make[1]: Entering directory '/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build' make[1]: Nothing to be done for 'all-am'. make[1]: Leaving directory '/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build' cd src && make all-local make[1]: Entering directory '/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src' rm -f stamp-subdirs /bin/mkdir -p ../x86_64-unknown-linux-gnu/bin /bin/mkdir -p ../x86_64-unknown-linux-gnu/lib /bin/mkdir -p ../x86_64-unknown-linux-gnu/share /bin/mkdir -p ../x86_64-unknown-linux-gnu/doc /bin/mkdir -p ../x86_64-unknown-linux-gnu/doc/help /bin/mkdir -p ../x86_64-unknown-linux-gnu/src/algebra touch stamp-subdirs cd utils && make all-utils make[2]: Entering directory '/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/utils' depbase=`echo storage.o | sed 's|[^/]*$|.deps/&|;s|\.o$||'`;\ g++ -DHAVE_CONFIG_H -I. -I../../../open-axiom/src/utils -I../../config -m64 -D_GNU_SOURCE -I. -I../../x86_64-unknown-linux-gnu/include -I../../config -I../../../open-axiom/src/include -DOPENAXIOM_ROOT_DIRECTORY="\"/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/lib/open-axiom/x86_64-unknown-linux-gnu/1.5.0-2016-01-24\"" -Wno-mismatched-tags -Wno-string-plus-int -std=c++11 -g -O2 -O2 -Wall -MT storage.o -MD -MP -MF $depbase.Tpo -c -o storage.o ../../../open-axiom/src/utils/storage.cc &&\ mv -f $depbase.Tpo $depbase.Po ../../../open-axiom/src/utils/storage.cc: In function ‘void* OpenAxiom::Memory::os_acquire_raw_memory(size_t)’: ../../../open-axiom/src/utils/storage.cc:114:36: warning: ‘memset’ used with constant zero length parameter; this could be due to transposed parameters [-Wmemset-transposed-args] return memset(p, nbytes, 0); ^ At global scope: cc1plus: warning: unrecognized command line option ‘-Wno-string-plus-int’ cc1plus: warning: unrecognized command line option ‘-Wno-mismatched-tags’ depbase=`echo string-pool.o | sed 's|[^/]*$|.deps/&|;s|\.o$||'`;\ g++ -DHAVE_CONFIG_H -I. -I../../../open-axiom/src/utils -I../../config -m64 -D_GNU_SOURCE -I. -I../../x86_64-unknown-linux-gnu/include -I../../config -I../../../open-axiom/src/include -DOPENAXIOM_ROOT_DIRECTORY="\"/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/lib/open-axiom/x86_64-unknown-linux-gnu/1.5.0-2016-01-24\"" -Wno-mismatched-tags -Wno-string-plus-int -std=c++11 -g -O2 -O2 -Wall -MT string-pool.o -MD -MP -MF $depbase.Tpo -c -o string-pool.o ../../../open-axiom/src/utils/string-pool.cc &&\ mv -f $depbase.Tpo $depbase.Po depbase=`echo command.o | sed 's|[^/]*$|.deps/&|;s|\.o$||'`;\ g++ -DHAVE_CONFIG_H -I. -I../../../open-axiom/src/utils -I../../config -m64 -D_GNU_SOURCE -I. -I../../x86_64-unknown-linux-gnu/include -I../../config -I../../../open-axiom/src/include -DOPENAXIOM_ROOT_DIRECTORY="\"/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/lib/open-axiom/x86_64-unknown-linux-gnu/1.5.0-2016-01-24\"" -Wno-mismatched-tags -Wno-string-plus-int -std=c++11 -g -O2 -O2 -Wall -MT command.o -MD -MP -MF $depbase.Tpo -c -o command.o ../../../open-axiom/src/utils/command.cc &&\ mv -f $depbase.Tpo $depbase.Po depbase=`echo filesystem.o | sed 's|[^/]*$|.deps/&|;s|\.o$||'`;\ g++ -DHAVE_CONFIG_H -I. -I../../../open-axiom/src/utils -I../../config -m64 -D_GNU_SOURCE -I. -I../../x86_64-unknown-linux-gnu/include -I../../config -I../../../open-axiom/src/include -DOPENAXIOM_ROOT_DIRECTORY="\"/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/lib/open-axiom/x86_64-unknown-linux-gnu/1.5.0-2016-01-24\"" -Wno-mismatched-tags -Wno-string-plus-int -std=c++11 -g -O2 -O2 -Wall -MT filesystem.o -MD -MP -MF $depbase.Tpo -c -o filesystem.o ../../../open-axiom/src/utils/filesystem.cc &&\ mv -f $depbase.Tpo $depbase.Po depbase=`echo ../io/Input.o | sed 's|[^/]*$|.deps/&|;s|\.o$||'`;\ g++ -DHAVE_CONFIG_H -I. -I../../../open-axiom/src/utils -I../../config -m64 -D_GNU_SOURCE -I. -I../../x86_64-unknown-linux-gnu/include -I../../config -I../../../open-axiom/src/include -DOPENAXIOM_ROOT_DIRECTORY="\"/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/lib/open-axiom/x86_64-unknown-linux-gnu/1.5.0-2016-01-24\"" -Wno-mismatched-tags -Wno-string-plus-int -std=c++11 -g -O2 -O2 -Wall -MT ../io/Input.o -MD -MP -MF $depbase.Tpo -c -o ../io/Input.o ../../../open-axiom/src/utils/../io/Input.cc &&\ mv -f $depbase.Tpo $depbase.Po depbase=`echo ../io/std-streams.o | sed 's|[^/]*$|.deps/&|;s|\.o$||'`;\ g++ -DHAVE_CONFIG_H -I. -I../../../open-axiom/src/utils -I../../config -m64 -D_GNU_SOURCE -I. -I../../x86_64-unknown-linux-gnu/include -I../../config -I../../../open-axiom/src/include -DOPENAXIOM_ROOT_DIRECTORY="\"/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/lib/open-axiom/x86_64-unknown-linux-gnu/1.5.0-2016-01-24\"" -Wno-mismatched-tags -Wno-string-plus-int -std=c++11 -g -O2 -O2 -Wall -MT ../io/std-streams.o -MD -MP -MF $depbase.Tpo -c -o ../io/std-streams.o ../../../open-axiom/src/utils/../io/std-streams.cc &&\ mv -f $depbase.Tpo $depbase.Po depbase=`echo ../io/InputFragment.o | sed 's|[^/]*$|.deps/&|;s|\.o$||'`;\ g++ -DHAVE_CONFIG_H -I. -I../../../open-axiom/src/utils -I../../config -m64 -D_GNU_SOURCE -I. -I../../x86_64-unknown-linux-gnu/include -I../../config -I../../../open-axiom/src/include -DOPENAXIOM_ROOT_DIRECTORY="\"/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/lib/open-axiom/x86_64-unknown-linux-gnu/1.5.0-2016-01-24\"" -Wno-mismatched-tags -Wno-string-plus-int -std=c++11 -g -O2 -O2 -Wall -MT ../io/InputFragment.o -MD -MP -MF $depbase.Tpo -c -o ../io/InputFragment.o ../../../open-axiom/src/utils/../io/InputFragment.cxx &&\ mv -f $depbase.Tpo $depbase.Po depbase=`echo ../syntax/token.o | sed 's|[^/]*$|.deps/&|;s|\.o$||'`;\ g++ -DHAVE_CONFIG_H -I. -I../../../open-axiom/src/utils -I../../config -m64 -D_GNU_SOURCE -I. -I../../x86_64-unknown-linux-gnu/include -I../../config -I../../../open-axiom/src/include -DOPENAXIOM_ROOT_DIRECTORY="\"/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/lib/open-axiom/x86_64-unknown-linux-gnu/1.5.0-2016-01-24\"" -Wno-mismatched-tags -Wno-string-plus-int -std=c++11 -g -O2 -O2 -Wall -MT ../syntax/token.o -MD -MP -MF $depbase.Tpo -c -o ../syntax/token.o ../../../open-axiom/src/utils/../syntax/token.cc &&\ mv -f $depbase.Tpo $depbase.Po depbase=`echo ../syntax/sexpr.o | sed 's|[^/]*$|.deps/&|;s|\.o$||'`;\ g++ -DHAVE_CONFIG_H -I. -I../../../open-axiom/src/utils -I../../config -m64 -D_GNU_SOURCE -I. -I../../x86_64-unknown-linux-gnu/include -I../../config -I../../../open-axiom/src/include -DOPENAXIOM_ROOT_DIRECTORY="\"/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/lib/open-axiom/x86_64-unknown-linux-gnu/1.5.0-2016-01-24\"" -Wno-mismatched-tags -Wno-string-plus-int -std=c++11 -g -O2 -O2 -Wall -MT ../syntax/sexpr.o -MD -MP -MF $depbase.Tpo -c -o ../syntax/sexpr.o ../../../open-axiom/src/utils/../syntax/sexpr.cc &&\ mv -f $depbase.Tpo $depbase.Po depbase=`echo ../rt/vm.o | sed 's|[^/]*$|.deps/&|;s|\.o$||'`;\ g++ -DHAVE_CONFIG_H -I. -I../../../open-axiom/src/utils -I../../config -m64 -D_GNU_SOURCE -I. -I../../x86_64-unknown-linux-gnu/include -I../../config -I../../../open-axiom/src/include -DOPENAXIOM_ROOT_DIRECTORY="\"/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/lib/open-axiom/x86_64-unknown-linux-gnu/1.5.0-2016-01-24\"" -Wno-mismatched-tags -Wno-string-plus-int -std=c++11 -g -O2 -O2 -Wall -MT ../rt/vm.o -MD -MP -MF $depbase.Tpo -c -o ../rt/vm.o ../../../open-axiom/src/utils/../rt/vm.cc &&\ mv -f $depbase.Tpo $depbase.Po depbase=`echo ../rt/Lisp.o | sed 's|[^/]*$|.deps/&|;s|\.o$||'`;\ g++ -DHAVE_CONFIG_H -I. -I../../../open-axiom/src/utils -I../../config -m64 -D_GNU_SOURCE -I. -I../../x86_64-unknown-linux-gnu/include -I../../config -I../../../open-axiom/src/include -DOPENAXIOM_ROOT_DIRECTORY="\"/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/lib/open-axiom/x86_64-unknown-linux-gnu/1.5.0-2016-01-24\"" -Wno-mismatched-tags -Wno-string-plus-int -std=c++11 -g -O2 -O2 -Wall -MT ../rt/Lisp.o -MD -MP -MF $depbase.Tpo -c -o ../rt/Lisp.o ../../../open-axiom/src/utils/../rt/Lisp.cc &&\ mv -f $depbase.Tpo $depbase.Po ../../../open-axiom/src/utils/../rt/Lisp.cc: In function ‘OpenAxiom::VM::Value OpenAxiom::Lisp::evaluate(OpenAxiom::Lisp::Evaluator*, const OpenAxiom::Sexpr::ListSyntax&)’: ../../../open-axiom/src/utils/../rt/Lisp.cc:330:15: warning: unused variable ‘fun’ [-Wunused-variable] auto fun = symbol_function(ctx, *s); ^ ../../../open-axiom/src/utils/../rt/Lisp.cc:331:7: warning: control reaches end of non-void function [-Wreturn-type] } ^ At global scope: cc1plus: warning: unrecognized command line option ‘-Wno-string-plus-int’ cc1plus: warning: unrecognized command line option ‘-Wno-mismatched-tags’ depbase=`echo ../rt/Database.o | sed 's|[^/]*$|.deps/&|;s|\.o$||'`;\ g++ -DHAVE_CONFIG_H -I. -I../../../open-axiom/src/utils -I../../config -m64 -D_GNU_SOURCE -I. -I../../x86_64-unknown-linux-gnu/include -I../../config -I../../../open-axiom/src/include -DOPENAXIOM_ROOT_DIRECTORY="\"/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/lib/open-axiom/x86_64-unknown-linux-gnu/1.5.0-2016-01-24\"" -Wno-mismatched-tags -Wno-string-plus-int -std=c++11 -g -O2 -O2 -Wall -MT ../rt/Database.o -MD -MP -MF $depbase.Tpo -c -o ../rt/Database.o ../../../open-axiom/src/utils/../rt/Database.cc &&\ mv -f $depbase.Tpo $depbase.Po rm -f libOpenAxiom.a ar cru libOpenAxiom.a storage.o string-pool.o command.o filesystem.o ../io/Input.o ../io/std-streams.o ../io/InputFragment.o ../syntax/token.o ../syntax/sexpr.o ../rt/vm.o ../rt/Lisp.o ../rt/Database.o ar: `u' modifier ignored since `D' is the default (see `U') ranlib libOpenAxiom.a depbase=`echo hammer.o | sed 's|[^/]*$|.deps/&|;s|\.o$||'`;\ g++ -DHAVE_CONFIG_H -I. -I../../../open-axiom/src/utils -I../../config -m64 -D_GNU_SOURCE -I. -I../../x86_64-unknown-linux-gnu/include -I../../config -I../../../open-axiom/src/include -DOPENAXIOM_ROOT_DIRECTORY="\"/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/lib/open-axiom/x86_64-unknown-linux-gnu/1.5.0-2016-01-24\"" -Wno-mismatched-tags -Wno-string-plus-int -std=c++11 -g -O2 -O2 -Wall -MT hammer.o -MD -MP -MF $depbase.Tpo -c -o hammer.o ../../../open-axiom/src/utils/hammer.cc &&\ mv -f $depbase.Tpo $depbase.Po if [ ! -d ../../x86_64-unknown-linux-gnu/lib ]; then \ mkdir -p ../../x86_64-unknown-linux-gnu/lib; \ fi cp libOpenAxiom.a ../../x86_64-unknown-linux-gnu/lib/libOpenAxiom.a /bin/bash ../../libtool --tag=CXX --mode=link g++ -I. -I../../x86_64-unknown-linux-gnu/include -I../../config -I../../../open-axiom/src/include -DOPENAXIOM_ROOT_DIRECTORY="\"/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/lib/open-axiom/x86_64-unknown-linux-gnu/1.5.0-2016-01-24\"" -Wno-mismatched-tags -Wno-string-plus-int -std=c++11 -g -O2 -O2 -Wall -m64 -o hammer hammer.o ../../x86_64-unknown-linux-gnu/lib/libOpenAxiom.a -lutil libtool: link: g++ -I. -I../../x86_64-unknown-linux-gnu/include -I../../config -I../../../open-axiom/src/include -DOPENAXIOM_ROOT_DIRECTORY=\"/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/lib/open-axiom/x86_64-unknown-linux-gnu/1.5.0-2016-01-24\" -Wno-mismatched-tags -Wno-string-plus-int -std=c++11 -g -O2 -O2 -Wall -m64 -o hammer hammer.o ../../x86_64-unknown-linux-gnu/lib/libOpenAxiom.a -lutil make[2]: Leaving directory '/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/utils' cd lib && make all-lib make[2]: Entering directory '/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/lib' ../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -prefer-pic -no-suppress -o bsdsignal.lo -g -O2 -O2 -Wall \ -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/lib/bsdsignal.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/lib/bsdsignal.c -fPIC -DPIC -o .libs/bsdsignal.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/lib/bsdsignal.c -fPIC -DPIC -o bsdsignal.o ../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -prefer-pic -no-suppress -o cfuns-c.lo -g -O2 -O2 -Wall \ -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/lib/cfuns-c.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/lib/cfuns-c.c -fPIC -DPIC -o .libs/cfuns-c.o ../../../open-axiom/src/lib/cfuns-c.c:84:4: warning: 'char* OpenAxiom::copy_c_str(const string&)' defined but not used [-Wunused-function] copy_c_str(const std::string& s) { ^ libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/lib/cfuns-c.c -fPIC -DPIC -o cfuns-c.o ../../../open-axiom/src/lib/cfuns-c.c:84:4: warning: 'char* OpenAxiom::copy_c_str(const string&)' defined but not used [-Wunused-function] copy_c_str(const std::string& s) { ^ ../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -prefer-pic -no-suppress -o sockio-c.lo -g -O2 -O2 -Wall \ -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/lib/sockio-c.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/lib/sockio-c.c -fPIC -DPIC -o .libs/sockio-c.o ../../../open-axiom/src/lib/sockio-c.c: In function 'void OpenAxiom::remote_stdio(OpenAxiom::openaxiom_sio*)': ../../../open-axiom/src/lib/sockio-c.c:1095:28: warning: ignoring return value of 'char* fgets(char*, int, FILE*)', declared with attribute warn_unused_result [-Wunused-result] fgets(buf,1024,stdin); ^ libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/lib/sockio-c.c -fPIC -DPIC -o sockio-c.o ../../../open-axiom/src/lib/sockio-c.c: In function 'void OpenAxiom::remote_stdio(OpenAxiom::openaxiom_sio*)': ../../../open-axiom/src/lib/sockio-c.c:1095:28: warning: ignoring return value of 'char* fgets(char*, int, FILE*)', declared with attribute warn_unused_result [-Wunused-result] fgets(buf,1024,stdin); ^ ../../libtool --tag=CXX --mode=link g++ -static -m64 -o libopen-axiom-core.a bsdsignal.lo cfuns-c.lo sockio-c.lo libtool: link: ar cru libopen-axiom-core.a bsdsignal.o cfuns-c.o sockio-c.o ar: `u' modifier ignored since `D' is the default (see `U') libtool: link: ranlib libopen-axiom-core.a mkdir -p ../../x86_64-unknown-linux-gnu/lib cp -p libopen-axiom-core.a ../../x86_64-unknown-linux-gnu/lib/libopen-axiom-core.a mkdir -p ../../x86_64-unknown-linux-gnu/lib g++ -m64 -shared -o ../../x86_64-unknown-linux-gnu/lib/libopen-axiom-core.so \ bsdsignal.o cfuns-c.o sockio-c.o \ -lm cfuns-c.o: In function `oa_acquire_temporary_pathname': /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/lib/../../../open-axiom/src/lib/cfuns-c.c:511: warning: the use of `tempnam' is dangerous, better use `mkstemp' ../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -prefer-pic -no-suppress -o cursor.lo -g -O2 -O2 -Wall \ -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/lib/cursor.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/lib/cursor.c -fPIC -DPIC -o .libs/cursor.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/lib/cursor.c -fPIC -DPIC -o cursor.o ../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -prefer-pic -no-suppress -o edin.lo -g -O2 -O2 -Wall \ -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/lib/edin.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/lib/edin.c -fPIC -DPIC -o .libs/edin.o ../../../open-axiom/src/lib/edin.c: In function 'void do_reading()': ../../../open-axiom/src/lib/edin.c:415:68: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(contNum, &in_buff[num_proc], num_read - num_proc); ^ ../../../open-axiom/src/lib/edin.c:417:38: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(contNum, "\n", 1); ^ ../../../open-axiom/src/lib/edin.c:424:40: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(contNum, "\n", 1); ^ ../../../open-axiom/src/lib/edin.c:442:42: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(contNum, "\n", 1); ^ ../../../open-axiom/src/lib/edin.c: In function 'void send_line_to_child()': ../../../open-axiom/src/lib/edin.c:501:50: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(contNum, converted_buffer, converted_num); ^ ../../../open-axiom/src/lib/edin.c: In function 'void send_function_to_child()': ../../../open-axiom/src/lib/edin.c:909:34: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(contNum, buff, buff_pntr); ^ ../../../open-axiom/src/lib/edin.c: In function 'void send_buff_to_child(int)': ../../../open-axiom/src/lib/edin.c:928:34: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(chann, buff, buff_pntr); ^ libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/lib/edin.c -fPIC -DPIC -o edin.o ../../../open-axiom/src/lib/edin.c: In function 'void do_reading()': ../../../open-axiom/src/lib/edin.c:415:68: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(contNum, &in_buff[num_proc], num_read - num_proc); ^ ../../../open-axiom/src/lib/edin.c:417:38: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(contNum, "\n", 1); ^ ../../../open-axiom/src/lib/edin.c:424:40: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(contNum, "\n", 1); ^ ../../../open-axiom/src/lib/edin.c:442:42: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(contNum, "\n", 1); ^ ../../../open-axiom/src/lib/edin.c: In function 'void send_line_to_child()': ../../../open-axiom/src/lib/edin.c:501:50: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(contNum, converted_buffer, converted_num); ^ ../../../open-axiom/src/lib/edin.c: In function 'void send_function_to_child()': ../../../open-axiom/src/lib/edin.c:909:34: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(contNum, buff, buff_pntr); ^ ../../../open-axiom/src/lib/edin.c: In function 'void send_buff_to_child(int)': ../../../open-axiom/src/lib/edin.c:928:34: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(chann, buff, buff_pntr); ^ ../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -prefer-pic -no-suppress -o fnct_key.lo -g -O2 -O2 -Wall \ -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/lib/fnct_key.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/lib/fnct_key.c -fPIC -DPIC -o .libs/fnct_key.o ../../../open-axiom/src/lib/fnct_key.c: In function 'int get_str(int, char*)': ../../../open-axiom/src/lib/fnct_key.c:203:20: warning: ignoring return value of 'ssize_t read(int, void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] read(fd, &c, 1); ^ ../../../open-axiom/src/lib/fnct_key.c:205:24: warning: ignoring return value of 'ssize_t read(int, void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] read(fd, &c, 1); ^ ../../../open-axiom/src/lib/fnct_key.c: In function 'void handle_function_key(int, int)': ../../../open-axiom/src/lib/fnct_key.c:294:39: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(fd, buff, buff_pntr); ^ ../../../open-axiom/src/lib/fnct_key.c:301:43: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(fd, buff, buff_pntr); ^ libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/lib/fnct_key.c -fPIC -DPIC -o fnct_key.o ../../../open-axiom/src/lib/fnct_key.c: In function 'int get_str(int, char*)': ../../../open-axiom/src/lib/fnct_key.c:203:20: warning: ignoring return value of 'ssize_t read(int, void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] read(fd, &c, 1); ^ ../../../open-axiom/src/lib/fnct_key.c:205:24: warning: ignoring return value of 'ssize_t read(int, void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] read(fd, &c, 1); ^ ../../../open-axiom/src/lib/fnct_key.c: In function 'void handle_function_key(int, int)': ../../../open-axiom/src/lib/fnct_key.c:294:39: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(fd, buff, buff_pntr); ^ ../../../open-axiom/src/lib/fnct_key.c:301:43: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(fd, buff, buff_pntr); ^ ../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -prefer-pic -no-suppress -o openpty.lo -g -O2 -O2 -Wall \ -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/lib/openpty.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/lib/openpty.c -fPIC -DPIC -o .libs/openpty.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/lib/openpty.c -fPIC -DPIC -o openpty.o ../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -prefer-pic -no-suppress -o prt.lo -g -O2 -O2 -Wall \ -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/lib/prt.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/lib/prt.c -fPIC -DPIC -o .libs/prt.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/lib/prt.c -fPIC -DPIC -o prt.o ../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -prefer-pic -no-suppress -o wct.lo -g -O2 -O2 -Wall \ -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/lib/wct.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/lib/wct.c -fPIC -DPIC -o .libs/wct.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/lib/wct.c -fPIC -DPIC -o wct.o ../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -prefer-pic -no-suppress -o pixmap.lo -g -O2 -O2 -Wall \ -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/lib/pixmap.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/lib/pixmap.c -fPIC -DPIC -o .libs/pixmap.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/lib/pixmap.c -fPIC -DPIC -o pixmap.o ../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -prefer-pic -no-suppress -o spadcolors.lo -g -O2 -O2 -Wall \ -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/lib/spadcolors.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/lib/spadcolors.c -fPIC -DPIC -o .libs/spadcolors.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/lib/spadcolors.c -fPIC -DPIC -o spadcolors.o ../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -prefer-pic -no-suppress -o util.lo -g -O2 -O2 -Wall \ -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/lib/util.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/lib/util.c -fPIC -DPIC -o .libs/util.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/lib/util.c -fPIC -DPIC -o util.o ../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -prefer-pic -no-suppress -o XDither.lo -g -O2 -O2 -Wall \ -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/lib/XDither.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/lib/XDither.c -fPIC -DPIC -o .libs/XDither.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/lib/XDither.c -fPIC -DPIC -o XDither.o ../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -prefer-pic -no-suppress -o XShade.lo -g -O2 -O2 -Wall \ -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/lib/XShade.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/lib/XShade.c -fPIC -DPIC -o .libs/XShade.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/lib/XShade.c -fPIC -DPIC -o XShade.o ../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -prefer-pic -no-suppress -o XSpadFill.lo -g -O2 -O2 -Wall \ -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/lib/XSpadFill.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/lib/XSpadFill.c -fPIC -DPIC -o .libs/XSpadFill.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/lib/XSpadFill.c -fPIC -DPIC -o XSpadFill.o ../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -prefer-pic -no-suppress -o halloc.lo -g -O2 -O2 -Wall \ -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/lib/halloc.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/lib/halloc.c -fPIC -DPIC -o .libs/halloc.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/lib/halloc.c -fPIC -DPIC -o halloc.o ../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -prefer-pic -no-suppress -o hash.lo -g -O2 -O2 -Wall \ -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/lib/hash.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/lib/hash.c -fPIC -DPIC -o .libs/hash.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/lib/hash.c -fPIC -DPIC -o hash.o ../../libtool --tag=CXX --mode=link g++ -static -m64 -o libspad.a cursor.lo edin.lo fnct_key.lo openpty.lo prt.lo wct.lo pixmap.lo spadcolors.lo util.lo XDither.lo XShade.lo XSpadFill.lo halloc.lo hash.lo libtool: link: ar cru libspad.a cursor.o edin.o fnct_key.o openpty.o prt.o wct.o pixmap.o spadcolors.o util.o XDither.o XShade.o XSpadFill.o halloc.o hash.o ar: `u' modifier ignored since `D' is the default (see `U') libtool: link: ranlib libspad.a rm -f stamp echo timestamp > stamp make[2]: Leaving directory '/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/lib' cd driver && make all-driver make[2]: Entering directory '/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/driver' ../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -o main.lo \ -DOPENAXIOM_ROOT_DIRECTORY="\"/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/lib/open-axiom/x86_64-unknown-linux-gnu/1.5.0-2016-01-24\"" \ -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/driver/main.cc libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -DOPENAXIOM_ROOT_DIRECTORY=\"/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/lib/open-axiom/x86_64-unknown-linux-gnu/1.5.0-2016-01-24\" -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/driver/main.cc -fPIC -DPIC -o .libs/main.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -DOPENAXIOM_ROOT_DIRECTORY=\"/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/lib/open-axiom/x86_64-unknown-linux-gnu/1.5.0-2016-01-24\" -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/driver/main.cc -o main.o >/dev/null 2>&1 ../../libtool --tag=CXX --mode=link g++ -static -m64 -all-static -o open-axiom main.lo -L./../utils -L./../lib -lOpenAxiom -lopen-axiom-core -lutil -lm -lm libtool: link: g++ -m64 -static -o open-axiom .libs/main.o -L./../utils -L./../lib -lOpenAxiom -lopen-axiom-core -lutil -lm ./../lib/libopen-axiom-core.a(cfuns-c.o): In function `oa_acquire_temporary_pathname': /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/lib/../../../open-axiom/src/lib/cfuns-c.c:511: warning: the use of `tempnam' is dangerous, better use `mkstemp' rm -f stamp echo timestamp > stamp make[2]: Leaving directory '/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/driver' cd lisp && make all-lisp make[2]: Entering directory '/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/lisp' oa_enable_lisp_profiling= nil sed -e 's|@open_axiom_installdir[@]|/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/lib/open-axiom/x86_64-unknown-linux-gnu/1.5.0-2016-01-24|g' -e 's|@oa_optimize_options[@]|speed|g' -e 's|@CXX[@]|g++|g' -e 's|@LDFLAGS[@]|-m64|g' -e 's|@oa_editor[@]|/usr/bin/vi|g' -e 's/@oa_keep_files[@]//g' -e 's|@host[@]|x86_64-unknown-linux-gnu|g' -e 's|@build[@]|x86_64-unknown-linux-gnu|g' -e 's|@target[@]|x86_64-unknown-linux-gnu|g' -e 's|@SHREXT[@]|.so|g' -e 's|@LIBEXT[@]|a|g' -e 's|@oa_c_runtime_extra[@]|"-lutil" "-lm"|g' -e 's|@oa_standard_linking[@]|no|g' -e 's|@oa_enable_profiling[@]|nil|g' -e 's|@oa_delay_ffi[@]|yes|g' -e 's|@oa_use_llvm[@]|yes|g' -e 's|@void_type[@]|void|g' -e 's|@char_type[@]|char|g' -e 's|@int_type[@]|int|g' -e 's|@float_type[@]|float|g' -e 's|@double_type[@]|double|g' -e 's|@string_type[@]|c-string|g' ../../../open-axiom/src/lisp/core.lisp.in > core.lisp.tmp ../../../open-axiom/config/move-if-change core.lisp.tmp core.lisp sbcl --noinform --noprint \ --no-sysinit --no-userinit --disable-debugger --eval '(progn (compile-file "core.lisp") (quit))' ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/lisp/core.lisp" (written 01 FEB 2016 10:51:51 PM): ; compiling (DEFPACKAGE "AxiomCore" ...) ; compiling (IN-PACKAGE "AxiomCore") ; compiling (DEFTYPE |%Void| ...) ; compiling (DEFTYPE |%Thing| ...) ; compiling (DEFTYPE |%Boolean| ...) ; compiling (DEFTYPE |%String| ...) ; compiling (DEFTYPE |%Symbol| ...) ; compiling (DEFTYPE |%Short| ...) ; compiling (DEFTYPE |%Bit| ...) ; compiling (DEFTYPE |%Byte| ...) ; compiling (DEFTYPE |%Char| ...) ; compiling (DEFTYPE |%Bignum| ...) ; compiling (DEFTYPE |%Integer| ...) ; compiling (DEFTYPE |%IntegerSection| ...) ; compiling (DEFTYPE |%DoubleFloat| ...) ; compiling (DEFTYPE |%Number| ...) ; compiling (DEFTYPE |%Atom| ...) ; compiling (DEFTYPE |%Maybe| ...) ; compiling (DEFTYPE |%Pair| ...) ; compiling (DEFTYPE |%Node| ...) ; compiling (DEFTYPE |%List| ...) ; compiling (DEFTYPE |%SimpleArray| ...) ; compiling (DEFTYPE |%Vector| ...) ; compiling (DEFTYPE |%BitVector| ...) ; compiling (DEFTYPE |%Table| ...) ; compiling (DEFTYPE |%Shell| ...) ; compiling (DEFTYPE |%Mode| ...) ; compiling (DEFTYPE |%Sig| ...) ; compiling (DEFTYPE |%Code| ...) ; compiling (DEFTYPE |%Env| ...) ; compiling (DEFTYPE |%Form| ...) ; compiling (DEFTYPE |%Triple| ...) ; compiling (DEFTYPE |%FunctorTemplate| ...) ; compiling (DEFTYPE |%FunctorOperatorDirectory| ...) ; compiling (DEFTYPE |%FunctorAttributeTable| ...) ; compiling (DEFTYPE |%FunctorLookupFunction| ...) ; compiling (DEFTYPE |%FunctorPredicateIndexTable| ...) ; compiling (DEFTYPE |%FunctorCategoryTable| ...) ; compiling (DEFTYPE |%FunctorDefaultTable| ...) ; compiling (DEFTYPE |%FunctorBytecode| ...) ; compiling (DEFTYPE |%FunctorCoreData| ...) ; compiling (DEFTYPE |%FunctorData| ...) ; compiling (DEFCONSTANT |$hostPlatform| ...) ; compiling (DEFCONSTANT |$buildPlatform| ...) ; compiling (DEFCONSTANT |$targetPlatform| ...) ; compiling (DEFCONSTANT OA-CXX ...) ; compiling (DEFCONSTANT OA-LDFLAGS ...) ; compiling (DEFCONSTANT |$systemInstallationDirectory| ...) ; compiling (DEFCONSTANT |$FilesToRetain| ...) ; compiling (DEFPARAMETER |$dynamicForeignFunctions| ...) ; compiling (DEFCONSTANT |$LispOptimizeOptions| ...) ; compiling (PROCLAIM (QUOTE #)) ; compiling (DEFCONSTANT |$EnableLispProfiling| ...) ; compiling (REQUIRE :SB-SPROF) ; compiling (DEFUN |%algebraSystemIsComplete| ...) ; compiling (DEFUN |%basicSystemIsComplete| ...) ; compiling (DEFUN BOOT-COMPLETED-P ...) ; compiling (SETQ *READ-DEFAULT-FLOAT-FORMAT* ...) ; compiling (SETQ *LOAD-VERBOSE* ...) ; compiling (DEFCONSTANT |$StandardLinking| ...) ; compiling (DEFCONSTANT |$useDynamicLink| ...) ; compiling (DEFCONSTANT |$delayedFFI| ...) ; compiling (DEFCONSTANT |$useLLVM| ...) ; compiling (DEFCONSTANT |$originalLispTopLevel| ...) ; compiling (DEFCONSTANT |$LispFileType| ...) ; compiling (DEFCONSTANT |$faslType| ...) ; compiling (DEFCONSTANT |$effectiveFaslType| ...) ; compiling (DEFCONSTANT |$NativeModuleExt| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/lisp/core.lisp ; in: DEFCONSTANT |$NativeModuleExt| ; (COND (|AxiomCore|::|$useDynamicLink| ".so") (T ".a")) ; --> IF COND THE PROGN ; ==> ; ".a" ; ; note: deleting unreachable code ; compiling (DEFUN |%escapeSequenceAverseHost?| ...) ; compiling (DEFMACRO |%defaultReadAndLoadSettings| ...) ; compiling (DEFCONSTANT |$EditorProgram| ...) ; compiling (DEFCONSTANT |%nothing| ...) ; compiling (DEFCONSTANT |%nullStream| ...) ; compiling (DEFCONSTANT |%nonNullStream| ...) ; compiling (DEFCONSTANT |$CoreLibName| ...) ; compiling (DEFCONSTANT |$ExtraRuntimeLibraries| ...) ; compiling (DEFUN EXTRA-RUNTIME-LIBS ...) ; compiling (DEFCONSTANT |$ECLVersionNumber| ...) ; compiling (DEFMACRO |makeTable| ...) ; compiling (DEFMACRO |tableValue| ...) ; compiling (DEFMACRO |tableRemove!| ...) ; compiling (DEFMACRO |tableLength| ...) ; compiling (DEFMACRO |ref| ...) ; compiling (DEFMACRO |deref| ...) ; compiling (DEFPARAMETER |$stdout| ...) ; compiling (DEFPARAMETER |$stdin| ...) ; compiling (DEFPARAMETER |$stdio| ...) ; compiling (DEFPARAMETER |$InputStream| ...) ; compiling (DEFPARAMETER |$OutputStream| ...) ; compiling (DEFPARAMETER |$ErrorStream| ...) ; compiling (DEFUN |directoryEntries| ...) ; compiling (DEFUN |inputBinaryFile| ...) ; compiling (DEFUN |outputBinaryFile| ...) ; compiling (DEFUN |inputTextFile| ...) ; compiling (DEFUN |outputTextFile| ...) ; compiling (DEFUN |closeFile| ...) ; compiling (DEFMACRO |closeStream| ...) ; compiling (DEFMACRO |eof?| ...) ; compiling (DEFMACRO |getFileCursor| ...) ; compiling (DEFMACRO |setFileCursor| ...) ; compiling (DEFMACRO |forkStreamByName| ...) ; compiling (DEFMACRO |readLine| ...) ; compiling (DEFMACRO |readByte| ...) ; compiling (DEFMACRO |readExpr| ...) ; compiling (DEFUN |readIntegerIfCan| ...) ; compiling (DEFUN |prettyPrint| ...) ; compiling (DEFMACRO |formatToString| ...) ; compiling (DEFMACRO |formatToStream| ...) ; compiling (DEFMACRO |formatToStdout| ...) ; compiling (DEFCONSTANT |$BootFileType| ...) ; compiling (DEFCONSTANT |$LibraryFileType| ...) ; compiling (DEFCONSTANT |$ScriptFileType| ...) ; compiling (DEFUN |getFileType| ...) ; compiling (DEFUN |systemRootDirectory| ...) ; compiling (DEFUN |systemLibraryDirectory| ...) ; compiling (DEFMACRO |userHomeDirectory| ...) ; compiling (DEFUN LINKSET-FROM ...) ; compiling (DEFUN SYSTEM-SUBDIRECTORY ...) ; compiling (DEFUN LINKSET-FROM-IF ...) ; compiling (DEFUN COMPLETE-FASL-LIST-FOR-LINK ...) ; compiling (DEFPARAMETER |$driverTable| ...) ; compiling (DEFUN |getDriver| ...) ; compiling (DEFUN |installDriver| ...) ; compiling (DEFUN |useFileType?| ...) ; compiling (DEFUN |associateRequestWithFileType| ...) ; compiling (DEFUN |Option| ...) ; compiling (DEFUN TRANSLATE-OPTION-VALUE ...) ; compiling (DEFUN |parseOption| ...) ; compiling (DEFUN |getOptionValue| ...) ; compiling (DEFUN |processCommandLine| ...) ; compiling (DEFUN |getOutputPathname| ...) ; compiling (DEFUN |getMainEntryPoint| ...) ; compiling (DEFUN |getPrologue| ...) ; compiling (DEFUN UNBIND-FOREIGN-FUNCTION-SYMBOLS ...) ; compiling (DEFUN |saveCore| ...) ; compiling (DEFMACRO |primitiveLoad| ...) ; compiling (DEFUN |coreQuit| ...) ; compiling (DEFUN |diagnosticMessage| ...) ; compiling (DEFPARAMETER |$errorCount| ...) ; compiling (DEFUN |errorCount| ...) ; compiling (DEFUN |countError| ...) ; compiling (DEFUN |resetErrorCount| ...) ; compiling (DEFUN |catenateStrings| ...) ; compiling (DEFUN CONCAT ...) ; compiling (DEFUN |fatalError| ...) ; compiling (DEFUN |internalError| ...) ; compiling (DEFUN |coreError| ...) ; compiling (DEFUN |warn| ...) ; compiling (DEFPARAMETER |$sysOpts| ...) ; compiling (DEFPARAMETER |$sysArgs| ...) ; compiling (DEFUN |%systemOptions| ...) ; compiling (DEFUN |%systemArguments| ...) ; compiling (DEFUN |getCommandLineArguments| ...) ; compiling (DEFUN |link| ...) ; compiling (DEFUN |handleRequest| ...) ; compiling (DEFUN |hasHandler?| ...) ; compiling (DEFUN RUN-DRIVER ...) ; compiling (DEFUN |handleCommandLine| ...) ; compiling (DEFUN |printUsage| ...) ; compiling (DEFUN |helpHandler| ...) ; compiling (|installDriver| (|Option| "help") ...) ; compiling (DEFUN |makeHandler| ...) ; compiling (|installDriver| (|Option| "make") ...) ; compiling (DEFUN |recordLoadDirectory| ...) ; compiling (|installDriver| (|Option| "load-directory") ...) ; compiling (DECLAIM (INLINE |compileFilePathname|)) ; compiling (DEFUN |compileFilePathname| ...) ; compiling (DEFUN |currentDirectoryName| ...) ; compiling (DEFUN |compileLispFile| ...) ; compiling (DEFUN |compileLispHandler| ...) ; compiling (|associateRequestWithFileType| (|Option| "compile") ...) ; compiling (DEFUN |topLevel| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/lisp/core.lisp ; in: DEFUN |topLevel| ; (|AxiomCore|:|internalError| "empty command line args") ; ==> ; "empty command line args" ; ; note: deleting unreachable code ; compiling (DEFUN |ensureTrailingSlash| ...) ; compiling (DEFUN |pathBasename| ...) ; compiling (DEFPARAMETER |$LoadDirectories| ...) ; compiling (DEFPARAMETER |$ImportedModules| ...) ; compiling (DEFUN |getModuleInternalSymbol| ...) ; compiling (DEFUN |alreadyLoaded?| ...) ; compiling (DEFUN |noteUnitLoaded| ...) ; compiling (DEFUN |loadPathname| ...) ; compiling (DEFUN |btxPthaname| ...) ; compiling (DEFUN |loadFileIfPresent| ...) ; compiling (DEFUN |loadIfPresent| ...) ; compiling (DEFUN |loadOrElse| ...) ; compiling (DEFUN IMPORT-MODULE-IF-PRESENT ...) ; compiling (DEFUN DO-IMPORT-MODULE ...) ; compiling (DEFUN |importModule| ...) ; compiling (DEFMACRO IMPORT-MODULE ...) ; compiling (DEFMACRO |bootImport| ...) ; compiling (DEFUN |%hasFeature| ...) ; compiling (DEFUN |startCompileDuration| ...) ; compiling (DEFUN |endCompileDuration| ...) ; compiling (DEFUN COMPILE-TIME-P ...) ; compiling (REQUIRE "sb-posix") ; compiling (DEFUN SHOE-PROVIDE-MODULE ...) ; compiling (PUSHNEW (FUNCTION SHOE-PROVIDE-MODULE) ...) ; compiling (DEFUN |ident?| ...) ; compiling (DEFMACRO |fixnum?| ...) ; compiling (DEFMACRO |%fNaN?| ...) ; compiling (DEFMACRO |double| ...) ; compiling (DEFMACRO |integerAndFractionalParts| ...) ; compiling (DEFMACRO |maxIndex| ...) ; compiling (DEFTYPE |%ByteArray| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |makeByteArray| ...) ; compiling (DEFMACRO |makeBitVector| ...) ; compiling (DEFUN |makeString| ...) ; compiling (DEFUN |listToString| ...) ; compiling (DEFMACRO |mkVector| ...) ; compiling (DEFMACRO |mkIntArray| ...) ; compiling (DEFCONSTANT |$NativeTypeTable| ...); ; compilation unit finished ; printed 2 notes ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/lisp/core.fasl written ; compilation finished in 0:00:00.420 sbcl \ --no-sysinit --no-userinit --disable-debugger --eval '(load "core")' \ --no-sysinit --no-userinit --disable-debugger --eval '(|AxiomCore|::|link| "base-lisp" (quote nil) "|AxiomCore|::|topLevel|")' This is SBCL 1.2.14.debian, an implementation of ANSI Common Lisp. More information about SBCL is available at . SBCL is free software, provided as is, with absolutely no warranty. It is mostly in the public domain; some portions are provided under BSD-style licenses. See the CREDITS and COPYING files in the distribution for more information. [undoing binding stack and other enclosing state... done] [saving current Lisp image into base-lisp: writing 4944 bytes from the read-only space at 0x20000000 writing 3168 bytes from the static space at 0x20100000 writing 64323584 bytes from the dynamic space at 0x1000000000 done] mkdir -p ../../x86_64-unknown-linux-gnu/bin cp -p base-lisp ../../x86_64-unknown-linux-gnu/bin/lisp && cp -p base-lisp lisp echo timestamp > stamp make[2]: Leaving directory '/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/lisp' cd rt && make all-rt make[2]: Entering directory '/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/rt' depbase=`echo driver.o | sed 's|[^/]*$|.deps/&|;s|\.o$||'`;\ g++ -DHAVE_CONFIG_H -I. -I../../../open-axiom/src/rt -I../../config -m64 -D_GNU_SOURCE -I../../../open-axiom/src/include -I../../x86_64-unknown-linux-gnu/include -I../../config -std=c++11 -g -O2 -O2 -Wall -MT driver.o -MD -MP -MF $depbase.Tpo -c -o driver.o ../../../open-axiom/src/rt/driver.cc &&\ mv -f $depbase.Tpo $depbase.Po /bin/bash ../../libtool --tag=CXX --mode=link g++ -I../../../open-axiom/src/include -I../../x86_64-unknown-linux-gnu/include -I../../config -std=c++11 -g -O2 -O2 -Wall -m64 -o lisp driver.o ../../x86_64-unknown-linux-gnu/lib/libOpenAxiom.a -lutil libtool: link: g++ -I../../../open-axiom/src/include -I../../x86_64-unknown-linux-gnu/include -I../../config -std=c++11 -g -O2 -O2 -Wall -m64 -o lisp driver.o ../../x86_64-unknown-linux-gnu/lib/libOpenAxiom.a -lutil make[2]: Leaving directory '/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/rt' cd boot && make all-boot make[2]: Entering directory '/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot' /bin/mkdir -p strap touch strap/.started ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/lisp --output=strap/utility.fasl --compile --load-directory=strap ../../../open-axiom/src/boot/strap/utility.clisp ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/boot/strap/utility.clisp" (written 11 JAN 2016 09:41:16 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (DEFPACKAGE "BOOTTRAN") ; compiling (COND (# #) ...) ; compiling (USE-PACKAGE "AxiomCore" ...) ; compiling (IN-PACKAGE "BOOTTRAN") ; compiling (PROVIDE "utility") ; compiling (EXPORT (QUOTE #)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (|%defaultReadAndLoadSettings|) ; compiling (DEFUN |atomic?| ...) ; compiling (DEFUN |every?| ...) ; compiling (DEFUN |any?| ...) ; compiling (DEFUN |take| ...) ; compiling (DEFUN |takeWhile| ...) ; compiling (DEFUN |drop| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/boot/strap/utility.clisp ; in: DEFUN |drop| ; (DEFUN BOOTTRAN:|drop| (BOOTTRAN::|n| BOOTTRAN::|l|) ; (COND ; ((NOT (MINUSP BOOTTRAN::|n|)) ; (LET (#) ; (LOOP # ; #)) ; (THE (|AxiomCore|:|%List| |AxiomCore|:|%Thing|) BOOTTRAN::|l|)) ; (T (BOOTTRAN:|take| (+ # BOOTTRAN::|n|) BOOTTRAN::|l|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOTTRAN:|drop| ; (BOOTTRAN::|n| BOOTTRAN::|l|) ; (BLOCK BOOTTRAN:|drop| ; (COND ; ((NOT #) ; (LET # ; #) ; (THE # BOOTTRAN::|l|)) ; (T (BOOTTRAN:|take| # BOOTTRAN::|l|))))) ; ; note: Assignment to argument: |l| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |copyTree| ...) ; compiling (DEFUN |objectMember?| ...) ; compiling (DEFUN |symbolMember?| ...) ; compiling (DEFUN |stringMember?| ...) ; compiling (DEFUN |charMember?| ...) ; compiling (DEFUN |scalarMember?| ...) ; compiling (DEFUN |listMember?| ...) ; compiling (DEFUN |reverse| ...) ; compiling (DEFUN |reverse!| ...) ; compiling (DEFUN |lastNode| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/boot/strap/utility.clisp ; in: DEFUN |lastNode| ; (DEFUN BOOTTRAN:|lastNode| (BOOTTRAN::|l|) ; (LET* (BOOTTRAN::|l'|) ; (PROGN (LOOP (COND # #)) BOOTTRAN::|l|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOTTRAN:|lastNode| ; (BOOTTRAN::|l|) ; (BLOCK BOOTTRAN:|lastNode| ; (LET* (BOOTTRAN::|l'|) ; (PROGN (LOOP #) BOOTTRAN::|l|)))) ; ; note: Assignment to argument: |l| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |lastItem| ...) ; compiling (DEFUN |butLast| ...) ; compiling (DEFUN |butLast!| ...) ; compiling (DEFUN |copyList| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/boot/strap/utility.clisp ; in: DEFUN |copyList| ; (DEFUN BOOTTRAN:|copyList| (BOOTTRAN::|l|) ; (LET* (BOOTTRAN::|l'| BOOTTRAN::|t|) ; (COND ((NOT #) BOOTTRAN::|l|) (T (SETQ #) (LOOP #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOTTRAN:|copyList| ; (BOOTTRAN::|l|) ; (BLOCK BOOTTRAN:|copyList| ; (LET* (BOOTTRAN::|l'| BOOTTRAN::|t|) ; (COND (# BOOTTRAN::|l|) (T # #))))) ; ; note: Assignment to argument: |l| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |append!| ...) ; compiling (DEFUN |append| ...) ; compiling (DEFUN |listMap| ...) ; compiling (DEFUN |listMap!| ...) ; compiling (DEFUN |symbolAssoc| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/boot/strap/utility.clisp ; in: DEFUN |symbolAssoc| ; (DEFUN BOOTTRAN:|symbolAssoc| (BOOTTRAN::|s| BOOTTRAN::|l|) ; (LET* (BOOTTRAN::|x|) ; (LOOP (COND (# #) (# #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOTTRAN:|symbolAssoc| ; (BOOTTRAN::|s| BOOTTRAN::|l|) ; (BLOCK BOOTTRAN:|symbolAssoc| ; (LET* (BOOTTRAN::|x|) ; (LOOP (COND # #))))) ; ; note: Assignment to argument: |l| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |objectAssoc| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/boot/strap/utility.clisp ; in: DEFUN |objectAssoc| ; (DEFUN BOOTTRAN:|objectAssoc| (BOOTTRAN::|x| BOOTTRAN::|l|) ; (LET* (BOOTTRAN::|p|) ; (LOOP (COND (# #) (# #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOTTRAN:|objectAssoc| ; (BOOTTRAN::|x| BOOTTRAN::|l|) ; (BLOCK BOOTTRAN:|objectAssoc| ; (LET* (BOOTTRAN::|p|) ; (LOOP (COND # #))))) ; ; note: Assignment to argument: |l| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |substitute!| ...) ; compiling (DEFUN |substitute| ...) ; compiling (DEFUN |applySubst| ...) ; compiling (DEFUN |applySubst!| ...) ; compiling (DEFUN |applySubstNQ| ...) ; compiling (DEFUN |invertSubst| ...) ; compiling (DEFUN |substSource| ...) ; compiling (DEFUN |substTarget| ...) ; compiling (DEFUN |setDifference| ...) ; compiling (DEFUN |setUnion| ...) ; compiling (DEFUN |setIntersection| ...) ; compiling (DEFUN |removeSymbol| ...) ; compiling (DEFUN |removeScalar| ...) ; compiling (DEFUN |removeValue| ...) ; compiling (DEFUN |remove| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/boot/strap/utility.clisp ; in: DEFUN |remove| ; (DEFUN BOOTTRAN:|remove| (BOOTTRAN::|l| BOOTTRAN::|x|) ; (COND ; ((SYMBOLP BOOTTRAN::|x|) ; (BOOTTRAN:|removeSymbol| BOOTTRAN::|l| BOOTTRAN::|x|)) ; ((OR (CHARACTERP BOOTTRAN::|x|) (INTEGERP BOOTTRAN::|x|)) ; (BOOTTRAN::|removeScalar| BOOTTRAN::|l| BOOTTRAN::|x|)) ; (T (BOOTTRAN::|removeValue| BOOTTRAN::|l| BOOTTRAN::|x|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOTTRAN:|remove| ; (BOOTTRAN::|l| BOOTTRAN::|x|) ; (BLOCK BOOTTRAN:|remove| ; (COND ; ((SYMBOLP BOOTTRAN::|x|) ; (BOOTTRAN:|removeSymbol| BOOTTRAN::|l| BOOTTRAN::|x|)) ; ((OR # #) (BOOTTRAN::|removeScalar| BOOTTRAN::|l| BOOTTRAN::|x|)) ; (T (BOOTTRAN::|removeValue| BOOTTRAN::|l| BOOTTRAN::|x|))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |findChar| ...) ; compiling (DEFUN |charPosition| ...) ; compiling (DEFUN |firstNonblankPosition| ...) ; compiling (DEFUN |firstBlankPosition| ...) ; compiling (DEFUN |stringSuffix?| ...) ; compiling (DEFUN |stringPrefix?| ...) ; compiling (DEFUN |finishLine| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/boot/strap/utility.clisp ; in: DEFUN |firstBlankPosition| ; (BOOTTRAN::|char| 'BOOTTRAN::| |) ; ; caught STYLE-WARNING: ; undefined function: |char| ; in: DEFUN |firstNonblankPosition| ; (BOOTTRAN::|char| 'BOOTTRAN::| |) ; ; caught STYLE-WARNING: ; undefined function: |char| ; ; compilation unit finished ; Undefined function: ; |char| ; caught 2 STYLE-WARNING conditions ; printed 6 notes ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/strap/utility.fasl written ; compilation finished in 0:00:00.190 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/lisp --output=strap/tokens.fasl --compile --load-directory=strap ../../../open-axiom/src/boot/strap/tokens.clisp ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/boot/strap/tokens.clisp" (written 11 JAN 2016 09:41:16 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "utility") ; compiling (IN-PACKAGE "BOOTTRAN") ; compiling (PROVIDE "tokens") ; compiling (EXPORT (QUOTE #)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFPARAMETER |$InteractiveMode| ...) ; compiling (DEFSTRUCT (|%Token| #) ...) ; compiling (DEFMACRO |mk%Token| ...) ; compiling (DEFMACRO |tokenClass| ...) ; compiling (DEFMACRO |tokenValue| ...) ; compiling (DEFMACRO |tokenPosition| ...) ; compiling (DEFUN |makeToken| ...) ; compiling (DEFUN |char| ...) ; compiling (DEFUN |shoeStartsId| ...) ; compiling (DEFUN |shoeIdChar| ...) ; compiling (DEFUN |subString| ...) ; compiling (DEFCONSTANT |shoeKeyWords| ...) ; compiling (DEFUN |shoeKeyTableCons| ...) ; compiling (DEFPARAMETER |shoeKeyTable| ...) ; compiling (DEFUN |keywordId| ...) ; compiling (DEFUN |shoeInsert| ...) ; compiling (DEFUN |shoeDictCons| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/boot/strap/tokens.clisp ; in: DEFUN |shoeDictCons| ; (MULTIPLE-VALUE-BIND (#:G394 BOOTTRAN::|s| #:G395) ; (#:G393) ; (COND ((NOT #:G394) (RETURN NIL)) ; (T (BOOTTRAN::|shoeInsert| BOOTTRAN::|s| BOOTTRAN::|d|)))) ; --> MULTIPLE-VALUE-CALL ; ==> ; #'(LAMBDA (&OPTIONAL (#:G394) (BOOTTRAN::|s|) (#:G395) &REST #:G187) ; (DECLARE (IGNORE #:G187)) ; (COND ((NOT #:G394) (RETURN NIL)) ; (T (BOOTTRAN::|shoeInsert| BOOTTRAN::|s| BOOTTRAN::|d|)))) ; ; caught STYLE-WARNING: ; The variable #:G395 is defined but never used. ; compiling (DEFPARAMETER |shoeDict| ...) ; compiling (DEFUN |shoePunCons| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/boot/strap/tokens.clisp ; in: DEFUN |shoePunCons| ; (MULTIPLE-VALUE-BIND (#:G397 BOOTTRAN::|k| #:G398) ; (#:G396) ; (COND ((NOT #:G397) (RETURN NIL)) ; ((BOOTTRAN::|shoeStartsId| (SCHAR BOOTTRAN::|k| 0)) NIL) ; (T (SETF # 1)))) ; --> MULTIPLE-VALUE-CALL ; ==> ; #'(LAMBDA (&OPTIONAL (#:G397) (BOOTTRAN::|k|) (#:G398) &REST #:G226) ; (DECLARE (IGNORE #:G226)) ; (COND ((NOT #:G397) (RETURN NIL)) ; ((BOOTTRAN::|shoeStartsId| (SCHAR BOOTTRAN::|k| 0)) NIL) ; (T (SETF # 1)))) ; ; caught STYLE-WARNING: ; The variable #:G398 is defined but never used. ; compiling (DEFPARAMETER |shoePun| ...) ; compiling (LET (# #) ...) ; compiling (LET (# #) ...) ; compiling (LET (# #) ...) ; compiling (LET (# #) ...) ; compiling (LET (# #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/strap/tokens.fasl written ; compilation finished in 0:00:00.147 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/lisp --output=strap/includer.fasl --compile --load-directory=strap ../../../open-axiom/src/boot/strap/includer.clisp ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/boot/strap/includer.clisp" (written 11 JAN 2016 09:41:16 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "tokens") ; compiling (IN-PACKAGE "BOOTTRAN") ; compiling (PROVIDE "includer") ; compiling (DEFUN PNAME ...) ; compiling (DEFUN |shoeNotFound| ...) ; compiling (DEFUN |shoeReadLispString| ...) ; compiling (DEFUN |shoeConsole| ...) ; compiling (DEFUN |shoeSpaces| ...) ; compiling (DEFUN |diagnosticLocation| ...) ; compiling (DEFUN |SoftShoeError| ...) ; compiling (DEFSTRUCT (|%SourceLine| #) ...) ; compiling (DEFMACRO |mk%SourceLine| ...) ; compiling (DEFMACRO |sourceLineString| ...) ; compiling (DEFMACRO |sourceLineNumber| ...) ; compiling (DEFMACRO |makeSourceLine| ...) ; compiling (DEFUN |lineNo| ...) ; compiling (DEFUN |lineString| ...) ; compiling (DEFUN |lineCharacter| ...) ; compiling (DEFCONSTANT |$bStreamNil| ...) ; compiling (DEFUN |bStreamNull| ...) ; compiling (DEFUN |bMap| ...) ; compiling (DEFUN |bMap1| ...) ; compiling (DEFUN |bDelay| ...) ; compiling (DEFUN |bAppend| ...) ; compiling (DEFUN |bAppend1| ...) ; compiling (DEFUN |bNext| ...) ; compiling (DEFUN |bNext1| ...) ; compiling (DEFUN |bRgen| ...) ; compiling (DEFUN |bRgen1| ...) ; compiling (DEFUN |bIgen| ...) ; compiling (DEFUN |bIgen1| ...) ; compiling (DEFUN |bAddLineNumber| ...) ; compiling (DEFUN |bAddLineNumber1| ...) ; compiling (DEFUN |shoePrefixLisp| ...) ; compiling (DEFUN |shoePrefixLine| ...) ; compiling (DEFUN |shoePrefix?| ...) ; compiling (DEFUN |shoePlainLine?| ...) ; compiling (DEFUN |shoeSay?| ...) ; compiling (DEFUN |shoeEval?| ...) ; compiling (DEFUN |shoeFin?| ...) ; compiling (DEFUN |shoeIf?| ...) ; compiling (DEFUN |shoeEndIf?| ...) ; compiling (DEFUN |shoeElse?| ...) ; compiling (DEFUN |shoeElseIf?| ...) ; compiling (DEFUN |shoeLisp?| ...) ; compiling (DEFUN |shoeLine?| ...) ; compiling (DEFUN |shoeInclude| ...) ; compiling (DEFUN |shoeInclude1| ...) ; compiling (DEFUN |shoeSimpleLine| ...) ; compiling (DEFUN |shoeThen| ...) ; compiling (DEFUN |shoeThen1| ...) ; compiling (DEFUN |shoeElse| ...) ; compiling (DEFUN |shoeElse1| ...) ; compiling (DEFUN |shoeLineSyntaxError| ...) ; compiling (DEFUN |bPremStreamNil| ...) ; compiling (DEFUN |bPremStreamNull| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/boot/strap/includer.clisp ; in: DEFUN |shoeThen1| ; (BOOTTRAN::STTOMC BOOTTRAN::|command|) ; ; caught STYLE-WARNING: ; undefined function: STTOMC ; in: DEFUN |shoeSimpleLine| ; (BOOTTRAN::STTOMC BOOTTRAN::|command|) ; ; caught STYLE-WARNING: ; undefined function: STTOMC ; in: DEFUN |shoeInclude1| ; (BOOTTRAN::STTOMC BOOTTRAN::|command|) ; ; caught STYLE-WARNING: ; undefined function: STTOMC ; ; caught STYLE-WARNING: ; 1 more use of undefined function STTOMC ; ; compilation unit finished ; Undefined function: ; STTOMC ; caught 4 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/strap/includer.fasl written ; compilation finished in 0:00:00.139 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/lisp --output=strap/scanner.fasl --compile --load-directory=strap ../../../open-axiom/src/boot/strap/scanner.clisp ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/boot/strap/scanner.clisp" (written 11 JAN 2016 09:41:16 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "tokens") ; compiling (IMPORT-MODULE "includer") ; compiling (IN-PACKAGE "BOOTTRAN") ; compiling (PROVIDE "scanner") ; compiling (DEFCONSTANT |shoeTAB| ...) ; compiling (DEFUN |dqUnit| ...) ; compiling (DEFUN |dqAppend| ...) ; compiling (DEFUN |dqConcat| ...) ; compiling (DEFUN |dqToList| ...) ; compiling (DEFSTRUCT (|%Lexer| #) ...) ; compiling (DEFMACRO |mk%Lexer| ...) ; compiling (DEFMACRO |lexerLineString| ...) ; compiling (DEFMACRO |lexerCurrentPosition| ...) ; compiling (DEFUN |makeLexer| ...) ; compiling (DEFMACRO |lexerRefresh?| ...) ; compiling (DEFMACRO |lexerLineLength| ...) ; compiling (DEFUN |lexerSetLine!| ...) ; compiling (DEFUN |lexerSkipBlank!| ...) ; compiling (DEFUN |lexerAdvancePosition!| ...) ; compiling (DEFUN |lexerSkipToEnd!| ...) ; compiling (DEFUN |lexerPosition!| ...) ; compiling (DEFUN |lexerCharCountToCompleteTab| ...) ; compiling (DEFMACRO |lexerCurrentChar| ...) ; compiling (DEFMACRO |lexerCharacterAt| ...) ; compiling (DEFUN |lexerCharPosition| ...) ; compiling (DEFUN |lexerEol?| ...) ; compiling (DEFUN |lexerReadLisp| ...) ; compiling (DEFUN |shoeNextLine| ...) ; compiling (DEFUN |shoeLineToks| ...) ; compiling (DEFUN |shoeLispToken| ...) ; compiling (DEFUN |shoeAccumulateLines| ...) ; compiling (DEFUN |shoeCloser| ...) ; compiling (DEFUN |shoeToken| ...) ; compiling (DEFUN |shoeLeafId| ...) ; compiling (DEFUN |shoeLeafKey| ...) ; compiling (DEFUN |shoeLeafInteger| ...) ; compiling (DEFUN |shoeLeafFloat| ...) ; compiling (DEFUN |shoeLeafString| ...) ; compiling (DEFUN |shoeLeafLisp| ...) ; compiling (DEFUN |shoeLeafLispExp| ...) ; compiling (DEFUN |shoeLeafLine| ...) ; compiling (DEFUN |shoeLeafComment| ...) ; compiling (DEFUN |shoeLeafNegComment| ...) ; compiling (DEFUN |shoeLeafError| ...) ; compiling (DEFUN |shoeLeafSpaces| ...) ; compiling (DEFUN |shoeLispEscape| ...) ; compiling (DEFUN |shoeEscape| ...) ; compiling (DEFUN |shoeEsc| ...) ; compiling (DEFUN |shoeStartsComment| ...) ; compiling (DEFUN |shoeStartsNegComment| ...) ; compiling (DEFUN |shoeNegComment| ...) ; compiling (DEFUN |shoeComment| ...) ; compiling (DEFUN |shoePunct| ...) ; compiling (DEFUN |shoeKeyTr| ...) ; compiling (DEFUN |shoePossFloat| ...) ; compiling (DEFUN |shoeSpace| ...) ; compiling (DEFUN |shoeString| ...) ; compiling (DEFUN |shoeS| ...) ; compiling (DEFUN |shoeIdEnd| ...) ; compiling (DEFUN |shoeW| ...) ; compiling (DEFUN |shoeWord| ...) ; compiling (DEFUN |shoeInert| ...) ; compiling (DEFUN |shoeInteger| ...) ; compiling (DEFUN |shoeInteger1| ...) ; compiling (DEFUN |shoeIntValue| ...) ; compiling (DEFUN |shoeNumber| ...) ; compiling (DEFUN |shoeExponent| ...) ; compiling (DEFUN |shoeError| ...) ; compiling (DEFUN |shoeKeyWord| ...) ; compiling (DEFUN |shoeKeyWordP| ...) ; compiling (DEFUN |shoeMatch| ...) ; compiling (DEFUN |shoeSubStringMatch| ...) ; compiling (DEFUN |shoePunctuation| ...) ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/strap/scanner.fasl written ; compilation finished in 0:00:00.325 ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/lisp --output=strap/pile.fasl --compile --load-directory=strap ../../../open-axiom/src/boot/strap/pile.clisp ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/boot/strap/pile.clisp" (written 11 JAN 2016 09:41:16 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "includer") ; compiling (IMPORT-MODULE "scanner") ; compiling (IN-PACKAGE "BOOTTRAN") ; compiling (PROVIDE "pile") ; compiling (DEFUN |shoeFirstTokPosn| ...) ; compiling (DEFUN |shoeLastTokPosn| ...) ; compiling (DEFUN |shoePileColumn| ...) ; compiling (DEFUN |shoePileInsert| ...) ; compiling (DEFUN |shoePileTree| ...) ; compiling (DEFUN |eqshoePileTree| ...) ; compiling (DEFUN |shoePileForest| ...) ; compiling (DEFUN |shoePileForest1| ...) ; compiling (DEFUN |shoePileForests| ...) ; compiling (DEFUN |shoePileCtree| ...) ; compiling (DEFUN |shoePileCforest| ...) ; compiling (DEFUN |shoePileCoagulate| ...) ; compiling (DEFUN |shoeSeparatePiles| ...) ; compiling (DEFUN |shoeEnPile| ...) ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/strap/pile.fasl written ; compilation finished in 0:00:00.054 ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/lisp --output=strap/ast.fasl --compile --load-directory=strap ../../../open-axiom/src/boot/strap/ast.clisp ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/boot/strap/ast.clisp" (written 11 JAN 2016 09:41:16 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "includer") ; compiling (IN-PACKAGE "BOOTTRAN") ; compiling (PROVIDE "ast") ; compiling (EXPORT (QUOTE #)) ; compiling (DEFPARAMETER |$bfClamming| ...) ; compiling (DEFPARAMETER |$constantIdentifiers| ...) ; compiling (DEFPARAMETER |$activeNamespace| ...) ; compiling (DEFUN |%Command| ...) ; compiling (DEFUN |%Lisp| ...) ; compiling (DEFUN |%Module| ...) ; compiling (DEFUN |%Namespace| ...) ; compiling (DEFUN |%Import| ...) ; compiling (DEFUN |%ImportSignature| ...) ; compiling (DEFUN |%Record| ...) ; compiling (DEFUN |%AccessorDef| ...) ; compiling (DEFUN |%TypeAlias| ...) ; compiling (DEFUN |%Signature| ...) ; compiling (DEFUN |%Mapping| ...) ; compiling (DEFUN |%Forall| ...) ; compiling (DEFUN |%Dynamic| ...) ; compiling (DEFUN |%SuffixDot| ...) ; compiling (DEFUN |%Quote| ...) ; compiling (DEFUN |%EqualPattern| ...) ; compiling (DEFUN |%Colon| ...) ; compiling (DEFUN |%QualifiedName| ...) ; compiling (DEFUN |%Restrict| ...) ; compiling (DEFUN |%DefaultValue| ...) ; compiling (DEFUN |%Key| ...) ; compiling (DEFUN |%Bracket| ...) ; compiling (DEFUN |%UnboundedSegment| ...) ; compiling (DEFUN |%BoundedSgement| ...) ; compiling (DEFUN |%Tuple| ...) ; compiling (DEFUN |%ColonAppend| ...) ; compiling (DEFUN |%Is| ...) ; compiling (DEFUN |%Isnt| ...) ; compiling (DEFUN |%Reduce| ...) ; compiling (DEFUN |%PrefixExpr| ...) ; compiling (DEFUN |%Call| ...) ; compiling (DEFUN |%InfixExpr| ...) ; compiling (DEFUN |%ConstantDefinition| ...) ; compiling (DEFUN |%Definition| ...) ; compiling (DEFUN |%Macro| ...) ; compiling (DEFUN |%Lambda| ...) ; compiling (DEFUN |%SuchThat| ...) ; compiling (DEFUN |%Assignment| ...) ; compiling (DEFUN |%While| ...) ; compiling (DEFUN |%Until| ...) ; compiling (DEFUN |%For| ...) ; compiling (DEFUN |%Implies| ...) ; compiling (DEFUN |%Iterators| ...) ; compiling (DEFUN |%Cross| ...) ; compiling (DEFUN |%Repeat| ...) ; compiling (DEFUN |%Pile| ...) ; compiling (DEFUN |%Append| ...) ; compiling (DEFUN |%Case| ...) ; compiling (DEFUN |%Return| ...) ; compiling (DEFUN |%Leave| ...) ; compiling (DEFUN |%Throw| ...) ; compiling (DEFUN |%Catch| ...) ; compiling (DEFUN |%Finally| ...) ; compiling (DEFUN |%Try| ...) ; compiling (DEFUN |%Where| ...) ; compiling (DEFUN |%Structure| ...) ; compiling (DEFSTRUCT (|%LoadUnit| #) ...) ; compiling (DEFMACRO |mk%LoadUnit| ...) ; compiling (DEFMACRO |functionDefinitions| ...) ; compiling (DEFMACRO |globalSignatures| ...) ; compiling (DEFMACRO |exportedNames| ...) ; compiling (DEFMACRO |constantBindings| ...) ; compiling (DEFMACRO |currentGensymNumber| ...) ; compiling (DEFMACRO |letVariableNumer| ...) ; compiling (DEFMACRO |isVariableNumber| ...) ; compiling (DEFMACRO |sideConditions| ...) ; compiling (DEFMACRO |enclosingFunction| ...) ; compiling (DEFUN |makeLoadUnit| ...) ; compiling (DEFUN |pushFunctionDefinition| ...) ; compiling (DEFPARAMETER |$inDefIS| ...) ; compiling (DEFUN |quote| ...) ; compiling (DEFUN |bfSpecificErrorHere| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfGenSymbol| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfLetVar| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfIsVar| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfColon| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfColonColon| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfSymbol| ...) ; compiling (DEFUN |bfFunction| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfDot| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfSuffixDot| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfEqual| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfBracket| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfPile| ...) ; compiling (DEFUN |bfDo| ...) ; compiling (DEFUN |bfAtScope| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfAppend| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/boot/strap/ast.clisp ; in: DEFUN |bfAppend| ; (DEFUN BOOTTRAN::|bfAppend| (BOOTTRAN::|ls|) ; (LET* (BOOTTRAN::|p| BOOTTRAN::|r| BOOTTRAN::|l|) ; (COND ((NOT #) NIL) (T (SETQ #) (SETQ #) (LOOP #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOTTRAN::|bfAppend| ; (BOOTTRAN::|ls|) ; (BLOCK BOOTTRAN::|bfAppend| ; (LET* (BOOTTRAN::|p| BOOTTRAN::|r| BOOTTRAN::|l|) ; (COND (# NIL) (T # # #))))) ; ; note: Assignment to argument: |ls| ; prevents use of assertion from function type proclamation: ; (OR NULL ; (CONS ; (OR NULL ; (CONS ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; T)) ; T)) ; ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfColonAppend| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfBeginsDollar| ...) ; compiling (DEFUN |compFluid| ...) ; compiling (DEFUN |compFluidize| ...) ; compiling (DEFUN |bfPlace| ...) ; compiling (DEFUN |bfTuple| ...) ; compiling (DEFUN |bfTupleP| ...) ; compiling (DEFUN |bfUntuple| ...) ; compiling (DEFUN |bfTupleIf| ...) ; compiling (DEFUN |bfTupleConstruct| ...) ; compiling (DEFUN |bfConstruct| ...) ; compiling (DEFUN |bfMakeCons| ...) ; compiling (DEFUN |bfFor| ...) ; compiling (DEFUN |bfForTree| ...) ; compiling (DEFUN |bfSTEP| ...) ; compiling (DEFUN |bfIterateTable| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/boot/strap/ast.clisp ; in: DEFUN |bfIterateTable| ; (DEFUN BOOTTRAN::|bfIterateTable| ; (BOOTTRAN::|tu| BOOTTRAN::|e| BOOTTRAN::|t|) ; (LIST 'BOOTTRAN::|%tbliter| BOOTTRAN::|e| BOOTTRAN::|t| (GENSYM))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOTTRAN::|bfIterateTable| ; (BOOTTRAN::|tu| BOOTTRAN::|e| BOOTTRAN::|t|) ; (BLOCK BOOTTRAN::|bfIterateTable| ; (LIST 'BOOTTRAN::|%tbliter| BOOTTRAN::|e| BOOTTRAN::|t| (GENSYM)))) ; ; caught STYLE-WARNING: ; The variable |tu| is defined but never used. ; compiling (DEFUN |bfINON| ...) ; compiling (DEFUN |bfIN| ...) ; compiling (DEFUN |bfON| ...) ; compiling (DEFUN |bfSuchthat| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/boot/strap/ast.clisp ; in: DEFUN |bfSuchthat| ; (DEFUN BOOTTRAN::|bfSuchthat| (BOOTTRAN::|tu| BOOTTRAN::|p|) ; (LIST (LIST NIL NIL NIL (LIST BOOTTRAN::|p|) NIL NIL))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOTTRAN::|bfSuchthat| ; (BOOTTRAN::|tu| BOOTTRAN::|p|) ; (BLOCK BOOTTRAN::|bfSuchthat| ; (LIST (LIST NIL NIL NIL (LIST BOOTTRAN::|p|) NIL NIL)))) ; ; caught STYLE-WARNING: ; The variable |tu| is defined but never used. ; compiling (DEFUN |bfWhile| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/boot/strap/ast.clisp ; in: DEFUN |bfWhile| ; (DEFUN BOOTTRAN::|bfWhile| (BOOTTRAN::|tu| BOOTTRAN::|p|) ; (LIST (LIST NIL NIL NIL NIL (LIST (BOOTTRAN::|bfNOT| BOOTTRAN::|p|)) NIL))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOTTRAN::|bfWhile| ; (BOOTTRAN::|tu| BOOTTRAN::|p|) ; (BLOCK BOOTTRAN::|bfWhile| (LIST (LIST NIL NIL NIL NIL (LIST #) NIL)))) ; ; caught STYLE-WARNING: ; The variable |tu| is defined but never used. ; compiling (DEFUN |bfUntil| ...) ; compiling (DEFUN |bfIterators| ...) ; compiling (DEFUN |bfCross| ...) ; compiling (DEFUN |bfLp| ...) ; compiling (DEFUN |bfLpCross| ...) ; compiling (DEFUN |bfSep| ...) ; compiling (DEFUN |bfReduce| ...) ; compiling (DEFUN |bfReduceCollect| ...) ; compiling (DEFUN |bfDCollect| ...) ; compiling (DEFUN |bfDTuple| ...) ; compiling (DEFUN |bfCollect| ...) ; compiling (DEFUN |bfMakeCollectInsn| ...) ; compiling (DEFUN |bfDoCollect| ...) ; compiling (DEFUN |separateIterators| ...) ; compiling (DEFUN |bfTableIteratorBindingForm| ...) ; compiling (DEFUN |bfExpandTableIters| ...) ; compiling (DEFUN |bfLp1| ...) ; compiling (DEFUN |bfLp2| ...) ; compiling (DEFUN |bfOpReduce| ...) ; compiling (DEFUN |bfLoop1| ...) ; compiling (DEFUN |bfSegment1| ...) ; compiling (DEFUN |bfSegment2| ...) ; compiling (DEFUN |bfForInBy| ...) ; compiling (DEFUN |bfForin| ...) ; compiling (DEFUN |bfSignature| ...) ; compiling (DEFUN |bfTake| ...) ; compiling (DEFUN |bfDrop| ...) ; compiling (DEFUN |bfReturnNoName| ...) ; compiling (DEFUN |bfLeave| ...) ; compiling (DEFUN |bfSUBLIS| ...) ; compiling (DEFUN |bfSUBLIS1| ...) ; compiling (DEFUN |defSheepAndGoats| ...) ; compiling (DEFUN |defSheepAndGoatsList| ...) ; compiling (DEFUN |bfLetForm| ...) ; compiling (DEFUN |bfLET1| ...) ; compiling (DEFUN |bfCONTAINED| ...) ; compiling (DEFUN |bfLET2| ...) ; compiling (DEFUN |bfLET| ...) ; compiling (DEFUN |addCARorCDR| ...) ; compiling (DEFUN |bfPosition| ...) ; compiling (DEFUN |bfPosn| ...) ; compiling (DEFUN |bfISApplication| ...) ; compiling (DEFUN |bfIS| ...) ; compiling (DEFUN |bfISReverse| ...) ; compiling (DEFUN |bfIS1| ...) ; compiling (DEFUN |bfHas| ...) ; compiling (DEFUN |bfKeyArg| ...) ; compiling (DEFUN |bfInert| ...) ; compiling (DEFUN |lispKey| ...) ; compiling (DEFUN |bfExpandKeys| ...) ; compiling (DEFUN |bfApplication| ...) ; compiling (DEFUN |bfReName| ...) ; compiling (DEFUN |sequence?| ...) ; compiling (DEFUN |idList?| ...) ; compiling (DEFUN |charList?| ...) ; compiling (DEFUN |stringList?| ...) ; compiling (DEFUN |bfMember| ...) ; compiling (DEFUN |bfInfApplication| ...) ; compiling (DEFUN |bfNOT| ...) ; compiling (DEFUN |bfFlatten| ...) ; compiling (DEFUN |bfOR| ...) ; compiling (DEFUN |bfAND| ...) ; compiling (DEFUN |defQuoteId| ...) ; compiling (DEFUN |bfChar?| ...) ; compiling (DEFUN |bfNumber?| ...) ; compiling (DEFUN |bfString?| ...) ; compiling (DEFUN |bfQ| ...) ; compiling (DEFUN |bfLessp| ...) ; compiling (DEFUN |bfLambda| ...) ; compiling (DEFUN |bfMDef| ...) ; compiling (DEFUN |bfGargl| ...) ; compiling (DEFUN |bfDef1| ...) ; compiling (DEFUN |shoeLAM| ...) ; compiling (DEFUN |bfDef| ...) ; compiling (DEFUN |shoeComps| ...) ; compiling (DEFUN |shoeComp| ...) ; compiling (DEFUN |bfParameterList| ...) ; compiling (DEFUN |bfInsertLet| ...) ; compiling (DEFUN |bfInsertLet1| ...) ; compiling (DEFUN |shoeCompTran| ...) ; compiling (DEFUN |declareLocalVars| ...) ; compiling (DEFUN |maybeAddBlock| ...) ; compiling (DEFUN |hasReturn?| ...) ; compiling (DEFUN |shoeFluids| ...) ; compiling (DEFUN |shoeATOMs| ...) ; compiling (DEFUN |isDynamicVariable| ...) ; compiling (DEFUN |shoeCompTran1| ...) ; compiling (DEFUN |bindFluidVars!| ...) ; compiling (DEFUN |groupFluidVars| ...) ; compiling (DEFUN |bfRestrict| ...) ; compiling (DEFUN |bfAssign| ...) ; compiling (DEFUN |bfSetelt| ...) ; compiling (DEFUN |bfElt| ...) ; compiling (DEFUN |defSETELT| ...) ; compiling (DEFUN |bfIfThenOnly| ...) ; compiling (DEFUN |bfIf| ...) ; compiling (DEFUN |bfExit| ...) ; compiling (DEFUN |bfFlattenSeq| ...) ; compiling (DEFUN |bfMKPROGN| ...) ; compiling (DEFUN |bfWashCONDBranchBody| ...) ; compiling (DEFUN |bfAlternative| ...) ; compiling (DEFUN |bfSequence| ...) ; compiling (DEFUN |bfWhere| ...) ; compiling (DEFUN |bfCompHash| ...) ; compiling (DEFUN |shoeCompileTimeEvaluation| ...) ; compiling (DEFUN |bfMain| ...) ; compiling (DEFUN |bfNamespace| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfNameOnly| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfNameArgs| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfCreateDef| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfCaseItem| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfCase| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfCaseItems| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfCI| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfCARCDR| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfDs| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/boot/strap/ast.clisp ; in: DEFUN |bfDs| ; (DEFUN BOOTTRAN::|bfDs| (BOOTTRAN::|n|) ; (COND ((EQL BOOTTRAN::|n| 0) "") ; (T (|AxiomCore|:CONCAT "D" (BOOTTRAN::|bfDs| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOTTRAN::|bfDs| ; (BOOTTRAN::|n|) ; (BLOCK BOOTTRAN::|bfDs| ; (COND ((EQL BOOTTRAN::|n| 0) "") (T (|AxiomCore|:CONCAT "D" #))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |ctorName| ...) ; compiling (DEFUN |bfEnum| ...) ; compiling (DEFUN |bfRecordDef| ...) ; compiling (DEFUN |bfHandlers| ...) ; compiling (DEFUN |bfHandlers,main| ...) ; compiling (DEFUN |codeForCatchHandlers| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfTry| ...) ; compiling (DEFUN |bfThrow| ...) ; compiling (DEFUN |bfType| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |backquote| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/boot/strap/ast.clisp ; in: DEFUN |backquote| ; (DEFUN BOOTTRAN::|backquote| (BOOTTRAN::|form| BOOTTRAN::|params|) ; (COND ((NULL BOOTTRAN::|params|) (BOOTTRAN:|quote| BOOTTRAN::|form|)) ; ((NOT (CONSP BOOTTRAN::|form|)) ; (COND (# BOOTTRAN::|form|) (# BOOTTRAN::|form|) (T #))) ; (T ; (CONS 'LIST ; (LET # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOTTRAN::|backquote| ; (BOOTTRAN::|form| BOOTTRAN::|params|) ; (BLOCK BOOTTRAN::|backquote| ; (COND ((NULL BOOTTRAN::|params|) (BOOTTRAN:|quote| BOOTTRAN::|form|)) ; ((NOT #) (COND # # #)) (T (CONS 'LIST #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DEFUN |genTypeAlias| ...) ; compiling (DEFUN |translateForm| ...) ; compiling (DEFCONSTANT |$NativeSimpleDataTypes| ...) ; compiling (DEFCONSTANT |$NativeSimpleReturnTypes| ...) ; compiling (DEFUN |isSimpleNativeType| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |coreSymbol| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bootSymbol| ...) ; compiling (DEFUN |unknownNativeTypeError| ...) ; compiling (DEFUN |nativeType| ...) ; compiling (DEFUN |nativeReturnType| ...) ; compiling (DEFUN |nativeArgumentType| ...) ; compiling (DEFUN |needsStableReference?| ...) ; compiling (DEFUN |coerceToNativeType| ...) ; compiling (DEFUN |genGCLnativeTranslation| ...) ; compiling (DEFUN |genGCLnativeTranslation,mkCArgName| ...) ; compiling (DEFUN |genGCLnativeTranslation,cparm| ...) ; compiling (DEFUN |genGCLnativeTranslation,gclTypeInC| ...) ; compiling (DEFUN |genGCLnativeTranslation,gclArgInC| ...) ; compiling (DEFUN |genGCLnativeTranslation,gclArgsInC| ...) ; compiling (DEFUN |genECLnativeTranslation| ...) ; compiling (DEFUN |genECLnativeTranslation,callTemplate| ...) ; compiling (DEFUN |genECLnativeTranslation,sharpArg| ...) ; compiling (DEFUN |genECLnativeTranslation,selectDatum| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/boot/strap/ast.clisp ; in: DEFUN |genECLnativeTranslation,selectDatum| ; (EQ BOOTTRAN::|y| 'BOOTTRAN:|char|) ; ==> ; BOOTTRAN::|y| ; ; note: deleting unreachable code ; (COND ((< |AxiomCore|:|$ECLVersionNumber| 90100) "->vector.self.ch") ; ((EQ BOOTTRAN::|y| 'BOOTTRAN:|char|) "->vector.self.i8") ; (T "->vector.self.b8")) ; --> IF COND IF PROGN ; ==> ; "->vector.self.i8" ; ; note: deleting unreachable code ; --> IF COND IF COND THE PROGN ; ==> ; "->vector.self.b8" ; ; note: deleting unreachable code ; compiling (DEFUN |genCLISPnativeTranslation| ...) ; compiling (DEFUN |genCLISPnativeTranslation,copyBack| ...) ; compiling (DEFUN |genCLISPnativeTranslation,actualArg| ...) ; compiling (DEFUN |getCLISPType| ...) ; compiling (DEFUN |genSBCLnativeTranslation| ...) ; compiling (DEFUN |genCLOZUREnativeTranslation| ...) ; compiling (DEFPARAMETER |$ffs| ...) ; compiling (DEFUN |genImportDeclaration| ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; printed 6 notes ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/strap/ast.fasl written ; compilation finished in 0:00:00.791 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/lisp --output=strap/parser.fasl --compile --load-directory=strap ../../../open-axiom/src/boot/strap/parser.clisp ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/boot/strap/parser.clisp" (written 11 JAN 2016 09:41:16 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "includer") ; compiling (IMPORT-MODULE "scanner") ; compiling (IMPORT-MODULE "ast") ; compiling (IN-PACKAGE "BOOTTRAN") ; compiling (PROVIDE "parser") ; compiling (DEFSTRUCT (|%ParserState| #) ...) ; compiling (DEFMACRO |mk%ParserState| ...) ; compiling (DEFMACRO |parserTokens| ...) ; compiling (DEFMACRO |parserTrees| ...) ; compiling (DEFMACRO |parserNesting| ...) ; compiling (DEFMACRO |parserScope| ...) ; compiling (DEFMACRO |parserCurrentToken| ...) ; compiling (DEFMACRO |parserLoadUnit| ...) ; compiling (DEFUN |makeParserState| ...) ; compiling (DEFMACRO |parserTokenValue| ...) ; compiling (DEFMACRO |parserTokenClass| ...) ; compiling (DEFMACRO |parserTokenPosition| ...) ; compiling (DEFMACRO |parserGensymSequenceNumber| ...) ; compiling (DEFUN |bpFirstToken| ...) ; compiling (DEFUN |bpFirstTok| ...) ; compiling (DEFUN |bpNext| ...) ; compiling (DEFUN |bpNextToken| ...) ; compiling (DEFUN |bpRequire| ...) ; compiling (DEFUN |bpState| ...) ; compiling (DEFUN |bpRestore| ...) ; compiling (DEFUN |bpPush| ...) ; compiling (DEFUN |bpPushId| ...) ; compiling (DEFUN |bpPop1| ...) ; compiling (DEFUN |bpPop2| ...) ; compiling (DEFUN |bpPop3| ...) ; compiling (DEFUN |bpIndentParenthesized| ...) ; compiling (DEFUN |bpParenthesized| ...) ; compiling (DEFUN |bpBracket| ...) ; compiling (DEFUN |bpPileBracketed| ...) ; compiling (DEFUN |bpListof| ...) ; compiling (DEFUN |bpListofFun| ...) ; compiling (DEFUN |bpList| ...) ; compiling (DEFUN |bpOneOrMore| ...) ; compiling (DEFUN |bpAnyNo| ...) ; compiling (DEFUN |bpAndOr| ...) ; compiling (DEFUN |bpConditional| ...) ; compiling (DEFUN |bpElse| ...) ; compiling (DEFUN |bpBacksetElse| ...) ; compiling (DEFUN |bpEqPeek| ...) ; compiling (DEFUN |bpEqKey| ...) ; compiling (DEFUN |bpEqKeyNextTok| ...) ; compiling (DEFUN |bpPileTrap| ...) ; compiling (DEFUN |bpBrackTrap| ...) ; compiling (DEFUN |bpParenTrap| ...) ; compiling (DEFUN |bpSpecificErrorHere| ...) ; compiling (DEFUN |bpSpecificErrorAtToken| ...) ; compiling (DEFUN |bpGeneralErrorHere| ...) ; compiling (DEFUN |bpIgnoredFromTo| ...) ; compiling (DEFUN |bpMissingMate| ...) ; compiling (DEFUN |bpMissing| ...) ; compiling (DEFUN |bpCompMissing| ...) ; compiling (DEFUN |bpTrap| ...) ; compiling (DEFUN |bpRecoverTrap| ...) ; compiling (DEFUN |bpListAndRecover| ...) ; compiling (DEFUN |bpMoveTo| ...) ; compiling (DEFUN |bpQualifiedName| ...) ; compiling (DEFUN |bpName| ...) ; compiling (DEFUN |bpConstTok| ...) ; compiling (DEFUN |bpInert| ...) ; compiling (DEFUN |bpChar| ...) ; compiling (DEFUN |bpExportItemTail| ...) ; compiling (DEFUN |bpExportItem| ...) ; compiling (DEFUN |bpExportItemList| ...) ; compiling (DEFUN |bpModuleInterface| ...) ; compiling (DEFUN |bpModuleExports| ...) ; compiling (DEFUN |bpModule| ...) ; compiling (DEFUN |bpImport| ...) ; compiling (DEFUN |bpNamespace| ...) ; compiling (DEFUN |bpTypeAliasDefinition| ...) ; compiling (DEFUN |bpTypeName| ...) ; compiling (DEFUN |bpSignature| ...) ; compiling (DEFUN |bpSignatureTail| ...) ; compiling (DEFUN |bpSimpleMapping| ...) ; compiling (DEFUN |bpArgtypeList| ...) ; compiling (DEFUN |bpMapping| ...) ; compiling (DEFUN |bpCancel| ...) ; compiling (DEFUN |bpAddTokens| ...) ; compiling (DEFUN |bpExceptions| ...) ; compiling (DEFUN |bpSexpKey| ...) ; compiling (DEFUN |bpAnyId| ...) ; compiling (DEFUN |bpSexp| ...) ; compiling (DEFUN |bpSexp1| ...) ; compiling (DEFUN |bpPrimary1| ...) ; compiling (DEFUN |bpParenthesizedApplication| ...) ; compiling (DEFUN |bpArgumentList| ...) ; compiling (DEFUN |bpPrimary| ...) ; compiling (DEFUN |bpDot| ...) ; compiling (DEFUN |bpPrefixOperator| ...) ; compiling (DEFUN |bpInfixOperator| ...) ; compiling (DEFUN |bpSelector| ...) ; compiling (DEFUN |bpApplication| ...) ; compiling (DEFUN |bpTyping| ...) ; compiling (DEFUN |bpTyped| ...) ; compiling (DEFUN |bpExpt| ...) ; compiling (DEFUN |bpInfKey| ...) ; compiling (DEFUN |bpInfGeneric| ...) ; compiling (DEFUN |bpRightAssoc| ...) ; compiling (DEFUN |bpLeftAssoc| ...) ; compiling (DEFUN |bpString| ...) ; compiling (DEFUN |bpFunction| ...) ; compiling (DEFUN |bpThetaName| ...) ; compiling (DEFUN |bpReduceOperator| ...) ; compiling (DEFUN |bpReduce| ...) ; compiling (DEFUN |bpTimes| ...) ; compiling (DEFUN |bpEuclid| ...) ; compiling (DEFUN |bpMinus| ...) ; compiling (DEFUN |bpArith| ...) ; compiling (DEFUN |bpIs| ...) ; compiling (DEFUN |bpBracketConstruct| ...) ; compiling (DEFUN |bpCompare| ...) ; compiling (DEFUN |bpAnd| ...) ; compiling (DEFUN |bpThrow| ...) ; compiling (DEFUN |bpTry| ...) ; compiling (DEFUN |bpCatchItem| ...) ; compiling (DEFUN |bpExceptionVariable| ...) ; compiling (DEFUN |bpFinally| ...) ; compiling (DEFUN |bpHandler| ...) ; compiling (DEFUN |bpLeave| ...) ; compiling (DEFUN |bpDo| ...) ; compiling (DEFUN |bpReturn| ...) ; compiling (DEFUN |bpLogical| ...) ; compiling (DEFUN |bpExpression| ...) ; compiling (DEFUN |bpStatement| ...) ; compiling (DEFUN |bpLoop| ...) ; compiling (DEFUN |bpSuchThat| ...) ; compiling (DEFUN |bpWhile| ...) ; compiling (DEFUN |bpUntil| ...) ; compiling (DEFUN |bpFormal| ...) ; compiling (DEFUN |bpForIn| ...) ; compiling (DEFUN |bpSeg| ...) ; compiling (DEFUN |bpIterator| ...) ; compiling (DEFUN |bpIteratorList| ...) ; compiling (DEFUN |bpCrossBackSet| ...) ; compiling (DEFUN |bpIterators| ...) ; compiling (DEFUN |bpAssign| ...) ; compiling (DEFUN |bpAssignment| ...) ; compiling (DEFUN |bpLambda| ...) ; compiling (DEFUN |bpKeyArg| ...) ; compiling (DEFUN |bpExit| ...) ; compiling (DEFUN |bpDefinition| ...) ; compiling (DEFUN |bpStoreName| ...) ; compiling (DEFUN |bpDef| ...) ; compiling (DEFUN |bpDDef| ...) ; compiling (DEFUN |bpSimpleDefinitionTail| ...) ; compiling (DEFUN |bpCompoundDefinitionTail| ...) ; compiling (DEFUN |bpDefTail| ...) ; compiling (DEFUN |bpWhere| ...) ; compiling (DEFUN |bpDefinitionItem| ...) ; compiling (DEFUN |bpDefinitionPileItems| ...) ; compiling (DEFUN |bpBDefinitionPileItems| ...) ; compiling (DEFUN |bpSemiColonDefinition| ...) ; compiling (DEFUN |bpPDefinitionItems| ...) ; compiling (DEFUN |bpComma| ...) ; compiling (DEFUN |bpTuple| ...) ; compiling (DEFUN |bpCommaBackSet| ...) ; compiling (DEFUN |bpSemiColon| ...) ; compiling (DEFUN |bpSemiListing| ...) ; compiling (DEFUN |bpSemiBackSet| ...) ; compiling (DEFUN |bpPDefinition| ...) ; compiling (DEFUN |bpPileItems| ...) ; compiling (DEFUN |bpBPileDefinition| ...) ; compiling (DEFUN |bpIteratorTail| ...) ; compiling (DEFUN |bpConstruct| ...) ; compiling (DEFUN |bpConstruction| ...) ; compiling (DEFUN |bpDConstruct| ...) ; compiling (DEFUN |bpDConstruction| ...) ; compiling (DEFUN |bpPattern| ...) ; compiling (DEFUN |bpEqual| ...) ; compiling (DEFUN |bpRegularPatternItem| ...) ; compiling (DEFUN |bpRegularPatternItemL| ...) ; compiling (DEFUN |bpRegularList| ...) ; compiling (DEFUN |bpPatternColon| ...) ; compiling (DEFUN |bpPatternL| ...) ; compiling (DEFUN |bpPatternList| ...) ; compiling (DEFUN |bpPatternTail| ...) ; compiling (DEFUN |bpRegularBVItemTail| ...) ; compiling (DEFUN |bpRegularBVItem| ...) ; compiling (DEFUN |bpBVString| ...) ; compiling (DEFUN |bpRegularBVItemL| ...) ; compiling (DEFUN |bpColonName| ...) ; compiling (DEFUN |bpBoundVariablelist| ...) ; compiling (DEFUN |bpVariable| ...) ; compiling (DEFUN |bpAssignVariable| ...) ; compiling (DEFUN |bpAssignLHS| ...) ; compiling (DEFUN |bpChecknull| ...) ; compiling (DEFUN |bpStruct| ...) ; compiling (DEFUN |bpRecord| ...) ; compiling (DEFUN |bpFieldList| ...) ; compiling (DEFUN |bpGlobalAccessors| ...) ; compiling (DEFUN |bpAccessorDefinitionList| ...) ; compiling (DEFUN |bpAccessorDefinition| ...) ; compiling (DEFUN |bpFieldSection| ...) ; compiling (DEFUN |bpSelectField| ...) ; compiling (DEFUN |bpTypeList| ...) ; compiling (DEFUN |bpTypeItem| ...) ; compiling (DEFUN |bpTypeItemList| ...) ; compiling (DEFUN |bpTerm| ...) ; compiling (DEFUN |bpIdList| ...) ; compiling (DEFUN |bpCase| ...) ; compiling (DEFUN |bpPiledCaseItems| ...) ; compiling (DEFUN |bpCaseItemList| ...) ; compiling (DEFUN |bpCasePatternVar| ...) ; compiling (DEFUN |bpCasePatternVarList| ...) ; compiling (DEFUN |bpCaseItem| ...) ; compiling (DEFUN |bpOutItem| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/boot/strap/parser.clisp ; in: DEFUN |bpOutItem| ; (BOOTTRAN::|translateToplevel| BOOTTRAN::|ps| BOOTTRAN::|b| NIL) ; ; caught STYLE-WARNING: ; undefined function: |translateToplevel| ; ; compilation unit finished ; Undefined function: ; |translateToplevel| ; caught 1 STYLE-WARNING condition ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/strap/parser.fasl written ; compilation finished in 0:00:00.596 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/lisp --output=strap/translator.fasl --compile --load-directory=strap ../../../open-axiom/src/boot/strap/translator.clisp ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/boot/strap/translator.clisp" (written 11 JAN 2016 09:41:16 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "includer") ; compiling (IMPORT-MODULE "scanner") ; compiling (IMPORT-MODULE "pile") ; compiling (IMPORT-MODULE "parser") ; compiling (IMPORT-MODULE "ast") ; compiling (IN-PACKAGE "BOOTTRAN") ; compiling (PROVIDE "translator") ; compiling (EXPORT (QUOTE #)) ; compiling (DEFPARAMETER |$currentModuleName| ...) ; compiling (DEFPARAMETER |$foreignsDefsForCLisp| ...) ; compiling (DEFUN |reallyPrettyPrint| ...) ; compiling (DEFUN |genModuleFinalization| ...) ; compiling (DEFUN |genOptimizeOptions| ...) ; compiling (DEFUN |%sysInit| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |setCurrentPackage| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |shoeCOMPILE-FILE| ...) ; compiling (DEFUN BOOTTOCL ...) ; compiling (DEFUN BOOTCLAM ...) ; compiling (DEFUN BOOTCLAMLINES ...) ; compiling (DEFUN BOOTTOCLLINES ...) ; compiling (DEFUN |shoeClLines| ...) ; compiling (DEFUN BOOTTOCLC ...) ; compiling (DEFUN BOOTTOCLCLINES ...) ; compiling (DEFUN |shoeClCLines| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN BOOTTOMC ...) ; compiling (DEFUN |shoeMc| ...) ; compiling (DEFUN |evalBootFile| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN BO ...) ; compiling (DEFUN BOCLAM ...) ; compiling (DEFUN |shoeToConsole| ...) ; compiling (DEFUN STOUT ...) ; compiling (DEFUN |string2BootTree| ...) ; compiling (DEFUN STEVAL ...) ; compiling (DEFUN STTOMC ...) ; compiling (DEFUN |shoeCompileTrees| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |shoeCompile| ...) ; compiling (DEFUN |shoeTransform| ...) ; compiling (DEFUN |shoeTransformString| ...) ; compiling (DEFUN |shoeTransformStream| ...) ; compiling (DEFUN |shoeTransformToConsole| ...) ; compiling (DEFUN |shoeTransformToFile| ...) ; compiling (DEFUN |shoeConsoleItem| ...) ; compiling (DEFUN |bFileNext| ...) ; compiling (DEFUN |bFileNext1| ...) ; compiling (DEFUN |shoeParseTrees| ...) ; compiling (DEFUN |shoeTreeConstruct| ...) ; compiling (DEFUN |shoeDQlines| ...) ; compiling (DEFUN |streamTake| ...) ; compiling (DEFUN |shoeFileLines| ...) ; compiling (DEFUN |shoeConsoleLines| ...) ; compiling (DEFUN |shoeFileLine| ...) ; compiling (DEFUN |shoeFileTrees| ...) ; compiling (DEFUN |shoeConsoleTrees| ...) ; compiling (DEFUN |shoeAddComment| ...) ; compiling (DEFUN |shoeOutParse| ...) ; compiling (DEFUN |genDeclaration| ...) ; compiling (DEFUN |translateSignatureDeclaration| ...) ; compiling (DEFUN |translateToplevelExpression| ...) ; compiling (DEFUN |inAllContexts| ...) ; compiling (DEFUN |atLoadOrExecutionTime| ...) ; compiling (DEFUN |exportNames| ...) ; compiling (DEFUN |packageBody| ...) ; compiling (DEFUN |translateToplevel| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/boot/strap/translator.clisp ; in: DEFUN |translateToplevel| ; (LET* (BOOTTRAN::|csts| ; BOOTTRAN::|accessors| ; BOOTTRAN::|fields| ; BOOTTRAN::|lhs| ; BOOTTRAN::|t| ; BOOTTRAN::|ISTMP#2| ; BOOTTRAN::|sig| ; BOOTTRAN::|ns| ; BOOTTRAN::|n| ; BOOTTRAN::|ISTMP#1| ; BOOTTRAN::|xs|) ; (DECLARE ; (SPECIAL BOOTTRAN::|$activeNamespace| BOOTTRAN:|$InteractiveMode| ; BOOTTRAN::|$constantIdentifiers| BOOTTRAN::|$foreignsDefsForCLisp| ; BOOTTRAN::|$currentModuleName|)) ; (COND ((NOT (CONSP BOOTTRAN::|b|)) (LIST BOOTTRAN::|b|)) ; ((AND (CONSP BOOTTRAN::|b|) (EQ # 'BOOTTRAN::TUPLE)) ; (SETQ BOOTTRAN::|xs| #) (|AxiomCore|:|coreError| "invalid AST")) ; (T ; (CASE (CAR BOOTTRAN::|b|) ; (BOOTTRAN::|%Signature| #) ; (BOOTTRAN::|%Definition| #) ; (BOOTTRAN::|%Module| #) ; (BOOTTRAN::|%Import| #) ; (BOOTTRAN::|%ImportSignature| #) ; (BOOTTRAN::|%TypeAlias| #) ; (BOOTTRAN::|%ConstantDefinition| #) ; (BOOTTRAN::|%Assignment| #) ; (BOOTTRAN::|%Macro| #) ; (BOOTTRAN::|%Structure| #) ; ...)))) ; ; caught STYLE-WARNING: ; The variable |lhs| is defined but never used. ; (DEFUN BOOTTRAN::|translateToplevel| ; (BOOTTRAN::|ps| BOOTTRAN::|b| BOOTTRAN::|export?|) ; (LET* (BOOTTRAN::|csts| ; BOOTTRAN::|accessors| ; BOOTTRAN::|fields| ; BOOTTRAN::|lhs| ; BOOTTRAN::|t| ; BOOTTRAN::|ISTMP#2| ; BOOTTRAN::|sig| ; BOOTTRAN::|ns| ; BOOTTRAN::|n| ; BOOTTRAN::|ISTMP#1| ; BOOTTRAN::|xs|) ; (DECLARE ; (SPECIAL BOOTTRAN::|$activeNamespace| BOOTTRAN:|$InteractiveMode| ; BOOTTRAN::|$constantIdentifiers| BOOTTRAN::|$foreignsDefsForCLisp| ; BOOTTRAN::|$currentModuleName|)) ; (COND ((NOT #) (LIST BOOTTRAN::|b|)) ; ((AND # #) (SETQ #) (|AxiomCore|:|coreError| "invalid AST")) ; (T (CASE # # # # # # # # # # # ...))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOTTRAN::|translateToplevel| ; (BOOTTRAN::|ps| BOOTTRAN::|b| BOOTTRAN::|export?|) ; (BLOCK BOOTTRAN::|translateToplevel| ; (LET* (BOOTTRAN::|csts| ; BOOTTRAN::|accessors| ; BOOTTRAN::|fields| ; BOOTTRAN::|lhs| ; BOOTTRAN::|t| ; BOOTTRAN::|ISTMP#2| ; BOOTTRAN::|sig| ; BOOTTRAN::|ns| ; BOOTTRAN::|n| ; BOOTTRAN::|ISTMP#1| ; BOOTTRAN::|xs|) ; (DECLARE ; (SPECIAL BOOTTRAN::|$activeNamespace| BOOTTRAN:|$InteractiveMode| ; BOOTTRAN::|$constantIdentifiers| BOOTTRAN::|$foreignsDefsForCLisp| ; BOOTTRAN::|$currentModuleName|)) ; (COND (# #) (# # #) (T #))))) ; ; caught STYLE-WARNING: ; The variable |export?| is defined but never used. ; compiling (DEFUN |shoeAddbootIfNec| ...) ; compiling (DEFUN |shoeRemovebootIfNec| ...) ; compiling (DEFUN |shoeRemoveStringIfNec| ...) ; compiling (DEFUN |shoeItem| ...) ; compiling (DEFUN |stripm| ...) ; compiling (DEFUN |shoePCompile| ...) ; compiling (DEFUN |shoePCompileTrees| ...) ; compiling (DEFUN |bStreamPackageNull| ...) ; compiling (DEFUN PSTTOMC ...) ; compiling (DEFUN BOOTLOOP ...) ; compiling (DEFUN BOOTPO ...) ; compiling (DEFUN PSTOUT ...) ; compiling (DEFUN |defaultBootToLispFile| ...) ; compiling (DEFUN |getIntermediateLispFile| ...) ; compiling (DEFUN |translateBootFile| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/boot/strap/translator.clisp ; in: DEFUN |translateBootFile| ; (DEFUN BOOTTRAN::|translateBootFile| ; (BOOTTRAN::|progname| BOOTTRAN::|options| BOOTTRAN::|file|) ; (LET* (BOOTTRAN::|outFile|) ; (PROGN ; (SETQ BOOTTRAN::|outFile| #) ; (BOOTTRAN::BOOTTOCL BOOTTRAN::|file| ; (ENOUGH-NAMESTRING BOOTTRAN::|outFile|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOTTRAN::|translateBootFile| ; (BOOTTRAN::|progname| BOOTTRAN::|options| BOOTTRAN::|file|) ; (BLOCK BOOTTRAN::|translateBootFile| ; (LET* (BOOTTRAN::|outFile|) ; (PROGN (SETQ #) (BOOTTRAN::BOOTTOCL BOOTTRAN::|file| #))))) ; ; caught STYLE-WARNING: ; The variable |progname| is defined but never used. ; compiling (DEFUN |retainFile?| ...) ; compiling (DEFUN |compileBootHandler| ...) ; compiling (|associateRequestWithFileType| (|Option| "translate") ...) ; compiling (|associateRequestWithFileType| (|Option| "compile") ...) ; compiling (DEFUN |loadNativeModule| ...) ; compiling (DEFUN |loadSystemRuntimeCore| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/boot/strap/translator.clisp ; in: DEFUN |shoeCompile| ; (DEFUN BOOTTRAN::|shoeCompile| (BOOTTRAN::|fn|) ; (LET* (BOOTTRAN::|body| ; BOOTTRAN::|bv| ; BOOTTRAN::|ISTMP#2| ; BOOTTRAN::|name| ; BOOTTRAN::|ISTMP#1|) ; (COND ((AND # # #) (COMPILE BOOTTRAN::|name| #)) ; (T (EVAL BOOTTRAN::|fn|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA FUNCTION ; --> SB-C::%FUNCALL MULTIPLE-VALUE-BIND LET UNLESS IF ; ==> ; (TYPEP #:G190 'BOOTTRAN::|%Ast|) ; ; caught STYLE-WARNING: ; undefined type: |%Ast| ; in: DECLAIM (FTYPE (FUNCTION (|%Ast|) |%Thing|) |shoeCompile|) ; (DECLAIM ; (FTYPE (FUNCTION (BOOTTRAN::|%Ast|) |AxiomCore|:|%Thing|) ; BOOTTRAN::|shoeCompile|)) ; --> EVAL-WHEN ; ==> ; (SB-C::%PROCLAIM ; '(FTYPE (FUNCTION (BOOTTRAN::|%Ast|) |AxiomCore|:|%Thing|) ; BOOTTRAN::|shoeCompile|) ; (SB-C:SOURCE-LOCATION)) ; ; caught STYLE-WARNING: ; undefined type: |%Ast| ; ; compilation unit finished ; Undefined type: ; |%Ast| ; caught 5 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/strap/translator.fasl written ; compilation finished in 0:00:00.259 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/lisp --make --main="|AxiomCore|::|topLevel|" --system=../../x86_64-unknown-linux-gnu --prologue='(pushnew :open-axiom-boot *features*)' --output=strap/bootsys \ --load-directory=strap strap/utility.fasl strap/tokens.fasl strap/includer.fasl strap/scanner.fasl strap/pile.fasl strap/ast.fasl strap/parser.fasl strap/translator.fasl [undoing binding stack and other enclosing state... done] [saving current Lisp image into /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/strap/bootsys: writing 4944 bytes from the read-only space at 0x20000000 writing 3168 bytes from the static space at 0x20100000 writing 66813952 bytes from the dynamic space at 0x1000000000 done] /bin/mkdir -p stage1 touch stage1/.started ../../src/driver/open-axiom --execpath=strap/bootsys --translate --import=skip --output=stage1/utility.clisp ../../../open-axiom/src/boot/utility.boot ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/lisp --output=stage1/utility.fasl --compile --load-directory=stage1 stage1/utility.clisp ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage1/utility.clisp" (written 01 FEB 2016 10:51:57 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (DEFPACKAGE "BOOTTRAN") ; compiling (COND (# #) ...) ; compiling (USE-PACKAGE "AxiomCore" ...) ; compiling (IN-PACKAGE "BOOTTRAN") ; compiling (PROVIDE "utility") ; compiling (EXPORT (QUOTE #)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (|%defaultReadAndLoadSettings|) ; compiling (DEFUN |atomic?| ...) ; compiling (DEFUN |every?| ...) ; compiling (DEFUN |any?| ...) ; compiling (DEFUN |take| ...) ; compiling (DEFUN |takeWhile| ...) ; compiling (DEFUN |drop| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage1/utility.clisp ; in: DEFUN |drop| ; (DEFUN BOOTTRAN:|drop| (BOOTTRAN::|n| BOOTTRAN::|l|) ; (COND ; ((NOT (MINUSP BOOTTRAN::|n|)) ; (LET (#) ; (LOOP # ; #)) ; (THE (|AxiomCore|:|%List| |AxiomCore|:|%Thing|) BOOTTRAN::|l|)) ; (T (BOOTTRAN:|take| (+ # BOOTTRAN::|n|) BOOTTRAN::|l|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOTTRAN:|drop| ; (BOOTTRAN::|n| BOOTTRAN::|l|) ; (BLOCK BOOTTRAN:|drop| ; (COND ; ((NOT #) ; (LET # ; #) ; (THE # BOOTTRAN::|l|)) ; (T (BOOTTRAN:|take| # BOOTTRAN::|l|))))) ; ; note: Assignment to argument: |l| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |copyTree| ...) ; compiling (DEFUN |objectMember?| ...) ; compiling (DEFUN |symbolMember?| ...) ; compiling (DEFUN |stringMember?| ...) ; compiling (DEFUN |charMember?| ...) ; compiling (DEFUN |scalarMember?| ...) ; compiling (DEFUN |listMember?| ...) ; compiling (DEFUN |reverse| ...) ; compiling (DEFUN |reverse!| ...) ; compiling (DEFUN |lastNode| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage1/utility.clisp ; in: DEFUN |lastNode| ; (DEFUN BOOTTRAN:|lastNode| (BOOTTRAN::|l|) ; (LET* (BOOTTRAN::|l'|) ; (PROGN (LOOP (COND # #)) BOOTTRAN::|l|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOTTRAN:|lastNode| ; (BOOTTRAN::|l|) ; (BLOCK BOOTTRAN:|lastNode| ; (LET* (BOOTTRAN::|l'|) ; (PROGN (LOOP #) BOOTTRAN::|l|)))) ; ; note: Assignment to argument: |l| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |last| ...) ; compiling (DEFUN |butLast| ...) ; compiling (DEFUN |butLast!| ...) ; compiling (DEFUN |copyList| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage1/utility.clisp ; in: DEFUN |copyList| ; (DEFUN BOOTTRAN:|copyList| (BOOTTRAN::|l|) ; (LET* (BOOTTRAN::|l'| BOOTTRAN::|t|) ; (COND ((NOT #) BOOTTRAN::|l|) (T (SETQ #) (LOOP #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOTTRAN:|copyList| ; (BOOTTRAN::|l|) ; (BLOCK BOOTTRAN:|copyList| ; (LET* (BOOTTRAN::|l'| BOOTTRAN::|t|) ; (COND (# BOOTTRAN::|l|) (T # #))))) ; ; note: Assignment to argument: |l| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |append!| ...) ; compiling (DEFUN |append| ...) ; compiling (DEFUN |listMap| ...) ; compiling (DEFUN |listMap!| ...) ; compiling (DEFUN |symbolAssoc| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage1/utility.clisp ; in: DEFUN |symbolAssoc| ; (DEFUN BOOTTRAN:|symbolAssoc| (BOOTTRAN::|s| BOOTTRAN::|l|) ; (LET* (BOOTTRAN::|x|) ; (LOOP (COND (# #) (# #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOTTRAN:|symbolAssoc| ; (BOOTTRAN::|s| BOOTTRAN::|l|) ; (BLOCK BOOTTRAN:|symbolAssoc| ; (LET* (BOOTTRAN::|x|) ; (LOOP (COND # #))))) ; ; note: Assignment to argument: |l| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |objectAssoc| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage1/utility.clisp ; in: DEFUN |objectAssoc| ; (DEFUN BOOTTRAN:|objectAssoc| (BOOTTRAN::|x| BOOTTRAN::|l|) ; (LET* (BOOTTRAN::|p|) ; (LOOP (COND (# #) (# #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOTTRAN:|objectAssoc| ; (BOOTTRAN::|x| BOOTTRAN::|l|) ; (BLOCK BOOTTRAN:|objectAssoc| ; (LET* (BOOTTRAN::|p|) ; (LOOP (COND # #))))) ; ; note: Assignment to argument: |l| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |substitute!| ...) ; compiling (DEFUN |substitute| ...) ; compiling (DEFUN |applySubst| ...) ; compiling (DEFUN |applySubst!| ...) ; compiling (DEFUN |applySubstNQ| ...) ; compiling (DEFUN |invertSubst| ...) ; compiling (DEFUN |substSource| ...) ; compiling (DEFUN |substTarget| ...) ; compiling (DEFUN |setDifference| ...) ; compiling (DEFUN |setUnion| ...) ; compiling (DEFUN |setIntersection| ...) ; compiling (DEFUN |removeSymbol| ...) ; compiling (DEFUN |removeScalar| ...) ; compiling (DEFUN |removeValue| ...) ; compiling (DEFUN |remove| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage1/utility.clisp ; in: DEFUN |remove| ; (DEFUN BOOTTRAN:|remove| (BOOTTRAN::|l| BOOTTRAN::|x|) ; (COND ; ((SYMBOLP BOOTTRAN::|x|) ; (BOOTTRAN:|removeSymbol| BOOTTRAN::|l| BOOTTRAN::|x|)) ; ((OR (CHARACTERP BOOTTRAN::|x|) (INTEGERP BOOTTRAN::|x|)) ; (BOOTTRAN::|removeScalar| BOOTTRAN::|l| BOOTTRAN::|x|)) ; (T (BOOTTRAN::|removeValue| BOOTTRAN::|l| BOOTTRAN::|x|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOTTRAN:|remove| ; (BOOTTRAN::|l| BOOTTRAN::|x|) ; (BLOCK BOOTTRAN:|remove| ; (COND ; ((SYMBOLP BOOTTRAN::|x|) ; (BOOTTRAN:|removeSymbol| BOOTTRAN::|l| BOOTTRAN::|x|)) ; ((OR # #) (BOOTTRAN::|removeScalar| BOOTTRAN::|l| BOOTTRAN::|x|)) ; (T (BOOTTRAN::|removeValue| BOOTTRAN::|l| BOOTTRAN::|x|))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |findChar| ...) ; compiling (DEFUN |charPosition| ...) ; compiling (DEFUN |firstNonblankPosition| ...) ; compiling (DEFUN |firstBlankPosition| ...) ; compiling (DEFUN |stringSuffix?| ...) ; compiling (DEFUN |stringPrefix?| ...) ; compiling (DEFUN |finishLine| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage1/utility.clisp ; in: DEFUN |firstBlankPosition| ; (BOOTTRAN::|char| 'BOOTTRAN::| |) ; ; caught STYLE-WARNING: ; undefined function: |char| ; in: DEFUN |firstNonblankPosition| ; (BOOTTRAN::|char| 'BOOTTRAN::| |) ; ; caught STYLE-WARNING: ; undefined function: |char| ; ; compilation unit finished ; Undefined function: ; |char| ; caught 2 STYLE-WARNING conditions ; printed 6 notes ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage1/utility.fasl written ; compilation finished in 0:00:00.168 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=strap/bootsys --translate --import=skip --output=stage1/tokens.clisp ../../../open-axiom/src/boot/tokens.boot ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/lisp --output=stage1/tokens.fasl --compile --load-directory=stage1 stage1/tokens.clisp ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage1/tokens.clisp" (written 01 FEB 2016 10:51:58 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "utility") ; compiling (IN-PACKAGE "BOOTTRAN") ; compiling (PROVIDE "tokens") ; compiling (EXPORT (QUOTE #)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFPARAMETER |$InteractiveMode| ...) ; compiling (DEFSTRUCT (|%Token| #) ...) ; compiling (DEFMACRO |mk%Token| ...) ; compiling (DEFMACRO |tokenClass| ...) ; compiling (DEFMACRO |tokenValue| ...) ; compiling (DEFMACRO |tokenPosition| ...) ; compiling (DEFUN |makeToken| ...) ; compiling (DEFUN |char| ...) ; compiling (DEFUN |shoeStartsId| ...) ; compiling (DEFUN |shoeIdChar| ...) ; compiling (DEFUN |subString| ...) ; compiling (DEFCONSTANT |shoeKeyWords| ...) ; compiling (DEFUN |shoeKeyTableCons| ...) ; compiling (DEFPARAMETER |shoeKeyTable| ...) ; compiling (DEFUN |keywordId| ...) ; compiling (DEFUN |shoeInsert| ...) ; compiling (DEFUN |shoeDictCons| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage1/tokens.clisp ; in: DEFUN |shoeDictCons| ; (MULTIPLE-VALUE-BIND (#:G540 BOOTTRAN::|s| #:G541) ; (#:G539) ; (COND ((NOT #:G540) (RETURN NIL)) ; (T (BOOTTRAN::|shoeInsert| BOOTTRAN::|s| BOOTTRAN::|d|)))) ; --> MULTIPLE-VALUE-CALL ; ==> ; #'(LAMBDA (&OPTIONAL (#:G540) (BOOTTRAN::|s|) (#:G541) &REST #:G187) ; (DECLARE (IGNORE #:G187)) ; (COND ((NOT #:G540) (RETURN NIL)) ; (T (BOOTTRAN::|shoeInsert| BOOTTRAN::|s| BOOTTRAN::|d|)))) ; ; caught STYLE-WARNING: ; The variable #:G541 is defined but never used. ; compiling (DEFPARAMETER |shoeDict| ...) ; compiling (DEFUN |shoePunCons| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage1/tokens.clisp ; in: DEFUN |shoePunCons| ; (MULTIPLE-VALUE-BIND (#:G543 BOOTTRAN::|k| #:G544) ; (#:G542) ; (COND ((NOT #:G543) (RETURN NIL)) ; ((BOOTTRAN::|shoeStartsId| (SCHAR BOOTTRAN::|k| 0)) NIL) ; (T (SETF # 1)))) ; --> MULTIPLE-VALUE-CALL ; ==> ; #'(LAMBDA (&OPTIONAL (#:G543) (BOOTTRAN::|k|) (#:G544) &REST #:G226) ; (DECLARE (IGNORE #:G226)) ; (COND ((NOT #:G543) (RETURN NIL)) ; ((BOOTTRAN::|shoeStartsId| (SCHAR BOOTTRAN::|k| 0)) NIL) ; (T (SETF # 1)))) ; ; caught STYLE-WARNING: ; The variable #:G544 is defined but never used. ; compiling (DEFPARAMETER |shoePun| ...) ; compiling (LET (# #) ...) ; compiling (LET (# #) ...) ; compiling (LET (# #) ...) ; compiling (LET (# #) ...) ; compiling (LET (# #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage1/tokens.fasl written ; compilation finished in 0:00:00.155 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=strap/bootsys --translate --import=skip --output=stage1/includer.clisp ../../../open-axiom/src/boot/includer.boot ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/lisp --output=stage1/includer.fasl --compile --load-directory=stage1 stage1/includer.clisp ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage1/includer.clisp" (written 01 FEB 2016 10:51:58 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "tokens") ; compiling (IN-PACKAGE "BOOTTRAN") ; compiling (PROVIDE "includer") ; compiling (DEFUN PNAME ...) ; compiling (DEFUN |shoeNotFound| ...) ; compiling (DEFUN |shoeReadLispString| ...) ; compiling (DEFUN |shoeConsole| ...) ; compiling (DEFUN |shoeSpaces| ...) ; compiling (DEFUN |diagnosticLocation| ...) ; compiling (DEFUN |SoftShoeError| ...) ; compiling (DEFSTRUCT (|%SourceLine| #) ...) ; compiling (DEFMACRO |mk%SourceLine| ...) ; compiling (DEFMACRO |sourceLineString| ...) ; compiling (DEFMACRO |sourceLineNumber| ...) ; compiling (DEFMACRO |makeSourceLine| ...) ; compiling (DEFUN |lineNo| ...) ; compiling (DEFUN |lineString| ...) ; compiling (DEFUN |lineCharacter| ...) ; compiling (DEFCONSTANT |$bStreamNil| ...) ; compiling (DEFUN |bStreamNull| ...) ; compiling (DEFUN |bMap| ...) ; compiling (DEFUN |bMap1| ...) ; compiling (DEFUN |bDelay| ...) ; compiling (DEFUN |bAppend| ...) ; compiling (DEFUN |bAppend1| ...) ; compiling (DEFUN |bNext| ...) ; compiling (DEFUN |bNext1| ...) ; compiling (DEFUN |bRgen| ...) ; compiling (DEFUN |bRgen1| ...) ; compiling (DEFUN |bIgen| ...) ; compiling (DEFUN |bIgen1| ...) ; compiling (DEFUN |bAddLineNumber| ...) ; compiling (DEFUN |bAddLineNumber1| ...) ; compiling (DEFUN |shoePrefixLisp| ...) ; compiling (DEFUN |shoePrefixLine| ...) ; compiling (DEFUN |shoePrefix?| ...) ; compiling (DEFUN |shoePlainLine?| ...) ; compiling (DEFUN |shoeSay?| ...) ; compiling (DEFUN |shoeEval?| ...) ; compiling (DEFUN |shoeFin?| ...) ; compiling (DEFUN |shoeIf?| ...) ; compiling (DEFUN |shoeEndIf?| ...) ; compiling (DEFUN |shoeElse?| ...) ; compiling (DEFUN |shoeElseIf?| ...) ; compiling (DEFUN |shoeLisp?| ...) ; compiling (DEFUN |shoeLine?| ...) ; compiling (DEFUN |shoeInclude| ...) ; compiling (DEFUN |shoeInclude1| ...) ; compiling (DEFUN |shoeSimpleLine| ...) ; compiling (DEFUN |shoeThen| ...) ; compiling (DEFUN |shoeThen1| ...) ; compiling (DEFUN |shoeElse| ...) ; compiling (DEFUN |shoeElse1| ...) ; compiling (DEFUN |shoeLineSyntaxError| ...) ; compiling (DEFUN |bPremStreamNil| ...) ; compiling (DEFUN |bPremStreamNull| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage1/includer.clisp ; in: DEFUN |shoeThen1| ; (BOOTTRAN::STTOMC BOOTTRAN::|command|) ; ; caught STYLE-WARNING: ; undefined function: STTOMC ; in: DEFUN |shoeSimpleLine| ; (BOOTTRAN::STTOMC BOOTTRAN::|command|) ; ; caught STYLE-WARNING: ; undefined function: STTOMC ; in: DEFUN |shoeInclude1| ; (BOOTTRAN::STTOMC BOOTTRAN::|command|) ; ; caught STYLE-WARNING: ; undefined function: STTOMC ; ; caught STYLE-WARNING: ; 1 more use of undefined function STTOMC ; ; compilation unit finished ; Undefined function: ; STTOMC ; caught 4 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage1/includer.fasl written ; compilation finished in 0:00:00.160 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=strap/bootsys --translate --import=skip --output=stage1/scanner.clisp ../../../open-axiom/src/boot/scanner.boot ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/lisp --output=stage1/scanner.fasl --compile --load-directory=stage1 stage1/scanner.clisp ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage1/scanner.clisp" (written 01 FEB 2016 10:51:58 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "tokens") ; compiling (IMPORT-MODULE "includer") ; compiling (IN-PACKAGE "BOOTTRAN") ; compiling (PROVIDE "scanner") ; compiling (DEFCONSTANT |shoeTAB| ...) ; compiling (DEFUN |dqUnit| ...) ; compiling (DEFUN |dqAppend| ...) ; compiling (DEFUN |dqConcat| ...) ; compiling (DEFUN |dqToList| ...) ; compiling (DEFSTRUCT (|%Lexer| #) ...) ; compiling (DEFMACRO |mk%Lexer| ...) ; compiling (DEFMACRO |lexerLineString| ...) ; compiling (DEFMACRO |lexerCurrentPosition| ...) ; compiling (DEFUN |makeLexer| ...) ; compiling (DEFMACRO |lexerRefresh?| ...) ; compiling (DEFMACRO |lexerLineLength| ...) ; compiling (DEFUN |lexerSetLine!| ...) ; compiling (DEFUN |lexerSkipBlank!| ...) ; compiling (DEFUN |lexerAdvancePosition!| ...) ; compiling (DEFUN |lexerSkipToEnd!| ...) ; compiling (DEFUN |lexerPosition!| ...) ; compiling (DEFUN |lexerCharCountToCompleteTab| ...) ; compiling (DEFMACRO |lexerCurrentChar| ...) ; compiling (DEFMACRO |lexerCharacterAt| ...) ; compiling (DEFUN |lexerCharPosition| ...) ; compiling (DEFUN |lexerEol?| ...) ; compiling (DEFUN |lexerReadLisp| ...) ; compiling (DEFUN |shoeNextLine| ...) ; compiling (DEFUN |shoeLineToks| ...) ; compiling (DEFUN |shoeLispToken| ...) ; compiling (DEFUN |shoeAccumulateLines| ...) ; compiling (DEFUN |shoeCloser| ...) ; compiling (DEFUN |shoeToken| ...) ; compiling (DEFUN |shoeLeafId| ...) ; compiling (DEFUN |shoeLeafKey| ...) ; compiling (DEFUN |shoeLeafInteger| ...) ; compiling (DEFUN |shoeLeafFloat| ...) ; compiling (DEFUN |shoeLeafString| ...) ; compiling (DEFUN |shoeLeafLisp| ...) ; compiling (DEFUN |shoeLeafLispExp| ...) ; compiling (DEFUN |shoeLeafLine| ...) ; compiling (DEFUN |shoeLeafComment| ...) ; compiling (DEFUN |shoeLeafNegComment| ...) ; compiling (DEFUN |shoeLeafError| ...) ; compiling (DEFUN |shoeLeafSpaces| ...) ; compiling (DEFUN |shoeLispEscape| ...) ; compiling (DEFUN |shoeEscape| ...) ; compiling (DEFUN |shoeEsc| ...) ; compiling (DEFUN |shoeStartsComment| ...) ; compiling (DEFUN |shoeStartsNegComment| ...) ; compiling (DEFUN |shoeNegComment| ...) ; compiling (DEFUN |shoeComment| ...) ; compiling (DEFUN |shoePunct| ...) ; compiling (DEFUN |shoeKeyTr| ...) ; compiling (DEFUN |shoePossFloat| ...) ; compiling (DEFUN |shoeSpace| ...) ; compiling (DEFUN |shoeString| ...) ; compiling (DEFUN |shoeS| ...) ; compiling (DEFUN |shoeIdEnd| ...) ; compiling (DEFUN |shoeW| ...) ; compiling (DEFUN |shoeWord| ...) ; compiling (DEFUN |shoeInert| ...) ; compiling (DEFUN |shoeInteger| ...) ; compiling (DEFUN |shoeInteger1| ...) ; compiling (DEFUN |shoeIntValue| ...) ; compiling (DEFUN |shoeNumber| ...) ; compiling (DEFUN |shoeExponent| ...) ; compiling (DEFUN |shoeError| ...) ; compiling (DEFUN |shoeKeyWord| ...) ; compiling (DEFUN |shoeKeyWordP| ...) ; compiling (DEFUN |shoeMatch| ...) ; compiling (DEFUN |shoeSubStringMatch| ...) ; compiling (DEFUN |shoePunctuation| ...) ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage1/scanner.fasl written ; compilation finished in 0:00:00.320 ../../src/driver/open-axiom --execpath=strap/bootsys --translate --import=skip --output=stage1/pile.clisp ../../../open-axiom/src/boot/pile.boot ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/lisp --output=stage1/pile.fasl --compile --load-directory=stage1 stage1/pile.clisp ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage1/pile.clisp" (written 01 FEB 2016 10:51:58 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "includer") ; compiling (IMPORT-MODULE "scanner") ; compiling (IN-PACKAGE "BOOTTRAN") ; compiling (PROVIDE "pile") ; compiling (DEFUN |shoeFirstTokPosn| ...) ; compiling (DEFUN |shoeLastTokPosn| ...) ; compiling (DEFUN |shoePileColumn| ...) ; compiling (DEFUN |shoePileInsert| ...) ; compiling (DEFUN |shoePileTree| ...) ; compiling (DEFUN |eqshoePileTree| ...) ; compiling (DEFUN |shoePileForest| ...) ; compiling (DEFUN |shoePileForest1| ...) ; compiling (DEFUN |shoePileForests| ...) ; compiling (DEFUN |shoePileCtree| ...) ; compiling (DEFUN |shoePileCforest| ...) ; compiling (DEFUN |shoePileCoagulate| ...) ; compiling (DEFUN |shoeSeparatePiles| ...) ; compiling (DEFUN |shoeEnPile| ...) ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage1/pile.fasl written ; compilation finished in 0:00:00.055 ../../src/driver/open-axiom --execpath=strap/bootsys --translate --import=skip --output=stage1/ast.clisp ../../../open-axiom/src/boot/ast.boot ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/lisp --output=stage1/ast.fasl --compile --load-directory=stage1 stage1/ast.clisp ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage1/ast.clisp" (written 01 FEB 2016 10:51:59 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "includer") ; compiling (IN-PACKAGE "BOOTTRAN") ; compiling (PROVIDE "ast") ; compiling (EXPORT (QUOTE #)) ; compiling (DEFPARAMETER |$bfClamming| ...) ; compiling (DEFPARAMETER |$constantIdentifiers| ...) ; compiling (DEFPARAMETER |$activeNamespace| ...) ; compiling (DEFUN |%Command| ...) ; compiling (DEFUN |%Lisp| ...) ; compiling (DEFUN |%Module| ...) ; compiling (DEFUN |%Namespace| ...) ; compiling (DEFUN |%Import| ...) ; compiling (DEFUN |%ImportSignature| ...) ; compiling (DEFUN |%Record| ...) ; compiling (DEFUN |%AccessorDef| ...) ; compiling (DEFUN |%TypeAlias| ...) ; compiling (DEFUN |%Signature| ...) ; compiling (DEFUN |%Mapping| ...) ; compiling (DEFUN |%Forall| ...) ; compiling (DEFUN |%Dynamic| ...) ; compiling (DEFUN |%SuffixDot| ...) ; compiling (DEFUN |%Quote| ...) ; compiling (DEFUN |%EqualPattern| ...) ; compiling (DEFUN |%Colon| ...) ; compiling (DEFUN |%QualifiedName| ...) ; compiling (DEFUN |%Restrict| ...) ; compiling (DEFUN |%DefaultValue| ...) ; compiling (DEFUN |%Key| ...) ; compiling (DEFUN |%Bracket| ...) ; compiling (DEFUN |%UnboundedSegment| ...) ; compiling (DEFUN |%BoundedSgement| ...) ; compiling (DEFUN |%Tuple| ...) ; compiling (DEFUN |%ColonAppend| ...) ; compiling (DEFUN |%Is| ...) ; compiling (DEFUN |%Isnt| ...) ; compiling (DEFUN |%Reduce| ...) ; compiling (DEFUN |%PrefixExpr| ...) ; compiling (DEFUN |%Call| ...) ; compiling (DEFUN |%InfixExpr| ...) ; compiling (DEFUN |%ConstantDefinition| ...) ; compiling (DEFUN |%Definition| ...) ; compiling (DEFUN |%Macro| ...) ; compiling (DEFUN |%Lambda| ...) ; compiling (DEFUN |%SuchThat| ...) ; compiling (DEFUN |%Assignment| ...) ; compiling (DEFUN |%While| ...) ; compiling (DEFUN |%Until| ...) ; compiling (DEFUN |%For| ...) ; compiling (DEFUN |%Implies| ...) ; compiling (DEFUN |%Iterators| ...) ; compiling (DEFUN |%Cross| ...) ; compiling (DEFUN |%Repeat| ...) ; compiling (DEFUN |%Pile| ...) ; compiling (DEFUN |%Append| ...) ; compiling (DEFUN |%Case| ...) ; compiling (DEFUN |%Return| ...) ; compiling (DEFUN |%Leave| ...) ; compiling (DEFUN |%Throw| ...) ; compiling (DEFUN |%Catch| ...) ; compiling (DEFUN |%Finally| ...) ; compiling (DEFUN |%Try| ...) ; compiling (DEFUN |%Where| ...) ; compiling (DEFUN |%Structure| ...) ; compiling (DEFSTRUCT (|%LoadUnit| #) ...) ; compiling (DEFMACRO |mk%LoadUnit| ...) ; compiling (DEFMACRO |functionDefinitions| ...) ; compiling (DEFMACRO |globalSignatures| ...) ; compiling (DEFMACRO |exportedNames| ...) ; compiling (DEFMACRO |constantBindings| ...) ; compiling (DEFMACRO |currentGensymNumber| ...) ; compiling (DEFMACRO |letVariableNumer| ...) ; compiling (DEFMACRO |isVariableNumber| ...) ; compiling (DEFMACRO |sideConditions| ...) ; compiling (DEFMACRO |enclosingFunction| ...) ; compiling (DEFUN |makeLoadUnit| ...) ; compiling (DEFUN |pushFunctionDefinition| ...) ; compiling (DEFPARAMETER |$inDefIS| ...) ; compiling (DEFUN |quote| ...) ; compiling (DEFUN |bfSpecificErrorHere| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfGenSymbol| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfLetVar| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfIsVar| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfColon| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfColonColon| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfSymbol| ...) ; compiling (DEFUN |bfFunction| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfDot| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfSuffixDot| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfEqual| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfBracket| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfPile| ...) ; compiling (DEFUN |bfDo| ...) ; compiling (DEFUN |bfAtScope| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfAppend| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage1/ast.clisp ; in: DEFUN |bfAppend| ; (DEFUN BOOTTRAN::|bfAppend| (BOOTTRAN::|ls|) ; (LET* (BOOTTRAN::|p| BOOTTRAN::|r| BOOTTRAN::|l|) ; (COND ((NOT #) NIL) (T (SETQ #) (SETQ #) (LOOP #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOTTRAN::|bfAppend| ; (BOOTTRAN::|ls|) ; (BLOCK BOOTTRAN::|bfAppend| ; (LET* (BOOTTRAN::|p| BOOTTRAN::|r| BOOTTRAN::|l|) ; (COND (# NIL) (T # # #))))) ; ; note: Assignment to argument: |ls| ; prevents use of assertion from function type proclamation: ; (OR NULL ; (CONS ; (OR NULL ; (CONS ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; T)) ; T)) ; ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfColonAppend| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfBeginsDollar| ...) ; compiling (DEFUN |compFluid| ...) ; compiling (DEFUN |compFluidize| ...) ; compiling (DEFUN |bfPlace| ...) ; compiling (DEFUN |bfTuple| ...) ; compiling (DEFUN |bfTupleP| ...) ; compiling (DEFUN |bfUntuple| ...) ; compiling (DEFUN |bfTupleIf| ...) ; compiling (DEFUN |bfTupleConstruct| ...) ; compiling (DEFUN |bfConstruct| ...) ; compiling (DEFUN |bfMakeCons| ...) ; compiling (DEFUN |bfFor| ...) ; compiling (DEFUN |bfForTree| ...) ; compiling (DEFUN |bfSTEP| ...) ; compiling (DEFUN |bfIterateTable| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage1/ast.clisp ; in: DEFUN |bfIterateTable| ; (DEFUN BOOTTRAN::|bfIterateTable| ; (BOOTTRAN::|tu| BOOTTRAN::|e| BOOTTRAN::|t|) ; (LIST 'BOOTTRAN::|%tbliter| BOOTTRAN::|e| BOOTTRAN::|t| (GENSYM))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOTTRAN::|bfIterateTable| ; (BOOTTRAN::|tu| BOOTTRAN::|e| BOOTTRAN::|t|) ; (BLOCK BOOTTRAN::|bfIterateTable| ; (LIST 'BOOTTRAN::|%tbliter| BOOTTRAN::|e| BOOTTRAN::|t| (GENSYM)))) ; ; caught STYLE-WARNING: ; The variable |tu| is defined but never used. ; compiling (DEFUN |bfINON| ...) ; compiling (DEFUN |bfIN| ...) ; compiling (DEFUN |bfON| ...) ; compiling (DEFUN |bfSuchthat| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage1/ast.clisp ; in: DEFUN |bfSuchthat| ; (DEFUN BOOTTRAN::|bfSuchthat| (BOOTTRAN::|tu| BOOTTRAN::|p|) ; (LIST (LIST NIL NIL NIL (LIST BOOTTRAN::|p|) NIL NIL))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOTTRAN::|bfSuchthat| ; (BOOTTRAN::|tu| BOOTTRAN::|p|) ; (BLOCK BOOTTRAN::|bfSuchthat| ; (LIST (LIST NIL NIL NIL (LIST BOOTTRAN::|p|) NIL NIL)))) ; ; caught STYLE-WARNING: ; The variable |tu| is defined but never used. ; compiling (DEFUN |bfWhile| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage1/ast.clisp ; in: DEFUN |bfWhile| ; (DEFUN BOOTTRAN::|bfWhile| (BOOTTRAN::|tu| BOOTTRAN::|p|) ; (LIST (LIST NIL NIL NIL NIL (LIST (BOOTTRAN::|bfNOT| BOOTTRAN::|p|)) NIL))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOTTRAN::|bfWhile| ; (BOOTTRAN::|tu| BOOTTRAN::|p|) ; (BLOCK BOOTTRAN::|bfWhile| (LIST (LIST NIL NIL NIL NIL (LIST #) NIL)))) ; ; caught STYLE-WARNING: ; The variable |tu| is defined but never used. ; compiling (DEFUN |bfUntil| ...) ; compiling (DEFUN |bfIterators| ...) ; compiling (DEFUN |bfCross| ...) ; compiling (DEFUN |bfLp| ...) ; compiling (DEFUN |bfLpCross| ...) ; compiling (DEFUN |bfSep| ...) ; compiling (DEFUN |bfReduce| ...) ; compiling (DEFUN |bfReduceCollect| ...) ; compiling (DEFUN |bfDCollect| ...) ; compiling (DEFUN |bfDTuple| ...) ; compiling (DEFUN |bfCollect| ...) ; compiling (DEFUN |bfMakeCollectInsn| ...) ; compiling (DEFUN |bfDoCollect| ...) ; compiling (DEFUN |separateIterators| ...) ; compiling (DEFUN |bfTableIteratorBindingForm| ...) ; compiling (DEFUN |bfExpandTableIters| ...) ; compiling (DEFUN |bfLp1| ...) ; compiling (DEFUN |bfLp2| ...) ; compiling (DEFUN |bfOpReduce| ...) ; compiling (DEFUN |bfLoop1| ...) ; compiling (DEFUN |bfSegment1| ...) ; compiling (DEFUN |bfSegment2| ...) ; compiling (DEFUN |bfForInBy| ...) ; compiling (DEFUN |bfForin| ...) ; compiling (DEFUN |bfSignature| ...) ; compiling (DEFUN |bfTake| ...) ; compiling (DEFUN |bfDrop| ...) ; compiling (DEFUN |bfReturnNoName| ...) ; compiling (DEFUN |bfLeave| ...) ; compiling (DEFUN |bfSUBLIS| ...) ; compiling (DEFUN |bfSUBLIS1| ...) ; compiling (DEFUN |defSheepAndGoats| ...) ; compiling (DEFUN |defSheepAndGoatsList| ...) ; compiling (DEFUN |bfLetForm| ...) ; compiling (DEFUN |bfLET1| ...) ; compiling (DEFUN |bfCONTAINED| ...) ; compiling (DEFUN |bfLET2| ...) ; compiling (DEFUN |bfLET| ...) ; compiling (DEFUN |addCARorCDR| ...) ; compiling (DEFUN |bfPosition| ...) ; compiling (DEFUN |bfPosn| ...) ; compiling (DEFUN |bfISApplication| ...) ; compiling (DEFUN |bfIS| ...) ; compiling (DEFUN |bfISReverse| ...) ; compiling (DEFUN |bfIS1| ...) ; compiling (DEFUN |bfHas| ...) ; compiling (DEFUN |bfKeyArg| ...) ; compiling (DEFUN |bfInert| ...) ; compiling (DEFUN |lispKey| ...) ; compiling (DEFUN |bfExpandKeys| ...) ; compiling (DEFUN |bfApplication| ...) ; compiling (DEFUN |bfReName| ...) ; compiling (DEFUN |sequence?| ...) ; compiling (DEFUN |idList?| ...) ; compiling (DEFUN |charList?| ...) ; compiling (DEFUN |stringList?| ...) ; compiling (DEFUN |bfMember| ...) ; compiling (DEFUN |bfInfApplication| ...) ; compiling (DEFUN |bfNOT| ...) ; compiling (DEFUN |bfFlatten| ...) ; compiling (DEFUN |bfOR| ...) ; compiling (DEFUN |bfAND| ...) ; compiling (DEFUN |defQuoteId| ...) ; compiling (DEFUN |bfChar?| ...) ; compiling (DEFUN |bfNumber?| ...) ; compiling (DEFUN |bfString?| ...) ; compiling (DEFUN |bfQ| ...) ; compiling (DEFUN |bfLessp| ...) ; compiling (DEFUN |bfLambda| ...) ; compiling (DEFUN |bfMDef| ...) ; compiling (DEFUN |bfGargl| ...) ; compiling (DEFUN |bfDef1| ...) ; compiling (DEFUN |shoeLAM| ...) ; compiling (DEFUN |bfDef| ...) ; compiling (DEFUN |shoeComps| ...) ; compiling (DEFUN |shoeComp| ...) ; compiling (DEFUN |bfParameterList| ...) ; compiling (DEFUN |bfInsertLet| ...) ; compiling (DEFUN |bfInsertLet1| ...) ; compiling (DEFUN |shoeCompTran| ...) ; compiling (DEFUN |declareLocalVars| ...) ; compiling (DEFUN |maybeAddBlock| ...) ; compiling (DEFUN |hasReturn?| ...) ; compiling (DEFUN |shoeFluids| ...) ; compiling (DEFUN |shoeATOMs| ...) ; compiling (DEFUN |isDynamicVariable| ...) ; compiling (DEFUN |shoeCompTran1| ...) ; compiling (DEFUN |bindFluidVars!| ...) ; compiling (DEFUN |groupFluidVars| ...) ; compiling (DEFUN |bfRestrict| ...) ; compiling (DEFUN |bfAssign| ...) ; compiling (DEFUN |bfSetelt| ...) ; compiling (DEFUN |bfElt| ...) ; compiling (DEFUN |defSETELT| ...) ; compiling (DEFUN |bfIfThenOnly| ...) ; compiling (DEFUN |bfIf| ...) ; compiling (DEFUN |bfExit| ...) ; compiling (DEFUN |bfFlattenSeq| ...) ; compiling (DEFUN |bfMKPROGN| ...) ; compiling (DEFUN |bfWashCONDBranchBody| ...) ; compiling (DEFUN |bfAlternative| ...) ; compiling (DEFUN |bfSequence| ...) ; compiling (DEFUN |bfWhere| ...) ; compiling (DEFUN |bfCompHash| ...) ; compiling (DEFUN |shoeCompileTimeEvaluation| ...) ; compiling (DEFUN |bfMain| ...) ; compiling (DEFUN |bfNamespace| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfNameOnly| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfNameArgs| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfCreateDef| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfCaseItem| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfCase| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfCaseItems| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfCI| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfCARCDR| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfDs| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage1/ast.clisp ; in: DEFUN |bfDs| ; (DEFUN BOOTTRAN::|bfDs| (BOOTTRAN::|n|) ; (COND ((EQL BOOTTRAN::|n| 0) "") ; (T (|AxiomCore|:CONCAT "D" (BOOTTRAN::|bfDs| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOTTRAN::|bfDs| ; (BOOTTRAN::|n|) ; (BLOCK BOOTTRAN::|bfDs| ; (COND ((EQL BOOTTRAN::|n| 0) "") (T (|AxiomCore|:CONCAT "D" #))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |ctorName| ...) ; compiling (DEFUN |bfEnum| ...) ; compiling (DEFUN |bfRecordDef| ...) ; compiling (DEFUN |bfHandlers| ...) ; compiling (DEFUN |bfHandlers,main| ...) ; compiling (DEFUN |codeForCatchHandlers| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfTry| ...) ; compiling (DEFUN |bfThrow| ...) ; compiling (DEFUN |bfType| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |backquote| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage1/ast.clisp ; in: DEFUN |backquote| ; (DEFUN BOOTTRAN::|backquote| (BOOTTRAN::|form| BOOTTRAN::|params|) ; (COND ((NULL BOOTTRAN::|params|) (BOOTTRAN:|quote| BOOTTRAN::|form|)) ; ((NOT (CONSP BOOTTRAN::|form|)) ; (COND (# BOOTTRAN::|form|) (# BOOTTRAN::|form|) (T #))) ; (T ; (CONS 'LIST ; (LET # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOTTRAN::|backquote| ; (BOOTTRAN::|form| BOOTTRAN::|params|) ; (BLOCK BOOTTRAN::|backquote| ; (COND ((NULL BOOTTRAN::|params|) (BOOTTRAN:|quote| BOOTTRAN::|form|)) ; ((NOT #) (COND # # #)) (T (CONS 'LIST #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DEFUN |genTypeAlias| ...) ; compiling (DEFUN |translateForm| ...) ; compiling (DEFCONSTANT |$NativeSimpleDataTypes| ...) ; compiling (DEFCONSTANT |$NativeSimpleReturnTypes| ...) ; compiling (DEFUN |isSimpleNativeType| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |coreSymbol| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bootSymbol| ...) ; compiling (DEFUN |unknownNativeTypeError| ...) ; compiling (DEFUN |nativeType| ...) ; compiling (DEFUN |nativeReturnType| ...) ; compiling (DEFUN |nativeArgumentType| ...) ; compiling (DEFUN |needsStableReference?| ...) ; compiling (DEFUN |coerceToNativeType| ...) ; compiling (DEFUN |genGCLnativeTranslation| ...) ; compiling (DEFUN |genGCLnativeTranslation,mkCArgName| ...) ; compiling (DEFUN |genGCLnativeTranslation,cparm| ...) ; compiling (DEFUN |genGCLnativeTranslation,gclTypeInC| ...) ; compiling (DEFUN |genGCLnativeTranslation,gclArgInC| ...) ; compiling (DEFUN |genGCLnativeTranslation,gclArgsInC| ...) ; compiling (DEFUN |genECLnativeTranslation| ...) ; compiling (DEFUN |genECLnativeTranslation,callTemplate| ...) ; compiling (DEFUN |genECLnativeTranslation,sharpArg| ...) ; compiling (DEFUN |genECLnativeTranslation,selectDatum| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage1/ast.clisp ; in: DEFUN |genECLnativeTranslation,selectDatum| ; (EQ BOOTTRAN::|y| 'BOOTTRAN:|char|) ; ==> ; BOOTTRAN::|y| ; ; note: deleting unreachable code ; (COND ((< |AxiomCore|:|$ECLVersionNumber| 90100) "->vector.self.ch") ; ((EQ BOOTTRAN::|y| 'BOOTTRAN:|char|) "->vector.self.i8") ; (T "->vector.self.b8")) ; --> IF COND IF PROGN ; ==> ; "->vector.self.i8" ; ; note: deleting unreachable code ; --> IF COND IF COND THE PROGN ; ==> ; "->vector.self.b8" ; ; note: deleting unreachable code ; compiling (DEFUN |genCLISPnativeTranslation| ...) ; compiling (DEFUN |genCLISPnativeTranslation,copyBack| ...) ; compiling (DEFUN |genCLISPnativeTranslation,actualArg| ...) ; compiling (DEFUN |getCLISPType| ...) ; compiling (DEFUN |genSBCLnativeTranslation| ...) ; compiling (DEFUN |genCLOZUREnativeTranslation| ...) ; compiling (DEFPARAMETER |$ffs| ...) ; compiling (DEFUN |genImportDeclaration| ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; printed 6 notes ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage1/ast.fasl written ; compilation finished in 0:00:00.765 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=strap/bootsys --translate --import=skip --output=stage1/parser.clisp ../../../open-axiom/src/boot/parser.boot ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/lisp --output=stage1/parser.fasl --compile --load-directory=stage1 stage1/parser.clisp ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage1/parser.clisp" (written 01 FEB 2016 10:51:59 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "includer") ; compiling (IMPORT-MODULE "scanner") ; compiling (IMPORT-MODULE "ast") ; compiling (IN-PACKAGE "BOOTTRAN") ; compiling (PROVIDE "parser") ; compiling (DEFSTRUCT (|%ParserState| #) ...) ; compiling (DEFMACRO |mk%ParserState| ...) ; compiling (DEFMACRO |parserTokens| ...) ; compiling (DEFMACRO |parserTrees| ...) ; compiling (DEFMACRO |parserNesting| ...) ; compiling (DEFMACRO |parserScope| ...) ; compiling (DEFMACRO |parserCurrentToken| ...) ; compiling (DEFMACRO |parserLoadUnit| ...) ; compiling (DEFUN |makeParserState| ...) ; compiling (DEFMACRO |parserTokenValue| ...) ; compiling (DEFMACRO |parserTokenClass| ...) ; compiling (DEFMACRO |parserTokenPosition| ...) ; compiling (DEFMACRO |parserGensymSequenceNumber| ...) ; compiling (DEFUN |bpFirstToken| ...) ; compiling (DEFUN |bpFirstTok| ...) ; compiling (DEFUN |bpNext| ...) ; compiling (DEFUN |bpNextToken| ...) ; compiling (DEFUN |bpRequire| ...) ; compiling (DEFUN |bpState| ...) ; compiling (DEFUN |bpRestore| ...) ; compiling (DEFUN |bpPush| ...) ; compiling (DEFUN |bpPushId| ...) ; compiling (DEFUN |bpPop1| ...) ; compiling (DEFUN |bpPop2| ...) ; compiling (DEFUN |bpPop3| ...) ; compiling (DEFUN |bpIndentParenthesized| ...) ; compiling (DEFUN |bpParenthesized| ...) ; compiling (DEFUN |bpBracket| ...) ; compiling (DEFUN |bpPileBracketed| ...) ; compiling (DEFUN |bpListof| ...) ; compiling (DEFUN |bpListofFun| ...) ; compiling (DEFUN |bpList| ...) ; compiling (DEFUN |bpOneOrMore| ...) ; compiling (DEFUN |bpAnyNo| ...) ; compiling (DEFUN |bpAndOr| ...) ; compiling (DEFUN |bpConditional| ...) ; compiling (DEFUN |bpElse| ...) ; compiling (DEFUN |bpBacksetElse| ...) ; compiling (DEFUN |bpEqPeek| ...) ; compiling (DEFUN |bpEqKey| ...) ; compiling (DEFUN |bpEqKeyNextTok| ...) ; compiling (DEFUN |bpPileTrap| ...) ; compiling (DEFUN |bpBrackTrap| ...) ; compiling (DEFUN |bpParenTrap| ...) ; compiling (DEFUN |bpSpecificErrorHere| ...) ; compiling (DEFUN |bpSpecificErrorAtToken| ...) ; compiling (DEFUN |bpGeneralErrorHere| ...) ; compiling (DEFUN |bpIgnoredFromTo| ...) ; compiling (DEFUN |bpMissingMate| ...) ; compiling (DEFUN |bpMissing| ...) ; compiling (DEFUN |bpCompMissing| ...) ; compiling (DEFUN |bpTrap| ...) ; compiling (DEFUN |bpRecoverTrap| ...) ; compiling (DEFUN |bpListAndRecover| ...) ; compiling (DEFUN |bpMoveTo| ...) ; compiling (DEFUN |bpQualifiedName| ...) ; compiling (DEFUN |bpName| ...) ; compiling (DEFUN |bpConstTok| ...) ; compiling (DEFUN |bpInert| ...) ; compiling (DEFUN |bpChar| ...) ; compiling (DEFUN |bpExportItemTail| ...) ; compiling (DEFUN |bpExportItem| ...) ; compiling (DEFUN |bpExportItemList| ...) ; compiling (DEFUN |bpModuleInterface| ...) ; compiling (DEFUN |bpModuleExports| ...) ; compiling (DEFUN |bpModule| ...) ; compiling (DEFUN |bpImport| ...) ; compiling (DEFUN |bpNamespace| ...) ; compiling (DEFUN |bpTypeAliasDefinition| ...) ; compiling (DEFUN |bpTypeName| ...) ; compiling (DEFUN |bpSignature| ...) ; compiling (DEFUN |bpSignatureTail| ...) ; compiling (DEFUN |bpSimpleMapping| ...) ; compiling (DEFUN |bpArgtypeList| ...) ; compiling (DEFUN |bpMapping| ...) ; compiling (DEFUN |bpCancel| ...) ; compiling (DEFUN |bpAddTokens| ...) ; compiling (DEFUN |bpExceptions| ...) ; compiling (DEFUN |bpSexpKey| ...) ; compiling (DEFUN |bpAnyId| ...) ; compiling (DEFUN |bpSexp| ...) ; compiling (DEFUN |bpSexp1| ...) ; compiling (DEFUN |bpPrimary1| ...) ; compiling (DEFUN |bpParenthesizedApplication| ...) ; compiling (DEFUN |bpArgumentList| ...) ; compiling (DEFUN |bpPrimary| ...) ; compiling (DEFUN |bpDot| ...) ; compiling (DEFUN |bpPrefixOperator| ...) ; compiling (DEFUN |bpInfixOperator| ...) ; compiling (DEFUN |bpSelector| ...) ; compiling (DEFUN |bpApplication| ...) ; compiling (DEFUN |bpTyping| ...) ; compiling (DEFUN |bpTyped| ...) ; compiling (DEFUN |bpExpt| ...) ; compiling (DEFUN |bpInfKey| ...) ; compiling (DEFUN |bpInfGeneric| ...) ; compiling (DEFUN |bpRightAssoc| ...) ; compiling (DEFUN |bpLeftAssoc| ...) ; compiling (DEFUN |bpString| ...) ; compiling (DEFUN |bpFunction| ...) ; compiling (DEFUN |bpThetaName| ...) ; compiling (DEFUN |bpReduceOperator| ...) ; compiling (DEFUN |bpReduce| ...) ; compiling (DEFUN |bpTimes| ...) ; compiling (DEFUN |bpEuclid| ...) ; compiling (DEFUN |bpMinus| ...) ; compiling (DEFUN |bpArith| ...) ; compiling (DEFUN |bpIs| ...) ; compiling (DEFUN |bpBracketConstruct| ...) ; compiling (DEFUN |bpCompare| ...) ; compiling (DEFUN |bpAnd| ...) ; compiling (DEFUN |bpThrow| ...) ; compiling (DEFUN |bpTry| ...) ; compiling (DEFUN |bpCatchItem| ...) ; compiling (DEFUN |bpExceptionVariable| ...) ; compiling (DEFUN |bpFinally| ...) ; compiling (DEFUN |bpHandler| ...) ; compiling (DEFUN |bpLeave| ...) ; compiling (DEFUN |bpDo| ...) ; compiling (DEFUN |bpReturn| ...) ; compiling (DEFUN |bpLogical| ...) ; compiling (DEFUN |bpExpression| ...) ; compiling (DEFUN |bpStatement| ...) ; compiling (DEFUN |bpLoop| ...) ; compiling (DEFUN |bpSuchThat| ...) ; compiling (DEFUN |bpWhile| ...) ; compiling (DEFUN |bpUntil| ...) ; compiling (DEFUN |bpFormal| ...) ; compiling (DEFUN |bpForIn| ...) ; compiling (DEFUN |bpSeg| ...) ; compiling (DEFUN |bpIterator| ...) ; compiling (DEFUN |bpIteratorList| ...) ; compiling (DEFUN |bpCrossBackSet| ...) ; compiling (DEFUN |bpIterators| ...) ; compiling (DEFUN |bpAssign| ...) ; compiling (DEFUN |bpAssignment| ...) ; compiling (DEFUN |bpLambda| ...) ; compiling (DEFUN |bpKeyArg| ...) ; compiling (DEFUN |bpExit| ...) ; compiling (DEFUN |bpDefinition| ...) ; compiling (DEFUN |bpStoreName| ...) ; compiling (DEFUN |bpDef| ...) ; compiling (DEFUN |bpDDef| ...) ; compiling (DEFUN |bpSimpleDefinitionTail| ...) ; compiling (DEFUN |bpCompoundDefinitionTail| ...) ; compiling (DEFUN |bpDefTail| ...) ; compiling (DEFUN |bpWhere| ...) ; compiling (DEFUN |bpDefinitionItem| ...) ; compiling (DEFUN |bpDefinitionPileItems| ...) ; compiling (DEFUN |bpBDefinitionPileItems| ...) ; compiling (DEFUN |bpSemiColonDefinition| ...) ; compiling (DEFUN |bpPDefinitionItems| ...) ; compiling (DEFUN |bpComma| ...) ; compiling (DEFUN |bpTuple| ...) ; compiling (DEFUN |bpCommaBackSet| ...) ; compiling (DEFUN |bpSemiColon| ...) ; compiling (DEFUN |bpSemiListing| ...) ; compiling (DEFUN |bpSemiBackSet| ...) ; compiling (DEFUN |bpPDefinition| ...) ; compiling (DEFUN |bpPileItems| ...) ; compiling (DEFUN |bpBPileDefinition| ...) ; compiling (DEFUN |bpIteratorTail| ...) ; compiling (DEFUN |bpConstruct| ...) ; compiling (DEFUN |bpConstruction| ...) ; compiling (DEFUN |bpDConstruct| ...) ; compiling (DEFUN |bpDConstruction| ...) ; compiling (DEFUN |bpPattern| ...) ; compiling (DEFUN |bpEqual| ...) ; compiling (DEFUN |bpRegularPatternItem| ...) ; compiling (DEFUN |bpRegularPatternItemL| ...) ; compiling (DEFUN |bpRegularList| ...) ; compiling (DEFUN |bpPatternColon| ...) ; compiling (DEFUN |bpPatternL| ...) ; compiling (DEFUN |bpPatternList| ...) ; compiling (DEFUN |bpPatternTail| ...) ; compiling (DEFUN |bpRegularBVItemTail| ...) ; compiling (DEFUN |bpRegularBVItem| ...) ; compiling (DEFUN |bpBVString| ...) ; compiling (DEFUN |bpRegularBVItemL| ...) ; compiling (DEFUN |bpColonName| ...) ; compiling (DEFUN |bpBoundVariablelist| ...) ; compiling (DEFUN |bpVariable| ...) ; compiling (DEFUN |bpAssignVariable| ...) ; compiling (DEFUN |bpAssignLHS| ...) ; compiling (DEFUN |bpChecknull| ...) ; compiling (DEFUN |bpStruct| ...) ; compiling (DEFUN |bpRecord| ...) ; compiling (DEFUN |bpFieldList| ...) ; compiling (DEFUN |bpGlobalAccessors| ...) ; compiling (DEFUN |bpAccessorDefinitionList| ...) ; compiling (DEFUN |bpAccessorDefinition| ...) ; compiling (DEFUN |bpFieldSection| ...) ; compiling (DEFUN |bpSelectField| ...) ; compiling (DEFUN |bpTypeList| ...) ; compiling (DEFUN |bpTypeItem| ...) ; compiling (DEFUN |bpTypeItemList| ...) ; compiling (DEFUN |bpTerm| ...) ; compiling (DEFUN |bpIdList| ...) ; compiling (DEFUN |bpCase| ...) ; compiling (DEFUN |bpPiledCaseItems| ...) ; compiling (DEFUN |bpCaseItemList| ...) ; compiling (DEFUN |bpCasePatternVar| ...) ; compiling (DEFUN |bpCasePatternVarList| ...) ; compiling (DEFUN |bpCaseItem| ...) ; compiling (DEFUN |bpOutItem| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage1/parser.clisp ; in: DEFUN |bpOutItem| ; (BOOTTRAN::|translateToplevel| BOOTTRAN::|ps| BOOTTRAN::|b| NIL) ; ; caught STYLE-WARNING: ; undefined function: |translateToplevel| ; ; compilation unit finished ; Undefined function: ; |translateToplevel| ; caught 1 STYLE-WARNING condition ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage1/parser.fasl written ; compilation finished in 0:00:00.571 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=strap/bootsys --translate --import=skip --output=stage1/translator.clisp ../../../open-axiom/src/boot/translator.boot ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/lisp --output=stage1/translator.fasl --compile --load-directory=stage1 stage1/translator.clisp ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage1/translator.clisp" (written 01 FEB 2016 10:52:00 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "includer") ; compiling (IMPORT-MODULE "scanner") ; compiling (IMPORT-MODULE "pile") ; compiling (IMPORT-MODULE "parser") ; compiling (IMPORT-MODULE "ast") ; compiling (IN-PACKAGE "BOOTTRAN") ; compiling (PROVIDE "translator") ; compiling (EXPORT (QUOTE #)) ; compiling (DEFPARAMETER |$currentModuleName| ...) ; compiling (DEFPARAMETER |$foreignsDefsForCLisp| ...) ; compiling (DEFUN |reallyPrettyPrint| ...) ; compiling (DEFUN |genModuleFinalization| ...) ; compiling (DEFUN |genOptimizeOptions| ...) ; compiling (DEFUN |%sysInit| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |setCurrentPackage| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |shoeCOMPILE-FILE| ...) ; compiling (DEFUN BOOTTOCL ...) ; compiling (DEFUN BOOTCLAM ...) ; compiling (DEFUN BOOTCLAMLINES ...) ; compiling (DEFUN BOOTTOCLLINES ...) ; compiling (DEFUN |shoeClLines| ...) ; compiling (DEFUN BOOTTOCLC ...) ; compiling (DEFUN BOOTTOCLCLINES ...) ; compiling (DEFUN |shoeClCLines| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN BOOTTOMC ...) ; compiling (DEFUN |shoeMc| ...) ; compiling (DEFUN |evalBootFile| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN BO ...) ; compiling (DEFUN BOCLAM ...) ; compiling (DEFUN |shoeToConsole| ...) ; compiling (DEFUN STOUT ...) ; compiling (DEFUN |string2BootTree| ...) ; compiling (DEFUN STEVAL ...) ; compiling (DEFUN STTOMC ...) ; compiling (DEFUN |shoeCompileTrees| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |shoeCompile| ...) ; compiling (DEFUN |shoeTransform| ...) ; compiling (DEFUN |shoeTransformString| ...) ; compiling (DEFUN |shoeTransformStream| ...) ; compiling (DEFUN |shoeTransformToConsole| ...) ; compiling (DEFUN |shoeTransformToFile| ...) ; compiling (DEFUN |shoeConsoleItem| ...) ; compiling (DEFUN |bFileNext| ...) ; compiling (DEFUN |bFileNext1| ...) ; compiling (DEFUN |shoeParseTrees| ...) ; compiling (DEFUN |shoeTreeConstruct| ...) ; compiling (DEFUN |shoeDQlines| ...) ; compiling (DEFUN |streamTake| ...) ; compiling (DEFUN |shoeFileLines| ...) ; compiling (DEFUN |shoeConsoleLines| ...) ; compiling (DEFUN |shoeFileLine| ...) ; compiling (DEFUN |shoeFileTrees| ...) ; compiling (DEFUN |shoeConsoleTrees| ...) ; compiling (DEFUN |shoeAddComment| ...) ; compiling (DEFUN |shoeOutParse| ...) ; compiling (DEFUN |genDeclaration| ...) ; compiling (DEFUN |translateSignatureDeclaration| ...) ; compiling (DEFUN |translateToplevelExpression| ...) ; compiling (DEFUN |inAllContexts| ...) ; compiling (DEFUN |atLoadOrExecutionTime| ...) ; compiling (DEFUN |exportNames| ...) ; compiling (DEFUN |packageBody| ...) ; compiling (DEFUN |translateToplevel| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage1/translator.clisp ; in: DEFUN |translateToplevel| ; (LET* (BOOTTRAN::|csts| ; BOOTTRAN::|accessors| ; BOOTTRAN::|fields| ; BOOTTRAN::|lhs| ; BOOTTRAN::|t| ; BOOTTRAN::|ISTMP#2| ; BOOTTRAN::|sig| ; BOOTTRAN::|ns| ; BOOTTRAN::|n| ; BOOTTRAN::|ISTMP#1| ; BOOTTRAN::|xs|) ; (DECLARE ; (SPECIAL BOOTTRAN::|$activeNamespace| BOOTTRAN:|$InteractiveMode| ; BOOTTRAN::|$constantIdentifiers| BOOTTRAN::|$foreignsDefsForCLisp| ; BOOTTRAN::|$currentModuleName|)) ; (COND ((NOT (CONSP BOOTTRAN::|b|)) (LIST BOOTTRAN::|b|)) ; ((AND (CONSP BOOTTRAN::|b|) (EQ # 'BOOTTRAN::TUPLE)) ; (SETQ BOOTTRAN::|xs| #) (|AxiomCore|:|coreError| "invalid AST")) ; (T ; (CASE (CAR BOOTTRAN::|b|) ; (BOOTTRAN::|%Signature| #) ; (BOOTTRAN::|%Definition| #) ; (BOOTTRAN::|%Module| #) ; (BOOTTRAN::|%Import| #) ; (BOOTTRAN::|%ImportSignature| #) ; (BOOTTRAN::|%TypeAlias| #) ; (BOOTTRAN::|%ConstantDefinition| #) ; (BOOTTRAN::|%Assignment| #) ; (BOOTTRAN::|%Macro| #) ; (BOOTTRAN::|%Structure| #) ; ...)))) ; ; caught STYLE-WARNING: ; The variable |lhs| is defined but never used. ; (DEFUN BOOTTRAN::|translateToplevel| ; (BOOTTRAN::|ps| BOOTTRAN::|b| BOOTTRAN::|export?|) ; (LET* (BOOTTRAN::|csts| ; BOOTTRAN::|accessors| ; BOOTTRAN::|fields| ; BOOTTRAN::|lhs| ; BOOTTRAN::|t| ; BOOTTRAN::|ISTMP#2| ; BOOTTRAN::|sig| ; BOOTTRAN::|ns| ; BOOTTRAN::|n| ; BOOTTRAN::|ISTMP#1| ; BOOTTRAN::|xs|) ; (DECLARE ; (SPECIAL BOOTTRAN::|$activeNamespace| BOOTTRAN:|$InteractiveMode| ; BOOTTRAN::|$constantIdentifiers| BOOTTRAN::|$foreignsDefsForCLisp| ; BOOTTRAN::|$currentModuleName|)) ; (COND ((NOT #) (LIST BOOTTRAN::|b|)) ; ((AND # #) (SETQ #) (|AxiomCore|:|coreError| "invalid AST")) ; (T (CASE # # # # # # # # # # # ...))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOTTRAN::|translateToplevel| ; (BOOTTRAN::|ps| BOOTTRAN::|b| BOOTTRAN::|export?|) ; (BLOCK BOOTTRAN::|translateToplevel| ; (LET* (BOOTTRAN::|csts| ; BOOTTRAN::|accessors| ; BOOTTRAN::|fields| ; BOOTTRAN::|lhs| ; BOOTTRAN::|t| ; BOOTTRAN::|ISTMP#2| ; BOOTTRAN::|sig| ; BOOTTRAN::|ns| ; BOOTTRAN::|n| ; BOOTTRAN::|ISTMP#1| ; BOOTTRAN::|xs|) ; (DECLARE ; (SPECIAL BOOTTRAN::|$activeNamespace| BOOTTRAN:|$InteractiveMode| ; BOOTTRAN::|$constantIdentifiers| BOOTTRAN::|$foreignsDefsForCLisp| ; BOOTTRAN::|$currentModuleName|)) ; (COND (# #) (# # #) (T #))))) ; ; caught STYLE-WARNING: ; The variable |export?| is defined but never used. ; compiling (DEFUN |shoeAddbootIfNec| ...) ; compiling (DEFUN |shoeRemovebootIfNec| ...) ; compiling (DEFUN |shoeRemoveStringIfNec| ...) ; compiling (DEFUN |shoeItem| ...) ; compiling (DEFUN |stripm| ...) ; compiling (DEFUN |shoePCompile| ...) ; compiling (DEFUN |shoePCompileTrees| ...) ; compiling (DEFUN |bStreamPackageNull| ...) ; compiling (DEFUN PSTTOMC ...) ; compiling (DEFUN BOOTLOOP ...) ; compiling (DEFUN BOOTPO ...) ; compiling (DEFUN PSTOUT ...) ; compiling (DEFUN |defaultBootToLispFile| ...) ; compiling (DEFUN |getIntermediateLispFile| ...) ; compiling (DEFUN |translateBootFile| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage1/translator.clisp ; in: DEFUN |translateBootFile| ; (DEFUN BOOTTRAN::|translateBootFile| ; (BOOTTRAN::|progname| BOOTTRAN::|options| BOOTTRAN::|file|) ; (LET* (BOOTTRAN::|outFile|) ; (PROGN ; (SETQ BOOTTRAN::|outFile| #) ; (BOOTTRAN::BOOTTOCL BOOTTRAN::|file| ; (ENOUGH-NAMESTRING BOOTTRAN::|outFile|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOTTRAN::|translateBootFile| ; (BOOTTRAN::|progname| BOOTTRAN::|options| BOOTTRAN::|file|) ; (BLOCK BOOTTRAN::|translateBootFile| ; (LET* (BOOTTRAN::|outFile|) ; (PROGN (SETQ #) (BOOTTRAN::BOOTTOCL BOOTTRAN::|file| #))))) ; ; caught STYLE-WARNING: ; The variable |progname| is defined but never used. ; compiling (DEFUN |retainFile?| ...) ; compiling (DEFUN |compileBootHandler| ...) ; compiling (|associateRequestWithFileType| (|Option| "translate") ...) ; compiling (|associateRequestWithFileType| (|Option| "compile") ...) ; compiling (DEFUN |loadNativeModule| ...) ; compiling (DEFUN |loadSystemRuntimeCore| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage1/translator.clisp ; in: DEFUN |shoeCompile| ; (DEFUN BOOTTRAN::|shoeCompile| (BOOTTRAN::|fn|) ; (LET* (BOOTTRAN::|body| ; BOOTTRAN::|bv| ; BOOTTRAN::|ISTMP#2| ; BOOTTRAN::|name| ; BOOTTRAN::|ISTMP#1|) ; (COND ((AND # # #) (COMPILE BOOTTRAN::|name| #)) ; (T (EVAL BOOTTRAN::|fn|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA FUNCTION ; --> SB-C::%FUNCALL MULTIPLE-VALUE-BIND LET UNLESS IF ; ==> ; (TYPEP #:G190 'BOOTTRAN::|%Ast|) ; ; caught STYLE-WARNING: ; undefined type: |%Ast| ; in: DECLAIM (FTYPE (FUNCTION (|%Ast|) |%Thing|) |shoeCompile|) ; (DECLAIM ; (FTYPE (FUNCTION (BOOTTRAN::|%Ast|) |AxiomCore|:|%Thing|) ; BOOTTRAN::|shoeCompile|)) ; --> EVAL-WHEN ; ==> ; (SB-C::%PROCLAIM ; '(FTYPE (FUNCTION (BOOTTRAN::|%Ast|) |AxiomCore|:|%Thing|) ; BOOTTRAN::|shoeCompile|) ; (SB-C:SOURCE-LOCATION)) ; ; caught STYLE-WARNING: ; undefined type: |%Ast| ; ; compilation unit finished ; Undefined type: ; |%Ast| ; caught 5 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage1/translator.fasl written ; compilation finished in 0:00:00.277 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/lisp --make --main="|AxiomCore|::|topLevel|" --system=../../x86_64-unknown-linux-gnu --prologue='(pushnew :open-axiom-boot *features*)' --output=stage1/bootsys \ --load-directory=stage1 stage1/utility.fasl stage1/tokens.fasl stage1/includer.fasl stage1/scanner.fasl stage1/pile.fasl stage1/ast.fasl stage1/parser.fasl stage1/translator.fasl [undoing binding stack and other enclosing state... done] [saving current Lisp image into /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage1/bootsys: writing 4944 bytes from the read-only space at 0x20000000 writing 3168 bytes from the static space at 0x20100000 writing 66813952 bytes from the dynamic space at 0x1000000000 done] rm -f stage1/stamp touch stage1/stamp /bin/mkdir -p stage2 touch stage2/.started ../../src/driver/open-axiom --execpath=stage1/bootsys --translate --import=skip --output=stage2/utility.clisp ../../../open-axiom/src/boot/utility.boot ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/lisp --output=stage2/utility.fasl --compile --load-directory=stage2 stage2/utility.clisp ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage2/utility.clisp" (written 01 FEB 2016 10:52:01 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (DEFPACKAGE "BOOTTRAN") ; compiling (COND (# #) ...) ; compiling (USE-PACKAGE "AxiomCore" ...) ; compiling (IN-PACKAGE "BOOTTRAN") ; compiling (PROVIDE "utility") ; compiling (EXPORT (QUOTE #)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (|%defaultReadAndLoadSettings|) ; compiling (DEFUN |atomic?| ...) ; compiling (DEFUN |every?| ...) ; compiling (DEFUN |any?| ...) ; compiling (DEFUN |take| ...) ; compiling (DEFUN |takeWhile| ...) ; compiling (DEFUN |drop| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage2/utility.clisp ; in: DEFUN |drop| ; (DEFUN BOOTTRAN:|drop| (BOOTTRAN::|n| BOOTTRAN::|l|) ; (COND ; ((NOT (MINUSP BOOTTRAN::|n|)) ; (LET (#) ; (LOOP # ; #)) ; (THE (|AxiomCore|:|%List| |AxiomCore|:|%Thing|) BOOTTRAN::|l|)) ; (T (BOOTTRAN:|take| (+ # BOOTTRAN::|n|) BOOTTRAN::|l|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOTTRAN:|drop| ; (BOOTTRAN::|n| BOOTTRAN::|l|) ; (BLOCK BOOTTRAN:|drop| ; (COND ; ((NOT #) ; (LET # ; #) ; (THE # BOOTTRAN::|l|)) ; (T (BOOTTRAN:|take| # BOOTTRAN::|l|))))) ; ; note: Assignment to argument: |l| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |copyTree| ...) ; compiling (DEFUN |objectMember?| ...) ; compiling (DEFUN |symbolMember?| ...) ; compiling (DEFUN |stringMember?| ...) ; compiling (DEFUN |charMember?| ...) ; compiling (DEFUN |scalarMember?| ...) ; compiling (DEFUN |listMember?| ...) ; compiling (DEFUN |reverse| ...) ; compiling (DEFUN |reverse!| ...) ; compiling (DEFUN |lastNode| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage2/utility.clisp ; in: DEFUN |lastNode| ; (DEFUN BOOTTRAN:|lastNode| (BOOTTRAN::|l|) ; (LET* (BOOTTRAN::|l'|) ; (PROGN (LOOP (COND # #)) BOOTTRAN::|l|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOTTRAN:|lastNode| ; (BOOTTRAN::|l|) ; (BLOCK BOOTTRAN:|lastNode| ; (LET* (BOOTTRAN::|l'|) ; (PROGN (LOOP #) BOOTTRAN::|l|)))) ; ; note: Assignment to argument: |l| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |last| ...) ; compiling (DEFUN |butLast| ...) ; compiling (DEFUN |butLast!| ...) ; compiling (DEFUN |copyList| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage2/utility.clisp ; in: DEFUN |copyList| ; (DEFUN BOOTTRAN:|copyList| (BOOTTRAN::|l|) ; (LET* (BOOTTRAN::|l'| BOOTTRAN::|t|) ; (COND ((NOT #) BOOTTRAN::|l|) (T (SETQ #) (LOOP #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOTTRAN:|copyList| ; (BOOTTRAN::|l|) ; (BLOCK BOOTTRAN:|copyList| ; (LET* (BOOTTRAN::|l'| BOOTTRAN::|t|) ; (COND (# BOOTTRAN::|l|) (T # #))))) ; ; note: Assignment to argument: |l| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |append!| ...) ; compiling (DEFUN |append| ...) ; compiling (DEFUN |listMap| ...) ; compiling (DEFUN |listMap!| ...) ; compiling (DEFUN |symbolAssoc| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage2/utility.clisp ; in: DEFUN |symbolAssoc| ; (DEFUN BOOTTRAN:|symbolAssoc| (BOOTTRAN::|s| BOOTTRAN::|l|) ; (LET* (BOOTTRAN::|x|) ; (LOOP (COND (# #) (# #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOTTRAN:|symbolAssoc| ; (BOOTTRAN::|s| BOOTTRAN::|l|) ; (BLOCK BOOTTRAN:|symbolAssoc| ; (LET* (BOOTTRAN::|x|) ; (LOOP (COND # #))))) ; ; note: Assignment to argument: |l| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |objectAssoc| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage2/utility.clisp ; in: DEFUN |objectAssoc| ; (DEFUN BOOTTRAN:|objectAssoc| (BOOTTRAN::|x| BOOTTRAN::|l|) ; (LET* (BOOTTRAN::|p|) ; (LOOP (COND (# #) (# #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOTTRAN:|objectAssoc| ; (BOOTTRAN::|x| BOOTTRAN::|l|) ; (BLOCK BOOTTRAN:|objectAssoc| ; (LET* (BOOTTRAN::|p|) ; (LOOP (COND # #))))) ; ; note: Assignment to argument: |l| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |substitute!| ...) ; compiling (DEFUN |substitute| ...) ; compiling (DEFUN |applySubst| ...) ; compiling (DEFUN |applySubst!| ...) ; compiling (DEFUN |applySubstNQ| ...) ; compiling (DEFUN |invertSubst| ...) ; compiling (DEFUN |substSource| ...) ; compiling (DEFUN |substTarget| ...) ; compiling (DEFUN |setDifference| ...) ; compiling (DEFUN |setUnion| ...) ; compiling (DEFUN |setIntersection| ...) ; compiling (DEFUN |removeSymbol| ...) ; compiling (DEFUN |removeScalar| ...) ; compiling (DEFUN |removeValue| ...) ; compiling (DEFUN |remove| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage2/utility.clisp ; in: DEFUN |remove| ; (DEFUN BOOTTRAN:|remove| (BOOTTRAN::|l| BOOTTRAN::|x|) ; (COND ; ((SYMBOLP BOOTTRAN::|x|) ; (BOOTTRAN:|removeSymbol| BOOTTRAN::|l| BOOTTRAN::|x|)) ; ((OR (CHARACTERP BOOTTRAN::|x|) (INTEGERP BOOTTRAN::|x|)) ; (BOOTTRAN::|removeScalar| BOOTTRAN::|l| BOOTTRAN::|x|)) ; (T (BOOTTRAN::|removeValue| BOOTTRAN::|l| BOOTTRAN::|x|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOTTRAN:|remove| ; (BOOTTRAN::|l| BOOTTRAN::|x|) ; (BLOCK BOOTTRAN:|remove| ; (COND ; ((SYMBOLP BOOTTRAN::|x|) ; (BOOTTRAN:|removeSymbol| BOOTTRAN::|l| BOOTTRAN::|x|)) ; ((OR # #) (BOOTTRAN::|removeScalar| BOOTTRAN::|l| BOOTTRAN::|x|)) ; (T (BOOTTRAN::|removeValue| BOOTTRAN::|l| BOOTTRAN::|x|))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |findChar| ...) ; compiling (DEFUN |charPosition| ...) ; compiling (DEFUN |firstNonblankPosition| ...) ; compiling (DEFUN |firstBlankPosition| ...) ; compiling (DEFUN |stringSuffix?| ...) ; compiling (DEFUN |stringPrefix?| ...) ; compiling (DEFUN |finishLine| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage2/utility.clisp ; in: DEFUN |firstBlankPosition| ; (BOOTTRAN::|char| 'BOOTTRAN::| |) ; ; caught STYLE-WARNING: ; undefined function: |char| ; in: DEFUN |firstNonblankPosition| ; (BOOTTRAN::|char| 'BOOTTRAN::| |) ; ; caught STYLE-WARNING: ; undefined function: |char| ; ; compilation unit finished ; Undefined function: ; |char| ; caught 2 STYLE-WARNING conditions ; printed 6 notes ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage2/utility.fasl written ; compilation finished in 0:00:00.212 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=stage1/bootsys --translate --import=skip --output=stage2/tokens.clisp ../../../open-axiom/src/boot/tokens.boot ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/lisp --output=stage2/tokens.fasl --compile --load-directory=stage2 stage2/tokens.clisp ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage2/tokens.clisp" (written 01 FEB 2016 10:52:01 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "utility") ; compiling (IN-PACKAGE "BOOTTRAN") ; compiling (PROVIDE "tokens") ; compiling (EXPORT (QUOTE #)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFPARAMETER |$InteractiveMode| ...) ; compiling (DEFSTRUCT (|%Token| #) ...) ; compiling (DEFMACRO |mk%Token| ...) ; compiling (DEFMACRO |tokenClass| ...) ; compiling (DEFMACRO |tokenValue| ...) ; compiling (DEFMACRO |tokenPosition| ...) ; compiling (DEFUN |makeToken| ...) ; compiling (DEFUN |char| ...) ; compiling (DEFUN |shoeStartsId| ...) ; compiling (DEFUN |shoeIdChar| ...) ; compiling (DEFUN |subString| ...) ; compiling (DEFCONSTANT |shoeKeyWords| ...) ; compiling (DEFUN |shoeKeyTableCons| ...) ; compiling (DEFPARAMETER |shoeKeyTable| ...) ; compiling (DEFUN |keywordId| ...) ; compiling (DEFUN |shoeInsert| ...) ; compiling (DEFUN |shoeDictCons| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage2/tokens.clisp ; in: DEFUN |shoeDictCons| ; (MULTIPLE-VALUE-BIND (#:G540 BOOTTRAN::|s| #:G541) ; (#:G539) ; (COND ((NOT #:G540) (RETURN NIL)) ; (T (BOOTTRAN::|shoeInsert| BOOTTRAN::|s| BOOTTRAN::|d|)))) ; --> MULTIPLE-VALUE-CALL ; ==> ; #'(LAMBDA (&OPTIONAL (#:G540) (BOOTTRAN::|s|) (#:G541) &REST #:G187) ; (DECLARE (IGNORE #:G187)) ; (COND ((NOT #:G540) (RETURN NIL)) ; (T (BOOTTRAN::|shoeInsert| BOOTTRAN::|s| BOOTTRAN::|d|)))) ; ; caught STYLE-WARNING: ; The variable #:G541 is defined but never used. ; compiling (DEFPARAMETER |shoeDict| ...) ; compiling (DEFUN |shoePunCons| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage2/tokens.clisp ; in: DEFUN |shoePunCons| ; (MULTIPLE-VALUE-BIND (#:G543 BOOTTRAN::|k| #:G544) ; (#:G542) ; (COND ((NOT #:G543) (RETURN NIL)) ; ((BOOTTRAN::|shoeStartsId| (SCHAR BOOTTRAN::|k| 0)) NIL) ; (T (SETF # 1)))) ; --> MULTIPLE-VALUE-CALL ; ==> ; #'(LAMBDA (&OPTIONAL (#:G543) (BOOTTRAN::|k|) (#:G544) &REST #:G226) ; (DECLARE (IGNORE #:G226)) ; (COND ((NOT #:G543) (RETURN NIL)) ; ((BOOTTRAN::|shoeStartsId| (SCHAR BOOTTRAN::|k| 0)) NIL) ; (T (SETF # 1)))) ; ; caught STYLE-WARNING: ; The variable #:G544 is defined but never used. ; compiling (DEFPARAMETER |shoePun| ...) ; compiling (LET (# #) ...) ; compiling (LET (# #) ...) ; compiling (LET (# #) ...) ; compiling (LET (# #) ...) ; compiling (LET (# #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage2/tokens.fasl written ; compilation finished in 0:00:00.165 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=stage1/bootsys --translate --import=skip --output=stage2/includer.clisp ../../../open-axiom/src/boot/includer.boot ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/lisp --output=stage2/includer.fasl --compile --load-directory=stage2 stage2/includer.clisp ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage2/includer.clisp" (written 01 FEB 2016 10:52:02 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "tokens") ; compiling (IN-PACKAGE "BOOTTRAN") ; compiling (PROVIDE "includer") ; compiling (DEFUN PNAME ...) ; compiling (DEFUN |shoeNotFound| ...) ; compiling (DEFUN |shoeReadLispString| ...) ; compiling (DEFUN |shoeConsole| ...) ; compiling (DEFUN |shoeSpaces| ...) ; compiling (DEFUN |diagnosticLocation| ...) ; compiling (DEFUN |SoftShoeError| ...) ; compiling (DEFSTRUCT (|%SourceLine| #) ...) ; compiling (DEFMACRO |mk%SourceLine| ...) ; compiling (DEFMACRO |sourceLineString| ...) ; compiling (DEFMACRO |sourceLineNumber| ...) ; compiling (DEFMACRO |makeSourceLine| ...) ; compiling (DEFUN |lineNo| ...) ; compiling (DEFUN |lineString| ...) ; compiling (DEFUN |lineCharacter| ...) ; compiling (DEFCONSTANT |$bStreamNil| ...) ; compiling (DEFUN |bStreamNull| ...) ; compiling (DEFUN |bMap| ...) ; compiling (DEFUN |bMap1| ...) ; compiling (DEFUN |bDelay| ...) ; compiling (DEFUN |bAppend| ...) ; compiling (DEFUN |bAppend1| ...) ; compiling (DEFUN |bNext| ...) ; compiling (DEFUN |bNext1| ...) ; compiling (DEFUN |bRgen| ...) ; compiling (DEFUN |bRgen1| ...) ; compiling (DEFUN |bIgen| ...) ; compiling (DEFUN |bIgen1| ...) ; compiling (DEFUN |bAddLineNumber| ...) ; compiling (DEFUN |bAddLineNumber1| ...) ; compiling (DEFUN |shoePrefixLisp| ...) ; compiling (DEFUN |shoePrefixLine| ...) ; compiling (DEFUN |shoePrefix?| ...) ; compiling (DEFUN |shoePlainLine?| ...) ; compiling (DEFUN |shoeSay?| ...) ; compiling (DEFUN |shoeEval?| ...) ; compiling (DEFUN |shoeFin?| ...) ; compiling (DEFUN |shoeIf?| ...) ; compiling (DEFUN |shoeEndIf?| ...) ; compiling (DEFUN |shoeElse?| ...) ; compiling (DEFUN |shoeElseIf?| ...) ; compiling (DEFUN |shoeLisp?| ...) ; compiling (DEFUN |shoeLine?| ...) ; compiling (DEFUN |shoeInclude| ...) ; compiling (DEFUN |shoeInclude1| ...) ; compiling (DEFUN |shoeSimpleLine| ...) ; compiling (DEFUN |shoeThen| ...) ; compiling (DEFUN |shoeThen1| ...) ; compiling (DEFUN |shoeElse| ...) ; compiling (DEFUN |shoeElse1| ...) ; compiling (DEFUN |shoeLineSyntaxError| ...) ; compiling (DEFUN |bPremStreamNil| ...) ; compiling (DEFUN |bPremStreamNull| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage2/includer.clisp ; in: DEFUN |shoeThen1| ; (BOOTTRAN::STTOMC BOOTTRAN::|command|) ; ; caught STYLE-WARNING: ; undefined function: STTOMC ; in: DEFUN |shoeSimpleLine| ; (BOOTTRAN::STTOMC BOOTTRAN::|command|) ; ; caught STYLE-WARNING: ; undefined function: STTOMC ; in: DEFUN |shoeInclude1| ; (BOOTTRAN::STTOMC BOOTTRAN::|command|) ; ; caught STYLE-WARNING: ; undefined function: STTOMC ; ; caught STYLE-WARNING: ; 1 more use of undefined function STTOMC ; ; compilation unit finished ; Undefined function: ; STTOMC ; caught 4 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage2/includer.fasl written ; compilation finished in 0:00:00.158 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=stage1/bootsys --translate --import=skip --output=stage2/scanner.clisp ../../../open-axiom/src/boot/scanner.boot ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/lisp --output=stage2/scanner.fasl --compile --load-directory=stage2 stage2/scanner.clisp ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage2/scanner.clisp" (written 01 FEB 2016 10:52:02 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "tokens") ; compiling (IMPORT-MODULE "includer") ; compiling (IN-PACKAGE "BOOTTRAN") ; compiling (PROVIDE "scanner") ; compiling (DEFCONSTANT |shoeTAB| ...) ; compiling (DEFUN |dqUnit| ...) ; compiling (DEFUN |dqAppend| ...) ; compiling (DEFUN |dqConcat| ...) ; compiling (DEFUN |dqToList| ...) ; compiling (DEFSTRUCT (|%Lexer| #) ...) ; compiling (DEFMACRO |mk%Lexer| ...) ; compiling (DEFMACRO |lexerLineString| ...) ; compiling (DEFMACRO |lexerCurrentPosition| ...) ; compiling (DEFUN |makeLexer| ...) ; compiling (DEFMACRO |lexerRefresh?| ...) ; compiling (DEFMACRO |lexerLineLength| ...) ; compiling (DEFUN |lexerSetLine!| ...) ; compiling (DEFUN |lexerSkipBlank!| ...) ; compiling (DEFUN |lexerAdvancePosition!| ...) ; compiling (DEFUN |lexerSkipToEnd!| ...) ; compiling (DEFUN |lexerPosition!| ...) ; compiling (DEFUN |lexerCharCountToCompleteTab| ...) ; compiling (DEFMACRO |lexerCurrentChar| ...) ; compiling (DEFMACRO |lexerCharacterAt| ...) ; compiling (DEFUN |lexerCharPosition| ...) ; compiling (DEFUN |lexerEol?| ...) ; compiling (DEFUN |lexerReadLisp| ...) ; compiling (DEFUN |shoeNextLine| ...) ; compiling (DEFUN |shoeLineToks| ...) ; compiling (DEFUN |shoeLispToken| ...) ; compiling (DEFUN |shoeAccumulateLines| ...) ; compiling (DEFUN |shoeCloser| ...) ; compiling (DEFUN |shoeToken| ...) ; compiling (DEFUN |shoeLeafId| ...) ; compiling (DEFUN |shoeLeafKey| ...) ; compiling (DEFUN |shoeLeafInteger| ...) ; compiling (DEFUN |shoeLeafFloat| ...) ; compiling (DEFUN |shoeLeafString| ...) ; compiling (DEFUN |shoeLeafLisp| ...) ; compiling (DEFUN |shoeLeafLispExp| ...) ; compiling (DEFUN |shoeLeafLine| ...) ; compiling (DEFUN |shoeLeafComment| ...) ; compiling (DEFUN |shoeLeafNegComment| ...) ; compiling (DEFUN |shoeLeafError| ...) ; compiling (DEFUN |shoeLeafSpaces| ...) ; compiling (DEFUN |shoeLispEscape| ...) ; compiling (DEFUN |shoeEscape| ...) ; compiling (DEFUN |shoeEsc| ...) ; compiling (DEFUN |shoeStartsComment| ...) ; compiling (DEFUN |shoeStartsNegComment| ...) ; compiling (DEFUN |shoeNegComment| ...) ; compiling (DEFUN |shoeComment| ...) ; compiling (DEFUN |shoePunct| ...) ; compiling (DEFUN |shoeKeyTr| ...) ; compiling (DEFUN |shoePossFloat| ...) ; compiling (DEFUN |shoeSpace| ...) ; compiling (DEFUN |shoeString| ...) ; compiling (DEFUN |shoeS| ...) ; compiling (DEFUN |shoeIdEnd| ...) ; compiling (DEFUN |shoeW| ...) ; compiling (DEFUN |shoeWord| ...) ; compiling (DEFUN |shoeInert| ...) ; compiling (DEFUN |shoeInteger| ...) ; compiling (DEFUN |shoeInteger1| ...) ; compiling (DEFUN |shoeIntValue| ...) ; compiling (DEFUN |shoeNumber| ...) ; compiling (DEFUN |shoeExponent| ...) ; compiling (DEFUN |shoeError| ...) ; compiling (DEFUN |shoeKeyWord| ...) ; compiling (DEFUN |shoeKeyWordP| ...) ; compiling (DEFUN |shoeMatch| ...) ; compiling (DEFUN |shoeSubStringMatch| ...) ; compiling (DEFUN |shoePunctuation| ...) ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage2/scanner.fasl written ; compilation finished in 0:00:00.302 ../../src/driver/open-axiom --execpath=stage1/bootsys --translate --import=skip --output=stage2/pile.clisp ../../../open-axiom/src/boot/pile.boot ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/lisp --output=stage2/pile.fasl --compile --load-directory=stage2 stage2/pile.clisp ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage2/pile.clisp" (written 01 FEB 2016 10:52:02 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "includer") ; compiling (IMPORT-MODULE "scanner") ; compiling (IN-PACKAGE "BOOTTRAN") ; compiling (PROVIDE "pile") ; compiling (DEFUN |shoeFirstTokPosn| ...) ; compiling (DEFUN |shoeLastTokPosn| ...) ; compiling (DEFUN |shoePileColumn| ...) ; compiling (DEFUN |shoePileInsert| ...) ; compiling (DEFUN |shoePileTree| ...) ; compiling (DEFUN |eqshoePileTree| ...) ; compiling (DEFUN |shoePileForest| ...) ; compiling (DEFUN |shoePileForest1| ...) ; compiling (DEFUN |shoePileForests| ...) ; compiling (DEFUN |shoePileCtree| ...) ; compiling (DEFUN |shoePileCforest| ...) ; compiling (DEFUN |shoePileCoagulate| ...) ; compiling (DEFUN |shoeSeparatePiles| ...) ; compiling (DEFUN |shoeEnPile| ...) ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage2/pile.fasl written ; compilation finished in 0:00:00.049 ../../src/driver/open-axiom --execpath=stage1/bootsys --translate --import=skip --output=stage2/ast.clisp ../../../open-axiom/src/boot/ast.boot ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/lisp --output=stage2/ast.fasl --compile --load-directory=stage2 stage2/ast.clisp ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage2/ast.clisp" (written 01 FEB 2016 10:52:02 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "includer") ; compiling (IN-PACKAGE "BOOTTRAN") ; compiling (PROVIDE "ast") ; compiling (EXPORT (QUOTE #)) ; compiling (DEFPARAMETER |$bfClamming| ...) ; compiling (DEFPARAMETER |$constantIdentifiers| ...) ; compiling (DEFPARAMETER |$activeNamespace| ...) ; compiling (DEFUN |%Command| ...) ; compiling (DEFUN |%Lisp| ...) ; compiling (DEFUN |%Module| ...) ; compiling (DEFUN |%Namespace| ...) ; compiling (DEFUN |%Import| ...) ; compiling (DEFUN |%ImportSignature| ...) ; compiling (DEFUN |%Record| ...) ; compiling (DEFUN |%AccessorDef| ...) ; compiling (DEFUN |%TypeAlias| ...) ; compiling (DEFUN |%Signature| ...) ; compiling (DEFUN |%Mapping| ...) ; compiling (DEFUN |%Forall| ...) ; compiling (DEFUN |%Dynamic| ...) ; compiling (DEFUN |%SuffixDot| ...) ; compiling (DEFUN |%Quote| ...) ; compiling (DEFUN |%EqualPattern| ...) ; compiling (DEFUN |%Colon| ...) ; compiling (DEFUN |%QualifiedName| ...) ; compiling (DEFUN |%Restrict| ...) ; compiling (DEFUN |%DefaultValue| ...) ; compiling (DEFUN |%Key| ...) ; compiling (DEFUN |%Bracket| ...) ; compiling (DEFUN |%UnboundedSegment| ...) ; compiling (DEFUN |%BoundedSgement| ...) ; compiling (DEFUN |%Tuple| ...) ; compiling (DEFUN |%ColonAppend| ...) ; compiling (DEFUN |%Is| ...) ; compiling (DEFUN |%Isnt| ...) ; compiling (DEFUN |%Reduce| ...) ; compiling (DEFUN |%PrefixExpr| ...) ; compiling (DEFUN |%Call| ...) ; compiling (DEFUN |%InfixExpr| ...) ; compiling (DEFUN |%ConstantDefinition| ...) ; compiling (DEFUN |%Definition| ...) ; compiling (DEFUN |%Macro| ...) ; compiling (DEFUN |%Lambda| ...) ; compiling (DEFUN |%SuchThat| ...) ; compiling (DEFUN |%Assignment| ...) ; compiling (DEFUN |%While| ...) ; compiling (DEFUN |%Until| ...) ; compiling (DEFUN |%For| ...) ; compiling (DEFUN |%Implies| ...) ; compiling (DEFUN |%Iterators| ...) ; compiling (DEFUN |%Cross| ...) ; compiling (DEFUN |%Repeat| ...) ; compiling (DEFUN |%Pile| ...) ; compiling (DEFUN |%Append| ...) ; compiling (DEFUN |%Case| ...) ; compiling (DEFUN |%Return| ...) ; compiling (DEFUN |%Leave| ...) ; compiling (DEFUN |%Throw| ...) ; compiling (DEFUN |%Catch| ...) ; compiling (DEFUN |%Finally| ...) ; compiling (DEFUN |%Try| ...) ; compiling (DEFUN |%Where| ...) ; compiling (DEFUN |%Structure| ...) ; compiling (DEFSTRUCT (|%LoadUnit| #) ...) ; compiling (DEFMACRO |mk%LoadUnit| ...) ; compiling (DEFMACRO |functionDefinitions| ...) ; compiling (DEFMACRO |globalSignatures| ...) ; compiling (DEFMACRO |exportedNames| ...) ; compiling (DEFMACRO |constantBindings| ...) ; compiling (DEFMACRO |currentGensymNumber| ...) ; compiling (DEFMACRO |letVariableNumer| ...) ; compiling (DEFMACRO |isVariableNumber| ...) ; compiling (DEFMACRO |sideConditions| ...) ; compiling (DEFMACRO |enclosingFunction| ...) ; compiling (DEFUN |makeLoadUnit| ...) ; compiling (DEFUN |pushFunctionDefinition| ...) ; compiling (DEFPARAMETER |$inDefIS| ...) ; compiling (DEFUN |quote| ...) ; compiling (DEFUN |bfSpecificErrorHere| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfGenSymbol| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfLetVar| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfIsVar| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfColon| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfColonColon| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfSymbol| ...) ; compiling (DEFUN |bfFunction| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfDot| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfSuffixDot| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfEqual| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfBracket| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfPile| ...) ; compiling (DEFUN |bfDo| ...) ; compiling (DEFUN |bfAtScope| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfAppend| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage2/ast.clisp ; in: DEFUN |bfAppend| ; (DEFUN BOOTTRAN::|bfAppend| (BOOTTRAN::|ls|) ; (LET* (BOOTTRAN::|p| BOOTTRAN::|r| BOOTTRAN::|l|) ; (COND ((NOT #) NIL) (T (SETQ #) (SETQ #) (LOOP #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOTTRAN::|bfAppend| ; (BOOTTRAN::|ls|) ; (BLOCK BOOTTRAN::|bfAppend| ; (LET* (BOOTTRAN::|p| BOOTTRAN::|r| BOOTTRAN::|l|) ; (COND (# NIL) (T # # #))))) ; ; note: Assignment to argument: |ls| ; prevents use of assertion from function type proclamation: ; (OR NULL ; (CONS ; (OR NULL ; (CONS ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; T)) ; T)) ; ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfColonAppend| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfBeginsDollar| ...) ; compiling (DEFUN |compFluid| ...) ; compiling (DEFUN |compFluidize| ...) ; compiling (DEFUN |bfPlace| ...) ; compiling (DEFUN |bfTuple| ...) ; compiling (DEFUN |bfTupleP| ...) ; compiling (DEFUN |bfUntuple| ...) ; compiling (DEFUN |bfTupleIf| ...) ; compiling (DEFUN |bfTupleConstruct| ...) ; compiling (DEFUN |bfConstruct| ...) ; compiling (DEFUN |bfMakeCons| ...) ; compiling (DEFUN |bfFor| ...) ; compiling (DEFUN |bfForTree| ...) ; compiling (DEFUN |bfSTEP| ...) ; compiling (DEFUN |bfIterateTable| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage2/ast.clisp ; in: DEFUN |bfIterateTable| ; (DEFUN BOOTTRAN::|bfIterateTable| ; (BOOTTRAN::|tu| BOOTTRAN::|e| BOOTTRAN::|t|) ; (LIST 'BOOTTRAN::|%tbliter| BOOTTRAN::|e| BOOTTRAN::|t| (GENSYM))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOTTRAN::|bfIterateTable| ; (BOOTTRAN::|tu| BOOTTRAN::|e| BOOTTRAN::|t|) ; (BLOCK BOOTTRAN::|bfIterateTable| ; (LIST 'BOOTTRAN::|%tbliter| BOOTTRAN::|e| BOOTTRAN::|t| (GENSYM)))) ; ; caught STYLE-WARNING: ; The variable |tu| is defined but never used. ; compiling (DEFUN |bfINON| ...) ; compiling (DEFUN |bfIN| ...) ; compiling (DEFUN |bfON| ...) ; compiling (DEFUN |bfSuchthat| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage2/ast.clisp ; in: DEFUN |bfSuchthat| ; (DEFUN BOOTTRAN::|bfSuchthat| (BOOTTRAN::|tu| BOOTTRAN::|p|) ; (LIST (LIST NIL NIL NIL (LIST BOOTTRAN::|p|) NIL NIL))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOTTRAN::|bfSuchthat| ; (BOOTTRAN::|tu| BOOTTRAN::|p|) ; (BLOCK BOOTTRAN::|bfSuchthat| ; (LIST (LIST NIL NIL NIL (LIST BOOTTRAN::|p|) NIL NIL)))) ; ; caught STYLE-WARNING: ; The variable |tu| is defined but never used. ; compiling (DEFUN |bfWhile| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage2/ast.clisp ; in: DEFUN |bfWhile| ; (DEFUN BOOTTRAN::|bfWhile| (BOOTTRAN::|tu| BOOTTRAN::|p|) ; (LIST (LIST NIL NIL NIL NIL (LIST (BOOTTRAN::|bfNOT| BOOTTRAN::|p|)) NIL))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOTTRAN::|bfWhile| ; (BOOTTRAN::|tu| BOOTTRAN::|p|) ; (BLOCK BOOTTRAN::|bfWhile| (LIST (LIST NIL NIL NIL NIL (LIST #) NIL)))) ; ; caught STYLE-WARNING: ; The variable |tu| is defined but never used. ; compiling (DEFUN |bfUntil| ...) ; compiling (DEFUN |bfIterators| ...) ; compiling (DEFUN |bfCross| ...) ; compiling (DEFUN |bfLp| ...) ; compiling (DEFUN |bfLpCross| ...) ; compiling (DEFUN |bfSep| ...) ; compiling (DEFUN |bfReduce| ...) ; compiling (DEFUN |bfReduceCollect| ...) ; compiling (DEFUN |bfDCollect| ...) ; compiling (DEFUN |bfDTuple| ...) ; compiling (DEFUN |bfCollect| ...) ; compiling (DEFUN |bfMakeCollectInsn| ...) ; compiling (DEFUN |bfDoCollect| ...) ; compiling (DEFUN |separateIterators| ...) ; compiling (DEFUN |bfTableIteratorBindingForm| ...) ; compiling (DEFUN |bfExpandTableIters| ...) ; compiling (DEFUN |bfLp1| ...) ; compiling (DEFUN |bfLp2| ...) ; compiling (DEFUN |bfOpReduce| ...) ; compiling (DEFUN |bfLoop1| ...) ; compiling (DEFUN |bfSegment1| ...) ; compiling (DEFUN |bfSegment2| ...) ; compiling (DEFUN |bfForInBy| ...) ; compiling (DEFUN |bfForin| ...) ; compiling (DEFUN |bfSignature| ...) ; compiling (DEFUN |bfTake| ...) ; compiling (DEFUN |bfDrop| ...) ; compiling (DEFUN |bfReturnNoName| ...) ; compiling (DEFUN |bfLeave| ...) ; compiling (DEFUN |bfSUBLIS| ...) ; compiling (DEFUN |bfSUBLIS1| ...) ; compiling (DEFUN |defSheepAndGoats| ...) ; compiling (DEFUN |defSheepAndGoatsList| ...) ; compiling (DEFUN |bfLetForm| ...) ; compiling (DEFUN |bfLET1| ...) ; compiling (DEFUN |bfCONTAINED| ...) ; compiling (DEFUN |bfLET2| ...) ; compiling (DEFUN |bfLET| ...) ; compiling (DEFUN |addCARorCDR| ...) ; compiling (DEFUN |bfPosition| ...) ; compiling (DEFUN |bfPosn| ...) ; compiling (DEFUN |bfISApplication| ...) ; compiling (DEFUN |bfIS| ...) ; compiling (DEFUN |bfISReverse| ...) ; compiling (DEFUN |bfIS1| ...) ; compiling (DEFUN |bfHas| ...) ; compiling (DEFUN |bfKeyArg| ...) ; compiling (DEFUN |bfInert| ...) ; compiling (DEFUN |lispKey| ...) ; compiling (DEFUN |bfExpandKeys| ...) ; compiling (DEFUN |bfApplication| ...) ; compiling (DEFUN |bfReName| ...) ; compiling (DEFUN |sequence?| ...) ; compiling (DEFUN |idList?| ...) ; compiling (DEFUN |charList?| ...) ; compiling (DEFUN |stringList?| ...) ; compiling (DEFUN |bfMember| ...) ; compiling (DEFUN |bfInfApplication| ...) ; compiling (DEFUN |bfNOT| ...) ; compiling (DEFUN |bfFlatten| ...) ; compiling (DEFUN |bfOR| ...) ; compiling (DEFUN |bfAND| ...) ; compiling (DEFUN |defQuoteId| ...) ; compiling (DEFUN |bfChar?| ...) ; compiling (DEFUN |bfNumber?| ...) ; compiling (DEFUN |bfString?| ...) ; compiling (DEFUN |bfQ| ...) ; compiling (DEFUN |bfLessp| ...) ; compiling (DEFUN |bfLambda| ...) ; compiling (DEFUN |bfMDef| ...) ; compiling (DEFUN |bfGargl| ...) ; compiling (DEFUN |bfDef1| ...) ; compiling (DEFUN |shoeLAM| ...) ; compiling (DEFUN |bfDef| ...) ; compiling (DEFUN |shoeComps| ...) ; compiling (DEFUN |shoeComp| ...) ; compiling (DEFUN |bfParameterList| ...) ; compiling (DEFUN |bfInsertLet| ...) ; compiling (DEFUN |bfInsertLet1| ...) ; compiling (DEFUN |shoeCompTran| ...) ; compiling (DEFUN |declareLocalVars| ...) ; compiling (DEFUN |maybeAddBlock| ...) ; compiling (DEFUN |hasReturn?| ...) ; compiling (DEFUN |shoeFluids| ...) ; compiling (DEFUN |shoeATOMs| ...) ; compiling (DEFUN |isDynamicVariable| ...) ; compiling (DEFUN |shoeCompTran1| ...) ; compiling (DEFUN |bindFluidVars!| ...) ; compiling (DEFUN |groupFluidVars| ...) ; compiling (DEFUN |bfRestrict| ...) ; compiling (DEFUN |bfAssign| ...) ; compiling (DEFUN |bfSetelt| ...) ; compiling (DEFUN |bfElt| ...) ; compiling (DEFUN |defSETELT| ...) ; compiling (DEFUN |bfIfThenOnly| ...) ; compiling (DEFUN |bfIf| ...) ; compiling (DEFUN |bfExit| ...) ; compiling (DEFUN |bfFlattenSeq| ...) ; compiling (DEFUN |bfMKPROGN| ...) ; compiling (DEFUN |bfWashCONDBranchBody| ...) ; compiling (DEFUN |bfAlternative| ...) ; compiling (DEFUN |bfSequence| ...) ; compiling (DEFUN |bfWhere| ...) ; compiling (DEFUN |bfCompHash| ...) ; compiling (DEFUN |shoeCompileTimeEvaluation| ...) ; compiling (DEFUN |bfMain| ...) ; compiling (DEFUN |bfNamespace| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfNameOnly| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfNameArgs| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfCreateDef| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfCaseItem| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfCase| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfCaseItems| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfCI| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfCARCDR| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfDs| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage2/ast.clisp ; in: DEFUN |bfDs| ; (DEFUN BOOTTRAN::|bfDs| (BOOTTRAN::|n|) ; (COND ((EQL BOOTTRAN::|n| 0) "") ; (T (|AxiomCore|:CONCAT "D" (BOOTTRAN::|bfDs| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOTTRAN::|bfDs| ; (BOOTTRAN::|n|) ; (BLOCK BOOTTRAN::|bfDs| ; (COND ((EQL BOOTTRAN::|n| 0) "") (T (|AxiomCore|:CONCAT "D" #))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |ctorName| ...) ; compiling (DEFUN |bfEnum| ...) ; compiling (DEFUN |bfRecordDef| ...) ; compiling (DEFUN |bfHandlers| ...) ; compiling (DEFUN |bfHandlers,main| ...) ; compiling (DEFUN |codeForCatchHandlers| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bfTry| ...) ; compiling (DEFUN |bfThrow| ...) ; compiling (DEFUN |bfType| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |backquote| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage2/ast.clisp ; in: DEFUN |backquote| ; (DEFUN BOOTTRAN::|backquote| (BOOTTRAN::|form| BOOTTRAN::|params|) ; (COND ((NULL BOOTTRAN::|params|) (BOOTTRAN:|quote| BOOTTRAN::|form|)) ; ((NOT (CONSP BOOTTRAN::|form|)) ; (COND (# BOOTTRAN::|form|) (# BOOTTRAN::|form|) (T #))) ; (T ; (CONS 'LIST ; (LET # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOTTRAN::|backquote| ; (BOOTTRAN::|form| BOOTTRAN::|params|) ; (BLOCK BOOTTRAN::|backquote| ; (COND ((NULL BOOTTRAN::|params|) (BOOTTRAN:|quote| BOOTTRAN::|form|)) ; ((NOT #) (COND # # #)) (T (CONS 'LIST #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DEFUN |genTypeAlias| ...) ; compiling (DEFUN |translateForm| ...) ; compiling (DEFCONSTANT |$NativeSimpleDataTypes| ...) ; compiling (DEFCONSTANT |$NativeSimpleReturnTypes| ...) ; compiling (DEFUN |isSimpleNativeType| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |coreSymbol| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bootSymbol| ...) ; compiling (DEFUN |unknownNativeTypeError| ...) ; compiling (DEFUN |nativeType| ...) ; compiling (DEFUN |nativeReturnType| ...) ; compiling (DEFUN |nativeArgumentType| ...) ; compiling (DEFUN |needsStableReference?| ...) ; compiling (DEFUN |coerceToNativeType| ...) ; compiling (DEFUN |genGCLnativeTranslation| ...) ; compiling (DEFUN |genGCLnativeTranslation,mkCArgName| ...) ; compiling (DEFUN |genGCLnativeTranslation,cparm| ...) ; compiling (DEFUN |genGCLnativeTranslation,gclTypeInC| ...) ; compiling (DEFUN |genGCLnativeTranslation,gclArgInC| ...) ; compiling (DEFUN |genGCLnativeTranslation,gclArgsInC| ...) ; compiling (DEFUN |genECLnativeTranslation| ...) ; compiling (DEFUN |genECLnativeTranslation,callTemplate| ...) ; compiling (DEFUN |genECLnativeTranslation,sharpArg| ...) ; compiling (DEFUN |genECLnativeTranslation,selectDatum| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage2/ast.clisp ; in: DEFUN |genECLnativeTranslation,selectDatum| ; (EQ BOOTTRAN::|y| 'BOOTTRAN:|char|) ; ==> ; BOOTTRAN::|y| ; ; note: deleting unreachable code ; (COND ((< |AxiomCore|:|$ECLVersionNumber| 90100) "->vector.self.ch") ; ((EQ BOOTTRAN::|y| 'BOOTTRAN:|char|) "->vector.self.i8") ; (T "->vector.self.b8")) ; --> IF COND IF PROGN ; ==> ; "->vector.self.i8" ; ; note: deleting unreachable code ; --> IF COND IF COND THE PROGN ; ==> ; "->vector.self.b8" ; ; note: deleting unreachable code ; compiling (DEFUN |genCLISPnativeTranslation| ...) ; compiling (DEFUN |genCLISPnativeTranslation,copyBack| ...) ; compiling (DEFUN |genCLISPnativeTranslation,actualArg| ...) ; compiling (DEFUN |getCLISPType| ...) ; compiling (DEFUN |genSBCLnativeTranslation| ...) ; compiling (DEFUN |genCLOZUREnativeTranslation| ...) ; compiling (DEFPARAMETER |$ffs| ...) ; compiling (DEFUN |genImportDeclaration| ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; printed 6 notes ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage2/ast.fasl written ; compilation finished in 0:00:00.768 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=stage1/bootsys --translate --import=skip --output=stage2/parser.clisp ../../../open-axiom/src/boot/parser.boot ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/lisp --output=stage2/parser.fasl --compile --load-directory=stage2 stage2/parser.clisp ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage2/parser.clisp" (written 01 FEB 2016 10:52:03 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "includer") ; compiling (IMPORT-MODULE "scanner") ; compiling (IMPORT-MODULE "ast") ; compiling (IN-PACKAGE "BOOTTRAN") ; compiling (PROVIDE "parser") ; compiling (DEFSTRUCT (|%ParserState| #) ...) ; compiling (DEFMACRO |mk%ParserState| ...) ; compiling (DEFMACRO |parserTokens| ...) ; compiling (DEFMACRO |parserTrees| ...) ; compiling (DEFMACRO |parserNesting| ...) ; compiling (DEFMACRO |parserScope| ...) ; compiling (DEFMACRO |parserCurrentToken| ...) ; compiling (DEFMACRO |parserLoadUnit| ...) ; compiling (DEFUN |makeParserState| ...) ; compiling (DEFMACRO |parserTokenValue| ...) ; compiling (DEFMACRO |parserTokenClass| ...) ; compiling (DEFMACRO |parserTokenPosition| ...) ; compiling (DEFMACRO |parserGensymSequenceNumber| ...) ; compiling (DEFUN |bpFirstToken| ...) ; compiling (DEFUN |bpFirstTok| ...) ; compiling (DEFUN |bpNext| ...) ; compiling (DEFUN |bpNextToken| ...) ; compiling (DEFUN |bpRequire| ...) ; compiling (DEFUN |bpState| ...) ; compiling (DEFUN |bpRestore| ...) ; compiling (DEFUN |bpPush| ...) ; compiling (DEFUN |bpPushId| ...) ; compiling (DEFUN |bpPop1| ...) ; compiling (DEFUN |bpPop2| ...) ; compiling (DEFUN |bpPop3| ...) ; compiling (DEFUN |bpIndentParenthesized| ...) ; compiling (DEFUN |bpParenthesized| ...) ; compiling (DEFUN |bpBracket| ...) ; compiling (DEFUN |bpPileBracketed| ...) ; compiling (DEFUN |bpListof| ...) ; compiling (DEFUN |bpListofFun| ...) ; compiling (DEFUN |bpList| ...) ; compiling (DEFUN |bpOneOrMore| ...) ; compiling (DEFUN |bpAnyNo| ...) ; compiling (DEFUN |bpAndOr| ...) ; compiling (DEFUN |bpConditional| ...) ; compiling (DEFUN |bpElse| ...) ; compiling (DEFUN |bpBacksetElse| ...) ; compiling (DEFUN |bpEqPeek| ...) ; compiling (DEFUN |bpEqKey| ...) ; compiling (DEFUN |bpEqKeyNextTok| ...) ; compiling (DEFUN |bpPileTrap| ...) ; compiling (DEFUN |bpBrackTrap| ...) ; compiling (DEFUN |bpParenTrap| ...) ; compiling (DEFUN |bpSpecificErrorHere| ...) ; compiling (DEFUN |bpSpecificErrorAtToken| ...) ; compiling (DEFUN |bpGeneralErrorHere| ...) ; compiling (DEFUN |bpIgnoredFromTo| ...) ; compiling (DEFUN |bpMissingMate| ...) ; compiling (DEFUN |bpMissing| ...) ; compiling (DEFUN |bpCompMissing| ...) ; compiling (DEFUN |bpTrap| ...) ; compiling (DEFUN |bpRecoverTrap| ...) ; compiling (DEFUN |bpListAndRecover| ...) ; compiling (DEFUN |bpMoveTo| ...) ; compiling (DEFUN |bpQualifiedName| ...) ; compiling (DEFUN |bpName| ...) ; compiling (DEFUN |bpConstTok| ...) ; compiling (DEFUN |bpInert| ...) ; compiling (DEFUN |bpChar| ...) ; compiling (DEFUN |bpExportItemTail| ...) ; compiling (DEFUN |bpExportItem| ...) ; compiling (DEFUN |bpExportItemList| ...) ; compiling (DEFUN |bpModuleInterface| ...) ; compiling (DEFUN |bpModuleExports| ...) ; compiling (DEFUN |bpModule| ...) ; compiling (DEFUN |bpImport| ...) ; compiling (DEFUN |bpNamespace| ...) ; compiling (DEFUN |bpTypeAliasDefinition| ...) ; compiling (DEFUN |bpTypeName| ...) ; compiling (DEFUN |bpSignature| ...) ; compiling (DEFUN |bpSignatureTail| ...) ; compiling (DEFUN |bpSimpleMapping| ...) ; compiling (DEFUN |bpArgtypeList| ...) ; compiling (DEFUN |bpMapping| ...) ; compiling (DEFUN |bpCancel| ...) ; compiling (DEFUN |bpAddTokens| ...) ; compiling (DEFUN |bpExceptions| ...) ; compiling (DEFUN |bpSexpKey| ...) ; compiling (DEFUN |bpAnyId| ...) ; compiling (DEFUN |bpSexp| ...) ; compiling (DEFUN |bpSexp1| ...) ; compiling (DEFUN |bpPrimary1| ...) ; compiling (DEFUN |bpParenthesizedApplication| ...) ; compiling (DEFUN |bpArgumentList| ...) ; compiling (DEFUN |bpPrimary| ...) ; compiling (DEFUN |bpDot| ...) ; compiling (DEFUN |bpPrefixOperator| ...) ; compiling (DEFUN |bpInfixOperator| ...) ; compiling (DEFUN |bpSelector| ...) ; compiling (DEFUN |bpApplication| ...) ; compiling (DEFUN |bpTyping| ...) ; compiling (DEFUN |bpTyped| ...) ; compiling (DEFUN |bpExpt| ...) ; compiling (DEFUN |bpInfKey| ...) ; compiling (DEFUN |bpInfGeneric| ...) ; compiling (DEFUN |bpRightAssoc| ...) ; compiling (DEFUN |bpLeftAssoc| ...) ; compiling (DEFUN |bpString| ...) ; compiling (DEFUN |bpFunction| ...) ; compiling (DEFUN |bpThetaName| ...) ; compiling (DEFUN |bpReduceOperator| ...) ; compiling (DEFUN |bpReduce| ...) ; compiling (DEFUN |bpTimes| ...) ; compiling (DEFUN |bpEuclid| ...) ; compiling (DEFUN |bpMinus| ...) ; compiling (DEFUN |bpArith| ...) ; compiling (DEFUN |bpIs| ...) ; compiling (DEFUN |bpBracketConstruct| ...) ; compiling (DEFUN |bpCompare| ...) ; compiling (DEFUN |bpAnd| ...) ; compiling (DEFUN |bpThrow| ...) ; compiling (DEFUN |bpTry| ...) ; compiling (DEFUN |bpCatchItem| ...) ; compiling (DEFUN |bpExceptionVariable| ...) ; compiling (DEFUN |bpFinally| ...) ; compiling (DEFUN |bpHandler| ...) ; compiling (DEFUN |bpLeave| ...) ; compiling (DEFUN |bpDo| ...) ; compiling (DEFUN |bpReturn| ...) ; compiling (DEFUN |bpLogical| ...) ; compiling (DEFUN |bpExpression| ...) ; compiling (DEFUN |bpStatement| ...) ; compiling (DEFUN |bpLoop| ...) ; compiling (DEFUN |bpSuchThat| ...) ; compiling (DEFUN |bpWhile| ...) ; compiling (DEFUN |bpUntil| ...) ; compiling (DEFUN |bpFormal| ...) ; compiling (DEFUN |bpForIn| ...) ; compiling (DEFUN |bpSeg| ...) ; compiling (DEFUN |bpIterator| ...) ; compiling (DEFUN |bpIteratorList| ...) ; compiling (DEFUN |bpCrossBackSet| ...) ; compiling (DEFUN |bpIterators| ...) ; compiling (DEFUN |bpAssign| ...) ; compiling (DEFUN |bpAssignment| ...) ; compiling (DEFUN |bpLambda| ...) ; compiling (DEFUN |bpKeyArg| ...) ; compiling (DEFUN |bpExit| ...) ; compiling (DEFUN |bpDefinition| ...) ; compiling (DEFUN |bpStoreName| ...) ; compiling (DEFUN |bpDef| ...) ; compiling (DEFUN |bpDDef| ...) ; compiling (DEFUN |bpSimpleDefinitionTail| ...) ; compiling (DEFUN |bpCompoundDefinitionTail| ...) ; compiling (DEFUN |bpDefTail| ...) ; compiling (DEFUN |bpWhere| ...) ; compiling (DEFUN |bpDefinitionItem| ...) ; compiling (DEFUN |bpDefinitionPileItems| ...) ; compiling (DEFUN |bpBDefinitionPileItems| ...) ; compiling (DEFUN |bpSemiColonDefinition| ...) ; compiling (DEFUN |bpPDefinitionItems| ...) ; compiling (DEFUN |bpComma| ...) ; compiling (DEFUN |bpTuple| ...) ; compiling (DEFUN |bpCommaBackSet| ...) ; compiling (DEFUN |bpSemiColon| ...) ; compiling (DEFUN |bpSemiListing| ...) ; compiling (DEFUN |bpSemiBackSet| ...) ; compiling (DEFUN |bpPDefinition| ...) ; compiling (DEFUN |bpPileItems| ...) ; compiling (DEFUN |bpBPileDefinition| ...) ; compiling (DEFUN |bpIteratorTail| ...) ; compiling (DEFUN |bpConstruct| ...) ; compiling (DEFUN |bpConstruction| ...) ; compiling (DEFUN |bpDConstruct| ...) ; compiling (DEFUN |bpDConstruction| ...) ; compiling (DEFUN |bpPattern| ...) ; compiling (DEFUN |bpEqual| ...) ; compiling (DEFUN |bpRegularPatternItem| ...) ; compiling (DEFUN |bpRegularPatternItemL| ...) ; compiling (DEFUN |bpRegularList| ...) ; compiling (DEFUN |bpPatternColon| ...) ; compiling (DEFUN |bpPatternL| ...) ; compiling (DEFUN |bpPatternList| ...) ; compiling (DEFUN |bpPatternTail| ...) ; compiling (DEFUN |bpRegularBVItemTail| ...) ; compiling (DEFUN |bpRegularBVItem| ...) ; compiling (DEFUN |bpBVString| ...) ; compiling (DEFUN |bpRegularBVItemL| ...) ; compiling (DEFUN |bpColonName| ...) ; compiling (DEFUN |bpBoundVariablelist| ...) ; compiling (DEFUN |bpVariable| ...) ; compiling (DEFUN |bpAssignVariable| ...) ; compiling (DEFUN |bpAssignLHS| ...) ; compiling (DEFUN |bpChecknull| ...) ; compiling (DEFUN |bpStruct| ...) ; compiling (DEFUN |bpRecord| ...) ; compiling (DEFUN |bpFieldList| ...) ; compiling (DEFUN |bpGlobalAccessors| ...) ; compiling (DEFUN |bpAccessorDefinitionList| ...) ; compiling (DEFUN |bpAccessorDefinition| ...) ; compiling (DEFUN |bpFieldSection| ...) ; compiling (DEFUN |bpSelectField| ...) ; compiling (DEFUN |bpTypeList| ...) ; compiling (DEFUN |bpTypeItem| ...) ; compiling (DEFUN |bpTypeItemList| ...) ; compiling (DEFUN |bpTerm| ...) ; compiling (DEFUN |bpIdList| ...) ; compiling (DEFUN |bpCase| ...) ; compiling (DEFUN |bpPiledCaseItems| ...) ; compiling (DEFUN |bpCaseItemList| ...) ; compiling (DEFUN |bpCasePatternVar| ...) ; compiling (DEFUN |bpCasePatternVarList| ...) ; compiling (DEFUN |bpCaseItem| ...) ; compiling (DEFUN |bpOutItem| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage2/parser.clisp ; in: DEFUN |bpOutItem| ; (BOOTTRAN::|translateToplevel| BOOTTRAN::|ps| BOOTTRAN::|b| NIL) ; ; caught STYLE-WARNING: ; undefined function: |translateToplevel| ; ; compilation unit finished ; Undefined function: ; |translateToplevel| ; caught 1 STYLE-WARNING condition ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage2/parser.fasl written ; compilation finished in 0:00:00.563 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=stage1/bootsys --translate --import=skip --output=stage2/translator.clisp ../../../open-axiom/src/boot/translator.boot ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/lisp --output=stage2/translator.fasl --compile --load-directory=stage2 stage2/translator.clisp ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage2/translator.clisp" (written 01 FEB 2016 10:52:04 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "includer") ; compiling (IMPORT-MODULE "scanner") ; compiling (IMPORT-MODULE "pile") ; compiling (IMPORT-MODULE "parser") ; compiling (IMPORT-MODULE "ast") ; compiling (IN-PACKAGE "BOOTTRAN") ; compiling (PROVIDE "translator") ; compiling (EXPORT (QUOTE #)) ; compiling (DEFPARAMETER |$currentModuleName| ...) ; compiling (DEFPARAMETER |$foreignsDefsForCLisp| ...) ; compiling (DEFUN |reallyPrettyPrint| ...) ; compiling (DEFUN |genModuleFinalization| ...) ; compiling (DEFUN |genOptimizeOptions| ...) ; compiling (DEFUN |%sysInit| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |setCurrentPackage| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |shoeCOMPILE-FILE| ...) ; compiling (DEFUN BOOTTOCL ...) ; compiling (DEFUN BOOTCLAM ...) ; compiling (DEFUN BOOTCLAMLINES ...) ; compiling (DEFUN BOOTTOCLLINES ...) ; compiling (DEFUN |shoeClLines| ...) ; compiling (DEFUN BOOTTOCLC ...) ; compiling (DEFUN BOOTTOCLCLINES ...) ; compiling (DEFUN |shoeClCLines| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN BOOTTOMC ...) ; compiling (DEFUN |shoeMc| ...) ; compiling (DEFUN |evalBootFile| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN BO ...) ; compiling (DEFUN BOCLAM ...) ; compiling (DEFUN |shoeToConsole| ...) ; compiling (DEFUN STOUT ...) ; compiling (DEFUN |string2BootTree| ...) ; compiling (DEFUN STEVAL ...) ; compiling (DEFUN STTOMC ...) ; compiling (DEFUN |shoeCompileTrees| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |shoeCompile| ...) ; compiling (DEFUN |shoeTransform| ...) ; compiling (DEFUN |shoeTransformString| ...) ; compiling (DEFUN |shoeTransformStream| ...) ; compiling (DEFUN |shoeTransformToConsole| ...) ; compiling (DEFUN |shoeTransformToFile| ...) ; compiling (DEFUN |shoeConsoleItem| ...) ; compiling (DEFUN |bFileNext| ...) ; compiling (DEFUN |bFileNext1| ...) ; compiling (DEFUN |shoeParseTrees| ...) ; compiling (DEFUN |shoeTreeConstruct| ...) ; compiling (DEFUN |shoeDQlines| ...) ; compiling (DEFUN |streamTake| ...) ; compiling (DEFUN |shoeFileLines| ...) ; compiling (DEFUN |shoeConsoleLines| ...) ; compiling (DEFUN |shoeFileLine| ...) ; compiling (DEFUN |shoeFileTrees| ...) ; compiling (DEFUN |shoeConsoleTrees| ...) ; compiling (DEFUN |shoeAddComment| ...) ; compiling (DEFUN |shoeOutParse| ...) ; compiling (DEFUN |genDeclaration| ...) ; compiling (DEFUN |translateSignatureDeclaration| ...) ; compiling (DEFUN |translateToplevelExpression| ...) ; compiling (DEFUN |inAllContexts| ...) ; compiling (DEFUN |atLoadOrExecutionTime| ...) ; compiling (DEFUN |exportNames| ...) ; compiling (DEFUN |packageBody| ...) ; compiling (DEFUN |translateToplevel| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage2/translator.clisp ; in: DEFUN |translateToplevel| ; (LET* (BOOTTRAN::|csts| ; BOOTTRAN::|accessors| ; BOOTTRAN::|fields| ; BOOTTRAN::|lhs| ; BOOTTRAN::|t| ; BOOTTRAN::|ISTMP#2| ; BOOTTRAN::|sig| ; BOOTTRAN::|ns| ; BOOTTRAN::|n| ; BOOTTRAN::|ISTMP#1| ; BOOTTRAN::|xs|) ; (DECLARE ; (SPECIAL BOOTTRAN::|$activeNamespace| BOOTTRAN:|$InteractiveMode| ; BOOTTRAN::|$constantIdentifiers| BOOTTRAN::|$foreignsDefsForCLisp| ; BOOTTRAN::|$currentModuleName|)) ; (COND ((NOT (CONSP BOOTTRAN::|b|)) (LIST BOOTTRAN::|b|)) ; ((AND (CONSP BOOTTRAN::|b|) (EQ # 'BOOTTRAN::TUPLE)) ; (SETQ BOOTTRAN::|xs| #) (|AxiomCore|:|coreError| "invalid AST")) ; (T ; (CASE (CAR BOOTTRAN::|b|) ; (BOOTTRAN::|%Signature| #) ; (BOOTTRAN::|%Definition| #) ; (BOOTTRAN::|%Module| #) ; (BOOTTRAN::|%Import| #) ; (BOOTTRAN::|%ImportSignature| #) ; (BOOTTRAN::|%TypeAlias| #) ; (BOOTTRAN::|%ConstantDefinition| #) ; (BOOTTRAN::|%Assignment| #) ; (BOOTTRAN::|%Macro| #) ; (BOOTTRAN::|%Structure| #) ; ...)))) ; ; caught STYLE-WARNING: ; The variable |lhs| is defined but never used. ; (DEFUN BOOTTRAN::|translateToplevel| ; (BOOTTRAN::|ps| BOOTTRAN::|b| BOOTTRAN::|export?|) ; (LET* (BOOTTRAN::|csts| ; BOOTTRAN::|accessors| ; BOOTTRAN::|fields| ; BOOTTRAN::|lhs| ; BOOTTRAN::|t| ; BOOTTRAN::|ISTMP#2| ; BOOTTRAN::|sig| ; BOOTTRAN::|ns| ; BOOTTRAN::|n| ; BOOTTRAN::|ISTMP#1| ; BOOTTRAN::|xs|) ; (DECLARE ; (SPECIAL BOOTTRAN::|$activeNamespace| BOOTTRAN:|$InteractiveMode| ; BOOTTRAN::|$constantIdentifiers| BOOTTRAN::|$foreignsDefsForCLisp| ; BOOTTRAN::|$currentModuleName|)) ; (COND ((NOT #) (LIST BOOTTRAN::|b|)) ; ((AND # #) (SETQ #) (|AxiomCore|:|coreError| "invalid AST")) ; (T (CASE # # # # # # # # # # # ...))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOTTRAN::|translateToplevel| ; (BOOTTRAN::|ps| BOOTTRAN::|b| BOOTTRAN::|export?|) ; (BLOCK BOOTTRAN::|translateToplevel| ; (LET* (BOOTTRAN::|csts| ; BOOTTRAN::|accessors| ; BOOTTRAN::|fields| ; BOOTTRAN::|lhs| ; BOOTTRAN::|t| ; BOOTTRAN::|ISTMP#2| ; BOOTTRAN::|sig| ; BOOTTRAN::|ns| ; BOOTTRAN::|n| ; BOOTTRAN::|ISTMP#1| ; BOOTTRAN::|xs|) ; (DECLARE ; (SPECIAL BOOTTRAN::|$activeNamespace| BOOTTRAN:|$InteractiveMode| ; BOOTTRAN::|$constantIdentifiers| BOOTTRAN::|$foreignsDefsForCLisp| ; BOOTTRAN::|$currentModuleName|)) ; (COND (# #) (# # #) (T #))))) ; ; caught STYLE-WARNING: ; The variable |export?| is defined but never used. ; compiling (DEFUN |shoeAddbootIfNec| ...) ; compiling (DEFUN |shoeRemovebootIfNec| ...) ; compiling (DEFUN |shoeRemoveStringIfNec| ...) ; compiling (DEFUN |shoeItem| ...) ; compiling (DEFUN |stripm| ...) ; compiling (DEFUN |shoePCompile| ...) ; compiling (DEFUN |shoePCompileTrees| ...) ; compiling (DEFUN |bStreamPackageNull| ...) ; compiling (DEFUN PSTTOMC ...) ; compiling (DEFUN BOOTLOOP ...) ; compiling (DEFUN BOOTPO ...) ; compiling (DEFUN PSTOUT ...) ; compiling (DEFUN |defaultBootToLispFile| ...) ; compiling (DEFUN |getIntermediateLispFile| ...) ; compiling (DEFUN |translateBootFile| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage2/translator.clisp ; in: DEFUN |translateBootFile| ; (DEFUN BOOTTRAN::|translateBootFile| ; (BOOTTRAN::|progname| BOOTTRAN::|options| BOOTTRAN::|file|) ; (LET* (BOOTTRAN::|outFile|) ; (PROGN ; (SETQ BOOTTRAN::|outFile| #) ; (BOOTTRAN::BOOTTOCL BOOTTRAN::|file| ; (ENOUGH-NAMESTRING BOOTTRAN::|outFile|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOTTRAN::|translateBootFile| ; (BOOTTRAN::|progname| BOOTTRAN::|options| BOOTTRAN::|file|) ; (BLOCK BOOTTRAN::|translateBootFile| ; (LET* (BOOTTRAN::|outFile|) ; (PROGN (SETQ #) (BOOTTRAN::BOOTTOCL BOOTTRAN::|file| #))))) ; ; caught STYLE-WARNING: ; The variable |progname| is defined but never used. ; compiling (DEFUN |retainFile?| ...) ; compiling (DEFUN |compileBootHandler| ...) ; compiling (|associateRequestWithFileType| (|Option| "translate") ...) ; compiling (|associateRequestWithFileType| (|Option| "compile") ...) ; compiling (DEFUN |loadNativeModule| ...) ; compiling (DEFUN |loadSystemRuntimeCore| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage2/translator.clisp ; in: DEFUN |shoeCompile| ; (DEFUN BOOTTRAN::|shoeCompile| (BOOTTRAN::|fn|) ; (LET* (BOOTTRAN::|body| ; BOOTTRAN::|bv| ; BOOTTRAN::|ISTMP#2| ; BOOTTRAN::|name| ; BOOTTRAN::|ISTMP#1|) ; (COND ((AND # # #) (COMPILE BOOTTRAN::|name| #)) ; (T (EVAL BOOTTRAN::|fn|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA FUNCTION ; --> SB-C::%FUNCALL MULTIPLE-VALUE-BIND LET UNLESS IF ; ==> ; (TYPEP #:G190 'BOOTTRAN::|%Ast|) ; ; caught STYLE-WARNING: ; undefined type: |%Ast| ; in: DECLAIM (FTYPE (FUNCTION (|%Ast|) |%Thing|) |shoeCompile|) ; (DECLAIM ; (FTYPE (FUNCTION (BOOTTRAN::|%Ast|) |AxiomCore|:|%Thing|) ; BOOTTRAN::|shoeCompile|)) ; --> EVAL-WHEN ; ==> ; (SB-C::%PROCLAIM ; '(FTYPE (FUNCTION (BOOTTRAN::|%Ast|) |AxiomCore|:|%Thing|) ; BOOTTRAN::|shoeCompile|) ; (SB-C:SOURCE-LOCATION)) ; ; caught STYLE-WARNING: ; undefined type: |%Ast| ; ; compilation unit finished ; Undefined type: ; |%Ast| ; caught 5 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage2/translator.fasl written ; compilation finished in 0:00:00.240 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/lisp --make --main="|AxiomCore|::|topLevel|" --system=../../x86_64-unknown-linux-gnu --prologue='(pushnew :open-axiom-boot *features*)' --output=stage2/bootsys \ --load-directory=stage2 stage2/utility.fasl stage2/tokens.fasl stage2/includer.fasl stage2/scanner.fasl stage2/pile.fasl stage2/ast.fasl stage2/parser.fasl stage2/translator.fasl [undoing binding stack and other enclosing state... done] [saving current Lisp image into /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot/stage2/bootsys: writing 4944 bytes from the read-only space at 0x20000000 writing 3168 bytes from the static space at 0x20100000 writing 66813952 bytes from the dynamic space at 0x1000000000 done] cp -p stage2/bootsys ../../x86_64-unknown-linux-gnu/bin/bootsys depbase=`echo bemol.o | sed 's|[^/]*$|.deps/&|;s|\.o$||'`;\ g++ -DHAVE_CONFIG_H -I. -I../../../open-axiom/src/boot -I../../config -m64 -D_GNU_SOURCE -I../../../open-axiom/src/include -I../../x86_64-unknown-linux-gnu/include -I../../config -DOPENAXIOM_ROOT_DIRECTORY="\"/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/lib/open-axiom/x86_64-unknown-linux-gnu/1.5.0-2016-01-24\"" -std=c++11 -g -O2 -O2 -Wall -MT bemol.o -MD -MP -MF $depbase.Tpo -c -o bemol.o ../../../open-axiom/src/boot/bemol.cc &&\ mv -f $depbase.Tpo $depbase.Po /bin/bash ../../libtool --tag=CXX --mode=link g++ -I../../../open-axiom/src/include -I../../x86_64-unknown-linux-gnu/include -I../../config -DOPENAXIOM_ROOT_DIRECTORY="\"/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/lib/open-axiom/x86_64-unknown-linux-gnu/1.5.0-2016-01-24\"" -std=c++11 -g -O2 -O2 -Wall -m64 -o bemol bemol.o ../../x86_64-unknown-linux-gnu/lib/libOpenAxiom.a -lutil libtool: link: g++ -I../../../open-axiom/src/include -I../../x86_64-unknown-linux-gnu/include -I../../config -DOPENAXIOM_ROOT_DIRECTORY=\"/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/lib/open-axiom/x86_64-unknown-linux-gnu/1.5.0-2016-01-24\" -std=c++11 -g -O2 -O2 -Wall -m64 -o bemol bemol.o ../../x86_64-unknown-linux-gnu/lib/libOpenAxiom.a -lutil make[2]: Leaving directory '/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/boot' cd hyper && make all-hyper-pre make[2]: Entering directory '/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/hyper' ../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o addfile.o -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/addfile.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/addfile.c -fPIC -DPIC -o .libs/addfile.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/addfile.c -o addfile.o >/dev/null 2>&1 ../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o htadd.o -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/htadd.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/htadd.c -fPIC -DPIC -o .libs/htadd.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/htadd.c -o htadd.o >/dev/null 2>&1 ../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o lex.o -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/lex.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/lex.c -fPIC -DPIC -o .libs/lex.o ../../../open-axiom/src/hyper/lex.c: In function 'int get_char1()': ../../../open-axiom/src/hyper/lex.c:438:76: warning: format '%d' expects argument of type 'int', but argument 3 has type 'SourceInputKind' [-Wformat=] fprintf(stderr, "Get Char: Unknown type of input: %d\n", input_type); ^ libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/lex.c -o lex.o >/dev/null 2>&1 ../../libtool --tag=CXX --mode=link g++ -static -m64 -o ../../x86_64-unknown-linux-gnu/lib/htadd addfile.o htadd.o lex.o -L../../src/lib -lspad -L../../src/lib -lopen-axiom-core -lutil -lm -lm -lm libtool: link: g++ -m64 -o ../../x86_64-unknown-linux-gnu/lib/htadd addfile.o htadd.o lex.o -L../../src/lib -lspad -lopen-axiom-core -lutil -lm ../../src/lib/libopen-axiom-core.a(cfuns-c.o): In function `oa_acquire_temporary_pathname': /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/lib/../../../open-axiom/src/lib/cfuns-c.c:511: warning: the use of `tempnam' is dangerous, better use `mkstemp' ../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o ex2ht.o -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/ex2ht.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/ex2ht.c -fPIC -DPIC -o .libs/ex2ht.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/ex2ht.c -o ex2ht.o >/dev/null 2>&1 ../../libtool --tag=CXX --mode=link g++ -static -m64 -o ../../x86_64-unknown-linux-gnu/lib/ex2ht ex2ht.o -L../../src/lib -lspad -L../../src/lib -lopen-axiom-core -lutil -lm -lm libtool: link: g++ -m64 -o ../../x86_64-unknown-linux-gnu/lib/ex2ht ex2ht.o -L../../src/lib -lspad -lopen-axiom-core -lutil -lm ../../src/lib/libopen-axiom-core.a(cfuns-c.o): In function `oa_acquire_temporary_pathname': /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/lib/../../../open-axiom/src/lib/cfuns-c.c:511: warning: the use of `tempnam' is dangerous, better use `mkstemp' ../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o hthits.o -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/hthits.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/hthits.c -fPIC -DPIC -o .libs/hthits.o ../../../open-axiom/src/hyper/hthits.c: In function 'void handleFile(FILE*)': ../../../open-axiom/src/hyper/hthits.c:290:44: warning: ignoring return value of 'char* fgets(char*, int, FILE*)', declared with attribute warn_unused_result [-Wunused-result] fgets(htdbLine, MAX_HTDB_LINE, htdbFile); ^ ../../../open-axiom/src/hyper/hthits.c: In function 'void handlePage(FILE*, PgInfo*)': ../../../open-axiom/src/hyper/hthits.c:238:37: warning: ignoring return value of 'size_t fread(void*, size_t, size_t, FILE*)', declared with attribute warn_unused_result [-Wunused-result] fread(pgBuf, pg->size, 1, infile); ^ ../../../open-axiom/src/hyper/hthits.c: In function 'void handleFile(FILE*)': ../../../open-axiom/src/hyper/hthits.c:223:18: warning: 'body' may be used uninitialized in this function [-Wmaybe-uninitialized] char *title, *body; ^ libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/hthits.c -o hthits.o >/dev/null 2>&1 ../../libtool --tag=CXX --mode=link g++ -static -m64 -o ../../x86_64-unknown-linux-gnu/lib/hthits hthits.o -L../../src/lib -lspad -L../../src/lib -lopen-axiom-core -lutil -lm -lm libtool: link: g++ -m64 -o ../../x86_64-unknown-linux-gnu/lib/hthits hthits.o -L../../src/lib -lspad -lopen-axiom-core -lutil -lm ../../src/lib/libopen-axiom-core.a(cfuns-c.o): In function `oa_acquire_temporary_pathname': /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/lib/../../../open-axiom/src/lib/cfuns-c.c:511: warning: the use of `tempnam' is dangerous, better use `mkstemp' ../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o htsearch.o -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/htsearch.cc libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/htsearch.cc -fPIC -DPIC -o .libs/htsearch.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/htsearch.cc -o htsearch.o >/dev/null 2>&1 ../../libtool --tag=CXX --mode=link g++ -static -m64 -o ../../x86_64-unknown-linux-gnu/lib/htsearch htsearch.o -L../../src/lib -lspad -L../../src/lib -lopen-axiom-core -lutil -lm -lm libtool: link: g++ -m64 -o ../../x86_64-unknown-linux-gnu/lib/htsearch htsearch.o -L../../src/lib -lspad -lopen-axiom-core -lutil -lm ../../src/lib/libopen-axiom-core.a(cfuns-c.o): In function `oa_acquire_temporary_pathname': /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/lib/../../../open-axiom/src/lib/cfuns-c.c:511: warning: the use of `tempnam' is dangerous, better use `mkstemp' ../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o cond.o -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/cond.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/cond.c -fPIC -DPIC -o .libs/cond.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/cond.c -o cond.o >/dev/null 2>&1 ../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o dialog.o -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/dialog.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/dialog.c -fPIC -DPIC -o .libs/dialog.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/dialog.c -o dialog.o >/dev/null 2>&1 ../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o display.o -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/display.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/display.c -fPIC -DPIC -o .libs/display.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/display.c -o display.o >/dev/null 2>&1 ../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o event.o -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/event.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/event.c -fPIC -DPIC -o .libs/event.o ../../../open-axiom/src/hyper/event.c: In function 'void get_new_window()': ../../../open-axiom/src/hyper/event.c:870:22: warning: ISO C++ forbids converting a string constant to 'char*' [-Wwrite-strings] input_string = ""; ^ ../../../open-axiom/src/hyper/event.c:889:22: warning: ISO C++ forbids converting a string constant to 'char*' [-Wwrite-strings] input_string = ""; ^ ../../../open-axiom/src/hyper/event.c:939:22: warning: ISO C++ forbids converting a string constant to 'char*' [-Wwrite-strings] input_string = ""; ^ libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/event.c -o event.o >/dev/null 2>&1 ../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o extent1.o -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/extent1.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/extent1.c -fPIC -DPIC -o .libs/extent1.o ../../../open-axiom/src/hyper/extent1.c: In function 'void compute_header_extent(HyperDocPage*)': ../../../open-axiom/src/hyper/extent1.c:1322:9: warning: variable 'ty' set but not used [-Wunused-but-set-variable] int ty; /* UNUSED */ ^ libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/extent1.c -o extent1.o >/dev/null 2>&1 ../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o extent2.o -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/extent2.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/extent2.c -fPIC -DPIC -o .libs/extent2.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/extent2.c -o extent2.o >/dev/null 2>&1 ../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o form-ext.o -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/form-ext.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/form-ext.c -fPIC -DPIC -o .libs/form-ext.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/form-ext.c -o form-ext.o >/dev/null 2>&1 ../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o group.o -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/group.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/group.c -fPIC -DPIC -o .libs/group.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/group.c -o group.o >/dev/null 2>&1 ../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o htinp.o -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/htinp.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/htinp.c -fPIC -DPIC -o .libs/htinp.o ../../../open-axiom/src/hyper/htinp.c: In function 'void make_record()': ../../../open-axiom/src/hyper/htinp.c:84:47: warning: ISO C++ forbids converting a string constant to 'char*' [-Wwrite-strings] send_lisp_command("(|clearCmdCompletely|)"); ^ ../../../open-axiom/src/hyper/htinp.c:85:50: warning: ISO C++ forbids converting a string constant to 'char*' [-Wwrite-strings] send_lisp_command("(setq |$testingSystem| T)"); ^ ../../../open-axiom/src/hyper/htinp.c:86:52: warning: ISO C++ forbids converting a string constant to 'char*' [-Wwrite-strings] send_lisp_command("(setq |$printLoadMsgs| NIL)"); ^ ../../../open-axiom/src/hyper/htinp.c:87:54: warning: ISO C++ forbids converting a string constant to 'char*' [-Wwrite-strings] send_lisp_command("(setq |$BreakMode| '|resume|)"); ^ ../../../open-axiom/src/hyper/htinp.c: In function 'void verify_record()': ../../../open-axiom/src/hyper/htinp.c:105:47: warning: ISO C++ forbids converting a string constant to 'char*' [-Wwrite-strings] send_lisp_command("(|clearCmdCompletely|)"); ^ ../../../open-axiom/src/hyper/htinp.c:106:50: warning: ISO C++ forbids converting a string constant to 'char*' [-Wwrite-strings] send_lisp_command("(setq |$testingSystem| T)"); ^ ../../../open-axiom/src/hyper/htinp.c:107:52: warning: ISO C++ forbids converting a string constant to 'char*' [-Wwrite-strings] send_lisp_command("(setq |$printLoadMsgs| NIL)"); ^ ../../../open-axiom/src/hyper/htinp.c:108:54: warning: ISO C++ forbids converting a string constant to 'char*' [-Wwrite-strings] send_lisp_command("(setq |$BreakMode| '|resume|)"); ^ ../../../open-axiom/src/hyper/htinp.c: In function 'void make_input_file_from_page(HyperDocPage*)': ../../../open-axiom/src/hyper/htinp.c:228:48: warning: ISO C++ forbids converting a string constant to 'char*' [-Wwrite-strings] send_lisp_command("(|clearCmdAll|)"); ^ ../../../open-axiom/src/hyper/htinp.c:229:60: warning: ISO C++ forbids converting a string constant to 'char*' [-Wwrite-strings] send_lisp_command("(|resetWorkspaceVariables|)"); ^ ../../../open-axiom/src/hyper/htinp.c:230:54: warning: ISO C++ forbids converting a string constant to 'char*' [-Wwrite-strings] send_lisp_command("(setq $linelength 55)"); ^ ../../../open-axiom/src/hyper/htinp.c:231:67: warning: ISO C++ forbids converting a string constant to 'char*' [-Wwrite-strings] send_lisp_command("(|setOutputCharacters| '(default))"); ^ ../../../open-axiom/src/hyper/htinp.c:232:60: warning: ISO C++ forbids converting a string constant to 'char*' [-Wwrite-strings] send_lisp_command("(setq |$printLoadMsgs| NIL)"); ^ ../../../open-axiom/src/hyper/htinp.c:233:67: warning: ISO C++ forbids converting a string constant to 'char*' [-Wwrite-strings] send_lisp_command("(setq |$UserLevel| '|development|)"); ^ ../../../open-axiom/src/hyper/htinp.c:234:43: warning: ISO C++ forbids converting a string constant to 'char*' [-Wwrite-strings] send_lisp_command("(verbos 0)"); ^ ../../../open-axiom/src/hyper/htinp.c: In function 'void print_paste_line(FILE*, char*)': ../../../open-axiom/src/hyper/htinp.c:358:18: warning: ISO C++ forbids converting a string constant to 'char*' [-Wwrite-strings] char *free = "\\free", *bound = "\\bound", *f = free, *b = bound; ^ ../../../open-axiom/src/hyper/htinp.c:358:37: warning: ISO C++ forbids converting a string constant to 'char*' [-Wwrite-strings] char *free = "\\free", *bound = "\\bound", *f = free, *b = bound; ^ ../../../open-axiom/src/hyper/htinp.c: In function 'void get_graph_output(char*, const char*, int)': ../../../open-axiom/src/hyper/htinp.c:425:47: warning: ISO C++ forbids converting a string constant to 'char*' [-Wwrite-strings] send_lisp_command("(|setViewportProcess|)"); ^ ../../../open-axiom/src/hyper/htinp.c:426:72: warning: ISO C++ forbids converting a string constant to 'char*' [-Wwrite-strings] send_lisp_command("(|processInteractive| '(|close| (|%%| -3)) NIL)"); ^ ../../../open-axiom/src/hyper/htinp.c:427:44: warning: ISO C++ forbids converting a string constant to 'char*' [-Wwrite-strings] send_lisp_command("(|waitForViewport|)"); ^ libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/htinp.c -o htinp.o >/dev/null 2>&1 ../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o hyper.o -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/hyper.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/hyper.c -fPIC -DPIC -o .libs/hyper.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/hyper.c -o hyper.o >/dev/null 2>&1 ../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o initx.o -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/initx.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/initx.c -fPIC -DPIC -o .libs/initx.o ../../../open-axiom/src/hyper/initx.c: In function 'void set_name_and_icon()': ../../../open-axiom/src/hyper/initx.c:387:17: warning: ISO C++ forbids converting a string constant to 'char*' [-Wwrite-strings] ch.res_name = "HyperDoc"; ^ libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/initx.c -o initx.o >/dev/null 2>&1 ../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o input.o -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/input.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/input.c -fPIC -DPIC -o .libs/input.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/input.c -o input.o >/dev/null 2>&1 ../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o item.o -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/item.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/item.c -fPIC -DPIC -o .libs/item.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/item.c -o item.o >/dev/null 2>&1 ../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o keyin.o -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/keyin.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/keyin.c -fPIC -DPIC -o .libs/keyin.o ../../../open-axiom/src/hyper/keyin.c: In function 'unsigned int get_modifier_mask(KeySym)': ../../../open-axiom/src/hyper/keyin.c:97:21: warning: comparison between signed and unsigned integer expressions [-Wsign-compare] for (i = 0; i < (8 * mod->max_keypermod); i++){ ^ ../../../open-axiom/src/hyper/keyin.c: In function 'void handle_key(XEvent*)': ../../../open-axiom/src/hyper/keyin.c:207:37: warning: ISO C++ forbids converting a string constant to 'char*' [-Wwrite-strings] make_window_link(KeyDefsHelpPage); ^ ../../../open-axiom/src/hyper/keyin.c:159:21: warning: ignoring return value of 'int system(const char*)', declared with attribute warn_unused_result [-Wunused-result] system(buffer); ^ libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/keyin.c -o keyin.o >/dev/null 2>&1 ../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o macro.o -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/macro.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/macro.c -fPIC -DPIC -o .libs/macro.o ../../../open-axiom/src/hyper/macro.c: In function 'char* load_macro(MacroStore*)': ../../../open-axiom/src/hyper/macro.c:104:9: warning: variable 'ret_val' set but not used [-Wunused-but-set-variable] int ret_val; ^ libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/macro.c -o macro.o >/dev/null 2>&1 ../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o mem.o -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/mem.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/mem.c -fPIC -DPIC -o .libs/mem.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/mem.c -o mem.o >/dev/null 2>&1 ../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o parse.o -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/parse.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/parse.c -fPIC -DPIC -o .libs/parse.o ../../../open-axiom/src/hyper/parse.c: In function 'void init_parse_page(HyperDocPage*)': ../../../open-axiom/src/hyper/parse.c:302:69: warning: suggest parentheses around assignment used as truth value [-Wparentheses] gInButton = gInOptional = gInVerbatim = gInPaste = gInItems = ^ ../../../open-axiom/src/hyper/parse.c:302:33: warning: suggest parentheses around assignment used as truth value [-Wparentheses] gInButton = gInOptional = gInVerbatim = gInPaste = gInItems = ^ ../../../open-axiom/src/hyper/parse.c:301:16: warning: suggest parentheses around assignment used as truth value [-Wparentheses] gEndedPage = gInDesc = gStringValueOk = gInIf = ^ ../../../open-axiom/src/hyper/parse.c: In function 'void init_parse_patch(HyperDocPage*)': ../../../open-axiom/src/hyper/parse.c:329:69: warning: suggest parentheses around assignment used as truth value [-Wparentheses] gInButton = gInOptional = gInVerbatim = gInPaste = gInItems = ^ ../../../open-axiom/src/hyper/parse.c:329:33: warning: suggest parentheses around assignment used as truth value [-Wparentheses] gInButton = gInOptional = gInVerbatim = gInPaste = gInItems = ^ ../../../open-axiom/src/hyper/parse.c:328:16: warning: suggest parentheses around assignment used as truth value [-Wparentheses] gEndedPage = gInDesc = gStringValueOk = gInIf = ^ ../../../open-axiom/src/hyper/parse.c: At global scope: ../../../open-axiom/src/hyper/parse.c:371:1: warning: ISO C++ forbids converting a string constant to 'char*' [-Wwrite-strings] "Parser Error: Unexpected new page, expecting a begin scroll\n", *ExpectedEndScroll = ^ ../../../open-axiom/src/hyper/parse.c:372:1: warning: ISO C++ forbids converting a string constant to 'char*' [-Wwrite-strings] "Parser Error: Unexpected new page, expected an end scroll\n"; ^ ../../../open-axiom/src/hyper/parse.c: In function 'HyperDocPage* parse_page_from_socket()': ../../../open-axiom/src/hyper/parse.c:715:18: warning: ISO C++ forbids converting a string constant to 'char*' [-Wwrite-strings] input_string = ""; ^ libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/parse.c -o parse.o >/dev/null 2>&1 ../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o parse-aux.o -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/parse-aux.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/parse-aux.c -fPIC -DPIC -o .libs/parse-aux.o ../../../open-axiom/src/hyper/parse-aux.c: In function 'int get_filename()': ../../../open-axiom/src/hyper/parse-aux.c:515:16: warning: variable 'seen_white' set but not used [-Wunused-but-set-variable] static int seen_white = 0; /*UNUSED */ ^ libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/parse-aux.c -o parse-aux.o >/dev/null 2>&1 ../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o parse-input.o -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/parse-input.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/parse-input.c -fPIC -DPIC -o .libs/parse-input.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/parse-input.c -o parse-input.o >/dev/null 2>&1 ../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o parse-paste.o -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/parse-paste.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/parse-paste.c -fPIC -DPIC -o .libs/parse-paste.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/parse-paste.c -o parse-paste.o >/dev/null 2>&1 ../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o parse-types.o -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/parse-types.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/parse-types.c -fPIC -DPIC -o .libs/parse-types.o ../../../open-axiom/src/hyper/parse-types.c: In function 'void parse_newcond()': ../../../open-axiom/src/hyper/parse-types.c:231:27: warning: ISO C++ forbids converting a string constant to 'char*' [-Wwrite-strings] insert_cond(label, "0"); ^ libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/parse-types.c -o parse-types.o >/dev/null 2>&1 ../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o ReadBitmap.o -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/ReadBitmap.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/ReadBitmap.c -fPIC -DPIC -o .libs/ReadBitmap.o ../../../open-axiom/src/hyper/ReadBitmap.c: In function 'XImage* HTReadBitmapFile(Display*, int, char*, int*, int*)': ../../../open-axiom/src/hyper/ReadBitmap.c:61:9: warning: variable 'num_chars' set but not used [-Wunused-but-set-variable] int num_chars; ^ libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/ReadBitmap.c -o ReadBitmap.o >/dev/null 2>&1 ../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o scrollbar.o -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/scrollbar.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/scrollbar.c -fPIC -DPIC -o .libs/scrollbar.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/scrollbar.c -o scrollbar.o >/dev/null 2>&1 ../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o show-types.o -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/show-types.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/show-types.c -fPIC -DPIC -o .libs/show-types.o ../../../open-axiom/src/hyper/show-types.c: In function 'void show_input(TextNode*)': ../../../open-axiom/src/hyper/show-types.c:467:11: warning: variable 'inpbuffer' set but not used [-Wunused-but-set-variable] char *inpbuffer; ^ libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/show-types.c -o show-types.o >/dev/null 2>&1 ../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o spadint.o -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/spadint.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/spadint.c -fPIC -DPIC -o .libs/spadint.o ../../../open-axiom/src/hyper/spadint.c: In function 'char* print_to_string1(TextNode*, int*)': ../../../open-axiom/src/hyper/spadint.c:545:20: warning: suggest explicit braces to avoid ambiguous 'else' [-Wparentheses] if (node->space) ^ ../../../open-axiom/src/hyper/spadint.c:553:24: warning: suggest explicit braces to avoid ambiguous 'else' [-Wparentheses] if (curr_line->len <= item->size && curr_line->next) ^ ../../../open-axiom/src/hyper/spadint.c: In function 'char* print_source_to_string1(TextNode*, int*)': ../../../open-axiom/src/hyper/spadint.c:1035:24: warning: suggest explicit braces to avoid ambiguous 'else' [-Wparentheses] if (curr_line->len <= item->size && curr_line->next) ^ ../../../open-axiom/src/hyper/spadint.c: In function 'void issue_unixcommand(TextNode*)': ../../../open-axiom/src/hyper/spadint.c:756:17: warning: ignoring return value of 'int system(const char*)', declared with attribute warn_unused_result [-Wunused-result] system(copy); ^ libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/spadint.c -o spadint.o >/dev/null 2>&1 ../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o titlebar.o -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/titlebar.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/titlebar.c -fPIC -DPIC -o .libs/titlebar.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/titlebar.c -o titlebar.o >/dev/null 2>&1 ../../libtool --tag=CXX --mode=link g++ -static -m64 -o ../../x86_64-unknown-linux-gnu/lib/hypertex addfile.o cond.o dialog.o display.o event.o extent1.o extent2.o form-ext.o group.o htinp.o hyper.o initx.o input.o item.o keyin.o lex.o macro.o mem.o parse.o parse-aux.o parse-input.o parse-paste.o parse-types.o ReadBitmap.o scrollbar.o show-types.o spadint.o titlebar.o -L../../src/lib -lspad -L../../src/lib -lopen-axiom-core -lutil -lm -lm -lXpm -lSM -lICE -lX11 -lm libtool: link: g++ -m64 -o ../../x86_64-unknown-linux-gnu/lib/hypertex addfile.o cond.o dialog.o display.o event.o extent1.o extent2.o form-ext.o group.o htinp.o hyper.o initx.o input.o item.o keyin.o lex.o macro.o mem.o parse.o parse-aux.o parse-input.o parse-paste.o parse-types.o ReadBitmap.o scrollbar.o show-types.o spadint.o titlebar.o -L../../src/lib -lspad -lopen-axiom-core -lutil -lXpm -lSM -lICE -lX11 -lm ../../src/lib/libopen-axiom-core.a(cfuns-c.o): In function `oa_acquire_temporary_pathname': /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/lib/../../../open-axiom/src/lib/cfuns-c.c:511: warning: the use of `tempnam' is dangerous, better use `mkstemp' ../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o spadbuf.o -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/spadbuf.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/spadbuf.c -fPIC -DPIC -o .libs/spadbuf.o ../../../open-axiom/src/hyper/spadbuf.c: In function 'void interp_io()': ../../../open-axiom/src/hyper/spadbuf.c:147:35: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(1, buf, len); ^ libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/hyper/spadbuf.c -o spadbuf.o >/dev/null 2>&1 ../../libtool --tag=CXX --mode=link g++ -static -m64 -o ../../x86_64-unknown-linux-gnu/lib/spadbuf spadbuf.o -L../../src/lib -lspad -L../../src/lib -lopen-axiom-core -lutil -lm -lm -lXpm -lSM -lICE -lX11 -lm libtool: link: g++ -m64 -o ../../x86_64-unknown-linux-gnu/lib/spadbuf spadbuf.o -L../../src/lib -lspad -lopen-axiom-core -lutil -lXpm -lSM -lICE -lX11 -lm ../../src/lib/libopen-axiom-core.a(cfuns-c.o): In function `oa_acquire_temporary_pathname': /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/lib/../../../open-axiom/src/lib/cfuns-c.c:511: warning: the use of `tempnam' is dangerous, better use `mkstemp' rm -f ../../x86_64-unknown-linux-gnu/share/hypertex/pages/util.ht mkdir -p ../../x86_64-unknown-linux-gnu/share/hypertex/pages cp -p ../../../open-axiom/src/hyper/pages/util.ht ../../x86_64-unknown-linux-gnu/share/hypertex/pages/util.ht make[2]: Leaving directory '/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/hyper' cd interp && make all-interpsys make[2]: Entering directory '/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp' make interpsys make[3]: Entering directory '/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp' 617 the database was updated...remaking interpsys mkdir -p ../../x86_64-unknown-linux-gnu/share/msgs cp -p ../../../open-axiom/src/doc/msgs/s2-us.msgs ../../x86_64-unknown-linux-gnu/share/msgs/s2-us.msgs ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=boot-pkg.fasl --load-directory=. ../../../open-axiom/src/interp/boot-pkg.lisp ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/interp/boot-pkg.lisp" (written 11 JAN 2016 09:41:16 PM): ; compiling (DEFPACKAGE "BOOT" ...) ; compiling (IN-PACKAGE "BOOT") ; compiling (SETQ *READ-DEFAULT-FLOAT-FORMAT* ...) ; compiling (SETQ *LOAD-VERBOSE* ...) ; compiling (DEFUN DEFINE-FUNCTION ...) ; compiling (DEFUN |gensym?| ...) ; compiling (DEFMACRO |complex?| ...) ; compiling (DEFMACRO |complex| ...) ; compiling (DEFMACRO |realPart| ...) ; compiling (DEFMACRO |imagPart| ...) ; compiling (DEFMACRO |conjugate| ...) ; compiling (DEFMACRO |sqrt| ...) ; compiling (DEFUN COT ...) ; compiling (DEFUN ACOT ...) ; compiling (DEFUN MANEXP ...) ; compiling (DEFUN DFLOAT-FORMAT-GENERAL ...) ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/boot-pkg.fasl written ; compilation finished in 0:00:00.059 ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=types.fasl --load-directory=. ../../../open-axiom/src/interp/types.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/types.clisp" (written 01 FEB 2016 10:52:37 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "boot-pkg") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFTYPE |%Alist| ...) ; compiling (DEFTYPE |%Instantiation| ...) ; compiling (DEFTYPE |%Modemap| ...) ; compiling (DEFTYPE |%ConstructorKind| ...) ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/types.fasl written ; compilation finished in 0:00:00.006 ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=sys-driver.fasl --load-directory=. ../../../open-axiom/src/interp/sys-driver.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/sys-driver.clisp" (written 01 FEB 2016 10:52:37 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "types") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFPARAMETER |$openServerIfTrue| ...) ; compiling (DEFCONSTANT |$SpadServerName| ...) ; compiling (DEFPARAMETER |$SpadServer| ...) ; compiling (DEFPARAMETER |$PrintCompilerMessageIfTrue| ...) ; compiling (DEFPARAMETER |$options| ...) ; compiling (SETF (SYMBOL-FUNCTION #) ...) ; compiling (DEFUN |directoryFromCommandLine| ...) ; compiling (DEFUN |systemAlgebraDirectory| ...) ; compiling (DEFUN |algebraBootstrapDir| ...) ; compiling (DEFUN |systemDatabaseDirectory| ...) ; compiling (DEFUN |loadExposureGroupData| ...) ; compiling (DEFPARAMETER |$defaultMsgDatabaseName| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN REROOT ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |initMemoryConfig| ...) ; compiling (DEFUN |openDatabases| ...) ; compiling (DEFUN |restart| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/sys-driver.clisp ; in: DEFUN |restart| ; (LAMBDA (BOOT::|c| BOOT::|h|) (BOOT::|systemErrorHandler| BOOT::|c|)) ; ==> ; #'(LAMBDA (BOOT::|c| BOOT::|h|) (BOOT::|systemErrorHandler| BOOT::|c|)) ; ; caught STYLE-WARNING: ; The variable |h| is defined but never used. ; compiling (DEFUN |initializeDatabases| ...) ; compiling (DEFUN |loadDelayedFFI| ...) ; compiling (DEFUN |initializeGlobalState| ...) ; compiling (DEFUN |executeSpadScript| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/sys-driver.clisp ; in: DEFUN |executeSpadScript| ; (DEFUN BOOT::|executeSpadScript| ; (BOOT::|progname| BOOT::|options| BOOT::|file|) ; (LET* (BOOT::|talkative| BOOT::|testing| BOOT::|outfile|) ; (DECLARE ; (SPECIAL BOOT::|$SpadReaderTag| BOOT::|$intCoerceFailure| ; BOOT::|$options|)) ; (LET* ((BOOT::|$displayStartMsgs| NIL) ; (BOOT::|$ReadingFile| T) ; (BOOT::|$verbose| NIL)) ; (DECLARE ; (SPECIAL BOOT::|$displayStartMsgs| BOOT::|$ReadingFile| ; BOOT::|$verbose|)) ; (PROGN ; (BOOT::|loadDelayedFFI|) ; (BOOT::|initializeGlobalState|) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (BOOT::|setOutputAlgebra| #) ; (LET* # ; # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|executeSpadScript| ; (BOOT::|progname| BOOT::|options| BOOT::|file|) ; (BLOCK BOOT::|executeSpadScript| ; (LET* (BOOT::|talkative| BOOT::|testing| BOOT::|outfile|) ; (DECLARE ; (SPECIAL BOOT::|$SpadReaderTag| BOOT::|$intCoerceFailure| ; BOOT::|$options|)) ; (LET* (# # #) ; (DECLARE #) ; (PROGN # # # # # # #))))) ; ; caught STYLE-WARNING: ; The variable |progname| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |options| is defined but never used. ; compiling (|associateRequestWithFileType| (|Option| "script") ...) ; compiling (DEFUN |compileSpadLibrary| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/sys-driver.clisp ; in: DEFUN |compileSpadLibrary| ; (DEFUN BOOT::|compileSpadLibrary| ; (BOOT::|progname| BOOT::|options| BOOT::|file|) ; (DECLARE ; (SPECIAL BOOT::|$SpadReaderTag| BOOT::|$intTopLevel| ; BOOT::|$PrintCompilerMessageIfTrue| BOOT::|$ProcessInteractiveValue| ; BOOT::|$verbose| BOOT::|$displayStartMsgs|)) ; (PROGN ; (SETQ BOOT::|$displayStartMsgs| NIL) ; (BOOT::|loadDelayedFFI|) ; (BOOT::|initializeGlobalState|) ; (LET ((BOOT::|$Echo| NIL)) ; (DECLARE (SPECIAL BOOT::|$Echo|)) ; (PROGN ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (CATCH BOOT::|$intTopLevel| #) ; (|AxiomCore|:|coreQuit| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compileSpadLibrary| ; (BOOT::|progname| BOOT::|options| BOOT::|file|) ; (DECLARE ; (SPECIAL BOOT::|$SpadReaderTag| BOOT::|$intTopLevel| ; BOOT::|$PrintCompilerMessageIfTrue| BOOT::|$ProcessInteractiveValue| ; BOOT::|$verbose| BOOT::|$displayStartMsgs|)) ; (BLOCK BOOT::|compileSpadLibrary| ; (PROGN ; (SETQ BOOT::|$displayStartMsgs| NIL) ; (BOOT::|loadDelayedFFI|) ; (BOOT::|initializeGlobalState|) ; (LET (#) ; (DECLARE #) ; (PROGN # # # # #))))) ; ; caught STYLE-WARNING: ; The variable |progname| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |options| is defined but never used. ; compiling (|associateRequestWithFileType| (|Option| "compile") ...) ; compiling (DEFUN |buildDatabasesHandler| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/sys-driver.clisp ; in: DEFUN |buildDatabasesHandler| ; (DEFUN BOOT::|buildDatabasesHandler| ; (BOOT::|prog| BOOT::|options| BOOT::|args|) ; (DECLARE (SPECIAL BOOT::|$displayStartMsgs|)) ; (PROGN ; (SETQ BOOT::|$displayStartMsgs| NIL) ; (BOOT::|loadDelayedFFI|) ; (BOOT::|initializeGlobalState|) ; (BOOT::MAKE-DATABASES BOOT::|args|) ; (|AxiomCore|:|coreQuit| (COND (# 1) (T 0))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|buildDatabasesHandler| ; (BOOT::|prog| BOOT::|options| BOOT::|args|) ; (DECLARE (SPECIAL BOOT::|$displayStartMsgs|)) ; (BLOCK BOOT::|buildDatabasesHandler| ; (PROGN ; (SETQ BOOT::|$displayStartMsgs| NIL) ; (BOOT::|loadDelayedFFI|) ; (BOOT::|initializeGlobalState|) ; (BOOT::MAKE-DATABASES BOOT::|args|) ; (|AxiomCore|:|coreQuit| (COND # #))))) ; ; caught STYLE-WARNING: ; The variable |prog| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |options| is defined but never used. ; compiling (|installDriver| (|Option| "build-databases") ...) ; compiling (DEFUN |buildInitdbHandler| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/sys-driver.clisp ; in: DEFUN |buildInitdbHandler| ; (DEFUN BOOT::|buildInitdbHandler| (BOOT::|prog| BOOT::|options| BOOT::|args|) ; (LET* (BOOT::|dbfile| BOOT::|srcdir|) ; (DECLARE (SPECIAL BOOT::|$displayStartMsgs|)) ; (PROGN ; (SETQ BOOT::|$displayStartMsgs| NIL) ; (BOOT::|loadDelayedFFI|) ; (BOOT::|initializeGlobalState|) ; (SETQ BOOT::|srcdir| #) ; (COND (# #) (T # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|buildInitdbHandler| ; (BOOT::|prog| BOOT::|options| BOOT::|args|) ; (BLOCK BOOT::|buildInitdbHandler| ; (LET* (BOOT::|dbfile| BOOT::|srcdir|) ; (DECLARE (SPECIAL BOOT::|$displayStartMsgs|)) ; (PROGN ; (SETQ #) ; (BOOT::|loadDelayedFFI|) ; (BOOT::|initializeGlobalState|) ; (SETQ #) ; (COND # #))))) ; ; caught STYLE-WARNING: ; The variable |prog| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |options| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |args| is defined but never used. ; compiling (|installDriver| (|Option| "build-initdb") ...) ; compiling (DEFUN |systemMain| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/sys-driver.clisp ; in: DEFUN |systemMain| ; (BOOT::|initializeGlobalState|) ; ; note: deleting unreachable code ; in: DEFUN |openDatabases| ; (BOOT::BROWSEOPEN) ; ; caught STYLE-WARNING: ; undefined function: BROWSEOPEN ; in: DEFUN |initializeDatabases| ; (BOOT::CATEGORYOPEN) ; ; caught STYLE-WARNING: ; undefined function: CATEGORYOPEN ; in: DEFUN |openDatabases| ; (BOOT::CATEGORYOPEN) ; ; caught STYLE-WARNING: ; undefined function: CATEGORYOPEN ; in: DEFUN |initializeGlobalState| ; (BOOT::GCMSG NIL) ; ; caught STYLE-WARNING: ; undefined function: GCMSG ; in: DEFUN |openDatabases| ; (BOOT::INTERPOPEN) ; ; caught STYLE-WARNING: ; undefined function: INTERPOPEN ; in: DEFUN |buildDatabasesHandler| ; (BOOT::MAKE-DATABASES BOOT::|args|) ; ; caught STYLE-WARNING: ; undefined function: MAKE-DATABASES ; in: DEFUN |openDatabases| ; (BOOT::OPERATIONOPEN) ; ; caught STYLE-WARNING: ; undefined function: OPERATIONOPEN ; in: DEFUN |initializeGlobalState| ; (BOOT::|addtopath| ; (|AxiomCore|:CONCAT (|AxiomCore|:|systemRootDirectory|) "bin")) ; ; caught STYLE-WARNING: ; undefined function: |addtopath| ; (BOOT::|buildHtMacroTable|) ; ; caught STYLE-WARNING: ; undefined function: |buildHtMacroTable| ; in: DEFUN |compileSpadLibrary| ; (BOOT::|compiler| (LIST BOOT::|file|)) ; ; caught STYLE-WARNING: ; undefined function: |compiler| ; in: DEFUN |initializeDatabases| ; (BOOT::|fillDatabasesInCore|) ; ; caught STYLE-WARNING: ; undefined function: |fillDatabasesInCore| ; in: DEFUN |initializeGlobalState| ; (BOOT::|functionp| 'BOOT::|addtopath|) ; ; caught STYLE-WARNING: ; undefined function: |functionp| ; in: DEFUN |loadExposureGroupData| ; (BOOT::|getSystemModulePath| "exposed") ; ; caught STYLE-WARNING: ; undefined function: |getSystemModulePath| ; in: DEFUN |initializeGlobalState| ; (BOOT::|hashTable| 'EQUAL) ; ; caught STYLE-WARNING: ; undefined function: |hashTable| ; (BOOT::|initHist|) ; ; caught STYLE-WARNING: ; undefined function: |initHist| ; in: DEFUN |restart| ; (BOOT::|initHist|) ; ; caught STYLE-WARNING: ; undefined function: |initHist| ; in: DEFUN |initializeGlobalState| ; (BOOT::|initNewWorld|) ; ; caught STYLE-WARNING: ; undefined function: |initNewWorld| ; (BOOT::|initializeInterpreterFrameRing|) ; ; caught STYLE-WARNING: ; undefined function: |initializeInterpreterFrameRing| ; in: DEFUN |restart| ; (BOOT::|initializeInterpreterFrameRing|) ; ; caught STYLE-WARNING: ; undefined function: |initializeInterpreterFrameRing| ; in: DEFUN |initializeGlobalState| ; (BOOT::|initializeRuleSets|) ; ; caught STYLE-WARNING: ; undefined function: |initializeRuleSets| ; (BOOT::|initializeSystemCommands|) ; ; caught STYLE-WARNING: ; undefined function: |initializeSystemCommands| ; (BOOT::|initializeTimedNames| BOOT::|$interpreterTimedNames| ; BOOT::|$interpreterTimedClasses|) ; ; caught STYLE-WARNING: ; undefined function: |initializeTimedNames| ; in: DEFUN REROOT ; (BOOT::|makeAbsoluteFilename| BOOT::|d|) ; ; caught STYLE-WARNING: ; undefined function: |makeAbsoluteFilename| ; in: DEFUN |initializeGlobalState| ; (BOOT::|makeConstructorsAutoLoad|) ; ; caught STYLE-WARNING: ; undefined function: |makeConstructorsAutoLoad| ; (BOOT::|makeInitialModemapFrame|) ; ; caught STYLE-WARNING: ; undefined function: |makeInitialModemapFrame| ; in: DEFUN |restart| ; (BOOT::|makeInitialModemapFrame|) ; ; caught STYLE-WARNING: ; undefined function: |makeInitialModemapFrame| ; in: DEFUN |initializeDatabases| ; (BOOT::|mkLowerCaseConTable|) ; ; caught STYLE-WARNING: ; undefined function: |mkLowerCaseConTable| ; in: DEFUN |restart| ; (BOOT::|openServer| BOOT::|$SpadServerName|) ; ; caught STYLE-WARNING: ; undefined function: |openServer| ; in: DEFUN |buildInitdbHandler| ; (BOOT::|printAllInitdbInfo| BOOT::|srcdir| BOOT::|dbfile|) ; ; caught STYLE-WARNING: ; undefined function: |printAllInitdbInfo| ; in: DEFUN |executeSpadScript| ; (BOOT::|read| (LIST BOOT::|file|)) ; ; caught STYLE-WARNING: ; undefined function: |read| ; in: DEFUN |restart| ; (BOOT::|readSpadProfileIfThere|) ; ; caught STYLE-WARNING: ; undefined function: |readSpadProfileIfThere| ; in: DEFUN |executeSpadScript| ; (BOOT::|sayKeyedMsg| 'BOOT::S2IZ0100 ; (LIST (NAMESTRING (PROBE-FILE BOOT::|file|)))) ; ; caught STYLE-WARNING: ; undefined function: |sayKeyedMsg| ; in: DEFUN |initializeGlobalState| ; (BOOT::|sayKeyedMsg| 'BOOT::S2IZ0053 (LIST "history")) ; ; caught STYLE-WARNING: ; undefined function: |sayKeyedMsg| ; in: DEFUN |executeSpadScript| ; (BOOT::|set| (LIST 'BOOT::|message| 'BOOT::|testing| 'BOOT::|on|)) ; ; caught STYLE-WARNING: ; undefined function: |set| ; in: DEFUN |initializeGlobalState| ; (BOOT::|setCompilerOptimizations| ; (OR (|AxiomCore|:|getOptionValue| 'BOOT::|optimize|) ; BOOT::|$defaultOptimizationLevel|)) ; ; caught STYLE-WARNING: ; undefined function: |setCompilerOptimizations| ; in: DEFUN |executeSpadScript| ; (BOOT::|setOutputAlgebra| ; (LIST (COND (BOOT::|talkative| 'BOOT::|on|) (T 'BOOT::|off|)))) ; ; caught STYLE-WARNING: ; undefined function: |setOutputAlgebra| ; (BOOT::|setStandardOutputToAlgebraStream|) ; ; caught STYLE-WARNING: ; undefined function: |setStandardOutputToAlgebraStream| ; in: DEFUN |restart| ; (BOOT::|spad|) ; ; caught STYLE-WARNING: ; undefined function: |spad| ; (BOOT::|spadStartUpMsgs|) ; ; caught STYLE-WARNING: ; undefined function: |spadStartUpMsgs| ; in: DEFUN |initializeGlobalState| ; (BOOT::|statisticsInitialization|) ; ; caught STYLE-WARNING: ; undefined function: |statisticsInitialization| ; in: DEFUN |restart| ; (BOOT::|systemErrorHandler| BOOT::|c|) ; ; caught STYLE-WARNING: ; undefined function: |systemErrorHandler| ; ; compilation unit finished ; Undefined functions: ; BROWSEOPEN CATEGORYOPEN GCMSG INTERPOPEN MAKE-DATABASES OPERATIONOPEN |addtopath| |buildHtMacroTable| |compiler| |fillDatabasesInCore| |functionp| |getSystemModulePath| |hashTable| |initHist| |initNewWorld| |initializeInterpreterFrameRing| |initializeRuleSets| |initializeSystemCommands| |initializeTimedNames| |makeAbsoluteFilename| |makeConstructorsAutoLoad| |makeInitialModemapFrame| |mkLowerCaseConTable| |openServer| |printAllInitdbInfo| |read| |readSpadProfileIfThere| |sayKeyedMsg| |set| |setCompilerOptimizations| |setOutputAlgebra| |setStandardOutputToAlgebraStream| |spad| |spadStartUpMsgs| |statisticsInitialization| |systemErrorHandler| ; caught 51 STYLE-WARNING conditions ; printed 1 note ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/sys-driver.fasl written ; compilation finished in 0:00:00.091 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=sys-constants.fasl --load-directory=. ../../../open-axiom/src/interp/sys-constants.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/sys-constants.clisp" (written 01 FEB 2016 10:52:37 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "types") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFCONSTANT |$CharCodeMaximum| ...) ; compiling (DEFCONSTANT |$ShortMinimum| ...) ; compiling (DEFCONSTANT |$ShortMaximum| ...) ; compiling (DEFCONSTANT |$DoubleFloatMinimum| ...) ; compiling (DEFCONSTANT |$DoubleFloatMaximum| ...) ; compiling (DEFCONSTANT |$DoubleFloatEpsilon| ...) ; compiling (DEFCONSTANT |$timerTicksPerSecond| ...) ; compiling (DEFCONSTANT |$boxString| ...) ; compiling (DEFCONSTANT |$quadSymbol| ...) ; compiling (DEFCONSTANT |$escapeString| ...) ; compiling (DEFCONSTANT |$boldString| ...) ; compiling (DEFCONSTANT |$normalString| ...) ; compiling (DEFCONSTANT |$reverseVideoString| ...) ; compiling (DEFCONSTANT |$underlineString| ...) ; compiling (DEFCONSTANT |$highlightFontOn| ...) ; compiling (DEFCONSTANT |$highlightFontOff| ...) ; compiling (DEFCONSTANT |$noParseCommands| ...) ; compiling (DEFCONSTANT |$tokenCommands| ...) ; compiling (DEFCONSTANT |$systemCommands| ...) ; compiling (DEFCONSTANT |$DoubleQuote| ...) ; compiling (DEFCONSTANT |$BFtag| ...) ; compiling (DEFCONSTANT $COMPILE ...) ; compiling (DEFCONSTANT |$FormalMapVariableList| ...) ; compiling (DEFCONSTANT |$PatternVariableList| ...) ; compiling (DEFCONSTANT |$ModeVariableList| ...) ; compiling (DEFCONSTANT |$DomainVariableList| ...) ; compiling (DEFCONSTANT |$TriangleVariableList| ...) ; compiling (DEFCONSTANT |$AtVariables| ...) ; compiling (DEFCONSTANT |$QueryVariables| ...) ; compiling (DEFCONSTANT |$SideEffectFreeFunctionList| ...) ; compiling (DEFCONSTANT |$Field| ...) ; compiling (DEFCONSTANT |$DivisionRing| ...) ; compiling (DEFCONSTANT |$IntegralDomain| ...) ; compiling (DEFCONSTANT |$CombinatorialFunctionCategory| ...) ; compiling (DEFCONSTANT |$Ring| ...) ; compiling (DEFCONSTANT |$Group| ...) ; compiling (DEFCONSTANT |$AbelianMonoid| ...) ; compiling (DEFCONSTANT |$Monoid| ...) ; compiling (DEFCONSTANT |$Void| ...) ; compiling (DEFCONSTANT |$Any| ...) ; compiling (DEFCONSTANT |$None| ...) ; compiling (DEFCONSTANT |$Syntax| ...) ; compiling (DEFCONSTANT |$BasicOperator| ...) ; compiling (DEFCONSTANT |$AlgebraicNumber| ...) ; compiling (DEFCONSTANT |$Boolean| ...) ; compiling (DEFCONSTANT |$Byte| ...) ; compiling (DEFCONSTANT |$Int16| ...) ; compiling (DEFCONSTANT |$UInt16| ...) ; compiling (DEFCONSTANT |$Int32| ...) ; compiling (DEFCONSTANT |$UInt32| ...) ; compiling (DEFCONSTANT |$Int64| ...) ; compiling (DEFCONSTANT |$UInt64| ...) ; compiling (DEFCONSTANT |$SmallInteger| ...) ; compiling (DEFCONSTANT |$SingleInteger| ...) ; compiling (DEFCONSTANT |$Integer| ...) ; compiling (DEFCONSTANT |$NonNegativeInteger| ...) ; compiling (DEFCONSTANT |$PositiveInteger| ...) ; compiling (DEFCONSTANT |$QuotientField| ...) ; compiling (DEFCONSTANT |$RationalNumber| ...) ; compiling (DEFCONSTANT |$ComplexInteger| ...) ; compiling (DEFCONSTANT |$Float| ...) ; compiling (DEFCONSTANT |$DoubleFloat| ...) ; compiling (DEFCONSTANT |$BigFloat| ...) ; compiling (DEFCONSTANT |$String| ...) ; compiling (DEFCONSTANT |$Symbol| ...) ; compiling (DEFCONSTANT |$Identifier| ...) ; compiling (DEFCONSTANT |$EmptyMode| ...) ; compiling (DEFCONSTANT |$OutputForm| ...) ; compiling (DEFCONSTANT |$InputForm| ...) ; compiling (DEFCONSTANT |$FunctionalExpression| ...) ; compiling (DEFCONSTANT |$TexFormat| ...) ; compiling (DEFCONSTANT |$MathMLFormat| ...) ; compiling (DEFCONSTANT |$AnonymousFunction| ...) ; compiling (DEFCONSTANT |$Exit| ...) ; compiling (DEFCONSTANT |$ThrowAwayMode| ...) ; compiling (DEFCONSTANT |$NoValueMode| ...) ; compiling (DEFCONSTANT |$ExitMode| ...) ; compiling (DEFCONSTANT |$SystemPointer| ...) ; compiling (DEFCONSTANT |$Category| ...) ; compiling (DEFCONSTANT |$Type| ...) ; compiling (DEFCONSTANT |$Domain| ...) ; compiling (DEFCONSTANT |$Mode| ...) ; compiling (DEFCONSTANT |$CategoryConstructor| ...) ; compiling (DEFCONSTANT |$DomainConstructor| ...) ; compiling (DEFCONSTANT |$StringCategory| ...) ; compiling (DEFCONSTANT |$LangSupportTypes| ...) ; compiling (DEFCONSTANT |$NonMentionableDomainNames| ...) ; compiling (DEFCONSTANT |$SpecialDomainNames| ...) ; compiling (DEFCONSTANT |$SystemInlinableConstructorNames| ...) ; compiling (DEFCONSTANT |$DomainsInScope| ...) ; compiling (DEFCONSTANT |$InitialDomainsInScope| ...) ; compiling (DEFCONSTANT |$underDomainAlist| ...) ; compiling (DEFCONSTANT |$DummyFunctorNames| ...) ; compiling (DEFCONSTANT |$EmptyEnvironment| ...) ; compiling (DEFCONSTANT |$LocalFrame| ...) ; compiling (DEFCONSTANT |$EmptyString| ...) ; compiling (DEFCONSTANT |$EmptyVector| ...) ; compiling (DEFCONSTANT |$failure| ...) ; compiling (DEFCONSTANT |$InitialModemapFrame| ...) ; compiling (DEFCONSTANT |$Zero| ...) ; compiling (DEFCONSTANT |$One| ...) ; compiling (DEFCONSTANT |$NoValue| ...) ; compiling (DEFCONSTANT |$exitMode| ...) ; compiling (DEFCONSTANT |$leaveMode| ...) ; compiling (DEFCONSTANT |$IndexFilename| ...) ; compiling (DEFCONSTANT $FILETYPE-TABLE ...) ; compiling (DEFCONSTANT |$BuiltinAttributes| ...) ; compiling (DEFCONSTANT BLANK ...) ; compiling (DEFCONSTANT UNDERBAR ...) ; compiling (DEFCONSTANT |$quitTag| ...) ; compiling (DEFCONSTANT |$SessionManager| ...) ; compiling (DEFCONSTANT |$ViewportServer| ...) ; compiling (DEFCONSTANT |$MenuServer| ...) ; compiling (DEFCONSTANT |$SessionIO| ...) ; compiling (DEFCONSTANT |$InterpWindow| ...) ; compiling (DEFCONSTANT |$KillSpad| ...) ; compiling (DEFCONSTANT |$CreateFrame| ...) ; compiling (DEFCONSTANT |$SwitchFrames| ...) ; compiling (DEFCONSTANT |$EndOfOutput| ...) ; compiling (DEFCONSTANT |$CallInterp| ...) ; compiling (DEFCONSTANT |$EndSession| ...) ; compiling (DEFCONSTANT |$LispCommand| ...) ; compiling (DEFCONSTANT |$SpadCommand| ...) ; compiling (DEFCONSTANT |$SendXEventToHyperTeX| ...) ; compiling (DEFCONSTANT |$QuietSpadCommand| ...) ; compiling (DEFCONSTANT |$CloseClient| ...) ; compiling (DEFCONSTANT |$QueryClients| ...) ; compiling (DEFCONSTANT |$QuerySpad| ...) ; compiling (DEFCONSTANT |$NonSmanSession| ...) ; compiling (DEFCONSTANT |$KillLispSystem| ...) ; compiling (DEFCONSTANT |$SpadReaderTag| ...) ; compiling (DEFCONSTANT |$intTopLevel| ...) ; compiling (DEFCONSTANT |$defaultOptimizationLevel| ...) ; compiling (DEFCONSTANT |$OperatorFunctionNames| ...) ; compiling (DEFCONSTANT |%categoryKind| ...) ; compiling (DEFCONSTANT |%domainKind| ...) ; compiling (DEFCONSTANT |%packageKind| ...) ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/sys-constants.fasl written ; compilation finished in 0:00:00.074 ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=hash.fasl --load-directory=. ../../../open-axiom/src/interp/hash.lisp ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/interp/hash.lisp" (written 11 JAN 2016 09:41:16 PM): ; compiling (IMPORT-MODULE "types") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFUN MAKE-HASHTABLE ...) ; compiling (DEFMACRO HGET ...) ; compiling (DEFUN HKEYS ...) ; compiling (DEFUN HPUT ...) ; compiling (DEFUN HPUT* ...) ; compiling (DEFMACRO HREM ...) ; compiling (DEFUN HREMPROP ...) ; compiling (DEFINE-FUNCTION (QUOTE HCLEAR) ...) ; compiling (DEFINE-FUNCTION (QUOTE HASHTABLEP) ...) ; compiling (DEFINE-FUNCTION (QUOTE HASHEQ) ...) ; compiling (DEFINE-FUNCTION (QUOTE HASHUEQUAL) ...) ; compiling (DEFINE-FUNCTION (QUOTE HASHCVEC) ...) ; compiling (DEFINE-FUNCTION (QUOTE HASHID) ...) ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/hash.fasl written ; compilation finished in 0:00:00.068 ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=sys-globals.fasl --load-directory=. ../../../open-axiom/src/interp/sys-globals.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/sys-globals.clisp" (written 01 FEB 2016 10:52:37 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "hash") ; compiling (IMPORT-MODULE "sys-constants") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFPARAMETER |$saturn| ...) ; compiling (DEFPARAMETER $SPAD_ERRORS ...) ; compiling (DEFPARAMETER |$abbreviationTable| ...) ; compiling (DEFPARAMETER |$bootStrapMode| ...) ; compiling (DEFPARAMETER |$BreakMode| ...) ; compiling (DEFPARAMETER |$cacheAlist| ...) ; compiling (DEFPARAMETER |$cacheCount| ...) ; compiling (DEFPARAMETER |$createUpdateFiles| ...) ; compiling (DEFPARAMETER |$currentFunction| ...) ; compiling (DEFPARAMETER |$currentLine| ...) ; compiling (DEFPARAMETER |$domainTraceNameAssoc| ...) ; compiling (DEFPARAMETER |$exitModeStack| ...) ; compiling (DEFPARAMETER |$IOindex| ...) ; compiling (DEFPARAMETER |$inputPromptType| ...) ; compiling (DEFPARAMETER |$whereList| ...) ; compiling (DEFPARAMETER |$warningStack| ...) ; compiling (DEFPARAMETER |$form| ...) ; compiling (DEFPARAMETER |$fromSpadTrace| ...) ; compiling (DEFPARAMETER |$genSDVar| ...) ; compiling (DEFPARAMETER |$Index| ...) ; compiling (DEFPARAMETER |$inLispVM| ...) ; compiling (DEFPARAMETER |$insideCapsuleFunctionIfTrue| ...) ; compiling (DEFPARAMETER |$insideCoerceInteractiveHardIfTrue| ...) ; compiling (DEFPARAMETER |$insideConstructIfTrue| ...) ; compiling (DEFPARAMETER |$insideExpressionIfTrue| ...) ; compiling (DEFPARAMETER |$insideFunctorIfTrue| ...) ; compiling (DEFPARAMETER |$insideWhereIfTrue| ...) ; compiling (DEFPARAMETER |$InteractiveFrame| ...) ; compiling (DEFPARAMETER |$e| ...) ; compiling (DEFPARAMETER |$env| ...) ; compiling (DEFPARAMETER |$InteractiveTimingStatsIfTrue| ...) ; compiling (DEFPARAMETER |$forceDatabaseUpdate| ...) ; compiling (DEFPARAMETER |$leaveLevelStack| ...) ; compiling (DEFPARAMETER |$letAssoc| ...) ; compiling (DEFPARAMETER |$lisplibOperationAlist| ...) ; compiling (DEFPARAMETER |$mapSubNameAlist| ...) ; compiling (DEFPARAMETER |$mathTrace| ...) ; compiling (DEFPARAMETER |$mathTraceList| ...) ; compiling (DEFPARAMETER |$prefix| ...) ; compiling (DEFPARAMETER |$PrettyPrint| ...) ; compiling (DEFPARAMETER |$previousTime| ...) ; compiling (DEFPARAMETER |$useBFasDefault| ...) ; compiling (DEFPARAMETER |$semanticErrorStack| ...) ; compiling (DEFPARAMETER |$reportExitModeStack| ...) ; compiling (DEFPARAMETER |$tracedModemap| ...) ; compiling (DEFPARAMETER |$tracedSpadModemap| ...) ; compiling (DEFPARAMETER |$traceletFunctions| ...) ; compiling (DEFPARAMETER |$useDCQnotLET| ...) ; compiling (DEFPARAMETER |$TranslateOnly| ...) ; compiling (DEFPARAMETER |$topOp| ...) ; compiling (DEFPARAMETER |$streamCount| ...) ; compiling (DEFPARAMETER $FUNCTION ...) ; compiling (DEFPARAMETER $FUNNAME ...) ; compiling (DEFPARAMETER $FUNNAME_TAIL ...) ; compiling (DEFPARAMETER $LINESTACK ...) ; compiling (DEFPARAMETER $MAXLINENUMBER ...) ; compiling (DEFPARAMETER $OLDLINE ...) ; compiling (DEFPARAMETER |$PrintOnly| ...) ; compiling (DEFPARAMETER |$QuickLet| ...) ; compiling (DEFPARAMETER |$reportBottomUpFlag| ...) ; compiling (DEFPARAMETER |$reportFlag| ...) ; compiling (DEFPARAMETER |$returnMode| ...) ; compiling (DEFPARAMETER |$SetFunctions| ...) ; compiling (DEFPARAMETER |$sourceFileTypes| ...) ; compiling (DEFPARAMETER |$printLoadMsgs| ...) ; compiling (DEFPARAMETER |$reportCompilation| ...) ; compiling (DEFPARAMETER |$CategoryFrame| ...) ; compiling (DEFPARAMETER |$spadLibFT| ...) ; compiling (DEFPARAMETER |$compilingMap| ...) ; compiling (DEFPARAMETER $TRACELETFLAG ...) ; compiling (DEFPARAMETER $NEWSPAD ...) ; compiling (DEFPARAMETER |$insideCoerceInteractive| ...) ; compiling (DEFPARAMETER |$insideEvalMmCondIfTrue| ...) ; compiling (DEFPARAMETER |$UserLevel| ...) ; compiling (DEFPARAMETER $DIRECTORY-LIST ...) ; compiling (DEFPARAMETER $LIBRARY-DIRECTORY-LIST ...) ; compiling (DEFPARAMETER |$byConstructors| ...) ; compiling (DEFPARAMETER |$constructorsSeen| ...) ; compiling (DEFPARAMETER |$docList| ...) ; compiling (DEFPARAMETER |$headerDocumentation| ...) ; compiling (DEFPARAMETER |$constructorLineNumber| ...) ; compiling (DEFPARAMETER |$maxSignatureLineNumber| ...) ; compiling (DEFPARAMETER SPADERRORSTREAM ...) ; compiling (DEFPARAMETER /VERSION ...) ; compiling (DEFPARAMETER /WSNAME ...) ; compiling (DEFPARAMETER LINE ...) ; compiling (DEFPARAMETER |$Echo| ...) ; compiling (DEFPARAMETER |$HasCategoryTable| ...) ; compiling (DEFPARAMETER *BUILD-VERSION* ...) ; compiling (DEFPARAMETER *YEARWEEK* ...) ; compiling (DEFPARAMETER /TRACENAMES ...) ; compiling (DEFPARAMETER |$highlightAllowed| ...) ; compiling (SETQ *PRINT-CIRCLE* ...) ; compiling (SETQ *PRINT-ARRAY* ...) ; compiling (SETQ *PRINT-PRETTY* ...) ; compiling (DEFPARAMETER INPUT-LIBRARIES ...) ; compiling (DEFPARAMETER OUTPUT-LIBRARY ...) ; compiling (DEFPARAMETER |$editFile| ...) ; compiling (DEFPARAMETER |$newConlist| ...) ; compiling (DEFPARAMETER |$useRepresentationHack| ...) ; compiling (DEFPARAMETER |$insideCanCoerceFrom| ...) ; compiling (DEFPARAMETER |$sourceFiles| ...) ; compiling (DEFPARAMETER |$x| ...) ; compiling (DEFPARAMETER |$f| ...) ; compiling (DEFPARAMETER |$m| ...) ; compiling (DEFPARAMETER /SOURCEFILES ...) ; compiling (DEFPARAMETER /SPACELIST ...) ; compiling (DEFPARAMETER |$categoryPredicateList| ...) ; compiling (DEFPARAMETER |$getDomainCode| ...) ; compiling (DEFPARAMETER |$addForm| ...) ; compiling (DEFPARAMETER |$compForModeIfTrue| ...) ; compiling (DEFPARAMETER |$algebraOutputStream| ...) ; compiling (DEFPARAMETER |$texOutputStream| ...) ; compiling (DEFPARAMETER |$fortranOutputStream| ...) ; compiling (DEFPARAMETER |$buildingSystemAlgebra| ...) ; compiling (DEFPARAMETER |$verbose| ...) ; compiling (DEFPARAMETER |$optimizeRep| ...) ; compiling (DEFPARAMETER |$leanMode| ...) ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/sys-globals.fasl written ; compilation finished in 0:00:00.061 ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=vmlisp.fasl --load-directory=. ../../../open-axiom/src/interp/vmlisp.lisp ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/interp/vmlisp.lisp" (written 11 JAN 2016 09:41:16 PM): ; compiling (IMPORT-MODULE "types") ; compiling (IMPORT-MODULE "sys-globals") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFVAR *EMBEDDED-FUNCTIONS* ...) ; compiling (DEFVAR MACERRORCOUNT ...) ; compiling (DEFVAR *READ-PLACE-HOLDER* ...) ; compiling (DEFMACRO CLOSEDFN ...) ; compiling (DEFMACRO DCQ ...) ; compiling (DEFMACRO DIFFERENCE ...) ; compiling (DEFMACRO DSETQ ...) ; compiling (DEFMACRO ECQ ...) ; compiling (DEFUN EQUABLE ...) ; compiling (DEFMACRO EQCAR ...) ; compiling (DEFMACRO EQQ ...) ; compiling (DEFMACRO |equal| ...) ; compiling (DEFMACRO EXIT ...) ; compiling (DEFMACRO GREATERP ...) ; compiling (DEFMACRO I= ...) ; compiling (DEFMACRO |idChar?| ...) ; compiling (DEFMACRO IFCAR ...) ; compiling (DEFMACRO IFCDR ...) ; compiling (DEFMACRO MINUS ...) ; compiling (DEFMACRO NE ...) ; compiling (DEFMACRO PLUS ...) ; compiling (DEFMACRO QCAR ...) ; compiling (DEFMACRO QCDR ...) ; compiling (DEFMACRO QCAAR ...) ; compiling (DEFMACRO QCADR ...) ; compiling (DEFMACRO QCDAR ...) ; compiling (DEFMACRO QCDDR ...) ; compiling (DEFMACRO QCAAAR ...) ; compiling (DEFMACRO QCAADR ...) ; compiling (DEFMACRO QCADAR ...) ; compiling (DEFMACRO QCADDR ...) ; compiling (DEFMACRO QCDAAR ...) ; compiling (DEFMACRO QCDADR ...) ; compiling (DEFMACRO QCDDAR ...) ; compiling (DEFMACRO QCDDDR ...) ; compiling (DEFMACRO QEQQ ...) ; compiling (DEFMACRO QRPLACA ...) ; compiling (DEFMACRO QRPLACD ...) ; compiling (DEFMACRO QRPLQ ...) ; compiling (DEFMACRO RESETQ ...) ; compiling (DEFMACRO RPLQ ...) ; compiling (DEFMACRO RVECP ...) ; compiling (DEFMACRO SETQP ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/interp/vmlisp.lisp ; in: DEFMACRO SETQP ; (DEFMACRO BOOT::SETQP (&WHOLE BOOT::FORM BOOT::PATTERN EXP) ; `(,(BOOT::DCQEXP BOOT::PATTERN '=) ,EXP)) ; ; caught STYLE-WARNING: ; The variable FORM is defined but never used. ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/interp/vmlisp.lisp ; in: DEFMACRO SETQP ; (DEFMACRO BOOT::SETQP (&WHOLE BOOT::FORM BOOT::PATTERN EXP) ; `(,(BOOT::DCQEXP BOOT::PATTERN '=) ,EXP)) ; --> PROGN EVAL-WHEN SB-C::%DEFMACRO SB-C::%DEFMACRO SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA (MACRO-FUNCTION BOOT::SETQP) ; (#:EXPR #:ENV &AUX (BOOT::FORM #:EXPR)) ; (DECLARE (IGNORE #:ENV)) ; (SB-C::NAMED-DS-BIND (:MACRO BOOT::SETQP . DEFMACRO) ; (BOOT::PATTERN EXP) ; (CDR #:EXPR) ; (BLOCK BOOT::SETQP `(,(BOOT::DCQEXP BOOT::PATTERN '=) ,EXP)))) ; ; caught STYLE-WARNING: ; The variable FORM is defined but never used. ; compiling (DEFMACRO SEQ ...) ; compiling (DEFMACRO SUBRP ...) ; compiling (DEFMACRO TIMES ...) ; compiling (DEFINE-FUNCTION (QUOTE TEMPUS-FUGIT) ...) ; compiling (DEFUN $TOTAL-ELAPSED-TIME ...) ; compiling (DEFUN $TOTAL-GC-TIME ...) ; compiling (DEFUN WRAP ...) ; compiling (DEFUN LOTSOF ...) ; compiling (DEFUN IVECP ...) ; compiling (DEFUN MBPIP ...) ; compiling (DEFUN FBPIP ...) ; compiling (DEFUN DIGITP ...) ; compiling (DEFUN DIG2FIX ...) ; compiling (DEFUN LN ...) ; compiling (DEFUN LOG2 ...) ; compiling (DEFUN |log| ...) ; compiling (DEFUN |ioTerminal?| ...) ; compiling (DEFUN NILFN ...) ; compiling (DEFUN UPCASE ...) ; compiling (DEFINE-FUNCTION (QUOTE U-CASE) ...) ; compiling (DEFUN DOWNCASE ...) ; compiling (DEFINE-FUNCTION (QUOTE L-CASE) ...) ; compiling (DEFUN PNAME ...) ; compiling (DEFUN PROPLIST ...) ; compiling (DEFUN PLIST2ALIST ...) ; compiling (DEFUN PUT ...) ; compiling (DEFINE-FUNCTION (QUOTE MAKEPROP) ...) ; compiling (DEFINE-FUNCTION (QUOTE FIX) ...) ; compiling (DEFINE-FUNCTION (QUOTE INT2RNUM) ...) ; compiling (DEFUN QUOTIENT ...) ; compiling (DEFINE-FUNCTION (QUOTE VM/) ...) ; compiling (DEFUN REMAINDER ...) ; compiling (DEFUN DIVIDE ...) ; compiling (DEFUN RPLPAIR ...) ; compiling (DEFUN RPLNODE ...) ; compiling (DEFUN VEC2LIST ...) ; compiling (DEFUN |member| ...) ; compiling (DEFUN |assoc| ...) ; compiling (DEFUN GETREFV ...) ; compiling (DEFUN LIST2VEC ...) ; compiling (DEFUN SIZE ...) ; compiling (DEFINE-FUNCTION (QUOTE MOVEVEC) ...) ; compiling (DEFUN CHARP ...) ; compiling (DEFUN CGREATERP ...) ; compiling (DEFINE-FUNCTION (QUOTE STRGREATERP) ...) ; compiling (DEFINE-FUNCTION (QUOTE STRCONC) ...) ; compiling (DEFUN STRING2ID-N ...) ; compiling (DEFUN SUBSTRING ...) ; compiling (DEFUN STRPOS ...) ; compiling (DEFUN STRPOSL ...) ; compiling (DEFUN SUFFIX ...) ; compiling (DEFUN SETSIZE ...) ; compiling (DEFUN RPLACSTR ...) ; compiling (DEFUN MSUBST ...) ; compiling (DEFUN |nsubst| ...) ; compiling (DEFUN COPY ...) ; compiling (DEFUN DCQEXP ...) ; compiling (DEFUN DCQGENEXP ...) ; compiling (DEFUN ECQEXP ...) ; compiling (DEFUN ECQGENEXP ...) ; compiling (DEFUN RCQEXP ...) ; compiling (DEFUN RCQGENEXP ...) ; compiling (DEFINE-FUNCTION (QUOTE NEXT) ...) ; compiling (DEFINE-FUNCTION (QUOTE PRIN2CVEC) ...) ; compiling (DEFINE-FUNCTION (QUOTE STRINGIMAGE) ...) ; compiling (DEFUN |F,PRINT-ONE| ...) ; compiling (DEFUN PRETTYPRINT ...) ; compiling (DEFUN PRETTYPRIN0 ...) ; compiling (DEFUN TAB ...) ; compiling (DEFUN MAKE-INSTREAM ...) ; compiling (DEFUN MAKE-OUTSTREAM ...) ; compiling (DEFUN MAKE-APPENDSTREAM ...) ; compiling (DEFUN DEFIOSTREAM ...) ; compiling (DEFUN SHUT ...) ; compiling (DEFUN EMBEDDED ...) ; compiling (DEFUN EMBED ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/interp/vmlisp.lisp ; in: DEFUN EMBED ; (SETQ BOOT::CURRENT-BINDING ; (ERROR ; (FORMAT NIL "invalid argument ~s to EMBED" BOOT::CURRENT-BINDING))) ; ; note: deleting unreachable code ; compiling (DEFUN UNEMBED ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/interp/vmlisp.lisp ; in: DEFUN UNEMBED ; (BOOT::ECQ ((BOOT::CURRENT-BINDING BOOT::CUR-DEF)) BOOT::E-LIST) ; --> BOOT::EQQ ; --> (LAMBDA (#:G1637) (PROG (#:G1639 #:G1638) (COND ((ATOM #:G1637) (GO BOOT::BAD))) (SETQ #:G1638 (CAR #:G1637)) (COND ((ATOM #:G1638) (GO BOOT::BAD))) (COND ((NOT (EQ BOOT::CURRENT-BINDING #)) (GO BOOT::BAD))) (SETQ #:G1638 (CDR #:G1638)) (COND ((ATOM #:G1638) (GO BOOT::BAD))) (COND ((NOT (EQ BOOT::CUR-DEF #)) (GO BOOT::BAD))) (RETURN (QUOTE BOOT::TRUE)) BOOT::BAD (RETURN NIL))) ; --> SB-C::%FUNCALL PROG BLOCK ; ==> ; (LET (#:G1639 #:G1638) ; (TAGBODY ; (COND ((ATOM #:G1637) (GO BOOT::BAD))) ; (SETQ #:G1638 (CAR #:G1637)) ; (COND ((ATOM #:G1638) (GO BOOT::BAD))) ; (COND ((NOT #) (GO BOOT::BAD))) ; (SETQ #:G1638 (CDR #:G1638)) ; (COND ((ATOM #:G1638) (GO BOOT::BAD))) ; (COND ((NOT #) (GO BOOT::BAD))) ; (RETURN 'BOOT::TRUE) ; BOOT::BAD ; (RETURN NIL))) ; ; caught STYLE-WARNING: ; The variable #:G1639 is defined but never used. ; (BOOT::ECQ ((BOOT::CURRENT-BINDING BOOT::CUR-DEF)) (BOOT::QCDR BOOT::TMP)) ; --> BOOT::EQQ ; --> (LAMBDA (#:G1642) (PROG (#:G1644 #:G1643) (COND ((ATOM #:G1642) (GO BOOT::BAD))) (SETQ #:G1643 (CAR #:G1642)) (COND ((ATOM #:G1643) (GO BOOT::BAD))) (COND ((NOT (EQ BOOT::CURRENT-BINDING #)) (GO BOOT::BAD))) (SETQ #:G1643 (CDR #:G1643)) (COND ((ATOM #:G1643) (GO BOOT::BAD))) (COND ((NOT (EQ BOOT::CUR-DEF #)) (GO BOOT::BAD))) (RETURN (QUOTE BOOT::TRUE)) BOOT::BAD (RETURN NIL))) ; --> SB-C::%FUNCALL PROG BLOCK ; ==> ; (LET (#:G1644 #:G1643) ; (TAGBODY ; (COND ((ATOM #:G1642) (GO BOOT::BAD))) ; (SETQ #:G1643 (CAR #:G1642)) ; (COND ((ATOM #:G1643) (GO BOOT::BAD))) ; (COND ((NOT #) (GO BOOT::BAD))) ; (SETQ #:G1643 (CDR #:G1643)) ; (COND ((ATOM #:G1643) (GO BOOT::BAD))) ; (COND ((NOT #) (GO BOOT::BAD))) ; (RETURN 'BOOT::TRUE) ; BOOT::BAD ; (RETURN NIL))) ; ; caught STYLE-WARNING: ; The variable #:G1644 is defined but never used. ; compiling (DEFUN FLAT-BV-LIST ...) ; compiling (DEFUN VARP ...) ; compiling (DEFUN CURRENTTIME ...) ; compiling (DEFUN $SCREENSIZE ...) ; compiling (DEFUN DODSETQ ...) ; compiling (DEFUN SETQERROR ...) ; compiling (DEFUN MACRO-INVALIDARGS ...) ; compiling (DEFUN MACRO-MISSINGARGS ...) ; compiling (DEFUN MACERR ...) ; compiling (DEFUN GETL ...) ; compiling (DEFUN $SHOWLINE ...) ; compiling (DEFUN PLACEP ...) ; compiling (DEFUN VMREAD ...) ; compiling (DEFUN |read-line| ...) ; compiling (DEFUN GCMSG ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/interp/vmlisp.lisp ; in: DEFUN GCMSG ; (DEFUN BOOT::GCMSG (BOOT::X)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::GCMSG ; (BOOT::X) ; (BLOCK BOOT::GCMSG)) ; ; caught STYLE-WARNING: ; The variable X is defined but never used. ; compiling (DEFUN BPINAME ...) ; compiling (DEFUN MAKE-STRING-ADJUSTABLE ...) ; compiling (DEFUN MAKE-ADJUSTABLE-STRING ...) ; compiling (DEFUN COMPARE ...) ; compiling (DEFUN ?ORDER ...) ; compiling (DEFMACRO |Zero| ...) ; compiling (DEFMACRO |One| ...) ; compiling (DEFUN PROPERTY ...) ; compiling (DEFVAR $GENNO ...) ; compiling (DEFUN GENVAR ...) ; compiling (DEFUN IS_GENVAR ...) ; compiling (DEFUN |IS_#GENVAR| ...) ; compiling (DEFUN TRIMLZ ...) ; compiling (DEFUN GETCHARN ...) ; compiling (DEFUN STRINGPAD ...) ; compiling (DEFUN STRINGSUFFIX ...) ; compiling (DEFUN THETACHECK ...) ; compiling (DEFMACRO TL ...) ; compiling (DEFUN LISTOFATOMS ...) ; compiling (DEFUN LASTATOM ...) ; compiling (DEFUN NUMOFNODES ...) ; compiling (DEFUN TRUNCLIST ...) ; compiling (DEFUN TRUNCLIST-1 ...) ; compiling (DEFUN PREDECESSOR ...) ; compiling (DEFUN REMDUP ...) ; compiling (DEFUN AS-INSERT ...) ; compiling (DEFUN AS-INSERT1 ...) ; compiling (DEFUN LENGTHENVEC ...) ; compiling (DEFUN MAKE-INIT-VECTOR ...) ; compiling (DEFUN STREAM-EOF ...) ; compiling (DEFUN CONSOLEINPUTP ...) ; compiling (DEFVAR $FILELINENUMBER ...) ; compiling (DEFVAR $PROMPT ...) ; compiling (DEFVAR STREAM-BUFFER ...) ; compiling (DEFUN NEXTSTRMLINE ...) ; compiling (DEFUN CURSTRMLINE ...) ; compiling (DEFVAR *EOF* ...) ; compiling (DEFUN CURMAXINDEX ...) ; compiling (DEFUN ADJCURMAXINDEX ...) ; compiling (DEFUN STRMBLANKLINE ...) ; compiling (DEFUN STRMSKIPTOBLANK ...) ; compiling (DEFUN ATOM2STRING ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/interp/vmlisp.lisp ; in: DEFUN ATOM2STRING ; (COND ((ATOM BOOT::X) (SYMBOL-NAME BOOT::X)) ((STRINGP BOOT::X) BOOT::X) ; ((WRITE-TO-STRING BOOT::X))) ; --> IF COND IF PROGN ; ==> ; BOOT::X ; ; note: deleting unreachable code ; compiling (DEFUN BLANKS ...) ; compiling (DEFUN DEFSTREAM ...) ; compiling (DEFUN NOTE ...) ; compiling (DEFUN |ioTerminal?-NOT-XEDIT| ...) ; compiling (DEFUN POINTW ...) ; compiling (DEFUN POINT ...) ; compiling (DEFUN STRM ...) ; compiling (DEFMACRO |elapsedUserTime| ...) ; compiling (DEFMACRO |elapsedGcTime| ...) ; compiling (DEFUN |deleteWOC| ...) ; compiling (PROCLAIM (QUOTE #)) ; compiling (DEFUN |subWord| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/interp/vmlisp.lisp ; in: DEFUN |subWord| ; 'T ; ; note: deleting unreachable code ; (BOOT::SPADLET BOOT::|n| 0) ; ==> ; BOOT::|n| ; ; note: deleting unreachable code ; (RETURN BOOT::|word|) ; --> RETURN-FROM ; ==> ; BOOT::|word| ; ; note: deleting unreachable code ; (BOOT::SPADLET BOOT::|inWord| NIL) ; ==> ; BOOT::|inWord| ; ; note: deleting unreachable code ; (NULL BOOT::|inWord|) ; --> IF ; ==> ; BOOT::|inWord| ; ; note: deleting unreachable code ; (EQL BOOT::|n| BOOT::N) ; ==> ; BOOT::|n| ; ; note: deleting unreachable code ; 'T ; ; note: deleting unreachable code ; ; note: deleting unreachable code ; 'STANDARD-CHAR ; ; note: deleting unreachable code ; (BOOT::SPADLET BOOT::|inWord| 'T) ; ==> ; BOOT::|inWord| ; ; note: deleting unreachable code ; (AREF BOOT::|str| BOOT::|i|) ; ==> ; BOOT::|str| ; ; note: deleting unreachable code ; 'T ; ; note: deleting unreachable code ; (NULL BOOT::|inWord|) ; --> IF ; ==> ; BOOT::|inWord| ; ; note: deleting unreachable code ; (EQL BOOT::|n| BOOT::N) ; ==> ; BOOT::|n| ; ; note: deleting unreachable code ; (EQ BOOT::|word| 'BOOT::||) ; ==> ; BOOT::|word| ; ; note: deleting unreachable code ; (OR BOOT::|word| (ERROR "bad")) ; --> LET ; ==> ; BOOT::|word| ; ; note: deleting unreachable code ; (AREF BOOT::|str| BOOT::|i|) ; ==> ; BOOT::|str| ; ; note: deleting unreachable code ; (1+ BOOT::|i|) ; --> + ; ==> ; BOOT::|i| ; ; note: deleting unreachable code ; (> BOOT::|i| BOOT::|l|) ; ==> ; BOOT::|i| ; ; note: deleting unreachable code ; (> BOOT::N BOOT::|n|) ; ==> ; BOOT::N ; ; note: deleting unreachable code ; 'T ; ; note: deleting unreachable code ; (COND ((> BOOT::N BOOT::|n|) NIL) ('T BOOT::|word|)) ; --> IF COND IF PROGN ; ==> ; BOOT::|word| ; ; note: deleting unreachable code ; (ERROR "bad") ; ==> ; "bad" ; ; note: deleting unreachable code ; compiling (DEFUN PRINT-FULL ...) ; compiling (DEFUN |applyWithOutputToString| ...) ; compiling (DEFUN |breakIntoLines| ...) ; compiling (DEFVAR HT ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/interp/vmlisp.lisp ; in: DEFUN |subWord| ; (BOOT::|#| BOOT::|str|) ; ; caught STYLE-WARNING: ; undefined function: |#| ; in: DEFUN ?ORDER ; (BOOT::CROAK "Do not understand") ; ; caught STYLE-WARNING: ; undefined function: CROAK ; in: DEFUN PROPERTY ; (BOOT::ELEM BOOT::Y BOOT::N) ; ; caught STYLE-WARNING: ; undefined function: ELEM ; in: DEFUN ADJCURMAXINDEX ; (BOOT::FAIL) ; ; caught STYLE-WARNING: ; undefined function: FAIL ; in: DEFUN CURMAXINDEX ; (BOOT::FAIL) ; ; caught STYLE-WARNING: ; undefined function: FAIL ; in: DEFUN CURSTRMLINE ; (BOOT::FAIL) ; ; caught STYLE-WARNING: ; undefined function: FAIL ; ; caught STYLE-WARNING: ; 4 more uses of undefined function FAIL ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/interp/vmlisp.lisp ; in: DEFUN ?ORDER ; (BOOT::GT BOOT::I (BOOT::MAXINDEX BOOT::U)) ; ; caught STYLE-WARNING: ; undefined function: GT ; (BOOT::MAXINDEX BOOT::U) ; ; caught STYLE-WARNING: ; undefined function: MAXINDEX ; in: DEFUN UNEMBED ; (BOOT::QCADDAR BOOT::E-LIST) ; ; caught STYLE-WARNING: ; undefined function: QCADDAR ; (BOOT::QCDDADR BOOT::TMP) ; ; caught STYLE-WARNING: ; undefined function: QCDDADR ; in: DEFUN |subWord| ; (BOOT::SPADDIFFERENCE (BOOT::|#| BOOT::|str|) 1) ; ; caught STYLE-WARNING: ; undefined function: SPADDIFFERENCE ; (BOOT::SPADLET BOOT::|l| (BOOT::SPADDIFFERENCE (BOOT::|#| BOOT::|str|) 1)) ; ; caught STYLE-WARNING: ; undefined function: SPADLET ; in: DEFUN GENVAR ; (BOOT::STRCONC "$" (WRITE-TO-STRING (SETQ BOOT::$GENNO (1+ BOOT::$GENNO)))) ; ; caught STYLE-WARNING: ; undefined function: STRCONC ; in: DEFUN THETACHECK ; (BOOT::THETA_ERROR BOOT::OP) ; ; caught STYLE-WARNING: ; undefined function: THETA_ERROR ; in: DEFUN DEFIOSTREAM ; (BOOT::|makeFilename| BOOT::FILENAME) ; ; caught STYLE-WARNING: ; undefined function: |makeFilename| ; in: DEFUN MAKE-APPENDSTREAM ; (BOOT::|makeFilename| BOOT::FILESPEC) ; ; caught STYLE-WARNING: ; undefined function: |makeFilename| ; in: DEFUN MAKE-OUTSTREAM ; (BOOT::|makeFilename| BOOT::FILESPEC) ; ; caught STYLE-WARNING: ; undefined function: |makeFilename| ; in: DEFUN DEFIOSTREAM ; (BOOT::|makeInputFilename| BOOT::FILENAME) ; ; caught STYLE-WARNING: ; undefined function: |makeInputFilename| ; in: DEFUN MAKE-INSTREAM ; (BOOT::|makeInputFilename| BOOT::FILESPEC) ; ; caught STYLE-WARNING: ; undefined function: |makeInputFilename| ; in: DEFUN |assoc| ; (BOOT::|scalarAssoc| BOOT::X BOOT::Y) ; ; caught STYLE-WARNING: ; undefined function: |scalarAssoc| ; in: DEFUN |ioTerminal?| ; (BOOT::|stdStreamIsTerminal| 0) ; ; caught STYLE-WARNING: ; undefined function: |stdStreamIsTerminal| ; ; compilation unit finished ; Undefined functions: ; |#| CROAK ELEM FAIL GT MAXINDEX QCADDAR QCDDADR SPADDIFFERENCE SPADLET STRCONC THETA_ERROR |makeFilename| |makeInputFilename| |scalarAssoc| |stdStreamIsTerminal| ; caught 27 STYLE-WARNING conditions ; printed 25 notes ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/vmlisp.fasl written ; compilation finished in 0:00:00.649 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=diagnostics.fasl --load-directory=. ../../../open-axiom/src/interp/diagnostics.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/diagnostics.clisp" (written 01 FEB 2016 10:52:38 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "sys-constants") ; compiling (IMPORT-MODULE "sys-globals") ; compiling (IMPORT-MODULE "vmlisp") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFUN |makeReasonable| ...) ; compiling (DEFUN |moanRetract| ...) ; compiling (DEFUN BUMPERRORCOUNT ...) ; compiling (DEFUN FAIL ...) ; compiling (DEFUN ERRHUH ...) ; compiling (DEFUN MOAN ...) ; compiling (DEFUN CROAK ...) ; compiling (DEFUN THETA_ERROR ...) ; compiling (DEFUN SAY ...) ; compiling (DEFUN MESSAGEPRINT ...) ; compiling (DEFUN MESSAGEPRINT-1 ...) ; compiling (DEFUN MESSAGEPRINT-2 ...) ; compiling (DEFPARAMETER |$sayBrightlyStream| ...) ; compiling (DEFUN |sayBrightlyNT1| ...) ; compiling (DEFUN |sayBrightly1| ...) ; compiling (DEFUN |sayBrightlyNT| ...) ; compiling (DEFUN |sayBrightly| ...) ; compiling (DEFUN |sayBrightlyI| ...) ; compiling (DEFUN |sayMSG| ...) ; compiling (DEFUN |sayMSG2File| ...) ; compiling (DEFUN |sayTeX| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/diagnostics.clisp ; in: DEFUN |sayBrightlyNT1| ; (BOOT::|brightPrint| BOOT::|x| BOOT::|out|) ; ; caught STYLE-WARNING: ; undefined function: |brightPrint| ; (BOOT::|brightPrint0| BOOT::|x| BOOT::|out|) ; ; caught STYLE-WARNING: ; undefined function: |brightPrint0| ; in: DEFUN |moanRetract| ; (BOOT::|error| ; (|AxiomCore|:CONCAT (BOOT::|makeReasonable| (BOOT::STRINGIMAGE BOOT::|v|)) ; " cannot be coerce to mode " ; (BOOT::|outputDomainConstructor| BOOT::|t|))) ; ; caught STYLE-WARNING: ; undefined function: |error| ; in: DEFUN |sayMSG2File| ; (BOOT::|makePathname| 'BOOT::|spadmsg| 'BOOT::|listing| NIL) ; ; caught STYLE-WARNING: ; undefined function: |makePathname| ; in: DEFUN |moanRetract| ; (BOOT::|outputDomainConstructor| BOOT::|t|) ; ; caught STYLE-WARNING: ; undefined function: |outputDomainConstructor| ; in: DEFUN CROAK ; (BOOT::|systemError| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; in: DEFUN ERRHUH ; (BOOT::|systemError| "problem with BOOT to LISP translation") ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; in: DEFUN FAIL ; (BOOT::|systemError| "Antique error (FAIL ENTERED)") ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; in: DEFUN THETA_ERROR ; (BOOT::|userError| ; (LIST "Sorry, do not know the identity element for " BOOT::|op|)) ; ; caught STYLE-WARNING: ; undefined function: |userError| ; ; compilation unit finished ; Undefined functions: ; |brightPrint| |brightPrint0| |error| |makePathname| |outputDomainConstructor| |systemError| |userError| ; caught 9 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/diagnostics.fasl written ; compilation finished in 0:00:00.037 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=union.fasl --load-directory=. ../../../open-axiom/src/interp/union.lisp ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/interp/union.lisp" (written 11 JAN 2016 09:41:16 PM): ; compiling (IMPORT-MODULE "vmlisp") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFUN |intersection| ...) ; compiling (DEFUN |union| ...) ; compiling (DEFUN SETDIFFERENCE ...) ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/union.fasl written ; compilation finished in 0:00:00.042 ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=sys-macros.fasl --load-directory=. ../../../open-axiom/src/interp/sys-macros.lisp ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/interp/sys-macros.lisp" (written 11 JAN 2016 09:41:16 PM): ; compiling (IMPORT-MODULE "union") ; compiling (IMPORT-MODULE "sys-globals") ; compiling (IMPORT-MODULE "diagnostics") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFCONSTANT |$Bell| ...) ; compiling (DEFCONSTANT |$Backspace| ...) ; compiling (DEFCONSTANT |$HorizontalTab| ...) ; compiling (DEFCONSTANT |$Newline| ...) ; compiling (DEFCONSTANT |$VerticalTab| ...) ; compiling (DEFCONSTANT |$FormFeed| ...) ; compiling (DEFCONSTANT |$CarriageReturn| ...) ; compiling (DEFMACRO |startsId?| ...) ; compiling (DEFMACRO |byteEqual| ...) ; compiling (DEFMACRO |byteLessThan| ...) ; compiling (DEFMACRO |byteGreaterEqual| ...) ; compiling (DEFMACRO |byteGreaterThan| ...) ; compiling (DEFMACRO |float| ...) ; compiling (DEFUN |makeSF| ...) ; compiling (DEFMACRO MAKE-BF ...) ; compiling (DEFUN MAKE-FLOAT ...) ; compiling (DEFMACRO QEQCAR ...) ; compiling (DEFUN IDENT-CHAR-LIT ...) ; compiling (DEFMACRO BOOT-EQUAL ...) ; compiling (DEFMACRO EQQUAL ...) ; compiling (DEFMACRO NEQUAL ...) ; compiling (DEFMACRO IEQUAL ...) ; compiling (DEFMACRO GE ...) ; compiling (DEFMACRO GT ...) ; compiling (DEFMACRO LE ...) ; compiling (DEFMACRO LT ...) ; compiling (DEFMACRO KAR ...) ; compiling (DEFMACRO KDR ...) ; compiling (DEFMACRO KADR ...) ; compiling (DEFMACRO KADDR ...) ; compiling (DEFUN FIRST-ERROR ...) ; compiling (DEFMACRO |SPADfirst| ...) ; compiling (DEFMACRO ELEM ...) ; compiling (DEFUN NLIST ...) ; compiling (DEFMACRO |makeSimpleArray| ...) ; compiling (DEFMACRO |makeFilledSimpleArray| ...) ; compiling (DEFMACRO |makeSimpleArrayFromList| ...) ; compiling (DEFMACRO |getSimpleArrayEntry| ...) ; compiling (DEFMACRO |setSimpleArrayEntry| ...) ; compiling (DEFMACRO |sizeOfSimpleArray| ...) ; compiling (DEFMACRO |maxIndexOfSimpleArray| ...) ; compiling (DEFMACRO |function| ...) ; compiling (DEFMACRO SPADCALL ...) ; compiling (DEFMACRO SPADDIFFERENCE ...) ; compiling (DEFMACRO IS ...) ; compiling (DEFUN MKQ ...) ; compiling (DEFMACRO LETT ...) ; compiling (DEFMACRO SPADLET ...) ; compiling (DEFUN S+ ...) ; compiling (DEFUN S* ...) ; compiling (DEFUN S- ...) ; compiling (DEFUN MKPFFLATTEN ...) ; compiling (DEFUN MKPFFLATTEN-1 ...) ; compiling (DEFUN MKPF1 ...) ; compiling (DEFUN FLAG ...) ; compiling (DEFUN FLAGP ...) ; compiling (DEFUN REMFLAG ...) ; compiling (FLAG (QUOTE #) ...) ; compiling (DEFUN MKPF ...) ; compiling (DEFUN MKQSADD1 ...) ; compiling (DEFUN SEQOPT ...) ; compiling (DEFUN -REPEAT ...) ; compiling (DEFUN REPEAT-TRAN ...) ; compiling (DEFUN MK_LEFORM ...) ; compiling (DEFUN MK_LEFORM-CONS ...) ; compiling (DEFUN DO_LET ...) ; compiling (MAKEPROP (QUOTE CONS) ...) ; compiling (MAPC (FUNCTION #) ...) ; compiling (MAPC (FUNCTION #) ...) ; compiling (DEFUN AND2 ...) ; compiling (DEFUN OR2 ...) ; compiling (DEFUN NREVERSE-N ...) ; compiling (DEFUN REDUCE-1 ...) ; compiling (DEFUN REDUCE-N ...) ; compiling (DEFUN REDUCE-N-1 ...) ; compiling (DEFUN REDUCE-N-2 ...) ; compiling (DEFUN DELASC ...) ; compiling (DEFUN -REDUCE ...) ; compiling (DEFUN CONS-N ...) ; compiling (DEFUN APPEND-N ...) ; compiling (DEFUN -REDUCE-OP ...) ; compiling (DEFINE-FUNCTION (QUOTE |#|) ...) ; compiling (DEFMACRO REPEAT ...) ; compiling (DEFMACRO SUCHTHATCLAUSE ...) ; compiling (DEFMACRO SPADDO ...) ; compiling (DEFMACRO THETA ...) ; compiling (DEFMACRO THETA1 ...) ; compiling (DEFMACRO SPADREDUCE ...) ; compiling (DEFMACRO COLLECT ...) ; compiling (DEFMACRO |report| ...) ; compiling (DEFMACRO |quietlyIfInteractive| ...) ; compiling (DEFMACRO |withOutputFile| ...) ; compiling (DEFMACRO |spadConstant| ...) ; compiling (DEFMACRO |shellEntry| ...) ; compiling (DEFMACRO |assert| ...) ; compiling (DEFMACRO |:| ...) ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/sys-macros.fasl written ; compilation finished in 0:00:00.458 ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=sys-utility.fasl --load-directory=. ../../../open-axiom/src/interp/sys-utility.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/sys-utility.clisp" (written 01 FEB 2016 10:52:38 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "sys-constants") ; compiling (IMPORT-MODULE "vmlisp") ; compiling (IMPORT-MODULE "hash") ; compiling (IN-PACKAGE "BOOT") ; compiling (PROVIDE "sys-utility") ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFPARAMETER $COMBLOCKLIST ...) ; compiling (DEFCONSTANT |%littleEndian| ...) ; compiling (DEFCONSTANT |%bigEndian| ...) ; compiling (DEFCONSTANT |%unknownEndian| ...) ; compiling (DEFUN |%hostByteOrder| ...) ; compiling (DEFUN |getVMType| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |macrop| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |functionp| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN CONTAINED ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/sys-utility.clisp ; in: DEFUN CONTAINED ; (DEFUN BOOT::CONTAINED (BOOT::|x| BOOT::|y|) ; (COND ((SYMBOLP BOOT::|x|) (BOOT::|CONTAINED,eq| BOOT::|x| BOOT::|y|)) ; (T (BOOT::|CONTAINED,equal| BOOT::|x| BOOT::|y|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::CONTAINED ; (BOOT::|x| BOOT::|y|) ; (BLOCK BOOT::CONTAINED ; (COND ((SYMBOLP BOOT::|x|) (BOOT::|CONTAINED,eq| BOOT::|x| BOOT::|y|)) ; (T (BOOT::|CONTAINED,equal| BOOT::|x| BOOT::|y|))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |CONTAINED,eq| ...) ; compiling (DEFUN |CONTAINED,equal| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN ASSOCLEFT ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN ASSOCRIGHT ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN ADDASSOC ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN DELLASOS ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN LASSOC ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |rassoc| ...) ; compiling (DEFUN RECLAIM ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |makeAbsoluteFilename| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/sys-utility.clisp ; in: DEFUN |makeAbsoluteFilename| ; (DEFUN BOOT::|makeAbsoluteFilename| (BOOT::|name|) ; (|AxiomCore|:CONCAT (|AxiomCore|:|systemRootDirectory|) BOOT::|name|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|makeAbsoluteFilename| ; (BOOT::|name|) ; (BLOCK BOOT::|makeAbsoluteFilename| ; (|AxiomCore|:CONCAT (|AxiomCore|:|systemRootDirectory|) BOOT::|name|))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |existingFile?| ...) ; compiling (DEFUN |probeReadableFile| ...) ; compiling (DEFUN $REPLACE ...) ; compiling (DEFUN |checkMkdir| ...) ; compiling (DEFUN |getSystemModulePath| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |loadModule| ...) ; compiling (DEFUN |log10| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bitand| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bitior| ...) ; compiling (DEFUN |hashTable| ...) ; compiling (DEFUN |minimalise| ...) ; compiling (DEFUN |minimalise,min| ...) ; compiling (DEFUN |minimalise,hashCheck| ...) ; compiling (DEFCONSTANT |$InputIOMode| ...) ; compiling (DEFCONSTANT |$OutputIOMode| ...) ; compiling (DEFCONSTANT |$BothWaysIOMode| ...) ; compiling (DEFCONSTANT |$ClosedIOMode| ...) ; compiling (DEFUN |openBinaryFile| ...) ; compiling (DEFUN |writeByteToFile| ...) ; compiling (DEFUN |stringImage| ...) ; compiling (DEFUN |connectToHostAndPort| ...) ; compiling (DEFUN |readByteFromStreamSocket| ...) ; compiling (DEFUN |writeByteToStreamSocket| ...) ; compiling (DEFUN |makeByteBuffer| ...) ; compiling (DEFUN |symbolPosition| ...) ; compiling (DEFUN |valuePosition| ...) ; compiling (DEFUN |scalarAssoc| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/sys-utility.clisp ; in: DEFUN |scalarAssoc| ; (RETURN BOOT::|bfVar#2|) ; --> RETURN-FROM ; ==> ; BOOT::|bfVar#2| ; ; note: deleting unreachable code ; compiling (DEFUN |stringAssoc| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/sys-utility.clisp ; in: DEFUN |stringAssoc| ; (RETURN BOOT::|bfVar#2|) ; --> RETURN-FROM ; ==> ; BOOT::|bfVar#2| ; ; note: deleting unreachable code ; compiling (DEFUN |symbolTarget| ...) ; compiling (DEFUN |scalarTarget| ...) ; compiling (DEFUN |remove!| ...) ; compiling (DEFUN |sortBy| ...) ; compiling (DEFUN |upwardCut| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/sys-utility.clisp ; in: DEFUN |upwardCut| ; (DEFUN BOOT::|upwardCut| (BOOT::|x| BOOT::|l|) ; (LOOP ; (COND ((NOT #) (RETURN NIL)) ((EQ BOOT::|x| #) (RETURN BOOT::|l|)) ; (T (SETQ #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|upwardCut| ; (BOOT::|x| BOOT::|l|) ; (BLOCK BOOT::|upwardCut| (LOOP (COND (# #) (# #) (T #))))) ; ; note: Assignment to argument: |l| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |displayTextFile| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/sys-utility.clisp ; in: DEFUN |displayTextFile| ; (|AxiomCore|:|closeStream| BOOT::|stream|) ; --> CLOSE ; ==> ; BOOT::|stream| ; ; note: deleting unreachable code ; compiling (DEFMACRO |loopBody| ...) ; compiling (DEFMACRO |constructorDB| ...) ; compiling (DEFSTRUCT (|%Libstream| #) ...) ; compiling (DEFMACRO |mk%Libstream| ...) ; compiling (DEFMACRO |libIOMode| ...) ; compiling (DEFMACRO |libDirname| ...) ; compiling (DEFMACRO |libIndexTable| ...) ; compiling (DEFMACRO |libIndexStream| ...) ; compiling (DEFMACRO |libCodeStream| ...) ; compiling (DEFMACRO |libInsnStream| ...) ; compiling (DEFMACRO |libStationaryDirname| ...) ; compiling (DEFUN |makeLibstream| ...) ; compiling (DEFUN |makeFilename| ...) ; compiling (DEFUN |makeFullFilePath| ...) ; compiling (DEFUN |getDirectoryList| ...) ; compiling (DEFUN |makeInputFilename| ...) ; compiling (DEFUN |findFile| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/sys-utility.clisp ; in: DEFUN |sortBy| ; #'BOOT::GGREATERP ; ; caught STYLE-WARNING: ; undefined function: GGREATERP ; in: DEFUN |checkMkdir| ; (BOOT::|bright| BOOT::|path|) ; ; caught STYLE-WARNING: ; undefined function: |bright| ; in: DEFUN |getVMType| ; (BOOT::|devaluate| BOOT::|d|) ; ; caught STYLE-WARNING: ; undefined function: |devaluate| ; in: DEFUN |connectToHostAndPort| ; (BOOT::|doConnectToHostAndPort| BOOT::|addr| BOOT::|prot| BOOT::|port|) ; ; caught STYLE-WARNING: ; undefined function: |doConnectToHostAndPort| ; in: DEFUN |readByteFromStreamSocket| ; (BOOT::|doReadByteFromStreamSocket| BOOT::|s|) ; ; caught STYLE-WARNING: ; undefined function: |doReadByteFromStreamSocket| ; in: DEFUN |writeByteToStreamSocket| ; (BOOT::|doWriteByteToStreamSocket| BOOT::|s| BOOT::|b|) ; ; caught STYLE-WARNING: ; undefined function: |doWriteByteToStreamSocket| ; in: DEFUN |hashTable| ; (BOOT::|error| "bad arg to hashTable") ; ; caught STYLE-WARNING: ; undefined function: |error| ; in: DEFUN |%hostByteOrder| ; (BOOT::|getHostByteOrder|) ; ; caught STYLE-WARNING: ; undefined function: |getHostByteOrder| ; in: DEFUN |getDirectoryList| ; (BOOT::|getWorkingDirectory|) ; ; caught STYLE-WARNING: ; undefined function: |getWorkingDirectory| ; in: DEFUN |checkMkdir| ; (BOOT::|mkdir| BOOT::|path|) ; ; caught STYLE-WARNING: ; undefined function: |mkdir| ; in: DEFUN |probeReadableFile| ; (BOOT::|readablep| BOOT::|file|) ; ; caught STYLE-WARNING: ; undefined function: |readablep| ; in: DEFUN $REPLACE ; (BOOT::|removeFile| BOOT::|filespec1|) ; ; caught STYLE-WARNING: ; undefined function: |removeFile| ; (BOOT::|renameFile| (BOOT::|makeFullFilePath| BOOT::|filespec2|) ; BOOT::|filespec1|) ; ; caught STYLE-WARNING: ; undefined function: |renameFile| ; in: DEFUN |getSystemModulePath| ; (BOOT::|systemAlgebraDirectory|) ; ; caught STYLE-WARNING: ; undefined function: |systemAlgebraDirectory| ; in: DEFUN |checkMkdir| ; (BOOT::|systemError| ; (CONS "cannot create directory" (BOOT::|bright| BOOT::|path|))) ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; ; compilation unit finished ; Undefined functions: ; GGREATERP |bright| |devaluate| |doConnectToHostAndPort| |doReadByteFromStreamSocket| |doWriteByteToStreamSocket| |error| |getHostByteOrder| |getWorkingDirectory| |mkdir| |readablep| |removeFile| |renameFile| |systemAlgebraDirectory| |systemError| ; caught 15 STYLE-WARNING conditions ; printed 6 notes ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/sys-utility.fasl written ; compilation finished in 0:00:00.232 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=nlib.fasl --load-directory=. ../../../open-axiom/src/interp/nlib.lisp ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/interp/nlib.lisp" (written 11 JAN 2016 09:41:16 PM): ; compiling (IMPORT-MODULE "sys-macros") ; compiling (IMPORT-MODULE "sys-utility") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFUN RDEFIOSTREAM ...) ; compiling (DEFUN GET-INDEX-TABLE-FROM-STREAM ...) ; compiling (DEFUN GET-IO-INDEX-STREAM ...) ; compiling (DEFUN |getIndexIOStreamAndTable| ...) ; compiling (DEFUN WRITE-INDEXTABLE ...) ; compiling (DEFUN PUTINDEXTABLE ...) ; compiling (DEFUN RREAD ...) ; compiling (DEFVAR *LIB-VAR*) ; compiling (DEFUN RKEYIDS ...) ; compiling (DEFUN RWRITE ...) ; compiling (DEFUN MAKE-ENTRY ...) ; compiling (DEFUN RSHUT ...) ; compiling (DEFUN RPACKFILE ...) ; compiling (DEFUN RECOMPILE-LIB-FILE-IF-NECESSARY ...) ; compiling (DEFUN COMPILE-LIB-FILE ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/interp/nlib.lisp ; in: DEFUN COMPILE-LIB-FILE ; (MULTIPLE-VALUE-BIND (BOOT::RESULT BOOT::WARNING-P BOOT::FAILURE-P) ; (COMPILE-FILE BOOT::FILE) ; (COND ; ((NULL BOOT::RESULT) ; (BOOT::|systemError| (LIST "Generated Lisp was malformed"))) ; (BOOT::FAILURE-P (BOOT::|removeFile| (NAMESTRING BOOT::RESULT)) ; (BOOT::|systemError| (LIST "Compilation of generated Lisp failed")))) ; BOOT::RESULT) ; --> MULTIPLE-VALUE-CALL ; ==> ; #'(LAMBDA ; (&OPTIONAL (BOOT::RESULT) (BOOT::WARNING-P) (BOOT::FAILURE-P) ; &REST #:G252) ; (DECLARE (IGNORE #:G252)) ; (COND ; ((NULL BOOT::RESULT) ; (BOOT::|systemError| (LIST "Generated Lisp was malformed"))) ; (BOOT::FAILURE-P (BOOT::|removeFile| (NAMESTRING BOOT::RESULT)) ; (BOOT::|systemError| (LIST "Compilation of generated Lisp failed")))) ; BOOT::RESULT) ; ; caught STYLE-WARNING: ; The variable WARNING-P is defined but never used. ; compiling (DEFUN RDROPITEMS ...) ; compiling (DEFUN $FCOPY ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/interp/nlib.lisp ; in: DEFUN $FCOPY ; (BOOT::COPY-LIB-DIRECTORY BOOT::NAME1 BOOT::NAME2) ; ; caught STYLE-WARNING: ; undefined function: COPY-LIB-DIRECTORY ; (BOOT::LIBRARY-FILE BOOT::NAME1) ; ; caught STYLE-WARNING: ; undefined function: LIBRARY-FILE ; (BOOT::|copyFile| BOOT::NAME1 BOOT::NAME2) ; ; caught STYLE-WARNING: ; undefined function: |copyFile| ; in: DEFUN RDEFIOSTREAM ; (BOOT::|directoryp| BOOT::FULLNAME) ; ; caught STYLE-WARNING: ; undefined function: |directoryp| ; in: DEFUN RDROPITEMS ; (BOOT::|getIndexTable| BOOT::FILEARG) ; ; caught STYLE-WARNING: ; undefined function: |getIndexTable| ; in: DEFUN RKEYIDS ; (BOOT::|getIndexTable| (BOOT::|makeInputFilename| BOOT::FILEARG 'NIL)) ; ; caught STYLE-WARNING: ; undefined function: |getIndexTable| ; in: DEFUN RDEFIOSTREAM ; (BOOT::|openIndexFileIfPresent| BOOT::FULLNAME) ; ; caught STYLE-WARNING: ; undefined function: |openIndexFileIfPresent| ; in: DEFUN COMPILE-LIB-FILE ; (BOOT::|removeFile| (NAMESTRING BOOT::RESULT)) ; ; caught STYLE-WARNING: ; undefined function: |removeFile| ; in: DEFUN MAKE-ENTRY ; (BOOT::|removeFile| (BOOT::|makeFullFilePath| (CADDR BOOT::ENTRY))) ; ; caught STYLE-WARNING: ; undefined function: |removeFile| ; in: DEFUN COMPILE-LIB-FILE ; (BOOT::|systemError| (LIST "Generated Lisp was malformed")) ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; ; compilation unit finished ; Undefined functions: ; COPY-LIB-DIRECTORY LIBRARY-FILE |copyFile| |directoryp| |getIndexTable| |openIndexFileIfPresent| |removeFile| |systemError| ; caught 11 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/nlib.fasl written ; compilation finished in 0:00:00.092 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=ggreater.fasl --load-directory=. ../../../open-axiom/src/interp/ggreater.lisp ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/interp/ggreater.lisp" (written 11 JAN 2016 09:41:16 PM): ; compiling (IMPORT-MODULE "vmlisp") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFUN LEXGREATERP ...) ; compiling (DEFUN LEXVGREATERP ...) ; compiling (DEFUN GGREATERP ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/interp/ggreater.lisp ; in: DEFUN GGREATERP ; 'T ; ; note: deleting unreachable code ; compiling (DEFUN VGREATERP ...) ; compiling (DEFVAR SORTGREATERP ...) ; compiling (DEFUN GLESSEQP ...) ; compiling (DEFUN LEXLESSEQP ...); ; compilation unit finished ; printed 1 note ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/ggreater.fasl written ; compilation finished in 0:00:00.036 ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=daase.fasl --load-directory=. ../../../open-axiom/src/interp/daase.lisp ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/interp/daase.lisp" (written 27 JAN 2016 02:21:38 AM): ; compiling (IMPORT-MODULE "sys-utility") ; compiling (IN-PACKAGE "AxiomCore") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFSTRUCT DATABASE ...) ; compiling (DEFTYPE |%Database| ...) ; compiling (DEFMACRO |dbAbbreviation| ...) ; compiling (DEFMACRO |dbConstructor| ...) ; compiling (DEFMACRO |dbConstructorKind| ...) ; compiling (DEFMACRO |dbConstructorForm| ...) ; compiling (DEFMACRO |dbOperations| ...) ; compiling (DEFMACRO |dbModemaps| ...) ; compiling (DEFMACRO |dbConstructorModemap| ...) ; compiling (DEFMACRO |dbDualSignature| ...) ; compiling (DEFMACRO |dbSuperDomain| ...) ; compiling (DEFMACRO |dbCategory| ...) ; compiling (DEFMACRO |dbPrincipals| ...) ; compiling (DEFMACRO |dbAncestors| ...) ; compiling (DEFMACRO |dbDefaultDomain| ...) ; compiling (DEFMACRO |dbAttributes| ...) ; compiling (DEFMACRO |dbPredicates| ...) ; compiling (DEFMACRO |dbSourceFile| ...) ; compiling (DEFMACRO |dbModule| ...) ; compiling (DEFMACRO |dbArity| ...) ; compiling (DEFMACRO |dbInstanceCache| ...) ; compiling (DEFMACRO |dbCompilerData| ...) ; compiling (DEFMACRO |dbBeingDefined?| ...) ; compiling (DEFMACRO |dbLoadPath| ...) ; compiling (DEFMACRO |dbCapsuleDefinitions| ...) ; compiling (DEFMACRO |dbTemplate| ...) ; compiling (DEFMACRO |dbOperationTable| ...) ; compiling (DEFMACRO |dbLookupFunction| ...) ; compiling (DEFMACRO |dbDocumentation| ...) ; compiling (DEFUN |makeDB| ...) ; compiling (DEFVAR *DEFAULTDOMAIN-LIST* ...) ; compiling (DEFVAR *OPERATION-HASH* ...) ; compiling (DEFVAR *MISS* ...) ; compiling (DEFVAR *INTERP-STREAM* ...) ; compiling (DEFVAR *INTERP-STREAM-STAMP* ...) ; compiling (DEFVAR *OPERATION-STREAM* ...) ; compiling (DEFVAR *OPERATION-STREAM-STAMP* ...) ; compiling (DEFVAR *BROWSE-STREAM* ...) ; compiling (DEFVAR *BROWSE-STREAM-STAMP* ...) ; compiling (DEFVAR *CATEGORY-STREAM* ...) ; compiling (DEFVAR *CATEGORY-STREAM-STAMP* ...) ; compiling (DEFVAR *ALLCONSTRUCTORS* ...) ; compiling (DEFVAR *ALLOPERATIONS* ...) ; compiling (DEFVAR |$ConstructorCache| ...) ; compiling (DEFUN |closeAllDatabaseStreams| ...) ; compiling (DEFUN |fillDatabasesInCore| ...) ; compiling (DEFUN INTERPOPEN ...) ; compiling (DEFUN BROWSEOPEN ...) ; compiling (DEFUN CATEGORYOPEN ...) ; compiling (DEFUN OPERATIONOPEN ...) ; compiling (DEFUN ADDOPERATIONS ...) ; compiling (DEFUN SHOWDATABASE ...) ; compiling (DEFUN SETDATABASE ...) ; compiling (DEFUN DELDATABASE ...) ; compiling (DEFUN GETDATABASE ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/interp/daase.lisp ; in: DEFUN GETDATABASE ; (LET (BOOT::DATA BOOT::TABLE STREAM IGNORE STRUCT) ; (DECLARE (IGNORE IGNORE)) ; (WHEN ; (OR (SYMBOLP BOOT::CONSTRUCTOR) ; (AND (EQ BOOT::KEY 'BOOT::HASCATEGORY) (CONSP BOOT::CONSTRUCTOR))) ; (LET ((STRUCT #)) ; (CASE BOOT::KEY ; (BOOT::OPERATION # #) ; (BOOT::MODEMAPS # #) ; (BOOT::HASCATEGORY # # #) ; (BOOT::OBJECT # #) ; (BOOT::CONSTRUCTOR? #) ; (BOOT::DEFAULTDOMAIN #) ; (BOOT::SOURCEFILE # #) ; (DOCUMENTATION # #) ; (BOOT::USERS # #) ; (BOOT::DEPENDENTS # #) ; ...) ; (WHEN (NUMBERP BOOT::DATA) ; (WHEN BOOT::*MISS* #) ; (FILE-POSITION STREAM BOOT::DATA) ; (SETQ #) ; (CASE BOOT::KEY # # # # # # # #)) ; (CASE BOOT::KEY (BOOT::SOURCEFILE #) (BOOT::OBJECT #))) ; BOOT::DATA)) ; ; caught STYLE-WARNING: ; The variable STRUCT is defined but never used. ; compiling (DEFUN LOCALDATABASE ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/interp/daase.lisp ; in: DEFUN LOCALDATABASE ; (LET ((BOOT::INDEXFILES (BOOT::|getAllIndexPathnames| BOOT::DIRARG)) ; (BOOT::ALDORFILES (BOOT::|getAllAldorObjectFiles| BOOT::DIRARG))) ; (VALUES BOOT::INDEXFILES NIL)) ; ; caught STYLE-WARNING: ; The variable ALDORFILES is defined but never used. ; compiling (DEFUN LOCALNRLIB ...) ; compiling (DEFUN MAKE-DATABASES ...) ; compiling (DEFUN WRITE-INTERPDB ...) ; compiling (DEFUN WRITE-BROWSEDB ...) ; compiling (DEFUN WRITE-CATEGORYDB ...) ; compiling (DEFUN WRITE-OPERATIONDB ...) ; compiling (DEFUN WRITE-WARMDATA ...) ; compiling (DEFUN |allConstructors| ...) ; compiling (DEFUN |allOperations| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/interp/daase.lisp ; in: DEFUN MAKE-DATABASES ; (BOOT::|buildGloss|) ; ; caught STYLE-WARNING: ; undefined function: |buildGloss| ; (BOOT::|buildLibdb|) ; ; caught STYLE-WARNING: ; undefined function: |buildLibdb| ; (MAPCAR #'BOOT::|categoryForm?| ; (CDDAR (BOOT::|dbConstructorModemap| BOOT::DBSTRUCT))) ; --> LET LET SB-INT:DO-ANONYMOUS BLOCK LET TAGBODY TAGBODY SB-KERNEL:%RPLACD ; --> SETQ THE LIST CONS FUNCALL ; ==> ; (SB-C::%FUNCALL #'BOOT::|categoryForm?| (CAR #:G1720)) ; ; caught STYLE-WARNING: ; undefined function: |categoryForm?| ; in: DEFUN SHOWDATABASE ; (BOOT::|constructorHasCategoryFromDB| BOOT::CONSTRUCTOR) ; ; caught STYLE-WARNING: ; undefined function: |constructorHasCategoryFromDB| ; in: DEFUN LOCALNRLIB ; (BOOT::|dbLoaded?| (BOOT::|constructorDB| BOOT::KEY)) ; ; caught STYLE-WARNING: ; undefined function: |dbLoaded?| ; in: DEFUN MAKE-DATABASES ; (BOOT::|dbSplitLibdb|) ; ; caught STYLE-WARNING: ; undefined function: |dbSplitLibdb| ; (BOOT::|domainsOf| (LIST BOOT::CON) NIL NIL) ; ; caught STYLE-WARNING: ; undefined function: |domainsOf| ; in: DEFUN WRITE-CATEGORYDB ; (BOOT::|generateCategoryTable| BOOT::ANCESTORS-TABLE) ; ; caught STYLE-WARNING: ; undefined function: |generateCategoryTable| ; in: DEFUN LOCALDATABASE ; (BOOT::|getAllAldorObjectFiles| BOOT::DIRARG) ; ; caught STYLE-WARNING: ; undefined function: |getAllAldorObjectFiles| ; (BOOT::|getAllIndexPathnames| BOOT::DIRARG) ; ; caught STYLE-WARNING: ; undefined function: |getAllIndexPathnames| ; in: DEFUN SHOWDATABASE ; (BOOT::|getConstructorAbbreviationFromDB| BOOT::CONSTRUCTOR) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorAbbreviationFromDB| ; (BOOT::|getConstructorAncestorsFromDB| BOOT::CONSTRUCTOR) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorAncestorsFromDB| ; (BOOT::|getConstructorArgs| BOOT::CONSTRUCTOR) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorArgs| ; (BOOT::|getConstructorAttributes| BOOT::CONSTRUCTOR) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorAttributes| ; (BOOT::|getConstructorCategory| BOOT::CONSTRUCTOR) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorCategory| ; (BOOT::|getConstructorDefaultFromDB| BOOT::CONSTRUCTOR) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorDefaultFromDB| ; (BOOT::|getConstructorDocumentationFromDB| BOOT::CONSTRUCTOR) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorDocumentationFromDB| ; (BOOT::|getConstructorFormFromDB| BOOT::CONSTRUCTOR) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorFormFromDB| ; (BOOT::|getConstructorFullNameFromDB| BOOT::CONSTRUCTOR) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorFullNameFromDB| ; (BOOT::|getConstructorKindFromDB| BOOT::CONSTRUCTOR) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorKindFromDB| ; (BOOT::|getConstructorModemap| BOOT::CONSTRUCTOR) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorModemap| ; (BOOT::|getConstructorModuleFromDB| BOOT::CONSTRUCTOR) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorModuleFromDB| ; (BOOT::|getConstructorOperationsFromDB| BOOT::CONSTRUCTOR) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorOperationsFromDB| ; (BOOT::|getConstructorParentsFromDB| BOOT::CONSTRUCTOR) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorParentsFromDB| ; (BOOT::|getConstructorPredicates| BOOT::CONSTRUCTOR) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorPredicates| ; (BOOT::|getConstructorSourceFileFromDB| BOOT::CONSTRUCTOR) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorSourceFileFromDB| ; (BOOT::|getDualSignature| BOOT::CONSTRUCTOR) ; ; caught STYLE-WARNING: ; undefined function: |getDualSignature| ; (BOOT::|getOperationFromDB| BOOT::CONSTRUCTOR) ; ; caught STYLE-WARNING: ; undefined function: |getOperationFromDB| ; in: DEFUN ADDOPERATIONS ; (BOOT::|getOperationFromDB| BOOT::OP) ; ; caught STYLE-WARNING: ; undefined function: |getOperationFromDB| ; in: DEFUN LOCALNRLIB ; (BOOT::|getOperationModemapsFromDB| BOOT::KEY) ; ; caught STYLE-WARNING: ; undefined function: |getOperationModemapsFromDB| ; in: DEFUN SHOWDATABASE ; (BOOT::|getOperationModemapsFromDB| BOOT::CONSTRUCTOR) ; ; caught STYLE-WARNING: ; undefined function: |getOperationModemapsFromDB| ; in: DEFUN ADDOPERATIONS ; (BOOT::|getOperationModemapsFromDB| BOOT::CONSTRUCTOR) ; ; caught STYLE-WARNING: ; undefined function: |getOperationModemapsFromDB| ; in: DEFUN MAKE-DATABASES ; (BOOT::|getWorkingDirectory|) ; ; caught STYLE-WARNING: ; undefined function: |getWorkingDirectory| ; in: DEFUN LOCALDATABASE ; (BOOT::|getWorkingDirectory|) ; ; caught STYLE-WARNING: ; undefined function: |getWorkingDirectory| ; in: DEFUN LOCALNRLIB ; (BOOT::|installConstructor| BOOT::KEY BOOT::KIND) ; ; caught STYLE-WARNING: ; undefined function: |installConstructor| ; (BOOT::|loadLibNoUpdate| BOOT::KEY BOOT::KEY BOOT::OBJECT) ; ; caught STYLE-WARNING: ; undefined function: |loadLibNoUpdate| ; in: DEFUN |makeDB| ; (BOOT::|makeConstructor| BOOT::C BOOT::K BOOT::A) ; ; caught STYLE-WARNING: ; undefined function: |makeConstructor| ; in: DEFUN MAKE-DATABASES ; (BOOT::|mkDependentsHashTable|) ; ; caught STYLE-WARNING: ; undefined function: |mkDependentsHashTable| ; (BOOT::|mkUsersHashTable|) ; ; caught STYLE-WARNING: ; undefined function: |mkUsersHashTable| ; in: DEFUN CATEGORYOPEN ; (BOOT::|pathToDatabase| "category.daase") ; ; caught STYLE-WARNING: ; undefined function: |pathToDatabase| ; in: DEFUN BROWSEOPEN ; (BOOT::|pathToDatabase| "browse.daase") ; ; caught STYLE-WARNING: ; undefined function: |pathToDatabase| ; in: DEFUN INTERPOPEN ; (BOOT::|pathToDatabase| "interp.daase") ; ; caught STYLE-WARNING: ; undefined function: |pathToDatabase| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |pathToDatabase| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/interp/daase.lisp ; in: DEFUN MAKE-DATABASES ; (BOOT::|saveDependentsHashTable|) ; ; caught STYLE-WARNING: ; undefined function: |saveDependentsHashTable| ; (BOOT::|saveUsersHashTable|) ; ; caught STYLE-WARNING: ; undefined function: |saveUsersHashTable| ; in: DEFUN LOCALNRLIB ; (BOOT::|sayKeyedMsg| 'BOOT::S2IU0001 (LIST BOOT::KEY BOOT::OBJECT)) ; ; caught STYLE-WARNING: ; undefined function: |sayKeyedMsg| ; in: DEFUN LOCALDATABASE ; (BOOT::|sayKeyedMsg| 'BOOT::S2IU0002 NIL) ; ; caught STYLE-WARNING: ; undefined function: |sayKeyedMsg| ; in: DEFUN LOCALNRLIB ; (BOOT::|setExposeAddConstr| (CONS BOOT::KEY NIL)) ; ; caught STYLE-WARNING: ; undefined function: |setExposeAddConstr| ; (BOOT::|startTimingProcess| 'BOOT::|load|) ; ; caught STYLE-WARNING: ; undefined function: |startTimingProcess| ; (BOOT::|updateCategoryTable| BOOT::KEY BOOT::KIND) ; ; caught STYLE-WARNING: ; undefined function: |updateCategoryTable| ; (BOOT::|updateDatabase| BOOT::KEY BOOT::KEY BOOT::SYSTEMDIR?) ; ; caught STYLE-WARNING: ; undefined function: |updateDatabase| ; ; compilation unit finished ; Undefined functions: ; |buildGloss| |buildLibdb| |categoryForm?| |constructorHasCategoryFromDB| |dbLoaded?| |dbSplitLibdb| |domainsOf| |generateCategoryTable| |getAllAldorObjectFiles| |getAllIndexPathnames| |getConstructorAbbreviationFromDB| |getConstructorAncestorsFromDB| |getConstructorArgs| |getConstructorAttributes| |getConstructorCategory| |getConstructorDefaultFromDB| |getConstructorDocumentationFromDB| |getConstructorFormFromDB| |getConstructorFullNameFromDB| |getConstructorKindFromDB| |getConstructorModemap| |getConstructorModuleFromDB| |getConstructorOperationsFromDB| |getConstructorParentsFromDB| |getConstructorPredicates| |getConstructorSourceFileFromDB| |getDualSignature| |getOperationFromDB| |getOperationModemapsFromDB| |getWorkingDirectory| |installConstructor| |loadLibNoUpdate| |makeConstructor| |mkDependentsHashTable| |mkUsersHashTable| |pathToDatabase| |saveDependentsHashTable| |saveUsersHashTable| |sayKeyedMsg| |setExposeAddConstr| |startTimingProcess| |updateCategoryTable| |updateDatabase| ; caught 53 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/daase.fasl written ; compilation finished in 0:00:00.486 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=g-util.fasl --load-directory=. ../../../open-axiom/src/interp/g-util.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/g-util.clisp" (written 01 FEB 2016 10:52:39 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "ggreater") ; compiling (IMPORT-MODULE "sys-macros") ; compiling (IMPORT-MODULE "daase") ; compiling (IN-PACKAGE "BOOT") ; compiling (PROVIDE "g-util") ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |abstraction?| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/g-util.clisp ; in: DEFUN |abstraction?| ; (DEFUN BOOT::|abstraction?| (BOOT::|x|) ; (LET* (BOOT::|op|) ; (AND (CONSP BOOT::|x|) (PROGN (SETQ #) T) ; (|AxiomCore|:|ident?| BOOT::|op|) ; (BOOT::|abstractionOperator?| BOOT::|op|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|abstraction?| ; (BOOT::|x|) ; (BLOCK BOOT::|abstraction?| ; (LET* (BOOT::|op|) ; (AND (CONSP BOOT::|x|) (PROGN # T) (|AxiomCore|:|ident?| BOOT::|op|) ; (BOOT::|abstractionOperator?| BOOT::|op|))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |bindingForm?| ...) ; compiling (DEFUN |usesVariable?| ...) ; compiling (DEFUN |hasNoLeave?| ...) ; compiling (DEFUN |mkScope| ...) ; compiling (DEFUN |mkBind| ...) ; compiling (DEFUN |mkSeq| ...) ; compiling (DEFUN |splitAssignments!| ...) ; compiling (DEFUN |splitAssignments!,main| ...) ; compiling (DEFUN |liftAssignments!| ...) ; compiling (DEFUN |spliceSeqArgs| ...) ; compiling (DEFUN |walkWith!| ...) ; compiling (DEFUN |prefixWalk!| ...) ; compiling (DEFUN |listify| ...) ; compiling (DEFCONSTANT |$CategoryNames| ...) ; compiling (DEFMACRO |builtinCategoryName?| ...) ; compiling (DEFCONSTANT |$DomainNames| ...) ; compiling (DEFMACRO |builtinFunctorName?| ...) ; compiling (DEFCONSTANT |$BuiltinConstructorNames| ...) ; compiling (DEFMACRO |builtinConstructor?| ...) ; compiling (DEFCONSTANT |$AbstractionOperator| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |stringToChar| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/g-util.clisp ; in: DEFUN |stringToChar| ; (DEFUN BOOT::|stringToChar| (BOOT::|s|) ; (COND ((EQL (LENGTH BOOT::|s|) 1) (SCHAR BOOT::|s| 0)) ; ((STRING= BOOT::|s| "\\a") BOOT::|$Bell|) ; ((STRING= BOOT::|s| "\\n") BOOT::|$Newline|) ; ((STRING= BOOT::|s| "\\f") BOOT::|$FormFeed|) ; ((STRING= BOOT::|s| "\\r") BOOT::|$CarriageReturn|) ; ((STRING= BOOT::|s| "\\b") BOOT::|$Backspace|) ; ((STRING= BOOT::|s| "\\t") BOOT::|$HorizontalTab|) ; ((STRING= BOOT::|s| "\\v") BOOT::|$VerticalTab|) ; (T ; (BOOT::|error| ; (|AxiomCore|:CONCAT "invalid character designator: " BOOT::|s|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|stringToChar| ; (BOOT::|s|) ; (BLOCK BOOT::|stringToChar| ; (COND ((EQL # 1) (SCHAR BOOT::|s| 0)) ; ((STRING= BOOT::|s| "\\a") BOOT::|$Bell|) ; ((STRING= BOOT::|s| "\\n") BOOT::|$Newline|) ; ((STRING= BOOT::|s| "\\f") BOOT::|$FormFeed|) ; ((STRING= BOOT::|s| "\\r") BOOT::|$CarriageReturn|) ; ((STRING= BOOT::|s| "\\b") BOOT::|$Backspace|) ; ((STRING= BOOT::|s| "\\t") BOOT::|$HorizontalTab|) ; ((STRING= BOOT::|s| "\\v") BOOT::|$VerticalTab|) ; (T (BOOT::|error| #))))) ; ; note: type assertion too complex to check: ; (VALUES CHARACTER &REST T). ; compiling (DEFPARAMETER |$interpOnly| ...) ; compiling (DEFUN |mkCacheName| ...) ; compiling (DEFUN |mkAuxiliaryName| ...) ; compiling (DEFUN |homogeneousListToVector| ...) ; compiling (DEFUN |isSharpVar| ...) ; compiling (DEFUN |formalVarNumber| ...) ; compiling (DEFUN |isSharpVarWithNum| ...) ; compiling (DEFUN |mkBuffer| ...) ; compiling (DEFMACRO |bufferData| ...) ; compiling (DEFMACRO |bufferLength| ...) ; compiling (DEFMACRO |bufferRef| ...) ; compiling (DEFUN |resizeBuffer| ...) ; compiling (DEFUN |bufferToVector| ...) ; compiling (DEFUN |relativeDirname| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |superType| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/g-util.clisp ; in: DEFUN |superType| ; (DEFUN BOOT::|superType| (BOOT::|dom|) ; (LET* (BOOT::|super| BOOT::|LETTMP#1| BOOT::|db| BOOT::|args| BOOT::|ctor|) ; (DECLARE (SPECIAL BOOT::|$functorForm|)) ; (BLOCK NIL (COND (# #) (# NIL) (# NIL) (T # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|superType| ; (BOOT::|dom|) ; (BLOCK BOOT::|superType| ; (LET* (BOOT::|super| ; BOOT::|LETTMP#1| ; BOOT::|db| ; BOOT::|args| ; BOOT::|ctor|) ; (DECLARE (SPECIAL BOOT::|$functorForm|)) ; (BLOCK NIL (COND # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DEFUN |domainVMPredicate| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |maximalSuperType| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |noteSubDomainInfo| ...) ; compiling (DEFUN |isSubDomain| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/g-util.clisp ; in: DEFUN |isSubDomain| ; (DEFUN BOOT::|isSubDomain| (BOOT::|d1| BOOT::|d2|) ; (LET* (BOOT::|pred'| ; BOOT::|args| ; BOOT::|sup| ; BOOT::|LETTMP#1| ; BOOT::|pred| ; BOOT::|ISTMP#2| ; BOOT::|ISTMP#1|) ; (BLOCK NIL (COND (# NIL) (# BOOT::|pred|) (T # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|isSubDomain| ; (BOOT::|d1| BOOT::|d2|) ; (BLOCK BOOT::|isSubDomain| ; (LET* (BOOT::|pred'| ; BOOT::|args| ; BOOT::|sup| ; BOOT::|LETTMP#1| ; BOOT::|pred| ; BOOT::|ISTMP#2| ; BOOT::|ISTMP#1|) ; (BLOCK NIL (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DEFUN |mkList| ...) ; compiling (DEFUN ELEMN ...) ; compiling (DEFUN |PPtoFile| ...) ; compiling (DEFUN |ScanOrPairVec| ...) ; compiling (DEFUN |ScanOrPairVec,ScanOrInner| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |get| ...) ; compiling (DEFUN |get0| ...) ; compiling (DEFUN |get1| ...) ; compiling (DEFUN |get2| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |put| ...) ; compiling (DEFUN |putIntSymTab| ...) ; compiling (DEFUN |addIntSymTabBinding| ...) ; compiling (DEFUN |putMacro| ...) ; compiling (DEFUN |quasiquote| ...) ; compiling (DEFUN |isQuasiquote| ...) ; compiling (DEFUN |getTypeOfSyntax| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bool| ...) ; compiling (DEFUN |TruthP| ...) ; compiling (DEFUN |stripTags| ...) ; compiling (DEFUN |isTaggedUnion| ...) ; compiling (DEFUN |getUnionOrRecordTags| ...) ; compiling (DEFUN |Identity| ...) ; compiling (DEFUN |length1?| ...) ; compiling (DEFUN |length2?| ...) ; compiling (DEFUN |pairList| ...) ; compiling (DEFUN GETALIST ...) ; compiling (DEFUN PUTALIST ...) ; compiling (DEFUN REMALIST ...) ; compiling (DEFUN |deleteLassoc| ...) ; compiling (DEFUN |deleteAssoc| ...) ; compiling (DEFUN |deleteAssocWOC| ...) ; compiling (DEFUN |deleteAssocWOC,fn| ...) ; compiling (DEFUN |insertWOC| ...) ; compiling (DEFUN |insertWOC,fn| ...) ; compiling (DEFUN |postComposeSubst| ...) ; compiling (DEFUN |fillerSpaces| ...) ; compiling (DEFUN |centerString| ...) ; compiling (DEFUN |stringChar2Integer| ...) ; compiling (DEFUN |dropLeadingBlanks| ...) ; compiling (DEFUN |concat| ...) ; compiling (DEFUN |concatList| ...) ; compiling (DEFUN |concat1| ...) ; compiling (DEFUN |ravel| ...) ; compiling (DEFUN |reshape| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/g-util.clisp ; in: DEFUN |reshape| ; (DEFUN BOOT::|reshape| (BOOT::|a| BOOT::|b|) BOOT::|a|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|reshape| ; (BOOT::|a| BOOT::|b|) ; (BLOCK BOOT::|reshape| BOOT::|a|)) ; ; caught STYLE-WARNING: ; The variable |b| is defined but never used. ; compiling (DEFUN |boolODDP| ...) ; compiling (DEFUN |freeOfSharpVars| ...) ; compiling (DEFUN |listOfSharpVars| ...) ; compiling (DEFUN |listOfPatternIds| ...) ; compiling (DEFUN |isPatternVar| ...) ; compiling (DEFUN |removeZeroOne| ...) ; compiling (DEFUN |removeZeroOneDestructively| ...) ; compiling (DEFUN |flattenSexpr| ...) ; compiling (DEFUN |isLowerCaseLetter| ...) ; compiling (DEFUN |isUpperCaseLetter| ...) ; compiling (DEFUN |isLetter| ...) ; compiling (DEFUN |listSort| ...) ; compiling (DEFUN MSORT ...) ; compiling (DEFUN NMSORT ...) ; compiling (DEFUN |orderList| ...) ; compiling (DEFUN |mergeInPlace| ...) ; compiling (DEFUN |mergeSort| ...) ; compiling (DEFUN |spadThrow| ...) ; compiling (DEFUN |spadThrowBrightly| ...) ; compiling (DEFUN |sublisNQ| ...) ; compiling (DEFUN |sublisNQ,fn| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |opOf| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |getProplist| ...) ; compiling (DEFUN |search| ...) ; compiling (DEFUN |searchCurrentEnv| ...) ; compiling (DEFUN |searchTailEnv| ...) ; compiling (DEFUN |augProplist| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/g-util.clisp ; in: DEFUN |augProplist| ; (DEFUN BOOT::|augProplist| (BOOT::|proplist| BOOT::|prop| BOOT::|val|) ; (LET* (BOOT::|u| BOOT::|proplist'| BOOT::|ISTMP#1|) ; (DECLARE (SPECIAL BOOTTRAN:|$InteractiveMode|)) ; (COND ; (BOOTTRAN:|$InteractiveMode| ; (BOOT::|augProplistInteractive| BOOT::|proplist| BOOT::|prop| ; BOOT::|val|)) ; (T (LOOP #) (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|augProplist| ; (BOOT::|proplist| BOOT::|prop| BOOT::|val|) ; (BLOCK BOOT::|augProplist| ; (LET* (BOOT::|u| BOOT::|proplist'| BOOT::|ISTMP#1|) ; (DECLARE (SPECIAL BOOTTRAN:|$InteractiveMode|)) ; (COND (BOOTTRAN:|$InteractiveMode| #) (T # #))))) ; ; note: Assignment to argument: |proplist| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |augProplistOf| ...) ; compiling (DEFUN |semchkProplist| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/g-util.clisp ; in: DEFUN |semchkProplist| ; (DEFUN BOOT::|semchkProplist| ; (BOOT::|x| BOOT::|proplist| BOOT::|prop| BOOT::|val|) ; (COND ((EQ BOOT::|prop| 'BOOT::|isLiteral|) (COND (# #))) ; ((BOOTTRAN:|symbolMember?| BOOT::|prop| ; '(BOOT::|mode| BOOT::|value|)) ; (COND (# #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|semchkProplist| ; (BOOT::|x| BOOT::|proplist| BOOT::|prop| BOOT::|val|) ; (BLOCK BOOT::|semchkProplist| ; (COND ((EQ BOOT::|prop| 'BOOT::|isLiteral|) (COND #)) ; ((BOOTTRAN:|symbolMember?| BOOT::|prop| '#) (COND #))))) ; ; caught STYLE-WARNING: ; The variable |val| is defined but never used. ; compiling (DEFUN |addBinding| ...) ; compiling (DEFUN |addBindingInteractive| ...) ; compiling (DEFUN |augProplistInteractive| ...) ; compiling (DEFUN |position| ...) ; compiling (DEFUN |position,posn| ...) ; compiling (DEFUN |insert| ...) ; compiling (DEFUN |after| ...) ; compiling (DEFCONSTANT |$blank| ...) ; compiling (DEFUN |trimString| ...) ; compiling (DEFUN |leftTrim| ...) ; compiling (DEFUN |rightTrim| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/g-util.clisp ; in: DEFUN |rightTrim| ; (> BOOT::|i| 0) ; ==> ; BOOT::|i| ; ; note: deleting unreachable code ; compiling (DEFUN |pp| ...) ; compiling (DEFUN |pr| ...) ; compiling (DEFUN |intern| ...) ; compiling (DEFPARAMETER |$htHash| ...) ; compiling (DEFPARAMETER |$glossHash| ...) ; compiling (DEFPARAMETER |$lispHash| ...) ; compiling (DEFPARAMETER |$sysHash| ...) ; compiling (DEFPARAMETER |$htSystemCommands| ...) ; compiling (DEFPARAMETER |$currentSysList| ...) ; compiling (DEFPARAMETER |$outStream| ...) ; compiling (DEFPARAMETER |$recheckingFlag| ...) ; compiling (DEFPARAMETER |$exposeFlag| ...) ; compiling (DEFPARAMETER |$exposeFlagHeading| ...) ; compiling (DEFPARAMETER |$checkingXmptex?| ...) ; compiling (DEFPARAMETER |$exposeDocHeading| ...) ; compiling (DEFCONSTANT |$charPlus| ...) ; compiling (DEFCONSTANT |$charBlank| ...) ; compiling (DEFCONSTANT |$charLbrace| ...) ; compiling (DEFCONSTANT |$charRbrace| ...) ; compiling (DEFCONSTANT |$charBack| ...) ; compiling (DEFCONSTANT |$charDash| ...) ; compiling (DEFCONSTANT |$charTab| ...) ; compiling (DEFCONSTANT |$charNewline| ...) ; compiling (DEFCONSTANT |$charFauxNewline| ...) ; compiling (DEFCONSTANT |$stringNewline| ...) ; compiling (DEFCONSTANT |$stringFauxNewline| ...) ; compiling (DEFCONSTANT |$charExclusions| ...) ; compiling (DEFCONSTANT |$charQuote| ...) ; compiling (DEFCONSTANT |$charSemiColon| ...) ; compiling (DEFCONSTANT |$charComma| ...) ; compiling (DEFCONSTANT |$charPeriod| ...) ; compiling (DEFPARAMETER |$charEscapeList| ...) ; compiling (DEFPARAMETER |$charIdentifierEndings| ...) ; compiling (DEFPARAMETER |$charSplitList| ...) ; compiling (DEFPARAMETER |$charDelimiters| ...) ; compiling (DEFPARAMETER |$HTspadmacros| ...) ; compiling (DEFPARAMETER |$HTmacs| ...) ; compiling (DEFPARAMETER |$HTlinks| ...) ; compiling (DEFPARAMETER |$HTlisplinks| ...) ; compiling (DEFPARAMETER |$beginEndList| ...) ; compiling (DEFUN |isDefaultPackageName| ...) ; compiling (DEFUN |defaultPackageForm?| ...) ; compiling (DEFUN |makeDefaultPackageName| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |normalizeName| ...) ; compiling (DEFUN |internalName| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |externalName| ...) ; compiling (DEFUN |charDigitVal| ...) ; compiling (DEFUN |gensymInt| ...) ; compiling (DEFUN |queryVar?| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |newShell| ...) ; compiling (DEFPARAMETER |AxiomCore|::|$sysScope| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/g-util.clisp ; in: DEFUN |abstraction?| ; (BOOT::|abstractionOperator?| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |abstractionOperator?| ; in: DEFUN |get2| ; (BOOT::|constructor?| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |constructor?| ; in: DEFUN |centerString| ; (BOOT::|entryWidth| BOOT::|text|) ; ; caught STYLE-WARNING: ; undefined function: |entryWidth| ; in: DEFUN |charDigitVal| ; (BOOT::|error| "Character is not a digit") ; ; caught STYLE-WARNING: ; undefined function: |error| ; in: DEFUN |listSort| ; (BOOT::|error| 'BOOT::|listSort: first arg must be a function|) ; ; caught STYLE-WARNING: ; undefined function: |error| ; in: DEFUN |stringToChar| ; (BOOT::|error| ; (|AxiomCore|:CONCAT "invalid character designator: " BOOT::|s|)) ; ; caught STYLE-WARNING: ; undefined function: |error| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |error| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/g-util.clisp ; in: DEFUN |get0| ; (BOOT::|fastSearchCurrentEnv| BOOT::|x| BOOT::|tail|) ; ; caught STYLE-WARNING: ; undefined function: |fastSearchCurrentEnv| ; in: DEFUN |getTypeOfSyntax| ; (BOOT::|getBasicMode| BOOT::|t|) ; ; caught STYLE-WARNING: ; undefined function: |getBasicMode| ; in: DEFUN |get2| ; (BOOT::|getConstructorModemap| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorModemap| ; in: DEFUN |isSubDomain| ; (BOOT::|getSuperDomainFromDB| (CAR BOOT::|d1|)) ; ; caught STYLE-WARNING: ; undefined function: |getSuperDomainFromDB| ; in: DEFUN |domainVMPredicate| ; (BOOT::|getSuperDomainFromDB| BOOT::|ctor|) ; ; caught STYLE-WARNING: ; undefined function: |getSuperDomainFromDB| ; in: DEFUN |superType| ; (BOOT::|getSuperDomainFromDB| BOOT::|ctor|) ; ; caught STYLE-WARNING: ; undefined function: |getSuperDomainFromDB| ; in: DEFUN |dropLeadingBlanks| ; (BOOT::|object2String| BOOT::|str|) ; ; caught STYLE-WARNING: ; undefined function: |object2String| ; in: DEFUN |spadThrow| ; (BOOT::|putHist| BOOT::|$mapName| 'BOOT::|localModemap| NIL BOOT::|$e|) ; ; caught STYLE-WARNING: ; undefined function: |putHist| ; in: DEFUN |intern| ; (BOOT::|string2Integer| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |string2Integer| ; in: DEFUN |isSubDomain| ; (BOOT::|sublisFormal| BOOT::|args| BOOT::|sup| BOOT::|$AtVariables|) ; ; caught STYLE-WARNING: ; undefined function: |sublisFormal| ; in: DEFUN |domainVMPredicate| ; (BOOT::|sublisFormal| BOOT::|args| BOOT::|pred| BOOT::|$AtVariables|) ; ; caught STYLE-WARNING: ; undefined function: |sublisFormal| ; in: DEFUN |superType| ; (BOOT::|sublisFormal| BOOT::|args| BOOT::|super| BOOT::|$AtVariables|) ; ; caught STYLE-WARNING: ; undefined function: |sublisFormal| ; in: DEFUN |formalVarNumber| ; (BOOT::|subsString| (SYMBOL-NAME BOOT::|x|) 1) ; ; caught STYLE-WARNING: ; undefined function: |subsString| ; in: DEFUN |semchkProplist| ; (BOOT::|warnLiteral| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |warnLiteral| ; ; compilation unit finished ; Undefined functions: ; |abstractionOperator?| |constructor?| |entryWidth| |error| |fastSearchCurrentEnv| |getBasicMode| |getConstructorModemap| |getSuperDomainFromDB| |object2String| |putHist| |string2Integer| |sublisFormal| |subsString| |warnLiteral| ; caught 23 STYLE-WARNING conditions ; printed 6 notes ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/g-util.fasl written ; compilation finished in 0:00:00.468 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=g-opt.fasl --load-directory=. ../../../open-axiom/src/interp/g-opt.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/g-opt.clisp" (written 01 FEB 2016 10:52:40 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "g-util") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFPARAMETER |$optimizableConstructorNames| ...) ; compiling (DEFUN |optimizableDomain?| ...) ; compiling (DEFUN |nominateForInlining| ...) ; compiling (DEFUN |getDomainTemplate| ...) ; compiling (DEFUN |emitIndirectCall| ...) ; compiling (DEFUN |iteratorName| ...) ; compiling (DEFUN |changeLoopVarDefsToStore| ...) ; compiling (DEFUN |changeVariableDefinitionToStore| ...) ; compiling (DEFUN |jumpToToplevel?| ...) ; compiling (DEFUN |nonExitingSingleAssignment?| ...) ; compiling (DEFUN |groupVariableDefinitions| ...) ; compiling (DEFUN |groupTranscients!| ...) ; compiling (DEFUN |groupTranscients!,f| ...) ; compiling (DEFUN |reduceXLAM!| ...) ; compiling (DEFUN |reduceXLAM!,f| ...) ; compiling (DEFUN |removeJunk!| ...) ; compiling (DEFUN |removeJunk!,f| ...) ; compiling (DEFUN |removeJunk!,g| ...) ; compiling (DEFUN |inlineLocals!| ...) ; compiling (DEFUN |inlineLocals!,f| ...) ; compiling (DEFUN |transformIF!| ...) ; compiling (DEFUN |transformIF!,f| ...) ; compiling (DEFUN |mkDefault| ...) ; compiling (DEFUN |coagulateWhenSeries| ...) ; compiling (DEFUN |coagulateWhenSeries,f| ...) ; compiling (DEFUN |coagulateWhenSeries,g| ...) ; compiling (DEFUN |exitScope?| ...) ; compiling (DEFUN |unnestWhen!| ...) ; compiling (DEFUN |unnestWhen!,f| ...) ; compiling (DEFUN |packWhen!| ...) ; compiling (DEFUN |packWhen!,f| ...) ; compiling (DEFUN |spliceSeq!| ...) ; compiling (DEFUN |spliceSeq!,f| ...) ; compiling (DEFUN |exitClauses| ...) ; compiling (DEFUN |cancelScopeLeave!| ...) ; compiling (DEFUN |cancelScopeLeave!,f| ...) ; compiling (DEFUN |removeLeave!| ...) ; compiling (DEFUN |removeLeave!,f| ...) ; compiling (DEFUN |freeIteratorFirstValues| ...) ; compiling (DEFUN |freeIteratorFirstValues,f| ...) ; compiling (DEFUN |cleanLoop!| ...) ; compiling (DEFUN |cleanLoop!,f| ...) ; compiling (DEFUN |cleanLoop!,g| ...) ; compiling (DEFUN |removeScope!| ...) ; compiling (DEFUN |removeScope!,f| ...) ; compiling (DEFUN |optimize!| ...) ; compiling (DEFUN |optimize| ...) ; compiling (DEFUN |optimizeFunctionDef| ...) ; compiling (DEFUN |resetTo| ...) ; compiling (DEFUN |simplifyVMForm| ...) ; compiling (DEFUN |subrname| ...) ; compiling (DEFUN |changeLeaveToExit| ...) ; compiling (DEFUN |changeLeaveToGo| ...) ; compiling (DEFUN |optScope| ...) ; compiling (DEFUN |optSPADCALL| ...) ; compiling (DEFUN |doInlineCall| ...) ; compiling (DEFUN |optCall| ...) ; compiling (DEFUN |optClosure| ...) ; compiling (DEFUN |optCons| ...) ; compiling (DEFUN |optCond| ...) ; compiling (DEFUN |AssocBarGensym| ...) ; compiling (DEFUN |EqualBarGensym| ...) ; compiling (DEFUN |EqualBarGensym,fn| ...) ; compiling (DEFUN |optSuchthat| ...) ; compiling (DEFCONSTANT |$VMsideEffectFreeOperators| ...) ; compiling (DEFCONSTANT |$simpleVMoperators| ...) ; compiling (DEFUN |semiSimpleRelativeTo?| ...) ; compiling (DEFUN |sideEffectFree?| ...) ; compiling (DEFCONSTANT |$FloatableOperators| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |floatableVMForm?| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |isVMConstantForm| ...) ; compiling (DEFUN |findVMFreeVars| ...) ; compiling (DEFUN |modified?| ...) ; compiling (DEFUN |dependentVars| ...) ; compiling (DEFUN |dependentVars,main| ...) ; compiling (DEFUN |canInlineVarDefinition| ...) ; compiling (DEFUN |optBind| ...) ; compiling (DEFUN |optTry| ...) ; compiling (DEFUN |optList| ...) ; compiling (DEFUN |quoteMode| ...) ; compiling (DEFUN |optRetract| ...) ; compiling (DEFUN |optPullback| ...) ; compiling (DEFUN |optNot| ...) ; compiling (DEFUN |optAnd| ...) ; compiling (DEFUN |optOr| ...) ; compiling (DEFUN |opt2bit| ...) ; compiling (DEFUN |opt2bool| ...) ; compiling (DEFUN |optIeq| ...) ; compiling (DEFUN |optIlt| ...) ; compiling (DEFUN |optIle| ...) ; compiling (DEFUN |optIgt| ...) ; compiling (DEFUN |optIge| ...) ; compiling (DEFUN |optBle| ...) ; compiling (DEFUN |optBgt| ...) ; compiling (DEFUN |optBge| ...) ; compiling (DEFUN |optIadd| ...) ; compiling (DEFUN |optIaddmod| ...) ; compiling (DEFUN |optIinc| ...) ; compiling (DEFUN |optIsub| ...) ; compiling (DEFUN |optIsubmod| ...) ; compiling (DEFUN |optIdec| ...) ; compiling (DEFUN |optImul| ...) ; compiling (DEFUN |optImulmod| ...) ; compiling (DEFUN |optIneg| ...) ; compiling (DEFUN |optIrem| ...) ; compiling (DEFUN |optIquo| ...) ; compiling (DEFUN |optEmptyArray| ...) ; compiling (DEFUN |optSimpleArray| ...) ; compiling (DEFUN |optList2Array| ...) ; compiling (LET (# #) ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/g-opt.clisp ; in: DEFUN |simplifyVMForm| ; (BOOT::|abstractionOperator?| (CAR BOOT::|x|)) ; ; caught STYLE-WARNING: ; undefined function: |abstractionOperator?| ; in: DEFUN |optimizeFunctionDef| ; (BOOT::|bright| "Original LISP code:") ; ; caught STYLE-WARNING: ; undefined function: |bright| ; in: DEFUN |quoteMode| ; (BOOT::|constructor?| (CAR BOOT::|x|)) ; ; caught STYLE-WARNING: ; undefined function: |constructor?| ; in: DEFUN |getDomainTemplate| ; (BOOT::|getInfovec| (CAR BOOT::|dom|)) ; ; caught STYLE-WARNING: ; undefined function: |getInfovec| ; in: DEFUN |canInlineVarDefinition| ; (BOOT::|numOfOccurencesOf| BOOT::|var| BOOT::|body|) ; ; caught STYLE-WARNING: ; undefined function: |numOfOccurencesOf| ; in: DEFUN |doInlineCall| ; (BOOT::|numOfOccurencesOf| BOOT::|parm| BOOT::|body|) ; ; caught STYLE-WARNING: ; undefined function: |numOfOccurencesOf| ; in: DEFUN |removeJunk!,g| ; (BOOT::|numOfOccurencesOf| BOOT::|y| (CDR BOOT::|xs|)) ; ; caught STYLE-WARNING: ; undefined function: |numOfOccurencesOf| ; in: DEFUN |unnestWhen!,f| ; (BOOT::|reset| BOOT::|x| ; (BOOT::|unnestWhen!,f| ; (BOOT::|mkScope| BOOT::|tag| (BOOT::|mkSeq| (LIST # #))))) ; ; caught STYLE-WARNING: ; undefined function: |reset| ; in: DEFUN |optCall| ; (BOOT::|systemErrorHere| (LIST 'BOOT::|optCall| BOOT::|x|)) ; ; caught STYLE-WARNING: ; undefined function: |systemErrorHere| ; ; compilation unit finished ; Undefined functions: ; |abstractionOperator?| |bright| |constructor?| |getInfovec| |numOfOccurencesOf| |reset| |systemErrorHere| ; caught 9 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/g-opt.fasl written ; compilation finished in 0:00:00.446 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=c-util.fasl --load-directory=. ../../../open-axiom/src/interp/c-util.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/c-util.clisp" (written 01 FEB 2016 10:52:41 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "g-util") ; compiling (IMPORT-MODULE "g-opt") ; compiling (IN-PACKAGE "BOOT") ; compiling (PROVIDE "c-util") ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFMACRO |categoryRef| ...) ; compiling (DEFMACRO |domainRef| ...) ; compiling (DEFMACRO |canonicalForm| ...) ; compiling (DEFMACRO |instantiationCtor| ...) ; compiling (DEFMACRO |instantiationArgs| ...) ; compiling (DEFMACRO |instantiationArity| ...) ; compiling (DEFMACRO |categoryExports| ...) ; compiling (DEFMACRO |categoryAttributes| ...) ; compiling (DEFMACRO |categoryAssociatedTypes| ...) ; compiling (DEFMACRO |categoryPrincipals| ...) ; compiling (DEFMACRO |categoryAncestors| ...) ; compiling (DEFMACRO |categoryLocals| ...) ; compiling (DEFMACRO |categoryParameters| ...) ; compiling (DEFMACRO |domainDirectory| ...) ; compiling (DEFMACRO |domainLookupFunction| ...) ; compiling (DEFMACRO |domainOperatorTable| ...) ; compiling (DEFMACRO |domainAttributes| ...) ; compiling (DEFMACRO |domainPredicates| ...) ; compiling (DEFMACRO |domainData| ...) ; compiling (DEFSTRUCT (|%CompilationData| #) ...) ; compiling (DEFMACRO |mk%CompilationData| ...) ; compiling (DEFMACRO |cdSubstitution| ...) ; compiling (DEFMACRO |cdImplicits| ...) ; compiling (DEFMACRO |cdBytes| ...) ; compiling (DEFMACRO |cdShell| ...) ; compiling (DEFMACRO |cdItems| ...) ; compiling (DEFMACRO |cdLib| ...) ; compiling (DEFMACRO |cdOutput| ...) ; compiling (DEFUN |makeCompilationData| ...) ; compiling (DEFMACRO |dbFormalSubst| ...) ; compiling (DEFUN |dbParameters| ...) ; compiling (DEFMACRO |dbImplicitData| ...) ; compiling (DEFMACRO |dbByteList| ...) ; compiling (DEFMACRO |dbDomainShell| ...) ; compiling (DEFMACRO |dbEntityBuffer| ...) ; compiling (DEFMACRO |dbUsedEntities| ...) ; compiling (DEFMACRO |dbEntityCount| ...) ; compiling (DEFMACRO |dbLibstream| ...) ; compiling (DEFMACRO |dbCodeStream| ...) ; compiling (DEFMACRO |dbInsnStream| ...) ; compiling (DEFMACRO |dbOutputPath| ...) ; compiling (DEFUN |dbQuerySubst| ...) ; compiling (DEFUN |dbImplicitParameters| ...) ; compiling (DEFUN |dbImplicitConstraints| ...) ; compiling (DEFMACRO |dbSubstituteFormals| ...) ; compiling (DEFMACRO |dbSubstituteQueries| ...) ; compiling (DEFUN |dbSubstituteAllQuantified| ...) ; compiling (DEFUN |dbForCategory?| ...) ; compiling (DEFCONSTANT |$SetCategory| ...) ; compiling (DEFUN |completeDefaultPackageParameters| ...) ; compiling (DEFUN |makeDefaultPackageParameters| ...) ; compiling (DEFUN |makeDefaultPackageAbbreviation| ...) ; compiling (DEFUN |dbInfovec| ...) ; compiling (DEFMACRO |ivDomainShell| ...) ; compiling (DEFMACRO |ivOptable| ...) ; compiling (DEFMACRO |ivAttributePredicateIndexDirectory| ...) ; compiling (DEFMACRO |ivAdditionalData| ...) ; compiling (DEFMACRO |ivPredicateBitvector| ...) ; compiling (DEFMACRO |ivCategoryDefaults| ...) ; compiling (DEFMACRO |ivPrincipalAncestors| ...) ; compiling (DEFUN |ivExportBytecodes| ...) ; compiling (DEFCONSTANT |$ClearBodyToken| ...) ; compiling (DEFPARAMETER |$ConstructorCache| ...) ; compiling (DEFPARAMETER |$instantRecord| ...) ; compiling (DEFPARAMETER |$scanIfTrue| ...) ; compiling (DEFPARAMETER |$loopKind| ...) ; compiling (DEFPARAMETER |$repeatBodyLabel| ...) ; compiling (DEFPARAMETER |$iterateCount| ...) ; compiling (DEFPARAMETER |$breakCount| ...) ; compiling (DEFPARAMETER |$Representation| ...) ; compiling (DEFPARAMETER |$formalArgList| ...) ; compiling (DEFPARAMETER |$currentCategoryBody| ...) ; compiling (DEFPARAMETER |$compErrorMessageStack| ...) ; compiling (DEFPARAMETER |$optProclaim| ...) ; compiling (DEFPARAMETER |$optReplaceSimpleFunctions| ...) ; compiling (DEFPARAMETER |$optExportedFunctionReference| ...) ; compiling (DEFUN |quoteMinimally| ...) ; compiling (DEFUN |dollarIfRepHack| ...) ; compiling (DEFUN |RepIfRepHack| ...) ; compiling (DEFUN |substituteDollarIfRepHack| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |getRepresentation| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/c-util.clisp ; in: DEFUN |getRepresentation| ; (DEFUN BOOT::|getRepresentation| (BOOT::|e|) ; (LET* (BOOT::|u|) ; (COND ((SETQ #) (CAR BOOT::|u|)) ; (T (BOOT::|get| 'BOOT::|Rep| 'BOOT::|macro| BOOT::|e|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|getRepresentation| ; (BOOT::|e|) ; (BLOCK BOOT::|getRepresentation| ; (LET* (BOOT::|u|) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |isTupleInstance| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |isHomoegenousVarargSignature| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |enoughArguments| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |wantArgumentsAsTuple| ...) ; compiling (DEFUN |abstractionOperator?| ...) ; compiling (DEFUN |declareUnusedParameters| ...) ; compiling (DEFUN |declareUnusedParameters,augment| ...) ; compiling (DEFUN |devaluate| ...) ; compiling (DEFUN |devaluateList| ...) ; compiling (DEFUN |devaluateDeeply| ...) ; compiling (DEFUN |continue| ...) ; compiling (DEFUN LEVEL ...) ; compiling (DEFUN |level| ...) ; compiling (DEFUN UP ...) ; compiling (DEFUN |up| ...) ; compiling (DEFUN SAME ...) ; compiling (DEFUN |same| ...) ; compiling (DEFUN DOWN ...) ; compiling (DEFUN |down| ...) ; compiling (DEFUN |displaySemanticErrors| ...) ; compiling (DEFUN |displaySemanticError| ...) ; compiling (DEFUN |displayWarnings| ...) ; compiling (DEFUN |displayWarning| ...) ; compiling (DEFUN |displayComp| ...) ; compiling (DEFUN |mkErrorExpr| ...) ; compiling (DEFUN |mkErrorExpr,bracket| ...) ; compiling (DEFUN |mkErrorExpr,highlight| ...) ; compiling (DEFUN |mkErrorExpr,highlight1| ...) ; compiling (DEFUN |compAndTrace| ...) ; compiling (DEFUN |errorRef| ...) ; compiling (DEFUN |unErrorRef| ...) ; compiling (DEFUN |consProplistOf| ...) ; compiling (DEFUN |warnLiteral| ...) ; compiling (DEFUN |intersectionEnvironment| ...) ; compiling (DEFUN |deltaContour| ...) ; compiling (DEFUN |deltaContour,contourDifference| ...) ; compiling (DEFUN |deltaContour,eliminateDuplicatePropertyLists| ...) ; compiling (DEFUN |intersectionContour| ...) ; compiling (DEFUN |intersectionContour,computeIntersection| ...) ; compiling (DEFUN |intersectionContour,interProplist| ...) ; compiling (DEFUN |intersectionContour,buildModeAssoc| ...) ; compiling (DEFUN |intersectionContour,compare| ...) ; compiling (DEFUN |intersectionContour,modeCompare| ...) ; compiling (DEFUN |intersectionContour,unifiable| ...) ; compiling (DEFUN |addContour| ...) ; compiling (DEFUN |addContour,fn| ...) ; compiling (DEFUN |addContour,fn1| ...) ; compiling (DEFUN |addContour,fn3| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/c-util.clisp ; in: DEFUN |addContour,fn3| ; (DEFUN BOOT::|addContour,fn3| (BOOT::|x| BOOT::|pv| BOOT::|e|) ; (LET* (BOOT::|vv| BOOT::|v| BOOT::|p|) ; (PROGN (SETQ BOOT::|p| #) (SETQ BOOT::|v| #) (COND (# # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|addContour,fn3| ; (BOOT::|x| BOOT::|pv| BOOT::|e|) ; (BLOCK BOOT::|addContour,fn3| ; (LET* (BOOT::|vv| BOOT::|v| BOOT::|p|) ; (PROGN (SETQ #) (SETQ #) (COND #))))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |makeCommonEnvironment| ...) ; compiling (DEFUN |makeCommonEnvironment,interE| ...) ; compiling (DEFUN |makeCommonEnvironment,interLocalE| ...) ; compiling (DEFUN |makeCommonEnvironment,interC| ...) ; compiling (DEFUN |makeCommonEnvironment,makeSameLength| ...) ; compiling (DEFUN |makeCommonEnvironment,fn| ...) ; compiling (DEFUN |lhsOfAssignment| ...) ; compiling (DEFUN |getSuccessEnvironment| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/c-util.clisp ; in: DEFUN |getSuccessEnvironment| ; (DEFUN BOOT::|getSuccessEnvironment| (BOOT::|a| BOOT::|e|) ; (LET* (BOOT::|a'| ; BOOT::|args| ; BOOT::|x| ; BOOT::|newProplist| ; BOOT::T$ ; BOOT::|currentProplist| ; BOOT::|m| ; BOOT::|ISTMP#2| ; BOOT::|id| ; BOOT::|ISTMP#1|) ; (BLOCK NIL ; (COND (# # #) (# #) (# # # BOOT::|e|) (# #) (# #) (T BOOT::|e|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|getSuccessEnvironment| ; (BOOT::|a| BOOT::|e|) ; (BLOCK BOOT::|getSuccessEnvironment| ; (LET* (BOOT::|a'| ; BOOT::|args| ; BOOT::|x| ; BOOT::|newProplist| ; BOOT::T$ ; BOOT::|currentProplist| ; BOOT::|m| ; BOOT::|ISTMP#2| ; BOOT::|id| ; BOOT::|ISTMP#1|) ; (BLOCK NIL (COND # # # # # #))))) ; ; note: Assignment to argument: |e| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |isUnionMode| ...) ; compiling (DEFUN |unionLike?| ...) ; compiling (DEFUN |unionProperty| ...) ; compiling (DEFUN |getInverseEnvironment| ...) ; compiling (DEFUN |giveVariableSomeValue| ...) ; compiling (DEFUN |printEnv| ...) ; compiling (DEFUN |printEnv,tran| ...) ; compiling (DEFUN |prEnv| ...) ; compiling (DEFUN |prEnv,tran| ...) ; compiling (DEFUN |prModemaps| ...) ; compiling (DEFUN |prTriple| ...) ; compiling (DEFUN |TrimCF| ...) ; compiling (DEFUN |diagnoseUnknownType| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/c-util.clisp ; in: DEFUN |diagnoseUnknownType| ; (DEFUN BOOT::|diagnoseUnknownType| (BOOT::|t| BOOT::|e|) ; (LET* (BOOT::|syms| ; BOOT::|sym| ; BOOT::|fields| ; BOOT::|ISTMP#3| ; BOOT::|n| ; BOOT::|ISTMP#2| ; BOOT::|ISTMP#1| ; BOOT::|args| ; BOOT::|ctor| ; BOOT::|m| ; BOOT::|t'|) ; (DECLARE (SPECIAL BOOT::|$CategoryFrame|)) ; (COND ((NOT #) (COND # # # # # #)) ; (T (SETQ #) (SETQ #) (COND # # # # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|diagnoseUnknownType| ; (BOOT::|t| BOOT::|e|) ; (BLOCK BOOT::|diagnoseUnknownType| ; (LET* (BOOT::|syms| ; BOOT::|sym| ; BOOT::|fields| ; BOOT::|ISTMP#3| ; BOOT::|n| ; BOOT::|ISTMP#2| ; BOOT::|ISTMP#1| ; BOOT::|args| ; BOOT::|ctor| ; BOOT::|m| ; BOOT::|t'|) ; (DECLARE (SPECIAL BOOT::|$CategoryFrame|)) ; (COND (# #) (T # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DEFUN |isConstantId| ...) ; compiling (DEFUN |isFalse| ...) ; compiling (DEFUN |isFluid| ...) ; compiling (DEFUN |isFunction| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |isLiteral| ...) ; compiling (DEFUN |registerConstructor| ...) ; compiling (DEFUN |currentConstructor| ...) ; compiling (DEFUN |currentDB| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |makeLiteral| ...) ; compiling (DEFUN |isSomeDomainVariable| ...) ; compiling (DEFUN |isSubset| ...) ; compiling (DEFUN |isDomainInScope| ...) ; compiling (DEFUN |isSimple| ...) ; compiling (DEFUN |isSideEffectFree| ...) ; compiling (DEFUN |isAlmostSimple| ...) ; compiling (DEFUN |isAlmostSimple,fn| ...) ; compiling (DEFUN |isAlmostSimple,setAssignment| ...) ; compiling (DEFUN |incExitLevel| ...) ; compiling (DEFUN |decExitLevel| ...) ; compiling (DEFUN |decExitLevel,removeExit0| ...) ; compiling (DEFUN |adjExitLevel| ...) ; compiling (DEFUN |wrapSEQExit| ...) ; compiling (DEFUN |makeWorkerName| ...) ; compiling (DEFUN |removeEnv| ...) ; compiling (DEFUN |makeNonAtomic| ...) ; compiling (DEFUN |flatten| ...) ; compiling (DEFUN |genDomainVar| ...) ; compiling (DEFUN |genVariable| ...) ; compiling (DEFUN |genSomeVariable| ...) ; compiling (DEFUN |listOfIdentifiersIn| ...) ; compiling (DEFUN |mapInto| ...) ; compiling (DEFUN |numOfOccurencesOf| ...) ; compiling (DEFUN |numOfOccurencesOf,fn| ...) ; compiling (DEFUN |compilerMessage| ...) ; compiling (DEFUN |printDashedLine| ...) ; compiling (DEFUN |stackSemanticError| ...) ; compiling (DEFUN |stackWarning| ...) ; compiling (DEFUN |unStackWarning| ...) ; compiling (DEFUN |stackMessage| ...) ; compiling (DEFUN |stackMessageIfNone| ...) ; compiling (DEFUN |stackAndThrow| ...) ; compiling (DEFUN |printString| ...) ; compiling (DEFUN |printAny| ...) ; compiling (DEFUN |printSignature| ...) ; compiling (DEFUN |elapsedTime| ...) ; compiling (DEFUN |addStats| ...) ; compiling (DEFUN |printStats| ...) ; compiling (DEFUN |extendsCategoryForm| ...) ; compiling (DEFUN |getmode| ...) ; compiling (DEFUN |getmodeOrMapping| ...) ; compiling (DEFUN |outerProduct| ...) ; compiling (DEFUN |sublisR| ...) ; compiling (DEFUN |substituteOp| ...) ; compiling (DEFUN |sublisV| ...) ; compiling (DEFUN |sublisV,suba| ...) ; compiling (DEFUN |old2NewModemaps| ...) ; compiling (DEFUN |displayProplist| ...) ; compiling (DEFUN |displayProplist,fn| ...) ; compiling (DEFUN |displayModemaps| ...) ; compiling (DEFUN GCOPY ...) ; compiling (DEFUN |displayAmbiguousSignatures| ...) ; compiling (DEFUN |displayAmbiguousSignatures,showCandidate| ...) ; compiling (DEFUN |ambiguousSignatureError| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/c-util.clisp ; in: DEFUN |ambiguousSignatureError| ; (DEFUN BOOT::|ambiguousSignatureError| (BOOT::|op| BOOT::|sigs|) ; (DECLARE (SPECIAL BOOT::|$op|)) ; (BOOT::|stackSemanticError| ; (CONS "signature of lhs not unique. Candidates are:" ; (BOOT::|displayAmbiguousSignatures| BOOT::|$op| BOOT::|sigs|)) ; NIL)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ambiguousSignatureError| ; (BOOT::|op| BOOT::|sigs|) ; (DECLARE (SPECIAL BOOT::|$op|)) ; (BLOCK BOOT::|ambiguousSignatureError| ; (BOOT::|stackSemanticError| ; (CONS "signature of lhs not unique. Candidates are:" ; (BOOT::|displayAmbiguousSignatures| BOOT::|$op| BOOT::|sigs|)) ; NIL))) ; ; caught STYLE-WARNING: ; The variable |op| is defined but never used. ; compiling (DEFPARAMETER |$capsuleDirectory| ...) ; compiling (DEFUN |clearCapsuleDirectory| ...) ; compiling (DEFUN |getCapsuleDirectoryEntry| ...) ; compiling (DEFUN |updateCapsuleDirectory| ...) ; compiling (DEFUN |mutateConditionalFormWithUnaryFunction| ...) ; compiling (DEFUN |mutateBindingFormWithUnaryFunction| ...) ; compiling (DEFUN |middleEndExpand| ...) ; compiling (DEFUN |compileTimeBindingOf| ...) ; compiling (DEFUN |getFunctionReplacement| ...) ; compiling (DEFUN |clearReplacement| ...) ; compiling (DEFUN |evalAndPrintBackendStmt| ...) ; compiling (DEFUN |registerFunctionReplacement| ...) ; compiling (DEFUN |registerRedexForm| ...) ; compiling (DEFUN |redexForm| ...) ; compiling (DEFUN |resolveConstantForm| ...) ; compiling (DEFUN |mutateArgumentList| ...) ; compiling (DEFUN |inlineDirectCall| ...) ; compiling (DEFUN |resolveIndirectCall| ...) ; compiling (DEFUN |replaceSimpleFunctions| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/c-util.clisp ; in: DEFUN |replaceSimpleFunctions| ; (DEFUN BOOT::|replaceSimpleFunctions| (BOOT::|form|) ; (LET* (BOOT::|args| BOOT::|fun| BOOT::|ISTMP#2| BOOT::|ISTMP#1|) ; (COND ((BOOTTRAN:|atomic?| BOOT::|form|) BOOT::|form|) ; ((EQ # 'DECLARE) BOOT::|form|) ; ((EQ # 'BOOT::|%when|) ; (BOOT::|mutateConditionalFormWithUnaryFunction| BOOT::|form| ; #'BOOT::|replaceSimpleFunctions|)) ; ((BOOTTRAN:|symbolMember?| # '#) ; (BOOT::|mutateBindingFormWithUnaryFunction| BOOT::|form| ; #'BOOT::|replaceSimpleFunctions|)) ; ((AND # # #) (BOOT::|resolveConstantForm| BOOT::|form|)) ; (T (BOOT::|mutateArgumentList| # #'BOOT::|replaceSimpleFunctions|) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|replaceSimpleFunctions| ; (BOOT::|form|) ; (BLOCK BOOT::|replaceSimpleFunctions| ; (LET* (BOOT::|args| BOOT::|fun| BOOT::|ISTMP#2| BOOT::|ISTMP#1|) ; (COND (# BOOT::|form|) (# BOOT::|form|) (# #) (# #) (# #) (T # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DEFUN |forwardingCall?| ...) ; compiling (DEFUN |usesVariablesLinearly?| ...) ; compiling (DEFCONSTANT |$NonExpandableOperators| ...) ; compiling (DEFUN |expandableDefinition?| ...) ; compiling (DEFCONSTANT |$coreDiagnosticFunctions| ...) ; compiling (DEFUN |almostPure?| ...) ; compiling (DEFUN |foldExportedFunctionReferences| ...) ; compiling (DEFUN |setCompilerOptimizations| ...) ; compiling (DEFUN |proclaimCapsuleFunction| ...) ; compiling (DEFUN |proclaimCapsuleFunction,vmType| ...) ; compiling (DEFUN |proclaimCapsuleFunction,normalize| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |backendCompileSPADSLAM| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/c-util.clisp ; in: DEFUN |backendCompileSPADSLAM| ; (DEFUN BOOT::|backendCompileSPADSLAM| ; (BOOT::|db| BOOT::|name| BOOT::|args| BOOT::|body|) ; (LET* (BOOT::|code| ; BOOT::|inits| ; BOOT::|binder| ; BOOT::|LETTMP#1| ; BOOT::|app| ; BOOT::|key| ; BOOT::|u| ; BOOT::|g| ; BOOT::|g2| ; BOOT::|auxfn| ; BOOT::|al|) ; (PROGN ; (SETQ BOOT::|al| #) ; (SETQ BOOT::|auxfn| #) ; (SETQ BOOT::|g2| #) ; (SETQ BOOT::|u| #) ; (SETQ BOOT::|key| #) ; (SETQ BOOT::|app| #) ; (SETQ BOOT::|code| #) ; (BOOT::|evalAndPrintBackendStmt| (BOOT::|dbLibstream| BOOT::|db|) ; (LIST 'DEFPARAMETER BOOT::|al| NIL)) ; (BOOT::|assembleCode| (LIST BOOT::|auxfn| #)) ; (BOOT::|assembleCode| (LIST BOOT::|name| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|backendCompileSPADSLAM| ; (BOOT::|db| BOOT::|name| BOOT::|args| BOOT::|body|) ; (BLOCK BOOT::|backendCompileSPADSLAM| ; (LET* (BOOT::|code| ; BOOT::|inits| ; BOOT::|binder| ; BOOT::|LETTMP#1| ; BOOT::|app| ; BOOT::|key| ; BOOT::|u| ; BOOT::|g| ; BOOT::|g2| ; BOOT::|auxfn| ; BOOT::|al|) ; (PROGN ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (BOOT::|evalAndPrintBackendStmt| # #) ; (BOOT::|assembleCode| #) ; (BOOT::|assembleCode| #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL SYMBOL &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |backendCompile2| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/c-util.clisp ; in: DEFUN |backendCompile2| ; (DEFUN BOOT::|backendCompile2| (BOOT::|db| BOOT::|code|) ; (LET* (BOOT::|body| ; BOOT::|args| ; BOOT::|ISTMP#3| ; BOOT::|type| ; BOOT::|ISTMP#2| ; BOOT::|ISTMP#1| ; BOOT::|name|) ; (COND ((NOT #) (BOOT::|systemError| #)) ; ((EQ BOOT::|type| 'BOOT::|%slam|) ; (BOOT::|backendCompileSPADSLAM| BOOT::|db| BOOT::|name| ; BOOT::|args| BOOT::|body|)) ; (T (BOOT::|assembleCode| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|backendCompile2| ; (BOOT::|db| BOOT::|code|) ; (BLOCK BOOT::|backendCompile2| ; (LET* (BOOT::|body| ; BOOT::|args| ; BOOT::|ISTMP#3| ; BOOT::|type| ; BOOT::|ISTMP#2| ; BOOT::|ISTMP#1| ; BOOT::|name|) ; (COND (# #) (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL SYMBOL &REST T). ; compiling (DEFUN |backendFluidize| ...) ; compiling (DEFPARAMETER |$FluidVars| ...) ; compiling (DEFPARAMETER |$LocalVars| ...) ; compiling (DEFPARAMETER |$SpecialVars| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |pushLocalVariable| ...) ; compiling (DEFUN |isLispSpecialVariable| ...) ; compiling (DEFUN |noteSpecialVariable| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |formal?| ...) ; compiling (DEFUN |expandFormTemplate| ...) ; compiling (DEFUN |equalFormTemplate| ...) ; compiling (DEFUN |getFunctionTemplate| ...) ; compiling (DEFUN |lookupInheritedDefiningFunction| ...) ; compiling (DEFUN |lookupDefiningFunction| ...) ; compiling (DEFUN |cleanParameterList!| ...) ; compiling (DEFUN |moveLibdirByCopy| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/c-util.clisp ; in: DEFUN |continue| ; (BOOT::FIN (BOOT::|comp| BOOT::|$x| BOOT::|$m| BOOT::|$f|)) ; ; caught STYLE-WARNING: ; undefined function: FIN ; in: DEFUN |compAndTrace| ; (BOOT::|TRACE,1| (LIST 'BOOT::|comp| 'BOOT::|compFormWithModemap|) NIL) ; ; caught STYLE-WARNING: ; undefined function: |TRACE,1| ; (BOOT::|UNTRACE,1| 'BOOT::|comp|) ; ; caught STYLE-WARNING: ; undefined function: |UNTRACE,1| ; in: DEFUN |backendCompile2| ; (BOOT::|assembleCode| ; (LIST BOOT::|name| (CONS BOOT::|type| (CONS BOOT::|args| BOOT::|body|)))) ; ; caught STYLE-WARNING: ; undefined function: |assembleCode| ; in: DEFUN |backendCompileSPADSLAM| ; (BOOT::|assembleCode| ; (LIST BOOT::|auxfn| (CONS 'LAMBDA (CONS BOOT::|args| BOOT::|body|)))) ; ; caught STYLE-WARNING: ; undefined function: |assembleCode| ; in: DEFUN |displayComp| ; (BOOT::|bright| BOOT::|$op|) ; ; caught STYLE-WARNING: ; undefined function: |bright| ; in: DEFUN |displayWarnings| ; (BOOT::|bright| " Warnings:") ; ; caught STYLE-WARNING: ; undefined function: |bright| ; in: DEFUN |displaySemanticErrors| ; (BOOT::|bright| " Semantic Errors:") ; ; caught STYLE-WARNING: ; undefined function: |bright| ; ; caught STYLE-WARNING: ; 3 more uses of undefined function |bright| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/c-util.clisp ; in: DEFUN |stackMessage| ; (BOOT::|buildMessage| BOOT::|msg| BOOT::|args|) ; ; caught STYLE-WARNING: ; undefined function: |buildMessage| ; in: DEFUN |unStackWarning| ; (BOOT::|buildMessage| BOOT::|msg| BOOT::|args|) ; ; caught STYLE-WARNING: ; undefined function: |buildMessage| ; in: DEFUN |stackWarning| ; (BOOT::|buildMessage| BOOT::|msg| BOOT::|args|) ; ; caught STYLE-WARNING: ; undefined function: |buildMessage| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |buildMessage| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/c-util.clisp ; in: DEFUN |sublisV,suba| ; (BOOT::|categoryObject?| BOOT::|e|) ; ; caught STYLE-WARNING: ; undefined function: |categoryObject?| ; in: DEFUN |devaluate| ; (BOOT::|categoryObject?| BOOT::|d|) ; ; caught STYLE-WARNING: ; undefined function: |categoryObject?| ; in: DEFUN |getSuccessEnvironment| ; (BOOT::|comp| BOOT::|m| BOOT::|$EmptyMode| BOOT::|e|) ; ; caught STYLE-WARNING: ; undefined function: |comp| ; in: DEFUN |compAndTrace| ; (BOOT::|comp| BOOT::|x| BOOT::|m| BOOT::|e|) ; ; caught STYLE-WARNING: ; undefined function: |comp| ; in: DEFUN |continue| ; (BOOT::|comp| BOOT::|$x| BOOT::|$m| BOOT::|$f|) ; ; caught STYLE-WARNING: ; undefined function: |comp| ; in: DEFUN |unionLike?| ; (BOOT::|compForMode| BOOT::|m| BOOT::|$EmptyMode| BOOT::|e|) ; ; caught STYLE-WARNING: ; undefined function: |compForMode| ; in: DEFUN |extendsCategoryForm| ; (BOOT::|compMakeCategoryObject| BOOT::|form| BOOT::|$e|) ; ; caught STYLE-WARNING: ; undefined function: |compMakeCategoryObject| ; in: DEFUN |lookupDefiningFunction| ; (BOOT::|compiledLookup| BOOT::|op| BOOT::|sig| BOOT::|dc|) ; ; caught STYLE-WARNING: ; undefined function: |compiledLookup| ; in: DEFUN |isSideEffectFree| ; (BOOT::|constructor?| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |constructor?| ; in: DEFUN |moveLibdirByCopy| ; (BOOT::|copyFile| (NAMESTRING BOOT::|src|) (NAMESTRING BOOT::|dst|)) ; ; caught STYLE-WARNING: ; undefined function: |copyFile| ; in: DEFUN |displayModemaps| ; (BOOT::|displayOpModemaps| (CAR BOOT::|z|) BOOT::|modemaps|) ; ; caught STYLE-WARNING: ; undefined function: |displayOpModemaps| ; in: DEFUN |evalAndPrintBackendStmt| ; (BOOT::|eval| BOOT::|stmt|) ; ; caught STYLE-WARNING: ; undefined function: |eval| ; in: DEFUN |displayComp| ; (BOOT::|form2String| BOOT::|$m|) ; ; caught STYLE-WARNING: ; undefined function: |form2String| ; in: DEFUN |displayAmbiguousSignatures,showCandidate| ; (BOOT::|formatUnabbreviated| (CONS 'BOOT::|Mapping| BOOT::|sig|)) ; ; caught STYLE-WARNING: ; undefined function: |formatUnabbreviated| ; in: DEFUN |diagnoseUnknownType| ; (BOOT::|getConstructorAbbreviationFromDB| BOOT::|ctor|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorAbbreviationFromDB| ; in: DEFUN |dbInfovec| ; (BOOT::|getConstructorKindFromDB| BOOT::|name|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorKindFromDB| ; in: DEFUN |isDomainInScope| ; (BOOT::|getDomainsInScope| BOOT::|e|) ; ; caught STYLE-WARNING: ; undefined function: |getDomainsInScope| ; in: DEFUN |diagnoseUnknownType| ; (BOOT::|getDomainsInScope| BOOT::|e|) ; ; caught STYLE-WARNING: ; undefined function: |getDomainsInScope| ; in: DEFUN |intersectionContour,unifiable| ; (BOOT::|getDomainsInScope| BOOT::|$e|) ; ; caught STYLE-WARNING: ; undefined function: |getDomainsInScope| ; in: DEFUN |lookupDefiningFunction| ; (BOOT::|getOpCode| BOOT::|op| BOOT::|opTable| (- BOOT::|opTableLength| 1)) ; ; caught STYLE-WARNING: ; undefined function: |getOpCode| ; in: DEFUN |middleEndExpand| ; (BOOT::|getOpcodeExpander| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |getOpcodeExpander| ; in: DEFUN |extendsCategoryForm| ; (BOOT::|isCategoryForm| BOOT::|form| BOOT::|$EmptyEnvironment|) ; ; caught STYLE-WARNING: ; undefined function: |isCategoryForm| ; in: DEFUN |diagnoseUnknownType| ; (BOOT::|isCategoryForm| BOOT::|m| BOOT::|$CategoryFrame|) ; ; caught STYLE-WARNING: ; undefined function: |isCategoryForm| ; in: DEFUN |isSubset| ; (BOOT::|isDomainForm| BOOT::|x| BOOT::|e|) ; ; caught STYLE-WARNING: ; undefined function: |isDomainForm| ; in: DEFUN |getSuccessEnvironment| ; (BOOT::|isDomainForm| BOOT::|m| BOOT::|$EmptyEnvironment|) ; ; caught STYLE-WARNING: ; undefined function: |isDomainForm| ; in: DEFUN |isDomainInScope| ; (BOOT::|isFunctor| BOOT::|name|) ; ; caught STYLE-WARNING: ; undefined function: |isFunctor| ; in: DEFUN |devaluate| ; (BOOT::|isFunctor| BOOT::|d'|) ; ; caught STYLE-WARNING: ; undefined function: |isFunctor| ; in: DEFUN |compileTimeBindingOf| ; (BOOT::|keyedSystemError| 'BOOT::S2OO0001 (LIST BOOT::|u|)) ; ; caught STYLE-WARNING: ; undefined function: |keyedSystemError| ; in: DEFUN |lookupDefiningFunction| ; (BOOT::|loadDBIfCan| BOOT::|db|) ; ; caught STYLE-WARNING: ; undefined function: |loadDBIfCan| ; in: DEFUN |dbInfovec| ; (BOOT::|loadLibIfNotLoaded| BOOT::|name|) ; ; caught STYLE-WARNING: ; undefined function: |loadLibIfNotLoaded| ; in: DEFUN |printStats| ; (BOOT::|normalizeStatAndStringify| BOOT::|elapsedSeconds|) ; ; caught STYLE-WARNING: ; undefined function: |normalizeStatAndStringify| ; in: DEFUN |proclaimCapsuleFunction| ; (BOOT::|printBackendStmt| (BOOT::|dbLibstream| BOOT::|db|) ; (LIST 'DECLAIM ; (LIST 'FTYPE ; (LIST 'FUNCTION (BOOTTRAN:|append| # #) ; (BOOT::|proclaimCapsuleFunction,vmType| #)) ; BOOT::|op|))) ; ; caught STYLE-WARNING: ; undefined function: |printBackendStmt| ; in: DEFUN |evalAndPrintBackendStmt| ; (BOOT::|printBackendStmt| BOOT::|lib| BOOT::|stmt|) ; ; caught STYLE-WARNING: ; undefined function: |printBackendStmt| ; in: DEFUN |moveLibdirByCopy| ; (BOOT::|removeFile| (BOOT::|libStationaryDirname| BOOT::|lib|)) ; ; caught STYLE-WARNING: ; undefined function: |removeFile| ; in: DEFUN |compilerMessage| ; (BOOT::|sayPatternMsg| BOOT::|msg| BOOT::|args|) ; ; caught STYLE-WARNING: ; undefined function: |sayPatternMsg| ; in: DEFUN |moveLibdirByCopy| ; (BOOT::|systemError| ; (CONS "Could not remove stationary directory" ; (BOOT::|bright| (BOOT::|libStationaryDirname| BOOT::|lib|)))) ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; in: DEFUN |backendCompile2| ; (BOOT::|systemError| (LIST "parenthesis error in: " BOOT::|code|)) ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; in: DEFUN |deltaContour| ; (BOOT::|systemError| "deltaContour") ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; ; compilation unit finished ; Undefined functions: ; FIN |TRACE,1| |UNTRACE,1| |assembleCode| |bright| |buildMessage| |categoryObject?| |comp| |compForMode| |compMakeCategoryObject| |compiledLookup| |constructor?| |copyFile| |displayOpModemaps| |eval| |form2String| |formatUnabbreviated| |getConstructorAbbreviationFromDB| |getConstructorKindFromDB| |getDomainsInScope| |getOpCode| |getOpcodeExpander| |isCategoryForm| |isDomainForm| |isFunctor| |keyedSystemError| |loadDBIfCan| |loadLibIfNotLoaded| |normalizeStatAndStringify| |printBackendStmt| |removeFile| |sayPatternMsg| |systemError| ; caught 53 STYLE-WARNING conditions ; printed 6 notes ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/c-util.fasl written ; compilation finished in 0:00:00.767 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=lisp-backend.fasl --load-directory=. ../../../open-axiom/src/interp/lisp-backend.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/lisp-backend.clisp" (written 01 FEB 2016 10:52:42 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "sys-macros") ; compiling (IMPORT-MODULE "nlib") ; compiling (IMPORT-MODULE "c-util") ; compiling (IN-PACKAGE "BOOT") ; compiling (PROVIDE "lisp-backend") ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |loopVarInit| ...) ; compiling (DEFUN |expandIN| ...) ; compiling (DEFUN |expandON| ...) ; compiling (DEFUN |expandSTEP| ...) ; compiling (DEFUN |expandSUCHTHAT| ...) ; compiling (DEFUN |expandWHILE| ...) ; compiling (DEFUN |expandUNTIL| ...) ; compiling (DEFUN |expandInit| ...) ; compiling (DEFUN |expandIterators| ...) ; compiling (DEFUN |expandIterators,toLisp| ...) ; compiling (DEFUN |expandRepeat| ...) ; compiling (DEFUN |expandRepeat,coagulate| ...) ; compiling (DEFUN |expandCollect| ...) ; compiling (DEFUN |expandList| ...) ; compiling (DEFUN |expandList,simpleValue?| ...) ; compiling (DEFUN |expandArray2List| ...) ; compiling (DEFUN |expandLeave| ...) ; compiling (DEFUN |expandReturn| ...) ; compiling (DEFUN |hasNoExit?| ...) ; compiling (DEFUN |expandSeq| ...) ; compiling (DEFUN |expandPeq| ...) ; compiling (DEFUN |expandBefore?| ...) ; compiling (DEFUN |expandBcompl| ...) ; compiling (DEFUN |expandCcst| ...) ; compiling (DEFUN |expandS2c| ...) ; compiling (DEFUN |expandIneg| ...) ; compiling (DEFUN |expandIdivide| ...) ; compiling (DEFUN |expandIeq| ...) ; compiling (DEFUN |expandIlt| ...) ; compiling (DEFUN |expandIgt| ...) ; compiling (DEFUN |expandIbigrandom| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/lisp-backend.clisp ; in: DEFUN |expandIbigrandom| ; (DEFUN BOOT::|expandIbigrandom| (BOOT::|bfVar#1|) ; (LIST 'RANDOM (LIST 'GET-INTERNAL-REAL-TIME))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|expandIbigrandom| ; (BOOT::|bfVar#1|) ; (BLOCK BOOT::|expandIbigrandom| ; (LIST 'RANDOM (LIST 'GET-INTERNAL-REAL-TIME)))) ; ; caught STYLE-WARNING: ; The variable |bfVar#1| is defined but never used. ; compiling (DEFUN |expandFbase| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/lisp-backend.clisp ; in: DEFUN |expandFbase| ; (DEFUN BOOT::|expandFbase| (BOOT::|bfVar#1|) ; (FLOAT-RADIX BOOT::|$DoubleFloatMaximum|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|expandFbase| ; (BOOT::|bfVar#1|) ; (BLOCK BOOT::|expandFbase| (FLOAT-RADIX BOOT::|$DoubleFloatMaximum|))) ; ; caught STYLE-WARNING: ; The variable |bfVar#1| is defined but never used. ; compiling (DEFUN |expandFprec| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/lisp-backend.clisp ; in: DEFUN |expandFprec| ; (DEFUN BOOT::|expandFprec| (BOOT::|bfVar#1|) ; (FLOAT-DIGITS BOOT::|$DoubleFloatMaximum|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|expandFprec| ; (BOOT::|bfVar#1|) ; (BLOCK BOOT::|expandFprec| (FLOAT-DIGITS BOOT::|$DoubleFloatMaximum|))) ; ; caught STYLE-WARNING: ; The variable |bfVar#1| is defined but never used. ; compiling (DEFUN |expandFminval| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/lisp-backend.clisp ; in: DEFUN |expandFminval| ; (DEFUN BOOT::|expandFminval| (BOOT::|bfVar#1|) 'BOOT::|$DoubleFloatMinimum|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|expandFminval| ; (BOOT::|bfVar#1|) ; (BLOCK BOOT::|expandFminval| 'BOOT::|$DoubleFloatMinimum|)) ; ; caught STYLE-WARNING: ; The variable |bfVar#1| is defined but never used. ; compiling (DEFUN |expandFmaxval| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/lisp-backend.clisp ; in: DEFUN |expandFmaxval| ; (DEFUN BOOT::|expandFmaxval| (BOOT::|bfVar#1|) 'BOOT::|$DoubleFloatMaximum|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|expandFmaxval| ; (BOOT::|bfVar#1|) ; (BLOCK BOOT::|expandFmaxval| 'BOOT::|$DoubleFloatMaximum|)) ; ; caught STYLE-WARNING: ; The variable |bfVar#1| is defined but never used. ; compiling (DEFUN |expandI2f| ...) ; compiling (DEFUN |expandFneg| ...) ; compiling (DEFUN |expandFeq| ...) ; compiling (DEFUN |expandFlt| ...) ; compiling (DEFUN |expandFgt| ...) ; compiling (DEFUN |expandFcstpi| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/lisp-backend.clisp ; in: DEFUN |expandFcstpi| ; (DEFUN BOOT::|expandFcstpi| (BOOT::|bfVar#1|) ; (LIST 'COERCE 'PI (BOOTTRAN:|quote| '|AxiomCore|:|%DoubleFloat|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|expandFcstpi| ; (BOOT::|bfVar#1|) ; (BLOCK BOOT::|expandFcstpi| ; (LIST 'COERCE 'PI (BOOTTRAN:|quote| '|AxiomCore|:|%DoubleFloat|)))) ; ; caught STYLE-WARNING: ; The variable |bfVar#1| is defined but never used. ; compiling (DEFUN |expandFsqrt| ...) ; compiling (DEFUN |expandFpowf| ...) ; compiling (DEFUN |expandFlog| ...) ; compiling (DEFUN |expandFlog2| ...) ; compiling (DEFUN |expandFlog10| ...) ; compiling (DEFUN |expandFasin| ...) ; compiling (DEFUN |expandFacos| ...) ; compiling (DEFUN |expandFacosh| ...) ; compiling (DEFUN |expandFatanh| ...) ; compiling (DEFUN |expandFacoth| ...) ; compiling (DEFUN |expandFdecode| ...) ; compiling (DEFUN |expandStreq| ...) ; compiling (DEFUN |expandStrlt| ...) ; compiling (DEFUN |expandStrstc| ...) ; compiling (DEFUN |expandBytevec2str| ...) ; compiling (DEFUN |expandStr2bytevec| ...) ; compiling (DEFUN |expandBitvecnot| ...) ; compiling (DEFUN |expandBitvecand| ...) ; compiling (DEFUN |expandBitvecnand| ...) ; compiling (DEFUN |expandBitvecor| ...) ; compiling (DEFUN |expandBitvecnor| ...) ; compiling (DEFUN |expandBitvecxor| ...) ; compiling (DEFUN |expandBitveclength| ...) ; compiling (DEFUN |expandBitveccopy| ...) ; compiling (DEFUN |expandBitvecconc| ...) ; compiling (DEFUN |expandBitvecref| ...) ; compiling (DEFUN |expandBitveceq| ...) ; compiling (DEFUN |expandBitvector| ...) ; compiling (DEFUN |expandVal2z| ...) ; compiling (DEFUN |expandZ2val| ...) ; compiling (DEFUN |expandBind| ...) ; compiling (DEFUN |expandDynval| ...) ; compiling (DEFUN |expandStore| ...) ; compiling (DEFCONSTANT |$OpenAxiomCatchTag| ...) ; compiling (DEFUN |expandThrow| ...) ; compiling (DEFUN |domainMatchCode| ...) ; compiling (DEFUN |expandTry| ...) ; compiling (LET (# #) ...) ; compiling (LET (# #) ...) ; compiling (DEFUN |getOpcodeExpander| ...) ; compiling (DEFUN |expandToVMForm| ...) ; compiling (DEFUN |eval| ...) ; compiling (DEFUN |evaluateLispDefinition| ...) ; compiling (DEFUN |simpleParameterList?| ...) ; compiling (DEFUN |removeFluids| ...) ; compiling (DEFUN COMPILE1 ...) ; compiling (DEFUN COMP370 ...) ; compiling (DEFUN |assembleCode| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/lisp-backend.clisp ; in: DEFUN |assembleCode| ; (BOOT::SAY "No Compilation") ; ==> ; "No Compilation" ; ; note: deleting unreachable code ; compiling (DEFUN |printBackendStmt| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |massageBackendCode| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |skipDeclarations| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/lisp-backend.clisp ; in: DEFUN |skipDeclarations| ; (DEFUN BOOT::|skipDeclarations| (BOOT::|form|) ; (LET* (BOOT::|ISTMP#1|) ; (PROGN (LOOP (COND # #)) BOOT::|form|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|skipDeclarations| ; (BOOT::|form|) ; (BLOCK BOOT::|skipDeclarations| ; (LET* (BOOT::|ISTMP#1|) ; (PROGN (LOOP #) BOOT::|form|)))) ; ; note: Assignment to argument: |form| ; prevents use of assertion from function type proclamation: ; (OR NULL ; (CONS ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS ; CHARACTER) ; T)) ; ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |lastDeclarationNode| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/lisp-backend.clisp ; in: DEFUN |lastDeclarationNode| ; (DEFUN BOOT::|lastDeclarationNode| (BOOT::|form|) ; (LET* (BOOT::|ISTMP#1|) ; (PROGN (LOOP (COND # #)) (COND (# BOOT::|form|) (T NIL))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|lastDeclarationNode| ; (BOOT::|form|) ; (BLOCK BOOT::|lastDeclarationNode| ; (LET* (BOOT::|ISTMP#1|) ; (PROGN (LOOP #) (COND # #))))) ; ; note: Assignment to argument: |form| ; prevents use of assertion from function type proclamation: ; (OR NULL ; (CONS ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS ; CHARACTER) ; T)) ; ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |declareGlobalVariables| ...) ; compiling (DEFUN |matchingEXIT| ...) ; compiling (DEFUN |simplifySEQ| ...) ; compiling (DEFUN |needsPROG?| ...) ; compiling (DEFUN |removeToplevelRETURN-FROM| ...) ; compiling (DEFUN |transformToBackendCode| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/lisp-backend.clisp ; in: DEFUN |transformToBackendCode| ; (DEFUN BOOT::|transformToBackendCode| (BOOT::|x|) ; (LET* ((BOOT::|$FluidVars| NIL) ; (BOOT::|$LocalVars| NIL) ; (BOOT::|$SpecialVars| NIL) ; BOOT::|lastdecl| ; BOOT::|body'| ; BOOT::|inits| ; BOOT::|ISTMP#2| ; BOOT::|op| ; BOOT::|ISTMP#1| ; BOOT::|fluids| ; BOOT::|lvars| ; BOOT::|stmt| ; ...) ; (DECLARE ; (SPECIAL BOOT::|$FluidVars| BOOT::|$LocalVars| BOOT::|$SpecialVars|)) ; (PROGN ; (SETQ BOOT::|x| #) ; (BOOT::|cleanParameterList!| (CADR BOOT::|x|)) ; (BOOT::|massageBackendCode| (CDDR BOOT::|x|)) ; (SETQ BOOT::|body| #) ; (SETQ BOOT::|body| #) ; (SETQ BOOT::|$FluidVars| #) ; (SETQ BOOT::|$LocalVars| #) ; (SETQ BOOT::|lvars| #) ; (SETQ BOOT::|fluids| #) ; (SETQ BOOT::|body| #) ; (SETQ BOOT::|fluids| #) ; ...))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|transformToBackendCode| ; (BOOT::|x|) ; (BLOCK BOOT::|transformToBackendCode| ; (LET* ((BOOT::|$FluidVars| NIL) ; (BOOT::|$LocalVars| NIL) ; (BOOT::|$SpecialVars| NIL) ; BOOT::|lastdecl| ; BOOT::|body'| ; BOOT::|inits| ; BOOT::|ISTMP#2| ; BOOT::|op| ; BOOT::|ISTMP#1| ; BOOT::|fluids| ; BOOT::|lvars| ; BOOT::|stmt| ; ...) ; (DECLARE ; (SPECIAL BOOT::|$FluidVars| BOOT::|$LocalVars| ; BOOT::|$SpecialVars|)) ; (PROGN ; (SETQ #) ; (BOOT::|cleanParameterList!| #) ; (BOOT::|massageBackendCode| #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; ...)))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; ; compiling (DEFPARAMETER $CLOSEDFNS ...) ; compiling (DEFUN MAKE-CLOSEDFN-NAME ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |backendCompileNEWNAM| ...) ; compiling (DEFUN |backendCompile1| ...) ; compiling (DEFUN |backendCompile| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/lisp-backend.clisp ; in: DEFUN COMPILE1 ; (BOOT::|bright| (SYMBOL-NAME BOOT::|type|)) ; ; caught STYLE-WARNING: ; undefined function: |bright| ; in: DEFUN |expandCcst| ; (BOOT::|error| 'BOOT::|operand is not a string constant|) ; ; caught STYLE-WARNING: ; undefined function: |error| ; in: DEFUN |expandCollect| ; (BOOT::|finishListCollect| BOOT::|iters| BOOT::|body|) ; ; caught STYLE-WARNING: ; undefined function: |finishListCollect| ; in: DEFUN COMPILE1 ; (BOOT::|systemError| ; (CONS "bad function type: " (BOOT::|bright| (SYMBOL-NAME BOOT::|type|)))) ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; in: DEFUN |expandReturn| ; (BOOT::|systemErrorHere| (LIST 'BOOT::|expandReturn| BOOT::|x|)) ; ; caught STYLE-WARNING: ; undefined function: |systemErrorHere| ; in: DEFUN |expandRepeat| ; (BOOT::|systemErrorHere| (LIST 'BOOT::|expandLoop| BOOT::|iters|)) ; ; caught STYLE-WARNING: ; undefined function: |systemErrorHere| ; ; compilation unit finished ; Undefined functions: ; |bright| |error| |finishListCollect| |systemError| |systemErrorHere| ; caught 12 STYLE-WARNING conditions ; printed 4 notes ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/lisp-backend.fasl written ; compilation finished in 0:00:00.346 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=io.fasl --load-directory=. ../../../open-axiom/src/interp/io.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/io.clisp" (written 01 FEB 2016 10:52:42 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "sys-constants") ; compiling (IN-PACKAGE "BOOT") ; compiling (PROVIDE "io") ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFMACRO |spaceChar?| ...) ; compiling (DEFMACRO |tabChar?| ...) ; compiling (DEFUN |blankChar?| ...) ; compiling (DEFUN |carriageRetChar?| ...) ; compiling (DEFUN |storeBlank!| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/io.clisp ; in: DEFUN |storeBlank!| ; (DEFUN BOOT::|storeBlank!| (BOOT::|s| BOOT::|n|) ; (PROGN ; (LET ((BOOT::|bfVar#1| #) (BOOT::|i| 0)) ; (LOOP (COND # #) ; (SETQ #))) ; BOOT::|s|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|storeBlank!| ; (BOOT::|s| BOOT::|n|) ; (BLOCK BOOT::|storeBlank!| ; (PROGN ; (LET (# #) ; (LOOP # ; #)) ; BOOT::|s|))) ; ; caught STYLE-WARNING: ; The variable |n| is defined but never used. ; compiling (DEFUN |firstNonblankCharPosition| ...) ; compiling (DEFUN |trimTrailingBlank| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/io.clisp ; in: DEFUN |trimTrailingBlank| ; (> BOOT::|i| 0) ; ==> ; BOOT::|i| ; ; note: deleting unreachable code ; (DEFUN BOOT::|trimTrailingBlank| (BOOT::|line|) ; (LET* (BOOT::|n| BOOT::|sz|) ; (PROGN ; (SETQ BOOT::|n| #) ; (LET (# #) ; (LOOP # ; #)) ; (COND (# BOOT::|line|) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|trimTrailingBlank| ; (BOOT::|line|) ; (BLOCK BOOT::|trimTrailingBlank| ; (LET* (BOOT::|n| BOOT::|sz|) ; (PROGN ; (SETQ #) ; (LET # ; #) ; (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |trimCarriageReturn| ...) ; compiling (DEFUN |expandLeadingTabs| ...) ; compiling (DEFUN |findString| ...) ; compiling (DEFSTRUCT (|%SourceLine| #) ...) ; compiling (DEFMACRO |mk%SourceLine| ...) ; compiling (DEFMACRO |sourceLineString| ...) ; compiling (DEFMACRO |sourceLineNumber| ...) ; compiling (DEFUN |makeSourceLine| ...) ; compiling (DEFSTRUCT (|%LoadUnit| #) ...) ; compiling (DEFMACRO |mk%LoadUnit| ...) ; compiling (DEFMACRO |loadUnitPath| ...) ; compiling (DEFMACRO |loadUnitLines| ...) ; compiling (DEFUN |readLoadUnitSource| ...) ; compiling (DEFSTRUCT (|%Line| #) ...) ; compiling (DEFMACRO |mk%Line| ...) ; compiling (DEFMACRO |lineBuffer| ...) ; compiling (DEFMACRO |lineCurrentChar| ...) ; compiling (DEFMACRO |lineCurrentIndex| ...) ; compiling (DEFMACRO |lineLastIndex| ...) ; compiling (DEFMACRO |lineNumber| ...) ; compiling (DEFUN |makeLine| ...) ; compiling (DEFUN |lineClear!| ...) ; compiling (DEFUN |lineNewLine!| ...) ; compiling (DEFUN |lineAtEnd?| ...) ; compiling (DEFUN |linePastEnd?| ...) ; compiling (DEFUN |lineCurrentSegment| ...) ; compiling (DEFUN |lineNextChar| ...) ; compiling (DEFUN |lineAdvanceChar!| ...) ; compiling (DEFSTRUCT (|%Reader| #) ...) ; compiling (DEFMACRO |mk%Reader| ...) ; compiling (DEFMACRO |readerUnitSource| ...) ; compiling (DEFMACRO |readerError| ...) ; compiling (DEFMACRO |readerPendingLines| ...) ; compiling (DEFMACRO |readerSourceLine| ...) ; compiling (DEFMACRO |readerLineNumber| ...) ; compiling (DEFMACRO |readerNextLines| ...) ; compiling (DEFUN |makeReader| ...) ; compiling (DEFUN |readerEoi?| ...) ; compiling (DEFUN |readerReadLine| ...) ; compiling (DEFUN |readerDeferLine| ...) ; compiling (DEFUN |readerPrintCurrentLine| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/io.clisp ; in: DEFUN |readLoadUnitSource| ; (BOOT::|bright| BOOT::|path|) ; ; caught STYLE-WARNING: ; undefined function: |bright| ; in: DEFUN |expandLeadingTabs| ; (BOOT::|indentationLocation| BOOT::|line|) ; ; caught STYLE-WARNING: ; undefined function: |indentationLocation| ; in: DEFUN |readLoadUnitSource| ; (BOOT::|systemError| ; (CONS "could not open file: " (BOOT::|bright| BOOT::|path|))) ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; ; compilation unit finished ; Undefined functions: ; |bright| |indentationLocation| |systemError| ; caught 4 STYLE-WARNING conditions ; printed 2 notes ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/io.fasl written ; compilation finished in 0:00:00.244 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=lexing.fasl --load-directory=. ../../../open-axiom/src/interp/lexing.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/lexing.clisp" (written 01 FEB 2016 10:52:42 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "sys-utility") ; compiling (IMPORT-MODULE "sys-macros") ; compiling (IMPORT-MODULE "io") ; compiling (IN-PACKAGE "BOOT") ; compiling (PROVIDE "lexing") ; compiling (DEFPARAMETER |$lineStack| ...) ; compiling (DEFUN |nextLine| ...) ; compiling (DEFUN |nextLinesClear!| ...) ; compiling (DEFUN |advanceChar!| ...) ; compiling (DEFUN |currentChar| ...) ; compiling (DEFUN |nextChar| ...) ; compiling (DEFSTRUCT (|%Token| #) ...) ; compiling (DEFMACRO |mk%Token| ...) ; compiling (DEFMACRO |tokenSymbol| ...) ; compiling (DEFMACRO |tokenType| ...) ; compiling (DEFMACRO |tokenNonblank?| ...) ; compiling (DEFUN |makeToken| ...) ; compiling (DEFMACRO |copyToken| ...) ; compiling (DEFPARAMETER |$priorToken| ...) ; compiling (DEFPARAMETER |$nonblank| ...) ; compiling (DEFPARAMETER |$currentToken| ...) ; compiling (DEFPARAMETER |$nextToken| ...) ; compiling (DEFPARAMETER |$validTokens| ...) ; compiling (DEFUN |getDecimalNumberToken| ...) ; compiling (DEFUN |getIntegerInRadix| ...) ; compiling (DEFUN |radixSuffix?| ...) ; compiling (DEFUN |getSpadIntegerToken| ...) ; compiling (DEFUN |getNumberToken| ...) ; compiling (DEFUN |getArgumentDesignator| ...) ; compiling (DEFUN |getToken| ...) ; compiling (DEFUN |tryGetToken| ...) ; compiling (DEFUN |currentToken| ...) ; compiling (DEFUN |nextToken| ...) ; compiling (DEFUN |matchToken| ...) ; compiling (DEFUN |matchCurrentToken| ...) ; compiling (DEFUN |matchNextToken| ...) ; compiling (DEFUN |advanceToken| ...) ; compiling (DEFUN |makeSymbolOf| ...) ; compiling (DEFUN |currentSymbol| ...) ; compiling (DEFUN |tokenStackClear!| ...) ; compiling (DEFUN |tokenLookaheadType| ...) ; compiling (DEFUN |skipBlankChars| ...) ; compiling (DEFUN |getSpadString| ...) ; compiling (DEFUN |getSpecial| ...) ; compiling (DEFUN |getGliph| ...) ; compiling (DEFCONSTANT |Keywords| ...) ; compiling (DEFUN |getIdentifier| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |escapeKeywords| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/lexing.clisp ; in: DEFUN |escapeKeywords| ; (DEFUN BOOT::|escapeKeywords| (BOOT::|nm| BOOT::|id|) ; (COND ; ((BOOTTRAN:|symbolMember?| BOOT::|id| BOOT::|Keywords|) ; (|AxiomCore|:CONCAT "_" BOOT::|nm|)) ; (T BOOT::|nm|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|escapeKeywords| ; (BOOT::|nm| BOOT::|id|) ; (BLOCK BOOT::|escapeKeywords| ; (COND ; ((BOOTTRAN:|symbolMember?| BOOT::|id| BOOT::|Keywords|) ; (|AxiomCore|:CONCAT "_" BOOT::|nm|)) ; (T BOOT::|nm|)))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |underscore| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/lexing.clisp ; in: DEFUN |underscore| ; (DEFUN BOOT::|underscore| (BOOT::|s|) ; (LET* (BOOT::|c| BOOT::|buf| BOOT::|n|) ; (PROGN (SETQ BOOT::|n| #) (COND (# BOOT::|s|) (T # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|underscore| ; (BOOT::|s|) ; (BLOCK BOOT::|underscore| ; (LET* (BOOT::|c| BOOT::|buf| BOOT::|n|) ; (PROGN (SETQ #) (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |quoteIfString| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/lexing.clisp ; in: DEFUN |quoteIfString| ; (DEFUN BOOT::|quoteIfString| (BOOT::|tok|) ; (LET* (BOOT::|tt|) ; (COND ((NULL BOOT::|tok|) NIL) (T (SETQ #) (COND # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|quoteIfString| ; (BOOT::|tok|) ; (BLOCK BOOT::|quoteIfString| ; (LET* (BOOT::|tt|) ; (COND (# NIL) (T # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING) &REST ; T). ; compiling (DEFUN |ungetTokens| ...) ; compiling (DEFUN |matchString| ...) ; compiling (DEFUN |matchAdvanceString| ...) ; compiling (DEFUN |matchAdvanceKeyword| ...) ; compiling (DEFUN |matchKeywordNext| ...) ; compiling (DEFUN |matchSpecial| ...) ; compiling (DEFUN |matchAdvanceSpecial| ...) ; compiling (DEFUN |matchAdvanceGlyph| ...) ; compiling (DEFUN |makeStack| ...) ; compiling (DEFMACRO |stackStore| ...) ; compiling (DEFMACRO |stackSize| ...) ; compiling (DEFMACRO |stackTop| ...) ; compiling (DEFMACRO |stackUpdated?| ...) ; compiling (DEFUN |stackLoad!| ...) ; compiling (DEFUN |stackClear!| ...) ; compiling (DEFUN |stackPush!| ...) ; compiling (DEFUN |stackPop!| ...) ; compiling (DEFUN |makeReduction| ...) ; compiling (DEFMACRO |reductionRule| ...) ; compiling (DEFMACRO |reductionValue| ...) ; compiling (DEFPARAMETER |$reduceStack| ...) ; compiling (DEFUN |pushReduction| ...) ; compiling (DEFUN |popReduction| ...) ; compiling (DEFUN |reduceStackClear| ...) ; compiling (DEFUN |popStack1| ...) ; compiling (DEFUN |popStack2| ...) ; compiling (DEFUN |popStack3| ...) ; compiling (DEFUN |popStack4| ...) ; compiling (DEFUN |nthStack| ...) ; compiling (DEFUN |ioClear!| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/lexing.clisp ; in: DEFUN |getIntegerInRadix| ; (BOOT::SPAD_SYNTAX_ERROR BOOT::|rd|) ; ; caught STYLE-WARNING: ; undefined function: SPAD_SYNTAX_ERROR ; (BOOT::|rdigit?| (BOOT::|nextChar| BOOT::|rd|)) ; ; caught STYLE-WARNING: ; undefined function: |rdigit?| ; ; compilation unit finished ; Undefined functions: ; SPAD_SYNTAX_ERROR |rdigit?| ; caught 2 STYLE-WARNING conditions ; printed 3 notes ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/lexing.fasl written ; compilation finished in 0:00:00.207 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=util.fasl --load-directory=. ../../../open-axiom/src/interp/util.lisp ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/interp/util.lisp" (written 11 JAN 2016 09:41:16 PM): ; compiling (IMPORT-MODULE "vmlisp") ; compiling (IMPORT-MODULE "lexing") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFUN OUR-WRITE-DATE ...) ; compiling (DEFUN MAKE-DIRECTORY ...) ; compiling (DEFUN INTERP-MAKE-DIRECTORY ...) ; compiling (DEFUN LOAD-DIRECTORY ...) ; compiling (DEFUN COMPSPADFILES ...) ; compiling (DEFUN RECOMPILE-ALL-ALGEBRA-FILES ...) ; compiling (DEFUN RECOMPILE-DIRECTORY ...) ; compiling (DEFUN RECOMPILE-FILE-IF-NECESSARY ...) ; compiling (DEFUN RECOMPILE-ALL-FILES ...) ; compiling (DEFUN RECOMPILE-LIB-DIRECTORY ...) ; compiling (DEFUN RECOMPILE-ALL-LIBS ...) ; compiling (DEFUN RECOMPILE-NRLIB-IF-NECESSARY ...) ; compiling (DEFUN LIFT-NRLIB-NAME ...) ; compiling (DEFUN RETRANSLATE-DIRECTORY ...) ; compiling (DEFUN RETRANSLATE-FILE-IF-NECESSARY ...) ; compiling (DEFUN COMPILE-BOOT-FILE ...) ; compiling (DEFUN TRANSLATE ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/interp/util.lisp ; in: DEFUN TRANSLATE ; (LET (*PRINT-LEVEL* ; *PRINT-LENGTH* ; (BOOT::FN (PATHNAME-NAME BOOT::FILE)) ; (BOOT::BOOTFILE ; (MERGE-PATHNAMES BOOT::FILE (|AxiomCore|:CONCAT # "nboot/.boot")))) ; (BOOT::BOOT BOOT::BOOTFILE ; (MAKE-PATHNAME :TYPE "lisp" :DEFAULTS BOOT::BOOTFILE))) ; ; caught STYLE-WARNING: ; The variable FN is defined but never used. ; compiling (DEFUN TRANSLIST ...) ; compiling (DEFVAR $RELATIVE-DIRECTORY-LIST ...) ; compiling (DEFVAR $RELATIVE-LIBRARY-DIRECTORY-LIST ...) ; compiling (DEFUN BUILD-INTERPSYS ...) ; compiling (DEFPARAMETER $IEEE ...) ; compiling (DEFPARAMETER |$opSysName| ...) ; compiling (DEFCONSTANT |$machineType| ...) ; compiling (DEFUN SPAD-CLEAR-INPUT ...) ; compiling (DEFUN YEARWEEK ...) ; compiling (DEFUN SOURCEPATH ...) ; compiling (DEFUN SRCABBREVS ...) ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFUN LIBCHECK ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/interp/util.lisp ; in: DEFUN LIBCHECK ; (LABELS ((BOOT::CONSTRUCTORNAME (BOOT::NRLIB) ; "find the long name of a constructor given an abbreviation string" ; (LET (BOOT::FILE BOOT::SOURCEFILE BOOT::NAME) ; (SETQ #) ; (SETQ #) ; (WHEN # #))) ; (BOOT::NOCAT (BOOT::LONGNAMES) ; "remove the categories from the list of long names" ; (REMOVE-IF #'(LAMBDA # #) BOOT::LONGNAMES)) ; (BOOT::FINDSRC (BOOT::LIBNAME) ; "return a string name of the source file given the library file ; name (eg PI) as a string" ; (LET (BOOT::KAFFILE BOOT::INDEX BOOT::ALIST BOOT::RESULT) ; (SETQ #) ; (IF # ; #) ; (FORMAT T "~a does not exist~%" BOOT::KAFFILE) ; BOOT::RESULT)) ; (BOOT::READINTERP () ; "read INTERP.EXPOSED and return a sorted abbreviation list" ; (LET (BOOT::EXPR BOOT::NAMES BOOT::LONGNAMES) ; (WITH-OPEN-FILE # #) ; (SETQ #) ; (SETQ #) ; (VALUES BOOT::NAMES BOOT::LONGNAMES))) ; (BOOT::READLIBS (BOOT::ALGEBRA) ; "read the NRLIB directory and return a sorted abbreviation list" ; (LET (BOOT::LIBS BOOT::NRLIBS) ; (BOOT::|changeDirectory| BOOT::ALGEBRA) ; (SETQ #) ; (UNLESS BOOT::NRLIBS #) ; (DOLIST # #) ; (SORT BOOT::LIBS #'STRING<))) ; (BOOT::SEARCHSOURCE (BOOT::SOURCEFILE BOOT::NRLIB) ; "search a sourcefile for the long constructor name of the nrlib string" ; (LET (BOOT::IN BOOT::EXPR BOOT::START) ; (SETQ #) ; (CATCH 'BOOT::DONE #))) ; (BOOT::SRCABBREVS (BOOT::SOURCEFILE) ; (LET (BOOT::IN ; BOOT::EXPR ; BOOT::START ; BOOT::END ; BOOT::NAMES ; BOOT::LONGNAMES ; BOOT::POINT ; BOOT::MARK) ; (CATCH 'BOOT::DONE #) ; (VALUES BOOT::NAMES BOOT::LONGNAMES))) ; (BOOT::SRCSCAN () ; (LET (BOOT::LONGNAMES BOOT::NAMES BOOT::SPADS LONG SHORT) ; (BOOT::|changeDirectory| INT) ; (SETQ #) ; (DOLIST # # # #) ; (SETQ #) ; (SETQ #) ; (VALUES BOOT::NAMES BOOT::LONGNAMES)))) ; (MULTIPLE-VALUE-SETQ (BOOT::ABBREVS BOOT::CONSTRUCTORS) (BOOT::READINTERP)) ; (SETQ BOOT::NRLIBS (BOOT::READLIBS INT)) ; (DOLIST ; (BOOT::LIB (SET-DIFFERENCE BOOT::NRLIBS BOOT::ABBREVS :TEST #'STRING=)) ; (FORMAT T "libcheck:~a/~a.NRLIB is not in INTERP.EXPOSED~%" INT ; BOOT::LIB)) ; (DOLIST ; (BOOT::EXPOSE ; (SET-DIFFERENCE BOOT::ABBREVS BOOT::NRLIBS :TEST #'STRING=)) ; (FORMAT T "libcheck:~a is in INTERP.EXPOSED with no NRLIB~%" ; BOOT::EXPOSE)) ; (MULTIPLE-VALUE-SETQ (BOOT::SRCABBREVS BOOT::SRCCONSTRUCTORS) ; (BOOT::SRCSCAN)) ; (SETQ BOOT::ABBREVS (BOOT::NOCAT BOOT::ABBREVS)) ; (SETQ BOOT::CONSTRUCTORS (BOOT::NOCAT BOOT::CONSTRUCTORS)) ; (DOLIST ; (BOOT::ITEM ; (SET-DIFFERENCE BOOT::SRCABBREVS BOOT::ABBREVS :TEST #'STRING=)) ; (FORMAT T "libcheck:~a is in ~a but not in INTERP.EXPOSED~%" BOOT::ITEM ; (BOOT::FINDSRC BOOT::ITEM))) ; (DOLIST ; (BOOT::ITEM ; (SET-DIFFERENCE BOOT::ABBREVS BOOT::SRCABBREVS :TEST #'STRING=)) ; (FORMAT T "libcheck:~a is in INTERP.EXPOSED but has no spad sourcfile~%" ; BOOT::ITEM)) ; (DOLIST ; (BOOT::ITEM ; (SET-DIFFERENCE BOOT::SRCCONSTRUCTORS BOOT::CONSTRUCTORS :TEST ; #'STRING=)) ; (FORMAT T "libcheck:~a is not in INTERP.EXPOSED~%" BOOT::ITEM)) ; ...) ; ; note: deleting unused function ; (LABELS CONSTRUCTORNAME :IN LIBCHECK) ; (LET (BOOT::IN ; BOOT::EXPR ; BOOT::START ; BOOT::END ; BOOT::NAMES ; BOOT::LONGNAMES ; BOOT::POINT ; BOOT::MARK) ; (CATCH 'BOOT::DONE ; (WITH-OPEN-FILE (BOOT::IN BOOT::SOURCEFILE) ; (LOOP (SETQ #) ; (WHEN # #) ; (WHEN # # # # #)))) ; (VALUES BOOT::NAMES BOOT::LONGNAMES)) ; ; caught STYLE-WARNING: ; The variable IN is defined but never used. ; ; caught STYLE-WARNING: ; The variable START is defined but never used. ; ; caught STYLE-WARNING: ; The variable END is defined but never used. ; (LET (BOOT::INTERP ; BOOT::NRLIBS ; BOOT::ABBREVS ; BOOT::SRCABBREVS ; BOOT::SRCCONSTRUCTORS ; BOOT::CONSTRUCTORS) ; (LABELS ((BOOT::CONSTRUCTORNAME (BOOT::NRLIB) ; "find the long name of a constructor given an abbreviation string" ; (LET # ; # ; # ; #)) ; (BOOT::NOCAT (BOOT::LONGNAMES) ; "remove the categories from the list of long names" ; (REMOVE-IF #'# BOOT::LONGNAMES)) ; (BOOT::FINDSRC (BOOT::LIBNAME) ; "return a string name of the source file given the library file ; name (eg PI) as a string" ; (LET # ; # ; # ; # ; BOOT::RESULT)) ; (BOOT::READINTERP () ; "read INTERP.EXPOSED and return a sorted abbreviation list" ; (LET # ; # ; # ; # ; #)) ; (BOOT::READLIBS (BOOT::ALGEBRA) ; "read the NRLIB directory and return a sorted abbreviation list" ; (LET # ; # ; # ; # ; # ; #)) ; (BOOT::SEARCHSOURCE (BOOT::SOURCEFILE BOOT::NRLIB) ; "search a sourcefile for the long constructor name of the nrlib string" ; (LET # ; # ; #)) ; (BOOT::SRCABBREVS (BOOT::SOURCEFILE) ; (LET # ; # ; #)) ; (BOOT::SRCSCAN () ; (LET # ; # ; # ; # ; # ; # ; #))) ; (MULTIPLE-VALUE-SETQ (BOOT::ABBREVS BOOT::CONSTRUCTORS) ; (BOOT::READINTERP)) ; (SETQ BOOT::NRLIBS (BOOT::READLIBS INT)) ; (DOLIST ; (BOOT::LIB ; (SET-DIFFERENCE BOOT::NRLIBS BOOT::ABBREVS :TEST #'STRING=)) ; (FORMAT T "libcheck:~a/~a.NRLIB is not in INTERP.EXPOSED~%" INT ; BOOT::LIB)) ; (DOLIST ; (BOOT::EXPOSE ; (SET-DIFFERENCE BOOT::ABBREVS BOOT::NRLIBS :TEST #'STRING=)) ; (FORMAT T "libcheck:~a is in INTERP.EXPOSED with no NRLIB~%" ; BOOT::EXPOSE)) ; (MULTIPLE-VALUE-SETQ (BOOT::SRCABBREVS BOOT::SRCCONSTRUCTORS) ; (BOOT::SRCSCAN)) ; (SETQ BOOT::ABBREVS (BOOT::NOCAT BOOT::ABBREVS)) ; (SETQ BOOT::CONSTRUCTORS (BOOT::NOCAT BOOT::CONSTRUCTORS)) ; (DOLIST ; (BOOT::ITEM ; (SET-DIFFERENCE BOOT::SRCABBREVS BOOT::ABBREVS :TEST #'STRING=)) ; (FORMAT T "libcheck:~a is in ~a but not in INTERP.EXPOSED~%" BOOT::ITEM ; (BOOT::FINDSRC BOOT::ITEM))) ; (DOLIST ; (BOOT::ITEM ; (SET-DIFFERENCE BOOT::ABBREVS BOOT::SRCABBREVS :TEST #'STRING=)) ; (FORMAT T ; "libcheck:~a is in INTERP.EXPOSED but has no spad sourcfile~%" ; BOOT::ITEM)) ; (DOLIST ; (BOOT::ITEM ; (SET-DIFFERENCE BOOT::SRCCONSTRUCTORS BOOT::CONSTRUCTORS :TEST ; #'STRING=)) ; (FORMAT T "libcheck:~a is not in INTERP.EXPOSED~%" BOOT::ITEM)) ; ...)) ; ; caught STYLE-WARNING: ; The variable INTERP is defined but never used. ; in: DEFUN TRANSLATE ; (BOOT::BOOT BOOT::BOOTFILE ; (MAKE-PATHNAME :TYPE "lisp" :DEFAULTS BOOT::BOOTFILE)) ; ; caught STYLE-WARNING: ; undefined function: BOOT ; in: DEFUN COMPILE-BOOT-FILE ; (BOOT::BOOT (|AxiomCore|:CONCAT BOOT::FILE ".boot") ; (|AxiomCore|:CONCAT BOOT::FILE ".lisp")) ; ; caught STYLE-WARNING: ; undefined function: BOOT ; in: DEFUN RETRANSLATE-FILE-IF-NECESSARY ; (BOOT::BOOT BOOT::BOOTFILE BOOT::LFILE) ; ; caught STYLE-WARNING: ; undefined function: BOOT ; in: DEFUN RECOMPILE-ALL-LIBS ; (BOOT::COMPILE-LIB-FILE ; (|AxiomCore|:CONCAT (NAMESTRING BOOT::LIB) "/code.lsp")) ; ; caught STYLE-WARNING: ; undefined function: COMPILE-LIB-FILE ; in: DEFUN BUILD-INTERPSYS ; (BOOT::INTERPOPEN) ; ; caught STYLE-WARNING: ; undefined function: INTERPOPEN ; in: DEFUN RECOMPILE-NRLIB-IF-NECESSARY ; (BOOT::RECOMPILE-LIB-FILE-IF-NECESSARY ; (|AxiomCore|:CONCAT (NAMESTRING BOOT::LIB) "/code.lsp")) ; ; caught STYLE-WARNING: ; undefined function: RECOMPILE-LIB-FILE-IF-NECESSARY ; in: DEFUN BUILD-INTERPSYS ; (BOOT::REROOT) ; ; caught STYLE-WARNING: ; undefined function: REROOT ; in: DEFUN RECOMPILE-ALL-ALGEBRA-FILES ; (BOOT::SPAD BOOT::FNAME ; (|AxiomCore|:CONCAT (PATHNAME-NAME BOOT::FNAME) ".out")) ; ; caught STYLE-WARNING: ; undefined function: SPAD ; in: DEFUN COMPSPADFILES ; (BOOT::SPAD BOOT::FNAME ; (|AxiomCore|:CONCAT (PATHNAME-NAME BOOT::FNAME) ".out")) ; ; caught STYLE-WARNING: ; undefined function: SPAD ; in: DEFUN BUILD-INTERPSYS ; (BOOT::|buildHtMacroTable|) ; ; caught STYLE-WARNING: ; undefined function: |buildHtMacroTable| ; in: DEFUN LIBCHECK ; (BOOT::|changeDirectory| BOOT::ALGEBRA) ; ; caught STYLE-WARNING: ; undefined function: |changeDirectory| ; in: DEFUN BUILD-INTERPSYS ; (BOOT::|closeAllDatabaseStreams|) ; ; caught STYLE-WARNING: ; undefined function: |closeAllDatabaseStreams| ; (BOOT::|fillDatabasesInCore|) ; ; caught STYLE-WARNING: ; undefined function: |fillDatabasesInCore| ; in: DEFUN INTERP-MAKE-DIRECTORY ; (BOOT::|getWorkingDirectory|) ; ; caught STYLE-WARNING: ; undefined function: |getWorkingDirectory| ; in: DEFUN BUILD-INTERPSYS ; (BOOT::|initHist|) ; ; caught STYLE-WARNING: ; undefined function: |initHist| ; (BOOT::|initNewWorld|) ; ; caught STYLE-WARNING: ; undefined function: |initNewWorld| ; (BOOT::|loadDelayedFFI|) ; ; caught STYLE-WARNING: ; undefined function: |loadDelayedFFI| ; (BOOT::|resetWorkspaceVariables|) ; ; caught STYLE-WARNING: ; undefined function: |resetWorkspaceVariables| ; in: DEFUN LIFT-NRLIB-NAME ; (BOOT::|runCommand| ; (|AxiomCore|:CONCAT "cp " BOOT::F "/code.o " ; (SUBSEQ BOOT::F 0 (BOOTTRAN:|findChar| #\. BOOT::F)) ; ".o")) ; ; caught STYLE-WARNING: ; undefined function: |runCommand| ; in: DEFUN BUILD-INTERPSYS ; (BOOT::|start| :FIN) ; ; caught STYLE-WARNING: ; undefined function: |start| ; ; compilation unit finished ; Undefined functions: ; BOOT COMPILE-LIB-FILE INTERPOPEN RECOMPILE-LIB-FILE-IF-NECESSARY REROOT SPAD |buildHtMacroTable| |changeDirectory| |closeAllDatabaseStreams| |fillDatabasesInCore| |getWorkingDirectory| |initHist| |initNewWorld| |loadDelayedFFI| |resetWorkspaceVariables| |runCommand| |start| ; caught 25 STYLE-WARNING conditions ; printed 1 note ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/util.fasl written ; compilation finished in 0:00:00.221 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=unlisp.fasl --load-directory=. ../../../open-axiom/src/interp/unlisp.lisp ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/interp/unlisp.lisp" (written 11 JAN 2016 09:41:16 PM): ; compiling (IMPORT-MODULE "sys-macros") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFMACRO |CatchAsCan| ...) ; compiling (DEFMACRO |Eq| ...) ; compiling (DEFVAR |Nil| ...) ; compiling (DEFUN |Sort| ...) ; compiling (DEFUN |Prompt| ...) ; compiling (DEFUN |PrettyPrint| ...) ; compiling (DEFUN PLAIN-PRINT-FORMAT-STRING ...) ; compiling (DEFUN |Cset| ...) ; compiling (DEFVAR |WhiteSpaceCset| ...) ; compiling (DEFUN |AlistRemoveQ| ...) ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/unlisp.fasl written ; compilation finished in 0:00:00.049 ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=astr.fasl --load-directory=. ../../../open-axiom/src/interp/astr.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/astr.clisp" (written 01 FEB 2016 10:52:43 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "vmlisp") ; compiling (IN-PACKAGE "BOOT") ; compiling (PROVIDE "astr") ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ncTag| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/astr.clisp ; in: DEFUN |ncTag| ; (DEFUN BOOT::|ncTag| (BOOT::|x|) ; (COND ((NOT (CONSP BOOT::|x|)) (BOOT::|ncBug| 'BOOT::S2CB0031 NIL)) ; (T (SETQ BOOT::|x| #) (COND (# BOOT::|x|) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ncTag| ; (BOOT::|x|) ; (BLOCK BOOT::|ncTag| ; (COND ((NOT #) (BOOT::|ncBug| 'BOOT::S2CB0031 NIL)) ; (T (SETQ #) (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL SYMBOL &REST T). ; compiling (DEFUN |ncAlist| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/astr.clisp ; in: DEFUN |ncAlist| ; (DEFUN BOOT::|ncAlist| (BOOT::|x|) ; (COND ((NOT (CONSP BOOT::|x|)) (BOOT::|ncBug| 'BOOT::S2CB0031 NIL)) ; (T (SETQ BOOT::|x| #) (COND (# NIL) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ncAlist| ; (BOOT::|x|) ; (BLOCK BOOT::|ncAlist| ; (COND ((NOT #) (BOOT::|ncBug| 'BOOT::S2CB0031 NIL)) ; (T (SETQ #) (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ncEltQ| ...) ; compiling (DEFUN |ncPutQ| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/astr.clisp ; in: DEFUN |ncEltQ| ; (BOOT::|ncBug| 'BOOT::S2CB0007 (LIST BOOT::|k|)) ; ; caught STYLE-WARNING: ; undefined function: |ncBug| ; in: DEFUN |ncAlist| ; (BOOT::|ncBug| 'BOOT::S2CB0031 NIL) ; ; caught STYLE-WARNING: ; undefined function: |ncBug| ; in: DEFUN |ncTag| ; (BOOT::|ncBug| 'BOOT::S2CB0031 NIL) ; ; caught STYLE-WARNING: ; undefined function: |ncBug| ; ; compilation unit finished ; Undefined function: ; |ncBug| ; caught 3 STYLE-WARNING conditions ; printed 2 notes ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/astr.fasl written ; compilation finished in 0:00:00.025 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=ht-util.fasl --load-directory=. ../../../open-axiom/src/interp/ht-util.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/ht-util.clisp" (written 01 FEB 2016 10:52:43 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "sys-macros") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFPARAMETER |$bcParseOnly| ...) ; compiling (DEFPARAMETER |$htLineList| ...) ; compiling (DEFPARAMETER |$curPage| ...) ; compiling (DEFPARAMETER |$activePageList| ...) ; compiling (DEFUN |htpDestroyPage| ...) ; compiling (DEFUN |htpName| ...) ; compiling (DEFUN |htpSetName| ...) ; compiling (DEFUN |htpDomainConditions| ...) ; compiling (DEFUN |htpSetDomainConditions| ...) ; compiling (DEFUN |htpDomainVariableAlist| ...) ; compiling (DEFUN |htpSetDomainVariableAlist| ...) ; compiling (DEFUN |htpDomainPvarSubstList| ...) ; compiling (DEFUN |htpSetDomainPvarSubstList| ...) ; compiling (DEFUN |htpRadioButtonAlist| ...) ; compiling (DEFUN |htpButtonValue| ...) ; compiling (DEFUN |htpSetRadioButtonAlist| ...) ; compiling (DEFUN |htpInputAreaAlist| ...) ; compiling (DEFUN |htpSetInputAreaAlist| ...) ; compiling (DEFUN |htpAddInputAreaProp| ...) ; compiling (DEFUN |htpPropertyList| ...) ; compiling (DEFUN |htpProperty| ...) ; compiling (DEFUN |htpSetProperty| ...) ; compiling (DEFUN |htpLabelInputString| ...) ; compiling (DEFUN |htpLabelFilteredInputString| ...) ; compiling (DEFUN |replacePercentByDollar| ...) ; compiling (DEFUN |replacePercentByDollar,fn| ...) ; compiling (DEFUN |htpSetLabelInputString| ...) ; compiling (DEFUN |htpLabelSpadValue| ...) ; compiling (DEFUN |htpSetLabelSpadValue| ...) ; compiling (DEFUN |htpLabelErrorMsg| ...) ; compiling (DEFUN |htpSetLabelErrorMsg| ...) ; compiling (DEFUN |htpLabelType| ...) ; compiling (DEFUN |htpLabelDefault| ...) ; compiling (DEFUN |htpLabelSpadType| ...) ; compiling (DEFUN |htpLabelFilter| ...) ; compiling (DEFUN |htpPageDescription| ...) ; compiling (DEFUN |htpSetPageDescription| ...) ; compiling (DEFUN |iht| ...) ; compiling (DEFUN |bcIssueHt| ...) ; compiling (DEFUN |mapStringize| ...) ; compiling (DEFUN |basicStringize| ...) ; compiling (DEFUN |stringize| ...) ; compiling (DEFUN |htQuote| ...) ; compiling (DEFUN |htProcessToggleButtons| ...) ; compiling (DEFUN |htProcessBcButtons| ...) ; compiling (DEFUN |bcSadFaces| ...) ; compiling (DEFUN |htLispLinks| ...) ; compiling (DEFUN |htLispMemoLinks| ...) ; compiling (DEFUN |beforeAfter| ...) ; compiling (DEFUN |mkCurryFun| ...) ; compiling (DEFUN |htRadioButtons| ...) ; compiling (DEFUN |htBcRadioButtons| ...) ; compiling (DEFUN |buttonNames| ...) ; compiling (DEFUN |htInputStrings| ...) ; compiling (DEFUN |htProcessDomainConditions| ...) ; compiling (DEFUN |renamePatternVariables| ...) ; compiling (DEFUN |renamePatternVariables1| ...) ; compiling (DEFUN |substFromAlist| ...) ; compiling (DEFUN |computeDomainVariableAlist| ...) ; compiling (DEFUN |pvarCondList| ...) ; compiling (DEFUN |pvarCondList1| ...) ; compiling (DEFUN |pvarsOfPattern| ...) ; compiling (DEFUN |htMakeTemplates| ...) ; compiling (DEFUN |htMakeTemplates,substLabel| ...) ; compiling (DEFUN |templateParts| ...) ; compiling (DEFUN |htMakeDoneButton| ...) ; compiling (DEFUN |htProcessDoneButton| ...) ; compiling (DEFUN |bchtMakeButton| ...) ; compiling (DEFUN |htProcessDoitButton| ...) ; compiling (DEFUN |htMakeDoitButton| ...) ; compiling (DEFUN |doDoitButton| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/ht-util.clisp ; in: DEFUN |doDoitButton| ; (DEFUN BOOT::|doDoitButton| (BOOT::|htPage| BOOT::|command|) ; (BOOT::|executeInterpreterCommand| BOOT::|command|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|doDoitButton| ; (BOOT::|htPage| BOOT::|command|) ; (BLOCK BOOT::|doDoitButton| ; (BOOT::|executeInterpreterCommand| BOOT::|command|))) ; ; caught STYLE-WARNING: ; The variable |htPage| is defined but never used. ; compiling (DEFUN |executeInterpreterCommand| ...) ; compiling (DEFUN |typeCheckInputAreas| ...) ; compiling (DEFUN |checkCondition| ...) ; compiling (DEFUN |condErrorMsg| ...) ; compiling (DEFUN |parseAndEval| ...) ; compiling (DEFUN |parseAndEval1| ...) ; compiling (DEFUN |makeSpadCommand| ...) ; compiling (DEFUN |htMakeInputList| ...) ; compiling (DEFUN |bracketString| ...) ; compiling (DEFUN |quoteString| ...) ; compiling (DEFPARAMETER |$funnyQuote| ...) ; compiling (DEFPARAMETER |$funnyBacks| ...) ; compiling (DEFUN |htEscapeString| ...) ; compiling (DEFUN |unescapeStringsInForm| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/ht-util.clisp ; in: DEFUN |htpLabelInputString| ; (BOOT::LASSOC BOOT::|label| (BOOT::|htpInputAreaAlist| BOOT::|htPage|)) ; ; caught STYLE-WARNING: ; undefined function: LASSOC ; in: DEFUN |htpProperty| ; (BOOT::LASSOC BOOT::|propName| (ELT BOOT::|htPage| 6)) ; ; caught STYLE-WARNING: ; undefined function: LASSOC ; in: DEFUN |htpButtonValue| ; (BOOT::LASSOC BOOT::|groupName| (BOOT::|htpRadioButtonAlist| BOOT::|htPage|)) ; ; caught STYLE-WARNING: ; undefined function: LASSOC ; ; caught STYLE-WARNING: ; 16 more uses of undefined function LASSOC ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/ht-util.clisp ; in: DEFUN |htMakeDoitButton| ; (BOOT::|bcHt| ; "\\newline\\vspace{1}\\centerline{\\lispcommand{\\DoItBitmap}{(|doDoitButton| ") ; ; caught STYLE-WARNING: ; undefined function: |bcHt| ; in: DEFUN |bchtMakeButton| ; (BOOT::|bcHt| ; (LIST BOOT::|htCommand| "{" BOOT::|message| "}{(|htDoneButton| '|" ; BOOT::|func| "| (PROGN ")) ; ; caught STYLE-WARNING: ; undefined function: |bcHt| ; in: DEFUN |htMakeDoneButton| ; (BOOT::|bcHt| "\\newline\\vspace{1}\\centerline{") ; ; caught STYLE-WARNING: ; undefined function: |bcHt| ; in: DEFUN |checkCondition| ; (BOOT::|coerceInt| BOOT::|val| BOOT::|newType|) ; ; caught STYLE-WARNING: ; undefined function: |coerceInt| ; in: DEFUN |mkCurryFun| ; (BOOT::|eval| BOOT::|code|) ; ; caught STYLE-WARNING: ; undefined function: |eval| ; in: DEFUN |templateParts| ; (BOOT::|findString| "%l" BOOT::|template|) ; ; caught STYLE-WARNING: ; undefined function: |findString| ; in: DEFUN |condErrorMsg| ; (BOOT::|form2String| BOOT::|type|) ; ; caught STYLE-WARNING: ; undefined function: |form2String| ; in: DEFUN |htProcessDoitButton| ; (BOOT::|htMakeButton| "\\lispcommand" ; (|AxiomCore|:CONCAT "\\box{" BOOT::|label| "}") BOOT::|fun|) ; ; caught STYLE-WARNING: ; undefined function: |htMakeButton| ; in: DEFUN |htProcessDoneButton| ; (BOOT::|htMakeButton| "\\lispdownlink" 'BOOT::|\\ContinueBitmap| BOOT::|func|) ; ; caught STYLE-WARNING: ; undefined function: |htMakeButton| ; in: DEFUN |htLispLinks| ; (BOOT::|htMakeButton| BOOT::|call| BOOT::|message| ; (BOOT::|mkCurryFun| BOOT::|func| BOOT::|value|)) ; ; caught STYLE-WARNING: ; undefined function: |htMakeButton| ; in: DEFUN |bcIssueHt| ; (BOOT::|htMakePage1| BOOT::|line|) ; ; caught STYLE-WARNING: ; undefined function: |htMakePage1| ; in: DEFUN |typeCheckInputAreas| ; (BOOT::|ncParseFromString| BOOT::|string|) ; ; caught STYLE-WARNING: ; undefined function: |ncParseFromString| ; in: DEFUN |executeInterpreterCommand| ; (BOOT::|ncSetCurrentLine| BOOT::|command|) ; ; caught STYLE-WARNING: ; undefined function: |ncSetCurrentLine| ; (BOOT::|parseAndInterpret| BOOT::|command|) ; ; caught STYLE-WARNING: ; undefined function: |parseAndInterpret| ; (BOOT::|printPrompt|) ; ; caught STYLE-WARNING: ; undefined function: |printPrompt| ; in: DEFUN |htpDestroyPage| ; (BOOT::|remove!| BOOT::|$activePageList| BOOT::|pageName|) ; ; caught STYLE-WARNING: ; undefined function: |remove!| ; in: DEFUN |checkCondition| ; (BOOT::|resolveTM| BOOT::|type| BOOT::|pattern|) ; ; caught STYLE-WARNING: ; undefined function: |resolveTM| ; in: DEFUN |htRadioButtons| ; (BOOT::|setUpDefault| BOOT::|buttonName| ; (LIST 'BOOT::|button| BOOT::|defaultValue|)) ; ; caught STYLE-WARNING: ; undefined function: |setUpDefault| ; in: DEFUN |htProcessBcButtons| ; (BOOT::|setUpDefault| BOOT::|buttonName| ; (LIST 'BOOT::|button| BOOT::|defaultValue|)) ; ; caught STYLE-WARNING: ; undefined function: |setUpDefault| ; in: DEFUN |htProcessToggleButtons| ; (BOOT::|setUpDefault| BOOT::|buttonName| ; (LIST 'BOOT::|button| BOOT::|defaultValue|)) ; ; caught STYLE-WARNING: ; undefined function: |setUpDefault| ; ; caught STYLE-WARNING: ; 2 more uses of undefined function |setUpDefault| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/ht-util.clisp ; in: DEFUN |htpButtonValue| ; (BOOT::|stripSpaces| ; (BOOT::|htpLabelInputString| BOOT::|htPage| BOOT::|buttonName|)) ; ; caught STYLE-WARNING: ; undefined function: |stripSpaces| ; in: DEFUN |htLispLinks| ; (BOOT::|symbolTarget| 'BOOT::|indent| BOOT::|options|) ; ; caught STYLE-WARNING: ; undefined function: |symbolTarget| ; in: DEFUN |checkCondition| ; (BOOT::|systemError| "currently invalid domain condition") ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; in: DEFUN |htpLabelInputString| ; (BOOT::|trimString| BOOT::|s|) ; ; caught STYLE-WARNING: ; undefined function: |trimString| ; in: DEFUN |checkCondition| ; (BOOT::|wrap| BOOT::|s1|) ; ; caught STYLE-WARNING: ; undefined function: |wrap| ; ; compilation unit finished ; Undefined functions: ; LASSOC |bcHt| |coerceInt| |eval| |findString| |form2String| |htMakeButton| |htMakePage1| |ncParseFromString| |ncSetCurrentLine| |parseAndInterpret| |printPrompt| |remove!| |resolveTM| |setUpDefault| |stripSpaces| |symbolTarget| |systemError| |trimString| |wrap| ; caught 31 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/ht-util.fasl written ; compilation finished in 0:00:00.206 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=bc-util.fasl --load-directory=. ../../../open-axiom/src/interp/bc-util.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/bc-util.clisp" (written 01 FEB 2016 10:52:43 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "ht-util") ; compiling (IMPORT-MODULE "c-util") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFPARAMETER |$newConstructorList| ...) ; compiling (DEFPARAMETER |$createLocalLibDb| ...) ; compiling (DEFUN |bcFinish| ...) ; compiling (DEFUN |bcMkFunction| ...) ; compiling (DEFUN |bcString2HyString2| ...) ; compiling (DEFUN |bcString2HyString| ...) ; compiling (DEFUN |bcFindString| ...) ; compiling (DEFUN |bcGen| ...) ; compiling (DEFUN |linkGen| ...) ; compiling (DEFUN |bcOptional| ...) ; compiling (DEFUN |bcvspace| ...) ; compiling (DEFUN |bcString2WordList| ...) ; compiling (DEFUN |bcString2WordList,fn| ...) ; compiling (DEFUN |bcwords2liststring| ...) ; compiling (DEFUN |bcwords2liststring,fn| ...) ; compiling (DEFUN |bcVectorGen| ...) ; compiling (DEFUN |bcError| ...) ; compiling (DEFUN |bcDrawIt| ...) ; compiling (DEFUN |bcNotReady| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/bc-util.clisp ; in: DEFUN |bcNotReady| ; (DEFUN BOOT::|bcNotReady| (BOOT::|htPage|) ; (PROGN ; (BOOT::|htInitPage| "Basic Command" NIL) ; (BOOT::|htMakePage| ; '((BOOT::|text| ; . "{\\centerline{\\em This facility will soon be available}}"))) ; (BOOT::|htShowPage|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|bcNotReady| ; (BOOT::|htPage|) ; (BLOCK BOOT::|bcNotReady| ; (PROGN ; (BOOT::|htInitPage| "Basic Command" NIL) ; (BOOT::|htMakePage| '(#)) ; (BOOT::|htShowPage|)))) ; ; caught STYLE-WARNING: ; The variable |htPage| is defined but never used. ; compiling (DEFUN |htStringPad| ...) ; compiling (DEFUN |stringList2String| ...) ; compiling (DEFUN |htMkName| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/bc-util.clisp ; in: DEFUN |bcvspace| ; (BOOT::|bcHt| "\\vspace{1}\\newline ") ; ; caught STYLE-WARNING: ; undefined function: |bcHt| ; in: DEFUN |bcNotReady| ; (BOOT::|htInitPage| "Basic Command" NIL) ; ; caught STYLE-WARNING: ; undefined function: |htInitPage| ; in: DEFUN |linkGen| ; (BOOT::|htInitPage| "AXIOM-Nag Link Command" NIL) ; ; caught STYLE-WARNING: ; undefined function: |htInitPage| ; in: DEFUN |bcGen| ; (BOOT::|htInitPage| "Basic Command" NIL) ; ; caught STYLE-WARNING: ; undefined function: |htInitPage| ; in: DEFUN |bcNotReady| ; (BOOT::|htMakePage| ; '((BOOT::|text| ; . "{\\centerline{\\em This facility will soon be available}}"))) ; ; caught STYLE-WARNING: ; undefined function: |htMakePage| ; in: DEFUN |linkGen| ; (BOOT::|htMakePage| ; (LIST ; '(BOOT::|text| "\\centerline{{\\em Here is the AXIOM command}}" ; "\\centerline{{\\em you could have issued to compute this result:}}" ; "\\vspace{2}\\newline ") ; (CONS 'BOOT::|text| BOOT::|string|))) ; ; caught STYLE-WARNING: ; undefined function: |htMakePage| ; in: DEFUN |bcGen| ; (BOOT::|htMakePage| ; (LIST ; '(BOOT::|text| ; "{Here is the AXIOM command you could have issued to compute this result:}" ; "\\vspace{2}\\newline ") ; (CONS 'BOOT::|text| BOOT::|string|))) ; ; caught STYLE-WARNING: ; undefined function: |htMakePage| ; in: DEFUN |bcNotReady| ; (BOOT::|htShowPage|) ; ; caught STYLE-WARNING: ; undefined function: |htShowPage| ; in: DEFUN |linkGen| ; (BOOT::|htShowPage|) ; ; caught STYLE-WARNING: ; undefined function: |htShowPage| ; in: DEFUN |bcGen| ; (BOOT::|htShowPage|) ; ; caught STYLE-WARNING: ; undefined function: |htShowPage| ; ; compilation unit finished ; Undefined functions: ; |bcHt| |htInitPage| |htMakePage| |htShowPage| ; caught 11 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/bc-util.fasl written ; compilation finished in 0:00:00.056 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=br-search.fasl --load-directory=. ../../../open-axiom/src/interp/br-search.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-search.clisp" (written 01 FEB 2016 10:52:44 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "bc-util") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFCONSTANT |$charUnderscore| ...) ; compiling (DEFUN |grepConstruct| ...) ; compiling (DEFUN |grepConstruct1| ...) ; compiling (DEFUN |grepConstructDo| ...) ; compiling (DEFUN |dbExposed?| ...) ; compiling (DEFUN |dbScreenForDefaultFunctions| ...) ; compiling (DEFUN |isDefaultOpAtt| ...) ; compiling (DEFUN |grepForAbbrev| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-search.clisp ; in: DEFUN |grepForAbbrev| ; (DEFUN BOOT::|grepForAbbrev| (BOOT::|s| BOOT::|key|) ; (LET* (BOOT::|a| ; BOOT::|pattern| ; BOOT::|c| ; BOOT::|someUpperCaseChar| ; BOOT::|someLowerCaseChar| ; BOOT::|u|) ; (DECLARE ; (SPECIAL BOOT::|$defaultPackageNamesHT| BOOT::|$includeUnexposed?| ; BOOT::|$lowerCaseConTb|)) ; (COND ((SETQ #) (LIST 'BOOT::|Abbreviations| BOOT::|u|)) ; (T (SETQ #) (SETQ #) (SETQ #) ; (LET # ; #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|grepForAbbrev| ; (BOOT::|s| BOOT::|key|) ; (BLOCK BOOT::|grepForAbbrev| ; (LET* (BOOT::|a| ; BOOT::|pattern| ; BOOT::|c| ; BOOT::|someUpperCaseChar| ; BOOT::|someLowerCaseChar| ; BOOT::|u|) ; (DECLARE ; (SPECIAL BOOT::|$defaultPackageNamesHT| BOOT::|$includeUnexposed?| ; BOOT::|$lowerCaseConTb|)) ; (COND (# #) (T # # # # #))))) ; ; caught STYLE-WARNING: ; The variable |key| is defined but never used. ; compiling (DEFUN |applyGrep| ...) ; compiling (DEFUN |grepCombine| ...) ; compiling (DEFUN |grepf| ...) ; compiling (DEFUN |pmTransFilter| ...) ; compiling (DEFUN |checkPmParse| ...) ; compiling (DEFUN |checkPmParse,fn| ...) ; compiling (DEFUN |dnForm| ...) ; compiling (DEFUN |dnForm,negate| ...) ; compiling (DEFUN |pmParseFromString| ...) ; compiling (DEFUN |pmParseFromString,flatten| ...) ; compiling (DEFUN |pmPreparse| ...) ; compiling (DEFUN |pmPreparse,fn| ...) ; compiling (DEFUN |pmPreparse,gn| ...) ; compiling (DEFUN |firstNonDelim| ...) ; compiling (DEFUN |firstDelim| ...) ; compiling (DEFUN |isFilterDelimiter?| ...) ; compiling (DEFUN |grepSplit| ...) ; compiling (DEFUN |mkUpDownPattern| ...) ; compiling (DEFUN |mkUpDownPattern,recurse| ...) ; compiling (DEFUN |mkUpDownPattern,fixchar| ...) ; compiling (DEFUN |mkGrepPattern| ...) ; compiling (DEFUN |mkGrepPattern1| ...) ; compiling (DEFUN |mkGrepPattern1,addWilds| ...) ; compiling (DEFUN |mkGrepPattern1,g| ...) ; compiling (DEFUN |mkGrepPattern1,h| ...) ; compiling (DEFUN |mkGrepPattern1,remUnderscores| ...) ; compiling (DEFUN |mkGrepPattern1,split| ...) ; compiling (DEFUN |mkGrepPattern1,charPosition| ...) ; compiling (DEFUN |mkGrepPattern1,addOptions| ...) ; compiling (DEFUN |conform2OutputForm| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-search.clisp ; in: DEFUN |conform2OutputForm| ; (LET* (BOOT::|sargl| ; BOOT::|x| ; BOOT::|a| ; BOOT::|ISTMP#1| ; BOOT::|typ| ; BOOT::|atypes| ; BOOT::|cosig| ; BOOT::|args| ; BOOT::|op|) ; (PROGN ; (SETQ BOOT::|op| (CAR BOOT::|form|)) ; (SETQ BOOT::|args| (CDR BOOT::|form|)) ; (COND ((NULL BOOT::|args|) BOOT::|form|) ; (T (SETQ #) (SETQ #) (SETQ #) (CONS BOOT::|op| BOOT::|sargl|))))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |oPage| ...) ; compiling (DEFUN |oPageFrom| ...) ; compiling (DEFUN |aPage| ...) ; compiling (DEFUN |spadType| ...) ; compiling (DEFUN |looksLikeDomainForm| ...) ; compiling (DEFUN |spadSys| ...) ; compiling (DEFUN |aokSearch| ...) ; compiling (DEFUN |genSearch| ...) ; compiling (DEFUN |genSearchTran| ...) ; compiling (DEFUN |genSearch1| ...) ; compiling (DEFUN |searchDropUnexposedLines| ...) ; compiling (DEFUN |repeatSearch| ...) ; compiling (DEFUN |searchCount| ...) ; compiling (DEFUN |showDoc| ...) ; compiling (DEFUN |showConstruct| ...) ; compiling (DEFUN |showIt| ...) ; compiling (DEFUN |showNamedConstruct| ...) ; compiling (DEFUN |genSearchSay| ...) ; compiling (DEFUN |organizeByName| ...) ; compiling (DEFUN |genSearchSayJump| ...) ; compiling (DEFUN |genSearchUniqueCount| ...) ; compiling (DEFUN |dbGetName| ...) ; compiling (DEFUN |pluralSay| ...) ; compiling (DEFUN |docSearch| ...) ; compiling (DEFUN |docSearch1| ...) ; compiling (DEFUN |removeSurroundingStars| ...) ; compiling (DEFUN |showNamedDoc| ...) ; compiling (DEFUN |sayDocMessage| ...) ; compiling (DEFUN |stripOffSegments| ...) ; compiling (DEFUN |replaceTicksBySpaces| ...) ; compiling (DEFUN |checkFilter| ...) ; compiling (DEFUN |aSearch| ...) ; compiling (DEFUN |oSearch| ...) ; compiling (DEFUN |oSearchGrep| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-search.clisp ; in: DEFUN |oSearchGrep| ; (DEFUN BOOT::|oSearchGrep| (BOOT::|filter| BOOT::|key| BOOT::|kind|) ; (BOOT::|dbSearch| (BOOT::|grepConstruct| BOOT::|filter| 'BOOT::|o|) ; BOOT::|kind| BOOT::|filter|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|oSearchGrep| ; (BOOT::|filter| BOOT::|key| BOOT::|kind|) ; (BLOCK BOOT::|oSearchGrep| ; (BOOT::|dbSearch| (BOOT::|grepConstruct| BOOT::|filter| 'BOOT::|o|) ; BOOT::|kind| BOOT::|filter|))) ; ; caught STYLE-WARNING: ; The variable |key| is defined but never used. ; compiling (DEFUN |grepSearchQuery| ...) ; compiling (DEFUN |cSearch| ...) ; compiling (DEFUN |dSearch| ...) ; compiling (DEFUN |pSearch| ...) ; compiling (DEFUN |xSearch| ...) ; compiling (DEFUN |kSearch| ...) ; compiling (DEFUN |ySearch| ...) ; compiling (DEFUN |constructorSearch| ...) ; compiling (DEFUN |grepConstructorSearch| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-search.clisp ; in: DEFUN |grepConstructorSearch| ; (DEFUN BOOT::|grepConstructorSearch| (BOOT::|htPage| BOOT::|yes|) ; (BOOT::|kPage| (BOOT::|htpProperty| BOOT::|htPage| 'BOOT::|line|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|grepConstructorSearch| ; (BOOT::|htPage| BOOT::|yes|) ; (BLOCK BOOT::|grepConstructorSearch| ; (BOOT::|kPage| (BOOT::|htpProperty| BOOT::|htPage| 'BOOT::|line|)))) ; ; caught STYLE-WARNING: ; The variable |yes| is defined but never used. ; compiling (DEFUN |conSpecialString?| ...) ; compiling (DEFUN |dbString2Words| ...) ; compiling (DEFPARAMETER |$dbDelimiters| ...) ; compiling (DEFUN |dbWordFrom| ...) ; compiling (DEFUN |conLowerCaseConTran| ...) ; compiling (DEFUN |string2Constructor| ...) ; compiling (DEFUN |conLowerCaseConTranTryHarder| ...) ; compiling (DEFUN |constructorSearchGrep| ...) ; compiling (DEFUN |grepSearchJump| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-search.clisp ; in: DEFUN |grepSearchJump| ; (DEFUN BOOT::|grepSearchJump| (BOOT::|htPage| BOOT::|yes|) ; (LET* (BOOT::|fn| BOOT::|kind| BOOT::|key| BOOT::|filter| BOOT::|LETTMP#1|) ; (PROGN ; (SETQ BOOT::|LETTMP#1| #) ; (SETQ BOOT::|filter| #) ; (SETQ BOOT::|key| #) ; (SETQ BOOT::|kind| #) ; (SETQ BOOT::|fn| #) ; (FUNCALL BOOT::|fn| BOOT::|filter| BOOT::|key| BOOT::|kind|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|grepSearchJump| ; (BOOT::|htPage| BOOT::|yes|) ; (BLOCK BOOT::|grepSearchJump| ; (LET* (BOOT::|fn| ; BOOT::|kind| ; BOOT::|key| ; BOOT::|filter| ; BOOT::|LETTMP#1|) ; (PROGN ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (FUNCALL BOOT::|fn| BOOT::|filter| BOOT::|key| BOOT::|kind|))))) ; ; caught STYLE-WARNING: ; The variable |yes| is defined but never used. ; compiling (DEFUN |dbSearch| ...) ; compiling (DEFUN |dbSearchAbbrev| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-search.clisp ; in: DEFUN |dbSearchAbbrev| ; (CAR BOOT::|ISTMP#1|) ; ==> ; BOOT::|ISTMP#1| ; ; note: deleting unreachable code ; 'BOOT::|kind| ; ; note: deleting unreachable code ; (CAR BOOT::|bfVar#7|) ; ==> ; BOOT::|bfVar#7| ; ; note: deleting unreachable code ; (CDR BOOT::|bfVar#8|) ; ==> ; BOOT::|bfVar#8| ; ; note: deleting unreachable code ; (CAR BOOT::|bfVar#8|) ; ==> ; BOOT::|bfVar#8| ; ; note: deleting unreachable code ; (CONSP BOOT::|bfVar#7|) ; ==> ; BOOT::|bfVar#7| ; ; note: deleting unreachable code ; (CONSP BOOT::|bfVar#8|) ; ==> ; BOOT::|bfVar#8| ; ; note: deleting unreachable code ; (LET ((BOOT::|bfVar#8| BOOT::|conlist|) (BOOT::|bfVar#7| NIL)) ; (LOOP (COND ((OR # #) (RETURN NIL)) (T (AND # # #))) ; (SETQ BOOT::|bfVar#8| (CDR BOOT::|bfVar#8|)))) ; ; note: deleting unreachable code ; (BOOT::|htShowPage|) ; ; note: deleting unreachable code ; (LENGTH BOOT::|conlist|) ; ==> ; BOOT::|conlist| ; ; note: deleting unreachable code ; compiling (DEFUN |detailedSearch| ...) ; compiling (DEFUN |generalSearchDo| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-search.clisp ; in: DEFUN |generalSearchDo| ; (DEFUN BOOT::|generalSearchDo| (BOOT::|htPage| BOOT::|flag|) ; (LET* (BOOT::|kind| ; BOOT::|lines| ; BOOT::|form| ; BOOT::|kindCode| ; BOOT::|n| ; BOOT::|acc| ; BOOT::|npat| ; BOOT::|nargs| ; BOOT::|name| ; BOOT::|selectors| ; BOOT::|which| ; BOOT::|alist|) ; (DECLARE (SPECIAL BOOT::|$htPage|)) ; (PROGN ; (SETQ BOOT::|$htPage| BOOT::|htPage|) ; (SETQ BOOT::|alist| #) ; (SETQ BOOT::|which| #) ; (SETQ BOOT::|selectors| #) ; (SETQ BOOT::|name| #) ; (SETQ BOOT::|nargs| #) ; (SETQ BOOT::|npat| #) ; (SETQ BOOT::|kindCode| #) ; (SETQ BOOT::|form| #) ; (SETQ BOOT::|lines| #) ; (COND (# #)) ; ...))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|generalSearchDo| ; (BOOT::|htPage| BOOT::|flag|) ; (BLOCK BOOT::|generalSearchDo| ; (LET* (BOOT::|kind| ; BOOT::|lines| ; BOOT::|form| ; BOOT::|kindCode| ; BOOT::|n| ; BOOT::|acc| ; BOOT::|npat| ; BOOT::|nargs| ; BOOT::|name| ; BOOT::|selectors| ; BOOT::|which| ; BOOT::|alist|) ; (DECLARE (SPECIAL BOOT::|$htPage|)) ; (PROGN ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (COND #) ; ...)))) ; ; caught STYLE-WARNING: ; The variable |flag| is defined but never used. ; compiling (DEFUN |generalSearchString| ...) ; compiling (DEFUN |htButtonOn?| ...) ; compiling (DEFUN |mkDetailedGrepPattern| ...) ; compiling (DEFUN |mkDetailedGrepPattern,conc| ...) ; compiling (DEFUN |mkDetailedGrepPattern,simp| ...) ; compiling (DEFUN |replaceGrepStar| ...) ; compiling (DEFUN |standardizeSignature| ...) ; compiling (DEFUN |underscoreDollars| ...) ; compiling (DEFUN |underscoreDollars,fn| ...) ; compiling (DEFUN |getTempPath| ...) ; compiling (DEFUN |dbWriteLines| ...) ; compiling (DEFUN |dbReadLines| ...) ; compiling (DEFUN |dbGetCommentOrigin| ...) ; compiling (DEFUN |grepSource| ...) ; compiling (DEFUN |mkGrepTextfile| ...) ; compiling (DEFUN |getTemporaryDirectory| ...) ; compiling (DEFUN |mkGrepFile| ...) ; compiling (DEFUN |grepFile| ...) ; compiling (DEFUN |dbUnpatchLines| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-search.clisp ; in: DEFUN |conform2OutputForm| ; (BOOT::|algCoerceInteractive| BOOT::|x| BOOT::|typ| '(BOOT::|OutputForm|)) ; ; caught STYLE-WARNING: ; undefined function: |algCoerceInteractive| ; in: DEFUN |dbSearchAbbrev| ; (BOOT::|bcCon| BOOT::|nam|) ; ; caught STYLE-WARNING: ; undefined function: |bcCon| ; in: DEFUN |dbSearch| ; (BOOT::|bcErrorPage| BOOT::|lines|) ; ; caught STYLE-WARNING: ; undefined function: |bcErrorPage| ; in: DEFUN |docSearch| ; (BOOT::|bcErrorPage| BOOT::|docSearchAlist|) ; ; caught STYLE-WARNING: ; undefined function: |bcErrorPage| ; in: DEFUN |genSearch| ; (BOOT::|bcErrorPage| BOOT::|regSearchAlist|) ; ; caught STYLE-WARNING: ; undefined function: |bcErrorPage| ; in: DEFUN |docSearch1| ; (BOOT::|bcHt| "\\newline{}") ; ; caught STYLE-WARNING: ; undefined function: |bcHt| ; in: DEFUN |genSearchSay| ; (BOOT::|bcHt| "{") ; ; caught STYLE-WARNING: ; undefined function: |bcHt| ; in: DEFUN |genSearch1| ; (BOOT::|bcHt| "\\newline{}") ; ; caught STYLE-WARNING: ; undefined function: |bcHt| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |bcHt| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-search.clisp ; in: DEFUN |mkUpDownPattern,fixchar| ; (BOOT::|charUpdate| BOOT::|c|) ; ; caught STYLE-WARNING: ; undefined function: |charUpdate| ; in: DEFUN |dbSearchAbbrev| ; (BOOT::|conPage| (BOOT::DOWNCASE BOOT::|nam|)) ; ; caught STYLE-WARNING: ; undefined function: |conPage| ; in: DEFUN |constructorSearch| ; (BOOT::|conPage| BOOT::|parse|) ; ; caught STYLE-WARNING: ; undefined function: |conPage| ; in: DEFUN |spadType| ; #'BOOT::|conPage| ; ; caught STYLE-WARNING: ; undefined function: |conPage| ; in: DEFUN |constructorSearch| ; (BOOT::|conPageFastPath| (BOOT::DOWNCASE BOOT::|filter|)) ; ; caught STYLE-WARNING: ; undefined function: |conPageFastPath| ; in: DEFUN |showNamedDoc| ; (BOOT::|dbGather| BOOT::|kind| BOOT::|lines| (- BOOT::|index| 1) T) ; ; caught STYLE-WARNING: ; undefined function: |dbGather| ; in: DEFUN |genSearchSay| ; (BOOT::|dbKind| BOOT::|item|) ; ; caught STYLE-WARNING: ; undefined function: |dbKind| ; in: DEFUN |searchDropUnexposedLines| ; (BOOT::|dbKind| BOOT::|line|) ; ; caught STYLE-WARNING: ; undefined function: |dbKind| ; in: DEFUN |grepSplit| ; (BOOT::|dbKind| BOOT::|line|) ; ; caught STYLE-WARNING: ; undefined function: |dbKind| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |dbKind| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-search.clisp ; in: DEFUN |organizeByName| ; (BOOT::|dbName| (CAR BOOT::|u|)) ; ; caught STYLE-WARNING: ; undefined function: |dbName| ; in: DEFUN |showIt| ; (BOOT::|dbName| (CAR BOOT::|items|)) ; ; caught STYLE-WARNING: ; undefined function: |dbName| ; in: DEFUN |dbExposed?| ; (BOOT::|dbName| BOOT::|line|) ; ; caught STYLE-WARNING: ; undefined function: |dbName| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |dbName| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-search.clisp ; in: DEFUN |dbExposed?| ; (BOOT::|dbNewConname| BOOT::|line|) ; ; caught STYLE-WARNING: ; undefined function: |dbNewConname| ; in: DEFUN |dbGetCommentOrigin| ; (BOOT::|dbPart| BOOT::|line| 1 (- 1)) ; ; caught STYLE-WARNING: ; undefined function: |dbPart| ; in: DEFUN |grepSplit| ; (BOOT::|dbPart| BOOT::|line| 1 (- 1)) ; ; caught STYLE-WARNING: ; undefined function: |dbPart| ; in: DEFUN |docSearch1| ; (BOOT::|dbSayItems| (LIST "\\newline Documentation Summary: " BOOT::|count|) ; "mention" "mentions" " of {\\em " BOOT::|filter| "}") ; ; caught STYLE-WARNING: ; undefined function: |dbSayItems| ; in: DEFUN |genSearch1| ; (BOOT::|dbSayItems| (LIST "{\\bf Construct Summary:} " BOOT::|regCount|) ; "name matches" "names match") ; ; caught STYLE-WARNING: ; undefined function: |dbSayItems| ; in: DEFUN |dbSearchAbbrev| ; (BOOT::|dbShowCons| BOOT::|htPage| 'BOOT::|names|) ; ; caught STYLE-WARNING: ; undefined function: |dbShowCons| ; in: DEFUN |dbSearch| ; (BOOT::|dbShowConstructorLines| BOOT::|lines|) ; ; caught STYLE-WARNING: ; undefined function: |dbShowConstructorLines| ; (BOOT::|dbShowOperationLines| BOOT::|kind| BOOT::|lines|) ; ; caught STYLE-WARNING: ; undefined function: |dbShowOperationLines| ; in: DEFUN |oPageFrom| ; (BOOT::|dbShowOperationsFromConform| BOOT::|htPage| "operation" ; BOOT::|opAlist|) ; ; caught STYLE-WARNING: ; undefined function: |dbShowOperationsFromConform| ; in: DEFUN |isDefaultOpAtt| ; (BOOT::|dbTickIndex| BOOT::|x| 4 0) ; ; caught STYLE-WARNING: ; undefined function: |dbTickIndex| ; in: DEFUN |constructorSearch| ; (BOOT::|downlink| BOOT::|pageName|) ; ; caught STYLE-WARNING: ; undefined function: |downlink| ; in: DEFUN |dbSearch| ; (BOOT::|emptySearchPage| BOOT::|kind| BOOT::|filter|) ; ; caught STYLE-WARNING: ; undefined function: |emptySearchPage| ; in: DEFUN |docSearch1| ; (BOOT::|emptySearchPage| "entry" BOOT::|filter| T) ; ; caught STYLE-WARNING: ; undefined function: |emptySearchPage| ; in: DEFUN |genSearch1| ; (BOOT::|emptySearchPage| "entry" BOOT::|filter| T) ; ; caught STYLE-WARNING: ; undefined function: |emptySearchPage| ; ; caught STYLE-WARNING: ; 2 more uses of undefined function |emptySearchPage| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-search.clisp ; in: DEFUN |mkGrepPattern1,charPosition| ; (BOOT::|error| 'BOOT::|index out of range|) ; ; caught STYLE-WARNING: ; undefined function: |error| ; in: DEFUN |docSearch1| ; (BOOT::|escapeSpecialChars| (BOOT::STRINGIMAGE BOOT::|filter|)) ; ; caught STYLE-WARNING: ; undefined function: |escapeSpecialChars| ; in: DEFUN |genSearch1| ; (BOOT::|escapeSpecialChars| (BOOT::STRINGIMAGE BOOT::|filter|)) ; ; caught STYLE-WARNING: ; undefined function: |escapeSpecialChars| ; in: DEFUN |pmTransFilter| ; (BOOT::|escapeSpecialChars| BOOT::|s|) ; ; caught STYLE-WARNING: ; undefined function: |escapeSpecialChars| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |escapeSpecialChars| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-search.clisp ; in: DEFUN |standardizeSignature| ; (BOOT::|findString| "->" BOOT::|s|) ; ; caught STYLE-WARNING: ; undefined function: |findString| ; in: DEFUN |grepConstruct| ; (BOOT::|fnameExists?| "libdb.text") ; ; caught STYLE-WARNING: ; undefined function: |fnameExists?| ; in: DEFUN |looksLikeDomainForm| ; (BOOT::|getCDTEntry| (BOOT::|opOf| BOOT::|x|) T) ; ; caught STYLE-WARNING: ; undefined function: |getCDTEntry| ; in: DEFUN |grepForAbbrev| ; (BOOT::|getConstructorAbbreviationFromDB| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorAbbreviationFromDB| ; in: DEFUN |oPageFrom| ; (BOOT::|getConstructorForm| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorForm| ; in: DEFUN |grepForAbbrev| ; (BOOT::|getConstructorFormFromDB| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorFormFromDB| ; in: DEFUN |oPageFrom| ; (BOOT::|getConstructorKindFromDB| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorKindFromDB| ; in: DEFUN |conform2OutputForm| ; (BOOT::|getConstructorModemap| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorModemap| ; (BOOT::|getDualSignature| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |getDualSignature| ; in: DEFUN |mkGrepFile| ; (BOOT::|getEnv| "SPADNUM") ; ; caught STYLE-WARNING: ; undefined function: |getEnv| ; in: DEFUN |getTemporaryDirectory| ; (BOOT::|getEnv| "TMP") ; ; caught STYLE-WARNING: ; undefined function: |getEnv| ; in: DEFUN |genSearchSay| ; (BOOT::|htBeginTable|) ; ; caught STYLE-WARNING: ; undefined function: |htBeginTable| ; in: DEFUN |sayDocMessage| ; (BOOT::|htBlank|) ; ; caught STYLE-WARNING: ; undefined function: |htBlank| ; in: DEFUN |genSearchSay| ; (BOOT::|htBlank|) ; ; caught STYLE-WARNING: ; undefined function: |htBlank| ; (BOOT::|htEndTable|) ; ; caught STYLE-WARNING: ; undefined function: |htEndTable| ; in: DEFUN |docSearch| ; (BOOT::|htErrorStar|) ; ; caught STYLE-WARNING: ; undefined function: |htErrorStar| ; in: DEFUN |genSearch| ; (BOOT::|htErrorStar|) ; ; caught STYLE-WARNING: ; undefined function: |htErrorStar| ; in: DEFUN |docSearch1| ; (BOOT::|htInitPage| BOOT::|header| NIL) ; ; caught STYLE-WARNING: ; undefined function: |htInitPage| ; in: DEFUN |genSearch1| ; (BOOT::|htInitPage| BOOT::|header| NIL) ; ; caught STYLE-WARNING: ; undefined function: |htInitPage| ; in: DEFUN |oPageFrom| ; (BOOT::|htInitPage| NIL NIL) ; ; caught STYLE-WARNING: ; undefined function: |htInitPage| ; ; caught STYLE-WARNING: ; 4 more uses of undefined function |htInitPage| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-search.clisp ; in: DEFUN |detailedSearch| ; (BOOT::|htMakePage| ; '((BOOT::|text| . "\\newline") ; (BOOT::|bcRadioButtons| BOOT::|which| ; ("\\tab{3}{\\em Operations}" (# # # # # # # #) BOOT::|ops|) ; ("\\tab{3}{\\em Attributes}" (# # # # # # # #) BOOT::|attrs|) ; ("\\tab{3}{\\em Constructors}" (# # # # # # # # # # # # ...) ; BOOT::|cons|)) ; (BOOT::|text| . "\\vspace{1}\\newline\\center{ ") ; (BOOT::|bcLinks| ("\\box{Search}" "" BOOT::|generalSearchDo| NIL)) ; (BOOT::|text| . "}"))) ; ; caught STYLE-WARNING: ; undefined function: |htMakePage| ; in: DEFUN |genSearchSay| ; (BOOT::|htMakePage| ; (LIST ; (LIST 'BOOT::|bcLinks| ; (LIST (BOOT::|menuButton|) "" 'BOOT::|genSearchSayJump| ; (LIST BOOT::|fullLineList| BOOT::|kind|))))) ; ; caught STYLE-WARNING: ; undefined function: |htMakePage| ; in: DEFUN |constructorSearch| ; (BOOT::|htQuery| BOOT::|message| 'BOOT::|grepConstructorSearch| T) ; ; caught STYLE-WARNING: ; undefined function: |htQuery| ; in: DEFUN |grepSearchQuery| ; (BOOT::|htQuery| ; (LIST "{\\em Do you want a list of {\\em all} " ; (BOOT::|pluralize| BOOT::|kind|) "?\\vspace{1}}") ; 'BOOT::|grepSearchJump| T) ; ; caught STYLE-WARNING: ; undefined function: |htQuery| ; in: DEFUN |dbSearchAbbrev| ; (BOOT::|htSay| "\\newline{\\em " ; (SETQ BOOT::|s| (BOOT::STRINGIMAGE BOOT::|abbr|))) ; ; caught STYLE-WARNING: ; undefined function: |htSay| ; in: DEFUN |sayDocMessage| ; (BOOT::|htSay| "{\\em ") ; ; caught STYLE-WARNING: ; undefined function: |htSay| ; in: DEFUN |genSearchSay| ; (BOOT::|htSay| "{\\em No " BOOT::|kind| "} ") ; ; caught STYLE-WARNING: ; undefined function: |htSay| ; in: DEFUN |detailedSearch| ; (BOOT::|htSayHrule|) ; ; caught STYLE-WARNING: ; undefined function: |htSayHrule| ; in: DEFUN |genSearch1| ; (BOOT::|htSaySaturn| "\\bigskip{}") ; ; caught STYLE-WARNING: ; undefined function: |htSaySaturn| ; in: DEFUN |docSearch1| ; (BOOT::|htSayStandard| "\\tab{2}") ; ; caught STYLE-WARNING: ; undefined function: |htSayStandard| ; in: DEFUN |genSearchSay| ; (BOOT::|htSayStandard| "\\indent{4}") ; ; caught STYLE-WARNING: ; undefined function: |htSayStandard| ; in: DEFUN |genSearch1| ; (BOOT::|htSayStandard| "\\tab{2}") ; ; caught STYLE-WARNING: ; undefined function: |htSayStandard| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |htSayStandard| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-search.clisp ; in: DEFUN |genSearchSay| ; (BOOT::|htSayUnexposed|) ; ; caught STYLE-WARNING: ; undefined function: |htSayUnexposed| ; in: DEFUN |dbSearchAbbrev| ; (BOOT::|htShowPage|) ; ; caught STYLE-WARNING: ; undefined function: |htShowPage| ; in: DEFUN |constructorSearch| ; (BOOT::|htShowPage|) ; ; caught STYLE-WARNING: ; undefined function: |htShowPage| ; in: DEFUN |grepSearchQuery| ; (BOOT::|htShowPage|) ; ; caught STYLE-WARNING: ; undefined function: |htShowPage| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |htShowPage| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-search.clisp ; in: DEFUN |docSearch1| ; (BOOT::|htShowPageStar|) ; ; caught STYLE-WARNING: ; undefined function: |htShowPageStar| ; in: DEFUN |genSearch1| ; (BOOT::|htShowPageStar|) ; ; caught STYLE-WARNING: ; undefined function: |htShowPageStar| ; in: DEFUN |spadSys| ; (BOOT::|htSystemCommands| (BOOT::PNAME (BOOT::|opOf| BOOT::|form|))) ; ; caught STYLE-WARNING: ; undefined function: |htSystemCommands| ; in: DEFUN |grepForAbbrev| ; (BOOT::|isExposedConstructor| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |isExposedConstructor| ; in: DEFUN |dbExposed?| ; (BOOT::|isExposedConstructor| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |isExposedConstructor| ; in: DEFUN |grepConstructorSearch| ; (BOOT::|kPage| (BOOT::|htpProperty| BOOT::|htPage| 'BOOT::|line|)) ; ; caught STYLE-WARNING: ; undefined function: |kPage| ; in: DEFUN |constructorSearch| ; (BOOT::|kPage| BOOT::|line|) ; ; caught STYLE-WARNING: ; undefined function: |kPage| ; in: DEFUN |conSpecialString?| ; (BOOT::|kisValidType| BOOT::|form|) ; ; caught STYLE-WARNING: ; undefined function: |kisValidType| ; in: DEFUN |oPageFrom| ; (BOOT::|koOps| BOOT::|conform| NIL) ; ; caught STYLE-WARNING: ; undefined function: |koOps| ; in: DEFUN |grepForAbbrev| ; (BOOT::|match?| BOOT::|pattern| (SYMBOL-NAME BOOT::|a|)) ; ; caught STYLE-WARNING: ; undefined function: |match?| ; in: DEFUN |genSearchSay| ; (BOOT::|menuButton|) ; ; caught STYLE-WARNING: ; undefined function: |menuButton| ; in: DEFUN |spadSys| ; (BOOT::|ncParseFromString| BOOT::|s|) ; ; caught STYLE-WARNING: ; undefined function: |ncParseFromString| ; in: DEFUN |spadType| ; (BOOT::|ncParseFromString| BOOT::|s|) ; ; caught STYLE-WARNING: ; undefined function: |ncParseFromString| ; in: DEFUN |pmParseFromString| ; (BOOT::|ncParseFromString| (BOOT::|pmPreparse| BOOT::|s|)) ; ; caught STYLE-WARNING: ; undefined function: |ncParseFromString| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |ncParseFromString| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-search.clisp ; in: DEFUN |dnForm| ; (BOOT::|negate| BOOT::|u|) ; ; caught STYLE-WARNING: ; undefined function: |negate| ; in: DEFUN |oSearch| ; (BOOT::|opPageFast| BOOT::|opAlist|) ; ; caught STYLE-WARNING: ; undefined function: |opPageFast| ; (BOOT::|opPageFastPath| BOOT::|filter|) ; ; caught STYLE-WARNING: ; undefined function: |opPageFastPath| ; in: DEFUN |grepSearchQuery| ; (BOOT::|pluralize| BOOT::|kind|) ; ; caught STYLE-WARNING: ; undefined function: |pluralize| ; in: DEFUN |genSearchSay| ; (BOOT::|pluralize| BOOT::|kind|) ; ; caught STYLE-WARNING: ; undefined function: |pluralize| ; in: DEFUN |applyGrep| ; (BOOT::|purgeNewConstructorLines| ; (BOOT::|grepf| BOOT::|x| BOOT::|filename| NIL) BOOT::|$newConstructorList|) ; ; caught STYLE-WARNING: ; undefined function: |purgeNewConstructorLines| ; in: DEFUN |grepConstructDo| ; (BOOT::|purgeNewConstructorLines| (BOOT::|grepf| BOOT::|x| BOOT::|key| NIL) ; BOOT::|$newConstructorList|) ; ; caught STYLE-WARNING: ; undefined function: |purgeNewConstructorLines| ; in: DEFUN |getTempPath| ; (BOOT::|removeFile| BOOT::|pathname|) ; ; caught STYLE-WARNING: ; undefined function: |removeFile| ; in: DEFUN |grepFile| ; (BOOT::|runCommand| ; (COND ; ((BOOTTRAN:|symbolMember?| BOOT::|key| ; '(BOOT::|a| BOOT::|o| BOOT::|c| BOOT::|d| ; BOOT::|p| BOOT::|x|)) ; (|AxiomCore|:CONCAT BOOT::|command| " | sed 's/~/" ; (BOOT::STRINGIMAGE BOOT::|key|) "/' > " ; BOOT::|target|)) ; (T (|AxiomCore|:CONCAT BOOT::|command| " > " BOOT::|target|)))) ; ; caught STYLE-WARNING: ; undefined function: |runCommand| ; in: DEFUN |conSpecialString?| ; (BOOT::|string2Words| BOOT::|filter|) ; ; caught STYLE-WARNING: ; undefined function: |string2Words| ; in: DEFUN |conform2OutputForm| ; (BOOT::|sublisFormal| BOOT::|args| BOOT::|atype|) ; ; caught STYLE-WARNING: ; undefined function: |sublisFormal| ; in: DEFUN |oPageFrom| ; (BOOT::|systemError| ; (LIST BOOT::|conform| " has no operation named " BOOT::|opname|)) ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; in: DEFUN |grepSplit| ; (BOOT::|systemError| 'BOOT::|kind|) ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; in: DEFUN |grepf| ; (BOOT::|systemError| NIL) ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; ; caught STYLE-WARNING: ; 2 more uses of undefined function |systemError| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-search.clisp ; in: DEFUN |dbWriteLines| ; (BOOT::|writedb| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |writedb| ; ; compilation unit finished ; Undefined functions: ; |algCoerceInteractive| |bcCon| |bcErrorPage| |bcHt| |charUpdate| |conPage| |conPageFastPath| |dbGather| |dbKind| |dbName| |dbNewConname| |dbPart| |dbSayItems| |dbShowCons| |dbShowConstructorLines| |dbShowOperationLines| |dbShowOperationsFromConform| |dbTickIndex| |downlink| |emptySearchPage| |error| |escapeSpecialChars| |findString| |fnameExists?| |getCDTEntry| |getConstructorAbbreviationFromDB| |getConstructorForm| |getConstructorFormFromDB| |getConstructorKindFromDB| |getConstructorModemap| |getDualSignature| |getEnv| |htBeginTable| |htBlank| |htEndTable| |htErrorStar| |htInitPage| |htMakePage| |htQuery| |htSay| |htSayHrule| |htSaySaturn| |htSayStandard| |htSayUnexposed| |htShowPage| |htShowPageStar| |htSystemCommands| |isExposedConstructor| |kPage| |kisValidType| |koOps| |match?| |menuButton| |ncParseFromString| |negate| |opPageFast| |opPageFastPath| |pluralize| |purgeNewConstructorLines| |removeFile| |runCommand| |string2Words| |sublisFormal| |systemError| |writedb| ; caught 119 STYLE-WARNING conditions ; printed 10 notes ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-search.fasl written ; compilation finished in 0:00:00.538 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=alql.fasl --load-directory=. ../../../open-axiom/src/interp/alql.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/alql.clisp" (written 01 FEB 2016 10:52:44 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "br-search") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFUN |getBrowseDatabase| ...) ; compiling (DEFUN |stringMatches?| ...) ; compiling (DEFUN |alqlGetKindString| ...) ; compiling (DEFUN |alqlGetOrigin| ...) ; compiling (DEFUN |alqlGetParams| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/alql.clisp ; in: DEFUN |stringMatches?| ; (BOOT::|basicMatch?| BOOT::|pattern| BOOT::|subject|) ; ; caught STYLE-WARNING: ; undefined function: |basicMatch?| ; in: DEFUN |alqlGetParams| ; (BOOT::|dbPart| BOOT::|x| 5 1) ; ; caught STYLE-WARNING: ; undefined function: |dbPart| ; in: DEFUN |alqlGetOrigin| ; (BOOT::|dbPart| BOOT::|x| 5 1) ; ; caught STYLE-WARNING: ; undefined function: |dbPart| ; in: DEFUN |alqlGetKindString| ; (BOOT::|dbPart| BOOT::|x| 5 1) ; ; caught STYLE-WARNING: ; undefined function: |dbPart| ; ; compilation unit finished ; Undefined functions: ; |basicMatch?| |dbPart| ; caught 4 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/alql.fasl written ; compilation finished in 0:00:00.019 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=profile.fasl --load-directory=. ../../../open-axiom/src/interp/profile.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/profile.clisp" (written 01 FEB 2016 10:52:44 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "sys-macros") ; compiling (IMPORT-MODULE "sys-utility") ; compiling (IMPORT-MODULE "c-util") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFPARAMETER |$profileAlist| ...) ; compiling (DEFUN |profileWrite| ...) ; compiling (DEFUN |profileTran| ...) ; compiling (DEFUN |profileRecord| ...) ; compiling (DEFUN |profileDisplay| ...) ; compiling (DEFUN |profileDisplayOp| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/profile.clisp ; in: DEFUN |profileDisplayOp| ; (BOOT::|formatOpSignature| BOOT::|op1| BOOT::|sig|) ; ; caught STYLE-WARNING: ; undefined function: |formatOpSignature| ; in: DEFUN |profileRecord| ; (BOOT::|insertAlist| BOOT::|name| BOOT::|info| BOOT::|alist2|) ; ; caught STYLE-WARNING: ; undefined function: |insertAlist| ; in: DEFUN |profileTran| ; (BOOT::|mySort| (BOOT::HKEYS BOOT::|$profileHash|)) ; ; caught STYLE-WARNING: ; undefined function: |mySort| ; in: DEFUN |profileDisplayOp| ; (BOOT::|prefix2String| BOOT::|t|) ; ; caught STYLE-WARNING: ; undefined function: |prefix2String| ; ; compilation unit finished ; Undefined functions: ; |formatOpSignature| |insertAlist| |mySort| |prefix2String| ; caught 4 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/profile.fasl written ; compilation finished in 0:00:00.026 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=simpbool.fasl --load-directory=. ../../../open-axiom/src/interp/simpbool.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/simpbool.clisp" (written 01 FEB 2016 10:52:44 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "sys-macros") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFUN |simpBool| ...) ; compiling (DEFUN |reduceDnf| ...) ; compiling (DEFUN |dnfContains| ...) ; compiling (DEFUN |dnfContains,fn| ...) ; compiling (DEFUN |prove| ...) ; compiling (DEFUN |simpBoolGiven| ...) ; compiling (DEFUN |andReduce| ...) ; compiling (DEFUN |dnf2pf| ...) ; compiling (DEFUN |be| ...) ; compiling (DEFUN |b2dnf| ...) ; compiling (DEFUN |band| ...) ; compiling (DEFUN |bor| ...) ; compiling (DEFUN |bnot| ...) ; compiling (DEFUN |bassert| ...) ; compiling (DEFUN |bassertNot| ...) ; compiling (DEFUN |orDnf| ...) ; compiling (DEFUN |andDnf| ...) ; compiling (DEFUN |notDnf| ...) ; compiling (DEFUN |coafOrDnf| ...) ; compiling (DEFUN |coafAndDnf| ...) ; compiling (DEFUN |coafAndCoaf| ...) ; compiling (DEFUN |notCoaf| ...) ; compiling (DEFUN |list1| ...) ; compiling (DEFUN |list2| ...) ; compiling (DEFUN |list3| ...) ; compiling (DEFUN |orDel| ...) ; compiling (DEFUN |ordList| ...) ; compiling (DEFUN |ordUnion| ...) ; compiling (DEFUN |ordIntersection| ...) ; compiling (DEFUN |ordSetDiff| ...) ; compiling (DEFUN |testPredList| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/simpbool.clisp ; in: DEFUN |prove| ; (BOOT::|getPredicate| BOOT::|y|) ; ; caught STYLE-WARNING: ; undefined function: |getPredicate| ; (BOOT::|listOfUserIds| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |listOfUserIds| ; in: DEFUN |testPredList| ; (BOOT::|pp| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |pp| ; ; compilation unit finished ; Undefined functions: ; |getPredicate| |listOfUserIds| |pp| ; caught 3 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/simpbool.fasl written ; compilation finished in 0:00:00.086 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=nrunfast.fasl --load-directory=. ../../../open-axiom/src/interp/nrunfast.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/nrunfast.clisp" (written 01 FEB 2016 10:52:45 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "c-util") ; compiling (IN-PACKAGE "BOOT") ; compiling (PROVIDE "nrunfast") ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFPARAMETER |$monitorNewWorld| ...) ; compiling (DEFPARAMETER |$lookupDefaults| ...) ; compiling (DEFPARAMETER |$NRTmonitorIfTrue| ...) ; compiling (DEFUN |initNewWorld| ...) ; compiling (DEFUN |getDomainByteVector| ...) ; compiling (DEFUN |getDomainCategoriesVector| ...) ; compiling (DEFUN |getDomainCompleteCategories| ...) ; compiling (DEFUN |getOpCode| ...) ; compiling (DEFUN |evalSlotDomain| ...) ; compiling (DEFUN |newGoGet| ...) ; compiling (DEFUN |replaceGoGetSlot| ...) ; compiling (DEFUN |lookupComplete| ...) ; compiling (DEFUN |lookupIncomplete| ...) ; compiling (DEFUN |newLookupInTable| ...) ; compiling (DEFUN |newLookupInAddChain| ...) ; compiling (DEFUN |newLookupInDomain| ...) ; compiling (DEFUN |newLookupInCategories| ...) ; compiling (DEFUN |nrunNumArgCheck| ...) ; compiling (DEFUN |newCompareSig| ...) ; compiling (DEFUN |lazyMatchArg| ...) ; compiling (DEFUN |lazyMatchArg2| ...) ; compiling (DEFUN |generalizedBuiltinConstructor?| ...) ; compiling (DEFUN |lazyMatch| ...) ; compiling (DEFUN |lazyMatchArgDollarCheck| ...) ; compiling (DEFUN |lookupInDomainByName| ...) ; compiling (DEFUN |newExpandTypeSlot| ...) ; compiling (DEFUN |newExpandLocalType| ...) ; compiling (DEFUN |newExpandLocalTypeForm| ...) ; compiling (DEFUN |newExpandLocalTypeArgs| ...) ; compiling (DEFUN |nrtEval| ...) ; compiling (DEFUN |domainVal| ...) ; compiling (DEFUN |sigDomainVal| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/nrunfast.clisp ; in: DEFUN |sigDomainVal| ; (DEFUN BOOT::|sigDomainVal| (BOOT::|dollar| BOOT::|domain| BOOT::|index|) ; (COND ((EQL BOOT::|index| 0) 'BOOT::$) ; ((EQL BOOT::|index| 2) BOOT::|domain|) ; (T (BOOT::|domainRef| BOOT::|domain| BOOT::|index|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|sigDomainVal| ; (BOOT::|dollar| BOOT::|domain| BOOT::|index|) ; (BLOCK BOOT::|sigDomainVal| ; (COND ((EQL BOOT::|index| 0) 'BOOT::$) ; ((EQL BOOT::|index| 2) BOOT::|domain|) ; (T (BOOT::|domainRef| BOOT::|domain| BOOT::|index|))))) ; ; caught STYLE-WARNING: ; The variable |dollar| is defined but never used. ; compiling (DEFUN |lazyDomainSet| ...) ; compiling (DEFUN |resolveNiladicConstructors| ...) ; compiling (DEFUN |domainEqual| ...) ; compiling (DEFUN |HasAttribute| ...) ; compiling (DEFUN |newHasAttribute| ...) ; compiling (DEFUN |newHasCategory| ...) ; compiling (DEFUN |HasSignature| ...) ; compiling (DEFUN |HasCategory| ...) ; compiling (DEFUN |newHasTest| ...) ; compiling (DEFUN |newHasTest,evalCond| ...) ; compiling (DEFUN |lazyMatchAssocV| ...) ; compiling (DEFUN |lazyMatchAssocV1| ...) ; compiling (DEFUN |sayLooking| ...) ; compiling (DEFUN |sayLooking1| ...) ; compiling (DEFUN |cc| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/nrunfast.clisp ; in: DEFUN |newHasTest| ; (BOOT::|ancestorsOf| BOOT::|domform| NIL) ; ; caught STYLE-WARNING: ; undefined function: |ancestorsOf| ; in: DEFUN |newLookupInCategories| ; (BOOT::|basicLookup| BOOT::|op| BOOT::|sig| BOOT::|package| BOOT::|dollar|) ; ; caught STYLE-WARNING: ; undefined function: |basicLookup| ; in: DEFUN |newLookupInTable| ; (BOOT::|basicLookup| BOOT::|op| BOOT::|subsumptionSig| BOOT::|domain| ; BOOT::|dollar|) ; ; caught STYLE-WARNING: ; undefined function: |basicLookup| ; in: DEFUN |replaceGoGetSlot| ; (BOOT::|basicLookup| BOOT::|op| BOOT::|sig| BOOT::|goGetDomain| ; BOOT::|goGetDomain|) ; ; caught STYLE-WARNING: ; undefined function: |basicLookup| ; in: DEFUN |sayLooking| ; (BOOT::|bright| "from ") ; ; caught STYLE-WARNING: ; undefined function: |bright| ; in: DEFUN |replaceGoGetSlot| ; (BOOT::|bright| BOOT::|thisSlot|) ; ; caught STYLE-WARNING: ; undefined function: |bright| ; in: DEFUN |newHasTest| ; (BOOT::|categoryForm?| BOOT::|domform|) ; ; caught STYLE-WARNING: ; undefined function: |categoryForm?| ; in: DEFUN |cc| ; (BOOT::|clearClams|) ; ; caught STYLE-WARNING: ; undefined function: |clearClams| ; (BOOT::|clearConstructorCaches|) ; ; caught STYLE-WARNING: ; undefined function: |clearConstructorCaches| ; in: DEFUN |HasCategory| ; (BOOT::|compareSigEqual| BOOT::|catform| BOOT::|cat| BOOT::|domain0| ; BOOT::|domain|) ; ; caught STYLE-WARNING: ; undefined function: |compareSigEqual| ; in: DEFUN |newHasTest,evalCond| ; (BOOT::|compiledLookup| (CAR BOOT::|w2|) (CADR BOOT::|w2|) ; (BOOT::|eval| (BOOT::|mkEvalable| BOOT::|w1|))) ; ; caught STYLE-WARNING: ; undefined function: |compiledLookup| ; in: DEFUN |HasSignature| ; (BOOT::|compiledLookup| BOOT::|op| BOOT::|sig| BOOT::|domain|) ; ; caught STYLE-WARNING: ; undefined function: |compiledLookup| ; in: DEFUN |evalSlotDomain| ; (BOOT::|constructor?| BOOT::|v|) ; ; caught STYLE-WARNING: ; undefined function: |constructor?| ; in: DEFUN |newLookupInCategories| ; (BOOT::|dbLoaded?| (BOOT::|constructorDB| BOOT::|entry|)) ; ; caught STYLE-WARNING: ; undefined function: |dbLoaded?| ; in: DEFUN |newExpandLocalTypeForm| ; (BOOT::|error| (LIST 'BOOT::|unknown constructor name| BOOT::|functorName|)) ; ; caught STYLE-WARNING: ; undefined function: |error| ; in: DEFUN |newHasTest| ; (BOOT::|eval| (BOOT::|mkEvalable| BOOT::|domform|)) ; ; caught STYLE-WARNING: ; undefined function: |eval| ; in: DEFUN |nrtEval| ; (BOOT::|eval| BOOT::|expr|) ; ; caught STYLE-WARNING: ; undefined function: |eval| ; in: DEFUN |evalSlotDomain| ; (BOOT::|eval| BOOT::|y|) ; ; caught STYLE-WARNING: ; undefined function: |eval| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |eval| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/nrunfast.clisp ; in: DEFUN |newHasTest| ; (BOOT::|evalDomain| BOOT::|domform|) ; ; caught STYLE-WARNING: ; undefined function: |evalDomain| ; in: DEFUN |lazyMatchArgDollarCheck| ; (BOOT::|evalDomain| BOOT::|someDomain|) ; ; caught STYLE-WARNING: ; undefined function: |evalDomain| ; in: DEFUN |evalSlotDomain| ; (BOOT::|expandToVMForm| BOOT::|u|) ; ; caught STYLE-WARNING: ; undefined function: |expandToVMForm| ; in: DEFUN |newLookupInAddChain| ; (BOOT::|form2String| (BOOT::|devaluate| BOOT::|addFormDomain|)) ; ; caught STYLE-WARNING: ; undefined function: |form2String| ; in: DEFUN |newLookupInTable| ; (BOOT::|form2String| (BOOT::|devaluate| BOOT::|domain|)) ; ; caught STYLE-WARNING: ; undefined function: |form2String| ; in: DEFUN |replaceGoGetSlot| ; (BOOT::|form2String| BOOT::|thisDomainForm|) ; ; caught STYLE-WARNING: ; undefined function: |form2String| ; ; caught STYLE-WARNING: ; 4 more uses of undefined function |form2String| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/nrunfast.clisp ; in: DEFUN |sayLooking| ; (BOOT::|formatOpSignature| BOOT::|op| BOOT::|sig|) ; ; caught STYLE-WARNING: ; undefined function: |formatOpSignature| ; in: DEFUN |newLookupInTable| ; (BOOT::|formatOpSignature| BOOT::|op| BOOT::|sig|) ; ; caught STYLE-WARNING: ; undefined function: |formatOpSignature| ; in: DEFUN |replaceGoGetSlot| ; (BOOT::|formatOpSignature| BOOT::|op| BOOT::|sig|) ; ; caught STYLE-WARNING: ; undefined function: |formatOpSignature| ; in: DEFUN |newHasTest| ; (BOOT::|getConstructorAttributes| (BOOT::|opOf| BOOT::|domform|)) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorAttributes| ; in: DEFUN |newExpandLocalTypeForm| ; (BOOT::|getDualSignature| BOOT::|functorName|) ; ; caught STYLE-WARNING: ; undefined function: |getDualSignature| ; in: DEFUN |lazyMatchArgDollarCheck| ; (BOOT::|getDualSignature| (CAR BOOT::|s|)) ; ; caught STYLE-WARNING: ; undefined function: |getDualSignature| ; in: DEFUN |lazyMatch| ; (BOOT::|getDualSignature| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |getDualSignature| ; in: DEFUN |replaceGoGetSlot| ; (BOOT::|keyedSystemError| 'BOOT::S2NR0001 ; (LIST BOOT::|op| BOOT::|sig| (ELT BOOT::|goGetDomain| 0))) ; ; caught STYLE-WARNING: ; undefined function: |keyedSystemError| ; in: DEFUN |newLookupInCategories| ; (BOOT::|loadLib| BOOT::|entry|) ; ; caught STYLE-WARNING: ; undefined function: |loadLib| ; in: DEFUN |newLookupInDomain| ; (BOOT::|lookupInDomainVector| BOOT::|op| BOOT::|sig| ; (ELT BOOT::|addFormDomain| BOOT::|index|) BOOT::|dollar|) ; ; caught STYLE-WARNING: ; undefined function: |lookupInDomainVector| ; in: DEFUN |HasAttribute| ; (BOOT::|lookupPred| (CAR BOOT::|u|) BOOT::|domain| BOOT::|domain|) ; ; caught STYLE-WARNING: ; undefined function: |lookupPred| ; in: DEFUN |newHasTest,evalCond| ; (BOOT::|mkEvalable| BOOT::|w1|) ; ; caught STYLE-WARNING: ; undefined function: |mkEvalable| ; in: DEFUN |newHasTest| ; (BOOT::|mkEvalable| BOOT::|domform|) ; ; caught STYLE-WARNING: ; undefined function: |mkEvalable| ; in: DEFUN |resolveNiladicConstructors| ; (BOOT::|niladicConstructor?| BOOT::|form|) ; ; caught STYLE-WARNING: ; undefined function: |niladicConstructor?| ; in: DEFUN |newHasTest| ; (BOOT::|ofCategory| BOOT::|domform| BOOT::|catOrAtt|) ; ; caught STYLE-WARNING: ; undefined function: |ofCategory| ; in: DEFUN |lazyMatchArg2| ; (BOOT::|replaceSharpCalls| BOOT::|s|) ; ; caught STYLE-WARNING: ; undefined function: |replaceSharpCalls| ; in: DEFUN |sayLooking| ; (BOOT::|systemError| NIL) ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; in: DEFUN |lookupInDomainByName| ; (BOOT::|systemError| "limit too large") ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; in: DEFUN |newLookupInTable| ; (BOOT::|systemError|) ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; in: DEFUN |evalSlotDomain| ; (BOOT::|systemErrorHere| "evalSlotDomain") ; ; caught STYLE-WARNING: ; undefined function: |systemErrorHere| ; in: DEFUN |newHasAttribute| ; (BOOT::|testBitVector| BOOT::|predvec| BOOT::|predIndex|) ; ; caught STYLE-WARNING: ; undefined function: |testBitVector| ; in: DEFUN |lookupInDomainByName| ; (BOOT::|testBitVector| BOOT::|predvec| BOOT::|predIndex|) ; ; caught STYLE-WARNING: ; undefined function: |testBitVector| ; in: DEFUN |newLookupInTable| ; (BOOT::|testBitVector| BOOT::|predvec| BOOT::|predIndex|) ; ; caught STYLE-WARNING: ; undefined function: |testBitVector| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |testBitVector| ; ; compilation unit finished ; Undefined functions: ; |ancestorsOf| |basicLookup| |bright| |categoryForm?| |clearClams| |clearConstructorCaches| |compareSigEqual| |compiledLookup| |constructor?| |dbLoaded?| |error| |eval| |evalDomain| |expandToVMForm| |form2String| |formatOpSignature| |getConstructorAttributes| |getDualSignature| |keyedSystemError| |loadLib| |lookupInDomainVector| |lookupPred| |mkEvalable| |niladicConstructor?| |ofCategory| |replaceSharpCalls| |systemError| |systemErrorHere| |testBitVector| ; caught 51 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/nrunfast.fasl written ; compilation finished in 0:00:00.258 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=nruncomp.fasl --load-directory=. ../../../open-axiom/src/interp/nruncomp.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/nruncomp.clisp" (written 01 FEB 2016 10:52:45 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "simpbool") ; compiling (IMPORT-MODULE "profile") ; compiling (IMPORT-MODULE "nrunfast") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFCONSTANT |$AddChainIndex| ...) ; compiling (DEFCONSTANT |$NRTbase| ...) ; compiling (DEFPARAMETER |$devaluateList| ...) ; compiling (DEFPARAMETER |$functorLocalParameters| ...) ; compiling (DEFPARAMETER |$insideCategoryPackageIfTrue| ...) ; compiling (DEFPARAMETER |$profileCompiler| ...) ; compiling (DEFPARAMETER |$NRTaddForm| ...) ; compiling (DEFPARAMETER |$NRTderivedTargetIfTrue| ...) ; compiling (DEFUN |addDeltaCode| ...) ; compiling (DEFUN |deltaTran| ...) ; compiling (DEFUN |NRTreplaceAllLocalReferences| ...) ; compiling (DEFUN |NRTencode| ...) ; compiling (DEFUN |NRTencode,encode| ...) ; compiling (DEFUN |listOfBoundVars| ...) ; compiling (DEFUN |dbEntitySlot| ...) ; compiling (DEFUN |needToQuoteFlags?| ...) ; compiling (DEFUN |needToQuoteFlags?,selector?| ...) ; compiling (DEFUN |markOperation| ...) ; compiling (DEFUN |optDeltaEntry| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/nruncomp.clisp ; in: DEFUN |optDeltaEntry| ; (DEFUN BOOT::|optDeltaEntry| ; (BOOT::|op| BOOT::|sig| BOOT::|dc| BOOT::|kind| BOOT::|e|) ; (LET* (BOOT::|fun'| BOOT::|nsig| BOOT::|fun| BOOT::|ndc| BOOT::T$) ; (BLOCK NIL (COND (# NIL) (T # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|optDeltaEntry| ; (BOOT::|op| BOOT::|sig| BOOT::|dc| BOOT::|kind| BOOT::|e|) ; (BLOCK BOOT::|optDeltaEntry| ; (LET* (BOOT::|fun'| BOOT::|nsig| BOOT::|fun| BOOT::|ndc| BOOT::T$) ; (BLOCK NIL (COND # #))))) ; ; caught STYLE-WARNING: ; The variable |kind| is defined but never used. ; compiling (DEFUN |optDeltaEntry,quoteSelector| ...) ; compiling (DEFPARAMETER |$onlyAbstractSlot| ...) ; compiling (DEFUN |genDeltaEntry| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |assocIndex| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/nruncomp.clisp ; in: DEFUN |assocIndex| ; (DEFUN BOOT::|assocIndex| (BOOT::|db| BOOT::|x|) ; (DECLARE (SPECIAL BOOT::|$NRTaddForm|)) ; (COND ((NULL BOOT::|x|) BOOT::|x|) ((EQ BOOT::|x| 'BOOT::$) 0) ; ((EQUAL BOOT::|x| BOOT::|$NRTaddForm|) BOOT::|$AddChainIndex|) ; (T ; (BOOT::|dbEntitySlot| BOOT::|db| ; (LIST 'BOOT::|%domain| BOOT::|x|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|assocIndex| ; (BOOT::|db| BOOT::|x|) ; (DECLARE (SPECIAL BOOT::|$NRTaddForm|)) ; (BLOCK BOOT::|assocIndex| ; (COND ((NULL BOOT::|x|) BOOT::|x|) ((EQ BOOT::|x| 'BOOT::$) 0) ; ((EQUAL BOOT::|x| BOOT::|$NRTaddForm|) BOOT::|$AddChainIndex|) ; (T (BOOT::|dbEntitySlot| BOOT::|db| #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL FIXNUM) &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |getLocalIndex| ...) ; compiling (DEFUN |innerGetLocalIndex| ...) ; compiling (DEFUN |addInner| ...) ; compiling (DEFUN |consSig| ...) ; compiling (DEFUN |consDomainName| ...) ; compiling (DEFUN |consDomainForm| ...) ; compiling (DEFUN |descendCodeTran| ...) ; compiling (DEFUN |washFunctorBody| ...) ; compiling (DEFUN |washFunctorBody,main| ...) ; compiling (DEFUN |washFunctorBody,clean| ...) ; compiling (DEFUN |stuffSlot| ...) ; compiling (DEFUN |stuffDomainSlots| ...) ; compiling (DEFUN |getLookupFun| ...) ; compiling (DEFUN |makeSpadConstant| ...) ; compiling (DEFUN |buildFunctor| ...) ; compiling (DEFUN |setVector4Part1| ...) ; compiling (DEFUN |reverseCondlist| ...) ; compiling (DEFUN |setVector4a| ...) ; compiling (DEFUN |makeSlot1Info| ...) ; compiling (DEFUN |slot1Filter| ...) ; compiling (DEFUN |slot1Filter,fn| ...) ; compiling (DEFUN |optimizeHas| ...) ; compiling (DEFUN |addToSlam| ...) ; compiling (DEFUN |changeDirectoryInSlot1| ...) ; compiling (DEFUN |changeDirectoryInSlot1,fn| ...) ; compiling (DEFUN |changeDirectoryInSlot1,sigloc| ...) ; compiling (DEFUN |genSlotSig| ...) ; compiling (DEFUN |deepChaseInferences| ...) ; compiling (DEFUN |vectorLocation| ...) ; compiling (DEFUN |NRTputInLocalReferences| ...) ; compiling (DEFUN |NRTputInTail| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/nruncomp.clisp ; in: DEFUN |buildFunctor| ; (BOOT::|DescendCode| BOOT::|db| BOOT::|code| T NIL BOOT::|$e|) ; ; caught STYLE-WARNING: ; undefined function: |DescendCode| ; (BOOT::|InvestigateConditions| BOOT::|db| ; (CONS BOOT::|catsig| (CDR BOOT::|catvecListMaker|)) BOOT::|tbl| BOOT::|$e|) ; ; caught STYLE-WARNING: ; undefined function: |InvestigateConditions| ; in: DEFUN |addToSlam| ; (BOOT::|addToConstructorCache| BOOT::|name| NIL BOOT::|shell|) ; ; caught STYLE-WARNING: ; undefined function: |addToConstructorCache| ; in: DEFUN |deepChaseInferences| ; (BOOT::|chaseInferences| BOOT::|pred| BOOT::|$e|) ; ; caught STYLE-WARNING: ; undefined function: |chaseInferences| ; in: DEFUN |setVector4a| ; (BOOT::|comp| BOOT::|d| BOOT::|$EmptyMode| BOOT::|e|) ; ; caught STYLE-WARNING: ; undefined function: |comp| ; in: DEFUN |buildFunctor| ; (BOOT::|comp| BOOT::|catsig| BOOT::|$EmptyMode| BOOT::|$e|) ; ; caught STYLE-WARNING: ; undefined function: |comp| ; (BOOT::|compCategories| BOOT::|db| BOOT::|u| BOOT::|$e|) ; ; caught STYLE-WARNING: ; undefined function: |compCategories| ; in: DEFUN |getLocalIndex| ; (BOOT::|compOrCroak| BOOT::|item| BOOT::|$EmptyMode| BOOT::|$e|) ; ; caught STYLE-WARNING: ; undefined function: |compOrCroak| ; in: DEFUN |genDeltaEntry| ; (BOOT::|compOrCroak| BOOT::|odc| BOOT::|$EmptyMode| BOOT::|e|) ; ; caught STYLE-WARNING: ; undefined function: |compOrCroak| ; in: DEFUN |consDomainName| ; (BOOT::|constructor?| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |constructor?| ; in: DEFUN |innerGetLocalIndex| ; (BOOT::|constructor?| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |constructor?| ; in: DEFUN |NRTencode,encode| ; (BOOT::|constructor?| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |constructor?| ; in: DEFUN |setVector4a| ; (BOOT::|evalCategoryForm| BOOT::|form| BOOT::|e|) ; ; caught STYLE-WARNING: ; undefined function: |evalCategoryForm| ; in: DEFUN |addInner| ; (BOOT::|getDualSignature| (CAR BOOT::|x|)) ; ; caught STYLE-WARNING: ; undefined function: |getDualSignature| ; in: DEFUN |setVector4a| ; (BOOT::|isCategoryForm| BOOT::|form| BOOT::|e|) ; ; caught STYLE-WARNING: ; undefined function: |isCategoryForm| ; in: DEFUN |buildFunctor| ; (BOOT::|isCategoryPackageName| BOOT::|name|) ; ; caught STYLE-WARNING: ; undefined function: |isCategoryPackageName| ; in: DEFUN |consDomainName| ; (BOOT::|isDomainForm| BOOT::|x| BOOT::|$e|) ; ; caught STYLE-WARNING: ; undefined function: |isDomainForm| ; (BOOT::|isFunctor| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |isFunctor| ; in: DEFUN |addInner| ; (BOOT::|keyedSystemError| 'BOOT::S2NR0003 (LIST BOOT::|x|)) ; ; caught STYLE-WARNING: ; undefined function: |keyedSystemError| ; in: DEFUN |deltaTran| ; (BOOT::|keyedSystemError| 'BOOT::S2NR0004 (LIST BOOT::|dc|)) ; ; caught STYLE-WARNING: ; undefined function: |keyedSystemError| ; in: DEFUN |buildFunctor| ; (BOOT::|makePredicateBitVector| BOOT::|db| ; (BOOTTRAN:|append| (BOOT::ASSOCRIGHT BOOT::|$condAlist|) ; BOOT::|$NRTslot1PredicateList|) ; BOOT::|$e|) ; ; caught STYLE-WARNING: ; undefined function: |makePredicateBitVector| ; in: DEFUN |addInner| ; (BOOT::|niladicConstructor?| (CAR BOOT::|x|)) ; ; caught STYLE-WARNING: ; undefined function: |niladicConstructor?| ; in: DEFUN |buildFunctor| ; (BOOT::|optFunctorBody| BOOT::|db| ; (BOOTTRAN:|append| BOOT::|codePart1| ; (BOOTTRAN:|append| BOOT::|codePart2| BOOT::|codePart3|))) ; ; caught STYLE-WARNING: ; undefined function: |optFunctorBody| ; in: DEFUN |NRTencode,encode| ; (BOOT::|systemErrorHere| "NRTencode") ; ; caught STYLE-WARNING: ; undefined function: |systemErrorHere| ; in: DEFUN |stuffDomainSlots| ; (BOOT::|testBitVector| BOOT::|bitVector| (ELT BOOT::|predvec| BOOT::|i|)) ; ; caught STYLE-WARNING: ; undefined function: |testBitVector| ; in: DEFUN |makeSlot1Info| ; (BOOT::|transformOperationAlist| ; (BOOTTRAN:|applySubst| BOOT::|pairlis| ; (BOOT::|categoryExports| ; (BOOT::|dbDomainShell| BOOT::|db|)))) ; ; caught STYLE-WARNING: ; undefined function: |transformOperationAlist| ; ; compilation unit finished ; Undefined functions: ; |DescendCode| |InvestigateConditions| |addToConstructorCache| |chaseInferences| |comp| |compCategories| |compOrCroak| |constructor?| |evalCategoryForm| |getDualSignature| |isCategoryForm| |isCategoryPackageName| |isDomainForm| |isFunctor| |keyedSystemError| |makePredicateBitVector| |niladicConstructor?| |optFunctorBody| |systemErrorHere| |testBitVector| |transformOperationAlist| ; caught 27 STYLE-WARNING conditions ; printed 1 note ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/nruncomp.fasl written ; compilation finished in 0:00:00.296 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=buildom.fasl --load-directory=. ../../../open-axiom/src/interp/buildom.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/buildom.clisp" (written 01 FEB 2016 10:52:46 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "sys-macros") ; compiling (IMPORT-MODULE "c-util") ; compiling (IMPORT-MODULE "nruncomp") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFCONSTANT |$noCategoryDomains| ...) ; compiling (DEFCONSTANT |$nonLisplibDomains| ...) ; compiling (DEFCONSTANT |$commonCategoryAncestors| ...) ; compiling (DEFCONSTANT |$commonCategoryDefaults| ...) ; compiling (DEFCONSTANT |$FirstParamSlot| ...) ; compiling (DEFUN |lookupDisplay| ...) ; compiling (DEFUN |isInstantiated| ...) ; compiling (DEFUN |lookupPred| ...) ; compiling (DEFUN |substDollarArgs| ...) ; compiling (DEFUN |compareSig| ...) ; compiling (DEFUN |lazyCompareSigEqual| ...) ; compiling (DEFUN |compareSigEqual| ...) ; compiling (DEFUN |compiledLookup| ...) ; compiling (DEFUN |lookupInDomainVector| ...) ; compiling (DEFUN |lookupInDomain| ...) ; compiling (DEFUN |lookupInDomainAndDefaults| ...) ; compiling (DEFUN |basicLookup| ...) ; compiling (DEFUN |compiledLookupCheck| ...) ; compiling (DEFUN |goGet| ...) ; compiling (DEFUN |replaceLocalTypes| ...) ; compiling (DEFUN |substDomainArgs| ...) ; compiling (DEFUN |lookupInCategories| ...) ; compiling (DEFUN |defaultingFunction| ...) ; compiling (DEFUN |lookupInAddChain| ...) ; compiling (DEFUN |lookupInTable| ...) ; compiling (DEFUN |knownEqualPred| ...) ; compiling (DEFUN |hashable| ...) ; compiling (DEFUN |isRecord| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |oldSlotCode| ...) ; compiling (DEFMACRO |oldConstantSlodCode| ...) ; compiling (DEFUN |Record| ...) ; compiling (DEFUN |RecordEqual| ...) ; compiling (DEFUN |RecordPrint| ...) ; compiling (DEFUN |coerceVal2E| ...) ; compiling (DEFUN |findEqualFun| ...) ; compiling (DEFUN |coerceRe2E| ...) ; compiling (DEFUN |Union| ...) ; compiling (DEFUN |UnionEqual| ...) ; compiling (DEFUN |UnionPrint| ...) ; compiling (DEFUN |coerceUn2E| ...) ; compiling (DEFUN |MappingCategory| ...) ; compiling (DEFUN |Mapping| ...) ; compiling (DEFUN |MappingEqual| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/buildom.clisp ; in: DEFUN |MappingEqual| ; (DEFUN BOOT::|MappingEqual| (BOOT::|x| BOOT::|y| BOOT::|dom|) ; (EQ BOOT::|x| BOOT::|y|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MappingEqual| ; (BOOT::|x| BOOT::|y| BOOT::|dom|) ; (BLOCK BOOT::|MappingEqual| (EQ BOOT::|x| BOOT::|y|))) ; ; caught STYLE-WARNING: ; The variable |dom| is defined but never used. ; compiling (DEFUN |MappingPrint| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/buildom.clisp ; in: DEFUN |MappingPrint| ; (DEFUN BOOT::|MappingPrint| (BOOT::|x| BOOT::|dom|) ; (BOOT::|coerceMap2E| BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MappingPrint| ; (BOOT::|x| BOOT::|dom|) ; (BLOCK BOOT::|MappingPrint| (BOOT::|coerceMap2E| BOOT::|x|))) ; ; caught STYLE-WARNING: ; The variable |dom| is defined but never used. ; compiling (DEFUN |coerceMap2E| ...) ; compiling (DEFUN |EnumerationCategory,LAM| ...) ; compiling (DEFMACRO |EnumerationCategory| ...) ; compiling (DEFUN |Enumeration,LAM| ...) ; compiling (DEFMACRO |Enumeration| ...) ; compiling (DEFUN |EnumEqual| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/buildom.clisp ; in: DEFUN |EnumEqual| ; (DEFUN BOOT::|EnumEqual| (BOOT::|e1| BOOT::|e2| BOOT::|dom|) ; (EQL BOOT::|e1| BOOT::|e2|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EnumEqual| ; (BOOT::|e1| BOOT::|e2| BOOT::|dom|) ; (BLOCK BOOT::|EnumEqual| (EQL BOOT::|e1| BOOT::|e2|))) ; ; caught STYLE-WARNING: ; The variable |dom| is defined but never used. ; compiling (DEFUN |EnumPrint| ...) ; compiling (DEFUN |createEnum| ...) ; compiling (DEFUN |RecordCategory,LAM| ...) ; compiling (DEFMACRO |RecordCategory| ...) ; compiling (DEFUN |UnionCategory,LAM| ...) ; compiling (DEFMACRO |UnionCategory| ...) ; compiling (DEFUN |constructorCategory| ...) ; compiling (DEFUN |mkMappingFunList| ...) ; compiling (DEFUN |mkRecordFun| ...) ; compiling (DEFUN |formalRecordField| ...) ; compiling (DEFUN |eltRecordFun| ...) ; compiling (DEFUN |seteltRecordFun| ...) ; compiling (DEFUN |copyRecordFun| ...) ; compiling (DEFUN |mkRecordFunList| ...) ; compiling (DEFUN |mkNewUnionFunList| ...) ; compiling (DEFUN |mkEnumerationFunList| ...) ; compiling (DEFUN |mkUnionFunList| ...) ; compiling (DEFUN |parentsOfBuiltinInstance| ...) ; compiling (DEFCONSTANT |$CapitalLetters| ...) ; compiling (DEFUN |builtinInstanceForm| ...) ; compiling (LET (# #) ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/buildom.clisp ; in: DEFUN |isInstantiated| ; (BOOT::|CDRwithIncrement| BOOT::|u|) ; ; caught STYLE-WARNING: ; undefined function: |CDRwithIncrement| ; in: DEFUN |constructorCategory| ; (BOOT::|JoinInner| ; (LIST (BOOT::|eval| BOOT::|$SetCategory|) ; (BOOT::|mkCategory| 'BOOT::|domain| BOOT::|oplist| NIL NIL NIL)) ; BOOT::|$EmptyEnvironment|) ; ; caught STYLE-WARNING: ; undefined function: |JoinInner| ; in: DEFUN |Mapping| ; #'BOOT::|Undef| ; ; caught STYLE-WARNING: ; undefined function: |Undef| ; in: DEFUN |Union| ; #'BOOT::|Undef| ; ; caught STYLE-WARNING: ; undefined function: |Undef| ; in: DEFUN |Record| ; #'BOOT::|Undef| ; ; caught STYLE-WARNING: ; undefined function: |Undef| ; in: DEFUN |coerceVal2E| ; (BOOT::|coerceByFunction| (BOOT::|objNewWrap| BOOT::|x| BOOT::|m|) ; BOOT::|$OutputForm|) ; ; caught STYLE-WARNING: ; undefined function: |coerceByFunction| ; in: DEFUN |isInstantiated| ; #'BOOT::|domainEqualList| ; ; caught STYLE-WARNING: ; undefined function: |domainEqualList| ; in: DEFUN |coerceUn2E| ; (BOOT::|error| "Union bug: Cannot find appropriate branch for coerce to E") ; ; caught STYLE-WARNING: ; undefined function: |error| ; in: DEFUN |coerceRe2E| ; (BOOT::|error| "Bug: ridiculous record representation") ; ; caught STYLE-WARNING: ; undefined function: |error| ; in: DEFUN |RecordEqual| ; (BOOT::|error| "Bug: Silly record representation") ; ; caught STYLE-WARNING: ; undefined function: |error| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |error| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/buildom.clisp ; in: DEFUN |lookupInCategories| ; (BOOT::|eval| ; (BOOTTRAN:|applySubst| ; (BOOT::|pairList| BOOT::|varList| ; (CONS (BOOT::MKQ BOOT::|dom|) ; (LET # ; #))) ; BOOT::|catform|)) ; ; caught STYLE-WARNING: ; undefined function: |eval| ; in: DEFUN |lookupInDomain| ; (BOOT::|eval| BOOT::|addFormCell|) ; ; caught STYLE-WARNING: ; undefined function: |eval| ; in: DEFUN |lookupPred| ; (BOOT::|eval| ; (BOOT::|mkEvalable| ; (BOOT::|substDollarArgs| BOOT::|dollar| BOOT::|domain| BOOT::|a|))) ; ; caught STYLE-WARNING: ; undefined function: |eval| ; ; caught STYLE-WARNING: ; 5 more uses of undefined function |eval| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/buildom.clisp ; in: DEFUN |goGet| ; (BOOT::|evalDomain| BOOT::|lookupDomain|) ; ; caught STYLE-WARNING: ; undefined function: |evalDomain| ; in: DEFUN |compiledLookup| ; (BOOT::|evalDomain| BOOT::|dollar|) ; ; caught STYLE-WARNING: ; undefined function: |evalDomain| ; in: DEFUN |lazyCompareSigEqual| ; (BOOT::|evalDomain| BOOT::|lazyt|) ; ; caught STYLE-WARNING: ; undefined function: |evalDomain| ; ; caught STYLE-WARNING: ; 2 more uses of undefined function |evalDomain| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/buildom.clisp ; in: DEFUN |lookupDisplay| ; (BOOT::|formatOpSignature| BOOT::|op| BOOT::|sig|) ; ; caught STYLE-WARNING: ; undefined function: |formatOpSignature| ; in: DEFUN |compiledLookupCheck| ; (BOOT::|formatSignature| BOOT::|sig|) ; ; caught STYLE-WARNING: ; undefined function: |formatSignature| ; in: DEFUN |goGet| ; (BOOT::|keyedSystemError| 'BOOT::S2NR0001 ; (LIST BOOT::|op| BOOT::|sig| (BOOT::|canonicalForm| BOOT::|lookupDomain|))) ; ; caught STYLE-WARNING: ; undefined function: |keyedSystemError| ; in: DEFUN |compiledLookupCheck| ; (BOOT::|keyedSystemError| 'BOOT::S2NR0001 ; (LIST BOOT::|op| (BOOT::|formatSignature| BOOT::|sig|) ; (BOOT::|canonicalForm| BOOT::|dollar|))) ; ; caught STYLE-WARNING: ; undefined function: |keyedSystemError| ; in: DEFUN |lookupPred| ; (BOOT::|keyedSystemError| 'BOOT::S2GE0016 ; (LIST "lookupPred" "vector as first argument to has")) ; ; caught STYLE-WARNING: ; undefined function: |keyedSystemError| ; in: DEFUN |isInstantiated| ; (BOOT::|lassocShiftWithFunction| BOOT::|argl| ; (|AxiomCore|:|tableValue| BOOT::|$ConstructorCache| BOOT::|op|) ; #'BOOT::|domainEqualList|) ; ; caught STYLE-WARNING: ; undefined function: |lassocShiftWithFunction| ; in: DEFUN |constructorCategory| ; (BOOT::|mkCategory| 'BOOT::|domain| BOOT::|oplist| NIL NIL NIL) ; ; caught STYLE-WARNING: ; undefined function: |mkCategory| ; in: DEFUN |lookupPred| ; (BOOT::|mkEvalable| ; (BOOT::|substDollarArgs| BOOT::|dollar| BOOT::|domain| BOOT::|a|)) ; ; caught STYLE-WARNING: ; undefined function: |mkEvalable| ; in: DEFUN |coerceUn2E| ; (BOOT::|mkPredList| BOOT::|branches|) ; ; caught STYLE-WARNING: ; undefined function: |mkPredList| ; in: DEFUN |UnionEqual| ; (BOOT::|mkPredList| BOOT::|branches|) ; ; caught STYLE-WARNING: ; undefined function: |mkPredList| ; in: DEFUN |coerceVal2E| ; (BOOT::|objNewWrap| BOOT::|x| BOOT::|m|) ; ; caught STYLE-WARNING: ; undefined function: |objNewWrap| ; (BOOT::|objValUnwrap| ; (BOOT::|coerceByFunction| (BOOT::|objNewWrap| BOOT::|x| BOOT::|m|) ; BOOT::|$OutputForm|)) ; ; caught STYLE-WARNING: ; undefined function: |objValUnwrap| ; in: DEFUN |lookupDisplay| ; (BOOT::|prefix2String| (BOOT::|devaluateDeeply| BOOT::|vectorOrForm|)) ; ; caught STYLE-WARNING: ; undefined function: |prefix2String| ; in: DEFUN |goGet| ; (BOOT::|stop|) ; ; caught STYLE-WARNING: ; undefined function: |stop| ; in: DEFUN |constructorCategory| ; (BOOT::|systemErrorHere| (LIST "constructorCategory" BOOT::|title|)) ; ; caught STYLE-WARNING: ; undefined function: |systemErrorHere| ; in: DEFUN |createEnum| ; (BOOT::|userError| ; (LIST "Cannot coerce" BOOT::|sym| "to" ; (CONS 'BOOT::|Enumeration| BOOT::|args|))) ; ; caught STYLE-WARNING: ; undefined function: |userError| ; ; compilation unit finished ; Undefined functions: ; |CDRwithIncrement| |JoinInner| |Undef| |coerceByFunction| |domainEqualList| |error| |eval| |evalDomain| |formatOpSignature| |formatSignature| |keyedSystemError| |lassocShiftWithFunction| |mkCategory| |mkEvalable| |mkPredList| |objNewWrap| |objValUnwrap| |prefix2String| |stop| |systemErrorHere| |userError| ; caught 38 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/buildom.fasl written ; compilation finished in 0:00:00.380 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=g-timer.fasl --load-directory=. ../../../open-axiom/src/interp/g-timer.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/g-timer.clisp" (written 01 FEB 2016 10:52:46 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "sys-macros") ; compiling (IMPORT-MODULE "g-util") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFPARAMETER |printTimeIfTrue| ...) ; compiling (DEFPARAMETER |$printStorageIfTrue| ...) ; compiling (DEFUN |printNamedStatsByProperty| ...) ; compiling (DEFUN |makeLongStatStringByProperty| ...) ; compiling (DEFUN |normalizeStatAndStringify| ...) ; compiling (DEFUN |significantStat| ...) ; compiling (DEFUN |roundStat| ...) ; compiling (DEFUN |makeStatString| ...) ; compiling (DEFUN |peekTimedName| ...) ; compiling (DEFUN |popTimedName| ...) ; compiling (DEFUN |pushTimedName| ...) ; compiling (DEFUN |startTimingProcess| ...) ; compiling (DEFUN |stopTimingProcess| ...) ; compiling (DEFPARAMETER |$oldElapsedSpace| ...) ; compiling (DEFPARAMETER |$oldElapsedGCTime| ...) ; compiling (DEFPARAMETER |$oldElapsedTime| ...) ; compiling (DEFPARAMETER |$gcTimeTotal| ...) ; compiling (DEFPARAMETER |$timedNameStack| ...) ; compiling (DEFCONSTANT |$interpreterTimedNames| ...) ; compiling (DEFCONSTANT |$interpreterTimedClasses| ...) ; compiling (DEFUN |initializeTimedNames| ...) ; compiling (DEFUN |updateTimedName| ...) ; compiling (DEFUN |printNamedStats| ...) ; compiling (DEFUN |makeLongTimeString| ...) ; compiling (DEFUN |makeLongSpaceString| ...) ; compiling (DEFUN |computeElapsedTime| ...) ; compiling (DEFUN |computeElapsedSpace| ...) ; compiling (DEFUN |timedAlgebraEvaluation| ...) ; compiling (DEFUN |timedOptimization| ...) ; compiling (DEFUN |timedEVALFUN| ...) ; compiling (DEFUN |timedEvaluate| ...) ; compiling (DEFUN |displayHeapStatsIfWanted| ...) ; compiling (DEFUN |statRecordInstantiationEvent| ...) ; compiling (DEFUN |statRecordLoadEvent| ...) ; compiling (DEFUN |statisticsSummary| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/g-timer.clisp ; in: DEFUN |computeElapsedSpace| ; (BOOT::HEAPELAPSED) ; ; caught STYLE-WARNING: ; undefined function: HEAPELAPSED ; in: DEFUN |displayHeapStatsIfWanted| ; (BOOT::OLDHEAPSTATS) ; ; caught STYLE-WARNING: ; undefined function: OLDHEAPSTATS ; in: DEFUN |timedOptimization| ; (BOOT::|bright| "Optimized intermediate code:") ; ; caught STYLE-WARNING: ; undefined function: |bright| ; in: DEFUN |printNamedStatsByProperty| ; (BOOT::|bright| BOOT::|strname|) ; ; caught STYLE-WARNING: ; undefined function: |bright| ; in: DEFUN |timedEvaluate| ; (BOOT::|eval| (CONS 'BOOT::|%list| BOOT::|x|)) ; ; caught STYLE-WARNING: ; undefined function: |eval| ; in: DEFUN |timedAlgebraEvaluation| ; (BOOT::|eval| BOOT::|code|) ; ; caught STYLE-WARNING: ; undefined function: |eval| ; in: DEFUN |stopTimingProcess| ; (BOOT::|keyedSystemError| 'BOOT::S2GL0015 ; (LIST BOOT::|name| (BOOT::|peekTimedName|))) ; ; caught STYLE-WARNING: ; undefined function: |keyedSystemError| ; in: DEFUN |timedOptimization| ; (BOOT::|simplifyVMForm| BOOT::|code|) ; ; caught STYLE-WARNING: ; undefined function: |simplifyVMForm| ; in: DEFUN |timedEvaluate| ; (BOOT::|splitIntoBlocksOf200| BOOT::|a|) ; ; caught STYLE-WARNING: ; undefined function: |splitIntoBlocksOf200| ; ; compilation unit finished ; Undefined functions: ; HEAPELAPSED OLDHEAPSTATS |bright| |eval| |keyedSystemError| |simplifyVMForm| |splitIntoBlocksOf200| ; caught 9 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/g-timer.fasl written ; compilation finished in 0:00:00.070 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=cattable.fasl --load-directory=. ../../../open-axiom/src/interp/cattable.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/cattable.clisp" (written 01 FEB 2016 10:52:46 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "simpbool") ; compiling (IMPORT-MODULE "c-util") ; compiling (IN-PACKAGE "BOOT") ; compiling (PROVIDE "cattable") ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |hasCat| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/cattable.clisp ; in: DEFUN |hasCat| ; (DEFUN BOOT::|hasCat| (BOOT::|dom| BOOT::|cat|) ; (OR (EQ (CAR BOOT::|cat|) 'BOOT::|Type|) ; (BOOT::|constructorHasCategoryFromDB| ; (CONS (CAR BOOT::|dom|) (CAR BOOT::|cat|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|hasCat| ; (BOOT::|dom| BOOT::|cat|) ; (BLOCK BOOT::|hasCat| ; (OR (EQ (CAR BOOT::|cat|) 'BOOT::|Type|) ; (BOOT::|constructorHasCategoryFromDB| (CONS # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS ; CHARACTER) ; &REST T). ; compiling (DEFUN |showCategoryTable| ...) ; compiling (DEFUN |displayCategoryTable| ...) ; compiling (DEFUN |generateCategoryTable| ...) ; compiling (DEFUN |simplifyAncestorCategoryTable| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/cattable.clisp ; in: DEFUN |simplifyAncestorCategoryTable| ; (MULTIPLE-VALUE-BIND (#:G547 BOOT::|id| #:G548) ; (#:G546) ; (COND ((NOT #:G547) (RETURN NIL)) ; (T ; (LET (# #) ; (LOOP # ; #))))) ; --> MULTIPLE-VALUE-CALL ; ==> ; #'(LAMBDA (&OPTIONAL (#:G547) (BOOT::|id|) (#:G548) &REST #:G121) ; (DECLARE (IGNORE #:G121)) ; (COND ((NOT #:G547) (RETURN NIL)) ; (T ; (LET (# #) ; (LOOP # ; #))))) ; ; caught STYLE-WARNING: ; The variable #:G548 is defined but never used. ; compiling (DEFUN |simpCategoryTable| ...) ; compiling (DEFUN |simpHasPred| ...) ; compiling (DEFUN |simpHasPred,simp| ...) ; compiling (DEFUN |simpHasPred,simpDevaluate| ...) ; compiling (DEFUN |simpHasPred,simpHas| ...) ; compiling (DEFUN |simpHasPred,evalHas| ...) ; compiling (DEFUN |simpHasSignature| ...) ; compiling (DEFUN |simpHasAttribute| ...) ; compiling (DEFUN |simpCatHasAttribute| ...) ; compiling (DEFUN |hasIdent| ...) ; compiling (DEFUN |addDomainToTable| ...) ; compiling (DEFUN |domainHput| ...) ; compiling (DEFUN |generateAncestorCategoryTable| ...) ; compiling (DEFUN |addToCategoryTable| ...) ; compiling (DEFUN |encodeCategoryAlist| ...) ; compiling (DEFUN |encodeUnion| ...) ; compiling (DEFUN |moreGeneralCategoryPredicate| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/cattable.clisp ; in: DEFUN |moreGeneralCategoryPredicate| ; (DEFUN BOOT::|moreGeneralCategoryPredicate| ; (BOOT::|id| BOOT::|new| BOOT::|old|) ; (LET* (BOOT::|c| BOOT::|b| BOOT::|ISTMP#2| BOOT::|a| BOOT::|ISTMP#1|) ; (COND ((OR # #) 'T) ((AND # # # # # #) (COND # # #)) ; (T (BOOT::|mkCategoryOr| BOOT::|new| BOOT::|old|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|moreGeneralCategoryPredicate| ; (BOOT::|id| BOOT::|new| BOOT::|old|) ; (BLOCK BOOT::|moreGeneralCategoryPredicate| ; (LET* (BOOT::|c| BOOT::|b| BOOT::|ISTMP#2| BOOT::|a| BOOT::|ISTMP#1|) ; (COND (# 'T) (# #) (T #))))) ; ; caught STYLE-WARNING: ; The variable |id| is defined but never used. ; compiling (DEFUN |mkCategoryOr| ...) ; compiling (DEFUN |simpCategoryOr| ...) ; compiling (DEFUN |tempExtendsCat| ...) ; compiling (DEFUN |getCategoryExtensionAlist| ...) ; compiling (DEFUN |formalSubstitute| ...) ; compiling (DEFUN |isFormalArgumentList| ...) ; compiling (DEFUN |mkCategoryExtensionAlist| ...) ; compiling (DEFUN |mkCategoryExtensionAlistBasic| ...) ; compiling (DEFUN |catPairUnion| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/cattable.clisp ; in: DEFUN |catPairUnion| ; (DEFUN BOOT::|catPairUnion| ; (BOOT::|oldList| BOOT::|newList| BOOT::|op| BOOT::|cat|) ; (LET* (BOOT::|u|) ; (PROGN ; (LET (# #) ; (LOOP # ; #)) ; BOOT::|oldList|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|catPairUnion| ; (BOOT::|oldList| BOOT::|newList| BOOT::|op| BOOT::|cat|) ; (BLOCK BOOT::|catPairUnion| ; (LET* (BOOT::|u|) ; (PROGN ; (LET # ; #) ; BOOT::|oldList|)))) ; ; caught STYLE-WARNING: ; The variable |op| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |cat| is defined but never used. ; compiling (DEFUN |catPairUnion,addConflict| ...) ; compiling (DEFUN |simpCatPredicate| ...) ; compiling (DEFUN |simpOrUnion| ...) ; compiling (DEFUN |simpOrUnion1| ...) ; compiling (DEFUN |mergeOr| ...) ; compiling (DEFUN |testExtend| ...) ; compiling (DEFUN |getConstrCat| ...) ; compiling (DEFUN |makeCatPred| ...) ; compiling (DEFUN |getConstructorExports| ...) ; compiling (DEFUN |categoryParts| ...) ; compiling (DEFUN |categoryParts,build| ...) ; compiling (DEFUN |categoryParts,exportsOf| ...) ; compiling (DEFUN |compressHashTable| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/cattable.clisp ; in: DEFUN |compressHashTable| ; (MULTIPLE-VALUE-BIND (#:G554 BOOT::|x| BOOT::|y|) ; (#:G553) ; (COND ((NOT #:G554) (RETURN NIL)) ; (T (BOOT::|compressSexpr| BOOT::|y| NIL NIL)))) ; --> MULTIPLE-VALUE-CALL ; ==> ; #'(LAMBDA (&OPTIONAL (#:G554) (BOOT::|x|) (BOOT::|y|) &REST #:G412) ; (DECLARE (IGNORE #:G412)) ; (COND ((NOT #:G554) (RETURN NIL)) ; (T (BOOT::|compressSexpr| BOOT::|y| NIL NIL)))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |compressSexpr| ...) ; compiling (DEFUN |updateCategoryTable| ...) ; compiling (DEFUN |updateCategoryTableForDomain| ...) ; compiling (DEFUN |clearCategoryTable| ...) ; compiling (DEFUN |clearCategoryTable1| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/cattable.clisp ; in: DEFUN |clearCategoryTable1| ; (DEFUN BOOT::|clearCategoryTable1| (BOOT::|key| BOOT::|val|) ; (DECLARE (SPECIAL BOOT::|$HasCategoryTable| BOOT::|$cname|)) ; (COND ; ((EQUAL (CAR BOOT::|key|) BOOT::|$cname|) ; (|AxiomCore|:|tableRemove!| BOOT::|$HasCategoryTable| BOOT::|key|)) ; (T NIL))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|clearCategoryTable1| ; (BOOT::|key| BOOT::|val|) ; (DECLARE (SPECIAL BOOT::|$HasCategoryTable| BOOT::|$cname|)) ; (BLOCK BOOT::|clearCategoryTable1| ; (COND ; ((EQUAL # BOOT::|$cname|) ; (|AxiomCore|:|tableRemove!| BOOT::|$HasCategoryTable| BOOT::|key|)) ; (T NIL)))) ; ; caught STYLE-WARNING: ; The variable |val| is defined but never used. ; in: DEFUN |displayCategoryTable| ; (BOOT::|bright| BOOT::|id|) ; ; caught STYLE-WARNING: ; undefined function: |bright| ; in: DEFUN |categoryParts,build| ; (BOOT::|constructor?| (BOOT::|opOf| BOOT::|attr|)) ; ; caught STYLE-WARNING: ; undefined function: |constructor?| ; in: DEFUN |makeCatPred| ; (BOOT::|constructor?| (CAR BOOT::|z3|)) ; ; caught STYLE-WARNING: ; undefined function: |constructor?| ; in: DEFUN |testExtend| ; (BOOT::|constructor?| (CAR BOOT::|a'|)) ; ; caught STYLE-WARNING: ; undefined function: |constructor?| ; in: DEFUN |hasCat| ; (BOOT::|constructorHasCategoryFromDB| ; (CONS (CAR BOOT::|dom|) (CAR BOOT::|cat|))) ; ; caught STYLE-WARNING: ; undefined function: |constructorHasCategoryFromDB| ; in: DEFUN |simpCatHasAttribute| ; (BOOT::|eval| (BOOT::|mkEvalable| BOOT::|conform|)) ; ; caught STYLE-WARNING: ; undefined function: |eval| ; in: DEFUN |simpHasPred,simpDevaluate| ; (BOOT::|eval| (BOOTTRAN:|substitute| 'QUOTE 'BOOT::|devaluate| BOOT::|a|)) ; ; caught STYLE-WARNING: ; undefined function: |eval| ; in: DEFUN |generateCategoryTable| ; (BOOT::|eval| (LIST BOOT::|id|)) ; ; caught STYLE-WARNING: ; undefined function: |eval| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |eval| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/cattable.clisp ; in: DEFUN |getCategoryExtensionAlist| ; (BOOT::|getConstructorAncestorsFromDB| (CAR BOOT::|cform|)) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorAncestorsFromDB| ; in: DEFUN |tempExtendsCat| ; (BOOT::|getConstructorAncestorsFromDB| (CAR BOOT::|b|)) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorAncestorsFromDB| ; in: DEFUN |simplifyAncestorCategoryTable| ; (BOOT::|getConstructorAncestorsFromDB| BOOT::|id|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorAncestorsFromDB| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |getConstructorAncestorsFromDB| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/cattable.clisp ; in: DEFUN |updateCategoryTable| ; (BOOT::|getConstructorCategory| BOOT::|cname|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorCategory| ; in: DEFUN |getConstructorExports| ; (BOOT::|getConstructorCategory| (BOOT::|opOf| BOOT::|conform|)) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorCategory| ; in: DEFUN |generateCategoryTable| ; (BOOT::|getConstructorCategory| BOOT::|con|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorCategory| ; in: DEFUN |simpCatHasAttribute| ; (BOOT::|getConstructorForm| (BOOT::|opOf| BOOT::|domform|)) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorForm| ; in: DEFUN |generateAncestorCategoryTable| ; (BOOT::|getConstructorKindFromDB| BOOT::|con|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorKindFromDB| ; in: DEFUN |simpHasAttribute| ; (BOOT::|getConstructorKindFromDB| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorKindFromDB| ; in: DEFUN |generateCategoryTable| ; (BOOT::|getConstructorKindFromDB| BOOT::|con|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorKindFromDB| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |getConstructorKindFromDB| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/cattable.clisp ; in: DEFUN |addToCategoryTable| ; (BOOT::|getConstructorModemap| BOOT::|con|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorModemap| ; in: DEFUN |simpHasSignature| ; (BOOT::|getConstructorOperationsFromDB| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorOperationsFromDB| ; in: DEFUN |simpHasAttribute| ; (BOOT::|getConstructorPredicates| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorPredicates| ; (BOOT::|kTestPred| BOOT::|k|) ; ; caught STYLE-WARNING: ; undefined function: |kTestPred| ; in: DEFUN |simpCatHasAttribute| ; (BOOT::|mkEvalable| BOOT::|conform|) ; ; caught STYLE-WARNING: ; undefined function: |mkEvalable| ; in: DEFUN |mkCategoryExtensionAlistBasic| ; (BOOT::|quickAnd| BOOT::|b| BOOT::|pred|) ; ; caught STYLE-WARNING: ; undefined function: |quickAnd| ; in: DEFUN |mkCategoryExtensionAlist| ; (BOOT::|quickAnd| BOOT::|b| BOOT::|pred|) ; ; caught STYLE-WARNING: ; undefined function: |quickAnd| ; in: DEFUN |addDomainToTable| ; (BOOT::|quickAnd| BOOT::|pred| BOOT::|b|) ; ; caught STYLE-WARNING: ; undefined function: |quickAnd| ; ; caught STYLE-WARNING: ; 2 more uses of undefined function |quickAnd| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/cattable.clisp ; in: DEFUN |catPairUnion,addConflict| ; (BOOT::|quickOr| BOOT::|new| BOOT::|old|) ; ; caught STYLE-WARNING: ; undefined function: |quickOr| ; in: DEFUN |simpHasAttribute| ; (BOOT::|sublisFormal| (CDR BOOT::|conform|) ; (BOOT::|getConstructorPredicates| BOOT::|conname|)) ; ; caught STYLE-WARNING: ; undefined function: |sublisFormal| ; in: DEFUN |simpHasSignature| ; (BOOT::|sublisFormal| BOOT::|args| BOOT::|sig1|) ; ; caught STYLE-WARNING: ; undefined function: |sublisFormal| ; in: DEFUN |categoryParts,build| ; (BOOT::|systemError| "build error") ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; ; compilation unit finished ; Undefined functions: ; |bright| |constructor?| |constructorHasCategoryFromDB| |eval| |getConstructorAncestorsFromDB| |getConstructorCategory| |getConstructorForm| |getConstructorKindFromDB| |getConstructorModemap| |getConstructorOperationsFromDB| |getConstructorPredicates| |kTestPred| |mkEvalable| |quickAnd| |quickOr| |sublisFormal| |systemError| ; caught 40 STYLE-WARNING conditions ; printed 1 note ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/cattable.fasl written ; compilation finished in 0:00:00.234 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=posit.fasl --load-directory=. ../../../open-axiom/src/interp/posit.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/posit.clisp" (written 01 FEB 2016 10:52:47 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "sys-macros") ; compiling (IMPORT-MODULE "astr") ; compiling (IN-PACKAGE "BOOT") ; compiling (PROVIDE "posit") ; compiling (DEFTYPE |%Position| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFCONSTANT |$nopos| ...) ; compiling (DEFUN |poNoPosition| ...) ; compiling (DEFUN |pfNoPosition| ...) ; compiling (DEFUN |poNoPosition?| ...) ; compiling (DEFUN |pfNoPosition?| ...) ; compiling (DEFUN |pfSourceText| ...) ; compiling (DEFUN |pfPosOrNopos| ...) ; compiling (DEFUN |poIsPos?| ...) ; compiling (DEFUN |lnCreate| ...) ; compiling (DEFUN |lnString| ...) ; compiling (DEFUN |lnExtraBlanks| ...) ; compiling (DEFUN |lnGlobalNum| ...) ; compiling (DEFUN |lnSetGlobalNum| ...) ; compiling (DEFUN |lnLocalNum| ...) ; compiling (DEFUN |lnFileName| ...) ; compiling (DEFUN |lnFileName?| ...) ; compiling (DEFUN |lnPlaceOfOrigin| ...) ; compiling (DEFUN |lnImmediate?| ...) ; compiling (DEFUN |poGetLineObject| ...) ; compiling (DEFUN |pfGetLineObject| ...) ; compiling (DEFUN |pfSourceStok| ...) ; compiling (DEFUN |pfSourceToken| ...) ; compiling (DEFUN |tokConstruct| ...) ; compiling (DEFUN |tokType| ...) ; compiling (DEFUN |tokPart| ...) ; compiling (DEFUN |tokPosn| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/posit.clisp ; in: DEFUN |tokPosn| ; (DEFUN BOOT::|tokPosn| (BOOT::|x|) ; (LET* (BOOT::|a|) ; (PROGN (SETQ BOOT::|a| #) (COND (BOOT::|a| #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|tokPosn| ; (BOOT::|x|) ; (BLOCK BOOT::|tokPosn| ; (LET* (BOOT::|a|) ; (PROGN (SETQ #) (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NULL ; (CONS ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING ; CONS) ; T)) ; &REST T). ; compiling (DEFUN |pfAbSynOp| ...) ; compiling (DEFUN |pfAbSynOp?| ...) ; compiling (DEFUN |pfLeaf?| ...) ; compiling (DEFUN |pfLeaf| ...) ; compiling (DEFUN |pfLeafToken| ...) ; compiling (DEFUN |pfLeafPosition| ...) ; compiling (DEFUN |pfTree| ...) ; compiling (DEFUN |pfParts| ...) ; compiling (DEFUN |pfFirst| ...) ; compiling (DEFUN |pfSecond| ...) ; compiling (DEFUN |pfPosn| ...) ; compiling (DEFUN |pfSourcePosition| ...) ; compiling (DEFUN |pfSourcePositions| ...) ; compiling (DEFUN |pfSourcePositionlist| ...) ; compiling (DEFUN |poCharPosn| ...) ; compiling (DEFUN |pfCharPosn| ...) ; compiling (DEFUN |poLinePosn| ...) ; compiling (DEFUN |pfLinePosn| ...) ; compiling (DEFUN |poGlobalLinePosn| ...) ; compiling (DEFUN |pfGlobalLinePosn| ...) ; compiling (DEFUN |poFileName| ...) ; compiling (DEFUN |pfFileName| ...) ; compiling (DEFUN |poFileName?| ...) ; compiling (DEFUN |pfFileName?| ...) ; compiling (DEFUN |poPlaceOfOrigin| ...) ; compiling (DEFUN |pfPlaceOfOrigin| ...) ; compiling (DEFUN |poNopos?| ...) ; compiling (DEFUN |pfNopos?| ...) ; compiling (DEFUN |poPosImmediate?| ...) ; compiling (DEFUN |pfPosImmediate?| ...) ; compiling (DEFUN |poImmediate?| ...) ; compiling (DEFUN |pfImmediate?| ...) ; compiling (DEFUN |compareposns| ...) ; compiling (DEFUN |pfPrintSrcLines| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/posit.clisp ; in: DEFUN |poGlobalLinePosn| ; (BOOT::|ncBug| "old style pos objects have no global positions" NIL) ; ; caught STYLE-WARNING: ; undefined function: |ncBug| ; in: DEFUN |lnFileName| ; (BOOT::|ncBug| "there is no file name in %1" (LIST BOOT::|lineObject|)) ; ; caught STYLE-WARNING: ; undefined function: |ncBug| ; ; compilation unit finished ; Undefined function: ; |ncBug| ; caught 2 STYLE-WARNING conditions ; printed 1 note ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/posit.fasl written ; compilation finished in 0:00:00.114 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=cformat.fasl --load-directory=. ../../../open-axiom/src/interp/cformat.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/cformat.clisp" (written 01 FEB 2016 10:52:47 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "unlisp") ; compiling (IMPORT-MODULE "posit") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFUN |%id| ...) ; compiling (DEFUN |%origin| ...) ; compiling (DEFUN |porigin| ...) ; compiling (DEFUN |%fname| ...) ; compiling (DEFUN |pfname| ...) ; compiling (DEFUN |%pos| ...) ; compiling (DEFUN |ppos| ...) ; compiling (DEFUN |%key| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/cformat.clisp ; in: DEFUN |%key| ; #'BOOT::|pkey| ; ; caught STYLE-WARNING: ; undefined function: |pkey| ; ; compilation unit finished ; Undefined function: ; |pkey| ; caught 1 STYLE-WARNING condition ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/cformat.fasl written ; compilation finished in 0:00:00.025 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=clam.fasl --load-directory=. ../../../open-axiom/src/interp/clam.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/clam.clisp" (written 01 FEB 2016 10:52:47 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "g-timer") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFCONSTANT |$clamList| ...) ; compiling (DEFPARAMETER |$failed| ...) ; compiling (DEFUN |CDRwithIncrement| ...) ; compiling (DEFUN |clearClams| ...) ; compiling (DEFUN |clearClam| ...) ; compiling (DEFUN |reportAndClearClams| ...) ; compiling (DEFUN |clearConstructorCaches| ...) ; compiling (DEFUN |clearConstructorCache| ...) ; compiling (DEFUN |clearConstructorAndLisplibCaches| ...) ; compiling (DEFUN |clearCategoryCaches| ...) ; compiling (DEFUN |clearCategoryCache| ...) ; compiling (DEFUN |displayHashtable| ...) ; compiling (DEFUN |cacheStats| ...) ; compiling (DEFUN |reportCircularCacheStats| ...) ; compiling (DEFUN |displayCacheFrequency| ...) ; compiling (DEFUN |mkCircularCountAlist| ...) ; compiling (DEFUN |reportHashCacheStats| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/clam.clisp ; in: DEFUN |reportHashCacheStats| ; (MULTIPLE-VALUE-BIND (#:G541 #:G542 BOOT::|val|) ; (#:G540) ; (COND ((NOT #:G541) (RETURN BOOT::|bfVar#1|)) ; ((NULL BOOT::|bfVar#1|) (SETQ BOOT::|bfVar#1| #) ; (SETQ BOOT::|bfVar#2| BOOT::|bfVar#1|)) ; (T (RPLACD BOOT::|bfVar#2| (CONS BOOT::|val| NIL)) ; (SETQ BOOT::|bfVar#2| #)))) ; --> MULTIPLE-VALUE-CALL ; ==> ; #'(LAMBDA (&OPTIONAL (#:G541) (#:G542) (BOOT::|val|) &REST #:G79) ; (DECLARE (IGNORE #:G79)) ; (COND ((NOT #:G541) (RETURN BOOT::|bfVar#1|)) ; ((NULL BOOT::|bfVar#1|) (SETQ BOOT::|bfVar#1| #) ; (SETQ BOOT::|bfVar#2| BOOT::|bfVar#1|)) ; (T (RPLACD BOOT::|bfVar#2| (CONS BOOT::|val| NIL)) ; (SETQ BOOT::|bfVar#2| #)))) ; ; caught STYLE-WARNING: ; The variable #:G542 is defined but never used. ; compiling (DEFUN |mkHashCountAlist| ...) ; compiling (DEFUN |clamStats| ...) ; compiling (DEFUN |numberOfEmptySlots| ...) ; compiling (DEFUN |addToConstructorCache| ...) ; compiling (DEFUN |haddProp| ...) ; compiling (DEFUN |recordInstantiation| ...) ; compiling (DEFUN |recordInstantiation1| ...) ; compiling (DEFUN |reportInstantiations| ...) ; compiling (DEFUN |listTruncate| ...) ; compiling (DEFUN |lassocShiftWithFunction| ...) ; compiling (DEFUN |rightJustifyString| ...) ; compiling (DEFUN |domainEqualList| ...) ; compiling (DEFUN |removeAllClams| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/clam.clisp ; in: DEFUN |reportHashCacheStats| ; (BOOT::|bright| BOOT::|fn|) ; ; caught STYLE-WARNING: ; undefined function: |bright| ; in: DEFUN |domainEqualList| ; (BOOT::|devaluate| (CAR BOOT::|argl1|)) ; ; caught STYLE-WARNING: ; undefined function: |devaluate| ; in: DEFUN |rightJustifyString| ; (BOOT::|entryWidth| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |entryWidth| ; in: DEFUN |reportHashCacheStats| ; (BOOT::|eval| (CADR BOOT::|infovec|)) ; ; caught STYLE-WARNING: ; undefined function: |eval| ; in: DEFUN |reportCircularCacheStats| ; (BOOT::|eval| (CADR BOOT::|infovec|)) ; ; caught STYLE-WARNING: ; undefined function: |eval| ; in: DEFUN |clearClam| ; (BOOT::|eval| (CADDDR BOOT::|infovec|)) ; ; caught STYLE-WARNING: ; undefined function: |eval| ; ; caught STYLE-WARNING: ; 2 more uses of undefined function |eval| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/clam.clisp ; in: DEFUN |clearCategoryCaches| ; (BOOT::|getConstructorKindFromDB| BOOT::|name|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorKindFromDB| ; in: DEFUN |clearConstructorCache| ; (BOOT::|getConstructorKindFromDB| BOOT::|cname|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorKindFromDB| ; in: DEFUN |rightJustifyString| ; (BOOT::|keyedSystemError| 'BOOT::S2GE0014 (LIST BOOT::|x|)) ; ; caught STYLE-WARNING: ; undefined function: |keyedSystemError| ; in: DEFUN |clearClam| ; (BOOT::|keyedSystemError| 'BOOT::S2GE0003 (LIST BOOT::|fn|)) ; ; caught STYLE-WARNING: ; undefined function: |keyedSystemError| ; in: DEFUN |reportInstantiations| ; (BOOT::|outputDomainConstructor| BOOT::|form|) ; ; caught STYLE-WARNING: ; undefined function: |outputDomainConstructor| ; in: DEFUN |recordInstantiation1| ; (BOOT::|outputDomainConstructor| BOOT::|m1|) ; ; caught STYLE-WARNING: ; undefined function: |outputDomainConstructor| ; in: DEFUN |clamStats| ; (BOOT::|systemErrorHere| (LIST 'BOOT::|clamStats| BOOT::|op|)) ; ; caught STYLE-WARNING: ; undefined function: |systemErrorHere| ; in: DEFUN |reportInstantiations| ; (BOOT::|typeTimePrin| ; (LIST 'BOOT::CONCATB BOOT::|n| BOOT::|m| ; (BOOT::|outputDomainConstructor| BOOT::|form|))) ; ; caught STYLE-WARNING: ; undefined function: |typeTimePrin| ; in: DEFUN |recordInstantiation1| ; (BOOT::|typeTimePrin| ; (CONS '|AxiomCore|:CONCAT ; (CONS (BOOT::|outputDomainConstructor| (CONS BOOT::|op| BOOT::|prop|)) ; (CONS BOOT::|trailer| BOOT::|xtra|)))) ; ; caught STYLE-WARNING: ; undefined function: |typeTimePrin| ; ; compilation unit finished ; Undefined functions: ; |bright| |devaluate| |entryWidth| |eval| |getConstructorKindFromDB| |keyedSystemError| |outputDomainConstructor| |systemErrorHere| |typeTimePrin| ; caught 17 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/clam.fasl written ; compilation finished in 0:00:00.103 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=clammed.fasl --load-directory=. ../../../open-axiom/src/interp/clammed.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/clammed.clisp" (written 01 FEB 2016 10:52:47 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "g-timer") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFUN |canCoerceFrom;| ...) ; compiling (DEFPARAMETER |canCoerceFrom;AL| ...) ; compiling (DEFUN |canCoerceFrom| ...) ; compiling (SETF (GET # ...) ...) ; compiling (DEFUN |canCoerce;| ...) ; compiling (DEFPARAMETER |canCoerce;AL| ...) ; compiling (DEFUN |canCoerce| ...) ; compiling (SETF (GET # ...) ...) ; compiling (DEFUN |coerceConvertMmSelection;| ...) ; compiling (DEFPARAMETER |coerceConvertMmSelection;AL| ...) ; compiling (DEFUN |coerceConvertMmSelection| ...) ; compiling (SETF (GET # ...) ...) ; compiling (DEFUN |isValidType;| ...) ; compiling (DEFPARAMETER |isValidType;AL| ...) ; compiling (DEFUN |isValidType| ...) ; compiling (SETF (GET # ...) ...) ; compiling (DEFUN |selectMms1;| ...) ; compiling (DEFPARAMETER |selectMms1;AL| ...) ; compiling (DEFUN |selectMms1| ...) ; compiling (SETF (GET # ...) ...) ; compiling (DEFUN |resolveTT;| ...) ; compiling (DEFPARAMETER |resolveTT;AL| ...) ; compiling (DEFUN |resolveTT| ...) ; compiling (SETF (GET # ...) ...) ; compiling (DEFUN |isLegitimateMode;| ...) ; compiling (DEFPARAMETER |isLegitimateMode;AL| ...) ; compiling (DEFUN |isLegitimateMode| ...) ; compiling (SETF (GET # ...) ...) ; compiling (DEFUN |underDomainOf;| ...) ; compiling (DEFPARAMETER |underDomainOf;AL| ...) ; compiling (DEFUN |underDomainOf| ...) ; compiling (SETF (GET # ...) ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/clammed.clisp ; in: DEFUN |canCoerce;| ; (BOOT::|canCoerce1| BOOT::|t1| BOOT::|t2|) ; ; caught STYLE-WARNING: ; undefined function: |canCoerce1| ; in: DEFUN |canCoerceFrom;| ; (BOOT::|canCoerceFrom0| BOOT::|mr| BOOT::|m|) ; ; caught STYLE-WARNING: ; undefined function: |canCoerceFrom0| ; in: DEFUN |isValidType;| ; (BOOT::|categoryForm?| BOOT::|c|) ; ; caught STYLE-WARNING: ; undefined function: |categoryForm?| ; in: DEFUN |isLegitimateMode;| ; (BOOT::|constructor?| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |constructor?| ; in: DEFUN |isValidType;| ; (BOOT::|constructor?| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |constructor?| ; in: DEFUN |underDomainOf;| ; (BOOT::|deconstructT| BOOT::|t|) ; ; caught STYLE-WARNING: ; undefined function: |deconstructT| ; in: DEFUN |resolveTT;| ; (BOOT::|eqType| BOOT::|t1|) ; ; caught STYLE-WARNING: ; undefined function: |eqType| ; in: DEFUN |isLegitimateMode;| ; (BOOT::|equiType| BOOT::|t|) ; ; caught STYLE-WARNING: ; undefined function: |equiType| ; in: DEFUN |isValidType;| ; (BOOT::|evalCategory| BOOT::|x| ; (BOOTTRAN:|substitute| BOOT::|x| 'BOOT::$ BOOT::|c|)) ; ; caught STYLE-WARNING: ; undefined function: |evalCategory| ; (BOOT::|getConstructorKindFromDB| BOOT::|x'|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorKindFromDB| ; (BOOT::|getConstructorSignature| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorSignature| ; (BOOT::|getDualSignature| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |getDualSignature| ; in: DEFUN |canCoerce;| ; (BOOT::|getMinimalVarMode| BOOT::|t1| NIL) ; ; caught STYLE-WARNING: ; undefined function: |getMinimalVarMode| ; in: DEFUN |underDomainOf;| ; (BOOT::|getUnderModeOf| BOOT::|t|) ; ; caught STYLE-WARNING: ; undefined function: |getUnderModeOf| ; in: DEFUN |coerceConvertMmSelection;| ; (BOOT::|hasCorrectTarget| BOOT::|m2| BOOT::|sig|) ; ; caught STYLE-WARNING: ; undefined function: |hasCorrectTarget| ; in: DEFUN |isLegitimateMode;| ; (BOOT::|isLegitimateRecordOrTaggedUnion| BOOT::|ml|) ; ; caught STYLE-WARNING: ; undefined function: |isLegitimateRecordOrTaggedUnion| ; (BOOT::|isPartialMode| BOOT::D) ; ; caught STYLE-WARNING: ; undefined function: |isPartialMode| ; in: DEFUN |isValidType;| ; (BOOT::|isPartialMode| BOOT::D) ; ; caught STYLE-WARNING: ; undefined function: |isPartialMode| ; in: DEFUN |isLegitimateMode;| ; (BOOT::|isPolynomialMode| BOOT::|t|) ; ; caught STYLE-WARNING: ; undefined function: |isPolynomialMode| ; (BOOT::|listOfDuplicates| BOOT::|vl|) ; ; caught STYLE-WARNING: ; undefined function: |listOfDuplicates| ; (BOOT::|ofCategory| BOOT::D BOOT::|$Field|) ; ; caught STYLE-WARNING: ; undefined function: |ofCategory| ; in: DEFUN |isValidType;| ; (BOOT::|ofCategory| BOOT::D BOOT::|$Field|) ; ; caught STYLE-WARNING: ; undefined function: |ofCategory| ; (BOOT::|replaceSharps| BOOT::|cl| BOOT::|form|) ; ; caught STYLE-WARNING: ; undefined function: |replaceSharps| ; in: DEFUN |resolveTT;| ; (BOOT::|resolveTT1| BOOT::|t1| BOOT::|t2|) ; ; caught STYLE-WARNING: ; undefined function: |resolveTT1| ; in: DEFUN |isValidType;| ; (BOOT::|sayKeyedMsg| 'BOOT::S2IR0005 (LIST BOOT::|form|)) ; ; caught STYLE-WARNING: ; undefined function: |sayKeyedMsg| ; in: DEFUN |selectMms1;| ; (BOOT::|selectMms2| '** BOOT::|tar| BOOT::|args1| BOOT::|args2| ; BOOT::|$Coerce|) ; ; caught STYLE-WARNING: ; undefined function: |selectMms2| ; ; compilation unit finished ; Undefined functions: ; |canCoerce1| |canCoerceFrom0| |categoryForm?| |constructor?| |deconstructT| |eqType| |equiType| |evalCategory| |getConstructorKindFromDB| |getConstructorSignature| |getDualSignature| |getMinimalVarMode| |getUnderModeOf| |hasCorrectTarget| |isLegitimateRecordOrTaggedUnion| |isPartialMode| |isPolynomialMode| |listOfDuplicates| |ofCategory| |replaceSharps| |resolveTT1| |sayKeyedMsg| |selectMms2| ; caught 26 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/clammed.fasl written ; compilation finished in 0:00:00.123 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=pathname.fasl --load-directory=. ../../../open-axiom/src/interp/pathname.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/pathname.clisp" (written 01 FEB 2016 10:52:47 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "nlib") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFUN |pathname?| ...) ; compiling (DEFUN |pathname| ...) ; compiling (DEFUN |namestring| ...) ; compiling (DEFUN |pathnameName| ...) ; compiling (DEFUN |pathnameType| ...) ; compiling (DEFUN |pathnameTypeId| ...) ; compiling (DEFUN |pathnameDirectory| ...) ; compiling (DEFUN |isExistingFile| ...) ; compiling (DEFUN |makePathname| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/pathname.clisp ; in: DEFUN |makePathname| ; (DEFUN BOOT::|makePathname| (BOOT::|name| BOOT::|type| BOOT::|dir|) ; (BOOT::|pathname| ; (LIST (BOOT::|object2String| BOOT::|name|) ; (BOOT::|object2String| BOOT::|type|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|makePathname| ; (BOOT::|name| BOOT::|type| BOOT::|dir|) ; (BLOCK BOOT::|makePathname| ; (BOOT::|pathname| ; (LIST (BOOT::|object2String| BOOT::|name|) ; (BOOT::|object2String| BOOT::|type|))))) ; ; caught STYLE-WARNING: ; The variable |dir| is defined but never used. ; compiling (DEFUN |mergePathnames| ...) ; compiling (DEFUN |isSystemDirectory| ...) ; compiling (DEFUN /MKINFILENAM ...) ; compiling (DEFUN |newMKINFILENAM| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/pathname.clisp ; in: DEFUN |newMKINFILENAM| ; 'BOOT::S2IL0018 ; ; note: deleting unreachable code ; 'BOOT::|fromThisLoop| ; ; note: deleting unreachable code ; compiling (DEFUN |getFunctionSourceFile| ...) ; compiling (DEFUN |getFunctionSourceFile1| ...) ; compiling (DEFUN |updateSourceFiles| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/pathname.clisp ; in: DEFUN |getFunctionSourceFile1| ; (BOOT::FUNLOC (BOOT::|unabbrev| BOOT::|fun|)) ; ; caught STYLE-WARNING: ; undefined function: FUNLOC ; (BOOT::|bootFind| BOOT::|fun|) ; ; caught STYLE-WARNING: ; undefined function: |bootFind| ; in: DEFUN |updateSourceFiles| ; (BOOT::|insert| BOOT::|p| BOOT::|$sourceFiles|) ; ; caught STYLE-WARNING: ; undefined function: |insert| ; in: DEFUN |pathnameTypeId| ; (BOOT::|object2Identifier| (BOOT::|pathnameType| BOOT::|p|)) ; ; caught STYLE-WARNING: ; undefined function: |object2Identifier| ; in: DEFUN |makePathname| ; (BOOT::|object2String| BOOT::|name|) ; ; caught STYLE-WARNING: ; undefined function: |object2String| ; in: DEFUN |newMKINFILENAM| ; (BOOT::|queryUserKeyedMsg| 'BOOT::S2IL0017 NIL) ; ; caught STYLE-WARNING: ; undefined function: |queryUserKeyedMsg| ; (BOOT::|sayKeyedMsg| 'BOOT::S2IL0016 NIL) ; ; caught STYLE-WARNING: ; undefined function: |sayKeyedMsg| ; in: DEFUN |getFunctionSourceFile1| ; (BOOT::|unabbrev| BOOT::|fun|) ; ; caught STYLE-WARNING: ; undefined function: |unabbrev| ; ; compilation unit finished ; Undefined functions: ; FUNLOC |bootFind| |insert| |object2Identifier| |object2String| |queryUserKeyedMsg| |sayKeyedMsg| |unabbrev| ; caught 9 STYLE-WARNING conditions ; printed 2 notes ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/pathname.fasl written ; compilation finished in 0:00:00.082 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=compat.fasl --load-directory=. ../../../open-axiom/src/interp/compat.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compat.clisp" (written 01 FEB 2016 10:52:47 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "pathname") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFUN |rread| ...) ; compiling (DEFUN |rwrite| ...) ; compiling (DEFUN |system| ...) ; compiling (DEFUN |editFile| ...) ; compiling (DEFUN |update| ...) ; compiling (DEFUN |makeBigFloat| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compat.clisp ; in: DEFUN |update| ; (BOOT::/UPDATE) ; ; caught STYLE-WARNING: ; undefined function: /UPDATE ; in: DEFUN |system| ; (BOOT::|getSystemCommandLine|) ; ; caught STYLE-WARNING: ; undefined function: |getSystemCommandLine| ; in: DEFUN |update| ; (BOOT::|runCommand| ; (|AxiomCore|:CONCAT (BOOT::|textEditor|) " " ; (BOOT::STRINGIMAGE BOOT::/VERSION) " " ; (BOOT::STRINGIMAGE BOOT::/WSNAME) " A")) ; ; caught STYLE-WARNING: ; undefined function: |runCommand| ; in: DEFUN |editFile| ; (BOOT::|runCommand| ; (|AxiomCore|:CONCAT (BOOT::|textEditor|) " " ; (BOOT::|namestring| (BOOT::|pathname| BOOT::|file|)))) ; ; caught STYLE-WARNING: ; undefined function: |runCommand| ; in: DEFUN |system| ; (BOOT::|runCommand| BOOT::|string|) ; ; caught STYLE-WARNING: ; undefined function: |runCommand| ; (BOOT::|sayMessage| ; (LIST " Return Code = " (BOOT::|runCommand| BOOT::|string|))) ; ; caught STYLE-WARNING: ; undefined function: |sayMessage| ; (BOOT::|terminateSystemCommand|) ; ; caught STYLE-WARNING: ; undefined function: |terminateSystemCommand| ; in: DEFUN |update| ; (BOOT::|textEditor|) ; ; caught STYLE-WARNING: ; undefined function: |textEditor| ; in: DEFUN |editFile| ; (BOOT::|textEditor|) ; ; caught STYLE-WARNING: ; undefined function: |textEditor| ; ; compilation unit finished ; Undefined functions: ; /UPDATE |getSystemCommandLine| |runCommand| |sayMessage| |terminateSystemCommand| |textEditor| ; caught 9 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compat.fasl written ; compilation finished in 0:00:00.013 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=serror.fasl --load-directory=. ../../../open-axiom/src/interp/serror.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/serror.clisp" (written 01 FEB 2016 10:52:47 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "posit") ; compiling (IN-PACKAGE "BOOT") ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |syGeneralErrorHere| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |sySpecificErrorHere| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |sySpecificErrorAtToken| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |syIgnoredFromTo| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |npTrapForm| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |npTrap| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/serror.clisp ; in: DEFUN |syIgnoredFromTo| ; (BOOT::|From| BOOT::|pos1|) ; ; caught STYLE-WARNING: ; undefined function: |From| ; (BOOT::|FromTo| BOOT::|pos1| BOOT::|pos2|) ; ; caught STYLE-WARNING: ; undefined function: |FromTo| ; (BOOT::|To| BOOT::|pos2|) ; ; caught STYLE-WARNING: ; undefined function: |To| ; in: DEFUN |npTrapForm| ; (BOOT::|ncSoftError| (BOOT::|tokPosn| BOOT::|a|) 'BOOT::S2CY0002 NIL) ; ; caught STYLE-WARNING: ; undefined function: |ncSoftError| ; in: DEFUN |syIgnoredFromTo| ; (BOOT::|ncSoftError| (BOOT::|FromTo| BOOT::|pos1| BOOT::|pos2|) ; 'BOOT::S2CY0005 NIL) ; ; caught STYLE-WARNING: ; undefined function: |ncSoftError| ; in: DEFUN |sySpecificErrorAtToken| ; (BOOT::|ncSoftError| BOOT::|pos| BOOT::|key| BOOT::|args|) ; ; caught STYLE-WARNING: ; undefined function: |ncSoftError| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |ncSoftError| ; ; compilation unit finished ; Undefined functions: ; |From| |FromTo| |To| |ncSoftError| ; caught 7 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/serror.fasl written ; compilation finished in 0:00:00.020 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=ptrees.fasl --load-directory=. ../../../open-axiom/src/interp/ptrees.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/ptrees.clisp" (written 01 FEB 2016 10:52:47 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "posit") ; compiling (IMPORT-MODULE "serror") ; compiling (IN-PACKAGE "BOOT") ; compiling (PROVIDE "ptrees") ; compiling (DEFUN |%Exist| ...) ; compiling (DEFUN |%Forall| ...) ; compiling (DEFUN |pfListOf| ...) ; compiling (DEFUN |pfListOf?| ...) ; compiling (DEFUN |pfAppend| ...) ; compiling (DEFUN |pfNothing| ...) ; compiling (DEFUN |pfNothing?| ...) ; compiling (DEFUN |pfSemiColon| ...) ; compiling (DEFUN |pfSemiColon?| ...) ; compiling (DEFUN |pfSemiColonBody| ...) ; compiling (DEFUN |pfRename| ...) ; compiling (DEFUN |pfId| ...) ; compiling (DEFUN |pfIdPos| ...) ; compiling (DEFUN |pfId?| ...) ; compiling (DEFUN |pfSymbolVariable?| ...) ; compiling (DEFUN |pfIdSymbol| ...) ; compiling (DEFUN |pfDocument| ...) ; compiling (DEFUN |pfDocument?| ...) ; compiling (DEFUN |pfDocumentText| ...) ; compiling (DEFUN |pfDefinableName?| ...) ; compiling (DEFUN |pfLiteral?| ...) ; compiling (DEFUN |pfLiteralClass| ...) ; compiling (DEFUN |pfLiteralString| ...) ; compiling (DEFUN |pfStringConstString| ...) ; compiling (DEFUN |pfExpression| ...) ; compiling (DEFUN |pfExpression?| ...) ; compiling (DEFUN |pfSymbol| ...) ; compiling (DEFUN |pfSymb| ...) ; compiling (DEFUN |pfSymbol?| ...) ; compiling (DEFUN |pfSymbolSymbol| ...) ; compiling (DEFUN |pfWDec| ...) ; compiling (DEFUN |pfTweakIf| ...) ; compiling (DEFUN |pfInfApplication| ...) ; compiling (DEFUN |pfCheckInfop| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/ptrees.clisp ; in: DEFUN |pfCheckInfop| ; (DEFUN BOOT::|pfCheckInfop| (BOOT::|form|) NIL) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|pfCheckInfop| ; (BOOT::|form|) ; (BLOCK BOOT::|pfCheckInfop| NIL)) ; ; caught STYLE-WARNING: ; The variable |form| is defined but never used. ; compiling (DEFUN |pfAnd| ...) ; compiling (DEFUN |pfAnd?| ...) ; compiling (DEFUN |pfAndLeft| ...) ; compiling (DEFUN |pfAndRight| ...) ; compiling (DEFUN |pfOr| ...) ; compiling (DEFUN |pfOr?| ...) ; compiling (DEFUN |pfOrLeft| ...) ; compiling (DEFUN |pfOrRight| ...) ; compiling (DEFUN |pfNot| ...) ; compiling (DEFUN |pfNot?| ...) ; compiling (DEFUN |pfNotArg| ...) ; compiling (DEFUN |pfEnSequence| ...) ; compiling (DEFUN |pfFromDom| ...) ; compiling (DEFUN |pfReturnTyped| ...) ; compiling (DEFUN |pfLam| ...) ; compiling (DEFUN |pfTLam| ...) ; compiling (DEFUN |pfIfThenOnly| ...) ; compiling (DEFUN |pfLp| ...) ; compiling (DEFUN |pfLoop1| ...) ; compiling (DEFUN |pfExitNoCond| ...) ; compiling (DEFUN |pfReturnNoName| ...) ; compiling (DEFUN |pfBrace| ...) ; compiling (DEFUN |pfBracket| ...) ; compiling (DEFUN |pfBraceBar| ...) ; compiling (DEFUN |pfBracketBar| ...) ; compiling (DEFUN |pfHide| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/ptrees.clisp ; in: DEFUN |pfHide| ; (DEFUN BOOT::|pfHide| (BOOT::|a| BOOT::|part|) ; (BOOT::|pfTree| 'BOOT::|Hide| (LIST BOOT::|part|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|pfHide| ; (BOOT::|a| BOOT::|part|) ; (BLOCK BOOT::|pfHide| (BOOT::|pfTree| 'BOOT::|Hide| (LIST BOOT::|part|)))) ; ; caught STYLE-WARNING: ; The variable |a| is defined but never used. ; compiling (DEFUN |pfHide?| ...) ; compiling (DEFUN |pfHidePart| ...) ; compiling (DEFUN |pfParen| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/ptrees.clisp ; in: DEFUN |pfParen| ; (DEFUN BOOT::|pfParen| (BOOT::|a| BOOT::|part|) BOOT::|part|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|pfParen| ; (BOOT::|a| BOOT::|part|) ; (BLOCK BOOT::|pfParen| BOOT::|part|)) ; ; caught STYLE-WARNING: ; The variable |a| is defined but never used. ; compiling (DEFUN |pfPile| ...) ; compiling (DEFUN |pfSpread| ...) ; compiling (DEFUN |pfTupleList| ...) ; compiling (DEFUN |pfExpr?| ...) ; compiling (DEFUN |pfDeclPart?| ...) ; compiling (DEFUN |pfWrong| ...) ; compiling (DEFUN |pfWrong?| ...) ; compiling (DEFUN |pfWrongWhy| ...) ; compiling (DEFUN |pfWrongRubble| ...) ; compiling (DEFUN |pf0WrongRubble| ...) ; compiling (DEFUN |pfAdd| ...) ; compiling (DEFUN |pfAdd?| ...) ; compiling (DEFUN |pfAddBase| ...) ; compiling (DEFUN |pfAddAddin| ...) ; compiling (DEFUN |pfAddAddon| ...) ; compiling (DEFUN |pf0AddBase| ...) ; compiling (DEFUN |pfDWhere| ...) ; compiling (DEFUN |pfDWhere?| ...) ; compiling (DEFUN |pfDWhereContext| ...) ; compiling (DEFUN |pfDWhereExpr| ...) ; compiling (DEFUN |pfWith| ...) ; compiling (DEFUN |pfWith?| ...) ; compiling (DEFUN |pfWithBase| ...) ; compiling (DEFUN |pfWithWithin| ...) ; compiling (DEFUN |pf0WithBase| ...) ; compiling (DEFUN |pf0WithWithin| ...) ; compiling (DEFUN |pfWIf| ...) ; compiling (DEFUN |pfWIf?| ...) ; compiling (DEFUN |pfWIfCond| ...) ; compiling (DEFUN |pfWIfThen| ...) ; compiling (DEFUN |pfWIfElse| ...) ; compiling (DEFUN |pfWDeclare| ...) ; compiling (DEFUN |pfWDeclare?| ...) ; compiling (DEFUN |pfWDeclareSignature| ...) ; compiling (DEFUN |pfWDeclareDoc| ...) ; compiling (DEFUN |pfAttribute| ...) ; compiling (DEFUN |pfAttribute?| ...) ; compiling (DEFUN |pfAttributeExpr| ...) ; compiling (DEFUN |pfTyped| ...) ; compiling (DEFUN |pfTyped?| ...) ; compiling (DEFUN |pfTypedId| ...) ; compiling (DEFUN |pfTypedType| ...) ; compiling (DEFUN |pfApplication| ...) ; compiling (DEFUN |pfApplication?| ...) ; compiling (DEFUN |pfApplicationOp| ...) ; compiling (DEFUN |pfApplicationArg| ...) ; compiling (DEFUN |pfTupleListOf| ...) ; compiling (DEFUN |pfTuple| ...) ; compiling (DEFUN |pfTuple?| ...) ; compiling (DEFUN |pfTupleParts| ...) ; compiling (DEFUN |pf0TupleParts| ...) ; compiling (DEFUN |pfTagged| ...) ; compiling (DEFUN |pfTagged?| ...) ; compiling (DEFUN |pfTaggedTag| ...) ; compiling (DEFUN |pfTaggedExpr| ...) ; compiling (DEFUN |pfPretend| ...) ; compiling (DEFUN |pfPretend?| ...) ; compiling (DEFUN |pfPretendExpr| ...) ; compiling (DEFUN |pfPretendType| ...) ; compiling (DEFUN |pfRestrict| ...) ; compiling (DEFUN |pfRestrict?| ...) ; compiling (DEFUN |pfRestrictExpr| ...) ; compiling (DEFUN |pfRestrictType| ...) ; compiling (DEFUN |pfRetractTo| ...) ; compiling (DEFUN |pfRetractTo?| ...) ; compiling (DEFUN |pfRetractToExpr| ...) ; compiling (DEFUN |pfRetractToType| ...) ; compiling (DEFUN |pfCoerceto| ...) ; compiling (DEFUN |pfCoerceto?| ...) ; compiling (DEFUN |pfCoercetoExpr| ...) ; compiling (DEFUN |pfCoercetoType| ...) ; compiling (DEFUN |pfFromdom| ...) ; compiling (DEFUN |pfFromdom?| ...) ; compiling (DEFUN |pfFromdomWhat| ...) ; compiling (DEFUN |pfFromdomDomain| ...) ; compiling (DEFUN |pfLambda| ...) ; compiling (DEFUN |pfLambda?| ...) ; compiling (DEFUN |pfLambdaArgs| ...) ; compiling (DEFUN |pfLambdaRets| ...) ; compiling (DEFUN |pfLambdaBody| ...) ; compiling (DEFUN |pf0LambdaArgs| ...) ; compiling (DEFUN |pfFix| ...) ; compiling (DEFUN |pfTLambda| ...) ; compiling (DEFUN |pfTLambda?| ...) ; compiling (DEFUN |pfTLambdaArgs| ...) ; compiling (DEFUN |pfTLambdaRets| ...) ; compiling (DEFUN |pfTLambdaBody| ...) ; compiling (DEFUN |pf0TLambdaArgs| ...) ; compiling (DEFUN |pfMLambda| ...) ; compiling (DEFUN |pfMLambda?| ...) ; compiling (DEFUN |pfMLambdaArgs| ...) ; compiling (DEFUN |pfMLambdaBody| ...) ; compiling (DEFUN |pf0MLambdaArgs| ...) ; compiling (DEFUN |pfWhere| ...) ; compiling (DEFUN |pfWhere?| ...) ; compiling (DEFUN |pfWhereContext| ...) ; compiling (DEFUN |pfWhereExpr| ...) ; compiling (DEFUN |pf0WhereContext| ...) ; compiling (DEFUN |pfIf| ...) ; compiling (DEFUN |pfIf?| ...) ; compiling (DEFUN |pfIfCond| ...) ; compiling (DEFUN |pfIfThen| ...) ; compiling (DEFUN |pfIfElse| ...) ; compiling (DEFUN |pfCase| ...) ; compiling (DEFUN |pfCase?| ...) ; compiling (DEFUN |pfCaseScrutinee| ...) ; compiling (DEFUN |pfCaseAlternatives| ...) ; compiling (DEFUN |pfSequence| ...) ; compiling (DEFUN |pfSequence?| ...) ; compiling (DEFUN |pfSequenceArgs| ...) ; compiling (DEFUN |pf0SequenceArgs| ...) ; compiling (DEFUN |pfNovalue| ...) ; compiling (DEFUN |pfNovalue?| ...) ; compiling (DEFUN |pfNovalueExpr| ...) ; compiling (DEFUN |pfLoop| ...) ; compiling (DEFUN |pfLoop?| ...) ; compiling (DEFUN |pfLoopIterators| ...) ; compiling (DEFUN |pf0LoopIterators| ...) ; compiling (DEFUN |pfCollect| ...) ; compiling (DEFUN |pfCollect?| ...) ; compiling (DEFUN |pfCollectBody| ...) ; compiling (DEFUN |pfCollectIterators| ...) ; compiling (DEFUN |pf0CollectIterators| ...) ; compiling (DEFUN |pfForin| ...) ; compiling (DEFUN |pfForin?| ...) ; compiling (DEFUN |pfForinLhs| ...) ; compiling (DEFUN |pfForinWhole| ...) ; compiling (DEFUN |pf0ForinLhs| ...) ; compiling (DEFUN |pfWhile| ...) ; compiling (DEFUN |pfWhile?| ...) ; compiling (DEFUN |pfWhileCond| ...) ; compiling (DEFUN |pfSuchthat| ...) ; compiling (DEFUN |pfSuchthat?| ...) ; compiling (DEFUN |pfSuchthatCond| ...) ; compiling (DEFUN |pfDo| ...) ; compiling (DEFUN |pfDo?| ...) ; compiling (DEFUN |pfDoBody| ...) ; compiling (DEFUN |pfIterate| ...) ; compiling (DEFUN |pfIterate?| ...) ; compiling (DEFUN |pfIterateFrom| ...) ; compiling (DEFUN |pfBreak| ...) ; compiling (DEFUN |pfBreak?| ...) ; compiling (DEFUN |pfBreakFrom| ...) ; compiling (DEFUN |pfReturn| ...) ; compiling (DEFUN |pfReturn?| ...) ; compiling (DEFUN |pfReturnExpr| ...) ; compiling (DEFUN |pfReturnFrom| ...) ; compiling (DEFUN |pfExit| ...) ; compiling (DEFUN |pfExit?| ...) ; compiling (DEFUN |pfExitCond| ...) ; compiling (DEFUN |pfExitExpr| ...) ; compiling (DEFUN |pfMacro| ...) ; compiling (DEFUN |pfMacro?| ...) ; compiling (DEFUN |pfMacroLhs| ...) ; compiling (DEFUN |pfMacroRhs| ...) ; compiling (DEFUN |pfDefinition| ...) ; compiling (DEFUN |pfDefinition?| ...) ; compiling (DEFUN |pfDefinitionLhsItems| ...) ; compiling (DEFUN |pfDefinitionRhs| ...) ; compiling (DEFUN |pf0DefinitionLhsItems| ...) ; compiling (DEFUN |pfRule| ...) ; compiling (DEFUN |pfRule?| ...) ; compiling (DEFUN |pfRuleLhsItems| ...) ; compiling (DEFUN |pfRuleRhs| ...) ; compiling (DEFUN |pfComDefinition| ...) ; compiling (DEFUN |pfComDefinition?| ...) ; compiling (DEFUN |pfComDefinitionDoc| ...) ; compiling (DEFUN |pfComDefinitionDef| ...) ; compiling (DEFUN |pfDefinitionSequenceArgs| ...) ; compiling (DEFUN |pfExportDef| ...) ; compiling (DEFUN |pfAssign| ...) ; compiling (DEFUN |pfAssign?| ...) ; compiling (DEFUN |pfAssignLhsItems| ...) ; compiling (DEFUN |pfAssignRhs| ...) ; compiling (DEFUN |pf0AssignLhsItems| ...) ; compiling (DEFUN |pfTyping| ...) ; compiling (DEFUN |pfTyping?| ...) ; compiling (DEFUN |pfTypingItems| ...) ; compiling (DEFUN |pf0TypingItems| ...) ; compiling (DEFUN |pfExport| ...) ; compiling (DEFUN |pfExport?| ...) ; compiling (DEFUN |pfExportItems| ...) ; compiling (DEFUN |pf0ExportItems| ...) ; compiling (DEFUN |pfLocal| ...) ; compiling (DEFUN |pfLocal?| ...) ; compiling (DEFUN |pfLocalItems| ...) ; compiling (DEFUN |pf0LocalItems| ...) ; compiling (DEFUN |pfFree| ...) ; compiling (DEFUN |pfFree?| ...) ; compiling (DEFUN |pfFreeItems| ...) ; compiling (DEFUN |pf0FreeItems| ...) ; compiling (DEFUN |pfImport| ...) ; compiling (DEFUN |pfImport?| ...) ; compiling (DEFUN |pfImportItems| ...) ; compiling (DEFUN |pf0ImportItems| ...) ; compiling (DEFUN |pfInline| ...) ; compiling (DEFUN |pfInline?| ...) ; compiling (DEFUN |pfInlineItems| ...) ; compiling (DEFUN |pf0InlineItems| ...) ; compiling (DEFUN |pfQualType| ...) ; compiling (DEFUN |pfQualType?| ...) ; compiling (DEFUN |pfQualTypeType| ...) ; compiling (DEFUN |pfQualTypeQual| ...) ; compiling (DEFUN |pfSuch| ...) ; compiling (DEFUN |pfTaggedToTyped| ...) ; compiling (DEFUN |pfTaggedToTyped1| ...) ; compiling (DEFUN |pfCollectVariable1| ...) ; compiling (DEFUN |pfPushBody| ...) ; compiling (DEFUN |pfCheckItOut| ...) ; compiling (DEFUN |pfCollect1?| ...) ; compiling (DEFUN |pfTransformArg| ...) ; compiling (DEFUN |pfCheckMacroOut| ...) ; compiling (DEFUN |pfCheckArg| ...) ; compiling (DEFUN |pfCheckId| ...) ; compiling (DEFUN |pfPushMacroBody| ...) ; compiling (DEFUN |pfFlattenApp| ...) ; compiling (DEFUN |pfSexpr| ...) ; compiling (DEFUN |pfSexpr,strip| ...) ; compiling (DEFUN |pfCopyWithPos| ...) ; compiling (DEFUN |pfMapParts| ...) ; compiling (DEFUN |pf0ApplicationArgs| ...) ; compiling (DEFUN |pf0FlattenSyntacticTuple| ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/ptrees.fasl written ; compilation finished in 0:00:00.405 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=cparse.fasl --load-directory=. ../../../open-axiom/src/interp/cparse.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/cparse.clisp" (written 01 FEB 2016 10:52:48 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "ptrees") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFUN |npParse| ...) ; compiling (DEFUN |npItem| ...) ; compiling (DEFUN |npItem1| ...) ; compiling (DEFUN |npFirstTok| ...) ; compiling (DEFUN |npNext| ...) ; compiling (DEFUN |npState| ...) ; compiling (DEFUN |npRestore| ...) ; compiling (DEFUN |npPush| ...) ; compiling (DEFUN |npPushId| ...) ; compiling (DEFUN |npPop1| ...) ; compiling (DEFUN |npPop2| ...) ; compiling (DEFUN |npPop3| ...) ; compiling (DEFUN |npParenthesized| ...) ; compiling (DEFUN |npParenthesize| ...) ; compiling (DEFUN |npEnclosed| ...) ; compiling (DEFUN |npParened| ...) ; compiling (DEFUN |npBracked| ...) ; compiling (DEFUN |npBraced| ...) ; compiling (DEFUN |npAngleBared| ...) ; compiling (DEFUN |npBracketed| ...) ; compiling (DEFUN |npPileBracketed| ...) ; compiling (DEFUN |npListofFun| ...) ; compiling (DEFUN |npList| ...) ; compiling (DEFUN |npPPff| ...) ; compiling (DEFUN |npPPf| ...) ; compiling (DEFUN |npPPg| ...) ; compiling (DEFUN |npPP| ...) ; compiling (DEFUN |npPCff| ...) ; compiling (DEFUN |npPCg| ...) ; compiling (DEFUN |npPC| ...) ; compiling (DEFUN |npAnyNo| ...) ; compiling (DEFUN |npAndOr| ...) ; compiling (DEFUN |npRightAssoc| ...) ; compiling (DEFUN |npLeftAssoc| ...) ; compiling (DEFUN |npInfixOp| ...) ; compiling (DEFUN |npInfixOperator| ...) ; compiling (DEFUN |npInfKey| ...) ; compiling (DEFUN |npDDInfKey| ...) ; compiling (DEFUN |npInfGeneric| ...) ; compiling (DEFUN |npConditional| ...) ; compiling (DEFUN |npElse| ...) ; compiling (DEFUN |npBacksetElse| ...) ; compiling (DEFUN |npWConditional| ...) ; compiling (DEFUN |npQuantified| ...) ; compiling (DEFUN |npEqPeek| ...) ; compiling (DEFUN |npEqKey| ...) ; compiling (DEFCONSTANT |$npTokToNames| ...) ; compiling (DEFUN |npId| ...) ; compiling (DEFUN |npSymbolVariable| ...) ; compiling (DEFUN |npName| ...) ; compiling (DEFUN |npConstTok| ...) ; compiling (DEFUN |npPrimary1| ...) ; compiling (DEFUN |npPrimary2| ...) ; compiling (DEFUN |npAtom1| ...) ; compiling (DEFUN |npAtom2| ...) ; compiling (DEFUN |npDollar| ...) ; compiling (DEFUN |npPrefixColon| ...) ; compiling (DEFUN |npEncAp| ...) ; compiling (DEFUN |npEncl| ...) ; compiling (DEFUN |npFromdom| ...) ; compiling (DEFUN |npFromdom1| ...) ; compiling (DEFUN |npPrimary| ...) ; compiling (DEFUN |npDotted| ...) ; compiling (DEFUN |npSelector| ...) ; compiling (DEFUN |npApplication| ...) ; compiling (DEFUN |npApplication2| ...) ; compiling (DEFUN |npTypedForm1| ...) ; compiling (DEFUN |npQuiver| ...) ; compiling (DEFUN |npTypedForm| ...) ; compiling (DEFUN |npRestrict| ...) ; compiling (DEFUN |npCoerceTo| ...) ; compiling (DEFUN |npPretend| ...) ; compiling (DEFUN |npTypeStyle| ...) ; compiling (DEFUN |npTypified| ...) ; compiling (DEFUN |npTagged| ...) ; compiling (DEFUN |npColon| ...) ; compiling (DEFUN |npPower| ...) ; compiling (DEFUN |npProduct| ...) ; compiling (DEFUN |npRemainder| ...) ; compiling (DEFUN |npTerm| ...) ; compiling (DEFUN |npSum| ...) ; compiling (DEFUN |npArith| ...) ; compiling (DEFUN |npSegment| ...) ; compiling (DEFUN |npInterval| ...) ; compiling (DEFUN |npBy| ...) ; compiling (DEFUN |npAmpersand| ...) ; compiling (DEFUN |npAmpersandFrom| ...) ; compiling (DEFUN |npSynthetic| ...) ; compiling (DEFUN |npRelation| ...) ; compiling (DEFUN |npDiscrim| ...) ; compiling (DEFUN |npDisjand| ...) ; compiling (DEFUN |npLogical| ...) ; compiling (DEFUN |npSuch| ...) ; compiling (DEFUN |npType| ...) ; compiling (DEFUN |npMonoType| ...) ; compiling (DEFUN |npADD| ...) ; compiling (DEFUN |npConditionalStatement| ...) ; compiling (DEFUN |npExpress1| ...) ; compiling (DEFUN |npCommaBackSet| ...) ; compiling (DEFUN |npExpress| ...) ; compiling (DEFUN |npZeroOrMore| ...) ; compiling (DEFUN |npIterators| ...) ; compiling (DEFUN |npIterator| ...) ; compiling (DEFUN |npCase| ...) ; compiling (DEFUN |npStatement| ...) ; compiling (DEFUN |npBackTrack| ...) ; compiling (DEFUN |npMDEF| ...) ; compiling (DEFUN |npAssign| ...) ; compiling (DEFUN |npAssignment| ...) ; compiling (DEFUN |npAssignVariableName| ...) ; compiling (DEFUN |npAssignVariable| ...) ; compiling (DEFUN |npAssignVariablelist| ...) ; compiling (DEFUN |npExit| ...) ; compiling (DEFUN |npPileExit| ...) ; compiling (DEFUN |npGives| ...) ; compiling (DEFUN |npDefinitionOrStatement| ...) ; compiling (DEFUN |npVoid| ...) ; compiling (DEFUN |npReturn| ...) ; compiling (DEFUN |npLoop| ...) ; compiling (DEFUN |npSuchThat| ...) ; compiling (DEFUN |npWhile| ...) ; compiling (DEFUN |npForIn| ...) ; compiling (DEFUN |npBreak| ...) ; compiling (DEFUN |npIterate| ...) ; compiling (DEFUN |npQualType| ...) ; compiling (DEFUN |npSQualTypelist| ...) ; compiling (DEFUN |npQualTypelist| ...) ; compiling (DEFUN |npImport| ...) ; compiling (DEFUN |npInline| ...) ; compiling (DEFUN |npLocalDecl| ...) ; compiling (DEFUN |npLocalItem| ...) ; compiling (DEFUN |npLocalItemlist| ...) ; compiling (DEFUN |npSLocalItem| ...) ; compiling (DEFUN |npFree| ...) ; compiling (DEFUN |npLocal| ...) ; compiling (DEFUN |npExport| ...) ; compiling (DEFUN |npLet| ...) ; compiling (DEFUN |npDefn| ...) ; compiling (DEFUN |npFix| ...) ; compiling (DEFUN |npMacro| ...) ; compiling (DEFUN |npRule| ...) ; compiling (DEFUN |npAdd| ...) ; compiling (DEFUN |npDefaultValue| ...) ; compiling (DEFUN |npWith| ...) ; compiling (DEFUN |npCategoryL| ...) ; compiling (DEFUN |pfUnSequence| ...) ; compiling (DEFUN |npCategory| ...) ; compiling (DEFUN |npSCategory| ...) ; compiling (DEFUN |npSignatureDefinee| ...) ; compiling (DEFUN |npSigDecl| ...) ; compiling (DEFUN |npSigItem| ...) ; compiling (DEFUN |npSigItemlist| ...) ; compiling (DEFUN |npSignature| ...) ; compiling (DEFUN |npSemiListing| ...) ; compiling (DEFUN |npSemiBackSet| ...) ; compiling (DEFUN |npDecl| ...) ; compiling (DEFUN |npVariableName| ...) ; compiling (DEFUN |npVariable| ...) ; compiling (DEFUN |npVariablelist| ...) ; compiling (DEFUN |npQuantifierVariable| ...) ; compiling (DEFUN |npListing| ...) ; compiling (DEFUN |npQualified| ...) ; compiling (DEFUN |npLetQualified| ...) ; compiling (DEFUN |npQualifiedDefinition| ...) ; compiling (DEFUN |npTuple| ...) ; compiling (DEFUN |npComma| ...) ; compiling (DEFUN |npQualDef| ...) ; compiling (DEFUN |npDefinitionlist| ...) ; compiling (DEFUN |npPDefinition| ...) ; compiling (DEFUN |npBDefinition| ...) ; compiling (DEFUN |npPileDefinitionlist| ...) ; compiling (DEFUN |npTypeVariable| ...) ; compiling (DEFUN |npTypeVariablelist| ...) ; compiling (DEFUN |npBPileDefinition| ...) ; compiling (DEFUN |npLambda| ...) ; compiling (DEFUN |npDef| ...) ; compiling (DEFUN |npDefTail| ...) ; compiling (DEFUN |npMdef| ...) ; compiling (DEFUN |npSingleRule| ...) ; compiling (DEFUN |npDefinitionItem| ...) ; compiling (DEFUN |npDefinition| ...) ; compiling (DEFUN |pfSequenceToList| ...) ; compiling (DEFUN |npMissingMate| ...) ; compiling (DEFUN |npMissing| ...) ; compiling (DEFUN |npCompMissing| ...) ; compiling (DEFUN |npRecoverTrap| ...) ; compiling (DEFUN |npListAndRecover| ...) ; compiling (DEFUN |npMoveTo| ...) ; compiling (DEFUN /RF ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/cparse.clisp ; in: DEFUN /RF ; (DEFUN BOOT::/RF (&REST BOOT::|x|) ; (LET ((BOOT::|$Echo| T)) ; (DECLARE (SPECIAL BOOT::|$Echo|)) ; (BOOT::/RF-1 NIL))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::/RF ; (&REST BOOT::|x|) ; (BLOCK BOOT::/RF ; (LET ((BOOT::|$Echo| T)) ; (DECLARE (SPECIAL BOOT::|$Echo|)) ; (BOOT::/RF-1 NIL)))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN /RQ ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/cparse.clisp ; in: DEFUN /RQ ; (DEFUN BOOT::/RQ (&REST BOOT::|x|) ; (LET ((BOOT::|$Echo| NIL)) ; (DECLARE (SPECIAL BOOT::|$Echo|)) ; (BOOT::/RF-1 NIL))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::/RQ ; (&REST BOOT::|x|) ; (BLOCK BOOT::/RQ ; (LET ((BOOT::|$Echo| NIL)) ; (DECLARE (SPECIAL BOOT::|$Echo|)) ; (BOOT::/RF-1 NIL)))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |/RQ,LIB| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/cparse.clisp ; in: DEFUN |/RQ,LIB| ; (DEFUN BOOT::|/RQ,LIB| (&REST BOOT::|x|) ; (LET ((BOOT::|$Echo| NIL)) ; (DECLARE (SPECIAL BOOT::|$Echo|)) ; (BOOT::/RF-1 NIL))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|/RQ,LIB| ; (&REST BOOT::|x|) ; (BLOCK BOOT::|/RQ,LIB| ; (LET ((BOOT::|$Echo| NIL)) ; (DECLARE (SPECIAL BOOT::|$Echo|)) ; (BOOT::/RF-1 NIL)))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN /RF-1 ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/cparse.clisp ; in: DEFUN /RF-1 ; (DEFUN BOOT::/RF-1 (BOOT::|x|) ; (LET* (BOOT::|type| BOOT::|lfile| BOOT::|ifile|) ; (DECLARE (SPECIAL BOOT::|$Echo| BOOT::|$editFile|)) ; (PROGN ; (SETQ BOOT::|ifile| #) ; (SETQ BOOT::|lfile| NIL) ; (SETQ BOOT::|type| #) ; (COND (# # # #) (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::/RF-1 ; (BOOT::|x|) ; (BLOCK BOOT::/RF-1 ; (LET* (BOOT::|type| BOOT::|lfile| BOOT::|ifile|) ; (DECLARE (SPECIAL BOOT::|$Echo| BOOT::|$editFile|)) ; (PROGN (SETQ #) (SETQ #) (SETQ #) (COND # # # #))))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; (BOOT::BOOT BOOT::|ifile| BOOT::|lfile|) ; ; caught STYLE-WARNING: ; undefined function: BOOT ; (BOOT::SPAD BOOT::|ifile|) ; ; caught STYLE-WARNING: ; undefined function: SPAD ; (BOOT::|makeInputFilename| BOOT::|$editFile|) ; ; caught STYLE-WARNING: ; undefined function: |makeInputFilename| ; (BOOT::|ncINTERPFILE| BOOT::|ifile| BOOT::|$Echo|) ; ; caught STYLE-WARNING: ; undefined function: |ncINTERPFILE| ; in: DEFUN |npMissing| ; (BOOT::|ncSoftError| (BOOT::|tokPosn| BOOT::|$stok|) 'BOOT::S2CY0007 ; (LIST (BOOT::PNAME BOOT::|s|))) ; ; caught STYLE-WARNING: ; undefined function: |ncSoftError| ; in: DEFUN |npMissingMate| ; (BOOT::|ncSoftError| (BOOT::|tokPosn| BOOT::|open|) 'BOOT::S2CY0008 NIL) ; ; caught STYLE-WARNING: ; undefined function: |ncSoftError| ; in: DEFUN |npParse| ; (BOOT::|ncSoftError| (BOOT::|tokPosn| BOOT::|$stok|) 'BOOT::S2CY0006 NIL) ; ; caught STYLE-WARNING: ; undefined function: |ncSoftError| ; in: DEFUN |npCase| ; (BOOT::|pPP| #'BOOT::|npPileExit|) ; ; caught STYLE-WARNING: ; undefined function: |pPP| ; ; compilation unit finished ; Undefined functions: ; BOOT SPAD |makeInputFilename| |ncINTERPFILE| |ncSoftError| |pPP| ; caught 12 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/cparse.fasl written ; compilation finished in 0:00:00.378 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=cstream.fasl --load-directory=. ../../../open-axiom/src/interp/cstream.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/cstream.clisp" (written 01 FEB 2016 10:52:48 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "sys-macros") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFUN |npNull| ...) ; compiling (DEFUN |StreamNull| ...) ; compiling (DEFUN |Delay| ...) ; compiling (DEFCONSTANT |StreamNil| ...) ; compiling (DEFUN |incRgen| ...) ; compiling (DEFUN |incRgen1| ...) ; compiling (DEFUN |incIgen| ...) ; compiling (DEFUN |incIgen1| ...) ; compiling (DEFUN |incZip| ...) ; compiling (DEFUN |incZip1| ...) ; compiling (DEFUN |incAppend| ...) ; compiling (DEFUN |incAppend1| ...) ; compiling (DEFUN |next| ...) ; compiling (DEFUN |next1| ...) ; compiling (DEFUN |nextown| ...) ; compiling (DEFUN |nextown1| ...) ; compiling (DEFUN |nextown2| ...) ; compiling (DEFUN |spadcall1| ...) ; compiling (DEFUN |spadcall2| ...) ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/cstream.fasl written ; compilation finished in 0:00:00.052 ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=g-cndata.fasl --load-directory=. ../../../open-axiom/src/interp/g-cndata.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/g-cndata.clisp" (written 01 FEB 2016 10:52:49 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "sys-macros") ; compiling (IMPORT-MODULE "c-util") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFPARAMETER |$lowerCaseConTb| ...) ; compiling (DEFUN |mkLowerCaseConTable| ...) ; compiling (DEFUN |augmentLowerCaseConTable| ...) ; compiling (DEFUN |getCDTEntry| ...) ; compiling (DEFUN |putConstructorProperty| ...) ; compiling (DEFUN |attribute?| ...) ; compiling (DEFUN |abbreviation?| ...) ; compiling (DEFUN |constructor?| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |domainForm?| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |packageForm?| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |categoryForm?| ...) ; compiling (DEFUN |getLisplibName| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |getConstructorAbbreviation| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/g-cndata.clisp ; in: DEFUN |getConstructorAbbreviation| ; (DEFUN BOOT::|getConstructorAbbreviation| (BOOT::|op|) ; (OR (BOOT::|getConstructorAbbreviationFromDB| BOOT::|op|) ; (BOOT::|throwKeyedMsg| 'BOOT::S2IL0015 (LIST BOOT::|op|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|getConstructorAbbreviation| ; (BOOT::|op|) ; (BLOCK BOOT::|getConstructorAbbreviation| ; (OR (BOOT::|getConstructorAbbreviationFromDB| BOOT::|op|) ; (BOOT::|throwKeyedMsg| 'BOOT::S2IL0015 (LIST BOOT::|op|))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL SYMBOL &REST T). ; compiling (DEFUN |getConstructorUnabbreviation| ...) ; compiling (DEFUN |mkUserConstructorAbbreviation| ...) ; compiling (DEFUN |abbQuery| ...) ; compiling (DEFUN |installConstructor| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/g-cndata.clisp ; in: DEFUN |installConstructor| ; (DEFUN BOOT::|installConstructor| (BOOT::|cname| BOOT::|type|) ; (LET* (BOOT::|item| BOOT::|entry|) ; (DECLARE (SPECIAL BOOT::|$lowerCaseConTb|)) ; (COND ((NULL BOOT::|$lowerCaseConTb|) NIL) ((SETQ #) BOOT::|entry|) ; (T (SETQ #) (SETF #) (SETF #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|installConstructor| ; (BOOT::|cname| BOOT::|type|) ; (BLOCK BOOT::|installConstructor| ; (LET* (BOOT::|item| BOOT::|entry|) ; (DECLARE (SPECIAL BOOT::|$lowerCaseConTb|)) ; (COND (# NIL) (# BOOT::|entry|) (T # # #))))) ; ; caught STYLE-WARNING: ; The variable |type| is defined but never used. ; compiling (DEFUN |constructorNameConflict| ...) ; compiling (DEFUN |constructorAbbreviationErrorCheck| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/g-cndata.clisp ; in: DEFUN |constructorAbbreviationErrorCheck| ; (DEFUN BOOT::|constructorAbbreviationErrorCheck| ; (BOOT::|c| BOOT::|a| BOOT::|typ| BOOT::|errmess|) ; (LET* (BOOT::|type| BOOT::|name| BOOT::|abb| BOOT::|siz| BOOT::|s|) ; (PROGN ; (SETQ BOOT::|siz| #) ; (COND (# #)) ; (COND (# #)) ; (COND (# #)) ; (SETQ BOOT::|abb| #) ; (SETQ BOOT::|name| #) ; (SETQ BOOT::|type| #) ; (COND (# #) (# #) (# #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|constructorAbbreviationErrorCheck| ; (BOOT::|c| BOOT::|a| BOOT::|typ| BOOT::|errmess|) ; (BLOCK BOOT::|constructorAbbreviationErrorCheck| ; (LET* (BOOT::|type| BOOT::|name| BOOT::|abb| BOOT::|siz| BOOT::|s|) ; (PROGN ; (SETQ #) ; (COND #) ; (COND #) ; (COND #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (COND # # #))))) ; ; caught STYLE-WARNING: ; The variable |errmess| is defined but never used. ; compiling (DEFUN |abbreviationError| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/g-cndata.clisp ; in: DEFUN |abbreviationError| ; (DEFUN BOOT::|abbreviationError| ; (BOOT::|c| BOOT::|a| BOOT::|typ| BOOT::|abb| BOOT::|name| BOOT::|type| ; BOOT::|error|) ; (PROGN ; (BOOT::|sayKeyedMsg| 'BOOT::S2IL0009 ; (LIST BOOT::|a| BOOT::|typ| BOOT::|c|)) ; (COND ; ((EQ BOOT::|error| 'BOOT::|duplicateAbb|) ; (BOOT::|throwKeyedMsg| 'BOOT::S2IL0010 #)) ; ((EQ BOOT::|error| 'BOOT::|abbIsName|) ; (BOOT::|throwKeyedMsg| 'BOOT::S2IL0011 #)) ; ((EQ BOOT::|error| 'BOOT::|wrongType|) ; (BOOT::|throwKeyedMsg| 'BOOT::S2IL0012 #)) ; (T NIL)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|abbreviationError| ; (BOOT::|c| BOOT::|a| BOOT::|typ| BOOT::|abb| BOOT::|name| BOOT::|type| ; BOOT::|error|) ; (BLOCK BOOT::|abbreviationError| ; (PROGN ; (BOOT::|sayKeyedMsg| 'BOOT::S2IL0009 ; (LIST BOOT::|a| BOOT::|typ| BOOT::|c|)) ; (COND (# #) (# #) (# #) (T NIL))))) ; ; caught STYLE-WARNING: ; The variable |abb| is defined but never used. ; compiling (DEFUN |abbreviate| ...) ; compiling (DEFUN |unabbrev| ...) ; compiling (DEFUN |unabbrevAndLoad| ...) ; compiling (DEFUN |isNameOfType| ...) ; compiling (DEFUN |unabbrev1| ...) ; compiling (DEFUN |unabbrevSpecialForms| ...) ; compiling (DEFUN |unabbrevRecordComponent| ...) ; compiling (DEFUN |unabbrevUnionComponent| ...) ; compiling (DEFUN |condAbbrev| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/g-cndata.clisp ; in: DEFUN |condAbbrev| ; (LET* (BOOT::|arg| BOOT::|res|) ; (PROGN ; (SETQ BOOT::|res| NIL) ; (LET ((BOOT::|bfVar#1| BOOT::|arglist|) ; (BOOT::|arg| NIL) ; (BOOT::|bfVar#2| BOOT::|argtypes|) ; (BOOT::|type| NIL)) ; (LOOP (COND # #) ; (SETQ #) ; (SETQ #))) ; BOOT::|res|)) ; ; caught STYLE-WARNING: ; The variable |arg| is defined but never used. ; compiling (DEFUN |condUnabbrev| ...) ; compiling (DEFUN |isConstructorName| ...) ; compiling (DEFUN |nAssocQ| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/g-cndata.clisp ; in: DEFUN |condUnabbrev| ; (BOOT::|bright| (LENGTH BOOT::|arglist|)) ; ; caught STYLE-WARNING: ; undefined function: |bright| ; in: DEFUN |constructorNameConflict| ; (BOOT::|bright| BOOT::|name|) ; ; caught STYLE-WARNING: ; undefined function: |bright| ; in: DEFUN |mkUserConstructorAbbreviation| ; (BOOT::|clearClams|) ; ; caught STYLE-WARNING: ; undefined function: |clearClams| ; (BOOT::|clearConstructorCache| BOOT::|c|) ; ; caught STYLE-WARNING: ; undefined function: |clearConstructorCache| ; in: DEFUN |getConstructorAbbreviation| ; (BOOT::|getConstructorAbbreviationFromDB| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorAbbreviationFromDB| ; in: DEFUN |constructor?| ; (BOOT::|getConstructorAbbreviationFromDB| BOOT::|name|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorAbbreviationFromDB| ; in: DEFUN |augmentLowerCaseConTable| ; (BOOT::|getConstructorAbbreviationFromDB| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorAbbreviationFromDB| ; ; caught STYLE-WARNING: ; 4 more uses of undefined function |getConstructorAbbreviationFromDB| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/g-cndata.clisp ; in: DEFUN |constructorAbbreviationErrorCheck| ; (BOOT::|getConstructorFullNameFromDB| BOOT::|a|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorFullNameFromDB| ; in: DEFUN |abbreviation?| ; (BOOT::|getConstructorFullNameFromDB| BOOT::|abb|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorFullNameFromDB| ; in: DEFUN |categoryForm?| ; (BOOT::|getConstructorKindFromDB| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorKindFromDB| ; in: DEFUN |packageForm?| ; (BOOT::|getConstructorKindFromDB| (BOOT::|opOf| BOOT::|d|)) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorKindFromDB| ; in: DEFUN |domainForm?| ; (BOOT::|getConstructorKindFromDB| (BOOT::|opOf| BOOT::|d|)) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorKindFromDB| ; ; caught STYLE-WARNING: ; 2 more uses of undefined function |getConstructorKindFromDB| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/g-cndata.clisp ; in: DEFUN |unabbrev1| ; (BOOT::|getPartialConstructorModemapSig| BOOT::|a|) ; ; caught STYLE-WARNING: ; undefined function: |getPartialConstructorModemapSig| ; in: DEFUN |abbreviate| ; (BOOT::|getPartialConstructorModemapSig| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |getPartialConstructorModemapSig| ; in: DEFUN |unabbrev1| ; (BOOT::|isDomainValuedVariable| BOOT::|u|) ; ; caught STYLE-WARNING: ; undefined function: |isDomainValuedVariable| ; in: DEFUN |constructorAbbreviationErrorCheck| ; (BOOT::|lisplibError| BOOT::|c| BOOT::|a| BOOT::|typ| BOOT::|abb| ; BOOT::|name| BOOT::|type| 'BOOT::|duplicateAbb|) ; ; caught STYLE-WARNING: ; undefined function: |lisplibError| ; in: DEFUN |unabbrev1| ; (BOOT::|niladicConstructor?| BOOT::|a|) ; ; caught STYLE-WARNING: ; undefined function: |niladicConstructor?| ; in: DEFUN |isNameOfType| ; (BOOT::|objMode| BOOT::|val|) ; ; caught STYLE-WARNING: ; undefined function: |objMode| ; in: DEFUN |condUnabbrev| ; (BOOT::|plural| (LENGTH BOOT::|argtypes|) "argument") ; ; caught STYLE-WARNING: ; undefined function: |plural| ; in: DEFUN |abbreviationError| ; (BOOT::|sayKeyedMsg| 'BOOT::S2IL0009 (LIST BOOT::|a| BOOT::|typ| BOOT::|c|)) ; ; caught STYLE-WARNING: ; undefined function: |sayKeyedMsg| ; in: DEFUN |abbQuery| ; (BOOT::|sayKeyedMsg| 'BOOT::S2IZ0001 ; (LIST BOOT::|abb| (BOOT::|getConstructorKindFromDB| BOOT::|x|) BOOT::|x|)) ; ; caught STYLE-WARNING: ; undefined function: |sayKeyedMsg| ; in: DEFUN |mkUserConstructorAbbreviation| ; (BOOT::|setAutoLoadProperty| BOOT::|c|) ; ; caught STYLE-WARNING: ; undefined function: |setAutoLoadProperty| ; in: DEFUN |constructorAbbreviationErrorCheck| ; (BOOT::|throwKeyedErrorMsg| 'BOOT::|precompilation| 'BOOT::S2IL0021 NIL) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedErrorMsg| ; (BOOT::|throwKeyedMsg| 'BOOT::S2IL0006 NIL) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsg| ; in: DEFUN |getConstructorUnabbreviation| ; (BOOT::|throwKeyedMsg| 'BOOT::S2IL0019 (LIST BOOT::|op|)) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsg| ; in: DEFUN |getConstructorAbbreviation| ; (BOOT::|throwKeyedMsg| 'BOOT::S2IL0015 (LIST BOOT::|op|)) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsg| ; ; caught STYLE-WARNING: ; 3 more uses of undefined function |throwKeyedMsg| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/g-cndata.clisp ; in: DEFUN |unabbrevRecordComponent| ; (BOOT::|userError| "wrong format for Record type") ; ; caught STYLE-WARNING: ; undefined function: |userError| ; in: DEFUN |constructorNameConflict| ; (BOOT::|userError| ; (CONS "The name" ; (BOOTTRAN:|append| (BOOT::|bright| BOOT::|name|) ; (CONS "conflicts with the name of an existing rule" ; (CONS 'BOOT::|%l| #))))) ; ; caught STYLE-WARNING: ; undefined function: |userError| ; ; compilation unit finished ; Undefined functions: ; |bright| |clearClams| |clearConstructorCache| |getConstructorAbbreviationFromDB| |getConstructorFullNameFromDB| |getConstructorKindFromDB| |getPartialConstructorModemapSig| |isDomainValuedVariable| |lisplibError| |niladicConstructor?| |objMode| |plural| |sayKeyedMsg| |setAutoLoadProperty| |throwKeyedErrorMsg| |throwKeyedMsg| |userError| ; caught 35 STYLE-WARNING conditions ; printed 1 note ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/g-cndata.fasl written ; compilation finished in 0:00:00.127 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=database.fasl --load-directory=. ../../../open-axiom/src/interp/database.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/database.clisp" (written 01 FEB 2016 10:52:49 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "nlib") ; compiling (IMPORT-MODULE "g-cndata") ; compiling (IMPORT-MODULE "c-util") ; compiling (IMPORT-MODULE "clam") ; compiling (IMPORT-MODULE "cattable") ; compiling (IMPORT-MODULE "compat") ; compiling (IMPORT-MODULE "daase") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFPARAMETER |$getUnexposedOperations| ...) ; compiling (DEFPARAMETER |$globalExposureGroupAlist| ...) ; compiling (DEFUN |pathToDatabase| ...) ; compiling (DEFSTRUCT (|%Constructor| #) ...) ; compiling (DEFMACRO |mk%Constructor| ...) ; compiling (DEFMACRO |constructorIdentifier| ...) ; compiling (DEFMACRO |constructtorKind| ...) ; compiling (DEFMACRO |constructrorAbbreviation| ...) ; compiling (DEFMACRO |constructorExplicitParameters| ...) ; compiling (DEFUN |makeConstructor| ...) ; compiling (DEFMACRO |dbConstructorDefault| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |getCategoryConstructorDefault| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |getConstructorAbbreviationFromDB| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |getConstructorCategory| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |getConstructorKindFromDB| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |getConstructorAncestorsFromDB| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |getConstructorModemap| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |getConstructorFormFromDB| ...) ; compiling (DEFUN |genericInstanceForm| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |getConstructorSourceFileFromDB| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/database.clisp ; in: DEFUN |getConstructorSourceFileFromDB| ; (DEFUN BOOT::|getConstructorSourceFileFromDB| (BOOT::|ctor|) ; (BOOT::GETDATABASE BOOT::|ctor| 'BOOT::SOURCEFILE)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|getConstructorSourceFileFromDB| ; (BOOT::|ctor|) ; (BLOCK BOOT::|getConstructorSourceFileFromDB| ; (BOOT::GETDATABASE BOOT::|ctor| 'BOOT::SOURCEFILE))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING) &REST ; T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |getConstructorModuleFromDB| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/database.clisp ; in: DEFUN |getConstructorModuleFromDB| ; (DEFUN BOOT::|getConstructorModuleFromDB| (BOOT::|ctor|) ; (BOOT::GETDATABASE BOOT::|ctor| 'BOOT::OBJECT)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|getConstructorModuleFromDB| ; (BOOT::|ctor|) ; (BLOCK BOOT::|getConstructorModuleFromDB| ; (BOOT::GETDATABASE BOOT::|ctor| 'BOOT::OBJECT))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING) &REST ; T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |getConstructorDocumentationFromDB| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/database.clisp ; in: DEFUN |getConstructorDocumentationFromDB| ; (DEFUN BOOT::|getConstructorDocumentationFromDB| (BOOT::|ctor|) ; (BOOT::GETDATABASE BOOT::|ctor| 'DOCUMENTATION)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|getConstructorDocumentationFromDB| ; (BOOT::|ctor|) ; (BLOCK BOOT::|getConstructorDocumentationFromDB| ; (BOOT::GETDATABASE BOOT::|ctor| 'DOCUMENTATION))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NULL ; (CONS ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING ; CONS) ; T)) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |getConstructorOperationsFromDB| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |getConstructorFullNameFromDB| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |getDualSignature| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |getConstructorPredicates| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |getConstructorParentsFromDB| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |getSuperDomainFromDB| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |getConstructorAttributes| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |niladicConstructor?| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |constructorHasCategoryFromDB| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/database.clisp ; in: DEFUN |constructorHasCategoryFromDB| ; (DEFUN BOOT::|constructorHasCategoryFromDB| (BOOT::|p|) ; (BOOT::GETDATABASE BOOT::|p| 'BOOT::HASCATEGORY)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|constructorHasCategoryFromDB| ; (BOOT::|p|) ; (BLOCK BOOT::|constructorHasCategoryFromDB| ; (BOOT::GETDATABASE BOOT::|p| 'BOOT::HASCATEGORY))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NULL ; (CONS ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING ; CONS CHARACTER) ; T)) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |getConstructorDefaultFromDB| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/database.clisp ; in: DEFUN |getConstructorDefaultFromDB| ; (DEFUN BOOT::|getConstructorDefaultFromDB| (BOOT::|ctor|) ; (BOOT::GETDATABASE BOOT::|ctor| 'BOOT::DEFAULTDOMAIN)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|getConstructorDefaultFromDB| ; (BOOT::|ctor|) ; (BLOCK BOOT::|getConstructorDefaultFromDB| ; (BOOT::GETDATABASE BOOT::|ctor| 'BOOT::DEFAULTDOMAIN))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL SYMBOL &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |getOperationFromDB| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/database.clisp ; in: DEFUN |getOperationFromDB| ; (DEFUN BOOT::|getOperationFromDB| (BOOT::|op|) ; (BOOT::GETDATABASE BOOT::|op| 'BOOT::OPERATION)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|getOperationFromDB| ; (BOOT::|op|) ; (BLOCK BOOT::|getOperationFromDB| ; (BOOT::GETDATABASE BOOT::|op| 'BOOT::OPERATION))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS (OR SYMBOL CONS) T)) &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |getOperationModemapsFromDB| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/database.clisp ; in: DEFUN |getOperationModemapsFromDB| ; (DEFUN BOOT::|getOperationModemapsFromDB| (BOOT::|op|) ; (BOOT::GETDATABASE BOOT::|op| 'BOOT::MODEMAPS)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|getOperationModemapsFromDB| ; (BOOT::|op|) ; (BLOCK BOOT::|getOperationModemapsFromDB| ; (BOOT::GETDATABASE BOOT::|op| 'BOOT::MODEMAPS))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NULL ; (CONS ; (OR NULL ; (CONS ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) ; BASE-STRING CONS) ; T)) ; T)) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |getConstructorArity| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |getConstructorKind| ...) ; compiling (DEFUN |categoryConstructor?| ...) ; compiling (DEFUN |modemapsFromCategory| ...) ; compiling (DEFUN |modemapsFromFunctor| ...) ; compiling (DEFUN |rebuildCDT| ...) ; compiling (DEFUN |buildDatabase| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/database.clisp ; in: DEFUN |buildDatabase| ; (DEFUN BOOT::|buildDatabase| (BOOT::|filemode| BOOT::|expensive|) ; (DECLARE (SPECIAL BOOT::|$ConstructorCache| BOOT::|$constructorList|)) ; (LET ((BOOTTRAN:|$InteractiveMode| T)) ; (DECLARE (SPECIAL BOOTTRAN:|$InteractiveMode|)) ; (PROGN ; (SETQ BOOT::|$constructorList| NIL) ; (SETQ BOOT::|$ConstructorCache| #) ; (BOOT::SAY "Making constructor autoload") ; (BOOT::|makeConstructorsAutoLoad|) ; (BOOT::SAY "Building category table") ; (BOOT::|generateCategoryTable| (|AxiomCore|:|makeTable| #'EQ)) ; (BOOT::SAY "Building libdb.text") ; (BOOT::|buildLibdb|) ; (BOOT::SAY "splitting libdb.text") ; (BOOT::|dbSplitLibdb|) ; (BOOT::SAY "creating browse constructor index") ; ...))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|buildDatabase| ; (BOOT::|filemode| BOOT::|expensive|) ; (DECLARE (SPECIAL BOOT::|$ConstructorCache| BOOT::|$constructorList|)) ; (BLOCK BOOT::|buildDatabase| ; (LET ((BOOTTRAN:|$InteractiveMode| T)) ; (DECLARE (SPECIAL BOOTTRAN:|$InteractiveMode|)) ; (PROGN ; (SETQ #) ; (SETQ #) ; (BOOT::SAY "Making constructor autoload") ; (BOOT::|makeConstructorsAutoLoad|) ; (BOOT::SAY "Building category table") ; (BOOT::|generateCategoryTable| #) ; (BOOT::SAY "Building libdb.text") ; (BOOT::|buildLibdb|) ; (BOOT::SAY "splitting libdb.text") ; (BOOT::|dbSplitLibdb|) ; (BOOT::SAY "creating browse constructor index") ; ...)))) ; ; caught STYLE-WARNING: ; The variable |filemode| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |expensive| is defined but never used. ; compiling (DEFUN |saveUsersHashTable| ...) ; compiling (DEFUN |saveDependentsHashTable| ...) ; compiling (DEFUN |getUsersOfConstructor| ...) ; compiling (DEFUN |getDependentsOfConstructor| ...) ; compiling (DEFUN |orderPredicateItems| ...) ; compiling (DEFUN |orderPredTran| ...) ; compiling (DEFUN |isDomainSubst| ...) ; compiling (DEFUN |isDomainSubst,fn| ...) ; compiling (DEFUN |isDomainSubst,findSub| ...) ; compiling (DEFUN |signatureTran| ...) ; compiling (DEFUN |interactiveModemapForm| ...) ; compiling (DEFUN |interactiveModemapForm,fn| ...) ; compiling (DEFUN |modemapPattern| ...) ; compiling (DEFUN |substVars| ...) ; compiling (DEFUN |fixUpPredicate| ...) ; compiling (DEFUN |moveORsOutside| ...) ; compiling (DEFUN |replaceVars| ...) ; compiling (DEFUN |getConditionListFromMm| ...) ; compiling (DEFUN |getDCFromSystemModemap| ...) ; compiling (DEFUN |getDomainFromMm| ...) ; compiling (DEFUN |getFirstArgTypeFromMm| ...) ; compiling (DEFUN |isFreeFunctionFromMm| ...) ; compiling (DEFUN |isFreeFunctionFromMmCond| ...) ; compiling (DEFUN |getAllModemapsFromDatabase| ...) ; compiling (DEFUN |getModemapsFromDatabase| ...) ; compiling (DEFUN |getSystemModemaps| ...) ; compiling (DEFUN |getInCoreModemaps| ...) ; compiling (DEFUN |mkAlistOfExplicitCategoryOps| ...) ; compiling (DEFUN |mkAlistOfExplicitCategoryOps,fn| ...) ; compiling (DEFUN |flattenSignatureList| ...) ; compiling (DEFUN |updateDatabase| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/database.clisp ; in: DEFUN |updateDatabase| ; (DEFUN BOOT::|updateDatabase| ; (BOOT::|fname| BOOT::|cname| BOOT::|systemdir?|) ; (LET* (BOOT::|oldFname|) ; (DECLARE (SPECIAL BOOT::|$forceDatabaseUpdate|)) ; (COND ((NOT BOOT::|$forceDatabaseUpdate|) NIL) (T (COND #) (COND #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|updateDatabase| ; (BOOT::|fname| BOOT::|cname| BOOT::|systemdir?|) ; (BLOCK BOOT::|updateDatabase| ; (LET* (BOOT::|oldFname|) ; (DECLARE (SPECIAL BOOT::|$forceDatabaseUpdate|)) ; (COND (# NIL) (T # #))))) ; ; caught STYLE-WARNING: ; The variable |fname| is defined but never used. ; compiling (DEFUN REMOVER ...) ; compiling (DEFUN |allLASSOCs| ...) ; compiling (DEFUN |loadDependents| ...) ; compiling (DEFUN |getOplistForConstructorForm| ...) ; compiling (DEFUN |getOplistWithUniqueSignatures| ...) ; compiling (DEFUN |dropPrefix| ...) ; compiling (DEFUN |isExposedConstructor| ...) ; compiling (DEFUN |displayExposedGroups| ...) ; compiling (DEFUN |displayExposedConstructors| ...) ; compiling (DEFUN |displayHiddenConstructors| ...) ; compiling (DEFUN |makeInitialDB| ...) ; compiling (DEFUN |defaultPackageForm| ...) ; compiling (DEFUN |simpleMacro?| ...) ; compiling (DEFUN |macroDefined?| ...) ; compiling (DEFUN |writeMinimalDB| ...) ; compiling (DEFUN |printInitdbInfo| ...) ; compiling (DEFUN |printAllInitdbInfo| ...) ; compiling (DEFUN |dbLoaded?| ...) ; compiling (DEFUN |loadDBIfNecessary| ...) ; compiling (DEFMACRO |dbDefaultPackage?| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/database.clisp ; in: DEFUN |modemapsFromFunctor| ; (BOOT::|bright| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |bright| ; in: DEFUN |buildDatabase| ; (BOOT::|buildBrowsedb|) ; ; caught STYLE-WARNING: ; undefined function: |buildBrowsedb| ; (BOOT::|buildGloss|) ; ; caught STYLE-WARNING: ; undefined function: |buildGloss| ; (BOOT::|buildLibdb|) ; ; caught STYLE-WARNING: ; undefined function: |buildLibdb| ; in: DEFUN |genericInstanceForm| ; (BOOT::|builtinInstanceForm| BOOT::|form|) ; ; caught STYLE-WARNING: ; undefined function: |builtinInstanceForm| ; in: DEFUN |displayHiddenConstructors| ; (BOOT::|centerAndHighlight| "there are no explicitly hidden constructors") ; ; caught STYLE-WARNING: ; undefined function: |centerAndHighlight| ; in: DEFUN |displayExposedConstructors| ; (BOOT::|centerAndHighlight| "there are no explicitly exposed constructors") ; ; caught STYLE-WARNING: ; undefined function: |centerAndHighlight| ; in: DEFUN |displayExposedGroups| ; (BOOT::|centerAndHighlight| "there are no exposed groups") ; ; caught STYLE-WARNING: ; undefined function: |centerAndHighlight| ; in: DEFUN |updateDatabase| ; (BOOT::|clearAllSlams| NIL) ; ; caught STYLE-WARNING: ; undefined function: |clearAllSlams| ; in: DEFUN |buildDatabase| ; (BOOT::|dbAugmentConstructorDataTable|) ; ; caught STYLE-WARNING: ; undefined function: |dbAugmentConstructorDataTable| ; (BOOT::|dbSplitLibdb|) ; ; caught STYLE-WARNING: ; undefined function: |dbSplitLibdb| ; in: DEFUN |getOplistWithUniqueSignatures| ; (BOOT::|insertAlist| ; (BOOTTRAN:|applySubst| BOOT::|pairlis| (LIST BOOT::|op| BOOT::|sig|)) ; (BOOTTRAN:|applySubst| BOOT::|pairlis| ; (LIST BOOT::|pred| ; (LIST BOOT::|kind| NIL BOOT::|slotNumber|))) ; BOOT::|alist|) ; ; caught STYLE-WARNING: ; undefined function: |insertAlist| ; in: DEFUN |mkAlistOfExplicitCategoryOps| ; (BOOT::|isCategoryForm| BOOT::|target| BOOT::|$e|) ; ; caught STYLE-WARNING: ; undefined function: |isCategoryForm| ; in: DEFUN |signatureTran| ; (BOOT::|isCategoryForm| BOOT::|catForm| BOOT::|$e|) ; ; caught STYLE-WARNING: ; undefined function: |isCategoryForm| ; in: DEFUN |mkAlistOfExplicitCategoryOps| ; (BOOT::|keyedSystemError| 'BOOT::S2GE0016 ; (LIST "mkAlistOfExplicitCategoryOps" "bad signature")) ; ; caught STYLE-WARNING: ; undefined function: |keyedSystemError| ; in: DEFUN |getDomainFromMm| ; (BOOT::|keyedSystemError| 'BOOT::S2GE0016 ; (LIST "getDomainFromMm" "Can't find domain in modemap condition")) ; ; caught STYLE-WARNING: ; undefined function: |keyedSystemError| ; in: DEFUN |loadDBIfNecessary| ; (BOOT::|loadDB| BOOT::|db|) ; ; caught STYLE-WARNING: ; undefined function: |loadDB| ; in: DEFUN |loadDependents| ; (BOOT::|loadIfNecessary| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |loadIfNecessary| ; in: DEFUN |buildDatabase| ; (BOOT::|makeConstructorsAutoLoad|) ; ; caught STYLE-WARNING: ; undefined function: |makeConstructorsAutoLoad| ; (BOOT::|mkDependentsHashTable|) ; ; caught STYLE-WARNING: ; undefined function: |mkDependentsHashTable| ; (BOOT::|mkUsersHashTable|) ; ; caught STYLE-WARNING: ; undefined function: |mkUsersHashTable| ; in: DEFUN |printInitdbInfo| ; (BOOT::|parseSpadFile| BOOT::|path|) ; ; caught STYLE-WARNING: ; undefined function: |parseSpadFile| ; in: DEFUN |loadDependents| ; (BOOT::|readLib1| BOOT::|fn| BOOT::|$spadLibFT| '*) ; ; caught STYLE-WARNING: ; undefined function: |readLib1| ; in: DEFUN |getDependentsOfConstructor| ; (BOOT::|readLib1| 'BOOT::DEPENDENTS 'BOOT::DATABASE 'BOOT::|a|) ; ; caught STYLE-WARNING: ; undefined function: |readLib1| ; in: DEFUN |getUsersOfConstructor| ; (BOOT::|readLib1| 'BOOT::USERS 'BOOT::DATABASE 'BOOT::|a|) ; ; caught STYLE-WARNING: ; undefined function: |readLib1| ; in: DEFUN |saveDependentsHashTable| ; (BOOT::|removeFile| ; (BOOT::|makeFullFilePath| ; (LIST 'BOOT::DEPENDENTS 'BOOT::DATABASE 'BOOT::|a|))) ; ; caught STYLE-WARNING: ; undefined function: |removeFile| ; in: DEFUN |saveUsersHashTable| ; (BOOT::|removeFile| ; (BOOT::|makeFullFilePath| (LIST 'BOOT::USERS 'BOOT::DATABASE 'BOOT::|a|))) ; ; caught STYLE-WARNING: ; undefined function: |removeFile| ; in: DEFUN |displayHiddenConstructors| ; (BOOT::|sayKeyedMsg| 'BOOT::S2IZ0049C NIL) ; ; caught STYLE-WARNING: ; undefined function: |sayKeyedMsg| ; in: DEFUN |displayExposedConstructors| ; (BOOT::|sayKeyedMsg| 'BOOT::S2IZ0049B NIL) ; ; caught STYLE-WARNING: ; undefined function: |sayKeyedMsg| ; in: DEFUN |displayExposedGroups| ; (BOOT::|sayKeyedMsg| 'BOOT::S2IZ0049A (LIST BOOT::|$interpreterFrameName|)) ; ; caught STYLE-WARNING: ; undefined function: |sayKeyedMsg| ; in: DEFUN |makeInitialDB| ; (BOOT::|setAutoLoadProperty| (CAR BOOT::|form|)) ; ; caught STYLE-WARNING: ; undefined function: |setAutoLoadProperty| ; in: DEFUN |pathToDatabase| ; (BOOT::|systemDatabaseDirectory|) ; ; caught STYLE-WARNING: ; undefined function: |systemDatabaseDirectory| ; in: DEFUN |saveDependentsHashTable| ; (BOOT::|writeLib| 'BOOT::DEPENDENTS 'BOOT::DATABASE) ; ; caught STYLE-WARNING: ; undefined function: |writeLib| ; in: DEFUN |saveUsersHashTable| ; (BOOT::|writeLib| 'BOOT::USERS 'BOOT::DATABASE) ; ; caught STYLE-WARNING: ; undefined function: |writeLib| ; ; compilation unit finished ; Undefined functions: ; |bright| |buildBrowsedb| |buildGloss| |buildLibdb| |builtinInstanceForm| |centerAndHighlight| |clearAllSlams| |dbAugmentConstructorDataTable| |dbSplitLibdb| |insertAlist| |isCategoryForm| |keyedSystemError| |loadDB| |loadIfNecessary| |makeConstructorsAutoLoad| |mkDependentsHashTable| |mkUsersHashTable| |parseSpadFile| |readLib1| |removeFile| |sayKeyedMsg| |setAutoLoadProperty| |systemDatabaseDirectory| |writeLib| ; caught 37 STYLE-WARNING conditions ; printed 7 notes ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/database.fasl written ; compilation finished in 0:00:00.426 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=debug.fasl --load-directory=. ../../../open-axiom/src/interp/debug.lisp ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/interp/debug.lisp" (written 11 JAN 2016 09:41:16 PM): ; compiling (IMPORT-MODULE "sys-macros") ; compiling (IMPORT-MODULE "lexing") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFVAR S-SPADKEY ...) ; compiling (DEFPARAMETER /COUNTLIST ...) ; compiling (DEFPARAMETER /TIMERLIST ...) ; compiling (DEFPARAMETER /TRACESIZE ...) ; compiling (DEFVAR CURSTRM ...) ; compiling (DEFVAR /TRACELETNAMES ...) ; compiling (DEFVAR /PRETTY ...) ; compiling (DEFPARAMETER /ECHO ...) ; compiling (MAKEPROP (QUOTE LISP) ...) ; compiling (MAKEPROP (QUOTE INPUT) ...) ; compiling (MAKEPROP (QUOTE SPAD) ...) ; compiling (MAKEPROP (QUOTE BOOT) ...) ; compiling (DEFMACRO |/C,LIB| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/interp/debug.lisp ; in: DEFMACRO |/C,LIB| ; (DEFMACRO BOOT::|/C,LIB| ; (&REST BOOT::L ; &AUX BOOT::|$editFile| (BOOT::$PRETTYPRINT 'T) ; (BOOT::$REPORTCOMPILATION 'T)) ; (DECLARE ; (SPECIAL BOOT::|$editFile| BOOT::$PRETTYPRINT BOOT::$REPORTCOMILATION)) ; `',(BOOT::|compileConstructorLib| BOOT::L (BOOT::/COMP) NIL NIL)) ; --> SB-C::NAMED-DS-BIND SB-INT:BINDING* ; ==> ; (LET* ((#:G0 (CDR #:EXPR)) ; (BOOT::L #:G0) ; (BOOT::|$editFile| NIL) ; (BOOT::$PRETTYPRINT 'T) ; (BOOT::$REPORTCOMPILATION 'T)) ; (DECLARE (SPECIAL BOOT::|$editFile| BOOT::$PRETTYPRINT)) ; (DECLARE (SPECIAL BOOT::$REPORTCOMILATION)) ; (BLOCK BOOT::|/C,LIB| ; `',(BOOT::|compileConstructorLib| BOOT::L (BOOT::/COMP) NIL NIL))) ; ; caught STYLE-WARNING: ; The variable $REPORTCOMPILATION is defined but never used. ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/interp/debug.lisp ; in: DEFMACRO |/C,LIB| ; (DEFMACRO BOOT::|/C,LIB| ; (&REST BOOT::L ; &AUX BOOT::|$editFile| (BOOT::$PRETTYPRINT 'T) ; (BOOT::$REPORTCOMPILATION 'T)) ; (DECLARE ; (SPECIAL BOOT::|$editFile| BOOT::$PRETTYPRINT BOOT::$REPORTCOMILATION)) ; `',(BOOT::|compileConstructorLib| BOOT::L (BOOT::/COMP) NIL NIL)) ; --> PROGN EVAL-WHEN SB-C::%DEFMACRO SB-C::%DEFMACRO SB-INT:NAMED-LAMBDA ; --> FUNCTION SB-C::NAMED-DS-BIND SB-INT:BINDING* ; ==> ; (LET* ((#:G1 (CDR #:EXPR)) ; (BOOT::L #:G1) ; (BOOT::|$editFile| NIL) ; (BOOT::$PRETTYPRINT 'T) ; (BOOT::$REPORTCOMPILATION 'T)) ; (DECLARE (SPECIAL BOOT::|$editFile| BOOT::$PRETTYPRINT)) ; (DECLARE (SPECIAL BOOT::$REPORTCOMILATION)) ; (BLOCK BOOT::|/C,LIB| ; `',(BOOT::|compileConstructorLib| BOOT::L (BOOT::/COMP) NIL NIL))) ; ; caught STYLE-WARNING: ; The variable $REPORTCOMPILATION is defined but never used. ; compiling (DEFMACRO /C ...) ; compiling (DEFMACRO /CT ...) ; compiling (DEFMACRO /CTL ...) ; compiling (DEFMACRO /D ...) ; compiling (DEFMACRO /EC ...) ; compiling (DEFMACRO /ECT ...) ; compiling (DEFMACRO /ECTL ...) ; compiling (DEFMACRO /E ...) ; compiling (DEFMACRO /ED ...) ; compiling (DEFUN HEAPELAPSED ...) ; compiling (DEFUN /COMP ...) ; compiling (DEFVAR /FN ...) ; compiling (DEFPARAMETER /DEPTH ...) ; compiling (DEFPARAMETER DEBUGMODE ...) ; compiling (DEFUN REDUCTION-PRINT ...) ; compiling (DEFUN /EMBED-1 ...) ; compiling (DEFVAR /EMBEDNAMES) ; compiling (DEFUN /EMBED-Q ...) ; compiling (DEFUN /EMBEDREPLY ...) ; compiling (DEFUN /D-1 ...) ; compiling (DEFUN |/D,2,LIB| ...) ; compiling (DEFPARAMETER $LINENUMBER ...) ; compiling (DEFUN /D-2 ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/interp/debug.lisp ; in: DEFUN /D-2 ; (PROG (BOOT::FT BOOT::OFT BOOT::SFN BOOT::X BOOT::EDINFILE BOOT::FILE ; BOOT::DEF BOOT::KEY BOOT::RECNO BOOT::U BOOT::W BOOT::SOURCEFILES ...) ; (DECLARE ; (SPECIAL BOOT::|$Echo| BOOT::SINGLINEMODE BOOT::INPUTSTREAM ; BOOT::|$backend| BOOT::SPADERRORSTREAM BOOT::ISID BOOT::NBLNK ; BOOT::COMMENTCHR BOOT::/SOURCEFILES BOOT::METAKEYLST ; BOOT::DEFINITION_NAME ...)) ; (IF (CONSP BOOT::FN) ; (SETQ BOOT::FN (BOOT::QCAR BOOT::FN))) ; (SETQ BOOT::INFILE ; (OR BOOT::INFILE (BOOT::|getFunctionSourceFile| BOOT::FN))) ; (IF (CONSP BOOT::$FUNCTION) ; (SETQ BOOT::$FUNCTION (BOOT::QCAR BOOT::$FUNCTION))) ; (SETQ BOOT::FN BOOT::$FUNCTION) ; (SETQ BOOT::/FN BOOT::$FUNCTION) ; LOOP ; (SETQ BOOT::SOURCEFILES ; (COND (BOOT::INFILE # #) (BOOT::|$editFile| #) ; ('T BOOT::/SOURCEFILES))) ; (SETQ BOOT::RECNO ; (DOLIST (BOOT::FILE BOOT::SOURCEFILES) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (BOOT::SHUT BOOT::INPUTSTREAM) ; (COND #))) ; (IF (NOT BOOT::RECNO) ; (IF (SETQ BOOT::INFILE #) ; (GO LOOP) ; (BOOT::|spadThrow|))) ...) ; --> BLOCK ; ==> ; (LET (BOOT::FT ; BOOT::OFT ; BOOT::SFN ; BOOT::X ; BOOT::EDINFILE ; BOOT::FILE ; BOOT::DEF ; BOOT::KEY ; BOOT::RECNO ; BOOT::U ; BOOT::W ; BOOT::SOURCEFILES ; ...) ; (DECLARE ; (SPECIAL BOOT::|$Echo| BOOT::SINGLINEMODE BOOT::INPUTSTREAM ; BOOT::|$backend| BOOT::SPADERRORSTREAM BOOT::ISID BOOT::NBLNK ; BOOT::COMMENTCHR BOOT::/SOURCEFILES BOOT::METAKEYLST ; BOOT::DEFINITION_NAME ...)) ; (TAGBODY ; (IF (CONSP BOOT::FN) ; (SETQ BOOT::FN #)) ; (SETQ BOOT::INFILE (OR BOOT::INFILE #)) ; (IF (CONSP BOOT::$FUNCTION) ; (SETQ BOOT::$FUNCTION #)) ; (SETQ BOOT::FN BOOT::$FUNCTION) ; (SETQ BOOT::/FN BOOT::$FUNCTION) ; LOOP ; (SETQ BOOT::SOURCEFILES (COND # # #)) ; (SETQ BOOT::RECNO (DOLIST # # # # # # # # # # #)) ; (IF (NOT BOOT::RECNO) ; (IF (SETQ #) ; (GO LOOP) ; (BOOT::|spadThrow|))) ; (TERPRI) ; (TERPRI) ...)) ; ; caught STYLE-WARNING: ; The variable X is defined but never used. ; ; caught STYLE-WARNING: ; The variable FILE is defined but never used. ; ; caught STYLE-WARNING: ; The variable W is defined but never used. ; compiling (DEFUN FUNLOC ...) ; compiling (DEFUN /LOCATE ...) ; compiling (DEFUN MATCH-FUNCTION-DEF ...) ; compiling (DEFINE-FUNCTION (QUOTE |/D,1|) ...) ; compiling (DEFVAR /UPDATESTREAM ...) ; compiling (DEFUN /INITUPDATES ...) ; compiling (DEFUN /UPDATE ...) ; compiling (DEFUN /DUPDATE ...) ; compiling (DEFUN /UPDATE-1 ...) ; compiling (DEFUN /WRITEUPDATE ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/interp/debug.lisp ; in: DEFUN /WRITEUPDATE ; (DEFUN BOOT::/WRITEUPDATE ; (BOOT::FUN BOOT::FN BOOT::FT BOOT::FM FTYPE BOOT::OP) ; (PROG (BOOT::IFT BOOT::KEY BOOT::RECNO BOOT::ORECNO BOOT::DATE TIME ; BOOT::DATETIME) ; (IF (EQ 'BOOT::INPUT BOOT::FT) ; (RETURN NIL)) ; (IF (NOT BOOT::|$createUpdateFiles|) ; (RETURN NIL)) ; (IF (OR (NOT #) (NOT #)) ; (BOOT::/INITUPDATES BOOT::/VERSION)) ; (SETQ BOOT::DATETIME (BOOT::|getDateAndTime|)) ; (SETQ BOOT::DATE (CAR BOOT::DATETIME)) ; (SETQ TIME (CDR BOOT::DATETIME)) ; (PRINC ; (BOOT::STRCONC (COND # #) " " (BOOT::STRINGIMAGE BOOT::FM) ; (BOOT::STRINGIMAGE BOOT::FN) "." ; (BOOT::STRINGIMAGE BOOT::FT) " " BOOT::DATE " " TIME) ; BOOT::/UPDATESTREAM) ; (TERPRI BOOT::/UPDATESTREAM))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::/WRITEUPDATE ; (BOOT::FUN BOOT::FN BOOT::FT BOOT::FM FTYPE BOOT::OP) ; (BLOCK BOOT::/WRITEUPDATE ; (PROG (BOOT::IFT BOOT::KEY BOOT::RECNO BOOT::ORECNO BOOT::DATE TIME ; BOOT::DATETIME) ; (IF (EQ 'BOOT::INPUT BOOT::FT) ; (RETURN NIL)) ; (IF (NOT BOOT::|$createUpdateFiles|) ; (RETURN NIL)) ; (IF (OR # #) ; (BOOT::/INITUPDATES BOOT::/VERSION)) ; (SETQ BOOT::DATETIME #) ; (SETQ BOOT::DATE #) ; (SETQ TIME #) ; (PRINC (BOOT::STRCONC # " " # # "." # " " BOOT::DATE " " TIME) ; BOOT::/UPDATESTREAM) ; (TERPRI BOOT::/UPDATESTREAM)))) ; ; caught STYLE-WARNING: ; The variable FTYPE is defined but never used. ; ; caught STYLE-WARNING: ; The variable OP is defined but never used. ; (PROG (BOOT::IFT BOOT::KEY BOOT::RECNO BOOT::ORECNO BOOT::DATE TIME ; BOOT::DATETIME) ; (IF (EQ 'BOOT::INPUT BOOT::FT) ; (RETURN NIL)) ; (IF (NOT BOOT::|$createUpdateFiles|) ; (RETURN NIL)) ; (IF (OR (NOT (BOUNDP 'BOOT::/UPDATESTREAM)) ; (NOT (STREAMP BOOT::/UPDATESTREAM))) ; (BOOT::/INITUPDATES BOOT::/VERSION)) ; (SETQ BOOT::DATETIME (BOOT::|getDateAndTime|)) ; (SETQ BOOT::DATE (CAR BOOT::DATETIME)) ; (SETQ TIME (CDR BOOT::DATETIME)) ; (PRINC ; (BOOT::STRCONC (COND (# " QUAD ") (#)) " " ; (BOOT::STRINGIMAGE BOOT::FM) (BOOT::STRINGIMAGE BOOT::FN) ; "." (BOOT::STRINGIMAGE BOOT::FT) " " BOOT::DATE " " TIME) ; BOOT::/UPDATESTREAM) ; (TERPRI BOOT::/UPDATESTREAM)) ; --> BLOCK ; ==> ; (LET (BOOT::IFT ; BOOT::KEY ; BOOT::RECNO ; BOOT::ORECNO ; BOOT::DATE ; TIME ; BOOT::DATETIME) ; (TAGBODY ; (IF (EQ 'BOOT::INPUT BOOT::FT) ; (RETURN NIL)) ; (IF (NOT BOOT::|$createUpdateFiles|) ; (RETURN NIL)) ; (IF (OR (NOT #) (NOT #)) ; (BOOT::/INITUPDATES BOOT::/VERSION)) ; (SETQ BOOT::DATETIME (BOOT::|getDateAndTime|)) ; (SETQ BOOT::DATE (CAR BOOT::DATETIME)) ; (SETQ TIME (CDR BOOT::DATETIME)) ; (PRINC ; (BOOT::STRCONC (COND # #) " " (BOOT::STRINGIMAGE BOOT::FM) ; (BOOT::STRINGIMAGE BOOT::FN) "." ; (BOOT::STRINGIMAGE BOOT::FT) " " BOOT::DATE " " TIME) ; BOOT::/UPDATESTREAM) ; (TERPRI BOOT::/UPDATESTREAM))) ; ; caught STYLE-WARNING: ; The variable IFT is defined but never used. ; ; caught STYLE-WARNING: ; The variable KEY is defined but never used. ; ; caught STYLE-WARNING: ; The variable RECNO is defined but never used. ; ; caught STYLE-WARNING: ; The variable ORECNO is defined but never used. ; compiling (DEFUN |getDateAndTime| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/interp/debug.lisp ; in: DEFUN |getDateAndTime| ; (MULTIPLE-VALUE-BIND ; (BOOT::SEC MIN BOOT::HOUR BOOT::DAY BOOT::MON BOOT::YEAR) ; (GET-DECODED-TIME) ; (CONS ; (BOOT::STRCONC (BOOT::LENGTH2STR BOOT::MON) "/" ; (BOOT::LENGTH2STR BOOT::DAY) "/" ; (BOOT::LENGTH2STR BOOT::YEAR)) ; (BOOT::STRCONC (BOOT::LENGTH2STR BOOT::HOUR) ":" (BOOT::LENGTH2STR MIN)))) ; --> MULTIPLE-VALUE-CALL ; ==> ; #'(LAMBDA ; (&OPTIONAL (BOOT::SEC) (MIN) (BOOT::HOUR) (BOOT::DAY) (BOOT::MON) ; (BOOT::YEAR) ; &REST #:G276) ; (DECLARE (IGNORE #:G276)) ; (CONS ; (BOOT::STRCONC (BOOT::LENGTH2STR BOOT::MON) "/" ; (BOOT::LENGTH2STR BOOT::DAY) "/" ; (BOOT::LENGTH2STR BOOT::YEAR)) ; (BOOT::STRCONC (BOOT::LENGTH2STR BOOT::HOUR) ":" ; (BOOT::LENGTH2STR MIN)))) ; ; caught STYLE-WARNING: ; The variable SEC is defined but never used. ; compiling (DEFUN LENGTH2STR ...) ; compiling (DEFMACRO /T ...) ; compiling (DEFMACRO /TRACE ...) ; compiling (DEFUN /TRACE-0 ...) ; compiling (DEFINE-FUNCTION (QUOTE |/TRACE,0|) ...) ; compiling (DEFMACRO /TRACEANDCOUNT ...) ; compiling (DEFUN /TRACE-1 ...) ; compiling (DEFVAR |$traceDomains| ...) ; compiling (DEFUN /TRACE-2 ...) ; compiling (DEFUN OPTIONS2UC ...) ; compiling (DEFUN COND-UCASE ...) ; compiling (DEFUN TRACEOPTIONS ...) ; compiling (DEFMACRO |/untrace| ...) ; compiling (DEFMACRO /UNTRACE ...) ; compiling (DEFMACRO /U ...) ; compiling (DEFUN /UNTRACE-0 ...) ; compiling (DEFINE-FUNCTION (QUOTE |/UNTRACE,0|) ...) ; compiling (DEFUN /UNTRACE-1 ...) ; compiling (DEFUN /UNTRACE-REDUCE ...) ; compiling (DEFUN /UNTRACE-2 ...) ; compiling (DEFINE-FUNCTION (QUOTE |/UNTRACE,2|) ...) ; compiling (DEFUN MONITOR-PRINVALUE ...) ; compiling (DEFUN MONITOR-BLANKS ...) ; compiling (DEFUN MONITOR-EVALBEFORE ...) ; compiling (DEFUN MONITOR-EVALAFTER ...) ; compiling (DEFUN MONITOR-EVALTRAN ...) ; compiling (DEFINE-FUNCTION (QUOTE |MONITOR,EVALTRAN|) ...) ; compiling (DEFUN MONITOR-EVALTRAN1 ...) ; compiling (DEFUN HAS_SHARP_VAR ...) ; compiling (DEFUN IS_SHARP_VAR ...) ; compiling (DEFUN MONITOR-GETVALUE ...) ; compiling (DEFUN MONITOR-PRINARGS ...) ; compiling (DEFUN MONITOR-PRINTREST ...) ; compiling (DEFUN MONITOR-PRINARGS-1 ...) ; compiling (DEFUN MONITOR-PRINT ...) ; compiling (DEFUN PRINMATHOR0 ...) ; compiling (DEFUN SMALL-ENOUGH ...) ; compiling (DEFUN SMALL-ENOUGH-COUNT ...) ; compiling (DEFUN /OPTIONS ...) ; compiling (DEFUN /GETOPTION ...) ; compiling (DEFUN /GETTRACEOPTIONS ...) ; compiling (DEFMACRO /TRACELET ...) ; compiling (DEFUN /TRACELET-1 ...) ; compiling (DEFUN TRACELETREPLY ...) ; compiling (DEFUN /TRACELET-2 ...) ; compiling (DEFMACRO /TRACE-LET ...) ; compiling (DEFUN /TRACELET-PRINT ...) ; compiling (DEFMACRO /UNTRACELET ...) ; compiling (DEFUN /UNTRACELET-1 ...) ; compiling (DEFUN /UNTRACELET-2 ...) ; compiling (DEFMACRO /EMBED ...) ; compiling (DEFMACRO /UNEMBED ...) ; compiling (DEFUN /UNEMBED-Q ...) ; compiling (DEFUN /UNEMBED-1 ...) ; compiling (DEFVAR /BREAKCONDITION ...) ; compiling (DEFUN /MONITOR ...) ; compiling (DEFVAR |$TraceFlag| ...) ; compiling (DEFVAR |depthAlist| ...) ; compiling (DEFUN WHOCALLED ...) ; compiling (DEFUN /MONITORX ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/interp/debug.lisp ; in: DEFUN /MONITORX ; (PROG (BOOT::C BOOT::V BOOT::A BOOT::NAME1 BOOT::CURSTRM BOOT::EVAL_TIME ; BOOT::INIT_TIME BOOT::NOT_TOP_LEVEL ; (BOOT::/DEPTH ; (IF (AND # #) ; (1+ BOOT::/DEPTH) ; 1)) ; (BOOT::|depthAlist| ; (IF (BOUNDP 'BOOT::|depthAlist|) ; (COPY-TREE BOOT::|depthAlist|) ; NIL)) ; BOOT::FUNDEPTH BOOT::NAMEID ...) ; (DECLARE ; (SPECIAL BOOT::CURSTRM BOOT::/DEPTH BOOT::FUNDEPTH ; BOOT::|$tracedSpadModemap| BOOT::|$mathTrace| BOOT::/CALLER BOOT::/NAME ; BOOT::/VALUE BOOT::/BREAKCONDITION BOOT::|depthAlist|)) ; (SETQ BOOT::/NAME BOOT::NAME) ; (SETQ BOOT::NAME1 ; (BOOT::PNAME (BOOT::|rassocSub| # BOOT::|$mapSubNameAlist|))) ; (SETQ BOOT::/BREAKCONDITION BOOT::BREAKCONDITION) ; (SETQ BOOT::/CALLER ; (BOOT::|rassocSub| (BOOT::WHOCALLED 6) BOOT::|$mapSubNameAlist|)) ; (IF (NOT (STRINGP BOOT::TRACECODE)) ; (BOOT::MOAN "set TRACECODE to '1911' and restart")) ; (SETQ BOOT::C (DIGIT-CHAR-P (ELT BOOT::TRACECODE 0)) ; BOOT::V (DIGIT-CHAR-P (ELT BOOT::TRACECODE 1)) ; BOOT::A (DIGIT-CHAR-P (ELT BOOT::TRACECODE 2))) ; (IF BOOT::COUNTNAM ; (SETF (SYMBOL-VALUE BOOT::COUNTNAM) (1+ #))) ; (SETQ BOOT::NAMEID (INTERN BOOT::NAME)) ; (SETQ BOOT::NOT_TOP_LEVEL ; (ASSOC BOOT::NAMEID BOOT::|depthAlist| :TEST #'EQ)) ...) ; --> BLOCK ; ==> ; (LET (BOOT::C ; BOOT::V ; BOOT::A ; BOOT::NAME1 ; BOOT::CURSTRM ; BOOT::EVAL_TIME ; BOOT::INIT_TIME ; BOOT::NOT_TOP_LEVEL ; (BOOT::/DEPTH ; (IF (AND # #) ; (1+ BOOT::/DEPTH) ; 1)) ; (BOOT::|depthAlist| ; (IF (BOUNDP 'BOOT::|depthAlist|) ; (COPY-TREE BOOT::|depthAlist|) ; NIL)) ; BOOT::FUNDEPTH ; BOOT::NAMEID ; ...) ; (DECLARE ; (SPECIAL BOOT::CURSTRM BOOT::/DEPTH BOOT::FUNDEPTH ; BOOT::|$tracedSpadModemap| BOOT::|$mathTrace| BOOT::/CALLER BOOT::/NAME ; BOOT::/VALUE BOOT::/BREAKCONDITION BOOT::|depthAlist|)) ; (TAGBODY ; (SETQ BOOT::/NAME BOOT::NAME) ; (SETQ BOOT::NAME1 (BOOT::PNAME #)) ; (SETQ BOOT::/BREAKCONDITION BOOT::BREAKCONDITION) ; (SETQ BOOT::/CALLER (BOOT::|rassocSub| # BOOT::|$mapSubNameAlist|)) ; (IF (NOT (STRINGP BOOT::TRACECODE)) ; (BOOT::MOAN "set TRACECODE to '1911' and restart")) ; (SETQ BOOT::C (DIGIT-CHAR-P #) ; BOOT::V (DIGIT-CHAR-P #) ; BOOT::A (DIGIT-CHAR-P #)) ; (IF BOOT::COUNTNAM ; (SETF # #)) ; (SETQ BOOT::NAMEID (INTERN BOOT::NAME)) ; (SETQ BOOT::NOT_TOP_LEVEL ; (ASSOC BOOT::NAMEID BOOT::|depthAlist| :TEST #'EQ)) ; (IF (NOT BOOT::NOT_TOP_LEVEL) ; (SETQ BOOT::|depthAlist| #) ; (RPLACD BOOT::NOT_TOP_LEVEL (1+ #))) ; (SETQ BOOT::FUNDEPTH (CDR #)) ...)) ; ; caught STYLE-WARNING: ; The variable CURDEPTH is defined but never used. ; compiling (DEFVAR |$oldTime| ...) ; compiling (DEFVAR |$timerOn| ...) ; compiling (DEFVAR $DELAY ...) ; compiling (DEFUN |startTimer| ...) ; compiling (DEFUN |stopTimer| ...) ; compiling (DEFUN |clock| ...) ; compiling (DEFUN PAIRTRACE ...) ; compiling (DEFUN BPITRACE ...) ; compiling (DEFUN BPIUNTRACE ...) ; compiling (DEFUN SPADSYSNAMEP ...) ; compiling (MAKEPROP (QUOTE |coerce|) ...) ; compiling (MAKEPROP (QUOTE |comp|) ...) ; compiling (MAKEPROP (QUOTE |compIf|) ...) ; compiling (MAKEPROP (QUOTE |compFormWithModemap|) ...) ; compiling (DEFUN UNVEC ...) ; compiling (DEFUN DROPENV ...) ; compiling (DEFUN SHOWBIND ...) ; compiling (DEFUN LISP-BREAK-FROM-AXIOM ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/interp/debug.lisp ; in: DEFUN LISP-BREAK-FROM-AXIOM ; (DEFUN BOOT::LISP-BREAK-FROM-AXIOM (&REST IGNORE) ; (BOOT::|handleLispBreakLoop| BOOT::|$BreakMode|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::LISP-BREAK-FROM-AXIOM ; (&REST IGNORE) ; (BLOCK BOOT::LISP-BREAK-FROM-AXIOM ; (BOOT::|handleLispBreakLoop| BOOT::|$BreakMode|))) ; ; caught STYLE-WARNING: ; The variable IGNORE is defined but never used. ; compiling (DEFUN INTERRUPT ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/interp/debug.lisp ; in: DEFUN INTERRUPT ; (DEFUN BOOT::INTERRUPT (&REST IGNORE)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::INTERRUPT ; (&REST IGNORE) ; (BLOCK BOOT::INTERRUPT)) ; ; caught STYLE-WARNING: ; The variable IGNORE is defined but never used. ; compiling (DEFUN SPAD_SYNTAX_ERROR ...) ; compiling (DEFUN SPAD_LONG_ERROR ...) ; compiling (DEFUN SPAD_SHORT_ERROR ...) ; compiling (DEFUN SPAD_ERROR_LOC ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/interp/debug.lisp ; in: DEFUN /UPDATE-1 => DEFSTREAM (/MKINFILENAM UPFILE) ; (BOOT::/MKINFILENAM BOOT::UPFILE) ; ; caught STYLE-WARNING: ; undefined function: /MKINFILENAM ; in: DEFUN /D-2 ; (BOOT::/MKINFILENAM '(NIL)) ; ; caught STYLE-WARNING: ; undefined function: /MKINFILENAM ; in: DEFUN /D-1 ; (BOOT::/MKINFILENAM (BOOT::/GETOPTION BOOT::OPTIONS 'BOOT::FROM)) ; ; caught STYLE-WARNING: ; undefined function: /MKINFILENAM ; (BOOT::/MKOUTFILENAM (BOOT::/GETOPTION BOOT::OPTIONS 'BOOT::TO) BOOT::INFILE) ; ; caught STYLE-WARNING: ; undefined function: /MKOUTFILENAM ; in: DEFUN /UPDATE-1 ; (BOOT::/RF-1 BOOT::FILE) ; ; caught STYLE-WARNING: ; undefined function: /RF-1 ; in: DEFUN /UNTRACE-1 ; (BOOT::/TRACEREPLY) ; ; caught STYLE-WARNING: ; undefined function: /TRACEREPLY ; in: DEFUN /TRACE-1 ; (BOOT::/TRACEREPLY) ; ; caught STYLE-WARNING: ; undefined function: /TRACEREPLY ; in: DEFUN /D-2 ; (BOOT::BOOT-PARSE-1 BOOT::INPUTSTREAM) ; ; caught STYLE-WARNING: ; undefined function: BOOT-PARSE-1 ; in: DEFUN FUNLOC ; (BOOT::FINDTAG BOOT::FUNC) ; ; caught STYLE-WARNING: ; undefined function: FINDTAG ; in: DEFUN OPTIONS2UC ; (BOOT::LC2UC (CAAR BOOT::L)) ; ; caught STYLE-WARNING: ; undefined function: LC2UC ; in: DEFUN MATCH-FUNCTION-DEF ; (BOOT::MATCH-LISP-TAG BOOT::FN BOOT::LINE "(def") ; ; caught STYLE-WARNING: ; undefined function: MATCH-LISP-TAG ; in: DEFUN /MONITORX ; (BOOT::MDEF BOOT::FUNCT BOOT::/ARGS) ; ; caught STYLE-WARNING: ; undefined function: MDEF ; in: DEFMACRO /TRACELET ; `',(PROG (BOOT::OPTIONL BOOT::FNL) ; (IF (MEMBER 'BOOT::? BOOT::L :TEST #'EQ) ; (RETURN ; (BOOT::|runCommand| ; (IF # ; "EXEC NORMEDIT TRACELET TELL" ; "$COPY AZ8F:TRLET.TELL")))) ; (SETQ BOOT::OPTIONL (BOOT::/OPTIONS BOOT::L)) ; (SETQ BOOT::FNL (BOOT::TRUNCLIST BOOT::L BOOT::OPTIONL)) ; (RETURN (BOOT::/TRACELET-1 BOOT::FNL BOOT::OPTIONL))) ; --> SB-IMPL::|List| PROG BLOCK LET TAGBODY IF RETURN RETURN-FROM ; --> BOOT::|runCommand| IF EQ ; ==> ; (BOOT::SYSID) ; ; caught STYLE-WARNING: ; undefined function: SYSID ; in: DEFUN /TRACE-2 ; (BOOT::TRACE_OPTION_ERROR 'BOOT::DEPTH) ; ; caught STYLE-WARNING: ; undefined function: TRACE_OPTION_ERROR ; in: DEFUN UNVEC ; (BOOT::VEC_TO_TREE BOOT::X) ; ; caught STYLE-WARNING: ; undefined function: VEC_TO_TREE ; in: DEFUN /MONITORX ; (BOOT::|break| ; (LIST "Break on entering" 'BOOT::|%b| BOOT::NAME1 'BOOT::|%d| ":")) ; ; caught STYLE-WARNING: ; undefined function: |break| ; in: DEFUN /TRACE-2 ; (BOOT::|breaklet| BOOT::FN BOOT::VARS) ; ; caught STYLE-WARNING: ; undefined function: |breaklet| ; in: DEFUN /MONITORX ; (BOOT::|coerceTraceArgs2E| (INTERN BOOT::NAME1) (INTERN BOOT::NAME) ; BOOT::/ARGS) ; ; caught STYLE-WARNING: ; undefined function: |coerceTraceArgs2E| ; (BOOT::|coerceTraceFunValue2E| (INTERN BOOT::NAME1) (INTERN BOOT::NAME) ; BOOT::/VALUE) ; ; caught STYLE-WARNING: ; undefined function: |coerceTraceFunValue2E| ; in: DEFMACRO |/C,LIB| ; `',(BOOT::|compileConstructorLib| BOOT::L (BOOT::/COMP) NIL NIL) ; --> SB-IMPL::|List| ; ==> ; (BOOT::|compileConstructorLib| BOOT::L (BOOT::/COMP) NIL NIL) ; ; caught STYLE-WARNING: ; undefined function: |compileConstructorLib| ; in: DEFUN /UNTRACE-2 ; (BOOT::|devaluate| (EVAL BOOT::X)) ; ; caught STYLE-WARNING: ; undefined function: |devaluate| ; in: DEFUN /D-2 ; #'BOOT::|evaluateLispDefinition| ; ; caught STYLE-WARNING: ; undefined function: |evaluateLispDefinition| ; (BOOT::|getFunctionSourceFile| BOOT::FN) ; ; caught STYLE-WARNING: ; undefined function: |getFunctionSourceFile| ; in: DEFUN LISP-BREAK-FROM-AXIOM ; (BOOT::|handleLispBreakLoop| BOOT::|$BreakMode|) ; ; caught STYLE-WARNING: ; undefined function: |handleLispBreakLoop| ; in: DEFUN /D-2 ; (BOOT::|insert| (BOOT::|pathname| BOOT::|$editFile|) BOOT::/SOURCEFILES) ; ; caught STYLE-WARNING: ; undefined function: |insert| ; in: DEFUN /UNTRACE-2 ; (BOOT::|isDomain| (SETQ BOOT::U (EVAL BOOT::X))) ; ; caught STYLE-WARNING: ; undefined function: |isDomain| ; (BOOT::|isDomainOrPackage| (SETQ BOOT::U BOOT::X)) ; ; caught STYLE-WARNING: ; undefined function: |isDomainOrPackage| ; in: DEFUN /TRACE-2 ; (BOOT::|isDomainOrPackage| (SETQ BOOT::FNVAL (EVAL BOOT::FN))) ; ; caught STYLE-WARNING: ; undefined function: |isDomainOrPackage| ; in: DEFUN /OPTIONS ; (BOOT::|isFunctor| (CAAR BOOT::X)) ; ; caught STYLE-WARNING: ; undefined function: |isFunctor| ; in: DEFUN /UNTRACE-2 ; (BOOT::|isFunctor| BOOT::X) ; ; caught STYLE-WARNING: ; undefined function: |isFunctor| ; in: DEFUN /TRACE-2 ; (BOOT::|isFunctor| BOOT::FN) ; ; caught STYLE-WARNING: ; undefined function: |isFunctor| ; (BOOT::|isInterpOnlyMap| BOOT::FN) ; ; caught STYLE-WARNING: ; undefined function: |isInterpOnlyMap| ; in: DEFUN MONITOR-EVALTRAN1 ; (BOOT::|isSharpVarWithNum| BOOT::X) ; ; caught STYLE-WARNING: ; undefined function: |isSharpVarWithNum| ; in: DEFUN /UNTRACE-2 ; (BOOT::|isSubForRedundantMapName| BOOT::X) ; ; caught STYLE-WARNING: ; undefined function: |isSubForRedundantMapName| ; in: DEFUN /TRACE-2 ; (BOOT::|isSubForRedundantMapName| BOOT::FN) ; ; caught STYLE-WARNING: ; undefined function: |isSubForRedundantMapName| ; (BOOT::|isUncompiledMap| BOOT::FN) ; ; caught STYLE-WARNING: ; undefined function: |isUncompiledMap| ; in: DEFUN PRINMATHOR0 ; (BOOT::|maprinSpecial| (BOOT::|outputTran| BOOT::X) BOOT::/DEPTH 80) ; ; caught STYLE-WARNING: ; undefined function: |maprinSpecial| ; in: DEFUN /D-2 ; (BOOT::|namestring| BOOT::EDINFILE) ; ; caught STYLE-WARNING: ; undefined function: |namestring| ; in: DEFUN /LOCATE ; (BOOT::|object2Identifier| (BOOT::|pathnameType| BOOT::INFILE)) ; ; caught STYLE-WARNING: ; undefined function: |object2Identifier| ; in: DEFUN /D-2 ; (BOOT::|object2Identifier| (BOOT::UPCASE BOOT::FT)) ; ; caught STYLE-WARNING: ; undefined function: |object2Identifier| ; in: DEFUN PRINMATHOR0 ; (BOOT::|outputTran| BOOT::X) ; ; caught STYLE-WARNING: ; undefined function: |outputTran| ; in: DEFUN /D-2 ; (BOOT::|pathname| BOOT::|$editFile|) ; ; caught STYLE-WARNING: ; undefined function: |pathname| ; (BOOT::|pathnameDirectory| BOOT::INFILE) ; ; caught STYLE-WARNING: ; undefined function: |pathnameDirectory| ; in: DEFUN /LOCATE ; (BOOT::|pathnameName| BOOT::INFILE) ; ; caught STYLE-WARNING: ; undefined function: |pathnameName| ; in: DEFUN /D-2 ; (BOOT::|pathnameName| BOOT::INFILE) ; ; caught STYLE-WARNING: ; undefined function: |pathnameName| ; in: DEFUN /LOCATE ; (BOOT::|pathnameType| BOOT::INFILE) ; ; caught STYLE-WARNING: ; undefined function: |pathnameType| ; in: DEFUN /D-2 ; (BOOT::|pathnameType| BOOT::FILE) ; ; caught STYLE-WARNING: ; undefined function: |pathnameType| ; in: DEFUN /MONITORX ; (BOOT::|rassocSub| (INTERN BOOT::NAME) BOOT::|$mapSubNameAlist|) ; ; caught STYLE-WARNING: ; undefined function: |rassocSub| ; in: DEFUN /UNTRACE-2 ; (BOOT::|rassocSub| BOOT::X BOOT::|$mapSubNameAlist|) ; ; caught STYLE-WARNING: ; undefined function: |rassocSub| ; in: DEFUN /TRACE-2 ; (BOOT::|rassocSub| BOOT::FN BOOT::|$mapSubNameAlist|) ; ; caught STYLE-WARNING: ; undefined function: |rassocSub| ; in: DEFUN /TRACE-0 ; (BOOT::|runCommand| "EXEC NORMEDIT TRACE TELL") ; ; caught STYLE-WARNING: ; undefined function: |runCommand| ; in: DEFUN /D-2 ; (BOOT::|runCommand| ; (BOOT::STRCONC (BOOT::|makeAbsoluteFilename| "/lib/SPADEDFN ") ; (BOOT::|namestring| BOOT::EDINFILE) " " ; (BOOT::STRINGIMAGE BOOT::$LINENUMBER))) ; ; caught STYLE-WARNING: ; undefined function: |runCommand| ; in: DEFUN /D-1 ; (BOOT::|runCommand| "EXEC SPADEDIT /C TELL") ; ; caught STYLE-WARNING: ; undefined function: |runCommand| ; ; caught STYLE-WARNING: ; 5 more uses of undefined function |runCommand| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/interp/debug.lisp ; in: DEFUN /D-2 ; (BOOT::|spadThrow|) ; ; caught STYLE-WARNING: ; undefined function: |spadThrow| ; in: DEFUN MONITOR-GETVALUE ; (BOOT::|spadThrowBrightly| "cannot ask for value before execution") ; ; caught STYLE-WARNING: ; undefined function: |spadThrowBrightly| ; in: DEFUN OPTIONS2UC ; (BOOT::|spadThrowBrightly| ; (FORMAT NIL "~A has wrong format for an option" (CAR BOOT::L))) ; ; caught STYLE-WARNING: ; undefined function: |spadThrowBrightly| ; in: DEFUN /TRACE-2 ; (BOOT::|spadThrowBrightly| ; (FORMAT NIL "mathprint not available for ~A" BOOT::FN)) ; ; caught STYLE-WARNING: ; undefined function: |spadThrowBrightly| ; (BOOT::|spadTrace| BOOT::FNVAL BOOT::OPTIONS) ; ; caught STYLE-WARNING: ; undefined function: |spadTrace| ; in: DEFUN /UNTRACE-2 ; (BOOT::|spadUntrace| BOOT::U BOOT::OPTIONS) ; ; caught STYLE-WARNING: ; undefined function: |spadUntrace| ; in: DEFUN /TRACE-2 ; (BOOT::|traceDomainConstructor| BOOT::FN BOOT::OPTIONS) ; ; caught STYLE-WARNING: ; undefined function: |traceDomainConstructor| ; (BOOT::|tracelet| BOOT::FN BOOT::VARS) ; ; caught STYLE-WARNING: ; undefined function: |tracelet| ; in: DEFUN /UNTRACE-2 ; (BOOT::|untraceDomainConstructor| BOOT::X) ; ; caught STYLE-WARNING: ; undefined function: |untraceDomainConstructor| ; ; compilation unit finished ; Undefined functions: ; /MKINFILENAM /MKOUTFILENAM /RF-1 /TRACEREPLY BOOT-PARSE-1 FINDTAG LC2UC MATCH-LISP-TAG MDEF SYSID TRACE_OPTION_ERROR VEC_TO_TREE |break| |breaklet| |coerceTraceArgs2E| |coerceTraceFunValue2E| |compileConstructorLib| |devaluate| |evaluateLispDefinition| |getFunctionSourceFile| |handleLispBreakLoop| |insert| |isDomain| |isDomainOrPackage| |isFunctor| |isInterpOnlyMap| |isSharpVarWithNum| |isSubForRedundantMapName| |isUncompiledMap| |maprinSpecial| |namestring| |object2Identifier| |outputTran| |pathname| |pathnameDirectory| |pathnameName| |pathnameType| |rassocSub| |runCommand| |spadThrow| |spadThrowBrightly| |spadTrace| |spadUntrace| |traceDomainConstructor| |tracelet| |untraceDomainConstructor| ; caught 78 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/debug.fasl written ; compilation finished in 0:00:00.539 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=dq.fasl --load-directory=. ../../../open-axiom/src/interp/dq.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/dq.clisp" (written 01 FEB 2016 10:52:50 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "types") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFUN |dqUnit| ...) ; compiling (DEFUN |dqUnitCopy| ...) ; compiling (DEFUN |dqAppend| ...) ; compiling (DEFUN |dqConcat| ...) ; compiling (DEFUN |dqToList| ...) ; compiling (DEFUN |dqAddAppend| ...) ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/dq.fasl written ; compilation finished in 0:00:00.009 ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=fname.fasl --load-directory=. ../../../open-axiom/src/interp/fname.lisp ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/interp/fname.lisp" (written 11 JAN 2016 09:41:16 PM): ; compiling (IMPORT-MODULE "sys-macros") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFUN |DirToString| ...) ; compiling (DEFUN |StringToDir| ...) ; compiling (DEFUN |myWritable?| ...) ; compiling (DEFUN |fnameMake| ...) ; compiling (DEFUN |fnameDirectory| ...) ; compiling (DEFUN |fnameName| ...) ; compiling (DEFUN |fnameType| ...) ; compiling (DEFUN |fnameExists?| ...) ; compiling (DEFUN |fnameReadable?| ...) ; compiling (DEFUN |fnameWritable?| ...) ; compiling (DEFUN |fnameNew| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/interp/fname.lisp ; in: DEFUN |myWritable?| ; (BOOT::|error| "``myWritable?'' requires a string arg.") ; ; caught STYLE-WARNING: ; undefined function: |error| ; (BOOT::|writeablep| BOOT::S) ; ; caught STYLE-WARNING: ; undefined function: |writeablep| ; ; compilation unit finished ; Undefined functions: ; |error| |writeablep| ; caught 2 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/fname.fasl written ; compilation finished in 0:00:00.041 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=format.fasl --load-directory=. ../../../open-axiom/src/interp/format.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/format.clisp" (written 01 FEB 2016 10:52:50 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "sys-macros") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFPARAMETER |$formatSigAsTeX| ...) ; compiling (DEFPARAMETER |$permitWhere| ...) ; compiling (DEFPARAMETER |$abbreviateJoin| ...) ; compiling (DEFUN |sayModemap| ...) ; compiling (DEFUN |sayModemapWithNumber| ...) ; compiling (DEFUN |displayOpModemaps| ...) ; compiling (DEFUN |displayTranModemap| ...) ; compiling (DEFUN |listOfPredOfTypePatternIds| ...) ; compiling (DEFUN |removeIsDomains| ...) ; compiling (DEFUN |canRemoveIsDomain?| ...) ; compiling (DEFUN |findSubstitutionOrder?| ...) ; compiling (DEFUN |findSubstitutionOrder?,fn| ...) ; compiling (DEFUN |containedRight| ...) ; compiling (DEFUN |removeIsDomainD| ...) ; compiling (DEFUN |formatModemap| ...) ; compiling (DEFUN |formatModemap,fn| ...) ; compiling (DEFUN |substInOrder| ...) ; compiling (DEFUN |reportOpSymbol| ...) ; compiling (DEFUN |reportOpSymbol,sayMms| ...) ; compiling (DEFUN |formatOpType| ...) ; compiling (DEFUN |formatOperationAlistEntry| ...) ; compiling (DEFUN |formatOperation| ...) ; compiling (DEFUN |formatOpSignature| ...) ; compiling (DEFUN |formatOpConstant| ...) ; compiling (DEFUN |formatOpSymbol| ...) ; compiling (DEFUN |formatAttribute| ...) ; compiling (DEFUN |formatAttributeArg| ...) ; compiling (DEFUN |formatMapping| ...) ; compiling (DEFUN |dollarPercentTran| ...) ; compiling (DEFUN |formatSignatureAsTeX| ...) ; compiling (DEFUN |formatSignature| ...) ; compiling (DEFUN |formatSignatureArgs| ...) ; compiling (DEFUN |formatSignature0| ...) ; compiling (DEFUN |formatSignatureArgs0| ...) ; compiling (DEFUN |expr2String| ...) ; compiling (DEFUN |prefix2StringAsTeX| ...) ; compiling (DEFUN |prefix2String| ...) ; compiling (DEFUN |prefix2String0| ...) ; compiling (DEFUN |form2StringWithWhere| ...) ; compiling (DEFUN |form2StringWithPrens| ...) ; compiling (DEFUN |formString| ...) ; compiling (DEFUN |form2String| ...) ; compiling (DEFUN |form2StringAsTeX| ...) ; compiling (DEFUN |form2StringLocal| ...) ; compiling (DEFUN |constructorName| ...) ; compiling (DEFUN |form2String1| ...) ; compiling (DEFUN |formWrapId| ...) ; compiling (DEFUN |formArguments2String| ...) ; compiling (DEFUN |formArguments2String,fn| ...) ; compiling (DEFUN |formDecl2String| ...) ; compiling (DEFUN |formJoin1| ...) ; compiling (DEFUN |sigMarker| ...) ; compiling (DEFUN |formatJoinKey| ...) ; compiling (DEFUN |formJoin2| ...) ; compiling (DEFUN |formJoin2String| ...) ; compiling (DEFUN |formCollect2String| ...) ; compiling (DEFUN |formIterator2String| ...) ; compiling (DEFUN |tuple2String| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/format.clisp ; in: DEFUN |tuple2String| ; (LET* (BOOT::|x| BOOT::|string|) ; (COND ((NULL BOOT::|argl|) NIL) ; (T (SETQ BOOT::|string| #) (COND (# #) (T #)) ; (LET (# #) ; (LOOP # ; #)) ; BOOT::|string|))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |tuple2String,f| ...) ; compiling (DEFUN |script2String| ...) ; compiling (DEFUN |linearFormatName| ...) ; compiling (DEFUN |linearFormat| ...) ; compiling (DEFUN |numOfSpadArguments| ...) ; compiling (DEFUN |linearFormatForm| ...) ; compiling (DEFUN |formatArgList| ...) ; compiling (DEFUN |formTuple2String| ...) ; compiling (DEFUN |isInternalFunctionName| ...) ; compiling (DEFUN |application2String| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/format.clisp ; in: DEFUN |application2String| ; (COND ((NULL BOOT::|argl|) "..") ; ((OR (NULL (CDR BOOT::|argl|)) (NULL (CADR BOOT::|argl|))) ; (BOOT::|concat| (CAR BOOT::|argl|) "..")) ; (T ; (BOOT::|concat| (CAR BOOT::|argl|) ; (BOOT::|concat| ".." (CADR BOOT::|argl|))))) ; --> IF PROGN ; ==> ; ".." ; ; note: deleting unreachable code ; compiling (DEFUN |app2StringConcat0| ...) ; compiling (DEFUN |app2StringWrap| ...) ; compiling (DEFUN |record2String| ...) ; compiling (DEFUN |plural| ...) ; compiling (DEFUN |formatIf| ...) ; compiling (DEFUN |formatPredParts| ...) ; compiling (DEFUN |pred2English| ...) ; compiling (DEFUN |mathObject2String| ...) ; compiling (DEFUN |object2String| ...) ; compiling (DEFUN |object2Identifier| ...) ; compiling (DEFUN |blankList| ...) ; compiling (DEFUN |pkey| ...) ; compiling (DEFUN |string2Float| ...) ; compiling (DEFUN |form2Fence| ...) ; compiling (DEFUN |form2Fence1| ...) ; compiling (DEFUN |form2FenceQuote| ...) ; compiling (DEFUN |form2FenceQuoteTail| ...) ; compiling (DEFUN |form2StringList| ...) ; compiling (DEFUN |formatUnabbreviatedSig| ...) ; compiling (DEFUN |formatUnabbreviatedTuple| ...) ; compiling (DEFUN |formatUnabbreviated| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/format.clisp ; in: DEFUN |containedRight| ; (BOOT::CONTAINED BOOT::|x| BOOT::|y|) ; ; caught STYLE-WARNING: ; undefined function: CONTAINED ; in: DEFUN |isInternalFunctionName| ; (BOOT::MAKETRTTABLE "0123456789" NIL) ; ; caught STYLE-WARNING: ; undefined function: MAKETRTTABLE ; in: DEFUN |displayTranModemap| ; (BOOT::MSORT (BOOT::|listOfPredOfTypePatternIds| BOOT::|pred|)) ; ; caught STYLE-WARNING: ; undefined function: MSORT ; in: DEFUN |formatOperation| ; #'BOOT::|Undef| ; ; caught STYLE-WARNING: ; undefined function: |Undef| ; in: DEFUN |pred2English| ; (BOOT::|abbreviate| BOOT::|b|) ; ; caught STYLE-WARNING: ; undefined function: |abbreviate| ; in: DEFUN |constructorName| ; (BOOT::|abbreviate| BOOT::|con|) ; ; caught STYLE-WARNING: ; undefined function: |abbreviate| ; in: DEFUN |reportOpSymbol| ; (BOOT::|apropos| (LIST BOOT::|op1|)) ; ; caught STYLE-WARNING: ; undefined function: |apropos| ; in: DEFUN |expr2String| ; (BOOT::|atom2String| BOOT::|y|) ; ; caught STYLE-WARNING: ; undefined function: |atom2String| ; in: DEFUN |form2String1| ; (BOOT::|binaryInfix?| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |binaryInfix?| ; in: DEFUN |plural| ; (BOOT::|bright| BOOT::|n|) ; ; caught STYLE-WARNING: ; undefined function: |bright| ; in: DEFUN |reportOpSymbol,sayMms| ; (BOOT::|bright| BOOT::|label|) ; ; caught STYLE-WARNING: ; undefined function: |bright| ; in: DEFUN |reportOpSymbol| ; (BOOT::|bright| "**") ; ; caught STYLE-WARNING: ; undefined function: |bright| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |bright| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/format.clisp ; in: DEFUN |sayModemapWithNumber| ; (BOOT::|cleanUpSegmentedMsg| ; (BOOTTRAN:|reverse| (CONS 'BOOT::|%i| (CONS 'BOOT::|%i| (CONS " " #))))) ; ; caught STYLE-WARNING: ; undefined function: |cleanUpSegmentedMsg| ; in: DEFUN |formArguments2String,fn| ; (BOOT::|coerceInteractive| (BOOT::|objNewWrap| BOOT::|x| BOOT::|m|) ; BOOT::|$OutputForm|) ; ; caught STYLE-WARNING: ; undefined function: |coerceInteractive| ; in: DEFUN |formatOperationAlistEntry| ; (BOOT::|concat| ; (BOOT::|formatOpSignature| BOOT::|op| BOOT::|sig| BOOT::|kind|) ; (BOOT::|formatIf| BOOT::|pred|)) ; ; caught STYLE-WARNING: ; undefined function: |concat| ; in: DEFUN |formatModemap,fn| ; (BOOT::|concat| "," (BOOT::|prefix2String| (CAR BOOT::|l|)) ; (BOOT::|formatModemap,fn| (CDR BOOT::|l|))) ; ; caught STYLE-WARNING: ; undefined function: |concat| ; in: DEFUN |formatModemap| ; (BOOT::|concat| (BOOT::|prefix2String| (CAR BOOT::|sl|)) ; (BOOT::|formatModemap,fn| (CDR BOOT::|sl|))) ; ; caught STYLE-WARNING: ; undefined function: |concat| ; ; caught STYLE-WARNING: ; 23 more uses of undefined function |concat| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/format.clisp ; in: DEFUN |form2String1| ; (BOOT::|constructor?| BOOT::|u|) ; ; caught STYLE-WARNING: ; undefined function: |constructor?| ; in: DEFUN |app2StringWrap| ; (BOOT::|error| 'BOOT::|Bad value for $formatSigAsTeX|) ; ; caught STYLE-WARNING: ; undefined function: |error| ; in: DEFUN |formWrapId| ; (BOOT::|error| "Bad formatSigValue") ; ; caught STYLE-WARNING: ; undefined function: |error| ; in: DEFUN |sayModemapWithNumber| ; (BOOT::|flowSegmentedMsg| (BOOTTRAN:|reverse| BOOT::|msg|) BOOT::$LINELENGTH ; 3) ; ; caught STYLE-WARNING: ; undefined function: |flowSegmentedMsg| ; in: DEFUN |form2String1| ; (BOOT::|formatAsFortranExpression| (CONS BOOT::|op| BOOT::|argl|)) ; ; caught STYLE-WARNING: ; undefined function: |formatAsFortranExpression| ; in: DEFUN |formIterator2String| ; (BOOT::|formatIterator| BOOT::|y|) ; ; caught STYLE-WARNING: ; undefined function: |formatIterator| ; in: DEFUN |form2String1| ; (BOOT::|freeOfSharpVars| BOOT::|ml|) ; ; caught STYLE-WARNING: ; undefined function: |freeOfSharpVars| ; in: DEFUN |reportOpSymbol| ; (BOOT::|getAllModemapsFromDatabase| BOOT::|op| NIL) ; ; caught STYLE-WARNING: ; undefined function: |getAllModemapsFromDatabase| ; in: DEFUN |form2String1| ; (BOOT::|getConstructorAbbreviationFromDB| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorAbbreviationFromDB| ; in: DEFUN |form2Fence| ; (BOOT::|getConstructorKindFromDB| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorKindFromDB| ; in: DEFUN |formArguments2String,fn| ; (BOOT::|getConstructorKindFromDB| (CAR BOOT::|m|)) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorKindFromDB| ; in: DEFUN |form2String1| ; (BOOT::|getConstructorSignature| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorSignature| ; in: DEFUN |reportOpSymbol| ; (BOOT::|getDomainFromMm| BOOT::|mm|) ; ; caught STYLE-WARNING: ; undefined function: |getDomainFromMm| ; in: DEFUN |string2Float| ; (BOOT::|getFunctionFromDomain| 'BOOT::|float| BOOT::|FloatDomain| ; (LIST BOOT::|$Integer| BOOT::|$Integer| BOOT::|$PositiveInteger|)) ; ; caught STYLE-WARNING: ; undefined function: |getFunctionFromDomain| ; in: DEFUN |reportOpSymbol| ; (BOOT::|isExposedConstructor| (BOOT::|getDomainFromMm| BOOT::|mm|)) ; ; caught STYLE-WARNING: ; undefined function: |isExposedConstructor| ; (BOOT::|isFreeFunctionFromMm| BOOT::|mm|) ; ; caught STYLE-WARNING: ; undefined function: |isFreeFunctionFromMm| ; in: DEFUN |listOfPredOfTypePatternIds| ; (BOOT::|isPatternVar| BOOT::|a|) ; ; caught STYLE-WARNING: ; undefined function: |isPatternVar| ; in: DEFUN |formArguments2String,fn| ; (BOOT::|isValidType| BOOT::|m|) ; ; caught STYLE-WARNING: ; undefined function: |isValidType| ; in: DEFUN |numOfSpadArguments| ; (BOOT::|keyedSystemError| 'BOOT::S2IF0012 (LIST BOOT::|id|)) ; ; caught STYLE-WARNING: ; undefined function: |keyedSystemError| ; in: DEFUN |form2String1| ; (BOOT::|lbrkSch|) ; ; caught STYLE-WARNING: ; undefined function: |lbrkSch| ; in: DEFUN |sayModemapWithNumber| ; (BOOT::|lbrkSch|) ; ; caught STYLE-WARNING: ; undefined function: |lbrkSch| ; in: DEFUN |displayTranModemap| ; (BOOT::|listOfPatternIds| (LIST BOOT::|sig| (CONS BOOT::|pred| BOOT::|y|))) ; ; caught STYLE-WARNING: ; undefined function: |listOfPatternIds| ; in: DEFUN |form2Fence| ; (BOOT::|mkEvalable| BOOT::|form|) ; ; caught STYLE-WARNING: ; undefined function: |mkEvalable| ; in: DEFUN |string2Float| ; (BOOT::|ncParseFromString| BOOT::|s|) ; ; caught STYLE-WARNING: ; undefined function: |ncParseFromString| ; in: DEFUN |formArguments2String,fn| ; (BOOT::|objNewWrap| BOOT::|x| BOOT::|m|) ; ; caught STYLE-WARNING: ; undefined function: |objNewWrap| ; (BOOT::|objValUnwrap| BOOT::|x'|) ; ; caught STYLE-WARNING: ; undefined function: |objValUnwrap| ; in: DEFUN |sayModemap| ; (BOOT::|old2NewModemaps| (BOOT::|displayTranModemap| BOOT::|m|)) ; ; caught STYLE-WARNING: ; undefined function: |old2NewModemaps| ; in: DEFUN |displayTranModemap| ; (BOOT::|pairList| ; (BOOT::MSORT (BOOT::|listOfPredOfTypePatternIds| BOOT::|pred|)) ; '(BOOT::|m| BOOT::|n| BOOT::|p| BOOT::|q| BOOT::|r| BOOT::|s| BOOT::|t| ; BOOT::|i| BOOT::|j| BOOT::|k| BOOT::|l|)) ; ; caught STYLE-WARNING: ; undefined function: |pairList| ; in: DEFUN |reportOpSymbol| ; (BOOT::|queryUserKeyedMsg| 'BOOT::S2IZ0060 (LIST BOOT::|op1|)) ; ; caught STYLE-WARNING: ; undefined function: |queryUserKeyedMsg| ; in: DEFUN |form2String1| ; (BOOT::|rbrkSch|) ; ; caught STYLE-WARNING: ; undefined function: |rbrkSch| ; in: DEFUN |sayModemapWithNumber| ; (BOOT::|rbrkSch|) ; ; caught STYLE-WARNING: ; undefined function: |rbrkSch| ; in: DEFUN |pkey| ; (BOOT::|returnStLFromKey| BOOT::|key| BOOT::|argL| BOOT::|dbN|) ; ; caught STYLE-WARNING: ; undefined function: |returnStLFromKey| ; in: DEFUN |reportOpSymbol| ; (BOOT::|sayKeyedMsg| 'BOOT::S2IF0010 (LIST BOOT::|op1|)) ; ; caught STYLE-WARNING: ; undefined function: |sayKeyedMsg| ; (BOOT::|sayMessage| ; (CONS " " ; (CONS BOOT::|op1| ; (CONS " is another name for" (BOOT::|bright| "**"))))) ; ; caught STYLE-WARNING: ; undefined function: |sayMessage| ; (BOOT::|sayNewLine|) ; ; caught STYLE-WARNING: ; undefined function: |sayNewLine| ; in: DEFUN |formatModemap| ; (BOOT::|sayWidth| BOOT::|firstPart|) ; ; caught STYLE-WARNING: ; undefined function: |sayWidth| ; in: DEFUN |formArguments2String,fn| ; (BOOT::|specialChar| 'BOOT::|quad|) ; ; caught STYLE-WARNING: ; undefined function: |specialChar| ; in: DEFUN |form2String1| ; (BOOT::|specialChar| 'BOOT::|quad|) ; ; caught STYLE-WARNING: ; undefined function: |specialChar| ; in: DEFUN |formatOpSymbol| ; (BOOT::|specialChar| 'BOOT::|quad|) ; ; caught STYLE-WARNING: ; undefined function: |specialChar| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |specialChar| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/format.clisp ; in: DEFUN |form2String1| ; (BOOT::|stringImage| BOOT::|u|) ; ; caught STYLE-WARNING: ; undefined function: |stringImage| ; in: DEFUN |pred2English| ; (BOOT::|symbolTarget| BOOT::|op| ; '((< . " < ") (<= . " <= ") (> . " > ") (>= . " >= ") (= . " = ") ; (BOOT::~= . " ~= "))) ; ; caught STYLE-WARNING: ; undefined function: |symbolTarget| ; in: DEFUN |string2Float| ; (BOOT::|systemError| "string2Float: did not get a float expression") ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; in: DEFUN |form2FenceQuote| ; (BOOT::|systemErrorHere| (LIST 'BOOT::|form2FenceQuote| BOOT::|x|)) ; ; caught STYLE-WARNING: ; undefined function: |systemErrorHere| ; in: DEFUN |formIterator2String| ; (BOOT::|systemErrorHere| (LIST 'BOOT::|formatIterator| BOOT::|x|)) ; ; caught STYLE-WARNING: ; undefined function: |systemErrorHere| ; in: DEFUN |formatOpType| ; (BOOT::|unabbrev| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |unabbrev| ; ; compilation unit finished ; Undefined functions: ; CONTAINED MAKETRTTABLE MSORT |Undef| |abbreviate| |apropos| |atom2String| |binaryInfix?| |bright| |cleanUpSegmentedMsg| |coerceInteractive| |concat| |constructor?| |error| |flowSegmentedMsg| |formatAsFortranExpression| |formatIterator| |freeOfSharpVars| |getAllModemapsFromDatabase| |getConstructorAbbreviationFromDB| |getConstructorKindFromDB| |getConstructorSignature| |getDomainFromMm| |getFunctionFromDomain| |isExposedConstructor| |isFreeFunctionFromMm| |isPatternVar| |isValidType| |keyedSystemError| |lbrkSch| |listOfPatternIds| |mkEvalable| |ncParseFromString| |objNewWrap| |objValUnwrap| |old2NewModemaps| |pairList| |queryUserKeyedMsg| |rbrkSch| |returnStLFromKey| |sayKeyedMsg| |sayMessage| |sayNewLine| |sayWidth| |specialChar| |stringImage| |symbolTarget| |systemError| |systemErrorHere| |unabbrev| ; caught 66 STYLE-WARNING conditions ; printed 1 note ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/format.fasl written ; compilation finished in 0:00:00.419 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=g-error.fasl --load-directory=. ../../../open-axiom/src/interp/g-error.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/g-error.clisp" (written 01 FEB 2016 10:52:51 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "diagnostics") ; compiling (IMPORT-MODULE "g-util") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFCONSTANT |$SystemError| ...) ; compiling (DEFCONSTANT |$UserError| ...) ; compiling (DEFCONSTANT |$AlgebraError| ...) ; compiling (DEFPARAMETER |$ReadingFile| ...) ; compiling (DEFUN |argumentDataError| ...) ; compiling (DEFUN |queryUser| ...) ; compiling (DEFUN |errorSupervisor| ...) ; compiling (DEFUN |needsToSplitMessage| ...) ; compiling (DEFUN |errorSupervisor1| ...) ; compiling (DEFUN |enterBreak| ...) ; compiling (DEFUN |handleLispBreakLoop| ...) ; compiling (DEFUN TOP ...) ; compiling (DEFUN |returnToTopLevel| ...) ; compiling (DEFUN |returnToReader| ...) ; compiling (DEFUN |sayErrorly| ...) ; compiling (DEFUN |systemError| ...) ; compiling (DEFUN |userError| ...) ; compiling (DEFUN |error| ...) ; compiling (DEFUN |IdentityError| ...) ; compiling (DEFUN |throwMessage| ...) ; compiling (DEFUN |systemErrorHandler| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/g-error.clisp ; in: DEFUN |systemErrorHandler| ; (BOOT::ERROR-FORMAT "~a" (LIST BOOT::|c|)) ; ; caught STYLE-WARNING: ; undefined function: ERROR-FORMAT ; in: DEFUN |handleLispBreakLoop| ; (BOOT::|bright| "continue") ; ; caught STYLE-WARNING: ; undefined function: |bright| ; in: DEFUN |argumentDataError| ; (BOOT::|bright| (BOOT::|pred2English| BOOT::|condit|)) ; ; caught STYLE-WARNING: ; undefined function: |bright| ; in: DEFUN |throwMessage| ; (BOOT::|clearCache| BOOT::|$mapName|) ; ; caught STYLE-WARNING: ; undefined function: |clearCache| ; in: DEFUN |systemErrorHandler| ; (BOOT::|keyedSystemError| 'BOOT::S2GE0020 NIL) ; ; caught STYLE-WARNING: ; undefined function: |keyedSystemError| ; in: DEFUN |sayErrorly| ; (BOOT::|mathprint| BOOT::|mathexpr|) ; ; caught STYLE-WARNING: ; undefined function: |mathprint| ; in: DEFUN |throwMessage| ; (BOOT::|mkMessage| (BOOT::|concatList| BOOT::|msg|)) ; ; caught STYLE-WARNING: ; undefined function: |mkMessage| ; in: DEFUN |argumentDataError| ; (BOOT::|pred2English| BOOT::|condit|) ; ; caught STYLE-WARNING: ; undefined function: |pred2English| ; in: DEFUN |handleLispBreakLoop| ; (BOOT::|selectOptionLC| BOOT::|x| ; '(BOOT::|top| BOOT::|break| BOOT::|continue|) NIL) ; ; caught STYLE-WARNING: ; undefined function: |selectOptionLC| ; ; compilation unit finished ; Undefined functions: ; ERROR-FORMAT |bright| |clearCache| |keyedSystemError| |mathprint| |mkMessage| |pred2English| |selectOptionLC| ; caught 9 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/g-error.fasl written ; compilation finished in 0:00:00.050 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=hypertex.fasl --load-directory=. ../../../open-axiom/src/interp/hypertex.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/hypertex.clisp" (written 01 FEB 2016 10:52:51 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "types") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFCONSTANT |$LinkToPage| ...) ; compiling (DEFCONSTANT |$StartPage| ...) ; compiling (DEFCONSTANT |$SendLine| ...) ; compiling (DEFCONSTANT |$EndOfPage| ...) ; compiling (DEFCONSTANT |$PopUpPage| ...) ; compiling (DEFCONSTANT |$PopUpNamedPage| ...) ; compiling (DEFCONSTANT |$KillPage| ...) ; compiling (DEFCONSTANT |$ReplacePage| ...) ; compiling (DEFCONSTANT |$ReplaceNamedPage| ...) ; compiling (DEFCONSTANT |$SpadError| ...) ; compiling (DEFCONSTANT |$PageStuff| ...) ; compiling (DEFUN |issueHT| ...) ; compiling (DEFUN |testPage| ...) ; compiling (DEFUN |replaceNamedHTPage| ...) ; compiling (DEFUN |startHTPopUpPage| ...) ; compiling (DEFUN |startHTPage| ...) ; compiling (DEFUN |startReplaceHTPage| ...) ; compiling (DEFUN |killHTPage| ...) ; compiling (DEFUN |linkToHTPage| ...) ; compiling (DEFUN |popUpNamedHTPage| ...) ; compiling (DEFUN |sendHTErrorSignal| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/hypertex.clisp ; in: DEFUN |testPage| ; (BOOT::|endHTPage|) ; ; caught STYLE-WARNING: ; undefined function: |endHTPage| ; in: DEFUN |popUpNamedHTPage| ; (BOOT::|sockGetInt| BOOT::|$MenuServer|) ; ; caught STYLE-WARNING: ; undefined function: |sockGetInt| ; in: DEFUN |startHTPopUpPage| ; (BOOT::|sockGetInt| BOOT::|$MenuServer|) ; ; caught STYLE-WARNING: ; undefined function: |sockGetInt| ; (BOOT::|sockSendInt| BOOT::|$MenuServer| BOOT::|$PageStuff|) ; ; caught STYLE-WARNING: ; undefined function: |sockSendInt| ; in: DEFUN |replaceNamedHTPage| ; (BOOT::|sockSendInt| BOOT::|$MenuServer| BOOT::|$PageStuff|) ; ; caught STYLE-WARNING: ; undefined function: |sockSendInt| ; in: DEFUN |issueHT| ; (BOOT::|sockSendInt| BOOT::|$MenuServer| BOOT::|$SendLine|) ; ; caught STYLE-WARNING: ; undefined function: |sockSendInt| ; ; caught STYLE-WARNING: ; 6 more uses of undefined function |sockSendInt| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/hypertex.clisp ; in: DEFUN |linkToHTPage| ; (BOOT::|sockSendString| BOOT::|$MenuServer| BOOT::|name|) ; ; caught STYLE-WARNING: ; undefined function: |sockSendString| ; in: DEFUN |replaceNamedHTPage| ; (BOOT::|sockSendString| BOOT::|$MenuServer| BOOT::|name|) ; ; caught STYLE-WARNING: ; undefined function: |sockSendString| ; in: DEFUN |issueHT| ; (BOOT::|sockSendString| BOOT::|$MenuServer| BOOT::|line|) ; ; caught STYLE-WARNING: ; undefined function: |sockSendString| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |sockSendString| ; ; compilation unit finished ; Undefined functions: ; |endHTPage| |sockGetInt| |sockSendInt| |sockSendString| ; caught 11 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/hypertex.fasl written ; compilation finished in 0:00:00.041 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=i-util.fasl --load-directory=. ../../../open-axiom/src/interp/i-util.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-util.clisp" (written 01 FEB 2016 10:52:51 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "c-util") ; compiling (IN-PACKAGE "BOOT") ; compiling (PROVIDE "i-util") ; compiling (DEFUN |inputPrompt| ...) ; compiling (DEFUN |protectedPrompt| ...) ; compiling (DEFUN MKPROMPT ...) ; compiling (DEFUN |printPrompt| ...) ; compiling (DEFUN |textEditor| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-util.clisp ; in: DEFUN |textEditor| ; (|AxiomCore|:|%hasFeature| :WIN32) ; ; note: deleting unreachable code ; (COND ((SETQ BOOT::|prog| (BOOT::|getEnv| "EDITOR")) BOOT::|prog|) ; ((NOT (EQL (LENGTH |AxiomCore|:|$EditorProgram|) 0)) ; |AxiomCore|:|$EditorProgram|) ; ((|AxiomCore|:|%hasFeature| :WIN32) "notepad") ; (T (BOOT::|throwKeyedMsg| 'BOOT::S2IZ0091 NIL))) ; --> IF COND IF COND IF PROGN ; ==> ; "notepad" ; ; note: deleting unreachable code ; 'BOOT::S2IZ0091 ; ; note: deleting unreachable code ; compiling (DEFPARAMETER |$ZeroVecCache| ...) ; compiling (DEFUN |Zeros| ...) ; compiling (DEFUN |LZeros| ...) ; compiling (DEFPARAMETER |$variableNumberAlist| ...) ; compiling (DEFUN |variableNumber| ...) ; compiling (DEFUN |newType?| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-util.clisp ; in: DEFUN |newType?| ; (DEFUN BOOT::|newType?| (BOOT::|t|) NIL) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|newType?| ; (BOOT::|t|) ; (BLOCK BOOT::|newType?| NIL)) ; ; caught STYLE-WARNING: ; The variable |t| is defined but never used. ; compiling (DEFUN |Undef| ...) ; compiling (DEFUN |makeInitialModemapFrame| ...) ; compiling (DEFUN |isCapitalWord| ...) ; compiling (DEFUN |mkPredList| ...) ; compiling (DEFUN |validateVariableNameOrElse| ...) ; compiling (DEFUN |flattenCOND| ...) ; compiling (DEFUN |extractCONDClauses| ...) ; compiling (DEFUN |isLocallyBound| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-util.clisp ; in: DEFUN |Undef| ; (BOOT::|eval| (BOOT::|mkEvalable| BOOT::|domain|)) ; ; caught STYLE-WARNING: ; undefined function: |eval| ; (BOOT::|formatOpSignature| BOOT::|op| BOOT::|sig|) ; ; caught STYLE-WARNING: ; undefined function: |formatOpSignature| ; in: DEFUN |textEditor| ; (BOOT::|getEnv| "EDITOR") ; ; caught STYLE-WARNING: ; undefined function: |getEnv| ; in: DEFUN |Undef| ; (BOOT::|mkEvalable| BOOT::|domain|) ; ; caught STYLE-WARNING: ; undefined function: |mkEvalable| ; (BOOT::|prefix2String| BOOT::|domain|) ; ; caught STYLE-WARNING: ; undefined function: |prefix2String| ; (BOOT::|sayMessage| ; (BOOT::|concat| ; (CONS " Retrospective determination of slot" ; (CONS "%b" (CONS BOOT::|slot| #))))) ; ; caught STYLE-WARNING: ; undefined function: |sayMessage| ; in: DEFUN |validateVariableNameOrElse| ; (BOOT::|throwKeyedMsg| 'BOOT::S2IS0016 (LIST (BOOT::STRINGIMAGE BOOT::|var|))) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsg| ; in: DEFUN |Undef| ; (BOOT::|throwKeyedMsg| 'BOOT::S2IF0008 ; (LIST (BOOT::|formatOpSignature| BOOT::|op| BOOT::|sig|) BOOT::|domain|)) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsg| ; in: DEFUN |textEditor| ; (BOOT::|throwKeyedMsg| 'BOOT::S2IZ0091 NIL) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsg| ; ; compilation unit finished ; Undefined functions: ; |eval| |formatOpSignature| |getEnv| |mkEvalable| |prefix2String| |sayMessage| |throwKeyedMsg| ; caught 10 STYLE-WARNING conditions ; printed 3 notes ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-util.fasl written ; compilation finished in 0:00:00.064 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=i-object.fasl --load-directory=. ../../../open-axiom/src/interp/i-object.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-object.clisp" (written 01 FEB 2016 10:52:51 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "i-util") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFPARAMETER |$genValue| ...) ; compiling (DEFPARAMETER |$definingMap| ...) ; compiling (DEFPARAMETER |$localVars| ...) ; compiling (DEFPARAMETER |$declaredMode| ...) ; compiling (DEFPARAMETER |$useIntegerSubdomain| ...) ; compiling (DEFUN |objNew| ...) ; compiling (DEFUN |objNewWrap| ...) ; compiling (DEFUN |objNewCode| ...) ; compiling (DEFUN |objSetVal| ...) ; compiling (DEFUN |objSetMode| ...) ; compiling (DEFUN |objVal| ...) ; compiling (DEFUN |objValUnwrap| ...) ; compiling (DEFUN |objMode| ...) ; compiling (DEFUN |objEnv| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-object.clisp ; in: DEFUN |objEnv| ; (DEFUN BOOT::|objEnv| (BOOT::|obj|) BOOT::|$EmptyEnvironment|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|objEnv| ; (BOOT::|obj|) ; (BLOCK BOOT::|objEnv| BOOT::|$EmptyEnvironment|)) ; ; caught STYLE-WARNING: ; The variable |obj| is defined but never used. ; compiling (DEFUN |object| ...) ; compiling (DEFUN |objCodeVal| ...) ; compiling (DEFUN |objCodeMode| ...) ; compiling (DEFUN |wrap| ...) ; compiling (DEFUN |isWrapped| ...) ; compiling (DEFUN |unwrap| ...) ; compiling (DEFUN |quote2Wrapped| ...) ; compiling (DEFUN |removeQuote| ...) ; compiling (DEFUN |getValueNormalForm| ...) ; compiling (DEFUN |instantiationNormalForm| ...) ; compiling (DEFUN |asTupleNew| ...) ; compiling (DEFUN |asTupleNew0| ...) ; compiling (DEFUN |asTupleNewCode| ...) ; compiling (DEFUN |asTupleNewCode0| ...) ; compiling (DEFUN |asTupleSize| ...) ; compiling (DEFUN |asTupleAsVector| ...) ; compiling (DEFUN |asTupleAsList| ...) ; compiling (DEFCONSTANT |$immediateDataSymbol| ...) ; compiling (DEFMACRO |getBasicMode| ...) ; compiling (DEFUN |getBasicMode0| ...) ; compiling (DEFUN |getBasicObject| ...) ; compiling (DEFUN |mkAtreeNode| ...) ; compiling (DEFUN |emptyAtree| ...) ; compiling (DEFUN |isLeaf| ...) ; compiling (DEFUN |getMode| ...) ; compiling (DEFUN |putMode| ...) ; compiling (DEFUN |getValue| ...) ; compiling (DEFUN |putValue| ...) ; compiling (DEFUN |putValueValue| ...) ; compiling (DEFUN |getUnnameIfCan| ...) ; compiling (DEFUN |getUnname| ...) ; compiling (DEFUN |getUnname1| ...) ; compiling (DEFUN |getModeSet| ...) ; compiling (DEFUN |putModeSet| ...) ; compiling (DEFUN |getModeOrFirstModeSetIfThere| ...) ; compiling (DEFUN |getModeSetUseSubdomain| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-object.clisp ; in: DEFUN |getModeSetUseSubdomain| ; (CAR BOOT::|x|) ; ; note: deleting unreachable code ; compiling (DEFUN |computedMode| ...) ; compiling (DEFUN |insertShortAlist| ...) ; compiling (DEFUN |putAtree| ...) ; compiling (DEFUN |getAtree| ...) ; compiling (DEFUN |putTarget| ...) ; compiling (DEFUN |getTarget| ...) ; compiling (DEFUN |getSrcPos| ...) ; compiling (DEFUN |putSrcPos| ...) ; compiling (DEFUN |srcPosNew| ...) ; compiling (DEFUN |srcPosFile| ...) ; compiling (DEFUN |srcPosSource| ...) ; compiling (DEFUN |srcPosLine| ...) ; compiling (DEFUN |srcPosColumn| ...) ; compiling (DEFUN |srcPosDisplay| ...) ; compiling (DEFUN |getFlagArgsPos| ...) ; compiling (DEFUN |transferPropsToNode| ...) ; compiling (DEFUN |transferPropsToNode,transfer| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-object.clisp ; in: DEFUN |getValueNormalForm| ; (BOOT::|isConceptualCategory| (BOOT::|objMode| BOOT::|obj|)) ; ; caught STYLE-WARNING: ; undefined function: |isConceptualCategory| ; in: DEFUN |instantiationNormalForm| ; (BOOT::|isConstructorName| BOOT::|h|) ; ; caught STYLE-WARNING: ; undefined function: |isConstructorName| ; in: DEFUN |getValueNormalForm| ; (BOOT::|isConstructorName| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |isConstructorName| ; in: DEFUN |getModeSetUseSubdomain| ; (BOOT::|isEqualOrSubDomain| (BOOT::|objMode| BOOT::|val|) BOOT::|$Integer|) ; ; caught STYLE-WARNING: ; undefined function: |isEqualOrSubDomain| ; in: DEFUN |getValue| ; (BOOT::|keyedSystemError| 'BOOT::S2II0001 (LIST BOOT::|x|)) ; ; caught STYLE-WARNING: ; undefined function: |keyedSystemError| ; in: DEFUN |putMode| ; (BOOT::|keyedSystemError| 'BOOT::S2II0001 (LIST BOOT::|x|)) ; ; caught STYLE-WARNING: ; undefined function: |keyedSystemError| ; in: DEFUN |getMode| ; (BOOT::|keyedSystemError| 'BOOT::S2II0001 (LIST BOOT::|x|)) ; ; caught STYLE-WARNING: ; undefined function: |keyedSystemError| ; ; caught STYLE-WARNING: ; 7 more uses of undefined function |keyedSystemError| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-object.clisp ; in: DEFUN |object| ; (BOOT::|timedEVALFUN| BOOT::|v|) ; ; caught STYLE-WARNING: ; undefined function: |timedEVALFUN| ; ; compilation unit finished ; Undefined functions: ; |isConceptualCategory| |isConstructorName| |isEqualOrSubDomain| |keyedSystemError| |timedEVALFUN| ; caught 10 STYLE-WARNING conditions ; printed 1 note ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-object.fasl written ; compilation finished in 0:00:00.151 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=i-analy.fasl --load-directory=. ../../../open-axiom/src/interp/i-analy.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-analy.clisp" (written 01 FEB 2016 10:52:51 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "i-object") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFCONSTANT |$univariateDomains| ...) ; compiling (DEFCONSTANT |$multivariateDomains| ...) ; compiling (DEFPARAMETER |$inRetract| ...) ; compiling (DEFUN |putCallInfo| ...) ; compiling (DEFUN |getMinimalVariableTower| ...) ; compiling (DEFUN |getMinimalVarMode| ...) ; compiling (DEFUN |polyVarlist| ...) ; compiling (DEFUN |pushDownTargetInfo| ...) ; compiling (DEFUN |pushDownOnArithmeticVariables| ...) ; compiling (DEFUN |pushDownOp?| ...) ; compiling (DEFUN |elaborateForm| ...) ; compiling (DEFUN |elaborateTree| ...) ; compiling (DEFUN |bottomUp| ...) ; compiling (DEFUN |bottomUpWithArgModesets| ...) ; compiling (DEFUN |computeTypeWithVariablesTarget| ...) ; compiling (DEFUN |bottomUpCompile| ...) ; compiling (DEFUN |bottomUpUseSubdomain| ...) ; compiling (DEFUN |bottomUpPredicate| ...) ; compiling (DEFUN |bottomUpCompilePredicate| ...) ; compiling (DEFUN |isUnambiguouslyConstructor| ...) ; compiling (DEFUN |bottomUpIdentifier| ...) ; compiling (DEFUN |getConstantObject| ...) ; compiling (DEFUN |namedConstant| ...) ; compiling (DEFUN |bottomUpDefault| ...) ; compiling (DEFUN |bottomUpDefaultEval| ...) ; compiling (DEFUN |bottomUpDefaultCompile| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-analy.clisp ; in: DEFUN |bottomUpDefaultCompile| ; (DEFUN BOOT::|bottomUpDefaultCompile| ; (BOOT::|t| BOOT::|id| BOOT::|defaultMode| BOOT::|target| ; BOOT::|isSub|) ; (LET* (BOOT::|obj'| ; BOOT::|obj| ; BOOT::|mdv| ; BOOT::|expr| ; BOOT::|envMode| ; BOOT::|tval| ; BOOT::|tmode|) ; (DECLARE (SPECIAL BOOT::|$env|)) ; (PROGN ; (SETQ BOOT::|tmode| #) ; (SETQ BOOT::|tval| #) ; (SETQ BOOT::|expr| #) ; (COND (# # # #) (# # #) (T # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|bottomUpDefaultCompile| ; (BOOT::|t| BOOT::|id| BOOT::|defaultMode| BOOT::|target| BOOT::|isSub|) ; (BLOCK BOOT::|bottomUpDefaultCompile| ; (LET* (BOOT::|obj'| ; BOOT::|obj| ; BOOT::|mdv| ; BOOT::|expr| ; BOOT::|envMode| ; BOOT::|tval| ; BOOT::|tmode|) ; (DECLARE (SPECIAL BOOT::|$env|)) ; (PROGN (SETQ #) (SETQ #) (SETQ #) (COND # # #))))) ; ; caught STYLE-WARNING: ; The variable |isSub| is defined but never used. ; compiling (DEFUN |interpRewriteRule| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-analy.clisp ; in: DEFUN |interpRewriteRule| ; (DEFUN BOOT::|interpRewriteRule| (BOOT::|t| BOOT::|id| BOOT::|expr|) ; (LET* (BOOT::|ms|) ; (DECLARE (SPECIAL BOOT::|$e|)) ; (COND ((NULL #) NIL) ((AND # #) BOOT::|ms|) (T NIL)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|interpRewriteRule| ; (BOOT::|t| BOOT::|id| BOOT::|expr|) ; (BLOCK BOOT::|interpRewriteRule| ; (LET* (BOOT::|ms|) ; (DECLARE (SPECIAL BOOT::|$e|)) ; (COND (# NIL) (# BOOT::|ms|) (T NIL))))) ; ; caught STYLE-WARNING: ; The variable |expr| is defined but never used. ; compiling (DEFUN |bottomUpForm| ...) ; compiling (DEFUN |bottomUpForm3| ...) ; compiling (DEFUN |bottomUpForm2| ...) ; compiling (DEFUN |bottomUpFormTuple| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-analy.clisp ; in: DEFUN |bottomUpFormTuple| ; (DEFUN BOOT::|bottomUpFormTuple| ; (BOOT::|t| BOOT::|op| BOOT::|opName| BOOT::|args| ; BOOT::|argModeSetList|) ; (LET* (BOOT::|newArg| ; BOOT::|ms| ; BOOT::|nargs| ; BOOT::|ISTMP#2| ; BOOT::|ISTMP#1| ; BOOT::|haveTuple| ; BOOT::|singles|) ; (COND ((BOOT::|getAtree| BOOT::|op| 'BOOT::|dollar|) NIL) ((NULL #) NIL) ; (T (SETQ #) ; (LET # ; #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|bottomUpFormTuple| ; (BOOT::|t| BOOT::|op| BOOT::|opName| BOOT::|args| ; BOOT::|argModeSetList|) ; (BLOCK BOOT::|bottomUpFormTuple| ; (LET* (BOOT::|newArg| ; BOOT::|ms| ; BOOT::|nargs| ; BOOT::|ISTMP#2| ; BOOT::|ISTMP#1| ; BOOT::|haveTuple| ; BOOT::|singles|) ; (COND (# NIL) (# NIL) (T # # #))))) ; ; caught STYLE-WARNING: ; The variable |t| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |argModeSetList| is defined but never used. ; compiling (DEFUN |removeUnionsAtStart| ...) ; compiling (DEFUN |printableArgModeSetList| ...) ; compiling (DEFUN |bottomUpForm0| ...) ; compiling (DEFUN |sayIntelligentMessageAboutOpAvailability| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |conceptualType| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |isConceptualCategory| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-analy.clisp ; in: DEFUN |isConceptualCategory| ; (DEFUN BOOT::|isConceptualCategory| (BOOT::|t|) ; (OR (EQUAL BOOT::|t| BOOT::|$Type|) (EQUAL BOOT::|t| BOOT::|$Category|) ; (EQUAL BOOT::|t| BOOT::|$Domain|) (BOOT::|categoryForm?| BOOT::|t|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|isConceptualCategory| ; (BOOT::|t|) ; (BLOCK BOOT::|isConceptualCategory| ; (OR (EQUAL BOOT::|t| BOOT::|$Type|) (EQUAL BOOT::|t| BOOT::|$Category|) ; (EQUAL BOOT::|t| BOOT::|$Domain|) ; (BOOT::|categoryForm?| BOOT::|t|)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |bottomUpType| ...) ; compiling (DEFUN |bottomUpPercent| ...) ; compiling (DEFUN |bottomUpFormRetract| ...) ; compiling (DEFUN |retractAtree| ...) ; compiling (DEFUN |bottomUpFormAnyUnionRetract| ...) ; compiling (DEFUN |bottomUpFormUntaggedUnionRetract| ...) ; compiling (DEFUN |bottomUpElt| ...) ; compiling (DEFUN |isEltable| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-analy.clisp ; in: DEFUN |bottomUpDefaultCompile| ; (BOOT::|canCoerceFrom| BOOT::|defaultMode| BOOT::|target|) ; ; caught STYLE-WARNING: ; undefined function: |canCoerceFrom| ; in: DEFUN |isConceptualCategory| ; (BOOT::|categoryForm?| BOOT::|t|) ; ; caught STYLE-WARNING: ; undefined function: |categoryForm?| ; in: DEFUN |conceptualType| ; (BOOT::|categoryForm?| BOOT::|type|) ; ; caught STYLE-WARNING: ; undefined function: |categoryForm?| ; in: DEFUN |bottomUpForm0| ; (BOOT::|coerceInteractive| (BOOT::|getValue| BOOT::|op0|) BOOT::|$OutputForm|) ; ; caught STYLE-WARNING: ; undefined function: |coerceInteractive| ; in: DEFUN |bottomUpDefaultCompile| ; (BOOT::|coerceInteractive| BOOT::|obj| BOOT::|target|) ; ; caught STYLE-WARNING: ; undefined function: |coerceInteractive| ; in: DEFUN |bottomUpDefaultEval| ; (BOOT::|coerceInteractive| ; (BOOT::|objNewWrap| BOOT::|id| (LIST 'BOOT::|Variable| BOOT::|id|)) ; BOOT::|target|) ; ; caught STYLE-WARNING: ; undefined function: |coerceInteractive| ; in: DEFUN |getConstantObject| ; (BOOT::|compiledLookupCheck| BOOT::|id| BOOT::|sig| ; (BOOT::|evalDomain| BOOT::|dc|)) ; ; caught STYLE-WARNING: ; undefined function: |compiledLookupCheck| ; in: DEFUN |pushDownOnArithmeticVariables| ; (BOOT::|containsPolynomial| BOOT::|target|) ; ; caught STYLE-WARNING: ; undefined function: |containsPolynomial| ; in: DEFUN |sayIntelligentMessageAboutOpAvailability| ; (BOOT::|domainForm?| BOOT::|opName|) ; ; caught STYLE-WARNING: ; undefined function: |domainForm?| ; in: DEFUN |getConstantObject| ; (BOOT::|evalDomain| BOOT::|dc|) ; ; caught STYLE-WARNING: ; undefined function: |evalDomain| ; in: DEFUN |bottomUpForm2| ; (BOOT::|evalForm| BOOT::|op| ; (SETQ BOOT::|opName| (BOOT::|getUnname| BOOT::|op|)) BOOT::|argl| ; BOOT::|mmS|) ; ; caught STYLE-WARNING: ; undefined function: |evalForm| ; in: DEFUN |interpRewriteRule| ; (BOOT::|evalForm| BOOT::|t| BOOT::|id| NIL BOOT::|ms|) ; ; caught STYLE-WARNING: ; undefined function: |evalForm| ; in: DEFUN |bottomUpPercent| ; (BOOT::|fetchOutput| (- 1)) ; ; caught STYLE-WARNING: ; undefined function: |fetchOutput| ; in: DEFUN |bottomUpFormRetract| ; (BOOT::|getAllModemapsFromDatabase| (BOOT::|getUnname| BOOT::|op|) ; (LENGTH BOOT::|argl|)) ; ; caught STYLE-WARNING: ; undefined function: |getAllModemapsFromDatabase| ; in: DEFUN |sayIntelligentMessageAboutOpAvailability| ; (BOOT::|getAllModemapsFromDatabase| BOOT::|opName| NIL) ; ; caught STYLE-WARNING: ; undefined function: |getAllModemapsFromDatabase| ; in: DEFUN |bottomUpPercent| ; (BOOT::|getArgValue| BOOT::|t| BOOT::|$Integer|) ; ; caught STYLE-WARNING: ; undefined function: |getArgValue| ; in: DEFUN |isUnambiguouslyConstructor| ; (BOOT::|getConstructorKindFromDB| BOOT::|id|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorKindFromDB| ; in: DEFUN |namedConstant| ; (BOOT::|getConstructorOperationsFromDB| (CAR BOOT::|dc|)) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorOperationsFromDB| ; (BOOT::|getDCFromSystemModemap| BOOT::|sysmm|) ; ; caught STYLE-WARNING: ; undefined function: |getDCFromSystemModemap| ; in: DEFUN |bottomUpFormTuple| ; (BOOT::|getFirstArgTypeFromMm| BOOT::|mm|) ; ; caught STYLE-WARNING: ; undefined function: |getFirstArgTypeFromMm| ; (BOOT::|getModemapsFromDatabase| BOOT::|opName| 1) ; ; caught STYLE-WARNING: ; undefined function: |getModemapsFromDatabase| ; in: DEFUN |namedConstant| ; (BOOT::|getModemapsFromDatabase| BOOT::|id| 0) ; ; caught STYLE-WARNING: ; undefined function: |getModemapsFromDatabase| ; in: DEFUN |pushDownOp?| ; (BOOT::|getModemapsFromDatabase| BOOT::|op| BOOT::|n|) ; ; caught STYLE-WARNING: ; undefined function: |getModemapsFromDatabase| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |getModemapsFromDatabase| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-analy.clisp ; in: DEFUN |bottomUpWithArgModesets| ; (BOOT::|isCategoryForm| BOOT::|m| BOOT::|$e|) ; ; caught STYLE-WARNING: ; undefined function: |isCategoryForm| ; (BOOT::|isEqualOrSubDomain| (CAR BOOT::|ms|) BOOT::|$Integer|) ; ; caught STYLE-WARNING: ; undefined function: |isEqualOrSubDomain| ; in: DEFUN |bottomUpIdentifier| ; (BOOT::|isMapExpr| BOOT::|expr|) ; ; caught STYLE-WARNING: ; undefined function: |isMapExpr| ; in: DEFUN |conceptualType| ; (BOOT::|isPartialMode| BOOT::|type|) ; ; caught STYLE-WARNING: ; undefined function: |isPartialMode| ; in: DEFUN |bottomUpDefaultCompile| ; (BOOT::|isPartialMode| BOOT::|tmode|) ; ; caught STYLE-WARNING: ; undefined function: |isPartialMode| ; in: DEFUN |bottomUpDefaultEval| ; (BOOT::|isPartialMode| BOOT::|m|) ; ; caught STYLE-WARNING: ; undefined function: |isPartialMode| ; in: DEFUN |bottomUpForm0| ; (BOOT::|isType| BOOT::|t|) ; ; caught STYLE-WARNING: ; undefined function: |isType| ; in: DEFUN |bottomUpIdentifier| ; (BOOT::|isType| BOOT::|t|) ; ; caught STYLE-WARNING: ; undefined function: |isType| ; in: DEFUN |bottomUpDefaultCompile| ; (BOOT::|keyedMsgCompFailure| 'BOOT::S2IB0010 NIL) ; ; caught STYLE-WARNING: ; undefined function: |keyedMsgCompFailure| ; in: DEFUN |bottomUpForm0| ; (BOOT::|keyedMsgCompFailureSP| BOOT::|msgKey| ; (LIST BOOT::|opName1| BOOT::|amsl|) BOOT::|op0|) ; ; caught STYLE-WARNING: ; undefined function: |keyedMsgCompFailureSP| ; in: DEFUN |bottomUpIdentifier| ; (BOOT::|keyedSystemError| 'BOOT::S2GE0016 ; (LIST "bottomUpIdentifier" "trying to evaluate %noBranch")) ; ; caught STYLE-WARNING: ; undefined function: |keyedSystemError| ; in: DEFUN |bottomUp| ; (BOOT::|keyedSystemError| 'BOOT::S2GE0016 ; (LIST "bottomUp" "unknown object form")) ; ; caught STYLE-WARNING: ; undefined function: |keyedSystemError| ; in: DEFUN |isUnambiguouslyConstructor| ; (BOOT::|loadIfNecessary| BOOT::|id|) ; ; caught STYLE-WARNING: ; undefined function: |loadIfNecessary| ; in: DEFUN |bottomUpCompile| ; (BOOT::|massageBackendCode| (BOOT::|objVal| (BOOT::|getValue| BOOT::|t|))) ; ; caught STYLE-WARNING: ; undefined function: |massageBackendCode| ; in: DEFUN |elaborateForm| ; (BOOT::|mkAtree1| BOOT::|pf|) ; ; caught STYLE-WARNING: ; undefined function: |mkAtree1| ; in: DEFUN |bottomUpForm0| ; (BOOT::|mkCompanionPage| 'BOOT::|operationError| BOOT::|t|) ; ; caught STYLE-WARNING: ; undefined function: |mkCompanionPage| ; in: DEFUN |namedConstant| ; (BOOT::|niladicConstructor?| (CAR BOOT::|dc|)) ; ; caught STYLE-WARNING: ; undefined function: |niladicConstructor?| ; in: DEFUN |isUnambiguouslyConstructor| ; (BOOT::|niladicConstructor?| BOOT::|id|) ; ; caught STYLE-WARNING: ; undefined function: |niladicConstructor?| ; in: DEFUN |isEltable| ; (BOOT::|numMapArgs| BOOT::|mapDef|) ; ; caught STYLE-WARNING: ; undefined function: |numMapArgs| ; in: DEFUN |sayIntelligentMessageAboutOpAvailability| ; (BOOT::|object2Identifier| (BOOT::|opOf| BOOT::|opName|)) ; ; caught STYLE-WARNING: ; undefined function: |object2Identifier| ; in: DEFUN |bottomUpForm0| ; (BOOT::|outputTran| (BOOT::|objValUnwrap| BOOT::|o|)) ; ; caught STYLE-WARNING: ; undefined function: |outputTran| ; in: DEFUN |bottomUpDefaultEval| ; (BOOT::|resolveTM| (LIST 'BOOT::|Variable| BOOT::|id|) BOOT::|m|) ; ; caught STYLE-WARNING: ; undefined function: |resolveTM| ; in: DEFUN |bottomUpIdentifier| ; (BOOT::|resolveTM| BOOT::|om| BOOT::|tar|) ; ; caught STYLE-WARNING: ; undefined function: |resolveTM| ; in: DEFUN |bottomUp| ; (BOOT::|resolveTM| BOOT::|om| BOOT::|tar|) ; ; caught STYLE-WARNING: ; undefined function: |resolveTM| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |resolveTM| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-analy.clisp ; in: DEFUN |computeTypeWithVariablesTarget| ; (BOOT::|resolveTT| BOOT::|p| BOOT::|q|) ; ; caught STYLE-WARNING: ; undefined function: |resolveTT| ; in: DEFUN |bottomUpFormRetract| ; (BOOT::|retract| (BOOT::|getValue| BOOT::|x|)) ; ; caught STYLE-WARNING: ; undefined function: |retract| ; in: DEFUN |bottomUpForm0| ; (BOOT::|retract| (BOOT::|getValue| BOOT::|op|)) ; ; caught STYLE-WARNING: ; undefined function: |retract| ; in: DEFUN |removeUnionsAtStart| ; (BOOT::|retract| BOOT::|v|) ; ; caught STYLE-WARNING: ; undefined function: |retract| ; ; caught STYLE-WARNING: ; 3 more uses of undefined function |retract| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-analy.clisp ; in: DEFUN |sayIntelligentMessageAboutOpAvailability| ; (BOOT::|sayKeyedMsg| 'BOOT::|S2IB0008a| (LIST BOOT::|opName|)) ; ; caught STYLE-WARNING: ; undefined function: |sayKeyedMsg| ; in: DEFUN |interpRewriteRule| ; (BOOT::|selectLocalMms| BOOT::|t| BOOT::|id| NIL NIL) ; ; caught STYLE-WARNING: ; undefined function: |selectLocalMms| ; in: DEFUN |bottomUpElt| ; (BOOT::|selectMms| BOOT::|newOp| BOOT::|newArgs| BOOT::|target|) ; ; caught STYLE-WARNING: ; undefined function: |selectMms| ; in: DEFUN |bottomUpForm2| ; (BOOT::|selectMms| BOOT::|op| BOOT::|argl| (BOOT::|getTarget| BOOT::|op|)) ; ; caught STYLE-WARNING: ; undefined function: |selectMms| ; in: DEFUN |bottomUpDefaultEval| ; (BOOT::|throwKeyedMsg| "S2IB0003" (LIST (BOOT::|getUnname| BOOT::|t|))) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsg| ; in: DEFUN |bottomUpIdentifier| ; (BOOT::|throwKeyedMsg| "S2IB0002" NIL) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsg| ; in: DEFUN |bottomUpPredicate| ; (BOOT::|throwKeyedMsg| "S2IB0001" (LIST BOOT::|name|)) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsg| ; in: DEFUN |bottomUpPercent| ; (BOOT::|throwKeyedMsgSP| "S2IB0006" NIL BOOT::|t|) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsgSP| ; in: DEFUN |bottomUpForm0| ; (BOOT::|throwKeyedMsgSP| 'BOOT::S2IB0008 ; (LIST "the union object" BOOT::|amsl|) BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsgSP| ; in: DEFUN |getMinimalVarMode| ; (BOOT::|underDomainOf| BOOT::|m|) ; ; caught STYLE-WARNING: ; undefined function: |underDomainOf| ; in: DEFUN |getMinimalVariableTower| ; (BOOT::|underDomainOf| BOOT::|t|) ; ; caught STYLE-WARNING: ; undefined function: |underDomainOf| ; ; compilation unit finished ; Undefined functions: ; |canCoerceFrom| |categoryForm?| |coerceInteractive| |compiledLookupCheck| |containsPolynomial| |domainForm?| |evalDomain| |evalForm| |fetchOutput| |getAllModemapsFromDatabase| |getArgValue| |getConstructorKindFromDB| |getConstructorOperationsFromDB| |getDCFromSystemModemap| |getFirstArgTypeFromMm| |getModemapsFromDatabase| |isCategoryForm| |isEqualOrSubDomain| |isMapExpr| |isPartialMode| |isType| |keyedMsgCompFailure| |keyedMsgCompFailureSP| |keyedSystemError| |loadIfNecessary| |massageBackendCode| |mkAtree1| |mkCompanionPage| |niladicConstructor?| |numMapArgs| |object2Identifier| |outputTran| |resolveTM| |resolveTT| |retract| |sayKeyedMsg| |selectLocalMms| |selectMms| |throwKeyedMsg| |throwKeyedMsgSP| |underDomainOf| ; caught 69 STYLE-WARNING conditions ; printed 1 note ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-analy.fasl written ; compilation finished in 0:00:00.248 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=i-resolv.fasl --load-directory=. ../../../open-axiom/src/interp/i-resolv.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-resolv.clisp" (written 01 FEB 2016 10:52:52 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "i-object") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFUN |resolveTypeList| ...) ; compiling (DEFUN |resolveTypeListAny| ...) ; compiling (DEFUN |resolveTTAny| ...) ; compiling (DEFUN |resolveTT1| ...) ; compiling (DEFUN |acceptableTypesToResolve| ...) ; compiling (DEFUN |acceptableTypesToResolve1| ...) ; compiling (DEFUN |resolveTT2| ...) ; compiling (DEFUN |resolveTTUnion| ...) ; compiling (DEFUN |resolveTTSpecial| ...) ; compiling (DEFUN |resolveTTCC| ...) ; compiling (DEFUN |resolveTTEq| ...) ; compiling (DEFUN |resolveTTEq1| ...) ; compiling (DEFUN |resolveTTEq2| ...) ; compiling (DEFUN |resolveTTRed| ...) ; compiling (DEFUN |resolveTTRed1| ...) ; compiling (DEFUN |resolveTTRed2| ...) ; compiling (DEFUN |resolveTTRed3| ...) ; compiling (DEFUN |interpOp?| ...) ; compiling (DEFUN |resolveTCat| ...) ; compiling (DEFUN |resolveTCat1| ...) ; compiling (DEFUN |getConditionsForCategoryOnType| ...) ; compiling (DEFUN |getConditionalCategoryOfType| ...) ; compiling (DEFUN |getConditionalCategoryOfType1| ...) ; compiling (DEFUN |matchUpToPatternVars| ...) ; compiling (DEFUN |resolveTMOrCroak| ...) ; compiling (DEFUN |resolveTM| ...) ; compiling (DEFUN |resolveTM1| ...) ; compiling (DEFUN |resolveTMRecord| ...) ; compiling (DEFUN |resolveTMUnion| ...) ; compiling (DEFUN |resolveTMTaggedUnion| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-resolv.clisp ; in: DEFUN |resolveTMTaggedUnion| ; (DEFUN BOOT::|resolveTMTaggedUnion| (BOOT::|t| BOOT::|m|) ; (LET* (BOOT::|ums|) ; (PROGN (SETQ BOOT::|ums| #) NIL))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|resolveTMTaggedUnion| ; (BOOT::|t| BOOT::|m|) ; (BLOCK BOOT::|resolveTMTaggedUnion| ; (LET* (BOOT::|ums|) ; (PROGN (SETQ #) NIL)))) ; ; caught STYLE-WARNING: ; The variable |t| is defined but never used. ; compiling (DEFUN |spliceTypeListForEmptyMode| ...) ; compiling (DEFUN |resolveTM2| ...) ; compiling (DEFUN |resolveTMEq| ...) ; compiling (DEFUN |resolveTMSpecial| ...) ; compiling (DEFUN |resolveTMEq1| ...) ; compiling (DEFUN |resolveTMEq2| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-resolv.clisp ; in: DEFUN |resolveTMEq2| ; (DEFUN BOOT::|resolveTMEq2| (BOOT::|cm| BOOT::|argm| BOOT::TL) ; (LET* (BOOT::|tt| ; BOOT::|x2| ; BOOT::|x1| ; BOOT::|arg| ; BOOT::|argt| ; BOOT::|ct| ; BOOT::|LETTMP#1|) ; (DECLARE (SPECIAL BOOT::|$Coerce|)) ; (PROGN ; (SETQ BOOT::|LETTMP#1| #) ; (SETQ BOOT::|ct| #) ; (SETQ BOOT::|argt| #) ; (SETQ BOOT::TL #) ; (AND (NULL BOOT::TL) (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|resolveTMEq2| ; (BOOT::|cm| BOOT::|argm| BOOT::TL) ; (BLOCK BOOT::|resolveTMEq2| ; (LET* (BOOT::|tt| ; BOOT::|x2| ; BOOT::|x1| ; BOOT::|arg| ; BOOT::|argt| ; BOOT::|ct| ; BOOT::|LETTMP#1|) ; (DECLARE (SPECIAL BOOT::|$Coerce|)) ; (PROGN (SETQ #) (SETQ #) (SETQ #) (SETQ #) (AND # #))))) ; ; caught STYLE-WARNING: ; The variable |cm| is defined but never used. ; compiling (DEFUN |resolveTMRed| ...) ; compiling (DEFUN |resolveTMRed1| ...) ; compiling (DEFUN |eqType| ...) ; compiling (DEFUN |equiType| ...) ; compiling (DEFUN |getUnderModeOf| ...) ; compiling (DEFUN |deconstructT| ...) ; compiling (DEFUN |constructT| ...) ; compiling (DEFUN |constructM| ...) ; compiling (DEFUN |replaceLast| ...) ; compiling (DEFUN |destructT| ...) ; compiling (DEFUN |constructTowerT| ...) ; compiling (DEFUN |bubbleType| ...) ; compiling (DEFUN |bubbleConstructor| ...) ; compiling (DEFUN |compareTT| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-resolv.clisp ; in: DEFUN |resolveTMEq1| ; (BOOT::|augmentSub| BOOT::|xm| BOOT::|xt| BOOT::SL) ; ; caught STYLE-WARNING: ; undefined function: |augmentSub| ; in: DEFUN |resolveTMEq| ; (BOOT::|augmentSub| (CAR BOOT::|p|) (CDR BOOT::|p|) BOOT::|$Subst|) ; ; caught STYLE-WARNING: ; undefined function: |augmentSub| ; in: DEFUN |bubbleType| ; (BOOT::|canCoerceCommute| BOOT::|c2| BOOT::|c1|) ; ; caught STYLE-WARNING: ; undefined function: |canCoerceCommute| ; in: DEFUN |resolveTTSpecial| ; (BOOT::|canCoerceFrom| BOOT::|t2| BOOT::F) ; ; caught STYLE-WARNING: ; undefined function: |canCoerceFrom| ; in: DEFUN |resolveTT2| ; (BOOT::|canCoerceFrom| BOOT::|t| BOOT::|t0|) ; ; caught STYLE-WARNING: ; undefined function: |canCoerceFrom| ; in: DEFUN |resolveTT1| ; (BOOT::|canCoerceFrom| BOOT::|t1| BOOT::|t2|) ; ; caught STYLE-WARNING: ; undefined function: |canCoerceFrom| ; ; caught STYLE-WARNING: ; 6 more uses of undefined function |canCoerceFrom| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-resolv.clisp ; in: DEFUN |deconstructT| ; (BOOT::|constructor?| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |constructor?| ; in: DEFUN |resolveTTSpecial| ; (BOOT::|containsPolynomial| BOOT::S) ; ; caught STYLE-WARNING: ; undefined function: |containsPolynomial| ; in: DEFUN |constructM| ; (BOOT::|containsVars| BOOT::A) ; ; caught STYLE-WARNING: ; undefined function: |containsVars| ; in: DEFUN |resolveTMEq| ; (BOOT::|containsVars| BOOT::|cm|) ; ; caught STYLE-WARNING: ; undefined function: |containsVars| ; in: DEFUN |resolveTM1| ; (BOOT::|containsVars| BOOT::|m|) ; ; caught STYLE-WARNING: ; undefined function: |containsVars| ; in: DEFUN |constructM| ; (BOOT::|defaultTargetFE| (CAR BOOT::A)) ; ; caught STYLE-WARNING: ; undefined function: |defaultTargetFE| ; in: DEFUN |resolveTTSpecial| ; (BOOT::|defaultTargetFE| BOOT::|t2|) ; ; caught STYLE-WARNING: ; undefined function: |defaultTargetFE| ; in: DEFUN |getConditionalCategoryOfType1| ; (BOOT::|getConstructorCategory| BOOT::|catName|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorCategory| ; in: DEFUN |getConditionalCategoryOfType| ; (BOOT::|getConstructorCategory| BOOT::|t|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorCategory| ; in: DEFUN |getConditionalCategoryOfType1| ; (BOOT::|getConstructorKindFromDB| BOOT::|catName|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorKindFromDB| ; in: DEFUN |destructT| ; (BOOT::|getDualSignature| (BOOT::|opOf| BOOT::|functor|)) ; ; caught STYLE-WARNING: ; undefined function: |getDualSignature| ; in: DEFUN |resolveTTRed3| ; (BOOT::|getDualSignature| (CAR BOOT::|t|)) ; ; caught STYLE-WARNING: ; undefined function: |getDualSignature| ; in: DEFUN |resolveTM1| ; (BOOT::|isEqualOrSubDomain| BOOT::|t| BOOT::|$Integer|) ; ; caught STYLE-WARNING: ; undefined function: |isEqualOrSubDomain| ; in: DEFUN |resolveTTSpecial| ; (BOOT::|isPolynomialMode| BOOT::|t2|) ; ; caught STYLE-WARNING: ; undefined function: |isPolynomialMode| ; in: DEFUN |resolveTT1| ; (BOOT::|isSubTowerOf| BOOT::|t1| BOOT::|t2|) ; ; caught STYLE-WARNING: ; undefined function: |isSubTowerOf| ; in: DEFUN |resolveTM| ; (BOOT::|isValidType| BOOT::|tt|) ; ; caught STYLE-WARNING: ; undefined function: |isValidType| ; in: DEFUN |resolveTCat| ; (BOOT::|isValidType| (SETQ BOOT::|uc| (BOOTTRAN:|last| BOOT::|tc|))) ; ; caught STYLE-WARNING: ; undefined function: |isValidType| ; in: DEFUN |resolveTT1| ; (BOOT::|isValidType| BOOT::|t|) ; ; caught STYLE-WARNING: ; undefined function: |isValidType| ; in: DEFUN |bubbleType| ; (BOOT::|newCanCoerceCommute| BOOT::|c2| BOOT::|c1|) ; ; caught STYLE-WARNING: ; undefined function: |newCanCoerceCommute| ; in: DEFUN |resolveTCat| ; (BOOT::|ofCategory| BOOT::|t| BOOT::|c|) ; ; caught STYLE-WARNING: ; undefined function: |ofCategory| ; in: DEFUN |resolveTTSpecial| ; (BOOT::|ofCategory| BOOT::|t2| '(BOOT::|IntegerNumberSystem|)) ; ; caught STYLE-WARNING: ; undefined function: |ofCategory| ; in: DEFUN |resolveTTUnion| ; (BOOT::|resolveTT| BOOT::|d| BOOT::|t2|) ; ; caught STYLE-WARNING: ; undefined function: |resolveTT| ; in: DEFUN |resolveTTAny| ; (BOOT::|resolveTT| BOOT::|t1| BOOT::|t2|) ; ; caught STYLE-WARNING: ; undefined function: |resolveTT| ; in: DEFUN |resolveTypeList| ; (BOOT::|resolveTT| BOOT::|md| BOOT::|a|) ; ; caught STYLE-WARNING: ; undefined function: |resolveTT| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |resolveTT| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-resolv.clisp ; in: DEFUN |resolveTM| ; (BOOT::|startTimingProcess| 'BOOT::|resolve|) ; ; caught STYLE-WARNING: ; undefined function: |startTimingProcess| ; (BOOT::|stopTimingProcess| 'BOOT::|resolve|) ; ; caught STYLE-WARNING: ; undefined function: |stopTimingProcess| ; in: DEFUN |resolveTMRed| ; (BOOT::|term1RW| (LIST 'BOOT::|Resolve| BOOT::|t| BOOT::|m|) BOOT::|$ResMode|) ; ; caught STYLE-WARNING: ; undefined function: |term1RW| ; in: DEFUN |resolveTTRed1| ; (BOOT::|term1RW| ; (SETQ BOOT::|t| (LIST 'BOOT::|Resolve| BOOT::|t1| BOOT::|t2|)) BOOT::|$Res|) ; ; caught STYLE-WARNING: ; undefined function: |term1RW| ; in: DEFUN |resolveTMRed| ; (BOOT::|term1RWall| ; (LIST 'BOOT::|Resolve| (BOOT::|constructM| BOOT::|c0| BOOT::|arg0|) ; BOOT::|m|) ; BOOT::|$ResMode|) ; ; caught STYLE-WARNING: ; undefined function: |term1RWall| ; in: DEFUN |resolveTTRed1| ; (BOOT::|term1RWall| (LIST 'BOOT::|Resolve| BOOT::|t1| BOOT::|t2|) ; BOOT::|$Res|) ; ; caught STYLE-WARNING: ; undefined function: |term1RWall| ; in: DEFUN |resolveTMOrCroak| ; (BOOT::|throwKeyedMsg| 'BOOT::S2IR0004 (LIST BOOT::|t| BOOT::|m|)) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsg| ; in: DEFUN |resolveTypeList| ; (BOOT::|throwKeyedMsg| 'BOOT::S2IR0002 NIL) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsg| ; in: DEFUN |resolveTCat| ; (BOOT::|underDomainOf| BOOT::|t|) ; ; caught STYLE-WARNING: ; undefined function: |underDomainOf| ; ; compilation unit finished ; Undefined functions: ; |augmentSub| |canCoerceCommute| |canCoerceFrom| |constructor?| |containsPolynomial| |containsVars| |defaultTargetFE| |getConstructorCategory| |getConstructorKindFromDB| |getDualSignature| |isEqualOrSubDomain| |isPolynomialMode| |isSubTowerOf| |isValidType| |newCanCoerceCommute| |ofCategory| |resolveTT| |startTimingProcess| |stopTimingProcess| |term1RW| |term1RWall| |throwKeyedMsg| |underDomainOf| ; caught 43 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-resolv.fasl written ; compilation finished in 0:00:00.231 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=i-coerfn.fasl --load-directory=. ../../../open-axiom/src/interp/i-coerfn.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-coerfn.clisp" (written 01 FEB 2016 10:52:52 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "i-analy") ; compiling (IMPORT-MODULE "i-resolv") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFPARAMETER |$coerceFailure| ...) ; compiling (DEFUN |position1| ...) ; compiling (DEFUN DP2DP ...) ; compiling (DEFUN |Dmp2Dmp| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-coerfn.clisp ; in: DEFUN |Dmp2Dmp| ; (LIST BOOT::|dmp| BOOT::|w1| BOOT::S) ; ==> ; BOOT::|dmp| ; ; note: deleting unreachable code ; ==> ; BOOT::S ; ; note: deleting unreachable code ; compiling (DEFUN |coerceDmp1| ...) ; compiling (DEFUN |coerceDmp2| ...) ; compiling (DEFUN |Dmp2Expr| ...) ; compiling (DEFUN |Dmp2Mp| ...) ; compiling (DEFUN |coerceDmpCoeffs| ...) ; compiling (DEFUN |sortAndReorderDmpExponents| ...) ; compiling (DEFUN |domain2NDmp| ...) ; compiling (DEFUN |Dmp2NDmp| ...) ; compiling (DEFUN |addDmpLikeTermsAsTarget| ...) ; compiling (DEFUN |Dmp2P| ...) ; compiling (DEFUN |translateMpVars2PVars| ...) ; compiling (DEFUN |Dmp2Up| ...) ; compiling (DEFUN |removeVectorElt| ...) ; compiling (DEFUN |removeListElt| ...) ; compiling (DEFUN |NDmp2domain| ...) ; compiling (DEFUN |NDmp2NDmp| ...) ; compiling (DEFUN |Expr2Complex| ...) ; compiling (DEFUN |Expr2Dmp| ...) ; compiling (DEFUN |Expr2Dmp1| ...) ; compiling (DEFUN |Expr2Mp| ...) ; compiling (DEFUN |Expr2Up| ...) ; compiling (DEFUN |Ker2Ker| ...) ; compiling (DEFUN |Ker2Expr| ...) ; compiling (DEFUN |Factored2Factored| ...) ; compiling (DEFUN |coerceFFE| ...) ; compiling (DEFUN |Complex2underDomain| ...) ; compiling (DEFUN |Complex2FR| ...) ; compiling (DEFUN |Complex2Expr| ...) ; compiling (DEFUN I2EI ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-coerfn.clisp ; in: DEFUN I2EI ; (DEFUN BOOT::I2EI (BOOT::|n| BOOT::|source| BOOT::|target|) ; (COND ((EQ BOOT::|n| 'BOOT::|$fromCoerceable$|) NIL) ; (T (COND (# BOOT::|n|) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::I2EI ; (BOOT::|n| BOOT::|source| BOOT::|target|) ; (BLOCK BOOT::I2EI ; (COND ((EQ BOOT::|n| 'BOOT::|$fromCoerceable$|) NIL) (T (COND # #))))) ; ; caught STYLE-WARNING: ; The variable |source| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |target| is defined but never used. ; compiling (DEFUN I2OI ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-coerfn.clisp ; in: DEFUN I2OI ; (DEFUN BOOT::I2OI (BOOT::|n| BOOT::|source| BOOT::|target|) ; (COND ((EQ BOOT::|n| 'BOOT::|$fromCoerceable$|) NIL) ; (T (COND (# BOOT::|n|) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::I2OI ; (BOOT::|n| BOOT::|source| BOOT::|target|) ; (BLOCK BOOT::I2OI ; (COND ((EQ BOOT::|n| 'BOOT::|$fromCoerceable$|) NIL) (T (COND # #))))) ; ; caught STYLE-WARNING: ; The variable |source| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |target| is defined but never used. ; compiling (DEFUN I2PI ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-coerfn.clisp ; in: DEFUN I2PI ; (DEFUN BOOT::I2PI (BOOT::|n| BOOT::|source| BOOT::|target|) ; (COND ((EQ BOOT::|n| 'BOOT::|$fromCoerceable$|) NIL) ; (T (COND (# BOOT::|n|) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::I2PI ; (BOOT::|n| BOOT::|source| BOOT::|target|) ; (BLOCK BOOT::I2PI ; (COND ((EQ BOOT::|n| 'BOOT::|$fromCoerceable$|) NIL) (T (COND # #))))) ; ; caught STYLE-WARNING: ; The variable |source| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |target| is defined but never used. ; compiling (DEFUN I2NNI ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-coerfn.clisp ; in: DEFUN I2NNI ; (DEFUN BOOT::I2NNI (BOOT::|n| BOOT::|source| BOOT::|target|) ; (COND ((EQ BOOT::|n| 'BOOT::|$fromCoerceable$|) NIL) ; (T (COND (# BOOT::|n|) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::I2NNI ; (BOOT::|n| BOOT::|source| BOOT::|target|) ; (BLOCK BOOT::I2NNI ; (COND ((EQ BOOT::|n| 'BOOT::|$fromCoerceable$|) NIL) (T (COND # #))))) ; ; caught STYLE-WARNING: ; The variable |source| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |target| is defined but never used. ; compiling (DEFUN |L2Tuple| ...) ; compiling (DEFUN L2DP ...) ; compiling (DEFUN V2DP ...) ; compiling (DEFUN L2V ...) ; compiling (DEFUN V2L ...) ; compiling (DEFUN L2M ...) ; compiling (DEFUN |L2Record| ...) ; compiling (DEFUN |L2Rm| ...) ; compiling (DEFUN |L2Sm| ...) ; compiling (DEFUN |L2Set| ...) ; compiling (DEFUN |Set2L| ...) ; compiling (DEFUN |Agg2Agg| ...) ; compiling (DEFUN |Agg2L2Agg| ...) ; compiling (DEFUN |isRectangularList| ...) ; compiling (DEFUN M2L ...) ; compiling (DEFUN M2M ...) ; compiling (DEFUN |M2Rm| ...) ; compiling (DEFUN |M2Sm| ...) ; compiling (DEFUN M2V ...) ; compiling (DEFUN |Mp2Dmp| ...) ; compiling (DEFUN |Mp2SimilarDmp| ...) ; compiling (DEFUN |Mp2Expr| ...) ; compiling (DEFUN |Mp2FR| ...) ; compiling (DEFUN |Mp2Mp| ...) ; compiling (DEFUN |Mp2MpAux0| ...) ; compiling (DEFUN |Mp2MpAux1| ...) ; compiling (DEFUN |Mp2MpAux2| ...) ; compiling (DEFUN |genMpFromDmpTerm| ...) ; compiling (DEFUN |Mp2P| ...) ; compiling (DEFUN |MpP2P| ...) ; compiling (DEFUN |Mp2Up| ...) ; compiling (DEFUN OV2OV ...) ; compiling (DEFUN OV2P ...) ; compiling (DEFUN |OV2poly| ...) ; compiling (DEFUN OV2SE ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-coerfn.clisp ; in: DEFUN OV2SE ; (DEFUN BOOT::OV2SE (BOOT::|u| BOOT::|source| BOOT::|target|) ; (LET* (BOOT::|svl|) ; (PROGN (SETQ BOOT::|svl| #) (COND (# T) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::OV2SE ; (BOOT::|u| BOOT::|source| BOOT::|target|) ; (BLOCK BOOT::OV2SE ; (LET* (BOOT::|svl|) ; (PROGN (SETQ #) (COND # #))))) ; ; caught STYLE-WARNING: ; The variable |target| is defined but never used. ; compiling (DEFUN |OV2Sy| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-coerfn.clisp ; in: DEFUN |OV2Sy| ; (DEFUN BOOT::|OV2Sy| (BOOT::|u| BOOT::|source| BOOT::|target|) ; (LET* (BOOT::|svl|) ; (PROGN (SETQ BOOT::|svl| #) (COND (# T) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|OV2Sy| ; (BOOT::|u| BOOT::|source| BOOT::|target|) ; (BLOCK BOOT::|OV2Sy| ; (LET* (BOOT::|svl|) ; (PROGN (SETQ #) (COND # #))))) ; ; caught STYLE-WARNING: ; The variable |target| is defined but never used. ; compiling (DEFUN |varsInPoly| ...) ; compiling (DEFUN P2FR ...) ; compiling (DEFUN |P2Dmp| ...) ; compiling (DEFUN |P2Expr| ...) ; compiling (DEFUN |P2DmpAux| ...) ; compiling (DEFUN |P2Mp| ...) ; compiling (DEFUN |P2MpAux| ...) ; compiling (DEFUN |varIsOnlyVarInPoly| ...) ; compiling (DEFUN |P2Up| ...) ; compiling (DEFUN |Qf2PF| ...) ; compiling (DEFUN |Qf2F| ...) ; compiling (DEFUN |Rn2F| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-coerfn.clisp ; in: DEFUN |Rn2F| ; (DEFUN BOOT::|Rn2F| (BOOT::|rnum| BOOT::|source| BOOT::|target|) ; (BOOT::|float| (BOOT::QUOTIENT (CAR BOOT::|rnum|) (CDR BOOT::|rnum|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|Rn2F| ; (BOOT::|rnum| BOOT::|source| BOOT::|target|) ; (BLOCK BOOT::|Rn2F| ; (BOOT::|float| (BOOT::QUOTIENT (CAR BOOT::|rnum|) (CDR BOOT::|rnum|))))) ; ; caught STYLE-WARNING: ; The variable |source| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |target| is defined but never used. ; compiling (DEFUN |Qf2domain| ...) ; compiling (DEFUN |Qf2EF| ...) ; compiling (DEFUN |Qf2Qf| ...) ; compiling (DEFUN |Rm2L| ...) ; compiling (DEFUN |Rm2M| ...) ; compiling (DEFUN |Rm2Sm| ...) ; compiling (DEFUN |Rm2V| ...) ; compiling (DEFUN |Scr2Scr| ...) ; compiling (DEFUN |SUP2Up| ...) ; compiling (DEFUN |Sm2L| ...) ; compiling (DEFUN |Sm2M| ...) ; compiling (DEFUN |Sm2PolyType| ...) ; compiling (DEFUN |Sm2Rm| ...) ; compiling (DEFUN |Sm2V| ...) ; compiling (DEFUN |Sy2OV| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-coerfn.clisp ; in: DEFUN |Sy2OV| ; (DEFUN BOOT::|Sy2OV| (BOOT::|u| BOOT::|source| BOOT::|target|) ; (LET* (BOOT::|vl|) ; (PROGN (SETQ BOOT::|vl| #) (COND (# NIL) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|Sy2OV| ; (BOOT::|u| BOOT::|source| BOOT::|target|) ; (BLOCK BOOT::|Sy2OV| ; (LET* (BOOT::|vl|) ; (PROGN (SETQ #) (COND # #))))) ; ; caught STYLE-WARNING: ; The variable |source| is defined but never used. ; compiling (DEFUN |Sy2Dmp| ...) ; compiling (DEFUN |Sy2Mp| ...) ; compiling (DEFUN |Sy2NDmp| ...) ; compiling (DEFUN |Sy2P| ...) ; compiling (DEFUN |Sy2Up| ...) ; compiling (DEFUN |Sy2Var| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-coerfn.clisp ; in: DEFUN |Sy2Var| ; (DEFUN BOOT::|Sy2Var| (BOOT::|u| BOOT::|source| BOOT::|target|) ; (LET* (BOOT::|x|) ; (PROGN (SETQ BOOT::|x| #) (COND (# NIL) (# BOOT::|u|) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|Sy2Var| ; (BOOT::|u| BOOT::|source| BOOT::|target|) ; (BLOCK BOOT::|Sy2Var| ; (LET* (BOOT::|x|) ; (PROGN (SETQ #) (COND # # #))))) ; ; caught STYLE-WARNING: ; The variable |source| is defined but never used. ; compiling (DEFUN |Up2Dmp| ...) ; compiling (DEFUN |Up2Expr| ...) ; compiling (DEFUN |Up2FR| ...) ; compiling (DEFUN |Up2Mp| ...) ; compiling (DEFUN |Up2P| ...) ; compiling (DEFUN |Up2SUP| ...) ; compiling (DEFUN |Up2Up| ...) ; compiling (DEFUN |insertAlist| ...) ; compiling (DEFUN |insertAlist,fn| ...) ; compiling (DEFUN |Un2E| ...) ; compiling (DEFUN |Var2OV| ...) ; compiling (DEFUN |Var2Dmp| ...) ; compiling (DEFUN |Var2Gdmp| ...) ; compiling (DEFUN |Var2Mp| ...) ; compiling (DEFUN |Var2NDmp| ...) ; compiling (DEFUN |Var2P| ...) ; compiling (DEFUN |Var2QF| ...) ; compiling (DEFUN |Var2FS| ...) ; compiling (DEFUN |Var2Up| ...) ; compiling (DEFUN |Var2SUP| ...) ; compiling (DEFUN |Var2UpS| ...) ; compiling (DEFUN |Var2OtherPS| ...) ; compiling (DEFUN V2M ...) ; compiling (DEFUN |V2Rm| ...) ; compiling (DEFUN |V2Sm| ...) ; compiling (DEFUN |isRectangularVector| ...) ; compiling (DEFUN |P2Uts| ...) ; compiling (DEFUN |P2Uls| ...) ; compiling (DEFUN |P2Upxs| ...) ; compiling (DEFUN |P2Us| ...) ; compiling (DEFUN |commuteComplex| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-coerfn.clisp ; in: DEFUN |commuteComplex| ; (DEFUN BOOT::|commuteComplex| ; (BOOT::|u| BOOT::|source| BOOT::S BOOT::|target| BOOT::T$) ; (LET* (BOOT::|f| BOOT::|i| BOOT::|T'| BOOT::|imag| BOOT::|real|) ; (COND ((EQ BOOT::|u| 'BOOT::|$fromCoerceable$|) (AND # #)) ; (T (SETQ #) (SETQ #) (OR # #) (OR # #) (SETQ #) (SETQ #) (OR # #) ; (SETQ #) (SETQ #) (SETQ #) ; (BOOT::SPADCALL # BOOT::|i| BOOT::|f|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|commuteComplex| ; (BOOT::|u| BOOT::|source| BOOT::S BOOT::|target| BOOT::T$) ; (BLOCK BOOT::|commuteComplex| ; (LET* (BOOT::|f| BOOT::|i| BOOT::|T'| BOOT::|imag| BOOT::|real|) ; (COND (# #) (T # # # # # # # # # # #))))) ; ; caught STYLE-WARNING: ; The variable |source| is defined but never used. ; compiling (DEFUN |commuteQuaternion| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-coerfn.clisp ; in: DEFUN |commuteQuaternion| ; (DEFUN BOOT::|commuteQuaternion| ; (BOOT::|u| BOOT::|source| BOOT::S BOOT::|target| BOOT::T$) ; (LET* (BOOT::|plus| BOOT::|mult| BOOT::|u'| BOOT::|e| BOOT::|q| BOOT::|c|) ; (COND ((EQ BOOT::|u| 'BOOT::|$fromCoerceable$|) (AND # #)) ; (T (SETQ #) (SETQ #) (SETQ #) (SETQ #) (SETQ #) (SETQ #) (SETQ #) ; (SETQ #) ; (LET # ; #) ; BOOT::|u'|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|commuteQuaternion| ; (BOOT::|u| BOOT::|source| BOOT::S BOOT::|target| BOOT::T$) ; (BLOCK BOOT::|commuteQuaternion| ; (LET* (BOOT::|plus| ; BOOT::|mult| ; BOOT::|u'| ; BOOT::|e| ; BOOT::|q| ; BOOT::|c|) ; (COND (# #) (T # # # # # # # # # BOOT::|u'|))))) ; ; caught STYLE-WARNING: ; The variable |source| is defined but never used. ; compiling (DEFUN |commuteFraction| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-coerfn.clisp ; in: DEFUN |commuteFraction| ; (DEFUN BOOT::|commuteFraction| ; (BOOT::|u| BOOT::|source| BOOT::S BOOT::|target| BOOT::T$) ; (LET* (BOOT::|multfunc| ; BOOT::|n'| ; BOOT::|inv| ; BOOT::|d'| ; BOOT::|d| ; BOOT::|n|) ; (COND ((EQ BOOT::|u| 'BOOT::|$fromCoerceable$|) (COND # #)) ; (T (SETQ #) (SETQ #) (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|commuteFraction| ; (BOOT::|u| BOOT::|source| BOOT::S BOOT::|target| BOOT::T$) ; (BLOCK BOOT::|commuteFraction| ; (LET* (BOOT::|multfunc| ; BOOT::|n'| ; BOOT::|inv| ; BOOT::|d'| ; BOOT::|d| ; BOOT::|n|) ; (COND (# #) (T # # #))))) ; ; caught STYLE-WARNING: ; The variable |source| is defined but never used. ; compiling (DEFUN |commuteSquareMatrix| ...) ; compiling (DEFUN |makeEijSquareMatrix| ...) ; compiling (DEFUN |commuteUnivariatePolynomial| ...) ; compiling (DEFUN |commuteSparseUnivariatePolynomial| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-coerfn.clisp ; in: DEFUN |commuteSparseUnivariatePolynomial| ; (DEFUN BOOT::|commuteSparseUnivariatePolynomial| ; (BOOT::|u| BOOT::|source| BOOT::S BOOT::|target| BOOT::T$) ; (LET* (BOOT::|m| ; BOOT::|c| ; BOOT::|e| ; BOOT::|times| ; BOOT::|plus| ; BOOT::|monom| ; BOOT::|one| ; BOOT::|T'| ; BOOT::|u'|) ; (COND ((EQ BOOT::|u| 'BOOT::|$fromCoerceable$|) (AND # #)) ; (T (SETQ #) (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|commuteSparseUnivariatePolynomial| ; (BOOT::|u| BOOT::|source| BOOT::S BOOT::|target| BOOT::T$) ; (BLOCK BOOT::|commuteSparseUnivariatePolynomial| ; (LET* (BOOT::|m| ; BOOT::|c| ; BOOT::|e| ; BOOT::|times| ; BOOT::|plus| ; BOOT::|monom| ; BOOT::|one| ; BOOT::|T'| ; BOOT::|u'|) ; (COND (# #) (T # #))))) ; ; caught STYLE-WARNING: ; The variable |source| is defined but never used. ; compiling (DEFUN |commutePolynomial| ...) ; compiling (DEFUN |commuteMultivariatePolynomial| ...) ; compiling (DEFUN |commuteDistributedMultivariatePolynomial| ...) ; compiling (DEFUN |commuteNewDistributedMultivariatePolynomial| ...) ; compiling (DEFUN |commuteMPolyCat| ...) ; compiling (DEFCONSTANT |$CoerceTable| ...) ; compiling (DEFCONSTANT |$CommuteTable| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-coerfn.clisp ; in: DEFUN |Dmp2Expr| ; (BOOT::|canCoerce| BOOT::S BOOT::|target|) ; ; caught STYLE-WARNING: ; undefined function: |canCoerce| ; in: DEFUN |Dmp2Dmp| ; (BOOT::|canCoerce| BOOT::|t1| BOOT::|t2|) ; ; caught STYLE-WARNING: ; undefined function: |canCoerce| ; in: DEFUN DP2DP ; (BOOT::|canCoerce| BOOT::S BOOT::T$) ; ; caught STYLE-WARNING: ; undefined function: |canCoerce| ; ; caught STYLE-WARNING: ; 69 more uses of undefined function |canCoerce| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-coerfn.clisp ; in: DEFUN |Complex2Expr| ; (BOOT::|canCoerceFrom| BOOT::S BOOT::T1) ; ; caught STYLE-WARNING: ; undefined function: |canCoerceFrom| ; in: DEFUN |P2DmpAux| ; (BOOT::|coerceByFunction| BOOT::|u'| BOOT::|target|) ; ; caught STYLE-WARNING: ; undefined function: |coerceByFunction| ; in: DEFUN |Ker2Expr| ; (BOOT::|coerceByFunction| (BOOT::|objNewWrap| BOOT::|u| BOOT::|source|) ; BOOT::S) ; ; caught STYLE-WARNING: ; undefined function: |coerceByFunction| ; in: DEFUN |coerceDmp1| ; (BOOT::|coerceInt| ; (BOOT::|objNewWrap| (LIST (CONS BOOT::|exp| BOOT::|c|)) BOOT::|t|) ; BOOT::|target|) ; ; caught STYLE-WARNING: ; undefined function: |coerceInt| ; in: DEFUN |Dmp2Dmp| ; (BOOT::|coerceInt| (BOOT::|objNewWrap| BOOT::|c| BOOT::S) BOOT::|target|) ; ; caught STYLE-WARNING: ; undefined function: |coerceInt| ; in: DEFUN DP2DP ; (BOOT::|coerceInt| ; (BOOT::|objNewWrap| BOOT::|u| (LIST 'BOOT::|Vector| BOOT::S)) ; (LIST 'BOOT::|Vector| BOOT::T$)) ; ; caught STYLE-WARNING: ; undefined function: |coerceInt| ; ; caught STYLE-WARNING: ; 88 more uses of undefined function |coerceInt| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-coerfn.clisp ; in: DEFUN |L2Tuple| ; (BOOT::|coerceInt1| (BOOT::|objNewWrap| BOOT::|val| BOOT::|source|) ; (LIST 'BOOT::|List| BOOT::T$)) ; ; caught STYLE-WARNING: ; undefined function: |coerceInt1| ; in: DEFUN |Un2E| ; (BOOT::|coerceUn2E| BOOT::|x| BOOT::|source|) ; ; caught STYLE-WARNING: ; undefined function: |coerceUn2E| ; in: DEFUN |coerceDmp1| ; (BOOT::|coercionFailure|) ; ; caught STYLE-WARNING: ; undefined function: |coercionFailure| ; in: DEFUN |Dmp2Dmp| ; (BOOT::|coercionFailure|) ; ; caught STYLE-WARNING: ; undefined function: |coercionFailure| ; in: DEFUN DP2DP ; (BOOT::|coercionFailure|) ; ; caught STYLE-WARNING: ; undefined function: |coercionFailure| ; ; caught STYLE-WARNING: ; 103 more uses of undefined function |coercionFailure| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-coerfn.clisp ; in: DEFUN |Qf2domain| ; (BOOT::|containsPolynomial| BOOT::D) ; ; caught STYLE-WARNING: ; undefined function: |containsPolynomial| ; in: DEFUN |Complex2Expr| ; (BOOT::|defaultTargetFE| BOOT::|source|) ; ; caught STYLE-WARNING: ; undefined function: |defaultTargetFE| ; in: DEFUN |Dmp2Expr| ; (BOOT::|domainOne| BOOT::|target|) ; ; caught STYLE-WARNING: ; undefined function: |domainOne| ; in: DEFUN |coerceDmp2| ; (BOOT::|domainOne| BOOT::T$) ; ; caught STYLE-WARNING: ; undefined function: |domainOne| ; in: DEFUN |coerceDmp1| ; (BOOT::|domainOne| BOOT::T$) ; ; caught STYLE-WARNING: ; undefined function: |domainOne| ; ; caught STYLE-WARNING: ; 12 more uses of undefined function |domainOne| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-coerfn.clisp ; in: DEFUN |coerceDmp2| ; (BOOT::|domainZero| BOOT::|target|) ; ; caught STYLE-WARNING: ; undefined function: |domainZero| ; in: DEFUN |coerceDmp1| ; (BOOT::|domainZero| BOOT::|target|) ; ; caught STYLE-WARNING: ; undefined function: |domainZero| ; in: DEFUN |Dmp2Dmp| ; (BOOT::|domainZero| BOOT::|target|) ; ; caught STYLE-WARNING: ; undefined function: |domainZero| ; ; caught STYLE-WARNING: ; 23 more uses of undefined function |domainZero| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-coerfn.clisp ; in: DEFUN |Qf2domain| ; (BOOT::|equalOne| BOOT::|den| BOOT::D) ; ; caught STYLE-WARNING: ; undefined function: |equalOne| ; in: DEFUN |Expr2Up| ; (BOOT::|equalOne| BOOT::|denom| BOOT::|sup|) ; ; caught STYLE-WARNING: ; undefined function: |equalOne| ; in: DEFUN |Qf2PF| ; (BOOT::|equalZero| BOOT::|den'| BOOT::|target|) ; ; caught STYLE-WARNING: ; undefined function: |equalZero| ; in: DEFUN |Up2SUP| ; (BOOT::|getConstantFromDomain| BOOT::|$Zero| BOOT::T$) ; ; caught STYLE-WARNING: ; undefined function: |getConstantFromDomain| ; in: DEFUN |SUP2Up| ; (BOOT::|getConstantFromDomain| BOOT::|$Zero| BOOT::T$) ; ; caught STYLE-WARNING: ; undefined function: |getConstantFromDomain| ; in: DEFUN |Dmp2Up| ; (BOOT::|getConstantFromDomain| BOOT::|$Zero| BOOT::T$) ; ; caught STYLE-WARNING: ; undefined function: |getConstantFromDomain| ; ; caught STYLE-WARNING: ; 8 more uses of undefined function |getConstantFromDomain| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-coerfn.clisp ; in: DEFUN |Dmp2Expr| ; (BOOT::|getFunctionFromDomain| '+ BOOT::|target| ; (LIST BOOT::|target| BOOT::|target|)) ; ; caught STYLE-WARNING: ; undefined function: |getFunctionFromDomain| ; in: DEFUN |coerceDmp2| ; (BOOT::|getFunctionFromDomain| '+ BOOT::|target| ; (LIST BOOT::|target| BOOT::|target|)) ; ; caught STYLE-WARNING: ; undefined function: |getFunctionFromDomain| ; in: DEFUN |coerceDmp1| ; (BOOT::|getFunctionFromDomain| '+ BOOT::|target| ; (LIST BOOT::|target| BOOT::|target|)) ; ; caught STYLE-WARNING: ; undefined function: |getFunctionFromDomain| ; ; caught STYLE-WARNING: ; 37 more uses of undefined function |getFunctionFromDomain| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-coerfn.clisp ; in: DEFUN |commuteFraction| ; (BOOT::|ofCategory| BOOT::|target| BOOT::|$Field|) ; ; caught STYLE-WARNING: ; undefined function: |ofCategory| ; in: DEFUN |Qf2PF| ; (BOOT::|throwKeyedMsg| 'BOOT::S2IA0001 NIL) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsg| ; in: DEFUN |commuteSparseUnivariatePolynomial| ; (BOOT::|underDomainOf| BOOT::T$) ; ; caught STYLE-WARNING: ; undefined function: |underDomainOf| ; in: DEFUN |commuteComplex| ; (BOOT::|underDomainOf| BOOT::T$) ; ; caught STYLE-WARNING: ; undefined function: |underDomainOf| ; in: DEFUN |Qf2domain| ; (BOOT::|underDomainOf| BOOT::|target|) ; ; caught STYLE-WARNING: ; undefined function: |underDomainOf| ; ; compilation unit finished ; Undefined functions: ; |canCoerce| |canCoerceFrom| |coerceByFunction| |coerceInt| |coerceInt1| |coerceUn2E| |coercionFailure| |containsPolynomial| |defaultTargetFE| |domainOne| |domainZero| |equalOne| |equalZero| |getConstantFromDomain| |getFunctionFromDomain| |ofCategory| |throwKeyedMsg| |underDomainOf| ; caught 61 STYLE-WARNING conditions ; printed 2 notes ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-coerfn.fasl written ; compilation finished in 0:00:00.721 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=i-coerce.fasl --load-directory=. ../../../open-axiom/src/interp/i-coerce.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-coerce.clisp" (written 01 FEB 2016 10:52:53 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "i-coerfn") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFPARAMETER |$useCoerceOrCroak| ...) ; compiling (DEFPARAMETER |$useConvertForCoercions| ...) ; compiling (DEFUN |algCoerceInteractive| ...) ; compiling (DEFUN |spad2BootCoerce| ...) ; compiling (DEFUN |coerceOrFail| ...) ; compiling (DEFUN |coerceOrCroak| ...) ; compiling (DEFUN |coerceOrThrowFailure| ...) ; compiling (DEFUN |retract| ...) ; compiling (DEFUN |retract1| ...) ; compiling (DEFUN |retractUnderDomain| ...) ; compiling (DEFUN |retract2Specialization| ...) ; compiling (DEFUN |coerceOrConvertOrRetract| ...) ; compiling (DEFUN |coerceOrRetract| ...) ; compiling (DEFUN |coerceRetract| ...) ; compiling (DEFUN |retractByFunction| ...) ; compiling (DEFUN |getConstantFromDomain| ...) ; compiling (DEFUN |domainOne| ...) ; compiling (DEFUN |domainZero| ...) ; compiling (DEFUN |equalOne| ...) ; compiling (DEFUN |equalZero| ...) ; compiling (DEFUN |algEqual| ...) ; compiling (DEFUN |canCoerce1| ...) ; compiling (DEFUN |canCoerceFrom0| ...) ; compiling (DEFUN |isSubTowerOf| ...) ; compiling (DEFUN |canCoerceTopMatching| ...) ; compiling (DEFUN |canCoerceExplicit2Mapping| ...) ; compiling (DEFUN |canCoerceUnion| ...) ; compiling (DEFUN |canCoerceByMap| ...) ; compiling (DEFUN |canCoerceTower| ...) ; compiling (DEFUN |canCoerceLocal| ...) ; compiling (DEFUN |canCoerceCommute| ...) ; compiling (DEFUN |newCanCoerceCommute| ...) ; compiling (DEFUN |canCoercePermute| ...) ; compiling (DEFUN |canConvertByFunction| ...) ; compiling (DEFUN |canCoerceByFunction| ...) ; compiling (DEFUN |canCoerceByFunction1| ...) ; compiling (DEFUN |absolutelyCanCoerceByCheating| ...) ; compiling (DEFUN |absolutelyCannotCoerce| ...) ; compiling (DEFUN |typeIsASmallInteger| ...) ; compiling (DEFUN |coerceInteractive| ...) ; compiling (DEFUN |coerceInt0| ...) ; compiling (DEFUN |coerceInt| ...) ; compiling (DEFUN |coerceInt1| ...) ; compiling (DEFUN |coerceSubDomain| ...) ; compiling (DEFUN |getSubDomainPredicate| ...) ; compiling (DEFUN |coerceIntX| ...) ; compiling (DEFUN |compareTypeLists| ...) ; compiling (DEFUN |coerceIntAlgebraicConstant| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |thisUnionBranch?| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-coerce.clisp ; in: DEFUN |thisUnionBranch?| ; (DEFUN BOOT::|thisUnionBranch?| (BOOT::|pred| BOOT::|val|) ; (BOOT::|eval| ; (LIST 'BOOT::|%bind| (LIST (LIST 'BOOT::|#1| #)) BOOT::|pred|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|thisUnionBranch?| ; (BOOT::|pred| BOOT::|val|) ; (BLOCK BOOT::|thisUnionBranch?| ; (BOOT::|eval| (LIST 'BOOT::|%bind| (LIST #) BOOT::|pred|)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |coerceUnion2Branch| ...) ; compiling (DEFUN |coerceBranch2Union| ...) ; compiling (DEFUN |coerceInt2Union| ...) ; compiling (DEFUN |coerceIntFromUnion| ...) ; compiling (DEFUN |coerceIntByMap| ...) ; compiling (DEFUN |coerceIntByMapInner| ...) ; compiling (DEFUN |valueArgsEqual?| ...) ; compiling (DEFUN |coerceIntTower| ...) ; compiling (DEFUN |coerceIntSpecial| ...) ; compiling (DEFUN |coerceIntTableOrFunction| ...) ; compiling (DEFUN |coerceCommuteTest| ...) ; compiling (DEFUN |coerceIntCommute| ...) ; compiling (DEFUN |coerceIntPermute| ...) ; compiling (DEFUN |computeTTTranspositions| ...) ; compiling (DEFUN |computeTTTranspositions,compress| ...) ; compiling (DEFUN |decomposeTypeIntoTower| ...) ; compiling (DEFUN |reassembleTowerIntoType| ...) ; compiling (DEFUN |permuteToOrder| ...) ; compiling (DEFUN |coerceIntTest| ...) ; compiling (DEFUN |coerceByTable| ...) ; compiling (DEFUN |catchCoerceFailure| ...) ; compiling (DEFUN |coercionFailure| ...) ; compiling (DEFUN |coerceByFunction| ...) ; compiling (DEFUN |hasCorrectTarget| ...) ; compiling (DEFUN |intCodeGenCOERCE| ...) ; compiling (DEFUN |intCodeGenCoerce1| ...) ; compiling (DEFUN |wrapMapBodyWithCatch| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-coerce.clisp ; in: DEFUN |coerceByFunction| ; (BOOT::|NRTcompiledLookup| '= (LIST BOOT::|$Boolean| 'BOOT::$ 'BOOT::$) ; BOOT::|dcVector|) ; ; caught STYLE-WARNING: ; undefined function: |NRTcompiledLookup| ; in: DEFUN |canCoerceTopMatching| ; (BOOT::|canCoerce| (CADR BOOT::|t1|) (CADR BOOT::|t2|)) ; ; caught STYLE-WARNING: ; undefined function: |canCoerce| ; in: DEFUN |canCoerceFrom0| ; (BOOT::|canCoerce| BOOT::|s1| BOOT::|s2|) ; ; caught STYLE-WARNING: ; undefined function: |canCoerce| ; in: DEFUN |canCoerce1| ; (BOOT::|canCoerce| BOOT::|s1| BOOT::|s2|) ; ; caught STYLE-WARNING: ; undefined function: |canCoerce| ; ; caught STYLE-WARNING: ; 3 more uses of undefined function |canCoerce| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-coerce.clisp ; in: DEFUN |intCodeGenCOERCE| ; (BOOT::|canCoerceFrom| (BOOT::|removeQuote| BOOT::|t0|) BOOT::|t2|) ; ; caught STYLE-WARNING: ; undefined function: |canCoerceFrom| ; in: DEFUN |coerceInt0| ; (BOOT::|canCoerceFrom| BOOT::|t1| BOOT::|t2|) ; ; caught STYLE-WARNING: ; undefined function: |canCoerceFrom| ; in: DEFUN |coerceInteractive| ; (BOOT::|clearDependentMaps| BOOT::|$mapName| NIL) ; ; caught STYLE-WARNING: ; undefined function: |clearDependentMaps| ; in: DEFUN |coerceByFunction| ; (BOOT::|coerceConvertMmSelection| (SETQ BOOT::|funName| 'BOOT::|coerce|) ; BOOT::|m1| BOOT::|m2|) ; ; caught STYLE-WARNING: ; undefined function: |coerceConvertMmSelection| ; in: DEFUN |coerceIntTest| ; (BOOT::|coerceConvertMmSelection| 'BOOT::|convert| BOOT::|t1| BOOT::|t2|) ; ; caught STYLE-WARNING: ; undefined function: |coerceConvertMmSelection| ; in: DEFUN |coerceByFunction| ; (BOOT::|compileEvalForm| '= (LIST BOOT::|$Boolean| 'BOOT::$ 'BOOT::$) ; BOOT::|dcVector|) ; ; caught STYLE-WARNING: ; undefined function: |compileEvalForm| ; in: DEFUN |coerceInt1| ; (BOOT::|compileEvalForm| (BOOT::|unwrap| BOOT::|val|) ; (CDR (CAAR BOOT::|mms|)) (BOOT::|evalDomain| BOOT::|dc|)) ; ; caught STYLE-WARNING: ; undefined function: |compileEvalForm| ; in: DEFUN |getSubDomainPredicate| ; (BOOT::|compileInteractive| ; (LIST (GENSYM) ; (LIST 'BOOT::|%lambda| (LIST BOOT::|arg|) ; (BOOTTRAN:|substitute| BOOT::|arg| 'BOOT::|#1| BOOT::|pred|)))) ; ; caught STYLE-WARNING: ; undefined function: |compileInteractive| ; in: DEFUN |coerceIntByMap| ; (BOOT::|compiledLookup| 'BOOT::|map| BOOT::|sig| ; (BOOT::|evalDomain| BOOT::|dc|)) ; ; caught STYLE-WARNING: ; undefined function: |compiledLookup| ; in: DEFUN |retractByFunction| ; (BOOT::|compiledLookup| BOOT::|funName| (LIST BOOT::|target| BOOT::|t|) ; BOOT::|dcVector|) ; ; caught STYLE-WARNING: ; undefined function: |compiledLookup| ; in: DEFUN |algEqual| ; (BOOT::|compiledLookupCheck| '= (LIST BOOT::|$Boolean| 'BOOT::$ 'BOOT::$) ; (BOOT::|evalDomain| BOOT::|domain|)) ; ; caught STYLE-WARNING: ; undefined function: |compiledLookupCheck| ; in: DEFUN |getConstantFromDomain| ; (BOOT::|compiledLookupCheck| BOOT::|key| BOOT::|sig| BOOT::|domain|) ; ; caught STYLE-WARNING: ; undefined function: |compiledLookupCheck| ; in: DEFUN |intCodeGenCOERCE| ; (BOOT::|containsVariables| BOOT::|t2|) ; ; caught STYLE-WARNING: ; undefined function: |containsVariables| ; in: DEFUN |algCoerceInteractive| ; (BOOT::|error| ; (LIST "can't convert" BOOT::|p| "of mode" BOOT::|source| "to mode" ; BOOT::|target|)) ; ; caught STYLE-WARNING: ; undefined function: |error| ; in: DEFUN |thisUnionBranch?| ; (BOOT::|eval| ; (LIST 'BOOT::|%bind| (LIST (LIST 'BOOT::|#1| (BOOT::MKQ BOOT::|val|))) ; BOOT::|pred|)) ; ; caught STYLE-WARNING: ; undefined function: |eval| ; in: DEFUN |algEqual| ; (BOOT::|evalDomain| BOOT::|domain|) ; ; caught STYLE-WARNING: ; undefined function: |evalDomain| ; in: DEFUN |getConstantFromDomain| ; (BOOT::|evalDomain| BOOT::|domainForm|) ; ; caught STYLE-WARNING: ; undefined function: |evalDomain| ; in: DEFUN |retractByFunction| ; (BOOT::|evalDomain| BOOT::|dc|) ; ; caught STYLE-WARNING: ; undefined function: |evalDomain| ; ; caught STYLE-WARNING: ; 3 more uses of undefined function |evalDomain| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-coerce.clisp ; in: DEFUN |retractByFunction| ; (BOOT::|findFunctionInDomain| BOOT::|funName| BOOT::|t| BOOT::|target| ; (LIST BOOT::|t|) (LIST BOOT::|t|) NIL 'T) ; ; caught STYLE-WARNING: ; undefined function: |findFunctionInDomain| ; in: DEFUN |getConstantFromDomain| ; (BOOT::|getConstructorOperationsFromDB| (CAR BOOT::|domainForm|)) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorOperationsFromDB| ; in: DEFUN |valueArgsEqual?| ; (BOOT::|getConstructorSignature| (CAR BOOT::|t1|)) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorSignature| ; (BOOT::|getDualSignature| (CAR BOOT::|t1|)) ; ; caught STYLE-WARNING: ; undefined function: |getDualSignature| ; in: DEFUN |coerceInt1| ; (BOOT::|getFunctionFromDomain| (BOOT::|unwrap| BOOT::|val|) BOOT::|dc| ; BOOT::|argl|) ; ; caught STYLE-WARNING: ; undefined function: |getFunctionFromDomain| ; in: DEFUN |canCoerceFrom0| ; (BOOT::|isEqualOrSubDomain| BOOT::|t2| BOOT::|$Integer|) ; ; caught STYLE-WARNING: ; undefined function: |isEqualOrSubDomain| ; in: DEFUN |canCoerce1| ; (BOOT::|isEqualOrSubDomain| BOOT::|s1| BOOT::|s2|) ; ; caught STYLE-WARNING: ; undefined function: |isEqualOrSubDomain| ; in: DEFUN |coerceRetract| ; (BOOT::|isEqualOrSubDomain| BOOT::|t1| BOOT::|$Integer|) ; ; caught STYLE-WARNING: ; undefined function: |isEqualOrSubDomain| ; ; caught STYLE-WARNING: ; 5 more uses of undefined function |isEqualOrSubDomain| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-coerce.clisp ; in: DEFUN |coerceCommuteTest| ; (BOOT::|isLegitimateMode| BOOT::|t2| NIL NIL) ; ; caught STYLE-WARNING: ; undefined function: |isLegitimateMode| ; in: DEFUN |coerceIntTableOrFunction| ; (BOOT::|isLegitimateMode| BOOT::|t2| NIL NIL) ; ; caught STYLE-WARNING: ; undefined function: |isLegitimateMode| ; in: DEFUN |canCoerceFrom0| ; (BOOT::|isLegitimateMode| BOOT::|t2| NIL NIL) ; ; caught STYLE-WARNING: ; undefined function: |isLegitimateMode| ; in: DEFUN |getConstantFromDomain| ; (BOOT::|isPartialMode| BOOT::|domainForm|) ; ; caught STYLE-WARNING: ; undefined function: |isPartialMode| ; in: DEFUN |retract2Specialization| ; (BOOT::|isPartialMode| BOOT::|m|) ; ; caught STYLE-WARNING: ; undefined function: |isPartialMode| ; in: DEFUN |canCoerceFrom0| ; (BOOT::|isValidType| BOOT::|t2|) ; ; caught STYLE-WARNING: ; undefined function: |isValidType| ; in: DEFUN |canCoerce1| ; (BOOT::|isValidType| BOOT::|t2|) ; ; caught STYLE-WARNING: ; undefined function: |isValidType| ; in: DEFUN |spad2BootCoerce| ; (BOOT::|isValidType| BOOT::|source|) ; ; caught STYLE-WARNING: ; undefined function: |isValidType| ; ; caught STYLE-WARNING: ; 2 more uses of undefined function |isValidType| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-coerce.clisp ; in: DEFUN |coerceBranch2Union| ; (BOOT::|keyedSystemError| 'BOOT::S2IC0014 ; (LIST (BOOT::|objMode| BOOT::|object|) BOOT::|union|)) ; ; caught STYLE-WARNING: ; undefined function: |keyedSystemError| ; in: DEFUN |coerceUnion2Branch| ; (BOOT::|keyedSystemError| 'BOOT::S2IC0013 NIL) ; ; caught STYLE-WARNING: ; undefined function: |keyedSystemError| ; in: DEFUN |canCoerceUnion| ; (BOOT::|keyedSystemError| 'BOOT::S2GE0016 ; (LIST "canCoerceUnion" "called with 2 non-Unions")) ; ; caught STYLE-WARNING: ; undefined function: |keyedSystemError| ; ; caught STYLE-WARNING: ; 2 more uses of undefined function |keyedSystemError| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-coerce.clisp ; in: DEFUN |wrapMapBodyWithCatch| ; (BOOT::|mapCatchName| BOOT::|$mapName|) ; ; caught STYLE-WARNING: ; undefined function: |mapCatchName| ; in: DEFUN |intCodeGenCOERCE| ; (BOOT::|mapCatchName| BOOT::|$mapName|) ; ; caught STYLE-WARNING: ; undefined function: |mapCatchName| ; in: DEFUN |coerceInt1| ; (BOOT::|mkAtree| ; (CONS 'BOOT::ADEF ; (CONS BOOT::|vars| ; (CONS (CONS BOOT::|target| BOOT::|margl|) ; (CONS # BOOT::|body|))))) ; ; caught STYLE-WARNING: ; undefined function: |mkAtree| ; in: DEFUN |coerceInteractive| ; (BOOT::|ofCategory| BOOT::|val| BOOT::|t2|) ; ; caught STYLE-WARNING: ; undefined function: |ofCategory| ; in: DEFUN |canCoerce1| ; (BOOT::|ofCategory| BOOT::|t2| BOOT::|$Ring|) ; ; caught STYLE-WARNING: ; undefined function: |ofCategory| ; in: DEFUN |retract2Specialization| ; (BOOT::|ofCategory| BOOT::|type| BOOT::|$Field|) ; ; caught STYLE-WARNING: ; undefined function: |ofCategory| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |ofCategory| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-coerce.clisp ; in: DEFUN |retractByFunction| ; (BOOT::|orderMms| BOOT::|funName| BOOT::|mms| (LIST BOOT::|t|) ; (LIST BOOT::|t|) BOOT::|target|) ; ; caught STYLE-WARNING: ; undefined function: |orderMms| ; in: DEFUN |valueArgsEqual?| ; (BOOT::|replaceSharps| BOOT::|constrSig| BOOT::|t1|) ; ; caught STYLE-WARNING: ; undefined function: |replaceSharps| ; in: DEFUN |coerceIntByMap| ; (BOOT::|sayFunctionSelection| 'BOOT::|map| BOOT::|args| BOOT::|t2| NIL ; "coercion facility (map)") ; ; caught STYLE-WARNING: ; undefined function: |sayFunctionSelection| ; in: DEFUN |retractByFunction| ; (BOOT::|sayFunctionSelection| BOOT::|funName| (LIST BOOT::|t|) BOOT::|target| ; NIL "coercion facility (retraction)") ; ; caught STYLE-WARNING: ; undefined function: |sayFunctionSelection| ; in: DEFUN |coerceIntByMap| ; (BOOT::|sayFunctionSelectionResult| 'BOOT::|map| BOOT::|args| BOOT::|mms|) ; ; caught STYLE-WARNING: ; undefined function: |sayFunctionSelectionResult| ; in: DEFUN |retractByFunction| ; (BOOT::|sayFunctionSelectionResult| BOOT::|funName| (LIST BOOT::|t|) ; BOOT::|mms|) ; ; caught STYLE-WARNING: ; undefined function: |sayFunctionSelectionResult| ; in: DEFUN |coerceOrCroak| ; (BOOT::|sayKeyedMsg| 'BOOT::S2IC0005 (LIST BOOT::|mapName|)) ; ; caught STYLE-WARNING: ; undefined function: |sayKeyedMsg| ; in: DEFUN |coerceOrFail| ; (BOOT::|sayKeyedMsg| 'BOOT::S2IC0004 ; (LIST BOOT::|mapName| (BOOT::|objMode| BOOT::|triple|) BOOT::|t|)) ; ; caught STYLE-WARNING: ; undefined function: |sayKeyedMsg| ; in: DEFUN |coerceInt1| ; (BOOT::|selectLocalMms| BOOT::|symNode| BOOT::|sym| BOOT::|margl| ; BOOT::|target|) ; ; caught STYLE-WARNING: ; undefined function: |selectLocalMms| ; in: DEFUN |canCoerceExplicit2Mapping| ; (BOOT::|selectLocalMms| BOOT::|funNode| BOOT::|fun| BOOT::|argl| ; BOOT::|target|) ; ; caught STYLE-WARNING: ; undefined function: |selectLocalMms| ; in: DEFUN |canCoerceByFunction1| ; (BOOT::|selectMms1| BOOT::|fun| BOOT::|t2| (LIST BOOT::|t1|) ; (LIST BOOT::|t1|) NIL) ; ; caught STYLE-WARNING: ; undefined function: |selectMms1| ; in: DEFUN |canCoerceByMap| ; (BOOT::|selectMms1| 'BOOT::|map| BOOT::|t2| ; (LIST (LIST 'BOOT::|Mapping| BOOT::|u2| BOOT::|u1|) BOOT::|t1|) ; (LIST (LIST 'BOOT::|Mapping| BOOT::|u2| BOOT::|u1|) BOOT::|u1|) NIL) ; ; caught STYLE-WARNING: ; undefined function: |selectMms1| ; in: DEFUN |canCoerceExplicit2Mapping| ; (BOOT::|selectMms1| BOOT::|var| BOOT::|target| BOOT::|argl| ; (LET ((BOOT::|bfVar#2| NIL) ; (BOOT::|bfVar#3| NIL) ; (BOOT::|bfVar#1| BOOT::|argl|) ; (BOOT::|a| NIL)) ; (LOOP (COND (# #) (# # #) (T # #)) ; (SETQ BOOT::|bfVar#1| #))) ; T) ; ; caught STYLE-WARNING: ; undefined function: |selectMms1| ; ; caught STYLE-WARNING: ; 2 more uses of undefined function |selectMms1| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-coerce.clisp ; in: DEFUN |coerceInteractive| ; (BOOT::|startTimingProcess| 'BOOT::|print|) ; ; caught STYLE-WARNING: ; undefined function: |startTimingProcess| ; in: DEFUN |canCoerceFrom0| ; (BOOT::|startTimingProcess| 'BOOT::|querycoerce|) ; ; caught STYLE-WARNING: ; undefined function: |startTimingProcess| ; in: DEFUN |coerceInteractive| ; (BOOT::|stopTimingProcess| 'BOOT::|print|) ; ; caught STYLE-WARNING: ; undefined function: |stopTimingProcess| ; in: DEFUN |canCoerceFrom0| ; (BOOT::|stopTimingProcess| 'BOOT::|querycoerce|) ; ; caught STYLE-WARNING: ; undefined function: |stopTimingProcess| ; in: DEFUN |coerceInteractive| ; (BOOT::|throwKeyedMsg| 'BOOT::S2IC0009 (LIST BOOT::|t2| BOOT::|$mapName|)) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsg| ; in: DEFUN |getConstantFromDomain| ; (BOOT::|throwKeyedMsg| 'BOOT::S2IC0008 (LIST BOOT::|form| BOOT::|domainForm|)) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsg| ; in: DEFUN |spad2BootCoerce| ; (BOOT::|throwKeyedMsg| 'BOOT::S2IE0004 (LIST BOOT::|source|)) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsg| ; in: DEFUN |catchCoerceFailure| ; (BOOT::|throwKeyedMsgCannotCoerceWithValue| ; (BOOT::|wrap| (BOOT::|unwrap| BOOT::|x|)) BOOT::|t1| BOOT::|t2|) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsgCannotCoerceWithValue| ; in: DEFUN |coerceOrCroak| ; (BOOT::|throwKeyedMsgCannotCoerceWithValue| (BOOT::|objVal| BOOT::|triple|) ; (BOOT::|objMode| BOOT::|triple|) BOOT::|t|) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsgCannotCoerceWithValue| ; in: DEFUN |spad2BootCoerce| ; (BOOT::|throwKeyedMsgCannotCoerceWithValue| (BOOT::|wrap| BOOT::|x|) ; BOOT::|source| BOOT::|target|) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsgCannotCoerceWithValue| ; in: DEFUN |coerceIntByMap| ; (BOOT::|timedEvaluate| BOOT::|code|) ; ; caught STYLE-WARNING: ; undefined function: |timedEvaluate| ; in: DEFUN |isSubTowerOf| ; (BOOT::|underDomainOf| BOOT::|t2|) ; ; caught STYLE-WARNING: ; undefined function: |underDomainOf| ; in: DEFUN |retractUnderDomain| ; (BOOT::|underDomainOf| BOOT::|underDomain|) ; ; caught STYLE-WARNING: ; undefined function: |underDomainOf| ; in: DEFUN |retract1| ; (BOOT::|underDomainOf| BOOT::|type'|) ; ; caught STYLE-WARNING: ; undefined function: |underDomainOf| ; ; caught STYLE-WARNING: ; 7 more uses of undefined function |underDomainOf| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-coerce.clisp ; in: DEFUN |coerceInt1| ; (BOOT::|voidValue|) ; ; caught STYLE-WARNING: ; undefined function: |voidValue| ; ; compilation unit finished ; Undefined functions: ; |NRTcompiledLookup| |canCoerce| |canCoerceFrom| |clearDependentMaps| |coerceConvertMmSelection| |compileEvalForm| |compileInteractive| |compiledLookup| |compiledLookupCheck| |containsVariables| |error| |eval| |evalDomain| |findFunctionInDomain| |getConstructorOperationsFromDB| |getConstructorSignature| |getDualSignature| |getFunctionFromDomain| |isEqualOrSubDomain| |isLegitimateMode| |isPartialMode| |isValidType| |keyedSystemError| |mapCatchName| |mkAtree| |ofCategory| |orderMms| |replaceSharps| |sayFunctionSelection| |sayFunctionSelectionResult| |sayKeyedMsg| |selectLocalMms| |selectMms1| |startTimingProcess| |stopTimingProcess| |throwKeyedMsg| |throwKeyedMsgCannotCoerceWithValue| |timedEvaluate| |underDomainOf| |voidValue| ; caught 83 STYLE-WARNING conditions ; printed 1 note ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-coerce.fasl written ; compilation finished in 0:00:00.448 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=i-eval.fasl --load-directory=. ../../../open-axiom/src/interp/i-eval.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-eval.clisp" (written 01 FEB 2016 10:52:54 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "i-analy") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFPARAMETER |$noEvalTypeMsg| ...) ; compiling (DEFPARAMETER |$param| ...) ; compiling (DEFUN |evalDomain| ...) ; compiling (DEFUN |mkEvalable| ...) ; compiling (DEFUN |evaluateType0| ...) ; compiling (DEFUN |checkRecordOrUnionFields| ...) ; compiling (DEFUN |evaluateType| ...) ; compiling (DEFUN |evaluateFormAsType| ...) ; compiling (DEFUN |evaluateType1| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-eval.clisp ; in: DEFUN |evaluateType1| ; (LET* (BOOT::|typeList| ; BOOT::|x| ; BOOT::|v'| ; BOOT::|zv| ; BOOT::|zt| ; BOOT::|z1| ; BOOT::|m1| ; BOOT::|ISTMP#1| ; BOOT::|tree| ; BOOT::|x'| ; BOOT::|m| ; BOOT::|ml| ; ...) ; (DECLARE (SPECIAL BOOT::|$param|)) ; (PROGN ; (SETQ BOOT::|op| (CAR BOOT::|form|)) ; (SETQ BOOT::|argl| (CDR BOOT::|form|)) ; (BOOT::SAY 'BOOT::|Debug: evaluateType1 form: | BOOT::|form|) ; (COND ((NULL #) (BOOT::|throwEvalTypeMsg| 'BOOT::S2IE0005 #)) ; (T (SETQ #) (SETQ #) (COND # #))))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |m| is defined but never used. ; compiling (DEFUN |throwEvalTypeMsg| ...) ; compiling (DEFUN |makeOrdinal| ...) ; compiling (DEFUN |evaluateSignature| ...) ; compiling (DEFUN |splitIntoBlocksOf200| ...) ; compiling (DEFUN |evalForm| ...) ; compiling (DEFUN |sideEffectedArg?| ...) ; compiling (DEFUN |getArgValue| ...) ; compiling (DEFUN |getArgValue1| ...) ; compiling (DEFUN |getArgValue2| ...) ; compiling (DEFUN |getArgValueOrThrow| ...) ; compiling (DEFUN |getMappingArgValue| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-eval.clisp ; in: DEFUN |getMappingArgValue| ; (DEFUN BOOT::|getMappingArgValue| (BOOT::|a| BOOT::|t| BOOT::|m|) ; (LET* (BOOT::|oldName| ; BOOT::|ISTMP#2| ; BOOT::|ml1| ; BOOT::|ISTMP#1| ; BOOT::|mmS| ; BOOT::|name| ; BOOT::|una| ; BOOT::|ml|) ; (DECLARE (SPECIAL BOOT::|$env| BOOT::|$genValue|)) ; (PROGN (SETQ BOOT::|ml| #) (COND (# #) (T # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|getMappingArgValue| ; (BOOT::|a| BOOT::|t| BOOT::|m|) ; (BLOCK BOOT::|getMappingArgValue| ; (LET* (BOOT::|oldName| ; BOOT::|ISTMP#2| ; BOOT::|ml1| ; BOOT::|ISTMP#1| ; BOOT::|mmS| ; BOOT::|name| ; BOOT::|una| ; BOOT::|ml|) ; (DECLARE (SPECIAL BOOT::|$env| BOOT::|$genValue|)) ; (PROGN (SETQ #) (COND # #))))) ; ; caught STYLE-WARNING: ; The variable |t| is defined but never used. ; compiling (DEFUN |getArgValueComp2| ...) ; compiling (DEFUN |getArgValueComp| ...) ; compiling (DEFUN |evalFormMkValue| ...) ; compiling (DEFUN |failCheck| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-eval.clisp ; in: DEFUN |evalForm| ; (BOOT::|NRTtypeHack| BOOT::|targetType|) ; ; caught STYLE-WARNING: ; undefined function: |NRTtypeHack| ; in: DEFUN |getArgValue| ; (BOOT::|altTypeOf| (BOOT::|objMode| (BOOT::|getValue| BOOT::|a|)) BOOT::|a| ; NIL) ; ; caught STYLE-WARNING: ; undefined function: |altTypeOf| ; in: DEFUN |evaluateType1| ; (BOOT::|categoryForm?| BOOT::|m|) ; ; caught STYLE-WARNING: ; undefined function: |categoryForm?| ; in: DEFUN |getArgValue| ; (BOOT::|coerceInt| (BOOT::|getValue| BOOT::|a|) BOOT::|alt|) ; ; caught STYLE-WARNING: ; undefined function: |coerceInt| ; in: DEFUN |getArgValue1| ; (BOOT::|coerceOrRetract| BOOT::|t'| BOOT::|t|) ; ; caught STYLE-WARNING: ; undefined function: |coerceOrRetract| ; in: DEFUN |getArgValue| ; (BOOT::|coerceOrRetract| (BOOT::|getBasicObject| BOOT::|a|) BOOT::|t|) ; ; caught STYLE-WARNING: ; undefined function: |coerceOrRetract| ; in: DEFUN |evaluateType1| ; (BOOT::|coerceOrRetract| BOOT::|z1| BOOT::|m|) ; ; caught STYLE-WARNING: ; undefined function: |coerceOrRetract| ; in: DEFUN |evalForm| ; (BOOT::|compileEvalForm| BOOT::|opName| BOOT::|fun| BOOT::|dcVector|) ; ; caught STYLE-WARNING: ; undefined function: |compileEvalForm| ; in: DEFUN |evaluateType| ; (BOOT::|constructor?| BOOT::|form|) ; ; caught STYLE-WARNING: ; undefined function: |constructor?| ; in: DEFUN |evaluateType0| ; (BOOT::|constructor?| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |constructor?| ; in: DEFUN |mkEvalable| ; (BOOT::|constructor?| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |constructor?| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |constructor?| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-eval.clisp ; in: DEFUN |evalDomain| ; (BOOT::|eval| BOOT::|form|) ; ; caught STYLE-WARNING: ; undefined function: |eval| ; in: DEFUN |evaluateType1| ; (BOOT::|evalCategory| (SETQ BOOT::|x'| (BOOT::|evaluateType| BOOT::|x|)) ; BOOT::|m|) ; ; caught STYLE-WARNING: ; undefined function: |evalCategory| ; in: DEFUN |evalForm| ; (BOOT::|formatSignature| (CDR BOOT::|sig|)) ; ; caught STYLE-WARNING: ; undefined function: |formatSignature| ; in: DEFUN |evaluateType1| ; (BOOT::|getAndEvalConstructorArgument| BOOT::|tree|) ; ; caught STYLE-WARNING: ; undefined function: |getAndEvalConstructorArgument| ; (BOOT::|getConstructorKindFromDB| (BOOT::|opOf| BOOT::|m|)) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorKindFromDB| ; in: DEFUN |mkEvalable| ; (BOOT::|getConstructorKindFromDB| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorKindFromDB| ; in: DEFUN |evaluateType1| ; (BOOT::|getConstructorSignature| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorSignature| ; in: DEFUN |mkEvalable| ; (BOOT::|getDualSignature| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |getDualSignature| ; in: DEFUN |evaluateFormAsType| ; (BOOT::|isCategoryForm| BOOT::|m| BOOT::|$e|) ; ; caught STYLE-WARNING: ; undefined function: |isCategoryForm| ; in: DEFUN |evaluateType| ; (BOOT::|isDomainValuedVariable| BOOT::|form|) ; ; caught STYLE-WARNING: ; undefined function: |isDomainValuedVariable| ; in: DEFUN |evaluateType0| ; (BOOT::|isDomainValuedVariable| BOOT::|form|) ; ; caught STYLE-WARNING: ; undefined function: |isDomainValuedVariable| ; in: DEFUN |getArgValueComp| ; (BOOT::|keyedMsgCompFailure| 'BOOT::S2IE0010 (LIST BOOT::|n|)) ; ; caught STYLE-WARNING: ; undefined function: |keyedMsgCompFailure| ; in: DEFUN |mkEvalable| ; (BOOT::|loadIfNecessary| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |loadIfNecessary| ; in: DEFUN |evaluateType1| ; (BOOT::|mkAtree| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |mkAtree| ; in: DEFUN |evaluateFormAsType| ; (BOOT::|mkAtree| BOOT::|form|) ; ; caught STYLE-WARNING: ; undefined function: |mkAtree| ; in: DEFUN |evaluateType0| ; (BOOT::|mkAtree| BOOT::|form|) ; ; caught STYLE-WARNING: ; undefined function: |mkAtree| ; in: DEFUN |evalForm| ; (BOOT::|ncGetFunction| BOOT::|opName| (CAR BOOT::|mm'|) (CDR BOOT::|mm'|)) ; ; caught STYLE-WARNING: ; undefined function: |ncGetFunction| ; (BOOT::|ncSigTransform| BOOT::|mm|) ; ; caught STYLE-WARNING: ; undefined function: |ncSigTransform| ; in: DEFUN |evaluateType| ; (BOOT::|niladicConstructor?| BOOT::|form|) ; ; caught STYLE-WARNING: ; undefined function: |niladicConstructor?| ; in: DEFUN |evaluateType0| ; (BOOT::|niladicConstructor?| BOOT::|form|) ; ; caught STYLE-WARNING: ; undefined function: |niladicConstructor?| ; in: DEFUN |failCheck| ; (BOOT::|peekTimedName|) ; ; caught STYLE-WARNING: ; undefined function: |peekTimedName| ; in: DEFUN |evaluateType1| ; (BOOT::|replaceSharps| BOOT::|ml| BOOT::|form|) ; ; caught STYLE-WARNING: ; undefined function: |replaceSharps| ; in: DEFUN |evalForm| ; (BOOT::|rewriteMap| BOOT::|op| BOOT::|opName| BOOT::|argl|) ; ; caught STYLE-WARNING: ; undefined function: |rewriteMap| ; (BOOT::|sayKeyedMsg| 'BOOT::S2IE0009 ; (LIST BOOT::|opName| (BOOT::|formatSignature| (CDR BOOT::|sig|)) ; (CAR BOOT::|sig|))) ; ; caught STYLE-WARNING: ; undefined function: |sayKeyedMsg| ; in: DEFUN |getMappingArgValue| ; (BOOT::|selectLocalMms| BOOT::|a| BOOT::|name| (CDR BOOT::|ml|) NIL) ; ; caught STYLE-WARNING: ; undefined function: |selectLocalMms| ; in: DEFUN |evalDomain| ; (BOOT::|startTimingProcess| 'BOOT::|instantiation|) ; ; caught STYLE-WARNING: ; undefined function: |startTimingProcess| ; in: DEFUN |failCheck| ; (BOOT::|stopTimingProcess| (BOOT::|peekTimedName|)) ; ; caught STYLE-WARNING: ; undefined function: |stopTimingProcess| ; in: DEFUN |evalDomain| ; (BOOT::|stopTimingProcess| 'BOOT::|instantiation|) ; ; caught STYLE-WARNING: ; undefined function: |stopTimingProcess| ; in: DEFUN |getArgValue1| ; (BOOT::|systemErrorHere| "getArgValue1") ; ; caught STYLE-WARNING: ; undefined function: |systemErrorHere| ; in: DEFUN |throwEvalTypeMsg| ; (BOOT::|throwKeyedMsg| BOOT::|msg| BOOT::|args|) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsg| ; in: DEFUN |evaluateType| ; (BOOT::|throwKeyedMsg| 'BOOT::S2IL0031 NIL) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsg| ; in: DEFUN |checkRecordOrUnionFields| ; (BOOT::|throwKeyedMsg| 'BOOT::S2IL0030 (LIST BOOT::|n|)) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsg| ; ; caught STYLE-WARNING: ; 4 more uses of undefined function |throwKeyedMsg| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-eval.clisp ; in: DEFUN |evaluateType1| ; (BOOT::|throwKeyedMsgCannotCoerceWithValue| BOOT::|zv| BOOT::|zt| BOOT::|m|) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsgCannotCoerceWithValue| ; ; compilation unit finished ; Undefined functions: ; |NRTtypeHack| |altTypeOf| |categoryForm?| |coerceInt| |coerceOrRetract| |compileEvalForm| |constructor?| |eval| |evalCategory| |formatSignature| |getAndEvalConstructorArgument| |getConstructorKindFromDB| |getConstructorSignature| |getDualSignature| |isCategoryForm| |isDomainValuedVariable| |keyedMsgCompFailure| |loadIfNecessary| |mkAtree| |ncGetFunction| |ncSigTransform| |niladicConstructor?| |peekTimedName| |replaceSharps| |rewriteMap| |sayKeyedMsg| |selectLocalMms| |startTimingProcess| |stopTimingProcess| |systemErrorHere| |throwKeyedMsg| |throwKeyedMsgCannotCoerceWithValue| ; caught 49 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-eval.fasl written ; compilation finished in 0:00:00.176 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=i-funsel.fasl --load-directory=. ../../../open-axiom/src/interp/i-funsel.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-funsel.clisp" (written 01 FEB 2016 10:52:54 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "i-coerfn") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFPARAMETER |$domPvar| ...) ; compiling (DEFUN |sayFunctionSelection| ...) ; compiling (DEFUN |sayFunctionSelectionResult| ...) ; compiling (DEFUN |selectMms| ...) ; compiling (DEFUN |selectMms2| ...) ; compiling (DEFUN |isAVariableType| ...) ; compiling (DEFUN |defaultTarget| ...) ; compiling (DEFUN |mkRationalFunction| ...) ; compiling (DEFUN |defaultTargetFE| ...) ; compiling (DEFUN |altTypeOf| ...) ; compiling (DEFUN |getOpArgTypes| ...) ; compiling (DEFUN |getOpArgTypes,f| ...) ; compiling (DEFUN |getOpArgTypes1| ...) ; compiling (DEFUN |argCouldBelongToSubdomain| ...) ; compiling (DEFUN |CONTAINEDisDomain| ...) ; compiling (DEFUN |selectDollarMms| ...) ; compiling (DEFUN |selectLocalMms| ...) ; compiling (DEFUN |getLocalMms| ...) ; compiling (DEFUN |getLocalMms,f| ...) ; compiling (DEFUN |mmCost| ...) ; compiling (DEFUN |mmCost0| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-funsel.clisp ; in: DEFUN |mmCost0| ; (DEFUN BOOT::|mmCost0| ; (BOOT::|name| BOOT::|sig| BOOT::|cond| BOOT::|tar| BOOT::|args1| ; BOOT::|args2|) ; (LET* (BOOT::|res| BOOT::|topcon2| BOOT::|topcon| BOOT::|n| BOOT::|sigArgs|) ; (PROGN ; (SETQ BOOT::|sigArgs| #) ; (SETQ BOOT::|n| #) ; (COND (BOOT::|args1| #) (BOOT::|sigArgs| #)) ; (SETQ BOOT::|res| #) ; (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|mmCost0| ; (BOOT::|name| BOOT::|sig| BOOT::|cond| BOOT::|tar| BOOT::|args1| ; BOOT::|args2|) ; (BLOCK BOOT::|mmCost0| ; (LET* (BOOT::|res| ; BOOT::|topcon2| ; BOOT::|topcon| ; BOOT::|n| ; BOOT::|sigArgs|) ; (PROGN (SETQ #) (SETQ #) (COND # #) (SETQ #) (COND # #))))) ; ; caught STYLE-WARNING: ; The variable |name| is defined but never used. ; compiling (DEFUN |orderMms| ...) ; compiling (DEFUN |domainDepth| ...) ; compiling (DEFUN |hitListOfTarget| ...) ; compiling (DEFUN |getFunctionFromDomain| ...) ; compiling (DEFUN |isOpInDomain| ...) ; compiling (DEFUN |findCommonSigInDomain| ...) ; compiling (DEFUN |findUniqueOpInDomain| ...) ; compiling (DEFUN |selectMostGeneralMm| ...) ; compiling (DEFUN |findFunctionInDomain| ...) ; compiling (DEFUN |allOrMatchingMms| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-funsel.clisp ; in: DEFUN |allOrMatchingMms| ; (DEFUN BOOT::|allOrMatchingMms| ; (BOOT::|mms| BOOT::|args1| BOOT::|tar| BOOT::|dc|) ; (LET* (BOOT::|args| BOOT::|res| BOOT::|LETTMP#1| BOOT::|sig| BOOT::|x|) ; (COND ((OR # #) BOOT::|mms|) ; (T (SETQ #) ; (LET # ; #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|allOrMatchingMms| ; (BOOT::|mms| BOOT::|args1| BOOT::|tar| BOOT::|dc|) ; (BLOCK BOOT::|allOrMatchingMms| ; (LET* (BOOT::|args| BOOT::|res| BOOT::|LETTMP#1| BOOT::|sig| BOOT::|x|) ; (COND (# BOOT::|mms|) (T # # #))))) ; ; caught STYLE-WARNING: ; The variable |tar| is defined but never used. ; compiling (DEFUN |isHomogeneousList| ...) ; compiling (DEFUN |findFunctionInDomain1| ...) ; compiling (DEFUN |findFunctionInCategory| ...) ; compiling (DEFUN |matchMmCond| ...) ; compiling (DEFUN |matchMmSig| ...) ; compiling (DEFUN |matchMmSigTar| ...) ; compiling (DEFUN |constructSubst| ...) ; compiling (DEFUN |filterModemapsFromPackages| ...) ; compiling (DEFUN |isTowerWithSubdomain| ...) ; compiling (DEFUN |selectMmsGen| ...) ; compiling (DEFUN |selectMmsGen,exact?| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-funsel.clisp ; in: DEFUN |selectMmsGen,exact?| ; (DEFUN BOOT::|selectMmsGen,exact?| (BOOT::|mmS| BOOT::|tar| BOOT::|args|) ; (LET* (BOOT::|ok| ; BOOT::|a| ; BOOT::|t| ; BOOT::|c| ; BOOT::|mmC| ; BOOT::|ISTMP#2| ; BOOT::|ISTMP#1| ; BOOT::|sig| ; BOOT::|ex| ; BOOT::|inex|) ; (PROGN ; (SETQ BOOT::|ex| #) ; (LET (# #) ; (LOOP # ; #)) ; (LIST BOOT::|ex| BOOT::|inex|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|selectMmsGen,exact?| ; (BOOT::|mmS| BOOT::|tar| BOOT::|args|) ; (BLOCK BOOT::|selectMmsGen,exact?| ; (LET* (BOOT::|ok| ; BOOT::|a| ; BOOT::|t| ; BOOT::|c| ; BOOT::|mmC| ; BOOT::|ISTMP#2| ; BOOT::|ISTMP#1| ; BOOT::|sig| ; BOOT::|ex| ; BOOT::|inex|) ; (PROGN ; (SETQ #) ; (LET # ; #) ; (LIST BOOT::|ex| BOOT::|inex|))))) ; ; caught STYLE-WARNING: ; The variable |tar| is defined but never used. ; compiling (DEFUN |selectMmsGen,matchMms| ...) ; compiling (DEFUN |matchTypes| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-funsel.clisp ; in: DEFUN |matchTypes| ; (LET* (BOOT::|t0| BOOT::|t1| BOOT::|t3| BOOT::|q| BOOT::|t| BOOT::|p|) ; (DECLARE (SPECIAL BOOT::|$SymbolType| BOOT::|$Coerce| BOOT::|$Subst|)) ; (LET ((BOOT::|bfVar#1| BOOT::|pm|) ; (BOOT::|v| NIL) ; (BOOT::|bfVar#2| BOOT::|args1|) ; (BOOT::|t1| NIL) ; (BOOT::|bfVar#3| BOOT::|args2|) ; (BOOT::|t2| NIL) ; (BOOT::|bfVar#4| NIL)) ; (LOOP (COND (# #) (# # #) (T # #)) ; (SETQ BOOT::|bfVar#1| #) ; (SETQ BOOT::|bfVar#2| #) ; (SETQ BOOT::|bfVar#3| #) ; (SETQ BOOT::|bfVar#4| #)))) ; ; caught STYLE-WARNING: ; The variable |t1| is defined but never used. ; compiling (DEFUN |evalMm| ...) ; compiling (DEFUN |evalMmFreeFunction| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-funsel.clisp ; in: DEFUN |evalMmFreeFunction| ; (DEFUN BOOT::|evalMmFreeFunction| ; (BOOT::|op| BOOT::|tar| BOOT::|sig| BOOT::|mmC|) ; (LET* (BOOT::|nilArgs| BOOT::|args| BOOT::|t| BOOT::|dc|) ; (DECLARE (SPECIAL BOOT::|$Coerce|)) ; (PROGN ; (SETQ BOOT::|dc| #) ; (SETQ BOOT::|t| #) ; (SETQ BOOT::|args| #) ; (COND (# # # #) (T NIL))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|evalMmFreeFunction| ; (BOOT::|op| BOOT::|tar| BOOT::|sig| BOOT::|mmC|) ; (BLOCK BOOT::|evalMmFreeFunction| ; (LET* (BOOT::|nilArgs| BOOT::|args| BOOT::|t| BOOT::|dc|) ; (DECLARE (SPECIAL BOOT::|$Coerce|)) ; (PROGN (SETQ #) (SETQ #) (SETQ #) (COND # #))))) ; ; caught STYLE-WARNING: ; The variable |op| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |mmC| is defined but never used. ; compiling (DEFUN |evalMmStack| ...) ; compiling (DEFUN |evalMmStackInner| ...) ; compiling (DEFUN |evalMmCond| ...) ; compiling (DEFUN |evalMmCond0| ...) ; compiling (DEFUN |fixUpTypeArgs| ...) ; compiling (DEFUN |replaceSharpCalls| ...) ; compiling (DEFUN |doReplaceSharpCalls| ...) ; compiling (DEFUN |noSharpCallsHere| ...) ; compiling (DEFUN |coerceTypeArgs| ...) ; compiling (DEFUN |constrArg| ...) ; compiling (DEFUN |makeConstrArg| ...) ; compiling (DEFUN |evalMmDom| ...) ; compiling (DEFUN |orderMmCatStack| ...) ; compiling (DEFUN |mmCatComp| ...) ; compiling (DEFUN |evalMmGuard| ...) ; compiling (DEFUN |evalMmGuard,check| ...) ; compiling (DEFUN |evalMmCat| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-funsel.clisp ; in: DEFUN |evalMmCat| ; (DEFUN BOOT::|evalMmCat| (BOOT::|op| BOOT::|sig| BOOT::|stack| BOOT::SL) ; (LET* (BOOT::S BOOT::|makingProgress| BOOT::|st|) ; (LET ((BOOT::|$hope| NIL)) ; (DECLARE (SPECIAL BOOT::|$hope|)) ; (PROGN ; (LET # ; #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|evalMmCat| ; (BOOT::|op| BOOT::|sig| BOOT::|stack| BOOT::SL) ; (BLOCK BOOT::|evalMmCat| ; (LET* (BOOT::S BOOT::|makingProgress| BOOT::|st|) ; (LET (#) ; (DECLARE #) ; (PROGN # #))))) ; ; caught STYLE-WARNING: ; The variable |sig| is defined but never used. ; compiling (DEFUN |evalMmCat1| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-funsel.clisp ; in: DEFUN |evalMmCat1| ; (EQ BOOT::|op| 'BOOT::|coerce|) ; ==> ; BOOT::|op| ; ; note: deleting unreachable code ; 'BOOT::|failed| ; ; note: deleting unreachable code ; compiling (DEFUN |hasCate| ...) ; compiling (DEFUN |hasCate1| ...) ; compiling (DEFUN |hasCateSpecial| ...) ; compiling (DEFUN |hasCateSpecialNew| ...) ; compiling (DEFUN |hasCaty| ...) ; compiling (DEFUN |mkDomPvar| ...) ; compiling (DEFUN |domArg| ...) ; compiling (DEFUN |domArg2| ...) ; compiling (DEFUN |hasCaty1| ...) ; compiling (DEFUN |hasAttSig| ...) ; compiling (DEFUN |hasSigAnd| ...) ; compiling (DEFUN |hasSigOr| ...) ; compiling (DEFUN |hasSig| ...) ; compiling (DEFUN |hasAtt| ...) ; compiling (DEFUN |hasCatExpression| ...) ; compiling (DEFUN |unifyStruct| ...) ; compiling (DEFUN |unifyStructVar| ...) ; compiling (DEFUN |unifyQueryStruct| ...) ; compiling (DEFUN |ofCategory| ...) ; compiling (DEFUN |printMms| ...) ; compiling (DEFUN |containsVars| ...) ; compiling (DEFUN |containsVars1| ...) ; compiling (DEFUN |isPartialMode| ...) ; compiling (DEFUN |getSymbolType| ...) ; compiling (DEFUN |isEqualOrSubDomain| ...) ; compiling (DEFUN |defaultTypeForCategory| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-funsel.clisp ; in: DEFUN |selectLocalMms| ; (BOOT::|analyzeMap| BOOT::|op| BOOT::|types| BOOT::|mapDef| BOOT::|tar|) ; ; caught STYLE-WARNING: ; undefined function: |analyzeMap| ; in: DEFUN |hasCateSpecialNew| ; (BOOT::|augmentSub| BOOT::|v| BOOT::|d| BOOT::SL) ; ; caught STYLE-WARNING: ; undefined function: |augmentSub| ; in: DEFUN |hasCateSpecial| ; (BOOT::|augmentSub| BOOT::|v| BOOT::|d| BOOT::SL) ; ; caught STYLE-WARNING: ; undefined function: |augmentSub| ; in: DEFUN |evalMmDom| ; (BOOT::|augmentSub| BOOT::|v| BOOT::|d1| BOOT::SL) ; ; caught STYLE-WARNING: ; undefined function: |augmentSub| ; ; caught STYLE-WARNING: ; 2 more uses of undefined function |augmentSub| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-funsel.clisp ; in: DEFUN |selectMms| ; (BOOT::|bright| (BOOT::|prefix2String| BOOT::|tar|)) ; ; caught STYLE-WARNING: ; undefined function: |bright| ; in: DEFUN |sayFunctionSelectionResult| ; (BOOT::|bright| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |bright| ; in: DEFUN |sayFunctionSelection| ; (BOOT::|bright| (LIST "by " BOOT::|func|)) ; ; caught STYLE-WARNING: ; undefined function: |bright| ; ; caught STYLE-WARNING: ; 4 more uses of undefined function |bright| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-funsel.clisp ; in: DEFUN |unifyStructVar| ; (BOOT::|canCoerce| BOOT::|ns0| BOOT::|ns1|) ; ; caught STYLE-WARNING: ; undefined function: |canCoerce| ; in: DEFUN |evalMmCat1| ; (BOOT::|canCoerce| (CDR BOOT::|p|) BOOT::|dom|) ; ; caught STYLE-WARNING: ; undefined function: |canCoerce| ; in: DEFUN |defaultTarget| ; (BOOT::|canCoerce| BOOT::|b2| BOOT::|a1|) ; ; caught STYLE-WARNING: ; undefined function: |canCoerce| ; in: DEFUN |matchMmSigTar| ; (BOOT::|canCoerceFrom| BOOT::|t2| BOOT::|t1|) ; ; caught STYLE-WARNING: ; undefined function: |canCoerceFrom| ; in: DEFUN |matchMmSig| ; (BOOT::|canCoerceFrom| BOOT::|x1| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |canCoerceFrom| ; in: DEFUN |selectMostGeneralMm| ; (BOOT::|canCoerceFrom| BOOT::|genMmArg| BOOT::|mmArg|) ; ; caught STYLE-WARNING: ; undefined function: |canCoerceFrom| ; ; caught STYLE-WARNING: ; 2 more uses of undefined function |canCoerceFrom| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-funsel.clisp ; in: DEFUN |makeConstrArg| ; (BOOT::|coerceInt| BOOT::|obj1| BOOT::|t2|) ; ; caught STYLE-WARNING: ; undefined function: |coerceInt| ; in: DEFUN |findUniqueOpInDomain| ; (BOOT::|compileEvalForm| BOOT::|opName| BOOT::|sig| ; (BOOT::|evalDomain| BOOT::|dom|)) ; ; caught STYLE-WARNING: ; undefined function: |compileEvalForm| ; in: DEFUN |getFunctionFromDomain| ; (BOOT::|compiledLookup| BOOT::|op| BOOT::|nsig| BOOT::|domain|) ; ; caught STYLE-WARNING: ; undefined function: |compiledLookup| ; in: DEFUN |findUniqueOpInDomain| ; (BOOT::|compiledLookupCheck| BOOT::|opName| BOOT::|sig| ; (BOOT::|evalDomain| BOOT::|dom|)) ; ; caught STYLE-WARNING: ; undefined function: |compiledLookupCheck| ; in: DEFUN |unifyStructVar| ; (BOOT::|constructor?| (CAR BOOT::|s0|)) ; ; caught STYLE-WARNING: ; undefined function: |constructor?| ; in: DEFUN |getFunctionFromDomain| ; (BOOT::|constructor?| (CAR BOOT::|dc|)) ; ; caught STYLE-WARNING: ; undefined function: |constructor?| ; in: DEFUN |hasCate| ; (BOOT::|containsVariables| BOOT::|d|) ; ; caught STYLE-WARNING: ; undefined function: |containsVariables| ; in: DEFUN |evalMm| ; (BOOT::|deepSubCopy| BOOT::|x| BOOT::SL) ; ; caught STYLE-WARNING: ; undefined function: |deepSubCopy| ; in: DEFUN |doReplaceSharpCalls| ; (BOOT::|eval| (CONS 'LIST BOOT::|l|)) ; ; caught STYLE-WARNING: ; undefined function: |eval| ; in: DEFUN |findUniqueOpInDomain| ; (BOOT::|evalDomain| BOOT::|dom|) ; ; caught STYLE-WARNING: ; undefined function: |evalDomain| ; in: DEFUN |getFunctionFromDomain| ; (BOOT::|evalDomain| BOOT::|dc|) ; ; caught STYLE-WARNING: ; undefined function: |evalDomain| ; in: DEFUN |filterModemapsFromPackages| ; (BOOT::|findString| BOOT::|n| BOOT::|name|) ; ; caught STYLE-WARNING: ; undefined function: |findString| ; in: DEFUN |printMms| ; (BOOT::|formatSignature| (CDR BOOT::|sig|)) ; ; caught STYLE-WARNING: ; undefined function: |formatSignature| ; in: DEFUN |sayFunctionSelectionResult| ; (BOOT::|formatSignatureArgs| BOOT::|args|) ; ; caught STYLE-WARNING: ; undefined function: |formatSignatureArgs| ; in: DEFUN |sayFunctionSelection| ; (BOOT::|formatSignatureArgs| BOOT::|args|) ; ; caught STYLE-WARNING: ; undefined function: |formatSignatureArgs| ; in: DEFUN |hasSig| ; (BOOT::|getConstructorAbbreviationFromDB| (CAR BOOT::|dom|)) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorAbbreviationFromDB| ; in: DEFUN |hasAtt| ; (BOOT::|getConstructorAttributes| BOOT::|fun|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorAttributes| ; in: DEFUN |defaultTypeForCategory| ; (BOOT::|getConstructorDefaultFromDB| BOOT::|c|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorDefaultFromDB| ; in: DEFUN |filterModemapsFromPackages| ; (BOOT::|getConstructorKindFromDB| BOOT::|type|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorKindFromDB| ; in: DEFUN |findUniqueOpInDomain| ; (BOOT::|getConstructorOperationsFromDB| (CAR BOOT::|dom|)) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorOperationsFromDB| ; in: DEFUN |findCommonSigInDomain| ; (BOOT::|getConstructorOperationsFromDB| (CAR BOOT::|dom|)) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorOperationsFromDB| ; in: DEFUN |isOpInDomain| ; (BOOT::|getConstructorOperationsFromDB| (CAR BOOT::|dom|)) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorOperationsFromDB| ; ; caught STYLE-WARNING: ; 2 more uses of undefined function |getConstructorOperationsFromDB| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-funsel.clisp ; in: DEFUN |coerceTypeArgs| ; (BOOT::|getConstructorSignature| BOOT::|con1|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorSignature| ; in: DEFUN |filterModemapsFromPackages| ; (BOOT::|getDomainFromMm| BOOT::|mm|) ; ; caught STYLE-WARNING: ; undefined function: |getDomainFromMm| ; in: DEFUN |coerceTypeArgs| ; (BOOT::|getDualSignature| BOOT::|con1|) ; ; caught STYLE-WARNING: ; undefined function: |getDualSignature| ; in: DEFUN |hasAtt| ; (BOOT::|getInfovec| (CAR BOOT::|dom|)) ; ; caught STYLE-WARNING: ; undefined function: |getInfovec| ; in: DEFUN |selectMmsGen| ; (BOOT::|getModemapsFromDatabase| BOOT::|op| (LENGTH BOOT::|args1|)) ; ; caught STYLE-WARNING: ; undefined function: |getModemapsFromDatabase| ; in: DEFUN |argCouldBelongToSubdomain| ; (BOOT::|getModemapsFromDatabase| BOOT::|op| BOOT::|nargs|) ; ; caught STYLE-WARNING: ; undefined function: |getModemapsFromDatabase| ; in: DEFUN |hasCaty| ; (BOOT::|hasCat| BOOT::|d| BOOT::|cat|) ; ; caught STYLE-WARNING: ; undefined function: |hasCat| ; in: DEFUN |filterModemapsFromPackages| ; (BOOT::|isFreeFunctionFromMm| BOOT::|mm|) ; ; caught STYLE-WARNING: ; undefined function: |isFreeFunctionFromMm| ; in: DEFUN |evalMm| ; (BOOT::|isFreeFunctionFromMmCond| BOOT::|mmC|) ; ; caught STYLE-WARNING: ; undefined function: |isFreeFunctionFromMmCond| ; in: DEFUN |findFunctionInDomain| ; (BOOT::|isLegitimateMode| BOOT::|tar| NIL NIL) ; ; caught STYLE-WARNING: ; undefined function: |isLegitimateMode| ; in: DEFUN |argCouldBelongToSubdomain| ; (BOOT::|isMap| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |isMap| ; in: DEFUN |evalMm| ; (BOOT::|isValidType| BOOT::|arg|) ; ; caught STYLE-WARNING: ; undefined function: |isValidType| ; in: DEFUN |hasCaty1| ; (BOOT::|keyedSystemError| 'BOOT::S2GE0016 ; (LIST "hasCaty1" "unexpected condition from category table")) ; ; caught STYLE-WARNING: ; undefined function: |keyedSystemError| ; in: DEFUN |evalMmStackInner| ; (BOOT::|keyedSystemError| 'BOOT::S2GE0016 ; (LIST "evalMmStackInner" "OR condition nested inside an AND")) ; ; caught STYLE-WARNING: ; undefined function: |keyedSystemError| ; in: DEFUN |matchMmCond| ; (BOOT::|keyedSystemError| 'BOOT::S2GE0016 ; (LIST "matchMmCond" "unknown form of condition")) ; ; caught STYLE-WARNING: ; undefined function: |keyedSystemError| ; ; caught STYLE-WARNING: ; 5 more uses of undefined function |keyedSystemError| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-funsel.clisp ; in: DEFUN |evalMmCat| ; (BOOT::|mergeSubs| BOOT::S BOOT::SL) ; ; caught STYLE-WARNING: ; undefined function: |mergeSubs| ; in: DEFUN |selectMms| ; (BOOT::|mkAtree| (BOOT::|objValUnwrap| (BOOT::|getValue| BOOT::|op|))) ; ; caught STYLE-WARNING: ; undefined function: |mkAtree| ; in: DEFUN |filterModemapsFromPackages| ; (BOOT::|object2String| BOOT::|type|) ; ; caught STYLE-WARNING: ; undefined function: |object2String| ; in: DEFUN |selectDollarMms| ; (BOOT::|prefix2String| BOOT::|dc|) ; ; caught STYLE-WARNING: ; undefined function: |prefix2String| ; in: DEFUN |selectMms| ; (BOOT::|prefix2String| BOOT::|tar|) ; ; caught STYLE-WARNING: ; undefined function: |prefix2String| ; in: DEFUN |sayFunctionSelection| ; (BOOT::|prefix2String| BOOT::|target|) ; ; caught STYLE-WARNING: ; undefined function: |prefix2String| ; ; caught STYLE-WARNING: ; 3 more uses of undefined function |prefix2String| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-funsel.clisp ; in: DEFUN |unifyStructVar| ; (BOOT::|resolveTT| BOOT::|s0| BOOT::|s1|) ; ; caught STYLE-WARNING: ; undefined function: |resolveTT| ; in: DEFUN |matchTypes| ; (BOOT::|resolveTT| (CDR BOOT::|q|) BOOT::|t2|) ; ; caught STYLE-WARNING: ; undefined function: |resolveTT| ; in: DEFUN |defaultTarget| ; (BOOT::|resolveTT| BOOT::|b1| BOOT::|b2|) ; ; caught STYLE-WARNING: ; undefined function: |resolveTT| ; in: DEFUN |findFunctionInDomain1| ; (BOOT::|sayKeyedMsg| 'BOOT::S2IF0006 (LIST BOOT::|y|)) ; ; caught STYLE-WARNING: ; undefined function: |sayKeyedMsg| ; in: DEFUN |findUniqueOpInDomain| ; (BOOT::|sayKeyedMsg| 'BOOT::S2IS0022 ; (LIST BOOT::|opName| BOOT::|dom| (CONS 'BOOT::|Mapping| (CAR BOOT::|mm|)))) ; ; caught STYLE-WARNING: ; undefined function: |sayKeyedMsg| ; in: DEFUN |selectMmsGen| ; (BOOT::|sayModemapWithNumber| BOOT::|mm| BOOT::|i|) ; ; caught STYLE-WARNING: ; undefined function: |sayModemapWithNumber| ; in: DEFUN |selectMms2| ; (BOOT::|selectMms1| BOOT::|fun| BOOT::|ut| (LIST BOOT::|ud|) (LIST NIL) T) ; ; caught STYLE-WARNING: ; undefined function: |selectMms1| ; in: DEFUN |selectMms| ; (BOOT::|selectMms1| BOOT::|n| BOOT::|tar| BOOT::|types1| BOOT::|types2| 'T) ; ; caught STYLE-WARNING: ; undefined function: |selectMms1| ; (BOOT::|startTimingProcess| 'BOOT::|modemaps|) ; ; caught STYLE-WARNING: ; undefined function: |startTimingProcess| ; in: DEFUN |sayFunctionSelectionResult| ; (BOOT::|startTimingProcess| 'BOOT::|debug|) ; ; caught STYLE-WARNING: ; undefined function: |startTimingProcess| ; in: DEFUN |sayFunctionSelection| ; (BOOT::|startTimingProcess| 'BOOT::|debug|) ; ; caught STYLE-WARNING: ; undefined function: |startTimingProcess| ; in: DEFUN |selectMms| ; (BOOT::|stopTimingProcess| 'BOOT::|modemaps|) ; ; caught STYLE-WARNING: ; undefined function: |stopTimingProcess| ; in: DEFUN |sayFunctionSelectionResult| ; (BOOT::|stopTimingProcess| 'BOOT::|debug|) ; ; caught STYLE-WARNING: ; undefined function: |stopTimingProcess| ; in: DEFUN |sayFunctionSelection| ; (BOOT::|stopTimingProcess| 'BOOT::|debug|) ; ; caught STYLE-WARNING: ; undefined function: |stopTimingProcess| ; in: DEFUN |findUniqueOpInDomain| ; (BOOT::|subCopy| BOOT::|mmList| (BOOT::|constructSubst| BOOT::|dom|)) ; ; caught STYLE-WARNING: ; undefined function: |subCopy| ; in: DEFUN |findCommonSigInDomain| ; (BOOT::|subCopy| BOOT::|mmList| (BOOT::|constructSubst| BOOT::|dom|)) ; ; caught STYLE-WARNING: ; undefined function: |subCopy| ; in: DEFUN |isOpInDomain| ; (BOOT::|subCopy| BOOT::|mmList| (BOOT::|constructSubst| BOOT::|dom|)) ; ; caught STYLE-WARNING: ; undefined function: |subCopy| ; ; caught STYLE-WARNING: ; 12 more uses of undefined function |subCopy| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-funsel.clisp ; in: DEFUN |findFunctionInCategory| ; (BOOT::|systemErrorHere| ; (LIST 'BOOT::|findFunctionInCategory| BOOT::|dcName|)) ; ; caught STYLE-WARNING: ; undefined function: |systemErrorHere| ; in: DEFUN |findUniqueOpInDomain| ; (BOOT::|throwKeyedMsg| 'BOOT::S2IS0021 (LIST BOOT::|opName| BOOT::|dom|)) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsg| ; in: DEFUN |getFunctionFromDomain| ; (BOOT::|throwKeyedMsg| 'BOOT::S2IF0002 (LIST (CAR BOOT::|dc|))) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsg| ; in: DEFUN |selectDollarMms| ; (BOOT::|throwKeyedMsg| 'BOOT::S2IF0001 NIL) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsg| ; in: DEFUN |makeConstrArg| ; (BOOT::|throwKeyedMsgCannotCoerceWithValue| (BOOT::|wrap| BOOT::|arg1|) ; BOOT::|t1| BOOT::|t2|) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsgCannotCoerceWithValue| ; in: DEFUN |defaultTargetFE| ; (BOOT::|typeIsASmallInteger| BOOT::|a|) ; ; caught STYLE-WARNING: ; undefined function: |typeIsASmallInteger| ; in: DEFUN |defaultTarget| ; (BOOT::|typeIsASmallInteger| BOOT::|a1|) ; ; caught STYLE-WARNING: ; undefined function: |typeIsASmallInteger| ; in: DEFUN |isTowerWithSubdomain| ; (BOOT::|underDomainOf| BOOT::|towerType|) ; ; caught STYLE-WARNING: ; undefined function: |underDomainOf| ; in: DEFUN |selectMms2| ; (BOOT::|underDomainOf| (CADR BOOT::|args1|)) ; ; caught STYLE-WARNING: ; undefined function: |underDomainOf| ; in: DEFUN |selectMms| ; (BOOT::|underDomainOf| BOOT::|tar|) ; ; caught STYLE-WARNING: ; undefined function: |underDomainOf| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |underDomainOf| ; ; compilation unit finished ; Undefined functions: ; |analyzeMap| |augmentSub| |bright| |canCoerce| |canCoerceFrom| |coerceInt| |compileEvalForm| |compiledLookup| |compiledLookupCheck| |constructor?| |containsVariables| |deepSubCopy| |eval| |evalDomain| |findString| |formatSignature| |formatSignatureArgs| |getConstructorAbbreviationFromDB| |getConstructorAttributes| |getConstructorDefaultFromDB| |getConstructorKindFromDB| |getConstructorOperationsFromDB| |getConstructorSignature| |getDomainFromMm| |getDualSignature| |getInfovec| |getModemapsFromDatabase| |hasCat| |isFreeFunctionFromMm| |isFreeFunctionFromMmCond| |isLegitimateMode| |isMap| |isValidType| |keyedSystemError| |mergeSubs| |mkAtree| |object2String| |prefix2String| |resolveTT| |sayKeyedMsg| |sayModemapWithNumber| |selectMms1| |startTimingProcess| |stopTimingProcess| |subCopy| |systemErrorHere| |throwKeyedMsg| |throwKeyedMsgCannotCoerceWithValue| |typeIsASmallInteger| |underDomainOf| ; caught 98 STYLE-WARNING conditions ; printed 2 notes ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-funsel.fasl written ; compilation finished in 0:00:00.638 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=i-intern.fasl --load-directory=. ../../../open-axiom/src/interp/i-intern.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-intern.clisp" (written 01 FEB 2016 10:52:55 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "i-object") ; compiling (IMPORT-MODULE "ptrees") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFPARAMETER |$useParserSrcPos| ...) ; compiling (DEFPARAMETER |$transferParserSrcPos| ...) ; compiling (DEFUN |mkAtree| ...) ; compiling (DEFUN |mkAtreeWithSrcPos| ...) ; compiling (DEFUN |mkAtree1WithSrcPos| ...) ; compiling (DEFUN |mkAtreeNodeWithSrcPos| ...) ; compiling (DEFUN |transferSrcPosInfo| ...) ; compiling (DEFUN |mkAtreeExpandMacros| ...) ; compiling (DEFUN |mkAtree1| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-intern.clisp ; in: DEFUN |mkAtree1| ; (LIST 'BOOT::|mkAtree1| BOOT::|x|) ; ; note: deleting unreachable code ; 'BOOT::|mkAtree1| ; ; note: deleting unreachable code ; compiling (DEFUN |mkAtree2| ...) ; compiling (DEFUN |mkAtree3| ...) ; compiling (DEFUN |mkAtree3,fn| ...) ; compiling (DEFUN |flagArguments| ...) ; compiling (DEFUN |signatureFromModemap| ...) ; compiling (DEFUN |collectDefTypesAndPreds| ...) ; compiling (DEFUN |collectDefTypesAndPreds,addPred| ...) ; compiling (DEFUN |mkAtreeValueOf| ...) ; compiling (DEFUN |mkAtreeValueOf1| ...) ; compiling (DEFUN |mkLessOrEqual| ...) ; compiling (DEFUN |atree2EvaluatedTree| ...) ; compiling (DEFUN |atree2Tree1| ...) ; compiling (DEFUN |getValueFromEnvironment| ...) ; compiling (DEFUN |getValueFromSpecificEnvironment| ...) ; compiling (DEFUN |getFlag| ...) ; compiling (DEFUN |putFlag| ...) ; compiling (DEFUN |getI| ...) ; compiling (DEFUN |putI| ...) ; compiling (DEFUN |getIProplist| ...) ; compiling (DEFUN |removeBindingI| ...) ; compiling (DEFUN |rempropI| ...) ; compiling (DEFUN |remprop| ...) ; compiling (DEFUN |fastSearchCurrentEnv| ...) ; compiling (DEFUN |transformCollect| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |mkAtreeForToken| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-intern.clisp ; in: DEFUN |mkAtreeForToken| ; (DEFUN BOOT::|mkAtreeForToken| (BOOT::|x|) ; (LET* (BOOT::|t|) ; (PROGN ; (SETQ BOOT::|t| #) ; (BOOT::|transferPropsToNode| BOOT::|x| BOOT::|t|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|mkAtreeForToken| ; (BOOT::|x|) ; (BLOCK BOOT::|mkAtreeForToken| ; (LET* (BOOT::|t|) ; (PROGN (SETQ #) (BOOT::|transferPropsToNode| BOOT::|x| BOOT::|t|))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; in: DEFUN |flagArguments| ; (BOOT::|checkCallingConvention| BOOT::|sigs| BOOT::|nargs|) ; ; caught STYLE-WARNING: ; undefined function: |checkCallingConvention| ; in: DEFUN |getValueFromSpecificEnvironment| ; (BOOT::|coerceInt| BOOT::|u| BOOT::|mode|) ; ; caught STYLE-WARNING: ; undefined function: |coerceInt| ; in: DEFUN |getValueFromEnvironment| ; (BOOT::|coerceInt| ; (BOOT::|objNew| BOOT::|x| (LIST 'BOOT::|Variable| BOOT::|x|)) BOOT::|mode|) ; ; caught STYLE-WARNING: ; undefined function: |coerceInt| ; in: DEFUN |getValueFromSpecificEnvironment| ; (BOOT::|coerceInteractive| ; (BOOT::|objNewWrap| BOOT::|id| (LIST 'BOOT::|Variable| BOOT::|id|)) ; BOOT::|m'|) ; ; caught STYLE-WARNING: ; undefined function: |coerceInteractive| ; in: DEFUN |atree2Tree1| ; (BOOT::|coerceOrCroak| BOOT::|triple| BOOT::|$OutputForm| BOOT::|$mapName|) ; ; caught STYLE-WARNING: ; undefined function: |coerceOrCroak| ; in: DEFUN |mkAtree2| ; (BOOT::|evaluateType| (BOOT::|unabbrev| BOOT::|type|)) ; ; caught STYLE-WARNING: ; undefined function: |evaluateType| ; in: DEFUN |flagArguments| ; (BOOT::|getModemapsFromDatabase| BOOT::|op| BOOT::|nargs|) ; ; caught STYLE-WARNING: ; undefined function: |getModemapsFromDatabase| ; in: DEFUN |mkAtreeExpandMacros| ; (BOOT::|isInterpMacro| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |isInterpMacro| ; in: DEFUN |getValueFromSpecificEnvironment| ; (BOOT::|isPartialMode| BOOT::|m|) ; ; caught STYLE-WARNING: ; undefined function: |isPartialMode| ; in: DEFUN |mkAtree2| ; (BOOT::|keyedSystemError| 'BOOT::S2II0003 ; (LIST "$" BOOT::|argl| "not qualifying an operator")) ; ; caught STYLE-WARNING: ; undefined function: |keyedSystemError| ; in: DEFUN |mkAtree1| ; (BOOT::|keyedSystemError| 'BOOT::S2II0002 (LIST BOOT::|x|)) ; ; caught STYLE-WARNING: ; undefined function: |keyedSystemError| ; in: DEFUN |mkAtreeWithSrcPos| ; (BOOT::|pf2Atree| BOOT::|posnForm|) ; ; caught STYLE-WARNING: ; undefined function: |pf2Atree| ; in: DEFUN |rempropI| ; (BOOT::|recordNewValue| BOOT::|id| BOOT::|prop| NIL) ; ; caught STYLE-WARNING: ; undefined function: |recordNewValue| ; (BOOT::|recordOldValue| BOOT::|id| BOOT::|prop| ; (BOOT::|getI| BOOT::|id| BOOT::|prop|)) ; ; caught STYLE-WARNING: ; undefined function: |recordOldValue| ; in: DEFUN |mkAtree3| ; (BOOT::|resolveNiladicConstructors| BOOT::|y|) ; ; caught STYLE-WARNING: ; undefined function: |resolveNiladicConstructors| ; in: DEFUN |getValueFromSpecificEnvironment| ; (BOOT::|resolveTM| (LIST 'BOOT::|Variable| BOOT::|id|) BOOT::|m|) ; ; caught STYLE-WARNING: ; undefined function: |resolveTM| ; (BOOT::|systemErrorHere| ; (LIST 'BOOT::|getValueFromSpecificEnvironment| BOOT::|id|)) ; ; caught STYLE-WARNING: ; undefined function: |systemErrorHere| ; in: DEFUN |mkAtree1| ; (BOOT::|systemErrorHere| (LIST 'BOOT::|mkAtree1| BOOT::|x|)) ; ; caught STYLE-WARNING: ; undefined function: |systemErrorHere| ; in: DEFUN |getValueFromSpecificEnvironment| ; (BOOT::|throwKeyedMsg| 'BOOT::S2IC0002 ; (LIST (BOOT::|objMode| BOOT::|u|) BOOT::|mode|)) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsg| ; in: DEFUN |getValueFromEnvironment| ; (BOOT::|throwKeyedMsg| 'BOOT::S2IE0001 (LIST BOOT::|x|)) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsg| ; in: DEFUN |mkAtree1| ; (BOOT::|throwKeyedMsg| 'BOOT::S2IP0005 (LIST "NIL")) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsg| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |throwKeyedMsg| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-intern.clisp ; in: DEFUN |mkAtree3,fn| ; (BOOT::|throwMessage| " double declaration of parameter") ; ; caught STYLE-WARNING: ; undefined function: |throwMessage| ; in: DEFUN |mkAtree2| ; (BOOT::|transformREPEAT| BOOT::|argl|) ; ; caught STYLE-WARNING: ; undefined function: |transformREPEAT| ; (BOOT::|typeIsASmallInteger| BOOT::|t|) ; ; caught STYLE-WARNING: ; undefined function: |typeIsASmallInteger| ; (BOOT::|unabbrev| BOOT::|type|) ; ; caught STYLE-WARNING: ; undefined function: |unabbrev| ; in: DEFUN |mkAtree1| ; (BOOT::|voidValue|) ; ; caught STYLE-WARNING: ; undefined function: |voidValue| ; ; compilation unit finished ; Undefined functions: ; |checkCallingConvention| |coerceInt| |coerceInteractive| |coerceOrCroak| |evaluateType| |getModemapsFromDatabase| |isInterpMacro| |isPartialMode| |keyedSystemError| |pf2Atree| |recordNewValue| |recordOldValue| |resolveNiladicConstructors| |resolveTM| |systemErrorHere| |throwKeyedMsg| |throwMessage| |transformREPEAT| |typeIsASmallInteger| |unabbrev| |voidValue| ; caught 27 STYLE-WARNING conditions ; printed 3 notes ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-intern.fasl written ; compilation finished in 0:00:00.228 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=i-map.fasl --load-directory=. ../../../open-axiom/src/interp/i-map.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-map.clisp" (written 01 FEB 2016 10:52:55 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "i-object") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFPARAMETER |$mapTarget| ...) ; compiling (DEFPARAMETER |$mapReturnTypes| ...) ; compiling (DEFPARAMETER |$mapName| ...) ; compiling (DEFPARAMETER |$mapThrowCount| ...) ; compiling (DEFPARAMETER |$insideCompileBodyIfTrue| ...) ; compiling (DEFPARAMETER |$specialMapNameSuffix| ...) ; compiling (DEFUN |makeInternalMapName| ...) ; compiling (DEFUN |isInternalMapName| ...) ; compiling (DEFUN |makeInternalMapMinivectorName| ...) ; compiling (DEFUN |isMapExpr| ...) ; compiling (DEFUN |isMap| ...) ; compiling (DEFUN |addDefMap| ...) ; compiling (DEFUN |addMap| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-map.clisp ; in: DEFUN |addMap| ; (LET* (BOOT::|recursive| ; BOOT::|type| ; BOOT::|newMap| ; BOOT::|oldMap| ; BOOT::|obj| ; BOOT::|body| ; BOOT::|finalPred| ; BOOT::|argPredList| ; BOOT::|argList| ; BOOT::|x| ; BOOT::|p| ; BOOT::|ISTMP#2| ; ...) ; (DECLARE (SPECIAL BOOT::|$e| BOOT::|$InteractiveFrame|)) ; (PROGN ; (SETQ BOOT::|op| (CAR BOOT::|lhs|)) ; (SETQ BOOT::|argl| (CDR BOOT::|lhs|)) ; (LET ((BOOT::|$sl| NIL)) ; (DECLARE (SPECIAL BOOT::|$sl|)) ; (PROGN ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (BOOT::|mkMapAlias| BOOT::|op| BOOT::|argl|) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (COND # #))))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |augmentMap| ...) ; compiling (DEFUN |deleteMap| ...) ; compiling (DEFUN |getUserIdentifiersIn| ...) ; compiling (DEFUN |getUserIdentifiersInIterators| ...) ; compiling (DEFUN |getIteratorIds| ...) ; compiling (DEFUN |makeArgumentIntoNumber| ...) ; compiling (DEFUN |mkMapAlias| ...) ; compiling (DEFUN |mkAliasList| ...) ; compiling (DEFUN |mkAliasList,fn| ...) ; compiling (DEFUN |args2Tuple| ...) ; compiling (DEFUN |makePattern| ...) ; compiling (DEFUN |addPatternPred| ...) ; compiling (DEFUN |canMakeTuple| ...) ; compiling (DEFUN |sayRemoveFunctionOrValue| ...) ; compiling (DEFUN |sayDroppingFunctions| ...) ; compiling (DEFUN |makeRuleForm| ...) ; compiling (DEFUN |mkFormalArg| ...) ; compiling (DEFUN |isConstantArgument| ...) ; compiling (DEFUN |isPatternArgument| ...) ; compiling (DEFUN |makeNewDependencies| ...) ; compiling (DEFUN |putDependencies| ...) ; compiling (DEFUN |putDependencies,removeObsoleteDependencies| ...) ; compiling (DEFUN |clearDependencies| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-map.clisp ; in: DEFUN |clearDependencies| ; (DEFUN BOOT::|clearDependencies| (BOOT::|x| BOOT::|clearLocalModemapsIfTrue|) ; (LET ((BOOT::|$dependencies| (BOOTTRAN:|copyTree| #))) ; (DECLARE (SPECIAL BOOT::|$dependencies|)) ; (BOOT::|clearDep1| BOOT::|x| NIL NIL BOOT::|$dependencies|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|clearDependencies| ; (BOOT::|x| BOOT::|clearLocalModemapsIfTrue|) ; (BLOCK BOOT::|clearDependencies| ; (LET ((BOOT::|$dependencies| #)) ; (DECLARE (SPECIAL BOOT::|$dependencies|)) ; (BOOT::|clearDep1| BOOT::|x| NIL NIL BOOT::|$dependencies|)))) ; ; caught STYLE-WARNING: ; The variable |clearLocalModemapsIfTrue| is defined but never used. ; compiling (DEFUN |clearDep1| ...) ; compiling (DEFUN |displayRule| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-map.clisp ; in: DEFUN |displayRule| ; (DEFUN BOOT::|displayRule| (BOOT::|op| BOOT::|rule|) ; (COND ((NULL BOOT::|rule|) NIL) ; (T ; (BOOT::|mathprint| ; (LIST '|AxiomCore|:CONCAT 'BOOT::|Definition: | BOOT::|rule|)) ; NIL))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|displayRule| ; (BOOT::|op| BOOT::|rule|) ; (BLOCK BOOT::|displayRule| ; (COND ((NULL BOOT::|rule|) NIL) (T (BOOT::|mathprint| #) NIL)))) ; ; caught STYLE-WARNING: ; The variable |op| is defined but never used. ; compiling (DEFUN |outputFormat| ...) ; compiling (DEFUN |displaySingleRule| ...) ; compiling (DEFUN |displayMap| ...) ; compiling (DEFUN |simplifyMapPattern| ...) ; compiling (DEFUN |simplifyMapPattern,unTrivialize| ...) ; compiling (DEFUN |simplifyMapConstructorRefs| ...) ; compiling (DEFUN |predTran| ...) ; compiling (DEFUN |getEqualSublis| ...) ; compiling (DEFUN |getEqualSublis,fn| ...) ; compiling (DEFUN |mapCatchName| ...) ; compiling (DEFUN |analyzeMap| ...) ; compiling (DEFUN |analyzeMap,f| ...) ; compiling (DEFUN |analyzeMap0| ...) ; compiling (DEFUN |compFailure| ...) ; compiling (DEFUN |mkInterpFun| ...) ; compiling (DEFUN |rewriteMap| ...) ; compiling (DEFUN |putBodyInEnv| ...) ; compiling (DEFUN |removeBodyFromEnv| ...) ; compiling (DEFUN |rewriteMap0| ...) ; compiling (DEFUN |rewriteMap1| ...) ; compiling (DEFUN |interpMap| ...) ; compiling (DEFUN |analyzeDeclaredMap| ...) ; compiling (DEFUN |compileDeclaredMap| ...) ; compiling (DEFUN |putMapCode| ...) ; compiling (DEFUN |makeLocalModemap| ...) ; compiling (DEFUN |genMapCode| ...) ; compiling (DEFUN |compileBody| ...) ; compiling (DEFUN |compileCoerceMap| ...) ; compiling (DEFUN |depthOfRecursion| ...) ; compiling (DEFUN |mapRecurDepth| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-map.clisp ; in: DEFUN |mapRecurDepth| ; 'BOOT::S2GE0016 ; ; note: deleting unreachable code ; compiling (DEFUN |analyzeUndeclaredMap| ...) ; compiling (DEFUN |analyzeNonRecursiveMap| ...) ; compiling (DEFUN |analyzeRecursiveMap| ...) ; compiling (DEFUN |saveDependentMapInfo| ...) ; compiling (DEFUN |restoreDependentMapInfo| ...) ; compiling (DEFUN |clearDependentMaps| ...) ; compiling (DEFUN |analyzeNonRecur| ...) ; compiling (DEFUN |nonRecursivePart| ...) ; compiling (DEFUN |expandRecursiveBody| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-map.clisp ; in: DEFUN |expandRecursiveBody| ; 'BOOT::S2GE0016 ; ; note: deleting unreachable code ; compiling (DEFUN |nonRecursivePart1| ...) ; compiling (DEFUN |containsOp| ...) ; compiling (DEFUN |notCalled| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-map.clisp ; in: DEFUN |notCalled| ; 'BOOT::S2GE0016 ; ; note: deleting unreachable code ; compiling (DEFUN |mapDefsWithCorrectArgCount| ...) ; compiling (DEFUN |numMapArgs| ...) ; compiling (DEFUN |numArgs| ...) ; compiling (DEFUN |combineMapParts| ...) ; compiling (DEFUN |mkMapPred| ...) ; compiling (DEFUN |mkValueCheck| ...) ; compiling (DEFUN |mkValCheck| ...) ; compiling (DEFUN |mkSharpVar| ...) ; compiling (DEFUN |mapPredTran| ...) ; compiling (DEFUN |findLocalVars| ...) ; compiling (DEFUN |findLocalVars1| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-map.clisp ; in: DEFUN |findLocalVars1| ; 'BOOT::S2IM0020 ; ; note: deleting unreachable code ; compiling (DEFUN |findLocalsInLoop| ...) ; compiling (DEFUN |findExternalVarsInBindExpr| ...) ; compiling (DEFUN |isFreeVar| ...) ; compiling (DEFUN |mkLocalVar| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-map.clisp ; in: DEFUN |mkLocalVar| ; (DEFUN BOOT::|mkLocalVar| (BOOT::|op| BOOT::|var|) ; (DECLARE (SPECIAL BOOT::|$localVars|)) ; (COND ((BOOT::|isFreeVar| BOOT::|var|) BOOT::|$localVars|) ; (T (SETQ BOOT::|$localVars| #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|mkLocalVar| ; (BOOT::|op| BOOT::|var|) ; (DECLARE (SPECIAL BOOT::|$localVars|)) ; (BLOCK BOOT::|mkLocalVar| ; (COND ((BOOT::|isFreeVar| BOOT::|var|) BOOT::|$localVars|) ; (T (SETQ #))))) ; ; caught STYLE-WARNING: ; The variable |op| is defined but never used. ; compiling (DEFUN |mkFreeVar| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-map.clisp ; in: DEFUN |mkFreeVar| ; (DEFUN BOOT::|mkFreeVar| (BOOT::|op| BOOT::|var|) ; (DECLARE (SPECIAL BOOT::|$freeVars|)) ; (SETQ BOOT::|$freeVars| (BOOT::|insert| BOOT::|var| BOOT::|$freeVars|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|mkFreeVar| ; (BOOT::|op| BOOT::|var|) ; (DECLARE (SPECIAL BOOT::|$freeVars|)) ; (BLOCK BOOT::|mkFreeVar| ; (SETQ BOOT::|$freeVars| ; (BOOT::|insert| BOOT::|var| BOOT::|$freeVars|)))) ; ; caught STYLE-WARNING: ; The variable |op| is defined but never used. ; compiling (DEFUN |listOfVariables| ...) ; compiling (DEFUN |getMapBody| ...) ; compiling (DEFUN |getLocalVars| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-map.clisp ; in: DEFUN |rewriteMap| ; (BOOT::|bright| BOOT::|opName|) ; ; caught STYLE-WARNING: ; undefined function: |bright| ; in: DEFUN |sayRemoveFunctionOrValue| ; (BOOT::|bright| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |bright| ; in: DEFUN |augmentMap| ; (BOOT::|bright| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |bright| ; in: DEFUN |outputFormat| ; (BOOT::|categoryForm?| BOOT::|m|) ; ; caught STYLE-WARNING: ; undefined function: |categoryForm?| ; in: DEFUN |clearDep1| ; (BOOT::|clearCache| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |clearCache| ; in: DEFUN |rewriteMap1| ; (BOOT::|coerceInteractive| BOOT::|evArg| BOOT::|t|) ; ; caught STYLE-WARNING: ; undefined function: |coerceInteractive| ; in: DEFUN |rewriteMap0| ; (BOOT::|coerceInteractive| (BOOT::|getValue| BOOT::|arg|) BOOT::|t|) ; ; caught STYLE-WARNING: ; undefined function: |coerceInteractive| ; in: DEFUN |outputFormat| ; (BOOT::|coerceInteractive| ; (BOOT::|objNewWrap| BOOT::|x| (BOOT::|maximalSuperType| BOOT::|m|)) ; BOOT::|$OutputForm|) ; ; caught STYLE-WARNING: ; undefined function: |coerceInteractive| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |coerceInteractive| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-map.clisp ; in: DEFUN |compileCoerceMap| ; (BOOT::|compileInteractive| ; (LIST BOOT::|name| (LIST 'BOOT::|%lambda| BOOT::|parms| BOOT::|body|))) ; ; caught STYLE-WARNING: ; undefined function: |compileInteractive| ; in: DEFUN |outputFormat| ; (BOOT::|containsVars| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |containsVars| ; in: DEFUN |addDefMap| ; (BOOT::|evaluateType| (BOOT::|unabbrev| BOOT::|d|)) ; ; caught STYLE-WARNING: ; undefined function: |evaluateType| ; (BOOT::|formatOpSignature| BOOT::|op| (CDR BOOT::|mapmode|)) ; ; caught STYLE-WARNING: ; undefined function: |formatOpSignature| ; in: DEFUN |genMapCode| ; (BOOT::|formatSignature| BOOT::|sig|) ; ; caught STYLE-WARNING: ; undefined function: |formatSignature| ; in: DEFUN |makeInternalMapName| ; (BOOT::|frameName| (CAR BOOT::|$interpreterFrameRing|)) ; ; caught STYLE-WARNING: ; undefined function: |frameName| ; in: DEFUN |saveDependentMapInfo| ; (BOOT::|getFlag| 'BOOT::|$dependencies|) ; ; caught STYLE-WARNING: ; undefined function: |getFlag| ; in: DEFUN |clearDependencies| ; (BOOT::|getFlag| 'BOOT::|$dependencies|) ; ; caught STYLE-WARNING: ; undefined function: |getFlag| ; in: DEFUN |putDependencies| ; (BOOT::|getFlag| 'BOOT::|$dependencies|) ; ; caught STYLE-WARNING: ; undefined function: |getFlag| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |getFlag| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-map.clisp ; in: DEFUN |compileBody| ; (BOOT::|interpret1| BOOT::|body| BOOT::|target| NIL) ; ; caught STYLE-WARNING: ; undefined function: |interpret1| ; in: DEFUN |interpMap| ; (BOOT::|interpret1| BOOT::|body| BOOT::|tar| NIL) ; ; caught STYLE-WARNING: ; undefined function: |interpret1| ; in: DEFUN |analyzeMap,f| ; (BOOT::|isEqualOrSubDomain| BOOT::|x| BOOT::|$Integer|) ; ; caught STYLE-WARNING: ; undefined function: |isEqualOrSubDomain| ; in: DEFUN |addDefMap| ; (BOOT::|isPartialMode| BOOT::|d'|) ; ; caught STYLE-WARNING: ; undefined function: |isPartialMode| ; in: DEFUN |expandRecursiveBody| ; (BOOT::|keyedSystemError| 'BOOT::S2GE0016 ; (LIST "expandRecursiveBody" "unknown form of function body")) ; ; caught STYLE-WARNING: ; undefined function: |keyedSystemError| ; in: DEFUN |mapRecurDepth| ; (BOOT::|keyedSystemError| 'BOOT::S2GE0016 ; (LIST "mapRecurDepth" "unknown function form")) ; ; caught STYLE-WARNING: ; undefined function: |keyedSystemError| ; in: DEFUN |getUserIdentifiersInIterators| ; (BOOT::|keyedSystemError| 'BOOT::S2GE0016 ; (LIST "getUserIdentifiersInIterators" "unknown iterator construct")) ; ; caught STYLE-WARNING: ; undefined function: |keyedSystemError| ; ; caught STYLE-WARNING: ; 3 more uses of undefined function |keyedSystemError| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-map.clisp ; in: DEFUN |displayMap| ; (BOOT::|mathprint| ; (COND ; (BOOT::|headingIfTrue| ; (LIST '|AxiomCore|:CONCAT (BOOT::PNAME 'BOOT::|value: |) BOOT::|map|)) ; (T BOOT::|map|))) ; ; caught STYLE-WARNING: ; undefined function: |mathprint| ; in: DEFUN |displaySingleRule| ; (BOOT::|mathprint| ; (LIST 'BOOT::|%Map| (CONS BOOT::|pattern| BOOT::|replacement|))) ; ; caught STYLE-WARNING: ; undefined function: |mathprint| ; in: DEFUN |displayRule| ; (BOOT::|mathprint| ; (LIST '|AxiomCore|:CONCAT 'BOOT::|Definition: | BOOT::|rule|)) ; ; caught STYLE-WARNING: ; undefined function: |mathprint| ; in: DEFUN |mapPredTran| ; (BOOT::|mkLessOrEqual| BOOT::|lb| BOOT::|var|) ; ; caught STYLE-WARNING: ; undefined function: |mkLessOrEqual| ; in: DEFUN |genMapCode| ; (BOOT::|object2String| BOOT::|n|) ; ; caught STYLE-WARNING: ; undefined function: |object2String| ; in: DEFUN |makeInternalMapName| ; (BOOT::|object2String| BOOT::|userName|) ; ; caught STYLE-WARNING: ; undefined function: |object2String| ; in: DEFUN |interpMap| ; (BOOT::|peekTimedName|) ; ; caught STYLE-WARNING: ; undefined function: |peekTimedName| ; in: DEFUN |genMapCode| ; (BOOT::|prefix2String| (CAR BOOT::|sig|)) ; ; caught STYLE-WARNING: ; undefined function: |prefix2String| ; in: DEFUN |simplifyMapConstructorRefs| ; (BOOT::|prefix2String| BOOT::|dom|) ; ; caught STYLE-WARNING: ; undefined function: |prefix2String| ; in: DEFUN |putDependencies| ; (BOOT::|putFlag| 'BOOT::|$dependencies| BOOT::|newDependencies|) ; ; caught STYLE-WARNING: ; undefined function: |putFlag| ; in: DEFUN |mkMapAlias| ; (BOOT::|putHist| BOOT::|op| 'BOOT::|alias| BOOT::|newAlias| BOOT::|$e|) ; ; caught STYLE-WARNING: ; undefined function: |putHist| ; in: DEFUN |addMap| ; (BOOT::|putHist| BOOT::|op| 'BOOT::|alias| NIL BOOT::|$e|) ; ; caught STYLE-WARNING: ; undefined function: |putHist| ; in: DEFUN |addDefMap| ; (BOOT::|putHist| BOOT::|op| 'BOOT::|isInterpreterRule| T BOOT::|$e|) ; ; caught STYLE-WARNING: ; undefined function: |putHist| ; ; caught STYLE-WARNING: ; 8 more uses of undefined function |putHist| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-map.clisp ; in: DEFUN |genMapCode| ; (BOOT::|reportFunctionCompilation| BOOT::|op| BOOT::|fnName| BOOT::|parms| ; (BOOT::|wrapMapBodyWithCatch| (BOOT::|flattenCOND| BOOT::|body|)) ; BOOT::|isRecursive|) ; ; caught STYLE-WARNING: ; undefined function: |reportFunctionCompilation| ; in: DEFUN |analyzeNonRecursiveMap| ; (BOOT::|resolveTypeListAny| (CONS BOOT::|t| BOOT::|$mapReturnTypes|)) ; ; caught STYLE-WARNING: ; undefined function: |resolveTypeListAny| ; in: DEFUN |genMapCode| ; (BOOT::|sayKeyedMsg| 'BOOT::S2IM0014 ; (LIST BOOT::|op0| ; (COND ((CONSP BOOT::|sig|) (BOOT::|prefix2String| #)) (T "?")))) ; ; caught STYLE-WARNING: ; undefined function: |sayKeyedMsg| ; in: DEFUN |sayDroppingFunctions| ; (BOOT::|sayKeyedMsg| 'BOOT::S2IM0017 (LIST (LENGTH BOOT::|l|) BOOT::|op|)) ; ; caught STYLE-WARNING: ; undefined function: |sayKeyedMsg| ; in: DEFUN |addDefMap| ; (BOOT::|sayKeyedMsg| 'BOOT::S2IM0006 ; (LIST (BOOT::|formatOpSignature| BOOT::|op| (CDR BOOT::|mapmode|)))) ; ; caught STYLE-WARNING: ; undefined function: |sayKeyedMsg| ; in: DEFUN |sayRemoveFunctionOrValue| ; (BOOT::|sayMessage| ; (CONS " " ; (BOOTTRAN:|append| (BOOT::|bright| BOOT::|x|) ; (CONS "now has no function parts." NIL)))) ; ; caught STYLE-WARNING: ; undefined function: |sayMessage| ; in: DEFUN |interpMap| ; (BOOT::|stopTimingProcess| (BOOT::|peekTimedName|)) ; ; caught STYLE-WARNING: ; undefined function: |stopTimingProcess| ; in: DEFUN |rewriteMap0| ; (BOOT::|throwKeyedMsg| 'BOOT::S2IM0010 (LIST BOOT::|opName|)) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsg| ; in: DEFUN |analyzeMap| ; (BOOT::|throwKeyedMsg| 'BOOT::S2IM0009 ; (LIST BOOT::|$mapName| ; (LET ((BOOT::|bfVar#6| NIL) ; (BOOT::|bfVar#7| NIL) ; (BOOT::|bfVar#5| BOOT::|$analyzingMapList|) ; (BOOT::|bfVar#4| NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsg| ; in: DEFUN |addDefMap| ; (BOOT::|throwKeyedMsg| 'BOOT::S2IM0001 (LIST BOOT::|op| BOOT::|oldMode|)) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsg| ; ; caught STYLE-WARNING: ; 3 more uses of undefined function |throwKeyedMsg| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-map.clisp ; in: DEFUN |addDefMap| ; (BOOT::|unabbrev| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |unabbrev| ; in: DEFUN |genMapCode| ; (BOOT::|untraceMapSubNames| (LIST (CADAR BOOT::|lmm|))) ; ; caught STYLE-WARNING: ; undefined function: |untraceMapSubNames| ; in: DEFUN |makeLocalModemap| ; (BOOT::|untraceMapSubNames| (LIST (CADAR BOOT::|currentMms|))) ; ; caught STYLE-WARNING: ; undefined function: |untraceMapSubNames| ; in: DEFUN |genMapCode| ; (BOOT::|wrapMapBodyWithCatch| (BOOT::|flattenCOND| BOOT::|body|)) ; ; caught STYLE-WARNING: ; undefined function: |wrapMapBodyWithCatch| ; ; compilation unit finished ; Undefined functions: ; |bright| |categoryForm?| |clearCache| |coerceInteractive| |compileInteractive| |containsVars| |evaluateType| |formatOpSignature| |formatSignature| |frameName| |getFlag| |interpret1| |isEqualOrSubDomain| |isPartialMode| |keyedSystemError| |mathprint| |mkLessOrEqual| |object2String| |peekTimedName| |prefix2String| |putFlag| |putHist| |reportFunctionCompilation| |resolveTypeListAny| |sayKeyedMsg| |sayMessage| |stopTimingProcess| |throwKeyedMsg| |unabbrev| |untraceMapSubNames| |wrapMapBodyWithCatch| ; caught 61 STYLE-WARNING conditions ; printed 4 notes ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-map.fasl written ; compilation finished in 0:00:00.552 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=i-output.fasl --load-directory=. ../../../open-axiom/src/interp/i-output.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-output.clisp" (written 01 FEB 2016 10:52:56 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "sys-utility") ; compiling (IMPORT-MODULE "sys-macros") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFCONSTANT |$defaultSpecialCharacters| ...) ; compiling (DEFCONSTANT |$plainSpecialCharacters0| ...) ; compiling (DEFCONSTANT |$plainSpecialCharacters1| ...) ; compiling (DEFCONSTANT |$plainSpecialCharacters2| ...) ; compiling (DEFCONSTANT |$plainSpecialCharacters3| ...) ; compiling (DEFCONSTANT |$plainRTspecialCharacters| ...) ; compiling (DEFCONSTANT |$RecordSeparator| ...) ; compiling (DEFMACRO |makeCharacter| ...) ; compiling (DEFCONSTANT |$RTspecialCharacters| ...) ; compiling (DEFPARAMETER |$specialCharacters| ...) ; compiling (DEFCONSTANT |$specialCharacterAlist| ...) ; compiling (DEFCONSTANT MATBORCH ...) ; compiling (DEFPARAMETER *TALLPAR ...) ; compiling (LET (# #) ...) ; compiling (LET (# #) ...) ; compiling (LET (# #) ...) ; compiling (LET (# #) ...) ; compiling (LET (# #) ...) ; compiling (SETF (GET # ...) ...) ; compiling (SETF (GET # ...) ...) ; compiling (SETF (GET # ...) ...) ; compiling (SETF (GET # ...) ...) ; compiling (SETF (GET # ...) ...) ; compiling (SETF (GET # ...) ...) ; compiling (SETF (GET # ...) ...) ; compiling (SETF (GET # ...) ...) ; compiling (SETF (GET # ...) ...) ; compiling (SETF (GET # ...) ...) ; compiling (SETF (GET # ...) ...) ; compiling (DEFPARAMETER |$collectOutput| ...) ; compiling (DEFUN |newlineIfDisplaying| ...) ; compiling (DEFUN |specialChar| ...) ; compiling (DEFUN |rbrkSch| ...) ; compiling (DEFUN |lbrkSch| ...) ; compiling (DEFUN |quadSch| ...) ; compiling (DEFCONSTANT |$BinaryOperators| ...) ; compiling (DEFUN |binaryInfix?| ...) ; compiling (DEFUN |stringApp| ...) ; compiling (DEFUN |stringWidth| ...) ; compiling (DEFUN |obj2String| ...) ; compiling (DEFUN APP ...) ; compiling (DEFUN |atom2String| ...) ; compiling (DEFUN |appChar| ...) ; compiling (DEFUN |print| ...) ; compiling (DEFUN |outputAsgardForm| ...) ; compiling (DEFUN |mathprintWithNumber| ...) ; compiling (DEFUN |mathprint| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-output.clisp ; in: DEFUN |mathprint| ; (DEFUN BOOT::|mathprint| ; (BOOT::|x| &OPTIONAL (BOOT::|out| |AxiomCore|:|$OutputStream|)) ; (DECLARE (SPECIAL |AxiomCore|:|$OutputStream|)) ; (PROGN ; (SETQ BOOT::|x| (BOOT::|outputTran| BOOT::|x|)) ; (BOOT::|maprin| BOOT::|x|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|mathprint| ; (BOOT::|x| &OPTIONAL (BOOT::|out| |AxiomCore|:|$OutputStream|)) ; (DECLARE (SPECIAL |AxiomCore|:|$OutputStream|)) ; (BLOCK BOOT::|mathprint| ; (PROGN (SETQ BOOT::|x| #) (BOOT::|maprin| BOOT::|x|)))) ; ; caught STYLE-WARNING: ; The variable |out| is defined but never used. ; compiling (DEFUN |sayMath| ...) ; compiling (DEFUN |outputTran| ...) ; compiling (DEFUN |flattenOps| ...) ; compiling (DEFUN |checkArgs| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-output.clisp ; in: DEFUN |checkArgs| ; (CONS BOOT::|term| BOOT::|head|) ; ==> ; BOOT::|term| ; ; note: deleting unreachable code ; ==> ; BOOT::|head| ; ; note: deleting unreachable code ; compiling (DEFUN |outputTranSEQ| ...) ; compiling (DEFUN |outputTranIf| ...) ; compiling (DEFUN |outputMapTran| ...) ; compiling (DEFUN |outputMapTran0| ...) ; compiling (DEFUN |outputTranReduce| ...) ; compiling (DEFUN |outputTranRepeat| ...) ; compiling (DEFUN |outputTranCollect| ...) ; compiling (DEFUN |outputTranIteration| ...) ; compiling (DEFUN |outputTranIterate| ...) ; compiling (DEFUN |outputConstructTran| ...) ; compiling (DEFUN |outputTranMatrix| ...) ; compiling (DEFUN |outputTranMatrix,outtranRow| ...) ; compiling (DEFUN |mkSuperSub| ...) ; compiling (DEFUN |timesApp| ...) ; compiling (DEFUN |needBlankForRoot| ...) ; compiling (DEFUN |stepApp| ...) ; compiling (DEFUN |stepSub| ...) ; compiling (DEFUN |stepSuper| ...) ; compiling (DEFUN |stepWidth| ...) ; compiling (DEFUN |inApp| ...) ; compiling (DEFUN |inSub| ...) ; compiling (DEFUN |inSuper| ...) ; compiling (DEFUN |inWidth| ...) ; compiling (DEFUN |centerApp| ...) ; compiling (DEFUN |concatApp| ...) ; compiling (DEFUN |concatbApp| ...) ; compiling (DEFUN |concatApp1| ...) ; compiling (DEFUN |concatSub| ...) ; compiling (DEFUN |concatSuper| ...) ; compiling (DEFUN |concatWidth| ...) ; compiling (DEFUN |concatbWidth| ...) ; compiling (DEFUN |exptApp| ...) ; compiling (DEFUN |exptNeedsPren| ...) ; compiling (DEFUN |exptSub| ...) ; compiling (DEFUN |exptSuper| ...) ; compiling (DEFUN |exptWidth| ...) ; compiling (DEFUN |needStar| ...) ; compiling (DEFUN |isQuotient| ...) ; compiling (DEFUN |timesWidth| ...) ; compiling (DEFUN |plusApp| ...) ; compiling (DEFUN |appSum| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-output.clisp ; in: DEFUN |appSum| ; (LET* (BOOT::|LETTMP#1| ; BOOT::|rightPrec| ; BOOT::|arg| ; BOOT::|opString| ; BOOT::|infixOp|) ; (PROGN ; (LET ((BOOT::|bfVar#1| BOOT::|u|) (BOOT::|arg| NIL)) ; (LOOP (COND # #) ; (SETQ #))) ; BOOT::|d|)) ; ; caught STYLE-WARNING: ; The variable |arg| is defined but never used. ; compiling (DEFUN |appInfix| ...) ; compiling (DEFUN |appconc| ...) ; compiling (DEFUN |infixArgNeedsParens| ...) ; compiling (DEFUN |appInfixArg| ...) ; compiling (DEFUN |leftBindingPowerOf| ...) ; compiling (DEFUN |rightBindingPowerOf| ...) ; compiling (DEFUN |getBindingPowerOf| ...) ; compiling (DEFUN |getOpBindingPower| ...) ; compiling (DEFUN |bracketApp| ...) ; compiling (DEFUN |braceApp| ...) ; compiling (DEFUN |aggWidth| ...) ; compiling (DEFUN |aggSub| ...) ; compiling (DEFUN |aggSuper| ...) ; compiling (DEFUN |aggApp| ...) ; compiling (DEFUN |aggregateApp| ...) ; compiling (DEFUN |outformWidth| ...) ; compiling (DEFUN WIDTH ...) ; compiling (DEFUN |putWidth| ...) ; compiling (DEFUN |opWidth| ...) ; compiling (DEFUN |matrixBorder| ...) ; compiling (DEFUN |isRationalNumber| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-output.clisp ; in: DEFUN |isRationalNumber| ; (DEFUN BOOT::|isRationalNumber| (BOOT::|x|) NIL) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|isRationalNumber| ; (BOOT::|x|) ; (BLOCK BOOT::|isRationalNumber| NIL)) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |widthSC| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-output.clisp ; in: DEFUN |widthSC| ; (DEFUN BOOT::|widthSC| (BOOT::|u|) 10000) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|widthSC| ; (BOOT::|u|) ; (BLOCK BOOT::|widthSC| 10000)) ; ; caught STYLE-WARNING: ; The variable |u| is defined but never used. ; compiling (DEFPARAMETER |$demoFlag| ...) ; compiling (DEFUN |maprinSpecial| ...) ; compiling (DEFUN |maprin| ...) ; compiling (DEFUN |maprin0| ...) ; compiling (DEFUN |maprinChk| ...) ; compiling (DEFUN |maprinRows| ...) ; compiling (DEFUN |deMatrix| ...) ; compiling (DEFUN |LargeMatrixp| ...) ; compiling (DEFUN |largeMatrixAlist| ...) ; compiling (DEFUN |PushMatrix| ...) ; compiling (DEFUN |quoteApp| ...) ; compiling (DEFUN |quoteSub| ...) ; compiling (DEFUN |quoteSuper| ...) ; compiling (DEFUN |quoteWidth| ...) ; compiling (DEFUN |SubstWhileDesizing| ...) ; compiling (DEFUN |SubstWhileDesizingList| ...) ; compiling (DEFUN |sigmaSub| ...) ; compiling (DEFUN |sigmaSup| ...) ; compiling (DEFUN |sigmaApp| ...) ; compiling (DEFUN |sigma2App| ...) ; compiling (DEFUN |bigopWidth| ...) ; compiling (DEFMACRO |half| ...) ; compiling (DEFUN |bigopAppAux| ...) ; compiling (DEFUN |sigmaWidth| ...) ; compiling (DEFUN |sigma2Width| ...) ; compiling (DEFUN |sigma2Sub| ...) ; compiling (DEFUN |sigma2Sup| ...) ; compiling (DEFUN |piSub| ...) ; compiling (DEFUN |piSup| ...) ; compiling (DEFUN |piApp| ...) ; compiling (DEFUN |piWidth| ...) ; compiling (DEFUN |pi2Width| ...) ; compiling (DEFUN |pi2Sub| ...) ; compiling (DEFUN |pi2Sup| ...) ; compiling (DEFUN |pi2App| ...) ; compiling (DEFUN |overlabelSuper| ...) ; compiling (DEFUN |overlabelWidth| ...) ; compiling (DEFUN |overlabelApp| ...) ; compiling (DEFUN |overbarSuper| ...) ; compiling (DEFUN |overbarWidth| ...) ; compiling (DEFUN |overbarApp| ...) ; compiling (DEFUN |indefIntegralSub| ...) ; compiling (DEFUN |indefIntegralSup| ...) ; compiling (DEFUN |indefIntegralApp| ...) ; compiling (DEFUN |indefIntegralWidth| ...) ; compiling (DEFUN |intSub| ...) ; compiling (DEFUN |intSup| ...) ; compiling (DEFUN |intApp| ...) ; compiling (DEFUN |intWidth| ...) ; compiling (DEFUN |xLate| ...) ; compiling (DEFUN |concatTrouble| ...) ; compiling (DEFUN |concatTrouble,fixUp| ...) ; compiling (DEFUN |splitConcat| ...) ; compiling (DEFUN |spadPrint| ...) ; compiling (DEFUN |texFormat| ...) ; compiling (DEFUN |texFormat1| ...) ; compiling (DEFUN |mathmlFormat| ...) ; compiling (DEFUN |output| ...) ; compiling (DEFUN |outputNumber| ...) ; compiling (DEFUN |outputString| ...) ; compiling (DEFUN |outputDomainConstructor| ...) ; compiling (DEFUN |getOutputAbbreviatedForm| ...) ; compiling (DEFUN |outputOp| ...) ; compiling (DEFUN |printMap| ...) ; compiling (DEFUN |isInitialMap| ...) ; compiling (DEFUN |printMap1| ...) ; compiling (DEFUN |printBasic| ...) ; compiling (DEFUN |charybdis| ...) ; compiling (DEFUN |charyTop| ...) ; compiling (DEFUN |charyTopWidth| ...) ; compiling (DEFUN |charyTrouble| ...) ; compiling (DEFUN |sublisMatAlist| ...) ; compiling (DEFUN |charyTrouble1| ...) ; compiling (DEFUN |charySemiColon| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-output.clisp ; in: DEFUN |charySemiColon| ; (DEFUN BOOT::|charySemiColon| ; (BOOT::|u| BOOT::|v| BOOT::|start| BOOT::|linelength|) ; (PROGN ; (LET ((BOOT::|bfVar#1| #) (BOOT::|a| NIL)) ; (LOOP (COND # #) ; (SETQ #))) ; NIL)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|charySemiColon| ; (BOOT::|u| BOOT::|v| BOOT::|start| BOOT::|linelength|) ; (BLOCK BOOT::|charySemiColon| ; (PROGN ; (LET (# #) ; (LOOP # ; #)) ; NIL))) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |charyMinus| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-output.clisp ; in: DEFUN |charyMinus| ; (DEFUN BOOT::|charyMinus| ; (BOOT::|u| BOOT::|v| BOOT::|start| BOOT::|linelength|) ; (PROGN ; (BOOT::|charybdis| "-" BOOT::|start| BOOT::|linelength|) ; (BOOT::|charybdis| (ELT BOOT::|v| 1) (+ BOOT::|start| 3) ; (- BOOT::|linelength| 3)) ; " ")) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|charyMinus| ; (BOOT::|u| BOOT::|v| BOOT::|start| BOOT::|linelength|) ; (BLOCK BOOT::|charyMinus| ; (PROGN ; (BOOT::|charybdis| "-" BOOT::|start| BOOT::|linelength|) ; (BOOT::|charybdis| (ELT BOOT::|v| 1) (+ BOOT::|start| 3) ; (- BOOT::|linelength| 3)) ; " "))) ; ; caught STYLE-WARNING: ; The variable |u| is defined but never used. ; compiling (DEFUN |charyBinary| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-output.clisp ; in: DEFUN |charyBinary| ; (DEFUN BOOT::|charyBinary| ; (BOOT::|d| BOOT::|u| BOOT::|v| BOOT::|start| BOOT::|linelength|) ; (COND ; ((BOOT::|member| BOOT::|d| '(" := " " = ")) ; (BOOT::|charybdis| (LIST 'BOOT::CONCATB # BOOT::|d|) BOOT::|start| ; BOOT::|linelength|) ; (BOOT::|charybdis| (ELT BOOT::|v| 2) (+ BOOT::|start| 2) ; (- BOOT::|linelength| 2)) ; " ") ; (T ; (BOOT::|charybdis| (ELT BOOT::|v| 1) (+ BOOT::|start| 2) ; (- BOOT::|linelength| 2)) ; (COND (BOOT::|d| #)) ; (BOOT::|charybdis| (ELT BOOT::|v| 2) (+ BOOT::|start| 2) ; (- BOOT::|linelength| 2)) ; " "))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|charyBinary| ; (BOOT::|d| BOOT::|u| BOOT::|v| BOOT::|start| BOOT::|linelength|) ; (BLOCK BOOT::|charyBinary| ; (COND ; ((BOOT::|member| BOOT::|d| '#) ; (BOOT::|charybdis| # BOOT::|start| BOOT::|linelength|) ; (BOOT::|charybdis| # # #) " ") ; (T (BOOT::|charybdis| # # #) (COND #) (BOOT::|charybdis| # # #) " ")))) ; ; caught STYLE-WARNING: ; The variable |u| is defined but never used. ; compiling (DEFUN |charyEquatnum| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-output.clisp ; in: DEFUN |charyEquatnum| ; (DEFUN BOOT::|charyEquatnum| ; (BOOT::|u| BOOT::|v| BOOT::|start| BOOT::|linelength|) ; (PROGN ; (BOOT::|charybdis| (LIST 'BOOT::PAREN (ELT BOOT::|u| 1)) BOOT::|start| ; BOOT::|linelength|) ; (BOOT::|charybdis| (ELT BOOT::|u| 2) BOOT::|start| BOOT::|linelength|) ; " ")) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|charyEquatnum| ; (BOOT::|u| BOOT::|v| BOOT::|start| BOOT::|linelength|) ; (BLOCK BOOT::|charyEquatnum| ; (PROGN ; (BOOT::|charybdis| (LIST 'BOOT::PAREN #) BOOT::|start| ; BOOT::|linelength|) ; (BOOT::|charybdis| (ELT BOOT::|u| 2) BOOT::|start| BOOT::|linelength|) ; " "))) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |charySplit| ...) ; compiling (DEFUN |split2| ...) ; compiling (DEFUN |charyElse| ...) ; compiling (DEFUN |scylla| ...) ; compiling (DEFUN |keyp| ...) ; compiling (DEFUN |absym| ...) ; compiling (DEFUN |agg| ...) ; compiling (DEFUN |aggwidth| ...) ; compiling (DEFUN |argsapp| ...) ; compiling (DEFUN |subspan| ...) ; compiling (DEFUN |agggsub| ...) ; compiling (DEFUN |superspan| ...) ; compiling (DEFUN |agggsuper| ...) ; compiling (DEFUN |agggwidth| ...) ; compiling (DEFUN |appagg| ...) ; compiling (DEFUN |appagg1| ...) ; compiling (DEFUN |appargs| ...) ; compiling (DEFUN |appargs1| ...) ; compiling (DEFUN |apprpar| ...) ; compiling (DEFUN |apprpar1| ...) ; compiling (DEFUN |applpar| ...) ; compiling (DEFUN |applpar1| ...) ; compiling (DEFUN |appelse| ...) ; compiling (DEFUN |appext| ...) ; compiling (DEFUN |apphor| ...) ; compiling (DEFUN |syminusp| ...) ; compiling (DEFUN |appsum| ...) ; compiling (DEFUN |appneg| ...) ; compiling (DEFUN |appparu| ...) ; compiling (DEFUN |appparu1| ...) ; compiling (DEFUN |appsc| ...) ; compiling (DEFUN |appsetq| ...) ; compiling (DEFUN |appsub| ...) ; compiling (DEFUN |eq0| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-output.clisp ; in: DEFUN |eq0| ; (DEFUN BOOT::|eq0| (BOOT::|u|) 0) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|eq0| ; (BOOT::|u|) ; (BLOCK BOOT::|eq0| 0)) ; ; caught STYLE-WARNING: ; The variable |u| is defined but never used. ; compiling (DEFUN |height| ...) ; compiling (DEFUN |extsub| ...) ; compiling (DEFUN |extsuper| ...) ; compiling (DEFUN |extwidth| ...) ; compiling (DEFUN |appfrac| ...) ; compiling (DEFUN |fracsub| ...) ; compiling (DEFUN |fracsuper| ...) ; compiling (DEFUN |fracwidth| ...) ; compiling (DEFUN |slashSub| ...) ; compiling (DEFUN |slashSuper| ...) ; compiling (DEFUN |slashApp| ...) ; compiling (DEFUN |slashWidth| ...) ; compiling (DEFUN |longext| ...) ; compiling (DEFUN |appvertline| ...) ; compiling (DEFUN |appHorizLine| ...) ; compiling (DEFUN |rootApp| ...) ; compiling (DEFUN |boxApp| ...) ; compiling (DEFUN |boxLApp| ...) ; compiling (DEFUN |boxSub| ...) ; compiling (DEFUN |boxSuper| ...) ; compiling (DEFUN |boxWidth| ...) ; compiling (DEFUN |nothingWidth| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-output.clisp ; in: DEFUN |nothingWidth| ; (DEFUN BOOT::|nothingWidth| (BOOT::|x|) 0) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|nothingWidth| ; (BOOT::|x|) ; (BLOCK BOOT::|nothingWidth| 0)) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |nothingSuper| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-output.clisp ; in: DEFUN |nothingSuper| ; (DEFUN BOOT::|nothingSuper| (BOOT::|x|) 0) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|nothingSuper| ; (BOOT::|x|) ; (BLOCK BOOT::|nothingSuper| 0)) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |nothingSub| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-output.clisp ; in: DEFUN |nothingSub| ; (DEFUN BOOT::|nothingSub| (BOOT::|x|) 0) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|nothingSub| ; (BOOT::|x|) ; (BLOCK BOOT::|nothingSub| 0)) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |nothingApp| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-output.clisp ; in: DEFUN |nothingApp| ; (DEFUN BOOT::|nothingApp| (BOOT::|u| BOOT::|x| BOOT::|y| BOOT::|d|) BOOT::|d|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|nothingApp| ; (BOOT::|u| BOOT::|x| BOOT::|y| BOOT::|d|) ; (BLOCK BOOT::|nothingApp| BOOT::|d|)) ; ; caught STYLE-WARNING: ; The variable |u| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |y| is defined but never used. ; compiling (DEFUN |zagApp| ...) ; compiling (DEFUN |zagSub| ...) ; compiling (DEFUN |zagSuper| ...) ; compiling (DEFUN |zagWidth| ...) ; compiling (DEFUN |rootWidth| ...) ; compiling (DEFUN |rootSub| ...) ; compiling (DEFUN |rootSuper| ...) ; compiling (DEFUN |appmat| ...) ; compiling (DEFUN |matSuper| ...) ; compiling (DEFUN |matSub| ...) ; compiling (DEFUN |matWidth| ...) ; compiling (DEFUN |matLSum| ...) ; compiling (DEFUN |matLSum2| ...) ; compiling (DEFUN |matWList| ...) ; compiling (DEFUN |matWList1| ...) ; compiling (DEFUN |matSubList| ...) ; compiling (DEFUN |matSubList1| ...) ; compiling (DEFUN |matSuperList| ...) ; compiling (DEFUN |matSuperList1| ...) ; compiling (DEFUN |minusWidth| ...) ; compiling (DEFUN |bracketagglist| ...) ; compiling (DEFUN |prnd| ...) ; compiling (DEFUN |qTSub| ...) ; compiling (DEFUN |qTSuper| ...) ; compiling (DEFUN |qTWidth| ...) ; compiling (DEFUN |remWidth| ...) ; compiling (DEFUN |subSub| ...) ; compiling (DEFUN |subSuper| ...) ; compiling (DEFUN |letWidth| ...) ; compiling (DEFUN |sumoverlist| ...) ; compiling (DEFUN |sumWidth| ...) ; compiling (DEFUN |sumWidthA| ...) ; compiling (DEFUN |superSubApp| ...) ; compiling (DEFUN |stringer| ...) ; compiling (DEFUN |superSubSub| ...) ; compiling (DEFUN |binomApp| ...) ; compiling (DEFUN |binomSub| ...) ; compiling (DEFUN |binomSuper| ...) ; compiling (DEFUN |binomWidth| ...) ; compiling (DEFUN |altSuperSubApp| ...) ; compiling (DEFUN |everyNth| ...) ; compiling (DEFUN |altSuperSubSub| ...) ; compiling (DEFUN |altSuperSubSuper| ...) ; compiling (DEFUN |altSuperSubWidth| ...) ; compiling (DEFUN |superSubWidth| ...) ; compiling (DEFUN |superSubSuper| ...) ; compiling (DEFUN |suScWidth| ...) ; compiling (DEFUN |vconcatapp| ...) ; compiling (DEFUN |binomialApp| ...) ; compiling (DEFUN |vConcatSub| ...) ; compiling (DEFUN |vConcatSuper| ...) ; compiling (DEFUN |vConcatWidth| ...) ; compiling (DEFUN |binomialSub| ...) ; compiling (DEFUN |binomialSuper| ...) ; compiling (DEFUN |binomialWidth| ...) ; compiling (DEFUN |mathPrint| ...) ; compiling (DEFUN |mathPrintTran| ...) ; compiling (DEFUN |mathPrint1| ...) ; compiling (DEFUN |maPrin| ...) ; compiling (DEFCONSTANT |$allClassicOps| ...) ; compiling (DEFUN |isUnaryPrefix| ...) ; compiling (DEFUN |primaryForm2String| ...) ; compiling (DEFUN |callForm2String| ...) ; compiling (DEFUN |callForm2String,stringify| ...) ; compiling (DEFUN |typedForm2String| ...) ; compiling (DEFUN |expForm2String| ...) ; compiling (DEFUN |unaryForm2String| ...) ; compiling (DEFUN |multForm2String| ...) ; compiling (DEFUN |divForm2String| ...) ; compiling (DEFUN |remForm2String| ...) ; compiling (DEFUN |quoForm2String| ...) ; compiling (DEFUN |plusForm2String| ...) ; compiling (DEFUN |minusForm2String| ...) ; compiling (DEFUN |parms2String| ...) ; compiling (DEFUN |parms2String,paren| ...) ; compiling (DEFUN |parms2String,parm| ...) ; compiling (DEFUN |inputForm2String| ...) ; compiling (DEFUN |inputForm2OutputForm| ...) ; compiling (DEFUN |str2Outform| ...) ; compiling (DEFUN |parse2Outform| ...) ; compiling (DEFUN |str2Tex| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-output.clisp ; in: DEFUN |bracketagglist| ; (BOOT::ASSOCIATER '|AxiomCore|:CONCAT (CONS BOOT::|ichr| BOOT::|u|)) ; ; caught STYLE-WARNING: ; undefined function: ASSOCIATER ; in: DEFUN |rightBindingPowerOf| ; (BOOT::ELEMN BOOT::|y| 4 105) ; ; caught STYLE-WARNING: ; undefined function: ELEMN ; in: DEFUN |leftBindingPowerOf| ; (BOOT::ELEMN BOOT::|y| 3 0) ; ; caught STYLE-WARNING: ; undefined function: ELEMN ; in: DEFUN |charyTrouble1| ; (BOOT::MATUNWND) ; ; caught STYLE-WARNING: ; undefined function: MATUNWND ; in: DEFUN |mathPrint| ; (BOOT::PSTRING BOOT::|u|) ; ; caught STYLE-WARNING: ; undefined function: PSTRING ; in: DEFUN |longext| ; (BOOT::REVERSEWOC (CONS " " (CDR BOOT::|x|))) ; ; caught STYLE-WARNING: ; undefined function: REVERSEWOC ; in: DEFUN |appext| ; (BOOT::SUBSPAD (BOOT::|agg| 4 BOOT::|u|)) ; ; caught STYLE-WARNING: ; undefined function: SUBSPAD ; in: DEFUN |output| ; (BOOT::|bright| "LISP") ; ; caught STYLE-WARNING: ; undefined function: |bright| ; in: DEFUN |getOutputAbbreviatedForm| ; (BOOT::|builtinConstructor?| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |builtinConstructor?| ; (BOOT::|categoryForm?| BOOT::|m|) ; ; caught STYLE-WARNING: ; undefined function: |categoryForm?| ; in: DEFUN |output| ; (BOOT::|categoryForm?| BOOT::|domain|) ; ; caught STYLE-WARNING: ; undefined function: |categoryForm?| ; in: DEFUN |str2Tex| ; (BOOT::|coerceInt| ; (BOOT::|objNew| (BOOT::|wrap| BOOT::|outf|) '(BOOT::|OutputForm|)) ; '(BOOT::|TexFormat|)) ; ; caught STYLE-WARNING: ; undefined function: |coerceInt| ; in: DEFUN |getOutputAbbreviatedForm| ; (BOOT::|coerceInteractive| (BOOT::|objNewWrap| BOOT::|x| BOOT::|m|) ; BOOT::|$OutputForm|) ; ; caught STYLE-WARNING: ; undefined function: |coerceInteractive| ; in: DEFUN |output| ; (BOOT::|coerceInteractive| (BOOT::|objNewWrap| BOOT::|expr| BOOT::|domain|) ; BOOT::|$OutputForm|) ; ; caught STYLE-WARNING: ; undefined function: |coerceInteractive| ; in: DEFUN |outputTran| ; (BOOT::|coerceInteractive| (BOOT::|objNewWrap| BOOT::|f| BOOT::|domain|) ; '(BOOT::|OutputForm|)) ; ; caught STYLE-WARNING: ; undefined function: |coerceInteractive| ; in: DEFUN |sayMath| ; (BOOT::|concat| BOOT::|acc| (BOOT::|linearFormatName| BOOT::|x|)) ; ; caught STYLE-WARNING: ; undefined function: |concat| ; in: DEFUN |callForm2String| ; (BOOT::|constructor?| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |constructor?| ; in: DEFUN |outputDomainConstructor| ; (BOOT::|devaluate| BOOT::|form|) ; ; caught STYLE-WARNING: ; undefined function: |devaluate| ; in: DEFUN |outputAsgardForm| ; (BOOT::|devaluate| BOOT::|t|) ; ; caught STYLE-WARNING: ; undefined function: |devaluate| ; in: DEFUN |print| ; (BOOT::|devaluate| BOOT::|domain|) ; ; caught STYLE-WARNING: ; undefined function: |devaluate| ; in: DEFUN |output| ; (BOOT::|dispfortexp| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |dispfortexp| ; in: DEFUN |prnd| ; (BOOT::|fillerSpaces| (MAX 0 (- BOOT::|start| 1))) ; ; caught STYLE-WARNING: ; undefined function: |fillerSpaces| ; in: DEFUN |outputString| ; (BOOT::|fillerSpaces| (- BOOT::|start| 1) (BOOTTRAN:|char| 'BOOT::| |)) ; ; caught STYLE-WARNING: ; undefined function: |fillerSpaces| ; in: DEFUN |outputNumber| ; (BOOT::|fillerSpaces| (- BOOT::|start| 1) (BOOTTRAN:|char| 'BOOT::| |)) ; ; caught STYLE-WARNING: ; undefined function: |fillerSpaces| ; in: DEFUN |getOutputAbbreviatedForm| ; (BOOT::|formatMapping| BOOT::|argl|) ; ; caught STYLE-WARNING: ; undefined function: |formatMapping| ; in: DEFUN |outputMapTran| ; (BOOT::|get| BOOT::|$op| 'BOOT::|alias| BOOT::|$InteractiveFrame|) ; ; caught STYLE-WARNING: ; undefined function: |get| ; in: DEFUN |getOutputAbbreviatedForm| ; (BOOT::|getConstructorAbbreviationFromDB| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorAbbreviationFromDB| ; in: DEFUN |texFormat1| ; (BOOT::|getFunctionFromDomain| 'BOOT::|coerce| BOOT::|tf| ; (LIST BOOT::|$OutputForm|)) ; ; caught STYLE-WARNING: ; undefined function: |getFunctionFromDomain| ; in: DEFUN |texFormat| ; (BOOT::|getFunctionFromDomain| 'BOOT::|convert| BOOT::|tf| ; (LIST BOOT::|$OutputForm| BOOT::|$Integer|)) ; ; caught STYLE-WARNING: ; undefined function: |getFunctionFromDomain| ; in: DEFUN |outputTran| ; (BOOT::|getFunctionFromDomain| 'BOOT::|float| BOOT::|domain| ; (LIST BOOT::|$Integer| BOOT::|$Integer| BOOT::|$PositiveInteger|)) ; ; caught STYLE-WARNING: ; undefined function: |getFunctionFromDomain| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |getFunctionFromDomain| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-output.clisp ; in: DEFUN |getOutputAbbreviatedForm| ; (BOOT::|getPartialConstructorModemapSig| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |getPartialConstructorModemapSig| ; in: DEFUN |output| ; (BOOT::|isMapExpr| BOOT::|expr|) ; ; caught STYLE-WARNING: ; undefined function: |isMapExpr| ; (BOOT::|isWrapped| BOOT::|expr|) ; ; caught STYLE-WARNING: ; undefined function: |isWrapped| ; in: DEFUN |outputTranMatrix,outtranRow| ; (BOOT::|keyedSystemError| 'BOOT::S2GE0016 ; (LIST "outputTranMatrix" ; "improper internal form for matrix found in output routines")) ; ; caught STYLE-WARNING: ; undefined function: |keyedSystemError| ; in: DEFUN |mkSuperSub| ; (BOOT::|linearFormatForm| BOOT::|op| BOOT::|argl|) ; ; caught STYLE-WARNING: ; undefined function: |linearFormatForm| ; in: DEFUN |sayMath| ; (BOOT::|linearFormatName| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |linearFormatName| ; in: DEFUN |str2Outform| ; (BOOT::|ncParseFromString| BOOT::|s|) ; ; caught STYLE-WARNING: ; undefined function: |ncParseFromString| ; in: DEFUN |str2Tex| ; (BOOT::|objNew| (BOOT::|wrap| BOOT::|outf|) '(BOOT::|OutputForm|)) ; ; caught STYLE-WARNING: ; undefined function: |objNew| ; in: DEFUN |getOutputAbbreviatedForm| ; (BOOT::|objNewWrap| BOOT::|x| BOOT::|m|) ; ; caught STYLE-WARNING: ; undefined function: |objNewWrap| ; in: DEFUN |output| ; (BOOT::|objNewWrap| BOOT::|expr| BOOT::|domain|) ; ; caught STYLE-WARNING: ; undefined function: |objNewWrap| ; in: DEFUN |outputTran| ; (BOOT::|objNewWrap| BOOT::|f| BOOT::|domain|) ; ; caught STYLE-WARNING: ; undefined function: |objNewWrap| ; in: DEFUN |getOutputAbbreviatedForm| ; (BOOT::|objValUnwrap| BOOT::|x'|) ; ; caught STYLE-WARNING: ; undefined function: |objValUnwrap| ; in: DEFUN |output| ; (BOOT::|objValUnwrap| BOOT::T$) ; ; caught STYLE-WARNING: ; undefined function: |objValUnwrap| ; in: DEFUN |outputTran| ; (BOOT::|objValUnwrap| BOOT::|o|) ; ; caught STYLE-WARNING: ; undefined function: |objValUnwrap| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |objValUnwrap| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-output.clisp ; in: DEFUN |outputDomainConstructor| ; (BOOT::|object2String| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |object2String| ; (BOOT::|prefix2String| BOOT::|form|) ; ; caught STYLE-WARNING: ; undefined function: |prefix2String| ; in: DEFUN |outputTran| ; (BOOT::|prefix2String| BOOT::|mode|) ; ; caught STYLE-WARNING: ; undefined function: |prefix2String| ; in: DEFUN |maprin| ; (BOOT::|recordOrCompareDemoResult| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |recordOrCompareDemoResult| ; in: DEFUN |maPrin| ; (BOOT::|sayKeyedMsg| 'BOOT::S2IX0009 NIL) ; ; caught STYLE-WARNING: ; undefined function: |sayKeyedMsg| ; in: DEFUN |outputMapTran0| ; (BOOT::|simplifyMapPattern| BOOT::|argDef| BOOT::|alias|) ; ; caught STYLE-WARNING: ; undefined function: |simplifyMapPattern| ; in: DEFUN |str2Outform| ; (BOOT::|systemError| "String for TeX will not parse") ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; in: DEFUN |appInfix| ; (BOOT::|throwKeyedMsg| 'BOOT::S2IX0008 ; (LIST 'BOOT::|appInfix| "fewer than 2 arguments to an infix function")) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsg| ; in: DEFUN |outputTranIterate| ; (BOOT::|throwKeyedMsg| 'BOOT::S2IX0008 ; (LIST 'BOOT::|outputTranIterate| (LIST "illegal iterate: " BOOT::|x|))) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsg| ; in: DEFUN |scylla| ; (BOOT::|trimTrailingBlank| (COPY-SEQ BOOT::|y|)) ; ; caught STYLE-WARNING: ; undefined function: |trimTrailingBlank| ; in: DEFUN |output| ; (BOOT::|unwrap| BOOT::|expr|) ; ; caught STYLE-WARNING: ; undefined function: |unwrap| ; in: DEFUN |str2Tex| ; (BOOT::|wrap| BOOT::|outf|) ; ; caught STYLE-WARNING: ; undefined function: |wrap| ; ; compilation unit finished ; Undefined functions: ; ASSOCIATER ELEMN MATUNWND PSTRING REVERSEWOC SUBSPAD |bright| |builtinConstructor?| |categoryForm?| |coerceInt| |coerceInteractive| |concat| |constructor?| |devaluate| |dispfortexp| |fillerSpaces| |formatMapping| |get| |getConstructorAbbreviationFromDB| |getFunctionFromDomain| |getPartialConstructorModemapSig| |isMapExpr| |isWrapped| |keyedSystemError| |linearFormatForm| |linearFormatName| |ncParseFromString| |objNew| |objNewWrap| |objValUnwrap| |object2String| |prefix2String| |recordOrCompareDemoResult| |sayKeyedMsg| |simplifyMapPattern| |systemError| |throwKeyedMsg| |trimTrailingBlank| |unwrap| |wrap| ; caught 73 STYLE-WARNING conditions ; printed 2 notes ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-output.fasl written ; compilation finished in 0:00:01.102 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=i-special.fasl --load-directory=. ../../../open-axiom/src/interp/i-special.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-special.clisp" (written 01 FEB 2016 10:52:58 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "i-analy") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFCONSTANT |$specialOps| ...) ; compiling (DEFPARAMETER |$repeatLabel| ...) ; compiling (DEFPARAMETER |$anonymousMapCounter| ...) ; compiling (DEFPARAMETER |$freeVariables| ...) ; compiling (DEFPARAMETER |$boundVariables| ...) ; compiling (DEFUN |voidValue| ...) ; compiling (DEFUN |upADEF| ...) ; compiling (DEFUN |evalUntargetedADEF| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-special.clisp ; in: DEFUN |evalUntargetedADEF| ; (DEFUN BOOT::|evalUntargetedADEF| ; (BOOT::|t| BOOT::|vars| BOOT::|types| BOOT::|body|) ; (LET* (BOOT::|val| BOOT::|var|) ; (PROGN ; (COND (# #) (T #)) ; (SETQ BOOT::|val| #) ; (BOOT::|putValue| BOOT::|t| BOOT::|val|) ; (BOOT::|putModeSet| BOOT::|t| (LIST #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|evalUntargetedADEF| ; (BOOT::|t| BOOT::|vars| BOOT::|types| BOOT::|body|) ; (BLOCK BOOT::|evalUntargetedADEF| ; (LET* (BOOT::|val| BOOT::|var|) ; (PROGN ; (COND # #) ; (SETQ #) ; (BOOT::|putValue| BOOT::|t| BOOT::|val|) ; (BOOT::|putModeSet| BOOT::|t| #))))) ; ; caught STYLE-WARNING: ; The variable |types| is defined but never used. ; compiling (DEFUN |evalTargetedADEF| ...) ; compiling (DEFUN |mkInterpTargetedADEF| ...) ; compiling (DEFUN |compileTargetedADEF| ...) ; compiling (DEFUN |compileADEFBody| ...) ; compiling (DEFUN |upAlgExtension| ...) ; compiling (DEFUN |eq2AlgExtension| ...) ; compiling (DEFUN |bottomUpProposition| ...) ; compiling (DEFUN |upand| ...) ; compiling (DEFUN |upor| ...) ; compiling (DEFUN |userDefinedCase| ...) ; compiling (DEFUN |upcase| ...) ; compiling (DEFUN |upTARGET| ...) ; compiling (DEFUN |upCOERCE| ...) ; compiling (DEFUN |evalCOERCE| ...) ; compiling (DEFUN |upCOLLECT| ...) ; compiling (DEFUN |upCOLLECT0| ...) ; compiling (DEFUN |upCOLLECT1| ...) ; compiling (DEFUN |upLoopIters| ...) ; compiling (DEFUN |upLoopIterIN| ...) ; compiling (DEFUN |upLoopIterSTEP| ...) ; compiling (DEFUN |evalCOLLECT| ...) ; compiling (DEFUN |falseFun| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-special.clisp ; in: DEFUN |falseFun| ; (DEFUN BOOT::|falseFun| (BOOT::|x|) NIL) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|falseFun| ; (BOOT::|x|) ; (BLOCK BOOT::|falseFun| NIL)) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |evalLoopIter| ...) ; compiling (DEFUN |interpCOLLECT| ...) ; compiling (DEFUN |interpIter| ...) ; compiling (DEFUN |interpOnlyCOLLECT| ...) ; compiling (DEFUN |interpCOLLECTbody| ...) ; compiling (DEFUN |interpCOLLECTbodyIter| ...) ; compiling (DEFUN |isStreamCollect| ...) ; compiling (DEFUN |collectStream| ...) ; compiling (DEFUN |collectStream1| ...) ; compiling (DEFUN |upStreamIters| ...) ; compiling (DEFUN |upStreamIterIN| ...) ; compiling (DEFUN |upStreamIterSTEP| ...) ; compiling (DEFUN |collectOneStream| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-special.clisp ; in: DEFUN |collectOneStream| ; (DEFUN BOOT::|collectOneStream| ; (BOOT::|t| BOOT::|op| BOOT::|itrl| BOOT::|body|) ; (LET* (BOOT::|newVal| ; BOOT::|ud| ; BOOT::|ISTMP#1| ; BOOT::|m| ; BOOT::|val| ; BOOT::|bodyVec| ; BOOT::|form|) ; (DECLARE (SPECIAL BOOT::|$indexVars|)) ; (PROGN ; (SETQ BOOT::|form| #) ; (SETQ BOOT::|bodyVec| #) ; (SETQ BOOT::|form| #) ; (BOOT::|bottomUp| BOOT::|form|) ; (SETQ BOOT::|val| #) ; (SETQ BOOT::|m| #) ; (COND (# #) (T # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|collectOneStream| ; (BOOT::|t| BOOT::|op| BOOT::|itrl| BOOT::|body|) ; (BLOCK BOOT::|collectOneStream| ; (LET* (BOOT::|newVal| ; BOOT::|ud| ; BOOT::|ISTMP#1| ; BOOT::|m| ; BOOT::|val| ; BOOT::|bodyVec| ; BOOT::|form|) ; (DECLARE (SPECIAL BOOT::|$indexVars|)) ; (PROGN ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (BOOT::|bottomUp| BOOT::|form|) ; (SETQ #) ; (SETQ #) ; (COND # #))))) ; ; caught STYLE-WARNING: ; The variable |t| is defined but never used. ; compiling (DEFUN |mkAndApplyPredicates| ...) ; compiling (DEFUN |mkIterFun| ...) ; compiling (DEFUN |checkForFreeVariables| ...) ; compiling (DEFUN |checkForFreeVariables,checkInit| ...) ; compiling (DEFUN |positionInVec| ...) ; compiling (DEFUN |collectSeveralStreams| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-special.clisp ; in: DEFUN |collectSeveralStreams| ; (DEFUN BOOT::|collectSeveralStreams| ; (BOOT::|t| BOOT::|op| BOOT::|itrl| BOOT::|body|) ; (LET* (BOOT::|newVal| ; BOOT::|ud| ; BOOT::|ISTMP#1| ; BOOT::|m| ; BOOT::|val| ; BOOT::|vec| ; BOOT::|zipType| ; BOOT::|form| ; BOOT::|LETTMP#1|) ; (DECLARE (SPECIAL BOOT::|$localVars| BOOT::|$indexVars|)) ; (LET ((BOOT::|$index| NIL)) ; (DECLARE (SPECIAL BOOT::|$index|)) ; (PROGN ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (BOOT::|bottomUp| BOOT::|form|) ; (SETQ #) ; (SETQ #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|collectSeveralStreams| ; (BOOT::|t| BOOT::|op| BOOT::|itrl| BOOT::|body|) ; (BLOCK BOOT::|collectSeveralStreams| ; (LET* (BOOT::|newVal| ; BOOT::|ud| ; BOOT::|ISTMP#1| ; BOOT::|m| ; BOOT::|val| ; BOOT::|vec| ; BOOT::|zipType| ; BOOT::|form| ; BOOT::|LETTMP#1|) ; (DECLARE (SPECIAL BOOT::|$localVars| BOOT::|$indexVars|)) ; (LET (#) ; (DECLARE #) ; (PROGN # # # # # # # # # #))))) ; ; caught STYLE-WARNING: ; The variable |t| is defined but never used. ; compiling (DEFUN |mkZipCode| ...) ; compiling (DEFUN |mkAndApplyZippedPredicates| ...) ; compiling (DEFUN |mkIterZippedFun| ...) ; compiling (DEFUN |subVecNodes| ...) ; compiling (DEFUN |mkIterVarSub| ...) ; compiling (DEFUN |iterVarPos| ...) ; compiling (DEFUN |mkNestedElts| ...) ; compiling (DEFUN |upconstruct| ...) ; compiling (DEFUN |modemapsHavingTarget| ...) ; compiling (DEFUN |evalTupleConstruct| ...) ; compiling (DEFUN |evalInfiniteTupleConstruct| ...) ; compiling (DEFUN |evalconstruct| ...) ; compiling (DEFUN |replaceSymbols| ...) ; compiling (DEFUN |upNullList| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-special.clisp ; in: DEFUN |upNullList| ; (DEFUN BOOT::|upNullList| (BOOT::|op| BOOT::|l| BOOT::|tar|) ; (LET* (BOOT::|val'| ; BOOT::|val| ; BOOT::|defMode| ; BOOT::|b| ; BOOT::|ISTMP#1| ; BOOT::|a|) ; (PROGN ; (SETQ BOOT::|defMode| #) ; (SETQ BOOT::|val| #) ; (COND (# #) (T # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|upNullList| ; (BOOT::|op| BOOT::|l| BOOT::|tar|) ; (BLOCK BOOT::|upNullList| ; (LET* (BOOT::|val'| ; BOOT::|val| ; BOOT::|defMode| ; BOOT::|b| ; BOOT::|ISTMP#1| ; BOOT::|a|) ; (PROGN (SETQ #) (SETQ #) (COND # #))))) ; ; caught STYLE-WARNING: ; The variable |l| is defined but never used. ; compiling (DEFUN |upTaggedUnionConstruct| ...) ; compiling (DEFUN |upRecordConstruct| ...) ; compiling (DEFUN |upDeclare| ...) ; compiling (DEFUN |declare| ...) ; compiling (DEFUN |declareMap| ...) ; compiling (DEFUN |getAndEvalConstructorArgument| ...) ; compiling (DEFUN |replaceSharps| ...) ; compiling (DEFUN |isDomainValuedVariable| ...) ; compiling (DEFUN |categoryImplies| ...) ; compiling (DEFUN |evalCategory| ...) ; compiling (DEFUN |isOkInterpMode| ...) ; compiling (DEFUN |isLegitimateRecordOrTaggedUnion| ...) ; compiling (DEFUN |isPolynomialMode| ...) ; compiling (DEFUN |containsPolynomial| ...) ; compiling (DEFUN |containsVariables| ...) ; compiling (DEFUN |listOfDuplicates| ...) ; compiling (DEFUN |deleteAll| ...) ; compiling (DEFPARAMETER |$iteratorVars| ...) ; compiling (DEFUN |mkIteratorVariable| ...) ; compiling (DEFPARAMETER |$VoidValueObject| ...) ; compiling (DEFPARAMETER |$VoidCodeObject| ...) ; compiling (DEFUN |setValueToVoid| ...) ; compiling (DEFUN |setCodeToVoid| ...) ; compiling (DEFCONSTANT |$InterpreterMacroAlist| ...) ; compiling (DEFUN |upDEF| ...) ; compiling (DEFUN |constantInDomain?| ...) ; compiling (DEFUN |findConstantInDomain| ...) ; compiling (DEFUN |upDollar| ...) ; compiling (DEFUN |upDollarTuple| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-special.clisp ; in: DEFUN |upDollarTuple| ; (DEFUN BOOT::|upDollarTuple| ; (BOOT::|op| BOOT::|f| BOOT::|t| BOOT::|t2| BOOT::|args| BOOT::|nargs|) ; (LET* (BOOT::|ms| ; BOOT::|newArg| ; BOOT::|form| ; BOOT::D ; BOOT::|arg| ; BOOT::|ISTMP#2| ; BOOT::|ISTMP#1| ; BOOT::|tuple| ; BOOT::|singles|) ; (COND ((NULL #) NIL) ; (T (SETQ #) ; (LET # ; #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|upDollarTuple| ; (BOOT::|op| BOOT::|f| BOOT::|t| BOOT::|t2| BOOT::|args| BOOT::|nargs|) ; (BLOCK BOOT::|upDollarTuple| ; (LET* (BOOT::|ms| ; BOOT::|newArg| ; BOOT::|form| ; BOOT::D ; BOOT::|arg| ; BOOT::|ISTMP#2| ; BOOT::|ISTMP#1| ; BOOT::|tuple| ; BOOT::|singles|) ; (COND (# NIL) (T # # #))))) ; ; caught STYLE-WARNING: ; The variable |nargs| is defined but never used. ; compiling (DEFUN |upLispCall| ...) ; compiling (DEFUN |upequation| ...) ; compiling (DEFUN |uperror| ...) ; compiling (DEFUN |upfree| ...) ; compiling (DEFUN |uplocal| ...) ; compiling (DEFUN |upfreeWithType| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-special.clisp ; in: DEFUN |upfreeWithType| ; (DEFUN BOOT::|upfreeWithType| (BOOT::|var| BOOT::|type|) ; (PROGN ; (BOOT::|sayKeyedMsg| 'BOOT::S2IS0055 (LIST "free" BOOT::|var|)) ; BOOT::|var|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|upfreeWithType| ; (BOOT::|var| BOOT::|type|) ; (BLOCK BOOT::|upfreeWithType| ; (PROGN ; (BOOT::|sayKeyedMsg| 'BOOT::S2IS0055 (LIST "free" BOOT::|var|)) ; BOOT::|var|))) ; ; caught STYLE-WARNING: ; The variable |type| is defined but never used. ; compiling (DEFUN |uplocalWithType| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-special.clisp ; in: DEFUN |uplocalWithType| ; (DEFUN BOOT::|uplocalWithType| (BOOT::|var| BOOT::|type|) ; (PROGN ; (BOOT::|sayKeyedMsg| 'BOOT::S2IS0055 (LIST "local" BOOT::|var|)) ; BOOT::|var|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|uplocalWithType| ; (BOOT::|var| BOOT::|type|) ; (BLOCK BOOT::|uplocalWithType| ; (PROGN ; (BOOT::|sayKeyedMsg| 'BOOT::S2IS0055 (LIST "local" BOOT::|var|)) ; BOOT::|var|))) ; ; caught STYLE-WARNING: ; The variable |type| is defined but never used. ; compiling (DEFUN |uphas| ...) ; compiling (DEFUN |upIF| ...) ; compiling (DEFUN |compileIF| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-special.clisp ; in: DEFUN |compileIF| ; (DEFUN BOOT::|compileIF| ; (BOOT::|op| BOOT::|cond| BOOT::|a| BOOT::|b| BOOT::|t|) ; (LET* (BOOT::|m| BOOT::|r| BOOT::|m2| BOOT::|ms2| BOOT::|m1| BOOT::|ms1|) ; (DECLARE (SPECIAL BOOT::|$mapName| BOOT::|$declaredMode|)) ; (PROGN ; (SETQ BOOT::|ms1| #) ; (SETQ BOOT::|m1| #) ; (COND (# # #) (# # # #) (T # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compileIF| ; (BOOT::|op| BOOT::|cond| BOOT::|a| BOOT::|b| BOOT::|t|) ; (BLOCK BOOT::|compileIF| ; (LET* (BOOT::|m| ; BOOT::|r| ; BOOT::|m2| ; BOOT::|ms2| ; BOOT::|m1| ; BOOT::|ms1|) ; (DECLARE (SPECIAL BOOT::|$mapName| BOOT::|$declaredMode|)) ; (PROGN (SETQ #) (SETQ #) (COND # # #))))) ; ; caught STYLE-WARNING: ; The variable |cond| is defined but never used. ; compiling (DEFUN |evalIF| ...) ; compiling (DEFUN |genIFvalCode| ...) ; compiling (DEFUN |IFcodeTran| ...) ; compiling (DEFUN |interpIF| ...) ; compiling (DEFUN |upIFgenValue| ...) ; compiling (DEFUN |upis| ...) ; compiling (DEFUN |upisnt| ...) ; compiling (DEFUN |upisAndIsnt| ...) ; compiling (DEFUN |putPvarModes| ...) ; compiling (DEFUN |evalis| ...) ; compiling (DEFUN |isLocalPred| ...) ; compiling (DEFUN |compileIs| ...) ; compiling (DEFUN |evalIsPredicate| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-special.clisp ; in: DEFUN |evalIsPredicate| ; (DEFUN BOOT::|evalIsPredicate| (BOOT::|value| BOOT::|pattern| BOOT::|mode|) ; (LET* (BOOT::|id| BOOT::|valueAlist|) ; (DECLARE (SPECIAL BOOT::|$env|)) ; (PROGN (SETQ BOOT::|pattern| #) (COND (# # T) (T NIL))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|evalIsPredicate| ; (BOOT::|value| BOOT::|pattern| BOOT::|mode|) ; (BLOCK BOOT::|evalIsPredicate| ; (LET* (BOOT::|id| BOOT::|valueAlist|) ; (DECLARE (SPECIAL BOOT::|$env|)) ; (PROGN (SETQ #) (COND # #))))) ; ; caught STYLE-WARNING: ; The variable |mode| is defined but never used. ; compiling (DEFUN |evalIsntPredicate| ...) ; compiling (DEFUN |removeConstruct| ...) ; compiling (DEFUN |isPatternMatch| ...) ; compiling (DEFUN |isPatMatch| ...) ; compiling (DEFUN |upiterate| ...) ; compiling (DEFUN |upbreak| ...) ; compiling (DEFUN |up%LET| ...) ; compiling (DEFUN |evalLET| ...) ; compiling (DEFUN |evalLETput| ...) ; compiling (DEFUN |upLETWithPatternOnLhs| ...) ; compiling (DEFUN |evalLETchangeValue| ...) ; compiling (DEFUN |upLETWithFormOnLhs| ...) ; compiling (DEFUN |seteltable| ...) ; compiling (DEFUN |altSeteltable| ...) ; compiling (DEFUN |upSetelt| ...) ; compiling (DEFUN |upTableSetelt| ...) ; compiling (DEFUN |unVectorize| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-special.clisp ; in: DEFUN |unVectorize| ; (LIST 'BOOT::|unVectorize| BOOT::|body|) ; ; note: deleting unreachable code ; 'BOOT::|unVectorize| ; ; note: deleting unreachable code ; compiling (DEFUN |isType| ...) ; compiling (DEFUN |upLETtype| ...) ; compiling (DEFUN |assignSymbol| ...) ; compiling (DEFUN |getInterpMacroNames| ...) ; compiling (DEFUN |isInterpMacro| ...) ; compiling (DEFUN |upQUOTE| ...) ; compiling (DEFUN |evalQUOTE| ...) ; compiling (DEFUN |up[\|\|]| ...) ; compiling (DEFUN |uppretend| ...) ; compiling (DEFUN |compileEvalForm| ...) ; compiling (DEFUN |NRTcompiledLookup| ...) ; compiling (DEFUN |NRTtypeHack| ...) ; compiling (DEFUN |getMinivectorIndex| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-special.clisp ; in: DEFUN |getMinivectorIndex| ; (DEFUN BOOT::|getMinivectorIndex| ; (BOOT::|u| BOOT::|op| BOOT::|sig| BOOT::|domVector|) ; (LET* (BOOT::|k| BOOT::|s|) ; (DECLARE (SPECIAL BOOT::|$minivector|)) ; (PROGN (SETQ BOOT::|s| #) (COND (# BOOT::|k|) (T # BOOT::|s|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|getMinivectorIndex| ; (BOOT::|u| BOOT::|op| BOOT::|sig| BOOT::|domVector|) ; (BLOCK BOOT::|getMinivectorIndex| ; (LET* (BOOT::|k| BOOT::|s|) ; (DECLARE (SPECIAL BOOT::|$minivector|)) ; (PROGN (SETQ #) (COND # #))))) ; ; caught STYLE-WARNING: ; The variable |op| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |sig| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |domVector| is defined but never used. ; compiling (DEFUN |getReduceFunction| ...) ; compiling (DEFUN |isHomogeneous| ...) ; compiling (DEFUN |isHomogeneousArgs| ...) ; compiling (DEFUN |transformREPEAT| ...) ; compiling (DEFUN |upREPEAT| ...) ; compiling (DEFUN |upREPEAT0| ...) ; compiling (DEFUN |upREPEAT1| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-special.clisp ; in: DEFUN |upREPEAT1| ; (COND ((AND (NULL BOOT::|itrl|) (EQL BOOT::|$breakCount| 0)) BOOT::|$Void|) ; (T BOOT::|$Void|)) ; --> IF COND THE PROGN ; ==> ; BOOT::|$Void| ; ; note: deleting unreachable code ; compiling (DEFUN |evalREPEAT| ...) ; compiling (DEFUN |interpOnlyREPEAT| ...) ; compiling (DEFUN |interpREPEAT| ...) ; compiling (DEFUN |interpLoop| ...) ; compiling (DEFUN |interpLoopIter| ...) ; compiling (DEFUN |upreturn| ...) ; compiling (DEFUN |upSEQ| ...) ; compiling (DEFUN |evalSEQ| ...) ; compiling (DEFUN |uptuple| ...) ; compiling (DEFUN |evalTuple| ...) ; compiling (DEFUN |upNullTuple| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-special.clisp ; in: DEFUN |upNullTuple| ; (DEFUN BOOT::|upNullTuple| (BOOT::|op| BOOT::|l| BOOT::|tar|) ; (LET* (BOOT::|val'| ; BOOT::|val| ; BOOT::|defMode| ; BOOT::|b| ; BOOT::|ISTMP#1| ; BOOT::|a|) ; (PROGN ; (SETQ BOOT::|defMode| #) ; (SETQ BOOT::|val| #) ; (COND (# #) (T # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|upNullTuple| ; (BOOT::|op| BOOT::|l| BOOT::|tar|) ; (BLOCK BOOT::|upNullTuple| ; (LET* (BOOT::|val'| ; BOOT::|val| ; BOOT::|defMode| ; BOOT::|b| ; BOOT::|ISTMP#1| ; BOOT::|a|) ; (PROGN (SETQ #) (SETQ #) (COND # #))))) ; ; caught STYLE-WARNING: ; The variable |l| is defined but never used. ; compiling (DEFUN |uptypeOf| ...) ; compiling (DEFUN |upwhere| ...) ; compiling (DEFUN |upwhereClause| ...) ; compiling (DEFUN |upwhereMkAtree| ...) ; compiling (DEFUN |upwhereMain| ...) ; compiling (DEFUN |copyHack| ...) ; compiling (DEFUN |copyHack,fn| ...) ; compiling (DEFUN |up%Match| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-special.clisp ; in: DEFUN |up%Match| ; (DEFUN BOOT::|up%Match| (BOOT::|t|) (BOOT::|sorry| "case pattern")) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|up%Match| ; (BOOT::|t|) ; (BLOCK BOOT::|up%Match| (BOOT::|sorry| "case pattern"))) ; ; caught STYLE-WARNING: ; The variable |t| is defined but never used. ; compiling (DEFUN |up%Import| ...) ; compiling (DEFUN |up%Macro| ...) ; compiling (DEFUN |up%MLambda| ...) ; compiling (DEFUN |sorry| ...) ; compiling (DEFUN |up%Export| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-special.clisp ; in: DEFUN |up%Export| ; (DEFUN BOOT::|up%Export| (BOOT::|t|) (BOOT::|sorry| "export declaration")) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|up%Export| ; (BOOT::|t|) ; (BLOCK BOOT::|up%Export| (BOOT::|sorry| "export declaration"))) ; ; caught STYLE-WARNING: ; The variable |t| is defined but never used. ; compiling (DEFUN |up%Inline| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-special.clisp ; in: DEFUN |up%Inline| ; (DEFUN BOOT::|up%Inline| (BOOT::|t|) (BOOT::|sorry| "inline declaration")) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|up%Inline| ; (BOOT::|t|) ; (BLOCK BOOT::|up%Inline| (BOOT::|sorry| "inline declaration"))) ; ; caught STYLE-WARNING: ; The variable |t| is defined but never used. ; compiling (DEFUN |up%With| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-special.clisp ; in: DEFUN |up%With| ; (DEFUN BOOT::|up%With| (BOOT::|t|) (BOOT::|sorry| "category definition")) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|up%With| ; (BOOT::|t|) ; (BLOCK BOOT::|up%With| (BOOT::|sorry| "category definition"))) ; ; caught STYLE-WARNING: ; The variable |t| is defined but never used. ; compiling (DEFUN |up%Add| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-special.clisp ; in: DEFUN |up%Add| ; (DEFUN BOOT::|up%Add| (BOOT::|t|) (BOOT::|sorry| "domain definition")) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|up%Add| ; (BOOT::|t|) ; (BLOCK BOOT::|up%Add| (BOOT::|sorry| "domain definition"))) ; ; caught STYLE-WARNING: ; The variable |t| is defined but never used. ; compiling (LET* (|functionName|) ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-special.clisp ; in: DEFUN |isType| ; (BOOT::|abbreviation?| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |abbreviation?| ; in: DEFUN |upDEF| ; (BOOT::|addDefMap| (CONS 'BOOT::DEF BOOT::|def|) BOOT::|pred|) ; ; caught STYLE-WARNING: ; undefined function: |addDefMap| ; in: DEFUN |up%Import| ; (BOOT::|addDomain| NIL ; (BOOT::|devaluate| (BOOT::|objVal| (BOOT::|getValue| BOOT::|x|))) BOOT::|$e|) ; ; caught STYLE-WARNING: ; undefined function: |addDomain| ; in: DEFUN |upLETtype| ; (BOOT::|bright| BOOT::|opName|) ; ; caught STYLE-WARNING: ; undefined function: |bright| ; in: DEFUN |upLETWithPatternOnLhs| ; (BOOT::|bright| (BOOT::|form2String| BOOT::|pattern|)) ; ; caught STYLE-WARNING: ; undefined function: |bright| ; in: DEFUN |evalLETput| ; (BOOT::|bright| BOOT::|name|) ; ; caught STYLE-WARNING: ; undefined function: |bright| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |bright| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-special.clisp ; in: DEFUN |upDeclare| ; (BOOT::|categoryForm?| BOOT::|mode|) ; ; caught STYLE-WARNING: ; undefined function: |categoryForm?| ; in: DEFUN |upCOERCE| ; (BOOT::|categoryForm?| BOOT::|m|) ; ; caught STYLE-WARNING: ; undefined function: |categoryForm?| ; in: DEFUN |upTARGET| ; (BOOT::|categoryForm?| BOOT::|m|) ; ; caught STYLE-WARNING: ; undefined function: |categoryForm?| ; ; caught STYLE-WARNING: ; 2 more uses of undefined function |categoryForm?| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-special.clisp ; in: DEFUN |upAlgExtension| ; (BOOT::|clearCmdParts| (LIST 'BOOT::|propert| BOOT::|a|)) ; ; caught STYLE-WARNING: ; undefined function: |clearCmdParts| ; in: DEFUN |evalLETchangeValue| ; (BOOT::|clearDependencies| BOOT::|name| T) ; ; caught STYLE-WARNING: ; undefined function: |clearDependencies| ; in: DEFUN |declare| ; (BOOT::|clearDependencies| BOOT::|var| T) ; ; caught STYLE-WARNING: ; undefined function: |clearDependencies| ; in: DEFUN |upAlgExtension| ; (BOOT::|clearDependencies| BOOT::|a| T) ; ; caught STYLE-WARNING: ; undefined function: |clearDependencies| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |clearDependencies| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-special.clisp ; in: DEFUN |interpCOLLECTbodyIter| ; (BOOT::|coerceInteractive| (BOOT::|getValue| BOOT::|exp|) BOOT::|rm|) ; ; caught STYLE-WARNING: ; undefined function: |coerceInteractive| ; in: DEFUN |interpCOLLECT| ; (BOOT::|coerceInteractive| (BOOT::|objNewWrap| BOOT::|v| BOOT::|m|) BOOT::|t|) ; ; caught STYLE-WARNING: ; undefined function: |coerceInteractive| ; in: DEFUN |upAlgExtension| ; (BOOT::|coerceInteractive| BOOT::|triple| BOOT::|upmode|) ; ; caught STYLE-WARNING: ; undefined function: |coerceInteractive| ; ; caught STYLE-WARNING: ; 13 more uses of undefined function |coerceInteractive| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-special.clisp ; in: DEFUN |evalCOERCE| ; (BOOT::|coerceOrRetract| BOOT::|v| BOOT::|t2|) ; ; caught STYLE-WARNING: ; undefined function: |coerceOrRetract| ; in: DEFUN |upLoopIterIN| ; (BOOT::|coerceUnion2Branch| (BOOT::|getValue| BOOT::|s|)) ; ; caught STYLE-WARNING: ; undefined function: |coerceUnion2Branch| ; in: DEFUN |evalCOERCE| ; (BOOT::|coerceUnion2Branch| BOOT::|v|) ; ; caught STYLE-WARNING: ; undefined function: |coerceUnion2Branch| ; in: DEFUN |upcase| ; (BOOT::|coerceUnion2Branch| BOOT::|triple|) ; ; caught STYLE-WARNING: ; undefined function: |coerceUnion2Branch| ; in: DEFUN |upLETtype| ; (BOOT::|compFailure| ; (CONS " Cannot compile type assignment to" ; (BOOT::|bright| BOOT::|opName|))) ; ; caught STYLE-WARNING: ; undefined function: |compFailure| ; in: DEFUN |evalLETput| ; (BOOT::|compFailure| ; (CONS " The type of the local variable" ; (BOOTTRAN:|append| (BOOT::|bright| BOOT::|name|) ; (CONS "has changed in the computation." NIL)))) ; ; caught STYLE-WARNING: ; undefined function: |compFailure| ; in: DEFUN |getAndEvalConstructorArgument| ; (BOOT::|compFailure| " Local variable or parameter used in type") ; ; caught STYLE-WARNING: ; undefined function: |compFailure| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |compFailure| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-special.clisp ; in: DEFUN |compileTargetedADEF| ; (BOOT::|compileBody| BOOT::|body| (CAR BOOT::|types|)) ; ; caught STYLE-WARNING: ; undefined function: |compileBody| ; in: DEFUN |compileADEFBody| ; (BOOT::|compileInteractive| ; (LIST BOOT::|$mapName| (LIST 'BOOT::|%lambda| BOOT::|parms| BOOT::|body|))) ; ; caught STYLE-WARNING: ; undefined function: |compileInteractive| ; in: DEFUN |NRTcompiledLookup| ; (BOOT::|compiledLookupCheck| BOOT::|op| BOOT::|sig| BOOT::|dom|) ; ; caught STYLE-WARNING: ; undefined function: |compiledLookupCheck| ; in: DEFUN |isType| ; (BOOT::|constructor?| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |constructor?| ; in: DEFUN |checkForFreeVariables| ; (BOOT::|error| ; 'BOOT::|Non-simple variable bindings are not currently supported|) ; ; caught STYLE-WARNING: ; undefined function: |error| ; in: DEFUN |upcase| ; (BOOT::|error| "upcase: bad Union form") ; ; caught STYLE-WARNING: ; undefined function: |error| ; in: DEFUN |upLETWithPatternOnLhs| ; (BOOT::|eval| BOOT::|failCode|) ; ; caught STYLE-WARNING: ; undefined function: |eval| ; in: DEFUN |upbreak| ; (BOOT::|eval| BOOT::|$repeatLabel|) ; ; caught STYLE-WARNING: ; undefined function: |eval| ; in: DEFUN |upiterate| ; (BOOT::|eval| BOOT::|$repeatBodyLabel|) ; ; caught STYLE-WARNING: ; undefined function: |eval| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |eval| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-special.clisp ; in: DEFUN |getReduceFunction| ; (BOOT::|evalDomain| BOOT::|dc|) ; ; caught STYLE-WARNING: ; undefined function: |evalDomain| ; in: DEFUN |upconstruct| ; (BOOT::|evalForm| BOOT::|op| (BOOT::|getUnname| BOOT::|op|) BOOT::|l| ; BOOT::|mmS|) ; ; caught STYLE-WARNING: ; undefined function: |evalForm| ; in: DEFUN |upCOERCE| ; (BOOT::|evaluateType| (BOOT::|unabbrev| BOOT::|rhs|)) ; ; caught STYLE-WARNING: ; undefined function: |evaluateType| ; in: DEFUN |upTARGET| ; (BOOT::|evaluateType| (BOOT::|unabbrev| BOOT::|rhs|)) ; ; caught STYLE-WARNING: ; undefined function: |evaluateType| ; in: DEFUN |upADEF| ; (BOOT::|evaluateType| (BOOT::|unabbrev| BOOT::|t|)) ; ; caught STYLE-WARNING: ; undefined function: |evaluateType| ; ; caught STYLE-WARNING: ; 4 more uses of undefined function |evaluateType| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-special.clisp ; in: DEFUN |uphas| ; (BOOT::|evaluateType0| BOOT::|prop|) ; ; caught STYLE-WARNING: ; undefined function: |evaluateType0| ; in: DEFUN |upDollar| ; (BOOT::|findCommonSigInDomain| BOOT::|f| BOOT::|t| BOOT::|nargs|) ; ; caught STYLE-WARNING: ; undefined function: |findCommonSigInDomain| ; (BOOT::|findUniqueOpInDomain| BOOT::|op| BOOT::|f| BOOT::|t|) ; ; caught STYLE-WARNING: ; undefined function: |findUniqueOpInDomain| ; in: DEFUN |userDefinedCase| ; (BOOT::|flagArguments| 'BOOT::|case| 2) ; ; caught STYLE-WARNING: ; undefined function: |flagArguments| ; in: DEFUN |upLETWithPatternOnLhs| ; (BOOT::|form2String| BOOT::|pattern|) ; ; caught STYLE-WARNING: ; undefined function: |form2String| ; in: DEFUN |evalLoopIter| ; (BOOT::|getArgValue| BOOT::|lower| BOOT::|$Integer|) ; ; caught STYLE-WARNING: ; undefined function: |getArgValue| ; in: DEFUN |evalCOLLECT| ; (BOOT::|getArgValue| BOOT::|body| (BOOT::|computedMode| BOOT::|body|)) ; ; caught STYLE-WARNING: ; undefined function: |getArgValue| ; in: DEFUN |evalCOERCE| ; (BOOT::|getArgValue| BOOT::|tree| BOOT::|t2|) ; ; caught STYLE-WARNING: ; undefined function: |getArgValue| ; ; caught STYLE-WARNING: ; 14 more uses of undefined function |getArgValue| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-special.clisp ; in: DEFUN |evalTupleConstruct| ; (BOOT::|getArgValueOrThrow| BOOT::|x| (LIST 'BOOT::|Tuple| BOOT::|ud|)) ; ; caught STYLE-WARNING: ; undefined function: |getArgValueOrThrow| ; in: DEFUN |findConstantInDomain| ; (BOOT::|getConstantFromDomain| (LIST BOOT::|c|) BOOT::|d|) ; ; caught STYLE-WARNING: ; undefined function: |getConstantFromDomain| ; in: DEFUN |constantInDomain?| ; (BOOT::|getConstructorOperationsFromDB| (CAR BOOT::|domainForm|)) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorOperationsFromDB| ; in: DEFUN |upAlgExtension| ; (BOOT::|getFunctionFromDomain| 'BOOT::|generator| BOOT::|sae| NIL) ; ; caught STYLE-WARNING: ; undefined function: |getFunctionFromDomain| ; in: DEFUN |evalTargetedADEF| ; (BOOT::|getLocalVars| BOOT::|$mapName| BOOT::|body|) ; ; caught STYLE-WARNING: ; undefined function: |getLocalVars| ; in: DEFUN |upStreamIterSTEP| ; (BOOT::|isEqualOrSubDomain| ; (SETQ BOOT::|ltype| ; (BOOT::IFCAR (BOOT::|bottomUpUseSubdomain| BOOT::|lower|))) ; BOOT::|$Integer|) ; ; caught STYLE-WARNING: ; undefined function: |isEqualOrSubDomain| ; in: DEFUN |upLoopIterSTEP| ; (BOOT::|isEqualOrSubDomain| BOOT::|ltype| BOOT::|$Integer|) ; ; caught STYLE-WARNING: ; undefined function: |isEqualOrSubDomain| ; in: DEFUN |upDeclare| ; (BOOT::|isLegitimateMode| BOOT::|mode| NIL NIL) ; ; caught STYLE-WARNING: ; undefined function: |isLegitimateMode| ; in: DEFUN |upCOERCE| ; (BOOT::|isLegitimateMode| BOOT::|m| NIL NIL) ; ; caught STYLE-WARNING: ; undefined function: |isLegitimateMode| ; in: DEFUN |upTARGET| ; (BOOT::|isLegitimateMode| BOOT::|m| NIL NIL) ; ; caught STYLE-WARNING: ; undefined function: |isLegitimateMode| ; ; caught STYLE-WARNING: ; 2 more uses of undefined function |isLegitimateMode| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-special.clisp ; in: DEFUN |isType| ; (BOOT::|isMap| (SETQ BOOT::|op| (BOOT::|getUnname| BOOT::|op|))) ; ; caught STYLE-WARNING: ; undefined function: |isMap| ; in: DEFUN |seteltable| ; (BOOT::|isMapExpr| BOOT::|expr|) ; ; caught STYLE-WARNING: ; undefined function: |isMapExpr| ; in: DEFUN |upDollarTuple| ; (BOOT::|isOpInDomain| BOOT::|f| BOOT::|t| 1) ; ; caught STYLE-WARNING: ; undefined function: |isOpInDomain| ; in: DEFUN |upDollar| ; (BOOT::|isOpInDomain| BOOT::|f| BOOT::|t| BOOT::|nargs|) ; ; caught STYLE-WARNING: ; undefined function: |isOpInDomain| ; in: DEFUN |upconstruct| ; (BOOT::|isPartialMode| BOOT::|tar|) ; ; caught STYLE-WARNING: ; undefined function: |isPartialMode| ; in: DEFUN |evalCOERCE| ; (BOOT::|isPartialMode| BOOT::|m|) ; ; caught STYLE-WARNING: ; undefined function: |isPartialMode| ; in: DEFUN |upADEF| ; (BOOT::|isPartialMode| (SETQ BOOT::|m| (CAR BOOT::|types|))) ; ; caught STYLE-WARNING: ; undefined function: |isPartialMode| ; ; caught STYLE-WARNING: ; 8 more uses of undefined function |isPartialMode| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-special.clisp ; in: DEFUN |uppretend| ; (BOOT::|isValidType| BOOT::|mode|) ; ; caught STYLE-WARNING: ; undefined function: |isValidType| ; in: DEFUN |isOkInterpMode| ; (BOOT::|isValidType| BOOT::|m|) ; ; caught STYLE-WARNING: ; undefined function: |isValidType| ; in: DEFUN |upDeclare| ; (BOOT::|keyedMsgCompFailure| 'BOOT::S2IS0014 (LIST BOOT::|lhs|)) ; ; caught STYLE-WARNING: ; undefined function: |keyedMsgCompFailure| ; in: DEFUN |upCOERCE| ; (BOOT::|keyedMsgCompFailure| 'BOOT::S2IC0006 (LIST BOOT::|rhs|)) ; ; caught STYLE-WARNING: ; undefined function: |keyedMsgCompFailure| ; in: DEFUN |upTARGET| ; (BOOT::|keyedMsgCompFailure| 'BOOT::S2IC0010 (LIST BOOT::|rhs|)) ; ; caught STYLE-WARNING: ; undefined function: |keyedMsgCompFailure| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |keyedMsgCompFailure| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-special.clisp ; in: DEFUN |upisAndIsnt| ; (BOOT::|keyedSystemError| 'BOOT::S2GE0016 ; (LIST "upisAndIsnt" "non-unique modeset")) ; ; caught STYLE-WARNING: ; undefined function: |keyedSystemError| ; in: DEFUN |upDEF| ; (BOOT::|keyedSystemError| 'BOOT::S2GE0016 (LIST "upDEF" "bad map definition")) ; ; caught STYLE-WARNING: ; undefined function: |keyedSystemError| ; in: DEFUN |mkIterFun| ; (BOOT::|keyedSystemError| "S2GE0016" '("mkIterFun" "bad stream index type")) ; ; caught STYLE-WARNING: ; undefined function: |keyedSystemError| ; ; caught STYLE-WARNING: ; 3 more uses of undefined function |keyedSystemError| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-special.clisp ; in: DEFUN |compileADEFBody| ; (BOOT::|makeInternalMapMinivectorName| (SYMBOL-NAME BOOT::|$mapName|)) ; ; caught STYLE-WARNING: ; undefined function: |makeInternalMapMinivectorName| ; in: DEFUN |evalTargetedADEF| ; (BOOT::|makeInternalMapName| "anonymousFunction" (LENGTH BOOT::|vars|) ; BOOT::|$anonymousMapCounter| "internal") ; ; caught STYLE-WARNING: ; undefined function: |makeInternalMapName| ; in: DEFUN |upreturn| ; (BOOT::|mapCatchName| BOOT::|$mapName|) ; ; caught STYLE-WARNING: ; undefined function: |mapCatchName| ; in: DEFUN |uperror| ; (BOOT::|mkAtree| (BOOT::|object2String| BOOT::|$mapName|)) ; ; caught STYLE-WARNING: ; undefined function: |mkAtree| ; in: DEFUN |upor| ; (BOOT::|mkAtree| 'BOOT::|true|) ; ; caught STYLE-WARNING: ; undefined function: |mkAtree| ; in: DEFUN |upand| ; (BOOT::|mkAtree| 'BOOT::|false|) ; ; caught STYLE-WARNING: ; undefined function: |mkAtree| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |mkAtree| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-special.clisp ; in: DEFUN |transformREPEAT| ; (BOOT::|mkAtree1| BOOT::|lower|) ; ; caught STYLE-WARNING: ; undefined function: |mkAtree1| ; in: DEFUN |mkZipCode| ; (BOOT::|mkEvalable| BOOT::|t1|) ; ; caught STYLE-WARNING: ; undefined function: |mkEvalable| ; in: DEFUN |mkIterZippedFun| ; (BOOT::|mkLocalVar| BOOT::|$mapName| BOOT::|$index|) ; ; caught STYLE-WARNING: ; undefined function: |mkLocalVar| ; in: DEFUN |mkIterFun| ; (BOOT::|mkLocalVar| BOOT::|$mapName| BOOT::|index|) ; ; caught STYLE-WARNING: ; undefined function: |mkLocalVar| ; in: DEFUN |evalTargetedADEF| ; (BOOT::|mkLocalVar| BOOT::|$mapName| BOOT::|var|) ; ; caught STYLE-WARNING: ; undefined function: |mkLocalVar| ; ; caught STYLE-WARNING: ; 2 more uses of undefined function |mkLocalVar| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-special.clisp ; in: DEFUN |evalIF| ; (BOOT::|object2Identifier| BOOT::|$mapName|) ; ; caught STYLE-WARNING: ; undefined function: |object2Identifier| ; in: DEFUN |uperror| ; (BOOT::|object2String| BOOT::|$mapName|) ; ; caught STYLE-WARNING: ; undefined function: |object2String| ; in: DEFUN |evalCategory| ; (BOOT::|ofCategory| BOOT::|d| BOOT::|c|) ; ; caught STYLE-WARNING: ; undefined function: |ofCategory| ; in: DEFUN |bottomUpProposition| ; (BOOT::|ofCategory| BOOT::|mode| BOOT::|$SetCategory|) ; ; caught STYLE-WARNING: ; undefined function: |ofCategory| ; in: DEFUN |upDeclare| ; (BOOT::|packageForm?| BOOT::|mode|) ; ; caught STYLE-WARNING: ; undefined function: |packageForm?| ; in: DEFUN |upAlgExtension| ; (BOOT::|prefix2String| (BOOT::|objVal| BOOT::|saeTypeSynonymValue|)) ; ; caught STYLE-WARNING: ; undefined function: |prefix2String| ; in: DEFUN |declareMap| ; (BOOT::|putHist| BOOT::|var| 'BOOT::|mode| BOOT::|mode| BOOT::|$e|) ; ; caught STYLE-WARNING: ; undefined function: |putHist| ; in: DEFUN |declare| ; (BOOT::|putHist| BOOT::|var| 'BOOT::|mode| BOOT::|mode| BOOT::|$e|) ; ; caught STYLE-WARNING: ; undefined function: |putHist| ; in: DEFUN |upAlgExtension| ; (BOOT::|putHist| BOOT::|saeTypeSynonym| 'BOOT::|value| ; BOOT::|saeTypeSynonymValue| BOOT::|$e|) ; ; caught STYLE-WARNING: ; undefined function: |putHist| ; ; caught STYLE-WARNING: ; 3 more uses of undefined function |putHist| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-special.clisp ; in: DEFUN |compileIF| ; (BOOT::|rempropI| BOOT::|$mapName| 'BOOT::|localModemap|) ; ; caught STYLE-WARNING: ; undefined function: |rempropI| ; in: DEFUN |upAlgExtension| ; (BOOT::|resolveTCat| (CADDR BOOT::|newmode|) BOOT::|$Field|) ; ; caught STYLE-WARNING: ; undefined function: |resolveTCat| ; in: DEFUN |evalLET| ; (BOOT::|resolveTM| BOOT::|t1| BOOT::|t2|) ; ; caught STYLE-WARNING: ; undefined function: |resolveTM| ; in: DEFUN |upconstruct| ; (BOOT::|resolveTM| BOOT::|mode| BOOT::|tar|) ; ; caught STYLE-WARNING: ; undefined function: |resolveTM| ; in: DEFUN |evalCOERCE| ; (BOOT::|resolveTM| ; (LIST 'BOOT::|UnivariatePolynomial| (BOOT::|objValUnwrap| BOOT::|v|) ; BOOT::|$Integer|) ; BOOT::|m|) ; ; caught STYLE-WARNING: ; undefined function: |resolveTM| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |resolveTM| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-special.clisp ; in: DEFUN |upAlgExtension| ; (BOOT::|resolveTMOrCroak| (BOOT::|objMode| BOOT::|triple|) BOOT::|upmode|) ; ; caught STYLE-WARNING: ; undefined function: |resolveTMOrCroak| ; in: DEFUN |upStreamIterSTEP| ; (BOOT::|resolveTT| BOOT::|ltype| BOOT::|stype|) ; ; caught STYLE-WARNING: ; undefined function: |resolveTT| ; in: DEFUN |interpCOLLECTbodyIter| ; (BOOT::|resolveTT| BOOT::|m| (BOOTTRAN:|last| BOOT::|$collectTypeList|)) ; ; caught STYLE-WARNING: ; undefined function: |resolveTT| ; in: DEFUN |compileIF| ; (BOOT::|resolveTTAny| BOOT::|m2| BOOT::|m1|) ; ; caught STYLE-WARNING: ; undefined function: |resolveTTAny| ; in: DEFUN |uptuple| ; (BOOT::|resolveTypeListAny| (CONS BOOT::|ud| BOOT::|eltTypes|)) ; ; caught STYLE-WARNING: ; undefined function: |resolveTypeListAny| ; in: DEFUN |upconstruct| ; (BOOT::|resolveTypeListAny| (CONS BOOT::|ud| BOOT::|eltTypes|)) ; ; caught STYLE-WARNING: ; undefined function: |resolveTypeListAny| ; in: DEFUN |upLoopIterSTEP| ; (BOOT::|resolveTypeListAny| (BOOT::REMDUP BOOT::|types|)) ; ; caught STYLE-WARNING: ; undefined function: |resolveTypeListAny| ; in: DEFUN |uplocalWithType| ; (BOOT::|sayKeyedMsg| 'BOOT::S2IS0055 (LIST "local" BOOT::|var|)) ; ; caught STYLE-WARNING: ; undefined function: |sayKeyedMsg| ; in: DEFUN |upfreeWithType| ; (BOOT::|sayKeyedMsg| 'BOOT::S2IS0055 (LIST "free" BOOT::|var|)) ; ; caught STYLE-WARNING: ; undefined function: |sayKeyedMsg| ; in: DEFUN |upAlgExtension| ; (BOOT::|sayKeyedMsg| 'BOOT::S2IS0003 NIL) ; ; caught STYLE-WARNING: ; undefined function: |sayKeyedMsg| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |sayKeyedMsg| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-special.clisp ; in: DEFUN |getReduceFunction| ; (BOOT::|selectMms| BOOT::|vecOp| BOOT::|args| BOOT::|result|) ; ; caught STYLE-WARNING: ; undefined function: |selectMms| ; in: DEFUN |altSeteltable| ; (BOOT::|selectMms| BOOT::|newOp| BOOT::|args| NIL) ; ; caught STYLE-WARNING: ; undefined function: |selectMms| ; in: DEFUN |upconstruct| ; (BOOT::|selectMms| BOOT::|op| BOOT::|l| BOOT::|tar|) ; ; caught STYLE-WARNING: ; undefined function: |selectMms| ; in: DEFUN |replaceSharps| ; (BOOT::|subCopy| BOOT::|x| BOOT::SL) ; ; caught STYLE-WARNING: ; undefined function: |subCopy| ; in: DEFUN |collectSeveralStreams| ; (BOOT::|systemError| "Not a Stream") ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; in: DEFUN |collectOneStream| ; (BOOT::|systemError| "Not a Stream") ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; in: DEFUN |unVectorize| ; (BOOT::|systemErrorHere| (LIST 'BOOT::|unVectorize| BOOT::|body|)) ; ; caught STYLE-WARNING: ; undefined function: |systemErrorHere| ; in: DEFUN |upAlgExtension| ; (BOOT::|throwKeyedMsg| 'BOOT::S2IS0001 NIL) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsg| ; in: DEFUN |mkInterpTargetedADEF| ; (BOOT::|throwKeyedMsg| 'BOOT::S2IS0056 NIL) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsg| ; in: DEFUN |upADEF| ; (BOOT::|throwKeyedMsg| 'BOOT::S2IS0057 (LIST BOOT::|var|)) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsg| ; ; caught STYLE-WARNING: ; 36 more uses of undefined function |throwKeyedMsg| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-special.clisp ; in: DEFUN |upTaggedUnionConstruct| ; (BOOT::|throwKeyedMsgCannotCoerceWithValue| (BOOT::|objVal| BOOT::|obj|) ; (BOOT::|objMode| BOOT::|obj|) BOOT::|tar|) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsgCannotCoerceWithValue| ; in: DEFUN |evalCOERCE| ; (BOOT::|throwKeyedMsgCannotCoerceWithValue| BOOT::|e| BOOT::|t1| BOOT::|m|) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsgCannotCoerceWithValue| ; in: DEFUN |upAlgExtension| ; (BOOT::|throwKeyedMsgCannotCoerceWithValue| (BOOT::|objVal| BOOT::|triple|) ; (BOOT::|objMode| BOOT::|triple|) BOOT::|upmode|) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsgCannotCoerceWithValue| ; ; caught STYLE-WARNING: ; 4 more uses of undefined function |throwKeyedMsgCannotCoerceWithValue| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-special.clisp ; in: DEFUN |upDeclare| ; (BOOT::|throwKeyedMsgSP| 'BOOT::S2IS0015 NIL BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsgSP| ; in: DEFUN |mkInterpTargetedADEF| ; (BOOT::|throwMessage| " map result type needed but not present.") ; ; caught STYLE-WARNING: ; undefined function: |throwMessage| ; in: DEFUN |evalREPEAT| ; (BOOT::|timedEVALFUN| BOOT::|code|) ; ; caught STYLE-WARNING: ; undefined function: |timedEVALFUN| ; in: DEFUN |getAndEvalConstructorArgument| ; (BOOT::|timedEVALFUN| (BOOT::|objVal| BOOT::|triple|)) ; ; caught STYLE-WARNING: ; undefined function: |timedEVALFUN| ; in: DEFUN |interpCOLLECT| ; (BOOT::|timedEVALFUN| BOOT::|code|) ; ; caught STYLE-WARNING: ; undefined function: |timedEVALFUN| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |timedEVALFUN| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-special.clisp ; in: DEFUN |evalREPEAT| ; (BOOT::|timedOptimization| BOOT::|code|) ; ; caught STYLE-WARNING: ; undefined function: |timedOptimization| ; in: DEFUN |evalCOLLECT| ; (BOOT::|timedOptimization| ; (BOOT::|asTupleNewCode0| (CADR BOOT::|m|) ; (CONS 'BOOT::|%collect| ; (BOOTTRAN:|append| BOOT::|iters| ; (CONS BOOT::|bod| NIL))))) ; ; caught STYLE-WARNING: ; undefined function: |timedOptimization| ; in: DEFUN |upLoopIterSTEP| ; (BOOT::|typeIsASmallInteger| BOOT::|ltype|) ; ; caught STYLE-WARNING: ; undefined function: |typeIsASmallInteger| ; in: DEFUN |upLoopIters| ; (BOOT::|typeIsASmallInteger| ; (BOOT::|get| BOOT::|index| 'BOOT::|mode| BOOT::|$env|)) ; ; caught STYLE-WARNING: ; undefined function: |typeIsASmallInteger| ; in: DEFUN |upCOERCE| ; (BOOT::|unabbrev| BOOT::|rhs|) ; ; caught STYLE-WARNING: ; undefined function: |unabbrev| ; in: DEFUN |upTARGET| ; (BOOT::|unabbrev| BOOT::|rhs|) ; ; caught STYLE-WARNING: ; undefined function: |unabbrev| ; in: DEFUN |upADEF| ; (BOOT::|unabbrev| BOOT::|t|) ; ; caught STYLE-WARNING: ; undefined function: |unabbrev| ; ; caught STYLE-WARNING: ; 6 more uses of undefined function |unabbrev| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-special.clisp ; in: DEFUN |containsVariables| ; (BOOT::|underDomainOf| BOOT::|m|) ; ; caught STYLE-WARNING: ; undefined function: |underDomainOf| ; in: DEFUN |containsPolynomial| ; (BOOT::|underDomainOf| BOOT::|m|) ; ; caught STYLE-WARNING: ; undefined function: |underDomainOf| ; in: DEFUN |upconstruct| ; (BOOT::|underDomainOf| BOOT::|tar|) ; ; caught STYLE-WARNING: ; undefined function: |underDomainOf| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |underDomainOf| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-special.clisp ; in: DEFUN |compileTargetedADEF| ; (BOOT::|wrapMapBodyWithCatch| ; (BOOT::|flattenCOND| (BOOT::|objVal| BOOT::|val|))) ; ; caught STYLE-WARNING: ; undefined function: |wrapMapBodyWithCatch| ; ; compilation unit finished ; Undefined functions: ; |abbreviation?| |addDefMap| |addDomain| |bright| |categoryForm?| |clearCmdParts| |clearDependencies| |coerceInteractive| |coerceOrRetract| |coerceUnion2Branch| |compFailure| |compileBody| |compileInteractive| |compiledLookupCheck| |constructor?| |error| |eval| |evalDomain| |evalForm| |evaluateType| |evaluateType0| |findCommonSigInDomain| |findUniqueOpInDomain| |flagArguments| |form2String| |getArgValue| |getArgValueOrThrow| |getConstantFromDomain| |getConstructorOperationsFromDB| |getFunctionFromDomain| |getLocalVars| |isEqualOrSubDomain| |isLegitimateMode| |isMap| |isMapExpr| |isOpInDomain| |isPartialMode| |isValidType| |keyedMsgCompFailure| |keyedSystemError| |makeInternalMapMinivectorName| |makeInternalMapName| |mapCatchName| |mkAtree| |mkAtree1| |mkEvalable| |mkLocalVar| |object2Identifier| |object2String| |ofCategory| |packageForm?| |prefix2String| |putHist| |rempropI| |resolveTCat| |resolveTM| |resolveTMOrCroak| |resolveTT| |resolveTTAny| |resolveTypeListAny| |sayKeyedMsg| |selectMms| |subCopy| |systemError| |systemErrorHere| |throwKeyedMsg| |throwKeyedMsgCannotCoerceWithValue| |throwKeyedMsgSP| |throwMessage| |timedEVALFUN| |timedOptimization| |typeIsASmallInteger| |unabbrev| |underDomainOf| |wrapMapBodyWithCatch| ; caught 175 STYLE-WARNING conditions ; printed 3 notes ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-special.fasl written ; compilation finished in 0:00:00.846 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=i-syscmd.fasl --load-directory=. ../../../open-axiom/src/interp/i-syscmd.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-syscmd.clisp" (written 01 FEB 2016 10:52:59 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "i-object") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFPARAMETER |$cacheAlist| ...) ; compiling (DEFPARAMETER |$compileRecurrence| ...) ; compiling (DEFPARAMETER |$errorReportLevel| ...) ; compiling (DEFPARAMETER |$sourceFileTypes| ...) ; compiling (DEFPARAMETER |$existingFiles| ...) ; compiling (DEFPARAMETER $SYSCOMMANDS ...) ; compiling (DEFPARAMETER |$whatOptions| ...) ; compiling (DEFPARAMETER |$clearOptions| ...) ; compiling (DEFPARAMETER |$displayOptions| ...) ; compiling (DEFPARAMETER |$countAssoc| ...) ; compiling (DEFPARAMETER |$localExposureDataDefault| ...) ; compiling (DEFPARAMETER |$localExposureData| ...) ; compiling (DEFPARAMETER |$options| ...) ; compiling (DEFUN |initializeSystemCommands| ...) ; compiling (DEFUN |systemCommand| ...) ; compiling (DEFUN |commandsForUserLevel| ...) ; compiling (DEFUN |synonymsForUserLevel| ...) ; compiling (DEFUN |satisfiesUserLevel| ...) ; compiling (DEFUN |unAbbreviateKeyword| ...) ; compiling (DEFUN |hasOption| ...) ; compiling (DEFUN |selectOptionLC| ...) ; compiling (DEFUN |selectOption| ...) ; compiling (DEFUN |terminateSystemCommand| ...) ; compiling (DEFUN |commandUserLevelError| ...) ; compiling (DEFUN |optionUserLevelError| ...) ; compiling (DEFUN |userLevelErrorMessage| ...) ; compiling (DEFUN |commandError| ...) ; compiling (DEFUN |optionError| ...) ; compiling (DEFUN |commandErrorIfAmbiguous| ...) ; compiling (DEFUN |commandErrorMessage| ...) ; compiling (DEFUN |commandAmbiguityError| ...) ; compiling (DEFUN |getSystemCommandLine| ...) ; compiling (DEFUN |abbreviations| ...) ; compiling (DEFUN |abbreviationsSpad2Cmd| ...) ; compiling (DEFUN |listConstructorAbbreviations| ...) ; compiling (DEFUN |cd| ...) ; compiling (DEFUN |clear| ...) ; compiling (DEFUN |clearSpad2Cmd| ...) ; compiling (DEFUN |clearCmdSortedCaches| ...) ; compiling (DEFUN |clearCmdCompletely| ...) ; compiling (DEFUN |clearCmdAll| ...) ; compiling (DEFUN |clearCmdExcept| ...) ; compiling (DEFUN |clearCmdParts| ...) ; compiling (DEFUN |queryClients| ...) ; compiling (DEFUN |close| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-syscmd.clisp ; in: DEFUN |close| ; (DEFUN BOOT::|close| (BOOT::|args|) ; (LET* (BOOT::|x| BOOT::|fullopt| BOOT::|opt| BOOT::|numClients|) ; (DECLARE ; (SPECIAL BOOT::|$options| BOOT::|$currentFrameNum| BOOT::|$SpadServer|)) ; (LET ((BOOT::|quiet| NIL)) ; (DECLARE (SPECIAL BOOT::|quiet|)) ; (COND (# #) (T # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|close| ; (BOOT::|args|) ; (BLOCK BOOT::|close| ; (LET* (BOOT::|x| BOOT::|fullopt| BOOT::|opt| BOOT::|numClients|) ; (DECLARE ; (SPECIAL BOOT::|$options| BOOT::|$currentFrameNum| ; BOOT::|$SpadServer|)) ; (LET (#) ; (DECLARE #) ; (COND # #))))) ; ; caught STYLE-WARNING: ; The variable |args| is defined but never used. ; compiling (DEFUN |constructor| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-syscmd.clisp ; in: DEFUN |constructor| ; (DEFUN BOOT::|constructor| (BOOT::|args|) ; (PROGN (BOOT::|sayMessage| " Not implemented yet.") NIL)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|constructor| ; (BOOT::|args|) ; (BLOCK BOOT::|constructor| ; (PROGN (BOOT::|sayMessage| " Not implemented yet.") NIL))) ; ; caught STYLE-WARNING: ; The variable |args| is defined but never used. ; compiling (DEFUN |compiler| ...) ; compiling (DEFUN |compileSpadLispCmd| ...) ; compiling (DEFUN |compileSpad2Cmd| ...) ; compiling (DEFUN |compilerDoit| ...) ; compiling (DEFUN |summary| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-syscmd.clisp ; in: DEFUN |summary| ; (DEFUN BOOT::|summary| (BOOT::|l|) ; (BOOT::|displayTextFile| ; (|AxiomCore|:CONCAT (|AxiomCore|:|systemRootDirectory|) "/lib/summary"))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|summary| ; (BOOT::|l|) ; (BLOCK BOOT::|summary| ; (BOOT::|displayTextFile| ; (|AxiomCore|:CONCAT (|AxiomCore|:|systemRootDirectory|) ; "/lib/summary")))) ; ; caught STYLE-WARNING: ; The variable |l| is defined but never used. ; compiling (DEFUN |copyright| ...) ; compiling (DEFCONSTANT CREDITS ...) ; compiling (DEFUN |credits| ...) ; compiling (DEFUN |display| ...) ; compiling (DEFUN |displaySpad2Cmd| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-syscmd.clisp ; in: DEFUN |displaySpad2Cmd| ; (LET* (BOOT::|msg| ; BOOT::|optList| ; BOOT::|ctor| ; BOOT::|v| ; BOOT::|option| ; BOOT::|vl| ; BOOT::|opt|) ; (DECLARE (SPECIAL BOOT::|$displayOptions|)) ; (LET ((BOOT::|$e| BOOT::|$EmptyEnvironment|)) ; (DECLARE (SPECIAL BOOT::|$e|)) ; (COND ((AND # # #) (COND #)) ; (T (SETQ #) (SETQ #) (BOOT::|sayMessage| BOOT::|msg|))))) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |displayMacros| ...) ; compiling (DEFUN |getParserMacroNames| ...) ; compiling (DEFUN |clearParserMacro| ...) ; compiling (DEFUN |displayMacro| ...) ; compiling (DEFUN |displayWorkspaceNames| ...) ; compiling (DEFUN |getWorkspaceNames| ...) ; compiling (DEFUN |displayOperations| ...) ; compiling (DEFUN |interpFunctionDepAlists| ...) ; compiling (DEFUN |fixObjectForPrinting| ...) ; compiling (DEFUN |displayProperties| ...) ; compiling (DEFUN |displayProperties,sayFunctionDeps| ...) ; compiling (DEFUN |displayModemap| ...) ; compiling (DEFUN |displayModemap,g| ...) ; compiling (DEFUN |displayMode| ...) ; compiling (DEFUN |displayCondition| ...) ; compiling (DEFUN |getAndSay| ...) ; compiling (DEFUN |displayType| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-syscmd.clisp ; in: DEFUN |displayType| ; (DEFUN BOOT::|displayType| ; (BOOT::|$op| BOOT::|u| BOOT::|omitVariableNameIfTrue|) ; (DECLARE (SPECIAL BOOT::|$op|)) ; (LET* (BOOT::|type|) ; (DECLARE (SPECIAL BOOT::|$op|)) ; (COND ((NULL BOOT::|u|) (BOOT::|sayMSG| #)) ; (T (SETQ #) (COND #) (BOOT::|sayMSG| #) NIL)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|displayType| ; (BOOT::|$op| BOOT::|u| BOOT::|omitVariableNameIfTrue|) ; (DECLARE (SPECIAL BOOT::|$op|)) ; (BLOCK BOOT::|displayType| ; (LET* (BOOT::|type|) ; (DECLARE (SPECIAL BOOT::|$op|)) ; (COND (# #) (T # # # NIL))))) ; ; caught STYLE-WARNING: ; The variable |omitVariableNameIfTrue| is defined but never used. ; compiling (DEFUN |displayValue| ...) ; compiling (DEFUN |edit| ...) ; compiling (DEFUN |editSpad2Cmd| ...) ; compiling (DEFUN |help| ...) ; compiling (DEFUN |helpSpad2Cmd| ...) ; compiling (DEFUN |newHelpSpad2Cmd| ...) ; compiling (DEFPARAMETER |$frameRecord| ...) ; compiling (DEFPARAMETER |$previousBindings| ...) ; compiling (DEFUN |frame| ...) ; compiling (DEFUN |frameName| ...) ; compiling (DEFUN |frameNames| ...) ; compiling (DEFUN |frameEnvironment| ...) ; compiling (DEFUN |frameSpad2Cmd| ...) ; compiling (DEFUN |addNewInterpreterFrame| ...) ; compiling (DEFUN |emptyInterpreterFrame| ...) ; compiling (DEFUN |closeInterpreterFrame| ...) ; compiling (DEFUN |previousInterpreterFrame| ...) ; compiling (DEFUN |nextInterpreterFrame| ...) ; compiling (DEFUN |createCurrentInterpreterFrame| ...) ; compiling (DEFUN |updateFromCurrentInterpreterFrame| ...) ; compiling (DEFUN |updateCurrentInterpreterFrame| ...) ; compiling (DEFUN |initializeInterpreterFrameRing| ...) ; compiling (DEFUN |changeToNamedInterpreterFrame| ...) ; compiling (DEFUN |findFrameInRing| ...) ; compiling (DEFUN |displayFrameNames| ...) ; compiling (DEFUN |importFromFrame| ...) ; compiling (DEFPARAMETER |$historyFileType| ...) ; compiling (DEFPARAMETER |$oldHistoryFileName| ...) ; compiling (DEFPARAMETER |$internalHistoryTable| ...) ; compiling (DEFPARAMETER |$useInternalHistoryTable| ...) ; compiling (DEFPARAMETER |$historyDirectory| ...) ; compiling (DEFPARAMETER |$HiFiAccess| ...) ; compiling (DEFUN |history| ...) ; compiling (DEFUN |makeHistFileName| ...) ; compiling (DEFUN |oldHistFileName| ...) ; compiling (DEFUN |histFileName| ...) ; compiling (DEFUN |histInputFileName| ...) ; compiling (DEFUN |initHist| ...) ; compiling (DEFUN |initHistList| ...) ; compiling (DEFUN |historySpad2Cmd| ...) ; compiling (DEFUN |setHistoryCore| ...) ; compiling (DEFUN |writeInputLines| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-syscmd.clisp ; in: DEFUN |writeInputLines| ; (LET* (BOOT::|inp| ; BOOT::|file| ; BOOT::|vec| ; BOOT::|lineList| ; BOOT::|svec| ; BOOT::|k| ; BOOT::|done| ; BOOT::|n| ; BOOT::|vecl| ; BOOT::|breakChars| ; BOOT::|maxn|) ; (DECLARE (SPECIAL BOOT::|$IOindex| BOOT::|$HiFiAccess|)) ; (COND ((NOT BOOT::|$HiFiAccess|) (BOOT::|sayKeyedMsg| 'BOOT::S2IH0013 NIL)) ; ((NULL BOOT::|fn|) (BOOT::|throwKeyedMsg| 'BOOT::S2IH0038 NIL)) ; (T (SETQ BOOT::|maxn| 72) (SETQ BOOT::|breakChars| #) ; (LET (# #) ; (LOOP # ; #)) ; (SETQ BOOT::|file| #) (BOOT::|histFileErase| BOOT::|file|) ; (SETQ BOOT::|inp| #) ; (LET (# #) ; (LOOP # ; #)) ; (COND (# #)) (BOOT::SHUT BOOT::|inp|) NIL))) ; ; caught STYLE-WARNING: ; The variable |vec| is defined but never used. ; compiling (DEFUN |resetInCoreHist| ...) ; compiling (DEFUN |changeHistListLen| ...) ; compiling (DEFUN |updateHist| ...) ; compiling (DEFUN |updateInCoreHist| ...) ; compiling (DEFUN |putHist| ...) ; compiling (DEFUN |histFileErase| ...) ; compiling (DEFUN |recordNewValue| ...) ; compiling (DEFUN |recordNewValue0| ...) ; compiling (DEFUN |recordOldValue| ...) ; compiling (DEFUN |recordOldValue0| ...) ; compiling (DEFUN |undoInCore| ...) ; compiling (DEFUN |undoChanges| ...) ; compiling (DEFUN |undoFromFile| ...) ; compiling (DEFUN |saveHistory| ...) ; compiling (DEFUN |restoreHistory| ...) ; compiling (DEFUN |showHistory| ...) ; compiling (DEFUN |setIOindex| ...) ; compiling (DEFUN |showInput| ...) ; compiling (DEFUN |showInOut| ...) ; compiling (DEFUN |fetchOutput| ...) ; compiling (DEFUN |readHiFi| ...) ; compiling (DEFUN |writeHiFi| ...) ; compiling (DEFUN |disableHist| ...) ; compiling (DEFUN |writeHistModesAndValues| ...) ; compiling (DEFUN SPADRREAD ...) ; compiling (DEFUN SPADRWRITE ...) ; compiling (DEFUN SPADRWRITE0 ...) ; compiling (DEFUN |safeWritify| ...) ; compiling (DEFUN |writify| ...) ; compiling (DEFUN |writify,writifyInner| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-syscmd.clisp ; in: DEFUN |writify,writifyInner| ; (MULTIPLE-VALUE-BIND (#:G548 BOOT::|k| #:G549) ; (#:G547) ; (COND ((NOT #:G548) (RETURN BOOT::|bfVar#1|)) ; ((NULL BOOT::|bfVar#1|) (SETQ BOOT::|bfVar#1| #) ; (SETQ BOOT::|bfVar#2| BOOT::|bfVar#1|)) ; (T (RPLACD BOOT::|bfVar#2| (CONS BOOT::|k| NIL)) ; (SETQ BOOT::|bfVar#2| #)))) ; --> MULTIPLE-VALUE-CALL ; ==> ; #'(LAMBDA (&OPTIONAL (#:G548) (BOOT::|k|) (#:G549) &REST #:G766) ; (DECLARE (IGNORE #:G766)) ; (COND ((NOT #:G548) (RETURN BOOT::|bfVar#1|)) ; ((NULL BOOT::|bfVar#1|) (SETQ BOOT::|bfVar#1| #) ; (SETQ BOOT::|bfVar#2| BOOT::|bfVar#1|)) ; (T (RPLACD BOOT::|bfVar#2| (CONS BOOT::|k| NIL)) ; (SETQ BOOT::|bfVar#2| #)))) ; ; caught STYLE-WARNING: ; The variable #:G549 is defined but never used. ; 'BOOT::WRITIFIED!! ; ; note: deleting unreachable code ; ; note: deleting unreachable code ; compiling (DEFUN |unwritable?| ...) ; compiling (DEFUN |writifyComplain| ...) ; compiling (DEFUN |spadClosure?| ...) ; compiling (DEFUN |dewritify| ...) ; compiling (DEFUN |dewritify,dewritifyInner| ...) ; compiling (DEFUN |dewritify,is?| ...) ; compiling (DEFUN |load| ...) ; compiling (DEFUN |loadSpad2Cmd| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-syscmd.clisp ; in: DEFUN |loadSpad2Cmd| ; (DEFUN BOOT::|loadSpad2Cmd| (BOOT::|args|) ; (PROGN (BOOT::|sayKeyedMsg| 'BOOT::S2IU0003 NIL) NIL)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|loadSpad2Cmd| ; (BOOT::|args|) ; (BLOCK BOOT::|loadSpad2Cmd| ; (PROGN (BOOT::|sayKeyedMsg| 'BOOT::S2IU0003 NIL) NIL))) ; ; caught STYLE-WARNING: ; The variable |args| is defined but never used. ; compiling (DEFUN |reportCount| ...) ; compiling (DEFUN |library| ...) ; compiling (DEFUN |pquit| ...) ; compiling (DEFUN |pquitSpad2Cmd| ...) ; compiling (DEFUN |quit| ...) ; compiling (DEFUN |quitSpad2Cmd| ...) ; compiling (DEFUN |leaveScratchpad| ...) ; compiling (DEFUN |read| ...) ; compiling (DEFUN |readSpad2Cmd| ...) ; compiling (DEFUN |savesystem| ...) ; compiling (DEFUN |show| ...) ; compiling (DEFUN |showSpad2Cmd| ...) ; compiling (DEFUN |reportOperations| ...) ; compiling (DEFUN |reportOpsFromUnitDirectly0| ...) ; compiling (DEFUN |reportOpsFromUnitDirectly1| ...) ; compiling (DEFUN |sayShowWarning| ...) ; compiling (DEFUN |reportOpsFromLisplib0| ...) ; compiling (DEFUN |reportOpsFromLisplib1| ...) ; compiling (DEFUN |reportOpsFromUnitDirectly| ...) ; compiling (DEFUN |reportOpsFromUnitDirectly,slot| ...) ; compiling (DEFUN |reportOpsFromLisplib| ...) ; compiling (DEFUN |displayOperationsFromLisplib| ...) ; compiling (DEFUN |clearHighlight| ...) ; compiling (DEFUN |resetHighlight| ...) ; compiling (DEFUN |spool| ...) ; compiling (DEFUN |synonym| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-syscmd.clisp ; in: DEFUN |synonym| ; (DEFUN BOOT::|synonym| (&REST BOOT::|l|) (BOOT::|synonymSpad2Cmd|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|synonym| ; (&REST BOOT::|l|) ; (BLOCK BOOT::|synonym| (BOOT::|synonymSpad2Cmd|))) ; ; caught STYLE-WARNING: ; The variable |l| is defined but never used. ; compiling (DEFUN |synonymSpad2Cmd| ...) ; compiling (DEFUN |processSynonymLine| ...) ; compiling (DEFUN |processSynonymLine,removeKeyFromLine| ...) ; compiling (DEFPARAMETER |$undoFlag| ...) ; compiling (DEFPARAMETER |$reportUndo| ...) ; compiling (DEFUN |undo| ...) ; compiling (DEFUN |recordFrame| ...) ; compiling (DEFUN |diffAlist| ...) ; compiling (DEFUN |reportUndo| ...) ; compiling (DEFUN |clearFrame| ...) ; compiling (DEFUN |undoCount| ...) ; compiling (DEFUN |undoSteps| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-syscmd.clisp ; in: DEFUN |undoSteps| ; (LET* (BOOT::|lastTailSeen| ; BOOT::|framelist| ; BOOT::|systemDelta| ; BOOT::|ISTMP#2| ; BOOT::|ISTMP#1| ; BOOT::|env|) ; (DECLARE ; (SPECIAL BOOT::|$frameRecord| BOOT::|$InteractiveFrame| BOOT::|$IOindex|)) ; (PROGN ; (BOOT::|writeInputLines| 'BOOT::|redo| (- BOOT::|$IOindex| BOOT::|m|)) ; (BOOT::|recordFrame| 'BOOT::|normal|) ; (SETQ BOOT::|env| (BOOTTRAN:|copyTree| #)) ; (LET ((BOOT::|i| 0) (BOOT::|framelist| BOOT::|$frameRecord|)) ; (LOOP (COND # #) ; (SETQ #) ; (SETQ #))) ; (COND ((EQ BOOT::|beforeOrAfter| 'BOOT::|before|) (SETQ #))) ; (SETQ BOOT::|$frameRecord| (CDR BOOT::|$frameRecord|)) ; (SETQ BOOT::|$InteractiveFrame| (LIST #)))) ; ; caught STYLE-WARNING: ; The variable |framelist| is defined but never used. ; compiling (DEFUN |undoSingleStep| ...) ; compiling (DEFUN |undoLocalModemapHack| ...) ; compiling (DEFUN |removeUndoLines| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-syscmd.clisp ; in: DEFUN |removeUndoLines| ; (LET* (BOOT::|c| ; BOOT::|y| ; BOOT::|acc| ; BOOT::|n| ; BOOT::|s2| ; BOOT::|code| ; BOOT::|m| ; BOOT::|s1| ; BOOT::|s| ; BOOT::|x| ; BOOT::|savedIOindex| ; BOOT::|xtra|) ; (DECLARE (SPECIAL BOOT::|$IOindex| BOOT::|$currentLine|)) ; (PROGN ; (SETQ BOOT::|xtra| (COND # #)) ; (SETQ BOOT::|xtra| ; (LET # ; #)) ; (SETQ BOOT::|u| (BOOTTRAN:|append| BOOT::|u| BOOT::|xtra|)) ; (COND ((NOT #) BOOT::|u|) ; (T (SETQ #) (SETQ #) ; (LET # ; #) ; (SETQ #) ; (LET # ; #) ; (SETQ #) BOOT::|acc|)))) ; ; caught STYLE-WARNING: ; The variable |y| is defined but never used. ; compiling (DEFUN |what| ...) ; compiling (DEFUN |whatSpad2Cmd| ...) ; compiling (DEFUN |whatSpad2Cmd,fixpat| ...) ; compiling (DEFUN |filterAndFormatConstructors| ...) ; compiling (DEFUN |whatConstructors| ...) ; compiling (DEFUN |apropos| ...) ; compiling (DEFUN |printSynonyms| ...) ; compiling (DEFUN |printLabelledList| ...) ; compiling (DEFUN |whatCommands| ...) ; compiling (DEFUN |reportWhatOptions| ...) ; compiling (DEFUN |filterListOfStrings| ...) ; compiling (DEFUN |filterListOfStringsWithFn| ...) ; compiling (DEFUN |satisfiesRegularExpressions| ...) ; compiling (DEFUN |workfiles| ...) ; compiling (DEFUN |workfilesSpad2Cmd| ...) ; compiling (DEFUN |zsystemdevelopment| ...) ; compiling (DEFUN |zsystemDevelopmentSpad2Cmd| ...) ; compiling (DEFUN |zsystemdevelopment1| ...) ; compiling (DEFUN |processSynonyms| ...) ; compiling (DEFUN |doSystemCommand| ...) ; compiling (DEFUN |handleNoParseCommands| ...) ; compiling (DEFUN |npboot| ...) ; compiling (DEFUN |stripLisp| ...) ; compiling (DEFUN |nplisp| ...) ; compiling (DEFUN |npsystem| ...) ; compiling (DEFUN |npsynonym| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-syscmd.clisp ; in: DEFUN |npsynonym| ; (DEFUN BOOT::|npsynonym| (BOOT::|unab| BOOT::|str|) ; (BOOT::|npProcessSynonym| BOOT::|str|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|npsynonym| ; (BOOT::|unab| BOOT::|str|) ; (BLOCK BOOT::|npsynonym| (BOOT::|npProcessSynonym| BOOT::|str|))) ; ; caught STYLE-WARNING: ; The variable |unab| is defined but never used. ; compiling (DEFUN |tokenSystemCommand| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-syscmd.clisp ; in: DEFUN |tokenSystemCommand| ; (DEFUN BOOT::|tokenSystemCommand| (BOOT::|unabr| BOOT::|tokList|) ; (BOOT::|systemCommand| BOOT::|tokList|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|tokenSystemCommand| ; (BOOT::|unabr| BOOT::|tokList|) ; (BLOCK BOOT::|tokenSystemCommand| ; (BOOT::|systemCommand| BOOT::|tokList|))) ; ; caught STYLE-WARNING: ; The variable |unabr| is defined but never used. ; compiling (DEFUN |tokTran| ...) ; compiling (DEFUN |isIntegerString| ...) ; compiling (DEFUN |splitIntoOptionBlocks| ...) ; compiling (DEFUN |dumbTokenize| ...) ; compiling (DEFUN |handleParsedSystemCommands| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-syscmd.clisp ; in: DEFUN |handleParsedSystemCommands| ; (DEFUN BOOT::|handleParsedSystemCommands| (BOOT::|unabr| BOOT::|optionList|) ; (LET* (BOOT::|parcmd| BOOT::|restOptionList|) ; (PROGN ; (SETQ BOOT::|restOptionList| #) ; (SETQ BOOT::|parcmd| #) ; (BOOT::|systemCommand| BOOT::|parcmd|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|handleParsedSystemCommands| ; (BOOT::|unabr| BOOT::|optionList|) ; (BLOCK BOOT::|handleParsedSystemCommands| ; (LET* (BOOT::|parcmd| BOOT::|restOptionList|) ; (PROGN (SETQ #) (SETQ #) (BOOT::|systemCommand| BOOT::|parcmd|))))) ; ; caught STYLE-WARNING: ; The variable |unabr| is defined but never used. ; compiling (DEFUN |parseSystemCmd| ...) ; compiling (DEFUN |parseFromString| ...) ; compiling (DEFUN |handleTokensizeSystemCommands| ...) ; compiling (DEFUN |getFirstWord| ...) ; compiling (DEFUN |ltrace| ...) ; compiling (DEFUN |stripSpaces| ...) ; compiling (DEFUN |npProcessSynonym| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-syscmd.clisp ; in: DEFUN |zsystemdevelopment1| ; (BOOT::/COMP) ; ; caught STYLE-WARNING: ; undefined function: /COMP ; (BOOT::|/D,1| BOOT::|newopt| (BOOT::/COMP) NIL NIL) ; ; caught STYLE-WARNING: ; undefined function: |/D,1| ; in: DEFUN |readSpad2Cmd| ; (BOOT::/READ BOOT::|ll| BOOT::|quiet|) ; ; caught STYLE-WARNING: ; undefined function: /READ ; in: DEFUN |compilerDoit| ; (BOOT::/RF) ; ; caught STYLE-WARNING: ; undefined function: /RF ; (BOOT::/RQ) ; ; caught STYLE-WARNING: ; undefined function: /RQ ; (BOOT::|/RQ,LIB|) ; ; caught STYLE-WARNING: ; undefined function: |/RQ,LIB| ; in: DEFUN |dewritify,dewritifyInner| ; (BOOT::GENSYMMER BOOT::|oname|) ; ; caught STYLE-WARNING: ; undefined function: GENSYMMER ; in: DEFUN |writify,writifyInner| ; (BOOT::HASHTABLE-CLASS BOOT::|ob|) ; ; caught STYLE-WARNING: ; undefined function: HASHTABLE-CLASS ; in: DEFUN |readHiFi| ; (BOOT::RDEFIOSTREAM ; (LIST '(BOOT::MODE . BOOT::INPUT) (CONS 'BOOT::FILE (BOOT::|histFileName|)))) ; ; caught STYLE-WARNING: ; undefined function: RDEFIOSTREAM ; in: DEFUN |saveHistory| ; (BOOT::RDEFIOSTREAM ; (LIST '(BOOT::MODE . BOOT::OUTPUT) (CONS 'BOOT::FILE BOOT::|savefile|))) ; ; caught STYLE-WARNING: ; undefined function: RDEFIOSTREAM ; in: DEFUN |setHistoryCore| ; (BOOT::RDEFIOSTREAM ; (LIST '(BOOT::MODE . BOOT::OUTPUT) ; (CONS 'BOOT::FILE (BOOT::|histFileName|)))) ; ; caught STYLE-WARNING: ; undefined function: RDEFIOSTREAM ; ; caught STYLE-WARNING: ; 1 more use of undefined function RDEFIOSTREAM ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-syscmd.clisp ; in: DEFUN |compileSpadLispCmd| ; (BOOT::RECOMPILE-LIB-FILE-IF-NECESSARY BOOT::|lsp|) ; ; caught STYLE-WARNING: ; undefined function: RECOMPILE-LIB-FILE-IF-NECESSARY ; in: DEFUN |restoreHistory| ; (BOOT::RKEYIDS BOOT::|curfile|) ; ; caught STYLE-WARNING: ; undefined function: RKEYIDS ; in: DEFUN |setHistoryCore| ; (BOOT::RKEYIDS (BOOT::|histFileName|)) ; ; caught STYLE-WARNING: ; undefined function: RKEYIDS ; in: DEFUN |readHiFi| ; (BOOT::RSHUT BOOT::|HiFi|) ; ; caught STYLE-WARNING: ; undefined function: RSHUT ; in: DEFUN |saveHistory| ; (BOOT::RSHUT BOOT::|saveStr|) ; ; caught STYLE-WARNING: ; undefined function: RSHUT ; in: DEFUN |setHistoryCore| ; (BOOT::RSHUT BOOT::|str|) ; ; caught STYLE-WARNING: ; undefined function: RSHUT ; ; caught STYLE-WARNING: ; 1 more use of undefined function RSHUT ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-syscmd.clisp ; in: DEFUN |parseFromString| ; (BOOT::|StreamNull| BOOT::|s|) ; ; caught STYLE-WARNING: ; undefined function: |StreamNull| ; in: DEFUN |displaySpad2Cmd| ; (BOOT::|abbQuery| ; (PROGN ; (SETQ BOOT::|v| (BOOT::|opOf| BOOT::|v|)) ; (COND ((SETQ #) BOOT::|ctor|) (T BOOT::|v|)))) ; ; caught STYLE-WARNING: ; undefined function: |abbQuery| ; in: DEFUN |abbreviationsSpad2Cmd| ; (BOOT::|abbQuery| BOOT::|constructor|) ; ; caught STYLE-WARNING: ; undefined function: |abbQuery| ; in: DEFUN |displaySpad2Cmd| ; (BOOT::|abbreviation?| BOOT::|v|) ; ; caught STYLE-WARNING: ; undefined function: |abbreviation?| ; in: DEFUN |abbreviationsSpad2Cmd| ; (BOOT::|abbreviation?| BOOT::|key|) ; ; caught STYLE-WARNING: ; undefined function: |abbreviation?| ; in: DEFUN |whatCommands| ; (BOOT::|blankList| BOOT::|patterns|) ; ; caught STYLE-WARNING: ; undefined function: |blankList| ; in: DEFUN |printLabelledList| ; (BOOT::|blankList| BOOT::|patterns|) ; ; caught STYLE-WARNING: ; undefined function: |blankList| ; in: DEFUN |filterAndFormatConstructors| ; (BOOT::|blankList| BOOT::|patterns|) ; ; caught STYLE-WARNING: ; undefined function: |blankList| ; in: DEFUN |displayMacro| ; (BOOT::|bright| BOOT::|name|) ; ; caught STYLE-WARNING: ; undefined function: |bright| ; in: DEFUN |displaySpad2Cmd| ; (BOOT::|bright| " )display") ; ; caught STYLE-WARNING: ; undefined function: |bright| ; in: DEFUN |commandAmbiguityError| ; (BOOT::|bright| BOOT::|a|) ; ; caught STYLE-WARNING: ; undefined function: |bright| ; ; caught STYLE-WARNING: ; 13 more uses of undefined function |bright| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-syscmd.clisp ; in: DEFUN |reportOpsFromLisplib| ; (BOOT::|centerAndHighlight| "Attributes" BOOT::$LINELENGTH ; (BOOT::|specialChar| 'BOOT::|hbar|)) ; ; caught STYLE-WARNING: ; undefined function: |centerAndHighlight| ; in: DEFUN |reportOpsFromUnitDirectly| ; (BOOT::|centerAndHighlight| "Attributes" BOOT::$LINELENGTH ; (BOOT::|specialChar| 'BOOT::|hbar|)) ; ; caught STYLE-WARNING: ; undefined function: |centerAndHighlight| ; in: DEFUN |reportCount| ; (BOOT::|centerAndHighlight| 'BOOT::| Current Count Settings | ; BOOT::$LINELENGTH (BOOT::|specialChar| 'BOOT::|hbar|)) ; ; caught STYLE-WARNING: ; undefined function: |centerAndHighlight| ; ; caught STYLE-WARNING: ; 5 more uses of undefined function |centerAndHighlight| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-syscmd.clisp ; in: DEFUN |library| ; (BOOT::|changeDirectory| BOOT::|origDir|) ; ; caught STYLE-WARNING: ; undefined function: |changeDirectory| ; in: DEFUN |cd| ; (BOOT::|changeDirectory| (NAMESTRING BOOT::|dir|)) ; ; caught STYLE-WARNING: ; undefined function: |changeDirectory| ; in: DEFUN |clearCmdCompletely| ; (BOOT::|clearClams|) ; ; caught STYLE-WARNING: ; undefined function: |clearClams| ; (BOOT::|clearConstructorCaches|) ; ; caught STYLE-WARNING: ; undefined function: |clearConstructorCaches| ; in: DEFUN |clearCmdParts| ; (BOOT::|clearDependencies| BOOT::|x| T) ; ; caught STYLE-WARNING: ; undefined function: |clearDependencies| ; in: DEFUN |clearCmdAll| ; (BOOT::|clearMacroTable|) ; ; caught STYLE-WARNING: ; undefined function: |clearMacroTable| ; in: DEFUN |clearCmdSortedCaches| ; (BOOT::|compiledLookupCheck| 'BOOT::|clearCache| (LIST BOOT::|$Void|) ; BOOT::|domain|) ; ; caught STYLE-WARNING: ; undefined function: |compiledLookupCheck| ; in: DEFUN |writify,writifyInner| ; (BOOT::|constructor?| BOOT::|ob|) ; ; caught STYLE-WARNING: ; undefined function: |constructor?| ; in: DEFUN |restoreHistory| ; (BOOT::|copyFile| (BOOT::|makeFullFilePath| BOOT::|restfile|) ; (BOOT::|makeFullFilePath| BOOT::|curfile|)) ; ; caught STYLE-WARNING: ; undefined function: |copyFile| ; in: DEFUN |reportOpsFromLisplib| ; (BOOT::|dc1| BOOT::|fn|) ; ; caught STYLE-WARNING: ; undefined function: |dc1| ; in: DEFUN |displayProperties| ; (BOOT::|displayParserMacro| BOOT::|v|) ; ; caught STYLE-WARNING: ; undefined function: |displayParserMacro| ; in: DEFUN |displayMacros| ; (BOOT::|displayParserMacro| BOOT::|m|) ; ; caught STYLE-WARNING: ; undefined function: |displayParserMacro| ; in: DEFUN |displayValue| ; (BOOT::|displayRule| BOOT::|$op| BOOT::|expr|) ; ; caught STYLE-WARNING: ; undefined function: |displayRule| ; in: DEFUN |reportOpsFromUnitDirectly1| ; (BOOT::|editFile| BOOT::|showFile|) ; ; caught STYLE-WARNING: ; undefined function: |editFile| ; in: DEFUN |newHelpSpad2Cmd| ; (BOOT::|editFile| BOOT::|helpFile|) ; ; caught STYLE-WARNING: ; undefined function: |editFile| ; in: DEFUN |editSpad2Cmd| ; (BOOT::|editFile| BOOT::|l|) ; ; caught STYLE-WARNING: ; undefined function: |editFile| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |editFile| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-syscmd.clisp ; in: DEFUN |printLabelledList| ; (BOOT::|entryWidth| BOOT::|syn|) ; ; caught STYLE-WARNING: ; undefined function: |entryWidth| ; in: DEFUN |dewritify,dewritifyInner| ; (BOOT::|error| "A required BPI does not exist.") ; ; caught STYLE-WARNING: ; undefined function: |error| ; in: DEFUN |compileSpad2Cmd| ; (BOOT::|error| 'BOOT::|Internal error: compileSpad2Cmd got )new|) ; ; caught STYLE-WARNING: ; undefined function: |error| ; in: DEFUN |processSynonyms| ; (BOOT::|eval| BOOT::|fun|) ; ; caught STYLE-WARNING: ; undefined function: |eval| ; in: DEFUN |printSynonyms| ; (BOOT::|eval| BOOT::|b|) ; ; caught STYLE-WARNING: ; undefined function: |eval| ; in: DEFUN |dewritify,dewritifyInner| ; (BOOT::|eval| (BOOT::GENSYMMER BOOT::|oname|)) ; ; caught STYLE-WARNING: ; undefined function: |eval| ; ; caught STYLE-WARNING: ; 2 more uses of undefined function |eval| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-syscmd.clisp ; in: DEFUN |reportOpsFromUnitDirectly| ; (BOOT::|evalDomain| BOOT::|unitForm|) ; ; caught STYLE-WARNING: ; undefined function: |evalDomain| ; in: DEFUN |reportOperations| ; (BOOT::|evaluateType| BOOT::|unitForm|) ; ; caught STYLE-WARNING: ; undefined function: |evaluateType| ; in: DEFUN |doSystemCommand| ; (BOOT::|expandLeadingTabs| BOOT::|string|) ; ; caught STYLE-WARNING: ; undefined function: |expandLeadingTabs| ; in: DEFUN |library| ; (BOOT::|extendLocalLibdb| BOOT::|$newConlist|) ; ; caught STYLE-WARNING: ; undefined function: |extendLocalLibdb| ; in: DEFUN |compileSpad2Cmd| ; (BOOT::|extendLocalLibdb| BOOT::|$newConlist|) ; ; caught STYLE-WARNING: ; undefined function: |extendLocalLibdb| ; in: DEFUN |npsystem| ; (BOOT::|findString| BOOT::|sysPart| (STRING BOOT::|unab|)) ; ; caught STYLE-WARNING: ; undefined function: |findString| ; in: DEFUN |compileSpadLispCmd| ; (BOOT::|fnameMake| (CAR BOOT::|args|) "code" "lsp") ; ; caught STYLE-WARNING: ; undefined function: |fnameMake| ; (BOOT::|fnameReadable?| BOOT::|lsp|) ; ; caught STYLE-WARNING: ; undefined function: |fnameReadable?| ; in: DEFUN |reportOpsFromLisplib| ; (BOOT::|form2String| BOOT::|functorForm|) ; ; caught STYLE-WARNING: ; undefined function: |form2String| ; in: DEFUN |displayValue| ; (BOOT::|form2String| BOOT::|expr|) ; ; caught STYLE-WARNING: ; undefined function: |form2String| ; in: DEFUN |reportOpsFromLisplib| ; (BOOT::|form2StringWithWhere| BOOT::|functorFormWithDecl|) ; ; caught STYLE-WARNING: ; undefined function: |form2StringWithWhere| ; (BOOT::|formatAttribute| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |formatAttribute| ; in: DEFUN |reportOpsFromUnitDirectly| ; (BOOT::|formatAttribute| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |formatAttribute| ; (BOOT::|formatOpType| BOOT::|unitForm|) ; ; caught STYLE-WARNING: ; undefined function: |formatOpType| ; (BOOT::|formatOperation| BOOT::|x| BOOT::|unit|) ; ; caught STYLE-WARNING: ; undefined function: |formatOperation| ; in: DEFUN |displayOperationsFromLisplib| ; (BOOT::|formatOperationAlistEntry| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |formatOperationAlistEntry| ; in: DEFUN |displayModemap,g| ; (BOOT::|formatSignature| BOOT::|signature|) ; ; caught STYLE-WARNING: ; undefined function: |formatSignature| ; in: DEFUN |whatConstructors| ; (BOOT::|getConstructorAbbreviationFromDB| BOOT::|con|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorAbbreviationFromDB| ; in: DEFUN |reportOpsFromLisplib| ; (BOOT::|getConstructorAbbreviationFromDB| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorAbbreviationFromDB| ; in: DEFUN |reportOpsFromUnitDirectly| ; (BOOT::|getConstructorAbbreviationFromDB| BOOT::|top|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorAbbreviationFromDB| ; in: DEFUN |reportOpsFromLisplib| ; (BOOT::|getConstructorAttributes| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorAttributes| ; (BOOT::|getConstructorFormFromDB| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorFormFromDB| ; (BOOT::|getConstructorKindFromDB| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorKindFromDB| ; in: DEFUN |reportOpsFromUnitDirectly| ; (BOOT::|getConstructorKindFromDB| BOOT::|top|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorKindFromDB| ; in: DEFUN |displayValue| ; (BOOT::|getConstructorKindFromDB| BOOT::|expr|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorKindFromDB| ; ; caught STYLE-WARNING: ; 2 more uses of undefined function |getConstructorKindFromDB| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-syscmd.clisp ; in: DEFUN |displayOperationsFromLisplib| ; (BOOT::|getConstructorOperationsFromDB| BOOT::|name|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorOperationsFromDB| ; in: DEFUN |reportOpsFromLisplib| ; (BOOT::|getConstructorSignature| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorSignature| ; (BOOT::|getConstructorSourceFileFromDB| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorSourceFileFromDB| ; in: DEFUN |reportOpsFromUnitDirectly| ; (BOOT::|getConstructorSourceFileFromDB| BOOT::|top|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorSourceFileFromDB| ; in: DEFUN |interpFunctionDepAlists| ; (BOOT::|getFlag| 'BOOT::|$dependencies|) ; ; caught STYLE-WARNING: ; undefined function: |getFlag| ; in: DEFUN |fetchOutput| ; (BOOT::|getI| 'BOOT::% 'BOOT::|value|) ; ; caught STYLE-WARNING: ; undefined function: |getI| ; in: DEFUN |getAndSay| ; (BOOT::|getI| BOOT::|v| BOOT::|prop|) ; ; caught STYLE-WARNING: ; undefined function: |getI| ; in: DEFUN |displayProperties| ; (BOOT::|getI| BOOT::|v| 'BOOT::|value|) ; ; caught STYLE-WARNING: ; undefined function: |getI| ; (BOOT::|getIProplist| BOOT::|v|) ; ; caught STYLE-WARNING: ; undefined function: |getIProplist| ; in: DEFUN |displayWorkspaceNames| ; (BOOT::|getInterpMacroNames|) ; ; caught STYLE-WARNING: ; undefined function: |getInterpMacroNames| ; in: DEFUN |displayMacros| ; (BOOT::|getInterpMacroNames|) ; ; caught STYLE-WARNING: ; undefined function: |getInterpMacroNames| ; in: DEFUN |clearCmdParts| ; (BOOT::|getInterpMacroNames|) ; ; caught STYLE-WARNING: ; undefined function: |getInterpMacroNames| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |getInterpMacroNames| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-syscmd.clisp ; in: DEFUN |reportOpsFromUnitDirectly| ; (BOOT::|getOplistForConstructorForm| BOOT::|unitForm|) ; ; caught STYLE-WARNING: ; undefined function: |getOplistForConstructorForm| ; in: DEFUN |getParserMacroNames| ; (BOOT::|getParserMacros|) ; ; caught STYLE-WARNING: ; undefined function: |getParserMacros| ; in: DEFUN |library| ; (BOOT::|getWorkingDirectory|) ; ; caught STYLE-WARNING: ; undefined function: |getWorkingDirectory| ; in: DEFUN |parseFromString| ; (BOOT::|incString| BOOT::|s|) ; ; caught STYLE-WARNING: ; undefined function: |incString| ; in: DEFUN |writify,writifyInner| ; (BOOT::|isDomainOrPackage| BOOT::|ob|) ; ; caught STYLE-WARNING: ; undefined function: |isDomainOrPackage| ; in: DEFUN |reportOperations| ; (BOOT::|isDomainValuedVariable| BOOT::|u|) ; ; caught STYLE-WARNING: ; undefined function: |isDomainValuedVariable| ; in: DEFUN |reportOpsFromLisplib| ; (BOOT::|isExposedConstructor| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |isExposedConstructor| ; in: DEFUN |reportOpsFromUnitDirectly| ; (BOOT::|isExposedConstructor| BOOT::|top|) ; ; caught STYLE-WARNING: ; undefined function: |isExposedConstructor| ; in: DEFUN |displayProperties| ; (BOOT::|isInternalMapName| BOOT::|v|) ; ; caught STYLE-WARNING: ; undefined function: |isInternalMapName| ; (BOOT::|isInterpMacro| BOOT::|v|) ; ; caught STYLE-WARNING: ; undefined function: |isInterpMacro| ; in: DEFUN |displayMacro| ; (BOOT::|isInterpMacro| BOOT::|name|) ; ; caught STYLE-WARNING: ; undefined function: |isInterpMacro| ; in: DEFUN |clearCmdParts| ; (BOOT::|isMap| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |isMap| ; in: DEFUN |reportOperations| ; (BOOT::|isNameOfType| BOOT::|u|) ; ; caught STYLE-WARNING: ; undefined function: |isNameOfType| ; (BOOT::|isType| BOOT::|tree|) ; ; caught STYLE-WARNING: ; undefined function: |isType| ; in: DEFUN |readHiFi| ; (BOOT::|keyedSystemError| 'BOOT::S2IH0034 NIL) ; ; caught STYLE-WARNING: ; undefined function: |keyedSystemError| ; in: DEFUN |reportCount| ; (BOOT::|linearFormatName| BOOT::|a|) ; ; caught STYLE-WARNING: ; undefined function: |linearFormatName| ; in: DEFUN |parseFromString| ; #'BOOT::|lineoftoks| ; ; caught STYLE-WARNING: ; undefined function: |lineoftoks| ; (BOOT::|macroExpanded| (CADR (CAR BOOT::|s|))) ; ; caught STYLE-WARNING: ; undefined function: |macroExpanded| ; in: DEFUN |readSpad2Cmd| ; (BOOT::|makePathname| (BOOT::|pathnameName| BOOT::|ef|) "*" "*") ; ; caught STYLE-WARNING: ; undefined function: |makePathname| ; in: DEFUN |histInputFileName| ; (BOOT::|makePathname| BOOT::|$interpreterFrameName| 'BOOT::INPUT ; BOOT::|$historyDirectory|) ; ; caught STYLE-WARNING: ; undefined function: |makePathname| ; in: DEFUN |makeHistFileName| ; (BOOT::|makePathname| BOOT::|fname| BOOT::|$historyFileType| ; BOOT::|$historyDirectory|) ; ; caught STYLE-WARNING: ; undefined function: |makePathname| ; in: DEFUN |displayValue| ; (BOOT::|mathprint| ; (CONS '|AxiomCore|:CONCAT ; (CONS BOOT::|label| ; (BOOTTRAN:|append| BOOT::|labmode| (CONS BOOT::|rhs| #))))) ; ; caught STYLE-WARNING: ; undefined function: |mathprint| ; in: DEFUN |displayMacro| ; (BOOT::|mathprint| (LIST 'BOOT::|%Map| (CONS BOOT::|args| BOOT::|body|))) ; ; caught STYLE-WARNING: ; undefined function: |mathprint| ; in: DEFUN |readSpad2Cmd| ; (BOOT::|mergePathnames| (BOOT::|pathname| BOOT::|l|) BOOT::|ef|) ; ; caught STYLE-WARNING: ; undefined function: |mergePathnames| ; in: DEFUN |compiler| ; (BOOT::|mergePathnames| BOOT::|af| BOOT::|ef|) ; ; caught STYLE-WARNING: ; undefined function: |mergePathnames| ; in: DEFUN |reportOperations| ; (BOOT::|mkAtree| (BOOT::|removeZeroOneDestructively| BOOT::|unitForm|)) ; ; caught STYLE-WARNING: ; undefined function: |mkAtree| ; in: DEFUN |writify,writifyInner| ; (BOOT::|mkEvalable| (BOOT::|devaluate| BOOT::|ob|)) ; ; caught STYLE-WARNING: ; undefined function: |mkEvalable| ; in: DEFUN |abbreviationsSpad2Cmd| ; (BOOT::|mkUserConstructorAbbreviation| BOOT::|b| BOOT::|a| BOOT::|type|) ; ; caught STYLE-WARNING: ; undefined function: |mkUserConstructorAbbreviation| ; in: DEFUN |writeInputLines| ; (BOOT::|namestring| BOOT::|file|) ; ; caught STYLE-WARNING: ; undefined function: |namestring| ; in: DEFUN |compileSpad2Cmd| ; (BOOT::|namestring| BOOT::|args|) ; ; caught STYLE-WARNING: ; undefined function: |namestring| ; in: DEFUN |compileSpadLispCmd| ; (BOOT::|namestring| BOOT::|args|) ; ; caught STYLE-WARNING: ; undefined function: |namestring| ; ; caught STYLE-WARNING: ; 6 more uses of undefined function |namestring| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-syscmd.clisp ; in: DEFUN |parseFromString| ; #'BOOT::|ncloopParse| ; ; caught STYLE-WARNING: ; undefined function: |ncloopParse| ; (BOOT::|next| #'BOOT::|ncloopParse| ; (BOOT::|next| #'BOOT::|lineoftoks| (BOOT::|incString| BOOT::|s|))) ; ; caught STYLE-WARNING: ; undefined function: |next| ; in: DEFUN |frameSpad2Cmd| ; (BOOT::|object2Identifier| BOOT::|args|) ; ; caught STYLE-WARNING: ; undefined function: |object2Identifier| ; in: DEFUN |fixObjectForPrinting| ; (BOOT::|object2Identifier| BOOT::|v|) ; ; caught STYLE-WARNING: ; undefined function: |object2Identifier| ; in: DEFUN |selectOptionLC| ; (BOOT::|object2Identifier| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |object2Identifier| ; ; caught STYLE-WARNING: ; 4 more uses of undefined function |object2Identifier| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-syscmd.clisp ; in: DEFUN |compileSpad2Cmd| ; (BOOT::|object2String| BOOT::|optname|) ; ; caught STYLE-WARNING: ; undefined function: |object2String| ; in: DEFUN |compileSpadLispCmd| ; (BOOT::|object2String| BOOT::|optname|) ; ; caught STYLE-WARNING: ; undefined function: |object2String| ; in: DEFUN |clearCmdExcept| ; (BOOT::|object2String| BOOT::|opt|) ; ; caught STYLE-WARNING: ; undefined function: |object2String| ; ; caught STYLE-WARNING: ; 2 more uses of undefined function |object2String| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-syscmd.clisp ; in: DEFUN |displayValue| ; (BOOT::|outputFormat| BOOT::|expr| (BOOT::|objMode| BOOT::|u|)) ; ; caught STYLE-WARNING: ; undefined function: |outputFormat| ; in: DEFUN |compileSpad2Cmd| ; (BOOT::|pathname| BOOT::|args|) ; ; caught STYLE-WARNING: ; undefined function: |pathname| ; in: DEFUN |compileSpadLispCmd| ; (BOOT::|pathname| (BOOT::|fnameMake| (CAR BOOT::|args|) "code" "lsp")) ; ; caught STYLE-WARNING: ; undefined function: |pathname| ; in: DEFUN |compiler| ; (BOOT::|pathname| BOOT::|args|) ; ; caught STYLE-WARNING: ; undefined function: |pathname| ; ; caught STYLE-WARNING: ; 5 more uses of undefined function |pathname| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-syscmd.clisp ; in: DEFUN |editSpad2Cmd| ; (BOOT::|pathnameDirectory| BOOT::|l|) ; ; caught STYLE-WARNING: ; undefined function: |pathnameDirectory| ; in: DEFUN |compileSpadLispCmd| ; (BOOT::|pathnameDirectory| BOOT::|path|) ; ; caught STYLE-WARNING: ; undefined function: |pathnameDirectory| ; in: DEFUN |readSpad2Cmd| ; (BOOT::|pathnameName| BOOT::|ef|) ; ; caught STYLE-WARNING: ; undefined function: |pathnameName| ; in: DEFUN |editSpad2Cmd| ; (BOOT::|pathnameName| BOOT::|l|) ; ; caught STYLE-WARNING: ; undefined function: |pathnameName| ; in: DEFUN |compileSpadLispCmd| ; (BOOT::|pathnameName| BOOT::|path|) ; ; caught STYLE-WARNING: ; undefined function: |pathnameName| ; in: DEFUN |compileSpad2Cmd| ; (BOOT::|pathnameType| BOOT::|path|) ; ; caught STYLE-WARNING: ; undefined function: |pathnameType| ; in: DEFUN |compileSpadLispCmd| ; (BOOT::|pathnameType| BOOT::|path|) ; ; caught STYLE-WARNING: ; undefined function: |pathnameType| ; in: DEFUN |compiler| ; (BOOT::|pathnameType| BOOT::|af|) ; ; caught STYLE-WARNING: ; undefined function: |pathnameType| ; ; caught STYLE-WARNING: ; 3 more uses of undefined function |pathnameType| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-syscmd.clisp ; in: DEFUN |readSpad2Cmd| ; (BOOT::|pathnameTypeId| BOOT::|ef|) ; ; caught STYLE-WARNING: ; undefined function: |pathnameTypeId| ; in: DEFUN |parseFromString| ; (BOOT::|pf2Sex| (BOOT::|macroExpanded| (CADR (CAR BOOT::|s|)))) ; ; caught STYLE-WARNING: ; undefined function: |pf2Sex| ; in: DEFUN |filterAndFormatConstructors| ; (BOOT::|pp2Cols| BOOT::|l|) ; ; caught STYLE-WARNING: ; undefined function: |pp2Cols| ; in: DEFUN |displayCondition| ; (BOOT::|pred2English| BOOT::|condPart|) ; ; caught STYLE-WARNING: ; undefined function: |pred2English| ; in: DEFUN |displayType| ; (BOOT::|prefix2String| (BOOT::|objMode| BOOT::|u|)) ; ; caught STYLE-WARNING: ; undefined function: |prefix2String| ; in: DEFUN |displayMode| ; (BOOT::|prefix2String| BOOT::|mode|) ; ; caught STYLE-WARNING: ; undefined function: |prefix2String| ; in: DEFUN |displayProperties| ; (BOOT::|prefix2String| BOOT::|v1|) ; ; caught STYLE-WARNING: ; undefined function: |prefix2String| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |prefix2String| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-syscmd.clisp ; in: DEFUN |displayOperations| ; (BOOT::|queryUserKeyedMsg| 'BOOT::S2IZ0058 NIL) ; ; caught STYLE-WARNING: ; undefined function: |queryUserKeyedMsg| ; in: DEFUN |close| ; (BOOT::|queryUserKeyedMsg| "S2IZ0072" NIL) ; ; caught STYLE-WARNING: ; undefined function: |queryUserKeyedMsg| ; in: DEFUN |listConstructorAbbreviations| ; (BOOT::|queryUserKeyedMsg| 'BOOT::S2IZ0056 NIL) ; ; caught STYLE-WARNING: ; undefined function: |queryUserKeyedMsg| ; ; caught STYLE-WARNING: ; 3 more uses of undefined function |queryUserKeyedMsg| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-syscmd.clisp ; in: DEFUN |closeInterpreterFrame| ; (BOOT::|removeFile| ; (BOOT::|makeFullFilePath| (BOOT::|makeHistFileName| BOOT::|name|))) ; ; caught STYLE-WARNING: ; undefined function: |removeFile| ; in: DEFUN |addNewInterpreterFrame| ; (BOOT::|removeFile| (BOOT::|makeFullFilePath| (BOOT::|histFileName|))) ; ; caught STYLE-WARNING: ; undefined function: |removeFile| ; in: DEFUN |clearCmdAll| ; (BOOT::|removeFile| (BOOT::|histFileName|)) ; ; caught STYLE-WARNING: ; undefined function: |removeFile| ; ; caught STYLE-WARNING: ; 3 more uses of undefined function |removeFile| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-syscmd.clisp ; in: DEFUN |restoreHistory| ; (BOOT::|rempropI| BOOT::|a| 'BOOT::|localModemap|) ; ; caught STYLE-WARNING: ; undefined function: |rempropI| ; in: DEFUN |displayOperations| ; (BOOT::|reportOpSymbol| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |reportOpSymbol| ; in: DEFUN SPADRREAD ; (BOOT::|rread| BOOT::|vec| BOOT::|stream| NIL) ; ; caught STYLE-WARNING: ; undefined function: |rread| ; in: DEFUN |npsystem| ; (BOOT::|runCommand| BOOT::|command|) ; ; caught STYLE-WARNING: ; undefined function: |runCommand| ; in: DEFUN SPADRWRITE0 ; (BOOT::|rwrite| BOOT::|vec| BOOT::|val| BOOT::|stream|) ; ; caught STYLE-WARNING: ; undefined function: |rwrite| ; in: DEFUN |displayOperationsFromLisplib| ; (BOOT::|say2PerLine| BOOT::|ops|) ; ; caught STYLE-WARNING: ; undefined function: |say2PerLine| ; in: DEFUN |reportOpsFromLisplib| ; (BOOT::|say2PerLine| ; (LET ((BOOT::|bfVar#12| NIL) ; (BOOT::|bfVar#13| NIL) ; (BOOT::|bfVar#11| BOOT::|attList|) ; (BOOT::|x| NIL)) ; (LOOP (COND (# #) (# # #) (T # #)) ; (SETQ BOOT::|bfVar#11| #)))) ; ; caught STYLE-WARNING: ; undefined function: |say2PerLine| ; in: DEFUN |reportOpsFromUnitDirectly| ; (BOOT::|say2PerLine| ; (LET ((BOOT::|bfVar#8| NIL) ; (BOOT::|bfVar#9| NIL) ; (BOOT::|bfVar#7| BOOT::|attList|) ; (BOOT::|x| NIL)) ; (LOOP (COND (# #) (# # #) (T # #)) ; (SETQ BOOT::|bfVar#7| #)))) ; ; caught STYLE-WARNING: ; undefined function: |say2PerLine| ; in: DEFUN |whatCommands| ; (BOOT::|sayAsManyPerLineAsPossible| BOOT::|l|) ; ; caught STYLE-WARNING: ; undefined function: |sayAsManyPerLineAsPossible| ; in: DEFUN |apropos| ; (BOOT::|sayAsManyPerLineAsPossible| (BOOT::MSORT BOOT::|ops|)) ; ; caught STYLE-WARNING: ; undefined function: |sayAsManyPerLineAsPossible| ; in: DEFUN |displayWorkspaceNames| ; (BOOT::|sayAsManyPerLineAsPossible| ; (LET ((BOOT::|bfVar#2| NIL) ; (BOOT::|bfVar#3| NIL) ; (BOOT::|bfVar#1| BOOT::|names|) ; (BOOT::|x| NIL)) ; (LOOP (COND (# #) (# # #) (T # #)) ; (SETQ BOOT::|bfVar#1| #)))) ; ; caught STYLE-WARNING: ; undefined function: |sayAsManyPerLineAsPossible| ; in: DEFUN |reportCount| ; (BOOT::|sayBrightlyLength| BOOT::|aPart|) ; ; caught STYLE-WARNING: ; undefined function: |sayBrightlyLength| ; in: DEFUN |displayProperties| ; (BOOT::|sayFunctionDeps| BOOT::|v|) ; ; caught STYLE-WARNING: ; undefined function: |sayFunctionDeps| ; in: DEFUN |commandAmbiguityError| ; (BOOT::|sayKeyedMsg| 'BOOT::S2IZ0009 (LIST BOOT::|kind| BOOT::|x|)) ; ; caught STYLE-WARNING: ; undefined function: |sayKeyedMsg| ; in: DEFUN |commandErrorMessage| ; (BOOT::|sayKeyedMsg| 'BOOT::S2IZ0008 (LIST BOOT::|kind| BOOT::|x|)) ; ; caught STYLE-WARNING: ; undefined function: |sayKeyedMsg| ; in: DEFUN |userLevelErrorMessage| ; (BOOT::|sayKeyedMsg| 'BOOT::S2IZ0007 (LIST BOOT::|$UserLevel| BOOT::|kind|)) ; ; caught STYLE-WARNING: ; undefined function: |sayKeyedMsg| ; ; caught STYLE-WARNING: ; 36 more uses of undefined function |sayKeyedMsg| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-syscmd.clisp ; in: DEFUN |displaySpad2Cmd| ; (BOOT::|sayMessage| BOOT::|msg|) ; ; caught STYLE-WARNING: ; undefined function: |sayMessage| ; in: DEFUN |constructor| ; (BOOT::|sayMessage| " Not implemented yet.") ; ; caught STYLE-WARNING: ; undefined function: |sayMessage| ; in: DEFUN |clearCmdParts| ; (BOOT::|sayMessage| ; (LIST " You cannot clear the definition of the system-defined macro " ; (BOOT::|fixObjectForPrinting| BOOT::|x|) 'BOOT::|.|)) ; ; caught STYLE-WARNING: ; undefined function: |sayMessage| ; ; caught STYLE-WARNING: ; 7 more uses of undefined function |sayMessage| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-syscmd.clisp ; in: DEFUN |clearHighlight| ; (BOOT::|setOutputCharacters| (LIST 'BOOT::|plain|)) ; ; caught STYLE-WARNING: ; undefined function: |setOutputCharacters| ; in: DEFUN |queryClients| ; (BOOT::|sockGetInt| BOOT::|$SessionManager|) ; ; caught STYLE-WARNING: ; undefined function: |sockGetInt| ; in: DEFUN |close| ; (BOOT::|sockSendInt| BOOT::|$SessionManager| BOOT::|$CloseClient|) ; ; caught STYLE-WARNING: ; undefined function: |sockSendInt| ; in: DEFUN |queryClients| ; (BOOT::|sockSendInt| BOOT::|$SessionManager| BOOT::|$QueryClients|) ; ; caught STYLE-WARNING: ; undefined function: |sockSendInt| ; in: DEFUN |showInOut| ; (BOOT::|spadPrint| (BOOT::|objValUnwrap| BOOT::|triple|) ; (BOOT::|objMode| BOOT::|triple|)) ; ; caught STYLE-WARNING: ; undefined function: |spadPrint| ; in: DEFUN |reportOpsFromLisplib| ; (BOOT::|specialChar| 'BOOT::|hbar|) ; ; caught STYLE-WARNING: ; undefined function: |specialChar| ; in: DEFUN |reportOpsFromUnitDirectly| ; (BOOT::|specialChar| 'BOOT::|hbar|) ; ; caught STYLE-WARNING: ; undefined function: |specialChar| ; in: DEFUN |reportCount| ; (BOOT::|specialChar| 'BOOT::|hbar|) ; ; caught STYLE-WARNING: ; undefined function: |specialChar| ; ; caught STYLE-WARNING: ; 5 more uses of undefined function |specialChar| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-syscmd.clisp ; in: DEFUN |recordOldValue| ; (BOOT::|startTimingProcess| 'BOOT::|history|) ; ; caught STYLE-WARNING: ; undefined function: |startTimingProcess| ; in: DEFUN |recordNewValue| ; (BOOT::|startTimingProcess| 'BOOT::|history|) ; ; caught STYLE-WARNING: ; undefined function: |startTimingProcess| ; in: DEFUN |updateHist| ; (BOOT::|startTimingProcess| 'BOOT::|history|) ; ; caught STYLE-WARNING: ; undefined function: |startTimingProcess| ; in: DEFUN |recordOldValue| ; (BOOT::|stopTimingProcess| 'BOOT::|history|) ; ; caught STYLE-WARNING: ; undefined function: |stopTimingProcess| ; in: DEFUN |recordNewValue| ; (BOOT::|stopTimingProcess| 'BOOT::|history|) ; ; caught STYLE-WARNING: ; undefined function: |stopTimingProcess| ; in: DEFUN |updateHist| ; (BOOT::|stopTimingProcess| 'BOOT::|history|) ; ; caught STYLE-WARNING: ; undefined function: |stopTimingProcess| ; in: DEFUN |spool| ; (BOOT::|systemError| ; (|AxiomCore|:CONCAT "file " (STRING (CAR BOOT::|filename|)) ; " already exists")) ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; in: DEFUN |reportOpsFromUnitDirectly| ; (BOOT::|systemErrorHere| ; (LIST 'BOOT::|reportOpsFromUnitDirectly| BOOT::|top|)) ; ; caught STYLE-WARNING: ; undefined function: |systemErrorHere| ; in: DEFUN |compileSpadLispCmd| ; (BOOT::|throwKeyedMsg| 'BOOT::S2IL0003 ; (LIST (BOOT::|namestring| BOOT::|args|))) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsg| ; in: DEFUN |compiler| ; (BOOT::|throwKeyedMsg| 'BOOT::S2IZ0081 NIL) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsg| ; in: DEFUN |close| ; (BOOT::|throwKeyedMsg| "S2IZ0071" NIL) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsg| ; ; caught STYLE-WARNING: ; 12 more uses of undefined function |throwKeyedMsg| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-syscmd.clisp ; in: DEFUN |ltrace| ; (BOOT::|trace| BOOT::|l|) ; ; caught STYLE-WARNING: ; undefined function: |trace| ; in: DEFUN |reportOperations| ; (BOOT::|unabbrev| BOOT::|u|) ; ; caught STYLE-WARNING: ; undefined function: |unabbrev| ; in: DEFUN |compileSpad2Cmd| ; (BOOT::|unabbrev| BOOT::|o|) ; ; caught STYLE-WARNING: ; undefined function: |unabbrev| ; in: DEFUN |clearCmdParts| ; (BOOT::|untraceMapSubNames| (LIST (CADAR BOOT::|lm|))) ; ; caught STYLE-WARNING: ; undefined function: |untraceMapSubNames| ; in: DEFUN |clearCmdAll| ; (BOOT::|untraceMapSubNames| BOOT::/TRACENAMES) ; ; caught STYLE-WARNING: ; undefined function: |untraceMapSubNames| ; in: DEFUN |workfilesSpad2Cmd| ; (BOOT::|updateSourceFiles| BOOT::|fl|) ; ; caught STYLE-WARNING: ; undefined function: |updateSourceFiles| ; in: DEFUN |editSpad2Cmd| ; (BOOT::|updateSourceFiles| BOOT::|l|) ; ; caught STYLE-WARNING: ; undefined function: |updateSourceFiles| ; in: DEFUN |compileSpad2Cmd| ; (BOOT::|updateSourceFiles| BOOT::|path|) ; ; caught STYLE-WARNING: ; undefined function: |updateSourceFiles| ; in: DEFUN |undoCount| ; (BOOT::|userError| ; (|AxiomCore|:CONCAT ; "Magnitude of undo argument must be less than step number (" ; (WRITE-TO-STRING BOOT::|$IOindex|) ").")) ; ; caught STYLE-WARNING: ; undefined function: |userError| ; in: DEFUN |undo| ; (BOOT::|userError| "only option to undo is \")redo\"") ; ; caught STYLE-WARNING: ; undefined function: |userError| ; in: DEFUN |zsystemdevelopment1| ; (BOOT::|version|) ; ; caught STYLE-WARNING: ; undefined function: |version| ; ; compilation unit finished ; Undefined functions: ; /COMP |/D,1| /READ /RF /RQ |/RQ,LIB| GENSYMMER HASHTABLE-CLASS RDEFIOSTREAM RECOMPILE-LIB-FILE-IF-NECESSARY RKEYIDS RSHUT |StreamNull| |abbQuery| |abbreviation?| |blankList| |bright| |centerAndHighlight| |changeDirectory| |clearClams| |clearConstructorCaches| |clearDependencies| |clearMacroTable| |compiledLookupCheck| |constructor?| |copyFile| |dc1| |displayParserMacro| |displayRule| |editFile| |entryWidth| |error| |eval| |evalDomain| |evaluateType| |expandLeadingTabs| |extendLocalLibdb| |findString| |fnameMake| |fnameReadable?| |form2String| |form2StringWithWhere| |formatAttribute| |formatOpType| |formatOperation| |formatOperationAlistEntry| |formatSignature| |getConstructorAbbreviationFromDB| |getConstructorAttributes| |getConstructorFormFromDB| |getConstructorKindFromDB| |getConstructorOperationsFromDB| |getConstructorSignature| |getConstructorSourceFileFromDB| |getFlag| |getI| |getIProplist| |getInterpMacroNames| |getOplistForConstructorForm| |getParserMacros| |getWorkingDirectory| |incString| |isDomainOrPackage| |isDomainValuedVariable| |isExposedConstructor| |isInternalMapName| |isInterpMacro| |isMap| |isNameOfType| |isType| |keyedSystemError| |linearFormatName| |lineoftoks| |macroExpanded| |makePathname| |mathprint| |mergePathnames| |mkAtree| |mkEvalable| |mkUserConstructorAbbreviation| |namestring| |ncloopParse| |next| |object2Identifier| |object2String| |outputFormat| |pathname| |pathnameDirectory| |pathnameName| |pathnameType| |pathnameTypeId| |pf2Sex| |pp2Cols| |pred2English| |prefix2String| |queryUserKeyedMsg| |removeFile| |rempropI| |reportOpSymbol| |rread| |runCommand| |rwrite| |say2PerLine| |sayAsManyPerLineAsPossible| |sayBrightlyLength| |sayFunctionDeps| |sayKeyedMsg| |sayMessage| |setOutputCharacters| |sockGetInt| |sockSendInt| |spadPrint| |specialChar| |startTimingProcess| |stopTimingProcess| |systemError| |systemErrorHere| |throwKeyedMsg| |trace| |unabbrev| |untraceMapSubNames| |updateSourceFiles| |userError| |version| ; caught 237 STYLE-WARNING conditions ; printed 2 notes ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-syscmd.fasl written ; compilation finished in 0:00:00.906 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=i-toplev.fasl --load-directory=. ../../../open-axiom/src/interp/i-toplev.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-toplev.clisp" (written 01 FEB 2016 10:53:00 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "i-analy") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFCONSTANT |$intCoerceFailure| ...) ; compiling (DEFCONSTANT |$intRestart| ...) ; compiling (DEFPARAMETER |$QuietCommand| ...) ; compiling (DEFPARAMETER |$ProcessInteractiveValue| ...) ; compiling (DEFPARAMETER |$HTCompanionWindowID| ...) ; compiling (DEFUN |statisticsInitialization| ...) ; compiling (DEFUN |spadpo| ...) ; compiling (DEFUN |start| ...) ; compiling (DEFUN |readSpadProfileIfThere| ...) ; compiling (DEFUN |processInteractive| ...) ; compiling (DEFUN |processInteractive1| ...) ; compiling (DEFUN |recordAndPrint| ...) ; compiling (DEFUN |printTypeAndTime| ...) ; compiling (DEFUN |printTypeAndTimeNormal| ...) ; compiling (DEFUN |sameUnionBranch| ...) ; compiling (DEFUN |msgText| ...) ; compiling (DEFUN |justifyMyType| ...) ; compiling (DEFUN |typeTimePrin| ...) ; compiling (DEFUN |printStorage| ...) ; compiling (DEFUN |printStatisticsSummary| ...) ; compiling (DEFUN |interpretTopLevel| ...) ; compiling (DEFUN |interpret| ...) ; compiling (DEFUN |interpret1| ...) ; compiling (DEFUN |interpret2| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-toplev.clisp ; in: DEFUN |interpret2| ; (DEFUN BOOT::|interpret2| (BOOT::|object| BOOT::|m1| BOOT::|posnForm|) ; (LET* (BOOT::|ans| BOOT::|op| BOOT::|m| BOOT::|x|) ; (COND ((EQUAL BOOT::|m1| BOOT::|$ThrowAwayMode|) BOOT::|object|) ; (T (SETQ #) (SETQ #) (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|interpret2| ; (BOOT::|object| BOOT::|m1| BOOT::|posnForm|) ; (BLOCK BOOT::|interpret2| ; (LET* (BOOT::|ans| BOOT::|op| BOOT::|m| BOOT::|x|) ; (COND (# BOOT::|object|) (T # # #))))) ; ; caught STYLE-WARNING: ; The variable |posnForm| is defined but never used. ; compiling (DEFUN |intSayKeyedMsg| ...) ; compiling (DEFUN |intProcessSynonyms| ...) ; compiling (DEFUN |intInterpretPform| ...) ; compiling (DEFUN |intNewFloat| ...) ; compiling (DEFUN |intSetNeedToSignalSessionManager| ...) ; compiling (DEFUN |setCurrentLine| ...) ; compiling (DEFUN |intnplisp| ...) ; compiling (DEFUN |intSetQuiet| ...) ; compiling (DEFUN |intUnsetQuiet| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-toplev.clisp ; in: DEFUN |readSpadProfileIfThere| ; (BOOT::/RQ) ; ; caught STYLE-WARNING: ; undefined function: /RQ ; in: DEFUN |start| ; (BOOT::|addtopath| ; (|AxiomCore|:CONCAT (|AxiomCore|:|systemRootDirectory|) "bin")) ; ; caught STYLE-WARNING: ; undefined function: |addtopath| ; (BOOT::|centerAndHighlight| BOOT::$OLDLINE BOOT::$LINELENGTH " ") ; ; caught STYLE-WARNING: ; undefined function: |centerAndHighlight| ; in: DEFUN |interpret2| ; (BOOT::|coerceInteractive| BOOT::|object| BOOT::|m1|) ; ; caught STYLE-WARNING: ; undefined function: |coerceInteractive| ; in: DEFUN |msgText| ; (BOOT::|flowSegmentedMsg| BOOT::|msg| BOOT::$LINELENGTH BOOT::$MARGIN) ; ; caught STYLE-WARNING: ; undefined function: |flowSegmentedMsg| ; in: DEFUN |interpret1| ; (BOOT::|getArgValue| BOOT::|node| BOOT::|newRootMode|) ; ; caught STYLE-WARNING: ; undefined function: |getArgValue| ; in: DEFUN |msgText| ; (BOOT::|getKeyedMsg| BOOT::|key|) ; ; caught STYLE-WARNING: ; undefined function: |getKeyedMsg| ; in: DEFUN |start| ; (BOOT::|initHist|) ; ; caught STYLE-WARNING: ; undefined function: |initHist| ; (BOOT::|initializeInterpreterFrameRing|) ; ; caught STYLE-WARNING: ; undefined function: |initializeInterpreterFrameRing| ; (BOOT::|initializeRuleSets|) ; ; caught STYLE-WARNING: ; undefined function: |initializeRuleSets| ; (BOOT::|initializeSystemCommands|) ; ; caught STYLE-WARNING: ; undefined function: |initializeSystemCommands| ; in: DEFUN |processInteractive| ; (BOOT::|initializeTimedNames| BOOT::|$interpreterTimedNames| ; BOOT::|$interpreterTimedClasses|) ; ; caught STYLE-WARNING: ; undefined function: |initializeTimedNames| ; in: DEFUN |start| ; (BOOT::|initializeTimedNames| BOOT::|$interpreterTimedNames| ; BOOT::|$interpreterTimedClasses|) ; ; caught STYLE-WARNING: ; undefined function: |initializeTimedNames| ; in: DEFUN |interpret1| ; (BOOT::|keyedSystemError| 'BOOT::S2IS0053 (LIST BOOT::|x|)) ; ; caught STYLE-WARNING: ; undefined function: |keyedSystemError| ; in: DEFUN |start| ; (BOOT::|loadExposureGroupData|) ; ; caught STYLE-WARNING: ; undefined function: |loadExposureGroupData| ; (BOOT::|makeConstructorsAutoLoad|) ; ; caught STYLE-WARNING: ; undefined function: |makeConstructorsAutoLoad| ; in: DEFUN |printStorage| ; (BOOT::|makeLongSpaceString| BOOT::|$interpreterTimedNames| ; BOOT::|$interpreterTimedClasses|) ; ; caught STYLE-WARNING: ; undefined function: |makeLongSpaceString| ; in: DEFUN |printTypeAndTimeNormal| ; (BOOT::|makeLongTimeString| BOOT::|$interpreterTimedNames| ; BOOT::|$interpreterTimedClasses|) ; ; caught STYLE-WARNING: ; undefined function: |makeLongTimeString| ; in: DEFUN |typeTimePrin| ; (BOOT::|maprinSpecial| BOOT::|x| 0 79) ; ; caught STYLE-WARNING: ; undefined function: |maprinSpecial| ; in: DEFUN |interpret1| ; (BOOT::|mkAtreeWithSrcPos| BOOT::|x| BOOT::|posnForm|) ; ; caught STYLE-WARNING: ; undefined function: |mkAtreeWithSrcPos| ; in: DEFUN |recordAndPrint| ; (BOOT::|mkCompanionPage| BOOT::|md|) ; ; caught STYLE-WARNING: ; undefined function: |mkCompanionPage| ; in: DEFUN |start| ; (BOOT::|mkLowerCaseConTable|) ; ; caught STYLE-WARNING: ; undefined function: |mkLowerCaseConTable| ; (BOOT::|namestring| (LIST 'BOOT::|.axiom| 'BOOT::|input|)) ; ; caught STYLE-WARNING: ; undefined function: |namestring| ; in: DEFUN |intnplisp| ; (BOOT::|nplisp| BOOT::|$currentLine|) ; ; caught STYLE-WARNING: ; undefined function: |nplisp| ; in: DEFUN |recordAndPrint| ; (BOOT::|output| BOOT::|x'| BOOT::|md'|) ; ; caught STYLE-WARNING: ; undefined function: |output| ; in: DEFUN |intInterpretPform| ; (BOOT::|packageTran| (BOOT::|pf2Sex| BOOT::|pf|)) ; ; caught STYLE-WARNING: ; undefined function: |packageTran| ; in: DEFUN |intSayKeyedMsg| ; (BOOT::|packageTran| BOOT::|key|) ; ; caught STYLE-WARNING: ; undefined function: |packageTran| ; in: DEFUN |interpretTopLevel| ; (BOOT::|peekTimedName|) ; ; caught STYLE-WARNING: ; undefined function: |peekTimedName| ; in: DEFUN |intInterpretPform| ; (BOOT::|pf2Sex| BOOT::|pf|) ; ; caught STYLE-WARNING: ; undefined function: |pf2Sex| ; in: DEFUN |recordAndPrint| ; (BOOT::|putHist| 'BOOT::% 'BOOT::|value| ; (BOOT::|objNewWrap| BOOT::|x| BOOT::|md|) BOOT::|$e|) ; ; caught STYLE-WARNING: ; undefined function: |putHist| ; (BOOT::|quadSch|) ; ; caught STYLE-WARNING: ; undefined function: |quadSch| ; (BOOT::|recordAndPrintTest| BOOT::|md|) ; ; caught STYLE-WARNING: ; undefined function: |recordAndPrintTest| ; in: DEFUN |processInteractive1| ; (BOOT::|recordFrame| 'BOOT::|system|) ; ; caught STYLE-WARNING: ; undefined function: |recordFrame| ; in: DEFUN |processInteractive| ; (BOOT::|reportInstantiations|) ; ; caught STYLE-WARNING: ; undefined function: |reportInstantiations| ; in: DEFUN |printTypeAndTimeNormal| ; (BOOT::|retract| (BOOT::|objNewWrap| BOOT::|x| BOOT::|m|)) ; ; caught STYLE-WARNING: ; undefined function: |retract| ; in: DEFUN |start| ; (BOOT::|runspad|) ; ; caught STYLE-WARNING: ; undefined function: |runspad| ; in: DEFUN |printStorage| ; (BOOT::|sayKeyedMsg| 'BOOT::S2GL0016 (LIST BOOT::|storeString|)) ; ; caught STYLE-WARNING: ; undefined function: |sayKeyedMsg| ; in: DEFUN |printTypeAndTimeNormal| ; (BOOT::|sayKeyedMsg| 'BOOT::S2GL0014 (LIST BOOT::|m| BOOT::|timeString|)) ; ; caught STYLE-WARNING: ; undefined function: |sayKeyedMsg| ; in: DEFUN |start| ; (BOOT::|sayKeyedMsg| 'BOOT::S2IZ0053 (LIST "interpreter")) ; ; caught STYLE-WARNING: ; undefined function: |sayKeyedMsg| ; ; caught STYLE-WARNING: ; 2 more uses of undefined function |sayKeyedMsg| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-toplev.clisp ; in: DEFUN |msgText| ; (BOOT::|segmentKeyedMsg| (BOOT::|getKeyedMsg| BOOT::|key|)) ; ; caught STYLE-WARNING: ; undefined function: |segmentKeyedMsg| ; in: DEFUN |start| ; (BOOT::|setOutputAlgebra| 'BOOT::|%initialize%|) ; ; caught STYLE-WARNING: ; undefined function: |setOutputAlgebra| ; in: DEFUN |spadpo| ; (BOOT::|spad|) ; ; caught STYLE-WARNING: ; undefined function: |spad| ; in: DEFUN |start| ; (BOOT::|spadStartUpMsgs|) ; ; caught STYLE-WARNING: ; undefined function: |spadStartUpMsgs| ; in: DEFUN |processInteractive1| ; (BOOT::|startTimingProcess| 'BOOT::|analysis|) ; ; caught STYLE-WARNING: ; undefined function: |startTimingProcess| ; in: DEFUN |printStatisticsSummary| ; (BOOT::|statisticsSummary|) ; ; caught STYLE-WARNING: ; undefined function: |statisticsSummary| ; in: DEFUN |interpretTopLevel| ; (BOOT::|stopTimingProcess| (BOOT::|peekTimedName|)) ; ; caught STYLE-WARNING: ; undefined function: |stopTimingProcess| ; in: DEFUN |processInteractive1| ; (BOOT::|stopTimingProcess| 'BOOT::|analysis|) ; ; caught STYLE-WARNING: ; undefined function: |stopTimingProcess| ; in: DEFUN |msgText| ; (BOOT::|substituteSegmentedMsg| BOOT::|msg| BOOT::|args|) ; ; caught STYLE-WARNING: ; undefined function: |substituteSegmentedMsg| ; in: DEFUN |interpret2| ; (BOOT::|systemErrorHere| (LIST 'BOOT::|interpret2| BOOT::|x|)) ; ; caught STYLE-WARNING: ; undefined function: |systemErrorHere| ; (BOOT::|throwKeyedMsgCannotCoerceWithValue| BOOT::|x| BOOT::|m| BOOT::|m1|) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsgCannotCoerceWithValue| ; in: DEFUN |processInteractive| ; (BOOT::|updateHist|) ; ; caught STYLE-WARNING: ; undefined function: |updateHist| ; (BOOT::|writeHistModesAndValues|) ; ; caught STYLE-WARNING: ; undefined function: |writeHistModesAndValues| ; in: DEFUN |intInterpretPform| ; (BOOT::|zeroOneTran| (BOOT::|packageTran| (BOOT::|pf2Sex| BOOT::|pf|))) ; ; caught STYLE-WARNING: ; undefined function: |zeroOneTran| ; ; compilation unit finished ; Undefined functions: ; /RQ |addtopath| |centerAndHighlight| |coerceInteractive| |flowSegmentedMsg| |getArgValue| |getKeyedMsg| |initHist| |initializeInterpreterFrameRing| |initializeRuleSets| |initializeSystemCommands| |initializeTimedNames| |keyedSystemError| |loadExposureGroupData| |makeConstructorsAutoLoad| |makeLongSpaceString| |makeLongTimeString| |maprinSpecial| |mkAtreeWithSrcPos| |mkCompanionPage| |mkLowerCaseConTable| |namestring| |nplisp| |output| |packageTran| |peekTimedName| |pf2Sex| |putHist| |quadSch| |recordAndPrintTest| |recordFrame| |reportInstantiations| |retract| |runspad| |sayKeyedMsg| |segmentKeyedMsg| |setOutputAlgebra| |spad| |spadStartUpMsgs| |startTimingProcess| |statisticsSummary| |stopTimingProcess| |substituteSegmentedMsg| |systemErrorHere| |throwKeyedMsgCannotCoerceWithValue| |updateHist| |writeHistModesAndValues| |zeroOneTran| ; caught 55 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-toplev.fasl written ; compilation finished in 0:00:00.113 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=incl.fasl --load-directory=. ../../../open-axiom/src/interp/incl.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/incl.clisp" (written 01 FEB 2016 10:53:00 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "unlisp") ; compiling (IMPORT-MODULE "cstream") ; compiling (IMPORT-MODULE "cformat") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFCONSTANT |Top| ...) ; compiling (DEFCONSTANT |IfSkipToEnd| ...) ; compiling (DEFCONSTANT |IfKeepPart| ...) ; compiling (DEFCONSTANT |IfSkipPart| ...) ; compiling (DEFCONSTANT |ElseifSkipToEnd| ...) ; compiling (DEFCONSTANT |ElseifKeepPart| ...) ; compiling (DEFCONSTANT |ElseifSkipPart| ...) ; compiling (DEFCONSTANT |ElseSkipToEnd| ...) ; compiling (DEFCONSTANT |ElseKeepPart| ...) ; compiling (DEFUN |Top?| ...) ; compiling (DEFUN |If?| ...) ; compiling (DEFUN |Elseif?| ...) ; compiling (DEFUN |Else?| ...) ; compiling (DEFUN |SkipEnd?| ...) ; compiling (DEFUN |KeepPart?| ...) ; compiling (DEFUN |SkipPart?| ...) ; compiling (DEFUN |Skipping?| ...) ; compiling (DEFUN |incStringStream| ...) ; compiling (DEFUN |incFile| ...) ; compiling (DEFUN |incStream| ...) ; compiling (DEFUN |incFileInput| ...) ; compiling (DEFUN |incConsoleInput| ...) ; compiling (DEFUN |incLine| ...) ; compiling (DEFUN |incPos| ...) ; compiling (DEFUN |incRenumberItem| ...) ; compiling (DEFUN |incRenumberLine| ...) ; compiling (DEFUN |incRenumber| ...) ; compiling (DEFUN |incPrefix?| ...) ; compiling (DEFUN |incCommand?| ...) ; compiling (DEFPARAMETER |incCommands| ...) ; compiling (DEFPARAMETER |$inputLineNumber| ...) ; compiling (DEFUN |incClassify| ...) ; compiling (DEFUN |incCommandTail| ...) ; compiling (DEFUN |incDrop| ...) ; compiling (DEFUN |inclFname| ...) ; compiling (DEFUN |incBiteOff| ...) ; compiling (DEFUN |incTrunc| ...) ; compiling (DEFUN |incFileName| ...) ; compiling (DEFUN |fileNameStrings| ...) ; compiling (DEFUN |ifCond| ...) ; compiling (DEFUN |assertCond| ...) ; compiling (DEFUN |incActive?| ...) ; compiling (DEFUN |incNConsoles| ...) ; compiling (DEFUN |incHandleMessage| ...) ; compiling (DEFUN |xlOK| ...) ; compiling (DEFUN |xlOK1| ...) ; compiling (DEFUN |incLine1| ...) ; compiling (DEFUN |xlSkip| ...) ; compiling (DEFUN |xlMsg| ...) ; compiling (DEFUN |xlPrematureEOF| ...) ; compiling (DEFUN |xlPrematureFin| ...) ; compiling (DEFUN |xlFileCycle| ...) ; compiling (DEFUN |xlNoSuchFile| ...) ; compiling (DEFUN |xlCannotRead| ...) ; compiling (DEFUN |xlConsole| ...) ; compiling (DEFUN |xlConActive| ...) ; compiling (DEFUN |xlConStill| ...) ; compiling (DEFUN |xlSkippingFin| ...) ; compiling (DEFUN |xlIfBug| ...) ; compiling (DEFUN |xlCmdBug| ...) ; compiling (DEFUN |xlSay| ...) ; compiling (DEFUN |xlIfSyntax| ...) ; compiling (DEFUN |incLude| ...) ; compiling (DEFMACRO |Rest| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/incl.clisp ; in: DEFMACRO |Rest| ; (DEFMACRO BOOT::|Rest| (BOOT::|s|) ; (LIST 'BOOT::|incLude| 'BOOT::|eb| (LIST 'CDR 'BOOT::|ss|) 'BOOT::|lno| ; 'BOOT::|ufos| 'BOOT::|states|)) ; --> SB-C::NAMED-DS-BIND SB-INT:BINDING* ; ==> ; (LET* ((#:G0 (SB-C::CHECK-DS-LIST (CDR #:EXPR) 1 1 '(# BOOT::|s|))) ; (BOOT::|s| (POP #:G0))) ; (BLOCK BOOT::|Rest| ; (LIST 'BOOT::|incLude| 'BOOT::|eb| (LIST 'CDR 'BOOT::|ss|) 'BOOT::|lno| ; 'BOOT::|ufos| 'BOOT::|states|))) ; ; caught STYLE-WARNING: ; The variable |s| is defined but never used. ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/incl.clisp ; in: DEFMACRO |Rest| ; (DEFMACRO BOOT::|Rest| (BOOT::|s|) ; (LIST 'BOOT::|incLude| 'BOOT::|eb| (LIST 'CDR 'BOOT::|ss|) 'BOOT::|lno| ; 'BOOT::|ufos| 'BOOT::|states|)) ; --> PROGN EVAL-WHEN SB-C::%DEFMACRO SB-C::%DEFMACRO SB-INT:NAMED-LAMBDA ; --> FUNCTION SB-C::NAMED-DS-BIND SB-INT:BINDING* ; ==> ; (LET* ((#:G312 (SB-C::CHECK-DS-LIST (CDR #:EXPR) 1 1 '(# BOOT::|s|))) ; (BOOT::|s| (POP #:G312))) ; (BLOCK BOOT::|Rest| ; (LIST 'BOOT::|incLude| 'BOOT::|eb| (LIST 'CDR 'BOOT::|ss|) 'BOOT::|lno| ; 'BOOT::|ufos| 'BOOT::|states|))) ; ; caught STYLE-WARNING: ; The variable |s| is defined but never used. ; compiling (DEFUN |incLude1| ...) ; compiling (DEFUN |inclHandleError| ...) ; compiling (DEFUN |inclHandleWarning| ...) ; compiling (DEFUN |inclHandleBug| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/incl.clisp ; in: DEFUN |inclHandleBug| ; (DEFUN BOOT::|inclHandleBug| (BOOT::|pos| BOOT::|bfVar#1|) ; (LET* (BOOT::|args| BOOT::|key|) ; (PROGN ; (SETQ BOOT::|key| #) ; (SETQ BOOT::|args| #) ; (BOOT::|ncBug| BOOT::|key| BOOT::|args|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|inclHandleBug| ; (BOOT::|pos| BOOT::|bfVar#1|) ; (BLOCK BOOT::|inclHandleBug| ; (LET* (BOOT::|args| BOOT::|key|) ; (PROGN (SETQ #) (SETQ #) (BOOT::|ncBug| BOOT::|key| BOOT::|args|))))) ; ; caught STYLE-WARNING: ; The variable |pos| is defined but never used. ; compiling (DEFUN |inclHandleSay| ...) ; compiling (DEFUN |inclmsgSay| ...) ; compiling (DEFUN |inclmsgPrematureEOF| ...) ; compiling (DEFUN |inclmsgPrematureFin| ...) ; compiling (DEFUN |inclmsgFileCycle| ...) ; compiling (DEFUN |inclmsgConsole| ...) ; compiling (DEFUN |inclmsgConActive| ...) ; compiling (DEFUN |inclmsgConStill| ...) ; compiling (DEFUN |inclmsgFinSkipped| ...) ; compiling (DEFUN |inclmsgIfSyntax| ...) ; compiling (DEFUN |inclmsgNoSuchFile| ...) ; compiling (DEFUN |inclmsgCannotRead| ...) ; compiling (DEFUN |inclmsgIfBug| ...) ; compiling (DEFUN |inclmsgCmdBug| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/incl.clisp ; in: DEFUN |assertCond| ; (BOOT::|StringTrim| (BOOT::|incCommandTail| BOOT::|s| BOOT::|info|) ; BOOT::|WhiteSpaceCset|) ; ; caught STYLE-WARNING: ; undefined function: |StringTrim| ; in: DEFUN |ifCond| ; (BOOT::|StringTrim| (BOOT::|incCommandTail| BOOT::|s| BOOT::|info|) ; BOOT::|WhiteSpaceCset|) ; ; caught STYLE-WARNING: ; undefined function: |StringTrim| ; in: DEFUN |incLude1| ; (BOOT::|expandLeadingTabs| (CAR BOOT::|ss|)) ; ; caught STYLE-WARNING: ; undefined function: |expandLeadingTabs| ; in: DEFUN |inclHandleBug| ; (BOOT::|ncBug| BOOT::|key| BOOT::|args|) ; ; caught STYLE-WARNING: ; undefined function: |ncBug| ; in: DEFUN |inclHandleSay| ; (BOOT::|ncSoftError| BOOT::|pos| BOOT::|key| BOOT::|args|) ; ; caught STYLE-WARNING: ; undefined function: |ncSoftError| ; in: DEFUN |inclHandleWarning| ; (BOOT::|ncSoftError| BOOT::|pos| BOOT::|key| BOOT::|args|) ; ; caught STYLE-WARNING: ; undefined function: |ncSoftError| ; in: DEFUN |inclHandleError| ; (BOOT::|ncSoftError| BOOT::|pos| BOOT::|key| BOOT::|args|) ; ; caught STYLE-WARNING: ; undefined function: |ncSoftError| ; ; compilation unit finished ; Undefined functions: ; |StringTrim| |expandLeadingTabs| |ncBug| |ncSoftError| ; caught 10 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/incl.fasl written ; compilation finished in 0:00:00.215 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=int-top.fasl --load-directory=. ../../../open-axiom/src/interp/int-top.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/int-top.clisp" (written 01 FEB 2016 10:53:00 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "incl") ; compiling (IMPORT-MODULE "i-toplev") ; compiling (IMPORT-MODULE "unlisp") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFUN |ncParseAndInterpretString| ...) ; compiling (DEFUN |ncParseFromString| ...) ; compiling (DEFUN |ncINTERPFILE| ...) ; compiling (DEFUN |ncGetFunction| ...) ; compiling (DEFUN |applyInPackage| ...) ; compiling (DEFUN |ncSetCurrentLine| ...) ; compiling (DEFUN |spad| ...) ; compiling (DEFUN |runspad| ...) ; compiling (DEFUN |ncTopLevel| ...) ; compiling (DEFUN |ncIntLoop| ...) ; compiling (DEFUN |intloop| ...) ; compiling (DEFUN |printFirstPrompt?| ...) ; compiling (DEFUN |SpadInterpretStream| ...) ; compiling (DEFUN |SpadInterpretFile| ...) ; compiling (DEFUN |intloopReadConsole| ...) ; compiling (DEFUN |intloopPrefix?| ...) ; compiling (DEFUN |intloopProcess| ...) ; compiling (DEFUN |intloopEchoParse| ...) ; compiling (DEFUN |intloopInclude0| ...) ; compiling (DEFUN |intloopInclude| ...) ; compiling (DEFUN |intloopInclude1| ...) ; compiling (DEFUN |intloopProcessString| ...) ; compiling (DEFPARAMETER |$pfMacros| ...) ; compiling (DEFUN |intloopSpadProcess| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/int-top.clisp ; in: DEFUN |intloopSpadProcess| ; (BOOT::|CatchAsCan| BOOT::|flung| ; (CATCH 'BOOT::|SpadCompileItem| ; (CATCH BOOT::|$intCoerceFailure| ; (CATCH BOOT::|$SpadReaderTag| ; (BOOT::|intloopSpadProcess,interp| BOOT::|cc| ; BOOT::|ptree| BOOT::|interactive?|))))) ; ==> ; (LET ((BOOT::|flung| NIL)) ; (CATCH 'BOOT::|SpadCompileItem| ; (CATCH BOOT::|$intCoerceFailure| ; (CATCH BOOT::|$SpadReaderTag| ; (BOOT::|intloopSpadProcess,interp| BOOT::|cc| BOOT::|ptree| ; BOOT::|interactive?|))))) ; ; caught STYLE-WARNING: ; The variable |flung| is defined but never used. ; compiling (DEFUN |intloopSpadProcess,interp| ...) ; compiling (DEFUN |phInterpret| ...) ; compiling (DEFUN |phIntReportMsgs| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/int-top.clisp ; in: DEFUN |phIntReportMsgs| ; (DEFUN BOOT::|phIntReportMsgs| (BOOT::|carrier| BOOT::|interactive?|) ; (LET* (BOOT::|nerr| BOOT::|msgs| BOOT::|lines|) ; (PROGN ; (SETQ BOOT::|lines| #) ; (SETQ BOOT::|msgs| #) ; (SETQ BOOT::|nerr| #) ; (BOOT::|ncPutQ| BOOT::|carrier| 'BOOT::|ok?| (EQL BOOT::|nerr| 0)) ; (COND (# 'BOOT::OK) (T # # 'BOOT::OK))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|phIntReportMsgs| ; (BOOT::|carrier| BOOT::|interactive?|) ; (BLOCK BOOT::|phIntReportMsgs| ; (LET* (BOOT::|nerr| BOOT::|msgs| BOOT::|lines|) ; (PROGN ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (BOOT::|ncPutQ| BOOT::|carrier| 'BOOT::|ok?| #) ; (COND # #))))) ; ; caught STYLE-WARNING: ; The variable |interactive?| is defined but never used. ; compiling (DEFUN |mkLineList| ...) ; compiling (DEFUN |nonBlank| ...) ; compiling (DEFUN |ncloopCommand| ...) ; compiling (DEFUN |ncloopEscaped| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/int-top.clisp ; in: DEFUN |ncloopEscaped| ; (> BOOT::|i| 0) ; ==> ; BOOT::|i| ; ; note: deleting unreachable code ; compiling (DEFUN |ncloopDQlines| ...) ; compiling (DEFUN |streamChop| ...) ; compiling (DEFUN |ncloopPrintLines| ...) ; compiling (DEFUN |ncloopIncFileName| ...) ; compiling (DEFUN |ncloopParse| ...) ; compiling (DEFUN |ncloopInclude0| ...) ; compiling (DEFUN |ncloopInclude| ...) ; compiling (DEFUN |ncloopInclude1| ...) ; compiling (DEFUN |incString| ...) ; compiling (DEFUN |ncError| ...) ; compiling (DEFPARAMETER |$ncmParse| ...) ; compiling (DEFUN |phParse| ...) ; compiling (DEFPARAMETER |$ncmMacro| ...) ; compiling (DEFUN |phMacro| ...) ; compiling (DEFUN |phReportMsgs| ...) ; compiling (DEFUN |ncConversationPhase| ...) ; compiling (DEFUN |ncConversationPhase,wrapup| ...) ; compiling (DEFUN |ncloopPrefix?| ...) ; compiling (DEFPARAMETER |$ncmPhase| ...) ; compiling (DEFUN |phBegin| ...) ; compiling (DEFUN |PullAndExecuteSpadSystemCommand| ...) ; compiling (DEFUN |ExecuteSpadSystemCommand| ...) ; compiling (DEFUN |clearMacroTable| ...) ; compiling (DEFUN |getParserMacros| ...) ; compiling (DEFUN |displayParserMacro| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/int-top.clisp ; in: DEFUN |phMacro| ; (BOOT::|%pform| BOOT::|ptree|) ; ; caught STYLE-WARNING: ; undefined function: |%pform| ; in: DEFUN |phParse| ; (BOOT::|%pform| BOOT::|ptree|) ; ; caught STYLE-WARNING: ; undefined function: |%pform| ; in: DEFUN |SpadInterpretStream| ; #'BOOT::|InterpExecuteSpadSystemCommand| ; ; caught STYLE-WARNING: ; undefined function: |InterpExecuteSpadSystemCommand| ; in: DEFUN |ncloopParse| ; (BOOT::|dqToList| BOOT::|dq|) ; ; caught STYLE-WARNING: ; undefined function: |dqToList| ; in: DEFUN |intloopEchoParse| ; (BOOT::|dqToList| BOOT::|dq|) ; ; caught STYLE-WARNING: ; undefined function: |dqToList| ; in: DEFUN |ncGetFunction| ; #'BOOT::|getNCfunction| ; ; caught STYLE-WARNING: ; undefined function: |getNCfunction| ; in: DEFUN |ncloopInclude0| ; #'BOOT::|insertpile| ; ; caught STYLE-WARNING: ; undefined function: |insertpile| ; in: DEFUN |intloopInclude0| ; #'BOOT::|insertpile| ; ; caught STYLE-WARNING: ; undefined function: |insertpile| ; in: DEFUN |intloopReadConsole| ; (BOOT::|leaveScratchpad|) ; ; caught STYLE-WARNING: ; undefined function: |leaveScratchpad| ; in: DEFUN |ncloopInclude0| ; #'BOOT::|lineoftoks| ; ; caught STYLE-WARNING: ; undefined function: |lineoftoks| ; in: DEFUN |intloopProcessString| ; #'BOOT::|lineoftoks| ; ; caught STYLE-WARNING: ; undefined function: |lineoftoks| ; in: DEFUN |intloopInclude0| ; #'BOOT::|lineoftoks| ; ; caught STYLE-WARNING: ; undefined function: |lineoftoks| ; in: DEFUN |phMacro| ; (BOOT::|macroExpanded| BOOT::|ptree|) ; ; caught STYLE-WARNING: ; undefined function: |macroExpanded| ; in: DEFUN |ncloopInclude0| ; #'BOOT::|ncloopEchoParse| ; ; caught STYLE-WARNING: ; undefined function: |ncloopEchoParse| ; (BOOT::|ncloopProcess| BOOT::|n| NIL ; (BOOT::|next| #'BOOT::|ncloopEchoParse| ; (BOOT::|next| #'BOOT::|insertpile| ; (BOOT::|next| #'BOOT::|lineoftoks| ; BOOT::|$lines|)))) ; ; caught STYLE-WARNING: ; undefined function: |ncloopProcess| ; in: DEFUN |ncloopParse| ; (BOOT::|npParse| (BOOT::|dqToList| BOOT::|dq|)) ; ; caught STYLE-WARNING: ; undefined function: |npParse| ; in: DEFUN |intloopEchoParse| ; (BOOT::|npParse| (BOOT::|dqToList| BOOT::|dq|)) ; ; caught STYLE-WARNING: ; undefined function: |npParse| ; in: DEFUN |ncParseFromString| ; (BOOT::|packageTran| ; (CATCH BOOT::|$SpadReaderTag| (BOOT::|parseFromString| BOOT::|s|))) ; ; caught STYLE-WARNING: ; undefined function: |packageTran| ; in: DEFUN |ncParseAndInterpretString| ; (BOOT::|packageTran| (BOOT::|parseFromString| BOOT::|s|)) ; ; caught STYLE-WARNING: ; undefined function: |packageTran| ; in: DEFUN |ncParseFromString| ; (BOOT::|parseFromString| BOOT::|s|) ; ; caught STYLE-WARNING: ; undefined function: |parseFromString| ; in: DEFUN |ncParseAndInterpretString| ; (BOOT::|parseFromString| BOOT::|s|) ; ; caught STYLE-WARNING: ; undefined function: |parseFromString| ; in: DEFUN |phReportMsgs| ; (BOOT::|processMsgList| BOOT::|msgs| BOOT::|lines|) ; ; caught STYLE-WARNING: ; undefined function: |processMsgList| ; in: DEFUN |phIntReportMsgs| ; (BOOT::|processMsgList| BOOT::|msgs| BOOT::|lines|) ; ; caught STYLE-WARNING: ; undefined function: |processMsgList| ; in: DEFUN |ncGetFunction| ; (BOOT::|rePackageTran| BOOT::|op| "boot") ; ; caught STYLE-WARNING: ; undefined function: |rePackageTran| ; in: DEFUN |intloop| ; (BOOT::|resetStackLimits|) ; ; caught STYLE-WARNING: ; undefined function: |resetStackLimits| ; in: DEFUN |runspad| ; (BOOT::|resetStackLimits|) ; ; caught STYLE-WARNING: ; undefined function: |resetStackLimits| ; in: DEFUN |intloopReadConsole| ; (BOOT::|serverReadLine| |AxiomCore|:|$InputStream|) ; ; caught STYLE-WARNING: ; undefined function: |serverReadLine| ; in: DEFUN |spad| ; (BOOT::|setOutputAlgebra| 'BOOT::|%initialize%|) ; ; caught STYLE-WARNING: ; undefined function: |setOutputAlgebra| ; in: DEFUN |intloopReadConsole| ; (BOOT::|stripSpaces| (BOOT::|intloopPrefix?| ")fi" BOOT::|a|)) ; ; caught STYLE-WARNING: ; undefined function: |stripSpaces| ; in: DEFUN |ncParseFromString| ; (BOOT::|zeroOneTran| ; (BOOT::|packageTran| ; (CATCH BOOT::|$SpadReaderTag| (BOOT::|parseFromString| BOOT::|s|)))) ; ; caught STYLE-WARNING: ; undefined function: |zeroOneTran| ; ; compilation unit finished ; Undefined functions: ; |%pform| |InterpExecuteSpadSystemCommand| |dqToList| |getNCfunction| |insertpile| |leaveScratchpad| |lineoftoks| |macroExpanded| |ncloopEchoParse| |ncloopProcess| |npParse| |packageTran| |parseFromString| |processMsgList| |rePackageTran| |resetStackLimits| |serverReadLine| |setOutputAlgebra| |stripSpaces| |zeroOneTran| ; caught 32 STYLE-WARNING conditions ; printed 1 note ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/int-top.fasl written ; compilation finished in 0:00:00.149 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=lisplib.fasl --load-directory=. ../../../open-axiom/src/interp/lisplib.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/lisplib.clisp" (written 01 FEB 2016 10:53:01 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "database") ; compiling (IMPORT-MODULE "debug") ; compiling (IN-PACKAGE "BOOT") ; compiling (PROVIDE "lisplib") ; compiling (DEFUN |genInitialAttributeAlist| ...) ; compiling (DEFUN |simplifyAttributeAlist| ...) ; compiling (DEFUN |genFinalAttributeAlist| ...) ; compiling (DEFUN |predicateBitIndex| ...) ; compiling (DEFUN |predicateBitIndex,pn| ...) ; compiling (DEFUN |predicateBitIndexRemop| ...) ; compiling (DEFUN |predicateBitRef| ...) ; compiling (DEFUN |makePrefixForm| ...) ; compiling (DEFUN |makePredicateBitVector| ...) ; compiling (DEFUN |augmentPredCode| ...) ; compiling (DEFUN |augmentPredVector| ...) ; compiling (DEFUN |isHasDollarPred| ...) ; compiling (DEFUN |stripOutNonDollarPreds| ...) ; compiling (DEFUN |removeAttributePredicates| ...) ; compiling (DEFUN |removeAttributePredicates,fn| ...) ; compiling (DEFUN |removeAttributePredicates,fnl| ...) ; compiling (DEFUN |transHasCode| ...) ; compiling (DEFUN |mungeAddGensyms| ...) ; compiling (DEFUN |mungeAddGensyms,fn| ...) ; compiling (DEFUN |orderByContainment| ...) ; compiling (DEFUN |buildBitTable| ...) ; compiling (DEFUN |buildBitTable,fn| ...) ; compiling (DEFUN |buildPredVector| ...) ; compiling (DEFUN |buildPredVector,fn| ...) ; compiling (DEFUN |testBitVector| ...) ; compiling (DEFUN |bitsOf| ...) ; compiling (DEFUN |readLib| ...) ; compiling (DEFUN |readLib1| ...) ; compiling (DEFUN |readLibPathFast| ...) ; compiling (DEFUN |writeLib| ...) ; compiling (DEFUN |lisplibWrite| ...) ; compiling (DEFUN |dbLocateModule| ...) ; compiling (DEFUN |findModule| ...) ; compiling (DEFUN |loadLibIfNotLoaded| ...) ; compiling (DEFUN |loadLib| ...) ; compiling (DEFUN |loadLibNoUpdate| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/lisplib.clisp ; in: DEFUN |loadLibNoUpdate| ; (DEFUN BOOT::|loadLibNoUpdate| ; (BOOT::|cname| BOOT::|libName| BOOT::|fullLibName|) ; (LET* (BOOT::|kind|) ; (DECLARE ; (SPECIAL BOOT::|$CategoryFrame| BOOTTRAN:|$InteractiveMode| ; BOOT::|$printLoadMsgs|)) ; (PROGN ; (SETQ BOOT::|kind| #) ; (COND (BOOT::|$printLoadMsgs| #)) ; (BOOT::|loadModule| BOOT::|fullLibName| BOOT::|cname|) ; (BOOT::|clearConstructorCache| BOOT::|cname|) ; (BOOT::|installConstructor| BOOT::|cname| BOOT::|kind|) ; (SETF # BOOT::|fullLibName|) ; (COND (BOOTTRAN:|$InteractiveMode| #)) ; (BOOT::|stopTimingProcess| 'BOOT::|load|) ; 'T))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|loadLibNoUpdate| ; (BOOT::|cname| BOOT::|libName| BOOT::|fullLibName|) ; (BLOCK BOOT::|loadLibNoUpdate| ; (LET* (BOOT::|kind|) ; (DECLARE ; (SPECIAL BOOT::|$CategoryFrame| BOOTTRAN:|$InteractiveMode| ; BOOT::|$printLoadMsgs|)) ; (PROGN ; (SETQ #) ; (COND #) ; (BOOT::|loadModule| BOOT::|fullLibName| BOOT::|cname|) ; (BOOT::|clearConstructorCache| BOOT::|cname|) ; (BOOT::|installConstructor| BOOT::|cname| BOOT::|kind|) ; (SETF #) ; (COND #) ; (BOOT::|stopTimingProcess| 'BOOT::|load|) ; 'T)))) ; ; caught STYLE-WARNING: ; The variable |libName| is defined but never used. ; compiling (DEFUN |loadIfNecessary| ...) ; compiling (DEFUN |genericLoadDB| ...) ; compiling (DEFUN |loadDB| ...) ; compiling (DEFUN |loadDBIfCan| ...) ; compiling (DEFUN |convertOpAlist2compilerInfo| ...) ; compiling (DEFUN |convertOpAlist2compilerInfo,formatSig| ...) ; compiling (DEFUN |updateCategoryFrameForConstructor| ...) ; compiling (DEFUN |updateCategoryFrameForCategory| ...) ; compiling (DEFUN |makeConstructorsAutoLoad| ...) ; compiling (DEFUN |systemDependentMkAutoload| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/lisplib.clisp ; in: DEFUN |systemDependentMkAutoload| ; (DEFUN BOOT::|systemDependentMkAutoload| (BOOT::|fn| BOOT::|cnam|) ; (COND ((FBOUNDP BOOT::|cnam|) 'BOOT::|next|) (T (SETF # #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|systemDependentMkAutoload| ; (BOOT::|fn| BOOT::|cnam|) ; (BLOCK BOOT::|systemDependentMkAutoload| ; (COND ((FBOUNDP BOOT::|cnam|) 'BOOT::|next|) (T (SETF #))))) ; ; caught STYLE-WARNING: ; The variable |fn| is defined but never used. ; compiling (DEFUN |mkAutoLoad| ...) ; compiling (DEFUN |autoLoad| ...) ; compiling (DEFUN |setAutoLoadProperty| ...) ; compiling (DEFUN |unloadOneConstructor| ...) ; compiling (DEFUN |compileConstructorLib| ...) ; compiling (DEFUN |compConLib1| ...) ; compiling (DEFUN |compDefineLisplib| ...) ; compiling (DEFUN |compileDocumentation| ...) ; compiling (DEFUN |initializeLisplib| ...) ; compiling (DEFUN |mkCtorDBForm| ...) ; compiling (DEFUN |writeInfo| ...) ; compiling (DEFUN |writeLoadInfo| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/lisplib.clisp ; in: DEFUN |writeLoadInfo| ; (DEFUN BOOT::|writeLoadInfo| ; (BOOT::|db| BOOT::|info| BOOT::|key| BOOT::|prop|) ; (LET* (BOOT::|insn|) ; (COND ((NULL BOOT::|info|) NIL) ; (T (SETQ #) (BOOT::|printBackendStmt| # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|writeLoadInfo| ; (BOOT::|db| BOOT::|info| BOOT::|key| BOOT::|prop|) ; (BLOCK BOOT::|writeLoadInfo| ; (LET* (BOOT::|insn|) ; (COND (# NIL) (T # #))))) ; ; caught STYLE-WARNING: ; The variable |key| is defined but never used. ; compiling (DEFUN |writeTemplate| ...) ; compiling (DEFUN |writeOperationTable| ...) ; compiling (DEFUN |writeLookupFunction| ...) ; compiling (DEFUN |writeCategoryDefault| ...) ; compiling (DEFUN |writeKind| ...) ; compiling (DEFUN |writeAbbreviation| ...) ; compiling (DEFUN |writeConstructorForm| ...) ; compiling (DEFUN |writeCategory| ...) ; compiling (DEFUN |writeSourceFile| ...) ; compiling (DEFUN |writeInteractiveModemaps| ...) ; compiling (DEFUN |writeDocumentation| ...) ; compiling (DEFUN |writeSuperDomain| ...) ; compiling (DEFUN |writePredicates| ...) ; compiling (DEFUN |writeOperations| ...) ; compiling (DEFUN |writeAttributes| ...) ; compiling (DEFUN |writeConstructorModemap| ...) ; compiling (DEFUN |writeDualSignature| ...) ; compiling (DEFUN |writeAncestors| ...) ; compiling (DEFUN |writePrincipals| ...) ; compiling (DEFUN |writeCapsuleLevelDefinitions| ...) ; compiling (DEFUN |leaveIfErrors| ...) ; compiling (DEFUN |finalizeLisplib| ...) ; compiling (DEFUN |lisplibDoRename| ...) ; compiling (DEFUN |lisplibError| ...) ; compiling (DEFUN |getPartialConstructorModemapSig| ...) ; compiling (DEFUN |getCategoryOpsAndAtts| ...) ; compiling (DEFUN |getFunctorOpsAndAtts| ...) ; compiling (DEFUN |getSlotFromFunctor| ...) ; compiling (DEFUN |transformOperationAlist| ...) ; compiling (DEFUN |sayNonUnique| ...) ; compiling (DEFUN |findConstructorSlotNumber| ...) ; compiling (DEFUN |bustUnion| ...) ; compiling (DEFUN |getSlotNumberFromOperationAlist| ...) ; compiling (DEFUN |sigsMatch| ...) ; compiling (DEFUN |findDomainSlotNumber| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |getConstructorSignature| ...) ; compiling (DEFUN |getSlotFromCategoryForm| ...) ; compiling (DEFUN |isDomainForm| ...) ; compiling (DEFUN |isDomainConstructorForm| ...) ; compiling (DEFUN |isFunctor| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |getIndexPathname| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/lisplib.clisp ; in: DEFUN |getIndexPathname| ; (DEFUN BOOT::|getIndexPathname| (BOOT::|dir|) ; (|AxiomCore|:CONCAT (|AxiomCore|:|ensureTrailingSlash| BOOT::|dir|) ; BOOT::|$IndexFilename|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|getIndexPathname| ; (BOOT::|dir|) ; (BLOCK BOOT::|getIndexPathname| ; (|AxiomCore|:CONCAT (|AxiomCore|:|ensureTrailingSlash| BOOT::|dir|) ; BOOT::|$IndexFilename|))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |getAllIndexPathnames| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |getAllAldorObjectFiles| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |openIndexFileIfPresent| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |getIndexTable| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/lisplib.clisp ; in: DEFUN |initializeLisplib| ; (BOOT::|acquireTemporaryPathname|) ; ; caught STYLE-WARNING: ; undefined function: |acquireTemporaryPathname| ; in: DEFUN |updateCategoryFrameForCategory| ; (BOOT::|addModemap| BOOT::|category| BOOT::|dc| BOOT::|sig| BOOT::|pred| ; BOOT::|impl| BOOT::|$CategoryFrame|) ; ; caught STYLE-WARNING: ; undefined function: |addModemap| ; in: DEFUN |updateCategoryFrameForConstructor| ; (BOOT::|addModemap| BOOT::|constructor| BOOT::|dc| BOOT::|sig| BOOT::|pred| ; BOOT::|impl| ; (BOOT::|put| BOOT::|constructor| 'BOOT::|mode| ; (CONS 'BOOT::|Mapping| BOOT::|sig|) BOOT::|$CategoryFrame|)) ; ; caught STYLE-WARNING: ; undefined function: |addModemap| ; in: DEFUN |dbLocateModule| ; (BOOT::|algebraBootstrapDir|) ; ; caught STYLE-WARNING: ; undefined function: |algebraBootstrapDir| ; in: DEFUN |leaveIfErrors| ; (BOOT::|bright| BOOT::|libName|) ; ; caught STYLE-WARNING: ; undefined function: |bright| ; in: DEFUN |compDefineLisplib| ; (BOOT::|bright| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |bright| ; in: DEFUN |findModule| ; (BOOT::|bright| (BOOT::|dbConstructor| BOOT::|db|)) ; ; caught STYLE-WARNING: ; undefined function: |bright| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |bright| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/lisplib.clisp ; in: DEFUN |transHasCode| ; (BOOT::|compHasFormat| BOOT::|db| BOOT::|x| BOOT::|e|) ; ; caught STYLE-WARNING: ; undefined function: |compHasFormat| ; in: DEFUN |getSlotFromFunctor| ; (BOOT::|compMakeCategoryObject| BOOT::|target| BOOT::|$e|) ; ; caught STYLE-WARNING: ; undefined function: |compMakeCategoryObject| ; in: DEFUN |lisplibDoRename| ; (BOOT::|copyFile| BOOT::|modpath| BOOT::|output|) ; ; caught STYLE-WARNING: ; undefined function: |copyFile| ; in: DEFUN |getSlotFromCategoryForm| ; (BOOT::|eval| ; (CONS (CAR BOOT::|x|) ; (LET ((BOOT::|bfVar#4| NIL) ; (BOOT::|bfVar#5| NIL) ; (BOOT::|bfVar#1| BOOT::|$FormalMapVariableList|) ; (BOOT::|f| NIL) ; (BOOT::|bfVar#3| #) ; (BOOT::|bfVar#2| 1)) ; (LOOP (COND # # #) ; (SETQ #) ; (SETQ #))))) ; ; caught STYLE-WARNING: ; undefined function: |eval| ; in: DEFUN |writeCategoryDefault| ; (BOOT::|expandToVMForm| BOOT::|insn|) ; ; caught STYLE-WARNING: ; undefined function: |expandToVMForm| ; in: DEFUN |writeLoadInfo| ; (BOOT::|expandToVMForm| BOOT::|insn|) ; ; caught STYLE-WARNING: ; undefined function: |expandToVMForm| ; in: DEFUN |writeInfo| ; (BOOT::|expandToVMForm| BOOT::|insn|) ; ; caught STYLE-WARNING: ; undefined function: |expandToVMForm| ; in: DEFUN |finalizeLisplib| ; (BOOT::|finalizeDocumentation| BOOT::|db|) ; ; caught STYLE-WARNING: ; undefined function: |finalizeDocumentation| ; in: DEFUN |compileDocumentation| ; (BOOT::|finalizeDocumentation| BOOT::|db|) ; ; caught STYLE-WARNING: ; undefined function: |finalizeDocumentation| ; in: DEFUN |transformOperationAlist| ; (BOOT::|insertAlist| BOOT::|op| BOOT::|itemList| BOOT::|newAlist|) ; ; caught STYLE-WARNING: ; undefined function: |insertAlist| ; in: DEFUN |isDomainConstructorForm| ; (BOOT::|isCategoryForm| ; (BOOTTRAN:|applySubst| ; (BOOT::|pairList| BOOT::|$FormalMapVariableList| BOOT::|argl|) ; BOOT::|target|) ; BOOT::|e|) ; ; caught STYLE-WARNING: ; undefined function: |isCategoryForm| ; in: DEFUN |isDomainForm| ; (BOOT::|isCategoryForm| (BOOT::|getmode| BOOT::|op| BOOT::|e|) BOOT::|e|) ; ; caught STYLE-WARNING: ; undefined function: |isCategoryForm| ; in: DEFUN |getSlotNumberFromOperationAlist| ; (BOOT::|keyedSystemError| 'BOOT::S2IL0026 (LIST BOOT::|constructorName|)) ; ; caught STYLE-WARNING: ; undefined function: |keyedSystemError| ; in: DEFUN |transformOperationAlist| ; (BOOT::|keyedSystemError| 'BOOT::S2IL0025 (LIST BOOT::|impOp|)) ; ; caught STYLE-WARNING: ; undefined function: |keyedSystemError| ; in: DEFUN |writeCategoryDefault| ; (BOOT::|printBackendStmt| (BOOT::|dbLibstream| BOOT::|db|) ; (BOOT::|expandToVMForm| BOOT::|insn|)) ; ; caught STYLE-WARNING: ; undefined function: |printBackendStmt| ; in: DEFUN |writeLoadInfo| ; (BOOT::|printBackendStmt| (BOOT::|dbLibstream| BOOT::|db|) ; (BOOT::|expandToVMForm| BOOT::|insn|)) ; ; caught STYLE-WARNING: ; undefined function: |printBackendStmt| ; in: DEFUN |writeInfo| ; (BOOT::|printBackendStmt| (BOOT::|dbLibstream| BOOT::|db|) ; (BOOT::|expandToVMForm| BOOT::|insn|)) ; ; caught STYLE-WARNING: ; undefined function: |printBackendStmt| ; in: DEFUN |finalizeLisplib| ; (BOOT::|profileWrite| (BOOT::|dbLibstream| BOOT::|db|)) ; ; caught STYLE-WARNING: ; undefined function: |profileWrite| ; in: DEFUN |lisplibDoRename| ; (BOOT::|removeFile| (BOOT::|libStationaryDirname| BOOT::|lib|)) ; ; caught STYLE-WARNING: ; undefined function: |removeFile| ; in: DEFUN |initializeLisplib| ; (BOOT::|removeFile| BOOT::|tmpdir|) ; ; caught STYLE-WARNING: ; undefined function: |removeFile| ; in: DEFUN |compConLib1| ; (BOOT::|removeFile| ; (BOOT::|makeFullFilePath| (LIST BOOT::|libName| 'BOOT::OUTPUT NIL))) ; ; caught STYLE-WARNING: ; undefined function: |removeFile| ; in: DEFUN |lisplibDoRename| ; (BOOT::|renameFile| BOOT::|modpath| BOOT::|output|) ; ; caught STYLE-WARNING: ; undefined function: |renameFile| ; in: DEFUN |lisplibError| ; (BOOT::|sayKeyedMsg| 'BOOT::S2IL0007 ; (LIST (BOOT::|namestring| (LIST BOOT::|fname| BOOT::|$spadLibFT|)) ; BOOT::|type| BOOT::|cname| BOOT::|typ| BOOT::|cn|)) ; ; caught STYLE-WARNING: ; undefined function: |sayKeyedMsg| ; in: DEFUN |loadLibNoUpdate| ; (BOOT::|sayKeyedMsg| 'BOOT::S2IL0002 ; (LIST (BOOT::|namestring| BOOT::|fullLibName|) BOOT::|kind| BOOT::|cname|)) ; ; caught STYLE-WARNING: ; undefined function: |sayKeyedMsg| ; in: DEFUN |loadLib| ; (BOOT::|sayKeyedMsg| 'BOOT::S2IL0002 ; (LIST (BOOT::|namestring| BOOT::|fullLibName|) BOOT::|kind| BOOT::|cname|)) ; ; caught STYLE-WARNING: ; undefined function: |sayKeyedMsg| ; in: DEFUN |findModule| ; (BOOT::|systemError| ; (CONS "missing module for " ; (BOOT::|bright| (BOOT::|dbConstructor| BOOT::|db|)))) ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; in: DEFUN |predicateBitIndex,pn| ; (BOOT::|systemError| NIL) ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; in: DEFUN |findDomainSlotNumber| ; (BOOT::|systemErrorHere| "findDomainSlotNumber") ; ; caught STYLE-WARNING: ; undefined function: |systemErrorHere| ; in: DEFUN |findConstructorSlotNumber| ; (BOOT::|systemErrorHere| ; (LIST 'BOOT::|findConstructorSlotNumber| BOOT::|domainForm|)) ; ; caught STYLE-WARNING: ; undefined function: |systemErrorHere| ; in: DEFUN |getSlotFromFunctor| ; (BOOT::|systemErrorHere| 'BOOT::|getSlotFromFunctor|) ; ; caught STYLE-WARNING: ; undefined function: |systemErrorHere| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |systemErrorHere| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/lisplib.clisp ; in: DEFUN |getPartialConstructorModemapSig| ; (BOOT::|throwEvalTypeMsg| 'BOOT::S2IL0015 (LIST BOOT::|c|)) ; ; caught STYLE-WARNING: ; undefined function: |throwEvalTypeMsg| ; in: DEFUN |lisplibError| ; (BOOT::|throwKeyedMsg| 'BOOT::S2IL0008 ; (LIST BOOT::|fname| BOOT::|typ| ; (BOOT::|namestring| (LIST BOOT::|fn| BOOT::|$spadLibFT|)))) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsg| ; in: DEFUN |compConLib1| ; (BOOT::|throwKeyedMsg| 'BOOT::S2IL0004 (LIST BOOT::|fun|)) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsg| ; in: DEFUN |loadIfNecessary| ; (BOOT::|throwKeyedMsg| 'BOOT::S2IL0005 (LIST BOOT::|u|)) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsg| ; ; compilation unit finished ; Undefined functions: ; |acquireTemporaryPathname| |addModemap| |algebraBootstrapDir| |bright| |compHasFormat| |compMakeCategoryObject| |copyFile| |eval| |expandToVMForm| |finalizeDocumentation| |insertAlist| |isCategoryForm| |keyedSystemError| |printBackendStmt| |profileWrite| |removeFile| |renameFile| |sayKeyedMsg| |systemError| |systemErrorHere| |throwEvalTypeMsg| |throwKeyedMsg| ; caught 46 STYLE-WARNING conditions ; printed 1 note ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/lisplib.fasl written ; compilation finished in 0:00:00.486 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=macex.fasl --load-directory=. ../../../open-axiom/src/interp/macex.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/macex.clisp" (written 01 FEB 2016 10:53:01 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "ptrees") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFUN |macroExpanded| ...) ; compiling (DEFUN |macExpand| ...) ; compiling (DEFUN |macWhere| ...) ; compiling (DEFUN |macWhere,mac| ...) ; compiling (DEFUN |macLambda| ...) ; compiling (DEFUN |macLambda,mac| ...) ; compiling (DEFUN |macLambdaParameterHandling| ...) ; compiling (DEFUN |macSubstituteId| ...) ; compiling (DEFUN |macSubstituteOuter| ...) ; compiling (DEFUN |mac0SubstituteOuter| ...) ; compiling (DEFUN |macMacro| ...) ; compiling (DEFUN |mac0Define| ...) ; compiling (DEFUN |mac0Get| ...) ; compiling (DEFUN |mac0GetName| ...) ; compiling (DEFUN |macId| ...) ; compiling (DEFUN |macApplication| ...) ; compiling (DEFUN |mac0MLambdaApply| ...) ; compiling (DEFUN |mac0ExpandBody| ...) ; compiling (DEFUN |mac0InfiniteExpansion| ...) ; compiling (DEFUN |mac0InfiniteExpansion,name| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/macex.clisp ; in: DEFUN |mac0InfiniteExpansion| ; (BOOT::|%pform| BOOT::|body|) ; ; caught STYLE-WARNING: ; undefined function: |%pform| ; in: DEFUN |mac0MLambdaApply| ; (BOOT::|%pform| BOOT::|p|) ; ; caught STYLE-WARNING: ; undefined function: |%pform| ; in: DEFUN |macMacro| ; (BOOT::|%pform| BOOT::|lhs|) ; ; caught STYLE-WARNING: ; undefined function: |%pform| ; in: DEFUN |macLambdaParameterHandling| ; (BOOT::|AlistRemoveQ| BOOT::|par| BOOT::|replist|) ; ; caught STYLE-WARNING: ; undefined function: |AlistRemoveQ| ; in: DEFUN |mac0MLambdaApply| ; (BOOT::|ncHardError| BOOT::|pos| 'BOOT::S2CM0003 ; (LIST (LENGTH BOOT::|params|) (LENGTH BOOT::|args|))) ; ; caught STYLE-WARNING: ; undefined function: |ncHardError| ; in: DEFUN |mac0InfiniteExpansion| ; (BOOT::|ncSoftError| BOOT::|posn| 'BOOT::S2CM0005 ; (LIST ; (LET ((BOOT::|bfVar#5| NIL) ; (BOOT::|bfVar#6| NIL) ; (BOOT::|bfVar#4| #) ; (BOOT::|n| NIL)) ; (LOOP (COND # #) ; (SETQ #))) ; BOOT::|fname| (BOOT::|%pform| BOOT::|body|))) ; ; caught STYLE-WARNING: ; undefined function: |ncSoftError| ; in: DEFUN |macMacro| ; (BOOT::|ncSoftError| (BOOT::|pfSourcePosition| BOOT::|lhs|) 'BOOT::S2CM0001 ; (LIST (BOOT::|%pform| BOOT::|lhs|))) ; ; caught STYLE-WARNING: ; undefined function: |ncSoftError| ; ; compilation unit finished ; Undefined functions: ; |%pform| |AlistRemoveQ| |ncHardError| |ncSoftError| ; caught 7 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/macex.fasl written ; compilation finished in 0:00:00.057 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=match.fasl --load-directory=. ../../../open-axiom/src/interp/match.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/match.clisp" (written 01 FEB 2016 10:53:01 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "sys-macros") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFPARAMETER |$wildCard| ...) ; compiling (DEFUN |maskMatch?| ...) ; compiling (DEFUN |substring?| ...) ; compiling (DEFUN |anySubstring?| ...) ; compiling (DEFUN |rightCharPosition| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/match.clisp ; in: DEFUN |rightCharPosition| ; (> BOOT::|i| 0) ; ==> ; BOOT::|i| ; ; note: deleting unreachable code ; compiling (DEFUN |stringPosition| ...) ; compiling (DEFUN |superMatch?| ...) ; compiling (DEFUN |logicalMatch?| ...) ; compiling (DEFUN |patternCheck| ...) ; compiling (DEFUN |patternCheck,mknew| ...) ; compiling (DEFUN |patternCheck,subWild| ...) ; compiling (DEFUN |patternCheck,pos| ...) ; compiling (DEFUN |patternCheck,equal| ...) ; compiling (DEFUN |patternCheck,wild| ...) ; compiling (DEFUN |match?| ...) ; compiling (DEFUN |stringMatch| ...) ; compiling (DEFUN |basicMatch?| ...) ; compiling (DEFUN |matchSegment?| ...) ; compiling (DEFUN |matchAnySegment?| ...) ; compiling (DEFUN |infix?| ...) ; compiling (DEFUN |prefix?| ...) ; compiling (DEFUN |suffix?| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/match.clisp ; in: DEFUN |stringPosition| ; (BOOT::|error| "index out of range") ; ; caught STYLE-WARNING: ; undefined function: |error| ; (BOOT::|findString| BOOT::|s| BOOT::|t| BOOT::|startpos|) ; ; caught STYLE-WARNING: ; undefined function: |findString| ; in: DEFUN |stringMatch| ; (BOOT::|systemError| "Wildcard must be a character") ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; in: DEFUN |logicalMatch?| ; (BOOT::|systemError| "unknown pattern form") ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; ; compilation unit finished ; Undefined functions: ; |error| |findString| |systemError| ; caught 4 STYLE-WARNING conditions ; printed 1 note ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/match.fasl written ; compilation finished in 0:00:00.079 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=monitor.fasl --load-directory=. ../../../open-axiom/src/interp/monitor.lisp ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/interp/monitor.lisp" (written 11 JAN 2016 09:41:16 PM): ; compiling (IMPORT-MODULE "sys-macros") ; compiling (IMPORT-MODULE "sys-utility") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFUN MONITOR-HELP ...) ; compiling (DEFVAR *MONITOR-DOMAINS* ...) ; compiling (DEFVAR *MONITOR-NRLIBS* ...) ; compiling (DEFVAR *MONITOR-TABLE* ...) ; compiling (DEFSTRUCT MONITOR-DATA ...) ; compiling (DEFUN MONITOR-INITTABLE ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/interp/monitor.lisp ; in: EVAL-WHEN (EVAL LOAD) ; (EVAL-WHEN (EVAL LOAD) ; (UNLESS BOOT::*MONITOR-TABLE* (BOOT::MONITOR-INITTABLE))) ; ; caught STYLE-WARNING: ; using deprecated EVAL-WHEN situation names LOAD EVAL ; compiling (UNLESS *MONITOR-TABLE* ...) ; compiling (DEFUN MONITOR-END ...) ; compiling (DEFUN MONITOR-RESULTS ...) ; compiling (DEFUN MONITOR-ADD ...) ; compiling (DEFUN MONITOR-DELETE ...) ; compiling (DEFUN MONITOR-ENABLE ...) ; compiling (DEFUN MONITOR-DISABLE ...) ; compiling (DEFUN MONITOR-RESET ...) ; compiling (DEFUN MONITOR-INCR ...) ; compiling (DEFUN MONITOR-DECR ...) ; compiling (DEFUN MONITOR-INFO ...) ; compiling (DEFUN MONITOR-FILE ...) ; compiling (DEFUN MONITOR-UNTESTED ...) ; compiling (DEFUN MONITOR-TESTED ...) ; compiling (DEFUN MONITOR-WRITE ...) ; compiling (DEFUN MONITOR-CHECKPOINT ...) ; compiling (DEFUN MONITOR-RESTORE ...) ; compiling (DEFUN MONITOR-DIRNAME ...) ; compiling (DEFUN MONITOR-AUTOLOAD ...) ; compiling (DEFUN MONITOR-NRLIB ...) ; compiling (DEFUN MONITOR-LIBNAME ...) ; compiling (DEFUN MONITOR-EXPOSEDP ...) ; compiling (DEFUN MONITOR-READINTERP ...) ; compiling (DEFUN MONITOR-REPORT ...) ; compiling (DEFUN MONITOR-PARSE ...) ; compiling (DEFUN MONITOR-SPADFILE ...) ; compiling (DEFUN MONITOR-PERCENT ...) ; compiling (DEFUN MONITOR-APROPOS ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/interp/monitor.lisp ; in: DEFUN MONITOR-APROPOS ; (BOOT::|findString| (STRING-UPCASE BOOT::STR) ; (STRING-UPCASE (SYMBOL-NAME BOOT::K))) ; ; caught STYLE-WARNING: ; undefined function: |findString| ; ; compilation unit finished ; Undefined function: ; |findString| ; caught 2 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/monitor.fasl written ; compilation finished in 0:00:00.221 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=msg.fasl --load-directory=. ../../../open-axiom/src/interp/msg.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/msg.clisp" (written 01 FEB 2016 10:53:02 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "sys-macros") ; compiling (IMPORT-MODULE "astr") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFPARAMETER |$erLocMsgDatabaseName| ...) ; compiling (DEFPARAMETER |$erGlbMsgDatabaseName| ...) ; compiling (DEFPARAMETER |$newcompErrorCount| ...) ; compiling (DEFCONSTANT |$imPrTagGuys| ...) ; compiling (DEFCONSTANT |$toWhereGuys| ...) ; compiling (DEFCONSTANT |$imPrGuys| ...) ; compiling (DEFCONSTANT |$repGuys| ...) ; compiling (DEFCONSTANT |$attrCats| ...) ; compiling (DEFPARAMETER $LINELENGTH ...) ; compiling (DEFPARAMETER |$preLength| ...) ; compiling (DEFPARAMETER $LOGLENGTH ...) ; compiling (DEFPARAMETER |$specificMsgTags| ...) ; compiling (DEFPARAMETER |$showKeyNum| ...) ; compiling (DEFPARAMETER |$compErrorPrefix| ...) ; compiling (DEFPARAMETER |$compBugPrefix| ...) ; compiling (DEFPARAMETER |$ncMsgList| ...) ; compiling (DEFUN |ncSoftError| ...) ; compiling (DEFUN |ncHardError| ...) ; compiling (DEFUN |ncBug| ...) ; compiling (DEFUN |msgCreate| ...) ; compiling (DEFUN |processKeyedError| ...) ; compiling (DEFUN |putDatabaseStuff| ...) ; compiling (DEFUN |getMsgInfoFromKey| ...) ; compiling (DEFUN |getErFromDbL| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/msg.clisp ; in: DEFUN |getErFromDbL| ; (OR BOOT::|fileFound| BOOT::|lastName|) ; --> LET IF OR THE ; ==> ; BOOT::|lastName| ; ; note: deleting unreachable code ; compiling (DEFUN |processChPosesForOneLine| ...) ; compiling (DEFUN |posPointers| ...) ; compiling (DEFUN |insertPos| ...) ; compiling (DEFUN |putFTText| ...) ; compiling (DEFUN |rep| ...) ; compiling (DEFUN |From| ...) ; compiling (DEFUN |To| ...) ; compiling (DEFUN |FromTo| ...) ; compiling (DEFUN |processMsgList| ...) ; compiling (DEFUN |erMsgSort| ...) ; compiling (DEFUN |erMsgCompare| ...) ; compiling (DEFUN |erMsgSep| ...) ; compiling (DEFUN |getLinePos| ...) ; compiling (DEFUN |getLineText| ...) ; compiling (DEFUN |queueUpErrors| ...) ; compiling (DEFUN |redundant| ...) ; compiling (DEFUN |sameMsg?| ...) ; compiling (DEFUN |thisPosIsLess| ...) ; compiling (DEFUN |thisPosIsEqual| ...) ; compiling (DEFUN |listOutputter| ...) ; compiling (DEFUN |msgOutputter| ...) ; compiling (DEFUN |toScreen?| ...) ; compiling (DEFUN |toFile?| ...) ; compiling (DEFUN |alreadyOpened?| ...) ; compiling (DEFUN |getStFromMsg| ...) ; compiling (DEFUN |tabbing| ...) ; compiling (DEFUN |setOptKeyBlanks| ...) ; compiling (DEFUN |getPosStL| ...) ; compiling (DEFUN |showMsgPos?| ...) ; compiling (DEFUN |remFile| ...) ; compiling (DEFUN |remLine| ...) ; compiling (DEFUN |decideHowMuch| ...) ; compiling (DEFUN |listDecideHowMuch| ...) ; compiling (DEFUN |getPreStL| ...) ; compiling (DEFUN |desiredMsg| ...) ; compiling (DEFUN |isKeyQualityP| ...) ; compiling (DEFUN |initImPr| ...) ; compiling (DEFUN |initToWhere| ...) ; compiling (DEFUN |msgImPr?| ...) ; compiling (DEFUN |msgNoRep?| ...) ; compiling (DEFUN |msgLeader?| ...) ; compiling (DEFUN |getMsgToWhere| ...) ; compiling (DEFUN |getMsgCatAttr| ...) ; compiling (DEFUN |setMsgForcedAttrList| ...) ; compiling (DEFUN |setMsgUnforcedAttrList| ...) ; compiling (DEFUN |setMsgForcedAttr| ...) ; compiling (DEFUN |setMsgUnforcedAttr| ...) ; compiling (DEFUN |setMsgCatlessAttr| ...) ; compiling (DEFUN |whichCat| ...) ; compiling (DEFUN |makeLeaderMsg| ...) ; compiling (DEFUN |makeMsgFromLine| ...) ; compiling (DEFUN |getMsgTag| ...) ; compiling (DEFUN |getMsgTag?| ...) ; compiling (DEFUN |leader?| ...) ; compiling (DEFUN |line?| ...) ; compiling (DEFUN |getMsgPosTagOb| ...) ; compiling (DEFUN |getMsgPos| ...) ; compiling (DEFUN |getMsgPos2| ...) ; compiling (DEFUN |getMsgFTTag?| ...) ; compiling (DEFUN |getMsgKey| ...) ; compiling (DEFUN |getMsgKey?| ...) ; compiling (DEFUN |getMsgArgL| ...) ; compiling (DEFUN |getMsgPrefix?| ...) ; compiling (DEFUN |getMsgPrefix| ...) ; compiling (DEFUN |getMsgLitSym| ...) ; compiling (DEFUN |getMsgText| ...) ; compiling (DEFUN |setMsgPrefix| ...) ; compiling (DEFUN |setMsgText| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/msg.clisp ; in: DEFUN |processKeyedError| ; (BOOT::|CallerName| 4) ; ; caught STYLE-WARNING: ; undefined function: |CallerName| ; in: DEFUN |erMsgCompare| ; (BOOT::|compareposns| BOOT::|pos2| BOOT::|pos1|) ; ; caught STYLE-WARNING: ; undefined function: |compareposns| ; in: DEFUN |ncBug| ; (BOOT::|enterBreak|) ; ; caught STYLE-WARNING: ; undefined function: |enterBreak| ; in: DEFUN |whichCat| ; (BOOT::|eval| BOOT::|cat|) ; ; caught STYLE-WARNING: ; undefined function: |eval| ; in: DEFUN |getErFromDbL| ; (BOOT::|fetchKeyedMsg| BOOT::|erMsgKey| (NOT BOOT::|lastName|)) ; ; caught STYLE-WARNING: ; undefined function: |fetchKeyedMsg| ; in: DEFUN |msgOutputter| ; (BOOT::|flowSegmentedMsg| BOOT::|st| BOOT::$LINELENGTH 0) ; ; caught STYLE-WARNING: ; undefined function: |flowSegmentedMsg| ; in: DEFUN |erMsgSort| ; (BOOT::|listSort| #'BOOT::|erMsgCompare| BOOT::|msgWPos|) ; ; caught STYLE-WARNING: ; undefined function: |listSort| ; in: DEFUN |ncBug| ; (BOOT::|ncAbort|) ; ; caught STYLE-WARNING: ; undefined function: |ncAbort| ; in: DEFUN |ncHardError| ; (BOOT::|ncError|) ; ; caught STYLE-WARNING: ; undefined function: |ncError| ; in: DEFPARAMETER |$erGlbMsgDatabaseName| ; (DEFPARAMETER BOOT::|$erGlbMsgDatabaseName| ; (BOOT::|pathname| '(BOOT::|co-eng| BOOT::|msgs| BOOT::|i|))) ; --> PROGN ; ==> ; (SB-IMPL::%DEFPARAMETER 'BOOT::|$erGlbMsgDatabaseName| ; (BOOT::|pathname| ; '(BOOT::|co-eng| BOOT::|msgs| BOOT::|i|)) ; (SB-C:SOURCE-LOCATION)) ; ; caught STYLE-WARNING: ; undefined function: |pathname| ; in: DEFPARAMETER |$erLocMsgDatabaseName| ; (DEFPARAMETER BOOT::|$erLocMsgDatabaseName| ; (BOOT::|pathname| '(BOOT::|co-eng| BOOT::|msgs| BOOT::|a|))) ; --> PROGN ; ==> ; (SB-IMPL::%DEFPARAMETER 'BOOT::|$erLocMsgDatabaseName| ; (BOOT::|pathname| ; '(BOOT::|co-eng| BOOT::|msgs| BOOT::|a|)) ; (SB-C:SOURCE-LOCATION)) ; ; caught STYLE-WARNING: ; undefined function: |pathname| ; in: DEFUN |putFTText| ; (BOOT::|poCharPosn| (BOOT::|getMsgPos| BOOT::|msg|)) ; ; caught STYLE-WARNING: ; undefined function: |poCharPosn| ; in: DEFUN |posPointers| ; (BOOT::|poCharPosn| (BOOT::|getMsgPos| BOOT::|msg|)) ; ; caught STYLE-WARNING: ; undefined function: |poCharPosn| ; in: DEFUN |processChPosesForOneLine| ; (BOOT::|poCharPosn| (BOOT::|getMsgPos| BOOT::|msg|)) ; ; caught STYLE-WARNING: ; undefined function: |poCharPosn| ; in: DEFUN |decideHowMuch| ; (BOOT::|poFileName| BOOT::|oldPos|) ; ; caught STYLE-WARNING: ; undefined function: |poFileName| ; in: DEFUN |thisPosIsEqual| ; (BOOT::|poGlobalLinePosn| BOOT::|pos|) ; ; caught STYLE-WARNING: ; undefined function: |poGlobalLinePosn| ; in: DEFUN |thisPosIsLess| ; (BOOT::|poGlobalLinePosn| BOOT::|pos|) ; ; caught STYLE-WARNING: ; undefined function: |poGlobalLinePosn| ; in: DEFUN |processMsgList| ; (BOOT::|poGlobalLinePosn| (BOOT::|getMsgPos| BOOT::|msgLine|)) ; ; caught STYLE-WARNING: ; undefined function: |poGlobalLinePosn| ; ; caught STYLE-WARNING: ; 2 more uses of undefined function |poGlobalLinePosn| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/msg.clisp ; in: DEFUN |makeMsgFromLine| ; (BOOT::|poLinePosn| BOOT::|posOfLine|) ; ; caught STYLE-WARNING: ; undefined function: |poLinePosn| ; in: DEFUN |decideHowMuch| ; (BOOT::|poLinePosn| BOOT::|oldPos|) ; ; caught STYLE-WARNING: ; undefined function: |poLinePosn| ; in: DEFUN |thisPosIsEqual| ; (BOOT::|poNopos?| BOOT::|pos|) ; ; caught STYLE-WARNING: ; undefined function: |poNopos?| ; in: DEFUN |thisPosIsLess| ; (BOOT::|poNopos?| BOOT::|pos|) ; ; caught STYLE-WARNING: ; undefined function: |poNopos?| ; in: DEFUN |erMsgSep| ; (BOOT::|poNopos?| (BOOT::|getMsgPos| BOOT::|msg|)) ; ; caught STYLE-WARNING: ; undefined function: |poNopos?| ; ; caught STYLE-WARNING: ; 2 more uses of undefined function |poNopos?| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/msg.clisp ; in: DEFUN |listDecideHowMuch| ; (BOOT::|poPosImmediate?| BOOT::|pos|) ; ; caught STYLE-WARNING: ; undefined function: |poPosImmediate?| ; in: DEFUN |decideHowMuch| ; (BOOT::|poPosImmediate?| BOOT::|pos|) ; ; caught STYLE-WARNING: ; undefined function: |poPosImmediate?| ; in: DEFUN |getPosStL| ; (BOOT::|ppos| BOOT::|msgPos|) ; ; caught STYLE-WARNING: ; undefined function: |ppos| ; in: DEFUN |getMsgInfoFromKey| ; (BOOT::|removeAttributes| BOOT::|msgText|) ; ; caught STYLE-WARNING: ; undefined function: |removeAttributes| ; (BOOT::|segmentKeyedMsg| BOOT::|msgText|) ; ; caught STYLE-WARNING: ; undefined function: |segmentKeyedMsg| ; (BOOT::|substituteSegmentedMsg| BOOT::|msgText| ; (BOOT::|getMsgArgL| BOOT::|msg|)) ; ; caught STYLE-WARNING: ; undefined function: |substituteSegmentedMsg| ; ; compilation unit finished ; Undefined functions: ; |CallerName| |compareposns| |enterBreak| |eval| |fetchKeyedMsg| |flowSegmentedMsg| |listSort| |ncAbort| |ncError| |pathname| |poCharPosn| |poFileName| |poGlobalLinePosn| |poLinePosn| |poNopos?| |poPosImmediate?| |ppos| |removeAttributes| |segmentKeyedMsg| |substituteSegmentedMsg| ; caught 31 STYLE-WARNING conditions ; printed 1 note ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/msg.fasl written ; compilation finished in 0:00:00.187 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=msgdb.fasl --load-directory=. ../../../open-axiom/src/interp/msgdb.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/msgdb.clisp" (written 01 FEB 2016 10:53:02 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "g-util") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFPARAMETER |$msgHash| ...) ; compiling (DEFPARAMETER |$msgDatabase| ...) ; compiling (DEFPARAMETER |$cacheMessages| ...) ; compiling (DEFPARAMETER |$msgDatabaseName| ...) ; compiling (DEFPARAMETER |$testingErrorPrefix| ...) ; compiling (DEFPARAMETER |$testingSystem| ...) ; compiling (DEFPARAMETER $MARG ...) ; compiling (DEFPARAMETER |$texFormatting| ...) ; compiling (DEFUN |string2Words| ...) ; compiling (DEFUN |wordFrom| ...) ; compiling (DEFUN |getKeyedMsg| ...) ; compiling (DEFUN |fetchKeyedMsg| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/msgdb.clisp ; in: DEFUN |fetchKeyedMsg| ; (DEFUN BOOT::|fetchKeyedMsg| (BOOT::|key| BOOT::|x|) ; (DECLARE (SPECIAL BOOT::|$defaultMsgDatabaseName| BOOT::|$msgHash|)) ; (PROGN ; (COND ; ((NULL BOOT::|$msgHash|) (SETQ #) ; (BOOT::|cacheKeyedMsg| BOOT::|$defaultMsgDatabaseName|))) ; (|AxiomCore|:|tableValue| BOOT::|$msgHash| ; (BOOT::|object2Identifier| BOOT::|key|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|fetchKeyedMsg| ; (BOOT::|key| BOOT::|x|) ; (DECLARE (SPECIAL BOOT::|$defaultMsgDatabaseName| BOOT::|$msgHash|)) ; (BLOCK BOOT::|fetchKeyedMsg| ; (PROGN ; (COND (# # #)) ; (|AxiomCore|:|tableValue| BOOT::|$msgHash| ; (BOOT::|object2Identifier| BOOT::|key|))))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |cacheKeyedMsg| ...) ; compiling (DEFUN |segmentKeyedMsg| ...) ; compiling (DEFUN |segmentedMsgPreprocess| ...) ; compiling (DEFUN |removeAttributes| ...) ; compiling (DEFUN |applyPrefix2String| ...) ; compiling (DEFUN |applyPrefix2String,f| ...) ; compiling (DEFUN |applyPrefix2String,g| ...) ; compiling (DEFUN |substituteSegmentedMsg| ...) ; compiling (DEFUN |addBlanks| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/msgdb.clisp ; in: DEFUN |addBlanks| ; (COND ((NOT (CONSP BOOT::|msg|)) BOOT::|msg|) ; ((NULL BOOT::|msg|) BOOT::|msg|) ; ((EQL (LENGTH BOOT::|msg|) 1) BOOT::|msg|) ; (T (SETQ BOOT::|blanksOff| NIL) (SETQ BOOT::|x| (CAR BOOT::|msg|)) ; (COND ((STRING= BOOT::|x| "%n") (SETQ #) (SETQ #)) (T (SETQ #))) ; (SETQ BOOT::|blank| " ") ; (LET ((BOOT::|bfVar#1| #) (BOOT::|y| NIL)) ; (LOOP (COND # # # #) ; (SETQ #))) ; (BOOTTRAN:|reverse!| BOOT::|msg1|))) ; --> IF COND IF PROGN ; ==> ; BOOT::|msg| ; ; note: deleting unreachable code ; compiling (DEFCONSTANT |$msgdbPrims| ...) ; compiling (DEFPARAMETER |$msgdbPunct| ...) ; compiling (DEFPARAMETER |$msgdbNoBlanksBeforeGroup| ...) ; compiling (DEFCONSTANT |$msgdbListPrims| ...) ; compiling (DEFUN |noBlankBeforeP| ...) ; compiling (DEFCONSTANT |$msgdbNoBlanksAfterGroup| ...) ; compiling (DEFUN |noBlankAfterP| ...) ; compiling (DEFUN |cleanUpSegmentedMsg| ...) ; compiling (DEFUN |operationLink| ...) ; compiling (DEFUN |buildMessage| ...) ; compiling (DEFUN |sayPatternMsg| ...) ; compiling (DEFUN |throwPatternMsg| ...) ; compiling (DEFUN |sayKeyedMsgAsTeX| ...) ; compiling (DEFUN |sayKeyedMsg| ...) ; compiling (DEFUN |sayKeyedMsgLocal| ...) ; compiling (DEFUN |throwKeyedErrorMsg| ...) ; compiling (DEFUN |throwKeyedMsgSP| ...) ; compiling (DEFUN |throwKeyedMsg| ...) ; compiling (DEFUN |throwListOfKeyedMsgs| ...) ; compiling (DEFUN |breakKeyedMsg| ...) ; compiling (DEFUN |keyedSystemError| ...) ; compiling (DEFUN |systemErrorHere| ...) ; compiling (DEFUN |isKeyedMsgInDb| ...) ; compiling (DEFUN |getKeyedMsgInDb| ...) ; compiling (DEFUN |sayKeyedMsgFromDb| ...) ; compiling (DEFUN |returnStLFromKey| ...) ; compiling (DEFUN |throwKeyedMsgFromDb| ...) ; compiling (DEFUN |queryUserKeyedMsg| ...) ; compiling (DEFUN |flowSegmentedMsg| ...) ; compiling (DEFUN |keyedMsgCompFailure| ...) ; compiling (DEFUN |keyedMsgCompFailureSP| ...) ; compiling (DEFUN |throwKeyedMsgCannotCoerceWithValue| ...) ; compiling (DEFUN |bright| ...) ; compiling (DEFUN |mkMessage| ...) ; compiling (DEFUN |sayMessage| ...) ; compiling (DEFUN |sayNewLine| ...) ; compiling (DEFUN |sayString| ...) ; compiling (DEFUN |spadStartUpMsgs| ...) ; compiling (DEFUN HELP ...) ; compiling (DEFUN |version| ...) ; compiling (DEFUN |brightPrint| ...) ; compiling (DEFUN |brightPrint0| ...) ; compiling (DEFUN |brightPrint0AsTeX| ...) ; compiling (DEFUN |blankIndicator| ...) ; compiling (DEFUN |brightPrint1| ...) ; compiling (DEFUN |brightPrintHighlight| ...) ; compiling (DEFUN |brightPrintHighlightAsTeX| ...) ; compiling (DEFUN |tabber| ...) ; compiling (DEFUN |brightPrintCenter| ...) ; compiling (DEFUN |brightPrintCenterAsTeX| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/msgdb.clisp ; in: DEFUN |brightPrintCenterAsTeX| ; (CAR BOOT::|lst|) ; ==> ; BOOT::|lst| ; ; note: deleting unreachable code ; compiling (DEFUN |brightPrintRightJustify| ...) ; compiling (DEFUN |sayBrightlyLength| ...) ; compiling (DEFUN |sayBrightlyLength1| ...) ; compiling (DEFUN |sayAsManyPerLineAsPossible| ...) ; compiling (DEFUN |say2PerLine| ...) ; compiling (DEFUN |say2PerLineWidth| ...) ; compiling (DEFUN |say2Split| ...) ; compiling (DEFUN |sayLongOperation| ...) ; compiling (DEFUN |splitListOn| ...) ; compiling (DEFUN |say2PerLineThatFit| ...) ; compiling (DEFUN |sayDisplayStringWidth| ...) ; compiling (DEFUN |sayDisplayWidth| ...) ; compiling (DEFUN |sayDisplayWidth,fn| ...) ; compiling (DEFUN |sayWidth| ...) ; compiling (DEFUN |sayWidth,fn| ...) ; compiling (DEFUN |pp2Cols| ...) ; compiling (DEFUN |ppPair| ...) ; compiling (DEFUN |canFit2ndEntry| ...) ; compiling (DEFUN |entryWidth| ...) ; compiling (DEFUN |center80| ...) ; compiling (DEFUN |centerAndHighlight| ...) ; compiling (DEFUN |centerNoHighlight| ...) ; compiling (DEFUN |center| ...) ; compiling (DEFUN |splitSayBrightly| ...) ; compiling (DEFUN |splitSayBrightlyArgument| ...) ; compiling (DEFUN |splitListSayBrightly| ...) ; compiling (DEFCONSTANT |$htSpecialChars| ...) ; compiling (DEFCONSTANT |$htCharAlist| ...) ; compiling (DEFUN |escapeSpecialChars| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/msgdb.clisp ; in: DEFUN |sayWidth| ; (BOOT::|atom2String| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |atom2String| ; in: DEFUN |sayDisplayWidth| ; (BOOT::|atom2String| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |atom2String| ; in: DEFUN |sayAsManyPerLineAsPossible| ; (BOOT::|atom2String| BOOT::|a|) ; ; caught STYLE-WARNING: ; undefined function: |atom2String| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |atom2String| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/msgdb.clisp ; in: DEFUN |throwKeyedMsgCannotCoerceWithValue| ; (BOOT::|coerceInteractive| (BOOT::|objNew| BOOT::|val| BOOT::|t1|) ; BOOT::|$OutputForm|) ; ; caught STYLE-WARNING: ; undefined function: |coerceInteractive| ; in: DEFUN |keyedMsgCompFailureSP| ; (BOOT::|getSrcPos| BOOT::|atree|) ; ; caught STYLE-WARNING: ; undefined function: |getSrcPos| ; in: DEFUN |throwKeyedMsgSP| ; (BOOT::|getSrcPos| BOOT::|atree|) ; ; caught STYLE-WARNING: ; undefined function: |getSrcPos| ; in: DEFUN |breakKeyedMsg| ; (BOOT::|handleLispBreakLoop| BOOT::|$BreakMode|) ; ; caught STYLE-WARNING: ; undefined function: |handleLispBreakLoop| ; in: DEFUN |brightPrintHighlightAsTeX| ; (BOOT::|mathprint| BOOT::|rst| BOOT::|out|) ; ; caught STYLE-WARNING: ; undefined function: |mathprint| ; in: DEFUN |brightPrintHighlight| ; (BOOT::|mathprint| BOOT::|rst| BOOT::|out|) ; ; caught STYLE-WARNING: ; undefined function: |mathprint| ; in: DEFUN |throwKeyedMsgCannotCoerceWithValue| ; (BOOT::|objNew| BOOT::|val| BOOT::|t1|) ; ; caught STYLE-WARNING: ; undefined function: |objNew| ; (BOOT::|objValUnwrap| BOOT::|val'|) ; ; caught STYLE-WARNING: ; undefined function: |objValUnwrap| ; in: DEFUN |fetchKeyedMsg| ; (BOOT::|object2Identifier| BOOT::|key|) ; ; caught STYLE-WARNING: ; undefined function: |object2Identifier| ; in: DEFUN |brightPrintHighlightAsTeX| ; (BOOT::|object2String| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |object2String| ; in: DEFUN |brightPrintHighlight| ; (BOOT::|object2String| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |object2String| ; in: DEFUN |throwListOfKeyedMsgs| ; (BOOT::|object2String| BOOT::|i|) ; ; caught STYLE-WARNING: ; undefined function: |object2String| ; ; caught STYLE-WARNING: ; 2 more uses of undefined function |object2String| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/msgdb.clisp ; in: DEFUN |sayKeyedMsgFromDb| ; (BOOT::|pathname| BOOT::|dbName|) ; ; caught STYLE-WARNING: ; undefined function: |pathname| ; in: DEFUN |getKeyedMsgInDb| ; (BOOT::|pathname| BOOT::|dbName|) ; ; caught STYLE-WARNING: ; undefined function: |pathname| ; in: DEFUN |isKeyedMsgInDb| ; (BOOT::|pathname| BOOT::|dbName|) ; ; caught STYLE-WARNING: ; undefined function: |pathname| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |pathname| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/msgdb.clisp ; in: DEFUN |substituteSegmentedMsg| ; (BOOT::|pkey| (BOOTTRAN:|subString| BOOT::|x| 2)) ; ; caught STYLE-WARNING: ; undefined function: |pkey| ; (BOOT::|prefix2String| BOOT::|arg|) ; ; caught STYLE-WARNING: ; undefined function: |prefix2String| ; in: DEFUN |applyPrefix2String,g| ; (BOOT::|prefix2String| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |prefix2String| ; in: DEFUN |substituteSegmentedMsg| ; (BOOT::|prefix2StringAsTeX| BOOT::|arg|) ; ; caught STYLE-WARNING: ; undefined function: |prefix2StringAsTeX| ; in: DEFUN |applyPrefix2String,g| ; (BOOT::|prefix2StringAsTeX| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |prefix2StringAsTeX| ; in: DEFUN |substituteSegmentedMsg| ; (BOOT::|pushOrTypeFuture| (INTERN BOOT::|x|) NIL) ; ; caught STYLE-WARNING: ; undefined function: |pushOrTypeFuture| ; in: DEFUN |spadStartUpMsgs| ; (BOOT::|specialChar| 'BOOT::|hbar|) ; ; caught STYLE-WARNING: ; undefined function: |specialChar| ; in: DEFUN |keyedMsgCompFailureSP| ; (BOOT::|srcPosDisplay| BOOT::|sp|) ; ; caught STYLE-WARNING: ; undefined function: |srcPosDisplay| ; in: DEFUN |throwKeyedMsgSP| ; (BOOT::|srcPosDisplay| BOOT::|sp|) ; ; caught STYLE-WARNING: ; undefined function: |srcPosDisplay| ; in: DEFUN |brightPrint0| ; (BOOT::|stdStreamIsTerminal| 1) ; ; caught STYLE-WARNING: ; undefined function: |stdStreamIsTerminal| ; ; compilation unit finished ; Undefined functions: ; |atom2String| |coerceInteractive| |getSrcPos| |handleLispBreakLoop| |mathprint| |objNew| |objValUnwrap| |object2Identifier| |object2String| |pathname| |pkey| |prefix2String| |prefix2StringAsTeX| |pushOrTypeFuture| |specialChar| |srcPosDisplay| |stdStreamIsTerminal| ; caught 32 STYLE-WARNING conditions ; printed 2 notes ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/msgdb.fasl written ; compilation finished in 0:00:00.398 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=newfort.fasl --load-directory=. ../../../open-axiom/src/interp/newfort.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/newfort.clisp" (written 01 FEB 2016 10:53:02 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "sys-macros") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFPARAMETER |$fortranArrayStartingIndex| ...) ; compiling (DEFUN |assignment2Fortran1| ...) ; compiling (DEFUN |integerAssignment2Fortran1| ...) ; compiling (DEFUN |statement2Fortran| ...) ; compiling (DEFUN |expression2Fortran| ...) ; compiling (DEFUN |expression2Fortran1| ...) ; compiling (DEFUN |newFortranTempVar| ...) ; compiling (DEFUN |fortranCleanUp| ...) ; compiling (DEFUN |exp2Fort1| ...) ; compiling (DEFUN |exp2Fort2| ...) ; compiling (DEFUN |exp2FortFn| ...) ; compiling (DEFUN |exp2FortOptimize| ...) ; compiling (DEFUN |exp2FortOptimizeCS| ...) ; compiling (DEFUN |beenHere| ...) ; compiling (DEFUN |exp2FortOptimizeCS1| ...) ; compiling (DEFUN |exp2FortOptimizeCS1,popCsStacks| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/newfort.clisp ; in: DEFUN |exp2FortOptimizeCS1,popCsStacks| ; (DEFUN BOOT::|exp2FortOptimizeCS1,popCsStacks| (BOOT::|x|) ; (DECLARE (SPECIAL BOOT::|$fortCsExprStack| BOOT::|$fortCsFuncStack|)) ; (PROGN ; (SETQ BOOT::|$fortCsFuncStack| (CDR BOOT::|$fortCsFuncStack|)) ; (SETQ BOOT::|$fortCsExprStack| (CDR BOOT::|$fortCsExprStack|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|exp2FortOptimizeCS1,popCsStacks| ; (BOOT::|x|) ; (DECLARE (SPECIAL BOOT::|$fortCsExprStack| BOOT::|$fortCsFuncStack|)) ; (BLOCK BOOT::|exp2FortOptimizeCS1,popCsStacks| ; (PROGN ; (SETQ BOOT::|$fortCsFuncStack| #) ; (SETQ BOOT::|$fortCsExprStack| #)))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |exp2FortOptimizeCS1,pushCsStacks| ...) ; compiling (DEFUN |exp2FortOptimizeArray| ...) ; compiling (DEFUN |fortran2Lines| ...) ; compiling (DEFUN |fortran2Lines1| ...) ; compiling (DEFUN |fortError1| ...) ; compiling (DEFUN |fortError| ...) ; compiling (DEFUN |dispStatement| ...) ; compiling (DEFUN |getStatement| ...) ; compiling (DEFUN |fortexp0| ...) ; compiling (DEFUN |formatAsFortranExpression| ...) ; compiling (DEFUN |dispfortexp| ...) ; compiling (DEFUN |dispfortexpf| ...) ; compiling (DEFUN |dispfortexpj| ...) ; compiling (DEFUN |dispfortexp1| ...) ; compiling (DEFUN |getfortexp1| ...) ; compiling (DEFUN |displayLines1| ...) ; compiling (DEFUN |displayLines| ...) ; compiling (DEFUN |checkLines| ...) ; compiling (DEFUN |dispfortarrayexp| ...) ; compiling (DEFUN |getfortarrayexp| ...) ; compiling (DEFPARAMETER |$currentSubprogram| ...) ; compiling (DEFPARAMETER |$symbolTable| ...) ; compiling (DEFUN |exp2FortSpecial| ...) ; compiling (DEFUN |mkMat| ...) ; compiling (DEFUN |mkFortFn| ...) ; compiling (DEFUN |fortranifyFunctionName| ...) ; compiling (DEFUN |fortranifyIntrinsicFunctionName| ...) ; compiling (DEFUN |indentFortLevel| ...) ; compiling (DEFUN |changeExprLength| ...) ; compiling (DEFUN |fortFormatDo| ...) ; compiling (DEFUN |fortFormatIfGoto| ...) ; compiling (DEFUN |fortFormatLabelledIfGoto| ...) ; compiling (DEFUN |fortFormatIf| ...) ; compiling (DEFUN |fortFormatElseIf| ...) ; compiling (DEFUN |fortFormatHead| ...) ; compiling (DEFUN |checkType| ...) ; compiling (DEFUN |mkParameterList| ...) ; compiling (DEFUN |mkParameterList,par2string| ...) ; compiling (DEFMACRO |nameLen| ...) ; compiling (DEFUN |fortFormatTypes| ...) ; compiling (DEFUN |fortFormatTypes,unravel| ...) ; compiling (DEFUN |fortFormatTypes1| ...) ; compiling (DEFUN |insertEntry| ...) ; compiling (DEFUN |fortFormatCharacterTypes| ...) ; compiling (DEFUN |fortFormatCharacterTypes,mkParameterList2| ...) ; compiling (DEFUN |fortFormatCharacterTypes,par2string| ...) ; compiling (DEFUN |fortFormatCharacterTypes,mkCharName| ...) ; compiling (DEFUN |fortFormatIntrinsics| ...) ; compiling (DEFUN |currentSP| ...) ; compiling (DEFUN |updateSymbolTable| ...) ; compiling (DEFUN |addCommas| ...) ; compiling (DEFPARAMETER |$intrinsics| ...) ; compiling (DEFUN |initialiseIntrinsicList| ...) ; compiling (DEFUN |getIntrinsicList| ...) ; compiling (DEFUN |fortPre| ...) ; compiling (DEFUN |fortPre1| ...) ; compiling (DEFUN |fortPreRoot| ...) ; compiling (DEFUN |fix2FortranFloat| ...) ; compiling (DEFUN |isFloat| ...) ; compiling (DEFUN |removeCharFromString| ...) ; compiling (DEFUN |checkPrecision| ...) ; compiling (DEFUN |fortExpSize| ...) ; compiling (DEFUN |fortSize| ...) ; compiling (DEFUN |fortSize,elen| ...) ; compiling (DEFUN |tempLen| ...) ; compiling (DEFUN |segment| ...) ; compiling (DEFUN |segment1| ...) ; compiling (DEFUN |segment2| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/newfort.clisp ; in: DEFUN |exp2FortOptimizeCS| ; (BOOT::|hashTable| 'EQ) ; ; caught STYLE-WARNING: ; undefined function: |hashTable| ; in: DEFUN |updateSymbolTable| ; (BOOT::|interpret| ; (LIST BOOT::|fun| (BOOTTRAN:|quote| BOOT::|name|) BOOT::|coercion|)) ; ; caught STYLE-WARNING: ; undefined function: |interpret| ; in: DEFUN |fortError| ; (BOOT::|mathPrint| BOOT::|v|) ; ; caught STYLE-WARNING: ; undefined function: |mathPrint| ; in: DEFUN |fortError1| ; (BOOT::|mathPrint| BOOT::|u|) ; ; caught STYLE-WARNING: ; undefined function: |mathPrint| ; in: DEFUN |exp2FortOptimize| ; (BOOT::|minimalise| BOOT::|e|) ; ; caught STYLE-WARNING: ; undefined function: |minimalise| ; in: DEFUN |dispfortexp| ; (BOOT::|object2Identifier| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |object2Identifier| ; in: DEFUN |exp2FortOptimizeArray| ; (BOOT::|object2Identifier| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |object2Identifier| ; in: DEFUN |exp2FortOptimizeCS1| ; (BOOT::|object2Identifier| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |object2Identifier| ; in: DEFUN |exp2FortSpecial| ; (BOOT::|object2String| BOOT::|var|) ; ; caught STYLE-WARNING: ; undefined function: |object2String| ; in: DEFUN |dispfortexp| ; (BOOT::|object2String| BOOT::|$IOindex|) ; ; caught STYLE-WARNING: ; undefined function: |object2String| ; in: DEFUN |exp2Fort2| ; (BOOT::|object2String| BOOT::|e|) ; ; caught STYLE-WARNING: ; undefined function: |object2String| ; in: DEFUN |expression2Fortran1| ; (BOOT::|outputTran| BOOT::|e|) ; ; caught STYLE-WARNING: ; undefined function: |outputTran| ; in: DEFUN |expression2Fortran| ; (BOOT::|outputTran| BOOT::|e|) ; ; caught STYLE-WARNING: ; undefined function: |outputTran| ; in: DEFUN |statement2Fortran| ; (BOOT::|outputTran| BOOT::|e|) ; ; caught STYLE-WARNING: ; undefined function: |outputTran| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |outputTran| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/newfort.clisp ; in: DEFUN |exp2FortOptimizeCS1| ; (BOOT::|popCsStacks| 0) ; ; caught STYLE-WARNING: ; undefined function: |popCsStacks| ; in: DEFUN |fortexp0| ; (BOOT::|position| "%l" BOOT::|f|) ; ; caught STYLE-WARNING: ; undefined function: |position| ; in: DEFUN |exp2Fort2| ; (BOOT::|position| BOOT::|op| BOOT::|unaryOps|) ; ; caught STYLE-WARNING: ; undefined function: |position| ; in: DEFUN |exp2FortOptimizeCS1| ; (BOOT::|pushCsStacks| BOOT::|f| 'CDR) ; ; caught STYLE-WARNING: ; undefined function: |pushCsStacks| ; in: DEFUN |fortError| ; (BOOT::|sayErrorly| 'BOOT::|Fortran translation error| BOOT::|msg|) ; ; caught STYLE-WARNING: ; undefined function: |sayErrorly| ; in: DEFUN |fortError1| ; (BOOT::|sayErrorly| 'BOOT::|Fortran translation error| ; 'BOOT::| No corresponding Fortran structure for:|) ; ; caught STYLE-WARNING: ; undefined function: |sayErrorly| ; ; compilation unit finished ; Undefined functions: ; |hashTable| |interpret| |mathPrint| |minimalise| |object2Identifier| |object2String| |outputTran| |popCsStacks| |position| |pushCsStacks| |sayErrorly| ; caught 22 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/newfort.fasl written ; compilation finished in 0:00:00.418 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=osyscmd.fasl --load-directory=. ../../../open-axiom/src/interp/osyscmd.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/osyscmd.clisp" (written 01 FEB 2016 10:53:03 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "int-top") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFUN |InterpExecuteSpadSystemCommand| ...) ; compiling (DEFUN |ExecuteInterpSystemCommand| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/osyscmd.clisp ; in: DEFUN |ExecuteInterpSystemCommand| ; (BOOT::|doSystemCommand| BOOT::|string|) ; ; caught STYLE-WARNING: ; undefined function: |doSystemCommand| ; ; compilation unit finished ; Undefined function: ; |doSystemCommand| ; caught 1 STYLE-WARNING condition ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/osyscmd.fasl written ; compilation finished in 0:00:00.007 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=packtran.fasl --load-directory=. ../../../open-axiom/src/interp/packtran.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/packtran.clisp" (written 01 FEB 2016 10:53:03 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "sys-macros") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFUN |rePackageTran| ...) ; compiling (DEFUN |packageTran| ...) ; compiling (DEFUN |zeroOneTran| ...) ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/packtran.fasl written ; compilation finished in 0:00:00.011 ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=pf2sex.fasl --load-directory=. ../../../open-axiom/src/interp/pf2sex.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/pf2sex.clisp" (written 01 FEB 2016 10:53:03 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "ptrees") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFPARAMETER |$dotdot| ...) ; compiling (DEFPARAMETER |$specificMsgTags| ...) ; compiling (DEFPARAMETER |$insideApplication| ...) ; compiling (DEFPARAMETER |$insideQuasiquotation| ...) ; compiling (DEFUN |pf2Sex| ...) ; compiling (DEFUN |pf2Sex1| ...) ; compiling (DEFUN |pfLiteral2Sex| ...) ; compiling (DEFUN |symEqual| ...) ; compiling (DEFUN |SymMemQ| ...) ; compiling (DEFUN |pmDontQuote?| ...) ; compiling (DEFUN |pfOp2Sex| ...) ; compiling (DEFUN |pfFinishApplication| ...) ; compiling (DEFUN |pfApplication2Sex| ...) ; compiling (DEFUN |pfQuasiquotation2Sex| ...) ; compiling (DEFUN |hasOptArgs?| ...) ; compiling (DEFUN |pfDefinition2Sex| ...) ; compiling (DEFUN |pfLambdaTran| ...) ; compiling (DEFUN |pfLambda2Sex| ...) ; compiling (DEFUN |pfCollectArgTran| ...) ; compiling (DEFUN |opTran| ...) ; compiling (DEFUN |pfSequence2Sex| ...) ; compiling (DEFUN |pfSequence2Sex0| ...) ; compiling (DEFUN |float2Sex| ...) ; compiling (DEFUN |loopIters2Sex| ...) ; compiling (DEFUN |pfCollect2Sex| ...) ; compiling (DEFUN |pfRule2Sex| ...) ; compiling (DEFUN |ruleLhsTran| ...) ; compiling (DEFUN |rulePredicateTran| ...) ; compiling (DEFUN |pvarPredTran| ...) ; compiling (DEFUN |patternVarsOf| ...) ; compiling (DEFUN |patternVarsOf1| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/pf2sex.clisp ; in: DEFUN |patternVarsOf1| ; (COND ((NULL BOOT::|expr|) BOOT::|varList|) ; ((NOT (CONSP BOOT::|expr|)) ; (COND ((NOT #) BOOT::|varList|) ; ((BOOT::|SymMemQ| BOOT::|expr| BOOT::|varList|) BOOT::|varList|) ; (T (CONS BOOT::|expr| BOOT::|varList|)))) ; ((AND (CONSP BOOT::|expr|) (PROGN (SETQ #) (SETQ #) T)) ; (LET ((BOOT::|bfVar#1| BOOT::|argl|) (BOOT::|arg| NIL)) ; (LOOP (COND # #) ; (SETQ #))) ; BOOT::|varList|) ; (T BOOT::|varList|)) ; --> IF COND IF COND IF COND THE PROGN ; ==> ; BOOT::|varList| ; ; note: deleting unreachable code ; compiling (DEFUN |pfLhsRule2Sex| ...) ; compiling (DEFUN |pfRhsRule2Sex| ...) ; compiling (DEFUN |pfSuchThat2Sex| ...) ; compiling (DEFUN |pfQuantified2Sex| ...) ; compiling (DEFUN |pfMacro2Sex| ...) ; compiling (DEFUN |pfMLambda2Sex| ...) ; compiling (DEFUN |pfType2SexOrNil| ...) ; compiling (DEFUN |pfDoc2SexOrNil| ...) ; compiling (DEFUN |pfWith2Sex| ...) ; compiling (DEFUN |pfAdd2Sex| ...) ; compiling (DEFUN |pfWDeclare2Sex| ...) ; compiling (DEFUN |pfAttribute2Sex| ...) ; compiling (DEFUN |pfWIf2Sex| ...) ; compiling (DEFUN |pfExport2Sex| ...) ; compiling (DEFUN |pfImport2Sex| ...) ; compiling (DEFUN |pfInline2Sex| ...) ; compiling (DEFUN |pfQualType2Sex| ...) ; compiling (DEFUN |pfCase2Sex| ...) ; compiling (DEFUN |pfCase2Sex,alt2Sex| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/pf2sex.clisp ; in: DEFUN |float2Sex| ; (BOOT::|intNewFloat|) ; ; caught STYLE-WARNING: ; undefined function: |intNewFloat| ; in: DEFUN |pf2Sex1| ; (BOOT::|intSetQuiet|) ; ; caught STYLE-WARNING: ; undefined function: |intSetQuiet| ; in: DEFUN |pf2Sex| ; (BOOT::|intUnsetQuiet|) ; ; caught STYLE-WARNING: ; undefined function: |intUnsetQuiet| ; in: DEFUN |pfLiteral2Sex| ; (BOOT::|keyedSystemError| "S2GE0017" (LIST "pfLiteral2Sex: unexpected form")) ; ; caught STYLE-WARNING: ; undefined function: |keyedSystemError| ; in: DEFUN |pf2Sex1| ; (BOOT::|keyedSystemError| "S2GE0017" (LIST "pf2Sex1: pfSuchThat")) ; ; caught STYLE-WARNING: ; undefined function: |keyedSystemError| ; (BOOT::|spadThrowBrightly| ; (BOOT::|pfDocumentText| (BOOT::|pfWrongWhy| BOOT::|pf|))) ; ; caught STYLE-WARNING: ; undefined function: |spadThrowBrightly| ; in: DEFUN |pfCase2Sex,alt2Sex| ; (BOOT::|systemError| "alternatives must be exit expressions") ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; in: DEFUN |pfLambdaTran| ; (BOOT::|systemError| "definition args should be typed") ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; in: DEFUN |pfDefinition2Sex| ; (BOOT::|systemError| ; "lhs of definition must be a single item in the interpreter") ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; ; compilation unit finished ; Undefined functions: ; |intNewFloat| |intSetQuiet| |intUnsetQuiet| |keyedSystemError| |spadThrowBrightly| |systemError| ; caught 9 STYLE-WARNING conditions ; printed 1 note ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/pf2sex.fasl written ; compilation finished in 0:00:00.184 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=scan.fasl --load-directory=. ../../../open-axiom/src/interp/scan.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/scan.clisp" (written 01 FEB 2016 10:53:03 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "dq") ; compiling (IMPORT-MODULE "incl") ; compiling (IMPORT-MODULE "sys-utility") ; compiling (IN-PACKAGE "BOOT") ; compiling (PROVIDE "scan") ; compiling (DEFCONSTANT |$RDigits| ...) ; compiling (DEFCONSTANT |$smallLetters| ...) ; compiling (DEFCONSTANT |scanKeyWords| ...) ; compiling (DEFUN |scanKeyTableCons| ...) ; compiling (DEFPARAMETER |scanKeyTable| ...) ; compiling (DEFUN |scanInsert| ...) ; compiling (DEFUN |scanDictCons| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/scan.clisp ; in: DEFUN |scanDictCons| ; (MULTIPLE-VALUE-BIND (#:G539 BOOT::|s| #:G540) ; (#:G538) ; (COND ((NOT #:G539) (RETURN NIL)) ; (T (BOOT::|scanInsert| BOOT::|s| BOOT::|d|)))) ; --> MULTIPLE-VALUE-CALL ; ==> ; #'(LAMBDA (&OPTIONAL (#:G539) (BOOT::|s|) (#:G540) &REST #:G41) ; (DECLARE (IGNORE #:G41)) ; (COND ((NOT #:G539) (RETURN NIL)) ; (T (BOOT::|scanInsert| BOOT::|s| BOOT::|d|)))) ; ; caught STYLE-WARNING: ; The variable #:G540 is defined but never used. ; compiling (DEFPARAMETER |scanDict| ...) ; compiling (DEFUN |scanPunCons| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/scan.clisp ; in: DEFUN |scanPunCons| ; (MULTIPLE-VALUE-BIND (#:G542 BOOT::|k| #:G543) ; (#:G541) ; (COND ((NOT #:G542) (RETURN NIL)) ((NOT (BOOT::|startsId?| #)) (SETF # 1)))) ; --> MULTIPLE-VALUE-CALL ; ==> ; #'(LAMBDA (&OPTIONAL (#:G542) (BOOT::|k|) (#:G543) &REST #:G68) ; (DECLARE (IGNORE #:G68)) ; (COND ((NOT #:G542) (RETURN NIL)) ; ((NOT (BOOT::|startsId?| #)) (SETF # 1)))) ; ; caught STYLE-WARNING: ; The variable #:G543 is defined but never used. ; compiling (DEFPARAMETER |scanPun| ...) ; compiling (LET (# #) ...) ; compiling (DEFUN |scanIgnoreLine| ...) ; compiling (DEFUN |nextline| ...) ; compiling (DEFUN |lineoftoks| ...) ; compiling (DEFUN |scanToken| ...) ; compiling (DEFUN |lfid| ...) ; compiling (DEFUN |lfkey| ...) ; compiling (DEFUN |lfinteger| ...) ; compiling (DEFUN |lfrinteger| ...) ; compiling (DEFUN |lffloat| ...) ; compiling (DEFUN |lfstring| ...) ; compiling (DEFUN |lfcomment| ...) ; compiling (DEFUN |lfnegcomment| ...) ; compiling (DEFUN |lferror| ...) ; compiling (DEFUN |lfspaces| ...) ; compiling (DEFUN |constoken| ...) ; compiling (DEFUN |scanEscape| ...) ; compiling (DEFUN |scanEsc| ...) ; compiling (DEFUN |startsComment?| ...) ; compiling (DEFUN |startsNegComment?| ...) ; compiling (DEFUN |scanNegComment| ...) ; compiling (DEFUN |scanComment| ...) ; compiling (DEFUN |scanPunct| ...) ; compiling (DEFUN |scanKeyTr| ...) ; compiling (DEFUN |scanPossFloat| ...) ; compiling (DEFCONSTANT |scanCloser| ...) ; compiling (DEFUN |scanCloser?| ...) ; compiling (DEFUN |scanSpace| ...) ; compiling (DEFUN |scanString| ...) ; compiling (DEFUN |scanS| ...) ; compiling (DEFUN |scanTransform| ...) ; compiling (DEFUN |posend| ...) ; compiling (DEFUN |scanW| ...) ; compiling (DEFUN |scanWord| ...) ; compiling (DEFUN |spleI| ...) ; compiling (DEFUN |spleI1| ...) ; compiling (DEFUN |scanCheckRadix| ...) ; compiling (DEFUN |scanNumber| ...) ; compiling (DEFUN |scanExponent| ...) ; compiling (DEFUN |rdigit?| ...) ; compiling (DEFUN |scanError| ...) ; compiling (DEFUN |keyword| ...) ; compiling (DEFUN |keyword?| ...) ; compiling (DEFUN |subMatch| ...) ; compiling (DEFUN |substringMatch| ...) ; compiling (DEFUN |punctuation?| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/scan.clisp ; in: DEFUN |scanError| ; (BOOT::|ncSoftError| ; (CONS BOOT::|$linepos| ; (+ (BOOT::|lnExtraBlanks| BOOT::|$linepos|) BOOT::|$n|)) ; 'BOOT::S2CN0003 (LIST (ELT BOOT::|$ln| BOOT::|n|))) ; ; caught STYLE-WARNING: ; undefined function: |ncSoftError| ; in: DEFUN |scanCheckRadix| ; (BOOT::|ncSoftError| ; (CONS BOOT::|$linepos| ; (+ (BOOT::|lnExtraBlanks| BOOT::|$linepos|) BOOT::|$n|)) ; 'BOOT::S2CN0004 (LIST BOOT::|a|)) ; ; caught STYLE-WARNING: ; undefined function: |ncSoftError| ; in: DEFUN |scanS| ; (BOOT::|ncSoftError| ; (CONS BOOT::|$linepos| ; (+ (BOOT::|lnExtraBlanks| BOOT::|$linepos|) BOOT::|$n|)) ; 'BOOT::S2CN0001 NIL) ; ; caught STYLE-WARNING: ; undefined function: |ncSoftError| ; ; compilation unit finished ; Undefined function: ; |ncSoftError| ; caught 5 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/scan.fasl written ; compilation finished in 0:00:00.233 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=pile.fasl --load-directory=. ../../../open-axiom/src/interp/pile.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/pile.clisp" (written 01 FEB 2016 10:53:04 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "scan") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFUN |pileColumn| ...) ; compiling (DEFUN |pileComment| ...) ; compiling (DEFUN |pilePlusComment| ...) ; compiling (DEFUN |insertpile| ...) ; compiling (DEFUN |pilePlusComments| ...) ; compiling (DEFUN |pileTree| ...) ; compiling (DEFUN |eqpileTree| ...) ; compiling (DEFUN |pileForest| ...) ; compiling (DEFUN |pileForest1| ...) ; compiling (DEFUN |pileForests| ...) ; compiling (DEFUN |pileCtree| ...) ; compiling (DEFUN |pileCforest| ...) ; compiling (DEFUN |firstTokPosn| ...) ; compiling (DEFUN |lastTokPosn| ...) ; compiling (DEFUN |separatePiles| ...) ; compiling (DEFUN |enPile| ...) ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/pile.fasl written ; compilation finished in 0:00:00.033 ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=postpar.fasl --load-directory=. ../../../open-axiom/src/interp/postpar.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/postpar.clisp" (written 01 FEB 2016 10:53:04 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "sys-macros") ; compiling (IN-PACKAGE "BOOT") ; compiling (PROVIDE "postpar") ; compiling (DEFTYPE |%ParseTree| ...) ; compiling (DEFTYPE |%ParseForm| ...) ; compiling (DEFPARAMETER |$postStack| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |postTransform| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/postpar.clisp ; in: DEFUN |postTransform| ; (DEFUN BOOT::|postTransform| (BOOT::|y|) ; (LET* (BOOT::|l| ; BOOT::|t| ; BOOT::|ISTMP#5| ; BOOT::|ISTMP#4| ; BOOT::|ISTMP#3| ; BOOT::|ISTMP#2| ; BOOT::|ISTMP#1| ; BOOT::|u| ; BOOT::|x|) ; (PROGN ; (SETQ BOOT::|x| BOOT::|y|) ; (SETQ BOOT::|u| #) ; (COND (# #)) ; (BOOT::|postTransformCheck| BOOT::|u|) ; BOOT::|u|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|postTransform| ; (BOOT::|y|) ; (BLOCK BOOT::|postTransform| ; (LET* (BOOT::|l| ; BOOT::|t| ; BOOT::|ISTMP#5| ; BOOT::|ISTMP#4| ; BOOT::|ISTMP#3| ; BOOT::|ISTMP#2| ; BOOT::|ISTMP#1| ; BOOT::|u| ; BOOT::|x|) ; (PROGN ; (SETQ #) ; (SETQ #) ; (COND #) ; (BOOT::|postTransformCheck| BOOT::|u|) ; BOOT::|u|)))) ; ; note: Assignment to argument: |y| ; prevents use of assertion from function type proclamation: ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; ; compiling (DEFUN |displayPreCompilationErrors| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |postTran| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/postpar.clisp ; in: DEFUN |postTran| ; (DEFUN BOOT::|postTran| (BOOT::|x|) ; (LET* (BOOT::|u| ; BOOT::|b| ; BOOT::|ISTMP#2| ; BOOT::|a| ; BOOT::|ISTMP#1| ; BOOT::|f| ; BOOT::|op|) ; (COND ((NOT #) (BOOT::|postAtom| BOOT::|x|)) ; (T (SETQ #) (COND # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|postTran| ; (BOOT::|x|) ; (BLOCK BOOT::|postTran| ; (LET* (BOOT::|u| ; BOOT::|b| ; BOOT::|ISTMP#2| ; BOOT::|a| ; BOOT::|ISTMP#1| ; BOOT::|f| ; BOOT::|op|) ; (COND (# #) (T # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |postTranList| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |postBigFloat| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |postAdd| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/postpar.clisp ; in: DEFUN |postAdd| ; (DEFUN BOOT::|postAdd| (BOOT::|x|) ; (LET* (BOOT::|b| BOOT::|a| BOOT::|ISTMP#1|) ; (COND ((NOT #) (BOOT::|systemErrorHere| #)) ; ((NULL BOOT::|b|) (BOOT::|postCapsule| BOOT::|a|)) ; (T (LIST 'BOOT::|add| # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|postAdd| ; (BOOT::|x|) ; (BLOCK BOOT::|postAdd| ; (LET* (BOOT::|b| BOOT::|a| BOOT::|ISTMP#1|) ; (COND (# #) (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |checkWarning| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |checkWarningIndentation| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |postCapsule| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/postpar.clisp ; in: DEFUN |postCapsule| ; (DEFUN BOOT::|postCapsule| (BOOT::|x|) ; (LET* (BOOT::|op|) ; (COND ((NOT #) (BOOT::|checkWarningIndentation|)) ; ((OR # #) (LIST 'BOOT::CAPSULE #)) ; ((EQ BOOT::|op| 'BOOT::|;|) (CONS 'BOOT::CAPSULE #)) ; ((EQ BOOT::|op| 'BOOT::|if|) (LIST 'BOOT::CAPSULE #)) ; (T (BOOT::|checkWarningIndentation|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|postCapsule| ; (BOOT::|x|) ; (BLOCK BOOT::|postCapsule| ; (LET* (BOOT::|op|) ; (COND (# #) (# #) (# #) (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |postColon| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |postAtSign| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/postpar.clisp ; in: DEFUN |postAtSign| ; (DEFUN BOOT::|postAtSign| (BOOT::|t|) ; (LET* (BOOT::|y| BOOT::|ISTMP#2| BOOT::|x| BOOT::|ISTMP#1|) ; (COND ((NOT #) (BOOT::|systemErrorHere| #)) (T (CONS 'BOOT::@ #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|postAtSign| ; (BOOT::|t|) ; (BLOCK BOOT::|postAtSign| ; (LET* (BOOT::|y| BOOT::|ISTMP#2| BOOT::|x| BOOT::|ISTMP#1|) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |postPretend| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/postpar.clisp ; in: DEFUN |postPretend| ; (DEFUN BOOT::|postPretend| (BOOT::|t|) ; (LET* (BOOT::|y| BOOT::|ISTMP#2| BOOT::|x| BOOT::|ISTMP#1|) ; (COND ((NOT #) (BOOT::|systemErrorHere| #)) ; (T (CONS 'BOOT::|pretend| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|postPretend| ; (BOOT::|t|) ; (BLOCK BOOT::|postPretend| ; (LET* (BOOT::|y| BOOT::|ISTMP#2| BOOT::|x| BOOT::|ISTMP#1|) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |postConstruct| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/postpar.clisp ; in: DEFUN |postConstruct| ; (DEFUN BOOT::|postConstruct| (BOOT::|u|) ; (LET* (BOOT::|y| ; BOOT::|l| ; BOOT::|q| ; BOOT::|ISTMP#2| ; BOOT::|p| ; BOOT::|a| ; BOOT::|b| ; BOOT::|ISTMP#1|) ; (COND ((AND # # #) (SETQ #) (COND # # #)) (T BOOT::|u|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|postConstruct| ; (BOOT::|u|) ; (BLOCK BOOT::|postConstruct| ; (LET* (BOOT::|y| ; BOOT::|l| ; BOOT::|q| ; BOOT::|ISTMP#2| ; BOOT::|p| ; BOOT::|a| ; BOOT::|b| ; BOOT::|ISTMP#1|) ; (COND (# # #) (T BOOT::|u|))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |postError| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |postMakeCons| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |postAtom| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/postpar.clisp ; in: DEFUN |postAtom| ; (DEFUN BOOT::|postAtom| (BOOT::|x|) ; (COND ((EQL BOOT::|x| 0) BOOT::|$Zero|) ((EQL BOOT::|x| 1) BOOT::|$One|) ; ((EQ BOOT::|x| 'BOOT::|,|) 'BOOT::|%Comma|) ; ((|AxiomCore|:|ident?| BOOT::|x|) (BOOT::|normalizeName| BOOT::|x|)) ; (T BOOT::|x|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|postAtom| ; (BOOT::|x|) ; (BLOCK BOOT::|postAtom| ; (COND ((EQL BOOT::|x| 0) BOOT::|$Zero|) ; ((EQL BOOT::|x| 1) BOOT::|$One|) ; ((EQ BOOT::|x| 'BOOT::|,|) 'BOOT::|%Comma|) ; ((|AxiomCore|:|ident?| BOOT::|x|) ; (BOOT::|normalizeName| BOOT::|x|)) ; (T BOOT::|x|)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |postBlock| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/postpar.clisp ; in: DEFUN |postBlock| ; (DEFUN BOOT::|postBlock| (BOOT::|t|) ; (LET* (BOOT::|l| BOOT::|x| BOOT::|ISTMP#2| BOOT::|ISTMP#1|) ; (COND ((NOT #) (BOOT::|systemErrorHere| #)) (T (CONS 'BOOT::SEQ #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|postBlock| ; (BOOT::|t|) ; (BLOCK BOOT::|postBlock| ; (LET* (BOOT::|l| BOOT::|x| BOOT::|ISTMP#2| BOOT::|ISTMP#1|) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |postBlockItemList| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |postBlockItem| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/postpar.clisp ; in: DEFUN |postBlockItem| ; (DEFUN BOOT::|postBlockItem| (BOOT::|x|) ; (LET* (BOOT::|l| ; BOOT::|t| ; BOOT::|ISTMP#5| ; BOOT::|y| ; BOOT::|ISTMP#4| ; BOOT::|ISTMP#3| ; BOOT::|ISTMP#2| ; BOOT::|ISTMP#1|) ; (PROGN (SETQ BOOT::|x| #) (COND (# #) (T BOOT::|x|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|postBlockItem| ; (BOOT::|x|) ; (BLOCK BOOT::|postBlockItem| ; (LET* (BOOT::|l| ; BOOT::|t| ; BOOT::|ISTMP#5| ; BOOT::|y| ; BOOT::|ISTMP#4| ; BOOT::|ISTMP#3| ; BOOT::|ISTMP#2| ; BOOT::|ISTMP#1|) ; (PROGN (SETQ #) (COND # #))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |postCategory| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/postpar.clisp ; in: DEFUN |postCategory| ; (DEFUN BOOT::|postCategory| (BOOT::|u|) ; (LET* (BOOT::|op| BOOT::|l|) ; (DECLARE (SPECIAL BOOT::|$insidePostCategoryIfTrue|)) ; (COND ((NOT #) (BOOT::|systemErrorHere| #)) ((NULL BOOT::|l|) BOOT::|u|) ; (T (SETQ #) (CONS BOOT::|op| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|postCategory| ; (BOOT::|u|) ; (BLOCK BOOT::|postCategory| ; (LET* (BOOT::|op| BOOT::|l|) ; (DECLARE (SPECIAL BOOT::|$insidePostCategoryIfTrue|)) ; (COND (# #) (# BOOT::|u|) (T # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DEFUN |postCategory,fn| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |postComma| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/postpar.clisp ; in: DEFUN |postComma| ; (DEFUN BOOT::|postComma| (BOOT::|u|) ; (BOOT::|post%Comma| ; (CONS 'BOOT::|%Comma| (BOOT::|postFlatten| BOOT::|u| 'BOOT::|,|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|postComma| ; (BOOT::|u|) ; (BLOCK BOOT::|postComma| ; (BOOT::|post%Comma| ; (CONS 'BOOT::|%Comma| (BOOT::|postFlatten| BOOT::|u| 'BOOT::|,|))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DEFUN |postLhsOfDefinition| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |postDef| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/postpar.clisp ; in: DEFUN |postDef| ; (DEFUN BOOT::|postDef| (BOOT::|t|) ; (LET* (BOOT::|typeList| ; BOOT::|argTypeList| ; BOOT::|newLhs| ; BOOT::|argl| ; BOOT::|op| ; BOOT::|a| ; BOOT::|targetType| ; BOOT::|form| ; BOOT::|LETTMP#1| ; BOOT::|name| ; BOOT::|rhs| ; BOOT::|ISTMP#2| ; ...) ; (DECLARE ; (SPECIAL BOOT::|$docList| BOOT::|$headerDocumentation| ; BOOT::|$maxSignatureLineNumber|)) ; (COND ((NOT #) (BOOT::|systemErrorHere| #)) ; ((AND # # #) (BOOT::|postMDef| #)) ; (T (BOOT::|recordHeaderDocumentation| NIL) (COND #) (SETQ #) ; (SETQ #) (SETQ #) (SETQ #) (COND #) (SETQ #) (SETQ #) (SETQ #) ; (COND #) ...)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|postDef| ; (BOOT::|t|) ; (BLOCK BOOT::|postDef| ; (LET* (BOOT::|typeList| ; BOOT::|argTypeList| ; BOOT::|newLhs| ; BOOT::|argl| ; BOOT::|op| ; BOOT::|a| ; BOOT::|targetType| ; BOOT::|form| ; BOOT::|LETTMP#1| ; BOOT::|name| ; BOOT::|rhs| ; BOOT::|ISTMP#2| ; ...) ; (DECLARE ; (SPECIAL BOOT::|$docList| BOOT::|$headerDocumentation| ; BOOT::|$maxSignatureLineNumber|)) ; (COND (# #) (# #) (T # # # # # # # # # # # ...))))) ; ; note: Assignment to argument: |t| ; prevents use of assertion from function type proclamation: ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; ; (SETQ BOOT::|form| (LIST BOOT::|form|)) ; ; note: deleting unreachable code ; (DEFUN BOOT::|postDef| (BOOT::|t|) ; (LET* (BOOT::|typeList| ; BOOT::|argTypeList| ; BOOT::|newLhs| ; BOOT::|argl| ; BOOT::|op| ; BOOT::|a| ; BOOT::|targetType| ; BOOT::|form| ; BOOT::|LETTMP#1| ; BOOT::|name| ; BOOT::|rhs| ; BOOT::|ISTMP#2| ; ...) ; (DECLARE ; (SPECIAL BOOT::|$docList| BOOT::|$headerDocumentation| ; BOOT::|$maxSignatureLineNumber|)) ; (COND ((NOT #) (BOOT::|systemErrorHere| #)) ; ((AND # # #) (BOOT::|postMDef| #)) ; (T (BOOT::|recordHeaderDocumentation| NIL) (COND #) (SETQ #) ; (SETQ #) (SETQ #) (SETQ #) (COND #) (SETQ #) (SETQ #) (SETQ #) ; (COND #) ...)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|postDef| ; (BOOT::|t|) ; (BLOCK BOOT::|postDef| ; (LET* (BOOT::|typeList| ; BOOT::|argTypeList| ; BOOT::|newLhs| ; BOOT::|argl| ; BOOT::|op| ; BOOT::|a| ; BOOT::|targetType| ; BOOT::|form| ; BOOT::|LETTMP#1| ; BOOT::|name| ; BOOT::|rhs| ; BOOT::|ISTMP#2| ; ...) ; (DECLARE ; (SPECIAL BOOT::|$docList| BOOT::|$headerDocumentation| ; BOOT::|$maxSignatureLineNumber|)) ; (COND (# #) (# #) (T # # # # # # # # # # # ...))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |postDefArgs| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/postpar.clisp ; in: DEFUN |postDefArgs| ; (DEFUN BOOT::|postDefArgs| (BOOT::|argl|) ; (LET* (BOOT::|b| BOOT::|a| BOOT::|ISTMP#2| BOOT::|ISTMP#1|) ; (COND ((NULL BOOT::|argl|) BOOT::|argl|) ; ((AND # #) (SETQ #) (COND # # #)) (T (CONS # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|postDefArgs| ; (BOOT::|argl|) ; (BLOCK BOOT::|postDefArgs| ; (LET* (BOOT::|b| BOOT::|a| BOOT::|ISTMP#2| BOOT::|ISTMP#1|) ; (COND (# BOOT::|argl|) (# # #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NULL ; (CONS ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING ; CONS) ; T)) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |postMDef| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/postpar.clisp ; in: DEFUN |postMDef| ; (DEFUN BOOT::|postMDef| (BOOT::|t|) ; (LET* (BOOT::|typeList| ; BOOT::|ISTMP#2| ; BOOT::|newLhs| ; BOOT::|a| ; BOOT::|ISTMP#1| ; BOOT::|targetType| ; BOOT::|form| ; BOOT::|LETTMP#1| ; BOOT::|rhs| ; BOOT::|lhs|) ; (PROGN ; (SETQ BOOT::|lhs| #) ; (SETQ BOOT::|rhs| #) ; (SETQ BOOT::|lhs| #) ; (SETQ BOOT::|LETTMP#1| #) ; (SETQ BOOT::|form| #) ; (SETQ BOOT::|targetType| #) ; (SETQ BOOT::|newLhs| #) ; (SETQ BOOT::|typeList| #) ; (LIST 'BOOT::MDEF BOOT::|newLhs| BOOT::|typeList| ; (BOOT::|postTran| BOOT::|rhs|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|postMDef| ; (BOOT::|t|) ; (BLOCK BOOT::|postMDef| ; (LET* (BOOT::|typeList| ; BOOT::|ISTMP#2| ; BOOT::|newLhs| ; BOOT::|a| ; BOOT::|ISTMP#1| ; BOOT::|targetType| ; BOOT::|form| ; BOOT::|LETTMP#1| ; BOOT::|rhs| ; BOOT::|lhs|) ; (PROGN ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (LIST 'BOOT::MDEF BOOT::|newLhs| BOOT::|typeList| #))))) ; ; note: Assignment to argument: |t| ; prevents use of assertion from function type proclamation: ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |postElt| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/postpar.clisp ; in: DEFUN |postElt| ; (DEFUN BOOT::|postElt| (BOOT::|u|) ; (LET* (BOOT::|b| BOOT::|ISTMP#2| BOOT::|a| BOOT::|ISTMP#1|) ; (COND ((NOT #) (BOOT::|systemErrorHere| #)) (T (SETQ #) (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|postElt| ; (BOOT::|u|) ; (BLOCK BOOT::|postElt| ; (LET* (BOOT::|b| BOOT::|ISTMP#2| BOOT::|a| BOOT::|ISTMP#1|) ; (COND (# #) (T # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |postExit| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/postpar.clisp ; in: DEFUN |postExit| ; (DEFUN BOOT::|postExit| (BOOT::|t|) ; (LET* (BOOT::|b| BOOT::|ISTMP#2| BOOT::|a| BOOT::|ISTMP#1|) ; (COND ((NOT #) (BOOT::|systemErrorHere| #)) ; (T (LIST 'IF # # 'BOOT::|%noBranch|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|postExit| ; (BOOT::|t|) ; (BLOCK BOOT::|postExit| ; (LET* (BOOT::|b| BOOT::|ISTMP#2| BOOT::|a| BOOT::|ISTMP#1|) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |postFlatten| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |postForm| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/postpar.clisp ; in: DEFUN |postForm| ; (DEFUN BOOT::|postForm| (BOOT::|u|) ; (LET* (BOOT::|y| ; BOOT::|ISTMP#2| ; BOOT::|x| ; BOOT::|ISTMP#1| ; BOOT::|argl| ; BOOT::|op|) ; (COND ((NOT #) (BOOT::|systemErrorHere| #)) (T (SETQ #) (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|postForm| ; (BOOT::|u|) ; (BLOCK BOOT::|postForm| ; (LET* (BOOT::|y| ; BOOT::|ISTMP#2| ; BOOT::|x| ; BOOT::|ISTMP#1| ; BOOT::|argl| ; BOOT::|op|) ; (COND (# #) (T # #))))) ; ; note: Assignment to argument: |u| ; prevents use of assertion from function type proclamation: ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |postIf| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/postpar.clisp ; in: DEFUN |postIf| ; (LET* (BOOT::|x| BOOT::|l|) ; (COND ((NOT (AND # # #)) BOOT::|t|) ; (T ; (CONS 'IF ; (LET # ; #))))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |postJoin| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |postMapping| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |postRepeat| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/postpar.clisp ; in: DEFUN |postRepeat| ; (DEFUN BOOT::|postRepeat| (BOOT::|t|) ; (LET* (BOOT::|m| BOOT::|x| BOOT::|ISTMP#2| BOOT::|ISTMP#1|) ; (COND ((NOT #) (BOOT::|systemErrorHere| #)) (T (CONS 'BOOT::REPEAT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|postRepeat| ; (BOOT::|t|) ; (BLOCK BOOT::|postRepeat| ; (LET* (BOOT::|m| BOOT::|x| BOOT::|ISTMP#2| BOOT::|ISTMP#1|) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |postCollect| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/postpar.clisp ; in: DEFUN |postCollect| ; (DEFUN BOOT::|postCollect| (BOOT::|t|) ; (LET* (BOOT::|r| ; BOOT::|itl| ; BOOT::|y| ; BOOT::|ISTMP#3| ; BOOT::D ; BOOT::|m| ; BOOT::|x| ; BOOT::|ISTMP#2| ; BOOT::|ISTMP#1| ; BOOT::|constructOp|) ; (COND ((NOT #) (BOOT::|systemErrorHere| #)) ; ((AND # #) (SETQ #) (BOOT::|postCollect| #)) ; (T (SETQ #) (SETQ #) (SETQ #) ; (BOOT::|postCollect,finish| BOOT::|constructOp| BOOT::|itl| ; BOOT::|y|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|postCollect| ; (BOOT::|t|) ; (BLOCK BOOT::|postCollect| ; (LET* (BOOT::|r| ; BOOT::|itl| ; BOOT::|y| ; BOOT::|ISTMP#3| ; BOOT::D ; BOOT::|m| ; BOOT::|x| ; BOOT::|ISTMP#2| ; BOOT::|ISTMP#1| ; BOOT::|constructOp|) ; (COND (# #) (# # #) (T # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DEFUN |postCollect,finish| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |postIteratorList| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |postin| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/postpar.clisp ; in: DEFUN |postin| ; (DEFUN BOOT::|postin| (BOOT::|arg|) ; (LET* (BOOT::|seq| BOOT::|ISTMP#2| BOOT::|i| BOOT::|ISTMP#1|) ; (COND ((NOT #) (BOOT::|systemErrorHere| #)) (T (LIST 'BOOT::|in| # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|postin| ; (BOOT::|arg|) ; (BLOCK BOOT::|postin| ; (LET* (BOOT::|seq| BOOT::|ISTMP#2| BOOT::|i| BOOT::|ISTMP#1|) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |postIn| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/postpar.clisp ; in: DEFUN |postIn| ; (DEFUN BOOT::|postIn| (BOOT::|arg|) ; (LET* (BOOT::|seq| BOOT::|ISTMP#2| BOOT::|i| BOOT::|ISTMP#1|) ; (COND ((NOT #) (BOOT::|systemErrorHere| #)) (T (LIST 'BOOT::IN # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|postIn| ; (BOOT::|arg|) ; (BLOCK BOOT::|postIn| ; (LET* (BOOT::|seq| BOOT::|ISTMP#2| BOOT::|i| BOOT::|ISTMP#1|) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |postInSeq| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/postpar.clisp ; in: DEFUN |postInSeq| ; (DEFUN BOOT::|postInSeq| (BOOT::|seq|) ; (LET* (BOOT::|l| BOOT::|q| BOOT::|ISTMP#2| BOOT::|p| BOOT::|ISTMP#1|) ; (COND ((AND # # #) (BOOT::|postTranSegment| BOOT::|p| BOOT::|q|)) ; ((AND # #) (SETQ #) (BOOT::|tuple2List| BOOT::|l|)) ; (T (BOOT::|postTran| BOOT::|seq|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|postInSeq| ; (BOOT::|seq|) ; (BLOCK BOOT::|postInSeq| ; (LET* (BOOT::|l| BOOT::|q| BOOT::|ISTMP#2| BOOT::|p| BOOT::|ISTMP#1|) ; (COND (# #) (# # #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |postTranSegment| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |tuple2List| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN SEGMENT ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/postpar.clisp ; in: DEFUN SEGMENT ; (DEFUN BOOT::SEGMENT (BOOT::|a| BOOT::|b|) ; (LET ((BOOT::|bfVar#1| NIL) (BOOT::|bfVar#2| NIL) (BOOT::|i| BOOT::|a|)) ; (LOOP (COND (# #) (# # #) (T # #)) ; (SETQ BOOT::|i| #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::SEGMENT ; (BOOT::|a| BOOT::|b|) ; (BLOCK BOOT::SEGMENT ; (LET ((BOOT::|bfVar#1| NIL) (BOOT::|bfVar#2| NIL) (BOOT::|i| BOOT::|a|)) ; (LOOP (COND # # #) ; (SETQ #))))) ; ; caught STYLE-WARNING: ; The definition has two args, but the proclamation has one. ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |postReduce| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/postpar.clisp ; in: DEFUN |postReduce| ; (DEFUN BOOT::|postReduce| (BOOT::|t|) ; (LET* (BOOT::|g| BOOT::|expr| BOOT::|ISTMP#2| BOOT::|op| BOOT::|ISTMP#1|) ; (COND ((NOT #) (BOOT::|systemErrorHere| #)) ; ((AND # #) (LIST 'REDUCE BOOT::|op| 0 #)) ; (T (BOOT::|postReduce| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|postReduce| ; (BOOT::|t|) ; (BLOCK BOOT::|postReduce| ; (LET* (BOOT::|g| ; BOOT::|expr| ; BOOT::|ISTMP#2| ; BOOT::|op| ; BOOT::|ISTMP#1|) ; (COND (# #) (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |postFlattenLeft| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |postSemiColon| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |postSequence| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/postpar.clisp ; in: DEFUN |postSequence| ; (DEFUN BOOT::|postSequence| (BOOT::|t|) ; (LET* (BOOT::|l|) ; (COND ((NOT #) (BOOT::|systemErrorHere| #)) (T (CONS '# #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|postSequence| ; (BOOT::|t|) ; (BLOCK BOOT::|postSequence| ; (LET* (BOOT::|l|) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |postSignature| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/postpar.clisp ; in: DEFUN |postSignature| ; (DEFUN BOOT::|postSignature| (BOOT::|t|) ; (LET* (BOOT::|sig1| BOOT::|sig| BOOT::|ISTMP#2| BOOT::|op| BOOT::|ISTMP#1|) ; (COND ((NOT #) (BOOT::|systemErrorHere| #)) (T (SETQ #) (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|postSignature| ; (BOOT::|t|) ; (BLOCK BOOT::|postSignature| ; (LET* (BOOT::|sig1| ; BOOT::|sig| ; BOOT::|ISTMP#2| ; BOOT::|op| ; BOOT::|ISTMP#1|) ; (COND (# #) (T # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |killColons| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |postSlash| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/postpar.clisp ; in: DEFUN |postSlash| ; (DEFUN BOOT::|postSlash| (BOOT::|t|) ; (LET* (BOOT::|b| BOOT::|ISTMP#2| BOOT::|a| BOOT::|ISTMP#1|) ; (COND ((NOT #) (BOOT::|systemErrorHere| #)) ; ((STRINGP BOOT::|a|) (BOOT::|postTran| #)) (T (LIST '/ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|postSlash| ; (BOOT::|t|) ; (BLOCK BOOT::|postSlash| ; (LET* (BOOT::|b| BOOT::|ISTMP#2| BOOT::|a| BOOT::|ISTMP#1|) ; (COND (# #) (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |removeSuperfluousMapping| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |postType| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |post%Comma| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |postWhere| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/postpar.clisp ; in: DEFUN |postWhere| ; (DEFUN BOOT::|postWhere| (BOOT::|t|) ; (LET* (BOOT::|x| ; BOOT::|c| ; BOOT::|b| ; BOOT::|ISTMP#2| ; BOOT::|a| ; BOOT::|ISTMP#1|) ; (COND ((NOT #) (BOOT::|systemErrorHere| #)) ; (T (SETQ #) (CONS 'BOOT::|where| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|postWhere| ; (BOOT::|t|) ; (BLOCK BOOT::|postWhere| ; (LET* (BOOT::|x| ; BOOT::|c| ; BOOT::|b| ; BOOT::|ISTMP#2| ; BOOT::|a| ; BOOT::|ISTMP#1|) ; (COND (# #) (T # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |postWith| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/postpar.clisp ; in: DEFUN |postWith| ; (DEFUN BOOT::|postWith| (BOOT::|t|) ; (LET* (BOOT::|b| BOOT::|op| BOOT::|a| BOOT::|ISTMP#1|) ; (COND ((NOT #) (BOOT::|systemErrorHere| #)) ; (T ; (LET # ; # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|postWith| ; (BOOT::|t|) ; (BLOCK BOOT::|postWith| ; (LET* (BOOT::|b| BOOT::|op| BOOT::|a| BOOT::|ISTMP#1|) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |postTransformCheck| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/postpar.clisp ; in: DEFUN |postTransformCheck| ; (DEFUN BOOT::|postTransformCheck| (BOOT::|x|) ; (LET ((BOOT::|$defOp| NIL)) ; (DECLARE (SPECIAL BOOT::|$defOp|)) ; (BOOT::|postcheck| BOOT::|x|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|postTransformCheck| ; (BOOT::|x|) ; (BLOCK BOOT::|postTransformCheck| ; (LET ((BOOT::|$defOp| NIL)) ; (DECLARE (SPECIAL BOOT::|$defOp|)) ; (BOOT::|postcheck| BOOT::|x|)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |postcheck| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |setDefOp| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/postpar.clisp ; in: DEFUN |setDefOp| ; (DEFUN BOOT::|setDefOp| (BOOT::|f|) ; (LET* (BOOT::|g| BOOT::|ISTMP#1|) ; (DECLARE (SPECIAL BOOT::|$defOp| BOOT::|$topOp|)) ; (PROGN (COND (# #)) (SETQ BOOT::|f| #) (COND (BOOT::|$topOp| #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|setDefOp| ; (BOOT::|f|) ; (BLOCK BOOT::|setDefOp| ; (LET* (BOOT::|g| BOOT::|ISTMP#1|) ; (DECLARE (SPECIAL BOOT::|$defOp| BOOT::|$topOp|)) ; (PROGN (COND #) (SETQ #) (COND # #))))) ; ; note: Assignment to argument: |f| ; prevents use of assertion from function type proclamation: ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |unComma| ...) ; compiling (DEFUN |postAlternatives| ...) ; compiling (DEFUN |postAlternatives,tranAlt| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |postMatch| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/postpar.clisp ; in: DEFUN |postMatch| ; (DEFUN BOOT::|postMatch| (BOOT::|t|) ; (LET* (BOOT::|alts| BOOT::|ISTMP#2| BOOT::|expr| BOOT::|ISTMP#1|) ; (COND ((NOT #) (BOOT::|systemErrorHere| #)) ; (T (SETQ #) (LIST 'BOOT::|%Match| # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|postMatch| ; (BOOT::|t|) ; (BLOCK BOOT::|postMatch| ; (LET* (BOOT::|alts| BOOT::|ISTMP#2| BOOT::|expr| BOOT::|ISTMP#1|) ; (COND (# #) (T # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (LET (# #) ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/postpar.clisp ; in: DEFUN |postForm| ; (BOOT::|bright| BOOT::|u|) ; ; caught STYLE-WARNING: ; undefined function: |bright| ; in: DEFUN |postDefArgs| ; (BOOT::|bright| BOOT::|a|) ; ; caught STYLE-WARNING: ; undefined function: |bright| ; in: DEFUN |checkWarningIndentation| ; (BOOT::|bright| 'BOOT::|add|) ; ; caught STYLE-WARNING: ; undefined function: |bright| ; in: DEFUN |checkWarning| ; (BOOT::|concat| "Parsing error: " BOOT::|msg|) ; ; caught STYLE-WARNING: ; undefined function: |concat| ; in: DEFUN |postSignature| ; (BOOT::|internalName| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |internalName| ; in: DEFUN |postMDef| ; (BOOT::|internalName| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |internalName| ; in: DEFUN |postLhsOfDefinition| ; (BOOT::|internalName| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |internalName| ; in: DEFUN |postAtom| ; (BOOT::|normalizeName| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |normalizeName| ; in: DEFUN |postDef| ; (BOOT::|recordHeaderDocumentation| NIL) ; ; caught STYLE-WARNING: ; undefined function: |recordHeaderDocumentation| ; in: DEFUN |displayPreCompilationErrors| ; (BOOT::|sayMath| (CONS " " (CONS BOOT::|i| (CONS ") " BOOT::|x|)))) ; ; caught STYLE-WARNING: ; undefined function: |sayMath| ; in: DEFUN |postSignature| ; (BOOT::|stackWarning| "String syntax for %1b in signature is deprecated." ; (LIST BOOT::|op|)) ; ; caught STYLE-WARNING: ; undefined function: |stackWarning| ; in: DEFUN |postPretend| ; (BOOT::|systemErrorHere| (LIST 'BOOT::|postPretend| BOOT::|t|)) ; ; caught STYLE-WARNING: ; undefined function: |systemErrorHere| ; in: DEFUN |postAtSign| ; (BOOT::|systemErrorHere| (LIST 'BOOT::|postAtSign| BOOT::|t|)) ; ; caught STYLE-WARNING: ; undefined function: |systemErrorHere| ; in: DEFUN |postAdd| ; (BOOT::|systemErrorHere| (LIST 'BOOT::|postAdd| BOOT::|x|)) ; ; caught STYLE-WARNING: ; undefined function: |systemErrorHere| ; ; caught STYLE-WARNING: ; 17 more uses of undefined function |systemErrorHere| ; ; compilation unit finished ; Undefined functions: ; |bright| |concat| |internalName| |normalizeName| |recordHeaderDocumentation| |sayMath| |stackWarning| |systemErrorHere| ; caught 17 STYLE-WARNING conditions ; printed 35 notes ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/postpar.fasl written ; compilation finished in 0:00:00.376 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=parse.fasl --load-directory=. ../../../open-axiom/src/interp/parse.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/parse.clisp" (written 01 FEB 2016 10:53:04 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "postpar") ; compiling (IN-PACKAGE "BOOT") ; compiling (PROVIDE "parse") ; compiling (DEFPARAMETER |$defOp| ...) ; compiling (DEFPARAMETER |$normalizeTree| ...) ; compiling (DEFPARAMETER |$parsingType| ...) ; compiling (DEFUN |washOperatorName| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |parseTransform| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/parse.clisp ; in: DEFUN |parseTransform| ; (DEFUN BOOT::|parseTransform| (BOOT::|x|) ; (LET ((BOOT::|$defOp| NIL)) ; (DECLARE (SPECIAL BOOT::|$defOp|)) ; (BOOT::|parseTran| (BOOTTRAN:|substitute| 'BOOT::$ 'BOOT::% BOOT::|x|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|parseTransform| ; (BOOT::|x|) ; (BLOCK BOOT::|parseTransform| ; (LET ((BOOT::|$defOp| NIL)) ; (DECLARE (SPECIAL BOOT::|$defOp|)) ; (BOOT::|parseTran| ; (BOOTTRAN:|substitute| 'BOOT::$ 'BOOT::% BOOT::|x|))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |parseTran| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/parse.clisp ; in: DEFUN |parseTran| ; (DEFUN BOOT::|parseTran| (BOOT::|x|) ; (LET* (BOOT::|fn| BOOT::|r| BOOT::|u| BOOT::|argl| BOOT::|op|) ; (COND ((NOT #) BOOT::|x|) (T (SETQ #) (SETQ #) (SETQ #) (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|parseTran| ; (BOOT::|x|) ; (BLOCK BOOT::|parseTran| ; (LET* (BOOT::|fn| BOOT::|r| BOOT::|u| BOOT::|argl| BOOT::|op|) ; (COND (# BOOT::|x|) (T # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DEFUN |parseTran,g| ...) ; compiling (DEFUN |parseType| ...) ; compiling (DEFUN |parseTypeList| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |parseTranList| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/parse.clisp ; in: DEFUN |parseTranList| ; (DEFUN BOOT::|parseTranList| (BOOT::|l|) ; (COND ((NOT (CONSP BOOT::|l|)) (BOOT::|parseTran| BOOT::|l|)) ; (T (CONS (BOOT::|parseTran| #) (BOOT::|parseTranList| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|parseTranList| ; (BOOT::|l|) ; (BLOCK BOOT::|parseTranList| ; (COND ((NOT #) (BOOT::|parseTran| BOOT::|l|)) (T (CONS # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NULL ; (CONS ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING ; CONS) ; T)) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |parseConstruct| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |parseIs| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/parse.clisp ; in: DEFUN |parseIs| ; (DEFUN BOOT::|parseIs| (BOOT::|t|) ; (LET* (BOOT::|b| BOOT::|ISTMP#2| BOOT::|a| BOOT::|ISTMP#1|) ; (COND ((NOT #) (BOOT::|systemErrorHere| #)) (T (LIST 'BOOT::|is| # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|parseIs| ; (BOOT::|t|) ; (BLOCK BOOT::|parseIs| ; (LET* (BOOT::|b| BOOT::|ISTMP#2| BOOT::|a| BOOT::|ISTMP#1|) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |parseIsnt| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/parse.clisp ; in: DEFUN |parseIsnt| ; (DEFUN BOOT::|parseIsnt| (BOOT::|t|) ; (LET* (BOOT::|b| BOOT::|ISTMP#2| BOOT::|a| BOOT::|ISTMP#1|) ; (COND ((NOT #) (BOOT::|systemErrorHere| #)) ; (T (LIST 'BOOT::|isnt| # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|parseIsnt| ; (BOOT::|t|) ; (BLOCK BOOT::|parseIsnt| ; (LET* (BOOT::|b| BOOT::|ISTMP#2| BOOT::|a| BOOT::|ISTMP#1|) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |transIs| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |isListConstructor| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |transIs1| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |parseAssign| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/parse.clisp ; in: DEFUN |parseAssign| ; (DEFUN BOOT::|parseAssign| (BOOT::|t|) ; (LET* (BOOT::|p| BOOT::|y| BOOT::|ISTMP#2| BOOT::|x| BOOT::|ISTMP#1|) ; (COND ((NOT #) (BOOT::|systemErrorHere| #)) (T (SETQ #) (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|parseAssign| ; (BOOT::|t|) ; (BLOCK BOOT::|parseAssign| ; (LET* (BOOT::|p| BOOT::|y| BOOT::|ISTMP#2| BOOT::|x| BOOT::|ISTMP#1|) ; (COND (# #) (T # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |parseColon| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/parse.clisp ; in: DEFUN |parseColon| ; (DEFUN BOOT::|parseColon| (BOOT::|u|) ; (LET* (BOOT::|typ| BOOT::|ISTMP#2| BOOT::|x| BOOT::|ISTMP#1|) ; (COND ((NOT #) (BOOT::|systemErrorHere| #)) ; ((AND # # #) (LIST 'BOOT::|:| #)) ; ((AND # # #) (LIST 'BOOT::|:| # #)) (T BOOT::|u|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|parseColon| ; (BOOT::|u|) ; (BLOCK BOOT::|parseColon| ; (LET* (BOOT::|typ| BOOT::|ISTMP#2| BOOT::|x| BOOT::|ISTMP#1|) ; (COND (# #) (# #) (# #) (T BOOT::|u|))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |parseBigelt| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/parse.clisp ; in: DEFUN |parseBigelt| ; (DEFUN BOOT::|parseBigelt| (BOOT::|t|) ; (LET* (BOOT::|consForm| BOOT::|ISTMP#2| BOOT::|typ| BOOT::|ISTMP#1|) ; (COND ((NOT #) (BOOT::|systemErrorHere| #)) (T (CONS # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|parseBigelt| ; (BOOT::|t|) ; (BLOCK BOOT::|parseBigelt| ; (LET* (BOOT::|consForm| BOOT::|ISTMP#2| BOOT::|typ| BOOT::|ISTMP#1|) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |transUnCons| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/parse.clisp ; in: DEFUN |transUnCons| ; (DEFUN BOOT::|transUnCons| (BOOT::|u|) ; (LET* (BOOT::|y| BOOT::|ISTMP#2| BOOT::|x| BOOT::|ISTMP#1|) ; (COND ((NOT #) (BOOT::|systemErrorHere| #)) ((AND # # #) (COND # #)) ; ((AND # # #) (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|transUnCons| ; (BOOT::|u|) ; (BLOCK BOOT::|transUnCons| ; (LET* (BOOT::|y| BOOT::|ISTMP#2| BOOT::|x| BOOT::|ISTMP#1|) ; (COND (# #) (# #) (# #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |parseCoerce| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/parse.clisp ; in: DEFUN |parseCoerce| ; (DEFUN BOOT::|parseCoerce| (BOOT::|t|) ; (LET* (BOOT::|typ| BOOT::|ISTMP#2| BOOT::|x| BOOT::|ISTMP#1|) ; (COND ((NOT #) (BOOT::|systemErrorHere| #)) (T (LIST 'BOOT::|::| # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|parseCoerce| ; (BOOT::|t|) ; (BLOCK BOOT::|parseCoerce| ; (LET* (BOOT::|typ| BOOT::|ISTMP#2| BOOT::|x| BOOT::|ISTMP#1|) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |parseAtSign| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/parse.clisp ; in: DEFUN |parseAtSign| ; (DEFUN BOOT::|parseAtSign| (BOOT::|t|) ; (LET* (BOOT::|typ| BOOT::|ISTMP#2| BOOT::|x| BOOT::|ISTMP#1|) ; (COND ((NOT #) (BOOT::|systemErrorHere| #)) (T (LIST 'BOOT::@ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|parseAtSign| ; (BOOT::|t|) ; (BLOCK BOOT::|parseAtSign| ; (LET* (BOOT::|typ| BOOT::|ISTMP#2| BOOT::|x| BOOT::|ISTMP#1|) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |parsePretend| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/parse.clisp ; in: DEFUN |parsePretend| ; (DEFUN BOOT::|parsePretend| (BOOT::|t|) ; (LET* (BOOT::|typ| BOOT::|ISTMP#2| BOOT::|x| BOOT::|ISTMP#1|) ; (COND ((NOT #) (BOOT::|systemErrorHere| #)) ; (T (LIST 'BOOT::|pretend| # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|parsePretend| ; (BOOT::|t|) ; (BLOCK BOOT::|parsePretend| ; (LET* (BOOT::|typ| BOOT::|ISTMP#2| BOOT::|x| BOOT::|ISTMP#1|) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |parseHas| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/parse.clisp ; in: DEFUN |parseHas| ; (DEFUN BOOT::|parseHas| (BOOT::|t|) ; (LET* (BOOT::|y| BOOT::|ISTMP#2| BOOT::|x| BOOT::|ISTMP#1|) ; (COND ((NOT #) (BOOT::|systemErrorHere| #)) ; (T (LIST 'BOOT::|has| BOOT::|x| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|parseHas| ; (BOOT::|t|) ; (BLOCK BOOT::|parseHas| ; (LET* (BOOT::|y| BOOT::|ISTMP#2| BOOT::|x| BOOT::|ISTMP#1|) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DEFUN |parseHas,fn| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |parseDEF| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/parse.clisp ; in: DEFUN |parseDEF| ; (DEFUN BOOT::|parseDEF| (BOOT::|t|) ; (LET* (BOOT::|body| ; BOOT::|ISTMP#3| ; BOOT::|tList| ; BOOT::|ISTMP#2| ; BOOT::|ISTMP#1|) ; (DECLARE (SPECIAL BOOT::|$lhs|)) ; (COND ((NOT #) (BOOT::|systemErrorHere| #)) ; (T (BOOT::|setDefOp| BOOT::|$lhs|) (LIST 'BOOT::DEF # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|parseDEF| ; (BOOT::|t|) ; (BLOCK BOOT::|parseDEF| ; (LET* (BOOT::|body| ; BOOT::|ISTMP#3| ; BOOT::|tList| ; BOOT::|ISTMP#2| ; BOOT::|ISTMP#1|) ; (DECLARE (SPECIAL BOOT::|$lhs|)) ; (COND (# #) (T # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |parseLhs| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |parseMDEF| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/parse.clisp ; in: DEFUN |parseMDEF| ; (DEFUN BOOT::|parseMDEF| (BOOT::|t|) ; (LET* (BOOT::|body| ; BOOT::|ISTMP#3| ; BOOT::|tList| ; BOOT::|ISTMP#2| ; BOOT::|ISTMP#1|) ; (DECLARE (SPECIAL BOOT::|$lhs|)) ; (COND ((NOT #) (BOOT::|systemErrorHere| #)) ; (T (LIST 'BOOT::MDEF BOOT::|$lhs| # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|parseMDEF| ; (BOOT::|t|) ; (BLOCK BOOT::|parseMDEF| ; (LET* (BOOT::|body| ; BOOT::|ISTMP#3| ; BOOT::|tList| ; BOOT::|ISTMP#2| ; BOOT::|ISTMP#1|) ; (DECLARE (SPECIAL BOOT::|$lhs|)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |parseTranCheckForRecord| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/parse.clisp ; in: DEFUN |parseTranCheckForRecord| ; (DEFUN BOOT::|parseTranCheckForRecord| (BOOT::|x| BOOT::|op|) ; (LET* (BOOT::|ISTMP#2| BOOT::|ISTMP#1| BOOT::|l|) ; (PROGN (SETQ BOOT::|x| #) (COND (# # #) (T BOOT::|x|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|parseTranCheckForRecord| ; (BOOT::|x| BOOT::|op|) ; (BLOCK BOOT::|parseTranCheckForRecord| ; (LET* (BOOT::|ISTMP#2| BOOT::|ISTMP#1| BOOT::|l|) ; (PROGN (SETQ #) (COND # #))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; ; caught STYLE-WARNING: ; The variable |op| is defined but never used. ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |doParseCategory| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/parse.clisp ; in: DEFUN |doParseCategory| ; (DEFUN BOOT::|doParseCategory| (BOOT::|t|) ; (LET* (BOOT::|key| BOOT::|l| BOOT::|x|) ; (COND ((NOT #) (BOOT::|systemErrorHere| #)) ; (T ; (LET # ; # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|doParseCategory| ; (BOOT::|t|) ; (BLOCK BOOT::|doParseCategory| ; (LET* (BOOT::|key| BOOT::|l| BOOT::|x|) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |parseAnd| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/parse.clisp ; in: DEFUN |parseAnd| ; (DEFUN BOOT::|parseAnd| (BOOT::|t|) ; (LET* (BOOT::|a| BOOT::|u|) ; (COND ((NOT #) (BOOT::|systemErrorHere| #)) ; ((NULL BOOT::|u|) 'BOOT::|true|) ((AND # #) (SETQ #) BOOT::|a|) ; (T (BOOT::|parseIf| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|parseAnd| ; (BOOT::|t|) ; (BLOCK BOOT::|parseAnd| ; (LET* (BOOT::|a| BOOT::|u|) ; (COND (# #) (# 'BOOT::|true|) (# # BOOT::|a|) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |parseOr| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/parse.clisp ; in: DEFUN |parseOr| ; (DEFUN BOOT::|parseOr| (BOOT::|t|) ; (LET* (BOOT::|y| ; BOOT::|ISTMP#2| ; BOOT::|ISTMP#1| ; BOOT::|x| ; BOOT::|a| ; BOOT::|u|) ; (COND ((NOT #) (BOOT::|systemErrorHere| #)) ; ((NULL BOOT::|u|) 'BOOT::|false|) ((AND # #) (SETQ #) BOOT::|a|) ; ((PROGN # #) (BOOT::|parseIf| #)) (T (BOOT::|parseIf| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|parseOr| ; (BOOT::|t|) ; (BLOCK BOOT::|parseOr| ; (LET* (BOOT::|y| ; BOOT::|ISTMP#2| ; BOOT::|ISTMP#1| ; BOOT::|x| ; BOOT::|a| ; BOOT::|u|) ; (COND (# #) (# 'BOOT::|false|) (# # BOOT::|a|) (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |doParseExit| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/parse.clisp ; in: DEFUN |doParseExit| ; (DEFUN BOOT::|doParseExit| (BOOT::|t|) ; (LET* (BOOT::|b| BOOT::|a| BOOT::|ISTMP#1|) ; (COND ((NOT #) (BOOT::|systemErrorHere| #)) ; (T (SETQ #) (SETQ #) (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|doParseExit| ; (BOOT::|t|) ; (BLOCK BOOT::|doParseExit| ; (LET* (BOOT::|b| BOOT::|a| BOOT::|ISTMP#1|) ; (COND (# #) (T # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |doParseLeave| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/parse.clisp ; in: DEFUN |doParseLeave| ; (DEFUN BOOT::|doParseLeave| (BOOT::|t|) ; (LET* (BOOT::|b| BOOT::|a| BOOT::|ISTMP#1|) ; (COND ((NOT #) (BOOT::|systemErrorHere| #)) ; (T (SETQ #) (SETQ #) (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|doParseLeave| ; (BOOT::|t|) ; (BLOCK BOOT::|doParseLeave| ; (LET* (BOOT::|b| BOOT::|a| BOOT::|ISTMP#1|) ; (COND (# #) (T # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |parseJoin| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/parse.clisp ; in: DEFUN |parseJoin| ; (DEFUN BOOT::|parseJoin| (BOOT::|t|) ; (LET* (BOOT::|l|) ; (COND ((NOT #) (BOOT::|systemErrorHere| #)) (T (CONS 'BOOT::|Join| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|parseJoin| ; (BOOT::|t|) ; (BLOCK BOOT::|parseJoin| ; (LET* (BOOT::|l|) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DEFUN |parseJoin,fn| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |parseInBy| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/parse.clisp ; in: DEFUN |parseInBy| ; (DEFUN BOOT::|parseInBy| (BOOT::|t|) ; (LET* (BOOT::|r| ; BOOT::|j| ; BOOT::|ISTMP#4| ; BOOT::|a| ; BOOT::|u| ; BOOT::|inc| ; BOOT::|ISTMP#3| ; BOOT::|n| ; BOOT::|ISTMP#2| ; BOOT::|i| ; BOOT::|ISTMP#1|) ; (COND ((NOT #) (BOOT::|systemErrorHere| #)) ; ((NOT #) (BOOT::|postError| #)) (T (SETQ #) (CONS 'STEP #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|parseInBy| ; (BOOT::|t|) ; (BLOCK BOOT::|parseInBy| ; (LET* (BOOT::|r| ; BOOT::|j| ; BOOT::|ISTMP#4| ; BOOT::|a| ; BOOT::|u| ; BOOT::|inc| ; BOOT::|ISTMP#3| ; BOOT::|n| ; BOOT::|ISTMP#2| ; BOOT::|i| ; BOOT::|ISTMP#1|) ; (COND (# #) (# #) (T # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |parseSegment| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |parseIn| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/parse.clisp ; in: DEFUN |parseIn| ; (DEFUN BOOT::|parseIn| (BOOT::|t|) ; (LET* (BOOT::|s| ; BOOT::|ISTMP#4| ; BOOT::|b| ; BOOT::|ISTMP#3| ; BOOT::|a| ; BOOT::|n| ; BOOT::|ISTMP#2| ; BOOT::|i| ; BOOT::|ISTMP#1|) ; (COND ((NOT #) (BOOT::|systemErrorHere| #)) ; (T (SETQ #) (SETQ #) (COND # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|parseIn| ; (BOOT::|t|) ; (BLOCK BOOT::|parseIn| ; (LET* (BOOT::|s| ; BOOT::|ISTMP#4| ; BOOT::|b| ; BOOT::|ISTMP#3| ; BOOT::|a| ; BOOT::|n| ; BOOT::|ISTMP#2| ; BOOT::|i| ; BOOT::|ISTMP#1|) ; (COND (# #) (T # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |parseIf| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/parse.clisp ; in: DEFUN |parseIf| ; (DEFUN BOOT::|parseIf| (BOOT::|t|) ; (LET* (BOOT::|b| ; BOOT::|ISTMP#3| ; BOOT::|a| ; BOOT::|ISTMP#2| ; BOOT::|p| ; BOOT::|ISTMP#1|) ; (COND ((NOT #) BOOT::|t|) (T (BOOT::|parseIf,ifTran| # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|parseIf| ; (BOOT::|t|) ; (BLOCK BOOT::|parseIf| ; (LET* (BOOT::|b| ; BOOT::|ISTMP#3| ; BOOT::|a| ; BOOT::|ISTMP#2| ; BOOT::|p| ; BOOT::|ISTMP#1|) ; (COND (# BOOT::|t|) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DEFUN |parseIf,ifTran| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |makeSimplePredicateOrNil| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/parse.clisp ; in: DEFUN |makeSimplePredicateOrNil| ; (DEFUN BOOT::|makeSimplePredicateOrNil| (BOOT::|p|) ; (LET* (BOOT::|g| BOOT::|u|) ; (COND ((BOOT::|isSimple| BOOT::|p|) NIL) ((SETQ #) BOOT::|u|) ; (T (BOOT::|wrapSEQExit| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|makeSimplePredicateOrNil| ; (BOOT::|p|) ; (BLOCK BOOT::|makeSimplePredicateOrNil| ; (LET* (BOOT::|g| BOOT::|u|) ; (COND (# NIL) (# BOOT::|u|) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |parseWhere| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/parse.clisp ; in: DEFUN |parseWhere| ; (DEFUN BOOT::|parseWhere| (BOOT::|t|) ; (LET* (BOOT::|l|) ; (COND ((NOT #) (BOOT::|systemErrorHere| #)) (T (CONS 'BOOT::|where| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|parseWhere| ; (BOOT::|t|) ; (BLOCK BOOT::|parseWhere| ; (LET* (BOOT::|l|) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |parseSeq| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/parse.clisp ; in: DEFUN |parseSeq| ; (DEFUN BOOT::|parseSeq| (BOOT::|t|) ; (LET* (BOOT::|ISTMP#2| BOOT::|ISTMP#1| BOOT::|l|) ; (COND ((NOT #) (BOOT::|systemErrorHere| #)) ; ((NOT #) (BOOT::|postError| #)) (T (BOOT::|transSeq| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|parseSeq| ; (BOOT::|t|) ; (BLOCK BOOT::|parseSeq| ; (LET* (BOOT::|ISTMP#2| BOOT::|ISTMP#1| BOOT::|l|) ; (COND (# #) (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |transSeq| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/parse.clisp ; in: DEFUN |transSeq| ; (DEFUN BOOT::|transSeq| (BOOT::|l|) ; (LET* (BOOT::|s| ; BOOT::|y| ; BOOT::|c| ; BOOT::|b| ; BOOT::|a| ; BOOT::|ISTMP#12| ; BOOT::|q| ; BOOT::|ISTMP#11| ; BOOT::|ISTMP#10| ; BOOT::|ISTMP#9| ; BOOT::|ISTMP#8| ; BOOT::|p| ; ...) ; (COND ((NULL BOOT::|l|) NIL) ; ((AND # #) (SETQ #) (BOOT::|decExitLevel| BOOT::|x|)) ; (T (SETQ #) (SETQ #) (COND # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|transSeq| ; (BOOT::|l|) ; (BLOCK BOOT::|transSeq| ; (LET* (BOOT::|s| ; BOOT::|y| ; BOOT::|c| ; BOOT::|b| ; BOOT::|a| ; BOOT::|ISTMP#12| ; BOOT::|q| ; BOOT::|ISTMP#11| ; BOOT::|ISTMP#10| ; BOOT::|ISTMP#9| ; BOOT::|ISTMP#8| ; BOOT::|p| ; ...) ; (COND (# NIL) (# # #) (T # # #))))) ; ; note: Assignment to argument: |l| ; prevents use of assertion from function type proclamation: ; (OR NULL ; (CONS (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; T)) ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |superSub| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |scriptTran| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/parse.clisp ; in: DEFUN |scriptTran| ; (DEFUN BOOT::|scriptTran| (BOOT::|x|) ; (COND ((NULL BOOT::|x|) "") ; (T ; (|AxiomCore|:CONCAT ";" (BOOT::|scriptTranRow| #) ; (BOOT::|scriptTran| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|scriptTran| ; (BOOT::|x|) ; (BLOCK BOOT::|scriptTran| ; (COND ((NULL BOOT::|x|) "") (T (|AxiomCore|:CONCAT ";" # #))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |scriptTranRow| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/parse.clisp ; in: DEFUN |scriptTranRow| ; (DEFUN BOOT::|scriptTranRow| (BOOT::|x|) ; (COND ((NULL BOOT::|x|) "") ; (T ; (|AxiomCore|:CONCAT BOOT::|$quadSymbol| ; (BOOT::|scriptTranRow1| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|scriptTranRow| ; (BOOT::|x|) ; (BLOCK BOOT::|scriptTranRow| ; (COND ((NULL BOOT::|x|) "") ; (T (|AxiomCore|:CONCAT BOOT::|$quadSymbol| #))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |scriptTranRow1| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/parse.clisp ; in: DEFUN |scriptTranRow1| ; (DEFUN BOOT::|scriptTranRow1| (BOOT::|x|) ; (COND ((NULL BOOT::|x|) "") ; (T ; (|AxiomCore|:CONCAT "," BOOT::|$quadSymbol| ; (BOOT::|scriptTranRow1| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|scriptTranRow1| ; (BOOT::|x|) ; (BLOCK BOOT::|scriptTranRow1| ; (COND ((NULL BOOT::|x|) "") ; (T (|AxiomCore|:CONCAT "," BOOT::|$quadSymbol| #))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |parseVCONS| ...) ; compiling (LET (# #) ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/parse.clisp ; in: DEFUN |doParseCategory| ; (BOOT::CONTAINED 'BOOT::$ BOOT::|l|) ; ; caught STYLE-WARNING: ; undefined function: CONTAINED ; in: DEFUN |parseInBy| ; (BOOT::|bright| "by") ; ; caught STYLE-WARNING: ; undefined function: |bright| ; in: DEFUN |parseTranCheckForRecord| ; (BOOT::|bright| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |bright| ; in: DEFUN |transSeq| ; (BOOT::|decExitLevel| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |decExitLevel| ; in: DEFUN |parseHas,fn| ; (BOOT::|getConstructorKindFromDB| (BOOT::|opOf| BOOT::|y|)) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorKindFromDB| ; in: DEFUN |transSeq| ; (BOOT::|incExitLevel| BOOT::|y|) ; ; caught STYLE-WARNING: ; undefined function: |incExitLevel| ; in: DEFUN |parseIf,ifTran| ; (BOOT::|incExitLevel| BOOT::|a|) ; ; caught STYLE-WARNING: ; undefined function: |incExitLevel| ; in: DEFUN |makeSimplePredicateOrNil| ; (BOOT::|isAlmostSimple| BOOT::|p|) ; ; caught STYLE-WARNING: ; undefined function: |isAlmostSimple| ; (BOOT::|isSimple| BOOT::|p|) ; ; caught STYLE-WARNING: ; undefined function: |isSimple| ; in: DEFUN |parseHas,fn| ; (BOOT::|makeNonAtomic| BOOT::|y|) ; ; caught STYLE-WARNING: ; undefined function: |makeNonAtomic| ; in: DEFUN |parseDEF| ; (BOOT::|opOf| BOOT::|$lhs|) ; ; caught STYLE-WARNING: ; undefined function: |opOf| ; in: DEFUN |parseHas,fn| ; (BOOT::|opOf| BOOT::|y|) ; ; caught STYLE-WARNING: ; undefined function: |opOf| ; in: DEFUN |parseAssign| ; (BOOT::|opOf| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |opOf| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |opOf| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/parse.clisp ; in: DEFUN |washOperatorName| ; (BOOT::|stackWarning| "String syntax for %1b in signature is deprecated." ; (LIST BOOT::|x|)) ; ; caught STYLE-WARNING: ; undefined function: |stackWarning| ; in: DEFUN |parseAssign| ; (BOOT::|systemErrorHere| (LIST 'BOOT::|parseAssign| BOOT::|t|)) ; ; caught STYLE-WARNING: ; undefined function: |systemErrorHere| ; in: DEFUN |parseIsnt| ; (BOOT::|systemErrorHere| (LIST 'BOOT::|parseIsnt| BOOT::|t|)) ; ; caught STYLE-WARNING: ; undefined function: |systemErrorHere| ; in: DEFUN |parseIs| ; (BOOT::|systemErrorHere| (LIST 'BOOT::|parseIs| BOOT::|t|)) ; ; caught STYLE-WARNING: ; undefined function: |systemErrorHere| ; ; caught STYLE-WARNING: ; 19 more uses of undefined function |systemErrorHere| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/parse.clisp ; in: DEFUN |makeSimplePredicateOrNil| ; (BOOT::|wrapSEQExit| ; (LIST (LIST 'BOOT::|:=| (SETQ BOOT::|g| #) BOOT::|p|) BOOT::|g|)) ; ; caught STYLE-WARNING: ; undefined function: |wrapSEQExit| ; ; compilation unit finished ; Undefined functions: ; CONTAINED |bright| |decExitLevel| |getConstructorKindFromDB| |incExitLevel| |isAlmostSimple| |isSimple| |makeNonAtomic| |opOf| |stackWarning| |systemErrorHere| |wrapSEQExit| ; caught 21 STYLE-WARNING conditions ; printed 34 notes ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/parse.fasl written ; compilation finished in 0:00:00.341 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=spad-parser.fasl --load-directory=. ../../../open-axiom/src/interp/spad-parser.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/spad-parser.clisp" (written 01 FEB 2016 10:53:05 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "lexing") ; compiling (IMPORT-MODULE "parse") ; compiling (IN-PACKAGE "BOOT") ; compiling (PROVIDE "spad-parser") ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFPARAMETER $SKIPME ...) ; compiling (DEFPARAMETER DEFINITION_NAME ...) ; compiling (DEFPARAMETER |$preparseLastLine| ...) ; compiling (DEFPARAMETER |$preparseReportIfTrue| ...) ; compiling (DEFUN INITIALIZE-PREPARSE ...) ; compiling (DEFUN |addClose| ...) ; compiling (DEFUN |escaped?| ...) ; compiling (DEFUN |infixToken?| ...) ; compiling (DEFUN |atEndOfUnit?| ...) ; compiling (DEFUN |indentationLocation| ...) ; compiling (DEFUN |storeBlanks!| ...) ; compiling (DEFUN |skipIfBlock| ...) ; compiling (DEFUN |skipToEndif| ...) ; compiling (DEFUN |findCommentBlock| ...) ; compiling (DEFUN |preparseReadLine| ...) ; compiling (DEFUN |preparseReadLine1| ...) ; compiling (DEFUN |preparseEcho| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |addParensAndSemisToLine| ...) ; compiling (DEFUN |parsePiles| ...) ; compiling (DEFUN |parsePrint| ...) ; compiling (DEFUN |preparse1| ...) ; compiling (DEFUN |preparse| ...) ; compiling (DEFMACRO |compulsorySyntax| ...) ; compiling (DEFUN |repeatedSyntax| ...) ; compiling (DEFUN |parseToken| ...) ; compiling (DEFUN |parseGlyph| ...) ; compiling (DEFUN |parseNBGlyph| ...) ; compiling (DEFUN |parseString| ...) ; compiling (DEFUN |parseInteger| ...) ; compiling (DEFUN |parseFloatBasePart| ...) ; compiling (DEFUN |parseFloatBase| ...) ; compiling (DEFUN |floatExponent| ...) ; compiling (DEFUN |parseFloatExponent| ...) ; compiling (DEFUN |parseFloat| ...) ; compiling (DEFUN |parseName| ...) ; compiling (DEFUN |parseKeyword| ...) ; compiling (DEFUN |parseFormalParameter| ...) ; compiling (DEFUN |parseOperatorFunctionName| ...) ; compiling (DEFUN |parseAnyId| ...) ; compiling (DEFUN |parseQuad| ...) ; compiling (DEFUN |parsePrimary1| ...) ; compiling (DEFUN |parsePrimaryNoFloat| ...) ; compiling (DEFUN |parsePrimary| ...) ; compiling (DEFUN |parsePrimaryOrQM| ...) ; compiling (DEFUN |parseSpecialKeyWord| ...) ; compiling (DEFUN |parseSexpr1| ...) ; compiling (DEFUN |parseSexpr| ...) ; compiling (DEFUN |parseData| ...) ; compiling (DEFUN |parseCommand| ...) ; compiling (DEFUN |parseTokenOption| ...) ; compiling (DEFUN |dollarTran| ...) ; compiling (DEFUN |parseQualification| ...) ; compiling (DEFUN |parseTokenTail| ...) ; compiling (DEFUN |parseSelector| ...) ; compiling (DEFUN |parseApplication| ...) ; compiling (DEFUN |parseOperation| ...) ; compiling (DEFUN |parseLedPart| ...) ; compiling (DEFUN |parseNudPart| ...) ; compiling (DEFUN |parseExpr| ...) ; compiling (DEFUN |parseInfix| ...) ; compiling (DEFUN |parsePrefix| ...) ; compiling (DEFUN |parseLeftBindingPowerOf| ...) ; compiling (DEFUN |parseRightBindingPowerOf| ...) ; compiling (DEFUN |parseGetSemanticForm| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/spad-parser.clisp ; in: DEFUN |parseGetSemanticForm| ; (DEFUN BOOT::|parseGetSemanticForm| ; (BOOT::|rd| BOOT::|x| BOOT::|p| BOOT::|y|) ; (LET* (BOOT::|z|) ; (PROGN ; (SETQ BOOT::|z| #) ; (COND (BOOT::|z| BOOT::|z|) (# #) (# #) (T NIL))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|parseGetSemanticForm| ; (BOOT::|rd| BOOT::|x| BOOT::|p| BOOT::|y|) ; (BLOCK BOOT::|parseGetSemanticForm| ; (LET* (BOOT::|z|) ; (PROGN (SETQ #) (COND # # # #))))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |parseExpression| ...) ; compiling (DEFUN |parseSegmentTail| ...) ; compiling (DEFUN |parseReductionOp| ...) ; compiling (DEFUN |parseReduction| ...) ; compiling (DEFUN |parseCategory| ...) ; compiling (DEFUN |parseWith| ...) ; compiling (DEFUN |parseInfixWith| ...) ; compiling (DEFUN |parseElseClause| ...) ; compiling (DEFUN |parseQuantifier| ...) ; compiling (DEFUN |parseQuantifiedVariable| ...) ; compiling (DEFUN |parseQuantifiedVariableList| ...) ; compiling (DEFUN |parseFormula| ...) ; compiling (DEFUN |parseScheme| ...) ; compiling (DEFUN |parseConditional| ...) ; compiling (DEFUN |parseSemicolon| ...) ; compiling (DEFUN |parseReturn| ...) ; compiling (DEFUN |parseThrow| ...) ; compiling (DEFUN |parseExit| ...) ; compiling (DEFUN |parseLeave| ...) ; compiling (DEFUN |parseJump| ...) ; compiling (DEFUN |parseBlock| ...) ; compiling (DEFUN |parseForm| ...) ; compiling (DEFUN |parseVariable| ...) ; compiling (DEFUN |parseIterator| ...) ; compiling (DEFUN |parseIteratorTails| ...) ; compiling (DEFUN |parseLoop| ...) ; compiling (DEFUN |parseDo| ...) ; compiling (DEFUN |parseOpenBracket| ...) ; compiling (DEFUN |parseOpenBrace| ...) ; compiling (DEFUN |parseSequence1| ...) ; compiling (DEFUN |parseSequence| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/spad-parser.clisp ; in: DEFUN |parseSequence| ; (BOOT::|compulsorySyntax| BOOT::|rd| (BOOT::|parseSequence1| BOOT::|rd|)) ; --> OR LET IF OR THE BOOT::SPAD_SYNTAX_ERROR ; ==> ; BOOT::|rd| ; ; note: deleting unreachable code ; ; note: deleting unreachable code ; compiling (DEFUN |parseEnclosure| ...) ; compiling (DEFUN |parseCatch| ...) ; compiling (DEFUN |parseFinally| ...) ; compiling (DEFUN |parseTry| ...) ; compiling (DEFUN |parseMatch| ...) ; compiling (DEFUN |parseInline| ...) ; compiling (DEFUN |parseImport| ...) ; compiling (DEFUN |parseStatement| ...) ; compiling (DEFUN |parseNewExpr| ...) ; compiling (DEFUN |isTokenDelimiter| ...) ; compiling (DEFUN |parseTokenList| ...) ; compiling (DEFUN |parseCommandTail| ...) ; compiling (DEFUN |parseOption| ...) ; compiling (DEFUN |parseTokenCommandTail| ...) ; compiling (DEFUN |parseSpecialCommand| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/spad-parser.clisp ; in: DEFUN |parseSpecialCommand| ; (BOOT::|compulsorySyntax| BOOT::|rd| (BOOT::|parseCommandTail| BOOT::|rd|)) ; --> OR LET IF OR THE BOOT::SPAD_SYNTAX_ERROR ; ==> ; BOOT::|rd| ; ; note: deleting unreachable code ; (BOOT::|compulsorySyntax| BOOT::|rd| ; (BOOT::|parseTokenCommandTail| BOOT::|rd|)) ; --> OR LET IF OR THE BOOT::SPAD_SYNTAX_ERROR ; ==> ; BOOT::|rd| ; ; note: deleting unreachable code ; (BOOT::|compulsorySyntax| BOOT::|rd| (BOOT::|parseCommandTail| BOOT::|rd|)) ; --> OR LET IF OR THE BOOT::SPAD_SYNTAX_ERROR ; ==> ; BOOT::|rd| ; ; note: deleting unreachable code ; compiling (DEFUN |translateSpad| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/spad-parser.clisp ; in: DEFUN |translateSpad| ; (DEFUN BOOT::|translateSpad| (BOOT::|ifile| BOOT::|x|) ; (DECLARE (SPECIAL |AxiomCore|:|$OutputStream|)) ; (LET* ((BOOT::|$Index| 0) ; (BOOT::*PRETTY-PRINT* T) ; (BOOTTRAN:|$InteractiveMode| NIL) ; (BOOT::$MACROASSOC NIL) ; (BOOT::$NEWSPAD T) ; (BOOT::|$semanticErrorStack| NIL) ; (BOOT::|$warningStack| NIL) ; (BOOT::|$e| BOOT::|$EmptyEnvironment|) ; (BOOT::|$genSDVar| 0) ; (BOOT::|$previousTime| (BOOT::TEMPUS-FUGIT)) ; (BOOT::|$backend| #'(LAMBDA # #))) ; (DECLARE ; (SPECIAL BOOT::|$Index| BOOT::*PRETTY-PRINT* BOOTTRAN:|$InteractiveMode| ; BOOT::$MACROASSOC BOOT::$NEWSPAD BOOT::|$semanticErrorStack| ; BOOT::|$warningStack| BOOT::|$e| BOOT::|$genSDVar| ; BOOT::|$previousTime| BOOT::|$backend|)) ; (BOOT::|compileParseTree| BOOT::|x|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|translateSpad| ; (BOOT::|ifile| BOOT::|x|) ; (DECLARE (SPECIAL |AxiomCore|:|$OutputStream|)) ; (BLOCK BOOT::|translateSpad| ; (LET* ((BOOT::|$Index| 0) ; (BOOT::*PRETTY-PRINT* T) ; (BOOTTRAN:|$InteractiveMode| NIL) ; (BOOT::$MACROASSOC NIL) ; (BOOT::$NEWSPAD T) ; (BOOT::|$semanticErrorStack| NIL) ; (BOOT::|$warningStack| NIL) ; (BOOT::|$e| BOOT::|$EmptyEnvironment|) ; (BOOT::|$genSDVar| 0) ; (BOOT::|$previousTime| #) ; (BOOT::|$backend| #'#)) ; (DECLARE ; (SPECIAL BOOT::|$Index| BOOT::*PRETTY-PRINT* ; BOOTTRAN:|$InteractiveMode| BOOT::$MACROASSOC BOOT::$NEWSPAD ; BOOT::|$semanticErrorStack| BOOT::|$warningStack| BOOT::|$e| ; BOOT::|$genSDVar| BOOT::|$previousTime| BOOT::|$backend|)) ; (BOOT::|compileParseTree| BOOT::|x|)))) ; ; caught STYLE-WARNING: ; The variable |ifile| is defined but never used. ; compiling (DEFUN |parseSpadFile| ...) ; compiling (LET (# #) ...) ; compiling (LET (# #) ...) ; compiling (DEFPARAMETER |PARSE-NewKEY| ...) ; compiling (DEFUN MAKEOP ...) ; compiling (DEFUN MAKENEWOP ...) ; compiling (LET (# #) ...) ; compiling (LET (# #) ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/spad-parser.clisp ; in: DEFUN |parseRightBindingPowerOf| ; (BOOT::ELEMN BOOT::|y| 4 105) ; ; caught STYLE-WARNING: ; undefined function: ELEMN ; in: DEFUN |parseLeftBindingPowerOf| ; (BOOT::ELEMN BOOT::|y| 3 0) ; ; caught STYLE-WARNING: ; undefined function: ELEMN ; in: DEFUN |parseOperation| ; (BOOT::ELEMN (GET BOOT::|s| BOOT::|$ParseMode|) 5 NIL) ; ; caught STYLE-WARNING: ; undefined function: ELEMN ; in: DEFUN |parseSpadFile| ; (BOOT::INIT-BOOT/SPAD-READER BOOT::|rd|) ; ; caught STYLE-WARNING: ; undefined function: INIT-BOOT/SPAD-READER ; in: DEFUN |parseSexpr1| ; #'BOOT::|PARSE-Sexpr1| ; ; caught STYLE-WARNING: ; undefined function: |PARSE-Sexpr1| ; in: DEFUN |parseTokenOption| ; (BOOT::|PARSE-TokenList| BOOT::|rd|) ; ; caught STYLE-WARNING: ; undefined function: |PARSE-TokenList| ; in: DEFUN |parsePrimary1| ; (BOOT::|compulsorySyntax| BOOT::|rd| (BOOT::|parsePrimary1| BOOT::|rd|)) ; --> OR LET IF OR THE ; ==> ; (BOOT::SPAD_SYNTAX_ERROR BOOT::|rd|) ; ; caught STYLE-WARNING: ; undefined function: SPAD_SYNTAX_ERROR ; in: DEFUN |parseFloatExponent| ; (BOOT::|compulsorySyntax| BOOT::|rd| (BOOT::|parseInteger| BOOT::|rd|)) ; --> OR LET IF OR THE ; ==> ; (BOOT::SPAD_SYNTAX_ERROR BOOT::|rd|) ; ; caught STYLE-WARNING: ; undefined function: SPAD_SYNTAX_ERROR ; in: DEFUN |parseFloatBase| ; (BOOT::|compulsorySyntax| BOOT::|rd| (BOOT::|parseFloatBasePart| BOOT::|rd|)) ; --> OR LET IF OR THE ; ==> ; (BOOT::SPAD_SYNTAX_ERROR BOOT::|rd|) ; ; caught STYLE-WARNING: ; undefined function: SPAD_SYNTAX_ERROR ; ; caught STYLE-WARNING: ; 34 more uses of undefined function SPAD_SYNTAX_ERROR ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/spad-parser.clisp ; in: DEFUN |parseTokenCommandTail| ; (BOOT::|atEndOfLine| BOOT::|rd|) ; ; caught STYLE-WARNING: ; undefined function: |atEndOfLine| ; in: DEFUN |parseCommandTail| ; (BOOT::|atEndOfLine| BOOT::|rd|) ; ; caught STYLE-WARNING: ; undefined function: |atEndOfLine| ; in: DEFUN |translateSpad| ; (BOOT::|compileParseTree| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |compileParseTree| ; in: DEFUN |preparse1| ; (BOOT::|doSystemCommand| (SUBSEQ BOOT::LINE 1)) ; ; caught STYLE-WARNING: ; undefined function: |doSystemCommand| ; (BOOT::|pairList| (BOOTTRAN:|reverse!| BOOT::|nums|) ; (BOOT::|parsePiles| (BOOTTRAN:|reverse!| BOOT::|locs|) ; (BOOTTRAN:|reverse!| BOOT::|lines|))) ; ; caught STYLE-WARNING: ; undefined function: |pairList| ; in: DEFUN |parseNewExpr| ; (BOOT::|processSynonyms|) ; ; caught STYLE-WARNING: ; undefined function: |processSynonyms| ; in: DEFUN |parseCategory| ; (BOOT::|recordAttributeDocumentation| (BOOT::|nthStack| 1) BOOT::|g|) ; ; caught STYLE-WARNING: ; undefined function: |recordAttributeDocumentation| ; (BOOT::|recordSignatureDocumentation| (BOOT::|nthStack| 1) BOOT::|g|) ; ; caught STYLE-WARNING: ; undefined function: |recordSignatureDocumentation| ; in: DEFUN |parseTokenCommandTail| ; (BOOT::|systemCommand| (BOOT::|popStack1|)) ; ; caught STYLE-WARNING: ; undefined function: |systemCommand| ; in: DEFUN |parseCommandTail| ; (BOOT::|systemCommand| (BOOT::|popStack1|)) ; ; caught STYLE-WARNING: ; undefined function: |systemCommand| ; in: DEFUN |parseSpecialKeyWord| ; (BOOT::|unAbbreviateKeyword| (BOOT::|currentSymbol| BOOT::|rd|)) ; ; caught STYLE-WARNING: ; undefined function: |unAbbreviateKeyword| ; ; compilation unit finished ; Undefined functions: ; ELEMN INIT-BOOT/SPAD-READER |PARSE-Sexpr1| |PARSE-TokenList| SPAD_SYNTAX_ERROR |atEndOfLine| |compileParseTree| |doSystemCommand| |pairList| |processSynonyms| |recordAttributeDocumentation| |recordSignatureDocumentation| |systemCommand| |unAbbreviateKeyword| ; caught 23 STYLE-WARNING conditions ; printed 5 notes ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/spad-parser.fasl written ; compilation finished in 0:00:00.392 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=record.fasl --load-directory=. ../../../open-axiom/src/interp/record.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/record.clisp" (written 01 FEB 2016 10:53:05 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "nlib") ; compiling (IMPORT-MODULE "pathname") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFPARAMETER |$backslash| ...) ; compiling (DEFPARAMETER |$testOutputLineFlag| ...) ; compiling (DEFPARAMETER |$testOutputLineStack| ...) ; compiling (DEFPARAMETER |$runTestFlag| ...) ; compiling (DEFPARAMETER |$mkTestFlag| ...) ; compiling (DEFPARAMETER |$mkTestInputStack| ...) ; compiling (DEFPARAMETER |$mkTestOutputStack| ...) ; compiling (DEFPARAMETER |$mkTestOutputType| ...) ; compiling (DEFUN |inputFile2RecordFile| ...) ; compiling (DEFUN |printRecordFile| ...) ; compiling (DEFUN |testPrin| ...) ; compiling (DEFUN |hyperize| ...) ; compiling (DEFUN |verbatimize| ...) ; compiling (DEFUN |verifyRecordFile| ...) ; compiling (DEFUN |testInput2Output| ...) ; compiling (DEFUN |evaluateLines| ...) ; compiling (DEFUN |wasIs| ...) ; compiling (DEFUN |htFile2InputFile| ...) ; compiling (DEFUN |htCommandToInputLine| ...) ; compiling (DEFUN |htCommandToInputLine,fn| ...) ; compiling (DEFUN |htTrimAtBackSlash| ...) ; compiling (DEFUN |htMkPath| ...) ; compiling (DEFUN |htFile2RecordFile| ...) ; compiling (DEFUN |recordAndPrintTest| ...) ; compiling (DEFUN |recordAndPrintTest,fn| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/record.clisp ; in: DEFUN |inputFile2RecordFile| ; (BOOT::/READ BOOT::|pathname| NIL) ; ; caught STYLE-WARNING: ; undefined function: /READ ; in: DEFUN |evaluateLines| ; (BOOT::/RF) ; ; caught STYLE-WARNING: ; undefined function: /RF ; in: DEFUN |verifyRecordFile| ; (BOOT::|bright| BOOT::|ifn|) ; ; caught STYLE-WARNING: ; undefined function: |bright| ; (BOOT::|clearCmdAll|) ; ; caught STYLE-WARNING: ; undefined function: |clearCmdAll| ; (BOOT::|dewritify| (BOOT::VMREAD BOOT::|stream|)) ; ; caught STYLE-WARNING: ; undefined function: |dewritify| ; in: DEFUN |printRecordFile| ; (BOOT::|dewritify| (BOOT::VMREAD BOOT::|stream|)) ; ; caught STYLE-WARNING: ; undefined function: |dewritify| ; in: DEFUN |htFile2InputFile| ; (BOOT::|htExampleFind| "\\begin{page}") ; ; caught STYLE-WARNING: ; undefined function: |htExampleFind| ; (BOOT::|htGetPageName| BOOT::|u|) ; ; caught STYLE-WARNING: ; undefined function: |htGetPageName| ; (BOOT::|htGetSpadCommands|) ; ; caught STYLE-WARNING: ; undefined function: |htGetSpadCommands| ; in: DEFUN |hyperize| ; (BOOT::|maPrin| (BOOTTRAN:|copyTree| BOOT::|u|)) ; ; caught STYLE-WARNING: ; undefined function: |maPrin| ; in: DEFUN |testPrin| ; (BOOT::|maPrin| (BOOTTRAN:|copyTree| BOOT::|u|)) ; ; caught STYLE-WARNING: ; undefined function: |maPrin| ; in: DEFUN |printRecordFile| ; (BOOT::|maPrin| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |maPrin| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |maPrin| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/record.clisp ; in: DEFUN |wasIs| ; (BOOT::|pp| BOOT::|old|) ; ; caught STYLE-WARNING: ; undefined function: |pp| ; in: DEFUN |recordAndPrintTest| ; (BOOT::|prefix2String| BOOT::|md|) ; ; caught STYLE-WARNING: ; undefined function: |prefix2String| ; in: DEFUN |testInput2Output| ; (BOOT::|prefix2String| BOOT::|typ|) ; ; caught STYLE-WARNING: ; undefined function: |prefix2String| ; in: DEFUN |printRecordFile| ; (BOOT::|printTypeAndTime| NIL BOOT::|t|) ; ; caught STYLE-WARNING: ; undefined function: |printTypeAndTime| ; in: DEFUN |htFile2InputFile| ; (BOOT::|removeFile| BOOT::|opathname|) ; ; caught STYLE-WARNING: ; undefined function: |removeFile| ; in: DEFUN |evaluateLines| ; (BOOT::|removeFile| "/tmp/temp.input") ; ; caught STYLE-WARNING: ; undefined function: |removeFile| ; in: DEFUN |inputFile2RecordFile| ; (BOOT::|removeFile| BOOT::|opathname|) ; ; caught STYLE-WARNING: ; undefined function: |removeFile| ; in: DEFUN |printRecordFile| ; (BOOT::|sayNewLine|) ; ; caught STYLE-WARNING: ; undefined function: |sayNewLine| ; in: DEFUN |htFile2InputFile| ; (BOOT::|throwKeyedMsg| 'BOOT::S2IL0003 ; (LIST (BOOT::|namestring| BOOT::|ifn|))) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsg| ; in: DEFUN |verifyRecordFile| ; (BOOT::|throwKeyedMsg| 'BOOT::S2IL0003 ; (LIST (BOOT::|namestring| BOOT::|ifn|))) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsg| ; in: DEFUN |inputFile2RecordFile| ; (BOOT::|throwKeyedMsg| 'BOOT::S2IL0003 ; (LIST (BOOT::|namestring| BOOT::|ifn|))) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsg| ; in: DEFUN |recordAndPrintTest| ; (BOOT::|writify| ; (CONS BOOT::|input| ; (CONS (BOOT::|prefix2String| BOOT::|md|) BOOT::|output|))) ; ; caught STYLE-WARNING: ; undefined function: |writify| ; ; compilation unit finished ; Undefined functions: ; /READ /RF |bright| |clearCmdAll| |dewritify| |htExampleFind| |htGetPageName| |htGetSpadCommands| |maPrin| |pp| |prefix2String| |printTypeAndTime| |removeFile| |sayNewLine| |throwKeyedMsg| |writify| ; caught 25 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/record.fasl written ; compilation finished in 0:00:00.094 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=rulesets.fasl --load-directory=. ../../../open-axiom/src/interp/rulesets.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/rulesets.clisp" (written 01 FEB 2016 10:53:05 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "vmlisp") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFPARAMETER |$ruleSetsInitialized| ...) ; compiling (DEFCONSTANT |$mpolyTTRules| ...) ; compiling (DEFCONSTANT |$generalTTRules| ...) ; compiling (DEFUN |createResolveTTRules| ...) ; compiling (DEFCONSTANT |$mpolyTMRules| ...) ; compiling (DEFCONSTANT |$generalTMRules| ...) ; compiling (DEFCONSTANT |$resolveAbbreviations| ...) ; compiling (DEFCONSTANT |$newResolveAbbreviations| ...) ; compiling (DEFUN |createResolveTMRules| ...) ; compiling (DEFUN |createTypeEquivRules| ...) ; compiling (DEFUN |initializeRuleSets| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/rulesets.clisp ; in: DEFUN |initializeRuleSets| ; (BOOT::ASSOCLEFT BOOT::|$newResolveAbbreviations|) ; ; caught STYLE-WARNING: ; undefined function: ASSOCLEFT ; (BOOT::ASSOCRIGHT BOOT::|$newResolveAbbreviations|) ; ; caught STYLE-WARNING: ; undefined function: ASSOCRIGHT ; in: DEFUN |createTypeEquivRules| ; (BOOT::|pairList| BOOT::|$abList| BOOT::|$nameList|) ; ; caught STYLE-WARNING: ; undefined function: |pairList| ; in: DEFUN |createResolveTMRules| ; (BOOT::|pairList| BOOT::|$abList| BOOT::|$nameList|) ; ; caught STYLE-WARNING: ; undefined function: |pairList| ; in: DEFUN |createResolveTTRules| ; (BOOT::|pairList| BOOT::|$abList| BOOT::|$nameList|) ; ; caught STYLE-WARNING: ; undefined function: |pairList| ; ; compilation unit finished ; Undefined functions: ; ASSOCLEFT ASSOCRIGHT |pairList| ; caught 5 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/rulesets.fasl written ; compilation finished in 0:00:00.027 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=server.fasl --load-directory=. ../../../open-axiom/src/interp/server.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/server.clisp" (written 01 FEB 2016 10:53:06 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "sys-macros") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFPARAMETER |$frameAlist| ...) ; compiling (DEFPARAMETER |$frameNumber| ...) ; compiling (DEFPARAMETER |$currentFrameNum| ...) ; compiling (DEFPARAMETER |$EndServerSession| ...) ; compiling (DEFPARAMETER |$NeedToSignalSessionManager| ...) ; compiling (DEFPARAMETER |$sockBufferLength| ...) ; compiling (DEFUN |serverReadLine| ...) ; compiling (DEFUN |parseAndInterpret| ...) ; compiling (DEFUN |executeQuietCommand| ...) ; compiling (DEFUN |parseAndEvalToHypertex| ...) ; compiling (DEFUN |parseAndEvalToString| ...) ; compiling (DEFUN |parseAndEvalToStringForHypertex| ...) ; compiling (DEFUN |parseAndEvalToStringEqNum| ...) ; compiling (DEFUN |parseAndInterpToString| ...) ; compiling (DEFUN |parseAndEvalStr| ...) ; compiling (DEFUN |parseAndEvalStr1| ...) ; compiling (DEFUN |protectedEVAL| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/server.clisp ; in: DEFUN |serverReadLine| ; (BOOT::LASSOC BOOT::|$currentFrameNum| BOOT::|$frameAlist|) ; ; caught STYLE-WARNING: ; undefined function: LASSOC ; (BOOT::MKPROMPT) ; ; caught STYLE-WARNING: ; undefined function: MKPROMPT ; (BOOT::|addNewInterpreterFrame| BOOT::|frameName|) ; ; caught STYLE-WARNING: ; undefined function: |addNewInterpreterFrame| ; (BOOT::|changeToNamedInterpreterFrame| BOOT::|currentFrame|) ; ; caught STYLE-WARNING: ; undefined function: |changeToNamedInterpreterFrame| ; in: DEFUN |parseAndEvalStr1| ; (BOOT::|doSystemCommand| (SUBSEQ BOOT::|string| 1)) ; ; caught STYLE-WARNING: ; undefined function: |doSystemCommand| ; in: DEFUN |protectedEVAL| ; (BOOT::|eval| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |eval| ; in: DEFUN |parseAndInterpret| ; (BOOT::|ncParseAndInterpretString| BOOT::|str|) ; ; caught STYLE-WARNING: ; undefined function: |ncParseAndInterpretString| ; in: DEFUN |parseAndEvalStr1| ; (BOOT::|ncParseFromString| BOOT::|string|) ; ; caught STYLE-WARNING: ; undefined function: |ncParseFromString| ; in: DEFUN |serverReadLine| ; (BOOT::|printPrompt|) ; ; caught STYLE-WARNING: ; undefined function: |printPrompt| ; in: DEFUN |parseAndEvalStr1| ; (BOOT::|processInteractive| (BOOT::|ncParseFromString| BOOT::|string|) NIL) ; ; caught STYLE-WARNING: ; undefined function: |processInteractive| ; in: DEFUN |protectedEVAL| ; (BOOT::|resetStackLimits|) ; ; caught STYLE-WARNING: ; undefined function: |resetStackLimits| ; (BOOT::|sendHTErrorSignal|) ; ; caught STYLE-WARNING: ; undefined function: |sendHTErrorSignal| ; in: DEFUN |serverReadLine| ; (BOOT::|serverSwitch|) ; ; caught STYLE-WARNING: ; undefined function: |serverSwitch| ; (BOOT::|sockGetInt| BOOT::|$SessionManager|) ; ; caught STYLE-WARNING: ; undefined function: |sockGetInt| ; in: DEFUN |executeQuietCommand| ; (BOOT::|sockGetString| BOOT::|$MenuServer|) ; ; caught STYLE-WARNING: ; undefined function: |sockGetString| ; in: DEFUN |serverReadLine| ; (BOOT::|sockGetString| BOOT::|$MenuServer|) ; ; caught STYLE-WARNING: ; undefined function: |sockGetString| ; in: DEFUN |parseAndEvalToHypertex| ; (BOOT::|sockSendInt| BOOT::|$MenuServer| BOOT::|len|) ; ; caught STYLE-WARNING: ; undefined function: |sockSendInt| ; in: DEFUN |serverReadLine| ; (BOOT::|sockSendInt| BOOT::|$SessionManager| BOOT::|$EndOfOutput|) ; ; caught STYLE-WARNING: ; undefined function: |sockSendInt| ; in: DEFUN |parseAndEvalToHypertex| ; (BOOT::|sockSendString| BOOT::|$MenuServer| BOOT::|s|) ; ; caught STYLE-WARNING: ; undefined function: |sockSendString| ; in: DEFUN |serverReadLine| ; (BOOT::|sockSendString| BOOT::|$SessionManager| (BOOT::MKPROMPT)) ; ; caught STYLE-WARNING: ; undefined function: |sockSendString| ; (BOOT::|unescapeStringsInForm| (READ-FROM-STRING BOOT::|buf|)) ; ; caught STYLE-WARNING: ; undefined function: |unescapeStringsInForm| ; ; compilation unit finished ; Undefined functions: ; LASSOC MKPROMPT |addNewInterpreterFrame| |changeToNamedInterpreterFrame| |doSystemCommand| |eval| |ncParseAndInterpretString| |ncParseFromString| |printPrompt| |processInteractive| |resetStackLimits| |sendHTErrorSignal| |serverSwitch| |sockGetInt| |sockGetString| |sockSendInt| |sockSendString| |unescapeStringsInForm| ; caught 21 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/server.fasl written ; compilation finished in 0:00:00.039 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=setvars.fasl --load-directory=. ../../../open-axiom/src/interp/setvars.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/setvars.clisp" (written 01 FEB 2016 10:53:06 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "sys-macros") ; compiling (IMPORT-MODULE "debug") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFCONSTANT |$InitialCommandSynonymAlist| ...) ; compiling (DEFPARAMETER |$CommandSynonymAlist| ...) ; compiling (DEFUN |initializeSetVariables| ...) ; compiling (DEFUN |resetWorkspaceVariables| ...) ; compiling (DEFUN |translateYesNo2TrueFalse| ...) ; compiling (DEFUN |translateTrueFalse2YesNo| ...) ; compiling (DEFUN |set| ...) ; compiling (DEFUN |useFastLinks| ...) ; compiling (DEFUN |set1| ...) ; compiling (DEFUN |displaySetOptionInformation| ...) ; compiling (DEFUN |displaySetVariableSettings| ...) ; compiling (DEFUN |setExpose| ...) ; compiling (DEFUN |setExposeAdd| ...) ; compiling (DEFUN |setExposeAddGroup| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/setvars.clisp ; in: DEFUN |setExposeAddGroup| ; (LET* (BOOT::|x|) ; (DECLARE ; (SPECIAL BOOT::|$interpreterFrameName| BOOT::|$localExposureData| ; BOOT::|$globalExposureGroupAlist| BOOT::$LINELENGTH)) ; (COND ; ((NULL BOOT::|arg|) ; (BOOT::|centerAndHighlight| 'BOOT::|The group Option| BOOT::$LINELENGTH ; (BOOT::|specialChar| 'BOOT::|hbar|)) ; (BOOT::|displayExposedGroups|) (BOOT::|sayMSG| " ") ; (BOOT::|sayKeyedMsg| 'BOOT::S2IZ0049G (LIST #)) (BOOT::|sayMSG| " ") ; (BOOT::|sayAsManyPerLineAsPossible| ; (LET # ; #))) ; (T ; (LET (# #) ; (LOOP # ; #))))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |setExposeAddConstr| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/setvars.clisp ; in: DEFUN |setExposeAddConstr| ; (LET* (BOOT::|x|) ; (DECLARE ; (SPECIAL BOOT::|$interpreterFrameName| BOOT::|$localExposureData| ; BOOT::$LINELENGTH)) ; (COND ; ((NULL BOOT::|arg|) ; (BOOT::|centerAndHighlight| 'BOOT::|The constructor Option| ; BOOT::$LINELENGTH (BOOT::|specialChar| 'BOOT::|hbar|)) ; (BOOT::|displayExposedConstructors|)) ; (T ; (LET (# #) ; (LOOP # ; #))))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |setExposeDrop| ...) ; compiling (DEFUN |setExposeDropGroup| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/setvars.clisp ; in: DEFUN |setExposeDropGroup| ; (LET* (BOOT::|x|) ; (DECLARE ; (SPECIAL BOOT::|$globalExposureGroupAlist| BOOT::|$interpreterFrameName| ; BOOT::|$localExposureData| BOOT::$LINELENGTH)) ; (COND ; ((NULL BOOT::|arg|) ; (BOOT::|centerAndHighlight| 'BOOT::|The group Option| BOOT::$LINELENGTH ; (BOOT::|specialChar| 'BOOT::|hbar|)) ; (BOOT::|sayKeyedMsg| 'BOOT::S2IZ0049L NIL) (BOOT::|sayMSG| " ") ; (BOOT::|displayExposedGroups|)) ; (T ; (LET (# #) ; (LOOP # ; #))))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |setExposeDropConstr| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/setvars.clisp ; in: DEFUN |setExposeDropConstr| ; (LET* (BOOT::|x|) ; (DECLARE ; (SPECIAL BOOT::|$interpreterFrameName| BOOT::|$localExposureData| ; BOOT::$LINELENGTH)) ; (COND ; ((NULL BOOT::|arg|) ; (BOOT::|centerAndHighlight| 'BOOT::|The constructor Option| ; BOOT::$LINELENGTH (BOOT::|specialChar| 'BOOT::|hbar|)) ; (BOOT::|sayKeyedMsg| 'BOOT::S2IZ0049N NIL) (BOOT::|sayMSG| " ") ; (BOOT::|displayExposedConstructors|) (BOOT::|sayMSG| " ") ; (BOOT::|displayHiddenConstructors|)) ; (T ; (LET (# #) ; (LOOP # ; #))))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |setFortTmpDir| ...) ; compiling (DEFUN |validateOutputDirectory| ...) ; compiling (DEFUN |describeSetFortTmpDir| ...) ; compiling (DEFUN |setFortDir| ...) ; compiling (DEFUN |describeSetFortDir| ...) ; compiling (DEFUN |setLinkerArgs| ...) ; compiling (DEFUN |describeSetLinkerArgs| ...) ; compiling (DEFUN |setFunctionsCache| ...) ; compiling (DEFUN |countCache| ...) ; compiling (DEFUN |describeSetFunctionsCache| ...) ; compiling (DEFUN |sayAllCacheCounts| ...) ; compiling (DEFUN |sayCacheCount| ...) ; compiling (DEFUN |setHistory| ...) ; compiling (DEFUN |describeProtectedSymbolsWarning| ...) ; compiling (DEFUN |protectedSymbolsWarning| ...) ; compiling (DEFUN PROTECTED-SYMBOL-WARN ...) ; compiling (DEFUN |describeProtectSymbols| ...) ; compiling (DEFUN |protectSymbols| ...) ; compiling (DEFUN PROTECT-SYMBOLS ...) ; compiling (DEFUN |setOutputAlgebra| ...) ; compiling (DEFUN |describeSetOutputAlgebra| ...) ; compiling (DEFUN |setStandardOutputToAlgebraStream| ...) ; compiling (DEFUN |setOutputCharacters| ...) ; compiling (DEFUN |makeStream| ...) ; compiling (DEFUN |setOutputFortran| ...) ; compiling (DEFUN |describeSetOutputFortran| ...) ; compiling (DEFUN |setOutputMathml| ...) ; compiling (DEFUN |describeSetOutputMathml| ...) ; compiling (DEFUN |setOutputTex| ...) ; compiling (DEFUN |describeSetOutputTex| ...) ; compiling (DEFUN |setStreamsCalculate| ...) ; compiling (DEFUN |describeSetStreamsCalculate| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/setvars.clisp ; in: DEFUN |describeSetOutputMathml| ; (BOOT::| '| 'BOOT::|%l|) ; ; caught STYLE-WARNING: ; undefined function: | '| ; in: DEFUN |setExposeDropGroup| ; (BOOT::GETALIST BOOT::|$globalExposureGroupAlist| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: GETALIST ; in: DEFUN |setExposeAddGroup| ; (BOOT::GETALIST BOOT::|$globalExposureGroupAlist| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: GETALIST ; in: DEFUN |setExposeDropConstr| ; (BOOT::MSORT (CONS BOOT::|x| (ELT BOOT::|$localExposureData| 2))) ; ; caught STYLE-WARNING: ; undefined function: MSORT ; in: DEFUN |setExposeAddConstr| ; (BOOT::MSORT (CONS BOOT::|x| (ELT BOOT::|$localExposureData| 1))) ; ; caught STYLE-WARNING: ; undefined function: MSORT ; in: DEFUN |setExposeAddGroup| ; (BOOT::MSORT (CONS BOOT::|x| (ELT BOOT::|$localExposureData| 0))) ; ; caught STYLE-WARNING: ; undefined function: MSORT ; in: DEFUN |displaySetVariableSettings| ; (BOOT::|bright| BOOT::|opt|) ; ; caught STYLE-WARNING: ; undefined function: |bright| ; in: DEFUN |displaySetOptionInformation| ; (BOOT::|bright| "Description:") ; ; caught STYLE-WARNING: ; undefined function: |bright| ; in: DEFUN |set1| ; (BOOT::|bright| (BOOT::|object2String| (ELT BOOT::|l| 1))) ; ; caught STYLE-WARNING: ; undefined function: |bright| ; ; caught STYLE-WARNING: ; 7 more uses of undefined function |bright| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/setvars.clisp ; in: DEFUN |setExposeAdd| ; (BOOT::|centerAndHighlight| 'BOOT::|The add Option| BOOT::$LINELENGTH ; (BOOT::|specialChar| 'BOOT::|hbar|)) ; ; caught STYLE-WARNING: ; undefined function: |centerAndHighlight| ; in: DEFUN |displaySetVariableSettings| ; (BOOT::|centerAndHighlight| ; (|AxiomCore|:CONCAT "Current Values of " BOOT::|label| " Variables") ; BOOT::$LINELENGTH 'BOOT::| |) ; ; caught STYLE-WARNING: ; undefined function: |centerAndHighlight| ; in: DEFUN |displaySetOptionInformation| ; (BOOT::|centerAndHighlight| ; (|AxiomCore|:CONCAT "The " (BOOT::|object2String| BOOT::|arg|) " Option") ; BOOT::$LINELENGTH (BOOT::|specialChar| 'BOOT::|hbar|)) ; ; caught STYLE-WARNING: ; undefined function: |centerAndHighlight| ; ; caught STYLE-WARNING: ; 5 more uses of undefined function |centerAndHighlight| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/setvars.clisp ; in: DEFUN |setExposeDropGroup| ; (BOOT::|clearClams|) ; ; caught STYLE-WARNING: ; undefined function: |clearClams| ; in: DEFUN |setExposeAddConstr| ; (BOOT::|clearClams|) ; ; caught STYLE-WARNING: ; undefined function: |clearClams| ; in: DEFUN |setExposeAddGroup| ; (BOOT::|clearClams|) ; ; caught STYLE-WARNING: ; undefined function: |clearClams| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |clearClams| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/setvars.clisp ; in: DEFUN |displaySetVariableSettings| ; (BOOT::|concat| BOOT::|setOption| "%b" BOOT::|opt| "%d") ; ; caught STYLE-WARNING: ; undefined function: |concat| ; in: DEFUN |setExposeAddGroup| ; (BOOT::|displayExposedConstructors|) ; ; caught STYLE-WARNING: ; undefined function: |displayExposedConstructors| ; in: DEFUN |setExposeAdd| ; (BOOT::|displayExposedConstructors|) ; ; caught STYLE-WARNING: ; undefined function: |displayExposedConstructors| ; in: DEFUN |setExpose| ; (BOOT::|displayExposedConstructors|) ; ; caught STYLE-WARNING: ; undefined function: |displayExposedConstructors| ; ; caught STYLE-WARNING: ; 3 more uses of undefined function |displayExposedConstructors| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/setvars.clisp ; in: DEFUN |setExposeAddGroup| ; (BOOT::|displayExposedGroups|) ; ; caught STYLE-WARNING: ; undefined function: |displayExposedGroups| ; in: DEFUN |setExposeAdd| ; (BOOT::|displayExposedGroups|) ; ; caught STYLE-WARNING: ; undefined function: |displayExposedGroups| ; in: DEFUN |setExpose| ; (BOOT::|displayExposedGroups|) ; ; caught STYLE-WARNING: ; undefined function: |displayExposedGroups| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |displayExposedGroups| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/setvars.clisp ; in: DEFUN |setExposeDrop| ; (BOOT::|displayHiddenConstructors|) ; ; caught STYLE-WARNING: ; undefined function: |displayHiddenConstructors| ; in: DEFUN |setExposeAddGroup| ; (BOOT::|displayHiddenConstructors|) ; ; caught STYLE-WARNING: ; undefined function: |displayHiddenConstructors| ; in: DEFUN |setExpose| ; (BOOT::|displayHiddenConstructors|) ; ; caught STYLE-WARNING: ; undefined function: |displayHiddenConstructors| ; ; caught STYLE-WARNING: ; 2 more uses of undefined function |displayHiddenConstructors| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/setvars.clisp ; in: DEFUN |displaySetVariableSettings| ; (BOOT::|eval| (ELT BOOT::|setData| 4)) ; ; caught STYLE-WARNING: ; undefined function: |eval| ; in: DEFUN |displaySetOptionInformation| ; (BOOT::|eval| (ELT BOOT::|setData| 4)) ; ; caught STYLE-WARNING: ; undefined function: |eval| ; in: DEFUN |displaySetVariableSettings| ; (BOOT::|fillerSpaces| BOOT::$LINELENGTH ; (BOOTTRAN:|char| (BOOT::|specialChar| 'BOOT::|hbar|))) ; ; caught STYLE-WARNING: ; undefined function: |fillerSpaces| ; in: DEFUN |setExposeDropConstr| ; (BOOT::|getConstructorKindFromDB| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorKindFromDB| ; in: DEFUN |setExposeAddConstr| ; (BOOT::|getConstructorKindFromDB| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorKindFromDB| ; in: DEFUN |setHistory| ; (BOOT::|historySpad2Cmd|) ; ; caught STYLE-WARNING: ; undefined function: |historySpad2Cmd| ; in: DEFUN |countCache| ; (BOOT::|insertAlist| BOOT::|x| BOOT::|n| BOOT::|$cacheAlist|) ; ; caught STYLE-WARNING: ; undefined function: |insertAlist| ; in: DEFUN |sayCacheCount| ; (BOOT::|linearFormatName| BOOT::|fn|) ; ; caught STYLE-WARNING: ; undefined function: |linearFormatName| ; in: DEFUN |setExpose| ; (BOOT::|loadExposureGroupData|) ; ; caught STYLE-WARNING: ; undefined function: |loadExposureGroupData| ; in: DEFUN |setExposeAddGroup| ; (BOOT::|namestring| (BOOT::|pathname| (LIST 'BOOT::INTERP 'BOOT::EXPOSED))) ; ; caught STYLE-WARNING: ; undefined function: |namestring| ; in: DEFUN |setExpose| ; (BOOT::|namestring| (BOOT::|pathname| (LIST 'BOOT::INTERP 'BOOT::EXPOSED))) ; ; caught STYLE-WARNING: ; undefined function: |namestring| ; in: DEFUN |displaySetVariableSettings| ; (BOOT::|object2String| BOOT::|label|) ; ; caught STYLE-WARNING: ; undefined function: |object2String| ; in: DEFUN |displaySetOptionInformation| ; (BOOT::|object2String| BOOT::|arg|) ; ; caught STYLE-WARNING: ; undefined function: |object2String| ; in: DEFUN |set1| ; (BOOT::|object2String| (ELT BOOT::|l| 1)) ; ; caught STYLE-WARNING: ; undefined function: |object2String| ; ; caught STYLE-WARNING: ; 9 more uses of undefined function |object2String| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/setvars.clisp ; in: DEFUN |countCache| ; (BOOT::|optionError| (CAAR BOOT::|$options|) NIL) ; ; caught STYLE-WARNING: ; undefined function: |optionError| ; in: DEFUN |setExposeAddGroup| ; (BOOT::|pathname| (LIST 'BOOT::INTERP 'BOOT::EXPOSED)) ; ; caught STYLE-WARNING: ; undefined function: |pathname| ; in: DEFUN |setExpose| ; (BOOT::|pathname| (LIST 'BOOT::INTERP 'BOOT::EXPOSED)) ; ; caught STYLE-WARNING: ; undefined function: |pathname| ; in: DEFUN |setOutputMathml| ; (BOOT::|pathnameDirectory| BOOT::|fn|) ; ; caught STYLE-WARNING: ; undefined function: |pathnameDirectory| ; in: DEFUN |setOutputFortran| ; (BOOT::|pathnameDirectory| BOOT::|fn|) ; ; caught STYLE-WARNING: ; undefined function: |pathnameDirectory| ; in: DEFUN |setOutputAlgebra| ; (BOOT::|pathnameDirectory| BOOT::|fn|) ; ; caught STYLE-WARNING: ; undefined function: |pathnameDirectory| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |pathnameDirectory| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/setvars.clisp ; in: DEFUN |setOutputMathml| ; (BOOT::|pathnameName| BOOT::|fn|) ; ; caught STYLE-WARNING: ; undefined function: |pathnameName| ; in: DEFUN |setOutputFortran| ; (BOOT::|pathnameName| BOOT::|fn|) ; ; caught STYLE-WARNING: ; undefined function: |pathnameName| ; in: DEFUN |setOutputAlgebra| ; (BOOT::|pathnameName| BOOT::|fn|) ; ; caught STYLE-WARNING: ; undefined function: |pathnameName| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |pathnameName| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/setvars.clisp ; in: DEFUN |setOutputMathml| ; (BOOT::|pathnameType| BOOT::|fn|) ; ; caught STYLE-WARNING: ; undefined function: |pathnameType| ; in: DEFUN |setOutputFortran| ; (BOOT::|pathnameType| BOOT::|fn|) ; ; caught STYLE-WARNING: ; undefined function: |pathnameType| ; in: DEFUN |setOutputAlgebra| ; (BOOT::|pathnameType| BOOT::|fn|) ; ; caught STYLE-WARNING: ; undefined function: |pathnameType| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |pathnameType| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/setvars.clisp ; in: DEFUN |displaySetVariableSettings| ; (BOOT::|satisfiesUserLevel| (ELT BOOT::|setData| 2)) ; ; caught STYLE-WARNING: ; undefined function: |satisfiesUserLevel| ; in: DEFUN |set1| ; (BOOT::|satisfiesUserLevel| (ELT BOOT::|setData| 2)) ; ; caught STYLE-WARNING: ; undefined function: |satisfiesUserLevel| ; in: DEFUN |setOutputCharacters| ; (BOOT::|sayAsManyPerLineAsPossible| (BOOTTRAN:|reverse| BOOT::|l|)) ; ; caught STYLE-WARNING: ; undefined function: |sayAsManyPerLineAsPossible| ; in: DEFUN |setExposeAddGroup| ; (BOOT::|sayAsManyPerLineAsPossible| ; (LET ((BOOT::|bfVar#2| NIL) ; (BOOT::|bfVar#3| NIL) ; (BOOT::|bfVar#1| BOOT::|$globalExposureGroupAlist|) ; (BOOT::|x| NIL)) ; (LOOP (COND (# #) (# # #) (T # #)) ; (SETQ BOOT::|bfVar#1| #)))) ; ; caught STYLE-WARNING: ; undefined function: |sayAsManyPerLineAsPossible| ; in: DEFUN |setExposeAdd| ; (BOOT::|sayKeyedMsg| 'BOOT::S2IZ0049E NIL) ; ; caught STYLE-WARNING: ; undefined function: |sayKeyedMsg| ; in: DEFUN |setExpose| ; (BOOT::|sayKeyedMsg| 'BOOT::S2IZ0049D ; (LIST ; (BOOT::|namestring| ; (BOOT::|pathname| (LIST 'BOOT::INTERP 'BOOT::EXPOSED))))) ; ; caught STYLE-WARNING: ; undefined function: |sayKeyedMsg| ; in: DEFUN |set1| ; (BOOT::|sayKeyedMsg| 'BOOT::S2IZ0007 (LIST BOOT::|$UserLevel| "set option")) ; ; caught STYLE-WARNING: ; undefined function: |sayKeyedMsg| ; ; caught STYLE-WARNING: ; 11 more uses of undefined function |sayKeyedMsg| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/setvars.clisp ; in: DEFUN |setFunctionsCache| ; (BOOT::|sayMessage| ; (CONS "Your value of" ; (BOOTTRAN:|append| (BOOT::|bright| BOOT::|n|) ; (CONS "is invalid because ..." NIL)))) ; ; caught STYLE-WARNING: ; undefined function: |sayMessage| ; in: DEFUN |displaySetOptionInformation| ; (BOOT::|sayMessage| ; (CONS " The" ; (BOOTTRAN:|append| (BOOT::|bright| BOOT::|arg|) ; (CONS "option" ; (CONS ; " may be followed by an integer in the range" ; #))))) ; ; caught STYLE-WARNING: ; undefined function: |sayMessage| ; in: DEFUN |set1| ; (BOOT::|sayMessage| ; (CONS " Your value" ; (BOOTTRAN:|append| (BOOT::|bright| (BOOT::|object2String| #)) ; (CONS "is not among the valid choices." NIL)))) ; ; caught STYLE-WARNING: ; undefined function: |sayMessage| ; ; caught STYLE-WARNING: ; 3 more uses of undefined function |sayMessage| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/setvars.clisp ; in: DEFUN |set1| ; (BOOT::|selectOption| (BOOT::DOWNCASE (CAR BOOT::|l|)) ; BOOT::|$setOptionNames| 'BOOT::|optionError|) ; ; caught STYLE-WARNING: ; undefined function: |selectOption| ; in: DEFUN |setExposeDrop| ; (BOOT::|selectOptionLC| BOOT::|fn| '(BOOT::|group| BOOT::|constructor|) NIL) ; ; caught STYLE-WARNING: ; undefined function: |selectOptionLC| ; in: DEFUN |setExposeAdd| ; (BOOT::|selectOptionLC| BOOT::|fn| '(BOOT::|group| BOOT::|constructor|) NIL) ; ; caught STYLE-WARNING: ; undefined function: |selectOptionLC| ; in: DEFUN |setExpose| ; (BOOT::|selectOptionLC| BOOT::|fn| ; '(BOOT::|add| BOOTTRAN:|drop| BOOT::|initialize|) NIL) ; ; caught STYLE-WARNING: ; undefined function: |selectOptionLC| ; in: DEFUN |setExposeAdd| ; (BOOT::|specialChar| 'BOOT::|hbar|) ; ; caught STYLE-WARNING: ; undefined function: |specialChar| ; in: DEFUN |displaySetVariableSettings| ; (BOOT::|specialChar| 'BOOT::|hbar|) ; ; caught STYLE-WARNING: ; undefined function: |specialChar| ; in: DEFUN |displaySetOptionInformation| ; (BOOT::|specialChar| 'BOOT::|hbar|) ; ; caught STYLE-WARNING: ; undefined function: |specialChar| ; ; caught STYLE-WARNING: ; 6 more uses of undefined function |specialChar| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/setvars.clisp ; in: DEFUN |setStreamsCalculate| ; (BOOT::|terminateSystemCommand|) ; ; caught STYLE-WARNING: ; undefined function: |terminateSystemCommand| ; in: DEFUN |setFunctionsCache| ; (BOOT::|terminateSystemCommand|) ; ; caught STYLE-WARNING: ; undefined function: |terminateSystemCommand| ; in: DEFUN |setExposeDropConstr| ; (BOOT::|unabbrev| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |unabbrev| ; in: DEFUN |setExposeAddConstr| ; (BOOT::|unabbrev| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |unabbrev| ; ; compilation unit finished ; Undefined functions: ; | '| GETALIST MSORT |bright| |centerAndHighlight| |clearClams| |concat| |displayExposedConstructors| |displayExposedGroups| |displayHiddenConstructors| |eval| |fillerSpaces| |getConstructorKindFromDB| |historySpad2Cmd| |insertAlist| |linearFormatName| |loadExposureGroupData| |namestring| |object2String| |optionError| |pathname| |pathnameDirectory| |pathnameName| |pathnameType| |satisfiesUserLevel| |sayAsManyPerLineAsPossible| |sayKeyedMsg| |sayMessage| |selectOption| |selectOptionLC| |specialChar| |terminateSystemCommand| |unabbrev| ; caught 89 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/setvars.fasl written ; compilation finished in 0:00:00.227 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=sfsfun-l.fasl --load-directory=. ../../../open-axiom/src/interp/sfsfun-l.lisp ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/interp/sfsfun-l.lisp" (written 11 JAN 2016 09:41:16 PM): ; compiling (IMPORT-MODULE "sys-macros") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFUN S-TO-C ...) ; compiling (DEFUN C-TO-S ...) ; compiling (DEFUN C-TO-R ...) ; compiling (DEFUN RLNGAMMA ...) ; compiling (DEFUN CLNGAMMA ...) ; compiling (DEFUN RGAMMA ...) ; compiling (DEFUN CGAMMA ...) ; compiling (DEFUN RPSI ...) ; compiling (DEFUN CPSI ...) ; compiling (DEFUN RBESSELJ ...) ; compiling (DEFUN CBESSELJ ...) ; compiling (DEFUN RBESSELI ...) ; compiling (DEFUN CBESSELI ...) ; compiling (DEFUN CHYPER0F1 ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/interp/sfsfun-l.lisp ; in: DEFUN CBESSELI ; (BOOT::|BesselI| (BOOT::S-TO-C BOOT::V) (BOOT::S-TO-C BOOT::Z)) ; ; caught STYLE-WARNING: ; undefined function: |BesselI| ; in: DEFUN RBESSELI ; (BOOT::|BesselI| BOOT::N BOOT::X) ; ; caught STYLE-WARNING: ; undefined function: |BesselI| ; in: DEFUN CBESSELJ ; (BOOT::|BesselJ| (BOOT::S-TO-C BOOT::V) (BOOT::S-TO-C BOOT::Z)) ; ; caught STYLE-WARNING: ; undefined function: |BesselJ| ; in: DEFUN RBESSELJ ; (BOOT::|BesselJ| BOOT::N BOOT::X) ; ; caught STYLE-WARNING: ; undefined function: |BesselJ| ; in: DEFUN CPSI ; (BOOT::|cPsi| BOOT::N (BOOT::S-TO-C BOOT::Z)) ; ; caught STYLE-WARNING: ; undefined function: |cPsi| ; in: DEFUN CGAMMA ; (BOOT::|cgamma| (BOOT::S-TO-C BOOT::Z)) ; ; caught STYLE-WARNING: ; undefined function: |cgamma| ; in: DEFUN CHYPER0F1 ; (BOOT::|chebf01| (BOOT::S-TO-C BOOT::A) (BOOT::S-TO-C BOOT::Z)) ; ; caught STYLE-WARNING: ; undefined function: |chebf01| ; in: DEFUN C-TO-R ; (BOOT::|error| "Result is not real.") ; ; caught STYLE-WARNING: ; undefined function: |error| ; in: DEFUN CLNGAMMA ; (BOOT::|lncgamma| (BOOT::S-TO-C BOOT::Z)) ; ; caught STYLE-WARNING: ; undefined function: |lncgamma| ; in: DEFUN RLNGAMMA ; (BOOT::|lnrgamma| BOOT::X) ; ; caught STYLE-WARNING: ; undefined function: |lnrgamma| ; in: DEFUN RPSI ; (BOOT::|rPsi| BOOT::N BOOT::X) ; ; caught STYLE-WARNING: ; undefined function: |rPsi| ; in: DEFUN RGAMMA ; (BOOT::|rgamma| BOOT::X) ; ; caught STYLE-WARNING: ; undefined function: |rgamma| ; ; compilation unit finished ; Undefined functions: ; |BesselI| |BesselJ| |cPsi| |cgamma| |chebf01| |error| |lncgamma| |lnrgamma| |rPsi| |rgamma| ; caught 12 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/sfsfun-l.fasl written ; compilation finished in 0:00:00.090 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=sfsfun.fasl --load-directory=. ../../../open-axiom/src/interp/sfsfun.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/sfsfun.clisp" (written 01 FEB 2016 10:53:06 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "sys-macros") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFUN |FloatError| ...) ; compiling (DEFUN |nangenericcomplex| ...) ; compiling (DEFUN |fracpart| ...) ; compiling (DEFUN |intpart| ...) ; compiling (DEFUN |negintp| ...) ; compiling (DEFUN |horner| ...) ; compiling (DEFUN |rgamma| ...) ; compiling (DEFUN |lnrgamma| ...) ; compiling (DEFUN |cbeta| ...) ; compiling (DEFUN |gammaStirling| ...) ; compiling (DEFUN |lnrgammaRatapprox| ...) ; compiling (DEFUN |phiRatapprox| ...) ; compiling (DEFUN |gammaRatapprox| ...) ; compiling (DEFUN |gammaRatkernel| ...) ; compiling (DEFUN |cgammat| ...) ; compiling (DEFUN |cgamma| ...) ; compiling (DEFUN |lncgamma| ...) ; compiling (DEFUN |clngamma| ...) ; compiling (DEFUN |clngammacase1| ...) ; compiling (DEFUN |PiMinusLogSinPi| ...) ; compiling (DEFUN |cgammaG| ...) ; compiling (DEFUN |logH| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/sfsfun.clisp ; in: DEFUN |logH| ; (DEFUN BOOT::|logH| (BOOT::|z1| BOOT::|z2| BOOT::|z|) ; (LET* (BOOT::|part1| ; BOOT::|part2| ; BOOT::|i| ; BOOT::|twopiz2| ; BOOT::|piz2| ; BOOT::|piz1bar| ; BOOT::|z1bar|) ; (PROGN ; (SETQ BOOT::|z1bar| #) ; (SETQ BOOT::|piz1bar| #) ; (SETQ BOOT::|piz2| #) ; (SETQ BOOT::|twopiz2| #) ; (SETQ BOOT::|i| #) ; (SETQ BOOT::|part2| #) ; (SETQ BOOT::|part1| #) ; (LOG (+ BOOT::|part1| BOOT::|part2|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|logH| ; (BOOT::|z1| BOOT::|z2| BOOT::|z|) ; (BLOCK BOOT::|logH| ; (LET* (BOOT::|part1| ; BOOT::|part2| ; BOOT::|i| ; BOOT::|twopiz2| ; BOOT::|piz2| ; BOOT::|piz1bar| ; BOOT::|z1bar|) ; (PROGN ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (LOG #))))) ; ; caught STYLE-WARNING: ; The variable |z| is defined but never used. ; compiling (DEFUN |clngammacase23| ...) ; compiling (DEFUN |clngammacase2| ...) ; compiling (DEFUN |logS| ...) ; compiling (DEFUN |cgammaAdjust| ...) ; compiling (DEFUN |clngammacase3| ...) ; compiling (DEFUN |cgammaBernsum| ...) ; compiling (DEFPARAMETER |$PsiAsymptoticBern| ...) ; compiling (DEFUN |PsiAsymptotic| ...) ; compiling (DEFUN |PsiEps| ...) ; compiling (DEFUN |PsiAsymptoticOrder| ...) ; compiling (DEFUN |rPsi| ...) ; compiling (DEFUN |rPsiW| ...) ; compiling (DEFUN |PsiBack| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/sfsfun.clisp ; in: DEFUN |PsiBack| ; (> BOOT::|k| BOOT::|xintpart|) ; ==> ; BOOT::|k| ; ; note: deleting unreachable code ; compiling (DEFUN |PsiIntpart| ...) ; compiling (DEFUN |cotdiffeval| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/sfsfun.clisp ; in: DEFUN |cotdiffeval| ; (> BOOT::|i| 0) ; ==> ; BOOT::|i| ; ; note: deleting unreachable code ; compiling (DEFUN |cPsi| ...) ; compiling (DEFUN |PsiXotic| ...) ; compiling (DEFUN |cpsireflect| ...) ; compiling (DEFUN |chebf01| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/sfsfun.clisp ; in: DEFUN |chebf01| ; (> BOOT::|ncount| 0) ; ==> ; BOOT::|ncount| ; ; note: deleting unreachable code ; (> BOOT::|i| 0) ; ==> ; BOOT::|i| ; ; note: deleting unreachable code ; compiling (DEFUN |brutef01| ...) ; compiling (DEFUN |f01| ...) ; compiling (DEFUN |chebf01coefmake| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/sfsfun.clisp ; in: DEFUN |chebf01coefmake| ; (> BOOT::|ncount| 0) ; ==> ; BOOT::|ncount| ; ; note: deleting unreachable code ; compiling (DEFUN |chebeval| ...) ; compiling (DEFUN |chebevalarr| ...) ; compiling (DEFUN |chebstareval| ...) ; compiling (DEFUN |chebstarevalarr| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/sfsfun.clisp ; in: DEFUN |chebstarevalarr| ; (> BOOT::|i| 0) ; ==> ; BOOT::|i| ; ; note: deleting unreachable code ; compiling (DEFUN |BesselJ| ...) ; compiling (DEFUN |BesselJRecur| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/sfsfun.clisp ; in: DEFUN |BesselJRecur| ; (> BOOT::|i| 0) ; ==> ; BOOT::|i| ; ; note: deleting unreachable code ; compiling (DEFUN |BesselI| ...) ; compiling (DEFUN |besselIcheb| ...) ; compiling (DEFUN |besselIback| ...) ; compiling (DEFUN |BesselIBackRecur| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/sfsfun.clisp ; in: DEFUN |BesselIBackRecur| ; (> BOOT::|m| 1) ; ==> ; BOOT::|m| ; ; note: deleting unreachable code ; (> BOOT::|m2| 3) ; ==> ; BOOT::|m2| ; ; note: deleting unreachable code ; ; note: deleting unreachable code ; (DEFUN BOOT::|BesselIBackRecur| ; (BOOT::|largev| BOOT::|argm| BOOT::|v| BOOT::|z| BOOT::|type| ; BOOT::|n|) ; (LET* (BOOT::|v1| ; BOOT::|pn| ; BOOT::|ct1| ; BOOT::|xm| ; BOOT::|m| ; BOOT::|m1| ; BOOT::|val| ; BOOT::|w| ; BOOT::|m2| ; BOOT::|z2| ; BOOT::|start| ; BOOT::|zero| ; ...) ; (PROGN ; (SETQ BOOT::|one| 1.0d0) ; (SETQ BOOT::|two| 2.0d0) ; (SETQ BOOT::|zero| 0.0d0) ; (SETQ BOOT::|start| #) ; (SETQ BOOT::|z2| #) ; (SETQ BOOT::|m2| #) ; (SETQ BOOT::|w| #) ; (SETF # BOOT::|zero|) ; (COND (# #) (T #)) ; (SETQ BOOT::|m1| #) ; (SETF # BOOT::|start|) ; ...))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BesselIBackRecur| ; (BOOT::|largev| BOOT::|argm| BOOT::|v| BOOT::|z| BOOT::|type| BOOT::|n|) ; (BLOCK BOOT::|BesselIBackRecur| ; (LET* (BOOT::|v1| ; BOOT::|pn| ; BOOT::|ct1| ; BOOT::|xm| ; BOOT::|m| ; BOOT::|m1| ; BOOT::|val| ; BOOT::|w| ; BOOT::|m2| ; BOOT::|z2| ; BOOT::|start| ; BOOT::|zero| ; ...) ; (PROGN ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETF #) ; (COND # #) ; (SETQ #) ; (SETF #) ; ...)))) ; ; caught STYLE-WARNING: ; The variable |largev| is defined but never used. ; compiling (DEFUN |BesselasymptA| ...) ; compiling (DEFUN |BesselasymptB| ...) ; compiling (DEFUN |BesselJAsympt| ...) ; compiling (DEFUN |BesselIAsympt| ...) ; compiling (DEFUN |BesselJAsymptOrder| ...) ; compiling (DEFUN |BesselIAsymptOrder| ...) ; compiling (DEFUN |BesselKAsymptOrder| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/sfsfun.clisp ; in: DEFUN |rPsiW| ; (BOOT::|HardError| "rPsiW not implemented for negative n or non-positive x") ; ; caught STYLE-WARNING: ; undefined function: |HardError| ; in: DEFUN |nangenericcomplex| ; (BOOT::|NaNQ|) ; ; caught STYLE-WARNING: ; undefined function: |NaNQ| ; in: DEFUN |PsiIntpart| ; (BOOT::|PsiInpart| (- BOOT::|x|)) ; ; caught STYLE-WARNING: ; undefined function: |PsiInpart| ; ; compilation unit finished ; Undefined functions: ; |HardError| |NaNQ| |PsiInpart| ; caught 5 STYLE-WARNING conditions ; printed 10 notes ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/sfsfun.fasl written ; compilation finished in 0:00:00.436 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=slam.fasl --load-directory=. ../../../open-axiom/src/interp/slam.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/slam.clisp" (written 01 FEB 2016 10:53:07 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "g-timer") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFPARAMETER |$compiledOpNameList| ...) ; compiling (DEFUN |isRecurrenceRelation| ...) ; compiling (DEFUN |mkDiffAssoc| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/slam.clisp ; in: DEFUN |mkDiffAssoc| ; (BOOT::|systemErrorHere| "mkDiffAssoc") ; ==> ; "mkDiffAssoc" ; ; note: deleting unreachable code ; compiling (DEFUN |reportFunctionCompilation| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/slam.clisp ; in: DEFUN |reportFunctionCompilation| ; (LIST BOOT::|auxfn|) ; --> CONS ; ==> ; BOOT::|auxfn| ; ; note: deleting unreachable code ; (LIST BOOT::|cacheName|) ; --> CONS ; ==> ; BOOT::|cacheName| ; ; note: deleting unreachable code ; 'BOOT::|%otherwise| ; ; note: deleting unreachable code ; compiling (DEFUN |getCacheCount| ...) ; compiling (DEFUN |reportFunctionCacheAll| ...) ; compiling (DEFUN |hashCount| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/slam.clisp ; in: DEFUN |hashCount| ; (MULTIPLE-VALUE-BIND (#:G539 BOOT::|key| BOOT::|val|) ; (#:G538) ; (COND ((NOT #:G539) (RETURN BOOT::|bfVar#1|)) (T (SETQ BOOT::|bfVar#1| #)))) ; --> MULTIPLE-VALUE-CALL ; ==> ; #'(LAMBDA (&OPTIONAL (#:G539) (BOOT::|key|) (BOOT::|val|) &REST #:G72) ; (DECLARE (IGNORE #:G72)) ; (COND ((NOT #:G539) (RETURN BOOT::|bfVar#1|)) ; (T (SETQ BOOT::|bfVar#1| #)))) ; ; caught STYLE-WARNING: ; The variable |key| is defined but never used. ; compiling (DEFUN |mkCircularAlist| ...) ; compiling (DEFUN |countCircularAlist| ...) ; compiling (DEFUN |predCircular| ...) ; compiling (DEFUN |assocCircular| ...) ; compiling (DEFUN |compileRecurrenceRelation| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/slam.clisp ; in: DEFUN |compileRecurrenceRelation| ; (DEFUN BOOT::|compileRecurrenceRelation| ; (BOOT::|op| BOOT::|nam| BOOT::|argl| BOOT::|junk| BOOT::|bfVar#1|) ; (LET* (BOOT::|cacheVector| ; BOOT::|cacheCountCode| ; BOOT::|cacheType| ; BOOT::|mainFunction| ; BOOT::|mbody| ; BOOT::|phrase5| ; BOOT::|phrase4| ; BOOT::|phrase3| ; BOOT::|phrase2| ; BOOT::|phrase1| ; BOOT::|preset| ; BOOT::|initialResetCode| ; ...) ; (DECLARE ; (SPECIAL BOOT::|$e| BOOT::|$verbose| BOOT::|$compiledOpNameList|)) ; (PROGN ; (SETQ BOOT::|body| #) ; (SETQ BOOT::|sharpArg| #) ; (SETQ BOOT::|n| #) ; (SETQ BOOT::|initCode| #) ; (SETQ BOOT::|k| #) ; (SETQ BOOT::|extraArgumentCode| #) ; (SETQ BOOT::|g| #) ; (SETQ BOOT::|gIndex| #) ; (SETQ BOOT::|gsList| #) ; (SETQ BOOT::|auxfn| #) ; (SETQ BOOT::|$compiledOpNameList| #) ; ...))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compileRecurrenceRelation| ; (BOOT::|op| BOOT::|nam| BOOT::|argl| BOOT::|junk| BOOT::|bfVar#1|) ; (BLOCK BOOT::|compileRecurrenceRelation| ; (LET* (BOOT::|cacheVector| ; BOOT::|cacheCountCode| ; BOOT::|cacheType| ; BOOT::|mainFunction| ; BOOT::|mbody| ; BOOT::|phrase5| ; BOOT::|phrase4| ; BOOT::|phrase3| ; BOOT::|phrase2| ; BOOT::|phrase1| ; BOOT::|preset| ; BOOT::|initialResetCode| ; ...) ; (DECLARE ; (SPECIAL BOOT::|$e| BOOT::|$verbose| BOOT::|$compiledOpNameList|)) ; (PROGN ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; ...)))) ; ; caught STYLE-WARNING: ; The variable |junk| is defined but never used. ; compiling (DEFUN |nodeCount| ...) ; compiling (DEFUN |recurrenceError| ...) ; compiling (DEFUN |mkCacheVec| ...) ; compiling (DEFUN |reallyClearLocalModemaps| ...) ; compiling (DEFUN |clearCache| ...) ; compiling (DEFUN |clearLocalModemaps| ...) ; compiling (DEFUN |compileInteractive| ...) ; compiling (DEFUN |compQuietly| ...) ; compiling (DEFUN |clearAllSlams| ...) ; compiling (DEFUN |clearAllSlams,fn| ...) ; compiling (DEFUN |clearSlam,LAM| ...) ; compiling (DEFMACRO |clearSlam| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/slam.clisp ; in: DEFUN |clearLocalModemaps| ; (BOOT::|/UNTRACE,2| BOOT::|sub| NIL) ; ; caught STYLE-WARNING: ; undefined function: |/UNTRACE,2| ; in: DEFUN |clearCache| ; (BOOT::|/UNTRACE,2| BOOT::|sub| NIL) ; ; caught STYLE-WARNING: ; undefined function: |/UNTRACE,2| ; in: DEFUN |compileInteractive| ; (BOOT::|abstractionOperator?| BOOT::|bindOp|) ; ; caught STYLE-WARNING: ; undefined function: |abstractionOperator?| ; in: DEFUN |compQuietly| ; (BOOT::|backendCompile| NIL BOOT::|fn|) ; ; caught STYLE-WARNING: ; undefined function: |backendCompile| ; in: DEFUN |compileInteractive| ; (BOOT::|bright| "Generated LISP code for function:") ; ; caught STYLE-WARNING: ; undefined function: |bright| ; in: DEFUN |isRecurrenceRelation| ; (BOOT::|compiledLookupCheck| '= (LIST BOOT::|$Boolean| 'BOOT::$ 'BOOT::$) ; BOOT::|integer|) ; ; caught STYLE-WARNING: ; undefined function: |compiledLookupCheck| ; in: DEFUN |compileInteractive| ; (BOOT::|declareUnusedParameters| (CADR BOOT::|fn|)) ; ; caught STYLE-WARNING: ; undefined function: |declareUnusedParameters| ; in: DEFUN |reportFunctionCacheAll| ; (BOOT::|eval| BOOT::|cacheResetCode|) ; ; caught STYLE-WARNING: ; undefined function: |eval| ; in: DEFUN |reportFunctionCompilation| ; (BOOT::|eval| BOOT::|cacheResetCode|) ; ; caught STYLE-WARNING: ; undefined function: |eval| ; in: DEFUN |isRecurrenceRelation| ; (BOOT::|eval| BOOT::|$Integer|) ; ; caught STYLE-WARNING: ; undefined function: |eval| ; in: DEFUN |compQuietly| ; #'BOOT::|evaluateLispDefinition| ; ; caught STYLE-WARNING: ; undefined function: |evaluateLispDefinition| ; in: DEFUN |reportFunctionCompilation| ; (BOOT::|keyedSystemError| 'BOOT::S2IM0019 ; (LIST BOOT::|cacheCount| BOOT::|op|)) ; ; caught STYLE-WARNING: ; undefined function: |keyedSystemError| ; (BOOT::|makeInternalMapMinivectorName| BOOT::|nam|) ; ; caught STYLE-WARNING: ; undefined function: |makeInternalMapMinivectorName| ; in: DEFUN |clearLocalModemaps| ; (BOOT::|objNew| BOOT::|def| BOOT::|$EmptyMode|) ; ; caught STYLE-WARNING: ; undefined function: |objNew| ; (BOOT::|putHist| BOOT::|x| 'BOOT::|value| ; (BOOT::|objNew| BOOT::|def| BOOT::|$EmptyMode|) BOOT::|$e|) ; ; caught STYLE-WARNING: ; undefined function: |putHist| ; in: DEFUN |clearCache| ; (BOOT::|putHist| BOOT::|x| 'BOOT::|mapBody| NIL BOOT::|$e|) ; ; caught STYLE-WARNING: ; undefined function: |putHist| ; in: DEFUN |reallyClearLocalModemaps| ; (BOOT::|putHist| BOOT::|x| 'BOOT::|localModemap| NIL BOOT::|$e|) ; ; caught STYLE-WARNING: ; undefined function: |putHist| ; in: DEFUN |reportFunctionCacheAll| ; (BOOT::|sayKeyedMsg| 'BOOT::S2IX0004 (LIST BOOT::|op|)) ; ; caught STYLE-WARNING: ; undefined function: |sayKeyedMsg| ; in: DEFUN |reportFunctionCompilation| ; (BOOT::|sayKeyedMsg| 'BOOT::S2IX0003 (LIST BOOT::|op| BOOT::|num|)) ; ; caught STYLE-WARNING: ; undefined function: |sayKeyedMsg| ; in: DEFUN |isRecurrenceRelation| ; (BOOT::|sayKeyedMsg| 'BOOT::S2IX0005 ; (LIST ; (LET ((BOOT::|bfVar#15| NIL) ; (BOOT::|bfVar#16| NIL) ; (BOOT::|bfVar#14| BOOT::|specialValues|) ; (BOOT::|sv| NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; caught STYLE-WARNING: ; undefined function: |sayKeyedMsg| ; ; caught STYLE-WARNING: ; 3 more uses of undefined function |sayKeyedMsg| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/slam.clisp ; in: DEFUN |mkDiffAssoc| ; (BOOT::|systemErrorHere| "mkDiffAssoc") ; ; caught STYLE-WARNING: ; undefined function: |systemErrorHere| ; in: DEFUN |isRecurrenceRelation| ; (BOOT::|systemErrorHere| "isRecurrenceRelation") ; ; caught STYLE-WARNING: ; undefined function: |systemErrorHere| ; in: DEFUN |recurrenceError| ; (BOOT::|throwKeyedMsg| 'BOOT::S2IX0002 (LIST BOOT::|op| BOOT::|arg|)) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsg| ; in: DEFUN |compileRecurrenceRelation| ; (BOOT::|voidValue|) ; ; caught STYLE-WARNING: ; undefined function: |voidValue| ; ; compilation unit finished ; Undefined functions: ; |/UNTRACE,2| |abstractionOperator?| |backendCompile| |bright| |compiledLookupCheck| |declareUnusedParameters| |eval| |evaluateLispDefinition| |keyedSystemError| |makeInternalMapMinivectorName| |objNew| |putHist| |sayKeyedMsg| |systemErrorHere| |throwKeyedMsg| |voidValue| ; caught 27 STYLE-WARNING conditions ; printed 4 notes ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/slam.fasl written ; compilation finished in 0:00:00.224 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=spad.fasl --load-directory=. ../../../open-axiom/src/interp/spad.lisp ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/interp/spad.lisp" (written 11 JAN 2016 09:41:16 PM): ; compiling (IMPORT-MODULE "spad-parser") ; compiling (IMPORT-MODULE "postpar") ; compiling (IMPORT-MODULE "debug") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFVAR |$reportInstantiations| ...) ; compiling (DEFVAR |$reportEachInstantiation| ...) ; compiling (DEFVAR |$functorForm| ...) ; compiling (DEFVAR |$Rep| ...) ; compiling (DEFVAR |$definition| ...) ; compiling (DEFVAR |$texFormat| ...) ; compiling (DEFVAR |$fortranFormat| ...) ; compiling (DEFVAR |$algebraFormat| ...) ; compiling (DEFVAR |$HiFiAccess| ...) ; compiling (DEFVAR _ ...) ; compiling (DEFVAR ERROR-PRINT) ; compiling (DEFVAR MARG ...) ; compiling (DEFVAR |uc| ...) ; compiling (DEFUN INIT-BOOT/SPAD-READER ...) ; compiling (DEFUN SPAD ...) ; compiling (DEFUN INTEGER-BIT ...) ; compiling (DEFUN /READ ...) ; compiling (DEFUN |fin| ...) ; compiling (DEFMACRO |DomainSubstitutionMacro| ...) ; compiling (DEFUN |sort| ...) ; compiling (DEFUN DIVIDE2 ...) ; compiling (DEFINE-FUNCTION (QUOTE |not|) ...) ; compiling (DEFUN |,PLUS| ...) ; compiling (DEFUN |,TIMES| ...) ; compiling (DEFUN |,DIFFERENCE| ...) ; compiling (DEFUN |,MAX| ...) ; compiling (DEFUN |,MIN| ...) ; compiling (MAKEPROP (QUOTE END_UNIT) ...) ; compiling (DEFMACRO TRY ...) ; compiling (DEFUN ASSOCIATER ...) ; compiling (DEFVAR $MARGIN ...) ; compiling (DEFVAR PLUSS ...) ; compiling (DEFVAR SLASH ...) ; compiling (DEFVAR COMMA ...) ; compiling (DEFVAR DASH ...) ; compiling (DEFVAR STAR ...) ; compiling (DEFVAR DOLLAR ...) ; compiling (DEFVAR COLON ...) ; compiling (DEFUN |makeByteWordVec| ...) ; compiling (DEFUN |makeByteWordVec2| ...) ; compiling (DEFUN RDEFINSTREAM ...) ; compiling (DEFUN RDEFOUTSTREAM ...) ; compiling (DEFUN ERROR-FORMAT ...) ; compiling (DEFUN |resetStackLimits| ...) ; compiling (DEFVAR |$oldBreakMode|) ; compiling (DEFMACRO |trapNumericErrors| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom/src/interp/spad.lisp ; in: DEFUN /READ ; (BOOT::/RF) ; ; caught STYLE-WARNING: ; undefined function: /RF ; (BOOT::/RQ) ; ; caught STYLE-WARNING: ; undefined function: /RQ ; in: DEFMACRO |DomainSubstitutionMacro| ; (BOOT::|DomainSubstitutionFunction| (FIRST BOOT::L) (SECOND BOOT::L)) ; ; caught STYLE-WARNING: ; undefined function: |DomainSubstitutionFunction| ; in: DEFUN RDEFOUTSTREAM ; (BOOT::RDEFIOSTREAM ; (LIST (CONS 'BOOT::FILE BOOT::FN) '(BOOT::MODE . BOOT::OUTPUT))) ; ; caught STYLE-WARNING: ; undefined function: RDEFIOSTREAM ; in: DEFUN RDEFINSTREAM ; (BOOT::RDEFIOSTREAM ; (LIST (CONS 'BOOT::FILE BOOT::FN) '(BOOT::MODE . BOOT::INPUT))) ; ; caught STYLE-WARNING: ; undefined function: RDEFIOSTREAM ; in: DEFUN SPAD ; (BOOT::|addBinding| 'BOOT::|$DomainsInScope| ; `((BOOT::FLUID . BOOT::|true|) ; (BOOT::|special| . ,(COPY-TREE BOOT::|$InitialDomainsInScope|))) ; (BOOT::|addBinding| 'BOOT::|$Information| NIL ; (BOOT::|makeInitialModemapFrame|))) ; ; caught STYLE-WARNING: ; undefined function: |addBinding| ; (BOOT::|makeInitialModemapFrame|) ; ; caught STYLE-WARNING: ; undefined function: |makeInitialModemapFrame| ; in: DEFUN /READ ; (BOOT::|terminateSystemCommand|) ; ; caught STYLE-WARNING: ; undefined function: |terminateSystemCommand| ; ; compilation unit finished ; Undefined functions: ; /RF /RQ |DomainSubstitutionFunction| RDEFIOSTREAM |addBinding| |makeInitialModemapFrame| |terminateSystemCommand| ; caught 8 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/spad.fasl written ; compilation finished in 0:00:00.122 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=termrw.fasl --load-directory=. ../../../open-axiom/src/interp/termrw.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/termrw.clisp" (written 01 FEB 2016 10:53:07 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "sys-macros") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFUN |termRW| ...) ; compiling (DEFUN |termRW1| ...) ; compiling (DEFUN |term1RW| ...) ; compiling (DEFUN |term1RWall| ...) ; compiling (DEFUN |termMatch| ...) ; compiling (DEFUN |augmentSub| ...) ; compiling (DEFUN |mergeSubs| ...) ; compiling (DEFUN |subCopy| ...) ; compiling (DEFUN |subCopy0| ...) ; compiling (DEFUN |subCopyOrNil| ...) ; compiling (DEFUN |deepSubCopy| ...) ; compiling (DEFUN |deepSubCopy0| ...) ; compiling (DEFUN |deepSubCopyOrNil| ...) ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/termrw.fasl written ; compilation finished in 0:00:00.059 ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=trace.fasl --load-directory=. ../../../open-axiom/src/interp/trace.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/trace.clisp" (written 01 FEB 2016 10:53:07 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "debug") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFPARAMETER |$traceNoisely| ...) ; compiling (DEFPARAMETER |$reportSpadTrace| ...) ; compiling (DEFPARAMETER |$optionAlist| ...) ; compiling (DEFPARAMETER |$tracedMapSignatures| ...) ; compiling (DEFCONSTANT |$traceOptionList| ...) ; compiling (DEFPARAMETER |$lastUntraced| ...) ; compiling (DEFUN SETLETPRINTFLAG ...) ; compiling (DEFUN |trace| ...) ; compiling (DEFUN |traceSpad2Cmd| ...) ; compiling (DEFUN |trace1| ...) ; compiling (DEFUN |getTraceOptions| ...) ; compiling (DEFUN |saveMapSig| ...) ; compiling (DEFUN |getMapSig| ...) ; compiling (DEFUN |getTraceOption| ...) ; compiling (DEFUN |getTraceOption,hn| ...) ; compiling (DEFUN |traceOptionError| ...) ; compiling (DEFUN |resetTimers| ...) ; compiling (DEFUN |resetSpacers| ...) ; compiling (DEFUN |resetCounters| ...) ; compiling (DEFUN |ptimers| ...) ; compiling (DEFUN |pspacers| ...) ; compiling (DEFUN |pcounters| ...) ; compiling (DEFUN |transOnlyOption| ...) ; compiling (DEFUN |stackTraceOptionError| ...) ; compiling (DEFUN |removeOption| ...) ; compiling (DEFUN |domainToGenvar| ...) ; compiling (DEFUN |genDomainTraceName| ...) ; compiling (DEFUN |untrace| ...) ; compiling (DEFUN |transTraceItem| ...) ; compiling (DEFUN |removeTracedMapSigs| ...) ; compiling (DEFUN |coerceTraceArgs2E| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/trace.clisp ; in: DEFUN |coerceTraceArgs2E| ; (DEFUN BOOT::|coerceTraceArgs2E| ; (BOOT::|traceName| BOOT::|subName| BOOT::|args|) ; (LET* (BOOT::|name|) ; (DECLARE (SPECIAL BOOT::|$tracedMapSignatures| BOOT::|$mathTraceList|)) ; (COND ((BOOTTRAN:|symbolMember?| # BOOT::|$mathTraceList|) (COND # #)) ; ((BOOT::SPADSYSNAMEP #) (BOOTTRAN:|reverse| #)) (T BOOT::|args|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|coerceTraceArgs2E| ; (BOOT::|traceName| BOOT::|subName| BOOT::|args|) ; (BLOCK BOOT::|coerceTraceArgs2E| ; (LET* (BOOT::|name|) ; (DECLARE ; (SPECIAL BOOT::|$tracedMapSignatures| BOOT::|$mathTraceList|)) ; (COND (# #) (# #) (T BOOT::|args|))))) ; ; caught STYLE-WARNING: ; The variable |traceName| is defined but never used. ; compiling (DEFUN |coerceSpadArgs2E| ...) ; compiling (DEFUN |subTypes| ...) ; compiling (DEFUN |coerceTraceFunValue2E| ...) ; compiling (DEFUN |coerceSpadFunValue2E| ...) ; compiling (DEFUN |isListOfIdentifiers| ...) ; compiling (DEFUN |isListOfIdentifiersOrStrings| ...) ; compiling (DEFUN |getMapSubNames| ...) ; compiling (DEFUN |getPreviousMapSubNames| ...) ; compiling (DEFUN |lassocSub| ...) ; compiling (DEFUN |rassocSub| ...) ; compiling (DEFUN |isUncompiledMap| ...) ; compiling (DEFUN |isInterpOnlyMap| ...) ; compiling (DEFUN |augmentTraceNames| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/trace.clisp ; in: DEFUN |augmentTraceNames| ; (DEFUN BOOT::|augmentTraceNames| (BOOT::|l| BOOT::|mapSubNames|) ; (LET* (BOOT::|mml| BOOT::|res|) ; (DECLARE (SPECIAL BOOT::|$InteractiveFrame|)) ; (PROGN ; (SETQ BOOT::|res| NIL) ; (LET (# #) ; (LOOP # ; #)) ; BOOT::|res|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|augmentTraceNames| ; (BOOT::|l| BOOT::|mapSubNames|) ; (BLOCK BOOT::|augmentTraceNames| ; (LET* (BOOT::|mml| BOOT::|res|) ; (DECLARE (SPECIAL BOOT::|$InteractiveFrame|)) ; (PROGN ; (SETQ #) ; (LET # ; #) ; BOOT::|res|)))) ; ; caught STYLE-WARNING: ; The variable |mapSubNames| is defined but never used. ; compiling (DEFUN |isSubForRedundantMapName| ...) ; compiling (DEFUN |untraceMapSubNames| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/trace.clisp ; in: DEFUN |untraceMapSubNames| ; (LET ((BOOT::|bfVar#1| (SETQ BOOT::|subs| #)) (BOOT::|name| NIL)) ; (LOOP (COND ((OR # #) (RETURN NIL)) (T (AND # #))) ; (SETQ BOOT::|bfVar#1| (CDR BOOT::|bfVar#1|)))) ; ; note: deleting unreachable code ; ; note: deleting unreachable code ; (BOOT::|/UNTRACE,2| BOOT::|name| NIL) ; ==> ; BOOT::|name| ; ; note: deleting unreachable code ; (CAR BOOT::|bfVar#1|) ; ==> ; BOOT::|bfVar#1| ; ; note: deleting unreachable code ; (BOOTTRAN:|symbolMember?| BOOT::|name| BOOT::/TRACENAMES) ; ==> ; BOOT::|name| ; ; note: deleting unreachable code ; (CDR BOOT::|bfVar#1|) ; ==> ; BOOT::|bfVar#1| ; ; note: deleting unreachable code ; (CONSP BOOT::|bfVar#1|) ; ==> ; BOOT::|bfVar#1| ; ; note: deleting unreachable code ; compiling (DEFUN |funfind,LAM| ...) ; compiling (DEFMACRO |funfind| ...) ; compiling (DEFUN |isDomainOrPackage| ...) ; compiling (DEFUN |isTraceGensym| ...) ; compiling (DEFUN |spadTrace| ...) ; compiling (DEFUN |spadTrace,isTraceable| ...) ; compiling (DEFUN |spadTrace,g| ...) ; compiling (DEFUN |traceDomainLocalOps| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/trace.clisp ; in: DEFUN |traceDomainLocalOps| ; (DEFUN BOOT::|traceDomainLocalOps| (BOOT::|dom| BOOT::|lops| BOOT::|options|) ; (PROGN ; (BOOT::|sayMSG| (LIST " " "The )local option has been withdrawn")) ; (BOOT::|sayMSG| (LIST " " "Use )ltr to trace local functions.")) ; NIL)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|traceDomainLocalOps| ; (BOOT::|dom| BOOT::|lops| BOOT::|options|) ; (BLOCK BOOT::|traceDomainLocalOps| ; (PROGN ; (BOOT::|sayMSG| (LIST " " "The )local option has been withdrawn")) ; (BOOT::|sayMSG| (LIST " " "Use )ltr to trace local functions.")) ; NIL))) ; ; caught STYLE-WARNING: ; The variable |dom| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |lops| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |options| is defined but never used. ; compiling (DEFUN |untraceDomainLocalOps| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/trace.clisp ; in: DEFUN |untraceDomainLocalOps| ; (DEFUN BOOT::|untraceDomainLocalOps| (BOOT::|dom| BOOT::|lops|) ; (LET* (BOOT::|abb|) ; (PROGN (SETQ BOOT::|abb| #) (BOOT::|sayMSG| (CONS " " #)) NIL))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|untraceDomainLocalOps| ; (BOOT::|dom| BOOT::|lops|) ; (BLOCK BOOT::|untraceDomainLocalOps| ; (LET* (BOOT::|abb|) ; (PROGN (SETQ #) (BOOT::|sayMSG| #) NIL)))) ; ; caught STYLE-WARNING: ; The variable |lops| is defined but never used. ; compiling (DEFUN |untraceAllDomainLocalOps| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/trace.clisp ; in: DEFUN |untraceAllDomainLocalOps| ; (DEFUN BOOT::|untraceAllDomainLocalOps| (BOOT::|dom|) NIL) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|untraceAllDomainLocalOps| ; (BOOT::|dom|) ; (BLOCK BOOT::|untraceAllDomainLocalOps| NIL)) ; ; caught STYLE-WARNING: ; The variable |dom| is defined but never used. ; compiling (DEFUN |traceDomainConstructor| ...) ; compiling (DEFUN |untraceDomainConstructor| ...) ; compiling (DEFUN |untraceDomainConstructor,keepTraced?| ...) ; compiling (DEFUN |flattenOperationAlist| ...) ; compiling (DEFUN |mapLetPrint| ...) ; compiling (DEFUN |letPrint| ...) ; compiling (DEFUN |letPrint2| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/trace.clisp ; in: DEFUN |letPrint2| ; (BOOT::|print| BOOT::|printform|) ; ==> ; BOOT::|printform| ; ; note: deleting unreachable code ; compiling (DEFUN |letPrint3| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/trace.clisp ; in: DEFUN |letPrint3| ; (BOOT::|print| BOOT::|xval|) ; ==> ; BOOT::|xval| ; ; note: deleting unreachable code ; compiling (DEFUN |getAliasIfTracedMapParameter| ...) ; compiling (DEFUN |getBpiNameIfTracedMap| ...) ; compiling (DEFUN |hasPair| ...) ; compiling (DEFUN |shortenForPrinting| ...) ; compiling (DEFUN |spadTraceAlias| ...) ; compiling (DEFUN |getOption| ...) ; compiling (DEFUN |reportSpadTrace| ...) ; compiling (DEFUN |orderBySlotNumber| ...) ; compiling (DEFUN /TRACEREPLY ...) ; compiling (DEFUN |spadReply| ...) ; compiling (DEFUN |spadReply,printName| ...) ; compiling (DEFUN |spadUntrace| ...) ; compiling (DEFUN |prTraceNames| ...) ; compiling (DEFUN |prTraceNames,fn| ...) ; compiling (DEFUN |traceReply| ...) ; compiling (DEFUN |addTraceItem| ...) ; compiling (DEFUN |tracelet| ...) ; compiling (DEFUN |breaklet| ...) ; compiling (DEFUN |stupidIsSpadFunction| ...) ; compiling (DEFUN |break| ...) ; compiling (DEFUN |compileBoot| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/trace.clisp ; in: DEFUN |trace1| ; (BOOT::|?t|) ; ; caught STYLE-WARNING: ; undefined function: |?t| ; in: DEFUN |spadUntrace| ; (BOOT::REMOVER BOOT::|$letAssoc| BOOT::|assocPair|) ; ; caught STYLE-WARNING: ; undefined function: REMOVER ; in: DEFUN |getAliasIfTracedMapParameter| ; (BOOT::STRING2PINT-N (BOOTTRAN:|subString| (BOOT::PNAME BOOT::|x|) 1 NIL) 1) ; ; caught STYLE-WARNING: ; undefined function: STRING2PINT-N ; in: DEFUN |traceReply| ; (BOOT::|abbreviate| (CAR BOOT::|$constructors|)) ; ; caught STYLE-WARNING: ; undefined function: |abbreviate| ; in: DEFUN |untraceDomainLocalOps| ; (BOOT::|abbreviate| BOOT::|dom|) ; ; caught STYLE-WARNING: ; undefined function: |abbreviate| ; in: DEFUN |spadTrace| ; (BOOT::|aldorTrace| BOOT::|domain| BOOT::|options|) ; ; caught STYLE-WARNING: ; undefined function: |aldorTrace| ; in: DEFUN |pcounters| ; (BOOT::|bright| BOOT::|k|) ; ; caught STYLE-WARNING: ; undefined function: |bright| ; in: DEFUN |pspacers| ; (BOOT::|bright| BOOT::|spacer|) ; ; caught STYLE-WARNING: ; undefined function: |bright| ; in: DEFUN |ptimers| ; (BOOT::|bright| BOOT::|timer|) ; ; caught STYLE-WARNING: ; undefined function: |bright| ; ; caught STYLE-WARNING: ; 5 more uses of undefined function |bright| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/trace.clisp ; in: DEFUN |trace1| ; (BOOT::|centerAndHighlight| "Traced function execution times" 78 '-) ; ; caught STYLE-WARNING: ; undefined function: |centerAndHighlight| ; in: DEFUN |coerceTraceFunValue2E| ; (BOOT::|coerceInteractive| (BOOT::|objNewWrap| BOOT::|value| (CAR BOOT::|u|)) ; BOOT::|$OutputForm|) ; ; caught STYLE-WARNING: ; undefined function: |coerceInteractive| ; in: DEFUN |coerceSpadArgs2E| ; (BOOT::|coerceInteractive| (BOOT::|objNewWrap| BOOT::|arg| BOOT::|type|) ; BOOT::|$OutputForm|) ; ; caught STYLE-WARNING: ; undefined function: |coerceInteractive| ; in: DEFUN |coerceTraceArgs2E| ; (BOOT::|coerceInteractive| (BOOT::|objNewWrap| BOOT::|arg| BOOT::|type|) ; BOOT::|$OutputForm|) ; ; caught STYLE-WARNING: ; undefined function: |coerceInteractive| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |coerceInteractive| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/trace.clisp ; in: DEFUN |traceOptionError| ; (BOOT::|commandAmbiguityError| 'BOOT::|trace option| BOOT::|opt| BOOT::|keys|) ; ; caught STYLE-WARNING: ; undefined function: |commandAmbiguityError| ; in: DEFUN |traceReply| ; (BOOT::|concat| (BOOT::|prefix2String| (CAR BOOT::|$domains|)) ; (LET ((BOOT::|bfVar#7| NIL) ; (BOOT::|bfVar#8| NIL) ; (BOOT::|bfVar#6| (CDR BOOT::|$domains|)) ; (BOOT::|x| NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ BOOT::|bfVar#6| #)))) ; ; caught STYLE-WARNING: ; undefined function: |concat| ; in: DEFUN |spadTrace| ; (BOOT::|constructSubst| (ELT BOOT::|domain| 0)) ; ; caught STYLE-WARNING: ; undefined function: |constructSubst| ; in: DEFUN |addTraceItem| ; (BOOT::|constructor?| BOOT::|d|) ; ; caught STYLE-WARNING: ; undefined function: |constructor?| ; in: DEFUN |transTraceItem| ; (BOOT::|constructor?| BOOT::|y|) ; ; caught STYLE-WARNING: ; undefined function: |constructor?| ; in: DEFUN |untraceDomainConstructor,keepTraced?| ; (BOOT::|devaluate| BOOT::|dc|) ; ; caught STYLE-WARNING: ; undefined function: |devaluate| ; in: DEFUN |transTraceItem| ; (BOOT::|devaluate| (CAR BOOT::|x|)) ; ; caught STYLE-WARNING: ; undefined function: |devaluate| ; in: DEFUN |trace1| ; (BOOT::|devaluate| BOOT::|domain|) ; ; caught STYLE-WARNING: ; undefined function: |devaluate| ; ; caught STYLE-WARNING: ; 6 more uses of undefined function |devaluate| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/trace.clisp ; in: DEFUN |pspacers| ; (BOOT::|eval| (INTERN (|AxiomCore|:CONCAT BOOT::|spacer| ",SPACE"))) ; ; caught STYLE-WARNING: ; undefined function: |eval| ; in: DEFUN |ptimers| ; (BOOT::|eval| (INTERN (|AxiomCore|:CONCAT BOOT::|timer| ",TIMER"))) ; ; caught STYLE-WARNING: ; undefined function: |eval| ; in: DEFUN |getTraceOption,hn| ; (BOOT::|eval| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |eval| ; ; caught STYLE-WARNING: ; 5 more uses of undefined function |eval| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/trace.clisp ; in: DEFUN |domainToGenvar| ; (BOOT::|evalDomain| BOOT::|y|) ; ; caught STYLE-WARNING: ; undefined function: |evalDomain| ; in: DEFUN |traceReply| ; (BOOT::|flowSegmentedMsg| BOOT::|functionList| BOOT::$LINELENGTH 6) ; ; caught STYLE-WARNING: ; undefined function: |flowSegmentedMsg| ; in: DEFUN |getMapSubNames| ; (BOOT::|get| BOOT::|mapName| 'BOOT::|localModemap| BOOT::|$InteractiveFrame|) ; ; caught STYLE-WARNING: ; undefined function: |get| ; in: DEFUN |transTraceItem| ; (BOOT::|get| BOOT::|x| 'BOOT::|value| BOOT::|$InteractiveFrame|) ; ; caught STYLE-WARNING: ; undefined function: |get| ; in: DEFUN |getMapSig| ; (BOOT::|get| BOOT::|mapName| 'BOOT::|localModemap| BOOT::|$InteractiveFrame|) ; ; caught STYLE-WARNING: ; undefined function: |get| ; ; caught STYLE-WARNING: ; 6 more uses of undefined function |get| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/trace.clisp ; in: DEFUN |domainToGenvar| ; (BOOT::|getConstructorKindFromDB| (BOOT::|opOf| BOOT::|y|)) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorKindFromDB| ; in: DEFUN |spadTrace| ; (BOOT::|getConstructorOperationsFromDB| BOOT::|domainId|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorOperationsFromDB| ; in: DEFUN |trace1| ; (BOOT::|hasOption| BOOT::|$options| 'BOOT::|nonquietly|) ; ; caught STYLE-WARNING: ; undefined function: |hasOption| ; in: DEFUN |isDomainOrPackage| ; (BOOT::|isFunctor| (BOOT::|opOf| (ELT BOOT::|dom| 0))) ; ; caught STYLE-WARNING: ; undefined function: |isFunctor| ; in: DEFUN |funfind,LAM| ; (BOOT::|isFunctor| BOOT::|functor|) ; ; caught STYLE-WARNING: ; undefined function: |isFunctor| ; in: DEFUN |trace1| ; (BOOT::|isFunctor| BOOT::|constructor|) ; ; caught STYLE-WARNING: ; undefined function: |isFunctor| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |isFunctor| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/trace.clisp ; in: DEFUN |letPrint3| ; (BOOT::|isSharpVarWithNum| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |isSharpVarWithNum| ; in: DEFUN |letPrint2| ; (BOOT::|isSharpVarWithNum| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |isSharpVarWithNum| ; in: DEFUN |letPrint| ; (BOOT::|isSharpVarWithNum| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |isSharpVarWithNum| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |isSharpVarWithNum| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/trace.clisp ; in: DEFUN |traceDomainConstructor| ; (BOOT::|loadLibIfNotLoaded| BOOT::|domainConstructor|) ; ; caught STYLE-WARNING: ; undefined function: |loadLibIfNotLoaded| ; in: DEFUN |letPrint3| ; (BOOT::|mathprint| ; (LIST '= BOOT::|x| (BOOT::SPADCALL BOOT::|xval| BOOT::|printfn|))) ; ; caught STYLE-WARNING: ; undefined function: |mathprint| ; in: DEFUN |letPrint2| ; (BOOT::|mathprint| (LIST '= BOOT::|x| BOOT::|printform|)) ; ; caught STYLE-WARNING: ; undefined function: |mathprint| ; in: DEFUN |transTraceItem| ; (BOOT::|objMode| BOOT::|value|) ; ; caught STYLE-WARNING: ; undefined function: |objMode| ; in: DEFUN |coerceTraceFunValue2E| ; (BOOT::|objNewWrap| BOOT::|value| (CAR BOOT::|u|)) ; ; caught STYLE-WARNING: ; undefined function: |objNewWrap| ; in: DEFUN |coerceSpadArgs2E| ; (BOOT::|objNewWrap| BOOT::|arg| BOOT::|type|) ; ; caught STYLE-WARNING: ; undefined function: |objNewWrap| ; in: DEFUN |coerceTraceArgs2E| ; (BOOT::|objNewWrap| BOOT::|arg| BOOT::|type|) ; ; caught STYLE-WARNING: ; undefined function: |objNewWrap| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |objNewWrap| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/trace.clisp ; in: DEFUN |transTraceItem| ; (BOOT::|objVal| BOOT::|value|) ; ; caught STYLE-WARNING: ; undefined function: |objVal| ; in: DEFUN |coerceTraceFunValue2E| ; (BOOT::|objValUnwrap| ; (BOOT::|coerceInteractive| ; (BOOT::|objNewWrap| BOOT::|value| (CAR BOOT::|u|)) BOOT::|$OutputForm|)) ; ; caught STYLE-WARNING: ; undefined function: |objValUnwrap| ; in: DEFUN |coerceSpadArgs2E| ; (BOOT::|objValUnwrap| ; (BOOT::|coerceInteractive| (BOOT::|objNewWrap| BOOT::|arg| BOOT::|type|) ; BOOT::|$OutputForm|)) ; ; caught STYLE-WARNING: ; undefined function: |objValUnwrap| ; in: DEFUN |coerceTraceArgs2E| ; (BOOT::|objValUnwrap| ; (BOOT::|coerceInteractive| (BOOT::|objNewWrap| BOOT::|arg| BOOT::|type|) ; BOOT::|$OutputForm|)) ; ; caught STYLE-WARNING: ; undefined function: |objValUnwrap| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |objValUnwrap| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/trace.clisp ; in: DEFUN |getTraceOption| ; (BOOT::|object2String| BOOT::|key|) ; ; caught STYLE-WARNING: ; undefined function: |object2String| ; in: DEFUN |isDomainOrPackage| ; (BOOT::|opOf| (ELT BOOT::|dom| 0)) ; ; caught STYLE-WARNING: ; undefined function: |opOf| ; in: DEFUN |transTraceItem| ; (BOOT::|opOf| (BOOT::|unabbrev| BOOT::|x|)) ; ; caught STYLE-WARNING: ; undefined function: |opOf| ; in: DEFUN |domainToGenvar| ; (BOOT::|opOf| BOOT::|y|) ; ; caught STYLE-WARNING: ; undefined function: |opOf| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |opOf| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/trace.clisp ; in: DEFUN |orderBySlotNumber| ; (BOOT::|orderList| ; (LET ((BOOT::|bfVar#2| NIL) ; (BOOT::|bfVar#3| NIL) ; (BOOT::|bfVar#1| BOOT::|l|) ; (BOOT::|x| NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ BOOT::|bfVar#1| #)))) ; ; caught STYLE-WARNING: ; undefined function: |orderList| ; in: DEFUN |traceReply| ; (BOOT::|prefix2String| (CAR BOOT::|$domains|)) ; ; caught STYLE-WARNING: ; undefined function: |prefix2String| ; in: DEFUN |spadUntrace| ; (BOOT::|prefix2String| BOOT::|domainId|) ; ; caught STYLE-WARNING: ; undefined function: |prefix2String| ; in: DEFUN |letPrint3| ; (BOOT::|print| BOOT::|xval|) ; ; caught STYLE-WARNING: ; undefined function: |print| ; in: DEFUN |letPrint2| ; (BOOT::|print| BOOT::|printform|) ; ; caught STYLE-WARNING: ; undefined function: |print| ; in: DEFUN |spadTrace| ; (BOOT::|printDashedLine|) ; ; caught STYLE-WARNING: ; undefined function: |printDashedLine| ; in: DEFUN |traceReply| ; (BOOT::|sayBrightlyLength| BOOT::|functionList|) ; ; caught STYLE-WARNING: ; undefined function: |sayBrightlyLength| ; in: DEFUN |trace1| ; (BOOT::|sayKeyedMsg| 'BOOT::S2IT0003 ; (LIST (BOOT::|devaluate| BOOT::|domain|))) ; ; caught STYLE-WARNING: ; undefined function: |sayKeyedMsg| ; in: DEFUN |traceReply| ; (BOOT::|sayMessage| " Nothing is traced now.") ; ; caught STYLE-WARNING: ; undefined function: |sayMessage| ; in: DEFUN |getTraceOption| ; (BOOT::|selectOptionLC| BOOT::|key| BOOT::|$traceOptionList| ; 'BOOT::|traceOptionError|) ; ; caught STYLE-WARNING: ; undefined function: |selectOptionLC| ; in: DEFUN |trace1| ; (BOOT::|selectOptionLC| (CAR BOOT::|opt|) '(BOOT::|reset|) ; 'BOOT::|optionError|) ; ; caught STYLE-WARNING: ; undefined function: |selectOptionLC| ; in: DEFUN |getTraceOption| ; (BOOT::|throwKeyedMsg| 'BOOT::S2IT0005 (LIST BOOT::|key|)) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsg| ; in: DEFUN |getTraceOptions| ; (BOOT::|throwKeyedMsg| BOOT::|key| (CONS "" BOOT::|parms|)) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsg| ; in: DEFUN |trace1| ; (BOOT::|throwKeyedMsg| 'BOOT::S2IT0019 NIL) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsg| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |throwKeyedMsg| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/trace.clisp ; in: DEFUN |getTraceOptions| ; (BOOT::|throwListOfKeyedMsgs| 'BOOT::S2IT0017 ; (LIST (LENGTH BOOT::|$traceErrorStack|)) ; (BOOTTRAN:|reverse!| BOOT::|$traceErrorStack|)) ; ; caught STYLE-WARNING: ; undefined function: |throwListOfKeyedMsgs| ; in: DEFUN |transTraceItem| ; (BOOT::|unabbrev| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |unabbrev| ; in: DEFUN |trace1| ; (BOOT::|unabbrev| ; (COND ((NOT (CONSP BOOT::|l|)) BOOT::|l|) ; ((NULL (CDR BOOT::|l|)) (COND (# #) (T #))) (T NIL))) ; ; caught STYLE-WARNING: ; undefined function: |unabbrev| ; in: DEFUN |domainToGenvar| ; (BOOT::|unabbrevAndLoad| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |unabbrevAndLoad| ; in: DEFUN |traceReply| ; (BOOT::|userError| "bad argument to trace") ; ; caught STYLE-WARNING: ; undefined function: |userError| ; in: DEFUN |spadUntrace| ; (BOOT::|userError| "bad argument to untrace") ; ; caught STYLE-WARNING: ; undefined function: |userError| ; in: DEFUN |spadTrace| ; (BOOT::|userError| "bad argument to trace") ; ; caught STYLE-WARNING: ; undefined function: |userError| ; ; compilation unit finished ; Undefined functions: ; |?t| REMOVER STRING2PINT-N |abbreviate| |aldorTrace| |bright| |centerAndHighlight| |coerceInteractive| |commandAmbiguityError| |concat| |constructSubst| |constructor?| |devaluate| |eval| |evalDomain| |flowSegmentedMsg| |get| |getConstructorKindFromDB| |getConstructorOperationsFromDB| |hasOption| |isFunctor| |isSharpVarWithNum| |loadLibIfNotLoaded| |mathprint| |objMode| |objNewWrap| |objVal| |objValUnwrap| |object2String| |opOf| |orderList| |prefix2String| |print| |printDashedLine| |sayBrightlyLength| |sayKeyedMsg| |sayMessage| |selectOptionLC| |throwKeyedMsg| |throwListOfKeyedMsgs| |unabbrev| |unabbrevAndLoad| |userError| ; caught 92 STYLE-WARNING conditions ; printed 9 notes ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/trace.fasl written ; compilation finished in 0:00:00.353 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=word.fasl --load-directory=. ../../../open-axiom/src/interp/word.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/word.clisp" (written 01 FEB 2016 10:53:08 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "g-util") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFUN |buildFunctionTable| ...) ; compiling (DEFUN |buildWordTable| ...) ; compiling (DEFUN |writeFunctionTables| ...) ; compiling (DEFUN |writeFunctionTable| ...) ; compiling (DEFUN |readFunctionTable| ...) ; compiling (DEFUN |removeDupOrderedAlist| ...) ; compiling (DEFUN |getListOfFunctionNames| ...) ; compiling (DEFUN |wordsOfString| ...) ; compiling (DEFUN |wordsOfStringKeepCase| ...) ; compiling (DEFUN |wordsOfString1| ...) ; compiling (DEFUN |isBreakCharacter| ...) ; compiling (DEFUN |add2WordFunctionTable| ...) ; compiling (DEFUN |guess| ...) ; compiling (DEFUN |bootFind| ...) ; compiling (DEFUN |doYouWant?| ...) ; compiling (DEFUN |pickANumber| ...) ; compiling (DEFUN |bootSearch| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/word.clisp ; in: DEFUN |bootSearch| ; (MULTIPLE-VALUE-BIND (#:G543 BOOT::|k| BOOT::|v|) ; (#:G542) ; (COND ((NOT #:G543) (RETURN BOOT::|bfVar#9|)) ; (T ; (LET (#) ; (COND # # #))))) ; --> MULTIPLE-VALUE-CALL ; ==> ; #'(LAMBDA (&OPTIONAL (#:G543) (BOOT::|k|) (BOOT::|v|) &REST #:G162) ; (DECLARE (IGNORE #:G162)) ; (COND ((NOT #:G543) (RETURN BOOT::|bfVar#9|)) ; (T ; (LET (#) ; (COND # # #))))) ; ; caught STYLE-WARNING: ; The variable |k| is defined but never used. ; compiling (DEFUN |findApproximateWords| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/word.clisp ; in: DEFUN |findApproximateWords| ; (LET* (BOOT::|vec| ; BOOT::|lastThreshold| ; BOOT::|wordSize| ; BOOT::|firstTry| ; BOOT::|parts| ; BOOT::|part| ; BOOT::|entries| ; BOOT::|entry| ; BOOT::|k| ; BOOT::|badWord| ; BOOT::|sum| ; BOOT::|wordList| ; ...) ; (PROGN ; (SETQ BOOT::|words| (BOOT::|wordsOfString| BOOT::|word|)) ; (SETQ BOOT::|upperWord| (BOOT::UPCASE #)) ; (SETQ BOOT::|n| (LENGTH BOOT::|words|)) ; (SETQ BOOT::|threshold| (COND # #)) ; (SETQ BOOT::|alist| (|AxiomCore|:|tableValue| BOOT::|table| #)) ; (SETQ BOOT::|firstTry| ; (LET # ; #)) ; (COND (BOOT::|firstTry| BOOT::|firstTry|) ; (T (SETQ #) (SETQ #) (SETQ #) ; (LET # ; #) ; (LET # ; #))))) ; ; caught STYLE-WARNING: ; The variable |parts| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |entries| is defined but never used. ; compiling (DEFUN |guessFromList| ...) ; compiling (DEFUN |deltaWordEntry| ...) ; compiling (DEFUN |canForgeWord| ...) ; compiling (DEFUN |forge| ...) ; compiling (DEFUN |patternTran| ...) ; compiling (DEFUN |hasWildCard?| ...) ; compiling (DEFUN |maskConvert| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/word.clisp ; in: DEFUN |maskConvert| ; (LET* (BOOT::|i| BOOT::|c| BOOT::|final| BOOT::|j| BOOT::|buf|) ; (PROGN ; (SETQ BOOT::|buf| (|AxiomCore|:|makeString| #)) ; (SETQ BOOT::|j| 0) ; (SETQ BOOT::|final| (|AxiomCore|:|maxIndex| BOOT::|str|)) ; (LET ((BOOT::|i| 0)) ; (LOOP (COND # #) ; (SETQ #))) ; BOOT::|buf|)) ; ; caught STYLE-WARNING: ; The variable |i| is defined but never used. ; in: DEFUN |getListOfFunctionNames| ; (BOOT::IOSTATE BOOT::|fn| 'BOOT::DIRECT '*) ; ; caught STYLE-WARNING: ; undefined function: IOSTATE ; in: DEFUN |patternTran| ; (BOOT::LITER (ELT BOOT::|pattern| 0)) ; ; caught STYLE-WARNING: ; undefined function: LITER ; in: DEFUN |readFunctionTable| ; (BOOT::RKEYIDS (BOOT::|makePathname| BOOT::|name| 'BOOT::DATABASE '*)) ; ; caught STYLE-WARNING: ; undefined function: RKEYIDS ; (BOOT::RSHUT BOOT::|stream|) ; ; caught STYLE-WARNING: ; undefined function: RSHUT ; in: DEFUN |writeFunctionTable| ; (BOOT::RSHUT BOOT::|stream|) ; ; caught STYLE-WARNING: ; undefined function: RSHUT ; in: DEFUN |isBreakCharacter| ; (BOOT::SMALL_LITER BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: SMALL_LITER ; in: DEFUN |pickANumber| ; (BOOT::WIDTH BOOT::|i|) ; ; caught STYLE-WARNING: ; undefined function: WIDTH ; in: DEFUN |patternTran| ; (BOOT::|abbreviation?| (INTERN BOOT::|pattern|)) ; ; caught STYLE-WARNING: ; undefined function: |abbreviation?| ; (BOOT::|bright| BOOT::|pattern|) ; ; caught STYLE-WARNING: ; undefined function: |bright| ; in: DEFUN |pickANumber| ; (BOOT::|bright| BOOT::|word|) ; ; caught STYLE-WARNING: ; undefined function: |bright| ; in: DEFUN |doYouWant?| ; (BOOT::|bright| BOOT::|nam|) ; ; caught STYLE-WARNING: ; undefined function: |bright| ; in: DEFUN |patternTran| ; (BOOT::|browseError| ; (BOOTTRAN:|append| (BOOT::|bright| BOOT::|pattern|) ; (CONS "is not a constructor abbreviation" NIL))) ; ; caught STYLE-WARNING: ; undefined function: |browseError| ; in: DEFUN |pickANumber| ; (BOOT::|center80| ; (CONS "If so: type a number between" ; (BOOTTRAN:|append| (BOOT::|bright| 1) ; (CONS "and" (BOOTTRAN:|append| # #))))) ; ; caught STYLE-WARNING: ; undefined function: |center80| ; in: DEFUN |doYouWant?| ; (BOOT::|center80| ; (CONS "Do you mean" ; (BOOTTRAN:|append| (BOOT::|bright| BOOT::|nam|) (CONS "?" NIL)))) ; ; caught STYLE-WARNING: ; undefined function: |center80| ; in: DEFUN |pickANumber| ; (BOOT::|centerAndHighlight| "Do you mean one of the following?" 80 " ") ; ; caught STYLE-WARNING: ; undefined function: |centerAndHighlight| ; in: DEFUN |bootFind| ; (BOOT::|centerAndHighlight| "no match found" 80 " ") ; ; caught STYLE-WARNING: ; undefined function: |centerAndHighlight| ; in: DEFUN |pickANumber| ; (BOOT::|centerNoHighlight| ; (CONS "You asked for" (BOOT::|bright| BOOT::|word|)) 80 "-") ; ; caught STYLE-WARNING: ; undefined function: |centerNoHighlight| ; (BOOT::|clearScreen|) ; ; caught STYLE-WARNING: ; undefined function: |clearScreen| ; in: DEFUN |readFunctionTable| ; (BOOT::|makePathname| BOOT::|name| 'BOOT::DATABASE '*) ; ; caught STYLE-WARNING: ; undefined function: |makePathname| ; in: DEFUN |writeFunctionTable| ; (BOOT::|makePathname| BOOT::|name| 'BOOT::DATABASE BOOT::|filemode|) ; ; caught STYLE-WARNING: ; undefined function: |makePathname| ; in: DEFUN |bootSearch| ; (BOOT::|match?| BOOT::|pattern| (BOOTTRAN:|copyTree| BOOT::|x|)) ; ; caught STYLE-WARNING: ; undefined function: |match?| ; in: DEFUN |readFunctionTable| ; (BOOT::|object2Identifier| BOOT::|key|) ; ; caught STYLE-WARNING: ; undefined function: |object2Identifier| ; in: DEFUN |writeFunctionTable| ; (BOOT::|object2Identifier| BOOT::|key|) ; ; caught STYLE-WARNING: ; undefined function: |object2Identifier| ; in: DEFUN |pickANumber| ; (BOOT::|queryUser| NIL) ; ; caught STYLE-WARNING: ; undefined function: |queryUser| ; in: DEFUN |doYouWant?| ; (BOOT::|queryUser| NIL) ; ; caught STYLE-WARNING: ; undefined function: |queryUser| ; in: DEFUN |readFunctionTable| ; (BOOT::|readLib| BOOT::|name| 'BOOT::DATABASE) ; ; caught STYLE-WARNING: ; undefined function: |readLib| ; in: DEFUN |writeFunctionTable| ; (BOOT::|removeFile| ; (BOOT::|makeFullFilePath| ; (BOOT::|makePathname| BOOT::|name| 'BOOT::DATABASE BOOT::|filemode|))) ; ; caught STYLE-WARNING: ; undefined function: |removeFile| ; in: DEFUN |readFunctionTable| ; (BOOT::|rread| BOOT::|kk| BOOT::|stream| NIL) ; ; caught STYLE-WARNING: ; undefined function: |rread| ; in: DEFUN |writeFunctionTable| ; (BOOT::|rwrite| (BOOT::|object2Identifier| BOOT::|key|) BOOT::|val| ; BOOT::|stream|) ; ; caught STYLE-WARNING: ; undefined function: |rwrite| ; in: DEFUN |pickANumber| ; (BOOT::|say2PerLineThatFit| BOOT::|shortList|) ; ; caught STYLE-WARNING: ; undefined function: |say2PerLineThatFit| ; (BOOT::|say2Split| LIST NIL NIL BOOT::|maxWidth|) ; ; caught STYLE-WARNING: ; undefined function: |say2Split| ; in: DEFUN |readFunctionTable| ; (BOOT::|sayKeyedMsg| 'BOOT::S2GL0011 NIL) ; ; caught STYLE-WARNING: ; undefined function: |sayKeyedMsg| ; in: DEFUN |buildFunctionTable| ; (BOOT::|sayKeyedMsg| 'BOOT::S2GL0011 NIL) ; ; caught STYLE-WARNING: ; undefined function: |sayKeyedMsg| ; in: DEFUN |pickANumber| ; (BOOT::|string2Integer| BOOT::|y|) ; ; caught STYLE-WARNING: ; undefined function: |string2Integer| ; in: DEFUN |writeFunctionTable| ; (BOOT::|writeLib| BOOT::|name| 'BOOT::DATABASE) ; ; caught STYLE-WARNING: ; undefined function: |writeLib| ; ; compilation unit finished ; Undefined functions: ; IOSTATE LITER RKEYIDS RSHUT SMALL_LITER WIDTH |abbreviation?| |bright| |browseError| |center80| |centerAndHighlight| |centerNoHighlight| |clearScreen| |makePathname| |match?| |object2Identifier| |queryUser| |readLib| |removeFile| |rread| |rwrite| |say2PerLineThatFit| |say2Split| |sayKeyedMsg| |string2Integer| |writeLib| ; caught 39 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/word.fasl written ; compilation finished in 0:00:00.184 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=fortcall.fasl --load-directory=. ../../../open-axiom/src/interp/fortcall.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/fortcall.clisp" (written 01 FEB 2016 10:53:08 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "sys-macros") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFPARAMETER |$nagMessages| ...) ; compiling (DEFUN |makeVector| ...) ; compiling (DEFUN |makeList| ...) ; compiling (DEFUN |makeFort| ...) ; compiling (DEFUN |makeFort,untangle| ...) ; compiling (DEFUN |makeFort,untangle2| ...) ; compiling (DEFUN |makeFort1| ...) ; compiling (DEFUN |makeFortranFun| ...) ; compiling (DEFUN |writeCFile| ...) ; compiling (DEFUN |writeStringLengths| ...) ; compiling (DEFUN |isString?| ...) ; compiling (DEFUN |isPointer?| ...) ; compiling (DEFUN |printCName| ...) ; compiling (DEFUN |getFortranType| ...) ; compiling (DEFUN |getCType| ...) ; compiling (DEFUN |XDRFun| ...) ; compiling (DEFUN |printDec| ...) ; compiling (DEFUN |writeXDR| ...) ; compiling (DEFUN |prefix2Infix| ...) ; compiling (DEFUN |writeMalloc| ...) ; compiling (DEFUN |wl| ...) ; compiling (DEFUN |wt| ...) ; compiling (DEFUN |spadTypeTTT| ...) ; compiling (DEFUN |mkQuote| ...) ; compiling (DEFUN |mkQuote,addQuote| ...) ; compiling (DEFUN |makeLispList| ...) ; compiling (DEFUN |makeSpadFun| ...) ; compiling (DEFUN |stripNil| ...) ; compiling (DEFUN |makeUnion| ...) ; compiling (DEFUN |axiomType| ...) ; compiling (DEFUN |makeAspGenerators| ...) ; compiling (DEFUN |makeAspGenerators1| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/fortcall.clisp ; in: DEFUN |makeAspGenerators1| ; (DEFUN BOOT::|makeAspGenerators1| (BOOT::|asp| BOOT::|type| BOOT::|aspId|) ; (LIST ; (LIST (LIST 'BOOT::|$elt| 'BOOT::FOP 'BOOT::|pushFortranOutputStack|) ; (LIST 'BOOT::|filename| "" (|AxiomCore|:CONCAT # BOOT::|aspId|) ; "f")) ; (BOOT::|makeOutputAsFortran| (INTERN (|AxiomCore|:CONCAT # "_arg"))) ; (LIST (LIST 'BOOT::|$elt| 'BOOT::FOP 'BOOT::|popFortranOutputStack|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|makeAspGenerators1| ; (BOOT::|asp| BOOT::|type| BOOT::|aspId|) ; (BLOCK BOOT::|makeAspGenerators1| ; (LIST ; (LIST (LIST 'BOOT::|$elt| 'BOOT::FOP 'BOOT::|pushFortranOutputStack|) ; (LIST 'BOOT::|filename| "" # "f")) ; (BOOT::|makeOutputAsFortran| (INTERN #)) ; (LIST ; (LIST 'BOOT::|$elt| 'BOOT::FOP 'BOOT::|popFortranOutputStack|))))) ; ; caught STYLE-WARNING: ; The variable |type| is defined but never used. ; compiling (DEFUN |makeOutputAsFortran| ...) ; compiling (DEFUN |makeCompilation| ...) ; compiling (DEFUN |compileAndLink| ...) ; compiling (DEFUN |addSpaces| ...) ; compiling (DEFUN |complexRows| ...) ; compiling (DEFUN |pair2list| ...) ; compiling (DEFUN |vec2Lists1| ...) ; compiling (DEFUN |vec2Lists| ...) ; compiling (DEFUN |spad2lisp| ...) ; compiling (DEFUN |invokeFortran| ...) ; compiling (DEFUN |int2Bool| ...) ; compiling (DEFUN |makeResultRecord| ...) ; compiling (DEFUN |spadify| ...) ; compiling (DEFUN |lispType| ...) ; compiling (DEFUN |getVal| ...) ; compiling (DEFUN |prepareData| ...) ; compiling (DEFUN |checkForBoolean| ...) ; compiling (DEFCONSTANT |longZero| ...) ; compiling (DEFUN |prepareResults| ...) ; compiling (DEFUN |prepareResults,defaultValue| ...) ; compiling (DEFUN |writeData| ...) ; compiling (DEFUN |readData| ...) ; compiling (DEFUN |readData,xdrRead1| ...) ; compiling (DEFUN |generateDataName| ...) ; compiling (DEFUN |generateResultsName| ...) ; compiling (DEFUN |fortCall| ...) ; compiling (DEFUN |invokeNagman| ...) ; compiling (DEFUN |nagCall| ...) ; compiling (DEFUN |protectedNagCall| ...) ; compiling (DEFUN |cleanUpAfterNagman| ...) ; compiling (DEFUN |sendNagmanErrorSignal| ...) ; compiling (DEFUN |inFirstNotSecond| ...) ; compiling (DEFUN |multiToUnivariate| ...) ; compiling (DEFUN |functionAndJacobian| ...) ; compiling (DEFUN |functionAndJacobian,DF| ...) ; compiling (DEFUN |vectorOfFunctions| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/fortcall.clisp ; in: DEFUN |fortCall| ; (BOOT::SYSTEM ; (|AxiomCore|:CONCAT BOOT::|objFile| " < " BOOT::|tmpFile1| " > " ; BOOT::|tmpFile2|)) ; ; caught STYLE-WARNING: ; undefined function: SYSTEM ; in: DEFUN |compileAndLink| ; (BOOT::SYSTEM ; (|AxiomCore|:CONCAT BOOT::|fortCompiler| ; (BOOT::|addSpaces| BOOT::|fortFileList|) BOOT::|cFile| ; 'BOOT::| -o | BOOT::|outFile| 'BOOT::| | ; BOOT::|linkerArgs|)) ; ; caught STYLE-WARNING: ; undefined function: SYSTEM ; in: DEFUN |makeFortranFun| ; (BOOT::SYSTEM ; (|AxiomCore|:CONCAT "cc -c " BOOT::|file| ".c ; mv " BOOT::|file| ".o " ; BOOT::|dir|)) ; ; caught STYLE-WARNING: ; undefined function: SYSTEM ; in: DEFUN |prefix2Infix| ; (BOOT::|error| "Function in array dimensions with more than two arguments") ; ; caught STYLE-WARNING: ; undefined function: |error| ; in: DEFUN |getCType| ; (BOOT::|error| (LIST "Unrecognised Fortran type: " BOOT::|t|)) ; ; caught STYLE-WARNING: ; undefined function: |error| ; in: DEFUN |getFortranType| ; (BOOT::|error| (LIST "Undeclared Fortran parameter: " BOOT::|u|)) ; ; caught STYLE-WARNING: ; undefined function: |error| ; ; caught STYLE-WARNING: ; 9 more uses of undefined function |error| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/fortcall.clisp ; in: DEFUN |getVal| ; (BOOT::|eval| ; (CONS (CAR BOOT::|u|) ; (LET ((BOOT::|bfVar#2| NIL) ; (BOOT::|bfVar#3| NIL) ; (BOOT::|bfVar#1| #) ; (BOOT::|v| NIL)) ; (LOOP (COND # # #) ; (SETQ #))))) ; ; caught STYLE-WARNING: ; undefined function: |eval| ; in: DEFUN |generateResultsName| ; (BOOT::|getEnv| "HOST") ; ; caught STYLE-WARNING: ; undefined function: |getEnv| ; in: DEFUN |generateDataName| ; (BOOT::|getEnv| "HOST") ; ; caught STYLE-WARNING: ; undefined function: |getEnv| ; in: DEFUN |makeSpadFun| ; (BOOT::|getEnv| "SPADNUM") ; ; caught STYLE-WARNING: ; undefined function: |getEnv| ; in: DEFUN |functionAndJacobian| ; (BOOT::|interpret| ; (CONS ; (LIST 'BOOT::|$elt| (LIST 'BOOT::|List| (LIST 'BOOT::|InputForm|)) ; 'BOOT::|construct|) ; BOOT::|jacBodies|)) ; ; caught STYLE-WARNING: ; undefined function: |interpret| ; in: DEFUN |multiToUnivariate| ; (BOOT::|interpret| ; (LIST 'BOOT::ADEF (LIST BOOT::|newVariable|) BOOT::|target| (LIST NIL NIL) ; BOOT::|body|)) ; ; caught STYLE-WARNING: ; undefined function: |interpret| ; in: DEFUN |makeSpadFun| ; (BOOT::|interpret| ; (LIST 'BOOT::DEF (CONS BOOT::|name| BOOT::|argNames|) ; (CONS 'BOOT::|Result| BOOT::|aType|) BOOT::|nilLst| ; (LIST (LIST 'BOOT::|$elt| 'BOOT::|Result| 'BOOT::|construct|) ; BOOT::|body|))) ; ; caught STYLE-WARNING: ; undefined function: |interpret| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |interpret| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/fortcall.clisp ; in: DEFUN |cleanUpAfterNagman| ; (BOOT::|removeFile| BOOT::|f1|) ; ; caught STYLE-WARNING: ; undefined function: |removeFile| ; in: DEFUN |invokeNagman| ; (BOOT::|removeFile| BOOT::|fn|) ; ; caught STYLE-WARNING: ; undefined function: |removeFile| ; in: DEFUN |fortCall| ; (BOOT::|removeFile| BOOT::|tmpFile1|) ; ; caught STYLE-WARNING: ; undefined function: |removeFile| ; in: DEFUN |protectedNagCall| ; (BOOT::|resetStackLimits|) ; ; caught STYLE-WARNING: ; undefined function: |resetStackLimits| ; in: DEFUN |nagCall| ; (BOOT::|sockGetInt| 8) ; ; caught STYLE-WARNING: ; undefined function: |sockGetInt| ; in: DEFUN |sendNagmanErrorSignal| ; (BOOT::|sockSendSignal| 8 15) ; ; caught STYLE-WARNING: ; undefined function: |sockSendSignal| ; in: DEFUN |nagCall| ; (BOOT::|sockSendString| 8 BOOT::|toSend|) ; ; caught STYLE-WARNING: ; undefined function: |sockSendString| ; in: DEFUN |readData| ; (BOOT::|xdrOpen| BOOT::|str| NIL) ; ; caught STYLE-WARNING: ; undefined function: |xdrOpen| ; in: DEFUN |writeData| ; (BOOT::|xdrOpen| BOOT::|str| T) ; ; caught STYLE-WARNING: ; undefined function: |xdrOpen| ; in: DEFUN |readData,xdrRead1| ; (BOOT::|xdrRead| BOOT::|x| BOOT::|dummy|) ; ; caught STYLE-WARNING: ; undefined function: |xdrRead| ; in: DEFUN |writeData| ; (BOOT::|xdrWrite| BOOT::|xstr| 1) ; ; caught STYLE-WARNING: ; undefined function: |xdrWrite| ; ; compilation unit finished ; Undefined functions: ; SYSTEM |error| |eval| |getEnv| |interpret| |removeFile| |resetStackLimits| |sockGetInt| |sockSendSignal| |sockSendString| |xdrOpen| |xdrRead| |xdrWrite| ; caught 27 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/fortcall.fasl written ; compilation finished in 0:00:00.282 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=i-parser.fasl --load-directory=. ../../../open-axiom/src/interp/i-parser.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-parser.clisp" (written 01 FEB 2016 10:53:08 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "cparse") ; compiling (IMPORT-MODULE "pf2sex") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFUN |tokenizeLine| ...) ; compiling (DEFUN |parseStream| ...) ; compiling (DEFUN |collectTokens| ...) ; compiling (DEFUN |collectParsedLines| ...) ; compiling (DEFUN |parseInputFile| ...) ; compiling (DEFUN |getParseFormsFromFile| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-parser.clisp ; in: DEFUN |collectParsedLines| ; (BOOT::|StreamNull| BOOT::|s|) ; ; caught STYLE-WARNING: ; undefined function: |StreamNull| ; in: DEFUN |collectTokens| ; (BOOT::|StreamNull| BOOT::|s|) ; ; caught STYLE-WARNING: ; undefined function: |StreamNull| ; in: DEFUN |parseInputFile| ; (BOOT::|close| BOOT::|st|) ; ; caught STYLE-WARNING: ; undefined function: |close| ; in: DEFUN |tokenizeLine| ; (BOOT::|dqToList| BOOT::|dq|) ; ; caught STYLE-WARNING: ; undefined function: |dqToList| ; in: DEFUN |parseStream| ; (BOOT::|incStream| BOOT::|s| BOOT::|f|) ; ; caught STYLE-WARNING: ; undefined function: |incStream| ; #'BOOT::|insertpile| ; ; caught STYLE-WARNING: ; undefined function: |insertpile| ; #'BOOT::|lineoftoks| ; ; caught STYLE-WARNING: ; undefined function: |lineoftoks| ; in: DEFUN |tokenizeLine| ; (BOOT::|mkLineList| BOOT::|lines|) ; ; caught STYLE-WARNING: ; undefined function: |mkLineList| ; (BOOT::|ncloopDQlines| BOOT::|dq| BOOT::|$lines|) ; ; caught STYLE-WARNING: ; undefined function: |ncloopDQlines| ; in: DEFUN |parseStream| ; (BOOT::|next| #'BOOT::|tokenizeLine| ; (BOOT::|next| #'BOOT::|insertpile| ; (BOOT::|next| #'BOOT::|lineoftoks| BOOT::|$lines|))) ; ; caught STYLE-WARNING: ; undefined function: |next| ; in: DEFUN |getParseFormsFromFile| ; (BOOT::|packageTran| (BOOT::|pf2Sex| BOOT::|t|)) ; ; caught STYLE-WARNING: ; undefined function: |packageTran| ; in: DEFUN |tokenizeLine| ; (BOOT::|setCurrentLine| (BOOT::|mkLineList| BOOT::|lines|)) ; ; caught STYLE-WARNING: ; undefined function: |setCurrentLine| ; in: DEFUN |getParseFormsFromFile| ; (BOOT::|zeroOneTran| (BOOT::|packageTran| (BOOT::|pf2Sex| BOOT::|t|))) ; ; caught STYLE-WARNING: ; undefined function: |zeroOneTran| ; ; compilation unit finished ; Undefined functions: ; |StreamNull| |close| |dqToList| |incStream| |insertpile| |lineoftoks| |mkLineList| |ncloopDQlines| |next| |packageTran| |setCurrentLine| |zeroOneTran| ; caught 13 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/i-parser.fasl written ; compilation finished in 0:00:00.023 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=category.fasl --load-directory=. ../../../open-axiom/src/interp/category.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/category.clisp" (written 01 FEB 2016 10:53:08 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "c-util") ; compiling (IMPORT-MODULE "g-cndata") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFPARAMETER |$Attributes| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |categoryObject?| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |isCategoryForm| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/category.clisp ; in: DEFUN |isCategoryForm| ; (DEFUN BOOT::|isCategoryForm| (BOOT::|x| BOOT::|e|) ; (PROGN ; (COND ((NOT #) (SETQ #))) ; (COND ((NOT #) (AND # #)) (T (EQ # 'BOOT::|category|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|isCategoryForm| ; (BOOT::|x| BOOT::|e|) ; (BLOCK BOOT::|isCategoryForm| (PROGN (COND (# #)) (COND (# #) (T #))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |mkCategory| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/category.clisp ; in: DEFUN |mkCategory| ; (DEFUN BOOT::|mkCategory| ; (BOOT::|domainOrPackage| BOOT::|sigList| BOOT::|attList| ; BOOT::|domList| BOOT::|principal|) ; (LET* (BOOT::|n| ; BOOT::|v| ; BOOT::|OldLocals| ; BOOT::|NewLocals| ; BOOT::|nsig| ; BOOT::|num| ; BOOT::|impl| ; BOOT::|ISTMP#2| ; BOOT::|pred| ; BOOT::|ISTMP#1| ; BOOT::|sig| ; BOOT::|count| ; ...) ; (DECLARE (SPECIAL BOOT::|$NRTbase|)) ; (PROGN ; (SETQ BOOT::|NSigList| NIL) ; (SETQ BOOT::|count| #) ; (SETQ BOOT::|sigList| #) ; (SETQ BOOT::|NewLocals| NIL) ; (LET (# #) ; (LOOP # ; #)) ; (SETQ BOOT::|OldLocals| NIL) ; (COND (BOOT::|principal| #)) ; (LET (# #) ; (LOOP # ; #)) ; (SETQ BOOT::|v| #) ; (SETF # NIL) ; (SETF # BOOT::|sigList|) ; ...))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|mkCategory| ; (BOOT::|domainOrPackage| BOOT::|sigList| BOOT::|attList| ; BOOT::|domList| BOOT::|principal|) ; (BLOCK BOOT::|mkCategory| ; (LET* (BOOT::|n| ; BOOT::|v| ; BOOT::|OldLocals| ; BOOT::|NewLocals| ; BOOT::|nsig| ; BOOT::|num| ; BOOT::|impl| ; BOOT::|ISTMP#2| ; BOOT::|pred| ; BOOT::|ISTMP#1| ; BOOT::|sig| ; BOOT::|count| ; ...) ; (DECLARE (SPECIAL BOOT::|$NRTbase|)) ; (PROGN ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (LET # ; #) ; (SETQ #) ; (COND #) ; (LET # ; #) ; (SETQ #) ; (SETF #) ; (SETF #) ; ...)))) ; ; note: Assignment to argument: |sigList| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS (OR SYMBOL CONS) T)) ; ; compiling (DEFUN |mkCategory,Prepare| ...) ; compiling (DEFUN |mkCategory,Prepare2| ...) ; compiling (DEFUN |DropImplementations| ...) ; compiling (DEFUN |SigListUnion| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/category.clisp ; in: DEFUN |SigListUnion| ; (LET* (BOOT::|index| ; BOOT::|q| ; BOOT::|e| ; BOOT::|ximplem| ; BOOT::|eimplem| ; BOOT::|epred| ; BOOT::|esig| ; BOOT::|xpred| ; BOOT::|xsig| ; BOOT::|xfn| ; BOOT::|opred| ; BOOT::|ISTMP#3| ; ...) ; (DECLARE (SPECIAL BOOT::|$e|)) ; (PROGN ; (LET ((BOOT::|bfVar#1| BOOT::|original|) (BOOT::|o| NIL)) ; (LOOP (COND # #) ; (SETQ #))) ; (LET ((BOOT::|bfVar#3| BOOT::|extra|) (BOOT::|e| NIL)) ; (LOOP (COND # #) ; (SETQ #))) ; BOOT::|original|)) ; ; caught STYLE-WARNING: ; The variable |e| is defined but never used. ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |mkOr| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |mkOr2| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/category.clisp ; in: DEFUN |mkOr2| ; (DEFUN BOOT::|mkOr2| (BOOT::|a| BOOT::|b| BOOT::|tbl| BOOT::|e|) ; (LET* (BOOT::|ccat| ; BOOT::|aRedundant| ; BOOT::|acat| ; BOOT::|ISTMP#2| ; BOOT::|avar| ; BOOT::|ISTMP#1|) ; (COND ((BOOTTRAN:|listMember?| BOOT::|a| BOOT::|b|) BOOT::|b|) ; ((AND # # #) (SETQ #) ; (LET # ; #) ; (COND # #)) ; (T (CONS BOOT::|a| BOOT::|b|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|mkOr2| ; (BOOT::|a| BOOT::|b| BOOT::|tbl| BOOT::|e|) ; (BLOCK BOOT::|mkOr2| ; (LET* (BOOT::|ccat| ; BOOT::|aRedundant| ; BOOT::|acat| ; BOOT::|ISTMP#2| ; BOOT::|avar| ; BOOT::|ISTMP#1|) ; (COND (# BOOT::|b|) (# # # #) (T #))))) ; ; note: Assignment to argument: |b| ; prevents use of assertion from function type proclamation: ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |mkAnd| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |mkAnd2| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/category.clisp ; in: DEFUN |mkAnd2| ; (DEFUN BOOT::|mkAnd2| (BOOT::|a| BOOT::|b| BOOT::|tbl| BOOT::|e|) ; (LET* (BOOT::|ccat| ; BOOT::|aRedundant| ; BOOT::|acat| ; BOOT::|ISTMP#2| ; BOOT::|avar| ; BOOT::|ISTMP#1|) ; (COND ((BOOTTRAN:|listMember?| BOOT::|a| BOOT::|b|) BOOT::|b|) ; ((AND # # #) (SETQ #) ; (LET # ; #) ; (COND # #)) ; (T (CONS BOOT::|a| BOOT::|b|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|mkAnd2| ; (BOOT::|a| BOOT::|b| BOOT::|tbl| BOOT::|e|) ; (BLOCK BOOT::|mkAnd2| ; (LET* (BOOT::|ccat| ; BOOT::|aRedundant| ; BOOT::|acat| ; BOOT::|ISTMP#2| ; BOOT::|avar| ; BOOT::|ISTMP#1|) ; (COND (# BOOT::|b|) (# # # #) (T #))))) ; ; note: Assignment to argument: |b| ; prevents use of assertion from function type proclamation: ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; ; compiling (DEFUN |predicateImplies| ...) ; compiling (DEFUN |SigListOpSubsume| ...) ; compiling (DEFUN |MachineLevelSubsume| ...) ; compiling (DEFUN |MachineLevelSubset| ...) ; compiling (DEFUN |FindFundAncs| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |CatEval| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/category.clisp ; in: DEFUN |CatEval| ; (DEFUN BOOT::|CatEval| (BOOT::|x| BOOT::|tbl| BOOT::|e|) ; (DECLARE (SPECIAL BOOT::|$CategoryFrame| BOOTTRAN:|$InteractiveMode|)) ; (COND ((SIMPLE-VECTOR-P BOOT::|x|) BOOT::|x|) ; (T (COND (BOOTTRAN:|$InteractiveMode| #)) ; (BOOT::|getCategoryObject| BOOT::|tbl| BOOT::|x| BOOT::|e|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CatEval| ; (BOOT::|x| BOOT::|tbl| BOOT::|e|) ; (DECLARE (SPECIAL BOOT::|$CategoryFrame| BOOTTRAN:|$InteractiveMode|)) ; (BLOCK BOOT::|CatEval| ; (COND ((SIMPLE-VECTOR-P BOOT::|x|) BOOT::|x|) ; (T (COND #) ; (BOOT::|getCategoryObject| BOOT::|tbl| BOOT::|x| BOOT::|e|))))) ; ; note: Assignment to argument: |e| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ancestor?| ...) ; compiling (DEFUN |conditionalAncestor?| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |descendant?| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/category.clisp ; in: DEFUN |descendant?| ; (DEFUN BOOT::|descendant?| (BOOT::|a| BOOT::|b| BOOT::|tbl| BOOT::|e|) ; (LET* (BOOT::|l| BOOT::|b'| BOOT::|ISTMP#1|) ; (COND ((EQUAL BOOT::|a| BOOT::|b|) T) ((AND # #) NIL) ((AND # #) NIL) ; (T (SETQ #) (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|descendant?| ; (BOOT::|a| BOOT::|b| BOOT::|tbl| BOOT::|e|) ; (BLOCK BOOT::|descendant?| ; (LET* (BOOT::|l| BOOT::|b'| BOOT::|ISTMP#1|) ; (COND (# T) (# NIL) (# NIL) (T # #))))) ; ; note: Assignment to argument: |a| ; prevents use of assertion from function type proclamation: ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |filterConditionalCategories| ...) ; compiling (DEFUN |JoinInner| ...) ; compiling (DEFUN |JoinInner,AddPredicate| ...) ; compiling (DEFUN |Join| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/category.clisp ; in: DEFUN |CatEval| ; (BOOT::|getCategoryObject| BOOT::|tbl| BOOT::|x| BOOT::|e|) ; ; caught STYLE-WARNING: ; undefined function: |getCategoryObject| ; in: DEFUN |isCategoryForm| ; (BOOT::|getConstructorKind| (CAR BOOT::|x|)) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorKind| ; (BOOT::|macroExpand| BOOT::|x| BOOT::|e|) ; ; caught STYLE-WARNING: ; undefined function: |macroExpand| ; in: DEFUN |mkCategory| ; (BOOT::|mkOperatorEntry| BOOT::|sig| BOOT::|pred| BOOT::|num|) ; ; caught STYLE-WARNING: ; undefined function: |mkOperatorEntry| ; ; compilation unit finished ; Undefined functions: ; |getCategoryObject| |getConstructorKind| |macroExpand| |mkOperatorEntry| ; caught 5 STYLE-WARNING conditions ; printed 8 notes ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/category.fasl written ; compilation finished in 0:00:00.256 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=define.fasl --load-directory=. ../../../open-axiom/src/interp/define.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/define.clisp" (written 01 FEB 2016 10:53:09 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "nruncomp") ; compiling (IMPORT-MODULE "g-error") ; compiling (IMPORT-MODULE "c-util") ; compiling (IMPORT-MODULE "database") ; compiling (IN-PACKAGE "BOOT") ; compiling (PROVIDE "define") ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFPARAMETER |$doNotCompileJustPrint| ...) ; compiling (DEFPARAMETER |$capsuleFunctionStack| ...) ; compiling (DEFPARAMETER |$forceAdd| ...) ; compiling (DEFPARAMETER |$functionStats| ...) ; compiling (DEFPARAMETER |$functorStats| ...) ; compiling (DEFPARAMETER |$functorTarget| ...) ; compiling (DEFPARAMETER |$condAlist| ...) ; compiling (DEFPARAMETER |$uncondAlist| ...) ; compiling (DEFPARAMETER |$NRTslot1PredicateList| ...) ; compiling (DEFPARAMETER |$NRTattributeAlist| ...) ; compiling (DEFPARAMETER |$signature| ...) ; compiling (DEFPARAMETER |$byteAddress| ...) ; compiling (DEFPARAMETER |$sigAlist| ...) ; compiling (DEFPARAMETER |$predAlist| ...) ; compiling (DEFPARAMETER |$argumentConditionList| ...) ; compiling (DEFPARAMETER |$finalEnv| ...) ; compiling (DEFPARAMETER |$initCapsuleErrorCount| ...) ; compiling (DEFPARAMETER |$CapsuleModemapFrame| ...) ; compiling (DEFPARAMETER |$CapsuleDomainsInScope| ...) ; compiling (DEFPARAMETER |$signatureOfForm| ...) ; compiling (DEFPARAMETER |$addFormLhs| ...) ; compiling (DEFPARAMETER |$subdomain| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |liftCond| ...) ; compiling (DEFUN |liftCond,lcAnd| ...) ; compiling (DEFUN |formatPred| ...) ; compiling (DEFUN |formatInfo| ...) ; compiling (DEFUN |addInformation| ...) ; compiling (DEFUN |addInformation,deduce| ...) ; compiling (DEFUN |hasToInfo| ...) ; compiling (DEFUN |knownInfo| ...) ; compiling (DEFUN |mkJoin| ...) ; compiling (DEFUN |getvalue| ...) ; compiling (DEFUN |actOnInfo| ...) ; compiling (DEFUN |infoToHas| ...) ; compiling (DEFUN |chaseInferences| ...) ; compiling (DEFUN |chaseInferences,foo| ...) ; compiling (DEFUN |getInfovecCode| ...) ; compiling (DEFUN |makeDomainTemplate| ...) ; compiling (DEFUN |makeGoGetSlot| ...) ; compiling (DEFUN |makeCompactDirect| ...) ; compiling (DEFUN |makeCompactDirect1| ...) ; compiling (DEFUN |makeCompactDirect1,fn| ...) ; compiling (DEFUN |orderBySubsumption| ...) ; compiling (DEFUN |makeCompactSigCode| ...) ; compiling (DEFUN |depthAssocList| ...) ; compiling (DEFUN |depthAssoc| ...) ; compiling (DEFUN |makeCategoryAlist| ...) ; compiling (DEFUN |encodeCatform| ...) ; compiling (DEFUN |getXmode| ...) ; compiling (DEFUN |NRTgetLookupFunction| ...) ; compiling (DEFUN |getBaseExports| ...) ; compiling (DEFUN |NRTextendsCategory1| ...) ; compiling (DEFUN |extendsCategory| ...) ; compiling (DEFUN |extendsCategoryBasic| ...) ; compiling (DEFUN |catExtendsCat?| ...) ; compiling (DEFUN |substSlotNumbers| ...) ; compiling (DEFUN |expandType| ...) ; compiling (DEFUN |expandTypeArgs| ...) ; compiling (DEFUN |folks| ...) ; compiling (DEFUN |explodeIfs| ...) ; compiling (DEFUN |explodeIfs,fn| ...) ; compiling (DEFUN |explodeIfs,gn| ...) ; compiling (DEFUN |getParentsFor| ...) ; compiling (DEFUN |emitSubdomainInfo| ...) ; compiling (DEFPARAMETER |$capsuleFunctions| ...) ; compiling (DEFUN |noteCapsuleFunctionDefinition| ...) ; compiling (DEFUN |clearCapsuleFunctionTable| ...) ; compiling (DEFPARAMETER |$exports| ...) ; compiling (DEFUN |noteExport| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/define.clisp ; in: DEFUN |noteExport| ; (DEFUN BOOT::|noteExport| (BOOT::|db| BOOT::|form| BOOT::|pred|) ; (DECLARE (SPECIAL BOOT::|$exports| BOOT::|$insideCategoryPackageIfTrue|)) ; (COND (BOOT::|$insideCategoryPackageIfTrue| NIL) ; ((BOOTTRAN:|listMember?| (LIST BOOT::|form| BOOT::|pred|) ; BOOT::|$exports|) ; (BOOT::|stackAndThrow| "redeclaration of %1 %2" ; (LIST BOOT::|form| #))) ; (T (SETQ BOOT::|$exports| #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|noteExport| ; (BOOT::|db| BOOT::|form| BOOT::|pred|) ; (DECLARE (SPECIAL BOOT::|$exports| BOOT::|$insideCategoryPackageIfTrue|)) ; (BLOCK BOOT::|noteExport| ; (COND (BOOT::|$insideCategoryPackageIfTrue| NIL) ; ((BOOTTRAN:|listMember?| # BOOT::|$exports|) ; (BOOT::|stackAndThrow| "redeclaration of %1 %2" #)) ; (T (SETQ #))))) ; ; caught STYLE-WARNING: ; The variable |db| is defined but never used. ; compiling (DEFUN |clearExportsTable| ...) ; compiling (DEFUN |makePredicate| ...) ; compiling (DEFCONSTANT |$reservedNames| ...) ; compiling (DEFUN |checkVariableName| ...) ; compiling (DEFUN |checkParameterNames| ...) ; compiling (DEFUN |compDefine| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |checkRepresentation| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/define.clisp ; in: DEFUN |checkRepresentation| ; (DEFUN BOOT::|checkRepresentation| ; (BOOT::|db| BOOT::|addForm| BOOT::|body| BOOT::|env|) ; (LET* (BOOT::|dom| ; BOOT::|op| ; BOOT::|ISTMP#3| ; BOOT::|sig| ; BOOT::|lhs| ; BOOT::|l| ; BOOT::|val| ; BOOT::|ISTMP#2| ; BOOT::|ISTMP#1| ; BOOT::|stmt| ; BOOT::|viewFuns| ; BOOT::|hasAssignRep| ; ...) ; (DECLARE ; (SPECIAL BOOT::|$subdomain| BOOT::|$useRepresentationHack| ; BOOT::|$insideCategoryPackageIfTrue|)) ; (PROGN ; (SETQ BOOT::|domainRep| NIL) ; (SETQ BOOT::|hasAssignRep| NIL) ; (SETQ BOOT::|viewFuns| NIL) ; (COND (# BOOT::|env|) (T # # BOOT::|env|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|checkRepresentation| ; (BOOT::|db| BOOT::|addForm| BOOT::|body| BOOT::|env|) ; (BLOCK BOOT::|checkRepresentation| ; (LET* (BOOT::|dom| ; BOOT::|op| ; BOOT::|ISTMP#3| ; BOOT::|sig| ; BOOT::|lhs| ; BOOT::|l| ; BOOT::|val| ; BOOT::|ISTMP#2| ; BOOT::|ISTMP#1| ; BOOT::|stmt| ; BOOT::|viewFuns| ; BOOT::|hasAssignRep| ; ...) ; (DECLARE ; (SPECIAL BOOT::|$subdomain| BOOT::|$useRepresentationHack| ; BOOT::|$insideCategoryPackageIfTrue|)) ; (PROGN (SETQ #) (SETQ #) (SETQ #) (COND # #))))) ; ; note: Assignment to argument: |env| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |getSignatureFromMode| ...) ; compiling (DEFUN |compDefine1| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/define.clisp ; in: DEFUN |compDefine1| ; (DEFUN BOOT::|compDefine1| (BOOT::|db| BOOT::|form| BOOT::|m| BOOT::|e|) ; (LET* (BOOT::|newPrefix| ; BOOT::|sig| ; BOOT::|rhs| ; BOOT::|signature| ; BOOT::|lhs|) ; (DECLARE ; (SPECIAL BOOT::|$op| BOOT::|$prefix| BOOT::|$formalArgList| ; BOOT::|$param| BOOT::|$bootStrapMode| BOOT::|$insideFunctorIfTrue| ; BOOT::|$insideCategoryPackageIfTrue| BOOT::|$insideWhereIfTrue|)) ; (LET ((BOOT::|$insideExpressionIfTrue| NIL)) ; (DECLARE (SPECIAL BOOT::|$insideExpressionIfTrue|)) ; (PROGN (SETQ #) (SETQ #) (SETQ #) (SETQ #) (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compDefine1| ; (BOOT::|db| BOOT::|form| BOOT::|m| BOOT::|e|) ; (BLOCK BOOT::|compDefine1| ; (LET* (BOOT::|newPrefix| ; BOOT::|sig| ; BOOT::|rhs| ; BOOT::|signature| ; BOOT::|lhs|) ; (DECLARE ; (SPECIAL BOOT::|$op| BOOT::|$prefix| BOOT::|$formalArgList| ; BOOT::|$param| BOOT::|$bootStrapMode| BOOT::|$insideFunctorIfTrue| ; BOOT::|$insideCategoryPackageIfTrue| BOOT::|$insideWhereIfTrue|)) ; (LET (#) ; (DECLARE #) ; (PROGN # # # # #))))) ; ; note: Assignment to argument: |form| ; prevents use of assertion from function type proclamation: ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; ; ; note: Assignment to argument: |e| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NULL ; (CONS ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING ; CONS CHARACTER) ; (CONS ; (OR SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; (CONS LIST NULL)))) ; &REST T). ; compiling (DEFUN |compDefineAddSignature| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/define.clisp ; in: DEFUN |compDefineAddSignature| ; (DEFUN BOOT::|compDefineAddSignature| ; (BOOT::|bfVar#1| BOOT::|signature| BOOT::|e|) ; (LET* (BOOT::|LETTMP#1| ; BOOT::|declForm| ; BOOT::|sig| ; BOOT::|argl| ; BOOT::|op|) ; (PROGN ; (SETQ BOOT::|op| #) ; (SETQ BOOT::|argl| #) ; (COND (# # # # BOOT::|e|) (T BOOT::|e|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compDefineAddSignature| ; (BOOT::|bfVar#1| BOOT::|signature| BOOT::|e|) ; (BLOCK BOOT::|compDefineAddSignature| ; (LET* (BOOT::|LETTMP#1| ; BOOT::|declForm| ; BOOT::|sig| ; BOOT::|argl| ; BOOT::|op|) ; (PROGN (SETQ #) (SETQ #) (COND # #))))) ; ; note: Assignment to argument: |e| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |hasFullSignature| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |addEmptyCapsuleIfNecessary| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/define.clisp ; in: DEFUN |addEmptyCapsuleIfNecessary| ; (DEFUN BOOT::|addEmptyCapsuleIfNecessary| (BOOT::|target| BOOT::|rhs|) ; (COND ; ((BOOTTRAN:|symbolMember?| (BOOT::KAR BOOT::|rhs|) ; BOOT::|$SpecialDomainNames|) ; BOOT::|rhs|) ; (T (LIST 'BOOT::|add| BOOT::|rhs| (LIST 'BOOT::CAPSULE))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|addEmptyCapsuleIfNecessary| ; (BOOT::|target| BOOT::|rhs|) ; (BLOCK BOOT::|addEmptyCapsuleIfNecessary| ; (COND ; ((BOOTTRAN:|symbolMember?| # BOOT::|$SpecialDomainNames|) BOOT::|rhs|) ; (T (LIST 'BOOT::|add| BOOT::|rhs| #))))) ; ; caught STYLE-WARNING: ; The variable |target| is defined but never used. ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |getTargetFromRhs| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/define.clisp ; in: DEFUN |getTargetFromRhs| ; (DEFUN BOOT::|getTargetFromRhs| (BOOT::|lhs| BOOT::|rhs| BOOT::|e|) ; (LET* (BOOT::|l| BOOT::|ISTMP#3| BOOT::|ISTMP#2| BOOT::D BOOT::|ISTMP#1|) ; (COND ((AND # #) (BOOT::|stackSemanticError| # NIL)) ; ((AND # # #) ; (BOOT::|getTargetFromRhs| BOOT::|lhs| BOOT::D BOOT::|e|)) ; ((AND # # #) ; (BOOT::|getTargetFromRhs| BOOT::|lhs| BOOT::D BOOT::|e|)) ; ((AND # #) (SETQ #) (CONS 'BOOT::|RecordCategory| BOOT::|l|)) ; ((AND # #) (SETQ #) (CONS 'BOOT::|UnionCategory| BOOT::|l|)) ; (T (BOOT::|getTargetFromRhs,mode| BOOT::|rhs| BOOT::|e|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|getTargetFromRhs| ; (BOOT::|lhs| BOOT::|rhs| BOOT::|e|) ; (BLOCK BOOT::|getTargetFromRhs| ; (LET* (BOOT::|l| ; BOOT::|ISTMP#3| ; BOOT::|ISTMP#2| ; BOOT::D ; BOOT::|ISTMP#1|) ; (COND (# #) (# #) (# #) (# # #) (# # #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DEFUN |getTargetFromRhs,mode| ...) ; compiling (DEFUN |giveFormalParametersValues| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |macroExpand!| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |macroExpand| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/define.clisp ; in: DEFUN |macroExpand| ; (DEFUN BOOT::|macroExpand| (BOOT::|x| BOOT::|e|) ; (LET* (BOOT::|args'| ; BOOT::|msg| ; BOOT::|nparms| ; BOOT::|nargs| ; BOOT::|body| ; BOOT::|parms| ; BOOT::|args| ; BOOT::|op| ; BOOT::|rhs| ; BOOT::|ISTMP#3| ; BOOT::|sig| ; BOOT::|ISTMP#2| ; ...) ; (COND ((NOT #) (COND # # #)) ; ((AND # # #) (LIST 'BOOT::DEF BOOT::|lhs| # #)) ; (T (SETQ #) (SETQ #) (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|macroExpand| ; (BOOT::|x| BOOT::|e|) ; (BLOCK BOOT::|macroExpand| ; (LET* (BOOT::|args'| ; BOOT::|msg| ; BOOT::|nparms| ; BOOT::|nargs| ; BOOT::|body| ; BOOT::|parms| ; BOOT::|args| ; BOOT::|op| ; BOOT::|rhs| ; BOOT::|ISTMP#3| ; BOOT::|sig| ; BOOT::|ISTMP#2| ; ...) ; (COND (# #) (# #) (T # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DEFUN |macroExpandList| ...) ; compiling (DEFUN |mkEvalableCategoryForm| ...) ; compiling (DEFUN |evalCategoryForm| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/define.clisp ; in: DEFUN |evalCategoryForm| ; (DEFUN BOOT::|evalCategoryForm| (BOOT::|x| BOOT::|e|) ; (BOOT::|eval| (BOOT::|mkEvalableCategoryForm| BOOT::|x|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|evalCategoryForm| ; (BOOT::|x| BOOT::|e|) ; (BLOCK BOOT::|evalCategoryForm| ; (BOOT::|eval| (BOOT::|mkEvalableCategoryForm| BOOT::|x|)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL SIMPLE-VECTOR) &REST T). ; ; caught STYLE-WARNING: ; The variable |e| is defined but never used. ; compiling (DEFUN |skipCategoryPackage?| ...) ; compiling (DEFUN |compDefineCategory1| ...) ; compiling (DEFUN |makeCategoryPredicates| ...) ; compiling (DEFUN |makeCategoryPredicates,fn| ...) ; compiling (DEFUN |makeCategoryPredicates,fnl| ...) ; compiling (DEFUN |mkExportFromDescription| ...) ; compiling (DEFUN |mkCategoryPackage| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/define.clisp ; in: DEFUN |mkCategoryPackage| ; (DEFUN BOOT::|mkCategoryPackage| ; (BOOT::|db| BOOT::|cat| BOOT::|def| BOOT::|e|) ; (LET* (BOOT::|packageSig| ; BOOT::|nils| ; BOOT::|packageCategory| ; BOOT::|catOpList| ; BOOT::|fullCatOpList| ; BOOT::|catvec| ; BOOT::|capsuleDefAlist| ; BOOT::|nameForDollar| ; BOOT::|packageArgl| ; BOOT::|packageAbb| ; BOOT::|packageName| ; BOOT::|argl| ; ...) ; (DECLARE (SPECIAL BOOT::|$categoryPredicateList|)) ; (PROGN ; (SETQ BOOT::|LETTMP#1| #) ; (SETQ BOOT::|op| #) ; (SETQ BOOT::|argl| #) ; (SETQ BOOT::|packageName| #) ; (SETF # BOOT::|packageName|) ; (SETQ BOOT::|packageAbb| #) ; (LET (#) ; (DECLARE #) ; (PROGN # # # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|mkCategoryPackage| ; (BOOT::|db| BOOT::|cat| BOOT::|def| BOOT::|e|) ; (BLOCK BOOT::|mkCategoryPackage| ; (LET* (BOOT::|packageSig| ; BOOT::|nils| ; BOOT::|packageCategory| ; BOOT::|catOpList| ; BOOT::|fullCatOpList| ; BOOT::|catvec| ; BOOT::|capsuleDefAlist| ; BOOT::|nameForDollar| ; BOOT::|packageArgl| ; BOOT::|packageAbb| ; BOOT::|packageName| ; BOOT::|argl| ; ...) ; (DECLARE (SPECIAL BOOT::|$categoryPredicateList|)) ; (PROGN ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETF #) ; (SETQ #) ; (LET # ; # ; #))))) ; ; caught STYLE-WARNING: ; The variable |cat| is defined but never used. ; compiling (DEFUN |mkCategoryPackage,fn| ...) ; compiling (DEFUN |typingKind| ...) ; compiling (DEFUN |deduceImplicitParameters| ...) ; compiling (DEFUN |buildConstructorCondition| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |getArgumentMode| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/define.clisp ; in: DEFUN |getArgumentMode| ; (DEFUN BOOT::|getArgumentMode| (BOOT::|x| BOOT::|e|) ; (COND ((STRINGP BOOT::|x|) BOOT::|x|) ; (T (BOOT::|get| BOOT::|x| 'BOOT::|mode| BOOT::|e|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|getArgumentMode| ; (BOOT::|x| BOOT::|e|) ; (BLOCK BOOT::|getArgumentMode| ; (COND ((STRINGP BOOT::|x|) BOOT::|x|) ; (T (BOOT::|get| BOOT::|x| 'BOOT::|mode| BOOT::|e|))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |getArgumentModeOrMoan| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/define.clisp ; in: DEFUN |getArgumentModeOrMoan| ; (DEFUN BOOT::|getArgumentModeOrMoan| (BOOT::|x| BOOT::|form| BOOT::|e|) ; (OR (BOOT::|getArgumentMode| BOOT::|x| BOOT::|e|) ; (BOOT::|stackSemanticError| ; (LIST 'BOOT::|argument | BOOT::|x| 'BOOT::| of | BOOT::|form| ; 'BOOT::| is not declared|) ; NIL))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|getArgumentModeOrMoan| ; (BOOT::|x| BOOT::|form| BOOT::|e|) ; (BLOCK BOOT::|getArgumentModeOrMoan| ; (OR (BOOT::|getArgumentMode| BOOT::|x| BOOT::|e|) ; (BOOT::|stackSemanticError| ; (LIST 'BOOT::|argument | BOOT::|x| 'BOOT::| of | BOOT::|form| ; 'BOOT::| is not declared|) ; NIL)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DEFUN |compDefineCategory2| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/define.clisp ; in: DEFUN |compDefineCategory2| ; (DEFUN BOOT::|compDefineCategory2| ; (BOOT::|db| BOOT::|form| BOOT::|signature| BOOT::|body| BOOT::|m| ; BOOT::|e| BOOT::|$formalArgList|) ; (DECLARE (SPECIAL BOOT::|$formalArgList|)) ; (LET* (BOOT::|parForm| ; BOOT::|parSignature| ; BOOT::|pairlis| ; BOOT::|fun| ; BOOT::|g| ; BOOT::|v| ; BOOT::|u| ; BOOT::|actuals| ; BOOT::|formals| ; BOOT::|op'| ; BOOT::|LETTMP#1| ; BOOT::|formalBody| ; ...) ; (DECLARE (SPECIAL BOOT::|$formalArgList| BOOT::|$functorForm|)) ; (LET* ((BOOT::|$prefix| NIL) ; (BOOT::|$op| #) ; (BOOT::|$definition| BOOT::|form|) ; (BOOT::|$form| NIL) ; (BOOT::|$extraParms| NIL)) ; (DECLARE ; (SPECIAL BOOT::|$prefix| BOOT::|$op| BOOT::|$definition| BOOT::|$form| ; BOOT::|$extraParms|)) ; (PROGN ; (SETQ #) ; (LET # ; # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compDefineCategory2| ; (BOOT::|db| BOOT::|form| BOOT::|signature| BOOT::|body| BOOT::|m| ; BOOT::|e| BOOT::|$formalArgList|) ; (DECLARE (SPECIAL BOOT::|$formalArgList|)) ; (BLOCK BOOT::|compDefineCategory2| ; (LET* (BOOT::|parForm| ; BOOT::|parSignature| ; BOOT::|pairlis| ; BOOT::|fun| ; BOOT::|g| ; BOOT::|v| ; BOOT::|u| ; BOOT::|actuals| ; BOOT::|formals| ; BOOT::|op'| ; BOOT::|LETTMP#1| ; BOOT::|formalBody| ; ...) ; (DECLARE (SPECIAL BOOT::|$formalArgList| BOOT::|$functorForm|)) ; (LET* (# # # # #) ; (DECLARE #) ; (PROGN # #))))) ; ; caught STYLE-WARNING: ; The variable |m| is defined but never used. ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |mkConstructor| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/define.clisp ; in: DEFUN |mkConstructor| ; (DEFUN BOOT::|mkConstructor| (BOOT::|form|) ; (COND ((NOT (CONSP BOOT::|form|)) (LIST 'BOOT::|devaluate| BOOT::|form|)) ; ((NULL (CDR BOOT::|form|)) (BOOTTRAN:|quote| (LIST #))) ; (T (CONS 'BOOT::|%list| (CONS # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|mkConstructor| ; (BOOT::|form|) ; (BLOCK BOOT::|mkConstructor| ; (COND ((NOT #) (LIST 'BOOT::|devaluate| BOOT::|form|)) ; ((NULL #) (BOOTTRAN:|quote| #)) (T (CONS 'BOOT::|%list| #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DEFUN |compDefineCategory| ...) ; compiling (DEFTYPE |%CatObjRes| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |compMakeCategoryObject| ...) ; compiling (DEFUN |getCategoryObjectIfCan| ...) ; compiling (DEFUN |getCategoryObject| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/define.clisp ; in: DEFUN |getCategoryObject| ; (DEFUN BOOT::|getCategoryObject| (BOOT::|tbl| BOOT::|x| BOOT::|env|) ; (OR (BOOT::|getCategoryObjectIfCan| BOOT::|tbl| BOOT::|x| BOOT::|env|) ; (BOOT::|systemErrorHere| (LIST 'BOOT::|getCategoryObject|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|getCategoryObject| ; (BOOT::|tbl| BOOT::|x| BOOT::|env|) ; (BLOCK BOOT::|getCategoryObject| ; (OR (BOOT::|getCategoryObjectIfCan| BOOT::|tbl| BOOT::|x| BOOT::|env|) ; (BOOT::|systemErrorHere| (LIST 'BOOT::|getCategoryObject|))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |predicatesFromAttributes| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/define.clisp ; in: DEFUN |predicatesFromAttributes| ; (DEFUN BOOT::|predicatesFromAttributes| (BOOT::|attrList|) ; (BOOT::REMDUP ; (LET ((BOOT::|bfVar#2| NIL) ; (BOOT::|bfVar#3| NIL) ; (BOOT::|bfVar#1| BOOT::|attrList|) ; (BOOT::|x| NIL)) ; (LOOP (COND # # #) ; (SETQ #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|predicatesFromAttributes| ; (BOOT::|attrList|) ; (BLOCK BOOT::|predicatesFromAttributes| ; (BOOT::REMDUP ; (LET (# # # #) ; (LOOP # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NULL ; (CONS ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING ; CONS) ; T)) ; &REST T). ; compiling (DEFUN |getModemap| ...) ; compiling (DEFUN |addModemap| ...) ; compiling (DEFUN |addModemapKnown| ...) ; compiling (DEFUN |addModemap0| ...) ; compiling (DEFUN |addEltModemap| ...) ; compiling (DEFUN |mergeModemap| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/define.clisp ; in: DEFUN |mergeModemap| ; (LET* (BOOT::|mmtail| ; BOOT::|mm| ; BOOT::|newmm| ; BOOT::|pred'| ; BOOT::|ISTMP#4| ; BOOT::|ISTMP#3| ; BOOT::|sig'| ; BOOT::|mc'| ; BOOT::|ISTMP#2| ; BOOT::|ISTMP#1| ; BOOT::|pred| ; BOOT::|sig| ; ...) ; (DECLARE (SPECIAL BOOT::|$forceAdd|)) ; (PROGN ; (SETQ BOOT::|mc| (CAAR BOOT::|entry|)) ; (SETQ BOOT::|sig| (CDAR BOOT::|entry|)) ; (SETQ BOOT::|pred| (CAADR BOOT::|entry|)) ; (LET ((BOOT::|mmtail| BOOT::|modemapList|)) ; (LOOP (COND # #) ; (SETQ #))) ; (COND (BOOT::|entry| (BOOTTRAN:|append| BOOT::|modemapList| #)) ; (T BOOT::|modemapList|)))) ; ; caught STYLE-WARNING: ; The variable |mmtail| is defined but never used. ; compiling (DEFUN |insertModemap| ...) ; compiling (DEFUN |mkNewModemapList| ...) ; compiling (DEFUN |addModemap1| ...) ; compiling (DEFUN |getDomainsInScope| ...) ; compiling (DEFUN |putDomainsInScope| ...) ; compiling (DEFUN |getOperationAlist| ...) ; compiling (DEFUN |substNames| ...) ; compiling (DEFUN |evalAndSub| ...) ; compiling (DEFUN |augModemapsFromCategory| ...) ; compiling (DEFUN |addConstructorModemaps| ...) ; compiling (DEFUN |augModemapsFromDomain1| ...) ; compiling (DEFUN |AMFCR,redefinedList| ...) ; compiling (DEFUN |AMFCR,redefined| ...) ; compiling (DEFUN |dbClearForCompilation!| ...) ; compiling (DEFUN |substituteCategoryArguments| ...) ; compiling (DEFUN |setDollarName| ...) ; compiling (DEFUN |getDollarName| ...) ; compiling (DEFUN |getOutputPath| ...) ; compiling (DEFUN |compDefineFunctor| ...) ; compiling (DEFUN |compDefineFunctor1| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/define.clisp ; in: DEFUN |compDefineFunctor1| ; (DEFUN BOOT::|compDefineFunctor1| ; (BOOT::|db| BOOT::|df| BOOT::|m| BOOT::|$e| BOOT::|$formalArgList|) ; (DECLARE (SPECIAL BOOT::|$e| BOOT::|$formalArgList|)) ; (LET* (BOOT::|operationAlist| ; BOOT::|fun| ; BOOT::|lamOrSlam| ; BOOT::|body'| ; BOOT::T$ ; BOOT::|u| ; BOOT::|ISTMP#4| ; BOOT::|ISTMP#3| ; BOOT::|rhsArgs| ; BOOT::|rhsCtor| ; BOOT::|ISTMP#2| ; BOOT::|ISTMP#1| ; ...) ; (DECLARE ; (SPECIAL BOOT::|$bootStrapMode| BOOT::|$lisplibOperationAlist| ; BOOT::|$insideCategoryPackageIfTrue| BOOT::|$formalArgList| ; BOOT::|$e|)) ; (BLOCK NIL ; (PROGN ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (COND #) ; (LET* # ; # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compDefineFunctor1| ; (BOOT::|db| BOOT::|df| BOOT::|m| BOOT::|$e| BOOT::|$formalArgList|) ; (DECLARE (SPECIAL BOOT::|$e| BOOT::|$formalArgList|)) ; (BLOCK BOOT::|compDefineFunctor1| ; (LET* (BOOT::|operationAlist| ; BOOT::|fun| ; BOOT::|lamOrSlam| ; BOOT::|body'| ; BOOT::T$ ; BOOT::|u| ; BOOT::|ISTMP#4| ; BOOT::|ISTMP#3| ; BOOT::|rhsArgs| ; BOOT::|rhsCtor| ; BOOT::|ISTMP#2| ; BOOT::|ISTMP#1| ; ...) ; (DECLARE ; (SPECIAL BOOT::|$bootStrapMode| BOOT::|$lisplibOperationAlist| ; BOOT::|$insideCategoryPackageIfTrue| BOOT::|$formalArgList| ; BOOT::|$e|)) ; (BLOCK NIL (PROGN # # # # #))))) ; ; caught STYLE-WARNING: ; The variable |m| is defined but never used. ; compiling (DEFUN |incompleteFunctorBody| ...) ; compiling (DEFUN |compFunctorBody| ...) ; compiling (DEFUN |reportOnFunctorCompilation| ...) ; compiling (DEFUN |makeFunctorArgumentParameters| ...) ; compiling (DEFUN |makeFunctorArgumentParameters,findExtras| ...) ; compiling (DEFUN |makeFunctorArgumentParameters,augmentSig| ...) ; compiling (DEFUN |makeFunctorArgumentParameters,fn| ...) ; compiling (DEFUN |makeFunctorArgumentParameters,findExtras1| ...) ; compiling (DEFUN |makeFunctorArgumentParameters,findExtrasP| ...) ; compiling (DEFUN |genDomainOps| ...) ; compiling (DEFUN |genDomainView| ...) ; compiling (DEFUN |genDomainViewList| ...) ; compiling (DEFUN |mkOpVec| ...) ; compiling (DEFUN |compDefWhereClause| ...) ; compiling (DEFUN |compDefWhereClause,addSuchthat| ...) ; compiling (DEFUN |compDefWhereClause,removeSuchthat| ...) ; compiling (DEFUN |compDefWhereClause,fetchType| ...) ; compiling (DEFUN |compDefWhereClause,transformType| ...) ; compiling (DEFUN |orderByDependency| ...) ; compiling (DEFUN |assignCapsuleFunctionSlot| ...) ; compiling (DEFUN |localOperation?| ...) ; compiling (DEFUN |candidateSignatures| ...) ; compiling (DEFUN |compareMode2Arg| ...) ; compiling (DEFUN |hasSigInTargetCategory| ...) ; compiling (DEFUN |hasSigInTargetCategory,fn| ...) ; compiling (DEFUN |checkAndDeclare| ...) ; compiling (DEFUN |addArgumentConditions| ...) ; compiling (DEFUN |addArgumentConditions,fn| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |compArgumentConditions| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/define.clisp ; in: DEFUN |compArgumentConditions| ; (DEFUN BOOT::|compArgumentConditions| (BOOT::|e|) ; (LET* (BOOT::T$ ; BOOT::|LETTMP#1| ; BOOT::|y| ; BOOT::|x| ; BOOT::|ISTMP#2| ; BOOT::|a| ; BOOT::|ISTMP#1| ; BOOT::|n|) ; (DECLARE (SPECIAL BOOT::|$argumentConditionList|)) ; (PROGN (SETQ BOOT::|$argumentConditionList| #) BOOT::|e|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compArgumentConditions| ; (BOOT::|e|) ; (BLOCK BOOT::|compArgumentConditions| ; (LET* (BOOT::T$ ; BOOT::|LETTMP#1| ; BOOT::|y| ; BOOT::|x| ; BOOT::|ISTMP#2| ; BOOT::|a| ; BOOT::|ISTMP#1| ; BOOT::|n|) ; (DECLARE (SPECIAL BOOT::|$argumentConditionList|)) ; (PROGN (SETQ #) BOOT::|e|)))) ; ; note: Assignment to argument: |e| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |partialSignature?| ...) ; compiling (DEFUN |refineDefinitionSignature| ...) ; compiling (DEFUN |processDefinitionParameters| ...) ; compiling (DEFUN |mkRepititionAssoc| ...) ; compiling (DEFUN |mkRepititionAssoc,mkRepfun| ...) ; compiling (DEFUN |encodeItem| ...) ; compiling (DEFUN |getCaps| ...) ; compiling (DEFUN |encodeFunctionName| ...) ; compiling (DEFUN |compDefineCapsuleFunction| ...) ; compiling (DEFUN |domainMember| ...) ; compiling (DEFUN |augModemapsFromDomain| ...) ; compiling (DEFUN |addNewDomain| ...) ; compiling (DEFUN |addDomain| ...) ; compiling (DEFUN |sourceMatches?| ...) ; compiling (DEFUN |getSignature| ...) ; compiling (DEFUN |stripOffArgumentConditions| ...) ; compiling (DEFUN |stripOffSubdomainConditions| ...) ; compiling (DEFUN |putInLocalDomainReferences| ...) ; compiling (DEFUN |compile| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/define.clisp ; in: DEFUN |compile| ; (DEFUN BOOT::|compile| (BOOT::|db| BOOT::|u| BOOT::|signature|) ; (LET* (BOOT::|functionStats| BOOT::|stuffToCompile| BOOT::|optimizedBody|) ; (DECLARE ; (SPECIAL BOOT::|$functionStats| BOOT::|$macroIfTrue| ; BOOT::|$doNotCompileJustPrint| BOOT::|$insideCapsuleFunctionIfTrue|)) ; (PROGN ; (SETQ BOOT::|optimizedBody| #) ; (SETQ BOOT::|stuffToCompile| #) ; (COND (BOOT::|$doNotCompileJustPrint| # #) (BOOT::|$macroIfTrue| #) ; (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compile| ; (BOOT::|db| BOOT::|u| BOOT::|signature|) ; (BLOCK BOOT::|compile| ; (LET* (BOOT::|functionStats| ; BOOT::|stuffToCompile| ; BOOT::|optimizedBody|) ; (DECLARE ; (SPECIAL BOOT::|$functionStats| BOOT::|$macroIfTrue| ; BOOT::|$doNotCompileJustPrint| ; BOOT::|$insideCapsuleFunctionIfTrue|)) ; (PROGN (SETQ #) (SETQ #) (COND # # #))))) ; ; caught STYLE-WARNING: ; The variable |signature| is defined but never used. ; compiling (DEFUN |spadCompileOrSetq| ...) ; compiling (DEFUN |compileConstructor| ...) ; compiling (DEFUN |compileConstructor1| ...) ; compiling (DEFUN |compAndDefine| ...) ; compiling (DEFUN |compHash| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |constructMacro| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/define.clisp ; in: DEFUN |constructMacro| ; (DEFUN BOOT::|constructMacro| (BOOT::|form|) ; (LET* (BOOT::|vl'| BOOT::|body| BOOT::|vl| BOOT::|lam| BOOT::|nam|) ; (PROGN ; (SETQ BOOT::|nam| #) ; (SETQ BOOT::|lam| #) ; (SETQ BOOT::|vl| #) ; (SETQ BOOT::|body| #) ; (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|constructMacro| ; (BOOT::|form|) ; (BLOCK BOOT::|constructMacro| ; (LET* (BOOT::|vl'| BOOT::|body| BOOT::|vl| BOOT::|lam| BOOT::|nam|) ; (PROGN (SETQ #) (SETQ #) (SETQ #) (SETQ #) (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DEFUN |listInitialSegment| ...) ; compiling (DEFUN |modemap2Signature| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |uncons| ...) ; compiling (DEFUN |bootStrapError| ...) ; compiling (DEFUN |registerInlinableDomain| ...) ; compiling (DEFUN |compAdd| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/define.clisp ; in: DEFUN |compAdd| ; (DEFUN BOOT::|compAdd| (BOOT::|bfVar#1| BOOT::|m| BOOT::|e|) ; (LET* (BOOT::|predicate| ; BOOT::|ISTMP#2| ; BOOT::|domainForm| ; BOOT::|ISTMP#1| ; BOOT::|db| ; BOOT::|LETTMP#1| ; BOOT::|code| ; BOOT::|capsule|) ; (DECLARE ; (SPECIAL BOOT::|$NRTaddForm| BOOT::|$editFile| BOOT::|$functorForm| ; BOOT::|$bootStrapMode|)) ; (LET ((BOOT::|$addForm| #)) ; (DECLARE (SPECIAL BOOT::|$addForm|)) ; (PROGN (SETQ #) (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compAdd| ; (BOOT::|bfVar#1| BOOT::|m| BOOT::|e|) ; (BLOCK BOOT::|compAdd| ; (LET* (BOOT::|predicate| ; BOOT::|ISTMP#2| ; BOOT::|domainForm| ; BOOT::|ISTMP#1| ; BOOT::|db| ; BOOT::|LETTMP#1| ; BOOT::|code| ; BOOT::|capsule|) ; (DECLARE ; (SPECIAL BOOT::|$NRTaddForm| BOOT::|$editFile| BOOT::|$functorForm| ; BOOT::|$bootStrapMode|)) ; (LET (#) ; (DECLARE #) ; (PROGN # #))))) ; ; note: Assignment to argument: |m| ; prevents use of assertion from function type proclamation: ; (OR SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; ; ; note: Assignment to argument: |e| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |compTuple2Record| ...) ; compiling (DEFUN |compCapsule| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/define.clisp ; in: DEFUN |compCapsule| ; (DEFUN BOOT::|compCapsule| (BOOT::|bfVar#1| BOOT::|m| BOOT::|e|) ; (LET* (BOOT::|db| BOOT::|itemList|) ; (DECLARE ; (SPECIAL BOOT::|$addFormLhs| BOOT::|$useRepresentationHack| ; BOOT::|$editFile| BOOT::|$functorForm| BOOT::|$bootStrapMode|)) ; (PROGN ; (SETQ BOOT::|itemList| #) ; (COND (BOOT::|$bootStrapMode| #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compCapsule| ; (BOOT::|bfVar#1| BOOT::|m| BOOT::|e|) ; (BLOCK BOOT::|compCapsule| ; (LET* (BOOT::|db| BOOT::|itemList|) ; (DECLARE ; (SPECIAL BOOT::|$addFormLhs| BOOT::|$useRepresentationHack| ; BOOT::|$editFile| BOOT::|$functorForm| BOOT::|$bootStrapMode|)) ; (PROGN (SETQ #) (COND # #))))) ; ; note: Assignment to argument: |e| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NULL ; (CONS ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING ; CONS CHARACTER) ; (CONS ; (OR SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; (CONS LIST NULL)))) ; &REST T). ; compiling (DEFUN |compSubDomain| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/define.clisp ; in: DEFUN |compSubDomain| ; (DEFUN BOOT::|compSubDomain| (BOOT::|bfVar#1| BOOT::|m| BOOT::|e|) ; (LET* (BOOT::|LETTMP#1| BOOT::|predicate| BOOT::|domainForm|) ; (DECLARE (SPECIAL BOOT::|$NRTaddForm|)) ; (PROGN ; (SETQ BOOT::|domainForm| #) ; (SETQ BOOT::|predicate| #) ; (LET* (# #) ; (DECLARE #) ; (PROGN # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compSubDomain| ; (BOOT::|bfVar#1| BOOT::|m| BOOT::|e|) ; (BLOCK BOOT::|compSubDomain| ; (LET* (BOOT::|LETTMP#1| BOOT::|predicate| BOOT::|domainForm|) ; (DECLARE (SPECIAL BOOT::|$NRTaddForm|)) ; (PROGN ; (SETQ #) ; (SETQ #) ; (LET* # ; # ; #))))) ; ; note: Assignment to argument: |e| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |compSubDomain1| ...) ; compiling (DEFUN |compCapsuleInner| ...) ; compiling (DEFUN |compCapsuleItems| ...) ; compiling (DEFUN |compSingleCapsuleItem| ...) ; compiling (DEFUN |mutateToNothing| ...) ; compiling (DEFUN |doIt| ...) ; compiling (DEFUN |isMacro| ...) ; compiling (DEFUN |doItConditionally| ...) ; compiling (DEFUN |doItIf| ...) ; compiling (DEFUN |doItIf,localExtras| ...) ; compiling (DEFUN |compJoin| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/define.clisp ; in: DEFUN |compJoin| ; (DEFUN BOOT::|compJoin| (BOOT::|bfVar#1| BOOT::|m| BOOT::|e|) ; (LET* (BOOT::T$ ; BOOT::|catList'| ; BOOT::|body| ; BOOT::|ISTMP#2| ; BOOT::|pl| ; BOOT::|ISTMP#1| ; BOOT::|parameters| ; BOOT::|catList| ; BOOT::|argl|) ; (PROGN ; (SETQ BOOT::|argl| #) ; (SETQ BOOT::|catList| #) ; (COND (# #) (T # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compJoin| ; (BOOT::|bfVar#1| BOOT::|m| BOOT::|e|) ; (BLOCK BOOT::|compJoin| ; (LET* (BOOT::T$ ; BOOT::|catList'| ; BOOT::|body| ; BOOT::|ISTMP#2| ; BOOT::|pl| ; BOOT::|ISTMP#1| ; BOOT::|parameters| ; BOOT::|catList| ; BOOT::|argl|) ; (PROGN (SETQ #) (SETQ #) (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NULL ; (CONS ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING ; CONS CHARACTER) ; (CONS ; (OR SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; (CONS LIST NULL)))) ; &REST T). ; compiling (DEFUN |compJoin,getParms| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |compForMode| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/define.clisp ; in: DEFUN |compForMode| ; (DEFUN BOOT::|compForMode| (BOOT::|x| BOOT::|m| BOOT::|e|) ; (LET* (BOOT::|db| BOOT::|op|) ; (DECLARE (SPECIAL BOOT::|$bootStrapMode|)) ; (LET ((BOOT::|$compForModeIfTrue| T)) ; (DECLARE (SPECIAL BOOT::|$compForModeIfTrue|)) ; (COND (# # #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compForMode| ; (BOOT::|x| BOOT::|m| BOOT::|e|) ; (BLOCK BOOT::|compForMode| ; (LET* (BOOT::|db| BOOT::|op|) ; (DECLARE (SPECIAL BOOT::|$bootStrapMode|)) ; (LET (#) ; (DECLARE #) ; (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NULL ; (CONS ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING ; CONS CHARACTER) ; (CONS ; (OR SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; (CONS LIST NULL)))) ; &REST T). ; compiling (DEFUN |makeCategoryForm| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |mustInstantiate| ...) ; compiling (DEFUN |mkExplicitCategoryFunction| ...) ; compiling (DEFUN |mkExplicitCategoryFunction,fn| ...) ; compiling (DEFUN |DomainSubstitutionFunction| ...) ; compiling (DEFUN |DomainSubstitutionFunction,Subst| ...) ; compiling (DEFUN |compSignature| ...) ; compiling (DEFUN |compCategoryItem| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |compCategory| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/define.clisp ; in: DEFUN |compCategory| ; (DEFUN BOOT::|compCategory| (BOOT::|x| BOOT::|m| BOOT::|e|) ; (LET* (BOOT::|rep| ; BOOT::|atts| ; BOOT::|sigs| ; BOOT::|l| ; BOOT::|kind| ; BOOT::|ISTMP#1| ; BOOT::|db|) ; (PROGN ; (BOOT::|clearExportsTable|) ; (SETQ BOOT::|db| #) ; (SETQ BOOT::|m| #) ; (COND (# # # # # #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compCategory| ; (BOOT::|x| BOOT::|m| BOOT::|e|) ; (BLOCK BOOT::|compCategory| ; (LET* (BOOT::|rep| ; BOOT::|atts| ; BOOT::|sigs| ; BOOT::|l| ; BOOT::|kind| ; BOOT::|ISTMP#1| ; BOOT::|db|) ; (PROGN (BOOT::|clearExportsTable|) (SETQ #) (SETQ #) (COND # #))))) ; ; note: Assignment to argument: |m| ; prevents use of assertion from function type proclamation: ; (OR SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NULL ; (CONS ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING ; CONS CHARACTER) ; (CONS ; (OR SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; (CONS LIST NULL)))) ; &REST T). ; in: DEFUN |mkCategoryPackage| ; (BOOT::|JoinInner| (LIST BOOT::|catvec|) BOOT::|e|) ; ; caught STYLE-WARNING: ; undefined function: |JoinInner| ; in: DEFUN |mkOpVec| ; #'BOOT::|Undef| ; ; caught STYLE-WARNING: ; undefined function: |Undef| ; in: DEFUN |mkCategoryPackage| ; (BOOT::|abbreviationsSpad2Cmd| ; (LIST 'BOOT::|package| BOOT::|packageAbb| BOOT::|packageName|)) ; ; caught STYLE-WARNING: ; undefined function: |abbreviationsSpad2Cmd| ; in: DEFUN |knownInfo| ; (BOOT::|ancestor?| BOOT::|cat| (LIST (CAR BOOT::|u|)) BOOT::|tbl| BOOT::|env|) ; ; caught STYLE-WARNING: ; undefined function: |ancestor?| ; in: DEFUN |compileConstructor1| ; (BOOT::|backendCompile| BOOT::|db| ; (LIST ; (LIST BOOT::|fn| (CONS 'BOOT::|%lambda| (CONS BOOT::|vl| BOOT::|bodyl|))))) ; ; caught STYLE-WARNING: ; undefined function: |backendCompile| ; in: DEFUN |spadCompileOrSetq| ; (BOOT::|backendCompile| BOOT::|db| (LIST BOOT::|form|)) ; ; caught STYLE-WARNING: ; undefined function: |backendCompile| ; in: DEFUN |compFunctorBody| ; (BOOT::|backendCompile| BOOT::|db| ; (COND (BOOT::|$insideCategoryPackageIfTrue| BOOT::|$capsuleFunctionStack|) ; (T ; (BOOT::|foldExportedFunctionReferences| BOOT::|db| ; BOOT::|$capsuleFunctionStack|)))) ; ; caught STYLE-WARNING: ; undefined function: |backendCompile| ; ; caught STYLE-WARNING: ; 2 more uses of undefined function |backendCompile| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/define.clisp ; in: DEFUN |checkAndDeclare| ; (BOOT::|bright| BOOT::|a|) ; ; caught STYLE-WARNING: ; undefined function: |bright| ; in: DEFUN |reportOnFunctorCompilation| ; (BOOT::|bright| " Cumulative Statistics for Constructor") ; ; caught STYLE-WARNING: ; undefined function: |bright| ; in: DEFUN |compDefineCategory1| ; (BOOT::|bright| (BOOT::|opOf| BOOT::|form|)) ; ; caught STYLE-WARNING: ; undefined function: |bright| ; ; caught STYLE-WARNING: ; 5 more uses of undefined function |bright| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/define.clisp ; in: DEFUN |evalAndSub| ; (BOOT::|categoryObject?| BOOT::|form|) ; ; caught STYLE-WARNING: ; undefined function: |categoryObject?| ; in: DEFUN |hasSigInTargetCategory| ; (BOOT::|checkCallingConvention| BOOT::|sigs| (LENGTH (CDR BOOT::|form|))) ; ; caught STYLE-WARNING: ; undefined function: |checkCallingConvention| ; in: DEFUN |compDefWhereClause| ; (BOOT::|comp| BOOT::|form'| BOOT::|m| BOOT::|e|) ; ; caught STYLE-WARNING: ; undefined function: |comp| ; in: DEFUN |compDefineAddSignature| ; (BOOT::|comp| BOOT::|declForm| BOOT::|$EmptyMode| BOOT::|e|) ; ; caught STYLE-WARNING: ; undefined function: |comp| ; in: DEFUN |getvalue| ; (BOOT::|comp| BOOT::|name| BOOT::|$EmptyMode| BOOT::|e|) ; ; caught STYLE-WARNING: ; undefined function: |comp| ; ; caught STYLE-WARNING: ; 2 more uses of undefined function |comp| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/define.clisp ; in: DEFUN |getModemap| ; (BOOT::|compApplyModemap| BOOT::|x| BOOT::|modemap| BOOT::|e|) ; ; caught STYLE-WARNING: ; undefined function: |compApplyModemap| ; in: DEFUN |doItIf| ; (BOOT::|compCompilerPredicate| BOOT::|p| BOOT::|$e|) ; ; caught STYLE-WARNING: ; undefined function: |compCompilerPredicate| ; in: DEFUN |compSubDomain1| ; (BOOT::|compCompilerPredicate| BOOT::|predicate| BOOT::|e|) ; ; caught STYLE-WARNING: ; undefined function: |compCompilerPredicate| ; in: DEFUN |compDefineFunctor| ; (BOOT::|compDefineLisplib| BOOT::|db| BOOT::|df| BOOT::|m| BOOT::|e| ; BOOT::|fal| 'BOOT::|compDefineFunctor1|) ; ; caught STYLE-WARNING: ; undefined function: |compDefineLisplib| ; in: DEFUN |compDefineCategory| ; (BOOT::|compDefineLisplib| BOOT::|db| BOOT::|df| BOOT::|m| BOOT::|e| ; BOOT::|fal| 'BOOT::|compDefineCategory1|) ; ; caught STYLE-WARNING: ; undefined function: |compDefineLisplib| ; in: DEFUN |compSubDomain1| ; (BOOT::|compMakeDeclaration| 'BOOT::|#1| BOOT::|domainForm| ; (BOOT::|addDomain| (BOOT::|currentDB| BOOT::|e|) BOOT::|domainForm| ; BOOT::|e|)) ; ; caught STYLE-WARNING: ; undefined function: |compMakeDeclaration| ; in: DEFUN |compDefineFunctor1| ; (BOOT::|compMakeDeclaration| 'BOOT::$ BOOT::|target| BOOT::|$e|) ; ; caught STYLE-WARNING: ; undefined function: |compMakeDeclaration| ; in: DEFUN |compDefineCategory2| ; (BOOT::|compMakeDeclaration| BOOT::|x| BOOT::|t| BOOT::|e|) ; ; caught STYLE-WARNING: ; undefined function: |compMakeDeclaration| ; (BOOT::|compOrCroak| BOOT::|formalBody| (CAR BOOT::|signature'|) BOOT::|e|) ; ; caught STYLE-WARNING: ; undefined function: |compOrCroak| ; in: DEFUN |mkEvalableCategoryForm| ; (BOOT::|compOrCroak| BOOT::|c| BOOT::|$EmptyMode| BOOT::|$e|) ; ; caught STYLE-WARNING: ; undefined function: |compOrCroak| ; in: DEFUN |getTargetFromRhs,mode| ; (BOOT::|compOrCroak| BOOT::|x| BOOT::|$EmptyMode| BOOT::|e|) ; ; caught STYLE-WARNING: ; undefined function: |compOrCroak| ; ; caught STYLE-WARNING: ; 6 more uses of undefined function |compOrCroak| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/define.clisp ; in: DEFUN |doIt| ; (BOOT::|compSignatureImport| BOOT::|item| BOOT::|$EmptyMode| BOOT::|$e|) ; ; caught STYLE-WARNING: ; undefined function: |compSignatureImport| ; in: DEFUN |compDefineFunctor1| ; (BOOT::|computeAncestorsOf| BOOT::|db| NIL) ; ; caught STYLE-WARNING: ; undefined function: |computeAncestorsOf| ; in: DEFUN |compDefineCategory2| ; (BOOT::|computeAncestorsOf| BOOT::|db| NIL) ; ; caught STYLE-WARNING: ; undefined function: |computeAncestorsOf| ; in: DEFUN |compJoin| ; (BOOT::|convert| BOOT::T$ BOOT::|m|) ; ; caught STYLE-WARNING: ; undefined function: |convert| ; in: DEFUN |compDefineCategory2| ; (BOOT::|eval| ; (CONS BOOT::|op'| ; (LET ((BOOT::|bfVar#15| NIL) ; (BOOT::|bfVar#16| NIL) ; (BOOT::|bfVar#14| BOOT::|sargl|) ; (BOOT::|f| NIL)) ; (LOOP (COND # # #) ; (SETQ #))))) ; ; caught STYLE-WARNING: ; undefined function: |eval| ; in: DEFUN |evalCategoryForm| ; (BOOT::|eval| (BOOT::|mkEvalableCategoryForm| BOOT::|x|)) ; ; caught STYLE-WARNING: ; undefined function: |eval| ; in: DEFUN |compDefine1| ; (BOOT::|evaluateType| BOOT::|sig|) ; ; caught STYLE-WARNING: ; undefined function: |evaluateType| ; in: DEFUN |noteExport| ; (BOOT::|formatIf| BOOT::|pred|) ; ; caught STYLE-WARNING: ; undefined function: |formatIf| ; in: DEFUN |noteCapsuleFunctionDefinition| ; (BOOT::|formatIf| BOOT::|pred|) ; ; caught STYLE-WARNING: ; undefined function: |formatIf| ; in: DEFUN |extendsCategory| ; (BOOT::|formatOpSignature| BOOT::|op| BOOT::|sig|) ; ; caught STYLE-WARNING: ; undefined function: |formatOpSignature| ; in: DEFUN |doIt| ; (BOOT::|formatUnabbreviated| BOOT::|dom|) ; ; caught STYLE-WARNING: ; undefined function: |formatUnabbreviated| ; in: DEFUN |noteCapsuleFunctionDefinition| ; (BOOT::|formatUnabbreviated| (CONS 'BOOT::|Mapping| BOOT::|sig|)) ; ; caught STYLE-WARNING: ; undefined function: |formatUnabbreviated| ; in: DEFUN |compDefineCapsuleFunction| ; (BOOT::|formatUnabbreviatedSig| BOOT::|signature|) ; ; caught STYLE-WARNING: ; undefined function: |formatUnabbreviatedSig| ; in: DEFUN |getInfovecCode| ; (BOOT::|genFinalAttributeAlist| BOOT::|db| BOOT::|e|) ; ; caught STYLE-WARNING: ; undefined function: |genFinalAttributeAlist| ; in: DEFUN |compDefineFunctor1| ; (BOOT::|genInitialAttributeAlist| BOOT::|db| BOOT::|attributeList|) ; ; caught STYLE-WARNING: ; undefined function: |genInitialAttributeAlist| ; in: DEFUN |mkOpVec| ; (BOOT::|getPrincipalView| BOOT::|dom|) ; ; caught STYLE-WARNING: ; undefined function: |getPrincipalView| ; in: DEFUN |NRTgetLookupFunction| ; (BOOT::|isCategoryForm| BOOT::|m| BOOT::|env|) ; ; caught STYLE-WARNING: ; undefined function: |isCategoryForm| ; in: DEFUN |formatInfo| ; (BOOT::|isCategoryForm| (LIST BOOT::|v|) BOOT::|e|) ; ; caught STYLE-WARNING: ; undefined function: |isCategoryForm| ; in: DEFUN |formatPred| ; (BOOT::|isCategoryForm| (LIST BOOT::|b|) BOOT::|e|) ; ; caught STYLE-WARNING: ; undefined function: |isCategoryForm| ; ; caught STYLE-WARNING: ; 11 more uses of undefined function |isCategoryForm| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/define.clisp ; in: DEFUN |compDefineFunctor1| ; (BOOT::|isCategoryPackageName| BOOT::|$op|) ; ; caught STYLE-WARNING: ; undefined function: |isCategoryPackageName| ; in: DEFUN |setDollarName| ; (BOOT::|isCategoryPackageName| (CAR BOOT::|form|)) ; ; caught STYLE-WARNING: ; undefined function: |isCategoryPackageName| ; in: DEFUN |substNames| ; (BOOT::|isCategoryPackageName| BOOT::|functorForm|) ; ; caught STYLE-WARNING: ; undefined function: |isCategoryPackageName| ; in: DEFUN |doIt| ; (BOOT::|isDomainForm| BOOT::|item| BOOT::|$e|) ; ; caught STYLE-WARNING: ; undefined function: |isDomainForm| ; in: DEFUN |addDomain| ; (BOOT::|isDomainForm| BOOT::|domain| BOOT::|e|) ; ; caught STYLE-WARNING: ; undefined function: |isDomainForm| ; in: DEFUN |compDefine1| ; (BOOT::|isDomainForm| BOOT::|rhs| BOOT::|e|) ; ; caught STYLE-WARNING: ; undefined function: |isDomainForm| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |isDomainForm| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/define.clisp ; in: DEFUN |DomainSubstitutionFunction,Subst| ; (BOOT::|isFunctor| (CAR BOOT::|body|)) ; ; caught STYLE-WARNING: ; undefined function: |isFunctor| ; in: DEFUN |bootStrapError| ; (BOOT::|mkTypeForm| BOOT::|functorForm|) ; ; caught STYLE-WARNING: ; undefined function: |mkTypeForm| ; in: DEFUN |genDomainView| ; (BOOT::|mkTypeForm| BOOT::|code|) ; ; caught STYLE-WARNING: ; undefined function: |mkTypeForm| ; in: DEFUN |genDomainOps| ; (BOOT::|mkTypeForm| BOOT::|mode|) ; ; caught STYLE-WARNING: ; undefined function: |mkTypeForm| ; in: DEFUN |domainMember| ; (BOOT::|modeEqual| BOOT::|dom| BOOT::|d|) ; ; caught STYLE-WARNING: ; undefined function: |modeEqual| ; in: DEFUN |checkAndDeclare| ; (BOOT::|modeEqual| BOOT::|m1| BOOT::|m|) ; ; caught STYLE-WARNING: ; undefined function: |modeEqual| ; in: DEFUN |compareMode2Arg| ; (BOOT::|modeEqual| BOOT::|x| BOOT::|m|) ; ; caught STYLE-WARNING: ; undefined function: |modeEqual| ; in: DEFUN |compDefineCategory2| ; (BOOT::|optFunctorBody| BOOT::|db| ; (CAR ; (BOOT::|compOrCroak| BOOT::|formalBody| (CAR BOOT::|signature'|) ; BOOT::|e|))) ; ; caught STYLE-WARNING: ; undefined function: |optFunctorBody| ; in: DEFUN |depthAssoc| ; (BOOT::|parentsOfForm| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |parentsOfForm| ; in: DEFUN |makeCategoryAlist| ; (BOOT::|predicateBitIndex| BOOT::|db| BOOT::|b| BOOT::|e|) ; ; caught STYLE-WARNING: ; undefined function: |predicateBitIndex| ; in: DEFUN |makeCompactDirect1,fn| ; (BOOT::|predicateBitIndex| BOOT::|db| BOOT::|pred| BOOT::|$e|) ; ; caught STYLE-WARNING: ; undefined function: |predicateBitIndex| ; in: DEFUN |spadCompileOrSetq| ; (BOOT::|prefix2String| (CONS BOOT::|nam| BOOT::|vl'|)) ; ; caught STYLE-WARNING: ; undefined function: |prefix2String| ; in: DEFUN |compDefineFunctor1| ; (BOOT::|printBackendStmt| (BOOT::|dbLibstream| BOOT::|db|) ; (LIST 'BOOT::MAKEPROP (BOOT::MKQ BOOT::|$op|) ''BOOT::|infovec| ; (BOOT::|getInfovecCode| BOOT::|db| BOOT::|$e|))) ; ; caught STYLE-WARNING: ; undefined function: |printBackendStmt| ; in: DEFUN |compDefineFunctor| ; (BOOT::|printBackendStmt| (BOOT::|dbLibstream| BOOT::|db|) BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |printBackendStmt| ; in: DEFUN |compDefineCategory| ; (BOOT::|printBackendStmt| (BOOT::|dbLibstream| BOOT::|db|) BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |printBackendStmt| ; in: DEFUN |doIt| ; (BOOT::|processInlineRequest| BOOT::|type| BOOT::|$e|) ; ; caught STYLE-WARNING: ; undefined function: |processInlineRequest| ; in: DEFUN |compDefineCapsuleFunction| ; (BOOT::|replaceExitEtc| (CAR BOOT::T$) BOOT::|catchTag| 'BOOT::|TAGGEDreturn| ; BOOT::|$returnMode|) ; ; caught STYLE-WARNING: ; undefined function: |replaceExitEtc| ; in: DEFUN |compCategory| ; (BOOT::|resolve| BOOT::|m| BOOT::|$Category|) ; ; caught STYLE-WARNING: ; undefined function: |resolve| ; in: DEFUN |compDefineCapsuleFunction| ; (BOOT::|resolve| (CAR BOOT::|signature|) BOOT::|$returnMode|) ; ; caught STYLE-WARNING: ; undefined function: |resolve| ; in: DEFUN |NRTgetLookupFunction| ; (BOOT::|sayPatternMsg| "%1p of category %2p" (LIST BOOT::|domform| BOOT::|u|)) ; ; caught STYLE-WARNING: ; undefined function: |sayPatternMsg| ; in: DEFUN |compDefineFunctor1| ; (BOOT::|sublisFormal| BOOT::|rhsArgs| BOOT::|u| BOOT::|$AtVariables|) ; ; caught STYLE-WARNING: ; undefined function: |sublisFormal| ; in: DEFUN |addArgumentConditions,fn| ; (BOOT::|systemErrorHere| (LIST 'BOOT::|addArgumentConditions| BOOT::|clist|)) ; ; caught STYLE-WARNING: ; undefined function: |systemErrorHere| ; in: DEFUN |addEltModemap| ; (BOOT::|systemErrorHere| "addEltModemap") ; ; caught STYLE-WARNING: ; undefined function: |systemErrorHere| ; in: DEFUN |getCategoryObject| ; (BOOT::|systemErrorHere| (LIST 'BOOT::|getCategoryObject|)) ; ; caught STYLE-WARNING: ; undefined function: |systemErrorHere| ; ; caught STYLE-WARNING: ; 4 more uses of undefined function |systemErrorHere| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/define.clisp ; in: DEFUN |compDefineCategory| ; (BOOT::|throwKeyedMsg| 'BOOT::S2IC0016 ; (LIST BOOT::|ctor| 'BOOT::|category| BOOT::|kind|)) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsg| ; in: DEFUN |addDomain| ; (BOOT::|unknownTypeError| BOOT::|name|) ; ; caught STYLE-WARNING: ; undefined function: |unknownTypeError| ; ; compilation unit finished ; Undefined functions: ; |JoinInner| |Undef| |abbreviationsSpad2Cmd| |ancestor?| |backendCompile| |bright| |categoryObject?| |checkCallingConvention| |comp| |compApplyModemap| |compCompilerPredicate| |compDefineLisplib| |compMakeDeclaration| |compOrCroak| |compSignatureImport| |computeAncestorsOf| |convert| |eval| |evaluateType| |formatIf| |formatOpSignature| |formatUnabbreviated| |formatUnabbreviatedSig| |genFinalAttributeAlist| |genInitialAttributeAlist| |getPrincipalView| |isCategoryForm| |isCategoryPackageName| |isDomainForm| |isFunctor| |mkTypeForm| |modeEqual| |optFunctorBody| |parentsOfForm| |predicateBitIndex| |prefix2String| |printBackendStmt| |processInlineRequest| |replaceExitEtc| |resolve| |sayPatternMsg| |sublisFormal| |systemErrorHere| |throwKeyedMsg| |unknownTypeError| ; caught 92 STYLE-WARNING conditions ; printed 24 notes ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/define.fasl written ; compilation finished in 0:00:01.361 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=compiler.fasl --load-directory=. ../../../open-axiom/src/interp/compiler.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp" (written 01 FEB 2016 10:53:11 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "msgdb") ; compiling (IMPORT-MODULE "pathname") ; compiling (IMPORT-MODULE "define") ; compiling (IN-PACKAGE "BOOT") ; compiling (PROVIDE "compiler") ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFCONSTANT |$IOFormDomains| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |compTopLevel| ...) ; compiling (DEFPARAMETER |$compUniquelyIfTrue| ...) ; compiling (DEFUN |compUniquely| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |compUniquely| ; (DEFUN BOOT::|compUniquely| (BOOT::|x| BOOT::|m| BOOT::|e|) ; (LET ((BOOT::|$compUniquelyIfTrue| T)) ; (DECLARE (SPECIAL BOOT::|$compUniquelyIfTrue|)) ; (CATCH 'BOOT::|compUniquely| ; (BOOT::|comp| BOOT::|x| BOOT::|m| BOOT::|e|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compUniquely| ; (BOOT::|x| BOOT::|m| BOOT::|e|) ; (BLOCK BOOT::|compUniquely| ; (LET ((BOOT::|$compUniquelyIfTrue| T)) ; (DECLARE (SPECIAL BOOT::|$compUniquelyIfTrue|)) ; (CATCH 'BOOT::|compUniquely| ; (BOOT::|comp| BOOT::|x| BOOT::|m| BOOT::|e|))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NULL ; (CONS ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING ; CONS CHARACTER) ; (CONS ; (OR SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; (CONS LIST NULL)))) ; &REST T). ; compiling (DEFUN |compOrCroak| ...) ; compiling (DEFUN |compOrCroak1| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |compOrCroak1| ; (DEFUN BOOT::|compOrCroak1| (BOOT::|x| BOOT::|m| BOOT::|e|) ; (BOOT::|compOrCroak1,fn| BOOT::|x| BOOT::|m| BOOT::|e| NIL NIL)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compOrCroak1| ; (BOOT::|x| BOOT::|m| BOOT::|e|) ; (BLOCK BOOT::|compOrCroak1| ; (BOOT::|compOrCroak1,fn| BOOT::|x| BOOT::|m| BOOT::|e| NIL NIL))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NULL ; (CONS ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING ; CONS CHARACTER) ; (CONS ; (OR SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; (CONS LIST NULL)))) ; &REST T). ; compiling (DEFUN |compOrCroak1,fn| ...) ; compiling (DEFUN |compOrCroak1,compactify| ...) ; compiling (DEFUN |compCompilerPredicate| ...) ; compiling (DEFUN |comp| ...) ; compiling (DEFUN |compNoStacking| ...) ; compiling (DEFUN |compNoStacking1| ...) ; compiling (DEFUN |comp2| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |comp2| ; (DEFUN BOOT::|comp2| (BOOT::|db| BOOT::|x| BOOT::|m| BOOT::|e|) ; (LET* (BOOT::|m'| BOOT::|y| BOOT::T$) ; (BLOCK NIL (PROGN (SETQ #) (SETQ #) (SETQ #) (SETQ #) (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|comp2| ; (BOOT::|db| BOOT::|x| BOOT::|m| BOOT::|e|) ; (BLOCK BOOT::|comp2| ; (LET* (BOOT::|m'| BOOT::|y| BOOT::T$) ; (BLOCK NIL (PROGN # # # # #))))) ; ; note: Assignment to argument: |e| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |comp3| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |comp3| ; (DEFUN BOOT::|comp3| (BOOT::|db| BOOT::|x| BOOT::|m| BOOT::|$e|) ; (DECLARE (SPECIAL BOOT::|$e|)) ; (LET* (BOOT::|e'| ; BOOT::|ISTMP#2| ; BOOT::|m'| ; BOOT::|x'| ; BOOT::|t| ; BOOT::T$ ; BOOT::|ml| ; BOOT::|ISTMP#1| ; BOOT::|op| ; BOOT::|y| ; BOOT::|e|) ; (DECLARE (SPECIAL BOOT::|$e|)) ; (PROGN ; (SETQ BOOT::|$e| #) ; (SETQ BOOT::|e| BOOT::|$e|) ; (COND (# #) (# #) (# #) (# #) (T # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|comp3| ; (BOOT::|db| BOOT::|x| BOOT::|m| BOOT::|$e|) ; (DECLARE (SPECIAL BOOT::|$e|)) ; (BLOCK BOOT::|comp3| ; (LET* (BOOT::|e'| ; BOOT::|ISTMP#2| ; BOOT::|m'| ; BOOT::|x'| ; BOOT::|t| ; BOOT::T$ ; BOOT::|ml| ; BOOT::|ISTMP#1| ; BOOT::|op| ; BOOT::|y| ; BOOT::|e|) ; (DECLARE (SPECIAL BOOT::|$e|)) ; (PROGN (SETQ #) (SETQ #) (COND # # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NULL ; (CONS ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING ; CONS CHARACTER) ; (CONS ; (OR SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; (CONS LIST NULL)))) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |emitLocalCallInsn| ...) ; compiling (DEFUN |applyMapping| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |applyMapping| ; (DEFUN BOOT::|applyMapping| (BOOT::|bfVar#1| BOOT::|m| BOOT::|e| BOOT::|ml|) ; (LET* (BOOT::|ISTMP#1| ; BOOT::|u| ; BOOT::|form| ; BOOT::|argl'| ; BOOT::|LETTMP#1| ; BOOT::|ml'| ; BOOT::|pairlis| ; BOOT::|argl| ; BOOT::|op|) ; (DECLARE (SPECIAL BOOT::|$formalArgList|)) ; (BLOCK NIL (PROGN (SETQ #) (SETQ #) (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|applyMapping| ; (BOOT::|bfVar#1| BOOT::|m| BOOT::|e| BOOT::|ml|) ; (BLOCK BOOT::|applyMapping| ; (LET* (BOOT::|ISTMP#1| ; BOOT::|u| ; BOOT::|form| ; BOOT::|argl'| ; BOOT::|LETTMP#1| ; BOOT::|ml'| ; BOOT::|pairlis| ; BOOT::|argl| ; BOOT::|op|) ; (DECLARE (SPECIAL BOOT::|$formalArgList|)) ; (BLOCK NIL (PROGN # # #))))) ; ; note: Assignment to argument: |e| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |hasFormalMapVariable| ...) ; compiling (DEFUN |hasFormalMapVariable,hasone?| ...) ; compiling (DEFUN |freeVarUsage| ...) ; compiling (DEFUN |freeVarUsage,freeList| ...) ; compiling (DEFUN |finishLambdaExpression| ...) ; compiling (DEFUN |compWithMappingMode| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |compWithMappingMode| ; (DEFUN BOOT::|compWithMappingMode| (BOOT::|x| BOOT::|m| BOOT::|oldE|) ; (LET* (BOOT::|fun| ; BOOT::|t| ; BOOT::|u| ; BOOT::|LETTMP#1| ; BOOT::|vl| ; BOOT::|ISTMP#5| ; BOOT::|argModeList| ; BOOT::|target| ; BOOT::|ISTMP#4| ; BOOT::|ISTMP#3| ; BOOT::|ISTMP#2| ; BOOT::|ISTMP#1| ; ...) ; (DECLARE (SPECIAL BOOT::|$CategoryFrame|)) ; (BLOCK NIL (PROGN (SETQ #) (SETQ #) (SETQ #) (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compWithMappingMode| ; (BOOT::|x| BOOT::|m| BOOT::|oldE|) ; (BLOCK BOOT::|compWithMappingMode| ; (LET* (BOOT::|fun| ; BOOT::|t| ; BOOT::|u| ; BOOT::|LETTMP#1| ; BOOT::|vl| ; BOOT::|ISTMP#5| ; BOOT::|argModeList| ; BOOT::|target| ; BOOT::|ISTMP#4| ; BOOT::|ISTMP#3| ; BOOT::|ISTMP#2| ; BOOT::|ISTMP#1| ; ...) ; (DECLARE (SPECIAL BOOT::|$CategoryFrame|)) ; (BLOCK NIL (PROGN # # # #))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NULL ; (CONS ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING ; CONS CHARACTER) ; (CONS ; (OR SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; (CONS LIST NULL)))) ; &REST T). ; compiling (DEFUN |extractCode| ...) ; compiling (DEFUN |compExpression| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |compExpression| ; (DEFUN BOOT::|compExpression| (BOOT::|db| BOOT::|x| BOOT::|m| BOOT::|e|) ; (LET* (BOOT::|fn| BOOT::|op|) ; (LET ((BOOT::|$insideExpressionIfTrue| T)) ; (DECLARE (SPECIAL BOOT::|$insideExpressionIfTrue|)) ; (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compExpression| ; (BOOT::|db| BOOT::|x| BOOT::|m| BOOT::|e|) ; (BLOCK BOOT::|compExpression| ; (LET* (BOOT::|fn| BOOT::|op|) ; (LET (#) ; (DECLARE #) ; (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NULL ; (CONS ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING ; CONS CHARACTER) ; (CONS ; (OR SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; (CONS LIST NULL)))) ; &REST T). ; compiling (DEFUN |mostSpecificTriple| ...) ; compiling (DEFUN |mostSpecificTriple,lesser| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |compAtomWithModemap| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |compAtomWithModemap| ; (DEFUN BOOT::|compAtomWithModemap| ; (BOOT::|db| BOOT::|x| BOOT::|m| BOOT::|e| BOOT::|mmList|) ; (LET* (BOOT::T$ BOOT::|Ts| BOOT::|y| BOOT::|name| BOOT::|ISTMP#1|) ; (PROGN (SETQ BOOT::|mmList| #) (COND (# NIL) (T # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compAtomWithModemap| ; (BOOT::|db| BOOT::|x| BOOT::|m| BOOT::|e| BOOT::|mmList|) ; (BLOCK BOOT::|compAtomWithModemap| ; (LET* (BOOT::T$ BOOT::|Ts| BOOT::|y| BOOT::|name| BOOT::|ISTMP#1|) ; (PROGN (SETQ #) (COND # #))))) ; ; note: Assignment to argument: |mmList| ; prevents use of assertion from function type proclamation: ; (OR NULL ; (CONS ; (OR NULL ; (CONS ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; T)) ; T)) ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NULL ; (CONS ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING ; CONS CHARACTER) ; (CONS ; (OR SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; (CONS LIST NULL)))) ; &REST T). ; compiling (DEFUN |formatConstantCandidates| ...) ; compiling (DEFUN |compIntegerLiteral| ...) ; compiling (DEFUN |compAtom| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |compAtom| ; (DEFUN BOOT::|compAtom| (BOOT::|db| BOOT::|x| BOOT::|m| BOOT::|e|) ; (LET* (BOOT::|t| BOOT::T$) ; (BLOCK NIL (COND (# #) (# #) (# BOOT::T$) (# BOOT::T$) (T # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compAtom| ; (BOOT::|db| BOOT::|x| BOOT::|m| BOOT::|e|) ; (BLOCK BOOT::|compAtom| ; (LET* (BOOT::|t| BOOT::T$) ; (BLOCK NIL (COND # # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NULL ; (CONS ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING ; CONS CHARACTER) ; (CONS ; (OR SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; (CONS LIST NULL)))) ; &REST T). ; compiling (DEFUN |modeIfTypeBeingDefined| ...) ; compiling (DEFUN |primitiveType| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |primitiveType| ; (DEFUN BOOT::|primitiveType| (BOOT::|db| BOOT::|x| BOOT::|m|) ; (COND ((NULL BOOT::|x|) BOOT::|$EmptyMode|) ; ((STRINGP BOOT::|x|) ; (BOOT::|modeIfTypeBeingDefined| BOOT::|db| BOOT::|$String| ; BOOT::|m|)) ; ((INTEGERP BOOT::|x|) ; (COND (# BOOT::|m|) (# #) (# #) (T BOOT::|$Integer|))) ; ((FLOATP BOOT::|x|) BOOT::|$DoubleFloat|) (T NIL))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|primitiveType| ; (BOOT::|db| BOOT::|x| BOOT::|m|) ; (BLOCK BOOT::|primitiveType| ; (COND ((NULL BOOT::|x|) BOOT::|$EmptyMode|) ; ((STRINGP BOOT::|x|) ; (BOOT::|modeIfTypeBeingDefined| BOOT::|db| BOOT::|$String| ; BOOT::|m|)) ; ((INTEGERP BOOT::|x|) (COND # # # #)) ; ((FLOATP BOOT::|x|) BOOT::|$DoubleFloat|) (T NIL)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; &REST T). ; compiling (DEFUN |compSymbol| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |compSymbol| ; (DEFUN BOOT::|compSymbol| (BOOT::|s| BOOT::|m| BOOT::|e|) ; (LET* (BOOT::|m'| BOOT::|v|) ; (DECLARE ; (SPECIAL BOOT::|$compForModeIfTrue| BOOT::|$formalArgList| ; BOOT::|$functorLocalParameters|)) ; (BLOCK NIL (COND (# #) (# #) (# #) (# #) (# # #) (# #) (# #) (# #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compSymbol| ; (BOOT::|s| BOOT::|m| BOOT::|e|) ; (BLOCK BOOT::|compSymbol| ; (LET* (BOOT::|m'| BOOT::|v|) ; (DECLARE ; (SPECIAL BOOT::|$compForModeIfTrue| BOOT::|$formalArgList| ; BOOT::|$functorLocalParameters|)) ; (BLOCK NIL (COND # # # # # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NULL ; (CONS ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING ; CONS CHARACTER) ; (CONS ; (OR SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; (CONS LIST NULL)))) ; &REST T). ; compiling (DEFUN |hasUniqueCaseView| ...) ; compiling (DEFUN |convertOrCroak| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |convertOrCroak| ; (DEFUN BOOT::|convertOrCroak| (BOOT::T$ BOOT::|m|) ; (LET* (BOOT::|u|) ; (COND ((SETQ #) BOOT::|u|) (T (BOOT::|userError| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|convertOrCroak| ; (BOOT::T$ BOOT::|m|) ; (BLOCK BOOT::|convertOrCroak| ; (LET* (BOOT::|u|) ; (COND (# BOOT::|u|) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NULL ; (CONS ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING ; CONS CHARACTER) ; (CONS ; (OR SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; (CONS LIST NULL)))) ; &REST T). ; compiling (DEFUN |convert| ...) ; compiling (DEFUN |mkUnion| ...) ; compiling (DEFUN |hasType| ...) ; compiling (DEFUN |hasType,fn| ...) ; compiling (DEFUN |compForm| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |compForm| ; (DEFUN BOOT::|compForm| (BOOT::|db| BOOT::|form| BOOT::|m| BOOT::|e|) ; (LET* (BOOT::T$) ; (BLOCK NIL (PROGN (SETQ #) BOOT::T$)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compForm| ; (BOOT::|db| BOOT::|form| BOOT::|m| BOOT::|e|) ; (BLOCK BOOT::|compForm| ; (LET* (BOOT::T$) ; (BLOCK NIL (PROGN # BOOT::T$))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NULL ; (CONS ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING ; CONS CHARACTER) ; (CONS ; (OR SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; (CONS LIST NULL)))) ; &REST T). ; compiling (DEFUN |compArgumentsAndTryAgain| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |compArgumentsAndTryAgain| ; (DEFUN BOOT::|compArgumentsAndTryAgain| ; (BOOT::|db| BOOT::|form| BOOT::|m| BOOT::|e|) ; (LET* (BOOT::T$ ; BOOT::|LETTMP#1| ; BOOT::|ISTMP#2| ; BOOT::|a| ; BOOT::|ISTMP#1| ; BOOT::|argl|) ; (BLOCK NIL (PROGN (SETQ #) (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compArgumentsAndTryAgain| ; (BOOT::|db| BOOT::|form| BOOT::|m| BOOT::|e|) ; (BLOCK BOOT::|compArgumentsAndTryAgain| ; (LET* (BOOT::T$ ; BOOT::|LETTMP#1| ; BOOT::|ISTMP#2| ; BOOT::|a| ; BOOT::|ISTMP#1| ; BOOT::|argl|) ; (BLOCK NIL (PROGN # #))))) ; ; note: Assignment to argument: |e| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |outputComp| ...) ; compiling (DEFUN |compForm1| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |compForm1| ; (DEFUN BOOT::|compForm1| (BOOT::|db| BOOT::|form| BOOT::|m| BOOT::|e|) ; (LET* (BOOT::|ans| ; BOOT::T$ ; BOOT::|lang| ; BOOT::|op'| ; BOOT::|ISTMP#2| ; BOOT::|domain| ; BOOT::|ISTMP#1| ; BOOT::|LETTMP#1| ; BOOT::|argl| ; BOOT::|op|) ; (BLOCK NIL (PROGN (SETQ #) (SETQ #) (COND # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compForm1| ; (BOOT::|db| BOOT::|form| BOOT::|m| BOOT::|e|) ; (BLOCK BOOT::|compForm1| ; (LET* (BOOT::|ans| ; BOOT::T$ ; BOOT::|lang| ; BOOT::|op'| ; BOOT::|ISTMP#2| ; BOOT::|domain| ; BOOT::|ISTMP#1| ; BOOT::|LETTMP#1| ; BOOT::|argl| ; BOOT::|op|) ; (BLOCK NIL (PROGN # # #))))) ; ; note: Assignment to argument: |e| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NULL ; (CONS ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING ; CONS CHARACTER) ; (CONS ; (OR SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; (CONS LIST NULL)))) ; &REST T). ; compiling (DEFUN |compForm2| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |compForm2| ; (DEFUN BOOT::|compForm2| ; (BOOT::|db| BOOT::|form| BOOT::|m| BOOT::|e| BOOT::|modemapList|) ; (LET* (BOOT::|partialModeList| ; BOOT::|Tl| ; BOOT::T$ ; BOOT::|cc| ; BOOT::|aList| ; BOOT::|argl| ; BOOT::|op|) ; (PROGN ; (SETQ BOOT::|op| #) ; (SETQ BOOT::|argl| #) ; (COND (# NIL) (T # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compForm2| ; (BOOT::|db| BOOT::|form| BOOT::|m| BOOT::|e| BOOT::|modemapList|) ; (BLOCK BOOT::|compForm2| ; (LET* (BOOT::|partialModeList| ; BOOT::|Tl| ; BOOT::T$ ; BOOT::|cc| ; BOOT::|aList| ; BOOT::|argl| ; BOOT::|op|) ; (PROGN (SETQ #) (SETQ #) (COND # #))))) ; ; note: Assignment to argument: |e| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |modemapList| ; prevents use of assertion from function type proclamation: ; (OR NULL ; (CONS ; (OR NULL ; (CONS ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; T)) ; T)) ; ; compiling (DEFUN |compForm2,inferMode| ...) ; compiling (DEFUN |compFormMatch| ...) ; compiling (DEFUN |compFormMatch,match| ...) ; compiling (DEFUN |compFormPartiallyBottomUp| ...) ; compiling (DEFUN |compForm3| ...) ; compiling (DEFUN |compFormWithModemap| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |compFormWithModemap| ; (DEFUN BOOT::|compFormWithModemap| ; (BOOT::|db| BOOT::|form| BOOT::|m| BOOT::|e| BOOT::|modemap|) ; (LET* (BOOT::T$ ; BOOT::|e'| ; BOOT::|x'| ; BOOT::|c1| ; BOOT::|ISTMP#3| ; BOOT::|ISTMP#2| ; BOOT::|ISTMP#1| ; BOOT::|c| ; BOOT::|z| ; BOOT::|form'| ; BOOT::|Tl| ; BOOT::|f| ; ...) ; (BLOCK NIL ; (PROGN ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (COND #) ; (SETQ #) ; (COND #) ; ...)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compFormWithModemap| ; (BOOT::|db| BOOT::|form| BOOT::|m| BOOT::|e| BOOT::|modemap|) ; (BLOCK BOOT::|compFormWithModemap| ; (LET* (BOOT::T$ ; BOOT::|e'| ; BOOT::|x'| ; BOOT::|c1| ; BOOT::|ISTMP#3| ; BOOT::|ISTMP#2| ; BOOT::|ISTMP#1| ; BOOT::|c| ; BOOT::|z| ; BOOT::|form'| ; BOOT::|Tl| ; BOOT::|f| ; ...) ; (BLOCK NIL (PROGN # # # # # # # # # # # ...))))) ; ; note: Assignment to argument: |form| ; prevents use of assertion from function type proclamation: ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; ; ; note: Assignment to argument: |e| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |modemap| ; prevents use of assertion from function type proclamation: ; (OR NULL ; (CONS (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; T)) ; ; compiling (DEFUN |getFormModemaps| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |getFormModemaps| ; (DEFUN BOOT::|getFormModemaps| (BOOT::|db| BOOT::|form| BOOT::|e|) ; (LET* (BOOT::|finalModemapList| ; BOOT::|nargs| ; BOOT::|ISTMP#3| ; BOOT::|f| ; BOOT::|modemapList| ; BOOT::|op1| ; BOOT::|ISTMP#2| ; BOOT::|domain| ; BOOT::|ISTMP#1| ; BOOT::|argl| ; BOOT::|op|) ; (DECLARE (SPECIAL BOOT::|$insideCategoryPackageIfTrue|)) ; (BLOCK NIL (PROGN (SETQ #) (SETQ #) (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|getFormModemaps| ; (BOOT::|db| BOOT::|form| BOOT::|e|) ; (BLOCK BOOT::|getFormModemaps| ; (LET* (BOOT::|finalModemapList| ; BOOT::|nargs| ; BOOT::|ISTMP#3| ; BOOT::|f| ; BOOT::|modemapList| ; BOOT::|op1| ; BOOT::|ISTMP#2| ; BOOT::|domain| ; BOOT::|ISTMP#1| ; BOOT::|argl| ; BOOT::|op|) ; (DECLARE (SPECIAL BOOT::|$insideCategoryPackageIfTrue|)) ; (BLOCK NIL (PROGN # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NULL ; (CONS ; (OR NULL ; (CONS ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) ; BASE-STRING CONS) ; T)) ; T)) ; &REST T). ; compiling (DEFUN |checkCallingConvention| ...) ; compiling (DEFUN |eltModemapFilter| ...) ; compiling (DEFUN |seteltModemapFilter| ...) ; compiling (DEFUN |compApplication| ...) ; compiling (DEFUN |compToApply| ...) ; compiling (DEFUN |reshapeArgumentList| ...) ; compiling (DEFUN |solveEquation| ...) ; compiling (DEFUN |solveSubsumption| ...) ; compiling (DEFUN |deduceImplicitArguments| ...) ; compiling (DEFUN |bindPredicateExistentials| ...) ; compiling (DEFUN |evaluateConstructorModemap| ...) ; compiling (DEFUN |compEnumCat| ...) ; compiling (DEFUN |compConstructorCategory| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |compSubsetCategory| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |compSubsetCategory| ; (DEFUN BOOT::|compSubsetCategory| (BOOT::|bfVar#1| BOOT::|m| BOOT::|e|) ; (LET* (BOOT::R BOOT::|cat|) ; (DECLARE (SPECIAL BOOT::|$lhsOfColon|)) ; (PROGN ; (SETQ BOOT::|cat| #) ; (SETQ BOOT::R #) ; (SETQ BOOT::|e| #) ; (BOOT::|comp| (LIST 'BOOT::|Join| BOOT::|cat| #) BOOT::|m| BOOT::|e|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compSubsetCategory| ; (BOOT::|bfVar#1| BOOT::|m| BOOT::|e|) ; (BLOCK BOOT::|compSubsetCategory| ; (LET* (BOOT::R BOOT::|cat|) ; (DECLARE (SPECIAL BOOT::|$lhsOfColon|)) ; (PROGN ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (BOOT::|comp| # BOOT::|m| BOOT::|e|))))) ; ; note: Assignment to argument: |e| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |compCons| ...) ; compiling (DEFUN |compCons1| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |compCons1| ; (DEFUN BOOT::|compCons1| (BOOT::|bfVar#1| BOOT::|m| BOOT::|e|) ; (LET* (BOOT::T$ ; BOOT::|yt'| ; BOOT::|mr| ; BOOT::|m'| ; BOOT::|ISTMP#1| ; BOOT::|yt| ; BOOT::|my| ; BOOT::|mx| ; BOOT::|LETTMP#1| ; BOOT::|y| ; BOOT::|x|) ; (BLOCK NIL ; (PROGN ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compCons1| ; (BOOT::|bfVar#1| BOOT::|m| BOOT::|e|) ; (BLOCK BOOT::|compCons1| ; (LET* (BOOT::T$ ; BOOT::|yt'| ; BOOT::|mr| ; BOOT::|m'| ; BOOT::|ISTMP#1| ; BOOT::|yt| ; BOOT::|my| ; BOOT::|mx| ; BOOT::|LETTMP#1| ; BOOT::|y| ; BOOT::|x|) ; (BLOCK NIL (PROGN # # # # # # #))))) ; ; note: Assignment to argument: |e| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |compSetq| ...) ; compiling (DEFUN |compSetq1| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |compSetq1| ; (DEFUN BOOT::|compSetq1| (BOOT::|form| BOOT::|val| BOOT::|m| BOOT::E) ; (LET* (BOOT::|l| ; BOOT::|op| ; BOOT::|E'| ; BOOT::|LETTMP#1| ; BOOT::|y| ; BOOT::|ISTMP#2| ; BOOT::|x| ; BOOT::|ISTMP#1|) ; (COND ; ((|AxiomCore|:|ident?| BOOT::|form|) ; (BOOT::|setqSingle| BOOT::|form| BOOT::|val| BOOT::|m| BOOT::E)) ; ((AND # # #) (SETQ #) (SETQ #) ; (BOOT::|compSetq1| BOOT::|x| BOOT::|val| BOOT::|m| BOOT::|E'|)) ; ((AND # #) (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compSetq1| ; (BOOT::|form| BOOT::|val| BOOT::|m| BOOT::E) ; (BLOCK BOOT::|compSetq1| ; (LET* (BOOT::|l| ; BOOT::|op| ; BOOT::|E'| ; BOOT::|LETTMP#1| ; BOOT::|y| ; BOOT::|ISTMP#2| ; BOOT::|x| ; BOOT::|ISTMP#1|) ; (COND (# #) (# # # #) (# #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NULL ; (CONS ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING ; CONS CHARACTER) ; (CONS ; (OR SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; (CONS LIST NULL)))) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |compMakeDeclaration| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |compMakeDeclaration| ; (DEFUN BOOT::|compMakeDeclaration| (BOOT::|x| BOOT::|m| BOOT::|e|) ; (LET ((BOOT::|$insideExpressionIfTrue| NIL)) ; (DECLARE (SPECIAL BOOT::|$insideExpressionIfTrue|)) ; (BOOT::|compColon| (LIST 'BOOT::|:| BOOT::|x| BOOT::|m|) ; BOOT::|$EmptyMode| BOOT::|e|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compMakeDeclaration| ; (BOOT::|x| BOOT::|m| BOOT::|e|) ; (BLOCK BOOT::|compMakeDeclaration| ; (LET ((BOOT::|$insideExpressionIfTrue| NIL)) ; (DECLARE (SPECIAL BOOT::|$insideExpressionIfTrue|)) ; (BOOT::|compColon| (LIST 'BOOT::|:| BOOT::|x| BOOT::|m|) ; BOOT::|$EmptyMode| BOOT::|e|)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NULL ; (CONS ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING ; CONS CHARACTER) ; (CONS ; (OR SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; (CONS LIST NULL)))) ; &REST T). ; compiling (DEFUN |setqSetelt| ...) ; compiling (DEFUN |setqSingle| ...) ; compiling (DEFUN |assignError| ...) ; compiling (DEFUN |setqMultiple| ...) ; compiling (DEFUN |setqMultiple,decompose| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |setqMultiple,decompose| ; (DEFUN BOOT::|setqMultiple,decompose| (BOOT::|t| BOOT::|length| BOOT::|e|) ; (LET* (BOOT::|ISTMP#4| ; BOOT::|ISTMP#3| ; BOOT::|mode| ; BOOT::|ISTMP#2| ; BOOT::|name| ; BOOT::|ISTMP#1| ; BOOT::|l|) ; (COND ; ((AND # #) (SETQ #) ; (LET # ; #)) ; ((PROGN # #) ; (LET # ; #)) ; (T (BOOT::|stackMessage| "no multiple assigns to mode: %1p" #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|setqMultiple,decompose| ; (BOOT::|t| BOOT::|length| BOOT::|e|) ; (BLOCK BOOT::|setqMultiple,decompose| ; (LET* (BOOT::|ISTMP#4| ; BOOT::|ISTMP#3| ; BOOT::|mode| ; BOOT::|ISTMP#2| ; BOOT::|name| ; BOOT::|ISTMP#1| ; BOOT::|l|) ; (COND (# # #) (# #) (T #))))) ; ; caught STYLE-WARNING: ; The variable |length| is defined but never used. ; compiling (DEFUN |setqMultipleExplicit| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |setqMultipleExplicit| ; (DEFUN BOOT::|setqMultipleExplicit| ; (BOOT::|nameList| BOOT::|valList| BOOT::|m| BOOT::|e|) ; (LET* (BOOT::|reAssignList| ; BOOT::|bindings| ; BOOT::|insn| ; BOOT::|LETTMP#1| ; BOOT::|gensymList|) ; (COND ; ((NOT #) ; (BOOT::|stackMessage| ; "Multiple assignment error; # of items in: %1b must = # in: %2" #)) ; (T (SETQ #) (SETQ #) (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|setqMultipleExplicit| ; (BOOT::|nameList| BOOT::|valList| BOOT::|m| BOOT::|e|) ; (BLOCK BOOT::|setqMultipleExplicit| ; (LET* (BOOT::|reAssignList| ; BOOT::|bindings| ; BOOT::|insn| ; BOOT::|LETTMP#1| ; BOOT::|gensymList|) ; (COND (# #) (T # # #))))) ; ; caught STYLE-WARNING: ; The variable |m| is defined but never used. ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |compileQuasiquote| ...) ; compiling (DEFUN |recordDeclarationInSideCondition| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |compWhere| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |compWhere| ; (DEFUN BOOT::|compWhere| (BOOT::|bfVar#1| BOOT::|m| BOOT::|eInit|) ; (LET* (BOOT::|eFinal| ; BOOT::|del| ; BOOT::|eAfter| ; BOOT::|x| ; BOOT::|eBefore| ; BOOT::|u| ; BOOT::|LETTMP#1| ; BOOT::|decls| ; BOOT::|e| ; BOOT::|exprList| ; BOOT::|form|) ; (BLOCK NIL ; (PROGN ; (SETQ #) ; (SETQ #) ; (LET* # ; # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compWhere| ; (BOOT::|bfVar#1| BOOT::|m| BOOT::|eInit|) ; (BLOCK BOOT::|compWhere| ; (LET* (BOOT::|eFinal| ; BOOT::|del| ; BOOT::|eAfter| ; BOOT::|x| ; BOOT::|eBefore| ; BOOT::|u| ; BOOT::|LETTMP#1| ; BOOT::|decls| ; BOOT::|e| ; BOOT::|exprList| ; BOOT::|form|) ; (BLOCK NIL (PROGN # # #))))) ; ; note: Assignment to argument: |m| ; prevents use of assertion from function type proclamation: ; (OR SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |compConstruct| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |compQuote| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |compQuote| ; (DEFUN BOOT::|compQuote| (BOOT::|expr| BOOT::|m| BOOT::|e|) ; (LET* (BOOT::|x| BOOT::|ISTMP#1|) ; (PROGN ; (BOOT::SAY 'BOOT::|Debug compQuote expr: | BOOT::|expr| 'BOOT::| m: | ; BOOT::|m|) ; (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compQuote| ; (BOOT::|expr| BOOT::|m| BOOT::|e|) ; (BLOCK BOOT::|compQuote| ; (LET* (BOOT::|x| BOOT::|ISTMP#1|) ; (PROGN ; (BOOT::SAY 'BOOT::|Debug compQuote expr: | BOOT::|expr| ; 'BOOT::| m: | BOOT::|m|) ; (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NULL ; (CONS ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING ; CONS CHARACTER) ; (CONS ; (OR SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; (CONS LIST NULL)))) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |compList| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |compList| ; (DEFUN BOOT::|compList| (BOOT::|l| BOOT::|m| BOOT::|e|) ; (LET* (BOOT::T$ BOOT::|Tl| BOOT::|LETTMP#1| BOOT::|mUnder|) ; (PROGN (SETQ BOOT::|mUnder| #) (COND (# #) (T # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compList| ; (BOOT::|l| BOOT::|m| BOOT::|e|) ; (BLOCK BOOT::|compList| ; (LET* (BOOT::T$ BOOT::|Tl| BOOT::|LETTMP#1| BOOT::|mUnder|) ; (PROGN (SETQ #) (COND # #))))) ; ; note: Assignment to argument: |e| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |compVector| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |compVector| ; (DEFUN BOOT::|compVector| (BOOT::|l| BOOT::|m| BOOT::|e|) ; (LET* (BOOT::|Tl| BOOT::|LETTMP#1| BOOT::|mUnder|) ; (PROGN (SETQ BOOT::|mUnder| #) (SETQ BOOT::|Tl| #) (COND (# NIL) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compVector| ; (BOOT::|l| BOOT::|m| BOOT::|e|) ; (BLOCK BOOT::|compVector| ; (LET* (BOOT::|Tl| BOOT::|LETTMP#1| BOOT::|mUnder|) ; (PROGN (SETQ #) (SETQ #) (COND # #))))) ; ; note: Assignment to argument: |e| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFPARAMETER |$macroIfTrue| ...) ; compiling (DEFUN |compMacro| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |compDo| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |compDo| ; (DEFUN BOOT::|compDo| (BOOT::|x| BOOT::|m| BOOT::|e|) ; (BOOT::|compOrCroak| (CAR (CDR BOOT::|x|)) BOOT::|m| BOOT::|e|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compDo| ; (BOOT::|x| BOOT::|m| BOOT::|e|) ; (BLOCK BOOT::|compDo| ; (BOOT::|compOrCroak| (CAR (CDR BOOT::|x|)) BOOT::|m| BOOT::|e|))) ; ; note: type assertion too complex to check: ; (VALUES ; (CONS ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS ; CHARACTER) ; (CONS (OR SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; (CONS LIST NULL))) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |compSeq| ...) ; compiling (DEFUN |compSeq1| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |compSeq1| ; (DEFUN BOOT::|compSeq1| (BOOT::|l| BOOT::|$exitModeStack| BOOT::|e|) ; (DECLARE (SPECIAL BOOT::|$exitModeStack|)) ; (LET* (BOOT::|form| BOOT::|catchTag| BOOT::|c| BOOT::|LETTMP#1|) ; (DECLARE (SPECIAL BOOT::|$exitModeStack|)) ; (BLOCK NIL ; (LET* (# #) ; (DECLARE #) ; (PROGN # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compSeq1| ; (BOOT::|l| BOOT::|$exitModeStack| BOOT::|e|) ; (DECLARE (SPECIAL BOOT::|$exitModeStack|)) ; (BLOCK BOOT::|compSeq1| ; (LET* (BOOT::|form| BOOT::|catchTag| BOOT::|c| BOOT::|LETTMP#1|) ; (DECLARE (SPECIAL BOOT::|$exitModeStack|)) ; (BLOCK NIL ; (LET* # ; # ; #))))) ; ; note: Assignment to argument: |e| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |compSeqItem| ...) ; compiling (DEFUN |replaceExitEtc| ...) ; compiling (DEFUN |replaceExitEtc,fn| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |compSuchthat| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |compSuchthat| ; (DEFUN BOOT::|compSuchthat| (BOOT::|bfVar#1| BOOT::|m| BOOT::|e|) ; (LET* (BOOT::|p'| ; BOOT::|m'| ; BOOT::|x'| ; BOOT::|LETTMP#1| ; BOOT::|p| ; BOOT::|x|) ; (BLOCK NIL ; (PROGN ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (LIST BOOT::|x'| BOOT::|m'| BOOT::|e|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compSuchthat| ; (BOOT::|bfVar#1| BOOT::|m| BOOT::|e|) ; (BLOCK BOOT::|compSuchthat| ; (LET* (BOOT::|p'| ; BOOT::|m'| ; BOOT::|x'| ; BOOT::|LETTMP#1| ; BOOT::|p| ; BOOT::|x|) ; (BLOCK NIL (PROGN # # # # # # # # # # #))))) ; ; note: Assignment to argument: |e| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |compExit| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |compExit| ; (DEFUN BOOT::|compExit| (BOOT::|bfVar#1| BOOT::|m| BOOT::|e|) ; (LET* (BOOT::|e'| ; BOOT::|m'| ; BOOT::|x'| ; BOOT::|u| ; BOOT::|m1| ; BOOT::|index| ; BOOT::|x| ; BOOT::|level|) ; (DECLARE (SPECIAL BOOT::|$exitModeStack|)) ; (BLOCK NIL (PROGN (SETQ #) (SETQ #) (SETQ #) (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compExit| ; (BOOT::|bfVar#1| BOOT::|m| BOOT::|e|) ; (BLOCK BOOT::|compExit| ; (LET* (BOOT::|e'| ; BOOT::|m'| ; BOOT::|x'| ; BOOT::|u| ; BOOT::|m1| ; BOOT::|index| ; BOOT::|x| ; BOOT::|level|) ; (DECLARE (SPECIAL BOOT::|$exitModeStack|)) ; (BLOCK NIL (PROGN # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NULL ; (CONS ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING ; CONS CHARACTER) ; (CONS ; (OR SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; (CONS LIST NULL)))) ; &REST T). ; compiling (DEFUN |modifyModeStack| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |compLeave| ...) ; compiling (DEFUN |jumpFromLoop| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |compBreak| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |compIterate| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |compReturn| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |compThrow| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |compThrow| ; (DEFUN BOOT::|compThrow| (BOOT::|bfVar#1| BOOT::|m| BOOT::|e|) ; (LET* (BOOT::T$ BOOT::|x|) ; (PROGN ; (SETQ BOOT::|x| #) ; (SETQ BOOT::T$ #) ; (LIST (LIST 'BOOT::|%throw| # #) BOOT::|$NoValueMode| ; (CADDR BOOT::T$))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compThrow| ; (BOOT::|bfVar#1| BOOT::|m| BOOT::|e|) ; (BLOCK BOOT::|compThrow| ; (LET* (BOOT::T$ BOOT::|x|) ; (PROGN (SETQ #) (SETQ #) (LIST # BOOT::|$NoValueMode| #))))) ; ; caught STYLE-WARNING: ; The variable |m| is defined but never used. ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |compCatch| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |compCatch| ; (DEFUN BOOT::|compCatch| (BOOT::|bfVar#1| BOOT::|m| BOOT::|e|) ; (LET* (BOOT::T$ BOOT::|m'| BOOT::|LETTMP#1| BOOT::|s| BOOT::|x|) ; (PROGN ; (SETQ BOOT::|x| #) ; (SETQ BOOT::|s| #) ; (SETQ BOOT::|LETTMP#1| #) ; (SETQ BOOT::|m'| #) ; (SETQ BOOT::|e| #) ; (SETQ BOOT::T$ #) ; (LIST (LIST 'BOOT::|%catch| # BOOT::|m'| #) (CADR BOOT::T$) ; (CADDR BOOT::T$))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compCatch| ; (BOOT::|bfVar#1| BOOT::|m| BOOT::|e|) ; (BLOCK BOOT::|compCatch| ; (LET* (BOOT::T$ BOOT::|m'| BOOT::|LETTMP#1| BOOT::|s| BOOT::|x|) ; (PROGN ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (LIST # # #))))) ; ; note: Assignment to argument: |e| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |compTry| ...) ; compiling (DEFUN |getModemapListFromDomain| ...) ; compiling (DEFUN |getExternalSymbolMode| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |compElt| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |compElt| ; (DEFUN BOOT::|compElt| (BOOT::|form| BOOT::|m| BOOT::E) ; (LET* (BOOT::|val| ; BOOT::|pred| ; BOOT::|sig| ; BOOT::|modemap| ; BOOT::|n| ; BOOT::|mmList| ; BOOT::|op| ; BOOT::|opMode| ; BOOT::|lang| ; BOOT::|anOp| ; BOOT::|ISTMP#2| ; BOOT::|aDomain| ; ...) ; (BLOCK NIL (PROGN (SETQ #) (COND # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compElt| ; (BOOT::|form| BOOT::|m| BOOT::E) ; (BLOCK BOOT::|compElt| ; (LET* (BOOT::|val| ; BOOT::|pred| ; BOOT::|sig| ; BOOT::|modemap| ; BOOT::|n| ; BOOT::|mmList| ; BOOT::|op| ; BOOT::|opMode| ; BOOT::|lang| ; BOOT::|anOp| ; BOOT::|ISTMP#2| ; BOOT::|aDomain| ; ...) ; (BLOCK NIL (PROGN # #))))) ; ; note: Assignment to argument: E ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NULL ; (CONS ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING ; CONS CHARACTER) ; (CONS ; (OR SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; (CONS LIST NULL)))) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |compHas| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |compHas| ; (DEFUN BOOT::|compHas| (BOOT::|pred| BOOT::|m| BOOT::|e|) ; (LET* (BOOT::|predCode| BOOT::|b| BOOT::|a|) ; (PROGN ; (SETQ BOOT::|a| #) ; (SETQ BOOT::|b| #) ; (SETQ BOOT::|e| #) ; (SETQ BOOT::|predCode| #) ; (BOOT::|coerce| (LIST BOOT::|predCode| BOOT::|$Boolean| BOOT::|e|) ; BOOT::|m|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compHas| ; (BOOT::|pred| BOOT::|m| BOOT::|e|) ; (BLOCK BOOT::|compHas| ; (LET* (BOOT::|predCode| BOOT::|b| BOOT::|a|) ; (PROGN ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (BOOT::|coerce| # BOOT::|m|))))) ; ; note: Assignment to argument: |e| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |compHasFormat| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |compIf| ...) ; compiling (DEFUN |compIf,Env| ...) ; compiling (DEFUN |canReturn| ...) ; compiling (DEFUN |canReturn,findThrow| ...) ; compiling (DEFUN |compPredicate| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |compPredicate| ; (DEFUN BOOT::|compPredicate| (BOOT::|p| BOOT::E) ; (LET* (BOOT::|m| BOOT::|p'| BOOT::|LETTMP#1|) ; (BLOCK NIL ; (PROGN ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (LIST BOOT::|p'| BOOT::|m| # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compPredicate| ; (BOOT::|p| BOOT::E) ; (BLOCK BOOT::|compPredicate| ; (LET* (BOOT::|m| BOOT::|p'| BOOT::|LETTMP#1|) ; (BLOCK NIL (PROGN # # # # #))))) ; ; note: Assignment to argument: E ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |compFromIf| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |compImport| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |compImport| ; (DEFUN BOOT::|compImport| (BOOT::|bfVar#1| BOOT::|m| BOOT::|e|) ; (LET* (BOOT::|doms|) ; (DECLARE (SPECIAL BOOT::|$bootStrapMode|)) ; (PROGN ; (SETQ BOOT::|doms| #) ; (COND (# #)) ; (LIST 'BOOT::|/throwAway| BOOT::|$NoValueMode| BOOT::|e|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compImport| ; (BOOT::|bfVar#1| BOOT::|m| BOOT::|e|) ; (BLOCK BOOT::|compImport| ; (LET* (BOOT::|doms|) ; (DECLARE (SPECIAL BOOT::|$bootStrapMode|)) ; (PROGN ; (SETQ #) ; (COND #) ; (LIST 'BOOT::|/throwAway| BOOT::|$NoValueMode| BOOT::|e|))))) ; ; note: Assignment to argument: |e| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; caught STYLE-WARNING: ; The variable |m| is defined but never used. ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |bootDenotation| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |getBasicFFIType| ...) ; compiling (DEFCONSTANT |$FFITypeModifier| ...) ; compiling (DEFCONSTANT |$FFIAggregableDataType| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |getFFIDatatype| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |getBootType| ...) ; compiling (DEFUN |checkExternalEntityType| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |checkExternalEntityType| ; (DEFUN BOOT::|checkExternalEntityType| (BOOT::|t| BOOT::|e|) ; (LET* (BOOT::|t'|) ; (COND ; ((NOT #) ; (BOOT::|stackAndThrow| ; "Type variable not allowed in import of external entity" NIL)) ; ((SETQ #) BOOT::|t'|) ; (T ; (BOOT::|stackAndThrow| "Type %1bp is invalid in a foreign signature" ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|checkExternalEntityType| ; (BOOT::|t| BOOT::|e|) ; (BLOCK BOOT::|checkExternalEntityType| ; (LET* (BOOT::|t'|) ; (COND (# #) (# BOOT::|t'|) (T #))))) ; ; caught STYLE-WARNING: ; The variable |e| is defined but never used. ; compiling (DEFUN |checkExternalEntity| ...) ; compiling (DEFUN |removeModifiers| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |compSignatureImport| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |compSignatureImport| ; (DEFUN BOOT::|compSignatureImport| (BOOT::|bfVar#1| BOOT::|m| BOOT::|e|) ; (LET* (BOOT::|ISTMP#1| ; BOOT::T$ ; BOOT::|LETTMP#1| ; BOOT::|id'| ; BOOT::|lang| ; BOOT::|args| ; BOOT::|home| ; BOOT::|type| ; BOOT::|id|) ; (BLOCK NIL (PROGN (SETQ #) (SETQ #) (SETQ #) (COND # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compSignatureImport| ; (BOOT::|bfVar#1| BOOT::|m| BOOT::|e|) ; (BLOCK BOOT::|compSignatureImport| ; (LET* (BOOT::|ISTMP#1| ; BOOT::T$ ; BOOT::|LETTMP#1| ; BOOT::|id'| ; BOOT::|lang| ; BOOT::|args| ; BOOT::|home| ; BOOT::|type| ; BOOT::|id|) ; (BLOCK NIL (PROGN # # # #))))) ; ; note: Assignment to argument: |e| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NULL ; (CONS ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING ; CONS CHARACTER) ; (CONS ; (OR SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; (CONS LIST NULL)))) ; &REST T). ; compiling (DEFUN |compForeignPackageCall| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |compLogicalNot| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |compLogicalNot| ; (DEFUN BOOT::|compLogicalNot| (BOOT::|x| BOOT::|m| BOOT::|e|) ; (LET* (BOOT::|yT| BOOT::|yTarget| BOOT::|y| BOOT::|ISTMP#1| BOOT::|db|) ; (DECLARE (SPECIAL BOOT::|$normalizeTree|)) ; (BLOCK NIL (PROGN (SETQ #) (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compLogicalNot| ; (BOOT::|x| BOOT::|m| BOOT::|e|) ; (BLOCK BOOT::|compLogicalNot| ; (LET* (BOOT::|yT| BOOT::|yTarget| BOOT::|y| BOOT::|ISTMP#1| BOOT::|db|) ; (DECLARE (SPECIAL BOOT::|$normalizeTree|)) ; (BLOCK NIL (PROGN # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NULL ; (CONS ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING ; CONS CHARACTER) ; (CONS ; (OR SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; (CONS LIST NULL)))) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |compExclusiveOr| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |compExclusiveOr| ; (DEFUN BOOT::|compExclusiveOr| (BOOT::|x| BOOT::|m| BOOT::|e|) ; (LET* (BOOT::|bT| ; BOOT::|aT| ; BOOT::|b| ; BOOT::|ISTMP#2| ; BOOT::|a| ; BOOT::|ISTMP#1| ; BOOT::|db|) ; (BLOCK NIL (PROGN (SETQ #) (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compExclusiveOr| ; (BOOT::|x| BOOT::|m| BOOT::|e|) ; (BLOCK BOOT::|compExclusiveOr| ; (LET* (BOOT::|bT| ; BOOT::|aT| ; BOOT::|b| ; BOOT::|ISTMP#2| ; BOOT::|a| ; BOOT::|ISTMP#1| ; BOOT::|db|) ; (BLOCK NIL (PROGN # #))))) ; ; note: Assignment to argument: |e| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NULL ; (CONS ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING ; CONS CHARACTER) ; (CONS ; (OR SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; (CONS LIST NULL)))) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |getModemapList| ...) ; compiling (DEFUN |compCase| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |compCase| ; (DEFUN BOOT::|compCase| (BOOT::|bfVar#1| BOOT::|m| BOOT::|e|) ; (LET* (BOOT::T$ BOOT::|db| BOOT::|m'| BOOT::|x|) ; (PROGN ; (SETQ BOOT::|x| #) ; (SETQ BOOT::|m'| #) ; (SETQ BOOT::|db| #) ; (SETQ BOOT::|e| #) ; (COND (# #) (T NIL))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compCase| ; (BOOT::|bfVar#1| BOOT::|m| BOOT::|e|) ; (BLOCK BOOT::|compCase| ; (LET* (BOOT::T$ BOOT::|db| BOOT::|m'| BOOT::|x|) ; (PROGN (SETQ #) (SETQ #) (SETQ #) (SETQ #) (COND # #))))) ; ; note: Assignment to argument: |e| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |compCase1| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |maybeSpliceMode| ...) ; compiling (DEFUN |categoryInstance?| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |compColon| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |compColon| ; (DEFUN BOOT::|compColon| (BOOT::|bfVar#1| BOOT::|m| BOOT::|e|) ; (LET* (BOOT::|val| ; BOOT::|catform| ; BOOT::|signature| ; BOOT::|newTarget| ; BOOT::|ISTMP#2| ; BOOT::|a| ; BOOT::|argl| ; BOOT::|op| ; BOOT::|z| ; BOOT::T$ ; BOOT::|l| ; BOOT::|r| ; ...) ; (DECLARE ; (SPECIAL BOOT::|$insideCapsuleFunctionIfTrue| ; BOOT::|$insideFunctorIfTrue| BOOT::|$bootStrapMode| ; BOOT::|$insideExpressionIfTrue|)) ; (PROGN ; (SETQ BOOT::|f| #) ; (SETQ BOOT::|t| #) ; (SETQ BOOT::|db| #) ; (COND (BOOT::|$insideExpressionIfTrue| #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compColon| ; (BOOT::|bfVar#1| BOOT::|m| BOOT::|e|) ; (BLOCK BOOT::|compColon| ; (LET* (BOOT::|val| ; BOOT::|catform| ; BOOT::|signature| ; BOOT::|newTarget| ; BOOT::|ISTMP#2| ; BOOT::|a| ; BOOT::|argl| ; BOOT::|op| ; BOOT::|z| ; BOOT::T$ ; BOOT::|l| ; BOOT::|r| ; ...) ; (DECLARE ; (SPECIAL BOOT::|$insideCapsuleFunctionIfTrue| ; BOOT::|$insideFunctorIfTrue| BOOT::|$bootStrapMode| ; BOOT::|$insideExpressionIfTrue|)) ; (PROGN (SETQ #) (SETQ #) (SETQ #) (COND # #))))) ; ; note: Assignment to argument: |m| ; prevents use of assertion from function type proclamation: ; (OR SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; ; ; note: Assignment to argument: |e| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NULL ; (CONS ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING ; CONS CHARACTER) ; (CONS ; (OR SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; (CONS LIST NULL)))) ; &REST T). ; compiling (DEFUN |unknownTypeError| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |compPretend| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |compPretend| ; (DEFUN BOOT::|compPretend| (BOOT::|bfVar#1| BOOT::|m| BOOT::|e|) ; (LET* (BOOT::|T'| BOOT::|t'| BOOT::T$ BOOT::|t| BOOT::|x|) ; (BLOCK NIL ; (PROGN ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compPretend| ; (BOOT::|bfVar#1| BOOT::|m| BOOT::|e|) ; (BLOCK BOOT::|compPretend| ; (LET* (BOOT::|T'| BOOT::|t'| BOOT::T$ BOOT::|t| BOOT::|x|) ; (BLOCK NIL (PROGN # # # # # # #))))) ; ; note: Assignment to argument: |e| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |compColonInside| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |compIs| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |compIs| ; (DEFUN BOOT::|compIs| (BOOT::|bfVar#1| BOOT::|m| BOOT::|e|) ; (LET* (BOOT::T$ ; BOOT::|bm| ; BOOT::|bval| ; BOOT::|am| ; BOOT::|aval| ; BOOT::|LETTMP#1| ; BOOT::|b| ; BOOT::|a|) ; (BLOCK NIL ; (PROGN ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compIs| ; (BOOT::|bfVar#1| BOOT::|m| BOOT::|e|) ; (BLOCK BOOT::|compIs| ; (LET* (BOOT::T$ ; BOOT::|bm| ; BOOT::|bval| ; BOOT::|am| ; BOOT::|aval| ; BOOT::|LETTMP#1| ; BOOT::|b| ; BOOT::|a|) ; (BLOCK NIL (PROGN # # # # # # #))))) ; ; note: Assignment to argument: |e| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NULL ; (CONS ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING ; CONS CHARACTER) ; (CONS ; (OR SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; (CONS LIST NULL)))) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |tryCourtesyCoercion| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |tryCourtesyCoercion| ; (DEFUN BOOT::|tryCourtesyCoercion| (BOOT::T$ BOOT::|m|) ; (LET* (BOOT::|T'| BOOT::|db|) ; (DECLARE ; (SPECIAL BOOT::|$Rep| BOOT::|$useRepresentationHack| ; BOOTTRAN:|$InteractiveMode|)) ; (COND ; (BOOTTRAN:|$InteractiveMode| ; (BOOT::|keyedSystemError| 'BOOT::S2GE0016 #)) ; (T (SETQ #) (COND #) (COND # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|tryCourtesyCoercion| ; (BOOT::T$ BOOT::|m|) ; (BLOCK BOOT::|tryCourtesyCoercion| ; (LET* (BOOT::|T'| BOOT::|db|) ; (DECLARE ; (SPECIAL BOOT::|$Rep| BOOT::|$useRepresentationHack| ; BOOTTRAN:|$InteractiveMode|)) ; (COND (BOOTTRAN:|$InteractiveMode| #) (T # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NULL ; (CONS ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING ; CONS CHARACTER) ; (CONS ; (OR SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; (CONS LIST NULL)))) ; &REST T). ; compiling (DEFUN |coerce| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |coerce| ; (DEFUN BOOT::|coerce| (BOOT::T$ BOOT::|m|) ; (LET* (BOOT::|T'|) ; (COND ((SETQ #) BOOT::|T'|) ; ((BOOT::|isSomeDomainVariable| BOOT::|m|) NIL) ; (T ; (BOOT::|stackMessage| ; "Cannot coerce %1b of mode %2pb to mode %3pb" #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|coerce| ; (BOOT::T$ BOOT::|m|) ; (BLOCK BOOT::|coerce| ; (LET* (BOOT::|T'|) ; (COND (# BOOT::|T'|) (# NIL) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NULL ; (CONS ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING ; CONS CHARACTER) ; (CONS ; (OR SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; (CONS LIST NULL)))) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |coerceEasy| ...) ; compiling (DEFUN |satisfies| ...) ; compiling (DEFUN |commonSuperType| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |coerceSubset| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |coerceSubset| ; (DEFUN BOOT::|coerceSubset| (BOOT::|db| BOOT::|bfVar#1| BOOT::|m'|) ; (LET* (BOOT::|m''| BOOT::|e| BOOT::|m| BOOT::|x|) ; (PROGN ; (SETQ BOOT::|x| #) ; (SETQ BOOT::|m| #) ; (SETQ BOOT::|e| #) ; (COND (# #) (# #) (T NIL))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|coerceSubset| ; (BOOT::|db| BOOT::|bfVar#1| BOOT::|m'|) ; (BLOCK BOOT::|coerceSubset| ; (LET* (BOOT::|m''| BOOT::|e| BOOT::|m| BOOT::|x|) ; (PROGN (SETQ #) (SETQ #) (SETQ #) (COND # # #))))) ; ; caught STYLE-WARNING: ; The variable |db| is defined but never used. ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |coerceHard| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |coerceHard| ; (DEFUN BOOT::|coerceHard| (BOOT::|db| BOOT::T$ BOOT::|m|) ; (LET* (BOOT::|ISTMP#2| BOOT::|m''| BOOT::|ISTMP#1| BOOT::|m'|) ; (DECLARE (SPECIAL BOOT::|$bootStrapMode|)) ; (LET ((BOOT::|$e| #)) ; (DECLARE (SPECIAL BOOT::|$e|)) ; (PROGN (SETQ #) (COND # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|coerceHard| ; (BOOT::|db| BOOT::T$ BOOT::|m|) ; (BLOCK BOOT::|coerceHard| ; (LET* (BOOT::|ISTMP#2| BOOT::|m''| BOOT::|ISTMP#1| BOOT::|m'|) ; (DECLARE (SPECIAL BOOT::|$bootStrapMode|)) ; (LET (#) ; (DECLARE #) ; (PROGN # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NULL ; (CONS ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING ; CONS CHARACTER) ; (CONS ; (OR SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; (CONS LIST NULL)))) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |coerceExtraHard| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |coerceExtraHard| ; (DEFUN BOOT::|coerceExtraHard| (BOOT::|db| BOOT::T$ BOOT::|m|) ; (LET* (BOOT::|T'| ; BOOT::|t| ; BOOT::|l| ; BOOT::|ISTMP#1| ; BOOT::|e| ; BOOT::|m'| ; BOOT::|x|) ; (PROGN ; (SETQ BOOT::|x| #) ; (SETQ BOOT::|m'| #) ; (SETQ BOOT::|e| #) ; (COND (# #) (# #) (# BOOT::|T'|) (# #) (# #) (T NIL))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|coerceExtraHard| ; (BOOT::|db| BOOT::T$ BOOT::|m|) ; (BLOCK BOOT::|coerceExtraHard| ; (LET* (BOOT::|T'| ; BOOT::|t| ; BOOT::|l| ; BOOT::|ISTMP#1| ; BOOT::|e| ; BOOT::|m'| ; BOOT::|x|) ; (PROGN (SETQ #) (SETQ #) (SETQ #) (COND # # # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NULL ; (CONS ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING ; CONS CHARACTER) ; (CONS ; (OR SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; (CONS LIST NULL)))) ; &REST T). ; compiling (DEFUN |coerceable| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |coerceExit| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |coerceExit| ; (DEFUN BOOT::|coerceExit| (BOOT::|bfVar#1| BOOT::|m'|) ; (LET* (BOOT::|x'| BOOT::|catchTag| BOOT::|e| BOOT::|m| BOOT::|x|) ; (PROGN ; (SETQ BOOT::|x| #) ; (SETQ BOOT::|m| #) ; (SETQ BOOT::|e| #) ; (SETQ BOOT::|m'| #) ; (SETQ BOOT::|x'| #) ; (BOOT::|coerce| (LIST # BOOT::|m| BOOT::|e|) BOOT::|m'|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|coerceExit| ; (BOOT::|bfVar#1| BOOT::|m'|) ; (BLOCK BOOT::|coerceExit| ; (LET* (BOOT::|x'| BOOT::|catchTag| BOOT::|e| BOOT::|m| BOOT::|x|) ; (PROGN ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (BOOT::|coerce| # BOOT::|m'|))))) ; ; note: Assignment to argument: |m'| ; prevents use of assertion from function type proclamation: ; (OR SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |compAtSign| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |compAtSign| ; (DEFUN BOOT::|compAtSign| (BOOT::|bfVar#1| BOOT::|m| BOOT::|e|) ; (LET* (BOOT::T$ BOOT::|m'| BOOT::|x|) ; (BLOCK NIL ; (PROGN ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (BOOT::|coerce| BOOT::T$ BOOT::|m|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compAtSign| ; (BOOT::|bfVar#1| BOOT::|m| BOOT::|e|) ; (BLOCK BOOT::|compAtSign| ; (LET* (BOOT::T$ BOOT::|m'| BOOT::|x|) ; (BLOCK NIL (PROGN # # # # #))))) ; ; note: Assignment to argument: |e| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |compCoerce| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |compCoerce| ; (DEFUN BOOT::|compCoerce| (BOOT::|bfVar#1| BOOT::|m| BOOT::|e|) ; (LET* (BOOT::|l| ; BOOT::|ISTMP#3| ; BOOT::|ISTMP#2| ; BOOT::|ISTMP#1| ; BOOT::T$ ; BOOT::|db| ; BOOT::|m'| ; BOOT::|x|) ; (BLOCK NIL (PROGN (SETQ #) (SETQ #) (SETQ #) (SETQ #) (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compCoerce| ; (BOOT::|bfVar#1| BOOT::|m| BOOT::|e|) ; (BLOCK BOOT::|compCoerce| ; (LET* (BOOT::|l| ; BOOT::|ISTMP#3| ; BOOT::|ISTMP#2| ; BOOT::|ISTMP#1| ; BOOT::T$ ; BOOT::|db| ; BOOT::|m'| ; BOOT::|x|) ; (BLOCK NIL (PROGN # # # # #))))) ; ; note: Assignment to argument: |e| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |coerceSuperset| ...) ; compiling (DEFUN |compCoerce1| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |compCoerce1| ; (DEFUN BOOT::|compCoerce1| (BOOT::|db| BOOT::|x| BOOT::|m'| BOOT::|e|) ; (LET* (BOOT::|T'| BOOT::|m1| BOOT::T$) ; (BLOCK NIL (PROGN (SETQ #) (SETQ #) (SETQ #) (SETQ #) (COND # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compCoerce1| ; (BOOT::|db| BOOT::|x| BOOT::|m'| BOOT::|e|) ; (BLOCK BOOT::|compCoerce1| ; (LET* (BOOT::|T'| BOOT::|m1| BOOT::T$) ; (BLOCK NIL (PROGN # # # # #))))) ; ; note: Assignment to argument: |m'| ; prevents use of assertion from function type proclamation: ; (OR SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; ; compiling (DEFUN |coerceByModemap| ...) ; compiling (DEFUN |autoCoerceByModemap| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |autoCoerceByModemap| ; (DEFUN BOOT::|autoCoerceByModemap| ; (BOOT::|db| BOOT::|bfVar#1| BOOT::|target|) ; (LET* (BOOT::|y| ; BOOT::|l| ; BOOT::|fn| ; BOOT::|u| ; BOOT::|s| ; BOOT::|ISTMP#2| ; BOOT::|t| ; BOOT::|ISTMP#1| ; BOOT::|e| ; BOOT::|source| ; BOOT::|x|) ; (BLOCK NIL ; (PROGN (SETQ #) (SETQ #) (SETQ #) (SETQ #) (SETQ #) (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|autoCoerceByModemap| ; (BOOT::|db| BOOT::|bfVar#1| BOOT::|target|) ; (BLOCK BOOT::|autoCoerceByModemap| ; (LET* (BOOT::|y| ; BOOT::|l| ; BOOT::|fn| ; BOOT::|u| ; BOOT::|s| ; BOOT::|ISTMP#2| ; BOOT::|t| ; BOOT::|ISTMP#1| ; BOOT::|e| ; BOOT::|source| ; BOOT::|x|) ; (BLOCK NIL (PROGN # # # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NULL ; (CONS ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING ; CONS CHARACTER) ; (CONS ; (OR SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; (CONS LIST NULL)))) ; &REST T). ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |compComma| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |compComma| ; (DEFUN BOOT::|compComma| (BOOT::|form| BOOT::|m| BOOT::|e|) ; (LET* (BOOT::T$ ; BOOT::|Tl'| ; BOOT::|t| ; BOOT::|ISTMP#1| ; BOOT::|Tl| ; BOOT::|argl|) ; (COND ((NOT #) (BOOT::|systemErrorHere| #)) (T (SETQ #) (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compComma| ; (BOOT::|form| BOOT::|m| BOOT::|e|) ; (BLOCK BOOT::|compComma| ; (LET* (BOOT::T$ ; BOOT::|Tl'| ; BOOT::|t| ; BOOT::|ISTMP#1| ; BOOT::|Tl| ; BOOT::|argl|) ; (COND (# #) (T # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NULL ; (CONS ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING ; CONS CHARACTER) ; (CONS ; (OR SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS) ; (CONS LIST NULL)))) ; &REST T). ; compiling (DEFUN |resolve| ...) ; compiling (DEFUN |modeEqual| ...) ; compiling (DEFUN |modeEqualSubst| ...) ; compiling (DEFUN |compBuiltinDomain| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |compBuiltinDomain| ; (DEFUN BOOT::|compBuiltinDomain| (BOOT::|form| BOOT::|m| BOOT::|e|) ; (LET* (BOOT::|catForm| ; BOOT::|ISTMP#2| ; BOOT::|sig| ; BOOT::|ISTMP#1| ; BOOT::|op| ; BOOT::|exports| ; BOOT::|funList| ; BOOT::|LETTMP#1| ; BOOT::|fn| ; BOOT::|argl| ; BOOT::|functorName|) ; (BLOCK NIL ; (PROGN ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (BOOT::|diagnoseUnknownType| BOOT::|form| BOOT::|e|) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (LIST BOOT::|form| BOOT::|catForm| BOOT::|e|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compBuiltinDomain| ; (BOOT::|form| BOOT::|m| BOOT::|e|) ; (BLOCK BOOT::|compBuiltinDomain| ; (LET* (BOOT::|catForm| ; BOOT::|ISTMP#2| ; BOOT::|sig| ; BOOT::|ISTMP#1| ; BOOT::|op| ; BOOT::|exports| ; BOOT::|funList| ; BOOT::|LETTMP#1| ; BOOT::|fn| ; BOOT::|argl| ; BOOT::|functorName|) ; (BLOCK NIL (PROGN # # # # # # # # # #))))) ; ; caught STYLE-WARNING: ; The variable |m| is defined but never used. ; compiling (DEFUN |compViableModemap| ...) ; compiling (DEFUN |compApplyModemap| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |compMapCond'| ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |compMapCond| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |compMapCond| ; (DEFUN BOOT::|compMapCond| (BOOT::|dc| BOOT::|bfVar#1| BOOT::|env|) ; (LET* (BOOT::|fnexpr| BOOT::|cexpr|) ; (PROGN ; (SETQ BOOT::|cexpr| #) ; (SETQ BOOT::|fnexpr| #) ; (COND (# BOOT::|fnexpr|) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compMapCond| ; (BOOT::|dc| BOOT::|bfVar#1| BOOT::|env|) ; (BLOCK BOOT::|compMapCond| ; (LET* (BOOT::|fnexpr| BOOT::|cexpr|) ; (PROGN (SETQ #) (SETQ #) (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL ; (OR NUMBER SYMBOL (VECTOR CHARACTER) (VECTOR NIL) BASE-STRING CONS ; CHARACTER) ; &REST T). ; compiling (DEFUN |compResolveCall| ...) ; compiling (DEFUN |compRetractGuard| ...) ; compiling (DEFUN |compRecoverDomain| ...) ; compiling (DEFUN |compRecoverGuard| ...) ; compiling (DEFUN |warnUnreachableAlternative| ...) ; compiling (DEFUN |warnTooManyOtherwise| ...) ; compiling (DEFUN |compMatchScrutinee| ...) ; compiling (DEFUN |defineMatchScrutinee| ...) ; compiling (DEFUN |defineMatchScrutinee,defTemp| ...) ; compiling (DEFUN |compAlternativeGuardItem| ...) ; compiling (DEFUN |compAlternativeGuard| ...) ; compiling (DEFUN |compMatchAlternative| ...) ; compiling (DEFUN |compMatch| ...) ; compiling (DEFUN |compScheme| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |compScheme| ; (DEFUN BOOT::|compScheme| (BOOT::|x| BOOT::|m| BOOT::|e|) ; (BOOT::|stackSemanticError| ; (LIST ; 'BOOT::|Sorry: Expression schemes are not supported in this context|) ; NIL)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|compScheme| ; (BOOT::|x| BOOT::|m| BOOT::|e|) ; (BLOCK BOOT::|compScheme| ; (BOOT::|stackSemanticError| ; (LIST ; 'BOOT::|Sorry: Expression schemes are not supported in this context|) ; NIL))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |m| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |e| is defined but never used. ; compiling (DEFUN |processInlineRequest| ...) ; compiling (DEFUN |finishListCollect| ...) ; compiling (DEFUN |finishVectorCollect| ...) ; compiling (DEFUN |compReduce| ...) ; compiling (DEFUN |compReduce1| ...) ; compiling (DEFUN |getIdentity| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |getIdentity| ; (DEFUN BOOT::|getIdentity| (BOOT::|x| BOOT::|e|) ; (LET* (BOOT::|y| BOOT::|ISTMP#1|) ; (COND ((PROGN # #) (COND # # # #)) (T NIL)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|getIdentity| ; (BOOT::|x| BOOT::|e|) ; (BLOCK BOOT::|getIdentity| ; (LET* (BOOT::|y| BOOT::|ISTMP#1|) ; (COND (# #) (T NIL))))) ; ; caught STYLE-WARNING: ; The variable |e| is defined but never used. ; compiling (DEFUN |numberize| ...) ; compiling (DEFUN |localReferenceIfThere| ...) ; compiling (DEFUN |compRepeatOrCollect| ...) ; compiling (DEFUN |compRepeatOrCollect,fn| ...) ; compiling (DEFUN |joinIntegerModes| ...) ; compiling (DEFUN |classifyIteratorVariable| ...) ; compiling (DEFUN |classifyIteratorVariable,main| ...) ; compiling (DEFUN |classifyIteratorVariable,check| ...) ; compiling (DEFUN |compIntegerValue| ...) ; compiling (DEFUN |compStepIterator| ...) ; compiling (DEFUN |compINIterator| ...) ; compiling (DEFUN |compONIterator| ...) ; compiling (DEFUN |compIterator| ...) ; compiling (DEFUN |modeIsAggregateOf| ...) ; compiling (DEFUN |compPer| ...) ; compiling (DEFUN |compRep| ...) ; compiling (DEFUN |compUnnamedMapping| ...) ; compiling (DEFUN |gatherParameterList| ...) ; compiling (DEFUN |gatherParameterList,main| ...) ; compiling (DEFUN |gatherParameterList,check| ...) ; compiling (DEFUN |compLambda| ...) ; compiling (DEFUN |preprocessParseTree| ...) ; compiling (DEFUN |instantiateNiladics!| ...) ; compiling (DEFUN |instantiateNiladicsInList!| ...) ; compiling (DEFUN |compileParseTree| ...) ; compiling (LET (# #) ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |deduceImplicitArguments| ; (BOOT::|constructSubst| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |constructSubst| ; in: DEFUN |solveSubsumption| ; (BOOT::|constructSubst| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |constructSubst| ; in: DEFUN |preprocessParseTree| ; (BOOT::|displayPreCompilationErrors|) ; ; caught STYLE-WARNING: ; undefined function: |displayPreCompilationErrors| ; in: DEFUN |setqMultiple| ; (BOOT::|eltRecordFun| BOOT::|n| BOOT::|i|) ; ; caught STYLE-WARNING: ; undefined function: |eltRecordFun| ; in: DEFUN |checkExternalEntity| ; (BOOT::|encodeLocalFunctionName| BOOT::|id|) ; ; caught STYLE-WARNING: ; undefined function: |encodeLocalFunctionName| ; in: DEFUN |emitLocalCallInsn| ; (BOOT::|encodeLocalFunctionName| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |encodeLocalFunctionName| ; in: DEFUN |satisfies| ; (BOOT::|eval| ; (LIST 'BOOT::|%bind| (LIST (LIST 'BOOT::|#1| BOOT::|val|)) BOOT::|pred|)) ; ; caught STYLE-WARNING: ; undefined function: |eval| ; in: DEFUN |compMacro| ; (BOOT::|formatUnabbreviated| BOOT::|rhs|) ; ; caught STYLE-WARNING: ; undefined function: |formatUnabbreviated| ; in: DEFUN |compApplication| ; (BOOT::|isCategoryForm| BOOT::|retm| BOOT::|e|) ; ; caught STYLE-WARNING: ; undefined function: |isCategoryForm| ; in: DEFUN |compFormWithModemap| ; (BOOT::|isCategoryForm| BOOT::|target| BOOT::|e|) ; ; caught STYLE-WARNING: ; undefined function: |isCategoryForm| ; in: DEFUN |applyMapping| ; (BOOT::|isCategoryForm| (CAR BOOT::|ml|) BOOT::|e|) ; ; caught STYLE-WARNING: ; undefined function: |isCategoryForm| ; ; caught STYLE-WARNING: ; 7 more uses of undefined function |isCategoryForm| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |setqSingle| ; (BOOT::|isDomainForm| BOOT::|val| BOOT::|e'|) ; ; caught STYLE-WARNING: ; undefined function: |isDomainForm| ; in: DEFUN |getFormModemaps| ; (BOOT::|isDomainForm| BOOT::|domain| BOOT::|e|) ; ; caught STYLE-WARNING: ; undefined function: |isDomainForm| ; in: DEFUN |comp2| ; (BOOT::|isDomainForm| BOOT::|m'| BOOT::|e|) ; ; caught STYLE-WARNING: ; undefined function: |isDomainForm| ; ; caught STYLE-WARNING: ; 3 more uses of undefined function |isDomainForm| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.clisp ; in: DEFUN |compFormWithModemap| ; (BOOT::|isFunctor| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |isFunctor| ; in: DEFUN |compWithMappingMode| ; (BOOT::|isFunctor| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |isFunctor| ; in: DEFUN |compComma| ; (BOOT::|mkRecordFun| (LENGTH BOOT::|argl|)) ; ; caught STYLE-WARNING: ; undefined function: |mkRecordFun| ; in: DEFUN |compHasFormat| ; (BOOT::|mkTypeForm| BOOT::|type|) ; ; caught STYLE-WARNING: ; undefined function: |mkTypeForm| ; in: DEFUN |compBuiltinDomain| ; (BOOT::|parentsOfBuiltinInstance| BOOT::|form|) ; ; caught STYLE-WARNING: ; undefined function: |parentsOfBuiltinInstance| ; in: DEFUN |compCompilerPredicate| ; (BOOT::|parseTran| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |parseTran| ; in: DEFUN |preprocessParseTree| ; (BOOT::|parseTransform| (BOOT::|postTransform| BOOT::|pt|)) ; ; caught STYLE-WARNING: ; undefined function: |parseTransform| ; (BOOT::|postTransform| BOOT::|pt|) ; ; caught STYLE-WARNING: ; undefined function: |postTransform| ; in: DEFUN |finishLambdaExpression| ; (BOOT::|transformToBackendCode| BOOT::|expr|) ; ; caught STYLE-WARNING: ; undefined function: |transformToBackendCode| ; ; compilation unit finished ; Undefined functions: ; |constructSubst| |displayPreCompilationErrors| |eltRecordFun| |encodeLocalFunctionName| |eval| |formatUnabbreviated| |isCategoryForm| |isDomainForm| |isFunctor| |mkRecordFun| |mkTypeForm| |parentsOfBuiltinInstance| |parseTran| |parseTransform| |postTransform| |transformToBackendCode| ; caught 36 STYLE-WARNING conditions ; printed 65 notes ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/compiler.fasl written ; compilation finished in 0:00:01.714 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=c-doc.fasl --load-directory=. ../../../open-axiom/src/interp/c-doc.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/c-doc.clisp" (written 01 FEB 2016 10:53:13 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "c-util") ; compiling (IMPORT-MODULE "daase") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFCONSTANT |$checkPrenAlist| ...) ; compiling (DEFUN |batchExecute| ...) ; compiling (DEFUN |getDoc| ...) ; compiling (DEFUN |getOfCategoryArgument| ...) ; compiling (DEFUN |getDocForCategory| ...) ; compiling (DEFUN |getDocForDomain| ...) ; compiling (DEFUN |getOpDoc| ...) ; compiling (DEFUN |readForDoc| ...) ; compiling (DEFUN |recordSignatureDocumentation| ...) ; compiling (DEFUN |recordAttributeDocumentation| ...) ; compiling (DEFUN |recordDocumentation| ...) ; compiling (DEFUN |recordHeaderDocumentation| ...) ; compiling (DEFUN |collectComBlock| ...) ; compiling (DEFUN |collectAndDeleteAssoc| ...) ; compiling (DEFUN |instantiateNiladicsInDoc!| ...) ; compiling (DEFUN |finalizeDocumentation| ...) ; compiling (DEFUN |finalizeDocumentation,fn| ...) ; compiling (DEFUN |finalizeDocumentation,hn| ...) ; compiling (DEFUN |transDocList| ...) ; compiling (DEFPARAMETER |$attribute?| ...) ; compiling (DEFUN |transDoc| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/c-doc.clisp ; in: DEFUN |transDoc| ; (DEFUN BOOT::|transDoc| (BOOT::|conname| BOOT::|doclist|) ; (LET* (BOOT::|acc| ; BOOT::|longline| ; BOOT::|v| ; BOOT::|u| ; BOOT::|key| ; BOOT::|ISTMP#2| ; BOOT::|ISTMP#1| ; BOOT::|lines| ; BOOT::|rlist|) ; (LET ((BOOT::|$x| NIL)) ; (DECLARE (SPECIAL BOOT::|$x|)) ; (PROGN ; (SETQ #) ; (LET # ; #) ; (BOOTTRAN:|reverse!| BOOT::|acc|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|transDoc| ; (BOOT::|conname| BOOT::|doclist|) ; (BLOCK BOOT::|transDoc| ; (LET* (BOOT::|acc| ; BOOT::|longline| ; BOOT::|v| ; BOOT::|u| ; BOOT::|key| ; BOOT::|ISTMP#2| ; BOOT::|ISTMP#1| ; BOOT::|lines| ; BOOT::|rlist|) ; (LET (#) ; (DECLARE #) ; (PROGN # # #))))) ; ; caught STYLE-WARNING: ; The variable |conname| is defined but never used. ; compiling (DEFUN |checkExtractItemList| ...) ; compiling (DEFUN |escapePercent| ...) ; compiling (DEFUN |transformAndRecheckComments| ...) ; compiling (DEFUN |checkRewrite| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/c-doc.clisp ; in: DEFUN |checkRewrite| ; (DEFUN BOOT::|checkRewrite| (BOOT::|name| BOOT::|lines|) ; (LET* (BOOT::|okBefore| ; BOOT::|w| ; BOOT::|verbatim| ; BOOT::|u2| ; BOOT::|u| ; BOOT::|margin|) ; (DECLARE (SPECIAL BOOT::|$argl| BOOT::|$checkingXmptex?|)) ; (LET ((BOOT::|$checkErrorFlag| T)) ; (DECLARE (SPECIAL BOOT::|$checkErrorFlag|)) ; (PROGN ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (COND #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (LET # ; #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; ...)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|checkRewrite| ; (BOOT::|name| BOOT::|lines|) ; (BLOCK BOOT::|checkRewrite| ; (LET* (BOOT::|okBefore| ; BOOT::|w| ; BOOT::|verbatim| ; BOOT::|u2| ; BOOT::|u| ; BOOT::|margin|) ; (DECLARE (SPECIAL BOOT::|$argl| BOOT::|$checkingXmptex?|)) ; (LET (#) ; (DECLARE #) ; (PROGN # # # # # # # # # # # ...))))) ; ; caught STYLE-WARNING: ; The variable |name| is defined but never used. ; compiling (DEFUN |checkTexht| ...) ; compiling (DEFUN |checkRecordHash| ...) ; compiling (DEFUN |checkGetParse| ...) ; compiling (DEFUN |removeBackslashes| ...) ; compiling (DEFUN |checkNumOfArgs| ...) ; compiling (DEFUN |checkIsValidType| ...) ; compiling (DEFUN |checkIsValidType,fn| ...) ; compiling (DEFUN |checkGetLispFunctionName| ...) ; compiling (DEFUN |checkGetStringBeforeRightBrace| ...) ; compiling (DEFUN |appendOver| ...) ; compiling (DEFUN |checkRemoveComments| ...) ; compiling (DEFUN |checkTrimCommented| ...) ; compiling (DEFUN |htcharPosition| ...) ; compiling (DEFUN |checkAddMacros| ...) ; compiling (DEFUN |checkComments| ...) ; compiling (DEFUN |checkIndentedLines| ...) ; compiling (DEFUN |newString2Words| ...) ; compiling (DEFUN |newWordFrom| ...) ; compiling (DEFUN |checkAddPeriod| ...) ; compiling (DEFUN |checkGetArgs| ...) ; compiling (DEFUN |checkGetMargin| ...) ; compiling (DEFUN |firstNonBlankPosition| ...) ; compiling (DEFUN |checkAddIndented| ...) ; compiling (DEFUN |checkAddSpaceSegments| ...) ; compiling (DEFUN |checkTrim| ...) ; compiling (DEFUN |checkTrim,wherePP| ...) ; compiling (DEFUN |checkTrim,trim| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/c-doc.clisp ; in: DEFUN |checkTrim,trim| ; (+ BOOT::|j| 1) ; ==> ; BOOT::|j| ; ; note: deleting unreachable code ; (SCHAR BOOT::|s| BOOT::|j|) ; --> AREF THE ; ==> ; BOOT::|s| ; ; note: deleting unreachable code ; (+ BOOT::|n| 1) ; ==> ; BOOT::|n| ; ; note: deleting unreachable code ; (> BOOT::|j| BOOT::|m|) ; ==> ; BOOT::|j| ; ; note: deleting unreachable code ; (LET ((BOOT::|j| (+ BOOT::|k| 2))) ; (LOOP (COND ((OR # #) (RETURN NIL)) (T (SETQ #))) ; (SETQ BOOT::|j| (+ BOOT::|j| 1)))) ; ; note: deleting unreachable code ; (BOOTTRAN:|subString| BOOT::|s| BOOT::|n|) ; ==> ; BOOT::|s| ; ; note: deleting unreachable code ; (|AxiomCore|:|maxIndex| BOOT::|s|) ; --> 1- - LENGTH ; ==> ; BOOT::|s| ; ; note: deleting unreachable code ; compiling (DEFUN |checkExtract| ...) ; compiling (DEFUN |checkFixCommonProblem| ...) ; compiling (DEFUN |checkDecorate| ...) ; compiling (DEFUN |hasNoVowels| ...) ; compiling (DEFUN |isVowel| ...) ; compiling (DEFUN |checkAddBackSlashes| ...) ; compiling (DEFUN |checkAddSpaces| ...) ; compiling (DEFUN |checkIeEg| ...) ; compiling (DEFUN |checkIeEgfun| ...) ; compiling (DEFUN |checkSplit2Words| ...) ; compiling (DEFUN |checkSplitBrace| ...) ; compiling (DEFUN |checkSplitBackslash| ...) ; compiling (DEFUN |checkSplitPunctuation| ...) ; compiling (DEFUN |checkSplitOn| ...) ; compiling (DEFUN |checkBalance| ...) ; compiling (DEFUN |checkSayBracket| ...) ; compiling (DEFUN |checkBeginEnd| ...) ; compiling (DEFUN |checkArguments| ...) ; compiling (DEFUN |checkHTargs| ...) ; compiling (DEFUN |checkLookForLeftBrace| ...) ; compiling (DEFUN |checkLookForRightBrace| ...) ; compiling (DEFUN |checkInteger| ...) ; compiling (DEFUN |checkTransformFirsts| ...) ; compiling (DEFUN |getMatchingRightPren| ...) ; compiling (DEFUN |checkSkipBlanks| ...) ; compiling (DEFUN |checkSkipToken| ...) ; compiling (DEFUN |checkSkipOpToken| ...) ; compiling (DEFUN |checkSkipIdentifierToken| ...) ; compiling (DEFUN |checkAlphabetic| ...) ; compiling (DEFUN |docreport| ...) ; compiling (DEFUN |setOutStream| ...) ; compiling (DEFUN |whoOwns| ...) ; compiling (DEFPARAMETER |$compileDocumentation| ...) ; compiling (DEFUN |checkDocError1| ...) ; compiling (DEFUN |checkDocError| ...) ; compiling (DEFUN |checkDocMessage| ...) ; compiling (DEFUN |checkDecorateForHt| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/c-doc.clisp ; in: DEFUN |batchExecute| ; (BOOT::/RF-1 '(BOOT::GENCON BOOT::INPUT)) ; ; caught STYLE-WARNING: ; undefined function: /RF-1 ; in: DEFUN |docreport| ; (BOOT::/RQ) ; ; caught STYLE-WARNING: ; undefined function: /RQ ; in: DEFUN |readForDoc| ; (BOOT::/RQ-LIB-1 (LIST BOOT::|fn| 'BOOT::SPAD)) ; ; caught STYLE-WARNING: ; undefined function: /RQ-LIB-1 ; in: DEFUN |getDoc| ; (BOOT::MSUSBT 'BOOT::$ BOOT::|dc| BOOT::|sig|) ; ; caught STYLE-WARNING: ; undefined function: MSUSBT ; in: DEFUN |checkIsValidType| ; (BOOT::|abbreviation?| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |abbreviation?| ; in: DEFUN |checkNumOfArgs| ; (BOOT::|abbreviation?| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |abbreviation?| ; in: DEFUN |finalizeDocumentation| ; (BOOT::|bright| BOOT::|n|) ; ; caught STYLE-WARNING: ; undefined function: |bright| ; in: DEFUN |checkIsValidType| ; (BOOT::|constructor?| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |constructor?| ; in: DEFUN |checkNumOfArgs| ; (BOOT::|constructor?| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |constructor?| ; in: DEFUN |checkRecordHash| ; (BOOT::|form2HtString| BOOT::|key|) ; ; caught STYLE-WARNING: ; undefined function: |form2HtString| ; in: DEFUN |finalizeDocumentation| ; (BOOT::|form2String| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |form2String| ; in: DEFUN |transformAndRecheckComments| ; (BOOT::|formatOpSignature| (ELT BOOT::|name| 0) ; (BOOT::|escapePercent| (ELT BOOT::|name| 1))) ; ; caught STYLE-WARNING: ; undefined function: |formatOpSignature| ; in: DEFUN |finalizeDocumentation| ; (BOOT::|formatOpSignature| BOOT::|op| BOOT::|sig|) ; ; caught STYLE-WARNING: ; undefined function: |formatOpSignature| ; in: DEFUN |getDocForDomain| ; (BOOT::|getConstructorAbbreviationFromDB| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorAbbreviationFromDB| ; in: DEFUN |getDocForCategory| ; (BOOT::|getConstructorAbbreviationFromDB| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorAbbreviationFromDB| ; in: DEFUN |checkNumOfArgs| ; (BOOT::|getConstructorArity| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorArity| ; in: DEFUN |getOpDoc| ; (BOOT::|getConstructorDocumentationFromDB| BOOT::|abb|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorDocumentationFromDB| ; in: DEFUN |checkDocMessage| ; (BOOT::|getConstructorSourceFileFromDB| BOOT::|$constructorName|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorSourceFileFromDB| ; in: DEFUN |whoOwns| ; (BOOT::|getConstructorSourceFileFromDB| BOOT::|con|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorSourceFileFromDB| ; in: DEFUN |checkIsValidType| ; (BOOT::|getDualSignature| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |getDualSignature| ; in: DEFUN |instantiateNiladicsInDoc!| ; (BOOT::|instantiateNiladicsInList!| (CADR BOOT::|x|)) ; ; caught STYLE-WARNING: ; undefined function: |instantiateNiladicsInList!| ; in: DEFUN |finalizeDocumentation,fn| ; (BOOT::|macroExpand| BOOT::|x| BOOT::|e|) ; ; caught STYLE-WARNING: ; undefined function: |macroExpand| ; in: DEFUN |checkGetParse| ; (BOOT::|ncParseFromString| (BOOT::|removeBackslashes| BOOT::|s|)) ; ; caught STYLE-WARNING: ; undefined function: |ncParseFromString| ; in: DEFUN |recordAttributeDocumentation| ; (BOOT::|postTransform| BOOT::|att|) ; ; caught STYLE-WARNING: ; undefined function: |postTransform| ; in: DEFUN |recordSignatureDocumentation| ; (BOOT::|postTransform| BOOT::|opSig|) ; ; caught STYLE-WARNING: ; undefined function: |postTransform| ; in: DEFUN |docreport| ; (BOOT::|removeFile| "docreport.input") ; ; caught STYLE-WARNING: ; undefined function: |removeFile| ; in: DEFUN |whoOwns| ; (BOOT::|runCommand| ; (|AxiomCore|:CONCAT "awk '$2 == " BOOT::|quoteChar| BOOT::|filename| ; BOOT::|quoteChar| " {print $1}' whofiles > /tmp/temp")) ; ; caught STYLE-WARNING: ; undefined function: |runCommand| ; in: DEFUN |docreport| ; (BOOT::|runCommand| ; (|AxiomCore|:CONCAT "echo \")bo setOutStream('" ; (BOOT::STRINGIMAGE BOOT::|nam|) ")\" > temp.input")) ; ; caught STYLE-WARNING: ; undefined function: |runCommand| ; in: DEFUN |finalizeDocumentation| ; (BOOT::|sayKeyedMsg| 'BOOT::S2CD0001 NIL) ; ; caught STYLE-WARNING: ; undefined function: |sayKeyedMsg| ; in: DEFUN |getDoc| ; (BOOT::|simplifyModemap| BOOT::|modemap|) ; ; caught STYLE-WARNING: ; undefined function: |simplifyModemap| ; in: DEFUN |checkRecordHash| ; (BOOT::|spadSysChoose| BOOT::|$setOptions| BOOT::|arg|) ; ; caught STYLE-WARNING: ; undefined function: |spadSysChoose| ; in: DEFUN |checkBeginEnd| ; (BOOT::|substring?| "\\inputbox" BOOT::|x| 0) ; ; caught STYLE-WARNING: ; undefined function: |substring?| ; in: DEFUN |checkExtract| ; (BOOT::|substring?| BOOT::|header| BOOT::|line| BOOT::|k|) ; ; caught STYLE-WARNING: ; undefined function: |substring?| ; in: DEFUN |checkTrim,wherePP| ; (BOOT::|systemError| " Improper comment found") ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; in: DEFUN |getDocForCategory| ; (BOOT::|whatCatCategories| BOOT::|name|) ; ; caught STYLE-WARNING: ; undefined function: |whatCatCategories| ; in: DEFUN |getDocForDomain| ; (BOOT::|whatCatExtDom| BOOT::|name|) ; ; caught STYLE-WARNING: ; undefined function: |whatCatExtDom| ; ; compilation unit finished ; Undefined functions: ; /RF-1 /RQ /RQ-LIB-1 MSUSBT |abbreviation?| |bright| |constructor?| |form2HtString| |form2String| |formatOpSignature| |getConstructorAbbreviationFromDB| |getConstructorArity| |getConstructorDocumentationFromDB| |getConstructorSourceFileFromDB| |getDualSignature| |instantiateNiladicsInList!| |macroExpand| |ncParseFromString| |postTransform| |removeFile| |runCommand| |sayKeyedMsg| |simplifyModemap| |spadSysChoose| |substring?| |systemError| |whatCatCategories| |whatCatExtDom| ; caught 38 STYLE-WARNING conditions ; printed 7 notes ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/c-doc.fasl written ; compilation finished in 0:00:00.582 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=functor.fasl --load-directory=. ../../../open-axiom/src/interp/functor.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/functor.clisp" (written 01 FEB 2016 10:53:14 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "lisplib") ; compiling (IMPORT-MODULE "nruncomp") ; compiling (IMPORT-MODULE "category") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFUN |CategoryPrint| ...) ; compiling (DEFUN |DomainPrint| ...) ; compiling (DEFUN |DomainPrint1| ...) ; compiling (DEFUN |DPname| ...) ; compiling (DEFUN |PacPrint| ...) ; compiling (DEFUN |DomainPrintSubst| ...) ; compiling (DEFUN |mkDevaluate| ...) ; compiling (DEFUN |getDomainView| ...) ; compiling (DEFUN |getPrincipalView| ...) ; compiling (DEFUN |CategoriesFromGDC| ...) ; compiling (DEFUN |compCategories| ...) ; compiling (DEFUN |compCategories1| ...) ; compiling (DEFUN |optFunctorBody| ...) ; compiling (DEFUN |optFunctorBody,relevantClause| ...) ; compiling (DEFUN |optFunctorBodyQuotable| ...) ; compiling (DEFUN |optFunctorBodyRequote| ...) ; compiling (DEFUN |optFunctorPROGN| ...) ; compiling (DEFUN |worthlessCode| ...) ; compiling (DEFUN |cons5| ...) ; compiling (DEFUN |SetDomainSlots124| ...) ; compiling (DEFUN |sublisProp| ...) ; compiling (DEFUN |sublisProp,inspect| ...) ; compiling (DEFUN |mkTypeForm| ...) ; compiling (DEFUN |DescendCodeAdd| ...) ; compiling (DEFUN |DescendCodeAdd1| ...) ; compiling (DEFUN |DescendCodeAdd1,update| ...) ; compiling (DEFUN |addConditionToGuard| ...) ; compiling (DEFUN |viewsUnderCondition| ...) ; compiling (DEFUN |DescendCode| ...) ; compiling (DEFUN |ProcessCond| ...) ; compiling (DEFUN |TryGDC| ...) ; compiling (DEFUN |findOperatorImplementations| ...) ; compiling (DEFUN |SetFunctionSlots| ...) ; compiling (DEFUN |InvestigateConditions| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/functor.clisp ; in: DEFUN |InvestigateConditions| ; (LET* (BOOT::|pv| ; BOOT::|w| ; BOOT::|u| ; LIST ; BOOT::|v| ; BOOT::|masterSecondaries| ; BOOT::|partList| ; BOOT::|MinimalPrimaries| ; BOOT::|MaximalPrimaries| ; BOOT::|necessarySecondaries| ; BOOT::|MaximalPrimary| ; BOOT::|MinimalPrimary| ; ...) ; (DECLARE (SPECIAL BOOT::|$supplementaries| BOOT::|$HackSlot4| BOOT::|$e|)) ; (LET* ((BOOT::|$Conditions| NIL) (BOOT::|$principal| NIL)) ; (DECLARE (SPECIAL BOOT::|$Conditions| BOOT::|$principal|)) ; (PROGN ; (SETQ BOOT::|$principal| #) ; (SETQ BOOT::|secondaries| #) ; (COND (# '#) (T # # #))))) ; ; caught STYLE-WARNING: ; The variable |u| is defined but never used. ; compiling (DEFUN |InvestigateConditions,reshape| ...) ; compiling (DEFUN |InvestigateConditions,update| ...) ; compiling (DEFUN |InvestigateConditions,flist| ...) ; compiling (DEFUN |InvestigateConditions,Conds| ...) ; compiling (DEFUN |InvestigateConditions,pessimise| ...) ; compiling (DEFUN |ICformat| ...) ; compiling (DEFUN |ICformat,ORreduce| ...) ; compiling (DEFUN |ICformat,Hasreduce| ...) ; compiling (DEFUN |partPessimise| ...) ; compiling (DEFUN |getPossibleViews| ...) ; compiling (DEFUN |getViewsConditions| ...) ; compiling (DEFUN |DescendCodeVarAdd| ...) ; compiling (DEFUN |resolvePatternVars| ...) ; compiling (DEFUN |isCategoryPackageName| ...) ; compiling (DEFUN |mkOperatorEntry| ...) ; compiling (DEFUN |encodeLocalFunctionName| ...) ; compiling (DEFUN |splitEncodedFunctionName| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/functor.clisp ; in: DEFUN |optFunctorBody| ; (BOOT::|DomainSubstitutionFunction| BOOT::|parms| BOOT::|body|) ; ; caught STYLE-WARNING: ; undefined function: |DomainSubstitutionFunction| ; in: DEFUN |DescendCodeAdd1| ; (BOOT::|comp| BOOT::|u| BOOT::|m| BOOT::|e|) ; ; caught STYLE-WARNING: ; undefined function: |comp| ; in: DEFUN |compCategories1| ; (BOOT::|comp| (BOOT::|macroExpand| BOOT::|u| BOOT::|e|) BOOT::|v| BOOT::|e|) ; ; caught STYLE-WARNING: ; undefined function: |comp| ; in: DEFUN |ICformat| ; (BOOT::|compHasFormat| BOOT::|db| BOOT::|u| BOOT::|env|) ; ; caught STYLE-WARNING: ; undefined function: |compHasFormat| ; in: DEFUN |DescendCodeAdd1| ; (BOOT::|compMakeCategoryObject| BOOT::|target| BOOT::|e|) ; ; caught STYLE-WARNING: ; undefined function: |compMakeCategoryObject| ; (BOOT::|compMakeDeclaration| BOOT::|u| BOOT::|m| BOOT::|e|) ; ; caught STYLE-WARNING: ; undefined function: |compMakeDeclaration| ; in: DEFUN |compCategories1| ; (BOOT::|error| 'BOOT::|compCategories1|) ; ; caught STYLE-WARNING: ; undefined function: |error| ; in: DEFUN |compCategories| ; (BOOT::|error| ; (LIST "compCategories: need an atom in operator position" (CAR BOOT::|u|))) ; ; caught STYLE-WARNING: ; undefined function: |error| ; in: DEFUN |getDomainView| ; (BOOT::|eval| BOOT::|catform|) ; ; caught STYLE-WARNING: ; undefined function: |eval| ; in: DEFUN |getViewsConditions| ; (BOOT::|getCategoryObject| BOOT::|tbl| BOOT::|u| BOOT::|$e|) ; ; caught STYLE-WARNING: ; undefined function: |getCategoryObject| ; in: DEFUN |getPossibleViews| ; (BOOT::|getCategoryObject| BOOT::|tbl| BOOT::|u| BOOT::|$e|) ; ; caught STYLE-WARNING: ; undefined function: |getCategoryObject| ; in: DEFUN |InvestigateConditions| ; (BOOT::|getCategoryObject| BOOT::|tbl| BOOT::|$principal| BOOT::|$e|) ; ; caught STYLE-WARNING: ; undefined function: |getCategoryObject| ; in: DEFUN |DescendCode| ; (BOOT::|isMacro| BOOT::|code| BOOT::|e|) ; ; caught STYLE-WARNING: ; undefined function: |isMacro| ; in: DEFUN |SetFunctionSlots| ; (BOOT::|keyedSystemError| 'BOOT::S2OR0002 (LIST BOOT::|catImplem|)) ; ; caught STYLE-WARNING: ; undefined function: |keyedSystemError| ; in: DEFUN |DescendCodeAdd| ; (BOOT::|keyedSystemError| 'BOOT::S2OR0001 (LIST (CAR BOOT::|base|))) ; ; caught STYLE-WARNING: ; undefined function: |keyedSystemError| ; in: DEFUN |compCategories1| ; (BOOT::|macroExpand| BOOT::|u| BOOT::|e|) ; ; caught STYLE-WARNING: ; undefined function: |macroExpand| ; in: DEFUN |mkOperatorEntry| ; (BOOT::|systemError| (LIST 'BOOT::|unknown variable mode: | BOOT::|flag|)) ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; in: DEFUN |ICformat| ; (BOOT::|systemErrorHere| (LIST 'BOOT::|ICformat| BOOT::|u|)) ; ; caught STYLE-WARNING: ; undefined function: |systemErrorHere| ; in: DEFUN |optFunctorBodyRequote| ; (BOOT::|systemErrorHere| (LIST 'BOOT::|optFunctorBodyRequote| BOOT::|u|)) ; ; caught STYLE-WARNING: ; undefined function: |systemErrorHere| ; in: DEFUN |getDomainView| ; (BOOT::|throwKeyedMsg| 'BOOT::S2IF0009 ; (LIST (BOOT::|devaluate| BOOT::|domain|) BOOT::|catform|)) ; ; caught STYLE-WARNING: ; undefined function: |throwKeyedMsg| ; ; compilation unit finished ; Undefined functions: ; |DomainSubstitutionFunction| |comp| |compHasFormat| |compMakeCategoryObject| |compMakeDeclaration| |error| |eval| |getCategoryObject| |isMacro| |keyedSystemError| |macroExpand| |systemError| |systemErrorHere| |throwKeyedMsg| ; caught 21 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/functor.fasl written ; compilation finished in 0:00:00.392 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=htcheck.fasl --load-directory=. ../../../open-axiom/src/interp/htcheck.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/htcheck.clisp" (written 01 FEB 2016 10:53:14 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "sys-driver") ; compiling (IMPORT-MODULE "sys-macros") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFPARAMETER |$primitiveHtCommands| ...) ; compiling (DEFUN |buildHtMacroTable| ...) ; compiling (DEFUN |getHtMacroItem| ...) ; compiling (DEFUN |spadSysChoose| ...) ; compiling (DEFUN |spadSysBranch| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/htcheck.clisp ; in: DEFUN |spadSysChoose| ; (BOOT::LASSOC BOOT::|lookupOn| BOOT::|tree|) ; ; caught STYLE-WARNING: ; undefined function: LASSOC ; in: DEFUN |buildHtMacroTable| ; (BOOT::|hashTable| 'EQUAL) ; ; caught STYLE-WARNING: ; undefined function: |hashTable| ; in: DEFUN |spadSysBranch| ; (BOOT::|systemError| "unknown tree branch") ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; ; compilation unit finished ; Undefined functions: ; LASSOC |hashTable| |systemError| ; caught 3 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/htcheck.fasl written ; compilation finished in 0:00:00.022 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=bc-matrix.fasl --load-directory=. ../../../open-axiom/src/interp/bc-matrix.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/bc-matrix.clisp" (written 01 FEB 2016 10:53:14 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "bc-util") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFUN |bcMatrix| ...) ; compiling (DEFUN |bcReadMatrix| ...) ; compiling (DEFUN |bcInputMatrixByFormula| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/bc-matrix.clisp ; in: DEFUN |bcInputMatrixByFormula| ; (DEFUN BOOT::|bcInputMatrixByFormula| (BOOT::|htPage| BOOT::|junk|) ; (LET* (BOOT::|ncols| BOOT::|nrows| BOOT::|page|) ; (DECLARE (SPECIAL BOOT::|$bcParseOnly|)) ; (PROGN ; (SETQ BOOT::|page| #) ; (BOOT::|htMakePage| '(# # # # # # # # # # # # ...)) ; (BOOT::|htMakeDoneButton| "Continue" 'BOOT::|bcInputMatrixByFormulaGen|) ; (SETQ BOOT::|nrows| #) ; (SETQ BOOT::|ncols| #) ; (BOOT::|htpSetProperty| BOOT::|page| 'BOOT::|nrows| BOOT::|nrows|) ; (BOOT::|htpSetProperty| BOOT::|page| 'BOOT::|ncols| BOOT::|ncols|) ; (BOOT::|htShowPage|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|bcInputMatrixByFormula| ; (BOOT::|htPage| BOOT::|junk|) ; (BLOCK BOOT::|bcInputMatrixByFormula| ; (LET* (BOOT::|ncols| BOOT::|nrows| BOOT::|page|) ; (DECLARE (SPECIAL BOOT::|$bcParseOnly|)) ; (PROGN ; (SETQ #) ; (BOOT::|htMakePage| '#) ; (BOOT::|htMakeDoneButton| "Continue" ; 'BOOT::|bcInputMatrixByFormulaGen|) ; (SETQ #) ; (SETQ #) ; (BOOT::|htpSetProperty| BOOT::|page| 'BOOT::|nrows| BOOT::|nrows|) ; (BOOT::|htpSetProperty| BOOT::|page| 'BOOT::|ncols| BOOT::|ncols|) ; (BOOT::|htShowPage|))))) ; ; caught STYLE-WARNING: ; The variable |junk| is defined but never used. ; compiling (DEFUN |bcInputMatrixByFormulaGen| ...) ; compiling (DEFUN |bcInputExplicitMatrix| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/bc-matrix.clisp ; in: DEFUN |bcInputExplicitMatrix| ; (DEFUN BOOT::|bcInputExplicitMatrix| (BOOT::|htPage| BOOT::|junk|) ; (LET* (BOOT::|page| ; BOOT::|labelList| ; BOOT::|name| ; BOOT::|prefix| ; BOOT::|colpart| ; BOOT::|rowpart| ; BOOT::|wcols| ; BOOT::|wrows| ; BOOT::|k| ; BOOT::|cond| ; BOOT::|ncols| ; BOOT::|nrows|) ; (DECLARE (SPECIAL BOOT::|$bcParseOnly|)) ; (PROGN ; (SETQ BOOT::|nrows| #) ; (SETQ BOOT::|ncols| #) ; (SETQ BOOT::|cond| NIL) ; (SETQ BOOT::|k| 0) ; (SETQ BOOT::|wrows| #) ; (SETQ BOOT::|wcols| #) ; (SETQ BOOT::|labelList| #) ; (SETQ BOOT::|labelList| #) ; (SETQ BOOT::|page| #) ; (BOOT::|bcHt| "Enter the entries of the matrix:") ; (BOOT::|htMakePage| BOOT::|labelList|) ; ...))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|bcInputExplicitMatrix| ; (BOOT::|htPage| BOOT::|junk|) ; (BLOCK BOOT::|bcInputExplicitMatrix| ; (LET* (BOOT::|page| ; BOOT::|labelList| ; BOOT::|name| ; BOOT::|prefix| ; BOOT::|colpart| ; BOOT::|rowpart| ; BOOT::|wcols| ; BOOT::|wrows| ; BOOT::|k| ; BOOT::|cond| ; BOOT::|ncols| ; BOOT::|nrows|) ; (DECLARE (SPECIAL BOOT::|$bcParseOnly|)) ; (PROGN ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (BOOT::|bcHt| "Enter the entries of the matrix:") ; (BOOT::|htMakePage| BOOT::|labelList|) ; ...)))) ; ; caught STYLE-WARNING: ; The variable |junk| is defined but never used. ; compiling (DEFUN |bcGenExplicitMatrix| ...) ; compiling (DEFUN |bcMatrixGen| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/bc-matrix.clisp ; in: DEFUN |bcInputExplicitMatrix| ; (BOOT::|bcHt| "Enter the entries of the matrix:") ; ; caught STYLE-WARNING: ; undefined function: |bcHt| ; (BOOT::|htInitPage| "Solve Basic Command" ; (BOOT::|htpPropertyList| BOOT::|htPage|)) ; ; caught STYLE-WARNING: ; undefined function: |htInitPage| ; in: DEFUN |bcInputMatrixByFormula| ; (BOOT::|htInitPage| "Basic Matrix Command" ; (BOOT::|htpPropertyList| BOOT::|htPage|)) ; ; caught STYLE-WARNING: ; undefined function: |htInitPage| ; in: DEFUN |bcReadMatrix| ; (BOOT::|htInitPage| "Matrix Basic Command" NIL) ; ; caught STYLE-WARNING: ; undefined function: |htInitPage| ; in: DEFUN |bcInputExplicitMatrix| ; (BOOT::|htMakePage| BOOT::|labelList|) ; ; caught STYLE-WARNING: ; undefined function: |htMakePage| ; in: DEFUN |bcInputMatrixByFormula| ; (BOOT::|htMakePage| ; '((BOOT::|domainConditions| (BOOT::|isDomain| BOOT::S (BOOT::|Symbol|)) ; (BOOT::|isDomain| BOOT::FE (BOOT::|Expression| #))) ; (BOOT::|text| . "\\menuitemstyle{}\\tab{2}") ; (BOOT::|text| . "Enter the {\\em row variable}: ") ; (BOOT::|text| . "\\tab{36}") ; (BOOT::|bcStrings| (6 BOOT::|i| BOOT::|rowVar| BOOT::S)) ; (BOOT::|text| . "\\blankline ") (BOOT::|text| . "\\newline ") ; (BOOT::|text| . "\\menuitemstyle{}\\tab{2}") ; (BOOT::|text| . "Enter the {\\em column variable}: ") ; (BOOT::|text| . "\\tab{36}") ; (BOOT::|bcStrings| (6 BOOT::|j| BOOT::|colVar| BOOT::S)) ; (BOOT::|text| . "\\blankline ") ...)) ; ; caught STYLE-WARNING: ; undefined function: |htMakePage| ; in: DEFUN |bcReadMatrix| ; (BOOT::|htMakePage| ; '((BOOT::|domainConditions| (BOOT::|isDomain| PI (BOOT::|PositiveInteger|))) ; (BOOT::|text| . "Enter the size of the matrix:") ; (BOOT::|inputStrings| ; ("Number of {\\em rows}:\\space{3}" "" 5 2 BOOT::|rows| PI) ; ("Number of {\\em columns}: " "" 5 2 BOOT::|cols| PI)) ; (BOOT::|text| . "\\blankline ") ; (BOOT::|text| . "How would you like to enter the matrix?") ; (BOOT::|text| . "\\beginmenu") (BOOT::|text| . "\\item ") ; (BOOT::|bcLinks| ; ("\\menuitemstyle{By entering individual entries}" "" ; BOOT::|bcInputExplicitMatrix| BOOT::|explicit|)) ; (BOOT::|text| . "\\item ") ; (BOOT::|bcLinks| ; ("\\menuitemstyle{By formula}" "" BOOT::|bcInputMatrixByFormula| ; BOOT::|formula|)) ; (BOOT::|text| . "\\endmenu"))) ; ; caught STYLE-WARNING: ; undefined function: |htMakePage| ; in: DEFUN |bcInputExplicitMatrix| ; (BOOT::|htShowPage|) ; ; caught STYLE-WARNING: ; undefined function: |htShowPage| ; in: DEFUN |bcInputMatrixByFormula| ; (BOOT::|htShowPage|) ; ; caught STYLE-WARNING: ; undefined function: |htShowPage| ; in: DEFUN |bcReadMatrix| ; (BOOT::|htShowPage|) ; ; caught STYLE-WARNING: ; undefined function: |htShowPage| ; in: DEFUN |bcInputExplicitMatrix| ; (BOOT::|objValUnwrap| ; (BOOT::|htpLabelSpadValue| BOOT::|htPage| 'BOOT::|rows|)) ; ; caught STYLE-WARNING: ; undefined function: |objValUnwrap| ; in: DEFUN |bcInputMatrixByFormula| ; (BOOT::|objValUnwrap| ; (BOOT::|htpLabelSpadValue| BOOT::|htPage| 'BOOT::|rows|)) ; ; caught STYLE-WARNING: ; undefined function: |objValUnwrap| ; in: DEFUN |bcMatrixGen| ; (BOOT::|systemError| NIL) ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; ; compilation unit finished ; Undefined functions: ; |bcHt| |htInitPage| |htMakePage| |htShowPage| |objValUnwrap| |systemError| ; caught 15 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/bc-matrix.fasl written ; compilation finished in 0:00:00.048 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=bc-misc.fasl --load-directory=. ../../../open-axiom/src/interp/bc-misc.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/bc-misc.clisp" (written 01 FEB 2016 10:53:14 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "bc-util") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFUN |bcDrawIt2| ...) ; compiling (DEFUN |bcIndefiniteIntegrate| ...) ; compiling (DEFUN |bcIndefiniteIntegrateGen| ...) ; compiling (DEFUN |bcDefiniteIntegrate| ...) ; compiling (DEFUN |bcDefiniteIntegrateGen| ...) ; compiling (DEFUN |bcSum| ...) ; compiling (DEFUN |bcSumGen| ...) ; compiling (DEFUN |bcProduct| ...) ; compiling (DEFUN |bcProductGen| ...) ; compiling (DEFUN |bcDifferentiate| ...) ; compiling (DEFUN |bcDifferentiateGen| ...) ; compiling (DEFUN |bcDraw| ...) ; compiling (DEFUN |bcDraw2Dfun| ...) ; compiling (DEFUN |bcDraw2DfunGen| ...) ; compiling (DEFUN |bcDraw2Dpar| ...) ; compiling (DEFUN |bcDraw2DparGen| ...) ; compiling (DEFUN |bcDraw2DSolve| ...) ; compiling (DEFUN |bcDraw2DSolveGen| ...) ; compiling (DEFUN |bcDraw3Dfun| ...) ; compiling (DEFUN |bcDraw3DfunGen| ...) ; compiling (DEFUN |bcDraw3Dpar| ...) ; compiling (DEFUN |bcDraw3DparGen| ...) ; compiling (DEFUN |bcDraw3Dpar1| ...) ; compiling (DEFUN |bcDraw3Dpar1Gen| ...) ; compiling (DEFUN |bcSeries| ...) ; compiling (DEFUN |bcSeriesExpansion| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/bc-misc.clisp ; in: DEFUN |bcSeriesExpansion| ; (DEFUN BOOT::|bcSeriesExpansion| (BOOT::|a| BOOT::|b|) ; (PROGN ; (BOOT::|htInitPage| "Series Expansion Basic Command" NIL) ; (BOOT::|htMakePage| ; '((BOOT::|domainConditions| # # # #) (BOOT::|text| . "\\newline ") ; (BOOT::|text| . "\\menuitemstyle{}\\tab{2}") ; (BOOT::|text| ; . "Enter the {\\em function} you want to expand in a power series") ; (BOOT::|text| . "\\newline\\tab{2} ") (BOOT::|bcStrings| #) ; (BOOT::|text| . "\\blankline ") (BOOT::|text| . "\\newline ") ; (BOOT::|text| . "\\menuitemstyle{}\\tab{2}") ; (BOOT::|text| . "Enter the {\\em power series variable}") ; (BOOT::|text| . "\\tab{49}") (BOOT::|bcStrings| #) ...)) ; (BOOT::|htMakeDoneButton| "Continue" 'BOOT::|bcSeriesExpansionGen|) ; (BOOT::|htShowPage|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|bcSeriesExpansion| ; (BOOT::|a| BOOT::|b|) ; (BLOCK BOOT::|bcSeriesExpansion| ; (PROGN ; (BOOT::|htInitPage| "Series Expansion Basic Command" NIL) ; (BOOT::|htMakePage| '(# # # # # # # # # # # # ...)) ; (BOOT::|htMakeDoneButton| "Continue" 'BOOT::|bcSeriesExpansionGen|) ; (BOOT::|htShowPage|)))) ; ; caught STYLE-WARNING: ; The variable |a| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |b| is defined but never used. ; compiling (DEFUN |bcSeriesExpansionGen| ...) ; compiling (DEFUN |bcSeriesByFormula| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/bc-misc.clisp ; in: DEFUN |bcSeriesByFormula| ; (DEFUN BOOT::|bcSeriesByFormula| (BOOT::|a| BOOT::|b|) ; (PROGN ; (BOOT::|htInitPage| "Power Series Basic Command" NIL) ; (BOOT::|htMakePage| ; '((BOOT::|text| . "Select the kind of power series you want to create:") ; (BOOT::|text| . "\\beginmenu") (BOOT::|text| . "\\item ") ; (BOOT::|bcLinks| #) ; (BOOT::|text| ; . "\\newline Series where the exponent ranges over the integers from a {\\em non-negative integer} value to plus infinity by an arbitrary {\\em positive integer} step size") ; (BOOT::|text| . "\\item ") (BOOT::|bcLinks| #) ; (BOOT::|text| ; . "\\newline Series where the exponent ranges from an arbitrary {\\em integer} value to plus infinity by an arbitrary {\\em positive integer} step size") ; (BOOT::|text| . "\\item ") (BOOT::|bcLinks| #) ; (BOOT::|text| ; . "\\newline Series where the exponent ranges from an arbitrary {\\em rational value} to plus infinity by an arbitrary {\\em positive rational number} step size") ; (BOOT::|text| . "\\endmenu"))) ; (BOOT::|htShowPage|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|bcSeriesByFormula| ; (BOOT::|a| BOOT::|b|) ; (BLOCK BOOT::|bcSeriesByFormula| ; (PROGN ; (BOOT::|htInitPage| "Power Series Basic Command" NIL) ; (BOOT::|htMakePage| '(# # # # # # # # # # # #)) ; (BOOT::|htShowPage|)))) ; ; caught STYLE-WARNING: ; The variable |a| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |b| is defined but never used. ; compiling (DEFUN |bcTaylorSeries| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/bc-misc.clisp ; in: DEFUN |bcTaylorSeries| ; (DEFUN BOOT::|bcTaylorSeries| (BOOT::|a| BOOT::|b|) ; (PROGN ; (BOOT::|htInitPage| "Taylor Series Basic Command" NIL) ; (BOOT::|htMakePage| ; '((BOOT::|domainConditions| # # # #) ; (BOOT::|text| . "\\menuitemstyle{}\\tab{2}") ; (BOOT::|text| ; . "Enter the formula for the general coefficient of the series") ; (BOOT::|text| . "\\newline\\tab{2} ") (BOOT::|bcStrings| #) ; (BOOT::|text| . "\\blankline ") ; (BOOT::|text| . "\\menuitemstyle{}\\tab{2}") ; (BOOT::|text| . "Enter the {\\em index variable} for your formula") ; (BOOT::|text| . "\\tab{49}") (BOOT::|bcStrings| #) ; (BOOT::|text| . "\\newline ") ; (BOOT::|text| . "\\menuitemstyle{}\\tab{2}") ...)) ; (BOOT::|htShowPage|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|bcTaylorSeries| ; (BOOT::|a| BOOT::|b|) ; (BLOCK BOOT::|bcTaylorSeries| ; (PROGN ; (BOOT::|htInitPage| "Taylor Series Basic Command" NIL) ; (BOOT::|htMakePage| '(# # # # # # # # # # # # ...)) ; (BOOT::|htShowPage|)))) ; ; caught STYLE-WARNING: ; The variable |a| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |b| is defined but never used. ; compiling (DEFUN |bcSeriesByFormulaGen| ...) ; compiling (DEFUN |bcLaurentSeries| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/bc-misc.clisp ; in: DEFUN |bcLaurentSeries| ; (DEFUN BOOT::|bcLaurentSeries| (BOOT::|a| BOOT::|b|) ; (PROGN ; (BOOT::|htInitPage| "Laurent Series Basic Command" NIL) ; (BOOT::|htMakePage| ; '((BOOT::|domainConditions| # # # # # #) (BOOT::|text| . "\\newline ") ; (BOOT::|text| . "\\menuitemstyle{}\\tab{2}") ; (BOOT::|text| ; . "Enter the formula for the general coefficient of the series") ; (BOOT::|text| . "\\newline\\tab{2} ") (BOOT::|bcStrings| #) ; (BOOT::|text| . "\\vspace{1}\\newline ") ; (BOOT::|text| . "\\menuitemstyle{}\\tab{2}") ; (BOOT::|text| . "Enter the {\\em index variable} for your formula") ; (BOOT::|text| . "\\tab{49}") (BOOT::|bcStrings| #) ; (BOOT::|text| . "\\newline ") ...)) ; (BOOT::|htShowPage|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|bcLaurentSeries| ; (BOOT::|a| BOOT::|b|) ; (BLOCK BOOT::|bcLaurentSeries| ; (PROGN ; (BOOT::|htInitPage| "Laurent Series Basic Command" NIL) ; (BOOT::|htMakePage| '(# # # # # # # # # # # # ...)) ; (BOOT::|htShowPage|)))) ; ; caught STYLE-WARNING: ; The variable |a| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |b| is defined but never used. ; compiling (DEFUN |bcPuiseuxSeries| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/bc-misc.clisp ; in: DEFUN |bcPuiseuxSeries| ; (DEFUN BOOT::|bcPuiseuxSeries| (BOOT::|a| BOOT::|b|) ; (PROGN ; (BOOT::|htInitPage| "Puiseux Series Basic Command" NIL) ; (BOOT::|htMakePage| ; '((BOOT::|domainConditions| # # # # # # #) (BOOT::|text| . "\\newline ") ; (BOOT::|text| . "\\menuitemstyle{}\\tab{2}") ; (BOOT::|text| ; . "Enter the {\\em formula} for the general coefficient of the series") ; (BOOT::|text| . "\\newline\\tab{2} ") (BOOT::|bcStrings| #) ; (BOOT::|text| . "\\vspace{1}\\newline ") ; (BOOT::|text| . "\\menuitemstyle{}\\tab{2}") ; (BOOT::|text| . "Enter the {\\em index variable} for your formula") ; (BOOT::|text| . "\\tab{49}") (BOOT::|bcStrings| #) ; (BOOT::|text| . "\\newline ") ...)) ; (BOOT::|htShowPage|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|bcPuiseuxSeries| ; (BOOT::|a| BOOT::|b|) ; (BLOCK BOOT::|bcPuiseuxSeries| ; (PROGN ; (BOOT::|htInitPage| "Puiseux Series Basic Command" NIL) ; (BOOT::|htMakePage| '(# # # # # # # # # # # # ...)) ; (BOOT::|htShowPage|)))) ; ; caught STYLE-WARNING: ; The variable |a| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |b| is defined but never used. ; compiling (DEFUN |bcTaylorSeriesGen| ...) ; compiling (DEFUN |bcLaurentSeriesGen| ...) ; compiling (DEFUN |bcPuiseuxSeriesGen| ...) ; compiling (DEFUN |bcSeriesGen| ...) ; compiling (DEFUN |bcLimit| ...) ; compiling (DEFUN |bcRealLimit| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/bc-misc.clisp ; in: DEFUN |bcRealLimit| ; (DEFUN BOOT::|bcRealLimit| (BOOT::|a| BOOT::|b|) ; (PROGN ; (BOOT::|htInitPage| "Real Limit Basic Command" NIL) ; (BOOT::|htMakePage| ; '((BOOT::|domainConditions| # # # #) (BOOT::|text| . "\\newline ") ; (BOOT::|text| . "\\menuitemstyle{}\\tab{2}") ; (BOOT::|text| ; . "Enter the {\\em function} you want to compute the limit of:") ; (BOOT::|text| . "\\newline\\tab{2} ") (BOOT::|bcStrings| #) ; (BOOT::|text| . "\\blankline") (BOOT::|text| . "\\newline ") ; (BOOT::|text| . "\\menuitemstyle{}\\tab{2}") ; (BOOT::|text| . "Enter the name of the {\\em variable}: ") ; (BOOT::|text| . "\\tab{41}") (BOOT::|bcStrings| #) ...)) ; (BOOT::|htShowPage|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|bcRealLimit| ; (BOOT::|a| BOOT::|b|) ; (BLOCK BOOT::|bcRealLimit| ; (PROGN ; (BOOT::|htInitPage| "Real Limit Basic Command" NIL) ; (BOOT::|htMakePage| '(# # # # # # # # # # # # ...)) ; (BOOT::|htShowPage|)))) ; ; caught STYLE-WARNING: ; The variable |a| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |b| is defined but never used. ; compiling (DEFUN |bcRealLimitGen| ...) ; compiling (DEFUN |bcRealLimitGen1| ...) ; compiling (DEFUN |bcComplexLimit| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/bc-misc.clisp ; in: DEFUN |bcComplexLimit| ; (DEFUN BOOT::|bcComplexLimit| (BOOT::|a| BOOT::|b|) ; (PROGN ; (BOOT::|htInitPage| "Complex Limit Basic Command" NIL) ; (BOOT::|htMakePage| ; '((BOOT::|domainConditions| # # # #) (BOOT::|text| . "\\newline ") ; (BOOT::|text| . "\\menuitemstyle{}\\tab{2}") ; (BOOT::|text| ; . "Enter the {\\em function} you want to compute the limit of:") ; (BOOT::|text| . "\\newline\\tab{2} ") (BOOT::|bcStrings| #) ; (BOOT::|text| . "\\blankline ") (BOOT::|text| . "\\newline ") ; (BOOT::|text| . "\\menuitemstyle{}\\tab{2}") ; (BOOT::|text| . "Enter the name of the {\\em variable}: ") ; (BOOT::|text| . "\\tab{37}") (BOOT::|bcStrings| #) ...)) ; (BOOT::|htShowPage|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|bcComplexLimit| ; (BOOT::|a| BOOT::|b|) ; (BLOCK BOOT::|bcComplexLimit| ; (PROGN ; (BOOT::|htInitPage| "Complex Limit Basic Command" NIL) ; (BOOT::|htMakePage| '(# # # # # # # # # # # # ...)) ; (BOOT::|htShowPage|)))) ; ; caught STYLE-WARNING: ; The variable |a| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |b| is defined but never used. ; compiling (DEFUN |bcComplexLimitGen| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/bc-misc.clisp ; in: DEFUN |bcDraw| ; (BOOT::|bcHt| "What would you like to draw?") ; ; caught STYLE-WARNING: ; undefined function: |bcHt| ; in: DEFUN |bcSum| ; (BOOT::|htInitPage| 'BOOT::|Sum Basic Command| NIL) ; ; caught STYLE-WARNING: ; undefined function: |htInitPage| ; in: DEFUN |bcDefiniteIntegrate| ; (BOOT::|htInitPage| 'BOOT::|Definite Integration Basic Command| NIL) ; ; caught STYLE-WARNING: ; undefined function: |htInitPage| ; in: DEFUN |bcIndefiniteIntegrate| ; (BOOT::|htInitPage| 'BOOT::|Indefinite Integration Basic Command| NIL) ; ; caught STYLE-WARNING: ; undefined function: |htInitPage| ; ; caught STYLE-WARNING: ; 19 more uses of undefined function |htInitPage| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/bc-misc.clisp ; in: DEFUN |bcSum| ; (BOOT::|htMakePage| ; '((BOOT::|domainConditions| (BOOT::|isDomain| BOOT::EM BOOT::|$EmptyMode|) ; (BOOT::|isDomain| BOOT::S (BOOT::|String|)) ; (BOOT::|isDomain| BOOT::SY (BOOT::|Symbol|))) ; (BOOT::|text| . "\\newline ") (BOOT::|text| . "\\menuitemstyle{}\\tab{2}") ; (BOOT::|text| . "Enter the {\\em function} you would like to sum:") ; (BOOT::|text| . "\\newline\\tab{2} ") ; (BOOT::|bcStrings| (44 "i**3" BOOT::|summand| BOOT::EM)) ; (BOOT::|text| . "\\blankline ") (BOOT::|text| . "\\newline ") ; (BOOT::|text| . "\\menuitemstyle{}\\tab{2}") ; (BOOT::|text| . "Enter the {\\em summation index}:") ; (BOOT::|text| . "\\tab{36}") ; (BOOT::|bcStrings| (10 BOOT::|i| BOOT::|index| BOOT::SY)) ...)) ; ; caught STYLE-WARNING: ; undefined function: |htMakePage| ; in: DEFUN |bcDefiniteIntegrate| ; (BOOT::|htMakePage| ; '((BOOT::|domainConditions| (BOOT::|isDomain| BOOT::EM BOOT::|$EmptyMode|) ; (BOOT::|isDomain| BOOT::S (BOOT::|String|)) ; (BOOT::|isDomain| BOOT::SY (BOOT::|Symbol|))) ; (BOOT::|text| . "\\newline ") (BOOT::|text| . "\\menuitemstyle{}\\tab{2}") ; (BOOT::|text| . "Enter the {\\em function} you would like to integrate:") ; (BOOT::|text| . "\\newline\\tab{2} ") ; (BOOT::|bcStrings| (45 "1/(x**2 + 6)" BOOT::|integrand| BOOT::EM)) ; (BOOT::|text| . "\\blankline") (BOOT::|text| . "\\newline ") ; (BOOT::|text| . "\\menuitemstyle{}\\tab{2}") ; (BOOT::|text| . "Enter the {\\em variable of integration}:") ; (BOOT::|text| . "\\tab{37}") ; (BOOT::|bcStrings| (10 BOOT::|x| BOOT::|symbol| BOOT::SY)) ...)) ; ; caught STYLE-WARNING: ; undefined function: |htMakePage| ; in: DEFUN |bcIndefiniteIntegrate| ; (BOOT::|htMakePage| ; '((BOOT::|domainConditions| (BOOT::|isDomain| BOOT::EM BOOT::|$EmptyMode|) ; (BOOT::|isDomain| BOOT::S (BOOT::|String|)) ; (BOOT::|isDomain| BOOT::SY (BOOT::|Symbol|))) ; (BOOT::|text| . "\\newline ") (BOOT::|text| . "\\menuitemstyle{}\\tab{2}") ; (BOOT::|text| . "Enter the {\\em function} you would like to integrate:") ; (BOOT::|text| . "\\newline\\tab{2} ") ; (BOOT::|bcStrings| (45 "1/(x**2 + 6)" BOOT::|integrand| BOOT::EM)) ; (BOOT::|text| . "\\blankline") (BOOT::|text| . "\\newline ") ; (BOOT::|text| . "\\menuitemstyle{}\\tab{2}") ; (BOOT::|text| . "Enter the {\\em variable of integration}:") ; (BOOT::|text| . "\\tab{37}") ; (BOOT::|bcStrings| (10 BOOT::|x| BOOT::|symbol| BOOT::SY)) ...)) ; ; caught STYLE-WARNING: ; undefined function: |htMakePage| ; ; caught STYLE-WARNING: ; 18 more uses of undefined function |htMakePage| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/bc-misc.clisp ; in: DEFUN |bcSum| ; (BOOT::|htShowPage|) ; ; caught STYLE-WARNING: ; undefined function: |htShowPage| ; in: DEFUN |bcDefiniteIntegrate| ; (BOOT::|htShowPage|) ; ; caught STYLE-WARNING: ; undefined function: |htShowPage| ; in: DEFUN |bcIndefiniteIntegrate| ; (BOOT::|htShowPage|) ; ; caught STYLE-WARNING: ; undefined function: |htShowPage| ; ; caught STYLE-WARNING: ; 19 more uses of undefined function |htShowPage| ; ; compilation unit finished ; Undefined functions: ; |bcHt| |htInitPage| |htMakePage| |htShowPage| ; caught 27 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/bc-misc.fasl written ; compilation finished in 0:00:00.146 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=bc-solve.fasl --load-directory=. ../../../open-axiom/src/interp/bc-solve.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/bc-solve.clisp" (written 01 FEB 2016 10:53:15 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "bc-matrix") ; compiling (IMPORT-MODULE "bc-misc") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFPARAMETER |$systemType| ...) ; compiling (DEFPARAMETER |$numberOfEquations| ...) ; compiling (DEFPARAMETER |$solutionMethod| ...) ; compiling (DEFUN |bcSolve| ...) ; compiling (DEFUN |bcLinearSolve| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/bc-solve.clisp ; in: DEFUN |bcLinearSolve| ; (DEFUN BOOT::|bcLinearSolve| (BOOT::|p| BOOT::|nn|) ; (PROGN ; (BOOT::|htInitPage| "Basic Solve Command" NIL) ; (BOOT::|htMakePage| ; '((BOOT::|text| . "How do you want to enter the equations?") ; (BOOT::|text| . "\\beginmenu") (BOOT::|text| . "\\item ") ; (BOOT::|text| . "\\newline ") (BOOT::|bcLinks| #) ; (BOOT::|text| . "\\item ") (BOOT::|text| . "\\newline ") ; (BOOT::|bcLinks| #) (BOOT::|text| . "\\indentrel{16}\\tab{0}") ; (BOOT::|text| ; . " \\spad{AX = B}, where \\spad{A} is a matrix of coefficients and \\spad{B} is a vector") ; (BOOT::|text| . "\\indentrel{-16}\\item ") ; (BOOT::|text| . "\\endmenu"))) ; (BOOT::|htShowPage|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|bcLinearSolve| ; (BOOT::|p| BOOT::|nn|) ; (BLOCK BOOT::|bcLinearSolve| ; (PROGN ; (BOOT::|htInitPage| "Basic Solve Command" NIL) ; (BOOT::|htMakePage| '(# # # # # # # # # # # #)) ; (BOOT::|htShowPage|)))) ; ; caught STYLE-WARNING: ; The variable |p| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |nn| is defined but never used. ; compiling (DEFUN |bcLinearSolveEqns| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/bc-solve.clisp ; in: DEFUN |bcLinearSolveEqns| ; (DEFUN BOOT::|bcLinearSolveEqns| (BOOT::|htPage| BOOT::|p|) ; (PROGN ; (BOOT::|htInitPage| "Basic Solve Command" NIL) ; (BOOT::|htMakePage| ; '((BOOT::|domainConditions| #) (BOOT::|inputStrings| #))) ; (BOOT::|htMakeDoneButton| "Continue" 'BOOT::|bcLinearSolveEqns1|) ; (BOOT::|htShowPage|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|bcLinearSolveEqns| ; (BOOT::|htPage| BOOT::|p|) ; (BLOCK BOOT::|bcLinearSolveEqns| ; (PROGN ; (BOOT::|htInitPage| "Basic Solve Command" NIL) ; (BOOT::|htMakePage| '(# #)) ; (BOOT::|htMakeDoneButton| "Continue" 'BOOT::|bcLinearSolveEqns1|) ; (BOOT::|htShowPage|)))) ; ; caught STYLE-WARNING: ; The variable |htPage| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |p| is defined but never used. ; compiling (DEFUN |bcSystemSolve| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/bc-solve.clisp ; in: DEFUN |bcSystemSolve| ; (DEFUN BOOT::|bcSystemSolve| (BOOT::|htPage| BOOT::|p|) ; (PROGN ; (BOOT::|htInitPage| "Basic Solve Command" NIL) ; (BOOT::|htMakePage| ; '((BOOT::|domainConditions| #) (BOOT::|inputStrings| #))) ; (BOOT::|htMakeDoneButton| "Continue" 'BOOT::|bcSystemSolveEqns1|) ; (BOOT::|htShowPage|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|bcSystemSolve| ; (BOOT::|htPage| BOOT::|p|) ; (BLOCK BOOT::|bcSystemSolve| ; (PROGN ; (BOOT::|htInitPage| "Basic Solve Command" NIL) ; (BOOT::|htMakePage| '(# #)) ; (BOOT::|htMakeDoneButton| "Continue" 'BOOT::|bcSystemSolveEqns1|) ; (BOOT::|htShowPage|)))) ; ; caught STYLE-WARNING: ; The variable |htPage| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |p| is defined but never used. ; compiling (DEFUN |bcSolveSingle| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/bc-solve.clisp ; in: DEFUN |bcSolveSingle| ; (DEFUN BOOT::|bcSolveSingle| (BOOT::|htPage| BOOT::|p|) ; (PROGN ; (BOOT::|htpSetProperty| BOOT::|htPage| 'BOOT::|systemType| ; 'BOOT::|onePolynomial|) ; (BOOT::|htpSetProperty| BOOT::|htPage| 'BOOT::|exitFunction| ; 'BOOT::|bcInputSolveInfo|) ; (BOOT::|bcInputEquations| BOOT::|htPage| 'BOOT::|exact|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|bcSolveSingle| ; (BOOT::|htPage| BOOT::|p|) ; (BLOCK BOOT::|bcSolveSingle| ; (PROGN ; (BOOT::|htpSetProperty| BOOT::|htPage| 'BOOT::|systemType| ; 'BOOT::|onePolynomial|) ; (BOOT::|htpSetProperty| BOOT::|htPage| 'BOOT::|exitFunction| ; 'BOOT::|bcInputSolveInfo|) ; (BOOT::|bcInputEquations| BOOT::|htPage| 'BOOT::|exact|)))) ; ; caught STYLE-WARNING: ; The variable |p| is defined but never used. ; compiling (DEFUN |bcSystemSolveEqns1| ...) ; compiling (DEFUN |bcLinearSolveEqns1| ...) ; compiling (DEFUN |bcInputSolveInfo| ...) ; compiling (DEFUN |bcInputEquations| ...) ; compiling (DEFUN |bcInputEquations,f| ...) ; compiling (DEFUN |bcCreateVariableString| ...) ; compiling (DEFUN |bcMakeUnknowns| ...) ; compiling (DEFUN |bcMakeEquations| ...) ; compiling (DEFUN |bcMakeLinearEquations| ...) ; compiling (DEFUN |bcInputEquationsEnd| ...) ; compiling (DEFUN |bcSolveEquationsNumerically| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/bc-solve.clisp ; in: DEFUN |bcSolveEquationsNumerically| ; (DEFUN BOOT::|bcSolveEquationsNumerically| (BOOT::|htPage| BOOT::|p|) ; (LET* (BOOT::|page|) ; (PROGN ; (SETQ BOOT::|page| #) ; (BOOT::|htMakePage| '(# # # #)) ; (BOOT::|htMakeDoneButton| "Continue" 'BOOT::|bcSolveNumerically1|) ; (BOOT::|htShowPage|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|bcSolveEquationsNumerically| ; (BOOT::|htPage| BOOT::|p|) ; (BLOCK BOOT::|bcSolveEquationsNumerically| ; (LET* (BOOT::|page|) ; (PROGN ; (SETQ #) ; (BOOT::|htMakePage| '#) ; (BOOT::|htMakeDoneButton| "Continue" 'BOOT::|bcSolveNumerically1|) ; (BOOT::|htShowPage|))))) ; ; caught STYLE-WARNING: ; The variable |p| is defined but never used. ; compiling (DEFUN |bcSolveNumerically1| ...) ; compiling (DEFUN |bcSolveEquations| ...) ; compiling (DEFUN |bcLinearSolveMatrix| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/bc-solve.clisp ; in: DEFUN |bcLinearSolveMatrix| ; (DEFUN BOOT::|bcLinearSolveMatrix| (BOOT::|htPage| BOOT::|junk|) ; (BOOT::|bcReadMatrix| 'BOOT::|bcLinearSolveMatrix1|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|bcLinearSolveMatrix| ; (BOOT::|htPage| BOOT::|junk|) ; (BLOCK BOOT::|bcLinearSolveMatrix| ; (BOOT::|bcReadMatrix| 'BOOT::|bcLinearSolveMatrix1|))) ; ; caught STYLE-WARNING: ; The variable |htPage| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |junk| is defined but never used. ; compiling (DEFUN |bcLinearSolveMatrix1| ...) ; compiling (DEFUN |bcLinearExtractMatrix| ...) ; compiling (DEFUN |bcLinearSolveMatrixInhomo| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/bc-solve.clisp ; in: DEFUN |bcLinearSolveMatrixInhomo| ; (DEFUN BOOT::|bcLinearSolveMatrixInhomo| (BOOT::|htPage| BOOT::|junk|) ; (LET* (BOOT::|page| BOOT::|labelList| BOOT::|ncols| BOOT::|nrows|) ; (PROGN ; (SETQ BOOT::|nrows| #) ; (SETQ BOOT::|ncols| #) ; (SETQ BOOT::|labelList| #) ; (SETQ BOOT::|page| #) ; (BOOT::|htpSetProperty| BOOT::|page| 'BOOT::|matrix| ; (BOOT::|htpProperty| BOOT::|htPage| ; 'BOOT::|matrix|)) ; (BOOT::|htpSetProperty| BOOT::|page| 'BOOT::|nrows| BOOT::|nrows|) ; (BOOT::|htpSetProperty| BOOT::|page| 'BOOT::|ncols| BOOT::|ncols|) ; (BOOT::|htMakePage| (LIST '# '# # '# '#)) ; (BOOT::|htShowPage|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|bcLinearSolveMatrixInhomo| ; (BOOT::|htPage| BOOT::|junk|) ; (BLOCK BOOT::|bcLinearSolveMatrixInhomo| ; (LET* (BOOT::|page| BOOT::|labelList| BOOT::|ncols| BOOT::|nrows|) ; (PROGN ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (BOOT::|htpSetProperty| BOOT::|page| 'BOOT::|matrix| #) ; (BOOT::|htpSetProperty| BOOT::|page| 'BOOT::|nrows| BOOT::|nrows|) ; (BOOT::|htpSetProperty| BOOT::|page| 'BOOT::|ncols| BOOT::|ncols|) ; (BOOT::|htMakePage| #) ; (BOOT::|htShowPage|))))) ; ; caught STYLE-WARNING: ; The variable |junk| is defined but never used. ; compiling (DEFUN |bcLinearSolveMatrixInhomo,f| ...) ; compiling (DEFUN |bcLinearSolveMatrixInhomoGen| ...) ; compiling (DEFUN |bcLinearSolveMatrixHomo| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/bc-solve.clisp ; in: DEFUN |bcLinearSolveMatrixHomo| ; (DEFUN BOOT::|bcLinearSolveMatrixHomo| (BOOT::|htPage| BOOT::|key|) ; (BOOT::|bcLinearMatrixGen| BOOT::|htPage| 'BOOT::|homo|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|bcLinearSolveMatrixHomo| ; (BOOT::|htPage| BOOT::|key|) ; (BLOCK BOOT::|bcLinearSolveMatrixHomo| ; (BOOT::|bcLinearMatrixGen| BOOT::|htPage| 'BOOT::|homo|))) ; ; caught STYLE-WARNING: ; The variable |key| is defined but never used. ; compiling (DEFUN |bcLinearMatrixGen| ...) ; compiling (DEFUN |linearFinalRequest| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/bc-solve.clisp ; in: DEFUN |linearFinalRequest| ; (DEFUN BOOT::|linearFinalRequest| (BOOT::|nhh| BOOT::|mat| BOOT::|vect|) ; (LET* (BOOT::|tt|) ; (PROGN ; (BOOT::|sayBrightly| ; "Do you want more information on the meaning of the output") ; (BOOT::|sayBrightly| " (1) no ") ; (BOOT::|sayBrightly| " (2) yes ") ; (SETQ BOOT::|tt| #) ; (COND (# #) (# #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|linearFinalRequest| ; (BOOT::|nhh| BOOT::|mat| BOOT::|vect|) ; (BLOCK BOOT::|linearFinalRequest| ; (LET* (BOOT::|tt|) ; (PROGN ; (BOOT::|sayBrightly| ; "Do you want more information on the meaning of the output") ; (BOOT::|sayBrightly| " (1) no ") ; (BOOT::|sayBrightly| " (2) yes ") ; (SETQ #) ; (COND # #))))) ; ; caught STYLE-WARNING: ; The variable |mat| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |vect| is defined but never used. ; compiling (DEFUN |explainLinear| ...) ; compiling (DEFUN |finalExactRequest| ...) ; compiling (DEFUN |bcLinearSolveEqnsGen| ...) ; compiling (DEFUN |bcGenEquations| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/bc-solve.clisp ; in: DEFUN |bcInputEquations| ; (BOOT::|bcHt| "\\blankline ") ; ; caught STYLE-WARNING: ; undefined function: |bcHt| ; in: DEFUN |finalExactRequest| ; (BOOT::|bcQueryInteger| 1 3 T) ; ; caught STYLE-WARNING: ; undefined function: |bcQueryInteger| ; in: DEFUN |linearFinalRequest| ; (BOOT::|bcQueryInteger| 1 2 T) ; ; caught STYLE-WARNING: ; undefined function: |bcQueryInteger| ; in: DEFUN |finalExactRequest| ; (BOOT::|explainExact| BOOT::|equations| BOOT::|unknowns|) ; ; caught STYLE-WARNING: ; undefined function: |explainExact| ; in: DEFUN |bcLinearSolveEqns| ; (BOOT::|htInitPage| "Basic Solve Command" NIL) ; ; caught STYLE-WARNING: ; undefined function: |htInitPage| ; in: DEFUN |bcLinearSolve| ; (BOOT::|htInitPage| "Basic Solve Command" NIL) ; ; caught STYLE-WARNING: ; undefined function: |htInitPage| ; in: DEFUN |bcSolve| ; (BOOT::|htInitPage| "Solve Basic Command" NIL) ; ; caught STYLE-WARNING: ; undefined function: |htInitPage| ; ; caught STYLE-WARNING: ; 6 more uses of undefined function |htInitPage| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/bc-solve.clisp ; in: DEFUN |bcLinearSolveEqns| ; (BOOT::|htMakePage| ; '((BOOT::|domainConditions| (BOOT::|isDomain| PI (BOOT::|PositiveInteger|))) ; (BOOT::|inputStrings| ; ("Enter the {\\em number} of equations:" "" 5 2 BOOT::|numberOfEquations| ; PI)))) ; ; caught STYLE-WARNING: ; undefined function: |htMakePage| ; in: DEFUN |bcLinearSolve| ; (BOOT::|htMakePage| ; '((BOOT::|text| . "How do you want to enter the equations?") ; (BOOT::|text| . "\\beginmenu") (BOOT::|text| . "\\item ") ; (BOOT::|text| . "\\newline ") ; (BOOT::|bcLinks| ; ("\\menuitemstyle{Directly as equations}" "" BOOT::|bcLinearSolveEqns| ; BOOT::|equations|)) ; (BOOT::|text| . "\\item ") (BOOT::|text| . "\\newline ") ; (BOOT::|bcLinks| ; ("\\menuitemstyle{In matrix form}" "" BOOT::|bcLinearSolveMatrix| ; BOOT::|matrix|)) ; (BOOT::|text| . "\\indentrel{16}\\tab{0}") ; (BOOT::|text| ; . " \\spad{AX = B}, where \\spad{A} is a matrix of coefficients and \\spad{B} is a vector") ; (BOOT::|text| . "\\indentrel{-16}\\item ") (BOOT::|text| . "\\endmenu"))) ; ; caught STYLE-WARNING: ; undefined function: |htMakePage| ; in: DEFUN |bcSolve| ; (BOOT::|htMakePage| ; '((BOOT::|text| . "What do you want to solve? ") ; (BOOT::|text| . "\\beginmenu") (BOOT::|text| . "\\item ") ; (BOOT::|bcLinks| ; ("\\menuitemstyle{A System Of Linear Equations}" "" BOOT::|bcLinearSolve| ; BOOT::|linear|)) ; (BOOT::|text| . "\\item ") ; (BOOT::|bcLinks| ; ("\\menuitemstyle{A System of Polynomial Equations}" "" ; BOOT::|bcSystemSolve| BOOT::|polynomial|)) ; (BOOT::|text| . "\\item ") ; (BOOT::|bcLinks| ; ("\\menuitemstyle{A Single Polynomial Equation}" "" BOOT::|bcSolveSingle| ; BOOT::|onePolynomial|)) ; (BOOT::|text| . "\\endmenu"))) ; ; caught STYLE-WARNING: ; undefined function: |htMakePage| ; ; caught STYLE-WARNING: ; 6 more uses of undefined function |htMakePage| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/bc-solve.clisp ; in: DEFUN |bcInputEquations| ; (BOOT::|htSay| "\\newline\\menuitemstyle{}\\tab{2}") ; ; caught STYLE-WARNING: ; undefined function: |htSay| ; in: DEFUN |bcLinearSolveEqns| ; (BOOT::|htShowPage|) ; ; caught STYLE-WARNING: ; undefined function: |htShowPage| ; in: DEFUN |bcLinearSolve| ; (BOOT::|htShowPage|) ; ; caught STYLE-WARNING: ; undefined function: |htShowPage| ; in: DEFUN |bcSolve| ; (BOOT::|htShowPage|) ; ; caught STYLE-WARNING: ; undefined function: |htShowPage| ; ; caught STYLE-WARNING: ; 6 more uses of undefined function |htShowPage| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/bc-solve.clisp ; in: DEFUN |bcInputEquations| ; (BOOT::|objValUnwrap| ; (BOOT::|htpLabelSpadValue| BOOT::|htPage| 'BOOT::|numberOfEquations|)) ; ; caught STYLE-WARNING: ; undefined function: |objValUnwrap| ; in: DEFUN |explainLinear| ; (BOOT::|systemError| NIL) ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; in: DEFUN |bcInputEquationsEnd| ; (BOOT::|systemError| NIL) ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; ; compilation unit finished ; Undefined functions: ; |bcHt| |bcQueryInteger| |explainExact| |htInitPage| |htMakePage| |htSay| |htShowPage| |objValUnwrap| |systemError| ; caught 34 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/bc-solve.fasl written ; compilation finished in 0:00:00.116 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=htsetvar.fasl --load-directory=. ../../../open-axiom/src/interp/htsetvar.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/htsetvar.clisp" (written 01 FEB 2016 10:53:15 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "sys-macros") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFUN |htsv| ...) ; compiling (DEFUN |htSetVars| ...) ; compiling (DEFUN |htShowSetTree| ...) ; compiling (DEFUN |htShowCount| ...) ; compiling (DEFUN |htShowSetTreeValue| ...) ; compiling (DEFUN |mkSetTitle| ...) ; compiling (DEFUN |listOfStrings2String| ...) ; compiling (DEFUN |htShowSetPage| ...) ; compiling (DEFUN |htShowLiteralsPage| ...) ; compiling (DEFUN |htSetLiterals| ...) ; compiling (DEFUN |htSetLiteral| ...) ; compiling (DEFUN |htShowIntegerPage| ...) ; compiling (DEFUN |htSetInteger| ...) ; compiling (DEFUN |htShowFunctionPage| ...) ; compiling (DEFUN |htShowFunctionPageContinued| ...) ; compiling (DEFUN |htSetvarDoneButton| ...) ; compiling (DEFUN |htFunctionSetLiteral| ...) ; compiling (DEFUN |htSetFunCommand| ...) ; compiling (DEFUN |htSetFunCommandContinue| ...) ; compiling (DEFUN |htKill| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/htsetvar.clisp ; in: DEFUN |htKill| ; (DEFUN BOOT::|htKill| (BOOT::|htPage| BOOT::|value|) ; (LET* (BOOT::|string|) ; (DECLARE (SPECIAL BOOT::|$path|)) ; (PROGN ; (BOOT::|htInitPage| "System Command" NIL) ; (SETQ BOOT::|string| #) ; (BOOT::|htMakePage| (LIST '# #)) ; (BOOT::|htMakePage| '(#)) ; (BOOT::|htSay| "\\vspace{2}{Select \\ \\UpButton{} \\ to go back.}") ; (BOOT::|htSay| ; "\\newline{Select \\ \\ExitButton{QuitPage} \\ to remove this window.}") ; (BOOT::|htProcessDoitButton| ; (LIST "Press to Remove Page" "" 'BOOT::|htDoNothing|)) ; (BOOT::|htShowPage|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|htKill| ; (BOOT::|htPage| BOOT::|value|) ; (BLOCK BOOT::|htKill| ; (LET* (BOOT::|string|) ; (DECLARE (SPECIAL BOOT::|$path|)) ; (PROGN ; (BOOT::|htInitPage| "System Command" NIL) ; (SETQ #) ; (BOOT::|htMakePage| #) ; (BOOT::|htMakePage| '#) ; (BOOT::|htSay| ; "\\vspace{2}{Select \\ \\UpButton{} \\ to go back.}") ; (BOOT::|htSay| ; "\\newline{Select \\ \\ExitButton{QuitPage} \\ to remove this window.}") ; (BOOT::|htProcessDoitButton| #) ; (BOOT::|htShowPage|))))) ; ; caught STYLE-WARNING: ; The variable |htPage| is defined but never used. ; compiling (DEFUN |htSetNotAvailable| ...) ; compiling (DEFUN |htDoNothing| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/htsetvar.clisp ; in: DEFUN |htDoNothing| ; (DEFUN BOOT::|htDoNothing| (BOOT::|htPage| BOOT::|command|) NIL) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|htDoNothing| ; (BOOT::|htPage| BOOT::|command|) ; (BLOCK BOOT::|htDoNothing| NIL)) ; ; caught STYLE-WARNING: ; The variable |htPage| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |command| is defined but never used. ; compiling (DEFUN |htCheck| ...) ; compiling (DEFUN |parseWord| ...) ; compiling (DEFUN |htCheckList| ...) ; compiling (DEFUN |translateYesNoToTrueFalse| ...) ; compiling (DEFUN |chkNameList| ...) ; compiling (DEFUN |chkPosInteger| ...) ; compiling (DEFUN |chkOutputFileName| ...) ; compiling (DEFUN |chkDirectory| ...) ; compiling (DEFUN |chkNonNegativeInteger| ...) ; compiling (DEFUN |chkRange| ...) ; compiling (DEFUN |chkAllNonNegativeInteger| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/htsetvar.clisp ; in: DEFUN |chkAllNonNegativeInteger| ; (OR ; (AND (SETQ BOOT::|u| (BOOT::|ncParseFromString| BOOT::|s|)) ; (BOOTTRAN:|symbolMember?| BOOT::|u| ; '(BOOT::|a| BOOT::|al| BOOT::|all| BOOT::A ; BOOT::AL BOOT::ALL)) ; 'BOOT::ALL) ; (BOOT::|chkNonNegativeInteger| BOOT::|s|) ; "Please enter {\\em all} or a non-negative integer") ; --> LET IF OR LET IF OR THE ; ==> ; "Please enter {\\em all} or a non-negative integer" ; ; note: deleting unreachable code ; compiling (DEFUN |htMakePathKey| ...) ; compiling (DEFUN |htMakePathKey,fn| ...) ; compiling (DEFUN |htMarkTree| ...) ; compiling (DEFUN |htSetHistory| ...) ; compiling (DEFUN |htSetOutputLibrary| ...) ; compiling (DEFUN |htSetInputLibrary| ...) ; compiling (DEFUN |htSetExpose| ...) ; compiling (DEFUN |htSetKernelProtect| ...) ; compiling (DEFUN |htSetKernelWarn| ...) ; compiling (DEFUN |htSetOutputCharacters| ...) ; compiling (DEFUN |htSetLinkerArgs| ...) ; compiling (DEFUN |htSetCache| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/htsetvar.clisp ; in: DEFUN |htSetCache| ; (DEFUN BOOT::|htSetCache| (BOOT::|htPage| &REST BOOT::|options|) ; (DECLARE (SPECIAL BOOT::|$valueList| BOOT::|$path|)) ; (PROGN ; (SETQ BOOT::|$path| '(BOOT::|functions| BOOT::|cache|)) ; (SETQ BOOT::|htPage| (BOOT::|htInitPage| # NIL)) ; (SETQ BOOT::|$valueList| NIL) ; (BOOT::|htMakePage| ; '((BOOT::|text| ; "Use this system command to cause the AXIOM interpreter to `remember' " ; "past values of interpreter functions. " ; "To remember a past value of a function, the interpreter " ; "sets up a {\\em cache} for that function based on argument values. " ; "When a value is cached for a given argument value, its value is gotten " ; "from the cache and not recomputed. Caching can often save much " ; "computing time, particularly with recursive functions or functions that " ; "are expensive to compute and that are called repeatedly " ; "with the same argument." "\\vspace{1}\\newline ") ; (BOOT::|domainConditions| #) ; (BOOT::|text| ; "Enter below a list of interpreter functions you would like specially cached. " ; "Use the name {\\em all} to give a default setting for all " ; "interpreter functions. " "\\vspace{1}\\newline " ; "Enter {\\em all} or a list of names (separate names by blanks):") ; (BOOT::|inputStrings| #) ; (BOOT::|doneButton| "Push to enter names" BOOT::|htCacheAddChoice|))) ; (BOOT::|htShowPage|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|htSetCache| ; (BOOT::|htPage| &REST BOOT::|options|) ; (DECLARE (SPECIAL BOOT::|$valueList| BOOT::|$path|)) ; (BLOCK BOOT::|htSetCache| ; (PROGN ; (SETQ BOOT::|$path| '#) ; (SETQ BOOT::|htPage| #) ; (SETQ BOOT::|$valueList| NIL) ; (BOOT::|htMakePage| '(# # # # #)) ; (BOOT::|htShowPage|)))) ; ; caught STYLE-WARNING: ; The variable |options| is defined but never used. ; compiling (DEFUN |htCacheAddChoice| ...) ; compiling (DEFUN |htMakeLabel| ...) ; compiling (DEFUN |htCacheSet| ...) ; compiling (DEFUN |htAllOrNum| ...) ; compiling (DEFUN |htCacheOne| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/htsetvar.clisp ; in: DEFUN |htCacheSet| ; (BOOT::ADDASSOC (INTERN BOOT::|name|) BOOT::|num| BOOT::|$cacheAlist|) ; ; caught STYLE-WARNING: ; undefined function: ADDASSOC ; in: DEFUN |htShowFunctionPageContinued| ; (BOOT::|bcHt| ; (LIST "\\centerline{Set {\\em " (ELT BOOT::|setData| 0) "}}\\newline")) ; ; caught STYLE-WARNING: ; undefined function: |bcHt| ; in: DEFUN |htShowIntegerPage| ; (BOOT::|bcHt| ; (LIST "\\centerline{Set {\\em " (ELT BOOT::|setData| 0) "}}\\newline")) ; ; caught STYLE-WARNING: ; undefined function: |bcHt| ; in: DEFUN |htSetLiterals| ; (BOOT::|bcHt| (LIST "\\centerline{Set {\\em " BOOT::|name| "}}\\newline")) ; ; caught STYLE-WARNING: ; undefined function: |bcHt| ; ; caught STYLE-WARNING: ; 3 more uses of undefined function |bcHt| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/htsetvar.clisp ; in: DEFUN |chkNameList| ; (BOOT::|bcString2ListWords| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |bcString2ListWords| ; in: DEFUN |htCacheAddChoice| ; (BOOT::|bcString2WordList| ; (BOOT::|htpLabelInputString| BOOT::|htPage| 'BOOT::|names|)) ; ; caught STYLE-WARNING: ; undefined function: |bcString2WordList| ; in: DEFUN |chkOutputFileName| ; (BOOT::|bcString2WordList| BOOT::|s|) ; ; caught STYLE-WARNING: ; undefined function: |bcString2WordList| ; in: DEFUN |htSetvarDoneButton| ; (BOOT::|bchtMakeButton| "\\lisplink" "\\ControlBitmap{ClickToSet}" ; BOOT::|func|) ; ; caught STYLE-WARNING: ; undefined function: |bchtMakeButton| ; in: DEFUN |htCacheSet| ; (BOOT::|deleteAssoc| 'BOOT::|all| BOOT::|$cacheAlist|) ; ; caught STYLE-WARNING: ; undefined function: |deleteAssoc| ; in: DEFUN |htSetInteger| ; (BOOT::|errorPage| BOOT::|htPage| ; (LIST "Value Error" NIL "\\vspace{3}\\centerline{{\\em " BOOT::|val| ; "}}\\vspace{2}\\newline\\centerline{Click on \\UpBitmap{} to re-enter value}")) ; ; caught STYLE-WARNING: ; undefined function: |errorPage| ; in: DEFUN |htShowIntegerPage| ; (BOOT::|eval| (ELT BOOT::|setData| 4)) ; ; caught STYLE-WARNING: ; undefined function: |eval| ; in: DEFUN |htSetLiterals| ; (BOOT::|eval| BOOT::|variable|) ; ; caught STYLE-WARNING: ; undefined function: |eval| ; in: DEFUN |htShowSetTreeValue| ; (BOOT::|eval| (ELT BOOT::|setData| 4)) ; ; caught STYLE-WARNING: ; undefined function: |eval| ; ; caught STYLE-WARNING: ; 2 more uses of undefined function |eval| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/htsetvar.clisp ; in: DEFUN |htCacheAddChoice| ; (BOOT::|htCacheAddQuery|) ; ; caught STYLE-WARNING: ; undefined function: |htCacheAddQuery| ; in: DEFUN |htSetLiteral| ; (BOOT::|htInitPage| "Set Command" NIL) ; ; caught STYLE-WARNING: ; undefined function: |htInitPage| ; in: DEFUN |htSetLiterals| ; (BOOT::|htInitPage| "Set Command" (BOOT::|htpPropertyList| BOOT::|htPage|)) ; ; caught STYLE-WARNING: ; undefined function: |htInitPage| ; in: DEFUN |htShowSetTree| ; (BOOT::|htInitPage| (BOOT::|mkSetTitle|) NIL) ; ; caught STYLE-WARNING: ; undefined function: |htInitPage| ; ; caught STYLE-WARNING: ; 10 more uses of undefined function |htInitPage| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/htsetvar.clisp ; in: DEFUN |htShowIntegerPage| ; (BOOT::|htMakePage| ; (LIST ; '(BOOT::|domainConditions| (BOOT::|Satisfies| BOOT::S BOOT::|chkRange|)) ; (LIST 'BOOT::|bcStrings| ; (LIST 5 (BOOT::|eval| #) 'BOOT::|value| 'BOOT::S)))) ; ; caught STYLE-WARNING: ; undefined function: |htMakePage| ; in: DEFUN |htSetLiterals| ; (BOOT::|htMakePage| (LIST (CONS 'BOOT::|bcLispLinks| BOOT::|links|))) ; ; caught STYLE-WARNING: ; undefined function: |htMakePage| ; in: DEFUN |htShowSetTree| ; (BOOT::|htMakePage| ; (LIST ; (LIST 'BOOT::|bcLispLinks| BOOT::|links| 'BOOT::|options| ; '(BOOT::|indent| . 0)))) ; ; caught STYLE-WARNING: ; undefined function: |htMakePage| ; ; caught STYLE-WARNING: ; 6 more uses of undefined function |htMakePage| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/htsetvar.clisp ; in: DEFUN |htCacheSet| ; (BOOT::|htProcessDoitButton| ; (LIST "Press to Remove Page" "" 'BOOT::|htDoNothing|)) ; ; caught STYLE-WARNING: ; undefined function: |htProcessDoitButton| ; in: DEFUN |htSetNotAvailable| ; (BOOT::|htProcessDoitButton| ; (LIST "Press to Remove Page" "" 'BOOT::|htDoNothing|)) ; ; caught STYLE-WARNING: ; undefined function: |htProcessDoitButton| ; in: DEFUN |htKill| ; (BOOT::|htProcessDoitButton| ; (LIST "Press to Remove Page" "" 'BOOT::|htDoNothing|)) ; ; caught STYLE-WARNING: ; undefined function: |htProcessDoitButton| ; (BOOT::|htSay| "\\vspace{2}{Select \\ \\UpButton{} \\ to go back.}") ; ; caught STYLE-WARNING: ; undefined function: |htSay| ; in: DEFUN |htShowSetTree| ; (BOOT::|htSay| "\\tab{2}\\newline Variable\\tab{" ; (WRITE-TO-STRING (+ BOOT::|maxWidth1| (TRUNCATE BOOT::|maxWidth2| 3))) ; "}Description\\tab{" ; (WRITE-TO-STRING (+ (+ BOOT::|maxWidth2| BOOT::|maxWidth1|) 2)) ; "}Value\\newline\\beginitems ") ; ; caught STYLE-WARNING: ; undefined function: |htSay| ; in: DEFUN |htShowIntegerPage| ; (BOOT::|htShowPage|) ; ; caught STYLE-WARNING: ; undefined function: |htShowPage| ; in: DEFUN |htSetLiterals| ; (BOOT::|htShowPage|) ; ; caught STYLE-WARNING: ; undefined function: |htShowPage| ; in: DEFUN |htShowSetTree| ; (BOOT::|htShowPage|) ; ; caught STYLE-WARNING: ; undefined function: |htShowPage| ; ; caught STYLE-WARNING: ; 7 more uses of undefined function |htShowPage| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/htsetvar.clisp ; in: DEFUN |htCacheAddChoice| ; (BOOT::|htpLabelInputString| BOOT::|htPage| 'BOOT::|names|) ; ; caught STYLE-WARNING: ; undefined function: |htpLabelInputString| ; in: DEFUN |htSetFunCommand| ; (BOOT::|htpLabelInputString| BOOT::|htPage| 'BOOT::|value|) ; ; caught STYLE-WARNING: ; undefined function: |htpLabelInputString| ; in: DEFUN |htSetInteger| ; (BOOT::|htpLabelInputString| BOOT::|htPage| 'BOOT::|value|) ; ; caught STYLE-WARNING: ; undefined function: |htpLabelInputString| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |htpLabelInputString| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/htsetvar.clisp ; in: DEFUN |htSetInteger| ; (BOOT::|htpProperty| BOOT::|htPage| 'BOOT::|variable|) ; ; caught STYLE-WARNING: ; undefined function: |htpProperty| ; in: DEFUN |htSetLiteral| ; (BOOT::|htpProperty| BOOT::|htPage| 'BOOT::|variable|) ; ; caught STYLE-WARNING: ; undefined function: |htpProperty| ; in: DEFUN |htShowSetPage| ; (BOOT::|htpProperty| BOOT::|htPage| 'BOOT::|setTree|) ; ; caught STYLE-WARNING: ; undefined function: |htpProperty| ; ; caught STYLE-WARNING: ; 5 more uses of undefined function |htpProperty| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/htsetvar.clisp ; in: DEFUN |htShowFunctionPageContinued| ; (BOOT::|htpPropertyList| BOOT::|htPage|) ; ; caught STYLE-WARNING: ; undefined function: |htpPropertyList| ; in: DEFUN |htShowIntegerPage| ; (BOOT::|htpPropertyList| BOOT::|htPage|) ; ; caught STYLE-WARNING: ; undefined function: |htpPropertyList| ; in: DEFUN |htSetLiterals| ; (BOOT::|htpPropertyList| BOOT::|htPage|) ; ; caught STYLE-WARNING: ; undefined function: |htpPropertyList| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |htpPropertyList| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/htsetvar.clisp ; in: DEFUN |htShowIntegerPage| ; (BOOT::|htpSetProperty| BOOT::|page| 'BOOT::|variable| ; (ELT BOOT::|setData| 4)) ; ; caught STYLE-WARNING: ; undefined function: |htpSetProperty| ; in: DEFUN |htSetLiterals| ; (BOOT::|htpSetProperty| BOOT::|page| 'BOOT::|variable| BOOT::|variable|) ; ; caught STYLE-WARNING: ; undefined function: |htpSetProperty| ; in: DEFUN |htShowSetTree| ; (BOOT::|htpSetProperty| BOOT::|page| 'BOOT::|setTree| BOOT::|setTree|) ; ; caught STYLE-WARNING: ; undefined function: |htpSetProperty| ; ; caught STYLE-WARNING: ; 5 more uses of undefined function |htpSetProperty| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/htsetvar.clisp ; in: DEFUN |htCheckList| ; (BOOT::|membr| BOOT::|value| BOOT::|checker|) ; ; caught STYLE-WARNING: ; undefined function: |membr| ; in: DEFUN |chkRange| ; (BOOT::|ncParseFromString| BOOT::|s|) ; ; caught STYLE-WARNING: ; undefined function: |ncParseFromString| ; in: DEFUN |chkNonNegativeInteger| ; (BOOT::|ncParseFromString| BOOT::|s|) ; ; caught STYLE-WARNING: ; undefined function: |ncParseFromString| ; in: DEFUN |chkNameList| ; (BOOT::|ncParseFromString| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |ncParseFromString| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |ncParseFromString| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/htsetvar.clisp ; in: DEFUN |htShowSetTreeValue| ; (BOOT::|object2String| (FUNCALL (ELT BOOT::|setData| 4) 'BOOT::|%display%|)) ; ; caught STYLE-WARNING: ; undefined function: |object2String| ; in: DEFUN |chkPosInteger| ; (BOOT::|parseOnly| BOOT::|s|) ; ; caught STYLE-WARNING: ; undefined function: |parseOnly| ; in: DEFUN |htShowSetTree| ; (BOOT::|satisfiesUserLevel| (ELT BOOT::|setData| 2)) ; ; caught STYLE-WARNING: ; undefined function: |satisfiesUserLevel| ; in: DEFUN |htCheckList| ; (BOOT::|scalarMember| BOOT::|value| BOOT::|checker|) ; ; caught STYLE-WARNING: ; undefined function: |scalarMember| ; in: DEFUN |htsv| ; (BOOT::|startHTPage| 50) ; ; caught STYLE-WARNING: ; undefined function: |startHTPage| ; in: DEFUN |chkRange| ; (BOOT::|stringize| (- BOOT::|$htInitial| 1)) ; ; caught STYLE-WARNING: ; undefined function: |stringize| ; in: DEFUN |htShowIntegerPage| ; (BOOT::|stringize| BOOT::|$htInitial|) ; ; caught STYLE-WARNING: ; undefined function: |stringize| ; in: DEFUN |listOfStrings2String| ; (BOOT::|stringize| (CAR BOOT::|u|)) ; ; caught STYLE-WARNING: ; undefined function: |stringize| ; ; caught STYLE-WARNING: ; 3 more uses of undefined function |stringize| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/htsetvar.clisp ; in: DEFUN |htCacheSet| ; (BOOT::|symbolTarget| 'BOOT::|all| BOOT::|$cacheAlist|) ; ; caught STYLE-WARNING: ; undefined function: |symbolTarget| ; in: DEFUN |htMakePathKey| ; (BOOT::|systemError| "path is not set") ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; in: DEFUN |htShowSetPage| ; (BOOT::|systemError| "No Set Data") ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; in: DEFUN |htShowSetTreeValue| ; (BOOT::|systemError|) ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; in: DEFUN |htSetLiterals| ; (BOOT::|translateTrueFalse2YesNo| (BOOT::|eval| BOOT::|variable|)) ; ; caught STYLE-WARNING: ; undefined function: |translateTrueFalse2YesNo| ; in: DEFUN |htShowSetTreeValue| ; (BOOT::|translateTrueFalse2YesNo| (BOOT::|eval| (ELT BOOT::|setData| 4))) ; ; caught STYLE-WARNING: ; undefined function: |translateTrueFalse2YesNo| ; in: DEFUN |htFunctionSetLiteral| ; (BOOT::|translateYesNo2TrueFalse| BOOT::|val|) ; ; caught STYLE-WARNING: ; undefined function: |translateYesNo2TrueFalse| ; in: DEFUN |htSetLiteral| ; (BOOT::|translateYesNo2TrueFalse| BOOT::|val|) ; ; caught STYLE-WARNING: ; undefined function: |translateYesNo2TrueFalse| ; ; compilation unit finished ; Undefined functions: ; ADDASSOC |bcHt| |bcString2ListWords| |bcString2WordList| |bchtMakeButton| |deleteAssoc| |errorPage| |eval| |htCacheAddQuery| |htInitPage| |htMakePage| |htProcessDoitButton| |htSay| |htShowPage| |htpLabelInputString| |htpProperty| |htpPropertyList| |htpSetProperty| |membr| |ncParseFromString| |object2String| |parseOnly| |satisfiesUserLevel| |scalarMember| |startHTPage| |stringize| |symbolTarget| |systemError| |translateTrueFalse2YesNo| |translateYesNo2TrueFalse| ; caught 75 STYLE-WARNING conditions ; printed 1 note ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/htsetvar.fasl written ; compilation finished in 0:00:00.214 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=ht-root.fasl --load-directory=. ../../../open-axiom/src/interp/ht-root.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/ht-root.clisp" (written 01 FEB 2016 10:53:15 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "ht-util") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFPARAMETER |$historyDisplayWidth| ...) ; compiling (DEFPARAMETER |$newline| ...) ; compiling (DEFUN |downlink| ...) ; compiling (DEFUN |dbNonEmptyPattern| ...) ; compiling (DEFUN |htSystemVariables| ...) ; compiling (DEFUN |htSystemVariables,functionTail| ...) ; compiling (DEFUN |htSystemVariables,displayOptions| ...) ; compiling (DEFUN |htSystemVariables,fn| ...) ; compiling (DEFUN |htSystemVariables,gn| ...) ; compiling (DEFUN |htSetSystemVariableKind| ...) ; compiling (DEFUN |htSetSystemVariable| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/ht-root.clisp ; in: DEFUN |htSetSystemVariable| ; (DEFUN BOOT::|htSetSystemVariable| (BOOT::|htPage| BOOT::|bfVar#1|) ; (LET* (BOOT::|value| BOOT::|name|) ; (PROGN ; (SETQ BOOT::|name| #) ; (SETQ BOOT::|value| #) ; (SETQ BOOT::|value| #) ; (SETF # BOOT::|value|) ; (BOOT::|htSystemVariables|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|htSetSystemVariable| ; (BOOT::|htPage| BOOT::|bfVar#1|) ; (BLOCK BOOT::|htSetSystemVariable| ; (LET* (BOOT::|value| BOOT::|name|) ; (PROGN ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETF #) ; (BOOT::|htSystemVariables|))))) ; ; caught STYLE-WARNING: ; The variable |htPage| is defined but never used. ; compiling (DEFUN |htGloss| ...) ; compiling (DEFUN |htGlossPage| ...) ; compiling (DEFUN |gatherGlossLines| ...) ; compiling (DEFUN |htGlossSearch| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/ht-root.clisp ; in: DEFUN |htGlossSearch| ; (DEFUN BOOT::|htGlossSearch| (BOOT::|htPage| BOOT::|junk|) ; (BOOT::|htGloss| ; (BOOT::|htpLabelInputString| BOOT::|htPage| 'BOOT::|filter|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|htGlossSearch| ; (BOOT::|htPage| BOOT::|junk|) ; (BLOCK BOOT::|htGlossSearch| ; (BOOT::|htGloss| ; (BOOT::|htpLabelInputString| BOOT::|htPage| 'BOOT::|filter|)))) ; ; caught STYLE-WARNING: ; The variable |junk| is defined but never used. ; compiling (DEFUN |htGreekSearch| ...) ; compiling (DEFUN |htTextSearch| ...) ; compiling (DEFUN |htTutorialSearch| ...) ; compiling (DEFUN |mkUnixPattern| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/ht-root.clisp ; in: DEFUN |htGlossPage| ; (BOOT::|applyGrep| BOOT::|grepForm| 'BOOT::|gloss|) ; ; caught STYLE-WARNING: ; undefined function: |applyGrep| ; in: DEFUN |htTextSearch| ; (BOOT::|bcErrorPage| BOOT::|s|) ; ; caught STYLE-WARNING: ; undefined function: |bcErrorPage| ; in: DEFUN |htGreekSearch| ; (BOOT::|bcErrorPage| BOOT::|s|) ; ; caught STYLE-WARNING: ; undefined function: |bcErrorPage| ; in: DEFUN |htTutorialSearch| ; (BOOT::|dbParts| BOOT::|line| 3 0) ; ; caught STYLE-WARNING: ; undefined function: |dbParts| ; (BOOT::|dbReadLines| 'BOOT::|temp|) ; ; caught STYLE-WARNING: ; undefined function: |dbReadLines| ; in: DEFUN |htTextSearch| ; (BOOT::|errorPage| NIL ; (LIST (LIST "Missing search string") NIL ; "\\vspace{2}\\centerline{To select one of the lines of text:}\\newline " ; "\\centerline{{\\em first} enter a search key into the input area}\\newline " ; "\\centerline{{\\em then } move the mouse cursor to the work {\\em search} and click}")) ; ; caught STYLE-WARNING: ; undefined function: |errorPage| ; in: DEFUN |htGreekSearch| ; (BOOT::|errorPage| NIL ; (LIST (LIST "Missing search string") NIL ; "\\vspace{2}\\centerline{To select one of the greek letters:}\\newline " ; "\\centerline{{\\em first} enter a search key into the input area}\\newline " ; "\\centerline{{\\em then } move the mouse cursor to the work {\\em search} and click}")) ; ; caught STYLE-WARNING: ; undefined function: |errorPage| ; in: DEFUN |htGlossPage| ; (BOOT::|errorPage| BOOT::|htPage| ; (LIST "Sorry" NIL ; (CONS "\\centerline{" ; (BOOTTRAN:|append| BOOT::|heading| (CONS "}" NIL))))) ; ; caught STYLE-WARNING: ; undefined function: |errorPage| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |errorPage| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/ht-root.clisp ; in: DEFUN |htGlossPage| ; (BOOT::|escapeString| (BOOTTRAN:|subString| BOOT::|line| 0 BOOT::|tick|)) ; ; caught STYLE-WARNING: ; undefined function: |escapeString| ; in: DEFUN |htSystemVariables,functionTail| ; (BOOT::|eval| BOOT::|var|) ; ; caught STYLE-WARNING: ; undefined function: |eval| ; in: DEFUN |htSystemVariables| ; (BOOT::|eval| BOOT::|variable|) ; ; caught STYLE-WARNING: ; undefined function: |eval| ; in: DEFUN |htGreekSearch| ; (BOOT::|htInitPage| "Greek Names" NIL) ; ; caught STYLE-WARNING: ; undefined function: |htInitPage| ; in: DEFUN |htSystemVariables| ; (BOOT::|htInitPage| "System Variables" NIL) ; ; caught STYLE-WARNING: ; undefined function: |htInitPage| ; in: DEFUN |downlink| ; (BOOT::|htInitPage| "Bridge" NIL) ; ; caught STYLE-WARNING: ; undefined function: |htInitPage| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |htInitPage| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/ht-root.clisp ; in: DEFUN |htTutorialSearch| ; (BOOT::|htInitPageNoScroll| NIL ; (LIST "Tutorial Pages mentioning {\\em " BOOT::|pattern| "}")) ; ; caught STYLE-WARNING: ; undefined function: |htInitPageNoScroll| ; in: DEFUN |htGlossPage| ; (BOOT::|htInitPageNoScroll| NIL BOOT::|heading|) ; ; caught STYLE-WARNING: ; undefined function: |htInitPageNoScroll| ; in: DEFUN |htSystemVariables,displayOptions| ; (BOOT::|htMakePage| ; (LIST ; (LIST 'BOOT::|bcLispLinks| ; (LIST (LIST #) "" 'BOOT::|htSetSystemVariableKind| ; (LIST BOOT::|variable| BOOT::|name| 'PARSE-INTEGER))))) ; ; caught STYLE-WARNING: ; undefined function: |htMakePage| ; in: DEFUN |htSystemVariables,functionTail| ; (BOOT::|htMakePage| ; '((BOOT::|domainConditions| (BOOT::|isDomain| BOOT::STR (BOOT::|String|))))) ; ; caught STYLE-WARNING: ; undefined function: |htMakePage| ; in: DEFUN |htSystemVariables| ; (BOOT::|htMakePage| ; (LIST (LIST 'BOOT::|bcLinks| (LIST "reset" "" BOOT::|func| NIL)))) ; ; caught STYLE-WARNING: ; undefined function: |htMakePage| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |htMakePage| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/ht-root.clisp ; in: DEFUN |htSystemVariables,displayOptions| ; (BOOT::|htSay| "{\\em " BOOT::|val| "}\\space{1}") ; ; caught STYLE-WARNING: ; undefined function: |htSay| ; in: DEFUN |htSystemVariables| ; (BOOT::|htSay| "\\beginmenu") ; ; caught STYLE-WARNING: ; undefined function: |htSay| ; in: DEFUN |downlink| ; (BOOT::|htSay| "\\replacepage{" BOOT::|page| "}") ; ; caught STYLE-WARNING: ; undefined function: |htSay| ; ; caught STYLE-WARNING: ; 4 more uses of undefined function |htSay| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/ht-root.clisp ; in: DEFUN |htSystemVariables| ; (BOOT::|htSetVars|) ; ; caught STYLE-WARNING: ; undefined function: |htSetVars| ; in: DEFUN |htGreekSearch| ; (BOOT::|htShowPage|) ; ; caught STYLE-WARNING: ; undefined function: |htShowPage| ; in: DEFUN |htSystemVariables| ; (BOOT::|htShowPage|) ; ; caught STYLE-WARNING: ; undefined function: |htShowPage| ; in: DEFUN |downlink| ; (BOOT::|htShowPage|) ; ; caught STYLE-WARNING: ; undefined function: |htShowPage| ; ; caught STYLE-WARNING: ; 2 more uses of undefined function |htShowPage| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/ht-root.clisp ; in: DEFUN |htGlossPage| ; (BOOT::|htShowPageNoScroll|) ; ; caught STYLE-WARNING: ; undefined function: |htShowPageNoScroll| ; (BOOT::|mkGrepPattern| BOOT::|filter| 'BOOT::|none|) ; ; caught STYLE-WARNING: ; undefined function: |mkGrepPattern| ; in: DEFUN |mkUnixPattern| ; (BOOT::|mkUpDownPattern| BOOT::|s|) ; ; caught STYLE-WARNING: ; undefined function: |mkUpDownPattern| ; in: DEFUN |htSystemVariables,fn| ; (BOOT::|opOf| (CAR BOOT::|t|)) ; ; caught STYLE-WARNING: ; undefined function: |opOf| ; in: DEFUN |htGreekSearch| ; (BOOT::|patternCheck| BOOT::|s|) ; ; caught STYLE-WARNING: ; undefined function: |patternCheck| ; in: DEFUN |htTextSearch| ; (BOOT::|pmTransFilter| (BOOT::|dbNonEmptyPattern| BOOT::|filter|)) ; ; caught STYLE-WARNING: ; undefined function: |pmTransFilter| ; in: DEFUN |htGreekSearch| ; (BOOT::|pmTransFilter| BOOT::|ss|) ; ; caught STYLE-WARNING: ; undefined function: |pmTransFilter| ; in: DEFUN |htGlossPage| ; (BOOT::|pmTransFilter| BOOT::|pattern|) ; ; caught STYLE-WARNING: ; undefined function: |pmTransFilter| ; in: DEFUN |htTutorialSearch| ; (BOOT::|runCommand| ; (|AxiomCore|:CONCAT "$AXIOM/lib/hthits" " \"" BOOT::|s| "\" " BOOT::|source| ; " > " BOOT::|target|)) ; ; caught STYLE-WARNING: ; undefined function: |runCommand| ; in: DEFUN |gatherGlossLines| ; (BOOT::|string2Integer| ; (BOOTTRAN:|subString| BOOT::|keyline| (+ BOOT::|n| 1))) ; ; caught STYLE-WARNING: ; undefined function: |string2Integer| ; in: DEFUN |htTextSearch| ; (BOOT::|superMatch?| BOOT::|filter| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |superMatch?| ; in: DEFUN |htGreekSearch| ; (BOOT::|superMatch?| BOOT::|filter| (BOOT::PNAME BOOT::|x|)) ; ; caught STYLE-WARNING: ; undefined function: |superMatch?| ; in: DEFUN |htSystemVariables,gn| ; (BOOT::|systemError| BOOT::|key|) ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; ; compilation unit finished ; Undefined functions: ; |applyGrep| |bcErrorPage| |dbParts| |dbReadLines| |errorPage| |escapeString| |eval| |htInitPage| |htInitPageNoScroll| |htMakePage| |htSay| |htSetVars| |htShowPage| |htShowPageNoScroll| |mkGrepPattern| |mkUpDownPattern| |opOf| |patternCheck| |pmTransFilter| |runCommand| |string2Integer| |superMatch?| |systemError| ; caught 46 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/ht-root.fasl written ; compilation finished in 0:00:00.139 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=br-con.fasl --load-directory=. ../../../open-axiom/src/interp/br-con.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-con.clisp" (written 01 FEB 2016 10:53:15 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "bc-util") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFUN |conPage| ...) ; compiling (DEFUN |conPageFastPath| ...) ; compiling (DEFUN |conPageConEntry| ...) ; compiling (DEFUN |conform2String| ...) ; compiling (DEFUN |kxPage| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-con.clisp ; in: DEFUN |kxPage| ; (DEFUN BOOT::|kxPage| (BOOT::|htPage| BOOT::|name|) ; (BOOT::|downlink| BOOT::|name|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|kxPage| ; (BOOT::|htPage| BOOT::|name|) ; (BLOCK BOOT::|kxPage| (BOOT::|downlink| BOOT::|name|))) ; ; caught STYLE-WARNING: ; The variable |htPage| is defined but never used. ; compiling (DEFUN |kdPageInfo| ...) ; compiling (DEFUN |kArgPage| ...) ; compiling (DEFUN |reportCategory| ...) ; compiling (DEFUN |reportAO| ...) ; compiling (DEFUN |mkDomTypeForm| ...) ; compiling (DEFUN |domainDescendantsOf| ...) ; compiling (DEFUN |domainDescendantsOf,jfn| ...) ; compiling (DEFUN |domainDescendantsOf,catScreen| ...) ; compiling (DEFUN |kiPage| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-con.clisp ; in: DEFUN |kiPage| ; (DEFUN BOOT::|kiPage| (BOOT::|htPage| BOOT::|junk|) ; (LET* (BOOT::|page| ; BOOT::|heading| ; BOOT::|domname| ; BOOT::|conform| ; BOOT::|comments| ; BOOT::|abbrev| ; BOOT::|args| ; BOOT::|sig| ; BOOT::|xflag| ; BOOT::|nargs| ; BOOT::|name| ; BOOT::|kind| ; ...) ; (DECLARE (SPECIAL BOOT::|$conformsAreDomains|)) ; (PROGN ; (SETQ BOOT::|LETTMP#1| #) ; (SETQ BOOT::|kind| #) ; (SETQ BOOT::|name| #) ; (SETQ BOOT::|nargs| #) ; (SETQ BOOT::|xflag| #) ; (SETQ BOOT::|sig| #) ; (SETQ BOOT::|args| #) ; (SETQ BOOT::|abbrev| #) ; (SETQ BOOT::|comments| #) ; (SETQ BOOT::|conform| #) ; (SETQ BOOT::|domname| #) ; ...))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|kiPage| ; (BOOT::|htPage| BOOT::|junk|) ; (BLOCK BOOT::|kiPage| ; (LET* (BOOT::|page| ; BOOT::|heading| ; BOOT::|domname| ; BOOT::|conform| ; BOOT::|comments| ; BOOT::|abbrev| ; BOOT::|args| ; BOOT::|sig| ; BOOT::|xflag| ; BOOT::|nargs| ; BOOT::|name| ; BOOT::|kind| ; ...) ; (DECLARE (SPECIAL BOOT::|$conformsAreDomains|)) ; (PROGN ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; ...)))) ; ; caught STYLE-WARNING: ; The variable |junk| is defined but never used. ; compiling (DEFUN |kePage| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-con.clisp ; in: DEFUN |kePage| ; (DEFUN BOOT::|kePage| (BOOT::|htPage| BOOT::|junk|) ; (LET* (BOOT::|page| ; BOOT::|prefix| ; BOOT::|oplist| ; BOOT::|attrlist| ; BOOT::|conlist| ; BOOT::|data| ; BOOT::|heading| ; BOOT::|conname| ; BOOT::|conform| ; BOOT::|domname| ; BOOT::|constring| ; BOOT::|comments| ; ...) ; (PROGN ; (SETQ BOOT::|LETTMP#1| #) ; (SETQ BOOT::|kind| #) ; (SETQ BOOT::|name| #) ; (SETQ BOOT::|nargs| #) ; (SETQ BOOT::|xflag| #) ; (SETQ BOOT::|sig| #) ; (SETQ BOOT::|args| #) ; (SETQ BOOT::|abbrev| #) ; (SETQ BOOT::|comments| #) ; (SETQ BOOT::|constring| #) ; (SETQ BOOT::|domname| #) ; ...))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|kePage| ; (BOOT::|htPage| BOOT::|junk|) ; (BLOCK BOOT::|kePage| ; (LET* (BOOT::|page| ; BOOT::|prefix| ; BOOT::|oplist| ; BOOT::|attrlist| ; BOOT::|conlist| ; BOOT::|data| ; BOOT::|heading| ; BOOT::|conname| ; BOOT::|conform| ; BOOT::|domname| ; BOOT::|constring| ; BOOT::|comments| ; ...) ; (PROGN ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; ...)))) ; ; caught STYLE-WARNING: ; The variable |junk| is defined but never used. ; compiling (DEFUN |kePageOpAlist| ...) ; compiling (DEFUN |kePageDisplay| ...) ; compiling (DEFUN |ksPage| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-con.clisp ; in: DEFUN |ksPage| ; (DEFUN BOOT::|ksPage| (BOOT::|htPage| BOOT::|junk|) ; (LET* (BOOT::|u| ; BOOT::|page| ; BOOT::|conform| ; BOOT::|domain| ; BOOT::|heading| ; BOOT::|domname| ; BOOT::|comments| ; BOOT::|abbrev| ; BOOT::|args| ; BOOT::|sig| ; BOOT::|xpart| ; BOOT::|nargs| ; ...) ; (PROGN ; (SETQ BOOT::|LETTMP#1| #) ; (SETQ BOOT::|kind| #) ; (SETQ BOOT::|name| #) ; (SETQ BOOT::|nargs| #) ; (SETQ BOOT::|xpart| #) ; (SETQ BOOT::|sig| #) ; (SETQ BOOT::|args| #) ; (SETQ BOOT::|abbrev| #) ; (SETQ BOOT::|comments| #) ; (SETQ BOOT::|domname| #) ; (COND (# #) (T # # # # # # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ksPage| ; (BOOT::|htPage| BOOT::|junk|) ; (BLOCK BOOT::|ksPage| ; (LET* (BOOT::|u| ; BOOT::|page| ; BOOT::|conform| ; BOOT::|domain| ; BOOT::|heading| ; BOOT::|domname| ; BOOT::|comments| ; BOOT::|abbrev| ; BOOT::|args| ; BOOT::|sig| ; BOOT::|xpart| ; BOOT::|nargs| ; ...) ; (PROGN ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (COND # #))))) ; ; caught STYLE-WARNING: ; The variable |junk| is defined but never used. ; compiling (DEFUN |dbSearchOrder| ...) ; compiling (DEFUN |kcPage| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-con.clisp ; in: DEFUN |kcPage| ; (DEFUN BOOT::|kcPage| (BOOT::|htPage| BOOT::|junk|) ; (LET* (BOOT::|message| ; BOOT::|page| ; BOOT::|heading| ; BOOT::|conname| ; BOOT::|conform| ; BOOT::|domname| ; BOOT::|comments| ; BOOT::|abbrev| ; BOOT::|args| ; BOOT::|sig| ; BOOT::|xpart| ; BOOT::|nargs| ; ...) ; (DECLARE (SPECIAL BOOT::|$defaultPackageNamesHT|)) ; (PROGN ; (SETQ BOOT::|LETTMP#1| #) ; (SETQ BOOT::|kind| #) ; (SETQ BOOT::|name| #) ; (SETQ BOOT::|nargs| #) ; (SETQ BOOT::|xpart| #) ; (SETQ BOOT::|sig| #) ; (SETQ BOOT::|args| #) ; (SETQ BOOT::|abbrev| #) ; (SETQ BOOT::|comments| #) ; (SETQ BOOT::|domname| #) ; (COND (# #) (T # # # # # # # # # # # ...))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|kcPage| ; (BOOT::|htPage| BOOT::|junk|) ; (BLOCK BOOT::|kcPage| ; (LET* (BOOT::|message| ; BOOT::|page| ; BOOT::|heading| ; BOOT::|conname| ; BOOT::|conform| ; BOOT::|domname| ; BOOT::|comments| ; BOOT::|abbrev| ; BOOT::|args| ; BOOT::|sig| ; BOOT::|xpart| ; BOOT::|nargs| ; ...) ; (DECLARE (SPECIAL BOOT::|$defaultPackageNamesHT|)) ; (PROGN ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (COND # #))))) ; ; caught STYLE-WARNING: ; The variable |junk| is defined but never used. ; compiling (DEFUN |kcpPage| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-con.clisp ; in: DEFUN |kcpPage| ; (DEFUN BOOT::|kcpPage| (BOOT::|htPage| BOOT::|junk|) ; (LET* (BOOT::|choice| ; BOOT::|parents| ; BOOT::|page| ; BOOT::|conname| ; BOOT::|conform| ; BOOT::|heading| ; BOOT::|domname| ; BOOT::|comments| ; BOOT::|abbrev| ; BOOT::|args| ; BOOT::|sig| ; BOOT::|xpart| ; ...) ; (PROGN ; (SETQ BOOT::|LETTMP#1| #) ; (SETQ BOOT::|kind| #) ; (SETQ BOOT::|name| #) ; (SETQ BOOT::|nargs| #) ; (SETQ BOOT::|xpart| #) ; (SETQ BOOT::|sig| #) ; (SETQ BOOT::|args| #) ; (SETQ BOOT::|abbrev| #) ; (SETQ BOOT::|comments| #) ; (SETQ BOOT::|domname| #) ; (COND (# #) (T # # # # # # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|kcpPage| ; (BOOT::|htPage| BOOT::|junk|) ; (BLOCK BOOT::|kcpPage| ; (LET* (BOOT::|choice| ; BOOT::|parents| ; BOOT::|page| ; BOOT::|conname| ; BOOT::|conform| ; BOOT::|heading| ; BOOT::|domname| ; BOOT::|comments| ; BOOT::|abbrev| ; BOOT::|args| ; BOOT::|sig| ; BOOT::|xpart| ; ...) ; (PROGN ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (COND # #))))) ; ; caught STYLE-WARNING: ; The variable |junk| is defined but never used. ; compiling (DEFUN |reduceAlistForDomain| ...) ; compiling (DEFUN |kcaPage| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-con.clisp ; in: DEFUN |kcaPage| ; (DEFUN BOOT::|kcaPage| (BOOT::|htPage| BOOT::|junk|) ; (BOOT::|kcaPage1| BOOT::|htPage| "category" " an " "ancestor" ; #'BOOT::|ancestorsOf| NIL)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|kcaPage| ; (BOOT::|htPage| BOOT::|junk|) ; (BLOCK BOOT::|kcaPage| ; (BOOT::|kcaPage1| BOOT::|htPage| "category" " an " "ancestor" ; #'BOOT::|ancestorsOf| NIL))) ; ; caught STYLE-WARNING: ; The variable |junk| is defined but never used. ; compiling (DEFUN |kcdPage| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-con.clisp ; in: DEFUN |kcdPage| ; (DEFUN BOOT::|kcdPage| (BOOT::|htPage| BOOT::|junk|) ; (BOOT::|kcaPage1| BOOT::|htPage| "category" " a " "descendant" ; #'BOOT::|descendantsOf| T)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|kcdPage| ; (BOOT::|htPage| BOOT::|junk|) ; (BLOCK BOOT::|kcdPage| ; (BOOT::|kcaPage1| BOOT::|htPage| "category" " a " "descendant" ; #'BOOT::|descendantsOf| T))) ; ; caught STYLE-WARNING: ; The variable |junk| is defined but never used. ; compiling (DEFUN |kcdoPage| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-con.clisp ; in: DEFUN |kcdoPage| ; (DEFUN BOOT::|kcdoPage| (BOOT::|htPage| BOOT::|junk|) ; (BOOT::|kcaPage1| BOOT::|htPage| "domain" " a " "descendant" ; #'BOOT::|domainsOf| NIL)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|kcdoPage| ; (BOOT::|htPage| BOOT::|junk|) ; (BLOCK BOOT::|kcdoPage| ; (BOOT::|kcaPage1| BOOT::|htPage| "domain" " a " "descendant" ; #'BOOT::|domainsOf| NIL))) ; ; caught STYLE-WARNING: ; The variable |junk| is defined but never used. ; compiling (DEFUN |kcaPage1| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-con.clisp ; in: DEFUN |kcaPage1| ; (DEFUN BOOT::|kcaPage1| ; (BOOT::|htPage| BOOT::|kind| BOOT::|article| BOOT::|whichever| ; BOOT::|fn| BOOT::|isCatDescendants?|) ; (LET* (BOOT::|choice| ; BOOT::|ancestors| ; BOOT::|conname| ; BOOT::|conform| ; BOOT::|heading| ; BOOT::|domname| ; BOOT::|comments| ; BOOT::|abbrev| ; BOOT::|args| ; BOOT::|sig| ; BOOT::|xpart| ; BOOT::|nargs| ; ...) ; (PROGN ; (SETQ BOOT::|LETTMP#1| #) ; (SETQ BOOT::|kind| #) ; (SETQ BOOT::|name| #) ; (SETQ BOOT::|nargs| #) ; (SETQ BOOT::|xpart| #) ; (SETQ BOOT::|sig| #) ; (SETQ BOOT::|args| #) ; (SETQ BOOT::|abbrev| #) ; (SETQ BOOT::|comments| #) ; (SETQ BOOT::|domname| #) ; (COND (# #) (T # # # # # # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|kcaPage1| ; (BOOT::|htPage| BOOT::|kind| BOOT::|article| BOOT::|whichever| ; BOOT::|fn| BOOT::|isCatDescendants?|) ; (BLOCK BOOT::|kcaPage1| ; (LET* (BOOT::|choice| ; BOOT::|ancestors| ; BOOT::|conname| ; BOOT::|conform| ; BOOT::|heading| ; BOOT::|domname| ; BOOT::|comments| ; BOOT::|abbrev| ; BOOT::|args| ; BOOT::|sig| ; BOOT::|xpart| ; BOOT::|nargs| ; ...) ; (PROGN ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (COND # #))))) ; ; caught STYLE-WARNING: ; The variable |article| is defined but never used. ; compiling (DEFUN |kccPage| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-con.clisp ; in: DEFUN |kccPage| ; (DEFUN BOOT::|kccPage| (BOOT::|htPage| BOOT::|junk|) ; (LET* (BOOT::|children| ; BOOT::|page| ; BOOT::|conname| ; BOOT::|conform| ; BOOT::|heading| ; BOOT::|domname| ; BOOT::|comments| ; BOOT::|abbrev| ; BOOT::|args| ; BOOT::|sig| ; BOOT::|xpart| ; BOOT::|nargs| ; ...) ; (PROGN ; (SETQ BOOT::|LETTMP#1| #) ; (SETQ BOOT::|kind| #) ; (SETQ BOOT::|name| #) ; (SETQ BOOT::|nargs| #) ; (SETQ BOOT::|xpart| #) ; (SETQ BOOT::|sig| #) ; (SETQ BOOT::|args| #) ; (SETQ BOOT::|abbrev| #) ; (SETQ BOOT::|comments| #) ; (SETQ BOOT::|domname| #) ; (COND (# #) (T # # # # # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|kccPage| ; (BOOT::|htPage| BOOT::|junk|) ; (BLOCK BOOT::|kccPage| ; (LET* (BOOT::|children| ; BOOT::|page| ; BOOT::|conname| ; BOOT::|conform| ; BOOT::|heading| ; BOOT::|domname| ; BOOT::|comments| ; BOOT::|abbrev| ; BOOT::|args| ; BOOT::|sig| ; BOOT::|xpart| ; BOOT::|nargs| ; ...) ; (PROGN ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (COND # #))))) ; ; caught STYLE-WARNING: ; The variable |junk| is defined but never used. ; compiling (DEFUN |augmentHasArgs| ...) ; compiling (DEFUN |kcdePage| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-con.clisp ; in: DEFUN |kcdePage| ; (DEFUN BOOT::|kcdePage| (BOOT::|htPage| BOOT::|junk|) ; (LET* (BOOT::|cAlist| ; BOOT::|domList| ; BOOT::|pakname| ; BOOT::|conform| ; BOOT::|constring| ; BOOT::|conname| ; BOOT::|comments| ; BOOT::|abbrev| ; BOOT::|args| ; BOOT::|sig| ; BOOT::|xflag| ; BOOT::|nargs| ; ...) ; (PROGN ; (SETQ BOOT::|LETTMP#1| #) ; (SETQ BOOT::|kind| #) ; (SETQ BOOT::|name| #) ; (SETQ BOOT::|nargs| #) ; (SETQ BOOT::|xflag| #) ; (SETQ BOOT::|sig| #) ; (SETQ BOOT::|args| #) ; (SETQ BOOT::|abbrev| #) ; (SETQ BOOT::|comments| #) ; (SETQ BOOT::|conname| #) ; (SETQ BOOT::|constring| #) ; ...))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|kcdePage| ; (BOOT::|htPage| BOOT::|junk|) ; (BLOCK BOOT::|kcdePage| ; (LET* (BOOT::|cAlist| ; BOOT::|domList| ; BOOT::|pakname| ; BOOT::|conform| ; BOOT::|constring| ; BOOT::|conname| ; BOOT::|comments| ; BOOT::|abbrev| ; BOOT::|args| ; BOOT::|sig| ; BOOT::|xflag| ; BOOT::|nargs| ; ...) ; (PROGN ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; ...)))) ; ; caught STYLE-WARNING: ; The variable |junk| is defined but never used. ; compiling (DEFUN |kcuPage| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-con.clisp ; in: DEFUN |kcuPage| ; (DEFUN BOOT::|kcuPage| (BOOT::|htPage| BOOT::|junk|) ; (LET* (BOOT::|cAlist| ; BOOT::|domList| ; BOOT::|pakname| ; BOOT::|conform| ; BOOT::|constring| ; BOOT::|conname| ; BOOT::|comments| ; BOOT::|abbrev| ; BOOT::|args| ; BOOT::|sig| ; BOOT::|xflag| ; BOOT::|nargs| ; ...) ; (PROGN ; (SETQ BOOT::|LETTMP#1| #) ; (SETQ BOOT::|kind| #) ; (SETQ BOOT::|name| #) ; (SETQ BOOT::|nargs| #) ; (SETQ BOOT::|xflag| #) ; (SETQ BOOT::|sig| #) ; (SETQ BOOT::|args| #) ; (SETQ BOOT::|abbrev| #) ; (SETQ BOOT::|comments| #) ; (SETQ BOOT::|conname| #) ; (SETQ BOOT::|constring| #) ; ...))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|kcuPage| ; (BOOT::|htPage| BOOT::|junk|) ; (BLOCK BOOT::|kcuPage| ; (LET* (BOOT::|cAlist| ; BOOT::|domList| ; BOOT::|pakname| ; BOOT::|conform| ; BOOT::|constring| ; BOOT::|conname| ; BOOT::|comments| ; BOOT::|abbrev| ; BOOT::|args| ; BOOT::|sig| ; BOOT::|xflag| ; BOOT::|nargs| ; ...) ; (PROGN ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; ...)))) ; ; caught STYLE-WARNING: ; The variable |junk| is defined but never used. ; compiling (DEFUN |kcnPage| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-con.clisp ; in: DEFUN |kcnPage| ; (DEFUN BOOT::|kcnPage| (BOOT::|htPage| BOOT::|junk|) ; (LET* (BOOT::|cAlist| ; BOOT::|domList| ; BOOT::|pakname| ; BOOT::|conform| ; BOOT::|heading| ; BOOT::|domname| ; BOOT::|comments| ; BOOT::|abbrev| ; BOOT::|args| ; BOOT::|sig| ; BOOT::|xpart| ; BOOT::|nargs| ; ...) ; (PROGN ; (SETQ BOOT::|LETTMP#1| #) ; (SETQ BOOT::|kind| #) ; (SETQ BOOT::|name| #) ; (SETQ BOOT::|nargs| #) ; (SETQ BOOT::|xpart| #) ; (SETQ BOOT::|sig| #) ; (SETQ BOOT::|args| #) ; (SETQ BOOT::|abbrev| #) ; (SETQ BOOT::|comments| #) ; (SETQ BOOT::|domname| #) ; (COND (# #) (T # # # # # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|kcnPage| ; (BOOT::|htPage| BOOT::|junk|) ; (BLOCK BOOT::|kcnPage| ; (LET* (BOOT::|cAlist| ; BOOT::|domList| ; BOOT::|pakname| ; BOOT::|conform| ; BOOT::|heading| ; BOOT::|domname| ; BOOT::|comments| ; BOOT::|abbrev| ; BOOT::|args| ; BOOT::|sig| ; BOOT::|xpart| ; BOOT::|nargs| ; ...) ; (PROGN ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (COND # #))))) ; ; caught STYLE-WARNING: ; The variable |junk| is defined but never used. ; compiling (DEFUN |koPageInputAreaUnchanged?| ...) ; compiling (DEFUN |kDomainName| ...) ; compiling (DEFUN |kArgumentCheck| ...) ; compiling (DEFUN |dbMkEvalable| ...) ; compiling (DEFUN |topLevelInterpEval| ...) ; compiling (DEFUN |kisValidType| ...) ; compiling (DEFUN |kCheckArgumentNumbers| ...) ; compiling (DEFUN |parseNoMacroFromString| ...) ; compiling (DEFUN |mkConform| ...) ; compiling (DEFUN |conOpPage| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-con.clisp ; in: DEFUN |conOpPage| ; (DEFUN BOOT::|conOpPage| (BOOT::|htPage| BOOT::|conform|) ; (LET* (BOOT::|domname| BOOT::|updown|) ; (PROGN (SETQ BOOT::|updown| #) (COND (# # #) (T # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|conOpPage| ; (BOOT::|htPage| BOOT::|conform|) ; (BLOCK BOOT::|conOpPage| ; (LET* (BOOT::|domname| BOOT::|updown|) ; (PROGN (SETQ #) (COND # #))))) ; ; caught STYLE-WARNING: ; The variable |conform| is defined but never used. ; compiling (DEFUN |dbCompositeWithMap| ...) ; compiling (DEFUN |dbExtractUnderlyingDomain| ...) ; compiling (DEFUN |conOpPage1| ...) ; compiling (DEFUN |koPage| ...) ; compiling (DEFUN |koPageFromKKPage| ...) ; compiling (DEFUN |koPageAux| ...) ; compiling (DEFUN |koPageAux1| ...) ; compiling (DEFUN |koaPageFilterByName| ...) ; compiling (DEFUN |dbConstructorDoc| ...) ; compiling (DEFUN |dbConstructorDoc,fn| ...) ; compiling (DEFUN |dbConstructorDoc,gn| ...) ; compiling (DEFUN |dbConstructorDoc,hn| ...) ; compiling (DEFUN |dbDocTable| ...) ; compiling (DEFUN |originsInOrder| ...) ; compiling (DEFUN |dbAddDocTable| ...) ; compiling (DEFUN |dbGetDocTable| ...) ; compiling (DEFUN |dbGetDocTable,gn| ...) ; compiling (DEFUN |dbGetDocTable,hn| ...) ; compiling (DEFUN |kTestPred| ...) ; compiling (DEFUN |dbAddChainDomain| ...) ; compiling (DEFUN |dbSubConform| ...) ; compiling (DEFUN |dbAddChain| ...) ; compiling (DEFUN |dbShowCons| ...) ; compiling (DEFUN |conPageChoose| ...) ; compiling (DEFUN |dbShowCons1| ...) ; compiling (DEFUN |dbConsExposureMessage| ...) ; compiling (DEFUN |dbShowConsKindsFilter| ...) ; compiling (DEFUN |dbShowConsDoc| ...) ; compiling (DEFUN |dbShowConsDoc1| ...) ; compiling (DEFUN |getConstructorDocumentation| ...) ; compiling (DEFUN |dbSelectCon| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-con.clisp ; in: DEFUN |dbSelectCon| ; (DEFUN BOOT::|dbSelectCon| (BOOT::|htPage| BOOT::|which| BOOT::|index|) ; (BOOT::|conPage| (BOOT::|opOf| (CAR (ELT # BOOT::|index|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|dbSelectCon| ; (BOOT::|htPage| BOOT::|which| BOOT::|index|) ; (BLOCK BOOT::|dbSelectCon| (BOOT::|conPage| (BOOT::|opOf| (CAR #))))) ; ; caught STYLE-WARNING: ; The variable |which| is defined but never used. ; compiling (DEFUN |dbShowConditions| ...) ; compiling (DEFUN |dbConsHeading| ...) ; compiling (DEFUN |dbShowConstructorLines| ...) ; compiling (DEFUN |bcUnixTable| ...) ; compiling (DEFUN |dbSpecialDescription| ...) ; compiling (DEFUN |dbSpecialOperations| ...) ; compiling (DEFUN |dbSpecialExports| ...) ; compiling (DEFUN |dbSpecialExpandIfNecessary| ...) ; compiling (DEFPARAMETER X ...) ; compiling (DEFPARAMETER Y ...) ; compiling (DEFPARAMETER Z ...) ; compiling (DEFPARAMETER MESSAGE ...) ; compiling (PUT (QUOTE |Record|) ...) ; compiling (DEFPARAMETER X ...) ; compiling (DEFPARAMETER Y ...) ; compiling (DEFPARAMETER MESSAGE ...) ; compiling (PUT (QUOTE |UntaggedUnion|) ...) ; compiling (DEFPARAMETER X ...) ; compiling (DEFPARAMETER Y ...) ; compiling (DEFPARAMETER Z ...) ; compiling (DEFPARAMETER W ...) ; compiling (DEFPARAMETER A ...) ; compiling (DEFPARAMETER MESSAGE ...) ; compiling (PUT (QUOTE |Union|) ...) ; compiling (DEFPARAMETER X ...) ; compiling (DEFPARAMETER Y ...) ; compiling (DEFPARAMETER Z ...) ; compiling (DEFPARAMETER MESSAGE ...) ; compiling (PUT (QUOTE |Mapping|) ...) ; compiling (DEFPARAMETER X ...) ; compiling (DEFPARAMETER Y ...) ; compiling (DEFPARAMETER MESSAGE ...) ; compiling (PUT (QUOTE |Enumeration|) ...) ; compiling (DEFUN |mkConArgSublis| ...) ; compiling (DEFUN |digits2Names| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-con.clisp ; in: DEFUN |parseNoMacroFromString| ; (BOOT::|StreamNull| BOOT::|s|) ; ; caught STYLE-WARNING: ; undefined function: |StreamNull| ; in: DEFUN |originsInOrder| ; (BOOT::|ancestorsOf| BOOT::|conform| NIL) ; ; caught STYLE-WARNING: ; undefined function: |ancestorsOf| ; in: DEFUN |kcaPage| ; #'BOOT::|ancestorsOf| ; ; caught STYLE-WARNING: ; undefined function: |ancestorsOf| ; in: DEFUN |dbShowCons1| ; (BOOT::|bcAbbTable| ; (LET ((BOOT::|bfVar#11| NIL) ; (BOOT::|bfVar#12| NIL) ; (BOOT::|bfVar#10| BOOT::|conlist|) ; (BOOT::|con| NIL)) ; (LOOP (COND (# #) (# # #) (T # #)) ; (SETQ BOOT::|bfVar#10| #)))) ; ; caught STYLE-WARNING: ; undefined function: |bcAbbTable| ; in: DEFUN |kcPage| ; (BOOT::|bcCon| (SYMBOL-NAME (BOOT::|makeDefaultPackageName| BOOT::|name|)) "") ; ; caught STYLE-WARNING: ; undefined function: |bcCon| ; in: DEFUN |dbShowConditions| ; (BOOT::|bcConPredTable| BOOT::|consNoPred| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |bcConPredTable| ; in: DEFUN |kePage| ; (BOOT::|bcConPredTable| BOOT::|conlist| (BOOT::|opOf| BOOT::|conform|) ; (CDR BOOT::|conform|)) ; ; caught STYLE-WARNING: ; undefined function: |bcConPredTable| ; in: DEFUN |reportCategory| ; (BOOT::|bcConPredTable| BOOT::|conlist| (BOOT::|opOf| BOOT::|conform|)) ; ; caught STYLE-WARNING: ; undefined function: |bcConPredTable| ; in: DEFUN |dbShowCons1| ; (BOOT::|bcConTable| (BOOT::REMDUP (BOOT::ASSOCLEFT BOOT::|cAlist|))) ; ; caught STYLE-WARNING: ; undefined function: |bcConTable| ; in: DEFUN |reportAO| ; (BOOT::|bcConform| (CONS 'BOOT::|Mapping| BOOT::|sig|)) ; ; caught STYLE-WARNING: ; undefined function: |bcConform| ; in: DEFUN |reportCategory| ; (BOOT::|bcConform| (CAR BOOT::|u|)) ; ; caught STYLE-WARNING: ; undefined function: |bcConform| ; in: DEFUN |dbShowCons| ; (BOOT::|bcErrorPage| BOOT::|filter|) ; ; caught STYLE-WARNING: ; undefined function: |bcErrorPage| ; in: DEFUN |kdPageInfo| ; (BOOT::|bcHt| (LIST 'BOOT::| has abbreviation | BOOT::|abbrev|)) ; ; caught STYLE-WARNING: ; undefined function: |bcHt| ; in: DEFUN |dbShowCons1| ; (BOOT::|bcNameConTable| BOOT::|conlist|) ; ; caught STYLE-WARNING: ; undefined function: |bcNameConTable| ; in: DEFUN |reportCategory| ; (BOOT::|bcPred| (CDR BOOT::|u|)) ; ; caught STYLE-WARNING: ; undefined function: |bcPred| ; in: DEFUN |conPageConEntry| ; (BOOT::|buildLibdbConEntry| BOOT::|entry|) ; ; caught STYLE-WARNING: ; undefined function: |buildLibdbConEntry| ; in: DEFUN |conOpPage1| ; (BOOT::|capitalize| BOOT::|kind|) ; ; caught STYLE-WARNING: ; undefined function: |capitalize| ; in: DEFUN |kePage| ; (BOOT::|capitalize| BOOT::|kind|) ; ; caught STYLE-WARNING: ; undefined function: |capitalize| ; in: DEFUN |kiPage| ; (BOOT::|capitalize| BOOT::|kind|) ; ; caught STYLE-WARNING: ; undefined function: |capitalize| ; ; caught STYLE-WARNING: ; 2 more uses of undefined function |capitalize| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-con.clisp ; in: DEFUN |reportCategory| ; (BOOT::|categoryParts| BOOT::|conform| BOOT::|typeForm| T) ; ; caught STYLE-WARNING: ; undefined function: |categoryParts| ; in: DEFUN |kccPage| ; (BOOT::|childrenOf| BOOT::|conform|) ; ; caught STYLE-WARNING: ; undefined function: |childrenOf| ; in: DEFUN |kArgumentCheck| ; (BOOT::|conSpecialString?| BOOT::|s|) ; ; caught STYLE-WARNING: ; undefined function: |conSpecialString?| ; in: DEFUN |kePageDisplay| ; (BOOT::|dbGatherData| BOOT::|htPage| BOOT::|opAlist| BOOT::|which| ; 'BOOT::|names|) ; ; caught STYLE-WARNING: ; undefined function: |dbGatherData| ; in: DEFUN |dbShowCons| ; (BOOT::|dbGetInputString| BOOT::|htPage|) ; ; caught STYLE-WARNING: ; undefined function: |dbGetInputString| ; in: DEFUN |koaPageFilterByName| ; (BOOT::|dbGetInputString| BOOT::|htPage|) ; ; caught STYLE-WARNING: ; undefined function: |dbGetInputString| ; in: DEFUN |dbShowConstructorLines| ; (BOOT::|dbName| BOOT::|line|) ; ; caught STYLE-WARNING: ; undefined function: |dbName| ; in: DEFUN |dbShowCons1| ; (BOOT::|dbPresentCons| BOOT::|page| BOOT::|kind| BOOT::|key|) ; ; caught STYLE-WARNING: ; undefined function: |dbPresentCons| ; in: DEFUN |conPageFastPath| ; (BOOT::|dbRead| BOOT::|lineNumber|) ; ; caught STYLE-WARNING: ; undefined function: |dbRead| ; in: DEFUN |dbShowConditions| ; (BOOT::|dbSayItems| (LENGTH BOOT::|consNoPred|) BOOT::|singular| ; BOOT::|plural| " unconditional") ; ; caught STYLE-WARNING: ; undefined function: |dbSayItems| ; in: DEFUN |dbShowCons1| ; (BOOT::|dbShowConsKinds| BOOT::|cAlist|) ; ; caught STYLE-WARNING: ; undefined function: |dbShowConsKinds| ; in: DEFUN |dbSpecialOperations| ; (BOOT::|dbShowOp1| BOOT::|page| BOOT::|opAlist| "operation" 'BOOT::|names|) ; ; caught STYLE-WARNING: ; undefined function: |dbShowOp1| ; in: DEFUN |kePageDisplay| ; (BOOT::|dbShowOpItems| BOOT::|which| BOOT::|data| NIL) ; ; caught STYLE-WARNING: ; undefined function: |dbShowOpItems| ; in: DEFUN |koPageAux1| ; (BOOT::|dbShowOperationsFromConform| BOOT::|htPage| BOOT::|which| ; BOOT::|opAlist|) ; ; caught STYLE-WARNING: ; undefined function: |dbShowOperationsFromConform| ; in: DEFUN |koPageAux| ; (BOOT::|dbShowOperationsFromConform| BOOT::|htPage| BOOT::|which| ; BOOT::|opAlist|) ; ; caught STYLE-WARNING: ; undefined function: |dbShowOperationsFromConform| ; in: DEFUN |conOpPage1| ; (BOOT::|dbXParts| BOOT::|line| 7 1) ; ; caught STYLE-WARNING: ; undefined function: |dbXParts| ; in: DEFUN |kcPage| ; (BOOT::|dbpHasDefaultCategory?| BOOT::|xpart|) ; ; caught STYLE-WARNING: ; undefined function: |dbpHasDefaultCategory?| ; in: DEFUN |kcdPage| ; #'BOOT::|descendantsOf| ; ; caught STYLE-WARNING: ; undefined function: |descendantsOf| ; in: DEFUN |dbShowConsDoc1| ; (BOOT::|displayDomainOp| BOOT::|htPage| "constructor" BOOT::|conform| ; BOOT::|conname| BOOT::|sig| T BOOT::|doc| BOOT::|indexOrNil| ; 'BOOT::|dbSelectCon| NIL NIL) ; ; caught STYLE-WARNING: ; undefined function: |displayDomainOp| ; in: DEFUN |kcdoPage| ; #'BOOT::|domainsOf| ; ; caught STYLE-WARNING: ; undefined function: |domainsOf| ; in: DEFUN |domainDescendantsOf,jfn| ; (BOOT::|domainsOf| BOOT::|y| (BOOT::IFCAR BOOT::|domlist|)) ; ; caught STYLE-WARNING: ; undefined function: |domainsOf| ; in: DEFUN |domainDescendantsOf| ; (BOOT::|domainsOf| BOOT::|conform| BOOT::|domform|) ; ; caught STYLE-WARNING: ; undefined function: |domainsOf| ; in: DEFUN |kxPage| ; (BOOT::|downlink| BOOT::|name|) ; ; caught STYLE-WARNING: ; undefined function: |downlink| ; in: DEFUN |conPage| ; (BOOT::|downlink| BOOT::|pageName|) ; ; caught STYLE-WARNING: ; undefined function: |downlink| ; in: DEFUN |dbShowCons| ; (BOOT::|emptySearchPage| "constructor" BOOT::|filter|) ; ; caught STYLE-WARNING: ; undefined function: |emptySearchPage| ; in: DEFUN |ksPage| ; (BOOT::|errorPage| BOOT::|htPage| BOOT::|domname|) ; ; caught STYLE-WARNING: ; undefined function: |errorPage| ; in: DEFUN |kePage| ; (BOOT::|errorPage| BOOT::|htPage| BOOT::|domname|) ; ; caught STYLE-WARNING: ; undefined function: |errorPage| ; in: DEFUN |kiPage| ; (BOOT::|errorPage| BOOT::|htPage| BOOT::|domname|) ; ; caught STYLE-WARNING: ; undefined function: |errorPage| ; ; caught STYLE-WARNING: ; 6 more uses of undefined function |errorPage| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-con.clisp ; in: DEFUN |reportAO| ; (BOOT::|escapeSpecialChars| (BOOT::STRINGIMAGE BOOT::|op|)) ; ; caught STYLE-WARNING: ; undefined function: |escapeSpecialChars| ; in: DEFUN |dbSearchOrder| ; (BOOT::|eval| BOOT::|p|) ; ; caught STYLE-WARNING: ; undefined function: |eval| ; in: DEFUN |ksPage| ; (BOOT::|eval| BOOT::|domname|) ; ; caught STYLE-WARNING: ; undefined function: |eval| ; in: DEFUN |kdPageInfo| ; (BOOT::|extractFileNameFromPath| BOOT::|sourceFileName|) ; ; caught STYLE-WARNING: ; undefined function: |extractFileNameFromPath| ; in: DEFUN |augmentHasArgs| ; (BOOT::|extractHasArgs| BOOT::|p|) ; ; caught STYLE-WARNING: ; undefined function: |extractHasArgs| ; in: DEFUN |kePage| ; (BOOT::|form2HtString| BOOT::|domname| NIL T) ; ; caught STYLE-WARNING: ; undefined function: |form2HtString| ; in: DEFUN |reportAO| ; (BOOT::|form2HtString| (CONS 'BOOT::|Mapping| BOOT::|sig|)) ; ; caught STYLE-WARNING: ; undefined function: |form2HtString| ; in: DEFUN |conPage| ; (BOOT::|form2HtString| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |form2HtString| ; ; caught STYLE-WARNING: ; 11 more uses of undefined function |form2HtString| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-con.clisp ; in: DEFUN |kArgumentCheck| ; (BOOT::|form2String| BOOT::|form|) ; ; caught STYLE-WARNING: ; undefined function: |form2String| ; in: DEFUN |reportAO| ; (BOOT::|form2String| (CONS BOOT::|op| BOOT::|sig|)) ; ; caught STYLE-WARNING: ; undefined function: |form2String| ; in: DEFUN |conform2String| ; (BOOT::|form2String| BOOT::|u|) ; ; caught STYLE-WARNING: ; undefined function: |form2String| ; in: DEFUN |dbShowCons1| ; (BOOT::|getCDTEntry| BOOT::|con| T) ; ; caught STYLE-WARNING: ; undefined function: |getCDTEntry| ; in: DEFUN |dbShowCons| ; (BOOT::|getConstructorAbbreviationFromDB| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorAbbreviationFromDB| ; in: DEFUN |getConstructorDocumentation| ; (BOOT::|getConstructorDocumentationFromDB| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorDocumentationFromDB| ; in: DEFUN |dbAddDocTable| ; (BOOT::|getConstructorDocumentationFromDB| (BOOT::|opOf| BOOT::|conform|)) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorDocumentationFromDB| ; in: DEFUN |dbConstructorDoc,fn| ; (BOOT::|getConstructorDocumentationFromDB| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorDocumentationFromDB| ; in: DEFUN |kePage| ; (BOOT::|getConstructorExports| (OR BOOT::|domname| BOOT::|conform|) T) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorExports| ; in: DEFUN |kcuPage| ; (BOOT::|getConstructorForm| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorForm| ; in: DEFUN |kcdePage| ; (BOOT::|getConstructorForm| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorForm| ; in: DEFUN |augmentHasArgs| ; (BOOT::|getConstructorForm| (BOOT::|opOf| BOOT::|name|)) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorForm| ; ; caught STYLE-WARNING: ; 7 more uses of undefined function |getConstructorForm| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-con.clisp ; in: DEFUN |dbShowConsDoc1| ; (BOOT::|getConstructorKindFromDB| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorKindFromDB| ; in: DEFUN |originsInOrder| ; (BOOT::|getConstructorKindFromDB| BOOT::|con|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorKindFromDB| ; in: DEFUN |dbMkEvalable| ; (BOOT::|getConstructorKindFromDB| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorKindFromDB| ; in: DEFUN |kArgPage| ; (BOOT::|getConstructorModemap| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorModemap| ; in: DEFUN |kcpPage| ; (BOOT::|getConstructorParentsFromDB| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorParentsFromDB| ; in: DEFUN |dbSearchOrder| ; (BOOT::|getConstructorPredicates| BOOT::|name|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorPredicates| ; in: DEFUN |dbShowConsDoc1| ; (BOOT::|getConstructorSignature| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorSignature| ; in: DEFUN |dbShowCons1| ; (BOOT::|getConstructorSourceFileFromDB| BOOT::|con|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorSourceFileFromDB| ; in: DEFUN |conOpPage1| ; (BOOT::|getConstructorSourceFileFromDB| (INTERN BOOT::|name|)) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorSourceFileFromDB| ; in: DEFUN |kdPageInfo| ; (BOOT::|getConstructorSourceFileFromDB| (INTERN BOOT::|name|)) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorSourceFileFromDB| ; in: DEFUN |kcdePage| ; (BOOT::|getDependentsOfConstructor| BOOT::|pakname|) ; ; caught STYLE-WARNING: ; undefined function: |getDependentsOfConstructor| ; in: DEFUN |kCheckArgumentNumbers| ; (BOOT::|getDualSignature| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |getDualSignature| ; in: DEFUN |kDomainName| ; (BOOT::|getDualSignature| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |getDualSignature| ; in: DEFUN |kcnPage| ; (BOOT::|getImports| BOOT::|pakname|) ; ; caught STYLE-WARNING: ; undefined function: |getImports| ; in: DEFUN |kcuPage| ; (BOOT::|getUsersOfConstructor| BOOT::|pakname|) ; ; caught STYLE-WARNING: ; undefined function: |getUsersOfConstructor| ; in: DEFUN |mkDomTypeForm| ; (BOOT::|hasIdent| BOOT::|typeForm|) ; ; caught STYLE-WARNING: ; undefined function: |hasIdent| ; in: DEFUN |kcPage| ; (BOOT::|htBeginMenu| 3) ; ; caught STYLE-WARNING: ; undefined function: |htBeginMenu| ; in: DEFUN |bcUnixTable| ; (BOOT::|htBeginTable|) ; ; caught STYLE-WARNING: ; undefined function: |htBeginTable| ; in: DEFUN |kePage| ; (BOOT::|htBigSkip|) ; ; caught STYLE-WARNING: ; undefined function: |htBigSkip| ; in: DEFUN |ksPage| ; (BOOT::|htCopyProplist| BOOT::|htPage|) ; ; caught STYLE-WARNING: ; undefined function: |htCopyProplist| ; in: DEFUN |kePage| ; (BOOT::|htCopyProplist| BOOT::|htPage|) ; ; caught STYLE-WARNING: ; undefined function: |htCopyProplist| ; in: DEFUN |kiPage| ; (BOOT::|htCopyProplist| BOOT::|htPage|) ; ; caught STYLE-WARNING: ; undefined function: |htCopyProplist| ; ; caught STYLE-WARNING: ; 5 more uses of undefined function |htCopyProplist| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-con.clisp ; in: DEFUN |kcPage| ; (BOOT::|htEndMenu| 3) ; ; caught STYLE-WARNING: ; undefined function: |htEndMenu| ; in: DEFUN |bcUnixTable| ; (BOOT::|htEndTable|) ; ; caught STYLE-WARNING: ; undefined function: |htEndTable| ; in: DEFUN |kcPage| ; (BOOT::|htInitPage| (CONS "Cross Reference for " BOOT::|heading|) ; (BOOT::|htCopyProplist| BOOT::|htPage|)) ; ; caught STYLE-WARNING: ; undefined function: |htInitPage| ; in: DEFUN |kePage| ; (BOOT::|htInitPage| ; (BOOTTRAN:|append| BOOT::|prefix| (CONS " of " BOOT::|heading|)) ; (BOOT::|htCopyProplist| BOOT::|htPage|)) ; ; caught STYLE-WARNING: ; undefined function: |htInitPage| ; in: DEFUN |kiPage| ; (BOOT::|htInitPage| BOOT::|heading| (BOOT::|htCopyProplist| BOOT::|htPage|)) ; ; caught STYLE-WARNING: ; undefined function: |htInitPage| ; ; caught STYLE-WARNING: ; 6 more uses of undefined function |htInitPage| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-con.clisp ; in: DEFUN |dbShowCons1| ; (BOOT::|htInitPageNoScroll| BOOT::|proplist| ; (BOOT::|dbConsHeading| BOOT::|htPage| BOOT::|conlist| BOOT::|key| ; BOOT::|kind|)) ; ; caught STYLE-WARNING: ; undefined function: |htInitPageNoScroll| ; in: DEFUN |dbShowCons| ; (BOOT::|htInitPageNoScroll| (BOOT::|htCopyProplist| BOOT::|htPage|)) ; ; caught STYLE-WARNING: ; undefined function: |htInitPageNoScroll| ; in: DEFUN |ksPage| ; (BOOT::|htInitPageNoScroll| (BOOT::|htCopyProplist| BOOT::|htPage|) ; (CONS "Search order for " BOOT::|heading|)) ; ; caught STYLE-WARNING: ; undefined function: |htInitPageNoScroll| ; in: DEFUN |kePageDisplay| ; (BOOT::|htMakePage| ; (LIST ; (LIST 'BOOT::|bcLinks| ; (LIST (BOOT::|menuButton|) "" 'BOOT::|dbShowOps| BOOT::|which| ; 'BOOT::|names|)))) ; ; caught STYLE-WARNING: ; undefined function: |htMakePage| ; in: DEFUN |kePage| ; (BOOT::|htMakePage| ; (LIST ; (LIST 'BOOT::|bcLinks| ; (LIST (BOOT::|menuButton|) "" 'BOOT::|dbShowCons1| BOOT::|conlist| ; 'BOOT::|names|)))) ; ; caught STYLE-WARNING: ; undefined function: |htMakePage| ; in: DEFUN |kdPageInfo| ; (BOOT::|htMakePage| ; (LIST ; (LIST 'BOOT::|text| "\\unixcommand{" BOOT::|filename| "}{" ; (BOOT::|textEditor|) " " BOOT::|sourceFileName| " " BOOT::|name| ; "}"))) ; ; caught STYLE-WARNING: ; undefined function: |htMakePage| ; ; caught STYLE-WARNING: ; 2 more uses of undefined function |htMakePage| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-con.clisp ; in: DEFUN |kdPageInfo| ; (BOOT::|htSaturnBreak|) ; ; caught STYLE-WARNING: ; undefined function: |htSaturnBreak| ; in: DEFUN |reportAO| ; (BOOT::|htSay| "have " BOOT::|kind| ":") ; ; caught STYLE-WARNING: ; undefined function: |htSay| ; in: DEFUN |reportCategory| ; (BOOT::|htSay| "Argument {\\em " BOOT::|arg| "}") ; ; caught STYLE-WARNING: ; undefined function: |htSay| ; in: DEFUN |kdPageInfo| ; (BOOT::|htSay| 'BOOT::|{\\sf | BOOT::|name| "}") ; ; caught STYLE-WARNING: ; undefined function: |htSay| ; ; caught STYLE-WARNING: ; 6 more uses of undefined function |htSay| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-con.clisp ; in: DEFUN |dbShowConditions| ; (BOOT::|htSayHrule|) ; ; caught STYLE-WARNING: ; undefined function: |htSayHrule| ; (BOOT::|htSaySaturn| "\\\\") ; ; caught STYLE-WARNING: ; undefined function: |htSaySaturn| ; in: DEFUN |dbShowConsDoc1| ; (BOOT::|htSaySaturn| "\\begin{description}") ; ; caught STYLE-WARNING: ; undefined function: |htSaySaturn| ; in: DEFUN |kePageDisplay| ; (BOOT::|htSaySaturn| "\\\\") ; ; caught STYLE-WARNING: ; undefined function: |htSaySaturn| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |htSaySaturn| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-con.clisp ; in: DEFUN |kePageDisplay| ; (BOOT::|htSayStandard| "\\tab{2}") ; ; caught STYLE-WARNING: ; undefined function: |htSayStandard| ; in: DEFUN |kePage| ; (BOOT::|htSayStandard| "\\beginmenu ") ; ; caught STYLE-WARNING: ; undefined function: |htSayStandard| ; in: DEFUN |kdPageInfo| ; (BOOT::|htSayStandard| "\\indentrel{2}") ; ; caught STYLE-WARNING: ; undefined function: |htSayStandard| ; ; caught STYLE-WARNING: ; 3 more uses of undefined function |htSayStandard| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-con.clisp ; in: DEFUN |kcPage| ; (BOOT::|htShowPage|) ; ; caught STYLE-WARNING: ; undefined function: |htShowPage| ; in: DEFUN |kePage| ; (BOOT::|htShowPage|) ; ; caught STYLE-WARNING: ; undefined function: |htShowPage| ; in: DEFUN |kiPage| ; (BOOT::|htShowPage|) ; ; caught STYLE-WARNING: ; undefined function: |htShowPage| ; ; caught STYLE-WARNING: ; 2 more uses of undefined function |htShowPage| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-con.clisp ; in: DEFUN |dbShowCons1| ; (BOOT::|htShowPageNoScroll|) ; ; caught STYLE-WARNING: ; undefined function: |htShowPageNoScroll| ; in: DEFUN |parseNoMacroFromString| ; (BOOT::|incString| BOOT::|s|) ; ; caught STYLE-WARNING: ; undefined function: |incString| ; in: DEFUN |kePageOpAlist| ; (BOOT::|insertAlist| (BOOT::|zeroOneConvert| BOOT::|op|) ; (CONS (LIST BOOT::|sig| BOOT::|pred|) BOOT::|u|) BOOT::|opAlist|) ; ; caught STYLE-WARNING: ; undefined function: |insertAlist| ; in: DEFUN |kdPageInfo| ; (BOOT::|isDefautPackageName| (INTERN BOOT::|name|)) ; ; caught STYLE-WARNING: ; undefined function: |isDefautPackageName| ; in: DEFUN |dbShowConsDoc1| ; (BOOT::|isExposedConstructor| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |isExposedConstructor| ; in: DEFUN |dbShowCons1| ; (BOOT::|isExposedConstructor| (BOOT::|opOf| BOOT::|item|)) ; ; caught STYLE-WARNING: ; undefined function: |isExposedConstructor| ; in: DEFUN |conOpPage1| ; (BOOT::|isExposedConstructor| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |isExposedConstructor| ; in: DEFUN |dbExtractUnderlyingDomain| ; (BOOT::|isValidType| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |isValidType| ; in: DEFUN |dbAddChainDomain| ; (BOOT::|kFormatSlotDomain| (BOOT::|devaluate| BOOT::|form|)) ; ; caught STYLE-WARNING: ; undefined function: |kFormatSlotDomain| ; in: DEFUN |dbSearchOrder| ; (BOOT::|kFormatSlotDomain| (ELT BOOT::|catvec| BOOT::|i|)) ; ; caught STYLE-WARNING: ; undefined function: |kFormatSlotDomain| ; in: DEFUN |conPage| ; (BOOT::|kPage| BOOT::|line| BOOT::|form|) ; ; caught STYLE-WARNING: ; undefined function: |kPage| ; in: DEFUN |kdPageInfo| ; (BOOT::|kPageArgs| BOOT::|conform| BOOT::|signature|) ; ; caught STYLE-WARNING: ; undefined function: |kPageArgs| ; in: DEFUN |koPageAux| ; (BOOT::|koAttrs| BOOT::|conform| BOOT::|domname|) ; ; caught STYLE-WARNING: ; undefined function: |koAttrs| ; (BOOT::|koOps| BOOT::|conform| BOOT::|domname| T) ; ; caught STYLE-WARNING: ; undefined function: |koOps| ; in: DEFUN |koaPageFilterByName| ; (BOOT::|koaPageFilterByCategory| BOOT::|htPage| BOOT::|functionToCall|) ; ; caught STYLE-WARNING: ; undefined function: |koaPageFilterByCategory| ; in: DEFUN |parseNoMacroFromString| ; #'BOOT::|lineoftoks| ; ; caught STYLE-WARNING: ; undefined function: |lineoftoks| ; in: DEFUN |kePageDisplay| ; (BOOT::|menuButton|) ; ; caught STYLE-WARNING: ; undefined function: |menuButton| ; in: DEFUN |kePage| ; (BOOT::|menuButton|) ; ; caught STYLE-WARNING: ; undefined function: |menuButton| ; in: DEFUN |dbMkEvalable| ; (BOOT::|mkEvalable| BOOT::|form|) ; ; caught STYLE-WARNING: ; undefined function: |mkEvalable| ; in: DEFUN |mkConform| ; (BOOT::|ncParseFromString| (|AxiomCore|:CONCAT "d" BOOT::|argString|)) ; ; caught STYLE-WARNING: ; undefined function: |ncParseFromString| ; in: DEFUN |kcuPage| ; (BOOT::|ncParseFromString| BOOT::|constring|) ; ; caught STYLE-WARNING: ; undefined function: |ncParseFromString| ; in: DEFUN |kcdePage| ; (BOOT::|ncParseFromString| BOOT::|constring|) ; ; caught STYLE-WARNING: ; undefined function: |ncParseFromString| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |ncParseFromString| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-con.clisp ; in: DEFUN |parseNoMacroFromString| ; #'BOOT::|ncloopParse| ; ; caught STYLE-WARNING: ; undefined function: |ncloopParse| ; (BOOT::|next| #'BOOT::|ncloopParse| ; (BOOT::|next| #'BOOT::|lineoftoks| (BOOT::|incString| BOOT::|s|))) ; ; caught STYLE-WARNING: ; undefined function: |next| ; in: DEFUN |originsInOrder| ; (BOOT::|parentsOfForm| BOOT::|conform|) ; ; caught STYLE-WARNING: ; undefined function: |parentsOfForm| ; in: DEFUN |parseNoMacroFromString| ; (BOOT::|pf2Sex| (CADR (CAR BOOT::|s|))) ; ; caught STYLE-WARNING: ; undefined function: |pf2Sex| ; in: DEFUN |kePage| ; (BOOT::|pluralSay| ; (+ (+ (LENGTH BOOT::|conlist|) (LENGTH BOOT::|attrlist|)) ; (LENGTH BOOT::|oplist|)) ; "Export" "Exports") ; ; caught STYLE-WARNING: ; undefined function: |pluralSay| ; in: DEFUN |dbConsHeading| ; (BOOT::|pluralize| BOOT::|thing|) ; ; caught STYLE-WARNING: ; undefined function: |pluralize| ; in: DEFUN |dbShowConditions| ; (BOOT::|pluralize| (BOOT::STRINGIMAGE BOOT::|kind|)) ; ; caught STYLE-WARNING: ; undefined function: |pluralize| ; in: DEFUN |kePageDisplay| ; (BOOT::|pluralize| BOOT::|which|) ; ; caught STYLE-WARNING: ; undefined function: |pluralize| ; in: DEFUN |dbShowCons| ; (BOOT::|pmTransFilter| ; (OR (BOOT::IFCAR BOOT::|options|) (BOOT::|dbGetInputString| BOOT::|htPage|))) ; ; caught STYLE-WARNING: ; undefined function: |pmTransFilter| ; in: DEFUN |koaPageFilterByName| ; (BOOT::|pmTransFilter| (BOOT::|dbGetInputString| BOOT::|htPage|)) ; ; caught STYLE-WARNING: ; undefined function: |pmTransFilter| ; in: DEFUN |kisValidType| ; (BOOT::|processInteractive| BOOT::|typeForm| NIL) ; ; caught STYLE-WARNING: ; undefined function: |processInteractive| ; in: DEFUN |topLevelInterpEval| ; (BOOT::|processInteractive| BOOT::|x| NIL) ; ; caught STYLE-WARNING: ; undefined function: |processInteractive| ; in: DEFUN |augmentHasArgs| ; (BOOT::|quickAnd| BOOT::|p| ; (CONS 'BOOT::|hasArgs| ; (BOOTTRAN:|take| BOOT::|n| ; (BOOT::KDR (BOOT::|getConstructorForm| #))))) ; ; caught STYLE-WARNING: ; undefined function: |quickAnd| ; in: DEFUN |domainDescendantsOf,catScreen| ; (BOOT::|quickAnd| BOOT::|pred1| BOOT::|pred|) ; ; caught STYLE-WARNING: ; undefined function: |quickAnd| ; in: DEFUN |domainDescendantsOf,jfn| ; (BOOT::|quickAnd| (CDR BOOT::|u|) BOOT::|pred|) ; ; caught STYLE-WARNING: ; undefined function: |quickAnd| ; in: DEFUN |kcPage| ; (BOOT::|satBreak|) ; ; caught STYLE-WARNING: ; undefined function: |satBreak| ; in: DEFUN |reportAO| ; (BOOT::|satDownLink| BOOT::|attr| (LIST "(|attrPage| '|" BOOT::|attr| "|)")) ; ; caught STYLE-WARNING: ; undefined function: |satDownLink| ; in: DEFUN |dbSearchOrder| ; (BOOT::|simpCatPredicate| ; (PROGN ; (SETQ BOOT::|p| (BOOTTRAN:|applySubst| # #)) ; (COND (BOOT::|$domain| (BOOT::|eval| BOOT::|p|)) (T BOOT::|p|)))) ; ; caught STYLE-WARNING: ; undefined function: |simpCatPredicate| ; in: DEFUN |kePage| ; (BOOT::|simpHasPred| (CDR BOOT::|x|)) ; ; caught STYLE-WARNING: ; undefined function: |simpHasPred| ; in: DEFUN |domainDescendantsOf,catScreen| ; (BOOT::|simpHasPred| (LIST 'BOOT::|has| BOOT::|item| BOOT::|x|)) ; ; caught STYLE-WARNING: ; undefined function: |simpHasPred| ; in: DEFUN |domainDescendantsOf,jfn| ; (BOOT::|simpHasPred| (CDR BOOT::|pair|)) ; ; caught STYLE-WARNING: ; undefined function: |simpHasPred| ; ; caught STYLE-WARNING: ; 2 more uses of undefined function |simpHasPred| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-con.clisp ; in: DEFUN |dbShowConditions| ; (BOOT::|splitConTable| BOOT::|cAlist|) ; ; caught STYLE-WARNING: ; undefined function: |splitConTable| ; in: DEFUN |dbGetDocTable| ; (BOOT::|string2Integer| BOOT::|s|) ; ; caught STYLE-WARNING: ; undefined function: |string2Integer| ; in: DEFUN |dbShowConsDoc1| ; (BOOT::|sublisFormal| BOOT::|conargs| BOOT::|signature|) ; ; caught STYLE-WARNING: ; undefined function: |sublisFormal| ; in: DEFUN |kePage| ; (BOOT::|sublisFormal| ; (OR (BOOT::IFCDR BOOT::|domname|) (CDR BOOT::|conform|)) ; (BOOT::|getConstructorExports| (OR BOOT::|domname| BOOT::|conform|) T)) ; ; caught STYLE-WARNING: ; undefined function: |sublisFormal| ; in: DEFUN |kArgPage| ; (BOOT::|sublisFormal| BOOT::|args| (ELT BOOT::|source| BOOT::|n|)) ; ; caught STYLE-WARNING: ; undefined function: |sublisFormal| ; in: DEFUN |dbShowCons| ; (BOOT::|superMatch?| BOOT::|filter| ; (BOOT::DOWNCASE (BOOT::STRINGIMAGE BOOT::|subject|))) ; ; caught STYLE-WARNING: ; undefined function: |superMatch?| ; in: DEFUN |koaPageFilterByName| ; (BOOT::|superMatch?| BOOT::|filter| ; (BOOT::DOWNCASE (BOOT::STRINGIMAGE (CAR BOOT::|x|)))) ; ; caught STYLE-WARNING: ; undefined function: |superMatch?| ; in: DEFUN |koPageAux| ; (BOOT::|systemError|) ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; in: DEFUN |mkConform| ; (BOOT::|systemError| "Keywords in argument list?") ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; in: DEFUN |domainDescendantsOf,catScreen| ; (BOOT::|systemError| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |systemError| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-con.clisp ; in: DEFUN |kTestPred| ; (BOOT::|testBitVector| BOOT::|$predvec| BOOT::|n|) ; ; caught STYLE-WARNING: ; undefined function: |testBitVector| ; in: DEFUN |bcUnixTable| ; (BOOT::|textEditor|) ; ; caught STYLE-WARNING: ; undefined function: |textEditor| ; in: DEFUN |kdPageInfo| ; (BOOT::|textEditor|) ; ; caught STYLE-WARNING: ; undefined function: |textEditor| ; in: DEFUN |kDomainName| ; (BOOT::|unabbrev| ; (BOOT::|mkConform| BOOT::|kind| BOOT::|name| BOOT::|argString|)) ; ; caught STYLE-WARNING: ; undefined function: |unabbrev| ; in: DEFUN |conPage| ; (BOOT::|ySearch| BOOT::|a|) ; ; caught STYLE-WARNING: ; undefined function: |ySearch| ; in: DEFUN |kePageOpAlist| ; (BOOT::|zeroOneConvert| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |zeroOneConvert| ; ; compilation unit finished ; Undefined functions: ; |StreamNull| |ancestorsOf| |bcAbbTable| |bcCon| |bcConPredTable| |bcConTable| |bcConform| |bcErrorPage| |bcHt| |bcNameConTable| |bcPred| |buildLibdbConEntry| |capitalize| |categoryParts| |childrenOf| |conSpecialString?| |dbGatherData| |dbGetInputString| |dbName| |dbPresentCons| |dbRead| |dbSayItems| |dbShowConsKinds| |dbShowOp1| |dbShowOpItems| |dbShowOperationsFromConform| |dbXParts| |dbpHasDefaultCategory?| |descendantsOf| |displayDomainOp| |domainsOf| |downlink| |emptySearchPage| |errorPage| |escapeSpecialChars| |eval| |extractFileNameFromPath| |extractHasArgs| |form2HtString| |form2String| |getCDTEntry| |getConstructorAbbreviationFromDB| |getConstructorDocumentationFromDB| |getConstructorExports| |getConstructorForm| |getConstructorKindFromDB| |getConstructorModemap| |getConstructorParentsFromDB| |getConstructorPredicates| |getConstructorSignature| |getConstructorSourceFileFromDB| |getDependentsOfConstructor| |getDualSignature| |getImports| |getUsersOfConstructor| |hasIdent| |htBeginMenu| |htBeginTable| |htBigSkip| |htCopyProplist| |htEndMenu| |htEndTable| |htInitPage| |htInitPageNoScroll| |htMakePage| |htSaturnBreak| |htSay| |htSayHrule| |htSaySaturn| |htSayStandard| |htShowPage| |htShowPageNoScroll| |incString| |insertAlist| |isDefautPackageName| |isExposedConstructor| |isValidType| |kFormatSlotDomain| |kPage| |kPageArgs| |koAttrs| |koOps| |koaPageFilterByCategory| |lineoftoks| |menuButton| |mkEvalable| |ncParseFromString| |ncloopParse| |next| |parentsOfForm| |pf2Sex| |pluralSay| |pluralize| |pmTransFilter| |processInteractive| |quickAnd| |satBreak| |satDownLink| |simpCatPredicate| |simpHasPred| |splitConTable| |string2Integer| |sublisFormal| |superMatch?| |systemError| |testBitVector| |textEditor| |unabbrev| |ySearch| |zeroOneConvert| ; caught 203 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-con.fasl written ; compilation finished in 0:00:00.576 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=br-data.fasl --load-directory=. ../../../open-axiom/src/interp/br-data.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-data.clisp" (written 01 FEB 2016 10:53:16 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "bc-util") ; compiling (IMPORT-MODULE "nruncomp") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFUN |buildLibdb| ...) ; compiling (DEFUN |buildLibdbConEntry| ...) ; compiling (DEFUN |dbMkForm| ...) ; compiling (DEFUN |buildLibdbString| ...) ; compiling (DEFUN |libConstructorSig| ...) ; compiling (DEFUN |libConstructorSig,fn| ...) ; compiling (DEFUN |libConstructorSig,g| ...) ; compiling (DEFUN |concatWithBlanks| ...) ; compiling (DEFUN |writedb| ...) ; compiling (DEFUN |addPatchesToLongLines| ...) ; compiling (DEFUN |buildLibOps| ...) ; compiling (DEFUN |buildLibOp| ...) ; compiling (DEFUN |libdbTrim| ...) ; compiling (DEFUN |checkCommentsForBraces| ...) ; compiling (DEFUN |buildLibAttrs| ...) ; compiling (DEFUN |buildLibAttr| ...) ; compiling (DEFUN |dbAugmentConstructorDataTable| ...) ; compiling (DEFUN |dbHasExamplePage| ...) ; compiling (DEFUN |dbRead| ...) ; compiling (DEFUN |dbReadComments| ...) ; compiling (DEFUN |dbSplitLibdb| ...) ; compiling (DEFUN |dbSplit| ...) ; compiling (DEFUN |dbSpreadComments| ...) ; compiling (DEFUN |buildGloss| ...) ; compiling (DEFUN |spreadGlossText| ...) ; compiling (DEFUN |getGlossLines| ...) ; compiling (DEFUN |mkUsersHashTable| ...) ; compiling (DEFUN |getDefaultPackageClients| ...) ; compiling (DEFUN |mkDependentsHashTable| ...) ; compiling (DEFUN |getArgumentConstructors| ...) ; compiling (DEFUN |getArgumentConstructors,fn| ...) ; compiling (DEFUN |getArgumentConstructors,gn| ...) ; compiling (DEFUN |getImports| ...) ; compiling (DEFUN |getImports,doImport| ...) ; compiling (DEFUN |genericParentsOf| ...) ; compiling (DEFUN |parentsOfForm| ...) ; compiling (DEFUN |descendantsOf| ...) ; compiling (DEFUN |childrenOf| ...) ; compiling (DEFUN |childAssoc| ...) ; compiling (DEFUN |assocCar| ...) ; compiling (DEFUN |childArgCheck| ...) ; compiling (DEFUN |ancestorsOf| ...) ; compiling (DEFUN |computeAncestorsOf| ...) ; compiling (DEFUN |ancestorsRecur| ...) ; compiling (DEFUN |ancestorsAdd| ...) ; compiling (DEFUN |domainsOf| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-data.clisp ; in: DEFUN |domainsOf| ; (MULTIPLE-VALUE-BIND (#:G543 BOOT::|key| #:G544) ; (#:G542) ; (COND ((NOT #:G543) (RETURN BOOT::|bfVar#1|)) ; (T ; (AND (CONSP BOOT::|key|) (PROGN # T) (EQUAL # BOOT::|conname|) ; (COND # #))))) ; --> MULTIPLE-VALUE-CALL ; ==> ; #'(LAMBDA (&OPTIONAL (#:G543) (BOOT::|key|) (#:G544) &REST #:G414) ; (DECLARE (IGNORE #:G414)) ; (COND ((NOT #:G543) (RETURN BOOT::|bfVar#1|)) ; (T ; (AND (CONSP BOOT::|key|) (PROGN # T) (EQUAL # BOOT::|conname|) ; (COND # #))))) ; ; caught STYLE-WARNING: ; The variable #:G544 is defined but never used. ; compiling (DEFUN |catsOf| ...) ; compiling (DEFUN |transKCatAlist| ...) ; compiling (DEFUN |mkHasArgsPred| ...) ; compiling (DEFUN |sublisFormal| ...) ; compiling (DEFUN |sublisFormal,sublisFormal1| ...) ; compiling (DEFUN |buildDefaultPackageNamesHT| ...) ; compiling (DEFPARAMETER |$defaultPackageNamesHT| ...) ; compiling (DEFUN |extendLocalLibdb| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-data.clisp ; in: DEFUN |transKCatAlist| ; (BOOT::HAS_SHARP_VAR BOOT::|args|) ; ; caught STYLE-WARNING: ; undefined function: HAS_SHARP_VAR ; in: DEFUN |childArgCheck| ; (BOOT::|constructor?| (BOOT::|opOf| BOOT::|y|)) ; ; caught STYLE-WARNING: ; undefined function: |constructor?| ; in: DEFUN |getArgumentConstructors,gn| ; (BOOT::|constructor?| (CAR BOOT::|x|)) ; ; caught STYLE-WARNING: ; undefined function: |constructor?| ; in: DEFUN |domainsOf| ; (BOOT::|constructorHasCategoryFromDB| BOOT::|pair|) ; ; caught STYLE-WARNING: ; undefined function: |constructorHasCategoryFromDB| ; in: DEFUN |dbAugmentConstructorDataTable| ; (BOOT::|dbName| BOOT::|line|) ; ; caught STYLE-WARNING: ; undefined function: |dbName| ; in: DEFUN |extendLocalLibdb| ; (BOOT::|dbReadLines| BOOT::|localLibdb|) ; ; caught STYLE-WARNING: ; undefined function: |dbReadLines| ; in: DEFUN |dbReadComments| ; (BOOT::|dbTickIndex| BOOT::|line| 1 1) ; ; caught STYLE-WARNING: ; undefined function: |dbTickIndex| ; in: DEFUN |extendLocalLibdb| ; (BOOT::|dbWriteLines| ; (BOOT::MSORT (BOOT::|union| BOOT::|oldlines| BOOT::|newlines|)) "libdb.text") ; ; caught STYLE-WARNING: ; undefined function: |dbWriteLines| ; in: DEFUN |buildLibdbConEntry| ; (BOOT::|form2HtString| (CONS 'BOOT::|f| BOOT::|argl|)) ; ; caught STYLE-WARNING: ; undefined function: |form2HtString| ; in: DEFUN |buildLibAttr| ; (BOOT::|form2LispString| (CONS 'BOOT::|f| BOOT::|argl|)) ; ; caught STYLE-WARNING: ; undefined function: |form2LispString| ; in: DEFUN |buildLibOp| ; (BOOT::|form2LispString| (CONS 'BOOT::|Mapping| BOOT::|nsig|)) ; ; caught STYLE-WARNING: ; undefined function: |form2LispString| ; in: DEFUN |libConstructorSig| ; (BOOT::|form2LispString| (CONS 'BOOT::|Mapping| BOOT::|sig|)) ; ; caught STYLE-WARNING: ; undefined function: |form2LispString| ; in: DEFUN |ancestorsRecur| ; (BOOT::|genericInstanceForm| BOOT::|conform|) ; ; caught STYLE-WARNING: ; undefined function: |genericInstanceForm| ; in: DEFUN |getDefaultPackageClients| ; (BOOT::|getCDTEntry| BOOT::|pakname| T) ; ; caught STYLE-WARNING: ; undefined function: |getCDTEntry| ; in: DEFUN |dbAugmentConstructorDataTable| ; (BOOT::|getCDTEntry| BOOT::|cname| T) ; ; caught STYLE-WARNING: ; undefined function: |getCDTEntry| ; in: DEFUN |dbHasExamplePage| ; (BOOT::|getConstructorAbbreviationFromDB| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorAbbreviationFromDB| ; in: DEFUN |buildLibdbConEntry| ; (BOOT::|getConstructorAbbreviationFromDB| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorAbbreviationFromDB| ; in: DEFUN |catsOf| ; (BOOT::|getConstructorAncestorsFromDB| BOOT::|key|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorAncestorsFromDB| ; in: DEFUN |ancestorsOf| ; (BOOT::|getConstructorAncestorsFromDB| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorAncestorsFromDB| ; in: DEFUN |buildLibdbConEntry| ; (BOOT::|getConstructorDocumentationFromDB| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorDocumentationFromDB| ; in: DEFUN |buildLibdb| ; (BOOT::|getConstructorExports| BOOT::|$conform|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorExports| ; in: DEFUN |transKCatAlist| ; (BOOT::|getConstructorForm| (CAR BOOT::|pair|)) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorForm| ; in: DEFUN |getImports| ; (BOOT::|getConstructorFormFromDB| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorFormFromDB| ; in: DEFUN |dbAugmentConstructorDataTable| ; (BOOT::|getConstructorFormFromDB| BOOT::|name|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorFormFromDB| ; in: DEFUN |buildLibdbConEntry| ; (BOOT::|getConstructorFormFromDB| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorFormFromDB| ; ; caught STYLE-WARNING: ; 2 more uses of undefined function |getConstructorFormFromDB| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-data.clisp ; in: DEFUN |ancestorsOf| ; (BOOT::|getConstructorKindFromDB| ; (SETQ BOOT::|conname| (BOOT::|opOf| BOOT::|conform|))) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorKindFromDB| ; in: DEFUN |descendantsOf| ; (BOOT::|getConstructorKindFromDB| ; (SETQ BOOT::|conname| (BOOT::|opOf| BOOT::|conform|))) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorKindFromDB| ; in: DEFUN |buildLibdbConEntry| ; (BOOT::|getConstructorKindFromDB| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorKindFromDB| ; in: DEFUN |getArgumentConstructors| ; (BOOT::|getConstructorModemap| BOOT::|con|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorModemap| ; in: DEFUN |libConstructorSig| ; (BOOT::|getConstructorModemap| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorModemap| ; in: DEFUN |buildLibdbConEntry| ; (BOOT::|getConstructorModemap| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorModemap| ; in: DEFUN |genericParentsOf| ; (BOOT::|getConstructorParentsFromDB| (CAR BOOT::|form|)) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorParentsFromDB| ; in: DEFUN |catsOf| ; (BOOT::|insertShortAlist| BOOT::|key| BOOT::|newItem| BOOT::|alist|) ; ; caught STYLE-WARNING: ; undefined function: |insertShortAlist| ; in: DEFUN |dbHasExamplePage| ; (BOOT::|isExistingFile| BOOT::|pathname|) ; ; caught STYLE-WARNING: ; undefined function: |isExistingFile| ; in: DEFUN |buildLibdbConEntry| ; (BOOT::|isExposedConstructor| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |isExposedConstructor| ; in: DEFUN |genericParentsOf| ; (BOOT::|parentsOfBuiltinInstance| BOOT::|form|) ; ; caught STYLE-WARNING: ; undefined function: |parentsOfBuiltinInstance| ; in: DEFUN |extendLocalLibdb| ; (BOOT::|purgeNewConstructorLines| (BOOT::|dbReadLines| BOOT::|localLibdb|) ; BOOT::|conlist|) ; ; caught STYLE-WARNING: ; undefined function: |purgeNewConstructorLines| ; in: DEFUN |transKCatAlist| ; (BOOT::|quickAnd| BOOT::|hpred| BOOT::|npred|) ; ; caught STYLE-WARNING: ; undefined function: |quickAnd| ; in: DEFUN |ancestorsRecur| ; (BOOT::|quickAnd| BOOT::|pred| BOOT::|p|) ; ; caught STYLE-WARNING: ; undefined function: |quickAnd| ; in: DEFUN |ancestorsAdd| ; (BOOT::|quickOr| (CDR BOOT::|existingNode|) BOOT::|pred|) ; ; caught STYLE-WARNING: ; undefined function: |quickOr| ; in: DEFUN |buildGloss| ; (BOOT::|removeFile| BOOT::|keypath|) ; ; caught STYLE-WARNING: ; undefined function: |removeFile| ; in: DEFUN |dbSplitLibdb| ; (BOOT::|removeFile| "olibdb.text") ; ; caught STYLE-WARNING: ; undefined function: |removeFile| ; in: DEFUN |buildLibdb| ; (BOOT::|removeFile| "temp.text") ; ; caught STYLE-WARNING: ; undefined function: |removeFile| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |removeFile| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-data.clisp ; in: DEFUN |buildLibdb| ; (BOOT::|renameFile| "libdb.text" "olibdb.text") ; ; caught STYLE-WARNING: ; undefined function: |renameFile| ; (BOOT::|runCommand| ; (COND ; ((EQ BOOT::|$machineType| 'BOOT::RIOS) ; "sort -f -T /tmp -y200 \"temp.text\" > \"libdb.text\"") ; ((EQ BOOT::|$machineType| 'BOOT::SPARC) ; "sort -f \"temp.text\" > \"libdb.text\"") ; (T "sort \"temp.text\" > \"libdb.text\""))) ; ; caught STYLE-WARNING: ; undefined function: |runCommand| ; in: DEFUN |ancestorsRecur| ; (BOOT::|simpHasPred| (BOOT::|quickAnd| BOOT::|pred| BOOT::|p|)) ; ; caught STYLE-WARNING: ; undefined function: |simpHasPred| ; in: DEFUN |ancestorsOf| ; (BOOT::|simpHasPred| BOOT::|right|) ; ; caught STYLE-WARNING: ; undefined function: |simpHasPred| ; in: DEFUN |mkHasArgsPred| ; (BOOT::|systemError| BOOT::|subargs|) ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; in: DEFUN |transKCatAlist| ; (BOOT::|systemError| NIL) ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; in: DEFUN |getImports,doImport| ; (BOOT::|systemError| "bad argument in template") ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; in: DEFUN |buildGloss| ; (BOOT::|transformAndRecheckComments| BOOT::|name| (LIST BOOT::|line|)) ; ; caught STYLE-WARNING: ; undefined function: |transformAndRecheckComments| ; ; compilation unit finished ; Undefined functions: ; HAS_SHARP_VAR |constructor?| |constructorHasCategoryFromDB| |dbName| |dbReadLines| |dbTickIndex| |dbWriteLines| |form2HtString| |form2LispString| |genericInstanceForm| |getCDTEntry| |getConstructorAbbreviationFromDB| |getConstructorAncestorsFromDB| |getConstructorDocumentationFromDB| |getConstructorExports| |getConstructorForm| |getConstructorFormFromDB| |getConstructorKindFromDB| |getConstructorModemap| |getConstructorParentsFromDB| |insertShortAlist| |isExistingFile| |isExposedConstructor| |parentsOfBuiltinInstance| |purgeNewConstructorLines| |quickAnd| |quickOr| |removeFile| |renameFile| |runCommand| |simpHasPred| |systemError| |transformAndRecheckComments| ; caught 54 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-data.fasl written ; compilation finished in 0:00:00.337 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=showimp.fasl --load-directory=. ../../../open-axiom/src/interp/showimp.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/showimp.clisp" (written 01 FEB 2016 10:53:17 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "c-util") ; compiling (IMPORT-MODULE "nruncomp") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFPARAMETER |$returnNowhereFromGoGet| ...) ; compiling (DEFUN |showSummary| ...) ; compiling (DEFUN |showImp| ...) ; compiling (DEFUN |showFrom| ...) ; compiling (DEFUN |getDomainOps| ...) ; compiling (DEFUN |getDomainSigs| ...) ; compiling (DEFUN |getDomainSigs1| ...) ; compiling (DEFUN |getDomainDocs| ...) ; compiling (DEFUN |from?| ...) ; compiling (DEFUN |getExtensionsOfDomain| ...) ; compiling (DEFUN |getDomainExtensionsOfDomain| ...) ; compiling (DEFUN |devaluateSlotDomain| ...) ; compiling (DEFUN |getCategoriesOfDomain| ...) ; compiling (DEFUN |getInheritanceByDoc| ...) ; compiling (DEFUN |getDocDomainForOpSig| ...) ; compiling (DEFUN |showDomainsOp1| ...) ; compiling (DEFUN |getDomainRefName| ...) ; compiling (DEFUN |getDomainSeteltForm| ...) ; compiling (DEFUN |showPredicates| ...) ; compiling (DEFUN |showAttributes| ...) ; compiling (DEFUN |showGoGet| ...) ; compiling (DEFUN |formatLazyDomain| ...) ; compiling (DEFUN |formatLazyDomainForm| ...) ; compiling (DEFUN |dc| ...) ; compiling (DEFUN |dcSlots| ...) ; compiling (DEFUN |dcOpLatchPrint| ...) ; compiling (DEFUN |getInfovec| ...) ; compiling (DEFUN |getOpSegment| ...) ; compiling (DEFUN |getCodeVector| ...) ; compiling (DEFUN |formatSlotDomain| ...) ; compiling (DEFUN |dcOpTable| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/showimp.clisp ; in: DEFUN |dcOpTable| ; (LET* (BOOT::|curIndex| ; BOOT::|stopIndex| ; BOOT::|startIndex| ; BOOT::|i| ; BOOT::|op| ; BOOT::|opTable| ; BOOT::|template| ; BOOT::|name|) ; (PROGN ; (SETQ BOOT::|name| (OR # BOOT::|con|)) ; (LET ((BOOT::|$infovec| #)) ; (DECLARE (SPECIAL BOOT::|$infovec|)) ; (PROGN ; (SETQ #) ; (LET # ; # ; #))))) ; ; caught STYLE-WARNING: ; The variable |i| is defined but never used. ; compiling (DEFUN |dcOpPrint| ...) ; compiling (DEFUN |dcSig| ...) ; compiling (DEFUN |dcPreds| ...) ; compiling (DEFUN |dcAtts| ...) ; compiling (DEFUN |dcCats| ...) ; compiling (DEFUN |dcCats1| ...) ; compiling (DEFUN |dcData| ...) ; compiling (DEFUN |dcData1| ...) ; compiling (DEFUN |dcSize| ...) ; compiling (DEFUN |dcSizeAll| ...) ; compiling (DEFUN |sum| ...) ; compiling (DEFUN |nodeSize| ...) ; compiling (DEFUN |vectorSize| ...) ; compiling (DEFUN |halfWordSize| ...) ; compiling (DEFUN |numberOfNodes| ...) ; compiling (DEFUN |template| ...) ; compiling (DEFUN |ppTemplate| ...) ; compiling (DEFUN |infovec| ...) ; compiling (DEFUN |dcAll| ...) ; compiling (DEFUN |dcOps| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/showimp.clisp ; in: DEFUN |dcOpTable| ; (BOOT::|abbreviation?| BOOT::|con|) ; ; caught STYLE-WARNING: ; undefined function: |abbreviation?| ; in: DEFUN |dcSlots| ; (BOOT::|abbreviation?| BOOT::|con|) ; ; caught STYLE-WARNING: ; undefined function: |abbreviation?| ; in: DEFUN |dc| ; (BOOT::|abbreviation?| BOOT::|con|) ; ; caught STYLE-WARNING: ; undefined function: |abbreviation?| ; ; caught STYLE-WARNING: ; 8 more uses of undefined function |abbreviation?| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/showimp.clisp ; in: DEFUN |dcSlots| ; (BOOT::|bright| BOOT::|i|) ; ; caught STYLE-WARNING: ; undefined function: |bright| ; in: DEFUN |showGoGet| ; (BOOT::|bright| 'BOOT::|from|) ; ; caught STYLE-WARNING: ; undefined function: |bright| ; in: DEFUN |showImp| ; (BOOT::|bright| (BOOT::|form2String| BOOT::|domainForm|)) ; ; caught STYLE-WARNING: ; undefined function: |bright| ; ; caught STYLE-WARNING: ; 7 more uses of undefined function |bright| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/showimp.clisp ; in: DEFUN |getDocDomainForOpSig| ; (BOOT::|compareSig| BOOT::|sig| BOOT::|s| BOOT::D BOOT::|dollar|) ; ; caught STYLE-WARNING: ; undefined function: |compareSig| ; in: DEFUN |getInfovec| ; (BOOT::|dbLoaded?| (BOOT::|constructorDB| BOOT::|name|)) ; ; caught STYLE-WARNING: ; undefined function: |dbLoaded?| ; in: DEFUN |dcOpLatchPrint| ; (BOOT::|dollarPercentTran| ; (BOOT::|form2String| (BOOT::|formatSlotDomain| BOOT::|whereNumber|))) ; ; caught STYLE-WARNING: ; undefined function: |dollarPercentTran| ; in: DEFUN |devaluateSlotDomain| ; (BOOT::|eval| BOOT::|y|) ; ; caught STYLE-WARNING: ; undefined function: |eval| ; in: DEFUN |getDomainExtensionsOfDomain| ; (BOOT::|eval| BOOT::|u|) ; ; caught STYLE-WARNING: ; undefined function: |eval| ; in: DEFUN |getExtensionsOfDomain| ; (BOOT::|eval| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |eval| ; in: DEFUN |showAttributes| ; (BOOT::|form2String| BOOT::|a|) ; ; caught STYLE-WARNING: ; undefined function: |form2String| ; in: DEFUN |showFrom| ; (BOOT::|form2String| BOOT::|conform|) ; ; caught STYLE-WARNING: ; undefined function: |form2String| ; in: DEFUN |showImp| ; (BOOT::|form2String| BOOT::|domainForm|) ; ; caught STYLE-WARNING: ; undefined function: |form2String| ; ; caught STYLE-WARNING: ; 5 more uses of undefined function |form2String| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/showimp.clisp ; in: DEFUN |showGoGet| ; (BOOT::|formatOpSignature| BOOT::|op| BOOT::|signumList|) ; ; caught STYLE-WARNING: ; undefined function: |formatOpSignature| ; in: DEFUN |showDomainsOp1| ; (BOOT::|formatOpSignature| BOOT::|op| BOOT::|sig|) ; ; caught STYLE-WARNING: ; undefined function: |formatOpSignature| ; in: DEFUN |showFrom| ; (BOOT::|formatOpSignature| BOOT::|op| BOOT::|sig|) ; ; caught STYLE-WARNING: ; undefined function: |formatOpSignature| ; ; caught STYLE-WARNING: ; 3 more uses of undefined function |formatOpSignature| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/showimp.clisp ; in: DEFUN |showAttributes| ; (BOOT::|getConstructorAbbreviation| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorAbbreviation| ; in: DEFUN |getDocDomainForOpSig| ; (BOOT::|getConstructorDocumentationFromDB| (CAR BOOT::|dollar|)) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorDocumentationFromDB| ; in: DEFUN |getInfovec| ; (BOOT::|getConstructorModuleFromDB| BOOT::|name|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorModuleFromDB| ; in: DEFUN |dcOps| ; (BOOT::|getConstructorOperationsFromDB| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorOperationsFromDB| ; in: DEFUN |getDomainOps| ; (BOOT::|getConstructorPredicates| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorPredicates| ; in: DEFUN |showFrom| ; (BOOT::|getConstructorPredicates| BOOT::|nam|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorPredicates| ; in: DEFUN |showImp| ; (BOOT::|getConstructorPredicates| BOOT::|nam|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorPredicates| ; ; caught STYLE-WARNING: ; 8 more uses of undefined function |getConstructorPredicates| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/showimp.clisp ; in: DEFUN |getDomainSigs1| ; (BOOT::|getDomainOpTable| BOOT::D NIL) ; ; caught STYLE-WARNING: ; undefined function: |getDomainOpTable| ; in: DEFUN |getDomainOps| ; (BOOT::|getDomainOpTable| BOOT::D NIL) ; ; caught STYLE-WARNING: ; undefined function: |getDomainOpTable| ; in: DEFUN |showImp| ; (BOOT::|getDomainOpTable| BOOT::|dom| T) ; ; caught STYLE-WARNING: ; undefined function: |getDomainOpTable| ; in: DEFUN |getDomainOps| ; (BOOT::|insantiationCtor| BOOT::D) ; ; caught STYLE-WARNING: ; undefined function: |insantiationCtor| ; in: DEFUN |getInfovec| ; (BOOT::|loadLibNoUpdate| BOOT::|name| BOOT::|name| BOOT::|fullLibName|) ; ; caught STYLE-WARNING: ; undefined function: |loadLibNoUpdate| ; in: DEFUN |dcPreds| ; (BOOT::|pred2English| (ELT BOOT::|$predvec| BOOT::|i|)) ; ; caught STYLE-WARNING: ; undefined function: |pred2English| ; in: DEFUN |dcOpPrint| ; (BOOT::|pred2English| (ELT BOOT::|$predvec| (- BOOT::|predNumber| 1))) ; ; caught STYLE-WARNING: ; undefined function: |pred2English| ; in: DEFUN |showPredicates| ; (BOOT::|pred2English| BOOT::|p|) ; ; caught STYLE-WARNING: ; undefined function: |pred2English| ; ; caught STYLE-WARNING: ; 4 more uses of undefined function |pred2English| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/showimp.clisp ; in: DEFUN |dcData1| ; (BOOT::|rightJustifyString| (WRITE-TO-STRING BOOT::|start|) 6) ; ; caught STYLE-WARNING: ; undefined function: |rightJustifyString| ; (BOOT::|sayNewLine|) ; ; caught STYLE-WARNING: ; undefined function: |sayNewLine| ; in: DEFUN |getInfovec| ; (BOOT::|startTimingProcess| 'BOOT::|load|) ; ; caught STYLE-WARNING: ; undefined function: |startTimingProcess| ; in: DEFUN |getInheritanceByDoc| ; (BOOT::|substDomainArgs| BOOT::D BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |substDomainArgs| ; in: DEFUN |formatLazyDomain| ; (BOOT::|systemError| NIL) ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; in: DEFUN |getDomainSeteltForm| ; (BOOT::|systemError|) ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; in: DEFUN |showAttributes| ; (BOOT::|testBitVector| BOOT::|predvector| BOOT::|p|) ; ; caught STYLE-WARNING: ; undefined function: |testBitVector| ; in: DEFUN |showPredicates| ; (BOOT::|testBitVector| BOOT::|predvector| BOOT::|i|) ; ; caught STYLE-WARNING: ; undefined function: |testBitVector| ; ; compilation unit finished ; Undefined functions: ; |abbreviation?| |bright| |compareSig| |dbLoaded?| |dollarPercentTran| |eval| |form2String| |formatOpSignature| |getConstructorAbbreviation| |getConstructorDocumentationFromDB| |getConstructorModuleFromDB| |getConstructorOperationsFromDB| |getConstructorPredicates| |getDomainOpTable| |insantiationCtor| |loadLibNoUpdate| |pred2English| |rightJustifyString| |sayNewLine| |startTimingProcess| |substDomainArgs| |systemError| |testBitVector| ; caught 48 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/showimp.fasl written ; compilation finished in 0:00:00.264 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=br-op1.fasl --load-directory=. ../../../open-axiom/src/interp/br-op1.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-op1.clisp" (written 01 FEB 2016 10:53:17 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "bc-util") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFUN |dbFromConstructor?| ...) ; compiling (DEFUN |dbDoesOneOpHaveParameters?| ...) ; compiling (DEFUN |dbShowOps| ...) ; compiling (DEFUN |reduceByGroup| ...) ; compiling (DEFUN |dbShowOp1| ...) ; compiling (DEFUN |opAlistCount| ...) ; compiling (DEFUN |dbShowOpHeading| ...) ; compiling (DEFUN |dbOpsExposureMessage| ...) ; compiling (DEFUN |fromHeading| ...) ; compiling (DEFUN |pickitForm| ...) ; compiling (DEFUN |conformString| ...) ; compiling (DEFUN |conform2StringList| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-op1.clisp ; in: DEFUN |conform2StringList| ; (LET* (BOOT::|head| ; BOOT::|sargl| ; BOOT::|res| ; BOOT::|a| ; BOOT::|typ| ; BOOT::|u| ; BOOT::|keyword| ; BOOT::|x| ; BOOT::|t| ; BOOT::|ISTMP#2| ; BOOT::|y| ; BOOT::|ISTMP#1| ; ...) ; (DECLARE (SPECIAL BOOT::|$lowerCaseConTb|)) ; (PROGN ; (SETQ BOOT::|exception| (OR BOOT::|exception| "%%%nothing%%%")) ; (SETQ BOOT::|op1| (CAR BOOT::|form|)) ; (SETQ BOOT::|args| (CDR BOOT::|form|)) ; (SETQ BOOT::|op| (OR # BOOT::|op1|)) ; (COND ((NULL BOOT::|args|) (FUNCALL BOOT::|opFn| BOOT::|op|)) ; (T (SETQ #) (SETQ #) (SETQ #) (SETQ #) (COND # #))))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |dbMapping2StringList| ...) ; compiling (DEFUN |dbOuttran| ...) ; compiling (DEFUN |dbOpsForm| ...) ; compiling (DEFUN |dbConformGen| ...) ; compiling (DEFUN |dbConformGenUnder| ...) ; compiling (DEFUN |dbConformGen1| ...) ; compiling (DEFUN |unAbbreviateIfNecessary| ...) ; compiling (DEFUN |conname2StringList| ...) ; compiling (DEFUN |dbGatherData| ...) ; compiling (DEFUN |dbGatherDataImplementation| ...) ; compiling (DEFUN |dbGatherDataImplementation,fn| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-op1.clisp ; in: DEFUN |dbGatherDataImplementation,fn| ; (LET* (BOOT::|entries| BOOT::|u| BOOT::|key| BOOT::|alist|) ; (PROGN ; (SETQ BOOT::|alist| NIL) ; (LET ((BOOT::|bfVar#2| BOOT::|l|) (BOOT::|u| NIL)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOTTRAN:|reverse!| BOOT::|alist|))) ; ; caught STYLE-WARNING: ; The variable |u| is defined but never used. ; compiling (DEFUN |dbGatherDataImplementation,gn| ...) ; compiling (DEFUN |dbSelectData| ...) ; compiling (DEFUN |dbReduceOpAlist| ...) ; compiling (DEFUN |dbReduceByOpSignature| ...) ; compiling (DEFUN |dbReduceBySignature| ...) ; compiling (DEFUN |dbReduceByForm| ...) ; compiling (DEFUN |dbReduceBySelection| ...) ; compiling (DEFUN |dbContrivedForm| ...) ; compiling (DEFUN |dbMakeSignature| ...) ; compiling (DEFUN |dbGetOrigin| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-op1.clisp ; in: DEFUN |dbGetOrigin| ; (DEFUN BOOT::|dbGetOrigin| (BOOT::|op| BOOT::|bfVar#1|) ; (LET* (BOOT::|origin|) ; (PROGN (SETQ BOOT::|origin| #) BOOT::|origin|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|dbGetOrigin| ; (BOOT::|op| BOOT::|bfVar#1|) ; (BLOCK BOOT::|dbGetOrigin| ; (LET* (BOOT::|origin|) ; (PROGN (SETQ #) BOOT::|origin|)))) ; ; caught STYLE-WARNING: ; The variable |op| is defined but never used. ; compiling (DEFUN |dbGetCondition| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-op1.clisp ; in: DEFUN |dbGetCondition| ; (DEFUN BOOT::|dbGetCondition| (BOOT::|op| BOOT::|bfVar#1|) ; (LET* (BOOT::|pred|) ; (PROGN (SETQ BOOT::|pred| #) BOOT::|pred|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|dbGetCondition| ; (BOOT::|op| BOOT::|bfVar#1|) ; (BLOCK BOOT::|dbGetCondition| ; (LET* (BOOT::|pred|) ; (PROGN (SETQ #) BOOT::|pred|)))) ; ; caught STYLE-WARNING: ; The variable |op| is defined but never used. ; compiling (DEFUN |dbShowOpNames| ...) ; compiling (DEFUN |dbShowOpItems| ...) ; compiling (DEFUN |dbShowOpAllDomains| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-op1.clisp ; in: DEFUN |dbShowOpAllDomains| ; (MULTIPLE-VALUE-BIND (#:G539 BOOT::|key| #:G540) ; (#:G538) ; (COND ((NOT #:G539) (RETURN BOOT::|bfVar#5|)) ; (T (AND (BOOT::|symbolTarget| # BOOT::|catOriginAlist|) (COND # #))))) ; --> MULTIPLE-VALUE-CALL ; ==> ; #'(LAMBDA (&OPTIONAL (#:G539) (BOOT::|key|) (#:G540) &REST #:G448) ; (DECLARE (IGNORE #:G448)) ; (COND ((NOT #:G539) (RETURN BOOT::|bfVar#5|)) ; (T ; (AND (BOOT::|symbolTarget| # BOOT::|catOriginAlist|) (COND # #))))) ; ; caught STYLE-WARNING: ; The variable #:G540 is defined but never used. ; compiling (DEFUN |simpOrDumb| ...) ; compiling (DEFUN |dbShowOpOrigins| ...) ; compiling (DEFUN |dbShowOpImplementations| ...) ; compiling (DEFUN |dbShowOpConditions| ...) ; compiling (DEFUN |dbShowKind| ...) ; compiling (DEFUN |dbShowOpSignatures| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-op1.clisp ; in: DEFUN |dbShowOpSignatures| ; (DEFUN BOOT::|dbShowOpSignatures| ; (BOOT::|htPage| BOOT::|opAlist| BOOT::|which| BOOT::|data|) ; (BOOT::|dbShowOpSigList| BOOT::|which| BOOT::|data| 0)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|dbShowOpSignatures| ; (BOOT::|htPage| BOOT::|opAlist| BOOT::|which| BOOT::|data|) ; (BLOCK BOOT::|dbShowOpSignatures| ; (BOOT::|dbShowOpSigList| BOOT::|which| BOOT::|data| 0))) ; ; caught STYLE-WARNING: ; The variable |htPage| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |opAlist| is defined but never used. ; compiling (DEFUN |dbShowOpSigList| ...) ; compiling (DEFUN |dbShowOpParameters| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-op1.clisp ; in: DEFUN |dbShowOpParameters| ; (DEFUN BOOT::|dbShowOpParameters| ; (BOOT::|htPage| BOOT::|opAlist| BOOT::|which| BOOT::|data|) ; (LET* (BOOT::|n| ; BOOT::|ops| ; BOOT::|args| ; BOOT::|op| ; BOOT::|tail| ; BOOT::|exposeFlag| ; BOOT::|opform| ; BOOT::|firstTime| ; BOOT::|count| ; BOOT::|single?|) ; (PROGN ; (SETQ BOOT::|single?| #) ; (SETQ BOOT::|count| 0) ; (BOOT::|htBeginTable|) ; (SETQ BOOT::|firstTime| T) ; (LET (# #) ; (LOOP # ; #)) ; (BOOT::|htEndTable|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|dbShowOpParameters| ; (BOOT::|htPage| BOOT::|opAlist| BOOT::|which| BOOT::|data|) ; (BLOCK BOOT::|dbShowOpParameters| ; (LET* (BOOT::|n| ; BOOT::|ops| ; BOOT::|args| ; BOOT::|op| ; BOOT::|tail| ; BOOT::|exposeFlag| ; BOOT::|opform| ; BOOT::|firstTime| ; BOOT::|count| ; BOOT::|single?|) ; (PROGN ; (SETQ #) ; (SETQ #) ; (BOOT::|htBeginTable|) ; (SETQ #) ; (LET # ; #) ; (BOOT::|htEndTable|))))) ; ; caught STYLE-WARNING: ; The variable |htPage| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |opAlist| is defined but never used. ; compiling (DEFUN |dbShowOpParameterJump| ...) ; compiling (DEFUN |dbShowOpDocumentation| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-op1.clisp ; in: DEFUN |dbShowOpDocumentation| ; (DEFUN BOOT::|dbShowOpDocumentation| ; (BOOT::|htPage| BOOT::|opAlist| BOOT::|which| BOOT::|data|) ; (LET* (BOOT::|index| ; BOOT::|pred| ; BOOT::|doc| ; BOOT::|tail| ; BOOT::|k| ; BOOT::|comments| ; BOOT::|exposeFlag| ; BOOT::|origin| ; BOOT::|predicate| ; BOOT::|sig| ; BOOT::|alist| ; BOOT::|op| ; ...) ; (DECLARE (SPECIAL BOOT::|$exposedOnlyIfTrue|)) ; (PROGN ; (COND (# #)) ; (SETQ BOOT::|newWhich| #) ; (SETQ BOOT::|expand| #) ; (COND (BOOT::|expand| # #)) ; (SETQ BOOT::|base| #) ; (SETQ BOOT::|exactlyOneOpSig| #) ; (BOOT::|htSaySaturn| "\\begin{description}") ; (LET (# #) ; (LOOP # ; #)) ; (BOOT::|htSaySaturn| "\\end{description}")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|dbShowOpDocumentation| ; (BOOT::|htPage| BOOT::|opAlist| BOOT::|which| BOOT::|data|) ; (BLOCK BOOT::|dbShowOpDocumentation| ; (LET* (BOOT::|index| ; BOOT::|pred| ; BOOT::|doc| ; BOOT::|tail| ; BOOT::|k| ; BOOT::|comments| ; BOOT::|exposeFlag| ; BOOT::|origin| ; BOOT::|predicate| ; BOOT::|sig| ; BOOT::|alist| ; BOOT::|op| ; ...) ; (DECLARE (SPECIAL BOOT::|$exposedOnlyIfTrue|)) ; (PROGN ; (COND #) ; (SETQ #) ; (SETQ #) ; (COND #) ; (SETQ #) ; (SETQ #) ; (BOOT::|htSaySaturn| "\\begin{description}") ; (LET # ; #) ; (BOOT::|htSaySaturn| "\\end{description}"))))) ; ; caught STYLE-WARNING: ; The variable |data| is defined but never used. ; compiling (DEFUN |dbChooseDomainOp| ...) ; compiling (DEFUN |htSayExpose| ...) ; compiling (DEFUN |dbShowOperationsFromConform| ...) ; compiling (DEFUN |reduceOpAlistForDomain| ...) ; compiling (DEFPARAMETER |$attributeArgs| ...) ; compiling (DEFUN |dbShowOperationLines| ...) ; compiling (DEFUN |dbResetOpAlistCondition| ...) ; compiling (DEFUN |dbSetOpAlistCondition| ...) ; compiling (DEFUN |dbExpandOpAlistIfNecessary| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-op1.clisp ; in: DEFUN |dbExpandOpAlistIfNecessary| ; (DEFUN BOOT::|dbExpandOpAlistIfNecessary| ; (BOOT::|htPage| BOOT::|opAlist| BOOT::|which| BOOT::|needOrigins?| ; BOOT::|condition?|) ; (LET* (BOOT::|doc| ; BOOT::|docCode| ; BOOT::|u| ; BOOT::|ISTMP#1| ; BOOT::|tail| ; BOOT::|alist| ; BOOT::|docTable| ; BOOT::|catname| ; BOOT::|s| ; BOOT::|domform| ; BOOT::|packageSymbol| ; BOOT::|exposeFlag| ; ...) ; (DECLARE (SPECIAL BOOT::|$docTableHash| BOOT::|$exposedOnlyIfTrue|)) ; (PROGN ; (SETQ BOOT::|condition?| #) ; (SETQ BOOT::|value| NIL) ; (SETQ BOOT::|expandProperty| #) ; (SETQ BOOT::|expandFlag| #) ; (COND (# NIL) (# # #) (# #) (T 'BOOT::|done|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|dbExpandOpAlistIfNecessary| ; (BOOT::|htPage| BOOT::|opAlist| BOOT::|which| BOOT::|needOrigins?| ; BOOT::|condition?|) ; (BLOCK BOOT::|dbExpandOpAlistIfNecessary| ; (LET* (BOOT::|doc| ; BOOT::|docCode| ; BOOT::|u| ; BOOT::|ISTMP#1| ; BOOT::|tail| ; BOOT::|alist| ; BOOT::|docTable| ; BOOT::|catname| ; BOOT::|s| ; BOOT::|domform| ; BOOT::|packageSymbol| ; BOOT::|exposeFlag| ; ...) ; (DECLARE (SPECIAL BOOT::|$docTableHash| BOOT::|$exposedOnlyIfTrue|)) ; (PROGN (SETQ #) (SETQ #) (SETQ #) (SETQ #) (COND # # # #))))) ; ; caught STYLE-WARNING: ; The variable |needOrigins?| is defined but never used. ; compiling (DEFUN |getRegistry| ...) ; compiling (DEFUN |evalableConstructor2HtString| ...) ; compiling (DEFUN |evalableConstructor2HtString,unquote| ...) ; compiling (DEFUN |mathform2HtString| ...) ; compiling (DEFUN |niladicHack| ...) ; compiling (DEFUN |getDomainOpTable| ...) ; compiling (DEFUN |getDomainOpTable,memq| ...) ; compiling (DEFUN |evalDomainOpPred| ...) ; compiling (DEFUN |evalDomainOpPred,process| ...) ; compiling (DEFUN |evalDomainOpPred,convert| ...) ; compiling (DEFUN |evalDomainOpPred,convertCatArg| ...) ; compiling (DEFUN |evalDomainOpPred,evpred| ...) ; compiling (DEFUN |evalDomainOpPred,evpred1| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-op1.clisp ; in: DEFUN |dbShowOps| ; (BOOT::|aPage| BOOT::|arg|) ; ; caught STYLE-WARNING: ; undefined function: |aPage| ; in: DEFUN |evalableConstructor2HtString| ; (BOOT::|algCoerceInteractive| BOOT::|arg| BOOT::|typ| '(BOOT::|OutputForm|)) ; ; caught STYLE-WARNING: ; undefined function: |algCoerceInteractive| ; in: DEFUN |dbOuttran| ; (BOOT::|algCoerceInteractive| BOOT::|arg| BOOT::|typ| '(BOOT::|OutputForm|)) ; ; caught STYLE-WARNING: ; undefined function: |algCoerceInteractive| ; in: DEFUN |conform2StringList| ; (BOOT::|algCoerceInteractive| BOOT::|x| BOOT::|typ| '(BOOT::|OutputForm|)) ; ; caught STYLE-WARNING: ; undefined function: |algCoerceInteractive| ; in: DEFUN |dbShowOpSigList| ; (BOOT::|args2HtString| (AND BOOT::|sig| (LIST BOOT::|sig|))) ; ; caught STYLE-WARNING: ; undefined function: |args2HtString| ; (BOOT::|bcConform| (CAR BOOT::|sig|)) ; ; caught STYLE-WARNING: ; undefined function: |bcConform| ; in: DEFUN |dbShowOps| ; (BOOT::|bcErrorPage| BOOT::|filter|) ; ; caught STYLE-WARNING: ; undefined function: |bcErrorPage| ; in: DEFUN |dbShowOpConditions| ; #'BOOT::|bcPred| ; ; caught STYLE-WARNING: ; undefined function: |bcPred| ; in: DEFUN |dbShowOpImplementations| ; #'BOOT::|bcStarConform| ; ; caught STYLE-WARNING: ; undefined function: |bcStarConform| ; in: DEFUN |dbShowOpOrigins| ; #'BOOT::|bcStarConform| ; ; caught STYLE-WARNING: ; undefined function: |bcStarConform| ; in: DEFUN |dbShowOpItems| ; (BOOT::|bcStarSpaceOp| BOOT::|ops| BOOT::|exposeFlag|) ; ; caught STYLE-WARNING: ; undefined function: |bcStarSpaceOp| ; in: DEFUN |dbShowOperationsFromConform| ; (BOOT::|capitalize| (BOOT::|htpProperty| BOOT::|htPage| 'BOOT::|kind|)) ; ; caught STYLE-WARNING: ; undefined function: |capitalize| ; in: DEFUN |dbShowOp1| ; (BOOT::|capitalize| BOOT::|which|) ; ; caught STYLE-WARNING: ; undefined function: |capitalize| ; in: DEFUN |getDomainOpTable| ; (BOOT::|compiledLookup| BOOT::|op| BOOT::|sig1| BOOT::|dom|) ; ; caught STYLE-WARNING: ; undefined function: |compiledLookup| ; in: DEFUN |dbShowOp1| ; (BOOT::|conPageChoose| BOOT::|con|) ; ; caught STYLE-WARNING: ; undefined function: |conPageChoose| ; (BOOT::|constructor?| BOOT::|con|) ; ; caught STYLE-WARNING: ; undefined function: |constructor?| ; in: DEFUN |dbShowOpAllDomains| ; (BOOT::|constructorHasCategoryFromDB| BOOT::|pair|) ; ; caught STYLE-WARNING: ; undefined function: |constructorHasCategoryFromDB| ; in: DEFUN |dbConformGen1| ; #'BOOT::|dbConform| ; ; caught STYLE-WARNING: ; undefined function: |dbConform| ; in: DEFUN |pickitForm| ; #'BOOT::|dbConform| ; ; caught STYLE-WARNING: ; undefined function: |dbConform| ; in: DEFUN |dbExpandOpAlistIfNecessary| ; (BOOT::|dbDocTable| BOOT::|domform|) ; ; caught STYLE-WARNING: ; undefined function: |dbDocTable| ; (BOOT::|dbExposed?| BOOT::|line| (BOOTTRAN:|char| 'BOOT::|o|)) ; ; caught STYLE-WARNING: ; undefined function: |dbExposed?| ; in: DEFUN |dbGatherData| ; (BOOT::|dbExposed?| BOOT::|item| (BOOTTRAN:|char| 'BOOT::|o|)) ; ; caught STYLE-WARNING: ; undefined function: |dbExposed?| ; in: DEFUN |fromHeading| ; (BOOT::|dbExtractUnderlyingDomain| BOOT::|updomain|) ; ; caught STYLE-WARNING: ; undefined function: |dbExtractUnderlyingDomain| ; in: DEFUN |dbShowOpConditions| ; (BOOT::|dbGatherThenShow| BOOT::|htPage| BOOT::|opAlist| BOOT::|which| ; BOOT::|data| NIL NIL #'BOOT::|bcPred|) ; ; caught STYLE-WARNING: ; undefined function: |dbGatherThenShow| ; in: DEFUN |dbShowOpImplementations| ; (BOOT::|dbGatherThenShow| BOOT::|htPage| BOOT::|opAlist| BOOT::|which| ; BOOT::|data| T "by" #'BOOT::|bcStarConform|) ; ; caught STYLE-WARNING: ; undefined function: |dbGatherThenShow| ; in: DEFUN |dbShowOpOrigins| ; (BOOT::|dbGatherThenShow| BOOT::|htPage| BOOT::|opAlist| BOOT::|which| ; BOOT::|data| T "from" #'BOOT::|bcStarConform|) ; ; caught STYLE-WARNING: ; undefined function: |dbGatherThenShow| ; in: DEFUN |dbExpandOpAlistIfNecessary| ; (BOOT::|dbGetDocTable| BOOT::|op| ; (BOOTTRAN:|substitute| 'BOOT::% 'BOOT::$ BOOT::|sig|) ; (BOOT::|dbDocTable| BOOT::|origin|) BOOT::|which| NIL) ; ; caught STYLE-WARNING: ; undefined function: |dbGetDocTable| ; in: DEFUN |dbShowOps| ; (BOOT::|dbGetInputString| BOOT::|htPage|) ; ; caught STYLE-WARNING: ; undefined function: |dbGetInputString| ; in: DEFUN |dbContrivedForm| ; (BOOT::|dbMakeContrivedForm| BOOT::|op| BOOT::|sig|) ; ; caught STYLE-WARNING: ; undefined function: |dbMakeContrivedForm| ; in: DEFUN |dbShowOperationLines| ; (BOOT::|dbName| (SETQ BOOT::|x| (CAR BOOT::|lines|))) ; ; caught STYLE-WARNING: ; undefined function: |dbName| ; in: DEFUN |dbExpandOpAlistIfNecessary| ; (BOOT::|dbNewConname| BOOT::|line|) ; ; caught STYLE-WARNING: ; undefined function: |dbNewConname| ; in: DEFUN |dbDoesOneOpHaveParameters?| ; (BOOT::|dbPart| BOOT::|x| 2 1) ; ; caught STYLE-WARNING: ; undefined function: |dbPart| ; in: DEFUN |dbExpandOpAlistIfNecessary| ; (BOOT::|dbParts| BOOT::|line| 7 1) ; ; caught STYLE-WARNING: ; undefined function: |dbParts| ; in: DEFUN |dbShowOp1| ; (BOOT::|dbPresentOps| BOOT::|page| BOOT::|which| BOOT::|branch|) ; ; caught STYLE-WARNING: ; undefined function: |dbPresentOps| ; in: DEFUN |dbShowOpDocumentation| ; (BOOT::|dbReadComments| BOOT::|k|) ; ; caught STYLE-WARNING: ; undefined function: |dbReadComments| ; in: DEFUN |dbShowOpAllDomains| ; (BOOT::|dbShowCons| BOOT::|htPage| 'BOOT::|names|) ; ; caught STYLE-WARNING: ; undefined function: |dbShowCons| ; in: DEFUN |dbShowOpDocumentation| ; (BOOT::|displayDomainOp| BOOT::|htPage| BOOT::|newWhich| BOOT::|origin| ; BOOT::|op| BOOT::|sig| BOOT::|pred| BOOT::|doc| BOOT::|index| ; 'BOOT::|dbChooseDomainOp| (NULL BOOT::|exposeFlag|) T) ; ; caught STYLE-WARNING: ; undefined function: |displayDomainOp| ; in: DEFUN |dbShowOps| ; (BOOT::|emptySearchPage| BOOT::|which| BOOT::|filter|) ; ; caught STYLE-WARNING: ; undefined function: |emptySearchPage| ; in: DEFUN |dbShowOpItems| ; (BOOT::|escapeSpecialChars| (BOOT::STRINGIMAGE BOOT::|op|)) ; ; caught STYLE-WARNING: ; undefined function: |escapeSpecialChars| ; in: DEFUN |dbShowOpNames| ; (BOOT::|escapeSpecialChars| (BOOT::STRINGIMAGE (CAAR BOOT::|opAlist|))) ; ; caught STYLE-WARNING: ; undefined function: |escapeSpecialChars| ; in: DEFUN |dbShowOp1| ; (BOOT::|escapeSpecialChars| (BOOT::STRINGIMAGE (CAAR BOOT::|opAlist|))) ; ; caught STYLE-WARNING: ; undefined function: |escapeSpecialChars| ; ; caught STYLE-WARNING: ; 2 more uses of undefined function |escapeSpecialChars| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-op1.clisp ; in: DEFUN |mathform2HtString| ; (BOOT::|escapeString| ; (LET ((BOOT::|$fortInts2Floats| NIL)) ; (DECLARE (SPECIAL BOOT::|$fortInts2Floats|)) ; (PROGN ; (SETQ BOOT::|form| #) ; (COND (# #) (# # # # #) (# # # #) (# BOOT::|form|) (T #))))) ; ; caught STYLE-WARNING: ; undefined function: |escapeString| ; in: DEFUN |dbGatherDataImplementation| ; (BOOT::|eval| BOOT::|domainForm|) ; ; caught STYLE-WARNING: ; undefined function: |eval| ; in: DEFUN |dbOpsForm| ; (BOOT::|form2Fence| BOOT::|form|) ; ; caught STYLE-WARNING: ; undefined function: |form2Fence| ; in: DEFUN |fromHeading| ; (BOOT::|form2Fence| BOOT::|dnForm|) ; ; caught STYLE-WARNING: ; undefined function: |form2Fence| ; in: DEFUN |evalableConstructor2HtString| ; (BOOT::|form2HtString| BOOT::|domform| NIL T) ; ; caught STYLE-WARNING: ; undefined function: |form2HtString| ; in: DEFUN |dbShowOperationsFromConform| ; (BOOT::|form2HtString| BOOT::|conform|) ; ; caught STYLE-WARNING: ; undefined function: |form2HtString| ; in: DEFUN |conformString| ; (BOOT::|form2StringList| BOOT::|form|) ; ; caught STYLE-WARNING: ; undefined function: |form2StringList| ; in: DEFUN |fromHeading| ; (BOOT::|form2StringList| BOOT::|dnForm|) ; ; caught STYLE-WARNING: ; undefined function: |form2StringList| ; in: DEFUN |mathform2HtString| ; (BOOT::|fortexp0| BOOT::|a|) ; ; caught STYLE-WARNING: ; undefined function: |fortexp0| ; in: DEFUN |getDomainOpTable| ; (BOOT::|getConstructorAbbreviation| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorAbbreviation| ; in: DEFUN |dbExpandOpAlistIfNecessary| ; (BOOT::|getConstructorArgs| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorArgs| ; in: DEFUN |getRegistry| ; (BOOT::|getConstructorDocumentationFromDB| 'BOOT::|AttributeRegistry|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorDocumentationFromDB| ; in: DEFUN |dbShowOpAllDomains| ; (BOOT::|getConstructorForm| (CAR BOOT::|pair|)) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorForm| ; in: DEFUN |dbShowKind| ; (BOOT::|getConstructorKindFromDB| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorKindFromDB| ; in: DEFUN |dbShowOpAllDomains| ; (BOOT::|getConstructorKindFromDB| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorKindFromDB| ; in: DEFUN |evalableConstructor2HtString| ; (BOOT::|getConstructorModemap| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorModemap| ; in: DEFUN |dbOuttran| ; (BOOT::|getConstructorModemap| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorModemap| ; in: DEFUN |conform2StringList| ; (BOOT::|getConstructorModemap| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorModemap| ; in: DEFUN |getDomainOpTable| ; (BOOT::|getConstructorOperationsFromDB| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorOperationsFromDB| ; in: DEFUN |dbGatherDataImplementation| ; (BOOT::|getConstructorPredicates| BOOT::|nam|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorPredicates| ; in: DEFUN |dbOuttran| ; (BOOT::|getDualSignature| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |getDualSignature| ; in: DEFUN |conform2StringList| ; (BOOT::|getDualSignature| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |getDualSignature| ; in: DEFUN |fromHeading| ; (BOOT::|getDualSignature| (BOOT::|opOf| BOOT::|domname|)) ; ; caught STYLE-WARNING: ; undefined function: |getDualSignature| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |getDualSignature| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-op1.clisp ; in: DEFUN |dbShowOp1| ; (BOOT::|htAddHeading| ; (BOOT::|dbShowOpHeading| ; (BOOTTRAN:|append| BOOT::|firstPart| (BOOT::|fromHeading| BOOT::|page|)) ; BOOT::|branch|)) ; ; caught STYLE-WARNING: ; undefined function: |htAddHeading| ; in: DEFUN |dbShowOpParameters| ; (BOOT::|htBeginTable|) ; ; caught STYLE-WARNING: ; undefined function: |htBeginTable| ; in: DEFUN |dbShowOpSigList| ; (BOOT::|htBeginTable|) ; ; caught STYLE-WARNING: ; undefined function: |htBeginTable| ; in: DEFUN |dbShowOpItems| ; (BOOT::|htBeginTable|) ; ; caught STYLE-WARNING: ; undefined function: |htBeginTable| ; in: DEFUN |htSayExpose| ; (BOOT::|htBlank|) ; ; caught STYLE-WARNING: ; undefined function: |htBlank| ; in: DEFUN |dbChooseDomainOp| ; (BOOT::|htCopyProplist| BOOT::|htPage|) ; ; caught STYLE-WARNING: ; undefined function: |htCopyProplist| ; in: DEFUN |dbShowOp1| ; (BOOT::|htCopyProplist| BOOT::|htPage|) ; ; caught STYLE-WARNING: ; undefined function: |htCopyProplist| ; in: DEFUN |dbShowOps| ; (BOOT::|htCopyProplist| BOOT::|htPage|) ; ; caught STYLE-WARNING: ; undefined function: |htCopyProplist| ; in: DEFUN |dbShowOpParameters| ; (BOOT::|htEndTable|) ; ; caught STYLE-WARNING: ; undefined function: |htEndTable| ; in: DEFUN |dbShowOpSigList| ; (BOOT::|htEndTable|) ; ; caught STYLE-WARNING: ; undefined function: |htEndTable| ; in: DEFUN |dbShowOpItems| ; (BOOT::|htEndTable|) ; ; caught STYLE-WARNING: ; undefined function: |htEndTable| ; in: DEFUN |dbShowOperationLines| ; (BOOT::|htInitPage| NIL NIL) ; ; caught STYLE-WARNING: ; undefined function: |htInitPage| ; in: DEFUN |dbChooseDomainOp| ; (BOOT::|htInitPageNoScroll| (BOOT::|htCopyProplist| BOOT::|htPage|)) ; ; caught STYLE-WARNING: ; undefined function: |htInitPageNoScroll| ; in: DEFUN |dbShowOp1| ; (BOOT::|htInitPageNoScroll| (BOOT::|htCopyProplist| BOOT::|htPage|)) ; ; caught STYLE-WARNING: ; undefined function: |htInitPageNoScroll| ; in: DEFUN |dbShowOps| ; (BOOT::|htInitPageNoScroll| (BOOT::|htCopyProplist| BOOT::|htPage|)) ; ; caught STYLE-WARNING: ; undefined function: |htInitPageNoScroll| ; in: DEFUN |dbShowOpParameterJump| ; (BOOT::|htMakePage| ; (LIST ; (LIST 'BOOT::|bcLinks| ; (LIST BOOT::|ops| "" 'BOOT::|dbShowOps| BOOT::|which| ; BOOT::|count|)))) ; ; caught STYLE-WARNING: ; undefined function: |htMakePage| ; in: DEFUN |dbShowOpSigList| ; (BOOT::|htMakePage| ; (LIST ; (LIST 'BOOT::|bcLinks| ; (LIST BOOT::|ops| "" 'BOOT::|dbShowOps| BOOT::|which| ; BOOT::|count|)))) ; ; caught STYLE-WARNING: ; undefined function: |htMakePage| ; in: DEFUN |dbShowOpItems| ; (BOOT::|htMakePage| ; (LIST ; (LIST 'BOOT::|bcLinks| ; (LIST BOOT::|ops| "" 'BOOT::|dbShowOps| BOOT::|which| BOOT::|i|)))) ; ; caught STYLE-WARNING: ; undefined function: |htMakePage| ; in: DEFUN |dbShowOpSigList| ; (BOOT::|htSay| "{") ; ; caught STYLE-WARNING: ; undefined function: |htSay| ; in: DEFUN |dbShowOpItems| ; (BOOT::|htSay| "{") ; ; caught STYLE-WARNING: ; undefined function: |htSay| ; in: DEFUN |dbOpsExposureMessage| ; (BOOT::|htSay| "{\\em *} = unexposed") ; ; caught STYLE-WARNING: ; undefined function: |htSay| ; ; caught STYLE-WARNING: ; 3 more uses of undefined function |htSay| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-op1.clisp ; in: DEFUN |dbShowOpSigList| ; (BOOT::|htSaySaturn| "&") ; ; caught STYLE-WARNING: ; undefined function: |htSaySaturn| ; in: DEFUN |dbShowOpItems| ; (BOOT::|htSaySaturn| "&") ; ; caught STYLE-WARNING: ; undefined function: |htSaySaturn| ; in: DEFUN |dbShowOpNames| ; (BOOT::|htSaySaturn| "Select a view with the right mouse button") ; ; caught STYLE-WARNING: ; undefined function: |htSaySaturn| ; ; caught STYLE-WARNING: ; 2 more uses of undefined function |htSaySaturn| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-op1.clisp ; in: DEFUN |dbShowOpNames| ; (BOOT::|htSayStandard| "Select a view below") ; ; caught STYLE-WARNING: ; undefined function: |htSayStandard| ; in: DEFUN |dbShowOp1| ; (BOOT::|htSayStandard| "\\beginscroll ") ; ; caught STYLE-WARNING: ; undefined function: |htSayStandard| ; in: DEFUN |htSayExpose| ; (BOOT::|htSayUnexposed|) ; ; caught STYLE-WARNING: ; undefined function: |htSayUnexposed| ; in: DEFUN |dbShowOp1| ; (BOOT::|htShowPageNoScroll|) ; ; caught STYLE-WARNING: ; undefined function: |htShowPageNoScroll| ; in: DEFUN |dbShowOpAllDomains| ; (BOOT::|insertAlist| BOOT::|conname| BOOT::|pred| BOOT::|catOriginAlist|) ; ; caught STYLE-WARNING: ; undefined function: |insertAlist| ; in: DEFUN |dbExpandOpAlistIfNecessary| ; (BOOT::|isExposedConstructor| (BOOT::|opOf| BOOT::|origin|)) ; ; caught STYLE-WARNING: ; undefined function: |isExposedConstructor| ; in: DEFUN |dbShowOperationsFromConform| ; (BOOT::|isExposedConstructor| (BOOT::|opOf| BOOT::|conform|)) ; ; caught STYLE-WARNING: ; undefined function: |isExposedConstructor| ; in: DEFUN |dbGatherDataImplementation,gn| ; (BOOT::|isExposedConstructor| (CAR BOOT::|key|)) ; ; caught STYLE-WARNING: ; undefined function: |isExposedConstructor| ; in: DEFUN |reduceByGroup| ; (BOOT::|myLastAtom| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |myLastAtom| ; in: DEFUN |dbExpandOpAlistIfNecessary| ; (BOOT::|ncParseFromString| BOOT::|pred|) ; ; caught STYLE-WARNING: ; undefined function: |ncParseFromString| ; in: DEFUN |niladicHack| ; (BOOT::|niladicConstructor?| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |niladicConstructor?| ; in: DEFUN |dbShowOps| ; (BOOT::|oPage| BOOT::|arg|) ; ; caught STYLE-WARNING: ; undefined function: |oPage| ; in: DEFUN |dbShowOp1| ; (BOOT::|pluralSay| BOOT::|dataCount| BOOT::|what| BOOT::|whats|) ; ; caught STYLE-WARNING: ; undefined function: |pluralSay| ; (BOOT::|pluralize| (BOOT::|capitalize| BOOT::|which|)) ; ; caught STYLE-WARNING: ; undefined function: |pluralize| ; in: DEFUN |dbShowOps| ; (BOOT::|pmTransFilter| (BOOT::|dbGetInputString| BOOT::|htPage|)) ; ; caught STYLE-WARNING: ; undefined function: |pmTransFilter| ; in: DEFUN |reduceOpAlistForDomain| ; (BOOT::|simpHasPred| ; (BOOTTRAN:|applySubst| (BOOT::|pairList| BOOT::|form2| BOOT::|form1|) ; (CAR BOOT::|tail|))) ; ; caught STYLE-WARNING: ; undefined function: |simpHasPred| ; in: DEFUN |dbShowOpDocumentation| ; (BOOT::|string2Integer| BOOT::|comments|) ; ; caught STYLE-WARNING: ; undefined function: |string2Integer| ; in: DEFUN |evalableConstructor2HtString| ; (BOOT::|sublisFormal| BOOT::|arglist| BOOT::|ftype|) ; ; caught STYLE-WARNING: ; undefined function: |sublisFormal| ; in: DEFUN |dbOuttran| ; (BOOT::|sublisFormal| BOOT::|args| BOOT::|atype|) ; ; caught STYLE-WARNING: ; undefined function: |sublisFormal| ; in: DEFUN |conform2StringList| ; (BOOT::|sublisFormal| BOOT::|args| BOOT::|atype|) ; ; caught STYLE-WARNING: ; undefined function: |sublisFormal| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |sublisFormal| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-op1.clisp ; in: DEFUN |dbShowOps| ; (BOOT::|superMatch?| BOOT::|filter| ; (BOOT::DOWNCASE (BOOT::STRINGIMAGE (BOOT::|opOf| BOOT::|x|)))) ; ; caught STYLE-WARNING: ; undefined function: |superMatch?| ; in: DEFUN |getDomainOpTable| ; (BOOT::|systemError| (BOOT::|devaluateList| BOOT::|r|)) ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; in: DEFUN |dbReduceOpAlist| ; (BOOT::|systemError| (LIST "Unexpected branch: " BOOT::|branch|)) ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; in: DEFUN |conform2StringList| ; (BOOT::|systemError|) ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; ; caught STYLE-WARNING: ; 2 more uses of undefined function |systemError| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-op1.clisp ; in: DEFUN |evalDomainOpPred,evpred1| ; (BOOT::|testBitVector| (ELT BOOT::|dom| 3) (+ BOOT::|k| 1)) ; ; caught STYLE-WARNING: ; undefined function: |testBitVector| ; in: DEFUN |evalDomainOpPred,evpred| ; (BOOT::|testBitVector| (ELT BOOT::|dom| 3) (+ BOOT::|k| 1)) ; ; caught STYLE-WARNING: ; undefined function: |testBitVector| ; ; compilation unit finished ; Undefined functions: ; |aPage| |algCoerceInteractive| |args2HtString| |bcConform| |bcErrorPage| |bcPred| |bcStarConform| |bcStarSpaceOp| |capitalize| |compiledLookup| |conPageChoose| |constructor?| |constructorHasCategoryFromDB| |dbConform| |dbDocTable| |dbExposed?| |dbExtractUnderlyingDomain| |dbGatherThenShow| |dbGetDocTable| |dbGetInputString| |dbMakeContrivedForm| |dbName| |dbNewConname| |dbPart| |dbParts| |dbPresentOps| |dbReadComments| |dbShowCons| |displayDomainOp| |emptySearchPage| |escapeSpecialChars| |escapeString| |eval| |form2Fence| |form2HtString| |form2StringList| |fortexp0| |getConstructorAbbreviation| |getConstructorArgs| |getConstructorDocumentationFromDB| |getConstructorForm| |getConstructorKindFromDB| |getConstructorModemap| |getConstructorOperationsFromDB| |getConstructorPredicates| |getDualSignature| |htAddHeading| |htBeginTable| |htBlank| |htCopyProplist| |htEndTable| |htInitPage| |htInitPageNoScroll| |htMakePage| |htSay| |htSaySaturn| |htSayStandard| |htSayUnexposed| |htShowPageNoScroll| |insertAlist| |isExposedConstructor| |myLastAtom| |ncParseFromString| |niladicConstructor?| |oPage| |pluralSay| |pluralize| |pmTransFilter| |simpHasPred| |string2Integer| |sublisFormal| |superMatch?| |systemError| |testBitVector| ; caught 131 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-op1.fasl written ; compilation finished in 0:00:00.544 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=br-op2.fasl --load-directory=. ../../../open-axiom/src/interp/br-op2.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-op2.clisp" (written 01 FEB 2016 10:53:18 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "br-op1") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFUN |htSayConstructor| ...) ; compiling (DEFUN |htSayExplicitExports| ...) ; compiling (DEFUN |displayBreakIntoAnds| ...) ; compiling (DEFUN |htSayValue| ...) ; compiling (DEFUN |htSayArgument| ...) ; compiling (DEFUN |addWhereList| ...) ; compiling (DEFUN |htSayTuple| ...) ; compiling (DEFUN |dbGetDisplayFormForOp| ...) ; compiling (DEFUN |dbGetFormFromDocumentation| ...) ; compiling (DEFUN |dbMakeContrivedForm| ...) ; compiling (DEFUN |dbGetContrivedForm| ...) ; compiling (DEFUN |dbChooseOperandName| ...) ; compiling (DEFUN |getSubstSigIfPossible| ...) ; compiling (DEFUN |fullSubstitute| ...) ; compiling (DEFUN |getSubstCandidates| ...) ; compiling (DEFUN |getSubstSignature| ...) ; compiling (DEFUN |getSubstQualify| ...) ; compiling (DEFUN |getSubstInsert| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-op2.clisp ; in: DEFUN |getSubstInsert| ; (RETURN BOOT::|bfVar#4|) ; --> RETURN-FROM ; ==> ; BOOT::|bfVar#4| ; ; note: deleting unreachable code ; (CDR BOOT::|bfVar#3|) ; ==> ; BOOT::|bfVar#3| ; ; note: deleting unreachable code ; (CAR BOOT::|bfVar#3|) ; ==> ; BOOT::|bfVar#3| ; ; note: deleting unreachable code ; (BOOT::CONTAINED BOOT::|y| BOOT::|x|) ; ==> ; BOOT::|y| ; ; note: deleting unreachable code ; (RETURN BOOT::|bfVar#4|) ; --> RETURN-FROM ; ==> ; BOOT::|bfVar#4| ; ; note: deleting unreachable code ; (CONSP BOOT::|bfVar#3|) ; ==> ; BOOT::|bfVar#3| ; ; note: deleting unreachable code ; (LET ((BOOT::|bfVar#4| NIL) ; (BOOT::|bfVar#3| BOOT::|candidates|) ; (BOOT::|y| NIL)) ; (LOOP (COND ((OR # #) (RETURN BOOT::|bfVar#4|)) (T (SETQ #) (COND #))) ; (SETQ BOOT::|bfVar#3| (CDR BOOT::|bfVar#3|)))) ; ; note: deleting unreachable code ; (COND ((NULL BOOT::|candidates|) (LIST BOOT::|x|)) ; ((LET ((BOOT::|bfVar#2| NIL) ; (BOOT::|bfVar#1| BOOT::|candidates|) ; (BOOT::|y| NIL)) ; (LOOP (COND # #) ; (SETQ #))) ; BOOT::|candidates|) ; ((SETQ BOOT::|y| ; (LET # ; #)) ; (BOOTTRAN:|substitute| BOOT::|x| BOOT::|y| BOOT::|candidates|)) ; (T BOOT::|candidates|)) ; --> IF COND IF COND IF COND THE PROGN ; ==> ; BOOT::|candidates| ; ; note: deleting unreachable code ; (BOOTTRAN:|substitute| BOOT::|x| BOOT::|y| BOOT::|candidates|) ; ==> ; BOOT::|x| ; ; note: deleting unreachable code ; (RETURN BOOT::|bfVar#2|) ; --> RETURN-FROM ; ==> ; BOOT::|bfVar#2| ; ; note: deleting unreachable code ; (CDR BOOT::|bfVar#1|) ; ==> ; BOOT::|bfVar#1| ; ; note: deleting unreachable code ; (CAR BOOT::|bfVar#1|) ; ==> ; BOOT::|bfVar#1| ; ; note: deleting unreachable code ; (BOOT::CONTAINED BOOT::|x| BOOT::|y|) ; ==> ; BOOT::|x| ; ; note: deleting unreachable code ; (RETURN BOOT::|bfVar#2|) ; --> RETURN-FROM ; ==> ; BOOT::|bfVar#2| ; ; note: deleting unreachable code ; (CONSP BOOT::|bfVar#1|) ; ==> ; BOOT::|bfVar#1| ; ; note: deleting unreachable code ; (LET ((BOOT::|bfVar#2| NIL) ; (BOOT::|bfVar#1| BOOT::|candidates|) ; (BOOT::|y| NIL)) ; (LOOP (COND ((OR # #) (RETURN BOOT::|bfVar#2|)) (T (SETQ #) (COND #))) ; (SETQ BOOT::|bfVar#1| (CDR BOOT::|bfVar#1|)))) ; ; note: deleting unreachable code ; (SETQ BOOT::|y| ; (LET ((BOOT::|bfVar#4| NIL) ; (BOOT::|bfVar#3| BOOT::|candidates|) ; (BOOT::|y| NIL)) ; (LOOP (COND # #) ; (SETQ #)))) ; ; note: deleting unreachable code ; (LET ((BOOT::|bfVar#4| NIL) ; (BOOT::|bfVar#3| BOOT::|candidates|) ; (BOOT::|y| NIL)) ; (LOOP (COND ((OR # #) (RETURN BOOT::|bfVar#4|)) (T (SETQ #) (COND #))) ; (SETQ BOOT::|bfVar#3| (CDR BOOT::|bfVar#3|)))) ; ; note: deleting unreachable code ; (COND ((NULL BOOT::|candidates|) (LIST BOOT::|x|)) ; ((LET ((BOOT::|bfVar#2| NIL) ; (BOOT::|bfVar#1| BOOT::|candidates|) ; (BOOT::|y| NIL)) ; (LOOP (COND # #) ; (SETQ #))) ; BOOT::|candidates|) ; ((SETQ BOOT::|y| ; (LET # ; #)) ; (BOOTTRAN:|substitute| BOOT::|x| BOOT::|y| BOOT::|candidates|)) ; (T BOOT::|candidates|)) ; --> IF COND IF PROGN ; ==> ; BOOT::|candidates| ; ; note: deleting unreachable code ; (LET ((BOOT::|bfVar#2| NIL) ; (BOOT::|bfVar#1| BOOT::|candidates|) ; (BOOT::|y| NIL)) ; (LOOP (COND ((OR # #) (RETURN BOOT::|bfVar#2|)) (T (SETQ #) (COND #))) ; (SETQ BOOT::|bfVar#1| (CDR BOOT::|bfVar#1|)))) ; ; note: deleting unreachable code ; (LIST BOOT::|x|) ; --> CONS ; ==> ; BOOT::|x| ; ; note: deleting unreachable code ; (NULL BOOT::|candidates|) ; --> IF ; ==> ; BOOT::|candidates| ; ; note: deleting unreachable code ; compiling (DEFUN |whoUsesOperation| ...) ; compiling (DEFUN |whoUses| ...) ; compiling (DEFUN |whoUsesMatch?| ...) ; compiling (DEFUN |whoUsesMatch1?| ...) ; compiling (DEFUN |koAttrs| ...) ; compiling (DEFUN |koAttrs,fn| ...) ; compiling (DEFUN |koOps| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-op2.clisp ; in: DEFUN |koOps| ; (DEFUN BOOT::|koOps| (BOOT::|conform| BOOT::|domname| &REST BOOT::|options|) ; (LET* (BOOT::|ours|) ; (LET ((BOOT::|$packageItem| NIL)) ; (DECLARE (SPECIAL BOOT::|$packageItem|)) ; (PROGN (SETQ #) (BOOT::|listSort| #'BOOT::GLESSEQP #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|koOps| ; (BOOT::|conform| BOOT::|domname| &REST BOOT::|options|) ; (BLOCK BOOT::|koOps| ; (LET* (BOOT::|ours|) ; (LET (#) ; (DECLARE #) ; (PROGN # #))))) ; ; caught STYLE-WARNING: ; The variable |options| is defined but never used. ; compiling (DEFUN |koOps,trim| ...) ; compiling (DEFUN |koOps,fn| ...) ; compiling (DEFUN |koOps,merge| ...) ; compiling (DEFUN |zeroOneConvert| ...) ; compiling (DEFUN |kFormatSlotDomain| ...) ; compiling (DEFUN |kFormatSlotDomain,fn| ...) ; compiling (DEFUN |koCatOps| ...) ; compiling (DEFUN |koCatOps1| ...) ; compiling (DEFUN |koCatAttrs| ...) ; compiling (DEFUN |hashTable2Alist| ...) ; compiling (DEFUN |koCatAttrsAdd| ...) ; compiling (DEFUN |koaPageFilterByCategory| ...) ; compiling (DEFUN |dbHeading| ...) ; compiling (DEFUN |koaPageFilterByCategory1| ...) ; compiling (DEFUN |opPageFast| ...) ; compiling (DEFUN |opPageFastPath| ...) ; compiling (DEFUN |modemap2Sig| ...) ; compiling (DEFUN |modemap2SigConds| ...) ; compiling (DEFUN |hasPatternVar| ...) ; compiling (DEFUN |getDcForm| ...) ; compiling (DEFUN |getSigSubst| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-op2.clisp ; in: DEFUN |koaPageFilterByCategory1| ; (BOOT::|ancestorsOf| BOOT::|ancestor| NIL) ; ; caught STYLE-WARNING: ; undefined function: |ancestorsOf| ; in: DEFUN |koaPageFilterByCategory| ; (BOOT::|ancestorsOf| BOOT::|conform| BOOT::|domname|) ; ; caught STYLE-WARNING: ; undefined function: |ancestorsOf| ; in: DEFUN |koCatAttrs| ; (BOOT::|ancestorsOf| BOOT::|catform| BOOT::|domname|) ; ; caught STYLE-WARNING: ; undefined function: |ancestorsOf| ; in: DEFUN |dbChooseOperandName| ; (BOOT::|anySubstring?| "Number" BOOT::|s| 0) ; ; caught STYLE-WARNING: ; undefined function: |anySubstring?| ; in: DEFUN |whoUsesOperation| ; (BOOT::|bcConTable| ; (BOOT::|listSort| #'BOOT::GLESSEQP (BOOT::REMDUP BOOT::|namelist|))) ; ; caught STYLE-WARNING: ; undefined function: |bcConTable| ; in: DEFUN |htSayArgument| ; (BOOT::|bcConform| BOOT::|t| T) ; ; caught STYLE-WARNING: ; undefined function: |bcConform| ; in: DEFUN |htSayExplicitExports| ; (BOOT::|bcConform| (CONS 'BOOT::|Mapping| BOOT::|sig|)) ; ; caught STYLE-WARNING: ; undefined function: |bcConform| ; in: DEFUN |htSayConstructor| ; (BOOT::|bcConform| BOOT::|u| T) ; ; caught STYLE-WARNING: ; undefined function: |bcConform| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |bcConform| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-op2.clisp ; in: DEFUN |koaPageFilterByCategory| ; (BOOT::|bcNameCountTable| BOOT::|ancestors| 'BOOT::|form2HtString| ; 'BOOT::|koaPageFilterByCategory1| T) ; ; caught STYLE-WARNING: ; undefined function: |bcNameCountTable| ; in: DEFUN |dbHeading| ; (BOOT::|capitalize| BOOT::|which|) ; ; caught STYLE-WARNING: ; undefined function: |capitalize| ; in: DEFUN |htSayValue| ; (BOOT::|constructor?| (BOOT::|opOf| BOOT::|t|)) ; ; caught STYLE-WARNING: ; undefined function: |constructor?| ; in: DEFUN |koaPageFilterByCategory1| ; (BOOT::|dbDocTable| (OR BOOT::|domname| BOOT::|conform|)) ; ; caught STYLE-WARNING: ; undefined function: |dbDocTable| ; (BOOT::|dbGetDocTable| BOOT::|op| BOOT::|sig| BOOT::|docTable| BOOT::|which| ; BOOT::|aux|) ; ; caught STYLE-WARNING: ; undefined function: |dbGetDocTable| ; in: DEFUN |whoUsesOperation| ; (BOOT::|dbPresentOps| BOOT::|page| BOOT::|which| 'BOOT::|usage|) ; ; caught STYLE-WARNING: ; undefined function: |dbPresentOps| ; in: DEFUN |whoUses| ; (BOOT::|dcSig| BOOT::|numvec| (+ BOOT::|index| 1) BOOT::|numOfArgs|) ; ; caught STYLE-WARNING: ; undefined function: |dcSig| ; in: DEFUN |koAttrs| ; (BOOT::|domainPredicares| BOOT::|$domain|) ; ; caught STYLE-WARNING: ; undefined function: |domainPredicares| ; in: DEFUN |whoUsesOperation| ; (BOOT::|escapeSpecialChars| (BOOT::STRINGIMAGE BOOT::|op1|)) ; ; caught STYLE-WARNING: ; undefined function: |escapeSpecialChars| ; in: DEFUN |htSayExplicitExports| ; (BOOT::|escapeSpecialChars| (BOOT::STRINGIMAGE BOOT::|op|)) ; ; caught STYLE-WARNING: ; undefined function: |escapeSpecialChars| ; in: DEFUN |modemap2Sig| ; (BOOT::|findSubstitutionOrder?| ; (BOOT::|pairList| BOOT::|vlist| BOOT::|flist|)) ; ; caught STYLE-WARNING: ; undefined function: |findSubstitutionOrder?| ; in: DEFUN |koaPageFilterByCategory1| ; (BOOT::|form2HtString| BOOT::|ancestor|) ; ; caught STYLE-WARNING: ; undefined function: |form2HtString| ; in: DEFUN |whoUsesOperation| ; (BOOT::|form2HtString| (CONS 'BOOT::|Mapping| BOOT::|sig|)) ; ; caught STYLE-WARNING: ; undefined function: |form2HtString| ; in: DEFUN |htSayExplicitExports| ; (BOOT::|form2HtString| BOOT::|a|) ; ; caught STYLE-WARNING: ; undefined function: |form2HtString| ; in: DEFUN |kFormatSlotDomain| ; (BOOT::|formatSlotDomain| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |formatSlotDomain| ; in: DEFUN |opPageFastPath| ; (BOOT::|getAllModemapsFromDatabase| BOOT::|op| NIL) ; ; caught STYLE-WARNING: ; undefined function: |getAllModemapsFromDatabase| ; in: DEFUN |whoUses| ; (BOOT::|getCodeVector|) ; ; caught STYLE-WARNING: ; undefined function: |getCodeVector| ; in: DEFUN |koCatAttrsAdd| ; (BOOT::|getConstructorExports| BOOT::|catform|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorExports| ; in: DEFUN |getDcForm| ; (BOOT::|getConstructorForm| (BOOT::|opOf| BOOT::|cform|)) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorForm| ; in: DEFUN |koAttrs| ; (BOOT::|getConstructorKindFromDB| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorKindFromDB| ; in: DEFUN |dbChooseOperandName| ; (BOOT::|getConstructorKindFromDB| BOOT::|name|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorKindFromDB| ; in: DEFUN |htSayConstructor| ; (BOOT::|getConstructorKindFromDB| (BOOT::|opOf| BOOT::|u|)) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorKindFromDB| ; in: DEFUN |koCatOps| ; (BOOT::|getConstructorOperationsFromDB| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorOperationsFromDB| ; in: DEFUN |koOps,fn| ; (BOOT::|getConstructorOperationsFromDB| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorOperationsFromDB| ; in: DEFUN |koAttrs| ; (BOOT::|getConstructorPredicates| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorPredicates| ; in: DEFUN |whoUses| ; (BOOT::|getUsersOfConstructor| BOOT::|$conname|) ; ; caught STYLE-WARNING: ; undefined function: |getUsersOfConstructor| ; in: DEFUN |koaPageFilterByCategory| ; (BOOT::|htCopyProplist| BOOT::|htPage|) ; ; caught STYLE-WARNING: ; undefined function: |htCopyProplist| ; in: DEFUN |whoUsesOperation| ; (BOOT::|htCopyProplist| BOOT::|htPage|) ; ; caught STYLE-WARNING: ; undefined function: |htCopyProplist| ; in: DEFUN |opPageFast| ; (BOOT::|htInitPage| NIL NIL) ; ; caught STYLE-WARNING: ; undefined function: |htInitPage| ; in: DEFUN |whoUsesOperation| ; (BOOT::|htInitPage| (BOOTTRAN:|append| BOOT::|prefix| BOOT::|suffix|) ; (BOOT::|htCopyProplist| BOOT::|htPage|)) ; ; caught STYLE-WARNING: ; undefined function: |htInitPage| ; in: DEFUN |koaPageFilterByCategory| ; (BOOT::|htInitPageNoScroll| (BOOT::|htCopyProplist| BOOT::|htPage|) ; (BOOT::|dbHeading| BOOT::|opAlist| BOOT::|which| ; (BOOT::|htpProperty| BOOT::|htPage| 'BOOT::|heading|))) ; ; caught STYLE-WARNING: ; undefined function: |htInitPageNoScroll| ; (BOOT::|htMakePage| ; (LIST ; (LIST 'BOOT::|bcLispLinks| ; (LIST "filter" "on:" BOOT::|calledFrom| 'BOOT::|filter|)))) ; ; caught STYLE-WARNING: ; undefined function: |htMakePage| ; in: DEFUN |htSayExplicitExports| ; (BOOT::|htMakePage| ; (LIST ; (LIST 'BOOT::|bcLinks| (LIST BOOT::|ops| "" 'BOOT::|oPage| BOOT::|ops|)))) ; ; caught STYLE-WARNING: ; undefined function: |htMakePage| ; in: DEFUN |htSayValue| ; (BOOT::|htSay| "a function from ") ; ; caught STYLE-WARNING: ; undefined function: |htSay| ; in: DEFUN |htSayExplicitExports| ; (BOOT::|htSay| "with explicit exports") ; ; caught STYLE-WARNING: ; undefined function: |htSay| ; in: DEFUN |htSayConstructor| ; (BOOT::|htSay| "a " BOOT::|kind| " ") ; ; caught STYLE-WARNING: ; undefined function: |htSay| ; ; caught STYLE-WARNING: ; 4 more uses of undefined function |htSay| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-op2.clisp ; in: DEFUN |htSayArgument| ; (BOOT::|htSaySaturn| "{\\em \\%}") ; ; caught STYLE-WARNING: ; undefined function: |htSaySaturn| ; in: DEFUN |whoUsesOperation| ; (BOOT::|htSayStandard| "\\endscroll ") ; ; caught STYLE-WARNING: ; undefined function: |htSayStandard| ; in: DEFUN |htSayArgument| ; (BOOT::|htSayStandard| "{\\em $}") ; ; caught STYLE-WARNING: ; undefined function: |htSayStandard| ; in: DEFUN |koaPageFilterByCategory| ; (BOOT::|htShowPage|) ; ; caught STYLE-WARNING: ; undefined function: |htShowPage| ; in: DEFUN |whoUsesOperation| ; (BOOT::|htShowPageNoScroll|) ; ; caught STYLE-WARNING: ; undefined function: |htShowPageNoScroll| ; in: DEFUN |koOps,merge| ; (BOOT::|insertAlist| BOOT::|sig| BOOT::|item| BOOT::|u|) ; ; caught STYLE-WARNING: ; undefined function: |insertAlist| ; in: DEFUN |koAttrs,fn| ; (BOOT::|insertAlist| BOOT::|op| ; (BOOT::|insertAlist| BOOT::|args| (LIST BOOT::|pred|) ; (BOOT::LASSOC BOOT::|op| BOOT::|alist|)) ; BOOT::|alist|) ; ; caught STYLE-WARNING: ; undefined function: |insertAlist| ; in: DEFUN |whoUsesOperation| ; (BOOT::|insertAlist| BOOT::|opsig| ; (CONS BOOT::|name| (BOOT::LASSOC BOOT::|opsig| BOOT::|nopAlist|)) ; BOOT::|nopAlist|) ; ; caught STYLE-WARNING: ; undefined function: |insertAlist| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |insertAlist| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-op2.clisp ; in: DEFUN |kFormatSlotDomain,fn| ; (BOOT::|isConstructorName| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |isConstructorName| ; in: DEFUN |opPageFastPath| ; (BOOT::|isExposedConstructor| (BOOT::|opOf| BOOT::|origin|)) ; ; caught STYLE-WARNING: ; undefined function: |isExposedConstructor| ; in: DEFUN |koOps,fn| ; (BOOT::|isExposedConstructor| (BOOT::|opOf| BOOT::|conform|)) ; ; caught STYLE-WARNING: ; undefined function: |isExposedConstructor| ; in: DEFUN |koAttrs| ; (BOOT::|kTestPred| BOOT::|i|) ; ; caught STYLE-WARNING: ; undefined function: |kTestPred| ; in: DEFUN |whoUsesOperation| ; (BOOT::|koaPageFilterByName| BOOT::|htPage| 'BOOT::|whoUsesOperation|) ; ; caught STYLE-WARNING: ; undefined function: |koaPageFilterByName| ; in: DEFUN |dbGetFormFromDocumentation| ; (BOOT::|ncParseFromString| BOOT::|s|) ; ; caught STYLE-WARNING: ; undefined function: |ncParseFromString| ; in: DEFUN |dbHeading| ; (BOOT::|pluralSay| BOOT::|count| ; (|AxiomCore|:CONCAT BOOT::|capwhich| " Name") NIL) ; ; caught STYLE-WARNING: ; undefined function: |pluralSay| ; in: DEFUN |whoUsesOperation| ; (BOOT::|pluralSay| (LENGTH BOOT::|u|) "constructor uses" "constructors use") ; ; caught STYLE-WARNING: ; undefined function: |pluralSay| ; in: DEFUN |dbHeading| ; (BOOT::|pluralize| BOOT::|capwhich|) ; ; caught STYLE-WARNING: ; undefined function: |pluralize| ; in: DEFUN |koCatAttrsAdd| ; (BOOT::|quickAnd| BOOT::|pred| BOOT::|p|) ; ; caught STYLE-WARNING: ; undefined function: |quickAnd| ; (BOOT::|quickOr| BOOT::|npred| BOOT::|existingPred|) ; ; caught STYLE-WARNING: ; undefined function: |quickOr| ; (BOOT::|simpHasPred| BOOT::|npred|) ; ; caught STYLE-WARNING: ; undefined function: |simpHasPred| ; in: DEFUN |koCatOps1| ; (BOOT::|simpHasPred| BOOT::|pred|) ; ; caught STYLE-WARNING: ; undefined function: |simpHasPred| ; in: DEFUN |koOps,fn| ; (BOOT::|simpHasPred| BOOT::|pred|) ; ; caught STYLE-WARNING: ; undefined function: |simpHasPred| ; (BOOT::|sublisFormal| BOOT::|subargs| BOOT::|u|) ; ; caught STYLE-WARNING: ; undefined function: |sublisFormal| ; in: DEFUN |koAttrs| ; (BOOT::|sublisFormal| BOOT::|args| (BOOT::|kTestPred| BOOT::|i|)) ; ; caught STYLE-WARNING: ; undefined function: |sublisFormal| ; in: DEFUN |whoUsesOperation| ; (BOOT::|sublisFormal| BOOT::|conargs| BOOT::|sig|) ; ; caught STYLE-WARNING: ; undefined function: |sublisFormal| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |sublisFormal| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-op2.clisp ; in: DEFUN |modemap2Sig| ; (BOOT::|substInOrder| BOOT::|alist| BOOT::|predList|) ; ; caught STYLE-WARNING: ; undefined function: |substInOrder| ; in: DEFUN |getDcForm| ; (BOOT::|systemError|) ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; in: DEFUN |modemap2Sig| ; (BOOT::|systemError|) ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; in: DEFUN |htSayExplicitExports| ; (BOOT::|systemError|) ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |systemError| ; ; compilation unit finished ; Undefined functions: ; |ancestorsOf| |anySubstring?| |bcConTable| |bcConform| |bcNameCountTable| |capitalize| |constructor?| |dbDocTable| |dbGetDocTable| |dbPresentOps| |dcSig| |domainPredicares| |escapeSpecialChars| |findSubstitutionOrder?| |form2HtString| |formatSlotDomain| |getAllModemapsFromDatabase| |getCodeVector| |getConstructorExports| |getConstructorForm| |getConstructorKindFromDB| |getConstructorOperationsFromDB| |getConstructorPredicates| |getUsersOfConstructor| |htCopyProplist| |htInitPage| |htInitPageNoScroll| |htMakePage| |htSay| |htSaySaturn| |htSayStandard| |htShowPage| |htShowPageNoScroll| |insertAlist| |isConstructorName| |isExposedConstructor| |kTestPred| |koaPageFilterByName| |ncParseFromString| |pluralSay| |pluralize| |quickAnd| |quickOr| |simpHasPred| |sublisFormal| |substInOrder| |systemError| ; caught 79 STYLE-WARNING conditions ; printed 22 notes ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-op2.fasl written ; compilation finished in 0:00:00.230 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=br-util.fasl --load-directory=. ../../../open-axiom/src/interp/br-util.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-util.clisp" (written 01 FEB 2016 10:53:18 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "bc-util") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFUN |browserAutoloadOnceTrigger| ...) ; compiling (DEFPARAMETER |$includeUnexposed?| ...) ; compiling (DEFCONSTANT |$tick| ...) ; compiling (DEFPARAMETER |$wild1| ...) ; compiling (DEFPARAMETER |$browseCountThreshold| ...) ; compiling (DEFPARAMETER |$opDescriptionThreshold| ...) ; compiling (DEFPARAMETER |$browseMixedCase| ...) ; compiling (DEFPARAMETER |$docTable| ...) ; compiling (DEFPARAMETER |$conArgstrings| ...) ; compiling (DEFPARAMETER |$conformsAreDomains| ...) ; compiling (DEFPARAMETER |$dbDataFunctionAlist| ...) ; compiling (DEFPARAMETER |$domain| ...) ; compiling (DEFPARAMETER |$infovec| ...) ; compiling (DEFPARAMETER |$predvec| ...) ; compiling (DEFPARAMETER |$exposedOnlyIfTrue| ...) ; compiling (DEFPARAMETER |$bcMultipleNames| ...) ; compiling (DEFPARAMETER |$bcConformBincount| ...) ; compiling (DEFPARAMETER |$docTableHash| ...) ; compiling (DEFPARAMETER |$groupChoice| ...) ; compiling (DEFPARAMETER |$pmFilterDelimiters| ...) ; compiling (DEFPARAMETER |$dbKindAlist| ...) ; compiling (DEFPARAMETER |$OpViewTable| ...) ; compiling (DEFUN |bcBlankLine| ...) ; compiling (DEFUN |pluralize| ...) ; compiling (DEFUN |capitalize| ...) ; compiling (DEFUN |escapeSpecialIds| ...) ; compiling (DEFUN |escapeString| ...) ; compiling (DEFUN |htPred2English| ...) ; compiling (DEFUN |htPred2English,fn| ...) ; compiling (DEFUN |htPred2English,gn| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-util.clisp ; in: DEFUN |htPred2English,gn| ; (DEFUN BOOT::|htPred2English,gn| ; (BOOT::|x| BOOT::|op| BOOT::|l| BOOT::|prec|) ; (LET* (BOOT::|c| BOOT::|ISTMP#1| BOOT::|b| BOOT::|a|) ; (DECLARE (SPECIAL BOOT::|$emList|)) ; (COND ; ((BOOTTRAN:|symbolMember?| BOOT::|op| '#) (BOOT::|htSay| "not ") ; (BOOT::|htPred2English,fn| # 0)) ; ((EQ BOOT::|op| 'BOOT::|HasCategory|) ; (BOOT::|bcConform| # BOOT::|$emList|) (BOOT::|htSay| " has ") ; (BOOT::|bcConform| # BOOT::|$emList|)) ; ((EQ BOOT::|op| 'BOOT::|HasAttribute|) ; (BOOT::|bcConform| # BOOT::|$emList|) (BOOT::|htSay| " has ") ; (BOOT::|htPred2English,fnAttr| #)) ; ((BOOTTRAN:|symbolMember?| BOOT::|op| '#) ; (BOOT::|bcConform| # BOOT::|$emList|) (BOOT::|htSay| " has ") (SETQ #) ; (SETQ #) (COND # #)) ; (T (BOOT::|bcConform| BOOT::|x| BOOT::|$emList|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|htPred2English,gn| ; (BOOT::|x| BOOT::|op| BOOT::|l| BOOT::|prec|) ; (BLOCK BOOT::|htPred2English,gn| ; (LET* (BOOT::|c| BOOT::|ISTMP#1| BOOT::|b| BOOT::|a|) ; (DECLARE (SPECIAL BOOT::|$emList|)) ; (COND (# # #) (# # # #) (# # # #) (# # # # # #) (T #))))) ; ; caught STYLE-WARNING: ; The variable |prec| is defined but never used. ; compiling (DEFUN |htPred2English,fnAttr| ...) ; compiling (DEFUN |unMkEvalable| ...) ; compiling (DEFUN |lisp2HT| ...) ; compiling (DEFUN |lisp2HT,fn| ...) ; compiling (DEFUN |args2HtString| ...) ; compiling (DEFUN |quickForm2HtString| ...) ; compiling (DEFUN |form2HtString| ...) ; compiling (DEFUN |form2HtString,fn| ...) ; compiling (DEFUN |form2HtString,fnTail| ...) ; compiling (DEFUN |form2HtString,fnTailTail| ...) ; compiling (DEFUN |sexpr2HtString| ...) ; compiling (DEFUN |sexpr2HtString,fn| ...) ; compiling (DEFUN |form2LispString| ...) ; compiling (DEFUN |sexpr2LispString| ...) ; compiling (DEFUN |sexpr2LispString,fn| ...) ; compiling (DEFUN |args2LispString| ...) ; compiling (DEFUN |args2LispString,fnTailTail| ...) ; compiling (DEFUN |getConstructorForm| ...) ; compiling (DEFUN |getConstructorArgs| ...) ; compiling (DEFUN |bcComments| ...) ; compiling (DEFUN |bcConform| ...) ; compiling (DEFUN |bcConstructor| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-util.clisp ; in: DEFUN |bcConstructor| ; (DEFUN BOOT::|bcConstructor| (BOOT::|form| BOOT::|cname|) ; (LET* (BOOT::|arglist| BOOT::|op|) ; (PROGN ; (SETQ BOOT::|op| #) ; (SETQ BOOT::|arglist| #) ; (BOOT::|htSayList| (BOOT::|dbConformGen| BOOT::|form|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|bcConstructor| ; (BOOT::|form| BOOT::|cname|) ; (BLOCK BOOT::|bcConstructor| ; (LET* (BOOT::|arglist| BOOT::|op|) ; (PROGN (SETQ #) (SETQ #) (BOOT::|htSayList| #))))) ; ; caught STYLE-WARNING: ; The variable |cname| is defined but never used. ; compiling (DEFUN |htSayList| ...) ; compiling (DEFUN |conform2HtString| ...) ; compiling (DEFUN |dbEvalableConstructor?| ...) ; compiling (DEFUN |htSayItalics| ...) ; compiling (DEFUN |bcCon| ...) ; compiling (DEFUN |bcAbb| ...) ; compiling (DEFUN |bcStar| ...) ; compiling (DEFUN |bcStarSpace| ...) ; compiling (DEFUN |bcStarSpaceOp| ...) ; compiling (DEFUN |bcStarConform| ...) ; compiling (DEFUN |extractFileNameFromPath| ...) ; compiling (DEFUN |extractFileNameFromPath,fn| ...) ; compiling (DEFUN |bcOpTable| ...) ; compiling (DEFUN |bcNameConTable| ...) ; compiling (DEFUN |bcConTable| ...) ; compiling (DEFUN |bcAbbTable| ...) ; compiling (DEFUN |bcConPredTable| ...) ; compiling (DEFUN |bcPred| ...) ; compiling (DEFUN |extractHasArgs| ...) ; compiling (DEFUN |extractHasArgs,find| ...) ; compiling (DEFUN |splitConTable| ...) ; compiling (DEFUN |bcNameTable| ...) ; compiling (DEFUN |bcNameCountTable| ...) ; compiling (DEFUN |dbSayItemsItalics| ...) ; compiling (DEFUN |dbSayItems| ...) ; compiling (DEFUN |dbBasicConstructor?| ...) ; compiling (DEFUN |nothingFoundPage| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-util.clisp ; in: DEFUN |nothingFoundPage| ; (DEFUN BOOT::|nothingFoundPage| (&REST BOOT::|options|) ; (PROGN ; (BOOT::|htInitPage| "Sorry, no match found" NIL) ; (BOOT::|htShowPage|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|nothingFoundPage| ; (&REST BOOT::|options|) ; (BLOCK BOOT::|nothingFoundPage| ; (PROGN ; (BOOT::|htInitPage| "Sorry, no match found" NIL) ; (BOOT::|htShowPage|)))) ; ; caught STYLE-WARNING: ; The variable |options| is defined but never used. ; compiling (DEFUN |htCopyProplist| ...) ; compiling (DEFUN |emptySearchPage| ...) ; compiling (DEFUN |string2Integer| ...) ; compiling (DEFUN |dbGetInputString| ...) ; compiling (DEFUN |bcErrorPage| ...) ; compiling (DEFUN |errorPage| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-util.clisp ; in: DEFUN |errorPage| ; (DEFUN BOOT::|errorPage| (BOOT::|htPage| BOOT::|bfVar#1|) ; (LET* (BOOT::|info| BOOT::|kind| BOOT::|heading|) ; (PROGN ; (SETQ BOOT::|heading| #) ; (SETQ BOOT::|kind| #) ; (SETQ BOOT::|info| #) ; (COND (# #) (T # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|errorPage| ; (BOOT::|htPage| BOOT::|bfVar#1|) ; (BLOCK BOOT::|errorPage| ; (LET* (BOOT::|info| BOOT::|kind| BOOT::|heading|) ; (PROGN (SETQ #) (SETQ #) (SETQ #) (COND # #))))) ; ; caught STYLE-WARNING: ; The variable |htPage| is defined but never used. ; compiling (DEFUN |htErrorStar| ...) ; compiling (DEFUN |htQueryPage| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-util.clisp ; in: DEFUN |htQueryPage| ; (DEFUN BOOT::|htQueryPage| ; (BOOT::|htPage| BOOT::|heading| BOOT::|message| BOOT::|query| ; BOOT::|fn|) ; (PROGN ; (BOOT::|htInitPage| BOOT::|heading| NIL) ; (BOOT::|htSay| BOOT::|message|) ; (BOOT::|htQuery| BOOT::|query| BOOT::|fn|) ; (BOOT::|htShowPage|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|htQueryPage| ; (BOOT::|htPage| BOOT::|heading| BOOT::|message| BOOT::|query| ; BOOT::|fn|) ; (BLOCK BOOT::|htQueryPage| ; (PROGN ; (BOOT::|htInitPage| BOOT::|heading| NIL) ; (BOOT::|htSay| BOOT::|message|) ; (BOOT::|htQuery| BOOT::|query| BOOT::|fn|) ; (BOOT::|htShowPage|)))) ; ; caught STYLE-WARNING: ; The variable |htPage| is defined but never used. ; compiling (DEFUN |htQuery| ...) ; compiling (DEFUN |kInvalidTypePage| ...) ; compiling (DEFUN |dbNotAvailablePage| ...) ; compiling (DEFUN |dbpHasDefaultCategory?| ...) ; compiling (DEFUN |dbKind| ...) ; compiling (DEFUN |dbKindString| ...) ; compiling (DEFUN |dbName| ...) ; compiling (DEFUN |dbAttr| ...) ; compiling (DEFUN |dbPart| ...) ; compiling (DEFUN |dbXParts| ...) ; compiling (DEFUN |dbParts| ...) ; compiling (DEFUN |dbConname| ...) ; compiling (DEFUN |dbComments| ...) ; compiling (DEFUN |dbNewConname| ...) ; compiling (DEFUN |dbTickIndex| ...) ; compiling (DEFUN |mySort| ...) ; compiling (DEFUN |quickAnd| ...) ; compiling (DEFUN |quickOr| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-util.clisp ; in: DEFUN |bcConform| ; (BOOT::|bcConform1| BOOT::|form|) ; ; caught STYLE-WARNING: ; undefined function: |bcConform1| ; in: DEFUN |dbSayItems| ; (BOOT::|bcHt| "\\newline ") ; ; caught STYLE-WARNING: ; undefined function: |bcHt| ; in: DEFUN |bcBlankLine| ; (BOOT::|bcHt| "\\vspace{1}\\newline ") ; ; caught STYLE-WARNING: ; undefined function: |bcHt| ; in: DEFUN |htPred2English,gn| ; (BOOT::|constructor?| BOOT::|c|) ; ; caught STYLE-WARNING: ; undefined function: |constructor?| ; in: DEFUN |bcConstructor| ; (BOOT::|dbConformGen| BOOT::|form|) ; ; caught STYLE-WARNING: ; undefined function: |dbConformGen| ; in: DEFUN |dbComments| ; (BOOT::|dbReadComments| ; (BOOT::|string2Integer| (BOOT::|dbPart| BOOT::|line| 7 1))) ; ; caught STYLE-WARNING: ; undefined function: |dbReadComments| ; in: DEFUN |bcNameTable| ; (BOOT::|escapeSpecialChars| (BOOT::STRINGIMAGE BOOT::|x|)) ; ; caught STYLE-WARNING: ; undefined function: |escapeSpecialChars| ; in: DEFUN |bcOpTable| ; (BOOT::|escapeSpecialChars| (BOOT::STRINGIMAGE (BOOT::|opOf| BOOT::|op|))) ; ; caught STYLE-WARNING: ; undefined function: |escapeSpecialChars| ; in: DEFUN |form2HtString,fn| ; (BOOT::|escapeSpecialChars| (BOOT::STRINGIMAGE BOOT::|x|)) ; ; caught STYLE-WARNING: ; undefined function: |escapeSpecialChars| ; in: DEFUN |conform2HtString| ; (BOOT::|form2String| BOOT::|form|) ; ; caught STYLE-WARNING: ; undefined function: |form2String| ; in: DEFUN |getConstructorForm| ; (BOOT::|getConstructorFormFromDB| BOOT::|name|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorFormFromDB| ; in: DEFUN |dbBasicConstructor?| ; (BOOT::|getConstructorSourceFileFromDB| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorSourceFileFromDB| ; in: DEFUN |bcAbbTable| ; (BOOT::|htBeginTable|) ; ; caught STYLE-WARNING: ; undefined function: |htBeginTable| ; in: DEFUN |bcConTable| ; (BOOT::|htBeginTable|) ; ; caught STYLE-WARNING: ; undefined function: |htBeginTable| ; in: DEFUN |bcOpTable| ; (BOOT::|htBeginTable|) ; ; caught STYLE-WARNING: ; undefined function: |htBeginTable| ; ; caught STYLE-WARNING: ; 3 more uses of undefined function |htBeginTable| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-util.clisp ; in: DEFUN |htQuery| ; (BOOT::|htBlank| 4) ; ; caught STYLE-WARNING: ; undefined function: |htBlank| ; in: DEFUN |bcStarSpaceOp| ; (BOOT::|htBlank|) ; ; caught STYLE-WARNING: ; undefined function: |htBlank| ; in: DEFUN |bcStarSpace| ; (BOOT::|htBlank|) ; ; caught STYLE-WARNING: ; undefined function: |htBlank| ; in: DEFUN |bcAbbTable| ; (BOOT::|htEndTable|) ; ; caught STYLE-WARNING: ; undefined function: |htEndTable| ; in: DEFUN |bcConTable| ; (BOOT::|htEndTable|) ; ; caught STYLE-WARNING: ; undefined function: |htEndTable| ; in: DEFUN |bcOpTable| ; (BOOT::|htEndTable|) ; ; caught STYLE-WARNING: ; undefined function: |htEndTable| ; ; caught STYLE-WARNING: ; 3 more uses of undefined function |htEndTable| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-util.clisp ; in: DEFUN |bcErrorPage| ; (BOOT::|htInitPage| (CAR BOOT::|r|) NIL) ; ; caught STYLE-WARNING: ; undefined function: |htInitPage| ; in: DEFUN |emptySearchPage| ; (BOOT::|htInitPage| BOOT::|heading| NIL) ; ; caught STYLE-WARNING: ; undefined function: |htInitPage| ; in: DEFUN |nothingFoundPage| ; (BOOT::|htInitPage| "Sorry, no match found" NIL) ; ; caught STYLE-WARNING: ; undefined function: |htInitPage| ; ; caught STYLE-WARNING: ; 4 more uses of undefined function |htInitPage| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-util.clisp ; in: DEFUN |bcNameCountTable| ; (BOOT::|htMakePage| ; (LIST ; (LIST BOOT::|linkFunction| ; (LIST (FUNCALL BOOT::|fn| BOOT::|x|) "" BOOT::|gn| BOOT::|i|)))) ; ; caught STYLE-WARNING: ; undefined function: |htMakePage| ; in: DEFUN |bcNameTable| ; (BOOT::|htMakePage| ; (LIST (LIST 'BOOT::|bcLinks| (LIST (SETQ #) "" BOOT::|fn| BOOT::|s|)))) ; ; caught STYLE-WARNING: ; undefined function: |htMakePage| ; in: DEFUN |bcOpTable| ; (BOOT::|htMakePage| ; (LIST ; (LIST 'BOOT::|bcLinks| ; (LIST (BOOT::|escapeSpecialChars| #) "" BOOT::|fn| BOOT::|i|)))) ; ; caught STYLE-WARNING: ; undefined function: |htMakePage| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |htMakePage| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-util.clisp ; in: DEFUN |htPred2English,fnAttr| ; (BOOT::|htSay| "{\\em " BOOT::|s| "}") ; ; caught STYLE-WARNING: ; undefined function: |htSay| ; in: DEFUN |htPred2English,gn| ; (BOOT::|htSay| "not ") ; ; caught STYLE-WARNING: ; undefined function: |htSay| ; in: DEFUN |htPred2English,fn| ; (BOOT::|htSay| "(") ; ; caught STYLE-WARNING: ; undefined function: |htSay| ; ; caught STYLE-WARNING: ; 22 more uses of undefined function |htSay| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-util.clisp ; in: DEFUN |bcAbb| ; (BOOT::|htSayConstructorName| BOOT::|a| BOOT::|s|) ; ; caught STYLE-WARNING: ; undefined function: |htSayConstructorName| ; in: DEFUN |bcCon| ; (BOOT::|htSayConstructorName| BOOT::|s| BOOT::|s|) ; ; caught STYLE-WARNING: ; undefined function: |htSayConstructorName| ; in: DEFUN |bcAbbTable| ; (BOOT::|htSaySaturn| "&") ; ; caught STYLE-WARNING: ; undefined function: |htSaySaturn| ; in: DEFUN |bcConTable| ; (BOOT::|htSaySaturn| "&") ; ; caught STYLE-WARNING: ; undefined function: |htSaySaturn| ; in: DEFUN |bcOpTable| ; (BOOT::|htSaySaturn| "&") ; ; caught STYLE-WARNING: ; undefined function: |htSaySaturn| ; ; caught STYLE-WARNING: ; 3 more uses of undefined function |htSaySaturn| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-util.clisp ; in: DEFUN |bcStarSpaceOp| ; (BOOT::|htSayUnexposed|) ; ; caught STYLE-WARNING: ; undefined function: |htSayUnexposed| ; in: DEFUN |bcStarSpace| ; (BOOT::|htSayUnexposed|) ; ; caught STYLE-WARNING: ; undefined function: |htSayUnexposed| ; in: DEFUN |bcStar| ; (BOOT::|htSayUnexposed|) ; ; caught STYLE-WARNING: ; undefined function: |htSayUnexposed| ; in: DEFUN |bcErrorPage| ; (BOOT::|htShowPage|) ; ; caught STYLE-WARNING: ; undefined function: |htShowPage| ; in: DEFUN |emptySearchPage| ; (BOOT::|htShowPage|) ; ; caught STYLE-WARNING: ; undefined function: |htShowPage| ; in: DEFUN |nothingFoundPage| ; (BOOT::|htShowPage|) ; ; caught STYLE-WARNING: ; undefined function: |htShowPage| ; ; caught STYLE-WARNING: ; 4 more uses of undefined function |htShowPage| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-util.clisp ; in: DEFUN |bcStarSpace| ; (BOOT::|isExposedConstructor| BOOT::|name|) ; ; caught STYLE-WARNING: ; undefined function: |isExposedConstructor| ; in: DEFUN |bcStar| ; (BOOT::|isExposedConstructor| BOOT::|name|) ; ; caught STYLE-WARNING: ; undefined function: |isExposedConstructor| ; in: DEFUN |htPred2English,fnAttr| ; (BOOT::|satDownLink| BOOT::|s| (LIST "(|aPage| '|" BOOT::|s| "|)")) ; ; caught STYLE-WARNING: ; undefined function: |satDownLink| ; in: DEFUN |quickOr| ; (BOOT::|simpBool| (LIST 'OR BOOT::|a| BOOT::|b|)) ; ; caught STYLE-WARNING: ; undefined function: |simpBool| ; in: DEFUN |quickAnd| ; (BOOT::|simpBool| (LIST 'AND BOOT::|a| BOOT::|b|)) ; ; caught STYLE-WARNING: ; undefined function: |simpBool| ; in: DEFUN |extractHasArgs| ; (BOOT::|simpBool| (BOOTTRAN:|substitute| 'T BOOT::|x| BOOT::|pred|)) ; ; caught STYLE-WARNING: ; undefined function: |simpBool| ; in: DEFUN |quickOr| ; (BOOT::|simpCatPredicate| (BOOT::|simpBool| (LIST 'OR BOOT::|a| BOOT::|b|))) ; ; caught STYLE-WARNING: ; undefined function: |simpCatPredicate| ; in: DEFUN |bcErrorPage| ; (BOOT::|systemError| "Unexpected error message") ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; in: DEFUN |lisp2HT,fn| ; (BOOT::|systemError|) ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; ; compilation unit finished ; Undefined functions: ; |bcConform1| |bcHt| |constructor?| |dbConformGen| |dbReadComments| |escapeSpecialChars| |form2String| |getConstructorFormFromDB| |getConstructorSourceFileFromDB| |htBeginTable| |htBlank| |htEndTable| |htInitPage| |htMakePage| |htSay| |htSayConstructorName| |htSaySaturn| |htSayUnexposed| |htShowPage| |isExposedConstructor| |satDownLink| |simpBool| |simpCatPredicate| |systemError| ; caught 62 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-util.fasl written ; compilation finished in 0:00:00.249 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=topics.fasl --load-directory=. ../../../open-axiom/src/interp/topics.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/topics.clisp" (written 01 FEB 2016 10:53:19 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "sys-macros") ; compiling (IMPORT-MODULE "sys-utility") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFPARAMETER |$topicsDefaults| ...) ; compiling (DEFPARAMETER |$topicSynonyms| ...) ; compiling (DEFPARAMETER |$groupAssoc| ...) ; compiling (DEFPARAMETER |$topicHash| ...) ; compiling (DECLAIM (SPECIAL |$topicHash|)) ; compiling (SETF (GETHASH # ...) ...) ; compiling (DECLAIM (SPECIAL |$topicHash|)) ; compiling (SETF (GETHASH # ...) ...) ; compiling (DECLAIM (SPECIAL |$topicHash|)) ; compiling (SETF (GETHASH # ...) ...) ; compiling (DECLAIM (SPECIAL |$topicHash|)) ; compiling (SETF (GETHASH # ...) ...) ; compiling (DECLAIM (SPECIAL |$topicHash|)) ; compiling (SETF (GETHASH # ...) ...) ; compiling (DECLAIM (SPECIAL |$topicHash|)) ; compiling (SETF (GETHASH # ...) ...) ; compiling (DECLAIM (SPECIAL |$topicHash|)) ; compiling (SETF (GETHASH # ...) ...) ; compiling (DECLAIM (SPECIAL |$topicHash|)) ; compiling (SETF (GETHASH # ...) ...) ; compiling (DECLAIM (SPECIAL |$topicHash|)) ; compiling (SETF (GETHASH # ...) ...) ; compiling (DECLAIM (SPECIAL |$topicHash|)) ; compiling (SETF (GETHASH # ...) ...) ; compiling (DECLAIM (SPECIAL |$topicHash|)) ; compiling (SETF (GETHASH # ...) ...) ; compiling (DECLAIM (SPECIAL |$topicHash|)) ; compiling (SETF (GETHASH # ...) ...) ; compiling (DECLAIM (SPECIAL |$topicHash|)) ; compiling (SETF (GETHASH # ...) ...) ; compiling (DEFUN |mkTopicHashTable| ...) ; compiling (DEFUN |blankLine?| ...) ; compiling (DEFUN |string2OpAlist| ...) ; compiling (DEFUN |getDefaultProps| ...) ; compiling (DEFUN |skipBlanks| ...) ; compiling (DEFUN |topicCode| ...) ; compiling (DEFUN |topicCode,fn| ...) ; compiling (DEFUN |addTopic2Documentation| ...) ; compiling (DEFUN |td| ...) ; compiling (DEFUN |tdAdd| ...) ; compiling (DEFUN |tdPrint| ...) ; compiling (DEFUN |topics| ...) ; compiling (DEFUN |code2Classes| ...) ; compiling (DEFUN |myLastAtom| ...) ; compiling (DEFUN |transferClassCodes| ...) ; compiling (DEFUN |transferCodeCon| ...) ; compiling (DEFUN |filterByTopic| ...) ; compiling (DEFUN |listOfTopics| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/topics.clisp ; in: DEFUN |transferClassCodes| ; (BOOT::|ancestorsOf| BOOT::|conform| NIL) ; ; caught STYLE-WARNING: ; undefined function: |ancestorsOf| ; in: DEFUN |topics| ; (BOOT::|ancestorsOf| (BOOT::|getConstructorForm| BOOT::|con|) NIL) ; ; caught STYLE-WARNING: ; undefined function: |ancestorsOf| ; in: DEFUN |listOfTopics| ; (BOOT::|getConstructorDocumentationFromDB| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorDocumentationFromDB| ; in: DEFUN |transferCodeCon| ; (BOOT::|getConstructorDocumentationFromDB| BOOT::|con|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorDocumentationFromDB| ; in: DEFUN |topics| ; (BOOT::|getConstructorForm| BOOT::|con|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorForm| ; in: DEFUN |tdAdd| ; (BOOT::|insert| BOOT::|op| (|AxiomCore|:|tableValue| BOOT::|hash| BOOT::|x|)) ; ; caught STYLE-WARNING: ; undefined function: |insert| ; in: DEFUN |topics| ; (BOOT::|mySort| ; (WITH-HASH-TABLE-ITERATOR (#:G544 BOOT::|$topicHash|) ; (LET ((BOOT::|bfVar#1| NIL) (BOOT::|bfVar#2| NIL)) ; (LOOP (MULTIPLE-VALUE-BIND # # #))))) ; ; caught STYLE-WARNING: ; undefined function: |mySort| ; in: DEFUN |tdPrint| ; (BOOT::|mySort| (BOOT::HKEYS BOOT::|hash|)) ; ; caught STYLE-WARNING: ; undefined function: |mySort| ; in: DEFUN |td| ; (BOOT::|mySort| ; (WITH-HASH-TABLE-ITERATOR (#:G542 BOOT::|$topicHash|) ; (LET ((BOOT::|bfVar#1| NIL) (BOOT::|bfVar#2| NIL)) ; (LOOP (MULTIPLE-VALUE-BIND # # #))))) ; ; caught STYLE-WARNING: ; undefined function: |mySort| ; ; caught STYLE-WARNING: ; 1 more use of undefined function |mySort| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/topics.clisp ; in: DEFUN |transferClassCodes| ; (BOOT::|opOf| BOOT::|conform|) ; ; caught STYLE-WARNING: ; undefined function: |opOf| ; in: DEFUN |addTopic2Documentation| ; (BOOT::|systemError| BOOT::|sigDoc|) ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; in: DEFUN |mkTopicHashTable| ; (BOOT::|systemError| "wrong heading") ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; (BOOT::|trimString| BOOT::|line|) ; ; caught STYLE-WARNING: ; undefined function: |trimString| ; ; compilation unit finished ; Undefined functions: ; |ancestorsOf| |getConstructorDocumentationFromDB| |getConstructorForm| |insert| |mySort| |opOf| |systemError| |trimString| ; caught 14 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/topics.fasl written ; compilation finished in 0:00:00.153 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=br-prof.fasl --load-directory=. ../../../open-axiom/src/interp/br-prof.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-prof.clisp" (written 01 FEB 2016 10:53:19 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "bc-util") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFUN |kciPage| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-prof.clisp ; in: DEFUN |kciPage| ; (DEFUN BOOT::|kciPage| (BOOT::|htPage| BOOT::|junk|) ; (LET* (BOOT::|opAlist| ; BOOT::|infoAlist| ; BOOT::|conname| ; BOOT::|page| ; BOOT::|heading| ; BOOT::|conform| ; BOOT::|domname| ; BOOT::|which|) ; (PROGN ; (SETQ BOOT::|which| "operation") ; (BOOT::|htpSetProperty| BOOT::|htPage| 'BOOT::|which| BOOT::|which|) ; (SETQ BOOT::|domname| #) ; (SETQ BOOT::|conform| #) ; (SETQ BOOT::|heading| #) ; (SETQ BOOT::|page| #) ; (SETQ BOOT::|conname| #) ; (BOOT::|htpSetProperty| BOOT::|page| 'BOOT::|infoAlist| (SETQ #)) ; (BOOT::|dbGetExpandedOpAlist| BOOT::|page|) ; (SETQ BOOT::|opAlist| #) ; (BOOT::|dbShowOperationsFromConform| BOOT::|page| BOOT::|which| ; BOOT::|opAlist|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|kciPage| ; (BOOT::|htPage| BOOT::|junk|) ; (BLOCK BOOT::|kciPage| ; (LET* (BOOT::|opAlist| ; BOOT::|infoAlist| ; BOOT::|conname| ; BOOT::|page| ; BOOT::|heading| ; BOOT::|conform| ; BOOT::|domname| ; BOOT::|which|) ; (PROGN ; (SETQ #) ; (BOOT::|htpSetProperty| BOOT::|htPage| 'BOOT::|which| BOOT::|which|) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (SETQ #) ; (BOOT::|htpSetProperty| BOOT::|page| 'BOOT::|infoAlist| #) ; (BOOT::|dbGetExpandedOpAlist| BOOT::|page|) ; (SETQ #) ; (BOOT::|dbShowOperationsFromConform| BOOT::|page| BOOT::|which| ; BOOT::|opAlist|))))) ; ; caught STYLE-WARNING: ; The variable |junk| is defined but never used. ; compiling (DEFUN |kciReduceOpAlist| ...) ; compiling (DEFUN |displayInfoOp| ...) ; compiling (DEFUN |dbShowInfoOp| ...) ; compiling (DEFUN |dbShowInfoList| ...) ; compiling (DEFUN |dbInfoFindCat| ...) ; compiling (DEFUN |dbInfoWrapOrigin| ...) ; compiling (DEFUN |dbInfoOrigin| ...) ; compiling (DEFUN |dbInfoTran| ...) ; compiling (DEFUN |zeroOneConvertAlist| ...) ; compiling (DEFUN |dbInfoChoose| ...) ; compiling (DEFUN |dbInfoChooseSingle| ...) ; compiling (DEFUN |dbInfoChoose1| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-prof.clisp ; in: DEFUN |dbInfoChoose1| ; (DEFUN BOOT::|dbInfoChoose1| (BOOT::|htPage| BOOT::|con| BOOT::|alist|) ; (LET* (BOOT::|page| BOOT::|opAlist| BOOT::|pair|) ; (LET ((BOOT::|$conform| BOOT::|con|)) ; (DECLARE (SPECIAL BOOT::|$conform|)) ; (PROGN ; (SETQ #) ; (SETQ #) ; (BOOT::|htpSetProperty| BOOT::|page| 'BOOT::|conform| BOOT::|con|) ; (BOOT::|htpSetProperty| BOOT::|page| 'BOOT::|kind| #) ; (BOOT::|dbShowOperationsFromConform| BOOT::|page| "operation" ; BOOT::|opAlist|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|dbInfoChoose1| ; (BOOT::|htPage| BOOT::|con| BOOT::|alist|) ; (BLOCK BOOT::|dbInfoChoose1| ; (LET* (BOOT::|page| BOOT::|opAlist| BOOT::|pair|) ; (LET (#) ; (DECLARE #) ; (PROGN # # # # #))))) ; ; caught STYLE-WARNING: ; The variable |htPage| is defined but never used. ; compiling (DEFUN |dbInfoSigMatch| ...) ; compiling (DEFUN |dbInfoSig| ...) ; compiling (DEFUN |dbGetExpandedOpAlist| ...) ; compiling (DEFUN |hasNewInfoAlist| ...) ; compiling (DEFUN |hasNewInfoText| ...) ; compiling (DEFUN |getInfoAlist| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-prof.clisp ; in: DEFUN |dbShowInfoList| ; (BOOT::|bcConform| BOOT::|sig|) ; ; caught STYLE-WARNING: ; undefined function: |bcConform| ; in: DEFUN |dbShowInfoOp| ; (BOOT::|bcConform| BOOT::|orig|) ; ; caught STYLE-WARNING: ; undefined function: |bcConform| ; (BOOT::|dbConformGen| (BOOT::|dbInfoSig| BOOT::|sig|)) ; ; caught STYLE-WARNING: ; undefined function: |dbConformGen| ; in: DEFUN |dbGetExpandedOpAlist| ; (BOOT::|dbExpandOpAlistIfNecessary| BOOT::|htPage| BOOT::|opAlist| ; "operation" NIL NIL) ; ; caught STYLE-WARNING: ; undefined function: |dbExpandOpAlistIfNecessary| ; in: DEFUN |dbInfoChoose1| ; (BOOT::|dbShowOperationsFromConform| BOOT::|page| "operation" BOOT::|opAlist|) ; ; caught STYLE-WARNING: ; undefined function: |dbShowOperationsFromConform| ; in: DEFUN |kciPage| ; (BOOT::|dbShowOperationsFromConform| BOOT::|page| BOOT::|which| ; BOOT::|opAlist|) ; ; caught STYLE-WARNING: ; undefined function: |dbShowOperationsFromConform| ; in: DEFUN |dbShowInfoList| ; (BOOT::|escapeSpecialChars| (BOOT::STRINGIMAGE BOOT::|op|)) ; ; caught STYLE-WARNING: ; undefined function: |escapeSpecialChars| ; in: DEFUN |dbShowInfoOp| ; (BOOT::|escapeSpecialChars| ; (BOOT::STRINGIMAGE (BOOT::|zeroOneConvert| BOOT::|op|))) ; ; caught STYLE-WARNING: ; undefined function: |escapeSpecialChars| ; (BOOT::|form2HtString| BOOT::|conform|) ; ; caught STYLE-WARNING: ; undefined function: |form2HtString| ; in: DEFUN |getInfoAlist| ; (BOOT::|getConstructorAbbreviationFromDB| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorAbbreviationFromDB| ; (BOOT::|getConstructorFormFromDB| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorFormFromDB| ; (BOOT::|getConstructorKindFromDB| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorKindFromDB| ; in: DEFUN |dbInfoChoose1| ; (BOOT::|getConstructorKindFromDB| (BOOT::|opOf| BOOT::|con|)) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorKindFromDB| ; in: DEFUN |dbShowInfoOp| ; (BOOT::|getConstructorKindFromDB| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorKindFromDB| ; (BOOT::|getConstructorModemap| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorModemap| ; in: DEFUN |kciPage| ; (BOOT::|htCopyProplist| BOOT::|htPage|) ; ; caught STYLE-WARNING: ; undefined function: |htCopyProplist| ; in: DEFUN |dbInfoChoose1| ; (BOOT::|htInitPage| NIL NIL) ; ; caught STYLE-WARNING: ; undefined function: |htInitPage| ; in: DEFUN |kciPage| ; (BOOT::|htInitPage| BOOT::|heading| (BOOT::|htCopyProplist| BOOT::|htPage|)) ; ; caught STYLE-WARNING: ; undefined function: |htInitPage| ; in: DEFUN |dbShowInfoList| ; (BOOT::|htMakePage| ; (LIST ; (LIST 'BOOT::|bcLinks| ; (LIST BOOT::|ops| "" 'BOOT::|dbInfoChooseSingle| BOOT::|count|)))) ; ; caught STYLE-WARNING: ; undefined function: |htMakePage| ; in: DEFUN |dbShowInfoOp| ; (BOOT::|htMakePage| ; (LIST ; (LIST 'BOOT::|bcLinks| ; (LIST "\\menuitemstyle{}" "" 'BOOT::|dbInfoChoose| ; BOOT::|bincount|)))) ; ; caught STYLE-WARNING: ; undefined function: |htMakePage| ; in: DEFUN |dbShowInfoList| ; (BOOT::|htSay| "\\table{") ; ; caught STYLE-WARNING: ; undefined function: |htSay| ; in: DEFUN |dbShowInfoOp| ; (BOOT::|htSay| "\\center{Cross Reference for definition of {\\em " ; BOOT::|ops| "}}\\beginmenu ") ; ; caught STYLE-WARNING: ; undefined function: |htSay| ; (BOOT::|htSayHline|) ; ; caught STYLE-WARNING: ; undefined function: |htSayHline| ; in: DEFUN |dbGetExpandedOpAlist| ; (BOOT::|koOps| (BOOT::|htpProperty| BOOT::|htPage| 'BOOT::|conform|) NIL) ; ; caught STYLE-WARNING: ; undefined function: |koOps| ; in: DEFUN |dbInfoChoose1| ; (BOOT::|koOps| BOOT::|con| NIL) ; ; caught STYLE-WARNING: ; undefined function: |koOps| ; in: DEFUN |dbInfoOrigin| ; (BOOT::|koOps| BOOT::|t| NIL) ; ; caught STYLE-WARNING: ; undefined function: |koOps| ; in: DEFUN |getInfoAlist| ; (BOOT::|mySort| (READ BOOT::|inStream|)) ; ; caught STYLE-WARNING: ; undefined function: |mySort| ; in: DEFUN |dbInfoTran| ; (BOOT::|mySort| BOOT::|opSigList|) ; ; caught STYLE-WARNING: ; undefined function: |mySort| ; in: DEFUN |dbShowInfoOp| ; (BOOT::|mySort| BOOT::|args|) ; ; caught STYLE-WARNING: ; undefined function: |mySort| ; in: DEFUN |dbInfoFindCat| ; (BOOT::|systemError|) ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; in: DEFUN |dbShowInfoOp| ; (BOOT::|systemError| "cannot find signature") ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; in: DEFUN |zeroOneConvertAlist| ; (BOOT::|zeroOneConvert| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |zeroOneConvert| ; in: DEFUN |dbShowInfoOp| ; (BOOT::|zeroOneConvert| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |zeroOneConvert| ; ; compilation unit finished ; Undefined functions: ; |bcConform| |dbConformGen| |dbExpandOpAlistIfNecessary| |dbShowOperationsFromConform| |escapeSpecialChars| |form2HtString| |getConstructorAbbreviationFromDB| |getConstructorFormFromDB| |getConstructorKindFromDB| |getConstructorModemap| |htCopyProplist| |htInitPage| |htMakePage| |htSay| |htSayHline| |koOps| |mySort| |systemError| |zeroOneConvert| ; caught 35 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-prof.fasl written ; compilation finished in 0:00:00.111 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=br-saturn.fasl --load-directory=. ../../../open-axiom/src/interp/br-saturn.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-saturn.clisp" (written 01 FEB 2016 10:53:19 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "bc-util") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFPARAMETER |$aixTestSaturn| ...) ; compiling (DEFPARAMETER |$standard| ...) ; compiling (DEFPARAMETER |$saturnAmpersand| ...) ; compiling (DEFPARAMETER |$saturnFileNumber| ...) ; compiling (DEFPARAMETER |$kPageSaturnArguments| ...) ; compiling (DEFPARAMETER |$atLeastOneUnexposed| ...) ; compiling (DEFPARAMETER |$saturnContextMenuLines| ...) ; compiling (DEFPARAMETER |$saturnContextMenuIndex| ...) ; compiling (DEFPARAMETER |$saturnMacros| ...) ; compiling (DEFPARAMETER |$FormalFunctionParameterList| ...) ; compiling (DEFUN |on| ...) ; compiling (DEFUN |off| ...) ; compiling (DEFUN |ts| ...) ; compiling (DEFUN |ut| ...) ; compiling (DEFUN |onDisk| ...) ; compiling (DEFUN |offDisk| ...) ; compiling (DEFUN |page| ...) ; compiling (DEFUN |htSay| ...) ; compiling (DEFUN |htSayCold| ...) ; compiling (DEFUN |htSayIfStandard| ...) ; compiling (DEFUN |htSayStandard| ...) ; compiling (DEFUN |htSaySaturn| ...) ; compiling (DEFUN |htSayBind| ...) ; compiling (DEFUN |bcHt| ...) ; compiling (DEFUN |htShowPage| ...) ; compiling (DEFUN |htShowPageNoScroll| ...) ; compiling (DEFUN |issueHTSaturn| ...) ; compiling (DEFUN |writeSaturnPrefix| ...) ; compiling (DEFUN |writeSaturnSuffix| ...) ; compiling (DEFUN |issueHTStandard| ...) ; compiling (DEFUN |htMakeErrorPage| ...) ; compiling (DEFUN |writeSaturnLines| ...) ; compiling (DEFUN |writeSaturn| ...) ; compiling (DEFUN |isBreakSegment?| ...) ; compiling (DEFUN |writeSaturnPrint| ...) ; compiling (DEFUN |saturnPRINTEXP| ...) ; compiling (DEFUN |saturnTERPRI| ...) ; compiling (DEFUN |writeSaturnTable| ...) ; compiling (DEFUN |findBalancingBrace| ...) ; compiling (DEFUN |htMakePageStandard| ...) ; compiling (DEFUN |htMakePageSaturn| ...) ; compiling (DEFUN |htMakePage| ...) ; compiling (DEFUN |htMakePage1| ...) ; compiling (DEFUN |saturnTran| ...) ; compiling (DEFUN |mkBold| ...) ; compiling (DEFUN |mkMenuButton| ...) ; compiling (DEFUN |menuButton| ...) ; compiling (DEFUN |getCallBackFn| ...) ; compiling (DEFUN |mkDocLink| ...) ; compiling (DEFUN |saturnTranText| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-saturn.clisp ; in: DEFUN |saturnTranText| ; (CAR BOOT::|r|) ; ==> ; BOOT::|r| ; ; note: deleting unreachable code ; (CAR BOOT::|ISTMP#1|) ; ==> ; BOOT::|ISTMP#1| ; ; note: deleting unreachable code ; (LIST "{\\it " BOOT::|s| ".spad}") ; ==> ; "{\\it " ; ; note: deleting unreachable code ; compiling (DEFUN |isMenuItemStyle?| ...) ; compiling (DEFUN |getCallBack| ...) ; compiling (DEFUN |endHTPage| ...) ; compiling (DEFUN |htSayHrule| ...) ; compiling (DEFUN |htDoneButton| ...) ; compiling (DEFUN |htBcLinks| ...) ; compiling (DEFUN |htBcLispLinks| ...) ; compiling (DEFUN |htMakeButton| ...) ; compiling (DEFUN |htMakeButtonSaturn| ...) ; compiling (DEFUN |htpAddToPageDescription| ...) ; compiling (DEFUN |htProcessBcStrings| ...) ; compiling (DEFUN |setUpDefault| ...) ; compiling (DEFUN |htInitPage| ...) ; compiling (DEFUN |htInitPageNoScroll| ...) ; compiling (DEFUN |htInitPageNoHeading| ...) ; compiling (DEFUN |htpMakeEmptyPage| ...) ; compiling (DEFUN |kPage| ...) ; compiling (DEFUN |kPageContextMenu| ...) ; compiling (DEFUN |kPageContextMenuSaturn| ...) ; compiling (DEFUN |saturnExampleLink| ...) ; compiling (DEFPARAMETER |$exampleConstructors| ...) ; compiling (DEFUN |saturnHasExamplePage| ...) ; compiling (DEFUN |getSaturnExampleList| ...) ; compiling (DEFUN |dbPresentCons| ...) ; compiling (DEFUN |dbPresentConsSaturn| ...) ; compiling (DEFUN |htFilterPage| ...) ; compiling (DEFUN |htMakeSaturnFilterPage| ...) ; compiling (DEFUN |dbShowConsKinds| ...) ; compiling (DEFUN |addParameterTemplates| ...) ; compiling (DEFUN |kPageArgs| ...) ; compiling (DEFUN |dbConform| ...) ; compiling (DEFUN |htTab| ...) ; compiling (DEFUN |dbGatherThenShow| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-saturn.clisp ; in: DEFUN |dbGatherThenShow| ; (DEFUN BOOT::|dbGatherThenShow| ; (BOOT::|htPage| BOOT::|opAlist| BOOT::|which| BOOT::|data| ; BOOT::|constructorIfTrue| BOOT::|word| BOOT::|fn|) ; (LET* (BOOT::|button| ; BOOT::|items| ; BOOT::|exposeFlag| ; BOOT::|ISTMP#1| ; BOOT::|thing| ; BOOT::|bincount| ; BOOT::|single?|) ; (PROGN ; (SETQ BOOT::|single?| #) ; (BOOT::|htBeginMenu| 'BOOT::|description|) ; (SETQ BOOT::|bincount| 0) ; (LET (# #) ; (LOOP # ; #)) ; (BOOT::|htEndMenu| 'BOOT::|description|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|dbGatherThenShow| ; (BOOT::|htPage| BOOT::|opAlist| BOOT::|which| BOOT::|data| ; BOOT::|constructorIfTrue| BOOT::|word| BOOT::|fn|) ; (BLOCK BOOT::|dbGatherThenShow| ; (LET* (BOOT::|button| ; BOOT::|items| ; BOOT::|exposeFlag| ; BOOT::|ISTMP#1| ; BOOT::|thing| ; BOOT::|bincount| ; BOOT::|single?|) ; (PROGN ; (SETQ #) ; (BOOT::|htBeginMenu| 'BOOT::|description|) ; (SETQ #) ; (LET # ; #) ; (BOOT::|htEndMenu| 'BOOT::|description|))))) ; ; caught STYLE-WARNING: ; The variable |htPage| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |opAlist| is defined but never used. ; compiling (DEFUN |dbPresentOps| ...) ; compiling (DEFUN |dbPresentOpsSaturn| ...) ; compiling (DEFUN |htShowPageStar| ...) ; compiling (DEFUN |htShowPageStarSaturn| ...) ; compiling (DEFUN |operationIsNiladicConstructor| ...) ; compiling (DEFUN |operationIsConstructor| ...) ; compiling (DEFUN |displayDomainOp| ...) ; compiling (DEFUN |htSaySourceFile| ...) ; compiling (DEFUN |htSayIndentRel| ...) ; compiling (DEFUN |htSayUnexposed| ...) ; compiling (DEFUN |htEndTabular| ...) ; compiling (DEFUN |htPopSaturn| ...) ; compiling (DEFUN |htBeginTable| ...) ; compiling (DEFUN |htEndTable| ...) ; compiling (DEFUN |htBeginMenu| ...) ; compiling (DEFUN |htEndMenu| ...) ; compiling (DEFUN |htSayConstructorName| ...) ; compiling (DEFUN |htAddHeading| ...) ; compiling (DEFUN |htNewPage| ...) ; compiling (DEFUN |mkTabularItem| ...) ; compiling (DEFUN |mkTabularItem,fn| ...) ; compiling (DEFUN |htSaySaturnAmpersand| ...) ; compiling (DEFUN |htBlank| ...) ; compiling (DEFUN |unTab| ...) ; compiling (DEFUN |unTab1| ...) ; compiling (DEFUN |satBreak| ...) ; compiling (DEFUN |htBigSkip| ...) ; compiling (DEFUN |htSaturnBreak| ...) ; compiling (DEFUN |satDownLink| ...) ; compiling (DEFUN |satTypeDownLink| ...) ; compiling (DEFUN |mkButtonBox| ...) ; compiling (DEFUN |dbSort| ...) ; compiling (DEFUN |bcConform1| ...) ; compiling (DEFUN |bcConform1,hd| ...) ; compiling (DEFUN |bcConform1,mapping| ...) ; compiling (DEFUN |bcConform1,tuple| ...) ; compiling (DEFUN |bcConform1,tl| ...) ; compiling (DEFUN |bcConform1,say| ...) ; compiling (DEFUN |purgeNewConstructorLines| ...) ; compiling (DEFUN |screenLocalLine| ...) ; compiling (DEFUN |purgeLocalLibdb| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-saturn.clisp ; in: DEFUN |kPage| ; (BOOT::|asyAbbreviation| BOOT::|conname| BOOT::|nargs|) ; ; caught STYLE-WARNING: ; undefined function: |asyAbbreviation| ; in: DEFUN |dbShowConsKinds| ; (BOOT::|bcConTable| ; (BOOT::REMDUP ; (LET ((BOOT::|bfVar#7| NIL) ; (BOOT::|bfVar#8| NIL) ; (BOOT::|bfVar#6| BOOT::|x|) ; (BOOT::|y| NIL)) ; (LOOP (COND # # #) ; (SETQ #))))) ; ; caught STYLE-WARNING: ; undefined function: |bcConTable| ; in: DEFUN |displayDomainOp| ; (BOOT::|bcConform| BOOT::|origin| T) ; ; caught STYLE-WARNING: ; undefined function: |bcConform| ; in: DEFUN |kPageArgs| ; (BOOT::|bcConform| BOOT::|typeForm| T) ; ; caught STYLE-WARNING: ; undefined function: |bcConform| ; in: DEFUN |bcConform1,hd| ; (BOOT::|bcConstructor| BOOT::|form| BOOT::|head|) ; ; caught STYLE-WARNING: ; undefined function: |bcConstructor| ; in: DEFUN |bcConform1| ; (BOOT::|bcPred| BOOT::|pred|) ; ; caught STYLE-WARNING: ; undefined function: |bcPred| ; in: DEFUN |displayDomainOp| ; (BOOT::|bcPred| BOOT::|p| BOOT::|$conform| T) ; ; caught STYLE-WARNING: ; undefined function: |bcPred| ; in: DEFUN |kPage| ; (BOOT::|capitalize| BOOT::|kind|) ; ; caught STYLE-WARNING: ; undefined function: |capitalize| ; in: DEFUN |displayDomainOp| ; (BOOT::|constructor?| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |constructor?| ; in: DEFUN |kPage| ; (BOOT::|dbConformGenUnder| BOOT::|form|) ; ; caught STYLE-WARNING: ; undefined function: |dbConformGenUnder| ; in: DEFUN |dbPresentOpsSaturn| ; (BOOT::|dbDoesOneOpHaveParameters?| BOOT::|opAlist|) ; ; caught STYLE-WARNING: ; undefined function: |dbDoesOneOpHaveParameters?| ; in: DEFUN |dbPresentOps| ; (BOOT::|dbDoesOneOpHaveParameters?| BOOT::|opAlist|) ; ; caught STYLE-WARNING: ; undefined function: |dbDoesOneOpHaveParameters?| ; in: DEFUN |bcConform1,hd| ; (BOOT::|dbEvalableConstructor?| BOOT::|form|) ; ; caught STYLE-WARNING: ; undefined function: |dbEvalableConstructor?| ; in: DEFUN |displayDomainOp| ; (BOOT::|dbGetDisplayFormForOp| BOOT::|op| BOOT::|sig| BOOT::|doc|) ; ; caught STYLE-WARNING: ; undefined function: |dbGetDisplayFormForOp| ; in: DEFUN |kPageContextMenu| ; (BOOT::|dbHasExamplePage| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |dbHasExamplePage| ; in: DEFUN |screenLocalLine| ; (BOOT::|dbKind| BOOT::|line|) ; ; caught STYLE-WARNING: ; undefined function: |dbKind| ; (BOOT::|dbName| BOOT::|line|) ; ; caught STYLE-WARNING: ; undefined function: |dbName| ; in: DEFUN |dbConform| ; (BOOT::|dbOuttran| BOOT::|form|) ; ; caught STYLE-WARNING: ; undefined function: |dbOuttran| ; in: DEFUN |screenLocalLine| ; (BOOT::|dbPart| BOOT::|line| 5 1) ; ; caught STYLE-WARNING: ; undefined function: |dbPart| ; in: DEFUN |kPage| ; (BOOT::|dbShowConsDoc1| BOOT::|page| BOOT::|conform| NIL) ; ; caught STYLE-WARNING: ; undefined function: |dbShowConsDoc1| ; in: DEFUN |dbGatherThenShow| ; (BOOT::|dbShowKind| BOOT::|thing|) ; ; caught STYLE-WARNING: ; undefined function: |dbShowKind| ; (BOOT::|dbShowOpSigList| BOOT::|which| BOOT::|items| ; (* (+ 1 BOOT::|bincount|) 8192)) ; ; caught STYLE-WARNING: ; undefined function: |dbShowOpSigList| ; in: DEFUN |kPage| ; (BOOT::|dbXParts| BOOT::|line| 7 1) ; ; caught STYLE-WARNING: ; undefined function: |dbXParts| ; in: DEFUN |kPageContextMenuSaturn| ; (BOOT::|dbpHasDefaultCategory?| BOOT::|xpart|) ; ; caught STYLE-WARNING: ; undefined function: |dbpHasDefaultCategory?| ; in: DEFUN |displayDomainOp| ; (BOOT::|displayBreakIntoAnds| ; (BOOTTRAN:|substitute| BOOT::|$conform| 'BOOT::$ BOOT::|pred|)) ; ; caught STYLE-WARNING: ; undefined function: |displayBreakIntoAnds| ; (BOOT::|displayInfoOp| BOOT::|htPage| BOOT::|infoAlist| BOOT::|op| ; BOOT::|sig|) ; ; caught STYLE-WARNING: ; undefined function: |displayInfoOp| ; in: DEFUN |saturnTranText| ; (BOOT::|error| NIL) ; ; caught STYLE-WARNING: ; undefined function: |error| ; in: DEFUN |saturnTran| ; (BOOT::|error| NIL) ; ; caught STYLE-WARNING: ; undefined function: |error| ; in: DEFUN |writeSaturnTable| ; (BOOT::|error| "no balancing brace") ; ; caught STYLE-WARNING: ; undefined function: |error| ; ; caught STYLE-WARNING: ; 2 more uses of undefined function |error| ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-saturn.clisp ; in: DEFUN |bcConform1,hd| ; (BOOT::|escapeSpecialChars| BOOT::|s|) ; ; caught STYLE-WARNING: ; undefined function: |escapeSpecialChars| ; in: DEFUN |displayDomainOp| ; (BOOT::|escapeSpecialChars| (BOOT::STRINGIMAGE BOOT::|op|)) ; ; caught STYLE-WARNING: ; undefined function: |escapeSpecialChars| ; in: DEFUN |bcConform1,say| ; (BOOT::|escapeSpecialIds| (BOOT::STRINGIMAGE BOOT::|x|)) ; ; caught STYLE-WARNING: ; undefined function: |escapeSpecialIds| ; in: DEFUN |htSaySourceFile| ; (BOOT::|extractFileNameFromPath| BOOT::|sourceFileName|) ; ; caught STYLE-WARNING: ; undefined function: |extractFileNameFromPath| ; in: DEFUN |dbConform| ; (BOOT::|form2Fence| (BOOT::|dbOuttran| BOOT::|form|)) ; ; caught STYLE-WARNING: ; undefined function: |form2Fence| ; in: DEFUN |bcConform1,hd| ; (BOOT::|form2HtString| (ELT BOOT::|$FormalMapVariableList| BOOT::|n|)) ; ; caught STYLE-WARNING: ; undefined function: |form2HtString| ; in: DEFUN |displayDomainOp| ; (BOOT::|form2HtString| BOOT::|conform|) ; ; caught STYLE-WARNING: ; undefined function: |form2HtString| ; in: DEFUN |dbConform| ; (BOOT::|form2StringList| (BOOT::|opOf| BOOT::|form|)) ; ; caught STYLE-WARNING: ; undefined function: |form2StringList| ; in: DEFUN |displayDomainOp| ; (BOOT::|getConstructorAbbreviationFromDB| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorAbbreviationFromDB| ; (BOOT::|getConstructorKindFromDB| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorKindFromDB| ; in: DEFUN |dbPresentOpsSaturn| ; (BOOT::|getConstructorKindFromDB| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorKindFromDB| ; in: DEFUN |dbPresentOps| ; (BOOT::|getConstructorKindFromDB| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorKindFromDB| ; in: DEFUN |displayDomainOp| ; (BOOT::|getConstructorModemap| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorModemap| ; in: DEFUN |htSaySourceFile| ; (BOOT::|getConstructorSourceFileFromDB| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorSourceFileFromDB| ; in: DEFUN |kPage| ; (BOOT::|getConstructorSourceFileFromDB| (INTERN BOOT::|name|)) ; ; caught STYLE-WARNING: ; undefined function: |getConstructorSourceFileFromDB| ; in: DEFUN |displayDomainOp| ; (BOOT::|getDualSignature| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |getDualSignature| ; in: DEFUN |operationIsConstructor| ; (BOOT::|getDualSignature| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |getDualSignature| ; in: DEFUN |kPageArgs| ; (BOOT::|getDualSignature| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |getDualSignature| ; in: DEFUN |displayDomainOp| ; (BOOT::|getSubstSigIfPossible| BOOT::|sig|) ; ; caught STYLE-WARNING: ; undefined function: |getSubstSigIfPossible| ; in: DEFUN |htFilterPage| ; (BOOT::|htCopyProplist| BOOT::|htPage|) ; ; caught STYLE-WARNING: ; undefined function: |htCopyProplist| ; in: DEFUN |displayDomainOp| ; (BOOT::|htSayConstructor| BOOT::|key| ; (BOOT::|sublisFormal| (BOOT::KDR BOOT::|conform|) BOOT::|t|)) ; ; caught STYLE-WARNING: ; undefined function: |htSayConstructor| ; in: DEFUN |bcConform1,hd| ; (BOOT::|htSayItalics| BOOT::|s|) ; ; caught STYLE-WARNING: ; undefined function: |htSayItalics| ; in: DEFUN |displayDomainOp| ; (BOOT::|htSayValue| BOOT::|t|) ; ; caught STYLE-WARNING: ; undefined function: |htSayValue| ; in: DEFUN |bcConform1,hd| ; (BOOT::|isConstructorName| BOOT::|form|) ; ; caught STYLE-WARNING: ; undefined function: |isConstructorName| ; in: DEFUN |displayDomainOp| ; (BOOT::|isExposedConstructor| (BOOT::|opOf| BOOT::|origin|)) ; ; caught STYLE-WARNING: ; undefined function: |isExposedConstructor| ; in: DEFUN |kPage| ; (BOOT::|isExposedConstructor| BOOT::|conname|) ; ; caught STYLE-WARNING: ; undefined function: |isExposedConstructor| ; in: DEFUN |htMakeErrorPage| ; (BOOT::|issueHT| BOOT::|line|) ; ; caught STYLE-WARNING: ; undefined function: |issueHT| ; in: DEFUN |kPage| ; (BOOT::|mkConArgSublis| (CDR BOOT::|conform|)) ; ; caught STYLE-WARNING: ; undefined function: |mkConArgSublis| ; (BOOT::|mkConform| BOOT::|kind| BOOT::|name| BOOT::|args|) ; ; caught STYLE-WARNING: ; undefined function: |mkConform| ; (BOOT::|ncParseFromString| BOOT::|sig|) ; ; caught STYLE-WARNING: ; undefined function: |ncParseFromString| ; in: DEFUN |operationIsNiladicConstructor| ; (BOOT::|niladicConstructor?| BOOT::|op|) ; ; caught STYLE-WARNING: ; undefined function: |niladicConstructor?| ; in: DEFUN |issueHTSaturn| ; (BOOT::|obey| ; (|AxiomCore|:CONCAT "doswrite -a saturn.tex " BOOT::|fn| ".tex")) ; ; caught STYLE-WARNING: ; undefined function: |obey| ; in: DEFUN |onDisk| ; (BOOT::|obey| "dosdir") ; ; caught STYLE-WARNING: ; undefined function: |obey| ; in: DEFUN |dbShowConsKinds| ; (BOOT::|pluralize| BOOT::|kind|) ; ; caught STYLE-WARNING: ; undefined function: |pluralize| ; in: DEFUN |displayDomainOp| ; (BOOT::|quickForm2HtString| (BOOT::KAR BOOT::|args|)) ; ; caught STYLE-WARNING: ; undefined function: |quickForm2HtString| ; in: DEFUN |purgeLocalLibdb| ; (BOOT::|removeFile| "libdb.text") ; ; caught STYLE-WARNING: ; undefined function: |removeFile| ; in: DEFUN |dbSort| ; (BOOT::|removeFile| (|AxiomCore|:CONCAT BOOT::|sin| ".text")) ; ; caught STYLE-WARNING: ; undefined function: |removeFile| ; (BOOT::|runCommand| ; (|AxiomCore|:CONCAT "sort -f \"" BOOT::|sin| ".text\" > \"" BOOT::|sout| ; ".text\"")) ; ; caught STYLE-WARNING: ; undefined function: |runCommand| ; in: DEFUN |ts| ; (BOOT::|saturnEvalToFile| BOOT::|command| "/tmp/sat.text") ; ; caught STYLE-WARNING: ; undefined function: |saturnEvalToFile| ; in: DEFUN |endHTPage| ; (BOOT::|sockSendInt| BOOT::|$MenuServer| BOOT::|$EndOfPage|) ; ; caught STYLE-WARNING: ; undefined function: |sockSendInt| ; in: DEFUN |issueHTStandard| ; (BOOT::|sockSendInt| BOOT::|$MenuServer| BOOT::|$SendLine|) ; ; caught STYLE-WARNING: ; undefined function: |sockSendInt| ; (BOOT::|sockSendString| BOOT::|$MenuServer| BOOT::|line|) ; ; caught STYLE-WARNING: ; undefined function: |sockSendString| ; in: DEFUN |displayDomainOp| ; (BOOT::|sublisFormal| (BOOT::KDR BOOT::|conform|) BOOT::|predicate|) ; ; caught STYLE-WARNING: ; undefined function: |sublisFormal| ; in: DEFUN |isBreakSegment?| ; (BOOT::|substring?| "&\\&" BOOT::|line| BOOT::|k|) ; ; caught STYLE-WARNING: ; undefined function: |substring?| ; in: DEFUN |writeSaturn| ; (BOOT::|substring?| "\\beginmenu" BOOT::|line| BOOT::|k|) ; ; caught STYLE-WARNING: ; undefined function: |substring?| ; in: DEFUN |htDoneButton| ; (BOOT::|systemError| (LIST "unknown function" BOOT::|func|)) ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; in: DEFUN |htMakePage1| ; (BOOT::|systemError| "unexpected branch") ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; in: DEFUN |writeSaturn| ; (BOOT::|systemError| BOOT::|code|) ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; in: DEFUN |htSaySourceFile| ; (BOOT::|textEditor|) ; ; caught STYLE-WARNING: ; undefined function: |textEditor| ; ; compilation unit finished ; Undefined functions: ; |asyAbbreviation| |bcConTable| |bcConform| |bcConstructor| |bcPred| |capitalize| |constructor?| |dbConformGenUnder| |dbDoesOneOpHaveParameters?| |dbEvalableConstructor?| |dbGetDisplayFormForOp| |dbHasExamplePage| |dbKind| |dbName| |dbOuttran| |dbPart| |dbShowConsDoc1| |dbShowKind| |dbShowOpSigList| |dbXParts| |dbpHasDefaultCategory?| |displayBreakIntoAnds| |displayInfoOp| |error| |escapeSpecialChars| |escapeSpecialIds| |extractFileNameFromPath| |form2Fence| |form2HtString| |form2StringList| |getConstructorAbbreviationFromDB| |getConstructorKindFromDB| |getConstructorModemap| |getConstructorSourceFileFromDB| |getDualSignature| |getSubstSigIfPossible| |htCopyProplist| |htSayConstructor| |htSayItalics| |htSayValue| |isConstructorName| |isExposedConstructor| |issueHT| |mkConArgSublis| |mkConform| |ncParseFromString| |niladicConstructor?| |obey| |pluralize| |quickForm2HtString| |removeFile| |runCommand| |saturnEvalToFile| |sockSendInt| |sockSendString| |sublisFormal| |substring?| |systemError| |textEditor| ; caught 81 STYLE-WARNING conditions ; printed 3 notes ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/br-saturn.fasl written ; compilation finished in 0:00:00.595 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=setvart.fasl --load-directory=. ../../../open-axiom/src/interp/setvart.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/setvart.clisp" (written 01 FEB 2016 10:53:20 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "sys-macros") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFPARAMETER |$setOptions| ...) ; compiling (DEFPARAMETER |$reportCoerceIfTrue| ...) ; compiling (DEFUN |printLoadMessages| ...) ; compiling (DEFPARAMETER |$setOptionNames| ...) ; compiling (DECLAIM (SPECIAL |$setOptions|)) ; compiling (|initializeSetVariables| |$setOptions|) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/setvart.clisp ; in: PROGN (DECLAIM (SPECIAL |$setOptions|)) ; (BOOT::|initializeSetVariables| BOOT::|$setOptions|) ; ; caught STYLE-WARNING: ; undefined function: |initializeSetVariables| ; ; compilation unit finished ; Undefined function: ; |initializeSetVariables| ; caught 1 STYLE-WARNING condition ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/setvart.fasl written ; compilation finished in 0:00:00.011 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=sys-os.fasl --load-directory=. ../../../open-axiom/src/interp/sys-os.boot ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/sys-os.clisp" (written 01 FEB 2016 10:53:20 PM): ; compiling (PROCLAIM (QUOTE #)) ; compiling (IMPORT-MODULE "sys-constants") ; compiling (IN-PACKAGE "BOOT") ; compiling (USE-PACKAGE "SB-ALIEN") ; compiling (PROVIDE "sys-os") ; compiling (|loadSystemRuntimeCore|) ; compiling (DEFUN |acquireTemporaryPathname| ...) ; compiling (DEFUN |doGetWorkingDirectory| ...) ; compiling (DEFUN |getWorkingDirectory| ...) ; compiling (DEFUN |doCopyFile| ...) ; compiling (DEFUN |copyFile| ...) ; compiling (DEFUN |changeDirectory| ...) ; compiling (DEFUN |removeFile| ...) ; compiling (DEFUN |renameFile| ...) ; compiling (DEFUN |mkdir| ...) ; compiling (DEFUN |directoryp| ...) ; compiling (DEFUN |readablep| ...) ; compiling (DEFUN |writeablep| ...) ; compiling (DEFUN |readFromFileHandle| ...) ; compiling (DEFUN |writeToFileHandle| ...) ; compiling (DEFUN |closeFileHandle| ...) ; compiling (DEFUN |getEnv| ...) ; compiling (DEFUN |openLocalClientStreamSocket| ...) ; compiling (DEFUN |presentationToNumeric| ...) ; compiling (DEFUN |hostnameToNumeric| ...) ; compiling (DEFUN |doConnectToHostAndPort| ...) ; compiling (DEFUN |readFromStreamSocket| ...) ; compiling (DEFUN |doReadByteFromStreamSocket| ...) ; compiling (DEFUN |writeToStreamSocket| ...) ; compiling (DEFUN |doWriteByteToStreamSocket| ...) ; compiling (DEFUN |closeSocket| ...) ; compiling (DEFUN |openServer| ...) ; compiling (DEFUN |sockGetInt| ...) ; compiling (DEFUN |sockSendInt| ...) ; compiling (DEFUN |sockGetString| ...) ; compiling (DEFUN |doSendString| ...) ; compiling (DEFUN |sockSendString| ...) ; compiling (DEFUN |sockGetFloat| ...) ; compiling (DEFUN |sockSendFloat| ...) ; compiling (DEFUN |sockSendWakeup| ...) ; compiling (DEFUN |serverSwitch| ...) ; compiling (DEFUN |sockSendSignal| ...) ; compiling (DEFUN |runCommand| ...) ; compiling (DEFUN |runProgram| ...) ; compiling (DEFUN |quietDoubleNaN| ...) ; compiling (DEFCONSTANT |$plusInfinity| ...) ; compiling (DEFCONSTANT |$minusInfinity| ...) ; compiling (DEFUN |plusInfinity| ...) ; compiling (DEFUN |minusInfinity| ...) ; compiling (DEFUN |stdStreamIsTerminal| ...) ; compiling (DEFUN |getHostByteOrder| ...) ; compiling (SETQ |$dynamicForeignFunctions| ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/sys-os.clisp ; in: DEFUN |copyFile| ; (BOOT::|bright| BOOT::|src|) ; ; caught STYLE-WARNING: ; undefined function: |bright| ; (BOOT::|systemError| ; (CONS "Could not copy file" ; (BOOTTRAN:|append| (BOOT::|bright| BOOT::|src|) ; (CONS "to" (BOOT::|bright| BOOT::|dst|))))) ; ; caught STYLE-WARNING: ; undefined function: |systemError| ; ; compilation unit finished ; Undefined functions: ; |bright| |systemError| ; caught 2 STYLE-WARNING conditions ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/sys-os.fasl written ; compilation finished in 0:00:00.411 warning: Lisp code contained warnings mkdir -p ../../x86_64-unknown-linux-gnu/interp cp -p sys-os.fasl ../../x86_64-unknown-linux-gnu/interp/sys-os.fasl ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys \ --syslib=../../x86_64-unknown-linux-gnu/lib --system="../../x86_64-unknown-linux-gnu/" \ --prologue="(pushnew :open-axiom-basic-system *features*)" \ --make --output=interpsys --main="BOOT::|systemMain|" \ --load-directory=. boot-pkg.fasl types.fasl sys-driver.fasl sys-constants.fasl hash.fasl lisp-backend.fasl sys-globals.fasl vmlisp.fasl io.fasl sys-utility.fasl lexing.fasl diagnostics.fasl union.fasl sys-macros.fasl util.fasl unlisp.fasl g-util.fasl g-opt.fasl c-util.fasl astr.fasl ht-util.fasl bc-util.fasl br-search.fasl alql.fasl buildom.fasl simpbool.fasl g-timer.fasl cattable.fasl posit.fasl cformat.fasl clam.fasl clammed.fasl nlib.fasl daase.fasl pathname.fasl compat.fasl serror.fasl ptrees.fasl cparse.fasl cstream.fasl g-cndata.fasl database.fasl debug.fasl dq.fasl fname.fasl format.fasl g-error.fasl ggreater.fasl hypertex.fasl i-object.fasl i-analy.fasl i-resolv.fasl i-coerfn.fasl i-coerce.fasl i-eval.fasl i-funsel.fasl i-intern.fasl i-map.fasl i-output.fasl i-special.fasl i-syscmd.fasl i-toplev.fasl i-util.fasl incl.fasl int-top.fasl lisplib.fasl macex.fasl match.fasl monitor.fasl msg.fasl msgdb.fasl newfort.fasl nrunfast.fasl osyscmd.fasl packtran.fasl pf2sex.fasl scan.fasl pile.fasl postpar.fasl parse.fasl spad-parser.fasl record.fasl rulesets.fasl server.fasl setvars.fasl sfsfun-l.fasl sfsfun.fasl slam.fasl spad.fasl termrw.fasl trace.fasl word.fasl fortcall.fasl i-parser.fasl category.fasl define.fasl compiler.fasl c-doc.fasl profile.fasl functor.fasl nruncomp.fasl htcheck.fasl bc-matrix.fasl bc-misc.fasl bc-solve.fasl htsetvar.fasl ht-root.fasl br-con.fasl br-data.fasl showimp.fasl br-op1.fasl br-op2.fasl br-util.fasl topics.fasl br-prof.fasl br-saturn.fasl setvart.fasl [undoing binding stack and other enclosing state... done] [saving current Lisp image into /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/interpsys: writing 4944 bytes from the read-only space at 0x20000000 writing 3168 bytes from the static space at 0x20100000 writing 103645184 bytes from the dynamic space at 0x1000000000 done] make[3]: Leaving directory '/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp' make[2]: Leaving directory '/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp' cd share && make all-share make[2]: Entering directory '/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/share' cp -p ../../../open-axiom/src/share/algebra/command.list ../../x86_64-unknown-linux-gnu/lib/command.list mkdir -p "../../x86_64-unknown-linux-gnu/share/texmf/tex" cp -p ../../../open-axiom/src/share/tex/open-axiom.sty ../../x86_64-unknown-linux-gnu/share/texmf/tex/open-axiom.sty rm -f stamp echo timestamp > stamp 3 finished ../../../open-axiom/src/share make[2]: Leaving directory '/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/share' cd algebra && make -f Makefile -f extract.mk all-algebra make[2]: Entering directory '/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra' ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/acplot.spad ../../../open-axiom/src/algebra/acplot.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/aggcat2.spad ../../../open-axiom/src/algebra/aggcat2.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/aggcat.spad ../../../open-axiom/src/algebra/aggcat.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/algcat.spad ../../../open-axiom/src/algebra/algcat.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/algext.spad ../../../open-axiom/src/algebra/algext.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/algfact.spad ../../../open-axiom/src/algebra/algfact.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/algfunc.spad ../../../open-axiom/src/algebra/algfunc.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/allfact.spad ../../../open-axiom/src/algebra/allfact.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/alql.spad ../../../open-axiom/src/algebra/alql.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/any.spad ../../../open-axiom/src/algebra/any.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/array1.spad ../../../open-axiom/src/algebra/array1.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/array2.spad ../../../open-axiom/src/algebra/array2.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/attreg.spad ../../../open-axiom/src/algebra/attreg.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/bags.spad ../../../open-axiom/src/algebra/bags.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/bezout.spad ../../../open-axiom/src/algebra/bezout.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/boolean.spad ../../../open-axiom/src/algebra/boolean.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/brill.spad ../../../open-axiom/src/algebra/brill.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/domain.spad ../../../open-axiom/src/algebra/domain.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/card.spad ../../../open-axiom/src/algebra/card.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/carten.spad ../../../open-axiom/src/algebra/carten.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/catdef.spad ../../../open-axiom/src/algebra/catdef.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/cden.spad ../../../open-axiom/src/algebra/cden.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/clifford.spad ../../../open-axiom/src/algebra/clifford.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/clip.spad ../../../open-axiom/src/algebra/clip.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/cmplxrt.spad ../../../open-axiom/src/algebra/cmplxrt.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/coerce.spad ../../../open-axiom/src/algebra/coerce.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/color.spad ../../../open-axiom/src/algebra/color.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/combfunc.spad ../../../open-axiom/src/algebra/combfunc.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/combinat.spad ../../../open-axiom/src/algebra/combinat.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/complet.spad ../../../open-axiom/src/algebra/complet.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/constant.spad ../../../open-axiom/src/algebra/constant.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/contfrac.spad ../../../open-axiom/src/algebra/contfrac.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/coordsys.spad ../../../open-axiom/src/algebra/coordsys.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/cra.spad ../../../open-axiom/src/algebra/cra.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/crfp.spad ../../../open-axiom/src/algebra/crfp.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/curve.spad ../../../open-axiom/src/algebra/curve.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/cycles.spad ../../../open-axiom/src/algebra/cycles.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/cyclotom.spad ../../../open-axiom/src/algebra/cyclotom.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/ddfact.spad ../../../open-axiom/src/algebra/ddfact.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/defaults.spad ../../../open-axiom/src/algebra/defaults.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/defintef.spad ../../../open-axiom/src/algebra/defintef.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/defintrf.spad ../../../open-axiom/src/algebra/defintrf.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/degred.spad ../../../open-axiom/src/algebra/degred.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/derham.spad ../../../open-axiom/src/algebra/derham.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/dhmatrix.spad ../../../open-axiom/src/algebra/dhmatrix.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/divisor.spad ../../../open-axiom/src/algebra/divisor.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/dpolcat.spad ../../../open-axiom/src/algebra/dpolcat.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/drawopt.spad ../../../open-axiom/src/algebra/drawopt.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/drawpak.spad ../../../open-axiom/src/algebra/drawpak.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/draw.spad ../../../open-axiom/src/algebra/draw.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/efstruc.spad ../../../open-axiom/src/algebra/efstruc.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/efuls.spad ../../../open-axiom/src/algebra/efuls.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/efupxs.spad ../../../open-axiom/src/algebra/efupxs.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/eigen.spad ../../../open-axiom/src/algebra/eigen.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/elemntry.spad ../../../open-axiom/src/algebra/elemntry.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/elfuts.spad ../../../open-axiom/src/algebra/elfuts.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/equation1.spad ../../../open-axiom/src/algebra/equation1.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/equation2.spad ../../../open-axiom/src/algebra/equation2.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/error.spad ../../../open-axiom/src/algebra/error.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/expexpan.spad ../../../open-axiom/src/algebra/expexpan.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/expr2ups.spad ../../../open-axiom/src/algebra/expr2ups.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/exprode.spad ../../../open-axiom/src/algebra/exprode.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/expr.spad ../../../open-axiom/src/algebra/expr.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/facutil.spad ../../../open-axiom/src/algebra/facutil.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/ffcat.spad ../../../open-axiom/src/algebra/ffcat.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/ffcg.spad ../../../open-axiom/src/algebra/ffcg.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/fff.spad ../../../open-axiom/src/algebra/fff.spad.pamphlet ../../src/utils/hammer --tangle 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--output=../../x86_64-unknown-linux-gnu/src/algebra/perman.spad ../../../open-axiom/src/algebra/perman.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/permgrps.spad ../../../open-axiom/src/algebra/permgrps.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/perm.spad ../../../open-axiom/src/algebra/perm.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/pfbr.spad ../../../open-axiom/src/algebra/pfbr.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/pfo.spad ../../../open-axiom/src/algebra/pfo.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/pfr.spad ../../../open-axiom/src/algebra/pfr.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/pf.spad ../../../open-axiom/src/algebra/pf.spad.pamphlet 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--output=../../x86_64-unknown-linux-gnu/src/algebra/product.spad ../../../open-axiom/src/algebra/product.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/prs.spad ../../../open-axiom/src/algebra/prs.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/prtition.spad ../../../open-axiom/src/algebra/prtition.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/pscat.spad ../../../open-axiom/src/algebra/pscat.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/pseudolin.spad ../../../open-axiom/src/algebra/pseudolin.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/ptranfn.spad ../../../open-axiom/src/algebra/ptranfn.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/puiseux.spad 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--output=../../x86_64-unknown-linux-gnu/src/algebra/stream.spad ../../../open-axiom/src/algebra/stream.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/string.spad ../../../open-axiom/src/algebra/string.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/sttaylor.spad ../../../open-axiom/src/algebra/sttaylor.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/sttf.spad ../../../open-axiom/src/algebra/sttf.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/sturm.spad ../../../open-axiom/src/algebra/sturm.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/suchthat.spad ../../../open-axiom/src/algebra/suchthat.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/suls.spad 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--output=../../x86_64-unknown-linux-gnu/src/algebra/term.spad ../../../open-axiom/src/algebra/term.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/data.spad ../../../open-axiom/src/algebra/data.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/net.spad ../../../open-axiom/src/algebra/net.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/compiler.spad ../../../open-axiom/src/algebra/compiler.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/java.spad ../../../open-axiom/src/algebra/java.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/syssolp.spad ../../../open-axiom/src/algebra/syssolp.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/system.spad ../../../open-axiom/src/algebra/system.spad.pamphlet 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--output=../../x86_64-unknown-linux-gnu/src/algebra/updivp.spad ../../../open-axiom/src/algebra/updivp.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/utsode.spad ../../../open-axiom/src/algebra/utsode.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/variable.spad ../../../open-axiom/src/algebra/variable.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/vector.spad ../../../open-axiom/src/algebra/vector.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/view2D.spad ../../../open-axiom/src/algebra/view2D.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/view3D.spad ../../../open-axiom/src/algebra/view3D.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/viewDef.spad ../../../open-axiom/src/algebra/viewDef.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/viewpack.spad ../../../open-axiom/src/algebra/viewpack.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/void.spad ../../../open-axiom/src/algebra/void.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/parsers.spad ../../../open-axiom/src/algebra/parsers.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/weier.spad ../../../open-axiom/src/algebra/weier.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/wtpol.spad ../../../open-axiom/src/algebra/wtpol.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/xlpoly.spad ../../../open-axiom/src/algebra/xlpoly.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/xpoly.spad ../../../open-axiom/src/algebra/xpoly.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/ystream.spad ../../../open-axiom/src/algebra/ystream.spad.pamphlet ../../src/utils/hammer --tangle --output=../../x86_64-unknown-linux-gnu/src/algebra/zerodim.spad ../../../open-axiom/src/algebra/zerodim.spad.pamphlet ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" \ --spad-srcdir=../../x86_64-unknown-linux-gnu/src/algebra \ --output=initdb.$$ --build-initdb && \ ../../../open-axiom/config/move-if-change initdb.$$ initdb.clisp REALSOLV abbreviates package RealSolvePackage ACPLOT abbreviates domain PlaneAlgebraicCurvePlot AGG abbreviates category Aggregate HOAGG abbreviates category HomogeneousAggregate SMAGG abbreviates category ShallowlyMutableAggregate FINAGG abbreviates category FiniteAggregate CLAGG abbreviates category Collection BGAGG abbreviates category BagAggregate SKAGG abbreviates category StackAggregate QUAGG abbreviates category QueueAggregate DQAGG abbreviates category DequeueAggregate PRQAGG abbreviates category PriorityQueueAggregate DIOPS abbreviates category DictionaryOperations DIAGG abbreviates category Dictionary MDAGG abbreviates category MultiDictionary SETAGG abbreviates category SetAggregate FSAGG abbreviates category FiniteSetAggregate MSETAGG abbreviates category MultisetAggregate OMSAGG abbreviates category OrderedMultisetAggregate KDAGG abbreviates category KeyedDictionary ELTAB abbreviates category Eltable ELTAGG abbreviates category EltableAggregate IXAGG abbreviates category IndexedAggregate TBAGG abbreviates category TableAggregate RCAGG abbreviates category RecursiveAggregate BRAGG abbreviates category BinaryRecursiveAggregate DLAGG abbreviates category DoublyLinkedAggregate URAGG abbreviates category UnaryRecursiveAggregate STAGG abbreviates category StreamAggregate LNAGG abbreviates category LinearAggregate FLAGG abbreviates category FiniteLinearAggregate A1AGG abbreviates category OneDimensionalArrayAggregate ELAGG abbreviates category ExtensibleLinearAggregate LSAGG abbreviates category ListAggregate ALAGG abbreviates category AssociationListAggregate SRAGG abbreviates category StringAggregate BTAGG abbreviates category BitAggregate FLAGG2 abbreviates package FiniteLinearAggregateFunctions2 FSAGG2 abbreviates package FiniteSetAggregateFunctions2 FINRALG abbreviates category FiniteRankAlgebra FRAMALG abbreviates category FramedAlgebra MONOGEN abbreviates category MonogenicAlgebra CPIMA abbreviates package CharacteristicPolynomialInMonogenicalAlgebra NORMMA abbreviates package NormInMonogenicAlgebra SAE abbreviates domain SimpleAlgebraicExtension IALGFACT abbreviates package InnerAlgFactor SAEFACT abbreviates package SimpleAlgebraicExtensionAlgFactor RFFACT abbreviates package RationalFunctionFactor SAERFFC abbreviates package SAERationalFunctionAlgFactor ALGFACT abbreviates package AlgFactor ACF abbreviates category AlgebraicallyClosedField ACFS abbreviates category AlgebraicallyClosedFunctionSpace AF abbreviates package AlgebraicFunction MRATFAC abbreviates package MRationalFactorize MPRFF abbreviates package MPolyCatRationalFunctionFactorizer MPCPF abbreviates package MPolyCatPolyFactorizer GENMFACT abbreviates package GeneralizedMultivariateFactorize RFFACTOR abbreviates package RationalFunctionFactorizer SUPFRACF abbreviates package SupFractionFactorizer DLIST abbreviates domain DataList ICARD abbreviates domain IndexCard DBASE abbreviates domain Database QEQUAT abbreviates domain QueryEquation MTHING abbreviates package MergeThing OPQUERY abbreviates package OperationsQuery NONE abbreviates domain None RTVALUE abbreviates domain RuntimeValue MAYBE abbreviates domain Maybe NONE1 abbreviates package NoneFunctions1 ANY abbreviates domain Any ANY1 abbreviates package AnyFunctions1 PROPERTY abbreviates domain Property BINDING abbreviates domain Binding CONTOUR abbreviates domain Contour SCOPE abbreviates domain Scope ENV abbreviates domain Environment PRIMARR abbreviates domain PrimitiveArray PRIMARR2 abbreviates package PrimitiveArrayFunctions2 TUPLE abbreviates domain Tuple IFARRAY abbreviates domain IndexedFlexibleArray FARRAY abbreviates domain FlexibleArray IARRAY1 abbreviates domain IndexedOneDimensionalArray ARRAY1 abbreviates domain OneDimensionalArray ARRAY12 abbreviates package OneDimensionalArrayFunctions2 ARR2CAT abbreviates category TwoDimensionalArrayCategory IARRAY2 abbreviates domain InnerTwoDimensionalArray ARRAY2 abbreviates domain TwoDimensionalArray ATTREG abbreviates category AttributeRegistry STACK abbreviates domain Stack ASTACK abbreviates domain ArrayStack QUEUE abbreviates domain Queue DEQUEUE abbreviates domain Dequeue HEAP abbreviates domain Heap BEZOUT abbreviates package BezoutMatrix BOOLEAN abbreviates domain Boolean IBITS abbreviates domain IndexedBits BITS abbreviates domain Bits REF abbreviates domain Reference BRILL abbreviates package BrillhartTests CARD abbreviates domain CardinalNumber GRMOD abbreviates category GradedModule GRALG abbreviates category GradedAlgebra CARTEN abbreviates domain CartesianTensor CARTEN2 abbreviates package CartesianTensorFunctions2 FUNCTOR abbreviates category Functorial BINOPC abbreviates category BinaryOperatorCategory BINOP abbreviates domain BinaryOperation COMOPC abbreviates category CommutativeOperatorCategory COMOP abbreviates domain CommutativeOperation IDEMOPC abbreviates category IdempotentOperatorCategory SGPOPC abbreviates category SemiGroupOperatorCategory SGPOP abbreviates domain SemiGroupOperation MONOPC abbreviates category MonoidOperatorCategory MONOP abbreviates domain MonoidOperation BASTYPE abbreviates category BasicType ORDTYPE abbreviates category OrderedType ORDSTRCT abbreviates domain OrderedStructure SETCAT abbreviates category SetCategory STEP abbreviates category StepThrough SGROUP abbreviates category SemiGroup MONOID abbreviates category Monoid GROUP abbreviates category Group ABELSG abbreviates category AbelianSemiGroup ABELMON abbreviates category AbelianMonoid CABMON abbreviates category CancellationAbelianMonoid ABELGRP abbreviates category AbelianGroup RNG abbreviates category Rng LLINSET abbreviates category LeftLinearSet RLINSET abbreviates category RightLinearSet LINSET abbreviates category LinearSet LMODULE abbreviates category LeftModule RMODULE abbreviates category RightModule SRING abbreviates category SemiRing RING abbreviates category Ring DIOID abbreviates category Dioid BMODULE abbreviates category BiModule ENTIRER abbreviates category EntireRing CHARZ abbreviates category CharacteristicZero CHARNZ abbreviates category CharacteristicNonZero COMRING abbreviates category CommutativeRing MODULE abbreviates category Module ALGEBRA abbreviates category Algebra LINEXP abbreviates category LinearlyExplicitRingOver FLINEXP abbreviates category FullyLinearlyExplicitRingOver INTDOM abbreviates category IntegralDomain GCDDOM abbreviates category GcdDomain UFD abbreviates category UniqueFactorizationDomain PFECAT abbreviates category PolynomialFactorizationExplicit PID abbreviates category PrincipalIdealDomain EUCDOM abbreviates category EuclideanDomain DIVRING abbreviates category DivisionRing FIELD abbreviates category Field FINITE abbreviates category Finite VSPACE abbreviates category VectorSpace ORDSET abbreviates category OrderedSet ORDFIN abbreviates category OrderedFinite OSGROUP abbreviates category OrderedSemiGroup ORDMON abbreviates category OrderedMonoid OASGP abbreviates category OrderedAbelianSemiGroup OAMON abbreviates category OrderedAbelianMonoid OCAMON abbreviates category OrderedCancellationAbelianMonoid OAGROUP abbreviates category OrderedAbelianGroup ORDRING abbreviates category OrderedRing OINTDOM abbreviates category OrderedIntegralDomain OAMONS abbreviates category OrderedAbelianMonoidSup DIFFDOM abbreviates category DifferentialDomain DIFFSPC abbreviates category DifferentialSpace DIFRING abbreviates category DifferentialRing DIFFMOD abbreviates category DifferentialModule DMEXT abbreviates category DifferentialModuleExtension PDDOM abbreviates category PartialDifferentialDomain PDSPC abbreviates category PartialDifferentialSpace PDRING abbreviates category PartialDifferentialRing PDMOD abbreviates category PartialDifferentialModule DIFEXT abbreviates category DifferentialExtension DSEXT abbreviates category DifferentialSpaceExtension ICDEN abbreviates package InnerCommonDenominator CDEN abbreviates package CommonDenominator UPCDEN abbreviates package UnivariatePolynomialCommonDenominator MCDEN abbreviates package MatrixCommonDenominator QFORM abbreviates domain QuadraticForm CLIF abbreviates domain CliffordAlgebra CLIP abbreviates package TwoDimensionalPlotClipping CMPLXRT abbreviates package ComplexRootPackage TYPE abbreviates category Type UTYPE abbreviates category UnionType KOERCE abbreviates category CoercibleTo KRCFROM abbreviates category CoercibleFrom HOMOTOP abbreviates category HomotopicTo KONVERT abbreviates category ConvertibleTo KVTFROM abbreviates category ConvertibleFrom RETRACT abbreviates category RetractableTo RGBCMDL abbreviates category RGBColorModel RGBCSPC abbreviates category RGBColorSpace COLOR abbreviates domain Color PALETTE abbreviates domain Palette COMBOPC abbreviates category CombinatorialOpsCategory COMBF abbreviates package CombinatorialFunction FSPECF abbreviates package FunctionalSpecialFunction SUMFS abbreviates package FunctionSpaceSum COMBINAT abbreviates package IntegerCombinatoricFunctions IRFORM abbreviates domain InternalRepresentationForm ITFORM abbreviates domain InternalTypeForm ELABOR abbreviates domain Elaboration CMPCTXT abbreviates domain CompilationContext COMPILER abbreviates package CompilerPackage ORDCOMP abbreviates domain OrderedCompletion ORDCOMP2 abbreviates package OrderedCompletionFunctions2 ONECOMP abbreviates domain OnePointCompletion ONECOMP2 abbreviates package OnePointCompletionFunctions2 INFINITY abbreviates package Infinity IAN abbreviates domain InnerAlgebraicNumber AN abbreviates domain AlgebraicNumber CONTFRAC abbreviates domain ContinuedFraction NCNTFRAC abbreviates package NumericContinuedFraction COORDSYS abbreviates package CoordinateSystems CRAPACK abbreviates package CRApackage CRFP abbreviates package ComplexRootFindingPackage FFCAT abbreviates category FunctionFieldCategory MMAP abbreviates package MultipleMap FFCAT2 abbreviates package FunctionFieldCategoryFunctions2 CHVAR abbreviates package ChangeOfVariable RADFF abbreviates domain RadicalFunctionField ALGFF abbreviates domain AlgebraicFunctionField CYCLES abbreviates package CycleIndicators EVALCYC abbreviates package EvaluateCycleIndicators CYCLOTOM abbreviates package CyclotomicPolynomialPackage BYTE abbreviates domain Byte BYTEORD abbreviates domain ByteOrder SYSINT abbreviates domain SystemInteger INT8 abbreviates domain Int8 INT16 abbreviates domain Int16 INT32 abbreviates domain Int32 INT64 abbreviates domain Int64 SYSNNI abbreviates domain SystemNonNegativeInteger UINT8 abbreviates domain UInt8 UINT16 abbreviates domain UInt16 UINT32 abbreviates domain UInt32 UINT64 abbreviates domain UInt64 SYSPTR abbreviates domain SystemPointer BYTEBUF abbreviates domain ByteBuffer DATAARY abbreviates domain DataArray DDFACT abbreviates package DistinctDegreeFactorize REPSQ abbreviates package RepeatedSquaring REPDB abbreviates package RepeatedDoubling FLASORT abbreviates package FiniteLinearAggregateSort DEFINTEF abbreviates package ElementaryFunctionDefiniteIntegration DFINTTLS abbreviates package DefiniteIntegrationTools DEFINTRF abbreviates package RationalFunctionDefiniteIntegration DEGRED abbreviates package DegreeReductionPackage LALG abbreviates category LeftAlgebra EAB abbreviates domain ExtAlgBasis ANTISYM abbreviates domain AntiSymm DERHAM abbreviates domain DeRhamComplex DHMATRIX abbreviates domain DenavitHartenbergMatrix FRIDEAL abbreviates domain FractionalIdeal FRIDEAL2 abbreviates package FractionalIdealFunctions2 MHROWRED abbreviates package ModularHermitianRowReduction FRMOD abbreviates domain FramedModule FDIVCAT abbreviates category FiniteDivisorCategory HELLFDIV abbreviates domain HyperellipticFiniteDivisor FDIV abbreviates domain FiniteDivisor FDIV2 abbreviates package FiniteDivisorFunctions2 CTORKIND abbreviates domain ConstructorKind FUNDESC abbreviates domain FunctionDescriptor OVERSET abbreviates domain OverloadSet CTORCAT abbreviates category ConstructorCategory CTOR abbreviates domain Constructor CTORCALL abbreviates domain ConstructorCall CATCTOR abbreviates domain CategoryConstructor DOMCTOR abbreviates domain DomainConstructor SIG abbreviates domain Signature OPSIG abbreviates domain OperatorSignature DOMTMPLT abbreviates domain DomainTemplate FCTRDATA abbreviates domain FunctorData CATEGORY abbreviates domain Category DOMAIN abbreviates domain Domain DVARCAT abbreviates category DifferentialVariableCategory ODVAR abbreviates domain OrderlyDifferentialVariable SDVAR abbreviates domain SequentialDifferentialVariable DPOLCAT abbreviates category DifferentialPolynomialCategory DSMP abbreviates domain DifferentialSparseMultivariatePolynomial ODPOL abbreviates domain OrderlyDifferentialPolynomial SDPOL abbreviates domain SequentialDifferentialPolynomial DRAWCFUN abbreviates package TopLevelDrawFunctionsForCompiledFunctions DRAW abbreviates package TopLevelDrawFunctions DRAWCURV abbreviates package TopLevelDrawFunctionsForAlgebraicCurves DRAWPT abbreviates package TopLevelDrawFunctionsForPoints DROPT abbreviates domain DrawOption DROPT1 abbreviates package DrawOptionFunctions1 DROPT0 abbreviates package DrawOptionFunctions0 DRAWCX abbreviates package DrawComplex SYMFUNC abbreviates package SymmetricFunctions TANEXP abbreviates package TangentExpansions EFSTRUC abbreviates package ElementaryFunctionStructurePackage ITRIGMNP abbreviates package InnerTrigonometricManipulations TRIGMNIP abbreviates package TrigonometricManipulations CTRIGMNP abbreviates package ComplexTrigonometricManipulations EFULS abbreviates package ElementaryFunctionsUnivariateLaurentSeries EFUPXS abbreviates package ElementaryFunctionsUnivariatePuiseuxSeries EP abbreviates package EigenPackage CHARPOL abbreviates package CharacteristicPolynomialPackage EF abbreviates package ElementaryFunction ELFUTS abbreviates package EllipticFunctionsUnivariateTaylorSeries IEVALAB abbreviates category InnerEvalable EVALAB abbreviates category Evalable EQ abbreviates domain Equation EQ2 abbreviates package EquationFunctions2 FEVALAB abbreviates category FullyEvalableOver ERROR abbreviates package ErrorFunctions EXPUPXS abbreviates domain ExponentialOfUnivariatePuiseuxSeries UPXSSING abbreviates domain UnivariatePuiseuxSeriesWithExponentialSingularity EXPEXPAN abbreviates domain ExponentialExpansion EXPR abbreviates domain Expression PAN2EXPR abbreviates package PolynomialAN2Expression EXPR2 abbreviates package ExpressionFunctions2 PMPREDFS abbreviates package FunctionSpaceAttachPredicates PMASSFS abbreviates package FunctionSpaceAssertions PMPRED abbreviates package AttachPredicates PMASS abbreviates package PatternMatchAssertions HACKPI abbreviates domain Pi PICOERCE abbreviates package PiCoercions EXPR2UPS abbreviates package ExpressionToUnivariatePowerSeries EXPRODE abbreviates package ExpressionSpaceODESolver FACUTIL abbreviates package FactoringUtilities PUSHVAR abbreviates package PushVariables DLP abbreviates package DiscreteLogarithmPackage FPC abbreviates category FieldOfPrimeCharacteristic XF abbreviates category ExtensionField FAXF abbreviates category FiniteAlgebraicExtensionField FFIELDC abbreviates category FiniteFieldCategory FFSLPE abbreviates package FiniteFieldSolveLinearPolynomialEquation FFCGP abbreviates domain FiniteFieldCyclicGroupExtensionByPolynomial FFCGX abbreviates domain FiniteFieldCyclicGroupExtension FFCG abbreviates domain FiniteFieldCyclicGroup FFF abbreviates package FiniteFieldFunctions FFHOM abbreviates package FiniteFieldHomomorphisms INBFF abbreviates package InnerNormalBasisFieldFunctions FFNBP abbreviates domain FiniteFieldNormalBasisExtensionByPolynomial FFNBX abbreviates domain FiniteFieldNormalBasisExtension FFNB abbreviates domain FiniteFieldNormalBasis FFP abbreviates domain FiniteFieldExtensionByPolynomial FFX abbreviates domain FiniteFieldExtension IFF abbreviates domain InnerFiniteField FF abbreviates domain FiniteField FFPOLY abbreviates package FiniteFieldPolynomialPackage FFPOLY2 abbreviates package FiniteFieldPolynomialPackage2 IRREDFFX abbreviates package IrredPolyOverFiniteField IOMODE abbreviates domain IOMode FILECAT abbreviates category FileCategory FILE abbreviates domain File TEXTFILE abbreviates domain TextFile KAFILE abbreviates domain KeyedAccessFile LIB abbreviates domain Library FLOAT abbreviates domain Float ZMOD abbreviates domain IntegerMod FNCAT abbreviates category FileNameCategory FNAME abbreviates domain FileName OSI abbreviates domain OrdSetInts COMM abbreviates domain Commutator HB abbreviates package HallBasis FNLA abbreviates domain FreeNilpotentLie FST abbreviates domain FortranScalarType FT abbreviates domain FortranType SYMTAB abbreviates domain SymbolTable SYMS abbreviates domain TheSymbolTable FCOMP abbreviates domain FourierComponent FSERIES abbreviates domain FourierSeries FPARFRAC abbreviates domain FullPartialFractionExpansion FR abbreviates domain Factored FRUTIL abbreviates package FactoredFunctionUtilities FR2 abbreviates package FactoredFunctions2 LO abbreviates domain Localize LA abbreviates domain LocalAlgebra QFCAT abbreviates category QuotientFieldCategory QFCAT2 abbreviates package QuotientFieldCategoryFunctions2 FRAC abbreviates domain Fraction LPEFRAC abbreviates package LinearPolynomialEquationByFractions FRAC2 abbreviates package FractionFunctions2 LMOPS abbreviates domain ListMonoidOps FMONCAT abbreviates category FreeMonoidCategory FMONOID abbreviates domain FreeMonoid FGROUP abbreviates domain FreeGroup FAMONC abbreviates category FreeAbelianMonoidCategory IFAMON abbreviates domain InnerFreeAbelianMonoid FAMONOID abbreviates domain FreeAbelianMonoid FAGROUP abbreviates domain FreeAbelianGroup FS2EXPXP abbreviates package FunctionSpaceToExponentialExpansion FS2UPS abbreviates package FunctionSpaceToUnivariatePowerSeries ES abbreviates category ExpressionSpace ES1 abbreviates package ExpressionSpaceFunctions1 ES2 abbreviates package ExpressionSpaceFunctions2 FS abbreviates category FunctionSpace FS2 abbreviates package FunctionSpaceFunctions2 FSUPFACT abbreviates package FunctionSpaceUnivariatePolynomialFactor GALFACT abbreviates package GaloisGroupFactorizer GALFACTU abbreviates package GaloisGroupFactorizationUtilities GALPOLYU abbreviates package GaloisGroupPolynomialUtilities GALUTIL abbreviates package GaloisGroupUtilities GAUSSFAC abbreviates package GaussianFactorizationPackage COMPCAT abbreviates category ComplexCategory COMPLPAT abbreviates package ComplexPattern CPMATCH abbreviates package ComplexPatternMatch COMPLEX abbreviates domain Complex COMPLEX2 abbreviates package ComplexFunctions2 COMPFACT abbreviates package ComplexFactorization CINTSLPE abbreviates package ComplexIntegerSolveLinearPolynomialEquation GB abbreviates package GroebnerPackage GBEUCLID abbreviates package EuclideanGroebnerBasisPackage GBINTERN abbreviates package GroebnerInternalPackage ORDFUNS abbreviates package OrderingFunctions ODP abbreviates domain OrderedDirectProduct HDP abbreviates domain HomogeneousDirectProduct SHDP abbreviates domain SplitHomogeneousDirectProduct GDMP abbreviates domain GeneralDistributedMultivariatePolynomial DMP abbreviates domain DistributedMultivariatePolynomial HDMP abbreviates domain HomogeneousDistributedMultivariatePolynomial GENEEZ abbreviates package GenExEuclid GCNAALG abbreviates domain GenericNonAssociativeAlgebra CVMP abbreviates package CoerceVectorMatrixPackage GENUFACT abbreviates package GenUFactorize GENUPS abbreviates package GenerateUnivariatePowerSeries GHENSEL abbreviates package GeneralHenselPackage GENPGCD abbreviates package GeneralPolynomialGcdPackage LAUPOL abbreviates domain LaurentPolynomial GRDEF abbreviates package GraphicsDefaults GBF abbreviates package GroebnerFactorizationPackage GROEBSOL abbreviates package GroebnerSolve GSERIES abbreviates domain GeneralUnivariatePowerSeries IDEAL abbreviates domain PolynomialIdeals IDECOMP abbreviates package IdealDecompositionPackage IDPC abbreviates category IndexedDirectProductCategory IDPT abbreviates domain IndexedProductTerm IDPO abbreviates domain IndexedDirectProductObject IDPAM abbreviates domain IndexedDirectProductAbelianMonoid IDPOAM abbreviates domain IndexedDirectProductOrderedAbelianMonoid IDPOAMS abbreviates domain IndexedDirectProductOrderedAbelianMonoidSup IDPAG abbreviates domain IndexedDirectProductAbelianGroup STINPROD abbreviates package StreamInfiniteProduct INFPROD0 abbreviates package InfiniteProductCharacteristicZero INPRODPF abbreviates package InfiniteProductPrimeField INPRODFF abbreviates package InfiniteProductFiniteField INTG0 abbreviates package GenusZeroIntegration INTPAF abbreviates package PureAlgebraicIntegration INTAF abbreviates package AlgebraicIntegration DBLRESP abbreviates package DoubleResultantPackage INTHERAL abbreviates package AlgebraicHermiteIntegration INTALG abbreviates package AlgebraicIntegrate IR abbreviates domain IntegrationResult IR2 abbreviates package IntegrationResultFunctions2 TRIMAT abbreviates package TriangularMatrixOperations IBATOOL abbreviates package IntegralBasisTools FFINTBAS abbreviates package FunctionFieldIntegralBasis WFFINTBS abbreviates package WildFunctionFieldIntegralBasis NFINTBAS abbreviates package NumberFieldIntegralBasis INTEF abbreviates package ElementaryIntegration INTSLPE abbreviates package IntegerSolveLinearPolynomialEquation INT abbreviates domain Integer NNI abbreviates domain NonNegativeInteger PI abbreviates domain PositiveInteger ROMAN abbreviates domain RomanNumeral FSCINT abbreviates package FunctionSpaceComplexIntegration FSINT abbreviates package FunctionSpaceIntegration INTCAT abbreviates category IntervalCategory INTRVL abbreviates domain Interval PRIMES abbreviates package IntegerPrimesPackage IROOT abbreviates package IntegerRoots INTFACT abbreviates package IntegerFactorizationPackage INTPM abbreviates package PatternMatchIntegration SUBRESP abbreviates package SubResultantPackage MONOTOOL abbreviates package MonomialExtensionTools INTHERTR abbreviates package TranscendentalHermiteIntegration INTTR abbreviates package TranscendentalIntegration INTRAT abbreviates package RationalIntegration INTRF abbreviates package RationalFunctionIntegration IR2F abbreviates package IntegrationResultToFunction IRRF2F abbreviates package IntegrationResultRFToFunction IRSN abbreviates package IrrRepSymNatPackage ITUPLE abbreviates domain InfiniteTuple ITFUN2 abbreviates package InfiniteTupleFunctions2 ITFUN3 abbreviates package InfiniteTupleFunctions3 JVMCFACC abbreviates domain JVMClassFileAccess JVMFDACC abbreviates domain JVMFieldAccess JVMMDACC abbreviates domain JVMMethodAccess JVMFDACC abbreviates domain JVMFieldAccess JVMCSTTG abbreviates domain JVMConstantTag JVMBCODE abbreviates domain JVMBytecode JVMOP abbreviates domain JVMOpcode CACHSET abbreviates category CachableSet SCACHE abbreviates package SortedCache KERNEL abbreviates domain Kernel KERNEL2 abbreviates package KernelFunctions2 KOVACIC abbreviates package Kovacic LAPLACE abbreviates package LaplaceTransform INVLAPLA abbreviates package InverseLaplaceTransform ULSCCAT abbreviates category UnivariateLaurentSeriesConstructorCategory ULSCONS abbreviates domain UnivariateLaurentSeriesConstructor ULS abbreviates domain UnivariateLaurentSeries ULS2 abbreviates package UnivariateLaurentSeriesFunctions2 LEADCDET abbreviates package LeadingCoefDetermination LIE abbreviates domain AssociatedLieAlgebra JORDAN abbreviates domain AssociatedJordanAlgebra LSQM abbreviates domain LieSquareMatrix LIMITPS abbreviates package PowerSeriesLimitPackage SIGNEF abbreviates package ElementaryFunctionSign LINDEP abbreviates package LinearDependence ZLINDEP abbreviates package IntegerLinearDependence LGROBP abbreviates package LinGroebnerPackage LF abbreviates package LiouvillianFunction LIST abbreviates domain List LIST2 abbreviates package ListFunctions2 LIST3 abbreviates package ListFunctions3 LIST2MAP abbreviates package ListToMap ALIST abbreviates domain AssociationList HEUGCD abbreviates package HeuGcd LMDICT abbreviates domain ListMultiDictionary LODOCAT abbreviates category LinearOrdinaryDifferentialOperatorCategory LODOOPS abbreviates package LinearOrdinaryDifferentialOperatorsOps LODO abbreviates domain LinearOrdinaryDifferentialOperator LODO1 abbreviates domain LinearOrdinaryDifferentialOperator1 LODO2 abbreviates domain LinearOrdinaryDifferentialOperator2 SETMN abbreviates domain SetOfMIntegersInOneToN PREASSOC abbreviates package PrecomputedAssociatedEquations ASSOCEQ abbreviates package AssociatedEquations LODOF abbreviates package LinearOrdinaryDifferentialOperatorFactorizer MLO abbreviates category MonogenicLinearOperator OMLO abbreviates domain OppositeMonogenicLinearOperator NCODIV abbreviates package NonCommutativeOperatorDivision ODR abbreviates domain OrdinaryDifferentialRing DPMO abbreviates domain DirectProductModule DPMM abbreviates domain DirectProductMatrixModule LOGIC abbreviates category Logic BOOLE abbreviates category BooleanLogic PROPLOG abbreviates category PropositionalLogic PROPFRML abbreviates domain PropositionalFormula PROPFUN1 abbreviates package PropositionalFormulaFunctions1 PROPFUN2 abbreviates package PropositionalFormulaFunctions2 KTVLOGIC abbreviates domain KleeneTrivalentLogic FACTFUNC abbreviates package FactoredFunctions POLYROOT abbreviates package PolynomialRoots ALGMANIP abbreviates package AlgebraicManipulations SIMPAN abbreviates package SimplifyAlgebraicNumberConvertPackage TRMANIP abbreviates package TranscendentalManipulations MAPHACK1 abbreviates package MappingPackageInternalHacks1 MAPHACK2 abbreviates package MappingPackageInternalHacks2 MAPHACK3 abbreviates package MappingPackageInternalHacks3 MAPPKG1 abbreviates package MappingPackage1 MAPPKG2 abbreviates package MappingPackage2 MAPPKG3 abbreviates package MappingPackage3 MATCAT abbreviates category MatrixCategory RMATCAT abbreviates category RectangularMatrixCategory SMATCAT abbreviates category SquareMatrixCategory IMATLIN abbreviates package InnerMatrixLinearAlgebraFunctions MATCAT2 abbreviates package MatrixCategoryFunctions2 RMCAT2 abbreviates package RectangularMatrixCategoryFunctions2 IMATQF abbreviates package InnerMatrixQuotientFieldFunctions MATLIN abbreviates package MatrixLinearAlgebraFunctions MMLFORM abbreviates domain MathMLFormat MATRIX abbreviates domain Matrix RMATRIX abbreviates domain RectangularMatrix SQMATRIX abbreviates domain SquareMatrix MATSTOR abbreviates package StorageEfficientMatrixOperations MESH abbreviates package MeshCreationRoutinesForThreeDimensions MFINFACT abbreviates package MultFiniteFactorize SAOS abbreviates domain SingletonAsOrderedSet INFORM abbreviates domain InputForm INFORM1 abbreviates package InputFormFunctions1 MKFUNC abbreviates package MakeFunction MKUCFUNC abbreviates package MakeUnaryCompiledFunction MKBCFUNC abbreviates package MakeBinaryCompiledFunction MKFLCFN abbreviates package MakeFloatCompiledFunction MKRECORD abbreviates package MakeRecord PAIR abbreviates domain Pair MLIFT abbreviates package MultivariateLifting MDDFACT abbreviates package ModularDistinctDegreeFactorizer INMODGCD abbreviates package InnerModularGcd MODMON abbreviates domain ModMonic MODMONOM abbreviates domain ModuleMonomial GMODPOL abbreviates domain GeneralModulePolynomial MODRING abbreviates domain ModularRing EMR abbreviates domain EuclideanModularRing MODFIELD abbreviates domain ModularField MOEBIUS abbreviates domain MoebiusTransform MRING abbreviates domain MonoidRing MRF2 abbreviates package MonoidRingFunctions2 MSET abbreviates domain Multiset SMTS abbreviates domain SparseMultivariateTaylorSeries TS abbreviates domain TaylorSeries INNMFACT abbreviates package InnerMultFact MULTFACT abbreviates package MultivariateFactorize ALGMFACT abbreviates package AlgebraicMultFact INDE abbreviates domain IndexedExponents SMP abbreviates domain SparseMultivariatePolynomial POLY abbreviates domain Polynomial POLY2 abbreviates package PolynomialFunctions2 MPOLY abbreviates domain MultivariatePolynomial MULTSQFR abbreviates package MultivariateSquareFree ALGSC abbreviates domain AlgebraGivenByStructuralConstants ALGPKG abbreviates package AlgebraPackage SCPKG abbreviates package StructuralConstantsPackage FRNAAF2 abbreviates package FramedNonAssociativeAlgebraFunctions2 MONAD abbreviates category Monad MONADWU abbreviates category MonadWithUnit NARNG abbreviates category NonAssociativeRng NASRING abbreviates category NonAssociativeRing NAALG abbreviates category NonAssociativeAlgebra FINAALG abbreviates category FiniteRankNonAssociativeAlgebra FRNAALG abbreviates category FramedNonAssociativeAlgebra CONDUIT abbreviates category Conduit INBCON abbreviates category InputByteConduit OUTBCON abbreviates category OutputByteConduit IOBCON abbreviates category InputOutputByteConduit NETCLT abbreviates category NetworkClientSocket INBFILE abbreviates domain InputBinaryFile OUTBFILE abbreviates domain OutputBinaryFile IOBFILE abbreviates domain InputOutputBinaryFile HOSTNAME abbreviates domain Hostname PORTNUM abbreviates domain PortNumber IP4ADDR abbreviates domain IP4Address INETCLTS abbreviates domain InetClientStreamSocket IPRNTPK abbreviates package InternalPrintPackage TBCMPPK abbreviates package TabulatedComputationPackage SPLNODE abbreviates domain SplittingNode SPLTREE abbreviates domain SplittingTree PTCAT abbreviates category PointCategory POINT abbreviates domain Point COMPPROP abbreviates domain SubSpaceComponentProperty SUBSPACE abbreviates domain SubSpace PTPACK abbreviates package PointPackage PTFUNC2 abbreviates package PointFunctions2 NSUP abbreviates domain NewSparseUnivariatePolynomial NSUP2 abbreviates package NewSparseUnivariatePolynomialFunctions2 RPOLCAT abbreviates category RecursivePolynomialCategory NSMP abbreviates domain NewSparseMultivariatePolynomial RETSOL abbreviates package RetractSolvePackage NLINSOL abbreviates package NonLinearSolvePackage NODE1 abbreviates package NonLinearFirstOrderODESolver NPCOEF abbreviates package NPCoef NTSCAT abbreviates category NormalizedTriangularSetCategory NORMPK abbreviates package NormalizationPackage SNTSCAT abbreviates category SquareFreeNormalizedTriangularSetCategory LAZM3PK abbreviates package LazardSetSolvingPackage INEP abbreviates package InnerNumericEigenPackage NREP abbreviates package NumericRealEigenPackage NCEP abbreviates package NumericComplexEigenPackage NUMERIC abbreviates package Numeric DRAWHACK abbreviates package DrawNumericHack NUMODE abbreviates package NumericalOrdinaryDifferentialEquations NUMQUAD abbreviates package NumericalQuadrature INFSP abbreviates package InnerNumericFloatSolvePackage FLOATRP abbreviates package FloatingRealPackage FLOATCP abbreviates package FloatingComplexPackage INTHEORY abbreviates package IntegerNumberTheoryFunctions PNTHEORY abbreviates package PolynomialNumberTheoryFunctions OC abbreviates category OctonionCategory OCT abbreviates domain Octonion OCTCT2 abbreviates package OctonionCategoryFunctions2 ODESYS abbreviates package SystemODESolver ODERED abbreviates package ReduceLODE ODEPAL abbreviates package PureAlgebraicLODE REDORDER abbreviates package ReductionOfOrder LODEEF abbreviates package ElementaryFunctionLODESolver ODEEF abbreviates package ElementaryFunctionODESolver BALFACT abbreviates package BalancedFactorisation BOUNDZRO abbreviates package BoundIntegerRoots ODEPRIM abbreviates package PrimitiveRatDE UTSODETL abbreviates package UTSodetools ODERAT abbreviates package RationalLODE ODETOOLS abbreviates package ODETools ODEINT abbreviates package ODEIntegration ODECONST abbreviates package ConstantLODE BOP abbreviates domain BasicOperator BOP1 abbreviates package BasicOperatorFunctions1 COMMONOP abbreviates package CommonOperators MODOP abbreviates domain ModuleOperator OP abbreviates domain Operator OREPCAT abbreviates category UnivariateSkewPolynomialCategory APPLYORE abbreviates package ApplyUnivariateSkewPolynomial AUTOMOR abbreviates domain Automorphism OREPCTO abbreviates package UnivariateSkewPolynomialCategoryOps ORESUP abbreviates domain SparseUnivariateSkewPolynomial OREUP abbreviates domain UnivariateSkewPolynomial OUT abbreviates package OutputPackage SPECOUT abbreviates package SpecialOutputPackage DISPLAY abbreviates package DisplayPackage NUMFMT abbreviates package NumberFormats OUTFORM abbreviates domain OutputForm PADEPAC abbreviates package PadeApproximantPackage PADE abbreviates package PadeApproximants PADICCT abbreviates category PAdicIntegerCategory IPADIC abbreviates domain InnerPAdicInteger PADIC abbreviates domain PAdicInteger BPADIC abbreviates domain BalancedPAdicInteger PADICRC abbreviates domain PAdicRationalConstructor PADICRAT abbreviates domain PAdicRational BPADICRT abbreviates domain BalancedPAdicRational IBPTOOLS abbreviates package IntegralBasisPolynomialTools IBACHIN abbreviates package ChineseRemainderToolsForIntegralBases PWFFINTB abbreviates package PAdicWildFunctionFieldIntegralBasis PARPCURV abbreviates domain ParametricPlaneCurve PARPC2 abbreviates package ParametricPlaneCurveFunctions2 PARSCURV abbreviates domain ParametricSpaceCurve PARSC2 abbreviates package ParametricSpaceCurveFunctions2 PARSURF abbreviates domain ParametricSurface PARSU2 abbreviates package ParametricSurfaceFunctions2 SPADPRSR abbreviates package SpadParser PARSER abbreviates package Parser PARTPERM abbreviates package PartitionsAndPermutations PATRES abbreviates domain PatternMatchResult PATRES2 abbreviates package PatternMatchResultFunctions2 PATLRES abbreviates domain PatternMatchListResult PATMAB abbreviates category PatternMatchable FPATMAB abbreviates category FullyPatternMatchable PMSYM abbreviates package PatternMatchSymbol PMKERNEL abbreviates package PatternMatchKernel PMDOWN abbreviates package PatternMatchPushDown PMTOOLS abbreviates package PatternMatchTools PMLSAGG abbreviates package PatternMatchListAggregate PMINS abbreviates package PatternMatchIntegerNumberSystem PMQFCAT abbreviates package PatternMatchQuotientFieldCategory PMPLCAT abbreviates package PatternMatchPolynomialCategory PMFS abbreviates package PatternMatchFunctionSpace PATMATCH abbreviates package PatternMatch PATTERN abbreviates domain Pattern PATTERN1 abbreviates package PatternFunctions1 PATTERN2 abbreviates package PatternFunctions2 PATAB abbreviates category Patternable PPCURVE abbreviates category PlottablePlaneCurveCategory PSCURVE abbreviates category PlottableSpaceCurveCategory PCOMP abbreviates package PolynomialComposition PDECOMP abbreviates package PolynomialDecomposition PERMCAT abbreviates category PermutationCategory PERM abbreviates domain Permutation GRAY abbreviates package GrayCode PERMAN abbreviates package Permanent PERMGRP abbreviates domain PermutationGroup PGE abbreviates package PermutationGroupExamples IPF abbreviates domain InnerPrimeField PF abbreviates domain PrimeField PFBRU abbreviates package PolynomialFactorizationByRecursionUnivariate PFBR abbreviates package PolynomialFactorizationByRecursion FORDER abbreviates package FindOrderFinite RDIV abbreviates package ReducedDivisor PFOTOOLS abbreviates package PointsOfFiniteOrderTools PFOQ abbreviates package PointsOfFiniteOrderRational FSRED abbreviates package FunctionSpaceReduce PFO abbreviates package PointsOfFiniteOrder PFR abbreviates domain PartialFraction PFRPAC abbreviates package PartialFractionPackage PGCD abbreviates package PolynomialGcdPackage PGROEB abbreviates package PolyGroebner PINTERPA abbreviates package PolynomialInterpolationAlgorithms PINTERP abbreviates package PolynomialInterpolation PLEQN abbreviates package ParametricLinearEquations PLOT abbreviates domain Plot PLOT1 abbreviates package PlotFunctions1 PLOT3D abbreviates domain Plot3D PLOTTOOL abbreviates package PlotTools PSETCAT abbreviates category PolynomialSetCategory GPOLSET abbreviates domain GeneralPolynomialSet MPC2 abbreviates package MPolyCatFunctions2 MPC3 abbreviates package MPolyCatFunctions3 POLTOPOL abbreviates package PolToPol FM abbreviates domain FreeModule PR abbreviates domain PolynomialRing UPSQFREE abbreviates package UnivariatePolynomialSquareFree PSQFR abbreviates package PolynomialSquareFree UPMP abbreviates package UnivariatePolynomialMultiplicationPackage SUP abbreviates domain SparseUnivariatePolynomial SUP2 abbreviates package SparseUnivariatePolynomialFunctions2 UP abbreviates domain UnivariatePolynomial UP2 abbreviates package UnivariatePolynomialFunctions2 POLY2UP abbreviates package PolynomialToUnivariatePolynomial AMR abbreviates category AbelianMonoidRing FAMR abbreviates category FiniteAbelianMonoidRing POLYCAT abbreviates category PolynomialCategory POLYLIFT abbreviates package PolynomialCategoryLifting UPOLYC abbreviates category UnivariatePolynomialCategory UPOLYC2 abbreviates package UnivariatePolynomialCategoryFunctions2 COMMUPC abbreviates package CommuteUnivariatePolynomialCategory PRIMELT abbreviates package PrimitiveElement FSPRMELT abbreviates package FunctionSpacePrimitiveElement PRINT abbreviates package PrintPackage PRODUCT abbreviates domain Product PRS abbreviates package PseudoRemainderSequence PRTITION abbreviates domain Partition SYMPOLY abbreviates domain SymmetricPolynomial PSCAT abbreviates category PowerSeriesCategory UPSCAT abbreviates category UnivariatePowerSeriesCategory UTSCAT abbreviates category UnivariateTaylorSeriesCategory ULSCAT abbreviates category UnivariateLaurentSeriesCategory UPXSCAT abbreviates category UnivariatePuiseuxSeriesCategory MTSCAT abbreviates category MultivariateTaylorSeriesCategory PSEUDLIN abbreviates package PseudoLinearNormalForm PTRANFN abbreviates category PartialTranscendentalFunctions UPXSCCA abbreviates category UnivariatePuiseuxSeriesConstructorCategory UPXSCONS abbreviates domain UnivariatePuiseuxSeriesConstructor UPXS abbreviates domain UnivariatePuiseuxSeries UPXS2 abbreviates package UnivariatePuiseuxSeriesFunctions2 QALGSET abbreviates domain QuasiAlgebraicSet QALGSET2 abbreviates package QuasiAlgebraicSet2 QUATCAT abbreviates category QuaternionCategory QUAT abbreviates domain Quaternion QUATCT2 abbreviates package QuaternionCategoryFunctions2 REP abbreviates package RadicalEigenPackage RADIX abbreviates domain RadixExpansion BINARY abbreviates domain BinaryExpansion DECIMAL abbreviates domain DecimalExpansion HEXADEC abbreviates domain HexadecimalExpansion RADUTIL abbreviates package RadixUtilities RANDSRC abbreviates package RandomNumberSource RDIST abbreviates package RandomDistributions INTBIT abbreviates package IntegerBits RIDIST abbreviates package RandomIntegerDistributions RFDIST abbreviates package RandomFloatDistributions RATFACT abbreviates package RationalFactorize INTTOOLS abbreviates package IntegrationTools RDEEF abbreviates package ElementaryRischDE RDETR abbreviates package TranscendentalRischDE RDETRS abbreviates package TranscendentalRischDESystem RDEEFS abbreviates package ElementaryRischDESystem REAL0Q abbreviates package RealZeroPackageQ REAL0 abbreviates package RealZeroPackage POLUTIL abbreviates package RealPolynomialUtilitiesPackage RRCC abbreviates category RealRootCharacterizationCategory RCFIELD abbreviates category RealClosedField ROIRC abbreviates domain RightOpenIntervalRootCharacterization RECLOS abbreviates domain RealClosure RSETCAT abbreviates category RegularTriangularSetCategory QCMPACK abbreviates package QuasiComponentPackage RSETGCD abbreviates package RegularTriangularSetGcdPackage RSDCMPK abbreviates package RegularSetDecompositionPackage REGSET abbreviates domain RegularTriangularSet REP1 abbreviates package RepresentationPackage1 REP2 abbreviates package RepresentationPackage2 RESRING abbreviates domain ResidueRing FRETRCT abbreviates category FullyRetractableTo INTRET abbreviates package IntegerRetractions RATRET abbreviates package RationalRetractions POLYCATQ abbreviates package PolynomialCategoryQuotientFunctions RF abbreviates package RationalFunction ODEPRRIC abbreviates package PrimitiveRatRicDE ODERTRIC abbreviates package RationalRicDE RINTERP abbreviates package RationalInterpolation RULE abbreviates domain RewriteRule APPRULE abbreviates package ApplyRules RULESET abbreviates domain Ruleset NAGS abbreviates package NagSpecialFunctionsPackage SEGCAT abbreviates category SegmentCategory SEGXCAT abbreviates category SegmentExpansionCategory RNGBIND abbreviates domain RangeBinding SEG abbreviates domain Segment SEG2 abbreviates package SegmentFunctions2 SEGBIND abbreviates domain SegmentBinding SEGBIND2 abbreviates package SegmentBindingFunctions2 UNISEG abbreviates domain UniversalSegment UNISEG2 abbreviates package UniversalSegmentFunctions2 INCRMAPS abbreviates package IncrementingMaps UDPO abbreviates package UserDefinedPartialOrdering UDVO abbreviates package UserDefinedVariableOrdering SET abbreviates domain Set SEXCAT abbreviates category SExpressionCategory SEXOF abbreviates domain SExpressionOf SEX abbreviates domain SExpression REAL abbreviates category RealConstant RADCAT abbreviates category RadicalCategory RNS abbreviates category RealNumberSystem FPS abbreviates category FloatingPointSystem DFLOAT abbreviates domain DoubleFloat SGCF abbreviates package SymmetricGroupCombinatoricFunctions INS abbreviates category IntegerNumberSystem SINT abbreviates domain SingleInteger TOOLSIGN abbreviates package ToolsForSign INPSIGN abbreviates package InnerPolySign SIGNRF abbreviates package RationalFunctionSign LIMITRF abbreviates package RationalFunctionLimitPackage SMITH abbreviates package SmithNormalForm DIOSP abbreviates package DiophantineSolutionPackage SOLVEFOR abbreviates package PolynomialSolveByFormulas LSMP abbreviates package LinearSystemMatrixPackage LSMP1 abbreviates package LinearSystemMatrixPackage1 LSPP abbreviates package LinearSystemPolynomialPackage SOLVERAD abbreviates package RadicalSolvePackage SORTPAK abbreviates package SortPackage SPACEC abbreviates category ThreeSpaceCategory SPACE3 abbreviates domain ThreeSpace TOPSP abbreviates package TopLevelThreeSpace DFSFUN abbreviates package DoubleFloatSpecialFunctions ORTHPOL abbreviates package OrthogonalPolynomialFunctions NTPOLFN abbreviates package NumberTheoreticPolynomialFunctions SFRTCAT abbreviates category SquareFreeRegularTriangularSetCategory SFQCMPK abbreviates package SquareFreeQuasiComponentPackage SFRGCD abbreviates package SquareFreeRegularTriangularSetGcdPackage SRDCMPK abbreviates package SquareFreeRegularSetDecompositionPackage SREGSET abbreviates domain SquareFreeRegularTriangularSet LZSTAGG abbreviates category LazyStreamAggregate CSTTOOLS abbreviates package CyclicStreamTools STREAM abbreviates domain Stream STREAM1 abbreviates package StreamFunctions1 STREAM2 abbreviates package StreamFunctions2 STREAM3 abbreviates package StreamFunctions3 CHAR abbreviates domain Character CCLASS abbreviates domain CharacterClass STRING abbreviates domain String STTAYLOR abbreviates package StreamTaylorSeriesOperations STTF abbreviates package StreamTranscendentalFunctions STTFNC abbreviates package StreamTranscendentalFunctionsNonCommutative SHP abbreviates package SturmHabichtPackage SUCH abbreviates domain SuchThat SULS abbreviates domain SparseUnivariateLaurentSeries ISUMP abbreviates package InnerPolySum GOSPER abbreviates package GosperSummationMethod SUMRF abbreviates package RationalFunctionSum ISUPS abbreviates domain InnerSparseUnivariatePowerSeries SUPXS abbreviates domain SparseUnivariatePuiseuxSeries SUTS abbreviates domain SparseUnivariateTaylorSeries SYMBOL abbreviates domain Symbol IDENT abbreviates domain Identifier SYNTAX abbreviates domain Syntax ELABEXPR abbreviates domain ElaboratedExpression ASTCAT abbreviates category AbstractSyntaxCategory SASTCAT abbreviates category SpadSyntaxCategory SPADXPT abbreviates category SpadAstExports SPADAST abbreviates domain SpadAst LITERAL abbreviates domain Literal PARAMAST abbreviates domain ParameterAst HEADAST abbreviates domain HeadAst TYPEAST abbreviates domain TypeAst ATTRAST abbreviates domain AttributeAst IMPTAST abbreviates domain ImportAst TYPEAST abbreviates domain TypeAst MAPPAST abbreviates domain MappingAst SIGAST abbreviates domain SignatureAst JOINAST abbreviates domain JoinAst IFAST abbreviates domain IfAst RPTAST abbreviates domain RepeatAst WHILEAST abbreviates domain WhileAst INAST abbreviates domain InAst STEPAST abbreviates domain StepAst CLLCTAST abbreviates domain CollectAst LSTAST abbreviates domain ConstructAst EXITAST abbreviates domain ExitAst RETAST abbreviates domain ReturnAst SEGAST abbreviates domain SegmentAst SEQAST abbreviates domain SequenceAst PRTDAST abbreviates domain PretendAst CRCEAST abbreviates domain CoerceAst RSTRCAST abbreviates domain RestrictAst LETAST abbreviates domain LetAst RDUCEAST abbreviates domain ReduceAst SUCHTAST abbreviates domain SuchThatAst COLONAST abbreviates domain ColonAst ADDAST abbreviates domain AddAst CAPSLAST abbreviates domain CapsuleAst CASEAST abbreviates domain CaseAst HASAST abbreviates domain HasAst ISAST abbreviates domain IsAst CATAST abbreviates domain CategoryAst WHEREAST abbreviates domain WhereAst COMMAAST abbreviates domain CommaAst QQUTAST abbreviates domain QuasiquoteAst DEFAST abbreviates domain DefinitionAst MACROAST abbreviates domain MacroAst SYSSOLP abbreviates package SystemSolvePackage MSYSCMD abbreviates package MoreSystemCommands HASHTBL abbreviates domain HashTable INTABL abbreviates domain InnerTable TABLE abbreviates domain Table EQTBL abbreviates domain EqTable STRTBL abbreviates domain StringTable GSTBL abbreviates domain GeneralSparseTable STBL abbreviates domain SparseTable TABLEAU abbreviates domain Tableau TABLBUMP abbreviates package TableauxBumpers ITAYLOR abbreviates domain InnerTaylorSeries UTS abbreviates domain UnivariateTaylorSeries UTS2 abbreviates package UnivariateTaylorSeriesFunctions2 ARITY abbreviates domain Arity OPERCAT abbreviates category OperatorCategory TALGOP abbreviates domain TermAlgebraOperator TEX abbreviates domain TexFormat TEX1 abbreviates package TexFormat1 ESTOOLS abbreviates package ExpertSystemToolsPackage ESTOOLS1 abbreviates package ExpertSystemToolsPackage1 ESTOOLS2 abbreviates package ExpertSystemToolsPackage2 SOLVETRA abbreviates package TransSolvePackage SOLVESER abbreviates package TransSolvePackageService TREE abbreviates domain Tree BTCAT abbreviates category BinaryTreeCategory BTREE abbreviates domain BinaryTree BBTREE abbreviates domain BalancedBinaryTree BSTREE abbreviates domain BinarySearchTree BTOURN abbreviates domain BinaryTournament PENDTREE abbreviates domain PendantTree ELEMFUN abbreviates category ElementaryFunctionCategory TRIGCAT abbreviates category TrigonometricFunctionCategory ATRIG abbreviates category ArcTrigonometricFunctionCategory HYPCAT abbreviates category HyperbolicFunctionCategory AHYP abbreviates category ArcHyperbolicFunctionCategory TRANFUN abbreviates category TranscendentalFunctionCategory PRIMCAT abbreviates category PrimitiveFunctionCategory LFCAT abbreviates category LiouvillianFunctionCategory CFCAT abbreviates category CombinatorialFunctionCategory SPFCAT abbreviates category SpecialFunctionCategory TSETCAT abbreviates category TriangularSetCategory GTSET abbreviates domain GeneralTriangularSet PSETPK abbreviates package PolynomialSetUtilitiesPackage WUTSET abbreviates domain WuWenTsunTriangularSet TUBE abbreviates domain TubePlot TUBETOOL abbreviates package TubePlotTools EXPRTUBE abbreviates package ExpressionTubePlot NUMTUBE abbreviates package NumericTubePlot NORMRETR abbreviates package NormRetractPackage TWOFACT abbreviates package TwoFactorize UNIFACT abbreviates package UnivariateFactorize UPDECOMP abbreviates package UnivariatePolynomialDecompositionPackage UPDIVP abbreviates package UnivariatePolynomialDivisionPackage UTSODE abbreviates package UnivariateTaylorSeriesODESolver VARIABLE abbreviates domain Variable RULECOLD abbreviates domain RuleCalled FUNCTION abbreviates domain FunctionCalled OVAR abbreviates domain OrderedVariableList ANON abbreviates domain AnonymousFunction VECTCAT abbreviates category VectorCategory VECTOR abbreviates domain Vector VECTOR2 abbreviates package VectorFunctions2 DIRPCAT abbreviates category DirectProductCategory DIRPROD abbreviates domain DirectProduct DIRPROD2 abbreviates package DirectProductFunctions2 LINBASIS abbreviates domain LinearBasis DBASIS abbreviates domain DualBasis LINELT abbreviates domain LinearElement LINFORM abbreviates domain LinearForm GRIMAGE abbreviates domain GraphImage VIEW2D abbreviates domain TwoDimensionalViewport VIEW3D abbreviates domain ThreeDimensionalViewport VIEWDEF abbreviates package ViewDefaultsPackage VIEW abbreviates package ViewportPackage VOID abbreviates domain Void EXIT abbreviates domain Exit RESLATC abbreviates package ResolveLatticeCompletion WEIER abbreviates package WeierstrassPreparation WP abbreviates domain WeightedPolynomials OWP abbreviates domain OrdinaryWeightedPolynomials FMAGMA abbreviates domain FreeMagma LWORD abbreviates domain LyndonWord LIECAT abbreviates category LieAlgebra FLALG abbreviates category FreeLieAlgebra XEXPPKG abbreviates package XExponentialPackage LPOLY abbreviates domain LiePolynomial PBWLB abbreviates domain PoincareBirkhoffWittLyndonBasis XPBWPOLY abbreviates domain XPBWPolynomial LEXP abbreviates domain LieExponentials OFMONOID abbreviates domain OrderedFreeMonoid FMCAT abbreviates category FreeModuleCat FM1 abbreviates domain FreeModule1 XALG abbreviates category XAlgebra XFALG abbreviates category XFreeAlgebra XPOLYC abbreviates category XPolynomialsCat XPR abbreviates domain XPolynomialRing XDPOLY abbreviates domain XDistributedPolynomial XRPOLY abbreviates domain XRecursivePolynomial XPOLY abbreviates domain XPolynomial YSTREAM abbreviates package ParadoxicalCombinatorsForStreams FGLMICPK abbreviates package FGLMIfCanPackage RGCHAIN abbreviates domain RegularChain LEXTRIPK abbreviates package LexTriangularPackage IRURPK abbreviates package InternalRationalUnivariateRepresentationPackage RURPK abbreviates package RationalUnivariateRepresentationPackage ZDSOLVE abbreviates package ZeroDimensionalSolvePackage ../driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=initdb.fasl --load-directory=../interp initdb.clisp ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/initdb.clisp" (written 01 FEB 2016 10:53:31 PM): ; compiling (IMPORT-MODULE "database") ; compiling (IN-PACKAGE "BOOT") ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| 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(QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| 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(QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| 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(QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; compiling (|makeInitialDB| (QUOTE #)) ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/initdb.fasl written ; compilation finished in 0:00:00.542 /bin/mkdir -p ../../x86_64-unknown-linux-gnu/algebra ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile TYPE.spad && cp TYPE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/TYPE.fasl \ && if test -f TYPE-.NRLIB/code.fasl; then \ cp TYPE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/TYPE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TYPE.spad using Spad compiler. TYPE abbreviates category Type debug: compDefine1 lhs: (Type) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for Type compiling into /tmp/oa-2QKNFX STYLE-WARNING: redefining BOOT::|Type| in DEFUN Time: 0 SEC. finalizing NRLIB TYPE Processing Type for Browser database: -- constructor ; compiling file "/tmp/oa-2QKNFX/code.lsp" (written 01 FEB 2016 10:53:32 PM): ; compiling (DEFPARAMETER |Type;AL| ...) ; compiling (DEFUN |Type;| ...) ; compiling (DEFUN |Type| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-2QKNFX/code.fasl written ; compilation finished in 0:00:00.006 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile UTYPE.spad && cp UTYPE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UTYPE.fasl \ && if test -f UTYPE-.NRLIB/code.fasl; then \ cp UTYPE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UTYPE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UTYPE.spad using Spad compiler. UTYPE abbreviates category UnionType debug: compDefine1 lhs: (UnionType) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for UnionType compiling into /tmp/oa-y97n53 STYLE-WARNING: redefining BOOT::|UnionType| in DEFUN Time: 0.00 SEC. finalizing NRLIB UTYPE Processing UnionType for Browser database: -- constructor ; compiling file "/tmp/oa-y97n53/code.lsp" (written 01 FEB 2016 10:53:32 PM): ; compiling (DEFPARAMETER |UnionType;AL| ...) ; compiling (DEFUN |UnionType;| ...) ; compiling (DEFUN |UnionType| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-y97n53/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ /bin/mkdir -p strap-2 ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/TYPE.fasl --optimize=3 TYPE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TYPE.spad using Spad compiler. TYPE abbreviates category Type debug: compDefine1 lhs: (Type) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for Type compiling into /tmp/oa-RCJxZb STYLE-WARNING: redefining BOOT::|Type| in DEFUN Time: 0.00 SEC. finalizing NRLIB TYPE Processing Type for Browser database: -- constructor ; compiling file "/tmp/oa-RCJxZb/code.lsp" (written 01 FEB 2016 10:53:32 PM): ; compiling (DEFPARAMETER |Type;AL| ...) ; compiling (DEFUN |Type;| ...) ; compiling (DEFUN |Type| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-RCJxZb/code.fasl written ; compilation finished in 0:00:00.006 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/KOERCE.fasl --optimize=3 KOERCE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/KOERCE.spad using Spad compiler. KOERCE abbreviates category CoercibleTo debug: compDefine1 lhs: (CoercibleTo S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (CoercibleTo S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for CoercibleTo compiling into /tmp/oa-wuIUrf STYLE-WARNING: redefining BOOT::|CoercibleTo| in DEFUN Time: 0.01 SEC. finalizing NRLIB KOERCE Processing CoercibleTo for Browser database: -- coerce : % -> S -- constructor ; compiling file "/tmp/oa-wuIUrf/code.lsp" (written 01 FEB 2016 10:53:32 PM): ; compiling (DEFPARAMETER |CoercibleTo;AL| ...) ; compiling (DEFUN |CoercibleTo;| ...) ; compiling (DEFUN |CoercibleTo| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-wuIUrf/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ /bin/mkdir -p strap-1 ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/TYPE.fasl --optimize=3 TYPE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TYPE.spad using Spad compiler. TYPE abbreviates category Type debug: compDefine1 lhs: (Type) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for Type compiling into /tmp/oa-J1wrIo STYLE-WARNING: redefining BOOT::|Type| in DEFUN Time: 0.00 SEC. finalizing NRLIB TYPE Processing Type for Browser database: -- constructor ; compiling file "/tmp/oa-J1wrIo/code.lsp" (written 01 FEB 2016 10:53:32 PM): ; compiling (DEFPARAMETER |Type;AL| ...) ; compiling (DEFUN |Type;| ...) ; compiling (DEFUN |Type| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-J1wrIo/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ /bin/mkdir -p strap-0 ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/TYPE.fasl --bootstrap TYPE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TYPE.spad using Spad compiler. TYPE abbreviates category Type ------------------------------------------------------------------------ initializing stationary directory for Type compiling into /tmp/oa-0aeMQx STYLE-WARNING: redefining BOOT::|Type| in DEFUN Time: 0.00 SEC. finalizing NRLIB TYPE ; compiling file "/tmp/oa-0aeMQx/code.lsp" (written 01 FEB 2016 10:53:32 PM): ; compiling (DEFPARAMETER |Type;AL| ...) ; compiling (DEFUN |Type;| ...) ; compiling (DEFUN |Type| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-0aeMQx/code.fasl written ; compilation finished in 0:00:00.006 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/BASTYPE.fasl --bootstrap BASTYPE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/BASTYPE.spad using Spad compiler. BASTYPE abbreviates category BasicType ------------------------------------------------------------------------ initializing stationary directory for BasicType compiling into /tmp/oa-nAyZgt STYLE-WARNING: redefining BOOT::|BasicType| in DEFUN Time: 0.01 SEC. finalizing NRLIB BASTYPE ; compiling file "/tmp/oa-nAyZgt/code.lsp" (written 01 FEB 2016 10:53:33 PM): ; compiling (DEFPARAMETER |BasicType;AL| ...) ; compiling (DEFUN |BasicType;| ...) ; compiling (DEFUN |BasicType| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-nAyZgt/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/KOERCE.fasl --bootstrap KOERCE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/KOERCE.spad using Spad compiler. KOERCE abbreviates category CoercibleTo ------------------------------------------------------------------------ initializing stationary directory for CoercibleTo compiling into /tmp/oa-DlIgLA STYLE-WARNING: redefining BOOT::|CoercibleTo| in DEFUN Time: 0.01 SEC. finalizing NRLIB KOERCE ; compiling file "/tmp/oa-DlIgLA/code.lsp" (written 01 FEB 2016 10:53:33 PM): ; compiling (DEFPARAMETER |CoercibleTo;AL| ...) ; compiling (DEFUN |CoercibleTo;| ...) ; compiling (DEFUN |CoercibleTo| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-DlIgLA/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/SETCAT.fasl --bootstrap SETCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SETCAT.spad using Spad compiler. SETCAT abbreviates category SetCategory ------------------------------------------------------------------------ initializing stationary directory for SetCategory compiling into /tmp/oa-CWZ7TK STYLE-WARNING: redefining BOOT::|SetCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB SETCAT ; compiling file "/tmp/oa-CWZ7TK/code.lsp" (written 01 FEB 2016 10:53:33 PM): ; compiling (DEFPARAMETER |SetCategory;AL| ...) ; compiling (DEFUN |SetCategory;| ...) ; compiling (DEFUN |SetCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-CWZ7TK/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/LOGIC.fasl --bootstrap LOGIC.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LOGIC.spad using Spad compiler. LOGIC abbreviates category Logic ------------------------------------------------------------------------ initializing stationary directory for Logic compiling into /tmp/oa-LZCH8Q STYLE-WARNING: redefining BOOT::|Logic| in DEFUN Time: 0.01 SEC. finalizing NRLIB LOGIC ; compiling file "/tmp/oa-LZCH8Q/code.lsp" (written 01 FEB 2016 10:53:33 PM): ; compiling (DEFPARAMETER |Logic;AL| ...) ; compiling (DEFUN |Logic;| ...) ; compiling (DEFUN |Logic| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-LZCH8Q/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/BOOLE.fasl --bootstrap BOOLE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/BOOLE.spad using Spad compiler. BOOLE abbreviates category BooleanLogic ------------------------------------------------------------------------ initializing stationary directory for BooleanLogic compiling into /tmp/oa-QMHdOY STYLE-WARNING: redefining BOOT::|BooleanLogic| in DEFUN Time: 0.00 SEC. finalizing NRLIB BOOLE ; compiling file "/tmp/oa-QMHdOY/code.lsp" (written 01 FEB 2016 10:53:33 PM): ; compiling (DEFPARAMETER |BooleanLogic;AL| ...) ; compiling (DEFUN |BooleanLogic;| ...) ; compiling (DEFUN |BooleanLogic| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-QMHdOY/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/PROPLOG.fasl --bootstrap PROPLOG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PROPLOG.spad using Spad compiler. PROPLOG abbreviates category PropositionalLogic ------------------------------------------------------------------------ initializing stationary directory for PropositionalLogic compiling into /tmp/oa-mpRDG7 STYLE-WARNING: redefining BOOT::|PropositionalLogic| in DEFUN Time: 0.01 SEC. finalizing NRLIB PROPLOG ; compiling file "/tmp/oa-mpRDG7/code.lsp" (written 01 FEB 2016 10:53:33 PM): ; compiling (DEFPARAMETER |PropositionalLogic;AL| ...) ; compiling (DEFUN |PropositionalLogic;| ...) ; compiling (DEFUN |PropositionalLogic| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-mpRDG7/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/ORDTYPE.fasl --bootstrap ORDTYPE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ORDTYPE.spad using Spad compiler. ORDTYPE abbreviates category OrderedType ------------------------------------------------------------------------ initializing stationary directory for OrderedType compiling into /tmp/oa-mkvS3i STYLE-WARNING: redefining BOOT::|OrderedType| in DEFUN Time: 0 SEC. finalizing NRLIB ORDTYPE ; compiling file "/tmp/oa-mkvS3i/code.lsp" (written 01 FEB 2016 10:53:33 PM): ; compiling (DEFPARAMETER |OrderedType;AL| ...) ; compiling (DEFUN |OrderedType;| ...) ; compiling (DEFUN |OrderedType| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-mkvS3i/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/ORDSET.fasl --bootstrap ORDSET.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ORDSET.spad using Spad compiler. ORDSET abbreviates category OrderedSet ------------------------------------------------------------------------ initializing stationary directory for OrderedSet compiling into /tmp/oa-hfGLhs STYLE-WARNING: redefining BOOT::|OrderedSet| in DEFUN Time: 0.01 SEC. finalizing NRLIB ORDSET ; compiling file "/tmp/oa-hfGLhs/code.lsp" (written 01 FEB 2016 10:53:33 PM): ; compiling (DEFPARAMETER |OrderedSet;AL| ...) ; compiling (DEFUN |OrderedSet;| ...) ; compiling (DEFUN |OrderedSet| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-hfGLhs/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/FINITE.fasl --bootstrap FINITE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FINITE.spad using Spad compiler. FINITE abbreviates category Finite ------------------------------------------------------------------------ initializing stationary directory for Finite compiling into /tmp/oa-xwKe3B STYLE-WARNING: redefining BOOT::|Finite| in DEFUN Time: 0 SEC. finalizing NRLIB FINITE ; compiling file "/tmp/oa-xwKe3B/code.lsp" (written 01 FEB 2016 10:53:33 PM): ; compiling (DEFPARAMETER |Finite;AL| ...) ; compiling (DEFUN |Finite;| ...) ; compiling (DEFUN |Finite| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-xwKe3B/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/ORDFIN.fasl --bootstrap ORDFIN.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ORDFIN.spad using Spad compiler. ORDFIN abbreviates category OrderedFinite ------------------------------------------------------------------------ initializing stationary directory for OrderedFinite compiling into /tmp/oa-Cyek6z STYLE-WARNING: redefining BOOT::|OrderedFinite| in DEFUN Time: 0.00 SEC. finalizing NRLIB ORDFIN ; compiling file "/tmp/oa-Cyek6z/code.lsp" (written 01 FEB 2016 10:53:34 PM): ; compiling (DEFPARAMETER |OrderedFinite;AL| ...) ; compiling (DEFUN |OrderedFinite;| ...) ; compiling (DEFUN |OrderedFinite| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Cyek6z/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/KONVERT.fasl --bootstrap KONVERT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/KONVERT.spad using Spad compiler. KONVERT abbreviates category ConvertibleTo ------------------------------------------------------------------------ initializing stationary directory for ConvertibleTo compiling into /tmp/oa-C6OOWK STYLE-WARNING: redefining BOOT::|ConvertibleTo| in DEFUN Time: 0.01 SEC. finalizing NRLIB KONVERT ; compiling file "/tmp/oa-C6OOWK/code.lsp" (written 01 FEB 2016 10:53:34 PM): ; compiling (DEFPARAMETER |ConvertibleTo;AL| ...) ; compiling (DEFUN |ConvertibleTo;| ...) ; compiling (DEFUN |ConvertibleTo| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-C6OOWK/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/BOOLEAN.fasl --bootstrap BOOLEAN.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/BOOLEAN.spad using Spad compiler. BOOLEAN abbreviates domain Boolean ------------------------------------------------------------------------ initializing stationary directory for Boolean compiling into /tmp/oa-7KHcBU Time: 0.01 SEC. Cumulative Statistics for Constructor Boolean Time: 0.01 seconds finalizing NRLIB BOOLEAN ; compiling file "/tmp/oa-7KHcBU/code.lsp" (written 01 FEB 2016 10:53:34 PM): ; compiling (DEFUN |Boolean| ...) ; compiling (DEFUN |Boolean;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-7KHcBU/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/BASTYPE.fasl --optimize=3 BASTYPE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/BASTYPE.spad using Spad compiler. BASTYPE abbreviates category BasicType debug: compDefine1 lhs: (BasicType) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for BasicType compiling into /tmp/oa-UVU2C4 STYLE-WARNING: redefining BOOT::|BasicType| in DEFUN Time: 0.01 SEC. BASTYPE- abbreviates package BasicType& ------------------------------------------------------------------------ initializing stationary directory for BasicType& compiling into /tmp/oa-Xc9xuq compiling exported = : (S,S) -> Boolean Time: 0.00 SEC. compiling exported ~= : (S,S) -> Boolean Time: 0 SEC. compiling exported before? : (S,S) -> Boolean BASTYPE-;before?;2$B;3 is replaced by %before? Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor BasicType& Time: 0.00 seconds finalizing NRLIB BASTYPE- ; compiling file "/tmp/oa-Xc9xuq/code.lsp" (written 01 FEB 2016 10:53:34 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BASTYPE-;before?;2$B;3|) ...) ; compiling (DEFUN |BASTYPE-;=;2$B;1| ...) ; file: /tmp/oa-Xc9xuq/code.lsp ; in: DEFUN |BASTYPE-;=;2$B;1| ; (DEFUN BOOT::|BASTYPE-;=;2$B;1| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 8)) ; (BOOT::|spadConstant| BOOT::$ 9)) ; (T ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|y| BOOT::|x| #) ; (BOOT::|shellEntry| BOOT::$ 10))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BASTYPE-;=;2$B;1| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|BASTYPE-;=;2$B;1| ; (COND ; ((BOOT::SPADCALL BOOT::|x| BOOT::|y| #) ; (BOOT::|spadConstant| BOOT::$ 9)) ; (T (BOOT::SPADCALL # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |BASTYPE-;~=;2$B;2| ...) ; file: /tmp/oa-Xc9xuq/code.lsp ; in: DEFUN |BASTYPE-;~=;2$B;2| ; (DEFUN BOOT::|BASTYPE-;~=;2$B;2| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 12)) ; (BOOT::|shellEntry| BOOT::$ 10))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BASTYPE-;~=;2$B;2| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|BASTYPE-;~=;2$B;2| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 12)) ; (BOOT::|shellEntry| BOOT::$ 10)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |BASTYPE-;before?;2$B;3| ...) ; file: /tmp/oa-Xc9xuq/code.lsp ; in: DEFUN |BASTYPE-;before?;2$B;3| ; (DEFUN BOOT::|BASTYPE-;before?;2$B;3| (BOOT::|x| BOOT::|y| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::GGREATERP BOOT::|y| BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BASTYPE-;before?;2$B;3| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|BASTYPE-;before?;2$B;3| ; (BOOT::GGREATERP BOOT::|y| BOOT::|x|))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |BasicType&| ...) ; compiling (MAKEPROP (QUOTE |BasicType&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 3 notes ; /tmp/oa-Xc9xuq/code.fasl written ; compilation finished in 0:00:00.030 ------------------------------------------------------------------------ finalizing NRLIB BASTYPE Processing BasicType for Browser database: -- ?=? : (%,%) -> Boolean -- ?~=? : (%,%) -> Boolean -- before? : (%,%) -> Boolean -- constructor ; compiling file "/tmp/oa-UVU2C4/code.lsp" (written 01 FEB 2016 10:53:34 PM): ; compiling (DEFPARAMETER |BasicType;AL| ...) ; compiling (DEFUN |BasicType;| ...) ; compiling (DEFUN |BasicType| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-UVU2C4/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/ABELSG.fasl --bootstrap ABELSG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ABELSG.spad using Spad compiler. ABELSG abbreviates category AbelianSemiGroup ------------------------------------------------------------------------ initializing stationary directory for AbelianSemiGroup compiling into /tmp/oa-PUvRhk STYLE-WARNING: redefining BOOT::|AbelianSemiGroup| in DEFUN Time: 0.01 SEC. finalizing NRLIB ABELSG ; compiling file "/tmp/oa-PUvRhk/code.lsp" (written 01 FEB 2016 10:53:34 PM): ; compiling (DEFPARAMETER |AbelianSemiGroup;AL| ...) ; compiling (DEFUN |AbelianSemiGroup;| ...) ; compiling (DEFUN |AbelianSemiGroup| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-PUvRhk/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/ABELMON.fasl --bootstrap ABELMON.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ABELMON.spad using Spad compiler. ABELMON abbreviates category AbelianMonoid ------------------------------------------------------------------------ initializing stationary directory for AbelianMonoid compiling into /tmp/oa-ZljQvv STYLE-WARNING: redefining BOOT::|AbelianMonoid| in DEFUN Time: 0.01 SEC. finalizing NRLIB ABELMON ; compiling file "/tmp/oa-ZljQvv/code.lsp" (written 01 FEB 2016 10:53:34 PM): ; compiling (DEFPARAMETER |AbelianMonoid;AL| ...) ; compiling (DEFUN |AbelianMonoid;| ...) ; compiling (DEFUN |AbelianMonoid| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-ZljQvv/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/CABMON.fasl --bootstrap CABMON.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CABMON.spad using Spad compiler. CABMON abbreviates category CancellationAbelianMonoid ------------------------------------------------------------------------ initializing stationary directory for CancellationAbelianMonoid compiling into /tmp/oa-1gte9E STYLE-WARNING: redefining BOOT::|CancellationAbelianMonoid| in DEFUN Time: 0.00 SEC. finalizing NRLIB CABMON ; compiling file "/tmp/oa-1gte9E/code.lsp" (written 01 FEB 2016 10:53:34 PM): ; compiling (DEFPARAMETER |CancellationAbelianMonoid;AL| ...) ; compiling (DEFUN |CancellationAbelianMonoid;| ...) ; compiling (DEFUN |CancellationAbelianMonoid| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-1gte9E/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/LLINSET.fasl --bootstrap LLINSET.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LLINSET.spad using Spad compiler. LLINSET abbreviates category LeftLinearSet ------------------------------------------------------------------------ initializing stationary directory for LeftLinearSet compiling into /tmp/oa-Hu9dVF STYLE-WARNING: redefining BOOT::|LeftLinearSet| in DEFUN Time: 0.01 SEC. finalizing NRLIB LLINSET ; compiling file "/tmp/oa-Hu9dVF/code.lsp" (written 01 FEB 2016 10:53:35 PM): ; compiling (DEFPARAMETER |LeftLinearSet;AL| ...) ; compiling (DEFUN |LeftLinearSet;| ...) ; compiling (DEFUN |LeftLinearSet| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Hu9dVF/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/ABELGRP.fasl --bootstrap ABELGRP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ABELGRP.spad using Spad compiler. ABELGRP abbreviates category AbelianGroup ------------------------------------------------------------------------ initializing stationary directory for AbelianGroup compiling into /tmp/oa-aTHBRN STYLE-WARNING: redefining BOOT::|AbelianGroup| in DEFUN Time: 0.00 SEC. finalizing NRLIB ABELGRP ; compiling file "/tmp/oa-aTHBRN/code.lsp" (written 01 FEB 2016 10:53:35 PM): ; compiling (DEFPARAMETER |AbelianGroup;AL| ...) ; compiling (DEFUN |AbelianGroup;| ...) ; compiling (DEFUN |AbelianGroup| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-aTHBRN/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/SGROUP.fasl --bootstrap SGROUP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SGROUP.spad using Spad compiler. SGROUP abbreviates category SemiGroup ------------------------------------------------------------------------ initializing stationary directory for SemiGroup compiling into /tmp/oa-BjJSkU STYLE-WARNING: redefining BOOT::|SemiGroup| in DEFUN Time: 0.00 SEC. finalizing NRLIB SGROUP ; compiling file "/tmp/oa-BjJSkU/code.lsp" (written 01 FEB 2016 10:53:35 PM): ; compiling (DEFPARAMETER |SemiGroup;AL| ...) ; compiling (DEFUN |SemiGroup;| ...) ; compiling (DEFUN |SemiGroup| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-BjJSkU/code.fasl written ; compilation finished in 0:00:00.021 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/RNG.fasl --bootstrap RNG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RNG.spad using Spad compiler. RNG abbreviates category Rng ------------------------------------------------------------------------ initializing stationary directory for Rng compiling into /tmp/oa-FVnxY4 STYLE-WARNING: redefining BOOT::|Rng| in DEFUN Time: 0.01 SEC. finalizing NRLIB RNG ; compiling file "/tmp/oa-FVnxY4/code.lsp" (written 01 FEB 2016 10:53:35 PM): ; compiling (DEFPARAMETER |Rng;AL| ...) ; compiling (DEFUN |Rng;| ...) ; compiling (DEFUN |Rng| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-FVnxY4/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/MONOID.fasl --bootstrap MONOID.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MONOID.spad using Spad compiler. MONOID abbreviates category Monoid ------------------------------------------------------------------------ initializing stationary directory for Monoid compiling into /tmp/oa-ii8oYc STYLE-WARNING: redefining BOOT::|Monoid| in DEFUN Time: 0.00 SEC. finalizing NRLIB MONOID ; compiling file "/tmp/oa-ii8oYc/code.lsp" (written 01 FEB 2016 10:53:35 PM): ; compiling (DEFPARAMETER |Monoid;AL| ...) ; compiling (DEFUN |Monoid;| ...) ; compiling (DEFUN |Monoid| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-ii8oYc/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/SRING.fasl --bootstrap SRING.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SRING.spad using Spad compiler. SRING abbreviates category SemiRing ------------------------------------------------------------------------ initializing stationary directory for SemiRing compiling into /tmp/oa-a9FQwn STYLE-WARNING: redefining BOOT::|SemiRing| in DEFUN Time: 0.00 SEC. finalizing NRLIB SRING ; compiling file "/tmp/oa-a9FQwn/code.lsp" (written 01 FEB 2016 10:53:35 PM): ; compiling (DEFPARAMETER |SemiRing;AL| ...) ; compiling (DEFUN |SemiRing;| ...) ; compiling (DEFUN |SemiRing| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-a9FQwn/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/LMODULE.fasl --bootstrap LMODULE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LMODULE.spad using Spad compiler. LMODULE abbreviates category LeftModule ------------------------------------------------------------------------ initializing stationary directory for LeftModule compiling into /tmp/oa-YDljwA STYLE-WARNING: redefining BOOT::|LeftModule| in DEFUN Time: 0.01 SEC. finalizing NRLIB LMODULE ; compiling file "/tmp/oa-YDljwA/code.lsp" (written 01 FEB 2016 10:53:35 PM): ; compiling (DEFPARAMETER |LeftModule;AL| ...) ; compiling (DEFUN |LeftModule;| ...) ; compiling (DEFUN |LeftModule| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-YDljwA/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/KRCFROM.fasl --bootstrap KRCFROM.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/KRCFROM.spad using Spad compiler. KRCFROM abbreviates category CoercibleFrom ------------------------------------------------------------------------ initializing stationary directory for CoercibleFrom compiling into /tmp/oa-UnpafB STYLE-WARNING: redefining BOOT::|CoercibleFrom| in DEFUN Time: 0.00 SEC. finalizing NRLIB KRCFROM ; compiling file "/tmp/oa-UnpafB/code.lsp" (written 01 FEB 2016 10:53:36 PM): ; compiling (DEFPARAMETER |CoercibleFrom;AL| ...) ; compiling (DEFUN |CoercibleFrom;| ...) ; compiling (DEFUN |CoercibleFrom| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-UnpafB/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/RING.fasl --bootstrap RING.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RING.spad using Spad compiler. RING abbreviates category Ring ------------------------------------------------------------------------ initializing stationary directory for Ring compiling into /tmp/oa-U0HfjJ STYLE-WARNING: redefining BOOT::|Ring| in DEFUN Time: 0.00 SEC. finalizing NRLIB RING ; compiling file "/tmp/oa-U0HfjJ/code.lsp" (written 01 FEB 2016 10:53:36 PM): ; compiling (DEFPARAMETER |Ring;AL| ...) ; compiling (DEFUN |Ring;| ...) ; compiling (DEFUN |Ring| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-U0HfjJ/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/RLINSET.fasl --bootstrap RLINSET.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RLINSET.spad using Spad compiler. RLINSET abbreviates category RightLinearSet ------------------------------------------------------------------------ initializing stationary directory for RightLinearSet compiling into /tmp/oa-YmqrWU STYLE-WARNING: redefining BOOT::|RightLinearSet| in DEFUN Time: 0.01 SEC. finalizing NRLIB RLINSET ; compiling file "/tmp/oa-YmqrWU/code.lsp" (written 01 FEB 2016 10:53:36 PM): ; compiling (DEFPARAMETER |RightLinearSet;AL| ...) ; compiling (DEFUN |RightLinearSet;| ...) ; compiling (DEFUN |RightLinearSet| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-YmqrWU/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/RMODULE.fasl --bootstrap RMODULE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RMODULE.spad using Spad compiler. RMODULE abbreviates category RightModule ------------------------------------------------------------------------ initializing stationary directory for RightModule compiling into /tmp/oa-W1noG4 STYLE-WARNING: redefining BOOT::|RightModule| in DEFUN Time: 0.01 SEC. finalizing NRLIB RMODULE ; compiling file "/tmp/oa-W1noG4/code.lsp" (written 01 FEB 2016 10:53:36 PM): ; compiling (DEFPARAMETER |RightModule;AL| ...) ; compiling (DEFUN |RightModule;| ...) ; compiling (DEFUN |RightModule| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-W1noG4/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/BMODULE.fasl --bootstrap BMODULE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/BMODULE.spad using Spad compiler. BMODULE abbreviates category BiModule ------------------------------------------------------------------------ initializing stationary directory for BiModule compiling into /tmp/oa-mKGSrc STYLE-WARNING: redefining BOOT::|BiModule| in DEFUN Time: 0.01 SEC. finalizing NRLIB BMODULE ; compiling file "/tmp/oa-mKGSrc/code.lsp" (written 01 FEB 2016 10:53:36 PM): ; compiling (DEFPARAMETER |BiModule;AL| ...) ; compiling (DEFUN |BiModule;| ...) ; compiling (DEFUN |BiModule| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-mKGSrc/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/COMRING.fasl --bootstrap COMRING.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/COMRING.spad using Spad compiler. COMRING abbreviates category CommutativeRing ------------------------------------------------------------------------ initializing stationary directory for CommutativeRing compiling into /tmp/oa-qVHAPh STYLE-WARNING: redefining BOOT::|CommutativeRing| in DEFUN Time: 0.00 SEC. finalizing NRLIB COMRING ; compiling file "/tmp/oa-qVHAPh/code.lsp" (written 01 FEB 2016 10:53:36 PM): ; compiling (DEFPARAMETER |CommutativeRing;AL| ...) ; compiling (DEFUN |CommutativeRing;| ...) ; compiling (DEFUN |CommutativeRing| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-qVHAPh/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/LINSET.fasl --bootstrap LINSET.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LINSET.spad using Spad compiler. LINSET abbreviates category LinearSet ------------------------------------------------------------------------ initializing stationary directory for LinearSet compiling into /tmp/oa-guvwZr STYLE-WARNING: redefining BOOT::|LinearSet| in DEFUN Time: 0.01 SEC. finalizing NRLIB LINSET ; compiling file "/tmp/oa-guvwZr/code.lsp" (written 01 FEB 2016 10:53:36 PM): ; compiling (DEFPARAMETER |LinearSet;AL| ...) ; compiling (DEFUN |LinearSet;| ...) ; compiling (DEFUN |LinearSet| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-guvwZr/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/MODULE.fasl --bootstrap MODULE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MODULE.spad using Spad compiler. MODULE abbreviates category Module ------------------------------------------------------------------------ initializing stationary directory for Module compiling into /tmp/oa-PdWSaD STYLE-WARNING: redefining BOOT::|Module| in DEFUN Time: 0.01 SEC. finalizing NRLIB MODULE ; compiling file "/tmp/oa-PdWSaD/code.lsp" (written 01 FEB 2016 10:53:36 PM): ; compiling (DEFPARAMETER |Module;AL| ...) ; compiling (DEFUN |Module;| ...) ; compiling (DEFUN |Module| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-PdWSaD/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/ALGEBRA.fasl --bootstrap ALGEBRA.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ALGEBRA.spad using Spad compiler. ALGEBRA abbreviates category Algebra ------------------------------------------------------------------------ initializing stationary directory for Algebra compiling into /tmp/oa-ytYRVL STYLE-WARNING: redefining BOOT::|Algebra| in DEFUN Time: 0.01 SEC. finalizing NRLIB ALGEBRA ; compiling file "/tmp/oa-ytYRVL/code.lsp" (written 01 FEB 2016 10:53:37 PM): ; compiling (DEFPARAMETER |Algebra;AL| ...) ; compiling (DEFUN |Algebra;| ...) ; compiling (DEFUN |Algebra| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-ytYRVL/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/ENTIRER.fasl --bootstrap ENTIRER.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ENTIRER.spad using Spad compiler. ENTIRER abbreviates category EntireRing ------------------------------------------------------------------------ initializing stationary directory for EntireRing compiling into /tmp/oa-tdrwKL STYLE-WARNING: redefining BOOT::|EntireRing| in DEFUN Time: 0.01 SEC. finalizing NRLIB ENTIRER ; compiling file "/tmp/oa-tdrwKL/code.lsp" (written 01 FEB 2016 10:53:37 PM): ; compiling (DEFPARAMETER |EntireRing;AL| ...) ; compiling (DEFUN |EntireRing;| ...) ; compiling (DEFUN |EntireRing| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-tdrwKL/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/INTDOM.fasl --bootstrap INTDOM.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INTDOM.spad using Spad compiler. INTDOM abbreviates category IntegralDomain ------------------------------------------------------------------------ initializing stationary directory for IntegralDomain compiling into /tmp/oa-lVafTS STYLE-WARNING: redefining BOOT::|IntegralDomain| in DEFUN Time: 0.01 SEC. finalizing NRLIB INTDOM ; compiling file "/tmp/oa-lVafTS/code.lsp" (written 01 FEB 2016 10:53:37 PM): ; compiling (DEFPARAMETER |IntegralDomain;AL| ...) ; compiling (DEFUN |IntegralDomain;| ...) ; compiling (DEFUN |IntegralDomain| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-lVafTS/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/GCDDOM.fasl --bootstrap GCDDOM.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GCDDOM.spad using Spad compiler. GCDDOM abbreviates category GcdDomain ------------------------------------------------------------------------ initializing stationary directory for GcdDomain compiling into /tmp/oa-AqD7P0 STYLE-WARNING: redefining BOOT::|GcdDomain| in DEFUN Time: 0 SEC. finalizing NRLIB GCDDOM ; compiling file "/tmp/oa-AqD7P0/code.lsp" (written 01 FEB 2016 10:53:37 PM): ; compiling (DEFPARAMETER |GcdDomain;AL| ...) ; compiling (DEFUN |GcdDomain;| ...) ; compiling (DEFUN |GcdDomain| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-AqD7P0/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/UFD.fasl --bootstrap UFD.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UFD.spad using Spad compiler. UFD abbreviates category UniqueFactorizationDomain ------------------------------------------------------------------------ initializing stationary directory for UniqueFactorizationDomain compiling into /tmp/oa-qn1Qib STYLE-WARNING: redefining BOOT::|UniqueFactorizationDomain| in DEFUN Time: 0.00 SEC. finalizing NRLIB UFD ; compiling file "/tmp/oa-qn1Qib/code.lsp" (written 01 FEB 2016 10:53:37 PM): ; compiling (DEFPARAMETER |UniqueFactorizationDomain;AL| ...) ; compiling (DEFUN |UniqueFactorizationDomain;| ...) ; compiling (DEFUN |UniqueFactorizationDomain| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-qn1Qib/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/PID.fasl --bootstrap PID.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PID.spad using Spad compiler. PID abbreviates category PrincipalIdealDomain ------------------------------------------------------------------------ initializing stationary directory for PrincipalIdealDomain compiling into /tmp/oa-zSxy3k STYLE-WARNING: redefining BOOT::|PrincipalIdealDomain| in DEFUN Time: 0.01 SEC. finalizing NRLIB PID ; compiling file "/tmp/oa-zSxy3k/code.lsp" (written 01 FEB 2016 10:53:37 PM): ; compiling (DEFPARAMETER |PrincipalIdealDomain;AL| ...) ; compiling (DEFUN |PrincipalIdealDomain;| ...) ; compiling (DEFUN |PrincipalIdealDomain| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-zSxy3k/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/EUCDOM.fasl --bootstrap EUCDOM.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/EUCDOM.spad using Spad compiler. EUCDOM abbreviates category EuclideanDomain ------------------------------------------------------------------------ initializing stationary directory for EuclideanDomain compiling into /tmp/oa-27T8sw STYLE-WARNING: redefining BOOT::|EuclideanDomain| in DEFUN Time: 0.01 SEC. finalizing NRLIB EUCDOM ; compiling file "/tmp/oa-27T8sw/code.lsp" (written 01 FEB 2016 10:53:37 PM): ; compiling (DEFPARAMETER |EuclideanDomain;AL| ...) ; compiling (DEFUN |EuclideanDomain;| ...) ; compiling (DEFUN |EuclideanDomain| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-27T8sw/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/OASGP.fasl --bootstrap OASGP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OASGP.spad using Spad compiler. OASGP abbreviates category OrderedAbelianSemiGroup ------------------------------------------------------------------------ initializing stationary directory for OrderedAbelianSemiGroup compiling into /tmp/oa-V6vRyL STYLE-WARNING: redefining BOOT::|OrderedAbelianSemiGroup| in DEFUN Time: 0.00 SEC. finalizing NRLIB OASGP ; compiling file "/tmp/oa-V6vRyL/code.lsp" (written 01 FEB 2016 10:53:37 PM): ; compiling (DEFPARAMETER |OrderedAbelianSemiGroup;AL| ...) ; compiling (DEFUN |OrderedAbelianSemiGroup;| ...) ; compiling (DEFUN |OrderedAbelianSemiGroup| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-V6vRyL/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/OAMON.fasl --bootstrap OAMON.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OAMON.spad using Spad compiler. OAMON abbreviates category OrderedAbelianMonoid ------------------------------------------------------------------------ initializing stationary directory for OrderedAbelianMonoid compiling into /tmp/oa-i7fuvO STYLE-WARNING: redefining BOOT::|OrderedAbelianMonoid| in DEFUN Time: 0.01 SEC. finalizing NRLIB OAMON ; compiling file "/tmp/oa-i7fuvO/code.lsp" (written 01 FEB 2016 10:53:38 PM): ; compiling (DEFPARAMETER |OrderedAbelianMonoid;AL| ...) ; compiling (DEFUN |OrderedAbelianMonoid;| ...) ; compiling (DEFUN |OrderedAbelianMonoid| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-i7fuvO/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/OCAMON.fasl --bootstrap OCAMON.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OCAMON.spad using Spad compiler. OCAMON abbreviates category OrderedCancellationAbelianMonoid ------------------------------------------------------------------------ initializing stationary directory for OrderedCancellationAbelianMonoid compiling into /tmp/oa-Lf5xdX STYLE-WARNING: redefining BOOT::|OrderedCancellationAbelianMonoid| in DEFUN Time: 0.01 SEC. finalizing NRLIB OCAMON ; compiling file "/tmp/oa-Lf5xdX/code.lsp" (written 01 FEB 2016 10:53:38 PM): ; compiling (DEFPARAMETER |OrderedCancellationAbelianMonoid;AL| ...) ; compiling (DEFUN |OrderedCancellationAbelianMonoid;| ...) ; compiling (DEFUN |OrderedCancellationAbelianMonoid| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Lf5xdX/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/OAGROUP.fasl --bootstrap OAGROUP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OAGROUP.spad using Spad compiler. OAGROUP abbreviates category OrderedAbelianGroup ------------------------------------------------------------------------ initializing stationary directory for OrderedAbelianGroup compiling into /tmp/oa-Uv6sQ7 STYLE-WARNING: redefining BOOT::|OrderedAbelianGroup| in DEFUN Time: 0.01 SEC. finalizing NRLIB OAGROUP ; compiling file "/tmp/oa-Uv6sQ7/code.lsp" (written 01 FEB 2016 10:53:38 PM): ; compiling (DEFPARAMETER |OrderedAbelianGroup;AL| ...) ; compiling (DEFUN |OrderedAbelianGroup;| ...) ; compiling (DEFUN |OrderedAbelianGroup| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Uv6sQ7/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/CHARZ.fasl --bootstrap CHARZ.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CHARZ.spad using Spad compiler. CHARZ abbreviates category CharacteristicZero ------------------------------------------------------------------------ initializing stationary directory for CharacteristicZero compiling into /tmp/oa-wthANf STYLE-WARNING: redefining BOOT::|CharacteristicZero| in DEFUN Time: 0.01 SEC. finalizing NRLIB CHARZ ; compiling file "/tmp/oa-wthANf/code.lsp" (written 01 FEB 2016 10:53:38 PM): ; compiling (DEFPARAMETER |CharacteristicZero;AL| ...) ; compiling (DEFUN |CharacteristicZero;| ...) ; compiling (DEFUN |CharacteristicZero| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-wthANf/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/ORDRING.fasl --bootstrap ORDRING.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ORDRING.spad using Spad compiler. ORDRING abbreviates category OrderedRing ------------------------------------------------------------------------ initializing stationary directory for OrderedRing compiling into /tmp/oa-fhWpWp STYLE-WARNING: redefining BOOT::|OrderedRing| in DEFUN Time: 0.01 SEC. finalizing NRLIB ORDRING ; compiling file "/tmp/oa-fhWpWp/code.lsp" (written 01 FEB 2016 10:53:38 PM): ; compiling (DEFPARAMETER |OrderedRing;AL| ...) ; compiling (DEFUN |OrderedRing;| ...) ; compiling (DEFUN |OrderedRing| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-fhWpWp/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/OINTDOM.fasl --bootstrap OINTDOM.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OINTDOM.spad using Spad compiler. OINTDOM abbreviates category OrderedIntegralDomain ------------------------------------------------------------------------ initializing stationary directory for OrderedIntegralDomain compiling into /tmp/oa-TdpBkD STYLE-WARNING: redefining BOOT::|OrderedIntegralDomain| in DEFUN Time: 0.00 SEC. finalizing NRLIB OINTDOM ; compiling file "/tmp/oa-TdpBkD/code.lsp" (written 01 FEB 2016 10:53:38 PM): ; compiling (DEFPARAMETER |OrderedIntegralDomain;AL| ...) ; compiling (DEFUN |OrderedIntegralDomain;| ...) ; compiling (DEFUN |OrderedIntegralDomain| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-TdpBkD/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/DIFFDOM.fasl --bootstrap DIFFDOM.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DIFFDOM.spad using Spad compiler. DIFFDOM abbreviates category DifferentialDomain ------------------------------------------------------------------------ initializing stationary directory for DifferentialDomain compiling into /tmp/oa-DbGrEO STYLE-WARNING: redefining BOOT::|DifferentialDomain| in DEFUN Time: 0.01 SEC. finalizing NRLIB DIFFDOM ; compiling file "/tmp/oa-DbGrEO/code.lsp" (written 01 FEB 2016 10:53:38 PM): ; compiling (DEFPARAMETER |DifferentialDomain;AL| ...) ; compiling (DEFUN |DifferentialDomain;| ...) ; compiling (DEFUN |DifferentialDomain| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-DbGrEO/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/DIFFSPC.fasl --bootstrap DIFFSPC.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DIFFSPC.spad using Spad compiler. DIFFSPC abbreviates category DifferentialSpace ------------------------------------------------------------------------ initializing stationary directory for DifferentialSpace compiling into /tmp/oa-VePmfQ STYLE-WARNING: redefining BOOT::|DifferentialSpace| in DEFUN Time: 0.01 SEC. finalizing NRLIB DIFFSPC ; compiling file "/tmp/oa-VePmfQ/code.lsp" (written 01 FEB 2016 10:53:39 PM): ; compiling (DEFPARAMETER |DifferentialSpace;AL| ...) ; compiling (DEFUN |DifferentialSpace;| ...) ; compiling (DEFUN |DifferentialSpace| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-VePmfQ/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/DIFRING.fasl --bootstrap DIFRING.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DIFRING.spad using Spad compiler. DIFRING abbreviates category DifferentialRing ------------------------------------------------------------------------ initializing stationary directory for DifferentialRing compiling into /tmp/oa-HsTx3W STYLE-WARNING: redefining BOOT::|DifferentialRing| in DEFUN Time: 0.00 SEC. finalizing NRLIB DIFRING ; compiling file "/tmp/oa-HsTx3W/code.lsp" (written 01 FEB 2016 10:53:39 PM): ; compiling (DEFPARAMETER |DifferentialRing;AL| ...) ; compiling (DEFUN |DifferentialRing;| ...) ; compiling (DEFUN |DifferentialRing| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-HsTx3W/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/RETRACT.fasl --bootstrap RETRACT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RETRACT.spad using Spad compiler. RETRACT abbreviates category RetractableTo ------------------------------------------------------------------------ initializing stationary directory for RetractableTo compiling into /tmp/oa-ITBV19 STYLE-WARNING: redefining BOOT::|RetractableTo| in DEFUN Time: 0.01 SEC. finalizing NRLIB RETRACT ; compiling file "/tmp/oa-ITBV19/code.lsp" (written 01 FEB 2016 10:53:39 PM): ; compiling (DEFPARAMETER |RetractableTo;AL| ...) ; compiling (DEFUN |RetractableTo;| ...) ; compiling (DEFUN |RetractableTo| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-ITBV19/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/LINEXP.fasl --bootstrap LINEXP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LINEXP.spad using Spad compiler. LINEXP abbreviates category LinearlyExplicitRingOver ------------------------------------------------------------------------ initializing stationary directory for LinearlyExplicitRingOver compiling into /tmp/oa-hSShRh STYLE-WARNING: redefining BOOT::|LinearlyExplicitRingOver| in DEFUN Time: 0.01 SEC. finalizing NRLIB LINEXP ; compiling file "/tmp/oa-hSShRh/code.lsp" (written 01 FEB 2016 10:53:39 PM): ; compiling (DEFPARAMETER |LinearlyExplicitRingOver;AL| ...) ; compiling (DEFUN |LinearlyExplicitRingOver;| ...) ; compiling (DEFUN |LinearlyExplicitRingOver| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-hSShRh/code.fasl written ; compilation finished in 0:00:00.018 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/CFCAT.fasl --bootstrap CFCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CFCAT.spad using Spad compiler. CFCAT abbreviates category CombinatorialFunctionCategory ------------------------------------------------------------------------ initializing stationary directory for CombinatorialFunctionCategory compiling into /tmp/oa-hw9kru STYLE-WARNING: redefining BOOT::|CombinatorialFunctionCategory| in DEFUN Time: 0.00 SEC. finalizing NRLIB CFCAT ; compiling file "/tmp/oa-hw9kru/code.lsp" (written 01 FEB 2016 10:53:39 PM): ; compiling (DEFPARAMETER |CombinatorialFunctionCategory;AL| ...) ; compiling (DEFUN |CombinatorialFunctionCategory;| ...) ; compiling (DEFUN |CombinatorialFunctionCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-hw9kru/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/REAL.fasl --bootstrap REAL.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/REAL.spad using Spad compiler. REAL abbreviates category RealConstant ------------------------------------------------------------------------ initializing stationary directory for RealConstant compiling into /tmp/oa-wWEvdF STYLE-WARNING: redefining BOOT::|RealConstant| in DEFUN Time: 0.00 SEC. finalizing NRLIB REAL ; compiling file "/tmp/oa-wWEvdF/code.lsp" (written 01 FEB 2016 10:53:39 PM): ; compiling (DEFPARAMETER |RealConstant;AL| ...) ; compiling (DEFUN |RealConstant;| ...) ; compiling (DEFUN |RealConstant| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-wWEvdF/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/STEP.fasl --bootstrap STEP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/STEP.spad using Spad compiler. STEP abbreviates category StepThrough ------------------------------------------------------------------------ initializing stationary directory for StepThrough compiling into /tmp/oa-AvVkWO STYLE-WARNING: redefining BOOT::|StepThrough| in DEFUN Time: 0.01 SEC. finalizing NRLIB STEP ; compiling file "/tmp/oa-AvVkWO/code.lsp" (written 01 FEB 2016 10:53:39 PM): ; compiling (DEFPARAMETER |StepThrough;AL| ...) ; compiling (DEFUN |StepThrough;| ...) ; compiling (DEFUN |StepThrough| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-AvVkWO/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/PATMAB.fasl --bootstrap PATMAB.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PATMAB.spad using Spad compiler. PATMAB abbreviates category PatternMatchable ------------------------------------------------------------------------ initializing stationary directory for PatternMatchable compiling into /tmp/oa-UWdaXN STYLE-WARNING: redefining BOOT::|PatternMatchable| in DEFUN Time: 0.01 SEC. finalizing NRLIB PATMAB ; compiling file "/tmp/oa-UWdaXN/code.lsp" (written 01 FEB 2016 10:53:40 PM): ; compiling (DEFPARAMETER |PatternMatchable;AL| ...) ; compiling (DEFUN |PatternMatchable;| ...) ; compiling (DEFUN |PatternMatchable| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-UWdaXN/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/INS.fasl --bootstrap INS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INS.spad using Spad compiler. INS abbreviates category IntegerNumberSystem ------------------------------------------------------------------------ initializing stationary directory for IntegerNumberSystem compiling into /tmp/oa-Vhan4U STYLE-WARNING: redefining BOOT::|IntegerNumberSystem| in DEFUN Time: 0.01 SEC. finalizing NRLIB INS ; compiling file "/tmp/oa-Vhan4U/code.lsp" (written 01 FEB 2016 10:53:40 PM): ; compiling (DEFPARAMETER |IntegerNumberSystem;AL| ...) ; compiling (DEFUN |IntegerNumberSystem;| ...) ; compiling (DEFUN |IntegerNumberSystem| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Vhan4U/code.fasl written ; compilation finished in 0:00:00.018 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/INT.fasl --bootstrap INT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INT.spad using Spad compiler. INT abbreviates domain Integer ------------------------------------------------------------------------ initializing stationary directory for Integer compiling into /tmp/oa-Eiz243 Time: 0.03 SEC. Cumulative Statistics for Constructor Integer Time: 0.03 seconds finalizing NRLIB INT ; compiling file "/tmp/oa-Eiz243/code.lsp" (written 01 FEB 2016 10:53:40 PM): ; compiling (DEFUN |Integer| ...) ; compiling (DEFUN |Integer;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Eiz243/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/SINT.fasl --bootstrap SINT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SINT.spad using Spad compiler. SINT abbreviates domain SingleInteger ------------------------------------------------------------------------ initializing stationary directory for SingleInteger compiling into /tmp/oa-3YW4Ug Time: 0.03 SEC. Cumulative Statistics for Constructor SingleInteger Time: 0.03 seconds finalizing NRLIB SINT ; compiling file "/tmp/oa-3YW4Ug/code.lsp" (written 01 FEB 2016 10:53:40 PM): ; compiling (DEFUN |SingleInteger| ...) ; compiling (DEFUN |SingleInteger;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbSuperDomain| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-3YW4Ug/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/AGG.fasl --bootstrap AGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/AGG.spad using Spad compiler. AGG abbreviates category Aggregate ------------------------------------------------------------------------ initializing stationary directory for Aggregate compiling into /tmp/oa-f2Bhas STYLE-WARNING: redefining BOOT::|Aggregate| in DEFUN Time: 0.00 SEC. finalizing NRLIB AGG ; compiling file "/tmp/oa-f2Bhas/code.lsp" (written 01 FEB 2016 10:53:40 PM): ; compiling (DEFPARAMETER |Aggregate;AL| ...) ; compiling (DEFUN |Aggregate;| ...) ; compiling (DEFUN |Aggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-f2Bhas/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/FUNCTOR.fasl --bootstrap FUNCTOR.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FUNCTOR.spad using Spad compiler. FUNCTOR abbreviates category Functorial ------------------------------------------------------------------------ initializing stationary directory for Functorial compiling into /tmp/oa-hi8t9A STYLE-WARNING: redefining BOOT::|Functorial| in DEFUN Time: 0.01 SEC. finalizing NRLIB FUNCTOR ; compiling file "/tmp/oa-hi8t9A/code.lsp" (written 01 FEB 2016 10:53:40 PM): ; compiling (DEFPARAMETER |Functorial;AL| ...) ; compiling (DEFUN |Functorial;| ...) ; compiling (DEFUN |Functorial| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-hi8t9A/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/IEVALAB.fasl --bootstrap IEVALAB.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IEVALAB.spad using Spad compiler. IEVALAB abbreviates category InnerEvalable ------------------------------------------------------------------------ initializing stationary directory for InnerEvalable compiling into /tmp/oa-D2ihOG STYLE-WARNING: redefining BOOT::|InnerEvalable| in DEFUN Time: 0.01 SEC. finalizing NRLIB IEVALAB ; compiling file "/tmp/oa-D2ihOG/code.lsp" (written 01 FEB 2016 10:53:40 PM): ; compiling (DEFPARAMETER |InnerEvalable;AL| ...) ; compiling (DEFUN |InnerEvalable;| ...) ; compiling (DEFUN |InnerEvalable| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-D2ihOG/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/EVALAB.fasl --bootstrap EVALAB.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/EVALAB.spad using Spad compiler. EVALAB abbreviates category Evalable ------------------------------------------------------------------------ initializing stationary directory for Evalable compiling into /tmp/oa-nR5daO STYLE-WARNING: redefining BOOT::|Evalable| in DEFUN Time: 0.01 SEC. finalizing NRLIB EVALAB ; compiling file "/tmp/oa-nR5daO/code.lsp" (written 01 FEB 2016 10:53:40 PM): ; compiling (DEFPARAMETER |Evalable;AL| ...) ; compiling (DEFUN |Evalable;| ...) ; compiling (DEFUN |Evalable| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-nR5daO/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/HOAGG.fasl --bootstrap HOAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/HOAGG.spad using Spad compiler. HOAGG abbreviates category HomogeneousAggregate ------------------------------------------------------------------------ initializing stationary directory for HomogeneousAggregate compiling into /tmp/oa-zteZrO STYLE-WARNING: redefining BOOT::|HomogeneousAggregate| in DEFUN Time: 0.01 SEC. finalizing NRLIB HOAGG ; compiling file "/tmp/oa-zteZrO/code.lsp" (written 01 FEB 2016 10:53:41 PM): ; compiling (DEFPARAMETER |HomogeneousAggregate;AL| ...) ; compiling (DEFUN |HomogeneousAggregate;| ...) ; compiling (DEFUN |HomogeneousAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-zteZrO/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/ELTAB.fasl --bootstrap ELTAB.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ELTAB.spad using Spad compiler. ELTAB abbreviates category Eltable ------------------------------------------------------------------------ initializing stationary directory for Eltable compiling into /tmp/oa-uPBD9W STYLE-WARNING: redefining BOOT::|Eltable| in DEFUN Time: 0.01 SEC. finalizing NRLIB ELTAB ; compiling file "/tmp/oa-uPBD9W/code.lsp" (written 01 FEB 2016 10:53:41 PM): ; compiling (DEFPARAMETER |Eltable;AL| ...) ; compiling (DEFUN |Eltable;| ...) ; compiling (DEFUN |Eltable| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-uPBD9W/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/ELTAGG.fasl --bootstrap ELTAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ELTAGG.spad using Spad compiler. ELTAGG abbreviates category EltableAggregate ------------------------------------------------------------------------ initializing stationary directory for EltableAggregate compiling into /tmp/oa-Jln056 STYLE-WARNING: redefining BOOT::|EltableAggregate| in DEFUN Time: 0.01 SEC. finalizing NRLIB ELTAGG ; compiling file "/tmp/oa-Jln056/code.lsp" (written 01 FEB 2016 10:53:41 PM): ; compiling (DEFPARAMETER |EltableAggregate;AL| ...) ; compiling (DEFUN |EltableAggregate;| ...) ; compiling (DEFUN |EltableAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Jln056/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/IXAGG.fasl --bootstrap IXAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IXAGG.spad using Spad compiler. IXAGG abbreviates category IndexedAggregate ------------------------------------------------------------------------ initializing stationary directory for IndexedAggregate compiling into /tmp/oa-ljeUje STYLE-WARNING: redefining BOOT::|IndexedAggregate| in DEFUN Time: 0.01 SEC. finalizing NRLIB IXAGG ; compiling file "/tmp/oa-ljeUje/code.lsp" (written 01 FEB 2016 10:53:41 PM): ; compiling (DEFPARAMETER |IndexedAggregate;AL| ...) ; compiling (DEFUN |IndexedAggregate;| ...) ; compiling (DEFUN |IndexedAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-ljeUje/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/CLAGG.fasl --bootstrap CLAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CLAGG.spad using Spad compiler. CLAGG abbreviates category Collection ------------------------------------------------------------------------ initializing stationary directory for Collection compiling into /tmp/oa-RCCsrl STYLE-WARNING: redefining BOOT::|Collection| in DEFUN Time: 0.01 SEC. finalizing NRLIB CLAGG ; compiling file "/tmp/oa-RCCsrl/code.lsp" (written 01 FEB 2016 10:53:41 PM): ; compiling (DEFPARAMETER |Collection;AL| ...) ; compiling (DEFUN |Collection;| ...) ; compiling (DEFUN |Collection| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-RCCsrl/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/LNAGG.fasl --bootstrap LNAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LNAGG.spad using Spad compiler. LNAGG abbreviates category LinearAggregate ------------------------------------------------------------------------ initializing stationary directory for LinearAggregate compiling into /tmp/oa-FnAIHv STYLE-WARNING: redefining BOOT::|LinearAggregate| in DEFUN Time: 0.01 SEC. finalizing NRLIB LNAGG ; compiling file "/tmp/oa-FnAIHv/code.lsp" (written 01 FEB 2016 10:53:41 PM): ; compiling (DEFPARAMETER |LinearAggregate;AL| ...) ; compiling (DEFUN |LinearAggregate;| ...) ; compiling (DEFUN |LinearAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-FnAIHv/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/FINAGG.fasl --bootstrap FINAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FINAGG.spad using Spad compiler. FINAGG abbreviates category FiniteAggregate ------------------------------------------------------------------------ initializing stationary directory for FiniteAggregate compiling into /tmp/oa-wK6fAF STYLE-WARNING: redefining BOOT::|FiniteAggregate| in DEFUN Time: 0.01 SEC. finalizing NRLIB FINAGG ; compiling file "/tmp/oa-wK6fAF/code.lsp" (written 01 FEB 2016 10:53:41 PM): ; compiling (DEFPARAMETER |FiniteAggregate;AL| ...) ; compiling (DEFUN |FiniteAggregate;| ...) ; compiling (DEFUN |FiniteAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-wK6fAF/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/FLAGG.fasl --bootstrap FLAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FLAGG.spad using Spad compiler. FLAGG abbreviates category FiniteLinearAggregate ------------------------------------------------------------------------ initializing stationary directory for FiniteLinearAggregate compiling into /tmp/oa-FwMqeP STYLE-WARNING: redefining BOOT::|FiniteLinearAggregate| in DEFUN Time: 0.01 SEC. finalizing NRLIB FLAGG ; compiling file "/tmp/oa-FwMqeP/code.lsp" (written 01 FEB 2016 10:53:41 PM): ; compiling (DEFPARAMETER |FiniteLinearAggregate;AL| ...) ; compiling (DEFUN |FiniteLinearAggregate;| ...) ; compiling (DEFUN |FiniteLinearAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-FwMqeP/code.fasl written ; compilation finished in 0:00:00.025 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/SMAGG.fasl --bootstrap SMAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SMAGG.spad using Spad compiler. SMAGG abbreviates category ShallowlyMutableAggregate ------------------------------------------------------------------------ initializing stationary directory for ShallowlyMutableAggregate compiling into /tmp/oa-uNArfZ STYLE-WARNING: redefining BOOT::|ShallowlyMutableAggregate| in DEFUN Time: 0.01 SEC. finalizing NRLIB SMAGG ; compiling file "/tmp/oa-uNArfZ/code.lsp" (written 01 FEB 2016 10:53:42 PM): ; compiling (DEFPARAMETER |ShallowlyMutableAggregate;AL| ...) ; compiling (DEFUN |ShallowlyMutableAggregate;| ...) ; compiling (DEFUN |ShallowlyMutableAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-uNArfZ/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/A1AGG.fasl --bootstrap A1AGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/A1AGG.spad using Spad compiler. A1AGG abbreviates category OneDimensionalArrayAggregate ------------------------------------------------------------------------ initializing stationary directory for OneDimensionalArrayAggregate compiling into /tmp/oa-9fhLnW STYLE-WARNING: redefining BOOT::|OneDimensionalArrayAggregate| in DEFUN Time: 0.01 SEC. finalizing NRLIB A1AGG ; compiling file "/tmp/oa-9fhLnW/code.lsp" (written 01 FEB 2016 10:53:42 PM): ; compiling (DEFPARAMETER |OneDimensionalArrayAggregate;AL| ...) ; compiling (DEFUN |OneDimensionalArrayAggregate;| ...) ; compiling (DEFUN |OneDimensionalArrayAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-9fhLnW/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/SRAGG.fasl --bootstrap SRAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SRAGG.spad using Spad compiler. SRAGG abbreviates category StringAggregate ------------------------------------------------------------------------ initializing stationary directory for StringAggregate compiling into /tmp/oa-hcVnV8 STYLE-WARNING: redefining BOOT::|StringAggregate| in DEFUN Time: 0.01 SEC. finalizing NRLIB SRAGG ; compiling file "/tmp/oa-hcVnV8/code.lsp" (written 01 FEB 2016 10:53:42 PM): ; compiling (DEFPARAMETER |StringAggregate;AL| ...) ; compiling (DEFUN |StringAggregate;| ...) ; compiling (DEFUN |StringAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-hcVnV8/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/STRING.fasl --bootstrap STRING.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/STRING.spad using Spad compiler. STRING abbreviates domain String ------------------------------------------------------------------------ initializing stationary directory for String compiling into /tmp/oa-82CoPl Time: 0.02 SEC. Cumulative Statistics for Constructor String Time: 0.02 seconds finalizing NRLIB STRING ; compiling file "/tmp/oa-82CoPl/code.lsp" (written 01 FEB 2016 10:53:42 PM): ; compiling (DEFUN |String| ...) ; compiling (DEFUN |String;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-82CoPl/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/OUTFORM.fasl --bootstrap OUTFORM.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OUTFORM.spad using Spad compiler. OUTFORM abbreviates domain OutputForm ------------------------------------------------------------------------ initializing stationary directory for OutputForm compiling into /tmp/oa-ZUiw8x Time: 0.01 SEC. Cumulative Statistics for Constructor OutputForm Time: 0.01 seconds finalizing NRLIB OUTFORM ; compiling file "/tmp/oa-ZUiw8x/code.lsp" (written 01 FEB 2016 10:53:42 PM): ; compiling (DEFUN |OutputForm| ...) ; compiling (DEFUN |OutputForm;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-ZUiw8x/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/SETCAT.fasl --optimize=3 SETCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SETCAT.spad using Spad compiler. SETCAT abbreviates category SetCategory debug: compDefine1 lhs: (SetCategory) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for SetCategory compiling into /tmp/oa-Xd9RZH STYLE-WARNING: redefining BOOT::|SetCategory| in DEFUN Time: 0.01 SEC. SETCAT- abbreviates package SetCategory& ------------------------------------------------------------------------ initializing stationary directory for SetCategory& compiling into /tmp/oa-u93Rzo compiling exported hash : S -> SingleInteger SETCAT-;hash;$Si;1 is replaced by %hash Time: 0.03 SEC. compiling exported latex : S -> String SETCAT-;latex;$S;2 s is replaced by "\mbox{\bf Unimplemented}" Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor SetCategory& Time: 0.04 seconds finalizing NRLIB SETCAT- ; compiling file "/tmp/oa-u93Rzo/code.lsp" (written 01 FEB 2016 10:53:42 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SETCAT-;hash;$Si;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SETCAT-;latex;$S;2|) ...) ; compiling (DEFUN |SETCAT-;hash;$Si;1| ...) ; compiling (DEFUN |SETCAT-;latex;$S;2| ...) ; file: /tmp/oa-u93Rzo/code.lsp ; in: DEFUN |SETCAT-;latex;$S;2| ; (DEFUN BOOT::|SETCAT-;latex;$S;2| (BOOT::|s| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; "\\mbox{\\bf Unimplemented}") ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SETCAT-;latex;$S;2| ; (BOOT::|s| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|SETCAT-;latex;$S;2| "\\mbox{\\bf Unimplemented}")) ; ; caught STYLE-WARNING: ; The variable |s| is defined but never used. ; compiling (DEFUN |SetCategory&| ...) ; compiling (MAKEPROP (QUOTE |SetCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; /tmp/oa-u93Rzo/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ finalizing NRLIB SETCAT Processing SetCategory for Browser database: -- hash : % -> SingleInteger -- latex : % -> String -- constructor ; compiling file "/tmp/oa-Xd9RZH/code.lsp" (written 01 FEB 2016 10:53:42 PM): ; compiling (DEFPARAMETER |SetCategory;AL| ...) ; compiling (DEFUN |SetCategory;| ...) ; compiling (DEFUN |SetCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Xd9RZH/code.fasl written ; compilation finished in 0:00:00.023 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/LOGIC.fasl --optimize=3 LOGIC.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LOGIC.spad using Spad compiler. LOGIC abbreviates category Logic debug: compDefine1 lhs: (Logic) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for Logic compiling into /tmp/oa-nu6geR STYLE-WARNING: redefining BOOT::|Logic| in DEFUN Time: 0.00 SEC. LOGIC- abbreviates package Logic& ------------------------------------------------------------------------ initializing stationary directory for Logic& compiling into /tmp/oa-rSg1by compiling exported \/ : (S,S) -> S Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor Logic& Time: 0.00 seconds finalizing NRLIB LOGIC- ; compiling file "/tmp/oa-rSg1by/code.lsp" (written 01 FEB 2016 10:53:42 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LOGIC-;\\/;3$;1| ...) ; compiling (DEFUN |Logic&| ...) ; compiling (MAKEPROP (QUOTE |Logic&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-rSg1by/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ finalizing NRLIB LOGIC Processing Logic for Browser database: -- ~? : % -> % -- ?/\? : (%,%) -> % -- ?\/? : (%,%) -> % -- constructor ; compiling file "/tmp/oa-nu6geR/code.lsp" (written 01 FEB 2016 10:53:42 PM): ; compiling (DEFPARAMETER |Logic;AL| ...) ; compiling (DEFUN |Logic;| ...) ; compiling (DEFUN |Logic| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-nu6geR/code.fasl written ; compilation finished in 0:00:00.006 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/KVTFROM.fasl --bootstrap KVTFROM.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/KVTFROM.spad using Spad compiler. KVTFROM abbreviates category ConvertibleFrom ------------------------------------------------------------------------ initializing stationary directory for ConvertibleFrom compiling into /tmp/oa-ZyPCv1 STYLE-WARNING: redefining BOOT::|ConvertibleFrom| in DEFUN Time: 0.01 SEC. finalizing NRLIB KVTFROM ; compiling file "/tmp/oa-ZyPCv1/code.lsp" (written 01 FEB 2016 10:53:43 PM): ; compiling (DEFPARAMETER |ConvertibleFrom;AL| ...) ; compiling (DEFUN |ConvertibleFrom;| ...) ; compiling (DEFUN |ConvertibleFrom| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-ZyPCv1/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/SEXCAT.fasl --bootstrap SEXCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SEXCAT.spad using Spad compiler. SEXCAT abbreviates category SExpressionCategory ------------------------------------------------------------------------ initializing stationary directory for SExpressionCategory compiling into /tmp/oa-wPVzeX STYLE-WARNING: redefining BOOT::|SExpressionCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB SEXCAT ; compiling file "/tmp/oa-wPVzeX/code.lsp" (written 01 FEB 2016 10:53:43 PM): ; compiling (DEFPARAMETER |SExpressionCategory;AL| ...) ; compiling (DEFUN |SExpressionCategory;| ...) ; compiling (DEFUN |SExpressionCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-wPVzeX/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/INFORM.fasl --bootstrap INFORM.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INFORM.spad using Spad compiler. INFORM abbreviates domain InputForm ------------------------------------------------------------------------ initializing stationary directory for InputForm compiling into /tmp/oa-rKOlFa Time: 0.01 SEC. Cumulative Statistics for Constructor InputForm Time: 0.01 seconds finalizing NRLIB INFORM ; compiling file "/tmp/oa-rKOlFa/code.lsp" (written 01 FEB 2016 10:53:43 PM): ; compiling (DEFUN |InputForm| ...) ; compiling (DEFUN |InputForm;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-rKOlFa/code.fasl written ; compilation finished in 0:00:00.018 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/BOOLE.fasl --optimize=3 BOOLE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/BOOLE.spad using Spad compiler. BOOLE abbreviates category BooleanLogic debug: compDefine1 lhs: (BooleanLogic) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for BooleanLogic compiling into /tmp/oa-CVroRg STYLE-WARNING: redefining BOOT::|BooleanLogic| in DEFUN Time: 0.00 SEC. BOOLE- abbreviates package BooleanLogic& ------------------------------------------------------------------------ initializing stationary directory for BooleanLogic& compiling into /tmp/oa-9Q9k1Y compiling exported not : S -> S Time: 0.00 SEC. compiling exported and : (S,S) -> S Time: 0 SEC. compiling exported or : (S,S) -> S Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor BooleanLogic& Time: 0.00 seconds finalizing NRLIB BOOLE- ; compiling file "/tmp/oa-9Q9k1Y/code.lsp" (written 01 FEB 2016 10:53:43 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |BOOLE-;not;2$;1| ...) ; compiling (DEFUN |BOOLE-;and;3$;2| ...) ; compiling (DEFUN |BOOLE-;or;3$;3| ...) ; compiling (DEFUN |BooleanLogic&| ...) ; compiling (MAKEPROP (QUOTE |BooleanLogic&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-9Q9k1Y/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ finalizing NRLIB BOOLE Processing BooleanLogic for Browser database: -- not? : % -> % -- ?and? : (%,%) -> % -- ?or? : (%,%) -> % -- constructor ; compiling file "/tmp/oa-CVroRg/code.lsp" (written 01 FEB 2016 10:53:43 PM): ; compiling (DEFPARAMETER |BooleanLogic;AL| ...) ; compiling (DEFUN |BooleanLogic;| ...) ; compiling (DEFUN |BooleanLogic| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-CVroRg/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/PROPLOG.fasl --optimize=3 PROPLOG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PROPLOG.spad using Spad compiler. PROPLOG abbreviates category PropositionalLogic debug: compDefine1 lhs: (PropositionalLogic) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for PropositionalLogic compiling into /tmp/oa-gidzor STYLE-WARNING: redefining BOOT::|PropositionalLogic| in DEFUN Time: 0.01 SEC. finalizing NRLIB PROPLOG Processing PropositionalLogic for Browser database: -- true : () -> % -- false : () -> % -- implies : (%,%) -> % -- equiv : (%,%) -> % -- constructor ; compiling file "/tmp/oa-gidzor/code.lsp" (written 01 FEB 2016 10:53:43 PM): ; compiling (DEFPARAMETER |PropositionalLogic;AL| ...) ; compiling (DEFUN |PropositionalLogic;| ...) ; compiling (DEFUN |PropositionalLogic| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-gidzor/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/ORDTYPE.fasl --optimize=3 ORDTYPE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ORDTYPE.spad using Spad compiler. ORDTYPE abbreviates category OrderedType debug: compDefine1 lhs: (OrderedType) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for OrderedType compiling into /tmp/oa-cgYTxx STYLE-WARNING: redefining BOOT::|OrderedType| in DEFUN Time: 0.01 SEC. ORDTYPE- abbreviates package OrderedType& ------------------------------------------------------------------------ initializing stationary directory for OrderedType& compiling into /tmp/oa-80isig compiling exported > : (S,S) -> Boolean Time: 0.00 SEC. compiling exported <= : (S,S) -> Boolean Time: 0.00 SEC. compiling exported >= : (S,S) -> Boolean Time: 0 SEC. compiling exported = : (S,S) -> Boolean Time: 0.00 SEC. compiling exported max : (S,S) -> S Time: 0 SEC. compiling exported min : (S,S) -> S Time: 0 SEC. compiling exported before? : (S,S) -> Boolean Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor OrderedType& Time: 0.02 seconds finalizing NRLIB ORDTYPE- ; compiling file "/tmp/oa-80isig/code.lsp" (written 01 FEB 2016 10:53:43 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ORDTYPE-;>;2$B;1| ...) ; file: /tmp/oa-80isig/code.lsp ; in: DEFUN |ORDTYPE-;>;2$B;1| ; (DEFUN BOOT::|ORDTYPE-;>;2$B;1| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|y| BOOT::|x| (BOOT::|shellEntry| BOOT::$ 8))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ORDTYPE-;>;2$B;1| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|ORDTYPE-;>;2$B;1| ; (BOOT::SPADCALL BOOT::|y| BOOT::|x| (BOOT::|shellEntry| BOOT::$ 8)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |ORDTYPE-;<=;2$B;2| ...) ; file: /tmp/oa-80isig/code.lsp ; in: DEFUN |ORDTYPE-;<=;2$B;2| ; (DEFUN BOOT::|ORDTYPE-;<=;2$B;2| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|y| BOOT::|x| (BOOT::|shellEntry| BOOT::$ 8)) ; (BOOT::|shellEntry| BOOT::$ 10))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ORDTYPE-;<=;2$B;2| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|ORDTYPE-;<=;2$B;2| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|y| BOOT::|x| (BOOT::|shellEntry| BOOT::$ 8)) ; (BOOT::|shellEntry| BOOT::$ 10)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |ORDTYPE-;>=;2$B;3| ...) ; file: /tmp/oa-80isig/code.lsp ; in: DEFUN |ORDTYPE-;>=;2$B;3| ; (DEFUN BOOT::|ORDTYPE-;>=;2$B;3| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 8)) ; (BOOT::|shellEntry| BOOT::$ 10))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ORDTYPE-;>=;2$B;3| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|ORDTYPE-;>=;2$B;3| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 8)) ; (BOOT::|shellEntry| BOOT::$ 10)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |ORDTYPE-;=;2$B;4| ...) ; file: /tmp/oa-80isig/code.lsp ; in: DEFUN |ORDTYPE-;=;2$B;4| ; (DEFUN BOOT::|ORDTYPE-;=;2$B;4| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL ; (COND ; ((BOOT::SPADCALL BOOT::|x| BOOT::|y| #) ; (BOOT::|spadConstant| BOOT::$ 13)) ; (T (BOOT::SPADCALL BOOT::|y| BOOT::|x| #))) ; (BOOT::|shellEntry| BOOT::$ 10))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ORDTYPE-;=;2$B;4| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|ORDTYPE-;=;2$B;4| ; (BOOT::SPADCALL (COND (# #) (T #)) (BOOT::|shellEntry| BOOT::$ 10)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |ORDTYPE-;max;3$;5| ...) ; compiling (DEFUN |ORDTYPE-;min;3$;6| ...) ; compiling (DEFUN |ORDTYPE-;before?;2$B;7| ...) ; file: /tmp/oa-80isig/code.lsp ; in: DEFUN |ORDTYPE-;before?;2$B;7| ; (DEFUN BOOT::|ORDTYPE-;before?;2$B;7| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 8))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ORDTYPE-;before?;2$B;7| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|ORDTYPE-;before?;2$B;7| ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 8)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |OrderedType&| ...) ; compiling (MAKEPROP (QUOTE |OrderedType&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 5 notes ; /tmp/oa-80isig/code.fasl written ; compilation finished in 0:00:00.031 ------------------------------------------------------------------------ finalizing NRLIB ORDTYPE Processing OrderedType for Browser database: -- ? Boolean -- ?>? : (%,%) -> Boolean -- ?<=? : (%,%) -> Boolean -- ?>=? : (%,%) -> Boolean -- max : (%,%) -> % -- min : (%,%) -> % -- constructor ; compiling file "/tmp/oa-cgYTxx/code.lsp" (written 01 FEB 2016 10:53:43 PM): ; compiling (DEFPARAMETER |OrderedType;AL| ...) ; compiling (DEFUN |OrderedType;| ...) ; compiling (DEFUN |OrderedType| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-cgYTxx/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/ORDSET.fasl --optimize=3 ORDSET.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ORDSET.spad using Spad compiler. ORDSET abbreviates category OrderedSet debug: compDefine1 lhs: (OrderedSet) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for OrderedSet compiling into /tmp/oa-aYhEpN STYLE-WARNING: redefining BOOT::|OrderedSet| in DEFUN Time: 0.00 SEC. finalizing NRLIB ORDSET Processing OrderedSet for Browser database: -- constructor ; compiling file "/tmp/oa-aYhEpN/code.lsp" (written 01 FEB 2016 10:53:43 PM): ; compiling (DEFPARAMETER |OrderedSet;AL| ...) ; compiling (DEFUN |OrderedSet;| ...) ; compiling (DEFUN |OrderedSet| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-aYhEpN/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/OAMONS.fasl --bootstrap OAMONS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OAMONS.spad using Spad compiler. OAMONS abbreviates category OrderedAbelianMonoidSup ------------------------------------------------------------------------ initializing stationary directory for OrderedAbelianMonoidSup compiling into /tmp/oa-T4hSYT STYLE-WARNING: redefining BOOT::|OrderedAbelianMonoidSup| in DEFUN Time: 0.00 SEC. finalizing NRLIB OAMONS ; compiling file "/tmp/oa-T4hSYT/code.lsp" (written 01 FEB 2016 10:53:43 PM): ; compiling (DEFPARAMETER |OrderedAbelianMonoidSup;AL| ...) ; compiling (DEFUN |OrderedAbelianMonoidSup;| ...) ; compiling (DEFUN |OrderedAbelianMonoidSup| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-T4hSYT/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/NNI.fasl --bootstrap NNI.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NNI.spad using Spad compiler. NNI abbreviates domain NonNegativeInteger ------------------------------------------------------------------------ initializing stationary directory for NonNegativeInteger compiling into /tmp/oa-DRFHoV Time: 0.02 SEC. Cumulative Statistics for Constructor NonNegativeInteger Time: 0.02 seconds finalizing NRLIB NNI ; compiling file "/tmp/oa-DRFHoV/code.lsp" (written 01 FEB 2016 10:53:44 PM): ; compiling (DEFUN |NonNegativeInteger| ...) ; compiling (DEFUN |NonNegativeInteger;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbSuperDomain| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-DRFHoV/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/PI.fasl --bootstrap PI.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PI.spad using Spad compiler. PI abbreviates domain PositiveInteger ------------------------------------------------------------------------ initializing stationary directory for PositiveInteger compiling into /tmp/oa-Rvo1X3 Time: 0.01 SEC. Cumulative Statistics for Constructor PositiveInteger Time: 0.01 seconds finalizing NRLIB PI ; compiling file "/tmp/oa-Rvo1X3/code.lsp" (written 01 FEB 2016 10:53:44 PM): ; compiling (DEFUN |PositiveInteger| ...) ; compiling (DEFUN |PositiveInteger;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbSuperDomain| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Rvo1X3/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/FINITE.fasl --optimize=3 FINITE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FINITE.spad using Spad compiler. FINITE abbreviates category Finite debug: compDefine1 lhs: (Finite) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for Finite compiling into /tmp/oa-F5Mmbf STYLE-WARNING: redefining BOOT::|Finite| in DEFUN Time: 0.00 SEC. FINITE- abbreviates package Finite& ------------------------------------------------------------------------ initializing stationary directory for Finite& compiling into /tmp/oa-aNpPEZ compiling local succ : NonNegativeInteger -> PositiveInteger Time: 0.04 SEC. compiling exported random : () -> S Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Warnings: [1] succ: : PositiveInteger -- replace by pretend Cumulative Statistics for Constructor Finite& Time: 0.04 seconds finalizing NRLIB FINITE- ; compiling file "/tmp/oa-aNpPEZ/code.lsp" (written 01 FEB 2016 10:53:44 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FINITE-;succ| ...) ; file: /tmp/oa-aNpPEZ/code.lsp ; in: DEFUN |FINITE-;succ| ; (DEFUN BOOT::|FINITE-;succ| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 8) BOOT::|x| ; (BOOT::|shellEntry| BOOT::$ 11))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FINITE-;succ| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FINITE-;succ| ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 8) BOOT::|x| ; (BOOT::|shellEntry| BOOT::$ 11)))) ; ; note: type assertion too complex to check: ; (VALUES (INTEGER 1) &REST T). ; compiling (DEFUN |FINITE-;random;$;2| ...) ; compiling (DEFUN |Finite&| ...) ; compiling (MAKEPROP (QUOTE |Finite&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-aNpPEZ/code.fasl written ; compilation finished in 0:00:00.018 ------------------------------------------------------------------------ finalizing NRLIB FINITE Processing Finite for Browser database: -- size : () -> NonNegativeInteger -- index : PositiveInteger -> % -- lookup : % -> PositiveInteger -- random : () -> % -- constructor ; compiling file "/tmp/oa-F5Mmbf/code.lsp" (written 01 FEB 2016 10:53:44 PM): ; compiling (DEFPARAMETER |Finite;AL| ...) ; compiling (DEFUN |Finite;| ...) ; compiling (DEFUN |Finite| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-F5Mmbf/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/ORDFIN.fasl --optimize=3 ORDFIN.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ORDFIN.spad using Spad compiler. ORDFIN abbreviates category OrderedFinite debug: compDefine1 lhs: (OrderedFinite) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for OrderedFinite compiling into /tmp/oa-FCU5bu STYLE-WARNING: redefining BOOT::|OrderedFinite| in DEFUN Time: 0.00 SEC. finalizing NRLIB ORDFIN Processing OrderedFinite for Browser database: -- min : () -> % -- max : () -> % -- constructor ; compiling file "/tmp/oa-FCU5bu/code.lsp" (written 01 FEB 2016 10:53:44 PM): ; compiling (DEFPARAMETER |OrderedFinite;AL| ...) ; compiling (DEFUN |OrderedFinite;| ...) ; compiling (DEFUN |OrderedFinite| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-FCU5bu/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/KONVERT.fasl --optimize=3 KONVERT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/KONVERT.spad using Spad compiler. KONVERT abbreviates category ConvertibleTo debug: compDefine1 lhs: (ConvertibleTo S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (ConvertibleTo S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for ConvertibleTo compiling into /tmp/oa-LMuhPC STYLE-WARNING: redefining BOOT::|ConvertibleTo| in DEFUN Time: 0.01 SEC. finalizing NRLIB KONVERT Processing ConvertibleTo for Browser database: -- convert : % -> S -- constructor ; compiling file "/tmp/oa-LMuhPC/code.lsp" (written 01 FEB 2016 10:53:44 PM): ; compiling (DEFPARAMETER |ConvertibleTo;AL| ...) ; compiling (DEFUN |ConvertibleTo;| ...) ; compiling (DEFUN |ConvertibleTo| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-LMuhPC/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/BOOLEAN.fasl --optimize=3 BOOLEAN.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/BOOLEAN.spad using Spad compiler. BOOLEAN abbreviates domain Boolean debug: compDefine1 lhs: (Boolean) signature (pre-evaluate): ((Join (OrderedFinite) (PropositionalLogic) (ConvertibleTo (InputForm)) (CATEGORY domain (SIGNATURE xor ($ $ $)) (SIGNATURE nand ($ $ $)) (SIGNATURE nor ($ $ $))))) debug: evaluateType form: (Join (OrderedFinite) (PropositionalLogic) (ConvertibleTo (InputForm)) (CATEGORY domain (SIGNATURE xor ($ $ $)) (SIGNATURE nand ($ $ $)) (SIGNATURE nor ($ $ $)))) $param: NIL debug: evaluateType form: (OrderedFinite) $param: NIL Debug: evaluateType1 form: (OrderedFinite) debug: evaluateType form: (PropositionalLogic) $param: NIL Debug: evaluateType1 form: (PropositionalLogic) debug: evaluateType form: (ConvertibleTo (InputForm)) $param: NIL Debug: evaluateType1 form: (ConvertibleTo (InputForm)) debug: evaluateType1 x: (InputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (InputForm) $param: NIL Debug: evaluateType1 form: (InputForm) debug: evalCategory d: (InputForm) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE xor ($ $ $)) (SIGNATURE nand ($ $ $)) (SIGNATURE nor ($ $ $))) $param: NIL debug: compDefine1 signature (post evaluate): ((Join (OrderedFinite) (PropositionalLogic) (ConvertibleTo (InputForm)) (CATEGORY domain (SIGNATURE xor ($ $ $)) (SIGNATURE nand ($ $ $)) (SIGNATURE nor ($ $ $))))) ------------------------------------------------------------------------ initializing stationary directory for Boolean compiling into /tmp/oa-SfS53K compiling exported true : () -> % BOOLEAN;true;$;1 is replaced by %true Time: 0.01 SEC. compiling exported false : () -> % BOOLEAN;false;$;2 is replaced by %false Time: 0 SEC. compiling exported not : % -> % BOOLEAN;not;2$;3 is replaced by %not Time: 0.00 SEC. compiling exported ~ : % -> % BOOLEAN;~;2$;4 is replaced by %not Time: 0 SEC. compiling exported and : (%,%) -> % BOOLEAN;and;3$;5 is replaced by %and Time: 0 SEC. compiling exported /\ : (%,%) -> % BOOLEAN;/\;3$;6 is replaced by %and Time: 0 SEC. compiling exported or : (%,%) -> % BOOLEAN;or;3$;7 is replaced by %or Time: 0 SEC. compiling exported \/ : (%,%) -> % BOOLEAN;\/;3$;8 is replaced by %or Time: 0 SEC. compiling exported xor : (%,%) -> % BOOLEAN;xor;3$;9(a,b) is replaced by %when(a %not b,%otherwise b) Time: 0.00 SEC. compiling exported nor : (%,%) -> % BOOLEAN;nor;3$;10(a,b) is replaced by %and(%not a,%not b) Time: 0 SEC. compiling exported nand : (%,%) -> % BOOLEAN;nand;3$;11(a,b) is replaced by %or(%not a,%not b) Time: 0.00 SEC. compiling exported = : (%,%) -> Boolean BOOLEAN;=;2$B;12 is replaced by %peq Time: 0 SEC. compiling exported implies : (%,%) -> % BOOLEAN;implies;3$;13(a,b) is replaced by %or(%not a,b) Time: 0.00 SEC. compiling exported equiv : (%,%) -> % BOOLEAN;equiv;3$;14 is replaced by %peq Time: 0.00 SEC. compiling exported < : (%,%) -> Boolean BOOLEAN;<;2$B;15(a,b) is replaced by %and(b,%not a) Time: 0 SEC. compiling exported size : () -> NonNegativeInteger BOOLEAN;size;Nni;16 is replaced by 2 Time: 0.03 SEC. compiling exported index : PositiveInteger -> % Time: 0.00 SEC. compiling exported lookup : % -> PositiveInteger Time: 0.00 SEC. compiling exported random : () -> % Time: 0.01 SEC. compiling exported convert : % -> InputForm Debug compQuote expr: (QUOTE true) m: (InputForm) Debug compQuote expr: (QUOTE false) m: (InputForm) BOOLEAN;convert;$If;20 x is replaced by %when(x true,%otherwise false) Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE true) m: (OutputForm) Debug compQuote expr: (QUOTE false) m: (OutputForm) BOOLEAN;coerce;$Of;21 x is replaced by %when(x true,%otherwise false) Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] random: zero? has no value Cumulative Statistics for Constructor Boolean Time: 0.09 seconds finalizing NRLIB BOOLEAN Processing Boolean for Browser database: -- xor : (%,%) -> % -- nand : (%,%) -> % -- nor : (%,%) -> % -- constructor ; compiling file "/tmp/oa-SfS53K/code.lsp" (written 01 FEB 2016 10:53:44 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;true;$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;false;$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;not;2$;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;~;2$;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;and;3$;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;/\\;3$;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;or;3$;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;\\/;3$;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;xor;3$;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;nor;3$;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;nand;3$;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;=;2$B;12|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;implies;3$;13|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;equiv;3$;14|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;<;2$B;15|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;size;Nni;16|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;convert;$If;20|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;coerce;$Of;21|) ...) ; compiling (DEFUN |BOOLEAN;true;$;1| ...) ; compiling (DEFUN |BOOLEAN;false;$;2| ...) ; compiling (DEFUN |BOOLEAN;not;2$;3| ...) ; compiling (DEFUN |BOOLEAN;~;2$;4| ...) ; compiling (DEFUN |BOOLEAN;and;3$;5| ...) ; compiling (DEFUN |BOOLEAN;/\\;3$;6| ...) ; compiling (DEFUN |BOOLEAN;or;3$;7| ...) ; compiling (DEFUN |BOOLEAN;\\/;3$;8| ...) ; compiling (DEFUN |BOOLEAN;xor;3$;9| ...) ; compiling (DEFUN |BOOLEAN;nor;3$;10| ...) ; compiling (DEFUN |BOOLEAN;nand;3$;11| ...) ; compiling (DEFUN |BOOLEAN;=;2$B;12| ...) ; compiling (DEFUN |BOOLEAN;implies;3$;13| ...) ; compiling (DEFUN |BOOLEAN;equiv;3$;14| ...) ; compiling (DEFUN |BOOLEAN;<;2$B;15| ...) ; compiling (DEFUN |BOOLEAN;size;Nni;16| ...) ; compiling (DEFUN |BOOLEAN;index;Pi$;17| ...) ; compiling (DEFUN |BOOLEAN;lookup;$Pi;18| ...) ; file: /tmp/oa-SfS53K/code.lsp ; in: DEFUN |BOOLEAN;lookup;$Pi;18| ; (DEFUN BOOT::|BOOLEAN;lookup;$Pi;18| (BOOT::|a| BOOT::$) ; (COND (BOOT::|a| (BOOT::|spadConstant| BOOT::$ 28)) (T 2))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BOOLEAN;lookup;$Pi;18| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|BOOLEAN;lookup;$Pi;18| ; (COND (BOOT::|a| (BOOT::|spadConstant| BOOT::$ 28)) (T 2)))) ; ; note: type assertion too complex to check: ; (VALUES (INTEGER 1) &REST T). ; compiling (DEFUN |BOOLEAN;random;$;19| ...) ; compiling (DEFUN |BOOLEAN;convert;$If;20| ...) ; compiling (DEFUN |BOOLEAN;coerce;$Of;21| ...) ; compiling (DEFUN |Boolean| ...) ; compiling (DEFUN |Boolean;| ...) ; compiling (MAKEPROP (QUOTE |Boolean|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-SfS53K/code.fasl written ; compilation finished in 0:00:00.116 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/KOERCE.fasl --optimize=3 KOERCE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/KOERCE.spad using Spad compiler. KOERCE abbreviates category CoercibleTo debug: compDefine1 lhs: (CoercibleTo S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (CoercibleTo S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for CoercibleTo compiling into /tmp/oa-v0fqDX STYLE-WARNING: redefining BOOT::|CoercibleTo| in DEFUN Time: 0.01 SEC. finalizing NRLIB KOERCE Processing CoercibleTo for Browser database: -- coerce : % -> S -- constructor ; compiling file "/tmp/oa-v0fqDX/code.lsp" (written 01 FEB 2016 10:53:45 PM): ; compiling (DEFPARAMETER |CoercibleTo;AL| ...) ; compiling (DEFUN |CoercibleTo;| ...) ; compiling (DEFUN |CoercibleTo| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-v0fqDX/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/BASTYPE.fasl --optimize=3 BASTYPE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/BASTYPE.spad using Spad compiler. BASTYPE abbreviates category BasicType debug: compDefine1 lhs: (BasicType) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for BasicType compiling into /tmp/oa-urBBa7 STYLE-WARNING: redefining BOOT::|BasicType| in DEFUN Time: 0.01 SEC. BASTYPE- abbreviates package BasicType& ------------------------------------------------------------------------ initializing stationary directory for BasicType& compiling into /tmp/oa-BsY5QT compiling exported = : (S,S) -> Boolean Time: 0 SEC. compiling exported ~= : (S,S) -> Boolean Time: 0 SEC. compiling exported before? : (S,S) -> Boolean BASTYPE-;before?;2$B;3 is replaced by %before? Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor BasicType& Time: 0.00 seconds finalizing NRLIB BASTYPE- ; compiling file "/tmp/oa-BsY5QT/code.lsp" (written 01 FEB 2016 10:53:45 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BASTYPE-;before?;2$B;3|) ...) ; compiling (DEFUN |BASTYPE-;=;2$B;1| ...) ; compiling (DEFUN |BASTYPE-;~=;2$B;2| ...) ; compiling (DEFUN |BASTYPE-;before?;2$B;3| ...) ; file: /tmp/oa-BsY5QT/code.lsp ; in: DEFUN |BASTYPE-;before?;2$B;3| ; (DEFUN BOOT::|BASTYPE-;before?;2$B;3| (BOOT::|x| BOOT::|y| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::GGREATERP BOOT::|y| BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BASTYPE-;before?;2$B;3| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|BASTYPE-;before?;2$B;3| ; (BOOT::GGREATERP BOOT::|y| BOOT::|x|))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |BasicType&| ...) ; compiling (MAKEPROP (QUOTE |BasicType&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-BsY5QT/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ finalizing NRLIB BASTYPE Processing BasicType for Browser database: -- ?=? : (%,%) -> Boolean -- ?~=? : (%,%) -> Boolean -- before? : (%,%) -> Boolean -- constructor ; compiling file "/tmp/oa-urBBa7/code.lsp" (written 01 FEB 2016 10:53:45 PM): ; compiling (DEFPARAMETER |BasicType;AL| ...) ; compiling (DEFUN |BasicType;| ...) ; compiling (DEFUN |BasicType| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-urBBa7/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/REPDB.fasl --bootstrap REPDB.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/REPDB.spad using Spad compiler. REPDB abbreviates package RepeatedDoubling ------------------------------------------------------------------------ initializing stationary directory for RepeatedDoubling compiling into /tmp/oa-snze1g Time: 0.00 SEC. Cumulative Statistics for Constructor RepeatedDoubling Time: 0.00 seconds finalizing NRLIB REPDB ; compiling file "/tmp/oa-snze1g/code.lsp" (written 01 FEB 2016 10:53:45 PM): ; compiling (DEFUN |RepeatedDoubling| ...) ; compiling (DEFUN |RepeatedDoubling;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-snze1g/code.fasl written ; compilation finished in 0:00:00.020 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/ABELSG.fasl --optimize=3 ABELSG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ABELSG.spad using Spad compiler. ABELSG abbreviates category AbelianSemiGroup debug: compDefine1 lhs: (AbelianSemiGroup) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for AbelianSemiGroup compiling into /tmp/oa-AnqQ9r STYLE-WARNING: redefining BOOT::|AbelianSemiGroup;| in DEFUN STYLE-WARNING: redefining BOOT::|AbelianSemiGroup| in DEFUN Time: 0.01 SEC. ABELSG- abbreviates package AbelianSemiGroup& ------------------------------------------------------------------------ initializing stationary directory for AbelianSemiGroup& compiling into /tmp/oa-1pkvzf importing RepeatedDoubling S compiling exported * : (PositiveInteger,S) -> S Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor AbelianSemiGroup& Time: 0.01 seconds finalizing NRLIB ABELSG- ; compiling file "/tmp/oa-1pkvzf/code.lsp" (written 01 FEB 2016 10:53:45 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ABELSG-;*;Pi2$;1| ...) ; compiling (DEFUN |AbelianSemiGroup&| ...) ; compiling (MAKEPROP (QUOTE |AbelianSemiGroup&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-1pkvzf/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ finalizing NRLIB ABELSG Processing AbelianSemiGroup for Browser database: -- ?+? : (%,%) -> % -- ?*? : (PositiveInteger,%) -> % -- constructor ; compiling file "/tmp/oa-AnqQ9r/code.lsp" (written 01 FEB 2016 10:53:45 PM): ; compiling (DEFPARAMETER |AbelianSemiGroup;AL| ...) ; compiling (DEFUN |AbelianSemiGroup;| ...) ; compiling (DEFUN |AbelianSemiGroup| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-AnqQ9r/code.fasl written ; compilation finished in 0:00:00.026 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/ABELMON.fasl --optimize=3 ABELMON.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ABELMON.spad using Spad compiler. ABELMON abbreviates category AbelianMonoid debug: compDefine1 lhs: (AbelianMonoid) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for AbelianMonoid compiling into /tmp/oa-vonvgG STYLE-WARNING: redefining BOOT::|AbelianMonoid| in DEFUN Time: 0.00 SEC. ABELMON- abbreviates package AbelianMonoid& ------------------------------------------------------------------------ initializing stationary directory for AbelianMonoid& compiling into /tmp/oa-buBX3t importing RepeatedDoubling S compiling exported zero? : S -> Boolean Time: 0.01 SEC. compiling exported * : (PositiveInteger,S) -> S Time: 0.03 SEC. compiling exported sample : () -> S Time: 0 SEC. compiling exported * : (NonNegativeInteger,S) -> S Time: 0.01 SEC. compiling exported opposite? : (S,S) -> Boolean Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor AbelianMonoid& Time: 0.05 seconds finalizing NRLIB ABELMON- ; compiling file "/tmp/oa-buBX3t/code.lsp" (written 01 FEB 2016 10:53:45 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ABELMON-;zero?;$B;1| ...) ; file: /tmp/oa-buBX3t/code.lsp ; in: DEFUN |ABELMON-;zero?;$B;1| ; (DEFUN BOOT::|ABELMON-;zero?;$B;1| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|spadConstant| BOOT::$ 7) ; (BOOT::|shellEntry| BOOT::$ 9))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ABELMON-;zero?;$B;1| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ABELMON-;zero?;$B;1| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|spadConstant| BOOT::$ 7) ; (BOOT::|shellEntry| BOOT::$ 9)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |ABELMON-;*;Pi2$;2| ...) ; compiling (DEFUN |ABELMON-;sample;$;3| ...) ; compiling (DEFUN |ABELMON-;*;Nni2$;4| ...) ; compiling (DEFUN |ABELMON-;opposite?;2$B;5| ...) ; file: /tmp/oa-buBX3t/code.lsp ; in: DEFUN |ABELMON-;opposite?;2$B;5| ; (DEFUN BOOT::|ABELMON-;opposite?;2$B;5| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 20)) ; (BOOT::|shellEntry| BOOT::$ 21))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ABELMON-;opposite?;2$B;5| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|ABELMON-;opposite?;2$B;5| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 20)) ; (BOOT::|shellEntry| BOOT::$ 21)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |AbelianMonoid&| ...) ; compiling (MAKEPROP (QUOTE |AbelianMonoid&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-buBX3t/code.fasl written ; compilation finished in 0:00:00.027 ------------------------------------------------------------------------ finalizing NRLIB ABELMON Processing AbelianMonoid for Browser database: -- 0 : () -> % --->../../x86_64-unknown-linux-gnu/src/algebra/catdef.spad-->AbelianMonoid((Zero (%) constant)): Improper first word in comments: "0 is the additive identity element." -- sample : () -> % -- zero? : % -> Boolean -- ?*? : (NonNegativeInteger,%) -> % -- opposite? : (%,%) -> Boolean -- constructor ; compiling file "/tmp/oa-vonvgG/code.lsp" (written 01 FEB 2016 10:53:45 PM): ; compiling (DEFPARAMETER |AbelianMonoid;AL| ...) ; compiling (DEFUN |AbelianMonoid;| ...) ; compiling (DEFUN |AbelianMonoid| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-vonvgG/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/CABMON.fasl --optimize=3 CABMON.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CABMON.spad using Spad compiler. CABMON abbreviates category CancellationAbelianMonoid debug: compDefine1 lhs: (CancellationAbelianMonoid) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for CancellationAbelianMonoid compiling into /tmp/oa-zo3lzW STYLE-WARNING: redefining BOOT::|CancellationAbelianMonoid| in DEFUN Time: 0.01 SEC. finalizing NRLIB CABMON Processing CancellationAbelianMonoid for Browser database: -- subtractIfCan : (%,%) -> Maybe % -- constructor ; compiling file "/tmp/oa-zo3lzW/code.lsp" (written 01 FEB 2016 10:53:45 PM): ; compiling (DEFPARAMETER |CancellationAbelianMonoid;AL| ...) ; compiling (DEFUN |CancellationAbelianMonoid;| ...) ; compiling (DEFUN |CancellationAbelianMonoid| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-zo3lzW/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/LLINSET.fasl --optimize=3 LLINSET.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LLINSET.spad using Spad compiler. LLINSET abbreviates category LeftLinearSet debug: compDefine1 lhs: (LeftLinearSet S) signature (pre-evaluate): ((Category) (SemiGroup)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (SemiGroup) $param: (S) Debug: evaluateType1 form: (SemiGroup) debug: compDefine1 signature (post evaluate): ((Category) (SemiGroup)) debug: compDefine1 lhs: (LeftLinearSet S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for LeftLinearSet compiling into /tmp/oa-u6hcH6 STYLE-WARNING: redefining BOOT::|LeftLinearSet| in DEFUN Time: 0.02 SEC. finalizing NRLIB LLINSET Processing LeftLinearSet for Browser database: -- ?*? : (S,%) -> % -- constructor ; compiling file "/tmp/oa-u6hcH6/code.lsp" (written 01 FEB 2016 10:53:45 PM): ; compiling (DEFPARAMETER |LeftLinearSet;AL| ...) ; compiling (DEFUN |LeftLinearSet;| ...) ; compiling (DEFUN |LeftLinearSet| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-u6hcH6/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/UTYPE.fasl --optimize=3 UTYPE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UTYPE.spad using Spad compiler. UTYPE abbreviates category UnionType debug: compDefine1 lhs: (UnionType) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for UnionType compiling into /tmp/oa-wvs6h8 STYLE-WARNING: redefining BOOT::|UnionType| in DEFUN Time: 0.01 SEC. finalizing NRLIB UTYPE Processing UnionType for Browser database: -- constructor ; compiling file "/tmp/oa-wvs6h8/code.lsp" (written 01 FEB 2016 10:53:46 PM): ; compiling (DEFPARAMETER |UnionType;AL| ...) ; compiling (DEFUN |UnionType;| ...) ; compiling (DEFUN |UnionType| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-wvs6h8/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/RETRACT.fasl --optimize=3 RETRACT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RETRACT.spad using Spad compiler. RETRACT abbreviates category RetractableTo debug: compDefine1 lhs: (RetractableTo S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (RetractableTo S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for RetractableTo compiling into /tmp/oa-QlxcXh STYLE-WARNING: redefining BOOT::|RetractableTo| in DEFUN Time: 0.02 SEC. RETRACT- abbreviates package RetractableTo& ------------------------------------------------------------------------ initializing stationary directory for RetractableTo& compiling into /tmp/oa-oaJmo7 compiling exported retract : A -> S Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor RetractableTo& Time: 0.01 seconds finalizing NRLIB RETRACT- ; compiling file "/tmp/oa-oaJmo7/code.lsp" (written 01 FEB 2016 10:53:46 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RETRACT-;retract;$S;1| ...) ; compiling (DEFUN |RetractableTo&| ...) ; compiling (MAKEPROP (QUOTE |RetractableTo&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-oaJmo7/code.fasl written ; compilation finished in 0:00:00.022 ------------------------------------------------------------------------ finalizing NRLIB RETRACT Processing RetractableTo for Browser database: -- retractIfCan : % -> Union(S,"failed") -- retract : % -> S -- constructor ; compiling file "/tmp/oa-QlxcXh/code.lsp" (written 01 FEB 2016 10:53:46 PM): ; compiling (DEFPARAMETER |RetractableTo;AL| ...) ; compiling (DEFUN |RetractableTo;| ...) ; compiling (DEFUN |RetractableTo| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-QlxcXh/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/MAYBE.fasl --optimize=3 MAYBE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MAYBE.spad using Spad compiler. MAYBE abbreviates domain Maybe debug: compDefine1 lhs: (Maybe T$) signature (pre-evaluate): ((Join (UnionType) (RetractableTo T$) (CATEGORY domain (SIGNATURE just ($ T$)) (SIGNATURE case ((Boolean) $ ([||] T$))) (SIGNATURE case ((Boolean) $ ([||] nothing))) (SIGNATURE autoCoerce (T$ $)) (SIGNATURE nothing ($) constant) (IF (has T$ (CoercibleTo (OutputForm))) (ATTRIBUTE (CoercibleTo (OutputForm))) %noBranch))) (Type)) debug: evaluateType form: (Join (UnionType) (RetractableTo T$) (CATEGORY domain (SIGNATURE just ($ T$)) (SIGNATURE case ((Boolean) $ ([||] T$))) (SIGNATURE case ((Boolean) $ ([||] nothing))) (SIGNATURE autoCoerce (T$ $)) (SIGNATURE nothing ($) constant) (IF (has T$ (CoercibleTo (OutputForm))) (ATTRIBUTE (CoercibleTo (OutputForm))) %noBranch))) $param: (T$) debug: evaluateType form: (UnionType) $param: (T$) Debug: evaluateType1 form: (UnionType) debug: evaluateType form: (RetractableTo T$) $param: (T$) Debug: evaluateType1 form: (RetractableTo T$) debug: evaluateType1 x: T$ m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE just ($ T$)) (SIGNATURE case ((Boolean) $ ([||] T$))) (SIGNATURE case ((Boolean) $ ([||] nothing))) (SIGNATURE autoCoerce (T$ $)) (SIGNATURE nothing ($) constant) (IF (has T$ (CoercibleTo (OutputForm))) (ATTRIBUTE (CoercibleTo (OutputForm))) %noBranch)) $param: (T$) debug: evaluateType form: T$ $param: (T$) debug: evaluateType form: (Boolean) $param: (T$) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: ([||] T$) $param: (T$) debug: evaluateType form: (Boolean) $param: (T$) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: ([||] nothing) $param: (T$) debug: evaluateType form: T$ $param: (T$) debug: evaluateType form: (Type) $param: (T$) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Join (UnionType) (RetractableTo T$) (CATEGORY domain (SIGNATURE just ($ T$)) (SIGNATURE case ((Boolean) $ ([||] T$))) (SIGNATURE case ((Boolean) $ ([||] nothing))) (SIGNATURE autoCoerce (T$ $)) (SIGNATURE nothing ($) constant) (IF (has T$ (CoercibleTo (OutputForm))) (ATTRIBUTE (CoercibleTo (OutputForm))) %noBranch))) (Type)) debug: compDefine1 lhs: (Maybe T$) signature (pre-evaluate): ((Join (UnionType) (RetractableTo T$) (CATEGORY domain (SIGNATURE just ($ T$)) (SIGNATURE case ((Boolean) $ ([||] T$))) (SIGNATURE case ((Boolean) $ ([||] nothing))) (SIGNATURE autoCoerce (T$ $)) (SIGNATURE nothing ($) constant) (IF (has T$ (CoercibleTo (OutputForm))) (ATTRIBUTE (CoercibleTo (OutputForm))) %noBranch))) NIL) debug: evaluateType form: (Join (UnionType) (RetractableTo T$) (CATEGORY domain (SIGNATURE just ($ T$)) (SIGNATURE case ((Boolean) $ ([||] T$))) (SIGNATURE case ((Boolean) $ ([||] nothing))) (SIGNATURE autoCoerce (T$ $)) (SIGNATURE nothing ($) constant) (IF (has T$ (CoercibleTo (OutputForm))) (ATTRIBUTE (CoercibleTo (OutputForm))) %noBranch))) $param: (T$) debug: evaluateType form: (UnionType) $param: (T$) Debug: evaluateType1 form: (UnionType) debug: evaluateType form: (RetractableTo T$) $param: (T$) Debug: evaluateType1 form: (RetractableTo T$) debug: evaluateType1 x: T$ m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE just ($ T$)) (SIGNATURE case ((Boolean) $ ([||] T$))) (SIGNATURE case ((Boolean) $ ([||] nothing))) (SIGNATURE autoCoerce (T$ $)) (SIGNATURE nothing ($) constant) (IF (has T$ (CoercibleTo (OutputForm))) (ATTRIBUTE (CoercibleTo (OutputForm))) %noBranch)) $param: (T$) debug: evaluateType form: T$ $param: (T$) debug: evaluateType form: (Boolean) $param: (T$) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: ([||] T$) $param: (T$) debug: evaluateType form: (Boolean) $param: (T$) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: ([||] nothing) $param: (T$) debug: evaluateType form: T$ $param: (T$) debug: compDefine1 signature (post evaluate): ((Join (UnionType) (RetractableTo T$) (CATEGORY domain (SIGNATURE just ($ T$)) (SIGNATURE case ((Boolean) $ ([||] T$))) (SIGNATURE case ((Boolean) $ ([||] nothing))) (SIGNATURE autoCoerce (T$ $)) (SIGNATURE nothing ($) constant) (IF (has T$ (CoercibleTo (OutputForm))) (ATTRIBUTE (CoercibleTo (OutputForm))) %noBranch))) NIL) ------------------------------------------------------------------------ initializing stationary directory for Maybe compiling into /tmp/oa-4qdmCu compiling exported nothing : () -> % MAYBE;nothing;$;1 is replaced by %nothing Time: 0.01 SEC. compiling exported just : T -> % MAYBE;just;T$$;2 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] nothing) -> Boolean MAYBE;case;$_B;3(x,nothing) is replaced by %peq(x,%nothing) Time: 0 SEC. compiling exported case : (%,[||] T) -> Boolean MAYBE;case;$_B;4(x,T$) is replaced by %not %peq(x,%nothing) Time: 0 SEC. compiling exported autoCoerce : % -> T MAYBE;autoCoerce;$T$;5 x is replaced by x Time: 0.00 SEC. compiling exported coerce : T -> % MAYBE;coerce;T$$;6 x is replaced by x Time: 0.00 SEC. compiling exported retractIfCan : % -> Union(T,failed) MAYBE;retractIfCan;$U;7 x is replaced by %when( %pair(0,x),%otherwise %pair(1,"failed")) Time: 0 SEC. compiling exported coerce : % -> OutputForm Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] just: : $ -- replace by pretend [2] autoCoerce: : T$ -- replace by pretend Cumulative Statistics for Constructor Maybe Time: 0.02 seconds finalizing NRLIB MAYBE Processing Maybe for Browser database: -- just : T -> % -- ?case? : (%,[|"T$"|]) -> Boolean -- ?case? : (%,[|"nothing"|]) -> Boolean -- autoCoerce : % -> T --->../../x86_64-unknown-linux-gnu/src/algebra/any.spad-->Maybe((autoCoerce (T$ %))): Unknown \spadtype: T -- nothing : () -> % -- constructor ; compiling file "/tmp/oa-4qdmCu/code.lsp" (written 01 FEB 2016 10:53:46 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MAYBE;nothing;$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MAYBE;just;T$$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MAYBE;case;$_B;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MAYBE;case;$_B;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MAYBE;autoCoerce;$T$;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MAYBE;coerce;T$$;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MAYBE;retractIfCan;$U;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MAYBE;nothing;$;1| ...) ; compiling (DEFUN |MAYBE;just;T$$;2| ...) ; compiling (DEFUN |MAYBE;case;$_B;3| ...) ; file: /tmp/oa-4qdmCu/code.lsp ; in: DEFUN |MAYBE;case;$_B;3| ; (DEFUN BOOT::|MAYBE;case;$_B;3| (BOOT::|x| BOOT::|nothing| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (EQ BOOT::|x| |AxiomCore|:|%nothing|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MAYBE;case;$_B;3| ; (BOOT::|x| BOOT::|nothing| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|MAYBE;case;$_B;3| (EQ BOOT::|x| |AxiomCore|:|%nothing|))) ; ; caught STYLE-WARNING: ; The variable |nothing| is defined but never used. ; compiling (DEFUN |MAYBE;case;$_B;4| ...) ; file: /tmp/oa-4qdmCu/code.lsp ; in: DEFUN |MAYBE;case;$_B;4| ; (DEFUN BOOT::|MAYBE;case;$_B;4| (BOOT::|x| BOOT::T$ BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (NOT (EQ BOOT::|x| |AxiomCore|:|%nothing|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MAYBE;case;$_B;4| ; (BOOT::|x| BOOT::T$ BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|MAYBE;case;$_B;4| ; (NOT (EQ BOOT::|x| |AxiomCore|:|%nothing|)))) ; ; caught STYLE-WARNING: ; The variable T$ is defined but never used. ; compiling (DEFUN |MAYBE;autoCoerce;$T$;5| ...) ; compiling (DEFUN |MAYBE;coerce;T$$;6| ...) ; compiling (DEFUN |MAYBE;retractIfCan;$U;7| ...) ; compiling (DEFUN |MAYBE;coerce;$Of;8| ...) ; compiling (DEFUN |Maybe| ...) ; compiling (DEFUN |Maybe;| ...) ; compiling (MAKEPROP (QUOTE |Maybe|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; /tmp/oa-4qdmCu/code.fasl written ; compilation finished in 0:00:00.046 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/ABELGRP.fasl --optimize=3 ABELGRP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ABELGRP.spad using Spad compiler. ABELGRP abbreviates category AbelianGroup debug: compDefine1 lhs: (AbelianGroup) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for AbelianGroup compiling into /tmp/oa-j2iLbJ STYLE-WARNING: redefining BOOT::|AbelianGroup;| in DEFUN STYLE-WARNING: redefining BOOT::|AbelianGroup| in DEFUN Time: 0.05 SEC. ABELGRP- abbreviates package AbelianGroup& ------------------------------------------------------------------------ initializing stationary directory for AbelianGroup& compiling into /tmp/oa-WigWHz compiling exported - : (S,S) -> S Time: 0 SEC. compiling exported subtractIfCan : (S,S) -> Maybe S Time: 0 SEC. compiling exported * : (NonNegativeInteger,S) -> S Time: 0.01 SEC. importing RepeatedDoubling S compiling exported * : (Integer,S) -> S Time: 0.02 SEC. compiling exported opposite? : (S,S) -> Boolean Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor AbelianGroup& Time: 0.03 seconds finalizing NRLIB ABELGRP- ; compiling file "/tmp/oa-WigWHz/code.lsp" (written 01 FEB 2016 10:53:46 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ABELGRP-;-;3$;1| ...) ; compiling (DEFUN |ABELGRP-;subtractIfCan;2$M;2| ...) ; compiling (DEFUN |ABELGRP-;*;Nni2$;3| ...) ; compiling (DEFUN |ABELGRP-;*;I2$;4| ...) ; compiling (DEFUN |ABELGRP-;opposite?;2$B;5| ...) ; file: /tmp/oa-WigWHz/code.lsp ; in: DEFUN |ABELGRP-;opposite?;2$B;5| ; (DEFUN BOOT::|ABELGRP-;opposite?;2$B;5| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| ; (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 7)) ; (BOOT::|shellEntry| BOOT::$ 28))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ABELGRP-;opposite?;2$B;5| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|ABELGRP-;opposite?;2$B;5| ; (BOOT::SPADCALL BOOT::|x| ; (BOOT::SPADCALL BOOT::|y| ; (BOOT::|shellEntry| BOOT::$ 7)) ; (BOOT::|shellEntry| BOOT::$ 28)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |AbelianGroup&| ...) ; compiling (MAKEPROP (QUOTE |AbelianGroup&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-WigWHz/code.fasl written ; compilation finished in 0:00:00.039 ------------------------------------------------------------------------ finalizing NRLIB ABELGRP Processing AbelianGroup for Browser database: -- -? : % -> % -- ?-? : (%,%) -> % -- constructor ; compiling file "/tmp/oa-j2iLbJ/code.lsp" (written 01 FEB 2016 10:53:46 PM): ; compiling (DEFPARAMETER |AbelianGroup;AL| ...) ; compiling (DEFUN |AbelianGroup;| ...) ; compiling (DEFUN |AbelianGroup| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-j2iLbJ/code.fasl written ; compilation finished in 0:00:00.018 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/REPSQ.fasl --bootstrap REPSQ.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/REPSQ.spad using Spad compiler. REPSQ abbreviates package RepeatedSquaring ------------------------------------------------------------------------ initializing stationary directory for RepeatedSquaring compiling into /tmp/oa-pjJFm3 Time: 0.00 SEC. Cumulative Statistics for Constructor RepeatedSquaring Time: 0.00 seconds finalizing NRLIB REPSQ ; compiling file "/tmp/oa-pjJFm3/code.lsp" (written 01 FEB 2016 10:53:46 PM): ; compiling (DEFUN |RepeatedSquaring| ...) ; compiling (DEFUN |RepeatedSquaring;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-pjJFm3/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/SGROUP.fasl --optimize=3 SGROUP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SGROUP.spad using Spad compiler. SGROUP abbreviates category SemiGroup debug: compDefine1 lhs: (SemiGroup) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for SemiGroup compiling into /tmp/oa-UqpO33 STYLE-WARNING: redefining BOOT::|SemiGroup;| in DEFUN STYLE-WARNING: redefining BOOT::|SemiGroup| in DEFUN Time: 0.00 SEC. SGROUP- abbreviates package SemiGroup& ------------------------------------------------------------------------ initializing stationary directory for SemiGroup& compiling into /tmp/oa-4o8zvV importing RepeatedSquaring S compiling exported ** : (S,PositiveInteger) -> S Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor SemiGroup& Time: 0.00 seconds finalizing NRLIB SGROUP- ; compiling file "/tmp/oa-4o8zvV/code.lsp" (written 01 FEB 2016 10:53:47 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SGROUP-;**;$Pi$;1| ...) ; compiling (DEFUN |SemiGroup&| ...) ; compiling (MAKEPROP (QUOTE |SemiGroup&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-4o8zvV/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ finalizing NRLIB SGROUP Processing SemiGroup for Browser database: -- ?*? : (%,%) -> % -- ?**? : (%,PositiveInteger) -> % -- constructor ; compiling file "/tmp/oa-UqpO33/code.lsp" (written 01 FEB 2016 10:53:47 PM): ; compiling (DEFPARAMETER |SemiGroup;AL| ...) ; compiling (DEFUN |SemiGroup;| ...) ; compiling (DEFUN |SemiGroup| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-UqpO33/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/RNG.fasl --optimize=3 RNG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RNG.spad using Spad compiler. RNG abbreviates category Rng debug: compDefine1 lhs: (Rng) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for Rng compiling into /tmp/oa-0mWAfg STYLE-WARNING: redefining BOOT::|Rng| in DEFUN Time: 0.00 SEC. RNG- abbreviates package Rng& ------------------------------------------------------------------------ initializing stationary directory for Rng& compiling into /tmp/oa-GRQo87 compiling exported annihilate? : (S,S) -> Boolean Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor Rng& Time: 0.01 seconds finalizing NRLIB RNG- ; compiling file "/tmp/oa-GRQo87/code.lsp" (written 01 FEB 2016 10:53:47 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RNG-;annihilate?;2$B;1| ...) ; file: /tmp/oa-GRQo87/code.lsp ; in: DEFUN |RNG-;annihilate?;2$B;1| ; (DEFUN BOOT::|RNG-;annihilate?;2$B;1| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 7)) ; (BOOT::|shellEntry| BOOT::$ 9))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RNG-;annihilate?;2$B;1| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|RNG-;annihilate?;2$B;1| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 7)) ; (BOOT::|shellEntry| BOOT::$ 9)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |Rng&| ...) ; compiling (MAKEPROP (QUOTE |Rng&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-GRQo87/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ finalizing NRLIB RNG Processing Rng for Browser database: -- annihilate? : (%,%) -> Boolean -- constructor ; compiling file "/tmp/oa-0mWAfg/code.lsp" (written 01 FEB 2016 10:53:47 PM): ; compiling (DEFPARAMETER |Rng;AL| ...) ; compiling (DEFUN |Rng;| ...) ; compiling (DEFUN |Rng| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-0mWAfg/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/MONOID.fasl --optimize=3 MONOID.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MONOID.spad using Spad compiler. MONOID abbreviates category Monoid debug: compDefine1 lhs: (Monoid) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for Monoid compiling into /tmp/oa-p2Xhgs STYLE-WARNING: redefining BOOT::|Monoid| in DEFUN Time: 0.01 SEC. MONOID- abbreviates package Monoid& ------------------------------------------------------------------------ initializing stationary directory for Monoid& compiling into /tmp/oa-oJmAxk importing RepeatedSquaring S compiling exported one? : S -> Boolean Time: 0.01 SEC. compiling exported sample : () -> S Time: 0 SEC. compiling exported recip : S -> Union(S,failed) Time: 0 SEC. compiling exported ** : (S,NonNegativeInteger) -> S Time: 0.05 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor Monoid& Time: 0.06 seconds finalizing NRLIB MONOID- ; compiling file "/tmp/oa-oJmAxk/code.lsp" (written 01 FEB 2016 10:53:47 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MONOID-;one?;$B;1| ...) ; file: /tmp/oa-oJmAxk/code.lsp ; in: DEFUN |MONOID-;one?;$B;1| ; (DEFUN BOOT::|MONOID-;one?;$B;1| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|spadConstant| BOOT::$ 7) ; (BOOT::|shellEntry| BOOT::$ 9))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MONOID-;one?;$B;1| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|MONOID-;one?;$B;1| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|spadConstant| BOOT::$ 7) ; (BOOT::|shellEntry| BOOT::$ 9)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |MONOID-;sample;$;2| ...) ; compiling (DEFUN |MONOID-;recip;$U;3| ...) ; compiling (DEFUN |MONOID-;**;$Nni$;4| ...) ; compiling (DEFUN |Monoid&| ...) ; compiling (MAKEPROP (QUOTE |Monoid&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-oJmAxk/code.fasl written ; compilation finished in 0:00:00.023 ------------------------------------------------------------------------ finalizing NRLIB MONOID Processing Monoid for Browser database: -- 1 : () -> % --->../../x86_64-unknown-linux-gnu/src/algebra/catdef.spad-->Monoid((One (%) constant)): Improper first word in comments: "1 is the multiplicative identity." -- sample : () -> % -- one? : % -> Boolean -- ?**? : (%,NonNegativeInteger) -> % -- recip : % -> Union(%,"failed") -- constructor ; compiling file "/tmp/oa-p2Xhgs/code.lsp" (written 01 FEB 2016 10:53:47 PM): ; compiling (DEFPARAMETER |Monoid;AL| ...) ; compiling (DEFUN |Monoid;| ...) ; compiling (DEFUN |Monoid| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-p2Xhgs/code.fasl written ; compilation finished in 0:00:00.020 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/SRING.fasl --optimize=3 SRING.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SRING.spad using Spad compiler. SRING abbreviates category SemiRing debug: compDefine1 lhs: (SemiRing) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for SemiRing compiling into /tmp/oa-y3w7UH STYLE-WARNING: redefining BOOT::|SemiRing| in DEFUN Time: 0.01 SEC. finalizing NRLIB SRING Processing SemiRing for Browser database: -- constructor ; compiling file "/tmp/oa-y3w7UH/code.lsp" (written 01 FEB 2016 10:53:47 PM): ; compiling (DEFPARAMETER |SemiRing;AL| ...) ; compiling (DEFUN |SemiRing;| ...) ; compiling (DEFUN |SemiRing| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-y3w7UH/code.fasl written ; compilation finished in 0:00:00.022 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/LMODULE.fasl --optimize=3 LMODULE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LMODULE.spad using Spad compiler. LMODULE abbreviates category LeftModule debug: compDefine1 lhs: (LeftModule R) signature (pre-evaluate): ((Category) (Rng)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (Rng) $param: (R) Debug: evaluateType1 form: (Rng) debug: compDefine1 signature (post evaluate): ((Category) (Rng)) debug: compDefine1 lhs: (LeftModule R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for LeftModule compiling into /tmp/oa-L1385R STYLE-WARNING: redefining BOOT::|LeftModule| in DEFUN Time: 0.02 SEC. finalizing NRLIB LMODULE Processing LeftModule for Browser database: -- constructor ; compiling file "/tmp/oa-L1385R/code.lsp" (written 01 FEB 2016 10:53:47 PM): ; compiling (DEFPARAMETER |LeftModule;AL| ...) ; compiling (DEFUN |LeftModule;| ...) ; compiling (DEFUN |LeftModule| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-L1385R/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/KRCFROM.fasl --optimize=3 KRCFROM.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/KRCFROM.spad using Spad compiler. KRCFROM abbreviates category CoercibleFrom debug: compDefine1 lhs: (CoercibleFrom S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (CoercibleFrom S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for CoercibleFrom compiling into /tmp/oa-dMqA61 STYLE-WARNING: redefining BOOT::|CoercibleFrom| in DEFUN Time: 0.01 SEC. finalizing NRLIB KRCFROM Processing CoercibleFrom for Browser database: -- coerce : S -> % -- constructor ; compiling file "/tmp/oa-dMqA61/code.lsp" (written 01 FEB 2016 10:53:47 PM): ; compiling (DEFPARAMETER |CoercibleFrom;AL| ...) ; compiling (DEFUN |CoercibleFrom;| ...) ; compiling (DEFUN |CoercibleFrom| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-dMqA61/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/RING.fasl --optimize=3 RING.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RING.spad using Spad compiler. RING abbreviates category Ring debug: compDefine1 lhs: (Ring) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for Ring compiling into /tmp/oa-7VErA8 STYLE-WARNING: redefining BOOT::|Ring| in DEFUN Time: 0.01 SEC. RING- abbreviates package Ring& ------------------------------------------------------------------------ initializing stationary directory for Ring& compiling into /tmp/oa-PuBpi2 compiling exported coerce : Integer -> S Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor Ring& Time: 0.02 seconds finalizing NRLIB RING- ; compiling file "/tmp/oa-PuBpi2/code.lsp" (written 01 FEB 2016 10:53:47 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RING-;coerce;I$;1| ...) ; compiling (DEFUN |Ring&| ...) ; compiling (MAKEPROP (QUOTE |Ring&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-PuBpi2/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ finalizing NRLIB RING Processing Ring for Browser database: -- characteristic : () -> NonNegativeInteger -- constructor ; compiling file "/tmp/oa-7VErA8/code.lsp" (written 01 FEB 2016 10:53:47 PM): ; compiling (DEFPARAMETER |Ring;AL| ...) ; compiling (DEFUN |Ring;| ...) ; compiling (DEFUN |Ring| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-7VErA8/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/RLINSET.fasl --optimize=3 RLINSET.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RLINSET.spad using Spad compiler. RLINSET abbreviates category RightLinearSet debug: compDefine1 lhs: (RightLinearSet S) signature (pre-evaluate): ((Category) (SemiGroup)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (SemiGroup) $param: (S) Debug: evaluateType1 form: (SemiGroup) debug: compDefine1 signature (post evaluate): ((Category) (SemiGroup)) debug: compDefine1 lhs: (RightLinearSet S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for RightLinearSet compiling into /tmp/oa-QLY8k9 STYLE-WARNING: redefining BOOT::|RightLinearSet| in DEFUN Time: 0.01 SEC. finalizing NRLIB RLINSET Processing RightLinearSet for Browser database: -- ?*? : (%,S) -> % -- constructor ; compiling file "/tmp/oa-QLY8k9/code.lsp" (written 01 FEB 2016 10:53:48 PM): ; compiling (DEFPARAMETER |RightLinearSet;AL| ...) ; compiling (DEFUN |RightLinearSet;| ...) ; compiling (DEFUN |RightLinearSet| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-QLY8k9/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/RMODULE.fasl --optimize=3 RMODULE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RMODULE.spad using Spad compiler. RMODULE abbreviates category RightModule debug: compDefine1 lhs: (RightModule R) signature (pre-evaluate): ((Category) (Rng)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (Rng) $param: (R) Debug: evaluateType1 form: (Rng) debug: compDefine1 signature (post evaluate): ((Category) (Rng)) debug: compDefine1 lhs: (RightModule R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for RightModule compiling into /tmp/oa-azfOrg STYLE-WARNING: redefining BOOT::|RightModule| in DEFUN Time: 0.01 SEC. finalizing NRLIB RMODULE Processing RightModule for Browser database: -- constructor ; compiling file "/tmp/oa-azfOrg/code.lsp" (written 01 FEB 2016 10:53:48 PM): ; compiling (DEFPARAMETER |RightModule;AL| ...) ; compiling (DEFUN |RightModule;| ...) ; compiling (DEFUN |RightModule| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-azfOrg/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/BMODULE.fasl --optimize=3 BMODULE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/BMODULE.spad using Spad compiler. BMODULE abbreviates category BiModule debug: compDefine1 lhs: (BiModule R S) signature (pre-evaluate): ((Category) (Ring) (Ring)) debug: evaluateType form: (Category) $param: (R S) debug: evaluateType form: (Ring) $param: (R S) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Ring) $param: (R S) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((Category) (Ring) (Ring)) debug: compDefine1 lhs: (BiModule R S) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (R S) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for BiModule compiling into /tmp/oa-mM1Xrr STYLE-WARNING: redefining BOOT::|BiModule| in DEFUN Time: 0.02 SEC. finalizing NRLIB BMODULE Processing BiModule for Browser database: -- constructor ; compiling file "/tmp/oa-mM1Xrr/code.lsp" (written 01 FEB 2016 10:53:48 PM): ; compiling (DEFPARAMETER |BiModule;AL| ...) ; compiling (DEFUN |BiModule;| ...) ; compiling (DEFUN |BiModule| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-mM1Xrr/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/COMRING.fasl --optimize=3 COMRING.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/COMRING.spad using Spad compiler. COMRING abbreviates category CommutativeRing debug: compDefine1 lhs: (CommutativeRing) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for CommutativeRing compiling into /tmp/oa-D34S9x STYLE-WARNING: redefining BOOT::|CommutativeRing| in DEFUN Time: 0.00 SEC. finalizing NRLIB COMRING Processing CommutativeRing for Browser database: -- commutative : "*" -> attribute -- constructor ; compiling file "/tmp/oa-D34S9x/code.lsp" (written 01 FEB 2016 10:53:48 PM): ; compiling (DEFPARAMETER |CommutativeRing;AL| ...) ; compiling (DEFUN |CommutativeRing;| ...) ; compiling (DEFUN |CommutativeRing| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-D34S9x/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/LINSET.fasl --optimize=3 LINSET.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LINSET.spad using Spad compiler. LINSET abbreviates category LinearSet debug: compDefine1 lhs: (LinearSet S) signature (pre-evaluate): ((Category) (SemiGroup)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (SemiGroup) $param: (S) Debug: evaluateType1 form: (SemiGroup) debug: compDefine1 signature (post evaluate): ((Category) (SemiGroup)) debug: compDefine1 lhs: (LinearSet S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for LinearSet compiling into /tmp/oa-LmDdvI STYLE-WARNING: redefining BOOT::|LinearSet| in DEFUN Time: 0.01 SEC. finalizing NRLIB LINSET Processing LinearSet for Browser database: -- constructor ; compiling file "/tmp/oa-LmDdvI/code.lsp" (written 01 FEB 2016 10:53:48 PM): ; compiling (DEFPARAMETER |LinearSet;AL| ...) ; compiling (DEFUN |LinearSet;| ...) ; compiling (DEFUN |LinearSet| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-LmDdvI/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/MODULE.fasl --optimize=3 MODULE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MODULE.spad using Spad compiler. MODULE abbreviates category Module debug: compDefine1 lhs: (Module R) signature (pre-evaluate): ((Category) (CommutativeRing)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (CommutativeRing) $param: (R) Debug: evaluateType1 form: (CommutativeRing) debug: compDefine1 signature (post evaluate): ((Category) (CommutativeRing)) debug: compDefine1 lhs: (Module R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for Module compiling into /tmp/oa-vCRJCO STYLE-WARNING: redefining BOOT::|Module| in DEFUN Time: 0.02 SEC. MODULE- abbreviates package Module& ------------------------------------------------------------------------ initializing stationary directory for Module& compiling into /tmp/oa-tMER5J compiling exported * : (S,R) -> S Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor Module& Time: 0.01 seconds finalizing NRLIB MODULE- ; compiling file "/tmp/oa-tMER5J/code.lsp" (written 01 FEB 2016 10:53:48 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MODULE-;*;$R$;1| ...) ; compiling (DEFUN |Module&| ...) ; compiling (MAKEPROP (QUOTE |Module&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-tMER5J/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ finalizing NRLIB MODULE Processing Module for Browser database: -- constructor ; compiling file "/tmp/oa-vCRJCO/code.lsp" (written 01 FEB 2016 10:53:48 PM): ; compiling (DEFPARAMETER |Module;AL| ...) ; compiling (DEFUN |Module;| ...) ; compiling (DEFUN |Module| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-vCRJCO/code.fasl written ; compilation finished in 0:00:00.028 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/ALGEBRA.fasl --optimize=3 ALGEBRA.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ALGEBRA.spad using Spad compiler. ALGEBRA abbreviates category Algebra debug: compDefine1 lhs: (Algebra R) signature (pre-evaluate): ((Category) (CommutativeRing)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (CommutativeRing) $param: (R) Debug: evaluateType1 form: (CommutativeRing) debug: compDefine1 signature (post evaluate): ((Category) (CommutativeRing)) debug: compDefine1 lhs: (Algebra R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for Algebra compiling into /tmp/oa-x5iEm2 STYLE-WARNING: redefining BOOT::|Algebra| in DEFUN Time: 0.01 SEC. ALGEBRA- abbreviates package Algebra& ------------------------------------------------------------------------ initializing stationary directory for Algebra& compiling into /tmp/oa-7q3yfY compiling exported coerce : R -> S Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor Algebra& Time: 0.02 seconds finalizing NRLIB ALGEBRA- ; compiling file "/tmp/oa-7q3yfY/code.lsp" (written 01 FEB 2016 10:53:48 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ALGEBRA-;coerce;R$;1| ...) ; compiling (DEFUN |Algebra&| ...) ; compiling (MAKEPROP (QUOTE |Algebra&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-7q3yfY/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ finalizing NRLIB ALGEBRA Processing Algebra for Browser database: -- constructor ; compiling file "/tmp/oa-x5iEm2/code.lsp" (written 01 FEB 2016 10:53:48 PM): ; compiling (DEFPARAMETER |Algebra;AL| ...) ; compiling (DEFUN |Algebra;| ...) ; compiling (DEFUN |Algebra| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-x5iEm2/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/ENTIRER.fasl --optimize=3 ENTIRER.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ENTIRER.spad using Spad compiler. ENTIRER abbreviates category EntireRing debug: compDefine1 lhs: (EntireRing) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for EntireRing compiling into /tmp/oa-cLuIPa STYLE-WARNING: redefining BOOT::|EntireRing| in DEFUN Time: 0.00 SEC. ENTIRER- abbreviates package EntireRing& ------------------------------------------------------------------------ initializing stationary directory for EntireRing& compiling into /tmp/oa-kaWN36 compiling exported annihilate? : (S,S) -> Boolean Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor EntireRing& Time: 0.02 seconds finalizing NRLIB ENTIRER- ; compiling file "/tmp/oa-kaWN36/code.lsp" (written 01 FEB 2016 10:53:48 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ENTIRER-;annihilate?;2$B;1| ...) ; file: /tmp/oa-kaWN36/code.lsp ; in: DEFUN |ENTIRER-;annihilate?;2$B;1| ; (DEFUN BOOT::|ENTIRER-;annihilate?;2$B;1| (BOOT::|x| BOOT::|y| BOOT::$) ; (OR (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 8)) ; (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 8)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ENTIRER-;annihilate?;2$B;1| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|ENTIRER-;annihilate?;2$B;1| ; (OR (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 8)) ; (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 8))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |EntireRing&| ...) ; compiling (MAKEPROP (QUOTE |EntireRing&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-kaWN36/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ finalizing NRLIB ENTIRER Processing EntireRing for Browser database: -- noZeroDivisors : () -> attribute -- constructor ; compiling file "/tmp/oa-cLuIPa/code.lsp" (written 01 FEB 2016 10:53:48 PM): ; compiling (DEFPARAMETER |EntireRing;AL| ...) ; compiling (DEFUN |EntireRing;| ...) ; compiling (DEFUN |EntireRing| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-cLuIPa/code.fasl written ; compilation finished in 0:00:00.023 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/DIVRING.fasl --bootstrap DIVRING.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DIVRING.spad using Spad compiler. DIVRING abbreviates category DivisionRing ------------------------------------------------------------------------ initializing stationary directory for DivisionRing compiling into /tmp/oa-KWww6b STYLE-WARNING: redefining BOOT::|DivisionRing| in DEFUN Time: 0.00 SEC. finalizing NRLIB DIVRING ; compiling file "/tmp/oa-KWww6b/code.lsp" (written 01 FEB 2016 10:53:49 PM): ; compiling (DEFPARAMETER |DivisionRing;AL| ...) ; compiling (DEFUN |DivisionRing;| ...) ; compiling (DEFUN |DivisionRing| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-KWww6b/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/FIELD.fasl --bootstrap FIELD.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FIELD.spad using Spad compiler. FIELD abbreviates category Field ------------------------------------------------------------------------ initializing stationary directory for Field compiling into /tmp/oa-krSfem STYLE-WARNING: redefining BOOT::|Field| in DEFUN Time: 0.00 SEC. finalizing NRLIB FIELD ; compiling file "/tmp/oa-krSfem/code.lsp" (written 01 FEB 2016 10:53:49 PM): ; compiling (DEFPARAMETER |Field;AL| ...) ; compiling (DEFUN |Field;| ...) ; compiling (DEFUN |Field| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-krSfem/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/INTDOM.fasl --optimize=3 INTDOM.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INTDOM.spad using Spad compiler. INTDOM abbreviates category IntegralDomain debug: compDefine1 lhs: (IntegralDomain) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for IntegralDomain compiling into /tmp/oa-HzS5lw STYLE-WARNING: redefining BOOT::|IntegralDomain| in DEFUN Time: 0.01 SEC. INTDOM- abbreviates package IntegralDomain& ------------------------------------------------------------------------ initializing stationary directory for IntegralDomain& compiling into /tmp/oa-FjEUxt compiling exported unitNormal : S -> Record(unit: S,canonical: S,associate: S) Time: 0.02 SEC. compiling exported unitCanonical : S -> S Time: 0 SEC. compiling exported recip : S -> Union(S,failed) Time: 0.00 SEC. compiling exported unit? : S -> Boolean Time: 0 SEC. compiling exported associates? : (S,S) -> Boolean Time: 0.01 SEC. compiling exported associates? : (S,S) -> Boolean Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor IntegralDomain& Time: 0.04 seconds finalizing NRLIB INTDOM- ; compiling file "/tmp/oa-FjEUxt/code.lsp" (written 01 FEB 2016 10:53:49 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |INTDOM-;unitNormal;$R;1| ...) ; compiling (DEFUN |INTDOM-;unitCanonical;2$;2| ...) ; compiling (DEFUN |INTDOM-;recip;$U;3| ...) ; file: /tmp/oa-FjEUxt/code.lsp ; in: DEFUN |INTDOM-;recip;$U;3| ; (DEFUN BOOT::|INTDOM-;recip;$U;3| (BOOT::|x| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 13)) ; (CONS 1 "failed")) ; (T ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 7) BOOT::|x| ; (BOOT::|shellEntry| BOOT::$ 15))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTDOM-;recip;$U;3| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|INTDOM-;recip;$U;3| ; (COND ((BOOT::SPADCALL BOOT::|x| #) (CONS 1 "failed")) ; (T (BOOT::SPADCALL # BOOT::|x| #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |INTDOM-;unit?;$B;4| ...) ; compiling (DEFUN |INTDOM-;associates?;2$B;5| ...) ; file: /tmp/oa-FjEUxt/code.lsp ; in: DEFUN |INTDOM-;associates?;2$B;5| ; (DEFUN BOOT::|INTDOM-;associates?;2$B;5| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL ; (SVREF (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 10)) 1) ; (SVREF (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 10)) 1) ; (BOOT::|shellEntry| BOOT::$ 21))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTDOM-;associates?;2$B;5| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|INTDOM-;associates?;2$B;5| ; (BOOT::SPADCALL (SVREF (BOOT::SPADCALL BOOT::|x| #) 1) ; (SVREF (BOOT::SPADCALL BOOT::|y| #) 1) ; (BOOT::|shellEntry| BOOT::$ 21)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |INTDOM-;associates?;2$B;6| ...) ; file: /tmp/oa-FjEUxt/code.lsp ; in: DEFUN |INTDOM-;associates?;2$B;6| ; (DEFUN BOOT::|INTDOM-;associates?;2$B;6| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 13)) ; (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 13))) ; ((OR (OR # #) (EQL # 1)) NIL) (T T))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTDOM-;associates?;2$B;6| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|INTDOM-;associates?;2$B;6| ; (COND ((BOOT::SPADCALL BOOT::|x| #) (BOOT::SPADCALL BOOT::|y| #)) ; ((OR # #) NIL) (T T)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |IntegralDomain&| ...) ; compiling (MAKEPROP (QUOTE |IntegralDomain&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 3 notes ; /tmp/oa-FjEUxt/code.fasl written ; compilation finished in 0:00:00.042 ------------------------------------------------------------------------ finalizing NRLIB INTDOM Processing IntegralDomain for Browser database: -- exquo : (%,%) -> Union(%,"failed") -- unitNormal : % -> Record(unit: %,canonical: %,associate: %) -- unitCanonical : % -> % -- associates? : (%,%) -> Boolean -- unit? : % -> Boolean -- constructor ; compiling file "/tmp/oa-HzS5lw/code.lsp" (written 01 FEB 2016 10:53:49 PM): ; compiling (DEFPARAMETER |IntegralDomain;AL| ...) ; compiling (DEFUN |IntegralDomain;| ...) ; compiling (DEFUN |IntegralDomain| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-HzS5lw/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/RCAGG.fasl --bootstrap RCAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RCAGG.spad using Spad compiler. RCAGG abbreviates category RecursiveAggregate ------------------------------------------------------------------------ initializing stationary directory for RecursiveAggregate compiling into /tmp/oa-CxkPoM STYLE-WARNING: redefining BOOT::|RecursiveAggregate| in DEFUN Time: 0.01 SEC. finalizing NRLIB RCAGG ; compiling file "/tmp/oa-CxkPoM/code.lsp" (written 01 FEB 2016 10:53:49 PM): ; compiling (DEFPARAMETER |RecursiveAggregate;AL| ...) ; compiling (DEFUN |RecursiveAggregate;| ...) ; compiling (DEFUN |RecursiveAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-CxkPoM/code.fasl written ; compilation finished in 0:00:00.018 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/URAGG.fasl --bootstrap URAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/URAGG.spad using Spad compiler. URAGG abbreviates category UnaryRecursiveAggregate ------------------------------------------------------------------------ initializing stationary directory for UnaryRecursiveAggregate compiling into /tmp/oa-NZwYIZ STYLE-WARNING: redefining BOOT::|UnaryRecursiveAggregate| in DEFUN Time: 0.01 SEC. finalizing NRLIB URAGG ; compiling file "/tmp/oa-NZwYIZ/code.lsp" (written 01 FEB 2016 10:53:49 PM): ; compiling (DEFPARAMETER |UnaryRecursiveAggregate;AL| ...) ; compiling (DEFUN |UnaryRecursiveAggregate;| ...) ; compiling (DEFUN |UnaryRecursiveAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-NZwYIZ/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/STAGG.fasl --bootstrap STAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/STAGG.spad using Spad compiler. STAGG abbreviates category StreamAggregate ------------------------------------------------------------------------ initializing stationary directory for StreamAggregate compiling into /tmp/oa-MtkOG9 STYLE-WARNING: redefining BOOT::|StreamAggregate| in DEFUN Time: 0.01 SEC. finalizing NRLIB STAGG ; compiling file "/tmp/oa-MtkOG9/code.lsp" (written 01 FEB 2016 10:53:49 PM): ; compiling (DEFPARAMETER |StreamAggregate;AL| ...) ; compiling (DEFUN |StreamAggregate;| ...) ; compiling (DEFUN |StreamAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-MtkOG9/code.fasl written ; compilation finished in 0:00:00.025 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/ELAGG.fasl --bootstrap ELAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ELAGG.spad using Spad compiler. ELAGG abbreviates category ExtensibleLinearAggregate ------------------------------------------------------------------------ initializing stationary directory for ExtensibleLinearAggregate compiling into /tmp/oa-f4zVUi STYLE-WARNING: redefining BOOT::|ExtensibleLinearAggregate| in DEFUN Time: 0.01 SEC. finalizing NRLIB ELAGG ; compiling file "/tmp/oa-f4zVUi/code.lsp" (written 01 FEB 2016 10:53:50 PM): ; compiling (DEFPARAMETER |ExtensibleLinearAggregate;AL| ...) ; compiling (DEFUN |ExtensibleLinearAggregate;| ...) ; compiling (DEFUN |ExtensibleLinearAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-f4zVUi/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/LSAGG.fasl --bootstrap LSAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LSAGG.spad using Spad compiler. LSAGG abbreviates category ListAggregate ------------------------------------------------------------------------ initializing stationary directory for ListAggregate compiling into /tmp/oa-lcvKqk STYLE-WARNING: redefining BOOT::|ListAggregate| in DEFUN Time: 0.01 SEC. finalizing NRLIB LSAGG ; compiling file "/tmp/oa-lcvKqk/code.lsp" (written 01 FEB 2016 10:53:50 PM): ; compiling (DEFPARAMETER |ListAggregate;AL| ...) ; compiling (DEFUN |ListAggregate;| ...) ; compiling (DEFUN |ListAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-lcvKqk/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/LIST.fasl --bootstrap LIST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LIST.spad using Spad compiler. LIST abbreviates domain List ------------------------------------------------------------------------ initializing stationary directory for List compiling into /tmp/oa-r9xZat Time: 0.02 SEC. Cumulative Statistics for Constructor List Time: 0.02 seconds finalizing NRLIB LIST ; compiling file "/tmp/oa-r9xZat/code.lsp" (written 01 FEB 2016 10:53:50 PM): ; compiling (DEFUN |List| ...) ; compiling (DEFUN |List;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-r9xZat/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/PFECAT.fasl --bootstrap PFECAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PFECAT.spad using Spad compiler. PFECAT abbreviates category PolynomialFactorizationExplicit ------------------------------------------------------------------------ initializing stationary directory for PolynomialFactorizationExplicit compiling into /tmp/oa-2pmeSE STYLE-WARNING: redefining BOOT::|PolynomialFactorizationExplicit| in DEFUN Time: 0.00 SEC. finalizing NRLIB PFECAT ; compiling file "/tmp/oa-2pmeSE/code.lsp" (written 01 FEB 2016 10:53:50 PM): ; compiling (DEFPARAMETER |PolynomialFactorizationExplicit;AL| ...) ; compiling (DEFUN |PolynomialFactorizationExplicit;| ...) ; compiling (DEFUN |PolynomialFactorizationExplicit| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-2pmeSE/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/PDDOM.fasl --bootstrap PDDOM.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PDDOM.spad using Spad compiler. PDDOM abbreviates category PartialDifferentialDomain ------------------------------------------------------------------------ initializing stationary directory for PartialDifferentialDomain compiling into /tmp/oa-gLRbWO STYLE-WARNING: redefining BOOT::|PartialDifferentialDomain| in DEFUN Time: 0.01 SEC. finalizing NRLIB PDDOM ; compiling file "/tmp/oa-gLRbWO/code.lsp" (written 01 FEB 2016 10:53:50 PM): ; compiling (DEFPARAMETER |PartialDifferentialDomain;AL| ...) ; compiling (DEFUN |PartialDifferentialDomain;| ...) ; compiling (DEFUN |PartialDifferentialDomain| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-gLRbWO/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/PDSPC.fasl --bootstrap PDSPC.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PDSPC.spad using Spad compiler. PDSPC abbreviates category PartialDifferentialSpace ------------------------------------------------------------------------ initializing stationary directory for PartialDifferentialSpace compiling into /tmp/oa-AbfB3V STYLE-WARNING: redefining BOOT::|PartialDifferentialSpace| in DEFUN Time: 0.01 SEC. finalizing NRLIB PDSPC ; compiling file "/tmp/oa-AbfB3V/code.lsp" (written 01 FEB 2016 10:53:50 PM): ; compiling (DEFPARAMETER |PartialDifferentialSpace;AL| ...) ; compiling (DEFUN |PartialDifferentialSpace;| ...) ; compiling (DEFUN |PartialDifferentialSpace| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-AbfB3V/code.fasl written ; compilation finished in 0:00:00.020 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/PDRING.fasl --bootstrap PDRING.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PDRING.spad using Spad compiler. PDRING abbreviates category PartialDifferentialRing ------------------------------------------------------------------------ initializing stationary directory for PartialDifferentialRing compiling into /tmp/oa-3QAy66 STYLE-WARNING: redefining BOOT::|PartialDifferentialRing| in DEFUN Time: 0.01 SEC. finalizing NRLIB PDRING ; compiling file "/tmp/oa-3QAy66/code.lsp" (written 01 FEB 2016 10:53:50 PM): ; compiling (DEFPARAMETER |PartialDifferentialRing;AL| ...) ; compiling (DEFUN |PartialDifferentialRing;| ...) ; compiling (DEFUN |PartialDifferentialRing| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-3QAy66/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/CHARNZ.fasl --bootstrap CHARNZ.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CHARNZ.spad using Spad compiler. CHARNZ abbreviates category CharacteristicNonZero ------------------------------------------------------------------------ initializing stationary directory for CharacteristicNonZero compiling into /tmp/oa-7itgch STYLE-WARNING: redefining BOOT::|CharacteristicNonZero| in DEFUN Time: 0.01 SEC. finalizing NRLIB CHARNZ ; compiling file "/tmp/oa-7itgch/code.lsp" (written 01 FEB 2016 10:53:50 PM): ; compiling (DEFPARAMETER |CharacteristicNonZero;AL| ...) ; compiling (DEFUN |CharacteristicNonZero;| ...) ; compiling (DEFUN |CharacteristicNonZero| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-7itgch/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/AMR.fasl --bootstrap AMR.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/AMR.spad using Spad compiler. AMR abbreviates category AbelianMonoidRing ------------------------------------------------------------------------ initializing stationary directory for AbelianMonoidRing compiling into /tmp/oa-sstzEe STYLE-WARNING: redefining BOOT::|AbelianMonoidRing| in DEFUN Time: 0.01 SEC. finalizing NRLIB AMR ; compiling file "/tmp/oa-sstzEe/code.lsp" (written 01 FEB 2016 10:53:51 PM): ; compiling (DEFPARAMETER |AbelianMonoidRing;AL| ...) ; compiling (DEFUN |AbelianMonoidRing;| ...) ; compiling (DEFUN |AbelianMonoidRing| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-sstzEe/code.fasl written ; compilation finished in 0:00:00.022 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/FRETRCT.fasl --bootstrap FRETRCT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FRETRCT.spad using Spad compiler. FRETRCT abbreviates category FullyRetractableTo ------------------------------------------------------------------------ initializing stationary directory for FullyRetractableTo compiling into /tmp/oa-VG6WWt STYLE-WARNING: redefining BOOT::|FullyRetractableTo| in DEFUN Time: 0.01 SEC. finalizing NRLIB FRETRCT ; compiling file "/tmp/oa-VG6WWt/code.lsp" (written 01 FEB 2016 10:53:51 PM): ; compiling (DEFPARAMETER |FullyRetractableTo;AL| ...) ; compiling (DEFUN |FullyRetractableTo;| ...) ; compiling (DEFUN |FullyRetractableTo| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-VG6WWt/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/FAMR.fasl --bootstrap FAMR.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FAMR.spad using Spad compiler. FAMR abbreviates category FiniteAbelianMonoidRing ------------------------------------------------------------------------ initializing stationary directory for FiniteAbelianMonoidRing compiling into /tmp/oa-mHbwIB STYLE-WARNING: redefining BOOT::|FiniteAbelianMonoidRing| in DEFUN Time: 0.01 SEC. finalizing NRLIB FAMR ; compiling file "/tmp/oa-mHbwIB/code.lsp" (written 01 FEB 2016 10:53:51 PM): ; compiling (DEFPARAMETER |FiniteAbelianMonoidRing;AL| ...) ; compiling (DEFUN |FiniteAbelianMonoidRing;| ...) ; compiling (DEFUN |FiniteAbelianMonoidRing| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-mHbwIB/code.fasl written ; compilation finished in 0:00:00.031 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/FLINEXP.fasl --bootstrap FLINEXP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FLINEXP.spad using Spad compiler. FLINEXP abbreviates category FullyLinearlyExplicitRingOver ------------------------------------------------------------------------ initializing stationary directory for FullyLinearlyExplicitRingOver compiling into /tmp/oa-fWEI3L STYLE-WARNING: redefining BOOT::|FullyLinearlyExplicitRingOver| in DEFUN Time: 0.01 SEC. finalizing NRLIB FLINEXP ; compiling file "/tmp/oa-fWEI3L/code.lsp" (written 01 FEB 2016 10:53:51 PM): ; compiling (DEFPARAMETER |FullyLinearlyExplicitRingOver;AL| ...) ; compiling (DEFUN |FullyLinearlyExplicitRingOver;| ...) ; compiling (DEFUN |FullyLinearlyExplicitRingOver| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-fWEI3L/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/POLYCAT.fasl --bootstrap POLYCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/POLYCAT.spad using Spad compiler. POLYCAT abbreviates category PolynomialCategory ------------------------------------------------------------------------ initializing stationary directory for PolynomialCategory compiling into /tmp/oa-TiQh8X STYLE-WARNING: redefining BOOT::|PolynomialCategory| in DEFUN Time: 0.02 SEC. finalizing NRLIB POLYCAT ; compiling file "/tmp/oa-TiQh8X/code.lsp" (written 01 FEB 2016 10:53:51 PM): ; compiling (DEFPARAMETER |PolynomialCategory;AL| ...) ; compiling (DEFUN |PolynomialCategory;| ...) ; compiling (DEFUN |PolynomialCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-TiQh8X/code.fasl written ; compilation finished in 0:00:00.027 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/DSEXT.fasl --bootstrap DSEXT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DSEXT.spad using Spad compiler. DSEXT abbreviates category DifferentialSpaceExtension ------------------------------------------------------------------------ initializing stationary directory for DifferentialSpaceExtension compiling into /tmp/oa-7UPiJf STYLE-WARNING: redefining BOOT::|DifferentialSpaceExtension| in DEFUN Time: 0.01 SEC. finalizing NRLIB DSEXT ; compiling file "/tmp/oa-7UPiJf/code.lsp" (written 01 FEB 2016 10:53:51 PM): ; compiling (DEFPARAMETER |DifferentialSpaceExtension;AL| ...) ; compiling (DEFUN |DifferentialSpaceExtension;| ...) ; compiling (DEFUN |DifferentialSpaceExtension| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-7UPiJf/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/DIFEXT.fasl --bootstrap DIFEXT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DIFEXT.spad using Spad compiler. DIFEXT abbreviates category DifferentialExtension ------------------------------------------------------------------------ initializing stationary directory for DifferentialExtension compiling into /tmp/oa-bS9hbi STYLE-WARNING: redefining BOOT::|DifferentialExtension| in DEFUN Time: 0.01 SEC. finalizing NRLIB DIFEXT ; compiling file "/tmp/oa-bS9hbi/code.lsp" (written 01 FEB 2016 10:53:52 PM): ; compiling (DEFPARAMETER |DifferentialExtension;AL| ...) ; compiling (DEFUN |DifferentialExtension;| ...) ; compiling (DEFUN |DifferentialExtension| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-bS9hbi/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/UPOLYC.fasl --bootstrap UPOLYC.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UPOLYC.spad using Spad compiler. UPOLYC abbreviates category UnivariatePolynomialCategory ------------------------------------------------------------------------ initializing stationary directory for UnivariatePolynomialCategory compiling into /tmp/oa-5iaavq STYLE-WARNING: redefining BOOT::|UnivariatePolynomialCategory| in DEFUN Time: 0.02 SEC. finalizing NRLIB UPOLYC ; compiling file "/tmp/oa-5iaavq/code.lsp" (written 01 FEB 2016 10:53:52 PM): ; compiling (DEFPARAMETER |UnivariatePolynomialCategory;AL| ...) ; compiling (DEFUN |UnivariatePolynomialCategory;| ...) ; compiling (DEFUN |UnivariatePolynomialCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-5iaavq/code.fasl written ; compilation finished in 0:00:00.030 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/PR.fasl --bootstrap PR.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PR.spad using Spad compiler. PR abbreviates domain PolynomialRing ------------------------------------------------------------------------ initializing stationary directory for PolynomialRing compiling into /tmp/oa-5DuLoH Time: 0.04 SEC. Cumulative Statistics for Constructor PolynomialRing Time: 0.04 seconds finalizing NRLIB PR ; compiling file "/tmp/oa-5DuLoH/code.lsp" (written 01 FEB 2016 10:53:52 PM): ; compiling (DEFUN |PolynomialRing| ...) ; compiling (DEFUN |PolynomialRing;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-5DuLoH/code.fasl written ; compilation finished in 0:00:00.018 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/SUP.fasl --bootstrap SUP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SUP.spad using Spad compiler. SUP abbreviates domain SparseUnivariatePolynomial ------------------------------------------------------------------------ initializing stationary directory for SparseUnivariatePolynomial compiling into /tmp/oa-yHWvYW Time: 0.06 SEC. Cumulative Statistics for Constructor SparseUnivariatePolynomial Time: 0.06 seconds finalizing NRLIB SUP ; compiling file "/tmp/oa-yHWvYW/code.lsp" (written 01 FEB 2016 10:53:52 PM): ; compiling (DEFUN |SparseUnivariatePolynomial| ...) ; compiling (DEFUN |SparseUnivariatePolynomial;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-yHWvYW/code.fasl written ; compilation finished in 0:00:00.024 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/FEVALAB.fasl --bootstrap FEVALAB.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FEVALAB.spad using Spad compiler. FEVALAB abbreviates category FullyEvalableOver ------------------------------------------------------------------------ initializing stationary directory for FullyEvalableOver compiling into /tmp/oa-t3yUbb STYLE-WARNING: redefining BOOT::|FullyEvalableOver| in DEFUN Time: 0.01 SEC. finalizing NRLIB FEVALAB ; compiling file "/tmp/oa-t3yUbb/code.lsp" (written 01 FEB 2016 10:53:52 PM): ; compiling (DEFPARAMETER |FullyEvalableOver;AL| ...) ; compiling (DEFUN |FullyEvalableOver;| ...) ; compiling (DEFUN |FullyEvalableOver| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-t3yUbb/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/PATAB.fasl --bootstrap PATAB.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PATAB.spad using Spad compiler. PATAB abbreviates category Patternable ------------------------------------------------------------------------ initializing stationary directory for Patternable compiling into /tmp/oa-I5LeDl STYLE-WARNING: redefining BOOT::|Patternable| in DEFUN Time: 0.01 SEC. finalizing NRLIB PATAB ; compiling file "/tmp/oa-I5LeDl/code.lsp" (written 01 FEB 2016 10:53:52 PM): ; compiling (DEFPARAMETER |Patternable;AL| ...) ; compiling (DEFUN |Patternable;| ...) ; compiling (DEFUN |Patternable| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-I5LeDl/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/FPATMAB.fasl --bootstrap FPATMAB.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FPATMAB.spad using Spad compiler. FPATMAB abbreviates category FullyPatternMatchable ------------------------------------------------------------------------ initializing stationary directory for FullyPatternMatchable compiling into /tmp/oa-XwRY0k STYLE-WARNING: redefining BOOT::|FullyPatternMatchable| in DEFUN Time: 0.01 SEC. finalizing NRLIB FPATMAB ; compiling file "/tmp/oa-XwRY0k/code.lsp" (written 01 FEB 2016 10:53:53 PM): ; compiling (DEFPARAMETER |FullyPatternMatchable;AL| ...) ; compiling (DEFUN |FullyPatternMatchable;| ...) ; compiling (DEFUN |FullyPatternMatchable| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-XwRY0k/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/QFCAT.fasl --bootstrap QFCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/QFCAT.spad using Spad compiler. QFCAT abbreviates category QuotientFieldCategory ------------------------------------------------------------------------ initializing stationary directory for QuotientFieldCategory compiling into /tmp/oa-08w5dr STYLE-WARNING: redefining BOOT::|QuotientFieldCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB QFCAT ; compiling file "/tmp/oa-08w5dr/code.lsp" (written 01 FEB 2016 10:53:53 PM): ; compiling (DEFPARAMETER |QuotientFieldCategory;AL| ...) ; compiling (DEFUN |QuotientFieldCategory;| ...) ; compiling (DEFUN |QuotientFieldCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-08w5dr/code.fasl written ; compilation finished in 0:00:00.026 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/FRAC.fasl --bootstrap FRAC.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FRAC.spad using Spad compiler. FRAC abbreviates domain Fraction ------------------------------------------------------------------------ initializing stationary directory for Fraction compiling into /tmp/oa-4tvHNJ Time: 0.08 SEC. Cumulative Statistics for Constructor Fraction Time: 0.08 seconds finalizing NRLIB FRAC ; compiling file "/tmp/oa-4tvHNJ/code.lsp" (written 01 FEB 2016 10:53:53 PM): ; compiling (DEFUN |Fraction| ...) ; compiling (DEFUN |Fraction;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-4tvHNJ/code.fasl written ; compilation finished in 0:00:00.024 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/GCDDOM.fasl --optimize=3 GCDDOM.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GCDDOM.spad using Spad compiler. GCDDOM abbreviates category GcdDomain debug: compDefine1 lhs: (GcdDomain) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for GcdDomain compiling into /tmp/oa-kbThZ1 STYLE-WARNING: redefining BOOT::|GcdDomain| in DEFUN Time: 0.00 SEC. GCDDOM- abbreviates package GcdDomain& ------------------------------------------------------------------------ initializing stationary directory for GcdDomain& compiling into /tmp/oa-iVTKY9 compiling exported lcm : (S,S) -> S Time: 0.04 SEC. compiling exported lcm : List S -> S Time: 0.00 SEC. compiling exported gcd : List S -> S Time: 0.01 SEC. compiling exported gcdPolynomial : (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S Time: 0.07 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] gcdPolynomial: positive? has no value [2] gcdPolynomial: not known that Ring is of mode CATEGORY(package,gcdPolynomial: (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S,lcm: List S -> S,lcm: (S,S) -> S,gcd: List S -> S,gcd: (S,S) -> S) Cumulative Statistics for Constructor GcdDomain& Time: 0.14 seconds finalizing NRLIB GCDDOM- ; compiling file "/tmp/oa-iVTKY9/code.lsp" (written 01 FEB 2016 10:53:53 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |GCDDOM-;lcm;3$;1| ...) ; compiling (DEFUN |GCDDOM-;lcm;L$;2| ...) ; compiling (DEFUN |GCDDOM-;gcd;L$;3| ...) ; compiling (DEFUN |GCDDOM-;gcdPolynomial;3Sup;4| ...) ; compiling (DEFUN |GcdDomain&| ...) ; compiling (MAKEPROP (QUOTE |GcdDomain&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-iVTKY9/code.fasl written ; compilation finished in 0:00:00.063 ------------------------------------------------------------------------ finalizing NRLIB GCDDOM Processing GcdDomain for Browser database: -- gcd : (%,%) -> % -- gcd : List % -> % -- lcm : (%,%) -> % -- lcm : List % -> % --->../../x86_64-unknown-linux-gnu/src/algebra/catdef.spad-->GcdDomain((gcdPolynomial ((SparseUnivariatePolynomial %) (SparseUnivariatePolynomial %) (SparseUnivariatePolynomial %)))): Not documented!!!! -- constructor -- constructor --->../../x86_64-unknown-linux-gnu/src/algebra/catdef.spad-->GcdDomain: Spurious comments: \indented{1}{gcdPolynomial(\spad{p},{}\spad{q}) returns the greatest common divisor (gcd) of} univariate polynomials over the domain ; compiling file "/tmp/oa-kbThZ1/code.lsp" (written 01 FEB 2016 10:53:53 PM): ; compiling (DEFPARAMETER |GcdDomain;AL| ...) ; compiling (DEFUN |GcdDomain;| ...) ; compiling (DEFUN |GcdDomain| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-kbThZ1/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/FR.fasl --bootstrap FR.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FR.spad using Spad compiler. FR abbreviates domain Factored ------------------------------------------------------------------------ initializing stationary directory for Factored compiling into /tmp/oa-D4pmil Time: 0.04 SEC. Cumulative Statistics for Constructor Factored Time: 0.04 seconds finalizing NRLIB FR ; compiling file "/tmp/oa-D4pmil/code.lsp" (written 01 FEB 2016 10:53:54 PM): ; compiling (DEFUN |Factored| ...) ; compiling (DEFUN |Factored;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-D4pmil/code.fasl written ; compilation finished in 0:00:00.024 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/UFD.fasl --optimize=3 UFD.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UFD.spad using Spad compiler. UFD abbreviates category UniqueFactorizationDomain debug: compDefine1 lhs: (UniqueFactorizationDomain) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for UniqueFactorizationDomain compiling into /tmp/oa-gtMmaz STYLE-WARNING: redefining BOOT::|UniqueFactorizationDomain| in DEFUN Time: 0.01 SEC. UFD- abbreviates package UniqueFactorizationDomain& ------------------------------------------------------------------------ initializing stationary directory for UniqueFactorizationDomain& compiling into /tmp/oa-evruBI compiling exported squareFreePart : S -> S Time: 0.05 SEC. compiling exported prime? : S -> Boolean Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Warnings: [1] squareFreePart: unit has no value [2] squareFreePart: not known that IntegralDomain is of mode CATEGORY(package,squareFreePart: S -> S,prime?: S -> Boolean) [3] prime?: # has no value [4] prime?: factorList has no value Cumulative Statistics for Constructor UniqueFactorizationDomain& Time: 0.07 seconds finalizing NRLIB UFD- ; compiling file "/tmp/oa-evruBI/code.lsp" (written 01 FEB 2016 10:53:54 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |UFD-;squareFreePart;2$;1| ...) ; compiling (DEFUN |UFD-;prime?;$B;2| ...) ; file: /tmp/oa-evruBI/code.lsp ; in: DEFUN |UFD-;prime?;$B;2| ; (DEFUN BOOT::|UFD-;prime?;$B;2| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) ; (BOOT::|shellEntry| BOOT::$ 22)) ; (BOOT::|shellEntry| BOOT::$ 24)) ; (BOOT::|shellEntry| BOOT::$ 26))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UFD-;prime?;$B;2| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|UFD-;prime?;$B;2| ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL # #) (BOOT::|shellEntry| BOOT::$ 24)) ; (BOOT::|shellEntry| BOOT::$ 26)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |UniqueFactorizationDomain&| ...) ; compiling (MAKEPROP (QUOTE |UniqueFactorizationDomain&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-evruBI/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ finalizing NRLIB UFD Processing UniqueFactorizationDomain for Browser database: -- prime? : % -> Boolean -- squareFree : % -> Factored % -- squareFreePart : % -> % -- factor : % -> Factored % -- constructor ; compiling file "/tmp/oa-gtMmaz/code.lsp" (written 01 FEB 2016 10:53:54 PM): ; compiling (DEFPARAMETER |UniqueFactorizationDomain;AL| ...) ; compiling (DEFUN |UniqueFactorizationDomain;| ...) ; compiling (DEFUN |UniqueFactorizationDomain| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-gtMmaz/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/UTYPE.fasl --bootstrap UTYPE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UTYPE.spad using Spad compiler. UTYPE abbreviates category UnionType ------------------------------------------------------------------------ initializing stationary directory for UnionType compiling into /tmp/oa-6xUneN STYLE-WARNING: redefining BOOT::|UnionType| in DEFUN Time: 0.01 SEC. finalizing NRLIB UTYPE ; compiling file "/tmp/oa-6xUneN/code.lsp" (written 01 FEB 2016 10:53:54 PM): ; compiling (DEFPARAMETER |UnionType;AL| ...) ; compiling (DEFUN |UnionType;| ...) ; compiling (DEFUN |UnionType| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-6xUneN/code.fasl written ; compilation finished in 0:00:00.006 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/MAYBE.fasl --bootstrap MAYBE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MAYBE.spad using Spad compiler. MAYBE abbreviates domain Maybe ------------------------------------------------------------------------ initializing stationary directory for Maybe compiling into /tmp/oa-00PgFU Time: 0.00 SEC. Cumulative Statistics for Constructor Maybe Time: 0.00 seconds finalizing NRLIB MAYBE ; compiling file "/tmp/oa-00PgFU/code.lsp" (written 01 FEB 2016 10:53:54 PM): ; compiling (DEFUN |Maybe| ...) ; compiling (DEFUN |Maybe;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-00PgFU/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/PID.fasl --optimize=3 PID.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PID.spad using Spad compiler. PID abbreviates category PrincipalIdealDomain debug: compDefine1 lhs: (PrincipalIdealDomain) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for PrincipalIdealDomain compiling into /tmp/oa-eoCUQ1 STYLE-WARNING: redefining BOOT::|PrincipalIdealDomain| in DEFUN Time: 0.00 SEC. finalizing NRLIB PID Processing PrincipalIdealDomain for Browser database: -- principalIdeal : List % -> Record(coef: List %,generator: %) -- expressIdealMember : (List %,%) -> Maybe List % -- constructor ; compiling file "/tmp/oa-eoCUQ1/code.lsp" (written 01 FEB 2016 10:53:54 PM): ; compiling (DEFPARAMETER |PrincipalIdealDomain;AL| ...) ; compiling (DEFUN |PrincipalIdealDomain;| ...) ; compiling (DEFUN |PrincipalIdealDomain| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-eoCUQ1/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/EUCDOM.fasl --optimize=3 EUCDOM.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/EUCDOM.spad using Spad compiler. EUCDOM abbreviates category EuclideanDomain debug: compDefine1 lhs: (EuclideanDomain) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for EuclideanDomain compiling into /tmp/oa-RYCuxa STYLE-WARNING: redefining BOOT::|EuclideanDomain| in DEFUN Time: 0.01 SEC. EUCDOM- abbreviates package EuclideanDomain& ------------------------------------------------------------------------ initializing stationary directory for EuclideanDomain& compiling into /tmp/oa-aTEEkl compiling exported sizeLess? : (S,S) -> Boolean Time: 0.04 SEC. compiling exported quo : (S,S) -> S Time: 0 SEC. compiling exported rem : (S,S) -> S Time: 0 SEC. compiling exported exquo : (S,S) -> Union(S,failed) Time: 0.01 SEC. compiling exported gcd : (S,S) -> S Time: 0.00 SEC. compiling local unitNormalizeIdealElt : Record(coef1: S,coef2: S,generator: S) -> Record(coef1: S,coef2: S,generator: S) Time: 0.00 SEC. compiling exported extendedEuclidean : (S,S) -> Record(coef1: S,coef2: S,generator: S) Time: 0.04 SEC. compiling exported extendedEuclidean : (S,S,S) -> Union(Record(coef1: S,coef2: S),failed) Time: 0.05 SEC. compiling exported principalIdeal : List S -> Record(coef: List S,generator: S) Time: 0.03 SEC. compiling exported expressIdealMember : (List S,S) -> Maybe List S Time: 0.02 SEC. compiling exported multiEuclidean : (List S,S) -> Union(List S,failed) Time: 0.06 SEC. (time taken in buildFunctor: 4) Time: 0.01 SEC. Warnings: [1] extendedEuclidean: remainder has no value [2] extendedEuclidean: quotient has no value Cumulative Statistics for Constructor EuclideanDomain& Time: 0.28 seconds finalizing NRLIB EUCDOM- ; compiling file "/tmp/oa-aTEEkl/code.lsp" (written 01 FEB 2016 10:53:55 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |EUCDOM-;sizeLess?;2$B;1| ...) ; file: /tmp/oa-aTEEkl/code.lsp ; in: DEFUN |EUCDOM-;sizeLess?;2$B;1| ; (DEFUN BOOT::|EUCDOM-;sizeLess?;2$B;1| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ((BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 8)) NIL) ; ((BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 8)) T) ; (T ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) ; (BOOT::SPADCALL BOOT::|y| #) ; (BOOT::|shellEntry| BOOT::$ 13))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EUCDOM-;sizeLess?;2$B;1| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|EUCDOM-;sizeLess?;2$B;1| ; (COND ((BOOT::SPADCALL BOOT::|y| #) NIL) ; ((BOOT::SPADCALL BOOT::|x| #) T) (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |EUCDOM-;quo;3$;2| ...) ; compiling (DEFUN |EUCDOM-;rem;3$;3| ...) ; compiling (DEFUN |EUCDOM-;exquo;2$U;4| ...) ; compiling (DEFUN |EUCDOM-;gcd;3$;5| ...) ; compiling (DEFUN |EUCDOM-;unitNormalizeIdealElt| ...) ; file: /tmp/oa-aTEEkl/code.lsp ; in: DEFUN |EUCDOM-;unitNormalizeIdealElt| ; (LET* ((BOOT::|#G16| ; (BOOT::SPADCALL (SVREF BOOT::|s| 2) (BOOT::|shellEntry| BOOT::$ 27))) ; (BOOT::|u| (SVREF BOOT::|#G16| 0)) ; (BOOT::|c| (SVREF BOOT::|#G16| 1)) ; (BOOT::|a| (SVREF BOOT::|#G16| 2))) ; (COND ; ((BOOT::SPADCALL BOOT::|a| (BOOT::|shellEntry| BOOT::$ 28)) BOOT::|s|) ; (T ; (VECTOR (BOOT::SPADCALL BOOT::|a| # #) (BOOT::SPADCALL BOOT::|a| # #) ; BOOT::|c|)))) ; ; caught STYLE-WARNING: ; The variable |u| is defined but never used. ; compiling (DEFUN |EUCDOM-;extendedEuclidean;2$R;7| ...) ; compiling (DEFUN |EUCDOM-;extendedEuclidean;3$U;8| ...) ; compiling (DEFUN |EUCDOM-;principalIdeal;LR;9| ...) ; file: /tmp/oa-aTEEkl/code.lsp ; in: DEFUN |EUCDOM-;principalIdeal;LR;9| ; (DEFUN BOOT::|EUCDOM-;principalIdeal;LR;9| (BOOT::|l| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|l| NIL (BOOT::|shellEntry| BOOT::$ 42)) ; (BOOT::|error| "empty list passed to principalIdeal")) ; ((BOOT::SPADCALL (BOOT::SPADCALL BOOT::|l| #) NIL ; (BOOT::|shellEntry| BOOT::$ 42)) ; (LET (#) ; (CONS # #))) ; ((BOOT::SPADCALL (BOOT::SPADCALL # #) NIL (BOOT::|shellEntry| BOOT::$ 42)) ; (LET (#) ; (CONS # #))) ; (T ; (LET* (# #) ; (CONS # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EUCDOM-;principalIdeal;LR;9| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|EUCDOM-;principalIdeal;LR;9| ; (COND ; ((BOOT::SPADCALL BOOT::|l| NIL #) ; (BOOT::|error| "empty list passed to principalIdeal")) ; ((BOOT::SPADCALL # NIL #) ; (LET # ; #)) ; ((BOOT::SPADCALL # NIL #) ; (LET # ; #)) ; (T ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |EUCDOM-;expressIdealMember;L$M;10| ...) ; compiling (DEFUN |EUCDOM-;multiEuclidean;L$U;11| ...) ; file: /tmp/oa-aTEEkl/code.lsp ; in: DEFUN |EUCDOM-;multiEuclidean;L$U;11| ; (DEFUN BOOT::|EUCDOM-;multiEuclidean;L$U;11| (BOOT::|l| BOOT::|z| BOOT::$) ; (PROG (BOOT::|v2| BOOT::|v1| BOOT::|u| BOOT::|l2| BOOT::|l1|) ; (RETURN ; (LET (#) ; (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EUCDOM-;multiEuclidean;L$U;11| ; (BOOT::|l| BOOT::|z| BOOT::$) ; (BLOCK BOOT::|EUCDOM-;multiEuclidean;L$U;11| ; (PROG (BOOT::|v2| BOOT::|v1| BOOT::|u| BOOT::|l2| BOOT::|l1|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |EuclideanDomain&| ...) ; compiling (MAKEPROP (QUOTE |EuclideanDomain&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 3 notes ; /tmp/oa-aTEEkl/code.fasl written ; compilation finished in 0:00:00.096 ------------------------------------------------------------------------ finalizing NRLIB EUCDOM Processing EuclideanDomain for Browser database: -- sizeLess? : (%,%) -> Boolean -- euclideanSize : % -> NonNegativeInteger -- divide : (%,%) -> Record(quotient: %,remainder: %) -- ?quo? : (%,%) -> % -- ?rem? : (%,%) -> % -- extendedEuclidean : (%,%) -> Record(coef1: %,coef2: %,generator: %) -- extendedEuclidean : (%,%,%) -> Union(Record(coef1: %,coef2: %),"failed") -- multiEuclidean : (List %,%) -> Union(List %,"failed") -- constructor ; compiling file "/tmp/oa-RYCuxa/code.lsp" (written 01 FEB 2016 10:53:55 PM): ; compiling (DEFPARAMETER |EuclideanDomain;AL| ...) ; compiling (DEFUN |EuclideanDomain;| ...) ; compiling (DEFUN |EuclideanDomain| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-RYCuxa/code.fasl written ; compilation finished in 0:00:00.043 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/OASGP.fasl --optimize=3 OASGP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OASGP.spad using Spad compiler. OASGP abbreviates category OrderedAbelianSemiGroup debug: compDefine1 lhs: (OrderedAbelianSemiGroup) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for OrderedAbelianSemiGroup compiling into /tmp/oa-rveA4F STYLE-WARNING: redefining BOOT::|OrderedAbelianSemiGroup| in DEFUN Time: 0.01 SEC. finalizing NRLIB OASGP Processing OrderedAbelianSemiGroup for Browser database: -- constructor ; compiling file "/tmp/oa-rveA4F/code.lsp" (written 01 FEB 2016 10:53:55 PM): ; compiling (DEFPARAMETER |OrderedAbelianSemiGroup;AL| ...) ; compiling (DEFUN |OrderedAbelianSemiGroup;| ...) ; compiling (DEFUN |OrderedAbelianSemiGroup| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-rveA4F/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/OAMON.fasl --optimize=3 OAMON.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OAMON.spad using Spad compiler. OAMON abbreviates category OrderedAbelianMonoid debug: compDefine1 lhs: (OrderedAbelianMonoid) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for OrderedAbelianMonoid compiling into /tmp/oa-7fGkMM STYLE-WARNING: redefining BOOT::|OrderedAbelianMonoid| in DEFUN Time: 0.00 SEC. OAMON- abbreviates package OrderedAbelianMonoid& ------------------------------------------------------------------------ initializing stationary directory for OrderedAbelianMonoid& compiling into /tmp/oa-yYUx8Y compiling exported positive? : S -> Boolean Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor OrderedAbelianMonoid& Time: 0.01 seconds finalizing NRLIB OAMON- ; compiling file "/tmp/oa-yYUx8Y/code.lsp" (written 01 FEB 2016 10:53:55 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |OAMON-;positive?;$B;1| ...) ; file: /tmp/oa-yYUx8Y/code.lsp ; in: DEFUN |OAMON-;positive?;$B;1| ; (DEFUN BOOT::|OAMON-;positive?;$B;1| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 7) BOOT::|x| ; (BOOT::|shellEntry| BOOT::$ 9))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|OAMON-;positive?;$B;1| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|OAMON-;positive?;$B;1| ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 7) BOOT::|x| ; (BOOT::|shellEntry| BOOT::$ 9)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |OrderedAbelianMonoid&| ...) ; compiling (MAKEPROP (QUOTE |OrderedAbelianMonoid&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-yYUx8Y/code.fasl written ; compilation finished in 0:00:00.023 ------------------------------------------------------------------------ finalizing NRLIB OAMON Processing OrderedAbelianMonoid for Browser database: -- positive? : % -> Boolean -- constructor ; compiling file "/tmp/oa-7fGkMM/code.lsp" (written 01 FEB 2016 10:53:55 PM): ; compiling (DEFPARAMETER |OrderedAbelianMonoid;AL| ...) ; compiling (DEFUN |OrderedAbelianMonoid;| ...) ; compiling (DEFUN |OrderedAbelianMonoid| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-7fGkMM/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/OCAMON.fasl --optimize=3 OCAMON.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OCAMON.spad using Spad compiler. OCAMON abbreviates category OrderedCancellationAbelianMonoid debug: compDefine1 lhs: (OrderedCancellationAbelianMonoid) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for OrderedCancellationAbelianMonoid compiling into /tmp/oa-KJgYTY STYLE-WARNING: redefining BOOT::|OrderedCancellationAbelianMonoid| in DEFUN Time: 0.01 SEC. finalizing NRLIB OCAMON Processing OrderedCancellationAbelianMonoid for Browser database: -- constructor ; compiling file "/tmp/oa-KJgYTY/code.lsp" (written 01 FEB 2016 10:53:55 PM): ; compiling (DEFPARAMETER |OrderedCancellationAbelianMonoid;AL| ...) ; compiling (DEFUN |OrderedCancellationAbelianMonoid;| ...) ; compiling (DEFUN |OrderedCancellationAbelianMonoid| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-KJgYTY/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/OAGROUP.fasl --optimize=3 OAGROUP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OAGROUP.spad using Spad compiler. OAGROUP abbreviates category OrderedAbelianGroup debug: compDefine1 lhs: (OrderedAbelianGroup) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for OrderedAbelianGroup compiling into /tmp/oa-0VDE75 STYLE-WARNING: redefining BOOT::|OrderedAbelianGroup| in DEFUN Time: 0.01 SEC. OAGROUP- abbreviates package OrderedAbelianGroup& ------------------------------------------------------------------------ initializing stationary directory for OrderedAbelianGroup& compiling into /tmp/oa-sTCl9i compiling exported negative? : S -> Boolean Time: 0.01 SEC. compiling exported sign : S -> Integer Time: 0.01 SEC. compiling exported abs : S -> S Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor OrderedAbelianGroup& Time: 0.02 seconds finalizing NRLIB OAGROUP- ; compiling file "/tmp/oa-sTCl9i/code.lsp" (written 01 FEB 2016 10:53:55 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |OAGROUP-;negative?;$B;1| ...) ; file: /tmp/oa-sTCl9i/code.lsp ; in: DEFUN |OAGROUP-;negative?;$B;1| ; (DEFUN BOOT::|OAGROUP-;negative?;$B;1| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|spadConstant| BOOT::$ 7) ; (BOOT::|shellEntry| BOOT::$ 9))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|OAGROUP-;negative?;$B;1| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|OAGROUP-;negative?;$B;1| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|spadConstant| BOOT::$ 7) ; (BOOT::|shellEntry| BOOT::$ 9)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |OAGROUP-;sign;$I;2| ...) ; file: /tmp/oa-sTCl9i/code.lsp ; in: DEFUN |OAGROUP-;sign;$I;2| ; (DEFUN BOOT::|OAGROUP-;sign;$I;2| (BOOT::|x| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|spadConstant| BOOT::$ 13)) ; ((BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 14)) ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 13) ; (BOOT::|shellEntry| BOOT::$ 15))) ; (T (BOOT::|spadConstant| BOOT::$ 16)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|OAGROUP-;sign;$I;2| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|OAGROUP-;sign;$I;2| ; (COND ((BOOT::SPADCALL BOOT::|x| #) (BOOT::|spadConstant| BOOT::$ 13)) ; ((BOOT::SPADCALL BOOT::|x| #) (BOOT::SPADCALL # #)) ; (T (BOOT::|spadConstant| BOOT::$ 16))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |OAGROUP-;abs;2$;3| ...) ; compiling (DEFUN |OrderedAbelianGroup&| ...) ; compiling (MAKEPROP (QUOTE |OrderedAbelianGroup&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-sTCl9i/code.fasl written ; compilation finished in 0:00:00.022 ------------------------------------------------------------------------ finalizing NRLIB OAGROUP Processing OrderedAbelianGroup for Browser database: -- negative? : % -> Boolean -- sign : % -> Integer -- abs : % -> % -- constructor ; compiling file "/tmp/oa-0VDE75/code.lsp" (written 01 FEB 2016 10:53:55 PM): ; compiling (DEFPARAMETER |OrderedAbelianGroup;AL| ...) ; compiling (DEFUN |OrderedAbelianGroup;| ...) ; compiling (DEFUN |OrderedAbelianGroup| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-0VDE75/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/CHARZ.fasl --optimize=3 CHARZ.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CHARZ.spad using Spad compiler. CHARZ abbreviates category CharacteristicZero debug: compDefine1 lhs: (CharacteristicZero) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for CharacteristicZero compiling into /tmp/oa-IL4l4i STYLE-WARNING: redefining BOOT::|CharacteristicZero| in DEFUN Time: 0.00 SEC. finalizing NRLIB CHARZ Processing CharacteristicZero for Browser database: -- constructor ; compiling file "/tmp/oa-IL4l4i/code.lsp" (written 01 FEB 2016 10:53:55 PM): ; compiling (DEFPARAMETER |CharacteristicZero;AL| ...) ; compiling (DEFUN |CharacteristicZero;| ...) ; compiling (DEFUN |CharacteristicZero| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-IL4l4i/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/ORDRING.fasl --optimize=3 ORDRING.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ORDRING.spad using Spad compiler. ORDRING abbreviates category OrderedRing debug: compDefine1 lhs: (OrderedRing) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for OrderedRing compiling into /tmp/oa-iRZLjr STYLE-WARNING: redefining BOOT::|OrderedRing| in DEFUN Time: 0.01 SEC. finalizing NRLIB ORDRING Processing OrderedRing for Browser database: -- constructor ; compiling file "/tmp/oa-iRZLjr/code.lsp" (written 01 FEB 2016 10:53:55 PM): ; compiling (DEFPARAMETER |OrderedRing;AL| ...) ; compiling (DEFUN |OrderedRing;| ...) ; compiling (DEFUN |OrderedRing| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-iRZLjr/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/OINTDOM.fasl --optimize=3 OINTDOM.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OINTDOM.spad using Spad compiler. OINTDOM abbreviates category OrderedIntegralDomain debug: compDefine1 lhs: (OrderedIntegralDomain) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for OrderedIntegralDomain compiling into /tmp/oa-ynhXyp STYLE-WARNING: redefining BOOT::|OrderedIntegralDomain| in DEFUN Time: 0.00 SEC. finalizing NRLIB OINTDOM Processing OrderedIntegralDomain for Browser database: -- constructor ; compiling file "/tmp/oa-ynhXyp/code.lsp" (written 01 FEB 2016 10:53:56 PM): ; compiling (DEFPARAMETER |OrderedIntegralDomain;AL| ...) ; compiling (DEFUN |OrderedIntegralDomain;| ...) ; compiling (DEFUN |OrderedIntegralDomain| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-ynhXyp/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/DIFFDOM.fasl --optimize=3 DIFFDOM.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DIFFDOM.spad using Spad compiler. DIFFDOM abbreviates category DifferentialDomain debug: compDefine1 lhs: (DifferentialDomain T$) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (T$) debug: evaluateType form: (Type) $param: (T$) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (DifferentialDomain T$) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (T$) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for DifferentialDomain compiling into /tmp/oa-jPdB1v STYLE-WARNING: redefining BOOT::|DifferentialDomain| in DEFUN Time: 0.01 SEC. DIFFDOM- abbreviates package DifferentialDomain& ------------------------------------------------------------------------ initializing stationary directory for DifferentialDomain& compiling into /tmp/oa-RdGagK compiling exported D : S -> T Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor DifferentialDomain& Time: 0.00 seconds finalizing NRLIB DIFFDOM- ; compiling file "/tmp/oa-RdGagK/code.lsp" (written 01 FEB 2016 10:53:56 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DIFFDOM-;D;$T$;1| ...) ; compiling (DEFUN |DifferentialDomain&| ...) ; compiling (MAKEPROP (QUOTE |DifferentialDomain&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-RdGagK/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ finalizing NRLIB DIFFDOM Processing DifferentialDomain for Browser database: -- differentiate : % -> T -- D : % -> T -- constructor ; compiling file "/tmp/oa-jPdB1v/code.lsp" (written 01 FEB 2016 10:53:56 PM): ; compiling (DEFPARAMETER |DifferentialDomain;AL| ...) ; compiling (DEFUN |DifferentialDomain;| ...) ; compiling (DEFUN |DifferentialDomain| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-jPdB1v/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/DIFFSPC.fasl --optimize=3 DIFFSPC.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DIFFSPC.spad using Spad compiler. DIFFSPC abbreviates category DifferentialSpace debug: compDefine1 lhs: (DifferentialSpace) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for DifferentialSpace compiling into /tmp/oa-LoMFiJ STYLE-WARNING: redefining BOOT::|DifferentialSpace| in DEFUN Time: 0.01 SEC. DIFFSPC- abbreviates package DifferentialSpace& ------------------------------------------------------------------------ initializing stationary directory for DifferentialSpace& compiling into /tmp/oa-iBDUTX compiling exported differentiate : (S,NonNegativeInteger) -> S Time: 0.04 SEC. compiling exported D : (S,NonNegativeInteger) -> S Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor DifferentialSpace& Time: 0.04 seconds finalizing NRLIB DIFFSPC- ; compiling file "/tmp/oa-iBDUTX/code.lsp" (written 01 FEB 2016 10:53:56 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DIFFSPC-;differentiate;$Nni$;1| ...) ; compiling (DEFUN |DIFFSPC-;D;$Nni$;2| ...) ; compiling (DEFUN |DifferentialSpace&| ...) ; compiling (MAKEPROP (QUOTE |DifferentialSpace&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-iBDUTX/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ finalizing NRLIB DIFFSPC Processing DifferentialSpace for Browser database: -- differentiate : (%,NonNegativeInteger) -> % -- D : (%,NonNegativeInteger) -> % -- constructor ; compiling file "/tmp/oa-LoMFiJ/code.lsp" (written 01 FEB 2016 10:53:56 PM): ; compiling (DEFPARAMETER |DifferentialSpace;AL| ...) ; compiling (DEFUN |DifferentialSpace;| ...) ; compiling (DEFUN |DifferentialSpace| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-LoMFiJ/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/DIFRING.fasl --optimize=3 DIFRING.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DIFRING.spad using Spad compiler. DIFRING abbreviates category DifferentialRing debug: compDefine1 lhs: (DifferentialRing) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for DifferentialRing compiling into /tmp/oa-xP4eqU STYLE-WARNING: redefining BOOT::|DifferentialRing| in DEFUN Time: 0.01 SEC. finalizing NRLIB DIFRING Processing DifferentialRing for Browser database: -- constructor ; compiling file "/tmp/oa-xP4eqU/code.lsp" (written 01 FEB 2016 10:53:56 PM): ; compiling (DEFPARAMETER |DifferentialRing;AL| ...) ; compiling (DEFUN |DifferentialRing;| ...) ; compiling (DEFUN |DifferentialRing| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-xP4eqU/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/LINEXP.fasl --optimize=3 LINEXP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LINEXP.spad using Spad compiler. LINEXP abbreviates category LinearlyExplicitRingOver debug: compDefine1 lhs: (LinearlyExplicitRingOver R) signature (pre-evaluate): ((Category) (Ring)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((Category) (Ring)) debug: compDefine1 lhs: (LinearlyExplicitRingOver R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for LinearlyExplicitRingOver compiling into /tmp/oa-vOiFb7 STYLE-WARNING: redefining BOOT::|LinearlyExplicitRingOver| in DEFUN Time: 0.02 SEC. finalizing NRLIB LINEXP Processing LinearlyExplicitRingOver for Browser database: -- leftReducedSystem : Vector % -> Matrix R -- leftReducedSystem : (Vector %,%) -> Record(mat: Matrix R,vec: Vector R) -- reducedSystem : Matrix % -> Matrix R -- reducedSystem : (Matrix %,Vector %) -> Record(mat: Matrix R,vec: Vector R) -- constructor ; compiling file "/tmp/oa-vOiFb7/code.lsp" (written 01 FEB 2016 10:53:56 PM): ; compiling (DEFPARAMETER |LinearlyExplicitRingOver;AL| ...) ; compiling (DEFUN |LinearlyExplicitRingOver;| ...) ; compiling (DEFUN |LinearlyExplicitRingOver| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-vOiFb7/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/CFCAT.fasl --optimize=3 CFCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CFCAT.spad using Spad compiler. CFCAT abbreviates category CombinatorialFunctionCategory debug: compDefine1 lhs: (CombinatorialFunctionCategory) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for CombinatorialFunctionCategory compiling into /tmp/oa-yr5T8f STYLE-WARNING: redefining BOOT::|CombinatorialFunctionCategory| in DEFUN Time: 0.00 SEC. finalizing NRLIB CFCAT Processing CombinatorialFunctionCategory for Browser database: -- binomial : (%,%) -> % -- factorial : % -> % -- permutation : (%,%) -> % -- constructor ; compiling file "/tmp/oa-yr5T8f/code.lsp" (written 01 FEB 2016 10:53:56 PM): ; compiling (DEFPARAMETER |CombinatorialFunctionCategory;AL| ...) ; compiling (DEFUN |CombinatorialFunctionCategory;| ...) ; compiling (DEFUN |CombinatorialFunctionCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-yr5T8f/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/RADCAT.fasl --bootstrap RADCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RADCAT.spad using Spad compiler. RADCAT abbreviates category RadicalCategory ------------------------------------------------------------------------ initializing stationary directory for RadicalCategory compiling into /tmp/oa-rH3DOt STYLE-WARNING: redefining BOOT::|RadicalCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB RADCAT ; compiling file "/tmp/oa-rH3DOt/code.lsp" (written 01 FEB 2016 10:53:56 PM): ; compiling (DEFPARAMETER |RadicalCategory;AL| ...) ; compiling (DEFUN |RadicalCategory;| ...) ; compiling (DEFUN |RadicalCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-rH3DOt/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/RNS.fasl --bootstrap RNS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RNS.spad using Spad compiler. RNS abbreviates category RealNumberSystem ------------------------------------------------------------------------ initializing stationary directory for RealNumberSystem compiling into /tmp/oa-J15ygx STYLE-WARNING: redefining BOOT::|RealNumberSystem| in DEFUN Time: 0.01 SEC. finalizing NRLIB RNS ; compiling file "/tmp/oa-J15ygx/code.lsp" (written 01 FEB 2016 10:53:57 PM): ; compiling (DEFPARAMETER |RealNumberSystem;AL| ...) ; compiling (DEFUN |RealNumberSystem;| ...) ; compiling (DEFUN |RealNumberSystem| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-J15ygx/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/FPS.fasl --bootstrap FPS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FPS.spad using Spad compiler. FPS abbreviates category FloatingPointSystem ------------------------------------------------------------------------ initializing stationary directory for FloatingPointSystem compiling into /tmp/oa-zIYGAM STYLE-WARNING: redefining BOOT::|FloatingPointSystem| in DEFUN Time: 0.01 SEC. finalizing NRLIB FPS ; compiling file "/tmp/oa-zIYGAM/code.lsp" (written 01 FEB 2016 10:53:57 PM): ; compiling (DEFPARAMETER |FloatingPointSystem;AL| ...) ; compiling (DEFUN |FloatingPointSystem;| ...) ; compiling (DEFUN |FloatingPointSystem| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-zIYGAM/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/TRIGCAT.fasl --bootstrap TRIGCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TRIGCAT.spad using Spad compiler. TRIGCAT abbreviates category TrigonometricFunctionCategory ------------------------------------------------------------------------ initializing stationary directory for TrigonometricFunctionCategory compiling into /tmp/oa-UvfV5Y STYLE-WARNING: redefining BOOT::|TrigonometricFunctionCategory| in DEFUN Time: 0.00 SEC. finalizing NRLIB TRIGCAT ; compiling file "/tmp/oa-UvfV5Y/code.lsp" (written 01 FEB 2016 10:53:57 PM): ; compiling (DEFPARAMETER |TrigonometricFunctionCategory;AL| ...) ; compiling (DEFUN |TrigonometricFunctionCategory;| ...) ; compiling (DEFUN |TrigonometricFunctionCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-UvfV5Y/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/ATRIG.fasl --bootstrap ATRIG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ATRIG.spad using Spad compiler. ATRIG abbreviates category ArcTrigonometricFunctionCategory ------------------------------------------------------------------------ initializing stationary directory for ArcTrigonometricFunctionCategory compiling into /tmp/oa-sLhr98 STYLE-WARNING: redefining BOOT::|ArcTrigonometricFunctionCategory| in DEFUN Time: 0.00 SEC. finalizing NRLIB ATRIG ; compiling file "/tmp/oa-sLhr98/code.lsp" (written 01 FEB 2016 10:53:57 PM): ; compiling (DEFPARAMETER |ArcTrigonometricFunctionCategory;AL| ...) ; compiling (DEFUN |ArcTrigonometricFunctionCategory;| ...) ; compiling (DEFUN |ArcTrigonometricFunctionCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-sLhr98/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/HYPCAT.fasl --bootstrap HYPCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/HYPCAT.spad using Spad compiler. HYPCAT abbreviates category HyperbolicFunctionCategory ------------------------------------------------------------------------ initializing stationary directory for HyperbolicFunctionCategory compiling into /tmp/oa-R8C7th STYLE-WARNING: redefining BOOT::|HyperbolicFunctionCategory| in DEFUN Time: 0.00 SEC. finalizing NRLIB HYPCAT ; compiling file "/tmp/oa-R8C7th/code.lsp" (written 01 FEB 2016 10:53:57 PM): ; compiling (DEFPARAMETER |HyperbolicFunctionCategory;AL| ...) ; compiling (DEFUN |HyperbolicFunctionCategory;| ...) ; compiling (DEFUN |HyperbolicFunctionCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-R8C7th/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/AHYP.fasl --bootstrap AHYP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/AHYP.spad using Spad compiler. AHYP abbreviates category ArcHyperbolicFunctionCategory ------------------------------------------------------------------------ initializing stationary directory for ArcHyperbolicFunctionCategory compiling into /tmp/oa-Ekg03o STYLE-WARNING: redefining BOOT::|ArcHyperbolicFunctionCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB AHYP ; compiling file "/tmp/oa-Ekg03o/code.lsp" (written 01 FEB 2016 10:53:57 PM): ; compiling (DEFPARAMETER |ArcHyperbolicFunctionCategory;AL| ...) ; compiling (DEFUN |ArcHyperbolicFunctionCategory;| ...) ; compiling (DEFUN |ArcHyperbolicFunctionCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-Ekg03o/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/ELEMFUN.fasl --bootstrap ELEMFUN.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ELEMFUN.spad using Spad compiler. ELEMFUN abbreviates category ElementaryFunctionCategory ------------------------------------------------------------------------ initializing stationary directory for ElementaryFunctionCategory compiling into /tmp/oa-SwpPqy STYLE-WARNING: redefining BOOT::|ElementaryFunctionCategory| in DEFUN Time: 0.00 SEC. finalizing NRLIB ELEMFUN ; compiling file "/tmp/oa-SwpPqy/code.lsp" (written 01 FEB 2016 10:53:57 PM): ; compiling (DEFPARAMETER |ElementaryFunctionCategory;AL| ...) ; compiling (DEFUN |ElementaryFunctionCategory;| ...) ; compiling (DEFUN |ElementaryFunctionCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-SwpPqy/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/TRANFUN.fasl --bootstrap TRANFUN.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TRANFUN.spad using Spad compiler. TRANFUN abbreviates category TranscendentalFunctionCategory ------------------------------------------------------------------------ initializing stationary directory for TranscendentalFunctionCategory compiling into /tmp/oa-cFYK8t STYLE-WARNING: redefining BOOT::|TranscendentalFunctionCategory| in DEFUN Time: 0.00 SEC. finalizing NRLIB TRANFUN ; compiling file "/tmp/oa-cFYK8t/code.lsp" (written 01 FEB 2016 10:53:58 PM): ; compiling (DEFPARAMETER |TranscendentalFunctionCategory;AL| ...) ; compiling (DEFUN |TranscendentalFunctionCategory;| ...) ; compiling (DEFUN |TranscendentalFunctionCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-cFYK8t/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/DFLOAT.fasl --bootstrap DFLOAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DFLOAT.spad using Spad compiler. DFLOAT abbreviates domain DoubleFloat ------------------------------------------------------------------------ initializing stationary directory for DoubleFloat compiling into /tmp/oa-boQU0E Time: 0.03 SEC. Cumulative Statistics for Constructor DoubleFloat Time: 0.03 seconds finalizing NRLIB DFLOAT ; compiling file "/tmp/oa-boQU0E/code.lsp" (written 01 FEB 2016 10:53:58 PM): ; compiling (DEFUN |DoubleFloat| ...) ; compiling (DEFUN |DoubleFloat;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-boQU0E/code.fasl written ; compilation finished in 0:00:00.021 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/FLOAT.fasl --bootstrap FLOAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FLOAT.spad using Spad compiler. FLOAT abbreviates domain Float ------------------------------------------------------------------------ initializing stationary directory for Float compiling into /tmp/oa-AjJkXU Time: 0.04 SEC. Cumulative Statistics for Constructor Float Time: 0.04 seconds finalizing NRLIB FLOAT ; compiling file "/tmp/oa-AjJkXU/code.lsp" (written 01 FEB 2016 10:53:58 PM): ; compiling (DEFUN |Float| ...) ; compiling (DEFUN |Float;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-AjJkXU/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/REAL.fasl --optimize=3 REAL.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/REAL.spad using Spad compiler. REAL abbreviates category RealConstant debug: compDefine1 lhs: (RealConstant) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for RealConstant compiling into /tmp/oa-AIbWF4 STYLE-WARNING: redefining BOOT::|RealConstant| in DEFUN Time: 0.01 SEC. finalizing NRLIB REAL Processing RealConstant for Browser database: -- constructor ; compiling file "/tmp/oa-AIbWF4/code.lsp" (written 01 FEB 2016 10:53:58 PM): ; compiling (DEFPARAMETER |RealConstant;AL| ...) ; compiling (DEFUN |RealConstant;| ...) ; compiling (DEFUN |RealConstant| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-AIbWF4/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/STEP.fasl --optimize=3 STEP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/STEP.spad using Spad compiler. STEP abbreviates category StepThrough debug: compDefine1 lhs: (StepThrough) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for StepThrough compiling into /tmp/oa-nVzArb STYLE-WARNING: redefining BOOT::|StepThrough| in DEFUN Time: 0.01 SEC. finalizing NRLIB STEP Processing StepThrough for Browser database: -- init : () -> % -- nextItem : % -> Maybe % -- constructor ; compiling file "/tmp/oa-nVzArb/code.lsp" (written 01 FEB 2016 10:53:58 PM): ; compiling (DEFPARAMETER |StepThrough;AL| ...) ; compiling (DEFUN |StepThrough;| ...) ; compiling (DEFUN |StepThrough| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-nVzArb/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/PATMAB.fasl --optimize=3 PATMAB.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PATMAB.spad using Spad compiler. PATMAB abbreviates category PatternMatchable debug: compDefine1 lhs: (PatternMatchable S) signature (pre-evaluate): ((Category) (SetCategory)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Category) (SetCategory)) debug: compDefine1 lhs: (PatternMatchable S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for PatternMatchable compiling into /tmp/oa-muWtBl STYLE-WARNING: redefining BOOT::|PatternMatchable| in DEFUN Time: 0.01 SEC. finalizing NRLIB PATMAB Processing PatternMatchable for Browser database: -- patternMatch : (%,Pattern S,PatternMatchResult(S,%)) -> PatternMatchResult(S,%) -- constructor ; compiling file "/tmp/oa-muWtBl/code.lsp" (written 01 FEB 2016 10:53:58 PM): ; compiling (DEFPARAMETER |PatternMatchable;AL| ...) ; compiling (DEFUN |PatternMatchable;| ...) ; compiling (DEFUN |PatternMatchable| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-muWtBl/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/PATTERN.fasl --bootstrap PATTERN.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PATTERN.spad using Spad compiler. PATTERN abbreviates domain Pattern ------------------------------------------------------------------------ initializing stationary directory for Pattern compiling into /tmp/oa-7QYRmx Time: 0.02 SEC. Cumulative Statistics for Constructor Pattern Time: 0.02 seconds finalizing NRLIB PATTERN ; compiling file "/tmp/oa-7QYRmx/code.lsp" (written 01 FEB 2016 10:53:58 PM): ; compiling (DEFUN |Pattern| ...) ; compiling (DEFUN |Pattern;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-7QYRmx/code.fasl written ; compilation finished in 0:00:00.021 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/SYMBOL.fasl --bootstrap SYMBOL.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SYMBOL.spad using Spad compiler. SYMBOL abbreviates domain Symbol ------------------------------------------------------------------------ initializing stationary directory for Symbol compiling into /tmp/oa-f4ZHaB Time: 0.01 SEC. Cumulative Statistics for Constructor Symbol Time: 0.01 seconds finalizing NRLIB SYMBOL ; compiling file "/tmp/oa-f4ZHaB/code.lsp" (written 01 FEB 2016 10:53:59 PM): ; compiling (DEFUN |Symbol| ...) ; compiling (DEFUN |Symbol;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-f4ZHaB/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/SEXOF.fasl --bootstrap SEXOF.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SEXOF.spad using Spad compiler. SEXOF abbreviates domain SExpressionOf ------------------------------------------------------------------------ initializing stationary directory for SExpressionOf compiling into /tmp/oa-Cs2FUK Time: 0.01 SEC. Cumulative Statistics for Constructor SExpressionOf Time: 0.01 seconds finalizing NRLIB SEXOF ; compiling file "/tmp/oa-Cs2FUK/code.lsp" (written 01 FEB 2016 10:53:59 PM): ; compiling (DEFUN |SExpressionOf| ...) ; compiling (DEFUN |SExpressionOf;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Cs2FUK/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/SEX.fasl --bootstrap SEX.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SEX.spad using Spad compiler. SEX abbreviates domain SExpression ------------------------------------------------------------------------ initializing stationary directory for SExpression compiling into /tmp/oa-WYbnVV Time: 0.01 SEC. Cumulative Statistics for Constructor SExpression Time: 0.01 seconds finalizing NRLIB SEX ; compiling file "/tmp/oa-WYbnVV/code.lsp" (written 01 FEB 2016 10:53:59 PM): ; compiling (DEFUN |SExpression| ...) ; compiling (DEFUN |SExpression;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-WYbnVV/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/INTFACT.fasl --bootstrap INTFACT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INTFACT.spad using Spad compiler. INTFACT abbreviates package IntegerFactorizationPackage ------------------------------------------------------------------------ initializing stationary directory for IntegerFactorizationPackage compiling into /tmp/oa-1EUr44 Time: 0.04 SEC. Cumulative Statistics for Constructor IntegerFactorizationPackage Time: 0.04 seconds finalizing NRLIB INTFACT ; compiling file "/tmp/oa-1EUr44/code.lsp" (written 01 FEB 2016 10:53:59 PM): ; compiling (DEFUN |IntegerFactorizationPackage| ...) ; compiling (DEFUN |IntegerFactorizationPackage;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-1EUr44/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/PRIMES.fasl --bootstrap PRIMES.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PRIMES.spad using Spad compiler. PRIMES abbreviates package IntegerPrimesPackage ------------------------------------------------------------------------ initializing stationary directory for IntegerPrimesPackage compiling into /tmp/oa-2alvSh Time: 0.03 SEC. Cumulative Statistics for Constructor IntegerPrimesPackage Time: 0.03 seconds finalizing NRLIB PRIMES ; compiling file "/tmp/oa-2alvSh/code.lsp" (written 01 FEB 2016 10:53:59 PM): ; compiling (DEFUN |IntegerPrimesPackage| ...) ; compiling (DEFUN |IntegerPrimesPackage;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-2alvSh/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/COMBINAT.fasl --bootstrap COMBINAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/COMBINAT.spad using Spad compiler. COMBINAT abbreviates package IntegerCombinatoricFunctions ------------------------------------------------------------------------ initializing stationary directory for IntegerCombinatoricFunctions compiling into /tmp/oa-HuipJq Time: 0.03 SEC. Cumulative Statistics for Constructor IntegerCombinatoricFunctions Time: 0.03 seconds finalizing NRLIB COMBINAT ; compiling file "/tmp/oa-HuipJq/code.lsp" (written 01 FEB 2016 10:53:59 PM): ; compiling (DEFUN |IntegerCombinatoricFunctions| ...) ; compiling (DEFUN |IntegerCombinatoricFunctions;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-HuipJq/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/PATRES.fasl --bootstrap PATRES.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PATRES.spad using Spad compiler. PATRES abbreviates domain PatternMatchResult ------------------------------------------------------------------------ initializing stationary directory for PatternMatchResult compiling into /tmp/oa-a1wKzx Time: 0.00 SEC. Cumulative Statistics for Constructor PatternMatchResult Time: 0.00 seconds finalizing NRLIB PATRES ; compiling file "/tmp/oa-a1wKzx/code.lsp" (written 01 FEB 2016 10:53:59 PM): ; compiling (DEFUN |PatternMatchResult| ...) ; compiling (DEFUN |PatternMatchResult;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-a1wKzx/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/PMINS.fasl --bootstrap PMINS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PMINS.spad using Spad compiler. PMINS abbreviates package PatternMatchIntegerNumberSystem ------------------------------------------------------------------------ initializing stationary directory for PatternMatchIntegerNumberSystem compiling into /tmp/oa-D555DH Time: 0.03 SEC. Cumulative Statistics for Constructor PatternMatchIntegerNumberSystem Time: 0.03 seconds finalizing NRLIB PMINS ; compiling file "/tmp/oa-D555DH/code.lsp" (written 01 FEB 2016 10:54:00 PM): ; compiling (DEFUN |PatternMatchIntegerNumberSystem| ...) ; compiling (DEFUN |PatternMatchIntegerNumberSystem;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-D555DH/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/INS.fasl --optimize=3 INS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INS.spad using Spad compiler. INS abbreviates category IntegerNumberSystem debug: compDefine1 lhs: (IntegerNumberSystem) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for IntegerNumberSystem compiling into /tmp/oa-yeCGaG STYLE-WARNING: redefining BOOT::|IntegerNumberSystem;| in DEFUN STYLE-WARNING: redefining BOOT::|IntegerNumberSystem| in DEFUN Time: 0.05 SEC. INS- abbreviates package IntegerNumberSystem& ------------------------------------------------------------------------ initializing stationary directory for IntegerNumberSystem& compiling into /tmp/oa-7PiXy4 compiling exported characteristic : () -> NonNegativeInteger Time: 0.02 SEC. compiling exported differentiate : S -> S Time: 0 SEC. compiling exported even? : S -> Boolean Time: 0.00 SEC. compiling exported copy : S -> S INS-;copy;2$;4 x is replaced by x Time: 0 SEC. compiling exported bit? : (S,S) -> Boolean Time: 0.00 SEC. compiling exported mask : S -> S Time: 0.00 SEC. compiling exported rational? : S -> Boolean INS-;rational?;$B;7 x is replaced by %true Time: 0 SEC. compiling exported euclideanSize : S -> NonNegativeInteger Time: 0.02 SEC. compiling exported convert : S -> Float Time: 0.01 SEC. compiling exported convert : S -> DoubleFloat Time: 0.01 SEC. compiling exported convert : S -> InputForm Time: 0.03 SEC. compiling exported retract : S -> Integer Time: 0.00 SEC. compiling exported convert : S -> Pattern Integer Time: 0.00 SEC. compiling exported factor : S -> Factored S Time: 0.01 SEC. compiling exported squareFree : S -> Factored S Time: 0.00 SEC. compiling exported prime? : S -> Boolean Time: 0.00 SEC. compiling exported factorial : S -> S Time: 0 SEC. compiling exported binomial : (S,S) -> S Time: 0 SEC. compiling exported permutation : (S,S) -> S Time: 0.00 SEC. compiling exported retractIfCan : S -> Union(Integer,failed) Time: 0.00 SEC. compiling exported init : () -> S Time: 0 SEC. compiling exported nextItem : S -> Maybe S Time: 0.01 SEC. compiling exported patternMatch : (S,Pattern Integer,PatternMatchResult(Integer,S)) -> PatternMatchResult(Integer,S) Time: 0.01 SEC. compiling exported rational : S -> Fraction Integer Time: 0.01 SEC. compiling exported rationalIfCan : S -> Union(Fraction Integer,failed) Time: 0.01 SEC. compiling exported symmetricRemainder : (S,S) -> S Time: 0.01 SEC. compiling exported invmod : (S,S) -> S Time: 0.02 SEC. compiling exported powmod : (S,S,S) -> S Time: 0.01 SEC. (time taken in buildFunctor: 4) Time: 0.01 SEC. Warnings: [1] factor: not known that IntegralDomain is of mode CATEGORY(package,invmod: (S,S) -> S,powmod: (S,S,S) -> S,mask: S -> S,copy: S -> S,rationalIfCan: S -> Union(Fraction Integer,"failed"),rational: S -> Fraction Integer,rational?: S -> Boolean,symmetricRemainder: (S,S) -> S,bit?: (S,S) -> Boolean,even?: S -> Boolean,init: () -> S,nextItem: S -> Maybe S,convert: S -> DoubleFloat,convert: S -> Float,permutation: (S,S) -> S,factorial: S -> S,binomial: (S,S) -> S,patternMatch: (S,Pattern Integer,PatternMatchResult(Integer,S)) -> PatternMatchResult(Integer,S),convert: S -> Pattern Integer,convert: S -> InputForm,retractIfCan: S -> Union(Integer,"failed"),retract: S -> Integer,convert: S -> Integer,differentiate: (S,NonNegativeInteger) -> S,differentiate: S -> S,euclideanSize: S -> NonNegativeInteger,factor: S -> Factored S,squareFree: S -> Factored S,prime?: S -> Boolean,characteristic: () -> NonNegativeInteger) [2] patternMatch: not known that SetCategory is of mode CATEGORY(package,invmod: (S,S) -> S,powmod: (S,S,S) -> S,mask: S -> S,copy: S -> S,rationalIfCan: S -> Union(Fraction Integer,"failed"),rational: S -> Fraction Integer,rational?: S -> Boolean,symmetricRemainder: (S,S) -> S,bit?: (S,S) -> Boolean,even?: S -> Boolean,init: () -> S,nextItem: S -> Maybe S,convert: S -> DoubleFloat,convert: S -> Float,permutation: (S,S) -> S,factorial: S -> S,binomial: (S,S) -> S,patternMatch: (S,Pattern Integer,PatternMatchResult(Integer,S)) -> PatternMatchResult(Integer,S),convert: S -> Pattern Integer,convert: S -> InputForm,retractIfCan: S -> Union(Integer,"failed"),retract: S -> Integer,convert: S -> Integer,differentiate: (S,NonNegativeInteger) -> S,differentiate: S -> S,euclideanSize: S -> NonNegativeInteger,factor: S -> Factored S,squareFree: S -> Factored S,prime?: S -> Boolean,characteristic: () -> NonNegativeInteger) [3] powmod: y has no value Cumulative Statistics for Constructor IntegerNumberSystem& Time: 0.22 seconds finalizing NRLIB INS- ; compiling file "/tmp/oa-7PiXy4/code.lsp" (written 01 FEB 2016 10:54:00 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INS-;copy;2$;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INS-;rational?;$B;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |INS-;characteristic;Nni;1| ...) ; file: /tmp/oa-7PiXy4/code.lsp ; in: DEFUN |INS-;characteristic;Nni;1| ; (DEFUN BOOT::|INS-;characteristic;Nni;1| (BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 8)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INS-;characteristic;Nni;1| ; (BOOT::$) ; (BLOCK BOOT::|INS-;characteristic;Nni;1| ; (BOOT::|spadConstant| BOOT::$ 8))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |INS-;differentiate;2$;2| ...) ; file: /tmp/oa-7PiXy4/code.lsp ; in: DEFUN |INS-;differentiate;2$;2| ; (DEFUN BOOT::|INS-;differentiate;2$;2| (BOOT::|x| BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 10)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INS-;differentiate;2$;2| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|INS-;differentiate;2$;2| (BOOT::|spadConstant| BOOT::$ 10))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |INS-;even?;$B;3| ...) ; compiling (DEFUN |INS-;copy;2$;4| ...) ; compiling (DEFUN |INS-;bit?;2$B;5| ...) ; file: /tmp/oa-7PiXy4/code.lsp ; in: DEFUN |INS-;bit?;2$B;5| ; (DEFUN BOOT::|INS-;bit?;2$B;5| (BOOT::|x| BOOT::|i| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| ; (BOOT::SPADCALL BOOT::|i| (BOOT::|shellEntry| BOOT::$ 17)) ; (BOOT::|shellEntry| BOOT::$ 18)) ; (BOOT::|shellEntry| BOOT::$ 13))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INS-;bit?;2$B;5| ; (BOOT::|x| BOOT::|i| BOOT::$) ; (BLOCK BOOT::|INS-;bit?;2$B;5| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| (BOOT::SPADCALL BOOT::|i| #) ; (BOOT::|shellEntry| BOOT::$ 18)) ; (BOOT::|shellEntry| BOOT::$ 13)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |INS-;mask;2$;6| ...) ; compiling (DEFUN |INS-;rational?;$B;7| ...) ; file: /tmp/oa-7PiXy4/code.lsp ; in: DEFUN |INS-;rational?;$B;7| ; (DEFUN BOOT::|INS-;rational?;$B;7| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; T) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INS-;rational?;$B;7| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|INS-;rational?;$B;7| T)) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |INS-;euclideanSize;$Nni;8| ...) ; file: /tmp/oa-7PiXy4/code.lsp ; in: DEFUN |INS-;euclideanSize;$Nni;8| ; (DEFUN BOOT::|INS-;euclideanSize;$Nni;8| (BOOT::|x| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|x| (BOOT::|spadConstant| BOOT::$ 10) ; (BOOT::|shellEntry| BOOT::$ 25)) ; (BOOT::|error| "euclideanSize called on zero")) ; ((BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 26)) ; (LET (#) ; (COND # #))) ; (T ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INS-;euclideanSize;$Nni;8| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|INS-;euclideanSize;$Nni;8| ; (COND ; ((BOOT::SPADCALL BOOT::|x| # #) ; (BOOT::|error| "euclideanSize called on zero")) ; ((BOOT::SPADCALL BOOT::|x| #) ; (LET # ; #)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |INS-;convert;$F;9| ...) ; compiling (DEFUN |INS-;convert;$Df;10| ...) ; file: /tmp/oa-7PiXy4/code.lsp ; in: DEFUN |INS-;convert;$Df;10| ; (DEFUN BOOT::|INS-;convert;$Df;10| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 28)) ; (BOOT::|shellEntry| BOOT::$ 35))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INS-;convert;$Df;10| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|INS-;convert;$Df;10| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 28)) ; (BOOT::|shellEntry| BOOT::$ 35)))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |INS-;convert;$If;11| ...) ; compiling (DEFUN |INS-;retract;$I;12| ...) ; file: /tmp/oa-7PiXy4/code.lsp ; in: DEFUN |INS-;retract;$I;12| ; (DEFUN BOOT::|INS-;retract;$I;12| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 28))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INS-;retract;$I;12| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|INS-;retract;$I;12| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 28)))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |INS-;convert;$P;13| ...) ; compiling (DEFUN |INS-;factor;$F;14| ...) ; compiling (DEFUN |INS-;squareFree;$F;15| ...) ; compiling (DEFUN |INS-;prime?;$B;16| ...) ; file: /tmp/oa-7PiXy4/code.lsp ; in: DEFUN |INS-;prime?;$B;16| ; (DEFUN BOOT::|INS-;prime?;$B;16| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 52))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INS-;prime?;$B;16| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|INS-;prime?;$B;16| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 52)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |INS-;factorial;2$;17| ...) ; compiling (DEFUN |INS-;binomial;3$;18| ...) ; compiling (DEFUN |INS-;permutation;3$;19| ...) ; compiling (DEFUN |INS-;retractIfCan;$U;20| ...) ; compiling (DEFUN |INS-;init;$;21| ...) ; compiling (DEFUN |INS-;nextItem;$M;22| ...) ; compiling (DEFUN |INS-;patternMatch;$P2Pmr;23| ...) ; compiling (DEFUN |INS-;rational;$F;24| ...) ; compiling (DEFUN |INS-;rationalIfCan;$U;25| ...) ; compiling (DEFUN |INS-;symmetricRemainder;3$;26| ...) ; compiling (DEFUN |INS-;invmod;3$;27| ...) ; compiling (DEFUN |INS-;powmod;4$;28| ...) ; compiling (DEFUN |IntegerNumberSystem&| ...) ; compiling (MAKEPROP (QUOTE |IntegerNumberSystem&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 6 notes ; /tmp/oa-7PiXy4/code.fasl written ; compilation finished in 0:00:00.116 ------------------------------------------------------------------------ finalizing NRLIB INS Processing IntegerNumberSystem for Browser database: -- odd? : % -> Boolean -- even? : % -> Boolean -- multiplicativeValuation : () -> attribute -- base : () -> % -- length : % -> % -- shift : (%,%) -> % -- bit? : (%,%) -> Boolean -- positiveRemainder : (%,%) -> % -- symmetricRemainder : (%,%) -> % -- rational? : % -> Boolean -- rational : % -> Fraction Integer -- rationalIfCan : % -> Union(Fraction Integer,"failed") -- random : () -> % -- random : % -> % -- copy : % -> % -- inc : % -> % -- dec : % -> % -- mask : % -> % -- addmod : (%,%,%) -> % -- submod : (%,%,%) -> % -- mulmod : (%,%,%) -> % -- powmod : (%,%,%) -> % -- invmod : (%,%) -> % -- constructor ; compiling file "/tmp/oa-yeCGaG/code.lsp" (written 01 FEB 2016 10:54:00 PM): ; compiling (DEFPARAMETER |IntegerNumberSystem;AL| ...) ; compiling (DEFUN |IntegerNumberSystem;| ...) ; compiling (DEFUN |IntegerNumberSystem| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-yeCGaG/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/PDDOM.fasl --optimize=3 PDDOM.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PDDOM.spad using Spad compiler. PDDOM abbreviates category PartialDifferentialDomain debug: compDefine1 lhs: (PartialDifferentialDomain T$ S) signature (pre-evaluate): ((Category) (Type) (Type)) debug: evaluateType form: (Category) $param: (T$ S) debug: evaluateType form: (Type) $param: (T$ S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Type) $param: (T$ S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type) (Type)) debug: compDefine1 lhs: (PartialDifferentialDomain T$ S) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (T$ S) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PartialDifferentialDomain compiling into /tmp/oa-XXRP1n STYLE-WARNING: redefining BOOT::|PartialDifferentialDomain| in DEFUN Time: 0.01 SEC. PDDOM- abbreviates package PartialDifferentialDomain& ------------------------------------------------------------------------ initializing stationary directory for PartialDifferentialDomain& compiling into /tmp/oa-EKikMN compiling exported D : (A,S) -> T Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor PartialDifferentialDomain& Time: 0.00 seconds finalizing NRLIB PDDOM- ; compiling file "/tmp/oa-EKikMN/code.lsp" (written 01 FEB 2016 10:54:00 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PDDOM-;D;$ST$;1| ...) ; compiling (DEFUN |PartialDifferentialDomain&| ...) ; compiling (MAKEPROP (QUOTE |PartialDifferentialDomain&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-EKikMN/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ finalizing NRLIB PDDOM Processing PartialDifferentialDomain for Browser database: -- differentiate : (%,S) -> T -- D : (%,S) -> T -- constructor ; compiling file "/tmp/oa-XXRP1n/code.lsp" (written 01 FEB 2016 10:54:00 PM): ; compiling (DEFPARAMETER |PartialDifferentialDomain;AL| ...) ; compiling (DEFUN |PartialDifferentialDomain;| ...) ; compiling (DEFUN |PartialDifferentialDomain| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-XXRP1n/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/PDSPC.fasl --optimize=3 PDSPC.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PDSPC.spad using Spad compiler. PDSPC abbreviates category PartialDifferentialSpace debug: compDefine1 lhs: (PartialDifferentialSpace S) signature (pre-evaluate): ((Category) (BasicType)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (BasicType) $param: (S) Debug: evaluateType1 form: (BasicType) debug: compDefine1 signature (post evaluate): ((Category) (BasicType)) debug: compDefine1 lhs: (PartialDifferentialSpace S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for PartialDifferentialSpace compiling into /tmp/oa-lMwFqz STYLE-WARNING: redefining BOOT::|PartialDifferentialSpace| in DEFUN Time: 0.02 SEC. PDSPC- abbreviates package PartialDifferentialSpace& ------------------------------------------------------------------------ initializing stationary directory for PartialDifferentialSpace& compiling into /tmp/oa-nU7mBZ compiling exported differentiate : (A,List S) -> A Time: 0.01 SEC. compiling exported differentiate : (A,S,NonNegativeInteger) -> A Time: 0.05 SEC. compiling exported differentiate : (A,List S,List NonNegativeInteger) -> A Time: 0.02 SEC. compiling exported D : (A,S) -> A Time: 0 SEC. compiling exported D : (A,List S) -> A Time: 0.01 SEC. compiling exported D : (A,S,NonNegativeInteger) -> A Time: 0.00 SEC. compiling exported D : (A,List S,List NonNegativeInteger) -> A Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor PartialDifferentialSpace& Time: 0.11 seconds finalizing NRLIB PDSPC- ; compiling file "/tmp/oa-nU7mBZ/code.lsp" (written 01 FEB 2016 10:54:01 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PDSPC-;differentiate;$L$;1| ...) ; compiling (DEFUN |PDSPC-;differentiate;$SNni$;2| ...) ; compiling (DEFUN |PDSPC-;differentiate;$LL$;3| ...) ; compiling (DEFUN |PDSPC-;D;$S$;4| ...) ; compiling (DEFUN |PDSPC-;D;$L$;5| ...) ; compiling (DEFUN |PDSPC-;D;$SNni$;6| ...) ; compiling (DEFUN |PDSPC-;D;$LL$;7| ...) ; compiling (DEFUN |PartialDifferentialSpace&| ...) ; compiling (MAKEPROP (QUOTE |PartialDifferentialSpace&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-nU7mBZ/code.fasl written ; compilation finished in 0:00:00.037 ------------------------------------------------------------------------ finalizing NRLIB PDSPC Processing PartialDifferentialSpace for Browser database: -- differentiate : (%,List S) -> % -- differentiate : (%,S,NonNegativeInteger) -> % -- differentiate : (%,List S,List NonNegativeInteger) -> % -- D : (%,List S) -> % -- D : (%,S,NonNegativeInteger) -> % -- D : (%,List S,List NonNegativeInteger) -> % -- constructor ; compiling file "/tmp/oa-lMwFqz/code.lsp" (written 01 FEB 2016 10:54:01 PM): ; compiling (DEFPARAMETER |PartialDifferentialSpace;AL| ...) ; compiling (DEFUN |PartialDifferentialSpace;| ...) ; compiling (DEFUN |PartialDifferentialSpace| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-lMwFqz/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/PDRING.fasl --optimize=3 PDRING.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PDRING.spad using Spad compiler. PDRING abbreviates category PartialDifferentialRing debug: compDefine1 lhs: (PartialDifferentialRing S) signature (pre-evaluate): ((Category) (BasicType)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (BasicType) $param: (S) Debug: evaluateType1 form: (BasicType) debug: compDefine1 signature (post evaluate): ((Category) (BasicType)) debug: compDefine1 lhs: (PartialDifferentialRing S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for PartialDifferentialRing compiling into /tmp/oa-FV2kzN STYLE-WARNING: redefining BOOT::|PartialDifferentialRing| in DEFUN Time: 0.01 SEC. finalizing NRLIB PDRING Processing PartialDifferentialRing for Browser database: -- constructor ; compiling file "/tmp/oa-FV2kzN/code.lsp" (written 01 FEB 2016 10:54:01 PM): ; compiling (DEFPARAMETER |PartialDifferentialRing;AL| ...) ; compiling (DEFUN |PartialDifferentialRing;| ...) ; compiling (DEFUN |PartialDifferentialRing| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-FV2kzN/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/DIVRING.fasl --optimize=3 DIVRING.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DIVRING.spad using Spad compiler. DIVRING abbreviates category DivisionRing debug: compDefine1 lhs: (DivisionRing) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for DivisionRing compiling into /tmp/oa-Qi7iDX STYLE-WARNING: redefining BOOT::|DivisionRing;| in DEFUN STYLE-WARNING: redefining BOOT::|DivisionRing| in DEFUN Time: 0.05 SEC. DIVRING- abbreviates package DivisionRing& ------------------------------------------------------------------------ initializing stationary directory for DivisionRing& compiling into /tmp/oa-uMIn0o importing RepeatedSquaring S compiling exported ** : (S,Integer) -> S Time: 0.02 SEC. compiling exported * : (Fraction Integer,S) -> S Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor DivisionRing& Time: 0.03 seconds finalizing NRLIB DIVRING- ; compiling file "/tmp/oa-uMIn0o/code.lsp" (written 01 FEB 2016 10:54:01 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DIVRING-;**;$I$;1| ...) ; compiling (DEFUN |DIVRING-;*;F2$;2| ...) ; compiling (DEFUN |DivisionRing&| ...) ; compiling (MAKEPROP (QUOTE |DivisionRing&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-uMIn0o/code.fasl written ; compilation finished in 0:00:00.019 ------------------------------------------------------------------------ finalizing NRLIB DIVRING Processing DivisionRing for Browser database: -- ?**? : (%,Integer) -> % -- inv : % -> % -- constructor ; compiling file "/tmp/oa-Qi7iDX/code.lsp" (written 01 FEB 2016 10:54:01 PM): ; compiling (DEFPARAMETER |DivisionRing;AL| ...) ; compiling (DEFUN |DivisionRing;| ...) ; compiling (DEFUN |DivisionRing| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Qi7iDX/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/FIELD.fasl --optimize=3 FIELD.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FIELD.spad using Spad compiler. FIELD abbreviates category Field debug: compDefine1 lhs: (Field) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for Field compiling into /tmp/oa-vlgrTb STYLE-WARNING: redefining BOOT::|Field| in DEFUN Time: 0.01 SEC. FIELD- abbreviates package Field& ------------------------------------------------------------------------ initializing stationary directory for Field& compiling into /tmp/oa-eOnHHD compiling exported unitNormal : S -> Record(unit: S,canonical: S,associate: S) Time: 0.02 SEC. compiling exported unitCanonical : S -> S Time: 0 SEC. compiling exported associates? : (S,S) -> Boolean Time: 0.00 SEC. compiling exported inv : S -> S Time: 0.00 SEC. compiling exported exquo : (S,S) -> Union(S,failed) Time: 0.00 SEC. compiling exported gcd : (S,S) -> S Time: 0.00 SEC. compiling exported euclideanSize : S -> NonNegativeInteger Time: 0 SEC. compiling exported prime? : S -> Boolean FIELD-;prime?;$B;8 x is replaced by %false Time: 0.00 SEC. compiling exported squareFree : S -> Factored S Time: 0.00 SEC. compiling exported factor : S -> Factored S Time: 0.00 SEC. compiling exported / : (S,S) -> S Time: 0.01 SEC. compiling exported divide : (S,S) -> Record(quotient: S,remainder: S) Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] squareFree: not known that IntegralDomain is of mode CATEGORY(package,/: (S,S) -> S,inv: S -> S,prime?: S -> Boolean,squareFree: S -> Factored S,factor: S -> Factored S,divide: (S,S) -> Record(quotient: S,remainder: S),euclideanSize: S -> NonNegativeInteger,gcd: List S -> S,gcd: (S,S) -> S,associates?: (S,S) -> Boolean,unitCanonical: S -> S,unitNormal: S -> Record(unit: S,canonical: S,associate: S),exquo: (S,S) -> Union(S,"failed")) Cumulative Statistics for Constructor Field& Time: 0.07 seconds finalizing NRLIB FIELD- ; compiling file "/tmp/oa-eOnHHD/code.lsp" (written 01 FEB 2016 10:54:01 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FIELD-;prime?;$B;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FIELD-;unitNormal;$R;1| ...) ; compiling (DEFUN |FIELD-;unitCanonical;2$;2| ...) ; compiling (DEFUN |FIELD-;associates?;2$B;3| ...) ; file: /tmp/oa-eOnHHD/code.lsp ; in: DEFUN |FIELD-;associates?;2$B;3| ; (DEFUN BOOT::|FIELD-;associates?;2$B;3| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 8)) ; (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 8))) ; (T (NOT (BOOT::SPADCALL BOOT::|y| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FIELD-;associates?;2$B;3| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|FIELD-;associates?;2$B;3| ; (COND ((BOOT::SPADCALL BOOT::|x| #) (BOOT::SPADCALL BOOT::|y| #)) ; (T (NOT #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FIELD-;inv;2$;4| ...) ; compiling (DEFUN |FIELD-;exquo;2$U;5| ...) ; compiling (DEFUN |FIELD-;gcd;3$;6| ...) ; file: /tmp/oa-eOnHHD/code.lsp ; in: DEFUN |FIELD-;gcd;3$;6| ; (DEFUN BOOT::|FIELD-;gcd;3$;6| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 9)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FIELD-;gcd;3$;6| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|FIELD-;gcd;3$;6| (BOOT::|spadConstant| BOOT::$ 9))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |y| is defined but never used. ; compiling (DEFUN |FIELD-;euclideanSize;$Nni;7| ...) ; file: /tmp/oa-eOnHHD/code.lsp ; in: DEFUN |FIELD-;euclideanSize;$Nni;7| ; (DEFUN BOOT::|FIELD-;euclideanSize;$Nni;7| (BOOT::|x| BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 24)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FIELD-;euclideanSize;$Nni;7| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FIELD-;euclideanSize;$Nni;7| ; (BOOT::|spadConstant| BOOT::$ 24))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |FIELD-;prime?;$B;8| ...) ; file: /tmp/oa-eOnHHD/code.lsp ; in: DEFUN |FIELD-;prime?;$B;8| ; (DEFUN BOOT::|FIELD-;prime?;$B;8| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; NIL) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FIELD-;prime?;$B;8| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|FIELD-;prime?;$B;8| NIL)) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |FIELD-;squareFree;$F;9| ...) ; compiling (DEFUN |FIELD-;factor;$F;10| ...) ; compiling (DEFUN |FIELD-;/;3$;11| ...) ; compiling (DEFUN |FIELD-;divide;2$R;12| ...) ; compiling (DEFUN |Field&| ...) ; compiling (MAKEPROP (QUOTE |Field&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 4 STYLE-WARNING conditions ; printed 2 notes ; /tmp/oa-eOnHHD/code.fasl written ; compilation finished in 0:00:00.040 ------------------------------------------------------------------------ finalizing NRLIB FIELD Processing Field for Browser database: -- ?/? : (%,%) -> % -- canonicalUnitNormal : () -> attribute -- constructor ; compiling file "/tmp/oa-vlgrTb/code.lsp" (written 01 FEB 2016 10:54:01 PM): ; compiling (DEFPARAMETER |Field;AL| ...) ; compiling (DEFUN |Field;| ...) ; compiling (DEFUN |Field| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-vlgrTb/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/CHARNZ.fasl --optimize=3 CHARNZ.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CHARNZ.spad using Spad compiler. CHARNZ abbreviates category CharacteristicNonZero debug: compDefine1 lhs: (CharacteristicNonZero) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for CharacteristicNonZero compiling into /tmp/oa-1D55Qu STYLE-WARNING: redefining BOOT::|CharacteristicNonZero| in DEFUN Time: 0.00 SEC. finalizing NRLIB CHARNZ Processing CharacteristicNonZero for Browser database: -- charthRoot : % -> Maybe % -- constructor ; compiling file "/tmp/oa-1D55Qu/code.lsp" (written 01 FEB 2016 10:54:01 PM): ; compiling (DEFPARAMETER |CharacteristicNonZero;AL| ...) ; compiling (DEFUN |CharacteristicNonZero;| ...) ; compiling (DEFUN |CharacteristicNonZero| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-1D55Qu/code.fasl written ; compilation finished in 0:00:00.021 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/FUNCTOR.fasl --optimize=3 FUNCTOR.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FUNCTOR.spad using Spad compiler. FUNCTOR abbreviates category Functorial debug: compDefine1 lhs: (Functorial S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (Functorial S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for Functorial compiling into /tmp/oa-NXhIcG STYLE-WARNING: redefining BOOT::|Functorial| in DEFUN Time: 0.01 SEC. finalizing NRLIB FUNCTOR Processing Functorial for Browser database: -- map : ((S -> S),%) -> % -- constructor ; compiling file "/tmp/oa-NXhIcG/code.lsp" (written 01 FEB 2016 10:54:01 PM): ; compiling (DEFPARAMETER |Functorial;AL| ...) ; compiling (DEFUN |Functorial;| ...) ; compiling (DEFUN |Functorial| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-NXhIcG/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/AMR.fasl --optimize=3 AMR.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/AMR.spad using Spad compiler. AMR abbreviates category AbelianMonoidRing debug: compDefine1 lhs: (AbelianMonoidRing R E) signature (pre-evaluate): ((Category) (Ring) (OrderedAbelianMonoid)) debug: evaluateType form: (Category) $param: (R E) debug: evaluateType form: (Ring) $param: (R E) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (OrderedAbelianMonoid) $param: (R E) Debug: evaluateType1 form: (OrderedAbelianMonoid) debug: compDefine1 signature (post evaluate): ((Category) (Ring) (OrderedAbelianMonoid)) debug: compDefine1 lhs: (AbelianMonoidRing R E) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (R E) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for AbelianMonoidRing compiling into /tmp/oa-3k8m7G STYLE-WARNING: redefining BOOT::|AbelianMonoidRing| in DEFUN Time: 0.02 SEC. AMR- abbreviates package AbelianMonoidRing& ------------------------------------------------------------------------ initializing stationary directory for AbelianMonoidRing& compiling into /tmp/oa-EJniga compiling exported monomial? : S -> Boolean Time: 0.04 SEC. compiling exported map : (R -> R,S) -> S Time: 0.00 SEC. compiling exported * : (Fraction Integer,S) -> S Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor AbelianMonoidRing& Time: 0.08 seconds finalizing NRLIB AMR- ; compiling file "/tmp/oa-EJniga/code.lsp" (written 01 FEB 2016 10:54:02 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |AMR-;monomial?;$B;1| ...) ; file: /tmp/oa-EJniga/code.lsp ; in: DEFUN |AMR-;monomial?;$B;1| ; (DEFUN BOOT::|AMR-;monomial?;$B;1| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 9)) ; (BOOT::|shellEntry| BOOT::$ 11))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|AMR-;monomial?;$B;1| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|AMR-;monomial?;$B;1| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 9)) ; (BOOT::|shellEntry| BOOT::$ 11)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |AMR-;map;M2$;2| ...) ; compiling (DEFUN |AMR-;*;F2$;3| ...) ; compiling (DEFUN |AMR-;*;F2$;3!0| ...) ; compiling (DEFUN |AbelianMonoidRing&| ...) ; compiling (MAKEPROP (QUOTE |AbelianMonoidRing&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-EJniga/code.fasl written ; compilation finished in 0:00:00.039 ------------------------------------------------------------------------ finalizing NRLIB AMR Processing AbelianMonoidRing for Browser database: -- leadingCoefficient : % -> R -- leadingMonomial : % -> % -- degree : % -> E -- monomial? : % -> Boolean -- monomial : (R,E) -> % -- reductum : % -> % -- coefficient : (%,E) -> R -- ?/? : (%,R) -> % -- constructor ; compiling file "/tmp/oa-3k8m7G/code.lsp" (written 01 FEB 2016 10:54:02 PM): ; compiling (DEFPARAMETER |AbelianMonoidRing;AL| ...) ; compiling (DEFUN |AbelianMonoidRing;| ...) ; compiling (DEFUN |AbelianMonoidRing| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-3k8m7G/code.fasl written ; compilation finished in 0:00:00.032 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/FRETRCT.fasl --optimize=3 FRETRCT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FRETRCT.spad using Spad compiler. FRETRCT abbreviates category FullyRetractableTo debug: compDefine1 lhs: (FullyRetractableTo S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (FullyRetractableTo S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for FullyRetractableTo compiling into /tmp/oa-7ocYc5 STYLE-WARNING: redefining BOOT::|FullyRetractableTo| in DEFUN Time: 0.01 SEC. FRETRCT- abbreviates package FullyRetractableTo& ------------------------------------------------------------------------ initializing stationary directory for FullyRetractableTo& compiling into /tmp/oa-hgUL7y compiling exported coerce : Integer -> A Time: 0.01 SEC. compiling exported retract : A -> Integer Time: 0.00 SEC. compiling exported retractIfCan : A -> Union(Integer,failed) Time: 0 SEC. compiling exported coerce : Fraction Integer -> A Time: 0.03 SEC. compiling exported retract : A -> Fraction Integer Time: 0.01 SEC. compiling exported retractIfCan : A -> Union(Fraction Integer,failed) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor FullyRetractableTo& Time: 0.06 seconds finalizing NRLIB FRETRCT- ; compiling file "/tmp/oa-hgUL7y/code.lsp" (written 01 FEB 2016 10:54:02 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FRETRCT-;coerce;I$;1| ...) ; compiling (DEFUN |FRETRCT-;retract;$I;2| ...) ; file: /tmp/oa-hgUL7y/code.lsp ; in: DEFUN |FRETRCT-;retract;$I;2| ; (DEFUN BOOT::|FRETRCT-;retract;$I;2| (BOOT::|r| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 12)) ; (BOOT::|shellEntry| BOOT::$ 13))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FRETRCT-;retract;$I;2| ; (BOOT::|r| BOOT::$) ; (BLOCK BOOT::|FRETRCT-;retract;$I;2| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 12)) ; (BOOT::|shellEntry| BOOT::$ 13)))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |FRETRCT-;retractIfCan;$U;3| ...) ; file: /tmp/oa-hgUL7y/code.lsp ; in: DEFUN |FRETRCT-;retractIfCan;$U;3| ; (DEFUN BOOT::|FRETRCT-;retractIfCan;$U;3| (BOOT::|r| BOOT::$) ; (LET ((BOOT::|u| (BOOT::SPADCALL BOOT::|r| #))) ; (COND ((EQL # 1) (CONS 1 "failed")) (T (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FRETRCT-;retractIfCan;$U;3| ; (BOOT::|r| BOOT::$) ; (BLOCK BOOT::|FRETRCT-;retractIfCan;$U;3| ; (LET ((BOOT::|u| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |FRETRCT-;coerce;F$;4| ...) ; compiling (DEFUN |FRETRCT-;retract;$F;5| ...) ; compiling (DEFUN |FRETRCT-;retractIfCan;$U;6| ...) ; file: /tmp/oa-hgUL7y/code.lsp ; in: DEFUN |FRETRCT-;retractIfCan;$U;6| ; (DEFUN BOOT::|FRETRCT-;retractIfCan;$U;6| (BOOT::|r| BOOT::$) ; (LET ((BOOT::|u| (BOOT::SPADCALL BOOT::|r| #))) ; (COND ((EQL # 1) (CONS 1 "failed")) (T (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FRETRCT-;retractIfCan;$U;6| ; (BOOT::|r| BOOT::$) ; (BLOCK BOOT::|FRETRCT-;retractIfCan;$U;6| ; (LET ((BOOT::|u| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |FullyRetractableTo&| ...) ; compiling (MAKEPROP (QUOTE |FullyRetractableTo&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 3 notes ; /tmp/oa-hgUL7y/code.fasl written ; compilation finished in 0:00:00.034 ------------------------------------------------------------------------ finalizing NRLIB FRETRCT Processing FullyRetractableTo for Browser database: -- constructor ; compiling file "/tmp/oa-7ocYc5/code.lsp" (written 01 FEB 2016 10:54:02 PM): ; compiling (DEFPARAMETER |FullyRetractableTo;AL| ...) ; compiling (DEFUN |FullyRetractableTo;| ...) ; compiling (DEFUN |FullyRetractableTo| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-7ocYc5/code.fasl written ; compilation finished in 0:00:00.037 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/FAMR.fasl --optimize=3 FAMR.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FAMR.spad using Spad compiler. FAMR abbreviates category FiniteAbelianMonoidRing debug: compDefine1 lhs: (FiniteAbelianMonoidRing R E) signature (pre-evaluate): ((Category) (Ring) (OrderedAbelianMonoid)) debug: evaluateType form: (Category) $param: (R E) debug: evaluateType form: (Ring) $param: (R E) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (OrderedAbelianMonoid) $param: (R E) Debug: evaluateType1 form: (OrderedAbelianMonoid) debug: compDefine1 signature (post evaluate): ((Category) (Ring) (OrderedAbelianMonoid)) debug: compDefine1 lhs: (FiniteAbelianMonoidRing R E) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (R E) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FiniteAbelianMonoidRing compiling into /tmp/oa-XX0YQr STYLE-WARNING: redefining BOOT::|FiniteAbelianMonoidRing| in DEFUN Time: 0.02 SEC. FAMR- abbreviates package FiniteAbelianMonoidRing& ------------------------------------------------------------------------ initializing stationary directory for FiniteAbelianMonoidRing& compiling into /tmp/oa-JRFywW compiling exported pomopo! : (S,R,E,S) -> S Time: 0.01 SEC. compiling exported binomThmExpt : (S,S,NonNegativeInteger) -> S Time: 0.02 SEC. compiling exported ground? : S -> Boolean Time: 0 SEC. compiling exported ground : S -> R Time: 0.00 SEC. compiling exported mapExponents : (E -> E,S) -> S Time: 0.00 SEC. compiling exported coefficients : S -> List R Time: 0.00 SEC. compiling exported / : (S,R) -> S Time: 0.01 SEC. compiling exported exquo : (S,R) -> Union(S,failed) Time: 0.02 SEC. compiling exported content : S -> R Time: 0.01 SEC. compiling exported primitivePart : S -> S Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor FiniteAbelianMonoidRing& Time: 0.09 seconds finalizing NRLIB FAMR- ; compiling file "/tmp/oa-JRFywW/code.lsp" (written 01 FEB 2016 10:54:02 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FAMR-;pomopo!;$RE2$;1| ...) ; compiling (DEFUN |FAMR-;pomopo!;$RE2$;1!0| ...) ; compiling (DEFUN |FAMR-;binomThmExpt;2$Nni$;2| ...) ; compiling (DEFUN |FAMR-;ground?;$B;3| ...) ; compiling (DEFUN |FAMR-;ground;$R;4| ...) ; compiling (DEFUN |FAMR-;mapExponents;M2$;5| ...) ; compiling (DEFUN |FAMR-;coefficients;$L;6| ...) ; file: /tmp/oa-JRFywW/code.lsp ; in: DEFUN |FAMR-;coefficients;$L;6| ; (DEFUN BOOT::|FAMR-;coefficients;$L;6| (BOOT::|x| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 45)) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 53))) ; (T ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) (BOOT::SPADCALL # #) ; (BOOT::|shellEntry| BOOT::$ 55))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FAMR-;coefficients;$L;6| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FAMR-;coefficients;$L;6| ; (COND ((BOOT::SPADCALL BOOT::|x| #) (BOOT::SPADCALL #)) ; (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |FAMR-;/;$R$;7| ...) ; compiling (DEFUN |FAMR-;/;$R$;7!0| ...) ; compiling (DEFUN |FAMR-;exquo;$RU;8| ...) ; compiling (DEFUN |FAMR-;content;$R;9| ...) ; compiling (DEFUN |FAMR-;primitivePart;2$;10| ...) ; compiling (DEFUN |FiniteAbelianMonoidRing&| ...) ; compiling (MAKEPROP (QUOTE |FiniteAbelianMonoidRing&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-JRFywW/code.fasl written ; compilation finished in 0:00:00.074 ------------------------------------------------------------------------ finalizing NRLIB FAMR Processing FiniteAbelianMonoidRing for Browser database: -- ground? : % -> Boolean -- ground : % -> R -- coefficients : % -> List R -- numberOfMonomials : % -> NonNegativeInteger -- minimumDegree : % -> E -- mapExponents : ((E -> E),%) -> % -- pomopo! : (%,R,E,%) -> % -- binomThmExpt : (%,%,NonNegativeInteger) -> % -- exquo : (%,R) -> Union(%,"failed") -- content : % -> R -- primitivePart : % -> % -- constructor ; compiling file "/tmp/oa-XX0YQr/code.lsp" (written 01 FEB 2016 10:54:02 PM): ; compiling (DEFPARAMETER |FiniteAbelianMonoidRing;AL| ...) ; compiling (DEFUN |FiniteAbelianMonoidRing;| ...) ; compiling (DEFUN |FiniteAbelianMonoidRing| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-XX0YQr/code.fasl written ; compilation finished in 0:00:00.037 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/GROUP.fasl --bootstrap GROUP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GROUP.spad using Spad compiler. GROUP abbreviates category Group ------------------------------------------------------------------------ initializing stationary directory for Group compiling into /tmp/oa-pKz6yG STYLE-WARNING: redefining BOOT::|Group| in DEFUN Time: 0.01 SEC. finalizing NRLIB GROUP ; compiling file "/tmp/oa-pKz6yG/code.lsp" (written 01 FEB 2016 10:54:03 PM): ; compiling (DEFPARAMETER |Group;AL| ...) ; compiling (DEFUN |Group;| ...) ; compiling (DEFUN |Group| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-pKz6yG/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/VSPACE.fasl --bootstrap VSPACE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/VSPACE.spad using Spad compiler. VSPACE abbreviates category VectorSpace ------------------------------------------------------------------------ initializing stationary directory for VectorSpace compiling into /tmp/oa-tecVDP STYLE-WARNING: redefining BOOT::|VectorSpace| in DEFUN Time: 0.01 SEC. finalizing NRLIB VSPACE ; compiling file "/tmp/oa-tecVDP/code.lsp" (written 01 FEB 2016 10:54:03 PM): ; compiling (DEFPARAMETER |VectorSpace;AL| ...) ; compiling (DEFUN |VectorSpace;| ...) ; compiling (DEFUN |VectorSpace| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-tecVDP/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/ES.fasl --bootstrap ES.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ES.spad using Spad compiler. ES abbreviates category ExpressionSpace ------------------------------------------------------------------------ initializing stationary directory for ExpressionSpace compiling into /tmp/oa-0uCvFZ STYLE-WARNING: redefining BOOT::|ExpressionSpace| in DEFUN Time: 0.01 SEC. finalizing NRLIB ES ; compiling file "/tmp/oa-0uCvFZ/code.lsp" (written 01 FEB 2016 10:54:03 PM): ; compiling (DEFPARAMETER |ExpressionSpace;AL| ...) ; compiling (DEFUN |ExpressionSpace;| ...) ; compiling (DEFUN |ExpressionSpace| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-0uCvFZ/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/EQ.fasl --bootstrap EQ.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/EQ.spad using Spad compiler. EQ abbreviates domain Equation ------------------------------------------------------------------------ initializing stationary directory for Equation compiling into /tmp/oa-Gn9oXa Time: 0.02 SEC. Cumulative Statistics for Constructor Equation Time: 0.02 seconds finalizing NRLIB EQ ; compiling file "/tmp/oa-Gn9oXa/code.lsp" (written 01 FEB 2016 10:54:03 PM): ; compiling (DEFUN |Equation| ...) ; compiling (DEFUN |Equation;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Gn9oXa/code.fasl written ; compilation finished in 0:00:00.019 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/IEVALAB.fasl --optimize=3 IEVALAB.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IEVALAB.spad using Spad compiler. IEVALAB abbreviates category InnerEvalable debug: compDefine1 lhs: (InnerEvalable A B) signature (pre-evaluate): ((Category) (SetCategory) (Type)) debug: evaluateType form: (Category) $param: (A B) debug: evaluateType form: (SetCategory) $param: (A B) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Type) $param: (A B) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (SetCategory) (Type)) debug: compDefine1 lhs: (InnerEvalable A B) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (A B) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for InnerEvalable compiling into /tmp/oa-5NUBuk STYLE-WARNING: redefining BOOT::|InnerEvalable| in DEFUN Time: 0.01 SEC. IEVALAB- abbreviates package InnerEvalable& ------------------------------------------------------------------------ initializing stationary directory for InnerEvalable& compiling into /tmp/oa-tpmNkR compiling exported eval : (S,A,B) -> S Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor InnerEvalable& Time: 0.01 seconds finalizing NRLIB IEVALAB- ; compiling file "/tmp/oa-tpmNkR/code.lsp" (written 01 FEB 2016 10:54:03 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |IEVALAB-;eval;$AB$;1| ...) ; compiling (DEFUN |InnerEvalable&| ...) ; compiling (MAKEPROP (QUOTE |InnerEvalable&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-tpmNkR/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ finalizing NRLIB IEVALAB Processing InnerEvalable for Browser database: -- eval : (%,A,B) -> % -- eval : (%,List A,List B) -> % -- constructor ; compiling file "/tmp/oa-5NUBuk/code.lsp" (written 01 FEB 2016 10:54:03 PM): ; compiling (DEFPARAMETER |InnerEvalable;AL| ...) ; compiling (DEFUN |InnerEvalable;| ...) ; compiling (DEFUN |InnerEvalable| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-5NUBuk/code.fasl written ; compilation finished in 0:00:00.006 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/EVALAB.fasl --optimize=3 EVALAB.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/EVALAB.spad using Spad compiler. EVALAB abbreviates category Evalable debug: compDefine1 lhs: (Evalable R) signature (pre-evaluate): ((Category) (SetCategory)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Category) (SetCategory)) debug: compDefine1 lhs: (Evalable R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for Evalable compiling into /tmp/oa-AcjdGq STYLE-WARNING: redefining BOOT::|Evalable| in DEFUN Time: 0.01 SEC. EVALAB- abbreviates package Evalable& ------------------------------------------------------------------------ initializing stationary directory for Evalable& compiling into /tmp/oa-wISaOX compiling exported eval : (S,Equation R) -> S Time: 0.02 SEC. compiling exported eval : (S,List R,List R) -> S Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor Evalable& Time: 0.03 seconds finalizing NRLIB EVALAB- ; compiling file "/tmp/oa-wISaOX/code.lsp" (written 01 FEB 2016 10:54:03 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |EVALAB-;eval;$E$;1| ...) ; compiling (DEFUN |EVALAB-;eval;$2L$;2| ...) ; compiling (DEFUN |Evalable&| ...) ; compiling (MAKEPROP (QUOTE |Evalable&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-wISaOX/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ finalizing NRLIB EVALAB Processing Evalable for Browser database: -- eval : (%,Equation R) -> % -- eval : (%,List Equation R) -> % -- constructor ; compiling file "/tmp/oa-AcjdGq/code.lsp" (written 01 FEB 2016 10:54:03 PM): ; compiling (DEFPARAMETER |Evalable;AL| ...) ; compiling (DEFUN |Evalable;| ...) ; compiling (DEFUN |Evalable| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-AcjdGq/code.fasl written ; compilation finished in 0:00:00.006 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/ARR2CAT.fasl --bootstrap ARR2CAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ARR2CAT.spad using Spad compiler. ARR2CAT abbreviates category TwoDimensionalArrayCategory ------------------------------------------------------------------------ initializing stationary directory for TwoDimensionalArrayCategory compiling into /tmp/oa-BS3bFD STYLE-WARNING: redefining BOOT::|TwoDimensionalArrayCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB ARR2CAT ; compiling file "/tmp/oa-BS3bFD/code.lsp" (written 01 FEB 2016 10:54:03 PM): ; compiling (DEFPARAMETER |TwoDimensionalArrayCategory;AL| ...) ; compiling (DEFUN |TwoDimensionalArrayCategory;| ...) ; compiling (DEFUN |TwoDimensionalArrayCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-BS3bFD/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/MATCAT.fasl --bootstrap MATCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MATCAT.spad using Spad compiler. MATCAT abbreviates category MatrixCategory ------------------------------------------------------------------------ initializing stationary directory for MatrixCategory compiling into /tmp/oa-sGZ6vM STYLE-WARNING: redefining BOOT::|MatrixCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB MATCAT ; compiling file "/tmp/oa-sGZ6vM/code.lsp" (written 01 FEB 2016 10:54:03 PM): ; compiling (DEFPARAMETER |MatrixCategory;AL| ...) ; compiling (DEFUN |MatrixCategory;| ...) ; compiling (DEFUN |MatrixCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-sGZ6vM/code.fasl written ; compilation finished in 0:00:00.018 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/MATRIX.fasl --bootstrap MATRIX.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MATRIX.spad using Spad compiler. MATRIX abbreviates domain Matrix ------------------------------------------------------------------------ initializing stationary directory for Matrix compiling into /tmp/oa-bKKyXO Time: 0.02 SEC. Cumulative Statistics for Constructor Matrix Time: 0.02 seconds finalizing NRLIB MATRIX ; compiling file "/tmp/oa-bKKyXO/code.lsp" (written 01 FEB 2016 10:54:04 PM): ; compiling (DEFUN |Matrix| ...) ; compiling (DEFUN |Matrix;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-bKKyXO/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/VECTCAT.fasl --bootstrap VECTCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/VECTCAT.spad using Spad compiler. VECTCAT abbreviates category VectorCategory ------------------------------------------------------------------------ initializing stationary directory for VectorCategory compiling into /tmp/oa-0vMG8X STYLE-WARNING: redefining BOOT::|VectorCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB VECTCAT ; compiling file "/tmp/oa-0vMG8X/code.lsp" (written 01 FEB 2016 10:54:04 PM): ; compiling (DEFPARAMETER |VectorCategory;AL| ...) ; compiling (DEFUN |VectorCategory;| ...) ; compiling (DEFUN |VectorCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-0vMG8X/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/VECTOR.fasl --bootstrap VECTOR.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/VECTOR.spad using Spad compiler. VECTOR abbreviates domain Vector ------------------------------------------------------------------------ initializing stationary directory for Vector compiling into /tmp/oa-DUopG8 Time: 0.02 SEC. Cumulative Statistics for Constructor Vector Time: 0.02 seconds finalizing NRLIB VECTOR ; compiling file "/tmp/oa-DUopG8/code.lsp" (written 01 FEB 2016 10:54:04 PM): ; compiling (DEFUN |Vector| ...) ; compiling (DEFUN |Vector;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-DUopG8/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/FLINEXP.fasl --optimize=3 FLINEXP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FLINEXP.spad using Spad compiler. FLINEXP abbreviates category FullyLinearlyExplicitRingOver debug: compDefine1 lhs: (FullyLinearlyExplicitRingOver R) signature (pre-evaluate): ((Category) (Ring)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((Category) (Ring)) debug: compDefine1 lhs: (FullyLinearlyExplicitRingOver R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for FullyLinearlyExplicitRingOver compiling into /tmp/oa-A097xe STYLE-WARNING: redefining BOOT::|FullyLinearlyExplicitRingOver| in DEFUN Time: 0.01 SEC. FLINEXP- abbreviates package FullyLinearlyExplicitRingOver& ------------------------------------------------------------------------ initializing stationary directory for FullyLinearlyExplicitRingOver& compiling into /tmp/oa-yPGkIN compiling exported reducedSystem : Matrix S -> Matrix Integer Time: 0.04 SEC. compiling exported reducedSystem : (Matrix S,Vector S) -> Record(mat: Matrix Integer,vec: Vector Integer) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Warnings: [1] reducedSystem: not known that Ring is of mode CATEGORY(package,reducedSystem: Matrix S -> Matrix Integer,reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix Integer,vec: Vector Integer),reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix R,vec: Vector R),reducedSystem: Matrix S -> Matrix R) Cumulative Statistics for Constructor FullyLinearlyExplicitRingOver& Time: 0.06 seconds finalizing NRLIB FLINEXP- ; compiling file "/tmp/oa-yPGkIN/code.lsp" (written 01 FEB 2016 10:54:04 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FLINEXP-;reducedSystem;MM;1| ...) ; compiling (DEFUN |FLINEXP-;reducedSystem;MVR;2| ...) ; file: /tmp/oa-yPGkIN/code.lsp ; in: DEFUN |FLINEXP-;reducedSystem;MVR;2| ; (DEFUN BOOT::|FLINEXP-;reducedSystem;MVR;2| (BOOT::|m| BOOT::|v| BOOT::$) ; (LET ((BOOT::|rec| (BOOT::SPADCALL BOOT::|m| BOOT::|v| #))) ; (BOOT::SPADCALL (CAR BOOT::|rec|) (CDR BOOT::|rec|) ; (BOOT::|shellEntry| BOOT::$ 21)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLINEXP-;reducedSystem;MVR;2| ; (BOOT::|m| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|FLINEXP-;reducedSystem;MVR;2| ; (LET ((BOOT::|rec| #)) ; (BOOT::SPADCALL (CAR BOOT::|rec|) (CDR BOOT::|rec|) ; (BOOT::|shellEntry| BOOT::$ 21))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FullyLinearlyExplicitRingOver&| ...) ; compiling (MAKEPROP (QUOTE |FullyLinearlyExplicitRingOver&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-yPGkIN/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ finalizing NRLIB FLINEXP Processing FullyLinearlyExplicitRingOver for Browser database: -- constructor ; compiling file "/tmp/oa-A097xe/code.lsp" (written 01 FEB 2016 10:54:04 PM): ; compiling (DEFPARAMETER |FullyLinearlyExplicitRingOver;AL| ...) ; compiling (DEFUN |FullyLinearlyExplicitRingOver;| ...) ; compiling (DEFUN |FullyLinearlyExplicitRingOver| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-A097xe/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/AGG.fasl --optimize=3 AGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/AGG.spad using Spad compiler. AGG abbreviates category Aggregate debug: compDefine1 lhs: (Aggregate) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for Aggregate compiling into /tmp/oa-Af6ySw STYLE-WARNING: redefining BOOT::|Aggregate| in DEFUN Time: 0.01 SEC. AGG- abbreviates package Aggregate& ------------------------------------------------------------------------ initializing stationary directory for Aggregate& compiling into /tmp/oa-lquex6 compiling exported eq? : (S,S) -> Boolean AGG-;eq?;2$B;1 is replaced by %peq Time: 0 SEC. compiling exported sample : () -> S Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor Aggregate& Time: 0 seconds finalizing NRLIB AGG- ; compiling file "/tmp/oa-lquex6/code.lsp" (written 01 FEB 2016 10:54:04 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |AGG-;eq?;2$B;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |AGG-;eq?;2$B;1| ...) ; compiling (DEFUN |AGG-;sample;$;2| ...) ; compiling (DEFUN |Aggregate&| ...) ; compiling (MAKEPROP (QUOTE |Aggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-lquex6/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ finalizing NRLIB AGG Processing Aggregate for Browser database: -- eq? : (%,%) -> Boolean -- copy : % -> % -- empty : () -> % -- empty? : % -> Boolean -- sample : () -> % -- constructor ; compiling file "/tmp/oa-Af6ySw/code.lsp" (written 01 FEB 2016 10:54:04 PM): ; compiling (DEFPARAMETER |Aggregate;AL| ...) ; compiling (DEFUN |Aggregate;| ...) ; compiling (DEFUN |Aggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Af6ySw/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/HOAGG.fasl --optimize=3 HOAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/HOAGG.spad using Spad compiler. HOAGG abbreviates category HomogeneousAggregate debug: compDefine1 lhs: (HomogeneousAggregate S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (HomogeneousAggregate S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for HomogeneousAggregate compiling into /tmp/oa-1Njs6C STYLE-WARNING: redefining BOOT::|HomogeneousAggregate| in DEFUN Time: 0.01 SEC. HOAGG- abbreviates package HomogeneousAggregate& ------------------------------------------------------------------------ initializing stationary directory for HomogeneousAggregate& compiling into /tmp/oa-x4DH4c compiling exported eval : (A,List Equation S) -> A Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor HomogeneousAggregate& Time: 0.01 seconds finalizing NRLIB HOAGG- ; compiling file "/tmp/oa-x4DH4c/code.lsp" (written 01 FEB 2016 10:54:04 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |HOAGG-;eval;$L$;1| ...) ; compiling (DEFUN |HOAGG-;eval;$L$;1!0| ...) ; compiling (DEFUN |HomogeneousAggregate&| ...) ; compiling (MAKEPROP (QUOTE |HomogeneousAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-x4DH4c/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ finalizing NRLIB HOAGG Processing HomogeneousAggregate for Browser database: -- constructor ; compiling file "/tmp/oa-1Njs6C/code.lsp" (written 01 FEB 2016 10:54:04 PM): ; compiling (DEFPARAMETER |HomogeneousAggregate;AL| ...) ; compiling (DEFUN |HomogeneousAggregate;| ...) ; compiling (DEFUN |HomogeneousAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-1Njs6C/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/ELTAB.fasl --optimize=3 ELTAB.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ELTAB.spad using Spad compiler. ELTAB abbreviates category Eltable debug: compDefine1 lhs: (Eltable S T$) signature (pre-evaluate): ((Category) (Type) (Type)) debug: evaluateType form: (Category) $param: (S T$) debug: evaluateType form: (Type) $param: (S T$) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Type) $param: (S T$) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type) (Type)) debug: compDefine1 lhs: (Eltable S T$) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (S T$) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for Eltable compiling into /tmp/oa-j4HIzP STYLE-WARNING: redefining BOOT::|Eltable| in DEFUN Time: 0.01 SEC. finalizing NRLIB ELTAB Processing Eltable for Browser database: -- elt : (%,S) -> T -- constructor ; compiling file "/tmp/oa-j4HIzP/code.lsp" (written 01 FEB 2016 10:54:04 PM): ; compiling (DEFPARAMETER |Eltable;AL| ...) ; compiling (DEFUN |Eltable;| ...) ; compiling (DEFUN |Eltable| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-j4HIzP/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/ELTAGG.fasl --optimize=3 ELTAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ELTAGG.spad using Spad compiler. ELTAGG abbreviates category EltableAggregate debug: compDefine1 lhs: (EltableAggregate Dom Im) signature (pre-evaluate): ((Category) (BasicType) (Type)) debug: evaluateType form: (Category) $param: (Dom Im) debug: evaluateType form: (BasicType) $param: (Dom Im) Debug: evaluateType1 form: (BasicType) debug: evaluateType form: (Type) $param: (Dom Im) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (BasicType) (Type)) debug: compDefine1 lhs: (EltableAggregate Dom Im) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (Dom Im) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for EltableAggregate compiling into /tmp/oa-aQINzM STYLE-WARNING: redefining BOOT::|EltableAggregate| in DEFUN Time: 0.02 SEC. ELTAGG- abbreviates package EltableAggregate& ------------------------------------------------------------------------ initializing stationary directory for EltableAggregate& compiling into /tmp/oa-SJpp8m compiling exported qelt : (S,Dom) -> Im Time: 0.00 SEC. compiling exported qsetelt! : (S,Dom,Im) -> Im Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor EltableAggregate& Time: 0.01 seconds finalizing NRLIB ELTAGG- ; compiling file "/tmp/oa-SJpp8m/code.lsp" (written 01 FEB 2016 10:54:05 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ELTAGG-;qelt;$DomIm;1| ...) ; compiling (DEFUN |ELTAGG-;qsetelt!;$Dom2Im;2| ...) ; compiling (DEFUN |EltableAggregate&| ...) ; compiling (MAKEPROP (QUOTE |EltableAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-SJpp8m/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ finalizing NRLIB ELTAGG Processing EltableAggregate for Browser database: -- elt : (%,Dom,Im) -> Im -- qelt : (%,Dom) -> Im -- setelt : (%,Dom,Im) -> Im -- qsetelt! : (%,Dom,Im) -> Im -- constructor ; compiling file "/tmp/oa-aQINzM/code.lsp" (written 01 FEB 2016 10:54:05 PM): ; compiling (DEFPARAMETER |EltableAggregate;AL| ...) ; compiling (DEFUN |EltableAggregate;| ...) ; compiling (DEFUN |EltableAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-aQINzM/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/VOID.fasl --bootstrap VOID.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/VOID.spad using Spad compiler. VOID abbreviates domain Void ------------------------------------------------------------------------ initializing stationary directory for Void compiling into /tmp/oa-wdR2zV Time: 0 SEC. Cumulative Statistics for Constructor Void Time: 0 seconds finalizing NRLIB VOID ; compiling file "/tmp/oa-wdR2zV/code.lsp" (written 01 FEB 2016 10:54:05 PM): ; compiling (DEFUN |Void| ...) ; compiling (DEFUN |Void;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-wdR2zV/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/IXAGG.fasl --optimize=3 IXAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IXAGG.spad using Spad compiler. IXAGG abbreviates category IndexedAggregate debug: compDefine1 lhs: (IndexedAggregate Index Entry) signature (pre-evaluate): ((Category) (BasicType) (Type)) debug: evaluateType form: (Category) $param: (Index Entry) debug: evaluateType form: (BasicType) $param: (Index Entry) Debug: evaluateType1 form: (BasicType) debug: evaluateType form: (Type) $param: (Index Entry) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (BasicType) (Type)) debug: compDefine1 lhs: (IndexedAggregate Index Entry) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (Index Entry) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for IndexedAggregate compiling into /tmp/oa-9SST41 STYLE-WARNING: redefining BOOT::|IndexedAggregate| in DEFUN Time: 0.02 SEC. IXAGG- abbreviates package IndexedAggregate& ------------------------------------------------------------------------ initializing stationary directory for IndexedAggregate& compiling into /tmp/oa-MQZreD compiling exported elt : (S,Index,Entry) -> Entry Time: 0.01 SEC. compiling exported entries : S -> List Entry Time: 0.01 SEC. compiling exported entry? : (Entry,S) -> Boolean Time: 0 SEC. compiling exported maxIndex : S -> Index Time: 0.01 SEC. compiling exported minIndex : S -> Index Time: 0 SEC. compiling exported first : S -> Entry Time: 0 SEC. compiling exported map : (Entry -> Entry,S) -> S Time: 0 SEC. compiling exported map! : (Entry -> Entry,S) -> S Time: 0.01 SEC. compiling exported fill! : (S,Entry) -> S Time: 0.00 SEC. compiling exported swap! : (S,Index,Index) -> Void Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor IndexedAggregate& Time: 0.06 seconds finalizing NRLIB IXAGG- ; compiling file "/tmp/oa-MQZreD/code.lsp" (written 01 FEB 2016 10:54:05 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |IXAGG-;elt;$Index2Entry;1| ...) ; compiling (DEFUN |IXAGG-;entries;$L;2| ...) ; file: /tmp/oa-MQZreD/code.lsp ; in: DEFUN |IXAGG-;entries;$L;2| ; (DEFUN BOOT::|IXAGG-;entries;$L;2| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 14))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IXAGG-;entries;$L;2| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|IXAGG-;entries;$L;2| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 14)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |IXAGG-;entry?;Entry$B;3| ...) ; file: /tmp/oa-MQZreD/code.lsp ; in: DEFUN |IXAGG-;entry?;Entry$B;3| ; (DEFUN BOOT::|IXAGG-;entry?;Entry$B;3| (BOOT::|x| BOOT::|a| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|a| (BOOT::|shellEntry| BOOT::$ 16))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IXAGG-;entry?;Entry$B;3| ; (BOOT::|x| BOOT::|a| BOOT::$) ; (BLOCK BOOT::|IXAGG-;entry?;Entry$B;3| ; (BOOT::SPADCALL BOOT::|x| BOOT::|a| (BOOT::|shellEntry| BOOT::$ 16)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |IXAGG-;maxIndex;$Index;4| ...) ; compiling (DEFUN |IXAGG-;minIndex;$Index;5| ...) ; compiling (DEFUN |IXAGG-;first;$Entry;6| ...) ; compiling (DEFUN |IXAGG-;map;M2$;7| ...) ; compiling (DEFUN |IXAGG-;map!;M2$;8| ...) ; compiling (DEFUN |IXAGG-;fill!;$Entry$;9| ...) ; compiling (DEFUN |IXAGG-;swap!;$2IndexV;10| ...) ; compiling (DEFUN |IndexedAggregate&| ...) ; compiling (MAKEPROP (QUOTE |IndexedAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-MQZreD/code.fasl written ; compilation finished in 0:00:00.032 ------------------------------------------------------------------------ finalizing NRLIB IXAGG Processing IndexedAggregate for Browser database: -- entries : % -> List Entry -- index? : (Index,%) -> Boolean -- indices : % -> List Index -- entry? : (Entry,%) -> Boolean -- maxIndex : % -> Index -- minIndex : % -> Index -- first : % -> Entry -- fill! : (%,Entry) -> % -- swap! : (%,Index,Index) -> Void -- constructor ; compiling file "/tmp/oa-9SST41/code.lsp" (written 01 FEB 2016 10:54:05 PM): ; compiling (DEFPARAMETER |IndexedAggregate;AL| ...) ; compiling (DEFUN |IndexedAggregate;| ...) ; compiling (DEFUN |IndexedAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-9SST41/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/CLAGG.fasl --optimize=3 CLAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CLAGG.spad using Spad compiler. CLAGG abbreviates category Collection debug: compDefine1 lhs: (Collection S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (Collection S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for Collection compiling into /tmp/oa-yq2EVk STYLE-WARNING: redefining BOOT::|Collection| in DEFUN Time: 0.01 SEC. CLAGG- abbreviates package Collection& ------------------------------------------------------------------------ initializing stationary directory for Collection& compiling into /tmp/oa-gMTfDW compiling exported remove : (S -> Boolean,A) -> A Time: 0.02 SEC. compiling exported select : (S -> Boolean,A) -> A Time: 0.00 SEC. compiling exported remove : (S,A) -> A Time: 0 SEC. compiling exported removeDuplicates : A -> A Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor Collection& Time: 0.04 seconds finalizing NRLIB CLAGG- ; compiling file "/tmp/oa-gMTfDW/code.lsp" (written 01 FEB 2016 10:54:05 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |CLAGG-;remove;M2$;1| ...) ; compiling (DEFUN |CLAGG-;select;M2$;2| ...) ; compiling (DEFUN |CLAGG-;remove;S2$;3| ...) ; compiling (DEFUN |CLAGG-;remove;S2$;3!0| ...) ; compiling (DEFUN |CLAGG-;removeDuplicates;2$;4| ...) ; compiling (DEFUN |Collection&| ...) ; compiling (MAKEPROP (QUOTE |Collection&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-gMTfDW/code.fasl written ; compilation finished in 0:00:00.020 ------------------------------------------------------------------------ finalizing NRLIB CLAGG Processing Collection for Browser database: -- construct : List S -> % -- remove : ((S -> Boolean),%) -> % -- select : ((S -> Boolean),%) -> % -- remove : (S,%) -> % -- removeDuplicates : % -> % -- constructor ; compiling file "/tmp/oa-yq2EVk/code.lsp" (written 01 FEB 2016 10:54:05 PM): ; compiling (DEFPARAMETER |Collection;AL| ...) ; compiling (DEFUN |Collection;| ...) ; compiling (DEFUN |Collection| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-yq2EVk/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/SEGCAT.fasl --bootstrap SEGCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SEGCAT.spad using Spad compiler. SEGCAT abbreviates category SegmentCategory ------------------------------------------------------------------------ initializing stationary directory for SegmentCategory compiling into /tmp/oa-uBO65u STYLE-WARNING: redefining BOOT::|SegmentCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB SEGCAT ; compiling file "/tmp/oa-uBO65u/code.lsp" (written 01 FEB 2016 10:54:05 PM): ; compiling (DEFPARAMETER |SegmentCategory;AL| ...) ; compiling (DEFUN |SegmentCategory;| ...) ; compiling (DEFUN |SegmentCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-uBO65u/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/SEGXCAT.fasl --bootstrap SEGXCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SEGXCAT.spad using Spad compiler. SEGXCAT abbreviates category SegmentExpansionCategory ------------------------------------------------------------------------ initializing stationary directory for SegmentExpansionCategory compiling into /tmp/oa-hKEYDC STYLE-WARNING: redefining BOOT::|SegmentExpansionCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB SEGXCAT ; compiling file "/tmp/oa-hKEYDC/code.lsp" (written 01 FEB 2016 10:54:05 PM): ; compiling (DEFPARAMETER |SegmentExpansionCategory;AL| ...) ; compiling (DEFUN |SegmentExpansionCategory;| ...) ; compiling (DEFUN |SegmentExpansionCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-hKEYDC/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/UNISEG.fasl --bootstrap UNISEG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UNISEG.spad using Spad compiler. UNISEG abbreviates domain UniversalSegment ------------------------------------------------------------------------ initializing stationary directory for UniversalSegment compiling into /tmp/oa-1s2xyL Time: 0.00 SEC. Cumulative Statistics for Constructor UniversalSegment Time: 0.00 seconds finalizing NRLIB UNISEG ; compiling file "/tmp/oa-1s2xyL/code.lsp" (written 01 FEB 2016 10:54:05 PM): ; compiling (DEFUN |UniversalSegment| ...) ; compiling (DEFUN |UniversalSegment;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-1s2xyL/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/LNAGG.fasl --optimize=3 LNAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LNAGG.spad using Spad compiler. LNAGG abbreviates category LinearAggregate debug: compDefine1 lhs: (LinearAggregate S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (LinearAggregate S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for LinearAggregate compiling into /tmp/oa-nfMFeU STYLE-WARNING: redefining BOOT::|LinearAggregate| in DEFUN Time: 0.02 SEC. LNAGG- abbreviates package LinearAggregate& ------------------------------------------------------------------------ initializing stationary directory for LinearAggregate& compiling into /tmp/oa-7Iykax compiling exported indices : A -> List Integer Time: 0.01 SEC. compiling exported index? : (Integer,A) -> Boolean Time: 0.00 SEC. compiling exported concat : (A,S) -> A Time: 0.00 SEC. compiling exported concat : (S,A) -> A Time: 0 SEC. compiling exported insert : (S,A,Integer) -> A Time: 0 SEC. compiling exported maxIndex : A -> Integer Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor LinearAggregate& Time: 0.03 seconds finalizing NRLIB LNAGG- ; compiling file "/tmp/oa-7Iykax/code.lsp" (written 01 FEB 2016 10:54:05 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LNAGG-;indices;$L;1| ...) ; file: /tmp/oa-7Iykax/code.lsp ; in: DEFUN |LNAGG-;indices;$L;1| ; (DEFUN BOOT::|LNAGG-;indices;$L;1| (BOOT::|a| BOOT::$) ; (LET ((BOOT::|i| (BOOT::SPADCALL BOOT::|a| #)) ; (#:G555 (BOOT::SPADCALL BOOT::|a| #)) ; (#:G546 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ BOOT::|i| #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LNAGG-;indices;$L;1| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|LNAGG-;indices;$L;1| ; (LET ((BOOT::|i| #) (#:G555 #) (#:G546 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS INTEGER T)) &REST T). ; compiling (DEFUN |LNAGG-;index?;I$B;2| ...) ; file: /tmp/oa-7Iykax/code.lsp ; in: DEFUN |LNAGG-;index?;I$B;2| ; (DEFUN BOOT::|LNAGG-;index?;I$B;2| (BOOT::|i| BOOT::|a| BOOT::$) ; (AND ; (BOOT::SPADCALL BOOT::|i| ; (BOOT::SPADCALL BOOT::|a| (BOOT::|shellEntry| BOOT::$ 9)) ; (BOOT::|shellEntry| BOOT::$ 14)) ; (BOOT::SPADCALL BOOT::|i| ; (BOOT::SPADCALL BOOT::|a| (BOOT::|shellEntry| BOOT::$ 10)) ; (BOOT::|shellEntry| BOOT::$ 15)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LNAGG-;index?;I$B;2| ; (BOOT::|i| BOOT::|a| BOOT::$) ; (BLOCK BOOT::|LNAGG-;index?;I$B;2| ; (AND ; (BOOT::SPADCALL BOOT::|i| (BOOT::SPADCALL BOOT::|a| #) ; (BOOT::|shellEntry| BOOT::$ 14)) ; (BOOT::SPADCALL BOOT::|i| (BOOT::SPADCALL BOOT::|a| #) ; (BOOT::|shellEntry| BOOT::$ 15))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |LNAGG-;concat;$S$;3| ...) ; compiling (DEFUN |LNAGG-;concat;S2$;4| ...) ; compiling (DEFUN |LNAGG-;insert;S$I$;5| ...) ; compiling (DEFUN |LNAGG-;maxIndex;$I;6| ...) ; file: /tmp/oa-7Iykax/code.lsp ; in: DEFUN |LNAGG-;maxIndex;$I;6| ; (DEFUN BOOT::|LNAGG-;maxIndex;$I;6| (BOOT::|l| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|l| (BOOT::|shellEntry| BOOT::$ 27)) ; (BOOT::|spadConstant| BOOT::$ 19) ; (BOOT::|shellEntry| BOOT::$ 28)) ; (BOOT::SPADCALL BOOT::|l| (BOOT::|shellEntry| BOOT::$ 9)) ; (BOOT::|shellEntry| BOOT::$ 29))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LNAGG-;maxIndex;$I;6| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|LNAGG-;maxIndex;$I;6| ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|l| #) ; (BOOT::|spadConstant| BOOT::$ 19) ; (BOOT::|shellEntry| BOOT::$ 28)) ; (BOOT::SPADCALL BOOT::|l| (BOOT::|shellEntry| BOOT::$ 9)) ; (BOOT::|shellEntry| BOOT::$ 29)))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |LinearAggregate&| ...) ; compiling (MAKEPROP (QUOTE |LinearAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 3 notes ; /tmp/oa-7Iykax/code.fasl written ; compilation finished in 0:00:00.028 ------------------------------------------------------------------------ finalizing NRLIB LNAGG Processing LinearAggregate for Browser database: -- new : (NonNegativeInteger,S) -> % -- concat : (%,S) -> % -- concat : (S,%) -> % -- concat : (%,%) -> % -- concat : List % -> % -- map : (((S,S) -> S),%,%) -> % -- delete : (%,Integer) -> % -- delete : (%,UniversalSegment Integer) -> % -- insert : (S,%,Integer) -> % -- insert : (%,%,Integer) -> % -- setelt : (%,UniversalSegment Integer,S) -> S -- constructor ; compiling file "/tmp/oa-nfMFeU/code.lsp" (written 01 FEB 2016 10:54:06 PM): ; compiling (DEFPARAMETER |LinearAggregate;AL| ...) ; compiling (DEFUN |LinearAggregate;| ...) ; compiling (DEFUN |LinearAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-nfMFeU/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/FINAGG.fasl --optimize=3 FINAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FINAGG.spad using Spad compiler. FINAGG abbreviates category FiniteAggregate debug: compDefine1 lhs: (FiniteAggregate S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (FiniteAggregate S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for FiniteAggregate compiling into /tmp/oa-gxY9JY STYLE-WARNING: redefining BOOT::|FiniteAggregate| in DEFUN Time: 0.02 SEC. FINAGG- abbreviates package FiniteAggregate& ------------------------------------------------------------------------ initializing stationary directory for FiniteAggregate& compiling into /tmp/oa-TRHF8B compiling exported empty? : A -> Boolean Time: 0.03 SEC. compiling exported # : A -> NonNegativeInteger Time: 0.01 SEC. compiling exported any? : (S -> Boolean,A) -> Boolean Time: 0.01 SEC. compiling exported every? : (S -> Boolean,A) -> Boolean Time: 0.00 SEC. compiling exported count : (S -> Boolean,A) -> NonNegativeInteger Time: 0.01 SEC. compiling exported find : (S -> Boolean,A) -> Union(S,failed) Time: 0.01 SEC. compiling exported count : (S,A) -> NonNegativeInteger Time: 0.00 SEC. compiling exported member? : (S,A) -> Boolean Time: 0 SEC. compiling exported reduce : ((S,S) -> S,A,S,S) -> S Time: 0.01 SEC. compiling exported = : (A,A) -> Boolean Time: 0.01 SEC. compiling exported coerce : A -> OutputForm Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor FiniteAggregate& Time: 0.11 seconds finalizing NRLIB FINAGG- ; compiling file "/tmp/oa-TRHF8B/code.lsp" (written 01 FEB 2016 10:54:06 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FINAGG-;empty?;$B;1| ...) ; file: /tmp/oa-TRHF8B/code.lsp ; in: DEFUN |FINAGG-;empty?;$B;1| ; (DEFUN BOOT::|FINAGG-;empty?;$B;1| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 9)) ; (BOOT::|spadConstant| BOOT::$ 10) ; (BOOT::|shellEntry| BOOT::$ 12))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FINAGG-;empty?;$B;1| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FINAGG-;empty?;$B;1| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 9)) ; (BOOT::|spadConstant| BOOT::$ 10) (BOOT::|shellEntry| BOOT::$ 12)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FINAGG-;#;$Nni;2| ...) ; file: /tmp/oa-TRHF8B/code.lsp ; in: DEFUN |FINAGG-;#;$Nni;2| ; (DEFUN BOOT::|FINAGG-;#;$Nni;2| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 15)) ; (BOOT::|shellEntry| BOOT::$ 16))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FINAGG-;#;$Nni;2| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FINAGG-;#;$Nni;2| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 15)) ; (BOOT::|shellEntry| BOOT::$ 16)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |FINAGG-;any?;M$B;3| ...) ; compiling (DEFUN |FINAGG-;every?;M$B;4| ...) ; compiling (DEFUN |FINAGG-;count;M$Nni;5| ...) ; file: /tmp/oa-TRHF8B/code.lsp ; in: DEFUN |FINAGG-;count;M$Nni;5| ; (DEFUN BOOT::|FINAGG-;count;M$Nni;5| (BOOT::|f| BOOT::|x| BOOT::$) ; (LET ((#:G555 NIL) (#:G556 T) (#:G571 (BOOT::SPADCALL BOOT::|x| #))) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G571 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FINAGG-;count;M$Nni;5| ; (BOOT::|f| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FINAGG-;count;M$Nni;5| ; (LET ((#:G555 NIL) (#:G556 T) (#:G571 #)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |FINAGG-;find;M$U;6| ...) ; file: /tmp/oa-TRHF8B/code.lsp ; in: DEFUN |FINAGG-;find;M$U;6| ; (DEFUN BOOT::|FINAGG-;find;M$U;6| (BOOT::|f| BOOT::|c| BOOT::$) ; (BOOT::SPADCALL BOOT::|f| ; (BOOT::SPADCALL BOOT::|c| (BOOT::|shellEntry| BOOT::$ 15)) ; (BOOT::|shellEntry| BOOT::$ 29))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FINAGG-;find;M$U;6| ; (BOOT::|f| BOOT::|c| BOOT::$) ; (BLOCK BOOT::|FINAGG-;find;M$U;6| ; (BOOT::SPADCALL BOOT::|f| ; (BOOT::SPADCALL BOOT::|c| ; (BOOT::|shellEntry| BOOT::$ 15)) ; (BOOT::|shellEntry| BOOT::$ 29)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |FINAGG-;count;S$Nni;7| ...) ; file: /tmp/oa-TRHF8B/code.lsp ; in: DEFUN |FINAGG-;count;S$Nni;7| ; (DEFUN BOOT::|FINAGG-;count;S$Nni;7| (BOOT::|s| BOOT::|x| BOOT::$) ; (BOOT::SPADCALL ; (CONS #'BOOT::|FINAGG-;count;S$Nni;7!0| (VECTOR BOOT::$ BOOT::|s|)) ; BOOT::|x| (BOOT::|shellEntry| BOOT::$ 32))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FINAGG-;count;S$Nni;7| ; (BOOT::|s| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FINAGG-;count;S$Nni;7| ; (BOOT::SPADCALL ; (CONS #'BOOT::|FINAGG-;count;S$Nni;7!0| (VECTOR BOOT::$ BOOT::|s|)) ; BOOT::|x| (BOOT::|shellEntry| BOOT::$ 32)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |FINAGG-;count;S$Nni;7!0| ...) ; compiling (DEFUN |FINAGG-;member?;S$B;8| ...) ; file: /tmp/oa-TRHF8B/code.lsp ; in: DEFUN |FINAGG-;member?;S$B;8| ; (DEFUN BOOT::|FINAGG-;member?;S$B;8| (BOOT::|e| BOOT::|x| BOOT::$) ; (BOOT::SPADCALL ; (CONS #'BOOT::|FINAGG-;member?;S$B;8!0| (VECTOR BOOT::$ BOOT::|e|)) ; BOOT::|x| (BOOT::|shellEntry| BOOT::$ 34))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FINAGG-;member?;S$B;8| ; (BOOT::|e| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FINAGG-;member?;S$B;8| ; (BOOT::SPADCALL ; (CONS #'BOOT::|FINAGG-;member?;S$B;8!0| (VECTOR BOOT::$ BOOT::|e|)) ; BOOT::|x| (BOOT::|shellEntry| BOOT::$ 34)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FINAGG-;member?;S$B;8!0| ...) ; compiling (DEFUN |FINAGG-;reduce;M$3S;9| ...) ; compiling (DEFUN |FINAGG-;=;2$B;10| ...) ; file: /tmp/oa-TRHF8B/code.lsp ; in: DEFUN |FINAGG-;=;2$B;10| ; (DEFUN BOOT::|FINAGG-;=;2$B;10| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 15)) ; (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 15)) ; (BOOT::|shellEntry| BOOT::$ 39))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FINAGG-;=;2$B;10| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|FINAGG-;=;2$B;10| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 15)) ; (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 15)) ; (BOOT::|shellEntry| BOOT::$ 39)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FINAGG-;coerce;$Of;11| ...) ; compiling (DEFUN |FiniteAggregate&| ...) ; compiling (MAKEPROP (QUOTE |FiniteAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 7 notes ; /tmp/oa-TRHF8B/code.fasl written ; compilation finished in 0:00:00.050 ------------------------------------------------------------------------ finalizing NRLIB FINAGG Processing FiniteAggregate for Browser database: -- #? : % -> NonNegativeInteger -- any? : ((S -> Boolean),%) -> Boolean -- every? : ((S -> Boolean),%) -> Boolean -- count : ((S -> Boolean),%) -> NonNegativeInteger -- members : % -> List S -- reduce : (((S,S) -> S),%) -> S -- reduce : (((S,S) -> S),%,S) -> S -- find : ((S -> Boolean),%) -> Union(S,"failed") -- count : (S,%) -> NonNegativeInteger -- member? : (S,%) -> Boolean -- reduce : (((S,S) -> S),%,S,S) -> S -- constructor ; compiling file "/tmp/oa-gxY9JY/code.lsp" (written 01 FEB 2016 10:54:06 PM): ; compiling (DEFPARAMETER |FiniteAggregate;AL| ...) ; compiling (DEFUN |FiniteAggregate;| ...) ; compiling (DEFUN |FiniteAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-gxY9JY/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/FLAGG.fasl --optimize=3 FLAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FLAGG.spad using Spad compiler. FLAGG abbreviates category FiniteLinearAggregate debug: compDefine1 lhs: (FiniteLinearAggregate S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (FiniteLinearAggregate S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for FiniteLinearAggregate compiling into /tmp/oa-7D9N2i STYLE-WARNING: redefining BOOT::|FiniteLinearAggregate| in DEFUN Time: 0.02 SEC. FLAGG- abbreviates package FiniteLinearAggregate& ------------------------------------------------------------------------ initializing stationary directory for FiniteLinearAggregate& compiling into /tmp/oa-D61seX compiling exported position : (S,A) -> Integer Time: 0.04 SEC. compiling exported sorted? : A -> Boolean Time: 0 SEC. compiling exported merge : (A,A) -> A Time: 0 SEC. compiling exported sort : A -> A Time: 0 SEC. compiling exported reverse : A -> A Time: 0.01 SEC. compiling exported sort : ((S,S) -> Boolean,A) -> A Time: 0 SEC. compiling exported sort! : A -> A Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor FiniteLinearAggregate& Time: 0.05 seconds finalizing NRLIB FLAGG- ; compiling file "/tmp/oa-D61seX/code.lsp" (written 01 FEB 2016 10:54:06 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FLAGG-;position;S$I;1| ...) ; file: /tmp/oa-D61seX/code.lsp ; in: DEFUN |FLAGG-;position;S$I;1| ; (DEFUN BOOT::|FLAGG-;position;S$I;1| (BOOT::|x| BOOT::|t| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|t| ; (BOOT::SPADCALL BOOT::|t| (BOOT::|shellEntry| BOOT::$ 9)) ; (BOOT::|shellEntry| BOOT::$ 10))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLAGG-;position;S$I;1| ; (BOOT::|x| BOOT::|t| BOOT::$) ; (BLOCK BOOT::|FLAGG-;position;S$I;1| ; (BOOT::SPADCALL BOOT::|x| BOOT::|t| ; (BOOT::SPADCALL BOOT::|t| ; (BOOT::|shellEntry| BOOT::$ 9)) ; (BOOT::|shellEntry| BOOT::$ 10)))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |FLAGG-;sorted?;$B;2| ...) ; file: /tmp/oa-D61seX/code.lsp ; in: DEFUN |FLAGG-;sorted?;$B;2| ; (DEFUN BOOT::|FLAGG-;sorted?;$B;2| (BOOT::|l| BOOT::$) ; (BOOT::SPADCALL (CONS #'BOOT::|FLAGG-;sorted?;$B;2!0| BOOT::$) BOOT::|l| ; (BOOT::|shellEntry| BOOT::$ 17))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLAGG-;sorted?;$B;2| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|FLAGG-;sorted?;$B;2| ; (BOOT::SPADCALL (CONS #'BOOT::|FLAGG-;sorted?;$B;2!0| BOOT::$) ; BOOT::|l| (BOOT::|shellEntry| BOOT::$ 17)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FLAGG-;sorted?;$B;2!0| ...) ; compiling (DEFUN |FLAGG-;merge;3$;3| ...) ; compiling (DEFUN |FLAGG-;sort;2$;4| ...) ; compiling (DEFUN |FLAGG-;reverse;2$;5| ...) ; compiling (DEFUN |FLAGG-;sort;M2$;6| ...) ; compiling (DEFUN |FLAGG-;sort!;2$;7| ...) ; compiling (DEFUN |FiniteLinearAggregate&| ...) ; compiling (MAKEPROP (QUOTE |FiniteLinearAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-D61seX/code.fasl written ; compilation finished in 0:00:00.028 ------------------------------------------------------------------------ finalizing NRLIB FLAGG Processing FiniteLinearAggregate for Browser database: -- merge : (((S,S) -> Boolean),%,%) -> % -- reverse : % -> % -- sort : (((S,S) -> Boolean),%) -> % -- sorted? : (((S,S) -> Boolean),%) -> Boolean -- position : ((S -> Boolean),%) -> Integer -- position : (S,%) -> Integer -- position : (S,%,Integer) -> Integer -- merge : (%,%) -> % -- sort : % -> % -- sorted? : % -> Boolean -- copyInto! : (%,%,Integer) -> % -- reverse! : % -> % -- sort! : (((S,S) -> Boolean),%) -> % -- sort! : % -> % -- constructor ; compiling file "/tmp/oa-7D9N2i/code.lsp" (written 01 FEB 2016 10:54:06 PM): ; compiling (DEFPARAMETER |FiniteLinearAggregate;AL| ...) ; compiling (DEFUN |FiniteLinearAggregate;| ...) ; compiling (DEFUN |FiniteLinearAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-7D9N2i/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/SMAGG.fasl --optimize=3 SMAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SMAGG.spad using Spad compiler. SMAGG abbreviates category ShallowlyMutableAggregate debug: compDefine1 lhs: (ShallowlyMutableAggregate S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (ShallowlyMutableAggregate S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for ShallowlyMutableAggregate compiling into /tmp/oa-kfIRnD STYLE-WARNING: redefining BOOT::|ShallowlyMutableAggregate| in DEFUN Time: 0.01 SEC. finalizing NRLIB SMAGG Processing ShallowlyMutableAggregate for Browser database: -- map! : ((S -> S),%) -> % -- constructor ; compiling file "/tmp/oa-kfIRnD/code.lsp" (written 01 FEB 2016 10:54:06 PM): ; compiling (DEFPARAMETER |ShallowlyMutableAggregate;AL| ...) ; compiling (DEFUN |ShallowlyMutableAggregate;| ...) ; compiling (DEFUN |ShallowlyMutableAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-kfIRnD/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/FLASORT.fasl --bootstrap FLASORT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FLASORT.spad using Spad compiler. FLASORT abbreviates package FiniteLinearAggregateSort ------------------------------------------------------------------------ initializing stationary directory for FiniteLinearAggregateSort compiling into /tmp/oa-CBPM5N Time: 0.01 SEC. Cumulative Statistics for Constructor FiniteLinearAggregateSort Time: 0.01 seconds finalizing NRLIB FLASORT ; compiling file "/tmp/oa-CBPM5N/code.lsp" (written 01 FEB 2016 10:54:06 PM): ; compiling (DEFUN |FiniteLinearAggregateSort| ...) ; compiling (DEFUN |FiniteLinearAggregateSort;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-CBPM5N/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/A1AGG.fasl --optimize=3 A1AGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/A1AGG.spad using Spad compiler. A1AGG abbreviates category OneDimensionalArrayAggregate debug: compDefine1 lhs: (OneDimensionalArrayAggregate S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (OneDimensionalArrayAggregate S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for OneDimensionalArrayAggregate compiling into /tmp/oa-8HygKV STYLE-WARNING: redefining BOOT::|OneDimensionalArrayAggregate| in DEFUN Time: 0.01 SEC. A1AGG- abbreviates package OneDimensionalArrayAggregate& ------------------------------------------------------------------------ initializing stationary directory for OneDimensionalArrayAggregate& compiling into /tmp/oa-XAFjgB compiling exported members : A -> List S Time: 0.08 SEC. compiling exported sort! : ((S,S) -> Boolean,A) -> A Time: 0.00 SEC. compiling exported any? : (S -> Boolean,A) -> Boolean Time: 0.01 SEC. compiling exported every? : (S -> Boolean,A) -> Boolean Time: 0.01 SEC. compiling exported position : (S -> Boolean,A) -> Integer Time: 0.01 SEC. compiling exported find : (S -> Boolean,A) -> Union(S,failed) Time: 0.01 SEC. compiling exported count : (S -> Boolean,A) -> NonNegativeInteger Time: 0.01 SEC. compiling exported map! : (S -> S,A) -> A Time: 0.01 SEC. compiling exported setelt : (A,UniversalSegment Integer,S) -> S Time: 0.01 SEC. compiling exported reduce : ((S,S) -> S,A) -> S Time: 0.01 SEC. compiling exported reduce : ((S,S) -> S,A,S) -> S Time: 0.01 SEC. compiling exported reduce : ((S,S) -> S,A,S,S) -> S Time: 0.01 SEC. compiling local stupidnew : (NonNegativeInteger,A,A) -> A Time: 0.01 SEC. compiling local stupidget : List A -> S Time: 0.01 SEC. compiling exported map : ((S,S) -> S,A,A) -> A Time: 0.03 SEC. compiling exported merge : ((S,S) -> Boolean,A,A) -> A Time: 0.04 SEC. compiling exported elt : (A,UniversalSegment Integer) -> A Time: 0.08 SEC. compiling exported insert : (A,A,Integer) -> A Time: 0.02 SEC. compiling exported copy : A -> A Time: 0.01 SEC. compiling exported copyInto! : (A,A,Integer) -> A Time: 0.02 SEC. compiling exported construct : List S -> A Time: 0.01 SEC. compiling exported delete : (A,UniversalSegment Integer) -> A Time: 0.04 SEC. compiling exported delete : (A,Integer) -> A Time: 0.03 SEC. compiling exported reverse! : A -> A Time: 0.01 SEC. compiling exported concat : List A -> A Time: 0.02 SEC. compiling exported sorted? : ((S,S) -> Boolean,A) -> Boolean Time: 0.00 SEC. compiling exported concat : (A,A) -> A Time: 0.01 SEC. compiling exported coerce : A -> OutputForm Time: 0.02 SEC. compiling exported = : (A,A) -> Boolean Time: 0.02 SEC. compiling exported position : (S,A,Integer) -> Integer Time: 0.01 SEC. compiling exported < : (A,A) -> Boolean Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Cumulative Statistics for Constructor OneDimensionalArrayAggregate& Time: 0.63 seconds finalizing NRLIB A1AGG- ; compiling file "/tmp/oa-XAFjgB/code.lsp" (written 01 FEB 2016 10:54:07 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |A1AGG-;members;$L;1| ...) ; file: /tmp/oa-XAFjgB/code.lsp ; in: DEFUN |A1AGG-;members;$L;1| ; (DEFUN BOOT::|A1AGG-;members;$L;1| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|i| (BOOT::SPADCALL BOOT::|x| #)) ; (#:G729 (BOOT::SPADCALL BOOT::|x| #)) ; (#:G574 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ BOOT::|i| #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|A1AGG-;members;$L;1| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|A1AGG-;members;$L;1| ; (LET ((BOOT::|i| #) (#:G729 #) (#:G574 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |A1AGG-;sort!;M2$;2| ...) ; compiling (DEFUN |A1AGG-;any?;M$B;3| ...) ; compiling (DEFUN |A1AGG-;every?;M$B;4| ...) ; compiling (DEFUN |A1AGG-;position;M$I;5| ...) ; file: /tmp/oa-XAFjgB/code.lsp ; in: DEFUN |A1AGG-;position;M$I;5| ; (DEFUN BOOT::|A1AGG-;position;M$I;5| (BOOT::|f| BOOT::|a| BOOT::$) ; (PROGN ; (LET ((BOOT::|i| #) (#:G732 #)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|a| (BOOT::|shellEntry| BOOT::$ 9)) ; (BOOT::|spadConstant| BOOT::$ 25) ; (BOOT::|shellEntry| BOOT::$ 26)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|A1AGG-;position;M$I;5| ; (BOOT::|f| BOOT::|a| BOOT::$) ; (BLOCK BOOT::|A1AGG-;position;M$I;5| ; (PROGN ; (LET (# #) ; (LOOP # ; #)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|a| #) ; (BOOT::|spadConstant| BOOT::$ 25) ; (BOOT::|shellEntry| BOOT::$ 26))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |A1AGG-;find;M$U;6| ...) ; compiling (DEFUN |A1AGG-;count;M$Nni;7| ...) ; compiling (DEFUN |A1AGG-;map!;M2$;8| ...) ; compiling (DEFUN |A1AGG-;setelt;$Us2S;9| ...) ; compiling (DEFUN |A1AGG-;reduce;M$S;10| ...) ; compiling (DEFUN |A1AGG-;reduce;M$2S;11| ...) ; compiling (DEFUN |A1AGG-;reduce;M$3S;12| ...) ; compiling (DEFUN |A1AGG-;stupidnew| ...) ; compiling (DEFUN |A1AGG-;stupidget| ...) ; compiling (DEFUN |A1AGG-;map;M3$;15| ...) ; compiling (DEFUN |A1AGG-;merge;M3$;16| ...) ; compiling (DEFUN |A1AGG-;elt;$Us$;17| ...) ; compiling (DEFUN |A1AGG-;insert;2$I$;18| ...) ; compiling (DEFUN |A1AGG-;copy;2$;19| ...) ; compiling (DEFUN |A1AGG-;copyInto!;2$I$;20| ...) ; compiling (DEFUN |A1AGG-;construct;L$;21| ...) ; compiling (DEFUN |A1AGG-;delete;$Us$;22| ...) ; compiling (DEFUN |A1AGG-;delete;$I$;23| ...) ; compiling (DEFUN |A1AGG-;reverse!;2$;24| ...) ; compiling (DEFUN |A1AGG-;concat;L$;25| ...) ; compiling (DEFUN |A1AGG-;sorted?;M$B;26| ...) ; compiling (DEFUN |A1AGG-;concat;3$;27| ...) ; compiling (DEFUN |A1AGG-;coerce;$Of;28| ...) ; compiling (DEFUN |A1AGG-;=;2$B;29| ...) ; compiling (DEFUN |A1AGG-;position;S$2I;30| ...) ; file: /tmp/oa-XAFjgB/code.lsp ; in: DEFUN |A1AGG-;position;S$2I;30| ; (DEFUN BOOT::|A1AGG-;position;S$2I;30| ; (BOOT::|x| BOOT::|t| BOOT::|s| BOOT::$) ; (LET ((BOOT::|n| (BOOT::SPADCALL BOOT::|t| #))) ; (BOOT::SEQ (COND (# #)) ; (LET (#) ; (LOOP # ; #)) ; (BOOT::EXIT (BOOT::SPADCALL # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|A1AGG-;position;S$2I;30| ; (BOOT::|x| BOOT::|t| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|A1AGG-;position;S$2I;30| ; (LET ((BOOT::|n| #)) ; (BOOT::SEQ (COND #) ; (LET # ; #) ; (BOOT::EXIT #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |A1AGG-;<;2$B;31| ...) ; file: /tmp/oa-XAFjgB/code.lsp ; in: DEFUN |A1AGG-;<;2$B;31| ; (DEFUN BOOT::|A1AGG-;<;2$B;31| (BOOT::|a| BOOT::|b| BOOT::$) ; (PROGN ; (LET ((BOOT::|i| #) (#:G755 #) (BOOT::|j| #) (#:G756 #)) ; (LOOP (COND # #) ; (SETQ #) ; (SETQ #))) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|a| (BOOT::|shellEntry| BOOT::$ 61)) ; (BOOT::SPADCALL BOOT::|b| (BOOT::|shellEntry| BOOT::$ 61)) ; (BOOT::|shellEntry| BOOT::$ 98)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|A1AGG-;<;2$B;31| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|A1AGG-;<;2$B;31| ; (PROGN ; (LET (# # # #) ; (LOOP # ; # ; #)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|a| #) ; (BOOT::SPADCALL BOOT::|b| #) ; (BOOT::|shellEntry| BOOT::$ 98))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |OneDimensionalArrayAggregate&| ...) ; compiling (MAKEPROP (QUOTE |OneDimensionalArrayAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 4 notes ; /tmp/oa-XAFjgB/code.fasl written ; compilation finished in 0:00:00.164 ------------------------------------------------------------------------ finalizing NRLIB A1AGG Processing OneDimensionalArrayAggregate for Browser database: -- constructor ; compiling file "/tmp/oa-8HygKV/code.lsp" (written 01 FEB 2016 10:54:07 PM): ; compiling (DEFPARAMETER |OneDimensionalArrayAggregate;AL| ...) ; compiling (DEFUN |OneDimensionalArrayAggregate;| ...) ; compiling (DEFUN |OneDimensionalArrayAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-8HygKV/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/RADCAT.fasl --optimize=3 RADCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RADCAT.spad using Spad compiler. RADCAT abbreviates category RadicalCategory debug: compDefine1 lhs: (RadicalCategory) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for RadicalCategory compiling into /tmp/oa-C411sU STYLE-WARNING: redefining BOOT::|RadicalCategory| in DEFUN Time: 0.01 SEC. RADCAT- abbreviates package RadicalCategory& ------------------------------------------------------------------------ initializing stationary directory for RadicalCategory& compiling into /tmp/oa-BVbWdC compiling exported sqrt : S -> S Time: 0.06 SEC. compiling exported nthRoot : (S,Integer) -> S Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor RadicalCategory& Time: 0.07 seconds finalizing NRLIB RADCAT- ; compiling file "/tmp/oa-BVbWdC/code.lsp" (written 01 FEB 2016 10:54:07 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RADCAT-;sqrt;2$;1| ...) ; compiling (DEFUN |RADCAT-;nthRoot;$I$;2| ...) ; compiling (DEFUN |RadicalCategory&| ...) ; compiling (MAKEPROP (QUOTE |RadicalCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-BVbWdC/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ finalizing NRLIB RADCAT Processing RadicalCategory for Browser database: -- sqrt : % -> % -- nthRoot : (%,Integer) -> % -- ?**? : (%,Fraction Integer) -> % -- constructor ; compiling file "/tmp/oa-C411sU/code.lsp" (written 01 FEB 2016 10:54:07 PM): ; compiling (DEFPARAMETER |RadicalCategory;AL| ...) ; compiling (DEFUN |RadicalCategory;| ...) ; compiling (DEFUN |RadicalCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-C411sU/code.fasl written ; compilation finished in 0:00:00.006 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/VECTCAT.fasl --optimize=3 VECTCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/VECTCAT.spad using Spad compiler. VECTCAT abbreviates category VectorCategory debug: compDefine1 lhs: (VectorCategory R) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (VectorCategory R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for VectorCategory compiling into /tmp/oa-Uj0AtY STYLE-WARNING: redefining BOOT::|VectorCategory| in DEFUN Time: 0.02 SEC. VECTCAT- abbreviates package VectorCategory& ------------------------------------------------------------------------ initializing stationary directory for VectorCategory& compiling into /tmp/oa-8h02JG compiling exported + : (S,S) -> S Time: 0.05 SEC. compiling exported zero : NonNegativeInteger -> S Time: 0.00 SEC. compiling exported - : S -> S Time: 0.00 SEC. compiling exported * : (Integer,S) -> S Time: 0.00 SEC. compiling exported - : (S,S) -> S Time: 0 SEC. compiling exported * : (S,R) -> S Time: 0.00 SEC. compiling exported * : (R,S) -> S Time: 0 SEC. compiling exported dot : (S,S) -> R Time: 0.02 SEC. compiling exported outerProduct : (S,S) -> Matrix R Time: 0.03 SEC. compiling exported cross : (S,S) -> S Time: 0.03 SEC. compiling exported length : S -> R Time: 0 SEC. compiling exported magnitude : S -> R Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor VectorCategory& Time: 0.16 seconds finalizing NRLIB VECTCAT- ; compiling file "/tmp/oa-8h02JG/code.lsp" (written 01 FEB 2016 10:54:08 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |VECTCAT-;+;3$;1| ...) ; compiling (DEFUN |VECTCAT-;zero;Nni$;2| ...) ; compiling (DEFUN |VECTCAT-;-;2$;3| ...) ; compiling (DEFUN |VECTCAT-;-;2$;3!0| ...) ; compiling (DEFUN |VECTCAT-;*;I2$;4| ...) ; compiling (DEFUN |VECTCAT-;*;I2$;4!0| ...) ; compiling (DEFUN |VECTCAT-;-;3$;5| ...) ; compiling (DEFUN |VECTCAT-;*;$R$;6| ...) ; compiling (DEFUN |VECTCAT-;*;$R$;6!0| ...) ; compiling (DEFUN |VECTCAT-;*;R2$;7| ...) ; compiling (DEFUN |VECTCAT-;*;R2$;7!0| ...) ; compiling (DEFUN |VECTCAT-;dot;2$R;8| ...) ; compiling (DEFUN |VECTCAT-;outerProduct;2$M;9| ...) ; compiling (DEFUN |VECTCAT-;cross;3$;10| ...) ; compiling (DEFUN |VECTCAT-;length;$R;11| ...) ; compiling (DEFUN |VECTCAT-;magnitude;$R;12| ...) ; compiling (DEFUN |VectorCategory&| ...) ; compiling (MAKEPROP (QUOTE |VectorCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-8h02JG/code.fasl written ; compilation finished in 0:00:00.057 ------------------------------------------------------------------------ finalizing NRLIB VECTCAT Processing VectorCategory for Browser database: -- ?+? : (%,%) -> % -- zero : NonNegativeInteger -> % -- -? : % -> % -- ?-? : (%,%) -> % -- ?*? : (Integer,%) -> % -- ?*? : (R,%) -> % -- ?*? : (%,R) -> % -- dot : (%,%) -> R -- outerProduct : (%,%) -> Matrix R -- cross : (%,%) -> % --->../../x86_64-unknown-linux-gnu/src/algebra/vector.spad-->VectorCategory((cross (% % %))): Improper first word in comments: vectorProduct "vectorProduct(\\spad{u},{}\\spad{v}) constructs the cross product of \\spad{u} and \\spad{v}. Error: if \\spad{u} and \\spad{v} are not of length 3." -- length : % -> R -- magnitude : % -> R -- constructor ; compiling file "/tmp/oa-Uj0AtY/code.lsp" (written 01 FEB 2016 10:54:08 PM): ; compiling (DEFPARAMETER |VectorCategory;AL| ...) ; compiling (DEFUN |VectorCategory;| ...) ; compiling (DEFUN |VectorCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Uj0AtY/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/PRIMARR.fasl --bootstrap PRIMARR.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PRIMARR.spad using Spad compiler. PRIMARR abbreviates domain PrimitiveArray ------------------------------------------------------------------------ initializing stationary directory for PrimitiveArray compiling into /tmp/oa-zWVAVp Time: 0.02 SEC. Cumulative Statistics for Constructor PrimitiveArray Time: 0.02 seconds finalizing NRLIB PRIMARR ; compiling file "/tmp/oa-zWVAVp/code.lsp" (written 01 FEB 2016 10:54:08 PM): ; compiling (DEFUN |PrimitiveArray| ...) ; compiling (DEFUN |PrimitiveArray;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-zWVAVp/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/IARRAY1.fasl --optimize=3 IARRAY1.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IARRAY1.spad using Spad compiler. IARRAY1 abbreviates domain IndexedOneDimensionalArray debug: compDefine1 lhs: (IndexedOneDimensionalArray S mn) signature (pre-evaluate): ((OneDimensionalArrayAggregate S) (Type) (Integer)) debug: evaluateType form: (OneDimensionalArrayAggregate S) $param: (S mn) Debug: evaluateType1 form: (OneDimensionalArrayAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (Type) $param: (S mn) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (S mn) Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((OneDimensionalArrayAggregate S) (Type) (Integer)) debug: compDefine1 lhs: (IndexedOneDimensionalArray S mn) signature (pre-evaluate): ((OneDimensionalArrayAggregate S) NIL NIL) debug: evaluateType form: (OneDimensionalArrayAggregate S) $param: (S mn) Debug: evaluateType1 form: (OneDimensionalArrayAggregate S) debug: evaluateType1 x: S m: (Type) debug: compDefine1 signature (post evaluate): ((OneDimensionalArrayAggregate S) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for IndexedOneDimensionalArray compiling into /tmp/oa-Qkt6Lv compiling exported minIndex : % -> Integer Time: 0.02 SEC. compiling exported qelt : (%,Integer) -> S IARRAY1;qelt;$IS;2 is replaced by %aref Time: 0.00 SEC. compiling exported qsetelt! : (%,Integer,S) -> S Time: 0 SEC. compiling exported elt : (%,Integer) -> S Time: 0.04 SEC. compiling exported setelt : (%,Integer,S) -> S Time: 0.01 SEC. compiling exported maxIndex : % -> Integer IARRAY1;maxIndex;$I;6 is replaced by %vlength Time: 0.00 SEC. compiling exported qelt : (%,Integer) -> S Time: 0 SEC. compiling exported qsetelt! : (%,Integer,S) -> S Time: 0.00 SEC. compiling exported elt : (%,Integer) -> S Time: 0.01 SEC. compiling exported setelt : (%,Integer,S) -> S Time: 0 SEC. compiling exported qelt : (%,Integer) -> S Time: 0 SEC. compiling exported qsetelt! : (%,Integer,S) -> S Time: 0 SEC. compiling exported elt : (%,Integer) -> S Time: 0.01 SEC. compiling exported setelt : (%,Integer,S) -> S Time: 0.00 SEC. (time taken in buildFunctor: 4) Time: 0.02 SEC. Cumulative Statistics for Constructor IndexedOneDimensionalArray Time: 0.12 seconds finalizing NRLIB IARRAY1 Processing IndexedOneDimensionalArray for Browser database: -- constructor ; compiling file "/tmp/oa-Qkt6Lv/code.lsp" (written 01 FEB 2016 10:54:08 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IARRAY1;qelt;$IS;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IARRAY1;maxIndex;$I;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IARRAY1;minIndex;$I;1|) ...) ; compiling (DEFUN |IARRAY1;minIndex;$I;1| ...) ; file: /tmp/oa-Qkt6Lv/code.lsp ; in: DEFUN |IARRAY1;minIndex;$I;1| ; (DEFUN BOOT::|IARRAY1;minIndex;$I;1| (BOOT::|x| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 7)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IARRAY1;minIndex;$I;1| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|IARRAY1;minIndex;$I;1| (BOOT::|shellEntry| BOOT::$ 7))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |IARRAY1;qelt;$IS;2| ...) ; compiling (DEFUN |IARRAY1;qsetelt!;$I2S;3| ...) ; file: /tmp/oa-Qkt6Lv/code.lsp ; in: DEFUN |IARRAY1;qsetelt!;$I2S;3| ; (DEFUN BOOT::|IARRAY1;qsetelt!;$I2S;3| ; (BOOT::|x| BOOT::|i| BOOT::|s| BOOT::$) ; (SETF (BOOT::|getSimpleArrayEntry| BOOT::|x| BOOT::|i|) BOOT::|s|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IARRAY1;qsetelt!;$I2S;3| ; (BOOT::|x| BOOT::|i| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|IARRAY1;qsetelt!;$I2S;3| ; (SETF (BOOT::|getSimpleArrayEntry| BOOT::|x| BOOT::|i|) BOOT::|s|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |IARRAY1;elt;$IS;4| ...) ; compiling (DEFUN |IARRAY1;setelt;$I2S;5| ...) ; compiling (DEFUN |IARRAY1;maxIndex;$I;6| ...) ; compiling (DEFUN |IARRAY1;qelt;$IS;7| ...) ; compiling (DEFUN |IARRAY1;qsetelt!;$I2S;8| ...) ; compiling (DEFUN |IARRAY1;elt;$IS;9| ...) ; compiling (DEFUN |IARRAY1;setelt;$I2S;10| ...) ; compiling (DEFUN |IARRAY1;qelt;$IS;11| ...) ; compiling (DEFUN |IARRAY1;qsetelt!;$I2S;12| ...) ; compiling (DEFUN |IARRAY1;elt;$IS;13| ...) ; compiling (DEFUN |IARRAY1;setelt;$I2S;14| ...) ; compiling (DEFUN |IndexedOneDimensionalArray| ...) ; compiling (DEFUN |IndexedOneDimensionalArray;| ...) ; compiling (MAKEPROP (QUOTE |IndexedOneDimensionalArray|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; /tmp/oa-Qkt6Lv/code.fasl written ; compilation finished in 0:00:00.077 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/ARRAY1.fasl --optimize=3 ARRAY1.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ARRAY1.spad using Spad compiler. ARRAY1 abbreviates domain OneDimensionalArray debug: compDefine1 lhs: (OneDimensionalArray S) signature (pre-evaluate): ((Join (OneDimensionalArrayAggregate S) (CATEGORY domain (SIGNATURE oneDimensionalArray ($ (List S))) (SIGNATURE oneDimensionalArray ($ (NonNegativeInteger) S)))) (Type)) debug: evaluateType form: (Join (OneDimensionalArrayAggregate S) (CATEGORY domain (SIGNATURE oneDimensionalArray ($ (List S))) (SIGNATURE oneDimensionalArray ($ (NonNegativeInteger) S)))) $param: (S) debug: evaluateType form: (OneDimensionalArrayAggregate S) $param: (S) Debug: evaluateType1 form: (OneDimensionalArrayAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE oneDimensionalArray ($ (List S))) (SIGNATURE oneDimensionalArray ($ (NonNegativeInteger) S))) $param: (S) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (S) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Join (OneDimensionalArrayAggregate S) (CATEGORY domain (SIGNATURE oneDimensionalArray ($ (List S))) (SIGNATURE oneDimensionalArray ($ (NonNegativeInteger) S)))) (Type)) debug: compDefine1 lhs: (OneDimensionalArray S) signature (pre-evaluate): ((Join (OneDimensionalArrayAggregate S) (CATEGORY domain (SIGNATURE oneDimensionalArray ($ (List S))) (SIGNATURE oneDimensionalArray ($ (NonNegativeInteger) S)))) NIL) debug: evaluateType form: (Join (OneDimensionalArrayAggregate S) (CATEGORY domain (SIGNATURE oneDimensionalArray ($ (List S))) (SIGNATURE oneDimensionalArray ($ (NonNegativeInteger) S)))) $param: (S) debug: evaluateType form: (OneDimensionalArrayAggregate S) $param: (S) Debug: evaluateType1 form: (OneDimensionalArrayAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE oneDimensionalArray ($ (List S))) (SIGNATURE oneDimensionalArray ($ (NonNegativeInteger) S))) $param: (S) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (S) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: S $param: (S) debug: compDefine1 signature (post evaluate): ((Join (OneDimensionalArrayAggregate S) (CATEGORY domain (SIGNATURE oneDimensionalArray ($ (List S))) (SIGNATURE oneDimensionalArray ($ (NonNegativeInteger) S)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for OneDimensionalArray compiling into /tmp/oa-3TyIWQ compiling exported oneDimensionalArray : List S -> % Time: 0.03 SEC. compiling exported oneDimensionalArray : (NonNegativeInteger,S) -> % Time: 0 SEC. (time taken in buildFunctor: 4) Time: 0.04 SEC. Cumulative Statistics for Constructor OneDimensionalArray Time: 0.07 seconds finalizing NRLIB ARRAY1 Processing OneDimensionalArray for Browser database: -- oneDimensionalArray : List S -> % -- oneDimensionalArray : (NonNegativeInteger,S) -> % -- constructor ; compiling file "/tmp/oa-3TyIWQ/code.lsp" (written 01 FEB 2016 10:54:08 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ARRAY1;oneDimensionalArray;L$;1| ...) ; compiling (DEFUN |ARRAY1;oneDimensionalArray;NniS$;2| ...) ; compiling (DEFUN |OneDimensionalArray| ...) ; compiling (DEFUN |OneDimensionalArray;| ...) ; compiling (MAKEPROP (QUOTE |OneDimensionalArray|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-3TyIWQ/code.fasl written ; compilation finished in 0:00:00.024 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/VECTOR.fasl --optimize=3 VECTOR.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/VECTOR.spad using Spad compiler. VECTOR abbreviates domain Vector debug: compDefine1 lhs: (Vector R) signature (pre-evaluate): ((Join (VectorCategory R) (CATEGORY domain (SIGNATURE vector ($ (List R))))) (Type)) debug: evaluateType form: (Join (VectorCategory R) (CATEGORY domain (SIGNATURE vector ($ (List R))))) $param: (R) debug: evaluateType form: (VectorCategory R) $param: (R) Debug: evaluateType1 form: (VectorCategory R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE vector ($ (List R)))) $param: (R) debug: evaluateType form: (List R) $param: (R) Debug: evaluateType1 form: (List R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Join (VectorCategory R) (CATEGORY domain (SIGNATURE vector ($ (List R))))) (Type)) debug: compDefine1 lhs: (Vector R) signature (pre-evaluate): ((Join (VectorCategory R) (CATEGORY domain (SIGNATURE vector ($ (List R))))) NIL) debug: evaluateType form: (Join (VectorCategory R) (CATEGORY domain (SIGNATURE vector ($ (List R))))) $param: (R) debug: evaluateType form: (VectorCategory R) $param: (R) Debug: evaluateType1 form: (VectorCategory R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE vector ($ (List R)))) $param: (R) debug: evaluateType form: (List R) $param: (R) Debug: evaluateType1 form: (List R) debug: evaluateType1 x: R m: (Type) debug: compDefine1 signature (post evaluate): ((Join (VectorCategory R) (CATEGORY domain (SIGNATURE vector ($ (List R))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for Vector compiling into /tmp/oa-4vrF4Y compiling exported vector : List R -> % Time: 0.02 SEC. compiling exported maxIndex : % -> Integer VECTOR;maxIndex;$I;2 is replaced by sizeOfSimpleArray Time: 0.00 SEC. compiling exported convert : % -> InputForm Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Time: 0.15 SEC. (time taken in buildFunctor: 8) Time: 0.06 SEC. Cumulative Statistics for Constructor Vector Time: 0.23 seconds --------------non extending category---------------------- Vector #1 of category VectorCategory #1 with vector : List #1 -> % has no oneDimensionalArray : List #1 -> % ---------------------------------------------------------- finalizing NRLIB VECTOR Processing Vector for Browser database: -- vector : List R -> % -- constructor ; compiling file "/tmp/oa-4vrF4Y/code.lsp" (written 01 FEB 2016 10:54:09 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |VECTOR;maxIndex;$I;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |VECTOR;vector;L$;1| ...) ; compiling (DEFUN |VECTOR;maxIndex;$I;2| ...) ; compiling (DEFUN |VECTOR;convert;$If;3| ...) ; compiling (DEFUN |Vector| ...) ; compiling (DEFUN |Vector;| ...) ; compiling (MAKEPROP (QUOTE |Vector|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-4vrF4Y/code.fasl written ; compilation finished in 0:00:00.030 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/GENPGCD.fasl --bootstrap GENPGCD.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GENPGCD.spad using Spad compiler. GENPGCD abbreviates package GeneralPolynomialGcdPackage ------------------------------------------------------------------------ initializing stationary directory for GeneralPolynomialGcdPackage compiling into /tmp/oa-E5bTVt Time: 0.05 SEC. Cumulative Statistics for Constructor GeneralPolynomialGcdPackage Time: 0.05 seconds finalizing NRLIB GENPGCD ; compiling file "/tmp/oa-E5bTVt/code.lsp" (written 01 FEB 2016 10:54:09 PM): ; compiling (DEFUN |GeneralPolynomialGcdPackage| ...) ; compiling (DEFUN |GeneralPolynomialGcdPackage;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-E5bTVt/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/PFBR.fasl --bootstrap PFBR.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PFBR.spad using Spad compiler. PFBR abbreviates package PolynomialFactorizationByRecursion ------------------------------------------------------------------------ initializing stationary directory for PolynomialFactorizationByRecursion compiling into /tmp/oa-UJ8exD Time: 0.04 SEC. Cumulative Statistics for Constructor PolynomialFactorizationByRecursion Time: 0.04 seconds finalizing NRLIB PFBR ; compiling file "/tmp/oa-UJ8exD/code.lsp" (written 01 FEB 2016 10:54:09 PM): ; compiling (DEFUN |PolynomialFactorizationByRecursion| ...) ; compiling (DEFUN |PolynomialFactorizationByRecursion;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-UJ8exD/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/MULTSQFR.fasl --bootstrap MULTSQFR.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MULTSQFR.spad using Spad compiler. MULTSQFR abbreviates package MultivariateSquareFree ------------------------------------------------------------------------ initializing stationary directory for MultivariateSquareFree compiling into /tmp/oa-wKADhP Time: 0.04 SEC. Cumulative Statistics for Constructor MultivariateSquareFree Time: 0.04 seconds finalizing NRLIB MULTSQFR ; compiling file "/tmp/oa-wKADhP/code.lsp" (written 01 FEB 2016 10:54:09 PM): ; compiling (DEFUN |MultivariateSquareFree| ...) ; compiling (DEFUN |MultivariateSquareFree;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-wKADhP/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/PSQFR.fasl --bootstrap PSQFR.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PSQFR.spad using Spad compiler. PSQFR abbreviates package PolynomialSquareFree ------------------------------------------------------------------------ initializing stationary directory for PolynomialSquareFree compiling into /tmp/oa-ZzP730 Time: 0.04 SEC. Cumulative Statistics for Constructor PolynomialSquareFree Time: 0.04 seconds finalizing NRLIB PSQFR ; compiling file "/tmp/oa-ZzP730/code.lsp" (written 01 FEB 2016 10:54:10 PM): ; compiling (DEFUN |PolynomialSquareFree| ...) ; compiling (DEFUN |PolynomialSquareFree;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-ZzP730/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/PMPLCAT.fasl --bootstrap PMPLCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PMPLCAT.spad using Spad compiler. PMPLCAT abbreviates package PatternMatchPolynomialCategory ------------------------------------------------------------------------ initializing stationary directory for PatternMatchPolynomialCategory compiling into /tmp/oa-lfMEqb Time: 0.06 SEC. Cumulative Statistics for Constructor PatternMatchPolynomialCategory Time: 0.06 seconds finalizing NRLIB PMPLCAT ; compiling file "/tmp/oa-lfMEqb/code.lsp" (written 01 FEB 2016 10:54:10 PM): ; compiling (DEFUN |PatternMatchPolynomialCategory| ...) ; compiling (DEFUN |PatternMatchPolynomialCategory;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-lfMEqb/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/POLYLIFT.fasl --bootstrap POLYLIFT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/POLYLIFT.spad using Spad compiler. POLYLIFT abbreviates package PolynomialCategoryLifting ------------------------------------------------------------------------ initializing stationary directory for PolynomialCategoryLifting compiling into /tmp/oa-0NmNdk Time: 0.05 SEC. Cumulative Statistics for Constructor PolynomialCategoryLifting Time: 0.05 seconds finalizing NRLIB POLYLIFT ; compiling file "/tmp/oa-0NmNdk/code.lsp" (written 01 FEB 2016 10:54:10 PM): ; compiling (DEFUN |PolynomialCategoryLifting| ...) ; compiling (DEFUN |PolynomialCategoryLifting;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-0NmNdk/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/POLYCAT.fasl --optimize=3 POLYCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/POLYCAT.spad using Spad compiler. POLYCAT abbreviates category PolynomialCategory debug: compDefine1 lhs: (PolynomialCategory R E VarSet) signature (pre-evaluate): ((Category) (Ring) (OrderedAbelianMonoidSup) (OrderedSet)) debug: evaluateType form: (Category) $param: (R E VarSet) debug: evaluateType form: (Ring) $param: (R E VarSet) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (R E VarSet) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedSet) $param: (R E VarSet) Debug: evaluateType1 form: (OrderedSet) debug: compDefine1 signature (post evaluate): ((Category) (Ring) (OrderedAbelianMonoidSup) (OrderedSet)) debug: compDefine1 lhs: (PolynomialCategory R E VarSet) signature (pre-evaluate): ((Category) NIL NIL NIL) debug: evaluateType form: (Category) $param: (R E VarSet) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PolynomialCategory compiling into /tmp/oa-AwZKjv STYLE-WARNING: redefining BOOT::|PolynomialCategory| in DEFUN Time: 0.04 SEC. POLYCAT- abbreviates package PolynomialCategory& ------------------------------------------------------------------------ initializing stationary directory for PolynomialCategory& compiling into /tmp/oa-AnPsIj compiling exported eval : (S,List Equation S) -> S Time: 0.21 SEC. compiling exported monomials : S -> List S Time: 0.03 SEC. compiling exported isPlus : S -> Union(List S,failed) Time: 0.04 SEC. compiling exported isTimes : S -> Union(List S,failed) Time: 0.04 SEC. compiling exported isExpt : S -> Union(Record(var: VarSet,exponent: NonNegativeInteger),failed) Time: 0.02 SEC. compiling exported coefficient : (S,VarSet,NonNegativeInteger) -> S Time: 0.00 SEC. compiling exported coefficient : (S,List VarSet,List NonNegativeInteger) -> S Time: 0.03 SEC. compiling exported monomial : (S,List VarSet,List NonNegativeInteger) -> S Time: 0.02 SEC. compiling exported retract : S -> VarSet Time: 0.01 SEC. compiling exported retractIfCan : S -> Union(VarSet,failed) Time: 0.01 SEC. compiling local mkPrim : S -> S Time: 0 SEC. compiling exported primitiveMonomials : S -> List S Time: 0.02 SEC. compiling exported totalDegree : S -> NonNegativeInteger Time: 0.01 SEC. compiling exported totalDegree : (S,List VarSet) -> NonNegativeInteger Time: 0.02 SEC. compiling exported resultant : (S,S,VarSet) -> S Time: 0.01 SEC. compiling exported discriminant : (S,VarSet) -> S Time: 0.00 SEC. compiling local allMonoms : List S -> List S Time: 0.05 SEC. compiling local P2R : (S,List E,NonNegativeInteger) -> Vector R Time: 0.08 SEC. compiling local eq2R : (List S,List E) -> Matrix R Time: 0.15 SEC. compiling exported reducedSystem : Matrix S -> Matrix R Time: 0.26 SEC. compiling exported reducedSystem : (Matrix S,Vector S) -> Record(mat: Matrix R,vec: Vector R) Time: 0.21 SEC. compiling exported gcdPolynomial : (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S Time: 0.05 SEC. compiling exported solveLinearPolynomialEquation : (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,failed) Time: 0.01 SEC. compiling exported factorPolynomial : SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S Time: 0.02 SEC. compiling exported factorSquareFreePolynomial : SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S Time: 0.01 SEC. compiling exported factor : S -> Factored S Time: 0.22 SEC. compiling exported conditionP : Matrix S -> Union(Vector S,failed) Time: 0.74 SEC. compiling exported charthRoot : S -> Maybe S Time: 0.06 SEC. compiling local charthRootlv : (S,List VarSet,NonNegativeInteger) -> Maybe S Time: 0.09 SEC. compiling exported monicDivide : (S,S,VarSet) -> Record(quotient: S,remainder: S) Time: 0.03 SEC. compiling exported squareFree : S -> Factored S Time: 0.02 SEC. compiling exported squareFree : S -> Factored S Time: 0.01 SEC. compiling exported squareFree : S -> Factored S Time: 0.01 SEC. compiling exported squareFreePart : S -> S Time: 0.04 SEC. compiling exported content : (S,VarSet) -> S Time: 0.01 SEC. compiling exported primitivePart : S -> S Time: 0.02 SEC. compiling exported primitivePart : (S,VarSet) -> S Time: 0.02 SEC. compiling exported before? : (S,S) -> Boolean Time: 0.04 SEC. compiling exported patternMatch : (S,Pattern Integer,PatternMatchResult(Integer,S)) -> PatternMatchResult(Integer,S) Time: 0.01 SEC. compiling exported patternMatch : (S,Pattern Float,PatternMatchResult(Float,S)) -> PatternMatchResult(Float,S) Time: 0.02 SEC. compiling exported convert : S -> Pattern Integer Time: 0.01 SEC. compiling exported convert : S -> Pattern Float Time: 0.01 SEC. compiling exported convert : S -> InputForm Time: 0.01 SEC. (time taken in buildFunctor: 8) Time: 0.03 SEC. Warnings: [1] eval: IN has no value [2] eval: e has no value [3] coefficient: not known that Ring is of mode CATEGORY(package,gcdPolynomial: (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S,squareFree: S -> Factored S,squareFreePart: S -> S,charthRoot: S -> Maybe S,convert: S -> InputForm,convert: S -> Pattern Integer,convert: S -> Pattern Float,patternMatch: (S,Pattern Integer,PatternMatchResult(Integer,S)) -> PatternMatchResult(Integer,S),patternMatch: (S,Pattern Float,PatternMatchResult(Float,S)) -> PatternMatchResult(Float,S),factor: S -> Factored S,factorPolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,solveLinearPolynomialEquation: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),conditionP: Matrix S -> Union(Vector S,"failed"),primitivePart: (S,VarSet) -> S,content: (S,VarSet) -> S,discriminant: (S,VarSet) -> S,resultant: (S,S,VarSet) -> S,primitiveMonomials: S -> List S,totalDegree: (S,List VarSet) -> NonNegativeInteger,totalDegree: S -> NonNegativeInteger,isExpt: S -> Union(Record(var: VarSet,exponent: NonNegativeInteger),"failed"),isTimes: S -> Union(List S,"failed"),isPlus: S -> Union(List S,"failed"),monomial: (S,List VarSet,List NonNegativeInteger) -> S,monomial: (S,VarSet,NonNegativeInteger) -> S,monicDivide: (S,S,VarSet) -> Record(quotient: S,remainder: S),monomials: S -> List S,coefficient: (S,List VarSet,List NonNegativeInteger) -> S,coefficient: (S,VarSet,NonNegativeInteger) -> S,reducedSystem: Matrix S -> Matrix R,reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix R,vec: Vector R),reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix Integer,vec: Vector Integer),reducedSystem: Matrix S -> Matrix Integer,retractIfCan: S -> Union(VarSet,"failed"),retract: S -> VarSet,eval: (S,List VarSet,List S) -> S,eval: (S,VarSet,S) -> S,eval: (S,List VarSet,List R) -> S,eval: (S,VarSet,R) -> S,eval: (S,List S,List S) -> S,eval: (S,S,S) -> S,eval: (S,Equation S) -> S,eval: (S,List Equation S) -> S,monomial: (R,E) -> S,coefficient: (S,E) -> R,retractIfCan: S -> Union(Integer,"failed"),retract: S -> Integer,retractIfCan: S -> Union(Fraction Integer,"failed"),retract: S -> Fraction Integer,retract: S -> R,retractIfCan: S -> Union(R,"failed"),content: S -> R,primitivePart: S -> S,before?: (S,S) -> Boolean) [4] totalDegree: w has no value [5] reducedSystem: IN has no value [6] reducedSystem: r has no value [7] reducedSystem: not known that Ring is of mode CATEGORY(package,gcdPolynomial: (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S,squareFree: S -> Factored S,squareFreePart: S -> S,charthRoot: S -> Maybe S,convert: S -> InputForm,convert: S -> Pattern Integer,convert: S -> Pattern Float,patternMatch: (S,Pattern Integer,PatternMatchResult(Integer,S)) -> PatternMatchResult(Integer,S),patternMatch: (S,Pattern Float,PatternMatchResult(Float,S)) -> PatternMatchResult(Float,S),factor: S -> Factored S,factorPolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,solveLinearPolynomialEquation: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),conditionP: Matrix S -> Union(Vector S,"failed"),primitivePart: (S,VarSet) -> S,content: (S,VarSet) -> S,discriminant: (S,VarSet) -> S,resultant: (S,S,VarSet) -> S,primitiveMonomials: S -> List S,totalDegree: (S,List VarSet) -> NonNegativeInteger,totalDegree: S -> NonNegativeInteger,isExpt: S -> Union(Record(var: VarSet,exponent: NonNegativeInteger),"failed"),isTimes: S -> Union(List S,"failed"),isPlus: S -> Union(List S,"failed"),monomial: (S,List VarSet,List NonNegativeInteger) -> S,monomial: (S,VarSet,NonNegativeInteger) -> S,monicDivide: (S,S,VarSet) -> Record(quotient: S,remainder: S),monomials: S -> List S,coefficient: (S,List VarSet,List NonNegativeInteger) -> S,coefficient: (S,VarSet,NonNegativeInteger) -> S,reducedSystem: Matrix S -> Matrix R,reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix R,vec: Vector R),reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix Integer,vec: Vector Integer),reducedSystem: Matrix S -> Matrix Integer,retractIfCan: S -> Union(VarSet,"failed"),retract: S -> VarSet,eval: (S,List VarSet,List S) -> S,eval: (S,VarSet,S) -> S,eval: (S,List VarSet,List R) -> S,eval: (S,VarSet,R) -> S,eval: (S,List S,List S) -> S,eval: (S,S,S) -> S,eval: (S,Equation S) -> S,eval: (S,List Equation S) -> S,monomial: (R,E) -> S,coefficient: (S,E) -> R,retractIfCan: S -> Union(Integer,"failed"),retract: S -> Integer,retractIfCan: S -> Union(Fraction Integer,"failed"),retract: S -> Fraction Integer,retract: S -> R,retractIfCan: S -> Union(R,"failed"),content: S -> R,primitivePart: S -> S,before?: (S,S) -> Boolean) [8] solveLinearPolynomialEquation: not known that Ring is of mode CATEGORY(package,gcdPolynomial: (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S,squareFree: S -> Factored S,squareFreePart: S -> S,charthRoot: S -> Maybe S,convert: S -> InputForm,convert: S -> Pattern Integer,convert: S -> Pattern Float,patternMatch: (S,Pattern Integer,PatternMatchResult(Integer,S)) -> PatternMatchResult(Integer,S),patternMatch: (S,Pattern Float,PatternMatchResult(Float,S)) -> PatternMatchResult(Float,S),factor: S -> Factored S,factorPolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,solveLinearPolynomialEquation: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),conditionP: Matrix S -> Union(Vector S,"failed"),primitivePart: (S,VarSet) -> S,content: (S,VarSet) -> S,discriminant: (S,VarSet) -> S,resultant: (S,S,VarSet) -> S,primitiveMonomials: S -> List S,totalDegree: (S,List VarSet) -> NonNegativeInteger,totalDegree: S -> NonNegativeInteger,isExpt: S -> Union(Record(var: VarSet,exponent: NonNegativeInteger),"failed"),isTimes: S -> Union(List S,"failed"),isPlus: S -> Union(List S,"failed"),monomial: (S,List VarSet,List NonNegativeInteger) -> S,monomial: (S,VarSet,NonNegativeInteger) -> S,monicDivide: (S,S,VarSet) -> Record(quotient: S,remainder: S),monomials: S -> List S,coefficient: (S,List VarSet,List NonNegativeInteger) -> S,coefficient: (S,VarSet,NonNegativeInteger) -> S,reducedSystem: Matrix S -> Matrix R,reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix R,vec: Vector R),reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix Integer,vec: Vector Integer),reducedSystem: Matrix S -> Matrix Integer,retractIfCan: S -> Union(VarSet,"failed"),retract: S -> VarSet,eval: (S,List VarSet,List S) -> S,eval: (S,VarSet,S) -> S,eval: (S,List VarSet,List R) -> S,eval: (S,VarSet,R) -> S,eval: (S,List S,List S) -> S,eval: (S,S,S) -> S,eval: (S,Equation S) -> S,eval: (S,List Equation S) -> S,monomial: (R,E) -> S,coefficient: (S,E) -> R,retractIfCan: S -> Union(Integer,"failed"),retract: S -> Integer,retractIfCan: S -> Union(Fraction Integer,"failed"),retract: S -> Fraction Integer,retract: S -> R,retractIfCan: S -> Union(R,"failed"),content: S -> R,primitivePart: S -> S,before?: (S,S) -> Boolean) [9] factorPolynomial: not known that Ring is of mode CATEGORY(package,gcdPolynomial: (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S,squareFree: S -> Factored S,squareFreePart: S -> S,charthRoot: S -> Maybe S,convert: S -> InputForm,convert: S -> Pattern Integer,convert: S -> Pattern Float,patternMatch: (S,Pattern Integer,PatternMatchResult(Integer,S)) -> PatternMatchResult(Integer,S),patternMatch: (S,Pattern Float,PatternMatchResult(Float,S)) -> PatternMatchResult(Float,S),factor: S -> Factored S,factorPolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,solveLinearPolynomialEquation: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),conditionP: Matrix S -> Union(Vector S,"failed"),primitivePart: (S,VarSet) -> S,content: (S,VarSet) -> S,discriminant: (S,VarSet) -> S,resultant: (S,S,VarSet) -> S,primitiveMonomials: S -> List S,totalDegree: (S,List VarSet) -> NonNegativeInteger,totalDegree: S -> NonNegativeInteger,isExpt: S -> Union(Record(var: VarSet,exponent: NonNegativeInteger),"failed"),isTimes: S -> Union(List S,"failed"),isPlus: S -> Union(List S,"failed"),monomial: (S,List VarSet,List NonNegativeInteger) -> S,monomial: (S,VarSet,NonNegativeInteger) -> S,monicDivide: (S,S,VarSet) -> Record(quotient: S,remainder: S),monomials: S -> List S,coefficient: (S,List VarSet,List NonNegativeInteger) -> S,coefficient: (S,VarSet,NonNegativeInteger) -> S,reducedSystem: Matrix S -> Matrix R,reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix R,vec: Vector R),reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix Integer,vec: Vector Integer),reducedSystem: Matrix S -> Matrix Integer,retractIfCan: S -> Union(VarSet,"failed"),retract: S -> VarSet,eval: (S,List VarSet,List S) -> S,eval: (S,VarSet,S) -> S,eval: (S,List VarSet,List R) -> S,eval: (S,VarSet,R) -> S,eval: (S,List S,List S) -> S,eval: (S,S,S) -> S,eval: (S,Equation S) -> S,eval: (S,List Equation S) -> S,monomial: (R,E) -> S,coefficient: (S,E) -> R,retractIfCan: S -> Union(Integer,"failed"),retract: S -> Integer,retractIfCan: S -> Union(Fraction Integer,"failed"),retract: S -> Fraction Integer,retract: S -> R,retractIfCan: S -> Union(R,"failed"),content: S -> R,primitivePart: S -> S,before?: (S,S) -> Boolean) [10] factor: not known that IntegralDomain is of mode CATEGORY(package,gcdPolynomial: (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S,squareFree: S -> Factored S,squareFreePart: S -> S,charthRoot: S -> Maybe S,convert: S -> InputForm,convert: S -> Pattern Integer,convert: S -> Pattern Float,patternMatch: (S,Pattern Integer,PatternMatchResult(Integer,S)) -> PatternMatchResult(Integer,S),patternMatch: (S,Pattern Float,PatternMatchResult(Float,S)) -> PatternMatchResult(Float,S),factor: S -> Factored S,factorPolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,solveLinearPolynomialEquation: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),conditionP: Matrix S -> Union(Vector S,"failed"),primitivePart: (S,VarSet) -> S,content: (S,VarSet) -> S,discriminant: (S,VarSet) -> S,resultant: (S,S,VarSet) -> S,primitiveMonomials: S -> List S,totalDegree: (S,List VarSet) -> NonNegativeInteger,totalDegree: S -> NonNegativeInteger,isExpt: S -> Union(Record(var: VarSet,exponent: NonNegativeInteger),"failed"),isTimes: S -> Union(List S,"failed"),isPlus: S -> Union(List S,"failed"),monomial: (S,List VarSet,List NonNegativeInteger) -> S,monomial: (S,VarSet,NonNegativeInteger) -> S,monicDivide: (S,S,VarSet) -> Record(quotient: S,remainder: S),monomials: S -> List S,coefficient: (S,List VarSet,List NonNegativeInteger) -> S,coefficient: (S,VarSet,NonNegativeInteger) -> S,reducedSystem: Matrix S -> Matrix R,reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix R,vec: Vector R),reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix Integer,vec: Vector Integer),reducedSystem: Matrix S -> Matrix Integer,retractIfCan: S -> Union(VarSet,"failed"),retract: S -> VarSet,eval: (S,List VarSet,List S) -> S,eval: (S,VarSet,S) -> S,eval: (S,List VarSet,List R) -> S,eval: (S,VarSet,R) -> S,eval: (S,List S,List S) -> S,eval: (S,S,S) -> S,eval: (S,Equation S) -> S,eval: (S,List Equation S) -> S,monomial: (R,E) -> S,coefficient: (S,E) -> R,retractIfCan: S -> Union(Integer,"failed"),retract: S -> Integer,retractIfCan: S -> Union(Fraction Integer,"failed"),retract: S -> Fraction Integer,retract: S -> R,retractIfCan: S -> Union(R,"failed"),content: S -> R,primitivePart: S -> S,before?: (S,S) -> Boolean) [11] conditionP: : Integer -- replace by pretend [12] squareFreePart: unit has no value [13] patternMatch: not known that SetCategory is of mode CATEGORY(package,gcdPolynomial: (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S,squareFree: S -> Factored S,squareFreePart: S -> S,charthRoot: S -> Maybe S,convert: S -> InputForm,convert: S -> Pattern Integer,convert: S -> Pattern Float,patternMatch: (S,Pattern Integer,PatternMatchResult(Integer,S)) -> PatternMatchResult(Integer,S),patternMatch: (S,Pattern Float,PatternMatchResult(Float,S)) -> PatternMatchResult(Float,S),factor: S -> Factored S,factorPolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,solveLinearPolynomialEquation: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),conditionP: Matrix S -> Union(Vector S,"failed"),primitivePart: (S,VarSet) -> S,content: (S,VarSet) -> S,discriminant: (S,VarSet) -> S,resultant: (S,S,VarSet) -> S,primitiveMonomials: S -> List S,totalDegree: (S,List VarSet) -> NonNegativeInteger,totalDegree: S -> NonNegativeInteger,isExpt: S -> Union(Record(var: VarSet,exponent: NonNegativeInteger),"failed"),isTimes: S -> Union(List S,"failed"),isPlus: S -> Union(List S,"failed"),monomial: (S,List VarSet,List NonNegativeInteger) -> S,monomial: (S,VarSet,NonNegativeInteger) -> S,monicDivide: (S,S,VarSet) -> Record(quotient: S,remainder: S),monomials: S -> List S,coefficient: (S,List VarSet,List NonNegativeInteger) -> S,coefficient: (S,VarSet,NonNegativeInteger) -> S,reducedSystem: Matrix S -> Matrix R,reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix R,vec: Vector R),reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix Integer,vec: Vector Integer),reducedSystem: Matrix S -> Matrix Integer,retractIfCan: S -> Union(VarSet,"failed"),retract: S -> VarSet,eval: (S,List VarSet,List S) -> S,eval: (S,VarSet,S) -> S,eval: (S,List VarSet,List R) -> S,eval: (S,VarSet,R) -> S,eval: (S,List S,List S) -> S,eval: (S,S,S) -> S,eval: (S,Equation S) -> S,eval: (S,List Equation S) -> S,monomial: (R,E) -> S,coefficient: (S,E) -> R,retractIfCan: S -> Union(Integer,"failed"),retract: S -> Integer,retractIfCan: S -> Union(Fraction Integer,"failed"),retract: S -> Fraction Integer,retract: S -> R,retractIfCan: S -> Union(R,"failed"),content: S -> R,primitivePart: S -> S,before?: (S,S) -> Boolean) Cumulative Statistics for Constructor PolynomialCategory& Time: 2.72 seconds finalizing NRLIB POLYCAT- ; compiling file "/tmp/oa-AnPsIj/code.lsp" (written 01 FEB 2016 10:54:13 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |POLYCAT-;eval;$L$;1| ...) ; compiling (DEFUN |POLYCAT-;monomials;$L;2| ...) ; file: /tmp/oa-AnPsIj/code.lsp ; in: DEFUN |POLYCAT-;monomials;$L;2| ; (DEFUN BOOT::|POLYCAT-;monomials;$L;2| (BOOT::|p| BOOT::$) ; (LET ((BOOT::|ml| (BOOT::SPADCALL #))) ; (BOOT::SEQ (LOOP (COND # #)) (BOOT::EXIT (BOOT::SPADCALL BOOT::|ml| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|POLYCAT-;monomials;$L;2| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|POLYCAT-;monomials;$L;2| ; (LET ((BOOT::|ml| #)) ; (BOOT::SEQ (LOOP #) (BOOT::EXIT #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |POLYCAT-;isPlus;$U;3| ...) ; compiling (DEFUN |POLYCAT-;isTimes;$U;4| ...) ; compiling (DEFUN |POLYCAT-;isExpt;$U;5| ...) ; compiling (DEFUN |POLYCAT-;coefficient;$VarSetNni$;6| ...) ; compiling (DEFUN |POLYCAT-;coefficient;$LL$;7| ...) ; compiling (DEFUN |POLYCAT-;monomial;$LL$;8| ...) ; compiling (DEFUN |POLYCAT-;retract;$VarSet;9| ...) ; compiling (DEFUN |POLYCAT-;retractIfCan;$U;10| ...) ; compiling (DEFUN |POLYCAT-;mkPrim| ...) ; compiling (DEFUN |POLYCAT-;primitiveMonomials;$L;12| ...) ; file: /tmp/oa-AnPsIj/code.lsp ; in: DEFUN |POLYCAT-;primitiveMonomials;$L;12| ; (DEFUN BOOT::|POLYCAT-;primitiveMonomials;$L;12| (BOOT::|p| BOOT::$) ; (LET ((#:G874 (BOOT::SPADCALL BOOT::|p| #)) (#:G640 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G874 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|POLYCAT-;primitiveMonomials;$L;12| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|POLYCAT-;primitiveMonomials;$L;12| ; (LET ((#:G874 #) (#:G640 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |POLYCAT-;totalDegree;$Nni;13| ...) ; file: /tmp/oa-AnPsIj/code.lsp ; in: DEFUN |POLYCAT-;totalDegree;$Nni;13| ; (DEFUN BOOT::|POLYCAT-;totalDegree;$Nni;13| (BOOT::|p| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 78)) ; (BOOT::|spadConstant| BOOT::$ 79)) ; (T ; (LET (# #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|POLYCAT-;totalDegree;$Nni;13| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|POLYCAT-;totalDegree;$Nni;13| ; (COND ((BOOT::SPADCALL BOOT::|p| #) (BOOT::|spadConstant| BOOT::$ 79)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |POLYCAT-;totalDegree;$LNni;14| ...) ; file: /tmp/oa-AnPsIj/code.lsp ; in: DEFUN |POLYCAT-;totalDegree;$LNni;14| ; (DEFUN BOOT::|POLYCAT-;totalDegree;$LNni;14| (BOOT::|p| BOOT::|lv| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 78)) ; (BOOT::|spadConstant| BOOT::$ 79)) ; (T ; (LET* (# # # #) ; (BOOT::SEQ # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|POLYCAT-;totalDegree;$LNni;14| ; (BOOT::|p| BOOT::|lv| BOOT::$) ; (BLOCK BOOT::|POLYCAT-;totalDegree;$LNni;14| ; (COND ((BOOT::SPADCALL BOOT::|p| #) (BOOT::|spadConstant| BOOT::$ 79)) ; (T ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |POLYCAT-;resultant;2$VarSet$;15| ...) ; compiling (DEFUN |POLYCAT-;discriminant;$VarSet$;16| ...) ; compiling (DEFUN |POLYCAT-;allMonoms| ...) ; file: /tmp/oa-AnPsIj/code.lsp ; in: DEFUN |POLYCAT-;allMonoms| ; (DEFUN BOOT::|POLYCAT-;allMonoms| (BOOT::|l| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL ; (LET (# #) ; (LOOP # ; #)) ; (BOOT::|shellEntry| BOOT::$ 99)) ; (BOOT::|shellEntry| BOOT::$ 100))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|POLYCAT-;allMonoms| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|POLYCAT-;allMonoms| ; (BOOT::SPADCALL ; (BOOT::SPADCALL ; (LET # ; #) ; (BOOT::|shellEntry| BOOT::$ 99)) ; (BOOT::|shellEntry| BOOT::$ 100)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |POLYCAT-;P2R| ...) ; compiling (DEFUN |POLYCAT-;eq2R| ...) ; compiling (DEFUN |POLYCAT-;reducedSystem;MM;20| ...) ; compiling (DEFUN |POLYCAT-;reducedSystem;MVR;21| ...) ; compiling (DEFUN |POLYCAT-;gcdPolynomial;3Sup;22| ...) ; compiling (DEFUN |POLYCAT-;solveLinearPolynomialEquation;LSupU;23| ...) ; file: /tmp/oa-AnPsIj/code.lsp ; in: DEFUN |POLYCAT-;solveLinearPolynomialEquation;LSupU;23| ; (DEFUN BOOT::|POLYCAT-;solveLinearPolynomialEquation;LSupU;23| ; (BOOT::|lpp| BOOT::|pp| BOOT::$) ; (BOOT::SPADCALL BOOT::|lpp| BOOT::|pp| (BOOT::|shellEntry| BOOT::$ 138))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|POLYCAT-;solveLinearPolynomialEquation;LSupU;23| ; (BOOT::|lpp| BOOT::|pp| BOOT::$) ; (BLOCK BOOT::|POLYCAT-;solveLinearPolynomialEquation;LSupU;23| ; (BOOT::SPADCALL BOOT::|lpp| BOOT::|pp| ; (BOOT::|shellEntry| BOOT::$ 138)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |POLYCAT-;factorPolynomial;SupF;24| ...) ; compiling (DEFUN |POLYCAT-;factorSquareFreePolynomial;SupF;25| ...) ; compiling (DEFUN |POLYCAT-;factor;$F;26| ...) ; compiling (DEFUN |POLYCAT-;conditionP;MU;27| ...) ; compiling (DEFUN |POLYCAT-;charthRoot;$M;28| ...) ; compiling (DEFUN |POLYCAT-;charthRootlv| ...) ; file: /tmp/oa-AnPsIj/code.lsp ; in: DEFUN |POLYCAT-;charthRootlv| ; (DEFUN BOOT::|POLYCAT-;charthRootlv| ; (BOOT::|p| BOOT::|vars| BOOT::|ch| BOOT::$) ; (PROG (BOOT::|ansx| BOOT::|cp| BOOT::|dd| BOOT::|ans| BOOT::|d|) ; (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|POLYCAT-;charthRootlv| ; (BOOT::|p| BOOT::|vars| BOOT::|ch| BOOT::$) ; (BLOCK BOOT::|POLYCAT-;charthRootlv| ; (PROG (BOOT::|ansx| BOOT::|cp| BOOT::|dd| BOOT::|ans| BOOT::|d|) ; (RETURN (COND # #))))) ; ; note: Assignment to argument: |vars| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |POLYCAT-;monicDivide;2$VarSetR;30| ...) ; compiling (DEFUN |POLYCAT-;squareFree;$F;31| ...) ; compiling (DEFUN |POLYCAT-;squareFree;$F;32| ...) ; compiling (DEFUN |POLYCAT-;squareFree;$F;33| ...) ; compiling (DEFUN |POLYCAT-;squareFreePart;2$;34| ...) ; compiling (DEFUN |POLYCAT-;content;$VarSet$;35| ...) ; compiling (DEFUN |POLYCAT-;primitivePart;2$;36| ...) ; compiling (DEFUN |POLYCAT-;primitivePart;$VarSet$;37| ...) ; compiling (DEFUN |POLYCAT-;before?;2$B;38| ...) ; file: /tmp/oa-AnPsIj/code.lsp ; in: DEFUN |POLYCAT-;before?;2$B;38| ; (DEFUN BOOT::|POLYCAT-;before?;2$B;38| (BOOT::|p| BOOT::|q| BOOT::$) ; (LET ((BOOT::|dp| (BOOT::SPADCALL BOOT::|p| #)) ; (BOOT::|dq| (BOOT::SPADCALL BOOT::|q| #))) ; (COND ((BOOT::SPADCALL BOOT::|dp| BOOT::|dq| #) (BOOT::SPADCALL # # #)) ; ((BOOT::SPADCALL BOOT::|dq| BOOT::|dp| #) (BOOT::SPADCALL # # #)) ; (T (BOOT::SPADCALL # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|POLYCAT-;before?;2$B;38| ; (BOOT::|p| BOOT::|q| BOOT::$) ; (BLOCK BOOT::|POLYCAT-;before?;2$B;38| ; (LET ((BOOT::|dp| #) (BOOT::|dq| #)) ; (COND (# #) (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |POLYCAT-;patternMatch;$P2Pmr;39| ...) ; compiling (DEFUN |POLYCAT-;patternMatch;$P2Pmr;40| ...) ; compiling (DEFUN |POLYCAT-;convert;$P;41| ...) ; compiling (DEFUN |POLYCAT-;convert;$P;42| ...) ; compiling (DEFUN |POLYCAT-;convert;$If;43| ...) ; compiling (DEFUN |PolynomialCategory&| ...) ; compiling (MAKEPROP (QUOTE |PolynomialCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 8 notes ; /tmp/oa-AnPsIj/code.fasl written ; compilation finished in 0:00:00.172 ------------------------------------------------------------------------ finalizing NRLIB POLYCAT Processing PolynomialCategory for Browser database: -- degree : (%,VarSet) -> NonNegativeInteger -- degree : (%,List VarSet) -> List NonNegativeInteger -- coefficient : (%,VarSet,NonNegativeInteger) -> % -- coefficient : (%,List VarSet,List NonNegativeInteger) -> % -- monomials : % -> List % -- univariate : (%,VarSet) -> SparseUnivariatePolynomial % -- univariate : % -> SparseUnivariatePolynomial R -- mainVariable : % -> Union(VarSet,"failed") -- minimumDegree : (%,VarSet) -> NonNegativeInteger -- minimumDegree : (%,List VarSet) -> List NonNegativeInteger -- monicDivide : (%,%,VarSet) -> Record(quotient: %,remainder: %) -- monomial : (%,VarSet,NonNegativeInteger) -> % -- monomial : (%,List VarSet,List NonNegativeInteger) -> % -- multivariate : (SparseUnivariatePolynomial R,VarSet) -> % -- multivariate : (SparseUnivariatePolynomial %,VarSet) -> % -- isPlus : % -> Union(List %,"failed") -- isTimes : % -> Union(List %,"failed") -- isExpt : % -> Union(Record(var: VarSet,exponent: NonNegativeInteger),"failed") -- totalDegree : % -> NonNegativeInteger -- totalDegree : (%,List VarSet) -> NonNegativeInteger -- variables : % -> List VarSet -- primitiveMonomials : % -> List % -- resultant : (%,%,VarSet) -> % -- discriminant : (%,VarSet) -> % -- content : (%,VarSet) -> % -- primitivePart : % -> % -- primitivePart : (%,VarSet) -> % -- squareFree : % -> Factored % -- squareFreePart : % -> % -- canonicalUnitNormal : () -> attribute -- constructor ; compiling file "/tmp/oa-AwZKjv/code.lsp" (written 01 FEB 2016 10:54:13 PM): ; compiling (DEFPARAMETER |PolynomialCategory;AL| ...) ; compiling (DEFUN |PolynomialCategory;| ...) ; compiling (DEFUN |PolynomialCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-AwZKjv/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/DSEXT.fasl --optimize=3 DSEXT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DSEXT.spad using Spad compiler. DSEXT abbreviates category DifferentialSpaceExtension debug: compDefine1 lhs: (DifferentialSpaceExtension R) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (DifferentialSpaceExtension R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for DifferentialSpaceExtension compiling into /tmp/oa-8xVSHO STYLE-WARNING: redefining BOOT::|DifferentialSpaceExtension| in DEFUN Time: 0.01 SEC. DSEXT- abbreviates package DifferentialSpaceExtension& ------------------------------------------------------------------------ initializing stationary directory for DifferentialSpaceExtension& compiling into /tmp/oa-w5zYOK compiling exported differentiate : (S,R -> R,NonNegativeInteger) -> S Time: 0.04 SEC. compiling exported D : (S,R -> R) -> S Time: 0 SEC. compiling exported D : (S,R -> R,NonNegativeInteger) -> S Time: 0.00 SEC. compiling exported differentiate : S -> S Time: 0 SEC. compiling exported differentiate : (S,Symbol) -> S Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor DifferentialSpaceExtension& Time: 0.05 seconds finalizing NRLIB DSEXT- ; compiling file "/tmp/oa-w5zYOK/code.lsp" (written 01 FEB 2016 10:54:13 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DSEXT-;differentiate;$MNni$;1| ...) ; compiling (DEFUN |DSEXT-;D;$M$;2| ...) ; compiling (DEFUN |DSEXT-;D;$MNni$;3| ...) ; compiling (DEFUN |DSEXT-;differentiate;2$;4| ...) ; compiling (DEFUN |DSEXT-;differentiate;$S$;5| ...) ; compiling (DEFUN |DSEXT-;differentiate;$S$;5!0| ...) ; compiling (DEFUN |DifferentialSpaceExtension&| ...) ; compiling (MAKEPROP (QUOTE |DifferentialSpaceExtension&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-w5zYOK/code.fasl written ; compilation finished in 0:00:00.023 ------------------------------------------------------------------------ finalizing NRLIB DSEXT Processing DifferentialSpaceExtension for Browser database: -- differentiate : (%,(R -> R)) -> % -- differentiate : (%,(R -> R),NonNegativeInteger) -> % -- D : (%,(R -> R)) -> % -- D : (%,(R -> R),NonNegativeInteger) -> % -- constructor ; compiling file "/tmp/oa-8xVSHO/code.lsp" (written 01 FEB 2016 10:54:13 PM): ; compiling (DEFPARAMETER |DifferentialSpaceExtension;AL| ...) ; compiling (DEFUN |DifferentialSpaceExtension;| ...) ; compiling (DEFUN |DifferentialSpaceExtension| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-8xVSHO/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/DIFEXT.fasl --optimize=3 DIFEXT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DIFEXT.spad using Spad compiler. DIFEXT abbreviates category DifferentialExtension debug: compDefine1 lhs: (DifferentialExtension R) signature (pre-evaluate): ((Category) (Ring)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((Category) (Ring)) debug: compDefine1 lhs: (DifferentialExtension R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for DifferentialExtension compiling into /tmp/oa-67Ddi2 STYLE-WARNING: redefining BOOT::|DifferentialExtension| in DEFUN Time: 0.01 SEC. finalizing NRLIB DIFEXT Processing DifferentialExtension for Browser database: -- constructor ; compiling file "/tmp/oa-67Ddi2/code.lsp" (written 01 FEB 2016 10:54:13 PM): ; compiling (DEFPARAMETER |DifferentialExtension;AL| ...) ; compiling (DEFUN |DifferentialExtension;| ...) ; compiling (DEFUN |DifferentialExtension| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-67Ddi2/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/IDENT.fasl --bootstrap IDENT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IDENT.spad using Spad compiler. IDENT abbreviates domain Identifier ------------------------------------------------------------------------ initializing stationary directory for Identifier compiling into /tmp/oa-G76cH8 Time: 0 SEC. Cumulative Statistics for Constructor Identifier Time: 0 seconds finalizing NRLIB IDENT ; compiling file "/tmp/oa-G76cH8/code.lsp" (written 01 FEB 2016 10:54:13 PM): ; compiling (DEFUN |Identifier| ...) ; compiling (DEFUN |Identifier;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-G76cH8/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/SAOS.fasl --optimize=3 SAOS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SAOS.spad using Spad compiler. SAOS abbreviates domain SingletonAsOrderedSet debug: compDefine1 lhs: (SingletonAsOrderedSet) signature (pre-evaluate): ((Join (OrderedSet) (ConvertibleTo (Symbol)) (CATEGORY domain (SIGNATURE create ($))))) debug: evaluateType form: (Join (OrderedSet) (ConvertibleTo (Symbol)) (CATEGORY domain (SIGNATURE create ($)))) $param: NIL debug: evaluateType form: (OrderedSet) $param: NIL Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (ConvertibleTo (Symbol)) $param: NIL Debug: evaluateType1 form: (ConvertibleTo (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE create ($))) $param: NIL debug: compDefine1 signature (post evaluate): ((Join (OrderedSet) (ConvertibleTo (Symbol)) (CATEGORY domain (SIGNATURE create ($))))) ------------------------------------------------------------------------ initializing stationary directory for SingletonAsOrderedSet compiling into /tmp/oa-SaJNLg compiling exported create : () -> % SAOS;create;$;1 is replaced by "?" Time: 0.00 SEC. compiling exported < : (%,%) -> Boolean SAOS;<;2$B;2(a,b) is replaced by %false Time: 0 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. compiling exported = : (%,%) -> Boolean SAOS;=;2$B;4(a,b) is replaced by %true Time: 0 SEC. compiling exported min : (%,%) -> % SAOS;min;3$;5(a,b) is replaced by a Time: 0.00 SEC. compiling exported max : (%,%) -> % SAOS;max;3$;6(a,b) is replaced by a Time: 0 SEC. compiling exported convert : % -> Symbol Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor SingletonAsOrderedSet Time: 0.02 seconds finalizing NRLIB SAOS Processing SingletonAsOrderedSet for Browser database: --->../../x86_64-unknown-linux-gnu/src/algebra/misc.spad-->SingletonAsOrderedSet((create (%))): Not documented!!!! -- constructor ; compiling file "/tmp/oa-SaJNLg/code.lsp" (written 01 FEB 2016 10:54:14 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SAOS;create;$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SAOS;<;2$B;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SAOS;=;2$B;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SAOS;min;3$;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SAOS;max;3$;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SAOS;create;$;1| ...) ; compiling (DEFUN |SAOS;<;2$B;2| ...) ; file: /tmp/oa-SaJNLg/code.lsp ; in: DEFUN |SAOS;<;2$B;2| ; (DEFUN BOOT::|SAOS;<;2$B;2| (BOOT::|a| BOOT::|b| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; NIL) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SAOS;<;2$B;2| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|SAOS;<;2$B;2| NIL)) ; ; caught STYLE-WARNING: ; The variable |a| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |b| is defined but never used. ; compiling (DEFUN |SAOS;coerce;$Of;3| ...) ; file: /tmp/oa-SaJNLg/code.lsp ; in: DEFUN |SAOS;coerce;$Of;3| ; (DEFUN BOOT::|SAOS;coerce;$Of;3| (BOOT::|a| BOOT::$) ; (BOOT::SPADCALL "?" (BOOT::|shellEntry| BOOT::$ 12))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SAOS;coerce;$Of;3| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|SAOS;coerce;$Of;3| ; (BOOT::SPADCALL "?" (BOOT::|shellEntry| BOOT::$ 12)))) ; ; caught STYLE-WARNING: ; The variable |a| is defined but never used. ; compiling (DEFUN |SAOS;=;2$B;4| ...) ; file: /tmp/oa-SaJNLg/code.lsp ; in: DEFUN |SAOS;=;2$B;4| ; (DEFUN BOOT::|SAOS;=;2$B;4| (BOOT::|a| BOOT::|b| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; T) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SAOS;=;2$B;4| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|SAOS;=;2$B;4| T)) ; ; caught STYLE-WARNING: ; The variable |a| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |b| is defined but never used. ; compiling (DEFUN |SAOS;min;3$;5| ...) ; file: /tmp/oa-SaJNLg/code.lsp ; in: DEFUN |SAOS;min;3$;5| ; (DEFUN BOOT::|SAOS;min;3$;5| (BOOT::|a| BOOT::|b| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; BOOT::|a|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SAOS;min;3$;5| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|SAOS;min;3$;5| BOOT::|a|)) ; ; caught STYLE-WARNING: ; The variable |b| is defined but never used. ; compiling (DEFUN |SAOS;max;3$;6| ...) ; file: /tmp/oa-SaJNLg/code.lsp ; in: DEFUN |SAOS;max;3$;6| ; (DEFUN BOOT::|SAOS;max;3$;6| (BOOT::|a| BOOT::|b| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; BOOT::|a|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SAOS;max;3$;6| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|SAOS;max;3$;6| BOOT::|a|)) ; ; caught STYLE-WARNING: ; The variable |b| is defined but never used. ; compiling (DEFUN |SAOS;convert;$S;7| ...) ; file: /tmp/oa-SaJNLg/code.lsp ; in: DEFUN |SAOS;convert;$S;7| ; (DEFUN BOOT::|SAOS;convert;$S;7| (BOOT::|a| BOOT::$) ; (BOOT::SPADCALL "?" (BOOT::|shellEntry| BOOT::$ 19))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SAOS;convert;$S;7| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|SAOS;convert;$S;7| ; (BOOT::SPADCALL "?" (BOOT::|shellEntry| BOOT::$ 19)))) ; ; caught STYLE-WARNING: ; The variable |a| is defined but never used. ; compiling (DEFUN |SingletonAsOrderedSet| ...) ; compiling (DEFUN |SingletonAsOrderedSet;| ...) ; compiling (MAKEPROP (QUOTE |SingletonAsOrderedSet|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 8 STYLE-WARNING conditions ; /tmp/oa-SaJNLg/code.fasl written ; compilation finished in 0:00:00.026 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/PFBRU.fasl --bootstrap PFBRU.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PFBRU.spad using Spad compiler. PFBRU abbreviates package PolynomialFactorizationByRecursionUnivariate ------------------------------------------------------------------------ initializing stationary directory for PolynomialFactorizationByRecursionUnivariate compiling into /tmp/oa-82T5zh Time: 0.08 SEC. Cumulative Statistics for Constructor PolynomialFactorizationByRecursionUnivariate Time: 0.08 seconds finalizing NRLIB PFBRU ; compiling file "/tmp/oa-82T5zh/code.lsp" (written 01 FEB 2016 10:54:14 PM): ; compiling (DEFUN |PolynomialFactorizationByRecursionUnivariate| ...) ; compiling (DEFUN |PolynomialFactorizationByRecursionUnivariate;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-82T5zh/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/FR2.fasl --bootstrap FR2.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FR2.spad using Spad compiler. FR2 abbreviates package FactoredFunctions2 ------------------------------------------------------------------------ initializing stationary directory for FactoredFunctions2 compiling into /tmp/oa-wSlb4v Time: 0.02 SEC. Cumulative Statistics for Constructor FactoredFunctions2 Time: 0.02 seconds finalizing NRLIB FR2 ; compiling file "/tmp/oa-wSlb4v/code.lsp" (written 01 FEB 2016 10:54:14 PM): ; compiling (DEFUN |FactoredFunctions2| ...) ; compiling (DEFUN |FactoredFunctions2;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-wSlb4v/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/UPSQFREE.fasl --bootstrap UPSQFREE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UPSQFREE.spad using Spad compiler. UPSQFREE abbreviates package UnivariatePolynomialSquareFree ------------------------------------------------------------------------ initializing stationary directory for UnivariatePolynomialSquareFree compiling into /tmp/oa-72uU9I Time: 0.07 SEC. Cumulative Statistics for Constructor UnivariatePolynomialSquareFree Time: 0.07 seconds finalizing NRLIB UPSQFREE ; compiling file "/tmp/oa-72uU9I/code.lsp" (written 01 FEB 2016 10:54:14 PM): ; compiling (DEFUN |UnivariatePolynomialSquareFree| ...) ; compiling (DEFUN |UnivariatePolynomialSquareFree;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-72uU9I/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/UPOLYC.fasl --optimize=3 UPOLYC.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UPOLYC.spad using Spad compiler. UPOLYC abbreviates category UnivariatePolynomialCategory debug: compDefine1 lhs: (UnivariatePolynomialCategory R) signature (pre-evaluate): ((Category) (Ring)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((Category) (Ring)) debug: compDefine1 lhs: (UnivariatePolynomialCategory R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for UnivariatePolynomialCategory compiling into /tmp/oa-t4HFIX STYLE-WARNING: redefining BOOT::|UnivariatePolynomialCategory| in DEFUN Time: 0.02 SEC. UPOLYC- abbreviates package UnivariatePolynomialCategory& ------------------------------------------------------------------------ initializing stationary directory for UnivariatePolynomialCategory& compiling into /tmp/oa-mg1PIW compiling exported variables : S -> List SingletonAsOrderedSet Time: 0.12 SEC. compiling exported degree : (S,SingletonAsOrderedSet) -> NonNegativeInteger Time: 0.01 SEC. compiling exported totalDegree : (S,List SingletonAsOrderedSet) -> NonNegativeInteger Time: 0.02 SEC. compiling exported degree : (S,List SingletonAsOrderedSet) -> List NonNegativeInteger Time: 0.03 SEC. compiling exported eval : (S,List SingletonAsOrderedSet,List S) -> S Time: 0.03 SEC. compiling exported eval : (S,SingletonAsOrderedSet,S) -> S Time: 0 SEC. compiling exported eval : (S,List SingletonAsOrderedSet,List R) -> S Time: 0.05 SEC. compiling exported eval : (S,SingletonAsOrderedSet,R) -> S Time: 0.02 SEC. compiling exported eval : (S,List Equation S) -> S Time: 0.03 SEC. compiling exported mainVariable : S -> Union(SingletonAsOrderedSet,failed) Time: 0.02 SEC. compiling exported minimumDegree : (S,SingletonAsOrderedSet) -> NonNegativeInteger Time: 0.01 SEC. compiling exported minimumDegree : (S,List SingletonAsOrderedSet) -> List NonNegativeInteger Time: 0.03 SEC. compiling exported monomial : (S,SingletonAsOrderedSet,NonNegativeInteger) -> S Time: 0.01 SEC. compiling exported coerce : SingletonAsOrderedSet -> S Time: 0.01 SEC. compiling exported makeSUP : S -> SparseUnivariatePolynomial R Time: 0.05 SEC. compiling exported unmakeSUP : SparseUnivariatePolynomial R -> S Time: 0.05 SEC. compiling exported karatsubaDivide : (S,NonNegativeInteger) -> Record(quotient: S,remainder: S) Time: 0.02 SEC. compiling exported shiftRight : (S,NonNegativeInteger) -> S Time: 0.01 SEC. compiling exported shiftLeft : (S,NonNegativeInteger) -> S Time: 0.01 SEC. compiling exported solveLinearPolynomialEquation : (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,failed) Time: 0.06 SEC. compiling exported factorPolynomial : SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S Time: 0.04 SEC. compiling exported factorSquareFreePolynomial : SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S Time: 0.04 SEC. importing FactoredFunctions2(SparseUnivariatePolynomial R,S) compiling exported factor : S -> Factored S Time: 0.33 SEC. compiling exported vectorise : (S,NonNegativeInteger) -> Vector R Time: 0.02 SEC. compiling exported retract : S -> R Time: 0.02 SEC. compiling exported retractIfCan : S -> Union(R,failed) Time: 0.01 SEC. compiling exported init : () -> S Time: 0.00 SEC. compiling local nextItemInner : S -> Maybe S Time: 0.04 SEC. compiling exported nextItem : S -> Maybe S Time: 0.01 SEC. compiling exported content : (S,SingletonAsOrderedSet) -> S Time: 0.01 SEC. compiling local primeFactor : (S,S) -> S Time: 0.00 SEC. compiling exported separate : (S,S) -> Record(primePart: S,commonPart: S) Time: 0.00 SEC. compiling exported differentiate : (S,R -> R,S) -> S Time: 0.04 SEC. compiling local ncdiff : (NonNegativeInteger,S) -> S Time: 0.09 SEC. compiling exported differentiate : (S,R -> R,S) -> S Time: 0.05 SEC. compiling exported differentiate : (S,R -> R) -> S Time: 0.01 SEC. compiling exported differentiate : S -> S Time: 0.03 SEC. compiling exported differentiate : (S,SingletonAsOrderedSet) -> S Time: 0.00 SEC. compiling exported elt : (Fraction S,Fraction S) -> Fraction S Time: 0.09 SEC. compiling exported pseudoQuotient : (S,S) -> S Time: 0.18 SEC. compiling exported pseudoDivide : (S,S) -> Record(coef: R,quotient: S,remainder: S) Time: 0.04 SEC. compiling exported composite : (Fraction S,S) -> Union(Fraction S,failed) Time: 0.05 SEC. compiling exported composite : (S,S) -> Union(S,failed) Time: 0.07 SEC. compiling exported elt : (S,Fraction S) -> Fraction S Time: 0.11 SEC. compiling exported order : (S,S) -> NonNegativeInteger Time: 0.03 SEC. compiling exported squareFree : S -> Factored S Time: 0.01 SEC. compiling exported squareFreePart : S -> S Time: 0.00 SEC. compiling exported gcdPolynomial : (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S Time: 0.03 SEC. compiling exported squareFreePolynomial : SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S Time: 0.01 SEC. compiling exported elt : (Fraction S,R) -> R Time: 0.02 SEC. compiling exported euclideanSize : S -> NonNegativeInteger Time: 0.01 SEC. compiling exported divide : (S,S) -> Record(quotient: S,remainder: S) Time: 0.10 SEC. compiling exported integrate : S -> S Time: 0.06 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] eval: lhs has no value [2] solveLinearPolynomialEquation: not known that Ring is of mode CATEGORY(package,coerce: S -> S,gcdPolynomial: (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S,differentiate: (S,List Symbol,List NonNegativeInteger) -> S,differentiate: (S,Symbol,NonNegativeInteger) -> S,differentiate: (S,List Symbol) -> S,differentiate: (S,Symbol) -> S,squareFree: S -> Factored S,squareFreePart: S -> S,coerce: Fraction Integer -> S,init: () -> S,nextItem: S -> Maybe S,elt: (S,Fraction S) -> Fraction S,euclideanSize: S -> NonNegativeInteger,divide: (S,S) -> Record(quotient: S,remainder: S),integrate: S -> S,elt: (Fraction S,R) -> R,separate: (S,S) -> Record(primePart: S,commonPart: S),pseudoDivide: (S,S) -> Record(coef: R,quotient: S,remainder: S),pseudoQuotient: (S,S) -> S,composite: (Fraction S,S) -> Union(Fraction S,"failed"),composite: (S,S) -> Union(S,"failed"),order: (S,S) -> NonNegativeInteger,elt: (Fraction S,Fraction S) -> Fraction S,differentiate: (S,(R -> R),S) -> S,shiftLeft: (S,NonNegativeInteger) -> S,shiftRight: (S,NonNegativeInteger) -> S,karatsubaDivide: (S,NonNegativeInteger) -> Record(quotient: S,remainder: S),unmakeSUP: SparseUnivariatePolynomial R -> S,makeSUP: S -> SparseUnivariatePolynomial R,vectorise: (S,NonNegativeInteger) -> Vector R,differentiate: (S,(R -> R),NonNegativeInteger) -> S,differentiate: (S,(R -> R)) -> S,differentiate: (S,NonNegativeInteger) -> S,differentiate: S -> S,elt: (S,S) -> S,elt: (S,R) -> R,factor: S -> Factored S,squareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorPolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,solveLinearPolynomialEquation: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),content: (S,SingletonAsOrderedSet) -> S,variables: S -> List SingletonAsOrderedSet,totalDegree: (S,List SingletonAsOrderedSet) -> NonNegativeInteger,totalDegree: S -> NonNegativeInteger,monomial: (S,List SingletonAsOrderedSet,List NonNegativeInteger) -> S,monomial: (S,SingletonAsOrderedSet,NonNegativeInteger) -> S,minimumDegree: (S,List SingletonAsOrderedSet) -> List NonNegativeInteger,minimumDegree: (S,SingletonAsOrderedSet) -> NonNegativeInteger,mainVariable: S -> Union(SingletonAsOrderedSet,"failed"),degree: (S,List SingletonAsOrderedSet) -> List NonNegativeInteger,degree: (S,SingletonAsOrderedSet) -> NonNegativeInteger,coerce: SingletonAsOrderedSet -> S,retractIfCan: S -> Union(SingletonAsOrderedSet,"failed"),retract: S -> SingletonAsOrderedSet,eval: (S,List SingletonAsOrderedSet,List S) -> S,eval: (S,SingletonAsOrderedSet,S) -> S,eval: (S,List SingletonAsOrderedSet,List R) -> S,eval: (S,SingletonAsOrderedSet,R) -> S,eval: (S,List S,List S) -> S,eval: (S,S,S) -> S,eval: (S,Equation S) -> S,eval: (S,List Equation S) -> S,degree: S -> NonNegativeInteger,monomial: (R,NonNegativeInteger) -> S,retractIfCan: S -> Union(Integer,"failed"),retract: S -> Integer,retractIfCan: S -> Union(Fraction Integer,"failed"),retract: S -> Fraction Integer,retract: S -> R,retractIfCan: S -> Union(R,"failed"),coerce: R -> S,minimumDegree: S -> NonNegativeInteger,content: S -> R,differentiate: (S,SingletonAsOrderedSet) -> S,differentiate: (S,List SingletonAsOrderedSet) -> S,differentiate: (S,SingletonAsOrderedSet,NonNegativeInteger) -> S,differentiate: (S,List SingletonAsOrderedSet,List NonNegativeInteger) -> S,coerce: Integer -> S,coerce: S -> OutputForm) [3] factorPolynomial: not known that Ring is of mode CATEGORY(package,coerce: S -> S,gcdPolynomial: (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S,differentiate: (S,List Symbol,List NonNegativeInteger) -> S,differentiate: (S,Symbol,NonNegativeInteger) -> S,differentiate: (S,List Symbol) -> S,differentiate: (S,Symbol) -> S,squareFree: S -> Factored S,squareFreePart: S -> S,coerce: Fraction Integer -> S,init: () -> S,nextItem: S -> Maybe S,elt: (S,Fraction S) -> Fraction S,euclideanSize: S -> NonNegativeInteger,divide: (S,S) -> Record(quotient: S,remainder: S),integrate: S -> S,elt: (Fraction S,R) -> R,separate: (S,S) -> Record(primePart: S,commonPart: S),pseudoDivide: (S,S) -> Record(coef: R,quotient: S,remainder: S),pseudoQuotient: (S,S) -> S,composite: (Fraction S,S) -> Union(Fraction S,"failed"),composite: (S,S) -> Union(S,"failed"),order: (S,S) -> NonNegativeInteger,elt: (Fraction S,Fraction S) -> Fraction S,differentiate: (S,(R -> R),S) -> S,shiftLeft: (S,NonNegativeInteger) -> S,shiftRight: (S,NonNegativeInteger) -> S,karatsubaDivide: (S,NonNegativeInteger) -> Record(quotient: S,remainder: S),unmakeSUP: SparseUnivariatePolynomial R -> S,makeSUP: S -> SparseUnivariatePolynomial R,vectorise: (S,NonNegativeInteger) -> Vector R,differentiate: (S,(R -> R),NonNegativeInteger) -> S,differentiate: (S,(R -> R)) -> S,differentiate: (S,NonNegativeInteger) -> S,differentiate: S -> S,elt: (S,S) -> S,elt: (S,R) -> R,factor: S -> Factored S,squareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorPolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,solveLinearPolynomialEquation: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),content: (S,SingletonAsOrderedSet) -> S,variables: S -> List SingletonAsOrderedSet,totalDegree: (S,List SingletonAsOrderedSet) -> NonNegativeInteger,totalDegree: S -> NonNegativeInteger,monomial: (S,List SingletonAsOrderedSet,List NonNegativeInteger) -> S,monomial: (S,SingletonAsOrderedSet,NonNegativeInteger) -> S,minimumDegree: (S,List SingletonAsOrderedSet) -> List NonNegativeInteger,minimumDegree: (S,SingletonAsOrderedSet) -> NonNegativeInteger,mainVariable: S -> Union(SingletonAsOrderedSet,"failed"),degree: (S,List SingletonAsOrderedSet) -> List NonNegativeInteger,degree: (S,SingletonAsOrderedSet) -> NonNegativeInteger,coerce: SingletonAsOrderedSet -> S,retractIfCan: S -> Union(SingletonAsOrderedSet,"failed"),retract: S -> SingletonAsOrderedSet,eval: (S,List SingletonAsOrderedSet,List S) -> S,eval: (S,SingletonAsOrderedSet,S) -> S,eval: (S,List SingletonAsOrderedSet,List R) -> S,eval: (S,SingletonAsOrderedSet,R) -> S,eval: (S,List S,List S) -> S,eval: (S,S,S) -> S,eval: (S,Equation S) -> S,eval: (S,List Equation S) -> S,degree: S -> NonNegativeInteger,monomial: (R,NonNegativeInteger) -> S,retractIfCan: S -> Union(Integer,"failed"),retract: S -> Integer,retractIfCan: S -> Union(Fraction Integer,"failed"),retract: S -> Fraction Integer,retract: S -> R,retractIfCan: S -> Union(R,"failed"),coerce: R -> S,minimumDegree: S -> NonNegativeInteger,content: S -> R,differentiate: (S,SingletonAsOrderedSet) -> S,differentiate: (S,List SingletonAsOrderedSet) -> S,differentiate: (S,SingletonAsOrderedSet,NonNegativeInteger) -> S,differentiate: (S,List SingletonAsOrderedSet,List NonNegativeInteger) -> S,coerce: Integer -> S,coerce: S -> OutputForm) [4] factor: not known that IntegralDomain is of mode CATEGORY(package,coerce: S -> S,gcdPolynomial: (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S,differentiate: (S,List Symbol,List NonNegativeInteger) -> S,differentiate: (S,Symbol,NonNegativeInteger) -> S,differentiate: (S,List Symbol) -> S,differentiate: (S,Symbol) -> S,squareFree: S -> Factored S,squareFreePart: S -> S,coerce: Fraction Integer -> S,init: () -> S,nextItem: S -> Maybe S,elt: (S,Fraction S) -> Fraction S,euclideanSize: S -> NonNegativeInteger,divide: (S,S) -> Record(quotient: S,remainder: S),integrate: S -> S,elt: (Fraction S,R) -> R,separate: (S,S) -> Record(primePart: S,commonPart: S),pseudoDivide: (S,S) -> Record(coef: R,quotient: S,remainder: S),pseudoQuotient: (S,S) -> S,composite: (Fraction S,S) -> Union(Fraction S,"failed"),composite: (S,S) -> Union(S,"failed"),order: (S,S) -> NonNegativeInteger,elt: (Fraction S,Fraction S) -> Fraction S,differentiate: (S,(R -> R),S) -> S,shiftLeft: (S,NonNegativeInteger) -> S,shiftRight: (S,NonNegativeInteger) -> S,karatsubaDivide: (S,NonNegativeInteger) -> Record(quotient: S,remainder: S),unmakeSUP: SparseUnivariatePolynomial R -> S,makeSUP: S -> SparseUnivariatePolynomial R,vectorise: (S,NonNegativeInteger) -> Vector R,differentiate: (S,(R -> R),NonNegativeInteger) -> S,differentiate: (S,(R -> R)) -> S,differentiate: (S,NonNegativeInteger) -> S,differentiate: S -> S,elt: (S,S) -> S,elt: (S,R) -> R,factor: S -> Factored S,squareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorPolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,solveLinearPolynomialEquation: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),content: (S,SingletonAsOrderedSet) -> S,variables: S -> List SingletonAsOrderedSet,totalDegree: (S,List SingletonAsOrderedSet) -> NonNegativeInteger,totalDegree: S -> NonNegativeInteger,monomial: (S,List SingletonAsOrderedSet,List NonNegativeInteger) -> S,monomial: (S,SingletonAsOrderedSet,NonNegativeInteger) -> S,minimumDegree: (S,List SingletonAsOrderedSet) -> List NonNegativeInteger,minimumDegree: (S,SingletonAsOrderedSet) -> NonNegativeInteger,mainVariable: S -> Union(SingletonAsOrderedSet,"failed"),degree: (S,List SingletonAsOrderedSet) -> List NonNegativeInteger,degree: (S,SingletonAsOrderedSet) -> NonNegativeInteger,coerce: SingletonAsOrderedSet -> S,retractIfCan: S -> Union(SingletonAsOrderedSet,"failed"),retract: S -> SingletonAsOrderedSet,eval: (S,List SingletonAsOrderedSet,List S) -> S,eval: (S,SingletonAsOrderedSet,S) -> S,eval: (S,List SingletonAsOrderedSet,List R) -> S,eval: (S,SingletonAsOrderedSet,R) -> S,eval: (S,List S,List S) -> S,eval: (S,S,S) -> S,eval: (S,Equation S) -> S,eval: (S,List Equation S) -> S,degree: S -> NonNegativeInteger,monomial: (R,NonNegativeInteger) -> S,retractIfCan: S -> Union(Integer,"failed"),retract: S -> Integer,retractIfCan: S -> Union(Fraction Integer,"failed"),retract: S -> Fraction Integer,retract: S -> R,retractIfCan: S -> Union(R,"failed"),coerce: R -> S,minimumDegree: S -> NonNegativeInteger,content: S -> R,differentiate: (S,SingletonAsOrderedSet) -> S,differentiate: (S,List SingletonAsOrderedSet) -> S,differentiate: (S,SingletonAsOrderedSet,NonNegativeInteger) -> S,differentiate: (S,List SingletonAsOrderedSet,List NonNegativeInteger) -> S,coerce: Integer -> S,coerce: S -> OutputForm) [5] differentiate: positive? has no value [6] elt: not known that IntegralDomain is of mode CATEGORY(package,coerce: S -> S,gcdPolynomial: (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S,differentiate: (S,List Symbol,List NonNegativeInteger) -> S,differentiate: (S,Symbol,NonNegativeInteger) -> S,differentiate: (S,List Symbol) -> S,differentiate: (S,Symbol) -> S,squareFree: S -> Factored S,squareFreePart: S -> S,coerce: Fraction Integer -> S,init: () -> S,nextItem: S -> Maybe S,elt: (S,Fraction S) -> Fraction S,euclideanSize: S -> NonNegativeInteger,divide: (S,S) -> Record(quotient: S,remainder: S),integrate: S -> S,elt: (Fraction S,R) -> R,separate: (S,S) -> Record(primePart: S,commonPart: S),pseudoDivide: (S,S) -> Record(coef: R,quotient: S,remainder: S),pseudoQuotient: (S,S) -> S,composite: (Fraction S,S) -> Union(Fraction S,"failed"),composite: (S,S) -> Union(S,"failed"),order: (S,S) -> NonNegativeInteger,elt: (Fraction S,Fraction S) -> Fraction S,differentiate: (S,(R -> R),S) -> S,shiftLeft: (S,NonNegativeInteger) -> S,shiftRight: (S,NonNegativeInteger) -> S,karatsubaDivide: (S,NonNegativeInteger) -> Record(quotient: S,remainder: S),unmakeSUP: SparseUnivariatePolynomial R -> S,makeSUP: S -> SparseUnivariatePolynomial R,vectorise: (S,NonNegativeInteger) -> Vector R,differentiate: (S,(R -> R),NonNegativeInteger) -> S,differentiate: (S,(R -> R)) -> S,differentiate: (S,NonNegativeInteger) -> S,differentiate: S -> S,elt: (S,S) -> S,elt: (S,R) -> R,factor: S -> Factored S,squareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorPolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,solveLinearPolynomialEquation: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),content: (S,SingletonAsOrderedSet) -> S,variables: S -> List SingletonAsOrderedSet,totalDegree: (S,List SingletonAsOrderedSet) -> NonNegativeInteger,totalDegree: S -> NonNegativeInteger,monomial: (S,List SingletonAsOrderedSet,List NonNegativeInteger) -> S,monomial: (S,SingletonAsOrderedSet,NonNegativeInteger) -> S,minimumDegree: (S,List SingletonAsOrderedSet) -> List NonNegativeInteger,minimumDegree: (S,SingletonAsOrderedSet) -> NonNegativeInteger,mainVariable: S -> Union(SingletonAsOrderedSet,"failed"),degree: (S,List SingletonAsOrderedSet) -> List NonNegativeInteger,degree: (S,SingletonAsOrderedSet) -> NonNegativeInteger,coerce: SingletonAsOrderedSet -> S,retractIfCan: S -> Union(SingletonAsOrderedSet,"failed"),retract: S -> SingletonAsOrderedSet,eval: (S,List SingletonAsOrderedSet,List S) -> S,eval: (S,SingletonAsOrderedSet,S) -> S,eval: (S,List SingletonAsOrderedSet,List R) -> S,eval: (S,SingletonAsOrderedSet,R) -> S,eval: (S,List S,List S) -> S,eval: (S,S,S) -> S,eval: (S,Equation S) -> S,eval: (S,List Equation S) -> S,degree: S -> NonNegativeInteger,monomial: (R,NonNegativeInteger) -> S,retractIfCan: S -> Union(Integer,"failed"),retract: S -> Integer,retractIfCan: S -> Union(Fraction Integer,"failed"),retract: S -> Fraction Integer,retract: S -> R,retractIfCan: S -> Union(R,"failed"),coerce: R -> S,minimumDegree: S -> NonNegativeInteger,content: S -> R,differentiate: (S,SingletonAsOrderedSet) -> S,differentiate: (S,List SingletonAsOrderedSet) -> S,differentiate: (S,SingletonAsOrderedSet,NonNegativeInteger) -> S,differentiate: (S,List SingletonAsOrderedSet,List NonNegativeInteger) -> S,coerce: Integer -> S,coerce: S -> OutputForm) [7] integrate: inv has no value Cumulative Statistics for Constructor UnivariatePolynomialCategory& Time: 2.17 seconds finalizing NRLIB UPOLYC- ; compiling file "/tmp/oa-mg1PIW/code.lsp" (written 01 FEB 2016 10:54:16 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |UPOLYC-;variables;$L;1| ...) ; compiling (DEFUN |UPOLYC-;degree;$SaosNni;2| ...) ; file: /tmp/oa-mg1PIW/code.lsp ; in: DEFUN |UPOLYC-;degree;$SaosNni;2| ; (DEFUN BOOT::|UPOLYC-;degree;$SaosNni;2| (BOOT::|p| BOOT::|v| BOOT::$) ; (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 11))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPOLYC-;degree;$SaosNni;2| ; (BOOT::|p| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|UPOLYC-;degree;$SaosNni;2| ; (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 11)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |UPOLYC-;totalDegree;$LNni;3| ...) ; file: /tmp/oa-mg1PIW/code.lsp ; in: DEFUN |UPOLYC-;totalDegree;$LNni;3| ; (DEFUN BOOT::|UPOLYC-;totalDegree;$LNni;3| (BOOT::|p| BOOT::|lv| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|lv| (BOOT::|shellEntry| BOOT::$ 18)) ; (BOOT::|spadConstant| BOOT::$ 19)) ; (T (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 20))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPOLYC-;totalDegree;$LNni;3| ; (BOOT::|p| BOOT::|lv| BOOT::$) ; (BLOCK BOOT::|UPOLYC-;totalDegree;$LNni;3| ; (COND ((BOOT::SPADCALL BOOT::|lv| #) (BOOT::|spadConstant| BOOT::$ 19)) ; (T (BOOT::SPADCALL BOOT::|p| #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |UPOLYC-;degree;$LL;4| ...) ; compiling (DEFUN |UPOLYC-;eval;$LL$;5| ...) ; compiling (DEFUN |UPOLYC-;eval;$Saos2$;6| ...) ; file: /tmp/oa-mg1PIW/code.lsp ; in: DEFUN |UPOLYC-;eval;$Saos2$;6| ; (DEFUN BOOT::|UPOLYC-;eval;$Saos2$;6| (BOOT::|p| BOOT::|v| BOOT::|q| BOOT::$) ; (BOOT::SPADCALL BOOT::|p| BOOT::|q| (BOOT::|shellEntry| BOOT::$ 31))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPOLYC-;eval;$Saos2$;6| ; (BOOT::|p| BOOT::|v| BOOT::|q| BOOT::$) ; (BLOCK BOOT::|UPOLYC-;eval;$Saos2$;6| ; (BOOT::SPADCALL BOOT::|p| BOOT::|q| (BOOT::|shellEntry| BOOT::$ 31)))) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |UPOLYC-;eval;$LL$;7| ...) ; compiling (DEFUN |UPOLYC-;eval;$SaosR$;8| ...) ; file: /tmp/oa-mg1PIW/code.lsp ; in: DEFUN |UPOLYC-;eval;$SaosR$;8| ; (DEFUN BOOT::|UPOLYC-;eval;$SaosR$;8| (BOOT::|p| BOOT::|v| BOOT::|r| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|p| BOOT::|r| (BOOT::|shellEntry| BOOT::$ 37)) ; (BOOT::|shellEntry| BOOT::$ 38))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPOLYC-;eval;$SaosR$;8| ; (BOOT::|p| BOOT::|v| BOOT::|r| BOOT::$) ; (BLOCK BOOT::|UPOLYC-;eval;$SaosR$;8| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|p| BOOT::|r| (BOOT::|shellEntry| BOOT::$ 37)) ; (BOOT::|shellEntry| BOOT::$ 38)))) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |UPOLYC-;eval;$L$;9| ...) ; compiling (DEFUN |UPOLYC-;mainVariable;$U;10| ...) ; compiling (DEFUN |UPOLYC-;minimumDegree;$SaosNni;11| ...) ; file: /tmp/oa-mg1PIW/code.lsp ; in: DEFUN |UPOLYC-;minimumDegree;$SaosNni;11| ; (DEFUN BOOT::|UPOLYC-;minimumDegree;$SaosNni;11| ; (BOOT::|p| BOOT::|v| BOOT::$) ; (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 53))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPOLYC-;minimumDegree;$SaosNni;11| ; (BOOT::|p| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|UPOLYC-;minimumDegree;$SaosNni;11| ; (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 53)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |UPOLYC-;minimumDegree;$LL;12| ...) ; compiling (DEFUN |UPOLYC-;monomial;$SaosNni$;13| ...) ; file: /tmp/oa-mg1PIW/code.lsp ; in: DEFUN |UPOLYC-;monomial;$SaosNni$;13| ; (DEFUN BOOT::|UPOLYC-;monomial;$SaosNni$;13| ; (BOOT::|p| BOOT::|v| BOOT::|n| BOOT::$) ; (BOOT::SPADCALL ; (CONS #'BOOT::|UPOLYC-;monomial;$SaosNni$;13!0| ; (VECTOR BOOT::$ BOOT::|n|)) ; BOOT::|p| (BOOT::|shellEntry| BOOT::$ 58))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPOLYC-;monomial;$SaosNni$;13| ; (BOOT::|p| BOOT::|v| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|UPOLYC-;monomial;$SaosNni$;13| ; (BOOT::SPADCALL ; (CONS #'BOOT::|UPOLYC-;monomial;$SaosNni$;13!0| ; (VECTOR BOOT::$ BOOT::|n|)) ; BOOT::|p| (BOOT::|shellEntry| BOOT::$ 58)))) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |UPOLYC-;monomial;$SaosNni$;13!0| ...) ; compiling (DEFUN |UPOLYC-;coerce;Saos$;14| ...) ; file: /tmp/oa-mg1PIW/code.lsp ; in: DEFUN |UPOLYC-;coerce;Saos$;14| ; (DEFUN BOOT::|UPOLYC-;coerce;Saos$;14| (BOOT::|v| BOOT::$) ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 61) ; (BOOT::|spadConstant| BOOT::$ 62) ; (BOOT::|shellEntry| BOOT::$ 63))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPOLYC-;coerce;Saos$;14| ; (BOOT::|v| BOOT::$) ; (BLOCK BOOT::|UPOLYC-;coerce;Saos$;14| ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 61) ; (BOOT::|spadConstant| BOOT::$ 62) ; (BOOT::|shellEntry| BOOT::$ 63)))) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |UPOLYC-;makeSUP;$Sup;15| ...) ; compiling (DEFUN |UPOLYC-;unmakeSUP;Sup$;16| ...) ; compiling (DEFUN |UPOLYC-;karatsubaDivide;$NniR;17| ...) ; file: /tmp/oa-mg1PIW/code.lsp ; in: DEFUN |UPOLYC-;karatsubaDivide;$NniR;17| ; (DEFUN BOOT::|UPOLYC-;karatsubaDivide;$NniR;17| (BOOT::|p| BOOT::|n| BOOT::$) ; (BOOT::SPADCALL BOOT::|p| ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 61) BOOT::|n| ; (BOOT::|shellEntry| BOOT::$ 63)) ; (BOOT::|shellEntry| BOOT::$ 82))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPOLYC-;karatsubaDivide;$NniR;17| ; (BOOT::|p| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|UPOLYC-;karatsubaDivide;$NniR;17| ; (BOOT::SPADCALL BOOT::|p| ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 61) ; BOOT::|n| ; (BOOT::|shellEntry| BOOT::$ 63)) ; (BOOT::|shellEntry| BOOT::$ 82)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |UPOLYC-;shiftRight;$Nni$;18| ...) ; compiling (DEFUN |UPOLYC-;shiftLeft;$Nni$;19| ...) ; compiling (DEFUN |UPOLYC-;solveLinearPolynomialEquation;LSupU;20| ...) ; file: /tmp/oa-mg1PIW/code.lsp ; in: DEFUN |UPOLYC-;solveLinearPolynomialEquation;LSupU;20| ; (DEFUN BOOT::|UPOLYC-;solveLinearPolynomialEquation;LSupU;20| ; (BOOT::|lpp| BOOT::|pp| BOOT::$) ; (BOOT::SPADCALL BOOT::|lpp| BOOT::|pp| (BOOT::|shellEntry| BOOT::$ 91))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPOLYC-;solveLinearPolynomialEquation;LSupU;20| ; (BOOT::|lpp| BOOT::|pp| BOOT::$) ; (BLOCK BOOT::|UPOLYC-;solveLinearPolynomialEquation;LSupU;20| ; (BOOT::SPADCALL BOOT::|lpp| BOOT::|pp| ; (BOOT::|shellEntry| BOOT::$ 91)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |UPOLYC-;factorPolynomial;SupF;21| ...) ; compiling (DEFUN |UPOLYC-;factorSquareFreePolynomial;SupF;22| ...) ; compiling (DEFUN |UPOLYC-;factor;$F;23| ...) ; compiling (DEFUN |UPOLYC-;vectorise;$NniV;24| ...) ; compiling (DEFUN |UPOLYC-;retract;$R;25| ...) ; compiling (DEFUN |UPOLYC-;retractIfCan;$U;26| ...) ; compiling (DEFUN |UPOLYC-;init;$;27| ...) ; compiling (DEFUN |UPOLYC-;nextItemInner| ...) ; compiling (DEFUN |UPOLYC-;nextItem;$M;29| ...) ; compiling (DEFUN |UPOLYC-;content;$Saos$;30| ...) ; file: /tmp/oa-mg1PIW/code.lsp ; in: DEFUN |UPOLYC-;content;$Saos$;30| ; (DEFUN BOOT::|UPOLYC-;content;$Saos$;30| (BOOT::|p| BOOT::|v| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 150)) ; (BOOT::|shellEntry| BOOT::$ 38))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPOLYC-;content;$Saos$;30| ; (BOOT::|p| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|UPOLYC-;content;$Saos$;30| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 150)) ; (BOOT::|shellEntry| BOOT::$ 38)))) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |UPOLYC-;primeFactor| ...) ; compiling (DEFUN |UPOLYC-;separate;2$R;32| ...) ; compiling (DEFUN |UPOLYC-;differentiate;$M2$;33| ...) ; compiling (DEFUN |UPOLYC-;ncdiff| ...) ; compiling (DEFUN |UPOLYC-;differentiate;$M2$;35| ...) ; compiling (DEFUN |UPOLYC-;differentiate;$M$;36| ...) ; compiling (DEFUN |UPOLYC-;differentiate;2$;37| ...) ; compiling (DEFUN |UPOLYC-;differentiate;$Saos$;38| ...) ; file: /tmp/oa-mg1PIW/code.lsp ; in: DEFUN |UPOLYC-;differentiate;$Saos$;38| ; (DEFUN BOOT::|UPOLYC-;differentiate;$Saos$;38| (BOOT::|x| BOOT::|v| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 168))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPOLYC-;differentiate;$Saos$;38| ; (BOOT::|x| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|UPOLYC-;differentiate;$Saos$;38| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 168)))) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |UPOLYC-;elt;3F;39| ...) ; compiling (DEFUN |UPOLYC-;pseudoQuotient;3$;40| ...) ; compiling (DEFUN |UPOLYC-;pseudoDivide;2$R;41| ...) ; compiling (DEFUN |UPOLYC-;composite;F$U;42| ...) ; compiling (DEFUN |UPOLYC-;composite;2$U;43| ...) ; compiling (DEFUN |UPOLYC-;elt;$2F;44| ...) ; compiling (DEFUN |UPOLYC-;order;2$Nni;45| ...) ; file: /tmp/oa-mg1PIW/code.lsp ; in: DEFUN |UPOLYC-;order;2$Nni;45| ; (DEFUN BOOT::|UPOLYC-;order;2$Nni;45| (BOOT::|p| BOOT::|q| BOOT::$) ; (PROG (BOOT::|u|) (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPOLYC-;order;2$Nni;45| ; (BOOT::|p| BOOT::|q| BOOT::$) ; (BLOCK BOOT::|UPOLYC-;order;2$Nni;45| ; (PROG (BOOT::|u|) (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |UPOLYC-;squareFree;$F;46| ...) ; compiling (DEFUN |UPOLYC-;squareFreePart;2$;47| ...) ; compiling (DEFUN |UPOLYC-;gcdPolynomial;3Sup;48| ...) ; compiling (DEFUN |UPOLYC-;squareFreePolynomial;SupF;49| ...) ; compiling (DEFUN |UPOLYC-;elt;F2R;50| ...) ; compiling (DEFUN |UPOLYC-;euclideanSize;$Nni;51| ...) ; file: /tmp/oa-mg1PIW/code.lsp ; in: DEFUN |UPOLYC-;euclideanSize;$Nni;51| ; (DEFUN BOOT::|UPOLYC-;euclideanSize;$Nni;51| (BOOT::|x| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 9)) ; (BOOT::|error| "euclideanSize called on 0 in Univariate Polynomial")) ; (T (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 11))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPOLYC-;euclideanSize;$Nni;51| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|UPOLYC-;euclideanSize;$Nni;51| ; (COND ; ((BOOT::SPADCALL BOOT::|x| #) ; (BOOT::|error| "euclideanSize called on 0 in Univariate Polynomial")) ; (T (BOOT::SPADCALL BOOT::|x| #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |UPOLYC-;divide;2$R;52| ...) ; file: /tmp/oa-mg1PIW/code.lsp ; in: DEFUN |UPOLYC-;divide;2$R;52| ; (DEFUN BOOT::|UPOLYC-;divide;2$R;52| (BOOT::|x| BOOT::|y| BOOT::$) ; (PROG (BOOT::|n| BOOT::|f|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPOLYC-;divide;2$R;52| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|UPOLYC-;divide;2$R;52| ; (PROG (BOOT::|n| BOOT::|f|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |UPOLYC-;integrate;2$;53| ...) ; compiling (DEFUN |UnivariatePolynomialCategory&| ...) ; compiling (MAKEPROP (QUOTE |UnivariatePolynomialCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 8 STYLE-WARNING conditions ; printed 8 notes ; /tmp/oa-mg1PIW/code.fasl written ; compilation finished in 0:00:00.232 ------------------------------------------------------------------------ finalizing NRLIB UPOLYC Processing UnivariatePolynomialCategory for Browser database: -- vectorise : (%,NonNegativeInteger) -> Vector R -- makeSUP : % -> SparseUnivariatePolynomial R -- unmakeSUP : SparseUnivariatePolynomial R -> % -- multiplyExponents : (%,NonNegativeInteger) -> % -- divideExponents : (%,NonNegativeInteger) -> Union(%,"failed") -- monicDivide : (%,%) -> Record(quotient: %,remainder: %) -- karatsubaDivide : (%,NonNegativeInteger) -> Record(quotient: %,remainder: %) -- shiftRight : (%,NonNegativeInteger) -> % -- shiftLeft : (%,NonNegativeInteger) -> % -- pseudoRemainder : (%,%) -> % -- differentiate : (%,(R -> R),%) -> % -- discriminant : % -> R -- resultant : (%,%) -> R -- elt : (Fraction %,Fraction %) -> Fraction % -- order : (%,%) -> NonNegativeInteger -- subResultantGcd : (%,%) -> % -- composite : (%,%) -> Union(%,"failed") -- composite : (Fraction %,%) -> Union(Fraction %,"failed") -- pseudoQuotient : (%,%) -> % -- pseudoDivide : (%,%) -> Record(coef: R,quotient: %,remainder: %) -- separate : (%,%) -> Record(primePart: %,commonPart: %) -- additiveValuation : () -> attribute -- elt : (Fraction %,R) -> R -- integrate : % -> % -- constructor ; compiling file "/tmp/oa-t4HFIX/code.lsp" (written 01 FEB 2016 10:54:17 PM): ; compiling (DEFPARAMETER |UnivariatePolynomialCategory;AL| ...) ; compiling (DEFUN |UnivariatePolynomialCategory;| ...) ; compiling (DEFUN |UnivariatePolynomialCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-t4HFIX/code.fasl written ; compilation finished in 0:00:00.022 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/IDPT.fasl --bootstrap IDPT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IDPT.spad using Spad compiler. IDPT abbreviates domain IndexedProductTerm ------------------------------------------------------------------------ initializing stationary directory for IndexedProductTerm compiling into /tmp/oa-ATz73D Time: 0.00 SEC. Cumulative Statistics for Constructor IndexedProductTerm Time: 0.00 seconds finalizing NRLIB IDPT ; compiling file "/tmp/oa-ATz73D/code.lsp" (written 01 FEB 2016 10:54:17 PM): ; compiling (DEFUN |IndexedProductTerm| ...) ; compiling (DEFUN |IndexedProductTerm;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-ATz73D/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/IDPC.fasl --optimize=3 IDPC.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IDPC.spad using Spad compiler. IDPC abbreviates category IndexedDirectProductCategory debug: compDefine1 lhs: (IndexedDirectProductCategory A S) signature (pre-evaluate): ((Category) (BasicType) (OrderedType)) debug: evaluateType form: (Category) $param: (A S) debug: evaluateType form: (BasicType) $param: (A S) Debug: evaluateType1 form: (BasicType) debug: evaluateType form: (OrderedType) $param: (A S) Debug: evaluateType1 form: (OrderedType) debug: compDefine1 signature (post evaluate): ((Category) (BasicType) (OrderedType)) debug: compDefine1 lhs: (IndexedDirectProductCategory A S) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (A S) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for IndexedDirectProductCategory compiling into /tmp/oa-DdSooO STYLE-WARNING: redefining BOOT::|IndexedDirectProductCategory| in DEFUN Time: 0.02 SEC. finalizing NRLIB IDPC Processing IndexedDirectProductCategory for Browser database: -- monomial : (A,S) -> % -- leadingCoefficient : % -> A -- leadingSupport : % -> S -- reductum : % -> % -- terms : % -> List IndexedProductTerm(A,S) -- constructor ; compiling file "/tmp/oa-DdSooO/code.lsp" (written 01 FEB 2016 10:54:17 PM): ; compiling (DEFPARAMETER |IndexedDirectProductCategory;AL| ...) ; compiling (DEFUN |IndexedDirectProductCategory;| ...) ; compiling (DEFUN |IndexedDirectProductCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-DdSooO/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/PAIR.fasl --optimize=3 PAIR.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PAIR.spad using Spad compiler. PAIR abbreviates domain Pair debug: compDefine1 lhs: (Pair S T$) signature (pre-evaluate): ((Join (Type) (CATEGORY domain (IF (has S (CoercibleTo (OutputForm))) (IF (has T$ (CoercibleTo (OutputForm))) (ATTRIBUTE (CoercibleTo (OutputForm))) %noBranch) %noBranch) (IF (has S (SetCategory)) (IF (has T$ (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch) %noBranch) (SIGNATURE pair ($ S T$)) (SIGNATURE construct ($ S T$)) (SIGNATURE first (S $)) (SIGNATURE second (T$ $)))) (Type) (Type)) debug: evaluateType form: (Join (Type) (CATEGORY domain (IF (has S (CoercibleTo (OutputForm))) (IF (has T$ (CoercibleTo (OutputForm))) (ATTRIBUTE (CoercibleTo (OutputForm))) %noBranch) %noBranch) (IF (has S (SetCategory)) (IF (has T$ (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch) %noBranch) (SIGNATURE pair ($ S T$)) (SIGNATURE construct ($ S T$)) (SIGNATURE first (S $)) (SIGNATURE second (T$ $)))) $param: (S T$) debug: evaluateType form: (Type) $param: (S T$) Debug: evaluateType1 form: (Type) debug: evaluateType form: (CATEGORY domain (IF (has S (CoercibleTo (OutputForm))) (IF (has T$ (CoercibleTo (OutputForm))) (ATTRIBUTE (CoercibleTo (OutputForm))) %noBranch) %noBranch) (IF (has S (SetCategory)) (IF (has T$ (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch) %noBranch) (SIGNATURE pair ($ S T$)) (SIGNATURE construct ($ S T$)) (SIGNATURE first (S $)) (SIGNATURE second (T$ $))) $param: (S T$) debug: evaluateType form: S $param: (S T$) debug: evaluateType form: T$ $param: (S T$) debug: evaluateType form: S $param: (S T$) debug: evaluateType form: T$ $param: (S T$) debug: evaluateType form: S $param: (S T$) debug: evaluateType form: T$ $param: (S T$) debug: evaluateType form: (Type) $param: (S T$) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Type) $param: (S T$) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Join (Type) (CATEGORY domain (IF (has S (CoercibleTo (OutputForm))) (IF (has T$ (CoercibleTo (OutputForm))) (ATTRIBUTE (CoercibleTo (OutputForm))) %noBranch) %noBranch) (IF (has S (SetCategory)) (IF (has T$ (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch) %noBranch) (SIGNATURE pair ($ S T$)) (SIGNATURE construct ($ S T$)) (SIGNATURE first (S $)) (SIGNATURE second (T$ $)))) (Type) (Type)) debug: compDefine1 lhs: (Pair S T$) signature (pre-evaluate): ((Join (Type) (CATEGORY domain (IF (has S (CoercibleTo (OutputForm))) (IF (has T$ (CoercibleTo (OutputForm))) (ATTRIBUTE (CoercibleTo (OutputForm))) %noBranch) %noBranch) (IF (has S (SetCategory)) (IF (has T$ (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch) %noBranch) (SIGNATURE pair ($ S T$)) (SIGNATURE construct ($ S T$)) (SIGNATURE first (S $)) (SIGNATURE second (T$ $)))) NIL NIL) debug: evaluateType form: (Join (Type) (CATEGORY domain (IF (has S (CoercibleTo (OutputForm))) (IF (has T$ (CoercibleTo (OutputForm))) (ATTRIBUTE (CoercibleTo (OutputForm))) %noBranch) %noBranch) (IF (has S (SetCategory)) (IF (has T$ (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch) %noBranch) (SIGNATURE pair ($ S T$)) (SIGNATURE construct ($ S T$)) (SIGNATURE first (S $)) (SIGNATURE second (T$ $)))) $param: (S T$) debug: evaluateType form: (Type) $param: (S T$) Debug: evaluateType1 form: (Type) debug: evaluateType form: (CATEGORY domain (IF (has S (CoercibleTo (OutputForm))) (IF (has T$ (CoercibleTo (OutputForm))) (ATTRIBUTE (CoercibleTo (OutputForm))) %noBranch) %noBranch) (IF (has S (SetCategory)) (IF (has T$ (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch) %noBranch) (SIGNATURE pair ($ S T$)) (SIGNATURE construct ($ S T$)) (SIGNATURE first (S $)) (SIGNATURE second (T$ $))) $param: (S T$) debug: evaluateType form: S $param: (S T$) debug: evaluateType form: T$ $param: (S T$) debug: evaluateType form: S $param: (S T$) debug: evaluateType form: T$ $param: (S T$) debug: evaluateType form: S $param: (S T$) debug: evaluateType form: T$ $param: (S T$) debug: compDefine1 signature (post evaluate): ((Join (Type) (CATEGORY domain (IF (has S (CoercibleTo (OutputForm))) (IF (has T$ (CoercibleTo (OutputForm))) (ATTRIBUTE (CoercibleTo (OutputForm))) %noBranch) %noBranch) (IF (has S (SetCategory)) (IF (has T$ (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch) %noBranch) (SIGNATURE pair ($ S T$)) (SIGNATURE construct ($ S T$)) (SIGNATURE first (S $)) (SIGNATURE second (T$ $)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for Pair compiling into /tmp/oa-LUpodU compiling exported pair : (S,T) -> % PAIR;pair;ST$$;1 is replaced by %pair Time: 0.00 SEC. compiling exported construct : (S,T) -> % PAIR;construct;ST$$;2 is replaced by %pair Time: 0 SEC. compiling exported first : % -> S PAIR;first;$S;3 is replaced by %head Time: 0 SEC. compiling exported second : % -> T PAIR;second;$T$;4 is replaced by %tail Time: 0 SEC. compiling exported coerce : % -> OutputForm Time: 0.02 SEC. compiling exported = : (%,%) -> Boolean Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor Pair Time: 0.04 seconds finalizing NRLIB PAIR Processing Pair for Browser database: -- pair : (S,T) -> % -- construct : (S,T) -> % -- first : % -> S -- second : % -> T -- constructor ; compiling file "/tmp/oa-LUpodU/code.lsp" (written 01 FEB 2016 10:54:17 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PAIR;pair;ST$$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PAIR;construct;ST$$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PAIR;first;$S;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PAIR;second;$T$;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PAIR;pair;ST$$;1| ...) ; compiling (DEFUN |PAIR;construct;ST$$;2| ...) ; compiling (DEFUN |PAIR;first;$S;3| ...) ; compiling (DEFUN |PAIR;second;$T$;4| ...) ; compiling (DEFUN |PAIR;coerce;$Of;5| ...) ; compiling (DEFUN |PAIR;=;2$B;6| ...) ; file: /tmp/oa-LUpodU/code.lsp ; in: DEFUN |PAIR;=;2$B;6| ; (DEFUN BOOT::|PAIR;=;2$B;6| (BOOT::|x| BOOT::|y| BOOT::$) ; (AND ; (BOOT::SPADCALL (CAR BOOT::|x|) (CAR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 20)) ; (BOOT::SPADCALL (CDR BOOT::|x|) (CDR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 21)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PAIR;=;2$B;6| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|PAIR;=;2$B;6| ; (AND ; (BOOT::SPADCALL (CAR BOOT::|x|) (CAR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 20)) ; (BOOT::SPADCALL (CDR BOOT::|x|) (CDR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 21))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |Pair| ...) ; compiling (DEFUN |Pair;| ...) ; compiling (MAKEPROP (QUOTE |Pair|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-LUpodU/code.fasl written ; compilation finished in 0:00:00.037 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/IDPO.fasl --optimize=3 IDPO.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IDPO.spad using Spad compiler. IDPO abbreviates domain IndexedDirectProductObject debug: compDefine1 lhs: (IndexedDirectProductObject A S) signature (pre-evaluate): ((Join (IndexedDirectProductCategory A S) (CATEGORY domain (SIGNATURE combineWithIf ($ $ $ (Mapping A A A) (Mapping (Boolean) A A))))) NIL NIL) debug: evaluateType form: (Join (IndexedDirectProductCategory A S) (CATEGORY domain (SIGNATURE combineWithIf ($ $ $ (Mapping A A A) (Mapping (Boolean) A A))))) $param: (A S) debug: evaluateType form: (IndexedDirectProductCategory A S) $param: (A S) Debug: evaluateType1 form: (IndexedDirectProductCategory A S) debug: evaluateType1 x: A m: (BasicType) debug: evaluateType1 x: S m: (OrderedType) debug: evaluateType form: (CATEGORY domain (SIGNATURE combineWithIf ($ $ $ (Mapping A A A) (Mapping (Boolean) A A)))) $param: (A S) debug: evaluateType form: (Mapping A A A) $param: (A S) debug: evaluateType form: A $param: (A S) debug: evaluateType form: A $param: (A S) debug: evaluateType form: A $param: (A S) debug: evaluateType form: (Mapping (Boolean) A A) $param: (A S) debug: evaluateType form: (Boolean) $param: (A S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: A $param: (A S) debug: evaluateType form: A $param: (A S) debug: compDefine1 signature (post evaluate): ((Join (IndexedDirectProductCategory A S) (CATEGORY domain (SIGNATURE combineWithIf ($ $ $ (Mapping A A A) (Mapping (Boolean) A A))))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for IndexedDirectProductObject compiling into /tmp/oa-eM0dq6 compiling exported coerce : % -> OutputForm Time: 0.04 SEC. compiling exported = : (%,%) -> Boolean Time: 0 SEC. compiling exported monomial : (A,S) -> % Time: 0.00 SEC. compiling exported map : (A -> A,%) -> % Time: 0.00 SEC. compiling exported reductum : % -> % Time: 0.00 SEC. compiling exported leadingCoefficient : % -> A Time: 0.01 SEC. compiling exported leadingSupport : % -> S Time: 0.00 SEC. compiling exported terms : % -> List IndexedProductTerm(A,S) IDPO;terms;$L;8 x is replaced by x Time: 0.01 SEC. compiling exported convert : List IndexedProductTerm(A,S) -> % IDPO;convert;L$;9 l is replaced by l Time: 0.01 SEC. compiling exported combineWithIf : (%,%,(A,A) -> A,(A,A) -> Boolean) -> % Time: 0.07 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] leadingCoefficient: coefficient has no value Cumulative Statistics for Constructor IndexedDirectProductObject Time: 0.16 seconds finalizing NRLIB IDPO Processing IndexedDirectProductObject for Browser database: -- combineWithIf : (%,%,((A,A) -> A),((A,A) -> Boolean)) -> % -- constructor ; compiling file "/tmp/oa-eM0dq6/code.lsp" (written 01 FEB 2016 10:54:17 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IDPO;terms;$L;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IDPO;convert;L$;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |IDPO;coerce;$Of;1| ...) ; compiling (DEFUN |IDPO;=;2$B;2| ...) ; file: /tmp/oa-eM0dq6/code.lsp ; in: DEFUN |IDPO;=;2$B;2| ; (DEFUN BOOT::|IDPO;=;2$B;2| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 21))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IDPO;=;2$B;2| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|IDPO;=;2$B;2| ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 21)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |IDPO;monomial;AS$;3| ...) ; compiling (DEFUN |IDPO;map;M2$;4| ...) ; file: /tmp/oa-eM0dq6/code.lsp ; in: DEFUN |IDPO;map;M2$;4| ; (DEFUN BOOT::|IDPO;map;M2$;4| (BOOT::|f| BOOT::|x| BOOT::$) ; (LET ((#:G591 BOOT::|x|) (#:G559 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G591 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IDPO;map;M2$;4| ; (BOOT::|f| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|IDPO;map;M2$;4| ; (LET ((#:G591 BOOT::|x|) (#:G559 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |IDPO;reductum;2$;5| ...) ; file: /tmp/oa-eM0dq6/code.lsp ; in: DEFUN |IDPO;reductum;2$;5| ; (DEFUN BOOT::|IDPO;reductum;2$;5| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 27))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IDPO;reductum;2$;5| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|IDPO;reductum;2$;5| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 27)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |IDPO;leadingCoefficient;$A;6| ...) ; compiling (DEFUN |IDPO;leadingSupport;$S;7| ...) ; compiling (DEFUN |IDPO;terms;$L;8| ...) ; compiling (DEFUN |IDPO;convert;L$;9| ...) ; compiling (DEFUN |IDPO;combineWithIf;2$MM$;10| ...) ; compiling (DEFUN |IndexedDirectProductObject| ...) ; compiling (DEFUN |IndexedDirectProductObject;| ...) ; compiling (MAKEPROP (QUOTE |IndexedDirectProductObject|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 3 notes ; /tmp/oa-eM0dq6/code.fasl written ; compilation finished in 0:00:00.054 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/IDPAM.fasl --optimize=3 IDPAM.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IDPAM.spad using Spad compiler. IDPAM abbreviates domain IndexedDirectProductAbelianMonoid debug: compDefine1 lhs: (IndexedDirectProductAbelianMonoid A S) signature (pre-evaluate): ((Join (AbelianMonoid) (IndexedDirectProductCategory A S)) (AbelianMonoid) (OrderedType)) debug: evaluateType form: (Join (AbelianMonoid) (IndexedDirectProductCategory A S)) $param: (A S) debug: evaluateType form: (AbelianMonoid) $param: (A S) Debug: evaluateType1 form: (AbelianMonoid) debug: evaluateType form: (IndexedDirectProductCategory A S) $param: (A S) Debug: evaluateType1 form: (IndexedDirectProductCategory A S) debug: evaluateType1 x: A m: (BasicType) debug: evaluateType1 x: S m: (OrderedType) debug: evaluateType form: (AbelianMonoid) $param: (A S) Debug: evaluateType1 form: (AbelianMonoid) debug: evaluateType form: (OrderedType) $param: (A S) Debug: evaluateType1 form: (OrderedType) debug: compDefine1 signature (post evaluate): ((Join (AbelianMonoid) (IndexedDirectProductCategory A S)) (AbelianMonoid) (OrderedType)) debug: compDefine1 lhs: (IndexedDirectProductAbelianMonoid A S) signature (pre-evaluate): ((Join (AbelianMonoid) (IndexedDirectProductCategory A S)) NIL NIL) debug: evaluateType form: (Join (AbelianMonoid) (IndexedDirectProductCategory A S)) $param: (A S) debug: evaluateType form: (AbelianMonoid) $param: (A S) Debug: evaluateType1 form: (AbelianMonoid) debug: evaluateType form: (IndexedDirectProductCategory A S) $param: (A S) Debug: evaluateType1 form: (IndexedDirectProductCategory A S) debug: evaluateType1 x: A m: (BasicType) debug: evaluateType1 x: S m: (OrderedType) debug: compDefine1 signature (post evaluate): ((Join (AbelianMonoid) (IndexedDirectProductCategory A S)) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for IndexedDirectProductAbelianMonoid compiling into /tmp/oa-3utstl importing IndexedProductTerm(A,S) compiling exported Zero : () -> % Time: 0.04 SEC. compiling exported zero? : % -> Boolean Time: 0.01 SEC. compiling local qsetrest! : (List IndexedProductTerm(A,S),List IndexedProductTerm(A,S)) -> List IndexedProductTerm(A,S) Time: 0 SEC. compiling exported + : (%,%) -> % Time: 0.03 SEC. compiling exported * : (NonNegativeInteger,%) -> % Time: 0.02 SEC. compiling exported monomial : (A,S) -> % Time: 0.01 SEC. compiling exported map : (A -> A,%) -> % Time: 0.01 SEC. compiling exported reductum : % -> % Time: 0.01 SEC. compiling exported leadingCoefficient : % -> A Time: 0.01 SEC. compiling exported opposite? : (%,%) -> Boolean Time: 0.02 SEC. (time taken in buildFunctor: 4) Time: 0.01 SEC. Warnings: [1] zero?: null has no value [2] +: newcell has no value [3] +: res has no value [4] reductum: null has no value [5] leadingCoefficient: null has no value Cumulative Statistics for Constructor IndexedDirectProductAbelianMonoid Time: 0.16 seconds --------------non extending category---------------------- IndexedDirectProductAbelianMonoid(#1,#2) of category Join( AbelianMonoid,IndexedDirectProductCategory(#1,#2)) has no combineWithIf : (%,%,((#1,#1) -> #1),((#1,#1) -> Boolean )) -> % ---------------------------------------------------------- finalizing NRLIB IDPAM Processing IndexedDirectProductAbelianMonoid for Browser database: -- constructor ; compiling file "/tmp/oa-3utstl/code.lsp" (written 01 FEB 2016 10:54:18 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |IDPAM;Zero;$;1| ...) ; compiling (DEFUN |IDPAM;zero?;$B;2| ...) ; file: /tmp/oa-3utstl/code.lsp ; in: DEFUN |IDPAM;zero?;$B;2| ; (DEFUN BOOT::|IDPAM;zero?;$B;2| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 13)) ; (BOOT::|shellEntry| BOOT::$ 15))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IDPAM;zero?;$B;2| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|IDPAM;zero?;$B;2| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 13)) ; (BOOT::|shellEntry| BOOT::$ 15)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |IDPAM;qsetrest!| ...) ; file: /tmp/oa-3utstl/code.lsp ; in: DEFUN |IDPAM;qsetrest!| ; (DEFUN BOOT::|IDPAM;qsetrest!| (BOOT::|l| BOOT::|e| BOOT::$) ; (RPLACD BOOT::|l| BOOT::|e|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IDPAM;qsetrest!| ; (BOOT::|l| BOOT::|e| BOOT::$) ; (BLOCK BOOT::|IDPAM;qsetrest!| (RPLACD BOOT::|l| BOOT::|e|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |IDPAM;+;3$;4| ...) ; compiling (DEFUN |IDPAM;*;Nni2$;5| ...) ; compiling (DEFUN |IDPAM;monomial;AS$;6| ...) ; compiling (DEFUN |IDPAM;map;M2$;7| ...) ; compiling (DEFUN |IDPAM;reductum;2$;8| ...) ; compiling (DEFUN |IDPAM;leadingCoefficient;$A;9| ...) ; compiling (DEFUN |IDPAM;opposite?;2$B;10| ...) ; file: /tmp/oa-3utstl/code.lsp ; in: DEFUN |IDPAM;opposite?;2$B;10| ; (DEFUN BOOT::|IDPAM;opposite?;2$B;10| (BOOT::|x| BOOT::|y| BOOT::$) ; (LET ((BOOT::|u| (BOOT::SPADCALL BOOT::|x| #)) ; (BOOT::|v| (BOOT::SPADCALL BOOT::|y| #))) ; (LOOP (COND (# #) (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IDPAM;opposite?;2$B;10| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|IDPAM;opposite?;2$B;10| ; (LET ((BOOT::|u| #) (BOOT::|v| #)) ; (LOOP (COND # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |IndexedDirectProductAbelianMonoid| ...) ; compiling (DEFUN |IndexedDirectProductAbelianMonoid;| ...) ; compiling (MAKEPROP (QUOTE |IndexedDirectProductAbelianMonoid|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 2 notes ; /tmp/oa-3utstl/code.fasl written ; compilation finished in 0:00:00.080 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/IDPAG.fasl --optimize=3 IDPAG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IDPAG.spad using Spad compiler. IDPAG abbreviates domain IndexedDirectProductAbelianGroup debug: compDefine1 lhs: (IndexedDirectProductAbelianGroup A S) signature (pre-evaluate): ((Join (AbelianGroup) (IndexedDirectProductCategory A S)) (AbelianGroup) (OrderedType)) debug: evaluateType form: (Join (AbelianGroup) (IndexedDirectProductCategory A S)) $param: (A S) debug: evaluateType form: (AbelianGroup) $param: (A S) Debug: evaluateType1 form: (AbelianGroup) debug: evaluateType form: (IndexedDirectProductCategory A S) $param: (A S) Debug: evaluateType1 form: (IndexedDirectProductCategory A S) debug: evaluateType1 x: A m: (BasicType) debug: evaluateType1 x: S m: (OrderedType) debug: evaluateType form: (AbelianGroup) $param: (A S) Debug: evaluateType1 form: (AbelianGroup) debug: evaluateType form: (OrderedType) $param: (A S) Debug: evaluateType1 form: (OrderedType) debug: compDefine1 signature (post evaluate): ((Join (AbelianGroup) (IndexedDirectProductCategory A S)) (AbelianGroup) (OrderedType)) debug: compDefine1 lhs: (IndexedDirectProductAbelianGroup A S) signature (pre-evaluate): ((Join (AbelianGroup) (IndexedDirectProductCategory A S)) NIL NIL) debug: evaluateType form: (Join (AbelianGroup) (IndexedDirectProductCategory A S)) $param: (A S) debug: evaluateType form: (AbelianGroup) $param: (A S) Debug: evaluateType1 form: (AbelianGroup) debug: evaluateType form: (IndexedDirectProductCategory A S) $param: (A S) Debug: evaluateType1 form: (IndexedDirectProductCategory A S) debug: evaluateType1 x: A m: (BasicType) debug: evaluateType1 x: S m: (OrderedType) debug: compDefine1 signature (post evaluate): ((Join (AbelianGroup) (IndexedDirectProductCategory A S)) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for IndexedDirectProductAbelianGroup compiling into /tmp/oa-GARVnG compiling exported - : % -> % Time: 0.02 SEC. compiling exported * : (Integer,%) -> % Time: 0.03 SEC. compiling local qsetrest! : (List IndexedProductTerm(A,S),List IndexedProductTerm(A,S)) -> List IndexedProductTerm(A,S) Time: 0.00 SEC. compiling exported - : (%,%) -> % Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] -: newcell has no value [2] -: res has no value Cumulative Statistics for Constructor IndexedDirectProductAbelianGroup Time: 0.08 seconds finalizing NRLIB IDPAG Processing IndexedDirectProductAbelianGroup for Browser database: -- constructor ; compiling file "/tmp/oa-GARVnG/code.lsp" (written 01 FEB 2016 10:54:18 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |IDPAG;-;2$;1| ...) ; compiling (DEFUN |IDPAG;*;I2$;2| ...) ; compiling (DEFUN |IDPAG;qsetrest!| ...) ; file: /tmp/oa-GARVnG/code.lsp ; in: DEFUN |IDPAG;qsetrest!| ; (DEFUN BOOT::|IDPAG;qsetrest!| (BOOT::|l| BOOT::|e| BOOT::$) ; (RPLACD BOOT::|l| BOOT::|e|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IDPAG;qsetrest!| ; (BOOT::|l| BOOT::|e| BOOT::$) ; (BLOCK BOOT::|IDPAG;qsetrest!| (RPLACD BOOT::|l| BOOT::|e|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |IDPAG;-;3$;4| ...) ; compiling (DEFUN |IndexedDirectProductAbelianGroup| ...) ; compiling (DEFUN |IndexedDirectProductAbelianGroup;| ...) ; compiling (MAKEPROP (QUOTE |IndexedDirectProductAbelianGroup|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; /tmp/oa-GARVnG/code.fasl written ; compilation finished in 0:00:00.054 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/FM.fasl --optimize=3 FM.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FM.spad using Spad compiler. FM abbreviates domain FreeModule debug: compDefine1 lhs: (FreeModule R S) signature (pre-evaluate): ((Join (BiModule R R) (IndexedDirectProductCategory R S) (CATEGORY package (IF (has R (CommutativeRing)) (ATTRIBUTE (Module R)) %noBranch))) (Ring) (OrderedType)) debug: evaluateType form: (Join (BiModule R R) (IndexedDirectProductCategory R S) (CATEGORY package (IF (has R (CommutativeRing)) (ATTRIBUTE (Module R)) %noBranch))) $param: (R S) debug: evaluateType form: (BiModule R R) $param: (R S) Debug: evaluateType1 form: (BiModule R R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (IndexedDirectProductCategory R S) $param: (R S) Debug: evaluateType1 form: (IndexedDirectProductCategory R S) debug: evaluateType1 x: R m: (BasicType) debug: evaluateType1 x: S m: (OrderedType) debug: evaluateType form: (CATEGORY package (IF (has R (CommutativeRing)) (ATTRIBUTE (Module R)) %noBranch)) $param: (R S) debug: evaluateType form: (Ring) $param: (R S) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (OrderedType) $param: (R S) Debug: evaluateType1 form: (OrderedType) debug: compDefine1 signature (post evaluate): ((Join (BiModule R R) (IndexedDirectProductCategory R S) (CATEGORY package (IF (has R (CommutativeRing)) (ATTRIBUTE (Module R)) %noBranch))) (Ring) (OrderedType)) debug: compDefine1 lhs: (FreeModule R S) signature (pre-evaluate): ((Join (BiModule R R) (IndexedDirectProductCategory R S) (CATEGORY package (IF (has R (CommutativeRing)) (ATTRIBUTE (Module R)) %noBranch))) NIL NIL) debug: evaluateType form: (Join (BiModule R R) (IndexedDirectProductCategory R S) (CATEGORY package (IF (has R (CommutativeRing)) (ATTRIBUTE (Module R)) %noBranch))) $param: (R S) debug: evaluateType form: (BiModule R R) $param: (R S) Debug: evaluateType1 form: (BiModule R R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (IndexedDirectProductCategory R S) $param: (R S) Debug: evaluateType1 form: (IndexedDirectProductCategory R S) debug: evaluateType1 x: R m: (BasicType) debug: evaluateType1 x: S m: (OrderedType) debug: evaluateType form: (CATEGORY package (IF (has R (CommutativeRing)) (ATTRIBUTE (Module R)) %noBranch)) $param: (R S) debug: compDefine1 signature (post evaluate): ((Join (BiModule R R) (IndexedDirectProductCategory R S) (CATEGORY package (IF (has R (CommutativeRing)) (ATTRIBUTE (Module R)) %noBranch))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FreeModule compiling into /tmp/oa-TY8SSW compiling exported * : (R,%) -> % Time: 0.04 SEC. compiling exported * : (R,%) -> % Time: 0.04 SEC. compiling exported * : (%,R) -> % Time: 0.02 SEC. compiling exported * : (%,R) -> % Time: 0.06 SEC. compiling exported coerce : % -> OutputForm Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] Rep differs from the base domain Cumulative Statistics for Constructor FreeModule Time: 0.20 seconds finalizing NRLIB FM Processing FreeModule for Browser database: -- constructor ; compiling file "/tmp/oa-TY8SSW/code.lsp" (written 01 FEB 2016 10:54:18 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FM;*;R2$;1| ...) ; file: /tmp/oa-TY8SSW/code.lsp ; in: DEFUN |FM;*;R2$;1| ; (DEFUN BOOT::|FM;*;R2$;1| (BOOT::|r| BOOT::|x| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|spadConstant| BOOT::$ 12)) ; ((BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 13)) BOOT::|x|) ; (T ; (LET (# #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FM;*;R2$;1| ; (BOOT::|r| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FM;*;R2$;1| ; (COND ((BOOT::SPADCALL BOOT::|r| #) (BOOT::|spadConstant| BOOT::$ 12)) ; ((BOOT::SPADCALL BOOT::|r| #) BOOT::|x|) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |FM;*;R2$;2| ...) ; file: /tmp/oa-TY8SSW/code.lsp ; in: DEFUN |FM;*;R2$;2| ; (DEFUN BOOT::|FM;*;R2$;2| (BOOT::|r| BOOT::|x| BOOT::$) ; (PROG (BOOT::|a|) (RETURN (COND (# #) (# BOOT::|x|) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FM;*;R2$;2| ; (BOOT::|r| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FM;*;R2$;2| (PROG (BOOT::|a|) (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |FM;*;$R$;3| ...) ; file: /tmp/oa-TY8SSW/code.lsp ; in: DEFUN |FM;*;$R$;3| ; (DEFUN BOOT::|FM;*;$R$;3| (BOOT::|x| BOOT::|r| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|spadConstant| BOOT::$ 12)) ; ((BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 13)) BOOT::|x|) ; (T ; (LET (# #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FM;*;$R$;3| ; (BOOT::|x| BOOT::|r| BOOT::$) ; (BLOCK BOOT::|FM;*;$R$;3| ; (COND ((BOOT::SPADCALL BOOT::|r| #) (BOOT::|spadConstant| BOOT::$ 12)) ; ((BOOT::SPADCALL BOOT::|r| #) BOOT::|x|) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |FM;*;$R$;4| ...) ; file: /tmp/oa-TY8SSW/code.lsp ; in: DEFUN |FM;*;$R$;4| ; (DEFUN BOOT::|FM;*;$R$;4| (BOOT::|x| BOOT::|r| BOOT::$) ; (PROG (BOOT::|a|) (RETURN (COND (# #) (# BOOT::|x|) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FM;*;$R$;4| ; (BOOT::|x| BOOT::|r| BOOT::$) ; (BLOCK BOOT::|FM;*;$R$;4| (PROG (BOOT::|a|) (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |FM;coerce;$Of;5| ...) ; compiling (DEFUN |FreeModule| ...) ; compiling (DEFUN |FreeModule;| ...) ; compiling (MAKEPROP (QUOTE |FreeModule|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 4 notes ; /tmp/oa-TY8SSW/code.fasl written ; compilation finished in 0:00:00.047 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/PR.fasl --optimize=3 PR.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PR.spad using Spad compiler. PR abbreviates domain PolynomialRing debug: compDefine1 lhs: (PolynomialRing R E) signature (pre-evaluate): ((Join (FiniteAbelianMonoidRing R E) (CATEGORY domain (IF (has R (IntegralDomain)) (IF (has E (CancellationAbelianMonoid)) (SIGNATURE fmecg ($ $ E R $)) %noBranch) %noBranch) (IF (has R (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonicalUnitNormal) %noBranch))) (Ring) (OrderedAbelianMonoid)) debug: evaluateType form: (Join (FiniteAbelianMonoidRing R E) (CATEGORY domain (IF (has R (IntegralDomain)) (IF (has E (CancellationAbelianMonoid)) (SIGNATURE fmecg ($ $ E R $)) %noBranch) %noBranch) (IF (has R (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonicalUnitNormal) %noBranch))) $param: (R E) debug: evaluateType form: (FiniteAbelianMonoidRing R E) $param: (R E) Debug: evaluateType1 form: (FiniteAbelianMonoidRing R E) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: E m: (OrderedAbelianMonoid) debug: evaluateType form: (CATEGORY domain (IF (has R (IntegralDomain)) (IF (has E (CancellationAbelianMonoid)) (SIGNATURE fmecg ($ $ E R $)) %noBranch) %noBranch) (IF (has R (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonicalUnitNormal) %noBranch)) $param: (R E) debug: evaluateType form: (Ring) $param: (R E) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (OrderedAbelianMonoid) $param: (R E) Debug: evaluateType1 form: (OrderedAbelianMonoid) debug: compDefine1 signature (post evaluate): ((Join (FiniteAbelianMonoidRing R E) (CATEGORY domain (IF (has R (IntegralDomain)) (IF (has E (CancellationAbelianMonoid)) (SIGNATURE fmecg ($ $ E R $)) %noBranch) %noBranch) (IF (has R (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonicalUnitNormal) %noBranch))) (Ring) (OrderedAbelianMonoid)) debug: compDefine1 lhs: (PolynomialRing R E) signature (pre-evaluate): ((Join (FiniteAbelianMonoidRing R E) (CATEGORY domain (IF (has R (IntegralDomain)) (IF (has E (CancellationAbelianMonoid)) (SIGNATURE fmecg ($ $ E R $)) %noBranch) %noBranch) (IF (has R (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonicalUnitNormal) %noBranch))) NIL NIL) debug: evaluateType form: (Join (FiniteAbelianMonoidRing R E) (CATEGORY domain (IF (has R (IntegralDomain)) (IF (has E (CancellationAbelianMonoid)) (SIGNATURE fmecg ($ $ E R $)) %noBranch) %noBranch) (IF (has R (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonicalUnitNormal) %noBranch))) $param: (R E) debug: evaluateType form: (FiniteAbelianMonoidRing R E) $param: (R E) Debug: evaluateType1 form: (FiniteAbelianMonoidRing R E) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: E m: (OrderedAbelianMonoid) debug: evaluateType form: (CATEGORY domain (IF (has R (IntegralDomain)) (IF (has E (CancellationAbelianMonoid)) (SIGNATURE fmecg ($ $ E R $)) %noBranch) %noBranch) (IF (has R (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonicalUnitNormal) %noBranch)) $param: (R E) debug: compDefine1 signature (post evaluate): ((Join (FiniteAbelianMonoidRing R E) (CATEGORY domain (IF (has R (IntegralDomain)) (IF (has E (CancellationAbelianMonoid)) (SIGNATURE fmecg ($ $ E R $)) %noBranch) %noBranch) (IF (has R (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonicalUnitNormal) %noBranch))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PolynomialRing compiling into /tmp/oa-ahoGAp compiling exported One : () -> % Time: 0.06 SEC. compiling exported characteristic : () -> NonNegativeInteger Time: 0 SEC. compiling exported numberOfMonomials : % -> NonNegativeInteger Time: 0 SEC. compiling exported degree : % -> E Time: 0.01 SEC. compiling exported minimumDegree : % -> E Time: 0.00 SEC. compiling exported leadingCoefficient : % -> R Time: 0.00 SEC. compiling exported leadingMonomial : % -> % Time: 0.01 SEC. compiling exported reductum : % -> % Time: 0.00 SEC. compiling exported retractIfCan : % -> Union(R,failed) Time: 0.02 SEC. compiling exported coefficient : (%,E) -> R Time: 0.02 SEC. compiling exported recip : % -> Union(%,failed) Time: 0.02 SEC. compiling exported coerce : R -> % Time: 0.02 SEC. compiling exported coerce : Integer -> % Time: 0.01 SEC. compiling exported ground? : % -> Boolean Time: 0.02 SEC. compiling local qsetrest! : (Rep,Rep) -> Rep Time: 0 SEC. compiling local termTimes : (R,E,Term) -> Term Time: 0.01 SEC. compiling local times : (R,E,%) -> % Time: 0.02 SEC. compiling local addm! : (Rep,R,E,Rep) -> Rep Time: 0.11 SEC. compiling exported pomopo! : (%,R,E,%) -> % Time: 0.02 SEC. compiling exported * : (%,%) -> % Time: 0.14 SEC. compiling exported ** : (%,PositiveInteger) -> % Time: 0 SEC. compiling exported ** : (%,NonNegativeInteger) -> % Time: 0.08 SEC. compiling exported unitNormal : % -> Record(unit: %,canonical: %,associate: %) Time: 0.02 SEC. compiling exported unitCanonical : % -> % Time: 0 SEC. compiling exported unitNormal : % -> Record(unit: %,canonical: %,associate: %) Time: 0.01 SEC. compiling exported unitCanonical : % -> % Time: 0.01 SEC. compiling exported associates? : (%,%) -> Boolean Time: 0.29 SEC. compiling exported exquo : (%,R) -> Union(%,failed) Time: 0.01 SEC. compiling exported fmecg : (%,E,R,%) -> % Time: 0.06 SEC. compiling exported exquo : (%,%) -> Union(%,failed) Time: 0.07 SEC. compiling exported exquo : (%,%) -> Union(%,failed) Time: 0.06 SEC. compiling exported / : (%,R) -> % Time: 0.01 SEC. (time taken in buildFunctor: 16) Time: 0.05 SEC. Warnings: [1] Rep differs from the base domain [2] addm!: newcell has no value [3] **: pretend NonNegativeInteger -- should replace by @ Cumulative Statistics for Constructor PolynomialRing Time: 1.17 seconds --------------non extending category---------------------- PolynomialRing(#1,#2) of category FiniteAbelianMonoidRing(#1,#2) with IF(has #1 (IntegralDomain)) (IF (has #2 (CancellationAbelianMonoid)) (SIGNATURE fmecg ($ $ #2 #1 $)) %noBranch) %noBranchIF(has #1 (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonicalUnitNormal)%noBranch has no IndexedDirectProductCategory(#1,#2) ---------------------------------------------------------- finalizing NRLIB PR Processing PolynomialRing for Browser database: -- fmecg : (%,E,R,%) -> % -- canonicalUnitNormal : () -> attribute -- constructor ; compiling file "/tmp/oa-ahoGAp/code.lsp" (written 01 FEB 2016 10:54:20 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PR;One;$;1| ...) ; compiling (DEFUN |PR;characteristic;Nni;2| ...) ; file: /tmp/oa-ahoGAp/code.lsp ; in: DEFUN |PR;characteristic;Nni;2| ; (DEFUN BOOT::|PR;characteristic;Nni;2| (BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 14)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PR;characteristic;Nni;2| ; (BOOT::$) ; (BLOCK BOOT::|PR;characteristic;Nni;2| (BOOT::|spadConstant| BOOT::$ 14))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |PR;numberOfMonomials;$Nni;3| ...) ; file: /tmp/oa-ahoGAp/code.lsp ; in: DEFUN |PR;numberOfMonomials;$Nni;3| ; (DEFUN BOOT::|PR;numberOfMonomials;$Nni;3| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 17))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PR;numberOfMonomials;$Nni;3| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|PR;numberOfMonomials;$Nni;3| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 17)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |PR;degree;$E;4| ...) ; compiling (DEFUN |PR;minimumDegree;$E;5| ...) ; compiling (DEFUN |PR;leadingCoefficient;$R;6| ...) ; compiling (DEFUN |PR;leadingMonomial;2$;7| ...) ; file: /tmp/oa-ahoGAp/code.lsp ; in: DEFUN |PR;leadingMonomial;2$;7| ; (DEFUN BOOT::|PR;leadingMonomial;2$;7| (BOOT::|p| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 20)) ; (BOOT::|spadConstant| BOOT::$ 28)) ; (T (LIST (BOOT::SPADCALL BOOT::|p| 'BOOT::|first| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PR;leadingMonomial;2$;7| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|PR;leadingMonomial;2$;7| ; (COND ((BOOT::SPADCALL BOOT::|p| #) (BOOT::|spadConstant| BOOT::$ 28)) ; (T (LIST #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PR;reductum;2$;8| ...) ; file: /tmp/oa-ahoGAp/code.lsp ; in: DEFUN |PR;reductum;2$;8| ; (DEFUN BOOT::|PR;reductum;2$;8| (BOOT::|p| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 20)) BOOT::|p|) ; (T ; (BOOT::SPADCALL BOOT::|p| 'BOOT::|rest| ; (BOOT::|shellEntry| BOOT::$ 31))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PR;reductum;2$;8| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|PR;reductum;2$;8| ; (COND ((BOOT::SPADCALL BOOT::|p| #) BOOT::|p|) ; (T (BOOT::SPADCALL BOOT::|p| 'BOOT::|rest| #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PR;retractIfCan;$U;9| ...) ; compiling (DEFUN |PR;coefficient;$ER;10| ...) ; compiling (DEFUN |PR;recip;$U;11| ...) ; compiling (DEFUN |PR;coerce;R$;12| ...) ; file: /tmp/oa-ahoGAp/code.lsp ; in: DEFUN |PR;coerce;R$;12| ; (DEFUN BOOT::|PR;coerce;R$;12| (BOOT::|r| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 44)) ; (BOOT::|spadConstant| BOOT::$ 28)) ; (T (LIST (CONS # BOOT::|r|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PR;coerce;R$;12| ; (BOOT::|r| BOOT::$) ; (BLOCK BOOT::|PR;coerce;R$;12| ; (COND ((BOOT::SPADCALL BOOT::|r| #) (BOOT::|spadConstant| BOOT::$ 28)) ; (T (LIST #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PR;coerce;I$;13| ...) ; compiling (DEFUN |PR;ground?;$B;14| ...) ; file: /tmp/oa-ahoGAp/code.lsp ; in: DEFUN |PR;ground?;$B;14| ; (DEFUN BOOT::|PR;ground?;$B;14| (BOOT::|p| BOOT::$) ; (COND ((BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 48)) T) ; ((BOOT::SPADCALL (BOOT::SPADCALL BOOT::|p| #) ; (BOOT::|shellEntry| BOOT::$ 48)) ; (BOOT::SPADCALL (BOOT::|PR;degree;$E;4| BOOT::|p| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 33))) ; (T NIL))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PR;ground?;$B;14| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|PR;ground?;$B;14| ; (COND ((BOOT::SPADCALL BOOT::|p| #) T) ; ((BOOT::SPADCALL # #) (BOOT::SPADCALL # #)) (T NIL)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |PR;qsetrest!| ...) ; file: /tmp/oa-ahoGAp/code.lsp ; in: DEFUN |PR;qsetrest!| ; (DEFUN BOOT::|PR;qsetrest!| (BOOT::|l| BOOT::|e| BOOT::$) ; (RPLACD BOOT::|l| BOOT::|e|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PR;qsetrest!| ; (BOOT::|l| BOOT::|e| BOOT::$) ; (BLOCK BOOT::|PR;qsetrest!| (RPLACD BOOT::|l| BOOT::|e|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PR;termTimes| ...) ; compiling (DEFUN |PR;times| ...) ; file: /tmp/oa-ahoGAp/code.lsp ; in: DEFUN |PR;times| ; (DEFUN BOOT::|PR;times| (BOOT::|tco| BOOT::|tex| BOOT::|rx| BOOT::$) ; (PROG (BOOT::|r|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PR;times| ; (BOOT::|tco| BOOT::|tex| BOOT::|rx| BOOT::$) ; (BLOCK BOOT::|PR;times| (PROG (BOOT::|r|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PR;times!0| ...) ; compiling (DEFUN |PR;addm!| ...) ; file: /tmp/oa-ahoGAp/code.lsp ; in: DEFUN |PR;addm!| ; (LET ((BOOT::|res| NIL) ; (BOOT::|newcell| NIL) ; (BOOT::|endcell| NIL) ; (BOOT::|spare| NIL)) ; (BOOT::SEQ (SETQ BOOT::|res| (BOOT::SPADCALL #)) ; (SETQ BOOT::|endcell| (BOOT::SPADCALL #)) ; (LOOP (COND (# #) (T #))) ; (COND ((BOOT::SPADCALL BOOT::|p1| #) (SETQ #)) (T (SETQ #))) ; (BOOT::EXIT (COND (# BOOT::|newcell|) (T #))))) ; ; caught STYLE-WARNING: ; The variable |spare| is defined but never used. ; compiling (DEFUN |PR;pomopo!;$RE2$;19| ...) ; file: /tmp/oa-ahoGAp/code.lsp ; in: DEFUN |PR;pomopo!;$RE2$;19| ; (DEFUN BOOT::|PR;pomopo!;$RE2$;19| ; (BOOT::|p1| BOOT::|r| BOOT::|e| BOOT::|p2| BOOT::$) ; (BOOT::|PR;addm!| BOOT::|p1| BOOT::|r| BOOT::|e| BOOT::|p2| BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PR;pomopo!;$RE2$;19| ; (BOOT::|p1| BOOT::|r| BOOT::|e| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|PR;pomopo!;$RE2$;19| ; (BOOT::|PR;addm!| BOOT::|p1| BOOT::|r| BOOT::|e| BOOT::|p2| BOOT::$))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PR;*;3$;20| ...) ; file: /tmp/oa-ahoGAp/code.lsp ; in: DEFUN |PR;*;3$;20| ; (DEFUN BOOT::|PR;*;3$;20| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (PROG (BOOT::|res| BOOT::|yy|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PR;*;3$;20| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|PR;*;3$;20| ; (PROG (BOOT::|res| BOOT::|yy|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PR;**;$Pi$;21| ...) ; file: /tmp/oa-ahoGAp/code.lsp ; in: DEFUN |PR;**;$Pi$;21| ; (DEFUN BOOT::|PR;**;$Pi$;21| (BOOT::|p| BOOT::|np| BOOT::$) ; (BOOT::SPADCALL BOOT::|p| BOOT::|np| (BOOT::|shellEntry| BOOT::$ 69))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PR;**;$Pi$;21| ; (BOOT::|p| BOOT::|np| BOOT::$) ; (BLOCK BOOT::|PR;**;$Pi$;21| ; (BOOT::SPADCALL BOOT::|p| BOOT::|np| (BOOT::|shellEntry| BOOT::$ 69)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PR;**;$Nni$;22| ...) ; file: /tmp/oa-ahoGAp/code.lsp ; in: DEFUN |PR;**;$Nni$;22| ; (DEFUN BOOT::|PR;**;$Nni$;22| (BOOT::|p| BOOT::|nn| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 20)) ; (BOOT::|spadConstant| BOOT::$ 28)) ; ((BOOT::SPADCALL BOOT::|nn| (BOOT::|shellEntry| BOOT::$ 72)) ; (BOOT::|spadConstant| BOOT::$ 12)) ; ((BOOT::SPADCALL BOOT::|nn| (BOOT::|shellEntry| BOOT::$ 73)) BOOT::|p|) ; ((BOOT::SPADCALL (BOOT::SPADCALL BOOT::|p| 'BOOT::|rest| #) ; (BOOT::|shellEntry| BOOT::$ 48)) ; (LET (#) ; (COND # #))) ; (T ; (BOOT::SPADCALL (LIST #) (BOOT::SPADCALL BOOT::|p| 'BOOT::|rest| #) ; BOOT::|nn| (BOOT::|shellEntry| BOOT::$ 76))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PR;**;$Nni$;22| ; (BOOT::|p| BOOT::|nn| BOOT::$) ; (BLOCK BOOT::|PR;**;$Nni$;22| ; (COND ((BOOT::SPADCALL BOOT::|p| #) (BOOT::|spadConstant| BOOT::$ 28)) ; ((BOOT::SPADCALL BOOT::|nn| #) (BOOT::|spadConstant| BOOT::$ 12)) ; ((BOOT::SPADCALL BOOT::|nn| #) BOOT::|p|) ; ((BOOT::SPADCALL # #) ; (LET # ; #)) ; (T (BOOT::SPADCALL # # BOOT::|nn| #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PR;unitNormal;$R;23| ...) ; compiling (DEFUN |PR;unitCanonical;2$;24| ...) ; file: /tmp/oa-ahoGAp/code.lsp ; in: DEFUN |PR;unitCanonical;2$;24| ; (DEFUN BOOT::|PR;unitCanonical;2$;24| (BOOT::|p| BOOT::$) ; (PROG (BOOT::|a|) (RETURN (COND (# BOOT::|p|) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PR;unitCanonical;2$;24| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|PR;unitCanonical;2$;24| ; (PROG (BOOT::|a|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PR;unitNormal;$R;25| ...) ; compiling (DEFUN |PR;unitCanonical;2$;26| ...) ; file: /tmp/oa-ahoGAp/code.lsp ; in: DEFUN |PR;unitCanonical;2$;26| ; (LET* ((BOOT::|#G57| ; (BOOT::SPADCALL (CDR #) (BOOT::|shellEntry| BOOT::$ 82))) ; (BOOT::|u| (SVREF BOOT::|#G57| 0)) ; (BOOT::|cf| (SVREF BOOT::|#G57| 1)) ; (BOOT::|a| (SVREF BOOT::|#G57| 2))) ; (BOOT::SPADCALL ; (CONS (CAR (BOOT::SPADCALL BOOT::|p| 'BOOT::|first| #)) BOOT::|cf|) ; (BOOT::SPADCALL BOOT::|a| ; (BOOT::SPADCALL BOOT::|p| 'BOOT::|rest| ; (BOOT::|shellEntry| BOOT::$ 31)) ; (BOOT::|shellEntry| BOOT::$ 65)) ; (BOOT::|shellEntry| BOOT::$ 63))) ; ; caught STYLE-WARNING: ; The variable |u| is defined but never used. ; (DEFUN BOOT::|PR;unitCanonical;2$;26| (BOOT::|p| BOOT::$) ; (COND ((OR (BOOT::SPADCALL BOOT::|p| #) (BOOT::SPADCALL # # #)) BOOT::|p|) ; (T ; (LET* (# # # #) ; (BOOT::SPADCALL # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PR;unitCanonical;2$;26| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|PR;unitCanonical;2$;26| ; (COND ((OR # #) BOOT::|p|) ; (T ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PR;associates?;2$B;27| ...) ; file: /tmp/oa-ahoGAp/code.lsp ; in: DEFUN |PR;associates?;2$B;27| ; (DEFUN BOOT::|PR;associates?;2$B;27| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|p1| (BOOT::|shellEntry| BOOT::$ 20)) ; (BOOT::SPADCALL BOOT::|p2| (BOOT::|shellEntry| BOOT::$ 20))) ; ((BOOT::SPADCALL BOOT::|p2| (BOOT::|shellEntry| BOOT::$ 20)) NIL) ; ((BOOT::SPADCALL (CAR #) (CAR #) (BOOT::|shellEntry| BOOT::$ 36)) ; (AND (BOOT::SPADCALL # # #) (BOOT::SPADCALL # # #))) ; (T NIL))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PR;associates?;2$B;27| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|PR;associates?;2$B;27| ; (COND ((BOOT::SPADCALL BOOT::|p1| #) (BOOT::SPADCALL BOOT::|p2| #)) ; ((BOOT::SPADCALL BOOT::|p2| #) NIL) ; ((BOOT::SPADCALL # # #) (AND # #)) (T NIL)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |PR;exquo;$RU;28| ...) ; compiling (DEFUN |PR;fmecg;$ER2$;29| ...) ; file: /tmp/oa-ahoGAp/code.lsp ; in: DEFUN |PR;fmecg;$ER2$;29| ; (DEFUN BOOT::|PR;fmecg;$ER2$;29| ; (BOOT::|p1| BOOT::|e| BOOT::|r| BOOT::|p2| BOOT::$) ; (PROG (BOOT::|u| BOOT::|c2| BOOT::|e2|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PR;fmecg;$ER2$;29| ; (BOOT::|p1| BOOT::|e| BOOT::|r| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|PR;fmecg;$ER2$;29| ; (PROG (BOOT::|u| BOOT::|c2| BOOT::|e2|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |p1| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |PR;exquo;2$U;30| ...) ; file: /tmp/oa-ahoGAp/code.lsp ; in: DEFUN |PR;exquo;2$U;30| ; (DEFUN BOOT::|PR;exquo;2$U;30| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (PROG (BOOT::|ee| BOOT::|a|) (RETURN (COND (# #) (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PR;exquo;2$U;30| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|PR;exquo;2$U;30| ; (PROG (BOOT::|ee| BOOT::|a|) (RETURN (COND # # # #))))) ; ; note: Assignment to argument: |p1| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |PR;exquo;2$U;31| ...) ; file: /tmp/oa-ahoGAp/code.lsp ; in: DEFUN |PR;exquo;2$U;31| ; (DEFUN BOOT::|PR;exquo;2$U;31| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (PROG (BOOT::|ee| BOOT::|a|) (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PR;exquo;2$U;31| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|PR;exquo;2$U;31| ; (PROG (BOOT::|ee| BOOT::|a|) (RETURN (COND # # #))))) ; ; note: Assignment to argument: |p1| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |PR;/;$R$;32| ...) ; file: /tmp/oa-ahoGAp/code.lsp ; in: DEFUN |PR;/;$R$;32| ; (DEFUN BOOT::|PR;/;$R$;32| (BOOT::|x| BOOT::|r| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 78)) ; BOOT::|x| (BOOT::|shellEntry| BOOT::$ 65))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PR;/;$R$;32| ; (BOOT::|x| BOOT::|r| BOOT::$) ; (BLOCK BOOT::|PR;/;$R$;32| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 78)) BOOT::|x| ; (BOOT::|shellEntry| BOOT::$ 65)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PolynomialRing| ...) ; compiling (DEFUN |PolynomialRing;| ...) ; compiling (MAKEPROP (QUOTE |PolynomialRing|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; printed 20 notes ; /tmp/oa-ahoGAp/code.fasl written ; compilation finished in 0:00:00.164 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/FPC.fasl --optimize=3 FPC.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FPC.spad using Spad compiler. FPC abbreviates category FieldOfPrimeCharacteristic debug: compDefine1 lhs: (FieldOfPrimeCharacteristic) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for FieldOfPrimeCharacteristic compiling into /tmp/oa-JBjRFO STYLE-WARNING: redefining BOOT::|FieldOfPrimeCharacteristic| in DEFUN Time: 0.01 SEC. FPC- abbreviates package FieldOfPrimeCharacteristic& ------------------------------------------------------------------------ initializing stationary directory for FieldOfPrimeCharacteristic& compiling into /tmp/oa-YjCOM1 compiling exported primeFrobenius : S -> S Time: 0.03 SEC. compiling exported primeFrobenius : (S,NonNegativeInteger) -> S Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor FieldOfPrimeCharacteristic& Time: 0.04 seconds finalizing NRLIB FPC- ; compiling file "/tmp/oa-YjCOM1/code.lsp" (written 01 FEB 2016 10:54:20 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FPC-;primeFrobenius;2$;1| ...) ; compiling (DEFUN |FPC-;primeFrobenius;$Nni$;2| ...) ; compiling (DEFUN |FieldOfPrimeCharacteristic&| ...) ; compiling (MAKEPROP (QUOTE |FieldOfPrimeCharacteristic&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-YjCOM1/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ finalizing NRLIB FPC Processing FieldOfPrimeCharacteristic for Browser database: -- order : % -> OnePointCompletion PositiveInteger -- discreteLog : (%,%) -> Union(NonNegativeInteger,"failed") -- primeFrobenius : % -> % -- primeFrobenius : (%,NonNegativeInteger) -> % -- constructor ; compiling file "/tmp/oa-JBjRFO/code.lsp" (written 01 FEB 2016 10:54:20 PM): ; compiling (DEFPARAMETER |FieldOfPrimeCharacteristic;AL| ...) ; compiling (DEFUN |FieldOfPrimeCharacteristic;| ...) ; compiling (DEFUN |FieldOfPrimeCharacteristic| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-JBjRFO/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/BGAGG.fasl --bootstrap BGAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/BGAGG.spad using Spad compiler. BGAGG abbreviates category BagAggregate ------------------------------------------------------------------------ initializing stationary directory for BagAggregate compiling into /tmp/oa-hE4KH3 STYLE-WARNING: redefining BOOT::|BagAggregate| in DEFUN Time: 0.01 SEC. finalizing NRLIB BGAGG ; compiling file "/tmp/oa-hE4KH3/code.lsp" (written 01 FEB 2016 10:54:20 PM): ; compiling (DEFPARAMETER |BagAggregate;AL| ...) ; compiling (DEFUN |BagAggregate;| ...) ; compiling (DEFUN |BagAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-hE4KH3/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/DIOPS.fasl --bootstrap DIOPS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DIOPS.spad using Spad compiler. DIOPS abbreviates category DictionaryOperations ------------------------------------------------------------------------ initializing stationary directory for DictionaryOperations compiling into /tmp/oa-a62PK9 STYLE-WARNING: redefining BOOT::|DictionaryOperations| in DEFUN Time: 0.01 SEC. finalizing NRLIB DIOPS ; compiling file "/tmp/oa-a62PK9/code.lsp" (written 01 FEB 2016 10:54:20 PM): ; compiling (DEFPARAMETER |DictionaryOperations;AL| ...) ; compiling (DEFUN |DictionaryOperations;| ...) ; compiling (DEFUN |DictionaryOperations| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-a62PK9/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/DIAGG.fasl --bootstrap DIAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DIAGG.spad using Spad compiler. DIAGG abbreviates category Dictionary ------------------------------------------------------------------------ initializing stationary directory for Dictionary compiling into /tmp/oa-jzLpek STYLE-WARNING: redefining BOOT::|Dictionary| in DEFUN Time: 0.01 SEC. finalizing NRLIB DIAGG ; compiling file "/tmp/oa-jzLpek/code.lsp" (written 01 FEB 2016 10:54:20 PM): ; compiling (DEFPARAMETER |Dictionary;AL| ...) ; compiling (DEFUN |Dictionary;| ...) ; compiling (DEFUN |Dictionary| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-jzLpek/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/KDAGG.fasl --bootstrap KDAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/KDAGG.spad using Spad compiler. KDAGG abbreviates category KeyedDictionary ------------------------------------------------------------------------ initializing stationary directory for KeyedDictionary compiling into /tmp/oa-ZGoebs STYLE-WARNING: redefining BOOT::|KeyedDictionary| in DEFUN Time: 0.01 SEC. finalizing NRLIB KDAGG ; compiling file "/tmp/oa-ZGoebs/code.lsp" (written 01 FEB 2016 10:54:20 PM): ; compiling (DEFPARAMETER |KeyedDictionary;AL| ...) ; compiling (DEFUN |KeyedDictionary;| ...) ; compiling (DEFUN |KeyedDictionary| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-ZGoebs/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/TBAGG.fasl --bootstrap TBAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TBAGG.spad using Spad compiler. TBAGG abbreviates category TableAggregate ------------------------------------------------------------------------ initializing stationary directory for TableAggregate compiling into /tmp/oa-38gHfp STYLE-WARNING: redefining BOOT::|TableAggregate| in DEFUN Time: 0.01 SEC. finalizing NRLIB TBAGG ; compiling file "/tmp/oa-38gHfp/code.lsp" (written 01 FEB 2016 10:54:21 PM): ; compiling (DEFPARAMETER |TableAggregate;AL| ...) ; compiling (DEFUN |TableAggregate;| ...) ; compiling (DEFUN |TableAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-38gHfp/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/INTABL.fasl --bootstrap INTABL.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INTABL.spad using Spad compiler. INTABL abbreviates domain InnerTable ------------------------------------------------------------------------ initializing stationary directory for InnerTable compiling into /tmp/oa-3xw9Xy Time: 0.02 SEC. Cumulative Statistics for Constructor InnerTable Time: 0.02 seconds finalizing NRLIB INTABL ; compiling file "/tmp/oa-3xw9Xy/code.lsp" (written 01 FEB 2016 10:54:21 PM): ; compiling (DEFUN |InnerTable| ...) ; compiling (DEFUN |InnerTable;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-3xw9Xy/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/TABLE.fasl --bootstrap TABLE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TABLE.spad using Spad compiler. TABLE abbreviates domain Table ------------------------------------------------------------------------ initializing stationary directory for Table compiling into /tmp/oa-zja0sK Time: 0.02 SEC. Cumulative Statistics for Constructor Table Time: 0.02 seconds finalizing NRLIB TABLE ; compiling file "/tmp/oa-zja0sK/code.lsp" (written 01 FEB 2016 10:54:21 PM): ; compiling (DEFUN |Table| ...) ; compiling (DEFUN |Table;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-zja0sK/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/ONECOMP.fasl --bootstrap ONECOMP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ONECOMP.spad using Spad compiler. ONECOMP abbreviates domain OnePointCompletion ------------------------------------------------------------------------ initializing stationary directory for OnePointCompletion compiling into /tmp/oa-lnLz7S Time: 0.02 SEC. Cumulative Statistics for Constructor OnePointCompletion Time: 0.02 seconds finalizing NRLIB ONECOMP ; compiling file "/tmp/oa-lnLz7S/code.lsp" (written 01 FEB 2016 10:54:21 PM): ; compiling (DEFUN |OnePointCompletion| ...) ; compiling (DEFUN |OnePointCompletion;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-lnLz7S/code.fasl written ; compilation finished in 0:00:00.018 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/DLP.fasl --bootstrap DLP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DLP.spad using Spad compiler. DLP abbreviates package DiscreteLogarithmPackage ------------------------------------------------------------------------ initializing stationary directory for DiscreteLogarithmPackage compiling into /tmp/oa-edQK62 Time: 0.00 SEC. Cumulative Statistics for Constructor DiscreteLogarithmPackage Time: 0.00 seconds finalizing NRLIB DLP ; compiling file "/tmp/oa-edQK62/code.lsp" (written 01 FEB 2016 10:54:21 PM): ; compiling (DEFUN |DiscreteLogarithmPackage| ...) ; compiling (DEFUN |DiscreteLogarithmPackage;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-edQK62/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/FPC.fasl --bootstrap FPC.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FPC.spad using Spad compiler. FPC abbreviates category FieldOfPrimeCharacteristic ------------------------------------------------------------------------ initializing stationary directory for FieldOfPrimeCharacteristic compiling into /tmp/oa-IX52d7 STYLE-WARNING: redefining BOOT::|FieldOfPrimeCharacteristic| in DEFUN Time: 0.00 SEC. finalizing NRLIB FPC ; compiling file "/tmp/oa-IX52d7/code.lsp" (written 01 FEB 2016 10:54:21 PM): ; compiling (DEFPARAMETER |FieldOfPrimeCharacteristic;AL| ...) ; compiling (DEFUN |FieldOfPrimeCharacteristic;| ...) ; compiling (DEFUN |FieldOfPrimeCharacteristic| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-IX52d7/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/FFIELDC.fasl --bootstrap FFIELDC.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FFIELDC.spad using Spad compiler. FFIELDC abbreviates category FiniteFieldCategory ------------------------------------------------------------------------ initializing stationary directory for FiniteFieldCategory compiling into /tmp/oa-BGpo9i STYLE-WARNING: redefining BOOT::|FiniteFieldCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB FFIELDC ; compiling file "/tmp/oa-BGpo9i/code.lsp" (written 01 FEB 2016 10:54:21 PM): ; compiling (DEFPARAMETER |FiniteFieldCategory;AL| ...) ; compiling (DEFUN |FiniteFieldCategory;| ...) ; compiling (DEFUN |FiniteFieldCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-BGpo9i/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/DDFACT.fasl --bootstrap DDFACT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DDFACT.spad using Spad compiler. DDFACT abbreviates package DistinctDegreeFactorize ------------------------------------------------------------------------ initializing stationary directory for DistinctDegreeFactorize compiling into /tmp/oa-62GPfw Time: 0.06 SEC. Cumulative Statistics for Constructor DistinctDegreeFactorize Time: 0.06 seconds finalizing NRLIB DDFACT ; compiling file "/tmp/oa-62GPfw/code.lsp" (written 01 FEB 2016 10:54:21 PM): ; compiling (DEFUN |DistinctDegreeFactorize| ...) ; compiling (DEFUN |DistinctDegreeFactorize;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-62GPfw/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/FFIELDC.fasl --optimize=3 FFIELDC.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FFIELDC.spad using Spad compiler. FFIELDC abbreviates category FiniteFieldCategory debug: compDefine1 lhs: (FiniteFieldCategory) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for FiniteFieldCategory compiling into /tmp/oa-ggqE5w STYLE-WARNING: redefining BOOT::|FiniteFieldCategory| in DEFUN Time: 0.01 SEC. FFIELDC- abbreviates package FiniteFieldCategory& ------------------------------------------------------------------------ initializing stationary directory for FiniteFieldCategory& compiling into /tmp/oa-FiZZzO compiling exported differentiate : S -> S Time: 0.02 SEC. compiling exported init : () -> S Time: 0 SEC. compiling exported nextItem : S -> Maybe S Time: 0.00 SEC. compiling exported order : S -> OnePointCompletion PositiveInteger Time: 0.00 SEC. compiling exported conditionP : Matrix S -> Union(Vector S,failed) Time: 0.02 SEC. compiling exported charthRoot : S -> S Time: 0.00 SEC. compiling exported charthRoot : S -> Maybe S Time: 0.00 SEC. compiling exported createPrimitiveElement : () -> S Time: 0.00 SEC. compiling exported primitive? : S -> Boolean Time: 0.02 SEC. compiling exported order : S -> PositiveInteger Time: 0.02 SEC. compiling exported discreteLog : S -> NonNegativeInteger Time: 0.06 SEC. compiling exported discreteLog : (S,S) -> Union(NonNegativeInteger,failed) Time: 0.06 SEC. compiling local squareFreePolynomial : SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S Time: 0.04 SEC. compiling local factorPolynomial : SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S Time: 0.01 SEC. compiling local factorSquareFreePolynomial : SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S Time: 0.02 SEC. compiling exported gcdPolynomial : (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] conditionP: not known that Ring is of mode CATEGORY(package,order: S -> PositiveInteger,discreteLog: S -> NonNegativeInteger,primitive?: S -> Boolean,createPrimitiveElement: () -> S,conditionP: Matrix S -> Union(Vector S,"failed"),charthRoot: S -> S,differentiate: (S,NonNegativeInteger) -> S,differentiate: S -> S,init: () -> S,nextItem: S -> Maybe S,discreteLog: (S,S) -> Union(NonNegativeInteger,"failed"),order: S -> OnePointCompletion PositiveInteger,charthRoot: S -> Maybe S,gcdPolynomial: (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S) [2] createPrimitiveElement: e has no value [3] discreteLog: factors has no value [4] discreteLog: not known that IntegralDomain is of mode CATEGORY(package,order: S -> PositiveInteger,discreteLog: S -> NonNegativeInteger,primitive?: S -> Boolean,createPrimitiveElement: () -> S,conditionP: Matrix S -> Union(Vector S,"failed"),charthRoot: S -> S,differentiate: (S,NonNegativeInteger) -> S,differentiate: S -> S,init: () -> S,nextItem: S -> Maybe S,discreteLog: (S,S) -> Union(NonNegativeInteger,"failed"),order: S -> OnePointCompletion PositiveInteger,charthRoot: S -> Maybe S,gcdPolynomial: (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S) [5] gcdPolynomial: not known that Ring is of mode CATEGORY(package,order: S -> PositiveInteger,discreteLog: S -> NonNegativeInteger,primitive?: S -> Boolean,createPrimitiveElement: () -> S,conditionP: Matrix S -> Union(Vector S,"failed"),charthRoot: S -> S,differentiate: (S,NonNegativeInteger) -> S,differentiate: S -> S,init: () -> S,nextItem: S -> Maybe S,discreteLog: (S,S) -> Union(NonNegativeInteger,"failed"),order: S -> OnePointCompletion PositiveInteger,charthRoot: S -> Maybe S,gcdPolynomial: (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S) Cumulative Statistics for Constructor FiniteFieldCategory& Time: 0.30 seconds finalizing NRLIB FFIELDC- ; compiling file "/tmp/oa-FiZZzO/code.lsp" (written 01 FEB 2016 10:54:22 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FFIELDC-;differentiate;2$;1| ...) ; file: /tmp/oa-FiZZzO/code.lsp ; in: DEFUN |FFIELDC-;differentiate;2$;1| ; (DEFUN BOOT::|FFIELDC-;differentiate;2$;1| (BOOT::|x| BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 7)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFIELDC-;differentiate;2$;1| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FFIELDC-;differentiate;2$;1| ; (BOOT::|spadConstant| BOOT::$ 7))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |FFIELDC-;init;$;2| ...) ; compiling (DEFUN |FFIELDC-;nextItem;$M;3| ...) ; compiling (DEFUN |FFIELDC-;order;$Opc;4| ...) ; compiling (DEFUN |FFIELDC-;conditionP;MU;5| ...) ; compiling (DEFUN |FFIELDC-;charthRoot;2$;6| ...) ; compiling (DEFUN |FFIELDC-;charthRoot;$M;7| ...) ; compiling (DEFUN |FFIELDC-;createPrimitiveElement;$;8| ...) ; compiling (DEFUN |FFIELDC-;primitive?;$B;9| ...) ; compiling (DEFUN |FFIELDC-;order;$Pi;10| ...) ; file: /tmp/oa-FiZZzO/code.lsp ; in: DEFUN |FFIELDC-;order;$Pi;10| ; (DEFUN BOOT::|FFIELDC-;order;$Pi;10| (BOOT::|e| BOOT::$) ; (PROG (BOOT::|goon| BOOT::|a| BOOT::|primeDivisor|) ; (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFIELDC-;order;$Pi;10| ; (BOOT::|e| BOOT::$) ; (BLOCK BOOT::|FFIELDC-;order;$Pi;10| ; (PROG (BOOT::|goon| BOOT::|a| BOOT::|primeDivisor|) ; (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES (INTEGER 1) &REST T). ; compiling (DEFUN |FFIELDC-;discreteLog;$Nni;11| ...) ; file: /tmp/oa-FiZZzO/code.lsp ; in: DEFUN |FFIELDC-;discreteLog;$Nni;11| ; (DEFUN BOOT::|FFIELDC-;discreteLog;$Nni;11| (BOOT::|b| BOOT::$) ; (PROG (BOOT::|exp| BOOT::|groupord| BOOT::|mult| BOOT::|disclog| ; BOOT::|fac| BOOT::|disc1| BOOT::|found| BOOT::|end| BOOT::|c| ; BOOT::|n| BOOT::|exptable| BOOT::|rho|) ; (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFIELDC-;discreteLog;$Nni;11| ; (BOOT::|b| BOOT::$) ; (BLOCK BOOT::|FFIELDC-;discreteLog;$Nni;11| ; (PROG (BOOT::|exp| BOOT::|groupord| BOOT::|mult| BOOT::|disclog| ; BOOT::|fac| BOOT::|disc1| BOOT::|found| BOOT::|end| BOOT::|c| ; BOOT::|n| BOOT::|exptable| BOOT::|rho|) ; (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |FFIELDC-;discreteLog;2$U;12| ...) ; compiling (DEFUN |FFIELDC-;squareFreePolynomial| ...) ; compiling (DEFUN |FFIELDC-;factorPolynomial| ...) ; compiling (DEFUN |FFIELDC-;factorSquareFreePolynomial| ...) ; compiling (DEFUN |FFIELDC-;gcdPolynomial;3Sup;16| ...) ; compiling (DEFUN |FiniteFieldCategory&| ...) ; compiling (MAKEPROP (QUOTE |FiniteFieldCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 2 notes ; /tmp/oa-FiZZzO/code.fasl written ; compilation finished in 0:00:00.114 ------------------------------------------------------------------------ finalizing NRLIB FFIELDC Processing FiniteFieldCategory for Browser database: -- charthRoot : % -> % -- conditionP : Matrix % -> Union(Vector %,"failed") -- factorsOfCyclicGroupSize : () -> List Record(factor: Integer,exponent: Integer) -- tableForDiscreteLogarithm : Integer -> Table(PositiveInteger,NonNegativeInteger) -- createPrimitiveElement : () -> % -- primitiveElement : () -> % -- primitive? : % -> Boolean -- discreteLog : % -> NonNegativeInteger -- order : % -> PositiveInteger -- representationType : () -> Union("prime","polynomial","normal","cyclic") -- constructor ; compiling file "/tmp/oa-ggqE5w/code.lsp" (written 01 FEB 2016 10:54:22 PM): ; compiling (DEFPARAMETER |FiniteFieldCategory;AL| ...) ; compiling (DEFUN |FiniteFieldCategory;| ...) ; compiling (DEFUN |FiniteFieldCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-ggqE5w/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/UPMP.fasl --bootstrap UPMP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UPMP.spad using Spad compiler. UPMP abbreviates package UnivariatePolynomialMultiplicationPackage ------------------------------------------------------------------------ initializing stationary directory for UnivariatePolynomialMultiplicationPackage compiling into /tmp/oa-Iiz2Eb Time: 0.05 SEC. Cumulative Statistics for Constructor UnivariatePolynomialMultiplicationPackage Time: 0.05 seconds finalizing NRLIB UPMP ; compiling file "/tmp/oa-Iiz2Eb/code.lsp" (written 01 FEB 2016 10:54:22 PM): ; compiling (DEFUN |UnivariatePolynomialMultiplicationPackage| ...) ; compiling (DEFUN |UnivariatePolynomialMultiplicationPackage;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-Iiz2Eb/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/TWOFACT.fasl --bootstrap TWOFACT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TWOFACT.spad using Spad compiler. TWOFACT abbreviates package TwoFactorize ------------------------------------------------------------------------ initializing stationary directory for TwoFactorize compiling into /tmp/oa-PIKaUn Time: 0.02 SEC. Cumulative Statistics for Constructor TwoFactorize Time: 0.02 seconds finalizing NRLIB TWOFACT ; compiling file "/tmp/oa-PIKaUn/code.lsp" (written 01 FEB 2016 10:54:22 PM): ; compiling (DEFUN |TwoFactorize| ...) ; compiling (DEFUN |TwoFactorize;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-PIKaUn/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/FFSLPE.fasl --bootstrap FFSLPE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FFSLPE.spad using Spad compiler. FFSLPE abbreviates package FiniteFieldSolveLinearPolynomialEquation ------------------------------------------------------------------------ initializing stationary directory for FiniteFieldSolveLinearPolynomialEquation compiling into /tmp/oa-xTPAcy Time: 0.08 SEC. Cumulative Statistics for Constructor FiniteFieldSolveLinearPolynomialEquation Time: 0.08 seconds finalizing NRLIB FFSLPE ; compiling file "/tmp/oa-xTPAcy/code.lsp" (written 01 FEB 2016 10:54:23 PM): ; compiling (DEFUN |FiniteFieldSolveLinearPolynomialEquation| ...) ; compiling (DEFUN |FiniteFieldSolveLinearPolynomialEquation;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-xTPAcy/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/PRS.fasl --bootstrap PRS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PRS.spad using Spad compiler. PRS abbreviates package PseudoRemainderSequence ------------------------------------------------------------------------ initializing stationary directory for PseudoRemainderSequence compiling into /tmp/oa-4ri11K Time: 0.06 SEC. Cumulative Statistics for Constructor PseudoRemainderSequence Time: 0.06 seconds finalizing NRLIB PRS ; compiling file "/tmp/oa-4ri11K/code.lsp" (written 01 FEB 2016 10:54:23 PM): ; compiling (DEFUN |PseudoRemainderSequence| ...) ; compiling (DEFUN |PseudoRemainderSequence;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-4ri11K/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/SUP.fasl --optimize=3 SUP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SUP.spad using Spad compiler. SUP abbreviates domain SparseUnivariatePolynomial debug: compDefine1 lhs: (SparseUnivariatePolynomial R) signature (pre-evaluate): ((Join (UnivariatePolynomialCategory R) (CATEGORY domain (SIGNATURE outputForm ((OutputForm) $ (OutputForm))) (SIGNATURE fmecg ($ $ (NonNegativeInteger) R $)))) (Ring)) debug: evaluateType form: (Join (UnivariatePolynomialCategory R) (CATEGORY domain (SIGNATURE outputForm ((OutputForm) $ (OutputForm))) (SIGNATURE fmecg ($ $ (NonNegativeInteger) R $)))) $param: (R) debug: evaluateType form: (UnivariatePolynomialCategory R) $param: (R) Debug: evaluateType1 form: (UnivariatePolynomialCategory R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (CATEGORY domain (SIGNATURE outputForm ((OutputForm) $ (OutputForm))) (SIGNATURE fmecg ($ $ (NonNegativeInteger) R $))) $param: (R) debug: evaluateType form: (OutputForm) $param: (R) Debug: evaluateType1 form: (OutputForm) debug: evaluateType form: (OutputForm) $param: (R) Debug: evaluateType1 form: (OutputForm) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((Join (UnivariatePolynomialCategory R) (CATEGORY domain (SIGNATURE outputForm ((OutputForm) $ (OutputForm))) (SIGNATURE fmecg ($ $ (NonNegativeInteger) R $)))) (Ring)) debug: compDefine1 lhs: (SparseUnivariatePolynomial R) signature (pre-evaluate): ((Join (UnivariatePolynomialCategory R) (CATEGORY domain (SIGNATURE outputForm ((OutputForm) $ (OutputForm))) (SIGNATURE fmecg ($ $ (NonNegativeInteger) R $)))) NIL) debug: evaluateType form: (Join (UnivariatePolynomialCategory R) (CATEGORY domain (SIGNATURE outputForm ((OutputForm) $ (OutputForm))) (SIGNATURE fmecg ($ $ (NonNegativeInteger) R $)))) $param: (R) debug: evaluateType form: (UnivariatePolynomialCategory R) $param: (R) Debug: evaluateType1 form: (UnivariatePolynomialCategory R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (CATEGORY domain (SIGNATURE outputForm ((OutputForm) $ (OutputForm))) (SIGNATURE fmecg ($ $ (NonNegativeInteger) R $))) $param: (R) debug: evaluateType form: (OutputForm) $param: (R) Debug: evaluateType1 form: (OutputForm) debug: evaluateType form: (OutputForm) $param: (R) Debug: evaluateType1 form: (OutputForm) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: R $param: (R) debug: compDefine1 signature (post evaluate): ((Join (UnivariatePolynomialCategory R) (CATEGORY domain (SIGNATURE outputForm ((OutputForm) $ (OutputForm))) (SIGNATURE fmecg ($ $ (NonNegativeInteger) R $)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for SparseUnivariatePolynomial compiling into /tmp/oa-5nHlp4 compiling exported ** : (%,PositiveInteger) -> % Time: 0.13 SEC. compiling exported ** : (%,NonNegativeInteger) -> % Time: 0.31 SEC. compiling exported zero? : % -> Boolean Time: 0.00 SEC. compiling exported one? : % -> Boolean Time: 0.03 SEC. compiling exported ground? : % -> Boolean Time: 0.01 SEC. compiling exported multiplyExponents : (%,NonNegativeInteger) -> % Time: 0.02 SEC. compiling exported divideExponents : (%,NonNegativeInteger) -> Union(%,failed) Time: 0.02 SEC. compiling exported karatsubaDivide : (%,NonNegativeInteger) -> Record(quotient: %,remainder: %) Time: 0.05 SEC. compiling exported shiftRight : (%,NonNegativeInteger) -> % Time: 0.02 SEC. compiling exported shiftLeft : (%,NonNegativeInteger) -> % Time: 0.02 SEC. compiling exported pomopo! : (%,R,NonNegativeInteger,%) -> % Time: 0.21 SEC. compiling exported univariate : % -> SparseUnivariatePolynomial R SUP;univariate;$Sup;12 p is replaced by p Time: 0.01 SEC. compiling exported multivariate : (SparseUnivariatePolynomial R,SingletonAsOrderedSet) -> % SUP;multivariate;SupSaos$;13(sup,v) is replaced by sup Time: 0.02 SEC. compiling exported univariate : (%,SingletonAsOrderedSet) -> SparseUnivariatePolynomial % Time: 0.01 SEC. compiling exported multivariate : (SparseUnivariatePolynomial %,SingletonAsOrderedSet) -> % Time: 0.02 SEC. compiling exported squareFreePolynomial : SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial % Time: 0.03 SEC. compiling exported factorPolynomial : SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial % Time: 0.09 SEC. compiling exported factorSquareFreePolynomial : SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial % Time: 0.08 SEC. compiling exported gcdPolynomial : (SparseUnivariatePolynomial %,SparseUnivariatePolynomial %) -> SparseUnivariatePolynomial % Time: 0.00 SEC. compiling exported factor : % -> Factored % Time: 0.02 SEC. compiling exported solveLinearPolynomialEquation : (List SparseUnivariatePolynomial %,SparseUnivariatePolynomial %) -> Union(List SparseUnivariatePolynomial %,failed) Time: 0.00 SEC. importing PolynomialFactorizationByRecursionUnivariate(R,$) compiling exported solveLinearPolynomialEquation : (List SparseUnivariatePolynomial %,SparseUnivariatePolynomial %) -> Union(List SparseUnivariatePolynomial %,failed) Time: 0.00 SEC. compiling exported factorPolynomial : SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial % Time: 0.01 SEC. compiling exported factorSquareFreePolynomial : SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial % Time: 0.01 SEC. compiling exported exquo : (%,%) -> Union(%,failed) Time: 0.07 SEC. compiling exported exquo : (%,%) -> Union(%,failed) Time: 0.06 SEC. compiling exported fmecg : (%,NonNegativeInteger,R,%) -> % Time: 0.36 SEC. compiling exported pseudoRemainder : (%,%) -> % Time: 0.05 SEC. compiling local toutput : (Term,OutputForm) -> OutputForm Time: 0.02 SEC. compiling exported outputForm : (%,OutputForm) -> OutputForm Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Time: 0.00 SEC. compiling exported elt : (%,R) -> R Time: 0.02 SEC. compiling exported elt : (%,%) -> % Time: 0.03 SEC. compiling exported monicDivide : (%,%) -> Record(quotient: %,remainder: %) Time: 0.05 SEC. compiling exported discriminant : % -> R Time: 0.01 SEC. compiling exported subResultantGcd : (%,%) -> % Time: 0 SEC. compiling exported resultant : (%,%) -> R Time: 0.00 SEC. compiling exported content : % -> R Time: 0.01 SEC. compiling exported primitivePart : % -> % Time: 0.02 SEC. compiling exported gcd : (%,%) -> % Time: 0.02 SEC. compiling exported divide : (%,%) -> Record(quotient: %,remainder: %) Time: 0.10 SEC. compiling exported / : (%,R) -> % Time: 0.03 SEC. (time taken in buildFunctor: 160) Time: 0.24 SEC. Warnings: [1] Rep differs from the base domain [2] **: pretend NonNegativeInteger -- should replace by @ [3] **: y has no value [4] univariate: pretend SparseUnivariatePolynomial R -- should replace by @ [5] multivariate: pretend $ -- should replace by @ [6] factorPolynomial: pretend SparseUnivariatePolynomial SparseUnivariatePolynomial R -- should replace by @ [7] factorSquareFreePolynomial: pretend SparseUnivariatePolynomial SparseUnivariatePolynomial R -- should replace by @ [8] pseudoRemainder: : Integer -- replace by pretend [9] pseudoRemainder: : NonNegativeInteger -- replace by pretend [10] elt: : NonNegativeInteger -- replace by pretend [11] gcd: pretend SparseUnivariatePolynomial R -- should replace by @ [12] gcd: pretend $ -- should replace by @ Cumulative Statistics for Constructor SparseUnivariatePolynomial Time: 2.23 seconds --------------non extending category---------------------- SparseUnivariatePolynomial #1 of category UnivariatePolynomialCategory #1 with outputForm : (%,OutputForm) -> OutputForm fmecg : (%,NonNegativeInteger,#1,%) -> % has no IF(has#1IntegralDomain(),IF(hasNonNegativeInteger() CancellationAbelianMonoid(),fmecg: (%,NonNegativeInteger,#1,%) -> %,%noBranch),%noBranch) ---------------------------------------------------------- finalizing NRLIB SUP Processing SparseUnivariatePolynomial for Browser database: -- outputForm : (%,OutputForm) -> OutputForm -- fmecg : (%,NonNegativeInteger,R,%) -> % -- constructor ; compiling file "/tmp/oa-5nHlp4/code.lsp" (written 01 FEB 2016 10:54:25 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SUP;univariate;$Sup;12|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SUP;multivariate;SupSaos$;13|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SUP;**;$Pi$;1| ...) ; file: /tmp/oa-5nHlp4/code.lsp ; in: DEFUN |SUP;**;$Pi$;1| ; (DEFUN BOOT::|SUP;**;$Pi$;1| (BOOT::|p| BOOT::|np| BOOT::$) ; (BOOT::SPADCALL BOOT::|p| BOOT::|np| (BOOT::|shellEntry| BOOT::$ 12))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;**;$Pi$;1| ; (BOOT::|p| BOOT::|np| BOOT::$) ; (BLOCK BOOT::|SUP;**;$Pi$;1| ; (BOOT::SPADCALL BOOT::|p| BOOT::|np| (BOOT::|shellEntry| BOOT::$ 12)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SUP;**;$Nni$;2| ...) ; file: /tmp/oa-5nHlp4/code.lsp ; in: DEFUN |SUP;**;$Nni$;2| ; (DEFUN BOOT::|SUP;**;$Nni$;2| (BOOT::|p| BOOT::|n| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 17)) ; (BOOT::|spadConstant| BOOT::$ 18)) ; ((BOOT::SPADCALL BOOT::|n| (BOOT::|shellEntry| BOOT::$ 19)) ; (BOOT::|spadConstant| BOOT::$ 20)) ; ((BOOT::SPADCALL BOOT::|n| (BOOT::|shellEntry| BOOT::$ 21)) BOOT::|p|) ; ((BOOT::SPADCALL (BOOT::SPADCALL BOOT::|p| 'BOOT::|rest| #) ; (BOOT::|shellEntry| BOOT::$ 24)) ; (LET (#) ; (COND # #))) ; ((BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 31) 3 ; (BOOT::|shellEntry| BOOT::$ 32)) ; (BOOT::SPADCALL BOOT::|p| BOOT::|n| (BOOT::|shellEntry| BOOT::$ 34))) ; (T ; (LET* (# # # #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;**;$Nni$;2| ; (BOOT::|p| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|SUP;**;$Nni$;2| ; (COND ((BOOT::SPADCALL BOOT::|p| #) (BOOT::|spadConstant| BOOT::$ 18)) ; ((BOOT::SPADCALL BOOT::|n| #) (BOOT::|spadConstant| BOOT::$ 20)) ; ((BOOT::SPADCALL BOOT::|n| #) BOOT::|p|) ; ((BOOT::SPADCALL # #) ; (LET # ; #)) ; ((BOOT::SPADCALL # 3 #) (BOOT::SPADCALL BOOT::|p| BOOT::|n| #)) ; (T ; (LET* # ; #))))) ; ; note: Assignment to argument: |p| ; prevents use of assertion from function type proclamation: ; LIST ; ; (BOOT::EXIT BOOT::|y|) ; --> RETURN-FROM ; ==> ; BOOT::|y| ; ; note: deleting unreachable code ; (DEFUN BOOT::|SUP;**;$Nni$;2| (BOOT::|p| BOOT::|n| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 17)) ; (BOOT::|spadConstant| BOOT::$ 18)) ; ((BOOT::SPADCALL BOOT::|n| (BOOT::|shellEntry| BOOT::$ 19)) ; (BOOT::|spadConstant| BOOT::$ 20)) ; ((BOOT::SPADCALL BOOT::|n| (BOOT::|shellEntry| BOOT::$ 21)) BOOT::|p|) ; ((BOOT::SPADCALL (BOOT::SPADCALL BOOT::|p| 'BOOT::|rest| #) ; (BOOT::|shellEntry| BOOT::$ 24)) ; (LET (#) ; (COND # #))) ; ((BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 31) 3 ; (BOOT::|shellEntry| BOOT::$ 32)) ; (BOOT::SPADCALL BOOT::|p| BOOT::|n| (BOOT::|shellEntry| BOOT::$ 34))) ; (T ; (LET* (# # # #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;**;$Nni$;2| ; (BOOT::|p| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|SUP;**;$Nni$;2| ; (COND ((BOOT::SPADCALL BOOT::|p| #) (BOOT::|spadConstant| BOOT::$ 18)) ; ((BOOT::SPADCALL BOOT::|n| #) (BOOT::|spadConstant| BOOT::$ 20)) ; ((BOOT::SPADCALL BOOT::|n| #) BOOT::|p|) ; ((BOOT::SPADCALL # #) ; (LET # ; #)) ; ((BOOT::SPADCALL # 3 #) (BOOT::SPADCALL BOOT::|p| BOOT::|n| #)) ; (T ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SUP;zero?;$B;3| ...) ; file: /tmp/oa-5nHlp4/code.lsp ; in: DEFUN |SUP;zero?;$B;3| ; (DEFUN BOOT::|SUP;zero?;$B;3| (BOOT::|p| BOOT::$) ; (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 24))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;zero?;$B;3| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|SUP;zero?;$B;3| ; (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 24)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |SUP;one?;$B;4| ...) ; file: /tmp/oa-5nHlp4/code.lsp ; in: DEFUN |SUP;one?;$B;4| ; (DEFUN BOOT::|SUP;one?;$B;4| (BOOT::|p| BOOT::$) ; (AND (NOT (OR (BOOT::SPADCALL BOOT::|p| #) (NOT #))) ; (AND (BOOT::SPADCALL (CAR #) (BOOT::|shellEntry| BOOT::$ 19)) ; (BOOT::SPADCALL (CDR #) (BOOT::|shellEntry| BOOT::$ 48))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;one?;$B;4| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|SUP;one?;$B;4| ; (AND (NOT (OR # #)) (AND (BOOT::SPADCALL # #) (BOOT::SPADCALL # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |SUP;ground?;$B;5| ...) ; file: /tmp/oa-5nHlp4/code.lsp ; in: DEFUN |SUP;ground?;$B;5| ; (DEFUN BOOT::|SUP;ground?;$B;5| (BOOT::|p| BOOT::$) ; (COND ((BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 24)) T) ; ((BOOT::SPADCALL (BOOT::SPADCALL BOOT::|p| #) ; (BOOT::|shellEntry| BOOT::$ 24)) ; (BOOT::SPADCALL (CAR #) (BOOT::|shellEntry| BOOT::$ 19))) ; (T NIL))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;ground?;$B;5| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|SUP;ground?;$B;5| ; (COND ((BOOT::SPADCALL BOOT::|p| #) T) ; ((BOOT::SPADCALL # #) (BOOT::SPADCALL # #)) (T NIL)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |SUP;multiplyExponents;$Nni$;6| ...) ; file: /tmp/oa-5nHlp4/code.lsp ; in: DEFUN |SUP;multiplyExponents;$Nni$;6| ; (DEFUN BOOT::|SUP;multiplyExponents;$Nni$;6| (BOOT::|p| BOOT::|n| BOOT::$) ; (LET ((#:G990 BOOT::|p|) (#:G623 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G990 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;multiplyExponents;$Nni$;6| ; (BOOT::|p| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|SUP;multiplyExponents;$Nni$;6| ; (LET ((#:G990 BOOT::|p|) (#:G623 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SUP;divideExponents;$NniU;7| ...) ; compiling (DEFUN |SUP;karatsubaDivide;$NniR;8| ...) ; compiling (DEFUN |SUP;shiftRight;$Nni$;9| ...) ; file: /tmp/oa-5nHlp4/code.lsp ; in: DEFUN |SUP;shiftRight;$Nni$;9| ; (DEFUN BOOT::|SUP;shiftRight;$Nni$;9| (BOOT::|p| BOOT::|n| BOOT::$) ; (LET ((#:G991 BOOT::|p|) (#:G677 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G991 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;shiftRight;$Nni$;9| ; (BOOT::|p| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|SUP;shiftRight;$Nni$;9| ; (LET ((#:G991 BOOT::|p|) (#:G677 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SUP;shiftLeft;$Nni$;10| ...) ; file: /tmp/oa-5nHlp4/code.lsp ; in: DEFUN |SUP;shiftLeft;$Nni$;10| ; (DEFUN BOOT::|SUP;shiftLeft;$Nni$;10| (BOOT::|p| BOOT::|n| BOOT::$) ; (LET ((#:G992 BOOT::|p|) (#:G688 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G992 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;shiftLeft;$Nni$;10| ; (BOOT::|p| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|SUP;shiftLeft;$Nni$;10| ; (LET ((#:G992 BOOT::|p|) (#:G688 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SUP;pomopo!;$RNni2$;11| ...) ; file: /tmp/oa-5nHlp4/code.lsp ; in: DEFUN |SUP;pomopo!;$RNni2$;11| ; (DEFUN BOOT::|SUP;pomopo!;$RNni2$;11| ; (BOOT::|p1| BOOT::|r| BOOT::|e| BOOT::|p2| BOOT::$) ; (PROG (BOOT::|u| BOOT::|c2| BOOT::|e2|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;pomopo!;$RNni2$;11| ; (BOOT::|p1| BOOT::|r| BOOT::|e| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|SUP;pomopo!;$RNni2$;11| ; (PROG (BOOT::|u| BOOT::|c2| BOOT::|e2|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |p1| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |SUP;univariate;$Sup;12| ...) ; compiling (DEFUN |SUP;multivariate;SupSaos$;13| ...) ; file: /tmp/oa-5nHlp4/code.lsp ; in: DEFUN |SUP;multivariate;SupSaos$;13| ; (DEFUN BOOT::|SUP;multivariate;SupSaos$;13| (BOOT::|sup| BOOT::|v| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; BOOT::|sup|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;multivariate;SupSaos$;13| ; (BOOT::|sup| BOOT::|v| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|SUP;multivariate;SupSaos$;13| BOOT::|sup|)) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |SUP;univariate;$SaosSup;14| ...) ; compiling (DEFUN |SUP;multivariate;SupSaos$;15| ...) ; file: /tmp/oa-5nHlp4/code.lsp ; in: DEFUN |SUP;multivariate;SupSaos$;15| ; (DEFUN BOOT::|SUP;multivariate;SupSaos$;15| (BOOT::|supp| BOOT::|v| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|supp| (BOOT::|shellEntry| BOOT::$ 88)) ; (BOOT::|spadConstant| BOOT::$ 18)) ; (T ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;multivariate;SupSaos$;15| ; (BOOT::|supp| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|SUP;multivariate;SupSaos$;15| ; (COND ; ((BOOT::SPADCALL BOOT::|supp| #) (BOOT::|spadConstant| BOOT::$ 18)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SUP;squareFreePolynomial;SupF;16| ...) ; compiling (DEFUN |SUP;factorPolynomial;SupF;17| ...) ; compiling (DEFUN |SUP;factorSquareFreePolynomial;SupF;18| ...) ; compiling (DEFUN |SUP;gcdPolynomial;3Sup;19| ...) ; compiling (DEFUN |SUP;factor;$F;20| ...) ; compiling (DEFUN |SUP;solveLinearPolynomialEquation;LSupU;21| ...) ; file: /tmp/oa-5nHlp4/code.lsp ; in: DEFUN |SUP;solveLinearPolynomialEquation;LSupU;21| ; (DEFUN BOOT::|SUP;solveLinearPolynomialEquation;LSupU;21| ; (BOOT::|lpp| BOOT::|pp| BOOT::$) ; (BOOT::SPADCALL BOOT::|lpp| BOOT::|pp| (BOOT::|shellEntry| BOOT::$ 117))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;solveLinearPolynomialEquation;LSupU;21| ; (BOOT::|lpp| BOOT::|pp| BOOT::$) ; (BLOCK BOOT::|SUP;solveLinearPolynomialEquation;LSupU;21| ; (BOOT::SPADCALL BOOT::|lpp| BOOT::|pp| ; (BOOT::|shellEntry| BOOT::$ 117)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SUP;solveLinearPolynomialEquation;LSupU;22| ...) ; file: /tmp/oa-5nHlp4/code.lsp ; in: DEFUN |SUP;solveLinearPolynomialEquation;LSupU;22| ; (DEFUN BOOT::|SUP;solveLinearPolynomialEquation;LSupU;22| ; (BOOT::|lpp| BOOT::|pp| BOOT::$) ; (BOOT::SPADCALL BOOT::|lpp| BOOT::|pp| (BOOT::|shellEntry| BOOT::$ 122))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;solveLinearPolynomialEquation;LSupU;22| ; (BOOT::|lpp| BOOT::|pp| BOOT::$) ; (BLOCK BOOT::|SUP;solveLinearPolynomialEquation;LSupU;22| ; (BOOT::SPADCALL BOOT::|lpp| BOOT::|pp| ; (BOOT::|shellEntry| BOOT::$ 122)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SUP;factorPolynomial;SupF;23| ...) ; compiling (DEFUN |SUP;factorSquareFreePolynomial;SupF;24| ...) ; compiling (DEFUN |SUP;exquo;2$U;25| ...) ; file: /tmp/oa-5nHlp4/code.lsp ; in: DEFUN |SUP;exquo;2$U;25| ; (DEFUN BOOT::|SUP;exquo;2$U;25| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (PROG (BOOT::|ee| BOOT::|a|) (RETURN (COND (# #) (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;exquo;2$U;25| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|SUP;exquo;2$U;25| ; (PROG (BOOT::|ee| BOOT::|a|) (RETURN (COND # # # #))))) ; ; note: Assignment to argument: |p1| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SUP;exquo;2$U;26| ...) ; file: /tmp/oa-5nHlp4/code.lsp ; in: DEFUN |SUP;exquo;2$U;26| ; (DEFUN BOOT::|SUP;exquo;2$U;26| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (PROG (BOOT::|ee| BOOT::|a|) (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;exquo;2$U;26| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|SUP;exquo;2$U;26| ; (PROG (BOOT::|ee| BOOT::|a|) (RETURN (COND # # #))))) ; ; note: Assignment to argument: |p1| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SUP;fmecg;$NniR2$;27| ...) ; file: /tmp/oa-5nHlp4/code.lsp ; in: DEFUN |SUP;fmecg;$NniR2$;27| ; (DEFUN BOOT::|SUP;fmecg;$NniR2$;27| ; (BOOT::|p1| BOOT::|e| BOOT::|r| BOOT::|p2| BOOT::$) ; (PROG (BOOT::|u| BOOT::|c2| BOOT::|e2|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;fmecg;$NniR2$;27| ; (BOOT::|p1| BOOT::|e| BOOT::|r| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|SUP;fmecg;$NniR2$;27| ; (PROG (BOOT::|u| BOOT::|c2| BOOT::|e2|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |p1| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |SUP;pseudoRemainder;3$;28| ...) ; file: /tmp/oa-5nHlp4/code.lsp ; in: DEFUN |SUP;pseudoRemainder;3$;28| ; (DEFUN BOOT::|SUP;pseudoRemainder;3$;28| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (PROG (BOOT::|u| BOOT::|e1|) (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;pseudoRemainder;3$;28| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|SUP;pseudoRemainder;3$;28| ; (PROG (BOOT::|u| BOOT::|e1|) (RETURN (COND # # #))))) ; ; note: Assignment to argument: |p1| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |p2| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SUP;toutput| ...) ; compiling (DEFUN |SUP;outputForm;$2Of;30| ...) ; compiling (DEFUN |SUP;coerce;$Of;31| ...) ; compiling (DEFUN |SUP;elt;$2R;32| ...) ; compiling (DEFUN |SUP;elt;3$;33| ...) ; file: /tmp/oa-5nHlp4/code.lsp ; in: DEFUN |SUP;elt;3$;33| ; (DEFUN BOOT::|SUP;elt;3$;33| (BOOT::|p| BOOT::|val| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 17)) ; (BOOT::|spadConstant| BOOT::$ 18)) ; (T ; (LET (# #) ; (PROGN # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;elt;3$;33| ; (BOOT::|p| BOOT::|val| BOOT::$) ; (BLOCK BOOT::|SUP;elt;3$;33| ; (COND ((BOOT::SPADCALL BOOT::|p| #) (BOOT::|spadConstant| BOOT::$ 18)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SUP;monicDivide;2$R;34| ...) ; file: /tmp/oa-5nHlp4/code.lsp ; in: DEFUN |SUP;monicDivide;2$R;34| ; (DEFUN BOOT::|SUP;monicDivide;2$R;34| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (PROG (BOOT::|u| BOOT::|rout|) ; (RETURN (COND (# #) (# #) (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;monicDivide;2$R;34| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|SUP;monicDivide;2$R;34| ; (PROG (BOOT::|u| BOOT::|rout|) (RETURN (COND # # # # #))))) ; ; note: Assignment to argument: |p1| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |p2| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |SUP;discriminant;$R;35| ...) ; compiling (DEFUN |SUP;subResultantGcd;3$;36| ...) ; file: /tmp/oa-5nHlp4/code.lsp ; in: DEFUN |SUP;subResultantGcd;3$;36| ; (DEFUN BOOT::|SUP;subResultantGcd;3$;36| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BOOT::SPADCALL BOOT::|p1| BOOT::|p2| (BOOT::|shellEntry| BOOT::$ 164))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;subResultantGcd;3$;36| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|SUP;subResultantGcd;3$;36| ; (BOOT::SPADCALL BOOT::|p1| BOOT::|p2| ; (BOOT::|shellEntry| BOOT::$ 164)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SUP;resultant;2$R;37| ...) ; compiling (DEFUN |SUP;content;$R;38| ...) ; compiling (DEFUN |SUP;primitivePart;2$;39| ...) ; file: /tmp/oa-5nHlp4/code.lsp ; in: DEFUN |SUP;primitivePart;2$;39| ; (DEFUN BOOT::|SUP;primitivePart;2$;39| (BOOT::|p| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 17)) BOOT::|p|) ; (T ; (LET (#) ; (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;primitivePart;2$;39| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|SUP;primitivePart;2$;39| ; (COND ((BOOT::SPADCALL BOOT::|p| #) BOOT::|p|) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SUP;gcd;3$;40| ...) ; file: /tmp/oa-5nHlp4/code.lsp ; in: DEFUN |SUP;gcd;3$;40| ; (DEFUN BOOT::|SUP;gcd;3$;40| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BOOT::SPADCALL BOOT::|p1| BOOT::|p2| (BOOT::|shellEntry| BOOT::$ 173))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;gcd;3$;40| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|SUP;gcd;3$;40| ; (BOOT::SPADCALL BOOT::|p1| BOOT::|p2| ; (BOOT::|shellEntry| BOOT::$ 173)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SUP;divide;2$R;41| ...) ; file: /tmp/oa-5nHlp4/code.lsp ; in: DEFUN |SUP;divide;2$R;41| ; (DEFUN BOOT::|SUP;divide;2$R;41| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (PROG (BOOT::|u| BOOT::|rout|) (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;divide;2$R;41| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|SUP;divide;2$R;41| ; (PROG (BOOT::|u| BOOT::|rout|) (RETURN (COND # # #))))) ; ; note: Assignment to argument: |p1| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |p2| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |SUP;/;$R$;42| ...) ; file: /tmp/oa-5nHlp4/code.lsp ; in: DEFUN |SUP;/;$R$;42| ; (DEFUN BOOT::|SUP;/;$R$;42| (BOOT::|p| BOOT::|co| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|co| (BOOT::|shellEntry| BOOT::$ 175)) BOOT::|p| ; (BOOT::|shellEntry| BOOT::$ 136))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;/;$R$;42| ; (BOOT::|p| BOOT::|co| BOOT::$) ; (BLOCK BOOT::|SUP;/;$R$;42| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|co| (BOOT::|shellEntry| BOOT::$ 175)) BOOT::|p| ; (BOOT::|shellEntry| BOOT::$ 136)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SparseUnivariatePolynomial| ...) ; compiling (DEFUN |SparseUnivariatePolynomial;| ...) ; compiling (MAKEPROP (QUOTE |SparseUnivariatePolynomial|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 33 notes ; /tmp/oa-5nHlp4/code.fasl written ; compilation finished in 0:00:00.212 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/INTSLPE.fasl --bootstrap INTSLPE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INTSLPE.spad using Spad compiler. INTSLPE abbreviates package IntegerSolveLinearPolynomialEquation ------------------------------------------------------------------------ initializing stationary directory for IntegerSolveLinearPolynomialEquation compiling into /tmp/oa-D0ZaBJ Time: 0 SEC. Cumulative Statistics for Constructor IntegerSolveLinearPolynomialEquation Time: 0 seconds finalizing NRLIB INTSLPE ; compiling file "/tmp/oa-D0ZaBJ/code.lsp" (written 01 FEB 2016 10:54:26 PM): ; compiling (DEFUN |IntegerSolveLinearPolynomialEquation| ...) ; compiling (DEFUN |IntegerSolveLinearPolynomialEquation;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-D0ZaBJ/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/GALFACT.fasl --bootstrap GALFACT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GALFACT.spad using Spad compiler. GALFACT abbreviates package GaloisGroupFactorizer ------------------------------------------------------------------------ initializing stationary directory for GaloisGroupFactorizer compiling into /tmp/oa-nUR9oW Time: 0.06 SEC. Cumulative Statistics for Constructor GaloisGroupFactorizer Time: 0.06 seconds finalizing NRLIB GALFACT ; compiling file "/tmp/oa-nUR9oW/code.lsp" (written 01 FEB 2016 10:54:26 PM): ; compiling (DEFUN |GaloisGroupFactorizer| ...) ; compiling (DEFUN |GaloisGroupFactorizer;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-nUR9oW/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/FRUTIL.fasl --bootstrap FRUTIL.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FRUTIL.spad using Spad compiler. FRUTIL abbreviates package FactoredFunctionUtilities ------------------------------------------------------------------------ initializing stationary directory for FactoredFunctionUtilities compiling into /tmp/oa-yQ8jub Time: 0.02 SEC. Cumulative Statistics for Constructor FactoredFunctionUtilities Time: 0.02 seconds finalizing NRLIB FRUTIL ; compiling file "/tmp/oa-yQ8jub/code.lsp" (written 01 FEB 2016 10:54:26 PM): ; compiling (DEFUN |FactoredFunctionUtilities| ...) ; compiling (DEFUN |FactoredFunctionUtilities;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-yQ8jub/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/HEUGCD.fasl --bootstrap HEUGCD.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/HEUGCD.spad using Spad compiler. HEUGCD abbreviates package HeuGcd ------------------------------------------------------------------------ initializing stationary directory for HeuGcd compiling into /tmp/oa-kLT4gl Time: 0.05 SEC. Cumulative Statistics for Constructor HeuGcd Time: 0.05 seconds finalizing NRLIB HEUGCD ; compiling file "/tmp/oa-kLT4gl/code.lsp" (written 01 FEB 2016 10:54:26 PM): ; compiling (DEFUN |HeuGcd| ...) ; compiling (DEFUN |HeuGcd;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-kLT4gl/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/INT.fasl --optimize=3 INT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INT.spad using Spad compiler. INT abbreviates domain Integer debug: compDefine1 lhs: (Integer) signature (pre-evaluate): ((Join (IntegerNumberSystem) (CATEGORY package (ATTRIBUTE canonical)))) debug: evaluateType form: (Join (IntegerNumberSystem) (CATEGORY package (ATTRIBUTE canonical))) $param: NIL debug: evaluateType form: (IntegerNumberSystem) $param: NIL Debug: evaluateType1 form: (IntegerNumberSystem) debug: evaluateType form: (CATEGORY package (ATTRIBUTE canonical)) $param: NIL debug: compDefine1 signature (post evaluate): ((Join (IntegerNumberSystem) (CATEGORY package (ATTRIBUTE canonical)))) ------------------------------------------------------------------------ initializing stationary directory for Integer compiling into /tmp/oa-dWQbct compiling exported Zero : () -> % INT;Zero;$;1 is replaced by 0 Time: 0.03 SEC. compiling exported One : () -> % INT;One;$;2 is replaced by 1 Time: 0 SEC. compiling exported zero? : % -> Boolean Time: 0.00 SEC. compiling exported one? : % -> Boolean Time: 0 SEC. compiling exported base : () -> % INT;base;$;5 is replaced by 2 Time: 0 SEC. compiling exported copy : % -> % INT;copy;2$;6 x is replaced by x Time: 0 SEC. compiling exported inc : % -> % INT;inc;2$;7 is replaced by %iinc Time: 0 SEC. compiling exported dec : % -> % INT;dec;2$;8 is replaced by %idec Time: 0.00 SEC. compiling exported hash : % -> SingleInteger INT;hash;$Si;9 is replaced by %hash Time: 0.00 SEC. compiling exported negative? : % -> Boolean Time: 0.00 SEC. compiling exported positive? : % -> Boolean Time: 0 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. compiling exported coerce : Integer -> % INT;coerce;I$;13 m is replaced by m Time: 0.00 SEC. compiling exported convert : % -> Integer INT;convert;$I;14 x is replaced by x Time: 0.01 SEC. compiling exported length : % -> % INT;length;2$;15 is replaced by %ilength Time: 0 SEC. compiling exported addmod : (%,%,%) -> % INT;addmod;4$;16(a,b,p) is replaced by %irem(%iadd(a,b),p) Time: 0 SEC. compiling exported submod : (%,%,%) -> % INT;submod;4$;17(a,b,p) is replaced by %irem(%isub(a,b),p) Time: 0.00 SEC. compiling exported mulmod : (%,%,%) -> % INT;mulmod;4$;18(a,b,p) is replaced by %irem(%imul(a,b),p) Time: 0 SEC. compiling exported convert : % -> Float Time: 0.01 SEC. compiling exported convert : % -> DoubleFloat Time: 0.01 SEC. compiling exported convert : % -> InputForm Time: 0.03 SEC. compiling exported latex : % -> String Time: 0.00 SEC. compiling exported positiveRemainder : (%,%) -> % Time: 0.00 SEC. compiling exported reducedSystem : Matrix % -> Matrix Integer INT;reducedSystem;MM;24 m is replaced by m Time: 0.00 SEC. compiling exported reducedSystem : (Matrix %,Vector %) -> Record(mat: Matrix Integer,vec: Vector Integer) INT;reducedSystem;MVR;25 is replaced by %pair Time: 0.02 SEC. compiling exported abs : % -> % INT;abs;2$;26 is replaced by %iabs Time: 0.00 SEC. compiling exported random : () -> % INT;random;$;27 is replaced by %ibigrandom Time: 0 SEC. compiling exported random : % -> % INT;random;2$;28 is replaced by %irandom Time: 0 SEC. compiling exported = : (%,%) -> Boolean INT;=;2$B;29 is replaced by %ieq Time: 0.00 SEC. compiling exported < : (%,%) -> Boolean INT;<;2$B;30 is replaced by %ilt Time: 0 SEC. compiling exported > : (%,%) -> Boolean INT;>;2$B;31(x,y) is replaced by %ilt(y,x) Time: 0.00 SEC. compiling exported <= : (%,%) -> Boolean INT;<=;2$B;32(x,y) is replaced by %not %ilt(y,x) Time: 0.00 SEC. compiling exported >= : (%,%) -> Boolean INT;>=;2$B;33(x,y) is replaced by %not %ilt(x,y) Time: 0.00 SEC. compiling exported - : % -> % INT;-;2$;34 is replaced by %ineg Time: 0 SEC. compiling exported + : (%,%) -> % INT;+;3$;35 is replaced by %iadd Time: 0.00 SEC. compiling exported - : (%,%) -> % INT;-;3$;36 is replaced by %isub Time: 0.00 SEC. compiling exported * : (%,%) -> % INT;*;3$;37 is replaced by %imul Time: 0.00 SEC. compiling exported * : (Integer,%) -> % INT;*;I2$;38 is replaced by %imul Time: 0.01 SEC. compiling exported ** : (%,NonNegativeInteger) -> % INT;**;$Nni$;39 is replaced by %ipow Time: 0.01 SEC. compiling exported odd? : % -> Boolean INT;odd?;$B;40 is replaced by %iodd? Time: 0 SEC. compiling exported even? : % -> Boolean INT;even?;$B;41 is replaced by %ieven? Time: 0.00 SEC. compiling exported max : (%,%) -> % INT;max;3$;42 is replaced by %imax Time: 0 SEC. compiling exported min : (%,%) -> % INT;min;3$;43 is replaced by %imin Time: 0 SEC. compiling exported divide : (%,%) -> Record(quotient: %,remainder: %) INT;divide;2$R;44 is replaced by %idivide Time: 0.01 SEC. compiling exported quo : (%,%) -> % INT;quo;3$;45 is replaced by %iquo Time: 0 SEC. compiling exported rem : (%,%) -> % INT;rem;3$;46 is replaced by %irem Time: 0 SEC. compiling exported shift : (%,%) -> % INT;shift;3$;47 is replaced by %ilshift Time: 0 SEC. compiling exported recip : % -> Union(%,failed) Time: 0.01 SEC. compiling exported gcd : (%,%) -> % INT;gcd;3$;49 is replaced by %igcd Time: 0 SEC. compiling exported unitNormal : % -> Record(unit: %,canonical: %,associate: %) Time: 0.00 SEC. compiling exported unitCanonical : % -> % INT;unitCanonical;2$;51 is replaced by %iabs Time: 0 SEC. compiling local solveLinearPolynomialEquation : (List SparseUnivariatePolynomial %,SparseUnivariatePolynomial %) -> Union(List SparseUnivariatePolynomial %,failed) Time: 0.05 SEC. compiling local squareFreePolynomial : SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial % Time: 0.04 SEC. compiling local factorPolynomial : SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial % Time: 0.08 SEC. compiling local factorSquareFreePolynomial : SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial % Time: 0.01 SEC. compiling exported gcdPolynomial : (SparseUnivariatePolynomial %,SparseUnivariatePolynomial %) -> SparseUnivariatePolynomial % Time: 0.02 SEC. compiling exported opposite? : (%,%) -> Boolean Time: 0.00 SEC. compiling exported annihilate? : (%,%) -> Boolean Time: 0.00 SEC. (time taken in buildFunctor: 4) Time: 0.01 SEC. Warnings: [1] coerce: pretend $ -- should replace by @ [2] factorPolynomial: not known that UnivariatePolynomialCategory(Integer) is of mode CATEGORY(domain,outputForm: (%,OutputForm) -> OutputForm,fmecg: (%,NonNegativeInteger,%,%) -> %) [3] gcdPolynomial: not known that UnivariatePolynomialCategory(Integer) is of mode CATEGORY(domain,outputForm: (%,OutputForm) -> OutputForm,fmecg: (%,NonNegativeInteger,%,%) -> %) [4] Type Integer is not in scope. Import it Cumulative Statistics for Constructor Integer Time: 0.45 seconds finalizing NRLIB INT Processing Integer for Browser database: -- canonical : () -> attribute -- constructor ; compiling file "/tmp/oa-dWQbct/code.lsp" (written 01 FEB 2016 10:54:27 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;Zero;$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;One;$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;base;$;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;copy;2$;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;inc;2$;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;dec;2$;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;hash;$Si;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;coerce;I$;13|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;convert;$I;14|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;length;2$;15|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;addmod;4$;16|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;submod;4$;17|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;mulmod;4$;18|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;reducedSystem;MM;24|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;reducedSystem;MVR;25|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;abs;2$;26|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;random;$;27|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;random;2$;28|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;=;2$B;29|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;<;2$B;30|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;>;2$B;31|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;<=;2$B;32|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;>=;2$B;33|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;-;2$;34|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;+;3$;35|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;-;3$;36|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;*;3$;37|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;*;I2$;38|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;**;$Nni$;39|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;odd?;$B;40|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;even?;$B;41|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;max;3$;42|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;min;3$;43|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;divide;2$R;44|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;quo;3$;45|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;rem;3$;46|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;shift;3$;47|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;gcd;3$;49|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;unitCanonical;2$;51|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;zero?;$B;3|) ...) ; compiling (PUT (QUOTE |INT;one?;$B;4|) ...) ; compiling (PUT (QUOTE |INT;negative?;$B;10|) ...) ; compiling (PUT (QUOTE |INT;positive?;$B;11|) ...) ; compiling (PUT (QUOTE |INT;annihilate?;2$B;58|) ...) ; compiling (DEFUN |INT;Zero;$;1| ...) ; compiling (DEFUN |INT;One;$;2| ...) ; compiling (DEFUN |INT;zero?;$B;3| ...) ; compiling (DEFUN |INT;one?;$B;4| ...) ; compiling (DEFUN |INT;base;$;5| ...) ; compiling (DEFUN |INT;copy;2$;6| ...) ; compiling (DEFUN |INT;inc;2$;7| ...) ; compiling (DEFUN |INT;dec;2$;8| ...) ; compiling (DEFUN |INT;hash;$Si;9| ...) ; compiling (DEFUN |INT;negative?;$B;10| ...) ; compiling (DEFUN |INT;positive?;$B;11| ...) ; compiling (DEFUN |INT;coerce;$Of;12| ...) ; compiling (DEFUN |INT;coerce;I$;13| ...) ; compiling (DEFUN |INT;convert;$I;14| ...) ; compiling (DEFUN |INT;length;2$;15| ...) ; compiling (DEFUN |INT;addmod;4$;16| ...) ; compiling (DEFUN |INT;submod;4$;17| ...) ; compiling (DEFUN |INT;mulmod;4$;18| ...) ; compiling (DEFUN |INT;convert;$F;19| ...) ; compiling (DEFUN |INT;convert;$Df;20| ...) ; file: /tmp/oa-dWQbct/code.lsp ; in: DEFUN |INT;convert;$Df;20| ; (DEFUN BOOT::|INT;convert;$Df;20| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 35))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INT;convert;$Df;20| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|INT;convert;$Df;20| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 35)))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |INT;convert;$If;21| ...) ; compiling (DEFUN |INT;latex;$S;22| ...) ; file: /tmp/oa-dWQbct/code.lsp ; in: DEFUN |INT;latex;$S;22| ; (DEFUN BOOT::|INT;latex;$S;22| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|s| (WRITE-TO-STRING BOOT::|x|))) ; (BOOT::SEQ (COND (# #)) (BOOT::EXIT (BOOT::STRCONC "{" #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INT;latex;$S;22| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|INT;latex;$S;22| ; (LET ((BOOT::|s| #)) ; (BOOT::SEQ (COND #) (BOOT::EXIT #))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |INT;positiveRemainder;3$;23| ...) ; file: /tmp/oa-dWQbct/code.lsp ; in: DEFUN |INT;positiveRemainder;3$;23| ; (DEFUN BOOT::|INT;positiveRemainder;3$;23| (BOOT::|a| BOOT::|b| BOOT::$) ; (LET ((BOOT::|r| (REM BOOT::|a| BOOT::|b|))) ; (COND ((MINUSP BOOT::|r|) (COND # #)) (T BOOT::|r|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INT;positiveRemainder;3$;23| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|INT;positiveRemainder;3$;23| ; (LET ((BOOT::|r| #)) ; (COND (# #) (T BOOT::|r|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |INT;reducedSystem;MM;24| ...) ; compiling (DEFUN |INT;reducedSystem;MVR;25| ...) ; compiling (DEFUN |INT;abs;2$;26| ...) ; compiling (DEFUN |INT;random;$;27| ...) ; compiling (DEFUN |INT;random;2$;28| ...) ; compiling (DEFUN |INT;=;2$B;29| ...) ; compiling (DEFUN |INT;<;2$B;30| ...) ; compiling (DEFUN |INT;>;2$B;31| ...) ; compiling (DEFUN |INT;<=;2$B;32| ...) ; compiling (DEFUN |INT;>=;2$B;33| ...) ; compiling (DEFUN |INT;-;2$;34| ...) ; compiling (DEFUN |INT;+;3$;35| ...) ; compiling (DEFUN |INT;-;3$;36| ...) ; compiling (DEFUN |INT;*;3$;37| ...) ; compiling (DEFUN |INT;*;I2$;38| ...) ; compiling (DEFUN |INT;**;$Nni$;39| ...) ; compiling (DEFUN |INT;odd?;$B;40| ...) ; compiling (DEFUN |INT;even?;$B;41| ...) ; compiling (DEFUN |INT;max;3$;42| ...) ; compiling (DEFUN |INT;min;3$;43| ...) ; compiling (DEFUN |INT;divide;2$R;44| ...) ; compiling (DEFUN |INT;quo;3$;45| ...) ; compiling (DEFUN |INT;rem;3$;46| ...) ; compiling (DEFUN |INT;shift;3$;47| ...) ; compiling (DEFUN |INT;recip;$U;48| ...) ; file: /tmp/oa-dWQbct/code.lsp ; in: DEFUN |INT;recip;$U;48| ; (DEFUN BOOT::|INT;recip;$U;48| (BOOT::|x| BOOT::$) ; (COND ((OR (EQL BOOT::|x| 1) (EQL BOOT::|x| -1)) (CONS 0 BOOT::|x|)) ; (T (CONS 1 "failed")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INT;recip;$U;48| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|INT;recip;$U;48| ; (COND ((OR # #) (CONS 0 BOOT::|x|)) (T (CONS 1 "failed"))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |INT;gcd;3$;49| ...) ; compiling (DEFUN |INT;unitNormal;$R;50| ...) ; file: /tmp/oa-dWQbct/code.lsp ; in: DEFUN |INT;unitNormal;$R;50| ; (DEFUN BOOT::|INT;unitNormal;$R;50| (BOOT::|x| BOOT::$) ; (COND ((MINUSP BOOT::|x|) (VECTOR -1 (- BOOT::|x|) -1)) ; (T (VECTOR 1 BOOT::|x| 1)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INT;unitNormal;$R;50| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|INT;unitNormal;$R;50| ; (COND ((MINUSP BOOT::|x|) (VECTOR -1 # -1)) ; (T (VECTOR 1 BOOT::|x| 1))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |INT;unitCanonical;2$;51| ...) ; compiling (DEFUN |INT;solveLinearPolynomialEquation| ...) ; file: /tmp/oa-dWQbct/code.lsp ; in: DEFUN |INT;solveLinearPolynomialEquation| ; (DEFUN BOOT::|INT;solveLinearPolynomialEquation| ; (BOOT::|lp| BOOT::|p| BOOT::$) ; (BOOT::SPADCALL BOOT::|lp| BOOT::|p| (BOOT::|shellEntry| BOOT::$ 82))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INT;solveLinearPolynomialEquation| ; (BOOT::|lp| BOOT::|p| BOOT::$) ; (BLOCK BOOT::|INT;solveLinearPolynomialEquation| ; (BOOT::SPADCALL BOOT::|lp| BOOT::|p| (BOOT::|shellEntry| BOOT::$ 82)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |INT;squareFreePolynomial| ...) ; compiling (DEFUN |INT;factorPolynomial| ...) ; compiling (DEFUN |INT;factorPolynomial!0| ...) ; compiling (DEFUN |INT;factorSquareFreePolynomial| ...) ; compiling (DEFUN |INT;gcdPolynomial;3Sup;56| ...) ; compiling (DEFUN |INT;opposite?;2$B;57| ...) ; file: /tmp/oa-dWQbct/code.lsp ; in: DEFUN |INT;opposite?;2$B;57| ; (DEFUN BOOT::|INT;opposite?;2$B;57| (BOOT::|x| BOOT::|y| BOOT::$) ; (EQL BOOT::|x| (- BOOT::|y|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INT;opposite?;2$B;57| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|INT;opposite?;2$B;57| (EQL BOOT::|x| (- BOOT::|y|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |INT;annihilate?;2$B;58| ...) ; compiling (DEFUN |Integer| ...) ; compiling (DEFUN |Integer;| ...) ; compiling (MAKEPROP (QUOTE |Integer|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 5 STYLE-WARNING conditions ; printed 3 notes ; /tmp/oa-dWQbct/code.fasl written ; compilation finished in 0:00:00.117 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/SINT.fasl --optimize=3 SINT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SINT.spad using Spad compiler. SINT abbreviates domain SingleInteger debug: compDefine1 lhs: (SingleInteger) signature (pre-evaluate): ((Join (IntegerNumberSystem) (OrderedFinite) (BooleanLogic) (CATEGORY domain (ATTRIBUTE canonical) (SIGNATURE xor ($ $ $))))) debug: evaluateType form: (Join (IntegerNumberSystem) (OrderedFinite) (BooleanLogic) (CATEGORY domain (ATTRIBUTE canonical) (SIGNATURE xor ($ $ $)))) $param: NIL debug: evaluateType form: (IntegerNumberSystem) $param: NIL Debug: evaluateType1 form: (IntegerNumberSystem) debug: evaluateType form: (OrderedFinite) $param: NIL Debug: evaluateType1 form: (OrderedFinite) debug: evaluateType form: (BooleanLogic) $param: NIL Debug: evaluateType1 form: (BooleanLogic) debug: evaluateType form: (CATEGORY domain (ATTRIBUTE canonical) (SIGNATURE xor ($ $ $))) $param: NIL debug: compDefine1 signature (post evaluate): ((Join (IntegerNumberSystem) (OrderedFinite) (BooleanLogic) (CATEGORY domain (ATTRIBUTE canonical) (SIGNATURE xor ($ $ $))))) ------------------------------------------------------------------------ initializing stationary directory for SingleInteger compiling into /tmp/oa-FPLB47 compiling exported reducedSystem : Matrix % -> Matrix Integer SINT;reducedSystem;MM;1 m is replaced by m Time: 0.05 SEC. compiling exported coerce : % -> OutputForm Time: 0.00 SEC. compiling exported convert : % -> Integer SINT;convert;$I;3 x is replaced by x Time: 0 SEC. compiling exported * : (Integer,%) -> % Time: 0 SEC. compiling exported Zero : () -> % SINT;Zero;$;5 is replaced by 0 Time: 0.00 SEC. compiling exported One : () -> % SINT;One;$;6 is replaced by 1 Time: 0 SEC. compiling exported base : () -> % SINT;base;$;7 is replaced by 2 Time: 0 SEC. compiling exported max : () -> % SINT;max;$;8 is replaced by %icstmax Time: 0 SEC. compiling exported min : () -> % SINT;min;$;9 is replaced by %icstmin Time: 0 SEC. compiling exported = : (%,%) -> Boolean SINT;=;2$B;10 is replaced by %ieq Time: 0.00 SEC. compiling exported ~ : % -> % SINT;~;2$;11 is replaced by %bitnot Time: 0 SEC. compiling exported not : % -> % SINT;not;2$;12 is replaced by %bitnot Time: 0 SEC. compiling exported /\ : (%,%) -> % SINT;/\;3$;13 is replaced by %bitand Time: 0 SEC. compiling exported \/ : (%,%) -> % SINT;\/;3$;14 is replaced by %bitior Time: 0 SEC. compiling exported and : (%,%) -> % SINT;and;3$;15 is replaced by %bitand Time: 0 SEC. compiling exported or : (%,%) -> % SINT;or;3$;16 is replaced by %bitior Time: 0.00 SEC. compiling exported xor : (%,%) -> % SINT;xor;3$;17 is replaced by %bitxor Time: 0 SEC. compiling exported < : (%,%) -> Boolean SINT;<;2$B;18 is replaced by %ilt Time: 0 SEC. compiling exported > : (%,%) -> Boolean SINT;>;2$B;19(x,y) is replaced by %ilt(y,x) Time: 0.00 SEC. compiling exported <= : (%,%) -> Boolean SINT;<=;2$B;20(x,y) is replaced by %not %ilt(y,x) Time: 0.00 SEC. compiling exported >= : (%,%) -> Boolean SINT;>=;2$B;21(x,y) is replaced by %not %ilt(x,y) Time: 0 SEC. compiling exported inc : % -> % SINT;inc;2$;22 is replaced by %iinc Time: 0.00 SEC. compiling exported dec : % -> % SINT;dec;2$;23 is replaced by %idec Time: 0 SEC. compiling exported - : % -> % SINT;-;2$;24 is replaced by %ineg Time: 0 SEC. compiling exported + : (%,%) -> % SINT;+;3$;25 is replaced by %iadd Time: 0 SEC. compiling exported - : (%,%) -> % SINT;-;3$;26 is replaced by %isub Time: 0.00 SEC. compiling exported * : (%,%) -> % SINT;*;3$;27 is replaced by %imul Time: 0.00 SEC. compiling exported ** : (%,NonNegativeInteger) -> % Time: 0.00 SEC. compiling exported quo : (%,%) -> % SINT;quo;3$;29 is replaced by %iquo Time: 0 SEC. compiling exported rem : (%,%) -> % SINT;rem;3$;30 is replaced by %irem Time: 0 SEC. compiling exported divide : (%,%) -> Record(quotient: %,remainder: %) SINT;divide;2$R;31 is replaced by %idivide Time: 0.00 SEC. compiling exported gcd : (%,%) -> % SINT;gcd;3$;32 is replaced by %igcd Time: 0 SEC. compiling exported abs : % -> % SINT;abs;2$;33 is replaced by %iabs Time: 0 SEC. compiling exported odd? : % -> Boolean SINT;odd?;$B;34 is replaced by %iodd? Time: 0.00 SEC. compiling exported even? : % -> Boolean SINT;even?;$B;35 is replaced by %ieven? Time: 0 SEC. compiling exported zero? : % -> Boolean SINT;zero?;$B;36 x is replaced by %ieq(x,0) Time: 0 SEC. compiling exported one? : % -> Boolean SINT;one?;$B;37 x is replaced by %ieq(x,1) Time: 0.00 SEC. compiling exported max : (%,%) -> % SINT;max;3$;38 is replaced by %imax Time: 0 SEC. compiling exported min : (%,%) -> % SINT;min;3$;39 is replaced by %imin Time: 0.01 SEC. compiling exported hash : % -> SingleInteger SINT;hash;$Si;40 is replaced by %hash Time: 0 SEC. compiling exported length : % -> % SINT;length;2$;41 is replaced by %ilength Time: 0 SEC. compiling exported shift : (%,%) -> % SINT;shift;3$;42 is replaced by %ilshift Time: 0 SEC. compiling exported mulmod : (%,%,%) -> % SINT;mulmod;4$;43(a,b,p) is replaced by %irem(%imul(a,b),p) Time: 0 SEC. compiling exported addmod : (%,%,%) -> % SINT;addmod;4$;44(a,b,p) is replaced by %irem(%iadd(a,b),p) Time: 0.01 SEC. compiling exported submod : (%,%,%) -> % SINT;submod;4$;45(a,b,p) is replaced by %irem(%isub(a,b),p) Time: 0 SEC. compiling exported negative? : % -> Boolean SINT;negative?;$B;46 x is replaced by %ilt(x,0) Time: 0 SEC. compiling exported size : () -> NonNegativeInteger SINT;size;Nni;47 is replaced by %iadd(%isub(%icstmax,%icstmin),1) Time: 0.00 SEC. compiling exported index : PositiveInteger -> % Time: 0.01 SEC. compiling exported lookup : % -> PositiveInteger SINT;lookup;$Pi;49 x is replaced by %iadd(%isub(x,%icstmin),1) Time: 0.00 SEC. compiling exported reducedSystem : (Matrix %,Vector %) -> Record(mat: Matrix Integer,vec: Vector Integer) SINT;reducedSystem;MVR;50 is replaced by %pair Time: 0.02 SEC. compiling exported positiveRemainder : (%,%) -> % Time: 0.01 SEC. compiling exported coerce : Integer -> % Time: 0.00 SEC. compiling exported random : () -> % Time: 0 SEC. compiling exported random : % -> % SINT;random;2$;54 is replaced by %irandom Time: 0 SEC. compiling exported unitNormal : % -> Record(unit: %,canonical: %,associate: %) Time: 0.00 SEC. compiling exported positive? : % -> Boolean SINT;positive?;$B;56 x is replaced by %ilt(0,x) Time: 0.00 SEC. (time taken in buildFunctor: 4) Time: 0.02 SEC. Warnings: [1] **: pretend Integer -- should replace by @ Cumulative Statistics for Constructor SingleInteger Time: 0.20 seconds finalizing NRLIB SINT Processing SingleInteger for Browser database: -- canonical : () -> attribute -- xor : (%,%) -> % -- constructor ; compiling file "/tmp/oa-FPLB47/code.lsp" (written 01 FEB 2016 10:54:27 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;reducedSystem;MM;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;convert;$I;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;Zero;$;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;One;$;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;base;$;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;max;$;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;min;$;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;=;2$B;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;~;2$;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;not;2$;12|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;/\\;3$;13|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;\\/;3$;14|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;and;3$;15|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;or;3$;16|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;xor;3$;17|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;<;2$B;18|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;>;2$B;19|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;<=;2$B;20|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;>=;2$B;21|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;inc;2$;22|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;dec;2$;23|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;-;2$;24|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;+;3$;25|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;-;3$;26|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;*;3$;27|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;quo;3$;29|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;rem;3$;30|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;divide;2$R;31|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;gcd;3$;32|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;abs;2$;33|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;odd?;$B;34|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;even?;$B;35|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;zero?;$B;36|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;one?;$B;37|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;max;3$;38|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;min;3$;39|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;hash;$Si;40|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;length;2$;41|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;shift;3$;42|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;mulmod;4$;43|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;addmod;4$;44|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;submod;4$;45|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;negative?;$B;46|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;size;Nni;47|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;lookup;$Pi;49|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;reducedSystem;MVR;50|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;random;2$;54|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;positive?;$B;56|) ...) ; compiling (PUT (QUOTE |SINT;random;$;53|) ...) ; compiling (DEFUN |SINT;reducedSystem;MM;1| ...) ; compiling (DEFUN |SINT;coerce;$Of;2| ...) ; compiling (DEFUN |SINT;convert;$I;3| ...) ; compiling (DEFUN |SINT;*;I2$;4| ...) ; compiling (DEFUN |SINT;Zero;$;5| ...) ; compiling (DEFUN |SINT;One;$;6| ...) ; compiling (DEFUN |SINT;base;$;7| ...) ; compiling (DEFUN |SINT;max;$;8| ...) ; compiling (DEFUN |SINT;min;$;9| ...) ; compiling (DEFUN |SINT;=;2$B;10| ...) ; compiling (DEFUN |SINT;~;2$;11| ...) ; compiling (DEFUN |SINT;not;2$;12| ...) ; compiling (DEFUN |SINT;/\\;3$;13| ...) ; compiling (DEFUN |SINT;\\/;3$;14| ...) ; compiling (DEFUN |SINT;and;3$;15| ...) ; compiling (DEFUN |SINT;or;3$;16| ...) ; compiling (DEFUN |SINT;xor;3$;17| ...) ; compiling (DEFUN |SINT;<;2$B;18| ...) ; compiling (DEFUN |SINT;>;2$B;19| ...) ; compiling (DEFUN |SINT;<=;2$B;20| ...) ; compiling (DEFUN |SINT;>=;2$B;21| ...) ; compiling (DEFUN |SINT;inc;2$;22| ...) ; compiling (DEFUN |SINT;dec;2$;23| ...) ; compiling (DEFUN |SINT;-;2$;24| ...) ; compiling (DEFUN |SINT;+;3$;25| ...) ; compiling (DEFUN |SINT;-;3$;26| ...) ; compiling (DEFUN |SINT;*;3$;27| ...) ; compiling (DEFUN |SINT;**;$Nni$;28| ...) ; compiling (DEFUN |SINT;quo;3$;29| ...) ; compiling (DEFUN |SINT;rem;3$;30| ...) ; compiling (DEFUN |SINT;divide;2$R;31| ...) ; compiling (DEFUN |SINT;gcd;3$;32| ...) ; compiling (DEFUN |SINT;abs;2$;33| ...) ; compiling (DEFUN |SINT;odd?;$B;34| ...) ; compiling (DEFUN |SINT;even?;$B;35| ...) ; compiling (DEFUN |SINT;zero?;$B;36| ...) ; compiling (DEFUN |SINT;one?;$B;37| ...) ; compiling (DEFUN |SINT;max;3$;38| ...) ; compiling (DEFUN |SINT;min;3$;39| ...) ; compiling (DEFUN |SINT;hash;$Si;40| ...) ; compiling (DEFUN |SINT;length;2$;41| ...) ; compiling (DEFUN |SINT;shift;3$;42| ...) ; compiling (DEFUN |SINT;mulmod;4$;43| ...) ; compiling (DEFUN |SINT;addmod;4$;44| ...) ; compiling (DEFUN |SINT;submod;4$;45| ...) ; compiling (DEFUN |SINT;negative?;$B;46| ...) ; compiling (DEFUN |SINT;size;Nni;47| ...) ; compiling (DEFUN |SINT;index;Pi$;48| ...) ; file: /tmp/oa-FPLB47/code.lsp ; in: DEFUN |SINT;index;Pi$;48| ; (DEFUN BOOT::|SINT;index;Pi$;48| (BOOT::|i| BOOT::$) ; (LET ((#:G593 (- # 1))) ; (COND ((|AxiomCore|:|fixnum?| #:G593) #:G593) ; (T (BOOT::|moanRetract| #:G593 '#))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SINT;index;Pi$;48| ; (BOOT::|i| BOOT::$) ; (BLOCK BOOT::|SINT;index;Pi$;48| ; (LET ((#:G593 #)) ; (COND (# #:G593) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES FIXNUM &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SINT;lookup;$Pi;49| ...) ; compiling (DEFUN |SINT;reducedSystem;MVR;50| ...) ; compiling (DEFUN |SINT;positiveRemainder;3$;51| ...) ; file: /tmp/oa-FPLB47/code.lsp ; in: DEFUN |SINT;positiveRemainder;3$;51| ; (DEFUN BOOT::|SINT;positiveRemainder;3$;51| (BOOT::|x| BOOT::|n| BOOT::$) ; (LET ((BOOT::|r| (REM BOOT::|x| BOOT::|n|))) ; (COND ((MINUSP BOOT::|r|) (COND # #)) (T BOOT::|r|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SINT;positiveRemainder;3$;51| ; (BOOT::|x| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|SINT;positiveRemainder;3$;51| ; (LET ((BOOT::|r| #)) ; (COND (# #) (T BOOT::|r|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SINT;coerce;I$;52| ...) ; file: /tmp/oa-FPLB47/code.lsp ; in: DEFUN |SINT;coerce;I$;52| ; (DEFUN BOOT::|SINT;coerce;I$;52| (BOOT::|x| BOOT::$) ; (COND ((|AxiomCore|:|fixnum?| BOOT::|x|) BOOT::|x|) ; (T (BOOT::|moanRetract| BOOT::|x| '(BOOT::|SingleInteger|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SINT;coerce;I$;52| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|SINT;coerce;I$;52| ; (COND ((|AxiomCore|:|fixnum?| BOOT::|x|) BOOT::|x|) ; (T (BOOT::|moanRetract| BOOT::|x| '#))))) ; ; note: type assertion too complex to check: ; (VALUES FIXNUM &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SINT;random;$;53| ...) ; compiling (DEFUN |SINT;random;2$;54| ...) ; compiling (DEFUN |SINT;unitNormal;$R;55| ...) ; file: /tmp/oa-FPLB47/code.lsp ; in: DEFUN |SINT;unitNormal;$R;55| ; (DEFUN BOOT::|SINT;unitNormal;$R;55| (BOOT::|x| BOOT::$) ; (COND ((MINUSP BOOT::|x|) (VECTOR -1 (- BOOT::|x|) -1)) ; (T (VECTOR 1 BOOT::|x| 1)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SINT;unitNormal;$R;55| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|SINT;unitNormal;$R;55| ; (COND ((MINUSP BOOT::|x|) (VECTOR -1 # -1)) ; (T (VECTOR 1 BOOT::|x| 1))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SINT;positive?;$B;56| ...) ; compiling (DEFUN |SingleInteger| ...) ; compiling (DEFUN |SingleInteger;| ...) ; compiling (MAKEPROP (QUOTE |SingleInteger|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbSuperDomain| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 4 STYLE-WARNING conditions ; printed 2 notes ; /tmp/oa-FPLB47/code.fasl written ; compilation finished in 0:00:00.124 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/CHAR.fasl --bootstrap CHAR.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CHAR.spad using Spad compiler. CHAR abbreviates domain Character ------------------------------------------------------------------------ initializing stationary directory for Character compiling into /tmp/oa-CKM4oD Time: 0.01 SEC. Cumulative Statistics for Constructor Character Time: 0.01 seconds finalizing NRLIB CHAR ; compiling file "/tmp/oa-CKM4oD/code.lsp" (written 01 FEB 2016 10:54:27 PM): ; compiling (DEFUN |Character| ...) ; compiling (DEFUN |Character;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-CKM4oD/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/SETAGG.fasl --bootstrap SETAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SETAGG.spad using Spad compiler. SETAGG abbreviates category SetAggregate ------------------------------------------------------------------------ initializing stationary directory for SetAggregate compiling into /tmp/oa-NGQPLN STYLE-WARNING: redefining BOOT::|SetAggregate| in DEFUN Time: 0.01 SEC. finalizing NRLIB SETAGG ; compiling file "/tmp/oa-NGQPLN/code.lsp" (written 01 FEB 2016 10:54:27 PM): ; compiling (DEFPARAMETER |SetAggregate;AL| ...) ; compiling (DEFUN |SetAggregate;| ...) ; compiling (DEFUN |SetAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-NGQPLN/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/FSAGG.fasl --bootstrap FSAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FSAGG.spad using Spad compiler. FSAGG abbreviates category FiniteSetAggregate ------------------------------------------------------------------------ initializing stationary directory for FiniteSetAggregate compiling into /tmp/oa-BOC7FJ STYLE-WARNING: redefining BOOT::|FiniteSetAggregate| in DEFUN Time: 0.01 SEC. finalizing NRLIB FSAGG ; compiling file "/tmp/oa-BOC7FJ/code.lsp" (written 01 FEB 2016 10:54:28 PM): ; compiling (DEFPARAMETER |FiniteSetAggregate;AL| ...) ; compiling (DEFUN |FiniteSetAggregate;| ...) ; compiling (DEFUN |FiniteSetAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-BOC7FJ/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/CCLASS.fasl --bootstrap CCLASS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CCLASS.spad using Spad compiler. CCLASS abbreviates domain CharacterClass ------------------------------------------------------------------------ initializing stationary directory for CharacterClass compiling into /tmp/oa-bw28IU Time: 0.01 SEC. Cumulative Statistics for Constructor CharacterClass Time: 0.01 seconds finalizing NRLIB CCLASS ; compiling file "/tmp/oa-bw28IU/code.lsp" (written 01 FEB 2016 10:54:28 PM): ; compiling (DEFUN |CharacterClass| ...) ; compiling (DEFUN |CharacterClass;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-bw28IU/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/SRAGG.fasl --optimize=3 SRAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SRAGG.spad using Spad compiler. SRAGG abbreviates category StringAggregate debug: compDefine1 lhs: (StringAggregate) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for StringAggregate compiling into /tmp/oa-AHiOw3 STYLE-WARNING: redefining BOOT::|StringAggregate| in DEFUN Time: 0.01 SEC. SRAGG- abbreviates package StringAggregate& ------------------------------------------------------------------------ initializing stationary directory for StringAggregate& compiling into /tmp/oa-hrLLzA compiling exported trim : (S,Character) -> S Time: 0.02 SEC. compiling exported trim : (S,CharacterClass) -> S Time: 0 SEC. compiling exported lowerCase : S -> S Time: 0 SEC. compiling exported upperCase : S -> S Time: 0 SEC. compiling exported prefix? : (S,S) -> Boolean Time: 0.03 SEC. compiling exported coerce : Character -> S Time: 0.00 SEC. compiling exported elt : (S,S) -> S Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor StringAggregate& Time: 0.05 seconds finalizing NRLIB SRAGG- ; compiling file "/tmp/oa-hrLLzA/code.lsp" (written 01 FEB 2016 10:54:28 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SRAGG-;trim;$C$;1| ...) ; compiling (DEFUN |SRAGG-;trim;$Cc$;2| ...) ; compiling (DEFUN |SRAGG-;lowerCase;2$;3| ...) ; compiling (DEFUN |SRAGG-;upperCase;2$;4| ...) ; compiling (DEFUN |SRAGG-;prefix?;2$B;5| ...) ; file: /tmp/oa-hrLLzA/code.lsp ; in: DEFUN |SRAGG-;prefix?;2$B;5| ; (DEFUN BOOT::|SRAGG-;prefix?;2$B;5| (BOOT::|s| BOOT::|t| BOOT::$) ; (BOOT::SPADCALL BOOT::|s| BOOT::|t| ; (BOOT::SPADCALL BOOT::|t| (BOOT::|shellEntry| BOOT::$ 21)) ; (BOOT::|shellEntry| BOOT::$ 23))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SRAGG-;prefix?;2$B;5| ; (BOOT::|s| BOOT::|t| BOOT::$) ; (BLOCK BOOT::|SRAGG-;prefix?;2$B;5| ; (BOOT::SPADCALL BOOT::|s| BOOT::|t| ; (BOOT::SPADCALL BOOT::|t| ; (BOOT::|shellEntry| BOOT::$ 21)) ; (BOOT::|shellEntry| BOOT::$ 23)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |SRAGG-;coerce;C$;6| ...) ; compiling (DEFUN |SRAGG-;elt;3$;7| ...) ; compiling (DEFUN |StringAggregate&| ...) ; compiling (MAKEPROP (QUOTE |StringAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-hrLLzA/code.fasl written ; compilation finished in 0:00:00.025 ------------------------------------------------------------------------ finalizing NRLIB SRAGG Processing StringAggregate for Browser database: -- lowerCase : % -> % -- lowerCase! : % -> % -- upperCase : % -> % -- upperCase! : % -> % -- prefix? : (%,%) -> Boolean -- suffix? : (%,%) -> Boolean -- substring? : (%,%,Integer) -> Boolean -- match : (%,%,Character) -> NonNegativeInteger -- match? : (%,%,Character) -> Boolean -- replace : (%,UniversalSegment Integer,%) -> % -- position : (%,%,Integer) -> Integer -- position : (CharacterClass,%,Integer) -> Integer -- coerce : Character -> % -- split : (%,Character) -> List % -- split : (%,CharacterClass) -> List % -- trim : (%,Character) -> % -- trim : (%,CharacterClass) -> % -- leftTrim : (%,Character) -> % -- leftTrim : (%,CharacterClass) -> % --->../../x86_64-unknown-linux-gnu/src/algebra/aggcat.spad-->StringAggregate((leftTrim (% % CharacterClass))): Mismatch: left pren matches right pren "\\spad{leftTrim(s,cc)} returns \\spad{s} with all leading characters in \\spad{cc} deleted. For example,{} \\axiom{leftTrim(\"(abc)\",{} charClass \"()\")} returns \\axiom{\"abc)\"}." -- rightTrim : (%,Character) -> % -- rightTrim : (%,CharacterClass) -> % --->../../x86_64-unknown-linux-gnu/src/algebra/aggcat.spad-->StringAggregate((rightTrim (% % CharacterClass))): Mismatch: left brace matches right brace --->../../x86_64-unknown-linux-gnu/src/algebra/aggcat.spad-->StringAggregate((rightTrim (% % CharacterClass))): Missing right brace --->../../x86_64-unknown-linux-gnu/src/algebra/aggcat.spad-->StringAggregate((rightTrim (% % CharacterClass))): Missing right pren "\\spad{rightTrim(s,cc)} returns \\spad{s} with all trailing occurences of characters in \\spad{cc} deleted. For example,{} \\axiom{rightTrim(\"(abc)\",{} charClass \"()\")} returns \\axiom{\"(abc\"}." -- elt : (%,%) -> % -- constructor ; compiling file "/tmp/oa-AHiOw3/code.lsp" (written 01 FEB 2016 10:54:28 PM): ; compiling (DEFPARAMETER |StringAggregate;AL| ...) ; compiling (DEFUN |StringAggregate;| ...) ; compiling (DEFUN |StringAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-AHiOw3/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/BGAGG.fasl --optimize=3 BGAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/BGAGG.spad using Spad compiler. BGAGG abbreviates category BagAggregate debug: compDefine1 lhs: (BagAggregate S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (BagAggregate S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for BagAggregate compiling into /tmp/oa-g8L3dk STYLE-WARNING: redefining BOOT::|BagAggregate| in DEFUN Time: 0.02 SEC. BGAGG- abbreviates package BagAggregate& ------------------------------------------------------------------------ initializing stationary directory for BagAggregate& compiling into /tmp/oa-nmnQSR compiling exported bag : List S -> A Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor BagAggregate& Time: 0.02 seconds finalizing NRLIB BGAGG- ; compiling file "/tmp/oa-nmnQSR/code.lsp" (written 01 FEB 2016 10:54:28 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |BGAGG-;bag;L$;1| ...) ; compiling (DEFUN |BagAggregate&| ...) ; compiling (MAKEPROP (QUOTE |BagAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-nmnQSR/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ finalizing NRLIB BGAGG Processing BagAggregate for Browser database: -- bag : List S -> % -- extract! : % -> S -- insert! : (S,%) -> % -- inspect : % -> S -- constructor ; compiling file "/tmp/oa-g8L3dk/code.lsp" (written 01 FEB 2016 10:54:28 PM): ; compiling (DEFPARAMETER |BagAggregate;AL| ...) ; compiling (DEFUN |BagAggregate;| ...) ; compiling (DEFUN |BagAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-g8L3dk/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/DIOPS.fasl --optimize=3 DIOPS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DIOPS.spad using Spad compiler. DIOPS abbreviates category DictionaryOperations debug: compDefine1 lhs: (DictionaryOperations S) signature (pre-evaluate): ((Category) (SetCategory)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Category) (SetCategory)) debug: compDefine1 lhs: (DictionaryOperations S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for DictionaryOperations compiling into /tmp/oa-gbNPRw STYLE-WARNING: redefining BOOT::|DictionaryOperations| in DEFUN Time: 0.01 SEC. DIOPS- abbreviates package DictionaryOperations& ------------------------------------------------------------------------ initializing stationary directory for DictionaryOperations& compiling into /tmp/oa-0yECR4 compiling exported construct : List S -> A Time: 0.01 SEC. compiling exported dictionary : () -> A Time: 0 SEC. compiling exported copy : A -> A Time: 0.00 SEC. compiling exported coerce : A -> OutputForm Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor DictionaryOperations& Time: 0.04 seconds finalizing NRLIB DIOPS- ; compiling file "/tmp/oa-0yECR4/code.lsp" (written 01 FEB 2016 10:54:28 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DIOPS-;construct;L$;1| ...) ; compiling (DEFUN |DIOPS-;dictionary;$;2| ...) ; compiling (DEFUN |DIOPS-;copy;2$;3| ...) ; compiling (DEFUN |DIOPS-;coerce;$Of;4| ...) ; compiling (DEFUN |DictionaryOperations&| ...) ; compiling (MAKEPROP (QUOTE |DictionaryOperations&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-0yECR4/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ finalizing NRLIB DIOPS Processing DictionaryOperations for Browser database: -- dictionary : () -> % -- dictionary : List S -> % -- remove! : (S,%) -> % -- remove! : ((S -> Boolean),%) -> % -- select! : ((S -> Boolean),%) -> % -- constructor ; compiling file "/tmp/oa-gbNPRw/code.lsp" (written 01 FEB 2016 10:54:28 PM): ; compiling (DEFPARAMETER |DictionaryOperations;AL| ...) ; compiling (DEFUN |DictionaryOperations;| ...) ; compiling (DEFUN |DictionaryOperations| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-gbNPRw/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/DIAGG.fasl --optimize=3 DIAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DIAGG.spad using Spad compiler. DIAGG abbreviates category Dictionary debug: compDefine1 lhs: (Dictionary S) signature (pre-evaluate): ((Category) (SetCategory)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Category) (SetCategory)) debug: compDefine1 lhs: (Dictionary S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for Dictionary compiling into /tmp/oa-nsejxH STYLE-WARNING: redefining BOOT::|Dictionary| in DEFUN Time: 0.01 SEC. DIAGG- abbreviates package Dictionary& ------------------------------------------------------------------------ initializing stationary directory for Dictionary& compiling into /tmp/oa-cnGL0f compiling exported dictionary : List S -> A Time: 0.02 SEC. compiling exported select! : (S -> Boolean,A) -> A Time: 0 SEC. compiling exported = : (A,A) -> Boolean Time: 0.06 SEC. compiling exported remove! : (S -> Boolean,A) -> A Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor Dictionary& Time: 0.08 seconds finalizing NRLIB DIAGG- ; compiling file "/tmp/oa-cnGL0f/code.lsp" (written 01 FEB 2016 10:54:28 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DIAGG-;dictionary;L$;1| ...) ; compiling (DEFUN |DIAGG-;select!;M2$;2| ...) ; compiling (DEFUN |DIAGG-;select!;M2$;2!0| ...) ; compiling (DEFUN |DIAGG-;=;2$B;3| ...) ; compiling (DEFUN |DIAGG-;remove!;M2$;4| ...) ; compiling (DEFUN |Dictionary&| ...) ; compiling (MAKEPROP (QUOTE |Dictionary&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-cnGL0f/code.fasl written ; compilation finished in 0:00:00.032 ------------------------------------------------------------------------ finalizing NRLIB DIAGG Processing Dictionary for Browser database: -- constructor ; compiling file "/tmp/oa-nsejxH/code.lsp" (written 01 FEB 2016 10:54:29 PM): ; compiling (DEFPARAMETER |Dictionary;AL| ...) ; compiling (DEFUN |Dictionary;| ...) ; compiling (DEFUN |Dictionary| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-nsejxH/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/KDAGG.fasl --optimize=3 KDAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/KDAGG.spad using Spad compiler. KDAGG abbreviates category KeyedDictionary debug: compDefine1 lhs: (KeyedDictionary Key Entry) signature (pre-evaluate): ((Category) (SetCategory) (SetCategory)) debug: evaluateType form: (Category) $param: (Key Entry) debug: evaluateType form: (SetCategory) $param: (Key Entry) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (SetCategory) $param: (Key Entry) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Category) (SetCategory) (SetCategory)) debug: compDefine1 lhs: (KeyedDictionary Key Entry) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (Key Entry) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for KeyedDictionary compiling into /tmp/oa-wSxtLR STYLE-WARNING: redefining BOOT::|KeyedDictionary| in DEFUN Time: 0.02 SEC. KDAGG- abbreviates package KeyedDictionary& ------------------------------------------------------------------------ initializing stationary directory for KeyedDictionary& compiling into /tmp/oa-ivSNOq compiling exported key? : (Key,S) -> Boolean Time: 0.02 SEC. compiling local member? : (Record(key: Key,entry: Entry),S) -> Boolean Time: 0 SEC. compiling exported keys : S -> List Key Time: 0.02 SEC. compiling exported elt : (S,Key) -> Entry Time: 0.01 SEC. compiling exported elt : (S,Key,Entry) -> Entry Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor KeyedDictionary& Time: 0.05 seconds finalizing NRLIB KDAGG- ; compiling file "/tmp/oa-ivSNOq/code.lsp" (written 01 FEB 2016 10:54:29 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |KDAGG-;key?;Key$B;1| ...) ; compiling (DEFUN |KDAGG-;member?| ...) ; file: /tmp/oa-ivSNOq/code.lsp ; in: DEFUN |KDAGG-;member?| ; (DEFUN BOOT::|KDAGG-;member?| (BOOT::|p| BOOT::|t| BOOT::$) ; (LET ((BOOT::|r| (BOOT::SPADCALL # BOOT::|t| #))) ; (AND (ZEROP (CAR BOOT::|r|)) ; (BOOT::SPADCALL (CDR BOOT::|r|) (CDR BOOT::|p|) ; (BOOT::|shellEntry| BOOT::$ 13))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|KDAGG-;member?| ; (BOOT::|p| BOOT::|t| BOOT::$) ; (BLOCK BOOT::|KDAGG-;member?| ; (LET ((BOOT::|r| #)) ; (AND (ZEROP #) (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |KDAGG-;keys;$L;3| ...) ; file: /tmp/oa-ivSNOq/code.lsp ; in: DEFUN |KDAGG-;keys;$L;3| ; (DEFUN BOOT::|KDAGG-;keys;$L;3| (BOOT::|t| BOOT::$) ; (LET ((#:G593 (BOOT::SPADCALL BOOT::|t| #)) (#:G576 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G593 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|KDAGG-;keys;$L;3| ; (BOOT::|t| BOOT::$) ; (BLOCK BOOT::|KDAGG-;keys;$L;3| ; (LET ((#:G593 #) (#:G576 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |KDAGG-;elt;$KeyEntry;4| ...) ; compiling (DEFUN |KDAGG-;elt;$Key2Entry;5| ...) ; compiling (DEFUN |KeyedDictionary&| ...) ; compiling (MAKEPROP (QUOTE |KeyedDictionary&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-ivSNOq/code.fasl written ; compilation finished in 0:00:00.020 ------------------------------------------------------------------------ finalizing NRLIB KDAGG Processing KeyedDictionary for Browser database: -- key? : (Key,%) -> Boolean -- keys : % -> List Key -- remove! : (Key,%) -> Union(Entry,"failed") -- search : (Key,%) -> Union(Entry,"failed") -- constructor ; compiling file "/tmp/oa-wSxtLR/code.lsp" (written 01 FEB 2016 10:54:29 PM): ; compiling (DEFPARAMETER |KeyedDictionary;AL| ...) ; compiling (DEFUN |KeyedDictionary;| ...) ; compiling (DEFUN |KeyedDictionary| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-wSxtLR/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/SETAGG.fasl --optimize=3 SETAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SETAGG.spad using Spad compiler. SETAGG abbreviates category SetAggregate debug: compDefine1 lhs: (SetAggregate S) signature (pre-evaluate): ((Category) (SetCategory)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Category) (SetCategory)) debug: compDefine1 lhs: (SetAggregate S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for SetAggregate compiling into /tmp/oa-ywes56 STYLE-WARNING: redefining BOOT::|SetAggregate| in DEFUN Time: 0.01 SEC. SETAGG- abbreviates package SetAggregate& ------------------------------------------------------------------------ initializing stationary directory for SetAggregate& compiling into /tmp/oa-zvewDG compiling exported symmetricDifference : (A,A) -> A Time: 0.01 SEC. compiling exported union : (A,S) -> A Time: 0.00 SEC. compiling exported union : (S,A) -> A Time: 0.00 SEC. compiling exported difference : (A,S) -> A Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor SetAggregate& Time: 0.02 seconds finalizing NRLIB SETAGG- ; compiling file "/tmp/oa-zvewDG/code.lsp" (written 01 FEB 2016 10:54:29 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SETAGG-;symmetricDifference;3$;1| ...) ; compiling (DEFUN |SETAGG-;union;$S$;2| ...) ; compiling (DEFUN |SETAGG-;union;S2$;3| ...) ; compiling (DEFUN |SETAGG-;difference;$S$;4| ...) ; compiling (DEFUN |SetAggregate&| ...) ; compiling (MAKEPROP (QUOTE |SetAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-zvewDG/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ finalizing NRLIB SETAGG Processing SetAggregate for Browser database: -- part? : (%,%) -> Boolean --->../../x86_64-unknown-linux-gnu/src/algebra/aggcat.spad-->SetAggregate((part? (Boolean % %))): Improper initial operator in comments: < "\\spad{s} < \\spad{t} returns \\spad{true} if all elements of set aggregate \\spad{s} are also elements of set aggregate \\spad{t}." -- brace : () -> % -- brace : List S -> % -- set : () -> % -- set : List S -> % -- intersect : (%,%) -> % -- difference : (%,%) -> % -- difference : (%,S) -> % -- symmetricDifference : (%,%) -> % -- subset? : (%,%) -> Boolean -- union : (%,%) -> % -- union : (%,S) -> % -- union : (S,%) -> % -- constructor ; compiling file "/tmp/oa-ywes56/code.lsp" (written 01 FEB 2016 10:54:29 PM): ; compiling (DEFPARAMETER |SetAggregate;AL| ...) ; compiling (DEFUN |SetAggregate;| ...) ; compiling (DEFUN |SetAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-ywes56/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/FSAGG.fasl --optimize=3 FSAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FSAGG.spad using Spad compiler. FSAGG abbreviates category FiniteSetAggregate debug: compDefine1 lhs: (FiniteSetAggregate S) signature (pre-evaluate): ((Category) (SetCategory)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Category) (SetCategory)) debug: compDefine1 lhs: (FiniteSetAggregate S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for FiniteSetAggregate compiling into /tmp/oa-PnO41k STYLE-WARNING: redefining BOOT::|FiniteSetAggregate| in DEFUN Time: 0.01 SEC. FSAGG- abbreviates package FiniteSetAggregate& ------------------------------------------------------------------------ initializing stationary directory for FiniteSetAggregate& compiling into /tmp/oa-VNwj4U compiling exported part? : (A,A) -> Boolean Time: 0.05 SEC. compiling exported = : (A,A) -> Boolean Time: 0.01 SEC. compiling exported brace : List S -> A Time: 0.01 SEC. compiling exported set : List S -> A Time: 0.01 SEC. compiling exported cardinality : A -> NonNegativeInteger Time: 0.00 SEC. compiling exported construct : List S -> A Time: 0.01 SEC. compiling exported count : (S,A) -> NonNegativeInteger Time: 0.01 SEC. compiling exported subset? : (A,A) -> Boolean Time: 0.02 SEC. compiling exported coerce : A -> OutputForm Time: 0.02 SEC. compiling exported intersect : (A,A) -> A Time: 0.01 SEC. compiling exported difference : (A,A) -> A Time: 0.01 SEC. compiling exported symmetricDifference : (A,A) -> A Time: 0.01 SEC. compiling exported union : (A,A) -> A Time: 0.01 SEC. compiling exported universe : () -> A Time: 0.01 SEC. compiling exported complement : A -> A Time: 0 SEC. compiling exported size : () -> NonNegativeInteger Time: 0.00 SEC. compiling exported index : PositiveInteger -> A Time: 0.02 SEC. compiling exported random : () -> A Time: 0.02 SEC. compiling exported lookup : A -> PositiveInteger Time: 0.02 SEC. compiling exported max : A -> S Time: 0.02 SEC. compiling exported min : A -> S Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] coerce: IN has no value [2] coerce: x has no value Cumulative Statistics for Constructor FiniteSetAggregate& Time: 0.29 seconds finalizing NRLIB FSAGG- ; compiling file "/tmp/oa-VNwj4U/code.lsp" (written 01 FEB 2016 10:54:29 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FSAGG-;part?;2$B;1| ...) ; file: /tmp/oa-VNwj4U/code.lsp ; in: DEFUN |FSAGG-;part?;2$B;1| ; (DEFUN BOOT::|FSAGG-;part?;2$B;1| (BOOT::|s| BOOT::|t| BOOT::$) ; (AND ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 9)) ; (BOOT::SPADCALL BOOT::|t| (BOOT::|shellEntry| BOOT::$ 9)) ; (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::SPADCALL BOOT::|s| ; (BOOT::SPADCALL BOOT::|s| BOOT::|t| ; (BOOT::|shellEntry| BOOT::$ 12)) ; (BOOT::|shellEntry| BOOT::$ 13)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FSAGG-;part?;2$B;1| ; (BOOT::|s| BOOT::|t| BOOT::$) ; (BLOCK BOOT::|FSAGG-;part?;2$B;1| ; (AND ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|s| #) ; (BOOT::SPADCALL BOOT::|t| #) ; (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::SPADCALL BOOT::|s| (BOOT::SPADCALL BOOT::|s| BOOT::|t| #) ; (BOOT::|shellEntry| BOOT::$ 13))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FSAGG-;=;2$B;2| ...) ; file: /tmp/oa-VNwj4U/code.lsp ; in: DEFUN |FSAGG-;=;2$B;2| ; (DEFUN BOOT::|FSAGG-;=;2$B;2| (BOOT::|s| BOOT::|t| BOOT::$) ; (AND ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 9)) ; (BOOT::SPADCALL BOOT::|t| (BOOT::|shellEntry| BOOT::$ 9)) ; (BOOT::|shellEntry| BOOT::$ 16)) ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|s| BOOT::|t| (BOOT::|shellEntry| BOOT::$ 17)) ; (BOOT::|shellEntry| BOOT::$ 18)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FSAGG-;=;2$B;2| ; (BOOT::|s| BOOT::|t| BOOT::$) ; (BLOCK BOOT::|FSAGG-;=;2$B;2| ; (AND ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|s| #) ; (BOOT::SPADCALL BOOT::|t| #) ; (BOOT::|shellEntry| BOOT::$ 16)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|s| BOOT::|t| #) ; (BOOT::|shellEntry| BOOT::$ 18))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FSAGG-;brace;L$;3| ...) ; compiling (DEFUN |FSAGG-;set;L$;4| ...) ; compiling (DEFUN |FSAGG-;cardinality;$Nni;5| ...) ; file: /tmp/oa-VNwj4U/code.lsp ; in: DEFUN |FSAGG-;cardinality;$Nni;5| ; (DEFUN BOOT::|FSAGG-;cardinality;$Nni;5| (BOOT::|s| BOOT::$) ; (BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 9))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FSAGG-;cardinality;$Nni;5| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|FSAGG-;cardinality;$Nni;5| ; (BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 9)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |FSAGG-;construct;L$;6| ...) ; compiling (DEFUN |FSAGG-;count;S$Nni;7| ...) ; file: /tmp/oa-VNwj4U/code.lsp ; in: DEFUN |FSAGG-;count;S$Nni;7| ; (DEFUN BOOT::|FSAGG-;count;S$Nni;7| (BOOT::|x| BOOT::|s| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|x| BOOT::|s| (BOOT::|shellEntry| BOOT::$ 28)) ; (BOOT::|spadConstant| BOOT::$ 29)) ; (T (BOOT::|spadConstant| BOOT::$ 30)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FSAGG-;count;S$Nni;7| ; (BOOT::|x| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|FSAGG-;count;S$Nni;7| ; (COND ; ((BOOT::SPADCALL BOOT::|x| BOOT::|s| #) ; (BOOT::|spadConstant| BOOT::$ 29)) ; (T (BOOT::|spadConstant| BOOT::$ 30))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |FSAGG-;subset?;2$B;8| ...) ; compiling (DEFUN |FSAGG-;coerce;$Of;9| ...) ; compiling (DEFUN |FSAGG-;intersect;3$;10| ...) ; compiling (DEFUN |FSAGG-;difference;3$;11| ...) ; compiling (DEFUN |FSAGG-;symmetricDifference;3$;12| ...) ; compiling (DEFUN |FSAGG-;union;3$;13| ...) ; compiling (DEFUN |FSAGG-;universe;$;14| ...) ; compiling (DEFUN |FSAGG-;complement;2$;15| ...) ; compiling (DEFUN |FSAGG-;size;Nni;16| ...) ; file: /tmp/oa-VNwj4U/code.lsp ; in: DEFUN |FSAGG-;size;Nni;16| ; (DEFUN BOOT::|FSAGG-;size;Nni;16| (BOOT::$) ; (BOOT::SPADCALL 2 (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 48)) ; (BOOT::|shellEntry| BOOT::$ 54))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FSAGG-;size;Nni;16| ; (BOOT::$) ; (BLOCK BOOT::|FSAGG-;size;Nni;16| ; (BOOT::SPADCALL 2 (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 48)) ; (BOOT::|shellEntry| BOOT::$ 54)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |FSAGG-;index;Pi$;17| ...) ; compiling (DEFUN |FSAGG-;random;$;18| ...) ; compiling (DEFUN |FSAGG-;lookup;$Pi;19| ...) ; compiling (DEFUN |FSAGG-;max;$S;20| ...) ; compiling (DEFUN |FSAGG-;min;$S;21| ...) ; compiling (DEFUN |FiniteSetAggregate&| ...) ; compiling (MAKEPROP (QUOTE |FiniteSetAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 5 notes ; /tmp/oa-VNwj4U/code.fasl written ; compilation finished in 0:00:00.085 ------------------------------------------------------------------------ finalizing NRLIB FSAGG Processing FiniteSetAggregate for Browser database: -- cardinality : % -> NonNegativeInteger -- complement : % -> % -- universe : () -> % -- max : % -> S -- min : % -> S -- constructor ; compiling file "/tmp/oa-PnO41k/code.lsp" (written 01 FEB 2016 10:54:29 PM): ; compiling (DEFPARAMETER |FiniteSetAggregate;AL| ...) ; compiling (DEFUN |FiniteSetAggregate;| ...) ; compiling (DEFUN |FiniteSetAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-PnO41k/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/BTAGG.fasl --optimize=3 BTAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/BTAGG.spad using Spad compiler. BTAGG abbreviates category BitAggregate debug: compDefine1 lhs: (BitAggregate) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for BitAggregate compiling into /tmp/oa-IF3AZR STYLE-WARNING: redefining BOOT::|BitAggregate| in DEFUN Time: 0.01 SEC. BTAGG- abbreviates package BitAggregate& ------------------------------------------------------------------------ initializing stationary directory for BitAggregate& compiling into /tmp/oa-17WVst compiling exported not : S -> S Time: 0.02 SEC. compiling exported ~ : S -> S Time: 0.00 SEC. compiling exported /\ : (S,S) -> S Time: 0 SEC. compiling exported \/ : (S,S) -> S Time: 0.00 SEC. compiling exported nand : (S,S) -> S Time: 0 SEC. compiling exported nor : (S,S) -> S Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor BitAggregate& Time: 0.03 seconds finalizing NRLIB BTAGG- ; compiling file "/tmp/oa-17WVst/code.lsp" (written 01 FEB 2016 10:54:30 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |BTAGG-;not;2$;1| ...) ; file: /tmp/oa-17WVst/code.lsp ; in: DEFUN |BTAGG-;not;2$;1| ; #'(LAMBDA (BOOT::|#1| BOOT::$) (NOT BOOT::|#1|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |BTAGG-;~;2$;2| ...) ; file: /tmp/oa-17WVst/code.lsp ; in: DEFUN |BTAGG-;~;2$;2| ; #'(LAMBDA (BOOT::|#1| BOOT::$) (NOT BOOT::|#1|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |BTAGG-;/\\;3$;3| ...) ; file: /tmp/oa-17WVst/code.lsp ; in: DEFUN |BTAGG-;/\\;3$;3| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (AND BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |BTAGG-;\\/;3$;4| ...) ; file: /tmp/oa-17WVst/code.lsp ; in: DEFUN |BTAGG-;\\/;3$;4| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (OR BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |BTAGG-;nand;3$;5| ...) ; file: /tmp/oa-17WVst/code.lsp ; in: DEFUN |BTAGG-;nand;3$;5| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) ; (OR (NOT BOOT::|#1|) (NOT BOOT::|#2|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |BTAGG-;nor;3$;6| ...) ; file: /tmp/oa-17WVst/code.lsp ; in: DEFUN |BTAGG-;nor;3$;6| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) ; (AND (NOT BOOT::|#1|) (NOT BOOT::|#2|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |BitAggregate&| ...) ; compiling (MAKEPROP (QUOTE |BitAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 6 STYLE-WARNING conditions ; /tmp/oa-17WVst/code.fasl written ; compilation finished in 0:00:00.023 ------------------------------------------------------------------------ finalizing NRLIB BTAGG Processing BitAggregate for Browser database: -- nand : (%,%) -> % -- nor : (%,%) -> % -- xor : (%,%) -> % -- constructor ; compiling file "/tmp/oa-IF3AZR/code.lsp" (written 01 FEB 2016 10:54:30 PM): ; compiling (DEFPARAMETER |BitAggregate;AL| ...) ; compiling (DEFUN |BitAggregate;| ...) ; compiling (DEFUN |BitAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-IF3AZR/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/IBITS.fasl --optimize=3 IBITS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IBITS.spad using Spad compiler. IBITS abbreviates domain IndexedBits debug: compDefine1 lhs: (IndexedBits mn) signature (pre-evaluate): ((BitAggregate) (Integer)) debug: evaluateType form: (BitAggregate) $param: (mn) Debug: evaluateType1 form: (BitAggregate) debug: evaluateType form: (Integer) $param: (mn) Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((BitAggregate) (Integer)) debug: compDefine1 lhs: (IndexedBits mn) signature (pre-evaluate): ((BitAggregate) NIL) debug: evaluateType form: (BitAggregate) $param: (mn) Debug: evaluateType1 form: (BitAggregate) debug: compDefine1 signature (post evaluate): ((BitAggregate) NIL) ------------------------------------------------------------------------ initializing stationary directory for IndexedBits compiling into /tmp/oa-S2gX43 compiling exported minIndex : % -> Integer Time: 0.02 SEC. compiling local range : (%,Integer) -> Integer Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Time: 0.04 SEC. compiling exported new : (NonNegativeInteger,Boolean) -> % IBITS;new;NniB$;4(n,b) is replaced by %bitvector(n,%when(b %icst1,%otherwise %icst0)) Time: 0.00 SEC. compiling exported empty : () -> % Time: 0.00 SEC. compiling exported copy : % -> % IBITS;copy;2$;6 is replaced by %bitveccopy Time: 0 SEC. compiling exported # : % -> NonNegativeInteger IBITS;#;$Nni;7 is replaced by %bitveclength Time: 0 SEC. compiling exported = : (%,%) -> Boolean IBITS;=;2$B;8 is replaced by %bitveceq Time: 0.00 SEC. compiling exported < : (%,%) -> Boolean Time: 0.01 SEC. compiling exported and : (%,%) -> % Time: 0.00 SEC. compiling exported or : (%,%) -> % Time: 0.00 SEC. compiling exported xor : (%,%) -> % Time: 0 SEC. compiling exported setelt : (%,Integer,Boolean) -> Boolean Time: 0.00 SEC. compiling exported elt : (%,Integer) -> Boolean Time: 0 SEC. compiling exported ~ : % -> % IBITS;~;2$;15 is replaced by %bitvecnot Time: 0.00 SEC. compiling exported /\ : (%,%) -> % Time: 0.00 SEC. compiling exported \/ : (%,%) -> % Time: 0.01 SEC. (time taken in buildFunctor: 4) Time: 0.02 SEC. Cumulative Statistics for Constructor IndexedBits Time: 0.14 seconds finalizing NRLIB IBITS Processing IndexedBits for Browser database: -- constructor ; compiling file "/tmp/oa-S2gX43/code.lsp" (written 01 FEB 2016 10:54:30 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IBITS;new;NniB$;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IBITS;copy;2$;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IBITS;#;$Nni;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IBITS;=;2$B;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IBITS;~;2$;15|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IBITS;minIndex;$I;1|) ...) ; compiling (PUT (QUOTE |IBITS;range|) ...) ; compiling (DEFUN |IBITS;minIndex;$I;1| ...) ; file: /tmp/oa-S2gX43/code.lsp ; in: DEFUN |IBITS;minIndex;$I;1| ; (DEFUN BOOT::|IBITS;minIndex;$I;1| (BOOT::|u| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 6)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IBITS;minIndex;$I;1| ; (BOOT::|u| BOOT::$) ; (BLOCK BOOT::|IBITS;minIndex;$I;1| (BOOT::|shellEntry| BOOT::$ 6))) ; ; caught STYLE-WARNING: ; The variable |u| is defined but never used. ; compiling (DEFUN |IBITS;range| ...) ; file: /tmp/oa-S2gX43/code.lsp ; in: DEFUN |IBITS;range| ; (DEFUN BOOT::|IBITS;range| (BOOT::|v| BOOT::|i| BOOT::$) ; (COND ((AND (NOT #) (< BOOT::|i| #)) BOOT::|i|) ; (T (BOOT::|error| "Index out of range")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IBITS;range| ; (BOOT::|v| BOOT::|i| BOOT::$) ; (BLOCK BOOT::|IBITS;range| ; (COND ((AND # #) BOOT::|i|) (T (BOOT::|error| "Index out of range"))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |IBITS;coerce;$Of;3| ...) ; compiling (DEFUN |IBITS;new;NniB$;4| ...) ; compiling (DEFUN |IBITS;empty;$;5| ...) ; compiling (DEFUN |IBITS;copy;2$;6| ...) ; compiling (DEFUN |IBITS;#;$Nni;7| ...) ; compiling (DEFUN |IBITS;=;2$B;8| ...) ; compiling (DEFUN |IBITS;<;2$B;9| ...) ; compiling (DEFUN |IBITS;and;3$;10| ...) ; file: /tmp/oa-S2gX43/code.lsp ; in: DEFUN |IBITS;and;3$;10| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (AND BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |IBITS;or;3$;11| ...) ; file: /tmp/oa-S2gX43/code.lsp ; in: DEFUN |IBITS;or;3$;11| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (OR BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |IBITS;xor;3$;12| ...) ; file: /tmp/oa-S2gX43/code.lsp ; in: DEFUN |IBITS;xor;3$;12| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) ; (COND (BOOT::|#1| (NOT BOOT::|#2|)) (T BOOT::|#2|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |IBITS;setelt;$I2B;13| ...) ; compiling (DEFUN |IBITS;elt;$IB;14| ...) ; compiling (DEFUN |IBITS;~;2$;15| ...) ; compiling (DEFUN |IBITS;/\\;3$;16| ...) ; file: /tmp/oa-S2gX43/code.lsp ; in: DEFUN |IBITS;/\\;3$;16| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (AND BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |IBITS;\\/;3$;17| ...) ; file: /tmp/oa-S2gX43/code.lsp ; in: DEFUN |IBITS;\\/;3$;17| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (OR BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |IndexedBits| ...) ; compiling (DEFUN |IndexedBits;| ...) ; compiling (MAKEPROP (QUOTE |IndexedBits|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 7 STYLE-WARNING conditions ; printed 1 note ; /tmp/oa-S2gX43/code.fasl written ; compilation finished in 0:00:00.115 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/CCLASS.fasl --optimize=3 CCLASS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CCLASS.spad using Spad compiler. CCLASS abbreviates domain CharacterClass debug: compDefine1 lhs: (CharacterClass) signature (pre-evaluate): ((Join (SetCategory) (ConvertibleTo (String)) (FiniteSetAggregate (Character)) (ConvertibleTo (List (Character))) (CATEGORY domain (SIGNATURE charClass ($ (String))) (SIGNATURE charClass ($ (List (Character)))) (SIGNATURE digit ($) constant) (SIGNATURE hexDigit ($) constant) (SIGNATURE upperCase ($) constant) (SIGNATURE lowerCase ($) constant) (SIGNATURE alphabetic ($) constant) (SIGNATURE alphanumeric ($) constant)))) debug: evaluateType form: (Join (SetCategory) (ConvertibleTo (String)) (FiniteSetAggregate (Character)) (ConvertibleTo (List (Character))) (CATEGORY domain (SIGNATURE charClass ($ (String))) (SIGNATURE charClass ($ (List (Character)))) (SIGNATURE digit ($) constant) (SIGNATURE hexDigit ($) constant) (SIGNATURE upperCase ($) constant) (SIGNATURE lowerCase ($) constant) (SIGNATURE alphabetic ($) constant) (SIGNATURE alphanumeric ($) constant))) $param: NIL debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (ConvertibleTo (String)) $param: NIL Debug: evaluateType1 form: (ConvertibleTo (String)) debug: evaluateType1 x: (String) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evalCategory d: (String) c: (Type) debug: evaluateType form: (FiniteSetAggregate (Character)) $param: NIL Debug: evaluateType1 form: (FiniteSetAggregate (Character)) debug: evaluateType1 x: (Character) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Character) $param: NIL Debug: evaluateType1 form: (Character) debug: evalCategory d: (Character) c: (SetCategory) debug: evaluateType form: (ConvertibleTo (List (Character))) $param: NIL Debug: evaluateType1 form: (ConvertibleTo (List (Character))) debug: evaluateType1 x: (List (Character)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Character)) $param: NIL Debug: evaluateType1 form: (List (Character)) debug: evaluateType1 x: (Character) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Character) $param: NIL Debug: evaluateType1 form: (Character) debug: evalCategory d: (Character) c: (Type) debug: evalCategory d: (List (Character)) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE charClass ($ (String))) (SIGNATURE charClass ($ (List (Character)))) (SIGNATURE digit ($) constant) (SIGNATURE hexDigit ($) constant) (SIGNATURE upperCase ($) constant) (SIGNATURE lowerCase ($) constant) (SIGNATURE alphabetic ($) constant) (SIGNATURE alphanumeric ($) constant)) $param: NIL debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (List (Character)) $param: NIL Debug: evaluateType1 form: (List (Character)) debug: evaluateType1 x: (Character) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Character) $param: NIL Debug: evaluateType1 form: (Character) debug: evalCategory d: (Character) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (ConvertibleTo (String)) (FiniteSetAggregate (Character)) (ConvertibleTo (List (Character))) (CATEGORY domain (SIGNATURE charClass ($ (String))) (SIGNATURE charClass ($ (List (Character)))) (SIGNATURE digit ($) constant) (SIGNATURE hexDigit ($) constant) (SIGNATURE upperCase ($) constant) (SIGNATURE lowerCase ($) constant) (SIGNATURE alphabetic ($) constant) (SIGNATURE alphanumeric ($) constant)))) ------------------------------------------------------------------------ initializing stationary directory for CharacterClass compiling into /tmp/oa-MGLz2t compiling exported digit : () -> % Time: 0.03 SEC. compiling exported hexDigit : () -> % Time: 0.00 SEC. compiling exported upperCase : () -> % Time: 0 SEC. compiling exported lowerCase : () -> % Time: 0 SEC. compiling exported alphabetic : () -> % Time: 0 SEC. compiling exported alphanumeric : () -> % Time: 0 SEC. compiling exported = : (%,%) -> Boolean CCLASS;=;2$B;7 is replaced by %bitveceq Time: 0.01 SEC. compiling exported member? : (Character,%) -> Boolean Time: 0 SEC. compiling exported union : (%,%) -> % Time: 0 SEC. compiling exported intersect : (%,%) -> % Time: 0 SEC. compiling exported difference : (%,%) -> % Time: 0.00 SEC. compiling exported complement : % -> % CCLASS;complement;2$;12 is replaced by %bitvecnot Time: 0 SEC. compiling exported convert : % -> String Time: 0.01 SEC. compiling exported convert : % -> List Character Time: 0.01 SEC. compiling exported charClass : String -> % Time: 0.04 SEC. compiling exported charClass : List Character -> % Time: 0.02 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. compiling exported # : % -> NonNegativeInteger Time: 0.01 SEC. compiling exported empty : () -> % Time: 0.01 SEC. compiling exported brace : () -> % Time: 0.01 SEC. compiling exported insert! : (Character,%) -> % Time: 0.00 SEC. compiling exported remove! : (Character,%) -> % Time: 0 SEC. compiling exported inspect : % -> Character Time: 0.01 SEC. compiling exported extract! : % -> Character Time: 0.01 SEC. compiling exported map : (Character -> Character,%) -> % Time: 0.00 SEC. compiling exported map! : (Character -> Character,%) -> % Time: 0.01 SEC. compiling exported members : % -> List Character Time: 0.01 SEC. (time taken in buildFunctor: 4) Time: 0.02 SEC. Warnings: [1] charClass: false has no value [2] map: false has no value [3] false has no value Cumulative Statistics for Constructor CharacterClass Time: 0.23 seconds finalizing NRLIB CCLASS Processing CharacterClass for Browser database: -- charClass : String -> % -- charClass : List Character -> % -- digit : () -> % -- hexDigit : () -> % -- upperCase : () -> % -- lowerCase : () -> % -- alphabetic : () -> % -- alphanumeric : () -> % -- constructor ; compiling file "/tmp/oa-MGLz2t/code.lsp" (written 01 FEB 2016 10:54:30 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CCLASS;=;2$B;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CCLASS;complement;2$;12|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |CCLASS;digit;$;1| ...) ; compiling (DEFUN |CCLASS;hexDigit;$;2| ...) ; compiling (DEFUN |CCLASS;upperCase;$;3| ...) ; compiling (DEFUN |CCLASS;lowerCase;$;4| ...) ; compiling (DEFUN |CCLASS;alphabetic;$;5| ...) ; compiling (DEFUN |CCLASS;alphanumeric;$;6| ...) ; compiling (DEFUN |CCLASS;=;2$B;7| ...) ; compiling (DEFUN |CCLASS;member?;C$B;8| ...) ; file: /tmp/oa-MGLz2t/code.lsp ; in: DEFUN |CCLASS;member?;C$B;8| ; (DEFUN BOOT::|CCLASS;member?;C$B;8| (BOOT::|c| BOOT::|a| BOOT::$) ; (BOOT::SPADCALL BOOT::|a| ; (BOOT::SPADCALL BOOT::|c| (BOOT::|shellEntry| BOOT::$ 27)) ; (BOOT::|shellEntry| BOOT::$ 28))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CCLASS;member?;C$B;8| ; (BOOT::|c| BOOT::|a| BOOT::$) ; (BLOCK BOOT::|CCLASS;member?;C$B;8| ; (BOOT::SPADCALL BOOT::|a| ; (BOOT::SPADCALL BOOT::|c| ; (BOOT::|shellEntry| BOOT::$ 27)) ; (BOOT::|shellEntry| BOOT::$ 28)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |CCLASS;union;3$;9| ...) ; compiling (DEFUN |CCLASS;intersect;3$;10| ...) ; compiling (DEFUN |CCLASS;difference;3$;11| ...) ; compiling (DEFUN |CCLASS;complement;2$;12| ...) ; compiling (DEFUN |CCLASS;convert;$S;13| ...) ; file: /tmp/oa-MGLz2t/code.lsp ; in: DEFUN |CCLASS;convert;$S;13| ; (DEFUN BOOT::|CCLASS;convert;$S;13| (BOOT::|cl| BOOT::$) ; (BOOT::SPADCALL (BOOT::|CCLASS;convert;$L;14| BOOT::|cl| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 38))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CCLASS;convert;$S;13| ; (BOOT::|cl| BOOT::$) ; (BLOCK BOOT::|CCLASS;convert;$S;13| ; (BOOT::SPADCALL (BOOT::|CCLASS;convert;$L;14| BOOT::|cl| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 38)))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |CCLASS;convert;$L;14| ...) ; file: /tmp/oa-MGLz2t/code.lsp ; in: DEFUN |CCLASS;convert;$L;14| ; (DEFUN BOOT::|CCLASS;convert;$L;14| (BOOT::|cl| BOOT::$) ; (LET ((BOOT::|i| 0) (#:G598 (1- #)) (#:G553 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ BOOT::|i| #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CCLASS;convert;$L;14| ; (BOOT::|cl| BOOT::$) ; (BLOCK BOOT::|CCLASS;convert;$L;14| ; (LET ((BOOT::|i| 0) (#:G598 #) (#:G553 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CHARACTER T)) &REST T). ; compiling (DEFUN |CCLASS;charClass;S$;15| ...) ; compiling (DEFUN |CCLASS;charClass;L$;16| ...) ; compiling (DEFUN |CCLASS;coerce;$Of;17| ...) ; compiling (DEFUN |CCLASS;#;$Nni;18| ...) ; compiling (DEFUN |CCLASS;empty;$;19| ...) ; compiling (DEFUN |CCLASS;brace;$;20| ...) ; compiling (DEFUN |CCLASS;insert!;C2$;21| ...) ; compiling (DEFUN |CCLASS;remove!;C2$;22| ...) ; compiling (DEFUN |CCLASS;inspect;$C;23| ...) ; file: /tmp/oa-MGLz2t/code.lsp ; in: DEFUN |CCLASS;inspect;$C;23| ; (DEFUN BOOT::|CCLASS;inspect;$C;23| (BOOT::|a| BOOT::$) ; (PROGN ; (LET ((BOOT::|i| 0) (#:G602 #)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::|error| "Cannot take a character from an empty class."))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CCLASS;inspect;$C;23| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|CCLASS;inspect;$C;23| ; (PROGN ; (LET (# #) ; (LOOP # ; #)) ; (BOOT::|error| "Cannot take a character from an empty class.")))) ; ; note: type assertion too complex to check: ; (VALUES CHARACTER &REST T). ; compiling (DEFUN |CCLASS;extract!;$C;24| ...) ; file: /tmp/oa-MGLz2t/code.lsp ; in: DEFUN |CCLASS;extract!;$C;24| ; (DEFUN BOOT::|CCLASS;extract!;$C;24| (BOOT::|a| BOOT::$) ; (PROGN ; (LET ((BOOT::|i| 0) (#:G603 #)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::|error| "Cannot take a character from an empty class."))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CCLASS;extract!;$C;24| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|CCLASS;extract!;$C;24| ; (PROGN ; (LET (# #) ; (LOOP # ; #)) ; (BOOT::|error| "Cannot take a character from an empty class.")))) ; ; note: type assertion too complex to check: ; (VALUES CHARACTER &REST T). ; compiling (DEFUN |CCLASS;map;M2$;25| ...) ; compiling (DEFUN |CCLASS;map!;M2$;26| ...) ; compiling (DEFUN |CCLASS;members;$L;27| ...) ; file: /tmp/oa-MGLz2t/code.lsp ; in: DEFUN |CCLASS;members;$L;27| ; (DEFUN BOOT::|CCLASS;members;$L;27| (BOOT::|a| BOOT::$) ; (LET ((BOOT::|i| 0) (#:G606 (1- #)) (#:G592 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ BOOT::|i| #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CCLASS;members;$L;27| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|CCLASS;members;$L;27| ; (LET ((BOOT::|i| 0) (#:G606 #) (#:G592 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CHARACTER T)) &REST T). ; compiling (DEFUN |CharacterClass| ...) ; compiling (DEFUN |CharacterClass;| ...) ; compiling (MAKEPROP (QUOTE |CharacterClass|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 6 notes ; /tmp/oa-MGLz2t/code.fasl written ; compilation finished in 0:00:00.086 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/CHAR.fasl --optimize=3 CHAR.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CHAR.spad using Spad compiler. CHAR abbreviates domain Character debug: compDefine1 lhs: (Character) signature (pre-evaluate): ((Join (OrderedFinite) (CATEGORY domain (SIGNATURE ord ((NonNegativeInteger) $)) (SIGNATURE char ($ (NonNegativeInteger))) (SIGNATURE char ($ (String))) (SIGNATURE space ($) constant) (SIGNATURE quote ($) constant) (SIGNATURE underscore ($) constant) (SIGNATURE newline ($) constant) (SIGNATURE carriageReturn ($) constant) (SIGNATURE linefeed ($) constant) (SIGNATURE formfeed ($) constant) (SIGNATURE backspace ($) constant) (SIGNATURE horizontalTab ($) constant) (SIGNATURE verticalTab ($) constant) (SIGNATURE escape ($) constant) (SIGNATURE upperCase ($ $)) (SIGNATURE lowerCase ($ $)) (SIGNATURE digit? ((Boolean) $)) (SIGNATURE hexDigit? ((Boolean) $)) (SIGNATURE alphabetic? ((Boolean) $)) (SIGNATURE upperCase? ((Boolean) $)) (SIGNATURE lowerCase? ((Boolean) $)) (SIGNATURE alphanumeric? ((Boolean) $))))) debug: evaluateType form: (Join (OrderedFinite) (CATEGORY domain (SIGNATURE ord ((NonNegativeInteger) $)) (SIGNATURE char ($ (NonNegativeInteger))) (SIGNATURE char ($ (String))) (SIGNATURE space ($) constant) (SIGNATURE quote ($) constant) (SIGNATURE underscore ($) constant) (SIGNATURE newline ($) constant) (SIGNATURE carriageReturn ($) constant) (SIGNATURE linefeed ($) constant) (SIGNATURE formfeed ($) constant) (SIGNATURE backspace ($) constant) (SIGNATURE horizontalTab ($) constant) (SIGNATURE verticalTab ($) constant) (SIGNATURE escape ($) constant) (SIGNATURE upperCase ($ $)) (SIGNATURE lowerCase ($ $)) (SIGNATURE digit? ((Boolean) $)) (SIGNATURE hexDigit? ((Boolean) $)) (SIGNATURE alphabetic? ((Boolean) $)) (SIGNATURE upperCase? ((Boolean) $)) (SIGNATURE lowerCase? ((Boolean) $)) (SIGNATURE alphanumeric? ((Boolean) $)))) $param: NIL debug: evaluateType form: (OrderedFinite) $param: NIL Debug: evaluateType1 form: (OrderedFinite) debug: evaluateType form: (CATEGORY domain (SIGNATURE ord ((NonNegativeInteger) $)) (SIGNATURE char ($ (NonNegativeInteger))) (SIGNATURE char ($ (String))) (SIGNATURE space ($) constant) (SIGNATURE quote ($) constant) (SIGNATURE underscore ($) constant) (SIGNATURE newline ($) constant) (SIGNATURE carriageReturn ($) constant) (SIGNATURE linefeed ($) constant) (SIGNATURE formfeed ($) constant) (SIGNATURE backspace ($) constant) (SIGNATURE horizontalTab ($) constant) (SIGNATURE verticalTab ($) constant) (SIGNATURE escape ($) constant) (SIGNATURE upperCase ($ $)) (SIGNATURE lowerCase ($ $)) (SIGNATURE digit? ((Boolean) $)) (SIGNATURE hexDigit? ((Boolean) $)) (SIGNATURE alphabetic? ((Boolean) $)) (SIGNATURE upperCase? ((Boolean) $)) (SIGNATURE lowerCase? ((Boolean) $)) (SIGNATURE alphanumeric? ((Boolean) $))) $param: NIL debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: compDefine1 signature (post evaluate): ((Join (OrderedFinite) (CATEGORY domain (SIGNATURE ord ((NonNegativeInteger) $)) (SIGNATURE char ($ (NonNegativeInteger))) (SIGNATURE char ($ (String))) (SIGNATURE space ($) constant) (SIGNATURE quote ($) constant) (SIGNATURE underscore ($) constant) (SIGNATURE newline ($) constant) (SIGNATURE carriageReturn ($) constant) (SIGNATURE linefeed ($) constant) (SIGNATURE formfeed ($) constant) (SIGNATURE backspace ($) constant) (SIGNATURE horizontalTab ($) constant) (SIGNATURE verticalTab ($) constant) (SIGNATURE escape ($) constant) (SIGNATURE upperCase ($ $)) (SIGNATURE lowerCase ($ $)) (SIGNATURE digit? ((Boolean) $)) (SIGNATURE hexDigit? ((Boolean) $)) (SIGNATURE alphabetic? ((Boolean) $)) (SIGNATURE upperCase? ((Boolean) $)) (SIGNATURE lowerCase? ((Boolean) $)) (SIGNATURE alphanumeric? ((Boolean) $))))) ------------------------------------------------------------------------ initializing stationary directory for Character compiling into /tmp/oa-xXnTcS importing CharacterClass compiling exported = : (%,%) -> Boolean CHAR;=;2$B;1 is replaced by %ceq Time: 0.04 SEC. compiling exported < : (%,%) -> Boolean CHAR;<;2$B;2 is replaced by %clt Time: 0 SEC. compiling exported > : (%,%) -> Boolean CHAR;>;2$B;3 is replaced by %cgt Time: 0 SEC. compiling exported <= : (%,%) -> Boolean CHAR;<=;2$B;4 is replaced by %cle Time: 0.00 SEC. compiling exported >= : (%,%) -> Boolean CHAR;>=;2$B;5 is replaced by %cge Time: 0 SEC. compiling exported size : () -> NonNegativeInteger CHAR;size;Nni;6 is replaced by %ccstmax Time: 0 SEC. compiling exported index : PositiveInteger -> % Time: 0 SEC. compiling exported lookup : % -> PositiveInteger Time: 0.00 SEC. compiling exported char : NonNegativeInteger -> % CHAR;char;Nni$;9 is replaced by %i2c Time: 0 SEC. compiling exported ord : % -> NonNegativeInteger CHAR;ord;$Nni;10 is replaced by %c2i Time: 0 SEC. compiling exported random : () -> % Time: 0 SEC. compiling exported space : () -> % CHAR;space;$;12 is replaced by %ccst " " Time: 0.01 SEC. compiling exported quote : () -> % CHAR;quote;$;13 is replaced by %ccst """ Time: 0 SEC. compiling exported underscore : () -> % CHAR;underscore;$;14 is replaced by %ccst "_" Time: 0.00 SEC. compiling exported newline : () -> % CHAR;newline;$;15 is replaced by %ccst "\n" Time: 0.00 SEC. compiling exported carriageReturn : () -> % CHAR;carriageReturn;$;16 is replaced by %i2c 13 Time: 0 SEC. compiling exported linefeed : () -> % CHAR;linefeed;$;17 is replaced by %i2c 10 Time: 0 SEC. compiling exported formfeed : () -> % CHAR;formfeed;$;18 is replaced by %i2c 12 Time: 0 SEC. compiling exported backspace : () -> % CHAR;backspace;$;19 is replaced by %i2c 8 Time: 0.00 SEC. compiling exported horizontalTab : () -> % CHAR;horizontalTab;$;20 is replaced by %i2c 9 Time: 0 SEC. compiling exported verticalTab : () -> % CHAR;verticalTab;$;21 is replaced by %i2c 11 Time: 0 SEC. compiling exported escape : () -> % CHAR;escape;$;22 is replaced by %i2c 27 Time: 0 SEC. compiling exported coerce : % -> OutputForm CHAR;coerce;$Of;23 c is replaced by c Time: 0.00 SEC. compiling exported digit? : % -> Boolean Time: 0.00 SEC. compiling exported hexDigit? : % -> Boolean Time: 0.00 SEC. compiling exported upperCase? : % -> Boolean Time: 0.00 SEC. compiling exported lowerCase? : % -> Boolean Time: 0.00 SEC. compiling exported alphabetic? : % -> Boolean Time: 0.00 SEC. compiling exported alphanumeric? : % -> Boolean Time: 0.00 SEC. compiling exported latex : % -> String CHAR;latex;$S;30 c is replaced by %strconc("\mbox{`",%strconc(%c2s c,"'}")) Time: 0.00 SEC. compiling exported char : String -> % CHAR;char;S$;31 is replaced by %s2c Time: 0.00 SEC. compiling exported upperCase : % -> % CHAR;upperCase;2$;32 is replaced by %cup Time: 0 SEC. compiling exported lowerCase : % -> % CHAR;lowerCase;2$;33 is replaced by %cdown Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] coerce: : OutputForm -- replace by pretend Cumulative Statistics for Constructor Character Time: 0.12 seconds finalizing NRLIB CHAR Processing Character for Browser database: -- ord : % -> NonNegativeInteger -- char : NonNegativeInteger -> % -- char : String -> % -- space : () -> % -- quote : () -> % -- underscore : () -> % -- newline : () -> % -- carriageReturn : () -> % -- linefeed : () -> % -- formfeed : () -> % -- backspace : () -> % -- horizontalTab : () -> % -- verticalTab : () -> % -- escape : () -> % -- upperCase : % -> % -- lowerCase : % -> % -- digit? : % -> Boolean -- hexDigit? : % -> Boolean -- alphabetic? : % -> Boolean -- upperCase? : % -> Boolean -- lowerCase? : % -> Boolean -- alphanumeric? : % -> Boolean -- constructor ; compiling file "/tmp/oa-xXnTcS/code.lsp" (written 01 FEB 2016 10:54:31 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;=;2$B;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;<;2$B;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;>;2$B;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;<=;2$B;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;>=;2$B;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;size;Nni;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;char;Nni$;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;ord;$Nni;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;space;$;12|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;quote;$;13|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;underscore;$;14|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;newline;$;15|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;carriageReturn;$;16|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;linefeed;$;17|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;formfeed;$;18|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;backspace;$;19|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;horizontalTab;$;20|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;verticalTab;$;21|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;escape;$;22|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;coerce;$Of;23|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;latex;$S;30|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;char;S$;31|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;upperCase;2$;32|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;lowerCase;2$;33|) ...) ; compiling (PUT (QUOTE |CHAR;index;Pi$;7|) ...) ; compiling (PUT (QUOTE |CHAR;lookup;$Pi;8|) ...) ; compiling (DEFUN |CHAR;=;2$B;1| ...) ; compiling (DEFUN |CHAR;<;2$B;2| ...) ; compiling (DEFUN |CHAR;>;2$B;3| ...) ; compiling (DEFUN |CHAR;<=;2$B;4| ...) ; compiling (DEFUN |CHAR;>=;2$B;5| ...) ; compiling (DEFUN |CHAR;size;Nni;6| ...) ; compiling (DEFUN |CHAR;index;Pi$;7| ...) ; compiling (DEFUN |CHAR;lookup;$Pi;8| ...) ; compiling (DEFUN |CHAR;char;Nni$;9| ...) ; compiling (DEFUN |CHAR;ord;$Nni;10| ...) ; compiling (DEFUN |CHAR;random;$;11| ...) ; compiling (DEFUN |CHAR;space;$;12| ...) ; compiling (DEFUN |CHAR;quote;$;13| ...) ; compiling (DEFUN |CHAR;underscore;$;14| ...) ; compiling (DEFUN |CHAR;newline;$;15| ...) ; compiling (DEFUN |CHAR;carriageReturn;$;16| ...) ; compiling (DEFUN |CHAR;linefeed;$;17| ...) ; compiling (DEFUN |CHAR;formfeed;$;18| ...) ; compiling (DEFUN |CHAR;backspace;$;19| ...) ; compiling (DEFUN |CHAR;horizontalTab;$;20| ...) ; compiling (DEFUN |CHAR;verticalTab;$;21| ...) ; compiling (DEFUN |CHAR;escape;$;22| ...) ; compiling (DEFUN |CHAR;coerce;$Of;23| ...) ; compiling (DEFUN |CHAR;digit?;$B;24| ...) ; file: /tmp/oa-xXnTcS/code.lsp ; in: DEFUN |CHAR;digit?;$B;24| ; (DEFUN BOOT::|CHAR;digit?;$B;24| (BOOT::|c| BOOT::$) ; (BOOT::SPADCALL BOOT::|c| (BOOT::|spadConstant| BOOT::$ 35) ; (BOOT::|shellEntry| BOOT::$ 37))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CHAR;digit?;$B;24| ; (BOOT::|c| BOOT::$) ; (BLOCK BOOT::|CHAR;digit?;$B;24| ; (BOOT::SPADCALL BOOT::|c| (BOOT::|spadConstant| BOOT::$ 35) ; (BOOT::|shellEntry| BOOT::$ 37)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |CHAR;hexDigit?;$B;25| ...) ; file: /tmp/oa-xXnTcS/code.lsp ; in: DEFUN |CHAR;hexDigit?;$B;25| ; (DEFUN BOOT::|CHAR;hexDigit?;$B;25| (BOOT::|c| BOOT::$) ; (BOOT::SPADCALL BOOT::|c| (BOOT::|spadConstant| BOOT::$ 39) ; (BOOT::|shellEntry| BOOT::$ 37))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CHAR;hexDigit?;$B;25| ; (BOOT::|c| BOOT::$) ; (BLOCK BOOT::|CHAR;hexDigit?;$B;25| ; (BOOT::SPADCALL BOOT::|c| (BOOT::|spadConstant| BOOT::$ 39) ; (BOOT::|shellEntry| BOOT::$ 37)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |CHAR;upperCase?;$B;26| ...) ; file: /tmp/oa-xXnTcS/code.lsp ; in: DEFUN |CHAR;upperCase?;$B;26| ; (DEFUN BOOT::|CHAR;upperCase?;$B;26| (BOOT::|c| BOOT::$) ; (BOOT::SPADCALL BOOT::|c| (BOOT::|spadConstant| BOOT::$ 41) ; (BOOT::|shellEntry| BOOT::$ 37))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CHAR;upperCase?;$B;26| ; (BOOT::|c| BOOT::$) ; (BLOCK BOOT::|CHAR;upperCase?;$B;26| ; (BOOT::SPADCALL BOOT::|c| (BOOT::|spadConstant| BOOT::$ 41) ; (BOOT::|shellEntry| BOOT::$ 37)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |CHAR;lowerCase?;$B;27| ...) ; file: /tmp/oa-xXnTcS/code.lsp ; in: DEFUN |CHAR;lowerCase?;$B;27| ; (DEFUN BOOT::|CHAR;lowerCase?;$B;27| (BOOT::|c| BOOT::$) ; (BOOT::SPADCALL BOOT::|c| (BOOT::|spadConstant| BOOT::$ 43) ; (BOOT::|shellEntry| BOOT::$ 37))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CHAR;lowerCase?;$B;27| ; (BOOT::|c| BOOT::$) ; (BLOCK BOOT::|CHAR;lowerCase?;$B;27| ; (BOOT::SPADCALL BOOT::|c| (BOOT::|spadConstant| BOOT::$ 43) ; (BOOT::|shellEntry| BOOT::$ 37)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |CHAR;alphabetic?;$B;28| ...) ; file: /tmp/oa-xXnTcS/code.lsp ; in: DEFUN |CHAR;alphabetic?;$B;28| ; (DEFUN BOOT::|CHAR;alphabetic?;$B;28| (BOOT::|c| BOOT::$) ; (BOOT::SPADCALL BOOT::|c| (BOOT::|spadConstant| BOOT::$ 45) ; (BOOT::|shellEntry| BOOT::$ 37))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CHAR;alphabetic?;$B;28| ; (BOOT::|c| BOOT::$) ; (BLOCK BOOT::|CHAR;alphabetic?;$B;28| ; (BOOT::SPADCALL BOOT::|c| (BOOT::|spadConstant| BOOT::$ 45) ; (BOOT::|shellEntry| BOOT::$ 37)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |CHAR;alphanumeric?;$B;29| ...) ; file: /tmp/oa-xXnTcS/code.lsp ; in: DEFUN |CHAR;alphanumeric?;$B;29| ; (DEFUN BOOT::|CHAR;alphanumeric?;$B;29| (BOOT::|c| BOOT::$) ; (BOOT::SPADCALL BOOT::|c| (BOOT::|spadConstant| BOOT::$ 47) ; (BOOT::|shellEntry| BOOT::$ 37))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CHAR;alphanumeric?;$B;29| ; (BOOT::|c| BOOT::$) ; (BLOCK BOOT::|CHAR;alphanumeric?;$B;29| ; (BOOT::SPADCALL BOOT::|c| (BOOT::|spadConstant| BOOT::$ 47) ; (BOOT::|shellEntry| BOOT::$ 37)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |CHAR;latex;$S;30| ...) ; file: /tmp/oa-xXnTcS/code.lsp ; in: DEFUN |CHAR;latex;$S;30| ; (DEFUN BOOT::|CHAR;latex;$S;30| (BOOT::|c| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::STRCONC "\\mbox{`" (BOOT::STRCONC (STRING BOOT::|c|) "'}"))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CHAR;latex;$S;30| ; (BOOT::|c| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|CHAR;latex;$S;30| ; (BOOT::STRCONC "\\mbox{`" (BOOT::STRCONC (STRING BOOT::|c|) "'}")))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |CHAR;char;S$;31| ...) ; compiling (DEFUN |CHAR;upperCase;2$;32| ...) ; compiling (DEFUN |CHAR;lowerCase;2$;33| ...) ; compiling (DEFUN |Character| ...) ; compiling (DEFUN |Character;| ...) ; compiling (MAKEPROP (QUOTE |Character|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 7 notes ; /tmp/oa-xXnTcS/code.fasl written ; compilation finished in 0:00:00.072 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/IDENT.fasl --optimize=3 IDENT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IDENT.spad using Spad compiler. IDENT abbreviates domain Identifier debug: compDefine1 lhs: (Identifier) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE gensym ($))))) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (SIGNATURE gensym ($)))) $param: NIL debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE gensym ($))) $param: NIL debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE gensym ($))))) ------------------------------------------------------------------------ initializing stationary directory for Identifier compiling into /tmp/oa-1a4tae compiling exported gensym : () -> % IDENT;gensym;$;1 is replaced by %gensym Time: 0.00 SEC. compiling exported = : (%,%) -> Boolean IDENT;=;2$B;2 is replaced by %peq Time: 0.00 SEC. compiling exported coerce : % -> OutputForm IDENT;coerce;$Of;3 x is replaced by x Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] coerce: : OutputForm -- replace by pretend Cumulative Statistics for Constructor Identifier Time: 0.02 seconds finalizing NRLIB IDENT Processing Identifier for Browser database: -- gensym : () -> % -- constructor ; compiling file "/tmp/oa-1a4tae/code.lsp" (written 01 FEB 2016 10:54:31 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IDENT;gensym;$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IDENT;=;2$B;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IDENT;coerce;$Of;3|) ...) ; compiling (DEFUN |IDENT;gensym;$;1| ...) ; compiling (DEFUN |IDENT;=;2$B;2| ...) ; compiling (DEFUN |IDENT;coerce;$Of;3| ...) ; compiling (DEFUN |Identifier| ...) ; compiling (DEFUN |Identifier;| ...) ; compiling (MAKEPROP (QUOTE |Identifier|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-1a4tae/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/STRING.fasl --optimize=3 STRING.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/STRING.spad using Spad compiler. STRING abbreviates domain String debug: compDefine1 lhs: (String) signature (pre-evaluate): ((Join (StringAggregate) (CATEGORY domain (SIGNATURE string ($ (Integer))) (SIGNATURE string ($ (DoubleFloat))) (SIGNATURE string ($ (Identifier)))))) debug: evaluateType form: (Join (StringAggregate) (CATEGORY domain (SIGNATURE string ($ (Integer))) (SIGNATURE string ($ (DoubleFloat))) (SIGNATURE string ($ (Identifier))))) $param: NIL debug: evaluateType form: (StringAggregate) $param: NIL Debug: evaluateType1 form: (StringAggregate) debug: evaluateType form: (CATEGORY domain (SIGNATURE string ($ (Integer))) (SIGNATURE string ($ (DoubleFloat))) (SIGNATURE string ($ (Identifier)))) $param: NIL debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: compDefine1 signature (post evaluate): ((Join (StringAggregate) (CATEGORY domain (SIGNATURE string ($ (Integer))) (SIGNATURE string ($ (DoubleFloat))) (SIGNATURE string ($ (Identifier)))))) ------------------------------------------------------------------------ initializing stationary directory for String compiling into /tmp/oa-bRPCRm compiling exported string : Integer -> % STRING;string;I$;1 is replaced by %i2s Time: 0.06 SEC. compiling exported string : DoubleFloat -> % STRING;string;Df$;2 is replaced by %f2s Time: 0.00 SEC. compiling exported string : Identifier -> % STRING;string;I$;3 is replaced by %sname Time: 0.00 SEC. compiling exported new : (NonNegativeInteger,Character) -> % STRING;new;NniC$;4 is replaced by makeString Time: 0.01 SEC. compiling exported empty : () -> % Time: 0.00 SEC. compiling exported empty? : % -> Boolean Time: 0 SEC. compiling exported # : % -> NonNegativeInteger STRING;#;$Nni;7 is replaced by %strlength Time: 0 SEC. compiling exported = : (%,%) -> Boolean STRING;=;2$B;8 is replaced by %streq Time: 0.00 SEC. compiling exported < : (%,%) -> Boolean STRING;<;2$B;9 is replaced by %strlt Time: 0.00 SEC. compiling exported concat : (%,%) -> % STRING;concat;3$;10 is replaced by %strconc Time: 0 SEC. compiling exported copy : % -> % STRING;copy;2$;11 is replaced by %strcopy Time: 0 SEC. compiling exported insert : (%,%,Integer) -> % Time: 0.05 SEC. compiling exported coerce : % -> OutputForm Time: 0.02 SEC. compiling exported minIndex : % -> Integer STRING;minIndex;$I;14 s is replaced by 1 Time: 0 SEC. compiling exported upperCase! : % -> % Time: 0.00 SEC. compiling exported lowerCase! : % -> % Time: 0 SEC. compiling exported latex : % -> String STRING;latex;$S;17 s is replaced by %strconc("\mbox{``",%strconc(s,"''}")) Time: 0.01 SEC. compiling exported replace : (%,UniversalSegment Integer,%) -> % Time: 0.03 SEC. compiling exported setelt : (%,Integer,Character) -> Character Time: 0.01 SEC. compiling exported substring? : (%,%,Integer) -> Boolean Time: 0.01 SEC. compiling exported position : (%,%,Integer) -> Integer Time: 0.01 SEC. compiling exported position : (Character,%,Integer) -> Integer Time: 0.01 SEC. compiling exported position : (CharacterClass,%,Integer) -> Integer Time: 0.01 SEC. compiling exported suffix? : (%,%) -> Boolean Time: 0.00 SEC. compiling exported split : (%,Character) -> List % Time: 0.05 SEC. compiling exported split : (%,CharacterClass) -> List % Time: 0.03 SEC. compiling exported leftTrim : (%,Character) -> % Time: 0.02 SEC. compiling exported leftTrim : (%,CharacterClass) -> % Time: 0.02 SEC. compiling exported rightTrim : (%,Character) -> % Time: 0.04 SEC. compiling exported rightTrim : (%,CharacterClass) -> % Time: 0.00 SEC. compiling exported concat : List % -> % Time: 0.01 SEC. compiling exported copyInto! : (%,%,Integer) -> % Time: 0.01 SEC. compiling exported elt : (%,Integer) -> Character Time: 0.01 SEC. compiling exported elt : (%,UniversalSegment Integer) -> % Time: 0.02 SEC. compiling exported hash : % -> SingleInteger STRING;hash;$Si;35 is replaced by %hash Time: 0.00 SEC. compiling exported match : (%,%,Character) -> NonNegativeInteger Time: 0 SEC. compiling exported match? : (%,%,Character) -> Boolean Time: 0.04 SEC. (time taken in buildFunctor: 8) Time: 0.02 SEC. Warnings: [1] coerce: pretend String -- should replace by @ [2] latex: pretend String -- should replace by @ [3] replace: : NonNegativeInteger -- replace by pretend [4] split: j has no value Cumulative Statistics for Constructor String Time: 0.53 seconds finalizing NRLIB STRING Processing String for Browser database: -- string : Integer -> % -- string : DoubleFloat -> % -- string : Identifier -> % -- constructor ; compiling file "/tmp/oa-bRPCRm/code.lsp" (written 01 FEB 2016 10:54:32 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STRING;string;I$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STRING;string;Df$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STRING;string;I$;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STRING;new;NniC$;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STRING;#;$Nni;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STRING;=;2$B;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STRING;<;2$B;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STRING;concat;3$;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STRING;copy;2$;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STRING;minIndex;$I;14|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STRING;latex;$S;17|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STRING;hash;$Si;35|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |STRING;string;I$;1| ...) ; compiling (DEFUN |STRING;string;Df$;2| ...) ; file: /tmp/oa-bRPCRm/code.lsp ; in: DEFUN |STRING;string;Df$;2| ; (DEFUN BOOT::|STRING;string;Df$;2| (BOOT::|f| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::DFLOAT-FORMAT-GENERAL BOOT::|f|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;string;Df$;2| ; (BOOT::|f| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|STRING;string;Df$;2| ; (BOOT::DFLOAT-FORMAT-GENERAL BOOT::|f|))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |STRING;string;I$;3| ...) ; compiling (DEFUN |STRING;new;NniC$;4| ...) ; file: /tmp/oa-bRPCRm/code.lsp ; in: DEFUN |STRING;new;NniC$;4| ; (DEFUN BOOT::|STRING;new;NniC$;4| (BOOT::|n| BOOT::|c| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (|AxiomCore|:|makeString| BOOT::|n| BOOT::|c|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;new;NniC$;4| ; (BOOT::|n| BOOT::|c| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|STRING;new;NniC$;4| ; (|AxiomCore|:|makeString| BOOT::|n| BOOT::|c|))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |STRING;empty;$;5| ...) ; file: /tmp/oa-bRPCRm/code.lsp ; in: DEFUN |STRING;empty;$;5| ; (DEFUN BOOT::|STRING;empty;$;5| (BOOT::$) ; (|AxiomCore|:|makeString| (BOOT::|spadConstant| BOOT::$ 15))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;empty;$;5| ; (BOOT::$) ; (BLOCK BOOT::|STRING;empty;$;5| ; (|AxiomCore|:|makeString| (BOOT::|spadConstant| BOOT::$ 15)))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |STRING;empty?;$B;6| ...) ; file: /tmp/oa-bRPCRm/code.lsp ; in: DEFUN |STRING;empty?;$B;6| ; (DEFUN BOOT::|STRING;empty?;$B;6| (BOOT::|s| BOOT::$) ; (BOOT::SPADCALL (LENGTH BOOT::|s|) (BOOT::|shellEntry| BOOT::$ 18))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;empty?;$B;6| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|STRING;empty?;$B;6| ; (BOOT::SPADCALL (LENGTH BOOT::|s|) (BOOT::|shellEntry| BOOT::$ 18)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |STRING;#;$Nni;7| ...) ; compiling (DEFUN |STRING;=;2$B;8| ...) ; compiling (DEFUN |STRING;<;2$B;9| ...) ; compiling (DEFUN |STRING;concat;3$;10| ...) ; file: /tmp/oa-bRPCRm/code.lsp ; in: DEFUN |STRING;concat;3$;10| ; (DEFUN BOOT::|STRING;concat;3$;10| (BOOT::|s| BOOT::|t| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::STRCONC BOOT::|s| BOOT::|t|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;concat;3$;10| ; (BOOT::|s| BOOT::|t| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|STRING;concat;3$;10| (BOOT::STRCONC BOOT::|s| BOOT::|t|))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |STRING;copy;2$;11| ...) ; compiling (DEFUN |STRING;insert;2$I$;12| ...) ; file: /tmp/oa-bRPCRm/code.lsp ; in: DEFUN |STRING;insert;2$I$;12| ; (DEFUN BOOT::|STRING;insert;2$I$;12| (BOOT::|s| BOOT::|t| BOOT::|i| BOOT::$) ; (BOOT::STRCONC ; (BOOT::STRCONC ; (BOOT::|STRING;elt;$Us$;34| BOOT::|s| (BOOT::SPADCALL # # #) BOOT::$) ; BOOT::|t|) ; (BOOT::|STRING;elt;$Us$;34| BOOT::|s| ; (BOOT::SPADCALL BOOT::|i| (BOOT::|shellEntry| BOOT::$ 30)) BOOT::$))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;insert;2$I$;12| ; (BOOT::|s| BOOT::|t| BOOT::|i| BOOT::$) ; (BLOCK BOOT::|STRING;insert;2$I$;12| ; (BOOT::STRCONC ; (BOOT::STRCONC (BOOT::|STRING;elt;$Us$;34| BOOT::|s| # BOOT::$) ; BOOT::|t|) ; (BOOT::|STRING;elt;$Us$;34| BOOT::|s| (BOOT::SPADCALL BOOT::|i| #) ; BOOT::$)))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |STRING;coerce;$Of;13| ...) ; compiling (DEFUN |STRING;minIndex;$I;14| ...) ; file: /tmp/oa-bRPCRm/code.lsp ; in: DEFUN |STRING;minIndex;$I;14| ; (DEFUN BOOT::|STRING;minIndex;$I;14| (BOOT::|s| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; 1) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;minIndex;$I;14| ; (BOOT::|s| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|STRING;minIndex;$I;14| 1)) ; ; caught STYLE-WARNING: ; The variable |s| is defined but never used. ; compiling (DEFUN |STRING;upperCase!;2$;15| ...) ; file: /tmp/oa-bRPCRm/code.lsp ; in: DEFUN |STRING;upperCase!;2$;15| ; (DEFUN BOOT::|STRING;upperCase!;2$;15| (BOOT::|s| BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 39) BOOT::|s| ; (BOOT::|shellEntry| BOOT::$ 41))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;upperCase!;2$;15| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|STRING;upperCase!;2$;15| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 39) BOOT::|s| ; (BOOT::|shellEntry| BOOT::$ 41)))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |STRING;lowerCase!;2$;16| ...) ; file: /tmp/oa-bRPCRm/code.lsp ; in: DEFUN |STRING;lowerCase!;2$;16| ; (DEFUN BOOT::|STRING;lowerCase!;2$;16| (BOOT::|s| BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 44) BOOT::|s| ; (BOOT::|shellEntry| BOOT::$ 41))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;lowerCase!;2$;16| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|STRING;lowerCase!;2$;16| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 44) BOOT::|s| ; (BOOT::|shellEntry| BOOT::$ 41)))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |STRING;latex;$S;17| ...) ; file: /tmp/oa-bRPCRm/code.lsp ; in: DEFUN |STRING;latex;$S;17| ; (DEFUN BOOT::|STRING;latex;$S;17| (BOOT::|s| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::STRCONC "\\mbox{``" (BOOT::STRCONC BOOT::|s| "''}"))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;latex;$S;17| ; (BOOT::|s| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|STRING;latex;$S;17| ; (BOOT::STRCONC "\\mbox{``" (BOOT::STRCONC BOOT::|s| "''}")))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |STRING;replace;$Us2$;18| ...) ; file: /tmp/oa-bRPCRm/code.lsp ; in: DEFUN |STRING;replace;$Us2$;18| ; (DEFUN BOOT::|STRING;replace;$Us2$;18| ; (BOOT::|s| BOOT::|sg| BOOT::|t| BOOT::$) ; (PROG (BOOT::|k| BOOT::|r|) ; (RETURN ; (LET (# # # #) ; (BOOT::SEQ # # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;replace;$Us2$;18| ; (BOOT::|s| BOOT::|sg| BOOT::|t| BOOT::$) ; (BLOCK BOOT::|STRING;replace;$Us2$;18| ; (PROG (BOOT::|k| BOOT::|r|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |STRING;setelt;$I2C;19| ...) ; file: /tmp/oa-bRPCRm/code.lsp ; in: DEFUN |STRING;setelt;$I2C;19| ; (DEFUN BOOT::|STRING;setelt;$I2C;19| (BOOT::|s| BOOT::|i| BOOT::|c| BOOT::$) ; (COND ; ((OR (< BOOT::|i| #) (< # BOOT::|i|)) ; (BOOT::|error| "index out of range")) ; (T (PROGN (SETF #) BOOT::|c|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;setelt;$I2C;19| ; (BOOT::|s| BOOT::|i| BOOT::|c| BOOT::$) ; (BLOCK BOOT::|STRING;setelt;$I2C;19| ; (COND ((OR # #) (BOOT::|error| "index out of range")) ; (T (PROGN # BOOT::|c|))))) ; ; note: type assertion too complex to check: ; (VALUES CHARACTER &REST T). ; compiling (DEFUN |STRING;substring?;2$IB;20| ...) ; file: /tmp/oa-bRPCRm/code.lsp ; in: DEFUN |STRING;substring?;2$IB;20| ; (DEFUN BOOT::|STRING;substring?;2$IB;20| ; (BOOT::|part| BOOT::|whole| BOOT::|startpos| BOOT::$) ; (LET ((BOOT::|np| (LENGTH BOOT::|part|)) ; (BOOT::|nw| (LENGTH BOOT::|whole|))) ; (BOOT::SEQ (SETQ BOOT::|startpos| #) (BOOT::EXIT (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;substring?;2$IB;20| ; (BOOT::|part| BOOT::|whole| BOOT::|startpos| BOOT::$) ; (BLOCK BOOT::|STRING;substring?;2$IB;20| ; (LET ((BOOT::|np| #) (BOOT::|nw| #)) ; (BOOT::SEQ (SETQ #) (BOOT::EXIT #))))) ; ; note: Assignment to argument: |startpos| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |STRING;position;2$2I;21| ...) ; file: /tmp/oa-bRPCRm/code.lsp ; in: DEFUN |STRING;position;2$2I;21| ; (DEFUN BOOT::|STRING;position;2$2I;21| ; (BOOT::|s| BOOT::|t| BOOT::|startpos| BOOT::$) ; (PROG (BOOT::|r|) (RETURN (BOOT::SEQ (SETQ #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;position;2$2I;21| ; (BOOT::|s| BOOT::|t| BOOT::|startpos| BOOT::$) ; (BLOCK BOOT::|STRING;position;2$2I;21| ; (PROG (BOOT::|r|) (RETURN (BOOT::SEQ # #))))) ; ; note: Assignment to argument: |startpos| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |STRING;position;C$2I;22| ...) ; file: /tmp/oa-bRPCRm/code.lsp ; in: DEFUN |STRING;position;C$2I;22| ; (DEFUN BOOT::|STRING;position;C$2I;22| ; (BOOT::|c| BOOT::|t| BOOT::|startpos| BOOT::$) ; (BOOT::SEQ (SETQ BOOT::|startpos| (1- BOOT::|startpos|)) ; (BOOT::EXIT (COND (# #) (# 0) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;position;C$2I;22| ; (BOOT::|c| BOOT::|t| BOOT::|startpos| BOOT::$) ; (BLOCK BOOT::|STRING;position;C$2I;22| ; (BOOT::SEQ (SETQ BOOT::|startpos| #) (BOOT::EXIT (COND # # #))))) ; ; note: Assignment to argument: |startpos| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |STRING;position;Cc$2I;23| ...) ; file: /tmp/oa-bRPCRm/code.lsp ; in: DEFUN |STRING;position;Cc$2I;23| ; (DEFUN BOOT::|STRING;position;Cc$2I;23| ; (BOOT::|cc| BOOT::|t| BOOT::|startpos| BOOT::$) ; (BOOT::SEQ (SETQ BOOT::|startpos| (1- BOOT::|startpos|)) ; (BOOT::EXIT (COND (# #) (# 0) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;position;Cc$2I;23| ; (BOOT::|cc| BOOT::|t| BOOT::|startpos| BOOT::$) ; (BLOCK BOOT::|STRING;position;Cc$2I;23| ; (BOOT::SEQ (SETQ BOOT::|startpos| #) (BOOT::EXIT (COND # # #))))) ; ; note: Assignment to argument: |startpos| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |STRING;suffix?;2$B;24| ...) ; compiling (DEFUN |STRING;split;$CL;25| ...) ; file: /tmp/oa-bRPCRm/code.lsp ; in: DEFUN |STRING;split;$CL;25| ; (DEFUN BOOT::|STRING;split;$CL;25| (BOOT::|s| BOOT::|c| BOOT::$) ; (PROG (BOOT::|j| BOOT::|l|) ; (RETURN ; (LET (# #) ; (BOOT::SEQ # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;split;$CL;25| ; (BOOT::|s| BOOT::|c| BOOT::$) ; (BLOCK BOOT::|STRING;split;$CL;25| ; (PROG (BOOT::|j| BOOT::|l|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |STRING;split;$CcL;26| ...) ; file: /tmp/oa-bRPCRm/code.lsp ; in: DEFUN |STRING;split;$CcL;26| ; (DEFUN BOOT::|STRING;split;$CcL;26| (BOOT::|s| BOOT::|cc| BOOT::$) ; (PROG (BOOT::|j| BOOT::|l|) ; (RETURN ; (LET (# #) ; (BOOT::SEQ # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;split;$CcL;26| ; (BOOT::|s| BOOT::|cc| BOOT::$) ; (BLOCK BOOT::|STRING;split;$CcL;26| ; (PROG (BOOT::|j| BOOT::|l|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |STRING;leftTrim;$C$;27| ...) ; compiling (DEFUN |STRING;leftTrim;$Cc$;28| ...) ; compiling (DEFUN |STRING;rightTrim;$C$;29| ...) ; compiling (DEFUN |STRING;rightTrim;$Cc$;30| ...) ; compiling (DEFUN |STRING;concat;L$;31| ...) ; compiling (DEFUN |STRING;copyInto!;2$I$;32| ...) ; file: /tmp/oa-bRPCRm/code.lsp ; in: DEFUN |STRING;copyInto!;2$I$;32| ; (DEFUN BOOT::|STRING;copyInto!;2$I$;32| ; (BOOT::|y| BOOT::|x| BOOT::|s| BOOT::$) ; (LET ((BOOT::|m| (LENGTH BOOT::|x|)) (BOOT::|n| (LENGTH BOOT::|y|))) ; (BOOT::SEQ (SETQ BOOT::|s| #) (COND (# #)) (COND (# #)) ; (BOOT::RPLACSTR BOOT::|y| BOOT::|s| BOOT::|m| BOOT::|x| 0 ; BOOT::|m|) ; (BOOT::EXIT BOOT::|y|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;copyInto!;2$I$;32| ; (BOOT::|y| BOOT::|x| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|STRING;copyInto!;2$I$;32| ; (LET ((BOOT::|m| #) (BOOT::|n| #)) ; (BOOT::SEQ (SETQ #) (COND #) (COND #) ; (BOOT::RPLACSTR BOOT::|y| BOOT::|s| BOOT::|m| BOOT::|x| 0 ; BOOT::|m|) ; (BOOT::EXIT BOOT::|y|))))) ; ; note: Assignment to argument: |s| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |STRING;elt;$IC;33| ...) ; file: /tmp/oa-bRPCRm/code.lsp ; in: DEFUN |STRING;elt;$IC;33| ; (DEFUN BOOT::|STRING;elt;$IC;33| (BOOT::|s| BOOT::|i| BOOT::$) ; (COND ; ((OR (< BOOT::|i| 1) (< # BOOT::|i|)) ; (BOOT::|error| "index out of range")) ; (T (CHAR BOOT::|s| (1- BOOT::|i|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;elt;$IC;33| ; (BOOT::|s| BOOT::|i| BOOT::$) ; (BLOCK BOOT::|STRING;elt;$IC;33| ; (COND ((OR # #) (BOOT::|error| "index out of range")) ; (T (CHAR BOOT::|s| #))))) ; ; note: type assertion too complex to check: ; (VALUES CHARACTER &REST T). ; compiling (DEFUN |STRING;elt;$Us$;34| ...) ; file: /tmp/oa-bRPCRm/code.lsp ; in: DEFUN |STRING;elt;$Us$;34| ; (DEFUN BOOT::|STRING;elt;$Us$;34| (BOOT::|s| BOOT::|sg| BOOT::$) ; (LET ((BOOT::|l| (1- #)) (BOOT::|h| (COND # #))) ; (BOOT::SEQ (COND (# #)) (COND (# #)) ; (BOOT::EXIT (BOOT::SUBSTRING BOOT::|s| BOOT::|l| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;elt;$Us$;34| ; (BOOT::|s| BOOT::|sg| BOOT::$) ; (BLOCK BOOT::|STRING;elt;$Us$;34| ; (LET ((BOOT::|l| #) (BOOT::|h| #)) ; (BOOT::SEQ (COND #) (COND #) (BOOT::EXIT #))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |STRING;hash;$Si;35| ...) ; compiling (DEFUN |STRING;match;2$CNni;36| ...) ; file: /tmp/oa-bRPCRm/code.lsp ; in: DEFUN |STRING;match;2$CNni;36| ; (DEFUN BOOT::|STRING;match;2$CNni;36| ; (BOOT::|pattern| BOOT::|target| BOOT::|wildcard| BOOT::$) ; (BOOT::|stringMatch| BOOT::|pattern| BOOT::|target| ; (CHARACTER BOOT::|wildcard|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;match;2$CNni;36| ; (BOOT::|pattern| BOOT::|target| BOOT::|wildcard| BOOT::$) ; (BLOCK BOOT::|STRING;match;2$CNni;36| ; (BOOT::|stringMatch| BOOT::|pattern| BOOT::|target| ; (CHARACTER BOOT::|wildcard|)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |STRING;match?;2$CB;37| ...) ; compiling (DEFUN |String| ...) ; compiling (DEFUN |String;| ...) ; compiling (MAKEPROP (QUOTE |String|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 6 STYLE-WARNING conditions ; printed 26 notes ; /tmp/oa-bRPCRm/code.fasl written ; compilation finished in 0:00:00.136 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/NUMFMT.fasl --bootstrap NUMFMT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NUMFMT.spad using Spad compiler. NUMFMT abbreviates package NumberFormats ------------------------------------------------------------------------ initializing stationary directory for NumberFormats compiling into /tmp/oa-EG5rD8 Time: 0.00 SEC. Cumulative Statistics for Constructor NumberFormats Time: 0.00 seconds finalizing NRLIB NUMFMT ; compiling file "/tmp/oa-EG5rD8/code.lsp" (written 01 FEB 2016 10:54:32 PM): ; compiling (DEFUN |NumberFormats| ...) ; compiling (DEFUN |NumberFormats;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-EG5rD8/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/OUTFORM.fasl --optimize=3 OUTFORM.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OUTFORM.spad using Spad compiler. OUTFORM abbreviates domain OutputForm debug: compDefine1 lhs: (OutputForm) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE print ((Void) $)) (SIGNATURE message ($ (String))) (SIGNATURE messagePrint ((Void) (String))) (SIGNATURE outputForm ($ (Integer))) (SIGNATURE outputForm ($ (Symbol))) (SIGNATURE outputForm ($ (String))) (SIGNATURE outputForm ($ (DoubleFloat))) (SIGNATURE empty ($)) (SIGNATURE doubleFloatFormat ((String) (String))) (SIGNATURE width ((Integer) $)) (SIGNATURE height ((Integer) $)) (SIGNATURE width ((Integer))) (SIGNATURE height ((Integer))) (SIGNATURE subHeight ((Integer) $)) (SIGNATURE superHeight ((Integer) $)) (SIGNATURE hspace ($ (Integer))) (SIGNATURE vspace ($ (Integer))) (SIGNATURE rspace ($ (Integer) (Integer))) (SIGNATURE left ($ $ (Integer))) (SIGNATURE right ($ $ (Integer))) (SIGNATURE center ($ $ (Integer))) (SIGNATURE left ($ $)) (SIGNATURE right ($ $)) (SIGNATURE center ($ $)) (SIGNATURE hconcat ($ $ $)) (SIGNATURE vconcat ($ $ $)) (SIGNATURE hconcat ($ (List $))) (SIGNATURE vconcat ($ (List $))) (SIGNATURE prefix ($ $ (List $))) (SIGNATURE infix ($ $ (List $))) (SIGNATURE infix ($ $ $ $)) (SIGNATURE postfix ($ $ $)) (SIGNATURE infix? ((Boolean) $)) (SIGNATURE elt ($ $ (List $))) (SIGNATURE string ($ $)) (SIGNATURE label ($ $ $)) (SIGNATURE box ($ $)) (SIGNATURE matrix ($ (List (List $)))) (SIGNATURE zag ($ $ $)) (SIGNATURE root ($ $)) (SIGNATURE root ($ $ $)) (SIGNATURE over ($ $ $)) (SIGNATURE slash ($ $ $)) (SIGNATURE assign ($ $ $)) (SIGNATURE rarrow ($ $ $)) (SIGNATURE differentiate ($ $ (NonNegativeInteger))) (SIGNATURE binomial ($ $ $)) (SIGNATURE sub ($ $ $)) (SIGNATURE super ($ $ $)) (SIGNATURE presub ($ $ $)) (SIGNATURE presuper ($ $ $)) (SIGNATURE scripts ($ $ (List $))) (SIGNATURE supersub ($ $ (List $))) (SIGNATURE quote ($ $)) (SIGNATURE dot ($ $)) (SIGNATURE dot ($ $ (NonNegativeInteger))) (SIGNATURE prime ($ $)) (SIGNATURE prime ($ $ (NonNegativeInteger))) (SIGNATURE overbar ($ $)) (SIGNATURE overlabel ($ $ $)) (SIGNATURE sum ($ $)) (SIGNATURE sum ($ $ $)) (SIGNATURE sum ($ $ $ $)) (SIGNATURE prod ($ $)) (SIGNATURE prod ($ $ $)) (SIGNATURE prod ($ $ $ $)) (SIGNATURE int ($ $)) (SIGNATURE int ($ $ $)) (SIGNATURE int ($ $ $ $)) (SIGNATURE brace ($ $)) (SIGNATURE brace ($ (List $))) (SIGNATURE bracket ($ $)) (SIGNATURE bracket ($ (List $))) (SIGNATURE paren ($ $)) (SIGNATURE paren ($ (List $))) (SIGNATURE pile ($ (List $))) (SIGNATURE commaSeparate ($ (List $))) (SIGNATURE semicolonSeparate ($ (List $))) (SIGNATURE blankSeparate ($ (List $))) (SIGNATURE = ($ $ $)) (SIGNATURE ~= ($ $ $)) (SIGNATURE < ($ $ $)) (SIGNATURE > ($ $ $)) (SIGNATURE <= ($ $ $)) (SIGNATURE >= ($ $ $)) (SIGNATURE + ($ $ $)) (SIGNATURE - ($ $ $)) (SIGNATURE - ($ $)) (SIGNATURE * ($ $ $)) (SIGNATURE / ($ $ $)) (SIGNATURE ** ($ $ $)) (SIGNATURE div ($ $ $)) (SIGNATURE rem ($ $ $)) (SIGNATURE quo ($ $ $)) (SIGNATURE exquo ($ $ $)) (SIGNATURE and ($ $ $)) (SIGNATURE or ($ $ $)) (SIGNATURE not ($ $)) (SIGNATURE SEGMENT ($ $ $)) (SIGNATURE SEGMENT ($ $))))) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (SIGNATURE print ((Void) $)) (SIGNATURE message ($ (String))) (SIGNATURE messagePrint ((Void) (String))) (SIGNATURE outputForm ($ (Integer))) (SIGNATURE outputForm ($ (Symbol))) (SIGNATURE outputForm ($ (String))) (SIGNATURE outputForm ($ (DoubleFloat))) (SIGNATURE empty ($)) (SIGNATURE doubleFloatFormat ((String) (String))) (SIGNATURE width ((Integer) $)) (SIGNATURE height ((Integer) $)) (SIGNATURE width ((Integer))) (SIGNATURE height ((Integer))) (SIGNATURE subHeight ((Integer) $)) (SIGNATURE superHeight ((Integer) $)) (SIGNATURE hspace ($ (Integer))) (SIGNATURE vspace ($ (Integer))) (SIGNATURE rspace ($ (Integer) (Integer))) (SIGNATURE left ($ $ (Integer))) (SIGNATURE right ($ $ (Integer))) (SIGNATURE center ($ $ (Integer))) (SIGNATURE left ($ $)) (SIGNATURE right ($ $)) (SIGNATURE center ($ $)) (SIGNATURE hconcat ($ $ $)) (SIGNATURE vconcat ($ $ $)) (SIGNATURE hconcat ($ (List $))) (SIGNATURE vconcat ($ (List $))) (SIGNATURE prefix ($ $ (List $))) (SIGNATURE infix ($ $ (List $))) (SIGNATURE infix ($ $ $ $)) (SIGNATURE postfix ($ $ $)) (SIGNATURE infix? ((Boolean) $)) (SIGNATURE elt ($ $ (List $))) (SIGNATURE string ($ $)) (SIGNATURE label ($ $ $)) (SIGNATURE box ($ $)) (SIGNATURE matrix ($ (List (List $)))) (SIGNATURE zag ($ $ $)) (SIGNATURE root ($ $)) (SIGNATURE root ($ $ $)) (SIGNATURE over ($ $ $)) (SIGNATURE slash ($ $ $)) (SIGNATURE assign ($ $ $)) (SIGNATURE rarrow ($ $ $)) (SIGNATURE differentiate ($ $ (NonNegativeInteger))) (SIGNATURE binomial ($ $ $)) (SIGNATURE sub ($ $ $)) (SIGNATURE super ($ $ $)) (SIGNATURE presub ($ $ $)) (SIGNATURE presuper ($ $ $)) (SIGNATURE scripts ($ $ (List $))) (SIGNATURE supersub ($ $ (List $))) (SIGNATURE quote ($ $)) (SIGNATURE dot ($ $)) (SIGNATURE dot ($ $ (NonNegativeInteger))) (SIGNATURE prime ($ $)) (SIGNATURE prime ($ $ (NonNegativeInteger))) (SIGNATURE overbar ($ $)) (SIGNATURE overlabel ($ $ $)) (SIGNATURE sum ($ $)) (SIGNATURE sum ($ $ $)) (SIGNATURE sum ($ $ $ $)) (SIGNATURE prod ($ $)) (SIGNATURE prod ($ $ $)) (SIGNATURE prod ($ $ $ $)) (SIGNATURE int ($ $)) (SIGNATURE int ($ $ $)) (SIGNATURE int ($ $ $ $)) (SIGNATURE brace ($ $)) (SIGNATURE brace ($ (List $))) (SIGNATURE bracket ($ $)) (SIGNATURE bracket ($ (List $))) (SIGNATURE paren ($ $)) (SIGNATURE paren ($ (List $))) (SIGNATURE pile ($ (List $))) (SIGNATURE commaSeparate ($ (List $))) (SIGNATURE semicolonSeparate ($ (List $))) (SIGNATURE blankSeparate ($ (List $))) (SIGNATURE = ($ $ $)) (SIGNATURE ~= ($ $ $)) (SIGNATURE < ($ $ $)) (SIGNATURE > ($ $ $)) (SIGNATURE <= ($ $ $)) (SIGNATURE >= ($ $ $)) (SIGNATURE + ($ $ $)) (SIGNATURE - ($ $ $)) (SIGNATURE - ($ $)) (SIGNATURE * ($ $ $)) (SIGNATURE / ($ $ $)) (SIGNATURE ** ($ $ $)) (SIGNATURE div ($ $ $)) (SIGNATURE rem ($ $ $)) (SIGNATURE quo ($ $ $)) (SIGNATURE exquo ($ $ $)) (SIGNATURE and ($ $ $)) (SIGNATURE or ($ $ $)) (SIGNATURE not ($ $)) (SIGNATURE SEGMENT ($ $ $)) (SIGNATURE SEGMENT ($ $)))) $param: NIL debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE print ((Void) $)) (SIGNATURE message ($ (String))) (SIGNATURE messagePrint ((Void) (String))) (SIGNATURE outputForm ($ (Integer))) (SIGNATURE outputForm ($ (Symbol))) (SIGNATURE outputForm ($ (String))) (SIGNATURE outputForm ($ (DoubleFloat))) (SIGNATURE empty ($)) (SIGNATURE doubleFloatFormat ((String) (String))) (SIGNATURE width ((Integer) $)) (SIGNATURE height ((Integer) $)) (SIGNATURE width ((Integer))) (SIGNATURE height ((Integer))) (SIGNATURE subHeight ((Integer) $)) (SIGNATURE superHeight ((Integer) $)) (SIGNATURE hspace ($ (Integer))) (SIGNATURE vspace ($ (Integer))) (SIGNATURE rspace ($ (Integer) (Integer))) (SIGNATURE left ($ $ (Integer))) (SIGNATURE right ($ $ (Integer))) (SIGNATURE center ($ $ (Integer))) (SIGNATURE left ($ $)) (SIGNATURE right ($ $)) (SIGNATURE center ($ $)) (SIGNATURE hconcat ($ $ $)) (SIGNATURE vconcat ($ $ $)) (SIGNATURE hconcat ($ (List $))) (SIGNATURE vconcat ($ (List $))) (SIGNATURE prefix ($ $ (List $))) (SIGNATURE infix ($ $ (List $))) (SIGNATURE infix ($ $ $ $)) (SIGNATURE postfix ($ $ $)) (SIGNATURE infix? ((Boolean) $)) (SIGNATURE elt ($ $ (List $))) (SIGNATURE string ($ $)) (SIGNATURE label ($ $ $)) (SIGNATURE box ($ $)) (SIGNATURE matrix ($ (List (List $)))) (SIGNATURE zag ($ $ $)) (SIGNATURE root ($ $)) (SIGNATURE root ($ $ $)) (SIGNATURE over ($ $ $)) (SIGNATURE slash ($ $ $)) (SIGNATURE assign ($ $ $)) (SIGNATURE rarrow ($ $ $)) (SIGNATURE differentiate ($ $ (NonNegativeInteger))) (SIGNATURE binomial ($ $ $)) (SIGNATURE sub ($ $ $)) (SIGNATURE super ($ $ $)) (SIGNATURE presub ($ $ $)) (SIGNATURE presuper ($ $ $)) (SIGNATURE scripts ($ $ (List $))) (SIGNATURE supersub ($ $ (List $))) (SIGNATURE quote ($ $)) (SIGNATURE dot ($ $)) (SIGNATURE dot ($ $ (NonNegativeInteger))) (SIGNATURE prime ($ $)) (SIGNATURE prime ($ $ (NonNegativeInteger))) (SIGNATURE overbar ($ $)) (SIGNATURE overlabel ($ $ $)) (SIGNATURE sum ($ $)) (SIGNATURE sum ($ $ $)) (SIGNATURE sum ($ $ $ $)) (SIGNATURE prod ($ $)) (SIGNATURE prod ($ $ $)) (SIGNATURE prod ($ $ $ $)) (SIGNATURE int ($ $)) (SIGNATURE int ($ $ $)) (SIGNATURE int ($ $ $ $)) (SIGNATURE brace ($ $)) (SIGNATURE brace ($ (List $))) (SIGNATURE bracket ($ $)) (SIGNATURE bracket ($ (List $))) (SIGNATURE paren ($ $)) (SIGNATURE paren ($ (List $))) (SIGNATURE pile ($ (List $))) (SIGNATURE commaSeparate ($ (List $))) (SIGNATURE semicolonSeparate ($ (List $))) (SIGNATURE blankSeparate ($ (List $))) (SIGNATURE = ($ $ $)) (SIGNATURE ~= ($ $ $)) (SIGNATURE < ($ $ $)) (SIGNATURE > ($ $ $)) (SIGNATURE <= ($ $ $)) (SIGNATURE >= ($ $ $)) (SIGNATURE + ($ $ $)) (SIGNATURE - ($ $ $)) (SIGNATURE - ($ $)) (SIGNATURE * ($ $ $)) (SIGNATURE / ($ $ $)) (SIGNATURE ** ($ $ $)) (SIGNATURE div ($ $ $)) (SIGNATURE rem ($ $ $)) (SIGNATURE quo ($ $ $)) (SIGNATURE exquo ($ $ $)) (SIGNATURE and ($ $ $)) (SIGNATURE or ($ $ $)) (SIGNATURE not ($ $)) (SIGNATURE SEGMENT ($ $ $)) (SIGNATURE SEGMENT ($ $))) $param: NIL debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List (List $)) $param: NIL Debug: evaluateType1 form: (List (List $)) debug: evaluateType1 x: (List $) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evalCategory d: (List $) c: (Type) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE print ((Void) $)) (SIGNATURE message ($ (String))) (SIGNATURE messagePrint ((Void) (String))) (SIGNATURE outputForm ($ (Integer))) (SIGNATURE outputForm ($ (Symbol))) (SIGNATURE outputForm ($ (String))) (SIGNATURE outputForm ($ (DoubleFloat))) (SIGNATURE empty ($)) (SIGNATURE doubleFloatFormat ((String) (String))) (SIGNATURE width ((Integer) $)) (SIGNATURE height ((Integer) $)) (SIGNATURE width ((Integer))) (SIGNATURE height ((Integer))) (SIGNATURE subHeight ((Integer) $)) (SIGNATURE superHeight ((Integer) $)) (SIGNATURE hspace ($ (Integer))) (SIGNATURE vspace ($ (Integer))) (SIGNATURE rspace ($ (Integer) (Integer))) (SIGNATURE left ($ $ (Integer))) (SIGNATURE right ($ $ (Integer))) (SIGNATURE center ($ $ (Integer))) (SIGNATURE left ($ $)) (SIGNATURE right ($ $)) (SIGNATURE center ($ $)) (SIGNATURE hconcat ($ $ $)) (SIGNATURE vconcat ($ $ $)) (SIGNATURE hconcat ($ (List $))) (SIGNATURE vconcat ($ (List $))) (SIGNATURE prefix ($ $ (List $))) (SIGNATURE infix ($ $ (List $))) (SIGNATURE infix ($ $ $ $)) (SIGNATURE postfix ($ $ $)) (SIGNATURE infix? ((Boolean) $)) (SIGNATURE elt ($ $ (List $))) (SIGNATURE string ($ $)) (SIGNATURE label ($ $ $)) (SIGNATURE box ($ $)) (SIGNATURE matrix ($ (List (List $)))) (SIGNATURE zag ($ $ $)) (SIGNATURE root ($ $)) (SIGNATURE root ($ $ $)) (SIGNATURE over ($ $ $)) (SIGNATURE slash ($ $ $)) (SIGNATURE assign ($ $ $)) (SIGNATURE rarrow ($ $ $)) (SIGNATURE differentiate ($ $ (NonNegativeInteger))) (SIGNATURE binomial ($ $ $)) (SIGNATURE sub ($ $ $)) (SIGNATURE super ($ $ $)) (SIGNATURE presub ($ $ $)) (SIGNATURE presuper ($ $ $)) (SIGNATURE scripts ($ $ (List $))) (SIGNATURE supersub ($ $ (List $))) (SIGNATURE quote ($ $)) (SIGNATURE dot ($ $)) (SIGNATURE dot ($ $ (NonNegativeInteger))) (SIGNATURE prime ($ $)) (SIGNATURE prime ($ $ (NonNegativeInteger))) (SIGNATURE overbar ($ $)) (SIGNATURE overlabel ($ $ $)) (SIGNATURE sum ($ $)) (SIGNATURE sum ($ $ $)) (SIGNATURE sum ($ $ $ $)) (SIGNATURE prod ($ $)) (SIGNATURE prod ($ $ $)) (SIGNATURE prod ($ $ $ $)) (SIGNATURE int ($ $)) (SIGNATURE int ($ $ $)) (SIGNATURE int ($ $ $ $)) (SIGNATURE brace ($ $)) (SIGNATURE brace ($ (List $))) (SIGNATURE bracket ($ $)) (SIGNATURE bracket ($ (List $))) (SIGNATURE paren ($ $)) (SIGNATURE paren ($ (List $))) (SIGNATURE pile ($ (List $))) (SIGNATURE commaSeparate ($ (List $))) (SIGNATURE semicolonSeparate ($ (List $))) (SIGNATURE blankSeparate ($ (List $))) (SIGNATURE = ($ $ $)) (SIGNATURE ~= ($ $ $)) (SIGNATURE < ($ $ $)) (SIGNATURE > ($ $ $)) (SIGNATURE <= ($ $ $)) (SIGNATURE >= ($ $ $)) (SIGNATURE + ($ $ $)) (SIGNATURE - ($ $ $)) (SIGNATURE - ($ $)) (SIGNATURE * ($ $ $)) (SIGNATURE / ($ $ $)) (SIGNATURE ** ($ $ $)) (SIGNATURE div ($ $ $)) (SIGNATURE rem ($ $ $)) (SIGNATURE quo ($ $ $)) (SIGNATURE exquo ($ $ $)) (SIGNATURE and ($ $ $)) (SIGNATURE or ($ $ $)) (SIGNATURE not ($ $)) (SIGNATURE SEGMENT ($ $ $)) (SIGNATURE SEGMENT ($ $))))) ------------------------------------------------------------------------ initializing stationary directory for OutputForm compiling into /tmp/oa-51iQYk importing NumberFormats compiling exported doubleFloatFormat : String -> String Time: 0.02 SEC. compiling local sform : String -> % OUTFORM;sform s is replaced by s Time: 0 SEC. compiling local eform : Identifier -> % OUTFORM;eform e is replaced by e Time: 0.00 SEC. compiling local iform : Integer -> % OUTFORM;iform i is replaced by i Time: 0 SEC. compiling local bless : List % -> % OUTFORM;bless x is replaced by x Time: 0.01 SEC. compiling exported print : % -> Void OUTFORM;print;$V;6 is replaced by mathprint Time: 0 SEC. compiling exported message : String -> % Time: 0.01 SEC. compiling exported messagePrint : String -> Void Time: 0 SEC. compiling exported = : (%,%) -> Boolean OUTFORM;=;2$B;9 is replaced by %equal Time: 0 SEC. compiling exported = : (%,%) -> % Debug compQuote expr: (QUOTE =) m: (Identifier) OUTFORM;=;3$;10(a,b) is replaced by %list(=,a,b) Time: 0.01 SEC. compiling exported coerce : % -> OutputForm OUTFORM;coerce;$Of;11 a is replaced by a Time: 0.00 SEC. compiling exported outputForm : Integer -> % OUTFORM;outputForm;I$;12 n is replaced by n Time: 0 SEC. compiling exported outputForm : Symbol -> % OUTFORM;outputForm;S$;13 e is replaced by e Time: 0.00 SEC. compiling exported outputForm : DoubleFloat -> % OUTFORM;outputForm;Df$;14 is replaced by DFLOAT-FORMAT-GENERAL Time: 0 SEC. compiling exported outputForm : String -> % Time: 0.01 SEC. compiling exported width : % -> Integer OUTFORM;width;$I;16 is replaced by outformWidth Time: 0 SEC. compiling exported height : % -> Integer OUTFORM;height;$I;17 is replaced by height Time: 0 SEC. compiling exported subHeight : % -> Integer OUTFORM;subHeight;$I;18 is replaced by subspan Time: 0 SEC. compiling exported superHeight : % -> Integer OUTFORM;superHeight;$I;19 is replaced by superspan Time: 0 SEC. compiling exported height : () -> Integer OUTFORM;height;I;20 is replaced by 20 Time: 0 SEC. compiling exported width : () -> Integer OUTFORM;width;I;21 is replaced by 66 Time: 0 SEC. compiling exported center : (%,Integer) -> % Time: 0.01 SEC. compiling exported left : (%,Integer) -> % Time: 0.00 SEC. compiling exported right : (%,Integer) -> % Time: 0 SEC. compiling exported center : % -> % Time: 0 SEC. compiling exported left : % -> % Time: 0.01 SEC. compiling exported right : % -> % Time: 0 SEC. compiling exported vspace : Integer -> % Time: 0 SEC. compiling exported hspace : Integer -> % Time: 0.00 SEC. compiling exported rspace : (Integer,Integer) -> % Time: 0.00 SEC. compiling exported matrix : List List % -> % Time: 0.03 SEC. compiling exported pile : List % -> % Debug compQuote expr: (QUOTE SC) m: (Identifier) OUTFORM;pile;L$;32 l is replaced by %pair(SC,l) Time: 0.01 SEC. compiling exported commaSeparate : List % -> % Debug compQuote expr: (QUOTE AGGLST) m: (Identifier) OUTFORM;commaSeparate;L$;33 l is replaced by %pair(AGGLST,l) Time: 0.01 SEC. compiling exported semicolonSeparate : List % -> % Debug compQuote expr: (QUOTE AGGSET) m: (Identifier) OUTFORM;semicolonSeparate;L$;34 l is replaced by %pair(AGGSET,l) Time: 0.02 SEC. compiling exported blankSeparate : List % -> % Debug compQuote expr: (QUOTE CONCATB) m: (Identifier) Time: 0.02 SEC. compiling exported brace : % -> % Debug compQuote expr: (QUOTE BRACE) m: (Identifier) OUTFORM;brace;2$;36 a is replaced by %list(BRACE,a) Time: 0.01 SEC. compiling exported brace : List % -> % OUTFORM;brace;L$;37 l is replaced by %list(BRACE,%pair(AGGLST,l)) Time: 0.02 SEC. compiling exported bracket : % -> % Debug compQuote expr: (QUOTE BRACKET) m: (Identifier) OUTFORM;bracket;2$;38 a is replaced by %list(BRACKET,a) Time: 0.01 SEC. compiling exported bracket : List % -> % OUTFORM;bracket;L$;39 l is replaced by %list(BRACKET,%pair(AGGLST,l)) Time: 0.02 SEC. compiling exported paren : % -> % Debug compQuote expr: (QUOTE PAREN) m: (Identifier) OUTFORM;paren;2$;40 a is replaced by %list(PAREN,a) Time: 0.01 SEC. compiling exported paren : List % -> % OUTFORM;paren;L$;41 l is replaced by %list(PAREN,%pair(AGGLST,l)) Time: 0.02 SEC. compiling exported sub : (%,%) -> % Debug compQuote expr: (QUOTE SUB) m: (Identifier) OUTFORM;sub;3$;42(a,b) is replaced by %list(SUB,a,b) Time: 0.01 SEC. compiling exported super : (%,%) -> % Debug compQuote expr: (QUOTE SUPERSUB) m: (Identifier) OUTFORM;super;3$;43(a,b) is replaced by %list(SUPERSUB,a," ",b) Time: 0.01 SEC. compiling exported presub : (%,%) -> % Debug compQuote expr: (QUOTE SUPERSUB) m: (Identifier) OUTFORM;presub;3$;44(a,b) is replaced by %list(SUPERSUB,a," "," "," ",b) Time: 0.02 SEC. compiling exported presuper : (%,%) -> % Debug compQuote expr: (QUOTE SUPERSUB) m: (Identifier) OUTFORM;presuper;3$;45(a,b) is replaced by %list(SUPERSUB,a," "," ",b) Time: 0.01 SEC. compiling exported scripts : (%,List %) -> % Debug compQuote expr: (QUOTE SUPERSUB) m: (Identifier) Time: 0.02 SEC. compiling exported supersub : (%,List %) -> % Debug compQuote expr: (QUOTE ALTSUPERSUB) m: (Identifier) Time: 0.01 SEC. compiling exported hconcat : (%,%) -> % Debug compQuote expr: (QUOTE CONCAT) m: (Identifier) OUTFORM;hconcat;3$;48(a,b) is replaced by %list(CONCAT,a,b) Time: 0.02 SEC. compiling exported hconcat : List % -> % Debug compQuote expr: (QUOTE CONCAT) m: (Identifier) OUTFORM;hconcat;L$;49 l is replaced by %pair(CONCAT,l) Time: 0.01 SEC. compiling exported vconcat : (%,%) -> % Debug compQuote expr: (QUOTE VCONCAT) m: (Identifier) OUTFORM;vconcat;3$;50(a,b) is replaced by %list(VCONCAT,a,b) Time: 0.01 SEC. compiling exported vconcat : List % -> % Debug compQuote expr: (QUOTE VCONCAT) m: (Identifier) OUTFORM;vconcat;L$;51 l is replaced by %pair(VCONCAT,l) Time: 0.01 SEC. compiling exported ~= : (%,%) -> % Debug compQuote expr: (QUOTE ~=) m: (Identifier) OUTFORM;~=;3$;52(a,b) is replaced by %list(~=,a,b) Time: 0.01 SEC. compiling exported < : (%,%) -> % Debug compQuote expr: (QUOTE <) m: (Identifier) OUTFORM;<;3$;53(a,b) is replaced by %list(<,a,b) Time: 0.02 SEC. compiling exported > : (%,%) -> % Debug compQuote expr: (QUOTE >) m: (Identifier) OUTFORM;>;3$;54(a,b) is replaced by %list(>,a,b) Time: 0.01 SEC. compiling exported <= : (%,%) -> % Debug compQuote expr: (QUOTE <=) m: (Identifier) OUTFORM;<=;3$;55(a,b) is replaced by %list(<=,a,b) Time: 0.01 SEC. compiling exported >= : (%,%) -> % Debug compQuote expr: (QUOTE >=) m: (Identifier) OUTFORM;>=;3$;56(a,b) is replaced by %list(>=,a,b) Time: 0.01 SEC. compiling exported + : (%,%) -> % Debug compQuote expr: (QUOTE +) m: (Identifier) OUTFORM;+;3$;57(a,b) is replaced by %list(+,a,b) Time: 0.03 SEC. compiling exported - : (%,%) -> % Debug compQuote expr: (QUOTE -) m: (Identifier) OUTFORM;-;3$;58(a,b) is replaced by %list(-,a,b) Time: 0.01 SEC. compiling exported - : % -> % Debug compQuote expr: (QUOTE -) m: (Identifier) OUTFORM;-;2$;59 a is replaced by %list(-,a) Time: 0.01 SEC. compiling exported * : (%,%) -> % Debug compQuote expr: (QUOTE *) m: (Identifier) OUTFORM;*;3$;60(a,b) is replaced by %list(*,a,b) Time: 0.00 SEC. compiling exported / : (%,%) -> % Debug compQuote expr: (QUOTE /) m: (Identifier) OUTFORM;/;3$;61(a,b) is replaced by %list(/,a,b) Time: 0.01 SEC. compiling exported ** : (%,%) -> % Debug compQuote expr: (QUOTE **) m: (Identifier) OUTFORM;**;3$;62(a,b) is replaced by %list(**,a,b) Time: 0.01 SEC. compiling exported div : (%,%) -> % Debug compQuote expr: (QUOTE div) m: (Identifier) OUTFORM;div;3$;63(a,b) is replaced by %list(div,a,b) Time: 0 SEC. compiling exported rem : (%,%) -> % Debug compQuote expr: (QUOTE rem) m: (Identifier) OUTFORM;rem;3$;64(a,b) is replaced by %list(rem,a,b) Time: 0.01 SEC. compiling exported quo : (%,%) -> % Debug compQuote expr: (QUOTE quo) m: (Identifier) OUTFORM;quo;3$;65(a,b) is replaced by %list(quo,a,b) Time: 0 SEC. compiling exported exquo : (%,%) -> % Debug compQuote expr: (QUOTE exquo) m: (Identifier) OUTFORM;exquo;3$;66(a,b) is replaced by %list(exquo,a,b) Time: 0.01 SEC. compiling exported and : (%,%) -> % Debug compQuote expr: (QUOTE and) m: (Identifier) OUTFORM;and;3$;67(a,b) is replaced by %list(and,a,b) Time: 0.01 SEC. compiling exported or : (%,%) -> % Debug compQuote expr: (QUOTE or) m: (Identifier) OUTFORM;or;3$;68(a,b) is replaced by %list(or,a,b) Time: 0 SEC. compiling exported not : % -> % Debug compQuote expr: (QUOTE not) m: (Identifier) OUTFORM;not;2$;69 a is replaced by %list(not,a) Time: 0.01 SEC. compiling exported SEGMENT : (%,%) -> % Debug compQuote expr: (QUOTE SEGMENT) m: (Identifier) OUTFORM;SEGMENT;3$;70(a,b) is replaced by %list(SEGMENT,a,b) Time: 0.00 SEC. compiling exported SEGMENT : % -> % Debug compQuote expr: (QUOTE SEGMENT) m: (Identifier) OUTFORM;SEGMENT;2$;71 a is replaced by %list(SEGMENT,a) Time: 0.01 SEC. compiling exported binomial : (%,%) -> % Debug compQuote expr: (QUOTE BINOMIAL) m: (Identifier) OUTFORM;binomial;3$;72(a,b) is replaced by %list(BINOMIAL,a,b) Time: 0.00 SEC. compiling exported empty : () -> % Debug compQuote expr: (QUOTE NOTHING) m: (Identifier) OUTFORM;empty;$;73 is replaced by %list NOTHING Time: 0.00 SEC. compiling exported infix? : % -> Boolean Debug compQuote expr: (QUOTE INFIXOP) m: (Identifier) Time: 0.01 SEC. compiling exported elt : (%,List %) -> % OUTFORM;elt;$L$;75 is replaced by %pair Time: 0.00 SEC. compiling exported prefix : (%,List %) -> % Time: 0.01 SEC. compiling exported infix : (%,List %) -> % Time: 0.02 SEC. compiling exported infix : (%,%,%) -> % Time: 0.01 SEC. compiling exported postfix : (%,%) -> % OUTFORM;postfix;3$;79(a,b) is replaced by %list(CONCAT,b,a) Time: 0.00 SEC. compiling exported string : % -> % Debug compQuote expr: (QUOTE STRING) m: (Identifier) OUTFORM;string;2$;80 a is replaced by %list(STRING,a) Time: 0.01 SEC. compiling exported quote : % -> % Debug compQuote expr: (QUOTE QUOTE) m: (Identifier) OUTFORM;quote;2$;81 a is replaced by %list(QUOTE,a) Time: 0 SEC. compiling exported overbar : % -> % Debug compQuote expr: (QUOTE OVERBAR) m: (Identifier) OUTFORM;overbar;2$;82 a is replaced by %list(OVERBAR,a) Time: 0.01 SEC. compiling exported dot : % -> % Debug compQuote expr: (QUOTE .) m: (Identifier) OUTFORM;dot;2$;83 a is replaced by %list(SUPERSUB,a," ",.) Time: 0 SEC. compiling exported prime : % -> % Debug compQuote expr: (QUOTE ,) m: (Identifier) OUTFORM;prime;2$;84 a is replaced by %list(SUPERSUB,a," ",,) Time: 0 SEC. compiling exported dot : (%,NonNegativeInteger) -> % Time: 0.01 SEC. compiling exported prime : (%,NonNegativeInteger) -> % Time: 0 SEC. compiling exported overlabel : (%,%) -> % Debug compQuote expr: (QUOTE OVERLABEL) m: (Identifier) OUTFORM;overlabel;3$;87(a,b) is replaced by %list(OVERLABEL,a,b) Time: 0.01 SEC. compiling exported box : % -> % Debug compQuote expr: (QUOTE BOX) m: (Identifier) OUTFORM;box;2$;88 a is replaced by %list(BOX,a) Time: 0.01 SEC. compiling exported zag : (%,%) -> % Debug compQuote expr: (QUOTE ZAG) m: (Identifier) OUTFORM;zag;3$;89(a,b) is replaced by %list(ZAG,a,b) Time: 0 SEC. compiling exported root : % -> % Debug compQuote expr: (QUOTE ROOT) m: (Identifier) OUTFORM;root;2$;90 a is replaced by %list(ROOT,a) Time: 0.01 SEC. compiling exported root : (%,%) -> % Debug compQuote expr: (QUOTE ROOT) m: (Identifier) OUTFORM;root;3$;91(a,b) is replaced by %list(ROOT,a,b) Time: 0.00 SEC. compiling exported over : (%,%) -> % Debug compQuote expr: (QUOTE OVER) m: (Identifier) OUTFORM;over;3$;92(a,b) is replaced by %list(OVER,a,b) Time: 0.01 SEC. compiling exported slash : (%,%) -> % Debug compQuote expr: (QUOTE SLASH) m: (Identifier) OUTFORM;slash;3$;93(a,b) is replaced by %list(SLASH,a,b) Time: 0 SEC. compiling exported assign : (%,%) -> % Debug compQuote expr: (QUOTE %LET) m: (Identifier) OUTFORM;assign;3$;94(a,b) is replaced by %list(%LET,a,b) Time: 0.02 SEC. compiling exported label : (%,%) -> % Debug compQuote expr: (QUOTE EQUATNUM) m: (Identifier) OUTFORM;label;3$;95(a,b) is replaced by %list(EQUATNUM,a,b) Time: 0.01 SEC. compiling exported rarrow : (%,%) -> % Debug compQuote expr: (QUOTE RARROW) m: (Identifier) OUTFORM;rarrow;3$;96(a,b) is replaced by %list(RARROW,a,b) Time: 0.01 SEC. compiling exported differentiate : (%,NonNegativeInteger) -> % Time: 0.02 SEC. compiling exported sum : % -> % Debug compQuote expr: (QUOTE SIGMA) m: (Identifier) OUTFORM;sum;2$;98 a is replaced by %list(SIGMA,%list NOTHING,a) Time: 0.01 SEC. compiling exported sum : (%,%) -> % Debug compQuote expr: (QUOTE SIGMA) m: (Identifier) OUTFORM;sum;3$;99(a,b) is replaced by %list(SIGMA,b,a) Time: 0.00 SEC. compiling exported sum : (%,%,%) -> % Debug compQuote expr: (QUOTE SIGMA2) m: (Identifier) OUTFORM;sum;4$;100(a,b,c) is replaced by %list(SIGMA2,b,c,a) Time: 0.01 SEC. compiling exported prod : % -> % Debug compQuote expr: (QUOTE PI) m: (Identifier) OUTFORM;prod;2$;101 a is replaced by %list(PI,%list NOTHING,a) Time: 0 SEC. compiling exported prod : (%,%) -> % Debug compQuote expr: (QUOTE PI) m: (Identifier) OUTFORM;prod;3$;102(a,b) is replaced by %list(PI,b,a) Time: 0.01 SEC. compiling exported prod : (%,%,%) -> % Debug compQuote expr: (QUOTE PI2) m: (Identifier) OUTFORM;prod;4$;103(a,b,c) is replaced by %list(PI2,b,c,a) Time: 0.01 SEC. compiling exported int : % -> % Debug compQuote expr: (QUOTE INTSIGN) m: (Identifier) OUTFORM;int;2$;104 a is replaced by %list(INTSIGN,%list NOTHING,%list NOTHING,a) Time: 0.00 SEC. compiling exported int : (%,%) -> % Debug compQuote expr: (QUOTE INTSIGN) m: (Identifier) OUTFORM;int;3$;105(a,b) is replaced by %list(INTSIGN,b,%list NOTHING,a) Time: 0.01 SEC. compiling exported int : (%,%,%) -> % Debug compQuote expr: (QUOTE INTSIGN) m: (Identifier) OUTFORM;int;4$;106(a,b,c) is replaced by %list(INTSIGN,b,c,a) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] coerce: pretend OutputForm -- should replace by @ Cumulative Statistics for Constructor OutputForm Time: 0.82 seconds finalizing NRLIB OUTFORM Processing OutputForm for Browser database: -- print : % -> Void -- message : String -> % -- messagePrint : String -> Void -- outputForm : Integer -> % -- outputForm : Symbol -> % -- outputForm : String -> % -- outputForm : DoubleFloat -> % -- empty : () -> % -- doubleFloatFormat : String -> String --->../../x86_64-unknown-linux-gnu/src/algebra/outform.spad-->OutputForm((doubleFloatFormat (String String))): Improper first word in comments: change "change the output format for doublefloats using lisp format strings" -- width : % -> Integer -- height : % -> Integer -- width : () -> Integer -- height : () -> Integer -- subHeight : % -> Integer -- superHeight : % -> Integer -- hspace : Integer -> % -- vspace : Integer -> % -- rspace : (Integer,Integer) -> % -- left : (%,Integer) -> % -- right : (%,Integer) -> % -- center : (%,Integer) -> % -- left : % -> % -- right : % -> % -- center : % -> % -- hconcat : (%,%) -> % -- vconcat : (%,%) -> % -- hconcat : List % -> % -- vconcat : List % -> % -- prefix : (%,List %) -> % -- infix : (%,List %) -> % -- infix : (%,%,%) -> % -- postfix : (%,%) -> % -- infix? : % -> Boolean -- elt : (%,List %) -> % -- string : % -> % -- label : (%,%) -> % -- box : % -> % -- matrix : List List % -> % -- zag : (%,%) -> % -- root : % -> % -- root : (%,%) -> % -- over : (%,%) -> % -- slash : (%,%) -> % -- assign : (%,%) -> % -- rarrow : (%,%) -> % -- differentiate : (%,NonNegativeInteger) -> % -- binomial : (%,%) -> % -- sub : (%,%) -> % -- super : (%,%) -> % -- presub : (%,%) -> % -- presuper : (%,%) -> % -- scripts : (%,List %) -> % -- supersub : (%,List %) -> % -- quote : % -> % -- dot : % -> % -- dot : (%,NonNegativeInteger) -> % -- prime : % -> % -- prime : (%,NonNegativeInteger) -> % -- overbar : % -> % -- overlabel : (%,%) -> % -- sum : % -> % -- sum : (%,%) -> % -- sum : (%,%,%) -> % -- prod : % -> % -- prod : (%,%) -> % -- prod : (%,%,%) -> % -- int : % -> % -- int : (%,%) -> % -- int : (%,%,%) -> % -- brace : % -> % -- brace : List % -> % -- bracket : % -> % -- bracket : List % -> % -- paren : % -> % -- paren : List % -> % -- pile : List % -> % -- commaSeparate : List % -> % -- semicolonSeparate : List % -> % -- blankSeparate : List % -> % -- ?=? : (%,%) -> % -- ?~=? : (%,%) -> % -- ? % -- ?>? : (%,%) -> % -- ?<=? : (%,%) -> % -- ?>=? : (%,%) -> % -- ?+? : (%,%) -> % -- ?-? : (%,%) -> % -- -? : % -> % -- ?*? : (%,%) -> % -- ?/? : (%,%) -> % -- ?**? : (%,%) -> % -- ?div? : (%,%) -> % -- ?rem? : (%,%) -> % -- ?quo? : (%,%) -> % -- exquo : (%,%) -> % -- ?and? : (%,%) -> % -- ?or? : (%,%) -> % -- not? : % -> % -- ?..? : (%,%) -> % -- ?SEGMENT : % -> % -- constructor ; compiling file "/tmp/oa-51iQYk/code.lsp" (written 01 FEB 2016 10:54:33 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;sform|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;eform|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;iform|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;bless|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;print;$V;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;=;2$B;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;=;3$;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;coerce;$Of;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;outputForm;I$;12|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;outputForm;S$;13|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;outputForm;Df$;14|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;width;$I;16|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;height;$I;17|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;subHeight;$I;18|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;superHeight;$I;19|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;height;I;20|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;width;I;21|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;pile;L$;32|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;commaSeparate;L$;33|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;semicolonSeparate;L$;34|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;brace;2$;36|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;brace;L$;37|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;bracket;2$;38|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;bracket;L$;39|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;paren;2$;40|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;paren;L$;41|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;sub;3$;42|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;super;3$;43|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;presub;3$;44|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;presuper;3$;45|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;hconcat;3$;48|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;hconcat;L$;49|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;vconcat;3$;50|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;vconcat;L$;51|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;~=;3$;52|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;<;3$;53|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;>;3$;54|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;<=;3$;55|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;>=;3$;56|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;+;3$;57|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;-;3$;58|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;-;2$;59|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;*;3$;60|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;/;3$;61|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;**;3$;62|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;div;3$;63|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;rem;3$;64|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;quo;3$;65|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;exquo;3$;66|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;and;3$;67|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;or;3$;68|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;not;2$;69|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;SEGMENT;3$;70|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;SEGMENT;2$;71|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;binomial;3$;72|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;empty;$;73|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;elt;$L$;75|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;postfix;3$;79|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;string;2$;80|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;quote;2$;81|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;overbar;2$;82|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;dot;2$;83|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;prime;2$;84|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;overlabel;3$;87|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;box;2$;88|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;zag;3$;89|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;root;2$;90|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;root;3$;91|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;over;3$;92|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;slash;3$;93|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;assign;3$;94|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;label;3$;95|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;rarrow;3$;96|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;sum;2$;98|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;sum;3$;99|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;sum;4$;100|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;prod;2$;101|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;prod;3$;102|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;prod;4$;103|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;int;2$;104|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;int;3$;105|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;int;4$;106|) ...) ; compiling (DEFUN |OUTFORM;doubleFloatFormat;2S;1| ...) ; compiling (DEFUN |OUTFORM;sform| ...) ; compiling (DEFUN |OUTFORM;eform| ...) ; compiling (DEFUN |OUTFORM;iform| ...) ; compiling (DEFUN |OUTFORM;bless| ...) ; compiling (DEFUN |OUTFORM;print;$V;6| ...) ; compiling (DEFUN |OUTFORM;message;S$;7| ...) ; compiling (DEFUN |OUTFORM;messagePrint;SV;8| ...) ; compiling (DEFUN |OUTFORM;=;2$B;9| ...) ; compiling (DEFUN |OUTFORM;=;3$;10| ...) ; compiling (DEFUN |OUTFORM;coerce;$Of;11| ...) ; compiling (DEFUN |OUTFORM;outputForm;I$;12| ...) ; compiling (DEFUN |OUTFORM;outputForm;S$;13| ...) ; compiling (DEFUN |OUTFORM;outputForm;Df$;14| ...) ; compiling (DEFUN |OUTFORM;outputForm;S$;15| ...) ; compiling (DEFUN |OUTFORM;width;$I;16| ...) ; file: /tmp/oa-51iQYk/code.lsp ; in: DEFUN |OUTFORM;width;$I;16| ; (DEFUN BOOT::|OUTFORM;width;$I;16| (BOOT::|a| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|outformWidth| BOOT::|a|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|OUTFORM;width;$I;16| ; (BOOT::|a| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|OUTFORM;width;$I;16| (BOOT::|outformWidth| BOOT::|a|))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |OUTFORM;height;$I;17| ...) ; file: /tmp/oa-51iQYk/code.lsp ; in: DEFUN |OUTFORM;height;$I;17| ; (DEFUN BOOT::|OUTFORM;height;$I;17| (BOOT::|a| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|height| BOOT::|a|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|OUTFORM;height;$I;17| ; (BOOT::|a| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|OUTFORM;height;$I;17| (BOOT::|height| BOOT::|a|))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |OUTFORM;subHeight;$I;18| ...) ; file: /tmp/oa-51iQYk/code.lsp ; in: DEFUN |OUTFORM;subHeight;$I;18| ; (DEFUN BOOT::|OUTFORM;subHeight;$I;18| (BOOT::|a| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|subspan| BOOT::|a|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|OUTFORM;subHeight;$I;18| ; (BOOT::|a| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|OUTFORM;subHeight;$I;18| (BOOT::|subspan| BOOT::|a|))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |OUTFORM;superHeight;$I;19| ...) ; file: /tmp/oa-51iQYk/code.lsp ; in: DEFUN |OUTFORM;superHeight;$I;19| ; (DEFUN BOOT::|OUTFORM;superHeight;$I;19| (BOOT::|a| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|superspan| BOOT::|a|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|OUTFORM;superHeight;$I;19| ; (BOOT::|a| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|OUTFORM;superHeight;$I;19| (BOOT::|superspan| BOOT::|a|))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |OUTFORM;height;I;20| ...) ; compiling (DEFUN |OUTFORM;width;I;21| ...) ; compiling (DEFUN |OUTFORM;center;$I$;22| ...) ; compiling (DEFUN |OUTFORM;left;$I$;23| ...) ; compiling (DEFUN |OUTFORM;right;$I$;24| ...) ; compiling (DEFUN |OUTFORM;center;2$;25| ...) ; compiling (DEFUN |OUTFORM;left;2$;26| ...) ; compiling (DEFUN |OUTFORM;right;2$;27| ...) ; compiling (DEFUN |OUTFORM;vspace;I$;28| ...) ; compiling (DEFUN |OUTFORM;hspace;I$;29| ...) ; compiling (DEFUN |OUTFORM;rspace;2I$;30| ...) ; compiling (DEFUN |OUTFORM;matrix;L$;31| ...) ; file: /tmp/oa-51iQYk/code.lsp ; in: DEFUN |OUTFORM;matrix;L$;31| ; (DEFUN BOOT::|OUTFORM;matrix;L$;31| (BOOT::|ll| BOOT::$) ; (LET ((BOOT::|lv| ; (LET # ; #))) ; (CONS 'BOOT::MATRIX (BOOT::LIST2VEC BOOT::|lv|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|OUTFORM;matrix;L$;31| ; (BOOT::|ll| BOOT::$) ; (BLOCK BOOT::|OUTFORM;matrix;L$;31| ; (LET ((BOOT::|lv| #)) ; (CONS 'BOOT::MATRIX (BOOT::LIST2VEC BOOT::|lv|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |OUTFORM;pile;L$;32| ...) ; compiling (DEFUN |OUTFORM;commaSeparate;L$;33| ...) ; compiling (DEFUN |OUTFORM;semicolonSeparate;L$;34| ...) ; compiling (DEFUN |OUTFORM;blankSeparate;L$;35| ...) ; compiling (DEFUN |OUTFORM;brace;2$;36| ...) ; compiling (DEFUN |OUTFORM;brace;L$;37| ...) ; compiling (DEFUN |OUTFORM;bracket;2$;38| ...) ; compiling (DEFUN |OUTFORM;bracket;L$;39| ...) ; compiling (DEFUN |OUTFORM;paren;2$;40| ...) ; compiling (DEFUN |OUTFORM;paren;L$;41| ...) ; compiling (DEFUN |OUTFORM;sub;3$;42| ...) ; compiling (DEFUN |OUTFORM;super;3$;43| ...) ; compiling (DEFUN |OUTFORM;presub;3$;44| ...) ; compiling (DEFUN |OUTFORM;presuper;3$;45| ...) ; compiling (DEFUN |OUTFORM;scripts;$L$;46| ...) ; compiling (DEFUN |OUTFORM;supersub;$L$;47| ...) ; file: /tmp/oa-51iQYk/code.lsp ; in: DEFUN |OUTFORM;supersub;$L$;47| ; (DEFUN BOOT::|OUTFORM;supersub;$L$;47| (BOOT::|a| BOOT::|l| BOOT::$) ; (PROGN ; (COND ((ODDP #) (SETQ #))) ; (CONS 'BOOT::ALTSUPERSUB (CONS BOOT::|a| BOOT::|l|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|OUTFORM;supersub;$L$;47| ; (BOOT::|a| BOOT::|l| BOOT::$) ; (BLOCK BOOT::|OUTFORM;supersub;$L$;47| ; (PROGN ; (COND (# #)) ; (CONS 'BOOT::ALTSUPERSUB (CONS BOOT::|a| BOOT::|l|))))) ; ; note: Assignment to argument: |l| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |OUTFORM;hconcat;3$;48| ...) ; compiling (DEFUN |OUTFORM;hconcat;L$;49| ...) ; compiling (DEFUN |OUTFORM;vconcat;3$;50| ...) ; compiling (DEFUN |OUTFORM;vconcat;L$;51| ...) ; compiling (DEFUN |OUTFORM;~=;3$;52| ...) ; compiling (DEFUN |OUTFORM;<;3$;53| ...) ; compiling (DEFUN |OUTFORM;>;3$;54| ...) ; compiling (DEFUN |OUTFORM;<=;3$;55| ...) ; compiling (DEFUN |OUTFORM;>=;3$;56| ...) ; compiling (DEFUN |OUTFORM;+;3$;57| ...) ; compiling (DEFUN |OUTFORM;-;3$;58| ...) ; compiling (DEFUN |OUTFORM;-;2$;59| ...) ; compiling (DEFUN |OUTFORM;*;3$;60| ...) ; compiling (DEFUN |OUTFORM;/;3$;61| ...) ; compiling (DEFUN |OUTFORM;**;3$;62| ...) ; compiling (DEFUN |OUTFORM;div;3$;63| ...) ; compiling (DEFUN |OUTFORM;rem;3$;64| ...) ; compiling (DEFUN |OUTFORM;quo;3$;65| ...) ; compiling (DEFUN |OUTFORM;exquo;3$;66| ...) ; compiling (DEFUN |OUTFORM;and;3$;67| ...) ; compiling (DEFUN |OUTFORM;or;3$;68| ...) ; compiling (DEFUN |OUTFORM;not;2$;69| ...) ; compiling (DEFUN |OUTFORM;SEGMENT;3$;70| ...) ; compiling (DEFUN |OUTFORM;SEGMENT;2$;71| ...) ; compiling (DEFUN |OUTFORM;binomial;3$;72| ...) ; compiling (DEFUN |OUTFORM;empty;$;73| ...) ; compiling (DEFUN |OUTFORM;infix?;$B;74| ...) ; file: /tmp/oa-51iQYk/code.lsp ; in: DEFUN |OUTFORM;infix?;$B;74| ; (DEFUN BOOT::|OUTFORM;infix?;$B;74| (BOOT::|a| BOOT::$) ; (LET ((BOOT::|e| (COND # # #))) ; (NOT (NULL (GET BOOT::|e| 'BOOT::INFIXOP))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|OUTFORM;infix?;$B;74| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|OUTFORM;infix?;$B;74| ; (LET ((BOOT::|e| #)) ; (NOT (NULL #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |OUTFORM;elt;$L$;75| ...) ; compiling (DEFUN |OUTFORM;prefix;$L$;76| ...) ; compiling (DEFUN |OUTFORM;infix;$L$;77| ...) ; compiling (DEFUN |OUTFORM;infix;4$;78| ...) ; compiling (DEFUN |OUTFORM;postfix;3$;79| ...) ; compiling (DEFUN |OUTFORM;string;2$;80| ...) ; compiling (DEFUN |OUTFORM;quote;2$;81| ...) ; compiling (DEFUN |OUTFORM;overbar;2$;82| ...) ; compiling (DEFUN |OUTFORM;dot;2$;83| ...) ; compiling (DEFUN |OUTFORM;prime;2$;84| ...) ; compiling (DEFUN |OUTFORM;dot;$Nni$;85| ...) ; compiling (DEFUN |OUTFORM;prime;$Nni$;86| ...) ; compiling (DEFUN |OUTFORM;overlabel;3$;87| ...) ; compiling (DEFUN |OUTFORM;box;2$;88| ...) ; compiling (DEFUN |OUTFORM;zag;3$;89| ...) ; compiling (DEFUN |OUTFORM;root;2$;90| ...) ; compiling (DEFUN |OUTFORM;root;3$;91| ...) ; compiling (DEFUN |OUTFORM;over;3$;92| ...) ; compiling (DEFUN |OUTFORM;slash;3$;93| ...) ; compiling (DEFUN |OUTFORM;assign;3$;94| ...) ; compiling (DEFUN |OUTFORM;label;3$;95| ...) ; compiling (DEFUN |OUTFORM;rarrow;3$;96| ...) ; compiling (DEFUN |OUTFORM;differentiate;$Nni$;97| ...) ; compiling (DEFUN |OUTFORM;sum;2$;98| ...) ; compiling (DEFUN |OUTFORM;sum;3$;99| ...) ; compiling (DEFUN |OUTFORM;sum;4$;100| ...) ; compiling (DEFUN |OUTFORM;prod;2$;101| ...) ; compiling (DEFUN |OUTFORM;prod;3$;102| ...) ; compiling (DEFUN |OUTFORM;prod;4$;103| ...) ; compiling (DEFUN |OUTFORM;int;2$;104| ...) ; compiling (DEFUN |OUTFORM;int;3$;105| ...) ; compiling (DEFUN |OUTFORM;int;4$;106| ...) ; compiling (DEFUN |OutputForm| ...) ; compiling (DEFUN |OutputForm;| ...) ; compiling (MAKEPROP (QUOTE |OutputForm|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 5 notes ; /tmp/oa-51iQYk/code.fasl written ; compilation finished in 0:00:00.208 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/SETCAT.fasl --optimize=3 SETCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SETCAT.spad using Spad compiler. SETCAT abbreviates category SetCategory debug: compDefine1 lhs: (SetCategory) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for SetCategory compiling into /tmp/oa-90wKLy STYLE-WARNING: redefining BOOT::|SetCategory| in DEFUN Time: 0.01 SEC. SETCAT- abbreviates package SetCategory& ------------------------------------------------------------------------ initializing stationary directory for SetCategory& compiling into /tmp/oa-ODyX1i compiling exported hash : S -> SingleInteger SETCAT-;hash;$Si;1 is replaced by %hash Time: 0.05 SEC. compiling exported latex : S -> String SETCAT-;latex;$S;2 s is replaced by "\mbox{\bf Unimplemented}" Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor SetCategory& Time: 0.05 seconds finalizing NRLIB SETCAT- ; compiling file "/tmp/oa-ODyX1i/code.lsp" (written 01 FEB 2016 10:54:33 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SETCAT-;hash;$Si;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SETCAT-;latex;$S;2|) ...) ; compiling (DEFUN |SETCAT-;hash;$Si;1| ...) ; compiling (DEFUN |SETCAT-;latex;$S;2| ...) ; file: /tmp/oa-ODyX1i/code.lsp ; in: DEFUN |SETCAT-;latex;$S;2| ; (DEFUN BOOT::|SETCAT-;latex;$S;2| (BOOT::|s| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; "\\mbox{\\bf Unimplemented}") ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SETCAT-;latex;$S;2| ; (BOOT::|s| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|SETCAT-;latex;$S;2| "\\mbox{\\bf Unimplemented}")) ; ; caught STYLE-WARNING: ; The variable |s| is defined but never used. ; compiling (DEFUN |SetCategory&| ...) ; compiling (MAKEPROP (QUOTE |SetCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; /tmp/oa-ODyX1i/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ finalizing NRLIB SETCAT Processing SetCategory for Browser database: -- hash : % -> SingleInteger -- latex : % -> String -- constructor ; compiling file "/tmp/oa-90wKLy/code.lsp" (written 01 FEB 2016 10:54:33 PM): ; compiling (DEFPARAMETER |SetCategory;AL| ...) ; compiling (DEFUN |SetCategory;| ...) ; compiling (DEFUN |SetCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-90wKLy/code.fasl written ; compilation finished in 0:00:00.006 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/NUMFMT.fasl --optimize=3 NUMFMT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NUMFMT.spad using Spad compiler. NUMFMT abbreviates package NumberFormats debug: compDefine1 lhs: (NumberFormats) signature (pre-evaluate): ((CATEGORY package (SIGNATURE FormatArabic ((String) (PositiveInteger))) (SIGNATURE ScanArabic ((PositiveInteger) (String))) (SIGNATURE FormatRoman ((String) (PositiveInteger))) (SIGNATURE ScanRoman ((PositiveInteger) (String))) (SIGNATURE ScanFloatIgnoreSpaces ((Float) (String))) (SIGNATURE ScanFloatIgnoreSpacesIfCan ((Union (Float) failed) (String))))) debug: evaluateType form: (CATEGORY package (SIGNATURE FormatArabic ((String) (PositiveInteger))) (SIGNATURE ScanArabic ((PositiveInteger) (String))) (SIGNATURE FormatRoman ((String) (PositiveInteger))) (SIGNATURE ScanRoman ((PositiveInteger) (String))) (SIGNATURE ScanFloatIgnoreSpaces ((Float) (String))) (SIGNATURE ScanFloatIgnoreSpacesIfCan ((Union (Float) failed) (String)))) $param: NIL debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Union (Float) failed) $param: NIL debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: failed $param: NIL debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE FormatArabic ((String) (PositiveInteger))) (SIGNATURE ScanArabic ((PositiveInteger) (String))) (SIGNATURE FormatRoman ((String) (PositiveInteger))) (SIGNATURE ScanRoman ((PositiveInteger) (String))) (SIGNATURE ScanFloatIgnoreSpaces ((Float) (String))) (SIGNATURE ScanFloatIgnoreSpacesIfCan ((Union (Float) failed) (String))))) ------------------------------------------------------------------------ initializing stationary directory for NumberFormats compiling into /tmp/oa-1A410N importing SExpression importing Symbol compiling local replaceD : Character -> Character Time: 0.02 SEC. compiling local replaced : Character -> Character Time: 0.01 SEC. compiling local contract : String -> String Time: 0.03 SEC. compiling local check : String -> Boolean Time: 0.01 SEC. compiling exported ScanFloatIgnoreSpaces : String -> Float Time: 0.02 SEC. compiling exported ScanFloatIgnoreSpacesIfCan : String -> Union(Float,failed) Time: 0.02 SEC. compiling exported FormatArabic : PositiveInteger -> String NUMFMT;FormatArabic;PiS;7 is replaced by %i2s Time: 0.12 SEC. compiling exported ScanArabic : String -> PositiveInteger NUMFMT;ScanArabic;SPi;8 is replaced by PARSE-INTEGER Time: 0 SEC. compiling exported FormatRoman : PositiveInteger -> String Time: 0.05 SEC. compiling exported ScanRoman : String -> PositiveInteger Time: 0.05 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] ord has no value Cumulative Statistics for Constructor NumberFormats Time: 0.33 seconds finalizing NRLIB NUMFMT Processing NumberFormats for Browser database: -- FormatArabic : PI -> S -- ScanArabic : S -> PI -- FormatRoman : PI -> S -- ScanRoman : S -> PI -- ScanFloatIgnoreSpaces : S -> F -- ScanFloatIgnoreSpacesIfCan : S -> Union(F,"failed") -- constructor ; compiling file "/tmp/oa-1A410N/code.lsp" (written 01 FEB 2016 10:54:34 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |NUMFMT;FormatArabic;PiS;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |NUMFMT;ScanArabic;SPi;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |NUMFMT;replaceD| ...) ; file: /tmp/oa-1A410N/code.lsp ; in: DEFUN |NUMFMT;replaceD| ; (DEFUN BOOT::|NUMFMT;replaceD| (BOOT::|c| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|c| (BOOT::SPADCALL "D" #) ; (BOOT::|shellEntry| BOOT::$ 10)) ; (BOOT::SPADCALL "E" (BOOT::|shellEntry| BOOT::$ 8))) ; (T BOOT::|c|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NUMFMT;replaceD| ; (BOOT::|c| BOOT::$) ; (BLOCK BOOT::|NUMFMT;replaceD| ; (COND ((BOOT::SPADCALL BOOT::|c| # #) (BOOT::SPADCALL "E" #)) ; (T BOOT::|c|)))) ; ; note: type assertion too complex to check: ; (VALUES CHARACTER &REST T). ; compiling (DEFUN |NUMFMT;replaced| ...) ; file: /tmp/oa-1A410N/code.lsp ; in: DEFUN |NUMFMT;replaced| ; (DEFUN BOOT::|NUMFMT;replaced| (BOOT::|c| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|c| (BOOT::SPADCALL "d" #) ; (BOOT::|shellEntry| BOOT::$ 10)) ; (BOOT::SPADCALL "E" (BOOT::|shellEntry| BOOT::$ 8))) ; (T BOOT::|c|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NUMFMT;replaced| ; (BOOT::|c| BOOT::$) ; (BLOCK BOOT::|NUMFMT;replaced| ; (COND ((BOOT::SPADCALL BOOT::|c| # #) (BOOT::SPADCALL "E" #)) ; (T BOOT::|c|)))) ; ; note: type assertion too complex to check: ; (VALUES CHARACTER &REST T). ; compiling (DEFUN |NUMFMT;contract| ...) ; file: /tmp/oa-1A410N/code.lsp ; in: DEFUN |NUMFMT;contract| ; (DEFUN BOOT::|NUMFMT;contract| (BOOT::|s| BOOT::$) ; (PROG (BOOT::|ls|) ; (RETURN ; (PROGN ; (SETQ #) ; (SETQ #) ; (BOOT::LETT BOOT::|ls| # BOOT::|NUMFMT;contract|) ; (SETQ #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NUMFMT;contract| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|NUMFMT;contract| ; (PROG (BOOT::|ls|) (RETURN (PROGN # # # #))))) ; ; note: Assignment to argument: |s| ; prevents use of assertion from function type proclamation: ; STRING ; ; compiling (DEFUN |NUMFMT;check| ...) ; compiling (DEFUN |NUMFMT;check!1| ...) ; compiling (DEFUN |NUMFMT;check!0| ...) ; compiling (DEFUN |NUMFMT;ScanFloatIgnoreSpaces;SF;5| ...) ; file: /tmp/oa-1A410N/code.lsp ; in: DEFUN |NUMFMT;ScanFloatIgnoreSpaces;SF;5| ; (DEFUN BOOT::|NUMFMT;ScanFloatIgnoreSpaces;SF;5| (BOOT::|s| BOOT::$) ; (PROG (BOOT::|f| BOOT::|sCheck| BOOT::|sex|) ; (RETURN ; (BOOT::SEQ (SETQ #) (COND #) ; (BOOT::LETT BOOT::|sex| # ; BOOT::|NUMFMT;ScanFloatIgnoreSpaces;SF;5|) ; (BOOT::LETT BOOT::|sCheck| # ; BOOT::|NUMFMT;ScanFloatIgnoreSpaces;SF;5|) ; (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NUMFMT;ScanFloatIgnoreSpaces;SF;5| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|NUMFMT;ScanFloatIgnoreSpaces;SF;5| ; (PROG (BOOT::|f| BOOT::|sCheck| BOOT::|sex|) ; (RETURN (BOOT::SEQ # # # # #))))) ; ; note: Assignment to argument: |s| ; prevents use of assertion from function type proclamation: ; STRING ; ; compiling (DEFUN |NUMFMT;ScanFloatIgnoreSpacesIfCan;SU;6| ...) ; file: /tmp/oa-1A410N/code.lsp ; in: DEFUN |NUMFMT;ScanFloatIgnoreSpacesIfCan;SU;6| ; (DEFUN BOOT::|NUMFMT;ScanFloatIgnoreSpacesIfCan;SU;6| (BOOT::|s| BOOT::$) ; (PROG (BOOT::|f| BOOT::|sCheck| BOOT::|sex|) ; (RETURN ; (BOOT::SEQ (SETQ #) (COND #) ; (BOOT::LETT BOOT::|sex| # ; BOOT::|NUMFMT;ScanFloatIgnoreSpacesIfCan;SU;6|) ; (BOOT::LETT BOOT::|sCheck| # ; BOOT::|NUMFMT;ScanFloatIgnoreSpacesIfCan;SU;6|) ; (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NUMFMT;ScanFloatIgnoreSpacesIfCan;SU;6| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|NUMFMT;ScanFloatIgnoreSpacesIfCan;SU;6| ; (PROG (BOOT::|f| BOOT::|sCheck| BOOT::|sex|) ; (RETURN (BOOT::SEQ # # # # #))))) ; ; note: Assignment to argument: |s| ; prevents use of assertion from function type proclamation: ; STRING ; ; compiling (DEFUN |NUMFMT;FormatArabic;PiS;7| ...) ; compiling (DEFUN |NUMFMT;ScanArabic;SPi;8| ...) ; compiling (DEFUN |NUMFMT;FormatRoman;PiS;9| ...) ; file: /tmp/oa-1A410N/code.lsp ; in: DEFUN |NUMFMT;FormatRoman;PiS;9| ; (BOOT::|moanRetract| BOOT::|d| '(BOOT::|NonNegativeInteger|)) ; ==> ; BOOT::|d| ; ; note: deleting unreachable code ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |NUMFMT;ScanRoman;SPi;10| ...) ; file: /tmp/oa-1A410N/code.lsp ; in: DEFUN |NUMFMT;ScanRoman;SPi;10| ; (DEFUN BOOT::|NUMFMT;ScanRoman;SPi;10| (BOOT::|s| BOOT::$) ; (PROG (BOOT::|nprens| BOOT::|n| BOOT::|c| BOOT::|i| BOOT::|Max| ; BOOT::|tot|) ; (RETURN ; (BOOT::SEQ (SETQ #) ; (BOOT::LETT BOOT::|tot| # BOOT::|NUMFMT;ScanRoman;SPi;10|) ; (BOOT::LETT BOOT::|Max| # BOOT::|NUMFMT;ScanRoman;SPi;10|) ; (BOOT::LETT BOOT::|i| # BOOT::|NUMFMT;ScanRoman;SPi;10|) ; (LOOP #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NUMFMT;ScanRoman;SPi;10| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|NUMFMT;ScanRoman;SPi;10| ; (PROG (BOOT::|nprens| BOOT::|n| BOOT::|c| BOOT::|i| BOOT::|Max| ; BOOT::|tot|) ; (RETURN (BOOT::SEQ # # # # # #))))) ; ; note: Assignment to argument: |s| ; prevents use of assertion from function type proclamation: ; STRING ; ; ; note: type assertion too complex to check: ; (VALUES (INTEGER 1) &REST T). ; compiling (DEFUN |NumberFormats| ...) ; compiling (DEFUN |NumberFormats;| ...) ; compiling (MAKEPROP (QUOTE |NumberFormats|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 9 notes ; /tmp/oa-1A410N/code.fasl written ; compilation finished in 0:00:00.114 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/VOID.fasl --optimize=3 VOID.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/VOID.spad using Spad compiler. VOID abbreviates domain Void debug: compDefine1 lhs: (Void) signature (pre-evaluate): ((Join (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE void ($))))) debug: evaluateType form: (Join (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE void ($)))) $param: NIL debug: evaluateType form: (CoercibleTo (OutputForm)) $param: NIL Debug: evaluateType1 form: (CoercibleTo (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE void ($))) $param: NIL debug: compDefine1 signature (post evaluate): ((Join (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE void ($))))) ------------------------------------------------------------------------ initializing stationary directory for Void compiling into /tmp/oa-km1nDj compiling exported void : () -> % VOID;void;$;1 is replaced by voidValue Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Time: 0 SEC. (time taken in buildFunctor: 4) Time: 0.00 SEC. Cumulative Statistics for Constructor Void Time: 0.01 seconds finalizing NRLIB VOID Processing Void for Browser database: -- void : () -> % -- constructor ; compiling file "/tmp/oa-km1nDj/code.lsp" (written 01 FEB 2016 10:54:34 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |VOID;void;$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |VOID;void;$;1| ...) ; compiling (DEFUN |VOID;coerce;$Of;2| ...) ; file: /tmp/oa-km1nDj/code.lsp ; in: DEFUN |VOID;coerce;$Of;2| ; (DEFUN BOOT::|VOID;coerce;$Of;2| (BOOT::|v| BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 8))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|VOID;coerce;$Of;2| ; (BOOT::|v| BOOT::$) ; (BLOCK BOOT::|VOID;coerce;$Of;2| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 8)))) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |Void| ...) ; compiling (DEFUN |Void;| ...) ; compiling (MAKEPROP (QUOTE |Void|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; /tmp/oa-km1nDj/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/RNS.fasl --optimize=3 RNS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RNS.spad using Spad compiler. RNS abbreviates category RealNumberSystem debug: compDefine1 lhs: (RealNumberSystem) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for RealNumberSystem compiling into /tmp/oa-z1Jqpp STYLE-WARNING: redefining BOOT::|RealNumberSystem;| in DEFUN STYLE-WARNING: redefining BOOT::|RealNumberSystem| in DEFUN Time: 0.05 SEC. RNS- abbreviates package RealNumberSystem& ------------------------------------------------------------------------ initializing stationary directory for RealNumberSystem& compiling into /tmp/oa-C4LzTb compiling exported characteristic : () -> NonNegativeInteger Time: 0.01 SEC. compiling exported fractionPart : S -> S Time: 0 SEC. compiling exported truncate : S -> S Time: 0.00 SEC. compiling exported round : S -> S Time: 0.01 SEC. compiling exported norm : S -> S Time: 0 SEC. compiling exported coerce : Fraction Integer -> S Time: 0.01 SEC. compiling exported convert : S -> Pattern Float Time: 0.01 SEC. compiling exported floor : S -> S Time: 0.00 SEC. compiling exported ceiling : S -> S Time: 0.01 SEC. compiling exported patternMatch : (S,Pattern Float,PatternMatchResult(Float,S)) -> PatternMatchResult(Float,S) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] patternMatch: not known that SetCategory is of mode CATEGORY(package,round: S -> S,truncate: S -> S,fractionPart: S -> S,floor: S -> S,ceiling: S -> S,norm: S -> S,patternMatch: (S,Pattern Float,PatternMatchResult(Float,S)) -> PatternMatchResult(Float,S),convert: S -> Pattern Float,coerce: Fraction Integer -> S,coerce: Integer -> S,convert: S -> DoubleFloat,convert: S -> Float,coerce: Fraction Integer -> S,coerce: S -> S,characteristic: () -> NonNegativeInteger,coerce: Integer -> S,coerce: S -> OutputForm) Cumulative Statistics for Constructor RealNumberSystem& Time: 0.08 seconds finalizing NRLIB RNS- ; compiling file "/tmp/oa-C4LzTb/code.lsp" (written 01 FEB 2016 10:54:34 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RNS-;characteristic;Nni;1| ...) ; file: /tmp/oa-C4LzTb/code.lsp ; in: DEFUN |RNS-;characteristic;Nni;1| ; (DEFUN BOOT::|RNS-;characteristic;Nni;1| (BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 8)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RNS-;characteristic;Nni;1| ; (BOOT::$) ; (BLOCK BOOT::|RNS-;characteristic;Nni;1| ; (BOOT::|spadConstant| BOOT::$ 8))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |RNS-;fractionPart;2$;2| ...) ; compiling (DEFUN |RNS-;truncate;2$;3| ...) ; compiling (DEFUN |RNS-;round;2$;4| ...) ; compiling (DEFUN |RNS-;norm;2$;5| ...) ; compiling (DEFUN |RNS-;coerce;F$;6| ...) ; compiling (DEFUN |RNS-;convert;$P;7| ...) ; compiling (DEFUN |RNS-;floor;2$;8| ...) ; compiling (DEFUN |RNS-;ceiling;2$;9| ...) ; compiling (DEFUN |RNS-;patternMatch;$P2Pmr;10| ...) ; compiling (DEFUN |RealNumberSystem&| ...) ; compiling (MAKEPROP (QUOTE |RealNumberSystem&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-C4LzTb/code.fasl written ; compilation finished in 0:00:00.037 ------------------------------------------------------------------------ finalizing NRLIB RNS Processing RealNumberSystem for Browser database: -- norm : % -> % -- ceiling : % -> % -- floor : % -> % -- wholePart : % -> Integer -- fractionPart : % -> % -- truncate : % -> % -- round : % -> % -- constructor ; compiling file "/tmp/oa-z1Jqpp/code.lsp" (written 01 FEB 2016 10:54:34 PM): ; compiling (DEFPARAMETER |RealNumberSystem;AL| ...) ; compiling (DEFUN |RealNumberSystem;| ...) ; compiling (DEFUN |RealNumberSystem| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-z1Jqpp/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/FPS.fasl --optimize=3 FPS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FPS.spad using Spad compiler. FPS abbreviates category FloatingPointSystem debug: compDefine1 lhs: (FloatingPointSystem) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for FloatingPointSystem compiling into /tmp/oa-4pbNhM STYLE-WARNING: redefining BOOT::|FloatingPointSystem| in DEFUN Time: 0.01 SEC. FPS- abbreviates package FloatingPointSystem& ------------------------------------------------------------------------ initializing stationary directory for FloatingPointSystem& compiling into /tmp/oa-iQnvrz compiling exported float : (Integer,Integer) -> S Time: 0.04 SEC. compiling exported digits : () -> PositiveInteger Time: 0.10 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor FloatingPointSystem& Time: 0.15 seconds finalizing NRLIB FPS- ; compiling file "/tmp/oa-iQnvrz/code.lsp" (written 01 FEB 2016 10:54:34 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FPS-;float;2I$;1| ...) ; compiling (DEFUN |FPS-;digits;Pi;2| ...) ; file: /tmp/oa-iQnvrz/code.lsp ; in: DEFUN |FPS-;digits;Pi;2| ; (DEFUN BOOT::|FPS-;digits;Pi;2| (BOOT::$) ; (LET ((#:G544 (MAX # #))) ; (COND ((AND # #) #:G544) (T (BOOT::|moanRetract| #:G544 '#))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FPS-;digits;Pi;2| ; (BOOT::$) ; (BLOCK BOOT::|FPS-;digits;Pi;2| ; (LET ((#:G544 #)) ; (COND (# #:G544) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES (INTEGER 1) &REST T). ; compiling (DEFUN |FloatingPointSystem&| ...) ; compiling (MAKEPROP (QUOTE |FloatingPointSystem&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-iQnvrz/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ finalizing NRLIB FPS Processing FloatingPointSystem for Browser database: -- approximate : () -> attribute -- float : (Integer,Integer) -> % -- float : (Integer,Integer,PositiveInteger) -> % -- order : % -> Integer -- base : () -> PositiveInteger -- exponent : % -> Integer -- mantissa : % -> Integer -- bits : () -> PositiveInteger -- digits : () -> PositiveInteger -- precision : () -> PositiveInteger -- bits : PositiveInteger -> PositiveInteger -- digits : PositiveInteger -> PositiveInteger -- precision : PositiveInteger -> PositiveInteger -- increasePrecision : Integer -> PositiveInteger -- decreasePrecision : Integer -> PositiveInteger -- min : () -> % -- max : () -> % -- constructor ; compiling file "/tmp/oa-4pbNhM/code.lsp" (written 01 FEB 2016 10:54:34 PM): ; compiling (DEFPARAMETER |FloatingPointSystem;AL| ...) ; compiling (DEFUN |FloatingPointSystem;| ...) ; compiling (DEFUN |FloatingPointSystem| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-4pbNhM/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/TRIGCAT.fasl --optimize=3 TRIGCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TRIGCAT.spad using Spad compiler. TRIGCAT abbreviates category TrigonometricFunctionCategory debug: compDefine1 lhs: (TrigonometricFunctionCategory) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for TrigonometricFunctionCategory compiling into /tmp/oa-1NeErZ STYLE-WARNING: redefining BOOT::|TrigonometricFunctionCategory| in DEFUN Time: 0 SEC. TRIGCAT- abbreviates package TrigonometricFunctionCategory& ------------------------------------------------------------------------ initializing stationary directory for TrigonometricFunctionCategory& compiling into /tmp/oa-XpnygN compiling exported csc : S -> S Time: 0.02 SEC. compiling exported sec : S -> S Time: 0.00 SEC. compiling exported tan : S -> S Time: 0.04 SEC. compiling exported cot : S -> S Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor TrigonometricFunctionCategory& Time: 0.08 seconds finalizing NRLIB TRIGCAT- ; compiling file "/tmp/oa-XpnygN/code.lsp" (written 01 FEB 2016 10:54:35 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |TRIGCAT-;csc;2$;1| ...) ; compiling (DEFUN |TRIGCAT-;sec;2$;2| ...) ; compiling (DEFUN |TRIGCAT-;tan;2$;3| ...) ; compiling (DEFUN |TRIGCAT-;cot;2$;4| ...) ; compiling (DEFUN |TrigonometricFunctionCategory&| ...) ; compiling (MAKEPROP (QUOTE |TrigonometricFunctionCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-XpnygN/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ finalizing NRLIB TRIGCAT Processing TrigonometricFunctionCategory for Browser database: -- cos : % -> % -- cot : % -> % -- csc : % -> % -- sec : % -> % -- sin : % -> % -- tan : % -> % -- constructor ; compiling file "/tmp/oa-1NeErZ/code.lsp" (written 01 FEB 2016 10:54:35 PM): ; compiling (DEFPARAMETER |TrigonometricFunctionCategory;AL| ...) ; compiling (DEFUN |TrigonometricFunctionCategory;| ...) ; compiling (DEFUN |TrigonometricFunctionCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-1NeErZ/code.fasl written ; compilation finished in 0:00:00.005 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/ATRIG.fasl --optimize=3 ATRIG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ATRIG.spad using Spad compiler. ATRIG abbreviates category ArcTrigonometricFunctionCategory debug: compDefine1 lhs: (ArcTrigonometricFunctionCategory) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for ArcTrigonometricFunctionCategory compiling into /tmp/oa-grHCaa STYLE-WARNING: redefining BOOT::|ArcTrigonometricFunctionCategory| in DEFUN Time: 0.01 SEC. ATRIG- abbreviates package ArcTrigonometricFunctionCategory& ------------------------------------------------------------------------ initializing stationary directory for ArcTrigonometricFunctionCategory& compiling into /tmp/oa-wewdsY compiling exported asec : S -> S Time: 0.02 SEC. compiling exported acsc : S -> S Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor ArcTrigonometricFunctionCategory& Time: 0.02 seconds finalizing NRLIB ATRIG- ; compiling file "/tmp/oa-wewdsY/code.lsp" (written 01 FEB 2016 10:54:35 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ATRIG-;asec;2$;1| ...) ; compiling (DEFUN |ATRIG-;acsc;2$;2| ...) ; compiling (DEFUN |ArcTrigonometricFunctionCategory&| ...) ; compiling (MAKEPROP (QUOTE |ArcTrigonometricFunctionCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-wewdsY/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ finalizing NRLIB ATRIG Processing ArcTrigonometricFunctionCategory for Browser database: -- acos : % -> % -- acot : % -> % -- acsc : % -> % -- asec : % -> % -- asin : % -> % -- atan : % -> % -- constructor ; compiling file "/tmp/oa-grHCaa/code.lsp" (written 01 FEB 2016 10:54:35 PM): ; compiling (DEFPARAMETER |ArcTrigonometricFunctionCategory;AL| ...) ; compiling (DEFUN |ArcTrigonometricFunctionCategory;| ...) ; compiling (DEFUN |ArcTrigonometricFunctionCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-grHCaa/code.fasl written ; compilation finished in 0:00:00.006 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/HYPCAT.fasl --optimize=3 HYPCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/HYPCAT.spad using Spad compiler. HYPCAT abbreviates category HyperbolicFunctionCategory debug: compDefine1 lhs: (HyperbolicFunctionCategory) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for HyperbolicFunctionCategory compiling into /tmp/oa-vSaLDl STYLE-WARNING: redefining BOOT::|HyperbolicFunctionCategory| in DEFUN Time: 0.01 SEC. HYPCAT- abbreviates package HyperbolicFunctionCategory& ------------------------------------------------------------------------ initializing stationary directory for HyperbolicFunctionCategory& compiling into /tmp/oa-GH1pea compiling exported csch : S -> S Time: 0.02 SEC. compiling exported sech : S -> S Time: 0.00 SEC. compiling exported tanh : S -> S Time: 0.02 SEC. compiling exported coth : S -> S Time: 0.01 SEC. compiling exported cosh : S -> S Time: 0.01 SEC. compiling exported sinh : S -> S Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor HyperbolicFunctionCategory& Time: 0.08 seconds finalizing NRLIB HYPCAT- ; compiling file "/tmp/oa-GH1pea/code.lsp" (written 01 FEB 2016 10:54:35 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |HYPCAT-;csch;2$;1| ...) ; compiling (DEFUN |HYPCAT-;sech;2$;2| ...) ; compiling (DEFUN |HYPCAT-;tanh;2$;3| ...) ; compiling (DEFUN |HYPCAT-;coth;2$;4| ...) ; compiling (DEFUN |HYPCAT-;cosh;2$;5| ...) ; compiling (DEFUN |HYPCAT-;sinh;2$;6| ...) ; compiling (DEFUN |HyperbolicFunctionCategory&| ...) ; compiling (MAKEPROP (QUOTE |HyperbolicFunctionCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-GH1pea/code.fasl written ; compilation finished in 0:00:00.029 ------------------------------------------------------------------------ finalizing NRLIB HYPCAT Processing HyperbolicFunctionCategory for Browser database: -- cosh : % -> % -- coth : % -> % -- csch : % -> % -- sech : % -> % -- sinh : % -> % -- tanh : % -> % -- constructor ; compiling file "/tmp/oa-vSaLDl/code.lsp" (written 01 FEB 2016 10:54:35 PM): ; compiling (DEFPARAMETER |HyperbolicFunctionCategory;AL| ...) ; compiling (DEFUN |HyperbolicFunctionCategory;| ...) ; compiling (DEFUN |HyperbolicFunctionCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-vSaLDl/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/AHYP.fasl --optimize=3 AHYP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/AHYP.spad using Spad compiler. AHYP abbreviates category ArcHyperbolicFunctionCategory debug: compDefine1 lhs: (ArcHyperbolicFunctionCategory) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for ArcHyperbolicFunctionCategory compiling into /tmp/oa-2xBZdz STYLE-WARNING: redefining BOOT::|ArcHyperbolicFunctionCategory| in DEFUN Time: 0.00 SEC. finalizing NRLIB AHYP Processing ArcHyperbolicFunctionCategory for Browser database: -- acosh : % -> % -- acoth : % -> % -- acsch : % -> % -- asech : % -> % -- asinh : % -> % -- atanh : % -> % -- constructor ; compiling file "/tmp/oa-2xBZdz/code.lsp" (written 01 FEB 2016 10:54:35 PM): ; compiling (DEFPARAMETER |ArcHyperbolicFunctionCategory;AL| ...) ; compiling (DEFUN |ArcHyperbolicFunctionCategory;| ...) ; compiling (DEFUN |ArcHyperbolicFunctionCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-2xBZdz/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/ELEMFUN.fasl --optimize=3 ELEMFUN.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ELEMFUN.spad using Spad compiler. ELEMFUN abbreviates category ElementaryFunctionCategory debug: compDefine1 lhs: (ElementaryFunctionCategory) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for ElementaryFunctionCategory compiling into /tmp/oa-mC3FXF STYLE-WARNING: redefining BOOT::|ElementaryFunctionCategory| in DEFUN Time: 0.00 SEC. ELEMFUN- abbreviates package ElementaryFunctionCategory& ------------------------------------------------------------------------ initializing stationary directory for ElementaryFunctionCategory& compiling into /tmp/oa-74Nzjv compiling exported ** : (S,S) -> S Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor ElementaryFunctionCategory& Time: 0.01 seconds finalizing NRLIB ELEMFUN- ; compiling file "/tmp/oa-74Nzjv/code.lsp" (written 01 FEB 2016 10:54:35 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ELEMFUN-;**;3$;1| ...) ; compiling (DEFUN |ElementaryFunctionCategory&| ...) ; compiling (MAKEPROP (QUOTE |ElementaryFunctionCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-74Nzjv/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ finalizing NRLIB ELEMFUN Processing ElementaryFunctionCategory for Browser database: -- log : % -> % -- exp : % -> % -- ?**? : (%,%) -> % -- constructor ; compiling file "/tmp/oa-mC3FXF/code.lsp" (written 01 FEB 2016 10:54:35 PM): ; compiling (DEFPARAMETER |ElementaryFunctionCategory;AL| ...) ; compiling (DEFUN |ElementaryFunctionCategory;| ...) ; compiling (DEFUN |ElementaryFunctionCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-mC3FXF/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/TRANFUN.fasl --optimize=3 TRANFUN.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TRANFUN.spad using Spad compiler. TRANFUN abbreviates category TranscendentalFunctionCategory debug: compDefine1 lhs: (TranscendentalFunctionCategory) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for TranscendentalFunctionCategory compiling into /tmp/oa-7DyERO STYLE-WARNING: redefining BOOT::|TranscendentalFunctionCategory| in DEFUN Time: 0.01 SEC. TRANFUN- abbreviates package TranscendentalFunctionCategory& ------------------------------------------------------------------------ initializing stationary directory for TranscendentalFunctionCategory& compiling into /tmp/oa-vdIqsE compiling exported pi : () -> S Time: 0.04 SEC. compiling exported acsch : S -> S Time: 0.01 SEC. compiling exported asech : S -> S Time: 0.00 SEC. compiling exported acoth : S -> S Time: 0.00 SEC. compiling exported asin : S -> S Time: 0.01 SEC. compiling exported acos : S -> S Time: 0.01 SEC. compiling exported acot : S -> S Time: 0.01 SEC. compiling exported asinh : S -> S Time: 0 SEC. compiling exported acosh : S -> S Time: 0.01 SEC. compiling exported atanh : S -> S Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor TranscendentalFunctionCategory& Time: 0.10 seconds finalizing NRLIB TRANFUN- ; compiling file "/tmp/oa-vdIqsE/code.lsp" (written 01 FEB 2016 10:54:35 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |TRANFUN-;pi;$;1| ...) ; compiling (DEFUN |TRANFUN-;acsch;2$;2| ...) ; compiling (DEFUN |TRANFUN-;asech;2$;3| ...) ; compiling (DEFUN |TRANFUN-;acoth;2$;4| ...) ; compiling (DEFUN |TRANFUN-;asin;2$;5| ...) ; compiling (DEFUN |TRANFUN-;acos;2$;6| ...) ; compiling (DEFUN |TRANFUN-;acot;2$;7| ...) ; compiling (DEFUN |TRANFUN-;asinh;2$;8| ...) ; compiling (DEFUN |TRANFUN-;acosh;2$;9| ...) ; compiling (DEFUN |TRANFUN-;atanh;2$;10| ...) ; compiling (DEFUN |TranscendentalFunctionCategory&| ...) ; compiling (MAKEPROP (QUOTE |TranscendentalFunctionCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-vdIqsE/code.fasl written ; compilation finished in 0:00:00.047 ------------------------------------------------------------------------ finalizing NRLIB TRANFUN Processing TranscendentalFunctionCategory for Browser database: -- pi : () -> % -- constructor ; compiling file "/tmp/oa-7DyERO/code.lsp" (written 01 FEB 2016 10:54:35 PM): ; compiling (DEFPARAMETER |TranscendentalFunctionCategory;AL| ...) ; compiling (DEFUN |TranscendentalFunctionCategory;| ...) ; compiling (DEFUN |TranscendentalFunctionCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-7DyERO/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/DFSFUN.fasl --bootstrap DFSFUN.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DFSFUN.spad using Spad compiler. DFSFUN abbreviates package DoubleFloatSpecialFunctions ------------------------------------------------------------------------ initializing stationary directory for DoubleFloatSpecialFunctions compiling into /tmp/oa-eubjc8 Time: 0.00 SEC. Cumulative Statistics for Constructor DoubleFloatSpecialFunctions Time: 0.00 seconds finalizing NRLIB DFSFUN ; compiling file "/tmp/oa-eubjc8/code.lsp" (written 01 FEB 2016 10:54:35 PM): ; compiling (DEFUN |DoubleFloatSpecialFunctions| ...) ; compiling (DEFUN |DoubleFloatSpecialFunctions;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-eubjc8/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/FINRALG.fasl --bootstrap FINRALG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FINRALG.spad using Spad compiler. FINRALG abbreviates category FiniteRankAlgebra ------------------------------------------------------------------------ initializing stationary directory for FiniteRankAlgebra compiling into /tmp/oa-dJYHV8 STYLE-WARNING: redefining BOOT::|FiniteRankAlgebra| in DEFUN Time: 0.02 SEC. finalizing NRLIB FINRALG ; compiling file "/tmp/oa-dJYHV8/code.lsp" (written 01 FEB 2016 10:54:36 PM): ; compiling (DEFPARAMETER |FiniteRankAlgebra;AL| ...) ; compiling (DEFUN |FiniteRankAlgebra;| ...) ; compiling (DEFUN |FiniteRankAlgebra| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-dJYHV8/code.fasl written ; compilation finished in 0:00:00.020 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/FRAMALG.fasl --bootstrap FRAMALG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FRAMALG.spad using Spad compiler. FRAMALG abbreviates category FramedAlgebra ------------------------------------------------------------------------ initializing stationary directory for FramedAlgebra compiling into /tmp/oa-3foBxn STYLE-WARNING: redefining BOOT::|FramedAlgebra| in DEFUN Time: 0.01 SEC. finalizing NRLIB FRAMALG ; compiling file "/tmp/oa-3foBxn/code.lsp" (written 01 FEB 2016 10:54:36 PM): ; compiling (DEFPARAMETER |FramedAlgebra;AL| ...) ; compiling (DEFUN |FramedAlgebra;| ...) ; compiling (DEFUN |FramedAlgebra| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-3foBxn/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/MONOGEN.fasl --bootstrap MONOGEN.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MONOGEN.spad using Spad compiler. MONOGEN abbreviates category MonogenicAlgebra ------------------------------------------------------------------------ initializing stationary directory for MonogenicAlgebra compiling into /tmp/oa-Sq4Eqw STYLE-WARNING: redefining BOOT::|MonogenicAlgebra| in DEFUN Time: 0.02 SEC. finalizing NRLIB MONOGEN ; compiling file "/tmp/oa-Sq4Eqw/code.lsp" (written 01 FEB 2016 10:54:36 PM): ; compiling (DEFPARAMETER |MonogenicAlgebra;AL| ...) ; compiling (DEFUN |MonogenicAlgebra;| ...) ; compiling (DEFUN |MonogenicAlgebra| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Sq4Eqw/code.fasl written ; compilation finished in 0:00:00.021 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/COMPCAT.fasl --bootstrap COMPCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/COMPCAT.spad using Spad compiler. COMPCAT abbreviates category ComplexCategory ------------------------------------------------------------------------ initializing stationary directory for ComplexCategory compiling into /tmp/oa-orZymP STYLE-WARNING: redefining BOOT::|ComplexCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB COMPCAT ; compiling file "/tmp/oa-orZymP/code.lsp" (written 01 FEB 2016 10:54:36 PM): ; compiling (DEFPARAMETER |ComplexCategory;AL| ...) ; compiling (DEFUN |ComplexCategory;| ...) ; compiling (DEFUN |ComplexCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-orZymP/code.fasl written ; compilation finished in 0:00:00.022 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/COMPLEX.fasl --bootstrap COMPLEX.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/COMPLEX.spad using Spad compiler. COMPLEX abbreviates domain Complex ------------------------------------------------------------------------ initializing stationary directory for Complex compiling into /tmp/oa-k0muu3 Time: 0.06 SEC. Cumulative Statistics for Constructor Complex Time: 0.06 seconds finalizing NRLIB COMPLEX ; compiling file "/tmp/oa-k0muu3/code.lsp" (written 01 FEB 2016 10:54:36 PM): ; compiling (DEFUN |Complex| ...) ; compiling (DEFUN |Complex;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-k0muu3/code.fasl written ; compilation finished in 0:00:00.023 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/DFLOAT.fasl --optimize=3 DFLOAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DFLOAT.spad using Spad compiler. DFLOAT abbreviates domain DoubleFloat debug: compDefine1 lhs: (DoubleFloat) signature (pre-evaluate): ((Join (FloatingPointSystem) (DifferentialRing) (TranscendentalFunctionCategory) (ConvertibleTo (InputForm)) (CATEGORY domain (SIGNATURE / ($ $ (Integer))) (SIGNATURE ** ($ $ $)) (SIGNATURE exp1 ($)) (SIGNATURE log2 ($ $)) (SIGNATURE log10 ($ $)) (SIGNATURE atan ($ $ $)) (SIGNATURE Gamma ($ $)) (SIGNATURE Beta ($ $ $)) (SIGNATURE rationalApproximation ((Fraction (Integer)) $ (NonNegativeInteger))) (SIGNATURE rationalApproximation ((Fraction (Integer)) $ (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE nan? ((Boolean) $))))) debug: evaluateType form: (Join (FloatingPointSystem) (DifferentialRing) (TranscendentalFunctionCategory) (ConvertibleTo (InputForm)) (CATEGORY domain (SIGNATURE / ($ $ (Integer))) (SIGNATURE ** ($ $ $)) (SIGNATURE exp1 ($)) (SIGNATURE log2 ($ $)) (SIGNATURE log10 ($ $)) (SIGNATURE atan ($ $ $)) (SIGNATURE Gamma ($ $)) (SIGNATURE Beta ($ $ $)) (SIGNATURE rationalApproximation ((Fraction (Integer)) $ (NonNegativeInteger))) (SIGNATURE rationalApproximation ((Fraction (Integer)) $ (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE nan? ((Boolean) $)))) $param: NIL debug: evaluateType form: (FloatingPointSystem) $param: NIL Debug: evaluateType1 form: (FloatingPointSystem) debug: evaluateType form: (DifferentialRing) $param: NIL Debug: evaluateType1 form: (DifferentialRing) debug: evaluateType form: (TranscendentalFunctionCategory) $param: NIL Debug: evaluateType1 form: (TranscendentalFunctionCategory) debug: evaluateType form: (ConvertibleTo (InputForm)) $param: NIL Debug: evaluateType1 form: (ConvertibleTo (InputForm)) debug: evaluateType1 x: (InputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (InputForm) $param: NIL Debug: evaluateType1 form: (InputForm) debug: evalCategory d: (InputForm) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE / ($ $ (Integer))) (SIGNATURE ** ($ $ $)) (SIGNATURE exp1 ($)) (SIGNATURE log2 ($ $)) (SIGNATURE log10 ($ $)) (SIGNATURE atan ($ $ $)) (SIGNATURE Gamma ($ $)) (SIGNATURE Beta ($ $ $)) (SIGNATURE rationalApproximation ((Fraction (Integer)) $ (NonNegativeInteger))) (SIGNATURE rationalApproximation ((Fraction (Integer)) $ (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE nan? ((Boolean) $))) $param: NIL debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: compDefine1 signature (post evaluate): ((Join (FloatingPointSystem) (DifferentialRing) (TranscendentalFunctionCategory) (ConvertibleTo (InputForm)) (CATEGORY domain (SIGNATURE / ($ $ (Integer))) (SIGNATURE ** ($ $ $)) (SIGNATURE exp1 ($)) (SIGNATURE log2 ($ $)) (SIGNATURE log10 ($ $)) (SIGNATURE atan ($ $ $)) (SIGNATURE Gamma ($ $)) (SIGNATURE Beta ($ $ $)) (SIGNATURE rationalApproximation ((Fraction (Integer)) $ (NonNegativeInteger))) (SIGNATURE rationalApproximation ((Fraction (Integer)) $ (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE nan? ((Boolean) $))))) ------------------------------------------------------------------------ initializing stationary directory for DoubleFloat compiling into /tmp/oa-iWlgRa compiling exported base : () -> PositiveInteger DFLOAT;base;Pi;1 is replaced by %fbase Time: 0.05 SEC. compiling exported mantissa : % -> Integer Time: 0.01 SEC. compiling exported exponent : % -> Integer DFLOAT;exponent;$I;3 x is replaced by %lsecond %fdecode x Time: 0.01 SEC. compiling exported precision : () -> PositiveInteger DFLOAT;precision;Pi;4 is replaced by %fprec Time: 0.00 SEC. compiling exported bits : () -> PositiveInteger Time: 0.01 SEC. compiling exported max : () -> % DFLOAT;max;$;6 is replaced by %fmaxval Time: 0.00 SEC. compiling exported min : () -> % DFLOAT;min;$;7 is replaced by %fminval Time: 0 SEC. compiling exported order : % -> Integer DFLOAT;order;$I;8 a is replaced by %isub(%iadd(%fprec,%lsecond %fdecode a),1) Time: 0 SEC. compiling exported Zero : () -> % DFLOAT;Zero;$;9 is replaced by %i2f 0 Time: 0.00 SEC. compiling exported One : () -> % DFLOAT;One;$;10 is replaced by %i2f 1 Time: 0.00 SEC. compiling exported exp1 : () -> % Time: 0.00 SEC. compiling exported pi : () -> % DFLOAT;pi;$;12 is replaced by %fcstpi Time: 0 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. compiling exported convert : % -> InputForm Time: 0.04 SEC. compiling exported < : (%,%) -> Boolean DFLOAT;<;2$B;15 is replaced by %flt Time: 0 SEC. compiling exported > : (%,%) -> Boolean DFLOAT;>;2$B;16 is replaced by %fgt Time: 0.00 SEC. compiling exported <= : (%,%) -> Boolean DFLOAT;<=;2$B;17 is replaced by %fle Time: 0.00 SEC. compiling exported >= : (%,%) -> Boolean DFLOAT;>=;2$B;18 is replaced by %fge Time: 0 SEC. compiling exported - : % -> % DFLOAT;-;2$;19 is replaced by %fneg Time: 0 SEC. compiling exported + : (%,%) -> % DFLOAT;+;3$;20 is replaced by %fadd Time: 0.00 SEC. compiling exported - : (%,%) -> % DFLOAT;-;3$;21 is replaced by %fsub Time: 0 SEC. compiling exported * : (%,%) -> % DFLOAT;*;3$;22 is replaced by %fmul Time: 0.00 SEC. compiling exported * : (Integer,%) -> % DFLOAT;*;I2$;23 is replaced by %imulf Time: 0.00 SEC. compiling exported max : (%,%) -> % DFLOAT;max;3$;24 is replaced by %fmax Time: 0 SEC. compiling exported min : (%,%) -> % DFLOAT;min;3$;25 is replaced by %fmin Time: 0 SEC. compiling exported = : (%,%) -> Boolean DFLOAT;=;2$B;26 is replaced by %feq Time: 0.00 SEC. compiling exported / : (%,Integer) -> % DFLOAT;/;$I$;27 is replaced by %fdivi Time: 0.00 SEC. compiling exported sqrt : % -> % DFLOAT;sqrt;2$;28 is replaced by %fsqrt Time: 0.00 SEC. compiling exported log10 : % -> % DFLOAT;log10;2$;29 is replaced by %flog10 Time: 0 SEC. compiling exported ** : (%,Integer) -> % DFLOAT;**;$I$;30 is replaced by %fpowi Time: 0.00 SEC. compiling exported ** : (%,%) -> % DFLOAT;**;3$;31 is replaced by %fpowf Time: 0 SEC. compiling exported coerce : Integer -> % DFLOAT;coerce;I$;32 is replaced by %i2f Time: 0.01 SEC. compiling exported exp : % -> % DFLOAT;exp;2$;33 is replaced by %fexp Time: 0 SEC. compiling exported log : % -> % DFLOAT;log;2$;34 is replaced by %flog Time: 0 SEC. compiling exported log2 : % -> % DFLOAT;log2;2$;35 is replaced by %flog2 Time: 0 SEC. compiling exported sin : % -> % DFLOAT;sin;2$;36 is replaced by %fsin Time: 0 SEC. compiling exported cos : % -> % DFLOAT;cos;2$;37 is replaced by %fcos Time: 0.00 SEC. compiling exported tan : % -> % DFLOAT;tan;2$;38 is replaced by %ftan Time: 0 SEC. compiling exported cot : % -> % DFLOAT;cot;2$;39 is replaced by %fcot Time: 0 SEC. compiling exported sec : % -> % Time: 0 SEC. compiling exported csc : % -> % Time: 0.00 SEC. compiling exported asin : % -> % DFLOAT;asin;2$;42 is replaced by %fasin Time: 0.00 SEC. compiling exported acos : % -> % DFLOAT;acos;2$;43 is replaced by %facos Time: 0 SEC. compiling exported atan : % -> % DFLOAT;atan;2$;44 is replaced by %fatan Time: 0 SEC. compiling exported acsc : % -> % Time: 0.00 SEC. compiling exported acot : % -> % DFLOAT;acot;2$;46 is replaced by %facot Time: 0.00 SEC. compiling exported asec : % -> % Time: 0.00 SEC. compiling exported sinh : % -> % DFLOAT;sinh;2$;48 is replaced by %fsinh Time: 0 SEC. compiling exported cosh : % -> % DFLOAT;cosh;2$;49 is replaced by %fcosh Time: 0 SEC. compiling exported tanh : % -> % DFLOAT;tanh;2$;50 is replaced by %ftanh Time: 0 SEC. compiling exported csch : % -> % Time: 0.00 SEC. compiling exported coth : % -> % Time: 0.00 SEC. compiling exported sech : % -> % Time: 0.00 SEC. compiling exported asinh : % -> % DFLOAT;asinh;2$;54 is replaced by %fasinh Time: 0 SEC. compiling exported acosh : % -> % DFLOAT;acosh;2$;55 is replaced by %facosh Time: 0.00 SEC. compiling exported atanh : % -> % DFLOAT;atanh;2$;56 is replaced by %fatanh Time: 0 SEC. compiling exported acsch : % -> % Time: 0.01 SEC. compiling exported acoth : % -> % Time: 0.00 SEC. compiling exported asech : % -> % Time: 0.01 SEC. compiling exported / : (%,%) -> % DFLOAT;/;3$;60 is replaced by %fdiv Time: 0 SEC. compiling exported negative? : % -> Boolean Time: 0.01 SEC. compiling exported zero? : % -> Boolean DFLOAT;zero?;$B;62 x is replaced by %feq(x,%i2f 0) Time: 0.00 SEC. compiling exported one? : % -> Boolean DFLOAT;one?;$B;63 x is replaced by %feq(x,%i2f 1) Time: 0.00 SEC. compiling exported hash : % -> SingleInteger DFLOAT;hash;$Si;64 is replaced by %hash Time: 0.02 SEC. compiling exported recip : % -> Union(%,failed) DFLOAT;recip;$U;65 x is replaced by %when( %pair(1,"failed"),%otherwise %pair(0,%fdiv(%i2f 1,x))) Time: 0.00 SEC. compiling exported differentiate : % -> % DFLOAT;differentiate;2$;66 x is replaced by %i2f 0 Time: 0.00 SEC. compiling exported Gamma : % -> % Time: 0.01 SEC. compiling exported Beta : (%,%) -> % Time: 0.03 SEC. compiling exported wholePart : % -> Integer DFLOAT;wholePart;$I;69 is replaced by %ftrunc Time: 0.00 SEC. compiling exported float : (Integer,Integer,PositiveInteger) -> % Time: 0.01 SEC. compiling exported convert : % -> DoubleFloat DFLOAT;convert;$Df;71 x is replaced by x Time: 0.00 SEC. compiling exported convert : % -> Float Time: 0.01 SEC. compiling exported rationalApproximation : (%,NonNegativeInteger) -> Fraction Integer Time: 0.01 SEC. compiling exported atan : (%,%) -> % Time: 0.03 SEC. compiling exported retract : % -> Fraction Integer Time: 0.01 SEC. compiling exported retractIfCan : % -> Union(Fraction Integer,failed) Time: 0.01 SEC. compiling exported retract : % -> Integer Time: 0.01 SEC. compiling exported retractIfCan : % -> Union(Integer,failed) Time: 0.01 SEC. compiling exported sign : % -> Integer DFLOAT;sign;$I;79 x is replaced by %lthird %fdecode x Time: 0.00 SEC. compiling exported abs : % -> % DFLOAT;abs;2$;80 is replaced by %fabs Time: 0 SEC. compiling exported positive? : % -> Boolean DFLOAT;positive?;$B;81 x is replaced by %ilt(0,%lthird %fdecode x) Time: 0.01 SEC. compiling local manexp : % -> Record(MANTISSA: Integer,EXPONENT: Integer) Time: 0.02 SEC. compiling exported rationalApproximation : (%,NonNegativeInteger,NonNegativeInteger) -> Fraction Integer Time: 0.31 SEC. compiling exported ** : (%,Fraction Integer) -> % Time: 0.25 SEC. compiling exported nan? : % -> Boolean DFLOAT;nan?;$B;85 is replaced by %fNaN? Time: 0 SEC. compiling exported opposite? : (%,%) -> Boolean DFLOAT;opposite?;2$B;86(x,y) is replaced by %feq(x,%fneg y) Time: 0.00 SEC. compiling exported annihilate? : (%,%) -> Boolean DFLOAT;annihilate?;2$B;87(x,y) is replaced by %or(%feq(x,%i2f 0),%feq(y,%i2f 0)) Time: 0.01 SEC. Predicate: (|has| $ (ATTRIBUTE |arbitraryPrecision|)) replaced by: NIL Predicate: (|has| $ (ATTRIBUTE |arbitraryExponent|)) replaced by: NIL Predicate: (|has| $ (ATTRIBUTE |arbitraryPrecision|)) replaced by: NIL (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] convert: pretend DoubleFloat -- should replace by @ [2] Gamma: pretend DoubleFloat -- should replace by @ [3] Gamma: pretend $ -- should replace by @ [4] Beta: pretend DoubleFloat -- should replace by @ [5] Beta: pretend $ -- should replace by @ Cumulative Statistics for Constructor DoubleFloat Time: 1.05 seconds finalizing NRLIB DFLOAT Processing DoubleFloat for Browser database: -- ?/? : (%,Integer) -> % -- ?**? : (%,%) -> % -- exp1 : () -> % -- log2 : % -> % -- log10 : % -> % -- atan : (%,%) -> % -- Gamma : % -> % -- Beta : (%,%) -> % -- rationalApproximation : (%,NonNegativeInteger) -> Fraction Integer -- rationalApproximation : (%,NonNegativeInteger,NonNegativeInteger) -> Fraction Integer -- nan? : % -> Boolean -- constructor ; compiling file "/tmp/oa-iWlgRa/code.lsp" (written 01 FEB 2016 10:54:38 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;base;Pi;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;exponent;$I;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;precision;Pi;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;max;$;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;min;$;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;order;$I;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;Zero;$;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;One;$;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;pi;$;12|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;<;2$B;15|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;>;2$B;16|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;<=;2$B;17|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;>=;2$B;18|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;-;2$;19|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;+;3$;20|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;-;3$;21|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;*;3$;22|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;*;I2$;23|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;max;3$;24|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;min;3$;25|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;=;2$B;26|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;/;$I$;27|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;sqrt;2$;28|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;log10;2$;29|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;**;$I$;30|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;**;3$;31|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;coerce;I$;32|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;exp;2$;33|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;log;2$;34|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;log2;2$;35|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;sin;2$;36|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;cos;2$;37|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;tan;2$;38|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;cot;2$;39|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;asin;2$;42|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;acos;2$;43|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;atan;2$;44|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;acot;2$;46|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;sinh;2$;48|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;cosh;2$;49|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;tanh;2$;50|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;asinh;2$;54|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;acosh;2$;55|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;atanh;2$;56|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;/;3$;60|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;zero?;$B;62|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;one?;$B;63|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;hash;$Si;64|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;recip;$U;65|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;differentiate;2$;66|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;wholePart;$I;69|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;convert;$Df;71|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;sign;$I;79|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;abs;2$;80|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;positive?;$B;81|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;nan?;$B;85|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;opposite?;2$B;86|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;annihilate?;2$B;87|) ...) ; compiling (PUT (QUOTE |DFLOAT;exp1;$;11|) ...) ; compiling (PUT (QUOTE |DFLOAT;sec;2$;40|) ...) ; compiling (PUT (QUOTE |DFLOAT;csc;2$;41|) ...) ; compiling (PUT (QUOTE |DFLOAT;acsc;2$;45|) ...) ; compiling (PUT (QUOTE |DFLOAT;asec;2$;47|) ...) ; compiling (PUT (QUOTE |DFLOAT;csch;2$;51|) ...) ; compiling (PUT (QUOTE |DFLOAT;coth;2$;52|) ...) ; compiling (PUT (QUOTE |DFLOAT;sech;2$;53|) ...) ; compiling (PUT (QUOTE |DFLOAT;acsch;2$;57|) ...) ; compiling (PUT (QUOTE |DFLOAT;acoth;2$;58|) ...) ; compiling (PUT (QUOTE |DFLOAT;asech;2$;59|) ...) ; compiling (PUT (QUOTE |DFLOAT;negative?;$B;61|) ...) ; compiling (DEFUN |DFLOAT;base;Pi;1| ...) ; compiling (DEFUN |DFLOAT;mantissa;$I;2| ...) ; file: /tmp/oa-iWlgRa/code.lsp ; in: DEFUN |DFLOAT;mantissa;$I;2| ; (DEFUN BOOT::|DFLOAT;mantissa;$I;2| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|fp| (MULTIPLE-VALUE-CALL #'LIST #))) ; (* (CAR BOOT::|fp|) (CADDR BOOT::|fp|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;mantissa;$I;2| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|DFLOAT;mantissa;$I;2| ; (LET ((BOOT::|fp| #)) ; (* (CAR BOOT::|fp|) (CADDR BOOT::|fp|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |DFLOAT;exponent;$I;3| ...) ; compiling (DEFUN |DFLOAT;precision;Pi;4| ...) ; compiling (DEFUN |DFLOAT;bits;Pi;5| ...) ; file: /tmp/oa-iWlgRa/code.lsp ; in: DEFUN |DFLOAT;bits;Pi;5| ; (DEFUN BOOT::|DFLOAT;bits;Pi;5| (BOOT::$) ; (COND ((BOOT::SPADCALL 2 2 (BOOT::|shellEntry| BOOT::$ 14)) 53) ; ((BOOT::SPADCALL 2 16 (BOOT::|shellEntry| BOOT::$ 14)) ; (BOOT::SPADCALL 4 53 (BOOT::|shellEntry| BOOT::$ 15))) ; (T ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;bits;Pi;5| ; (BOOT::$) ; (BLOCK BOOT::|DFLOAT;bits;Pi;5| ; (COND ((BOOT::SPADCALL 2 2 #) 53) ; ((BOOT::SPADCALL 2 16 #) (BOOT::SPADCALL 4 53 #)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (INTEGER 1) &REST T). ; compiling (DEFUN |DFLOAT;max;$;6| ...) ; compiling (DEFUN |DFLOAT;min;$;7| ...) ; compiling (DEFUN |DFLOAT;order;$I;8| ...) ; compiling (DEFUN |DFLOAT;Zero;$;9| ...) ; compiling (DEFUN |DFLOAT;One;$;10| ...) ; compiling (DEFUN |DFLOAT;exp1;$;11| ...) ; compiling (DEFUN |DFLOAT;pi;$;12| ...) ; compiling (DEFUN |DFLOAT;coerce;$Of;13| ...) ; compiling (DEFUN |DFLOAT;convert;$If;14| ...) ; compiling (DEFUN |DFLOAT;<;2$B;15| ...) ; compiling (DEFUN |DFLOAT;>;2$B;16| ...) ; compiling (DEFUN |DFLOAT;<=;2$B;17| ...) ; compiling (DEFUN |DFLOAT;>=;2$B;18| ...) ; compiling (DEFUN |DFLOAT;-;2$;19| ...) ; compiling (DEFUN |DFLOAT;+;3$;20| ...) ; compiling (DEFUN |DFLOAT;-;3$;21| ...) ; compiling (DEFUN |DFLOAT;*;3$;22| ...) ; compiling (DEFUN |DFLOAT;*;I2$;23| ...) ; compiling (DEFUN |DFLOAT;max;3$;24| ...) ; compiling (DEFUN |DFLOAT;min;3$;25| ...) ; compiling (DEFUN |DFLOAT;=;2$B;26| ...) ; compiling (DEFUN |DFLOAT;/;$I$;27| ...) ; compiling (DEFUN |DFLOAT;sqrt;2$;28| ...) ; file: /tmp/oa-iWlgRa/code.lsp ; in: DEFUN |DFLOAT;sqrt;2$;28| ; (DEFUN BOOT::|DFLOAT;sqrt;2$;28| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::C-TO-R (SQRT BOOT::|x|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;sqrt;2$;28| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFLOAT;sqrt;2$;28| (BOOT::C-TO-R (SQRT BOOT::|x|)))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFLOAT;log10;2$;29| ...) ; file: /tmp/oa-iWlgRa/code.lsp ; in: DEFUN |DFLOAT;log10;2$;29| ; (DEFUN BOOT::|DFLOAT;log10;2$;29| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::C-TO-R (LOG BOOT::|x| 10))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;log10;2$;29| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFLOAT;log10;2$;29| (BOOT::C-TO-R (LOG BOOT::|x| 10)))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFLOAT;**;$I$;30| ...) ; compiling (DEFUN |DFLOAT;**;3$;31| ...) ; file: /tmp/oa-iWlgRa/code.lsp ; in: DEFUN |DFLOAT;**;3$;31| ; (DEFUN BOOT::|DFLOAT;**;3$;31| (BOOT::|x| BOOT::|y| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::C-TO-R (EXPT BOOT::|x| BOOT::|y|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;**;3$;31| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFLOAT;**;3$;31| (BOOT::C-TO-R (EXPT BOOT::|x| BOOT::|y|)))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFLOAT;coerce;I$;32| ...) ; compiling (DEFUN |DFLOAT;exp;2$;33| ...) ; compiling (DEFUN |DFLOAT;log;2$;34| ...) ; file: /tmp/oa-iWlgRa/code.lsp ; in: DEFUN |DFLOAT;log;2$;34| ; (DEFUN BOOT::|DFLOAT;log;2$;34| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::C-TO-R (LOG BOOT::|x|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;log;2$;34| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFLOAT;log;2$;34| (BOOT::C-TO-R (LOG BOOT::|x|)))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFLOAT;log2;2$;35| ...) ; file: /tmp/oa-iWlgRa/code.lsp ; in: DEFUN |DFLOAT;log2;2$;35| ; (DEFUN BOOT::|DFLOAT;log2;2$;35| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::C-TO-R (LOG BOOT::|x| 2))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;log2;2$;35| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFLOAT;log2;2$;35| (BOOT::C-TO-R (LOG BOOT::|x| 2)))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFLOAT;sin;2$;36| ...) ; compiling (DEFUN |DFLOAT;cos;2$;37| ...) ; compiling (DEFUN |DFLOAT;tan;2$;38| ...) ; compiling (DEFUN |DFLOAT;cot;2$;39| ...) ; file: /tmp/oa-iWlgRa/code.lsp ; in: DEFUN |DFLOAT;cot;2$;39| ; (DEFUN BOOT::|DFLOAT;cot;2$;39| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::COT BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;cot;2$;39| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFLOAT;cot;2$;39| (BOOT::COT BOOT::|x|))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFLOAT;sec;2$;40| ...) ; compiling (DEFUN |DFLOAT;csc;2$;41| ...) ; compiling (DEFUN |DFLOAT;asin;2$;42| ...) ; file: /tmp/oa-iWlgRa/code.lsp ; in: DEFUN |DFLOAT;asin;2$;42| ; (DEFUN BOOT::|DFLOAT;asin;2$;42| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::C-TO-R (ASIN BOOT::|x|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;asin;2$;42| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFLOAT;asin;2$;42| (BOOT::C-TO-R (ASIN BOOT::|x|)))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFLOAT;acos;2$;43| ...) ; file: /tmp/oa-iWlgRa/code.lsp ; in: DEFUN |DFLOAT;acos;2$;43| ; (DEFUN BOOT::|DFLOAT;acos;2$;43| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::C-TO-R (ACOS BOOT::|x|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;acos;2$;43| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFLOAT;acos;2$;43| (BOOT::C-TO-R (ACOS BOOT::|x|)))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFLOAT;atan;2$;44| ...) ; compiling (DEFUN |DFLOAT;acsc;2$;45| ...) ; file: /tmp/oa-iWlgRa/code.lsp ; in: DEFUN |DFLOAT;acsc;2$;45| ; (DEFUN BOOT::|DFLOAT;acsc;2$;45| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::C-TO-R (ASIN (/ 1.0d0 BOOT::|x|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;acsc;2$;45| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFLOAT;acsc;2$;45| ; (BOOT::C-TO-R (ASIN (/ 1.0d0 BOOT::|x|))))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFLOAT;acot;2$;46| ...) ; file: /tmp/oa-iWlgRa/code.lsp ; in: DEFUN |DFLOAT;acot;2$;46| ; (DEFUN BOOT::|DFLOAT;acot;2$;46| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::ACOT BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;acot;2$;46| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFLOAT;acot;2$;46| (BOOT::ACOT BOOT::|x|))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFLOAT;asec;2$;47| ...) ; file: /tmp/oa-iWlgRa/code.lsp ; in: DEFUN |DFLOAT;asec;2$;47| ; (DEFUN BOOT::|DFLOAT;asec;2$;47| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::C-TO-R (ACOS (/ 1.0d0 BOOT::|x|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;asec;2$;47| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFLOAT;asec;2$;47| ; (BOOT::C-TO-R (ACOS (/ 1.0d0 BOOT::|x|))))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFLOAT;sinh;2$;48| ...) ; compiling (DEFUN |DFLOAT;cosh;2$;49| ...) ; compiling (DEFUN |DFLOAT;tanh;2$;50| ...) ; compiling (DEFUN |DFLOAT;csch;2$;51| ...) ; compiling (DEFUN |DFLOAT;coth;2$;52| ...) ; compiling (DEFUN |DFLOAT;sech;2$;53| ...) ; compiling (DEFUN |DFLOAT;asinh;2$;54| ...) ; compiling (DEFUN |DFLOAT;acosh;2$;55| ...) ; file: /tmp/oa-iWlgRa/code.lsp ; in: DEFUN |DFLOAT;acosh;2$;55| ; (DEFUN BOOT::|DFLOAT;acosh;2$;55| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::C-TO-R (ACOSH BOOT::|x|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;acosh;2$;55| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFLOAT;acosh;2$;55| (BOOT::C-TO-R (ACOSH BOOT::|x|)))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFLOAT;atanh;2$;56| ...) ; file: /tmp/oa-iWlgRa/code.lsp ; in: DEFUN |DFLOAT;atanh;2$;56| ; (DEFUN BOOT::|DFLOAT;atanh;2$;56| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::C-TO-R (ATANH BOOT::|x|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;atanh;2$;56| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFLOAT;atanh;2$;56| (BOOT::C-TO-R (ATANH BOOT::|x|)))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFLOAT;acsch;2$;57| ...) ; compiling (DEFUN |DFLOAT;acoth;2$;58| ...) ; file: /tmp/oa-iWlgRa/code.lsp ; in: DEFUN |DFLOAT;acoth;2$;58| ; (DEFUN BOOT::|DFLOAT;acoth;2$;58| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::C-TO-R (ATANH (/ 1.0d0 BOOT::|x|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;acoth;2$;58| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFLOAT;acoth;2$;58| ; (BOOT::C-TO-R (ATANH (/ 1.0d0 BOOT::|x|))))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFLOAT;asech;2$;59| ...) ; file: /tmp/oa-iWlgRa/code.lsp ; in: DEFUN |DFLOAT;asech;2$;59| ; (DEFUN BOOT::|DFLOAT;asech;2$;59| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::C-TO-R (ACOSH (/ 1.0d0 BOOT::|x|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;asech;2$;59| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFLOAT;asech;2$;59| ; (BOOT::C-TO-R (ACOSH (/ 1.0d0 BOOT::|x|))))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFLOAT;/;3$;60| ...) ; compiling (DEFUN |DFLOAT;negative?;$B;61| ...) ; compiling (DEFUN |DFLOAT;zero?;$B;62| ...) ; compiling (DEFUN |DFLOAT;one?;$B;63| ...) ; compiling (DEFUN |DFLOAT;hash;$Si;64| ...) ; compiling (DEFUN |DFLOAT;recip;$U;65| ...) ; compiling (DEFUN |DFLOAT;differentiate;2$;66| ...) ; file: /tmp/oa-iWlgRa/code.lsp ; in: DEFUN |DFLOAT;differentiate;2$;66| ; (DEFUN BOOT::|DFLOAT;differentiate;2$;66| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; 0.0d0) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;differentiate;2$;66| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFLOAT;differentiate;2$;66| 0.0d0)) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |DFLOAT;Gamma;2$;67| ...) ; file: /tmp/oa-iWlgRa/code.lsp ; in: DEFUN |DFLOAT;Gamma;2$;67| ; (DEFUN BOOT::|DFLOAT;Gamma;2$;67| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 94))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;Gamma;2$;67| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|DFLOAT;Gamma;2$;67| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 94)))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFLOAT;Beta;3$;68| ...) ; file: /tmp/oa-iWlgRa/code.lsp ; in: DEFUN |DFLOAT;Beta;3$;68| ; (DEFUN BOOT::|DFLOAT;Beta;3$;68| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 96))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;Beta;3$;68| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|DFLOAT;Beta;3$;68| ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 96)))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFLOAT;wholePart;$I;69| ...) ; compiling (DEFUN |DFLOAT;float;2IPi$;70| ...) ; file: /tmp/oa-iWlgRa/code.lsp ; in: DEFUN |DFLOAT;float;2IPi$;70| ; (DEFUN BOOT::|DFLOAT;float;2IPi$;70| ; (BOOT::|ma| BOOT::|ex| BOOT::|b| BOOT::$) ; (* BOOT::|ma| ; (EXPT (FLOAT BOOT::|b| BOOT::|$DoubleFloatMaximum|) BOOT::|ex|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;float;2IPi$;70| ; (BOOT::|ma| BOOT::|ex| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|DFLOAT;float;2IPi$;70| ; (* BOOT::|ma| ; (EXPT (FLOAT BOOT::|b| BOOT::|$DoubleFloatMaximum|) BOOT::|ex|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |DFLOAT;convert;$Df;71| ...) ; compiling (DEFUN |DFLOAT;convert;$F;72| ...) ; compiling (DEFUN |DFLOAT;rationalApproximation;$NniF;73| ...) ; compiling (DEFUN |DFLOAT;atan;3$;74| ...) ; file: /tmp/oa-iWlgRa/code.lsp ; in: DEFUN |DFLOAT;atan;3$;74| ; (DEFUN BOOT::|DFLOAT;atan;3$;74| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ((ZEROP BOOT::|x|) (COND (# #) (# #) (T 0.0d0))) ; (T ; (LET (#) ; (PROGN # # BOOT::|theta|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;atan;3$;74| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|DFLOAT;atan;3$;74| ; (COND ((ZEROP BOOT::|x|) (COND # # #)) ; (T ; (LET # ; #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |DFLOAT;retract;$F;75| ...) ; compiling (DEFUN |DFLOAT;retractIfCan;$U;76| ...) ; compiling (DEFUN |DFLOAT;retract;$I;77| ...) ; file: /tmp/oa-iWlgRa/code.lsp ; in: DEFUN |DFLOAT;retract;$I;77| ; (DEFUN BOOT::|DFLOAT;retract;$I;77| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|n|) (RETURN (COND (# BOOT::|n|) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;retract;$I;77| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|DFLOAT;retract;$I;77| ; (PROG (BOOT::|n|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |DFLOAT;retractIfCan;$U;78| ...) ; file: /tmp/oa-iWlgRa/code.lsp ; in: DEFUN |DFLOAT;retractIfCan;$U;78| ; (DEFUN BOOT::|DFLOAT;retractIfCan;$U;78| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|n|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;retractIfCan;$U;78| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|DFLOAT;retractIfCan;$U;78| ; (PROG (BOOT::|n|) (RETURN (COND # #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |DFLOAT;sign;$I;79| ...) ; compiling (DEFUN |DFLOAT;abs;2$;80| ...) ; compiling (DEFUN |DFLOAT;positive?;$B;81| ...) ; compiling (DEFUN |DFLOAT;manexp| ...) ; file: /tmp/oa-iWlgRa/code.lsp ; in: DEFUN |DFLOAT;manexp| ; (DEFUN BOOT::|DFLOAT;manexp| (BOOT::|x| BOOT::$) ; (LET* ((BOOT::|fp| (MULTIPLE-VALUE-CALL #'LIST #)) ; (BOOT::|m| (CAR BOOT::|fp|))) ; (COND ((ZEROP BOOT::|m|) (CONS BOOT::|m| 0)) (T (CONS # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;manexp| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|DFLOAT;manexp| ; (LET* ((BOOT::|fp| #) (BOOT::|m| #)) ; (COND (# #) (T #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |DFLOAT;rationalApproximation;$2NniF;83| ...) ; compiling (DEFUN |DFLOAT;**;$F$;84| ...) ; file: /tmp/oa-iWlgRa/code.lsp ; in: DEFUN |DFLOAT;**;$F$;84| ; (DEFUN BOOT::|DFLOAT;**;$F$;84| (BOOT::|x| BOOT::|r| BOOT::$) ; (COND ((ZEROP BOOT::|x|) (COND (# #) (# #) (T 0.0d0))) ; ((OR (BOOT::SPADCALL BOOT::|r| #) (= BOOT::|x| 1.0d0)) 1.0d0) ; ((BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 135)) ; BOOT::|x|) ; (T ; (LET (# #) ; (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;**;$F$;84| ; (BOOT::|x| BOOT::|r| BOOT::$) ; (BLOCK BOOT::|DFLOAT;**;$F$;84| ; (COND ((ZEROP BOOT::|x|) (COND # # #)) ((OR # #) 1.0d0) ; ((BOOT::SPADCALL BOOT::|r| #) BOOT::|x|) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFLOAT;nan?;$B;85| ...) ; compiling (DEFUN |DFLOAT;opposite?;2$B;86| ...) ; compiling (DEFUN |DFLOAT;annihilate?;2$B;87| ...) ; compiling (DEFUN |DoubleFloat| ...) ; compiling (DEFUN |DoubleFloat;| ...) ; compiling (MAKEPROP (QUOTE |DoubleFloat|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 7 STYLE-WARNING conditions ; printed 20 notes ; /tmp/oa-iWlgRa/code.fasl written ; compilation finished in 0:00:00.241 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/KVTFROM.fasl --optimize=3 KVTFROM.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/KVTFROM.spad using Spad compiler. KVTFROM abbreviates category ConvertibleFrom debug: compDefine1 lhs: (ConvertibleFrom S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (ConvertibleFrom S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for ConvertibleFrom compiling into /tmp/oa-nsB3CK STYLE-WARNING: redefining BOOT::|ConvertibleFrom| in DEFUN Time: 0.01 SEC. finalizing NRLIB KVTFROM Processing ConvertibleFrom for Browser database: -- convert : S -> % -- constructor ; compiling file "/tmp/oa-nsB3CK/code.lsp" (written 01 FEB 2016 10:54:38 PM): ; compiling (DEFPARAMETER |ConvertibleFrom;AL| ...) ; compiling (DEFUN |ConvertibleFrom;| ...) ; compiling (DEFUN |ConvertibleFrom| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-nsB3CK/code.fasl written ; compilation finished in 0:00:00.006 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/REF.fasl --bootstrap REF.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/REF.spad using Spad compiler. REF abbreviates domain Reference ------------------------------------------------------------------------ initializing stationary directory for Reference compiling into /tmp/oa-WZWGUQ Time: 0.00 SEC. Cumulative Statistics for Constructor Reference Time: 0.00 seconds finalizing NRLIB REF ; compiling file "/tmp/oa-WZWGUQ/code.lsp" (written 01 FEB 2016 10:54:38 PM): ; compiling (DEFUN |Reference| ...) ; compiling (DEFUN |Reference;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-WZWGUQ/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/ALAGG.fasl --bootstrap ALAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ALAGG.spad using Spad compiler. ALAGG abbreviates category AssociationListAggregate ------------------------------------------------------------------------ initializing stationary directory for AssociationListAggregate compiling into /tmp/oa-YliXaV STYLE-WARNING: redefining BOOT::|AssociationListAggregate| in DEFUN Time: 0.01 SEC. finalizing NRLIB ALAGG ; compiling file "/tmp/oa-YliXaV/code.lsp" (written 01 FEB 2016 10:54:38 PM): ; compiling (DEFPARAMETER |AssociationListAggregate;AL| ...) ; compiling (DEFUN |AssociationListAggregate;| ...) ; compiling (DEFUN |AssociationListAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-YliXaV/code.fasl written ; compilation finished in 0:00:00.022 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/ALIST.fasl --bootstrap ALIST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ALIST.spad using Spad compiler. ALIST abbreviates domain AssociationList ------------------------------------------------------------------------ initializing stationary directory for AssociationList compiling into /tmp/oa-hMHsib Time: 0.04 SEC. Cumulative Statistics for Constructor AssociationList Time: 0.04 seconds finalizing NRLIB ALIST ; compiling file "/tmp/oa-hMHsib/code.lsp" (written 01 FEB 2016 10:54:38 PM): ; compiling (DEFUN |AssociationList| ...) ; compiling (DEFUN |AssociationList;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-hMHsib/code.fasl written ; compilation finished in 0:00:00.018 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/PMSYM.fasl --bootstrap PMSYM.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PMSYM.spad using Spad compiler. PMSYM abbreviates package PatternMatchSymbol ------------------------------------------------------------------------ initializing stationary directory for PatternMatchSymbol compiling into /tmp/oa-VQNJcd Time: 0.00 SEC. Cumulative Statistics for Constructor PatternMatchSymbol Time: 0.00 seconds finalizing NRLIB PMSYM ; compiling file "/tmp/oa-VQNJcd/code.lsp" (written 01 FEB 2016 10:54:39 PM): ; compiling (DEFUN |PatternMatchSymbol| ...) ; compiling (DEFUN |PatternMatchSymbol;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-VQNJcd/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/SYMBOL.fasl --optimize=3 SYMBOL.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SYMBOL.spad using Spad compiler. SYMBOL abbreviates domain Symbol debug: compDefine1 lhs: (Symbol) signature (pre-evaluate): ((Join (OrderedSet) (ConvertibleTo (InputForm)) (ConvertibleTo (Symbol)) (CoercibleFrom (String)) (RetractableTo (Identifier)) (ConvertibleTo (Pattern (Integer))) (ConvertibleTo (Pattern (Float))) (PatternMatchable (Integer)) (PatternMatchable (Float)) (CATEGORY domain (SIGNATURE new ($)) (SIGNATURE new ($ $)) (SIGNATURE resetNew ((Void))) (SIGNATURE name ($ $)) (SIGNATURE scripted? ((Boolean) $)) (SIGNATURE scripts ((Record (: sub (List (OutputForm))) (: sup (List (OutputForm))) (: presup (List (OutputForm))) (: presub (List (OutputForm))) (: args (List (OutputForm)))) $)) (SIGNATURE script ($ $ (List (List (OutputForm))))) (SIGNATURE script ($ $ (Record (: sub (List (OutputForm))) (: sup (List (OutputForm))) (: presup (List (OutputForm))) (: presub (List (OutputForm))) (: args (List (OutputForm)))))) (SIGNATURE subscript ($ $ (List (OutputForm)))) (SIGNATURE superscript ($ $ (List (OutputForm)))) (SIGNATURE argscript ($ $ (List (OutputForm)))) (SIGNATURE elt ($ $ (List (OutputForm)))) (SIGNATURE string ((String) $)) (SIGNATURE list ((List $) $)) (SIGNATURE sample ($) constant)))) debug: evaluateType form: (Join (OrderedSet) (ConvertibleTo (InputForm)) (ConvertibleTo (Symbol)) (CoercibleFrom (String)) (RetractableTo (Identifier)) (ConvertibleTo (Pattern (Integer))) (ConvertibleTo (Pattern (Float))) (PatternMatchable (Integer)) (PatternMatchable (Float)) (CATEGORY domain (SIGNATURE new ($)) (SIGNATURE new ($ $)) (SIGNATURE resetNew ((Void))) (SIGNATURE name ($ $)) (SIGNATURE scripted? ((Boolean) $)) (SIGNATURE scripts ((Record (: sub (List (OutputForm))) (: sup (List (OutputForm))) (: presup (List (OutputForm))) (: presub (List (OutputForm))) (: args (List (OutputForm)))) $)) (SIGNATURE script ($ $ (List (List (OutputForm))))) (SIGNATURE script ($ $ (Record (: sub (List (OutputForm))) (: sup (List (OutputForm))) (: presup (List (OutputForm))) (: presub (List (OutputForm))) (: args (List (OutputForm)))))) (SIGNATURE subscript ($ $ (List (OutputForm)))) (SIGNATURE superscript ($ $ (List (OutputForm)))) (SIGNATURE argscript ($ $ (List (OutputForm)))) (SIGNATURE elt ($ $ (List (OutputForm)))) (SIGNATURE string ((String) $)) (SIGNATURE list ((List $) $)) (SIGNATURE sample ($) constant))) $param: NIL debug: evaluateType form: (OrderedSet) $param: NIL Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (ConvertibleTo (InputForm)) $param: NIL Debug: evaluateType1 form: (ConvertibleTo (InputForm)) debug: evaluateType1 x: (InputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (InputForm) $param: NIL Debug: evaluateType1 form: (InputForm) debug: evalCategory d: (InputForm) c: (Type) debug: evaluateType form: (ConvertibleTo (Symbol)) $param: NIL Debug: evaluateType1 form: (ConvertibleTo (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (CoercibleFrom (String)) $param: NIL Debug: evaluateType1 form: (CoercibleFrom (String)) debug: evaluateType1 x: (String) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evalCategory d: (String) c: (Type) debug: evaluateType form: (RetractableTo (Identifier)) $param: NIL Debug: evaluateType1 form: (RetractableTo (Identifier)) debug: evaluateType1 x: (Identifier) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evalCategory d: (Identifier) c: (Type) debug: evaluateType form: (ConvertibleTo (Pattern (Integer))) $param: NIL Debug: evaluateType1 form: (ConvertibleTo (Pattern (Integer))) debug: evaluateType1 x: (Pattern (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Pattern (Integer)) $param: NIL Debug: evaluateType1 form: (Pattern (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evalCategory d: (Pattern (Integer)) c: (Type) debug: evaluateType form: (ConvertibleTo (Pattern (Float))) $param: NIL Debug: evaluateType1 form: (ConvertibleTo (Pattern (Float))) debug: evaluateType1 x: (Pattern (Float)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Pattern (Float)) $param: NIL Debug: evaluateType1 form: (Pattern (Float)) debug: evaluateType1 x: (Float) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (SetCategory) debug: evalCategory d: (Pattern (Float)) c: (Type) debug: evaluateType form: (PatternMatchable (Integer)) $param: NIL Debug: evaluateType1 form: (PatternMatchable (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (PatternMatchable (Float)) $param: NIL Debug: evaluateType1 form: (PatternMatchable (Float)) debug: evaluateType1 x: (Float) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE new ($)) (SIGNATURE new ($ $)) (SIGNATURE resetNew ((Void))) (SIGNATURE name ($ $)) (SIGNATURE scripted? ((Boolean) $)) (SIGNATURE scripts ((Record (: sub (List (OutputForm))) (: sup (List (OutputForm))) (: presup (List (OutputForm))) (: presub (List (OutputForm))) (: args (List (OutputForm)))) $)) (SIGNATURE script ($ $ (List (List (OutputForm))))) (SIGNATURE script ($ $ (Record (: sub (List (OutputForm))) (: sup (List (OutputForm))) (: presup (List (OutputForm))) (: presub (List (OutputForm))) (: args (List (OutputForm)))))) (SIGNATURE subscript ($ $ (List (OutputForm)))) (SIGNATURE superscript ($ $ (List (OutputForm)))) (SIGNATURE argscript ($ $ (List (OutputForm)))) (SIGNATURE elt ($ $ (List (OutputForm)))) (SIGNATURE string ((String) $)) (SIGNATURE list ((List $) $)) (SIGNATURE sample ($) constant)) $param: NIL debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Record (: sub (List (OutputForm))) (: sup (List (OutputForm))) (: presup (List (OutputForm))) (: presub (List (OutputForm))) (: args (List (OutputForm)))) $param: NIL debug: evaluateType form: (List (OutputForm)) $param: NIL Debug: evaluateType1 form: (List (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (List (OutputForm)) $param: NIL Debug: evaluateType1 form: (List (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (List (OutputForm)) $param: NIL Debug: evaluateType1 form: (List (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (List (OutputForm)) $param: NIL Debug: evaluateType1 form: (List (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (List (OutputForm)) $param: NIL Debug: evaluateType1 form: (List (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (List (List (OutputForm))) $param: NIL Debug: evaluateType1 form: (List (List (OutputForm))) debug: evaluateType1 x: (List (OutputForm)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (OutputForm)) $param: NIL Debug: evaluateType1 form: (List (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evalCategory d: (List (OutputForm)) c: (Type) debug: evaluateType form: (Record (: sub (List (OutputForm))) (: sup (List (OutputForm))) (: presup (List (OutputForm))) (: presub (List (OutputForm))) (: args (List (OutputForm)))) $param: NIL debug: evaluateType form: (List (OutputForm)) $param: NIL Debug: evaluateType1 form: (List (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (List (OutputForm)) $param: NIL Debug: evaluateType1 form: (List (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (List (OutputForm)) $param: NIL Debug: evaluateType1 form: (List (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (List (OutputForm)) $param: NIL Debug: evaluateType1 form: (List (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (List (OutputForm)) $param: NIL Debug: evaluateType1 form: (List (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (List (OutputForm)) $param: NIL Debug: evaluateType1 form: (List (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (List (OutputForm)) $param: NIL Debug: evaluateType1 form: (List (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (List (OutputForm)) $param: NIL Debug: evaluateType1 form: (List (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (List (OutputForm)) $param: NIL Debug: evaluateType1 form: (List (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: compDefine1 signature (post evaluate): ((Join (OrderedSet) (ConvertibleTo (InputForm)) (ConvertibleTo (Symbol)) (CoercibleFrom (String)) (RetractableTo (Identifier)) (ConvertibleTo (Pattern (Integer))) (ConvertibleTo (Pattern (Float))) (PatternMatchable (Integer)) (PatternMatchable (Float)) (CATEGORY domain (SIGNATURE new ($)) (SIGNATURE new ($ $)) (SIGNATURE resetNew ((Void))) (SIGNATURE name ($ $)) (SIGNATURE scripted? ((Boolean) $)) (SIGNATURE scripts ((Record (: sub (List (OutputForm))) (: sup (List (OutputForm))) (: presup (List (OutputForm))) (: presub (List (OutputForm))) (: args (List (OutputForm)))) $)) (SIGNATURE script ($ $ (List (List (OutputForm))))) (SIGNATURE script ($ $ (Record (: sub (List (OutputForm))) (: sup (List (OutputForm))) (: presup (List (OutputForm))) (: presub (List (OutputForm))) (: args (List (OutputForm)))))) (SIGNATURE subscript ($ $ (List (OutputForm)))) (SIGNATURE superscript ($ $ (List (OutputForm)))) (SIGNATURE argscript ($ $ (List (OutputForm)))) (SIGNATURE elt ($ $ (List (OutputForm)))) (SIGNATURE string ((String) $)) (SIGNATURE list ((List $) $)) (SIGNATURE sample ($) constant)))) ------------------------------------------------------------------------ initializing stationary directory for Symbol compiling into /tmp/oa-W8lwVm compiling exported convert : % -> InputForm Time: 0.10 SEC. compiling exported convert : % -> Symbol SYMBOL;convert;$S;2 s is replaced by s Time: 0 SEC. compiling exported coerce : String -> % Time: 0.00 SEC. compiling exported = : (%,%) -> Boolean SYMBOL;=;2$B;4 is replaced by %equal Time: 0 SEC. compiling exported < : (%,%) -> Boolean SYMBOL;<;2$B;5 is replaced by %before? Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Time: 0.02 SEC. compiling exported subscript : (%,List OutputForm) -> % Time: 0.04 SEC. compiling exported elt : (%,List OutputForm) -> % Time: 0.02 SEC. compiling exported superscript : (%,List OutputForm) -> % Time: 0.05 SEC. compiling exported argscript : (%,List OutputForm) -> % Time: 0.04 SEC. compiling exported patternMatch : (%,Pattern Integer,PatternMatchResult(Integer,%)) -> PatternMatchResult(Integer,%) Time: 0.01 SEC. compiling exported patternMatch : (%,Pattern Float,PatternMatchResult(Float,%)) -> PatternMatchResult(Float,%) Time: 0.01 SEC. compiling exported convert : % -> Pattern Float Time: 0.02 SEC. compiling exported convert : % -> Pattern Integer Time: 0.00 SEC. compiling local syprefix : Record(sub: List OutputForm,sup: List OutputForm,presup: List OutputForm,presub: List OutputForm,args: List OutputForm) -> String Time: 0.10 SEC. compiling local syscripts : Record(sub: List OutputForm,sup: List OutputForm,presup: List OutputForm,presub: List OutputForm,args: List OutputForm) -> List OutputForm Time: 0.04 SEC. compiling exported script : (%,List List OutputForm) -> % Time: 0.06 SEC. compiling exported script : (%,Record(sub: List OutputForm,sup: List OutputForm,presup: List OutputForm,presub: List OutputForm,args: List OutputForm)) -> % Time: 0.36 SEC. compiling exported string : % -> String Time: 0.00 SEC. compiling exported latex : % -> String Time: 0.16 SEC. compiling local anyRadix : (Integer,String) -> String Time: 0.04 SEC. compiling exported new : () -> % Time: 0.01 SEC. compiling exported new : % -> % Time: 0.09 SEC. compiling exported resetNew : () -> Void Time: 0.01 SEC. compiling exported scripted? : % -> Boolean SYMBOL;scripted?;$B;25 is replaced by %pair? Time: 0.00 SEC. compiling exported name : % -> % Time: 0.03 SEC. compiling exported scripts : % -> Record(sub: List OutputForm,sup: List OutputForm,presup: List OutputForm,presub: List OutputForm,args: List OutputForm) Time: 0.16 SEC. compiling local istring : Integer -> String Time: 0.01 SEC. compiling exported list : % -> List % Time: 0.02 SEC. compiling exported sample : () -> % Debug compQuote expr: (QUOTE aSymbol) m: $ SYMBOL;sample;$;30 is replaced by aSymbol Time: 0 SEC. compiling exported coerce : Identifier -> % SYMBOL;coerce;I$;31 x is replaced by x Time: 0.00 SEC. compiling exported retractIfCan : % -> Union(Identifier,failed) SYMBOL;retractIfCan;$U;32 x is replaced by %when( %pair(0,x),%otherwise %pair(1,"failed")) Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] ord has no value [2] convert: pretend Symbol -- should replace by @ [3] coerce: pretend Symbol -- should replace by @ [4] patternMatch: pretend Symbol -- should replace by @ [5] patternMatch: pretend PatternMatchResult(Integer,Symbol) -- should replace by @ [6] patternMatch: pretend PatternMatchResult(Float,Symbol) -- should replace by @ [7] latex: pretend String -- should replace by @ [8] latex: s has no value [9] name: SEGMENT has no value [10] coerce: : $ -- replace by pretend [11] retractIfCan: : Identifier -- replace by pretend Cumulative Statistics for Constructor Symbol Time: 1.44 seconds finalizing NRLIB SYMBOL Processing Symbol for Browser database: -- new : () -> % -- new : % -> % -- resetNew : () -> Void -- name : % -> % -- scripted? : % -> Boolean -- scripts : % -> Scripts -- script : (%,List L) -> % -- script : (%,Scripts) -> % -- subscript : (%,L) -> % -- superscript : (%,L) -> % -- argscript : (%,L) -> % -- elt : (%,L) -> % -- string : % -> String -- list : % -> List % -- sample : () -> % -- constructor ; compiling file "/tmp/oa-W8lwVm/code.lsp" (written 01 FEB 2016 10:54:40 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYMBOL;convert;$S;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYMBOL;=;2$B;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYMBOL;<;2$B;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYMBOL;scripted?;$B;25|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYMBOL;sample;$;30|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYMBOL;coerce;I$;31|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYMBOL;retractIfCan;$U;32|) ...) ; compiling (PUT (QUOTE |SYMBOL;list;$L;29|) ...) ; compiling (DEFUN |SYMBOL;convert;$If;1| ...) ; compiling (DEFUN |SYMBOL;convert;$S;2| ...) ; compiling (DEFUN |SYMBOL;coerce;S$;3| ...) ; file: /tmp/oa-W8lwVm/code.lsp ; in: DEFUN |SYMBOL;coerce;S$;3| ; (DEFUN BOOT::|SYMBOL;coerce;S$;3| (BOOT::|s| BOOT::$) ; (VALUES (INTERN BOOT::|s|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYMBOL;coerce;S$;3| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|SYMBOL;coerce;S$;3| (VALUES (INTERN BOOT::|s|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SYMBOL;=;2$B;4| ...) ; compiling (DEFUN |SYMBOL;<;2$B;5| ...) ; file: /tmp/oa-W8lwVm/code.lsp ; in: DEFUN |SYMBOL;<;2$B;5| ; (DEFUN BOOT::|SYMBOL;<;2$B;5| (BOOT::|x| BOOT::|y| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::GGREATERP BOOT::|y| BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYMBOL;<;2$B;5| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|SYMBOL;<;2$B;5| (BOOT::GGREATERP BOOT::|y| BOOT::|x|))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |SYMBOL;coerce;$Of;6| ...) ; compiling (DEFUN |SYMBOL;subscript;$L$;7| ...) ; compiling (DEFUN |SYMBOL;elt;$L$;8| ...) ; compiling (DEFUN |SYMBOL;superscript;$L$;9| ...) ; compiling (DEFUN |SYMBOL;argscript;$L$;10| ...) ; compiling (DEFUN |SYMBOL;patternMatch;$P2Pmr;11| ...) ; compiling (DEFUN |SYMBOL;patternMatch;$P2Pmr;12| ...) ; compiling (DEFUN |SYMBOL;convert;$P;13| ...) ; compiling (DEFUN |SYMBOL;convert;$P;14| ...) ; compiling (DEFUN |SYMBOL;syprefix| ...) ; file: /tmp/oa-W8lwVm/code.lsp ; in: DEFUN |SYMBOL;syprefix| ; (DEFUN BOOT::|SYMBOL;syprefix| (BOOT::|sc| BOOT::$) ; (LET ((BOOT::|ns| (LIST # # # #))) ; (PROGN ; (LOOP (COND # #)) ; (BOOT::SPADCALL (BOOT::SPADCALL # # #) ; (BOOT::|shellEntry| BOOT::$ 79))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYMBOL;syprefix| ; (BOOT::|sc| BOOT::$) ; (BLOCK BOOT::|SYMBOL;syprefix| ; (LET ((BOOT::|ns| #)) ; (PROGN (LOOP #) (BOOT::SPADCALL # #))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |SYMBOL;syscripts| ...) ; file: /tmp/oa-W8lwVm/code.lsp ; in: DEFUN |SYMBOL;syscripts| ; (DEFUN BOOT::|SYMBOL;syscripts| (BOOT::|sc| BOOT::$) ; (LET ((BOOT::|all| (SVREF BOOT::|sc| 3))) ; (PROGN ; (SETQ BOOT::|all| #) ; (SETQ BOOT::|all| #) ; (SETQ BOOT::|all| #) ; (BOOT::SPADCALL BOOT::|all| (SVREF BOOT::|sc| 4) ; (BOOT::|shellEntry| BOOT::$ 80))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYMBOL;syscripts| ; (BOOT::|sc| BOOT::$) ; (BLOCK BOOT::|SYMBOL;syscripts| ; (LET ((BOOT::|all| #)) ; (PROGN (SETQ #) (SETQ #) (SETQ #) (BOOT::SPADCALL BOOT::|all| # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SYMBOL;script;$L$;17| ...) ; file: /tmp/oa-W8lwVm/code.lsp ; in: DEFUN |SYMBOL;script;$L$;17| ; (DEFUN BOOT::|SYMBOL;script;$L$;17| (BOOT::|sy| BOOT::|ls| BOOT::$) ; (LET ((BOOT::|sc| (VECTOR # # # # #))) ; (BOOT::SEQ (COND (# #)) (COND (# #)) (COND (# #)) (COND (# #)) ; (COND (# #)) ; (BOOT::EXIT ; (BOOT::|SYMBOL;script;$R$;18| BOOT::|sy| BOOT::|sc| ; BOOT::$))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYMBOL;script;$L$;17| ; (BOOT::|sy| BOOT::|ls| BOOT::$) ; (BLOCK BOOT::|SYMBOL;script;$L$;17| ; (LET ((BOOT::|sc| #)) ; (BOOT::SEQ (COND #) (COND #) (COND #) (COND #) (COND #) ; (BOOT::EXIT #))))) ; ; note: Assignment to argument: |ls| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS LIST T)) ; ; compiling (DEFUN |SYMBOL;script;$R$;18| ...) ; compiling (DEFUN |SYMBOL;string;$S;19| ...) ; file: /tmp/oa-W8lwVm/code.lsp ; in: DEFUN |SYMBOL;string;$S;19| ; (DEFUN BOOT::|SYMBOL;string;$S;19| (BOOT::|e| BOOT::$) ; (COND ((NOT (CONSP BOOT::|e|)) (BOOT::PNAME BOOT::|e|)) ; (T (BOOT::|error| "Cannot form string from non-atomic symbols.")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYMBOL;string;$S;19| ; (BOOT::|e| BOOT::$) ; (BLOCK BOOT::|SYMBOL;string;$S;19| ; (COND ((NOT #) (BOOT::PNAME BOOT::|e|)) ; (T ; (BOOT::|error| "Cannot form string from non-atomic symbols."))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SYMBOL;latex;$S;20| ...) ; compiling (DEFUN |SYMBOL;anyRadix| ...) ; file: /tmp/oa-W8lwVm/code.lsp ; in: DEFUN |SYMBOL;anyRadix| ; (DEFUN BOOT::|SYMBOL;anyRadix| (BOOT::|n| BOOT::|s| BOOT::$) ; (PROG (BOOT::|qr|) ; (RETURN ; (LET (#) ; (LOOP #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYMBOL;anyRadix| ; (BOOT::|n| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|SYMBOL;anyRadix| ; (PROG (BOOT::|qr|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |SYMBOL;new;$;22| ...) ; compiling (DEFUN |SYMBOL;new;2$;23| ...) ; compiling (DEFUN |SYMBOL;resetNew;V;24| ...) ; compiling (DEFUN |SYMBOL;scripted?;$B;25| ...) ; compiling (DEFUN |SYMBOL;name;2$;26| ...) ; compiling (DEFUN |SYMBOL;scripts;$R;27| ...) ; compiling (DEFUN |SYMBOL;istring| ...) ; file: /tmp/oa-W8lwVm/code.lsp ; in: DEFUN |SYMBOL;istring| ; (DEFUN BOOT::|SYMBOL;istring| (BOOT::|n| BOOT::$) ; (COND ; ((< 9 BOOT::|n|) ; (BOOT::|error| "Can have at most 9 scripts of each kind")) ; (T ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 18) (+ BOOT::|n| #) ; (BOOT::|shellEntry| BOOT::$ 150))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYMBOL;istring| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|SYMBOL;istring| ; (COND ; ((< 9 BOOT::|n|) ; (BOOT::|error| "Can have at most 9 scripts of each kind")) ; (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |SYMBOL;list;$L;29| ...) ; file: /tmp/oa-W8lwVm/code.lsp ; in: DEFUN |SYMBOL;list;$L;29| ; (DEFUN BOOT::|SYMBOL;list;$L;29| (BOOT::|sy| BOOT::$) ; (COND ; ((NOT (CONSP BOOT::|sy|)) ; (BOOT::|error| ; "Cannot convert a symbol to a list if it is not subscripted")) ; (T BOOT::|sy|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYMBOL;list;$L;29| ; (BOOT::|sy| BOOT::$) ; (BLOCK BOOT::|SYMBOL;list;$L;29| ; (COND ; ((NOT #) ; (BOOT::|error| ; "Cannot convert a symbol to a list if it is not subscripted")) ; (T BOOT::|sy|)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SYMBOL;sample;$;30| ...) ; compiling (DEFUN |SYMBOL;coerce;I$;31| ...) ; compiling (DEFUN |SYMBOL;retractIfCan;$U;32| ...) ; compiling (DEFUN |Symbol| ...) ; compiling (DEFUN |Symbol;| ...) ; compiling (MAKEPROP (QUOTE |Symbol|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; printed 8 notes ; /tmp/oa-W8lwVm/code.fasl written ; compilation finished in 0:00:00.155 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/RCAGG.fasl --optimize=3 RCAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RCAGG.spad using Spad compiler. RCAGG abbreviates category RecursiveAggregate debug: compDefine1 lhs: (RecursiveAggregate S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (RecursiveAggregate S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for RecursiveAggregate compiling into /tmp/oa-XVcmle STYLE-WARNING: redefining BOOT::|RecursiveAggregate| in DEFUN Time: 0.01 SEC. RCAGG- abbreviates package RecursiveAggregate& ------------------------------------------------------------------------ initializing stationary directory for RecursiveAggregate& compiling into /tmp/oa-mcKO0g compiling exported elt : (A,value) -> S Time: 0.01 SEC. compiling exported setelt : (A,value,S) -> S Time: 0 SEC. compiling exported child? : (A,A) -> Boolean Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Warnings: [1] child?: member? has no value Cumulative Statistics for Constructor RecursiveAggregate& Time: 0.01 seconds finalizing NRLIB RCAGG- ; compiling file "/tmp/oa-mcKO0g/code.lsp" (written 01 FEB 2016 10:54:40 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RCAGG-;elt;$valueS;1| ...) ; file: /tmp/oa-mcKO0g/code.lsp ; in: DEFUN |RCAGG-;elt;$valueS;1| ; (DEFUN BOOT::|RCAGG-;elt;$valueS;1| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 8))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RCAGG-;elt;$valueS;1| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|RCAGG-;elt;$valueS;1| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 8)))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |RCAGG-;setelt;$value2S;2| ...) ; file: /tmp/oa-mcKO0g/code.lsp ; in: DEFUN |RCAGG-;setelt;$value2S;2| ; (DEFUN BOOT::|RCAGG-;setelt;$value2S;2| ; (BOOT::|x| BOOT::T1 BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 11))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RCAGG-;setelt;$value2S;2| ; (BOOT::|x| BOOT::T1 BOOT::|y| BOOT::$) ; (BLOCK BOOT::|RCAGG-;setelt;$value2S;2| ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 11)))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |RCAGG-;child?;2$B;3| ...) ; file: /tmp/oa-mcKO0g/code.lsp ; in: DEFUN |RCAGG-;child?;2$B;3| ; (DEFUN BOOT::|RCAGG-;child?;2$B;3| (BOOT::|x| BOOT::|l| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| ; (BOOT::SPADCALL BOOT::|l| (BOOT::|shellEntry| BOOT::$ 14)) ; (BOOT::|shellEntry| BOOT::$ 17))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RCAGG-;child?;2$B;3| ; (BOOT::|x| BOOT::|l| BOOT::$) ; (BLOCK BOOT::|RCAGG-;child?;2$B;3| ; (BOOT::SPADCALL BOOT::|x| ; (BOOT::SPADCALL BOOT::|l| ; (BOOT::|shellEntry| BOOT::$ 14)) ; (BOOT::|shellEntry| BOOT::$ 17)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |RecursiveAggregate&| ...) ; compiling (MAKEPROP (QUOTE |RecursiveAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 1 note ; /tmp/oa-mcKO0g/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ finalizing NRLIB RCAGG Processing RecursiveAggregate for Browser database: -- children : % -> List % -- nodes : % -> List % -- leaf? : % -> Boolean -- value : % -> S -- elt : (%,"value") -> S -- cyclic? : % -> Boolean -- leaves : % -> List S -- distance : (%,%) -> Integer -- child? : (%,%) -> Boolean -- node? : (%,%) -> Boolean -- setchildren! : (%,List %) -> % -- setelt : (%,"value",S) -> S -- setvalue! : (%,S) -> S -- constructor ; compiling file "/tmp/oa-XVcmle/code.lsp" (written 01 FEB 2016 10:54:40 PM): ; compiling (DEFPARAMETER |RecursiveAggregate;AL| ...) ; compiling (DEFUN |RecursiveAggregate;| ...) ; compiling (DEFUN |RecursiveAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-XVcmle/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/URAGG.fasl --optimize=3 URAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/URAGG.spad using Spad compiler. URAGG abbreviates category UnaryRecursiveAggregate debug: compDefine1 lhs: (UnaryRecursiveAggregate S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (UnaryRecursiveAggregate S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for UnaryRecursiveAggregate compiling into /tmp/oa-LerGIl STYLE-WARNING: redefining BOOT::|UnaryRecursiveAggregate| in DEFUN Time: 0.01 SEC. URAGG- abbreviates package UnaryRecursiveAggregate& ------------------------------------------------------------------------ initializing stationary directory for UnaryRecursiveAggregate& compiling into /tmp/oa-jkKMTo compiling exported elt : (A,first) -> S Time: 0.02 SEC. compiling exported elt : (A,last) -> S Time: 0 SEC. compiling exported elt : (A,rest) -> A Time: 0 SEC. compiling exported second : A -> S Time: 0 SEC. compiling exported third : A -> S Time: 0 SEC. compiling exported cyclic? : A -> Boolean Time: 0.00 SEC. compiling exported last : A -> S Time: 0 SEC. compiling exported nodes : A -> List A Time: 0.02 SEC. compiling exported children : A -> List A Time: 0.01 SEC. compiling exported leaf? : A -> Boolean Time: 0 SEC. compiling exported value : A -> S Time: 0.01 SEC. compiling exported # : A -> NonNegativeInteger Time: 0.02 SEC. compiling exported tail : A -> A Time: 0.00 SEC. compiling local findCycle : A -> A Time: 0.00 SEC. compiling exported cycleTail : A -> A Time: 0.01 SEC. compiling exported cycleEntry : A -> A Time: 0.02 SEC. compiling exported cycleLength : A -> NonNegativeInteger Time: 0.01 SEC. compiling exported rest : (A,NonNegativeInteger) -> A Time: 0.01 SEC. compiling exported last : (A,NonNegativeInteger) -> A Time: 0.01 SEC. compiling exported = : (A,A) -> Boolean Time: 0.03 SEC. compiling exported node? : (A,A) -> Boolean Time: 0.01 SEC. compiling exported setelt : (A,first,S) -> S Time: 0.00 SEC. compiling exported setelt : (A,last,S) -> S Time: 0 SEC. compiling exported setelt : (A,rest,A) -> A Time: 0 SEC. compiling exported concat : (A,A) -> A Time: 0.01 SEC. compiling exported setlast! : (A,S) -> S Time: 0.00 SEC. compiling exported setchildren! : (A,List A) -> A Time: 0.01 SEC. compiling exported setvalue! : (A,S) -> S Time: 0 SEC. compiling exported split! : (A,Integer) -> A Time: 0.01 SEC. compiling exported cycleSplit! : A -> A Time: 0.04 SEC. compiling exported map! : (S -> S,A) -> A Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor UnaryRecursiveAggregate& Time: 0.26 seconds finalizing NRLIB URAGG- ; compiling file "/tmp/oa-jkKMTo/code.lsp" (written 01 FEB 2016 10:54:41 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |URAGG-;elt;$firstS;1| ...) ; file: /tmp/oa-jkKMTo/code.lsp ; in: DEFUN |URAGG-;elt;$firstS;1| ; (DEFUN BOOT::|URAGG-;elt;$firstS;1| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 8))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|URAGG-;elt;$firstS;1| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|URAGG-;elt;$firstS;1| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 8)))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |URAGG-;elt;$lastS;2| ...) ; file: /tmp/oa-jkKMTo/code.lsp ; in: DEFUN |URAGG-;elt;$lastS;2| ; (DEFUN BOOT::|URAGG-;elt;$lastS;2| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 11))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|URAGG-;elt;$lastS;2| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|URAGG-;elt;$lastS;2| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 11)))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |URAGG-;elt;$rest$;3| ...) ; file: /tmp/oa-jkKMTo/code.lsp ; in: DEFUN |URAGG-;elt;$rest$;3| ; (DEFUN BOOT::|URAGG-;elt;$rest$;3| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 14))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|URAGG-;elt;$rest$;3| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|URAGG-;elt;$rest$;3| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 14)))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |URAGG-;second;$S;4| ...) ; compiling (DEFUN |URAGG-;third;$S;5| ...) ; compiling (DEFUN |URAGG-;cyclic?;$B;6| ...) ; compiling (DEFUN |URAGG-;last;$S;7| ...) ; compiling (DEFUN |URAGG-;nodes;$L;8| ...) ; file: /tmp/oa-jkKMTo/code.lsp ; in: DEFUN |URAGG-;nodes;$L;8| ; (DEFUN BOOT::|URAGG-;nodes;$L;8| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|l| (BOOT::SPADCALL #))) ; (BOOT::SEQ (LOOP (COND # #)) (BOOT::EXIT (BOOT::SPADCALL BOOT::|l| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|URAGG-;nodes;$L;8| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|URAGG-;nodes;$L;8| ; (LET ((BOOT::|l| #)) ; (BOOT::SEQ (LOOP #) (BOOT::EXIT #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |URAGG-;children;$L;9| ...) ; file: /tmp/oa-jkKMTo/code.lsp ; in: DEFUN |URAGG-;children;$L;9| ; (DEFUN BOOT::|URAGG-;children;$L;9| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|l| (BOOT::SPADCALL #))) ; (COND ((BOOT::SPADCALL BOOT::|x| #) BOOT::|l|) ; (T (BOOT::SPADCALL # BOOT::|l| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|URAGG-;children;$L;9| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|URAGG-;children;$L;9| ; (LET ((BOOT::|l| #)) ; (COND (# BOOT::|l|) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |URAGG-;leaf?;$B;10| ...) ; file: /tmp/oa-jkKMTo/code.lsp ; in: DEFUN |URAGG-;leaf?;$B;10| ; (DEFUN BOOT::|URAGG-;leaf?;$B;10| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 20))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|URAGG-;leaf?;$B;10| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|URAGG-;leaf?;$B;10| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 20)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |URAGG-;value;$S;11| ...) ; compiling (DEFUN |URAGG-;#;$Nni;12| ...) ; compiling (DEFUN |URAGG-;tail;2$;13| ...) ; compiling (DEFUN |URAGG-;findCycle| ...) ; compiling (DEFUN |URAGG-;cycleTail;2$;15| ...) ; compiling (DEFUN |URAGG-;cycleEntry;2$;16| ...) ; compiling (DEFUN |URAGG-;cycleLength;$Nni;17| ...) ; file: /tmp/oa-jkKMTo/code.lsp ; in: DEFUN |URAGG-;cycleLength;$Nni;17| ; (DEFUN BOOT::|URAGG-;cycleLength;$Nni;17| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|k| BOOT::|y|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|URAGG-;cycleLength;$Nni;17| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|URAGG-;cycleLength;$Nni;17| ; (PROG (BOOT::|k| BOOT::|y|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |URAGG-;rest;$Nni$;18| ...) ; compiling (DEFUN |URAGG-;last;$Nni$;19| ...) ; compiling (DEFUN |URAGG-;=;2$B;20| ...) ; file: /tmp/oa-jkKMTo/code.lsp ; in: DEFUN |URAGG-;=;2$B;20| ; (DEFUN BOOT::|URAGG-;=;2$B;20| (BOOT::|x| BOOT::|y| BOOT::$) ; (OR (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 44)) ; (BOOT::SEQ ; (LET (#) ; (LOOP # ; #)) ; (BOOT::EXIT (AND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|URAGG-;=;2$B;20| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|URAGG-;=;2$B;20| ; (OR ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 44)) ; (BOOT::SEQ ; (LET # ; #) ; (BOOT::EXIT #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |URAGG-;node?;2$B;21| ...) ; file: /tmp/oa-jkKMTo/code.lsp ; in: DEFUN |URAGG-;node?;2$B;21| ; (DEFUN BOOT::|URAGG-;node?;2$B;21| (BOOT::|u| BOOT::|v| BOOT::$) ; (PROGN ; (LET ((BOOT::|k| 0)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::SPADCALL BOOT::|u| BOOT::|v| (BOOT::|shellEntry| BOOT::$ 61)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|URAGG-;node?;2$B;21| ; (BOOT::|u| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|URAGG-;node?;2$B;21| ; (PROGN ; (LET (#) ; (LOOP # ; #)) ; (BOOT::SPADCALL BOOT::|u| BOOT::|v| (BOOT::|shellEntry| BOOT::$ 61))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |URAGG-;setelt;$first2S;22| ...) ; file: /tmp/oa-jkKMTo/code.lsp ; in: DEFUN |URAGG-;setelt;$first2S;22| ; (DEFUN BOOT::|URAGG-;setelt;$first2S;22| ; (BOOT::|x| BOOT::T1 BOOT::|a| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|a| (BOOT::|shellEntry| BOOT::$ 63))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|URAGG-;setelt;$first2S;22| ; (BOOT::|x| BOOT::T1 BOOT::|a| BOOT::$) ; (BLOCK BOOT::|URAGG-;setelt;$first2S;22| ; (BOOT::SPADCALL BOOT::|x| BOOT::|a| (BOOT::|shellEntry| BOOT::$ 63)))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |URAGG-;setelt;$last2S;23| ...) ; file: /tmp/oa-jkKMTo/code.lsp ; in: DEFUN |URAGG-;setelt;$last2S;23| ; (DEFUN BOOT::|URAGG-;setelt;$last2S;23| ; (BOOT::|x| BOOT::T1 BOOT::|a| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|a| (BOOT::|shellEntry| BOOT::$ 65))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|URAGG-;setelt;$last2S;23| ; (BOOT::|x| BOOT::T1 BOOT::|a| BOOT::$) ; (BLOCK BOOT::|URAGG-;setelt;$last2S;23| ; (BOOT::SPADCALL BOOT::|x| BOOT::|a| (BOOT::|shellEntry| BOOT::$ 65)))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |URAGG-;setelt;$rest2$;24| ...) ; file: /tmp/oa-jkKMTo/code.lsp ; in: DEFUN |URAGG-;setelt;$rest2$;24| ; (DEFUN BOOT::|URAGG-;setelt;$rest2$;24| ; (BOOT::|x| BOOT::T1 BOOT::|a| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|a| (BOOT::|shellEntry| BOOT::$ 67))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|URAGG-;setelt;$rest2$;24| ; (BOOT::|x| BOOT::T1 BOOT::|a| BOOT::$) ; (BLOCK BOOT::|URAGG-;setelt;$rest2$;24| ; (BOOT::SPADCALL BOOT::|x| BOOT::|a| (BOOT::|shellEntry| BOOT::$ 67)))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |URAGG-;concat;3$;25| ...) ; compiling (DEFUN |URAGG-;setlast!;$2S;26| ...) ; compiling (DEFUN |URAGG-;setchildren!;$L$;27| ...) ; compiling (DEFUN |URAGG-;setvalue!;$2S;28| ...) ; compiling (DEFUN |URAGG-;split!;$I$;29| ...) ; compiling (DEFUN |URAGG-;cycleSplit!;2$;30| ...) ; compiling (DEFUN |URAGG-;map!;M2$;31| ...) ; compiling (DEFUN |UnaryRecursiveAggregate&| ...) ; compiling (MAKEPROP (QUOTE |UnaryRecursiveAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 6 STYLE-WARNING conditions ; printed 6 notes ; /tmp/oa-jkKMTo/code.fasl written ; compilation finished in 0:00:00.086 ------------------------------------------------------------------------ finalizing NRLIB URAGG Processing UnaryRecursiveAggregate for Browser database: -- concat : (%,%) -> % -- concat : (S,%) -> % -- first : % -> S -- elt : (%,"first") -> S -- first : (%,NonNegativeInteger) -> % -- rest : % -> % -- elt : (%,"rest") -> % -- rest : (%,NonNegativeInteger) -> % -- last : % -> S -- elt : (%,"last") -> S -- last : (%,NonNegativeInteger) -> % -- tail : % -> % -- second : % -> S -- third : % -> S -- cycleEntry : % -> % -- cycleLength : % -> NonNegativeInteger -- cycleTail : % -> % -- concat! : (%,%) -> % -- concat! : (%,S) -> % -- cycleSplit! : % -> % -- setfirst! : (%,S) -> S -- setelt : (%,"first",S) -> S -- setrest! : (%,%) -> % -- setelt : (%,"rest",%) -> % -- setlast! : (%,S) -> S -- setelt : (%,"last",S) -> S -- split! : (%,Integer) -> % -- constructor ; compiling file "/tmp/oa-LerGIl/code.lsp" (written 01 FEB 2016 10:54:41 PM): ; compiling (DEFPARAMETER |UnaryRecursiveAggregate;AL| ...) ; compiling (DEFUN |UnaryRecursiveAggregate;| ...) ; compiling (DEFUN |UnaryRecursiveAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-LerGIl/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/STAGG.fasl --optimize=3 STAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/STAGG.spad using Spad compiler. STAGG abbreviates category StreamAggregate debug: compDefine1 lhs: (StreamAggregate S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (StreamAggregate S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for StreamAggregate compiling into /tmp/oa-V66GIV STYLE-WARNING: redefining BOOT::|StreamAggregate| in DEFUN Time: 0.01 SEC. STAGG- abbreviates package StreamAggregate& ------------------------------------------------------------------------ initializing stationary directory for StreamAggregate& compiling into /tmp/oa-gFBNb0 compiling exported explicitlyFinite? : A -> Boolean Time: 0.02 SEC. compiling exported possiblyInfinite? : A -> Boolean Time: 0 SEC. compiling exported first : (A,NonNegativeInteger) -> A Time: 0.06 SEC. compiling local c2 : (A,A) -> S Time: 0.00 SEC. compiling exported elt : (A,Integer) -> S Time: 0.01 SEC. compiling exported elt : (A,UniversalSegment Integer) -> A Time: 0.02 SEC. compiling exported concat : (A,A) -> A Time: 0.01 SEC. compiling exported concat : List A -> A Time: 0.00 SEC. compiling exported fill! : (A,S) -> A Time: 0 SEC. compiling exported setelt : (A,Integer,S) -> S Time: 0.01 SEC. compiling exported setelt : (A,UniversalSegment Integer,S) -> S Time: 0.01 SEC. compiling exported concat! : (A,A) -> A Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] elt: - has no value [2] setelt: negative? has no value [3] setelt: - has no value Cumulative Statistics for Constructor StreamAggregate& Time: 0.15 seconds finalizing NRLIB STAGG- ; compiling file "/tmp/oa-gFBNb0/code.lsp" (written 01 FEB 2016 10:54:41 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |STAGG-;explicitlyFinite?;$B;1| ...) ; compiling (DEFUN |STAGG-;possiblyInfinite?;$B;2| ...) ; file: /tmp/oa-gFBNb0/code.lsp ; in: DEFUN |STAGG-;possiblyInfinite?;$B;2| ; (DEFUN BOOT::|STAGG-;possiblyInfinite?;$B;2| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 9))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STAGG-;possiblyInfinite?;$B;2| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|STAGG-;possiblyInfinite?;$B;2| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 9)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |STAGG-;first;$Nni$;3| ...) ; compiling (DEFUN |STAGG-;c2| ...) ; file: /tmp/oa-gFBNb0/code.lsp ; in: DEFUN |STAGG-;c2| ; (DEFUN BOOT::|STAGG-;c2| (BOOT::|x| BOOT::|r| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 18)) ; (BOOT::|error| "Index out of range")) ; (T (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 19))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STAGG-;c2| ; (BOOT::|x| BOOT::|r| BOOT::$) ; (BLOCK BOOT::|STAGG-;c2| ; (COND ; ((BOOT::SPADCALL BOOT::|x| #) (BOOT::|error| "Index out of range")) ; (T (BOOT::SPADCALL BOOT::|x| #))))) ; ; caught STYLE-WARNING: ; The variable |r| is defined but never used. ; compiling (DEFUN |STAGG-;elt;$IS;5| ...) ; file: /tmp/oa-gFBNb0/code.lsp ; in: DEFUN |STAGG-;elt;$IS;5| ; (DEFUN BOOT::|STAGG-;elt;$IS;5| (BOOT::|x| BOOT::|i| BOOT::$) ; (BOOT::SEQ (SETQ BOOT::|i| (- BOOT::|i| #)) ; (COND ((MINUSP BOOT::|i|) (BOOT::EXIT #))) ; (SETQ BOOT::|x| (BOOT::SPADCALL BOOT::|x| # #)) ; (COND ((BOOT::SPADCALL BOOT::|x| #) (BOOT::EXIT #))) ; (BOOT::EXIT ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 19))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STAGG-;elt;$IS;5| ; (BOOT::|x| BOOT::|i| BOOT::$) ; (BLOCK BOOT::|STAGG-;elt;$IS;5| ; (BOOT::SEQ (SETQ BOOT::|i| #) (COND (# #)) (SETQ BOOT::|x| #) ; (COND (# #)) (BOOT::EXIT (BOOT::SPADCALL BOOT::|x| #))))) ; ; note: Assignment to argument: |i| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |STAGG-;elt;$Us$;6| ...) ; compiling (DEFUN |STAGG-;concat;3$;7| ...) ; compiling (DEFUN |STAGG-;concat;L$;8| ...) ; compiling (DEFUN |STAGG-;fill!;$S$;9| ...) ; compiling (DEFUN |STAGG-;setelt;$I2S;10| ...) ; file: /tmp/oa-gFBNb0/code.lsp ; in: DEFUN |STAGG-;setelt;$I2S;10| ; (DEFUN BOOT::|STAGG-;setelt;$I2S;10| (BOOT::|x| BOOT::|i| BOOT::|s| BOOT::$) ; (BOOT::SEQ (SETQ BOOT::|i| (- BOOT::|i| #)) ; (COND ((MINUSP BOOT::|i|) (BOOT::EXIT #))) ; (SETQ BOOT::|x| (BOOT::SPADCALL BOOT::|x| # #)) ; (COND ((BOOT::SPADCALL BOOT::|x| #) (BOOT::EXIT #))) ; (BOOT::EXIT ; (BOOT::SPADCALL BOOT::|x| BOOT::|s| ; (BOOT::|shellEntry| BOOT::$ 46))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STAGG-;setelt;$I2S;10| ; (BOOT::|x| BOOT::|i| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|STAGG-;setelt;$I2S;10| ; (BOOT::SEQ (SETQ BOOT::|i| #) (COND (# #)) (SETQ BOOT::|x| #) ; (COND (# #)) ; (BOOT::EXIT (BOOT::SPADCALL BOOT::|x| BOOT::|s| #))))) ; ; note: Assignment to argument: |i| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |STAGG-;setelt;$Us2S;11| ...) ; compiling (DEFUN |STAGG-;concat!;3$;12| ...) ; compiling (DEFUN |StreamAggregate&| ...) ; compiling (MAKEPROP (QUOTE |StreamAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 3 notes ; /tmp/oa-gFBNb0/code.fasl written ; compilation finished in 0:00:00.058 ------------------------------------------------------------------------ finalizing NRLIB STAGG Processing StreamAggregate for Browser database: -- explicitlyFinite? : % -> Boolean -- possiblyInfinite? : % -> Boolean -- less? : (%,NonNegativeInteger) -> Boolean -- more? : (%,NonNegativeInteger) -> Boolean -- size? : (%,NonNegativeInteger) -> Boolean -- constructor ; compiling file "/tmp/oa-V66GIV/code.lsp" (written 01 FEB 2016 10:54:41 PM): ; compiling (DEFPARAMETER |StreamAggregate;AL| ...) ; compiling (DEFUN |StreamAggregate;| ...) ; compiling (DEFUN |StreamAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-V66GIV/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/ELAGG.fasl --optimize=3 ELAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ELAGG.spad using Spad compiler. ELAGG abbreviates category ExtensibleLinearAggregate debug: compDefine1 lhs: (ExtensibleLinearAggregate S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (ExtensibleLinearAggregate S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for ExtensibleLinearAggregate compiling into /tmp/oa-WlK13m STYLE-WARNING: redefining BOOT::|ExtensibleLinearAggregate| in DEFUN Time: 0.01 SEC. ELAGG- abbreviates package ExtensibleLinearAggregate& ------------------------------------------------------------------------ initializing stationary directory for ExtensibleLinearAggregate& compiling into /tmp/oa-qrZWms compiling exported delete : (A,Integer) -> A Time: 0.01 SEC. compiling exported delete : (A,UniversalSegment Integer) -> A Time: 0 SEC. compiling exported remove : (S -> Boolean,A) -> A Time: 0.00 SEC. compiling exported insert : (S,A,Integer) -> A Time: 0 SEC. compiling exported insert : (A,A,Integer) -> A Time: 0 SEC. compiling exported select : (S -> Boolean,A) -> A Time: 0.00 SEC. compiling exported concat : (A,A) -> A Time: 0 SEC. compiling exported concat : (A,S) -> A Time: 0.01 SEC. compiling exported concat! : (A,S) -> A Time: 0.00 SEC. compiling exported remove : (S,A) -> A Time: 0.00 SEC. compiling exported remove! : (S,A) -> A Time: 0 SEC. compiling exported removeDuplicates : A -> A Time: 0 SEC. compiling exported merge! : (A,A) -> A Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor ExtensibleLinearAggregate& Time: 0.04 seconds finalizing NRLIB ELAGG- ; compiling file "/tmp/oa-qrZWms/code.lsp" (written 01 FEB 2016 10:54:42 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ELAGG-;delete;$I$;1| ...) ; compiling (DEFUN |ELAGG-;delete;$Us$;2| ...) ; compiling (DEFUN |ELAGG-;remove;M2$;3| ...) ; compiling (DEFUN |ELAGG-;insert;S$I$;4| ...) ; compiling (DEFUN |ELAGG-;insert;2$I$;5| ...) ; compiling (DEFUN |ELAGG-;select;M2$;6| ...) ; compiling (DEFUN |ELAGG-;concat;3$;7| ...) ; compiling (DEFUN |ELAGG-;concat;$S$;8| ...) ; compiling (DEFUN |ELAGG-;concat!;$S$;9| ...) ; compiling (DEFUN |ELAGG-;remove;S2$;10| ...) ; compiling (DEFUN |ELAGG-;remove!;S2$;11| ...) ; compiling (DEFUN |ELAGG-;remove!;S2$;11!0| ...) ; compiling (DEFUN |ELAGG-;removeDuplicates;2$;12| ...) ; compiling (DEFUN |ELAGG-;merge!;3$;13| ...) ; compiling (DEFUN |ExtensibleLinearAggregate&| ...) ; compiling (MAKEPROP (QUOTE |ExtensibleLinearAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-qrZWms/code.fasl written ; compilation finished in 0:00:00.036 ------------------------------------------------------------------------ finalizing NRLIB ELAGG Processing ExtensibleLinearAggregate for Browser database: -- concat! : (%,S) -> % -- concat! : (%,%) -> % -- delete! : (%,Integer) -> % -- delete! : (%,UniversalSegment Integer) -> % -- remove! : ((S -> Boolean),%) -> % -- insert! : (S,%,Integer) -> % -- insert! : (%,%,Integer) -> % -- merge! : (((S,S) -> Boolean),%,%) -> % -- select! : ((S -> Boolean),%) -> % -- remove! : (S,%) -> % -- removeDuplicates! : % -> % -- merge! : (%,%) -> % -- constructor ; compiling file "/tmp/oa-WlK13m/code.lsp" (written 01 FEB 2016 10:54:42 PM): ; compiling (DEFPARAMETER |ExtensibleLinearAggregate;AL| ...) ; compiling (DEFUN |ExtensibleLinearAggregate;| ...) ; compiling (DEFUN |ExtensibleLinearAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-WlK13m/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/LSAGG.fasl --optimize=3 LSAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LSAGG.spad using Spad compiler. LSAGG abbreviates category ListAggregate debug: compDefine1 lhs: (ListAggregate S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (ListAggregate S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for ListAggregate compiling into /tmp/oa-AgmBKt STYLE-WARNING: redefining BOOT::|ListAggregate| in DEFUN Time: 0.01 SEC. LSAGG- abbreviates package ListAggregate& ------------------------------------------------------------------------ initializing stationary directory for ListAggregate& compiling into /tmp/oa-rCXICz compiling exported sort! : ((S,S) -> Boolean,A) -> A Time: 0.03 SEC. compiling exported list : S -> A Time: 0 SEC. compiling exported reduce : ((S,S) -> S,A) -> S Time: 0.01 SEC. compiling exported merge : ((S,S) -> Boolean,A,A) -> A Time: 0 SEC. compiling exported select! : (S -> Boolean,A) -> A Time: 0.00 SEC. compiling exported merge! : ((S,S) -> Boolean,A,A) -> A Time: 0.01 SEC. compiling exported insert! : (S,A,Integer) -> A Time: 0.05 SEC. compiling exported insert! : (A,A,Integer) -> A Time: 0.02 SEC. compiling exported remove! : (S -> Boolean,A) -> A Time: 0.01 SEC. compiling exported delete! : (A,Integer) -> A Time: 0.02 SEC. compiling exported delete! : (A,UniversalSegment Integer) -> A Time: 0.03 SEC. compiling exported find : (S -> Boolean,A) -> Union(S,failed) Time: 0.01 SEC. compiling exported position : (S -> Boolean,A) -> Integer Time: 0.01 SEC. compiling local mergeSort : ((S,S) -> Boolean,A,Integer) -> A Time: 0.01 SEC. compiling exported sorted? : ((S,S) -> Boolean,A) -> Boolean Time: 0.00 SEC. compiling exported reduce : ((S,S) -> S,A,S) -> S Time: 0.00 SEC. compiling exported reduce : ((S,S) -> S,A,S,S) -> S Time: 0.01 SEC. compiling exported new : (NonNegativeInteger,S) -> A Time: 0.01 SEC. compiling exported map : ((S,S) -> S,A,A) -> A Time: 0.02 SEC. compiling exported reverse! : A -> A Time: 0.00 SEC. compiling exported copy : A -> A Time: 0.04 SEC. compiling exported copyInto! : (A,A,Integer) -> A Time: 0.02 SEC. compiling exported position : (S,A,Integer) -> Integer Time: 0.01 SEC. compiling exported removeDuplicates! : A -> A Time: 0.00 SEC. compiling exported < : (A,A) -> Boolean Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor ListAggregate& Time: 0.38 seconds finalizing NRLIB LSAGG- ; compiling file "/tmp/oa-rCXICz/code.lsp" (written 01 FEB 2016 10:54:42 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LSAGG-;sort!;M2$;1| ...) ; compiling (DEFUN |LSAGG-;list;S$;2| ...) ; compiling (DEFUN |LSAGG-;reduce;M$S;3| ...) ; compiling (DEFUN |LSAGG-;merge;M3$;4| ...) ; compiling (DEFUN |LSAGG-;select!;M2$;5| ...) ; compiling (DEFUN |LSAGG-;merge!;M3$;6| ...) ; compiling (DEFUN |LSAGG-;insert!;S$I$;7| ...) ; compiling (DEFUN |LSAGG-;insert!;2$I$;8| ...) ; compiling (DEFUN |LSAGG-;remove!;M2$;9| ...) ; compiling (DEFUN |LSAGG-;delete!;$I$;10| ...) ; compiling (DEFUN |LSAGG-;delete!;$Us$;11| ...) ; compiling (DEFUN |LSAGG-;find;M$U;12| ...) ; compiling (DEFUN |LSAGG-;position;M$I;13| ...) ; compiling (DEFUN |LSAGG-;mergeSort| ...) ; file: /tmp/oa-rCXICz/code.lsp ; in: DEFUN |LSAGG-;mergeSort| ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |LSAGG-;sorted?;M$B;15| ...) ; compiling (DEFUN |LSAGG-;reduce;M$2S;16| ...) ; compiling (DEFUN |LSAGG-;reduce;M$3S;17| ...) ; compiling (DEFUN |LSAGG-;new;NniS$;18| ...) ; compiling (DEFUN |LSAGG-;map;M3$;19| ...) ; compiling (DEFUN |LSAGG-;reverse!;2$;20| ...) ; compiling (DEFUN |LSAGG-;copy;2$;21| ...) ; compiling (DEFUN |LSAGG-;copyInto!;2$I$;22| ...) ; compiling (DEFUN |LSAGG-;position;S$2I;23| ...) ; file: /tmp/oa-rCXICz/code.lsp ; in: DEFUN |LSAGG-;position;S$2I;23| ; (DEFUN BOOT::|LSAGG-;position;S$2I;23| ; (BOOT::|w| BOOT::|x| BOOT::|s| BOOT::$) ; (PROG (BOOT::|k|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LSAGG-;position;S$2I;23| ; (BOOT::|w| BOOT::|x| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|LSAGG-;position;S$2I;23| ; (PROG (BOOT::|k|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |LSAGG-;removeDuplicates!;2$;24| ...) ; compiling (DEFUN |LSAGG-;removeDuplicates!;2$;24!0| ...) ; compiling (DEFUN |LSAGG-;<;2$B;25| ...) ; file: /tmp/oa-rCXICz/code.lsp ; in: DEFUN |LSAGG-;<;2$B;25| ; (DEFUN BOOT::|LSAGG-;<;2$B;25| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SEQ (LOOP (COND (# #) (T #))) ; (BOOT::EXIT (AND (BOOT::SPADCALL BOOT::|x| #) (NOT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LSAGG-;<;2$B;25| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|LSAGG-;<;2$B;25| ; (BOOT::SEQ (LOOP (COND # #)) (BOOT::EXIT (AND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |ListAggregate&| ...) ; compiling (MAKEPROP (QUOTE |ListAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 3 notes ; /tmp/oa-rCXICz/code.fasl written ; compilation finished in 0:00:00.101 ------------------------------------------------------------------------ finalizing NRLIB LSAGG Processing ListAggregate for Browser database: -- list : S -> % -- constructor ; compiling file "/tmp/oa-AgmBKt/code.lsp" (written 01 FEB 2016 10:54:42 PM): ; compiling (DEFPARAMETER |ListAggregate;AL| ...) ; compiling (DEFUN |ListAggregate;| ...) ; compiling (DEFUN |ListAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-AgmBKt/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/LIST.fasl --optimize=3 LIST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LIST.spad using Spad compiler. LIST abbreviates domain List debug: compDefine1 lhs: (List S) signature (pre-evaluate): ((Join (ListAggregate S) (CATEGORY domain (SIGNATURE nil ($) constant) (SIGNATURE null ((Boolean) $)) (SIGNATURE cons ($ S $)) (SIGNATURE append ($ $ $)) (IF (has S (SetCategory)) (PROGN (SIGNATURE setUnion ($ $ $)) (SIGNATURE setIntersection ($ $ $)) (SIGNATURE setDifference ($ $ $))) %noBranch))) (Type)) debug: evaluateType form: (Join (ListAggregate S) (CATEGORY domain (SIGNATURE nil ($) constant) (SIGNATURE null ((Boolean) $)) (SIGNATURE cons ($ S $)) (SIGNATURE append ($ $ $)) (IF (has S (SetCategory)) (PROGN (SIGNATURE setUnion ($ $ $)) (SIGNATURE setIntersection ($ $ $)) (SIGNATURE setDifference ($ $ $))) %noBranch))) $param: (S) debug: evaluateType form: (ListAggregate S) $param: (S) Debug: evaluateType1 form: (ListAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE nil ($) constant) (SIGNATURE null ((Boolean) $)) (SIGNATURE cons ($ S $)) (SIGNATURE append ($ $ $)) (IF (has S (SetCategory)) (PROGN (SIGNATURE setUnion ($ $ $)) (SIGNATURE setIntersection ($ $ $)) (SIGNATURE setDifference ($ $ $))) %noBranch)) $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Join (ListAggregate S) (CATEGORY domain (SIGNATURE nil ($) constant) (SIGNATURE null ((Boolean) $)) (SIGNATURE cons ($ S $)) (SIGNATURE append ($ $ $)) (IF (has S (SetCategory)) (PROGN (SIGNATURE setUnion ($ $ $)) (SIGNATURE setIntersection ($ $ $)) (SIGNATURE setDifference ($ $ $))) %noBranch))) (Type)) debug: compDefine1 lhs: (List S) signature (pre-evaluate): ((Join (ListAggregate S) (CATEGORY domain (SIGNATURE nil ($) constant) (SIGNATURE null ((Boolean) $)) (SIGNATURE cons ($ S $)) (SIGNATURE append ($ $ $)) (IF (has S (SetCategory)) (PROGN (SIGNATURE setUnion ($ $ $)) (SIGNATURE setIntersection ($ $ $)) (SIGNATURE setDifference ($ $ $))) %noBranch))) NIL) debug: evaluateType form: (Join (ListAggregate S) (CATEGORY domain (SIGNATURE nil ($) constant) (SIGNATURE null ((Boolean) $)) (SIGNATURE cons ($ S $)) (SIGNATURE append ($ $ $)) (IF (has S (SetCategory)) (PROGN (SIGNATURE setUnion ($ $ $)) (SIGNATURE setIntersection ($ $ $)) (SIGNATURE setDifference ($ $ $))) %noBranch))) $param: (S) debug: evaluateType form: (ListAggregate S) $param: (S) Debug: evaluateType1 form: (ListAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE nil ($) constant) (SIGNATURE null ((Boolean) $)) (SIGNATURE cons ($ S $)) (SIGNATURE append ($ $ $)) (IF (has S (SetCategory)) (PROGN (SIGNATURE setUnion ($ $ $)) (SIGNATURE setIntersection ($ $ $)) (SIGNATURE setDifference ($ $ $))) %noBranch)) $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S) debug: compDefine1 signature (post evaluate): ((Join (ListAggregate S) (CATEGORY domain (SIGNATURE nil ($) constant) (SIGNATURE null ((Boolean) $)) (SIGNATURE cons ($ S $)) (SIGNATURE append ($ $ $)) (IF (has S (SetCategory)) (PROGN (SIGNATURE setUnion ($ $ $)) (SIGNATURE setIntersection ($ $ $)) (SIGNATURE setDifference ($ $ $))) %noBranch))) NIL) ------------------------------------------------------------------------ initializing stationary directory for List compiling into /tmp/oa-zqwujd compiling exported nil : () -> % LIST;nil;$;1 is replaced by %nil Time: 0.06 SEC. compiling exported null : % -> Boolean LIST;null;$B;2 l is replaced by %peq(l,%nil) Time: 0 SEC. compiling exported cons : (S,%) -> % LIST;cons;S2$;3 is replaced by %pair Time: 0 SEC. compiling exported append : (%,%) -> % LIST;append;3$;4 is replaced by %lconcat Time: 0 SEC. compiling exported # : % -> NonNegativeInteger LIST;#;$Nni;5 is replaced by %llength Time: 0 SEC. compiling exported concat : (S,%) -> % LIST;concat;S2$;6 is replaced by %pair Time: 0 SEC. compiling exported eq? : (%,%) -> Boolean LIST;eq?;2$B;7 is replaced by %peq Time: 0.00 SEC. compiling exported first : % -> S LIST;first;$S;8 is replaced by SPADfirst Time: 0 SEC. compiling exported elt : (%,first) -> S LIST;elt;$firstS;9(x,T1) is replaced by SPADfirst x Time: 0 SEC. compiling exported empty : () -> % LIST;empty;$;10 is replaced by %nil Time: 0 SEC. compiling exported empty? : % -> Boolean LIST;empty?;$B;11 is replaced by %lempty? Time: 0.00 SEC. compiling exported rest : % -> % LIST;rest;2$;12 is replaced by %tail Time: 0 SEC. compiling exported elt : (%,rest) -> % LIST;elt;$rest$;13(x,T1) is replaced by %tail x Time: 0 SEC. compiling exported setfirst! : (%,S) -> S Time: 0.01 SEC. compiling exported setelt : (%,first,S) -> S Time: 0.01 SEC. compiling exported setrest! : (%,%) -> % Time: 0.00 SEC. compiling exported setelt : (%,rest,%) -> % Time: 0.01 SEC. compiling exported construct : List S -> % LIST;construct;L$;18 l is replaced by l Time: 0 SEC. compiling exported members : % -> List S LIST;members;$L;19 s is replaced by s Time: 0.01 SEC. compiling exported reverse! : % -> % LIST;reverse!;2$;20 is replaced by %lreverse! Time: 0 SEC. compiling exported reverse : % -> % LIST;reverse;2$;21 is replaced by %lreverse Time: 0 SEC. compiling exported minIndex : % -> Integer LIST;minIndex;$I;22 x is replaced by 1 Time: 0 SEC. compiling exported rest : (%,NonNegativeInteger) -> % Time: 0.01 SEC. compiling exported copy : % -> % LIST;copy;2$;24 is replaced by %lcopy Time: 0 SEC. compiling exported coerce : % -> OutputForm Time: 0.06 SEC. compiling exported = : (%,%) -> Boolean Time: 0.03 SEC. compiling exported latex : % -> String Time: 0.01 SEC. compiling exported member? : (S,%) -> Boolean Time: 0.01 SEC. compiling exported concat! : (%,%) -> % Time: 0.01 SEC. compiling exported removeDuplicates! : % -> % Time: 0.01 SEC. compiling exported sort! : ((S,S) -> Boolean,%) -> % Time: 0.01 SEC. compiling exported merge! : ((S,S) -> Boolean,%,%) -> % Time: 0.04 SEC. compiling exported split! : (%,Integer) -> % Time: 0.01 SEC. compiling local mergeSort : ((S,S) -> Boolean,%,Integer) -> % Time: 0.05 SEC. compiling exported setUnion : (%,%) -> % Time: 0.00 SEC. compiling exported setIntersection : (%,%) -> % Time: 0.00 SEC. compiling exported setDifference : (%,%) -> % Time: 0.01 SEC. compiling exported convert : % -> InputForm Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Time: 0.07 SEC. compiling exported map! : (S -> S,%) -> % Time: 0.01 SEC. (time taken in buildFunctor: 8) Time: 0.02 SEC. Warnings: [1] convert: pretend List S -- should replace by @ Cumulative Statistics for Constructor List Time: 0.47 seconds finalizing NRLIB LIST Processing List for Browser database: -- nil : () -> % -- null : % -> Boolean -- cons : (S,%) -> % -- append : (%,%) -> % -- setUnion : (%,%) -> % -- setIntersection : (%,%) -> % -- setDifference : (%,%) -> % -- constructor ; compiling file "/tmp/oa-zqwujd/code.lsp" (written 01 FEB 2016 10:54:43 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;nil;$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;null;$B;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;cons;S2$;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;append;3$;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;#;$Nni;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;concat;S2$;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;eq?;2$B;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;first;$S;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;elt;$firstS;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;empty;$;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;empty?;$B;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;rest;2$;12|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;elt;$rest$;13|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;construct;L$;18|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;members;$L;19|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;reverse!;2$;20|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;reverse;2$;21|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;minIndex;$I;22|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;copy;2$;24|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LIST;nil;$;1| ...) ; compiling (DEFUN |LIST;null;$B;2| ...) ; compiling (DEFUN |LIST;cons;S2$;3| ...) ; compiling (DEFUN |LIST;append;3$;4| ...) ; compiling (DEFUN |LIST;#;$Nni;5| ...) ; compiling (DEFUN |LIST;concat;S2$;6| ...) ; compiling (DEFUN |LIST;eq?;2$B;7| ...) ; compiling (DEFUN |LIST;first;$S;8| ...) ; compiling (DEFUN |LIST;elt;$firstS;9| ...) ; file: /tmp/oa-zqwujd/code.lsp ; in: DEFUN |LIST;elt;$firstS;9| ; (DEFUN BOOT::|LIST;elt;$firstS;9| (BOOT::|x| BOOT::T1 BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|SPADfirst| BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;elt;$firstS;9| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|LIST;elt;$firstS;9| (BOOT::|SPADfirst| BOOT::|x|))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |LIST;empty;$;10| ...) ; compiling (DEFUN |LIST;empty?;$B;11| ...) ; compiling (DEFUN |LIST;rest;2$;12| ...) ; compiling (DEFUN |LIST;elt;$rest$;13| ...) ; file: /tmp/oa-zqwujd/code.lsp ; in: DEFUN |LIST;elt;$rest$;13| ; (DEFUN BOOT::|LIST;elt;$rest$;13| (BOOT::|x| BOOT::T1 BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (CDR BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;elt;$rest$;13| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|LIST;elt;$rest$;13| (CDR BOOT::|x|))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |LIST;setfirst!;$2S;14| ...) ; file: /tmp/oa-zqwujd/code.lsp ; in: DEFUN |LIST;setfirst!;$2S;14| ; (DEFUN BOOT::|LIST;setfirst!;$2S;14| (BOOT::|x| BOOT::|s| BOOT::$) ; (COND ((NULL BOOT::|x|) (BOOT::|error| "Cannot update an empty list")) ; (T (PROGN (RPLACA BOOT::|x| BOOT::|s|) BOOT::|s|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;setfirst!;$2S;14| ; (BOOT::|x| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|LIST;setfirst!;$2S;14| ; (COND ((NULL BOOT::|x|) (BOOT::|error| "Cannot update an empty list")) ; (T (PROGN # BOOT::|s|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |LIST;setelt;$first2S;15| ...) ; file: /tmp/oa-zqwujd/code.lsp ; in: DEFUN |LIST;setelt;$first2S;15| ; (DEFUN BOOT::|LIST;setelt;$first2S;15| (BOOT::|x| BOOT::T1 BOOT::|s| BOOT::$) ; (COND ((NULL BOOT::|x|) (BOOT::|error| "Cannot update an empty list")) ; (T (PROGN (RPLACA BOOT::|x| BOOT::|s|) BOOT::|s|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;setelt;$first2S;15| ; (BOOT::|x| BOOT::T1 BOOT::|s| BOOT::$) ; (BLOCK BOOT::|LIST;setelt;$first2S;15| ; (COND ((NULL BOOT::|x|) (BOOT::|error| "Cannot update an empty list")) ; (T (PROGN # BOOT::|s|))))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |LIST;setrest!;3$;16| ...) ; file: /tmp/oa-zqwujd/code.lsp ; in: DEFUN |LIST;setrest!;3$;16| ; (DEFUN BOOT::|LIST;setrest!;3$;16| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ((NULL BOOT::|x|) (BOOT::|error| "Cannot update an empty list")) ; (T (PROGN (RPLACD BOOT::|x| BOOT::|y|) (CDR BOOT::|x|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;setrest!;3$;16| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|LIST;setrest!;3$;16| ; (COND ((NULL BOOT::|x|) (BOOT::|error| "Cannot update an empty list")) ; (T (PROGN # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |LIST;setelt;$rest2$;17| ...) ; file: /tmp/oa-zqwujd/code.lsp ; in: DEFUN |LIST;setelt;$rest2$;17| ; (DEFUN BOOT::|LIST;setelt;$rest2$;17| (BOOT::|x| BOOT::T1 BOOT::|y| BOOT::$) ; (COND ((NULL BOOT::|x|) (BOOT::|error| "Cannot update an empty list")) ; (T (PROGN (RPLACD BOOT::|x| BOOT::|y|) (CDR BOOT::|x|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;setelt;$rest2$;17| ; (BOOT::|x| BOOT::T1 BOOT::|y| BOOT::$) ; (BLOCK BOOT::|LIST;setelt;$rest2$;17| ; (COND ((NULL BOOT::|x|) (BOOT::|error| "Cannot update an empty list")) ; (T (PROGN # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |LIST;construct;L$;18| ...) ; compiling (DEFUN |LIST;members;$L;19| ...) ; compiling (DEFUN |LIST;reverse!;2$;20| ...) ; file: /tmp/oa-zqwujd/code.lsp ; in: DEFUN |LIST;reverse!;2$;20| ; (DEFUN BOOT::|LIST;reverse!;2$;20| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOTTRAN:|reverse!| BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;reverse!;2$;20| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|LIST;reverse!;2$;20| (BOOTTRAN:|reverse!| BOOT::|x|))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |LIST;reverse;2$;21| ...) ; file: /tmp/oa-zqwujd/code.lsp ; in: DEFUN |LIST;reverse;2$;21| ; (DEFUN BOOT::|LIST;reverse;2$;21| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOTTRAN:|reverse| BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;reverse;2$;21| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|LIST;reverse;2$;21| (BOOTTRAN:|reverse| BOOT::|x|))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |LIST;minIndex;$I;22| ...) ; file: /tmp/oa-zqwujd/code.lsp ; in: DEFUN |LIST;minIndex;$I;22| ; (DEFUN BOOT::|LIST;minIndex;$I;22| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; 1) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;minIndex;$I;22| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|LIST;minIndex;$I;22| 1)) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |LIST;rest;$Nni$;23| ...) ; file: /tmp/oa-zqwujd/code.lsp ; in: DEFUN |LIST;rest;$Nni$;23| ; (DEFUN BOOT::|LIST;rest;$Nni$;23| (BOOT::|x| BOOT::|n| BOOT::$) ; (BOOT::SEQ ; (LET ((BOOT::|i| 1)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::EXIT BOOT::|x|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;rest;$Nni$;23| ; (BOOT::|x| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|LIST;rest;$Nni$;23| ; (BOOT::SEQ ; (LET (#) ; (LOOP # ; #)) ; (BOOT::EXIT BOOT::|x|)))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |LIST;copy;2$;24| ...) ; compiling (DEFUN |LIST;coerce;$Of;25| ...) ; file: /tmp/oa-zqwujd/code.lsp ; in: DEFUN |LIST;coerce;$Of;25| ; (DEFUN BOOT::|LIST;coerce;$Of;25| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|z|) ; (RETURN ; (LET (# #) ; (BOOT::SEQ # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;coerce;$Of;25| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|LIST;coerce;$Of;25| ; (PROG (BOOT::|z|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |LIST;=;2$B;26| ...) ; file: /tmp/oa-zqwujd/code.lsp ; in: DEFUN |LIST;=;2$B;26| ; (DEFUN BOOT::|LIST;=;2$B;26| (BOOT::|x| BOOT::|y| BOOT::$) ; (OR (EQ BOOT::|x| BOOT::|y|) ; (BOOT::SEQ (LOOP (COND # #)) (BOOT::EXIT (AND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;=;2$B;26| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|LIST;=;2$B;26| ; (OR (EQ BOOT::|x| BOOT::|y|) (BOOT::SEQ (LOOP #) (BOOT::EXIT #))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |y| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |LIST;latex;$S;27| ...) ; file: /tmp/oa-zqwujd/code.lsp ; in: DEFUN |LIST;latex;$S;27| ; (DEFUN BOOT::|LIST;latex;$S;27| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|s| "\\left[")) ; (BOOT::SEQ (LOOP (COND # #)) ; (BOOT::EXIT (BOOT::STRCONC BOOT::|s| " \\right]"))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;latex;$S;27| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|LIST;latex;$S;27| ; (LET ((BOOT::|s| "\\left[")) ; (BOOT::SEQ (LOOP #) (BOOT::EXIT #))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |LIST;member?;S$B;28| ...) ; file: /tmp/oa-zqwujd/code.lsp ; in: DEFUN |LIST;member?;S$B;28| ; (DEFUN BOOT::|LIST;member?;S$B;28| (BOOT::|s| BOOT::|x| BOOT::$) ; (PROGN (LOOP (COND (# #) (T #))) NIL)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;member?;S$B;28| ; (BOOT::|s| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|LIST;member?;S$B;28| (PROGN (LOOP (COND # #)) NIL))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |LIST;concat!;3$;29| ...) ; file: /tmp/oa-zqwujd/code.lsp ; in: DEFUN |LIST;concat!;3$;29| ; (DEFUN BOOT::|LIST;concat!;3$;29| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ((NULL BOOT::|x|) (COND (# BOOT::|x|) (T #))) ; (T ; (LET (#) ; (PROGN # # BOOT::|x|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;concat!;3$;29| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|LIST;concat!;3$;29| ; (COND ((NULL BOOT::|x|) (COND # #)) ; (T ; (LET # ; #))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |LIST;removeDuplicates!;2$;30| ...) ; compiling (DEFUN |LIST;sort!;M2$;31| ...) ; compiling (DEFUN |LIST;merge!;M3$;32| ...) ; file: /tmp/oa-zqwujd/code.lsp ; in: DEFUN |LIST;merge!;M3$;32| ; (DEFUN BOOT::|LIST;merge!;M3$;32| (BOOT::|f| BOOT::|p| BOOT::|q| BOOT::$) ; (COND ((NULL BOOT::|p|) BOOT::|q|) ((NULL BOOT::|q|) BOOT::|p|) ; (T ; (LET (# #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;merge!;M3$;32| ; (BOOT::|f| BOOT::|p| BOOT::|q| BOOT::$) ; (BLOCK BOOT::|LIST;merge!;M3$;32| ; (COND ((NULL BOOT::|p|) BOOT::|q|) ((NULL BOOT::|q|) BOOT::|p|) ; (T ; (LET # ; #))))) ; ; note: Assignment to argument: |p| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |q| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |LIST;split!;$I$;33| ...) ; file: /tmp/oa-zqwujd/code.lsp ; in: DEFUN |LIST;split!;$I$;33| ; (DEFUN BOOT::|LIST;split!;$I$;33| (BOOT::|p| BOOT::|n| BOOT::$) ; (PROG (BOOT::|q|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;split!;$I$;33| ; (BOOT::|p| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|LIST;split!;$I$;33| (PROG (BOOT::|q|) (RETURN (COND # #))))) ; ; note: Assignment to argument: |p| ; prevents use of assertion from function type proclamation: ; LIST ; ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; (DEFUN BOOT::|LIST;split!;$I$;33| (BOOT::|p| BOOT::|n| BOOT::$) ; (PROG (BOOT::|q|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;split!;$I$;33| ; (BOOT::|p| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|LIST;split!;$I$;33| (PROG (BOOT::|q|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |LIST;mergeSort| ...) ; file: /tmp/oa-zqwujd/code.lsp ; in: DEFUN |LIST;mergeSort| ; (DEFUN BOOT::|LIST;mergeSort| (BOOT::|f| BOOT::|p| BOOT::|n| BOOT::$) ; (PROG (BOOT::|q| BOOT::|l|) (RETURN (BOOT::SEQ (COND #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;mergeSort| ; (BOOT::|f| BOOT::|p| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|LIST;mergeSort| ; (PROG (BOOT::|q| BOOT::|l|) (RETURN (BOOT::SEQ # #))))) ; ; note: Assignment to argument: |p| ; prevents use of assertion from function type proclamation: ; LIST ; ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |LIST;setUnion;3$;35| ...) ; file: /tmp/oa-zqwujd/code.lsp ; in: DEFUN |LIST;setUnion;3$;35| ; (DEFUN BOOT::|LIST;setUnion;3$;35| (BOOT::|l1| BOOT::|l2| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|l1| BOOT::|l2| (BOOT::|shellEntry| BOOT::$ 72)) ; (BOOT::|shellEntry| BOOT::$ 73))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;setUnion;3$;35| ; (BOOT::|l1| BOOT::|l2| BOOT::$) ; (BLOCK BOOT::|LIST;setUnion;3$;35| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|l1| BOOT::|l2| (BOOT::|shellEntry| BOOT::$ 72)) ; (BOOT::|shellEntry| BOOT::$ 73)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |LIST;setIntersection;3$;36| ...) ; file: /tmp/oa-zqwujd/code.lsp ; in: DEFUN |LIST;setIntersection;3$;36| ; (DEFUN BOOT::|LIST;setIntersection;3$;36| (BOOT::|l1| BOOT::|l2| BOOT::$) ; (LET ((BOOT::|u| NIL)) ; (BOOT::SEQ (SETQ BOOT::|l1| #) (LOOP (COND # #)) (BOOT::EXIT BOOT::|u|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;setIntersection;3$;36| ; (BOOT::|l1| BOOT::|l2| BOOT::$) ; (BLOCK BOOT::|LIST;setIntersection;3$;36| ; (LET ((BOOT::|u| NIL)) ; (BOOT::SEQ (SETQ #) (LOOP #) (BOOT::EXIT BOOT::|u|))))) ; ; note: Assignment to argument: |l1| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |LIST;setDifference;3$;37| ...) ; file: /tmp/oa-zqwujd/code.lsp ; in: DEFUN |LIST;setDifference;3$;37| ; (DEFUN BOOT::|LIST;setDifference;3$;37| (BOOT::|l1| BOOT::|l2| BOOT::$) ; (PROG (BOOT::|l11| BOOT::|lu|) ; (RETURN ; (BOOT::SEQ (SETQ #) ; (BOOT::LETT BOOT::|lu| NIL BOOT::|LIST;setDifference;3$;37|) ; (LOOP #) (BOOT::EXIT BOOT::|lu|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;setDifference;3$;37| ; (BOOT::|l1| BOOT::|l2| BOOT::$) ; (BLOCK BOOT::|LIST;setDifference;3$;37| ; (PROG (BOOT::|l11| BOOT::|lu|) (RETURN (BOOT::SEQ # # # #))))) ; ; note: Assignment to argument: |l1| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |LIST;convert;$If;38| ...) ; compiling (DEFUN |LIST;map!;M2$;39| ...) ; compiling (DEFUN |List| ...) ; compiling (DEFUN |List;| ...) ; compiling (MAKEPROP (QUOTE |List|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 12 STYLE-WARNING conditions ; printed 23 notes ; /tmp/oa-zqwujd/code.fasl written ; compilation finished in 0:00:00.118 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/OAMONS.fasl --optimize=3 OAMONS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OAMONS.spad using Spad compiler. OAMONS abbreviates category OrderedAbelianMonoidSup debug: compDefine1 lhs: (OrderedAbelianMonoidSup) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for OrderedAbelianMonoidSup compiling into /tmp/oa-Y3SWiQ STYLE-WARNING: redefining BOOT::|OrderedAbelianMonoidSup| in DEFUN Time: 0.00 SEC. finalizing NRLIB OAMONS Processing OrderedAbelianMonoidSup for Browser database: -- sup : (%,%) -> % -- constructor ; compiling file "/tmp/oa-Y3SWiQ/code.lsp" (written 01 FEB 2016 10:54:43 PM): ; compiling (DEFPARAMETER |OrderedAbelianMonoidSup;AL| ...) ; compiling (DEFUN |OrderedAbelianMonoidSup;| ...) ; compiling (DEFUN |OrderedAbelianMonoidSup| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Y3SWiQ/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/NNI.fasl --optimize=3 NNI.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NNI.spad using Spad compiler. NNI abbreviates domain NonNegativeInteger debug: compDefine1 lhs: (NonNegativeInteger) signature (pre-evaluate): ((Join (OrderedAbelianMonoidSup) (Monoid) (CATEGORY domain (SIGNATURE quo ($ $ $)) (SIGNATURE rem ($ $ $)) (SIGNATURE gcd ($ $ $)) (SIGNATURE divide ((Record (: quotient $) (: remainder $)) $ $)) (SIGNATURE exquo ((Union $ failed) $ $)) (SIGNATURE shift ($ $ (Integer))) (SIGNATURE random ($ $)) (ATTRIBUTE (commutative *))))) debug: evaluateType form: (Join (OrderedAbelianMonoidSup) (Monoid) (CATEGORY domain (SIGNATURE quo ($ $ $)) (SIGNATURE rem ($ $ $)) (SIGNATURE gcd ($ $ $)) (SIGNATURE divide ((Record (: quotient $) (: remainder $)) $ $)) (SIGNATURE exquo ((Union $ failed) $ $)) (SIGNATURE shift ($ $ (Integer))) (SIGNATURE random ($ $)) (ATTRIBUTE (commutative *)))) $param: NIL debug: evaluateType form: (OrderedAbelianMonoidSup) $param: NIL Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (Monoid) $param: NIL Debug: evaluateType1 form: (Monoid) debug: evaluateType form: (CATEGORY domain (SIGNATURE quo ($ $ $)) (SIGNATURE rem ($ $ $)) (SIGNATURE gcd ($ $ $)) (SIGNATURE divide ((Record (: quotient $) (: remainder $)) $ $)) (SIGNATURE exquo ((Union $ failed) $ $)) (SIGNATURE shift ($ $ (Integer))) (SIGNATURE random ($ $)) (ATTRIBUTE (commutative *))) $param: NIL debug: evaluateType form: (Record (: quotient $) (: remainder $)) $param: NIL debug: evaluateType form: $ $param: NIL debug: evaluateType form: $ $param: NIL debug: evaluateType form: (Union $ failed) $param: NIL debug: evaluateType form: $ $param: NIL debug: evaluateType form: failed $param: NIL debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((Join (OrderedAbelianMonoidSup) (Monoid) (CATEGORY domain (SIGNATURE quo ($ $ $)) (SIGNATURE rem ($ $ $)) (SIGNATURE gcd ($ $ $)) (SIGNATURE divide ((Record (: quotient $) (: remainder $)) $ $)) (SIGNATURE exquo ((Union $ failed) $ $)) (SIGNATURE shift ($ $ (Integer))) (SIGNATURE random ($ $)) (ATTRIBUTE (commutative *))))) ------------------------------------------------------------------------ initializing stationary directory for NonNegativeInteger compiling into /tmp/oa-aX2xPX compiling exported sup : (%,%) -> % NNI;sup;3$;1 is replaced by %imax Time: 0.02 SEC. compiling exported shift : (%,Integer) -> % NNI;shift;$I$;2 is replaced by ASH Time: 0.00 SEC. compiling exported subtractIfCan : (%,%) -> Maybe % Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor NonNegativeInteger Time: 0.03 seconds --------------non extending category---------------------- NonNegativeInteger of category Join(OrderedAbelianMonoidSup,Monoid) with ?quo? : (%,%) -> % ?rem? : (%,%) -> % gcd : (%,%) -> % divide : (%,%) -> Record(quotient: %,remainder: %) exquo : (%,%) -> Union(%,"failed") shift : (%,Integer) -> % random : % -> % commutative("*") has no IntegerNumberSystem ---------------------------------------------------------- finalizing NRLIB NNI Processing NonNegativeInteger for Browser database: -- ?quo? : (%,%) -> % -- ?rem? : (%,%) -> % -- gcd : (%,%) -> % -- divide : (%,%) -> Record(quotient: %,remainder: %) -- exquo : (%,%) -> Union(%,"failed") -- shift : (%,Integer) -> % -- random : % -> % -- commutative : "*" -> attribute -- constructor ; compiling file "/tmp/oa-aX2xPX/code.lsp" (written 01 FEB 2016 10:54:43 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |NNI;sup;3$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |NNI;shift;$I$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |NNI;sup;3$;1| ...) ; compiling (DEFUN |NNI;shift;$I$;2| ...) ; compiling (DEFUN |NNI;subtractIfCan;2$M;3| ...) ; file: /tmp/oa-aX2xPX/code.lsp ; in: DEFUN |NNI;subtractIfCan;2$M;3| ; (DEFUN BOOT::|NNI;subtractIfCan;2$M;3| (BOOT::|x| BOOT::|y| BOOT::$) ; (LET ((BOOT::|c| (- BOOT::|x| BOOT::|y|))) ; (COND ((MINUSP BOOT::|c|) |AxiomCore|:|%nothing|) (T BOOT::|c|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NNI;subtractIfCan;2$M;3| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|NNI;subtractIfCan;2$M;3| ; (LET ((BOOT::|c| #)) ; (COND (# |AxiomCore|:|%nothing|) (T BOOT::|c|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |NonNegativeInteger| ...) ; compiling (DEFUN |NonNegativeInteger;| ...) ; compiling (MAKEPROP (QUOTE |NonNegativeInteger|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbSuperDomain| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; /tmp/oa-aX2xPX/code.fasl written ; compilation finished in 0:00:00.024 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/PI.fasl --optimize=3 PI.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PI.spad using Spad compiler. PI abbreviates domain PositiveInteger debug: compDefine1 lhs: (PositiveInteger) signature (pre-evaluate): ((Join (OrderedAbelianSemiGroup) (Monoid) (CATEGORY domain (SIGNATURE gcd ($ $ $)) (ATTRIBUTE (commutative *))))) debug: evaluateType form: (Join (OrderedAbelianSemiGroup) (Monoid) (CATEGORY domain (SIGNATURE gcd ($ $ $)) (ATTRIBUTE (commutative *)))) $param: NIL debug: evaluateType form: (OrderedAbelianSemiGroup) $param: NIL Debug: evaluateType1 form: (OrderedAbelianSemiGroup) debug: evaluateType form: (Monoid) $param: NIL Debug: evaluateType1 form: (Monoid) debug: evaluateType form: (CATEGORY domain (SIGNATURE gcd ($ $ $)) (ATTRIBUTE (commutative *))) $param: NIL debug: compDefine1 signature (post evaluate): ((Join (OrderedAbelianSemiGroup) (Monoid) (CATEGORY domain (SIGNATURE gcd ($ $ $)) (ATTRIBUTE (commutative *))))) ------------------------------------------------------------------------ initializing stationary directory for PositiveInteger compiling into /tmp/oa-ay6pia (time taken in buildFunctor: 4) Time: 0.08 SEC. Cumulative Statistics for Constructor PositiveInteger Time: 0.08 seconds --------------non extending category---------------------- PositiveInteger of category Join(OrderedAbelianSemiGroup,Monoid) with gcd : (%,%) -> % commutative("*") has no OrderedAbelianMonoidSup ---------------------------------------------------------- finalizing NRLIB PI Processing PositiveInteger for Browser database: -- gcd : (%,%) -> % -- commutative : "*" -> attribute -- constructor ; compiling file "/tmp/oa-ay6pia/code.lsp" (written 01 FEB 2016 10:54:43 PM): ; compiling (DEFUN |PositiveInteger| ...) ; compiling (DEFUN |PositiveInteger;| ...) ; compiling (MAKEPROP (QUOTE |PositiveInteger|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbSuperDomain| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-ay6pia/code.fasl written ; compilation finished in 0:00:00.019 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/OUTFORM.fasl --optimize=3 OUTFORM.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OUTFORM.spad using Spad compiler. OUTFORM abbreviates domain OutputForm debug: compDefine1 lhs: (OutputForm) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE print ((Void) $)) (SIGNATURE message ($ (String))) (SIGNATURE messagePrint ((Void) (String))) (SIGNATURE outputForm ($ (Integer))) (SIGNATURE outputForm ($ (Symbol))) (SIGNATURE outputForm ($ (String))) (SIGNATURE outputForm ($ (DoubleFloat))) (SIGNATURE empty ($)) (SIGNATURE doubleFloatFormat ((String) (String))) (SIGNATURE width ((Integer) $)) (SIGNATURE height ((Integer) $)) (SIGNATURE width ((Integer))) (SIGNATURE height ((Integer))) (SIGNATURE subHeight ((Integer) $)) (SIGNATURE superHeight ((Integer) $)) (SIGNATURE hspace ($ (Integer))) (SIGNATURE vspace ($ (Integer))) (SIGNATURE rspace ($ (Integer) (Integer))) (SIGNATURE left ($ $ (Integer))) (SIGNATURE right ($ $ (Integer))) (SIGNATURE center ($ $ (Integer))) (SIGNATURE left ($ $)) (SIGNATURE right ($ $)) (SIGNATURE center ($ $)) (SIGNATURE hconcat ($ $ $)) (SIGNATURE vconcat ($ $ $)) (SIGNATURE hconcat ($ (List $))) (SIGNATURE vconcat ($ (List $))) (SIGNATURE prefix ($ $ (List $))) (SIGNATURE infix ($ $ (List $))) (SIGNATURE infix ($ $ $ $)) (SIGNATURE postfix ($ $ $)) (SIGNATURE infix? ((Boolean) $)) (SIGNATURE elt ($ $ (List $))) (SIGNATURE string ($ $)) (SIGNATURE label ($ $ $)) (SIGNATURE box ($ $)) (SIGNATURE matrix ($ (List (List $)))) (SIGNATURE zag ($ $ $)) (SIGNATURE root ($ $)) (SIGNATURE root ($ $ $)) (SIGNATURE over ($ $ $)) (SIGNATURE slash ($ $ $)) (SIGNATURE assign ($ $ $)) (SIGNATURE rarrow ($ $ $)) (SIGNATURE differentiate ($ $ (NonNegativeInteger))) (SIGNATURE binomial ($ $ $)) (SIGNATURE sub ($ $ $)) (SIGNATURE super ($ $ $)) (SIGNATURE presub ($ $ $)) (SIGNATURE presuper ($ $ $)) (SIGNATURE scripts ($ $ (List $))) (SIGNATURE supersub ($ $ (List $))) (SIGNATURE quote ($ $)) (SIGNATURE dot ($ $)) (SIGNATURE dot ($ $ (NonNegativeInteger))) (SIGNATURE prime ($ $)) (SIGNATURE prime ($ $ (NonNegativeInteger))) (SIGNATURE overbar ($ $)) (SIGNATURE overlabel ($ $ $)) (SIGNATURE sum ($ $)) (SIGNATURE sum ($ $ $)) (SIGNATURE sum ($ $ $ $)) (SIGNATURE prod ($ $)) (SIGNATURE prod ($ $ $)) (SIGNATURE prod ($ $ $ $)) (SIGNATURE int ($ $)) (SIGNATURE int ($ $ $)) (SIGNATURE int ($ $ $ $)) (SIGNATURE brace ($ $)) (SIGNATURE brace ($ (List $))) (SIGNATURE bracket ($ $)) (SIGNATURE bracket ($ (List $))) (SIGNATURE paren ($ $)) (SIGNATURE paren ($ (List $))) (SIGNATURE pile ($ (List $))) (SIGNATURE commaSeparate ($ (List $))) (SIGNATURE semicolonSeparate ($ (List $))) (SIGNATURE blankSeparate ($ (List $))) (SIGNATURE = ($ $ $)) (SIGNATURE ~= ($ $ $)) (SIGNATURE < ($ $ $)) (SIGNATURE > ($ $ $)) (SIGNATURE <= ($ $ $)) (SIGNATURE >= ($ $ $)) (SIGNATURE + ($ $ $)) (SIGNATURE - ($ $ $)) (SIGNATURE - ($ $)) (SIGNATURE * ($ $ $)) (SIGNATURE / ($ $ $)) (SIGNATURE ** ($ $ $)) (SIGNATURE div ($ $ $)) (SIGNATURE rem ($ $ $)) (SIGNATURE quo ($ $ $)) (SIGNATURE exquo ($ $ $)) (SIGNATURE and ($ $ $)) (SIGNATURE or ($ $ $)) (SIGNATURE not ($ $)) (SIGNATURE SEGMENT ($ $ $)) (SIGNATURE SEGMENT ($ $))))) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (SIGNATURE print ((Void) $)) (SIGNATURE message ($ (String))) (SIGNATURE messagePrint ((Void) (String))) (SIGNATURE outputForm ($ (Integer))) (SIGNATURE outputForm ($ (Symbol))) (SIGNATURE outputForm ($ (String))) (SIGNATURE outputForm ($ (DoubleFloat))) (SIGNATURE empty ($)) (SIGNATURE doubleFloatFormat ((String) (String))) (SIGNATURE width ((Integer) $)) (SIGNATURE height ((Integer) $)) (SIGNATURE width ((Integer))) (SIGNATURE height ((Integer))) (SIGNATURE subHeight ((Integer) $)) (SIGNATURE superHeight ((Integer) $)) (SIGNATURE hspace ($ (Integer))) (SIGNATURE vspace ($ (Integer))) (SIGNATURE rspace ($ (Integer) (Integer))) (SIGNATURE left ($ $ (Integer))) (SIGNATURE right ($ $ (Integer))) (SIGNATURE center ($ $ (Integer))) (SIGNATURE left ($ $)) (SIGNATURE right ($ $)) (SIGNATURE center ($ $)) (SIGNATURE hconcat ($ $ $)) (SIGNATURE vconcat ($ $ $)) (SIGNATURE hconcat ($ (List $))) (SIGNATURE vconcat ($ (List $))) (SIGNATURE prefix ($ $ (List $))) (SIGNATURE infix ($ $ (List $))) (SIGNATURE infix ($ $ $ $)) (SIGNATURE postfix ($ $ $)) (SIGNATURE infix? ((Boolean) $)) (SIGNATURE elt ($ $ (List $))) (SIGNATURE string ($ $)) (SIGNATURE label ($ $ $)) (SIGNATURE box ($ $)) (SIGNATURE matrix ($ (List (List $)))) (SIGNATURE zag ($ $ $)) (SIGNATURE root ($ $)) (SIGNATURE root ($ $ $)) (SIGNATURE over ($ $ $)) (SIGNATURE slash ($ $ $)) (SIGNATURE assign ($ $ $)) (SIGNATURE rarrow ($ $ $)) (SIGNATURE differentiate ($ $ (NonNegativeInteger))) (SIGNATURE binomial ($ $ $)) (SIGNATURE sub ($ $ $)) (SIGNATURE super ($ $ $)) (SIGNATURE presub ($ $ $)) (SIGNATURE presuper ($ $ $)) (SIGNATURE scripts ($ $ (List $))) (SIGNATURE supersub ($ $ (List $))) (SIGNATURE quote ($ $)) (SIGNATURE dot ($ $)) (SIGNATURE dot ($ $ (NonNegativeInteger))) (SIGNATURE prime ($ $)) (SIGNATURE prime ($ $ (NonNegativeInteger))) (SIGNATURE overbar ($ $)) (SIGNATURE overlabel ($ $ $)) (SIGNATURE sum ($ $)) (SIGNATURE sum ($ $ $)) (SIGNATURE sum ($ $ $ $)) (SIGNATURE prod ($ $)) (SIGNATURE prod ($ $ $)) (SIGNATURE prod ($ $ $ $)) (SIGNATURE int ($ $)) (SIGNATURE int ($ $ $)) (SIGNATURE int ($ $ $ $)) (SIGNATURE brace ($ $)) (SIGNATURE brace ($ (List $))) (SIGNATURE bracket ($ $)) (SIGNATURE bracket ($ (List $))) (SIGNATURE paren ($ $)) (SIGNATURE paren ($ (List $))) (SIGNATURE pile ($ (List $))) (SIGNATURE commaSeparate ($ (List $))) (SIGNATURE semicolonSeparate ($ (List $))) (SIGNATURE blankSeparate ($ (List $))) (SIGNATURE = ($ $ $)) (SIGNATURE ~= ($ $ $)) (SIGNATURE < ($ $ $)) (SIGNATURE > ($ $ $)) (SIGNATURE <= ($ $ $)) (SIGNATURE >= ($ $ $)) (SIGNATURE + ($ $ $)) (SIGNATURE - ($ $ $)) (SIGNATURE - ($ $)) (SIGNATURE * ($ $ $)) (SIGNATURE / ($ $ $)) (SIGNATURE ** ($ $ $)) (SIGNATURE div ($ $ $)) (SIGNATURE rem ($ $ $)) (SIGNATURE quo ($ $ $)) (SIGNATURE exquo ($ $ $)) (SIGNATURE and ($ $ $)) (SIGNATURE or ($ $ $)) (SIGNATURE not ($ $)) (SIGNATURE SEGMENT ($ $ $)) (SIGNATURE SEGMENT ($ $)))) $param: NIL debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE print ((Void) $)) (SIGNATURE message ($ (String))) (SIGNATURE messagePrint ((Void) (String))) (SIGNATURE outputForm ($ (Integer))) (SIGNATURE outputForm ($ (Symbol))) (SIGNATURE outputForm ($ (String))) (SIGNATURE outputForm ($ (DoubleFloat))) (SIGNATURE empty ($)) (SIGNATURE doubleFloatFormat ((String) (String))) (SIGNATURE width ((Integer) $)) (SIGNATURE height ((Integer) $)) (SIGNATURE width ((Integer))) (SIGNATURE height ((Integer))) (SIGNATURE subHeight ((Integer) $)) (SIGNATURE superHeight ((Integer) $)) (SIGNATURE hspace ($ (Integer))) (SIGNATURE vspace ($ (Integer))) (SIGNATURE rspace ($ (Integer) (Integer))) (SIGNATURE left ($ $ (Integer))) (SIGNATURE right ($ $ (Integer))) (SIGNATURE center ($ $ (Integer))) (SIGNATURE left ($ $)) (SIGNATURE right ($ $)) (SIGNATURE center ($ $)) (SIGNATURE hconcat ($ $ $)) (SIGNATURE vconcat ($ $ $)) (SIGNATURE hconcat ($ (List $))) (SIGNATURE vconcat ($ (List $))) (SIGNATURE prefix ($ $ (List $))) (SIGNATURE infix ($ $ (List $))) (SIGNATURE infix ($ $ $ $)) (SIGNATURE postfix ($ $ $)) (SIGNATURE infix? ((Boolean) $)) (SIGNATURE elt ($ $ (List $))) (SIGNATURE string ($ $)) (SIGNATURE label ($ $ $)) (SIGNATURE box ($ $)) (SIGNATURE matrix ($ (List (List $)))) (SIGNATURE zag ($ $ $)) (SIGNATURE root ($ $)) (SIGNATURE root ($ $ $)) (SIGNATURE over ($ $ $)) (SIGNATURE slash ($ $ $)) (SIGNATURE assign ($ $ $)) (SIGNATURE rarrow ($ $ $)) (SIGNATURE differentiate ($ $ (NonNegativeInteger))) (SIGNATURE binomial ($ $ $)) (SIGNATURE sub ($ $ $)) (SIGNATURE super ($ $ $)) (SIGNATURE presub ($ $ $)) (SIGNATURE presuper ($ $ $)) (SIGNATURE scripts ($ $ (List $))) (SIGNATURE supersub ($ $ (List $))) (SIGNATURE quote ($ $)) (SIGNATURE dot ($ $)) (SIGNATURE dot ($ $ (NonNegativeInteger))) (SIGNATURE prime ($ $)) (SIGNATURE prime ($ $ (NonNegativeInteger))) (SIGNATURE overbar ($ $)) (SIGNATURE overlabel ($ $ $)) (SIGNATURE sum ($ $)) (SIGNATURE sum ($ $ $)) (SIGNATURE sum ($ $ $ $)) (SIGNATURE prod ($ $)) (SIGNATURE prod ($ $ $)) (SIGNATURE prod ($ $ $ $)) (SIGNATURE int ($ $)) (SIGNATURE int ($ $ $)) (SIGNATURE int ($ $ $ $)) (SIGNATURE brace ($ $)) (SIGNATURE brace ($ (List $))) (SIGNATURE bracket ($ $)) (SIGNATURE bracket ($ (List $))) (SIGNATURE paren ($ $)) (SIGNATURE paren ($ (List $))) (SIGNATURE pile ($ (List $))) (SIGNATURE commaSeparate ($ (List $))) (SIGNATURE semicolonSeparate ($ (List $))) (SIGNATURE blankSeparate ($ (List $))) (SIGNATURE = ($ $ $)) (SIGNATURE ~= ($ $ $)) (SIGNATURE < ($ $ $)) (SIGNATURE > ($ $ $)) (SIGNATURE <= ($ $ $)) (SIGNATURE >= ($ $ $)) (SIGNATURE + ($ $ $)) (SIGNATURE - ($ $ $)) (SIGNATURE - ($ $)) (SIGNATURE * ($ $ $)) (SIGNATURE / ($ $ $)) (SIGNATURE ** ($ $ $)) (SIGNATURE div ($ $ $)) (SIGNATURE rem ($ $ $)) (SIGNATURE quo ($ $ $)) (SIGNATURE exquo ($ $ $)) (SIGNATURE and ($ $ $)) (SIGNATURE or ($ $ $)) (SIGNATURE not ($ $)) (SIGNATURE SEGMENT ($ $ $)) (SIGNATURE SEGMENT ($ $))) $param: NIL debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List (List $)) $param: NIL Debug: evaluateType1 form: (List (List $)) debug: evaluateType1 x: (List $) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evalCategory d: (List $) c: (Type) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE print ((Void) $)) (SIGNATURE message ($ (String))) (SIGNATURE messagePrint ((Void) (String))) (SIGNATURE outputForm ($ (Integer))) (SIGNATURE outputForm ($ (Symbol))) (SIGNATURE outputForm ($ (String))) (SIGNATURE outputForm ($ (DoubleFloat))) (SIGNATURE empty ($)) (SIGNATURE doubleFloatFormat ((String) (String))) (SIGNATURE width ((Integer) $)) (SIGNATURE height ((Integer) $)) (SIGNATURE width ((Integer))) (SIGNATURE height ((Integer))) (SIGNATURE subHeight ((Integer) $)) (SIGNATURE superHeight ((Integer) $)) (SIGNATURE hspace ($ (Integer))) (SIGNATURE vspace ($ (Integer))) (SIGNATURE rspace ($ (Integer) (Integer))) (SIGNATURE left ($ $ (Integer))) (SIGNATURE right ($ $ (Integer))) (SIGNATURE center ($ $ (Integer))) (SIGNATURE left ($ $)) (SIGNATURE right ($ $)) (SIGNATURE center ($ $)) (SIGNATURE hconcat ($ $ $)) (SIGNATURE vconcat ($ $ $)) (SIGNATURE hconcat ($ (List $))) (SIGNATURE vconcat ($ (List $))) (SIGNATURE prefix ($ $ (List $))) (SIGNATURE infix ($ $ (List $))) (SIGNATURE infix ($ $ $ $)) (SIGNATURE postfix ($ $ $)) (SIGNATURE infix? ((Boolean) $)) (SIGNATURE elt ($ $ (List $))) (SIGNATURE string ($ $)) (SIGNATURE label ($ $ $)) (SIGNATURE box ($ $)) (SIGNATURE matrix ($ (List (List $)))) (SIGNATURE zag ($ $ $)) (SIGNATURE root ($ $)) (SIGNATURE root ($ $ $)) (SIGNATURE over ($ $ $)) (SIGNATURE slash ($ $ $)) (SIGNATURE assign ($ $ $)) (SIGNATURE rarrow ($ $ $)) (SIGNATURE differentiate ($ $ (NonNegativeInteger))) (SIGNATURE binomial ($ $ $)) (SIGNATURE sub ($ $ $)) (SIGNATURE super ($ $ $)) (SIGNATURE presub ($ $ $)) (SIGNATURE presuper ($ $ $)) (SIGNATURE scripts ($ $ (List $))) (SIGNATURE supersub ($ $ (List $))) (SIGNATURE quote ($ $)) (SIGNATURE dot ($ $)) (SIGNATURE dot ($ $ (NonNegativeInteger))) (SIGNATURE prime ($ $)) (SIGNATURE prime ($ $ (NonNegativeInteger))) (SIGNATURE overbar ($ $)) (SIGNATURE overlabel ($ $ $)) (SIGNATURE sum ($ $)) (SIGNATURE sum ($ $ $)) (SIGNATURE sum ($ $ $ $)) (SIGNATURE prod ($ $)) (SIGNATURE prod ($ $ $)) (SIGNATURE prod ($ $ $ $)) (SIGNATURE int ($ $)) (SIGNATURE int ($ $ $)) (SIGNATURE int ($ $ $ $)) (SIGNATURE brace ($ $)) (SIGNATURE brace ($ (List $))) (SIGNATURE bracket ($ $)) (SIGNATURE bracket ($ (List $))) (SIGNATURE paren ($ $)) (SIGNATURE paren ($ (List $))) (SIGNATURE pile ($ (List $))) (SIGNATURE commaSeparate ($ (List $))) (SIGNATURE semicolonSeparate ($ (List $))) (SIGNATURE blankSeparate ($ (List $))) (SIGNATURE = ($ $ $)) (SIGNATURE ~= ($ $ $)) (SIGNATURE < ($ $ $)) (SIGNATURE > ($ $ $)) (SIGNATURE <= ($ $ $)) (SIGNATURE >= ($ $ $)) (SIGNATURE + ($ $ $)) (SIGNATURE - ($ $ $)) (SIGNATURE - ($ $)) (SIGNATURE * ($ $ $)) (SIGNATURE / ($ $ $)) (SIGNATURE ** ($ $ $)) (SIGNATURE div ($ $ $)) (SIGNATURE rem ($ $ $)) (SIGNATURE quo ($ $ $)) (SIGNATURE exquo ($ $ $)) (SIGNATURE and ($ $ $)) (SIGNATURE or ($ $ $)) (SIGNATURE not ($ $)) (SIGNATURE SEGMENT ($ $ $)) (SIGNATURE SEGMENT ($ $))))) ------------------------------------------------------------------------ initializing stationary directory for OutputForm compiling into /tmp/oa-Ufa2lm importing NumberFormats compiling exported doubleFloatFormat : String -> String Time: 0.03 SEC. compiling local sform : String -> % OUTFORM;sform s is replaced by s Time: 0 SEC. compiling local eform : Identifier -> % OUTFORM;eform e is replaced by e Time: 0.00 SEC. compiling local iform : Integer -> % OUTFORM;iform i is replaced by i Time: 0 SEC. compiling local bless : List % -> % OUTFORM;bless x is replaced by x Time: 0.01 SEC. compiling exported print : % -> Void OUTFORM;print;$V;6 is replaced by mathprint Time: 0.00 SEC. compiling exported message : String -> % Time: 0.00 SEC. compiling exported messagePrint : String -> Void Time: 0 SEC. compiling exported = : (%,%) -> Boolean OUTFORM;=;2$B;9 is replaced by %equal Time: 0.00 SEC. compiling exported = : (%,%) -> % Debug compQuote expr: (QUOTE =) m: (Identifier) OUTFORM;=;3$;10(a,b) is replaced by %list(=,a,b) Time: 0.01 SEC. compiling exported coerce : % -> OutputForm OUTFORM;coerce;$Of;11 a is replaced by a Time: 0.01 SEC. compiling exported outputForm : Integer -> % OUTFORM;outputForm;I$;12 n is replaced by n Time: 0 SEC. compiling exported outputForm : Symbol -> % OUTFORM;outputForm;S$;13 e is replaced by e Time: 0 SEC. compiling exported outputForm : DoubleFloat -> % OUTFORM;outputForm;Df$;14 is replaced by DFLOAT-FORMAT-GENERAL Time: 0.00 SEC. compiling exported outputForm : String -> % Time: 0.01 SEC. compiling exported width : % -> Integer OUTFORM;width;$I;16 is replaced by outformWidth Time: 0 SEC. compiling exported height : % -> Integer OUTFORM;height;$I;17 is replaced by height Time: 0 SEC. compiling exported subHeight : % -> Integer OUTFORM;subHeight;$I;18 is replaced by subspan Time: 0.00 SEC. compiling exported superHeight : % -> Integer OUTFORM;superHeight;$I;19 is replaced by superspan Time: 0 SEC. compiling exported height : () -> Integer OUTFORM;height;I;20 is replaced by 20 Time: 0 SEC. compiling exported width : () -> Integer OUTFORM;width;I;21 is replaced by 66 Time: 0 SEC. compiling exported center : (%,Integer) -> % Time: 0.01 SEC. compiling exported left : (%,Integer) -> % Time: 0.00 SEC. compiling exported right : (%,Integer) -> % Time: 0 SEC. compiling exported center : % -> % Time: 0.00 SEC. compiling exported left : % -> % Time: 0 SEC. compiling exported right : % -> % Time: 0.00 SEC. compiling exported vspace : Integer -> % Time: 0 SEC. compiling exported hspace : Integer -> % Time: 0.00 SEC. compiling exported rspace : (Integer,Integer) -> % Time: 0.01 SEC. compiling exported matrix : List List % -> % Time: 0.02 SEC. compiling exported pile : List % -> % Debug compQuote expr: (QUOTE SC) m: (Identifier) OUTFORM;pile;L$;32 l is replaced by %pair(SC,l) Time: 0.01 SEC. compiling exported commaSeparate : List % -> % Debug compQuote expr: (QUOTE AGGLST) m: (Identifier) OUTFORM;commaSeparate;L$;33 l is replaced by %pair(AGGLST,l) Time: 0.01 SEC. compiling exported semicolonSeparate : List % -> % Debug compQuote expr: (QUOTE AGGSET) m: (Identifier) OUTFORM;semicolonSeparate;L$;34 l is replaced by %pair(AGGSET,l) Time: 0.01 SEC. compiling exported blankSeparate : List % -> % Debug compQuote expr: (QUOTE CONCATB) m: (Identifier) Time: 0.02 SEC. compiling exported brace : % -> % Debug compQuote expr: (QUOTE BRACE) m: (Identifier) OUTFORM;brace;2$;36 a is replaced by %list(BRACE,a) Time: 0.01 SEC. compiling exported brace : List % -> % OUTFORM;brace;L$;37 l is replaced by %list(BRACE,%pair(AGGLST,l)) Time: 0.01 SEC. compiling exported bracket : % -> % Debug compQuote expr: (QUOTE BRACKET) m: (Identifier) OUTFORM;bracket;2$;38 a is replaced by %list(BRACKET,a) Time: 0.01 SEC. compiling exported bracket : List % -> % OUTFORM;bracket;L$;39 l is replaced by %list(BRACKET,%pair(AGGLST,l)) Time: 0.01 SEC. compiling exported paren : % -> % Debug compQuote expr: (QUOTE PAREN) m: (Identifier) OUTFORM;paren;2$;40 a is replaced by %list(PAREN,a) Time: 0.01 SEC. compiling exported paren : List % -> % OUTFORM;paren;L$;41 l is replaced by %list(PAREN,%pair(AGGLST,l)) Time: 0.00 SEC. compiling exported sub : (%,%) -> % Debug compQuote expr: (QUOTE SUB) m: (Identifier) OUTFORM;sub;3$;42(a,b) is replaced by %list(SUB,a,b) Time: 0.01 SEC. compiling exported super : (%,%) -> % Debug compQuote expr: (QUOTE SUPERSUB) m: (Identifier) OUTFORM;super;3$;43(a,b) is replaced by %list(SUPERSUB,a," ",b) Time: 0.01 SEC. compiling exported presub : (%,%) -> % Debug compQuote expr: (QUOTE SUPERSUB) m: (Identifier) OUTFORM;presub;3$;44(a,b) is replaced by %list(SUPERSUB,a," "," "," ",b) Time: 0.01 SEC. compiling exported presuper : (%,%) -> % Debug compQuote expr: (QUOTE SUPERSUB) m: (Identifier) OUTFORM;presuper;3$;45(a,b) is replaced by %list(SUPERSUB,a," "," ",b) Time: 0.02 SEC. compiling exported scripts : (%,List %) -> % Debug compQuote expr: (QUOTE SUPERSUB) m: (Identifier) OUTFORM;scripts;$L$;46(a,l) is replaced by %when( a, %list(SUB,a,SPADfirst l),%otherwise %pair(SUPERSUB,%pair(a,l))) Time: 0.02 SEC. compiling exported supersub : (%,List %) -> % Debug compQuote expr: (QUOTE ALTSUPERSUB) m: (Identifier) Time: 0.02 SEC. compiling exported hconcat : (%,%) -> % Debug compQuote expr: (QUOTE CONCAT) m: (Identifier) OUTFORM;hconcat;3$;48(a,b) is replaced by %list(CONCAT,a,b) Time: 0.01 SEC. compiling exported hconcat : List % -> % Debug compQuote expr: (QUOTE CONCAT) m: (Identifier) OUTFORM;hconcat;L$;49 l is replaced by %pair(CONCAT,l) Time: 0.02 SEC. compiling exported vconcat : (%,%) -> % Debug compQuote expr: (QUOTE VCONCAT) m: (Identifier) OUTFORM;vconcat;3$;50(a,b) is replaced by %list(VCONCAT,a,b) Time: 0.02 SEC. compiling exported vconcat : List % -> % Debug compQuote expr: (QUOTE VCONCAT) m: (Identifier) OUTFORM;vconcat;L$;51 l is replaced by %pair(VCONCAT,l) Time: 0.01 SEC. compiling exported ~= : (%,%) -> % Debug compQuote expr: (QUOTE ~=) m: (Identifier) OUTFORM;~=;3$;52(a,b) is replaced by %list(~=,a,b) Time: 0.02 SEC. compiling exported < : (%,%) -> % Debug compQuote expr: (QUOTE <) m: (Identifier) OUTFORM;<;3$;53(a,b) is replaced by %list(<,a,b) Time: 0.02 SEC. compiling exported > : (%,%) -> % Debug compQuote expr: (QUOTE >) m: (Identifier) OUTFORM;>;3$;54(a,b) is replaced by %list(>,a,b) Time: 0.02 SEC. compiling exported <= : (%,%) -> % Debug compQuote expr: (QUOTE <=) m: (Identifier) OUTFORM;<=;3$;55(a,b) is replaced by %list(<=,a,b) Time: 0.02 SEC. compiling exported >= : (%,%) -> % Debug compQuote expr: (QUOTE >=) m: (Identifier) OUTFORM;>=;3$;56(a,b) is replaced by %list(>=,a,b) Time: 0.02 SEC. compiling exported + : (%,%) -> % Debug compQuote expr: (QUOTE +) m: (Identifier) OUTFORM;+;3$;57(a,b) is replaced by %list(+,a,b) Time: 0.04 SEC. compiling exported - : (%,%) -> % Debug compQuote expr: (QUOTE -) m: (Identifier) OUTFORM;-;3$;58(a,b) is replaced by %list(-,a,b) Time: 0.01 SEC. compiling exported - : % -> % Debug compQuote expr: (QUOTE -) m: (Identifier) OUTFORM;-;2$;59 a is replaced by %list(-,a) Time: 0.01 SEC. compiling exported * : (%,%) -> % Debug compQuote expr: (QUOTE *) m: (Identifier) OUTFORM;*;3$;60(a,b) is replaced by %list(*,a,b) Time: 0.01 SEC. compiling exported / : (%,%) -> % Debug compQuote expr: (QUOTE /) m: (Identifier) OUTFORM;/;3$;61(a,b) is replaced by %list(/,a,b) Time: 0.01 SEC. compiling exported ** : (%,%) -> % Debug compQuote expr: (QUOTE **) m: (Identifier) OUTFORM;**;3$;62(a,b) is replaced by %list(**,a,b) Time: 0.01 SEC. compiling exported div : (%,%) -> % Debug compQuote expr: (QUOTE div) m: (Identifier) OUTFORM;div;3$;63(a,b) is replaced by %list(div,a,b) Time: 0.01 SEC. compiling exported rem : (%,%) -> % Debug compQuote expr: (QUOTE rem) m: (Identifier) OUTFORM;rem;3$;64(a,b) is replaced by %list(rem,a,b) Time: 0.01 SEC. compiling exported quo : (%,%) -> % Debug compQuote expr: (QUOTE quo) m: (Identifier) OUTFORM;quo;3$;65(a,b) is replaced by %list(quo,a,b) Time: 0.01 SEC. compiling exported exquo : (%,%) -> % Debug compQuote expr: (QUOTE exquo) m: (Identifier) OUTFORM;exquo;3$;66(a,b) is replaced by %list(exquo,a,b) Time: 0.01 SEC. compiling exported and : (%,%) -> % Debug compQuote expr: (QUOTE and) m: (Identifier) OUTFORM;and;3$;67(a,b) is replaced by %list(and,a,b) Time: 0.01 SEC. compiling exported or : (%,%) -> % Debug compQuote expr: (QUOTE or) m: (Identifier) OUTFORM;or;3$;68(a,b) is replaced by %list(or,a,b) Time: 0.01 SEC. compiling exported not : % -> % Debug compQuote expr: (QUOTE not) m: (Identifier) OUTFORM;not;2$;69 a is replaced by %list(not,a) Time: 0.01 SEC. compiling exported SEGMENT : (%,%) -> % Debug compQuote expr: (QUOTE SEGMENT) m: (Identifier) OUTFORM;SEGMENT;3$;70(a,b) is replaced by %list(SEGMENT,a,b) Time: 0.01 SEC. compiling exported SEGMENT : % -> % Debug compQuote expr: (QUOTE SEGMENT) m: (Identifier) OUTFORM;SEGMENT;2$;71 a is replaced by %list(SEGMENT,a) Time: 0.01 SEC. compiling exported binomial : (%,%) -> % Debug compQuote expr: (QUOTE BINOMIAL) m: (Identifier) OUTFORM;binomial;3$;72(a,b) is replaced by %list(BINOMIAL,a,b) Time: 0.01 SEC. compiling exported empty : () -> % Debug compQuote expr: (QUOTE NOTHING) m: (Identifier) OUTFORM;empty;$;73 is replaced by %list NOTHING Time: 0.00 SEC. compiling exported infix? : % -> Boolean Debug compQuote expr: (QUOTE INFIXOP) m: (Identifier) Time: 0.01 SEC. compiling exported elt : (%,List %) -> % OUTFORM;elt;$L$;75 is replaced by %pair Time: 0.01 SEC. compiling exported prefix : (%,List %) -> % Time: 0.01 SEC. compiling exported infix : (%,List %) -> % Time: 0.03 SEC. compiling exported infix : (%,%,%) -> % Time: 0.01 SEC. compiling exported postfix : (%,%) -> % OUTFORM;postfix;3$;79(a,b) is replaced by %list(CONCAT,b,a) Time: 0 SEC. compiling exported string : % -> % Debug compQuote expr: (QUOTE STRING) m: (Identifier) OUTFORM;string;2$;80 a is replaced by %list(STRING,a) Time: 0.01 SEC. compiling exported quote : % -> % Debug compQuote expr: (QUOTE QUOTE) m: (Identifier) OUTFORM;quote;2$;81 a is replaced by %list(QUOTE,a) Time: 0.01 SEC. compiling exported overbar : % -> % Debug compQuote expr: (QUOTE OVERBAR) m: (Identifier) OUTFORM;overbar;2$;82 a is replaced by %list(OVERBAR,a) Time: 0.01 SEC. compiling exported dot : % -> % Debug compQuote expr: (QUOTE .) m: (Identifier) OUTFORM;dot;2$;83 a is replaced by %list(SUPERSUB,a," ",.) Time: 0.00 SEC. compiling exported prime : % -> % Debug compQuote expr: (QUOTE ,) m: (Identifier) OUTFORM;prime;2$;84 a is replaced by %list(SUPERSUB,a," ",,) Time: 0 SEC. compiling exported dot : (%,NonNegativeInteger) -> % Time: 0.01 SEC. compiling exported prime : (%,NonNegativeInteger) -> % Time: 0.01 SEC. compiling exported overlabel : (%,%) -> % Debug compQuote expr: (QUOTE OVERLABEL) m: (Identifier) OUTFORM;overlabel;3$;87(a,b) is replaced by %list(OVERLABEL,a,b) Time: 0.01 SEC. compiling exported box : % -> % Debug compQuote expr: (QUOTE BOX) m: (Identifier) OUTFORM;box;2$;88 a is replaced by %list(BOX,a) Time: 0.01 SEC. compiling exported zag : (%,%) -> % Debug compQuote expr: (QUOTE ZAG) m: (Identifier) OUTFORM;zag;3$;89(a,b) is replaced by %list(ZAG,a,b) Time: 0.00 SEC. compiling exported root : % -> % Debug compQuote expr: (QUOTE ROOT) m: (Identifier) OUTFORM;root;2$;90 a is replaced by %list(ROOT,a) Time: 0.01 SEC. compiling exported root : (%,%) -> % Debug compQuote expr: (QUOTE ROOT) m: (Identifier) OUTFORM;root;3$;91(a,b) is replaced by %list(ROOT,a,b) Time: 0.01 SEC. compiling exported over : (%,%) -> % Debug compQuote expr: (QUOTE OVER) m: (Identifier) OUTFORM;over;3$;92(a,b) is replaced by %list(OVER,a,b) Time: 0.01 SEC. compiling exported slash : (%,%) -> % Debug compQuote expr: (QUOTE SLASH) m: (Identifier) OUTFORM;slash;3$;93(a,b) is replaced by %list(SLASH,a,b) Time: 0.01 SEC. compiling exported assign : (%,%) -> % Debug compQuote expr: (QUOTE %LET) m: (Identifier) OUTFORM;assign;3$;94(a,b) is replaced by %list(%LET,a,b) Time: 0.01 SEC. compiling exported label : (%,%) -> % Debug compQuote expr: (QUOTE EQUATNUM) m: (Identifier) OUTFORM;label;3$;95(a,b) is replaced by %list(EQUATNUM,a,b) Time: 0.01 SEC. compiling exported rarrow : (%,%) -> % Debug compQuote expr: (QUOTE RARROW) m: (Identifier) OUTFORM;rarrow;3$;96(a,b) is replaced by %list(RARROW,a,b) Time: 0.01 SEC. compiling exported differentiate : (%,NonNegativeInteger) -> % Time: 0.03 SEC. compiling exported sum : % -> % Debug compQuote expr: (QUOTE SIGMA) m: (Identifier) OUTFORM;sum;2$;98 a is replaced by %list(SIGMA,%list NOTHING,a) Time: 0.01 SEC. compiling exported sum : (%,%) -> % Debug compQuote expr: (QUOTE SIGMA) m: (Identifier) OUTFORM;sum;3$;99(a,b) is replaced by %list(SIGMA,b,a) Time: 0.01 SEC. compiling exported sum : (%,%,%) -> % Debug compQuote expr: (QUOTE SIGMA2) m: (Identifier) OUTFORM;sum;4$;100(a,b,c) is replaced by %list(SIGMA2,b,c,a) Time: 0.01 SEC. compiling exported prod : % -> % Debug compQuote expr: (QUOTE PI) m: (Identifier) OUTFORM;prod;2$;101 a is replaced by %list(PI,%list NOTHING,a) Time: 0.01 SEC. compiling exported prod : (%,%) -> % Debug compQuote expr: (QUOTE PI) m: (Identifier) OUTFORM;prod;3$;102(a,b) is replaced by %list(PI,b,a) Time: 0.01 SEC. compiling exported prod : (%,%,%) -> % Debug compQuote expr: (QUOTE PI2) m: (Identifier) OUTFORM;prod;4$;103(a,b,c) is replaced by %list(PI2,b,c,a) Time: 0.01 SEC. compiling exported int : % -> % Debug compQuote expr: (QUOTE INTSIGN) m: (Identifier) OUTFORM;int;2$;104 a is replaced by %list(INTSIGN,%list NOTHING,%list NOTHING,a) Time: 0.01 SEC. compiling exported int : (%,%) -> % Debug compQuote expr: (QUOTE INTSIGN) m: (Identifier) OUTFORM;int;3$;105(a,b) is replaced by %list(INTSIGN,b,%list NOTHING,a) Time: 0.01 SEC. compiling exported int : (%,%,%) -> % Debug compQuote expr: (QUOTE INTSIGN) m: (Identifier) OUTFORM;int;4$;106(a,b,c) is replaced by %list(INTSIGN,b,c,a) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] coerce: pretend OutputForm -- should replace by @ Cumulative Statistics for Constructor OutputForm Time: 1.02 seconds finalizing NRLIB OUTFORM Processing OutputForm for Browser database: -- print : % -> Void -- message : String -> % -- messagePrint : String -> Void -- outputForm : Integer -> % -- outputForm : Symbol -> % -- outputForm : String -> % -- outputForm : DoubleFloat -> % -- empty : () -> % -- doubleFloatFormat : String -> String --->../../x86_64-unknown-linux-gnu/src/algebra/outform.spad-->OutputForm((doubleFloatFormat (String String))): Improper first word in comments: change "change the output format for doublefloats using lisp format strings" -- width : % -> Integer -- height : % -> Integer -- width : () -> Integer -- height : () -> Integer -- subHeight : % -> Integer -- superHeight : % -> Integer -- hspace : Integer -> % -- vspace : Integer -> % -- rspace : (Integer,Integer) -> % -- left : (%,Integer) -> % -- right : (%,Integer) -> % -- center : (%,Integer) -> % -- left : % -> % -- right : % -> % -- center : % -> % -- hconcat : (%,%) -> % -- vconcat : (%,%) -> % -- hconcat : List % -> % -- vconcat : List % -> % -- prefix : (%,List %) -> % -- infix : (%,List %) -> % -- infix : (%,%,%) -> % -- postfix : (%,%) -> % -- infix? : % -> Boolean -- elt : (%,List %) -> % -- string : % -> % -- label : (%,%) -> % -- box : % -> % -- matrix : List List % -> % -- zag : (%,%) -> % -- root : % -> % -- root : (%,%) -> % -- over : (%,%) -> % -- slash : (%,%) -> % -- assign : (%,%) -> % -- rarrow : (%,%) -> % -- differentiate : (%,NonNegativeInteger) -> % -- binomial : (%,%) -> % -- sub : (%,%) -> % -- super : (%,%) -> % -- presub : (%,%) -> % -- presuper : (%,%) -> % -- scripts : (%,List %) -> % -- supersub : (%,List %) -> % -- quote : % -> % -- dot : % -> % -- dot : (%,NonNegativeInteger) -> % -- prime : % -> % -- prime : (%,NonNegativeInteger) -> % -- overbar : % -> % -- overlabel : (%,%) -> % -- sum : % -> % -- sum : (%,%) -> % -- sum : (%,%,%) -> % -- prod : % -> % -- prod : (%,%) -> % -- prod : (%,%,%) -> % -- int : % -> % -- int : (%,%) -> % -- int : (%,%,%) -> % -- brace : % -> % -- brace : List % -> % -- bracket : % -> % -- bracket : List % -> % -- paren : % -> % -- paren : List % -> % -- pile : List % -> % -- commaSeparate : List % -> % -- semicolonSeparate : List % -> % -- blankSeparate : List % -> % -- ?=? : (%,%) -> % -- ?~=? : (%,%) -> % -- ? % -- ?>? : (%,%) -> % -- ?<=? : (%,%) -> % -- ?>=? : (%,%) -> % -- ?+? : (%,%) -> % -- ?-? : (%,%) -> % -- -? : % -> % -- ?*? : (%,%) -> % -- ?/? : (%,%) -> % -- ?**? : (%,%) -> % -- ?div? : (%,%) -> % -- ?rem? : (%,%) -> % -- ?quo? : (%,%) -> % -- exquo : (%,%) -> % -- ?and? : (%,%) -> % -- ?or? : (%,%) -> % -- not? : % -> % -- ?..? : (%,%) -> % -- ?SEGMENT : % -> % -- constructor ; compiling file "/tmp/oa-Ufa2lm/code.lsp" (written 01 FEB 2016 10:54:45 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;sform|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;eform|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;iform|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;bless|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;print;$V;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;=;2$B;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;=;3$;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;coerce;$Of;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;outputForm;I$;12|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;outputForm;S$;13|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;outputForm;Df$;14|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;width;$I;16|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;height;$I;17|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;subHeight;$I;18|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;superHeight;$I;19|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;height;I;20|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;width;I;21|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;pile;L$;32|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;commaSeparate;L$;33|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;semicolonSeparate;L$;34|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;brace;2$;36|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;brace;L$;37|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;bracket;2$;38|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;bracket;L$;39|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;paren;2$;40|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;paren;L$;41|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;sub;3$;42|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;super;3$;43|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;presub;3$;44|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;presuper;3$;45|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;scripts;$L$;46|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;hconcat;3$;48|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;hconcat;L$;49|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;vconcat;3$;50|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;vconcat;L$;51|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;~=;3$;52|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;<;3$;53|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;>;3$;54|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;<=;3$;55|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;>=;3$;56|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;+;3$;57|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;-;3$;58|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;-;2$;59|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;*;3$;60|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;/;3$;61|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;**;3$;62|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;div;3$;63|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;rem;3$;64|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;quo;3$;65|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;exquo;3$;66|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;and;3$;67|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;or;3$;68|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;not;2$;69|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;SEGMENT;3$;70|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;SEGMENT;2$;71|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;binomial;3$;72|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;empty;$;73|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;elt;$L$;75|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;postfix;3$;79|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;string;2$;80|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;quote;2$;81|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;overbar;2$;82|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;dot;2$;83|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;prime;2$;84|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;overlabel;3$;87|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;box;2$;88|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;zag;3$;89|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;root;2$;90|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;root;3$;91|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;over;3$;92|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;slash;3$;93|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;assign;3$;94|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;label;3$;95|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;rarrow;3$;96|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;sum;2$;98|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;sum;3$;99|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;sum;4$;100|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;prod;2$;101|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;prod;3$;102|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;prod;4$;103|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;int;2$;104|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;int;3$;105|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;int;4$;106|) ...) ; compiling (DEFUN |OUTFORM;doubleFloatFormat;2S;1| ...) ; compiling (DEFUN |OUTFORM;sform| ...) ; compiling (DEFUN |OUTFORM;eform| ...) ; compiling (DEFUN |OUTFORM;iform| ...) ; compiling (DEFUN |OUTFORM;bless| ...) ; compiling (DEFUN |OUTFORM;print;$V;6| ...) ; compiling (DEFUN |OUTFORM;message;S$;7| ...) ; compiling (DEFUN |OUTFORM;messagePrint;SV;8| ...) ; compiling (DEFUN |OUTFORM;=;2$B;9| ...) ; compiling (DEFUN |OUTFORM;=;3$;10| ...) ; compiling (DEFUN |OUTFORM;coerce;$Of;11| ...) ; compiling (DEFUN |OUTFORM;outputForm;I$;12| ...) ; compiling (DEFUN |OUTFORM;outputForm;S$;13| ...) ; compiling (DEFUN |OUTFORM;outputForm;Df$;14| ...) ; compiling (DEFUN |OUTFORM;outputForm;S$;15| ...) ; compiling (DEFUN |OUTFORM;width;$I;16| ...) ; file: /tmp/oa-Ufa2lm/code.lsp ; in: DEFUN |OUTFORM;width;$I;16| ; (DEFUN BOOT::|OUTFORM;width;$I;16| (BOOT::|a| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|outformWidth| BOOT::|a|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|OUTFORM;width;$I;16| ; (BOOT::|a| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|OUTFORM;width;$I;16| (BOOT::|outformWidth| BOOT::|a|))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |OUTFORM;height;$I;17| ...) ; file: /tmp/oa-Ufa2lm/code.lsp ; in: DEFUN |OUTFORM;height;$I;17| ; (DEFUN BOOT::|OUTFORM;height;$I;17| (BOOT::|a| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|height| BOOT::|a|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|OUTFORM;height;$I;17| ; (BOOT::|a| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|OUTFORM;height;$I;17| (BOOT::|height| BOOT::|a|))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |OUTFORM;subHeight;$I;18| ...) ; file: /tmp/oa-Ufa2lm/code.lsp ; in: DEFUN |OUTFORM;subHeight;$I;18| ; (DEFUN BOOT::|OUTFORM;subHeight;$I;18| (BOOT::|a| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|subspan| BOOT::|a|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|OUTFORM;subHeight;$I;18| ; (BOOT::|a| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|OUTFORM;subHeight;$I;18| (BOOT::|subspan| BOOT::|a|))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |OUTFORM;superHeight;$I;19| ...) ; file: /tmp/oa-Ufa2lm/code.lsp ; in: DEFUN |OUTFORM;superHeight;$I;19| ; (DEFUN BOOT::|OUTFORM;superHeight;$I;19| (BOOT::|a| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|superspan| BOOT::|a|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|OUTFORM;superHeight;$I;19| ; (BOOT::|a| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|OUTFORM;superHeight;$I;19| (BOOT::|superspan| BOOT::|a|))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |OUTFORM;height;I;20| ...) ; compiling (DEFUN |OUTFORM;width;I;21| ...) ; compiling (DEFUN |OUTFORM;center;$I$;22| ...) ; compiling (DEFUN |OUTFORM;left;$I$;23| ...) ; compiling (DEFUN |OUTFORM;right;$I$;24| ...) ; compiling (DEFUN |OUTFORM;center;2$;25| ...) ; compiling (DEFUN |OUTFORM;left;2$;26| ...) ; compiling (DEFUN |OUTFORM;right;2$;27| ...) ; compiling (DEFUN |OUTFORM;vspace;I$;28| ...) ; compiling (DEFUN |OUTFORM;hspace;I$;29| ...) ; file: /tmp/oa-Ufa2lm/code.lsp ; in: DEFUN |OUTFORM;hspace;I$;29| ; (DEFUN BOOT::|OUTFORM;hspace;I$;29| (BOOT::|n| BOOT::$) ; (COND ((NOT (PLUSP BOOT::|n|)) '(BOOT::NOTHING)) ; (T (BOOT::|fillerSpaces| BOOT::|n|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|OUTFORM;hspace;I$;29| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|OUTFORM;hspace;I$;29| ; (COND ((NOT #) '(BOOT::NOTHING)) (T (BOOT::|fillerSpaces| BOOT::|n|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |OUTFORM;rspace;2I$;30| ...) ; compiling (DEFUN |OUTFORM;matrix;L$;31| ...) ; file: /tmp/oa-Ufa2lm/code.lsp ; in: DEFUN |OUTFORM;matrix;L$;31| ; (DEFUN BOOT::|OUTFORM;matrix;L$;31| (BOOT::|ll| BOOT::$) ; (LET ((BOOT::|lv| ; (LET # ; #))) ; (CONS 'BOOT::MATRIX (BOOT::LIST2VEC BOOT::|lv|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|OUTFORM;matrix;L$;31| ; (BOOT::|ll| BOOT::$) ; (BLOCK BOOT::|OUTFORM;matrix;L$;31| ; (LET ((BOOT::|lv| #)) ; (CONS 'BOOT::MATRIX (BOOT::LIST2VEC BOOT::|lv|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |OUTFORM;pile;L$;32| ...) ; compiling (DEFUN |OUTFORM;commaSeparate;L$;33| ...) ; compiling (DEFUN |OUTFORM;semicolonSeparate;L$;34| ...) ; compiling (DEFUN |OUTFORM;blankSeparate;L$;35| ...) ; file: /tmp/oa-Ufa2lm/code.lsp ; in: DEFUN |OUTFORM;blankSeparate;L$;35| ; (DEFUN BOOT::|OUTFORM;blankSeparate;L$;35| (BOOT::|l| BOOT::$) ; (LET ((BOOT::|c| 'BOOT::CONCATB) (BOOT::|l1| NIL)) ; (PROGN ; (LET (#) ; (LOOP # ; #)) ; (CONS BOOT::|c| BOOT::|l1|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|OUTFORM;blankSeparate;L$;35| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|OUTFORM;blankSeparate;L$;35| ; (LET ((BOOT::|c| 'BOOT::CONCATB) (BOOT::|l1| NIL)) ; (PROGN ; (LET # ; #) ; (CONS BOOT::|c| BOOT::|l1|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |OUTFORM;brace;2$;36| ...) ; compiling (DEFUN |OUTFORM;brace;L$;37| ...) ; compiling (DEFUN |OUTFORM;bracket;2$;38| ...) ; compiling (DEFUN |OUTFORM;bracket;L$;39| ...) ; compiling (DEFUN |OUTFORM;paren;2$;40| ...) ; compiling (DEFUN |OUTFORM;paren;L$;41| ...) ; compiling (DEFUN |OUTFORM;sub;3$;42| ...) ; compiling (DEFUN |OUTFORM;super;3$;43| ...) ; compiling (DEFUN |OUTFORM;presub;3$;44| ...) ; compiling (DEFUN |OUTFORM;presuper;3$;45| ...) ; compiling (DEFUN |OUTFORM;scripts;$L$;46| ...) ; compiling (DEFUN |OUTFORM;supersub;$L$;47| ...) ; file: /tmp/oa-Ufa2lm/code.lsp ; in: DEFUN |OUTFORM;supersub;$L$;47| ; (DEFUN BOOT::|OUTFORM;supersub;$L$;47| (BOOT::|a| BOOT::|l| BOOT::$) ; (PROGN ; (COND ((ODDP #) (SETQ #))) ; (CONS 'BOOT::ALTSUPERSUB (CONS BOOT::|a| BOOT::|l|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|OUTFORM;supersub;$L$;47| ; (BOOT::|a| BOOT::|l| BOOT::$) ; (BLOCK BOOT::|OUTFORM;supersub;$L$;47| ; (PROGN ; (COND (# #)) ; (CONS 'BOOT::ALTSUPERSUB (CONS BOOT::|a| BOOT::|l|))))) ; ; note: Assignment to argument: |l| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |OUTFORM;hconcat;3$;48| ...) ; compiling (DEFUN |OUTFORM;hconcat;L$;49| ...) ; compiling (DEFUN |OUTFORM;vconcat;3$;50| ...) ; compiling (DEFUN |OUTFORM;vconcat;L$;51| ...) ; compiling (DEFUN |OUTFORM;~=;3$;52| ...) ; compiling (DEFUN |OUTFORM;<;3$;53| ...) ; compiling (DEFUN |OUTFORM;>;3$;54| ...) ; compiling (DEFUN |OUTFORM;<=;3$;55| ...) ; compiling (DEFUN |OUTFORM;>=;3$;56| ...) ; compiling (DEFUN |OUTFORM;+;3$;57| ...) ; compiling (DEFUN |OUTFORM;-;3$;58| ...) ; compiling (DEFUN |OUTFORM;-;2$;59| ...) ; compiling (DEFUN |OUTFORM;*;3$;60| ...) ; compiling (DEFUN |OUTFORM;/;3$;61| ...) ; compiling (DEFUN |OUTFORM;**;3$;62| ...) ; compiling (DEFUN |OUTFORM;div;3$;63| ...) ; compiling (DEFUN |OUTFORM;rem;3$;64| ...) ; compiling (DEFUN |OUTFORM;quo;3$;65| ...) ; compiling (DEFUN |OUTFORM;exquo;3$;66| ...) ; compiling (DEFUN |OUTFORM;and;3$;67| ...) ; compiling (DEFUN |OUTFORM;or;3$;68| ...) ; compiling (DEFUN |OUTFORM;not;2$;69| ...) ; compiling (DEFUN |OUTFORM;SEGMENT;3$;70| ...) ; compiling (DEFUN |OUTFORM;SEGMENT;2$;71| ...) ; compiling (DEFUN |OUTFORM;binomial;3$;72| ...) ; compiling (DEFUN |OUTFORM;empty;$;73| ...) ; compiling (DEFUN |OUTFORM;infix?;$B;74| ...) ; file: /tmp/oa-Ufa2lm/code.lsp ; in: DEFUN |OUTFORM;infix?;$B;74| ; (DEFUN BOOT::|OUTFORM;infix?;$B;74| (BOOT::|a| BOOT::$) ; (LET ((BOOT::|e| (COND # # #))) ; (NOT (NULL (GET BOOT::|e| 'BOOT::INFIXOP))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|OUTFORM;infix?;$B;74| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|OUTFORM;infix?;$B;74| ; (LET ((BOOT::|e| #)) ; (NOT (NULL #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |OUTFORM;elt;$L$;75| ...) ; compiling (DEFUN |OUTFORM;prefix;$L$;76| ...) ; compiling (DEFUN |OUTFORM;infix;$L$;77| ...) ; compiling (DEFUN |OUTFORM;infix;4$;78| ...) ; compiling (DEFUN |OUTFORM;postfix;3$;79| ...) ; compiling (DEFUN |OUTFORM;string;2$;80| ...) ; compiling (DEFUN |OUTFORM;quote;2$;81| ...) ; compiling (DEFUN |OUTFORM;overbar;2$;82| ...) ; compiling (DEFUN |OUTFORM;dot;2$;83| ...) ; compiling (DEFUN |OUTFORM;prime;2$;84| ...) ; compiling (DEFUN |OUTFORM;dot;$Nni$;85| ...) ; compiling (DEFUN |OUTFORM;prime;$Nni$;86| ...) ; compiling (DEFUN |OUTFORM;overlabel;3$;87| ...) ; compiling (DEFUN |OUTFORM;box;2$;88| ...) ; compiling (DEFUN |OUTFORM;zag;3$;89| ...) ; compiling (DEFUN |OUTFORM;root;2$;90| ...) ; compiling (DEFUN |OUTFORM;root;3$;91| ...) ; compiling (DEFUN |OUTFORM;over;3$;92| ...) ; compiling (DEFUN |OUTFORM;slash;3$;93| ...) ; compiling (DEFUN |OUTFORM;assign;3$;94| ...) ; compiling (DEFUN |OUTFORM;label;3$;95| ...) ; compiling (DEFUN |OUTFORM;rarrow;3$;96| ...) ; compiling (DEFUN |OUTFORM;differentiate;$Nni$;97| ...) ; file: /tmp/oa-Ufa2lm/code.lsp ; in: DEFUN |OUTFORM;differentiate;$Nni$;97| ; (BOOT::|moanRetract| BOOT::|nn| '(BOOT::|PositiveInteger|)) ; ==> ; BOOT::|nn| ; ; note: deleting unreachable code ; '(BOOT::|PositiveInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |OUTFORM;sum;2$;98| ...) ; compiling (DEFUN |OUTFORM;sum;3$;99| ...) ; compiling (DEFUN |OUTFORM;sum;4$;100| ...) ; compiling (DEFUN |OUTFORM;prod;2$;101| ...) ; compiling (DEFUN |OUTFORM;prod;3$;102| ...) ; compiling (DEFUN |OUTFORM;prod;4$;103| ...) ; compiling (DEFUN |OUTFORM;int;2$;104| ...) ; compiling (DEFUN |OUTFORM;int;3$;105| ...) ; compiling (DEFUN |OUTFORM;int;4$;106| ...) ; compiling (DEFUN |OutputForm| ...) ; compiling (DEFUN |OutputForm;| ...) ; compiling (MAKEPROP (QUOTE |OutputForm|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 5 STYLE-WARNING conditions ; printed 7 notes ; /tmp/oa-Ufa2lm/code.fasl written ; compilation finished in 0:00:00.275 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile VOID.spad && cp VOID.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/VOID.fasl \ && if test -f VOID-.NRLIB/code.fasl; then \ cp VOID-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/VOID-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/VOID.spad using Spad compiler. VOID abbreviates domain Void debug: compDefine1 lhs: (Void) signature (pre-evaluate): ((Join (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE void ($))))) debug: evaluateType form: (Join (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE void ($)))) $param: NIL debug: evaluateType form: (CoercibleTo (OutputForm)) $param: NIL Debug: evaluateType1 form: (CoercibleTo (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE void ($))) $param: NIL debug: compDefine1 signature (post evaluate): ((Join (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE void ($))))) ------------------------------------------------------------------------ initializing stationary directory for Void compiling into /tmp/oa-7WS0Z1 compiling exported void : () -> % VOID;void;$;1 is replaced by voidValue Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor Void Time: 0.02 seconds finalizing NRLIB VOID Processing Void for Browser database: -- void : () -> % -- constructor ; compiling file "/tmp/oa-7WS0Z1/code.lsp" (written 01 FEB 2016 10:54:45 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |VOID;void;$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |VOID;void;$;1| ...) ; compiling (DEFUN |VOID;coerce;$Of;2| ...) ; file: /tmp/oa-7WS0Z1/code.lsp ; in: DEFUN |VOID;coerce;$Of;2| ; (DEFUN BOOT::|VOID;coerce;$Of;2| (BOOT::|v| BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 8))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|VOID;coerce;$Of;2| ; (BOOT::|v| BOOT::$) ; (BLOCK BOOT::|VOID;coerce;$Of;2| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 8)))) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |Void| ...) ; compiling (DEFUN |Void;| ...) ; compiling (MAKEPROP (QUOTE |Void|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; /tmp/oa-7WS0Z1/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/LOGIC.fasl --optimize=3 LOGIC.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LOGIC.spad using Spad compiler. LOGIC abbreviates category Logic debug: compDefine1 lhs: (Logic) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for Logic compiling into /tmp/oa-7kncn8 STYLE-WARNING: redefining BOOT::|Logic| in DEFUN Time: 0.00 SEC. LOGIC- abbreviates package Logic& ------------------------------------------------------------------------ initializing stationary directory for Logic& compiling into /tmp/oa-vnfCVm compiling exported \/ : (S,S) -> S Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor Logic& Time: 0.00 seconds finalizing NRLIB LOGIC- ; compiling file "/tmp/oa-vnfCVm/code.lsp" (written 01 FEB 2016 10:54:45 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LOGIC-;\\/;3$;1| ...) ; compiling (DEFUN |Logic&| ...) ; compiling (MAKEPROP (QUOTE |Logic&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-vnfCVm/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ finalizing NRLIB LOGIC Processing Logic for Browser database: -- ~? : % -> % -- ?/\? : (%,%) -> % -- ?\/? : (%,%) -> % -- constructor ; compiling file "/tmp/oa-7kncn8/code.lsp" (written 01 FEB 2016 10:54:45 PM): ; compiling (DEFPARAMETER |Logic;AL| ...) ; compiling (DEFUN |Logic;| ...) ; compiling (DEFUN |Logic| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-7kncn8/code.fasl written ; compilation finished in 0:00:00.006 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/BOOLE.fasl --optimize=3 BOOLE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/BOOLE.spad using Spad compiler. BOOLE abbreviates category BooleanLogic debug: compDefine1 lhs: (BooleanLogic) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for BooleanLogic compiling into /tmp/oa-GWza8i STYLE-WARNING: redefining BOOT::|BooleanLogic| in DEFUN Time: 0.00 SEC. BOOLE- abbreviates package BooleanLogic& ------------------------------------------------------------------------ initializing stationary directory for BooleanLogic& compiling into /tmp/oa-GpBHYx compiling exported not : S -> S Time: 0.00 SEC. compiling exported and : (S,S) -> S Time: 0 SEC. compiling exported or : (S,S) -> S Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor BooleanLogic& Time: 0.00 seconds finalizing NRLIB BOOLE- ; compiling file "/tmp/oa-GpBHYx/code.lsp" (written 01 FEB 2016 10:54:45 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |BOOLE-;not;2$;1| ...) ; compiling (DEFUN |BOOLE-;and;3$;2| ...) ; compiling (DEFUN |BOOLE-;or;3$;3| ...) ; compiling (DEFUN |BooleanLogic&| ...) ; compiling (MAKEPROP (QUOTE |BooleanLogic&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-GpBHYx/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ finalizing NRLIB BOOLE Processing BooleanLogic for Browser database: -- not? : % -> % -- ?and? : (%,%) -> % -- ?or? : (%,%) -> % -- constructor ; compiling file "/tmp/oa-GWza8i/code.lsp" (written 01 FEB 2016 10:54:45 PM): ; compiling (DEFPARAMETER |BooleanLogic;AL| ...) ; compiling (DEFUN |BooleanLogic;| ...) ; compiling (DEFUN |BooleanLogic| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-GWza8i/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/PROPLOG.fasl --optimize=3 PROPLOG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PROPLOG.spad using Spad compiler. PROPLOG abbreviates category PropositionalLogic debug: compDefine1 lhs: (PropositionalLogic) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for PropositionalLogic compiling into /tmp/oa-PPibbq STYLE-WARNING: redefining BOOT::|PropositionalLogic| in DEFUN Time: 0.01 SEC. finalizing NRLIB PROPLOG Processing PropositionalLogic for Browser database: -- true : () -> % -- false : () -> % -- implies : (%,%) -> % -- equiv : (%,%) -> % -- constructor ; compiling file "/tmp/oa-PPibbq/code.lsp" (written 01 FEB 2016 10:54:45 PM): ; compiling (DEFPARAMETER |PropositionalLogic;AL| ...) ; compiling (DEFUN |PropositionalLogic;| ...) ; compiling (DEFUN |PropositionalLogic| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-PPibbq/code.fasl written ; compilation finished in 0:00:00.006 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/ORDTYPE.fasl --optimize=3 ORDTYPE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ORDTYPE.spad using Spad compiler. ORDTYPE abbreviates category OrderedType debug: compDefine1 lhs: (OrderedType) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for OrderedType compiling into /tmp/oa-hY5KUw STYLE-WARNING: redefining BOOT::|OrderedType| in DEFUN Time: 0 SEC. ORDTYPE- abbreviates package OrderedType& ------------------------------------------------------------------------ initializing stationary directory for OrderedType& compiling into /tmp/oa-g8qVeM compiling exported > : (S,S) -> Boolean Time: 0.00 SEC. compiling exported <= : (S,S) -> Boolean Time: 0.00 SEC. compiling exported >= : (S,S) -> Boolean Time: 0 SEC. compiling exported = : (S,S) -> Boolean Time: 0.00 SEC. compiling exported max : (S,S) -> S Time: 0 SEC. compiling exported min : (S,S) -> S Time: 0 SEC. compiling exported before? : (S,S) -> Boolean Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor OrderedType& Time: 0.02 seconds finalizing NRLIB ORDTYPE- ; compiling file "/tmp/oa-g8qVeM/code.lsp" (written 01 FEB 2016 10:54:45 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ORDTYPE-;>;2$B;1| ...) ; file: /tmp/oa-g8qVeM/code.lsp ; in: DEFUN |ORDTYPE-;>;2$B;1| ; (DEFUN BOOT::|ORDTYPE-;>;2$B;1| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|y| BOOT::|x| (BOOT::|shellEntry| BOOT::$ 8))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ORDTYPE-;>;2$B;1| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|ORDTYPE-;>;2$B;1| ; (BOOT::SPADCALL BOOT::|y| BOOT::|x| (BOOT::|shellEntry| BOOT::$ 8)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |ORDTYPE-;<=;2$B;2| ...) ; compiling (DEFUN |ORDTYPE-;>=;2$B;3| ...) ; compiling (DEFUN |ORDTYPE-;=;2$B;4| ...) ; compiling (DEFUN |ORDTYPE-;max;3$;5| ...) ; compiling (DEFUN |ORDTYPE-;min;3$;6| ...) ; compiling (DEFUN |ORDTYPE-;before?;2$B;7| ...) ; file: /tmp/oa-g8qVeM/code.lsp ; in: DEFUN |ORDTYPE-;before?;2$B;7| ; (DEFUN BOOT::|ORDTYPE-;before?;2$B;7| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 8))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ORDTYPE-;before?;2$B;7| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|ORDTYPE-;before?;2$B;7| ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 8)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |OrderedType&| ...) ; compiling (MAKEPROP (QUOTE |OrderedType&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-g8qVeM/code.fasl written ; compilation finished in 0:00:00.018 ------------------------------------------------------------------------ finalizing NRLIB ORDTYPE Processing OrderedType for Browser database: -- ? Boolean -- ?>? : (%,%) -> Boolean -- ?<=? : (%,%) -> Boolean -- ?>=? : (%,%) -> Boolean -- max : (%,%) -> % -- min : (%,%) -> % -- constructor ; compiling file "/tmp/oa-hY5KUw/code.lsp" (written 01 FEB 2016 10:54:45 PM): ; compiling (DEFPARAMETER |OrderedType;AL| ...) ; compiling (DEFUN |OrderedType;| ...) ; compiling (DEFUN |OrderedType| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-hY5KUw/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/ORDSET.fasl --optimize=3 ORDSET.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ORDSET.spad using Spad compiler. ORDSET abbreviates category OrderedSet debug: compDefine1 lhs: (OrderedSet) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for OrderedSet compiling into /tmp/oa-E5IJEu STYLE-WARNING: redefining BOOT::|OrderedSet| in DEFUN Time: 0.00 SEC. finalizing NRLIB ORDSET Processing OrderedSet for Browser database: -- constructor ; compiling file "/tmp/oa-E5IJEu/code.lsp" (written 01 FEB 2016 10:54:46 PM): ; compiling (DEFPARAMETER |OrderedSet;AL| ...) ; compiling (DEFUN |OrderedSet;| ...) ; compiling (DEFUN |OrderedSet| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-E5IJEu/code.fasl written ; compilation finished in 0:00:00.006 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/FINITE.fasl --optimize=3 FINITE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FINITE.spad using Spad compiler. FINITE abbreviates category Finite debug: compDefine1 lhs: (Finite) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for Finite compiling into /tmp/oa-TlkqzD STYLE-WARNING: redefining BOOT::|Finite| in DEFUN Time: 0.00 SEC. FINITE- abbreviates package Finite& ------------------------------------------------------------------------ initializing stationary directory for Finite& compiling into /tmp/oa-Ul0dsT compiling local succ : NonNegativeInteger -> PositiveInteger FINITE-;succ x is replaced by %iadd(1,x) Time: 0.04 SEC. compiling exported random : () -> S Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Warnings: [1] succ: : PositiveInteger -- replace by pretend Cumulative Statistics for Constructor Finite& Time: 0.04 seconds finalizing NRLIB FINITE- ; compiling file "/tmp/oa-Ul0dsT/code.lsp" (written 01 FEB 2016 10:54:46 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FINITE-;succ|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FINITE-;succ| ...) ; compiling (DEFUN |FINITE-;random;$;2| ...) ; compiling (DEFUN |Finite&| ...) ; compiling (MAKEPROP (QUOTE |Finite&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-Ul0dsT/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ finalizing NRLIB FINITE Processing Finite for Browser database: -- size : () -> NonNegativeInteger -- index : PositiveInteger -> % -- lookup : % -> PositiveInteger -- random : () -> % -- constructor ; compiling file "/tmp/oa-TlkqzD/code.lsp" (written 01 FEB 2016 10:54:46 PM): ; compiling (DEFPARAMETER |Finite;AL| ...) ; compiling (DEFUN |Finite;| ...) ; compiling (DEFUN |Finite| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-TlkqzD/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/ORDFIN.fasl --optimize=3 ORDFIN.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ORDFIN.spad using Spad compiler. ORDFIN abbreviates category OrderedFinite debug: compDefine1 lhs: (OrderedFinite) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for OrderedFinite compiling into /tmp/oa-ht0buM STYLE-WARNING: redefining BOOT::|OrderedFinite| in DEFUN Time: 0.01 SEC. finalizing NRLIB ORDFIN Processing OrderedFinite for Browser database: -- min : () -> % -- max : () -> % -- constructor ; compiling file "/tmp/oa-ht0buM/code.lsp" (written 01 FEB 2016 10:54:46 PM): ; compiling (DEFPARAMETER |OrderedFinite;AL| ...) ; compiling (DEFUN |OrderedFinite;| ...) ; compiling (DEFUN |OrderedFinite| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-ht0buM/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/KONVERT.fasl --optimize=3 KONVERT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/KONVERT.spad using Spad compiler. KONVERT abbreviates category ConvertibleTo debug: compDefine1 lhs: (ConvertibleTo S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (ConvertibleTo S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for ConvertibleTo compiling into /tmp/oa-QvXRFU STYLE-WARNING: redefining BOOT::|ConvertibleTo| in DEFUN Time: 0.00 SEC. finalizing NRLIB KONVERT Processing ConvertibleTo for Browser database: -- convert : % -> S -- constructor ; compiling file "/tmp/oa-QvXRFU/code.lsp" (written 01 FEB 2016 10:54:46 PM): ; compiling (DEFPARAMETER |ConvertibleTo;AL| ...) ; compiling (DEFUN |ConvertibleTo;| ...) ; compiling (DEFUN |ConvertibleTo| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-QvXRFU/code.fasl written ; compilation finished in 0:00:00.006 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/SEXCAT.fasl --optimize=3 SEXCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SEXCAT.spad using Spad compiler. SEXCAT abbreviates category SExpressionCategory debug: compDefine1 lhs: (SExpressionCategory Str Sym Int Flt Expr) signature (pre-evaluate): ((Category) NIL NIL NIL NIL NIL) debug: evaluateType form: (Category) $param: (Str Sym Int Flt Expr) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for SExpressionCategory compiling into /tmp/oa-Turro1 STYLE-WARNING: redefining BOOT::|SExpressionCategory| in DEFUN Time: 0.02 SEC. finalizing NRLIB SEXCAT Processing SExpressionCategory for Browser database: -- eq : (%,%) -> Boolean -- null? : % -> Boolean -- atom? : % -> Boolean -- pair? : % -> Boolean -- list? : % -> Boolean -- string? : % -> Boolean -- symbol? : % -> Boolean -- integer? : % -> Boolean -- float? : % -> Boolean -- destruct : % -> List % -- string : % -> Str -- symbol : % -> Sym -- integer : % -> Int -- float : % -> Flt -- expr : % -> Expr -- car : % -> % -- cdr : % -> % -- #? : % -> Integer -- constructor ; compiling file "/tmp/oa-Turro1/code.lsp" (written 01 FEB 2016 10:54:46 PM): ; compiling (DEFPARAMETER |SExpressionCategory;AL| ...) ; compiling (DEFUN |SExpressionCategory;| ...) ; compiling (DEFUN |SExpressionCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Turro1/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/REF.fasl --optimize=3 REF.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/REF.spad using Spad compiler. REF abbreviates domain Reference debug: compDefine1 lhs: (Reference S) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE ref ($ S)) (SIGNATURE deref (S $)) (SIGNATURE setref (S $ S)) (SIGNATURE = ((Boolean) $ $)))) (Type)) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (SIGNATURE ref ($ S)) (SIGNATURE deref (S $)) (SIGNATURE setref (S $ S)) (SIGNATURE = ((Boolean) $ $)))) $param: (S) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE ref ($ S)) (SIGNATURE deref (S $)) (SIGNATURE setref (S $ S)) (SIGNATURE = ((Boolean) $ $))) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE ref ($ S)) (SIGNATURE deref (S $)) (SIGNATURE setref (S $ S)) (SIGNATURE = ((Boolean) $ $)))) (Type)) debug: compDefine1 lhs: (Reference S) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE ref ($ S)) (SIGNATURE deref (S $)) (SIGNATURE setref (S $ S)) (SIGNATURE = ((Boolean) $ $)))) NIL) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (SIGNATURE ref ($ S)) (SIGNATURE deref (S $)) (SIGNATURE setref (S $ S)) (SIGNATURE = ((Boolean) $ $)))) $param: (S) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE ref ($ S)) (SIGNATURE deref (S $)) (SIGNATURE setref (S $ S)) (SIGNATURE = ((Boolean) $ $))) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE ref ($ S)) (SIGNATURE deref (S $)) (SIGNATURE setref (S $ S)) (SIGNATURE = ((Boolean) $ $)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for Reference compiling into /tmp/oa-ya2kSb compiling exported = : (%,%) -> Boolean REF;=;2$B;1 is replaced by %peq Time: 0.00 SEC. compiling exported ref : S -> % REF;ref;S$;2 is replaced by %list Time: 0.00 SEC. compiling exported deref : % -> S REF;deref;$S;3 is replaced by %head Time: 0 SEC. compiling exported setref : (%,S) -> S Time: 0 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE ?) m: (OutputForm) Debug compQuote expr: (QUOTE ref) m: (OutputForm) Debug compQuote expr: (QUOTE ref) m: (OutputForm) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor Reference Time: 0.03 seconds finalizing NRLIB REF Processing Reference for Browser database: -- ref : S -> % -- deref : % -> S -- setref : (%,S) -> S -- ?=? : (%,%) -> Boolean -- constructor ; compiling file "/tmp/oa-ya2kSb/code.lsp" (written 01 FEB 2016 10:54:46 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |REF;=;2$B;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |REF;ref;S$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |REF;deref;$S;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |REF;=;2$B;1| ...) ; compiling (DEFUN |REF;ref;S$;2| ...) ; compiling (DEFUN |REF;deref;$S;3| ...) ; compiling (DEFUN |REF;setref;$2S;4| ...) ; file: /tmp/oa-ya2kSb/code.lsp ; in: DEFUN |REF;setref;$2S;4| ; (DEFUN BOOT::|REF;setref;$2S;4| (BOOT::|p| BOOT::|v| BOOT::$) ; (PROGN (RPLACA BOOT::|p| BOOT::|v|) (CAR BOOT::|p|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|REF;setref;$2S;4| ; (BOOT::|p| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|REF;setref;$2S;4| ; (PROGN (RPLACA BOOT::|p| BOOT::|v|) (CAR BOOT::|p|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |REF;coerce;$Of;5| ...) ; compiling (DEFUN |Reference| ...) ; compiling (DEFUN |Reference;| ...) ; compiling (MAKEPROP (QUOTE |Reference|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; /tmp/oa-ya2kSb/code.fasl written ; compilation finished in 0:00:00.020 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/ALAGG.fasl --optimize=3 ALAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ALAGG.spad using Spad compiler. ALAGG abbreviates category AssociationListAggregate debug: compDefine1 lhs: (AssociationListAggregate Key Entry) signature (pre-evaluate): ((Category) (SetCategory) (SetCategory)) debug: evaluateType form: (Category) $param: (Key Entry) debug: evaluateType form: (SetCategory) $param: (Key Entry) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (SetCategory) $param: (Key Entry) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Category) (SetCategory) (SetCategory)) debug: compDefine1 lhs: (AssociationListAggregate Key Entry) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (Key Entry) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for AssociationListAggregate compiling into /tmp/oa-LrGHSh STYLE-WARNING: redefining BOOT::|AssociationListAggregate| in DEFUN Time: 0.01 SEC. finalizing NRLIB ALAGG Processing AssociationListAggregate for Browser database: -- assoc : (Key,%) -> Maybe Record(key: Key,entry: Entry) -- constructor ; compiling file "/tmp/oa-LrGHSh/code.lsp" (written 01 FEB 2016 10:54:46 PM): ; compiling (DEFPARAMETER |AssociationListAggregate;AL| ...) ; compiling (DEFUN |AssociationListAggregate;| ...) ; compiling (DEFUN |AssociationListAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-LrGHSh/code.fasl written ; compilation finished in 0:00:00.028 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/ALIST.fasl --optimize=3 ALIST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ALIST.spad using Spad compiler. ALIST abbreviates domain AssociationList debug: compDefine1 lhs: (AssociationList Key Entry) signature (pre-evaluate): ((AssociationListAggregate Key Entry) (SetCategory) (SetCategory)) debug: evaluateType form: (AssociationListAggregate Key Entry) $param: (Key Entry) Debug: evaluateType1 form: (AssociationListAggregate Key Entry) debug: evaluateType1 x: Key m: (SetCategory) debug: evaluateType1 x: Entry m: (SetCategory) debug: evaluateType form: (SetCategory) $param: (Key Entry) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (SetCategory) $param: (Key Entry) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((AssociationListAggregate Key Entry) (SetCategory) (SetCategory)) debug: compDefine1 lhs: (AssociationList Key Entry) signature (pre-evaluate): ((AssociationListAggregate Key Entry) NIL NIL) debug: evaluateType form: (AssociationListAggregate Key Entry) $param: (Key Entry) Debug: evaluateType1 form: (AssociationListAggregate Key Entry) debug: evaluateType1 x: Key m: (SetCategory) debug: evaluateType1 x: Entry m: (SetCategory) debug: compDefine1 signature (post evaluate): ((AssociationListAggregate Key Entry) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for AssociationList compiling into /tmp/oa-pONDey compiling exported dictionary : () -> % ALIST;dictionary;$;1 is replaced by %list %nil Time: 0.04 SEC. compiling exported dictionary : List Record(key: Key,entry: Entry) -> % ALIST;dictionary;L$;2 is replaced by %list Time: 0.00 SEC. compiling exported empty : () -> % ALIST;empty;$;3 is replaced by %list %nil Time: 0 SEC. compiling exported empty? : % -> Boolean ALIST;empty?;$B;4 t is replaced by %lempty? %head t Time: 0.01 SEC. compiling exported entries : % -> List Record(key: Key,entry: Entry) ALIST;entries;$L;5 is replaced by %head Time: 0.00 SEC. compiling exported members : % -> List Record(key: Key,entry: Entry) ALIST;members;$L;6 is replaced by %head Time: 0.01 SEC. compiling exported keys : % -> List Key Time: 0.02 SEC. compiling exported # : % -> NonNegativeInteger ALIST;#;$Nni;8 t is replaced by %llength %head t Time: 0.05 SEC. compiling exported first : % -> Record(key: Key,entry: Entry) ALIST;first;$R;9 t is replaced by SPADfirst %head t Time: 0.01 SEC. compiling exported rest : % -> % ALIST;rest;2$;10 t is replaced by %list %tail %head t Time: 0.00 SEC. compiling exported concat : (Record(key: Key,entry: Entry),%) -> % ALIST;concat;R2$;11(p,t) is replaced by %list %pair(p,%head t) Time: 0.01 SEC. compiling exported setrest! : (%,%) -> % Time: 0.00 SEC. compiling exported setfirst! : (%,Record(key: Key,entry: Entry)) -> Record(key: Key,entry: Entry) Time: 0.01 SEC. compiling exported minIndex : % -> Integer ALIST;minIndex;$I;14 a is replaced by 1 Time: 0.01 SEC. compiling exported maxIndex : % -> Integer Time: 0.01 SEC. compiling exported search : (Key,%) -> Union(Entry,failed) Time: 0.01 SEC. compiling exported latex : % -> String Time: 0.03 SEC. compiling exported assoc : (Key,%) -> Maybe Record(key: Key,entry: Entry) Time: 0.02 SEC. compiling exported setelt : (%,Key,Entry) -> Entry Time: 0.02 SEC. compiling exported remove! : (Key,%) -> Union(Entry,failed) Time: 0.03 SEC. (time taken in buildFunctor: 160) Time: 0.20 SEC. Cumulative Statistics for Constructor AssociationList Time: 0.51 seconds finalizing NRLIB ALIST Processing AssociationList for Browser database: -- constructor ; compiling file "/tmp/oa-pONDey/code.lsp" (written 01 FEB 2016 10:54:47 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ALIST;dictionary;$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ALIST;dictionary;L$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ALIST;empty;$;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ALIST;empty?;$B;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ALIST;entries;$L;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ALIST;members;$L;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ALIST;#;$Nni;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ALIST;first;$R;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ALIST;rest;2$;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ALIST;concat;R2$;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ALIST;minIndex;$I;14|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ALIST;dictionary;$;1| ...) ; compiling (DEFUN |ALIST;dictionary;L$;2| ...) ; compiling (DEFUN |ALIST;empty;$;3| ...) ; compiling (DEFUN |ALIST;empty?;$B;4| ...) ; compiling (DEFUN |ALIST;entries;$L;5| ...) ; compiling (DEFUN |ALIST;members;$L;6| ...) ; compiling (DEFUN |ALIST;keys;$L;7| ...) ; file: /tmp/oa-pONDey/code.lsp ; in: DEFUN |ALIST;keys;$L;7| ; (DEFUN BOOT::|ALIST;keys;$L;7| (BOOT::|t| BOOT::$) ; (LET ((#:G1278 (CAR BOOT::|t|)) (#:G560 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G1278 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ALIST;keys;$L;7| ; (BOOT::|t| BOOT::$) ; (BLOCK BOOT::|ALIST;keys;$L;7| ; (LET ((#:G1278 #) (#:G560 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |ALIST;#;$Nni;8| ...) ; compiling (DEFUN |ALIST;first;$R;9| ...) ; file: /tmp/oa-pONDey/code.lsp ; in: DEFUN |ALIST;first;$R;9| ; (DEFUN BOOT::|ALIST;first;$R;9| (BOOT::|t| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|SPADfirst| (CAR BOOT::|t|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ALIST;first;$R;9| ; (BOOT::|t| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|ALIST;first;$R;9| (BOOT::|SPADfirst| (CAR BOOT::|t|)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ALIST;rest;2$;10| ...) ; compiling (DEFUN |ALIST;concat;R2$;11| ...) ; compiling (DEFUN |ALIST;setrest!;3$;12| ...) ; compiling (DEFUN |ALIST;setfirst!;$2R;13| ...) ; file: /tmp/oa-pONDey/code.lsp ; in: DEFUN |ALIST;setfirst!;$2R;13| ; (DEFUN BOOT::|ALIST;setfirst!;$2R;13| (BOOT::|a| BOOT::|p| BOOT::$) ; (BOOT::SPADCALL (CAR BOOT::|a|) BOOT::|p| (BOOT::|shellEntry| BOOT::$ 36))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ALIST;setfirst!;$2R;13| ; (BOOT::|a| BOOT::|p| BOOT::$) ; (BLOCK BOOT::|ALIST;setfirst!;$2R;13| ; (BOOT::SPADCALL (CAR BOOT::|a|) BOOT::|p| ; (BOOT::|shellEntry| BOOT::$ 36)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ALIST;minIndex;$I;14| ...) ; file: /tmp/oa-pONDey/code.lsp ; in: DEFUN |ALIST;minIndex;$I;14| ; (DEFUN BOOT::|ALIST;minIndex;$I;14| (BOOT::|a| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; 1) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ALIST;minIndex;$I;14| ; (BOOT::|a| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|ALIST;minIndex;$I;14| 1)) ; ; caught STYLE-WARNING: ; The variable |a| is defined but never used. ; compiling (DEFUN |ALIST;maxIndex;$I;15| ...) ; file: /tmp/oa-pONDey/code.lsp ; in: DEFUN |ALIST;maxIndex;$I;15| ; (DEFUN BOOT::|ALIST;maxIndex;$I;15| (BOOT::|a| BOOT::$) ; (BOOT::SPADCALL (CAR BOOT::|a|) (BOOT::|shellEntry| BOOT::$ 41))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ALIST;maxIndex;$I;15| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|ALIST;maxIndex;$I;15| ; (BOOT::SPADCALL (CAR BOOT::|a|) (BOOT::|shellEntry| BOOT::$ 41)))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |ALIST;search;Key$U;16| ...) ; compiling (DEFUN |ALIST;latex;$S;17| ...) ; file: /tmp/oa-pONDey/code.lsp ; in: DEFUN |ALIST;latex;$S;17| ; (DEFUN BOOT::|ALIST;latex;$S;17| (BOOT::|a| BOOT::$) ; (PROG (BOOT::|r|) ; (RETURN ; (LET (# #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ALIST;latex;$S;17| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|ALIST;latex;$S;17| ; (PROG (BOOT::|r|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |ALIST;assoc;Key$M;18| ...) ; compiling (DEFUN |ALIST;setelt;$Key2Entry;19| ...) ; compiling (DEFUN |ALIST;remove!;Key$U;20| ...) ; compiling (DEFUN |AssociationList| ...) ; compiling (DEFUN |AssociationList;| ...) ; compiling (MAKEPROP (QUOTE |AssociationList|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 5 notes ; /tmp/oa-pONDey/code.fasl written ; compilation finished in 0:00:00.066 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/PRIMARR.fasl --optimize=3 PRIMARR.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PRIMARR.spad using Spad compiler. PRIMARR abbreviates domain PrimitiveArray debug: compDefine1 lhs: (PrimitiveArray S) signature (pre-evaluate): ((OneDimensionalArrayAggregate S) (Type)) debug: evaluateType form: (OneDimensionalArrayAggregate S) $param: (S) Debug: evaluateType1 form: (OneDimensionalArrayAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((OneDimensionalArrayAggregate S) (Type)) debug: compDefine1 lhs: (PrimitiveArray S) signature (pre-evaluate): ((OneDimensionalArrayAggregate S) NIL) debug: evaluateType form: (OneDimensionalArrayAggregate S) $param: (S) Debug: evaluateType1 form: (OneDimensionalArrayAggregate S) debug: evaluateType1 x: S m: (Type) debug: compDefine1 signature (post evaluate): ((OneDimensionalArrayAggregate S) NIL) ------------------------------------------------------------------------ initializing stationary directory for PrimitiveArray compiling into /tmp/oa-jvkOfi compiling exported # : % -> NonNegativeInteger PRIMARR;#;$Nni;1 is replaced by %vlength Time: 0.02 SEC. compiling exported minIndex : % -> Integer PRIMARR;minIndex;$I;2 x is replaced by 0 Time: 0 SEC. compiling exported empty : () -> % Time: 0 SEC. compiling exported construct : List S -> % Time: 0.01 SEC. compiling exported new : (NonNegativeInteger,S) -> % Time: 0 SEC. compiling exported qelt : (%,Integer) -> S PRIMARR;qelt;$IS;6 is replaced by %aref Time: 0 SEC. compiling exported elt : (%,Integer) -> S PRIMARR;elt;$IS;7 is replaced by %aref Time: 0 SEC. compiling exported qsetelt! : (%,Integer,S) -> S Time: 0 SEC. compiling exported setelt : (%,Integer,S) -> S Time: 0 SEC. compiling exported fill! : (%,S) -> % PRIMARR;fill!;$S$;10 is replaced by %vfill Time: 0.00 SEC. compiling exported copy : % -> % PRIMARR;copy;2$;11 is replaced by %vcopy Time: 0 SEC. compiling exported maxIndex : % -> Integer PRIMARR;maxIndex;$I;12 x is replaced by %isub(%vlength x,1) Time: 0 SEC. compiling exported members : % -> List S PRIMARR;members;$L;13 is replaced by %array2list Time: 0.00 SEC. (time taken in buildFunctor: 4) Time: 0.05 SEC. Cumulative Statistics for Constructor PrimitiveArray Time: 0.09 seconds finalizing NRLIB PRIMARR Processing PrimitiveArray for Browser database: -- constructor ; compiling file "/tmp/oa-jvkOfi/code.lsp" (written 01 FEB 2016 10:54:47 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PRIMARR;#;$Nni;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PRIMARR;minIndex;$I;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PRIMARR;qelt;$IS;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PRIMARR;elt;$IS;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PRIMARR;fill!;$S$;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PRIMARR;copy;2$;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PRIMARR;maxIndex;$I;12|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PRIMARR;members;$L;13|) ...) ; compiling (PUT (QUOTE |PRIMARR;empty;$;3|) ...) ; compiling (PUT (QUOTE |PRIMARR;construct;L$;4|) ...) ; compiling (PUT (QUOTE |PRIMARR;new;NniS$;5|) ...) ; compiling (DEFUN |PRIMARR;#;$Nni;1| ...) ; compiling (DEFUN |PRIMARR;minIndex;$I;2| ...) ; file: /tmp/oa-jvkOfi/code.lsp ; in: DEFUN |PRIMARR;minIndex;$I;2| ; (DEFUN BOOT::|PRIMARR;minIndex;$I;2| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; 0) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRIMARR;minIndex;$I;2| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|PRIMARR;minIndex;$I;2| 0)) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |PRIMARR;empty;$;3| ...) ; compiling (DEFUN |PRIMARR;construct;L$;4| ...) ; compiling (DEFUN |PRIMARR;new;NniS$;5| ...) ; compiling (DEFUN |PRIMARR;qelt;$IS;6| ...) ; compiling (DEFUN |PRIMARR;elt;$IS;7| ...) ; compiling (DEFUN |PRIMARR;qsetelt!;$I2S;8| ...) ; file: /tmp/oa-jvkOfi/code.lsp ; in: DEFUN |PRIMARR;qsetelt!;$I2S;8| ; (DEFUN BOOT::|PRIMARR;qsetelt!;$I2S;8| ; (BOOT::|x| BOOT::|i| BOOT::|s| BOOT::$) ; (SETF (BOOT::|getSimpleArrayEntry| BOOT::|x| BOOT::|i|) BOOT::|s|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRIMARR;qsetelt!;$I2S;8| ; (BOOT::|x| BOOT::|i| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|PRIMARR;qsetelt!;$I2S;8| ; (SETF (BOOT::|getSimpleArrayEntry| BOOT::|x| BOOT::|i|) BOOT::|s|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PRIMARR;setelt;$I2S;9| ...) ; file: /tmp/oa-jvkOfi/code.lsp ; in: DEFUN |PRIMARR;setelt;$I2S;9| ; (DEFUN BOOT::|PRIMARR;setelt;$I2S;9| (BOOT::|x| BOOT::|i| BOOT::|s| BOOT::$) ; (SETF (BOOT::|getSimpleArrayEntry| BOOT::|x| BOOT::|i|) BOOT::|s|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRIMARR;setelt;$I2S;9| ; (BOOT::|x| BOOT::|i| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|PRIMARR;setelt;$I2S;9| ; (SETF (BOOT::|getSimpleArrayEntry| BOOT::|x| BOOT::|i|) BOOT::|s|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PRIMARR;fill!;$S$;10| ...) ; compiling (DEFUN |PRIMARR;copy;2$;11| ...) ; compiling (DEFUN |PRIMARR;maxIndex;$I;12| ...) ; compiling (DEFUN |PRIMARR;members;$L;13| ...) ; compiling (DEFUN |PrimitiveArray| ...) ; compiling (DEFUN |PrimitiveArray;| ...) ; compiling (MAKEPROP (QUOTE |PrimitiveArray|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; /tmp/oa-jvkOfi/code.fasl written ; compilation finished in 0:00:00.076 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/ANY.fasl --bootstrap ANY.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ANY.spad using Spad compiler. ANY abbreviates domain Any ------------------------------------------------------------------------ initializing stationary directory for Any compiling into /tmp/oa-E3ys2E Time: 0.00 SEC. Cumulative Statistics for Constructor Any Time: 0.00 seconds finalizing NRLIB ANY ; compiling file "/tmp/oa-E3ys2E/code.lsp" (written 01 FEB 2016 10:54:47 PM): ; compiling (DEFUN |Any| ...) ; compiling (DEFUN |Any;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-E3ys2E/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/INFORM.fasl --optimize=3 INFORM.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INFORM.spad using Spad compiler. INFORM abbreviates domain InputForm debug: compDefine1 lhs: (InputForm) signature (pre-evaluate): ((Join (SExpressionCategory (String) (Symbol) (Integer) (DoubleFloat) (OutputForm)) (ConvertibleTo (SExpression)) (CATEGORY domain (SIGNATURE interpret ((Any) $)) (SIGNATURE convert ($ (SExpression))) (SIGNATURE binary ($ $ (List $))) (SIGNATURE function ($ $ (List (Symbol)) (Symbol))) (SIGNATURE lambda ($ $ (List (Symbol)))) (SIGNATURE + ($ $ $)) (SIGNATURE * ($ $ $)) (SIGNATURE / ($ $ $)) (SIGNATURE ** ($ $ (NonNegativeInteger))) (SIGNATURE ** ($ $ (Integer))) (SIGNATURE Zero ($) constant) (SIGNATURE One ($) constant) (SIGNATURE flatten ($ $)) (SIGNATURE unparse ((String) $)) (SIGNATURE parseString ($ (String))) (SIGNATURE declare ((Symbol) (List $))) (SIGNATURE compile ((Symbol) (Symbol) (List $)))))) debug: evaluateType form: (Join (SExpressionCategory (String) (Symbol) (Integer) (DoubleFloat) (OutputForm)) (ConvertibleTo (SExpression)) (CATEGORY domain (SIGNATURE interpret ((Any) $)) (SIGNATURE convert ($ (SExpression))) (SIGNATURE binary ($ $ (List $))) (SIGNATURE function ($ $ (List (Symbol)) (Symbol))) (SIGNATURE lambda ($ $ (List (Symbol)))) (SIGNATURE + ($ $ $)) (SIGNATURE * ($ $ $)) (SIGNATURE / ($ $ $)) (SIGNATURE ** ($ $ (NonNegativeInteger))) (SIGNATURE ** ($ $ (Integer))) (SIGNATURE Zero ($) constant) (SIGNATURE One ($) constant) (SIGNATURE flatten ($ $)) (SIGNATURE unparse ((String) $)) (SIGNATURE parseString ($ (String))) (SIGNATURE declare ((Symbol) (List $))) (SIGNATURE compile ((Symbol) (Symbol) (List $))))) $param: NIL debug: evaluateType form: (SExpressionCategory (String) (Symbol) (Integer) (DoubleFloat) (OutputForm)) $param: NIL Debug: evaluateType1 form: (SExpressionCategory (String) (Symbol) (Integer) (DoubleFloat) (OutputForm)) debug: evaluateType1 x: (String) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evalCategory d: (String) c: (SetCategory) debug: evaluateType1 x: (Symbol) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (SetCategory) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType1 x: (DoubleFloat) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (SetCategory) debug: evaluateType1 x: (OutputForm) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (SetCategory) debug: evaluateType form: (ConvertibleTo (SExpression)) $param: NIL Debug: evaluateType1 form: (ConvertibleTo (SExpression)) debug: evaluateType1 x: (SExpression) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (SExpression) $param: NIL Debug: evaluateType1 form: (SExpression) debug: evalCategory d: (SExpression) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE interpret ((Any) $)) (SIGNATURE convert ($ (SExpression))) (SIGNATURE binary ($ $ (List $))) (SIGNATURE function ($ $ (List (Symbol)) (Symbol))) (SIGNATURE lambda ($ $ (List (Symbol)))) (SIGNATURE + ($ $ $)) (SIGNATURE * ($ $ $)) (SIGNATURE / ($ $ $)) (SIGNATURE ** ($ $ (NonNegativeInteger))) (SIGNATURE ** ($ $ (Integer))) (SIGNATURE Zero ($) constant) (SIGNATURE One ($) constant) (SIGNATURE flatten ($ $)) (SIGNATURE unparse ((String) $)) (SIGNATURE parseString ($ (String))) (SIGNATURE declare ((Symbol) (List $))) (SIGNATURE compile ((Symbol) (Symbol) (List $)))) $param: NIL debug: evaluateType form: (Any) $param: NIL Debug: evaluateType1 form: (Any) debug: evaluateType form: (SExpression) $param: NIL Debug: evaluateType1 form: (SExpression) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List (Symbol)) $param: NIL Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (List (Symbol)) $param: NIL Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: compDefine1 signature (post evaluate): ((Join (SExpressionCategory (String) (Symbol) (Integer) (DoubleFloat) (OutputForm)) (ConvertibleTo (SExpression)) (CATEGORY domain (SIGNATURE interpret ((Any) $)) (SIGNATURE convert ($ (SExpression))) (SIGNATURE binary ($ $ (List $))) (SIGNATURE function ($ $ (List (Symbol)) (Symbol))) (SIGNATURE lambda ($ $ (List (Symbol)))) (SIGNATURE + ($ $ $)) (SIGNATURE * ($ $ $)) (SIGNATURE / ($ $ $)) (SIGNATURE ** ($ $ (NonNegativeInteger))) (SIGNATURE ** ($ $ (Integer))) (SIGNATURE Zero ($) constant) (SIGNATURE One ($) constant) (SIGNATURE flatten ($ $)) (SIGNATURE unparse ((String) $)) (SIGNATURE parseString ($ (String))) (SIGNATURE declare ((Symbol) (List $))) (SIGNATURE compile ((Symbol) (Symbol) (List $)))))) ------------------------------------------------------------------------ initializing stationary directory for InputForm compiling into /tmp/oa-qKe45C compiling exported Zero : () -> % Time: 0.07 SEC. compiling exported One : () -> % Time: 0 SEC. compiling exported convert : % -> SExpression INFORM;convert;$Se;3 x is replaced by x Time: 0.00 SEC. compiling exported convert : SExpression -> % INFORM;convert;Se$;4 x is replaced by x Time: 0 SEC. compiling local conv : List % -> % Time: 0.02 SEC. compiling exported lambda : (%,List Symbol) -> % Time: 0.02 SEC. compiling exported interpret : % -> Any Time: 0 SEC. compiling exported convert : DoubleFloat -> % Time: 0.01 SEC. compiling exported flatten : % -> % Time: 0.04 SEC. compiling local flatten0 : (%,Symbol,NonNegativeInteger) -> Record(lst: List %,symb: %) Time: 0.07 SEC. compiling local strsym : % -> String Time: 0.02 SEC. compiling exported unparse : % -> String INFORM;unparse;$S;12 is replaced by inputForm2String Time: 0.00 SEC. compiling exported parseString : String -> % INFORM;parseString;S$;13 is replaced by ncParseFromString Time: 0 SEC. compiling exported declare : List % -> Symbol Time: 0.01 SEC. compiling exported compile : (Symbol,List %) -> Symbol Time: 0.01 SEC. compiling exported binary : (%,List %) -> % Time: 0.06 SEC. compiling local tuplify : List Symbol -> % Time: 0.02 SEC. compiling exported function : (%,List Symbol,Symbol) -> % Time: 0.06 SEC. compiling exported + : (%,%) -> % Time: 0.04 SEC. compiling exported * : (%,%) -> % Time: 0.01 SEC. compiling exported ** : (%,Integer) -> % Time: 0.02 SEC. compiling exported ** : (%,NonNegativeInteger) -> % Time: 0.01 SEC. compiling exported / : (%,%) -> % Time: 0.01 SEC. compiling exported coerce : % -> OutputForm INFORM;coerce;$Of;24 is replaced by inputForm2OutputForm Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] flatten: lst has no value [2] flatten: symb has no value Cumulative Statistics for Constructor InputForm Time: 0.52 seconds finalizing NRLIB INFORM Processing InputForm for Browser database: -- interpret : % -> Any -- convert : SExpression -> % -- binary : (%,List %) -> % -- function : (%,List Symbol,Symbol) -> % -- lambda : (%,List Symbol) -> % -- ?+? : (%,%) -> % -- ?*? : (%,%) -> % -- ?/? : (%,%) -> % -- ?**? : (%,NonNegativeInteger) -> % -- ?**? : (%,Integer) -> % -- 0 : () -> % -- 1 : () -> % -- flatten : % -> % -- unparse : % -> String -- parseString : String -> % --->../../x86_64-unknown-linux-gnu/src/algebra/mkfunc.spad-->InputForm((parseString (% String))): Improper initial operator in comments: is "parseString is the inverse of unparse. It parses a string to InputForm." -- declare : List % -> Symbol -- compile : (Symbol,List %) -> Symbol -- constructor ; compiling file "/tmp/oa-qKe45C/code.lsp" (written 01 FEB 2016 10:54:48 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INFORM;convert;$Se;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INFORM;convert;Se$;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INFORM;unparse;$S;12|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INFORM;parseString;S$;13|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INFORM;coerce;$Of;24|) ...) ; compiling (DEFUN |INFORM;Zero;$;1| ...) ; compiling (DEFUN |INFORM;One;$;2| ...) ; compiling (DEFUN |INFORM;convert;$Se;3| ...) ; compiling (DEFUN |INFORM;convert;Se$;4| ...) ; compiling (DEFUN |INFORM;conv| ...) ; compiling (DEFUN |INFORM;lambda;$L$;6| ...) ; compiling (DEFUN |INFORM;interpret;$A;7| ...) ; file: /tmp/oa-qKe45C/code.lsp ; in: DEFUN |INFORM;interpret;$A;7| ; (DEFUN BOOT::|INFORM;interpret;$A;7| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|v| (BOOT::|interpret| BOOT::|x|))) ; (BOOT::|objNew| (BOOT::|unwrap| (BOOT::|objVal| BOOT::|v|)) ; (BOOT::|objMode| BOOT::|v|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INFORM;interpret;$A;7| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|INFORM;interpret;$A;7| ; (LET ((BOOT::|v| #)) ; (BOOT::|objNew| (BOOT::|unwrap| #) (BOOT::|objMode| BOOT::|v|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |INFORM;convert;Df$;8| ...) ; compiling (DEFUN |INFORM;flatten;2$;9| ...) ; compiling (DEFUN |INFORM;flatten0| ...) ; file: /tmp/oa-qKe45C/code.lsp ; in: DEFUN |INFORM;flatten0| ; (DEFUN BOOT::|INFORM;flatten0| (BOOT::|s| BOOT::|sy| BOOT::|n| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 29)) ; (CONS NIL BOOT::|s|)) ; (T ; (LET* (# # #) ; (CONS # BOOT::|a|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INFORM;flatten0| ; (BOOT::|s| BOOT::|sy| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|INFORM;flatten0| ; (COND ((BOOT::SPADCALL BOOT::|s| #) (CONS NIL BOOT::|s|)) ; (T ; (LET* # ; #))))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; UNSIGNED-BYTE ; ; compiling (DEFUN |INFORM;strsym| ...) ; file: /tmp/oa-qKe45C/code.lsp ; in: DEFUN |INFORM;strsym| ; (DEFUN BOOT::|INFORM;strsym| (BOOT::|s| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 49)) ; (BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 50))) ; ((BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 51)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|s| #) ; (BOOT::|shellEntry| BOOT::$ 46))) ; (T ; (BOOT::|error| (LIST "strsym: form" # "is neither a string or symbol"))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INFORM;strsym| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|INFORM;strsym| ; (COND ((BOOT::SPADCALL BOOT::|s| #) (BOOT::SPADCALL BOOT::|s| #)) ; ((BOOT::SPADCALL BOOT::|s| #) (BOOT::SPADCALL # #)) ; (T (BOOT::|error| #))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |INFORM;unparse;$S;12| ...) ; file: /tmp/oa-qKe45C/code.lsp ; in: DEFUN |INFORM;unparse;$S;12| ; (DEFUN BOOT::|INFORM;unparse;$S;12| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|inputForm2String| BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INFORM;unparse;$S;12| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|INFORM;unparse;$S;12| (BOOT::|inputForm2String| BOOT::|x|))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |INFORM;parseString;S$;13| ...) ; compiling (DEFUN |INFORM;declare;LS;14| ...) ; compiling (DEFUN |INFORM;compile;SLS;15| ...) ; compiling (DEFUN |INFORM;binary;$L$;16| ...) ; compiling (DEFUN |INFORM;tuplify| ...) ; compiling (DEFUN |INFORM;function;$LS$;18| ...) ; compiling (DEFUN |INFORM;+;3$;19| ...) ; compiling (DEFUN |INFORM;*;3$;20| ...) ; compiling (DEFUN |INFORM;**;$I$;21| ...) ; compiling (DEFUN |INFORM;**;$Nni$;22| ...) ; compiling (DEFUN |INFORM;/;3$;23| ...) ; compiling (DEFUN |INFORM;coerce;$Of;24| ...) ; compiling (DEFUN |InputForm| ...) ; compiling (DEFUN |InputForm;| ...) ; compiling (MAKEPROP (QUOTE |InputForm|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 3 notes ; /tmp/oa-qKe45C/code.fasl written ; compilation finished in 0:00:00.068 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/BOOLEAN.fasl --optimize=3 BOOLEAN.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/BOOLEAN.spad using Spad compiler. BOOLEAN abbreviates domain Boolean debug: compDefine1 lhs: (Boolean) signature (pre-evaluate): ((Join (OrderedFinite) (PropositionalLogic) (ConvertibleTo (InputForm)) (CATEGORY domain (SIGNATURE xor ($ $ $)) (SIGNATURE nand ($ $ $)) (SIGNATURE nor ($ $ $))))) debug: evaluateType form: (Join (OrderedFinite) (PropositionalLogic) (ConvertibleTo (InputForm)) (CATEGORY domain (SIGNATURE xor ($ $ $)) (SIGNATURE nand ($ $ $)) (SIGNATURE nor ($ $ $)))) $param: NIL debug: evaluateType form: (OrderedFinite) $param: NIL Debug: evaluateType1 form: (OrderedFinite) debug: evaluateType form: (PropositionalLogic) $param: NIL Debug: evaluateType1 form: (PropositionalLogic) debug: evaluateType form: (ConvertibleTo (InputForm)) $param: NIL Debug: evaluateType1 form: (ConvertibleTo (InputForm)) debug: evaluateType1 x: (InputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (InputForm) $param: NIL Debug: evaluateType1 form: (InputForm) debug: evalCategory d: (InputForm) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE xor ($ $ $)) (SIGNATURE nand ($ $ $)) (SIGNATURE nor ($ $ $))) $param: NIL debug: compDefine1 signature (post evaluate): ((Join (OrderedFinite) (PropositionalLogic) (ConvertibleTo (InputForm)) (CATEGORY domain (SIGNATURE xor ($ $ $)) (SIGNATURE nand ($ $ $)) (SIGNATURE nor ($ $ $))))) ------------------------------------------------------------------------ initializing stationary directory for Boolean compiling into /tmp/oa-k8qXir compiling exported true : () -> % BOOLEAN;true;$;1 is replaced by %true Time: 0.02 SEC. compiling exported false : () -> % BOOLEAN;false;$;2 is replaced by %false Time: 0 SEC. compiling exported not : % -> % BOOLEAN;not;2$;3 is replaced by %not Time: 0 SEC. compiling exported ~ : % -> % BOOLEAN;~;2$;4 is replaced by %not Time: 0 SEC. compiling exported and : (%,%) -> % BOOLEAN;and;3$;5 is replaced by %and Time: 0 SEC. compiling exported /\ : (%,%) -> % BOOLEAN;/\;3$;6 is replaced by %and Time: 0 SEC. compiling exported or : (%,%) -> % BOOLEAN;or;3$;7 is replaced by %or Time: 0 SEC. compiling exported \/ : (%,%) -> % BOOLEAN;\/;3$;8 is replaced by %or Time: 0 SEC. compiling exported xor : (%,%) -> % BOOLEAN;xor;3$;9(a,b) is replaced by %when(a %not b,%otherwise b) Time: 0.01 SEC. compiling exported nor : (%,%) -> % BOOLEAN;nor;3$;10(a,b) is replaced by %and(%not a,%not b) Time: 0 SEC. compiling exported nand : (%,%) -> % BOOLEAN;nand;3$;11(a,b) is replaced by %or(%not a,%not b) Time: 0 SEC. compiling exported = : (%,%) -> Boolean BOOLEAN;=;2$B;12 is replaced by %peq Time: 0.00 SEC. compiling exported implies : (%,%) -> % BOOLEAN;implies;3$;13(a,b) is replaced by %or(%not a,b) Time: 0.00 SEC. compiling exported equiv : (%,%) -> % BOOLEAN;equiv;3$;14 is replaced by %peq Time: 0 SEC. compiling exported < : (%,%) -> Boolean BOOLEAN;<;2$B;15(a,b) is replaced by %and(b,%not a) Time: 0.00 SEC. compiling exported size : () -> NonNegativeInteger BOOLEAN;size;Nni;16 is replaced by 2 Time: 0.04 SEC. compiling exported index : PositiveInteger -> % BOOLEAN;index;Pi$;17 i is replaced by %not %ieven? i Time: 0.01 SEC. compiling exported lookup : % -> PositiveInteger BOOLEAN;lookup;$Pi;18 a is replaced by %when(a 1,%otherwise 2) Time: 0.01 SEC. compiling exported random : () -> % BOOLEAN;random;$;19 is replaced by %not %ieq(%irandom 2,0) Time: 0.01 SEC. compiling exported convert : % -> InputForm Debug compQuote expr: (QUOTE true) m: (InputForm) Debug compQuote expr: (QUOTE false) m: (InputForm) BOOLEAN;convert;$If;20 x is replaced by %when(x true,%otherwise false) Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE true) m: (OutputForm) Debug compQuote expr: (QUOTE false) m: (OutputForm) BOOLEAN;coerce;$Of;21 x is replaced by %when(x true,%otherwise false) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] random: zero? has no value Cumulative Statistics for Constructor Boolean Time: 0.13 seconds finalizing NRLIB BOOLEAN Processing Boolean for Browser database: -- xor : (%,%) -> % -- nand : (%,%) -> % -- nor : (%,%) -> % -- constructor ; compiling file "/tmp/oa-k8qXir/code.lsp" (written 01 FEB 2016 10:54:48 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;true;$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;false;$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;not;2$;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;~;2$;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;and;3$;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;/\\;3$;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;or;3$;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;\\/;3$;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;xor;3$;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;nor;3$;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;nand;3$;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;=;2$B;12|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;implies;3$;13|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;equiv;3$;14|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;<;2$B;15|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;size;Nni;16|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;index;Pi$;17|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;lookup;$Pi;18|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;random;$;19|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;convert;$If;20|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;coerce;$Of;21|) ...) ; compiling (DEFUN |BOOLEAN;true;$;1| ...) ; compiling (DEFUN |BOOLEAN;false;$;2| ...) ; compiling (DEFUN |BOOLEAN;not;2$;3| ...) ; compiling (DEFUN |BOOLEAN;~;2$;4| ...) ; compiling (DEFUN |BOOLEAN;and;3$;5| ...) ; compiling (DEFUN |BOOLEAN;/\\;3$;6| ...) ; compiling (DEFUN |BOOLEAN;or;3$;7| ...) ; compiling (DEFUN |BOOLEAN;\\/;3$;8| ...) ; compiling (DEFUN |BOOLEAN;xor;3$;9| ...) ; compiling (DEFUN |BOOLEAN;nor;3$;10| ...) ; compiling (DEFUN |BOOLEAN;nand;3$;11| ...) ; compiling (DEFUN |BOOLEAN;=;2$B;12| ...) ; compiling (DEFUN |BOOLEAN;implies;3$;13| ...) ; compiling (DEFUN |BOOLEAN;equiv;3$;14| ...) ; compiling (DEFUN |BOOLEAN;<;2$B;15| ...) ; compiling (DEFUN |BOOLEAN;size;Nni;16| ...) ; compiling (DEFUN |BOOLEAN;index;Pi$;17| ...) ; compiling (DEFUN |BOOLEAN;lookup;$Pi;18| ...) ; compiling (DEFUN |BOOLEAN;random;$;19| ...) ; compiling (DEFUN |BOOLEAN;convert;$If;20| ...) ; compiling (DEFUN |BOOLEAN;coerce;$Of;21| ...) ; compiling (DEFUN |Boolean| ...) ; compiling (DEFUN |Boolean;| ...) ; compiling (MAKEPROP (QUOTE |Boolean|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-k8qXir/code.fasl written ; compilation finished in 0:00:00.095 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/AGG.fasl --optimize=3 AGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/AGG.spad using Spad compiler. AGG abbreviates category Aggregate debug: compDefine1 lhs: (Aggregate) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for Aggregate compiling into /tmp/oa-ECctIK STYLE-WARNING: redefining BOOT::|Aggregate| in DEFUN Time: 0.00 SEC. AGG- abbreviates package Aggregate& ------------------------------------------------------------------------ initializing stationary directory for Aggregate& compiling into /tmp/oa-kfy467 compiling exported eq? : (S,S) -> Boolean AGG-;eq?;2$B;1 is replaced by %peq Time: 0 SEC. compiling exported sample : () -> S Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor Aggregate& Time: 0.00 seconds finalizing NRLIB AGG- ; compiling file "/tmp/oa-kfy467/code.lsp" (written 01 FEB 2016 10:54:49 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |AGG-;eq?;2$B;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |AGG-;eq?;2$B;1| ...) ; compiling (DEFUN |AGG-;sample;$;2| ...) ; compiling (DEFUN |Aggregate&| ...) ; compiling (MAKEPROP (QUOTE |Aggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-kfy467/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ finalizing NRLIB AGG Processing Aggregate for Browser database: -- eq? : (%,%) -> Boolean -- copy : % -> % -- empty : () -> % -- empty? : % -> Boolean -- sample : () -> % -- constructor ; compiling file "/tmp/oa-ECctIK/code.lsp" (written 01 FEB 2016 10:54:49 PM): ; compiling (DEFPARAMETER |Aggregate;AL| ...) ; compiling (DEFUN |Aggregate;| ...) ; compiling (DEFUN |Aggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-ECctIK/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/FUNCTOR.fasl --optimize=3 FUNCTOR.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FUNCTOR.spad using Spad compiler. FUNCTOR abbreviates category Functorial debug: compDefine1 lhs: (Functorial S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (Functorial S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for Functorial compiling into /tmp/oa-zoS2fT STYLE-WARNING: redefining BOOT::|Functorial| in DEFUN Time: 0.01 SEC. finalizing NRLIB FUNCTOR Processing Functorial for Browser database: -- map : ((S -> S),%) -> % -- constructor ; compiling file "/tmp/oa-zoS2fT/code.lsp" (written 01 FEB 2016 10:54:49 PM): ; compiling (DEFPARAMETER |Functorial;AL| ...) ; compiling (DEFUN |Functorial;| ...) ; compiling (DEFUN |Functorial| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-zoS2fT/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/IEVALAB.fasl --optimize=3 IEVALAB.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IEVALAB.spad using Spad compiler. IEVALAB abbreviates category InnerEvalable debug: compDefine1 lhs: (InnerEvalable A B) signature (pre-evaluate): ((Category) (SetCategory) (Type)) debug: evaluateType form: (Category) $param: (A B) debug: evaluateType form: (SetCategory) $param: (A B) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Type) $param: (A B) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (SetCategory) (Type)) debug: compDefine1 lhs: (InnerEvalable A B) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (A B) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for InnerEvalable compiling into /tmp/oa-9zEw53 STYLE-WARNING: redefining BOOT::|InnerEvalable| in DEFUN Time: 0.01 SEC. IEVALAB- abbreviates package InnerEvalable& ------------------------------------------------------------------------ initializing stationary directory for InnerEvalable& compiling into /tmp/oa-NjDt9r compiling exported eval : (S,A,B) -> S Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor InnerEvalable& Time: 0.02 seconds finalizing NRLIB IEVALAB- ; compiling file "/tmp/oa-NjDt9r/code.lsp" (written 01 FEB 2016 10:54:49 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |IEVALAB-;eval;$AB$;1| ...) ; compiling (DEFUN |InnerEvalable&| ...) ; compiling (MAKEPROP (QUOTE |InnerEvalable&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-NjDt9r/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ finalizing NRLIB IEVALAB Processing InnerEvalable for Browser database: -- eval : (%,A,B) -> % -- eval : (%,List A,List B) -> % -- constructor ; compiling file "/tmp/oa-9zEw53/code.lsp" (written 01 FEB 2016 10:54:49 PM): ; compiling (DEFPARAMETER |InnerEvalable;AL| ...) ; compiling (DEFUN |InnerEvalable;| ...) ; compiling (DEFUN |InnerEvalable| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-9zEw53/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/GROUP.fasl --optimize=3 GROUP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GROUP.spad using Spad compiler. GROUP abbreviates category Group debug: compDefine1 lhs: (Group) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for Group compiling into /tmp/oa-9TyQMc STYLE-WARNING: redefining BOOT::|Group| in DEFUN Time: 0.00 SEC. GROUP- abbreviates package Group& ------------------------------------------------------------------------ initializing stationary directory for Group& compiling into /tmp/oa-aaPHcB importing RepeatedSquaring S compiling exported / : (S,S) -> S Time: 0.01 SEC. compiling exported recip : S -> Union(S,failed) Time: 0.00 SEC. compiling exported ** : (S,Integer) -> S Time: 0.02 SEC. compiling exported conjugate : (S,S) -> S Time: 0 SEC. compiling exported commutator : (S,S) -> S Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor Group& Time: 0.03 seconds finalizing NRLIB GROUP- ; compiling file "/tmp/oa-aaPHcB/code.lsp" (written 01 FEB 2016 10:54:49 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |GROUP-;/;3$;1| ...) ; compiling (DEFUN |GROUP-;recip;$U;2| ...) ; compiling (DEFUN |GROUP-;**;$I$;3| ...) ; compiling (DEFUN |GROUP-;conjugate;3$;4| ...) ; compiling (DEFUN |GROUP-;commutator;3$;5| ...) ; compiling (DEFUN |Group&| ...) ; compiling (MAKEPROP (QUOTE |Group&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-aaPHcB/code.fasl written ; compilation finished in 0:00:00.022 ------------------------------------------------------------------------ finalizing NRLIB GROUP Processing Group for Browser database: -- inv : % -> % -- ?/? : (%,%) -> % -- ?**? : (%,Integer) -> % -- conjugate : (%,%) -> % -- commutator : (%,%) -> % -- constructor ; compiling file "/tmp/oa-9TyQMc/code.lsp" (written 01 FEB 2016 10:54:49 PM): ; compiling (DEFPARAMETER |Group;AL| ...) ; compiling (DEFUN |Group;| ...) ; compiling (DEFUN |Group| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-9TyQMc/code.fasl written ; compilation finished in 0:00:00.006 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/VSPACE.fasl --optimize=3 VSPACE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/VSPACE.spad using Spad compiler. VSPACE abbreviates category VectorSpace debug: compDefine1 lhs: (VectorSpace S) signature (pre-evaluate): ((Category) (Field)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Field) $param: (S) Debug: evaluateType1 form: (Field) debug: compDefine1 signature (post evaluate): ((Category) (Field)) debug: compDefine1 lhs: (VectorSpace S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for VectorSpace compiling into /tmp/oa-l4htlp STYLE-WARNING: redefining BOOT::|VectorSpace| in DEFUN Time: 0.02 SEC. VSPACE- abbreviates package VectorSpace& ------------------------------------------------------------------------ initializing stationary directory for VectorSpace& compiling into /tmp/oa-zPbcfO compiling exported / : (A,S) -> A Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor VectorSpace& Time: 0.04 seconds finalizing NRLIB VSPACE- ; compiling file "/tmp/oa-zPbcfO/code.lsp" (written 01 FEB 2016 10:54:49 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |VSPACE-;/;$S$;1| ...) ; compiling (DEFUN |VectorSpace&| ...) ; compiling (MAKEPROP (QUOTE |VectorSpace&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-zPbcfO/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ finalizing NRLIB VSPACE Processing VectorSpace for Browser database: -- ?/? : (%,S) -> % -- dimension : () -> CardinalNumber -- constructor ; compiling file "/tmp/oa-l4htlp/code.lsp" (written 01 FEB 2016 10:54:49 PM): ; compiling (DEFPARAMETER |VectorSpace;AL| ...) ; compiling (DEFUN |VectorSpace;| ...) ; compiling (DEFUN |VectorSpace| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-l4htlp/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/POLY.fasl --bootstrap POLY.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/POLY.spad using Spad compiler. POLY abbreviates domain Polynomial ------------------------------------------------------------------------ initializing stationary directory for Polynomial compiling into /tmp/oa-eG9UwB Time: 0.04 SEC. Cumulative Statistics for Constructor Polynomial Time: 0.04 seconds finalizing NRLIB POLY ; compiling file "/tmp/oa-eG9UwB/code.lsp" (written 01 FEB 2016 10:54:49 PM): ; compiling (DEFUN |Polynomial| ...) ; compiling (DEFUN |Polynomial;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-eG9UwB/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/MULTFACT.fasl --bootstrap MULTFACT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MULTFACT.spad using Spad compiler. MULTFACT abbreviates package MultivariateFactorize ------------------------------------------------------------------------ initializing stationary directory for MultivariateFactorize compiling into /tmp/oa-dDk6oG Time: 0.04 SEC. Cumulative Statistics for Constructor MultivariateFactorize Time: 0.04 seconds finalizing NRLIB MULTFACT ; compiling file "/tmp/oa-dDk6oG/code.lsp" (written 01 FEB 2016 10:54:50 PM): ; compiling (DEFUN |MultivariateFactorize| ...) ; compiling (DEFUN |MultivariateFactorize;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-dDk6oG/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/IDPC.fasl --bootstrap IDPC.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IDPC.spad using Spad compiler. IDPC abbreviates category IndexedDirectProductCategory ------------------------------------------------------------------------ initializing stationary directory for IndexedDirectProductCategory compiling into /tmp/oa-ssi8iO STYLE-WARNING: redefining BOOT::|IndexedDirectProductCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB IDPC ; compiling file "/tmp/oa-ssi8iO/code.lsp" (written 01 FEB 2016 10:54:50 PM): ; compiling (DEFPARAMETER |IndexedDirectProductCategory;AL| ...) ; compiling (DEFUN |IndexedDirectProductCategory;| ...) ; compiling (DEFUN |IndexedDirectProductCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-ssi8iO/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/INDE.fasl --bootstrap INDE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INDE.spad using Spad compiler. INDE abbreviates domain IndexedExponents ------------------------------------------------------------------------ initializing stationary directory for IndexedExponents compiling into /tmp/oa-ozkgXV Time: 0.01 SEC. Cumulative Statistics for Constructor IndexedExponents Time: 0.01 seconds finalizing NRLIB INDE ; compiling file "/tmp/oa-ozkgXV/code.lsp" (written 01 FEB 2016 10:54:50 PM): ; compiling (DEFUN |IndexedExponents| ...) ; compiling (DEFUN |IndexedExponents;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-ozkgXV/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/CARD.fasl --bootstrap CARD.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CARD.spad using Spad compiler. CARD abbreviates domain CardinalNumber ------------------------------------------------------------------------ initializing stationary directory for CardinalNumber compiling into /tmp/oa-B6gfy4 Time: 0.01 SEC. Cumulative Statistics for Constructor CardinalNumber Time: 0.01 seconds finalizing NRLIB CARD ; compiling file "/tmp/oa-B6gfy4/code.lsp" (written 01 FEB 2016 10:54:50 PM): ; compiling (DEFUN |CardinalNumber| ...) ; compiling (DEFUN |CardinalNumber;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-B6gfy4/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/EQ.fasl --optimize=3 EQ.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/EQ.spad using Spad compiler. EQ abbreviates domain Equation debug: compDefine1 lhs: (Equation S) signature (pre-evaluate): ((Join (Functorial S) (CATEGORY domain (SIGNATURE = ($ S S)) (SIGNATURE equation ($ S S)) (SIGNATURE swap ($ $)) (SIGNATURE lhs (S $)) (SIGNATURE rhs (S $)) (IF (has S (InnerEvalable (Symbol) S)) (ATTRIBUTE (InnerEvalable (Symbol) S)) %noBranch) (IF (has S (SetCategory)) (PROGN (ATTRIBUTE (SetCategory)) (ATTRIBUTE (CoercibleTo (Boolean))) (IF (has S (Evalable S)) (PROGN (SIGNATURE eval ($ $ $)) (SIGNATURE eval ($ $ (List $)))) %noBranch)) %noBranch) (IF (has S (AbelianSemiGroup)) (PROGN (ATTRIBUTE (AbelianSemiGroup)) (SIGNATURE + ($ S $)) (SIGNATURE + ($ $ S))) %noBranch) (IF (has S (AbelianGroup)) (PROGN (ATTRIBUTE (AbelianGroup)) (SIGNATURE leftZero ($ $)) (SIGNATURE rightZero ($ $)) (SIGNATURE - ($ S $)) (SIGNATURE - ($ $ S))) %noBranch) (IF (has S (SemiGroup)) (PROGN (ATTRIBUTE (SemiGroup)) (SIGNATURE * ($ S $)) (SIGNATURE * ($ $ S))) %noBranch) (IF (has S (Monoid)) (PROGN (ATTRIBUTE (Monoid)) (SIGNATURE leftOne ((Union $ failed) $)) (SIGNATURE rightOne ((Union $ failed) $))) %noBranch) (IF (has S (Group)) (PROGN (ATTRIBUTE (Group)) (SIGNATURE leftOne ((Union $ failed) $)) (SIGNATURE rightOne ((Union $ failed) $))) %noBranch) (IF (has S (Ring)) (PROGN (ATTRIBUTE (Ring)) (ATTRIBUTE (BiModule S S))) %noBranch) (IF (has S (CommutativeRing)) (ATTRIBUTE (Module S)) %noBranch) (IF (has S (IntegralDomain)) (SIGNATURE factorAndSplit ((List $) $)) %noBranch) (IF (has S (PartialDifferentialRing (Symbol))) (ATTRIBUTE (PartialDifferentialRing (Symbol))) %noBranch) (IF (has S (Field)) (PROGN (ATTRIBUTE (VectorSpace S)) (SIGNATURE / ($ $ $)) (SIGNATURE inv ($ $))) %noBranch) (IF (has S (ExpressionSpace)) (SIGNATURE subst ($ $ $)) %noBranch))) (Type)) debug: evaluateType form: (Join (Functorial S) (CATEGORY domain (SIGNATURE = ($ S S)) (SIGNATURE equation ($ S S)) (SIGNATURE swap ($ $)) (SIGNATURE lhs (S $)) (SIGNATURE rhs (S $)) (IF (has S (InnerEvalable (Symbol) S)) (ATTRIBUTE (InnerEvalable (Symbol) S)) %noBranch) (IF (has S (SetCategory)) (PROGN (ATTRIBUTE (SetCategory)) (ATTRIBUTE (CoercibleTo (Boolean))) (IF (has S (Evalable S)) (PROGN (SIGNATURE eval ($ $ $)) (SIGNATURE eval ($ $ (List $)))) %noBranch)) %noBranch) (IF (has S (AbelianSemiGroup)) (PROGN (ATTRIBUTE (AbelianSemiGroup)) (SIGNATURE + ($ S $)) (SIGNATURE + ($ $ S))) %noBranch) (IF (has S (AbelianGroup)) (PROGN (ATTRIBUTE (AbelianGroup)) (SIGNATURE leftZero ($ $)) (SIGNATURE rightZero ($ $)) (SIGNATURE - ($ S $)) (SIGNATURE - ($ $ S))) %noBranch) (IF (has S (SemiGroup)) (PROGN (ATTRIBUTE (SemiGroup)) (SIGNATURE * ($ S $)) (SIGNATURE * ($ $ S))) %noBranch) (IF (has S (Monoid)) (PROGN (ATTRIBUTE (Monoid)) (SIGNATURE leftOne ((Union $ failed) $)) (SIGNATURE rightOne ((Union $ failed) $))) %noBranch) (IF (has S (Group)) (PROGN (ATTRIBUTE (Group)) (SIGNATURE leftOne ((Union $ failed) $)) (SIGNATURE rightOne ((Union $ failed) $))) %noBranch) (IF (has S (Ring)) (PROGN (ATTRIBUTE (Ring)) (ATTRIBUTE (BiModule S S))) %noBranch) (IF (has S (CommutativeRing)) (ATTRIBUTE (Module S)) %noBranch) (IF (has S (IntegralDomain)) (SIGNATURE factorAndSplit ((List $) $)) %noBranch) (IF (has S (PartialDifferentialRing (Symbol))) (ATTRIBUTE (PartialDifferentialRing (Symbol))) %noBranch) (IF (has S (Field)) (PROGN (ATTRIBUTE (VectorSpace S)) (SIGNATURE / ($ $ $)) (SIGNATURE inv ($ $))) %noBranch) (IF (has S (ExpressionSpace)) (SIGNATURE subst ($ $ $)) %noBranch))) $param: (S) debug: evaluateType form: (Functorial S) $param: (S) Debug: evaluateType1 form: (Functorial S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE = ($ S S)) (SIGNATURE equation ($ S S)) (SIGNATURE swap ($ $)) (SIGNATURE lhs (S $)) (SIGNATURE rhs (S $)) (IF (has S (InnerEvalable (Symbol) S)) (ATTRIBUTE (InnerEvalable (Symbol) S)) %noBranch) (IF (has S (SetCategory)) (PROGN (ATTRIBUTE (SetCategory)) (ATTRIBUTE (CoercibleTo (Boolean))) (IF (has S (Evalable S)) (PROGN (SIGNATURE eval ($ $ $)) (SIGNATURE eval ($ $ (List $)))) %noBranch)) %noBranch) (IF (has S (AbelianSemiGroup)) (PROGN (ATTRIBUTE (AbelianSemiGroup)) (SIGNATURE + ($ S $)) (SIGNATURE + ($ $ S))) %noBranch) (IF (has S (AbelianGroup)) (PROGN (ATTRIBUTE (AbelianGroup)) (SIGNATURE leftZero ($ $)) (SIGNATURE rightZero ($ $)) (SIGNATURE - ($ S $)) (SIGNATURE - ($ $ S))) %noBranch) (IF (has S (SemiGroup)) (PROGN (ATTRIBUTE (SemiGroup)) (SIGNATURE * ($ S $)) (SIGNATURE * ($ $ S))) %noBranch) (IF (has S (Monoid)) (PROGN (ATTRIBUTE (Monoid)) (SIGNATURE leftOne ((Union $ failed) $)) (SIGNATURE rightOne ((Union $ failed) $))) %noBranch) (IF (has S (Group)) (PROGN (ATTRIBUTE (Group)) (SIGNATURE leftOne ((Union $ failed) $)) (SIGNATURE rightOne ((Union $ failed) $))) %noBranch) (IF (has S (Ring)) (PROGN (ATTRIBUTE (Ring)) (ATTRIBUTE (BiModule S S))) %noBranch) (IF (has S (CommutativeRing)) (ATTRIBUTE (Module S)) %noBranch) (IF (has S (IntegralDomain)) (SIGNATURE factorAndSplit ((List $) $)) %noBranch) (IF (has S (PartialDifferentialRing (Symbol))) (ATTRIBUTE (PartialDifferentialRing (Symbol))) %noBranch) (IF (has S (Field)) (PROGN (ATTRIBUTE (VectorSpace S)) (SIGNATURE / ($ $ $)) (SIGNATURE inv ($ $))) %noBranch) (IF (has S (ExpressionSpace)) (SIGNATURE subst ($ $ $)) %noBranch)) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Join (Functorial S) (CATEGORY domain (SIGNATURE = ($ S S)) (SIGNATURE equation ($ S S)) (SIGNATURE swap ($ $)) (SIGNATURE lhs (S $)) (SIGNATURE rhs (S $)) (IF (has S (InnerEvalable (Symbol) S)) (ATTRIBUTE (InnerEvalable (Symbol) S)) %noBranch) (IF (has S (SetCategory)) (PROGN (ATTRIBUTE (SetCategory)) (ATTRIBUTE (CoercibleTo (Boolean))) (IF (has S (Evalable S)) (PROGN (SIGNATURE eval ($ $ $)) (SIGNATURE eval ($ $ (List $)))) %noBranch)) %noBranch) (IF (has S (AbelianSemiGroup)) (PROGN (ATTRIBUTE (AbelianSemiGroup)) (SIGNATURE + ($ S $)) (SIGNATURE + ($ $ S))) %noBranch) (IF (has S (AbelianGroup)) (PROGN (ATTRIBUTE (AbelianGroup)) (SIGNATURE leftZero ($ $)) (SIGNATURE rightZero ($ $)) (SIGNATURE - ($ S $)) (SIGNATURE - ($ $ S))) %noBranch) (IF (has S (SemiGroup)) (PROGN (ATTRIBUTE (SemiGroup)) (SIGNATURE * ($ S $)) (SIGNATURE * ($ $ S))) %noBranch) (IF (has S (Monoid)) (PROGN (ATTRIBUTE (Monoid)) (SIGNATURE leftOne ((Union $ failed) $)) (SIGNATURE rightOne ((Union $ failed) $))) %noBranch) (IF (has S (Group)) (PROGN (ATTRIBUTE (Group)) (SIGNATURE leftOne ((Union $ failed) $)) (SIGNATURE rightOne ((Union $ failed) $))) %noBranch) (IF (has S (Ring)) (PROGN (ATTRIBUTE (Ring)) (ATTRIBUTE (BiModule S S))) %noBranch) (IF (has S (CommutativeRing)) (ATTRIBUTE (Module S)) %noBranch) (IF (has S (IntegralDomain)) (SIGNATURE factorAndSplit ((List $) $)) %noBranch) (IF (has S (PartialDifferentialRing (Symbol))) (ATTRIBUTE (PartialDifferentialRing (Symbol))) %noBranch) (IF (has S (Field)) (PROGN (ATTRIBUTE (VectorSpace S)) (SIGNATURE / ($ $ $)) (SIGNATURE inv ($ $))) %noBranch) (IF (has S (ExpressionSpace)) (SIGNATURE subst ($ $ $)) %noBranch))) (Type)) debug: compDefine1 lhs: (Equation S) signature (pre-evaluate): ((Join (Functorial S) (CATEGORY domain (SIGNATURE = ($ S S)) (SIGNATURE equation ($ S S)) (SIGNATURE swap ($ $)) (SIGNATURE lhs (S $)) (SIGNATURE rhs (S $)) (IF (has S (InnerEvalable (Symbol) S)) (ATTRIBUTE (InnerEvalable (Symbol) S)) %noBranch) (IF (has S (SetCategory)) (PROGN (ATTRIBUTE (SetCategory)) (ATTRIBUTE (CoercibleTo (Boolean))) (IF (has S (Evalable S)) (PROGN (SIGNATURE eval ($ $ $)) (SIGNATURE eval ($ $ (List $)))) %noBranch)) %noBranch) (IF (has S (AbelianSemiGroup)) (PROGN (ATTRIBUTE (AbelianSemiGroup)) (SIGNATURE + ($ S $)) (SIGNATURE + ($ $ S))) %noBranch) (IF (has S (AbelianGroup)) (PROGN (ATTRIBUTE (AbelianGroup)) (SIGNATURE leftZero ($ $)) (SIGNATURE rightZero ($ $)) (SIGNATURE - ($ S $)) (SIGNATURE - ($ $ S))) %noBranch) (IF (has S (SemiGroup)) (PROGN (ATTRIBUTE (SemiGroup)) (SIGNATURE * ($ S $)) (SIGNATURE * ($ $ S))) %noBranch) (IF (has S (Monoid)) (PROGN (ATTRIBUTE (Monoid)) (SIGNATURE leftOne ((Union $ failed) $)) (SIGNATURE rightOne ((Union $ failed) $))) %noBranch) (IF (has S (Group)) (PROGN (ATTRIBUTE (Group)) (SIGNATURE leftOne ((Union $ failed) $)) (SIGNATURE rightOne ((Union $ failed) $))) %noBranch) (IF (has S (Ring)) (PROGN (ATTRIBUTE (Ring)) (ATTRIBUTE (BiModule S S))) %noBranch) (IF (has S (CommutativeRing)) (ATTRIBUTE (Module S)) %noBranch) (IF (has S (IntegralDomain)) (SIGNATURE factorAndSplit ((List $) $)) %noBranch) (IF (has S (PartialDifferentialRing (Symbol))) (ATTRIBUTE (PartialDifferentialRing (Symbol))) %noBranch) (IF (has S (Field)) (PROGN (ATTRIBUTE (VectorSpace S)) (SIGNATURE / ($ $ $)) (SIGNATURE inv ($ $))) %noBranch) (IF (has S (ExpressionSpace)) (SIGNATURE subst ($ $ $)) %noBranch))) NIL) debug: evaluateType form: (Join (Functorial S) (CATEGORY domain (SIGNATURE = ($ S S)) (SIGNATURE equation ($ S S)) (SIGNATURE swap ($ $)) (SIGNATURE lhs (S $)) (SIGNATURE rhs (S $)) (IF (has S (InnerEvalable (Symbol) S)) (ATTRIBUTE (InnerEvalable (Symbol) S)) %noBranch) (IF (has S (SetCategory)) (PROGN (ATTRIBUTE (SetCategory)) (ATTRIBUTE (CoercibleTo (Boolean))) (IF (has S (Evalable S)) (PROGN (SIGNATURE eval ($ $ $)) (SIGNATURE eval ($ $ (List $)))) %noBranch)) %noBranch) (IF (has S (AbelianSemiGroup)) (PROGN (ATTRIBUTE (AbelianSemiGroup)) (SIGNATURE + ($ S $)) (SIGNATURE + ($ $ S))) %noBranch) (IF (has S (AbelianGroup)) (PROGN (ATTRIBUTE (AbelianGroup)) (SIGNATURE leftZero ($ $)) (SIGNATURE rightZero ($ $)) (SIGNATURE - ($ S $)) (SIGNATURE - ($ $ S))) %noBranch) (IF (has S (SemiGroup)) (PROGN (ATTRIBUTE (SemiGroup)) (SIGNATURE * ($ S $)) (SIGNATURE * ($ $ S))) %noBranch) (IF (has S (Monoid)) (PROGN (ATTRIBUTE (Monoid)) (SIGNATURE leftOne ((Union $ failed) $)) (SIGNATURE rightOne ((Union $ failed) $))) %noBranch) (IF (has S (Group)) (PROGN (ATTRIBUTE (Group)) (SIGNATURE leftOne ((Union $ failed) $)) (SIGNATURE rightOne ((Union $ failed) $))) %noBranch) (IF (has S (Ring)) (PROGN (ATTRIBUTE (Ring)) (ATTRIBUTE (BiModule S S))) %noBranch) (IF (has S (CommutativeRing)) (ATTRIBUTE (Module S)) %noBranch) (IF (has S (IntegralDomain)) (SIGNATURE factorAndSplit ((List $) $)) %noBranch) (IF (has S (PartialDifferentialRing (Symbol))) (ATTRIBUTE (PartialDifferentialRing (Symbol))) %noBranch) (IF (has S (Field)) (PROGN (ATTRIBUTE (VectorSpace S)) (SIGNATURE / ($ $ $)) (SIGNATURE inv ($ $))) %noBranch) (IF (has S (ExpressionSpace)) (SIGNATURE subst ($ $ $)) %noBranch))) $param: (S) debug: evaluateType form: (Functorial S) $param: (S) Debug: evaluateType1 form: (Functorial S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE = ($ S S)) (SIGNATURE equation ($ S S)) (SIGNATURE swap ($ $)) (SIGNATURE lhs (S $)) (SIGNATURE rhs (S $)) (IF (has S (InnerEvalable (Symbol) S)) (ATTRIBUTE (InnerEvalable (Symbol) S)) %noBranch) (IF (has S (SetCategory)) (PROGN (ATTRIBUTE (SetCategory)) (ATTRIBUTE (CoercibleTo (Boolean))) (IF (has S (Evalable S)) (PROGN (SIGNATURE eval ($ $ $)) (SIGNATURE eval ($ $ (List $)))) %noBranch)) %noBranch) (IF (has S (AbelianSemiGroup)) (PROGN (ATTRIBUTE (AbelianSemiGroup)) (SIGNATURE + ($ S $)) (SIGNATURE + ($ $ S))) %noBranch) (IF (has S (AbelianGroup)) (PROGN (ATTRIBUTE (AbelianGroup)) (SIGNATURE leftZero ($ $)) (SIGNATURE rightZero ($ $)) (SIGNATURE - ($ S $)) (SIGNATURE - ($ $ S))) %noBranch) (IF (has S (SemiGroup)) (PROGN (ATTRIBUTE (SemiGroup)) (SIGNATURE * ($ S $)) (SIGNATURE * ($ $ S))) %noBranch) (IF (has S (Monoid)) (PROGN (ATTRIBUTE (Monoid)) (SIGNATURE leftOne ((Union $ failed) $)) (SIGNATURE rightOne ((Union $ failed) $))) %noBranch) (IF (has S (Group)) (PROGN (ATTRIBUTE (Group)) (SIGNATURE leftOne ((Union $ failed) $)) (SIGNATURE rightOne ((Union $ failed) $))) %noBranch) (IF (has S (Ring)) (PROGN (ATTRIBUTE (Ring)) (ATTRIBUTE (BiModule S S))) %noBranch) (IF (has S (CommutativeRing)) (ATTRIBUTE (Module S)) %noBranch) (IF (has S (IntegralDomain)) (SIGNATURE factorAndSplit ((List $) $)) %noBranch) (IF (has S (PartialDifferentialRing (Symbol))) (ATTRIBUTE (PartialDifferentialRing (Symbol))) %noBranch) (IF (has S (Field)) (PROGN (ATTRIBUTE (VectorSpace S)) (SIGNATURE / ($ $ $)) (SIGNATURE inv ($ $))) %noBranch) (IF (has S (ExpressionSpace)) (SIGNATURE subst ($ $ $)) %noBranch)) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: compDefine1 signature (post evaluate): ((Join (Functorial S) (CATEGORY domain (SIGNATURE = ($ S S)) (SIGNATURE equation ($ S S)) (SIGNATURE swap ($ $)) (SIGNATURE lhs (S $)) (SIGNATURE rhs (S $)) (IF (has S (InnerEvalable (Symbol) S)) (ATTRIBUTE (InnerEvalable (Symbol) S)) %noBranch) (IF (has S (SetCategory)) (PROGN (ATTRIBUTE (SetCategory)) (ATTRIBUTE (CoercibleTo (Boolean))) (IF (has S (Evalable S)) (PROGN (SIGNATURE eval ($ $ $)) (SIGNATURE eval ($ $ (List $)))) %noBranch)) %noBranch) (IF (has S (AbelianSemiGroup)) (PROGN (ATTRIBUTE (AbelianSemiGroup)) (SIGNATURE + ($ S $)) (SIGNATURE + ($ $ S))) %noBranch) (IF (has S (AbelianGroup)) (PROGN (ATTRIBUTE (AbelianGroup)) (SIGNATURE leftZero ($ $)) (SIGNATURE rightZero ($ $)) (SIGNATURE - ($ S $)) (SIGNATURE - ($ $ S))) %noBranch) (IF (has S (SemiGroup)) (PROGN (ATTRIBUTE (SemiGroup)) (SIGNATURE * ($ S $)) (SIGNATURE * ($ $ S))) %noBranch) (IF (has S (Monoid)) (PROGN (ATTRIBUTE (Monoid)) (SIGNATURE leftOne ((Union $ failed) $)) (SIGNATURE rightOne ((Union $ failed) $))) %noBranch) (IF (has S (Group)) (PROGN (ATTRIBUTE (Group)) (SIGNATURE leftOne ((Union $ failed) $)) (SIGNATURE rightOne ((Union $ failed) $))) %noBranch) (IF (has S (Ring)) (PROGN (ATTRIBUTE (Ring)) (ATTRIBUTE (BiModule S S))) %noBranch) (IF (has S (CommutativeRing)) (ATTRIBUTE (Module S)) %noBranch) (IF (has S (IntegralDomain)) (SIGNATURE factorAndSplit ((List $) $)) %noBranch) (IF (has S (PartialDifferentialRing (Symbol))) (ATTRIBUTE (PartialDifferentialRing (Symbol))) %noBranch) (IF (has S (Field)) (PROGN (ATTRIBUTE (VectorSpace S)) (SIGNATURE / ($ $ $)) (SIGNATURE inv ($ $))) %noBranch) (IF (has S (ExpressionSpace)) (SIGNATURE subst ($ $ $)) %noBranch))) NIL) ------------------------------------------------------------------------ initializing stationary directory for Equation compiling into /tmp/oa-Ox94ae compiling exported = : (S,S) -> % EQ;=;2S$;1 is replaced by %pair Time: 0.03 SEC. compiling exported equation : (S,S) -> % EQ;equation;2S$;2 is replaced by %pair Time: 0 SEC. compiling exported lhs : % -> S EQ;lhs;$S;3 is replaced by %head Time: 0 SEC. compiling exported rhs : % -> S EQ;rhs;$S;4 is replaced by %tail Time: 0 SEC. compiling exported swap : % -> % Time: 0 SEC. compiling exported map : (S -> S,%) -> % Time: 0 SEC. compiling exported eval : (%,Symbol,S) -> % Time: 0.02 SEC. compiling exported eval : (%,List Symbol,List S) -> % Time: 0.00 SEC. compiling exported eval : (%,%) -> % Time: 0.01 SEC. compiling exported eval : (%,List %) -> % Time: 0.02 SEC. compiling exported = : (%,%) -> Boolean Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Time: 0 SEC. compiling exported coerce : % -> Boolean Time: 0.00 SEC. compiling exported + : (%,%) -> % Time: 0.00 SEC. compiling exported + : (S,%) -> % Time: 0.00 SEC. compiling exported + : (%,S) -> % Time: 0.00 SEC. compiling exported - : % -> % Time: 0.00 SEC. compiling exported - : (S,%) -> % Time: 0.00 SEC. compiling exported - : (%,S) -> % Time: 0.00 SEC. compiling exported leftZero : % -> % Time: 0 SEC. compiling exported rightZero : % -> % Time: 0 SEC. compiling exported Zero : () -> % Time: 0.00 SEC. compiling exported - : (%,%) -> % Time: 0.00 SEC. compiling exported * : (%,%) -> % Time: 0.01 SEC. compiling exported * : (S,%) -> % Time: 0.00 SEC. compiling exported * : (%,S) -> % Time: 0.01 SEC. compiling exported One : () -> % Time: 0.01 SEC. compiling exported recip : % -> Union(%,failed) Time: 0.00 SEC. compiling exported leftOne : % -> Union(%,failed) Time: 0.01 SEC. compiling exported rightOne : % -> Union(%,failed) Time: 0.01 SEC. compiling exported inv : % -> % Time: 0.01 SEC. compiling exported leftOne : % -> Union(%,failed) Time: 0.01 SEC. compiling exported rightOne : % -> Union(%,failed) Time: 0 SEC. compiling exported characteristic : () -> NonNegativeInteger Time: 0.04 SEC. compiling exported * : (Integer,%) -> % Time: 0.01 SEC. compiling exported factorAndSplit : % -> List % Time: 0.11 SEC. compiling exported differentiate : (%,Symbol) -> % Time: 0.02 SEC. compiling exported dimension : () -> CardinalNumber Time: 0.04 SEC. compiling exported / : (%,%) -> % Time: 0.00 SEC. compiling exported inv : % -> % Time: 0 SEC. compiling exported subst : (%,%) -> % Time: 0.01 SEC. (time taken in buildFunctor: 12) Time: 0.05 SEC. Warnings: [1] eval: pretend Equation S -- should replace by @ [2] eval: pretend List Equation S -- should replace by @ [3] factorAndSplit: factors has no value [4] factorAndSplit: not known that IntegralDomain is of mode CATEGORY(domain,factorAndSplit: % -> List %) [5] factorAndSplit: not known that IntegralDomain is of mode CATEGORY(package,factor: S -> Factored S) [6] factorAndSplit: pretend Polynomial Integer -- should replace by @ [7] factorAndSplit: pretend S -- should replace by @ [8] subst: pretend Equation S -- should replace by @ Cumulative Statistics for Constructor Equation Time: 0.47 seconds finalizing NRLIB EQ Processing Equation for Browser database: -- ?=? : (S,S) -> % -- equation : (S,S) -> % -- swap : % -> % -- lhs : % -> S -- rhs : % -> S -- eval : (%,%) -> % -- eval : (%,List %) -> % -- ?+? : (S,%) -> % -- ?+? : (%,S) -> % -- leftZero : % -> % -- rightZero : % -> % -- ?-? : (S,%) -> % -- ?-? : (%,S) -> % -- ?*? : (S,%) -> % -- ?*? : (%,S) -> % -- leftOne : % -> Union(%,"failed") -- rightOne : % -> Union(%,"failed") -- leftOne : % -> Union(%,"failed") -- rightOne : % -> Union(%,"failed") -- factorAndSplit : % -> List % -- ?/? : (%,%) -> % -- inv : % -> % -- subst : (%,%) -> % -- constructor ; compiling file "/tmp/oa-Ox94ae/code.lsp" (written 01 FEB 2016 10:54:51 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |EQ;=;2S$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |EQ;equation;2S$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |EQ;lhs;$S;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |EQ;rhs;$S;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |EQ;swap;2$;5|) ...) ; compiling (DEFUN |EQ;=;2S$;1| ...) ; compiling (DEFUN |EQ;equation;2S$;2| ...) ; compiling (DEFUN |EQ;lhs;$S;3| ...) ; compiling (DEFUN |EQ;rhs;$S;4| ...) ; compiling (DEFUN |EQ;swap;2$;5| ...) ; file: /tmp/oa-Ox94ae/code.lsp ; in: DEFUN |EQ;swap;2$;5| ; (DEFUN BOOT::|EQ;swap;2$;5| (BOOT::|eqn| BOOT::$) ; (CONS (CDR BOOT::|eqn|) (CAR BOOT::|eqn|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EQ;swap;2$;5| ; (BOOT::|eqn| BOOT::$) ; (BLOCK BOOT::|EQ;swap;2$;5| (CONS (CDR BOOT::|eqn|) (CAR BOOT::|eqn|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |EQ;map;M2$;6| ...) ; file: /tmp/oa-Ox94ae/code.lsp ; in: DEFUN |EQ;map;M2$;6| ; (DEFUN BOOT::|EQ;map;M2$;6| (BOOT::|fn| BOOT::|eqn| BOOT::$) ; (CONS (FUNCALL (CAR BOOT::|fn|) (CAR BOOT::|eqn|) (CDR BOOT::|fn|)) ; (FUNCALL (CAR BOOT::|fn|) (CDR BOOT::|eqn|) (CDR BOOT::|fn|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EQ;map;M2$;6| ; (BOOT::|fn| BOOT::|eqn| BOOT::$) ; (BLOCK BOOT::|EQ;map;M2$;6| ; (CONS (FUNCALL (CAR BOOT::|fn|) (CAR BOOT::|eqn|) (CDR BOOT::|fn|)) ; (FUNCALL (CAR BOOT::|fn|) (CDR BOOT::|eqn|) (CDR BOOT::|fn|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |EQ;eval;$SS$;7| ...) ; compiling (DEFUN |EQ;eval;$LL$;8| ...) ; compiling (DEFUN |EQ;eval;3$;9| ...) ; compiling (DEFUN |EQ;eval;$L$;10| ...) ; compiling (DEFUN |EQ;=;2$B;11| ...) ; file: /tmp/oa-Ox94ae/code.lsp ; in: DEFUN |EQ;=;2$B;11| ; (DEFUN BOOT::|EQ;=;2$B;11| (BOOT::|eq1| BOOT::|eq2| BOOT::$) ; (AND ; (BOOT::SPADCALL (CAR BOOT::|eq1|) (CAR BOOT::|eq2|) ; (BOOT::|shellEntry| BOOT::$ 30)) ; (BOOT::SPADCALL (CDR BOOT::|eq1|) (CDR BOOT::|eq2|) ; (BOOT::|shellEntry| BOOT::$ 30)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EQ;=;2$B;11| ; (BOOT::|eq1| BOOT::|eq2| BOOT::$) ; (BLOCK BOOT::|EQ;=;2$B;11| ; (AND ; (BOOT::SPADCALL (CAR BOOT::|eq1|) (CAR BOOT::|eq2|) ; (BOOT::|shellEntry| BOOT::$ 30)) ; (BOOT::SPADCALL (CDR BOOT::|eq1|) (CDR BOOT::|eq2|) ; (BOOT::|shellEntry| BOOT::$ 30))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |EQ;coerce;$Of;12| ...) ; compiling (DEFUN |EQ;coerce;$B;13| ...) ; file: /tmp/oa-Ox94ae/code.lsp ; in: DEFUN |EQ;coerce;$B;13| ; (DEFUN BOOT::|EQ;coerce;$B;13| (BOOT::|eqn| BOOT::$) ; (BOOT::SPADCALL (CAR BOOT::|eqn|) (CDR BOOT::|eqn|) ; (BOOT::|shellEntry| BOOT::$ 30))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EQ;coerce;$B;13| ; (BOOT::|eqn| BOOT::$) ; (BLOCK BOOT::|EQ;coerce;$B;13| ; (BOOT::SPADCALL (CAR BOOT::|eqn|) (CDR BOOT::|eqn|) ; (BOOT::|shellEntry| BOOT::$ 30)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |EQ;+;3$;14| ...) ; compiling (DEFUN |EQ;+;S2$;15| ...) ; file: /tmp/oa-Ox94ae/code.lsp ; in: DEFUN |EQ;+;S2$;15| ; (DEFUN BOOT::|EQ;+;S2$;15| (BOOT::|s| BOOT::|eq2| BOOT::$) ; (BOOT::SPADCALL (CONS BOOT::|s| BOOT::|s|) BOOT::|eq2| ; (BOOT::|shellEntry| BOOT::$ 39))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EQ;+;S2$;15| ; (BOOT::|s| BOOT::|eq2| BOOT::$) ; (BLOCK BOOT::|EQ;+;S2$;15| ; (BOOT::SPADCALL (CONS BOOT::|s| BOOT::|s|) BOOT::|eq2| ; (BOOT::|shellEntry| BOOT::$ 39)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |EQ;+;$S$;16| ...) ; file: /tmp/oa-Ox94ae/code.lsp ; in: DEFUN |EQ;+;$S$;16| ; (DEFUN BOOT::|EQ;+;$S$;16| (BOOT::|eq1| BOOT::|s| BOOT::$) ; (BOOT::SPADCALL BOOT::|eq1| (CONS BOOT::|s| BOOT::|s|) ; (BOOT::|shellEntry| BOOT::$ 39))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EQ;+;$S$;16| ; (BOOT::|eq1| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|EQ;+;$S$;16| ; (BOOT::SPADCALL BOOT::|eq1| (CONS BOOT::|s| BOOT::|s|) ; (BOOT::|shellEntry| BOOT::$ 39)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |EQ;-;2$;17| ...) ; compiling (DEFUN |EQ;-;S2$;18| ...) ; file: /tmp/oa-Ox94ae/code.lsp ; in: DEFUN |EQ;-;S2$;18| ; (DEFUN BOOT::|EQ;-;S2$;18| (BOOT::|s| BOOT::|eq2| BOOT::$) ; (BOOT::SPADCALL (CONS BOOT::|s| BOOT::|s|) BOOT::|eq2| ; (BOOT::|shellEntry| BOOT::$ 44))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EQ;-;S2$;18| ; (BOOT::|s| BOOT::|eq2| BOOT::$) ; (BLOCK BOOT::|EQ;-;S2$;18| ; (BOOT::SPADCALL (CONS BOOT::|s| BOOT::|s|) BOOT::|eq2| ; (BOOT::|shellEntry| BOOT::$ 44)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |EQ;-;$S$;19| ...) ; file: /tmp/oa-Ox94ae/code.lsp ; in: DEFUN |EQ;-;$S$;19| ; (DEFUN BOOT::|EQ;-;$S$;19| (BOOT::|eq1| BOOT::|s| BOOT::$) ; (BOOT::SPADCALL BOOT::|eq1| (CONS BOOT::|s| BOOT::|s|) ; (BOOT::|shellEntry| BOOT::$ 44))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EQ;-;$S$;19| ; (BOOT::|eq1| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|EQ;-;$S$;19| ; (BOOT::SPADCALL BOOT::|eq1| (CONS BOOT::|s| BOOT::|s|) ; (BOOT::|shellEntry| BOOT::$ 44)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |EQ;leftZero;2$;20| ...) ; compiling (DEFUN |EQ;rightZero;2$;21| ...) ; compiling (DEFUN |EQ;Zero;$;22| ...) ; compiling (DEFUN |EQ;-;3$;23| ...) ; compiling (DEFUN |EQ;*;3$;24| ...) ; compiling (DEFUN |EQ;*;S2$;25| ...) ; compiling (DEFUN |EQ;*;$S$;26| ...) ; compiling (DEFUN |EQ;One;$;27| ...) ; compiling (DEFUN |EQ;recip;$U;28| ...) ; compiling (DEFUN |EQ;leftOne;$U;29| ...) ; compiling (DEFUN |EQ;rightOne;$U;30| ...) ; compiling (DEFUN |EQ;inv;2$;31| ...) ; compiling (DEFUN |EQ;leftOne;$U;32| ...) ; compiling (DEFUN |EQ;rightOne;$U;33| ...) ; compiling (DEFUN |EQ;characteristic;Nni;34| ...) ; file: /tmp/oa-Ox94ae/code.lsp ; in: DEFUN |EQ;characteristic;Nni;34| ; (DEFUN BOOT::|EQ;characteristic;Nni;34| (BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 66)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EQ;characteristic;Nni;34| ; (BOOT::$) ; (BLOCK BOOT::|EQ;characteristic;Nni;34| ; (BOOT::|spadConstant| BOOT::$ 66))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |EQ;*;I2$;35| ...) ; file: /tmp/oa-Ox94ae/code.lsp ; in: DEFUN |EQ;*;I2$;35| ; (DEFUN BOOT::|EQ;*;I2$;35| (BOOT::|i| BOOT::|eq| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|i| (BOOT::|shellEntry| BOOT::$ 69)) ; BOOT::|eq| (BOOT::|shellEntry| BOOT::$ 54))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EQ;*;I2$;35| ; (BOOT::|i| BOOT::|eq| BOOT::$) ; (BLOCK BOOT::|EQ;*;I2$;35| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|i| (BOOT::|shellEntry| BOOT::$ 69)) BOOT::|eq| ; (BOOT::|shellEntry| BOOT::$ 54)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |EQ;factorAndSplit;$L;36| ...) ; file: /tmp/oa-Ox94ae/code.lsp ; in: DEFUN |EQ;factorAndSplit;$L;36| ; (DEFUN BOOT::|EQ;factorAndSplit;$L;36| (BOOT::|eq| BOOT::$) ; (COND ; ((BOOT::|HasSignature| (BOOT::|shellEntry| BOOT::$ 6) ; (LIST 'BOOT::|factor| #)) ; (LET (#) ; (LET # ; #))) ; ((BOOT::|domainEqual| (BOOT::|shellEntry| BOOT::$ 6) ; (BOOT::|Polynomial| #)) ; (LET* (# #) ; (LET # ; #))) ; (T (LIST BOOT::|eq|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EQ;factorAndSplit;$L;36| ; (BOOT::|eq| BOOT::$) ; (BLOCK BOOT::|EQ;factorAndSplit;$L;36| ; (COND ; ((BOOT::|HasSignature| # #) ; (LET # ; #)) ; ((BOOT::|domainEqual| # #) ; (LET* # ; #)) ; (T (LIST BOOT::|eq|))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |EQ;differentiate;$S$;37| ...) ; compiling (DEFUN |EQ;dimension;Cn;38| ...) ; compiling (DEFUN |EQ;/;3$;39| ...) ; compiling (DEFUN |EQ;inv;2$;40| ...) ; compiling (DEFUN |EQ;subst;3$;41| ...) ; compiling (DEFUN |Equation| ...) ; compiling (DEFUN |Equation;| ...) ; compiling (MAKEPROP (QUOTE |Equation|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 9 notes ; /tmp/oa-Ox94ae/code.fasl written ; compilation finished in 0:00:00.115 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/EVALAB.fasl --optimize=3 EVALAB.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/EVALAB.spad using Spad compiler. EVALAB abbreviates category Evalable debug: compDefine1 lhs: (Evalable R) signature (pre-evaluate): ((Category) (SetCategory)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Category) (SetCategory)) debug: compDefine1 lhs: (Evalable R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for Evalable compiling into /tmp/oa-3eVfRW STYLE-WARNING: redefining BOOT::|Evalable| in DEFUN Time: 0.01 SEC. EVALAB- abbreviates package Evalable& ------------------------------------------------------------------------ initializing stationary directory for Evalable& compiling into /tmp/oa-jpJmwp compiling exported eval : (S,Equation R) -> S Time: 0.02 SEC. compiling exported eval : (S,List R,List R) -> S Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor Evalable& Time: 0.04 seconds finalizing NRLIB EVALAB- ; compiling file "/tmp/oa-jpJmwp/code.lsp" (written 01 FEB 2016 10:54:51 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |EVALAB-;eval;$E$;1| ...) ; compiling (DEFUN |EVALAB-;eval;$2L$;2| ...) ; compiling (DEFUN |Evalable&| ...) ; compiling (MAKEPROP (QUOTE |Evalable&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-jpJmwp/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ finalizing NRLIB EVALAB Processing Evalable for Browser database: -- eval : (%,Equation R) -> % -- eval : (%,List Equation R) -> % -- constructor ; compiling file "/tmp/oa-3eVfRW/code.lsp" (written 01 FEB 2016 10:54:51 PM): ; compiling (DEFPARAMETER |Evalable;AL| ...) ; compiling (DEFUN |Evalable;| ...) ; compiling (DEFUN |Evalable| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-3eVfRW/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/HOAGG.fasl --optimize=3 HOAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/HOAGG.spad using Spad compiler. HOAGG abbreviates category HomogeneousAggregate debug: compDefine1 lhs: (HomogeneousAggregate S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (HomogeneousAggregate S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for HomogeneousAggregate compiling into /tmp/oa-Vh1AK5 STYLE-WARNING: redefining BOOT::|HomogeneousAggregate| in DEFUN Time: 0.01 SEC. HOAGG- abbreviates package HomogeneousAggregate& ------------------------------------------------------------------------ initializing stationary directory for HomogeneousAggregate& compiling into /tmp/oa-jQjNNy compiling exported eval : (A,List Equation S) -> A Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor HomogeneousAggregate& Time: 0.02 seconds finalizing NRLIB HOAGG- ; compiling file "/tmp/oa-jQjNNy/code.lsp" (written 01 FEB 2016 10:54:51 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |HOAGG-;eval;$L$;1| ...) ; compiling (DEFUN |HOAGG-;eval;$L$;1!0| ...) ; compiling (DEFUN |HomogeneousAggregate&| ...) ; compiling (MAKEPROP (QUOTE |HomogeneousAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-jQjNNy/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ finalizing NRLIB HOAGG Processing HomogeneousAggregate for Browser database: -- constructor ; compiling file "/tmp/oa-Vh1AK5/code.lsp" (written 01 FEB 2016 10:54:51 PM): ; compiling (DEFPARAMETER |HomogeneousAggregate;AL| ...) ; compiling (DEFUN |HomogeneousAggregate;| ...) ; compiling (DEFUN |HomogeneousAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Vh1AK5/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/ELTAB.fasl --optimize=3 ELTAB.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ELTAB.spad using Spad compiler. ELTAB abbreviates category Eltable debug: compDefine1 lhs: (Eltable S T$) signature (pre-evaluate): ((Category) (Type) (Type)) debug: evaluateType form: (Category) $param: (S T$) debug: evaluateType form: (Type) $param: (S T$) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Type) $param: (S T$) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type) (Type)) debug: compDefine1 lhs: (Eltable S T$) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (S T$) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for Eltable compiling into /tmp/oa-2lbmii STYLE-WARNING: redefining BOOT::|Eltable| in DEFUN Time: 0.01 SEC. finalizing NRLIB ELTAB Processing Eltable for Browser database: -- elt : (%,S) -> T -- constructor ; compiling file "/tmp/oa-2lbmii/code.lsp" (written 01 FEB 2016 10:54:51 PM): ; compiling (DEFPARAMETER |Eltable;AL| ...) ; compiling (DEFUN |Eltable;| ...) ; compiling (DEFUN |Eltable| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-2lbmii/code.fasl written ; compilation finished in 0:00:00.006 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/ELTAGG.fasl --optimize=3 ELTAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ELTAGG.spad using Spad compiler. ELTAGG abbreviates category EltableAggregate debug: compDefine1 lhs: (EltableAggregate Dom Im) signature (pre-evaluate): ((Category) (BasicType) (Type)) debug: evaluateType form: (Category) $param: (Dom Im) debug: evaluateType form: (BasicType) $param: (Dom Im) Debug: evaluateType1 form: (BasicType) debug: evaluateType form: (Type) $param: (Dom Im) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (BasicType) (Type)) debug: compDefine1 lhs: (EltableAggregate Dom Im) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (Dom Im) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for EltableAggregate compiling into /tmp/oa-AeO9ss STYLE-WARNING: redefining BOOT::|EltableAggregate| in DEFUN Time: 0.01 SEC. ELTAGG- abbreviates package EltableAggregate& ------------------------------------------------------------------------ initializing stationary directory for EltableAggregate& compiling into /tmp/oa-MGAFeW compiling exported qelt : (S,Dom) -> Im Time: 0.00 SEC. compiling exported qsetelt! : (S,Dom,Im) -> Im Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor EltableAggregate& Time: 0.01 seconds finalizing NRLIB ELTAGG- ; compiling file "/tmp/oa-MGAFeW/code.lsp" (written 01 FEB 2016 10:54:51 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ELTAGG-;qelt;$DomIm;1| ...) ; compiling (DEFUN |ELTAGG-;qsetelt!;$Dom2Im;2| ...) ; compiling (DEFUN |EltableAggregate&| ...) ; compiling (MAKEPROP (QUOTE |EltableAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-MGAFeW/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ finalizing NRLIB ELTAGG Processing EltableAggregate for Browser database: -- elt : (%,Dom,Im) -> Im -- qelt : (%,Dom) -> Im -- setelt : (%,Dom,Im) -> Im -- qsetelt! : (%,Dom,Im) -> Im -- constructor ; compiling file "/tmp/oa-AeO9ss/code.lsp" (written 01 FEB 2016 10:54:51 PM): ; compiling (DEFPARAMETER |EltableAggregate;AL| ...) ; compiling (DEFUN |EltableAggregate;| ...) ; compiling (DEFUN |EltableAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-AeO9ss/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/IXAGG.fasl --optimize=3 IXAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IXAGG.spad using Spad compiler. IXAGG abbreviates category IndexedAggregate debug: compDefine1 lhs: (IndexedAggregate Index Entry) signature (pre-evaluate): ((Category) (BasicType) (Type)) debug: evaluateType form: (Category) $param: (Index Entry) debug: evaluateType form: (BasicType) $param: (Index Entry) Debug: evaluateType1 form: (BasicType) debug: evaluateType form: (Type) $param: (Index Entry) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (BasicType) (Type)) debug: compDefine1 lhs: (IndexedAggregate Index Entry) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (Index Entry) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for IndexedAggregate compiling into /tmp/oa-nx7VOC STYLE-WARNING: redefining BOOT::|IndexedAggregate| in DEFUN Time: 0.01 SEC. IXAGG- abbreviates package IndexedAggregate& ------------------------------------------------------------------------ initializing stationary directory for IndexedAggregate& compiling into /tmp/oa-bKOGV6 compiling exported elt : (S,Index,Entry) -> Entry Time: 0.01 SEC. compiling exported entries : S -> List Entry Time: 0.01 SEC. compiling exported entry? : (Entry,S) -> Boolean Time: 0 SEC. compiling exported maxIndex : S -> Index Time: 0.01 SEC. compiling exported minIndex : S -> Index Time: 0 SEC. compiling exported first : S -> Entry Time: 0.00 SEC. compiling exported map : (Entry -> Entry,S) -> S Time: 0 SEC. compiling exported map! : (Entry -> Entry,S) -> S Time: 0.01 SEC. compiling exported fill! : (S,Entry) -> S Time: 0.00 SEC. compiling exported swap! : (S,Index,Index) -> Void Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor IndexedAggregate& Time: 0.05 seconds finalizing NRLIB IXAGG- ; compiling file "/tmp/oa-bKOGV6/code.lsp" (written 01 FEB 2016 10:54:51 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |IXAGG-;elt;$Index2Entry;1| ...) ; compiling (DEFUN |IXAGG-;entries;$L;2| ...) ; file: /tmp/oa-bKOGV6/code.lsp ; in: DEFUN |IXAGG-;entries;$L;2| ; (DEFUN BOOT::|IXAGG-;entries;$L;2| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 14))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IXAGG-;entries;$L;2| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|IXAGG-;entries;$L;2| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 14)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |IXAGG-;entry?;Entry$B;3| ...) ; file: /tmp/oa-bKOGV6/code.lsp ; in: DEFUN |IXAGG-;entry?;Entry$B;3| ; (DEFUN BOOT::|IXAGG-;entry?;Entry$B;3| (BOOT::|x| BOOT::|a| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|a| (BOOT::|shellEntry| BOOT::$ 16))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IXAGG-;entry?;Entry$B;3| ; (BOOT::|x| BOOT::|a| BOOT::$) ; (BLOCK BOOT::|IXAGG-;entry?;Entry$B;3| ; (BOOT::SPADCALL BOOT::|x| BOOT::|a| (BOOT::|shellEntry| BOOT::$ 16)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |IXAGG-;maxIndex;$Index;4| ...) ; compiling (DEFUN |IXAGG-;minIndex;$Index;5| ...) ; compiling (DEFUN |IXAGG-;first;$Entry;6| ...) ; compiling (DEFUN |IXAGG-;map;M2$;7| ...) ; compiling (DEFUN |IXAGG-;map!;M2$;8| ...) ; compiling (DEFUN |IXAGG-;fill!;$Entry$;9| ...) ; compiling (DEFUN |IXAGG-;swap!;$2IndexV;10| ...) ; compiling (DEFUN |IndexedAggregate&| ...) ; compiling (MAKEPROP (QUOTE |IndexedAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-bKOGV6/code.fasl written ; compilation finished in 0:00:00.040 ------------------------------------------------------------------------ finalizing NRLIB IXAGG Processing IndexedAggregate for Browser database: -- entries : % -> List Entry -- index? : (Index,%) -> Boolean -- indices : % -> List Index -- entry? : (Entry,%) -> Boolean -- maxIndex : % -> Index -- minIndex : % -> Index -- first : % -> Entry -- fill! : (%,Entry) -> % -- swap! : (%,Index,Index) -> Void -- constructor ; compiling file "/tmp/oa-nx7VOC/code.lsp" (written 01 FEB 2016 10:54:51 PM): ; compiling (DEFPARAMETER |IndexedAggregate;AL| ...) ; compiling (DEFUN |IndexedAggregate;| ...) ; compiling (DEFUN |IndexedAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-nx7VOC/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/CLAGG.fasl --optimize=3 CLAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CLAGG.spad using Spad compiler. CLAGG abbreviates category Collection debug: compDefine1 lhs: (Collection S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (Collection S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for Collection compiling into /tmp/oa-biVX0K STYLE-WARNING: redefining BOOT::|Collection| in DEFUN Time: 0.01 SEC. CLAGG- abbreviates package Collection& ------------------------------------------------------------------------ initializing stationary directory for Collection& compiling into /tmp/oa-gukdIf compiling exported remove : (S -> Boolean,A) -> A Time: 0.04 SEC. compiling exported select : (S -> Boolean,A) -> A Time: 0.00 SEC. compiling exported remove : (S,A) -> A Time: 0.00 SEC. compiling exported removeDuplicates : A -> A Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor Collection& Time: 0.06 seconds finalizing NRLIB CLAGG- ; compiling file "/tmp/oa-gukdIf/code.lsp" (written 01 FEB 2016 10:54:52 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |CLAGG-;remove;M2$;1| ...) ; compiling (DEFUN |CLAGG-;select;M2$;2| ...) ; compiling (DEFUN |CLAGG-;remove;S2$;3| ...) ; compiling (DEFUN |CLAGG-;remove;S2$;3!0| ...) ; compiling (DEFUN |CLAGG-;removeDuplicates;2$;4| ...) ; compiling (DEFUN |Collection&| ...) ; compiling (MAKEPROP (QUOTE |Collection&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-gukdIf/code.fasl written ; compilation finished in 0:00:00.021 ------------------------------------------------------------------------ finalizing NRLIB CLAGG Processing Collection for Browser database: -- construct : List S -> % -- remove : ((S -> Boolean),%) -> % -- select : ((S -> Boolean),%) -> % -- remove : (S,%) -> % -- removeDuplicates : % -> % -- constructor ; compiling file "/tmp/oa-biVX0K/code.lsp" (written 01 FEB 2016 10:54:52 PM): ; compiling (DEFPARAMETER |Collection;AL| ...) ; compiling (DEFUN |Collection;| ...) ; compiling (DEFUN |Collection| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-biVX0K/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/SEG.fasl --optimize=3 SEG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SEG.spad using Spad compiler. SEG abbreviates domain Segment debug: compDefine1 lhs: (Segment S) signature (pre-evaluate): ((Join (SegmentCategory S) (CATEGORY package (IF (has S (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch) (IF (has S (OrderedRing)) (ATTRIBUTE (SegmentExpansionCategory S (List S))) %noBranch))) (Type)) debug: evaluateType form: (Join (SegmentCategory S) (CATEGORY package (IF (has S (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch) (IF (has S (OrderedRing)) (ATTRIBUTE (SegmentExpansionCategory S (List S))) %noBranch))) $param: (S) debug: evaluateType form: (SegmentCategory S) $param: (S) Debug: evaluateType1 form: (SegmentCategory S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY package (IF (has S (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch) (IF (has S (OrderedRing)) (ATTRIBUTE (SegmentExpansionCategory S (List S))) %noBranch)) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Join (SegmentCategory S) (CATEGORY package (IF (has S (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch) (IF (has S (OrderedRing)) (ATTRIBUTE (SegmentExpansionCategory S (List S))) %noBranch))) (Type)) debug: compDefine1 lhs: (Segment S) signature (pre-evaluate): ((Join (SegmentCategory S) (CATEGORY package (IF (has S (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch) (IF (has S (OrderedRing)) (ATTRIBUTE (SegmentExpansionCategory S (List S))) %noBranch))) NIL) debug: evaluateType form: (Join (SegmentCategory S) (CATEGORY package (IF (has S (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch) (IF (has S (OrderedRing)) (ATTRIBUTE (SegmentExpansionCategory S (List S))) %noBranch))) $param: (S) debug: evaluateType form: (SegmentCategory S) $param: (S) Debug: evaluateType1 form: (SegmentCategory S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY package (IF (has S (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch) (IF (has S (OrderedRing)) (ATTRIBUTE (SegmentExpansionCategory S (List S))) %noBranch)) $param: (S) debug: compDefine1 signature (post evaluate): ((Join (SegmentCategory S) (CATEGORY package (IF (has S (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch) (IF (has S (OrderedRing)) (ATTRIBUTE (SegmentExpansionCategory S (List S))) %noBranch))) NIL) ------------------------------------------------------------------------ initializing stationary directory for Segment compiling into /tmp/oa-qdHxh2 compiling exported SEGMENT : (S,S) -> % SEG;SEGMENT;2S$;1(a,b) is replaced by %vector(a,b,1) Time: 0.01 SEC. compiling exported lo : % -> S SEG;lo;$S;2 s is replaced by %vref(s,0) Time: 0.00 SEC. compiling exported low : % -> S SEG;low;$S;3 s is replaced by %vref(s,0) Time: 0 SEC. compiling exported hi : % -> S SEG;hi;$S;4 s is replaced by %vref(s,1) Time: 0 SEC. compiling exported high : % -> S SEG;high;$S;5 s is replaced by %vref(s,1) Time: 0 SEC. compiling exported incr : % -> Integer SEG;incr;$I;6 s is replaced by %vref(s,2) Time: 0 SEC. compiling exported segment : (S,S) -> % SEG;segment;2S$;7(a,b) is replaced by %vector(a,b,1) Time: 0 SEC. compiling exported BY : (%,Integer) -> % Time: 0 SEC. compiling exported = : (%,%) -> Boolean Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. compiling exported convert : S -> % Time: 0 SEC. compiling exported expand : List % -> List S Time: 0.05 SEC. compiling exported expand : % -> List S Time: 0.02 SEC. compiling exported map : (S -> S,%) -> List S Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor Segment Time: 0.12 seconds finalizing NRLIB SEG Processing Segment for Browser database: -- constructor ; compiling file "/tmp/oa-qdHxh2/code.lsp" (written 01 FEB 2016 10:54:52 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEG;SEGMENT;2S$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEG;lo;$S;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEG;low;$S;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEG;hi;$S;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEG;high;$S;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEG;incr;$I;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEG;segment;2S$;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEG;BY;$I$;8|) ...) ; compiling (PUT (QUOTE |SEG;convert;S$;11|) ...) ; compiling (DEFUN |SEG;SEGMENT;2S$;1| ...) ; compiling (DEFUN |SEG;lo;$S;2| ...) ; compiling (DEFUN |SEG;low;$S;3| ...) ; compiling (DEFUN |SEG;hi;$S;4| ...) ; compiling (DEFUN |SEG;high;$S;5| ...) ; compiling (DEFUN |SEG;incr;$I;6| ...) ; compiling (DEFUN |SEG;segment;2S$;7| ...) ; compiling (DEFUN |SEG;BY;$I$;8| ...) ; file: /tmp/oa-qdHxh2/code.lsp ; in: DEFUN |SEG;BY;$I$;8| ; (DEFUN BOOT::|SEG;BY;$I$;8| (BOOT::|s| BOOT::|r| BOOT::$) ; (VECTOR (SVREF BOOT::|s| 0) (SVREF BOOT::|s| 1) BOOT::|r|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SEG;BY;$I$;8| ; (BOOT::|s| BOOT::|r| BOOT::$) ; (BLOCK BOOT::|SEG;BY;$I$;8| ; (VECTOR (SVREF BOOT::|s| 0) (SVREF BOOT::|s| 1) BOOT::|r|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SEG;=;2$B;9| ...) ; compiling (DEFUN |SEG;coerce;$Of;10| ...) ; compiling (DEFUN |SEG;convert;S$;11| ...) ; file: /tmp/oa-qdHxh2/code.lsp ; in: DEFUN |SEG;convert;S$;11| ; (DEFUN BOOT::|SEG;convert;S$;11| (BOOT::|a| BOOT::$) ; (VECTOR BOOT::|a| BOOT::|a| 1)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SEG;convert;S$;11| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|SEG;convert;S$;11| (VECTOR BOOT::|a| BOOT::|a| 1))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SEG;expand;LL;12| ...) ; file: /tmp/oa-qdHxh2/code.lsp ; in: DEFUN |SEG;expand;LL;12| ; (DEFUN BOOT::|SEG;expand;LL;12| (BOOT::|ls| BOOT::$) ; (PROG (BOOT::|inc| BOOT::|h| BOOT::|l|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SEG;expand;LL;12| ; (BOOT::|ls| BOOT::$) ; (BLOCK BOOT::|SEG;expand;LL;12| ; (PROG (BOOT::|inc| BOOT::|h| BOOT::|l|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SEG;expand;$L;13| ...) ; file: /tmp/oa-qdHxh2/code.lsp ; in: DEFUN |SEG;expand;$L;13| ; (DEFUN BOOT::|SEG;expand;$L;13| (BOOT::|s| BOOT::$) ; (BOOT::SPADCALL (LIST BOOT::|s|) (BOOT::|shellEntry| BOOT::$ 41))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SEG;expand;$L;13| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|SEG;expand;$L;13| ; (BOOT::SPADCALL (LIST BOOT::|s|) (BOOT::|shellEntry| BOOT::$ 41)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SEG;map;M$L;14| ...) ; file: /tmp/oa-qdHxh2/code.lsp ; in: DEFUN |SEG;map;M$L;14| ; (DEFUN BOOT::|SEG;map;M$L;14| (BOOT::|f| BOOT::|s| BOOT::$) ; (LET ((BOOT::|lr| NIL) ; (BOOT::|l| (SVREF BOOT::|s| 0)) ; (BOOT::|h| (SVREF BOOT::|s| 1)) ; (BOOT::|inc| (BOOT::SPADCALL # #))) ; (BOOT::SEQ (COND (# #) (T #)) ; (BOOT::EXIT (BOOTTRAN:|reverse!| BOOT::|lr|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SEG;map;M$L;14| ; (BOOT::|f| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|SEG;map;M$L;14| ; (LET ((BOOT::|lr| NIL) (BOOT::|l| #) (BOOT::|h| #) (BOOT::|inc| #)) ; (BOOT::SEQ (COND # #) (BOOT::EXIT #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |Segment| ...) ; compiling (DEFUN |Segment;| ...) ; compiling (MAKEPROP (QUOTE |Segment|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 3 notes ; /tmp/oa-qdHxh2/code.fasl written ; compilation finished in 0:00:00.051 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/LZSTAGG.fasl --bootstrap LZSTAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LZSTAGG.spad using Spad compiler. LZSTAGG abbreviates category LazyStreamAggregate ------------------------------------------------------------------------ initializing stationary directory for LazyStreamAggregate compiling into /tmp/oa-zjpsvk STYLE-WARNING: redefining BOOT::|LazyStreamAggregate| in DEFUN Time: 0.01 SEC. finalizing NRLIB LZSTAGG ; compiling file "/tmp/oa-zjpsvk/code.lsp" (written 01 FEB 2016 10:54:52 PM): ; compiling (DEFPARAMETER |LazyStreamAggregate;AL| ...) ; compiling (DEFUN |LazyStreamAggregate;| ...) ; compiling (DEFUN |LazyStreamAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-zjpsvk/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/STREAM.fasl --bootstrap STREAM.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/STREAM.spad using Spad compiler. STREAM abbreviates domain Stream ------------------------------------------------------------------------ initializing stationary directory for Stream compiling into /tmp/oa-zeungx Time: 0.02 SEC. Cumulative Statistics for Constructor Stream Time: 0.02 seconds finalizing NRLIB STREAM ; compiling file "/tmp/oa-zeungx/code.lsp" (written 01 FEB 2016 10:54:52 PM): ; compiling (DEFUN |Stream| ...) ; compiling (DEFUN |Stream;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-zeungx/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/UNISEG.fasl --optimize=3 UNISEG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UNISEG.spad using Spad compiler. UNISEG abbreviates domain UniversalSegment debug: compDefine1 lhs: (UniversalSegment S) signature (pre-evaluate): ((Join (SegmentCategory S) (CATEGORY domain (SIGNATURE SEGMENT ($ S)) (SIGNATURE segment ($ S)) (SIGNATURE coerce ($ (Segment S))) (SIGNATURE hasHi ((Boolean) $)) (IF (has S (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch) (IF (has S (OrderedRing)) (ATTRIBUTE (SegmentExpansionCategory S (Stream S))) %noBranch))) (Type)) debug: evaluateType form: (Join (SegmentCategory S) (CATEGORY domain (SIGNATURE SEGMENT ($ S)) (SIGNATURE segment ($ S)) (SIGNATURE coerce ($ (Segment S))) (SIGNATURE hasHi ((Boolean) $)) (IF (has S (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch) (IF (has S (OrderedRing)) (ATTRIBUTE (SegmentExpansionCategory S (Stream S))) %noBranch))) $param: (S) debug: evaluateType form: (SegmentCategory S) $param: (S) Debug: evaluateType1 form: (SegmentCategory S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE SEGMENT ($ S)) (SIGNATURE segment ($ S)) (SIGNATURE coerce ($ (Segment S))) (SIGNATURE hasHi ((Boolean) $)) (IF (has S (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch) (IF (has S (OrderedRing)) (ATTRIBUTE (SegmentExpansionCategory S (Stream S))) %noBranch)) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Segment S) $param: (S) Debug: evaluateType1 form: (Segment S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Join (SegmentCategory S) (CATEGORY domain (SIGNATURE SEGMENT ($ S)) (SIGNATURE segment ($ S)) (SIGNATURE coerce ($ (Segment S))) (SIGNATURE hasHi ((Boolean) $)) (IF (has S (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch) (IF (has S (OrderedRing)) (ATTRIBUTE (SegmentExpansionCategory S (Stream S))) %noBranch))) (Type)) debug: compDefine1 lhs: (UniversalSegment S) signature (pre-evaluate): ((Join (SegmentCategory S) (CATEGORY domain (SIGNATURE SEGMENT ($ S)) (SIGNATURE segment ($ S)) (SIGNATURE coerce ($ (Segment S))) (SIGNATURE hasHi ((Boolean) $)) (IF (has S (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch) (IF (has S (OrderedRing)) (ATTRIBUTE (SegmentExpansionCategory S (Stream S))) %noBranch))) NIL) debug: evaluateType form: (Join (SegmentCategory S) (CATEGORY domain (SIGNATURE SEGMENT ($ S)) (SIGNATURE segment ($ S)) (SIGNATURE coerce ($ (Segment S))) (SIGNATURE hasHi ((Boolean) $)) (IF (has S (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch) (IF (has S (OrderedRing)) (ATTRIBUTE (SegmentExpansionCategory S (Stream S))) %noBranch))) $param: (S) debug: evaluateType form: (SegmentCategory S) $param: (S) Debug: evaluateType1 form: (SegmentCategory S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE SEGMENT ($ S)) (SIGNATURE segment ($ S)) (SIGNATURE coerce ($ (Segment S))) (SIGNATURE hasHi ((Boolean) $)) (IF (has S (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch) (IF (has S (OrderedRing)) (ATTRIBUTE (SegmentExpansionCategory S (Stream S))) %noBranch)) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Segment S) $param: (S) Debug: evaluateType1 form: (Segment S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: compDefine1 signature (post evaluate): ((Join (SegmentCategory S) (CATEGORY domain (SIGNATURE SEGMENT ($ S)) (SIGNATURE segment ($ S)) (SIGNATURE coerce ($ (Segment S))) (SIGNATURE hasHi ((Boolean) $)) (IF (has S (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch) (IF (has S (OrderedRing)) (ATTRIBUTE (SegmentExpansionCategory S (Stream S))) %noBranch))) NIL) ------------------------------------------------------------------------ initializing stationary directory for UniversalSegment compiling into /tmp/oa-e09DPG compiling exported segment : S -> % UNISEG;segment;S$;1 a is replaced by %pair(0,%pair(a,1)) Time: 0.03 SEC. compiling exported segment : (S,S) -> % UNISEG;segment;2S$;2(a,b) is replaced by %pair(1,%vector(a,b,1)) Time: 0.00 SEC. compiling exported BY : (%,Integer) -> % Time: 0.01 SEC. compiling exported lo : % -> S UNISEG;lo;$S;4 s is replaced by %when( %head %tail s,%otherwise %vref(%tail s,0)) Time: 0.00 SEC. compiling exported low : % -> S UNISEG;low;$S;5 s is replaced by %when( %head %tail s,%otherwise %vref(%tail s,0)) Time: 0.00 SEC. compiling exported hasHi : % -> Boolean UNISEG;hasHi;$B;6 s is replaced by %ieq(%head s,1) Time: 0.00 SEC. compiling exported hi : % -> S Time: 0.01 SEC. compiling exported high : % -> S Time: 0.00 SEC. compiling exported incr : % -> Integer UNISEG;incr;$I;9 s is replaced by %when( %tail %tail s,%otherwise %vref(%tail s,2)) Time: 0.00 SEC. compiling exported SEGMENT : S -> % UNISEG;SEGMENT;S$;10 a is replaced by %pair(0,%pair(a,1)) Time: 0 SEC. compiling exported SEGMENT : (S,S) -> % UNISEG;SEGMENT;2S$;11(a,b) is replaced by %pair(1,%vector(a,b,1)) Time: 0.00 SEC. compiling exported coerce : Segment S -> % Time: 0.00 SEC. compiling exported convert : S -> % Time: 0.00 SEC. compiling exported = : (%,%) -> Boolean Time: 0.04 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. compiling exported expand : % -> Stream S Time: 0.02 SEC. compiling exported map : (S -> S,%) -> Stream S Time: 0.01 SEC. compiling local plusInc : (S,S) -> S Time: 0 SEC. compiling exported expand : List % -> Stream S Time: 0.06 SEC. (time taken in buildFunctor: 4) Time: 0.02 SEC. Warnings: [1] Type Integer is not in scope. Import it Cumulative Statistics for Constructor UniversalSegment Time: 0.25 seconds finalizing NRLIB UNISEG Processing UniversalSegment for Browser database: -- ?SEGMENT : S -> % -- segment : S -> % -- coerce : Segment S -> % -- hasHi : % -> Boolean -- constructor ; compiling file "/tmp/oa-e09DPG/code.lsp" (written 01 FEB 2016 10:54:53 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UNISEG;segment;S$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UNISEG;segment;2S$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UNISEG;lo;$S;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UNISEG;low;$S;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UNISEG;hasHi;$B;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UNISEG;incr;$I;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UNISEG;SEGMENT;S$;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UNISEG;SEGMENT;2S$;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UNISEG;hi;$S;7|) ...) ; compiling (PUT (QUOTE |UNISEG;high;$S;8|) ...) ; compiling (PUT (QUOTE |UNISEG;convert;S$;13|) ...) ; compiling (DEFUN |UNISEG;segment;S$;1| ...) ; compiling (DEFUN |UNISEG;segment;2S$;2| ...) ; compiling (DEFUN |UNISEG;BY;$I$;3| ...) ; compiling (DEFUN |UNISEG;lo;$S;4| ...) ; compiling (DEFUN |UNISEG;low;$S;5| ...) ; compiling (DEFUN |UNISEG;hasHi;$B;6| ...) ; compiling (DEFUN |UNISEG;hi;$S;7| ...) ; file: /tmp/oa-e09DPG/code.lsp ; in: DEFUN |UNISEG;hi;$S;7| ; (DEFUN BOOT::|UNISEG;hi;$S;7| (BOOT::|s| BOOT::$) ; (COND ((NOT (EQL # 1)) (BOOT::|error| "hi: segment has no upper bound")) ; (T (SVREF (CDR BOOT::|s|) 1)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UNISEG;hi;$S;7| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|UNISEG;hi;$S;7| ; (COND ((NOT #) (BOOT::|error| "hi: segment has no upper bound")) ; (T (SVREF # 1))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |UNISEG;high;$S;8| ...) ; file: /tmp/oa-e09DPG/code.lsp ; in: DEFUN |UNISEG;high;$S;8| ; (DEFUN BOOT::|UNISEG;high;$S;8| (BOOT::|s| BOOT::$) ; (COND ((NOT (EQL # 1)) (BOOT::|error| "high: segment has no upper bound")) ; (T (SVREF (CDR BOOT::|s|) 1)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UNISEG;high;$S;8| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|UNISEG;high;$S;8| ; (COND ((NOT #) (BOOT::|error| "high: segment has no upper bound")) ; (T (SVREF # 1))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |UNISEG;incr;$I;9| ...) ; compiling (DEFUN |UNISEG;SEGMENT;S$;10| ...) ; compiling (DEFUN |UNISEG;SEGMENT;2S$;11| ...) ; compiling (DEFUN |UNISEG;coerce;S$;12| ...) ; compiling (DEFUN |UNISEG;convert;S$;13| ...) ; file: /tmp/oa-e09DPG/code.lsp ; in: DEFUN |UNISEG;convert;S$;13| ; (DEFUN BOOT::|UNISEG;convert;S$;13| (BOOT::|a| BOOT::$) ; (CONS 1 (VECTOR BOOT::|a| BOOT::|a| 1))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UNISEG;convert;S$;13| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|UNISEG;convert;S$;13| ; (CONS 1 (VECTOR BOOT::|a| BOOT::|a| 1)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |UNISEG;=;2$B;14| ...) ; compiling (DEFUN |UNISEG;coerce;$Of;15| ...) ; compiling (DEFUN |UNISEG;expand;$S;16| ...) ; compiling (DEFUN |UNISEG;map;M$S;17| ...) ; compiling (DEFUN |UNISEG;plusInc| ...) ; compiling (DEFUN |UNISEG;expand;LS;19| ...) ; file: /tmp/oa-e09DPG/code.lsp ; in: DEFUN |UNISEG;expand;LS;19| ; (DEFUN BOOT::|UNISEG;expand;LS;19| (BOOT::|ls| BOOT::$) ; (PROG (BOOT::|s| BOOT::|ns| BOOT::|lb|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UNISEG;expand;LS;19| ; (BOOT::|ls| BOOT::$) ; (BLOCK BOOT::|UNISEG;expand;LS;19| ; (PROG (BOOT::|s| BOOT::|ns| BOOT::|lb|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |ls| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |UNISEG;expand;LS;19!0| ...) ; compiling (DEFUN |UniversalSegment| ...) ; compiling (DEFUN |UniversalSegment;| ...) ; compiling (MAKEPROP (QUOTE |UniversalSegment|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; printed 1 note ; /tmp/oa-e09DPG/code.fasl written ; compilation finished in 0:00:00.079 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/LNAGG.fasl --optimize=3 LNAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LNAGG.spad using Spad compiler. LNAGG abbreviates category LinearAggregate debug: compDefine1 lhs: (LinearAggregate S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (LinearAggregate S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for LinearAggregate compiling into /tmp/oa-4uRiP3 STYLE-WARNING: redefining BOOT::|LinearAggregate| in DEFUN Time: 0.01 SEC. LNAGG- abbreviates package LinearAggregate& ------------------------------------------------------------------------ initializing stationary directory for LinearAggregate& compiling into /tmp/oa-ZbcBGB compiling exported indices : A -> List Integer Time: 0.02 SEC. compiling exported index? : (Integer,A) -> Boolean Time: 0.00 SEC. compiling exported concat : (A,S) -> A Time: 0.00 SEC. compiling exported concat : (S,A) -> A Time: 0.00 SEC. compiling exported insert : (S,A,Integer) -> A Time: 0 SEC. compiling exported maxIndex : A -> Integer Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor LinearAggregate& Time: 0.03 seconds finalizing NRLIB LNAGG- ; compiling file "/tmp/oa-ZbcBGB/code.lsp" (written 01 FEB 2016 10:54:53 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LNAGG-;indices;$L;1| ...) ; file: /tmp/oa-ZbcBGB/code.lsp ; in: DEFUN |LNAGG-;indices;$L;1| ; (DEFUN BOOT::|LNAGG-;indices;$L;1| (BOOT::|a| BOOT::$) ; (LET ((BOOT::|i| (BOOT::SPADCALL BOOT::|a| #)) ; (#:G559 (BOOT::SPADCALL BOOT::|a| #)) ; (#:G546 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ BOOT::|i| #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LNAGG-;indices;$L;1| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|LNAGG-;indices;$L;1| ; (LET ((BOOT::|i| #) (#:G559 #) (#:G546 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS INTEGER T)) &REST T). ; compiling (DEFUN |LNAGG-;index?;I$B;2| ...) ; compiling (DEFUN |LNAGG-;concat;$S$;3| ...) ; compiling (DEFUN |LNAGG-;concat;S2$;4| ...) ; compiling (DEFUN |LNAGG-;insert;S$I$;5| ...) ; compiling (DEFUN |LNAGG-;maxIndex;$I;6| ...) ; compiling (DEFUN |LinearAggregate&| ...) ; compiling (MAKEPROP (QUOTE |LinearAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-ZbcBGB/code.fasl written ; compilation finished in 0:00:00.023 ------------------------------------------------------------------------ finalizing NRLIB LNAGG Processing LinearAggregate for Browser database: -- new : (NonNegativeInteger,S) -> % -- concat : (%,S) -> % -- concat : (S,%) -> % -- concat : (%,%) -> % -- concat : List % -> % -- map : (((S,S) -> S),%,%) -> % -- delete : (%,Integer) -> % -- delete : (%,UniversalSegment Integer) -> % -- insert : (S,%,Integer) -> % -- insert : (%,%,Integer) -> % -- setelt : (%,UniversalSegment Integer,S) -> S -- constructor ; compiling file "/tmp/oa-4uRiP3/code.lsp" (written 01 FEB 2016 10:54:53 PM): ; compiling (DEFPARAMETER |LinearAggregate;AL| ...) ; compiling (DEFUN |LinearAggregate;| ...) ; compiling (DEFUN |LinearAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-4uRiP3/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/FINAGG.fasl --optimize=3 FINAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FINAGG.spad using Spad compiler. FINAGG abbreviates category FiniteAggregate debug: compDefine1 lhs: (FiniteAggregate S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (FiniteAggregate S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for FiniteAggregate compiling into /tmp/oa-L7x1Ji STYLE-WARNING: redefining BOOT::|FiniteAggregate| in DEFUN Time: 0.01 SEC. FINAGG- abbreviates package FiniteAggregate& ------------------------------------------------------------------------ initializing stationary directory for FiniteAggregate& compiling into /tmp/oa-XBJL4Q compiling exported empty? : A -> Boolean Time: 0.04 SEC. compiling exported # : A -> NonNegativeInteger Time: 0.01 SEC. compiling exported any? : (S -> Boolean,A) -> Boolean Time: 0.00 SEC. compiling exported every? : (S -> Boolean,A) -> Boolean Time: 0.01 SEC. compiling exported count : (S -> Boolean,A) -> NonNegativeInteger Time: 0.01 SEC. compiling exported find : (S -> Boolean,A) -> Union(S,failed) Time: 0.01 SEC. compiling exported count : (S,A) -> NonNegativeInteger Time: 0.00 SEC. compiling exported member? : (S,A) -> Boolean Time: 0 SEC. compiling exported reduce : ((S,S) -> S,A,S,S) -> S Time: 0.00 SEC. compiling exported = : (A,A) -> Boolean Time: 0.01 SEC. compiling exported coerce : A -> OutputForm Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor FiniteAggregate& Time: 0.12 seconds finalizing NRLIB FINAGG- ; compiling file "/tmp/oa-XBJL4Q/code.lsp" (written 01 FEB 2016 10:54:53 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FINAGG-;empty?;$B;1| ...) ; compiling (DEFUN |FINAGG-;#;$Nni;2| ...) ; compiling (DEFUN |FINAGG-;any?;M$B;3| ...) ; compiling (DEFUN |FINAGG-;every?;M$B;4| ...) ; compiling (DEFUN |FINAGG-;count;M$Nni;5| ...) ; compiling (DEFUN |FINAGG-;find;M$U;6| ...) ; file: /tmp/oa-XBJL4Q/code.lsp ; in: DEFUN |FINAGG-;find;M$U;6| ; (DEFUN BOOT::|FINAGG-;find;M$U;6| (BOOT::|f| BOOT::|c| BOOT::$) ; (BOOT::SPADCALL BOOT::|f| ; (BOOT::SPADCALL BOOT::|c| (BOOT::|shellEntry| BOOT::$ 15)) ; (BOOT::|shellEntry| BOOT::$ 29))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FINAGG-;find;M$U;6| ; (BOOT::|f| BOOT::|c| BOOT::$) ; (BLOCK BOOT::|FINAGG-;find;M$U;6| ; (BOOT::SPADCALL BOOT::|f| ; (BOOT::SPADCALL BOOT::|c| ; (BOOT::|shellEntry| BOOT::$ 15)) ; (BOOT::|shellEntry| BOOT::$ 29)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |FINAGG-;count;S$Nni;7| ...) ; file: /tmp/oa-XBJL4Q/code.lsp ; in: DEFUN |FINAGG-;count;S$Nni;7| ; (DEFUN BOOT::|FINAGG-;count;S$Nni;7| (BOOT::|s| BOOT::|x| BOOT::$) ; (BOOT::SPADCALL ; (CONS #'BOOT::|FINAGG-;count;S$Nni;7!0| (VECTOR BOOT::$ BOOT::|s|)) ; BOOT::|x| (BOOT::|shellEntry| BOOT::$ 32))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FINAGG-;count;S$Nni;7| ; (BOOT::|s| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FINAGG-;count;S$Nni;7| ; (BOOT::SPADCALL ; (CONS #'BOOT::|FINAGG-;count;S$Nni;7!0| (VECTOR BOOT::$ BOOT::|s|)) ; BOOT::|x| (BOOT::|shellEntry| BOOT::$ 32)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |FINAGG-;count;S$Nni;7!0| ...) ; compiling (DEFUN |FINAGG-;member?;S$B;8| ...) ; file: /tmp/oa-XBJL4Q/code.lsp ; in: DEFUN |FINAGG-;member?;S$B;8| ; (DEFUN BOOT::|FINAGG-;member?;S$B;8| (BOOT::|e| BOOT::|x| BOOT::$) ; (BOOT::SPADCALL ; (CONS #'BOOT::|FINAGG-;member?;S$B;8!0| (VECTOR BOOT::$ BOOT::|e|)) ; BOOT::|x| (BOOT::|shellEntry| BOOT::$ 34))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FINAGG-;member?;S$B;8| ; (BOOT::|e| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FINAGG-;member?;S$B;8| ; (BOOT::SPADCALL ; (CONS #'BOOT::|FINAGG-;member?;S$B;8!0| (VECTOR BOOT::$ BOOT::|e|)) ; BOOT::|x| (BOOT::|shellEntry| BOOT::$ 34)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FINAGG-;member?;S$B;8!0| ...) ; compiling (DEFUN |FINAGG-;reduce;M$3S;9| ...) ; compiling (DEFUN |FINAGG-;=;2$B;10| ...) ; file: /tmp/oa-XBJL4Q/code.lsp ; in: DEFUN |FINAGG-;=;2$B;10| ; (DEFUN BOOT::|FINAGG-;=;2$B;10| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 15)) ; (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 15)) ; (BOOT::|shellEntry| BOOT::$ 39))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FINAGG-;=;2$B;10| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|FINAGG-;=;2$B;10| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 15)) ; (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 15)) ; (BOOT::|shellEntry| BOOT::$ 39)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FINAGG-;coerce;$Of;11| ...) ; compiling (DEFUN |FiniteAggregate&| ...) ; compiling (MAKEPROP (QUOTE |FiniteAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 4 notes ; /tmp/oa-XBJL4Q/code.fasl written ; compilation finished in 0:00:00.046 ------------------------------------------------------------------------ finalizing NRLIB FINAGG Processing FiniteAggregate for Browser database: -- #? : % -> NonNegativeInteger -- any? : ((S -> Boolean),%) -> Boolean -- every? : ((S -> Boolean),%) -> Boolean -- count : ((S -> Boolean),%) -> NonNegativeInteger -- members : % -> List S -- reduce : (((S,S) -> S),%) -> S -- reduce : (((S,S) -> S),%,S) -> S -- find : ((S -> Boolean),%) -> Union(S,"failed") -- count : (S,%) -> NonNegativeInteger -- member? : (S,%) -> Boolean -- reduce : (((S,S) -> S),%,S,S) -> S -- constructor ; compiling file "/tmp/oa-L7x1Ji/code.lsp" (written 01 FEB 2016 10:54:53 PM): ; compiling (DEFPARAMETER |FiniteAggregate;AL| ...) ; compiling (DEFUN |FiniteAggregate;| ...) ; compiling (DEFUN |FiniteAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-L7x1Ji/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/FLAGG.fasl --optimize=3 FLAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FLAGG.spad using Spad compiler. FLAGG abbreviates category FiniteLinearAggregate debug: compDefine1 lhs: (FiniteLinearAggregate S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (FiniteLinearAggregate S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for FiniteLinearAggregate compiling into /tmp/oa-1Ic52H STYLE-WARNING: redefining BOOT::|FiniteLinearAggregate| in DEFUN Time: 0.01 SEC. FLAGG- abbreviates package FiniteLinearAggregate& ------------------------------------------------------------------------ initializing stationary directory for FiniteLinearAggregate& compiling into /tmp/oa-LPF7ah compiling exported position : (S,A) -> Integer Time: 0.04 SEC. compiling exported sorted? : A -> Boolean Time: 0.00 SEC. compiling exported merge : (A,A) -> A Time: 0.00 SEC. compiling exported sort : A -> A Time: 0 SEC. compiling exported reverse : A -> A Time: 0 SEC. compiling exported sort : ((S,S) -> Boolean,A) -> A Time: 0 SEC. compiling exported sort! : A -> A Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor FiniteLinearAggregate& Time: 0.05 seconds finalizing NRLIB FLAGG- ; compiling file "/tmp/oa-LPF7ah/code.lsp" (written 01 FEB 2016 10:54:53 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FLAGG-;position;S$I;1| ...) ; file: /tmp/oa-LPF7ah/code.lsp ; in: DEFUN |FLAGG-;position;S$I;1| ; (DEFUN BOOT::|FLAGG-;position;S$I;1| (BOOT::|x| BOOT::|t| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|t| ; (BOOT::SPADCALL BOOT::|t| (BOOT::|shellEntry| BOOT::$ 9)) ; (BOOT::|shellEntry| BOOT::$ 10))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLAGG-;position;S$I;1| ; (BOOT::|x| BOOT::|t| BOOT::$) ; (BLOCK BOOT::|FLAGG-;position;S$I;1| ; (BOOT::SPADCALL BOOT::|x| BOOT::|t| ; (BOOT::SPADCALL BOOT::|t| ; (BOOT::|shellEntry| BOOT::$ 9)) ; (BOOT::|shellEntry| BOOT::$ 10)))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |FLAGG-;sorted?;$B;2| ...) ; file: /tmp/oa-LPF7ah/code.lsp ; in: DEFUN |FLAGG-;sorted?;$B;2| ; (DEFUN BOOT::|FLAGG-;sorted?;$B;2| (BOOT::|l| BOOT::$) ; (BOOT::SPADCALL (CONS #'BOOT::|FLAGG-;sorted?;$B;2!0| BOOT::$) BOOT::|l| ; (BOOT::|shellEntry| BOOT::$ 17))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLAGG-;sorted?;$B;2| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|FLAGG-;sorted?;$B;2| ; (BOOT::SPADCALL (CONS #'BOOT::|FLAGG-;sorted?;$B;2!0| BOOT::$) ; BOOT::|l| (BOOT::|shellEntry| BOOT::$ 17)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FLAGG-;sorted?;$B;2!0| ...) ; compiling (DEFUN |FLAGG-;merge;3$;3| ...) ; compiling (DEFUN |FLAGG-;sort;2$;4| ...) ; compiling (DEFUN |FLAGG-;reverse;2$;5| ...) ; compiling (DEFUN |FLAGG-;sort;M2$;6| ...) ; compiling (DEFUN |FLAGG-;sort!;2$;7| ...) ; compiling (DEFUN |FiniteLinearAggregate&| ...) ; compiling (MAKEPROP (QUOTE |FiniteLinearAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-LPF7ah/code.fasl written ; compilation finished in 0:00:00.027 ------------------------------------------------------------------------ finalizing NRLIB FLAGG Processing FiniteLinearAggregate for Browser database: -- merge : (((S,S) -> Boolean),%,%) -> % -- reverse : % -> % -- sort : (((S,S) -> Boolean),%) -> % -- sorted? : (((S,S) -> Boolean),%) -> Boolean -- position : ((S -> Boolean),%) -> Integer -- position : (S,%) -> Integer -- position : (S,%,Integer) -> Integer -- merge : (%,%) -> % -- sort : % -> % -- sorted? : % -> Boolean -- copyInto! : (%,%,Integer) -> % -- reverse! : % -> % -- sort! : (((S,S) -> Boolean),%) -> % -- sort! : % -> % -- constructor ; compiling file "/tmp/oa-1Ic52H/code.lsp" (written 01 FEB 2016 10:54:53 PM): ; compiling (DEFPARAMETER |FiniteLinearAggregate;AL| ...) ; compiling (DEFUN |FiniteLinearAggregate;| ...) ; compiling (DEFUN |FiniteLinearAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-1Ic52H/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/SMAGG.fasl --optimize=3 SMAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SMAGG.spad using Spad compiler. SMAGG abbreviates category ShallowlyMutableAggregate debug: compDefine1 lhs: (ShallowlyMutableAggregate S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (ShallowlyMutableAggregate S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for ShallowlyMutableAggregate compiling into /tmp/oa-p53toN STYLE-WARNING: redefining BOOT::|ShallowlyMutableAggregate| in DEFUN Time: 0.01 SEC. finalizing NRLIB SMAGG Processing ShallowlyMutableAggregate for Browser database: -- map! : ((S -> S),%) -> % -- constructor ; compiling file "/tmp/oa-p53toN/code.lsp" (written 01 FEB 2016 10:54:54 PM): ; compiling (DEFPARAMETER |ShallowlyMutableAggregate;AL| ...) ; compiling (DEFUN |ShallowlyMutableAggregate;| ...) ; compiling (DEFUN |ShallowlyMutableAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-p53toN/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/SEGCAT.fasl --optimize=3 SEGCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SEGCAT.spad using Spad compiler. SEGCAT abbreviates category SegmentCategory debug: compDefine1 lhs: (SegmentCategory S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (SegmentCategory S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for SegmentCategory compiling into /tmp/oa-M6cIER STYLE-WARNING: redefining BOOT::|SegmentCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB SEGCAT Processing SegmentCategory for Browser database: -- ?..? : (S,S) -> % -- BY : (%,Integer) -> % -- lo : % -> S -- hi : % -> S -- low : % -> S -- high : % -> S -- incr : % -> Integer -- segment : (S,S) -> % -- constructor ; compiling file "/tmp/oa-M6cIER/code.lsp" (written 01 FEB 2016 10:54:54 PM): ; compiling (DEFPARAMETER |SegmentCategory;AL| ...) ; compiling (DEFUN |SegmentCategory;| ...) ; compiling (DEFUN |SegmentCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-M6cIER/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/SEGXCAT.fasl --optimize=3 SEGXCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SEGXCAT.spad using Spad compiler. SEGXCAT abbreviates category SegmentExpansionCategory debug: compDefine1 lhs: (SegmentExpansionCategory S L) signature (pre-evaluate): ((Category) (OrderedRing) (StreamAggregate S)) debug: evaluateType form: (Category) $param: (S L) debug: evaluateType form: (OrderedRing) $param: (S L) Debug: evaluateType1 form: (OrderedRing) debug: evaluateType form: (StreamAggregate S) $param: (S L) Debug: evaluateType1 form: (StreamAggregate S) debug: evaluateType1 x: S m: (Type) debug: compDefine1 signature (post evaluate): ((Category) (OrderedRing) (StreamAggregate S)) debug: compDefine1 lhs: (SegmentExpansionCategory S L) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (S L) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for SegmentExpansionCategory compiling into /tmp/oa-jWWi7Y STYLE-WARNING: redefining BOOT::|SegmentExpansionCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB SEGXCAT Processing SegmentExpansionCategory for Browser database: -- expand : List % -> L -- expand : % -> L -- map : ((S -> S),%) -> L -- constructor ; compiling file "/tmp/oa-jWWi7Y/code.lsp" (written 01 FEB 2016 10:54:54 PM): ; compiling (DEFPARAMETER |SegmentExpansionCategory;AL| ...) ; compiling (DEFUN |SegmentExpansionCategory;| ...) ; compiling (DEFUN |SegmentExpansionCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-jWWi7Y/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/FLASORT.fasl --optimize=3 FLASORT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FLASORT.spad using Spad compiler. FLASORT abbreviates package FiniteLinearAggregateSort debug: compDefine1 lhs: (FiniteLinearAggregateSort S V) signature (pre-evaluate): ((CATEGORY package (SIGNATURE quickSort (V (Mapping (Boolean) S S) V)) (SIGNATURE heapSort (V (Mapping (Boolean) S S) V)) (SIGNATURE shellSort (V (Mapping (Boolean) S S) V))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE quickSort (V (Mapping (Boolean) S S) V)) (SIGNATURE heapSort (V (Mapping (Boolean) S S) V)) (SIGNATURE shellSort (V (Mapping (Boolean) S S) V))) $param: (S V) debug: evaluateType form: V $param: (S V) debug: evaluateType form: (Mapping (Boolean) S S) $param: (S V) debug: evaluateType form: (Boolean) $param: (S V) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S V) debug: evaluateType form: S $param: (S V) debug: evaluateType form: V $param: (S V) debug: evaluateType form: V $param: (S V) debug: evaluateType form: (Mapping (Boolean) S S) $param: (S V) debug: evaluateType form: (Boolean) $param: (S V) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S V) debug: evaluateType form: S $param: (S V) debug: evaluateType form: V $param: (S V) debug: evaluateType form: V $param: (S V) debug: evaluateType form: (Mapping (Boolean) S S) $param: (S V) debug: evaluateType form: (Boolean) $param: (S V) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S V) debug: evaluateType form: S $param: (S V) debug: evaluateType form: V $param: (S V) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE quickSort (V (Mapping (Boolean) S S) V)) (SIGNATURE heapSort (V (Mapping (Boolean) S S) V)) (SIGNATURE shellSort (V (Mapping (Boolean) S S) V))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FiniteLinearAggregateSort compiling into /tmp/oa-G4Uof6 compiling exported quickSort : ((S,S) -> Boolean,V) -> V Time: 0.04 SEC. compiling local siftUp : ((S,S) -> Boolean,V,Integer,Integer) -> Void Time: 0.03 SEC. compiling exported heapSort : ((S,S) -> Boolean,V) -> V Time: 0.02 SEC. compiling local partition : ((S,S) -> Boolean,V,Integer,Integer,Integer) -> Integer Time: 0.01 SEC. compiling local QuickSort : ((S,S) -> Boolean,V,Integer,Integer) -> V Time: 0.02 SEC. compiling exported shellSort : ((S,S) -> Boolean,V) -> V Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] heapSort: zero? has no value Cumulative Statistics for Constructor FiniteLinearAggregateSort Time: 0.13 seconds finalizing NRLIB FLASORT Processing FiniteLinearAggregateSort for Browser database: -- quickSort : (((S,S) -> B),V) -> V -- heapSort : (((S,S) -> B),V) -> V -- shellSort : (((S,S) -> B),V) -> V -- constructor ; compiling file "/tmp/oa-G4Uof6/code.lsp" (written 01 FEB 2016 10:54:54 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FLASORT;quickSort;M2V;1| ...) ; compiling (DEFUN |FLASORT;siftUp| ...) ; file: /tmp/oa-G4Uof6/code.lsp ; in: DEFUN |FLASORT;siftUp| ; (DEFUN BOOT::|FLASORT;siftUp| ; (BOOT::|l| BOOT::|r| BOOT::|i| BOOT::|n| BOOT::$) ; (PROG (BOOT::|k| BOOT::|j|) ; (RETURN ; (LET (#) ; (LOOP #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLASORT;siftUp| ; (BOOT::|l| BOOT::|r| BOOT::|i| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|FLASORT;siftUp| ; (PROG (BOOT::|k| BOOT::|j|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |i| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |FLASORT;heapSort;M2V;3| ...) ; compiling (DEFUN |FLASORT;partition| ...) ; file: /tmp/oa-G4Uof6/code.lsp ; in: DEFUN |FLASORT;partition| ; (DEFUN BOOT::|FLASORT;partition| ; (BOOT::|l| BOOT::|r| BOOT::|i| BOOT::|j| BOOT::|k| BOOT::$) ; (LET ((BOOT::|x| (BOOT::SPADCALL BOOT::|r| BOOT::|k| #)) ; (BOOT::|t| (BOOT::SPADCALL BOOT::|r| BOOT::|i| #))) ; (BOOT::SEQ ; (BOOT::SPADCALL BOOT::|r| BOOT::|k| ; (BOOT::SPADCALL BOOT::|r| BOOT::|j| #) ; (BOOT::|shellEntry| BOOT::$ 22)) ; (LOOP (COND # #)) ; (BOOT::SPADCALL BOOT::|r| BOOT::|j| BOOT::|x| ; (BOOT::|shellEntry| BOOT::$ 22)) ; (BOOT::EXIT BOOT::|j|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLASORT;partition| ; (BOOT::|l| BOOT::|r| BOOT::|i| BOOT::|j| BOOT::|k| BOOT::$) ; (BLOCK BOOT::|FLASORT;partition| ; (LET ((BOOT::|x| #) (BOOT::|t| #)) ; (BOOT::SEQ (BOOT::SPADCALL BOOT::|r| BOOT::|k| # #) (LOOP #) ; (BOOT::SPADCALL BOOT::|r| BOOT::|j| BOOT::|x| #) ; (BOOT::EXIT BOOT::|j|))))) ; ; note: Assignment to argument: |i| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; ; note: Assignment to argument: |j| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |FLASORT;QuickSort| ...) ; compiling (DEFUN |FLASORT;shellSort;M2V;6| ...) ; compiling (DEFUN |FiniteLinearAggregateSort| ...) ; compiling (DEFUN |FiniteLinearAggregateSort;| ...) ; compiling (MAKEPROP (QUOTE |FiniteLinearAggregateSort|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 3 notes ; /tmp/oa-G4Uof6/code.fasl written ; compilation finished in 0:00:00.042 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/A1AGG.fasl --optimize=3 A1AGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/A1AGG.spad using Spad compiler. A1AGG abbreviates category OneDimensionalArrayAggregate debug: compDefine1 lhs: (OneDimensionalArrayAggregate S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (OneDimensionalArrayAggregate S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for OneDimensionalArrayAggregate compiling into /tmp/oa-HnhbBp STYLE-WARNING: redefining BOOT::|OneDimensionalArrayAggregate| in DEFUN Time: 0.01 SEC. A1AGG- abbreviates package OneDimensionalArrayAggregate& ------------------------------------------------------------------------ initializing stationary directory for OneDimensionalArrayAggregate& compiling into /tmp/oa-Cam2C0 compiling exported members : A -> List S Time: 0.06 SEC. compiling exported sort! : ((S,S) -> Boolean,A) -> A Time: 0.00 SEC. compiling exported any? : (S -> Boolean,A) -> Boolean Time: 0.01 SEC. compiling exported every? : (S -> Boolean,A) -> Boolean Time: 0.00 SEC. compiling exported position : (S -> Boolean,A) -> Integer Time: 0.01 SEC. compiling exported find : (S -> Boolean,A) -> Union(S,failed) Time: 0.01 SEC. compiling exported count : (S -> Boolean,A) -> NonNegativeInteger Time: 0.01 SEC. compiling exported map! : (S -> S,A) -> A Time: 0.01 SEC. compiling exported setelt : (A,UniversalSegment Integer,S) -> S Time: 0.02 SEC. compiling exported reduce : ((S,S) -> S,A) -> S Time: 0.01 SEC. compiling exported reduce : ((S,S) -> S,A,S) -> S Time: 0.01 SEC. compiling exported reduce : ((S,S) -> S,A,S,S) -> S Time: 0.01 SEC. compiling local stupidnew : (NonNegativeInteger,A,A) -> A Time: 0.00 SEC. compiling local stupidget : List A -> S Time: 0.01 SEC. compiling exported map : ((S,S) -> S,A,A) -> A Time: 0.04 SEC. compiling exported merge : ((S,S) -> Boolean,A,A) -> A Time: 0.04 SEC. compiling exported elt : (A,UniversalSegment Integer) -> A Time: 0.10 SEC. compiling exported insert : (A,A,Integer) -> A Time: 0.03 SEC. compiling exported copy : A -> A Time: 0.01 SEC. compiling exported copyInto! : (A,A,Integer) -> A Time: 0.02 SEC. compiling exported construct : List S -> A Time: 0.01 SEC. compiling exported delete : (A,UniversalSegment Integer) -> A Time: 0.04 SEC. compiling exported delete : (A,Integer) -> A Time: 0.05 SEC. compiling exported reverse! : A -> A Time: 0.01 SEC. compiling exported concat : List A -> A Time: 0.03 SEC. compiling exported sorted? : ((S,S) -> Boolean,A) -> Boolean Time: 0.01 SEC. compiling exported concat : (A,A) -> A Time: 0.02 SEC. compiling exported coerce : A -> OutputForm Time: 0.02 SEC. compiling exported = : (A,A) -> Boolean Time: 0.02 SEC. compiling exported position : (S,A,Integer) -> Integer Time: 0.02 SEC. compiling exported < : (A,A) -> Boolean Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Cumulative Statistics for Constructor OneDimensionalArrayAggregate& Time: 0.72 seconds finalizing NRLIB A1AGG- ; compiling file "/tmp/oa-Cam2C0/code.lsp" (written 01 FEB 2016 10:54:55 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |A1AGG-;members;$L;1| ...) ; file: /tmp/oa-Cam2C0/code.lsp ; in: DEFUN |A1AGG-;members;$L;1| ; (DEFUN BOOT::|A1AGG-;members;$L;1| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|i| (BOOT::SPADCALL BOOT::|x| #)) ; (#:G754 (BOOT::SPADCALL BOOT::|x| #)) ; (#:G574 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ BOOT::|i| #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|A1AGG-;members;$L;1| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|A1AGG-;members;$L;1| ; (LET ((BOOT::|i| #) (#:G754 #) (#:G574 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |A1AGG-;sort!;M2$;2| ...) ; compiling (DEFUN |A1AGG-;any?;M$B;3| ...) ; compiling (DEFUN |A1AGG-;every?;M$B;4| ...) ; compiling (DEFUN |A1AGG-;position;M$I;5| ...) ; compiling (DEFUN |A1AGG-;find;M$U;6| ...) ; compiling (DEFUN |A1AGG-;count;M$Nni;7| ...) ; compiling (DEFUN |A1AGG-;map!;M2$;8| ...) ; compiling (DEFUN |A1AGG-;setelt;$Us2S;9| ...) ; compiling (DEFUN |A1AGG-;reduce;M$S;10| ...) ; compiling (DEFUN |A1AGG-;reduce;M$2S;11| ...) ; compiling (DEFUN |A1AGG-;reduce;M$3S;12| ...) ; compiling (DEFUN |A1AGG-;stupidnew| ...) ; compiling (DEFUN |A1AGG-;stupidget| ...) ; compiling (DEFUN |A1AGG-;map;M3$;15| ...) ; compiling (DEFUN |A1AGG-;merge;M3$;16| ...) ; compiling (DEFUN |A1AGG-;elt;$Us$;17| ...) ; compiling (DEFUN |A1AGG-;insert;2$I$;18| ...) ; compiling (DEFUN |A1AGG-;copy;2$;19| ...) ; compiling (DEFUN |A1AGG-;copyInto!;2$I$;20| ...) ; compiling (DEFUN |A1AGG-;construct;L$;21| ...) ; compiling (DEFUN |A1AGG-;delete;$Us$;22| ...) ; compiling (DEFUN |A1AGG-;delete;$I$;23| ...) ; compiling (DEFUN |A1AGG-;reverse!;2$;24| ...) ; compiling (DEFUN |A1AGG-;concat;L$;25| ...) ; compiling (DEFUN |A1AGG-;sorted?;M$B;26| ...) ; compiling (DEFUN |A1AGG-;concat;3$;27| ...) ; compiling (DEFUN |A1AGG-;coerce;$Of;28| ...) ; compiling (DEFUN |A1AGG-;=;2$B;29| ...) ; compiling (DEFUN |A1AGG-;position;S$2I;30| ...) ; file: /tmp/oa-Cam2C0/code.lsp ; in: DEFUN |A1AGG-;position;S$2I;30| ; (DEFUN BOOT::|A1AGG-;position;S$2I;30| ; (BOOT::|x| BOOT::|t| BOOT::|s| BOOT::$) ; (LET ((BOOT::|n| (BOOT::SPADCALL BOOT::|t| #))) ; (BOOT::SEQ (COND (# #)) ; (LET (#) ; (LOOP # ; #)) ; (BOOT::EXIT (- # 1))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|A1AGG-;position;S$2I;30| ; (BOOT::|x| BOOT::|t| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|A1AGG-;position;S$2I;30| ; (LET ((BOOT::|n| #)) ; (BOOT::SEQ (COND #) ; (LET # ; #) ; (BOOT::EXIT #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |A1AGG-;<;2$B;31| ...) ; file: /tmp/oa-Cam2C0/code.lsp ; in: DEFUN |A1AGG-;<;2$B;31| ; (DEFUN BOOT::|A1AGG-;<;2$B;31| (BOOT::|a| BOOT::|b| BOOT::$) ; (PROGN ; (LET ((BOOT::|i| #) (#:G780 #) (BOOT::|j| #) (#:G781 #)) ; (LOOP (COND # #) ; (SETQ #) ; (SETQ #))) ; (< (BOOT::SPADCALL BOOT::|a| (BOOT::|shellEntry| BOOT::$ 61)) ; (BOOT::SPADCALL BOOT::|b| (BOOT::|shellEntry| BOOT::$ 61))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|A1AGG-;<;2$B;31| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|A1AGG-;<;2$B;31| ; (PROGN ; (LET (# # # #) ; (LOOP # ; # ; #)) ; (< (BOOT::SPADCALL BOOT::|a| #) (BOOT::SPADCALL BOOT::|b| #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |OneDimensionalArrayAggregate&| ...) ; compiling (MAKEPROP (QUOTE |OneDimensionalArrayAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 3 notes ; /tmp/oa-Cam2C0/code.fasl written ; compilation finished in 0:00:00.242 ------------------------------------------------------------------------ finalizing NRLIB A1AGG Processing OneDimensionalArrayAggregate for Browser database: -- constructor ; compiling file "/tmp/oa-HnhbBp/code.lsp" (written 01 FEB 2016 10:54:55 PM): ; compiling (DEFPARAMETER |OneDimensionalArrayAggregate;AL| ...) ; compiling (DEFUN |OneDimensionalArrayAggregate;| ...) ; compiling (DEFUN |OneDimensionalArrayAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-HnhbBp/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/SRAGG.fasl --optimize=3 SRAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SRAGG.spad using Spad compiler. SRAGG abbreviates category StringAggregate debug: compDefine1 lhs: (StringAggregate) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for StringAggregate compiling into /tmp/oa-Kdqo7H STYLE-WARNING: redefining BOOT::|StringAggregate| in DEFUN Time: 0.01 SEC. SRAGG- abbreviates package StringAggregate& ------------------------------------------------------------------------ initializing stationary directory for StringAggregate& compiling into /tmp/oa-3Aba6l compiling exported trim : (S,Character) -> S Time: 0.02 SEC. compiling exported trim : (S,CharacterClass) -> S Time: 0 SEC. compiling exported lowerCase : S -> S Time: 0 SEC. compiling exported upperCase : S -> S Time: 0 SEC. compiling exported prefix? : (S,S) -> Boolean Time: 0.04 SEC. compiling exported coerce : Character -> S Time: 0.00 SEC. compiling exported elt : (S,S) -> S Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor StringAggregate& Time: 0.06 seconds finalizing NRLIB SRAGG- ; compiling file "/tmp/oa-3Aba6l/code.lsp" (written 01 FEB 2016 10:54:55 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SRAGG-;trim;$C$;1| ...) ; compiling (DEFUN |SRAGG-;trim;$Cc$;2| ...) ; compiling (DEFUN |SRAGG-;lowerCase;2$;3| ...) ; compiling (DEFUN |SRAGG-;upperCase;2$;4| ...) ; compiling (DEFUN |SRAGG-;prefix?;2$B;5| ...) ; file: /tmp/oa-3Aba6l/code.lsp ; in: DEFUN |SRAGG-;prefix?;2$B;5| ; (DEFUN BOOT::|SRAGG-;prefix?;2$B;5| (BOOT::|s| BOOT::|t| BOOT::$) ; (BOOT::SPADCALL BOOT::|s| BOOT::|t| ; (BOOT::SPADCALL BOOT::|t| (BOOT::|shellEntry| BOOT::$ 21)) ; (BOOT::|shellEntry| BOOT::$ 23))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SRAGG-;prefix?;2$B;5| ; (BOOT::|s| BOOT::|t| BOOT::$) ; (BLOCK BOOT::|SRAGG-;prefix?;2$B;5| ; (BOOT::SPADCALL BOOT::|s| BOOT::|t| ; (BOOT::SPADCALL BOOT::|t| ; (BOOT::|shellEntry| BOOT::$ 21)) ; (BOOT::|shellEntry| BOOT::$ 23)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |SRAGG-;coerce;C$;6| ...) ; compiling (DEFUN |SRAGG-;elt;3$;7| ...) ; compiling (DEFUN |StringAggregate&| ...) ; compiling (MAKEPROP (QUOTE |StringAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-3Aba6l/code.fasl written ; compilation finished in 0:00:00.024 ------------------------------------------------------------------------ finalizing NRLIB SRAGG Processing StringAggregate for Browser database: -- lowerCase : % -> % -- lowerCase! : % -> % -- upperCase : % -> % -- upperCase! : % -> % -- prefix? : (%,%) -> Boolean -- suffix? : (%,%) -> Boolean -- substring? : (%,%,Integer) -> Boolean -- match : (%,%,Character) -> NonNegativeInteger -- match? : (%,%,Character) -> Boolean -- replace : (%,UniversalSegment Integer,%) -> % -- position : (%,%,Integer) -> Integer -- position : (CharacterClass,%,Integer) -> Integer -- coerce : Character -> % -- split : (%,Character) -> List % -- split : (%,CharacterClass) -> List % -- trim : (%,Character) -> % -- trim : (%,CharacterClass) -> % -- leftTrim : (%,Character) -> % -- leftTrim : (%,CharacterClass) -> % --->../../x86_64-unknown-linux-gnu/src/algebra/aggcat.spad-->StringAggregate((leftTrim (% % CharacterClass))): Mismatch: left pren matches right pren "\\spad{leftTrim(s,cc)} returns \\spad{s} with all leading characters in \\spad{cc} deleted. For example,{} \\axiom{leftTrim(\"(abc)\",{} charClass \"()\")} returns \\axiom{\"abc)\"}." -- rightTrim : (%,Character) -> % -- rightTrim : (%,CharacterClass) -> % --->../../x86_64-unknown-linux-gnu/src/algebra/aggcat.spad-->StringAggregate((rightTrim (% % CharacterClass))): Mismatch: left brace matches right brace --->../../x86_64-unknown-linux-gnu/src/algebra/aggcat.spad-->StringAggregate((rightTrim (% % CharacterClass))): Missing right brace --->../../x86_64-unknown-linux-gnu/src/algebra/aggcat.spad-->StringAggregate((rightTrim (% % CharacterClass))): Missing right pren "\\spad{rightTrim(s,cc)} returns \\spad{s} with all trailing occurences of characters in \\spad{cc} deleted. For example,{} \\axiom{rightTrim(\"(abc)\",{} charClass \"()\")} returns \\axiom{\"(abc\"}." -- elt : (%,%) -> % -- constructor ; compiling file "/tmp/oa-Kdqo7H/code.lsp" (written 01 FEB 2016 10:54:55 PM): ; compiling (DEFPARAMETER |StringAggregate;AL| ...) ; compiling (DEFUN |StringAggregate;| ...) ; compiling (DEFUN |StringAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Kdqo7H/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/BGAGG.fasl --optimize=3 BGAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/BGAGG.spad using Spad compiler. BGAGG abbreviates category BagAggregate debug: compDefine1 lhs: (BagAggregate S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (BagAggregate S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for BagAggregate compiling into /tmp/oa-gnnpwV STYLE-WARNING: redefining BOOT::|BagAggregate| in DEFUN Time: 0.01 SEC. BGAGG- abbreviates package BagAggregate& ------------------------------------------------------------------------ initializing stationary directory for BagAggregate& compiling into /tmp/oa-lQqplA compiling exported bag : List S -> A Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor BagAggregate& Time: 0.01 seconds finalizing NRLIB BGAGG- ; compiling file "/tmp/oa-lQqplA/code.lsp" (written 01 FEB 2016 10:54:56 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |BGAGG-;bag;L$;1| ...) ; compiling (DEFUN |BagAggregate&| ...) ; compiling (MAKEPROP (QUOTE |BagAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-lQqplA/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ finalizing NRLIB BGAGG Processing BagAggregate for Browser database: -- bag : List S -> % -- extract! : % -> S -- insert! : (S,%) -> % -- inspect : % -> S -- constructor ; compiling file "/tmp/oa-gnnpwV/code.lsp" (written 01 FEB 2016 10:54:56 PM): ; compiling (DEFPARAMETER |BagAggregate;AL| ...) ; compiling (DEFUN |BagAggregate;| ...) ; compiling (DEFUN |BagAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-gnnpwV/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/DIOPS.fasl --optimize=3 DIOPS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DIOPS.spad using Spad compiler. DIOPS abbreviates category DictionaryOperations debug: compDefine1 lhs: (DictionaryOperations S) signature (pre-evaluate): ((Category) (SetCategory)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Category) (SetCategory)) debug: compDefine1 lhs: (DictionaryOperations S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for DictionaryOperations compiling into /tmp/oa-45OXb6 STYLE-WARNING: redefining BOOT::|DictionaryOperations| in DEFUN Time: 0.02 SEC. DIOPS- abbreviates package DictionaryOperations& ------------------------------------------------------------------------ initializing stationary directory for DictionaryOperations& compiling into /tmp/oa-M2EaoL compiling exported construct : List S -> A Time: 0.02 SEC. compiling exported dictionary : () -> A Time: 0 SEC. compiling exported copy : A -> A Time: 0.01 SEC. compiling exported coerce : A -> OutputForm Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor DictionaryOperations& Time: 0.05 seconds finalizing NRLIB DIOPS- ; compiling file "/tmp/oa-M2EaoL/code.lsp" (written 01 FEB 2016 10:54:56 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DIOPS-;construct;L$;1| ...) ; compiling (DEFUN |DIOPS-;dictionary;$;2| ...) ; compiling (DEFUN |DIOPS-;copy;2$;3| ...) ; compiling (DEFUN |DIOPS-;coerce;$Of;4| ...) ; compiling (DEFUN |DictionaryOperations&| ...) ; compiling (MAKEPROP (QUOTE |DictionaryOperations&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-M2EaoL/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ finalizing NRLIB DIOPS Processing DictionaryOperations for Browser database: -- dictionary : () -> % -- dictionary : List S -> % -- remove! : (S,%) -> % -- remove! : ((S -> Boolean),%) -> % -- select! : ((S -> Boolean),%) -> % -- constructor ; compiling file "/tmp/oa-45OXb6/code.lsp" (written 01 FEB 2016 10:54:56 PM): ; compiling (DEFPARAMETER |DictionaryOperations;AL| ...) ; compiling (DEFUN |DictionaryOperations;| ...) ; compiling (DEFUN |DictionaryOperations| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-45OXb6/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/DIAGG.fasl --optimize=3 DIAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DIAGG.spad using Spad compiler. DIAGG abbreviates category Dictionary debug: compDefine1 lhs: (Dictionary S) signature (pre-evaluate): ((Category) (SetCategory)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Category) (SetCategory)) debug: compDefine1 lhs: (Dictionary S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for Dictionary compiling into /tmp/oa-M0WYuo STYLE-WARNING: redefining BOOT::|Dictionary| in DEFUN Time: 0.01 SEC. DIAGG- abbreviates package Dictionary& ------------------------------------------------------------------------ initializing stationary directory for Dictionary& compiling into /tmp/oa-4WTxf4 compiling exported dictionary : List S -> A Time: 0.02 SEC. compiling exported select! : (S -> Boolean,A) -> A Time: 0.00 SEC. compiling exported = : (A,A) -> Boolean Time: 0.04 SEC. compiling exported remove! : (S -> Boolean,A) -> A Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor Dictionary& Time: 0.07 seconds finalizing NRLIB DIAGG- ; compiling file "/tmp/oa-4WTxf4/code.lsp" (written 01 FEB 2016 10:54:56 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DIAGG-;dictionary;L$;1| ...) ; compiling (DEFUN |DIAGG-;select!;M2$;2| ...) ; compiling (DEFUN |DIAGG-;select!;M2$;2!0| ...) ; compiling (DEFUN |DIAGG-;=;2$B;3| ...) ; compiling (DEFUN |DIAGG-;remove!;M2$;4| ...) ; compiling (DEFUN |Dictionary&| ...) ; compiling (MAKEPROP (QUOTE |Dictionary&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-4WTxf4/code.fasl written ; compilation finished in 0:00:00.041 ------------------------------------------------------------------------ finalizing NRLIB DIAGG Processing Dictionary for Browser database: -- constructor ; compiling file "/tmp/oa-M0WYuo/code.lsp" (written 01 FEB 2016 10:54:56 PM): ; compiling (DEFPARAMETER |Dictionary;AL| ...) ; compiling (DEFUN |Dictionary;| ...) ; compiling (DEFUN |Dictionary| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-M0WYuo/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/KDAGG.fasl --optimize=3 KDAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/KDAGG.spad using Spad compiler. KDAGG abbreviates category KeyedDictionary debug: compDefine1 lhs: (KeyedDictionary Key Entry) signature (pre-evaluate): ((Category) (SetCategory) (SetCategory)) debug: evaluateType form: (Category) $param: (Key Entry) debug: evaluateType form: (SetCategory) $param: (Key Entry) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (SetCategory) $param: (Key Entry) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Category) (SetCategory) (SetCategory)) debug: compDefine1 lhs: (KeyedDictionary Key Entry) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (Key Entry) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for KeyedDictionary compiling into /tmp/oa-O1myLE STYLE-WARNING: redefining BOOT::|KeyedDictionary| in DEFUN Time: 0.01 SEC. KDAGG- abbreviates package KeyedDictionary& ------------------------------------------------------------------------ initializing stationary directory for KeyedDictionary& compiling into /tmp/oa-NpDL8k compiling exported key? : (Key,S) -> Boolean Time: 0.02 SEC. compiling local member? : (Record(key: Key,entry: Entry),S) -> Boolean Time: 0.00 SEC. compiling exported keys : S -> List Key Time: 0.01 SEC. compiling exported elt : (S,Key) -> Entry Time: 0.01 SEC. compiling exported elt : (S,Key,Entry) -> Entry Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor KeyedDictionary& Time: 0.05 seconds finalizing NRLIB KDAGG- ; compiling file "/tmp/oa-NpDL8k/code.lsp" (written 01 FEB 2016 10:54:56 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |KDAGG-;key?;Key$B;1| ...) ; compiling (DEFUN |KDAGG-;member?| ...) ; file: /tmp/oa-NpDL8k/code.lsp ; in: DEFUN |KDAGG-;member?| ; (DEFUN BOOT::|KDAGG-;member?| (BOOT::|p| BOOT::|t| BOOT::$) ; (LET ((BOOT::|r| (BOOT::SPADCALL # BOOT::|t| #))) ; (AND (ZEROP (CAR BOOT::|r|)) ; (BOOT::SPADCALL (CDR BOOT::|r|) (CDR BOOT::|p|) ; (BOOT::|shellEntry| BOOT::$ 13))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|KDAGG-;member?| ; (BOOT::|p| BOOT::|t| BOOT::$) ; (BLOCK BOOT::|KDAGG-;member?| ; (LET ((BOOT::|r| #)) ; (AND (ZEROP #) (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |KDAGG-;keys;$L;3| ...) ; file: /tmp/oa-NpDL8k/code.lsp ; in: DEFUN |KDAGG-;keys;$L;3| ; (DEFUN BOOT::|KDAGG-;keys;$L;3| (BOOT::|t| BOOT::$) ; (LET ((#:G593 (BOOT::SPADCALL BOOT::|t| #)) (#:G576 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G593 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|KDAGG-;keys;$L;3| ; (BOOT::|t| BOOT::$) ; (BLOCK BOOT::|KDAGG-;keys;$L;3| ; (LET ((#:G593 #) (#:G576 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |KDAGG-;elt;$KeyEntry;4| ...) ; compiling (DEFUN |KDAGG-;elt;$Key2Entry;5| ...) ; compiling (DEFUN |KeyedDictionary&| ...) ; compiling (MAKEPROP (QUOTE |KeyedDictionary&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-NpDL8k/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ finalizing NRLIB KDAGG Processing KeyedDictionary for Browser database: -- key? : (Key,%) -> Boolean -- keys : % -> List Key -- remove! : (Key,%) -> Union(Entry,"failed") -- search : (Key,%) -> Union(Entry,"failed") -- constructor ; compiling file "/tmp/oa-O1myLE/code.lsp" (written 01 FEB 2016 10:54:56 PM): ; compiling (DEFPARAMETER |KeyedDictionary;AL| ...) ; compiling (DEFUN |KeyedDictionary;| ...) ; compiling (DEFUN |KeyedDictionary| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-O1myLE/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/SETAGG.fasl --optimize=3 SETAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SETAGG.spad using Spad compiler. SETAGG abbreviates category SetAggregate debug: compDefine1 lhs: (SetAggregate S) signature (pre-evaluate): ((Category) (SetCategory)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Category) (SetCategory)) debug: compDefine1 lhs: (SetAggregate S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for SetAggregate compiling into /tmp/oa-sdp83S STYLE-WARNING: redefining BOOT::|SetAggregate| in DEFUN Time: 0.02 SEC. SETAGG- abbreviates package SetAggregate& ------------------------------------------------------------------------ initializing stationary directory for SetAggregate& compiling into /tmp/oa-64eyWz compiling exported symmetricDifference : (A,A) -> A Time: 0.01 SEC. compiling exported union : (A,S) -> A Time: 0.01 SEC. compiling exported union : (S,A) -> A Time: 0.00 SEC. compiling exported difference : (A,S) -> A Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor SetAggregate& Time: 0.03 seconds finalizing NRLIB SETAGG- ; compiling file "/tmp/oa-64eyWz/code.lsp" (written 01 FEB 2016 10:54:56 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SETAGG-;symmetricDifference;3$;1| ...) ; compiling (DEFUN |SETAGG-;union;$S$;2| ...) ; compiling (DEFUN |SETAGG-;union;S2$;3| ...) ; compiling (DEFUN |SETAGG-;difference;$S$;4| ...) ; compiling (DEFUN |SetAggregate&| ...) ; compiling (MAKEPROP (QUOTE |SetAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-64eyWz/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ finalizing NRLIB SETAGG Processing SetAggregate for Browser database: -- part? : (%,%) -> Boolean --->../../x86_64-unknown-linux-gnu/src/algebra/aggcat.spad-->SetAggregate((part? (Boolean % %))): Improper initial operator in comments: < "\\spad{s} < \\spad{t} returns \\spad{true} if all elements of set aggregate \\spad{s} are also elements of set aggregate \\spad{t}." -- brace : () -> % -- brace : List S -> % -- set : () -> % -- set : List S -> % -- intersect : (%,%) -> % -- difference : (%,%) -> % -- difference : (%,S) -> % -- symmetricDifference : (%,%) -> % -- subset? : (%,%) -> Boolean -- union : (%,%) -> % -- union : (%,S) -> % -- union : (S,%) -> % -- constructor ; compiling file "/tmp/oa-sdp83S/code.lsp" (written 01 FEB 2016 10:54:56 PM): ; compiling (DEFPARAMETER |SetAggregate;AL| ...) ; compiling (DEFUN |SetAggregate;| ...) ; compiling (DEFUN |SetAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-sdp83S/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/FSAGG.fasl --optimize=3 FSAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FSAGG.spad using Spad compiler. FSAGG abbreviates category FiniteSetAggregate debug: compDefine1 lhs: (FiniteSetAggregate S) signature (pre-evaluate): ((Category) (SetCategory)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Category) (SetCategory)) debug: compDefine1 lhs: (FiniteSetAggregate S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for FiniteSetAggregate compiling into /tmp/oa-AWvfZY STYLE-WARNING: redefining BOOT::|FiniteSetAggregate| in DEFUN Time: 0.01 SEC. FSAGG- abbreviates package FiniteSetAggregate& ------------------------------------------------------------------------ initializing stationary directory for FiniteSetAggregate& compiling into /tmp/oa-ZRbOmG compiling exported part? : (A,A) -> Boolean Time: 0.04 SEC. compiling exported = : (A,A) -> Boolean Time: 0.01 SEC. compiling exported brace : List S -> A Time: 0.00 SEC. compiling exported set : List S -> A Time: 0.01 SEC. compiling exported cardinality : A -> NonNegativeInteger Time: 0.00 SEC. compiling exported construct : List S -> A Time: 0.01 SEC. compiling exported count : (S,A) -> NonNegativeInteger Time: 0.01 SEC. compiling exported subset? : (A,A) -> Boolean Time: 0.02 SEC. compiling exported coerce : A -> OutputForm Time: 0.02 SEC. compiling exported intersect : (A,A) -> A Time: 0.01 SEC. compiling exported difference : (A,A) -> A Time: 0.01 SEC. compiling exported symmetricDifference : (A,A) -> A Time: 0.00 SEC. compiling exported union : (A,A) -> A Time: 0.00 SEC. compiling exported universe : () -> A Time: 0.02 SEC. compiling exported complement : A -> A Time: 0 SEC. compiling exported size : () -> NonNegativeInteger Time: 0.00 SEC. compiling exported index : PositiveInteger -> A Time: 0.02 SEC. compiling exported random : () -> A Time: 0.01 SEC. compiling exported lookup : A -> PositiveInteger Time: 0.02 SEC. compiling exported max : A -> S Time: 0.02 SEC. compiling exported min : A -> S Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor FiniteSetAggregate& Time: 0.28 seconds finalizing NRLIB FSAGG- ; compiling file "/tmp/oa-ZRbOmG/code.lsp" (written 01 FEB 2016 10:54:57 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FSAGG-;part?;2$B;1| ...) ; file: /tmp/oa-ZRbOmG/code.lsp ; in: DEFUN |FSAGG-;part?;2$B;1| ; (DEFUN BOOT::|FSAGG-;part?;2$B;1| (BOOT::|s| BOOT::|t| BOOT::$) ; (AND ; (< (BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 9)) ; (BOOT::SPADCALL BOOT::|t| (BOOT::|shellEntry| BOOT::$ 9))) ; (BOOT::SPADCALL BOOT::|s| ; (BOOT::SPADCALL BOOT::|s| BOOT::|t| ; (BOOT::|shellEntry| BOOT::$ 12)) ; (BOOT::|shellEntry| BOOT::$ 13)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FSAGG-;part?;2$B;1| ; (BOOT::|s| BOOT::|t| BOOT::$) ; (BLOCK BOOT::|FSAGG-;part?;2$B;1| ; (AND (< (BOOT::SPADCALL BOOT::|s| #) (BOOT::SPADCALL BOOT::|t| #)) ; (BOOT::SPADCALL BOOT::|s| (BOOT::SPADCALL BOOT::|s| BOOT::|t| #) ; (BOOT::|shellEntry| BOOT::$ 13))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FSAGG-;=;2$B;2| ...) ; file: /tmp/oa-ZRbOmG/code.lsp ; in: DEFUN |FSAGG-;=;2$B;2| ; (DEFUN BOOT::|FSAGG-;=;2$B;2| (BOOT::|s| BOOT::|t| BOOT::$) ; (AND ; (EQL (BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 9)) ; (BOOT::SPADCALL BOOT::|t| (BOOT::|shellEntry| BOOT::$ 9))) ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|s| BOOT::|t| (BOOT::|shellEntry| BOOT::$ 17)) ; (BOOT::|shellEntry| BOOT::$ 18)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FSAGG-;=;2$B;2| ; (BOOT::|s| BOOT::|t| BOOT::$) ; (BLOCK BOOT::|FSAGG-;=;2$B;2| ; (AND (EQL (BOOT::SPADCALL BOOT::|s| #) (BOOT::SPADCALL BOOT::|t| #)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|s| BOOT::|t| #) ; (BOOT::|shellEntry| BOOT::$ 18))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FSAGG-;brace;L$;3| ...) ; compiling (DEFUN |FSAGG-;set;L$;4| ...) ; compiling (DEFUN |FSAGG-;cardinality;$Nni;5| ...) ; file: /tmp/oa-ZRbOmG/code.lsp ; in: DEFUN |FSAGG-;cardinality;$Nni;5| ; (DEFUN BOOT::|FSAGG-;cardinality;$Nni;5| (BOOT::|s| BOOT::$) ; (BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 9))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FSAGG-;cardinality;$Nni;5| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|FSAGG-;cardinality;$Nni;5| ; (BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 9)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |FSAGG-;construct;L$;6| ...) ; compiling (DEFUN |FSAGG-;count;S$Nni;7| ...) ; compiling (DEFUN |FSAGG-;subset?;2$B;8| ...) ; compiling (DEFUN |FSAGG-;coerce;$Of;9| ...) ; compiling (DEFUN |FSAGG-;intersect;3$;10| ...) ; compiling (DEFUN |FSAGG-;difference;3$;11| ...) ; compiling (DEFUN |FSAGG-;symmetricDifference;3$;12| ...) ; compiling (DEFUN |FSAGG-;union;3$;13| ...) ; compiling (DEFUN |FSAGG-;universe;$;14| ...) ; compiling (DEFUN |FSAGG-;complement;2$;15| ...) ; compiling (DEFUN |FSAGG-;size;Nni;16| ...) ; compiling (DEFUN |FSAGG-;index;Pi$;17| ...) ; compiling (DEFUN |FSAGG-;random;$;18| ...) ; file: /tmp/oa-ZRbOmG/code.lsp ; in: DEFUN |FSAGG-;random;$;18| ; '(BOOT::|PositiveInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |FSAGG-;lookup;$Pi;19| ...) ; compiling (DEFUN |FSAGG-;max;$S;20| ...) ; compiling (DEFUN |FSAGG-;min;$S;21| ...) ; compiling (DEFUN |FiniteSetAggregate&| ...) ; compiling (MAKEPROP (QUOTE |FiniteSetAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 4 notes ; /tmp/oa-ZRbOmG/code.fasl written ; compilation finished in 0:00:00.089 ------------------------------------------------------------------------ finalizing NRLIB FSAGG Processing FiniteSetAggregate for Browser database: -- cardinality : % -> NonNegativeInteger -- complement : % -> % -- universe : () -> % -- max : % -> S -- min : % -> S -- constructor ; compiling file "/tmp/oa-AWvfZY/code.lsp" (written 01 FEB 2016 10:54:57 PM): ; compiling (DEFPARAMETER |FiniteSetAggregate;AL| ...) ; compiling (DEFUN |FiniteSetAggregate;| ...) ; compiling (DEFUN |FiniteSetAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-AWvfZY/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/BTAGG.fasl --optimize=3 BTAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/BTAGG.spad using Spad compiler. BTAGG abbreviates category BitAggregate debug: compDefine1 lhs: (BitAggregate) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for BitAggregate compiling into /tmp/oa-daJhdK STYLE-WARNING: redefining BOOT::|BitAggregate| in DEFUN Time: 0.01 SEC. BTAGG- abbreviates package BitAggregate& ------------------------------------------------------------------------ initializing stationary directory for BitAggregate& compiling into /tmp/oa-ZJ3B7s compiling exported not : S -> S Time: 0.02 SEC. compiling exported ~ : S -> S Time: 0 SEC. compiling exported /\ : (S,S) -> S Time: 0 SEC. compiling exported \/ : (S,S) -> S Time: 0.00 SEC. compiling exported nand : (S,S) -> S Time: 0 SEC. compiling exported nor : (S,S) -> S Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor BitAggregate& Time: 0.03 seconds finalizing NRLIB BTAGG- ; compiling file "/tmp/oa-ZJ3B7s/code.lsp" (written 01 FEB 2016 10:54:57 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |BTAGG-;not;2$;1| ...) ; file: /tmp/oa-ZJ3B7s/code.lsp ; in: DEFUN |BTAGG-;not;2$;1| ; #'(LAMBDA (BOOT::|#1| BOOT::$) (NOT BOOT::|#1|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |BTAGG-;~;2$;2| ...) ; file: /tmp/oa-ZJ3B7s/code.lsp ; in: DEFUN |BTAGG-;~;2$;2| ; #'(LAMBDA (BOOT::|#1| BOOT::$) (NOT BOOT::|#1|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |BTAGG-;/\\;3$;3| ...) ; file: /tmp/oa-ZJ3B7s/code.lsp ; in: DEFUN |BTAGG-;/\\;3$;3| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (AND BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |BTAGG-;\\/;3$;4| ...) ; file: /tmp/oa-ZJ3B7s/code.lsp ; in: DEFUN |BTAGG-;\\/;3$;4| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (OR BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |BTAGG-;nand;3$;5| ...) ; file: /tmp/oa-ZJ3B7s/code.lsp ; in: DEFUN |BTAGG-;nand;3$;5| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) ; (OR (NOT BOOT::|#1|) (NOT BOOT::|#2|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |BTAGG-;nor;3$;6| ...) ; file: /tmp/oa-ZJ3B7s/code.lsp ; in: DEFUN |BTAGG-;nor;3$;6| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) ; (AND (NOT BOOT::|#1|) (NOT BOOT::|#2|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |BitAggregate&| ...) ; compiling (MAKEPROP (QUOTE |BitAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 6 STYLE-WARNING conditions ; /tmp/oa-ZJ3B7s/code.fasl written ; compilation finished in 0:00:00.024 ------------------------------------------------------------------------ finalizing NRLIB BTAGG Processing BitAggregate for Browser database: -- nand : (%,%) -> % -- nor : (%,%) -> % -- xor : (%,%) -> % -- constructor ; compiling file "/tmp/oa-daJhdK/code.lsp" (written 01 FEB 2016 10:54:57 PM): ; compiling (DEFPARAMETER |BitAggregate;AL| ...) ; compiling (DEFUN |BitAggregate;| ...) ; compiling (DEFUN |BitAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-daJhdK/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/IBITS.fasl --optimize=3 IBITS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IBITS.spad using Spad compiler. IBITS abbreviates domain IndexedBits debug: compDefine1 lhs: (IndexedBits mn) signature (pre-evaluate): ((BitAggregate) (Integer)) debug: evaluateType form: (BitAggregate) $param: (mn) Debug: evaluateType1 form: (BitAggregate) debug: evaluateType form: (Integer) $param: (mn) Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((BitAggregate) (Integer)) debug: compDefine1 lhs: (IndexedBits mn) signature (pre-evaluate): ((BitAggregate) NIL) debug: evaluateType form: (BitAggregate) $param: (mn) Debug: evaluateType1 form: (BitAggregate) debug: compDefine1 signature (post evaluate): ((BitAggregate) NIL) ------------------------------------------------------------------------ initializing stationary directory for IndexedBits compiling into /tmp/oa-1vIjSY compiling exported minIndex : % -> Integer Time: 0.03 SEC. compiling local range : (%,Integer) -> Integer Time: 0.02 SEC. compiling exported coerce : % -> OutputForm Time: 0.06 SEC. compiling exported new : (NonNegativeInteger,Boolean) -> % IBITS;new;NniB$;4(n,b) is replaced by %bitvector(n,%when(b %icst1,%otherwise %icst0)) Time: 0.00 SEC. compiling exported empty : () -> % IBITS;empty;$;5 is replaced by %bitvector(0,0) Time: 0 SEC. compiling exported copy : % -> % IBITS;copy;2$;6 is replaced by %bitveccopy Time: 0 SEC. compiling exported # : % -> NonNegativeInteger IBITS;#;$Nni;7 is replaced by %bitveclength Time: 0.01 SEC. compiling exported = : (%,%) -> Boolean IBITS;=;2$B;8 is replaced by %bitveceq Time: 0 SEC. compiling exported < : (%,%) -> Boolean Time: 0.02 SEC. compiling exported and : (%,%) -> % Time: 0.01 SEC. compiling exported or : (%,%) -> % Time: 0.00 SEC. compiling exported xor : (%,%) -> % Time: 0 SEC. compiling exported setelt : (%,Integer,Boolean) -> Boolean Time: 0.01 SEC. compiling exported elt : (%,Integer) -> Boolean Time: 0 SEC. compiling exported ~ : % -> % IBITS;~;2$;15 is replaced by %bitvecnot Time: 0 SEC. compiling exported /\ : (%,%) -> % Time: 0.01 SEC. compiling exported \/ : (%,%) -> % Time: 0.02 SEC. (time taken in buildFunctor: 4) Time: 0.03 SEC. Cumulative Statistics for Constructor IndexedBits Time: 0.21 seconds finalizing NRLIB IBITS Processing IndexedBits for Browser database: -- constructor ; compiling file "/tmp/oa-1vIjSY/code.lsp" (written 01 FEB 2016 10:54:58 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IBITS;new;NniB$;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IBITS;empty;$;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IBITS;copy;2$;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IBITS;#;$Nni;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IBITS;=;2$B;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IBITS;~;2$;15|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IBITS;minIndex;$I;1|) ...) ; compiling (PUT (QUOTE |IBITS;range|) ...) ; compiling (DEFUN |IBITS;minIndex;$I;1| ...) ; file: /tmp/oa-1vIjSY/code.lsp ; in: DEFUN |IBITS;minIndex;$I;1| ; (DEFUN BOOT::|IBITS;minIndex;$I;1| (BOOT::|u| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 6)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IBITS;minIndex;$I;1| ; (BOOT::|u| BOOT::$) ; (BLOCK BOOT::|IBITS;minIndex;$I;1| (BOOT::|shellEntry| BOOT::$ 6))) ; ; caught STYLE-WARNING: ; The variable |u| is defined but never used. ; compiling (DEFUN |IBITS;range| ...) ; file: /tmp/oa-1vIjSY/code.lsp ; in: DEFUN |IBITS;range| ; (DEFUN BOOT::|IBITS;range| (BOOT::|v| BOOT::|i| BOOT::$) ; (COND ((AND (NOT #) (< BOOT::|i| #)) BOOT::|i|) ; (T (BOOT::|error| "Index out of range")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IBITS;range| ; (BOOT::|v| BOOT::|i| BOOT::$) ; (BLOCK BOOT::|IBITS;range| ; (COND ((AND # #) BOOT::|i|) (T (BOOT::|error| "Index out of range"))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |IBITS;coerce;$Of;3| ...) ; compiling (DEFUN |IBITS;new;NniB$;4| ...) ; compiling (DEFUN |IBITS;empty;$;5| ...) ; compiling (DEFUN |IBITS;copy;2$;6| ...) ; compiling (DEFUN |IBITS;#;$Nni;7| ...) ; compiling (DEFUN |IBITS;=;2$B;8| ...) ; compiling (DEFUN |IBITS;<;2$B;9| ...) ; file: /tmp/oa-1vIjSY/code.lsp ; in: DEFUN |IBITS;<;2$B;9| ; (DEFUN BOOT::|IBITS;<;2$B;9| (BOOT::|u| BOOT::|v| BOOT::$) ; (LET ((BOOT::|nu| (LENGTH BOOT::|u|)) (BOOT::|nv| (LENGTH BOOT::|v|))) ; (LET ((BOOT::|i| 0)) ; (LOOP (COND # # # #) ; (SETQ #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IBITS;<;2$B;9| ; (BOOT::|u| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|IBITS;<;2$B;9| ; (LET ((BOOT::|nu| #) (BOOT::|nv| #)) ; (LET (#) ; (LOOP # ; #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |IBITS;and;3$;10| ...) ; file: /tmp/oa-1vIjSY/code.lsp ; in: DEFUN |IBITS;and;3$;10| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (AND BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |IBITS;or;3$;11| ...) ; file: /tmp/oa-1vIjSY/code.lsp ; in: DEFUN |IBITS;or;3$;11| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (OR BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |IBITS;xor;3$;12| ...) ; file: /tmp/oa-1vIjSY/code.lsp ; in: DEFUN |IBITS;xor;3$;12| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) ; (COND (BOOT::|#1| (NOT BOOT::|#2|)) (T BOOT::|#2|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |IBITS;setelt;$I2B;13| ...) ; compiling (DEFUN |IBITS;elt;$IB;14| ...) ; compiling (DEFUN |IBITS;~;2$;15| ...) ; compiling (DEFUN |IBITS;/\\;3$;16| ...) ; file: /tmp/oa-1vIjSY/code.lsp ; in: DEFUN |IBITS;/\\;3$;16| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (AND BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |IBITS;\\/;3$;17| ...) ; file: /tmp/oa-1vIjSY/code.lsp ; in: DEFUN |IBITS;\\/;3$;17| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (OR BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |IndexedBits| ...) ; compiling (DEFUN |IndexedBits;| ...) ; compiling (MAKEPROP (QUOTE |IndexedBits|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 8 STYLE-WARNING conditions ; printed 1 note ; /tmp/oa-1vIjSY/code.fasl written ; compilation finished in 0:00:00.141 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/CCLASS.fasl --optimize=3 CCLASS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CCLASS.spad using Spad compiler. CCLASS abbreviates domain CharacterClass debug: compDefine1 lhs: (CharacterClass) signature (pre-evaluate): ((Join (SetCategory) (ConvertibleTo (String)) (FiniteSetAggregate (Character)) (ConvertibleTo (List (Character))) (CATEGORY domain (SIGNATURE charClass ($ (String))) (SIGNATURE charClass ($ (List (Character)))) (SIGNATURE digit ($) constant) (SIGNATURE hexDigit ($) constant) (SIGNATURE upperCase ($) constant) (SIGNATURE lowerCase ($) constant) (SIGNATURE alphabetic ($) constant) (SIGNATURE alphanumeric ($) constant)))) debug: evaluateType form: (Join (SetCategory) (ConvertibleTo (String)) (FiniteSetAggregate (Character)) (ConvertibleTo (List (Character))) (CATEGORY domain (SIGNATURE charClass ($ (String))) (SIGNATURE charClass ($ (List (Character)))) (SIGNATURE digit ($) constant) (SIGNATURE hexDigit ($) constant) (SIGNATURE upperCase ($) constant) (SIGNATURE lowerCase ($) constant) (SIGNATURE alphabetic ($) constant) (SIGNATURE alphanumeric ($) constant))) $param: NIL debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (ConvertibleTo (String)) $param: NIL Debug: evaluateType1 form: (ConvertibleTo (String)) debug: evaluateType1 x: (String) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evalCategory d: (String) c: (Type) debug: evaluateType form: (FiniteSetAggregate (Character)) $param: NIL Debug: evaluateType1 form: (FiniteSetAggregate (Character)) debug: evaluateType1 x: (Character) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Character) $param: NIL Debug: evaluateType1 form: (Character) debug: evalCategory d: (Character) c: (SetCategory) debug: evaluateType form: (ConvertibleTo (List (Character))) $param: NIL Debug: evaluateType1 form: (ConvertibleTo (List (Character))) debug: evaluateType1 x: (List (Character)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Character)) $param: NIL Debug: evaluateType1 form: (List (Character)) debug: evaluateType1 x: (Character) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Character) $param: NIL Debug: evaluateType1 form: (Character) debug: evalCategory d: (Character) c: (Type) debug: evalCategory d: (List (Character)) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE charClass ($ (String))) (SIGNATURE charClass ($ (List (Character)))) (SIGNATURE digit ($) constant) (SIGNATURE hexDigit ($) constant) (SIGNATURE upperCase ($) constant) (SIGNATURE lowerCase ($) constant) (SIGNATURE alphabetic ($) constant) (SIGNATURE alphanumeric ($) constant)) $param: NIL debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (List (Character)) $param: NIL Debug: evaluateType1 form: (List (Character)) debug: evaluateType1 x: (Character) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Character) $param: NIL Debug: evaluateType1 form: (Character) debug: evalCategory d: (Character) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (ConvertibleTo (String)) (FiniteSetAggregate (Character)) (ConvertibleTo (List (Character))) (CATEGORY domain (SIGNATURE charClass ($ (String))) (SIGNATURE charClass ($ (List (Character)))) (SIGNATURE digit ($) constant) (SIGNATURE hexDigit ($) constant) (SIGNATURE upperCase ($) constant) (SIGNATURE lowerCase ($) constant) (SIGNATURE alphabetic ($) constant) (SIGNATURE alphanumeric ($) constant)))) ------------------------------------------------------------------------ initializing stationary directory for CharacterClass compiling into /tmp/oa-yNx6Br compiling exported digit : () -> % Time: 0.03 SEC. compiling exported hexDigit : () -> % Time: 0 SEC. compiling exported upperCase : () -> % Time: 0 SEC. compiling exported lowerCase : () -> % Time: 0 SEC. compiling exported alphabetic : () -> % Time: 0 SEC. compiling exported alphanumeric : () -> % Time: 0 SEC. compiling exported = : (%,%) -> Boolean CCLASS;=;2$B;7 is replaced by %bitveceq Time: 0.00 SEC. compiling exported member? : (Character,%) -> Boolean Time: 0.01 SEC. compiling exported union : (%,%) -> % Time: 0 SEC. compiling exported intersect : (%,%) -> % Time: 0 SEC. compiling exported difference : (%,%) -> % Time: 0 SEC. compiling exported complement : % -> % CCLASS;complement;2$;12 is replaced by %bitvecnot Time: 0.01 SEC. compiling exported convert : % -> String Time: 0.02 SEC. compiling exported convert : % -> List Character Time: 0.01 SEC. compiling exported charClass : String -> % Time: 0.04 SEC. compiling exported charClass : List Character -> % Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. compiling exported # : % -> NonNegativeInteger Time: 0.01 SEC. compiling exported empty : () -> % Time: 0.01 SEC. compiling exported brace : () -> % Time: 0.01 SEC. compiling exported insert! : (Character,%) -> % Time: 0 SEC. compiling exported remove! : (Character,%) -> % Time: 0.00 SEC. compiling exported inspect : % -> Character Time: 0.01 SEC. compiling exported extract! : % -> Character Time: 0.02 SEC. compiling exported map : (Character -> Character,%) -> % Time: 0.00 SEC. compiling exported map! : (Character -> Character,%) -> % Time: 0.01 SEC. compiling exported members : % -> List Character Time: 0.01 SEC. (time taken in buildFunctor: 8) Time: 0.03 SEC. Warnings: [1] charClass: false has no value [2] map: false has no value [3] false has no value Cumulative Statistics for Constructor CharacterClass Time: 0.25 seconds finalizing NRLIB CCLASS Processing CharacterClass for Browser database: -- charClass : String -> % -- charClass : List Character -> % -- digit : () -> % -- hexDigit : () -> % -- upperCase : () -> % -- lowerCase : () -> % -- alphabetic : () -> % -- alphanumeric : () -> % -- constructor ; compiling file "/tmp/oa-yNx6Br/code.lsp" (written 01 FEB 2016 10:54:58 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CCLASS;=;2$B;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CCLASS;complement;2$;12|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |CCLASS;digit;$;1| ...) ; compiling (DEFUN |CCLASS;hexDigit;$;2| ...) ; compiling (DEFUN |CCLASS;upperCase;$;3| ...) ; compiling (DEFUN |CCLASS;lowerCase;$;4| ...) ; compiling (DEFUN |CCLASS;alphabetic;$;5| ...) ; compiling (DEFUN |CCLASS;alphanumeric;$;6| ...) ; compiling (DEFUN |CCLASS;=;2$B;7| ...) ; compiling (DEFUN |CCLASS;member?;C$B;8| ...) ; file: /tmp/oa-yNx6Br/code.lsp ; in: DEFUN |CCLASS;member?;C$B;8| ; (DEFUN BOOT::|CCLASS;member?;C$B;8| (BOOT::|c| BOOT::|a| BOOT::$) ; (BOOT::SPADCALL BOOT::|a| ; (BOOT::SPADCALL BOOT::|c| (BOOT::|shellEntry| BOOT::$ 27)) ; (BOOT::|shellEntry| BOOT::$ 28))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CCLASS;member?;C$B;8| ; (BOOT::|c| BOOT::|a| BOOT::$) ; (BLOCK BOOT::|CCLASS;member?;C$B;8| ; (BOOT::SPADCALL BOOT::|a| ; (BOOT::SPADCALL BOOT::|c| ; (BOOT::|shellEntry| BOOT::$ 27)) ; (BOOT::|shellEntry| BOOT::$ 28)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |CCLASS;union;3$;9| ...) ; compiling (DEFUN |CCLASS;intersect;3$;10| ...) ; compiling (DEFUN |CCLASS;difference;3$;11| ...) ; compiling (DEFUN |CCLASS;complement;2$;12| ...) ; compiling (DEFUN |CCLASS;convert;$S;13| ...) ; file: /tmp/oa-yNx6Br/code.lsp ; in: DEFUN |CCLASS;convert;$S;13| ; (DEFUN BOOT::|CCLASS;convert;$S;13| (BOOT::|cl| BOOT::$) ; (BOOT::SPADCALL (BOOT::|CCLASS;convert;$L;14| BOOT::|cl| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 38))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CCLASS;convert;$S;13| ; (BOOT::|cl| BOOT::$) ; (BLOCK BOOT::|CCLASS;convert;$S;13| ; (BOOT::SPADCALL (BOOT::|CCLASS;convert;$L;14| BOOT::|cl| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 38)))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |CCLASS;convert;$L;14| ...) ; file: /tmp/oa-yNx6Br/code.lsp ; in: DEFUN |CCLASS;convert;$L;14| ; (DEFUN BOOT::|CCLASS;convert;$L;14| (BOOT::|cl| BOOT::$) ; (LET ((BOOT::|i| 0) (#:G599 (1- #)) (#:G553 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ BOOT::|i| #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CCLASS;convert;$L;14| ; (BOOT::|cl| BOOT::$) ; (BLOCK BOOT::|CCLASS;convert;$L;14| ; (LET ((BOOT::|i| 0) (#:G599 #) (#:G553 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CHARACTER T)) &REST T). ; compiling (DEFUN |CCLASS;charClass;S$;15| ...) ; compiling (DEFUN |CCLASS;charClass;L$;16| ...) ; compiling (DEFUN |CCLASS;coerce;$Of;17| ...) ; compiling (DEFUN |CCLASS;#;$Nni;18| ...) ; compiling (DEFUN |CCLASS;empty;$;19| ...) ; compiling (DEFUN |CCLASS;brace;$;20| ...) ; compiling (DEFUN |CCLASS;insert!;C2$;21| ...) ; compiling (DEFUN |CCLASS;remove!;C2$;22| ...) ; compiling (DEFUN |CCLASS;inspect;$C;23| ...) ; file: /tmp/oa-yNx6Br/code.lsp ; in: DEFUN |CCLASS;inspect;$C;23| ; (DEFUN BOOT::|CCLASS;inspect;$C;23| (BOOT::|a| BOOT::$) ; (PROGN ; (LET ((BOOT::|i| 0) (#:G603 #)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::|error| "Cannot take a character from an empty class."))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CCLASS;inspect;$C;23| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|CCLASS;inspect;$C;23| ; (PROGN ; (LET (# #) ; (LOOP # ; #)) ; (BOOT::|error| "Cannot take a character from an empty class.")))) ; ; note: type assertion too complex to check: ; (VALUES CHARACTER &REST T). ; compiling (DEFUN |CCLASS;extract!;$C;24| ...) ; file: /tmp/oa-yNx6Br/code.lsp ; in: DEFUN |CCLASS;extract!;$C;24| ; (DEFUN BOOT::|CCLASS;extract!;$C;24| (BOOT::|a| BOOT::$) ; (PROGN ; (LET ((BOOT::|i| 0) (#:G604 #)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::|error| "Cannot take a character from an empty class."))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CCLASS;extract!;$C;24| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|CCLASS;extract!;$C;24| ; (PROGN ; (LET (# #) ; (LOOP # ; #)) ; (BOOT::|error| "Cannot take a character from an empty class.")))) ; ; note: type assertion too complex to check: ; (VALUES CHARACTER &REST T). ; compiling (DEFUN |CCLASS;map;M2$;25| ...) ; compiling (DEFUN |CCLASS;map!;M2$;26| ...) ; compiling (DEFUN |CCLASS;members;$L;27| ...) ; file: /tmp/oa-yNx6Br/code.lsp ; in: DEFUN |CCLASS;members;$L;27| ; (DEFUN BOOT::|CCLASS;members;$L;27| (BOOT::|a| BOOT::$) ; (LET ((BOOT::|i| 0) (#:G607 (1- #)) (#:G593 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ BOOT::|i| #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CCLASS;members;$L;27| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|CCLASS;members;$L;27| ; (LET ((BOOT::|i| 0) (#:G607 #) (#:G593 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CHARACTER T)) &REST T). ; compiling (DEFUN |CharacterClass| ...) ; compiling (DEFUN |CharacterClass;| ...) ; compiling (MAKEPROP (QUOTE |CharacterClass|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 6 notes ; /tmp/oa-yNx6Br/code.fasl written ; compilation finished in 0:00:00.112 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/CHAR.fasl --optimize=3 CHAR.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CHAR.spad using Spad compiler. CHAR abbreviates domain Character debug: compDefine1 lhs: (Character) signature (pre-evaluate): ((Join (OrderedFinite) (CATEGORY domain (SIGNATURE ord ((NonNegativeInteger) $)) (SIGNATURE char ($ (NonNegativeInteger))) (SIGNATURE char ($ (String))) (SIGNATURE space ($) constant) (SIGNATURE quote ($) constant) (SIGNATURE underscore ($) constant) (SIGNATURE newline ($) constant) (SIGNATURE carriageReturn ($) constant) (SIGNATURE linefeed ($) constant) (SIGNATURE formfeed ($) constant) (SIGNATURE backspace ($) constant) (SIGNATURE horizontalTab ($) constant) (SIGNATURE verticalTab ($) constant) (SIGNATURE escape ($) constant) (SIGNATURE upperCase ($ $)) (SIGNATURE lowerCase ($ $)) (SIGNATURE digit? ((Boolean) $)) (SIGNATURE hexDigit? ((Boolean) $)) (SIGNATURE alphabetic? ((Boolean) $)) (SIGNATURE upperCase? ((Boolean) $)) (SIGNATURE lowerCase? ((Boolean) $)) (SIGNATURE alphanumeric? ((Boolean) $))))) debug: evaluateType form: (Join (OrderedFinite) (CATEGORY domain (SIGNATURE ord ((NonNegativeInteger) $)) (SIGNATURE char ($ (NonNegativeInteger))) (SIGNATURE char ($ (String))) (SIGNATURE space ($) constant) (SIGNATURE quote ($) constant) (SIGNATURE underscore ($) constant) (SIGNATURE newline ($) constant) (SIGNATURE carriageReturn ($) constant) (SIGNATURE linefeed ($) constant) (SIGNATURE formfeed ($) constant) (SIGNATURE backspace ($) constant) (SIGNATURE horizontalTab ($) constant) (SIGNATURE verticalTab ($) constant) (SIGNATURE escape ($) constant) (SIGNATURE upperCase ($ $)) (SIGNATURE lowerCase ($ $)) (SIGNATURE digit? ((Boolean) $)) (SIGNATURE hexDigit? ((Boolean) $)) (SIGNATURE alphabetic? ((Boolean) $)) (SIGNATURE upperCase? ((Boolean) $)) (SIGNATURE lowerCase? ((Boolean) $)) (SIGNATURE alphanumeric? ((Boolean) $)))) $param: NIL debug: evaluateType form: (OrderedFinite) $param: NIL Debug: evaluateType1 form: (OrderedFinite) debug: evaluateType form: (CATEGORY domain (SIGNATURE ord ((NonNegativeInteger) $)) (SIGNATURE char ($ (NonNegativeInteger))) (SIGNATURE char ($ (String))) (SIGNATURE space ($) constant) (SIGNATURE quote ($) constant) (SIGNATURE underscore ($) constant) (SIGNATURE newline ($) constant) (SIGNATURE carriageReturn ($) constant) (SIGNATURE linefeed ($) constant) (SIGNATURE formfeed ($) constant) (SIGNATURE backspace ($) constant) (SIGNATURE horizontalTab ($) constant) (SIGNATURE verticalTab ($) constant) (SIGNATURE escape ($) constant) (SIGNATURE upperCase ($ $)) (SIGNATURE lowerCase ($ $)) (SIGNATURE digit? ((Boolean) $)) (SIGNATURE hexDigit? ((Boolean) $)) (SIGNATURE alphabetic? ((Boolean) $)) (SIGNATURE upperCase? ((Boolean) $)) (SIGNATURE lowerCase? ((Boolean) $)) (SIGNATURE alphanumeric? ((Boolean) $))) $param: NIL debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: compDefine1 signature (post evaluate): ((Join (OrderedFinite) (CATEGORY domain (SIGNATURE ord ((NonNegativeInteger) $)) (SIGNATURE char ($ (NonNegativeInteger))) (SIGNATURE char ($ (String))) (SIGNATURE space ($) constant) (SIGNATURE quote ($) constant) (SIGNATURE underscore ($) constant) (SIGNATURE newline ($) constant) (SIGNATURE carriageReturn ($) constant) (SIGNATURE linefeed ($) constant) (SIGNATURE formfeed ($) constant) (SIGNATURE backspace ($) constant) (SIGNATURE horizontalTab ($) constant) (SIGNATURE verticalTab ($) constant) (SIGNATURE escape ($) constant) (SIGNATURE upperCase ($ $)) (SIGNATURE lowerCase ($ $)) (SIGNATURE digit? ((Boolean) $)) (SIGNATURE hexDigit? ((Boolean) $)) (SIGNATURE alphabetic? ((Boolean) $)) (SIGNATURE upperCase? ((Boolean) $)) (SIGNATURE lowerCase? ((Boolean) $)) (SIGNATURE alphanumeric? ((Boolean) $))))) ------------------------------------------------------------------------ initializing stationary directory for Character compiling into /tmp/oa-KrQ6d4 importing CharacterClass compiling exported = : (%,%) -> Boolean CHAR;=;2$B;1 is replaced by %ceq Time: 0.05 SEC. compiling exported < : (%,%) -> Boolean CHAR;<;2$B;2 is replaced by %clt Time: 0 SEC. compiling exported > : (%,%) -> Boolean CHAR;>;2$B;3 is replaced by %cgt Time: 0 SEC. compiling exported <= : (%,%) -> Boolean CHAR;<=;2$B;4 is replaced by %cle Time: 0.00 SEC. compiling exported >= : (%,%) -> Boolean CHAR;>=;2$B;5 is replaced by %cge Time: 0 SEC. compiling exported size : () -> NonNegativeInteger CHAR;size;Nni;6 is replaced by %ccstmax Time: 0.00 SEC. compiling exported index : PositiveInteger -> % Time: 0 SEC. compiling exported lookup : % -> PositiveInteger Time: 0 SEC. compiling exported char : NonNegativeInteger -> % CHAR;char;Nni$;9 is replaced by %i2c Time: 0.00 SEC. compiling exported ord : % -> NonNegativeInteger CHAR;ord;$Nni;10 is replaced by %c2i Time: 0 SEC. compiling exported random : () -> % CHAR;random;$;11 is replaced by %i2c %irandom %ccstmax Time: 0 SEC. compiling exported space : () -> % CHAR;space;$;12 is replaced by %ccst " " Time: 0.00 SEC. compiling exported quote : () -> % CHAR;quote;$;13 is replaced by %ccst """ Time: 0.00 SEC. compiling exported underscore : () -> % CHAR;underscore;$;14 is replaced by %ccst "_" Time: 0.00 SEC. compiling exported newline : () -> % CHAR;newline;$;15 is replaced by %ccst "\n" Time: 0.00 SEC. compiling exported carriageReturn : () -> % CHAR;carriageReturn;$;16 is replaced by %i2c 13 Time: 0 SEC. compiling exported linefeed : () -> % CHAR;linefeed;$;17 is replaced by %i2c 10 Time: 0 SEC. compiling exported formfeed : () -> % CHAR;formfeed;$;18 is replaced by %i2c 12 Time: 0 SEC. compiling exported backspace : () -> % CHAR;backspace;$;19 is replaced by %i2c 8 Time: 0 SEC. compiling exported horizontalTab : () -> % CHAR;horizontalTab;$;20 is replaced by %i2c 9 Time: 0 SEC. compiling exported verticalTab : () -> % CHAR;verticalTab;$;21 is replaced by %i2c 11 Time: 0 SEC. compiling exported escape : () -> % CHAR;escape;$;22 is replaced by %i2c 27 Time: 0 SEC. compiling exported coerce : % -> OutputForm CHAR;coerce;$Of;23 c is replaced by c Time: 0.01 SEC. compiling exported digit? : % -> Boolean Time: 0.00 SEC. compiling exported hexDigit? : % -> Boolean Time: 0.00 SEC. compiling exported upperCase? : % -> Boolean Time: 0.00 SEC. compiling exported lowerCase? : % -> Boolean Time: 0 SEC. compiling exported alphabetic? : % -> Boolean Time: 0.01 SEC. compiling exported alphanumeric? : % -> Boolean Time: 0 SEC. compiling exported latex : % -> String CHAR;latex;$S;30 c is replaced by %strconc("\mbox{`",%strconc(%c2s c,"'}")) Time: 0.00 SEC. compiling exported char : String -> % CHAR;char;S$;31 is replaced by %s2c Time: 0.00 SEC. compiling exported upperCase : % -> % CHAR;upperCase;2$;32 is replaced by %cup Time: 0 SEC. compiling exported lowerCase : % -> % CHAR;lowerCase;2$;33 is replaced by %cdown Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] coerce: : OutputForm -- replace by pretend Cumulative Statistics for Constructor Character Time: 0.12 seconds finalizing NRLIB CHAR Processing Character for Browser database: -- ord : % -> NonNegativeInteger -- char : NonNegativeInteger -> % -- char : String -> % -- space : () -> % -- quote : () -> % -- underscore : () -> % -- newline : () -> % -- carriageReturn : () -> % -- linefeed : () -> % -- formfeed : () -> % -- backspace : () -> % -- horizontalTab : () -> % -- verticalTab : () -> % -- escape : () -> % -- upperCase : % -> % -- lowerCase : % -> % -- digit? : % -> Boolean -- hexDigit? : % -> Boolean -- alphabetic? : % -> Boolean -- upperCase? : % -> Boolean -- lowerCase? : % -> Boolean -- alphanumeric? : % -> Boolean -- constructor ; compiling file "/tmp/oa-KrQ6d4/code.lsp" (written 01 FEB 2016 10:54:59 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;=;2$B;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;<;2$B;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;>;2$B;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;<=;2$B;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;>=;2$B;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;size;Nni;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;char;Nni$;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;ord;$Nni;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;random;$;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;space;$;12|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;quote;$;13|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;underscore;$;14|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;newline;$;15|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;carriageReturn;$;16|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;linefeed;$;17|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;formfeed;$;18|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;backspace;$;19|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;horizontalTab;$;20|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;verticalTab;$;21|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;escape;$;22|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;coerce;$Of;23|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;latex;$S;30|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;char;S$;31|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;upperCase;2$;32|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;lowerCase;2$;33|) ...) ; compiling (PUT (QUOTE |CHAR;index;Pi$;7|) ...) ; compiling (PUT (QUOTE |CHAR;lookup;$Pi;8|) ...) ; compiling (DEFUN |CHAR;=;2$B;1| ...) ; compiling (DEFUN |CHAR;<;2$B;2| ...) ; compiling (DEFUN |CHAR;>;2$B;3| ...) ; compiling (DEFUN |CHAR;<=;2$B;4| ...) ; compiling (DEFUN |CHAR;>=;2$B;5| ...) ; compiling (DEFUN |CHAR;size;Nni;6| ...) ; compiling (DEFUN |CHAR;index;Pi$;7| ...) ; compiling (DEFUN |CHAR;lookup;$Pi;8| ...) ; compiling (DEFUN |CHAR;char;Nni$;9| ...) ; compiling (DEFUN |CHAR;ord;$Nni;10| ...) ; compiling (DEFUN |CHAR;random;$;11| ...) ; compiling (DEFUN |CHAR;space;$;12| ...) ; compiling (DEFUN |CHAR;quote;$;13| ...) ; compiling (DEFUN |CHAR;underscore;$;14| ...) ; compiling (DEFUN |CHAR;newline;$;15| ...) ; compiling (DEFUN |CHAR;carriageReturn;$;16| ...) ; compiling (DEFUN |CHAR;linefeed;$;17| ...) ; compiling (DEFUN |CHAR;formfeed;$;18| ...) ; compiling (DEFUN |CHAR;backspace;$;19| ...) ; compiling (DEFUN |CHAR;horizontalTab;$;20| ...) ; compiling (DEFUN |CHAR;verticalTab;$;21| ...) ; compiling (DEFUN |CHAR;escape;$;22| ...) ; compiling (DEFUN |CHAR;coerce;$Of;23| ...) ; compiling (DEFUN |CHAR;digit?;$B;24| ...) ; file: /tmp/oa-KrQ6d4/code.lsp ; in: DEFUN |CHAR;digit?;$B;24| ; (DEFUN BOOT::|CHAR;digit?;$B;24| (BOOT::|c| BOOT::$) ; (BOOT::SPADCALL BOOT::|c| (BOOT::|spadConstant| BOOT::$ 35) ; (BOOT::|shellEntry| BOOT::$ 37))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CHAR;digit?;$B;24| ; (BOOT::|c| BOOT::$) ; (BLOCK BOOT::|CHAR;digit?;$B;24| ; (BOOT::SPADCALL BOOT::|c| (BOOT::|spadConstant| BOOT::$ 35) ; (BOOT::|shellEntry| BOOT::$ 37)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |CHAR;hexDigit?;$B;25| ...) ; file: /tmp/oa-KrQ6d4/code.lsp ; in: DEFUN |CHAR;hexDigit?;$B;25| ; (DEFUN BOOT::|CHAR;hexDigit?;$B;25| (BOOT::|c| BOOT::$) ; (BOOT::SPADCALL BOOT::|c| (BOOT::|spadConstant| BOOT::$ 39) ; (BOOT::|shellEntry| BOOT::$ 37))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CHAR;hexDigit?;$B;25| ; (BOOT::|c| BOOT::$) ; (BLOCK BOOT::|CHAR;hexDigit?;$B;25| ; (BOOT::SPADCALL BOOT::|c| (BOOT::|spadConstant| BOOT::$ 39) ; (BOOT::|shellEntry| BOOT::$ 37)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |CHAR;upperCase?;$B;26| ...) ; file: /tmp/oa-KrQ6d4/code.lsp ; in: DEFUN |CHAR;upperCase?;$B;26| ; (DEFUN BOOT::|CHAR;upperCase?;$B;26| (BOOT::|c| BOOT::$) ; (BOOT::SPADCALL BOOT::|c| (BOOT::|spadConstant| BOOT::$ 41) ; (BOOT::|shellEntry| BOOT::$ 37))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CHAR;upperCase?;$B;26| ; (BOOT::|c| BOOT::$) ; (BLOCK BOOT::|CHAR;upperCase?;$B;26| ; (BOOT::SPADCALL BOOT::|c| (BOOT::|spadConstant| BOOT::$ 41) ; (BOOT::|shellEntry| BOOT::$ 37)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |CHAR;lowerCase?;$B;27| ...) ; file: /tmp/oa-KrQ6d4/code.lsp ; in: DEFUN |CHAR;lowerCase?;$B;27| ; (DEFUN BOOT::|CHAR;lowerCase?;$B;27| (BOOT::|c| BOOT::$) ; (BOOT::SPADCALL BOOT::|c| (BOOT::|spadConstant| BOOT::$ 43) ; (BOOT::|shellEntry| BOOT::$ 37))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CHAR;lowerCase?;$B;27| ; (BOOT::|c| BOOT::$) ; (BLOCK BOOT::|CHAR;lowerCase?;$B;27| ; (BOOT::SPADCALL BOOT::|c| (BOOT::|spadConstant| BOOT::$ 43) ; (BOOT::|shellEntry| BOOT::$ 37)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |CHAR;alphabetic?;$B;28| ...) ; file: /tmp/oa-KrQ6d4/code.lsp ; in: DEFUN |CHAR;alphabetic?;$B;28| ; (DEFUN BOOT::|CHAR;alphabetic?;$B;28| (BOOT::|c| BOOT::$) ; (BOOT::SPADCALL BOOT::|c| (BOOT::|spadConstant| BOOT::$ 45) ; (BOOT::|shellEntry| BOOT::$ 37))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CHAR;alphabetic?;$B;28| ; (BOOT::|c| BOOT::$) ; (BLOCK BOOT::|CHAR;alphabetic?;$B;28| ; (BOOT::SPADCALL BOOT::|c| (BOOT::|spadConstant| BOOT::$ 45) ; (BOOT::|shellEntry| BOOT::$ 37)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |CHAR;alphanumeric?;$B;29| ...) ; file: /tmp/oa-KrQ6d4/code.lsp ; in: DEFUN |CHAR;alphanumeric?;$B;29| ; (DEFUN BOOT::|CHAR;alphanumeric?;$B;29| (BOOT::|c| BOOT::$) ; (BOOT::SPADCALL BOOT::|c| (BOOT::|spadConstant| BOOT::$ 47) ; (BOOT::|shellEntry| BOOT::$ 37))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CHAR;alphanumeric?;$B;29| ; (BOOT::|c| BOOT::$) ; (BLOCK BOOT::|CHAR;alphanumeric?;$B;29| ; (BOOT::SPADCALL BOOT::|c| (BOOT::|spadConstant| BOOT::$ 47) ; (BOOT::|shellEntry| BOOT::$ 37)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |CHAR;latex;$S;30| ...) ; file: /tmp/oa-KrQ6d4/code.lsp ; in: DEFUN |CHAR;latex;$S;30| ; (DEFUN BOOT::|CHAR;latex;$S;30| (BOOT::|c| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::STRCONC "\\mbox{`" (BOOT::STRCONC (STRING BOOT::|c|) "'}"))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CHAR;latex;$S;30| ; (BOOT::|c| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|CHAR;latex;$S;30| ; (BOOT::STRCONC "\\mbox{`" (BOOT::STRCONC (STRING BOOT::|c|) "'}")))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |CHAR;char;S$;31| ...) ; compiling (DEFUN |CHAR;upperCase;2$;32| ...) ; compiling (DEFUN |CHAR;lowerCase;2$;33| ...) ; compiling (DEFUN |Character| ...) ; compiling (DEFUN |Character;| ...) ; compiling (MAKEPROP (QUOTE |Character|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 7 notes ; /tmp/oa-KrQ6d4/code.fasl written ; compilation finished in 0:00:00.073 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/STRING.fasl --optimize=3 STRING.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/STRING.spad using Spad compiler. STRING abbreviates domain String debug: compDefine1 lhs: (String) signature (pre-evaluate): ((Join (StringAggregate) (CATEGORY domain (SIGNATURE string ($ (Integer))) (SIGNATURE string ($ (DoubleFloat))) (SIGNATURE string ($ (Identifier)))))) debug: evaluateType form: (Join (StringAggregate) (CATEGORY domain (SIGNATURE string ($ (Integer))) (SIGNATURE string ($ (DoubleFloat))) (SIGNATURE string ($ (Identifier))))) $param: NIL debug: evaluateType form: (StringAggregate) $param: NIL Debug: evaluateType1 form: (StringAggregate) debug: evaluateType form: (CATEGORY domain (SIGNATURE string ($ (Integer))) (SIGNATURE string ($ (DoubleFloat))) (SIGNATURE string ($ (Identifier)))) $param: NIL debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: compDefine1 signature (post evaluate): ((Join (StringAggregate) (CATEGORY domain (SIGNATURE string ($ (Integer))) (SIGNATURE string ($ (DoubleFloat))) (SIGNATURE string ($ (Identifier)))))) ------------------------------------------------------------------------ initializing stationary directory for String compiling into /tmp/oa-1dCWHj compiling exported string : Integer -> % STRING;string;I$;1 is replaced by %i2s Time: 0.08 SEC. compiling exported string : DoubleFloat -> % STRING;string;Df$;2 is replaced by %f2s Time: 0.00 SEC. compiling exported string : Identifier -> % STRING;string;I$;3 is replaced by %sname Time: 0 SEC. compiling exported new : (NonNegativeInteger,Character) -> % STRING;new;NniC$;4 is replaced by makeString Time: 0.01 SEC. compiling exported empty : () -> % Time: 0 SEC. compiling exported empty? : % -> Boolean STRING;empty?;$B;6 s is replaced by %ieq(%strlength s,0) Time: 0.00 SEC. compiling exported # : % -> NonNegativeInteger STRING;#;$Nni;7 is replaced by %strlength Time: 0 SEC. compiling exported = : (%,%) -> Boolean STRING;=;2$B;8 is replaced by %streq Time: 0 SEC. compiling exported < : (%,%) -> Boolean STRING;<;2$B;9 is replaced by %strlt Time: 0.00 SEC. compiling exported concat : (%,%) -> % STRING;concat;3$;10 is replaced by %strconc Time: 0 SEC. compiling exported copy : % -> % STRING;copy;2$;11 is replaced by %strcopy Time: 0.00 SEC. compiling exported insert : (%,%,Integer) -> % Time: 0.04 SEC. compiling exported coerce : % -> OutputForm Time: 0.02 SEC. compiling exported minIndex : % -> Integer STRING;minIndex;$I;14 s is replaced by 1 Time: 0 SEC. compiling exported upperCase! : % -> % Time: 0 SEC. compiling exported lowerCase! : % -> % Time: 0.00 SEC. compiling exported latex : % -> String STRING;latex;$S;17 s is replaced by %strconc("\mbox{``",%strconc(s,"''}")) Time: 0.00 SEC. compiling exported replace : (%,UniversalSegment Integer,%) -> % Time: 0.02 SEC. compiling exported setelt : (%,Integer,Character) -> Character Time: 0.01 SEC. compiling exported substring? : (%,%,Integer) -> Boolean Time: 0.01 SEC. compiling exported position : (%,%,Integer) -> Integer Time: 0.01 SEC. compiling exported position : (Character,%,Integer) -> Integer Time: 0.02 SEC. compiling exported position : (CharacterClass,%,Integer) -> Integer Time: 0.01 SEC. compiling exported suffix? : (%,%) -> Boolean Time: 0.00 SEC. compiling exported split : (%,Character) -> List % Time: 0.08 SEC. compiling exported split : (%,CharacterClass) -> List % Time: 0.04 SEC. compiling exported leftTrim : (%,Character) -> % Time: 0.02 SEC. compiling exported leftTrim : (%,CharacterClass) -> % Time: 0.04 SEC. compiling exported rightTrim : (%,Character) -> % Time: 0.01 SEC. compiling exported rightTrim : (%,CharacterClass) -> % Time: 0.01 SEC. compiling exported concat : List % -> % Time: 0.01 SEC. compiling exported copyInto! : (%,%,Integer) -> % Time: 0.01 SEC. compiling exported elt : (%,Integer) -> Character Time: 0.01 SEC. compiling exported elt : (%,UniversalSegment Integer) -> % Time: 0.03 SEC. compiling exported hash : % -> SingleInteger STRING;hash;$Si;35 is replaced by %hash Time: 0.00 SEC. compiling exported match : (%,%,Character) -> NonNegativeInteger Time: 0.00 SEC. compiling exported match? : (%,%,Character) -> Boolean Time: 0.04 SEC. (time taken in buildFunctor: 4) Time: 0.03 SEC. Warnings: [1] coerce: pretend String -- should replace by @ [2] latex: pretend String -- should replace by @ [3] replace: : NonNegativeInteger -- replace by pretend [4] split: j has no value [5] split: SEGMENT has no value Cumulative Statistics for Constructor String Time: 0.58 seconds finalizing NRLIB STRING Processing String for Browser database: -- string : Integer -> % -- string : DoubleFloat -> % -- string : Identifier -> % -- constructor ; compiling file "/tmp/oa-1dCWHj/code.lsp" (written 01 FEB 2016 10:54:59 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STRING;string;I$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STRING;string;Df$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STRING;string;I$;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STRING;new;NniC$;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STRING;empty?;$B;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STRING;#;$Nni;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STRING;=;2$B;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STRING;<;2$B;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STRING;concat;3$;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STRING;copy;2$;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STRING;minIndex;$I;14|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STRING;latex;$S;17|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STRING;hash;$Si;35|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |STRING;string;I$;1| ...) ; compiling (DEFUN |STRING;string;Df$;2| ...) ; file: /tmp/oa-1dCWHj/code.lsp ; in: DEFUN |STRING;string;Df$;2| ; (DEFUN BOOT::|STRING;string;Df$;2| (BOOT::|f| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::DFLOAT-FORMAT-GENERAL BOOT::|f|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;string;Df$;2| ; (BOOT::|f| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|STRING;string;Df$;2| ; (BOOT::DFLOAT-FORMAT-GENERAL BOOT::|f|))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |STRING;string;I$;3| ...) ; compiling (DEFUN |STRING;new;NniC$;4| ...) ; file: /tmp/oa-1dCWHj/code.lsp ; in: DEFUN |STRING;new;NniC$;4| ; (DEFUN BOOT::|STRING;new;NniC$;4| (BOOT::|n| BOOT::|c| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (|AxiomCore|:|makeString| BOOT::|n| BOOT::|c|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;new;NniC$;4| ; (BOOT::|n| BOOT::|c| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|STRING;new;NniC$;4| ; (|AxiomCore|:|makeString| BOOT::|n| BOOT::|c|))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |STRING;empty;$;5| ...) ; file: /tmp/oa-1dCWHj/code.lsp ; in: DEFUN |STRING;empty;$;5| ; (DEFUN BOOT::|STRING;empty;$;5| (BOOT::$) (|AxiomCore|:|makeString| 0)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;empty;$;5| ; (BOOT::$) ; (BLOCK BOOT::|STRING;empty;$;5| (|AxiomCore|:|makeString| 0))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |STRING;empty?;$B;6| ...) ; compiling (DEFUN |STRING;#;$Nni;7| ...) ; compiling (DEFUN |STRING;=;2$B;8| ...) ; compiling (DEFUN |STRING;<;2$B;9| ...) ; compiling (DEFUN |STRING;concat;3$;10| ...) ; file: /tmp/oa-1dCWHj/code.lsp ; in: DEFUN |STRING;concat;3$;10| ; (DEFUN BOOT::|STRING;concat;3$;10| (BOOT::|s| BOOT::|t| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::STRCONC BOOT::|s| BOOT::|t|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;concat;3$;10| ; (BOOT::|s| BOOT::|t| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|STRING;concat;3$;10| (BOOT::STRCONC BOOT::|s| BOOT::|t|))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |STRING;copy;2$;11| ...) ; compiling (DEFUN |STRING;insert;2$I$;12| ...) ; file: /tmp/oa-1dCWHj/code.lsp ; in: DEFUN |STRING;insert;2$I$;12| ; (DEFUN BOOT::|STRING;insert;2$I$;12| (BOOT::|s| BOOT::|t| BOOT::|i| BOOT::$) ; (BOOT::STRCONC ; (BOOT::STRCONC ; (BOOT::|STRING;elt;$Us$;34| BOOT::|s| (BOOT::SPADCALL 1 # #) BOOT::$) ; BOOT::|t|) ; (BOOT::|STRING;elt;$Us$;34| BOOT::|s| ; (BOOT::SPADCALL BOOT::|i| (BOOT::|shellEntry| BOOT::$ 30)) BOOT::$))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;insert;2$I$;12| ; (BOOT::|s| BOOT::|t| BOOT::|i| BOOT::$) ; (BLOCK BOOT::|STRING;insert;2$I$;12| ; (BOOT::STRCONC ; (BOOT::STRCONC (BOOT::|STRING;elt;$Us$;34| BOOT::|s| # BOOT::$) ; BOOT::|t|) ; (BOOT::|STRING;elt;$Us$;34| BOOT::|s| (BOOT::SPADCALL BOOT::|i| #) ; BOOT::$)))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |STRING;coerce;$Of;13| ...) ; compiling (DEFUN |STRING;minIndex;$I;14| ...) ; file: /tmp/oa-1dCWHj/code.lsp ; in: DEFUN |STRING;minIndex;$I;14| ; (DEFUN BOOT::|STRING;minIndex;$I;14| (BOOT::|s| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; 1) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;minIndex;$I;14| ; (BOOT::|s| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|STRING;minIndex;$I;14| 1)) ; ; caught STYLE-WARNING: ; The variable |s| is defined but never used. ; compiling (DEFUN |STRING;upperCase!;2$;15| ...) ; file: /tmp/oa-1dCWHj/code.lsp ; in: DEFUN |STRING;upperCase!;2$;15| ; (DEFUN BOOT::|STRING;upperCase!;2$;15| (BOOT::|s| BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 39) BOOT::|s| ; (BOOT::|shellEntry| BOOT::$ 41))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;upperCase!;2$;15| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|STRING;upperCase!;2$;15| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 39) BOOT::|s| ; (BOOT::|shellEntry| BOOT::$ 41)))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |STRING;lowerCase!;2$;16| ...) ; file: /tmp/oa-1dCWHj/code.lsp ; in: DEFUN |STRING;lowerCase!;2$;16| ; (DEFUN BOOT::|STRING;lowerCase!;2$;16| (BOOT::|s| BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 44) BOOT::|s| ; (BOOT::|shellEntry| BOOT::$ 41))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;lowerCase!;2$;16| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|STRING;lowerCase!;2$;16| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 44) BOOT::|s| ; (BOOT::|shellEntry| BOOT::$ 41)))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |STRING;latex;$S;17| ...) ; file: /tmp/oa-1dCWHj/code.lsp ; in: DEFUN |STRING;latex;$S;17| ; (DEFUN BOOT::|STRING;latex;$S;17| (BOOT::|s| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::STRCONC "\\mbox{``" (BOOT::STRCONC BOOT::|s| "''}"))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;latex;$S;17| ; (BOOT::|s| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|STRING;latex;$S;17| ; (BOOT::STRCONC "\\mbox{``" (BOOT::STRCONC BOOT::|s| "''}")))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |STRING;replace;$Us2$;18| ...) ; file: /tmp/oa-1dCWHj/code.lsp ; in: DEFUN |STRING;replace;$Us2$;18| ; (DEFUN BOOT::|STRING;replace;$Us2$;18| ; (BOOT::|s| BOOT::|sg| BOOT::|t| BOOT::$) ; (PROG (BOOT::|k| BOOT::|r|) ; (RETURN ; (LET (# # # #) ; (BOOT::SEQ # # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;replace;$Us2$;18| ; (BOOT::|s| BOOT::|sg| BOOT::|t| BOOT::$) ; (BLOCK BOOT::|STRING;replace;$Us2$;18| ; (PROG (BOOT::|k| BOOT::|r|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |STRING;setelt;$I2C;19| ...) ; file: /tmp/oa-1dCWHj/code.lsp ; in: DEFUN |STRING;setelt;$I2C;19| ; (DEFUN BOOT::|STRING;setelt;$I2C;19| (BOOT::|s| BOOT::|i| BOOT::|c| BOOT::$) ; (COND ; ((OR (< BOOT::|i| 1) (< # BOOT::|i|)) ; (BOOT::|error| "index out of range")) ; (T (PROGN (SETF #) BOOT::|c|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;setelt;$I2C;19| ; (BOOT::|s| BOOT::|i| BOOT::|c| BOOT::$) ; (BLOCK BOOT::|STRING;setelt;$I2C;19| ; (COND ((OR # #) (BOOT::|error| "index out of range")) ; (T (PROGN # BOOT::|c|))))) ; ; note: type assertion too complex to check: ; (VALUES CHARACTER &REST T). ; compiling (DEFUN |STRING;substring?;2$IB;20| ...) ; file: /tmp/oa-1dCWHj/code.lsp ; in: DEFUN |STRING;substring?;2$IB;20| ; (DEFUN BOOT::|STRING;substring?;2$IB;20| ; (BOOT::|part| BOOT::|whole| BOOT::|startpos| BOOT::$) ; (LET ((BOOT::|np| (LENGTH BOOT::|part|)) ; (BOOT::|nw| (LENGTH BOOT::|whole|))) ; (BOOT::SEQ (SETQ BOOT::|startpos| #) (BOOT::EXIT (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;substring?;2$IB;20| ; (BOOT::|part| BOOT::|whole| BOOT::|startpos| BOOT::$) ; (BLOCK BOOT::|STRING;substring?;2$IB;20| ; (LET ((BOOT::|np| #) (BOOT::|nw| #)) ; (BOOT::SEQ (SETQ #) (BOOT::EXIT #))))) ; ; note: Assignment to argument: |startpos| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |STRING;position;2$2I;21| ...) ; file: /tmp/oa-1dCWHj/code.lsp ; in: DEFUN |STRING;position;2$2I;21| ; (DEFUN BOOT::|STRING;position;2$2I;21| ; (BOOT::|s| BOOT::|t| BOOT::|startpos| BOOT::$) ; (PROG (BOOT::|r|) (RETURN (BOOT::SEQ (SETQ #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;position;2$2I;21| ; (BOOT::|s| BOOT::|t| BOOT::|startpos| BOOT::$) ; (BLOCK BOOT::|STRING;position;2$2I;21| ; (PROG (BOOT::|r|) (RETURN (BOOT::SEQ # #))))) ; ; note: Assignment to argument: |startpos| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |STRING;position;C$2I;22| ...) ; file: /tmp/oa-1dCWHj/code.lsp ; in: DEFUN |STRING;position;C$2I;22| ; (DEFUN BOOT::|STRING;position;C$2I;22| ; (BOOT::|c| BOOT::|t| BOOT::|startpos| BOOT::$) ; (BOOT::SEQ (SETQ BOOT::|startpos| (1- BOOT::|startpos|)) ; (BOOT::EXIT (COND (# #) (# 0) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;position;C$2I;22| ; (BOOT::|c| BOOT::|t| BOOT::|startpos| BOOT::$) ; (BLOCK BOOT::|STRING;position;C$2I;22| ; (BOOT::SEQ (SETQ BOOT::|startpos| #) (BOOT::EXIT (COND # # #))))) ; ; note: Assignment to argument: |startpos| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |STRING;position;Cc$2I;23| ...) ; file: /tmp/oa-1dCWHj/code.lsp ; in: DEFUN |STRING;position;Cc$2I;23| ; (DEFUN BOOT::|STRING;position;Cc$2I;23| ; (BOOT::|cc| BOOT::|t| BOOT::|startpos| BOOT::$) ; (BOOT::SEQ (SETQ BOOT::|startpos| (1- BOOT::|startpos|)) ; (BOOT::EXIT (COND (# #) (# 0) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;position;Cc$2I;23| ; (BOOT::|cc| BOOT::|t| BOOT::|startpos| BOOT::$) ; (BLOCK BOOT::|STRING;position;Cc$2I;23| ; (BOOT::SEQ (SETQ BOOT::|startpos| #) (BOOT::EXIT (COND # # #))))) ; ; note: Assignment to argument: |startpos| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |STRING;suffix?;2$B;24| ...) ; compiling (DEFUN |STRING;split;$CL;25| ...) ; file: /tmp/oa-1dCWHj/code.lsp ; in: DEFUN |STRING;split;$CL;25| ; (DEFUN BOOT::|STRING;split;$CL;25| (BOOT::|s| BOOT::|c| BOOT::$) ; (PROG (BOOT::|j| BOOT::|l|) ; (RETURN ; (LET (# #) ; (BOOT::SEQ # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;split;$CL;25| ; (BOOT::|s| BOOT::|c| BOOT::$) ; (BLOCK BOOT::|STRING;split;$CL;25| ; (PROG (BOOT::|j| BOOT::|l|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |STRING;split;$CcL;26| ...) ; file: /tmp/oa-1dCWHj/code.lsp ; in: DEFUN |STRING;split;$CcL;26| ; (DEFUN BOOT::|STRING;split;$CcL;26| (BOOT::|s| BOOT::|cc| BOOT::$) ; (PROG (BOOT::|j| BOOT::|l|) ; (RETURN ; (LET (# #) ; (BOOT::SEQ # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;split;$CcL;26| ; (BOOT::|s| BOOT::|cc| BOOT::$) ; (BLOCK BOOT::|STRING;split;$CcL;26| ; (PROG (BOOT::|j| BOOT::|l|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |STRING;leftTrim;$C$;27| ...) ; compiling (DEFUN |STRING;leftTrim;$Cc$;28| ...) ; compiling (DEFUN |STRING;rightTrim;$C$;29| ...) ; compiling (DEFUN |STRING;rightTrim;$Cc$;30| ...) ; compiling (DEFUN |STRING;concat;L$;31| ...) ; compiling (DEFUN |STRING;copyInto!;2$I$;32| ...) ; file: /tmp/oa-1dCWHj/code.lsp ; in: DEFUN |STRING;copyInto!;2$I$;32| ; (DEFUN BOOT::|STRING;copyInto!;2$I$;32| ; (BOOT::|y| BOOT::|x| BOOT::|s| BOOT::$) ; (LET ((BOOT::|m| (LENGTH BOOT::|x|)) (BOOT::|n| (LENGTH BOOT::|y|))) ; (BOOT::SEQ (SETQ BOOT::|s| #) (COND (# #)) (COND (# #)) ; (BOOT::RPLACSTR BOOT::|y| BOOT::|s| BOOT::|m| BOOT::|x| 0 ; BOOT::|m|) ; (BOOT::EXIT BOOT::|y|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;copyInto!;2$I$;32| ; (BOOT::|y| BOOT::|x| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|STRING;copyInto!;2$I$;32| ; (LET ((BOOT::|m| #) (BOOT::|n| #)) ; (BOOT::SEQ (SETQ #) (COND #) (COND #) ; (BOOT::RPLACSTR BOOT::|y| BOOT::|s| BOOT::|m| BOOT::|x| 0 ; BOOT::|m|) ; (BOOT::EXIT BOOT::|y|))))) ; ; note: Assignment to argument: |s| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |STRING;elt;$IC;33| ...) ; file: /tmp/oa-1dCWHj/code.lsp ; in: DEFUN |STRING;elt;$IC;33| ; (DEFUN BOOT::|STRING;elt;$IC;33| (BOOT::|s| BOOT::|i| BOOT::$) ; (COND ; ((OR (< BOOT::|i| 1) (< # BOOT::|i|)) ; (BOOT::|error| "index out of range")) ; (T (CHAR BOOT::|s| (1- BOOT::|i|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;elt;$IC;33| ; (BOOT::|s| BOOT::|i| BOOT::$) ; (BLOCK BOOT::|STRING;elt;$IC;33| ; (COND ((OR # #) (BOOT::|error| "index out of range")) ; (T (CHAR BOOT::|s| #))))) ; ; note: type assertion too complex to check: ; (VALUES CHARACTER &REST T). ; compiling (DEFUN |STRING;elt;$Us$;34| ...) ; file: /tmp/oa-1dCWHj/code.lsp ; in: DEFUN |STRING;elt;$Us$;34| ; (DEFUN BOOT::|STRING;elt;$Us$;34| (BOOT::|s| BOOT::|sg| BOOT::$) ; (LET ((BOOT::|l| (1- #)) (BOOT::|h| (COND # #))) ; (BOOT::SEQ (COND (# #)) (COND (# #)) ; (BOOT::EXIT (BOOT::SUBSTRING BOOT::|s| BOOT::|l| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;elt;$Us$;34| ; (BOOT::|s| BOOT::|sg| BOOT::$) ; (BLOCK BOOT::|STRING;elt;$Us$;34| ; (LET ((BOOT::|l| #) (BOOT::|h| #)) ; (BOOT::SEQ (COND #) (COND #) (BOOT::EXIT #))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |STRING;hash;$Si;35| ...) ; compiling (DEFUN |STRING;match;2$CNni;36| ...) ; file: /tmp/oa-1dCWHj/code.lsp ; in: DEFUN |STRING;match;2$CNni;36| ; (DEFUN BOOT::|STRING;match;2$CNni;36| ; (BOOT::|pattern| BOOT::|target| BOOT::|wildcard| BOOT::$) ; (BOOT::|stringMatch| BOOT::|pattern| BOOT::|target| ; (CHARACTER BOOT::|wildcard|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;match;2$CNni;36| ; (BOOT::|pattern| BOOT::|target| BOOT::|wildcard| BOOT::$) ; (BLOCK BOOT::|STRING;match;2$CNni;36| ; (BOOT::|stringMatch| BOOT::|pattern| BOOT::|target| ; (CHARACTER BOOT::|wildcard|)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |STRING;match?;2$CB;37| ...) ; compiling (DEFUN |String| ...) ; compiling (DEFUN |String;| ...) ; compiling (MAKEPROP (QUOTE |String|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 7 STYLE-WARNING conditions ; printed 25 notes ; /tmp/oa-1dCWHj/code.fasl written ; compilation finished in 0:00:00.144 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/REPDB.fasl --optimize=3 REPDB.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/REPDB.spad using Spad compiler. REPDB abbreviates package RepeatedDoubling debug: compDefine1 lhs: (RepeatedDoubling S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE double (S (PositiveInteger) S))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE double (S (PositiveInteger) S))) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (PositiveInteger) $param: (S) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: S $param: (S) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE double (S (PositiveInteger) S))) NIL) ------------------------------------------------------------------------ initializing stationary directory for RepeatedDoubling compiling into /tmp/oa-5GGO37 compiling exported double : (PositiveInteger,S) -> S Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor RepeatedDoubling Time: 0.04 seconds finalizing NRLIB REPDB Processing RepeatedDoubling for Browser database: -- ?+? : (%,%) -> % -- double : (PositiveInteger,S) -> S -- constructor ; compiling file "/tmp/oa-5GGO37/code.lsp" (written 01 FEB 2016 10:55:00 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |REPDB;double;Pi2S;1| ...) ; compiling (DEFUN |RepeatedDoubling| ...) ; compiling (DEFUN |RepeatedDoubling;| ...) ; compiling (MAKEPROP (QUOTE |RepeatedDoubling|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-5GGO37/code.fasl written ; compilation finished in 0:00:00.018 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/ABELSG.fasl --optimize=3 ABELSG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ABELSG.spad using Spad compiler. ABELSG abbreviates category AbelianSemiGroup debug: compDefine1 lhs: (AbelianSemiGroup) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for AbelianSemiGroup compiling into /tmp/oa-k2ms2l STYLE-WARNING: redefining BOOT::|AbelianSemiGroup;| in DEFUN STYLE-WARNING: redefining BOOT::|AbelianSemiGroup| in DEFUN Time: 0.01 SEC. ABELSG- abbreviates package AbelianSemiGroup& ------------------------------------------------------------------------ initializing stationary directory for AbelianSemiGroup& compiling into /tmp/oa-vpJAmb importing RepeatedDoubling S compiling exported * : (PositiveInteger,S) -> S Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor AbelianSemiGroup& Time: 0.00 seconds finalizing NRLIB ABELSG- ; compiling file "/tmp/oa-vpJAmb/code.lsp" (written 01 FEB 2016 10:55:00 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ABELSG-;*;Pi2$;1| ...) ; compiling (DEFUN |AbelianSemiGroup&| ...) ; compiling (MAKEPROP (QUOTE |AbelianSemiGroup&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-vpJAmb/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ finalizing NRLIB ABELSG Processing AbelianSemiGroup for Browser database: -- ?+? : (%,%) -> % -- ?*? : (PositiveInteger,%) -> % -- constructor ; compiling file "/tmp/oa-k2ms2l/code.lsp" (written 01 FEB 2016 10:55:00 PM): ; compiling (DEFPARAMETER |AbelianSemiGroup;AL| ...) ; compiling (DEFUN |AbelianSemiGroup;| ...) ; compiling (DEFUN |AbelianSemiGroup| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-k2ms2l/code.fasl written ; compilation finished in 0:00:00.005 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/ABELMON.fasl --optimize=3 ABELMON.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ABELMON.spad using Spad compiler. ABELMON abbreviates category AbelianMonoid debug: compDefine1 lhs: (AbelianMonoid) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for AbelianMonoid compiling into /tmp/oa-dhQ02t STYLE-WARNING: redefining BOOT::|AbelianMonoid| in DEFUN Time: 0.00 SEC. ABELMON- abbreviates package AbelianMonoid& ------------------------------------------------------------------------ initializing stationary directory for AbelianMonoid& compiling into /tmp/oa-MvUHDj importing RepeatedDoubling S compiling exported zero? : S -> Boolean Time: 0.01 SEC. compiling exported * : (PositiveInteger,S) -> S Time: 0.03 SEC. compiling exported sample : () -> S Time: 0 SEC. compiling exported * : (NonNegativeInteger,S) -> S Time: 0.01 SEC. compiling exported opposite? : (S,S) -> Boolean Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor AbelianMonoid& Time: 0.05 seconds finalizing NRLIB ABELMON- ; compiling file "/tmp/oa-MvUHDj/code.lsp" (written 01 FEB 2016 10:55:00 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ABELMON-;zero?;$B;1| ...) ; file: /tmp/oa-MvUHDj/code.lsp ; in: DEFUN |ABELMON-;zero?;$B;1| ; (DEFUN BOOT::|ABELMON-;zero?;$B;1| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|spadConstant| BOOT::$ 7) ; (BOOT::|shellEntry| BOOT::$ 9))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ABELMON-;zero?;$B;1| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ABELMON-;zero?;$B;1| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|spadConstant| BOOT::$ 7) ; (BOOT::|shellEntry| BOOT::$ 9)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |ABELMON-;*;Pi2$;2| ...) ; compiling (DEFUN |ABELMON-;sample;$;3| ...) ; compiling (DEFUN |ABELMON-;*;Nni2$;4| ...) ; compiling (DEFUN |ABELMON-;opposite?;2$B;5| ...) ; file: /tmp/oa-MvUHDj/code.lsp ; in: DEFUN |ABELMON-;opposite?;2$B;5| ; (DEFUN BOOT::|ABELMON-;opposite?;2$B;5| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 20)) ; (BOOT::|shellEntry| BOOT::$ 21))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ABELMON-;opposite?;2$B;5| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|ABELMON-;opposite?;2$B;5| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 20)) ; (BOOT::|shellEntry| BOOT::$ 21)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |AbelianMonoid&| ...) ; compiling (MAKEPROP (QUOTE |AbelianMonoid&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-MvUHDj/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ finalizing NRLIB ABELMON Processing AbelianMonoid for Browser database: -- 0 : () -> % --->../../x86_64-unknown-linux-gnu/src/algebra/catdef.spad-->AbelianMonoid((Zero (%) constant)): Improper first word in comments: "0 is the additive identity element." -- sample : () -> % -- zero? : % -> Boolean -- ?*? : (NonNegativeInteger,%) -> % -- opposite? : (%,%) -> Boolean -- constructor ; compiling file "/tmp/oa-dhQ02t/code.lsp" (written 01 FEB 2016 10:55:00 PM): ; compiling (DEFPARAMETER |AbelianMonoid;AL| ...) ; compiling (DEFUN |AbelianMonoid;| ...) ; compiling (DEFUN |AbelianMonoid| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-dhQ02t/code.fasl written ; compilation finished in 0:00:00.005 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/CABMON.fasl --optimize=3 CABMON.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CABMON.spad using Spad compiler. CABMON abbreviates category CancellationAbelianMonoid debug: compDefine1 lhs: (CancellationAbelianMonoid) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for CancellationAbelianMonoid compiling into /tmp/oa-I9DcwF STYLE-WARNING: redefining BOOT::|CancellationAbelianMonoid| in DEFUN Time: 0.01 SEC. finalizing NRLIB CABMON Processing CancellationAbelianMonoid for Browser database: -- subtractIfCan : (%,%) -> Maybe % -- constructor ; compiling file "/tmp/oa-I9DcwF/code.lsp" (written 01 FEB 2016 10:55:00 PM): ; compiling (DEFPARAMETER |CancellationAbelianMonoid;AL| ...) ; compiling (DEFUN |CancellationAbelianMonoid;| ...) ; compiling (DEFUN |CancellationAbelianMonoid| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-I9DcwF/code.fasl written ; compilation finished in 0:00:00.005 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/LLINSET.fasl --optimize=3 LLINSET.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LLINSET.spad using Spad compiler. LLINSET abbreviates category LeftLinearSet debug: compDefine1 lhs: (LeftLinearSet S) signature (pre-evaluate): ((Category) (SemiGroup)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (SemiGroup) $param: (S) Debug: evaluateType1 form: (SemiGroup) debug: compDefine1 signature (post evaluate): ((Category) (SemiGroup)) debug: compDefine1 lhs: (LeftLinearSet S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for LeftLinearSet compiling into /tmp/oa-9L6PWI STYLE-WARNING: redefining BOOT::|LeftLinearSet| in DEFUN Time: 0.01 SEC. finalizing NRLIB LLINSET Processing LeftLinearSet for Browser database: -- ?*? : (S,%) -> % -- constructor ; compiling file "/tmp/oa-9L6PWI/code.lsp" (written 01 FEB 2016 10:55:00 PM): ; compiling (DEFPARAMETER |LeftLinearSet;AL| ...) ; compiling (DEFUN |LeftLinearSet;| ...) ; compiling (DEFUN |LeftLinearSet| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-9L6PWI/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/ABELGRP.fasl --optimize=3 ABELGRP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ABELGRP.spad using Spad compiler. ABELGRP abbreviates category AbelianGroup debug: compDefine1 lhs: (AbelianGroup) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for AbelianGroup compiling into /tmp/oa-4X5w3Q STYLE-WARNING: redefining BOOT::|AbelianGroup;| in DEFUN STYLE-WARNING: redefining BOOT::|AbelianGroup| in DEFUN Time: 0.04 SEC. ABELGRP- abbreviates package AbelianGroup& ------------------------------------------------------------------------ initializing stationary directory for AbelianGroup& compiling into /tmp/oa-b3egAH compiling exported - : (S,S) -> S Time: 0 SEC. compiling exported subtractIfCan : (S,S) -> Maybe S Time: 0 SEC. compiling exported * : (NonNegativeInteger,S) -> S Time: 0.01 SEC. importing RepeatedDoubling S compiling exported * : (Integer,S) -> S Time: 0.01 SEC. compiling exported opposite? : (S,S) -> Boolean Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor AbelianGroup& Time: 0.02 seconds finalizing NRLIB ABELGRP- ; compiling file "/tmp/oa-b3egAH/code.lsp" (written 01 FEB 2016 10:55:00 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ABELGRP-;-;3$;1| ...) ; compiling (DEFUN |ABELGRP-;subtractIfCan;2$M;2| ...) ; compiling (DEFUN |ABELGRP-;*;Nni2$;3| ...) ; compiling (DEFUN |ABELGRP-;*;I2$;4| ...) ; compiling (DEFUN |ABELGRP-;opposite?;2$B;5| ...) ; file: /tmp/oa-b3egAH/code.lsp ; in: DEFUN |ABELGRP-;opposite?;2$B;5| ; (DEFUN BOOT::|ABELGRP-;opposite?;2$B;5| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| ; (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 7)) ; (BOOT::|shellEntry| BOOT::$ 28))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ABELGRP-;opposite?;2$B;5| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|ABELGRP-;opposite?;2$B;5| ; (BOOT::SPADCALL BOOT::|x| ; (BOOT::SPADCALL BOOT::|y| ; (BOOT::|shellEntry| BOOT::$ 7)) ; (BOOT::|shellEntry| BOOT::$ 28)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |AbelianGroup&| ...) ; compiling (MAKEPROP (QUOTE |AbelianGroup&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-b3egAH/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ finalizing NRLIB ABELGRP Processing AbelianGroup for Browser database: -- -? : % -> % -- ?-? : (%,%) -> % -- constructor ; compiling file "/tmp/oa-4X5w3Q/code.lsp" (written 01 FEB 2016 10:55:00 PM): ; compiling (DEFPARAMETER |AbelianGroup;AL| ...) ; compiling (DEFUN |AbelianGroup;| ...) ; compiling (DEFUN |AbelianGroup| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-4X5w3Q/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/REPSQ.fasl --optimize=3 REPSQ.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/REPSQ.spad using Spad compiler. REPSQ abbreviates package RepeatedSquaring debug: compDefine1 lhs: (RepeatedSquaring S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE expt (S S (PositiveInteger)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE expt (S S (PositiveInteger)))) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (PositiveInteger) $param: (S) Debug: evaluateType1 form: (PositiveInteger) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE expt (S S (PositiveInteger)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for RepeatedSquaring compiling into /tmp/oa-BVPkM4 compiling exported expt : (S,PositiveInteger) -> S Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor RepeatedSquaring Time: 0.04 seconds finalizing NRLIB REPSQ Processing RepeatedSquaring for Browser database: -- ?*? : (%,%) -> % -- expt : (S,PositiveInteger) -> S -- constructor ; compiling file "/tmp/oa-BVPkM4/code.lsp" (written 01 FEB 2016 10:55:00 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |REPSQ;expt;SPiS;1| ...) ; compiling (DEFUN |RepeatedSquaring| ...) ; compiling (DEFUN |RepeatedSquaring;| ...) ; compiling (MAKEPROP (QUOTE |RepeatedSquaring|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-BVPkM4/code.fasl written ; compilation finished in 0:00:00.020 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/SGROUP.fasl --optimize=3 SGROUP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SGROUP.spad using Spad compiler. SGROUP abbreviates category SemiGroup debug: compDefine1 lhs: (SemiGroup) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for SemiGroup compiling into /tmp/oa-h4gNbc STYLE-WARNING: redefining BOOT::|SemiGroup;| in DEFUN STYLE-WARNING: redefining BOOT::|SemiGroup| in DEFUN Time: 0.01 SEC. SGROUP- abbreviates package SemiGroup& ------------------------------------------------------------------------ initializing stationary directory for SemiGroup& compiling into /tmp/oa-Vl8SC3 importing RepeatedSquaring S compiling exported ** : (S,PositiveInteger) -> S Time: 0 SEC. (time taken in buildFunctor: 8) Time: 0.01 SEC. Cumulative Statistics for Constructor SemiGroup& Time: 0.01 seconds finalizing NRLIB SGROUP- ; compiling file "/tmp/oa-Vl8SC3/code.lsp" (written 01 FEB 2016 10:55:01 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SGROUP-;**;$Pi$;1| ...) ; compiling (DEFUN |SemiGroup&| ...) ; compiling (MAKEPROP (QUOTE |SemiGroup&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-Vl8SC3/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ finalizing NRLIB SGROUP Processing SemiGroup for Browser database: -- ?*? : (%,%) -> % -- ?**? : (%,PositiveInteger) -> % -- constructor ; compiling file "/tmp/oa-h4gNbc/code.lsp" (written 01 FEB 2016 10:55:01 PM): ; compiling (DEFPARAMETER |SemiGroup;AL| ...) ; compiling (DEFUN |SemiGroup;| ...) ; compiling (DEFUN |SemiGroup| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-h4gNbc/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/RNG.fasl --optimize=3 RNG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RNG.spad using Spad compiler. RNG abbreviates category Rng debug: compDefine1 lhs: (Rng) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for Rng compiling into /tmp/oa-qFkxWm STYLE-WARNING: redefining BOOT::|Rng| in DEFUN Time: 0.01 SEC. RNG- abbreviates package Rng& ------------------------------------------------------------------------ initializing stationary directory for Rng& compiling into /tmp/oa-Q71pJe compiling exported annihilate? : (S,S) -> Boolean Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor Rng& Time: 0.01 seconds finalizing NRLIB RNG- ; compiling file "/tmp/oa-Q71pJe/code.lsp" (written 01 FEB 2016 10:55:01 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RNG-;annihilate?;2$B;1| ...) ; file: /tmp/oa-Q71pJe/code.lsp ; in: DEFUN |RNG-;annihilate?;2$B;1| ; (DEFUN BOOT::|RNG-;annihilate?;2$B;1| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 7)) ; (BOOT::|shellEntry| BOOT::$ 9))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RNG-;annihilate?;2$B;1| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|RNG-;annihilate?;2$B;1| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 7)) ; (BOOT::|shellEntry| BOOT::$ 9)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |Rng&| ...) ; compiling (MAKEPROP (QUOTE |Rng&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-Q71pJe/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ finalizing NRLIB RNG Processing Rng for Browser database: -- annihilate? : (%,%) -> Boolean -- constructor ; compiling file "/tmp/oa-qFkxWm/code.lsp" (written 01 FEB 2016 10:55:01 PM): ; compiling (DEFPARAMETER |Rng;AL| ...) ; compiling (DEFUN |Rng;| ...) ; compiling (DEFUN |Rng| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-qFkxWm/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/MONOID.fasl --optimize=3 MONOID.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MONOID.spad using Spad compiler. MONOID abbreviates category Monoid debug: compDefine1 lhs: (Monoid) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for Monoid compiling into /tmp/oa-K4iVhy STYLE-WARNING: redefining BOOT::|Monoid| in DEFUN Time: 0.01 SEC. MONOID- abbreviates package Monoid& ------------------------------------------------------------------------ initializing stationary directory for Monoid& compiling into /tmp/oa-lyFOsq importing RepeatedSquaring S compiling exported one? : S -> Boolean Time: 0.01 SEC. compiling exported sample : () -> S Time: 0 SEC. compiling exported recip : S -> Union(S,failed) Time: 0 SEC. compiling exported ** : (S,NonNegativeInteger) -> S Time: 0.05 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor Monoid& Time: 0.06 seconds finalizing NRLIB MONOID- ; compiling file "/tmp/oa-lyFOsq/code.lsp" (written 01 FEB 2016 10:55:01 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MONOID-;one?;$B;1| ...) ; file: /tmp/oa-lyFOsq/code.lsp ; in: DEFUN |MONOID-;one?;$B;1| ; (DEFUN BOOT::|MONOID-;one?;$B;1| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|spadConstant| BOOT::$ 7) ; (BOOT::|shellEntry| BOOT::$ 9))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MONOID-;one?;$B;1| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|MONOID-;one?;$B;1| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|spadConstant| BOOT::$ 7) ; (BOOT::|shellEntry| BOOT::$ 9)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |MONOID-;sample;$;2| ...) ; compiling (DEFUN |MONOID-;recip;$U;3| ...) ; compiling (DEFUN |MONOID-;**;$Nni$;4| ...) ; compiling (DEFUN |Monoid&| ...) ; compiling (MAKEPROP (QUOTE |Monoid&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-lyFOsq/code.fasl written ; compilation finished in 0:00:00.023 ------------------------------------------------------------------------ finalizing NRLIB MONOID Processing Monoid for Browser database: -- 1 : () -> % --->../../x86_64-unknown-linux-gnu/src/algebra/catdef.spad-->Monoid((One (%) constant)): Improper first word in comments: "1 is the multiplicative identity." -- sample : () -> % -- one? : % -> Boolean -- ?**? : (%,NonNegativeInteger) -> % -- recip : % -> Union(%,"failed") -- constructor ; compiling file "/tmp/oa-K4iVhy/code.lsp" (written 01 FEB 2016 10:55:01 PM): ; compiling (DEFPARAMETER |Monoid;AL| ...) ; compiling (DEFUN |Monoid;| ...) ; compiling (DEFUN |Monoid| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-K4iVhy/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/SRING.fasl --optimize=3 SRING.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SRING.spad using Spad compiler. SRING abbreviates category SemiRing debug: compDefine1 lhs: (SemiRing) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for SemiRing compiling into /tmp/oa-gif0jP STYLE-WARNING: redefining BOOT::|SemiRing| in DEFUN Time: 0.01 SEC. finalizing NRLIB SRING Processing SemiRing for Browser database: -- constructor ; compiling file "/tmp/oa-gif0jP/code.lsp" (written 01 FEB 2016 10:55:01 PM): ; compiling (DEFPARAMETER |SemiRing;AL| ...) ; compiling (DEFUN |SemiRing;| ...) ; compiling (DEFUN |SemiRing| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-gif0jP/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/LMODULE.fasl --optimize=3 LMODULE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LMODULE.spad using Spad compiler. LMODULE abbreviates category LeftModule debug: compDefine1 lhs: (LeftModule R) signature (pre-evaluate): ((Category) (Rng)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (Rng) $param: (R) Debug: evaluateType1 form: (Rng) debug: compDefine1 signature (post evaluate): ((Category) (Rng)) debug: compDefine1 lhs: (LeftModule R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for LeftModule compiling into /tmp/oa-VgoAQX STYLE-WARNING: redefining BOOT::|LeftModule| in DEFUN Time: 0.02 SEC. finalizing NRLIB LMODULE Processing LeftModule for Browser database: -- constructor ; compiling file "/tmp/oa-VgoAQX/code.lsp" (written 01 FEB 2016 10:55:01 PM): ; compiling (DEFPARAMETER |LeftModule;AL| ...) ; compiling (DEFUN |LeftModule;| ...) ; compiling (DEFUN |LeftModule| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-VgoAQX/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/KRCFROM.fasl --optimize=3 KRCFROM.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/KRCFROM.spad using Spad compiler. KRCFROM abbreviates category CoercibleFrom debug: compDefine1 lhs: (CoercibleFrom S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (CoercibleFrom S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for CoercibleFrom compiling into /tmp/oa-3Zc0Sb STYLE-WARNING: redefining BOOT::|CoercibleFrom| in DEFUN Time: 0.01 SEC. finalizing NRLIB KRCFROM Processing CoercibleFrom for Browser database: -- coerce : S -> % -- constructor ; compiling file "/tmp/oa-3Zc0Sb/code.lsp" (written 01 FEB 2016 10:55:01 PM): ; compiling (DEFPARAMETER |CoercibleFrom;AL| ...) ; compiling (DEFUN |CoercibleFrom;| ...) ; compiling (DEFUN |CoercibleFrom| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-3Zc0Sb/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/RING.fasl --optimize=3 RING.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RING.spad using Spad compiler. RING abbreviates category Ring debug: compDefine1 lhs: (Ring) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for Ring compiling into /tmp/oa-B6Nllc STYLE-WARNING: redefining BOOT::|Ring| in DEFUN Time: 0.01 SEC. RING- abbreviates package Ring& ------------------------------------------------------------------------ initializing stationary directory for Ring& compiling into /tmp/oa-K2SXe6 compiling exported coerce : Integer -> S Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor Ring& Time: 0.02 seconds finalizing NRLIB RING- ; compiling file "/tmp/oa-K2SXe6/code.lsp" (written 01 FEB 2016 10:55:02 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RING-;coerce;I$;1| ...) ; compiling (DEFUN |Ring&| ...) ; compiling (MAKEPROP (QUOTE |Ring&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-K2SXe6/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ finalizing NRLIB RING Processing Ring for Browser database: -- characteristic : () -> NonNegativeInteger -- constructor ; compiling file "/tmp/oa-B6Nllc/code.lsp" (written 01 FEB 2016 10:55:02 PM): ; compiling (DEFPARAMETER |Ring;AL| ...) ; compiling (DEFUN |Ring;| ...) ; compiling (DEFUN |Ring| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-B6Nllc/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/RLINSET.fasl --optimize=3 RLINSET.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RLINSET.spad using Spad compiler. RLINSET abbreviates category RightLinearSet debug: compDefine1 lhs: (RightLinearSet S) signature (pre-evaluate): ((Category) (SemiGroup)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (SemiGroup) $param: (S) Debug: evaluateType1 form: (SemiGroup) debug: compDefine1 signature (post evaluate): ((Category) (SemiGroup)) debug: compDefine1 lhs: (RightLinearSet S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for RightLinearSet compiling into /tmp/oa-wtpG5o STYLE-WARNING: redefining BOOT::|RightLinearSet| in DEFUN Time: 0.01 SEC. finalizing NRLIB RLINSET Processing RightLinearSet for Browser database: -- ?*? : (%,S) -> % -- constructor ; compiling file "/tmp/oa-wtpG5o/code.lsp" (written 01 FEB 2016 10:55:02 PM): ; compiling (DEFPARAMETER |RightLinearSet;AL| ...) ; compiling (DEFUN |RightLinearSet;| ...) ; compiling (DEFUN |RightLinearSet| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-wtpG5o/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/RMODULE.fasl --optimize=3 RMODULE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RMODULE.spad using Spad compiler. RMODULE abbreviates category RightModule debug: compDefine1 lhs: (RightModule R) signature (pre-evaluate): ((Category) (Rng)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (Rng) $param: (R) Debug: evaluateType1 form: (Rng) debug: compDefine1 signature (post evaluate): ((Category) (Rng)) debug: compDefine1 lhs: (RightModule R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for RightModule compiling into /tmp/oa-aiuCFy STYLE-WARNING: redefining BOOT::|RightModule| in DEFUN Time: 0.02 SEC. finalizing NRLIB RMODULE Processing RightModule for Browser database: -- constructor ; compiling file "/tmp/oa-aiuCFy/code.lsp" (written 01 FEB 2016 10:55:02 PM): ; compiling (DEFPARAMETER |RightModule;AL| ...) ; compiling (DEFUN |RightModule;| ...) ; compiling (DEFUN |RightModule| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-aiuCFy/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/BMODULE.fasl --optimize=3 BMODULE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/BMODULE.spad using Spad compiler. BMODULE abbreviates category BiModule debug: compDefine1 lhs: (BiModule R S) signature (pre-evaluate): ((Category) (Ring) (Ring)) debug: evaluateType form: (Category) $param: (R S) debug: evaluateType form: (Ring) $param: (R S) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Ring) $param: (R S) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((Category) (Ring) (Ring)) debug: compDefine1 lhs: (BiModule R S) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (R S) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for BiModule compiling into /tmp/oa-pT6kLH STYLE-WARNING: redefining BOOT::|BiModule| in DEFUN Time: 0.02 SEC. finalizing NRLIB BMODULE Processing BiModule for Browser database: -- constructor ; compiling file "/tmp/oa-pT6kLH/code.lsp" (written 01 FEB 2016 10:55:02 PM): ; compiling (DEFPARAMETER |BiModule;AL| ...) ; compiling (DEFUN |BiModule;| ...) ; compiling (DEFUN |BiModule| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-pT6kLH/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/COMRING.fasl --optimize=3 COMRING.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/COMRING.spad using Spad compiler. COMRING abbreviates category CommutativeRing debug: compDefine1 lhs: (CommutativeRing) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for CommutativeRing compiling into /tmp/oa-wbtJMP STYLE-WARNING: redefining BOOT::|CommutativeRing| in DEFUN Time: 0.01 SEC. finalizing NRLIB COMRING Processing CommutativeRing for Browser database: -- commutative : "*" -> attribute -- constructor ; compiling file "/tmp/oa-wbtJMP/code.lsp" (written 01 FEB 2016 10:55:02 PM): ; compiling (DEFPARAMETER |CommutativeRing;AL| ...) ; compiling (DEFUN |CommutativeRing;| ...) ; compiling (DEFUN |CommutativeRing| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-wbtJMP/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/LINSET.fasl --optimize=3 LINSET.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LINSET.spad using Spad compiler. LINSET abbreviates category LinearSet debug: compDefine1 lhs: (LinearSet S) signature (pre-evaluate): ((Category) (SemiGroup)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (SemiGroup) $param: (S) Debug: evaluateType1 form: (SemiGroup) debug: compDefine1 signature (post evaluate): ((Category) (SemiGroup)) debug: compDefine1 lhs: (LinearSet S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for LinearSet compiling into /tmp/oa-IwkRfW STYLE-WARNING: redefining BOOT::|LinearSet| in DEFUN Time: 0.01 SEC. finalizing NRLIB LINSET Processing LinearSet for Browser database: -- constructor ; compiling file "/tmp/oa-IwkRfW/code.lsp" (written 01 FEB 2016 10:55:02 PM): ; compiling (DEFPARAMETER |LinearSet;AL| ...) ; compiling (DEFUN |LinearSet;| ...) ; compiling (DEFUN |LinearSet| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-IwkRfW/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/MODULE.fasl --optimize=3 MODULE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MODULE.spad using Spad compiler. MODULE abbreviates category Module debug: compDefine1 lhs: (Module R) signature (pre-evaluate): ((Category) (CommutativeRing)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (CommutativeRing) $param: (R) Debug: evaluateType1 form: (CommutativeRing) debug: compDefine1 signature (post evaluate): ((Category) (CommutativeRing)) debug: compDefine1 lhs: (Module R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for Module compiling into /tmp/oa-Jovcw5 STYLE-WARNING: redefining BOOT::|Module| in DEFUN Time: 0.03 SEC. MODULE- abbreviates package Module& ------------------------------------------------------------------------ initializing stationary directory for Module& compiling into /tmp/oa-YnFKn1 compiling exported * : (S,R) -> S Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor Module& Time: 0.01 seconds finalizing NRLIB MODULE- ; compiling file "/tmp/oa-YnFKn1/code.lsp" (written 01 FEB 2016 10:55:02 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MODULE-;*;$R$;1| ...) ; compiling (DEFUN |Module&| ...) ; compiling (MAKEPROP (QUOTE |Module&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-YnFKn1/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ finalizing NRLIB MODULE Processing Module for Browser database: -- constructor ; compiling file "/tmp/oa-Jovcw5/code.lsp" (written 01 FEB 2016 10:55:02 PM): ; compiling (DEFPARAMETER |Module;AL| ...) ; compiling (DEFUN |Module;| ...) ; compiling (DEFUN |Module| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Jovcw5/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/ALGEBRA.fasl --optimize=3 ALGEBRA.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ALGEBRA.spad using Spad compiler. ALGEBRA abbreviates category Algebra debug: compDefine1 lhs: (Algebra R) signature (pre-evaluate): ((Category) (CommutativeRing)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (CommutativeRing) $param: (R) Debug: evaluateType1 form: (CommutativeRing) debug: compDefine1 signature (post evaluate): ((Category) (CommutativeRing)) debug: compDefine1 lhs: (Algebra R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for Algebra compiling into /tmp/oa-MVzl18 STYLE-WARNING: redefining BOOT::|Algebra| in DEFUN Time: 0.01 SEC. ALGEBRA- abbreviates package Algebra& ------------------------------------------------------------------------ initializing stationary directory for Algebra& compiling into /tmp/oa-z3VVj5 compiling exported coerce : R -> S Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor Algebra& Time: 0.03 seconds finalizing NRLIB ALGEBRA- ; compiling file "/tmp/oa-z3VVj5/code.lsp" (written 01 FEB 2016 10:55:03 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ALGEBRA-;coerce;R$;1| ...) ; compiling (DEFUN |Algebra&| ...) ; compiling (MAKEPROP (QUOTE |Algebra&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-z3VVj5/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ finalizing NRLIB ALGEBRA Processing Algebra for Browser database: -- constructor ; compiling file "/tmp/oa-MVzl18/code.lsp" (written 01 FEB 2016 10:55:03 PM): ; compiling (DEFPARAMETER |Algebra;AL| ...) ; compiling (DEFUN |Algebra;| ...) ; compiling (DEFUN |Algebra| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-MVzl18/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/ENTIRER.fasl --optimize=3 ENTIRER.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ENTIRER.spad using Spad compiler. ENTIRER abbreviates category EntireRing debug: compDefine1 lhs: (EntireRing) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for EntireRing compiling into /tmp/oa-PjvNGl STYLE-WARNING: redefining BOOT::|EntireRing| in DEFUN Time: 0.01 SEC. ENTIRER- abbreviates package EntireRing& ------------------------------------------------------------------------ initializing stationary directory for EntireRing& compiling into /tmp/oa-AAqGpi compiling exported annihilate? : (S,S) -> Boolean Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor EntireRing& Time: 0.02 seconds finalizing NRLIB ENTIRER- ; compiling file "/tmp/oa-AAqGpi/code.lsp" (written 01 FEB 2016 10:55:03 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ENTIRER-;annihilate?;2$B;1| ...) ; file: /tmp/oa-AAqGpi/code.lsp ; in: DEFUN |ENTIRER-;annihilate?;2$B;1| ; (DEFUN BOOT::|ENTIRER-;annihilate?;2$B;1| (BOOT::|x| BOOT::|y| BOOT::$) ; (OR (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 8)) ; (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 8)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ENTIRER-;annihilate?;2$B;1| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|ENTIRER-;annihilate?;2$B;1| ; (OR (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 8)) ; (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 8))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |EntireRing&| ...) ; compiling (MAKEPROP (QUOTE |EntireRing&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-AAqGpi/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ finalizing NRLIB ENTIRER Processing EntireRing for Browser database: -- noZeroDivisors : () -> attribute -- constructor ; compiling file "/tmp/oa-PjvNGl/code.lsp" (written 01 FEB 2016 10:55:03 PM): ; compiling (DEFPARAMETER |EntireRing;AL| ...) ; compiling (DEFUN |EntireRing;| ...) ; compiling (DEFUN |EntireRing| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-PjvNGl/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/FLAGG2.fasl --bootstrap FLAGG2.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FLAGG2.spad using Spad compiler. FLAGG2 abbreviates package FiniteLinearAggregateFunctions2 ------------------------------------------------------------------------ initializing stationary directory for FiniteLinearAggregateFunctions2 compiling into /tmp/oa-Bh5EJx Time: 0.02 SEC. Cumulative Statistics for Constructor FiniteLinearAggregateFunctions2 Time: 0.02 seconds finalizing NRLIB FLAGG2 ; compiling file "/tmp/oa-Bh5EJx/code.lsp" (written 01 FEB 2016 10:55:03 PM): ; compiling (DEFUN |FiniteLinearAggregateFunctions2| ...) ; compiling (DEFUN |FiniteLinearAggregateFunctions2;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-Bh5EJx/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/VECTOR2.fasl --optimize=3 VECTOR2.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/VECTOR2.spad using Spad compiler. VECTOR2 abbreviates package VectorFunctions2 debug: compDefine1 lhs: (VectorFunctions2 A B) signature (pre-evaluate): ((CATEGORY package (SIGNATURE scan ((Vector B) (Mapping B A B) (Vector A) B)) (SIGNATURE reduce (B (Mapping B A B) (Vector A) B)) (SIGNATURE map ((Vector B) (Mapping B A) (Vector A))) (SIGNATURE map ((Union (Vector B) failed) (Mapping (Union B failed) A) (Vector A)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE scan ((Vector B) (Mapping B A B) (Vector A) B)) (SIGNATURE reduce (B (Mapping B A B) (Vector A) B)) (SIGNATURE map ((Vector B) (Mapping B A) (Vector A))) (SIGNATURE map ((Union (Vector B) failed) (Mapping (Union B failed) A) (Vector A)))) $param: (A B) debug: evaluateType form: (Vector B) $param: (A B) Debug: evaluateType1 form: (Vector B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: (Mapping B A B) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (Vector A) $param: (A B) Debug: evaluateType1 form: (Vector A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: B $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (Mapping B A B) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (Vector A) $param: (A B) Debug: evaluateType1 form: (Vector A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (Vector B) $param: (A B) Debug: evaluateType1 form: (Vector B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: (Mapping B A) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: (Vector A) $param: (A B) Debug: evaluateType1 form: (Vector A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Union (Vector B) failed) $param: (A B) debug: evaluateType form: (Vector B) $param: (A B) Debug: evaluateType1 form: (Vector B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: failed $param: (A B) debug: evaluateType form: (Mapping (Union B failed) A) $param: (A B) debug: evaluateType form: (Union B failed) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: failed $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: (Vector A) $param: (A B) Debug: evaluateType1 form: (Vector A) debug: evaluateType1 x: A m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE scan ((Vector B) (Mapping B A B) (Vector A) B)) (SIGNATURE reduce (B (Mapping B A B) (Vector A) B)) (SIGNATURE map ((Vector B) (Mapping B A) (Vector A))) (SIGNATURE map ((Union (Vector B) failed) (Mapping (Union B failed) A) (Vector A)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for VectorFunctions2 compiling into /tmp/oa-oZK2tK compiling exported scan : ((A,B) -> B,Vector A,B) -> Vector B Time: 0.03 SEC. compiling exported reduce : ((A,B) -> B,Vector A,B) -> B Time: 0.00 SEC. compiling exported map : (A -> B,Vector A) -> Vector B Time: 0.01 SEC. compiling exported map : (A -> Union(B,failed),Vector A) -> Union(Vector B,failed) Time: 0.06 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor VectorFunctions2 Time: 0.10 seconds finalizing NRLIB VECTOR2 Processing VectorFunctions2 for Browser database: -- scan : (((A,B) -> B),VA,B) -> VB -- reduce : (((A,B) -> B),VA,B) -> B -- map : ((A -> B),VA) -> VB -- map : ((A -> UB),VA) -> Union(VB,"failed") -- constructor ; compiling file "/tmp/oa-oZK2tK/code.lsp" (written 01 FEB 2016 10:55:03 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |VECTOR2;scan;MVBV;1| ...) ; file: /tmp/oa-oZK2tK/code.lsp ; in: DEFUN |VECTOR2;scan;MVBV;1| ; (DEFUN BOOT::|VECTOR2;scan;MVBV;1| (BOOT::|f| BOOT::|v| BOOT::|b| BOOT::$) ; (BOOT::SPADCALL BOOT::|f| BOOT::|v| BOOT::|b| ; (BOOT::|shellEntry| BOOT::$ 12))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|VECTOR2;scan;MVBV;1| ; (BOOT::|f| BOOT::|v| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|VECTOR2;scan;MVBV;1| ; (BOOT::SPADCALL BOOT::|f| BOOT::|v| BOOT::|b| ; (BOOT::|shellEntry| BOOT::$ 12)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |VECTOR2;reduce;MV2B;2| ...) ; compiling (DEFUN |VECTOR2;map;MVV;3| ...) ; file: /tmp/oa-oZK2tK/code.lsp ; in: DEFUN |VECTOR2;map;MVV;3| ; (DEFUN BOOT::|VECTOR2;map;MVV;3| (BOOT::|f| BOOT::|v| BOOT::$) ; (BOOT::SPADCALL BOOT::|f| BOOT::|v| (BOOT::|shellEntry| BOOT::$ 17))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|VECTOR2;map;MVV;3| ; (BOOT::|f| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|VECTOR2;map;MVV;3| ; (BOOT::SPADCALL BOOT::|f| BOOT::|v| (BOOT::|shellEntry| BOOT::$ 17)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |VECTOR2;map;MVU;4| ...) ; compiling (DEFUN |VectorFunctions2| ...) ; compiling (DEFUN |VectorFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |VectorFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-oZK2tK/code.fasl written ; compilation finished in 0:00:00.030 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/EMR.fasl --bootstrap EMR.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/EMR.spad using Spad compiler. EMR abbreviates domain EuclideanModularRing ------------------------------------------------------------------------ initializing stationary directory for EuclideanModularRing compiling into /tmp/oa-ZC1SQ4 Time: 0.08 SEC. Cumulative Statistics for Constructor EuclideanModularRing Time: 0.08 seconds finalizing NRLIB EMR ; compiling file "/tmp/oa-ZC1SQ4/code.lsp" (written 01 FEB 2016 10:55:03 PM): ; compiling (DEFUN |EuclideanModularRing| ...) ; compiling (DEFUN |EuclideanModularRing;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-ZC1SQ4/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/IROOT.fasl --bootstrap IROOT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IROOT.spad using Spad compiler. IROOT abbreviates package IntegerRoots ------------------------------------------------------------------------ initializing stationary directory for IntegerRoots compiling into /tmp/oa-RLOPvi Time: 0.04 SEC. Cumulative Statistics for Constructor IntegerRoots Time: 0.04 seconds finalizing NRLIB IROOT ; compiling file "/tmp/oa-RLOPvi/code.lsp" (written 01 FEB 2016 10:55:04 PM): ; compiling (DEFUN |IntegerRoots| ...) ; compiling (DEFUN |IntegerRoots;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-RLOPvi/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/GHENSEL.fasl --bootstrap GHENSEL.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GHENSEL.spad using Spad compiler. GHENSEL abbreviates package GeneralHenselPackage ------------------------------------------------------------------------ initializing stationary directory for GeneralHenselPackage compiling into /tmp/oa-W89YEm Time: 0.05 SEC. Cumulative Statistics for Constructor GeneralHenselPackage Time: 0.05 seconds finalizing NRLIB GHENSEL ; compiling file "/tmp/oa-W89YEm/code.lsp" (written 01 FEB 2016 10:55:04 PM): ; compiling (DEFUN |GeneralHenselPackage| ...) ; compiling (DEFUN |GeneralHenselPackage;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-W89YEm/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/GENEEZ.fasl --optimize=3 GENEEZ.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GENEEZ.spad using Spad compiler. GENEEZ abbreviates package GenExEuclid debug: compDefine1 lhs: (GenExEuclid R BP) signature (pre-evaluate): ((CATEGORY package (SIGNATURE reduction (BP BP R)) (SIGNATURE compBound ((NonNegativeInteger) BP (List BP))) (SIGNATURE tablePow ((Union (Vector (List BP)) failed) (NonNegativeInteger) R (List BP))) (SIGNATURE solveid ((Union (List BP) failed) BP R (Vector (List BP)))) (SIGNATURE testModulus ((Boolean) R (List BP)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE reduction (BP BP R)) (SIGNATURE compBound ((NonNegativeInteger) BP (List BP))) (SIGNATURE tablePow ((Union (Vector (List BP)) failed) (NonNegativeInteger) R (List BP))) (SIGNATURE solveid ((Union (List BP) failed) BP R (Vector (List BP)))) (SIGNATURE testModulus ((Boolean) R (List BP)))) $param: (R BP) debug: evaluateType form: BP $param: (R BP) debug: evaluateType form: BP $param: (R BP) debug: evaluateType form: R $param: (R BP) debug: evaluateType form: (NonNegativeInteger) $param: (R BP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: BP $param: (R BP) debug: evaluateType form: (List BP) $param: (R BP) Debug: evaluateType1 form: (List BP) debug: evaluateType1 x: BP m: (Type) debug: evaluateType form: (Union (Vector (List BP)) failed) $param: (R BP) debug: evaluateType form: (Vector (List BP)) $param: (R BP) Debug: evaluateType1 form: (Vector (List BP)) debug: evaluateType1 x: (List BP) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R BP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List BP) $param: (R BP) Debug: evaluateType1 form: (List BP) debug: evaluateType1 x: BP m: (Type) debug: evalCategory d: (List BP) c: (Type) debug: evaluateType form: failed $param: (R BP) debug: evaluateType form: (NonNegativeInteger) $param: (R BP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: R $param: (R BP) debug: evaluateType form: (List BP) $param: (R BP) Debug: evaluateType1 form: (List BP) debug: evaluateType1 x: BP m: (Type) debug: evaluateType form: (Union (List BP) failed) $param: (R BP) debug: evaluateType form: (List BP) $param: (R BP) Debug: evaluateType1 form: (List BP) debug: evaluateType1 x: BP m: (Type) debug: evaluateType form: failed $param: (R BP) debug: evaluateType form: BP $param: (R BP) debug: evaluateType form: R $param: (R BP) debug: evaluateType form: (Vector (List BP)) $param: (R BP) Debug: evaluateType1 form: (Vector (List BP)) debug: evaluateType1 x: (List BP) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R BP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List BP) $param: (R BP) Debug: evaluateType1 form: (List BP) debug: evaluateType1 x: BP m: (Type) debug: evalCategory d: (List BP) c: (Type) debug: evaluateType form: (Boolean) $param: (R BP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: R $param: (R BP) debug: evaluateType form: (List BP) $param: (R BP) Debug: evaluateType1 form: (List BP) debug: evaluateType1 x: BP m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE reduction (BP BP R)) (SIGNATURE compBound ((NonNegativeInteger) BP (List BP))) (SIGNATURE tablePow ((Union (Vector (List BP)) failed) (NonNegativeInteger) R (List BP))) (SIGNATURE solveid ((Union (List BP) failed) BP R (Vector (List BP)))) (SIGNATURE testModulus ((Boolean) R (List BP)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for GenExEuclid compiling into /tmp/oa-Y80PFw compiling exported compBound : (BP,List BP) -> NonNegativeInteger Time: 0.11 SEC. compiling exported compBound : (BP,List BP) -> NonNegativeInteger Time: 0.02 SEC. compiling exported compBound : (BP,List BP) -> NonNegativeInteger GENEEZ;compBound;BPLNni;3(m,listpolys) is replaced by error "attempt to use compBound without a well-understood valuation" Time: 0.01 SEC. compiling exported reduction : (BP,R) -> BP Time: 0.01 SEC. compiling exported reduction : (BP,R) -> BP Time: 0 SEC. compiling local merge : (R,R) -> Union(R,failed) Time: 0.00 SEC. compiling local modInverse : (R,R) -> R Time: 0.00 SEC. compiling local exactquo : (BP,BP,R) -> Union(BP,failed) Time: 0.00 SEC. importing GeneralHenselPackage(R,BP) compiling local reduceList : (List BP,R) -> List FP Time: 0.03 SEC. compiling local coerceLFP : List FP -> List BP Time: 0.02 SEC. compiling local liftSol : (List BP,BP,R,R,Vector List BP,BP,NonNegativeInteger) -> Union(List BP,failed) Time: 0.09 SEC. compiling local makeProducts : List BP -> List BP Time: 0.04 SEC. compiling exported testModulus : (R,List BP) -> Boolean Time: 0.06 SEC. compiling exported tablePow : (NonNegativeInteger,R,List BP) -> Union(Vector List BP,failed) Time: 0.05 SEC. compiling exported solveid : (BP,R,Vector List BP) -> Union(List BP,failed) Time: 0.05 SEC. compiling exported tablePow : (NonNegativeInteger,R,List BP) -> Union(Vector List BP,failed) Time: 0.06 SEC. compiling exported solveid : (BP,R,Vector List BP) -> Union(List BP,failed) Time: 0.08 SEC. (time taken in buildFunctor: 0) Time: 0.04 SEC. Cumulative Statistics for Constructor GenExEuclid Time: 0.67 seconds finalizing NRLIB GENEEZ Processing GenExEuclid for Browser database: -- reduction : (BP,R) -> BP -- compBound : (BP,L BP) -> NNI -- tablePow : (NNI,R,L BP) -> Union(Vector L BP,"failed") -- solveid : (BP,R,Vector L BP) -> Union(L BP,"failed") -- testModulus : (R,L BP) -> Boolean -- constructor ; compiling file "/tmp/oa-Y80PFw/code.lsp" (written 01 FEB 2016 10:55:04 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |GENEEZ;compBound;BPLNni;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |GENEEZ;compBound;BPLNni;1| ...) ; file: /tmp/oa-Y80PFw/code.lsp ; in: DEFUN |GENEEZ;compBound;BPLNni;1| ; (DEFUN BOOT::|GENEEZ;compBound;BPLNni;1| ; (BOOT::|m| BOOT::|listpolys| BOOT::$) ; (LET* ((BOOT::|ldeg| ; (LET # ; #)) ; (BOOT::|n| ; (LET # ; #)) ; (BOOT::|normlist| ; (LET # ; #)) ; (BOOT::|nm| ; (LET # ; #)) ; (BOOT::|normprod| ; (LET # ; #))) ; (BOOT::SPADCALL 2 ; (LET (#) ; (COND # #)) ; (BOOT::|shellEntry| BOOT::$ 24)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GENEEZ;compBound;BPLNni;1| ; (BOOT::|m| BOOT::|listpolys| BOOT::$) ; (BLOCK BOOT::|GENEEZ;compBound;BPLNni;1| ; (LET* ((BOOT::|ldeg| #) ; (BOOT::|n| #) ; (BOOT::|normlist| #) ; (BOOT::|nm| #) ; (BOOT::|normprod| #)) ; (BOOT::SPADCALL 2 ; (LET # ; #) ; (BOOT::|shellEntry| BOOT::$ 24))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |GENEEZ;compBound;BPLNni;2| ...) ; compiling (DEFUN |GENEEZ;compBound;BPLNni;3| ...) ; file: /tmp/oa-Y80PFw/code.lsp ; in: DEFUN |GENEEZ;compBound;BPLNni;3| ; (DEFUN BOOT::|GENEEZ;compBound;BPLNni;3| ; (BOOT::|m| BOOT::|listpolys| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|error| ; "attempt to use compBound without a well-understood valuation")) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GENEEZ;compBound;BPLNni;3| ; (BOOT::|m| BOOT::|listpolys| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|GENEEZ;compBound;BPLNni;3| ; (BOOT::|error| ; "attempt to use compBound without a well-understood valuation"))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; ; caught STYLE-WARNING: ; The variable |m| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |listpolys| is defined but never used. ; compiling (DEFUN |GENEEZ;reduction;BPRBP;4| ...) ; compiling (DEFUN |GENEEZ;reduction;BPRBP;4!0| ...) ; compiling (DEFUN |GENEEZ;reduction;BPRBP;5| ...) ; compiling (DEFUN |GENEEZ;reduction;BPRBP;5!0| ...) ; compiling (DEFUN |GENEEZ;merge| ...) ; compiling (DEFUN |GENEEZ;modInverse| ...) ; compiling (DEFUN |GENEEZ;exactquo| ...) ; compiling (DEFUN |GENEEZ;reduceList| ...) ; file: /tmp/oa-Y80PFw/code.lsp ; in: DEFUN |GENEEZ;reduceList| ; (DEFUN BOOT::|GENEEZ;reduceList| (BOOT::|lp| BOOT::|lmod| BOOT::$) ; (LET ((#:G726 BOOT::|lp|) (#:G609 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G726 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GENEEZ;reduceList| ; (BOOT::|lp| BOOT::|lmod| BOOT::$) ; (BLOCK BOOT::|GENEEZ;reduceList| ; (LET ((#:G726 BOOT::|lp|) (#:G609 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |GENEEZ;coerceLFP| ...) ; file: /tmp/oa-Y80PFw/code.lsp ; in: DEFUN |GENEEZ;coerceLFP| ; (DEFUN BOOT::|GENEEZ;coerceLFP| (BOOT::|lf| BOOT::$) ; (LET ((#:G727 BOOT::|lf|) (#:G612 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G727 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GENEEZ;coerceLFP| ; (BOOT::|lf| BOOT::$) ; (BLOCK BOOT::|GENEEZ;coerceLFP| ; (LET ((#:G727 BOOT::|lf|) (#:G612 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |GENEEZ;liftSol| ...) ; compiling (DEFUN |GENEEZ;liftSol!0| ...) ; compiling (DEFUN |GENEEZ;makeProducts| ...) ; file: /tmp/oa-Y80PFw/code.lsp ; in: DEFUN |GENEEZ;makeProducts| ; (DEFUN BOOT::|GENEEZ;makeProducts| (BOOT::|listPol| BOOT::$) ; (COND ((< (LIST-LENGTH BOOT::|listPol|) 2) BOOT::|listPol|) ; ((EQL (LIST-LENGTH BOOT::|listPol|) 2) ; (BOOTTRAN:|reverse| BOOT::|listPol|)) ; (T ; (LET (# #) ; (CONS # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GENEEZ;makeProducts| ; (BOOT::|listPol| BOOT::$) ; (BLOCK BOOT::|GENEEZ;makeProducts| ; (COND ((< # 2) BOOT::|listPol|) ; ((EQL # 2) (BOOTTRAN:|reverse| BOOT::|listPol|)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |GENEEZ;testModulus;RLB;13| ...) ; compiling (DEFUN |GENEEZ;tablePow;NniRLU;14| ...) ; file: /tmp/oa-Y80PFw/code.lsp ; in: DEFUN |GENEEZ;tablePow;NniRLU;14| ; (DEFUN BOOT::|GENEEZ;tablePow;NniRLU;14| ; (BOOT::|mdeg| BOOT::|pmod| BOOT::|listPol| BOOT::$) ; (PROG (BOOT::|x| BOOT::|ptable|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GENEEZ;tablePow;NniRLU;14| ; (BOOT::|mdeg| BOOT::|pmod| BOOT::|listPol| BOOT::$) ; (BLOCK BOOT::|GENEEZ;tablePow;NniRLU;14| ; (PROG (BOOT::|x| BOOT::|ptable|) ; (RETURN ; (LET # ; #))))) ; ; caught STYLE-WARNING: ; The variable |pmod| is defined but never used. ; compiling (DEFUN |GENEEZ;solveid;BPRVU;15| ...) ; file: /tmp/oa-Y80PFw/code.lsp ; in: DEFUN |GENEEZ;solveid;BPRVU;15| ; (DEFUN BOOT::|GENEEZ;solveid;BPRVU;15| ; (BOOT::|m| BOOT::|pmod| BOOT::|table| BOOT::$) ; (LET ((BOOT::|d| (BOOT::SPADCALL BOOT::|m| #)) ; (BOOT::|sln| ; (LET # ; #))) ; (PROGN ; (LET (#) ; (LOOP # ; #)) ; (CONS 0 BOOT::|sln|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GENEEZ;solveid;BPRVU;15| ; (BOOT::|m| BOOT::|pmod| BOOT::|table| BOOT::$) ; (BLOCK BOOT::|GENEEZ;solveid;BPRVU;15| ; (LET ((BOOT::|d| #) (BOOT::|sln| #)) ; (PROGN ; (LET # ; #) ; (CONS 0 BOOT::|sln|))))) ; ; caught STYLE-WARNING: ; The variable |pmod| is defined but never used. ; compiling (DEFUN |GENEEZ;tablePow;NniRLU;16| ...) ; compiling (DEFUN |GENEEZ;solveid;BPRVU;17| ...) ; compiling (DEFUN |GENEEZ;solveid;BPRVU;17!0| ...) ; compiling (DEFUN |GenExEuclid| ...) ; compiling (DEFUN |GenExEuclid;| ...) ; compiling (MAKEPROP (QUOTE |GenExEuclid|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 4 STYLE-WARNING conditions ; printed 5 notes ; /tmp/oa-Y80PFw/code.fasl written ; compilation finished in 0:00:00.198 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/INTDOM.fasl --optimize=3 INTDOM.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INTDOM.spad using Spad compiler. INTDOM abbreviates category IntegralDomain debug: compDefine1 lhs: (IntegralDomain) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for IntegralDomain compiling into /tmp/oa-nxMwLy STYLE-WARNING: redefining BOOT::|IntegralDomain| in DEFUN Time: 0.01 SEC. INTDOM- abbreviates package IntegralDomain& ------------------------------------------------------------------------ initializing stationary directory for IntegralDomain& compiling into /tmp/oa-W2LFGA compiling exported unitNormal : S -> Record(unit: S,canonical: S,associate: S) Time: 0.02 SEC. compiling exported unitCanonical : S -> S Time: 0 SEC. compiling exported recip : S -> Union(S,failed) Time: 0.00 SEC. compiling exported unit? : S -> Boolean Time: 0.00 SEC. compiling exported associates? : (S,S) -> Boolean Time: 0 SEC. compiling exported associates? : (S,S) -> Boolean Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor IntegralDomain& Time: 0.04 seconds finalizing NRLIB INTDOM- ; compiling file "/tmp/oa-W2LFGA/code.lsp" (written 01 FEB 2016 10:55:05 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |INTDOM-;unitNormal;$R;1| ...) ; compiling (DEFUN |INTDOM-;unitCanonical;2$;2| ...) ; compiling (DEFUN |INTDOM-;recip;$U;3| ...) ; file: /tmp/oa-W2LFGA/code.lsp ; in: DEFUN |INTDOM-;recip;$U;3| ; (DEFUN BOOT::|INTDOM-;recip;$U;3| (BOOT::|x| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 13)) ; (CONS 1 "failed")) ; (T ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 7) BOOT::|x| ; (BOOT::|shellEntry| BOOT::$ 15))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTDOM-;recip;$U;3| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|INTDOM-;recip;$U;3| ; (COND ((BOOT::SPADCALL BOOT::|x| #) (CONS 1 "failed")) ; (T (BOOT::SPADCALL # BOOT::|x| #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |INTDOM-;unit?;$B;4| ...) ; compiling (DEFUN |INTDOM-;associates?;2$B;5| ...) ; file: /tmp/oa-W2LFGA/code.lsp ; in: DEFUN |INTDOM-;associates?;2$B;5| ; (DEFUN BOOT::|INTDOM-;associates?;2$B;5| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL ; (SVREF (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 10)) 1) ; (SVREF (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 10)) 1) ; (BOOT::|shellEntry| BOOT::$ 21))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTDOM-;associates?;2$B;5| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|INTDOM-;associates?;2$B;5| ; (BOOT::SPADCALL (SVREF (BOOT::SPADCALL BOOT::|x| #) 1) ; (SVREF (BOOT::SPADCALL BOOT::|y| #) 1) ; (BOOT::|shellEntry| BOOT::$ 21)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |INTDOM-;associates?;2$B;6| ...) ; file: /tmp/oa-W2LFGA/code.lsp ; in: DEFUN |INTDOM-;associates?;2$B;6| ; (DEFUN BOOT::|INTDOM-;associates?;2$B;6| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 13)) ; (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 13))) ; ((OR (OR # #) (EQL # 1)) NIL) (T T))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTDOM-;associates?;2$B;6| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|INTDOM-;associates?;2$B;6| ; (COND ((BOOT::SPADCALL BOOT::|x| #) (BOOT::SPADCALL BOOT::|y| #)) ; ((OR # #) NIL) (T T)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |IntegralDomain&| ...) ; compiling (MAKEPROP (QUOTE |IntegralDomain&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 3 notes ; /tmp/oa-W2LFGA/code.fasl written ; compilation finished in 0:00:00.035 ------------------------------------------------------------------------ finalizing NRLIB INTDOM Processing IntegralDomain for Browser database: -- exquo : (%,%) -> Union(%,"failed") -- unitNormal : % -> Record(unit: %,canonical: %,associate: %) -- unitCanonical : % -> % -- associates? : (%,%) -> Boolean -- unit? : % -> Boolean -- constructor ; compiling file "/tmp/oa-nxMwLy/code.lsp" (written 01 FEB 2016 10:55:05 PM): ; compiling (DEFPARAMETER |IntegralDomain;AL| ...) ; compiling (DEFUN |IntegralDomain;| ...) ; compiling (DEFUN |IntegralDomain| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-nxMwLy/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/LPEFRAC.fasl --bootstrap LPEFRAC.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LPEFRAC.spad using Spad compiler. LPEFRAC abbreviates package LinearPolynomialEquationByFractions ------------------------------------------------------------------------ initializing stationary directory for LinearPolynomialEquationByFractions compiling into /tmp/oa-k8p9SN Time: 0.02 SEC. Cumulative Statistics for Constructor LinearPolynomialEquationByFractions Time: 0.02 seconds finalizing NRLIB LPEFRAC ; compiling file "/tmp/oa-k8p9SN/code.lsp" (written 01 FEB 2016 10:55:05 PM): ; compiling (DEFUN |LinearPolynomialEquationByFractions| ...) ; compiling (DEFUN |LinearPolynomialEquationByFractions;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-k8p9SN/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/PFECAT.fasl --optimize=3 PFECAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PFECAT.spad using Spad compiler. PFECAT abbreviates category PolynomialFactorizationExplicit debug: compDefine1 lhs: (PolynomialFactorizationExplicit) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for PolynomialFactorizationExplicit compiling into /tmp/oa-CVWktT STYLE-WARNING: redefining BOOT::|PolynomialFactorizationExplicit| in DEFUN Time: 0.01 SEC. PFECAT- abbreviates package PolynomialFactorizationExplicit& ------------------------------------------------------------------------ initializing stationary directory for PolynomialFactorizationExplicit& compiling into /tmp/oa-2g5UaW compiling exported gcdPolynomial : (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S Time: 0.03 SEC. compiling exported charthRoot : S -> Maybe S Time: 0.06 SEC. compiling exported solveLinearPolynomialEquation : (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,failed) Time: 0.02 SEC. compiling exported solveLinearPolynomialEquation : (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,failed) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] gcdPolynomial: not known that Ring is of mode CATEGORY(package,charthRoot: S -> Maybe S,solveLinearPolynomialEquation: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),gcdPolynomial: (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S) [2] charthRoot: not known that Ring is of mode CATEGORY(package,charthRoot: S -> Maybe S,solveLinearPolynomialEquation: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),gcdPolynomial: (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S) [3] solveLinearPolynomialEquation: not known that Ring is of mode CATEGORY(package,charthRoot: S -> Maybe S,solveLinearPolynomialEquation: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),gcdPolynomial: (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S) Cumulative Statistics for Constructor PolynomialFactorizationExplicit& Time: 0.12 seconds finalizing NRLIB PFECAT- ; compiling file "/tmp/oa-2g5UaW/code.lsp" (written 01 FEB 2016 10:55:05 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PFECAT-;gcdPolynomial;3Sup;1| ...) ; compiling (DEFUN |PFECAT-;charthRoot;$M;2| ...) ; compiling (DEFUN |PFECAT-;solveLinearPolynomialEquation;LSupU;3| ...) ; file: /tmp/oa-2g5UaW/code.lsp ; in: DEFUN |PFECAT-;solveLinearPolynomialEquation;LSupU;3| ; (DEFUN BOOT::|PFECAT-;solveLinearPolynomialEquation;LSupU;3| ; (BOOT::|lf| BOOT::|g| BOOT::$) ; (BOOT::SPADCALL BOOT::|lf| BOOT::|g| (BOOT::|shellEntry| BOOT::$ 43))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PFECAT-;solveLinearPolynomialEquation;LSupU;3| ; (BOOT::|lf| BOOT::|g| BOOT::$) ; (BLOCK BOOT::|PFECAT-;solveLinearPolynomialEquation;LSupU;3| ; (BOOT::SPADCALL BOOT::|lf| BOOT::|g| (BOOT::|shellEntry| BOOT::$ 43)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |PFECAT-;solveLinearPolynomialEquation;LSupU;4| ...) ; file: /tmp/oa-2g5UaW/code.lsp ; in: DEFUN |PFECAT-;solveLinearPolynomialEquation;LSupU;4| ; (DEFUN BOOT::|PFECAT-;solveLinearPolynomialEquation;LSupU;4| ; (BOOT::|lf| BOOT::|g| BOOT::$) ; (BOOT::SPADCALL BOOT::|lf| BOOT::|g| (BOOT::|shellEntry| BOOT::$ 50))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PFECAT-;solveLinearPolynomialEquation;LSupU;4| ; (BOOT::|lf| BOOT::|g| BOOT::$) ; (BLOCK BOOT::|PFECAT-;solveLinearPolynomialEquation;LSupU;4| ; (BOOT::SPADCALL BOOT::|lf| BOOT::|g| (BOOT::|shellEntry| BOOT::$ 50)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |PolynomialFactorizationExplicit&| ...) ; compiling (MAKEPROP (QUOTE |PolynomialFactorizationExplicit&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-2g5UaW/code.fasl written ; compilation finished in 0:00:00.035 ------------------------------------------------------------------------ finalizing NRLIB PFECAT Processing PolynomialFactorizationExplicit for Browser database: -- squareFreePolynomial : P -> Factored P -- factorPolynomial : P -> Factored P -- factorSquareFreePolynomial : P -> Factored P -- gcdPolynomial : (P,P) -> P -- solveLinearPolynomialEquation : (List P,P) -> Union(List P,"failed") -- conditionP : Matrix % -> Union(Vector %,"failed") -- charthRoot : % -> Maybe % -- constructor ; compiling file "/tmp/oa-CVWktT/code.lsp" (written 01 FEB 2016 10:55:05 PM): ; compiling (DEFPARAMETER |PolynomialFactorizationExplicit;AL| ...) ; compiling (DEFUN |PolynomialFactorizationExplicit;| ...) ; compiling (DEFUN |PolynomialFactorizationExplicit| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-CVWktT/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/FEVALAB.fasl --optimize=3 FEVALAB.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FEVALAB.spad using Spad compiler. FEVALAB abbreviates category FullyEvalableOver debug: compDefine1 lhs: (FullyEvalableOver R) signature (pre-evaluate): ((Category) (SetCategory)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Category) (SetCategory)) debug: compDefine1 lhs: (FullyEvalableOver R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for FullyEvalableOver compiling into /tmp/oa-Yz2Thi STYLE-WARNING: redefining BOOT::|FullyEvalableOver| in DEFUN Time: 0.02 SEC. FEVALAB- abbreviates package FullyEvalableOver& ------------------------------------------------------------------------ initializing stationary directory for FullyEvalableOver& compiling into /tmp/oa-OjZvOl compiling exported elt : (S,R) -> S Time: 0.01 SEC. compiling exported eval : (S,List Equation R) -> S Time: 0.02 SEC. compiling exported eval : (S,List Symbol,List R) -> S Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor FullyEvalableOver& Time: 0.04 seconds finalizing NRLIB FEVALAB- ; compiling file "/tmp/oa-OjZvOl/code.lsp" (written 01 FEB 2016 10:55:06 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FEVALAB-;elt;$R$;1| ...) ; compiling (DEFUN |FEVALAB-;elt;$R$;1!0| ...) ; compiling (DEFUN |FEVALAB-;eval;$L$;2| ...) ; compiling (DEFUN |FEVALAB-;eval;$L$;2!0| ...) ; compiling (DEFUN |FEVALAB-;eval;$LL$;3| ...) ; compiling (DEFUN |FEVALAB-;eval;$LL$;3!0| ...) ; compiling (DEFUN |FullyEvalableOver&| ...) ; compiling (MAKEPROP (QUOTE |FullyEvalableOver&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-OjZvOl/code.fasl written ; compilation finished in 0:00:00.028 ------------------------------------------------------------------------ finalizing NRLIB FEVALAB Processing FullyEvalableOver for Browser database: -- constructor ; compiling file "/tmp/oa-Yz2Thi/code.lsp" (written 01 FEB 2016 10:55:06 PM): ; compiling (DEFPARAMETER |FullyEvalableOver;AL| ...) ; compiling (DEFUN |FullyEvalableOver;| ...) ; compiling (DEFUN |FullyEvalableOver| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Yz2Thi/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/PATAB.fasl --optimize=3 PATAB.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PATAB.spad using Spad compiler. PATAB abbreviates category Patternable debug: compDefine1 lhs: (Patternable R) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (Patternable R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for Patternable compiling into /tmp/oa-uwCDzp STYLE-WARNING: redefining BOOT::|Patternable| in DEFUN Time: 0.00 SEC. finalizing NRLIB PATAB Processing Patternable for Browser database: -- constructor ; compiling file "/tmp/oa-uwCDzp/code.lsp" (written 01 FEB 2016 10:55:06 PM): ; compiling (DEFPARAMETER |Patternable;AL| ...) ; compiling (DEFUN |Patternable;| ...) ; compiling (DEFUN |Patternable| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-uwCDzp/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/FPATMAB.fasl --optimize=3 FPATMAB.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FPATMAB.spad using Spad compiler. FPATMAB abbreviates category FullyPatternMatchable debug: compDefine1 lhs: (FullyPatternMatchable R) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (FullyPatternMatchable R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for FullyPatternMatchable compiling into /tmp/oa-XNq5gw STYLE-WARNING: redefining BOOT::|FullyPatternMatchable| in DEFUN Time: 0.01 SEC. finalizing NRLIB FPATMAB Processing FullyPatternMatchable for Browser database: -- constructor ; compiling file "/tmp/oa-XNq5gw/code.lsp" (written 01 FEB 2016 10:55:06 PM): ; compiling (DEFPARAMETER |FullyPatternMatchable;AL| ...) ; compiling (DEFUN |FullyPatternMatchable;| ...) ; compiling (DEFUN |FullyPatternMatchable| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-XNq5gw/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/MCDEN.fasl --bootstrap MCDEN.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MCDEN.spad using Spad compiler. MCDEN abbreviates package MatrixCommonDenominator ------------------------------------------------------------------------ initializing stationary directory for MatrixCommonDenominator compiling into /tmp/oa-tNGbIF Time: 0.06 SEC. Cumulative Statistics for Constructor MatrixCommonDenominator Time: 0.06 seconds finalizing NRLIB MCDEN ; compiling file "/tmp/oa-tNGbIF/code.lsp" (written 01 FEB 2016 10:55:06 PM): ; compiling (DEFUN |MatrixCommonDenominator| ...) ; compiling (DEFUN |MatrixCommonDenominator;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-tNGbIF/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/PMQFCAT.fasl --bootstrap PMQFCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PMQFCAT.spad using Spad compiler. PMQFCAT abbreviates package PatternMatchQuotientFieldCategory ------------------------------------------------------------------------ initializing stationary directory for PatternMatchQuotientFieldCategory compiling into /tmp/oa-UG142Q Time: 0.05 SEC. Cumulative Statistics for Constructor PatternMatchQuotientFieldCategory Time: 0.05 seconds finalizing NRLIB PMQFCAT ; compiling file "/tmp/oa-UG142Q/code.lsp" (written 01 FEB 2016 10:55:06 PM): ; compiling (DEFUN |PatternMatchQuotientFieldCategory| ...) ; compiling (DEFUN |PatternMatchQuotientFieldCategory;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-UG142Q/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/QFCAT.fasl --optimize=3 QFCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/QFCAT.spad using Spad compiler. QFCAT abbreviates category QuotientFieldCategory debug: compDefine1 lhs: (QuotientFieldCategory S) signature (pre-evaluate): ((Category) (IntegralDomain)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (IntegralDomain) $param: (S) Debug: evaluateType1 form: (IntegralDomain) debug: compDefine1 signature (post evaluate): ((Category) (IntegralDomain)) debug: compDefine1 lhs: (QuotientFieldCategory S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for QuotientFieldCategory compiling into /tmp/oa-4UJcE6 STYLE-WARNING: redefining BOOT::|QuotientFieldCategory| in DEFUN Time: 0.02 SEC. QFCAT- abbreviates package QuotientFieldCategory& ------------------------------------------------------------------------ initializing stationary directory for QuotientFieldCategory& compiling into /tmp/oa-qPchfc importing MatrixCommonDenominator(S,A) compiling exported numerator : A -> A Time: 0.05 SEC. compiling exported denominator : A -> A Time: 0.00 SEC. compiling exported init : () -> A Time: 0.00 SEC. compiling exported nextItem : A -> Maybe A Time: 0.01 SEC. compiling exported map : (S -> S,A) -> A Time: 0.00 SEC. compiling exported reducedSystem : Matrix A -> Matrix S Time: 0.01 SEC. compiling exported characteristic : () -> NonNegativeInteger Time: 0.02 SEC. compiling exported differentiate : (A,S -> S) -> A Time: 0.09 SEC. compiling exported convert : A -> InputForm Time: 0.02 SEC. compiling exported convert : A -> Float Time: 0.02 SEC. compiling exported convert : A -> DoubleFloat Time: 0.02 SEC. compiling exported < : (A,A) -> Boolean Time: 0.06 SEC. compiling exported < : (A,A) -> Boolean Time: 0.06 SEC. compiling exported < : (A,A) -> Boolean Time: 0.05 SEC. compiling exported fractionPart : A -> A Time: 0.01 SEC. compiling exported coerce : Symbol -> A Time: 0.00 SEC. compiling exported retract : A -> Symbol Time: 0.01 SEC. compiling exported retractIfCan : A -> Union(Symbol,failed) Time: 0 SEC. compiling exported convert : A -> Pattern Integer Time: 0.01 SEC. compiling exported patternMatch : (A,Pattern Integer,PatternMatchResult(Integer,A)) -> PatternMatchResult(Integer,A) Time: 0.00 SEC. compiling exported convert : A -> Pattern Float Time: 0.01 SEC. compiling exported patternMatch : (A,Pattern Float,PatternMatchResult(Float,A)) -> PatternMatchResult(Float,A) Time: 0.01 SEC. compiling exported coerce : Fraction Integer -> A Time: 0.02 SEC. compiling exported retract : A -> Integer Time: 0.01 SEC. compiling exported retractIfCan : A -> Union(Integer,failed) Time: 0.01 SEC. compiling exported random : () -> A Time: 0.02 SEC. compiling exported reducedSystem : (Matrix A,Vector A) -> Record(mat: Matrix S,vec: Vector S) Time: 0.08 SEC. (time taken in buildFunctor: 4) Time: 0.02 SEC. Warnings: [1] reducedSystem: not known that Ring is of mode CATEGORY(package,<: (A,A) -> Boolean,differentiate: (A,NonNegativeInteger) -> A,differentiate: A -> A,differentiate: (A,List Symbol,List NonNegativeInteger) -> A,differentiate: (A,Symbol,NonNegativeInteger) -> A,differentiate: (A,List Symbol) -> A,differentiate: (A,Symbol) -> A,init: () -> A,nextItem: A -> Maybe A,retractIfCan: A -> Union(Integer,"failed"),retract: A -> Integer,retractIfCan: A -> Union(Fraction Integer,"failed"),retract: A -> Fraction Integer,convert: A -> DoubleFloat,convert: A -> Float,convert: A -> InputForm,coerce: Symbol -> A,retractIfCan: A -> Union(Symbol,"failed"),retract: A -> Symbol,random: () -> A,fractionPart: A -> A,denominator: A -> A,numerator: A -> A,patternMatch: (A,Pattern Float,PatternMatchResult(Float,A)) -> PatternMatchResult(Float,A),patternMatch: (A,Pattern Integer,PatternMatchResult(Integer,A)) -> PatternMatchResult(Integer,A),convert: A -> Pattern Float,convert: A -> Pattern Integer,reducedSystem: Matrix A -> Matrix S,reducedSystem: (Matrix A,Vector A) -> Record(mat: Matrix S,vec: Vector S),reducedSystem: (Matrix A,Vector A) -> Record(mat: Matrix Integer,vec: Vector Integer),reducedSystem: Matrix A -> Matrix Integer,differentiate: (A,(S -> S),NonNegativeInteger) -> A,differentiate: (A,(S -> S)) -> A,map: ((S -> S),A) -> A,retractIfCan: A -> Union(S,"failed"),retract: A -> S,coerce: S -> A,coerce: Fraction Integer -> A,coerce: A -> A,characteristic: () -> NonNegativeInteger,coerce: Integer -> A,coerce: A -> OutputForm) [2] patternMatch: not known that SetCategory is of mode CATEGORY(package,<: (A,A) -> Boolean,differentiate: (A,NonNegativeInteger) -> A,differentiate: A -> A,differentiate: (A,List Symbol,List NonNegativeInteger) -> A,differentiate: (A,Symbol,NonNegativeInteger) -> A,differentiate: (A,List Symbol) -> A,differentiate: (A,Symbol) -> A,init: () -> A,nextItem: A -> Maybe A,retractIfCan: A -> Union(Integer,"failed"),retract: A -> Integer,retractIfCan: A -> Union(Fraction Integer,"failed"),retract: A -> Fraction Integer,convert: A -> DoubleFloat,convert: A -> Float,convert: A -> InputForm,coerce: Symbol -> A,retractIfCan: A -> Union(Symbol,"failed"),retract: A -> Symbol,random: () -> A,fractionPart: A -> A,denominator: A -> A,numerator: A -> A,patternMatch: (A,Pattern Float,PatternMatchResult(Float,A)) -> PatternMatchResult(Float,A),patternMatch: (A,Pattern Integer,PatternMatchResult(Integer,A)) -> PatternMatchResult(Integer,A),convert: A -> Pattern Float,convert: A -> Pattern Integer,reducedSystem: Matrix A -> Matrix S,reducedSystem: (Matrix A,Vector A) -> Record(mat: Matrix S,vec: Vector S),reducedSystem: (Matrix A,Vector A) -> Record(mat: Matrix Integer,vec: Vector Integer),reducedSystem: Matrix A -> Matrix Integer,differentiate: (A,(S -> S),NonNegativeInteger) -> A,differentiate: (A,(S -> S)) -> A,map: ((S -> S),A) -> A,retractIfCan: A -> Union(S,"failed"),retract: A -> S,coerce: S -> A,coerce: Fraction Integer -> A,coerce: A -> A,characteristic: () -> NonNegativeInteger,coerce: Integer -> A,coerce: A -> OutputForm) [3] random: d has no value Cumulative Statistics for Constructor QuotientFieldCategory& Time: 0.63 seconds finalizing NRLIB QFCAT- ; compiling file "/tmp/oa-qPchfc/code.lsp" (written 01 FEB 2016 10:55:07 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |QFCAT-;numerator;2$;1| ...) ; compiling (DEFUN |QFCAT-;denominator;2$;2| ...) ; compiling (DEFUN |QFCAT-;init;$;3| ...) ; compiling (DEFUN |QFCAT-;nextItem;$M;4| ...) ; compiling (DEFUN |QFCAT-;map;M2$;5| ...) ; compiling (DEFUN |QFCAT-;reducedSystem;MM;6| ...) ; compiling (DEFUN |QFCAT-;characteristic;Nni;7| ...) ; file: /tmp/oa-qPchfc/code.lsp ; in: DEFUN |QFCAT-;characteristic;Nni;7| ; (DEFUN BOOT::|QFCAT-;characteristic;Nni;7| (BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 37)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|QFCAT-;characteristic;Nni;7| ; (BOOT::$) ; (BLOCK BOOT::|QFCAT-;characteristic;Nni;7| ; (BOOT::|spadConstant| BOOT::$ 37))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |QFCAT-;differentiate;$M$;8| ...) ; compiling (DEFUN |QFCAT-;convert;$If;9| ...) ; compiling (DEFUN |QFCAT-;convert;$F;10| ...) ; compiling (DEFUN |QFCAT-;convert;$Df;11| ...) ; compiling (DEFUN |QFCAT-;<;2$B;12| ...) ; file: /tmp/oa-qPchfc/code.lsp ; in: DEFUN |QFCAT-;<;2$B;12| ; (DEFUN BOOT::|QFCAT-;<;2$B;12| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 8)) ; (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|shellEntry| BOOT::$ 39)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 8)) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|shellEntry| BOOT::$ 39)) ; (BOOT::|shellEntry| BOOT::$ 56))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|QFCAT-;<;2$B;12| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|QFCAT-;<;2$B;12| ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) ; (BOOT::SPADCALL BOOT::|y| #) ; (BOOT::|shellEntry| BOOT::$ 39)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|y| #) ; (BOOT::SPADCALL BOOT::|x| #) ; (BOOT::|shellEntry| BOOT::$ 39)) ; (BOOT::|shellEntry| BOOT::$ 56)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |QFCAT-;<;2$B;13| ...) ; file: /tmp/oa-qPchfc/code.lsp ; in: DEFUN |QFCAT-;<;2$B;13| ; (DEFUN BOOT::|QFCAT-;<;2$B;13| (BOOT::|x| BOOT::|y| BOOT::$) ; (PROGN ; (COND ; ((BOOT::SPADCALL # #) ; (LET # ; #))) ; (COND ; ((BOOT::SPADCALL # #) ; (LET # ; #))) ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) (BOOT::SPADCALL BOOT::|y| #) ; (BOOT::|shellEntry| BOOT::$ 39)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|y| #) (BOOT::SPADCALL BOOT::|x| #) ; (BOOT::|shellEntry| BOOT::$ 39)) ; (BOOT::|shellEntry| BOOT::$ 56)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|QFCAT-;<;2$B;13| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|QFCAT-;<;2$B;13| ; (PROGN ; (COND (# #)) ; (COND (# #)) ; (BOOT::SPADCALL (BOOT::SPADCALL # # #) (BOOT::SPADCALL # # #) ; (BOOT::|shellEntry| BOOT::$ 56))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |QFCAT-;<;2$B;14| ...) ; file: /tmp/oa-qPchfc/code.lsp ; in: DEFUN |QFCAT-;<;2$B;14| ; (DEFUN BOOT::|QFCAT-;<;2$B;14| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 8)) ; (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|shellEntry| BOOT::$ 39)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 8)) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|shellEntry| BOOT::$ 39)) ; (BOOT::|shellEntry| BOOT::$ 56))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|QFCAT-;<;2$B;14| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|QFCAT-;<;2$B;14| ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) ; (BOOT::SPADCALL BOOT::|y| #) ; (BOOT::|shellEntry| BOOT::$ 39)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|y| #) ; (BOOT::SPADCALL BOOT::|x| #) ; (BOOT::|shellEntry| BOOT::$ 39)) ; (BOOT::|shellEntry| BOOT::$ 56)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |QFCAT-;fractionPart;2$;15| ...) ; compiling (DEFUN |QFCAT-;coerce;S$;16| ...) ; compiling (DEFUN |QFCAT-;retract;$S;17| ...) ; compiling (DEFUN |QFCAT-;retractIfCan;$U;18| ...) ; file: /tmp/oa-qPchfc/code.lsp ; in: DEFUN |QFCAT-;retractIfCan;$U;18| ; (DEFUN BOOT::|QFCAT-;retractIfCan;$U;18| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|r| (BOOT::SPADCALL BOOT::|x| #))) ; (COND ((EQL # 1) (CONS 1 "failed")) (T (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|QFCAT-;retractIfCan;$U;18| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|QFCAT-;retractIfCan;$U;18| ; (LET ((BOOT::|r| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |QFCAT-;convert;$P;19| ...) ; compiling (DEFUN |QFCAT-;patternMatch;$P2Pmr;20| ...) ; compiling (DEFUN |QFCAT-;convert;$P;21| ...) ; compiling (DEFUN |QFCAT-;patternMatch;$P2Pmr;22| ...) ; compiling (DEFUN |QFCAT-;coerce;F$;23| ...) ; compiling (DEFUN |QFCAT-;retract;$I;24| ...) ; file: /tmp/oa-qPchfc/code.lsp ; in: DEFUN |QFCAT-;retract;$I;24| ; (DEFUN BOOT::|QFCAT-;retract;$I;24| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 65)) ; (BOOT::|shellEntry| BOOT::$ 98))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|QFCAT-;retract;$I;24| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|QFCAT-;retract;$I;24| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 65)) ; (BOOT::|shellEntry| BOOT::$ 98)))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |QFCAT-;retractIfCan;$U;25| ...) ; file: /tmp/oa-qPchfc/code.lsp ; in: DEFUN |QFCAT-;retractIfCan;$U;25| ; (DEFUN BOOT::|QFCAT-;retractIfCan;$U;25| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|u| (BOOT::SPADCALL BOOT::|x| #))) ; (COND ((EQL # 1) (CONS 1 "failed")) (T (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|QFCAT-;retractIfCan;$U;25| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|QFCAT-;retractIfCan;$U;25| ; (LET ((BOOT::|u| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |QFCAT-;random;$;26| ...) ; compiling (DEFUN |QFCAT-;reducedSystem;MVR;27| ...) ; compiling (DEFUN |QuotientFieldCategory&| ...) ; compiling (MAKEPROP (QUOTE |QuotientFieldCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 7 notes ; /tmp/oa-qPchfc/code.fasl written ; compilation finished in 0:00:00.066 ------------------------------------------------------------------------ finalizing NRLIB QFCAT Processing QuotientFieldCategory for Browser database: -- ?/? : (S,S) -> % -- numer : % -> S -- denom : % -> S -- numerator : % -> % -- denominator : % -> % -- wholePart : % -> S -- fractionPart : % -> % -- random : () -> % -- ceiling : % -> S -- floor : % -> S -- constructor ; compiling file "/tmp/oa-4UJcE6/code.lsp" (written 01 FEB 2016 10:55:07 PM): ; compiling (DEFPARAMETER |QuotientFieldCategory;AL| ...) ; compiling (DEFUN |QuotientFieldCategory;| ...) ; compiling (DEFUN |QuotientFieldCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-4UJcE6/code.fasl written ; compilation finished in 0:00:00.019 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/LO.fasl --bootstrap LO.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LO.spad using Spad compiler. LO abbreviates domain Localize ------------------------------------------------------------------------ initializing stationary directory for Localize compiling into /tmp/oa-8d9tkY Time: 0.02 SEC. Cumulative Statistics for Constructor Localize Time: 0.02 seconds finalizing NRLIB LO ; compiling file "/tmp/oa-8d9tkY/code.lsp" (written 01 FEB 2016 10:55:07 PM): ; compiling (DEFUN |Localize| ...) ; compiling (DEFUN |Localize;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-8d9tkY/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/LA.fasl --optimize=3 LA.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LA.spad using Spad compiler. LA abbreviates domain LocalAlgebra debug: compDefine1 lhs: (LocalAlgebra A R S) signature (pre-evaluate): ((Join (Algebra R) (CATEGORY domain (IF (has A (OrderedRing)) (ATTRIBUTE (OrderedRing)) %noBranch) (SIGNATURE / ($ $ S)) (SIGNATURE / ($ A S)) (SIGNATURE numer (A $)) (SIGNATURE denom (S $)))) (Algebra R) (CommutativeRing) (SubsetCategory (Monoid) R)) debug: evaluateType form: (Join (Algebra R) (CATEGORY domain (IF (has A (OrderedRing)) (ATTRIBUTE (OrderedRing)) %noBranch) (SIGNATURE / ($ $ S)) (SIGNATURE / ($ A S)) (SIGNATURE numer (A $)) (SIGNATURE denom (S $)))) $param: (A R S) debug: evaluateType form: (Algebra R) $param: (A R S) Debug: evaluateType1 form: (Algebra R) debug: evaluateType1 x: R m: (CommutativeRing) debug: evaluateType form: (CATEGORY domain (IF (has A (OrderedRing)) (ATTRIBUTE (OrderedRing)) %noBranch) (SIGNATURE / ($ $ S)) (SIGNATURE / ($ A S)) (SIGNATURE numer (A $)) (SIGNATURE denom (S $))) $param: (A R S) debug: evaluateType form: S $param: (A R S) debug: evaluateType form: A $param: (A R S) debug: evaluateType form: S $param: (A R S) debug: evaluateType form: A $param: (A R S) debug: evaluateType form: S $param: (A R S) debug: evaluateType form: (Algebra R) $param: (A R S) Debug: evaluateType1 form: (Algebra R) debug: evaluateType1 x: R m: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: (A R S) Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (SubsetCategory (Monoid) R) $param: (A R S) debug: evaluateType form: (Monoid) $param: (A R S) Debug: evaluateType1 form: (Monoid) debug: evaluateType form: R $param: (A R S) debug: compDefine1 signature (post evaluate): ((Join (Algebra R) (CATEGORY domain (IF (has A (OrderedRing)) (ATTRIBUTE (OrderedRing)) %noBranch) (SIGNATURE / ($ $ S)) (SIGNATURE / ($ A S)) (SIGNATURE numer (A $)) (SIGNATURE denom (S $)))) (Algebra R) (CommutativeRing) (SubsetCategory (Monoid) R)) debug: compDefine1 lhs: (LocalAlgebra A R S) signature (pre-evaluate): ((Join (Algebra R) (CATEGORY domain (IF (has A (OrderedRing)) (ATTRIBUTE (OrderedRing)) %noBranch) (SIGNATURE / ($ $ S)) (SIGNATURE / ($ A S)) (SIGNATURE numer (A $)) (SIGNATURE denom (S $)))) NIL NIL NIL) debug: evaluateType form: (Join (Algebra R) (CATEGORY domain (IF (has A (OrderedRing)) (ATTRIBUTE (OrderedRing)) %noBranch) (SIGNATURE / ($ $ S)) (SIGNATURE / ($ A S)) (SIGNATURE numer (A $)) (SIGNATURE denom (S $)))) $param: (A R S) debug: evaluateType form: (Algebra R) $param: (A R S) Debug: evaluateType1 form: (Algebra R) debug: evaluateType1 x: R m: (CommutativeRing) debug: evaluateType form: (CATEGORY domain (IF (has A (OrderedRing)) (ATTRIBUTE (OrderedRing)) %noBranch) (SIGNATURE / ($ $ S)) (SIGNATURE / ($ A S)) (SIGNATURE numer (A $)) (SIGNATURE denom (S $))) $param: (A R S) debug: evaluateType form: S $param: (A R S) debug: evaluateType form: A $param: (A R S) debug: evaluateType form: S $param: (A R S) debug: evaluateType form: A $param: (A R S) debug: evaluateType form: S $param: (A R S) debug: compDefine1 signature (post evaluate): ((Join (Algebra R) (CATEGORY domain (IF (has A (OrderedRing)) (ATTRIBUTE (OrderedRing)) %noBranch) (SIGNATURE / ($ $ S)) (SIGNATURE / ($ A S)) (SIGNATURE numer (A $)) (SIGNATURE denom (S $)))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for LocalAlgebra compiling into /tmp/oa-oiupE9 compiling exported One : () -> % Time: 0.02 SEC. compiling exported * : (%,%) -> % Time: 0.04 SEC. compiling exported characteristic : () -> NonNegativeInteger Time: 0.01 SEC. (time taken in buildFunctor: 4) Time: 0.02 SEC. Cumulative Statistics for Constructor LocalAlgebra Time: 0.09 seconds --------------non extending category---------------------- LocalAlgebra(#1,#2,#3) of category Algebra #2 with IF (has #1 (OrderedRing))(ATTRIBUTE (OrderedRing))%noBranch ?/? : (%,#3) -> % ?/? : (#1,#3) -> % numer : % -> #1 denom : % -> #3 has no IF(has#1OrderedAbelianGroup(),OrderedAbelianGroup,%noBranch) ---------------------------------------------------------- finalizing NRLIB LA Processing LocalAlgebra for Browser database: -- ?/? : (%,S) -> % -- ?/? : (A,S) -> % -- numer : % -> A -- denom : % -> S -- constructor ; compiling file "/tmp/oa-oiupE9/code.lsp" (written 01 FEB 2016 10:55:07 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LA;One;$;1| ...) ; compiling (DEFUN |LA;*;3$;2| ...) ; compiling (DEFUN |LA;characteristic;Nni;3| ...) ; file: /tmp/oa-oiupE9/code.lsp ; in: DEFUN |LA;characteristic;Nni;3| ; (DEFUN BOOT::|LA;characteristic;Nni;3| (BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 19)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LA;characteristic;Nni;3| ; (BOOT::$) ; (BLOCK BOOT::|LA;characteristic;Nni;3| (BOOT::|spadConstant| BOOT::$ 19))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |LocalAlgebra| ...) ; compiling (DEFUN |LocalAlgebra;| ...) ; compiling (MAKEPROP (QUOTE |LocalAlgebra|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-oiupE9/code.fasl written ; compilation finished in 0:00:00.030 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/UPOLYC2.fasl --bootstrap UPOLYC2.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UPOLYC2.spad using Spad compiler. UPOLYC2 abbreviates package UnivariatePolynomialCategoryFunctions2 ------------------------------------------------------------------------ initializing stationary directory for UnivariatePolynomialCategoryFunctions2 compiling into /tmp/oa-W0u9Zo Time: 0.08 SEC. Cumulative Statistics for Constructor UnivariatePolynomialCategoryFunctions2 Time: 0.08 seconds finalizing NRLIB UPOLYC2 ; compiling file "/tmp/oa-W0u9Zo/code.lsp" (written 01 FEB 2016 10:55:08 PM): ; compiling (DEFUN |UnivariatePolynomialCategoryFunctions2| ...) ; compiling (DEFUN |UnivariatePolynomialCategoryFunctions2;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-W0u9Zo/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/FRAC.fasl --optimize=3 FRAC.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FRAC.spad using Spad compiler. FRAC abbreviates domain Fraction debug: compDefine1 lhs: (Fraction S) signature (pre-evaluate): ((Join (QuotientFieldCategory S) (CATEGORY package (IF (has S (ATTRIBUTE canonical)) (IF (has S (GcdDomain)) (IF (has S (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonical) %noBranch) %noBranch) %noBranch))) (IntegralDomain)) debug: evaluateType form: (Join (QuotientFieldCategory S) (CATEGORY package (IF (has S (ATTRIBUTE canonical)) (IF (has S (GcdDomain)) (IF (has S (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonical) %noBranch) %noBranch) %noBranch))) $param: (S) debug: evaluateType form: (QuotientFieldCategory S) $param: (S) Debug: evaluateType1 form: (QuotientFieldCategory S) debug: evaluateType1 x: S m: (IntegralDomain) debug: evaluateType form: (CATEGORY package (IF (has S (ATTRIBUTE canonical)) (IF (has S (GcdDomain)) (IF (has S (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonical) %noBranch) %noBranch) %noBranch)) $param: (S) debug: evaluateType form: (IntegralDomain) $param: (S) Debug: evaluateType1 form: (IntegralDomain) debug: compDefine1 signature (post evaluate): ((Join (QuotientFieldCategory S) (CATEGORY package (IF (has S (ATTRIBUTE canonical)) (IF (has S (GcdDomain)) (IF (has S (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonical) %noBranch) %noBranch) %noBranch))) (IntegralDomain)) debug: compDefine1 lhs: (Fraction S) signature (pre-evaluate): ((Join (QuotientFieldCategory S) (CATEGORY package (IF (has S (ATTRIBUTE canonical)) (IF (has S (GcdDomain)) (IF (has S (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonical) %noBranch) %noBranch) %noBranch))) NIL) debug: evaluateType form: (Join (QuotientFieldCategory S) (CATEGORY package (IF (has S (ATTRIBUTE canonical)) (IF (has S (GcdDomain)) (IF (has S (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonical) %noBranch) %noBranch) %noBranch))) $param: (S) debug: evaluateType form: (QuotientFieldCategory S) $param: (S) Debug: evaluateType1 form: (QuotientFieldCategory S) debug: evaluateType1 x: S m: (IntegralDomain) debug: evaluateType form: (CATEGORY package (IF (has S (ATTRIBUTE canonical)) (IF (has S (GcdDomain)) (IF (has S (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonical) %noBranch) %noBranch) %noBranch)) $param: (S) debug: compDefine1 signature (post evaluate): ((Join (QuotientFieldCategory S) (CATEGORY package (IF (has S (ATTRIBUTE canonical)) (IF (has S (GcdDomain)) (IF (has S (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonical) %noBranch) %noBranch) %noBranch))) NIL) ------------------------------------------------------------------------ initializing stationary directory for Fraction compiling into /tmp/oa-0z2M9v compiling exported coerce : S -> % Time: 0.06 SEC. compiling exported zero? : % -> Boolean Time: 0.00 SEC. compiling exported retract : % -> S Time: 0.02 SEC. compiling exported retractIfCan : % -> Union(S,failed) Time: 0.01 SEC. compiling exported retract : % -> S Time: 0.01 SEC. compiling exported retractIfCan : % -> Union(S,failed) Time: 0 SEC. compiling exported retract : % -> S Time: 0.01 SEC. compiling exported retractIfCan : % -> Union(S,failed) Time: 0.00 SEC. compiling exported wholePart : % -> S Time: 0.00 SEC. compiling exported floor : % -> S Time: 0.02 SEC. compiling exported ceiling : % -> S Time: 0.01 SEC. compiling local normalize : % -> % Time: 0.04 SEC. compiling exported recip : % -> Union(%,failed) Time: 0.00 SEC. compiling local cancelGcd : % -> S Time: 0.02 SEC. compiling exported / : (S,S) -> % Time: 0.01 SEC. compiling exported + : (%,%) -> % Time: 0.03 SEC. compiling exported - : (%,%) -> % Time: 0.02 SEC. compiling exported * : (%,%) -> % Time: 0.02 SEC. compiling exported * : (Integer,%) -> % Time: 0.02 SEC. compiling exported * : (S,%) -> % Time: 0.01 SEC. compiling exported differentiate : (%,S -> S) -> % Time: 0.02 SEC. compiling exported = : (%,%) -> Boolean Time: 0.01 SEC. compiling exported one? : % -> Boolean Time: 0.00 SEC. compiling exported / : (S,S) -> % Time: 0.01 SEC. compiling exported recip : % -> Union(%,failed) Time: 0.00 SEC. compiling exported retract : % -> Fraction Integer Time: 0.01 SEC. compiling exported retractIfCan : % -> Union(Fraction Integer,failed) Time: 0.01 SEC. compiling exported retract : % -> Fraction Integer Time: 0.02 SEC. compiling exported retractIfCan : % -> Union(Fraction Integer,failed) Time: 0.02 SEC. importing UnivariatePolynomialCategoryFunctions2($,SparseUnivariatePolynomial $,S,SparseUnivariatePolynomial S) importing UnivariatePolynomialCategoryFunctions2(S,SparseUnivariatePolynomial S,$,SparseUnivariatePolynomial $) compiling exported gcdPolynomial : (SparseUnivariatePolynomial %,SparseUnivariatePolynomial %) -> SparseUnivariatePolynomial % Time: 0.12 SEC. importing Factored SparseUnivariatePolynomial $ compiling exported charthRoot : % -> Maybe % Time: 0.06 SEC. compiling exported charthRoot : % -> Maybe % Time: 0.26 SEC. compiling exported charthRoot : % -> Maybe % Time: 0.16 SEC. compiling local clear : List % -> List S Time: 0.04 SEC. compiling exported conditionP : Matrix % -> Union(Vector %,failed) Time: 0.36 SEC. compiling exported factorPolynomial : SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial % Time: 0.20 SEC. compiling exported factorSquareFreePolynomial : SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial % Time: 0.20 SEC. (time taken in buildFunctor: 100) Time: 0.18 SEC. Warnings: [1] Rep differs from the base domain [2] retractIfCan: Type Fraction Integer is not in scope. Import it Cumulative Statistics for Constructor Fraction Time: 1.99 seconds --------------non extending category---------------------- Fraction #1 of category QuotientFieldCategory #1 with IF (has #1 (ATTRIBUTE canonical)) (IF (has #1 (GcdDomain)) (IF (has #1 (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonical) %noBranch) %noBranch) %noBranch has no IF(has#1OrderedRing(),OrderedRing,%noBranch) ---------------------------------------------------------- finalizing NRLIB FRAC Processing Fraction for Browser database: -- canonical : () -> attribute -- constructor ; compiling file "/tmp/oa-0z2M9v/code.lsp" (written 01 FEB 2016 10:55:10 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FRAC;coerce;S$;1| ...) ; compiling (DEFUN |FRAC;zero?;$B;2| ...) ; file: /tmp/oa-0z2M9v/code.lsp ; in: DEFUN |FRAC;zero?;$B;2| ; (DEFUN BOOT::|FRAC;zero?;$B;2| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (CAR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 12))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FRAC;zero?;$B;2| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FRAC;zero?;$B;2| ; (BOOT::SPADCALL (CAR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 12)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FRAC;retract;$S;3| ...) ; compiling (DEFUN |FRAC;retractIfCan;$U;4| ...) ; compiling (DEFUN |FRAC;retract;$S;5| ...) ; compiling (DEFUN |FRAC;retractIfCan;$U;6| ...) ; file: /tmp/oa-0z2M9v/code.lsp ; in: DEFUN |FRAC;retractIfCan;$U;6| ; (DEFUN BOOT::|FRAC;retractIfCan;$U;6| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (CAR BOOT::|x|) (CDR BOOT::|x|) ; (BOOT::|shellEntry| BOOT::$ 19))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FRAC;retractIfCan;$U;6| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FRAC;retractIfCan;$U;6| ; (BOOT::SPADCALL (CAR BOOT::|x|) (CDR BOOT::|x|) ; (BOOT::|shellEntry| BOOT::$ 19)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |FRAC;retract;$S;7| ...) ; compiling (DEFUN |FRAC;retractIfCan;$U;8| ...) ; file: /tmp/oa-0z2M9v/code.lsp ; in: DEFUN |FRAC;retractIfCan;$U;8| ; (DEFUN BOOT::|FRAC;retractIfCan;$U;8| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (CAR BOOT::|x|) (CDR BOOT::|x|) ; (BOOT::|shellEntry| BOOT::$ 19))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FRAC;retractIfCan;$U;8| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FRAC;retractIfCan;$U;8| ; (BOOT::SPADCALL (CAR BOOT::|x|) (CDR BOOT::|x|) ; (BOOT::|shellEntry| BOOT::$ 19)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |FRAC;wholePart;$S;9| ...) ; compiling (DEFUN |FRAC;floor;$S;10| ...) ; compiling (DEFUN |FRAC;ceiling;$S;11| ...) ; compiling (DEFUN |FRAC;normalize| ...) ; file: /tmp/oa-0z2M9v/code.lsp ; in: DEFUN |FRAC;normalize| ; (DEFUN BOOT::|FRAC;normalize| (BOOT::|x| BOOT::$) ; (COND ; ((BOOT::SPADCALL (CAR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 12)) ; (BOOT::|spadConstant| BOOT::$ 28)) ; ((BOOT::SPADCALL (CDR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 14)) ; BOOT::|x|) ; (T ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FRAC;normalize| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FRAC;normalize| ; (COND ((BOOT::SPADCALL # #) (BOOT::|spadConstant| BOOT::$ 28)) ; ((BOOT::SPADCALL # #) BOOT::|x|) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FRAC;recip;$U;13| ...) ; compiling (DEFUN |FRAC;cancelGcd| ...) ; compiling (DEFUN |FRAC;/;2S$;15| ...) ; file: /tmp/oa-0z2M9v/code.lsp ; in: DEFUN |FRAC;/;2S$;15| ; (DEFUN BOOT::|FRAC;/;2S$;15| (BOOT::|nn| BOOT::|dd| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|dd| (BOOT::|shellEntry| BOOT::$ 12)) ; (BOOT::|error| "division by zero")) ; (T ; (LET (#) ; (PROGN # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FRAC;/;2S$;15| ; (BOOT::|nn| BOOT::|dd| BOOT::$) ; (BLOCK BOOT::|FRAC;/;2S$;15| ; (COND ; ((BOOT::SPADCALL BOOT::|dd| #) (BOOT::|error| "division by zero")) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FRAC;+;3$;16| ...) ; compiling (DEFUN |FRAC;-;3$;17| ...) ; compiling (DEFUN |FRAC;*;3$;18| ...) ; file: /tmp/oa-0z2M9v/code.lsp ; in: DEFUN |FRAC;*;3$;18| ; (DEFUN BOOT::|FRAC;*;3$;18| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ; ((OR (BOOT::|FRAC;zero?;$B;2| BOOT::|x| BOOT::$) ; (BOOT::|FRAC;zero?;$B;2| BOOT::|y| BOOT::$)) ; (BOOT::|spadConstant| BOOT::$ 28)) ; ((BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 38)) BOOT::|y|) ; ((BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 38)) BOOT::|x|) ; (T ; (PROGN ; (LET # ; #) ; (BOOT::|FRAC;cancelGcd| BOOT::|x| BOOT::$) ; (BOOT::|FRAC;cancelGcd| BOOT::|y| BOOT::$) ; (BOOT::|FRAC;normalize| # BOOT::$))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FRAC;*;3$;18| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|FRAC;*;3$;18| ; (COND ((OR # #) (BOOT::|spadConstant| BOOT::$ 28)) ; ((BOOT::SPADCALL BOOT::|x| #) BOOT::|y|) ; ((BOOT::SPADCALL BOOT::|y| #) BOOT::|x|) (T (PROGN # # # #))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; CONS ; ; ; note: Assignment to argument: |y| ; prevents use of assertion from function type proclamation: ; CONS ; ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FRAC;*;I2$;19| ...) ; compiling (DEFUN |FRAC;*;S2$;20| ...) ; compiling (DEFUN |FRAC;differentiate;$M$;21| ...) ; compiling (DEFUN |FRAC;=;2$B;22| ...) ; file: /tmp/oa-0z2M9v/code.lsp ; in: DEFUN |FRAC;=;2$B;22| ; (DEFUN BOOT::|FRAC;=;2$B;22| (BOOT::|x| BOOT::|y| BOOT::$) ; (AND ; (BOOT::SPADCALL (CAR BOOT::|x|) (CAR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 46)) ; (BOOT::SPADCALL (CDR BOOT::|x|) (CDR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 46)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FRAC;=;2$B;22| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|FRAC;=;2$B;22| ; (AND ; (BOOT::SPADCALL (CAR BOOT::|x|) (CAR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 46)) ; (BOOT::SPADCALL (CDR BOOT::|x|) (CDR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 46))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FRAC;one?;$B;23| ...) ; file: /tmp/oa-0z2M9v/code.lsp ; in: DEFUN |FRAC;one?;$B;23| ; (DEFUN BOOT::|FRAC;one?;$B;23| (BOOT::|x| BOOT::$) ; (AND (BOOT::SPADCALL (CAR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 14)) ; (BOOT::SPADCALL (CDR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 14)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FRAC;one?;$B;23| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FRAC;one?;$B;23| ; (AND (BOOT::SPADCALL (CAR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 14)) ; (BOOT::SPADCALL (CDR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 14))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FRAC;/;2S$;24| ...) ; file: /tmp/oa-0z2M9v/code.lsp ; in: DEFUN |FRAC;/;2S$;24| ; (DEFUN BOOT::|FRAC;/;2S$;24| (BOOT::|nn| BOOT::|dd| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|dd| (BOOT::|shellEntry| BOOT::$ 12)) ; (BOOT::|error| "division by zero")) ; (T (CONS BOOT::|nn| BOOT::|dd|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FRAC;/;2S$;24| ; (BOOT::|nn| BOOT::|dd| BOOT::$) ; (BLOCK BOOT::|FRAC;/;2S$;24| ; (COND ; ((BOOT::SPADCALL BOOT::|dd| #) (BOOT::|error| "division by zero")) ; (T (CONS BOOT::|nn| BOOT::|dd|))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FRAC;recip;$U;25| ...) ; compiling (DEFUN |FRAC;retract;$F;26| ...) ; compiling (DEFUN |FRAC;retractIfCan;$U;27| ...) ; file: /tmp/oa-0z2M9v/code.lsp ; in: DEFUN |FRAC;retractIfCan;$U;27| ; (DEFUN BOOT::|FRAC;retractIfCan;$U;27| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|u| (BOOT::SPADCALL BOOT::|x| #))) ; (COND ((EQL # 1) (CONS 1 "failed")) (T (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FRAC;retractIfCan;$U;27| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FRAC;retractIfCan;$U;27| ; (LET ((BOOT::|u| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |FRAC;retract;$F;28| ...) ; compiling (DEFUN |FRAC;retractIfCan;$U;29| ...) ; compiling (DEFUN |FRAC;gcdPolynomial;3Sup;30| ...) ; compiling (DEFUN |FRAC;gcdPolynomial;3Sup;30!3| ...) ; compiling (DEFUN |FRAC;gcdPolynomial;3Sup;30!2| ...) ; compiling (DEFUN |FRAC;gcdPolynomial;3Sup;30!1| ...) ; compiling (DEFUN |FRAC;gcdPolynomial;3Sup;30!0| ...) ; compiling (DEFUN |FRAC;charthRoot;$M;31| ...) ; compiling (DEFUN |FRAC;charthRoot;$M;32| ...) ; compiling (DEFUN |FRAC;charthRoot;$M;33| ...) ; compiling (DEFUN |FRAC;clear| ...) ; file: /tmp/oa-0z2M9v/code.lsp ; in: DEFUN |FRAC;clear| ; (DEFUN BOOT::|FRAC;clear| (BOOT::|l| BOOT::$) ; (LET ((BOOT::|d| ; (LET # ; #))) ; (LET ((#:G1117 BOOT::|l|) (#:G1007 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FRAC;clear| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|FRAC;clear| ; (LET ((BOOT::|d| #)) ; (LET (# #) ; (LOOP # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |FRAC;conditionP;MU;35| ...) ; compiling (DEFUN |FRAC;factorPolynomial;SupF;36| ...) ; compiling (DEFUN |FRAC;factorPolynomial;SupF;36!3| ...) ; compiling (DEFUN |FRAC;factorPolynomial;SupF;36!2| ...) ; compiling (DEFUN |FRAC;factorPolynomial;SupF;36!1| ...) ; compiling (DEFUN |FRAC;factorPolynomial;SupF;36!0| ...) ; compiling (DEFUN |FRAC;factorSquareFreePolynomial;SupF;37| ...) ; compiling (DEFUN |FRAC;factorSquareFreePolynomial;SupF;37!3| ...) ; compiling (DEFUN |FRAC;factorSquareFreePolynomial;SupF;37!2| ...) ; compiling (DEFUN |FRAC;factorSquareFreePolynomial;SupF;37!1| ...) ; compiling (DEFUN |FRAC;factorSquareFreePolynomial;SupF;37!0| ...) ; compiling (DEFUN |Fraction| ...) ; compiling (DEFUN |Fraction;| ...) ; compiling (MAKEPROP (QUOTE |Fraction|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 13 notes ; /tmp/oa-0z2M9v/code.fasl written ; compilation finished in 0:00:00.184 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/GCDDOM.fasl --optimize=3 GCDDOM.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GCDDOM.spad using Spad compiler. GCDDOM abbreviates category GcdDomain debug: compDefine1 lhs: (GcdDomain) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for GcdDomain compiling into /tmp/oa-qcPOWY STYLE-WARNING: redefining BOOT::|GcdDomain| in DEFUN Time: 0.00 SEC. GCDDOM- abbreviates package GcdDomain& ------------------------------------------------------------------------ initializing stationary directory for GcdDomain& compiling into /tmp/oa-aseLYd compiling exported lcm : (S,S) -> S Time: 0.06 SEC. compiling exported lcm : List S -> S Time: 0.00 SEC. compiling exported gcd : List S -> S Time: 0.00 SEC. compiling exported gcdPolynomial : (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S Time: 0.06 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] gcdPolynomial: positive? has no value [2] gcdPolynomial: not known that Ring is of mode CATEGORY(package,gcdPolynomial: (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S,lcm: List S -> S,lcm: (S,S) -> S,gcd: List S -> S,gcd: (S,S) -> S) Cumulative Statistics for Constructor GcdDomain& Time: 0.12 seconds finalizing NRLIB GCDDOM- ; compiling file "/tmp/oa-aseLYd/code.lsp" (written 01 FEB 2016 10:55:10 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |GCDDOM-;lcm;3$;1| ...) ; compiling (DEFUN |GCDDOM-;lcm;L$;2| ...) ; compiling (DEFUN |GCDDOM-;gcd;L$;3| ...) ; compiling (DEFUN |GCDDOM-;gcdPolynomial;3Sup;4| ...) ; compiling (DEFUN |GcdDomain&| ...) ; compiling (MAKEPROP (QUOTE |GcdDomain&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-aseLYd/code.fasl written ; compilation finished in 0:00:00.038 ------------------------------------------------------------------------ finalizing NRLIB GCDDOM Processing GcdDomain for Browser database: -- gcd : (%,%) -> % -- gcd : List % -> % -- lcm : (%,%) -> % -- lcm : List % -> % --->../../x86_64-unknown-linux-gnu/src/algebra/catdef.spad-->GcdDomain((gcdPolynomial ((SparseUnivariatePolynomial %) (SparseUnivariatePolynomial %) (SparseUnivariatePolynomial %)))): Not documented!!!! -- constructor -- constructor --->../../x86_64-unknown-linux-gnu/src/algebra/catdef.spad-->GcdDomain: Spurious comments: \indented{1}{gcdPolynomial(\spad{p},{}\spad{q}) returns the greatest common divisor (gcd) of} univariate polynomials over the domain ; compiling file "/tmp/oa-qcPOWY/code.lsp" (written 01 FEB 2016 10:55:10 PM): ; compiling (DEFPARAMETER |GcdDomain;AL| ...) ; compiling (DEFUN |GcdDomain;| ...) ; compiling (DEFUN |GcdDomain| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-qcPOWY/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/DIFFDOM.fasl --optimize=3 DIFFDOM.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DIFFDOM.spad using Spad compiler. DIFFDOM abbreviates category DifferentialDomain debug: compDefine1 lhs: (DifferentialDomain T$) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (T$) debug: evaluateType form: (Type) $param: (T$) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (DifferentialDomain T$) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (T$) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for DifferentialDomain compiling into /tmp/oa-KaPRwi STYLE-WARNING: redefining BOOT::|DifferentialDomain| in DEFUN Time: 0.01 SEC. DIFFDOM- abbreviates package DifferentialDomain& ------------------------------------------------------------------------ initializing stationary directory for DifferentialDomain& compiling into /tmp/oa-vLbUby compiling exported D : S -> T Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor DifferentialDomain& Time: 0.00 seconds finalizing NRLIB DIFFDOM- ; compiling file "/tmp/oa-vLbUby/code.lsp" (written 01 FEB 2016 10:55:10 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DIFFDOM-;D;$T$;1| ...) ; compiling (DEFUN |DifferentialDomain&| ...) ; compiling (MAKEPROP (QUOTE |DifferentialDomain&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-vLbUby/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ finalizing NRLIB DIFFDOM Processing DifferentialDomain for Browser database: -- differentiate : % -> T -- D : % -> T -- constructor ; compiling file "/tmp/oa-KaPRwi/code.lsp" (written 01 FEB 2016 10:55:10 PM): ; compiling (DEFPARAMETER |DifferentialDomain;AL| ...) ; compiling (DEFUN |DifferentialDomain;| ...) ; compiling (DEFUN |DifferentialDomain| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-KaPRwi/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/DIFFSPC.fasl --optimize=3 DIFFSPC.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DIFFSPC.spad using Spad compiler. DIFFSPC abbreviates category DifferentialSpace debug: compDefine1 lhs: (DifferentialSpace) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for DifferentialSpace compiling into /tmp/oa-1jWV1s STYLE-WARNING: redefining BOOT::|DifferentialSpace| in DEFUN Time: 0.00 SEC. DIFFSPC- abbreviates package DifferentialSpace& ------------------------------------------------------------------------ initializing stationary directory for DifferentialSpace& compiling into /tmp/oa-1QEPWI compiling exported differentiate : (S,NonNegativeInteger) -> S Time: 0.03 SEC. compiling exported D : (S,NonNegativeInteger) -> S Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor DifferentialSpace& Time: 0.04 seconds finalizing NRLIB DIFFSPC- ; compiling file "/tmp/oa-1QEPWI/code.lsp" (written 01 FEB 2016 10:55:10 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DIFFSPC-;differentiate;$Nni$;1| ...) ; compiling (DEFUN |DIFFSPC-;D;$Nni$;2| ...) ; compiling (DEFUN |DifferentialSpace&| ...) ; compiling (MAKEPROP (QUOTE |DifferentialSpace&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-1QEPWI/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ finalizing NRLIB DIFFSPC Processing DifferentialSpace for Browser database: -- differentiate : (%,NonNegativeInteger) -> % -- D : (%,NonNegativeInteger) -> % -- constructor ; compiling file "/tmp/oa-1jWV1s/code.lsp" (written 01 FEB 2016 10:55:10 PM): ; compiling (DEFPARAMETER |DifferentialSpace;AL| ...) ; compiling (DEFUN |DifferentialSpace;| ...) ; compiling (DEFUN |DifferentialSpace| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-1jWV1s/code.fasl written ; compilation finished in 0:00:00.006 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/PDDOM.fasl --optimize=3 PDDOM.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PDDOM.spad using Spad compiler. PDDOM abbreviates category PartialDifferentialDomain debug: compDefine1 lhs: (PartialDifferentialDomain T$ S) signature (pre-evaluate): ((Category) (Type) (Type)) debug: evaluateType form: (Category) $param: (T$ S) debug: evaluateType form: (Type) $param: (T$ S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Type) $param: (T$ S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type) (Type)) debug: compDefine1 lhs: (PartialDifferentialDomain T$ S) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (T$ S) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PartialDifferentialDomain compiling into /tmp/oa-jQPuGq STYLE-WARNING: redefining BOOT::|PartialDifferentialDomain| in DEFUN Time: 0.01 SEC. PDDOM- abbreviates package PartialDifferentialDomain& ------------------------------------------------------------------------ initializing stationary directory for PartialDifferentialDomain& compiling into /tmp/oa-9VnCWG compiling exported D : (A,S) -> T Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor PartialDifferentialDomain& Time: 0.00 seconds finalizing NRLIB PDDOM- ; compiling file "/tmp/oa-9VnCWG/code.lsp" (written 01 FEB 2016 10:55:11 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PDDOM-;D;$ST$;1| ...) ; compiling (DEFUN |PartialDifferentialDomain&| ...) ; compiling (MAKEPROP (QUOTE |PartialDifferentialDomain&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-9VnCWG/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ finalizing NRLIB PDDOM Processing PartialDifferentialDomain for Browser database: -- differentiate : (%,S) -> T -- D : (%,S) -> T -- constructor ; compiling file "/tmp/oa-jQPuGq/code.lsp" (written 01 FEB 2016 10:55:11 PM): ; compiling (DEFPARAMETER |PartialDifferentialDomain;AL| ...) ; compiling (DEFUN |PartialDifferentialDomain;| ...) ; compiling (DEFUN |PartialDifferentialDomain| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-jQPuGq/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/PDSPC.fasl --optimize=3 PDSPC.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PDSPC.spad using Spad compiler. PDSPC abbreviates category PartialDifferentialSpace debug: compDefine1 lhs: (PartialDifferentialSpace S) signature (pre-evaluate): ((Category) (BasicType)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (BasicType) $param: (S) Debug: evaluateType1 form: (BasicType) debug: compDefine1 signature (post evaluate): ((Category) (BasicType)) debug: compDefine1 lhs: (PartialDifferentialSpace S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for PartialDifferentialSpace compiling into /tmp/oa-F4A9vy STYLE-WARNING: redefining BOOT::|PartialDifferentialSpace| in DEFUN Time: 0.01 SEC. PDSPC- abbreviates package PartialDifferentialSpace& ------------------------------------------------------------------------ initializing stationary directory for PartialDifferentialSpace& compiling into /tmp/oa-rt0x3O compiling exported differentiate : (A,List S) -> A Time: 0.01 SEC. compiling exported differentiate : (A,S,NonNegativeInteger) -> A Time: 0.03 SEC. compiling exported differentiate : (A,List S,List NonNegativeInteger) -> A Time: 0.02 SEC. compiling exported D : (A,S) -> A Time: 0 SEC. compiling exported D : (A,List S) -> A Time: 0.00 SEC. compiling exported D : (A,S,NonNegativeInteger) -> A Time: 0.00 SEC. compiling exported D : (A,List S,List NonNegativeInteger) -> A Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor PartialDifferentialSpace& Time: 0.07 seconds finalizing NRLIB PDSPC- ; compiling file "/tmp/oa-rt0x3O/code.lsp" (written 01 FEB 2016 10:55:11 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PDSPC-;differentiate;$L$;1| ...) ; compiling (DEFUN |PDSPC-;differentiate;$SNni$;2| ...) ; compiling (DEFUN |PDSPC-;differentiate;$LL$;3| ...) ; compiling (DEFUN |PDSPC-;D;$S$;4| ...) ; compiling (DEFUN |PDSPC-;D;$L$;5| ...) ; compiling (DEFUN |PDSPC-;D;$SNni$;6| ...) ; compiling (DEFUN |PDSPC-;D;$LL$;7| ...) ; compiling (DEFUN |PartialDifferentialSpace&| ...) ; compiling (MAKEPROP (QUOTE |PartialDifferentialSpace&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-rt0x3O/code.fasl written ; compilation finished in 0:00:00.025 ------------------------------------------------------------------------ finalizing NRLIB PDSPC Processing PartialDifferentialSpace for Browser database: -- differentiate : (%,List S) -> % -- differentiate : (%,S,NonNegativeInteger) -> % -- differentiate : (%,List S,List NonNegativeInteger) -> % -- D : (%,List S) -> % -- D : (%,S,NonNegativeInteger) -> % -- D : (%,List S,List NonNegativeInteger) -> % -- constructor ; compiling file "/tmp/oa-F4A9vy/code.lsp" (written 01 FEB 2016 10:55:11 PM): ; compiling (DEFPARAMETER |PartialDifferentialSpace;AL| ...) ; compiling (DEFUN |PartialDifferentialSpace;| ...) ; compiling (DEFUN |PartialDifferentialSpace| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-F4A9vy/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/DSEXT.fasl --optimize=3 DSEXT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DSEXT.spad using Spad compiler. DSEXT abbreviates category DifferentialSpaceExtension debug: compDefine1 lhs: (DifferentialSpaceExtension R) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (DifferentialSpaceExtension R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for DifferentialSpaceExtension compiling into /tmp/oa-7JJT2O STYLE-WARNING: redefining BOOT::|DifferentialSpaceExtension| in DEFUN Time: 0.01 SEC. DSEXT- abbreviates package DifferentialSpaceExtension& ------------------------------------------------------------------------ initializing stationary directory for DifferentialSpaceExtension& compiling into /tmp/oa-YEoT75 compiling exported differentiate : (S,R -> R,NonNegativeInteger) -> S Time: 0.04 SEC. compiling exported D : (S,R -> R) -> S Time: 0 SEC. compiling exported D : (S,R -> R,NonNegativeInteger) -> S Time: 0.00 SEC. compiling exported differentiate : S -> S Time: 0.00 SEC. compiling exported differentiate : (S,Symbol) -> S Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor DifferentialSpaceExtension& Time: 0.05 seconds finalizing NRLIB DSEXT- ; compiling file "/tmp/oa-YEoT75/code.lsp" (written 01 FEB 2016 10:55:11 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DSEXT-;differentiate;$MNni$;1| ...) ; compiling (DEFUN |DSEXT-;D;$M$;2| ...) ; compiling (DEFUN |DSEXT-;D;$MNni$;3| ...) ; compiling (DEFUN |DSEXT-;differentiate;2$;4| ...) ; compiling (DEFUN |DSEXT-;differentiate;$S$;5| ...) ; compiling (DEFUN |DSEXT-;differentiate;$S$;5!0| ...) ; compiling (DEFUN |DifferentialSpaceExtension&| ...) ; compiling (MAKEPROP (QUOTE |DifferentialSpaceExtension&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-YEoT75/code.fasl written ; compilation finished in 0:00:00.025 ------------------------------------------------------------------------ finalizing NRLIB DSEXT Processing DifferentialSpaceExtension for Browser database: -- differentiate : (%,(R -> R)) -> % -- differentiate : (%,(R -> R),NonNegativeInteger) -> % -- D : (%,(R -> R)) -> % -- D : (%,(R -> R),NonNegativeInteger) -> % -- constructor ; compiling file "/tmp/oa-7JJT2O/code.lsp" (written 01 FEB 2016 10:55:11 PM): ; compiling (DEFPARAMETER |DifferentialSpaceExtension;AL| ...) ; compiling (DEFUN |DifferentialSpaceExtension;| ...) ; compiling (DEFUN |DifferentialSpaceExtension| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-7JJT2O/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/DIFRING.fasl --optimize=3 DIFRING.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DIFRING.spad using Spad compiler. DIFRING abbreviates category DifferentialRing debug: compDefine1 lhs: (DifferentialRing) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for DifferentialRing compiling into /tmp/oa-uSM4s5 STYLE-WARNING: redefining BOOT::|DifferentialRing| in DEFUN Time: 0.01 SEC. finalizing NRLIB DIFRING Processing DifferentialRing for Browser database: -- constructor ; compiling file "/tmp/oa-uSM4s5/code.lsp" (written 01 FEB 2016 10:55:11 PM): ; compiling (DEFPARAMETER |DifferentialRing;AL| ...) ; compiling (DEFUN |DifferentialRing;| ...) ; compiling (DEFUN |DifferentialRing| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-uSM4s5/code.fasl written ; compilation finished in 0:00:00.006 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/PDRING.fasl --optimize=3 PDRING.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PDRING.spad using Spad compiler. PDRING abbreviates category PartialDifferentialRing debug: compDefine1 lhs: (PartialDifferentialRing S) signature (pre-evaluate): ((Category) (BasicType)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (BasicType) $param: (S) Debug: evaluateType1 form: (BasicType) debug: compDefine1 signature (post evaluate): ((Category) (BasicType)) debug: compDefine1 lhs: (PartialDifferentialRing S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for PartialDifferentialRing compiling into /tmp/oa-etxUfc STYLE-WARNING: redefining BOOT::|PartialDifferentialRing| in DEFUN Time: 0.01 SEC. finalizing NRLIB PDRING Processing PartialDifferentialRing for Browser database: -- constructor ; compiling file "/tmp/oa-etxUfc/code.lsp" (written 01 FEB 2016 10:55:11 PM): ; compiling (DEFPARAMETER |PartialDifferentialRing;AL| ...) ; compiling (DEFUN |PartialDifferentialRing;| ...) ; compiling (DEFUN |PartialDifferentialRing| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-etxUfc/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/DIFEXT.fasl --optimize=3 DIFEXT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DIFEXT.spad using Spad compiler. DIFEXT abbreviates category DifferentialExtension debug: compDefine1 lhs: (DifferentialExtension R) signature (pre-evaluate): ((Category) (Ring)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((Category) (Ring)) debug: compDefine1 lhs: (DifferentialExtension R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for DifferentialExtension compiling into /tmp/oa-gb2aRi STYLE-WARNING: redefining BOOT::|DifferentialExtension| in DEFUN Time: 0.01 SEC. finalizing NRLIB DIFEXT Processing DifferentialExtension for Browser database: -- constructor ; compiling file "/tmp/oa-gb2aRi/code.lsp" (written 01 FEB 2016 10:55:11 PM): ; compiling (DEFPARAMETER |DifferentialExtension;AL| ...) ; compiling (DEFUN |DifferentialExtension;| ...) ; compiling (DEFUN |DifferentialExtension| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-gb2aRi/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/FEVALAB.fasl --optimize=3 FEVALAB.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FEVALAB.spad using Spad compiler. FEVALAB abbreviates category FullyEvalableOver debug: compDefine1 lhs: (FullyEvalableOver R) signature (pre-evaluate): ((Category) (SetCategory)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Category) (SetCategory)) debug: compDefine1 lhs: (FullyEvalableOver R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for FullyEvalableOver compiling into /tmp/oa-wec9xr STYLE-WARNING: redefining BOOT::|FullyEvalableOver| in DEFUN Time: 0.01 SEC. FEVALAB- abbreviates package FullyEvalableOver& ------------------------------------------------------------------------ initializing stationary directory for FullyEvalableOver& compiling into /tmp/oa-DntkXJ compiling exported elt : (S,R) -> S Time: 0.01 SEC. compiling exported eval : (S,List Equation R) -> S Time: 0.01 SEC. compiling exported eval : (S,List Symbol,List R) -> S Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor FullyEvalableOver& Time: 0.03 seconds finalizing NRLIB FEVALAB- ; compiling file "/tmp/oa-DntkXJ/code.lsp" (written 01 FEB 2016 10:55:11 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FEVALAB-;elt;$R$;1| ...) ; compiling (DEFUN |FEVALAB-;elt;$R$;1!0| ...) ; compiling (DEFUN |FEVALAB-;eval;$L$;2| ...) ; compiling (DEFUN |FEVALAB-;eval;$L$;2!0| ...) ; compiling (DEFUN |FEVALAB-;eval;$LL$;3| ...) ; compiling (DEFUN |FEVALAB-;eval;$LL$;3!0| ...) ; compiling (DEFUN |FullyEvalableOver&| ...) ; compiling (MAKEPROP (QUOTE |FullyEvalableOver&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-DntkXJ/code.fasl written ; compilation finished in 0:00:00.023 ------------------------------------------------------------------------ finalizing NRLIB FEVALAB Processing FullyEvalableOver for Browser database: -- constructor ; compiling file "/tmp/oa-wec9xr/code.lsp" (written 01 FEB 2016 10:55:11 PM): ; compiling (DEFPARAMETER |FullyEvalableOver;AL| ...) ; compiling (DEFUN |FullyEvalableOver;| ...) ; compiling (DEFUN |FullyEvalableOver| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-wec9xr/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/RETRACT.fasl --optimize=3 RETRACT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RETRACT.spad using Spad compiler. RETRACT abbreviates category RetractableTo debug: compDefine1 lhs: (RetractableTo S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (RetractableTo S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for RetractableTo compiling into /tmp/oa-cliyat STYLE-WARNING: redefining BOOT::|RetractableTo| in DEFUN Time: 0.01 SEC. RETRACT- abbreviates package RetractableTo& ------------------------------------------------------------------------ initializing stationary directory for RetractableTo& compiling into /tmp/oa-s9jzWL compiling exported retract : A -> S Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor RetractableTo& Time: 0.02 seconds finalizing NRLIB RETRACT- ; compiling file "/tmp/oa-s9jzWL/code.lsp" (written 01 FEB 2016 10:55:12 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RETRACT-;retract;$S;1| ...) ; compiling (DEFUN |RetractableTo&| ...) ; compiling (MAKEPROP (QUOTE |RetractableTo&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-s9jzWL/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ finalizing NRLIB RETRACT Processing RetractableTo for Browser database: -- retractIfCan : % -> Union(S,"failed") -- retract : % -> S -- constructor ; compiling file "/tmp/oa-cliyat/code.lsp" (written 01 FEB 2016 10:55:12 PM): ; compiling (DEFPARAMETER |RetractableTo;AL| ...) ; compiling (DEFUN |RetractableTo;| ...) ; compiling (DEFUN |RetractableTo| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-cliyat/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/TBAGG.fasl --optimize=3 TBAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TBAGG.spad using Spad compiler. TBAGG abbreviates category TableAggregate debug: compDefine1 lhs: (TableAggregate Key Entry) signature (pre-evaluate): ((Category) (SetCategory) (SetCategory)) debug: evaluateType form: (Category) $param: (Key Entry) debug: evaluateType form: (SetCategory) $param: (Key Entry) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (SetCategory) $param: (Key Entry) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Category) (SetCategory) (SetCategory)) debug: compDefine1 lhs: (TableAggregate Key Entry) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (Key Entry) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for TableAggregate compiling into /tmp/oa-fpxdzD STYLE-WARNING: redefining BOOT::|TableAggregate| in DEFUN Time: 0.01 SEC. TBAGG- abbreviates package TableAggregate& ------------------------------------------------------------------------ initializing stationary directory for TableAggregate& compiling into /tmp/oa-mBtpIW compiling exported table : () -> S Time: 0.02 SEC. compiling exported table : List Record(key: Key,entry: Entry) -> S Time: 0.01 SEC. compiling exported insert! : (Record(key: Key,entry: Entry),S) -> S Time: 0 SEC. compiling exported indices : S -> List Key Time: 0.01 SEC. compiling exported coerce : S -> OutputForm Time: 0.02 SEC. compiling exported map! : (Entry -> Entry,S) -> S Time: 0.00 SEC. compiling exported map : ((Entry,Entry) -> Entry,S,S) -> S Time: 0.01 SEC. compiling exported members : S -> List Record(key: Key,entry: Entry) Time: 0.02 SEC. compiling exported entries : S -> List Entry Time: 0.02 SEC. compiling exported = : (S,S) -> Boolean Time: 0.07 SEC. compiling exported map : (Record(key: Key,entry: Entry) -> Record(key: Key,entry: Entry),S) -> S Time: 0.01 SEC. compiling exported map! : (Record(key: Key,entry: Entry) -> Record(key: Key,entry: Entry),S) -> S Time: 0.02 SEC. compiling exported inspect : S -> Record(key: Key,entry: Entry) Time: 0.01 SEC. compiling exported find : (Record(key: Key,entry: Entry) -> Boolean,S) -> Union(Record(key: Key,entry: Entry),failed) Time: 0.01 SEC. compiling exported index? : (Key,S) -> Boolean Time: 0.00 SEC. compiling exported remove! : (Record(key: Key,entry: Entry),S) -> S Time: 0.00 SEC. compiling exported extract! : S -> Record(key: Key,entry: Entry) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] map!: key has no value [2] map!: entry has no value Cumulative Statistics for Constructor TableAggregate& Time: 0.24 seconds finalizing NRLIB TBAGG- ; compiling file "/tmp/oa-mBtpIW/code.lsp" (written 01 FEB 2016 10:55:12 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |TBAGG-;table;$;1| ...) ; compiling (DEFUN |TBAGG-;table;L$;2| ...) ; compiling (DEFUN |TBAGG-;insert!;R2$;3| ...) ; compiling (DEFUN |TBAGG-;indices;$L;4| ...) ; file: /tmp/oa-mBtpIW/code.lsp ; in: DEFUN |TBAGG-;indices;$L;4| ; (DEFUN BOOT::|TBAGG-;indices;$L;4| (BOOT::|t| BOOT::$) ; (BOOT::SPADCALL BOOT::|t| (BOOT::|shellEntry| BOOT::$ 18))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TBAGG-;indices;$L;4| ; (BOOT::|t| BOOT::$) ; (BLOCK BOOT::|TBAGG-;indices;$L;4| ; (BOOT::SPADCALL BOOT::|t| (BOOT::|shellEntry| BOOT::$ 18)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |TBAGG-;coerce;$Of;5| ...) ; compiling (DEFUN |TBAGG-;map!;M2$;6| ...) ; compiling (DEFUN |TBAGG-;map;M3$;7| ...) ; compiling (DEFUN |TBAGG-;members;$L;8| ...) ; file: /tmp/oa-mBtpIW/code.lsp ; in: DEFUN |TBAGG-;members;$L;8| ; (DEFUN BOOT::|TBAGG-;members;$L;8| (BOOT::|t| BOOT::$) ; (LET ((#:G657 (BOOT::SPADCALL BOOT::|t| #)) (#:G576 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G657 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TBAGG-;members;$L;8| ; (BOOT::|t| BOOT::$) ; (BLOCK BOOT::|TBAGG-;members;$L;8| ; (LET ((#:G657 #) (#:G576 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |TBAGG-;entries;$L;9| ...) ; file: /tmp/oa-mBtpIW/code.lsp ; in: DEFUN |TBAGG-;entries;$L;9| ; (DEFUN BOOT::|TBAGG-;entries;$L;9| (BOOT::|t| BOOT::$) ; (LET ((#:G658 (BOOT::SPADCALL BOOT::|t| #)) (#:G581 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G658 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TBAGG-;entries;$L;9| ; (BOOT::|t| BOOT::$) ; (BLOCK BOOT::|TBAGG-;entries;$L;9| ; (LET ((#:G658 #) (#:G581 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |TBAGG-;=;2$B;10| ...) ; compiling (DEFUN |TBAGG-;map;M2$;11| ...) ; compiling (DEFUN |TBAGG-;map!;M2$;12| ...) ; compiling (DEFUN |TBAGG-;inspect;$R;13| ...) ; file: /tmp/oa-mBtpIW/code.lsp ; in: DEFUN |TBAGG-;inspect;$R;13| ; (DEFUN BOOT::|TBAGG-;inspect;$R;13| (BOOT::|t| BOOT::$) ; (LET ((BOOT::|ks| (BOOT::SPADCALL BOOT::|t| #))) ; (COND ; ((NULL BOOT::|ks|) ; (BOOT::|error| "Cannot extract from an empty aggregate")) ; (T (CONS # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TBAGG-;inspect;$R;13| ; (BOOT::|t| BOOT::$) ; (BLOCK BOOT::|TBAGG-;inspect;$R;13| ; (LET ((BOOT::|ks| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |TBAGG-;find;M$U;14| ...) ; compiling (DEFUN |TBAGG-;index?;Key$B;15| ...) ; compiling (DEFUN |TBAGG-;remove!;R2$;16| ...) ; compiling (DEFUN |TBAGG-;extract!;$R;17| ...) ; compiling (DEFUN |TableAggregate&| ...) ; compiling (MAKEPROP (QUOTE |TableAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 4 notes ; /tmp/oa-mBtpIW/code.fasl written ; compilation finished in 0:00:00.059 ------------------------------------------------------------------------ finalizing NRLIB TBAGG Processing TableAggregate for Browser database: -- table : () -> % -- table : List Record(key: Key,entry: Entry) -> % -- map : (((Entry,Entry) -> Entry),%,%) -> % -- constructor ; compiling file "/tmp/oa-fpxdzD/code.lsp" (written 01 FEB 2016 10:55:12 PM): ; compiling (DEFPARAMETER |TableAggregate;AL| ...) ; compiling (DEFUN |TableAggregate;| ...) ; compiling (DEFUN |TableAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-fpxdzD/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/FRETRCT.fasl --optimize=3 FRETRCT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FRETRCT.spad using Spad compiler. FRETRCT abbreviates category FullyRetractableTo debug: compDefine1 lhs: (FullyRetractableTo S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (FullyRetractableTo S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for FullyRetractableTo compiling into /tmp/oa-ySUhWb STYLE-WARNING: redefining BOOT::|FullyRetractableTo| in DEFUN Time: 0.01 SEC. FRETRCT- abbreviates package FullyRetractableTo& ------------------------------------------------------------------------ initializing stationary directory for FullyRetractableTo& compiling into /tmp/oa-fAi79v compiling exported coerce : Integer -> A Time: 0.01 SEC. compiling exported retract : A -> Integer Time: 0.00 SEC. compiling exported retractIfCan : A -> Union(Integer,failed) Time: 0.00 SEC. compiling exported coerce : Fraction Integer -> A Time: 0.03 SEC. compiling exported retract : A -> Fraction Integer Time: 0.00 SEC. compiling exported retractIfCan : A -> Union(Fraction Integer,failed) Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor FullyRetractableTo& Time: 0.06 seconds finalizing NRLIB FRETRCT- ; compiling file "/tmp/oa-fAi79v/code.lsp" (written 01 FEB 2016 10:55:12 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FRETRCT-;coerce;I$;1| ...) ; compiling (DEFUN |FRETRCT-;retract;$I;2| ...) ; file: /tmp/oa-fAi79v/code.lsp ; in: DEFUN |FRETRCT-;retract;$I;2| ; (DEFUN BOOT::|FRETRCT-;retract;$I;2| (BOOT::|r| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 12)) ; (BOOT::|shellEntry| BOOT::$ 13))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FRETRCT-;retract;$I;2| ; (BOOT::|r| BOOT::$) ; (BLOCK BOOT::|FRETRCT-;retract;$I;2| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 12)) ; (BOOT::|shellEntry| BOOT::$ 13)))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |FRETRCT-;retractIfCan;$U;3| ...) ; file: /tmp/oa-fAi79v/code.lsp ; in: DEFUN |FRETRCT-;retractIfCan;$U;3| ; (DEFUN BOOT::|FRETRCT-;retractIfCan;$U;3| (BOOT::|r| BOOT::$) ; (LET ((BOOT::|u| (BOOT::SPADCALL BOOT::|r| #))) ; (COND ((EQL # 1) (CONS 1 "failed")) (T (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FRETRCT-;retractIfCan;$U;3| ; (BOOT::|r| BOOT::$) ; (BLOCK BOOT::|FRETRCT-;retractIfCan;$U;3| ; (LET ((BOOT::|u| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |FRETRCT-;coerce;F$;4| ...) ; compiling (DEFUN |FRETRCT-;retract;$F;5| ...) ; compiling (DEFUN |FRETRCT-;retractIfCan;$U;6| ...) ; file: /tmp/oa-fAi79v/code.lsp ; in: DEFUN |FRETRCT-;retractIfCan;$U;6| ; (DEFUN BOOT::|FRETRCT-;retractIfCan;$U;6| (BOOT::|r| BOOT::$) ; (LET ((BOOT::|u| (BOOT::SPADCALL BOOT::|r| #))) ; (COND ((EQL # 1) (CONS 1 "failed")) (T (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FRETRCT-;retractIfCan;$U;6| ; (BOOT::|r| BOOT::$) ; (BLOCK BOOT::|FRETRCT-;retractIfCan;$U;6| ; (LET ((BOOT::|u| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |FullyRetractableTo&| ...) ; compiling (MAKEPROP (QUOTE |FullyRetractableTo&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 3 notes ; /tmp/oa-fAi79v/code.fasl written ; compilation finished in 0:00:00.022 ------------------------------------------------------------------------ finalizing NRLIB FRETRCT Processing FullyRetractableTo for Browser database: -- constructor ; compiling file "/tmp/oa-ySUhWb/code.lsp" (written 01 FEB 2016 10:55:12 PM): ; compiling (DEFPARAMETER |FullyRetractableTo;AL| ...) ; compiling (DEFUN |FullyRetractableTo;| ...) ; compiling (DEFUN |FullyRetractableTo| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-ySUhWb/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/VOID.fasl --optimize=3 VOID.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/VOID.spad using Spad compiler. VOID abbreviates domain Void debug: compDefine1 lhs: (Void) signature (pre-evaluate): ((Join (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE void ($))))) debug: evaluateType form: (Join (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE void ($)))) $param: NIL debug: evaluateType form: (CoercibleTo (OutputForm)) $param: NIL Debug: evaluateType1 form: (CoercibleTo (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE void ($))) $param: NIL debug: compDefine1 signature (post evaluate): ((Join (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE void ($))))) ------------------------------------------------------------------------ initializing stationary directory for Void compiling into /tmp/oa-7Uuawq compiling exported void : () -> % VOID;void;$;1 is replaced by voidValue Time: 0 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor Void Time: 0.01 seconds finalizing NRLIB VOID Processing Void for Browser database: -- void : () -> % -- constructor ; compiling file "/tmp/oa-7Uuawq/code.lsp" (written 01 FEB 2016 10:55:12 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |VOID;void;$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |VOID;void;$;1| ...) ; compiling (DEFUN |VOID;coerce;$Of;2| ...) ; file: /tmp/oa-7Uuawq/code.lsp ; in: DEFUN |VOID;coerce;$Of;2| ; (DEFUN BOOT::|VOID;coerce;$Of;2| (BOOT::|v| BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 8))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|VOID;coerce;$Of;2| ; (BOOT::|v| BOOT::$) ; (BLOCK BOOT::|VOID;coerce;$Of;2| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 8)))) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |Void| ...) ; compiling (DEFUN |Void;| ...) ; compiling (MAKEPROP (QUOTE |Void|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; /tmp/oa-7Uuawq/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/SEX.fasl --optimize=3 SEX.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SEX.spad using Spad compiler. SEX abbreviates domain SExpression debug: compDefine1 lhs: (SExpression) signature (pre-evaluate): (NIL) debug: compDefine1 signature (post evaluate): (NIL) ------------------------------------------------------------------------ initializing stationary directory for SExpression compiling into /tmp/oa-d0iDQz (time taken in buildFunctor: 0) Time: 0.06 SEC. Cumulative Statistics for Constructor SExpression Time: 0.06 seconds finalizing NRLIB SEX Processing SExpression for Browser database: -- constructor ; compiling file "/tmp/oa-d0iDQz/code.lsp" (written 01 FEB 2016 10:55:12 PM): ; compiling (DEFUN |SExpression| ...) ; compiling (DEFUN |SExpression;| ...) ; compiling (MAKEPROP (QUOTE |SExpression|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-d0iDQz/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/FLOAT.fasl --optimize=3 FLOAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FLOAT.spad using Spad compiler. FLOAT abbreviates domain Float debug: compDefine1 lhs: (Float) signature (pre-evaluate): ((Join (FloatingPointSystem) (DifferentialRing) (ConvertibleTo (String)) (CoercibleTo (DoubleFloat)) (TranscendentalFunctionCategory) (ConvertibleTo (InputForm)) (ConvertibleFrom (DoubleFloat)) (CATEGORY domain (SIGNATURE / ($ $ (Integer))) (SIGNATURE ** ($ $ $)) (SIGNATURE normalize ($ $)) (SIGNATURE relerror ((Integer) $ $)) (SIGNATURE shift ($ $ (Integer))) (SIGNATURE rationalApproximation ((Fraction (Integer)) $ (NonNegativeInteger))) (SIGNATURE rationalApproximation ((Fraction (Integer)) $ (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE log2 ($)) (SIGNATURE log10 ($)) (SIGNATURE exp1 ($)) (SIGNATURE atan ($ $ $)) (SIGNATURE log2 ($ $)) (SIGNATURE log10 ($ $)) (SIGNATURE outputFloating ((Void))) (SIGNATURE outputFloating ((Void) (NonNegativeInteger))) (SIGNATURE outputFixed ((Void))) (SIGNATURE outputFixed ((Void) (NonNegativeInteger))) (SIGNATURE outputGeneral ((Void))) (SIGNATURE outputGeneral ((Void) (NonNegativeInteger))) (SIGNATURE outputSpacing ((Void) (NonNegativeInteger))) (ATTRIBUTE arbitraryPrecision) (ATTRIBUTE arbitraryExponent)))) debug: evaluateType form: (Join (FloatingPointSystem) (DifferentialRing) (ConvertibleTo (String)) (CoercibleTo (DoubleFloat)) (TranscendentalFunctionCategory) (ConvertibleTo (InputForm)) (ConvertibleFrom (DoubleFloat)) (CATEGORY domain (SIGNATURE / ($ $ (Integer))) (SIGNATURE ** ($ $ $)) (SIGNATURE normalize ($ $)) (SIGNATURE relerror ((Integer) $ $)) (SIGNATURE shift ($ $ (Integer))) (SIGNATURE rationalApproximation ((Fraction (Integer)) $ (NonNegativeInteger))) (SIGNATURE rationalApproximation ((Fraction (Integer)) $ (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE log2 ($)) (SIGNATURE log10 ($)) (SIGNATURE exp1 ($)) (SIGNATURE atan ($ $ $)) (SIGNATURE log2 ($ $)) (SIGNATURE log10 ($ $)) (SIGNATURE outputFloating ((Void))) (SIGNATURE outputFloating ((Void) (NonNegativeInteger))) (SIGNATURE outputFixed ((Void))) (SIGNATURE outputFixed ((Void) (NonNegativeInteger))) (SIGNATURE outputGeneral ((Void))) (SIGNATURE outputGeneral ((Void) (NonNegativeInteger))) (SIGNATURE outputSpacing ((Void) (NonNegativeInteger))) (ATTRIBUTE arbitraryPrecision) (ATTRIBUTE arbitraryExponent))) $param: NIL debug: evaluateType form: (FloatingPointSystem) $param: NIL Debug: evaluateType1 form: (FloatingPointSystem) debug: evaluateType form: (DifferentialRing) $param: NIL Debug: evaluateType1 form: (DifferentialRing) debug: evaluateType form: (ConvertibleTo (String)) $param: NIL Debug: evaluateType1 form: (ConvertibleTo (String)) debug: evaluateType1 x: (String) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evalCategory d: (String) c: (Type) debug: evaluateType form: (CoercibleTo (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (CoercibleTo (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (TranscendentalFunctionCategory) $param: NIL Debug: evaluateType1 form: (TranscendentalFunctionCategory) debug: evaluateType form: (ConvertibleTo (InputForm)) $param: NIL Debug: evaluateType1 form: (ConvertibleTo (InputForm)) debug: evaluateType1 x: (InputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (InputForm) $param: NIL Debug: evaluateType1 form: (InputForm) debug: evalCategory d: (InputForm) c: (Type) debug: evaluateType form: (ConvertibleFrom (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (ConvertibleFrom (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE / ($ $ (Integer))) (SIGNATURE ** ($ $ $)) (SIGNATURE normalize ($ $)) (SIGNATURE relerror ((Integer) $ $)) (SIGNATURE shift ($ $ (Integer))) (SIGNATURE rationalApproximation ((Fraction (Integer)) $ (NonNegativeInteger))) (SIGNATURE rationalApproximation ((Fraction (Integer)) $ (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE log2 ($)) (SIGNATURE log10 ($)) (SIGNATURE exp1 ($)) (SIGNATURE atan ($ $ $)) (SIGNATURE log2 ($ $)) (SIGNATURE log10 ($ $)) (SIGNATURE outputFloating ((Void))) (SIGNATURE outputFloating ((Void) (NonNegativeInteger))) (SIGNATURE outputFixed ((Void))) (SIGNATURE outputFixed ((Void) (NonNegativeInteger))) (SIGNATURE outputGeneral ((Void))) (SIGNATURE outputGeneral ((Void) (NonNegativeInteger))) (SIGNATURE outputSpacing ((Void) (NonNegativeInteger))) (ATTRIBUTE arbitraryPrecision) (ATTRIBUTE arbitraryExponent)) $param: NIL debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: compDefine1 signature (post evaluate): ((Join (FloatingPointSystem) (DifferentialRing) (ConvertibleTo (String)) (CoercibleTo (DoubleFloat)) (TranscendentalFunctionCategory) (ConvertibleTo (InputForm)) (ConvertibleFrom (DoubleFloat)) (CATEGORY domain (SIGNATURE / ($ $ (Integer))) (SIGNATURE ** ($ $ $)) (SIGNATURE normalize ($ $)) (SIGNATURE relerror ((Integer) $ $)) (SIGNATURE shift ($ $ (Integer))) (SIGNATURE rationalApproximation ((Fraction (Integer)) $ (NonNegativeInteger))) (SIGNATURE rationalApproximation ((Fraction (Integer)) $ (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE log2 ($)) (SIGNATURE log10 ($)) (SIGNATURE exp1 ($)) (SIGNATURE atan ($ $ $)) (SIGNATURE log2 ($ $)) (SIGNATURE log10 ($ $)) (SIGNATURE outputFloating ((Void))) (SIGNATURE outputFloating ((Void) (NonNegativeInteger))) (SIGNATURE outputFixed ((Void))) (SIGNATURE outputFixed ((Void) (NonNegativeInteger))) (SIGNATURE outputGeneral ((Void))) (SIGNATURE outputGeneral ((Void) (NonNegativeInteger))) (SIGNATURE outputSpacing ((Void) (NonNegativeInteger))) (ATTRIBUTE arbitraryPrecision) (ATTRIBUTE arbitraryExponent)))) ------------------------------------------------------------------------ initializing stationary directory for Float compiling into /tmp/oa-F2H29E compiling local shift2 : (Integer,Integer) -> Integer Time: 0.12 SEC. compiling exported asin : % -> % Time: 0.02 SEC. compiling exported acos : % -> % Time: 0.02 SEC. compiling exported atan : (%,%) -> % Time: 0.01 SEC. compiling exported atan : % -> % Time: 0.04 SEC. compiling local atanSeries : % -> % Time: 0.04 SEC. compiling local atanInverse : Integer -> % Time: 0.03 SEC. compiling exported sin : % -> % Time: 0.02 SEC. compiling local sinSeries : % -> % Time: 0.01 SEC. compiling exported cos : % -> % Time: 0.04 SEC. compiling local cosSeries : % -> % Time: 0.02 SEC. compiling exported tan : % -> % Time: 0.01 SEC. compiling exported pi : () -> % Time: 0.01 SEC. compiling local piRamanujan : () -> % Time: 0.31 SEC. compiling exported sinh : % -> % Time: 0.02 SEC. compiling exported cosh : % -> % Time: 0.00 SEC. compiling exported tanh : % -> % Time: 0.01 SEC. compiling exported asinh : % -> % Time: 0.02 SEC. compiling exported acosh : % -> % Time: 0.01 SEC. compiling exported atanh : % -> % Time: 0.03 SEC. compiling exported log : % -> % Time: 0.02 SEC. compiling local logSeries : % -> % Time: 0.01 SEC. compiling exported log2 : () -> % Time: 0.01 SEC. compiling exported log10 : () -> % Time: 0.03 SEC. compiling exported log2 : % -> % Time: 0.00 SEC. compiling exported log10 : % -> % Time: 0 SEC. compiling exported exp : % -> % Time: 0.04 SEC. compiling local expSeries : % -> % Time: 0.02 SEC. compiling local expInverse : Integer -> % Time: 0.06 SEC. compiling exported exp1 : () -> % Time: 0.01 SEC. compiling exported sqrt : % -> % Time: 0.02 SEC. compiling exported bits : () -> PositiveInteger Time: 0 SEC. compiling exported bits : PositiveInteger -> PositiveInteger Time: 0.00 SEC. compiling exported precision : () -> PositiveInteger Time: 0 SEC. compiling exported precision : PositiveInteger -> PositiveInteger Time: 0 SEC. compiling exported increasePrecision : Integer -> PositiveInteger Time: 0.00 SEC. compiling exported decreasePrecision : Integer -> PositiveInteger Time: 0.00 SEC. compiling local ceillog10base2 : PositiveInteger -> PositiveInteger Time: 0.02 SEC. compiling exported digits : () -> PositiveInteger Time: 0.16 SEC. compiling exported digits : PositiveInteger -> PositiveInteger Time: 0.01 SEC. compiling exported order : % -> Integer Time: 0 SEC. compiling exported relerror : (%,%) -> Integer Time: 0.00 SEC. compiling exported Zero : () -> % FLOAT;Zero;$;43 is replaced by %pair(0,0) Time: 0.00 SEC. compiling exported One : () -> % FLOAT;One;$;44 is replaced by %pair(1,0) Time: 0.00 SEC. compiling exported base : () -> PositiveInteger FLOAT;base;Pi;45 is replaced by 2 Time: 0 SEC. compiling exported mantissa : % -> Integer FLOAT;mantissa;$I;46 is replaced by %head Time: 0 SEC. compiling exported exponent : % -> Integer FLOAT;exponent;$I;47 is replaced by %tail Time: 0.00 SEC. compiling exported one? : % -> Boolean Time: 0 SEC. compiling exported zero? : % -> Boolean FLOAT;zero?;$B;49 a is replaced by %ieq(%head a,0) Time: 0.00 SEC. compiling exported negative? : % -> Boolean FLOAT;negative?;$B;50 a is replaced by %ilt(%head a,0) Time: 0 SEC. compiling exported positive? : % -> Boolean FLOAT;positive?;$B;51 a is replaced by %ilt(0,%head a) Time: 0.00 SEC. compiling local chop : (%,PositiveInteger) -> % Time: 0.01 SEC. compiling exported float : (Integer,Integer) -> % Time: 0.00 SEC. compiling exported float : (Integer,Integer,PositiveInteger) -> % Time: 0.02 SEC. compiling exported normalize : % -> % Time: 0.02 SEC. compiling exported shift : (%,Integer) -> % Time: 0.00 SEC. compiling exported = : (%,%) -> Boolean Time: 0.02 SEC. compiling exported < : (%,%) -> Boolean Time: 0.04 SEC. compiling exported abs : % -> % Time: 0.01 SEC. compiling exported ceiling : % -> % Time: 0.01 SEC. compiling exported wholePart : % -> Integer Time: 0 SEC. compiling exported floor : % -> % Time: 0.01 SEC. compiling exported round : % -> % Time: 0 SEC. compiling exported sign : % -> Integer FLOAT;sign;$I;64 x is replaced by %when( -1,%otherwise 1) Time: 0.00 SEC. compiling exported truncate : % -> % Time: 0.00 SEC. compiling exported recip : % -> Union(%,failed) Time: 0.00 SEC. compiling exported differentiate : % -> % Time: 0.00 SEC. compiling exported - : % -> % Time: 0 SEC. compiling local negate : % -> % Time: 0.00 SEC. compiling exported + : (%,%) -> % Time: 0.00 SEC. compiling exported - : (%,%) -> % Time: 0.00 SEC. compiling local sub : (%,%) -> % Time: 0 SEC. compiling local plus : (%,%) -> % Time: 0.02 SEC. compiling exported * : (%,%) -> % Time: 0.00 SEC. compiling exported * : (Integer,%) -> % Time: 0.03 SEC. compiling exported / : (%,%) -> % Time: 0.00 SEC. compiling exported / : (%,Integer) -> % Time: 0.03 SEC. compiling exported inv : % -> % Time: 0.00 SEC. compiling local times : (%,%) -> % Time: 0.00 SEC. compiling local itimes : (Integer,%) -> % Time: 0.00 SEC. compiling local dvide : (%,%) -> % Time: 0.04 SEC. compiling local square : (%,Integer) -> % Time: 0.00 SEC. compiling local power : (%,Integer) -> % Time: 0.01 SEC. compiling exported ** : (%,%) -> % Time: 0.08 SEC. compiling exported ** : (%,Fraction Integer) -> % Time: 0.14 SEC. compiling exported ** : (%,Integer) -> % Time: 0.08 SEC. compiling local convert10 : (%,Integer) -> % Time: 0.07 SEC. compiling local ceilLength10 : Integer -> Integer FLOAT;ceilLength10 n is replaced by %iadd(%iquo(%imul(146,%ilength n),485),1) Time: 0.01 SEC. compiling local floorLength10 : Integer -> Integer FLOAT;floorLength10 n is replaced by %iquo(%imul(643,%ilength n),2136) Time: 0.00 SEC. compiling local length10 : Integer -> Integer Time: 0.11 SEC. compiling local chop10 : (%,Integer) -> % Time: 0.01 SEC. compiling local normalize10 : (%,Integer) -> % Time: 0.03 SEC. compiling local times10 : (%,%,Integer) -> % Time: 0 SEC. compiling local quotient10 : (%,%,Integer) -> % Time: 0.04 SEC. compiling local power10 : (%,Integer,Integer) -> % Time: 0.02 SEC. compiling local padFromLeft : String -> String Time: 0.12 SEC. compiling local padFromRight : String -> String Time: 0.12 SEC. compiling local fixed : % -> String Time: 0.21 SEC. compiling local floating : % -> String Time: 0.07 SEC. compiling local general : % -> String Time: 0.26 SEC. compiling exported outputSpacing : NonNegativeInteger -> Void Time: 0.00 SEC. compiling exported outputFixed : () -> Void Time: 0.00 SEC. compiling exported outputFixed : NonNegativeInteger -> Void Time: 0.01 SEC. compiling exported outputGeneral : () -> Void Time: 0.00 SEC. compiling exported outputGeneral : NonNegativeInteger -> Void Time: 0.00 SEC. compiling exported outputFloating : () -> Void Time: 0.01 SEC. compiling exported outputFloating : NonNegativeInteger -> Void Time: 0.00 SEC. compiling exported convert : % -> String Time: 0.08 SEC. compiling exported coerce : % -> OutputForm Time: 0.03 SEC. compiling exported convert : % -> InputForm Debug compQuote expr: (QUOTE float) m: $EmptyMode Debug compQuote expr: (QUOTE float) m: (Symbol) Debug compQuote expr: (QUOTE float) m: $EmptyMode Debug compQuote expr: (QUOTE float) m: (Symbol) Debug compQuote expr: (QUOTE float) m: $EmptyMode Debug compQuote expr: (QUOTE float) m: (Symbol) Debug compQuote expr: (QUOTE float) m: $EmptyMode Debug compQuote expr: (QUOTE float) m: (Symbol) Debug compQuote expr: (QUOTE float) m: $EmptyMode Debug compQuote expr: (QUOTE float) m: (Symbol) Debug compQuote expr: (QUOTE float) m: $EmptyMode Debug compQuote expr: (QUOTE float) m: (Symbol) Time: 0.13 SEC. compiling exported convert : % -> Float FLOAT;convert;$F;111 x is replaced by x Time: 0.01 SEC. compiling exported convert : % -> DoubleFloat Time: 0.00 SEC. compiling exported coerce : % -> DoubleFloat Time: 0.01 SEC. compiling exported convert : DoubleFloat -> % Time: 0.01 SEC. compiling exported retract : % -> Fraction Integer Time: 0.01 SEC. compiling exported retractIfCan : % -> Union(Fraction Integer,failed) Time: 0.01 SEC. compiling exported retract : % -> Integer Time: 0.01 SEC. compiling exported retractIfCan : % -> Union(Integer,failed) Time: 0.01 SEC. compiling exported rationalApproximation : (%,NonNegativeInteger) -> Fraction Integer Time: 0.01 SEC. compiling exported rationalApproximation : (%,NonNegativeInteger,NonNegativeInteger) -> Fraction Integer Time: 0.32 SEC. Predicate: (|has| $ (ATTRIBUTE |arbitraryPrecision|)) replaced by: T Predicate: (|has| $ (ATTRIBUTE |arbitraryExponent|)) replaced by: T Predicate: (|has| $ (ATTRIBUTE |arbitraryPrecision|)) replaced by: T (time taken in buildFunctor: 4) Time: 0.06 SEC. Warnings: [1] cos: s has no value [2] log: l has no value [3] exp: e1 has no value [4] exp1: E has no value [5] normalize: e has no value [6] power: y has no value [7] power10: y has no value [8] fixed: SEGMENT has no value [9] general: SEGMENT has no value [10] convert: pretend Float -- should replace by @ Cumulative Statistics for Constructor Float Time: 3.64 seconds finalizing NRLIB FLOAT Processing Float for Browser database: -- ?/? : (%,I) -> % -- ?**? : (%,%) -> % -- normalize : % -> % -- relerror : (%,%) -> I -- shift : (%,I) -> % -- rationalApproximation : (%,N) -> RN -- rationalApproximation : (%,N,N) -> RN -- log2 : () -> % -- log10 : () -> % -- exp1 : () -> % -- atan : (%,%) -> % -- log2 : % -> % -- log10 : % -> % -- outputFloating : () -> Void -- outputFloating : N -> Void -- outputFixed : () -> Void -- outputFixed : N -> Void -- outputGeneral : () -> Void -- outputGeneral : N -> Void -- outputSpacing : N -> Void --->../../x86_64-unknown-linux-gnu/src/algebra/float.spad-->Float(constructor): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/float.spad-->Float: Missing Description ; compiling file "/tmp/oa-F2H29E/code.lsp" (written 01 FEB 2016 10:55:16 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FLOAT;Zero;$;43|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FLOAT;One;$;44|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FLOAT;base;Pi;45|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FLOAT;mantissa;$I;46|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FLOAT;exponent;$I;47|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FLOAT;zero?;$B;49|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FLOAT;negative?;$B;50|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FLOAT;positive?;$B;51|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FLOAT;sign;$I;64|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FLOAT;ceilLength10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FLOAT;floorLength10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FLOAT;convert;$F;111|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FLOAT;order;$I;41|) ...) ; compiling (PUT (QUOTE |FLOAT;shift;$I$;56|) ...) ; compiling (PUT (QUOTE |FLOAT;times|) ...) ; compiling (PUT (QUOTE |FLOAT;itimes|) ...) ; compiling (DEFUN |FLOAT;shift2| ...) ; compiling (DEFUN |FLOAT;asin;2$;2| ...) ; file: /tmp/oa-F2H29E/code.lsp ; in: DEFUN |FLOAT;asin;2$;2| ; (DEFUN BOOT::|FLOAT;asin;2$;2| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|r|) (RETURN (COND (# #) (# #) (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;asin;2$;2| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FLOAT;asin;2$;2| ; (PROG (BOOT::|r|) (RETURN (COND # # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FLOAT;acos;2$;3| ...) ; file: /tmp/oa-F2H29E/code.lsp ; in: DEFUN |FLOAT;acos;2$;3| ; (DEFUN BOOT::|FLOAT;acos;2$;3| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|r|) (RETURN (COND (# #) (# #) (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;acos;2$;3| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FLOAT;acos;2$;3| ; (PROG (BOOT::|r|) (RETURN (COND # # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FLOAT;atan;3$;4| ...) ; file: /tmp/oa-F2H29E/code.lsp ; in: DEFUN |FLOAT;atan;3$;4| ; (DEFUN BOOT::|FLOAT;atan;3$;4| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ; ((BOOT::|FLOAT;=;2$B;57| BOOT::|x| (BOOT::|spadConstant| BOOT::$ 17) ; BOOT::$) ; (COND (# #) (# #) (T #))) ; (T ; (LET (#) ; (PROGN # # BOOT::|theta|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;atan;3$;4| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|FLOAT;atan;3$;4| ; (COND ((BOOT::|FLOAT;=;2$B;57| BOOT::|x| # BOOT::$) (COND # # #)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FLOAT;atan;2$;5| ...) ; file: /tmp/oa-F2H29E/code.lsp ; in: DEFUN |FLOAT;atan;2$;5| ; (DEFUN BOOT::|FLOAT;atan;2$;5| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|t| BOOT::|k| BOOT::|r|) (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;atan;2$;5| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FLOAT;atan;2$;5| ; (PROG (BOOT::|t| BOOT::|k| BOOT::|r|) (RETURN (COND # # #))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; CONS ; ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FLOAT;atanSeries| ...) ; compiling (DEFUN |FLOAT;atanInverse| ...) ; compiling (DEFUN |FLOAT;sin;2$;8| ...) ; file: /tmp/oa-F2H29E/code.lsp ; in: DEFUN |FLOAT;sin;2$;8| ; (DEFUN BOOT::|FLOAT;sin;2$;8| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|r| BOOT::|k| BOOT::|p|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # # # # # # # # # ...))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;sin;2$;8| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FLOAT;sin;2$;8| ; (PROG (BOOT::|r| BOOT::|k| BOOT::|p|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; CONS ; ; (BOOT::|moanRetract| BOOT::|k| '(BOOT::|NonNegativeInteger|)) ; ==> ; BOOT::|k| ; ; note: deleting unreachable code ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |FLOAT;sinSeries| ...) ; compiling (DEFUN |FLOAT;cos;2$;10| ...) ; file: /tmp/oa-F2H29E/code.lsp ; in: DEFUN |FLOAT;cos;2$;10| ; (DEFUN BOOT::|FLOAT;cos;2$;10| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|r| BOOT::|k| BOOT::|p|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # # # # # # # # # ...))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;cos;2$;10| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FLOAT;cos;2$;10| ; (PROG (BOOT::|r| BOOT::|k| BOOT::|p|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; CONS ; ; compiling (DEFUN |FLOAT;cosSeries| ...) ; compiling (DEFUN |FLOAT;tan;2$;12| ...) ; file: /tmp/oa-F2H29E/code.lsp ; in: DEFUN |FLOAT;tan;2$;12| ; (DEFUN BOOT::|FLOAT;tan;2$;12| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|t| BOOT::|c| BOOT::|p|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;tan;2$;12| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FLOAT;tan;2$;12| ; (PROG (BOOT::|t| BOOT::|c| BOOT::|p|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; CONS ; ; compiling (DEFUN |FLOAT;pi;$;13| ...) ; compiling (DEFUN |FLOAT;piRamanujan| ...) ; compiling (DEFUN |FLOAT;sinh;2$;15| ...) ; file: /tmp/oa-F2H29E/code.lsp ; in: DEFUN |FLOAT;sinh;2$;15| ; (DEFUN BOOT::|FLOAT;sinh;2$;15| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|s| BOOT::|e|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;sinh;2$;15| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FLOAT;sinh;2$;15| ; (PROG (BOOT::|s| BOOT::|e|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FLOAT;cosh;2$;16| ...) ; compiling (DEFUN |FLOAT;tanh;2$;17| ...) ; file: /tmp/oa-F2H29E/code.lsp ; in: DEFUN |FLOAT;tanh;2$;17| ; (DEFUN BOOT::|FLOAT;tanh;2$;17| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|t| BOOT::|e|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;tanh;2$;17| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FLOAT;tanh;2$;17| ; (PROG (BOOT::|t| BOOT::|e|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FLOAT;asinh;2$;18| ...) ; compiling (DEFUN |FLOAT;acosh;2$;19| ...) ; compiling (DEFUN |FLOAT;atanh;2$;20| ...) ; compiling (DEFUN |FLOAT;log;2$;21| ...) ; file: /tmp/oa-F2H29E/code.lsp ; in: DEFUN |FLOAT;log;2$;21| ; (DEFUN BOOT::|FLOAT;log;2$;21| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|m| BOOT::|ek| BOOT::|k| BOOT::|l| BOOT::|n|) ; (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;log;2$;21| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FLOAT;log;2$;21| ; (PROG (BOOT::|m| BOOT::|ek| BOOT::|k| BOOT::|l| BOOT::|n|) ; (RETURN (COND # # #))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; CONS ; ; (BOOT::|moanRetract| BOOT::|k| '(BOOT::|NonNegativeInteger|)) ; ==> ; BOOT::|k| ; ; note: deleting unreachable code ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; (DEFUN BOOT::|FLOAT;log;2$;21| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|m| BOOT::|ek| BOOT::|k| BOOT::|l| BOOT::|n|) ; (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;log;2$;21| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FLOAT;log;2$;21| ; (PROG (BOOT::|m| BOOT::|ek| BOOT::|k| BOOT::|l| BOOT::|n|) ; (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FLOAT;logSeries| ...) ; compiling (DEFUN |FLOAT;log2;$;23| ...) ; compiling (DEFUN |FLOAT;log10;$;24| ...) ; compiling (DEFUN |FLOAT;log2;2$;25| ...) ; compiling (DEFUN |FLOAT;log10;2$;26| ...) ; compiling (DEFUN |FLOAT;exp;2$;27| ...) ; file: /tmp/oa-F2H29E/code.lsp ; in: DEFUN |FLOAT;exp;2$;27| ; (DEFUN BOOT::|FLOAT;exp;2$;27| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|e| BOOT::|k| BOOT::|n| BOOT::|e1|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # # # # # # # # # ...))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;exp;2$;27| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FLOAT;exp;2$;27| ; (PROG (BOOT::|e| BOOT::|k| BOOT::|n| BOOT::|e1|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; CONS ; ; compiling (DEFUN |FLOAT;expSeries| ...) ; compiling (DEFUN |FLOAT;expInverse| ...) ; compiling (DEFUN |FLOAT;exp1;$;30| ...) ; compiling (DEFUN |FLOAT;sqrt;2$;31| ...) ; file: /tmp/oa-F2H29E/code.lsp ; in: DEFUN |FLOAT;sqrt;2$;31| ; (DEFUN BOOT::|FLOAT;sqrt;2$;31| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|i|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;sqrt;2$;31| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FLOAT;sqrt;2$;31| (PROG (BOOT::|i|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FLOAT;bits;Pi;32| ...) ; file: /tmp/oa-F2H29E/code.lsp ; in: DEFUN |FLOAT;bits;Pi;32| ; (DEFUN BOOT::|FLOAT;bits;Pi;32| (BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 9) ; (BOOT::|shellEntry| BOOT::$ 104))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;bits;Pi;32| ; (BOOT::$) ; (BLOCK BOOT::|FLOAT;bits;Pi;32| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 9) ; (BOOT::|shellEntry| BOOT::$ 104)))) ; ; note: type assertion too complex to check: ; (VALUES (INTEGER 1) &REST T). ; compiling (DEFUN |FLOAT;bits;2Pi;33| ...) ; compiling (DEFUN |FLOAT;precision;Pi;34| ...) ; compiling (DEFUN |FLOAT;precision;2Pi;35| ...) ; compiling (DEFUN |FLOAT;increasePrecision;IPi;36| ...) ; compiling (DEFUN |FLOAT;decreasePrecision;IPi;37| ...) ; compiling (DEFUN |FLOAT;ceillog10base2| ...) ; file: /tmp/oa-F2H29E/code.lsp ; in: DEFUN |FLOAT;ceillog10base2| ; '(BOOT::|PositiveInteger|) ; ; note: deleting unreachable code ; (DEFUN BOOT::|FLOAT;ceillog10base2| (BOOT::|n| BOOT::$) ; (LET ((#:G969 (TRUNCATE # 4004))) ; (COND ((PLUSP #:G969) #:G969) (T (BOOT::|moanRetract| #:G969 '#))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;ceillog10base2| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|FLOAT;ceillog10base2| ; (LET ((#:G969 #)) ; (COND (# #:G969) (T #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |FLOAT;digits;Pi;39| ...) ; file: /tmp/oa-F2H29E/code.lsp ; in: DEFUN |FLOAT;digits;Pi;39| ; '(BOOT::|PositiveInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |FLOAT;digits;2Pi;40| ...) ; compiling (DEFUN |FLOAT;order;$I;41| ...) ; file: /tmp/oa-F2H29E/code.lsp ; in: DEFUN |FLOAT;order;$I;41| ; (DEFUN BOOT::|FLOAT;order;$I;41| (BOOT::|a| BOOT::$) ; (- (+ (INTEGER-LENGTH (CAR BOOT::|a|)) (CDR BOOT::|a|)) 1)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;order;$I;41| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|FLOAT;order;$I;41| ; (- (+ (INTEGER-LENGTH #) (CDR BOOT::|a|)) 1))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |FLOAT;relerror;2$I;42| ...) ; compiling (DEFUN |FLOAT;Zero;$;43| ...) ; compiling (DEFUN |FLOAT;One;$;44| ...) ; compiling (DEFUN |FLOAT;base;Pi;45| ...) ; compiling (DEFUN |FLOAT;mantissa;$I;46| ...) ; compiling (DEFUN |FLOAT;exponent;$I;47| ...) ; compiling (DEFUN |FLOAT;one?;$B;48| ...) ; compiling (DEFUN |FLOAT;zero?;$B;49| ...) ; compiling (DEFUN |FLOAT;negative?;$B;50| ...) ; compiling (DEFUN |FLOAT;positive?;$B;51| ...) ; compiling (DEFUN |FLOAT;chop| ...) ; file: /tmp/oa-F2H29E/code.lsp ; in: DEFUN |FLOAT;chop| ; (DEFUN BOOT::|FLOAT;chop| (BOOT::|x| BOOT::|p| BOOT::$) ; (LET ((BOOT::|e| (- # BOOT::|p|))) ; (PROGN (COND (# #)) BOOT::|x|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;chop| ; (BOOT::|x| BOOT::|p| BOOT::$) ; (BLOCK BOOT::|FLOAT;chop| ; (LET ((BOOT::|e| #)) ; (PROGN (COND #) BOOT::|x|)))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; CONS ; ; compiling (DEFUN |FLOAT;float;2I$;53| ...) ; compiling (DEFUN |FLOAT;float;2IPi$;54| ...) ; file: /tmp/oa-F2H29E/code.lsp ; in: DEFUN |FLOAT;float;2IPi$;54| ; (DEFUN BOOT::|FLOAT;float;2IPi$;54| (BOOT::|m| BOOT::|e| BOOT::|b| BOOT::$) ; (PROG (BOOT::|r|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;float;2IPi$;54| ; (BOOT::|m| BOOT::|e| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|FLOAT;float;2IPi$;54| ; (PROG (BOOT::|r|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FLOAT;normalize;2$;55| ...) ; file: /tmp/oa-F2H29E/code.lsp ; in: DEFUN |FLOAT;normalize;2$;55| ; (DEFUN BOOT::|FLOAT;normalize;2$;55| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|y| BOOT::|e|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;normalize;2$;55| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FLOAT;normalize;2$;55| ; (PROG (BOOT::|y| BOOT::|e|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; CONS ; ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FLOAT;shift;$I$;56| ...) ; file: /tmp/oa-F2H29E/code.lsp ; in: DEFUN |FLOAT;shift;$I$;56| ; (DEFUN BOOT::|FLOAT;shift;$I$;56| (BOOT::|x| BOOT::|n| BOOT::$) ; (CONS (CAR BOOT::|x|) (+ (CDR BOOT::|x|) BOOT::|n|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;shift;$I$;56| ; (BOOT::|x| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|FLOAT;shift;$I$;56| ; (CONS (CAR BOOT::|x|) (+ (CDR BOOT::|x|) BOOT::|n|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |FLOAT;=;2$B;57| ...) ; compiling (DEFUN |FLOAT;<;2$B;58| ...) ; compiling (DEFUN |FLOAT;abs;2$;59| ...) ; compiling (DEFUN |FLOAT;ceiling;2$;60| ...) ; compiling (DEFUN |FLOAT;wholePart;$I;61| ...) ; compiling (DEFUN |FLOAT;floor;2$;62| ...) ; compiling (DEFUN |FLOAT;round;2$;63| ...) ; compiling (DEFUN |FLOAT;sign;$I;64| ...) ; compiling (DEFUN |FLOAT;truncate;2$;65| ...) ; compiling (DEFUN |FLOAT;recip;$U;66| ...) ; compiling (DEFUN |FLOAT;differentiate;2$;67| ...) ; file: /tmp/oa-F2H29E/code.lsp ; in: DEFUN |FLOAT;differentiate;2$;67| ; (DEFUN BOOT::|FLOAT;differentiate;2$;67| (BOOT::|x| BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 17)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;differentiate;2$;67| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FLOAT;differentiate;2$;67| ; (BOOT::|spadConstant| BOOT::$ 17))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |FLOAT;-;2$;68| ...) ; compiling (DEFUN |FLOAT;negate| ...) ; file: /tmp/oa-F2H29E/code.lsp ; in: DEFUN |FLOAT;negate| ; (DEFUN BOOT::|FLOAT;negate| (BOOT::|x| BOOT::$) ; (CONS (- (CAR BOOT::|x|)) (CDR BOOT::|x|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;negate| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FLOAT;negate| (CONS (- (CAR BOOT::|x|)) (CDR BOOT::|x|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |FLOAT;+;3$;70| ...) ; compiling (DEFUN |FLOAT;-;3$;71| ...) ; compiling (DEFUN |FLOAT;sub| ...) ; compiling (DEFUN |FLOAT;plus| ...) ; compiling (DEFUN |FLOAT;*;3$;74| ...) ; compiling (DEFUN |FLOAT;*;I2$;75| ...) ; compiling (DEFUN |FLOAT;/;3$;76| ...) ; compiling (DEFUN |FLOAT;/;$I$;77| ...) ; compiling (DEFUN |FLOAT;inv;2$;78| ...) ; compiling (DEFUN |FLOAT;times| ...) ; file: /tmp/oa-F2H29E/code.lsp ; in: DEFUN |FLOAT;times| ; (DEFUN BOOT::|FLOAT;times| (BOOT::|x| BOOT::|y| BOOT::$) ; (CONS (* (CAR BOOT::|x|) (CAR BOOT::|y|)) ; (+ (CDR BOOT::|x|) (CDR BOOT::|y|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;times| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|FLOAT;times| ; (CONS (* (CAR BOOT::|x|) (CAR BOOT::|y|)) ; (+ (CDR BOOT::|x|) (CDR BOOT::|y|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |FLOAT;itimes| ...) ; file: /tmp/oa-F2H29E/code.lsp ; in: DEFUN |FLOAT;itimes| ; (DEFUN BOOT::|FLOAT;itimes| (BOOT::|n| BOOT::|y| BOOT::$) ; (CONS (* BOOT::|n| (CAR BOOT::|y|)) (CDR BOOT::|y|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;itimes| ; (BOOT::|n| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|FLOAT;itimes| ; (CONS (* BOOT::|n| (CAR BOOT::|y|)) (CDR BOOT::|y|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |FLOAT;dvide| ...) ; compiling (DEFUN |FLOAT;square| ...) ; compiling (DEFUN |FLOAT;power| ...) ; file: /tmp/oa-F2H29E/code.lsp ; in: DEFUN |FLOAT;power| ; (DEFUN BOOT::|FLOAT;power| (BOOT::|x| BOOT::|n| BOOT::$) ; (LET ((BOOT::|y| (BOOT::|spadConstant| BOOT::$ 24)) (BOOT::|z| BOOT::|x|)) ; (LOOP (PROGN (COND #) (SETQ #) (COND #) (SETQ #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;power| ; (BOOT::|x| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|FLOAT;power| ; (LET ((BOOT::|y| #) (BOOT::|z| BOOT::|x|)) ; (LOOP (PROGN # # # #))))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |FLOAT;**;3$;84| ...) ; file: /tmp/oa-F2H29E/code.lsp ; in: DEFUN |FLOAT;**;3$;84| ; (DEFUN BOOT::|FLOAT;**;3$;84| (BOOT::|x| BOOT::|y| BOOT::$) ; (PROG (BOOT::|r|) (RETURN (COND (# #) (# #) (# BOOT::|x|) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;**;3$;84| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|FLOAT;**;3$;84| ; (PROG (BOOT::|r|) (RETURN (COND # # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FLOAT;**;$F$;85| ...) ; file: /tmp/oa-F2H29E/code.lsp ; in: DEFUN |FLOAT;**;$F$;85| ; (DEFUN BOOT::|FLOAT;**;$F$;85| (BOOT::|x| BOOT::|r| BOOT::$) ; (PROG (BOOT::|y|) (RETURN (COND (# #) (# #) (# BOOT::|x|) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;**;$F$;85| ; (BOOT::|x| BOOT::|r| BOOT::$) ; (BLOCK BOOT::|FLOAT;**;$F$;85| ; (PROG (BOOT::|y|) (RETURN (COND # # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FLOAT;**;$I$;86| ...) ; file: /tmp/oa-F2H29E/code.lsp ; in: DEFUN |FLOAT;**;$I$;86| ; (DEFUN BOOT::|FLOAT;**;$I$;86| (BOOT::|x| BOOT::|n| BOOT::$) ; (PROG (BOOT::|y|) (RETURN (COND (# #) (# #) (# BOOT::|x|) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;**;$I$;86| ; (BOOT::|x| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|FLOAT;**;$I$;86| ; (PROG (BOOT::|y|) (RETURN (COND # # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FLOAT;convert10| ...) ; compiling (DEFUN |FLOAT;ceilLength10| ...) ; compiling (DEFUN |FLOAT;floorLength10| ...) ; compiling (DEFUN |FLOAT;length10| ...) ; file: /tmp/oa-F2H29E/code.lsp ; in: DEFUN |FLOAT;length10| ; (DEFUN BOOT::|FLOAT;length10| (BOOT::|n| BOOT::$) ; (LET* ((BOOT::|ln| (INTEGER-LENGTH #)) ; (BOOT::|upper| (TRUNCATE # 254370)) ; (BOOT::|lower| (TRUNCATE # 70777))) ; (COND ((EQL BOOT::|upper| BOOT::|lower|) (+ BOOT::|upper| 1)) ; (T (BOOT::SEQ # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;length10| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|FLOAT;length10| ; (LET* ((BOOT::|ln| #) (BOOT::|upper| #) (BOOT::|lower| #)) ; (COND (# #) (T #))))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |FLOAT;chop10| ...) ; file: /tmp/oa-F2H29E/code.lsp ; in: DEFUN |FLOAT;chop10| ; (DEFUN BOOT::|FLOAT;chop10| (BOOT::|x| BOOT::|p| BOOT::$) ; (LET ((BOOT::|e| (- # BOOT::|p|))) ; (PROGN (COND (# #)) BOOT::|x|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;chop10| ; (BOOT::|x| BOOT::|p| BOOT::$) ; (BLOCK BOOT::|FLOAT;chop10| ; (LET ((BOOT::|e| #)) ; (PROGN (COND #) BOOT::|x|)))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; CONS ; ; (BOOT::|moanRetract| BOOT::|e| '(BOOT::|NonNegativeInteger|)) ; ==> ; BOOT::|e| ; ; note: deleting unreachable code ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; (DEFUN BOOT::|FLOAT;chop10| (BOOT::|x| BOOT::|p| BOOT::$) ; (LET ((BOOT::|e| (- # BOOT::|p|))) ; (PROGN (COND (# #)) BOOT::|x|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;chop10| ; (BOOT::|x| BOOT::|p| BOOT::$) ; (BLOCK BOOT::|FLOAT;chop10| ; (LET ((BOOT::|e| #)) ; (PROGN (COND #) BOOT::|x|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |FLOAT;normalize10| ...) ; file: /tmp/oa-F2H29E/code.lsp ; in: DEFUN |FLOAT;normalize10| ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |FLOAT;times10| ...) ; compiling (DEFUN |FLOAT;quotient10| ...) ; compiling (DEFUN |FLOAT;power10| ...) ; file: /tmp/oa-F2H29E/code.lsp ; in: DEFUN |FLOAT;power10| ; (DEFUN BOOT::|FLOAT;power10| (BOOT::|x| BOOT::|n| BOOT::|d| BOOT::$) ; (COND ; ((BOOT::|FLOAT;=;2$B;57| BOOT::|x| (BOOT::|spadConstant| BOOT::$ 17) ; BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 17)) ; ((ZEROP BOOT::|n|) (BOOT::|spadConstant| BOOT::$ 24)) ; ((EQL BOOT::|n| 1) BOOT::|x|) ; ((BOOT::|FLOAT;=;2$B;57| BOOT::|x| (BOOT::|spadConstant| BOOT::$ 24) ; BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 24)) ; (T ; (LET (# # # #) ; (LOOP #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;power10| ; (BOOT::|x| BOOT::|n| BOOT::|d| BOOT::$) ; (BLOCK BOOT::|FLOAT;power10| ; (COND ; ((BOOT::|FLOAT;=;2$B;57| BOOT::|x| # BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 17)) ; ((ZEROP BOOT::|n|) (BOOT::|spadConstant| BOOT::$ 24)) ; ((EQL BOOT::|n| 1) BOOT::|x|) ; ((BOOT::|FLOAT;=;2$B;57| BOOT::|x| # BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 24)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FLOAT;padFromLeft| ...) ; compiling (DEFUN |FLOAT;padFromRight| ...) ; compiling (DEFUN |FLOAT;fixed| ...) ; file: /tmp/oa-F2H29E/code.lsp ; in: DEFUN |FLOAT;fixed| ; (DEFUN BOOT::|FLOAT;fixed| (BOOT::|f| BOOT::$) ; (PROG (BOOT::|t| BOOT::|p| BOOT::|o| BOOT::|n| BOOT::|s| BOOT::|l|) ; (RETURN (COND (# "0.0") (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;fixed| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|FLOAT;fixed| ; (PROG (BOOT::|t| BOOT::|p| BOOT::|o| BOOT::|n| BOOT::|s| BOOT::|l|) ; (RETURN (COND # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |FLOAT;floating| ...) ; file: /tmp/oa-F2H29E/code.lsp ; in: DEFUN |FLOAT;floating| ; (DEFUN BOOT::|FLOAT;floating| (BOOT::|f| BOOT::$) ; (PROG (BOOT::|o| BOOT::|n| BOOT::|s| BOOT::|e| BOOT::|m| BOOT::|g| ; BOOT::|d|) ; (RETURN (COND (# "0.0") (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;floating| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|FLOAT;floating| ; (PROG (BOOT::|o| BOOT::|n| BOOT::|s| BOOT::|e| BOOT::|m| BOOT::|g| ; BOOT::|d|) ; (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |FLOAT;general| ...) ; file: /tmp/oa-F2H29E/code.lsp ; in: DEFUN |FLOAT;general| ; (DEFUN BOOT::|FLOAT;general| (BOOT::|f| BOOT::$) ; (PROG (BOOT::|t| BOOT::|o| BOOT::|n| BOOT::|s| BOOT::|e| BOOT::|m| ; BOOT::|g| #:G1449) ; (RETURN (COND (# "0.0") (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;general| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|FLOAT;general| ; (PROG (BOOT::|t| BOOT::|o| BOOT::|n| BOOT::|s| BOOT::|e| BOOT::|m| ; BOOT::|g| #:G1449) ; (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |FLOAT;outputSpacing;NniV;101| ...) ; compiling (DEFUN |FLOAT;outputFixed;V;102| ...) ; compiling (DEFUN |FLOAT;outputFixed;NniV;103| ...) ; compiling (DEFUN |FLOAT;outputGeneral;V;104| ...) ; compiling (DEFUN |FLOAT;outputGeneral;NniV;105| ...) ; compiling (DEFUN |FLOAT;outputFloating;V;106| ...) ; compiling (DEFUN |FLOAT;outputFloating;NniV;107| ...) ; compiling (DEFUN |FLOAT;convert;$S;108| ...) ; file: /tmp/oa-F2H29E/code.lsp ; in: DEFUN |FLOAT;convert;$S;108| ; (BOOT::|moanRetract| BOOT::|b| '(BOOT::|PositiveInteger|)) ; ==> ; BOOT::|b| ; ; note: deleting unreachable code ; '(BOOT::|PositiveInteger|) ; ; note: deleting unreachable code ; (DEFUN BOOT::|FLOAT;convert;$S;108| (BOOT::|f| BOOT::$) ; (LET ((BOOT::|b| (COND # #)) (BOOT::|s| (COND # # # #))) ; (PROGN (COND (# #)) (COND (# #) (T BOOT::|s|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;convert;$S;108| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|FLOAT;convert;$S;108| ; (LET ((BOOT::|b| #) (BOOT::|s| #)) ; (PROGN (COND #) (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |FLOAT;coerce;$Of;109| ...) ; compiling (DEFUN |FLOAT;convert;$If;110| ...) ; compiling (DEFUN |FLOAT;convert;$F;111| ...) ; compiling (DEFUN |FLOAT;convert;$Df;112| ...) ; file: /tmp/oa-F2H29E/code.lsp ; in: DEFUN |FLOAT;convert;$Df;112| ; (DEFUN BOOT::|FLOAT;convert;$Df;112| (BOOT::|x| BOOT::$) ; (BOOT::|makeSF| (CAR BOOT::|x|) (CDR BOOT::|x|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;convert;$Df;112| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FLOAT;convert;$Df;112| ; (BOOT::|makeSF| (CAR BOOT::|x|) (CDR BOOT::|x|)))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |FLOAT;coerce;$Df;113| ...) ; compiling (DEFUN |FLOAT;convert;Df$;114| ...) ; compiling (DEFUN |FLOAT;retract;$F;115| ...) ; file: /tmp/oa-F2H29E/code.lsp ; in: DEFUN |FLOAT;retract;$F;115| ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |FLOAT;retractIfCan;$U;116| ...) ; file: /tmp/oa-F2H29E/code.lsp ; in: DEFUN |FLOAT;retractIfCan;$U;116| ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |FLOAT;retract;$I;117| ...) ; file: /tmp/oa-F2H29E/code.lsp ; in: DEFUN |FLOAT;retract;$I;117| ; (DEFUN BOOT::|FLOAT;retract;$I;117| (BOOT::|f| BOOT::$) ; (LET ((BOOT::|n| (BOOT::|FLOAT;wholePart;$I;61| BOOT::|f| BOOT::$))) ; (COND ((BOOT::|FLOAT;=;2$B;57| BOOT::|f| # BOOT::$) BOOT::|n|) ; (T (BOOT::|error| "Not an integer"))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;retract;$I;117| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|FLOAT;retract;$I;117| ; (LET ((BOOT::|n| #)) ; (COND (# BOOT::|n|) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |FLOAT;retractIfCan;$U;118| ...) ; compiling (DEFUN |FLOAT;rationalApproximation;$NniF;119| ...) ; compiling (DEFUN |FLOAT;rationalApproximation;$2NniF;120| ...) ; compiling (DEFUN |Float| ...) ; compiling (DEFUN |Float;| ...) ; compiling (MAKEPROP (QUOTE |Float|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 9 STYLE-WARNING conditions ; printed 46 notes ; /tmp/oa-F2H29E/code.fasl written ; compilation finished in 0:00:00.455 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/MDAGG.fasl --optimize=3 MDAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MDAGG.spad using Spad compiler. MDAGG abbreviates category MultiDictionary debug: compDefine1 lhs: (MultiDictionary S) signature (pre-evaluate): ((Category) (SetCategory)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Category) (SetCategory)) debug: compDefine1 lhs: (MultiDictionary S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for MultiDictionary compiling into /tmp/oa-zNatH8 STYLE-WARNING: redefining BOOT::|MultiDictionary| in DEFUN Time: 0.01 SEC. finalizing NRLIB MDAGG Processing MultiDictionary for Browser database: -- insert! : (S,%,NonNegativeInteger) -> % -- removeDuplicates! : % -> % -- duplicates : % -> List Record(entry: S,count: NonNegativeInteger) -- constructor ; compiling file "/tmp/oa-zNatH8/code.lsp" (written 01 FEB 2016 10:55:17 PM): ; compiling (DEFPARAMETER |MultiDictionary;AL| ...) ; compiling (DEFUN |MultiDictionary;| ...) ; compiling (DEFUN |MultiDictionary| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-zNatH8/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/LMDICT.fasl --optimize=3 LMDICT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LMDICT.spad using Spad compiler. LMDICT abbreviates domain ListMultiDictionary debug: compDefine1 lhs: (ListMultiDictionary S) signature (pre-evaluate): ((Join (MultiDictionary S) (FiniteAggregate S) (CATEGORY domain (SIGNATURE duplicates? ((Boolean) $)) (SIGNATURE substitute ($ S S $)))) (SetCategory)) debug: evaluateType form: (Join (MultiDictionary S) (FiniteAggregate S) (CATEGORY domain (SIGNATURE duplicates? ((Boolean) $)) (SIGNATURE substitute ($ S S $)))) $param: (S) debug: evaluateType form: (MultiDictionary S) $param: (S) Debug: evaluateType1 form: (MultiDictionary S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (FiniteAggregate S) $param: (S) Debug: evaluateType1 form: (FiniteAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE duplicates? ((Boolean) $)) (SIGNATURE substitute ($ S S $))) $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Join (MultiDictionary S) (FiniteAggregate S) (CATEGORY domain (SIGNATURE duplicates? ((Boolean) $)) (SIGNATURE substitute ($ S S $)))) (SetCategory)) debug: compDefine1 lhs: (ListMultiDictionary S) signature (pre-evaluate): ((Join (MultiDictionary S) (FiniteAggregate S) (CATEGORY domain (SIGNATURE duplicates? ((Boolean) $)) (SIGNATURE substitute ($ S S $)))) NIL) debug: evaluateType form: (Join (MultiDictionary S) (FiniteAggregate S) (CATEGORY domain (SIGNATURE duplicates? ((Boolean) $)) (SIGNATURE substitute ($ S S $)))) $param: (S) debug: evaluateType form: (MultiDictionary S) $param: (S) Debug: evaluateType1 form: (MultiDictionary S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (FiniteAggregate S) $param: (S) Debug: evaluateType1 form: (FiniteAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE duplicates? ((Boolean) $)) (SIGNATURE substitute ($ S S $))) $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: compDefine1 signature (post evaluate): ((Join (MultiDictionary S) (FiniteAggregate S) (CATEGORY domain (SIGNATURE duplicates? ((Boolean) $)) (SIGNATURE substitute ($ S S $)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for ListMultiDictionary compiling into /tmp/oa-ozfZYj compiling exported coerce : % -> OutputForm Time: 0.03 SEC. compiling exported # : % -> NonNegativeInteger Time: 0.04 SEC. compiling exported copy : % -> % Time: 0.01 SEC. compiling exported empty? : % -> Boolean Time: 0.00 SEC. compiling exported bag : List S -> % Time: 0.01 SEC. compiling exported dictionary : () -> % Time: 0.00 SEC. compiling exported empty : () -> % LMDICT;empty;$;7 is replaced by %list %nil Time: 0.01 SEC. compiling exported dictionary : List S -> % Time: 0.01 SEC. compiling exported convert : % -> InputForm Debug compQuote expr: (QUOTE dictionary) m: $EmptyMode Debug compQuote expr: (QUOTE dictionary) m: (Symbol) Debug compQuote expr: (QUOTE dictionary) m: $EmptyMode Debug compQuote expr: (QUOTE dictionary) m: (Symbol) Debug compQuote expr: (QUOTE dictionary) m: $EmptyMode Debug compQuote expr: (QUOTE dictionary) m: (Symbol) Debug compQuote expr: (QUOTE dictionary) m: $EmptyMode Debug compQuote expr: (QUOTE dictionary) m: (Symbol) Debug compQuote expr: (QUOTE dictionary) m: $EmptyMode Debug compQuote expr: (QUOTE dictionary) m: (Symbol) Debug compQuote expr: (QUOTE dictionary) m: $EmptyMode Debug compQuote expr: (QUOTE dictionary) m: (Symbol) Debug compQuote expr: (QUOTE dictionary) m: $EmptyMode Debug compQuote expr: (QUOTE dictionary) m: (Symbol) Debug compQuote expr: (QUOTE dictionary) m: $EmptyMode Debug compQuote expr: (QUOTE dictionary) m: (Symbol) Debug compQuote expr: (QUOTE dictionary) m: $EmptyMode Debug compQuote expr: (QUOTE dictionary) m: (Symbol) Debug compQuote expr: (QUOTE dictionary) m: $EmptyMode Debug compQuote expr: (QUOTE dictionary) m: (Symbol) Debug compQuote expr: (QUOTE dictionary) m: $EmptyMode Debug compQuote expr: (QUOTE dictionary) m: (Symbol) Debug compQuote expr: (QUOTE dictionary) m: $EmptyMode Debug compQuote expr: (QUOTE dictionary) m: (Symbol) Debug compQuote expr: (QUOTE dictionary) m: $EmptyMode Debug compQuote expr: (QUOTE dictionary) m: (Symbol) Debug compQuote expr: (QUOTE dictionary) m: $EmptyMode Debug compQuote expr: (QUOTE dictionary) m: (Symbol) Debug compQuote expr: (QUOTE dictionary) m: $EmptyMode Debug compQuote expr: (QUOTE dictionary) m: (Symbol) Debug compQuote expr: (QUOTE dictionary) m: $EmptyMode Debug compQuote expr: (QUOTE dictionary) m: (Symbol) Debug compQuote expr: (QUOTE dictionary) m: $EmptyMode Debug compQuote expr: (QUOTE dictionary) m: (Symbol) Debug compQuote expr: (QUOTE dictionary) m: $EmptyMode Debug compQuote expr: (QUOTE dictionary) m: (Symbol) Debug compQuote expr: (QUOTE dictionary) m: $EmptyMode Debug compQuote expr: (QUOTE dictionary) m: (Symbol) Debug compQuote expr: (QUOTE dictionary) m: $EmptyMode Debug compQuote expr: (QUOTE dictionary) m: (Symbol) Debug compQuote expr: (QUOTE dictionary) m: $EmptyMode Debug compQuote expr: (QUOTE dictionary) m: (Symbol) Debug compQuote expr: (QUOTE dictionary) m: $EmptyMode Debug compQuote expr: (QUOTE dictionary) m: (Symbol) Debug compQuote expr: (QUOTE dictionary) m: $EmptyMode Debug compQuote expr: (QUOTE dictionary) m: (Symbol) Debug compQuote expr: (QUOTE dictionary) m: $EmptyMode Debug compQuote expr: (QUOTE dictionary) m: (Symbol) Debug compQuote expr: (QUOTE dictionary) m: $EmptyMode Debug compQuote expr: (QUOTE dictionary) m: (Symbol) Time: 0.14 SEC. compiling exported map : (S -> S,%) -> % Time: 0.00 SEC. compiling exported map! : (S -> S,%) -> % Time: 0.00 SEC. compiling exported members : % -> List S LMDICT;members;$L;12 is replaced by %head Time: 0.00 SEC. compiling local sub : (S,S,S) -> S Time: 0 SEC. compiling exported insert! : (S,%,NonNegativeInteger) -> % Time: 0.01 SEC. compiling exported substitute : (S,S,%) -> % Time: 0.00 SEC. compiling exported removeDuplicates! : % -> % Time: 0.00 SEC. compiling exported inspect : % -> S Time: 0.01 SEC. compiling exported extract! : % -> S Time: 0.01 SEC. compiling exported duplicates? : % -> Boolean Time: 0.02 SEC. compiling exported remove! : (S -> Boolean,%) -> % Time: 0.02 SEC. compiling exported select! : (S -> Boolean,%) -> % Time: 0 SEC. compiling exported duplicates : % -> List Record(entry: S,count: NonNegativeInteger) Time: 0.04 SEC. compiling exported = : (%,%) -> Boolean Time: 0.02 SEC. compiling exported remove! : (S,%) -> % Time: 0.02 SEC. compiling exported insert! : (S,%) -> % Time: 0.04 SEC. compiling exported remove! : (S,%) -> % Time: 0.00 SEC. compiling exported = : (%,%) -> Boolean Time: 0.02 SEC. compiling exported insert! : (S,%) -> % Time: 0.01 SEC. (time taken in buildFunctor: 4) Time: 0.02 SEC. Warnings: [1] inspect: first has no value [2] extract!: first has no value Cumulative Statistics for Constructor ListMultiDictionary Time: 0.51 seconds finalizing NRLIB LMDICT Processing ListMultiDictionary for Browser database: -- duplicates? : % -> Boolean -- substitute : (S,S,%) -> % --->../../x86_64-unknown-linux-gnu/src/algebra/lmdict.spad-->ListMultiDictionary(constructor): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/lmdict.spad-->ListMultiDictionary: Missing Description ; compiling file "/tmp/oa-ozfZYj/code.lsp" (written 01 FEB 2016 10:55:18 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LMDICT;empty;$;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LMDICT;members;$L;12|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LMDICT;#;$Nni;2|) ...) ; compiling (PUT (QUOTE |LMDICT;empty?;$B;4|) ...) ; compiling (PUT (QUOTE |LMDICT;inspect;$S;17|) ...) ; compiling (DEFUN |LMDICT;coerce;$Of;1| ...) ; compiling (DEFUN |LMDICT;#;$Nni;2| ...) ; compiling (DEFUN |LMDICT;copy;2$;3| ...) ; compiling (DEFUN |LMDICT;empty?;$B;4| ...) ; compiling (DEFUN |LMDICT;bag;L$;5| ...) ; compiling (DEFUN |LMDICT;dictionary;$;6| ...) ; compiling (DEFUN |LMDICT;empty;$;7| ...) ; compiling (DEFUN |LMDICT;dictionary;L$;8| ...) ; compiling (DEFUN |LMDICT;convert;$If;9| ...) ; compiling (DEFUN |LMDICT;map;M2$;10| ...) ; compiling (DEFUN |LMDICT;map!;M2$;11| ...) ; compiling (DEFUN |LMDICT;members;$L;12| ...) ; compiling (DEFUN |LMDICT;sub| ...) ; compiling (DEFUN |LMDICT;insert!;S$Nni$;14| ...) ; compiling (DEFUN |LMDICT;substitute;2S2$;15| ...) ; compiling (DEFUN |LMDICT;substitute;2S2$;15!0| ...) ; compiling (DEFUN |LMDICT;removeDuplicates!;2$;16| ...) ; compiling (DEFUN |LMDICT;inspect;$S;17| ...) ; file: /tmp/oa-ozfZYj/code.lsp ; in: DEFUN |LMDICT;inspect;$S;17| ; (DEFUN BOOT::|LMDICT;inspect;$S;17| (BOOT::|s| BOOT::$) ; (COND ((NULL (CAR BOOT::|s|)) (BOOT::|error| "empty dictionary")) ; (T (BOOT::|SPADfirst| (CAR BOOT::|s|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LMDICT;inspect;$S;17| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|LMDICT;inspect;$S;17| ; (COND ((NULL #) (BOOT::|error| "empty dictionary")) ; (T (BOOT::|SPADfirst| #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |LMDICT;extract!;$S;18| ...) ; compiling (DEFUN |LMDICT;duplicates?;$B;19| ...) ; compiling (DEFUN |LMDICT;remove!;M2$;20| ...) ; compiling (DEFUN |LMDICT;select!;M2$;21| ...) ; compiling (DEFUN |LMDICT;select!;M2$;21!0| ...) ; compiling (DEFUN |LMDICT;duplicates;$L;22| ...) ; compiling (DEFUN |LMDICT;=;2$B;23| ...) ; file: /tmp/oa-ozfZYj/code.lsp ; in: DEFUN |LMDICT;=;2$B;23| ; (DEFUN BOOT::|LMDICT;=;2$B;23| (BOOT::|s| BOOT::|t| BOOT::$) ; (BOOT::SPADCALL (CAR BOOT::|s|) (CAR BOOT::|t|) ; (BOOT::|shellEntry| BOOT::$ 70))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LMDICT;=;2$B;23| ; (BOOT::|s| BOOT::|t| BOOT::$) ; (BLOCK BOOT::|LMDICT;=;2$B;23| ; (BOOT::SPADCALL (CAR BOOT::|s|) (CAR BOOT::|t|) ; (BOOT::|shellEntry| BOOT::$ 70)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |LMDICT;remove!;S2$;24| ...) ; compiling (DEFUN |LMDICT;insert!;S2$;25| ...) ; compiling (DEFUN |LMDICT;remove!;S2$;26| ...) ; compiling (DEFUN |LMDICT;=;2$B;27| ...) ; compiling (DEFUN |LMDICT;insert!;S2$;28| ...) ; compiling (DEFUN |ListMultiDictionary| ...) ; compiling (DEFUN |ListMultiDictionary;| ...) ; compiling (MAKEPROP (QUOTE |ListMultiDictionary|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 1 note ; /tmp/oa-ozfZYj/code.fasl written ; compilation finished in 0:00:00.063 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/INTFACT.fasl --optimize=3 INTFACT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INTFACT.spad using Spad compiler. INTFACT abbreviates package IntegerFactorizationPackage debug: compDefine1 lhs: (IntegerFactorizationPackage I) signature (pre-evaluate): ((CATEGORY package (SIGNATURE factor ((Factored I) I)) (SIGNATURE squareFree ((Factored I) I)) (SIGNATURE BasicMethod ((Factored I) I)) (SIGNATURE PollardSmallFactor ((Union I failed) I))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE factor ((Factored I) I)) (SIGNATURE squareFree ((Factored I) I)) (SIGNATURE BasicMethod ((Factored I) I)) (SIGNATURE PollardSmallFactor ((Union I failed) I))) $param: (I) debug: evaluateType form: (Factored I) $param: (I) Debug: evaluateType1 form: (Factored I) debug: evaluateType1 x: I m: (IntegralDomain) debug: evaluateType form: I $param: (I) debug: evaluateType form: (Factored I) $param: (I) Debug: evaluateType1 form: (Factored I) debug: evaluateType1 x: I m: (IntegralDomain) debug: evaluateType form: I $param: (I) debug: evaluateType form: (Factored I) $param: (I) Debug: evaluateType1 form: (Factored I) debug: evaluateType1 x: I m: (IntegralDomain) debug: evaluateType form: I $param: (I) debug: evaluateType form: (Union I failed) $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: failed $param: (I) debug: evaluateType form: I $param: (I) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE factor ((Factored I) I)) (SIGNATURE squareFree ((Factored I) I)) (SIGNATURE BasicMethod ((Factored I) I)) (SIGNATURE PollardSmallFactor ((Union I failed) I))) NIL) ------------------------------------------------------------------------ initializing stationary directory for IntegerFactorizationPackage compiling into /tmp/oa-h4B6JX importing IntegerRoots I compiling exported squareFree : I -> Factored I Time: 0.08 SEC. compiling exported PollardSmallFactor : I -> Union(I,failed) Time: 0.02 SEC. compiling local PollardSmallFactor20 : I -> Union(I,failed) Time: 0.01 SEC. compiling local BasicSieve : (I,I) -> Factored I Time: 0.06 SEC. compiling exported BasicMethod : I -> Factored I Time: 0.02 SEC. compiling exported factor : I -> Factored I Time: 0.05 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] squareFree: sv has no value [2] squareFree: l has no value [3] PollardSmallFactor: k has no value [4] PollardSmallFactor: ys has no value [5] PollardSmallFactor: x has no value [6] PollardSmallFactor: G has no value [7] PollardSmallFactor20: r has no value [8] BasicSieve: m has no value [9] factor: m' has no value Cumulative Statistics for Constructor IntegerFactorizationPackage Time: 0.25 seconds finalizing NRLIB INTFACT Processing IntegerFactorizationPackage for Browser database: -- factor : I -> FF -- squareFree : I -> FF -- BasicMethod : I -> FF -- PollardSmallFactor : I -> Union(I,"failed") -- constructor ; compiling file "/tmp/oa-h4B6JX/code.lsp" (written 01 FEB 2016 10:55:18 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |INTFACT;squareFree;IF;1| ...) ; compiling (DEFUN |INTFACT;PollardSmallFactor;IU;2| ...) ; compiling (DEFUN |INTFACT;PollardSmallFactor20| ...) ; compiling (DEFUN |INTFACT;BasicSieve| ...) ; compiling (DEFUN |INTFACT;BasicMethod;IF;5| ...) ; compiling (DEFUN |INTFACT;factor;IF;6| ...) ; compiling (DEFUN |IntegerFactorizationPackage| ...) ; compiling (DEFUN |IntegerFactorizationPackage;| ...) ; compiling (MAKEPROP (QUOTE |IntegerFactorizationPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-h4B6JX/code.fasl written ; compilation finished in 0:00:00.151 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/IFARRAY.fasl --optimize=3 IFARRAY.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IFARRAY.spad using Spad compiler. IFARRAY abbreviates domain IndexedFlexibleArray debug: compDefine1 lhs: (IndexedFlexibleArray S mn) signature (pre-evaluate): ((Join (OneDimensionalArrayAggregate S) (ExtensibleLinearAggregate S) (CATEGORY domain (SIGNATURE flexibleArray ($ (List S))) (SIGNATURE physicalLength ((NonNegativeInteger) $)) (SIGNATURE physicalLength! ($ $ (Integer))) (SIGNATURE shrinkable ((Boolean) (Boolean))))) (Type) (Integer)) debug: evaluateType form: (Join (OneDimensionalArrayAggregate S) (ExtensibleLinearAggregate S) (CATEGORY domain (SIGNATURE flexibleArray ($ (List S))) (SIGNATURE physicalLength ((NonNegativeInteger) $)) (SIGNATURE physicalLength! ($ $ (Integer))) (SIGNATURE shrinkable ((Boolean) (Boolean))))) $param: (S mn) debug: evaluateType form: (OneDimensionalArrayAggregate S) $param: (S mn) Debug: evaluateType1 form: (OneDimensionalArrayAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (ExtensibleLinearAggregate S) $param: (S mn) Debug: evaluateType1 form: (ExtensibleLinearAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE flexibleArray ($ (List S))) (SIGNATURE physicalLength ((NonNegativeInteger) $)) (SIGNATURE physicalLength! ($ $ (Integer))) (SIGNATURE shrinkable ((Boolean) (Boolean)))) $param: (S mn) debug: evaluateType form: (List S) $param: (S mn) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (S mn) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Integer) $param: (S mn) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Boolean) $param: (S mn) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (S mn) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Type) $param: (S mn) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (S mn) Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((Join (OneDimensionalArrayAggregate S) (ExtensibleLinearAggregate S) (CATEGORY domain (SIGNATURE flexibleArray ($ (List S))) (SIGNATURE physicalLength ((NonNegativeInteger) $)) (SIGNATURE physicalLength! ($ $ (Integer))) (SIGNATURE shrinkable ((Boolean) (Boolean))))) (Type) (Integer)) debug: compDefine1 lhs: (IndexedFlexibleArray S mn) signature (pre-evaluate): ((Join (OneDimensionalArrayAggregate S) (ExtensibleLinearAggregate S) (CATEGORY domain (SIGNATURE flexibleArray ($ (List S))) (SIGNATURE physicalLength ((NonNegativeInteger) $)) (SIGNATURE physicalLength! ($ $ (Integer))) (SIGNATURE shrinkable ((Boolean) (Boolean))))) NIL NIL) debug: evaluateType form: (Join (OneDimensionalArrayAggregate S) (ExtensibleLinearAggregate S) (CATEGORY domain (SIGNATURE flexibleArray ($ (List S))) (SIGNATURE physicalLength ((NonNegativeInteger) $)) (SIGNATURE physicalLength! ($ $ (Integer))) (SIGNATURE shrinkable ((Boolean) (Boolean))))) $param: (S mn) debug: evaluateType form: (OneDimensionalArrayAggregate S) $param: (S mn) Debug: evaluateType1 form: (OneDimensionalArrayAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (ExtensibleLinearAggregate S) $param: (S mn) Debug: evaluateType1 form: (ExtensibleLinearAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE flexibleArray ($ (List S))) (SIGNATURE physicalLength ((NonNegativeInteger) $)) (SIGNATURE physicalLength! ($ $ (Integer))) (SIGNATURE shrinkable ((Boolean) (Boolean)))) $param: (S mn) debug: evaluateType form: (List S) $param: (S mn) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (S mn) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Integer) $param: (S mn) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Boolean) $param: (S mn) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (S mn) Debug: evaluateType1 form: (Boolean) debug: compDefine1 signature (post evaluate): ((Join (OneDimensionalArrayAggregate S) (ExtensibleLinearAggregate S) (CATEGORY domain (SIGNATURE flexibleArray ($ (List S))) (SIGNATURE physicalLength ((NonNegativeInteger) $)) (SIGNATURE physicalLength! ($ $ (Integer))) (SIGNATURE shrinkable ((Boolean) (Boolean))))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for IndexedFlexibleArray compiling into /tmp/oa-aZqnxB compiling exported physicalLength : % -> NonNegativeInteger IFARRAY;physicalLength;$Nni;1 r is replaced by %vref(r,0) Time: 0.04 SEC. compiling exported physicalLength! : (%,Integer) -> % Time: 0.01 SEC. compiling exported empty : () -> % Time: 0 SEC. compiling exported # : % -> NonNegativeInteger Time: 0.00 SEC. compiling exported fill! : (%,S) -> % Time: 0.01 SEC. compiling exported maxIndex : % -> Integer Time: 0 SEC. compiling exported minIndex : % -> Integer Time: 0 SEC. compiling exported new : (NonNegativeInteger,S) -> % Time: 0.00 SEC. compiling exported shrinkable : Boolean -> Boolean Time: 0 SEC. compiling exported flexibleArray : List S -> % Time: 0.02 SEC. compiling local newa : (NonNegativeInteger,PrimitiveArray S) -> PrimitiveArray S Time: 0.01 SEC. compiling local growAdding : (%,Integer,%) -> % Time: 0.01 SEC. compiling local growAndFill : (%,Integer,S) -> % Time: 0.01 SEC. compiling local growWith : (%,Integer,S) -> % Time: 0.02 SEC. compiling local shrink : (%,Integer) -> % Time: 0.02 SEC. compiling exported copy : % -> % Time: 0.02 SEC. compiling exported elt : (%,Integer) -> S Time: 0.01 SEC. compiling exported setelt : (%,Integer,S) -> S Time: 0.01 SEC. compiling exported merge : ((S,S) -> Boolean,%,%) -> % Time: 0.01 SEC. compiling exported concat : (S,%) -> % Time: 0 SEC. compiling exported concat! : (%,S) -> % Time: 0.02 SEC. compiling exported concat! : (%,%) -> % Time: 0.01 SEC. compiling exported remove! : (S -> Boolean,%) -> % Time: 0.03 SEC. compiling exported delete! : (%,Integer) -> % Time: 0.04 SEC. compiling exported delete! : (%,UniversalSegment Integer) -> % Time: 0.06 SEC. compiling exported insert! : (S,%,Integer) -> % Time: 0.03 SEC. compiling exported insert! : (%,%,Integer) -> % Time: 0.04 SEC. compiling exported merge! : ((S,S) -> Boolean,%,%) -> % Time: 0.07 SEC. compiling exported select! : (S -> Boolean,%) -> % Time: 0.01 SEC. compiling exported removeDuplicates! : % -> % Time: 0.02 SEC. (time taken in buildFunctor: 4) Time: 0.04 SEC. Warnings: [1] Type PrimitiveArray S is not in scope. Import it Cumulative Statistics for Constructor IndexedFlexibleArray Time: 0.56 seconds finalizing NRLIB IFARRAY Processing IndexedFlexibleArray for Browser database: -- flexibleArray : List S -> % -- physicalLength : % -> NonNegativeInteger -- physicalLength! : (%,I) -> % -- shrinkable : Boolean -> Boolean -- constructor ; compiling file "/tmp/oa-aZqnxB/code.lsp" (written 01 FEB 2016 10:55:19 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IFARRAY;physicalLength;$Nni;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IFARRAY;maxIndex;$I;6|) ...) ; compiling (PUT (QUOTE |IFARRAY;minIndex;$I;7|) ...) ; compiling (PUT (QUOTE |IFARRAY;elt;$IS;17|) ...) ; compiling (DEFUN |IFARRAY;physicalLength;$Nni;1| ...) ; compiling (DEFUN |IFARRAY;physicalLength!;$I$;2| ...) ; file: /tmp/oa-aZqnxB/code.lsp ; in: DEFUN |IFARRAY;physicalLength!;$I$;2| ; (DEFUN BOOT::|IFARRAY;physicalLength!;$I$;2| (BOOT::|r| BOOT::|n| BOOT::$) ; (COND ; ((ZEROP (SVREF BOOT::|r| 0)) ; (BOOT::|error| "flexible array must be non-empty")) ; (T ; (BOOT::|IFARRAY;growWith| BOOT::|r| BOOT::|n| ; (BOOT::|getSimpleArrayEntry| # 0) BOOT::$)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IFARRAY;physicalLength!;$I$;2| ; (BOOT::|r| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|IFARRAY;physicalLength!;$I$;2| ; (COND ((ZEROP #) (BOOT::|error| "flexible array must be non-empty")) ; (T (BOOT::|IFARRAY;growWith| BOOT::|r| BOOT::|n| # BOOT::$))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |IFARRAY;empty;$;3| ...) ; compiling (DEFUN |IFARRAY;#;$Nni;4| ...) ; file: /tmp/oa-aZqnxB/code.lsp ; in: DEFUN |IFARRAY;#;$Nni;4| ; (DEFUN BOOT::|IFARRAY;#;$Nni;4| (BOOT::|r| BOOT::$) ; (LET ((#:G584 (SVREF BOOT::|r| 1))) ; (COND ((NOT #) #:G584) (T (BOOT::|moanRetract| #:G584 '#))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IFARRAY;#;$Nni;4| ; (BOOT::|r| BOOT::$) ; (BLOCK BOOT::|IFARRAY;#;$Nni;4| ; (LET ((#:G584 #)) ; (COND (# #:G584) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |IFARRAY;fill!;$S$;5| ...) ; file: /tmp/oa-aZqnxB/code.lsp ; in: DEFUN |IFARRAY;fill!;$S$;5| ; (DEFUN BOOT::|IFARRAY;fill!;$S$;5| (BOOT::|r| BOOT::|x| BOOT::$) ; (PROGN (FILL (SVREF BOOT::|r| 2) BOOT::|x|) BOOT::|r|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IFARRAY;fill!;$S$;5| ; (BOOT::|r| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|IFARRAY;fill!;$S$;5| ; (PROGN (FILL (SVREF BOOT::|r| 2) BOOT::|x|) BOOT::|r|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |IFARRAY;maxIndex;$I;6| ...) ; compiling (DEFUN |IFARRAY;minIndex;$I;7| ...) ; file: /tmp/oa-aZqnxB/code.lsp ; in: DEFUN |IFARRAY;minIndex;$I;7| ; (DEFUN BOOT::|IFARRAY;minIndex;$I;7| (BOOT::|r| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 7)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IFARRAY;minIndex;$I;7| ; (BOOT::|r| BOOT::$) ; (BLOCK BOOT::|IFARRAY;minIndex;$I;7| (BOOT::|shellEntry| BOOT::$ 7))) ; ; caught STYLE-WARNING: ; The variable |r| is defined but never used. ; compiling (DEFUN |IFARRAY;new;NniS$;8| ...) ; compiling (DEFUN |IFARRAY;shrinkable;2B;9| ...) ; compiling (DEFUN |IFARRAY;flexibleArray;L$;10| ...) ; compiling (DEFUN |IFARRAY;newa| ...) ; file: /tmp/oa-aZqnxB/code.lsp ; in: DEFUN |IFARRAY;newa| ; (DEFUN BOOT::|IFARRAY;newa| (BOOT::|n| BOOT::|a| BOOT::$) ; (COND ((ZEROP BOOT::|n|) (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 20))) ; (T ; (BOOT::SPADCALL BOOT::|n| (BOOT::|getSimpleArrayEntry| BOOT::|a| 0) ; (BOOT::|shellEntry| BOOT::$ 30))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IFARRAY;newa| ; (BOOT::|n| BOOT::|a| BOOT::$) ; (BLOCK BOOT::|IFARRAY;newa| ; (COND ((ZEROP BOOT::|n|) (BOOT::SPADCALL #)) ; (T (BOOT::SPADCALL BOOT::|n| # #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-ARRAY &REST T). ; compiling (DEFUN |IFARRAY;growAdding| ...) ; file: /tmp/oa-aZqnxB/code.lsp ; in: DEFUN |IFARRAY;growAdding| ; (DEFUN BOOT::|IFARRAY;growAdding| (BOOT::|r| BOOT::|b| BOOT::|s| BOOT::$) ; (COND ((ZEROP BOOT::|b|) BOOT::|r|) ; ((PLUSP (BOOT::|IFARRAY;#;$Nni;4| BOOT::|r| BOOT::$)) ; (BOOT::|IFARRAY;growAndFill| BOOT::|r| BOOT::|b| ; (BOOT::|getSimpleArrayEntry| # 0) BOOT::$)) ; ((PLUSP (BOOT::|IFARRAY;#;$Nni;4| BOOT::|s| BOOT::$)) ; (BOOT::|IFARRAY;growAndFill| BOOT::|r| BOOT::|b| ; (BOOT::|getSimpleArrayEntry| # 0) BOOT::$)) ; (T (BOOT::|error| "no default filler element")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IFARRAY;growAdding| ; (BOOT::|r| BOOT::|b| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|IFARRAY;growAdding| ; (COND ((ZEROP BOOT::|b|) BOOT::|r|) ; ((PLUSP #) ; (BOOT::|IFARRAY;growAndFill| BOOT::|r| BOOT::|b| # BOOT::$)) ; ((PLUSP #) ; (BOOT::|IFARRAY;growAndFill| BOOT::|r| BOOT::|b| # BOOT::$)) ; (T (BOOT::|error| "no default filler element"))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |IFARRAY;growAndFill| ...) ; compiling (DEFUN |IFARRAY;growWith| ...) ; compiling (DEFUN |IFARRAY;shrink| ...) ; file: /tmp/oa-aZqnxB/code.lsp ; in: DEFUN |IFARRAY;shrink| ; (DEFUN BOOT::|IFARRAY;shrink| (BOOT::|r| BOOT::|i| BOOT::$) ; (PROG (BOOT::|y| BOOT::|a| BOOT::|n|) ; (RETURN ; (BOOT::SEQ (SETF #) (BOOT::LETT BOOT::|n| # BOOT::|IFARRAY;shrink|) ; (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IFARRAY;shrink| ; (BOOT::|r| BOOT::|i| BOOT::$) ; (BLOCK BOOT::|IFARRAY;shrink| ; (PROG (BOOT::|y| BOOT::|a| BOOT::|n|) (RETURN (BOOT::SEQ # # #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |IFARRAY;copy;2$;16| ...) ; compiling (DEFUN |IFARRAY;elt;$IS;17| ...) ; compiling (DEFUN |IFARRAY;setelt;$I2S;18| ...) ; compiling (DEFUN |IFARRAY;merge;M3$;19| ...) ; compiling (DEFUN |IFARRAY;concat;S2$;20| ...) ; compiling (DEFUN |IFARRAY;concat!;$S$;21| ...) ; compiling (DEFUN |IFARRAY;concat!;3$;22| ...) ; file: /tmp/oa-aZqnxB/code.lsp ; in: DEFUN |IFARRAY;concat!;3$;22| ; (DEFUN BOOT::|IFARRAY;concat!;3$;22| (BOOT::|a| BOOT::|b| BOOT::$) ; (PROG (BOOT::|n|) ; (RETURN ; (PROGN ; (COND #) ; (BOOT::LETT BOOT::|n| # BOOT::|IFARRAY;concat!;3$;22|) ; (BOOT::|IFARRAY;growAdding| BOOT::|a| # BOOT::|b| BOOT::$) ; (BOOT::SPADCALL BOOT::|a| BOOT::|b| # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IFARRAY;concat!;3$;22| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|IFARRAY;concat!;3$;22| ; (PROG (BOOT::|n|) (RETURN (PROGN # # # #))))) ; ; note: Assignment to argument: |b| ; prevents use of assertion from function type proclamation: ; SIMPLE-VECTOR ; ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |IFARRAY;remove!;M2$;23| ...) ; compiling (DEFUN |IFARRAY;delete!;$I$;24| ...) ; file: /tmp/oa-aZqnxB/code.lsp ; in: DEFUN |IFARRAY;delete!;$I$;24| ; (DEFUN BOOT::|IFARRAY;delete!;$I$;24| (BOOT::|r| BOOT::|i1| BOOT::$) ; (LET ((BOOT::|i| (- BOOT::|i1| #))) ; (BOOT::SEQ (COND (# #)) (COND (# #)) ; (LET (# #) ; (LOOP # ; #)) ; (BOOT::EXIT (BOOT::|IFARRAY;shrink| BOOT::|r| 1 BOOT::$))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IFARRAY;delete!;$I$;24| ; (BOOT::|r| BOOT::|i1| BOOT::$) ; (BLOCK BOOT::|IFARRAY;delete!;$I$;24| ; (LET ((BOOT::|i| #)) ; (BOOT::SEQ (COND #) (COND #) ; (LET # ; #) ; (BOOT::EXIT #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |IFARRAY;delete!;$Us$;25| ...) ; file: /tmp/oa-aZqnxB/code.lsp ; in: DEFUN |IFARRAY;delete!;$Us$;25| ; (DEFUN BOOT::|IFARRAY;delete!;$Us$;25| (BOOT::|r| BOOT::|i| BOOT::$) ; (LET* ((BOOT::|l| (- # #)) (BOOT::|m| (- # #)) (BOOT::|h| (COND # #))) ; (BOOT::SEQ (COND (# #)) ; (LET (# #) ; (LOOP # ; # ; #)) ; (BOOT::EXIT (BOOT::|IFARRAY;shrink| BOOT::|r| # BOOT::$))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IFARRAY;delete!;$Us$;25| ; (BOOT::|r| BOOT::|i| BOOT::$) ; (BLOCK BOOT::|IFARRAY;delete!;$Us$;25| ; (LET* ((BOOT::|l| #) (BOOT::|m| #) (BOOT::|h| #)) ; (BOOT::SEQ (COND #) ; (LET # ; #) ; (BOOT::EXIT #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |IFARRAY;insert!;S$I$;26| ...) ; file: /tmp/oa-aZqnxB/code.lsp ; in: DEFUN |IFARRAY;insert!;S$I$;26| ; (DEFUN BOOT::|IFARRAY;insert!;S$I$;26| ; (BOOT::|x| BOOT::|r| BOOT::|i1| BOOT::$) ; (LET ((BOOT::|i| (- BOOT::|i1| #)) (BOOT::|n| (SVREF BOOT::|r| 1))) ; (BOOT::SEQ (COND (# #)) ; (BOOT::|IFARRAY;growAndFill| BOOT::|r| 1 BOOT::|x| BOOT::$) ; (LET (#) ; (LOOP # ; #)) ; (BOOT::SPADCALL (SVREF BOOT::|r| 2) BOOT::|i| BOOT::|x| ; (BOOT::|shellEntry| BOOT::$ 49)) ; (BOOT::EXIT BOOT::|r|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IFARRAY;insert!;S$I$;26| ; (BOOT::|x| BOOT::|r| BOOT::|i1| BOOT::$) ; (BLOCK BOOT::|IFARRAY;insert!;S$I$;26| ; (LET ((BOOT::|i| #) (BOOT::|n| #)) ; (BOOT::SEQ (COND #) ; (BOOT::|IFARRAY;growAndFill| BOOT::|r| 1 BOOT::|x| ; BOOT::$) ; (LET # ; #) ; (BOOT::SPADCALL # BOOT::|i| BOOT::|x| #) ; (BOOT::EXIT BOOT::|r|))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |IFARRAY;insert!;2$I$;27| ...) ; file: /tmp/oa-aZqnxB/code.lsp ; in: DEFUN |IFARRAY;insert!;2$I$;27| ; (DEFUN BOOT::|IFARRAY;insert!;2$I$;27| ; (BOOT::|a| BOOT::|b| BOOT::|i1| BOOT::$) ; (PROG (BOOT::|n| BOOT::|m|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IFARRAY;insert!;2$I$;27| ; (BOOT::|a| BOOT::|b| BOOT::|i1| BOOT::$) ; (BLOCK BOOT::|IFARRAY;insert!;2$I$;27| ; (PROG (BOOT::|n| BOOT::|m|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |b| ; prevents use of assertion from function type proclamation: ; SIMPLE-VECTOR ; ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |IFARRAY;merge!;M3$;28| ...) ; compiling (DEFUN |IFARRAY;select!;M2$;29| ...) ; compiling (DEFUN |IFARRAY;removeDuplicates!;2$;30| ...) ; compiling (DEFUN |IndexedFlexibleArray| ...) ; compiling (DEFUN |IndexedFlexibleArray;| ...) ; compiling (MAKEPROP (QUOTE |IndexedFlexibleArray|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; printed 12 notes ; /tmp/oa-aZqnxB/code.fasl written ; compilation finished in 0:00:00.154 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/FARRAY.fasl --optimize=3 FARRAY.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FARRAY.spad using Spad compiler. FARRAY abbreviates domain FlexibleArray debug: compDefine1 lhs: (FlexibleArray S) signature (pre-evaluate): (NIL (Type)) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): (NIL (Type)) debug: compDefine1 lhs: (FlexibleArray S) signature (pre-evaluate): (NIL NIL) debug: compDefine1 signature (post evaluate): (NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FlexibleArray compiling into /tmp/oa-KeXiDr (time taken in buildFunctor: 8) Time: 0.08 SEC. Cumulative Statistics for Constructor FlexibleArray Time: 0.08 seconds finalizing NRLIB FARRAY Processing FlexibleArray for Browser database: -- constructor ; compiling file "/tmp/oa-KeXiDr/code.lsp" (written 01 FEB 2016 10:55:19 PM): ; compiling (DEFUN |FlexibleArray| ...) ; compiling (DEFUN |FlexibleArray;| ...) ; compiling (MAKEPROP (QUOTE |FlexibleArray|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-KeXiDr/code.fasl written ; compilation finished in 0:00:00.019 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/SET.fasl --optimize=3 SET.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SET.spad using Spad compiler. SET abbreviates domain Set debug: compDefine1 lhs: (Set S) signature (pre-evaluate): ((FiniteSetAggregate S) (SetCategory)) debug: evaluateType form: (FiniteSetAggregate S) $param: (S) Debug: evaluateType1 form: (FiniteSetAggregate S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((FiniteSetAggregate S) (SetCategory)) debug: compDefine1 lhs: (Set S) signature (pre-evaluate): ((FiniteSetAggregate S) NIL) debug: evaluateType form: (FiniteSetAggregate S) $param: (S) Debug: evaluateType1 form: (FiniteSetAggregate S) debug: evaluateType1 x: S m: (SetCategory) debug: compDefine1 signature (post evaluate): ((FiniteSetAggregate S) NIL) ------------------------------------------------------------------------ initializing stationary directory for Set compiling into /tmp/oa-qwYy9E compiling exported # : % -> NonNegativeInteger Time: 0.05 SEC. compiling exported brace : () -> % Time: 0 SEC. compiling exported set : () -> % Time: 0 SEC. compiling exported empty : () -> % Time: 0 SEC. compiling exported copy : % -> % Time: 0.00 SEC. compiling exported members : % -> List S Time: 0.00 SEC. compiling exported inspect : % -> S Time: 0.01 SEC. compiling exported extract! : % -> S Time: 0.00 SEC. compiling exported find : (S -> Boolean,%) -> Union(S,failed) Time: 0.00 SEC. compiling exported map : (S -> S,%) -> % Time: 0 SEC. compiling exported map! : (S -> S,%) -> % Time: 0 SEC. compiling exported reduce : ((S,S) -> S,%) -> S Time: 0.00 SEC. compiling exported reduce : ((S,S) -> S,%,S) -> S Time: 0.00 SEC. compiling exported reduce : ((S,S) -> S,%,S,S) -> S Time: 0 SEC. compiling exported convert : % -> InputForm Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Time: 0.27 SEC. compiling exported = : (%,%) -> Boolean Time: 0.00 SEC. compiling exported max : % -> S Time: 0 SEC. compiling exported min : % -> S Time: 0.01 SEC. compiling exported construct : List S -> % Time: 0.03 SEC. compiling exported insert! : (S,%) -> % Time: 0.02 SEC. compiling exported member? : (S,%) -> Boolean Time: 0.01 SEC. compiling exported remove! : (S,%) -> % Time: 0.01 SEC. compiling exported intersect : (%,%) -> % Time: 0.06 SEC. compiling exported difference : (%,%) -> % Time: 0.03 SEC. compiling exported symmetricDifference : (%,%) -> % Time: 0.01 SEC. compiling exported subset? : (%,%) -> Boolean Time: 0.01 SEC. compiling exported union : (%,%) -> % Time: 0.01 SEC. compiling exported insert! : (S,%) -> % Time: 0.02 SEC. compiling exported remove! : (S,%) -> % Time: 0.00 SEC. (time taken in buildFunctor: 4) Time: 0.02 SEC. Warnings: [1] construct: zero? has no value [2] insert!: inc has no value [3] remove!: inc has no value Cumulative Statistics for Constructor Set Time: 0.60 seconds finalizing NRLIB SET Processing Set for Browser database: -- constructor ; compiling file "/tmp/oa-qwYy9E/code.lsp" (written 01 FEB 2016 10:55:20 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SET;#;$Nni;1| ...) ; file: /tmp/oa-qwYy9E/code.lsp ; in: DEFUN |SET;#;$Nni;1| ; (DEFUN BOOT::|SET;#;$Nni;1| (BOOT::|s| BOOT::$) ; (BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 10))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SET;#;$Nni;1| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|SET;#;$Nni;1| ; (BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 10)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |SET;brace;$;2| ...) ; compiling (DEFUN |SET;set;$;3| ...) ; compiling (DEFUN |SET;empty;$;4| ...) ; compiling (DEFUN |SET;copy;2$;5| ...) ; compiling (DEFUN |SET;members;$L;6| ...) ; file: /tmp/oa-qwYy9E/code.lsp ; in: DEFUN |SET;members;$L;6| ; (DEFUN BOOT::|SET;members;$L;6| (BOOT::|s| BOOT::$) ; (BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 19))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SET;members;$L;6| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|SET;members;$L;6| ; (BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 19)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SET;inspect;$S;7| ...) ; compiling (DEFUN |SET;extract!;$S;8| ...) ; compiling (DEFUN |SET;find;M$U;9| ...) ; file: /tmp/oa-qwYy9E/code.lsp ; in: DEFUN |SET;find;M$U;9| ; (DEFUN BOOT::|SET;find;M$U;9| (BOOT::|f| BOOT::|s| BOOT::$) ; (BOOT::SPADCALL BOOT::|f| BOOT::|s| (BOOT::|shellEntry| BOOT::$ 31))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SET;find;M$U;9| ; (BOOT::|f| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|SET;find;M$U;9| ; (BOOT::SPADCALL BOOT::|f| BOOT::|s| (BOOT::|shellEntry| BOOT::$ 31)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SET;map;M2$;10| ...) ; compiling (DEFUN |SET;map!;M2$;11| ...) ; compiling (DEFUN |SET;reduce;M$S;12| ...) ; compiling (DEFUN |SET;reduce;M$2S;13| ...) ; compiling (DEFUN |SET;reduce;M$3S;14| ...) ; compiling (DEFUN |SET;convert;$If;15| ...) ; compiling (DEFUN |SET;=;2$B;16| ...) ; file: /tmp/oa-qwYy9E/code.lsp ; in: DEFUN |SET;=;2$B;16| ; (DEFUN BOOT::|SET;=;2$B;16| (BOOT::|s| BOOT::|t| BOOT::$) ; (BOOT::SPADCALL BOOT::|s| BOOT::|t| (BOOT::|shellEntry| BOOT::$ 52))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SET;=;2$B;16| ; (BOOT::|s| BOOT::|t| BOOT::$) ; (BLOCK BOOT::|SET;=;2$B;16| ; (BOOT::SPADCALL BOOT::|s| BOOT::|t| (BOOT::|shellEntry| BOOT::$ 52)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |SET;max;$S;17| ...) ; compiling (DEFUN |SET;min;$S;18| ...) ; compiling (DEFUN |SET;construct;L$;19| ...) ; compiling (DEFUN |SET;insert!;S2$;20| ...) ; compiling (DEFUN |SET;member?;S$B;21| ...) ; file: /tmp/oa-qwYy9E/code.lsp ; in: DEFUN |SET;member?;S$B;21| ; (DEFUN BOOT::|SET;member?;S$B;21| (BOOT::|x| BOOT::|s| BOOT::$) ; (PROG (BOOT::|m| BOOT::|b| BOOT::|t|) ; (RETURN (AND (NOT #) (BOOT::SEQ # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SET;member?;S$B;21| ; (BOOT::|x| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|SET;member?;S$B;21| ; (PROG (BOOT::|m| BOOT::|b| BOOT::|t|) (RETURN (AND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |SET;remove!;S2$;22| ...) ; compiling (DEFUN |SET;intersect;3$;23| ...) ; compiling (DEFUN |SET;difference;3$;24| ...) ; compiling (DEFUN |SET;symmetricDifference;3$;25| ...) ; compiling (DEFUN |SET;subset?;2$B;26| ...) ; compiling (DEFUN |SET;union;3$;27| ...) ; compiling (DEFUN |SET;insert!;S2$;28| ...) ; compiling (DEFUN |SET;remove!;S2$;29| ...) ; compiling (DEFUN |Set| ...) ; compiling (DEFUN |Set;| ...) ; compiling (MAKEPROP (QUOTE |Set|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 5 notes ; /tmp/oa-qwYy9E/code.fasl written ; compilation finished in 0:00:00.093 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/FR.fasl --optimize=3 FR.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FR.spad using Spad compiler. FR abbreviates domain Factored debug: compDefine1 lhs: (Factored R) signature (pre-evaluate): ((Join (IntegralDomain) (DifferentialExtension R) (Algebra R) (FullyEvalableOver R) (FullyRetractableTo R) (Functorial R) (CATEGORY domain (SIGNATURE expand (R $)) (SIGNATURE exponent ((Integer) $)) (SIGNATURE makeFR ($ R (List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))))) (SIGNATURE factorList ((List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))) $)) (SIGNATURE nilFactor ($ R (Integer))) (SIGNATURE factors ((List (Record (: factor R) (: exponent (Integer)))) $)) (SIGNATURE irreducibleFactor ($ R (Integer))) (SIGNATURE nthExponent ((Integer) $ (Integer))) (SIGNATURE nthFactor (R $ (Integer))) (SIGNATURE nthFlag ((Union nil sqfr irred prime) $ (Integer))) (SIGNATURE numberOfFactors ((NonNegativeInteger) $)) (SIGNATURE primeFactor ($ R (Integer))) (SIGNATURE sqfrFactor ($ R (Integer))) (SIGNATURE flagFactor ($ R (Integer) (Union nil sqfr irred prime))) (SIGNATURE unit (R $)) (SIGNATURE unitNormalize ($ $)) (IF (has R (GcdDomain)) (ATTRIBUTE (GcdDomain)) %noBranch) (IF (has R (RealConstant)) (ATTRIBUTE (RealConstant)) %noBranch) (IF (has R (UniqueFactorizationDomain)) (ATTRIBUTE (UniqueFactorizationDomain)) %noBranch) (IF (has R (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch) (IF (has R (IntegerNumberSystem)) (PROGN (SIGNATURE rational? ((Boolean) $)) (SIGNATURE rational ((Fraction (Integer)) $)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) $))) %noBranch) (IF (has R (Eltable $ $)) (ATTRIBUTE (Eltable $ $)) %noBranch) (IF (has R (Evalable $)) (ATTRIBUTE (Evalable $)) %noBranch) (IF (has R (InnerEvalable (Symbol) $)) (ATTRIBUTE (InnerEvalable (Symbol) $)) %noBranch))) (IntegralDomain)) debug: evaluateType form: (Join (IntegralDomain) (DifferentialExtension R) (Algebra R) (FullyEvalableOver R) (FullyRetractableTo R) (Functorial R) (CATEGORY domain (SIGNATURE expand (R $)) (SIGNATURE exponent ((Integer) $)) (SIGNATURE makeFR ($ R (List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))))) (SIGNATURE factorList ((List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))) $)) (SIGNATURE nilFactor ($ R (Integer))) (SIGNATURE factors ((List (Record (: factor R) (: exponent (Integer)))) $)) (SIGNATURE irreducibleFactor ($ R (Integer))) (SIGNATURE nthExponent ((Integer) $ (Integer))) (SIGNATURE nthFactor (R $ (Integer))) (SIGNATURE nthFlag ((Union nil sqfr irred prime) $ (Integer))) (SIGNATURE numberOfFactors ((NonNegativeInteger) $)) (SIGNATURE primeFactor ($ R (Integer))) (SIGNATURE sqfrFactor ($ R (Integer))) (SIGNATURE flagFactor ($ R (Integer) (Union nil sqfr irred prime))) (SIGNATURE unit (R $)) (SIGNATURE unitNormalize ($ $)) (IF (has R (GcdDomain)) (ATTRIBUTE (GcdDomain)) %noBranch) (IF (has R (RealConstant)) (ATTRIBUTE (RealConstant)) %noBranch) (IF (has R (UniqueFactorizationDomain)) (ATTRIBUTE (UniqueFactorizationDomain)) %noBranch) (IF (has R (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch) (IF (has R (IntegerNumberSystem)) (PROGN (SIGNATURE rational? ((Boolean) $)) (SIGNATURE rational ((Fraction (Integer)) $)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) $))) %noBranch) (IF (has R (Eltable $ $)) (ATTRIBUTE (Eltable $ $)) %noBranch) (IF (has R (Evalable $)) (ATTRIBUTE (Evalable $)) %noBranch) (IF (has R (InnerEvalable (Symbol) $)) (ATTRIBUTE (InnerEvalable (Symbol) $)) %noBranch))) $param: (R) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (DifferentialExtension R) $param: (R) Debug: evaluateType1 form: (DifferentialExtension R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Algebra R) $param: (R) Debug: evaluateType1 form: (Algebra R) debug: evaluateType1 x: R m: (CommutativeRing) debug: evaluateType form: (FullyEvalableOver R) $param: (R) Debug: evaluateType1 form: (FullyEvalableOver R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (FullyRetractableTo R) $param: (R) Debug: evaluateType1 form: (FullyRetractableTo R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (Functorial R) $param: (R) Debug: evaluateType1 form: (Functorial R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE expand (R $)) (SIGNATURE exponent ((Integer) $)) (SIGNATURE makeFR ($ R (List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))))) (SIGNATURE factorList ((List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))) $)) (SIGNATURE nilFactor ($ R (Integer))) (SIGNATURE factors ((List (Record (: factor R) (: exponent (Integer)))) $)) (SIGNATURE irreducibleFactor ($ R (Integer))) (SIGNATURE nthExponent ((Integer) $ (Integer))) (SIGNATURE nthFactor (R $ (Integer))) (SIGNATURE nthFlag ((Union nil sqfr irred prime) $ (Integer))) (SIGNATURE numberOfFactors ((NonNegativeInteger) $)) (SIGNATURE primeFactor ($ R (Integer))) (SIGNATURE sqfrFactor ($ R (Integer))) (SIGNATURE flagFactor ($ R (Integer) (Union nil sqfr irred prime))) (SIGNATURE unit (R $)) (SIGNATURE unitNormalize ($ $)) (IF (has R (GcdDomain)) (ATTRIBUTE (GcdDomain)) %noBranch) (IF (has R (RealConstant)) (ATTRIBUTE (RealConstant)) %noBranch) (IF (has R (UniqueFactorizationDomain)) (ATTRIBUTE (UniqueFactorizationDomain)) %noBranch) (IF (has R (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch) (IF (has R (IntegerNumberSystem)) (PROGN (SIGNATURE rational? ((Boolean) $)) (SIGNATURE rational ((Fraction (Integer)) $)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) $))) %noBranch) (IF (has R (Eltable $ $)) (ATTRIBUTE (Eltable $ $)) %noBranch) (IF (has R (Evalable $)) (ATTRIBUTE (Evalable $)) %noBranch) (IF (has R (InnerEvalable (Symbol) $)) (ATTRIBUTE (InnerEvalable (Symbol) $)) %noBranch)) $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: R $param: (R) debug: evaluateType form: (List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))) $param: (R) Debug: evaluateType1 form: (List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))) debug: evaluateType1 x: (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer))) $param: (R) debug: evaluateType form: (Union nil sqfr irred prime) $param: (R) debug: evaluateType form: nil $param: (R) debug: evaluateType form: sqfr $param: (R) debug: evaluateType form: irred $param: (R) debug: evaluateType form: prime $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer))) c: (Type) debug: evaluateType form: (List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))) $param: (R) Debug: evaluateType1 form: (List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))) debug: evaluateType1 x: (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer))) $param: (R) debug: evaluateType form: (Union nil sqfr irred prime) $param: (R) debug: evaluateType form: nil $param: (R) debug: evaluateType form: sqfr $param: (R) debug: evaluateType form: irred $param: (R) debug: evaluateType form: prime $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer))) c: (Type) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (List (Record (: factor R) (: exponent (Integer)))) $param: (R) Debug: evaluateType1 form: (List (Record (: factor R) (: exponent (Integer)))) debug: evaluateType1 x: (Record (: factor R) (: exponent (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: factor R) (: exponent (Integer))) $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: factor R) (: exponent (Integer))) c: (Type) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Union nil sqfr irred prime) $param: (R) debug: evaluateType form: nil $param: (R) debug: evaluateType form: sqfr $param: (R) debug: evaluateType form: irred $param: (R) debug: evaluateType form: prime $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Union nil sqfr irred prime) $param: (R) debug: evaluateType form: nil $param: (R) debug: evaluateType form: sqfr $param: (R) debug: evaluateType form: irred $param: (R) debug: evaluateType form: prime $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: compDefine1 signature (post evaluate): ((Join (IntegralDomain) (DifferentialExtension R) (Algebra R) (FullyEvalableOver R) (FullyRetractableTo R) (Functorial R) (CATEGORY domain (SIGNATURE expand (R $)) (SIGNATURE exponent ((Integer) $)) (SIGNATURE makeFR ($ R (List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))))) (SIGNATURE factorList ((List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))) $)) (SIGNATURE nilFactor ($ R (Integer))) (SIGNATURE factors ((List (Record (: factor R) (: exponent (Integer)))) $)) (SIGNATURE irreducibleFactor ($ R (Integer))) (SIGNATURE nthExponent ((Integer) $ (Integer))) (SIGNATURE nthFactor (R $ (Integer))) (SIGNATURE nthFlag ((Union nil sqfr irred prime) $ (Integer))) (SIGNATURE numberOfFactors ((NonNegativeInteger) $)) (SIGNATURE primeFactor ($ R (Integer))) (SIGNATURE sqfrFactor ($ R (Integer))) (SIGNATURE flagFactor ($ R (Integer) (Union nil sqfr irred prime))) (SIGNATURE unit (R $)) (SIGNATURE unitNormalize ($ $)) (IF (has R (GcdDomain)) (ATTRIBUTE (GcdDomain)) %noBranch) (IF (has R (RealConstant)) (ATTRIBUTE (RealConstant)) %noBranch) (IF (has R (UniqueFactorizationDomain)) (ATTRIBUTE (UniqueFactorizationDomain)) %noBranch) (IF (has R (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch) (IF (has R (IntegerNumberSystem)) (PROGN (SIGNATURE rational? ((Boolean) $)) (SIGNATURE rational ((Fraction (Integer)) $)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) $))) %noBranch) (IF (has R (Eltable $ $)) (ATTRIBUTE (Eltable $ $)) %noBranch) (IF (has R (Evalable $)) (ATTRIBUTE (Evalable $)) %noBranch) (IF (has R (InnerEvalable (Symbol) $)) (ATTRIBUTE (InnerEvalable (Symbol) $)) %noBranch))) (IntegralDomain)) debug: compDefine1 lhs: (Factored R) signature (pre-evaluate): ((Join (IntegralDomain) (DifferentialExtension R) (Algebra R) (FullyEvalableOver R) (FullyRetractableTo R) (Functorial R) (CATEGORY domain (SIGNATURE expand (R $)) (SIGNATURE exponent ((Integer) $)) (SIGNATURE makeFR ($ R (List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))))) (SIGNATURE factorList ((List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))) $)) (SIGNATURE nilFactor ($ R (Integer))) (SIGNATURE factors ((List (Record (: factor R) (: exponent (Integer)))) $)) (SIGNATURE irreducibleFactor ($ R (Integer))) (SIGNATURE nthExponent ((Integer) $ (Integer))) (SIGNATURE nthFactor (R $ (Integer))) (SIGNATURE nthFlag ((Union nil sqfr irred prime) $ (Integer))) (SIGNATURE numberOfFactors ((NonNegativeInteger) $)) (SIGNATURE primeFactor ($ R (Integer))) (SIGNATURE sqfrFactor ($ R (Integer))) (SIGNATURE flagFactor ($ R (Integer) (Union nil sqfr irred prime))) (SIGNATURE unit (R $)) (SIGNATURE unitNormalize ($ $)) (IF (has R (GcdDomain)) (ATTRIBUTE (GcdDomain)) %noBranch) (IF (has R (RealConstant)) (ATTRIBUTE (RealConstant)) %noBranch) (IF (has R (UniqueFactorizationDomain)) (ATTRIBUTE (UniqueFactorizationDomain)) %noBranch) (IF (has R (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch) (IF (has R (IntegerNumberSystem)) (PROGN (SIGNATURE rational? ((Boolean) $)) (SIGNATURE rational ((Fraction (Integer)) $)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) $))) %noBranch) (IF (has R (Eltable $ $)) (ATTRIBUTE (Eltable $ $)) %noBranch) (IF (has R (Evalable $)) (ATTRIBUTE (Evalable $)) %noBranch) (IF (has R (InnerEvalable (Symbol) $)) (ATTRIBUTE (InnerEvalable (Symbol) $)) %noBranch))) NIL) debug: evaluateType form: (Join (IntegralDomain) (DifferentialExtension R) (Algebra R) (FullyEvalableOver R) (FullyRetractableTo R) (Functorial R) (CATEGORY domain (SIGNATURE expand (R $)) (SIGNATURE exponent ((Integer) $)) (SIGNATURE makeFR ($ R (List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))))) (SIGNATURE factorList ((List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))) $)) (SIGNATURE nilFactor ($ R (Integer))) (SIGNATURE factors ((List (Record (: factor R) (: exponent (Integer)))) $)) (SIGNATURE irreducibleFactor ($ R (Integer))) (SIGNATURE nthExponent ((Integer) $ (Integer))) (SIGNATURE nthFactor (R $ (Integer))) (SIGNATURE nthFlag ((Union nil sqfr irred prime) $ (Integer))) (SIGNATURE numberOfFactors ((NonNegativeInteger) $)) (SIGNATURE primeFactor ($ R (Integer))) (SIGNATURE sqfrFactor ($ R (Integer))) (SIGNATURE flagFactor ($ R (Integer) (Union nil sqfr irred prime))) (SIGNATURE unit (R $)) (SIGNATURE unitNormalize ($ $)) (IF (has R (GcdDomain)) (ATTRIBUTE (GcdDomain)) %noBranch) (IF (has R (RealConstant)) (ATTRIBUTE (RealConstant)) %noBranch) (IF (has R (UniqueFactorizationDomain)) (ATTRIBUTE (UniqueFactorizationDomain)) %noBranch) (IF (has R (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch) (IF (has R (IntegerNumberSystem)) (PROGN (SIGNATURE rational? ((Boolean) $)) (SIGNATURE rational ((Fraction (Integer)) $)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) $))) %noBranch) (IF (has R (Eltable $ $)) (ATTRIBUTE (Eltable $ $)) %noBranch) (IF (has R (Evalable $)) (ATTRIBUTE (Evalable $)) %noBranch) (IF (has R (InnerEvalable (Symbol) $)) (ATTRIBUTE (InnerEvalable (Symbol) $)) %noBranch))) $param: (R) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (DifferentialExtension R) $param: (R) Debug: evaluateType1 form: (DifferentialExtension R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Algebra R) $param: (R) Debug: evaluateType1 form: (Algebra R) debug: evaluateType1 x: R m: (CommutativeRing) debug: evaluateType form: (FullyEvalableOver R) $param: (R) Debug: evaluateType1 form: (FullyEvalableOver R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (FullyRetractableTo R) $param: (R) Debug: evaluateType1 form: (FullyRetractableTo R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (Functorial R) $param: (R) Debug: evaluateType1 form: (Functorial R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE expand (R $)) (SIGNATURE exponent ((Integer) $)) (SIGNATURE makeFR ($ R (List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))))) (SIGNATURE factorList ((List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))) $)) (SIGNATURE nilFactor ($ R (Integer))) (SIGNATURE factors ((List (Record (: factor R) (: exponent (Integer)))) $)) (SIGNATURE irreducibleFactor ($ R (Integer))) (SIGNATURE nthExponent ((Integer) $ (Integer))) (SIGNATURE nthFactor (R $ (Integer))) (SIGNATURE nthFlag ((Union nil sqfr irred prime) $ (Integer))) (SIGNATURE numberOfFactors ((NonNegativeInteger) $)) (SIGNATURE primeFactor ($ R (Integer))) (SIGNATURE sqfrFactor ($ R (Integer))) (SIGNATURE flagFactor ($ R (Integer) (Union nil sqfr irred prime))) (SIGNATURE unit (R $)) (SIGNATURE unitNormalize ($ $)) (IF (has R (GcdDomain)) (ATTRIBUTE (GcdDomain)) %noBranch) (IF (has R (RealConstant)) (ATTRIBUTE (RealConstant)) %noBranch) (IF (has R (UniqueFactorizationDomain)) (ATTRIBUTE (UniqueFactorizationDomain)) %noBranch) (IF (has R (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch) (IF (has R (IntegerNumberSystem)) (PROGN (SIGNATURE rational? ((Boolean) $)) (SIGNATURE rational ((Fraction (Integer)) $)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) $))) %noBranch) (IF (has R (Eltable $ $)) (ATTRIBUTE (Eltable $ $)) %noBranch) (IF (has R (Evalable $)) (ATTRIBUTE (Evalable $)) %noBranch) (IF (has R (InnerEvalable (Symbol) $)) (ATTRIBUTE (InnerEvalable (Symbol) $)) %noBranch)) $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: R $param: (R) debug: evaluateType form: (List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))) $param: (R) Debug: evaluateType1 form: (List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))) debug: evaluateType1 x: (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer))) $param: (R) debug: evaluateType form: (Union nil sqfr irred prime) $param: (R) debug: evaluateType form: nil $param: (R) debug: evaluateType form: sqfr $param: (R) debug: evaluateType form: irred $param: (R) debug: evaluateType form: prime $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer))) c: (Type) debug: evaluateType form: (List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))) $param: (R) Debug: evaluateType1 form: (List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))) debug: evaluateType1 x: (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer))) $param: (R) debug: evaluateType form: (Union nil sqfr irred prime) $param: (R) debug: evaluateType form: nil $param: (R) debug: evaluateType form: sqfr $param: (R) debug: evaluateType form: irred $param: (R) debug: evaluateType form: prime $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer))) c: (Type) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (List (Record (: factor R) (: exponent (Integer)))) $param: (R) Debug: evaluateType1 form: (List (Record (: factor R) (: exponent (Integer)))) debug: evaluateType1 x: (Record (: factor R) (: exponent (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: factor R) (: exponent (Integer))) $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: factor R) (: exponent (Integer))) c: (Type) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Union nil sqfr irred prime) $param: (R) debug: evaluateType form: nil $param: (R) debug: evaluateType form: sqfr $param: (R) debug: evaluateType form: irred $param: (R) debug: evaluateType form: prime $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Union nil sqfr irred prime) $param: (R) debug: evaluateType form: nil $param: (R) debug: evaluateType form: sqfr $param: (R) debug: evaluateType form: irred $param: (R) debug: evaluateType form: prime $param: (R) debug: evaluateType form: R $param: (R) debug: compDefine1 signature (post evaluate): ((Join (IntegralDomain) (DifferentialExtension R) (Algebra R) (FullyEvalableOver R) (FullyRetractableTo R) (Functorial R) (CATEGORY domain (SIGNATURE expand (R $)) (SIGNATURE exponent ((Integer) $)) (SIGNATURE makeFR ($ R (List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))))) (SIGNATURE factorList ((List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))) $)) (SIGNATURE nilFactor ($ R (Integer))) (SIGNATURE factors ((List (Record (: factor R) (: exponent (Integer)))) $)) (SIGNATURE irreducibleFactor ($ R (Integer))) (SIGNATURE nthExponent ((Integer) $ (Integer))) (SIGNATURE nthFactor (R $ (Integer))) (SIGNATURE nthFlag ((Union nil sqfr irred prime) $ (Integer))) (SIGNATURE numberOfFactors ((NonNegativeInteger) $)) (SIGNATURE primeFactor ($ R (Integer))) (SIGNATURE sqfrFactor ($ R (Integer))) (SIGNATURE flagFactor ($ R (Integer) (Union nil sqfr irred prime))) (SIGNATURE unit (R $)) (SIGNATURE unitNormalize ($ $)) (IF (has R (GcdDomain)) (ATTRIBUTE (GcdDomain)) %noBranch) (IF (has R (RealConstant)) (ATTRIBUTE (RealConstant)) %noBranch) (IF (has R (UniqueFactorizationDomain)) (ATTRIBUTE (UniqueFactorizationDomain)) %noBranch) (IF (has R (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch) (IF (has R (IntegerNumberSystem)) (PROGN (SIGNATURE rational? ((Boolean) $)) (SIGNATURE rational ((Fraction (Integer)) $)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) $))) %noBranch) (IF (has R (Eltable $ $)) (ATTRIBUTE (Eltable $ $)) %noBranch) (IF (has R (Evalable $)) (ATTRIBUTE (Evalable $)) %noBranch) (IF (has R (InnerEvalable (Symbol) $)) (ATTRIBUTE (InnerEvalable (Symbol) $)) %noBranch))) NIL) ------------------------------------------------------------------------ initializing stationary directory for Factored compiling into /tmp/oa-tCP8hv compiling exported convert : % -> InputForm Time: 0.20 SEC. compiling exported nilFactor : (R,Integer) -> % Time: 0.00 SEC. compiling exported sqfrFactor : (R,Integer) -> % Time: 0.01 SEC. compiling exported irreducibleFactor : (R,Integer) -> % Time: 0.00 SEC. compiling exported primeFactor : (R,Integer) -> % Time: 0.00 SEC. compiling exported unit? : % -> Boolean Time: 0.00 SEC. compiling exported factorList : % -> List Record(flg: Union(nil,sqfr,irred,prime),fctr: R,xpnt: Integer) FR;factorList;$L;7 is replaced by %tail Time: 0.01 SEC. compiling exported unit : % -> R FR;unit;$R;8 is replaced by %head Time: 0 SEC. compiling exported numberOfFactors : % -> NonNegativeInteger FR;numberOfFactors;$Nni;9 u is replaced by %llength %tail u Time: 0.01 SEC. compiling exported Zero : () -> % Time: 0.01 SEC. compiling exported zero? : % -> Boolean Time: 0.02 SEC. compiling exported One : () -> % Time: 0.01 SEC. compiling exported one? : % -> Boolean Time: 0.01 SEC. compiling local mkFF : (R,List Record(flg: Union(nil,sqfr,irred,prime),fctr: R,xpnt: Integer)) -> % FR;mkFF is replaced by %pair Time: 0.01 SEC. compiling exported coerce : Integer -> % Time: 0.01 SEC. compiling exported characteristic : () -> NonNegativeInteger Time: 0.01 SEC. compiling exported * : (Integer,%) -> % Time: 0.01 SEC. compiling exported * : (R,%) -> % Time: 0.00 SEC. compiling exported factors : % -> List Record(factor: R,exponent: Integer) Time: 0.02 SEC. compiling exported expand : % -> R Time: 0.01 SEC. compiling local negexp? : % -> Boolean Time: 0.01 SEC. compiling exported makeFR : (R,List Record(flg: Union(nil,sqfr,irred,prime),fctr: R,xpnt: Integer)) -> % Time: 0.01 SEC. compiling exported rational? : % -> Boolean FR;rational?;$B;23 x is replaced by %true Time: 0.02 SEC. compiling exported rationalIfCan : % -> Union(Fraction Integer,failed) Time: 0.00 SEC. compiling exported rational : % -> Fraction Integer Time: 0.05 SEC. compiling exported elt : (%,%) -> % Time: 0.00 SEC. compiling exported eval : (%,List Equation %) -> % Time: 0.06 SEC. compiling exported eval : (%,List Symbol,List %) -> % Time: 0.02 SEC. compiling exported convert : % -> Float Time: 0.07 SEC. compiling exported convert : % -> DoubleFloat Time: 0.10 SEC. compiling exported * : (%,%) -> % Time: 0.04 SEC. compiling exported ** : (%,NonNegativeInteger) -> % Time: 0.04 SEC. compiling local SimplifyFactorization : List Record(flg: Union(nil,sqfr,irred,prime),fctr: R,xpnt: Integer) -> List Record(flg: Union(nil,sqfr,irred,prime),fctr: R,xpnt: Integer) Time: 0.09 SEC. compiling local SimplifyFactorization1 : (Record(flg: Union(nil,sqfr,irred,prime),fctr: R,xpnt: Integer),List Record(flg: Union(nil,sqfr,irred,prime),fctr: R,xpnt: Integer)) -> List Record(flg: Union(nil,sqfr,irred,prime),fctr: R,xpnt: Integer) Time: 0.13 SEC. compiling exported coerce : % -> OutputForm Time: 0.12 SEC. compiling exported retract : % -> R Time: 0.01 SEC. compiling local qexpand : % -> R Time: 0.02 SEC. compiling exported retractIfCan : % -> Union(R,failed) Time: 0 SEC. compiling local LispLessP : (Record(flg: Union(nil,sqfr,irred,prime),fctr: R,xpnt: Integer),Record(flg: Union(nil,sqfr,irred,prime),fctr: R,xpnt: Integer)) -> Boolean Time: 0.02 SEC. compiling local stricterFlag : (Union(nil,sqfr,irred,prime),Union(nil,sqfr,irred,prime)) -> Union(nil,sqfr,irred,prime) FR;stricterFlag(fl1,fl2) is replaced by %when( fl1, %when( fl2,%otherwise fl1), %when( fl1,%otherwise fl2),%otherwise fl2) Time: 0.00 SEC. compiling exported coerce : R -> % Time: 0.01 SEC. compiling exported coerce : R -> % Time: 0.02 SEC. compiling exported coerce : R -> % Time: 0.02 SEC. compiling exported = : (%,%) -> Boolean Time: 0.06 SEC. compiling exported - : % -> % Time: 0.02 SEC. compiling exported recip : % -> Union(%,failed) Time: 0.02 SEC. compiling local reciprocal : % -> % Time: 0.01 SEC. compiling exported exponent : % -> Integer Time: 0.02 SEC. compiling exported nthExponent : (%,Integer) -> Integer Time: 0.02 SEC. compiling exported nthFactor : (%,Integer) -> R Time: 0.02 SEC. compiling exported nthFlag : (%,Integer) -> Union(nil,sqfr,irred,prime) Time: 0.02 SEC. compiling exported flagFactor : (R,Integer,Union(nil,sqfr,irred,prime)) -> % Time: 0.02 SEC. compiling exported differentiate : (%,R -> R) -> % Time: 0.07 SEC. compiling exported map : (R -> R,%) -> % Time: 0.05 SEC. compiling exported exquo : (%,%) -> Union(%,failed) Time: 0.09 SEC. compiling exported unitNormal : % -> Record(unit: %,canonical: %,associate: %) Time: 0.03 SEC. compiling exported unitNormalize : % -> % Time: 0.01 SEC. compiling exported + : (%,%) -> % Time: 0.10 SEC. compiling exported gcd : (%,%) -> % Time: 0.16 SEC. compiling exported + : (%,%) -> % Time: 0.02 SEC. compiling exported prime? : % -> Boolean Time: 0.04 SEC. (time taken in buildFunctor: 32) Time: 0.08 SEC. Warnings: [1] Type List Record(flg: Union("nil","sqfr","irred","prime"),fctr: R,xpnt: Integer) is not in scope. Import it [2] convert: empty? has no value [3] convert: reverse has no value [4] unit?: empty? has no value [5] numberOfFactors: # has no value [6] zero?: # has no value [7] one?: empty? has no value [8] negexp?: negative? has no value [9] eval: IN has no value [10] eval: e has no value [11] convert: fctr has no value [12] convert: xpnt has no value [13] coerce: empty? has no value [14] coerce: reverse has no value [15] coerce: pretend $ -- should replace by @ [16] =: # has no value [17] recip: empty? has no value [18] exponent: empty? has no value [19] exquo: empty? has no value [20] exquo: associate has no value [21] gcd: fctr has no value [22] gcd: xpnt has no value [23] prime?: empty? has no value [24] prime?: xpnt has no value Cumulative Statistics for Constructor Factored Time: 2.10 seconds finalizing NRLIB FR Processing Factored for Browser database: -- expand : % -> R -- exponent : % -> Integer -- makeFR : (R,List FF) -> % -- factorList : % -> List FF -- nilFactor : (R,Integer) -> % -- factors : % -> List Record(factor: R,exponent: Integer) -- irreducibleFactor : (R,Integer) -> % -- nthExponent : (%,Integer) -> Integer -- nthFactor : (%,Integer) -> R -- nthFlag : (%,Integer) -> fUnion -- numberOfFactors : % -> NonNegativeInteger -- primeFactor : (R,Integer) -> % -- sqfrFactor : (R,Integer) -> % -- flagFactor : (R,Integer,fUnion) -> % -- unit : % -> R -- unitNormalize : % -> % -- rational? : % -> Boolean -- rational : % -> Fraction Integer -- rationalIfCan : % -> Union(Fraction Integer,"failed") -- constructor ; compiling file "/tmp/oa-tCP8hv/code.lsp" (written 01 FEB 2016 10:55:22 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FR;factorList;$L;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FR;unit;$R;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FR;numberOfFactors;$Nni;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FR;mkFF|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FR;rational?;$B;23|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FR;stricterFlag|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FR;convert;$If;1| ...) ; compiling (DEFUN |FR;nilFactor;RI$;2| ...) ; compiling (DEFUN |FR;sqfrFactor;RI$;3| ...) ; compiling (DEFUN |FR;irreducibleFactor;RI$;4| ...) ; compiling (DEFUN |FR;primeFactor;RI$;5| ...) ; compiling (DEFUN |FR;unit?;$B;6| ...) ; compiling (DEFUN |FR;factorList;$L;7| ...) ; compiling (DEFUN |FR;unit;$R;8| ...) ; compiling (DEFUN |FR;numberOfFactors;$Nni;9| ...) ; compiling (DEFUN |FR;Zero;$;10| ...) ; compiling (DEFUN |FR;zero?;$B;11| ...) ; file: /tmp/oa-tCP8hv/code.lsp ; in: DEFUN |FR;zero?;$B;11| ; (DEFUN BOOT::|FR;zero?;$B;11| (BOOT::|u| BOOT::$) ; (AND (EQL (LIST-LENGTH (CDR BOOT::|u|)) 1) ; (AND (ZEROP (CAR #)) (AND (BOOT::SPADCALL # #) (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;zero?;$B;11| ; (BOOT::|u| BOOT::$) ; (BLOCK BOOT::|FR;zero?;$B;11| ; (AND (EQL (LIST-LENGTH #) 1) (AND (ZEROP #) (AND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FR;One;$;12| ...) ; compiling (DEFUN |FR;one?;$B;13| ...) ; file: /tmp/oa-tCP8hv/code.lsp ; in: DEFUN |FR;one?;$B;13| ; (DEFUN BOOT::|FR;one?;$B;13| (BOOT::|u| BOOT::$) ; (AND (NULL (CDR BOOT::|u|)) ; (BOOT::SPADCALL (CAR BOOT::|u|) (BOOT::|spadConstant| BOOT::$ 21) ; (BOOT::|shellEntry| BOOT::$ 22)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;one?;$B;13| ; (BOOT::|u| BOOT::$) ; (BLOCK BOOT::|FR;one?;$B;13| ; (AND (NULL (CDR BOOT::|u|)) ; (BOOT::SPADCALL (CAR BOOT::|u|) (BOOT::|spadConstant| BOOT::$ 21) ; (BOOT::|shellEntry| BOOT::$ 22))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FR;mkFF| ...) ; compiling (DEFUN |FR;coerce;I$;15| ...) ; file: /tmp/oa-tCP8hv/code.lsp ; in: DEFUN |FR;coerce;I$;15| ; (DEFUN BOOT::|FR;coerce;I$;15| (BOOT::|j| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|j| (BOOT::|shellEntry| BOOT::$ 62)) ; (BOOT::|shellEntry| BOOT::$ 63))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;coerce;I$;15| ; (BOOT::|j| BOOT::$) ; (BLOCK BOOT::|FR;coerce;I$;15| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|j| (BOOT::|shellEntry| BOOT::$ 62)) ; (BOOT::|shellEntry| BOOT::$ 63)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FR;characteristic;Nni;16| ...) ; file: /tmp/oa-tCP8hv/code.lsp ; in: DEFUN |FR;characteristic;Nni;16| ; (DEFUN BOOT::|FR;characteristic;Nni;16| (BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 65)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;characteristic;Nni;16| ; (BOOT::$) ; (BLOCK BOOT::|FR;characteristic;Nni;16| ; (BOOT::|spadConstant| BOOT::$ 65))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |FR;*;I2$;17| ...) ; compiling (DEFUN |FR;*;R2$;18| ...) ; compiling (DEFUN |FR;factors;$L;19| ...) ; file: /tmp/oa-tCP8hv/code.lsp ; in: DEFUN |FR;factors;$L;19| ; (DEFUN BOOT::|FR;factors;$L;19| (BOOT::|u| BOOT::$) ; (LET ((#:G1207 (CDR BOOT::|u|)) (#:G734 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G1207 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;factors;$L;19| ; (BOOT::|u| BOOT::$) ; (BLOCK BOOT::|FR;factors;$L;19| ; (LET ((#:G1207 #) (#:G734 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |FR;expand;$R;20| ...) ; compiling (DEFUN |FR;negexp?| ...) ; file: /tmp/oa-tCP8hv/code.lsp ; in: DEFUN |FR;negexp?| ; (DEFUN BOOT::|FR;negexp?| (BOOT::|x| BOOT::$) ; (LET ((#:G748 NIL) (#:G749 T) (#:G1208 (CDR BOOT::|x|))) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G1208 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;negexp?| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FR;negexp?| ; (LET ((#:G748 NIL) (#:G749 T) (#:G1208 #)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |FR;makeFR;RL$;22| ...) ; compiling (DEFUN |FR;rational?;$B;23| ...) ; file: /tmp/oa-tCP8hv/code.lsp ; in: DEFUN |FR;rational?;$B;23| ; (DEFUN BOOT::|FR;rational?;$B;23| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; T) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;rational?;$B;23| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|FR;rational?;$B;23| T)) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |FR;rationalIfCan;$U;24| ...) ; compiling (DEFUN |FR;rational;$F;25| ...) ; compiling (DEFUN |FR;elt;3$;26| ...) ; file: /tmp/oa-tCP8hv/code.lsp ; in: DEFUN |FR;elt;3$;26| ; (DEFUN BOOT::|FR;elt;3$;26| (BOOT::|x| BOOT::|v| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|FR;expand;$R;20| BOOT::|v| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 91))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;elt;3$;26| ; (BOOT::|x| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|FR;elt;3$;26| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|FR;expand;$R;20| BOOT::|v| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 91)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FR;eval;$L$;27| ...) ; file: /tmp/oa-tCP8hv/code.lsp ; in: DEFUN |FR;eval;$L$;27| ; (DEFUN BOOT::|FR;eval;$L$;27| (BOOT::|x| BOOT::|l| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| ; (LET ((#:G1210 BOOT::|l|) (#:G772 NIL)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::|shellEntry| BOOT::$ 99))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;eval;$L$;27| ; (BOOT::|x| BOOT::|l| BOOT::$) ; (BLOCK BOOT::|FR;eval;$L$;27| ; (BOOT::SPADCALL BOOT::|x| ; (LET (# #) ; (LOOP # ; #)) ; (BOOT::|shellEntry| BOOT::$ 99)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FR;eval;$LL$;28| ...) ; file: /tmp/oa-tCP8hv/code.lsp ; in: DEFUN |FR;eval;$LL$;28| ; (DEFUN BOOT::|FR;eval;$LL$;28| (BOOT::|x| BOOT::|ls| BOOT::|lv| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|ls| ; (LET ((#:G1211 BOOT::|lv|) (#:G775 NIL)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::|shellEntry| BOOT::$ 105))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;eval;$LL$;28| ; (BOOT::|x| BOOT::|ls| BOOT::|lv| BOOT::$) ; (BLOCK BOOT::|FR;eval;$LL$;28| ; (BOOT::SPADCALL BOOT::|x| BOOT::|ls| ; (LET (# #) ; (LOOP # ; #)) ; (BOOT::|shellEntry| BOOT::$ 105)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FR;convert;$F;29| ...) ; compiling (DEFUN |FR;convert;$Df;30| ...) ; compiling (DEFUN |FR;*;3$;31| ...) ; file: /tmp/oa-tCP8hv/code.lsp ; in: DEFUN |FR;*;3$;31| ; (DEFUN BOOT::|FR;*;3$;31| (BOOT::|u| BOOT::|v| BOOT::$) ; (COND ; ((OR (BOOT::|FR;zero?;$B;11| BOOT::|u| BOOT::$) ; (BOOT::|FR;zero?;$B;11| BOOT::|v| BOOT::$)) ; (BOOT::|spadConstant| BOOT::$ 53)) ; ((BOOT::|FR;one?;$B;13| BOOT::|u| BOOT::$) BOOT::|v|) ; ((BOOT::|FR;one?;$B;13| BOOT::|v| BOOT::$) BOOT::|u|) ; (T ; (CONS (BOOT::SPADCALL # # #) ; (BOOT::|FR;SimplifyFactorization| # BOOT::$))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;*;3$;31| ; (BOOT::|u| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|FR;*;3$;31| ; (COND ((OR # #) (BOOT::|spadConstant| BOOT::$ 53)) ; ((BOOT::|FR;one?;$B;13| BOOT::|u| BOOT::$) BOOT::|v|) ; ((BOOT::|FR;one?;$B;13| BOOT::|v| BOOT::$) BOOT::|u|) ; (T (CONS # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FR;**;$Nni$;32| ...) ; compiling (DEFUN |FR;SimplifyFactorization| ...) ; file: /tmp/oa-tCP8hv/code.lsp ; in: DEFUN |FR;SimplifyFactorization| ; (DEFUN BOOT::|FR;SimplifyFactorization| (BOOT::|x| BOOT::$) ; (COND ((NULL BOOT::|x|) NIL) ; (T (PROGN (SETQ #) (SETQ #) (SETQ #) BOOT::|x|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;SimplifyFactorization| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FR;SimplifyFactorization| ; (COND ((NULL BOOT::|x|) NIL) (T (PROGN # # # BOOT::|x|))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS SIMPLE-VECTOR T)) ; ; compiling (DEFUN |FR;SimplifyFactorization1| ...) ; file: /tmp/oa-tCP8hv/code.lsp ; in: DEFUN |FR;SimplifyFactorization1| ; (DEFUN BOOT::|FR;SimplifyFactorization1| (BOOT::|f| BOOT::|x| BOOT::$) ; (PROG (BOOT::|l|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;SimplifyFactorization1| ; (BOOT::|f| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FR;SimplifyFactorization1| ; (PROG (BOOT::|l|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS SIMPLE-VECTOR T)) &REST T). ; compiling (DEFUN |FR;coerce;$Of;35| ...) ; compiling (DEFUN |FR;retract;$R;36| ...) ; compiling (DEFUN |FR;qexpand| ...) ; compiling (DEFUN |FR;retractIfCan;$U;38| ...) ; compiling (DEFUN |FR;LispLessP| ...) ; file: /tmp/oa-tCP8hv/code.lsp ; in: DEFUN |FR;LispLessP| ; (DEFUN BOOT::|FR;LispLessP| (BOOT::|y| BOOT::|y1| BOOT::$) ; (BOOT::SPADCALL (SVREF BOOT::|y| 1) (SVREF BOOT::|y1| 1) ; (BOOT::|shellEntry| BOOT::$ 148))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;LispLessP| ; (BOOT::|y| BOOT::|y1| BOOT::$) ; (BLOCK BOOT::|FR;LispLessP| ; (BOOT::SPADCALL (SVREF BOOT::|y| 1) (SVREF BOOT::|y1| 1) ; (BOOT::|shellEntry| BOOT::$ 148)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FR;stricterFlag| ...) ; compiling (DEFUN |FR;coerce;R$;41| ...) ; file: /tmp/oa-tCP8hv/code.lsp ; in: DEFUN |FR;coerce;R$;41| ; (DEFUN BOOT::|FR;coerce;R$;41| (BOOT::|r| BOOT::$) ; (BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 151))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;coerce;R$;41| ; (BOOT::|r| BOOT::$) ; (BLOCK BOOT::|FR;coerce;R$;41| ; (BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 151)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FR;coerce;R$;42| ...) ; file: /tmp/oa-tCP8hv/code.lsp ; in: DEFUN |FR;coerce;R$;42| ; (DEFUN BOOT::|FR;coerce;R$;42| (BOOT::|r| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 45)) ; (BOOT::|spadConstant| BOOT::$ 53)) ; ((BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 152)) ; (CONS BOOT::|r| NIL)) ; (T (BOOT::|FR;unitNormalize;2$;57| (BOOT::SPADCALL BOOT::|r| #) BOOT::$)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;coerce;R$;42| ; (BOOT::|r| BOOT::$) ; (BLOCK BOOT::|FR;coerce;R$;42| ; (COND ((BOOT::SPADCALL BOOT::|r| #) (BOOT::|spadConstant| BOOT::$ 53)) ; ((BOOT::SPADCALL BOOT::|r| #) (CONS BOOT::|r| NIL)) ; (T (BOOT::|FR;unitNormalize;2$;57| # BOOT::$))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FR;coerce;R$;43| ...) ; file: /tmp/oa-tCP8hv/code.lsp ; in: DEFUN |FR;coerce;R$;43| ; (DEFUN BOOT::|FR;coerce;R$;43| (BOOT::|r| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 36)) ; (BOOT::|spadConstant| BOOT::$ 52)) ; (T (BOOT::|FR;unitNormalize;2$;57| (CONS # #) BOOT::$)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;coerce;R$;43| ; (BOOT::|r| BOOT::$) ; (BLOCK BOOT::|FR;coerce;R$;43| ; (COND ((BOOT::SPADCALL BOOT::|r| #) (BOOT::|spadConstant| BOOT::$ 52)) ; (T (BOOT::|FR;unitNormalize;2$;57| # BOOT::$))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FR;=;2$B;44| ...) ; file: /tmp/oa-tCP8hv/code.lsp ; in: DEFUN |FR;=;2$B;44| ; (DEFUN BOOT::|FR;=;2$B;44| (BOOT::|u| BOOT::|v| BOOT::$) ; (AND ; (BOOT::SPADCALL (CAR BOOT::|u|) (CAR BOOT::|v|) ; (BOOT::|shellEntry| BOOT::$ 22)) ; (AND (EQL (LIST-LENGTH #) (LIST-LENGTH #)) ; (BOOT::SPADCALL (BOOT::SPADCALL # #) (BOOT::SPADCALL # #) ; (BOOT::|shellEntry| BOOT::$ 157))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;=;2$B;44| ; (BOOT::|u| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|FR;=;2$B;44| ; (AND ; (BOOT::SPADCALL (CAR BOOT::|u|) (CAR BOOT::|v|) ; (BOOT::|shellEntry| BOOT::$ 22)) ; (AND (EQL # #) (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FR;-;2$;45| ...) ; compiling (DEFUN |FR;recip;$U;46| ...) ; compiling (DEFUN |FR;reciprocal| ...) ; compiling (DEFUN |FR;exponent;$I;48| ...) ; compiling (DEFUN |FR;nthExponent;$2I;49| ...) ; compiling (DEFUN |FR;nthFactor;$IR;50| ...) ; compiling (DEFUN |FR;nthFlag;$IU;51| ...) ; compiling (DEFUN |FR;flagFactor;RIU$;52| ...) ; file: /tmp/oa-tCP8hv/code.lsp ; in: DEFUN |FR;flagFactor;RIU$;52| ; (DEFUN BOOT::|FR;flagFactor;RIU$;52| (BOOT::|r| BOOT::|i| BOOT::|fl| BOOT::$) ; (COND ((ZEROP BOOT::|i|) (BOOT::|spadConstant| BOOT::$ 52)) ; ((BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 45)) ; (BOOT::|spadConstant| BOOT::$ 53)) ; (T (BOOT::|FR;unitNormalize;2$;57| (CONS # #) BOOT::$)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;flagFactor;RIU$;52| ; (BOOT::|r| BOOT::|i| BOOT::|fl| BOOT::$) ; (BLOCK BOOT::|FR;flagFactor;RIU$;52| ; (COND ((ZEROP BOOT::|i|) (BOOT::|spadConstant| BOOT::$ 52)) ; ((BOOT::SPADCALL BOOT::|r| #) (BOOT::|spadConstant| BOOT::$ 53)) ; (T (BOOT::|FR;unitNormalize;2$;57| # BOOT::$))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FR;differentiate;$M$;53| ...) ; file: /tmp/oa-tCP8hv/code.lsp ; in: DEFUN |FR;differentiate;$M$;53| ; (DEFUN BOOT::|FR;differentiate;$M$;53| (BOOT::|u| BOOT::|deriv| BOOT::$) ; (LET ((BOOT::|ans| (BOOT::|FR;*;R2$;18| # # BOOT::$))) ; (BOOT::SPADCALL BOOT::|ans| ; (LET (# # #) ; (LOOP # ; #)) ; (BOOT::|shellEntry| BOOT::$ 179)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;differentiate;$M$;53| ; (BOOT::|u| BOOT::|deriv| BOOT::$) ; (BLOCK BOOT::|FR;differentiate;$M$;53| ; (LET ((BOOT::|ans| #)) ; (BOOT::SPADCALL BOOT::|ans| ; (LET # ; #) ; (BOOT::|shellEntry| BOOT::$ 179))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FR;map;M2$;54| ...) ; compiling (DEFUN |FR;exquo;2$U;55| ...) ; compiling (DEFUN |FR;unitNormal;$R;56| ...) ; file: /tmp/oa-tCP8hv/code.lsp ; in: DEFUN |FR;unitNormal;$R;56| ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |FR;unitNormalize;2$;57| ...) ; compiling (DEFUN |FR;+;3$;58| ...) ; compiling (DEFUN |FR;gcd;3$;59| ...) ; file: /tmp/oa-tCP8hv/code.lsp ; in: DEFUN |FR;gcd;3$;59| ; (DEFUN BOOT::|FR;gcd;3$;59| (BOOT::|u| BOOT::|v| BOOT::$) ; (PROG (BOOT::|y| BOOT::|i| BOOT::|x1|) ; (RETURN (COND (# #) (# BOOT::|v|) (# BOOT::|u|) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;gcd;3$;59| ; (BOOT::|u| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|FR;gcd;3$;59| ; (PROG (BOOT::|y| BOOT::|i| BOOT::|x1|) (RETURN (COND # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FR;+;3$;60| ...) ; compiling (DEFUN |FR;prime?;$B;61| ...) ; file: /tmp/oa-tCP8hv/code.lsp ; in: DEFUN |FR;prime?;$B;61| ; (DEFUN BOOT::|FR;prime?;$B;61| (BOOT::|u| BOOT::$) ; (LET ((BOOT::|l| (CDR BOOT::|u|))) ; (AND (NOT (OR # #)) (AND (EQL # 1) (EQL # 3))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;prime?;$B;61| ; (BOOT::|u| BOOT::$) ; (BLOCK BOOT::|FR;prime?;$B;61| ; (LET ((BOOT::|l| #)) ; (AND (NOT #) (AND # #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |Factored| ...) ; compiling (DEFUN |Factored;| ...) ; compiling (MAKEPROP (QUOTE |Factored|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 4 STYLE-WARNING conditions ; printed 20 notes ; /tmp/oa-tCP8hv/code.fasl written ; compilation finished in 0:00:00.209 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/UFD.fasl --optimize=3 UFD.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UFD.spad using Spad compiler. UFD abbreviates category UniqueFactorizationDomain debug: compDefine1 lhs: (UniqueFactorizationDomain) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for UniqueFactorizationDomain compiling into /tmp/oa-y6vRQ0 STYLE-WARNING: redefining BOOT::|UniqueFactorizationDomain| in DEFUN Time: 0.01 SEC. UFD- abbreviates package UniqueFactorizationDomain& ------------------------------------------------------------------------ initializing stationary directory for UniqueFactorizationDomain& compiling into /tmp/oa-gUKnnL compiling exported squareFreePart : S -> S Time: 0.05 SEC. compiling exported prime? : S -> Boolean Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Warnings: [1] squareFreePart: unit has no value [2] squareFreePart: not known that IntegralDomain is of mode CATEGORY(package,squareFreePart: S -> S,prime?: S -> Boolean) [3] prime?: # has no value [4] prime?: factorList has no value Cumulative Statistics for Constructor UniqueFactorizationDomain& Time: 0.07 seconds finalizing NRLIB UFD- ; compiling file "/tmp/oa-gUKnnL/code.lsp" (written 01 FEB 2016 10:55:23 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |UFD-;squareFreePart;2$;1| ...) ; compiling (DEFUN |UFD-;prime?;$B;2| ...) ; compiling (DEFUN |UniqueFactorizationDomain&| ...) ; compiling (MAKEPROP (QUOTE |UniqueFactorizationDomain&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-gUKnnL/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ finalizing NRLIB UFD Processing UniqueFactorizationDomain for Browser database: -- prime? : % -> Boolean -- squareFree : % -> Factored % -- squareFreePart : % -> % -- factor : % -> Factored % -- constructor ; compiling file "/tmp/oa-y6vRQ0/code.lsp" (written 01 FEB 2016 10:55:23 PM): ; compiling (DEFPARAMETER |UniqueFactorizationDomain;AL| ...) ; compiling (DEFUN |UniqueFactorizationDomain;| ...) ; compiling (DEFUN |UniqueFactorizationDomain| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-y6vRQ0/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/UTYPE.fasl --optimize=3 UTYPE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UTYPE.spad using Spad compiler. UTYPE abbreviates category UnionType debug: compDefine1 lhs: (UnionType) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for UnionType compiling into /tmp/oa-vZgbDb STYLE-WARNING: redefining BOOT::|UnionType| in DEFUN Time: 0.00 SEC. finalizing NRLIB UTYPE Processing UnionType for Browser database: -- constructor ; compiling file "/tmp/oa-vZgbDb/code.lsp" (written 01 FEB 2016 10:55:23 PM): ; compiling (DEFPARAMETER |UnionType;AL| ...) ; compiling (DEFUN |UnionType;| ...) ; compiling (DEFUN |UnionType| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-vZgbDb/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/MAYBE.fasl --optimize=3 MAYBE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MAYBE.spad using Spad compiler. MAYBE abbreviates domain Maybe debug: compDefine1 lhs: (Maybe T$) signature (pre-evaluate): ((Join (UnionType) (RetractableTo T$) (CATEGORY domain (SIGNATURE just ($ T$)) (SIGNATURE case ((Boolean) $ ([||] T$))) (SIGNATURE case ((Boolean) $ ([||] nothing))) (SIGNATURE autoCoerce (T$ $)) (SIGNATURE nothing ($) constant) (IF (has T$ (CoercibleTo (OutputForm))) (ATTRIBUTE (CoercibleTo (OutputForm))) %noBranch))) (Type)) debug: evaluateType form: (Join (UnionType) (RetractableTo T$) (CATEGORY domain (SIGNATURE just ($ T$)) (SIGNATURE case ((Boolean) $ ([||] T$))) (SIGNATURE case ((Boolean) $ ([||] nothing))) (SIGNATURE autoCoerce (T$ $)) (SIGNATURE nothing ($) constant) (IF (has T$ (CoercibleTo (OutputForm))) (ATTRIBUTE (CoercibleTo (OutputForm))) %noBranch))) $param: (T$) debug: evaluateType form: (UnionType) $param: (T$) Debug: evaluateType1 form: (UnionType) debug: evaluateType form: (RetractableTo T$) $param: (T$) Debug: evaluateType1 form: (RetractableTo T$) debug: evaluateType1 x: T$ m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE just ($ T$)) (SIGNATURE case ((Boolean) $ ([||] T$))) (SIGNATURE case ((Boolean) $ ([||] nothing))) (SIGNATURE autoCoerce (T$ $)) (SIGNATURE nothing ($) constant) (IF (has T$ (CoercibleTo (OutputForm))) (ATTRIBUTE (CoercibleTo (OutputForm))) %noBranch)) $param: (T$) debug: evaluateType form: T$ $param: (T$) debug: evaluateType form: (Boolean) $param: (T$) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: ([||] T$) $param: (T$) debug: evaluateType form: (Boolean) $param: (T$) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: ([||] nothing) $param: (T$) debug: evaluateType form: T$ $param: (T$) debug: evaluateType form: (Type) $param: (T$) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Join (UnionType) (RetractableTo T$) (CATEGORY domain (SIGNATURE just ($ T$)) (SIGNATURE case ((Boolean) $ ([||] T$))) (SIGNATURE case ((Boolean) $ ([||] nothing))) (SIGNATURE autoCoerce (T$ $)) (SIGNATURE nothing ($) constant) (IF (has T$ (CoercibleTo (OutputForm))) (ATTRIBUTE (CoercibleTo (OutputForm))) %noBranch))) (Type)) debug: compDefine1 lhs: (Maybe T$) signature (pre-evaluate): ((Join (UnionType) (RetractableTo T$) (CATEGORY domain (SIGNATURE just ($ T$)) (SIGNATURE case ((Boolean) $ ([||] T$))) (SIGNATURE case ((Boolean) $ ([||] nothing))) (SIGNATURE autoCoerce (T$ $)) (SIGNATURE nothing ($) constant) (IF (has T$ (CoercibleTo (OutputForm))) (ATTRIBUTE (CoercibleTo (OutputForm))) %noBranch))) NIL) debug: evaluateType form: (Join (UnionType) (RetractableTo T$) (CATEGORY domain (SIGNATURE just ($ T$)) (SIGNATURE case ((Boolean) $ ([||] T$))) (SIGNATURE case ((Boolean) $ ([||] nothing))) (SIGNATURE autoCoerce (T$ $)) (SIGNATURE nothing ($) constant) (IF (has T$ (CoercibleTo (OutputForm))) (ATTRIBUTE (CoercibleTo (OutputForm))) %noBranch))) $param: (T$) debug: evaluateType form: (UnionType) $param: (T$) Debug: evaluateType1 form: (UnionType) debug: evaluateType form: (RetractableTo T$) $param: (T$) Debug: evaluateType1 form: (RetractableTo T$) debug: evaluateType1 x: T$ m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE just ($ T$)) (SIGNATURE case ((Boolean) $ ([||] T$))) (SIGNATURE case ((Boolean) $ ([||] nothing))) (SIGNATURE autoCoerce (T$ $)) (SIGNATURE nothing ($) constant) (IF (has T$ (CoercibleTo (OutputForm))) (ATTRIBUTE (CoercibleTo (OutputForm))) %noBranch)) $param: (T$) debug: evaluateType form: T$ $param: (T$) debug: evaluateType form: (Boolean) $param: (T$) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: ([||] T$) $param: (T$) debug: evaluateType form: (Boolean) $param: (T$) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: ([||] nothing) $param: (T$) debug: evaluateType form: T$ $param: (T$) debug: compDefine1 signature (post evaluate): ((Join (UnionType) (RetractableTo T$) (CATEGORY domain (SIGNATURE just ($ T$)) (SIGNATURE case ((Boolean) $ ([||] T$))) (SIGNATURE case ((Boolean) $ ([||] nothing))) (SIGNATURE autoCoerce (T$ $)) (SIGNATURE nothing ($) constant) (IF (has T$ (CoercibleTo (OutputForm))) (ATTRIBUTE (CoercibleTo (OutputForm))) %noBranch))) NIL) ------------------------------------------------------------------------ initializing stationary directory for Maybe compiling into /tmp/oa-iWyJYk compiling exported nothing : () -> % MAYBE;nothing;$;1 is replaced by %nothing Time: 0.00 SEC. compiling exported just : T -> % MAYBE;just;T$$;2 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] nothing) -> Boolean MAYBE;case;$_B;3(x,nothing) is replaced by %peq(x,%nothing) Time: 0 SEC. compiling exported case : (%,[||] T) -> Boolean MAYBE;case;$_B;4(x,T$) is replaced by %not %peq(x,%nothing) Time: 0.00 SEC. compiling exported autoCoerce : % -> T MAYBE;autoCoerce;$T$;5 x is replaced by x Time: 0 SEC. compiling exported coerce : T -> % MAYBE;coerce;T$$;6 x is replaced by x Time: 0 SEC. compiling exported retractIfCan : % -> Union(T,failed) MAYBE;retractIfCan;$U;7 x is replaced by %when( %pair(0,x),%otherwise %pair(1,"failed")) Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] just: : $ -- replace by pretend [2] autoCoerce: : T$ -- replace by pretend Cumulative Statistics for Constructor Maybe Time: 0.03 seconds finalizing NRLIB MAYBE Processing Maybe for Browser database: -- just : T -> % -- ?case? : (%,[|"T$"|]) -> Boolean -- ?case? : (%,[|"nothing"|]) -> Boolean -- autoCoerce : % -> T --->../../x86_64-unknown-linux-gnu/src/algebra/any.spad-->Maybe((autoCoerce (T$ %))): Unknown \spadtype: T -- nothing : () -> % -- constructor ; compiling file "/tmp/oa-iWyJYk/code.lsp" (written 01 FEB 2016 10:55:23 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MAYBE;nothing;$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MAYBE;just;T$$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MAYBE;case;$_B;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MAYBE;case;$_B;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MAYBE;autoCoerce;$T$;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MAYBE;coerce;T$$;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MAYBE;retractIfCan;$U;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MAYBE;nothing;$;1| ...) ; compiling (DEFUN |MAYBE;just;T$$;2| ...) ; compiling (DEFUN |MAYBE;case;$_B;3| ...) ; file: /tmp/oa-iWyJYk/code.lsp ; in: DEFUN |MAYBE;case;$_B;3| ; (DEFUN BOOT::|MAYBE;case;$_B;3| (BOOT::|x| BOOT::|nothing| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (EQ BOOT::|x| |AxiomCore|:|%nothing|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MAYBE;case;$_B;3| ; (BOOT::|x| BOOT::|nothing| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|MAYBE;case;$_B;3| (EQ BOOT::|x| |AxiomCore|:|%nothing|))) ; ; caught STYLE-WARNING: ; The variable |nothing| is defined but never used. ; compiling (DEFUN |MAYBE;case;$_B;4| ...) ; file: /tmp/oa-iWyJYk/code.lsp ; in: DEFUN |MAYBE;case;$_B;4| ; (DEFUN BOOT::|MAYBE;case;$_B;4| (BOOT::|x| BOOT::T$ BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (NOT (EQ BOOT::|x| |AxiomCore|:|%nothing|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MAYBE;case;$_B;4| ; (BOOT::|x| BOOT::T$ BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|MAYBE;case;$_B;4| ; (NOT (EQ BOOT::|x| |AxiomCore|:|%nothing|)))) ; ; caught STYLE-WARNING: ; The variable T$ is defined but never used. ; compiling (DEFUN |MAYBE;autoCoerce;$T$;5| ...) ; compiling (DEFUN |MAYBE;coerce;T$$;6| ...) ; compiling (DEFUN |MAYBE;retractIfCan;$U;7| ...) ; compiling (DEFUN |MAYBE;coerce;$Of;8| ...) ; compiling (DEFUN |Maybe| ...) ; compiling (DEFUN |Maybe;| ...) ; compiling (MAKEPROP (QUOTE |Maybe|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; /tmp/oa-iWyJYk/code.fasl written ; compilation finished in 0:00:00.031 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/PID.fasl --optimize=3 PID.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PID.spad using Spad compiler. PID abbreviates category PrincipalIdealDomain debug: compDefine1 lhs: (PrincipalIdealDomain) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for PrincipalIdealDomain compiling into /tmp/oa-3oPmHu STYLE-WARNING: redefining BOOT::|PrincipalIdealDomain| in DEFUN Time: 0.01 SEC. finalizing NRLIB PID Processing PrincipalIdealDomain for Browser database: -- principalIdeal : List % -> Record(coef: List %,generator: %) -- expressIdealMember : (List %,%) -> Maybe List % -- constructor ; compiling file "/tmp/oa-3oPmHu/code.lsp" (written 01 FEB 2016 10:55:23 PM): ; compiling (DEFPARAMETER |PrincipalIdealDomain;AL| ...) ; compiling (DEFUN |PrincipalIdealDomain;| ...) ; compiling (DEFUN |PrincipalIdealDomain| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-3oPmHu/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/EUCDOM.fasl --optimize=3 EUCDOM.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/EUCDOM.spad using Spad compiler. EUCDOM abbreviates category EuclideanDomain debug: compDefine1 lhs: (EuclideanDomain) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for EuclideanDomain compiling into /tmp/oa-A7IB1z STYLE-WARNING: redefining BOOT::|EuclideanDomain| in DEFUN Time: 0.01 SEC. EUCDOM- abbreviates package EuclideanDomain& ------------------------------------------------------------------------ initializing stationary directory for EuclideanDomain& compiling into /tmp/oa-1LyVQl compiling exported sizeLess? : (S,S) -> Boolean Time: 0.05 SEC. compiling exported quo : (S,S) -> S Time: 0 SEC. compiling exported rem : (S,S) -> S Time: 0 SEC. compiling exported exquo : (S,S) -> Union(S,failed) Time: 0.01 SEC. compiling exported gcd : (S,S) -> S Time: 0 SEC. compiling local unitNormalizeIdealElt : Record(coef1: S,coef2: S,generator: S) -> Record(coef1: S,coef2: S,generator: S) Time: 0.00 SEC. compiling exported extendedEuclidean : (S,S) -> Record(coef1: S,coef2: S,generator: S) Time: 0.03 SEC. compiling exported extendedEuclidean : (S,S,S) -> Union(Record(coef1: S,coef2: S),failed) Time: 0.05 SEC. compiling exported principalIdeal : List S -> Record(coef: List S,generator: S) Time: 0.03 SEC. compiling exported expressIdealMember : (List S,S) -> Maybe List S Time: 0.02 SEC. compiling exported multiEuclidean : (List S,S) -> Union(List S,failed) Time: 0.05 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] extendedEuclidean: remainder has no value [2] extendedEuclidean: quotient has no value Cumulative Statistics for Constructor EuclideanDomain& Time: 0.25 seconds finalizing NRLIB EUCDOM- ; compiling file "/tmp/oa-1LyVQl/code.lsp" (written 01 FEB 2016 10:55:23 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |EUCDOM-;sizeLess?;2$B;1| ...) ; compiling (DEFUN |EUCDOM-;quo;3$;2| ...) ; compiling (DEFUN |EUCDOM-;rem;3$;3| ...) ; compiling (DEFUN |EUCDOM-;exquo;2$U;4| ...) ; compiling (DEFUN |EUCDOM-;gcd;3$;5| ...) ; compiling (DEFUN |EUCDOM-;unitNormalizeIdealElt| ...) ; file: /tmp/oa-1LyVQl/code.lsp ; in: DEFUN |EUCDOM-;unitNormalizeIdealElt| ; (LET* ((BOOT::|#G16| ; (BOOT::SPADCALL (SVREF BOOT::|s| 2) (BOOT::|shellEntry| BOOT::$ 27))) ; (BOOT::|u| (SVREF BOOT::|#G16| 0)) ; (BOOT::|c| (SVREF BOOT::|#G16| 1)) ; (BOOT::|a| (SVREF BOOT::|#G16| 2))) ; (COND ; ((BOOT::SPADCALL BOOT::|a| (BOOT::|shellEntry| BOOT::$ 28)) BOOT::|s|) ; (T ; (VECTOR (BOOT::SPADCALL BOOT::|a| # #) (BOOT::SPADCALL BOOT::|a| # #) ; BOOT::|c|)))) ; ; caught STYLE-WARNING: ; The variable |u| is defined but never used. ; compiling (DEFUN |EUCDOM-;extendedEuclidean;2$R;7| ...) ; compiling (DEFUN |EUCDOM-;extendedEuclidean;3$U;8| ...) ; compiling (DEFUN |EUCDOM-;principalIdeal;LR;9| ...) ; file: /tmp/oa-1LyVQl/code.lsp ; in: DEFUN |EUCDOM-;principalIdeal;LR;9| ; (DEFUN BOOT::|EUCDOM-;principalIdeal;LR;9| (BOOT::|l| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|l| NIL (BOOT::|shellEntry| BOOT::$ 42)) ; (BOOT::|error| "empty list passed to principalIdeal")) ; ((BOOT::SPADCALL (CDR BOOT::|l|) NIL (BOOT::|shellEntry| BOOT::$ 42)) ; (LET (#) ; (CONS # #))) ; ((BOOT::SPADCALL (CDR #) NIL (BOOT::|shellEntry| BOOT::$ 42)) ; (LET (#) ; (CONS # #))) ; (T ; (LET* (# #) ; (CONS # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EUCDOM-;principalIdeal;LR;9| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|EUCDOM-;principalIdeal;LR;9| ; (COND ; ((BOOT::SPADCALL BOOT::|l| NIL #) ; (BOOT::|error| "empty list passed to principalIdeal")) ; ((BOOT::SPADCALL # NIL #) ; (LET # ; #)) ; ((BOOT::SPADCALL # NIL #) ; (LET # ; #)) ; (T ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |EUCDOM-;expressIdealMember;L$M;10| ...) ; compiling (DEFUN |EUCDOM-;multiEuclidean;L$U;11| ...) ; file: /tmp/oa-1LyVQl/code.lsp ; in: DEFUN |EUCDOM-;multiEuclidean;L$U;11| ; (DEFUN BOOT::|EUCDOM-;multiEuclidean;L$U;11| (BOOT::|l| BOOT::|z| BOOT::$) ; (PROG (BOOT::|v2| BOOT::|v1| BOOT::|u| BOOT::|l2| BOOT::|l1|) ; (RETURN ; (LET (#) ; (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EUCDOM-;multiEuclidean;L$U;11| ; (BOOT::|l| BOOT::|z| BOOT::$) ; (BLOCK BOOT::|EUCDOM-;multiEuclidean;L$U;11| ; (PROG (BOOT::|v2| BOOT::|v1| BOOT::|u| BOOT::|l2| BOOT::|l1|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |EuclideanDomain&| ...) ; compiling (MAKEPROP (QUOTE |EuclideanDomain&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 2 notes ; /tmp/oa-1LyVQl/code.fasl written ; compilation finished in 0:00:00.070 ------------------------------------------------------------------------ finalizing NRLIB EUCDOM Processing EuclideanDomain for Browser database: -- sizeLess? : (%,%) -> Boolean -- euclideanSize : % -> NonNegativeInteger -- divide : (%,%) -> Record(quotient: %,remainder: %) -- ?quo? : (%,%) -> % -- ?rem? : (%,%) -> % -- extendedEuclidean : (%,%) -> Record(coef1: %,coef2: %,generator: %) -- extendedEuclidean : (%,%,%) -> Union(Record(coef1: %,coef2: %),"failed") -- multiEuclidean : (List %,%) -> Union(List %,"failed") -- constructor ; compiling file "/tmp/oa-A7IB1z/code.lsp" (written 01 FEB 2016 10:55:23 PM): ; compiling (DEFPARAMETER |EuclideanDomain;AL| ...) ; compiling (DEFUN |EuclideanDomain;| ...) ; compiling (DEFUN |EuclideanDomain| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-A7IB1z/code.fasl written ; compilation finished in 0:00:00.031 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/OASGP.fasl --optimize=3 OASGP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OASGP.spad using Spad compiler. OASGP abbreviates category OrderedAbelianSemiGroup debug: compDefine1 lhs: (OrderedAbelianSemiGroup) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for OrderedAbelianSemiGroup compiling into /tmp/oa-hQJel1 STYLE-WARNING: redefining BOOT::|OrderedAbelianSemiGroup| in DEFUN Time: 0.00 SEC. finalizing NRLIB OASGP Processing OrderedAbelianSemiGroup for Browser database: -- constructor ; compiling file "/tmp/oa-hQJel1/code.lsp" (written 01 FEB 2016 10:55:24 PM): ; compiling (DEFPARAMETER |OrderedAbelianSemiGroup;AL| ...) ; compiling (DEFUN |OrderedAbelianSemiGroup;| ...) ; compiling (DEFUN |OrderedAbelianSemiGroup| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-hQJel1/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/OAMON.fasl --optimize=3 OAMON.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OAMON.spad using Spad compiler. OAMON abbreviates category OrderedAbelianMonoid debug: compDefine1 lhs: (OrderedAbelianMonoid) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for OrderedAbelianMonoid compiling into /tmp/oa-qlD114 STYLE-WARNING: redefining BOOT::|OrderedAbelianMonoid| in DEFUN Time: 0.00 SEC. OAMON- abbreviates package OrderedAbelianMonoid& ------------------------------------------------------------------------ initializing stationary directory for OrderedAbelianMonoid& compiling into /tmp/oa-LeT4bS compiling exported positive? : S -> Boolean Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor OrderedAbelianMonoid& Time: 0.01 seconds finalizing NRLIB OAMON- ; compiling file "/tmp/oa-LeT4bS/code.lsp" (written 01 FEB 2016 10:55:24 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |OAMON-;positive?;$B;1| ...) ; file: /tmp/oa-LeT4bS/code.lsp ; in: DEFUN |OAMON-;positive?;$B;1| ; (DEFUN BOOT::|OAMON-;positive?;$B;1| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 7) BOOT::|x| ; (BOOT::|shellEntry| BOOT::$ 9))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|OAMON-;positive?;$B;1| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|OAMON-;positive?;$B;1| ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 7) BOOT::|x| ; (BOOT::|shellEntry| BOOT::$ 9)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |OrderedAbelianMonoid&| ...) ; compiling (MAKEPROP (QUOTE |OrderedAbelianMonoid&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-LeT4bS/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ finalizing NRLIB OAMON Processing OrderedAbelianMonoid for Browser database: -- positive? : % -> Boolean -- constructor ; compiling file "/tmp/oa-qlD114/code.lsp" (written 01 FEB 2016 10:55:24 PM): ; compiling (DEFPARAMETER |OrderedAbelianMonoid;AL| ...) ; compiling (DEFUN |OrderedAbelianMonoid;| ...) ; compiling (DEFUN |OrderedAbelianMonoid| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-qlD114/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/OCAMON.fasl --optimize=3 OCAMON.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OCAMON.spad using Spad compiler. OCAMON abbreviates category OrderedCancellationAbelianMonoid debug: compDefine1 lhs: (OrderedCancellationAbelianMonoid) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for OrderedCancellationAbelianMonoid compiling into /tmp/oa-FcVGTf STYLE-WARNING: redefining BOOT::|OrderedCancellationAbelianMonoid| in DEFUN Time: 0.00 SEC. finalizing NRLIB OCAMON Processing OrderedCancellationAbelianMonoid for Browser database: -- constructor ; compiling file "/tmp/oa-FcVGTf/code.lsp" (written 01 FEB 2016 10:55:24 PM): ; compiling (DEFPARAMETER |OrderedCancellationAbelianMonoid;AL| ...) ; compiling (DEFUN |OrderedCancellationAbelianMonoid;| ...) ; compiling (DEFUN |OrderedCancellationAbelianMonoid| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-FcVGTf/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/OAGROUP.fasl --optimize=3 OAGROUP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OAGROUP.spad using Spad compiler. OAGROUP abbreviates category OrderedAbelianGroup debug: compDefine1 lhs: (OrderedAbelianGroup) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for OrderedAbelianGroup compiling into /tmp/oa-RP2osm STYLE-WARNING: redefining BOOT::|OrderedAbelianGroup| in DEFUN Time: 0.01 SEC. OAGROUP- abbreviates package OrderedAbelianGroup& ------------------------------------------------------------------------ initializing stationary directory for OrderedAbelianGroup& compiling into /tmp/oa-Mexe99 compiling exported negative? : S -> Boolean Time: 0.01 SEC. compiling exported sign : S -> Integer Time: 0.00 SEC. compiling exported abs : S -> S Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor OrderedAbelianGroup& Time: 0.02 seconds finalizing NRLIB OAGROUP- ; compiling file "/tmp/oa-Mexe99/code.lsp" (written 01 FEB 2016 10:55:24 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |OAGROUP-;negative?;$B;1| ...) ; file: /tmp/oa-Mexe99/code.lsp ; in: DEFUN |OAGROUP-;negative?;$B;1| ; (DEFUN BOOT::|OAGROUP-;negative?;$B;1| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|spadConstant| BOOT::$ 7) ; (BOOT::|shellEntry| BOOT::$ 9))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|OAGROUP-;negative?;$B;1| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|OAGROUP-;negative?;$B;1| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|spadConstant| BOOT::$ 7) ; (BOOT::|shellEntry| BOOT::$ 9)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |OAGROUP-;sign;$I;2| ...) ; compiling (DEFUN |OAGROUP-;abs;2$;3| ...) ; compiling (DEFUN |OrderedAbelianGroup&| ...) ; compiling (MAKEPROP (QUOTE |OrderedAbelianGroup&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-Mexe99/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ finalizing NRLIB OAGROUP Processing OrderedAbelianGroup for Browser database: -- negative? : % -> Boolean -- sign : % -> Integer -- abs : % -> % -- constructor ; compiling file "/tmp/oa-RP2osm/code.lsp" (written 01 FEB 2016 10:55:24 PM): ; compiling (DEFPARAMETER |OrderedAbelianGroup;AL| ...) ; compiling (DEFUN |OrderedAbelianGroup;| ...) ; compiling (DEFUN |OrderedAbelianGroup| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-RP2osm/code.fasl written ; compilation finished in 0:00:00.005 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/CHARZ.fasl --optimize=3 CHARZ.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CHARZ.spad using Spad compiler. CHARZ abbreviates category CharacteristicZero debug: compDefine1 lhs: (CharacteristicZero) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for CharacteristicZero compiling into /tmp/oa-mMlaNw STYLE-WARNING: redefining BOOT::|CharacteristicZero| in DEFUN Time: 0.00 SEC. finalizing NRLIB CHARZ Processing CharacteristicZero for Browser database: -- constructor ; compiling file "/tmp/oa-mMlaNw/code.lsp" (written 01 FEB 2016 10:55:24 PM): ; compiling (DEFPARAMETER |CharacteristicZero;AL| ...) ; compiling (DEFUN |CharacteristicZero;| ...) ; compiling (DEFUN |CharacteristicZero| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-mMlaNw/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/ORDRING.fasl --optimize=3 ORDRING.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ORDRING.spad using Spad compiler. ORDRING abbreviates category OrderedRing debug: compDefine1 lhs: (OrderedRing) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for OrderedRing compiling into /tmp/oa-CAuASD STYLE-WARNING: redefining BOOT::|OrderedRing| in DEFUN Time: 0.01 SEC. finalizing NRLIB ORDRING Processing OrderedRing for Browser database: -- constructor ; compiling file "/tmp/oa-CAuASD/code.lsp" (written 01 FEB 2016 10:55:24 PM): ; compiling (DEFPARAMETER |OrderedRing;AL| ...) ; compiling (DEFUN |OrderedRing;| ...) ; compiling (DEFUN |OrderedRing| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-CAuASD/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/OINTDOM.fasl --optimize=3 OINTDOM.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OINTDOM.spad using Spad compiler. OINTDOM abbreviates category OrderedIntegralDomain debug: compDefine1 lhs: (OrderedIntegralDomain) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for OrderedIntegralDomain compiling into /tmp/oa-Nb3CXH STYLE-WARNING: redefining BOOT::|OrderedIntegralDomain| in DEFUN Time: 0.01 SEC. finalizing NRLIB OINTDOM Processing OrderedIntegralDomain for Browser database: -- constructor ; compiling file "/tmp/oa-Nb3CXH/code.lsp" (written 01 FEB 2016 10:55:24 PM): ; compiling (DEFPARAMETER |OrderedIntegralDomain;AL| ...) ; compiling (DEFUN |OrderedIntegralDomain;| ...) ; compiling (DEFUN |OrderedIntegralDomain| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Nb3CXH/code.fasl written ; compilation finished in 0:00:00.006 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/LINEXP.fasl --optimize=3 LINEXP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LINEXP.spad using Spad compiler. LINEXP abbreviates category LinearlyExplicitRingOver debug: compDefine1 lhs: (LinearlyExplicitRingOver R) signature (pre-evaluate): ((Category) (Ring)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((Category) (Ring)) debug: compDefine1 lhs: (LinearlyExplicitRingOver R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for LinearlyExplicitRingOver compiling into /tmp/oa-1jUHFS STYLE-WARNING: redefining BOOT::|LinearlyExplicitRingOver| in DEFUN Time: 0.02 SEC. finalizing NRLIB LINEXP Processing LinearlyExplicitRingOver for Browser database: -- leftReducedSystem : Vector % -> Matrix R -- leftReducedSystem : (Vector %,%) -> Record(mat: Matrix R,vec: Vector R) -- reducedSystem : Matrix % -> Matrix R -- reducedSystem : (Matrix %,Vector %) -> Record(mat: Matrix R,vec: Vector R) -- constructor ; compiling file "/tmp/oa-1jUHFS/code.lsp" (written 01 FEB 2016 10:55:24 PM): ; compiling (DEFPARAMETER |LinearlyExplicitRingOver;AL| ...) ; compiling (DEFUN |LinearlyExplicitRingOver;| ...) ; compiling (DEFUN |LinearlyExplicitRingOver| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-1jUHFS/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/CFCAT.fasl --optimize=3 CFCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CFCAT.spad using Spad compiler. CFCAT abbreviates category CombinatorialFunctionCategory debug: compDefine1 lhs: (CombinatorialFunctionCategory) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for CombinatorialFunctionCategory compiling into /tmp/oa-msuEk0 STYLE-WARNING: redefining BOOT::|CombinatorialFunctionCategory| in DEFUN Time: 0.00 SEC. finalizing NRLIB CFCAT Processing CombinatorialFunctionCategory for Browser database: -- binomial : (%,%) -> % -- factorial : % -> % -- permutation : (%,%) -> % -- constructor ; compiling file "/tmp/oa-msuEk0/code.lsp" (written 01 FEB 2016 10:55:24 PM): ; compiling (DEFPARAMETER |CombinatorialFunctionCategory;AL| ...) ; compiling (DEFUN |CombinatorialFunctionCategory;| ...) ; compiling (DEFUN |CombinatorialFunctionCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-msuEk0/code.fasl written ; compilation finished in 0:00:00.006 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/REAL.fasl --optimize=3 REAL.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/REAL.spad using Spad compiler. REAL abbreviates category RealConstant debug: compDefine1 lhs: (RealConstant) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for RealConstant compiling into /tmp/oa-yL9WT3 STYLE-WARNING: redefining BOOT::|RealConstant| in DEFUN Time: 0.02 SEC. finalizing NRLIB REAL Processing RealConstant for Browser database: -- constructor ; compiling file "/tmp/oa-yL9WT3/code.lsp" (written 01 FEB 2016 10:55:24 PM): ; compiling (DEFPARAMETER |RealConstant;AL| ...) ; compiling (DEFUN |RealConstant;| ...) ; compiling (DEFUN |RealConstant| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-yL9WT3/code.fasl written ; compilation finished in 0:00:00.006 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/STEP.fasl --optimize=3 STEP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/STEP.spad using Spad compiler. STEP abbreviates category StepThrough debug: compDefine1 lhs: (StepThrough) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for StepThrough compiling into /tmp/oa-HxIbr3 STYLE-WARNING: redefining BOOT::|StepThrough| in DEFUN Time: 0.01 SEC. finalizing NRLIB STEP Processing StepThrough for Browser database: -- init : () -> % -- nextItem : % -> Maybe % -- constructor ; compiling file "/tmp/oa-HxIbr3/code.lsp" (written 01 FEB 2016 10:55:25 PM): ; compiling (DEFPARAMETER |StepThrough;AL| ...) ; compiling (DEFUN |StepThrough;| ...) ; compiling (DEFUN |StepThrough| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-HxIbr3/code.fasl written ; compilation finished in 0:00:00.005 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/PATMAB.fasl --optimize=3 PATMAB.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PATMAB.spad using Spad compiler. PATMAB abbreviates category PatternMatchable debug: compDefine1 lhs: (PatternMatchable S) signature (pre-evaluate): ((Category) (SetCategory)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Category) (SetCategory)) debug: compDefine1 lhs: (PatternMatchable S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for PatternMatchable compiling into /tmp/oa-NsOoN7 STYLE-WARNING: redefining BOOT::|PatternMatchable| in DEFUN Time: 0.01 SEC. finalizing NRLIB PATMAB Processing PatternMatchable for Browser database: -- patternMatch : (%,Pattern S,PatternMatchResult(S,%)) -> PatternMatchResult(S,%) -- constructor ; compiling file "/tmp/oa-NsOoN7/code.lsp" (written 01 FEB 2016 10:55:25 PM): ; compiling (DEFPARAMETER |PatternMatchable;AL| ...) ; compiling (DEFUN |PatternMatchable;| ...) ; compiling (DEFUN |PatternMatchable| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-NsOoN7/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/OPERCAT.fasl --bootstrap OPERCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OPERCAT.spad using Spad compiler. OPERCAT abbreviates category OperatorCategory ------------------------------------------------------------------------ initializing stationary directory for OperatorCategory compiling into /tmp/oa-WY1dQg STYLE-WARNING: redefining BOOT::|OperatorCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB OPERCAT ; compiling file "/tmp/oa-WY1dQg/code.lsp" (written 01 FEB 2016 10:55:25 PM): ; compiling (DEFPARAMETER |OperatorCategory;AL| ...) ; compiling (DEFUN |OperatorCategory;| ...) ; compiling (DEFUN |OperatorCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-WY1dQg/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/BOP.fasl --bootstrap BOP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/BOP.spad using Spad compiler. BOP abbreviates domain BasicOperator ------------------------------------------------------------------------ initializing stationary directory for BasicOperator compiling into /tmp/oa-iTH89t Time: 0.00 SEC. Cumulative Statistics for Constructor BasicOperator Time: 0.00 seconds finalizing NRLIB BOP ; compiling file "/tmp/oa-iTH89t/code.lsp" (written 01 FEB 2016 10:55:25 PM): ; compiling (DEFUN |BasicOperator| ...) ; compiling (DEFUN |BasicOperator;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-iTH89t/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/ANY1.fasl --bootstrap ANY1.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ANY1.spad using Spad compiler. ANY1 abbreviates package AnyFunctions1 ------------------------------------------------------------------------ initializing stationary directory for AnyFunctions1 compiling into /tmp/oa-S9IneB Time: 0.00 SEC. Cumulative Statistics for Constructor AnyFunctions1 Time: 0.00 seconds finalizing NRLIB ANY1 ; compiling file "/tmp/oa-S9IneB/code.lsp" (written 01 FEB 2016 10:55:25 PM): ; compiling (DEFUN |AnyFunctions1| ...) ; compiling (DEFUN |AnyFunctions1;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-S9IneB/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/PATTERN.fasl --optimize=3 PATTERN.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PATTERN.spad using Spad compiler. PATTERN abbreviates domain Pattern debug: compDefine1 lhs: (Pattern R) signature (pre-evaluate): ((Join (SetCategory) (RetractableTo R) (RetractableTo (Symbol)) (CATEGORY domain (SIGNATURE Zero ($) constant) (SIGNATURE One ($) constant) (SIGNATURE isPlus ((Union (List $) failed) $)) (SIGNATURE isTimes ((Union (List $) failed) $)) (SIGNATURE isOp ((Union (List $) failed) $ (BasicOperator))) (SIGNATURE isOp ((Union (Record (: op (BasicOperator)) (: arg (List $))) failed) $)) (SIGNATURE isExpt ((Union (Record (: val $) (: exponent (NonNegativeInteger))) failed) $)) (SIGNATURE isQuotient ((Union (Record (: num $) (: den $)) failed) $)) (SIGNATURE isList ((Union (List $) failed) $)) (SIGNATURE isPower ((Union (Record (: val $) (: exponent $)) failed) $)) (SIGNATURE elt ($ (BasicOperator) (List $))) (SIGNATURE + ($ $ $)) (SIGNATURE * ($ $ $)) (SIGNATURE ** ($ $ (NonNegativeInteger))) (SIGNATURE ** ($ $ $)) (SIGNATURE / ($ $ $)) (SIGNATURE depth ((NonNegativeInteger) $)) (SIGNATURE convert ($ (List $))) (SIGNATURE copy ($ $)) (SIGNATURE inR? ((Boolean) $)) (SIGNATURE quoted? ((Boolean) $)) (SIGNATURE symbol? ((Boolean) $)) (SIGNATURE constant? ((Boolean) $)) (SIGNATURE generic? ((Boolean) $)) (SIGNATURE multiple? ((Boolean) $)) (SIGNATURE optional? ((Boolean) $)) (SIGNATURE hasPredicate? ((Boolean) $)) (SIGNATURE predicates ((List (Any)) $)) (SIGNATURE setPredicates ($ $ (List (Any)))) (SIGNATURE withPredicates ($ $ (List (Any)))) (SIGNATURE patternVariable ($ (Symbol) (Boolean) (Boolean) (Boolean))) (SIGNATURE setTopPredicate ($ $ (List (Symbol)) (Any))) (SIGNATURE topPredicate ((Record (: var (List (Symbol))) (: pred (Any))) $)) (SIGNATURE hasTopPredicate? ((Boolean) $)) (SIGNATURE resetBadValues ($ $)) (SIGNATURE addBadValue ($ $ (Any))) (SIGNATURE getBadValues ((List (Any)) $)) (SIGNATURE variables ((List $) $)) (SIGNATURE optpair ((Union (List $) failed) (List $))))) (SetCategory)) debug: evaluateType form: (Join (SetCategory) (RetractableTo R) (RetractableTo (Symbol)) (CATEGORY domain (SIGNATURE Zero ($) constant) (SIGNATURE One ($) constant) (SIGNATURE isPlus ((Union (List $) failed) $)) (SIGNATURE isTimes ((Union (List $) failed) $)) (SIGNATURE isOp ((Union (List $) failed) $ (BasicOperator))) (SIGNATURE isOp ((Union (Record (: op (BasicOperator)) (: arg (List $))) failed) $)) (SIGNATURE isExpt ((Union (Record (: val $) (: exponent (NonNegativeInteger))) failed) $)) (SIGNATURE isQuotient ((Union (Record (: num $) (: den $)) failed) $)) (SIGNATURE isList ((Union (List $) failed) $)) (SIGNATURE isPower ((Union (Record (: val $) (: exponent $)) failed) $)) (SIGNATURE elt ($ (BasicOperator) (List $))) (SIGNATURE + ($ $ $)) (SIGNATURE * ($ $ $)) (SIGNATURE ** ($ $ (NonNegativeInteger))) (SIGNATURE ** ($ $ $)) (SIGNATURE / ($ $ $)) (SIGNATURE depth ((NonNegativeInteger) $)) (SIGNATURE convert ($ (List $))) (SIGNATURE copy ($ $)) (SIGNATURE inR? ((Boolean) $)) (SIGNATURE quoted? ((Boolean) $)) (SIGNATURE symbol? ((Boolean) $)) (SIGNATURE constant? ((Boolean) $)) (SIGNATURE generic? ((Boolean) $)) (SIGNATURE multiple? ((Boolean) $)) (SIGNATURE optional? ((Boolean) $)) (SIGNATURE hasPredicate? ((Boolean) $)) (SIGNATURE predicates ((List (Any)) $)) (SIGNATURE setPredicates ($ $ (List (Any)))) (SIGNATURE withPredicates ($ $ (List (Any)))) (SIGNATURE patternVariable ($ (Symbol) (Boolean) (Boolean) (Boolean))) (SIGNATURE setTopPredicate ($ $ (List (Symbol)) (Any))) (SIGNATURE topPredicate ((Record (: var (List (Symbol))) (: pred (Any))) $)) (SIGNATURE hasTopPredicate? ((Boolean) $)) (SIGNATURE resetBadValues ($ $)) (SIGNATURE addBadValue ($ $ (Any))) (SIGNATURE getBadValues ((List (Any)) $)) (SIGNATURE variables ((List $) $)) (SIGNATURE optpair ((Union (List $) failed) (List $))))) $param: (R) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (RetractableTo R) $param: (R) Debug: evaluateType1 form: (RetractableTo R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (RetractableTo (Symbol)) $param: (R) Debug: evaluateType1 form: (RetractableTo (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE Zero ($) constant) (SIGNATURE One ($) constant) (SIGNATURE isPlus ((Union (List $) failed) $)) (SIGNATURE isTimes ((Union (List $) failed) $)) (SIGNATURE isOp ((Union (List $) failed) $ (BasicOperator))) (SIGNATURE isOp ((Union (Record (: op (BasicOperator)) (: arg (List $))) failed) $)) (SIGNATURE isExpt ((Union (Record (: val $) (: exponent (NonNegativeInteger))) failed) $)) (SIGNATURE isQuotient ((Union (Record (: num $) (: den $)) failed) $)) (SIGNATURE isList ((Union (List $) failed) $)) (SIGNATURE isPower ((Union (Record (: val $) (: exponent $)) failed) $)) (SIGNATURE elt ($ (BasicOperator) (List $))) (SIGNATURE + ($ $ $)) (SIGNATURE * ($ $ $)) (SIGNATURE ** ($ $ (NonNegativeInteger))) (SIGNATURE ** ($ $ $)) (SIGNATURE / ($ $ $)) (SIGNATURE depth ((NonNegativeInteger) $)) (SIGNATURE convert ($ (List $))) (SIGNATURE copy ($ $)) (SIGNATURE inR? ((Boolean) $)) (SIGNATURE quoted? ((Boolean) $)) (SIGNATURE symbol? ((Boolean) $)) (SIGNATURE constant? ((Boolean) $)) (SIGNATURE generic? ((Boolean) $)) (SIGNATURE multiple? ((Boolean) $)) (SIGNATURE optional? ((Boolean) $)) (SIGNATURE hasPredicate? ((Boolean) $)) (SIGNATURE predicates ((List (Any)) $)) (SIGNATURE setPredicates ($ $ (List (Any)))) (SIGNATURE withPredicates ($ $ (List (Any)))) (SIGNATURE patternVariable ($ (Symbol) (Boolean) (Boolean) (Boolean))) (SIGNATURE setTopPredicate ($ $ (List (Symbol)) (Any))) (SIGNATURE topPredicate ((Record (: var (List (Symbol))) (: pred (Any))) $)) (SIGNATURE hasTopPredicate? ((Boolean) $)) (SIGNATURE resetBadValues ($ $)) (SIGNATURE addBadValue ($ $ (Any))) (SIGNATURE getBadValues ((List (Any)) $)) (SIGNATURE variables ((List $) $)) (SIGNATURE optpair ((Union (List $) failed) (List $)))) $param: (R) debug: evaluateType form: (Union (List $) failed) $param: (R) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Union (List $) failed) $param: (R) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Union (List $) failed) $param: (R) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (BasicOperator) $param: (R) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (Union (Record (: op (BasicOperator)) (: arg (List $))) failed) $param: (R) debug: evaluateType form: (Record (: op (BasicOperator)) (: arg (List $))) $param: (R) debug: evaluateType form: (BasicOperator) $param: (R) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Union (Record (: val $) (: exponent (NonNegativeInteger))) failed) $param: (R) debug: evaluateType form: (Record (: val $) (: exponent (NonNegativeInteger))) $param: (R) debug: evaluateType form: $ $param: (R) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Union (Record (: num $) (: den $)) failed) $param: (R) debug: evaluateType form: (Record (: num $) (: den $)) $param: (R) debug: evaluateType form: $ $param: (R) debug: evaluateType form: $ $param: (R) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Union (List $) failed) $param: (R) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Union (Record (: val $) (: exponent $)) failed) $param: (R) debug: evaluateType form: (Record (: val $) (: exponent $)) $param: (R) debug: evaluateType form: $ $param: (R) debug: evaluateType form: $ $param: (R) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (BasicOperator) $param: (R) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List (Any)) $param: (R) Debug: evaluateType1 form: (List (Any)) debug: evaluateType1 x: (Any) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Any) $param: (R) Debug: evaluateType1 form: (Any) debug: evalCategory d: (Any) c: (Type) debug: evaluateType form: (List (Any)) $param: (R) Debug: evaluateType1 form: (List (Any)) debug: evaluateType1 x: (Any) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Any) $param: (R) Debug: evaluateType1 form: (Any) debug: evalCategory d: (Any) c: (Type) debug: evaluateType form: (List (Any)) $param: (R) Debug: evaluateType1 form: (List (Any)) debug: evaluateType1 x: (Any) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Any) $param: (R) Debug: evaluateType1 form: (Any) debug: evalCategory d: (Any) c: (Type) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List (Symbol)) $param: (R) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (Any) $param: (R) Debug: evaluateType1 form: (Any) debug: evaluateType form: (Record (: var (List (Symbol))) (: pred (Any))) $param: (R) debug: evaluateType form: (List (Symbol)) $param: (R) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (Any) $param: (R) Debug: evaluateType1 form: (Any) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Any) $param: (R) Debug: evaluateType1 form: (Any) debug: evaluateType form: (List (Any)) $param: (R) Debug: evaluateType1 form: (List (Any)) debug: evaluateType1 x: (Any) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Any) $param: (R) Debug: evaluateType1 form: (Any) debug: evalCategory d: (Any) c: (Type) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (Union (List $) failed) $param: (R) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (RetractableTo R) (RetractableTo (Symbol)) (CATEGORY domain (SIGNATURE Zero ($) constant) (SIGNATURE One ($) constant) (SIGNATURE isPlus ((Union (List $) failed) $)) (SIGNATURE isTimes ((Union (List $) failed) $)) (SIGNATURE isOp ((Union (List $) failed) $ (BasicOperator))) (SIGNATURE isOp ((Union (Record (: op (BasicOperator)) (: arg (List $))) failed) $)) (SIGNATURE isExpt ((Union (Record (: val $) (: exponent (NonNegativeInteger))) failed) $)) (SIGNATURE isQuotient ((Union (Record (: num $) (: den $)) failed) $)) (SIGNATURE isList ((Union (List $) failed) $)) (SIGNATURE isPower ((Union (Record (: val $) (: exponent $)) failed) $)) (SIGNATURE elt ($ (BasicOperator) (List $))) (SIGNATURE + ($ $ $)) (SIGNATURE * ($ $ $)) (SIGNATURE ** ($ $ (NonNegativeInteger))) (SIGNATURE ** ($ $ $)) (SIGNATURE / ($ $ $)) (SIGNATURE depth ((NonNegativeInteger) $)) (SIGNATURE convert ($ (List $))) (SIGNATURE copy ($ $)) (SIGNATURE inR? ((Boolean) $)) (SIGNATURE quoted? ((Boolean) $)) (SIGNATURE symbol? ((Boolean) $)) (SIGNATURE constant? ((Boolean) $)) (SIGNATURE generic? ((Boolean) $)) (SIGNATURE multiple? ((Boolean) $)) (SIGNATURE optional? ((Boolean) $)) (SIGNATURE hasPredicate? ((Boolean) $)) (SIGNATURE predicates ((List (Any)) $)) (SIGNATURE setPredicates ($ $ (List (Any)))) (SIGNATURE withPredicates ($ $ (List (Any)))) (SIGNATURE patternVariable ($ (Symbol) (Boolean) (Boolean) (Boolean))) (SIGNATURE setTopPredicate ($ $ (List (Symbol)) (Any))) (SIGNATURE topPredicate ((Record (: var (List (Symbol))) (: pred (Any))) $)) (SIGNATURE hasTopPredicate? ((Boolean) $)) (SIGNATURE resetBadValues ($ $)) (SIGNATURE addBadValue ($ $ (Any))) (SIGNATURE getBadValues ((List (Any)) $)) (SIGNATURE variables ((List $) $)) (SIGNATURE optpair ((Union (List $) failed) (List $))))) (SetCategory)) debug: compDefine1 lhs: (Pattern R) signature (pre-evaluate): ((Join (SetCategory) (RetractableTo R) (RetractableTo (Symbol)) (CATEGORY domain (SIGNATURE Zero ($) constant) (SIGNATURE One ($) constant) (SIGNATURE isPlus ((Union (List $) failed) $)) (SIGNATURE isTimes ((Union (List $) failed) $)) (SIGNATURE isOp ((Union (List $) failed) $ (BasicOperator))) (SIGNATURE isOp ((Union (Record (: op (BasicOperator)) (: arg (List $))) failed) $)) (SIGNATURE isExpt ((Union (Record (: val $) (: exponent (NonNegativeInteger))) failed) $)) (SIGNATURE isQuotient ((Union (Record (: num $) (: den $)) failed) $)) (SIGNATURE isList ((Union (List $) failed) $)) (SIGNATURE isPower ((Union (Record (: val $) (: exponent $)) failed) $)) (SIGNATURE elt ($ (BasicOperator) (List $))) (SIGNATURE + ($ $ $)) (SIGNATURE * ($ $ $)) (SIGNATURE ** ($ $ (NonNegativeInteger))) (SIGNATURE ** ($ $ $)) (SIGNATURE / ($ $ $)) (SIGNATURE depth ((NonNegativeInteger) $)) (SIGNATURE convert ($ (List $))) (SIGNATURE copy ($ $)) (SIGNATURE inR? ((Boolean) $)) (SIGNATURE quoted? ((Boolean) $)) (SIGNATURE symbol? ((Boolean) $)) (SIGNATURE constant? ((Boolean) $)) (SIGNATURE generic? ((Boolean) $)) (SIGNATURE multiple? ((Boolean) $)) (SIGNATURE optional? ((Boolean) $)) (SIGNATURE hasPredicate? ((Boolean) $)) (SIGNATURE predicates ((List (Any)) $)) (SIGNATURE setPredicates ($ $ (List (Any)))) (SIGNATURE withPredicates ($ $ (List (Any)))) (SIGNATURE patternVariable ($ (Symbol) (Boolean) (Boolean) (Boolean))) (SIGNATURE setTopPredicate ($ $ (List (Symbol)) (Any))) (SIGNATURE topPredicate ((Record (: var (List (Symbol))) (: pred (Any))) $)) (SIGNATURE hasTopPredicate? ((Boolean) $)) (SIGNATURE resetBadValues ($ $)) (SIGNATURE addBadValue ($ $ (Any))) (SIGNATURE getBadValues ((List (Any)) $)) (SIGNATURE variables ((List $) $)) (SIGNATURE optpair ((Union (List $) failed) (List $))))) NIL) debug: evaluateType form: (Join (SetCategory) (RetractableTo R) (RetractableTo (Symbol)) (CATEGORY domain (SIGNATURE Zero ($) constant) (SIGNATURE One ($) constant) (SIGNATURE isPlus ((Union (List $) failed) $)) (SIGNATURE isTimes ((Union (List $) failed) $)) (SIGNATURE isOp ((Union (List $) failed) $ (BasicOperator))) (SIGNATURE isOp ((Union (Record (: op (BasicOperator)) (: arg (List $))) failed) $)) (SIGNATURE isExpt ((Union (Record (: val $) (: exponent (NonNegativeInteger))) failed) $)) (SIGNATURE isQuotient ((Union (Record (: num $) (: den $)) failed) $)) (SIGNATURE isList ((Union (List $) failed) $)) (SIGNATURE isPower ((Union (Record (: val $) (: exponent $)) failed) $)) (SIGNATURE elt ($ (BasicOperator) (List $))) (SIGNATURE + ($ $ $)) (SIGNATURE * ($ $ $)) (SIGNATURE ** ($ $ (NonNegativeInteger))) (SIGNATURE ** ($ $ $)) (SIGNATURE / ($ $ $)) (SIGNATURE depth ((NonNegativeInteger) $)) (SIGNATURE convert ($ (List $))) (SIGNATURE copy ($ $)) (SIGNATURE inR? ((Boolean) $)) (SIGNATURE quoted? ((Boolean) $)) (SIGNATURE symbol? ((Boolean) $)) (SIGNATURE constant? ((Boolean) $)) (SIGNATURE generic? ((Boolean) $)) (SIGNATURE multiple? ((Boolean) $)) (SIGNATURE optional? ((Boolean) $)) (SIGNATURE hasPredicate? ((Boolean) $)) (SIGNATURE predicates ((List (Any)) $)) (SIGNATURE setPredicates ($ $ (List (Any)))) (SIGNATURE withPredicates ($ $ (List (Any)))) (SIGNATURE patternVariable ($ (Symbol) (Boolean) (Boolean) (Boolean))) (SIGNATURE setTopPredicate ($ $ (List (Symbol)) (Any))) (SIGNATURE topPredicate ((Record (: var (List (Symbol))) (: pred (Any))) $)) (SIGNATURE hasTopPredicate? ((Boolean) $)) (SIGNATURE resetBadValues ($ $)) (SIGNATURE addBadValue ($ $ (Any))) (SIGNATURE getBadValues ((List (Any)) $)) (SIGNATURE variables ((List $) $)) (SIGNATURE optpair ((Union (List $) failed) (List $))))) $param: (R) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (RetractableTo R) $param: (R) Debug: evaluateType1 form: (RetractableTo R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (RetractableTo (Symbol)) $param: (R) Debug: evaluateType1 form: (RetractableTo (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE Zero ($) constant) (SIGNATURE One ($) constant) (SIGNATURE isPlus ((Union (List $) failed) $)) (SIGNATURE isTimes ((Union (List $) failed) $)) (SIGNATURE isOp ((Union (List $) failed) $ (BasicOperator))) (SIGNATURE isOp ((Union (Record (: op (BasicOperator)) (: arg (List $))) failed) $)) (SIGNATURE isExpt ((Union (Record (: val $) (: exponent (NonNegativeInteger))) failed) $)) (SIGNATURE isQuotient ((Union (Record (: num $) (: den $)) failed) $)) (SIGNATURE isList ((Union (List $) failed) $)) (SIGNATURE isPower ((Union (Record (: val $) (: exponent $)) failed) $)) (SIGNATURE elt ($ (BasicOperator) (List $))) (SIGNATURE + ($ $ $)) (SIGNATURE * ($ $ $)) (SIGNATURE ** ($ $ (NonNegativeInteger))) (SIGNATURE ** ($ $ $)) (SIGNATURE / ($ $ $)) (SIGNATURE depth ((NonNegativeInteger) $)) (SIGNATURE convert ($ (List $))) (SIGNATURE copy ($ $)) (SIGNATURE inR? ((Boolean) $)) (SIGNATURE quoted? ((Boolean) $)) (SIGNATURE symbol? ((Boolean) $)) (SIGNATURE constant? ((Boolean) $)) (SIGNATURE generic? ((Boolean) $)) (SIGNATURE multiple? ((Boolean) $)) (SIGNATURE optional? ((Boolean) $)) (SIGNATURE hasPredicate? ((Boolean) $)) (SIGNATURE predicates ((List (Any)) $)) (SIGNATURE setPredicates ($ $ (List (Any)))) (SIGNATURE withPredicates ($ $ (List (Any)))) (SIGNATURE patternVariable ($ (Symbol) (Boolean) (Boolean) (Boolean))) (SIGNATURE setTopPredicate ($ $ (List (Symbol)) (Any))) (SIGNATURE topPredicate ((Record (: var (List (Symbol))) (: pred (Any))) $)) (SIGNATURE hasTopPredicate? ((Boolean) $)) (SIGNATURE resetBadValues ($ $)) (SIGNATURE addBadValue ($ $ (Any))) (SIGNATURE getBadValues ((List (Any)) $)) (SIGNATURE variables ((List $) $)) (SIGNATURE optpair ((Union (List $) failed) (List $)))) $param: (R) debug: evaluateType form: (Union (List $) failed) $param: (R) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Union (List $) failed) $param: (R) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Union (List $) failed) $param: (R) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (BasicOperator) $param: (R) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (Union (Record (: op (BasicOperator)) (: arg (List $))) failed) $param: (R) debug: evaluateType form: (Record (: op (BasicOperator)) (: arg (List $))) $param: (R) debug: evaluateType form: (BasicOperator) $param: (R) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Union (Record (: val $) (: exponent (NonNegativeInteger))) failed) $param: (R) debug: evaluateType form: (Record (: val $) (: exponent (NonNegativeInteger))) $param: (R) debug: evaluateType form: $ $param: (R) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Union (Record (: num $) (: den $)) failed) $param: (R) debug: evaluateType form: (Record (: num $) (: den $)) $param: (R) debug: evaluateType form: $ $param: (R) debug: evaluateType form: $ $param: (R) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Union (List $) failed) $param: (R) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Union (Record (: val $) (: exponent $)) failed) $param: (R) debug: evaluateType form: (Record (: val $) (: exponent $)) $param: (R) debug: evaluateType form: $ $param: (R) debug: evaluateType form: $ $param: (R) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (BasicOperator) $param: (R) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List (Any)) $param: (R) Debug: evaluateType1 form: (List (Any)) debug: evaluateType1 x: (Any) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Any) $param: (R) Debug: evaluateType1 form: (Any) debug: evalCategory d: (Any) c: (Type) debug: evaluateType form: (List (Any)) $param: (R) Debug: evaluateType1 form: (List (Any)) debug: evaluateType1 x: (Any) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Any) $param: (R) Debug: evaluateType1 form: (Any) debug: evalCategory d: (Any) c: (Type) debug: evaluateType form: (List (Any)) $param: (R) Debug: evaluateType1 form: (List (Any)) debug: evaluateType1 x: (Any) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Any) $param: (R) Debug: evaluateType1 form: (Any) debug: evalCategory d: (Any) c: (Type) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List (Symbol)) $param: (R) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (Any) $param: (R) Debug: evaluateType1 form: (Any) debug: evaluateType form: (Record (: var (List (Symbol))) (: pred (Any))) $param: (R) debug: evaluateType form: (List (Symbol)) $param: (R) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (Any) $param: (R) Debug: evaluateType1 form: (Any) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Any) $param: (R) Debug: evaluateType1 form: (Any) debug: evaluateType form: (List (Any)) $param: (R) Debug: evaluateType1 form: (List (Any)) debug: evaluateType1 x: (Any) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Any) $param: (R) Debug: evaluateType1 form: (Any) debug: evalCategory d: (Any) c: (Type) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (Union (List $) failed) $param: (R) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (RetractableTo R) (RetractableTo (Symbol)) (CATEGORY domain (SIGNATURE Zero ($) constant) (SIGNATURE One ($) constant) (SIGNATURE isPlus ((Union (List $) failed) $)) (SIGNATURE isTimes ((Union (List $) failed) $)) (SIGNATURE isOp ((Union (List $) failed) $ (BasicOperator))) (SIGNATURE isOp ((Union (Record (: op (BasicOperator)) (: arg (List $))) failed) $)) (SIGNATURE isExpt ((Union (Record (: val $) (: exponent (NonNegativeInteger))) failed) $)) (SIGNATURE isQuotient ((Union (Record (: num $) (: den $)) failed) $)) (SIGNATURE isList ((Union (List $) failed) $)) (SIGNATURE isPower ((Union (Record (: val $) (: exponent $)) failed) $)) (SIGNATURE elt ($ (BasicOperator) (List $))) (SIGNATURE + ($ $ $)) (SIGNATURE * ($ $ $)) (SIGNATURE ** ($ $ (NonNegativeInteger))) (SIGNATURE ** ($ $ $)) (SIGNATURE / ($ $ $)) (SIGNATURE depth ((NonNegativeInteger) $)) (SIGNATURE convert ($ (List $))) (SIGNATURE copy ($ $)) (SIGNATURE inR? ((Boolean) $)) (SIGNATURE quoted? ((Boolean) $)) (SIGNATURE symbol? ((Boolean) $)) (SIGNATURE constant? ((Boolean) $)) (SIGNATURE generic? ((Boolean) $)) (SIGNATURE multiple? ((Boolean) $)) (SIGNATURE optional? ((Boolean) $)) (SIGNATURE hasPredicate? ((Boolean) $)) (SIGNATURE predicates ((List (Any)) $)) (SIGNATURE setPredicates ($ $ (List (Any)))) (SIGNATURE withPredicates ($ $ (List (Any)))) (SIGNATURE patternVariable ($ (Symbol) (Boolean) (Boolean) (Boolean))) (SIGNATURE setTopPredicate ($ $ (List (Symbol)) (Any))) (SIGNATURE topPredicate ((Record (: var (List (Symbol))) (: pred (Any))) $)) (SIGNATURE hasTopPredicate? ((Boolean) $)) (SIGNATURE resetBadValues ($ $)) (SIGNATURE addBadValue ($ $ (Any))) (SIGNATURE getBadValues ((List (Any)) $)) (SIGNATURE variables ((List $) $)) (SIGNATURE optpair ((Union (List $) failed) (List $))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for Pattern compiling into /tmp/oa-o9AuxK compiling exported coerce : R -> % Time: 0.08 SEC. compiling local mkPat : (Boolean,Union(ret: R,ker: Record(tag: SingleInteger,op: BasicOperator,arg: List %),exp: Record(val: %,exponent: NonNegativeInteger),qot: Record(num: %,den: %),sym: Record(tag: SingleInteger,val: Symbol,pred: List Any,bad: List Any)),NonNegativeInteger) -> % Time: 0.02 SEC. compiling exported hasTopPredicate? : % -> Boolean PATTERN;hasTopPredicate?;$B;3 x is replaced by %not %lempty? %vref(x,3) Time: 0.01 SEC. compiling exported topPredicate : % -> Record(var: List Symbol,pred: Any) Time: 0.01 SEC. compiling exported setTopPredicate : (%,List Symbol,Any) -> % Time: 0.00 SEC. compiling exported constant? : % -> Boolean PATTERN;constant?;$B;6 p is replaced by %vref(p,0) Time: 0.00 SEC. compiling exported depth : % -> NonNegativeInteger PATTERN;depth;$Nni;7 p is replaced by %vref(p,2) Time: 0 SEC. compiling exported inR? : % -> Boolean PATTERN;inR?;$B;8 p is replaced by %ieq(%head %vref(p,1),0) Time: 0.01 SEC. compiling exported symbol? : % -> Boolean PATTERN;symbol?;$B;9 p is replaced by %ieq(%head %vref(p,1),4) Time: 0.02 SEC. compiling exported isPlus : % -> Union(List %,failed) Time: 0.01 SEC. compiling exported isTimes : % -> Union(List %,failed) Time: 0.02 SEC. compiling exported isList : % -> Union(List %,failed) Time: 0.02 SEC. compiling exported isExpt : % -> Union(Record(val: %,exponent: NonNegativeInteger),failed) Time: 0.02 SEC. compiling exported isQuotient : % -> Union(Record(num: %,den: %),failed) Time: 0.02 SEC. compiling exported hasPredicate? : % -> Boolean Time: 0.01 SEC. compiling exported quoted? : % -> Boolean Time: 0.01 SEC. compiling exported generic? : % -> Boolean Time: 0.02 SEC. compiling exported multiple? : % -> Boolean Time: 0.02 SEC. compiling exported optional? : % -> Boolean Time: 0.02 SEC. compiling local bitSet? : (SingleInteger,SingleInteger) -> Boolean Time: 0.03 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. compiling exported ** : (%,%) -> % Time: 0.01 SEC. compiling local LPAT2O : ((OutputForm,OutputForm) -> OutputForm,List %) -> OutputForm Time: 0.03 SEC. compiling exported retract : % -> R Time: 0.02 SEC. compiling exported convert : List % -> % Time: 0.02 SEC. compiling exported retractIfCan : % -> Union(R,failed) Time: 0.01 SEC. compiling exported withPredicates : (%,List Any) -> % Time: 0.01 SEC. compiling exported coerce : Symbol -> % Time: 0.02 SEC. compiling exported copy : % -> % Time: 0.03 SEC. compiling exported optpair : List % -> Union(List %,failed) Time: 0.02 SEC. compiling local incmax : List % -> NonNegativeInteger Time: 0.03 SEC. compiling exported = : (%,%) -> Boolean Time: 0.10 SEC. compiling exported isPower : % -> Union(Record(val: %,exponent: %),failed) Time: 0.02 SEC. compiling local taggedElt : (SingleInteger,List %) -> % Time: 0.02 SEC. compiling exported elt : (BasicOperator,List %) -> % Debug compQuote expr: (QUOTE %power) m: $EmptyMode Debug compQuote expr: (QUOTE %power) m: (Symbol) Time: 0.05 SEC. compiling exported isOp : % -> Union(Record(op: BasicOperator,arg: List %),failed) Time: 0.02 SEC. compiling local isTaggedOp : (%,SingleInteger) -> Union(List %,failed) Time: 0.04 SEC. compiling exported One : () -> % Time: 0.01 SEC. compiling exported One : () -> % Time: 0.01 SEC. compiling exported Zero : () -> % Time: 0.00 SEC. compiling exported Zero : () -> % Time: 0.01 SEC. compiling exported ** : (%,NonNegativeInteger) -> % Time: 0.04 SEC. compiling exported / : (%,%) -> % Time: 0.03 SEC. compiling exported + : (%,%) -> % Time: 0.04 SEC. compiling exported * : (%,%) -> % Time: 0.09 SEC. compiling exported isOp : (%,BasicOperator) -> Union(List %,failed) Time: 0.04 SEC. compiling exported predicates : % -> List Any Time: 0.01 SEC. compiling exported setPredicates : (%,List Any) -> % Time: 0.02 SEC. compiling exported resetBadValues : % -> % Time: 0.02 SEC. compiling exported addBadValue : (%,Any) -> % Time: 0.03 SEC. compiling exported getBadValues : % -> List Any Time: 0.02 SEC. compiling local SYM2O : Record(tag: SingleInteger,val: Symbol,pred: List Any,bad: List Any) -> OutputForm Time: 0.11 SEC. compiling exported variables : % -> List % Time: 0.03 SEC. compiling local PAT2O : Union(ret: R,ker: Record(tag: SingleInteger,op: BasicOperator,arg: List %),exp: Record(val: %,exponent: NonNegativeInteger),qot: Record(num: %,den: %),sym: Record(tag: SingleInteger,val: Symbol,pred: List Any,bad: List Any)) -> OutputForm Time: 0.82 SEC. compiling local patcopy : Union(ret: R,ker: Record(tag: SingleInteger,op: BasicOperator,arg: List %),exp: Record(val: %,exponent: NonNegativeInteger),qot: Record(num: %,den: %),sym: Record(tag: SingleInteger,val: Symbol,pred: List Any,bad: List Any)) -> Union(ret: R,ker: Record(tag: SingleInteger,op: BasicOperator,arg: List %),exp: Record(val: %,exponent: NonNegativeInteger),qot: Record(num: %,den: %),sym: Record(tag: SingleInteger,val: Symbol,pred: List Any,bad: List Any)) Time: 0.11 SEC. compiling local pateq? : (Union(ret: R,ker: Record(tag: SingleInteger,op: BasicOperator,arg: List %),exp: Record(val: %,exponent: NonNegativeInteger),qot: Record(num: %,den: %),sym: Record(tag: SingleInteger,val: Symbol,pred: List Any,bad: List Any)),Union(ret: R,ker: Record(tag: SingleInteger,op: BasicOperator,arg: List %),exp: Record(val: %,exponent: NonNegativeInteger),qot: Record(num: %,den: %),sym: Record(tag: SingleInteger,val: Symbol,pred: List Any,bad: List Any))) -> Boolean Time: 0.29 SEC. compiling exported retractIfCan : % -> Union(Symbol,failed) Time: 0.00 SEC. compiling local mkrsy : (Symbol,Boolean,Boolean,Boolean) -> Record(tag: SingleInteger,val: Symbol,pred: List Any,bad: List Any) Time: 0.06 SEC. compiling exported patternVariable : (Symbol,Boolean,Boolean,Boolean) -> % Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] Type Boolean is not in scope. Import it [2] Type SingleInteger is not in scope. Import it [3] Type BasicOperator is not in scope. Import it [4] Type List $ is not in scope. Import it [5] Type NonNegativeInteger is not in scope. Import it [6] Type List Any is not in scope. Import it [7] Type List Symbol is not in scope. Import it [8] Type Any is not in scope. Import it [9] hasTopPredicate?: empty? has no value [10] hasPredicate?: empty? has no value [11] quoted?: sym has no value [12] generic?: sym has no value [13] multiple?: sym has no value [14] optional?: sym has no value [15] coerce: false has no value [16] =: pretend Boolean -- should replace by @ [17] isOp: ker has no value [18] addBadValue: member? has no value [19] SYM2O: empty? has no value [20] variables: exp has no value [21] variables: qot has no value [22] variables: ker has no value [23] PAT2O: ret has no value [24] PAT2O: sym has no value [25] PAT2O: exp has no value [26] PAT2O: qot has no value [27] PAT2O: ker has no value [28] patcopy: ret has no value [29] patcopy: sym has no value [30] patcopy: ker has no value [31] patcopy: qot has no value [32] patcopy: exp has no value [33] pateq?: ret has no value [34] pateq?: qot has no value [35] pateq?: sym has no value [36] pateq?: ker has no value [37] pateq?: exp has no value Cumulative Statistics for Constructor Pattern Time: 2.64 seconds finalizing NRLIB PATTERN Processing Pattern for Browser database: -- 0 : () -> % -- 1 : () -> % -- isPlus : % -> Union(List %,"failed") -- isTimes : % -> Union(List %,"failed") -- isOp : (%,BOP) -> Union(List %,"failed") -- isOp : % -> Union(Record(op: BOP,arg: List %),"failed") -- isExpt : % -> Union(REC,"failed") -- isQuotient : % -> Union(QOT,"failed") -- isList : % -> Union(List %,"failed") -- isPower : % -> Union(Record(val: %,exponent: %),"failed") -- elt : (BOP,List %) -> % -- ?+? : (%,%) -> % -- ?*? : (%,%) -> % -- ?**? : (%,NonNegativeInteger) -> % -- ?**? : (%,%) -> % -- ?/? : (%,%) -> % -- depth : % -> NonNegativeInteger -- convert : List % -> % -- copy : % -> % -- inR? : % -> B -- quoted? : % -> B -- symbol? : % -> B -- constant? : % -> B -- generic? : % -> B -- multiple? : % -> B -- optional? : % -> B -- hasPredicate? : % -> B -- predicates : % -> List Any -- setPredicates : (%,List Any) -> % -- withPredicates : (%,List Any) -> % -- patternVariable : (SY,B,B,B) -> % -- setTopPredicate : (%,List SY,Any) -> % -- topPredicate : % -> Record(var: List SY,pred: Any) -- hasTopPredicate? : % -> B -- resetBadValues : % -> % -- addBadValue : (%,Any) -> % -- getBadValues : % -> List Any -- variables : % -> List % -- optpair : List % -> Union(List %,"failed") -- constructor ; compiling file "/tmp/oa-o9AuxK/code.lsp" (written 01 FEB 2016 10:55:28 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PATTERN;hasTopPredicate?;$B;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PATTERN;constant?;$B;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PATTERN;depth;$Nni;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PATTERN;inR?;$B;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PATTERN;symbol?;$B;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PATTERN;mkPat|) ...) ; compiling (PUT (QUOTE |PATTERN;topPredicate;$R;4|) ...) ; compiling (DEFUN |PATTERN;coerce;R$;1| ...) ; compiling (DEFUN |PATTERN;mkPat| ...) ; compiling (DEFUN |PATTERN;hasTopPredicate?;$B;3| ...) ; compiling (DEFUN |PATTERN;topPredicate;$R;4| ...) ; file: /tmp/oa-o9AuxK/code.lsp ; in: DEFUN |PATTERN;topPredicate;$R;4| ; (DEFUN BOOT::|PATTERN;topPredicate;$R;4| (BOOT::|x| BOOT::$) ; (CONS (SVREF BOOT::|x| 3) (SVREF BOOT::|x| 4))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATTERN;topPredicate;$R;4| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|PATTERN;topPredicate;$R;4| ; (CONS (SVREF BOOT::|x| 3) (SVREF BOOT::|x| 4)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PATTERN;setTopPredicate;$LA$;5| ...) ; file: /tmp/oa-o9AuxK/code.lsp ; in: DEFUN |PATTERN;setTopPredicate;$LA$;5| ; (DEFUN BOOT::|PATTERN;setTopPredicate;$LA$;5| ; (BOOT::|x| BOOT::|l| BOOT::|f| BOOT::$) ; (PROGN ; (SETF (SVREF BOOT::|x| 3) BOOT::|l|) ; (SETF (SVREF BOOT::|x| 4) BOOT::|f|) ; BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATTERN;setTopPredicate;$LA$;5| ; (BOOT::|x| BOOT::|l| BOOT::|f| BOOT::$) ; (BLOCK BOOT::|PATTERN;setTopPredicate;$LA$;5| ; (PROGN (SETF # BOOT::|l|) (SETF # BOOT::|f|) BOOT::|x|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PATTERN;constant?;$B;6| ...) ; compiling (DEFUN |PATTERN;depth;$Nni;7| ...) ; compiling (DEFUN |PATTERN;inR?;$B;8| ...) ; compiling (DEFUN |PATTERN;symbol?;$B;9| ...) ; compiling (DEFUN |PATTERN;isPlus;$U;10| ...) ; compiling (DEFUN |PATTERN;isTimes;$U;11| ...) ; compiling (DEFUN |PATTERN;isList;$U;12| ...) ; compiling (DEFUN |PATTERN;isExpt;$U;13| ...) ; compiling (DEFUN |PATTERN;isQuotient;$U;14| ...) ; compiling (DEFUN |PATTERN;hasPredicate?;$B;15| ...) ; compiling (DEFUN |PATTERN;quoted?;$B;16| ...) ; file: /tmp/oa-o9AuxK/code.lsp ; in: DEFUN |PATTERN;quoted?;$B;16| ; (DEFUN BOOT::|PATTERN;quoted?;$B;16| (BOOT::|p| BOOT::$) ; (AND (EQL (CAR (SVREF BOOT::|p| 1)) 4) ; (ZEROP ; (SVREF ; (LET # ; #) ; 0)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATTERN;quoted?;$B;16| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|PATTERN;quoted?;$B;16| ; (AND (EQL (CAR #) 4) (ZEROP (SVREF # 0))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PATTERN;generic?;$B;17| ...) ; compiling (DEFUN |PATTERN;multiple?;$B;18| ...) ; compiling (DEFUN |PATTERN;optional?;$B;19| ...) ; compiling (DEFUN |PATTERN;bitSet?| ...) ; file: /tmp/oa-o9AuxK/code.lsp ; in: DEFUN |PATTERN;bitSet?| ; (DEFUN BOOT::|PATTERN;bitSet?| (BOOT::|a| BOOT::|b| BOOT::$) ; (BOOT::SPADCALL (LOGAND BOOT::|a| BOOT::|b|) 0 ; (BOOT::|shellEntry| BOOT::$ 61))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATTERN;bitSet?| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|PATTERN;bitSet?| ; (BOOT::SPADCALL (LOGAND BOOT::|a| BOOT::|b|) 0 ; (BOOT::|shellEntry| BOOT::$ 61)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |PATTERN;coerce;$Of;21| ...) ; compiling (DEFUN |PATTERN;**;3$;22| ...) ; compiling (DEFUN |PATTERN;LPAT2O| ...) ; compiling (DEFUN |PATTERN;retract;$R;24| ...) ; compiling (DEFUN |PATTERN;convert;L$;25| ...) ; compiling (DEFUN |PATTERN;retractIfCan;$U;26| ...) ; compiling (DEFUN |PATTERN;withPredicates;$L$;27| ...) ; compiling (DEFUN |PATTERN;coerce;S$;28| ...) ; compiling (DEFUN |PATTERN;copy;2$;29| ...) ; compiling (DEFUN |PATTERN;optpair;LU;30| ...) ; compiling (DEFUN |PATTERN;incmax| ...) ; file: /tmp/oa-o9AuxK/code.lsp ; in: DEFUN |PATTERN;incmax| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PATTERN;=;2$B;32| ...) ; compiling (DEFUN |PATTERN;isPower;$U;33| ...) ; compiling (DEFUN |PATTERN;taggedElt| ...) ; compiling (DEFUN |PATTERN;elt;BoL$;35| ...) ; compiling (DEFUN |PATTERN;isOp;$U;36| ...) ; compiling (DEFUN |PATTERN;isTaggedOp| ...) ; compiling (DEFUN |PATTERN;One;$;38| ...) ; compiling (DEFUN |PATTERN;One;$;39| ...) ; compiling (DEFUN |PATTERN;Zero;$;40| ...) ; compiling (DEFUN |PATTERN;Zero;$;41| ...) ; compiling (DEFUN |PATTERN;**;$Nni$;42| ...) ; file: /tmp/oa-o9AuxK/code.lsp ; in: DEFUN |PATTERN;**;$Nni$;42| ; (DEFUN BOOT::|PATTERN;**;$Nni$;42| (BOOT::|p| BOOT::|n| BOOT::$) ; (COND ; ((AND (BOOT::|PATTERN;=;2$B;32| BOOT::|p| # BOOT::$) (PLUSP BOOT::|n|)) ; (BOOT::|spadConstant| BOOT::$ 103)) ; ((OR (BOOT::|PATTERN;=;2$B;32| BOOT::|p| # BOOT::$) (ZEROP BOOT::|n|)) ; (BOOT::|spadConstant| BOOT::$ 83)) ; ((EQL BOOT::|n| 1) BOOT::|p|) ; (T ; (VECTOR (SVREF BOOT::|p| 0) (CONS 2 #) (+ 1 #) NIL ; (BOOT::|shellEntry| BOOT::$ 18))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATTERN;**;$Nni$;42| ; (BOOT::|p| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|PATTERN;**;$Nni$;42| ; (COND ((AND # #) (BOOT::|spadConstant| BOOT::$ 103)) ; ((OR # #) (BOOT::|spadConstant| BOOT::$ 83)) ; ((EQL BOOT::|n| 1) BOOT::|p|) (T (VECTOR # # # NIL #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |PATTERN;/;3$;43| ...) ; compiling (DEFUN |PATTERN;+;3$;44| ...) ; compiling (DEFUN |PATTERN;*;3$;45| ...) ; file: /tmp/oa-o9AuxK/code.lsp ; in: DEFUN |PATTERN;*;3$;45| ; (DEFUN BOOT::|PATTERN;*;3$;45| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (PROG (BOOT::|u2|) ; (RETURN (COND (# #) (# BOOT::|p2|) (# BOOT::|p1|) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATTERN;*;3$;45| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|PATTERN;*;3$;45| ; (PROG (BOOT::|u2|) (RETURN (COND # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |PATTERN;isOp;$BoU;46| ...) ; compiling (DEFUN |PATTERN;predicates;$L;47| ...) ; file: /tmp/oa-o9AuxK/code.lsp ; in: DEFUN |PATTERN;predicates;$L;47| ; (DEFUN BOOT::|PATTERN;predicates;$L;47| (BOOT::|p| BOOT::$) ; (COND ; ((EQL (CAR #) 4) ; (SVREF ; (LET # ; #) ; 2)) ; (T NIL))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATTERN;predicates;$L;47| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|PATTERN;predicates;$L;47| ; (COND ((EQL # 4) (SVREF # 2)) (T NIL)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PATTERN;setPredicates;$L$;48| ...) ; file: /tmp/oa-o9AuxK/code.lsp ; in: DEFUN |PATTERN;setPredicates;$L$;48| ; (DEFUN BOOT::|PATTERN;setPredicates;$L$;48| (BOOT::|p| BOOT::|l| BOOT::$) ; (COND ; ((BOOT::|PATTERN;generic?;$B;17| BOOT::|p| BOOT::$) ; (PROGN (SETF #) BOOT::|p|)) ; (T (BOOT::|error| "Can only attach predicates to generic symbol")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATTERN;setPredicates;$L$;48| ; (BOOT::|p| BOOT::|l| BOOT::$) ; (BLOCK BOOT::|PATTERN;setPredicates;$L$;48| ; (COND ; ((BOOT::|PATTERN;generic?;$B;17| BOOT::|p| BOOT::$) ; (PROGN # BOOT::|p|)) ; (T (BOOT::|error| "Can only attach predicates to generic symbol"))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |PATTERN;resetBadValues;2$;49| ...) ; file: /tmp/oa-o9AuxK/code.lsp ; in: DEFUN |PATTERN;resetBadValues;2$;49| ; (DEFUN BOOT::|PATTERN;resetBadValues;2$;49| (BOOT::|p| BOOT::$) ; (COND ; ((BOOT::|PATTERN;generic?;$B;17| BOOT::|p| BOOT::$) ; (PROGN (SETF #) BOOT::|p|)) ; (T (BOOT::|error| "Can only attach bad values to generic symbol")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATTERN;resetBadValues;2$;49| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|PATTERN;resetBadValues;2$;49| ; (COND ; ((BOOT::|PATTERN;generic?;$B;17| BOOT::|p| BOOT::$) ; (PROGN # BOOT::|p|)) ; (T (BOOT::|error| "Can only attach bad values to generic symbol"))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |PATTERN;addBadValue;$A$;50| ...) ; file: /tmp/oa-o9AuxK/code.lsp ; in: DEFUN |PATTERN;addBadValue;$A$;50| ; (DEFUN BOOT::|PATTERN;addBadValue;$A$;50| (BOOT::|p| BOOT::|a| BOOT::$) ; (COND ; ((BOOT::|PATTERN;generic?;$B;17| BOOT::|p| BOOT::$) ; (PROGN (COND #) BOOT::|p|)) ; (T (BOOT::|error| "Can only attach bad values to generic symbol")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATTERN;addBadValue;$A$;50| ; (BOOT::|p| BOOT::|a| BOOT::$) ; (BLOCK BOOT::|PATTERN;addBadValue;$A$;50| ; (COND ; ((BOOT::|PATTERN;generic?;$B;17| BOOT::|p| BOOT::$) ; (PROGN # BOOT::|p|)) ; (T (BOOT::|error| "Can only attach bad values to generic symbol"))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |PATTERN;getBadValues;$L;51| ...) ; file: /tmp/oa-o9AuxK/code.lsp ; in: DEFUN |PATTERN;getBadValues;$L;51| ; (DEFUN BOOT::|PATTERN;getBadValues;$L;51| (BOOT::|p| BOOT::$) ; (COND ; ((BOOT::|PATTERN;generic?;$B;17| BOOT::|p| BOOT::$) ; (SVREF ; (LET # ; #) ; 3)) ; (T (BOOT::|error| "Not a generic symbol")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATTERN;getBadValues;$L;51| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|PATTERN;getBadValues;$L;51| ; (COND ((BOOT::|PATTERN;generic?;$B;17| BOOT::|p| BOOT::$) (SVREF # 3)) ; (T (BOOT::|error| "Not a generic symbol"))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PATTERN;SYM2O| ...) ; compiling (DEFUN |PATTERN;variables;$L;53| ...) ; file: /tmp/oa-o9AuxK/code.lsp ; in: DEFUN |PATTERN;variables;$L;53| ; (DEFUN BOOT::|PATTERN;variables;$L;53| (BOOT::|p| BOOT::$) ; (COND ((SVREF BOOT::|p| 0) NIL) ; ((BOOT::|PATTERN;generic?;$B;17| BOOT::|p| BOOT::$) (LIST BOOT::|p|)) ; (T ; (LET (#) ; (COND # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATTERN;variables;$L;53| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|PATTERN;variables;$L;53| ; (COND ((SVREF BOOT::|p| 0) NIL) ; ((BOOT::|PATTERN;generic?;$B;17| BOOT::|p| BOOT::$) ; (LIST BOOT::|p|)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PATTERN;PAT2O| ...) ; compiling (DEFUN |PATTERN;patcopy| ...) ; compiling (DEFUN |PATTERN;pateq?| ...) ; file: /tmp/oa-o9AuxK/code.lsp ; in: DEFUN |PATTERN;pateq?| ; (DEFUN BOOT::|PATTERN;pateq?| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|p1|)) (AND (ZEROP #) (BOOT::SPADCALL # # #))) ; ((EQL (CAR BOOT::|p1|) 3) (AND (EQL # 3) (AND # #))) ; ((EQL (CAR BOOT::|p1|) 4) (AND (EQL # 4) (AND # #))) ; ((EQL (CAR BOOT::|p1|) 1) (AND (EQL # 1) (AND # #))) ; ((EQL (CAR BOOT::|p2|) 2) ; (AND (EQL # #) (BOOT::|PATTERN;=;2$B;32| # # BOOT::$))) ; (T NIL))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATTERN;pateq?| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|PATTERN;pateq?| ; (COND ((ZEROP #) (AND # #)) ((EQL # 3) (AND # #)) ((EQL # 4) (AND # #)) ; ((EQL # 1) (AND # #)) ((EQL # 2) (AND # #)) (T NIL)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |PATTERN;retractIfCan;$U;57| ...) ; file: /tmp/oa-o9AuxK/code.lsp ; in: DEFUN |PATTERN;retractIfCan;$U;57| ; (DEFUN BOOT::|PATTERN;retractIfCan;$U;57| (BOOT::|p| BOOT::$) ; (COND ((EQL (CAR #) 4) (CONS 0 (SVREF # 1))) (T (CONS 1 "failed")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATTERN;retractIfCan;$U;57| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|PATTERN;retractIfCan;$U;57| ; (COND ((EQL # 4) (CONS 0 #)) (T (CONS 1 "failed"))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PATTERN;mkrsy| ...) ; file: /tmp/oa-o9AuxK/code.lsp ; in: DEFUN |PATTERN;mkrsy| ; (DEFUN BOOT::|PATTERN;mkrsy| ; (BOOT::|t| BOOT::|c?| BOOT::|o?| BOOT::|m?| BOOT::$) ; (COND (BOOT::|c?| (VECTOR 0 BOOT::|t| NIL NIL)) ; (T ; (LET (# #) ; (VECTOR # BOOT::|t| NIL NIL))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATTERN;mkrsy| ; (BOOT::|t| BOOT::|c?| BOOT::|o?| BOOT::|m?| BOOT::$) ; (BLOCK BOOT::|PATTERN;mkrsy| ; (COND (BOOT::|c?| (VECTOR 0 BOOT::|t| NIL NIL)) ; (T ; (LET # ; #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PATTERN;patternVariable;S3B$;59| ...) ; compiling (DEFUN |Pattern| ...) ; compiling (DEFUN |Pattern;| ...) ; compiling (MAKEPROP (QUOTE |Pattern|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 7 STYLE-WARNING conditions ; printed 9 notes ; /tmp/oa-o9AuxK/code.fasl written ; compilation finished in 0:00:00.200 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/PRIMES.fasl --optimize=3 PRIMES.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PRIMES.spad using Spad compiler. PRIMES abbreviates package IntegerPrimesPackage debug: compDefine1 lhs: (IntegerPrimesPackage I) signature (pre-evaluate): ((CATEGORY package (SIGNATURE prime? ((Boolean) I)) (SIGNATURE nextPrime (I I)) (SIGNATURE prevPrime (I I)) (SIGNATURE primes ((List I) I I))) (IntegerNumberSystem)) debug: evaluateType form: (CATEGORY package (SIGNATURE prime? ((Boolean) I)) (SIGNATURE nextPrime (I I)) (SIGNATURE prevPrime (I I)) (SIGNATURE primes ((List I) I I))) $param: (I) debug: evaluateType form: (Boolean) $param: (I) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: (List I) $param: (I) Debug: evaluateType1 form: (List I) debug: evaluateType1 x: I m: (Type) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: (IntegerNumberSystem) $param: (I) Debug: evaluateType1 form: (IntegerNumberSystem) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE prime? ((Boolean) I)) (SIGNATURE nextPrime (I I)) (SIGNATURE prevPrime (I I)) (SIGNATURE primes ((List I) I I))) (IntegerNumberSystem)) debug: compDefine1 lhs: (IntegerPrimesPackage I) signature (pre-evaluate): ((CATEGORY package (SIGNATURE prime? ((Boolean) I)) (SIGNATURE nextPrime (I I)) (SIGNATURE prevPrime (I I)) (SIGNATURE primes ((List I) I I))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE prime? ((Boolean) I)) (SIGNATURE nextPrime (I I)) (SIGNATURE prevPrime (I I)) (SIGNATURE primes ((List I) I I))) $param: (I) debug: evaluateType form: (Boolean) $param: (I) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: (List I) $param: (I) Debug: evaluateType1 form: (List I) debug: evaluateType1 x: I m: (Type) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE prime? ((Boolean) I)) (SIGNATURE nextPrime (I I)) (SIGNATURE prevPrime (I I)) (SIGNATURE primes ((List I) I I))) NIL) ------------------------------------------------------------------------ initializing stationary directory for IntegerPrimesPackage compiling into /tmp/oa-B6JBoP compiling exported primes : (I,I) -> List I Time: 0.13 SEC. compiling local rabinProvesCompositeSmall : (I,I,I,I,NonNegativeInteger) -> Boolean Time: 0.01 SEC. compiling local rabinProvesComposite : (I,I,I,I,NonNegativeInteger) -> Boolean Time: 0.04 SEC. compiling exported prime? : I -> Boolean Time: 0.10 SEC. compiling exported nextPrime : I -> I Time: 0.00 SEC. compiling exported prevPrime : I -> I Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] rabinProvesComposite: rootsMinus1 has no value [2] prime?: k has no value Cumulative Statistics for Constructor IntegerPrimesPackage Time: 0.32 seconds finalizing NRLIB PRIMES Processing IntegerPrimesPackage for Browser database: -- prime? : I -> Boolean -- nextPrime : I -> I -- prevPrime : I -> I -- primes : (I,I) -> List I -- constructor ; compiling file "/tmp/oa-B6JBoP/code.lsp" (written 01 FEB 2016 10:55:28 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PRIMES;primes;2IL;1| ...) ; file: /tmp/oa-B6JBoP/code.lsp ; in: DEFUN |PRIMES;primes;2IL;1| ; (DEFUN BOOT::|PRIMES;primes;2IL;1| (BOOT::|m| BOOT::|n| BOOT::$) ; (PROG (BOOT::|ll|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRIMES;primes;2IL;1| ; (BOOT::|m| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|PRIMES;primes;2IL;1| ; (PROG (BOOT::|ll|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PRIMES;rabinProvesCompositeSmall| ...) ; compiling (DEFUN |PRIMES;rabinProvesComposite| ...) ; compiling (DEFUN |PRIMES;prime?;IB;4| ...) ; file: /tmp/oa-B6JBoP/code.lsp ; in: DEFUN |PRIMES;prime?;IB;4| ; (DEFUN BOOT::|PRIMES;prime?;IB;4| (BOOT::|n| BOOT::$) ; (PROG (BOOT::|probablySafe| BOOT::|currPrime| BOOT::|n9| BOOT::|mn|) ; (RETURN (COND (# NIL) (# #) (# NIL) (# T) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRIMES;prime?;IB;4| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|PRIMES;prime?;IB;4| ; (PROG (BOOT::|probablySafe| BOOT::|currPrime| BOOT::|n9| BOOT::|mn|) ; (RETURN (COND # # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |PRIMES;nextPrime;2I;5| ...) ; compiling (DEFUN |PRIMES;prevPrime;2I;6| ...) ; compiling (DEFUN |IntegerPrimesPackage| ...) ; compiling (DEFUN |IntegerPrimesPackage;| ...) ; compiling (MAKEPROP (QUOTE |IntegerPrimesPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-B6JBoP/code.fasl written ; compilation finished in 0:00:00.197 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/COMBINAT.fasl --optimize=3 COMBINAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/COMBINAT.spad using Spad compiler. COMBINAT abbreviates package IntegerCombinatoricFunctions debug: compDefine1 lhs: (IntegerCombinatoricFunctions I) signature (pre-evaluate): ((CATEGORY package (SIGNATURE binomial (I I I)) (SIGNATURE factorial (I I)) (SIGNATURE multinomial (I I (List I))) (SIGNATURE partition (I I)) (SIGNATURE permutation (I I I)) (SIGNATURE stirling1 (I I I)) (SIGNATURE stirling2 (I I I))) (IntegerNumberSystem)) debug: evaluateType form: (CATEGORY package (SIGNATURE binomial (I I I)) (SIGNATURE factorial (I I)) (SIGNATURE multinomial (I I (List I))) (SIGNATURE partition (I I)) (SIGNATURE permutation (I I I)) (SIGNATURE stirling1 (I I I)) (SIGNATURE stirling2 (I I I))) $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: (List I) $param: (I) Debug: evaluateType1 form: (List I) debug: evaluateType1 x: I m: (Type) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: (IntegerNumberSystem) $param: (I) Debug: evaluateType1 form: (IntegerNumberSystem) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE binomial (I I I)) (SIGNATURE factorial (I I)) (SIGNATURE multinomial (I I (List I))) (SIGNATURE partition (I I)) (SIGNATURE permutation (I I I)) (SIGNATURE stirling1 (I I I)) (SIGNATURE stirling2 (I I I))) (IntegerNumberSystem)) debug: compDefine1 lhs: (IntegerCombinatoricFunctions I) signature (pre-evaluate): ((CATEGORY package (SIGNATURE binomial (I I I)) (SIGNATURE factorial (I I)) (SIGNATURE multinomial (I I (List I))) (SIGNATURE partition (I I)) (SIGNATURE permutation (I I I)) (SIGNATURE stirling1 (I I I)) (SIGNATURE stirling2 (I I I))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE binomial (I I I)) (SIGNATURE factorial (I I)) (SIGNATURE multinomial (I I (List I))) (SIGNATURE partition (I I)) (SIGNATURE permutation (I I I)) (SIGNATURE stirling1 (I I I)) (SIGNATURE stirling2 (I I I))) $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: (List I) $param: (I) Debug: evaluateType1 form: (List I) debug: evaluateType1 x: I m: (Type) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE binomial (I I I)) (SIGNATURE factorial (I I)) (SIGNATURE multinomial (I I (List I))) (SIGNATURE partition (I I)) (SIGNATURE permutation (I I I)) (SIGNATURE stirling1 (I I I)) (SIGNATURE stirling2 (I I I))) NIL) ------------------------------------------------------------------------ initializing stationary directory for IntegerCombinatoricFunctions compiling into /tmp/oa-iAfDJq compiling exported partition : I -> I Time: 0.62 SEC. compiling exported factorial : I -> I Time: 0.02 SEC. compiling exported binomial : (I,I) -> I Time: 0.03 SEC. compiling exported multinomial : (I,List I) -> I Time: 0.02 SEC. compiling exported permutation : (I,I) -> I Time: 0.04 SEC. compiling exported stirling1 : (I,I) -> I Time: 0.05 SEC. compiling exported stirling2 : (I,I) -> I Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] binomial: s has no value [2] binomial: b has no value Cumulative Statistics for Constructor IntegerCombinatoricFunctions Time: 0.81 seconds finalizing NRLIB COMBINAT Processing IntegerCombinatoricFunctions for Browser database: -- binomial : (I,I) -> I -- factorial : I -> I -- multinomial : (I,List I) -> I -- partition : I -> I -- permutation : (I,I) -> I -- stirling1 : (I,I) -> I -- stirling2 : (I,I) -> I --->../../x86_64-unknown-linux-gnu/src/algebra/combinat.spad-->IntegerCombinatoricFunctions(constructor): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/combinat.spad-->IntegerCombinatoricFunctions: Missing Description ; compiling file "/tmp/oa-iAfDJq/code.lsp" (written 01 FEB 2016 10:55:30 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |COMBINAT;partition;2I;1| ...) ; compiling (DEFUN |COMBINAT;factorial;2I;2| ...) ; compiling (DEFUN |COMBINAT;binomial;3I;3| ...) ; compiling (DEFUN |COMBINAT;multinomial;ILI;4| ...) ; compiling (DEFUN |COMBINAT;permutation;3I;5| ...) ; compiling (DEFUN |COMBINAT;stirling1;3I;6| ...) ; compiling (DEFUN |COMBINAT;stirling2;3I;7| ...) ; compiling (DEFUN |IntegerCombinatoricFunctions| ...) ; compiling (DEFUN |IntegerCombinatoricFunctions;| ...) ; compiling (MAKEPROP (QUOTE |IntegerCombinatoricFunctions|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-iAfDJq/code.fasl written ; compilation finished in 0:00:00.131 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/PATTERN1.fasl --bootstrap PATTERN1.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PATTERN1.spad using Spad compiler. PATTERN1 abbreviates package PatternFunctions1 ------------------------------------------------------------------------ initializing stationary directory for PatternFunctions1 compiling into /tmp/oa-p3yTFv Time: 0.01 SEC. Cumulative Statistics for Constructor PatternFunctions1 Time: 0.01 seconds finalizing NRLIB PATTERN1 ; compiling file "/tmp/oa-p3yTFv/code.lsp" (written 01 FEB 2016 10:55:30 PM): ; compiling (DEFUN |PatternFunctions1| ...) ; compiling (DEFUN |PatternFunctions1;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-p3yTFv/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/PATRES.fasl --optimize=3 PATRES.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PATRES.spad using Spad compiler. PATRES abbreviates domain PatternMatchResult debug: compDefine1 lhs: (PatternMatchResult R S) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE failed? ((Boolean) $)) (SIGNATURE failed ($)) (SIGNATURE new ($)) (SIGNATURE union ($ $ $)) (SIGNATURE getMatch ((Union S failed) (Pattern R) $)) (SIGNATURE addMatch ($ (Pattern R) S $)) (SIGNATURE insertMatch ($ (Pattern R) S $)) (SIGNATURE addMatchRestricted ($ (Pattern R) S $ S)) (SIGNATURE destruct ((List (Record (: key (Symbol)) (: entry S))) $)) (SIGNATURE construct ($ (List (Record (: key (Symbol)) (: entry S))))) (SIGNATURE satisfy? ((Union (Boolean) failed) $ (Pattern R))))) (SetCategory) (SetCategory)) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (SIGNATURE failed? ((Boolean) $)) (SIGNATURE failed ($)) (SIGNATURE new ($)) (SIGNATURE union ($ $ $)) (SIGNATURE getMatch ((Union S failed) (Pattern R) $)) (SIGNATURE addMatch ($ (Pattern R) S $)) (SIGNATURE insertMatch ($ (Pattern R) S $)) (SIGNATURE addMatchRestricted ($ (Pattern R) S $ S)) (SIGNATURE destruct ((List (Record (: key (Symbol)) (: entry S))) $)) (SIGNATURE construct ($ (List (Record (: key (Symbol)) (: entry S))))) (SIGNATURE satisfy? ((Union (Boolean) failed) $ (Pattern R))))) $param: (R S) debug: evaluateType form: (SetCategory) $param: (R S) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE failed? ((Boolean) $)) (SIGNATURE failed ($)) (SIGNATURE new ($)) (SIGNATURE union ($ $ $)) (SIGNATURE getMatch ((Union S failed) (Pattern R) $)) (SIGNATURE addMatch ($ (Pattern R) S $)) (SIGNATURE insertMatch ($ (Pattern R) S $)) (SIGNATURE addMatchRestricted ($ (Pattern R) S $ S)) (SIGNATURE destruct ((List (Record (: key (Symbol)) (: entry S))) $)) (SIGNATURE construct ($ (List (Record (: key (Symbol)) (: entry S))))) (SIGNATURE satisfy? ((Union (Boolean) failed) $ (Pattern R)))) $param: (R S) debug: evaluateType form: (Boolean) $param: (R S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Union S failed) $param: (R S) debug: evaluateType form: S $param: (R S) debug: evaluateType form: failed $param: (R S) debug: evaluateType form: (Pattern R) $param: (R S) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (Pattern R) $param: (R S) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: S $param: (R S) debug: evaluateType form: (Pattern R) $param: (R S) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: S $param: (R S) debug: evaluateType form: (Pattern R) $param: (R S) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: S $param: (R S) debug: evaluateType form: S $param: (R S) debug: evaluateType form: (List (Record (: key (Symbol)) (: entry S))) $param: (R S) Debug: evaluateType1 form: (List (Record (: key (Symbol)) (: entry S))) debug: evaluateType1 x: (Record (: key (Symbol)) (: entry S)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: key (Symbol)) (: entry S)) $param: (R S) debug: evaluateType form: (Symbol) $param: (R S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: S $param: (R S) debug: evalCategory d: (Record (: key (Symbol)) (: entry S)) c: (Type) debug: evaluateType form: (List (Record (: key (Symbol)) (: entry S))) $param: (R S) Debug: evaluateType1 form: (List (Record (: key (Symbol)) (: entry S))) debug: evaluateType1 x: (Record (: key (Symbol)) (: entry S)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: key (Symbol)) (: entry S)) $param: (R S) debug: evaluateType form: (Symbol) $param: (R S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: S $param: (R S) debug: evalCategory d: (Record (: key (Symbol)) (: entry S)) c: (Type) debug: evaluateType form: (Union (Boolean) failed) $param: (R S) debug: evaluateType form: (Boolean) $param: (R S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: failed $param: (R S) debug: evaluateType form: (Pattern R) $param: (R S) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R S) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE failed? ((Boolean) $)) (SIGNATURE failed ($)) (SIGNATURE new ($)) (SIGNATURE union ($ $ $)) (SIGNATURE getMatch ((Union S failed) (Pattern R) $)) (SIGNATURE addMatch ($ (Pattern R) S $)) (SIGNATURE insertMatch ($ (Pattern R) S $)) (SIGNATURE addMatchRestricted ($ (Pattern R) S $ S)) (SIGNATURE destruct ((List (Record (: key (Symbol)) (: entry S))) $)) (SIGNATURE construct ($ (List (Record (: key (Symbol)) (: entry S))))) (SIGNATURE satisfy? ((Union (Boolean) failed) $ (Pattern R))))) (SetCategory) (SetCategory)) debug: compDefine1 lhs: (PatternMatchResult R S) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE failed? ((Boolean) $)) (SIGNATURE failed ($)) (SIGNATURE new ($)) (SIGNATURE union ($ $ $)) (SIGNATURE getMatch ((Union S failed) (Pattern R) $)) (SIGNATURE addMatch ($ (Pattern R) S $)) (SIGNATURE insertMatch ($ (Pattern R) S $)) (SIGNATURE addMatchRestricted ($ (Pattern R) S $ S)) (SIGNATURE destruct ((List (Record (: key (Symbol)) (: entry S))) $)) (SIGNATURE construct ($ (List (Record (: key (Symbol)) (: entry S))))) (SIGNATURE satisfy? ((Union (Boolean) failed) $ (Pattern R))))) NIL NIL) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (SIGNATURE failed? ((Boolean) $)) (SIGNATURE failed ($)) (SIGNATURE new ($)) (SIGNATURE union ($ $ $)) (SIGNATURE getMatch ((Union S failed) (Pattern R) $)) (SIGNATURE addMatch ($ (Pattern R) S $)) (SIGNATURE insertMatch ($ (Pattern R) S $)) (SIGNATURE addMatchRestricted ($ (Pattern R) S $ S)) (SIGNATURE destruct ((List (Record (: key (Symbol)) (: entry S))) $)) (SIGNATURE construct ($ (List (Record (: key (Symbol)) (: entry S))))) (SIGNATURE satisfy? ((Union (Boolean) failed) $ (Pattern R))))) $param: (R S) debug: evaluateType form: (SetCategory) $param: (R S) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE failed? ((Boolean) $)) (SIGNATURE failed ($)) (SIGNATURE new ($)) (SIGNATURE union ($ $ $)) (SIGNATURE getMatch ((Union S failed) (Pattern R) $)) (SIGNATURE addMatch ($ (Pattern R) S $)) (SIGNATURE insertMatch ($ (Pattern R) S $)) (SIGNATURE addMatchRestricted ($ (Pattern R) S $ S)) (SIGNATURE destruct ((List (Record (: key (Symbol)) (: entry S))) $)) (SIGNATURE construct ($ (List (Record (: key (Symbol)) (: entry S))))) (SIGNATURE satisfy? ((Union (Boolean) failed) $ (Pattern R)))) $param: (R S) debug: evaluateType form: (Boolean) $param: (R S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Union S failed) $param: (R S) debug: evaluateType form: S $param: (R S) debug: evaluateType form: failed $param: (R S) debug: evaluateType form: (Pattern R) $param: (R S) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (Pattern R) $param: (R S) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: S $param: (R S) debug: evaluateType form: (Pattern R) $param: (R S) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: S $param: (R S) debug: evaluateType form: (Pattern R) $param: (R S) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: S $param: (R S) debug: evaluateType form: S $param: (R S) debug: evaluateType form: (List (Record (: key (Symbol)) (: entry S))) $param: (R S) Debug: evaluateType1 form: (List (Record (: key (Symbol)) (: entry S))) debug: evaluateType1 x: (Record (: key (Symbol)) (: entry S)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: key (Symbol)) (: entry S)) $param: (R S) debug: evaluateType form: (Symbol) $param: (R S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: S $param: (R S) debug: evalCategory d: (Record (: key (Symbol)) (: entry S)) c: (Type) debug: evaluateType form: (List (Record (: key (Symbol)) (: entry S))) $param: (R S) Debug: evaluateType1 form: (List (Record (: key (Symbol)) (: entry S))) debug: evaluateType1 x: (Record (: key (Symbol)) (: entry S)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: key (Symbol)) (: entry S)) $param: (R S) debug: evaluateType form: (Symbol) $param: (R S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: S $param: (R S) debug: evalCategory d: (Record (: key (Symbol)) (: entry S)) c: (Type) debug: evaluateType form: (Union (Boolean) failed) $param: (R S) debug: evaluateType form: (Boolean) $param: (R S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: failed $param: (R S) debug: evaluateType form: (Pattern R) $param: (R S) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE failed? ((Boolean) $)) (SIGNATURE failed ($)) (SIGNATURE new ($)) (SIGNATURE union ($ $ $)) (SIGNATURE getMatch ((Union S failed) (Pattern R) $)) (SIGNATURE addMatch ($ (Pattern R) S $)) (SIGNATURE insertMatch ($ (Pattern R) S $)) (SIGNATURE addMatchRestricted ($ (Pattern R) S $ S)) (SIGNATURE destruct ((List (Record (: key (Symbol)) (: entry S))) $)) (SIGNATURE construct ($ (List (Record (: key (Symbol)) (: entry S))))) (SIGNATURE satisfy? ((Union (Boolean) failed) $ (Pattern R))))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PatternMatchResult compiling into /tmp/oa-PcingF importing PatternFunctions1(R,S) compiling exported new : () -> % PATRES;new;$;1 is replaced by %pair(0,%list %nil) Time: 0.03 SEC. compiling exported failed : () -> % PATRES;failed;$;2 is replaced by %pair(1,"failed") Time: 0.00 SEC. compiling exported failed? : % -> Boolean PATRES;failed?;$B;3 x is replaced by %ieq(%head x,1) Time: 0 SEC. compiling exported insertMatch : (Pattern R,S,%) -> % Time: 0.01 SEC. compiling exported construct : List Record(key: Symbol,entry: S) -> % Time: 0.01 SEC. compiling exported destruct : % -> List Record(key: Symbol,entry: S) PATRES;destruct;$L;6 l is replaced by %head %tail l Time: 0.02 SEC. compiling exported satisfy? : (%,Pattern R) -> Union(Boolean,failed) Time: 0.04 SEC. compiling exported union : (%,%) -> % Time: 0.03 SEC. compiling exported = : (%,%) -> Boolean Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Time: 0.02 SEC. compiling exported addMatchRestricted : (Pattern R,S,%,S) -> % Time: 0.01 SEC. compiling exported addMatch : (Pattern R,S,%) -> % Time: 0.02 SEC. compiling exported getMatch : (Pattern R,%) -> Union(S,failed) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] Type AssociationList(Symbol,S) is not in scope. Import it [2] new: empty has no value [3] insertMatch: concat has no value [4] union: removeDuplicates has no value [5] union: concat has no value [6] getMatch: search has no value Cumulative Statistics for Constructor PatternMatchResult Time: 0.21 seconds finalizing NRLIB PATRES Processing PatternMatchResult for Browser database: -- failed? : % -> Boolean -- failed : () -> % -- new : () -> % -- union : (%,%) -> % -- getMatch : (Pattern R,%) -> Union(S,"failed") -- addMatch : (Pattern R,S,%) -> % -- insertMatch : (Pattern R,S,%) -> % -- addMatchRestricted : (Pattern R,S,%,S) -> % -- destruct : % -> List Record(key: Symbol,entry: S) -- construct : List Record(key: Symbol,entry: S) -> % -- satisfy? : (%,Pattern R) -> Union(Boolean,"failed") -- constructor ; compiling file "/tmp/oa-PcingF/code.lsp" (written 01 FEB 2016 10:55:30 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PATRES;new;$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PATRES;failed;$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PATRES;failed?;$B;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PATRES;destruct;$L;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PATRES;new;$;1| ...) ; compiling (DEFUN |PATRES;failed;$;2| ...) ; compiling (DEFUN |PATRES;failed?;$B;3| ...) ; compiling (DEFUN |PATRES;insertMatch;PS2$;4| ...) ; compiling (DEFUN |PATRES;construct;L$;5| ...) ; compiling (DEFUN |PATRES;destruct;$L;6| ...) ; compiling (DEFUN |PATRES;satisfy?;$PU;7| ...) ; compiling (DEFUN |PATRES;union;3$;8| ...) ; compiling (DEFUN |PATRES;=;2$B;9| ...) ; file: /tmp/oa-PcingF/code.lsp ; in: DEFUN |PATRES;=;2$B;9| ; (DEFUN BOOT::|PATRES;=;2$B;9| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ((EQL (CAR BOOT::|x|) 1) (EQL (CAR BOOT::|y|) 1)) ; ((EQL (CAR BOOT::|y|) 1) NIL) ; (T ; (BOOT::SPADCALL (CDR BOOT::|x|) (CDR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 41))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATRES;=;2$B;9| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|PATRES;=;2$B;9| ; (COND ((EQL # 1) (EQL # 1)) ((EQL # 1) NIL) ; (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |PATRES;coerce;$Of;10| ...) ; compiling (DEFUN |PATRES;addMatchRestricted;PS$S$;11| ...) ; compiling (DEFUN |PATRES;addMatch;PS2$;12| ...) ; compiling (DEFUN |PATRES;getMatch;P$U;13| ...) ; file: /tmp/oa-PcingF/code.lsp ; in: DEFUN |PATRES;getMatch;P$U;13| ; (DEFUN BOOT::|PATRES;getMatch;P$U;13| (BOOT::|p| BOOT::|l| BOOT::$) ; (COND ((EQL (CAR BOOT::|l|) 1) (CONS 1 "failed")) ; (T ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|p| #) (CDR BOOT::|l|) ; (BOOT::|shellEntry| BOOT::$ 32))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATRES;getMatch;P$U;13| ; (BOOT::|p| BOOT::|l| BOOT::$) ; (BLOCK BOOT::|PATRES;getMatch;P$U;13| ; (COND ((EQL # 1) (CONS 1 "failed")) (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |PatternMatchResult| ...) ; compiling (DEFUN |PatternMatchResult;| ...) ; compiling (MAKEPROP (QUOTE |PatternMatchResult|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-PcingF/code.fasl written ; compilation finished in 0:00:00.055 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/PMINS.fasl --optimize=3 PMINS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PMINS.spad using Spad compiler. PMINS abbreviates package PatternMatchIntegerNumberSystem debug: compDefine1 lhs: (PatternMatchIntegerNumberSystem I) signature (pre-evaluate): ((CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult (Integer) I) I (Pattern (Integer)) (PatternMatchResult (Integer) I)))) (IntegerNumberSystem)) debug: evaluateType form: (CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult (Integer) I) I (Pattern (Integer)) (PatternMatchResult (Integer) I)))) $param: (I) debug: evaluateType form: (PatternMatchResult (Integer) I) $param: (I) Debug: evaluateType1 form: (PatternMatchResult (Integer) I) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (I) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: (I) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType1 x: I m: (SetCategory) debug: evaluateType form: I $param: (I) debug: evaluateType form: (Pattern (Integer)) $param: (I) Debug: evaluateType1 form: (Pattern (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (I) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: (I) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (PatternMatchResult (Integer) I) $param: (I) Debug: evaluateType1 form: (PatternMatchResult (Integer) I) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (I) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: (I) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType1 x: I m: (SetCategory) debug: evaluateType form: (IntegerNumberSystem) $param: (I) Debug: evaluateType1 form: (IntegerNumberSystem) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult (Integer) I) I (Pattern (Integer)) (PatternMatchResult (Integer) I)))) (IntegerNumberSystem)) debug: compDefine1 lhs: (PatternMatchIntegerNumberSystem I) signature (pre-evaluate): ((CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult (Integer) I) I (Pattern (Integer)) (PatternMatchResult (Integer) I)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult (Integer) I) I (Pattern (Integer)) (PatternMatchResult (Integer) I)))) $param: (I) debug: evaluateType form: (PatternMatchResult (Integer) I) $param: (I) Debug: evaluateType1 form: (PatternMatchResult (Integer) I) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (I) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: (I) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType1 x: I m: (SetCategory) debug: evaluateType form: I $param: (I) debug: evaluateType form: (Pattern (Integer)) $param: (I) Debug: evaluateType1 form: (Pattern (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (I) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: (I) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (PatternMatchResult (Integer) I) $param: (I) Debug: evaluateType1 form: (PatternMatchResult (Integer) I) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (I) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: (I) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType1 x: I m: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult (Integer) I) I (Pattern (Integer)) (PatternMatchResult (Integer) I)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for PatternMatchIntegerNumberSystem compiling into /tmp/oa-jFEwC9 importing IntegerRoots I compiling exported patternMatch : (I,Pattern Integer,PatternMatchResult(Integer,I)) -> PatternMatchResult(Integer,I) Time: 0.06 SEC. compiling local patternMatchRestricted : (I,Pattern Integer,PatternMatchResult(Integer,I),I) -> PatternMatchResult(Integer,I) Time: 0.01 SEC. compiling local patternMatchSumProd : (I,List Pattern Integer,PatternMatchResult(Integer,I),(I,I) -> Union(I,failed),I) -> PatternMatchResult(Integer,I) Time: 0.02 SEC. compiling local patternMatchInner : (I,Pattern Integer,PatternMatchResult(Integer,I)) -> PatternMatchResult(Integer,I) Time: 0.09 SEC. (time taken in buildFunctor: 4) Time: 0.01 SEC. Cumulative Statistics for Constructor PatternMatchIntegerNumberSystem Time: 0.19 seconds finalizing NRLIB PMINS Processing PatternMatchIntegerNumberSystem for Browser database: -- patternMatch : (I,Pattern Integer,PatternMatchResult(Integer,I)) -> PatternMatchResult(Integer,I) -- constructor ; compiling file "/tmp/oa-jFEwC9/code.lsp" (written 01 FEB 2016 10:55:30 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PMINS;patternMatch;IP2Pmr;1| ...) ; compiling (DEFUN |PMINS;patternMatchRestricted| ...) ; compiling (DEFUN |PMINS;patternMatchSumProd| ...) ; compiling (DEFUN |PMINS;patternMatchInner| ...) ; compiling (DEFUN |PMINS;patternMatchInner!1| ...) ; compiling (DEFUN |PMINS;patternMatchInner!0| ...) ; compiling (DEFUN |PatternMatchIntegerNumberSystem| ...) ; compiling (DEFUN |PatternMatchIntegerNumberSystem;| ...) ; compiling (MAKEPROP (QUOTE |PatternMatchIntegerNumberSystem|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-jFEwC9/code.fasl written ; compilation finished in 0:00:00.047 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/INS.fasl --optimize=3 INS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INS.spad using Spad compiler. INS abbreviates category IntegerNumberSystem debug: compDefine1 lhs: (IntegerNumberSystem) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for IntegerNumberSystem compiling into /tmp/oa-qNVC5m STYLE-WARNING: redefining BOOT::|IntegerNumberSystem;| in DEFUN STYLE-WARNING: redefining BOOT::|IntegerNumberSystem| in DEFUN Time: 0.04 SEC. INS- abbreviates package IntegerNumberSystem& ------------------------------------------------------------------------ initializing stationary directory for IntegerNumberSystem& compiling into /tmp/oa-JlepQr compiling exported characteristic : () -> NonNegativeInteger INS-;characteristic;Nni;1 is replaced by 0 Time: 0.02 SEC. compiling exported differentiate : S -> S Time: 0 SEC. compiling exported even? : S -> Boolean Time: 0 SEC. compiling exported copy : S -> S INS-;copy;2$;4 x is replaced by x Time: 0 SEC. compiling exported bit? : (S,S) -> Boolean Time: 0.00 SEC. compiling exported mask : S -> S Time: 0 SEC. compiling exported rational? : S -> Boolean INS-;rational?;$B;7 x is replaced by %true Time: 0 SEC. compiling exported euclideanSize : S -> NonNegativeInteger Time: 0.02 SEC. compiling exported convert : S -> Float Time: 0.02 SEC. compiling exported convert : S -> DoubleFloat Time: 0.01 SEC. compiling exported convert : S -> InputForm Time: 0.03 SEC. compiling exported retract : S -> Integer Time: 0.00 SEC. compiling exported convert : S -> Pattern Integer Time: 0.01 SEC. compiling exported factor : S -> Factored S Time: 0.01 SEC. compiling exported squareFree : S -> Factored S Time: 0.00 SEC. compiling exported prime? : S -> Boolean Time: 0.00 SEC. compiling exported factorial : S -> S Time: 0 SEC. compiling exported binomial : (S,S) -> S Time: 0.00 SEC. compiling exported permutation : (S,S) -> S Time: 0.00 SEC. compiling exported retractIfCan : S -> Union(Integer,failed) Time: 0.00 SEC. compiling exported init : () -> S Time: 0 SEC. compiling exported nextItem : S -> Maybe S Time: 0.00 SEC. compiling exported patternMatch : (S,Pattern Integer,PatternMatchResult(Integer,S)) -> PatternMatchResult(Integer,S) Time: 0.01 SEC. compiling exported rational : S -> Fraction Integer Time: 0.01 SEC. compiling exported rationalIfCan : S -> Union(Fraction Integer,failed) Time: 0.01 SEC. compiling exported symmetricRemainder : (S,S) -> S Time: 0.01 SEC. compiling exported invmod : (S,S) -> S Time: 0.02 SEC. compiling exported powmod : (S,S,S) -> S Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] factor: not known that IntegralDomain is of mode CATEGORY(package,invmod: (S,S) -> S,powmod: (S,S,S) -> S,mask: S -> S,copy: S -> S,rationalIfCan: S -> Union(Fraction Integer,"failed"),rational: S -> Fraction Integer,rational?: S -> Boolean,symmetricRemainder: (S,S) -> S,bit?: (S,S) -> Boolean,even?: S -> Boolean,init: () -> S,nextItem: S -> Maybe S,convert: S -> DoubleFloat,convert: S -> Float,permutation: (S,S) -> S,factorial: S -> S,binomial: (S,S) -> S,patternMatch: (S,Pattern Integer,PatternMatchResult(Integer,S)) -> PatternMatchResult(Integer,S),convert: S -> Pattern Integer,convert: S -> InputForm,retractIfCan: S -> Union(Integer,"failed"),retract: S -> Integer,convert: S -> Integer,differentiate: (S,NonNegativeInteger) -> S,differentiate: S -> S,euclideanSize: S -> NonNegativeInteger,factor: S -> Factored S,squareFree: S -> Factored S,prime?: S -> Boolean,characteristic: () -> NonNegativeInteger) [2] patternMatch: not known that SetCategory is of mode CATEGORY(package,invmod: (S,S) -> S,powmod: (S,S,S) -> S,mask: S -> S,copy: S -> S,rationalIfCan: S -> Union(Fraction Integer,"failed"),rational: S -> Fraction Integer,rational?: S -> Boolean,symmetricRemainder: (S,S) -> S,bit?: (S,S) -> Boolean,even?: S -> Boolean,init: () -> S,nextItem: S -> Maybe S,convert: S -> DoubleFloat,convert: S -> Float,permutation: (S,S) -> S,factorial: S -> S,binomial: (S,S) -> S,patternMatch: (S,Pattern Integer,PatternMatchResult(Integer,S)) -> PatternMatchResult(Integer,S),convert: S -> Pattern Integer,convert: S -> InputForm,retractIfCan: S -> Union(Integer,"failed"),retract: S -> Integer,convert: S -> Integer,differentiate: (S,NonNegativeInteger) -> S,differentiate: S -> S,euclideanSize: S -> NonNegativeInteger,factor: S -> Factored S,squareFree: S -> Factored S,prime?: S -> Boolean,characteristic: () -> NonNegativeInteger) [3] powmod: y has no value Cumulative Statistics for Constructor IntegerNumberSystem& Time: 0.22 seconds finalizing NRLIB INS- ; compiling file "/tmp/oa-JlepQr/code.lsp" (written 01 FEB 2016 10:55:31 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INS-;characteristic;Nni;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INS-;copy;2$;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INS-;rational?;$B;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |INS-;characteristic;Nni;1| ...) ; compiling (DEFUN |INS-;differentiate;2$;2| ...) ; file: /tmp/oa-JlepQr/code.lsp ; in: DEFUN |INS-;differentiate;2$;2| ; (DEFUN BOOT::|INS-;differentiate;2$;2| (BOOT::|x| BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 10)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INS-;differentiate;2$;2| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|INS-;differentiate;2$;2| (BOOT::|spadConstant| BOOT::$ 10))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |INS-;even?;$B;3| ...) ; compiling (DEFUN |INS-;copy;2$;4| ...) ; compiling (DEFUN |INS-;bit?;2$B;5| ...) ; file: /tmp/oa-JlepQr/code.lsp ; in: DEFUN |INS-;bit?;2$B;5| ; (DEFUN BOOT::|INS-;bit?;2$B;5| (BOOT::|x| BOOT::|i| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| ; (BOOT::SPADCALL BOOT::|i| (BOOT::|shellEntry| BOOT::$ 17)) ; (BOOT::|shellEntry| BOOT::$ 18)) ; (BOOT::|shellEntry| BOOT::$ 13))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INS-;bit?;2$B;5| ; (BOOT::|x| BOOT::|i| BOOT::$) ; (BLOCK BOOT::|INS-;bit?;2$B;5| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| (BOOT::SPADCALL BOOT::|i| #) ; (BOOT::|shellEntry| BOOT::$ 18)) ; (BOOT::|shellEntry| BOOT::$ 13)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |INS-;mask;2$;6| ...) ; compiling (DEFUN |INS-;rational?;$B;7| ...) ; file: /tmp/oa-JlepQr/code.lsp ; in: DEFUN |INS-;rational?;$B;7| ; (DEFUN BOOT::|INS-;rational?;$B;7| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; T) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INS-;rational?;$B;7| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|INS-;rational?;$B;7| T)) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |INS-;euclideanSize;$Nni;8| ...) ; file: /tmp/oa-JlepQr/code.lsp ; in: DEFUN |INS-;euclideanSize;$Nni;8| ; (DEFUN BOOT::|INS-;euclideanSize;$Nni;8| (BOOT::|x| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|x| (BOOT::|spadConstant| BOOT::$ 10) ; (BOOT::|shellEntry| BOOT::$ 25)) ; (BOOT::|error| "euclideanSize called on zero")) ; ((BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 26)) ; (LET (#) ; (COND # #))) ; (T ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INS-;euclideanSize;$Nni;8| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|INS-;euclideanSize;$Nni;8| ; (COND ; ((BOOT::SPADCALL BOOT::|x| # #) ; (BOOT::|error| "euclideanSize called on zero")) ; ((BOOT::SPADCALL BOOT::|x| #) ; (LET # ; #)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |INS-;convert;$F;9| ...) ; compiling (DEFUN |INS-;convert;$Df;10| ...) ; compiling (DEFUN |INS-;convert;$If;11| ...) ; compiling (DEFUN |INS-;retract;$I;12| ...) ; file: /tmp/oa-JlepQr/code.lsp ; in: DEFUN |INS-;retract;$I;12| ; (DEFUN BOOT::|INS-;retract;$I;12| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 28))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INS-;retract;$I;12| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|INS-;retract;$I;12| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 28)))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |INS-;convert;$P;13| ...) ; compiling (DEFUN |INS-;factor;$F;14| ...) ; compiling (DEFUN |INS-;squareFree;$F;15| ...) ; compiling (DEFUN |INS-;prime?;$B;16| ...) ; file: /tmp/oa-JlepQr/code.lsp ; in: DEFUN |INS-;prime?;$B;16| ; (DEFUN BOOT::|INS-;prime?;$B;16| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 52))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INS-;prime?;$B;16| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|INS-;prime?;$B;16| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 52)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |INS-;factorial;2$;17| ...) ; compiling (DEFUN |INS-;binomial;3$;18| ...) ; compiling (DEFUN |INS-;permutation;3$;19| ...) ; compiling (DEFUN |INS-;retractIfCan;$U;20| ...) ; compiling (DEFUN |INS-;init;$;21| ...) ; compiling (DEFUN |INS-;nextItem;$M;22| ...) ; compiling (DEFUN |INS-;patternMatch;$P2Pmr;23| ...) ; compiling (DEFUN |INS-;rational;$F;24| ...) ; compiling (DEFUN |INS-;rationalIfCan;$U;25| ...) ; compiling (DEFUN |INS-;symmetricRemainder;3$;26| ...) ; compiling (DEFUN |INS-;invmod;3$;27| ...) ; compiling (DEFUN |INS-;powmod;4$;28| ...) ; compiling (DEFUN |IntegerNumberSystem&| ...) ; compiling (MAKEPROP (QUOTE |IntegerNumberSystem&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 4 notes ; /tmp/oa-JlepQr/code.fasl written ; compilation finished in 0:00:00.102 ------------------------------------------------------------------------ finalizing NRLIB INS Processing IntegerNumberSystem for Browser database: -- odd? : % -> Boolean -- even? : % -> Boolean -- multiplicativeValuation : () -> attribute -- base : () -> % -- length : % -> % -- shift : (%,%) -> % -- bit? : (%,%) -> Boolean -- positiveRemainder : (%,%) -> % -- symmetricRemainder : (%,%) -> % -- rational? : % -> Boolean -- rational : % -> Fraction Integer -- rationalIfCan : % -> Union(Fraction Integer,"failed") -- random : () -> % -- random : % -> % -- copy : % -> % -- inc : % -> % -- dec : % -> % -- mask : % -> % -- addmod : (%,%,%) -> % -- submod : (%,%,%) -> % -- mulmod : (%,%,%) -> % -- powmod : (%,%,%) -> % -- invmod : (%,%) -> % -- constructor ; compiling file "/tmp/oa-qNVC5m/code.lsp" (written 01 FEB 2016 10:55:31 PM): ; compiling (DEFPARAMETER |IntegerNumberSystem;AL| ...) ; compiling (DEFUN |IntegerNumberSystem;| ...) ; compiling (DEFUN |IntegerNumberSystem| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-qNVC5m/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/ARR2CAT.fasl --optimize=3 ARR2CAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ARR2CAT.spad using Spad compiler. ARR2CAT abbreviates category TwoDimensionalArrayCategory debug: compDefine1 lhs: (TwoDimensionalArrayCategory R Row Col) signature (pre-evaluate): ((Category) NIL NIL NIL) debug: evaluateType form: (Category) $param: (R Row Col) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for TwoDimensionalArrayCategory compiling into /tmp/oa-mR8hvU STYLE-WARNING: redefining BOOT::|TwoDimensionalArrayCategory| in DEFUN Time: 0.01 SEC. ARR2CAT- abbreviates package TwoDimensionalArrayCategory& ------------------------------------------------------------------------ initializing stationary directory for TwoDimensionalArrayCategory& compiling into /tmp/oa-uBL0p0 compiling exported any? : (R -> Boolean,S) -> Boolean Time: 0.04 SEC. compiling exported every? : (R -> Boolean,S) -> Boolean Time: 0.01 SEC. compiling exported # : S -> NonNegativeInteger Time: 0.01 SEC. compiling exported elt : (S,Integer,Integer,R) -> R Time: 0.01 SEC. compiling exported count : (R -> Boolean,S) -> NonNegativeInteger Time: 0.01 SEC. compiling exported members : S -> List R Time: 0.02 SEC. compiling exported setRow! : (S,Integer,Row) -> S Time: 0.04 SEC. compiling exported setColumn! : (S,Integer,Col) -> S Time: 0.01 SEC. compiling exported = : (S,S) -> Boolean Time: 0.03 SEC. compiling exported member? : (R,S) -> Boolean Time: 0.01 SEC. compiling exported count : (R,S) -> NonNegativeInteger Time: 0.01 SEC. compiling exported coerce : S -> OutputForm Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor TwoDimensionalArrayCategory& Time: 0.22 seconds finalizing NRLIB ARR2CAT- ; compiling file "/tmp/oa-uBL0p0/code.lsp" (written 01 FEB 2016 10:55:31 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ARR2CAT-;any?;M$B;1| ...) ; compiling (DEFUN |ARR2CAT-;every?;M$B;2| ...) ; compiling (DEFUN |ARR2CAT-;#;$Nni;3| ...) ; compiling (DEFUN |ARR2CAT-;elt;$2I2R;4| ...) ; compiling (DEFUN |ARR2CAT-;count;M$Nni;5| ...) ; compiling (DEFUN |ARR2CAT-;members;$L;6| ...) ; compiling (DEFUN |ARR2CAT-;setRow!;$IRow$;7| ...) ; compiling (DEFUN |ARR2CAT-;setColumn!;$ICol$;8| ...) ; compiling (DEFUN |ARR2CAT-;=;2$B;9| ...) ; compiling (DEFUN |ARR2CAT-;member?;R$B;10| ...) ; compiling (DEFUN |ARR2CAT-;count;R$Nni;11| ...) ; file: /tmp/oa-uBL0p0/code.lsp ; in: DEFUN |ARR2CAT-;count;R$Nni;11| ; (DEFUN BOOT::|ARR2CAT-;count;R$Nni;11| (BOOT::|r| BOOT::|m| BOOT::$) ; (BOOT::SPADCALL ; (CONS #'BOOT::|ARR2CAT-;count;R$Nni;11!0| (VECTOR BOOT::$ BOOT::|r|)) ; BOOT::|m| (BOOT::|shellEntry| BOOT::$ 56))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ARR2CAT-;count;R$Nni;11| ; (BOOT::|r| BOOT::|m| BOOT::$) ; (BLOCK BOOT::|ARR2CAT-;count;R$Nni;11| ; (BOOT::SPADCALL ; (CONS #'BOOT::|ARR2CAT-;count;R$Nni;11!0| (VECTOR BOOT::$ BOOT::|r|)) ; BOOT::|m| (BOOT::|shellEntry| BOOT::$ 56)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |ARR2CAT-;count;R$Nni;11!0| ...) ; compiling (DEFUN |ARR2CAT-;coerce;$Of;12| ...) ; compiling (DEFUN |TwoDimensionalArrayCategory&| ...) ; compiling (MAKEPROP (QUOTE |TwoDimensionalArrayCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-uBL0p0/code.fasl written ; compilation finished in 0:00:00.077 ------------------------------------------------------------------------ finalizing NRLIB ARR2CAT Processing TwoDimensionalArrayCategory for Browser database: -- new : (NonNegativeInteger,NonNegativeInteger,R) -> % -- fill! : (%,R) -> % -- minRowIndex : % -> Integer -- maxRowIndex : % -> Integer -- minColIndex : % -> Integer -- maxColIndex : % -> Integer -- nrows : % -> NonNegativeInteger -- ncols : % -> NonNegativeInteger -- elt : (%,Integer,Integer) -> R -- qelt : (%,Integer,Integer) -> R -- elt : (%,Integer,Integer,R) -> R -- row : (%,Integer) -> Row -- column : (%,Integer) -> Col -- setelt : (%,Integer,Integer,R) -> R -- qsetelt! : (%,Integer,Integer,R) -> R -- setRow! : (%,Integer,Row) -> % -- setColumn! : (%,Integer,Col) -> % -- map : (((R,R) -> R),%,%) -> % -- map : (((R,R) -> R),%,%,R) -> % -- constructor ; compiling file "/tmp/oa-mR8hvU/code.lsp" (written 01 FEB 2016 10:55:31 PM): ; compiling (DEFPARAMETER |TwoDimensionalArrayCategory;AL| ...) ; compiling (DEFUN |TwoDimensionalArrayCategory;| ...) ; compiling (DEFUN |TwoDimensionalArrayCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-mR8hvU/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/MATCAT.fasl --optimize=3 MATCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MATCAT.spad using Spad compiler. MATCAT abbreviates category MatrixCategory debug: compDefine1 lhs: (MatrixCategory R Row Col) signature (pre-evaluate): ((Category) NIL NIL NIL) debug: evaluateType form: (Category) $param: (R Row Col) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for MatrixCategory compiling into /tmp/oa-nJMUDp STYLE-WARNING: redefining BOOT::|MatrixCategory| in DEFUN Time: 0.02 SEC. MATCAT- abbreviates package MatrixCategory& ------------------------------------------------------------------------ initializing stationary directory for MatrixCategory& compiling into /tmp/oa-sfnTRw compiling exported square? : S -> Boolean Time: 0.09 SEC. compiling exported diagonal? : S -> Boolean Time: 0.04 SEC. compiling exported symmetric? : S -> Boolean Time: 0.04 SEC. compiling exported antisymmetric? : S -> Boolean Time: 0.04 SEC. compiling exported zero : (NonNegativeInteger,NonNegativeInteger) -> S Time: 0.01 SEC. compiling exported matrix : List List R -> S Time: 0.08 SEC. compiling exported matrix : (NonNegativeInteger,NonNegativeInteger,(Integer,Integer) -> R) -> S Time: 0.02 SEC. compiling exported scalarMatrix : (NonNegativeInteger,R) -> S Time: 0.01 SEC. compiling exported diagonalMatrix : List R -> S Time: 0.02 SEC. compiling exported diagonalMatrix : List S -> S Time: 0.05 SEC. compiling exported coerce : Col -> S Time: 0.02 SEC. compiling exported transpose : Row -> S Time: 0.01 SEC. compiling exported transpose : S -> S Time: 0.01 SEC. compiling exported squareTop : S -> S Time: 0.03 SEC. compiling exported horizConcat : (S,S) -> S Time: 0.04 SEC. compiling exported vertConcat : (S,S) -> S Time: 0.02 SEC. compiling exported listOfLists : S -> List List R Time: 0.06 SEC. compiling exported swapRows! : (S,Integer,Integer) -> S Time: 0.02 SEC. compiling exported swapColumns! : (S,Integer,Integer) -> S Time: 0.01 SEC. compiling exported elt : (S,List Integer,List Integer) -> S Time: 0.03 SEC. compiling exported setelt : (S,List Integer,List Integer,S) -> S Time: 0.03 SEC. compiling exported subMatrix : (S,Integer,Integer,Integer,Integer) -> S Time: 0.02 SEC. compiling exported setsubMatrix! : (S,Integer,Integer,S) -> S Time: 0.02 SEC. compiling exported + : (S,S) -> S Time: 0.05 SEC. compiling exported - : (S,S) -> S Time: 0.06 SEC. compiling exported - : S -> S Time: 0 SEC. compiling exported * : (R,S) -> S Time: 0.00 SEC. compiling exported * : (S,R) -> S Time: 0.00 SEC. compiling exported * : (Integer,S) -> S Time: 0.00 SEC. compiling exported * : (S,S) -> S Time: 0.03 SEC. compiling local positivePower : (S,Integer) -> S Time: 0.01 SEC. compiling exported ** : (S,NonNegativeInteger) -> S Time: 0.02 SEC. compiling exported * : (S,Col) -> Col Time: 0.06 SEC. compiling exported * : (Row,S) -> Row Time: 0.06 SEC. compiling exported exquo : (S,R) -> Union(S,failed) Time: 0.02 SEC. compiling exported / : (S,R) -> S Time: 0.01 SEC. compiling exported ** : (S,Integer) -> S Time: 0.08 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Cumulative Statistics for Constructor MatrixCategory& Time: 1.16 seconds finalizing NRLIB MATCAT- ; compiling file "/tmp/oa-sfnTRw/code.lsp" (written 01 FEB 2016 10:55:33 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MATCAT-;square?;$B;1| ...) ; compiling (DEFUN |MATCAT-;diagonal?;$B;2| ...) ; compiling (DEFUN |MATCAT-;symmetric?;$B;3| ...) ; compiling (DEFUN |MATCAT-;antisymmetric?;$B;4| ...) ; compiling (DEFUN |MATCAT-;zero;2Nni$;5| ...) ; compiling (DEFUN |MATCAT-;matrix;L$;6| ...) ; compiling (DEFUN |MATCAT-;matrix;2NniM$;7| ...) ; compiling (DEFUN |MATCAT-;scalarMatrix;NniR$;8| ...) ; compiling (DEFUN |MATCAT-;diagonalMatrix;L$;9| ...) ; compiling (DEFUN |MATCAT-;diagonalMatrix;L$;10| ...) ; compiling (DEFUN |MATCAT-;coerce;Col$;11| ...) ; compiling (DEFUN |MATCAT-;transpose;Row$;12| ...) ; compiling (DEFUN |MATCAT-;transpose;2$;13| ...) ; compiling (DEFUN |MATCAT-;squareTop;2$;14| ...) ; compiling (DEFUN |MATCAT-;horizConcat;3$;15| ...) ; compiling (DEFUN |MATCAT-;vertConcat;3$;16| ...) ; compiling (DEFUN |MATCAT-;listOfLists;$L;17| ...) ; compiling (DEFUN |MATCAT-;swapRows!;$2I$;18| ...) ; compiling (DEFUN |MATCAT-;swapColumns!;$2I$;19| ...) ; compiling (DEFUN |MATCAT-;elt;$2L$;20| ...) ; compiling (DEFUN |MATCAT-;setelt;$2L2$;21| ...) ; compiling (DEFUN |MATCAT-;subMatrix;$4I$;22| ...) ; compiling (DEFUN |MATCAT-;setsubMatrix!;$2I2$;23| ...) ; compiling (DEFUN |MATCAT-;+;3$;24| ...) ; compiling (DEFUN |MATCAT-;-;3$;25| ...) ; compiling (DEFUN |MATCAT-;-;2$;26| ...) ; compiling (DEFUN |MATCAT-;-;2$;26!0| ...) ; compiling (DEFUN |MATCAT-;*;R2$;27| ...) ; compiling (DEFUN |MATCAT-;*;R2$;27!0| ...) ; compiling (DEFUN |MATCAT-;*;$R$;28| ...) ; compiling (DEFUN |MATCAT-;*;$R$;28!0| ...) ; compiling (DEFUN |MATCAT-;*;I2$;29| ...) ; compiling (DEFUN |MATCAT-;*;I2$;29!0| ...) ; compiling (DEFUN |MATCAT-;*;3$;30| ...) ; compiling (DEFUN |MATCAT-;positivePower| ...) ; compiling (DEFUN |MATCAT-;**;$Nni$;32| ...) ; compiling (DEFUN |MATCAT-;*;$2Col;33| ...) ; compiling (DEFUN |MATCAT-;*;Row$Row;34| ...) ; compiling (DEFUN |MATCAT-;exquo;$RU;35| ...) ; compiling (DEFUN |MATCAT-;/;$R$;36| ...) ; compiling (DEFUN |MATCAT-;/;$R$;36!0| ...) ; compiling (DEFUN |MATCAT-;**;$I$;37| ...) ; compiling (DEFUN |MatrixCategory&| ...) ; compiling (MAKEPROP (QUOTE |MatrixCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-sfnTRw/code.fasl written ; compilation finished in 0:00:00.215 ------------------------------------------------------------------------ finalizing NRLIB MATCAT Processing MatrixCategory for Browser database: -- square? : % -> Boolean -- diagonal? : % -> Boolean -- symmetric? : % -> Boolean -- antisymmetric? : % -> Boolean -- zero : (NonNegativeInteger,NonNegativeInteger) -> % -- matrix : List List R -> % -- matrix : (NNI,NNI,((I,I) -> R)) -> % -- scalarMatrix : (NonNegativeInteger,R) -> % -- diagonalMatrix : List R -> % -- diagonalMatrix : List % -> % -- coerce : Col -> % -- transpose : Row -> % -- transpose : % -> % -- squareTop : % -> % -- horizConcat : (%,%) -> % -- vertConcat : (%,%) -> % -- listOfLists : % -> List List R -- elt : (%,List Integer,List Integer) -> % -- setelt : (%,List Integer,List Integer,%) -> % -- swapRows! : (%,Integer,Integer) -> % -- swapColumns! : (%,Integer,Integer) -> % -- subMatrix : (%,Integer,Integer,Integer,Integer) -> % -- setsubMatrix! : (%,Integer,Integer,%) -> % -- ?+? : (%,%) -> % -- ?-? : (%,%) -> % -- -? : % -> % -- ?*? : (%,%) -> % -- ?*? : (R,%) -> % -- ?*? : (%,R) -> % -- ?*? : (Integer,%) -> % -- ?*? : (%,Col) -> Col -- ?*? : (Row,%) -> Row -- ?**? : (%,NonNegativeInteger) -> % -- exquo : (%,R) -> Union(%,"failed") -- ?/? : (%,R) -> % -- rowEchelon : % -> % -- rank : % -> NonNegativeInteger -- nullity : % -> NonNegativeInteger -- nullSpace : % -> List Col -- determinant : % -> R -- minordet : % -> R -- inverse : % -> Union(%,"failed") -- ?**? : (%,Integer) -> % -- constructor ; compiling file "/tmp/oa-nJMUDp/code.lsp" (written 01 FEB 2016 10:55:33 PM): ; compiling (DEFPARAMETER |MatrixCategory;AL| ...) ; compiling (DEFUN |MatrixCategory;| ...) ; compiling (DEFUN |MatrixCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-nJMUDp/code.fasl written ; compilation finished in 0:00:00.019 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/IARRAY2.fasl --optimize=3 IARRAY2.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IARRAY2.spad using Spad compiler. IARRAY2 abbreviates domain InnerTwoDimensionalArray debug: compDefine1 lhs: (InnerTwoDimensionalArray R Row Col) signature (pre-evaluate): ((TwoDimensionalArrayCategory R Row Col) NIL NIL NIL) debug: evaluateType form: (TwoDimensionalArrayCategory R Row Col) $param: (R Row Col) Debug: evaluateType1 form: (TwoDimensionalArrayCategory R Row Col) debug: evaluateType1 x: R m: (Type) debug: evaluateType1 x: Row m: (FiniteLinearAggregate R) debug: evaluateType1 x: Col m: (FiniteLinearAggregate R) debug: compDefine1 signature (post evaluate): ((TwoDimensionalArrayCategory R Row Col) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for InnerTwoDimensionalArray compiling into /tmp/oa-9T9VQ6 compiling exported new : (NonNegativeInteger,NonNegativeInteger,R) -> % Time: 0.10 SEC. compiling exported minRowIndex : % -> Integer IARRAY2;minRowIndex;$I;2 m is replaced by 1 Time: 0.00 SEC. compiling exported minColIndex : % -> Integer IARRAY2;minColIndex;$I;3 m is replaced by 1 Time: 0.00 SEC. compiling exported maxRowIndex : % -> Integer Time: 0.00 SEC. compiling exported maxColIndex : % -> Integer Time: 0.00 SEC. compiling exported nrows : % -> NonNegativeInteger IARRAY2;nrows;$Nni;6 is replaced by %vlength Time: 0.01 SEC. compiling exported ncols : % -> NonNegativeInteger Time: 0.04 SEC. compiling exported qelt : (%,Integer,Integer) -> R IARRAY2;qelt;$2IR;8(m,i,j) is replaced by %aref(%aref(m,%isub(i,1)),%isub(j,1)) Time: 0.02 SEC. compiling exported elt : (%,Integer,Integer) -> R Time: 0.02 SEC. compiling exported qsetelt! : (%,Integer,Integer,R) -> R Time: 0.02 SEC. compiling exported setelt : (%,Integer,Integer,R) -> R Time: 0.01 SEC. compiling exported latex : % -> String Time: 0.03 SEC. compiling exported row : (%,Integer) -> Row Time: 0.06 SEC. compiling exported column : (%,Integer) -> Col Time: 0.08 SEC. compiling exported copy : % -> % Time: 0.02 SEC. compiling exported fill! : (%,R) -> % Time: 0.04 SEC. compiling exported map : (R -> R,%) -> % Time: 0.02 SEC. compiling exported map! : (R -> R,%) -> % Time: 0.03 SEC. compiling exported map : ((R,R) -> R,%,%) -> % Time: 0.06 SEC. compiling exported map : ((R,R) -> R,%,%,R) -> % Time: 0.07 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Cumulative Statistics for Constructor InnerTwoDimensionalArray Time: 0.65 seconds --------------non extending category---------------------- InnerTwoDimensionalArray(#1,#2,#3) of category TwoDimensionalArrayCategory(#1,#2,#3) has no OneDimensionalArrayAggregate PrimitiveArray #1 ---------------------------------------------------------- finalizing NRLIB IARRAY2 Processing InnerTwoDimensionalArray for Browser database: -- constructor ; compiling file "/tmp/oa-9T9VQ6/code.lsp" (written 01 FEB 2016 10:55:34 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IARRAY2;minRowIndex;$I;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IARRAY2;minColIndex;$I;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IARRAY2;nrows;$Nni;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IARRAY2;qelt;$2IR;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IARRAY2;maxRowIndex;$I;4|) ...) ; compiling (DEFUN |IARRAY2;new;2NniR$;1| ...) ; file: /tmp/oa-9T9VQ6/code.lsp ; in: DEFUN |IARRAY2;new;2NniR$;1| ; (DEFUN BOOT::|IARRAY2;new;2NniR$;1| ; (BOOT::|rows| BOOT::|cols| BOOT::|a| BOOT::$) ; (COND ; ((ZEROP BOOT::|rows|) ; (BOOT::|error| "new: arrays with zero rows are not supported")) ; (T ; (LET (#) ; (PROGN # BOOT::|arr|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IARRAY2;new;2NniR$;1| ; (BOOT::|rows| BOOT::|cols| BOOT::|a| BOOT::$) ; (BLOCK BOOT::|IARRAY2;new;2NniR$;1| ; (COND ; ((ZEROP BOOT::|rows|) ; (BOOT::|error| "new: arrays with zero rows are not supported")) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (SIMPLE-ARRAY SIMPLE-ARRAY) &REST T). ; compiling (DEFUN |IARRAY2;minRowIndex;$I;2| ...) ; file: /tmp/oa-9T9VQ6/code.lsp ; in: DEFUN |IARRAY2;minRowIndex;$I;2| ; (DEFUN BOOT::|IARRAY2;minRowIndex;$I;2| (BOOT::|m| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; 1) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IARRAY2;minRowIndex;$I;2| ; (BOOT::|m| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|IARRAY2;minRowIndex;$I;2| 1)) ; ; caught STYLE-WARNING: ; The variable |m| is defined but never used. ; compiling (DEFUN |IARRAY2;minColIndex;$I;3| ...) ; file: /tmp/oa-9T9VQ6/code.lsp ; in: DEFUN |IARRAY2;minColIndex;$I;3| ; (DEFUN BOOT::|IARRAY2;minColIndex;$I;3| (BOOT::|m| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; 1) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IARRAY2;minColIndex;$I;3| ; (BOOT::|m| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|IARRAY2;minColIndex;$I;3| 1)) ; ; caught STYLE-WARNING: ; The variable |m| is defined but never used. ; compiling (DEFUN |IARRAY2;maxRowIndex;$I;4| ...) ; compiling (DEFUN |IARRAY2;maxColIndex;$I;5| ...) ; compiling (DEFUN |IARRAY2;nrows;$Nni;6| ...) ; compiling (DEFUN |IARRAY2;ncols;$Nni;7| ...) ; compiling (DEFUN |IARRAY2;qelt;$2IR;8| ...) ; compiling (DEFUN |IARRAY2;elt;$2IR;9| ...) ; compiling (DEFUN |IARRAY2;qsetelt!;$2I2R;10| ...) ; compiling (DEFUN |IARRAY2;setelt;$2I2R;11| ...) ; compiling (DEFUN |IARRAY2;latex;$S;12| ...) ; file: /tmp/oa-9T9VQ6/code.lsp ; in: DEFUN |IARRAY2;latex;$S;12| ; (DEFUN BOOT::|IARRAY2;latex;$S;12| (BOOT::|m| BOOT::$) ; (LET ((BOOT::|s| "\\left[ \\begin{array}{")) ; (BOOT::SEQ ; (LET (# #) ; (LOOP # ; #)) ; (SETQ BOOT::|s| #) ; (LET (# #) ; (LOOP # ; #)) ; (BOOT::EXIT (BOOT::STRCONC BOOT::|s| "\\end{array} \\right]"))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IARRAY2;latex;$S;12| ; (BOOT::|m| BOOT::$) ; (BLOCK BOOT::|IARRAY2;latex;$S;12| ; (LET ((BOOT::|s| "\\left[ \\begin{array}{")) ; (BOOT::SEQ ; (LET # ; #) ; (SETQ #) ; (LET # ; #) ; (BOOT::EXIT #))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |IARRAY2;row;$IRow;13| ...) ; file: /tmp/oa-9T9VQ6/code.lsp ; in: DEFUN |IARRAY2;row;$IRow;13| ; (DEFUN BOOT::|IARRAY2;row;$IRow;13| (BOOT::|m| BOOT::|i| BOOT::$) ; (COND ; ((OR (< BOOT::|i| 1) (< # BOOT::|i|)) ; (BOOT::|error| "row: index out of range")) ; (T (PROGN (SETQ #) (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IARRAY2;row;$IRow;13| ; (BOOT::|m| BOOT::|i| BOOT::$) ; (BLOCK BOOT::|IARRAY2;row;$IRow;13| ; (COND ((OR # #) (BOOT::|error| "row: index out of range")) ; (T (PROGN # #))))) ; ; note: Assignment to argument: |i| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |IARRAY2;column;$ICol;14| ...) ; file: /tmp/oa-9T9VQ6/code.lsp ; in: DEFUN |IARRAY2;column;$ICol;14| ; (DEFUN BOOT::|IARRAY2;column;$ICol;14| (BOOT::|m| BOOT::|j| BOOT::$) ; (COND ; ((OR (< BOOT::|j| 1) (< # BOOT::|j|)) ; (BOOT::|error| "column: index out of range")) ; (T (PROGN (SETQ #) (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IARRAY2;column;$ICol;14| ; (BOOT::|m| BOOT::|j| BOOT::$) ; (BLOCK BOOT::|IARRAY2;column;$ICol;14| ; (COND ((OR # #) (BOOT::|error| "column: index out of range")) ; (T (PROGN # #))))) ; ; note: Assignment to argument: |j| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |IARRAY2;copy;2$;15| ...) ; compiling (DEFUN |IARRAY2;fill!;$R$;16| ...) ; file: /tmp/oa-9T9VQ6/code.lsp ; in: DEFUN |IARRAY2;fill!;$R$;16| ; (DEFUN BOOT::|IARRAY2;fill!;$R$;16| (BOOT::|m| BOOT::|r| BOOT::$) ; (PROGN ; (LET ((BOOT::|i| 0) (#:G668 #)) ; (LOOP (COND # #) ; (SETQ #))) ; BOOT::|m|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IARRAY2;fill!;$R$;16| ; (BOOT::|m| BOOT::|r| BOOT::$) ; (BLOCK BOOT::|IARRAY2;fill!;$R$;16| ; (PROGN ; (LET (# #) ; (LOOP # ; #)) ; BOOT::|m|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |IARRAY2;map;M2$;17| ...) ; compiling (DEFUN |IARRAY2;map!;M2$;18| ...) ; compiling (DEFUN |IARRAY2;map;M3$;19| ...) ; file: /tmp/oa-9T9VQ6/code.lsp ; in: DEFUN |IARRAY2;map;M3$;19| ; (DEFUN BOOT::|IARRAY2;map;M3$;19| (BOOT::|f| BOOT::|m| BOOT::|n| BOOT::$) ; (COND ; ((OR (BOOT::SPADCALL # # #) (BOOT::SPADCALL # # #)) ; (BOOT::|error| "map: arguments must have same dimensions")) ; (T ; (LET (#) ; (PROGN # BOOT::|t|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IARRAY2;map;M3$;19| ; (BOOT::|f| BOOT::|m| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|IARRAY2;map;M3$;19| ; (COND ; ((OR # #) (BOOT::|error| "map: arguments must have same dimensions")) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (SIMPLE-ARRAY SIMPLE-ARRAY) &REST T). ; compiling (DEFUN |IARRAY2;map;M2$R$;20| ...) ; compiling (DEFUN |InnerTwoDimensionalArray| ...) ; compiling (DEFUN |InnerTwoDimensionalArray;| ...) ; compiling (MAKEPROP (QUOTE |InnerTwoDimensionalArray|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; printed 5 notes ; /tmp/oa-9T9VQ6/code.fasl written ; compilation finished in 0:00:00.126 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/MATSTOR.fasl --bootstrap MATSTOR.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MATSTOR.spad using Spad compiler. MATSTOR abbreviates package StorageEfficientMatrixOperations ------------------------------------------------------------------------ initializing stationary directory for StorageEfficientMatrixOperations compiling into /tmp/oa-i3sxG1 Time: 0.01 SEC. Cumulative Statistics for Constructor StorageEfficientMatrixOperations Time: 0.01 seconds finalizing NRLIB MATSTOR ; compiling file "/tmp/oa-i3sxG1/code.lsp" (written 01 FEB 2016 10:55:34 PM): ; compiling (DEFUN |StorageEfficientMatrixOperations| ...) ; compiling (DEFUN |StorageEfficientMatrixOperations;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-i3sxG1/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/MATLIN.fasl --bootstrap MATLIN.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MATLIN.spad using Spad compiler. MATLIN abbreviates package MatrixLinearAlgebraFunctions ------------------------------------------------------------------------ initializing stationary directory for MatrixLinearAlgebraFunctions compiling into /tmp/oa-lLeF3b Time: 0.04 SEC. Cumulative Statistics for Constructor MatrixLinearAlgebraFunctions Time: 0.04 seconds finalizing NRLIB MATLIN ; compiling file "/tmp/oa-lLeF3b/code.lsp" (written 01 FEB 2016 10:55:34 PM): ; compiling (DEFUN |MatrixLinearAlgebraFunctions| ...) ; compiling (DEFUN |MatrixLinearAlgebraFunctions;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-lLeF3b/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/MATRIX.fasl --optimize=3 MATRIX.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MATRIX.spad using Spad compiler. MATRIX abbreviates domain Matrix debug: compDefine1 lhs: (Matrix R) signature (pre-evaluate): ((Join (MatrixCategory R (Vector R) (Vector R)) (CATEGORY domain (SIGNATURE diagonalMatrix ($ (Vector R))) (IF (has R (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch) (IF (has R (Field)) (SIGNATURE inverse ((Union $ failed) $)) %noBranch))) NIL) debug: evaluateType form: (Join (MatrixCategory R (Vector R) (Vector R)) (CATEGORY domain (SIGNATURE diagonalMatrix ($ (Vector R))) (IF (has R (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch) (IF (has R (Field)) (SIGNATURE inverse ((Union $ failed) $)) %noBranch))) $param: (R) debug: evaluateType form: (MatrixCategory R (Vector R) (Vector R)) $param: (R) Debug: evaluateType1 form: (MatrixCategory R (Vector R) (Vector R)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: (Vector R) m: (FiniteLinearAggregate R) debug: evaluateType1 categoryForm: (FiniteLinearAggregate R) debug: evaluateType form: (FiniteLinearAggregate R) $param: (R) Debug: evaluateType1 form: (FiniteLinearAggregate R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (Vector R) $param: (R) Debug: evaluateType1 form: (Vector R) debug: evaluateType1 x: R m: (Type) debug: evalCategory d: (Vector R) c: (FiniteLinearAggregate R) debug: evaluateType1 x: (Vector R) m: (FiniteLinearAggregate R) debug: evaluateType1 categoryForm: (FiniteLinearAggregate R) debug: evaluateType form: (FiniteLinearAggregate R) $param: (R) Debug: evaluateType1 form: (FiniteLinearAggregate R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (Vector R) $param: (R) Debug: evaluateType1 form: (Vector R) debug: evaluateType1 x: R m: (Type) debug: evalCategory d: (Vector R) c: (FiniteLinearAggregate R) debug: evaluateType form: (CATEGORY domain (SIGNATURE diagonalMatrix ($ (Vector R))) (IF (has R (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch) (IF (has R (Field)) (SIGNATURE inverse ((Union $ failed) $)) %noBranch)) $param: (R) debug: evaluateType form: (Vector R) $param: (R) Debug: evaluateType1 form: (Vector R) debug: evaluateType1 x: R m: (Type) debug: compDefine1 signature (post evaluate): ((Join (MatrixCategory R (Vector R) (Vector R)) (CATEGORY domain (SIGNATURE diagonalMatrix ($ (Vector R))) (IF (has R (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch) (IF (has R (Field)) (SIGNATURE inverse ((Union $ failed) $)) %noBranch))) NIL) ------------------------------------------------------------------------ initializing stationary directory for Matrix compiling into /tmp/oa-Fccrmp compiling exported minRowIndex : % -> Integer MATRIX;minRowIndex;$I;1 x is replaced by 1 Time: 0.03 SEC. compiling exported minColIndex : % -> Integer MATRIX;minColIndex;$I;2 x is replaced by 1 Time: 0.00 SEC. compiling exported swapRows! : (%,Integer,Integer) -> % Time: 0.02 SEC. compiling local positivePower : (%,Integer,NonNegativeInteger) -> % Time: 0.02 SEC. compiling exported ** : (%,NonNegativeInteger) -> % Time: 0.02 SEC. compiling exported determinant : % -> R Time: 0.00 SEC. compiling exported minordet : % -> R Time: 0 SEC. compiling exported rowEchelon : % -> % Time: 0.01 SEC. compiling exported rank : % -> NonNegativeInteger Time: 0.00 SEC. compiling exported nullity : % -> NonNegativeInteger Time: 0.01 SEC. compiling exported nullSpace : % -> List Vector R Time: 0.01 SEC. compiling exported inverse : % -> Union(%,failed) Time: 0.01 SEC. compiling exported ** : (%,Integer) -> % Time: 0.02 SEC. compiling exported diagonalMatrix : Vector R -> % Time: 0.02 SEC. compiling exported convert : % -> InputForm Debug compQuote expr: (QUOTE matrix) m: $EmptyMode Debug compQuote expr: (QUOTE matrix) m: (Symbol) Debug compQuote expr: (QUOTE matrix) m: $EmptyMode Debug compQuote expr: (QUOTE matrix) m: (Symbol) Debug compQuote expr: (QUOTE matrix) m: $EmptyMode Debug compQuote expr: (QUOTE matrix) m: (Symbol) Debug compQuote expr: (QUOTE matrix) m: $EmptyMode Debug compQuote expr: (QUOTE matrix) m: (Symbol) Debug compQuote expr: (QUOTE matrix) m: $EmptyMode Debug compQuote expr: (QUOTE matrix) m: (Symbol) Debug compQuote expr: (QUOTE matrix) m: $EmptyMode Debug compQuote expr: (QUOTE matrix) m: (Symbol) Debug compQuote expr: (QUOTE matrix) m: $EmptyMode Debug compQuote expr: (QUOTE matrix) m: (Symbol) Time: 0.16 SEC. (time taken in buildFunctor: 4) Time: 0.02 SEC. Warnings: [1] positivePower: pretend Matrix R -- should replace by @ [2] positivePower: pretend $ -- should replace by @ [3] determinant: not known that CommutativeRing is of mode CATEGORY(package,commutative "*") Cumulative Statistics for Constructor Matrix Time: 0.36 seconds finalizing NRLIB MATRIX Processing Matrix for Browser database: -- diagonalMatrix : Vector R -> % -- inverse : % -> Union(%,"failed") -- constructor ; compiling file "/tmp/oa-Fccrmp/code.lsp" (written 01 FEB 2016 10:55:35 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MATRIX;minRowIndex;$I;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MATRIX;minColIndex;$I;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MATRIX;minRowIndex;$I;1| ...) ; file: /tmp/oa-Fccrmp/code.lsp ; in: DEFUN |MATRIX;minRowIndex;$I;1| ; (DEFUN BOOT::|MATRIX;minRowIndex;$I;1| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; 1) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MATRIX;minRowIndex;$I;1| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|MATRIX;minRowIndex;$I;1| 1)) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |MATRIX;minColIndex;$I;2| ...) ; file: /tmp/oa-Fccrmp/code.lsp ; in: DEFUN |MATRIX;minColIndex;$I;2| ; (DEFUN BOOT::|MATRIX;minColIndex;$I;2| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; 1) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MATRIX;minColIndex;$I;2| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|MATRIX;minColIndex;$I;2| 1)) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |MATRIX;swapRows!;$2I$;3| ...) ; compiling (DEFUN |MATRIX;positivePower| ...) ; compiling (DEFUN |MATRIX;**;$Nni$;5| ...) ; compiling (DEFUN |MATRIX;determinant;$R;6| ...) ; compiling (DEFUN |MATRIX;minordet;$R;7| ...) ; compiling (DEFUN |MATRIX;rowEchelon;2$;8| ...) ; compiling (DEFUN |MATRIX;rank;$Nni;9| ...) ; file: /tmp/oa-Fccrmp/code.lsp ; in: DEFUN |MATRIX;rank;$Nni;9| ; (DEFUN BOOT::|MATRIX;rank;$Nni;9| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 47))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MATRIX;rank;$Nni;9| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|MATRIX;rank;$Nni;9| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 47)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |MATRIX;nullity;$Nni;10| ...) ; file: /tmp/oa-Fccrmp/code.lsp ; in: DEFUN |MATRIX;nullity;$Nni;10| ; (DEFUN BOOT::|MATRIX;nullity;$Nni;10| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 49))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MATRIX;nullity;$Nni;10| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|MATRIX;nullity;$Nni;10| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 49)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |MATRIX;nullSpace;$L;11| ...) ; file: /tmp/oa-Fccrmp/code.lsp ; in: DEFUN |MATRIX;nullSpace;$L;11| ; (DEFUN BOOT::|MATRIX;nullSpace;$L;11| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 52))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MATRIX;nullSpace;$L;11| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|MATRIX;nullSpace;$L;11| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 52)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS VECTOR T)) &REST T). ; compiling (DEFUN |MATRIX;inverse;$U;12| ...) ; file: /tmp/oa-Fccrmp/code.lsp ; in: DEFUN |MATRIX;inverse;$U;12| ; (DEFUN BOOT::|MATRIX;inverse;$U;12| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 55))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MATRIX;inverse;$U;12| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|MATRIX;inverse;$U;12| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 55)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |MATRIX;**;$I$;13| ...) ; compiling (DEFUN |MATRIX;diagonalMatrix;V$;14| ...) ; compiling (DEFUN |MATRIX;convert;$If;15| ...) ; compiling (DEFUN |Matrix| ...) ; compiling (DEFUN |Matrix;| ...) ; compiling (MAKEPROP (QUOTE |Matrix|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 4 notes ; /tmp/oa-Fccrmp/code.fasl written ; compilation finished in 0:00:00.104 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/FLINEXP.fasl --optimize=3 FLINEXP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FLINEXP.spad using Spad compiler. FLINEXP abbreviates category FullyLinearlyExplicitRingOver debug: compDefine1 lhs: (FullyLinearlyExplicitRingOver R) signature (pre-evaluate): ((Category) (Ring)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((Category) (Ring)) debug: compDefine1 lhs: (FullyLinearlyExplicitRingOver R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for FullyLinearlyExplicitRingOver compiling into /tmp/oa-8G7jHS STYLE-WARNING: redefining BOOT::|FullyLinearlyExplicitRingOver| in DEFUN Time: 0.01 SEC. FLINEXP- abbreviates package FullyLinearlyExplicitRingOver& ------------------------------------------------------------------------ initializing stationary directory for FullyLinearlyExplicitRingOver& compiling into /tmp/oa-Zk0Jd8 compiling exported reducedSystem : Matrix S -> Matrix Integer Time: 0.05 SEC. compiling exported reducedSystem : (Matrix S,Vector S) -> Record(mat: Matrix Integer,vec: Vector Integer) Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Warnings: [1] reducedSystem: not known that Ring is of mode CATEGORY(package,reducedSystem: Matrix S -> Matrix Integer,reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix Integer,vec: Vector Integer),reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix R,vec: Vector R),reducedSystem: Matrix S -> Matrix R) Cumulative Statistics for Constructor FullyLinearlyExplicitRingOver& Time: 0.08 seconds finalizing NRLIB FLINEXP- ; compiling file "/tmp/oa-Zk0Jd8/code.lsp" (written 01 FEB 2016 10:55:35 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FLINEXP-;reducedSystem;MM;1| ...) ; compiling (DEFUN |FLINEXP-;reducedSystem;MVR;2| ...) ; file: /tmp/oa-Zk0Jd8/code.lsp ; in: DEFUN |FLINEXP-;reducedSystem;MVR;2| ; (DEFUN BOOT::|FLINEXP-;reducedSystem;MVR;2| (BOOT::|m| BOOT::|v| BOOT::$) ; (LET ((BOOT::|rec| (BOOT::SPADCALL BOOT::|m| BOOT::|v| #))) ; (BOOT::SPADCALL (CAR BOOT::|rec|) (CDR BOOT::|rec|) ; (BOOT::|shellEntry| BOOT::$ 21)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLINEXP-;reducedSystem;MVR;2| ; (BOOT::|m| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|FLINEXP-;reducedSystem;MVR;2| ; (LET ((BOOT::|rec| #)) ; (BOOT::SPADCALL (CAR BOOT::|rec|) (CDR BOOT::|rec|) ; (BOOT::|shellEntry| BOOT::$ 21))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FullyLinearlyExplicitRingOver&| ...) ; compiling (MAKEPROP (QUOTE |FullyLinearlyExplicitRingOver&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-Zk0Jd8/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ finalizing NRLIB FLINEXP Processing FullyLinearlyExplicitRingOver for Browser database: -- constructor ; compiling file "/tmp/oa-8G7jHS/code.lsp" (written 01 FEB 2016 10:55:35 PM): ; compiling (DEFPARAMETER |FullyLinearlyExplicitRingOver;AL| ...) ; compiling (DEFUN |FullyLinearlyExplicitRingOver;| ...) ; compiling (DEFUN |FullyLinearlyExplicitRingOver| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-8G7jHS/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/PATAB.fasl --optimize=3 PATAB.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PATAB.spad using Spad compiler. PATAB abbreviates category Patternable debug: compDefine1 lhs: (Patternable R) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (Patternable R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for Patternable compiling into /tmp/oa-lvMaP9 STYLE-WARNING: redefining BOOT::|Patternable| in DEFUN Time: 0.01 SEC. finalizing NRLIB PATAB Processing Patternable for Browser database: -- constructor ; compiling file "/tmp/oa-lvMaP9/code.lsp" (written 01 FEB 2016 10:55:35 PM): ; compiling (DEFPARAMETER |Patternable;AL| ...) ; compiling (DEFUN |Patternable;| ...) ; compiling (DEFUN |Patternable| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-lvMaP9/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/FPATMAB.fasl --optimize=3 FPATMAB.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FPATMAB.spad using Spad compiler. FPATMAB abbreviates category FullyPatternMatchable debug: compDefine1 lhs: (FullyPatternMatchable R) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (FullyPatternMatchable R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for FullyPatternMatchable compiling into /tmp/oa-smpRPg STYLE-WARNING: redefining BOOT::|FullyPatternMatchable| in DEFUN Time: 0.01 SEC. finalizing NRLIB FPATMAB Processing FullyPatternMatchable for Browser database: -- constructor ; compiling file "/tmp/oa-smpRPg/code.lsp" (written 01 FEB 2016 10:55:35 PM): ; compiling (DEFPARAMETER |FullyPatternMatchable;AL| ...) ; compiling (DEFUN |FullyPatternMatchable;| ...) ; compiling (DEFUN |FullyPatternMatchable| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-smpRPg/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/CHARNZ.fasl --optimize=3 CHARNZ.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CHARNZ.spad using Spad compiler. CHARNZ abbreviates category CharacteristicNonZero debug: compDefine1 lhs: (CharacteristicNonZero) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for CharacteristicNonZero compiling into /tmp/oa-avAxmo STYLE-WARNING: redefining BOOT::|CharacteristicNonZero| in DEFUN Time: 0.01 SEC. finalizing NRLIB CHARNZ Processing CharacteristicNonZero for Browser database: -- charthRoot : % -> Maybe % -- constructor ; compiling file "/tmp/oa-avAxmo/code.lsp" (written 01 FEB 2016 10:55:35 PM): ; compiling (DEFPARAMETER |CharacteristicNonZero;AL| ...) ; compiling (DEFUN |CharacteristicNonZero;| ...) ; compiling (DEFUN |CharacteristicNonZero| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-avAxmo/code.fasl written ; compilation finished in 0:00:00.006 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/LPEFRAC.fasl --optimize=3 LPEFRAC.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LPEFRAC.spad using Spad compiler. LPEFRAC abbreviates package LinearPolynomialEquationByFractions debug: compDefine1 lhs: (LinearPolynomialEquationByFractions R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE solveLinearPolynomialEquationByFractions ((Union (List (SparseUnivariatePolynomial R)) failed) (List (SparseUnivariatePolynomial R)) (SparseUnivariatePolynomial R)))) (PolynomialFactorizationExplicit)) debug: evaluateType form: (CATEGORY package (SIGNATURE solveLinearPolynomialEquationByFractions ((Union (List (SparseUnivariatePolynomial R)) failed) (List (SparseUnivariatePolynomial R)) (SparseUnivariatePolynomial R)))) $param: (R) debug: evaluateType form: (Union (List (SparseUnivariatePolynomial R)) failed) $param: (R) debug: evaluateType form: (List (SparseUnivariatePolynomial R)) $param: (R) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial R)) debug: evaluateType1 x: (SparseUnivariatePolynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (R) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial R) c: (Type) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (List (SparseUnivariatePolynomial R)) $param: (R) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial R)) debug: evaluateType1 x: (SparseUnivariatePolynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (R) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial R) c: (Type) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (R) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (PolynomialFactorizationExplicit) $param: (R) Debug: evaluateType1 form: (PolynomialFactorizationExplicit) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE solveLinearPolynomialEquationByFractions ((Union (List (SparseUnivariatePolynomial R)) failed) (List (SparseUnivariatePolynomial R)) (SparseUnivariatePolynomial R)))) (PolynomialFactorizationExplicit)) debug: compDefine1 lhs: (LinearPolynomialEquationByFractions R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE solveLinearPolynomialEquationByFractions ((Union (List (SparseUnivariatePolynomial R)) failed) (List (SparseUnivariatePolynomial R)) (SparseUnivariatePolynomial R)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE solveLinearPolynomialEquationByFractions ((Union (List (SparseUnivariatePolynomial R)) failed) (List (SparseUnivariatePolynomial R)) (SparseUnivariatePolynomial R)))) $param: (R) debug: evaluateType form: (Union (List (SparseUnivariatePolynomial R)) failed) $param: (R) debug: evaluateType form: (List (SparseUnivariatePolynomial R)) $param: (R) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial R)) debug: evaluateType1 x: (SparseUnivariatePolynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (R) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial R) c: (Type) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (List (SparseUnivariatePolynomial R)) $param: (R) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial R)) debug: evaluateType1 x: (SparseUnivariatePolynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (R) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial R) c: (Type) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (R) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE solveLinearPolynomialEquationByFractions ((Union (List (SparseUnivariatePolynomial R)) failed) (List (SparseUnivariatePolynomial R)) (SparseUnivariatePolynomial R)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for LinearPolynomialEquationByFractions compiling into /tmp/oa-EgUdJv importing UnivariatePolynomialCategoryFunctions2(R,SparseUnivariatePolynomial R,Fraction R,SparseUnivariatePolynomial Fraction R) compiling local pullback : SparseUnivariatePolynomial Fraction R -> Union(SparseUnivariatePolynomial R,failed) Time: 0.14 SEC. compiling exported solveLinearPolynomialEquationByFractions : (List SparseUnivariatePolynomial R,SparseUnivariatePolynomial R) -> Union(List SparseUnivariatePolynomial R,failed) Time: 0.05 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] solveLinearPolynomialEquationByFractions: not known that Ring is of mode CATEGORY(package,solveLinearPolynomialEquationByFractions: (List SparseUnivariatePolynomial R,SparseUnivariatePolynomial R) -> Union(List SparseUnivariatePolynomial R,"failed")) Cumulative Statistics for Constructor LinearPolynomialEquationByFractions Time: 0.20 seconds finalizing NRLIB LPEFRAC Processing LinearPolynomialEquationByFractions for Browser database: -- solveLinearPolynomialEquationByFractions : (List SparseUnivariatePolynomial R,SparseUnivariatePolynomial R) -> Union(List SparseUnivariatePolynomial R,"failed") -- constructor ; compiling file "/tmp/oa-EgUdJv/code.lsp" (written 01 FEB 2016 10:55:36 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LPEFRAC;pullback| ...) ; compiling (DEFUN |LPEFRAC;solveLinearPolynomialEquationByFractions;LSupU;2| ...) ; compiling (DEFUN |LPEFRAC;solveLinearPolynomialEquationByFractions;LSupU;2!1| ...) ; compiling (DEFUN |LPEFRAC;solveLinearPolynomialEquationByFractions;LSupU;2!0| ...) ; compiling (DEFUN |LinearPolynomialEquationByFractions| ...) ; compiling (DEFUN |LinearPolynomialEquationByFractions;| ...) ; compiling (MAKEPROP (QUOTE |LinearPolynomialEquationByFractions|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-EgUdJv/code.fasl written ; compilation finished in 0:00:00.030 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/PFECAT.fasl --optimize=3 PFECAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PFECAT.spad using Spad compiler. PFECAT abbreviates category PolynomialFactorizationExplicit debug: compDefine1 lhs: (PolynomialFactorizationExplicit) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for PolynomialFactorizationExplicit compiling into /tmp/oa-dQIKJL STYLE-WARNING: redefining BOOT::|PolynomialFactorizationExplicit| in DEFUN Time: 0.00 SEC. PFECAT- abbreviates package PolynomialFactorizationExplicit& ------------------------------------------------------------------------ initializing stationary directory for PolynomialFactorizationExplicit& compiling into /tmp/oa-9Cqnp3 compiling exported gcdPolynomial : (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S Time: 0.04 SEC. compiling exported charthRoot : S -> Maybe S Time: 0.08 SEC. compiling exported solveLinearPolynomialEquation : (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,failed) Time: 0.03 SEC. compiling exported solveLinearPolynomialEquation : (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,failed) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] gcdPolynomial: not known that Ring is of mode CATEGORY(package,charthRoot: S -> Maybe S,solveLinearPolynomialEquation: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),gcdPolynomial: (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S) [2] charthRoot: not known that Ring is of mode CATEGORY(package,charthRoot: S -> Maybe S,solveLinearPolynomialEquation: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),gcdPolynomial: (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S) [3] solveLinearPolynomialEquation: not known that Ring is of mode CATEGORY(package,charthRoot: S -> Maybe S,solveLinearPolynomialEquation: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),gcdPolynomial: (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S) Cumulative Statistics for Constructor PolynomialFactorizationExplicit& Time: 0.18 seconds finalizing NRLIB PFECAT- ; compiling file "/tmp/oa-9Cqnp3/code.lsp" (written 01 FEB 2016 10:55:36 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PFECAT-;gcdPolynomial;3Sup;1| ...) ; compiling (DEFUN |PFECAT-;charthRoot;$M;2| ...) ; compiling (DEFUN |PFECAT-;solveLinearPolynomialEquation;LSupU;3| ...) ; file: /tmp/oa-9Cqnp3/code.lsp ; in: DEFUN |PFECAT-;solveLinearPolynomialEquation;LSupU;3| ; (DEFUN BOOT::|PFECAT-;solveLinearPolynomialEquation;LSupU;3| ; (BOOT::|lf| BOOT::|g| BOOT::$) ; (BOOT::SPADCALL BOOT::|lf| BOOT::|g| (BOOT::|shellEntry| BOOT::$ 43))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PFECAT-;solveLinearPolynomialEquation;LSupU;3| ; (BOOT::|lf| BOOT::|g| BOOT::$) ; (BLOCK BOOT::|PFECAT-;solveLinearPolynomialEquation;LSupU;3| ; (BOOT::SPADCALL BOOT::|lf| BOOT::|g| (BOOT::|shellEntry| BOOT::$ 43)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |PFECAT-;solveLinearPolynomialEquation;LSupU;4| ...) ; file: /tmp/oa-9Cqnp3/code.lsp ; in: DEFUN |PFECAT-;solveLinearPolynomialEquation;LSupU;4| ; (DEFUN BOOT::|PFECAT-;solveLinearPolynomialEquation;LSupU;4| ; (BOOT::|lf| BOOT::|g| BOOT::$) ; (BOOT::SPADCALL BOOT::|lf| BOOT::|g| (BOOT::|shellEntry| BOOT::$ 50))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PFECAT-;solveLinearPolynomialEquation;LSupU;4| ; (BOOT::|lf| BOOT::|g| BOOT::$) ; (BLOCK BOOT::|PFECAT-;solveLinearPolynomialEquation;LSupU;4| ; (BOOT::SPADCALL BOOT::|lf| BOOT::|g| (BOOT::|shellEntry| BOOT::$ 50)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |PolynomialFactorizationExplicit&| ...) ; compiling (MAKEPROP (QUOTE |PolynomialFactorizationExplicit&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-9Cqnp3/code.fasl written ; compilation finished in 0:00:00.040 ------------------------------------------------------------------------ finalizing NRLIB PFECAT Processing PolynomialFactorizationExplicit for Browser database: -- squareFreePolynomial : P -> Factored P -- factorPolynomial : P -> Factored P -- factorSquareFreePolynomial : P -> Factored P -- gcdPolynomial : (P,P) -> P -- solveLinearPolynomialEquation : (List P,P) -> Union(List P,"failed") -- conditionP : Matrix % -> Union(Vector %,"failed") -- charthRoot : % -> Maybe % -- constructor ; compiling file "/tmp/oa-dQIKJL/code.lsp" (written 01 FEB 2016 10:55:36 PM): ; compiling (DEFPARAMETER |PolynomialFactorizationExplicit;AL| ...) ; compiling (DEFUN |PolynomialFactorizationExplicit;| ...) ; compiling (DEFUN |PolynomialFactorizationExplicit| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-dQIKJL/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/FLAGG2.fasl --optimize=3 FLAGG2.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FLAGG2.spad using Spad compiler. FLAGG2 abbreviates package FiniteLinearAggregateFunctions2 debug: compDefine1 lhs: (FiniteLinearAggregateFunctions2 S A R B) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map (B (Mapping R S) A)) (SIGNATURE reduce (R (Mapping R S R) A R)) (SIGNATURE scan (B (Mapping R S R) A R))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map (B (Mapping R S) A)) (SIGNATURE reduce (R (Mapping R S R) A R)) (SIGNATURE scan (B (Mapping R S R) A R))) $param: (S A R B) debug: evaluateType form: B $param: (S A R B) debug: evaluateType form: (Mapping R S) $param: (S A R B) debug: evaluateType form: R $param: (S A R B) debug: evaluateType form: S $param: (S A R B) debug: evaluateType form: A $param: (S A R B) debug: evaluateType form: R $param: (S A R B) debug: evaluateType form: (Mapping R S R) $param: (S A R B) debug: evaluateType form: R $param: (S A R B) debug: evaluateType form: S $param: (S A R B) debug: evaluateType form: R $param: (S A R B) debug: evaluateType form: A $param: (S A R B) debug: evaluateType form: R $param: (S A R B) debug: evaluateType form: B $param: (S A R B) debug: evaluateType form: (Mapping R S R) $param: (S A R B) debug: evaluateType form: R $param: (S A R B) debug: evaluateType form: S $param: (S A R B) debug: evaluateType form: R $param: (S A R B) debug: evaluateType form: A $param: (S A R B) debug: evaluateType form: R $param: (S A R B) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map (B (Mapping R S) A)) (SIGNATURE reduce (R (Mapping R S R) A R)) (SIGNATURE scan (B (Mapping R S R) A R))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FiniteLinearAggregateFunctions2 compiling into /tmp/oa-M07aqc compiling local getRSample : () -> R Time: 0.02 SEC. compiling exported reduce : ((S,R) -> R,A,R) -> R Time: 0.02 SEC. compiling exported map : (S -> R,A) -> B Time: 0.02 SEC. compiling exported scan : ((S,R) -> R,A,R) -> B Time: 0 SEC. compiling exported map : (S -> R,A) -> B Time: 0.05 SEC. compiling exported scan : ((S,R) -> R,A,R) -> B Time: 0.01 SEC. compiling exported map : (S -> R,A) -> B Time: 0.02 SEC. compiling exported scan : ((S,R) -> R,A,R) -> B Time: 0 SEC. compiling exported reduce : ((S,R) -> R,A,R) -> R Time: 0.01 SEC. compiling exported map : (S -> R,A) -> B Time: 0.02 SEC. compiling exported scan : ((S,R) -> R,A,R) -> B Time: 0.01 SEC. compiling exported map : (S -> R,A) -> B Time: 0.01 SEC. compiling exported scan : ((S,R) -> R,A,R) -> B Time: 0.00 SEC. compiling exported map : (S -> R,A) -> B Time: 0.01 SEC. compiling exported scan : ((S,R) -> R,A,R) -> B Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor FiniteLinearAggregateFunctions2 Time: 0.22 seconds finalizing NRLIB FLAGG2 Processing FiniteLinearAggregateFunctions2 for Browser database: -- map : ((S -> R),A) -> B -- reduce : (((S,R) -> R),A,R) -> R -- scan : (((S,R) -> R),A,R) -> B -- constructor ; compiling file "/tmp/oa-M07aqc/code.lsp" (written 01 FEB 2016 10:55:36 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FLAGG2;getRSample| ...) ; compiling (DEFUN |FLAGG2;reduce;MA2R;2| ...) ; compiling (DEFUN |FLAGG2;map;MAB;3| ...) ; compiling (DEFUN |FLAGG2;scan;MARB;4| ...) ; compiling (DEFUN |FLAGG2;map;MAB;5| ...) ; compiling (DEFUN |FLAGG2;scan;MARB;6| ...) ; compiling (DEFUN |FLAGG2;map;MAB;7| ...) ; compiling (DEFUN |FLAGG2;scan;MARB;8| ...) ; compiling (DEFUN |FLAGG2;reduce;MA2R;9| ...) ; compiling (DEFUN |FLAGG2;map;MAB;10| ...) ; compiling (DEFUN |FLAGG2;scan;MARB;11| ...) ; compiling (DEFUN |FLAGG2;map;MAB;12| ...) ; compiling (DEFUN |FLAGG2;scan;MARB;13| ...) ; compiling (DEFUN |FLAGG2;map;MAB;14| ...) ; compiling (DEFUN |FLAGG2;scan;MARB;15| ...) ; compiling (DEFUN |FiniteLinearAggregateFunctions2| ...) ; compiling (DEFUN |FiniteLinearAggregateFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |FiniteLinearAggregateFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-M07aqc/code.fasl written ; compilation finished in 0:00:00.065 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/LIST2.fasl --optimize=3 LIST2.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LIST2.spad using Spad compiler. LIST2 abbreviates package ListFunctions2 debug: compDefine1 lhs: (ListFunctions2 A B) signature (pre-evaluate): ((CATEGORY package (SIGNATURE scan ((List B) (Mapping B A B) (List A) B)) (SIGNATURE reduce (B (Mapping B A B) (List A) B)) (SIGNATURE map ((List B) (Mapping B A) (List A)))) (Type) (Type)) debug: evaluateType form: (CATEGORY package (SIGNATURE scan ((List B) (Mapping B A B) (List A) B)) (SIGNATURE reduce (B (Mapping B A B) (List A) B)) (SIGNATURE map ((List B) (Mapping B A) (List A)))) $param: (A B) debug: evaluateType form: (List B) $param: (A B) Debug: evaluateType1 form: (List B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: (Mapping B A B) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (List A) $param: (A B) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: B $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (Mapping B A B) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (List A) $param: (A B) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (List B) $param: (A B) Debug: evaluateType1 form: (List B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: (Mapping B A) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: (List A) $param: (A B) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Type) $param: (A B) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Type) $param: (A B) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE scan ((List B) (Mapping B A B) (List A) B)) (SIGNATURE reduce (B (Mapping B A B) (List A) B)) (SIGNATURE map ((List B) (Mapping B A) (List A)))) (Type) (Type)) debug: compDefine1 lhs: (ListFunctions2 A B) signature (pre-evaluate): ((CATEGORY package (SIGNATURE scan ((List B) (Mapping B A B) (List A) B)) (SIGNATURE reduce (B (Mapping B A B) (List A) B)) (SIGNATURE map ((List B) (Mapping B A) (List A)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE scan ((List B) (Mapping B A B) (List A) B)) (SIGNATURE reduce (B (Mapping B A B) (List A) B)) (SIGNATURE map ((List B) (Mapping B A) (List A)))) $param: (A B) debug: evaluateType form: (List B) $param: (A B) Debug: evaluateType1 form: (List B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: (Mapping B A B) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (List A) $param: (A B) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: B $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (Mapping B A B) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (List A) $param: (A B) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (List B) $param: (A B) Debug: evaluateType1 form: (List B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: (Mapping B A) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: (List A) $param: (A B) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE scan ((List B) (Mapping B A B) (List A) B)) (SIGNATURE reduce (B (Mapping B A B) (List A) B)) (SIGNATURE map ((List B) (Mapping B A) (List A)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ListFunctions2 compiling into /tmp/oa-i8By7u compiling exported map : (A -> B,List A) -> List B Time: 0.03 SEC. compiling exported scan : ((A,B) -> B,List A,B) -> List B Time: 0.01 SEC. compiling exported reduce : ((A,B) -> B,List A,B) -> B Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor ListFunctions2 Time: 0.04 seconds finalizing NRLIB LIST2 Processing ListFunctions2 for Browser database: -- scan : (((A,B) -> B),LA,B) -> LB -- reduce : (((A,B) -> B),LA,B) -> B -- map : ((A -> B),LA) -> LB -- constructor ; compiling file "/tmp/oa-i8By7u/code.lsp" (written 01 FEB 2016 10:55:37 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LIST2;map;MLL;1| ...) ; file: /tmp/oa-i8By7u/code.lsp ; in: DEFUN |LIST2;map;MLL;1| ; (DEFUN BOOT::|LIST2;map;MLL;1| (BOOT::|f| BOOT::|l| BOOT::$) ; (BOOT::SPADCALL BOOT::|f| BOOT::|l| (BOOT::|shellEntry| BOOT::$ 12))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST2;map;MLL;1| ; (BOOT::|f| BOOT::|l| BOOT::$) ; (BLOCK BOOT::|LIST2;map;MLL;1| ; (BOOT::SPADCALL BOOT::|f| BOOT::|l| (BOOT::|shellEntry| BOOT::$ 12)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |LIST2;scan;MLBL;2| ...) ; file: /tmp/oa-i8By7u/code.lsp ; in: DEFUN |LIST2;scan;MLBL;2| ; (DEFUN BOOT::|LIST2;scan;MLBL;2| (BOOT::|f| BOOT::|l| BOOT::|b| BOOT::$) ; (BOOT::SPADCALL BOOT::|f| BOOT::|l| BOOT::|b| ; (BOOT::|shellEntry| BOOT::$ 15))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST2;scan;MLBL;2| ; (BOOT::|f| BOOT::|l| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|LIST2;scan;MLBL;2| ; (BOOT::SPADCALL BOOT::|f| BOOT::|l| BOOT::|b| ; (BOOT::|shellEntry| BOOT::$ 15)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |LIST2;reduce;ML2B;3| ...) ; compiling (DEFUN |ListFunctions2| ...) ; compiling (DEFUN |ListFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |ListFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-i8By7u/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/MATCAT2.fasl --optimize=3 MATCAT2.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MATCAT2.spad using Spad compiler. MATCAT2 abbreviates package MatrixCategoryFunctions2 debug: compDefine1 lhs: (MatrixCategoryFunctions2 R1 Row1 Col1 M1 R2 Row2 Col2 M2) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map (M2 (Mapping R2 R1) M1)) (SIGNATURE map ((Union M2 failed) (Mapping (Union R2 failed) R1) M1)) (SIGNATURE reduce (R2 (Mapping R2 R1 R2) M1 R2))) NIL NIL NIL NIL NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map (M2 (Mapping R2 R1) M1)) (SIGNATURE map ((Union M2 failed) (Mapping (Union R2 failed) R1) M1)) (SIGNATURE reduce (R2 (Mapping R2 R1 R2) M1 R2))) $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: M2 $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: (Mapping R2 R1) $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: R2 $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: R1 $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: M1 $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: (Union M2 failed) $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: M2 $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: failed $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: (Mapping (Union R2 failed) R1) $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: (Union R2 failed) $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: R2 $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: failed $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: R1 $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: M1 $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: R2 $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: (Mapping R2 R1 R2) $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: R2 $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: R1 $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: R2 $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: M1 $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: R2 $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map (M2 (Mapping R2 R1) M1)) (SIGNATURE map ((Union M2 failed) (Mapping (Union R2 failed) R1) M1)) (SIGNATURE reduce (R2 (Mapping R2 R1 R2) M1 R2))) NIL NIL NIL NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for MatrixCategoryFunctions2 compiling into /tmp/oa-hCsjKD compiling exported map : (R1 -> R2,M1) -> M2 Time: 0.08 SEC. compiling exported map : (R1 -> Union(R2,failed),M1) -> Union(M2,failed) Time: 0.02 SEC. compiling exported reduce : ((R1,R2) -> R2,M1,R2) -> R2 Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor MatrixCategoryFunctions2 Time: 0.13 seconds finalizing NRLIB MATCAT2 Processing MatrixCategoryFunctions2 for Browser database: -- map : ((R1 -> R2),M1) -> M2 -- map : ((R1 -> Union(R2,"failed")),M1) -> Union(M2,"failed") -- reduce : (((R1,R2) -> R2),M1,R2) -> R2 -- constructor ; compiling file "/tmp/oa-hCsjKD/code.lsp" (written 01 FEB 2016 10:55:37 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MATCAT2;map;MM1M2;1| ...) ; compiling (DEFUN |MATCAT2;map;MM1U;2| ...) ; compiling (DEFUN |MATCAT2;reduce;MM12R2;3| ...) ; compiling (DEFUN |MatrixCategoryFunctions2| ...) ; compiling (DEFUN |MatrixCategoryFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |MatrixCategoryFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-hCsjKD/code.fasl written ; compilation finished in 0:00:00.039 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/MCDEN.fasl --optimize=3 MCDEN.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MCDEN.spad using Spad compiler. MCDEN abbreviates package MatrixCommonDenominator debug: compDefine1 lhs: (MatrixCommonDenominator R Q) signature (pre-evaluate): ((CATEGORY package (SIGNATURE commonDenominator (R (Matrix Q))) (SIGNATURE clearDenominator ((Matrix R) (Matrix Q))) (SIGNATURE splitDenominator ((Record (: num (Matrix R)) (: den R)) (Matrix Q)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE commonDenominator (R (Matrix Q))) (SIGNATURE clearDenominator ((Matrix R) (Matrix Q))) (SIGNATURE splitDenominator ((Record (: num (Matrix R)) (: den R)) (Matrix Q)))) $param: (R Q) debug: evaluateType form: R $param: (R Q) debug: evaluateType form: (Matrix Q) $param: (R Q) Debug: evaluateType1 form: (Matrix Q) debug: evaluateType1 x: Q m: (Ring) debug: evaluateType form: (Matrix R) $param: (R Q) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix Q) $param: (R Q) Debug: evaluateType1 form: (Matrix Q) debug: evaluateType1 x: Q m: (Ring) debug: evaluateType form: (Record (: num (Matrix R)) (: den R)) $param: (R Q) debug: evaluateType form: (Matrix R) $param: (R Q) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R Q) debug: evaluateType form: (Matrix Q) $param: (R Q) Debug: evaluateType1 form: (Matrix Q) debug: evaluateType1 x: Q m: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE commonDenominator (R (Matrix Q))) (SIGNATURE clearDenominator ((Matrix R) (Matrix Q))) (SIGNATURE splitDenominator ((Record (: num (Matrix R)) (: den R)) (Matrix Q)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for MatrixCommonDenominator compiling into /tmp/oa-5ElVpY importing ListFunctions2(Q,R) importing MatrixCategoryFunctions2(Q,Vector Q,Vector Q,Matrix Q,R,Vector R,Vector R,Matrix R) compiling exported clearDenominator : Matrix Q -> Matrix R Time: 0.06 SEC. compiling exported splitDenominator : Matrix Q -> Record(num: Matrix R,den: R) Time: 0.01 SEC. compiling exported commonDenominator : Matrix Q -> R Time: 0.02 SEC. compiling exported commonDenominator : Matrix Q -> R Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor MatrixCommonDenominator Time: 0.11 seconds finalizing NRLIB MCDEN Processing MatrixCommonDenominator for Browser database: -- commonDenominator : Matrix Q -> R -- clearDenominator : Matrix Q -> Matrix R -- splitDenominator : Matrix Q -> Record(num: Matrix R,den: R) -- constructor ; compiling file "/tmp/oa-5ElVpY/code.lsp" (written 01 FEB 2016 10:55:37 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MCDEN;clearDenominator;MM;1| ...) ; compiling (DEFUN |MCDEN;clearDenominator;MM;1!0| ...) ; compiling (DEFUN |MCDEN;splitDenominator;MR;2| ...) ; compiling (DEFUN |MCDEN;splitDenominator;MR;2!0| ...) ; compiling (DEFUN |MCDEN;commonDenominator;MR;3| ...) ; compiling (DEFUN |MCDEN;commonDenominator;MR;4| ...) ; compiling (DEFUN |MatrixCommonDenominator| ...) ; compiling (DEFUN |MatrixCommonDenominator;| ...) ; compiling (MAKEPROP (QUOTE |MatrixCommonDenominator|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-5ElVpY/code.fasl written ; compilation finished in 0:00:00.029 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/PMDOWN.fasl --bootstrap PMDOWN.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PMDOWN.spad using Spad compiler. PMDOWN abbreviates package PatternMatchPushDown ------------------------------------------------------------------------ initializing stationary directory for PatternMatchPushDown compiling into /tmp/oa-XvSjdf Time: 0.01 SEC. Cumulative Statistics for Constructor PatternMatchPushDown Time: 0.01 seconds finalizing NRLIB PMDOWN ; compiling file "/tmp/oa-XvSjdf/code.lsp" (written 01 FEB 2016 10:55:37 PM): ; compiling (DEFUN |PatternMatchPushDown| ...) ; compiling (DEFUN |PatternMatchPushDown;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-XvSjdf/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/PMQFCAT.fasl --optimize=3 PMQFCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PMQFCAT.spad using Spad compiler. PMQFCAT abbreviates package PatternMatchQuotientFieldCategory debug: compDefine1 lhs: (PatternMatchQuotientFieldCategory S R Q) signature (pre-evaluate): ((CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult S Q) Q (Pattern S) (PatternMatchResult S Q)))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult S Q) Q (Pattern S) (PatternMatchResult S Q)))) $param: (S R Q) debug: evaluateType form: (PatternMatchResult S Q) $param: (S R Q) Debug: evaluateType1 form: (PatternMatchResult S Q) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: Q m: (SetCategory) debug: evaluateType form: Q $param: (S R Q) debug: evaluateType form: (Pattern S) $param: (S R Q) Debug: evaluateType1 form: (Pattern S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (PatternMatchResult S Q) $param: (S R Q) Debug: evaluateType1 form: (PatternMatchResult S Q) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: Q m: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult S Q) Q (Pattern S) (PatternMatchResult S Q)))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PatternMatchQuotientFieldCategory compiling into /tmp/oa-6NEEdm importing PatternMatchPushDown(S,R,Q) compiling exported patternMatch : (Q,Pattern S,PatternMatchResult(S,Q)) -> PatternMatchResult(S,Q) Time: 0.06 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor PatternMatchQuotientFieldCategory Time: 0.07 seconds finalizing NRLIB PMQFCAT Processing PatternMatchQuotientFieldCategory for Browser database: -- patternMatch : (Q,PAT,PRQ) -> PRQ -- constructor ; compiling file "/tmp/oa-6NEEdm/code.lsp" (written 01 FEB 2016 10:55:37 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PMQFCAT;patternMatch;QP2Pmr;1| ...) ; compiling (DEFUN |PatternMatchQuotientFieldCategory| ...) ; compiling (DEFUN |PatternMatchQuotientFieldCategory;| ...) ; compiling (MAKEPROP (QUOTE |PatternMatchQuotientFieldCategory|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-6NEEdm/code.fasl written ; compilation finished in 0:00:00.022 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/QFCAT.fasl --optimize=3 QFCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/QFCAT.spad using Spad compiler. QFCAT abbreviates category QuotientFieldCategory debug: compDefine1 lhs: (QuotientFieldCategory S) signature (pre-evaluate): ((Category) (IntegralDomain)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (IntegralDomain) $param: (S) Debug: evaluateType1 form: (IntegralDomain) debug: compDefine1 signature (post evaluate): ((Category) (IntegralDomain)) debug: compDefine1 lhs: (QuotientFieldCategory S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for QuotientFieldCategory compiling into /tmp/oa-2yiaYy STYLE-WARNING: redefining BOOT::|QuotientFieldCategory| in DEFUN Time: 0.02 SEC. QFCAT- abbreviates package QuotientFieldCategory& ------------------------------------------------------------------------ initializing stationary directory for QuotientFieldCategory& compiling into /tmp/oa-3YVROU importing MatrixCommonDenominator(S,A) compiling exported numerator : A -> A Time: 0.04 SEC. compiling exported denominator : A -> A Time: 0 SEC. compiling exported init : () -> A Time: 0.00 SEC. compiling exported nextItem : A -> Maybe A Time: 0.01 SEC. compiling exported map : (S -> S,A) -> A Time: 0.00 SEC. compiling exported reducedSystem : Matrix A -> Matrix S Time: 0.01 SEC. compiling exported characteristic : () -> NonNegativeInteger Time: 0.01 SEC. compiling exported differentiate : (A,S -> S) -> A Time: 0.07 SEC. compiling exported convert : A -> InputForm Time: 0.02 SEC. compiling exported convert : A -> Float Time: 0.02 SEC. compiling exported convert : A -> DoubleFloat Time: 0.02 SEC. compiling exported < : (A,A) -> Boolean Time: 0.04 SEC. compiling exported < : (A,A) -> Boolean Time: 0.05 SEC. compiling exported < : (A,A) -> Boolean Time: 0.04 SEC. compiling exported fractionPart : A -> A Time: 0.00 SEC. compiling exported coerce : Symbol -> A Time: 0.01 SEC. compiling exported retract : A -> Symbol Time: 0 SEC. compiling exported retractIfCan : A -> Union(Symbol,failed) Time: 0.00 SEC. compiling exported convert : A -> Pattern Integer Time: 0.01 SEC. compiling exported patternMatch : (A,Pattern Integer,PatternMatchResult(Integer,A)) -> PatternMatchResult(Integer,A) Time: 0.01 SEC. compiling exported convert : A -> Pattern Float Time: 0.01 SEC. compiling exported patternMatch : (A,Pattern Float,PatternMatchResult(Float,A)) -> PatternMatchResult(Float,A) Time: 0.01 SEC. compiling exported coerce : Fraction Integer -> A Time: 0.03 SEC. compiling exported retract : A -> Integer Time: 0.01 SEC. compiling exported retractIfCan : A -> Union(Integer,failed) Time: 0.01 SEC. compiling exported random : () -> A Time: 0.04 SEC. compiling exported reducedSystem : (Matrix A,Vector A) -> Record(mat: Matrix S,vec: Vector S) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] reducedSystem: not known that Ring is of mode CATEGORY(package,<: (A,A) -> Boolean,differentiate: (A,NonNegativeInteger) -> A,differentiate: A -> A,differentiate: (A,List Symbol,List NonNegativeInteger) -> A,differentiate: (A,Symbol,NonNegativeInteger) -> A,differentiate: (A,List Symbol) -> A,differentiate: (A,Symbol) -> A,init: () -> A,nextItem: A -> Maybe A,retractIfCan: A -> Union(Integer,"failed"),retract: A -> Integer,retractIfCan: A -> Union(Fraction Integer,"failed"),retract: A -> Fraction Integer,convert: A -> DoubleFloat,convert: A -> Float,convert: A -> InputForm,coerce: Symbol -> A,retractIfCan: A -> Union(Symbol,"failed"),retract: A -> Symbol,random: () -> A,fractionPart: A -> A,denominator: A -> A,numerator: A -> A,patternMatch: (A,Pattern Float,PatternMatchResult(Float,A)) -> PatternMatchResult(Float,A),patternMatch: (A,Pattern Integer,PatternMatchResult(Integer,A)) -> PatternMatchResult(Integer,A),convert: A -> Pattern Float,convert: A -> Pattern Integer,reducedSystem: Matrix A -> Matrix S,reducedSystem: (Matrix A,Vector A) -> Record(mat: Matrix S,vec: Vector S),reducedSystem: (Matrix A,Vector A) -> Record(mat: Matrix Integer,vec: Vector Integer),reducedSystem: Matrix A -> Matrix Integer,differentiate: (A,(S -> S),NonNegativeInteger) -> A,differentiate: (A,(S -> S)) -> A,map: ((S -> S),A) -> A,retractIfCan: A -> Union(S,"failed"),retract: A -> S,coerce: S -> A,coerce: Fraction Integer -> A,coerce: A -> A,characteristic: () -> NonNegativeInteger,coerce: Integer -> A,coerce: A -> OutputForm) [2] patternMatch: not known that SetCategory is of mode CATEGORY(package,<: (A,A) -> Boolean,differentiate: (A,NonNegativeInteger) -> A,differentiate: A -> A,differentiate: (A,List Symbol,List NonNegativeInteger) -> A,differentiate: (A,Symbol,NonNegativeInteger) -> A,differentiate: (A,List Symbol) -> A,differentiate: (A,Symbol) -> A,init: () -> A,nextItem: A -> Maybe A,retractIfCan: A -> Union(Integer,"failed"),retract: A -> Integer,retractIfCan: A -> Union(Fraction Integer,"failed"),retract: A -> Fraction Integer,convert: A -> DoubleFloat,convert: A -> Float,convert: A -> InputForm,coerce: Symbol -> A,retractIfCan: A -> Union(Symbol,"failed"),retract: A -> Symbol,random: () -> A,fractionPart: A -> A,denominator: A -> A,numerator: A -> A,patternMatch: (A,Pattern Float,PatternMatchResult(Float,A)) -> PatternMatchResult(Float,A),patternMatch: (A,Pattern Integer,PatternMatchResult(Integer,A)) -> PatternMatchResult(Integer,A),convert: A -> Pattern Float,convert: A -> Pattern Integer,reducedSystem: Matrix A -> Matrix S,reducedSystem: (Matrix A,Vector A) -> Record(mat: Matrix S,vec: Vector S),reducedSystem: (Matrix A,Vector A) -> Record(mat: Matrix Integer,vec: Vector Integer),reducedSystem: Matrix A -> Matrix Integer,differentiate: (A,(S -> S),NonNegativeInteger) -> A,differentiate: (A,(S -> S)) -> A,map: ((S -> S),A) -> A,retractIfCan: A -> Union(S,"failed"),retract: A -> S,coerce: S -> A,coerce: Fraction Integer -> A,coerce: A -> A,characteristic: () -> NonNegativeInteger,coerce: Integer -> A,coerce: A -> OutputForm) [3] random: d has no value Cumulative Statistics for Constructor QuotientFieldCategory& Time: 0.52 seconds finalizing NRLIB QFCAT- ; compiling file "/tmp/oa-3YVROU/code.lsp" (written 01 FEB 2016 10:55:38 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |QFCAT-;numerator;2$;1| ...) ; compiling (DEFUN |QFCAT-;denominator;2$;2| ...) ; compiling (DEFUN |QFCAT-;init;$;3| ...) ; compiling (DEFUN |QFCAT-;nextItem;$M;4| ...) ; compiling (DEFUN |QFCAT-;map;M2$;5| ...) ; compiling (DEFUN |QFCAT-;reducedSystem;MM;6| ...) ; compiling (DEFUN |QFCAT-;characteristic;Nni;7| ...) ; file: /tmp/oa-3YVROU/code.lsp ; in: DEFUN |QFCAT-;characteristic;Nni;7| ; (DEFUN BOOT::|QFCAT-;characteristic;Nni;7| (BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 37)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|QFCAT-;characteristic;Nni;7| ; (BOOT::$) ; (BLOCK BOOT::|QFCAT-;characteristic;Nni;7| ; (BOOT::|spadConstant| BOOT::$ 37))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |QFCAT-;differentiate;$M$;8| ...) ; compiling (DEFUN |QFCAT-;convert;$If;9| ...) ; compiling (DEFUN |QFCAT-;convert;$F;10| ...) ; compiling (DEFUN |QFCAT-;convert;$Df;11| ...) ; compiling (DEFUN |QFCAT-;<;2$B;12| ...) ; file: /tmp/oa-3YVROU/code.lsp ; in: DEFUN |QFCAT-;<;2$B;12| ; (DEFUN BOOT::|QFCAT-;<;2$B;12| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 8)) ; (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|shellEntry| BOOT::$ 39)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 8)) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|shellEntry| BOOT::$ 39)) ; (BOOT::|shellEntry| BOOT::$ 56))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|QFCAT-;<;2$B;12| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|QFCAT-;<;2$B;12| ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) ; (BOOT::SPADCALL BOOT::|y| #) ; (BOOT::|shellEntry| BOOT::$ 39)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|y| #) ; (BOOT::SPADCALL BOOT::|x| #) ; (BOOT::|shellEntry| BOOT::$ 39)) ; (BOOT::|shellEntry| BOOT::$ 56)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |QFCAT-;<;2$B;13| ...) ; file: /tmp/oa-3YVROU/code.lsp ; in: DEFUN |QFCAT-;<;2$B;13| ; (DEFUN BOOT::|QFCAT-;<;2$B;13| (BOOT::|x| BOOT::|y| BOOT::$) ; (PROGN ; (COND ; ((BOOT::SPADCALL # #) ; (LET # ; #))) ; (COND ; ((BOOT::SPADCALL # #) ; (LET # ; #))) ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) (BOOT::SPADCALL BOOT::|y| #) ; (BOOT::|shellEntry| BOOT::$ 39)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|y| #) (BOOT::SPADCALL BOOT::|x| #) ; (BOOT::|shellEntry| BOOT::$ 39)) ; (BOOT::|shellEntry| BOOT::$ 56)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|QFCAT-;<;2$B;13| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|QFCAT-;<;2$B;13| ; (PROGN ; (COND (# #)) ; (COND (# #)) ; (BOOT::SPADCALL (BOOT::SPADCALL # # #) (BOOT::SPADCALL # # #) ; (BOOT::|shellEntry| BOOT::$ 56))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |QFCAT-;<;2$B;14| ...) ; file: /tmp/oa-3YVROU/code.lsp ; in: DEFUN |QFCAT-;<;2$B;14| ; (DEFUN BOOT::|QFCAT-;<;2$B;14| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 8)) ; (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|shellEntry| BOOT::$ 39)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 8)) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|shellEntry| BOOT::$ 39)) ; (BOOT::|shellEntry| BOOT::$ 56))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|QFCAT-;<;2$B;14| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|QFCAT-;<;2$B;14| ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) ; (BOOT::SPADCALL BOOT::|y| #) ; (BOOT::|shellEntry| BOOT::$ 39)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|y| #) ; (BOOT::SPADCALL BOOT::|x| #) ; (BOOT::|shellEntry| BOOT::$ 39)) ; (BOOT::|shellEntry| BOOT::$ 56)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |QFCAT-;fractionPart;2$;15| ...) ; compiling (DEFUN |QFCAT-;coerce;S$;16| ...) ; compiling (DEFUN |QFCAT-;retract;$S;17| ...) ; compiling (DEFUN |QFCAT-;retractIfCan;$U;18| ...) ; file: /tmp/oa-3YVROU/code.lsp ; in: DEFUN |QFCAT-;retractIfCan;$U;18| ; (DEFUN BOOT::|QFCAT-;retractIfCan;$U;18| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|r| (BOOT::SPADCALL BOOT::|x| #))) ; (COND ((EQL # 1) (CONS 1 "failed")) (T (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|QFCAT-;retractIfCan;$U;18| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|QFCAT-;retractIfCan;$U;18| ; (LET ((BOOT::|r| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |QFCAT-;convert;$P;19| ...) ; compiling (DEFUN |QFCAT-;patternMatch;$P2Pmr;20| ...) ; compiling (DEFUN |QFCAT-;convert;$P;21| ...) ; compiling (DEFUN |QFCAT-;patternMatch;$P2Pmr;22| ...) ; compiling (DEFUN |QFCAT-;coerce;F$;23| ...) ; compiling (DEFUN |QFCAT-;retract;$I;24| ...) ; file: /tmp/oa-3YVROU/code.lsp ; in: DEFUN |QFCAT-;retract;$I;24| ; (DEFUN BOOT::|QFCAT-;retract;$I;24| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 65)) ; (BOOT::|shellEntry| BOOT::$ 98))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|QFCAT-;retract;$I;24| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|QFCAT-;retract;$I;24| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 65)) ; (BOOT::|shellEntry| BOOT::$ 98)))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |QFCAT-;retractIfCan;$U;25| ...) ; file: /tmp/oa-3YVROU/code.lsp ; in: DEFUN |QFCAT-;retractIfCan;$U;25| ; (DEFUN BOOT::|QFCAT-;retractIfCan;$U;25| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|u| (BOOT::SPADCALL BOOT::|x| #))) ; (COND ((EQL # 1) (CONS 1 "failed")) (T (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|QFCAT-;retractIfCan;$U;25| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|QFCAT-;retractIfCan;$U;25| ; (LET ((BOOT::|u| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |QFCAT-;random;$;26| ...) ; compiling (DEFUN |QFCAT-;reducedSystem;MVR;27| ...) ; compiling (DEFUN |QuotientFieldCategory&| ...) ; compiling (MAKEPROP (QUOTE |QuotientFieldCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 7 notes ; /tmp/oa-3YVROU/code.fasl written ; compilation finished in 0:00:00.069 ------------------------------------------------------------------------ finalizing NRLIB QFCAT Processing QuotientFieldCategory for Browser database: -- ?/? : (S,S) -> % -- numer : % -> S -- denom : % -> S -- numerator : % -> % -- denominator : % -> % -- wholePart : % -> S -- fractionPart : % -> % -- random : () -> % -- ceiling : % -> S -- floor : % -> S -- constructor ; compiling file "/tmp/oa-2yiaYy/code.lsp" (written 01 FEB 2016 10:55:38 PM): ; compiling (DEFPARAMETER |QuotientFieldCategory;AL| ...) ; compiling (DEFUN |QuotientFieldCategory;| ...) ; compiling (DEFUN |QuotientFieldCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-2yiaYy/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/FR.fasl --optimize=3 FR.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FR.spad using Spad compiler. FR abbreviates domain Factored debug: compDefine1 lhs: (Factored R) signature (pre-evaluate): ((Join (IntegralDomain) (DifferentialExtension R) (Algebra R) (FullyEvalableOver R) (FullyRetractableTo R) (Functorial R) (CATEGORY domain (SIGNATURE expand (R $)) (SIGNATURE exponent ((Integer) $)) (SIGNATURE makeFR ($ R (List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))))) (SIGNATURE factorList ((List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))) $)) (SIGNATURE nilFactor ($ R (Integer))) (SIGNATURE factors ((List (Record (: factor R) (: exponent (Integer)))) $)) (SIGNATURE irreducibleFactor ($ R (Integer))) (SIGNATURE nthExponent ((Integer) $ (Integer))) (SIGNATURE nthFactor (R $ (Integer))) (SIGNATURE nthFlag ((Union nil sqfr irred prime) $ (Integer))) (SIGNATURE numberOfFactors ((NonNegativeInteger) $)) (SIGNATURE primeFactor ($ R (Integer))) (SIGNATURE sqfrFactor ($ R (Integer))) (SIGNATURE flagFactor ($ R (Integer) (Union nil sqfr irred prime))) (SIGNATURE unit (R $)) (SIGNATURE unitNormalize ($ $)) (IF (has R (GcdDomain)) (ATTRIBUTE (GcdDomain)) %noBranch) (IF (has R (RealConstant)) (ATTRIBUTE (RealConstant)) %noBranch) (IF (has R (UniqueFactorizationDomain)) (ATTRIBUTE (UniqueFactorizationDomain)) %noBranch) (IF (has R (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch) (IF (has R (IntegerNumberSystem)) (PROGN (SIGNATURE rational? ((Boolean) $)) (SIGNATURE rational ((Fraction (Integer)) $)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) $))) %noBranch) (IF (has R (Eltable $ $)) (ATTRIBUTE (Eltable $ $)) %noBranch) (IF (has R (Evalable $)) (ATTRIBUTE (Evalable $)) %noBranch) (IF (has R (InnerEvalable (Symbol) $)) (ATTRIBUTE (InnerEvalable (Symbol) $)) %noBranch))) (IntegralDomain)) debug: evaluateType form: (Join (IntegralDomain) (DifferentialExtension R) (Algebra R) (FullyEvalableOver R) (FullyRetractableTo R) (Functorial R) (CATEGORY domain (SIGNATURE expand (R $)) (SIGNATURE exponent ((Integer) $)) (SIGNATURE makeFR ($ R (List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))))) (SIGNATURE factorList ((List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))) $)) (SIGNATURE nilFactor ($ R (Integer))) (SIGNATURE factors ((List (Record (: factor R) (: exponent (Integer)))) $)) (SIGNATURE irreducibleFactor ($ R (Integer))) (SIGNATURE nthExponent ((Integer) $ (Integer))) (SIGNATURE nthFactor (R $ (Integer))) (SIGNATURE nthFlag ((Union nil sqfr irred prime) $ (Integer))) (SIGNATURE numberOfFactors ((NonNegativeInteger) $)) (SIGNATURE primeFactor ($ R (Integer))) (SIGNATURE sqfrFactor ($ R (Integer))) (SIGNATURE flagFactor ($ R (Integer) (Union nil sqfr irred prime))) (SIGNATURE unit (R $)) (SIGNATURE unitNormalize ($ $)) (IF (has R (GcdDomain)) (ATTRIBUTE (GcdDomain)) %noBranch) (IF (has R (RealConstant)) (ATTRIBUTE (RealConstant)) %noBranch) (IF (has R (UniqueFactorizationDomain)) (ATTRIBUTE (UniqueFactorizationDomain)) %noBranch) (IF (has R (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch) (IF (has R (IntegerNumberSystem)) (PROGN (SIGNATURE rational? ((Boolean) $)) (SIGNATURE rational ((Fraction (Integer)) $)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) $))) %noBranch) (IF (has R (Eltable $ $)) (ATTRIBUTE (Eltable $ $)) %noBranch) (IF (has R (Evalable $)) (ATTRIBUTE (Evalable $)) %noBranch) (IF (has R (InnerEvalable (Symbol) $)) (ATTRIBUTE (InnerEvalable (Symbol) $)) %noBranch))) $param: (R) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (DifferentialExtension R) $param: (R) Debug: evaluateType1 form: (DifferentialExtension R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Algebra R) $param: (R) Debug: evaluateType1 form: (Algebra R) debug: evaluateType1 x: R m: (CommutativeRing) debug: evaluateType form: (FullyEvalableOver R) $param: (R) Debug: evaluateType1 form: (FullyEvalableOver R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (FullyRetractableTo R) $param: (R) Debug: evaluateType1 form: (FullyRetractableTo R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (Functorial R) $param: (R) Debug: evaluateType1 form: (Functorial R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE expand (R $)) (SIGNATURE exponent ((Integer) $)) (SIGNATURE makeFR ($ R (List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))))) (SIGNATURE factorList ((List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))) $)) (SIGNATURE nilFactor ($ R (Integer))) (SIGNATURE factors ((List (Record (: factor R) (: exponent (Integer)))) $)) (SIGNATURE irreducibleFactor ($ R (Integer))) (SIGNATURE nthExponent ((Integer) $ (Integer))) (SIGNATURE nthFactor (R $ (Integer))) (SIGNATURE nthFlag ((Union nil sqfr irred prime) $ (Integer))) (SIGNATURE numberOfFactors ((NonNegativeInteger) $)) (SIGNATURE primeFactor ($ R (Integer))) (SIGNATURE sqfrFactor ($ R (Integer))) (SIGNATURE flagFactor ($ R (Integer) (Union nil sqfr irred prime))) (SIGNATURE unit (R $)) (SIGNATURE unitNormalize ($ $)) (IF (has R (GcdDomain)) (ATTRIBUTE (GcdDomain)) %noBranch) (IF (has R (RealConstant)) (ATTRIBUTE (RealConstant)) %noBranch) (IF (has R (UniqueFactorizationDomain)) (ATTRIBUTE (UniqueFactorizationDomain)) %noBranch) (IF (has R (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch) (IF (has R (IntegerNumberSystem)) (PROGN (SIGNATURE rational? ((Boolean) $)) (SIGNATURE rational ((Fraction (Integer)) $)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) $))) %noBranch) (IF (has R (Eltable $ $)) (ATTRIBUTE (Eltable $ $)) %noBranch) (IF (has R (Evalable $)) (ATTRIBUTE (Evalable $)) %noBranch) (IF (has R (InnerEvalable (Symbol) $)) (ATTRIBUTE (InnerEvalable (Symbol) $)) %noBranch)) $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: R $param: (R) debug: evaluateType form: (List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))) $param: (R) Debug: evaluateType1 form: (List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))) debug: evaluateType1 x: (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer))) $param: (R) debug: evaluateType form: (Union nil sqfr irred prime) $param: (R) debug: evaluateType form: nil $param: (R) debug: evaluateType form: sqfr $param: (R) debug: evaluateType form: irred $param: (R) debug: evaluateType form: prime $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer))) c: (Type) debug: evaluateType form: (List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))) $param: (R) Debug: evaluateType1 form: (List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))) debug: evaluateType1 x: (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer))) $param: (R) debug: evaluateType form: (Union nil sqfr irred prime) $param: (R) debug: evaluateType form: nil $param: (R) debug: evaluateType form: sqfr $param: (R) debug: evaluateType form: irred $param: (R) debug: evaluateType form: prime $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer))) c: (Type) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (List (Record (: factor R) (: exponent (Integer)))) $param: (R) Debug: evaluateType1 form: (List (Record (: factor R) (: exponent (Integer)))) debug: evaluateType1 x: (Record (: factor R) (: exponent (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: factor R) (: exponent (Integer))) $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: factor R) (: exponent (Integer))) c: (Type) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Union nil sqfr irred prime) $param: (R) debug: evaluateType form: nil $param: (R) debug: evaluateType form: sqfr $param: (R) debug: evaluateType form: irred $param: (R) debug: evaluateType form: prime $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Union nil sqfr irred prime) $param: (R) debug: evaluateType form: nil $param: (R) debug: evaluateType form: sqfr $param: (R) debug: evaluateType form: irred $param: (R) debug: evaluateType form: prime $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: compDefine1 signature (post evaluate): ((Join (IntegralDomain) (DifferentialExtension R) (Algebra R) (FullyEvalableOver R) (FullyRetractableTo R) (Functorial R) (CATEGORY domain (SIGNATURE expand (R $)) (SIGNATURE exponent ((Integer) $)) (SIGNATURE makeFR ($ R (List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))))) (SIGNATURE factorList ((List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))) $)) (SIGNATURE nilFactor ($ R (Integer))) (SIGNATURE factors ((List (Record (: factor R) (: exponent (Integer)))) $)) (SIGNATURE irreducibleFactor ($ R (Integer))) (SIGNATURE nthExponent ((Integer) $ (Integer))) (SIGNATURE nthFactor (R $ (Integer))) (SIGNATURE nthFlag ((Union nil sqfr irred prime) $ (Integer))) (SIGNATURE numberOfFactors ((NonNegativeInteger) $)) (SIGNATURE primeFactor ($ R (Integer))) (SIGNATURE sqfrFactor ($ R (Integer))) (SIGNATURE flagFactor ($ R (Integer) (Union nil sqfr irred prime))) (SIGNATURE unit (R $)) (SIGNATURE unitNormalize ($ $)) (IF (has R (GcdDomain)) (ATTRIBUTE (GcdDomain)) %noBranch) (IF (has R (RealConstant)) (ATTRIBUTE (RealConstant)) %noBranch) (IF (has R (UniqueFactorizationDomain)) (ATTRIBUTE (UniqueFactorizationDomain)) %noBranch) (IF (has R (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch) (IF (has R (IntegerNumberSystem)) (PROGN (SIGNATURE rational? ((Boolean) $)) (SIGNATURE rational ((Fraction (Integer)) $)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) $))) %noBranch) (IF (has R (Eltable $ $)) (ATTRIBUTE (Eltable $ $)) %noBranch) (IF (has R (Evalable $)) (ATTRIBUTE (Evalable $)) %noBranch) (IF (has R (InnerEvalable (Symbol) $)) (ATTRIBUTE (InnerEvalable (Symbol) $)) %noBranch))) (IntegralDomain)) debug: compDefine1 lhs: (Factored R) signature (pre-evaluate): ((Join (IntegralDomain) (DifferentialExtension R) (Algebra R) (FullyEvalableOver R) (FullyRetractableTo R) (Functorial R) (CATEGORY domain (SIGNATURE expand (R $)) (SIGNATURE exponent ((Integer) $)) (SIGNATURE makeFR ($ R (List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))))) (SIGNATURE factorList ((List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))) $)) (SIGNATURE nilFactor ($ R (Integer))) (SIGNATURE factors ((List (Record (: factor R) (: exponent (Integer)))) $)) (SIGNATURE irreducibleFactor ($ R (Integer))) (SIGNATURE nthExponent ((Integer) $ (Integer))) (SIGNATURE nthFactor (R $ (Integer))) (SIGNATURE nthFlag ((Union nil sqfr irred prime) $ (Integer))) (SIGNATURE numberOfFactors ((NonNegativeInteger) $)) (SIGNATURE primeFactor ($ R (Integer))) (SIGNATURE sqfrFactor ($ R (Integer))) (SIGNATURE flagFactor ($ R (Integer) (Union nil sqfr irred prime))) (SIGNATURE unit (R $)) (SIGNATURE unitNormalize ($ $)) (IF (has R (GcdDomain)) (ATTRIBUTE (GcdDomain)) %noBranch) (IF (has R (RealConstant)) (ATTRIBUTE (RealConstant)) %noBranch) (IF (has R (UniqueFactorizationDomain)) (ATTRIBUTE (UniqueFactorizationDomain)) %noBranch) (IF (has R (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch) (IF (has R (IntegerNumberSystem)) (PROGN (SIGNATURE rational? ((Boolean) $)) (SIGNATURE rational ((Fraction (Integer)) $)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) $))) %noBranch) (IF (has R (Eltable $ $)) (ATTRIBUTE (Eltable $ $)) %noBranch) (IF (has R (Evalable $)) (ATTRIBUTE (Evalable $)) %noBranch) (IF (has R (InnerEvalable (Symbol) $)) (ATTRIBUTE (InnerEvalable (Symbol) $)) %noBranch))) NIL) debug: evaluateType form: (Join (IntegralDomain) (DifferentialExtension R) (Algebra R) (FullyEvalableOver R) (FullyRetractableTo R) (Functorial R) (CATEGORY domain (SIGNATURE expand (R $)) (SIGNATURE exponent ((Integer) $)) (SIGNATURE makeFR ($ R (List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))))) (SIGNATURE factorList ((List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))) $)) (SIGNATURE nilFactor ($ R (Integer))) (SIGNATURE factors ((List (Record (: factor R) (: exponent (Integer)))) $)) (SIGNATURE irreducibleFactor ($ R (Integer))) (SIGNATURE nthExponent ((Integer) $ (Integer))) (SIGNATURE nthFactor (R $ (Integer))) (SIGNATURE nthFlag ((Union nil sqfr irred prime) $ (Integer))) (SIGNATURE numberOfFactors ((NonNegativeInteger) $)) (SIGNATURE primeFactor ($ R (Integer))) (SIGNATURE sqfrFactor ($ R (Integer))) (SIGNATURE flagFactor ($ R (Integer) (Union nil sqfr irred prime))) (SIGNATURE unit (R $)) (SIGNATURE unitNormalize ($ $)) (IF (has R (GcdDomain)) (ATTRIBUTE (GcdDomain)) %noBranch) (IF (has R (RealConstant)) (ATTRIBUTE (RealConstant)) %noBranch) (IF (has R (UniqueFactorizationDomain)) (ATTRIBUTE (UniqueFactorizationDomain)) %noBranch) (IF (has R (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch) (IF (has R (IntegerNumberSystem)) (PROGN (SIGNATURE rational? ((Boolean) $)) (SIGNATURE rational ((Fraction (Integer)) $)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) $))) %noBranch) (IF (has R (Eltable $ $)) (ATTRIBUTE (Eltable $ $)) %noBranch) (IF (has R (Evalable $)) (ATTRIBUTE (Evalable $)) %noBranch) (IF (has R (InnerEvalable (Symbol) $)) (ATTRIBUTE (InnerEvalable (Symbol) $)) %noBranch))) $param: (R) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (DifferentialExtension R) $param: (R) Debug: evaluateType1 form: (DifferentialExtension R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Algebra R) $param: (R) Debug: evaluateType1 form: (Algebra R) debug: evaluateType1 x: R m: (CommutativeRing) debug: evaluateType form: (FullyEvalableOver R) $param: (R) Debug: evaluateType1 form: (FullyEvalableOver R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (FullyRetractableTo R) $param: (R) Debug: evaluateType1 form: (FullyRetractableTo R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (Functorial R) $param: (R) Debug: evaluateType1 form: (Functorial R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE expand (R $)) (SIGNATURE exponent ((Integer) $)) (SIGNATURE makeFR ($ R (List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))))) (SIGNATURE factorList ((List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))) $)) (SIGNATURE nilFactor ($ R (Integer))) (SIGNATURE factors ((List (Record (: factor R) (: exponent (Integer)))) $)) (SIGNATURE irreducibleFactor ($ R (Integer))) (SIGNATURE nthExponent ((Integer) $ (Integer))) (SIGNATURE nthFactor (R $ (Integer))) (SIGNATURE nthFlag ((Union nil sqfr irred prime) $ (Integer))) (SIGNATURE numberOfFactors ((NonNegativeInteger) $)) (SIGNATURE primeFactor ($ R (Integer))) (SIGNATURE sqfrFactor ($ R (Integer))) (SIGNATURE flagFactor ($ R (Integer) (Union nil sqfr irred prime))) (SIGNATURE unit (R $)) (SIGNATURE unitNormalize ($ $)) (IF (has R (GcdDomain)) (ATTRIBUTE (GcdDomain)) %noBranch) (IF (has R (RealConstant)) (ATTRIBUTE (RealConstant)) %noBranch) (IF (has R (UniqueFactorizationDomain)) (ATTRIBUTE (UniqueFactorizationDomain)) %noBranch) (IF (has R (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch) (IF (has R (IntegerNumberSystem)) (PROGN (SIGNATURE rational? ((Boolean) $)) (SIGNATURE rational ((Fraction (Integer)) $)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) $))) %noBranch) (IF (has R (Eltable $ $)) (ATTRIBUTE (Eltable $ $)) %noBranch) (IF (has R (Evalable $)) (ATTRIBUTE (Evalable $)) %noBranch) (IF (has R (InnerEvalable (Symbol) $)) (ATTRIBUTE (InnerEvalable (Symbol) $)) %noBranch)) $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: R $param: (R) debug: evaluateType form: (List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))) $param: (R) Debug: evaluateType1 form: (List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))) debug: evaluateType1 x: (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer))) $param: (R) debug: evaluateType form: (Union nil sqfr irred prime) $param: (R) debug: evaluateType form: nil $param: (R) debug: evaluateType form: sqfr $param: (R) debug: evaluateType form: irred $param: (R) debug: evaluateType form: prime $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer))) c: (Type) debug: evaluateType form: (List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))) $param: (R) Debug: evaluateType1 form: (List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))) debug: evaluateType1 x: (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer))) $param: (R) debug: evaluateType form: (Union nil sqfr irred prime) $param: (R) debug: evaluateType form: nil $param: (R) debug: evaluateType form: sqfr $param: (R) debug: evaluateType form: irred $param: (R) debug: evaluateType form: prime $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer))) c: (Type) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (List (Record (: factor R) (: exponent (Integer)))) $param: (R) Debug: evaluateType1 form: (List (Record (: factor R) (: exponent (Integer)))) debug: evaluateType1 x: (Record (: factor R) (: exponent (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: factor R) (: exponent (Integer))) $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: factor R) (: exponent (Integer))) c: (Type) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Union nil sqfr irred prime) $param: (R) debug: evaluateType form: nil $param: (R) debug: evaluateType form: sqfr $param: (R) debug: evaluateType form: irred $param: (R) debug: evaluateType form: prime $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Union nil sqfr irred prime) $param: (R) debug: evaluateType form: nil $param: (R) debug: evaluateType form: sqfr $param: (R) debug: evaluateType form: irred $param: (R) debug: evaluateType form: prime $param: (R) debug: evaluateType form: R $param: (R) debug: compDefine1 signature (post evaluate): ((Join (IntegralDomain) (DifferentialExtension R) (Algebra R) (FullyEvalableOver R) (FullyRetractableTo R) (Functorial R) (CATEGORY domain (SIGNATURE expand (R $)) (SIGNATURE exponent ((Integer) $)) (SIGNATURE makeFR ($ R (List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))))) (SIGNATURE factorList ((List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))) $)) (SIGNATURE nilFactor ($ R (Integer))) (SIGNATURE factors ((List (Record (: factor R) (: exponent (Integer)))) $)) (SIGNATURE irreducibleFactor ($ R (Integer))) (SIGNATURE nthExponent ((Integer) $ (Integer))) (SIGNATURE nthFactor (R $ (Integer))) (SIGNATURE nthFlag ((Union nil sqfr irred prime) $ (Integer))) (SIGNATURE numberOfFactors ((NonNegativeInteger) $)) (SIGNATURE primeFactor ($ R (Integer))) (SIGNATURE sqfrFactor ($ R (Integer))) (SIGNATURE flagFactor ($ R (Integer) (Union nil sqfr irred prime))) (SIGNATURE unit (R $)) (SIGNATURE unitNormalize ($ $)) (IF (has R (GcdDomain)) (ATTRIBUTE (GcdDomain)) %noBranch) (IF (has R (RealConstant)) (ATTRIBUTE (RealConstant)) %noBranch) (IF (has R (UniqueFactorizationDomain)) (ATTRIBUTE (UniqueFactorizationDomain)) %noBranch) (IF (has R (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch) (IF (has R (IntegerNumberSystem)) (PROGN (SIGNATURE rational? ((Boolean) $)) (SIGNATURE rational ((Fraction (Integer)) $)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) $))) %noBranch) (IF (has R (Eltable $ $)) (ATTRIBUTE (Eltable $ $)) %noBranch) (IF (has R (Evalable $)) (ATTRIBUTE (Evalable $)) %noBranch) (IF (has R (InnerEvalable (Symbol) $)) (ATTRIBUTE (InnerEvalable (Symbol) $)) %noBranch))) NIL) ------------------------------------------------------------------------ initializing stationary directory for Factored compiling into /tmp/oa-Zhghsj compiling exported convert : % -> InputForm Time: 0.20 SEC. compiling exported nilFactor : (R,Integer) -> % Time: 0.00 SEC. compiling exported sqfrFactor : (R,Integer) -> % Time: 0.01 SEC. compiling exported irreducibleFactor : (R,Integer) -> % Time: 0.00 SEC. compiling exported primeFactor : (R,Integer) -> % Time: 0.01 SEC. compiling exported unit? : % -> Boolean Time: 0.01 SEC. compiling exported factorList : % -> List Record(flg: Union(nil,sqfr,irred,prime),fctr: R,xpnt: Integer) FR;factorList;$L;7 is replaced by %tail Time: 0.01 SEC. compiling exported unit : % -> R FR;unit;$R;8 is replaced by %head Time: 0 SEC. compiling exported numberOfFactors : % -> NonNegativeInteger FR;numberOfFactors;$Nni;9 u is replaced by %llength %tail u Time: 0.02 SEC. compiling exported Zero : () -> % Time: 0.02 SEC. compiling exported zero? : % -> Boolean Time: 0.04 SEC. compiling exported One : () -> % Time: 0.01 SEC. compiling exported one? : % -> Boolean Time: 0.02 SEC. compiling local mkFF : (R,List Record(flg: Union(nil,sqfr,irred,prime),fctr: R,xpnt: Integer)) -> % FR;mkFF is replaced by %pair Time: 0.01 SEC. compiling exported coerce : Integer -> % Time: 0.01 SEC. compiling exported characteristic : () -> NonNegativeInteger Time: 0.00 SEC. compiling exported * : (Integer,%) -> % Time: 0.01 SEC. compiling exported * : (R,%) -> % Time: 0.01 SEC. compiling exported factors : % -> List Record(factor: R,exponent: Integer) Time: 0.02 SEC. compiling exported expand : % -> R Time: 0.00 SEC. compiling local negexp? : % -> Boolean Time: 0.02 SEC. compiling exported makeFR : (R,List Record(flg: Union(nil,sqfr,irred,prime),fctr: R,xpnt: Integer)) -> % Time: 0.01 SEC. compiling exported rational? : % -> Boolean FR;rational?;$B;23 x is replaced by %true Time: 0.01 SEC. compiling exported rationalIfCan : % -> Union(Fraction Integer,failed) Time: 0.01 SEC. compiling exported rational : % -> Fraction Integer Time: 0.05 SEC. compiling exported elt : (%,%) -> % Time: 0.00 SEC. compiling exported eval : (%,List Equation %) -> % Time: 0.06 SEC. compiling exported eval : (%,List Symbol,List %) -> % Time: 0.02 SEC. compiling exported convert : % -> Float Time: 0.08 SEC. compiling exported convert : % -> DoubleFloat Time: 0.07 SEC. compiling exported * : (%,%) -> % Time: 0.03 SEC. compiling exported ** : (%,NonNegativeInteger) -> % Time: 0.02 SEC. compiling local SimplifyFactorization : List Record(flg: Union(nil,sqfr,irred,prime),fctr: R,xpnt: Integer) -> List Record(flg: Union(nil,sqfr,irred,prime),fctr: R,xpnt: Integer) Time: 0.05 SEC. compiling local SimplifyFactorization1 : (Record(flg: Union(nil,sqfr,irred,prime),fctr: R,xpnt: Integer),List Record(flg: Union(nil,sqfr,irred,prime),fctr: R,xpnt: Integer)) -> List Record(flg: Union(nil,sqfr,irred,prime),fctr: R,xpnt: Integer) Time: 0.10 SEC. compiling exported coerce : % -> OutputForm Time: 0.10 SEC. compiling exported retract : % -> R Time: 0.01 SEC. compiling local qexpand : % -> R Time: 0.02 SEC. compiling exported retractIfCan : % -> Union(R,failed) Time: 0 SEC. compiling local LispLessP : (Record(flg: Union(nil,sqfr,irred,prime),fctr: R,xpnt: Integer),Record(flg: Union(nil,sqfr,irred,prime),fctr: R,xpnt: Integer)) -> Boolean Time: 0.02 SEC. compiling local stricterFlag : (Union(nil,sqfr,irred,prime),Union(nil,sqfr,irred,prime)) -> Union(nil,sqfr,irred,prime) FR;stricterFlag(fl1,fl2) is replaced by %when( fl1, %when( fl2,%otherwise fl1), %when( fl1,%otherwise fl2),%otherwise fl2) Time: 0.01 SEC. compiling exported coerce : R -> % Time: 0.01 SEC. compiling exported coerce : R -> % Time: 0.02 SEC. compiling exported coerce : R -> % Time: 0.02 SEC. compiling exported = : (%,%) -> Boolean Time: 0.06 SEC. compiling exported - : % -> % Time: 0.02 SEC. compiling exported recip : % -> Union(%,failed) Time: 0.01 SEC. compiling local reciprocal : % -> % Time: 0.01 SEC. compiling exported exponent : % -> Integer Time: 0.02 SEC. compiling exported nthExponent : (%,Integer) -> Integer Time: 0.02 SEC. compiling exported nthFactor : (%,Integer) -> R Time: 0.02 SEC. compiling exported nthFlag : (%,Integer) -> Union(nil,sqfr,irred,prime) Time: 0.03 SEC. compiling exported flagFactor : (R,Integer,Union(nil,sqfr,irred,prime)) -> % Time: 0.02 SEC. compiling exported differentiate : (%,R -> R) -> % Time: 0.09 SEC. compiling exported map : (R -> R,%) -> % Time: 0.04 SEC. compiling exported exquo : (%,%) -> Union(%,failed) Time: 0.09 SEC. compiling exported unitNormal : % -> Record(unit: %,canonical: %,associate: %) Time: 0.03 SEC. compiling exported unitNormalize : % -> % Time: 0.01 SEC. compiling exported + : (%,%) -> % Time: 0.09 SEC. compiling exported gcd : (%,%) -> % Time: 0.21 SEC. compiling exported + : (%,%) -> % Time: 0.03 SEC. compiling exported prime? : % -> Boolean Time: 0.06 SEC. (time taken in buildFunctor: 36) Time: 0.08 SEC. Warnings: [1] Type List Record(flg: Union("nil","sqfr","irred","prime"),fctr: R,xpnt: Integer) is not in scope. Import it [2] convert: empty? has no value [3] convert: reverse has no value [4] unit?: empty? has no value [5] numberOfFactors: # has no value [6] zero?: # has no value [7] one?: empty? has no value [8] negexp?: negative? has no value [9] eval: IN has no value [10] eval: e has no value [11] convert: fctr has no value [12] convert: xpnt has no value [13] coerce: empty? has no value [14] coerce: reverse has no value [15] coerce: pretend $ -- should replace by @ [16] =: # has no value [17] recip: empty? has no value [18] exponent: empty? has no value [19] exquo: empty? has no value [20] exquo: associate has no value [21] gcd: fctr has no value [22] gcd: xpnt has no value [23] prime?: empty? has no value [24] prime?: xpnt has no value Cumulative Statistics for Constructor Factored Time: 2.08 seconds finalizing NRLIB FR Processing Factored for Browser database: -- expand : % -> R -- exponent : % -> Integer -- makeFR : (R,List FF) -> % -- factorList : % -> List FF -- nilFactor : (R,Integer) -> % -- factors : % -> List Record(factor: R,exponent: Integer) -- irreducibleFactor : (R,Integer) -> % -- nthExponent : (%,Integer) -> Integer -- nthFactor : (%,Integer) -> R -- nthFlag : (%,Integer) -> fUnion -- numberOfFactors : % -> NonNegativeInteger -- primeFactor : (R,Integer) -> % -- sqfrFactor : (R,Integer) -> % -- flagFactor : (R,Integer,fUnion) -> % -- unit : % -> R -- unitNormalize : % -> % -- rational? : % -> Boolean -- rational : % -> Fraction Integer -- rationalIfCan : % -> Union(Fraction Integer,"failed") -- constructor ; compiling file "/tmp/oa-Zhghsj/code.lsp" (written 01 FEB 2016 10:55:40 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FR;factorList;$L;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FR;unit;$R;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FR;numberOfFactors;$Nni;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FR;mkFF|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FR;rational?;$B;23|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FR;stricterFlag|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FR;convert;$If;1| ...) ; compiling (DEFUN |FR;nilFactor;RI$;2| ...) ; compiling (DEFUN |FR;sqfrFactor;RI$;3| ...) ; compiling (DEFUN |FR;irreducibleFactor;RI$;4| ...) ; compiling (DEFUN |FR;primeFactor;RI$;5| ...) ; compiling (DEFUN |FR;unit?;$B;6| ...) ; compiling (DEFUN |FR;factorList;$L;7| ...) ; compiling (DEFUN |FR;unit;$R;8| ...) ; compiling (DEFUN |FR;numberOfFactors;$Nni;9| ...) ; compiling (DEFUN |FR;Zero;$;10| ...) ; compiling (DEFUN |FR;zero?;$B;11| ...) ; file: /tmp/oa-Zhghsj/code.lsp ; in: DEFUN |FR;zero?;$B;11| ; (DEFUN BOOT::|FR;zero?;$B;11| (BOOT::|u| BOOT::$) ; (AND (EQL (LIST-LENGTH (CDR BOOT::|u|)) 1) ; (AND (ZEROP (CAR #)) (AND (BOOT::SPADCALL # #) (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;zero?;$B;11| ; (BOOT::|u| BOOT::$) ; (BLOCK BOOT::|FR;zero?;$B;11| ; (AND (EQL (LIST-LENGTH #) 1) (AND (ZEROP #) (AND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FR;One;$;12| ...) ; compiling (DEFUN |FR;one?;$B;13| ...) ; file: /tmp/oa-Zhghsj/code.lsp ; in: DEFUN |FR;one?;$B;13| ; (DEFUN BOOT::|FR;one?;$B;13| (BOOT::|u| BOOT::$) ; (AND (NULL (CDR BOOT::|u|)) ; (BOOT::SPADCALL (CAR BOOT::|u|) (BOOT::|spadConstant| BOOT::$ 21) ; (BOOT::|shellEntry| BOOT::$ 22)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;one?;$B;13| ; (BOOT::|u| BOOT::$) ; (BLOCK BOOT::|FR;one?;$B;13| ; (AND (NULL (CDR BOOT::|u|)) ; (BOOT::SPADCALL (CAR BOOT::|u|) (BOOT::|spadConstant| BOOT::$ 21) ; (BOOT::|shellEntry| BOOT::$ 22))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FR;mkFF| ...) ; compiling (DEFUN |FR;coerce;I$;15| ...) ; file: /tmp/oa-Zhghsj/code.lsp ; in: DEFUN |FR;coerce;I$;15| ; (DEFUN BOOT::|FR;coerce;I$;15| (BOOT::|j| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|j| (BOOT::|shellEntry| BOOT::$ 62)) ; (BOOT::|shellEntry| BOOT::$ 63))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;coerce;I$;15| ; (BOOT::|j| BOOT::$) ; (BLOCK BOOT::|FR;coerce;I$;15| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|j| (BOOT::|shellEntry| BOOT::$ 62)) ; (BOOT::|shellEntry| BOOT::$ 63)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FR;characteristic;Nni;16| ...) ; file: /tmp/oa-Zhghsj/code.lsp ; in: DEFUN |FR;characteristic;Nni;16| ; (DEFUN BOOT::|FR;characteristic;Nni;16| (BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 65)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;characteristic;Nni;16| ; (BOOT::$) ; (BLOCK BOOT::|FR;characteristic;Nni;16| ; (BOOT::|spadConstant| BOOT::$ 65))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |FR;*;I2$;17| ...) ; compiling (DEFUN |FR;*;R2$;18| ...) ; compiling (DEFUN |FR;factors;$L;19| ...) ; file: /tmp/oa-Zhghsj/code.lsp ; in: DEFUN |FR;factors;$L;19| ; (DEFUN BOOT::|FR;factors;$L;19| (BOOT::|u| BOOT::$) ; (LET ((#:G1207 (CDR BOOT::|u|)) (#:G734 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G1207 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;factors;$L;19| ; (BOOT::|u| BOOT::$) ; (BLOCK BOOT::|FR;factors;$L;19| ; (LET ((#:G1207 #) (#:G734 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |FR;expand;$R;20| ...) ; compiling (DEFUN |FR;negexp?| ...) ; file: /tmp/oa-Zhghsj/code.lsp ; in: DEFUN |FR;negexp?| ; (DEFUN BOOT::|FR;negexp?| (BOOT::|x| BOOT::$) ; (LET ((#:G748 NIL) (#:G749 T) (#:G1208 (CDR BOOT::|x|))) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G1208 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;negexp?| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FR;negexp?| ; (LET ((#:G748 NIL) (#:G749 T) (#:G1208 #)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |FR;makeFR;RL$;22| ...) ; compiling (DEFUN |FR;rational?;$B;23| ...) ; file: /tmp/oa-Zhghsj/code.lsp ; in: DEFUN |FR;rational?;$B;23| ; (DEFUN BOOT::|FR;rational?;$B;23| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; T) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;rational?;$B;23| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|FR;rational?;$B;23| T)) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |FR;rationalIfCan;$U;24| ...) ; compiling (DEFUN |FR;rational;$F;25| ...) ; compiling (DEFUN |FR;elt;3$;26| ...) ; file: /tmp/oa-Zhghsj/code.lsp ; in: DEFUN |FR;elt;3$;26| ; (DEFUN BOOT::|FR;elt;3$;26| (BOOT::|x| BOOT::|v| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|FR;expand;$R;20| BOOT::|v| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 91))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;elt;3$;26| ; (BOOT::|x| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|FR;elt;3$;26| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|FR;expand;$R;20| BOOT::|v| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 91)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FR;eval;$L$;27| ...) ; file: /tmp/oa-Zhghsj/code.lsp ; in: DEFUN |FR;eval;$L$;27| ; (DEFUN BOOT::|FR;eval;$L$;27| (BOOT::|x| BOOT::|l| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| ; (LET ((#:G1210 BOOT::|l|) (#:G772 NIL)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::|shellEntry| BOOT::$ 99))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;eval;$L$;27| ; (BOOT::|x| BOOT::|l| BOOT::$) ; (BLOCK BOOT::|FR;eval;$L$;27| ; (BOOT::SPADCALL BOOT::|x| ; (LET (# #) ; (LOOP # ; #)) ; (BOOT::|shellEntry| BOOT::$ 99)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FR;eval;$LL$;28| ...) ; file: /tmp/oa-Zhghsj/code.lsp ; in: DEFUN |FR;eval;$LL$;28| ; (DEFUN BOOT::|FR;eval;$LL$;28| (BOOT::|x| BOOT::|ls| BOOT::|lv| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|ls| ; (LET ((#:G1211 BOOT::|lv|) (#:G775 NIL)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::|shellEntry| BOOT::$ 105))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;eval;$LL$;28| ; (BOOT::|x| BOOT::|ls| BOOT::|lv| BOOT::$) ; (BLOCK BOOT::|FR;eval;$LL$;28| ; (BOOT::SPADCALL BOOT::|x| BOOT::|ls| ; (LET (# #) ; (LOOP # ; #)) ; (BOOT::|shellEntry| BOOT::$ 105)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FR;convert;$F;29| ...) ; compiling (DEFUN |FR;convert;$Df;30| ...) ; compiling (DEFUN |FR;*;3$;31| ...) ; file: /tmp/oa-Zhghsj/code.lsp ; in: DEFUN |FR;*;3$;31| ; (DEFUN BOOT::|FR;*;3$;31| (BOOT::|u| BOOT::|v| BOOT::$) ; (COND ; ((OR (BOOT::|FR;zero?;$B;11| BOOT::|u| BOOT::$) ; (BOOT::|FR;zero?;$B;11| BOOT::|v| BOOT::$)) ; (BOOT::|spadConstant| BOOT::$ 53)) ; ((BOOT::|FR;one?;$B;13| BOOT::|u| BOOT::$) BOOT::|v|) ; ((BOOT::|FR;one?;$B;13| BOOT::|v| BOOT::$) BOOT::|u|) ; (T ; (CONS (BOOT::SPADCALL # # #) ; (BOOT::|FR;SimplifyFactorization| # BOOT::$))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;*;3$;31| ; (BOOT::|u| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|FR;*;3$;31| ; (COND ((OR # #) (BOOT::|spadConstant| BOOT::$ 53)) ; ((BOOT::|FR;one?;$B;13| BOOT::|u| BOOT::$) BOOT::|v|) ; ((BOOT::|FR;one?;$B;13| BOOT::|v| BOOT::$) BOOT::|u|) ; (T (CONS # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FR;**;$Nni$;32| ...) ; compiling (DEFUN |FR;SimplifyFactorization| ...) ; file: /tmp/oa-Zhghsj/code.lsp ; in: DEFUN |FR;SimplifyFactorization| ; (DEFUN BOOT::|FR;SimplifyFactorization| (BOOT::|x| BOOT::$) ; (COND ((NULL BOOT::|x|) NIL) ; (T (PROGN (SETQ #) (SETQ #) (SETQ #) BOOT::|x|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;SimplifyFactorization| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FR;SimplifyFactorization| ; (COND ((NULL BOOT::|x|) NIL) (T (PROGN # # # BOOT::|x|))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS SIMPLE-VECTOR T)) ; ; compiling (DEFUN |FR;SimplifyFactorization1| ...) ; file: /tmp/oa-Zhghsj/code.lsp ; in: DEFUN |FR;SimplifyFactorization1| ; (DEFUN BOOT::|FR;SimplifyFactorization1| (BOOT::|f| BOOT::|x| BOOT::$) ; (PROG (BOOT::|l|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;SimplifyFactorization1| ; (BOOT::|f| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FR;SimplifyFactorization1| ; (PROG (BOOT::|l|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS SIMPLE-VECTOR T)) &REST T). ; compiling (DEFUN |FR;coerce;$Of;35| ...) ; compiling (DEFUN |FR;retract;$R;36| ...) ; compiling (DEFUN |FR;qexpand| ...) ; compiling (DEFUN |FR;retractIfCan;$U;38| ...) ; compiling (DEFUN |FR;LispLessP| ...) ; file: /tmp/oa-Zhghsj/code.lsp ; in: DEFUN |FR;LispLessP| ; (DEFUN BOOT::|FR;LispLessP| (BOOT::|y| BOOT::|y1| BOOT::$) ; (BOOT::SPADCALL (SVREF BOOT::|y| 1) (SVREF BOOT::|y1| 1) ; (BOOT::|shellEntry| BOOT::$ 148))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;LispLessP| ; (BOOT::|y| BOOT::|y1| BOOT::$) ; (BLOCK BOOT::|FR;LispLessP| ; (BOOT::SPADCALL (SVREF BOOT::|y| 1) (SVREF BOOT::|y1| 1) ; (BOOT::|shellEntry| BOOT::$ 148)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FR;stricterFlag| ...) ; compiling (DEFUN |FR;coerce;R$;41| ...) ; file: /tmp/oa-Zhghsj/code.lsp ; in: DEFUN |FR;coerce;R$;41| ; (DEFUN BOOT::|FR;coerce;R$;41| (BOOT::|r| BOOT::$) ; (BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 151))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;coerce;R$;41| ; (BOOT::|r| BOOT::$) ; (BLOCK BOOT::|FR;coerce;R$;41| ; (BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 151)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FR;coerce;R$;42| ...) ; file: /tmp/oa-Zhghsj/code.lsp ; in: DEFUN |FR;coerce;R$;42| ; (DEFUN BOOT::|FR;coerce;R$;42| (BOOT::|r| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 45)) ; (BOOT::|spadConstant| BOOT::$ 53)) ; ((BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 152)) ; (CONS BOOT::|r| NIL)) ; (T (BOOT::|FR;unitNormalize;2$;57| (BOOT::SPADCALL BOOT::|r| #) BOOT::$)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;coerce;R$;42| ; (BOOT::|r| BOOT::$) ; (BLOCK BOOT::|FR;coerce;R$;42| ; (COND ((BOOT::SPADCALL BOOT::|r| #) (BOOT::|spadConstant| BOOT::$ 53)) ; ((BOOT::SPADCALL BOOT::|r| #) (CONS BOOT::|r| NIL)) ; (T (BOOT::|FR;unitNormalize;2$;57| # BOOT::$))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FR;coerce;R$;43| ...) ; file: /tmp/oa-Zhghsj/code.lsp ; in: DEFUN |FR;coerce;R$;43| ; (DEFUN BOOT::|FR;coerce;R$;43| (BOOT::|r| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 36)) ; (BOOT::|spadConstant| BOOT::$ 52)) ; (T (BOOT::|FR;unitNormalize;2$;57| (CONS # #) BOOT::$)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;coerce;R$;43| ; (BOOT::|r| BOOT::$) ; (BLOCK BOOT::|FR;coerce;R$;43| ; (COND ((BOOT::SPADCALL BOOT::|r| #) (BOOT::|spadConstant| BOOT::$ 52)) ; (T (BOOT::|FR;unitNormalize;2$;57| # BOOT::$))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FR;=;2$B;44| ...) ; file: /tmp/oa-Zhghsj/code.lsp ; in: DEFUN |FR;=;2$B;44| ; (DEFUN BOOT::|FR;=;2$B;44| (BOOT::|u| BOOT::|v| BOOT::$) ; (AND ; (BOOT::SPADCALL (CAR BOOT::|u|) (CAR BOOT::|v|) ; (BOOT::|shellEntry| BOOT::$ 22)) ; (AND (EQL (LIST-LENGTH #) (LIST-LENGTH #)) ; (BOOT::SPADCALL (BOOT::SPADCALL # #) (BOOT::SPADCALL # #) ; (BOOT::|shellEntry| BOOT::$ 157))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;=;2$B;44| ; (BOOT::|u| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|FR;=;2$B;44| ; (AND ; (BOOT::SPADCALL (CAR BOOT::|u|) (CAR BOOT::|v|) ; (BOOT::|shellEntry| BOOT::$ 22)) ; (AND (EQL # #) (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FR;-;2$;45| ...) ; compiling (DEFUN |FR;recip;$U;46| ...) ; compiling (DEFUN |FR;reciprocal| ...) ; compiling (DEFUN |FR;exponent;$I;48| ...) ; compiling (DEFUN |FR;nthExponent;$2I;49| ...) ; compiling (DEFUN |FR;nthFactor;$IR;50| ...) ; compiling (DEFUN |FR;nthFlag;$IU;51| ...) ; compiling (DEFUN |FR;flagFactor;RIU$;52| ...) ; file: /tmp/oa-Zhghsj/code.lsp ; in: DEFUN |FR;flagFactor;RIU$;52| ; (DEFUN BOOT::|FR;flagFactor;RIU$;52| (BOOT::|r| BOOT::|i| BOOT::|fl| BOOT::$) ; (COND ((ZEROP BOOT::|i|) (BOOT::|spadConstant| BOOT::$ 52)) ; ((BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 45)) ; (BOOT::|spadConstant| BOOT::$ 53)) ; (T (BOOT::|FR;unitNormalize;2$;57| (CONS # #) BOOT::$)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;flagFactor;RIU$;52| ; (BOOT::|r| BOOT::|i| BOOT::|fl| BOOT::$) ; (BLOCK BOOT::|FR;flagFactor;RIU$;52| ; (COND ((ZEROP BOOT::|i|) (BOOT::|spadConstant| BOOT::$ 52)) ; ((BOOT::SPADCALL BOOT::|r| #) (BOOT::|spadConstant| BOOT::$ 53)) ; (T (BOOT::|FR;unitNormalize;2$;57| # BOOT::$))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FR;differentiate;$M$;53| ...) ; file: /tmp/oa-Zhghsj/code.lsp ; in: DEFUN |FR;differentiate;$M$;53| ; (DEFUN BOOT::|FR;differentiate;$M$;53| (BOOT::|u| BOOT::|deriv| BOOT::$) ; (LET ((BOOT::|ans| (BOOT::|FR;*;R2$;18| # # BOOT::$))) ; (BOOT::SPADCALL BOOT::|ans| ; (LET (# # #) ; (LOOP # ; #)) ; (BOOT::|shellEntry| BOOT::$ 179)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;differentiate;$M$;53| ; (BOOT::|u| BOOT::|deriv| BOOT::$) ; (BLOCK BOOT::|FR;differentiate;$M$;53| ; (LET ((BOOT::|ans| #)) ; (BOOT::SPADCALL BOOT::|ans| ; (LET # ; #) ; (BOOT::|shellEntry| BOOT::$ 179))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FR;map;M2$;54| ...) ; compiling (DEFUN |FR;exquo;2$U;55| ...) ; compiling (DEFUN |FR;unitNormal;$R;56| ...) ; file: /tmp/oa-Zhghsj/code.lsp ; in: DEFUN |FR;unitNormal;$R;56| ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |FR;unitNormalize;2$;57| ...) ; compiling (DEFUN |FR;+;3$;58| ...) ; compiling (DEFUN |FR;gcd;3$;59| ...) ; file: /tmp/oa-Zhghsj/code.lsp ; in: DEFUN |FR;gcd;3$;59| ; (DEFUN BOOT::|FR;gcd;3$;59| (BOOT::|u| BOOT::|v| BOOT::$) ; (PROG (BOOT::|y| BOOT::|i| BOOT::|x1|) ; (RETURN (COND (# #) (# BOOT::|v|) (# BOOT::|u|) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;gcd;3$;59| ; (BOOT::|u| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|FR;gcd;3$;59| ; (PROG (BOOT::|y| BOOT::|i| BOOT::|x1|) (RETURN (COND # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FR;+;3$;60| ...) ; compiling (DEFUN |FR;prime?;$B;61| ...) ; file: /tmp/oa-Zhghsj/code.lsp ; in: DEFUN |FR;prime?;$B;61| ; (DEFUN BOOT::|FR;prime?;$B;61| (BOOT::|u| BOOT::$) ; (LET ((BOOT::|l| (CDR BOOT::|u|))) ; (AND (NOT (OR # #)) (AND (EQL # 1) (EQL # 3))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;prime?;$B;61| ; (BOOT::|u| BOOT::$) ; (BLOCK BOOT::|FR;prime?;$B;61| ; (LET ((BOOT::|l| #)) ; (AND (NOT #) (AND # #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |Factored| ...) ; compiling (DEFUN |Factored;| ...) ; compiling (MAKEPROP (QUOTE |Factored|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 4 STYLE-WARNING conditions ; printed 20 notes ; /tmp/oa-Zhghsj/code.fasl written ; compilation finished in 0:00:00.198 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/SEGCAT.fasl --optimize=3 SEGCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SEGCAT.spad using Spad compiler. SEGCAT abbreviates category SegmentCategory debug: compDefine1 lhs: (SegmentCategory S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (SegmentCategory S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for SegmentCategory compiling into /tmp/oa-OPXHSO STYLE-WARNING: redefining BOOT::|SegmentCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB SEGCAT Processing SegmentCategory for Browser database: -- ?..? : (S,S) -> % -- BY : (%,Integer) -> % -- lo : % -> S -- hi : % -> S -- low : % -> S -- high : % -> S -- incr : % -> Integer -- segment : (S,S) -> % -- constructor ; compiling file "/tmp/oa-OPXHSO/code.lsp" (written 01 FEB 2016 10:55:41 PM): ; compiling (DEFPARAMETER |SegmentCategory;AL| ...) ; compiling (DEFUN |SegmentCategory;| ...) ; compiling (DEFUN |SegmentCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-OPXHSO/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/SEGXCAT.fasl --optimize=3 SEGXCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SEGXCAT.spad using Spad compiler. SEGXCAT abbreviates category SegmentExpansionCategory debug: compDefine1 lhs: (SegmentExpansionCategory S L) signature (pre-evaluate): ((Category) (OrderedRing) (StreamAggregate S)) debug: evaluateType form: (Category) $param: (S L) debug: evaluateType form: (OrderedRing) $param: (S L) Debug: evaluateType1 form: (OrderedRing) debug: evaluateType form: (StreamAggregate S) $param: (S L) Debug: evaluateType1 form: (StreamAggregate S) debug: evaluateType1 x: S m: (Type) debug: compDefine1 signature (post evaluate): ((Category) (OrderedRing) (StreamAggregate S)) debug: compDefine1 lhs: (SegmentExpansionCategory S L) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (S L) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for SegmentExpansionCategory compiling into /tmp/oa-pjZ8kW STYLE-WARNING: redefining BOOT::|SegmentExpansionCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB SEGXCAT Processing SegmentExpansionCategory for Browser database: -- expand : List % -> L -- expand : % -> L -- map : ((S -> S),%) -> L -- constructor ; compiling file "/tmp/oa-pjZ8kW/code.lsp" (written 01 FEB 2016 10:55:41 PM): ; compiling (DEFPARAMETER |SegmentExpansionCategory;AL| ...) ; compiling (DEFUN |SegmentExpansionCategory;| ...) ; compiling (DEFUN |SegmentExpansionCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-pjZ8kW/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/UPOLYC2.fasl --optimize=3 UPOLYC2.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UPOLYC2.spad using Spad compiler. UPOLYC2 abbreviates package UnivariatePolynomialCategoryFunctions2 debug: compDefine1 lhs: (UnivariatePolynomialCategoryFunctions2 R PR S PS) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map (PS (Mapping S R) PR))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map (PS (Mapping S R) PR))) $param: (R PR S PS) debug: evaluateType form: PS $param: (R PR S PS) debug: evaluateType form: (Mapping S R) $param: (R PR S PS) debug: evaluateType form: S $param: (R PR S PS) debug: evaluateType form: R $param: (R PR S PS) debug: evaluateType form: PR $param: (R PR S PS) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map (PS (Mapping S R) PR))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for UnivariatePolynomialCategoryFunctions2 compiling into /tmp/oa-u4B5k0 compiling exported map : (R -> S,PR) -> PS Time: 0.09 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor UnivariatePolynomialCategoryFunctions2 Time: 0.10 seconds finalizing NRLIB UPOLYC2 Processing UnivariatePolynomialCategoryFunctions2 for Browser database: -- map : ((R -> S),PR) -> PS -- constructor ; compiling file "/tmp/oa-u4B5k0/code.lsp" (written 01 FEB 2016 10:55:41 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |UPOLYC2;map;MPRPS;1| ...) ; compiling (DEFUN |UnivariatePolynomialCategoryFunctions2| ...) ; compiling (DEFUN |UnivariatePolynomialCategoryFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |UnivariatePolynomialCategoryFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-u4B5k0/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/FRAC.fasl --optimize=3 FRAC.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FRAC.spad using Spad compiler. FRAC abbreviates domain Fraction debug: compDefine1 lhs: (Fraction S) signature (pre-evaluate): ((Join (QuotientFieldCategory S) (CATEGORY package (IF (has S (ATTRIBUTE canonical)) (IF (has S (GcdDomain)) (IF (has S (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonical) %noBranch) %noBranch) %noBranch))) (IntegralDomain)) debug: evaluateType form: (Join (QuotientFieldCategory S) (CATEGORY package (IF (has S (ATTRIBUTE canonical)) (IF (has S (GcdDomain)) (IF (has S (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonical) %noBranch) %noBranch) %noBranch))) $param: (S) debug: evaluateType form: (QuotientFieldCategory S) $param: (S) Debug: evaluateType1 form: (QuotientFieldCategory S) debug: evaluateType1 x: S m: (IntegralDomain) debug: evaluateType form: (CATEGORY package (IF (has S (ATTRIBUTE canonical)) (IF (has S (GcdDomain)) (IF (has S (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonical) %noBranch) %noBranch) %noBranch)) $param: (S) debug: evaluateType form: (IntegralDomain) $param: (S) Debug: evaluateType1 form: (IntegralDomain) debug: compDefine1 signature (post evaluate): ((Join (QuotientFieldCategory S) (CATEGORY package (IF (has S (ATTRIBUTE canonical)) (IF (has S (GcdDomain)) (IF (has S (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonical) %noBranch) %noBranch) %noBranch))) (IntegralDomain)) debug: compDefine1 lhs: (Fraction S) signature (pre-evaluate): ((Join (QuotientFieldCategory S) (CATEGORY package (IF (has S (ATTRIBUTE canonical)) (IF (has S (GcdDomain)) (IF (has S (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonical) %noBranch) %noBranch) %noBranch))) NIL) debug: evaluateType form: (Join (QuotientFieldCategory S) (CATEGORY package (IF (has S (ATTRIBUTE canonical)) (IF (has S (GcdDomain)) (IF (has S (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonical) %noBranch) %noBranch) %noBranch))) $param: (S) debug: evaluateType form: (QuotientFieldCategory S) $param: (S) Debug: evaluateType1 form: (QuotientFieldCategory S) debug: evaluateType1 x: S m: (IntegralDomain) debug: evaluateType form: (CATEGORY package (IF (has S (ATTRIBUTE canonical)) (IF (has S (GcdDomain)) (IF (has S (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonical) %noBranch) %noBranch) %noBranch)) $param: (S) debug: compDefine1 signature (post evaluate): ((Join (QuotientFieldCategory S) (CATEGORY package (IF (has S (ATTRIBUTE canonical)) (IF (has S (GcdDomain)) (IF (has S (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonical) %noBranch) %noBranch) %noBranch))) NIL) ------------------------------------------------------------------------ initializing stationary directory for Fraction compiling into /tmp/oa-BIqczi compiling exported coerce : S -> % Time: 0.07 SEC. compiling exported zero? : % -> Boolean Time: 0.00 SEC. compiling exported retract : % -> S Time: 0.02 SEC. compiling exported retractIfCan : % -> Union(S,failed) Time: 0.00 SEC. compiling exported retract : % -> S Time: 0.01 SEC. compiling exported retractIfCan : % -> Union(S,failed) Time: 0.00 SEC. compiling exported retract : % -> S Time: 0.01 SEC. compiling exported retractIfCan : % -> Union(S,failed) Time: 0 SEC. compiling exported wholePart : % -> S Time: 0.01 SEC. compiling exported floor : % -> S Time: 0.02 SEC. compiling exported ceiling : % -> S Time: 0.01 SEC. compiling local normalize : % -> % Time: 0.04 SEC. compiling exported recip : % -> Union(%,failed) Time: 0.00 SEC. compiling local cancelGcd : % -> S Time: 0.02 SEC. compiling exported / : (S,S) -> % Time: 0.01 SEC. compiling exported + : (%,%) -> % Time: 0.03 SEC. compiling exported - : (%,%) -> % Time: 0.03 SEC. compiling exported * : (%,%) -> % Time: 0.02 SEC. compiling exported * : (Integer,%) -> % Time: 0.01 SEC. compiling exported * : (S,%) -> % Time: 0.01 SEC. compiling exported differentiate : (%,S -> S) -> % Time: 0.02 SEC. compiling exported = : (%,%) -> Boolean Time: 0.01 SEC. compiling exported one? : % -> Boolean Time: 0.00 SEC. compiling exported / : (S,S) -> % Time: 0.01 SEC. compiling exported recip : % -> Union(%,failed) Time: 0.00 SEC. compiling exported retract : % -> Fraction Integer Time: 0.01 SEC. compiling exported retractIfCan : % -> Union(Fraction Integer,failed) Time: 0.01 SEC. compiling exported retract : % -> Fraction Integer Time: 0.02 SEC. compiling exported retractIfCan : % -> Union(Fraction Integer,failed) Time: 0.02 SEC. importing UnivariatePolynomialCategoryFunctions2($,SparseUnivariatePolynomial $,S,SparseUnivariatePolynomial S) importing UnivariatePolynomialCategoryFunctions2(S,SparseUnivariatePolynomial S,$,SparseUnivariatePolynomial $) compiling exported gcdPolynomial : (SparseUnivariatePolynomial %,SparseUnivariatePolynomial %) -> SparseUnivariatePolynomial % Time: 0.10 SEC. importing Factored SparseUnivariatePolynomial $ compiling exported charthRoot : % -> Maybe % Time: 0.05 SEC. compiling exported charthRoot : % -> Maybe % Time: 0.23 SEC. compiling exported charthRoot : % -> Maybe % Time: 0.14 SEC. compiling local clear : List % -> List S Time: 0.04 SEC. compiling exported conditionP : Matrix % -> Union(Vector %,failed) Time: 0.24 SEC. compiling exported factorPolynomial : SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial % Time: 0.18 SEC. compiling exported factorSquareFreePolynomial : SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial % Time: 0.17 SEC. (time taken in buildFunctor: 92) Time: 0.16 SEC. Warnings: [1] Rep differs from the base domain [2] retractIfCan: Type Fraction Integer is not in scope. Import it Cumulative Statistics for Constructor Fraction Time: 1.74 seconds --------------non extending category---------------------- Fraction #1 of category QuotientFieldCategory #1 with IF (has #1 (ATTRIBUTE canonical)) (IF (has #1 (GcdDomain)) (IF (has #1 (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonical) %noBranch) %noBranch) %noBranch has no IF(has#1OrderedRing(),OrderedRing,%noBranch) ---------------------------------------------------------- finalizing NRLIB FRAC Processing Fraction for Browser database: -- canonical : () -> attribute -- constructor ; compiling file "/tmp/oa-BIqczi/code.lsp" (written 01 FEB 2016 10:55:43 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FRAC;coerce;S$;1| ...) ; compiling (DEFUN |FRAC;zero?;$B;2| ...) ; file: /tmp/oa-BIqczi/code.lsp ; in: DEFUN |FRAC;zero?;$B;2| ; (DEFUN BOOT::|FRAC;zero?;$B;2| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (CAR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 12))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FRAC;zero?;$B;2| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FRAC;zero?;$B;2| ; (BOOT::SPADCALL (CAR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 12)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FRAC;retract;$S;3| ...) ; compiling (DEFUN |FRAC;retractIfCan;$U;4| ...) ; compiling (DEFUN |FRAC;retract;$S;5| ...) ; compiling (DEFUN |FRAC;retractIfCan;$U;6| ...) ; file: /tmp/oa-BIqczi/code.lsp ; in: DEFUN |FRAC;retractIfCan;$U;6| ; (DEFUN BOOT::|FRAC;retractIfCan;$U;6| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (CAR BOOT::|x|) (CDR BOOT::|x|) ; (BOOT::|shellEntry| BOOT::$ 19))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FRAC;retractIfCan;$U;6| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FRAC;retractIfCan;$U;6| ; (BOOT::SPADCALL (CAR BOOT::|x|) (CDR BOOT::|x|) ; (BOOT::|shellEntry| BOOT::$ 19)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |FRAC;retract;$S;7| ...) ; compiling (DEFUN |FRAC;retractIfCan;$U;8| ...) ; file: /tmp/oa-BIqczi/code.lsp ; in: DEFUN |FRAC;retractIfCan;$U;8| ; (DEFUN BOOT::|FRAC;retractIfCan;$U;8| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (CAR BOOT::|x|) (CDR BOOT::|x|) ; (BOOT::|shellEntry| BOOT::$ 19))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FRAC;retractIfCan;$U;8| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FRAC;retractIfCan;$U;8| ; (BOOT::SPADCALL (CAR BOOT::|x|) (CDR BOOT::|x|) ; (BOOT::|shellEntry| BOOT::$ 19)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |FRAC;wholePart;$S;9| ...) ; compiling (DEFUN |FRAC;floor;$S;10| ...) ; compiling (DEFUN |FRAC;ceiling;$S;11| ...) ; compiling (DEFUN |FRAC;normalize| ...) ; file: /tmp/oa-BIqczi/code.lsp ; in: DEFUN |FRAC;normalize| ; (DEFUN BOOT::|FRAC;normalize| (BOOT::|x| BOOT::$) ; (COND ; ((BOOT::SPADCALL (CAR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 12)) ; (BOOT::|spadConstant| BOOT::$ 28)) ; ((BOOT::SPADCALL (CDR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 14)) ; BOOT::|x|) ; (T ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FRAC;normalize| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FRAC;normalize| ; (COND ((BOOT::SPADCALL # #) (BOOT::|spadConstant| BOOT::$ 28)) ; ((BOOT::SPADCALL # #) BOOT::|x|) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FRAC;recip;$U;13| ...) ; compiling (DEFUN |FRAC;cancelGcd| ...) ; compiling (DEFUN |FRAC;/;2S$;15| ...) ; file: /tmp/oa-BIqczi/code.lsp ; in: DEFUN |FRAC;/;2S$;15| ; (DEFUN BOOT::|FRAC;/;2S$;15| (BOOT::|nn| BOOT::|dd| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|dd| (BOOT::|shellEntry| BOOT::$ 12)) ; (BOOT::|error| "division by zero")) ; (T ; (LET (#) ; (PROGN # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FRAC;/;2S$;15| ; (BOOT::|nn| BOOT::|dd| BOOT::$) ; (BLOCK BOOT::|FRAC;/;2S$;15| ; (COND ; ((BOOT::SPADCALL BOOT::|dd| #) (BOOT::|error| "division by zero")) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FRAC;+;3$;16| ...) ; compiling (DEFUN |FRAC;-;3$;17| ...) ; compiling (DEFUN |FRAC;*;3$;18| ...) ; file: /tmp/oa-BIqczi/code.lsp ; in: DEFUN |FRAC;*;3$;18| ; (DEFUN BOOT::|FRAC;*;3$;18| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ; ((OR (BOOT::|FRAC;zero?;$B;2| BOOT::|x| BOOT::$) ; (BOOT::|FRAC;zero?;$B;2| BOOT::|y| BOOT::$)) ; (BOOT::|spadConstant| BOOT::$ 28)) ; ((BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 38)) BOOT::|y|) ; ((BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 38)) BOOT::|x|) ; (T ; (PROGN ; (LET # ; #) ; (BOOT::|FRAC;cancelGcd| BOOT::|x| BOOT::$) ; (BOOT::|FRAC;cancelGcd| BOOT::|y| BOOT::$) ; (BOOT::|FRAC;normalize| # BOOT::$))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FRAC;*;3$;18| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|FRAC;*;3$;18| ; (COND ((OR # #) (BOOT::|spadConstant| BOOT::$ 28)) ; ((BOOT::SPADCALL BOOT::|x| #) BOOT::|y|) ; ((BOOT::SPADCALL BOOT::|y| #) BOOT::|x|) (T (PROGN # # # #))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; CONS ; ; ; note: Assignment to argument: |y| ; prevents use of assertion from function type proclamation: ; CONS ; ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FRAC;*;I2$;19| ...) ; compiling (DEFUN |FRAC;*;S2$;20| ...) ; compiling (DEFUN |FRAC;differentiate;$M$;21| ...) ; compiling (DEFUN |FRAC;=;2$B;22| ...) ; file: /tmp/oa-BIqczi/code.lsp ; in: DEFUN |FRAC;=;2$B;22| ; (DEFUN BOOT::|FRAC;=;2$B;22| (BOOT::|x| BOOT::|y| BOOT::$) ; (AND ; (BOOT::SPADCALL (CAR BOOT::|x|) (CAR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 46)) ; (BOOT::SPADCALL (CDR BOOT::|x|) (CDR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 46)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FRAC;=;2$B;22| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|FRAC;=;2$B;22| ; (AND ; (BOOT::SPADCALL (CAR BOOT::|x|) (CAR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 46)) ; (BOOT::SPADCALL (CDR BOOT::|x|) (CDR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 46))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FRAC;one?;$B;23| ...) ; file: /tmp/oa-BIqczi/code.lsp ; in: DEFUN |FRAC;one?;$B;23| ; (DEFUN BOOT::|FRAC;one?;$B;23| (BOOT::|x| BOOT::$) ; (AND (BOOT::SPADCALL (CAR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 14)) ; (BOOT::SPADCALL (CDR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 14)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FRAC;one?;$B;23| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FRAC;one?;$B;23| ; (AND (BOOT::SPADCALL (CAR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 14)) ; (BOOT::SPADCALL (CDR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 14))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FRAC;/;2S$;24| ...) ; file: /tmp/oa-BIqczi/code.lsp ; in: DEFUN |FRAC;/;2S$;24| ; (DEFUN BOOT::|FRAC;/;2S$;24| (BOOT::|nn| BOOT::|dd| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|dd| (BOOT::|shellEntry| BOOT::$ 12)) ; (BOOT::|error| "division by zero")) ; (T (CONS BOOT::|nn| BOOT::|dd|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FRAC;/;2S$;24| ; (BOOT::|nn| BOOT::|dd| BOOT::$) ; (BLOCK BOOT::|FRAC;/;2S$;24| ; (COND ; ((BOOT::SPADCALL BOOT::|dd| #) (BOOT::|error| "division by zero")) ; (T (CONS BOOT::|nn| BOOT::|dd|))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FRAC;recip;$U;25| ...) ; compiling (DEFUN |FRAC;retract;$F;26| ...) ; compiling (DEFUN |FRAC;retractIfCan;$U;27| ...) ; file: /tmp/oa-BIqczi/code.lsp ; in: DEFUN |FRAC;retractIfCan;$U;27| ; (DEFUN BOOT::|FRAC;retractIfCan;$U;27| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|u| (BOOT::SPADCALL BOOT::|x| #))) ; (COND ((EQL # 1) (CONS 1 "failed")) (T (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FRAC;retractIfCan;$U;27| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FRAC;retractIfCan;$U;27| ; (LET ((BOOT::|u| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |FRAC;retract;$F;28| ...) ; compiling (DEFUN |FRAC;retractIfCan;$U;29| ...) ; compiling (DEFUN |FRAC;gcdPolynomial;3Sup;30| ...) ; compiling (DEFUN |FRAC;gcdPolynomial;3Sup;30!3| ...) ; compiling (DEFUN |FRAC;gcdPolynomial;3Sup;30!2| ...) ; compiling (DEFUN |FRAC;gcdPolynomial;3Sup;30!1| ...) ; compiling (DEFUN |FRAC;gcdPolynomial;3Sup;30!0| ...) ; compiling (DEFUN |FRAC;charthRoot;$M;31| ...) ; compiling (DEFUN |FRAC;charthRoot;$M;32| ...) ; compiling (DEFUN |FRAC;charthRoot;$M;33| ...) ; compiling (DEFUN |FRAC;clear| ...) ; file: /tmp/oa-BIqczi/code.lsp ; in: DEFUN |FRAC;clear| ; (DEFUN BOOT::|FRAC;clear| (BOOT::|l| BOOT::$) ; (LET ((BOOT::|d| ; (LET # ; #))) ; (LET ((#:G1117 BOOT::|l|) (#:G1007 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FRAC;clear| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|FRAC;clear| ; (LET ((BOOT::|d| #)) ; (LET (# #) ; (LOOP # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |FRAC;conditionP;MU;35| ...) ; compiling (DEFUN |FRAC;factorPolynomial;SupF;36| ...) ; compiling (DEFUN |FRAC;factorPolynomial;SupF;36!3| ...) ; compiling (DEFUN |FRAC;factorPolynomial;SupF;36!2| ...) ; compiling (DEFUN |FRAC;factorPolynomial;SupF;36!1| ...) ; compiling (DEFUN |FRAC;factorPolynomial;SupF;36!0| ...) ; compiling (DEFUN |FRAC;factorSquareFreePolynomial;SupF;37| ...) ; compiling (DEFUN |FRAC;factorSquareFreePolynomial;SupF;37!3| ...) ; compiling (DEFUN |FRAC;factorSquareFreePolynomial;SupF;37!2| ...) ; compiling (DEFUN |FRAC;factorSquareFreePolynomial;SupF;37!1| ...) ; compiling (DEFUN |FRAC;factorSquareFreePolynomial;SupF;37!0| ...) ; compiling (DEFUN |Fraction| ...) ; compiling (DEFUN |Fraction;| ...) ; compiling (MAKEPROP (QUOTE |Fraction|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 13 notes ; /tmp/oa-BIqczi/code.fasl written ; compilation finished in 0:00:00.191 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/DIVRING.fasl --optimize=3 DIVRING.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DIVRING.spad using Spad compiler. DIVRING abbreviates category DivisionRing debug: compDefine1 lhs: (DivisionRing) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for DivisionRing compiling into /tmp/oa-mVlGmD STYLE-WARNING: redefining BOOT::|DivisionRing;| in DEFUN STYLE-WARNING: redefining BOOT::|DivisionRing| in DEFUN Time: 0.05 SEC. DIVRING- abbreviates package DivisionRing& ------------------------------------------------------------------------ initializing stationary directory for DivisionRing& compiling into /tmp/oa-yZ2r0d importing RepeatedSquaring S compiling exported ** : (S,Integer) -> S Time: 0.03 SEC. compiling exported * : (Fraction Integer,S) -> S Time: 0.02 SEC. (time taken in buildFunctor: 4) Time: 0.00 SEC. Cumulative Statistics for Constructor DivisionRing& Time: 0.05 seconds finalizing NRLIB DIVRING- ; compiling file "/tmp/oa-yZ2r0d/code.lsp" (written 01 FEB 2016 10:55:43 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DIVRING-;**;$I$;1| ...) ; compiling (DEFUN |DIVRING-;*;F2$;2| ...) ; compiling (DEFUN |DivisionRing&| ...) ; compiling (MAKEPROP (QUOTE |DivisionRing&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-yZ2r0d/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ finalizing NRLIB DIVRING Processing DivisionRing for Browser database: -- ?**? : (%,Integer) -> % -- inv : % -> % -- constructor ; compiling file "/tmp/oa-mVlGmD/code.lsp" (written 01 FEB 2016 10:55:43 PM): ; compiling (DEFPARAMETER |DivisionRing;AL| ...) ; compiling (DEFUN |DivisionRing;| ...) ; compiling (DEFUN |DivisionRing| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-mVlGmD/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/FIELD.fasl --optimize=3 FIELD.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FIELD.spad using Spad compiler. FIELD abbreviates category Field debug: compDefine1 lhs: (Field) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for Field compiling into /tmp/oa-3At0sM STYLE-WARNING: redefining BOOT::|Field| in DEFUN Time: 0.01 SEC. FIELD- abbreviates package Field& ------------------------------------------------------------------------ initializing stationary directory for Field& compiling into /tmp/oa-C9FIzn compiling exported unitNormal : S -> Record(unit: S,canonical: S,associate: S) Time: 0.02 SEC. compiling exported unitCanonical : S -> S Time: 0.00 SEC. compiling exported associates? : (S,S) -> Boolean Time: 0 SEC. compiling exported inv : S -> S Time: 0.01 SEC. compiling exported exquo : (S,S) -> Union(S,failed) Time: 0 SEC. compiling exported gcd : (S,S) -> S Time: 0.00 SEC. compiling exported euclideanSize : S -> NonNegativeInteger FIELD-;euclideanSize;$Nni;7 x is replaced by 0 Time: 0 SEC. compiling exported prime? : S -> Boolean FIELD-;prime?;$B;8 x is replaced by %false Time: 0.00 SEC. compiling exported squareFree : S -> Factored S Time: 0.01 SEC. compiling exported factor : S -> Factored S Time: 0.00 SEC. compiling exported / : (S,S) -> S Time: 0.01 SEC. compiling exported divide : (S,S) -> Record(quotient: S,remainder: S) Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] squareFree: not known that IntegralDomain is of mode CATEGORY(package,/: (S,S) -> S,inv: S -> S,prime?: S -> Boolean,squareFree: S -> Factored S,factor: S -> Factored S,divide: (S,S) -> Record(quotient: S,remainder: S),euclideanSize: S -> NonNegativeInteger,gcd: List S -> S,gcd: (S,S) -> S,associates?: (S,S) -> Boolean,unitCanonical: S -> S,unitNormal: S -> Record(unit: S,canonical: S,associate: S),exquo: (S,S) -> Union(S,"failed")) Cumulative Statistics for Constructor Field& Time: 0.08 seconds finalizing NRLIB FIELD- ; compiling file "/tmp/oa-C9FIzn/code.lsp" (written 01 FEB 2016 10:55:44 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FIELD-;euclideanSize;$Nni;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FIELD-;prime?;$B;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FIELD-;unitNormal;$R;1| ...) ; compiling (DEFUN |FIELD-;unitCanonical;2$;2| ...) ; compiling (DEFUN |FIELD-;associates?;2$B;3| ...) ; file: /tmp/oa-C9FIzn/code.lsp ; in: DEFUN |FIELD-;associates?;2$B;3| ; (DEFUN BOOT::|FIELD-;associates?;2$B;3| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 8)) ; (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 8))) ; (T (NOT (BOOT::SPADCALL BOOT::|y| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FIELD-;associates?;2$B;3| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|FIELD-;associates?;2$B;3| ; (COND ((BOOT::SPADCALL BOOT::|x| #) (BOOT::SPADCALL BOOT::|y| #)) ; (T (NOT #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FIELD-;inv;2$;4| ...) ; compiling (DEFUN |FIELD-;exquo;2$U;5| ...) ; compiling (DEFUN |FIELD-;gcd;3$;6| ...) ; file: /tmp/oa-C9FIzn/code.lsp ; in: DEFUN |FIELD-;gcd;3$;6| ; (DEFUN BOOT::|FIELD-;gcd;3$;6| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 9)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FIELD-;gcd;3$;6| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|FIELD-;gcd;3$;6| (BOOT::|spadConstant| BOOT::$ 9))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |y| is defined but never used. ; compiling (DEFUN |FIELD-;euclideanSize;$Nni;7| ...) ; file: /tmp/oa-C9FIzn/code.lsp ; in: DEFUN |FIELD-;euclideanSize;$Nni;7| ; (DEFUN BOOT::|FIELD-;euclideanSize;$Nni;7| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; 0) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FIELD-;euclideanSize;$Nni;7| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|FIELD-;euclideanSize;$Nni;7| 0)) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |FIELD-;prime?;$B;8| ...) ; file: /tmp/oa-C9FIzn/code.lsp ; in: DEFUN |FIELD-;prime?;$B;8| ; (DEFUN BOOT::|FIELD-;prime?;$B;8| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; NIL) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FIELD-;prime?;$B;8| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|FIELD-;prime?;$B;8| NIL)) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |FIELD-;squareFree;$F;9| ...) ; compiling (DEFUN |FIELD-;factor;$F;10| ...) ; compiling (DEFUN |FIELD-;/;3$;11| ...) ; compiling (DEFUN |FIELD-;divide;2$R;12| ...) ; compiling (DEFUN |Field&| ...) ; compiling (MAKEPROP (QUOTE |Field&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 4 STYLE-WARNING conditions ; printed 1 note ; /tmp/oa-C9FIzn/code.fasl written ; compilation finished in 0:00:00.037 ------------------------------------------------------------------------ finalizing NRLIB FIELD Processing Field for Browser database: -- ?/? : (%,%) -> % -- canonicalUnitNormal : () -> attribute -- constructor ; compiling file "/tmp/oa-3At0sM/code.lsp" (written 01 FEB 2016 10:55:44 PM): ; compiling (DEFPARAMETER |Field;AL| ...) ; compiling (DEFUN |Field;| ...) ; compiling (DEFUN |Field| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-3At0sM/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/AMR.fasl --optimize=3 AMR.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/AMR.spad using Spad compiler. AMR abbreviates category AbelianMonoidRing debug: compDefine1 lhs: (AbelianMonoidRing R E) signature (pre-evaluate): ((Category) (Ring) (OrderedAbelianMonoid)) debug: evaluateType form: (Category) $param: (R E) debug: evaluateType form: (Ring) $param: (R E) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (OrderedAbelianMonoid) $param: (R E) Debug: evaluateType1 form: (OrderedAbelianMonoid) debug: compDefine1 signature (post evaluate): ((Category) (Ring) (OrderedAbelianMonoid)) debug: compDefine1 lhs: (AbelianMonoidRing R E) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (R E) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for AbelianMonoidRing compiling into /tmp/oa-obCEK3 STYLE-WARNING: redefining BOOT::|AbelianMonoidRing| in DEFUN Time: 0.02 SEC. AMR- abbreviates package AbelianMonoidRing& ------------------------------------------------------------------------ initializing stationary directory for AbelianMonoidRing& compiling into /tmp/oa-tT9OqF compiling exported monomial? : S -> Boolean Time: 0.02 SEC. compiling exported map : (R -> R,S) -> S Time: 0 SEC. compiling exported * : (Fraction Integer,S) -> S Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor AbelianMonoidRing& Time: 0.05 seconds finalizing NRLIB AMR- ; compiling file "/tmp/oa-tT9OqF/code.lsp" (written 01 FEB 2016 10:55:44 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |AMR-;monomial?;$B;1| ...) ; file: /tmp/oa-tT9OqF/code.lsp ; in: DEFUN |AMR-;monomial?;$B;1| ; (DEFUN BOOT::|AMR-;monomial?;$B;1| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 9)) ; (BOOT::|shellEntry| BOOT::$ 11))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|AMR-;monomial?;$B;1| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|AMR-;monomial?;$B;1| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 9)) ; (BOOT::|shellEntry| BOOT::$ 11)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |AMR-;map;M2$;2| ...) ; compiling (DEFUN |AMR-;*;F2$;3| ...) ; compiling (DEFUN |AMR-;*;F2$;3!0| ...) ; compiling (DEFUN |AbelianMonoidRing&| ...) ; compiling (MAKEPROP (QUOTE |AbelianMonoidRing&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-tT9OqF/code.fasl written ; compilation finished in 0:00:00.018 ------------------------------------------------------------------------ finalizing NRLIB AMR Processing AbelianMonoidRing for Browser database: -- leadingCoefficient : % -> R -- leadingMonomial : % -> % -- degree : % -> E -- monomial? : % -> Boolean -- monomial : (R,E) -> % -- reductum : % -> % -- coefficient : (%,E) -> R -- ?/? : (%,R) -> % -- constructor ; compiling file "/tmp/oa-obCEK3/code.lsp" (written 01 FEB 2016 10:55:44 PM): ; compiling (DEFPARAMETER |AbelianMonoidRing;AL| ...) ; compiling (DEFUN |AbelianMonoidRing;| ...) ; compiling (DEFUN |AbelianMonoidRing| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-obCEK3/code.fasl written ; compilation finished in 0:00:00.018 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/FAMR.fasl --optimize=3 FAMR.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FAMR.spad using Spad compiler. FAMR abbreviates category FiniteAbelianMonoidRing debug: compDefine1 lhs: (FiniteAbelianMonoidRing R E) signature (pre-evaluate): ((Category) (Ring) (OrderedAbelianMonoid)) debug: evaluateType form: (Category) $param: (R E) debug: evaluateType form: (Ring) $param: (R E) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (OrderedAbelianMonoid) $param: (R E) Debug: evaluateType1 form: (OrderedAbelianMonoid) debug: compDefine1 signature (post evaluate): ((Category) (Ring) (OrderedAbelianMonoid)) debug: compDefine1 lhs: (FiniteAbelianMonoidRing R E) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (R E) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FiniteAbelianMonoidRing compiling into /tmp/oa-2fL1Pj STYLE-WARNING: redefining BOOT::|FiniteAbelianMonoidRing| in DEFUN Time: 0.02 SEC. FAMR- abbreviates package FiniteAbelianMonoidRing& ------------------------------------------------------------------------ initializing stationary directory for FiniteAbelianMonoidRing& compiling into /tmp/oa-ZOs39V compiling exported pomopo! : (S,R,E,S) -> S Time: 0.02 SEC. compiling exported binomThmExpt : (S,S,NonNegativeInteger) -> S Time: 0.02 SEC. compiling exported ground? : S -> Boolean Time: 0 SEC. compiling exported ground : S -> R Time: 0.00 SEC. compiling exported mapExponents : (E -> E,S) -> S Time: 0.00 SEC. compiling exported coefficients : S -> List R Time: 0.01 SEC. compiling exported / : (S,R) -> S Time: 0.00 SEC. compiling exported exquo : (S,R) -> Union(S,failed) Time: 0.02 SEC. compiling exported content : S -> R Time: 0.01 SEC. compiling exported primitivePart : S -> S Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor FiniteAbelianMonoidRing& Time: 0.10 seconds finalizing NRLIB FAMR- ; compiling file "/tmp/oa-ZOs39V/code.lsp" (written 01 FEB 2016 10:55:44 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FAMR-;pomopo!;$RE2$;1| ...) ; compiling (DEFUN |FAMR-;pomopo!;$RE2$;1!0| ...) ; compiling (DEFUN |FAMR-;binomThmExpt;2$Nni$;2| ...) ; compiling (DEFUN |FAMR-;ground?;$B;3| ...) ; compiling (DEFUN |FAMR-;ground;$R;4| ...) ; compiling (DEFUN |FAMR-;mapExponents;M2$;5| ...) ; compiling (DEFUN |FAMR-;coefficients;$L;6| ...) ; compiling (DEFUN |FAMR-;/;$R$;7| ...) ; compiling (DEFUN |FAMR-;/;$R$;7!0| ...) ; compiling (DEFUN |FAMR-;exquo;$RU;8| ...) ; compiling (DEFUN |FAMR-;content;$R;9| ...) ; compiling (DEFUN |FAMR-;primitivePart;2$;10| ...) ; compiling (DEFUN |FiniteAbelianMonoidRing&| ...) ; compiling (MAKEPROP (QUOTE |FiniteAbelianMonoidRing&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-ZOs39V/code.fasl written ; compilation finished in 0:00:00.066 ------------------------------------------------------------------------ finalizing NRLIB FAMR Processing FiniteAbelianMonoidRing for Browser database: -- ground? : % -> Boolean -- ground : % -> R -- coefficients : % -> List R -- numberOfMonomials : % -> NonNegativeInteger -- minimumDegree : % -> E -- mapExponents : ((E -> E),%) -> % -- pomopo! : (%,R,E,%) -> % -- binomThmExpt : (%,%,NonNegativeInteger) -> % -- exquo : (%,R) -> Union(%,"failed") -- content : % -> R -- primitivePart : % -> % -- constructor ; compiling file "/tmp/oa-2fL1Pj/code.lsp" (written 01 FEB 2016 10:55:44 PM): ; compiling (DEFPARAMETER |FiniteAbelianMonoidRing;AL| ...) ; compiling (DEFUN |FiniteAbelianMonoidRing;| ...) ; compiling (DEFUN |FiniteAbelianMonoidRing| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-2fL1Pj/code.fasl written ; compilation finished in 0:00:00.019 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/GENPGCD.fasl --optimize=3 GENPGCD.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GENPGCD.spad using Spad compiler. GENPGCD abbreviates package GeneralPolynomialGcdPackage debug: compDefine1 lhs: (GeneralPolynomialGcdPackage E OV R P) signature (pre-evaluate): ((CATEGORY package (SIGNATURE gcdPolynomial ((SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P))) (SIGNATURE randomR (R))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE gcdPolynomial ((SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P))) (SIGNATURE randomR (R))) $param: (E OV R P) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: R $param: (E OV R P) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE gcdPolynomial ((SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P))) (SIGNATURE randomR (R))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for GeneralPolynomialGcdPackage compiling into /tmp/oa-Mzg5EN importing UnivariatePolynomialCategoryFunctions2(R,SparseUnivariatePolynomial R,P,SparseUnivariatePolynomial P) importing UnivariatePolynomialCategoryFunctions2(P,SparseUnivariatePolynomial P,R,SparseUnivariatePolynomial R) compiling exported gcdPolynomial : (SparseUnivariatePolynomial P,SparseUnivariatePolynomial P) -> SparseUnivariatePolynomial P Time: 0.23 SEC. compiling exported randomR : () -> R Time: 0.00 SEC. compiling exported randomR : () -> R Time: 0.01 SEC. compiling local gcdSameVariables : (SparseUnivariatePolynomial P,SparseUnivariatePolynomial P,List OV) -> SparseUnivariatePolynomial P Time: 0.24 SEC. compiling local lift : (SparseUnivariatePolynomial R,SparseUnivariatePolynomial P,SparseUnivariatePolynomial R,List OV,List R) -> Union(SparseUnivariatePolynomial P,failed) Time: 0.20 SEC. compiling local recursivelyGCDCoefficients : (SparseUnivariatePolynomial P,List OV,SparseUnivariatePolynomial P,List OV) -> SparseUnivariatePolynomial P Time: 0.04 SEC. compiling local flatten : (SparseUnivariatePolynomial P,List OV) -> SparseUnivariatePolynomial P Time: 0.05 SEC. compiling local variables : SparseUnivariatePolynomial P -> List OV Time: 0.02 SEC. compiling local gcdTrivial : (SparseUnivariatePolynomial P,SparseUnivariatePolynomial P) -> SparseUnivariatePolynomial P Time: 0.04 SEC. compiling local monomContentSup : SparseUnivariatePolynomial P -> SparseUnivariatePolynomial P Time: 0.06 SEC. compiling local better : (P,P) -> Boolean Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] gcdPolynomial: canonical has no value [2] gcdSameVariables: not known that Ring is of mode CATEGORY(package,gcdPolynomial: (SparseUnivariatePolynomial P,SparseUnivariatePolynomial P) -> SparseUnivariatePolynomial P,randomR: () -> R) [3] gcdSameVariables: up1 has no value [4] gcdSameVariables: up2 has no value [5] lift: not known that Ring is of mode CATEGORY(package,gcdPolynomial: (SparseUnivariatePolynomial P,SparseUnivariatePolynomial P) -> SparseUnivariatePolynomial P,randomR: () -> R) [6] flatten: ans has no value Cumulative Statistics for Constructor GeneralPolynomialGcdPackage Time: 0.94 seconds finalizing NRLIB GENPGCD Processing GeneralPolynomialGcdPackage for Browser database: -- gcdPolynomial : (SUPP,SUPP) -> SUPP -- randomR : () -> R -- constructor ; compiling file "/tmp/oa-Mzg5EN/code.lsp" (written 01 FEB 2016 10:55:45 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |GENPGCD;gcdPolynomial;3Sup;1| ...) ; compiling (DEFUN |GENPGCD;randomR;R;2| ...) ; compiling (DEFUN |GENPGCD;randomR;R;3| ...) ; compiling (DEFUN |GENPGCD;gcdSameVariables| ...) ; file: /tmp/oa-Mzg5EN/code.lsp ; in: DEFUN |GENPGCD;gcdSameVariables| ; (BOOT::|error| "too many evaluations in GCD code") ; ==> ; "too many evaluations in GCD code" ; ; note: deleting unreachable code ; compiling (DEFUN |GENPGCD;gcdSameVariables!4| ...) ; compiling (DEFUN |GENPGCD;gcdSameVariables!3| ...) ; compiling (DEFUN |GENPGCD;gcdSameVariables!2| ...) ; compiling (DEFUN |GENPGCD;gcdSameVariables!1| ...) ; compiling (DEFUN |GENPGCD;gcdSameVariables!0| ...) ; compiling (DEFUN |GENPGCD;lift| ...) ; file: /tmp/oa-Mzg5EN/code.lsp ; in: DEFUN |GENPGCD;lift| ; (DEFUN BOOT::|GENPGCD;lift| ; (BOOT::|gR| BOOT::|p| BOOT::|cfR| BOOT::|lv| BOOT::|lr| BOOT::$) ; (PROG (BOOT::|origFactors| BOOT::|pn| BOOT::|prime| BOOT::|d| BOOT::|thisp| ; BOOT::|r| BOOT::|v| BOOT::|step| BOOT::|Ecart|) ; (RETURN ; (LET* (# # #) ; (BOOT::SEQ # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GENPGCD;lift| ; (BOOT::|gR| BOOT::|p| BOOT::|cfR| BOOT::|lv| BOOT::|lr| BOOT::$) ; (BLOCK BOOT::|GENPGCD;lift| ; (PROG (BOOT::|origFactors| BOOT::|pn| BOOT::|prime| BOOT::|d| ; BOOT::|thisp| BOOT::|r| BOOT::|v| BOOT::|step| BOOT::|Ecart|) ; (RETURN ; (LET* # ; #))))) ; ; note: Assignment to argument: |lv| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |lr| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |GENPGCD;lift!3| ...) ; compiling (DEFUN |GENPGCD;lift!2| ...) ; compiling (DEFUN |GENPGCD;lift!1| ...) ; compiling (DEFUN |GENPGCD;lift!0| ...) ; compiling (DEFUN |GENPGCD;recursivelyGCDCoefficients| ...) ; file: /tmp/oa-Mzg5EN/code.lsp ; in: DEFUN |GENPGCD;recursivelyGCDCoefficients| ; (DEFUN BOOT::|GENPGCD;recursivelyGCDCoefficients| ; (BOOT::|g| BOOT::|v| BOOT::|p| BOOT::|pv| BOOT::$) ; (PROG (BOOT::|d| BOOT::|oldv| BOOT::|oldg| BOOT::|p1|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GENPGCD;recursivelyGCDCoefficients| ; (BOOT::|g| BOOT::|v| BOOT::|p| BOOT::|pv| BOOT::$) ; (BLOCK BOOT::|GENPGCD;recursivelyGCDCoefficients| ; (PROG (BOOT::|d| BOOT::|oldv| BOOT::|oldg| BOOT::|p1|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |v| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |pv| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |GENPGCD;recursivelyGCDCoefficients!0| ...) ; compiling (DEFUN |GENPGCD;flatten| ...) ; compiling (DEFUN |GENPGCD;flatten!0| ...) ; compiling (DEFUN |GENPGCD;variables| ...) ; file: /tmp/oa-Mzg5EN/code.lsp ; in: DEFUN |GENPGCD;variables| ; (DEFUN BOOT::|GENPGCD;variables| (BOOT::|p1| BOOT::$) ; (BOOT::SPADCALL ; (LET ((#:G752 NIL) (#:G753 T) (#:G783 #)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::|shellEntry| BOOT::$ 109))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GENPGCD;variables| ; (BOOT::|p1| BOOT::$) ; (BLOCK BOOT::|GENPGCD;variables| ; (BOOT::SPADCALL ; (LET (# # #) ; (LOOP # ; #)) ; (BOOT::|shellEntry| BOOT::$ 109)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |GENPGCD;gcdTrivial| ...) ; compiling (DEFUN |GENPGCD;monomContentSup| ...) ; compiling (DEFUN |GENPGCD;better| ...) ; compiling (DEFUN |GeneralPolynomialGcdPackage| ...) ; compiling (DEFUN |GeneralPolynomialGcdPackage;| ...) ; compiling (MAKEPROP (QUOTE |GeneralPolynomialGcdPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 6 notes ; /tmp/oa-Mzg5EN/code.fasl written ; compilation finished in 0:00:00.181 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/COMMUPC.fasl --bootstrap COMMUPC.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/COMMUPC.spad using Spad compiler. COMMUPC abbreviates package CommuteUnivariatePolynomialCategory ------------------------------------------------------------------------ initializing stationary directory for CommuteUnivariatePolynomialCategory compiling into /tmp/oa-bAt5OW Time: 0.06 SEC. Cumulative Statistics for Constructor CommuteUnivariatePolynomialCategory Time: 0.06 seconds finalizing NRLIB COMMUPC ; compiling file "/tmp/oa-bAt5OW/code.lsp" (written 01 FEB 2016 10:55:46 PM): ; compiling (DEFUN |CommuteUnivariatePolynomialCategory| ...) ; compiling (DEFUN |CommuteUnivariatePolynomialCategory;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-bAt5OW/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/PFBR.fasl --optimize=3 PFBR.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PFBR.spad using Spad compiler. PFBR abbreviates package PolynomialFactorizationByRecursion debug: compDefine1 lhs: (PolynomialFactorizationByRecursion R E VarSet S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE solveLinearPolynomialEquationByRecursion ((Union (List (SparseUnivariatePolynomial S)) failed) (List (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE factorByRecursion ((Factored (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE factorSquareFreeByRecursion ((Factored (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE randomR (R)) (SIGNATURE bivariateSLPEBR ((Union (List (SparseUnivariatePolynomial S)) failed) (List (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S) VarSet)) (SIGNATURE factorSFBRlcUnit ((Factored (SparseUnivariatePolynomial S)) (List VarSet) (SparseUnivariatePolynomial S)))) NIL NIL (OrderedSet) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE solveLinearPolynomialEquationByRecursion ((Union (List (SparseUnivariatePolynomial S)) failed) (List (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE factorByRecursion ((Factored (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE factorSquareFreeByRecursion ((Factored (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE randomR (R)) (SIGNATURE bivariateSLPEBR ((Union (List (SparseUnivariatePolynomial S)) failed) (List (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S) VarSet)) (SIGNATURE factorSFBRlcUnit ((Factored (SparseUnivariatePolynomial S)) (List VarSet) (SparseUnivariatePolynomial S)))) $param: (R E VarSet S) debug: evaluateType form: (Union (List (SparseUnivariatePolynomial S)) failed) $param: (R E VarSet S) debug: evaluateType form: (List (SparseUnivariatePolynomial S)) $param: (R E VarSet S) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial S)) debug: evaluateType1 x: (SparseUnivariatePolynomial S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E VarSet S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial S) c: (Type) debug: evaluateType form: failed $param: (R E VarSet S) debug: evaluateType form: (List (SparseUnivariatePolynomial S)) $param: (R E VarSet S) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial S)) debug: evaluateType1 x: (SparseUnivariatePolynomial S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E VarSet S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial S) c: (Type) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evaluateType form: (Factored (SparseUnivariatePolynomial S)) $param: (R E VarSet S) Debug: evaluateType1 form: (Factored (SparseUnivariatePolynomial S)) debug: evaluateType1 x: (SparseUnivariatePolynomial S) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R E VarSet S) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial S) c: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evaluateType form: (Factored (SparseUnivariatePolynomial S)) $param: (R E VarSet S) Debug: evaluateType1 form: (Factored (SparseUnivariatePolynomial S)) debug: evaluateType1 x: (SparseUnivariatePolynomial S) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R E VarSet S) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial S) c: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evaluateType form: R $param: (R E VarSet S) debug: evaluateType form: (Union (List (SparseUnivariatePolynomial S)) failed) $param: (R E VarSet S) debug: evaluateType form: (List (SparseUnivariatePolynomial S)) $param: (R E VarSet S) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial S)) debug: evaluateType1 x: (SparseUnivariatePolynomial S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E VarSet S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial S) c: (Type) debug: evaluateType form: failed $param: (R E VarSet S) debug: evaluateType form: (List (SparseUnivariatePolynomial S)) $param: (R E VarSet S) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial S)) debug: evaluateType1 x: (SparseUnivariatePolynomial S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E VarSet S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial S) c: (Type) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evaluateType form: VarSet $param: (R E VarSet S) debug: evaluateType form: (Factored (SparseUnivariatePolynomial S)) $param: (R E VarSet S) Debug: evaluateType1 form: (Factored (SparseUnivariatePolynomial S)) debug: evaluateType1 x: (SparseUnivariatePolynomial S) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R E VarSet S) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial S) c: (IntegralDomain) debug: evaluateType form: (List VarSet) $param: (R E VarSet S) Debug: evaluateType1 form: (List VarSet) debug: evaluateType1 x: VarSet m: (Type) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evaluateType form: (OrderedSet) $param: (R E VarSet S) Debug: evaluateType1 form: (OrderedSet) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE solveLinearPolynomialEquationByRecursion ((Union (List (SparseUnivariatePolynomial S)) failed) (List (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE factorByRecursion ((Factored (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE factorSquareFreeByRecursion ((Factored (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE randomR (R)) (SIGNATURE bivariateSLPEBR ((Union (List (SparseUnivariatePolynomial S)) failed) (List (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S) VarSet)) (SIGNATURE factorSFBRlcUnit ((Factored (SparseUnivariatePolynomial S)) (List VarSet) (SparseUnivariatePolynomial S)))) NIL NIL (OrderedSet) NIL) debug: compDefine1 lhs: (PolynomialFactorizationByRecursion R E VarSet S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE solveLinearPolynomialEquationByRecursion ((Union (List (SparseUnivariatePolynomial S)) failed) (List (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE factorByRecursion ((Factored (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE factorSquareFreeByRecursion ((Factored (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE randomR (R)) (SIGNATURE bivariateSLPEBR ((Union (List (SparseUnivariatePolynomial S)) failed) (List (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S) VarSet)) (SIGNATURE factorSFBRlcUnit ((Factored (SparseUnivariatePolynomial S)) (List VarSet) (SparseUnivariatePolynomial S)))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE solveLinearPolynomialEquationByRecursion ((Union (List (SparseUnivariatePolynomial S)) failed) (List (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE factorByRecursion ((Factored (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE factorSquareFreeByRecursion ((Factored (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE randomR (R)) (SIGNATURE bivariateSLPEBR ((Union (List (SparseUnivariatePolynomial S)) failed) (List (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S) VarSet)) (SIGNATURE factorSFBRlcUnit ((Factored (SparseUnivariatePolynomial S)) (List VarSet) (SparseUnivariatePolynomial S)))) $param: (R E VarSet S) debug: evaluateType form: (Union (List (SparseUnivariatePolynomial S)) failed) $param: (R E VarSet S) debug: evaluateType form: (List (SparseUnivariatePolynomial S)) $param: (R E VarSet S) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial S)) debug: evaluateType1 x: (SparseUnivariatePolynomial S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E VarSet S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial S) c: (Type) debug: evaluateType form: failed $param: (R E VarSet S) debug: evaluateType form: (List (SparseUnivariatePolynomial S)) $param: (R E VarSet S) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial S)) debug: evaluateType1 x: (SparseUnivariatePolynomial S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E VarSet S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial S) c: (Type) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evaluateType form: (Factored (SparseUnivariatePolynomial S)) $param: (R E VarSet S) Debug: evaluateType1 form: (Factored (SparseUnivariatePolynomial S)) debug: evaluateType1 x: (SparseUnivariatePolynomial S) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R E VarSet S) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial S) c: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evaluateType form: (Factored (SparseUnivariatePolynomial S)) $param: (R E VarSet S) Debug: evaluateType1 form: (Factored (SparseUnivariatePolynomial S)) debug: evaluateType1 x: (SparseUnivariatePolynomial S) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R E VarSet S) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial S) c: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evaluateType form: R $param: (R E VarSet S) debug: evaluateType form: (Union (List (SparseUnivariatePolynomial S)) failed) $param: (R E VarSet S) debug: evaluateType form: (List (SparseUnivariatePolynomial S)) $param: (R E VarSet S) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial S)) debug: evaluateType1 x: (SparseUnivariatePolynomial S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E VarSet S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial S) c: (Type) debug: evaluateType form: failed $param: (R E VarSet S) debug: evaluateType form: (List (SparseUnivariatePolynomial S)) $param: (R E VarSet S) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial S)) debug: evaluateType1 x: (SparseUnivariatePolynomial S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E VarSet S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial S) c: (Type) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evaluateType form: VarSet $param: (R E VarSet S) debug: evaluateType form: (Factored (SparseUnivariatePolynomial S)) $param: (R E VarSet S) Debug: evaluateType1 form: (Factored (SparseUnivariatePolynomial S)) debug: evaluateType1 x: (SparseUnivariatePolynomial S) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R E VarSet S) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial S) c: (IntegralDomain) debug: evaluateType form: (List VarSet) $param: (R E VarSet S) Debug: evaluateType1 form: (List VarSet) debug: evaluateType1 x: VarSet m: (Type) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE solveLinearPolynomialEquationByRecursion ((Union (List (SparseUnivariatePolynomial S)) failed) (List (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE factorByRecursion ((Factored (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE factorSquareFreeByRecursion ((Factored (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE randomR (R)) (SIGNATURE bivariateSLPEBR ((Union (List (SparseUnivariatePolynomial S)) failed) (List (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S) VarSet)) (SIGNATURE factorSFBRlcUnit ((Factored (SparseUnivariatePolynomial S)) (List VarSet) (SparseUnivariatePolynomial S)))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PolynomialFactorizationByRecursion compiling into /tmp/oa-q3SPRa importing FactoredFunctionUtilities SparseUnivariatePolynomial S importing FactoredFunctions2(S,SparseUnivariatePolynomial S) importing FactoredFunctions2(SparseUnivariatePolynomial R,SparseUnivariatePolynomial S) importing CommuteUnivariatePolynomialCategory(S,SparseUnivariatePolynomial S,SparseUnivariatePolynomial SparseUnivariatePolynomial S) importing UnivariatePolynomialCategoryFunctions2(S,SparseUnivariatePolynomial S,SparseUnivariatePolynomial S,SparseUnivariatePolynomial SparseUnivariatePolynomial S) importing UnivariatePolynomialCategoryFunctions2(SparseUnivariatePolynomial S,SparseUnivariatePolynomial SparseUnivariatePolynomial S,S,SparseUnivariatePolynomial S) importing UnivariatePolynomialCategoryFunctions2(S,SparseUnivariatePolynomial S,R,SparseUnivariatePolynomial R) importing UnivariatePolynomialCategoryFunctions2(R,SparseUnivariatePolynomial R,S,SparseUnivariatePolynomial S) importing UnivariatePolynomialCategoryFunctions2(S,SparseUnivariatePolynomial S,SparseUnivariatePolynomial R,SparseUnivariatePolynomial SparseUnivariatePolynomial R) importing UnivariatePolynomialCategoryFunctions2(SparseUnivariatePolynomial R,SparseUnivariatePolynomial SparseUnivariatePolynomial R,S,SparseUnivariatePolynomial S) compiling local hensel : (SparseUnivariatePolynomial S,VarSet,R,List SparseUnivariatePolynomial S) -> Union(Record(fctrs: List SparseUnivariatePolynomial S),failed) Time: 0.40 SEC. compiling local factorSFBRlcUnitInner : (List VarSet,SparseUnivariatePolynomial S,R) -> Union(Factored SparseUnivariatePolynomial S,failed) Time: 1.00 SEC. compiling exported factorSFBRlcUnit : (List VarSet,SparseUnivariatePolynomial S) -> Factored SparseUnivariatePolynomial S Time: 0.03 SEC. compiling exported factorSFBRlcUnit : (List VarSet,SparseUnivariatePolynomial S) -> Factored SparseUnivariatePolynomial S Time: 0.01 SEC. compiling exported randomR : () -> R Time: 0.00 SEC. compiling exported randomR : () -> R Time: 0.02 SEC. compiling exported bivariateSLPEBR : (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S,VarSet) -> Union(List SparseUnivariatePolynomial S,failed) Time: 0.48 SEC. compiling exported bivariateSLPEBR : (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S,VarSet) -> Union(List SparseUnivariatePolynomial S,failed) Time: 0.01 SEC. compiling local chooseFSQViableSubstitutions : (List VarSet,SparseUnivariatePolynomial S) -> Record(substnsField: List R,ppRField: SparseUnivariatePolynomial R) Time: 0.39 SEC. compiling local chooseSLPEViableSubstitutions : (List VarSet,List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Record(substnsField: List R,lpolysRField: List SparseUnivariatePolynomial R,ppRField: SparseUnivariatePolynomial R) Time: 0.66 SEC. compiling local raise : SparseUnivariatePolynomial R -> SparseUnivariatePolynomial S Time: 0.03 SEC. compiling local lower : SparseUnivariatePolynomial S -> SparseUnivariatePolynomial R Time: 0.01 SEC. compiling local SLPEBR : (List SparseUnivariatePolynomial S,List VarSet,SparseUnivariatePolynomial S,List VarSet) -> Union(List SparseUnivariatePolynomial S,failed) Time: 0.17 SEC. compiling exported solveLinearPolynomialEquationByRecursion : (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,failed) Time: 0.02 SEC. compiling exported factorByRecursion : SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S Time: 0.10 SEC. compiling exported factorSquareFreeByRecursion : SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S Time: 0.45 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] hensel: not known that Ring is of mode CATEGORY(package,solveLinearPolynomialEquationByRecursion: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),factorByRecursion: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreeByRecursion: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,randomR: () -> R,bivariateSLPEBR: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S,VarSet) -> Union(List SparseUnivariatePolynomial S,"failed"),factorSFBRlcUnit: (List VarSet,SparseUnivariatePolynomial S) -> Factored SparseUnivariatePolynomial S) [2] factorSFBRlcUnitInner: not known that Ring is of mode CATEGORY(package,solveLinearPolynomialEquationByRecursion: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),factorByRecursion: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreeByRecursion: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,randomR: () -> R,bivariateSLPEBR: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S,VarSet) -> Union(List SparseUnivariatePolynomial S,"failed"),factorSFBRlcUnit: (List VarSet,SparseUnivariatePolynomial S) -> Factored SparseUnivariatePolynomial S) [3] factorSFBRlcUnitInner: fctr has no value [4] chooseFSQViableSubstitutions: substns has no value [5] chooseFSQViableSubstitutions: ppR has no value [6] chooseSLPEViableSubstitutions: substns has no value [7] chooseSLPEViableSubstitutions: lpolysR has no value [8] raise: : R -- replace by pretend [9] raise: : R -- should replace by @ [10] factorByRecursion: not known that IntegralDomain is of mode CATEGORY(package,solveLinearPolynomialEquationByRecursion: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),factorByRecursion: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreeByRecursion: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,randomR: () -> R,bivariateSLPEBR: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S,VarSet) -> Union(List SparseUnivariatePolynomial S,"failed"),factorSFBRlcUnit: (List VarSet,SparseUnivariatePolynomial S) -> Factored SparseUnivariatePolynomial S) [11] factorByRecursion: : S -- should replace by @ [12] factorSquareFreeByRecursion: lcppPow has no value Cumulative Statistics for Constructor PolynomialFactorizationByRecursion Time: 3.83 seconds finalizing NRLIB PFBR Processing PolynomialFactorizationByRecursion for Browser database: -- solveLinearPolynomialEquationByRecursion : (List SupS,SupS) -> Union(List SupS,"failed") -- factorByRecursion : SupS -> Factored SupS -- factorSquareFreeByRecursion : SupS -> Factored SupS -- randomR : () -> R -- bivariateSLPEBR : (List SupS,SupS,VarSet) -> Union(List SupS,"failed") -- factorSFBRlcUnit : (List VarSet,SupS) -> Factored SupS -- constructor ; compiling file "/tmp/oa-q3SPRa/code.lsp" (written 01 FEB 2016 10:55:50 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PFBR;hensel| ...) ; file: /tmp/oa-q3SPRa/code.lsp ; in: DEFUN |PFBR;hensel| ; (DEFUN BOOT::|PFBR;hensel| ; (BOOT::|pp| BOOT::|vv| BOOT::|r| BOOT::|factors| BOOT::$) ; (PROG (BOOT::|step| BOOT::|Ecart| BOOT::|pn| BOOT::|pp1|) ; (RETURN ; (LET (# # # # # #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PFBR;hensel| ; (BOOT::|pp| BOOT::|vv| BOOT::|r| BOOT::|factors| BOOT::$) ; (BLOCK BOOT::|PFBR;hensel| ; (PROG (BOOT::|step| BOOT::|Ecart| BOOT::|pn| BOOT::|pp1|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |factors| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |PFBR;hensel!0| ...) ; compiling (DEFUN |PFBR;factorSFBRlcUnitInner| ...) ; compiling (DEFUN |PFBR;factorSFBRlcUnitInner!1| ...) ; compiling (DEFUN |PFBR;factorSFBRlcUnitInner!0| ...) ; compiling (DEFUN |PFBR;factorSFBRlcUnit;LSupF;3| ...) ; compiling (DEFUN |PFBR;factorSFBRlcUnit;LSupF;4| ...) ; compiling (DEFUN |PFBR;randomR;R;5| ...) ; compiling (DEFUN |PFBR;randomR;R;6| ...) ; compiling (DEFUN |PFBR;bivariateSLPEBR;LSupVarSetU;7| ...) ; compiling (DEFUN |PFBR;bivariateSLPEBR;LSupVarSetU;7!0| ...) ; compiling (DEFUN |PFBR;bivariateSLPEBR;LSupVarSetU;8| ...) ; file: /tmp/oa-q3SPRa/code.lsp ; in: DEFUN |PFBR;bivariateSLPEBR;LSupVarSetU;8| ; (DEFUN BOOT::|PFBR;bivariateSLPEBR;LSupVarSetU;8| ; (BOOT::|lpolys| BOOT::|pp| BOOT::|v| BOOT::$) ; (BOOT::SPADCALL BOOT::|lpolys| BOOT::|pp| (BOOT::|shellEntry| BOOT::$ 119))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PFBR;bivariateSLPEBR;LSupVarSetU;8| ; (BOOT::|lpolys| BOOT::|pp| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|PFBR;bivariateSLPEBR;LSupVarSetU;8| ; (BOOT::SPADCALL BOOT::|lpolys| BOOT::|pp| ; (BOOT::|shellEntry| BOOT::$ 119)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |PFBR;chooseFSQViableSubstitutions| ...) ; compiling (DEFUN |PFBR;chooseFSQViableSubstitutions!0| ...) ; compiling (DEFUN |PFBR;chooseSLPEViableSubstitutions| ...) ; compiling (DEFUN |PFBR;chooseSLPEViableSubstitutions!1| ...) ; compiling (DEFUN |PFBR;chooseSLPEViableSubstitutions!0| ...) ; compiling (DEFUN |PFBR;raise| ...) ; compiling (DEFUN |PFBR;raise!0| ...) ; compiling (DEFUN |PFBR;lower| ...) ; compiling (DEFUN |PFBR;lower!0| ...) ; compiling (DEFUN |PFBR;SLPEBR| ...) ; file: /tmp/oa-q3SPRa/code.lsp ; in: DEFUN |PFBR;SLPEBR| ; (DEFUN BOOT::|PFBR;SLPEBR| ; (BOOT::|lpolys| BOOT::|lvpolys| BOOT::|pp| BOOT::|lvpp| BOOT::$) ; (PROG (BOOT::|ansR| BOOT::|cVS| BOOT::|ppR| BOOT::|lpolysR| BOOT::|ans| ; BOOT::|pp1| BOOT::|v| BOOT::|d| BOOT::|ans1|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PFBR;SLPEBR| ; (BOOT::|lpolys| BOOT::|lvpolys| BOOT::|pp| BOOT::|lvpp| BOOT::$) ; (BLOCK BOOT::|PFBR;SLPEBR| ; (PROG (BOOT::|ansR| BOOT::|cVS| BOOT::|ppR| BOOT::|lpolysR| BOOT::|ans| ; BOOT::|pp1| BOOT::|v| BOOT::|d| BOOT::|ans1|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |lvpp| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |PFBR;SLPEBR!2| ...) ; compiling (DEFUN |PFBR;SLPEBR!1| ...) ; compiling (DEFUN |PFBR;SLPEBR!0| ...) ; compiling (DEFUN |PFBR;solveLinearPolynomialEquationByRecursion;LSupU;14| ...) ; compiling (DEFUN |PFBR;factorByRecursion;SupF;15| ...) ; compiling (DEFUN |PFBR;factorByRecursion;SupF;15!0| ...) ; compiling (DEFUN |PFBR;factorSquareFreeByRecursion;SupF;16| ...) ; compiling (DEFUN |PolynomialFactorizationByRecursion| ...) ; compiling (DEFUN |PolynomialFactorizationByRecursion;| ...) ; compiling (MAKEPROP (QUOTE |PolynomialFactorizationByRecursion|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 4 notes ; /tmp/oa-q3SPRa/code.fasl written ; compilation finished in 0:00:00.196 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/GENEEZ.fasl --bootstrap GENEEZ.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GENEEZ.spad using Spad compiler. GENEEZ abbreviates package GenExEuclid ------------------------------------------------------------------------ initializing stationary directory for GenExEuclid compiling into /tmp/oa-oDZi5v Time: 0.05 SEC. Cumulative Statistics for Constructor GenExEuclid Time: 0.05 seconds finalizing NRLIB GENEEZ ; compiling file "/tmp/oa-oDZi5v/code.lsp" (written 01 FEB 2016 10:55:50 PM): ; compiling (DEFUN |GenExEuclid| ...) ; compiling (DEFUN |GenExEuclid;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-oDZi5v/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/MLIFT.fasl --bootstrap MLIFT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MLIFT.spad using Spad compiler. MLIFT abbreviates package MultivariateLifting ------------------------------------------------------------------------ initializing stationary directory for MultivariateLifting compiling into /tmp/oa-mVlQLL Time: 0.04 SEC. Cumulative Statistics for Constructor MultivariateLifting Time: 0.04 seconds finalizing NRLIB MLIFT ; compiling file "/tmp/oa-mVlQLL/code.lsp" (written 01 FEB 2016 10:55:50 PM): ; compiling (DEFUN |MultivariateLifting| ...) ; compiling (DEFUN |MultivariateLifting;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-mVlQLL/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/PGCD.fasl --bootstrap PGCD.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PGCD.spad using Spad compiler. PGCD abbreviates package PolynomialGcdPackage ------------------------------------------------------------------------ initializing stationary directory for PolynomialGcdPackage compiling into /tmp/oa-seXlM4 Time: 0.07 SEC. Cumulative Statistics for Constructor PolynomialGcdPackage Time: 0.07 seconds finalizing NRLIB PGCD ; compiling file "/tmp/oa-seXlM4/code.lsp" (written 01 FEB 2016 10:55:51 PM): ; compiling (DEFUN |PolynomialGcdPackage| ...) ; compiling (DEFUN |PolynomialGcdPackage;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-seXlM4/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/FACUTIL.fasl --bootstrap FACUTIL.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FACUTIL.spad using Spad compiler. FACUTIL abbreviates package FactoringUtilities ------------------------------------------------------------------------ initializing stationary directory for FactoringUtilities compiling into /tmp/oa-BUessf Time: 0.04 SEC. Cumulative Statistics for Constructor FactoringUtilities Time: 0.04 seconds finalizing NRLIB FACUTIL ; compiling file "/tmp/oa-BUessf/code.lsp" (written 01 FEB 2016 10:55:51 PM): ; compiling (DEFUN |FactoringUtilities| ...) ; compiling (DEFUN |FactoringUtilities;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-BUessf/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/MULTSQFR.fasl --optimize=3 MULTSQFR.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MULTSQFR.spad using Spad compiler. MULTSQFR abbreviates package MultivariateSquareFree debug: compDefine1 lhs: (MultivariateSquareFree E OV R P) signature (pre-evaluate): ((CATEGORY package (SIGNATURE squareFree ((Factored P) P)) (SIGNATURE squareFree ((Factored (SparseUnivariatePolynomial P)) (SparseUnivariatePolynomial P))) (SIGNATURE squareFreePrim ((Factored P) P)) (SIGNATURE compdegd ((Integer) (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer)))))) (SIGNATURE univcase ((Factored P) P OV)) (SIGNATURE consnewpol ((Record (: pol (SparseUnivariatePolynomial P)) (: polval (SparseUnivariatePolynomial R))) (SparseUnivariatePolynomial P) (SparseUnivariatePolynomial R) (Integer))) (SIGNATURE nsqfree ((Record (: unitPart P) (: suPart (List (Record (: factor (SparseUnivariatePolynomial P)) (: exponent (Integer)))))) (SparseUnivariatePolynomial P) (List OV) (List (List R)))) (SIGNATURE intChoose ((Record (: upol (SparseUnivariatePolynomial R)) (: Lval (List R)) (: Lfact (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer))))) (: ctpol R)) (SparseUnivariatePolynomial P) (List OV) (List (List R)))) (SIGNATURE coefChoose (P (Integer) (Factored P))) (SIGNATURE check ((Boolean) (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer)))) (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer)))))) (SIGNATURE lift ((Union (List (SparseUnivariatePolynomial P)) failed) (SparseUnivariatePolynomial P) (SparseUnivariatePolynomial R) (SparseUnivariatePolynomial R) P (List OV) (List (NonNegativeInteger)) (List R))) (SIGNATURE myDegree ((List (NonNegativeInteger)) (SparseUnivariatePolynomial P) (List OV) (NonNegativeInteger))) (SIGNATURE normDeriv2 ((SparseUnivariatePolynomial R) (SparseUnivariatePolynomial R) (Integer)))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE squareFree ((Factored P) P)) (SIGNATURE squareFree ((Factored (SparseUnivariatePolynomial P)) (SparseUnivariatePolynomial P))) (SIGNATURE squareFreePrim ((Factored P) P)) (SIGNATURE compdegd ((Integer) (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer)))))) (SIGNATURE univcase ((Factored P) P OV)) (SIGNATURE consnewpol ((Record (: pol (SparseUnivariatePolynomial P)) (: polval (SparseUnivariatePolynomial R))) (SparseUnivariatePolynomial P) (SparseUnivariatePolynomial R) (Integer))) (SIGNATURE nsqfree ((Record (: unitPart P) (: suPart (List (Record (: factor (SparseUnivariatePolynomial P)) (: exponent (Integer)))))) (SparseUnivariatePolynomial P) (List OV) (List (List R)))) (SIGNATURE intChoose ((Record (: upol (SparseUnivariatePolynomial R)) (: Lval (List R)) (: Lfact (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer))))) (: ctpol R)) (SparseUnivariatePolynomial P) (List OV) (List (List R)))) (SIGNATURE coefChoose (P (Integer) (Factored P))) (SIGNATURE check ((Boolean) (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer)))) (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer)))))) (SIGNATURE lift ((Union (List (SparseUnivariatePolynomial P)) failed) (SparseUnivariatePolynomial P) (SparseUnivariatePolynomial R) (SparseUnivariatePolynomial R) P (List OV) (List (NonNegativeInteger)) (List R))) (SIGNATURE myDegree ((List (NonNegativeInteger)) (SparseUnivariatePolynomial P) (List OV) (NonNegativeInteger))) (SIGNATURE normDeriv2 ((SparseUnivariatePolynomial R) (SparseUnivariatePolynomial R) (Integer)))) $param: (E OV R P) debug: evaluateType form: (Factored P) $param: (E OV R P) Debug: evaluateType1 form: (Factored P) debug: evaluateType1 x: P m: (IntegralDomain) debug: evaluateType form: P $param: (E OV R P) debug: evaluateType form: (Factored (SparseUnivariatePolynomial P)) $param: (E OV R P) Debug: evaluateType1 form: (Factored (SparseUnivariatePolynomial P)) debug: evaluateType1 x: (SparseUnivariatePolynomial P) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (E OV R P) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial P) c: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (Factored P) $param: (E OV R P) Debug: evaluateType1 form: (Factored P) debug: evaluateType1 x: P m: (IntegralDomain) debug: evaluateType form: P $param: (E OV R P) debug: evaluateType form: (Integer) $param: (E OV R P) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer)))) $param: (E OV R P) Debug: evaluateType1 form: (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer)))) debug: evaluateType1 x: (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer))) $param: (E OV R P) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Integer) $param: (E OV R P) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer))) c: (Type) debug: evaluateType form: (Factored P) $param: (E OV R P) Debug: evaluateType1 form: (Factored P) debug: evaluateType1 x: P m: (IntegralDomain) debug: evaluateType form: P $param: (E OV R P) debug: evaluateType form: OV $param: (E OV R P) debug: evaluateType form: (Record (: pol (SparseUnivariatePolynomial P)) (: polval (SparseUnivariatePolynomial R))) $param: (E OV R P) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Integer) $param: (E OV R P) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Record (: unitPart P) (: suPart (List (Record (: factor (SparseUnivariatePolynomial P)) (: exponent (Integer)))))) $param: (E OV R P) debug: evaluateType form: P $param: (E OV R P) debug: evaluateType form: (List (Record (: factor (SparseUnivariatePolynomial P)) (: exponent (Integer)))) $param: (E OV R P) Debug: evaluateType1 form: (List (Record (: factor (SparseUnivariatePolynomial P)) (: exponent (Integer)))) debug: evaluateType1 x: (Record (: factor (SparseUnivariatePolynomial P)) (: exponent (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: factor (SparseUnivariatePolynomial P)) (: exponent (Integer))) $param: (E OV R P) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (Integer) $param: (E OV R P) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: factor (SparseUnivariatePolynomial P)) (: exponent (Integer))) c: (Type) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (List OV) $param: (E OV R P) Debug: evaluateType1 form: (List OV) debug: evaluateType1 x: OV m: (Type) debug: evaluateType form: (List (List R)) $param: (E OV R P) Debug: evaluateType1 form: (List (List R)) debug: evaluateType1 x: (List R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List R) $param: (E OV R P) Debug: evaluateType1 form: (List R) debug: evaluateType1 x: R m: (Type) debug: evalCategory d: (List R) c: (Type) debug: evaluateType form: (Record (: upol (SparseUnivariatePolynomial R)) (: Lval (List R)) (: Lfact (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer))))) (: ctpol R)) $param: (E OV R P) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (List R) $param: (E OV R P) Debug: evaluateType1 form: (List R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer)))) $param: (E OV R P) Debug: evaluateType1 form: (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer)))) debug: evaluateType1 x: (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer))) $param: (E OV R P) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Integer) $param: (E OV R P) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer))) c: (Type) debug: evaluateType form: R $param: (E OV R P) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (List OV) $param: (E OV R P) Debug: evaluateType1 form: (List OV) debug: evaluateType1 x: OV m: (Type) debug: evaluateType form: (List (List R)) $param: (E OV R P) Debug: evaluateType1 form: (List (List R)) debug: evaluateType1 x: (List R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List R) $param: (E OV R P) Debug: evaluateType1 form: (List R) debug: evaluateType1 x: R m: (Type) debug: evalCategory d: (List R) c: (Type) debug: evaluateType form: P $param: (E OV R P) debug: evaluateType form: (Integer) $param: (E OV R P) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Factored P) $param: (E OV R P) Debug: evaluateType1 form: (Factored P) debug: evaluateType1 x: P m: (IntegralDomain) debug: evaluateType form: (Boolean) $param: (E OV R P) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer)))) $param: (E OV R P) Debug: evaluateType1 form: (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer)))) debug: evaluateType1 x: (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer))) $param: (E OV R P) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Integer) $param: (E OV R P) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer))) c: (Type) debug: evaluateType form: (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer)))) $param: (E OV R P) Debug: evaluateType1 form: (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer)))) debug: evaluateType1 x: (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer))) $param: (E OV R P) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Integer) $param: (E OV R P) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer))) c: (Type) debug: evaluateType form: (Union (List (SparseUnivariatePolynomial P)) failed) $param: (E OV R P) debug: evaluateType form: (List (SparseUnivariatePolynomial P)) $param: (E OV R P) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial P)) debug: evaluateType1 x: (SparseUnivariatePolynomial P) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial P) c: (Type) debug: evaluateType form: failed $param: (E OV R P) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: P $param: (E OV R P) debug: evaluateType form: (List OV) $param: (E OV R P) Debug: evaluateType1 form: (List OV) debug: evaluateType1 x: OV m: (Type) debug: evaluateType form: (List (NonNegativeInteger)) $param: (E OV R P) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (E OV R P) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (List R) $param: (E OV R P) Debug: evaluateType1 form: (List R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (List (NonNegativeInteger)) $param: (E OV R P) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (E OV R P) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (List OV) $param: (E OV R P) Debug: evaluateType1 form: (List OV) debug: evaluateType1 x: OV m: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (E OV R P) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Integer) $param: (E OV R P) Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE squareFree ((Factored P) P)) (SIGNATURE squareFree ((Factored (SparseUnivariatePolynomial P)) (SparseUnivariatePolynomial P))) (SIGNATURE squareFreePrim ((Factored P) P)) (SIGNATURE compdegd ((Integer) (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer)))))) (SIGNATURE univcase ((Factored P) P OV)) (SIGNATURE consnewpol ((Record (: pol (SparseUnivariatePolynomial P)) (: polval (SparseUnivariatePolynomial R))) (SparseUnivariatePolynomial P) (SparseUnivariatePolynomial R) (Integer))) (SIGNATURE nsqfree ((Record (: unitPart P) (: suPart (List (Record (: factor (SparseUnivariatePolynomial P)) (: exponent (Integer)))))) (SparseUnivariatePolynomial P) (List OV) (List (List R)))) (SIGNATURE intChoose ((Record (: upol (SparseUnivariatePolynomial R)) (: Lval (List R)) (: Lfact (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer))))) (: ctpol R)) (SparseUnivariatePolynomial P) (List OV) (List (List R)))) (SIGNATURE coefChoose (P (Integer) (Factored P))) (SIGNATURE check ((Boolean) (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer)))) (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer)))))) (SIGNATURE lift ((Union (List (SparseUnivariatePolynomial P)) failed) (SparseUnivariatePolynomial P) (SparseUnivariatePolynomial R) (SparseUnivariatePolynomial R) P (List OV) (List (NonNegativeInteger)) (List R))) (SIGNATURE myDegree ((List (NonNegativeInteger)) (SparseUnivariatePolynomial P) (List OV) (NonNegativeInteger))) (SIGNATURE normDeriv2 ((SparseUnivariatePolynomial R) (SparseUnivariatePolynomial R) (Integer)))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for MultivariateSquareFree compiling into /tmp/oa-O28T6q importing GenExEuclid importing MultivariateLifting(E,OV,R,P) importing PolynomialGcdPackage(E,OV,R,P) importing FactoringUtilities(E,OV,R,P) importing IntegerCombinatoricFunctions Integer compiling exported nsqfree : (SparseUnivariatePolynomial P,List OV,List List R) -> Record(unitPart: P,suPart: List Record(factor: SparseUnivariatePolynomial P,exponent: Integer)) Time: 0.98 SEC. compiling exported squareFree : SparseUnivariatePolynomial P -> Factored SparseUnivariatePolynomial P Time: 1.04 SEC. compiling exported squareFree : P -> Factored P Time: 0.32 SEC. compiling exported intChoose : (SparseUnivariatePolynomial P,List OV,List List R) -> Record(upol: SparseUnivariatePolynomial R,Lval: List R,Lfact: List Record(factor: SparseUnivariatePolynomial R,exponent: Integer),ctpol: R) Time: 0.43 SEC. compiling exported coefChoose : (Integer,Factored P) -> P Time: 0.02 SEC. compiling exported consnewpol : (SparseUnivariatePolynomial P,SparseUnivariatePolynomial R,Integer) -> Record(pol: SparseUnivariatePolynomial P,polval: SparseUnivariatePolynomial R) Time: 0.03 SEC. compiling exported lift : (SparseUnivariatePolynomial P,SparseUnivariatePolynomial R,SparseUnivariatePolynomial R,P,List OV,List NonNegativeInteger,List R) -> Union(List SparseUnivariatePolynomial P,failed) Time: 0.28 SEC. compiling exported univcase : (P,OV) -> Factored P Time: 0.05 SEC. compiling exported compdegd : List Record(factor: SparseUnivariatePolynomial R,exponent: Integer) -> Integer Time: 0.02 SEC. compiling exported normDeriv2 : (SparseUnivariatePolynomial R,Integer) -> SparseUnivariatePolynomial R Time: 0.02 SEC. compiling exported myDegree : (SparseUnivariatePolynomial P,List OV,NonNegativeInteger) -> List NonNegativeInteger Time: 0.02 SEC. (time taken in buildFunctor: 4) Time: 0.02 SEC. Warnings: [1] nsqfree: lcf has no value [2] nsqfree: leadpol has no value [3] nsqfree: sqlc has no value [4] nsqfree: : NonNegativeInteger -- replace by pretend [5] nsqfree: sqlead has no value [6] nsqfree: unitsq has no value [7] squareFree: not known that IntegralDomain is of mode CATEGORY(package,squareFree: P -> Factored P,squareFree: SparseUnivariatePolynomial P -> Factored SparseUnivariatePolynomial P,squareFreePrim: P -> Factored P,compdegd: List Record(factor: SparseUnivariatePolynomial R,exponent: Integer) -> Integer,univcase: (P,OV) -> Factored P,consnewpol: (SparseUnivariatePolynomial P,SparseUnivariatePolynomial R,Integer) -> Record(pol: SparseUnivariatePolynomial P,polval: SparseUnivariatePolynomial R),nsqfree: (SparseUnivariatePolynomial P,List OV,List List R) -> Record(unitPart: P,suPart: List Record(factor: SparseUnivariatePolynomial P,exponent: Integer)),intChoose: (SparseUnivariatePolynomial P,List OV,List List R) -> Record(upol: SparseUnivariatePolynomial R,Lval: List R,Lfact: List Record(factor: SparseUnivariatePolynomial R,exponent: Integer),ctpol: R),coefChoose: (Integer,Factored P) -> P,check: (List Record(factor: SparseUnivariatePolynomial R,exponent: Integer),List Record(factor: SparseUnivariatePolynomial R,exponent: Integer)) -> Boolean,lift: (SparseUnivariatePolynomial P,SparseUnivariatePolynomial R,SparseUnivariatePolynomial R,P,List OV,List NonNegativeInteger,List R) -> Union(List SparseUnivariatePolynomial P,"failed"),myDegree: (SparseUnivariatePolynomial P,List OV,NonNegativeInteger) -> List NonNegativeInteger,normDeriv2: (SparseUnivariatePolynomial R,Integer) -> SparseUnivariatePolynomial R) [8] squareFree: fctr has no value [9] squareFree: xpnt has no value [10] squareFree: lvar has no value [11] squareFree: not known that Ring is of mode CATEGORY(package,squareFree: P -> Factored P,squareFree: SparseUnivariatePolynomial P -> Factored SparseUnivariatePolynomial P,squareFreePrim: P -> Factored P,compdegd: List Record(factor: SparseUnivariatePolynomial R,exponent: Integer) -> Integer,univcase: (P,OV) -> Factored P,consnewpol: (SparseUnivariatePolynomial P,SparseUnivariatePolynomial R,Integer) -> Record(pol: SparseUnivariatePolynomial P,polval: SparseUnivariatePolynomial R),nsqfree: (SparseUnivariatePolynomial P,List OV,List List R) -> Record(unitPart: P,suPart: List Record(factor: SparseUnivariatePolynomial P,exponent: Integer)),intChoose: (SparseUnivariatePolynomial P,List OV,List List R) -> Record(upol: SparseUnivariatePolynomial R,Lval: List R,Lfact: List Record(factor: SparseUnivariatePolynomial R,exponent: Integer),ctpol: R),coefChoose: (Integer,Factored P) -> P,check: (List Record(factor: SparseUnivariatePolynomial R,exponent: Integer),List Record(factor: SparseUnivariatePolynomial R,exponent: Integer)) -> Boolean,lift: (SparseUnivariatePolynomial P,SparseUnivariatePolynomial R,SparseUnivariatePolynomial R,P,List OV,List NonNegativeInteger,List R) -> Union(List SparseUnivariatePolynomial P,"failed"),myDegree: (SparseUnivariatePolynomial P,List OV,NonNegativeInteger) -> List NonNegativeInteger,normDeriv2: (SparseUnivariatePolynomial R,Integer) -> SparseUnivariatePolynomial R) [12] intChoose: factors has no value [13] intChoose: : R -- should replace by @ [14] intChoose: d1 has no value [15] lift: leadlist has no value Cumulative Statistics for Constructor MultivariateSquareFree Time: 3.24 seconds finalizing NRLIB MULTSQFR Processing MultivariateSquareFree for Browser database: -- squareFree : P -> Factored P -- squareFree : SUP -> Factored SUP -- squareFreePrim : P -> Factored P -- compdegd : List FFE -> Z -- univcase : (P,OV) -> Factored P -- consnewpol : (SUP,BP,Z) -> Twopol -- nsqfree : (SUP,List OV,List List R) -> squareForm -- intChoose : (SUP,List OV,List List R) -> Choice -- coefChoose : (Z,Factored P) -> P -- check : (List FFE,List FFE) -> Boolean -- lift : (SUP,BP,BP,P,List OV,List NNI,List R) -> Union(List SUP,"failed") -- myDegree : (SUP,List OV,NNI) -> List NNI -- normDeriv2 : (BP,Z) -> BP -- constructor ; compiling file "/tmp/oa-O28T6q/code.lsp" (written 01 FEB 2016 10:55:54 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MULTSQFR;nsqfree;SupLLR;1| ...) ; compiling (DEFUN |MULTSQFR;nsqfree;SupLLR;1!0| ...) ; file: /tmp/oa-O28T6q/code.lsp ; in: DEFUN |MULTSQFR;nsqfree;SupLLR;1!0| ; (DEFUN BOOT::|MULTSQFR;nsqfree;SupLLR;1!0| (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (< (CDR BOOT::|#2|) (CDR BOOT::|#1|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MULTSQFR;nsqfree;SupLLR;1!0| ; (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (BLOCK BOOT::|MULTSQFR;nsqfree;SupLLR;1!0| ; (< (CDR BOOT::|#2|) (CDR BOOT::|#1|)))) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |MULTSQFR;squareFree;SupF;2| ...) ; compiling (DEFUN |MULTSQFR;squareFree;PF;3| ...) ; compiling (DEFUN |MULTSQFR;intChoose;SupLLR;4| ...) ; file: /tmp/oa-O28T6q/code.lsp ; in: DEFUN |MULTSQFR;intChoose;SupLLR;4| ; (DEFUN BOOT::|MULTSQFR;intChoose;SupLLR;4| ; (BOOT::|f| BOOT::|lvar| BOOT::|ltry| BOOT::$) ; (PROG (BOOT::|d0| BOOT::|ctf| BOOT::|f0| BOOT::|lval|) ; (RETURN ; (LET (# # # # # # # # # #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MULTSQFR;intChoose;SupLLR;4| ; (BOOT::|f| BOOT::|lvar| BOOT::|ltry| BOOT::$) ; (BLOCK BOOT::|MULTSQFR;intChoose;SupLLR;4| ; (PROG (BOOT::|d0| BOOT::|ctf| BOOT::|f0| BOOT::|lval|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |ltry| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS LIST T)) ; ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |MULTSQFR;coefChoose;IFP;5| ...) ; compiling (DEFUN |MULTSQFR;consnewpol;SupSupIR;6| ...) ; file: /tmp/oa-O28T6q/code.lsp ; in: DEFUN |MULTSQFR;consnewpol;SupSupIR;6| ; (DEFUN BOOT::|MULTSQFR;consnewpol;SupSupIR;6| ; (BOOT::|g| BOOT::|g0| BOOT::|deg| BOOT::$) ; (COND ((EQL BOOT::|deg| 1) (CONS BOOT::|g| BOOT::|g0|)) ; (T (PROGN (SETQ #) (CONS # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MULTSQFR;consnewpol;SupSupIR;6| ; (BOOT::|g| BOOT::|g0| BOOT::|deg| BOOT::$) ; (BLOCK BOOT::|MULTSQFR;consnewpol;SupSupIR;6| ; (COND ((EQL BOOT::|deg| 1) (CONS BOOT::|g| BOOT::|g0|)) ; (T (PROGN # #))))) ; ; note: Assignment to argument: |deg| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |MULTSQFR;lift;Sup2SupPLLLU;7| ...) ; compiling (DEFUN |MULTSQFR;univcase;POVF;8| ...) ; compiling (DEFUN |MULTSQFR;compdegd;LI;9| ...) ; compiling (DEFUN |MULTSQFR;normDeriv2;SupISup;10| ...) ; compiling (DEFUN |MULTSQFR;myDegree;SupLNniL;11| ...) ; file: /tmp/oa-O28T6q/code.lsp ; in: DEFUN |MULTSQFR;myDegree;SupLNniL;11| ; (DEFUN BOOT::|MULTSQFR;myDegree;SupLNniL;11| ; (BOOT::|f| BOOT::|lvar| BOOT::|exp| BOOT::$) ; (LET ((#:G910 (BOOT::SPADCALL BOOT::|f| BOOT::|lvar| #)) (#:G894 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G910 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MULTSQFR;myDegree;SupLNniL;11| ; (BOOT::|f| BOOT::|lvar| BOOT::|exp| BOOT::$) ; (BLOCK BOOT::|MULTSQFR;myDegree;SupLNniL;11| ; (LET ((#:G910 #) (#:G894 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS UNSIGNED-BYTE T)) &REST T). ; compiling (DEFUN |MultivariateSquareFree| ...) ; compiling (DEFUN |MultivariateSquareFree;| ...) ; compiling (MAKEPROP (QUOTE |MultivariateSquareFree|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 4 notes ; /tmp/oa-O28T6q/code.fasl written ; compilation finished in 0:00:00.135 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/PSQFR.fasl --optimize=3 PSQFR.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PSQFR.spad using Spad compiler. PSQFR abbreviates package PolynomialSquareFree debug: compDefine1 lhs: (PolynomialSquareFree VarSet E RC P) signature (pre-evaluate): ((CATEGORY package (SIGNATURE squareFree ((Factored P) P))) (OrderedSet) NIL (GcdDomain) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE squareFree ((Factored P) P))) $param: (VarSet E RC P) debug: evaluateType form: (Factored P) $param: (VarSet E RC P) Debug: evaluateType1 form: (Factored P) debug: evaluateType1 x: P m: (IntegralDomain) debug: evaluateType form: P $param: (VarSet E RC P) debug: evaluateType form: (OrderedSet) $param: (VarSet E RC P) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (GcdDomain) $param: (VarSet E RC P) Debug: evaluateType1 form: (GcdDomain) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE squareFree ((Factored P) P))) (OrderedSet) NIL (GcdDomain) NIL) debug: compDefine1 lhs: (PolynomialSquareFree VarSet E RC P) signature (pre-evaluate): ((CATEGORY package (SIGNATURE squareFree ((Factored P) P))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE squareFree ((Factored P) P))) $param: (VarSet E RC P) debug: evaluateType form: (Factored P) $param: (VarSet E RC P) Debug: evaluateType1 form: (Factored P) debug: evaluateType1 x: P m: (IntegralDomain) debug: evaluateType form: P $param: (VarSet E RC P) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE squareFree ((Factored P) P))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PolynomialSquareFree compiling into /tmp/oa-tdrbfb compiling local pPolRoot : P -> P Time: 0.10 SEC. compiling local putPth : P -> P Time: 0.02 SEC. compiling local pthPower : P -> Factored P Time: 0.04 SEC. compiling local finSqFr : (P,List VarSet) -> Factored P Time: 0.24 SEC. compiling exported squareFree : P -> Factored P Time: 0.19 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] pPolRoot: not known that Ring is of mode CATEGORY(package,squareFree: P -> Factored P) [2] pthPower: isSq has no value [3] pthPower: fctr has no value [4] pthPower: xpnt has no value [5] finSqFr: : NonNegativeInteger -- replace by pretend Cumulative Statistics for Constructor PolynomialSquareFree Time: 0.59 seconds finalizing NRLIB PSQFR Processing PolynomialSquareFree for Browser database: -- squareFree : P -> Factored P -- constructor ; compiling file "/tmp/oa-tdrbfb/code.lsp" (written 01 FEB 2016 10:55:55 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PSQFR;pPolRoot| ...) ; compiling (DEFUN |PSQFR;putPth| ...) ; compiling (DEFUN |PSQFR;pthPower| ...) ; compiling (DEFUN |PSQFR;finSqFr| ...) ; file: /tmp/oa-tdrbfb/code.lsp ; in: DEFUN |PSQFR;finSqFr| ; (DEFUN BOOT::|PSQFR;finSqFr| (BOOT::|f| BOOT::|lvar| BOOT::$) ; (PROG (BOOT::|sqp| BOOT::|pfaclist| BOOT::|squf| BOOT::|cont1| BOOT::|cont| ; BOOT::|uf| BOOT::|flistfin1| BOOT::|listfin1| BOOT::|uexp|) ; (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PSQFR;finSqFr| ; (BOOT::|f| BOOT::|lvar| BOOT::$) ; (BLOCK BOOT::|PSQFR;finSqFr| ; (PROG (BOOT::|sqp| BOOT::|pfaclist| BOOT::|squf| BOOT::|cont1| ; BOOT::|cont| BOOT::|uf| BOOT::|flistfin1| BOOT::|listfin1| ; BOOT::|uexp|) ; (RETURN (COND # #))))) ; ; note: Assignment to argument: |lvar| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |PSQFR;squareFree;PF;5| ...) ; compiling (DEFUN |PolynomialSquareFree| ...) ; compiling (DEFUN |PolynomialSquareFree;| ...) ; compiling (MAKEPROP (QUOTE |PolynomialSquareFree|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-tdrbfb/code.fasl written ; compilation finished in 0:00:00.064 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/PMTOOLS.fasl --bootstrap PMTOOLS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PMTOOLS.spad using Spad compiler. PMTOOLS abbreviates package PatternMatchTools ------------------------------------------------------------------------ initializing stationary directory for PatternMatchTools compiling into /tmp/oa-o4txvS Time: 0.01 SEC. Cumulative Statistics for Constructor PatternMatchTools Time: 0.01 seconds finalizing NRLIB PMTOOLS ; compiling file "/tmp/oa-o4txvS/code.lsp" (written 01 FEB 2016 10:55:55 PM): ; compiling (DEFUN |PatternMatchTools| ...) ; compiling (DEFUN |PatternMatchTools;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-o4txvS/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/PMPLCAT.fasl --optimize=3 PMPLCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PMPLCAT.spad using Spad compiler. PMPLCAT abbreviates package PatternMatchPolynomialCategory debug: compDefine1 lhs: (PatternMatchPolynomialCategory S E V R P) signature (pre-evaluate): ((CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult S P) P (Pattern S) (PatternMatchResult S P) (Mapping (PatternMatchResult S P) V (Pattern S) (PatternMatchResult S P)))) (IF (has V (PatternMatchable S)) (SIGNATURE patternMatch ((PatternMatchResult S P) P (Pattern S) (PatternMatchResult S P))) %noBranch)) NIL NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult S P) P (Pattern S) (PatternMatchResult S P) (Mapping (PatternMatchResult S P) V (Pattern S) (PatternMatchResult S P)))) (IF (has V (PatternMatchable S)) (SIGNATURE patternMatch ((PatternMatchResult S P) P (Pattern S) (PatternMatchResult S P))) %noBranch)) $param: (S E V R P) debug: evaluateType form: (PatternMatchResult S P) $param: (S E V R P) Debug: evaluateType1 form: (PatternMatchResult S P) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: P m: (SetCategory) debug: evaluateType form: P $param: (S E V R P) debug: evaluateType form: (Pattern S) $param: (S E V R P) Debug: evaluateType1 form: (Pattern S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (PatternMatchResult S P) $param: (S E V R P) Debug: evaluateType1 form: (PatternMatchResult S P) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: P m: (SetCategory) debug: evaluateType form: (Mapping (PatternMatchResult S P) V (Pattern S) (PatternMatchResult S P)) $param: (S E V R P) debug: evaluateType form: (PatternMatchResult S P) $param: (S E V R P) Debug: evaluateType1 form: (PatternMatchResult S P) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: P m: (SetCategory) debug: evaluateType form: V $param: (S E V R P) debug: evaluateType form: (Pattern S) $param: (S E V R P) Debug: evaluateType1 form: (Pattern S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (PatternMatchResult S P) $param: (S E V R P) Debug: evaluateType1 form: (PatternMatchResult S P) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: P m: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult S P) P (Pattern S) (PatternMatchResult S P) (Mapping (PatternMatchResult S P) V (Pattern S) (PatternMatchResult S P)))) (IF (has V (PatternMatchable S)) (SIGNATURE patternMatch ((PatternMatchResult S P) P (Pattern S) (PatternMatchResult S P))) %noBranch)) NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PatternMatchPolynomialCategory compiling into /tmp/oa-ZL7eP2 importing PatternMatchTools(S,R,P) importing PatternMatchPushDown(S,R,P) compiling exported patternMatch : (P,Pattern S,PatternMatchResult(S,P)) -> PatternMatchResult(S,P) Time: 0.06 SEC. compiling exported patternMatch : (P,Pattern S,PatternMatchResult(S,P),(V,Pattern S,PatternMatchResult(S,P)) -> PatternMatchResult(S,P)) -> PatternMatchResult(S,P) Time: 0.18 SEC. (time taken in buildFunctor: 4) Time: 0.01 SEC. Cumulative Statistics for Constructor PatternMatchPolynomialCategory Time: 0.24 seconds finalizing NRLIB PMPLCAT Processing PatternMatchPolynomialCategory for Browser database: -- patternMatch : (P,PAT,PRS,((V,PAT,PRS) -> PRS)) -> PRS -- patternMatch : (P,PAT,PRS) -> PRS -- constructor ; compiling file "/tmp/oa-ZL7eP2/code.lsp" (written 01 FEB 2016 10:55:55 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PMPLCAT;patternMatch;PP2Pmr;1| ...) ; compiling (DEFUN |PMPLCAT;patternMatch;PPPmrMPmr;2| ...) ; compiling (DEFUN |PMPLCAT;patternMatch;PPPmrMPmr;2!2| ...) ; compiling (DEFUN |PMPLCAT;patternMatch;PPPmrMPmr;2!1| ...) ; compiling (DEFUN |PMPLCAT;patternMatch;PPPmrMPmr;2!0| ...) ; compiling (DEFUN |PatternMatchPolynomialCategory| ...) ; compiling (DEFUN |PatternMatchPolynomialCategory;| ...) ; compiling (MAKEPROP (QUOTE |PatternMatchPolynomialCategory|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-ZL7eP2/code.fasl written ; compilation finished in 0:00:00.081 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/POLYLIFT.fasl --optimize=3 POLYLIFT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/POLYLIFT.spad using Spad compiler. POLYLIFT abbreviates package PolynomialCategoryLifting debug: compDefine1 lhs: (PolynomialCategoryLifting E Vars R P S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map (S (Mapping S Vars) (Mapping S R) P))) NIL NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map (S (Mapping S Vars) (Mapping S R) P))) $param: (E Vars R P S) debug: evaluateType form: S $param: (E Vars R P S) debug: evaluateType form: (Mapping S Vars) $param: (E Vars R P S) debug: evaluateType form: S $param: (E Vars R P S) debug: evaluateType form: Vars $param: (E Vars R P S) debug: evaluateType form: (Mapping S R) $param: (E Vars R P S) debug: evaluateType form: S $param: (E Vars R P S) debug: evaluateType form: R $param: (E Vars R P S) debug: evaluateType form: P $param: (E Vars R P S) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map (S (Mapping S Vars) (Mapping S R) P))) NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PolynomialCategoryLifting compiling into /tmp/oa-fYygHn compiling exported map : (Vars -> S,R -> S,P) -> S Time: 0.07 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] map: not known that Ring is of mode CATEGORY(package,map: ((Vars -> S),(R -> S),P) -> S) Cumulative Statistics for Constructor PolynomialCategoryLifting Time: 0.08 seconds finalizing NRLIB POLYLIFT Processing PolynomialCategoryLifting for Browser database: --->../../x86_64-unknown-linux-gnu/src/algebra/polycat.spad-->PolynomialCategoryLifting((+ (% % %))): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/polycat.spad-->PolynomialCategoryLifting((* (% % %))): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/polycat.spad-->PolynomialCategoryLifting((** (% % NonNegativeInteger))): Not documented!!!! -- map : ((Vars -> S),(R -> S),P) -> S -- constructor ; compiling file "/tmp/oa-fYygHn/code.lsp" (written 01 FEB 2016 10:55:56 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |POLYLIFT;map;MMPS;1| ...) ; compiling (DEFUN |PolynomialCategoryLifting| ...) ; compiling (DEFUN |PolynomialCategoryLifting;| ...) ; compiling (MAKEPROP (QUOTE |PolynomialCategoryLifting|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-fYygHn/code.fasl written ; compilation finished in 0:00:00.022 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/POLYCAT.fasl --optimize=3 POLYCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/POLYCAT.spad using Spad compiler. POLYCAT abbreviates category PolynomialCategory debug: compDefine1 lhs: (PolynomialCategory R E VarSet) signature (pre-evaluate): ((Category) (Ring) (OrderedAbelianMonoidSup) (OrderedSet)) debug: evaluateType form: (Category) $param: (R E VarSet) debug: evaluateType form: (Ring) $param: (R E VarSet) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (R E VarSet) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedSet) $param: (R E VarSet) Debug: evaluateType1 form: (OrderedSet) debug: compDefine1 signature (post evaluate): ((Category) (Ring) (OrderedAbelianMonoidSup) (OrderedSet)) debug: compDefine1 lhs: (PolynomialCategory R E VarSet) signature (pre-evaluate): ((Category) NIL NIL NIL) debug: evaluateType form: (Category) $param: (R E VarSet) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PolynomialCategory compiling into /tmp/oa-q2ClSB STYLE-WARNING: redefining BOOT::|PolynomialCategory| in DEFUN Time: 0.03 SEC. POLYCAT- abbreviates package PolynomialCategory& ------------------------------------------------------------------------ initializing stationary directory for PolynomialCategory& compiling into /tmp/oa-bulTYH compiling exported eval : (S,List Equation S) -> S Time: 0.21 SEC. compiling exported monomials : S -> List S Time: 0.02 SEC. compiling exported isPlus : S -> Union(List S,failed) Time: 0.03 SEC. compiling exported isTimes : S -> Union(List S,failed) Time: 0.04 SEC. compiling exported isExpt : S -> Union(Record(var: VarSet,exponent: NonNegativeInteger),failed) Time: 0.02 SEC. compiling exported coefficient : (S,VarSet,NonNegativeInteger) -> S Time: 0.00 SEC. compiling exported coefficient : (S,List VarSet,List NonNegativeInteger) -> S Time: 0.03 SEC. compiling exported monomial : (S,List VarSet,List NonNegativeInteger) -> S Time: 0.02 SEC. compiling exported retract : S -> VarSet Time: 0.02 SEC. compiling exported retractIfCan : S -> Union(VarSet,failed) Time: 0.01 SEC. compiling local mkPrim : S -> S Time: 0 SEC. compiling exported primitiveMonomials : S -> List S Time: 0.02 SEC. compiling exported totalDegree : S -> NonNegativeInteger Time: 0.01 SEC. compiling exported totalDegree : (S,List VarSet) -> NonNegativeInteger Time: 0.02 SEC. compiling exported resultant : (S,S,VarSet) -> S Time: 0.01 SEC. compiling exported discriminant : (S,VarSet) -> S Time: 0 SEC. compiling local allMonoms : List S -> List S Time: 0.05 SEC. compiling local P2R : (S,List E,NonNegativeInteger) -> Vector R Time: 0.10 SEC. compiling local eq2R : (List S,List E) -> Matrix R Time: 0.15 SEC. compiling exported reducedSystem : Matrix S -> Matrix R Time: 0.28 SEC. compiling exported reducedSystem : (Matrix S,Vector S) -> Record(mat: Matrix R,vec: Vector R) Time: 0.23 SEC. compiling exported gcdPolynomial : (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S Time: 0.01 SEC. compiling exported solveLinearPolynomialEquation : (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,failed) Time: 0.01 SEC. compiling exported factorPolynomial : SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S Time: 0.03 SEC. compiling exported factorSquareFreePolynomial : SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S Time: 0.01 SEC. compiling exported factor : S -> Factored S Time: 0.23 SEC. compiling exported conditionP : Matrix S -> Union(Vector S,failed) Time: 0.73 SEC. compiling exported charthRoot : S -> Maybe S Time: 0.06 SEC. compiling local charthRootlv : (S,List VarSet,NonNegativeInteger) -> Maybe S Time: 0.10 SEC. compiling exported monicDivide : (S,S,VarSet) -> Record(quotient: S,remainder: S) Time: 0.03 SEC. compiling exported squareFree : S -> Factored S Time: 0.02 SEC. compiling exported squareFree : S -> Factored S Time: 0.01 SEC. compiling exported squareFree : S -> Factored S Time: 0.02 SEC. compiling exported squareFreePart : S -> S Time: 0.03 SEC. compiling exported content : (S,VarSet) -> S Time: 0.00 SEC. compiling exported primitivePart : S -> S Time: 0.02 SEC. compiling exported primitivePart : (S,VarSet) -> S Time: 0.02 SEC. compiling exported before? : (S,S) -> Boolean Time: 0.05 SEC. compiling exported patternMatch : (S,Pattern Integer,PatternMatchResult(Integer,S)) -> PatternMatchResult(Integer,S) Time: 0.02 SEC. compiling exported patternMatch : (S,Pattern Float,PatternMatchResult(Float,S)) -> PatternMatchResult(Float,S) Time: 0.03 SEC. compiling exported convert : S -> Pattern Integer Time: 0.02 SEC. compiling exported convert : S -> Pattern Float Time: 0.01 SEC. compiling exported convert : S -> InputForm Time: 0.01 SEC. (time taken in buildFunctor: 8) Time: 0.03 SEC. Warnings: [1] eval: IN has no value [2] eval: e has no value [3] coefficient: not known that Ring is of mode CATEGORY(package,gcdPolynomial: (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S,squareFree: S -> Factored S,squareFreePart: S -> S,charthRoot: S -> Maybe S,convert: S -> InputForm,convert: S -> Pattern Integer,convert: S -> Pattern Float,patternMatch: (S,Pattern Integer,PatternMatchResult(Integer,S)) -> PatternMatchResult(Integer,S),patternMatch: (S,Pattern Float,PatternMatchResult(Float,S)) -> PatternMatchResult(Float,S),factor: S -> Factored S,factorPolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,solveLinearPolynomialEquation: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),conditionP: Matrix S -> Union(Vector S,"failed"),primitivePart: (S,VarSet) -> S,content: (S,VarSet) -> S,discriminant: (S,VarSet) -> S,resultant: (S,S,VarSet) -> S,primitiveMonomials: S -> List S,totalDegree: (S,List VarSet) -> NonNegativeInteger,totalDegree: S -> NonNegativeInteger,isExpt: S -> Union(Record(var: VarSet,exponent: NonNegativeInteger),"failed"),isTimes: S -> Union(List S,"failed"),isPlus: S -> Union(List S,"failed"),monomial: (S,List VarSet,List NonNegativeInteger) -> S,monomial: (S,VarSet,NonNegativeInteger) -> S,monicDivide: (S,S,VarSet) -> Record(quotient: S,remainder: S),monomials: S -> List S,coefficient: (S,List VarSet,List NonNegativeInteger) -> S,coefficient: (S,VarSet,NonNegativeInteger) -> S,reducedSystem: Matrix S -> Matrix R,reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix R,vec: Vector R),reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix Integer,vec: Vector Integer),reducedSystem: Matrix S -> Matrix Integer,retractIfCan: S -> Union(VarSet,"failed"),retract: S -> VarSet,eval: (S,List VarSet,List S) -> S,eval: (S,VarSet,S) -> S,eval: (S,List VarSet,List R) -> S,eval: (S,VarSet,R) -> S,eval: (S,List S,List S) -> S,eval: (S,S,S) -> S,eval: (S,Equation S) -> S,eval: (S,List Equation S) -> S,monomial: (R,E) -> S,coefficient: (S,E) -> R,retractIfCan: S -> Union(Integer,"failed"),retract: S -> Integer,retractIfCan: S -> Union(Fraction Integer,"failed"),retract: S -> Fraction Integer,retract: S -> R,retractIfCan: S -> Union(R,"failed"),content: S -> R,primitivePart: S -> S,before?: (S,S) -> Boolean) [4] totalDegree: w has no value [5] reducedSystem: IN has no value [6] reducedSystem: r has no value [7] reducedSystem: not known that Ring is of mode CATEGORY(package,gcdPolynomial: (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S,squareFree: S -> Factored S,squareFreePart: S -> S,charthRoot: S -> Maybe S,convert: S -> InputForm,convert: S -> Pattern Integer,convert: S -> Pattern Float,patternMatch: (S,Pattern Integer,PatternMatchResult(Integer,S)) -> PatternMatchResult(Integer,S),patternMatch: (S,Pattern Float,PatternMatchResult(Float,S)) -> PatternMatchResult(Float,S),factor: S -> Factored S,factorPolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,solveLinearPolynomialEquation: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),conditionP: Matrix S -> Union(Vector S,"failed"),primitivePart: (S,VarSet) -> S,content: (S,VarSet) -> S,discriminant: (S,VarSet) -> S,resultant: (S,S,VarSet) -> S,primitiveMonomials: S -> List S,totalDegree: (S,List VarSet) -> NonNegativeInteger,totalDegree: S -> NonNegativeInteger,isExpt: S -> Union(Record(var: VarSet,exponent: NonNegativeInteger),"failed"),isTimes: S -> Union(List S,"failed"),isPlus: S -> Union(List S,"failed"),monomial: (S,List VarSet,List NonNegativeInteger) -> S,monomial: (S,VarSet,NonNegativeInteger) -> S,monicDivide: (S,S,VarSet) -> Record(quotient: S,remainder: S),monomials: S -> List S,coefficient: (S,List VarSet,List NonNegativeInteger) -> S,coefficient: (S,VarSet,NonNegativeInteger) -> S,reducedSystem: Matrix S -> Matrix R,reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix R,vec: Vector R),reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix Integer,vec: Vector Integer),reducedSystem: Matrix S -> Matrix Integer,retractIfCan: S -> Union(VarSet,"failed"),retract: S -> VarSet,eval: (S,List VarSet,List S) -> S,eval: (S,VarSet,S) -> S,eval: (S,List VarSet,List R) -> S,eval: (S,VarSet,R) -> S,eval: (S,List S,List S) -> S,eval: (S,S,S) -> S,eval: (S,Equation S) -> S,eval: (S,List Equation S) -> S,monomial: (R,E) -> S,coefficient: (S,E) -> R,retractIfCan: S -> Union(Integer,"failed"),retract: S -> Integer,retractIfCan: S -> Union(Fraction Integer,"failed"),retract: S -> Fraction Integer,retract: S -> R,retractIfCan: S -> Union(R,"failed"),content: S -> R,primitivePart: S -> S,before?: (S,S) -> Boolean) [8] solveLinearPolynomialEquation: not known that Ring is of mode CATEGORY(package,gcdPolynomial: (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S,squareFree: S -> Factored S,squareFreePart: S -> S,charthRoot: S -> Maybe S,convert: S -> InputForm,convert: S -> Pattern Integer,convert: S -> Pattern Float,patternMatch: (S,Pattern Integer,PatternMatchResult(Integer,S)) -> PatternMatchResult(Integer,S),patternMatch: (S,Pattern Float,PatternMatchResult(Float,S)) -> PatternMatchResult(Float,S),factor: S -> Factored S,factorPolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,solveLinearPolynomialEquation: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),conditionP: Matrix S -> Union(Vector S,"failed"),primitivePart: (S,VarSet) -> S,content: (S,VarSet) -> S,discriminant: (S,VarSet) -> S,resultant: (S,S,VarSet) -> S,primitiveMonomials: S -> List S,totalDegree: (S,List VarSet) -> NonNegativeInteger,totalDegree: S -> NonNegativeInteger,isExpt: S -> Union(Record(var: VarSet,exponent: NonNegativeInteger),"failed"),isTimes: S -> Union(List S,"failed"),isPlus: S -> Union(List S,"failed"),monomial: (S,List VarSet,List NonNegativeInteger) -> S,monomial: (S,VarSet,NonNegativeInteger) -> S,monicDivide: (S,S,VarSet) -> Record(quotient: S,remainder: S),monomials: S -> List S,coefficient: (S,List VarSet,List NonNegativeInteger) -> S,coefficient: (S,VarSet,NonNegativeInteger) -> S,reducedSystem: Matrix S -> Matrix R,reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix R,vec: Vector R),reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix Integer,vec: Vector Integer),reducedSystem: Matrix S -> Matrix Integer,retractIfCan: S -> Union(VarSet,"failed"),retract: S -> VarSet,eval: (S,List VarSet,List S) -> S,eval: (S,VarSet,S) -> S,eval: (S,List VarSet,List R) -> S,eval: (S,VarSet,R) -> S,eval: (S,List S,List S) -> S,eval: (S,S,S) -> S,eval: (S,Equation S) -> S,eval: (S,List Equation S) -> S,monomial: (R,E) -> S,coefficient: (S,E) -> R,retractIfCan: S -> Union(Integer,"failed"),retract: S -> Integer,retractIfCan: S -> Union(Fraction Integer,"failed"),retract: S -> Fraction Integer,retract: S -> R,retractIfCan: S -> Union(R,"failed"),content: S -> R,primitivePart: S -> S,before?: (S,S) -> Boolean) [9] factorPolynomial: not known that Ring is of mode CATEGORY(package,gcdPolynomial: (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S,squareFree: S -> Factored S,squareFreePart: S -> S,charthRoot: S -> Maybe S,convert: S -> InputForm,convert: S -> Pattern Integer,convert: S -> Pattern Float,patternMatch: (S,Pattern Integer,PatternMatchResult(Integer,S)) -> PatternMatchResult(Integer,S),patternMatch: (S,Pattern Float,PatternMatchResult(Float,S)) -> PatternMatchResult(Float,S),factor: S -> Factored S,factorPolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,solveLinearPolynomialEquation: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),conditionP: Matrix S -> Union(Vector S,"failed"),primitivePart: (S,VarSet) -> S,content: (S,VarSet) -> S,discriminant: (S,VarSet) -> S,resultant: (S,S,VarSet) -> S,primitiveMonomials: S -> List S,totalDegree: (S,List VarSet) -> NonNegativeInteger,totalDegree: S -> NonNegativeInteger,isExpt: S -> Union(Record(var: VarSet,exponent: NonNegativeInteger),"failed"),isTimes: S -> Union(List S,"failed"),isPlus: S -> Union(List S,"failed"),monomial: (S,List VarSet,List NonNegativeInteger) -> S,monomial: (S,VarSet,NonNegativeInteger) -> S,monicDivide: (S,S,VarSet) -> Record(quotient: S,remainder: S),monomials: S -> List S,coefficient: (S,List VarSet,List NonNegativeInteger) -> S,coefficient: (S,VarSet,NonNegativeInteger) -> S,reducedSystem: Matrix S -> Matrix R,reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix R,vec: Vector R),reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix Integer,vec: Vector Integer),reducedSystem: Matrix S -> Matrix Integer,retractIfCan: S -> Union(VarSet,"failed"),retract: S -> VarSet,eval: (S,List VarSet,List S) -> S,eval: (S,VarSet,S) -> S,eval: (S,List VarSet,List R) -> S,eval: (S,VarSet,R) -> S,eval: (S,List S,List S) -> S,eval: (S,S,S) -> S,eval: (S,Equation S) -> S,eval: (S,List Equation S) -> S,monomial: (R,E) -> S,coefficient: (S,E) -> R,retractIfCan: S -> Union(Integer,"failed"),retract: S -> Integer,retractIfCan: S -> Union(Fraction Integer,"failed"),retract: S -> Fraction Integer,retract: S -> R,retractIfCan: S -> Union(R,"failed"),content: S -> R,primitivePart: S -> S,before?: (S,S) -> Boolean) [10] factor: not known that IntegralDomain is of mode CATEGORY(package,gcdPolynomial: (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S,squareFree: S -> Factored S,squareFreePart: S -> S,charthRoot: S -> Maybe S,convert: S -> InputForm,convert: S -> Pattern Integer,convert: S -> Pattern Float,patternMatch: (S,Pattern Integer,PatternMatchResult(Integer,S)) -> PatternMatchResult(Integer,S),patternMatch: (S,Pattern Float,PatternMatchResult(Float,S)) -> PatternMatchResult(Float,S),factor: S -> Factored S,factorPolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,solveLinearPolynomialEquation: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),conditionP: Matrix S -> Union(Vector S,"failed"),primitivePart: (S,VarSet) -> S,content: (S,VarSet) -> S,discriminant: (S,VarSet) -> S,resultant: (S,S,VarSet) -> S,primitiveMonomials: S -> List S,totalDegree: (S,List VarSet) -> NonNegativeInteger,totalDegree: S -> NonNegativeInteger,isExpt: S -> Union(Record(var: VarSet,exponent: NonNegativeInteger),"failed"),isTimes: S -> Union(List S,"failed"),isPlus: S -> Union(List S,"failed"),monomial: (S,List VarSet,List NonNegativeInteger) -> S,monomial: (S,VarSet,NonNegativeInteger) -> S,monicDivide: (S,S,VarSet) -> Record(quotient: S,remainder: S),monomials: S -> List S,coefficient: (S,List VarSet,List NonNegativeInteger) -> S,coefficient: (S,VarSet,NonNegativeInteger) -> S,reducedSystem: Matrix S -> Matrix R,reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix R,vec: Vector R),reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix Integer,vec: Vector Integer),reducedSystem: Matrix S -> Matrix Integer,retractIfCan: S -> Union(VarSet,"failed"),retract: S -> VarSet,eval: (S,List VarSet,List S) -> S,eval: (S,VarSet,S) -> S,eval: (S,List VarSet,List R) -> S,eval: (S,VarSet,R) -> S,eval: (S,List S,List S) -> S,eval: (S,S,S) -> S,eval: (S,Equation S) -> S,eval: (S,List Equation S) -> S,monomial: (R,E) -> S,coefficient: (S,E) -> R,retractIfCan: S -> Union(Integer,"failed"),retract: S -> Integer,retractIfCan: S -> Union(Fraction Integer,"failed"),retract: S -> Fraction Integer,retract: S -> R,retractIfCan: S -> Union(R,"failed"),content: S -> R,primitivePart: S -> S,before?: (S,S) -> Boolean) [11] conditionP: : Integer -- replace by pretend [12] squareFreePart: unit has no value [13] patternMatch: not known that SetCategory is of mode CATEGORY(package,gcdPolynomial: (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S,squareFree: S -> Factored S,squareFreePart: S -> S,charthRoot: S -> Maybe S,convert: S -> InputForm,convert: S -> Pattern Integer,convert: S -> Pattern Float,patternMatch: (S,Pattern Integer,PatternMatchResult(Integer,S)) -> PatternMatchResult(Integer,S),patternMatch: (S,Pattern Float,PatternMatchResult(Float,S)) -> PatternMatchResult(Float,S),factor: S -> Factored S,factorPolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,solveLinearPolynomialEquation: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),conditionP: Matrix S -> Union(Vector S,"failed"),primitivePart: (S,VarSet) -> S,content: (S,VarSet) -> S,discriminant: (S,VarSet) -> S,resultant: (S,S,VarSet) -> S,primitiveMonomials: S -> List S,totalDegree: (S,List VarSet) -> NonNegativeInteger,totalDegree: S -> NonNegativeInteger,isExpt: S -> Union(Record(var: VarSet,exponent: NonNegativeInteger),"failed"),isTimes: S -> Union(List S,"failed"),isPlus: S -> Union(List S,"failed"),monomial: (S,List VarSet,List NonNegativeInteger) -> S,monomial: (S,VarSet,NonNegativeInteger) -> S,monicDivide: (S,S,VarSet) -> Record(quotient: S,remainder: S),monomials: S -> List S,coefficient: (S,List VarSet,List NonNegativeInteger) -> S,coefficient: (S,VarSet,NonNegativeInteger) -> S,reducedSystem: Matrix S -> Matrix R,reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix R,vec: Vector R),reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix Integer,vec: Vector Integer),reducedSystem: Matrix S -> Matrix Integer,retractIfCan: S -> Union(VarSet,"failed"),retract: S -> VarSet,eval: (S,List VarSet,List S) -> S,eval: (S,VarSet,S) -> S,eval: (S,List VarSet,List R) -> S,eval: (S,VarSet,R) -> S,eval: (S,List S,List S) -> S,eval: (S,S,S) -> S,eval: (S,Equation S) -> S,eval: (S,List Equation S) -> S,monomial: (R,E) -> S,coefficient: (S,E) -> R,retractIfCan: S -> Union(Integer,"failed"),retract: S -> Integer,retractIfCan: S -> Union(Fraction Integer,"failed"),retract: S -> Fraction Integer,retract: S -> R,retractIfCan: S -> Union(R,"failed"),content: S -> R,primitivePart: S -> S,before?: (S,S) -> Boolean) Cumulative Statistics for Constructor PolynomialCategory& Time: 2.76 seconds finalizing NRLIB POLYCAT- ; compiling file "/tmp/oa-bulTYH/code.lsp" (written 01 FEB 2016 10:55:59 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |POLYCAT-;eval;$L$;1| ...) ; compiling (DEFUN |POLYCAT-;monomials;$L;2| ...) ; file: /tmp/oa-bulTYH/code.lsp ; in: DEFUN |POLYCAT-;monomials;$L;2| ; (DEFUN BOOT::|POLYCAT-;monomials;$L;2| (BOOT::|p| BOOT::$) ; (LET ((BOOT::|ml| NIL)) ; (BOOT::SEQ (LOOP (COND # #)) ; (BOOT::EXIT (BOOTTRAN:|reverse| BOOT::|ml|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|POLYCAT-;monomials;$L;2| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|POLYCAT-;monomials;$L;2| ; (LET ((BOOT::|ml| NIL)) ; (BOOT::SEQ (LOOP #) (BOOT::EXIT #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |POLYCAT-;isPlus;$U;3| ...) ; compiling (DEFUN |POLYCAT-;isTimes;$U;4| ...) ; compiling (DEFUN |POLYCAT-;isExpt;$U;5| ...) ; compiling (DEFUN |POLYCAT-;coefficient;$VarSetNni$;6| ...) ; compiling (DEFUN |POLYCAT-;coefficient;$LL$;7| ...) ; compiling (DEFUN |POLYCAT-;monomial;$LL$;8| ...) ; compiling (DEFUN |POLYCAT-;retract;$VarSet;9| ...) ; compiling (DEFUN |POLYCAT-;retractIfCan;$U;10| ...) ; compiling (DEFUN |POLYCAT-;mkPrim| ...) ; compiling (DEFUN |POLYCAT-;primitiveMonomials;$L;12| ...) ; file: /tmp/oa-bulTYH/code.lsp ; in: DEFUN |POLYCAT-;primitiveMonomials;$L;12| ; (DEFUN BOOT::|POLYCAT-;primitiveMonomials;$L;12| (BOOT::|p| BOOT::$) ; (LET ((#:G875 (BOOT::SPADCALL BOOT::|p| #)) (#:G640 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G875 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|POLYCAT-;primitiveMonomials;$L;12| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|POLYCAT-;primitiveMonomials;$L;12| ; (LET ((#:G875 #) (#:G640 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |POLYCAT-;totalDegree;$Nni;13| ...) ; compiling (DEFUN |POLYCAT-;totalDegree;$LNni;14| ...) ; compiling (DEFUN |POLYCAT-;resultant;2$VarSet$;15| ...) ; compiling (DEFUN |POLYCAT-;discriminant;$VarSet$;16| ...) ; compiling (DEFUN |POLYCAT-;allMonoms| ...) ; file: /tmp/oa-bulTYH/code.lsp ; in: DEFUN |POLYCAT-;allMonoms| ; (DEFUN BOOT::|POLYCAT-;allMonoms| (BOOT::|l| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL ; (LET (# #) ; (LOOP # ; #)) ; (BOOT::|shellEntry| BOOT::$ 99)) ; (BOOT::|shellEntry| BOOT::$ 100))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|POLYCAT-;allMonoms| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|POLYCAT-;allMonoms| ; (BOOT::SPADCALL ; (BOOT::SPADCALL ; (LET # ; #) ; (BOOT::|shellEntry| BOOT::$ 99)) ; (BOOT::|shellEntry| BOOT::$ 100)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |POLYCAT-;P2R| ...) ; compiling (DEFUN |POLYCAT-;eq2R| ...) ; compiling (DEFUN |POLYCAT-;reducedSystem;MM;20| ...) ; compiling (DEFUN |POLYCAT-;reducedSystem;MVR;21| ...) ; compiling (DEFUN |POLYCAT-;gcdPolynomial;3Sup;22| ...) ; compiling (DEFUN |POLYCAT-;solveLinearPolynomialEquation;LSupU;23| ...) ; file: /tmp/oa-bulTYH/code.lsp ; in: DEFUN |POLYCAT-;solveLinearPolynomialEquation;LSupU;23| ; (DEFUN BOOT::|POLYCAT-;solveLinearPolynomialEquation;LSupU;23| ; (BOOT::|lpp| BOOT::|pp| BOOT::$) ; (BOOT::SPADCALL BOOT::|lpp| BOOT::|pp| (BOOT::|shellEntry| BOOT::$ 138))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|POLYCAT-;solveLinearPolynomialEquation;LSupU;23| ; (BOOT::|lpp| BOOT::|pp| BOOT::$) ; (BLOCK BOOT::|POLYCAT-;solveLinearPolynomialEquation;LSupU;23| ; (BOOT::SPADCALL BOOT::|lpp| BOOT::|pp| ; (BOOT::|shellEntry| BOOT::$ 138)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |POLYCAT-;factorPolynomial;SupF;24| ...) ; compiling (DEFUN |POLYCAT-;factorSquareFreePolynomial;SupF;25| ...) ; compiling (DEFUN |POLYCAT-;factor;$F;26| ...) ; compiling (DEFUN |POLYCAT-;conditionP;MU;27| ...) ; compiling (DEFUN |POLYCAT-;charthRoot;$M;28| ...) ; compiling (DEFUN |POLYCAT-;charthRootlv| ...) ; file: /tmp/oa-bulTYH/code.lsp ; in: DEFUN |POLYCAT-;charthRootlv| ; (DEFUN BOOT::|POLYCAT-;charthRootlv| ; (BOOT::|p| BOOT::|vars| BOOT::|ch| BOOT::$) ; (PROG (BOOT::|ansx| BOOT::|cp| BOOT::|dd| BOOT::|ans| BOOT::|d|) ; (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|POLYCAT-;charthRootlv| ; (BOOT::|p| BOOT::|vars| BOOT::|ch| BOOT::$) ; (BLOCK BOOT::|POLYCAT-;charthRootlv| ; (PROG (BOOT::|ansx| BOOT::|cp| BOOT::|dd| BOOT::|ans| BOOT::|d|) ; (RETURN (COND # #))))) ; ; note: Assignment to argument: |vars| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |POLYCAT-;monicDivide;2$VarSetR;30| ...) ; compiling (DEFUN |POLYCAT-;squareFree;$F;31| ...) ; compiling (DEFUN |POLYCAT-;squareFree;$F;32| ...) ; compiling (DEFUN |POLYCAT-;squareFree;$F;33| ...) ; compiling (DEFUN |POLYCAT-;squareFreePart;2$;34| ...) ; compiling (DEFUN |POLYCAT-;content;$VarSet$;35| ...) ; compiling (DEFUN |POLYCAT-;primitivePart;2$;36| ...) ; compiling (DEFUN |POLYCAT-;primitivePart;$VarSet$;37| ...) ; compiling (DEFUN |POLYCAT-;before?;2$B;38| ...) ; file: /tmp/oa-bulTYH/code.lsp ; in: DEFUN |POLYCAT-;before?;2$B;38| ; (DEFUN BOOT::|POLYCAT-;before?;2$B;38| (BOOT::|p| BOOT::|q| BOOT::$) ; (LET ((BOOT::|dp| (BOOT::SPADCALL BOOT::|p| #)) ; (BOOT::|dq| (BOOT::SPADCALL BOOT::|q| #))) ; (COND ((BOOT::SPADCALL BOOT::|dp| BOOT::|dq| #) (BOOT::SPADCALL # # #)) ; ((BOOT::SPADCALL BOOT::|dq| BOOT::|dp| #) (BOOT::SPADCALL # # #)) ; (T (BOOT::SPADCALL # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|POLYCAT-;before?;2$B;38| ; (BOOT::|p| BOOT::|q| BOOT::$) ; (BLOCK BOOT::|POLYCAT-;before?;2$B;38| ; (LET ((BOOT::|dp| #) (BOOT::|dq| #)) ; (COND (# #) (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |POLYCAT-;patternMatch;$P2Pmr;39| ...) ; compiling (DEFUN |POLYCAT-;patternMatch;$P2Pmr;40| ...) ; compiling (DEFUN |POLYCAT-;convert;$P;41| ...) ; compiling (DEFUN |POLYCAT-;convert;$P;42| ...) ; compiling (DEFUN |POLYCAT-;convert;$If;43| ...) ; compiling (DEFUN |PolynomialCategory&| ...) ; compiling (MAKEPROP (QUOTE |PolynomialCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 6 notes ; /tmp/oa-bulTYH/code.fasl written ; compilation finished in 0:00:00.168 ------------------------------------------------------------------------ finalizing NRLIB POLYCAT Processing PolynomialCategory for Browser database: -- degree : (%,VarSet) -> NonNegativeInteger -- degree : (%,List VarSet) -> List NonNegativeInteger -- coefficient : (%,VarSet,NonNegativeInteger) -> % -- coefficient : (%,List VarSet,List NonNegativeInteger) -> % -- monomials : % -> List % -- univariate : (%,VarSet) -> SparseUnivariatePolynomial % -- univariate : % -> SparseUnivariatePolynomial R -- mainVariable : % -> Union(VarSet,"failed") -- minimumDegree : (%,VarSet) -> NonNegativeInteger -- minimumDegree : (%,List VarSet) -> List NonNegativeInteger -- monicDivide : (%,%,VarSet) -> Record(quotient: %,remainder: %) -- monomial : (%,VarSet,NonNegativeInteger) -> % -- monomial : (%,List VarSet,List NonNegativeInteger) -> % -- multivariate : (SparseUnivariatePolynomial R,VarSet) -> % -- multivariate : (SparseUnivariatePolynomial %,VarSet) -> % -- isPlus : % -> Union(List %,"failed") -- isTimes : % -> Union(List %,"failed") -- isExpt : % -> Union(Record(var: VarSet,exponent: NonNegativeInteger),"failed") -- totalDegree : % -> NonNegativeInteger -- totalDegree : (%,List VarSet) -> NonNegativeInteger -- variables : % -> List VarSet -- primitiveMonomials : % -> List % -- resultant : (%,%,VarSet) -> % -- discriminant : (%,VarSet) -> % -- content : (%,VarSet) -> % -- primitivePart : % -> % -- primitivePart : (%,VarSet) -> % -- squareFree : % -> Factored % -- squareFreePart : % -> % -- canonicalUnitNormal : () -> attribute -- constructor ; compiling file "/tmp/oa-q2ClSB/code.lsp" (written 01 FEB 2016 10:55:59 PM): ; compiling (DEFPARAMETER |PolynomialCategory;AL| ...) ; compiling (DEFUN |PolynomialCategory;| ...) ; compiling (DEFUN |PolynomialCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-q2ClSB/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/PFBRU.fasl --optimize=3 PFBRU.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PFBRU.spad using Spad compiler. PFBRU abbreviates package PolynomialFactorizationByRecursionUnivariate debug: compDefine1 lhs: (PolynomialFactorizationByRecursionUnivariate R S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE solveLinearPolynomialEquationByRecursion ((Union (List (SparseUnivariatePolynomial S)) failed) (List (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE factorByRecursion ((Factored (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE factorSquareFreeByRecursion ((Factored (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE randomR (R)) (SIGNATURE factorSFBRlcUnit ((Factored (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE solveLinearPolynomialEquationByRecursion ((Union (List (SparseUnivariatePolynomial S)) failed) (List (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE factorByRecursion ((Factored (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE factorSquareFreeByRecursion ((Factored (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE randomR (R)) (SIGNATURE factorSFBRlcUnit ((Factored (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S)))) $param: (R S) debug: evaluateType form: (Union (List (SparseUnivariatePolynomial S)) failed) $param: (R S) debug: evaluateType form: (List (SparseUnivariatePolynomial S)) $param: (R S) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial S)) debug: evaluateType1 x: (SparseUnivariatePolynomial S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial S) c: (Type) debug: evaluateType form: failed $param: (R S) debug: evaluateType form: (List (SparseUnivariatePolynomial S)) $param: (R S) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial S)) debug: evaluateType1 x: (SparseUnivariatePolynomial S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial S) c: (Type) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evaluateType form: (Factored (SparseUnivariatePolynomial S)) $param: (R S) Debug: evaluateType1 form: (Factored (SparseUnivariatePolynomial S)) debug: evaluateType1 x: (SparseUnivariatePolynomial S) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R S) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial S) c: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evaluateType form: (Factored (SparseUnivariatePolynomial S)) $param: (R S) Debug: evaluateType1 form: (Factored (SparseUnivariatePolynomial S)) debug: evaluateType1 x: (SparseUnivariatePolynomial S) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R S) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial S) c: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evaluateType form: R $param: (R S) debug: evaluateType form: (Factored (SparseUnivariatePolynomial S)) $param: (R S) Debug: evaluateType1 form: (Factored (SparseUnivariatePolynomial S)) debug: evaluateType1 x: (SparseUnivariatePolynomial S) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R S) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial S) c: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE solveLinearPolynomialEquationByRecursion ((Union (List (SparseUnivariatePolynomial S)) failed) (List (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE factorByRecursion ((Factored (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE factorSquareFreeByRecursion ((Factored (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE randomR (R)) (SIGNATURE factorSFBRlcUnit ((Factored (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PolynomialFactorizationByRecursionUnivariate compiling into /tmp/oa-8k8StZ importing FactoredFunctionUtilities SparseUnivariatePolynomial S importing FactoredFunctions2(SparseUnivariatePolynomial R,SparseUnivariatePolynomial S) importing FactoredFunctions2(S,SparseUnivariatePolynomial S) importing UnivariatePolynomialCategoryFunctions2(S,SparseUnivariatePolynomial S,R,SparseUnivariatePolynomial R) importing UnivariatePolynomialCategoryFunctions2(R,SparseUnivariatePolynomial R,S,SparseUnivariatePolynomial S) compiling exported solveLinearPolynomialEquationByRecursion : (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,failed) Time: 0.27 SEC. compiling local hensel : (SparseUnivariatePolynomial S,R,List SparseUnivariatePolynomial S) -> Union(Record(fctrs: List SparseUnivariatePolynomial S),failed) Time: 0.54 SEC. compiling local chooseFSQViableSubstitutions : SparseUnivariatePolynomial S -> Record(substnsField: R,ppRField: SparseUnivariatePolynomial R) Time: 0.26 SEC. compiling local raise : SparseUnivariatePolynomial R -> SparseUnivariatePolynomial S Time: 0.00 SEC. compiling local lower : SparseUnivariatePolynomial S -> SparseUnivariatePolynomial R Time: 0.03 SEC. compiling local factorSFBRlcUnitInner : (SparseUnivariatePolynomial S,R) -> Union(Factored SparseUnivariatePolynomial S,failed) Time: 1.25 SEC. compiling exported factorSFBRlcUnit : SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S Time: 0.01 SEC. compiling exported factorSFBRlcUnit : SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S Time: 0.00 SEC. compiling exported randomR : () -> R Time: 0.00 SEC. compiling exported randomR : () -> R Time: 0.00 SEC. compiling exported randomR : () -> R Time: 0.01 SEC. compiling exported factorByRecursion : SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S Time: 0.12 SEC. compiling exported factorSquareFreeByRecursion : SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S Time: 0.36 SEC. (time taken in buildFunctor: 0) Time: 0.03 SEC. Warnings: [1] solveLinearPolynomialEquationByRecursion: not known that Ring is of mode CATEGORY(package,solveLinearPolynomialEquationByRecursion: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),factorByRecursion: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreeByRecursion: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,randomR: () -> R,factorSFBRlcUnit: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S) [2] chooseFSQViableSubstitutions: substns has no value [3] chooseFSQViableSubstitutions: ppR has no value [4] raise: : R -- replace by pretend [5] raise: : R -- should replace by @ [6] factorSFBRlcUnitInner: not known that Ring is of mode CATEGORY(package,solveLinearPolynomialEquationByRecursion: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),factorByRecursion: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreeByRecursion: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,randomR: () -> R,factorSFBRlcUnit: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S) [7] factorSFBRlcUnitInner: fctr has no value [8] factorByRecursion: not known that IntegralDomain is of mode CATEGORY(package,solveLinearPolynomialEquationByRecursion: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),factorByRecursion: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreeByRecursion: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,randomR: () -> R,factorSFBRlcUnit: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S) [9] factorByRecursion: : S -- replace by pretend [10] factorByRecursion: : S -- should replace by @ [11] factorSquareFreeByRecursion: lcppPow has no value Cumulative Statistics for Constructor PolynomialFactorizationByRecursionUnivariate Time: 2.89 seconds finalizing NRLIB PFBRU Processing PolynomialFactorizationByRecursionUnivariate for Browser database: -- solveLinearPolynomialEquationByRecursion : (List SupS,SupS) -> Union(List SupS,"failed") -- factorByRecursion : SupS -> Factored SupS -- factorSquareFreeByRecursion : SupS -> Factored SupS -- randomR : () -> R -- factorSFBRlcUnit : SupS -> Factored SupS -- constructor ; compiling file "/tmp/oa-8k8StZ/code.lsp" (written 01 FEB 2016 10:56:02 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PFBRU;solveLinearPolynomialEquationByRecursion;LSupU;1| ...) ; file: /tmp/oa-8k8StZ/code.lsp ; in: DEFUN |PFBRU;solveLinearPolynomialEquationByRecursion;LSupU;1| ; (DEFUN BOOT::|PFBRU;solveLinearPolynomialEquationByRecursion;LSupU;1| ; (BOOT::|lpolys| BOOT::|pp| BOOT::$) ; (PROG (BOOT::|answer| BOOT::|lpolysLower| BOOT::|recAns| BOOT::|ppx|) ; (RETURN ; (LET (# #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PFBRU;solveLinearPolynomialEquationByRecursion;LSupU;1| ; (BOOT::|lpolys| BOOT::|pp| BOOT::$) ; (BLOCK BOOT::|PFBRU;solveLinearPolynomialEquationByRecursion;LSupU;1| ; (PROG (BOOT::|answer| BOOT::|lpolysLower| BOOT::|recAns| BOOT::|ppx|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |PFBRU;solveLinearPolynomialEquationByRecursion;LSupU;1!0| ...) ; compiling (DEFUN |PFBRU;hensel| ...) ; file: /tmp/oa-8k8StZ/code.lsp ; in: DEFUN |PFBRU;hensel| ; (DEFUN BOOT::|PFBRU;hensel| (BOOT::|pp| BOOT::|r| BOOT::|factors| BOOT::$) ; (PROG (BOOT::|step| BOOT::|Ecart| BOOT::|pp1|) ; (RETURN ; (LET* (# # # # # # #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PFBRU;hensel| ; (BOOT::|pp| BOOT::|r| BOOT::|factors| BOOT::$) ; (BLOCK BOOT::|PFBRU;hensel| ; (PROG (BOOT::|step| BOOT::|Ecart| BOOT::|pp1|) ; (RETURN ; (LET* # ; #))))) ; ; note: Assignment to argument: |factors| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |PFBRU;hensel!0| ...) ; compiling (DEFUN |PFBRU;chooseFSQViableSubstitutions| ...) ; compiling (DEFUN |PFBRU;chooseFSQViableSubstitutions!0| ...) ; compiling (DEFUN |PFBRU;raise| ...) ; compiling (DEFUN |PFBRU;raise!0| ...) ; compiling (DEFUN |PFBRU;lower| ...) ; compiling (DEFUN |PFBRU;lower!0| ...) ; compiling (DEFUN |PFBRU;factorSFBRlcUnitInner| ...) ; compiling (DEFUN |PFBRU;factorSFBRlcUnitInner!0| ...) ; compiling (DEFUN |PFBRU;factorSFBRlcUnit;SupF;7| ...) ; compiling (DEFUN |PFBRU;factorSFBRlcUnit;SupF;8| ...) ; compiling (DEFUN |PFBRU;randomR;R;9| ...) ; compiling (DEFUN |PFBRU;randomR;R;10| ...) ; compiling (DEFUN |PFBRU;randomR;R;11| ...) ; compiling (DEFUN |PFBRU;factorByRecursion;SupF;12| ...) ; compiling (DEFUN |PFBRU;factorByRecursion;SupF;12!0| ...) ; compiling (DEFUN |PFBRU;factorSquareFreeByRecursion;SupF;13| ...) ; compiling (DEFUN |PolynomialFactorizationByRecursionUnivariate| ...) ; compiling (DEFUN |PolynomialFactorizationByRecursionUnivariate;| ...) ; compiling (MAKEPROP (QUOTE |PolynomialFactorizationByRecursionUnivariate|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-8k8StZ/code.fasl written ; compilation finished in 0:00:00.178 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/FR2.fasl --optimize=3 FR2.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FR2.spad using Spad compiler. FR2 abbreviates package FactoredFunctions2 debug: compDefine1 lhs: (FactoredFunctions2 R S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((Factored S) (Mapping S R) (Factored R)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((Factored S) (Mapping S R) (Factored R)))) $param: (R S) debug: evaluateType form: (Factored S) $param: (R S) Debug: evaluateType1 form: (Factored S) debug: evaluateType1 x: S m: (IntegralDomain) debug: evaluateType form: (Mapping S R) $param: (R S) debug: evaluateType form: S $param: (R S) debug: evaluateType form: R $param: (R S) debug: evaluateType form: (Factored R) $param: (R S) Debug: evaluateType1 form: (Factored R) debug: evaluateType1 x: R m: (IntegralDomain) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((Factored S) (Mapping S R) (Factored R)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FactoredFunctions2 compiling into /tmp/oa-73edpv compiling exported map : (R -> S,Factored R) -> Factored S Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor FactoredFunctions2 Time: 0.04 seconds finalizing NRLIB FR2 Processing FactoredFunctions2 for Browser database: -- map : ((R -> S),Factored R) -> Factored S -- constructor ; compiling file "/tmp/oa-73edpv/code.lsp" (written 01 FEB 2016 10:56:02 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FR2;map;MFF;1| ...) ; compiling (DEFUN |FactoredFunctions2| ...) ; compiling (DEFUN |FactoredFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |FactoredFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-73edpv/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/UPSQFREE.fasl --optimize=3 UPSQFREE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UPSQFREE.spad using Spad compiler. UPSQFREE abbreviates package UnivariatePolynomialSquareFree debug: compDefine1 lhs: (UnivariatePolynomialSquareFree RC P) signature (pre-evaluate): ((CATEGORY package (SIGNATURE squareFree ((Factored P) P)) (SIGNATURE squareFreePart (P P)) (SIGNATURE BumInSepFFE ((Record (: flg (Union nil sqfr irred prime)) (: fctr P) (: xpnt (Integer))) (Record (: flg (Union nil sqfr irred prime)) (: fctr P) (: xpnt (Integer)))))) (IntegralDomain) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE squareFree ((Factored P) P)) (SIGNATURE squareFreePart (P P)) (SIGNATURE BumInSepFFE ((Record (: flg (Union nil sqfr irred prime)) (: fctr P) (: xpnt (Integer))) (Record (: flg (Union nil sqfr irred prime)) (: fctr P) (: xpnt (Integer)))))) $param: (RC P) debug: evaluateType form: (Factored P) $param: (RC P) Debug: evaluateType1 form: (Factored P) debug: evaluateType1 x: P m: (IntegralDomain) debug: evaluateType form: P $param: (RC P) debug: evaluateType form: P $param: (RC P) debug: evaluateType form: P $param: (RC P) debug: evaluateType form: (Record (: flg (Union nil sqfr irred prime)) (: fctr P) (: xpnt (Integer))) $param: (RC P) debug: evaluateType form: (Union nil sqfr irred prime) $param: (RC P) debug: evaluateType form: nil $param: (RC P) debug: evaluateType form: sqfr $param: (RC P) debug: evaluateType form: irred $param: (RC P) debug: evaluateType form: prime $param: (RC P) debug: evaluateType form: P $param: (RC P) debug: evaluateType form: (Integer) $param: (RC P) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Record (: flg (Union nil sqfr irred prime)) (: fctr P) (: xpnt (Integer))) $param: (RC P) debug: evaluateType form: (Union nil sqfr irred prime) $param: (RC P) debug: evaluateType form: nil $param: (RC P) debug: evaluateType form: sqfr $param: (RC P) debug: evaluateType form: irred $param: (RC P) debug: evaluateType form: prime $param: (RC P) debug: evaluateType form: P $param: (RC P) debug: evaluateType form: (Integer) $param: (RC P) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (IntegralDomain) $param: (RC P) Debug: evaluateType1 form: (IntegralDomain) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE squareFree ((Factored P) P)) (SIGNATURE squareFreePart (P P)) (SIGNATURE BumInSepFFE ((Record (: flg (Union nil sqfr irred prime)) (: fctr P) (: xpnt (Integer))) (Record (: flg (Union nil sqfr irred prime)) (: fctr P) (: xpnt (Integer)))))) (IntegralDomain) NIL) debug: compDefine1 lhs: (UnivariatePolynomialSquareFree RC P) signature (pre-evaluate): ((CATEGORY package (SIGNATURE squareFree ((Factored P) P)) (SIGNATURE squareFreePart (P P)) (SIGNATURE BumInSepFFE ((Record (: flg (Union nil sqfr irred prime)) (: fctr P) (: xpnt (Integer))) (Record (: flg (Union nil sqfr irred prime)) (: fctr P) (: xpnt (Integer)))))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE squareFree ((Factored P) P)) (SIGNATURE squareFreePart (P P)) (SIGNATURE BumInSepFFE ((Record (: flg (Union nil sqfr irred prime)) (: fctr P) (: xpnt (Integer))) (Record (: flg (Union nil sqfr irred prime)) (: fctr P) (: xpnt (Integer)))))) $param: (RC P) debug: evaluateType form: (Factored P) $param: (RC P) Debug: evaluateType1 form: (Factored P) debug: evaluateType1 x: P m: (IntegralDomain) debug: evaluateType form: P $param: (RC P) debug: evaluateType form: P $param: (RC P) debug: evaluateType form: P $param: (RC P) debug: evaluateType form: (Record (: flg (Union nil sqfr irred prime)) (: fctr P) (: xpnt (Integer))) $param: (RC P) debug: evaluateType form: (Union nil sqfr irred prime) $param: (RC P) debug: evaluateType form: nil $param: (RC P) debug: evaluateType form: sqfr $param: (RC P) debug: evaluateType form: irred $param: (RC P) debug: evaluateType form: prime $param: (RC P) debug: evaluateType form: P $param: (RC P) debug: evaluateType form: (Integer) $param: (RC P) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Record (: flg (Union nil sqfr irred prime)) (: fctr P) (: xpnt (Integer))) $param: (RC P) debug: evaluateType form: (Union nil sqfr irred prime) $param: (RC P) debug: evaluateType form: nil $param: (RC P) debug: evaluateType form: sqfr $param: (RC P) debug: evaluateType form: irred $param: (RC P) debug: evaluateType form: prime $param: (RC P) debug: evaluateType form: P $param: (RC P) debug: evaluateType form: (Integer) $param: (RC P) Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE squareFree ((Factored P) P)) (SIGNATURE squareFreePart (P P)) (SIGNATURE BumInSepFFE ((Record (: flg (Union nil sqfr irred prime)) (: fctr P) (: xpnt (Integer))) (Record (: flg (Union nil sqfr irred prime)) (: fctr P) (: xpnt (Integer)))))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for UnivariatePolynomialSquareFree compiling into /tmp/oa-OkpYmD compiling exported squareFreePart : P -> P Time: 0.07 SEC. compiling exported squareFreePart : P -> P Time: 0.03 SEC. compiling exported BumInSepFFE : Record(flg: Union(nil,sqfr,irred,prime),fctr: P,xpnt: Integer) -> Record(flg: Union(nil,sqfr,irred,prime),fctr: P,xpnt: Integer) Time: 0.02 SEC. compiling exported BumInSepFFE : Record(flg: Union(nil,sqfr,irred,prime),fctr: P,xpnt: Integer) -> Record(flg: Union(nil,sqfr,irred,prime),fctr: P,xpnt: Integer) Time: 0.01 SEC. compiling exported BumInSepFFE : Record(flg: Union(nil,sqfr,irred,prime),fctr: P,xpnt: Integer) -> Record(flg: Union(nil,sqfr,irred,prime),fctr: P,xpnt: Integer) Time: 0.01 SEC. compiling exported squareFree : P -> Factored P Time: 0.04 SEC. compiling exported squareFree : P -> Factored P Time: 0.08 SEC. (time taken in buildFunctor: 4) Time: 0.01 SEC. Warnings: [1] squareFreePart: unit has no value [2] BumInSepFFE: : NonNegativeInteger -- should replace by @ Cumulative Statistics for Constructor UnivariatePolynomialSquareFree Time: 0.28 seconds finalizing NRLIB UPSQFREE Processing UnivariatePolynomialSquareFree for Browser database: -- gcd : (%,%) -> % -- squareFree : P -> Factored P -- squareFreePart : P -> P -- BumInSepFFE : FF -> FF -- constructor ; compiling file "/tmp/oa-OkpYmD/code.lsp" (written 01 FEB 2016 10:56:03 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |UPSQFREE;squareFreePart;2P;1| ...) ; compiling (DEFUN |UPSQFREE;squareFreePart;2P;2| ...) ; compiling (DEFUN |UPSQFREE;BumInSepFFE;2R;3| ...) ; compiling (DEFUN |UPSQFREE;BumInSepFFE;2R;4| ...) ; compiling (DEFUN |UPSQFREE;BumInSepFFE;2R;5| ...) ; compiling (DEFUN |UPSQFREE;squareFree;PF;6| ...) ; compiling (DEFUN |UPSQFREE;squareFree;PF;7| ...) ; compiling (DEFUN |UnivariatePolynomialSquareFree| ...) ; compiling (DEFUN |UnivariatePolynomialSquareFree;| ...) ; compiling (MAKEPROP (QUOTE |UnivariatePolynomialSquareFree|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-OkpYmD/code.fasl written ; compilation finished in 0:00:00.067 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/UPOLYC.fasl --optimize=3 UPOLYC.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UPOLYC.spad using Spad compiler. UPOLYC abbreviates category UnivariatePolynomialCategory debug: compDefine1 lhs: (UnivariatePolynomialCategory R) signature (pre-evaluate): ((Category) (Ring)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((Category) (Ring)) debug: compDefine1 lhs: (UnivariatePolynomialCategory R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for UnivariatePolynomialCategory compiling into /tmp/oa-QVcpO0 STYLE-WARNING: redefining BOOT::|UnivariatePolynomialCategory| in DEFUN Time: 0.02 SEC. UPOLYC- abbreviates package UnivariatePolynomialCategory& ------------------------------------------------------------------------ initializing stationary directory for UnivariatePolynomialCategory& compiling into /tmp/oa-qwNNLo compiling exported variables : S -> List SingletonAsOrderedSet Time: 0.12 SEC. compiling exported degree : (S,SingletonAsOrderedSet) -> NonNegativeInteger Time: 0.01 SEC. compiling exported totalDegree : (S,List SingletonAsOrderedSet) -> NonNegativeInteger Time: 0.02 SEC. compiling exported degree : (S,List SingletonAsOrderedSet) -> List NonNegativeInteger Time: 0.04 SEC. compiling exported eval : (S,List SingletonAsOrderedSet,List S) -> S Time: 0.04 SEC. compiling exported eval : (S,SingletonAsOrderedSet,S) -> S Time: 0.00 SEC. compiling exported eval : (S,List SingletonAsOrderedSet,List R) -> S Time: 0.04 SEC. compiling exported eval : (S,SingletonAsOrderedSet,R) -> S Time: 0.02 SEC. compiling exported eval : (S,List Equation S) -> S Time: 0.04 SEC. compiling exported mainVariable : S -> Union(SingletonAsOrderedSet,failed) Time: 0.01 SEC. compiling exported minimumDegree : (S,SingletonAsOrderedSet) -> NonNegativeInteger Time: 0.01 SEC. compiling exported minimumDegree : (S,List SingletonAsOrderedSet) -> List NonNegativeInteger Time: 0.03 SEC. compiling exported monomial : (S,SingletonAsOrderedSet,NonNegativeInteger) -> S Time: 0.01 SEC. compiling exported coerce : SingletonAsOrderedSet -> S Time: 0.01 SEC. compiling exported makeSUP : S -> SparseUnivariatePolynomial R Time: 0.06 SEC. compiling exported unmakeSUP : SparseUnivariatePolynomial R -> S Time: 0.06 SEC. compiling exported karatsubaDivide : (S,NonNegativeInteger) -> Record(quotient: S,remainder: S) Time: 0.02 SEC. compiling exported shiftRight : (S,NonNegativeInteger) -> S Time: 0.02 SEC. compiling exported shiftLeft : (S,NonNegativeInteger) -> S Time: 0.02 SEC. compiling exported solveLinearPolynomialEquation : (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,failed) Time: 0.08 SEC. compiling exported factorPolynomial : SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S Time: 0.05 SEC. compiling exported factorSquareFreePolynomial : SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S Time: 0.04 SEC. importing FactoredFunctions2(SparseUnivariatePolynomial R,S) compiling exported factor : S -> Factored S Time: 0.28 SEC. compiling exported vectorise : (S,NonNegativeInteger) -> Vector R Time: 0.03 SEC. compiling exported retract : S -> R Time: 0.02 SEC. compiling exported retractIfCan : S -> Union(R,failed) Time: 0.01 SEC. compiling exported init : () -> S Time: 0.00 SEC. compiling local nextItemInner : S -> Maybe S Time: 0.04 SEC. compiling exported nextItem : S -> Maybe S Time: 0.01 SEC. compiling exported content : (S,SingletonAsOrderedSet) -> S Time: 0.01 SEC. compiling local primeFactor : (S,S) -> S Time: 0.01 SEC. compiling exported separate : (S,S) -> Record(primePart: S,commonPart: S) Time: 0.00 SEC. compiling exported differentiate : (S,R -> R,S) -> S Time: 0.07 SEC. compiling local ncdiff : (NonNegativeInteger,S) -> S Time: 0.12 SEC. compiling exported differentiate : (S,R -> R,S) -> S Time: 0.06 SEC. compiling exported differentiate : (S,R -> R) -> S Time: 0.01 SEC. compiling exported differentiate : S -> S Time: 0.04 SEC. compiling exported differentiate : (S,SingletonAsOrderedSet) -> S Time: 0.00 SEC. compiling exported elt : (Fraction S,Fraction S) -> Fraction S Time: 0.12 SEC. compiling exported pseudoQuotient : (S,S) -> S Time: 0.18 SEC. compiling exported pseudoDivide : (S,S) -> Record(coef: R,quotient: S,remainder: S) Time: 0.04 SEC. compiling exported composite : (Fraction S,S) -> Union(Fraction S,failed) Time: 0.06 SEC. compiling exported composite : (S,S) -> Union(S,failed) Time: 0.08 SEC. compiling exported elt : (S,Fraction S) -> Fraction S Time: 0.09 SEC. compiling exported order : (S,S) -> NonNegativeInteger Time: 0.02 SEC. compiling exported squareFree : S -> Factored S Time: 0.01 SEC. compiling exported squareFreePart : S -> S Time: 0 SEC. compiling exported gcdPolynomial : (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S Time: 0.03 SEC. compiling exported squareFreePolynomial : SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S Time: 0.01 SEC. compiling exported elt : (Fraction S,R) -> R Time: 0.02 SEC. compiling exported euclideanSize : S -> NonNegativeInteger Time: 0.02 SEC. compiling exported divide : (S,S) -> Record(quotient: S,remainder: S) Time: 0.09 SEC. compiling exported integrate : S -> S Time: 0.07 SEC. (time taken in buildFunctor: 4) Time: 0.02 SEC. Warnings: [1] eval: lhs has no value [2] solveLinearPolynomialEquation: not known that Ring is of mode CATEGORY(package,coerce: S -> S,gcdPolynomial: (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S,differentiate: (S,List Symbol,List NonNegativeInteger) -> S,differentiate: (S,Symbol,NonNegativeInteger) -> S,differentiate: (S,List Symbol) -> S,differentiate: (S,Symbol) -> S,squareFree: S -> Factored S,squareFreePart: S -> S,coerce: Fraction Integer -> S,init: () -> S,nextItem: S -> Maybe S,elt: (S,Fraction S) -> Fraction S,euclideanSize: S -> NonNegativeInteger,divide: (S,S) -> Record(quotient: S,remainder: S),integrate: S -> S,elt: (Fraction S,R) -> R,separate: (S,S) -> Record(primePart: S,commonPart: S),pseudoDivide: (S,S) -> Record(coef: R,quotient: S,remainder: S),pseudoQuotient: (S,S) -> S,composite: (Fraction S,S) -> Union(Fraction S,"failed"),composite: (S,S) -> Union(S,"failed"),order: (S,S) -> NonNegativeInteger,elt: (Fraction S,Fraction S) -> Fraction S,differentiate: (S,(R -> R),S) -> S,shiftLeft: (S,NonNegativeInteger) -> S,shiftRight: (S,NonNegativeInteger) -> S,karatsubaDivide: (S,NonNegativeInteger) -> Record(quotient: S,remainder: S),unmakeSUP: SparseUnivariatePolynomial R -> S,makeSUP: S -> SparseUnivariatePolynomial R,vectorise: (S,NonNegativeInteger) -> Vector R,differentiate: (S,(R -> R),NonNegativeInteger) -> S,differentiate: (S,(R -> R)) -> S,differentiate: (S,NonNegativeInteger) -> S,differentiate: S -> S,elt: (S,S) -> S,elt: (S,R) -> R,factor: S -> Factored S,squareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorPolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,solveLinearPolynomialEquation: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),content: (S,SingletonAsOrderedSet) -> S,variables: S -> List SingletonAsOrderedSet,totalDegree: (S,List SingletonAsOrderedSet) -> NonNegativeInteger,totalDegree: S -> NonNegativeInteger,monomial: (S,List SingletonAsOrderedSet,List NonNegativeInteger) -> S,monomial: (S,SingletonAsOrderedSet,NonNegativeInteger) -> S,minimumDegree: (S,List SingletonAsOrderedSet) -> List NonNegativeInteger,minimumDegree: (S,SingletonAsOrderedSet) -> NonNegativeInteger,mainVariable: S -> Union(SingletonAsOrderedSet,"failed"),degree: (S,List SingletonAsOrderedSet) -> List NonNegativeInteger,degree: (S,SingletonAsOrderedSet) -> NonNegativeInteger,coerce: SingletonAsOrderedSet -> S,retractIfCan: S -> Union(SingletonAsOrderedSet,"failed"),retract: S -> SingletonAsOrderedSet,eval: (S,List SingletonAsOrderedSet,List S) -> S,eval: (S,SingletonAsOrderedSet,S) -> S,eval: (S,List SingletonAsOrderedSet,List R) -> S,eval: (S,SingletonAsOrderedSet,R) -> S,eval: (S,List S,List S) -> S,eval: (S,S,S) -> S,eval: (S,Equation S) -> S,eval: (S,List Equation S) -> S,degree: S -> NonNegativeInteger,monomial: (R,NonNegativeInteger) -> S,retractIfCan: S -> Union(Integer,"failed"),retract: S -> Integer,retractIfCan: S -> Union(Fraction Integer,"failed"),retract: S -> Fraction Integer,retract: S -> R,retractIfCan: S -> Union(R,"failed"),coerce: R -> S,minimumDegree: S -> NonNegativeInteger,content: S -> R,differentiate: (S,SingletonAsOrderedSet) -> S,differentiate: (S,List SingletonAsOrderedSet) -> S,differentiate: (S,SingletonAsOrderedSet,NonNegativeInteger) -> S,differentiate: (S,List SingletonAsOrderedSet,List NonNegativeInteger) -> S,coerce: Integer -> S,coerce: S -> OutputForm) [3] factorPolynomial: not known that Ring is of mode CATEGORY(package,coerce: S -> S,gcdPolynomial: (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S,differentiate: (S,List Symbol,List NonNegativeInteger) -> S,differentiate: (S,Symbol,NonNegativeInteger) -> S,differentiate: (S,List Symbol) -> S,differentiate: (S,Symbol) -> S,squareFree: S -> Factored S,squareFreePart: S -> S,coerce: Fraction Integer -> S,init: () -> S,nextItem: S -> Maybe S,elt: (S,Fraction S) -> Fraction S,euclideanSize: S -> NonNegativeInteger,divide: (S,S) -> Record(quotient: S,remainder: S),integrate: S -> S,elt: (Fraction S,R) -> R,separate: (S,S) -> Record(primePart: S,commonPart: S),pseudoDivide: (S,S) -> Record(coef: R,quotient: S,remainder: S),pseudoQuotient: (S,S) -> S,composite: (Fraction S,S) -> Union(Fraction S,"failed"),composite: (S,S) -> Union(S,"failed"),order: (S,S) -> NonNegativeInteger,elt: (Fraction S,Fraction S) -> Fraction S,differentiate: (S,(R -> R),S) -> S,shiftLeft: (S,NonNegativeInteger) -> S,shiftRight: (S,NonNegativeInteger) -> S,karatsubaDivide: (S,NonNegativeInteger) -> Record(quotient: S,remainder: S),unmakeSUP: SparseUnivariatePolynomial R -> S,makeSUP: S -> SparseUnivariatePolynomial R,vectorise: (S,NonNegativeInteger) -> Vector R,differentiate: (S,(R -> R),NonNegativeInteger) -> S,differentiate: (S,(R -> R)) -> S,differentiate: (S,NonNegativeInteger) -> S,differentiate: S -> S,elt: (S,S) -> S,elt: (S,R) -> R,factor: S -> Factored S,squareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorPolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,solveLinearPolynomialEquation: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),content: (S,SingletonAsOrderedSet) -> S,variables: S -> List SingletonAsOrderedSet,totalDegree: (S,List SingletonAsOrderedSet) -> NonNegativeInteger,totalDegree: S -> NonNegativeInteger,monomial: (S,List SingletonAsOrderedSet,List NonNegativeInteger) -> S,monomial: (S,SingletonAsOrderedSet,NonNegativeInteger) -> S,minimumDegree: (S,List SingletonAsOrderedSet) -> List NonNegativeInteger,minimumDegree: (S,SingletonAsOrderedSet) -> NonNegativeInteger,mainVariable: S -> Union(SingletonAsOrderedSet,"failed"),degree: (S,List SingletonAsOrderedSet) -> List NonNegativeInteger,degree: (S,SingletonAsOrderedSet) -> NonNegativeInteger,coerce: SingletonAsOrderedSet -> S,retractIfCan: S -> Union(SingletonAsOrderedSet,"failed"),retract: S -> SingletonAsOrderedSet,eval: (S,List SingletonAsOrderedSet,List S) -> S,eval: (S,SingletonAsOrderedSet,S) -> S,eval: (S,List SingletonAsOrderedSet,List R) -> S,eval: (S,SingletonAsOrderedSet,R) -> S,eval: (S,List S,List S) -> S,eval: (S,S,S) -> S,eval: (S,Equation S) -> S,eval: (S,List Equation S) -> S,degree: S -> NonNegativeInteger,monomial: (R,NonNegativeInteger) -> S,retractIfCan: S -> Union(Integer,"failed"),retract: S -> Integer,retractIfCan: S -> Union(Fraction Integer,"failed"),retract: S -> Fraction Integer,retract: S -> R,retractIfCan: S -> Union(R,"failed"),coerce: R -> S,minimumDegree: S -> NonNegativeInteger,content: S -> R,differentiate: (S,SingletonAsOrderedSet) -> S,differentiate: (S,List SingletonAsOrderedSet) -> S,differentiate: (S,SingletonAsOrderedSet,NonNegativeInteger) -> S,differentiate: (S,List SingletonAsOrderedSet,List NonNegativeInteger) -> S,coerce: Integer -> S,coerce: S -> OutputForm) [4] factor: not known that IntegralDomain is of mode CATEGORY(package,coerce: S -> S,gcdPolynomial: (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S,differentiate: (S,List Symbol,List NonNegativeInteger) -> S,differentiate: (S,Symbol,NonNegativeInteger) -> S,differentiate: (S,List Symbol) -> S,differentiate: (S,Symbol) -> S,squareFree: S -> Factored S,squareFreePart: S -> S,coerce: Fraction Integer -> S,init: () -> S,nextItem: S -> Maybe S,elt: (S,Fraction S) -> Fraction S,euclideanSize: S -> NonNegativeInteger,divide: (S,S) -> Record(quotient: S,remainder: S),integrate: S -> S,elt: (Fraction S,R) -> R,separate: (S,S) -> Record(primePart: S,commonPart: S),pseudoDivide: (S,S) -> Record(coef: R,quotient: S,remainder: S),pseudoQuotient: (S,S) -> S,composite: (Fraction S,S) -> Union(Fraction S,"failed"),composite: (S,S) -> Union(S,"failed"),order: (S,S) -> NonNegativeInteger,elt: (Fraction S,Fraction S) -> Fraction S,differentiate: (S,(R -> R),S) -> S,shiftLeft: (S,NonNegativeInteger) -> S,shiftRight: (S,NonNegativeInteger) -> S,karatsubaDivide: (S,NonNegativeInteger) -> Record(quotient: S,remainder: S),unmakeSUP: SparseUnivariatePolynomial R -> S,makeSUP: S -> SparseUnivariatePolynomial R,vectorise: (S,NonNegativeInteger) -> Vector R,differentiate: (S,(R -> R),NonNegativeInteger) -> S,differentiate: (S,(R -> R)) -> S,differentiate: (S,NonNegativeInteger) -> S,differentiate: S -> S,elt: (S,S) -> S,elt: (S,R) -> R,factor: S -> Factored S,squareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorPolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,solveLinearPolynomialEquation: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),content: (S,SingletonAsOrderedSet) -> S,variables: S -> List SingletonAsOrderedSet,totalDegree: (S,List SingletonAsOrderedSet) -> NonNegativeInteger,totalDegree: S -> NonNegativeInteger,monomial: (S,List SingletonAsOrderedSet,List NonNegativeInteger) -> S,monomial: (S,SingletonAsOrderedSet,NonNegativeInteger) -> S,minimumDegree: (S,List SingletonAsOrderedSet) -> List NonNegativeInteger,minimumDegree: (S,SingletonAsOrderedSet) -> NonNegativeInteger,mainVariable: S -> Union(SingletonAsOrderedSet,"failed"),degree: (S,List SingletonAsOrderedSet) -> List NonNegativeInteger,degree: (S,SingletonAsOrderedSet) -> NonNegativeInteger,coerce: SingletonAsOrderedSet -> S,retractIfCan: S -> Union(SingletonAsOrderedSet,"failed"),retract: S -> SingletonAsOrderedSet,eval: (S,List SingletonAsOrderedSet,List S) -> S,eval: (S,SingletonAsOrderedSet,S) -> S,eval: (S,List SingletonAsOrderedSet,List R) -> S,eval: (S,SingletonAsOrderedSet,R) -> S,eval: (S,List S,List S) -> S,eval: (S,S,S) -> S,eval: (S,Equation S) -> S,eval: (S,List Equation S) -> S,degree: S -> NonNegativeInteger,monomial: (R,NonNegativeInteger) -> S,retractIfCan: S -> Union(Integer,"failed"),retract: S -> Integer,retractIfCan: S -> Union(Fraction Integer,"failed"),retract: S -> Fraction Integer,retract: S -> R,retractIfCan: S -> Union(R,"failed"),coerce: R -> S,minimumDegree: S -> NonNegativeInteger,content: S -> R,differentiate: (S,SingletonAsOrderedSet) -> S,differentiate: (S,List SingletonAsOrderedSet) -> S,differentiate: (S,SingletonAsOrderedSet,NonNegativeInteger) -> S,differentiate: (S,List SingletonAsOrderedSet,List NonNegativeInteger) -> S,coerce: Integer -> S,coerce: S -> OutputForm) [5] differentiate: positive? has no value [6] elt: not known that IntegralDomain is of mode CATEGORY(package,coerce: S -> S,gcdPolynomial: (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S,differentiate: (S,List Symbol,List NonNegativeInteger) -> S,differentiate: (S,Symbol,NonNegativeInteger) -> S,differentiate: (S,List Symbol) -> S,differentiate: (S,Symbol) -> S,squareFree: S -> Factored S,squareFreePart: S -> S,coerce: Fraction Integer -> S,init: () -> S,nextItem: S -> Maybe S,elt: (S,Fraction S) -> Fraction S,euclideanSize: S -> NonNegativeInteger,divide: (S,S) -> Record(quotient: S,remainder: S),integrate: S -> S,elt: (Fraction S,R) -> R,separate: (S,S) -> Record(primePart: S,commonPart: S),pseudoDivide: (S,S) -> Record(coef: R,quotient: S,remainder: S),pseudoQuotient: (S,S) -> S,composite: (Fraction S,S) -> Union(Fraction S,"failed"),composite: (S,S) -> Union(S,"failed"),order: (S,S) -> NonNegativeInteger,elt: (Fraction S,Fraction S) -> Fraction S,differentiate: (S,(R -> R),S) -> S,shiftLeft: (S,NonNegativeInteger) -> S,shiftRight: (S,NonNegativeInteger) -> S,karatsubaDivide: (S,NonNegativeInteger) -> Record(quotient: S,remainder: S),unmakeSUP: SparseUnivariatePolynomial R -> S,makeSUP: S -> SparseUnivariatePolynomial R,vectorise: (S,NonNegativeInteger) -> Vector R,differentiate: (S,(R -> R),NonNegativeInteger) -> S,differentiate: (S,(R -> R)) -> S,differentiate: (S,NonNegativeInteger) -> S,differentiate: S -> S,elt: (S,S) -> S,elt: (S,R) -> R,factor: S -> Factored S,squareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorPolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,solveLinearPolynomialEquation: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),content: (S,SingletonAsOrderedSet) -> S,variables: S -> List SingletonAsOrderedSet,totalDegree: (S,List SingletonAsOrderedSet) -> NonNegativeInteger,totalDegree: S -> NonNegativeInteger,monomial: (S,List SingletonAsOrderedSet,List NonNegativeInteger) -> S,monomial: (S,SingletonAsOrderedSet,NonNegativeInteger) -> S,minimumDegree: (S,List SingletonAsOrderedSet) -> List NonNegativeInteger,minimumDegree: (S,SingletonAsOrderedSet) -> NonNegativeInteger,mainVariable: S -> Union(SingletonAsOrderedSet,"failed"),degree: (S,List SingletonAsOrderedSet) -> List NonNegativeInteger,degree: (S,SingletonAsOrderedSet) -> NonNegativeInteger,coerce: SingletonAsOrderedSet -> S,retractIfCan: S -> Union(SingletonAsOrderedSet,"failed"),retract: S -> SingletonAsOrderedSet,eval: (S,List SingletonAsOrderedSet,List S) -> S,eval: (S,SingletonAsOrderedSet,S) -> S,eval: (S,List SingletonAsOrderedSet,List R) -> S,eval: (S,SingletonAsOrderedSet,R) -> S,eval: (S,List S,List S) -> S,eval: (S,S,S) -> S,eval: (S,Equation S) -> S,eval: (S,List Equation S) -> S,degree: S -> NonNegativeInteger,monomial: (R,NonNegativeInteger) -> S,retractIfCan: S -> Union(Integer,"failed"),retract: S -> Integer,retractIfCan: S -> Union(Fraction Integer,"failed"),retract: S -> Fraction Integer,retract: S -> R,retractIfCan: S -> Union(R,"failed"),coerce: R -> S,minimumDegree: S -> NonNegativeInteger,content: S -> R,differentiate: (S,SingletonAsOrderedSet) -> S,differentiate: (S,List SingletonAsOrderedSet) -> S,differentiate: (S,SingletonAsOrderedSet,NonNegativeInteger) -> S,differentiate: (S,List SingletonAsOrderedSet,List NonNegativeInteger) -> S,coerce: Integer -> S,coerce: S -> OutputForm) [7] integrate: inv has no value Cumulative Statistics for Constructor UnivariatePolynomialCategory& Time: 2.31 seconds finalizing NRLIB UPOLYC- ; compiling file "/tmp/oa-qwNNLo/code.lsp" (written 01 FEB 2016 10:56:05 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |UPOLYC-;variables;$L;1| ...) ; compiling (DEFUN |UPOLYC-;degree;$SaosNni;2| ...) ; file: /tmp/oa-qwNNLo/code.lsp ; in: DEFUN |UPOLYC-;degree;$SaosNni;2| ; (DEFUN BOOT::|UPOLYC-;degree;$SaosNni;2| (BOOT::|p| BOOT::|v| BOOT::$) ; (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 11))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPOLYC-;degree;$SaosNni;2| ; (BOOT::|p| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|UPOLYC-;degree;$SaosNni;2| ; (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 11)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |UPOLYC-;totalDegree;$LNni;3| ...) ; file: /tmp/oa-qwNNLo/code.lsp ; in: DEFUN |UPOLYC-;totalDegree;$LNni;3| ; (DEFUN BOOT::|UPOLYC-;totalDegree;$LNni;3| (BOOT::|p| BOOT::|lv| BOOT::$) ; (COND ((NULL BOOT::|lv|) 0) ; (T (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 20))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPOLYC-;totalDegree;$LNni;3| ; (BOOT::|p| BOOT::|lv| BOOT::$) ; (BLOCK BOOT::|UPOLYC-;totalDegree;$LNni;3| ; (COND ((NULL BOOT::|lv|) 0) (T (BOOT::SPADCALL BOOT::|p| #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |UPOLYC-;degree;$LL;4| ...) ; compiling (DEFUN |UPOLYC-;eval;$LL$;5| ...) ; compiling (DEFUN |UPOLYC-;eval;$Saos2$;6| ...) ; file: /tmp/oa-qwNNLo/code.lsp ; in: DEFUN |UPOLYC-;eval;$Saos2$;6| ; (DEFUN BOOT::|UPOLYC-;eval;$Saos2$;6| (BOOT::|p| BOOT::|v| BOOT::|q| BOOT::$) ; (BOOT::SPADCALL BOOT::|p| BOOT::|q| (BOOT::|shellEntry| BOOT::$ 31))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPOLYC-;eval;$Saos2$;6| ; (BOOT::|p| BOOT::|v| BOOT::|q| BOOT::$) ; (BLOCK BOOT::|UPOLYC-;eval;$Saos2$;6| ; (BOOT::SPADCALL BOOT::|p| BOOT::|q| (BOOT::|shellEntry| BOOT::$ 31)))) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |UPOLYC-;eval;$LL$;7| ...) ; compiling (DEFUN |UPOLYC-;eval;$SaosR$;8| ...) ; file: /tmp/oa-qwNNLo/code.lsp ; in: DEFUN |UPOLYC-;eval;$SaosR$;8| ; (DEFUN BOOT::|UPOLYC-;eval;$SaosR$;8| (BOOT::|p| BOOT::|v| BOOT::|r| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|p| BOOT::|r| (BOOT::|shellEntry| BOOT::$ 37)) ; (BOOT::|shellEntry| BOOT::$ 38))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPOLYC-;eval;$SaosR$;8| ; (BOOT::|p| BOOT::|v| BOOT::|r| BOOT::$) ; (BLOCK BOOT::|UPOLYC-;eval;$SaosR$;8| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|p| BOOT::|r| (BOOT::|shellEntry| BOOT::$ 37)) ; (BOOT::|shellEntry| BOOT::$ 38)))) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |UPOLYC-;eval;$L$;9| ...) ; compiling (DEFUN |UPOLYC-;mainVariable;$U;10| ...) ; compiling (DEFUN |UPOLYC-;minimumDegree;$SaosNni;11| ...) ; file: /tmp/oa-qwNNLo/code.lsp ; in: DEFUN |UPOLYC-;minimumDegree;$SaosNni;11| ; (DEFUN BOOT::|UPOLYC-;minimumDegree;$SaosNni;11| ; (BOOT::|p| BOOT::|v| BOOT::$) ; (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 53))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPOLYC-;minimumDegree;$SaosNni;11| ; (BOOT::|p| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|UPOLYC-;minimumDegree;$SaosNni;11| ; (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 53)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |UPOLYC-;minimumDegree;$LL;12| ...) ; compiling (DEFUN |UPOLYC-;monomial;$SaosNni$;13| ...) ; file: /tmp/oa-qwNNLo/code.lsp ; in: DEFUN |UPOLYC-;monomial;$SaosNni$;13| ; (DEFUN BOOT::|UPOLYC-;monomial;$SaosNni$;13| ; (BOOT::|p| BOOT::|v| BOOT::|n| BOOT::$) ; (BOOT::SPADCALL (CONS #'BOOT::|UPOLYC-;monomial;$SaosNni$;13!0| BOOT::|n|) ; BOOT::|p| (BOOT::|shellEntry| BOOT::$ 58))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPOLYC-;monomial;$SaosNni$;13| ; (BOOT::|p| BOOT::|v| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|UPOLYC-;monomial;$SaosNni$;13| ; (BOOT::SPADCALL ; (CONS #'BOOT::|UPOLYC-;monomial;$SaosNni$;13!0| BOOT::|n|) BOOT::|p| ; (BOOT::|shellEntry| BOOT::$ 58)))) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |UPOLYC-;monomial;$SaosNni$;13!0| ...) ; compiling (DEFUN |UPOLYC-;coerce;Saos$;14| ...) ; file: /tmp/oa-qwNNLo/code.lsp ; in: DEFUN |UPOLYC-;coerce;Saos$;14| ; (DEFUN BOOT::|UPOLYC-;coerce;Saos$;14| (BOOT::|v| BOOT::$) ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 61) 1 ; (BOOT::|shellEntry| BOOT::$ 63))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPOLYC-;coerce;Saos$;14| ; (BOOT::|v| BOOT::$) ; (BLOCK BOOT::|UPOLYC-;coerce;Saos$;14| ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 61) 1 ; (BOOT::|shellEntry| BOOT::$ 63)))) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |UPOLYC-;makeSUP;$Sup;15| ...) ; compiling (DEFUN |UPOLYC-;unmakeSUP;Sup$;16| ...) ; compiling (DEFUN |UPOLYC-;karatsubaDivide;$NniR;17| ...) ; file: /tmp/oa-qwNNLo/code.lsp ; in: DEFUN |UPOLYC-;karatsubaDivide;$NniR;17| ; (DEFUN BOOT::|UPOLYC-;karatsubaDivide;$NniR;17| (BOOT::|p| BOOT::|n| BOOT::$) ; (BOOT::SPADCALL BOOT::|p| ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 61) BOOT::|n| ; (BOOT::|shellEntry| BOOT::$ 63)) ; (BOOT::|shellEntry| BOOT::$ 82))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPOLYC-;karatsubaDivide;$NniR;17| ; (BOOT::|p| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|UPOLYC-;karatsubaDivide;$NniR;17| ; (BOOT::SPADCALL BOOT::|p| ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 61) ; BOOT::|n| ; (BOOT::|shellEntry| BOOT::$ 63)) ; (BOOT::|shellEntry| BOOT::$ 82)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |UPOLYC-;shiftRight;$Nni$;18| ...) ; compiling (DEFUN |UPOLYC-;shiftLeft;$Nni$;19| ...) ; compiling (DEFUN |UPOLYC-;solveLinearPolynomialEquation;LSupU;20| ...) ; file: /tmp/oa-qwNNLo/code.lsp ; in: DEFUN |UPOLYC-;solveLinearPolynomialEquation;LSupU;20| ; (DEFUN BOOT::|UPOLYC-;solveLinearPolynomialEquation;LSupU;20| ; (BOOT::|lpp| BOOT::|pp| BOOT::$) ; (BOOT::SPADCALL BOOT::|lpp| BOOT::|pp| (BOOT::|shellEntry| BOOT::$ 91))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPOLYC-;solveLinearPolynomialEquation;LSupU;20| ; (BOOT::|lpp| BOOT::|pp| BOOT::$) ; (BLOCK BOOT::|UPOLYC-;solveLinearPolynomialEquation;LSupU;20| ; (BOOT::SPADCALL BOOT::|lpp| BOOT::|pp| ; (BOOT::|shellEntry| BOOT::$ 91)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |UPOLYC-;factorPolynomial;SupF;21| ...) ; compiling (DEFUN |UPOLYC-;factorSquareFreePolynomial;SupF;22| ...) ; compiling (DEFUN |UPOLYC-;factor;$F;23| ...) ; compiling (DEFUN |UPOLYC-;vectorise;$NniV;24| ...) ; compiling (DEFUN |UPOLYC-;retract;$R;25| ...) ; compiling (DEFUN |UPOLYC-;retractIfCan;$U;26| ...) ; compiling (DEFUN |UPOLYC-;init;$;27| ...) ; compiling (DEFUN |UPOLYC-;nextItemInner| ...) ; compiling (DEFUN |UPOLYC-;nextItem;$M;29| ...) ; compiling (DEFUN |UPOLYC-;content;$Saos$;30| ...) ; file: /tmp/oa-qwNNLo/code.lsp ; in: DEFUN |UPOLYC-;content;$Saos$;30| ; (DEFUN BOOT::|UPOLYC-;content;$Saos$;30| (BOOT::|p| BOOT::|v| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 150)) ; (BOOT::|shellEntry| BOOT::$ 38))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPOLYC-;content;$Saos$;30| ; (BOOT::|p| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|UPOLYC-;content;$Saos$;30| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 150)) ; (BOOT::|shellEntry| BOOT::$ 38)))) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |UPOLYC-;primeFactor| ...) ; compiling (DEFUN |UPOLYC-;separate;2$R;32| ...) ; compiling (DEFUN |UPOLYC-;differentiate;$M2$;33| ...) ; compiling (DEFUN |UPOLYC-;ncdiff| ...) ; compiling (DEFUN |UPOLYC-;differentiate;$M2$;35| ...) ; compiling (DEFUN |UPOLYC-;differentiate;$M$;36| ...) ; compiling (DEFUN |UPOLYC-;differentiate;2$;37| ...) ; compiling (DEFUN |UPOLYC-;differentiate;$Saos$;38| ...) ; file: /tmp/oa-qwNNLo/code.lsp ; in: DEFUN |UPOLYC-;differentiate;$Saos$;38| ; (DEFUN BOOT::|UPOLYC-;differentiate;$Saos$;38| (BOOT::|x| BOOT::|v| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 168))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPOLYC-;differentiate;$Saos$;38| ; (BOOT::|x| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|UPOLYC-;differentiate;$Saos$;38| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 168)))) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |UPOLYC-;elt;3F;39| ...) ; compiling (DEFUN |UPOLYC-;pseudoQuotient;3$;40| ...) ; compiling (DEFUN |UPOLYC-;pseudoDivide;2$R;41| ...) ; compiling (DEFUN |UPOLYC-;composite;F$U;42| ...) ; compiling (DEFUN |UPOLYC-;composite;2$U;43| ...) ; compiling (DEFUN |UPOLYC-;elt;$2F;44| ...) ; compiling (DEFUN |UPOLYC-;order;2$Nni;45| ...) ; file: /tmp/oa-qwNNLo/code.lsp ; in: DEFUN |UPOLYC-;order;2$Nni;45| ; (DEFUN BOOT::|UPOLYC-;order;2$Nni;45| (BOOT::|p| BOOT::|q| BOOT::$) ; (PROG (BOOT::|u|) (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPOLYC-;order;2$Nni;45| ; (BOOT::|p| BOOT::|q| BOOT::$) ; (BLOCK BOOT::|UPOLYC-;order;2$Nni;45| ; (PROG (BOOT::|u|) (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |UPOLYC-;squareFree;$F;46| ...) ; compiling (DEFUN |UPOLYC-;squareFreePart;2$;47| ...) ; compiling (DEFUN |UPOLYC-;gcdPolynomial;3Sup;48| ...) ; compiling (DEFUN |UPOLYC-;squareFreePolynomial;SupF;49| ...) ; compiling (DEFUN |UPOLYC-;elt;F2R;50| ...) ; compiling (DEFUN |UPOLYC-;euclideanSize;$Nni;51| ...) ; file: /tmp/oa-qwNNLo/code.lsp ; in: DEFUN |UPOLYC-;euclideanSize;$Nni;51| ; (DEFUN BOOT::|UPOLYC-;euclideanSize;$Nni;51| (BOOT::|x| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 9)) ; (BOOT::|error| "euclideanSize called on 0 in Univariate Polynomial")) ; (T (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 11))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPOLYC-;euclideanSize;$Nni;51| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|UPOLYC-;euclideanSize;$Nni;51| ; (COND ; ((BOOT::SPADCALL BOOT::|x| #) ; (BOOT::|error| "euclideanSize called on 0 in Univariate Polynomial")) ; (T (BOOT::SPADCALL BOOT::|x| #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |UPOLYC-;divide;2$R;52| ...) ; file: /tmp/oa-qwNNLo/code.lsp ; in: DEFUN |UPOLYC-;divide;2$R;52| ; (DEFUN BOOT::|UPOLYC-;divide;2$R;52| (BOOT::|x| BOOT::|y| BOOT::$) ; (PROG (BOOT::|n| BOOT::|f|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPOLYC-;divide;2$R;52| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|UPOLYC-;divide;2$R;52| ; (PROG (BOOT::|n| BOOT::|f|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |UPOLYC-;integrate;2$;53| ...) ; compiling (DEFUN |UnivariatePolynomialCategory&| ...) ; compiling (MAKEPROP (QUOTE |UnivariatePolynomialCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 8 STYLE-WARNING conditions ; printed 8 notes ; /tmp/oa-qwNNLo/code.fasl written ; compilation finished in 0:00:00.184 ------------------------------------------------------------------------ finalizing NRLIB UPOLYC Processing UnivariatePolynomialCategory for Browser database: -- vectorise : (%,NonNegativeInteger) -> Vector R -- makeSUP : % -> SparseUnivariatePolynomial R -- unmakeSUP : SparseUnivariatePolynomial R -> % -- multiplyExponents : (%,NonNegativeInteger) -> % -- divideExponents : (%,NonNegativeInteger) -> Union(%,"failed") -- monicDivide : (%,%) -> Record(quotient: %,remainder: %) -- karatsubaDivide : (%,NonNegativeInteger) -> Record(quotient: %,remainder: %) -- shiftRight : (%,NonNegativeInteger) -> % -- shiftLeft : (%,NonNegativeInteger) -> % -- pseudoRemainder : (%,%) -> % -- differentiate : (%,(R -> R),%) -> % -- discriminant : % -> R -- resultant : (%,%) -> R -- elt : (Fraction %,Fraction %) -> Fraction % -- order : (%,%) -> NonNegativeInteger -- subResultantGcd : (%,%) -> % -- composite : (%,%) -> Union(%,"failed") -- composite : (Fraction %,%) -> Union(Fraction %,"failed") -- pseudoQuotient : (%,%) -> % -- pseudoDivide : (%,%) -> Record(coef: R,quotient: %,remainder: %) -- separate : (%,%) -> Record(primePart: %,commonPart: %) -- additiveValuation : () -> attribute -- elt : (Fraction %,R) -> R -- integrate : % -> % -- constructor ; compiling file "/tmp/oa-QVcpO0/code.lsp" (written 01 FEB 2016 10:56:06 PM): ; compiling (DEFPARAMETER |UnivariatePolynomialCategory;AL| ...) ; compiling (DEFUN |UnivariatePolynomialCategory;| ...) ; compiling (DEFUN |UnivariatePolynomialCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-QVcpO0/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/IDPT.fasl --optimize=3 IDPT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IDPT.spad using Spad compiler. IDPT abbreviates domain IndexedProductTerm debug: compDefine1 lhs: (IndexedProductTerm A S) signature (pre-evaluate): ((Join (BasicType) (CoercibleTo (Pair S A)) (CATEGORY domain (SIGNATURE term ($ S A)) (SIGNATURE index (S $)) (SIGNATURE coefficient (A $)))) NIL NIL) debug: evaluateType form: (Join (BasicType) (CoercibleTo (Pair S A)) (CATEGORY domain (SIGNATURE term ($ S A)) (SIGNATURE index (S $)) (SIGNATURE coefficient (A $)))) $param: (A S) debug: evaluateType form: (BasicType) $param: (A S) Debug: evaluateType1 form: (BasicType) debug: evaluateType form: (CoercibleTo (Pair S A)) $param: (A S) Debug: evaluateType1 form: (CoercibleTo (Pair S A)) debug: evaluateType1 x: (Pair S A) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (A S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Pair S A) $param: (A S) Debug: evaluateType1 form: (Pair S A) debug: evaluateType1 x: S m: (Type) debug: evaluateType1 x: A m: (Type) debug: evalCategory d: (Pair S A) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE term ($ S A)) (SIGNATURE index (S $)) (SIGNATURE coefficient (A $))) $param: (A S) debug: evaluateType form: S $param: (A S) debug: evaluateType form: A $param: (A S) debug: evaluateType form: S $param: (A S) debug: evaluateType form: A $param: (A S) debug: compDefine1 signature (post evaluate): ((Join (BasicType) (CoercibleTo (Pair S A)) (CATEGORY domain (SIGNATURE term ($ S A)) (SIGNATURE index (S $)) (SIGNATURE coefficient (A $)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for IndexedProductTerm compiling into /tmp/oa-L8ZW3R compiling exported term : (S,A) -> % IDPT;term;SA$;1 is replaced by %pair Time: 0.01 SEC. compiling exported index : % -> S IDPT;index;$S;2 is replaced by %head Time: 0 SEC. compiling exported coefficient : % -> A IDPT;coefficient;$A;3 is replaced by %tail Time: 0 SEC. compiling exported coerce : % -> Pair(S,A) IDPT;coerce;$P;4 t is replaced by t Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] index: first has no value [2] coefficient: second has no value Cumulative Statistics for Constructor IndexedProductTerm Time: 0.02 seconds --------------non extending category---------------------- IndexedProductTerm(#1,#2) of category Join(BasicType,CoercibleTo Pair(#2,#1)) with term : (#2,#1) -> % index : % -> #2 coefficient : % -> #1 has no IF(has#2CoercibleTo(OutputForm()),IF(has#1CoercibleTo( OutputForm()),CoercibleTo OutputForm,%noBranch),%noBranch) ---------------------------------------------------------- finalizing NRLIB IDPT Processing IndexedProductTerm for Browser database: -- term : (S,A) -> % -- index : % -> S -- coefficient : % -> A -- constructor ; compiling file "/tmp/oa-L8ZW3R/code.lsp" (written 01 FEB 2016 10:56:06 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IDPT;term;SA$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IDPT;index;$S;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IDPT;coefficient;$A;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IDPT;coerce;$P;4|) ...) ; compiling (DEFUN |IDPT;term;SA$;1| ...) ; compiling (DEFUN |IDPT;index;$S;2| ...) ; compiling (DEFUN |IDPT;coefficient;$A;3| ...) ; compiling (DEFUN |IDPT;coerce;$P;4| ...) ; compiling (DEFUN |IndexedProductTerm| ...) ; compiling (DEFUN |IndexedProductTerm;| ...) ; compiling (MAKEPROP (QUOTE |IndexedProductTerm|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-L8ZW3R/code.fasl written ; compilation finished in 0:00:00.029 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/IDPC.fasl --optimize=3 IDPC.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IDPC.spad using Spad compiler. IDPC abbreviates category IndexedDirectProductCategory debug: compDefine1 lhs: (IndexedDirectProductCategory A S) signature (pre-evaluate): ((Category) (BasicType) (OrderedType)) debug: evaluateType form: (Category) $param: (A S) debug: evaluateType form: (BasicType) $param: (A S) Debug: evaluateType1 form: (BasicType) debug: evaluateType form: (OrderedType) $param: (A S) Debug: evaluateType1 form: (OrderedType) debug: compDefine1 signature (post evaluate): ((Category) (BasicType) (OrderedType)) debug: compDefine1 lhs: (IndexedDirectProductCategory A S) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (A S) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for IndexedDirectProductCategory compiling into /tmp/oa-raAOx1 STYLE-WARNING: redefining BOOT::|IndexedDirectProductCategory| in DEFUN Time: 0.02 SEC. finalizing NRLIB IDPC Processing IndexedDirectProductCategory for Browser database: -- monomial : (A,S) -> % -- leadingCoefficient : % -> A -- leadingSupport : % -> S -- reductum : % -> % -- terms : % -> List IndexedProductTerm(A,S) -- constructor ; compiling file "/tmp/oa-raAOx1/code.lsp" (written 01 FEB 2016 10:56:06 PM): ; compiling (DEFPARAMETER |IndexedDirectProductCategory;AL| ...) ; compiling (DEFUN |IndexedDirectProductCategory;| ...) ; compiling (DEFUN |IndexedDirectProductCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-raAOx1/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/IDPO.fasl --optimize=3 IDPO.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IDPO.spad using Spad compiler. IDPO abbreviates domain IndexedDirectProductObject debug: compDefine1 lhs: (IndexedDirectProductObject A S) signature (pre-evaluate): ((Join (IndexedDirectProductCategory A S) (CATEGORY domain (SIGNATURE combineWithIf ($ $ $ (Mapping A A A) (Mapping (Boolean) A A))))) NIL NIL) debug: evaluateType form: (Join (IndexedDirectProductCategory A S) (CATEGORY domain (SIGNATURE combineWithIf ($ $ $ (Mapping A A A) (Mapping (Boolean) A A))))) $param: (A S) debug: evaluateType form: (IndexedDirectProductCategory A S) $param: (A S) Debug: evaluateType1 form: (IndexedDirectProductCategory A S) debug: evaluateType1 x: A m: (BasicType) debug: evaluateType1 x: S m: (OrderedType) debug: evaluateType form: (CATEGORY domain (SIGNATURE combineWithIf ($ $ $ (Mapping A A A) (Mapping (Boolean) A A)))) $param: (A S) debug: evaluateType form: (Mapping A A A) $param: (A S) debug: evaluateType form: A $param: (A S) debug: evaluateType form: A $param: (A S) debug: evaluateType form: A $param: (A S) debug: evaluateType form: (Mapping (Boolean) A A) $param: (A S) debug: evaluateType form: (Boolean) $param: (A S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: A $param: (A S) debug: evaluateType form: A $param: (A S) debug: compDefine1 signature (post evaluate): ((Join (IndexedDirectProductCategory A S) (CATEGORY domain (SIGNATURE combineWithIf ($ $ $ (Mapping A A A) (Mapping (Boolean) A A))))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for IndexedDirectProductObject compiling into /tmp/oa-Gv7sF7 compiling exported coerce : % -> OutputForm Time: 0.04 SEC. compiling exported = : (%,%) -> Boolean Time: 0 SEC. compiling exported monomial : (A,S) -> % IDPO;monomial;AS$;3(r,s) is replaced by %list %pair(s,r) Time: 0.00 SEC. compiling exported map : (A -> A,%) -> % Time: 0.01 SEC. compiling exported reductum : % -> % IDPO;reductum;2$;5 is replaced by %tail Time: 0.01 SEC. compiling exported leadingCoefficient : % -> A Time: 0.01 SEC. compiling exported leadingSupport : % -> S Time: 0.00 SEC. compiling exported terms : % -> List IndexedProductTerm(A,S) IDPO;terms;$L;8 x is replaced by x Time: 0.01 SEC. compiling exported convert : List IndexedProductTerm(A,S) -> % IDPO;convert;L$;9 l is replaced by l Time: 0.01 SEC. compiling exported combineWithIf : (%,%,(A,A) -> A,(A,A) -> Boolean) -> % Time: 0.07 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] leadingCoefficient: coefficient has no value Cumulative Statistics for Constructor IndexedDirectProductObject Time: 0.17 seconds finalizing NRLIB IDPO Processing IndexedDirectProductObject for Browser database: -- combineWithIf : (%,%,((A,A) -> A),((A,A) -> Boolean)) -> % -- constructor ; compiling file "/tmp/oa-Gv7sF7/code.lsp" (written 01 FEB 2016 10:56:06 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IDPO;monomial;AS$;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IDPO;reductum;2$;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IDPO;terms;$L;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IDPO;convert;L$;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IDPO;leadingCoefficient;$A;6|) ...) ; compiling (PUT (QUOTE |IDPO;leadingSupport;$S;7|) ...) ; compiling (DEFUN |IDPO;coerce;$Of;1| ...) ; compiling (DEFUN |IDPO;=;2$B;2| ...) ; file: /tmp/oa-Gv7sF7/code.lsp ; in: DEFUN |IDPO;=;2$B;2| ; (DEFUN BOOT::|IDPO;=;2$B;2| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 21))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IDPO;=;2$B;2| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|IDPO;=;2$B;2| ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 21)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |IDPO;monomial;AS$;3| ...) ; compiling (DEFUN |IDPO;map;M2$;4| ...) ; file: /tmp/oa-Gv7sF7/code.lsp ; in: DEFUN |IDPO;map;M2$;4| ; (DEFUN BOOT::|IDPO;map;M2$;4| (BOOT::|f| BOOT::|x| BOOT::$) ; (LET ((#:G593 BOOT::|x|) (#:G559 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G593 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IDPO;map;M2$;4| ; (BOOT::|f| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|IDPO;map;M2$;4| ; (LET ((#:G593 BOOT::|x|) (#:G559 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |IDPO;reductum;2$;5| ...) ; compiling (DEFUN |IDPO;leadingCoefficient;$A;6| ...) ; file: /tmp/oa-Gv7sF7/code.lsp ; in: DEFUN |IDPO;leadingCoefficient;$A;6| ; (DEFUN BOOT::|IDPO;leadingCoefficient;$A;6| (BOOT::|x| BOOT::$) ; (COND ; ((NULL BOOT::|x|) ; (BOOT::|error| "Can't take leadingCoefficient of empty product element")) ; (T (CDR (BOOT::|SPADfirst| BOOT::|x|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IDPO;leadingCoefficient;$A;6| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|IDPO;leadingCoefficient;$A;6| ; (COND ; ((NULL BOOT::|x|) ; (BOOT::|error| ; "Can't take leadingCoefficient of empty product element")) ; (T (CDR #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |IDPO;leadingSupport;$S;7| ...) ; file: /tmp/oa-Gv7sF7/code.lsp ; in: DEFUN |IDPO;leadingSupport;$S;7| ; (DEFUN BOOT::|IDPO;leadingSupport;$S;7| (BOOT::|x| BOOT::$) ; (COND ; ((NULL BOOT::|x|) ; (BOOT::|error| "Can't take leadingCoefficient of empty product element")) ; (T (CAR (BOOT::|SPADfirst| BOOT::|x|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IDPO;leadingSupport;$S;7| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|IDPO;leadingSupport;$S;7| ; (COND ; ((NULL BOOT::|x|) ; (BOOT::|error| ; "Can't take leadingCoefficient of empty product element")) ; (T (CAR #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |IDPO;terms;$L;8| ...) ; compiling (DEFUN |IDPO;convert;L$;9| ...) ; compiling (DEFUN |IDPO;combineWithIf;2$MM$;10| ...) ; compiling (DEFUN |IndexedDirectProductObject| ...) ; compiling (DEFUN |IndexedDirectProductObject;| ...) ; compiling (MAKEPROP (QUOTE |IndexedDirectProductObject|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; printed 2 notes ; /tmp/oa-Gv7sF7/code.fasl written ; compilation finished in 0:00:00.049 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/IDPAM.fasl --optimize=3 IDPAM.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IDPAM.spad using Spad compiler. IDPAM abbreviates domain IndexedDirectProductAbelianMonoid debug: compDefine1 lhs: (IndexedDirectProductAbelianMonoid A S) signature (pre-evaluate): ((Join (AbelianMonoid) (IndexedDirectProductCategory A S)) (AbelianMonoid) (OrderedType)) debug: evaluateType form: (Join (AbelianMonoid) (IndexedDirectProductCategory A S)) $param: (A S) debug: evaluateType form: (AbelianMonoid) $param: (A S) Debug: evaluateType1 form: (AbelianMonoid) debug: evaluateType form: (IndexedDirectProductCategory A S) $param: (A S) Debug: evaluateType1 form: (IndexedDirectProductCategory A S) debug: evaluateType1 x: A m: (BasicType) debug: evaluateType1 x: S m: (OrderedType) debug: evaluateType form: (AbelianMonoid) $param: (A S) Debug: evaluateType1 form: (AbelianMonoid) debug: evaluateType form: (OrderedType) $param: (A S) Debug: evaluateType1 form: (OrderedType) debug: compDefine1 signature (post evaluate): ((Join (AbelianMonoid) (IndexedDirectProductCategory A S)) (AbelianMonoid) (OrderedType)) debug: compDefine1 lhs: (IndexedDirectProductAbelianMonoid A S) signature (pre-evaluate): ((Join (AbelianMonoid) (IndexedDirectProductCategory A S)) NIL NIL) debug: evaluateType form: (Join (AbelianMonoid) (IndexedDirectProductCategory A S)) $param: (A S) debug: evaluateType form: (AbelianMonoid) $param: (A S) Debug: evaluateType1 form: (AbelianMonoid) debug: evaluateType form: (IndexedDirectProductCategory A S) $param: (A S) Debug: evaluateType1 form: (IndexedDirectProductCategory A S) debug: evaluateType1 x: A m: (BasicType) debug: evaluateType1 x: S m: (OrderedType) debug: compDefine1 signature (post evaluate): ((Join (AbelianMonoid) (IndexedDirectProductCategory A S)) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for IndexedDirectProductAbelianMonoid compiling into /tmp/oa-9jzTFx importing IndexedProductTerm(A,S) compiling exported Zero : () -> % Time: 0.07 SEC. compiling exported zero? : % -> Boolean Time: 0.02 SEC. compiling local qsetrest! : (List IndexedProductTerm(A,S),List IndexedProductTerm(A,S)) -> List IndexedProductTerm(A,S) Time: 0 SEC. compiling exported + : (%,%) -> % Time: 0.04 SEC. compiling exported * : (NonNegativeInteger,%) -> % Time: 0.02 SEC. compiling exported monomial : (A,S) -> % Time: 0.01 SEC. compiling exported map : (A -> A,%) -> % Time: 0.01 SEC. compiling exported reductum : % -> % Time: 0.01 SEC. compiling exported leadingCoefficient : % -> A Time: 0.01 SEC. compiling exported opposite? : (%,%) -> Boolean Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] zero?: null has no value [2] +: newcell has no value [3] +: res has no value [4] reductum: null has no value [5] leadingCoefficient: null has no value Cumulative Statistics for Constructor IndexedDirectProductAbelianMonoid Time: 0.21 seconds --------------non extending category---------------------- IndexedDirectProductAbelianMonoid(#1,#2) of category Join( AbelianMonoid,IndexedDirectProductCategory(#1,#2)) has no combineWithIf : (%,%,((#1,#1) -> #1),((#1,#1) -> Boolean )) -> % ---------------------------------------------------------- finalizing NRLIB IDPAM Processing IndexedDirectProductAbelianMonoid for Browser database: -- constructor ; compiling file "/tmp/oa-9jzTFx/code.lsp" (written 01 FEB 2016 10:56:06 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |IDPAM;Zero;$;1| ...) ; compiling (DEFUN |IDPAM;zero?;$B;2| ...) ; compiling (DEFUN |IDPAM;qsetrest!| ...) ; file: /tmp/oa-9jzTFx/code.lsp ; in: DEFUN |IDPAM;qsetrest!| ; (DEFUN BOOT::|IDPAM;qsetrest!| (BOOT::|l| BOOT::|e| BOOT::$) ; (RPLACD BOOT::|l| BOOT::|e|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IDPAM;qsetrest!| ; (BOOT::|l| BOOT::|e| BOOT::$) ; (BLOCK BOOT::|IDPAM;qsetrest!| (RPLACD BOOT::|l| BOOT::|e|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |IDPAM;+;3$;4| ...) ; compiling (DEFUN |IDPAM;*;Nni2$;5| ...) ; compiling (DEFUN |IDPAM;monomial;AS$;6| ...) ; compiling (DEFUN |IDPAM;map;M2$;7| ...) ; compiling (DEFUN |IDPAM;reductum;2$;8| ...) ; compiling (DEFUN |IDPAM;leadingCoefficient;$A;9| ...) ; compiling (DEFUN |IDPAM;opposite?;2$B;10| ...) ; compiling (DEFUN |IndexedDirectProductAbelianMonoid| ...) ; compiling (DEFUN |IndexedDirectProductAbelianMonoid;| ...) ; compiling (MAKEPROP (QUOTE |IndexedDirectProductAbelianMonoid|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; /tmp/oa-9jzTFx/code.fasl written ; compilation finished in 0:00:00.058 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/IDPAG.fasl --optimize=3 IDPAG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IDPAG.spad using Spad compiler. IDPAG abbreviates domain IndexedDirectProductAbelianGroup debug: compDefine1 lhs: (IndexedDirectProductAbelianGroup A S) signature (pre-evaluate): ((Join (AbelianGroup) (IndexedDirectProductCategory A S)) (AbelianGroup) (OrderedType)) debug: evaluateType form: (Join (AbelianGroup) (IndexedDirectProductCategory A S)) $param: (A S) debug: evaluateType form: (AbelianGroup) $param: (A S) Debug: evaluateType1 form: (AbelianGroup) debug: evaluateType form: (IndexedDirectProductCategory A S) $param: (A S) Debug: evaluateType1 form: (IndexedDirectProductCategory A S) debug: evaluateType1 x: A m: (BasicType) debug: evaluateType1 x: S m: (OrderedType) debug: evaluateType form: (AbelianGroup) $param: (A S) Debug: evaluateType1 form: (AbelianGroup) debug: evaluateType form: (OrderedType) $param: (A S) Debug: evaluateType1 form: (OrderedType) debug: compDefine1 signature (post evaluate): ((Join (AbelianGroup) (IndexedDirectProductCategory A S)) (AbelianGroup) (OrderedType)) debug: compDefine1 lhs: (IndexedDirectProductAbelianGroup A S) signature (pre-evaluate): ((Join (AbelianGroup) (IndexedDirectProductCategory A S)) NIL NIL) debug: evaluateType form: (Join (AbelianGroup) (IndexedDirectProductCategory A S)) $param: (A S) debug: evaluateType form: (AbelianGroup) $param: (A S) Debug: evaluateType1 form: (AbelianGroup) debug: evaluateType form: (IndexedDirectProductCategory A S) $param: (A S) Debug: evaluateType1 form: (IndexedDirectProductCategory A S) debug: evaluateType1 x: A m: (BasicType) debug: evaluateType1 x: S m: (OrderedType) debug: compDefine1 signature (post evaluate): ((Join (AbelianGroup) (IndexedDirectProductCategory A S)) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for IndexedDirectProductAbelianGroup compiling into /tmp/oa-vrztOM compiling exported - : % -> % Time: 0.02 SEC. compiling exported * : (Integer,%) -> % Time: 0.02 SEC. compiling local qsetrest! : (List IndexedProductTerm(A,S),List IndexedProductTerm(A,S)) -> List IndexedProductTerm(A,S) Time: 0.01 SEC. compiling exported - : (%,%) -> % Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] -: newcell has no value [2] -: res has no value Cumulative Statistics for Constructor IndexedDirectProductAbelianGroup Time: 0.08 seconds finalizing NRLIB IDPAG Processing IndexedDirectProductAbelianGroup for Browser database: -- constructor ; compiling file "/tmp/oa-vrztOM/code.lsp" (written 01 FEB 2016 10:56:07 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |IDPAG;-;2$;1| ...) ; compiling (DEFUN |IDPAG;*;I2$;2| ...) ; compiling (DEFUN |IDPAG;qsetrest!| ...) ; file: /tmp/oa-vrztOM/code.lsp ; in: DEFUN |IDPAG;qsetrest!| ; (DEFUN BOOT::|IDPAG;qsetrest!| (BOOT::|l| BOOT::|e| BOOT::$) ; (RPLACD BOOT::|l| BOOT::|e|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IDPAG;qsetrest!| ; (BOOT::|l| BOOT::|e| BOOT::$) ; (BLOCK BOOT::|IDPAG;qsetrest!| (RPLACD BOOT::|l| BOOT::|e|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |IDPAG;-;3$;4| ...) ; compiling (DEFUN |IndexedDirectProductAbelianGroup| ...) ; compiling (DEFUN |IndexedDirectProductAbelianGroup;| ...) ; compiling (MAKEPROP (QUOTE |IndexedDirectProductAbelianGroup|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; /tmp/oa-vrztOM/code.fasl written ; compilation finished in 0:00:00.041 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/FM.fasl --optimize=3 FM.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FM.spad using Spad compiler. FM abbreviates domain FreeModule debug: compDefine1 lhs: (FreeModule R S) signature (pre-evaluate): ((Join (BiModule R R) (IndexedDirectProductCategory R S) (CATEGORY package (IF (has R (CommutativeRing)) (ATTRIBUTE (Module R)) %noBranch))) (Ring) (OrderedType)) debug: evaluateType form: (Join (BiModule R R) (IndexedDirectProductCategory R S) (CATEGORY package (IF (has R (CommutativeRing)) (ATTRIBUTE (Module R)) %noBranch))) $param: (R S) debug: evaluateType form: (BiModule R R) $param: (R S) Debug: evaluateType1 form: (BiModule R R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (IndexedDirectProductCategory R S) $param: (R S) Debug: evaluateType1 form: (IndexedDirectProductCategory R S) debug: evaluateType1 x: R m: (BasicType) debug: evaluateType1 x: S m: (OrderedType) debug: evaluateType form: (CATEGORY package (IF (has R (CommutativeRing)) (ATTRIBUTE (Module R)) %noBranch)) $param: (R S) debug: evaluateType form: (Ring) $param: (R S) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (OrderedType) $param: (R S) Debug: evaluateType1 form: (OrderedType) debug: compDefine1 signature (post evaluate): ((Join (BiModule R R) (IndexedDirectProductCategory R S) (CATEGORY package (IF (has R (CommutativeRing)) (ATTRIBUTE (Module R)) %noBranch))) (Ring) (OrderedType)) debug: compDefine1 lhs: (FreeModule R S) signature (pre-evaluate): ((Join (BiModule R R) (IndexedDirectProductCategory R S) (CATEGORY package (IF (has R (CommutativeRing)) (ATTRIBUTE (Module R)) %noBranch))) NIL NIL) debug: evaluateType form: (Join (BiModule R R) (IndexedDirectProductCategory R S) (CATEGORY package (IF (has R (CommutativeRing)) (ATTRIBUTE (Module R)) %noBranch))) $param: (R S) debug: evaluateType form: (BiModule R R) $param: (R S) Debug: evaluateType1 form: (BiModule R R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (IndexedDirectProductCategory R S) $param: (R S) Debug: evaluateType1 form: (IndexedDirectProductCategory R S) debug: evaluateType1 x: R m: (BasicType) debug: evaluateType1 x: S m: (OrderedType) debug: evaluateType form: (CATEGORY package (IF (has R (CommutativeRing)) (ATTRIBUTE (Module R)) %noBranch)) $param: (R S) debug: compDefine1 signature (post evaluate): ((Join (BiModule R R) (IndexedDirectProductCategory R S) (CATEGORY package (IF (has R (CommutativeRing)) (ATTRIBUTE (Module R)) %noBranch))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FreeModule compiling into /tmp/oa-6vHHi1 compiling exported * : (R,%) -> % Time: 0.06 SEC. compiling exported * : (R,%) -> % Time: 0.06 SEC. compiling exported * : (%,R) -> % Time: 0.02 SEC. compiling exported * : (%,R) -> % Time: 0.07 SEC. compiling exported coerce : % -> OutputForm Time: 0.04 SEC. (time taken in buildFunctor: 4) Time: 0.02 SEC. Warnings: [1] Rep differs from the base domain Cumulative Statistics for Constructor FreeModule Time: 0.26 seconds finalizing NRLIB FM Processing FreeModule for Browser database: -- constructor ; compiling file "/tmp/oa-6vHHi1/code.lsp" (written 01 FEB 2016 10:56:07 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FM;*;R2$;1| ...) ; file: /tmp/oa-6vHHi1/code.lsp ; in: DEFUN |FM;*;R2$;1| ; (DEFUN BOOT::|FM;*;R2$;1| (BOOT::|r| BOOT::|x| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|spadConstant| BOOT::$ 12)) ; ((BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 13)) BOOT::|x|) ; (T ; (LET (# #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FM;*;R2$;1| ; (BOOT::|r| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FM;*;R2$;1| ; (COND ((BOOT::SPADCALL BOOT::|r| #) (BOOT::|spadConstant| BOOT::$ 12)) ; ((BOOT::SPADCALL BOOT::|r| #) BOOT::|x|) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |FM;*;R2$;2| ...) ; file: /tmp/oa-6vHHi1/code.lsp ; in: DEFUN |FM;*;R2$;2| ; (DEFUN BOOT::|FM;*;R2$;2| (BOOT::|r| BOOT::|x| BOOT::$) ; (PROG (BOOT::|a|) (RETURN (COND (# #) (# BOOT::|x|) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FM;*;R2$;2| ; (BOOT::|r| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FM;*;R2$;2| (PROG (BOOT::|a|) (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |FM;*;$R$;3| ...) ; file: /tmp/oa-6vHHi1/code.lsp ; in: DEFUN |FM;*;$R$;3| ; (DEFUN BOOT::|FM;*;$R$;3| (BOOT::|x| BOOT::|r| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|spadConstant| BOOT::$ 12)) ; ((BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 13)) BOOT::|x|) ; (T ; (LET (# #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FM;*;$R$;3| ; (BOOT::|x| BOOT::|r| BOOT::$) ; (BLOCK BOOT::|FM;*;$R$;3| ; (COND ((BOOT::SPADCALL BOOT::|r| #) (BOOT::|spadConstant| BOOT::$ 12)) ; ((BOOT::SPADCALL BOOT::|r| #) BOOT::|x|) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |FM;*;$R$;4| ...) ; file: /tmp/oa-6vHHi1/code.lsp ; in: DEFUN |FM;*;$R$;4| ; (DEFUN BOOT::|FM;*;$R$;4| (BOOT::|x| BOOT::|r| BOOT::$) ; (PROG (BOOT::|a|) (RETURN (COND (# #) (# BOOT::|x|) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FM;*;$R$;4| ; (BOOT::|x| BOOT::|r| BOOT::$) ; (BLOCK BOOT::|FM;*;$R$;4| (PROG (BOOT::|a|) (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |FM;coerce;$Of;5| ...) ; compiling (DEFUN |FreeModule| ...) ; compiling (DEFUN |FreeModule;| ...) ; compiling (MAKEPROP (QUOTE |FreeModule|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 4 notes ; /tmp/oa-6vHHi1/code.fasl written ; compilation finished in 0:00:00.040 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/PR.fasl --optimize=3 PR.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PR.spad using Spad compiler. PR abbreviates domain PolynomialRing debug: compDefine1 lhs: (PolynomialRing R E) signature (pre-evaluate): ((Join (FiniteAbelianMonoidRing R E) (CATEGORY domain (IF (has R (IntegralDomain)) (IF (has E (CancellationAbelianMonoid)) (SIGNATURE fmecg ($ $ E R $)) %noBranch) %noBranch) (IF (has R (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonicalUnitNormal) %noBranch))) (Ring) (OrderedAbelianMonoid)) debug: evaluateType form: (Join (FiniteAbelianMonoidRing R E) (CATEGORY domain (IF (has R (IntegralDomain)) (IF (has E (CancellationAbelianMonoid)) (SIGNATURE fmecg ($ $ E R $)) %noBranch) %noBranch) (IF (has R (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonicalUnitNormal) %noBranch))) $param: (R E) debug: evaluateType form: (FiniteAbelianMonoidRing R E) $param: (R E) Debug: evaluateType1 form: (FiniteAbelianMonoidRing R E) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: E m: (OrderedAbelianMonoid) debug: evaluateType form: (CATEGORY domain (IF (has R (IntegralDomain)) (IF (has E (CancellationAbelianMonoid)) (SIGNATURE fmecg ($ $ E R $)) %noBranch) %noBranch) (IF (has R (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonicalUnitNormal) %noBranch)) $param: (R E) debug: evaluateType form: (Ring) $param: (R E) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (OrderedAbelianMonoid) $param: (R E) Debug: evaluateType1 form: (OrderedAbelianMonoid) debug: compDefine1 signature (post evaluate): ((Join (FiniteAbelianMonoidRing R E) (CATEGORY domain (IF (has R (IntegralDomain)) (IF (has E (CancellationAbelianMonoid)) (SIGNATURE fmecg ($ $ E R $)) %noBranch) %noBranch) (IF (has R (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonicalUnitNormal) %noBranch))) (Ring) (OrderedAbelianMonoid)) debug: compDefine1 lhs: (PolynomialRing R E) signature (pre-evaluate): ((Join (FiniteAbelianMonoidRing R E) (CATEGORY domain (IF (has R (IntegralDomain)) (IF (has E (CancellationAbelianMonoid)) (SIGNATURE fmecg ($ $ E R $)) %noBranch) %noBranch) (IF (has R (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonicalUnitNormal) %noBranch))) NIL NIL) debug: evaluateType form: (Join (FiniteAbelianMonoidRing R E) (CATEGORY domain (IF (has R (IntegralDomain)) (IF (has E (CancellationAbelianMonoid)) (SIGNATURE fmecg ($ $ E R $)) %noBranch) %noBranch) (IF (has R (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonicalUnitNormal) %noBranch))) $param: (R E) debug: evaluateType form: (FiniteAbelianMonoidRing R E) $param: (R E) Debug: evaluateType1 form: (FiniteAbelianMonoidRing R E) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: E m: (OrderedAbelianMonoid) debug: evaluateType form: (CATEGORY domain (IF (has R (IntegralDomain)) (IF (has E (CancellationAbelianMonoid)) (SIGNATURE fmecg ($ $ E R $)) %noBranch) %noBranch) (IF (has R (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonicalUnitNormal) %noBranch)) $param: (R E) debug: compDefine1 signature (post evaluate): ((Join (FiniteAbelianMonoidRing R E) (CATEGORY domain (IF (has R (IntegralDomain)) (IF (has E (CancellationAbelianMonoid)) (SIGNATURE fmecg ($ $ E R $)) %noBranch) %noBranch) (IF (has R (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonicalUnitNormal) %noBranch))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PolynomialRing compiling into /tmp/oa-MGY2Yx compiling exported One : () -> % Time: 0.06 SEC. compiling exported characteristic : () -> NonNegativeInteger Time: 0 SEC. compiling exported numberOfMonomials : % -> NonNegativeInteger PR;numberOfMonomials;$Nni;3 is replaced by %llength Time: 0 SEC. compiling exported degree : % -> E Time: 0.01 SEC. compiling exported minimumDegree : % -> E Time: 0 SEC. compiling exported leadingCoefficient : % -> R Time: 0.00 SEC. compiling exported leadingMonomial : % -> % Time: 0.01 SEC. compiling exported reductum : % -> % PR;reductum;2$;8 p is replaced by %when( p,%otherwise %tail p) Time: 0 SEC. compiling exported retractIfCan : % -> Union(R,failed) Time: 0.02 SEC. compiling exported coefficient : (%,E) -> R Time: 0.02 SEC. compiling exported recip : % -> Union(%,failed) Time: 0.02 SEC. compiling exported coerce : R -> % Time: 0.01 SEC. compiling exported coerce : Integer -> % Time: 0.01 SEC. compiling exported ground? : % -> Boolean Time: 0.02 SEC. compiling local qsetrest! : (Rep,Rep) -> Rep Time: 0 SEC. compiling local termTimes : (R,E,Term) -> Term Time: 0.01 SEC. compiling local times : (R,E,%) -> % Time: 0.01 SEC. compiling local addm! : (Rep,R,E,Rep) -> Rep Time: 0.11 SEC. compiling exported pomopo! : (%,R,E,%) -> % Time: 0.01 SEC. compiling exported * : (%,%) -> % Time: 0.13 SEC. compiling exported ** : (%,PositiveInteger) -> % Time: 0 SEC. compiling exported ** : (%,NonNegativeInteger) -> % Time: 0.08 SEC. compiling exported unitNormal : % -> Record(unit: %,canonical: %,associate: %) Time: 0.02 SEC. compiling exported unitCanonical : % -> % Time: 0 SEC. compiling exported unitNormal : % -> Record(unit: %,canonical: %,associate: %) Time: 0.02 SEC. compiling exported unitCanonical : % -> % Time: 0.01 SEC. compiling exported associates? : (%,%) -> Boolean Time: 0.34 SEC. compiling exported exquo : (%,R) -> Union(%,failed) Time: 0.02 SEC. compiling exported fmecg : (%,E,R,%) -> % Time: 0.04 SEC. compiling exported exquo : (%,%) -> Union(%,failed) Time: 0.08 SEC. compiling exported exquo : (%,%) -> Union(%,failed) Time: 0.06 SEC. compiling exported / : (%,R) -> % Time: 0.01 SEC. (time taken in buildFunctor: 20) Time: 0.05 SEC. Warnings: [1] Rep differs from the base domain [2] addm!: newcell has no value [3] **: pretend NonNegativeInteger -- should replace by @ Cumulative Statistics for Constructor PolynomialRing Time: 1.18 seconds --------------non extending category---------------------- PolynomialRing(#1,#2) of category FiniteAbelianMonoidRing(#1,#2) with IF(has #1 (IntegralDomain)) (IF (has #2 (CancellationAbelianMonoid)) (SIGNATURE fmecg ($ $ #2 #1 $)) %noBranch) %noBranchIF(has #1 (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonicalUnitNormal)%noBranch has no IndexedDirectProductCategory(#1,#2) ---------------------------------------------------------- finalizing NRLIB PR Processing PolynomialRing for Browser database: -- fmecg : (%,E,R,%) -> % -- canonicalUnitNormal : () -> attribute -- constructor ; compiling file "/tmp/oa-MGY2Yx/code.lsp" (written 01 FEB 2016 10:56:08 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PR;numberOfMonomials;$Nni;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PR;reductum;2$;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PR;One;$;1| ...) ; compiling (DEFUN |PR;characteristic;Nni;2| ...) ; file: /tmp/oa-MGY2Yx/code.lsp ; in: DEFUN |PR;characteristic;Nni;2| ; (DEFUN BOOT::|PR;characteristic;Nni;2| (BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 14)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PR;characteristic;Nni;2| ; (BOOT::$) ; (BLOCK BOOT::|PR;characteristic;Nni;2| (BOOT::|spadConstant| BOOT::$ 14))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |PR;numberOfMonomials;$Nni;3| ...) ; compiling (DEFUN |PR;degree;$E;4| ...) ; compiling (DEFUN |PR;minimumDegree;$E;5| ...) ; compiling (DEFUN |PR;leadingCoefficient;$R;6| ...) ; compiling (DEFUN |PR;leadingMonomial;2$;7| ...) ; file: /tmp/oa-MGY2Yx/code.lsp ; in: DEFUN |PR;leadingMonomial;2$;7| ; (DEFUN BOOT::|PR;leadingMonomial;2$;7| (BOOT::|p| BOOT::$) ; (COND ((NULL BOOT::|p|) (BOOT::|spadConstant| BOOT::$ 28)) ; (T (LIST (BOOT::|SPADfirst| BOOT::|p|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PR;leadingMonomial;2$;7| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|PR;leadingMonomial;2$;7| ; (COND ((NULL BOOT::|p|) (BOOT::|spadConstant| BOOT::$ 28)) ; (T (LIST #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PR;reductum;2$;8| ...) ; compiling (DEFUN |PR;retractIfCan;$U;9| ...) ; compiling (DEFUN |PR;coefficient;$ER;10| ...) ; compiling (DEFUN |PR;recip;$U;11| ...) ; compiling (DEFUN |PR;coerce;R$;12| ...) ; file: /tmp/oa-MGY2Yx/code.lsp ; in: DEFUN |PR;coerce;R$;12| ; (DEFUN BOOT::|PR;coerce;R$;12| (BOOT::|r| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 44)) ; (BOOT::|spadConstant| BOOT::$ 28)) ; (T (LIST (CONS # BOOT::|r|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PR;coerce;R$;12| ; (BOOT::|r| BOOT::$) ; (BLOCK BOOT::|PR;coerce;R$;12| ; (COND ((BOOT::SPADCALL BOOT::|r| #) (BOOT::|spadConstant| BOOT::$ 28)) ; (T (LIST #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PR;coerce;I$;13| ...) ; compiling (DEFUN |PR;ground?;$B;14| ...) ; file: /tmp/oa-MGY2Yx/code.lsp ; in: DEFUN |PR;ground?;$B;14| ; (DEFUN BOOT::|PR;ground?;$B;14| (BOOT::|p| BOOT::$) ; (COND ((NULL BOOT::|p|) T) ; ((NULL (CDR BOOT::|p|)) ; (BOOT::SPADCALL (BOOT::|PR;degree;$E;4| BOOT::|p| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 33))) ; (T NIL))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PR;ground?;$B;14| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|PR;ground?;$B;14| ; (COND ((NULL BOOT::|p|) T) ((NULL #) (BOOT::SPADCALL # #)) (T NIL)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |PR;qsetrest!| ...) ; file: /tmp/oa-MGY2Yx/code.lsp ; in: DEFUN |PR;qsetrest!| ; (DEFUN BOOT::|PR;qsetrest!| (BOOT::|l| BOOT::|e| BOOT::$) ; (RPLACD BOOT::|l| BOOT::|e|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PR;qsetrest!| ; (BOOT::|l| BOOT::|e| BOOT::$) ; (BLOCK BOOT::|PR;qsetrest!| (RPLACD BOOT::|l| BOOT::|e|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PR;termTimes| ...) ; compiling (DEFUN |PR;times| ...) ; file: /tmp/oa-MGY2Yx/code.lsp ; in: DEFUN |PR;times| ; (DEFUN BOOT::|PR;times| (BOOT::|tco| BOOT::|tex| BOOT::|rx| BOOT::$) ; (PROG (BOOT::|r|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PR;times| ; (BOOT::|tco| BOOT::|tex| BOOT::|rx| BOOT::$) ; (BLOCK BOOT::|PR;times| (PROG (BOOT::|r|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PR;times!0| ...) ; compiling (DEFUN |PR;addm!| ...) ; file: /tmp/oa-MGY2Yx/code.lsp ; in: DEFUN |PR;addm!| ; (LET ((BOOT::|res| NIL) ; (BOOT::|newcell| NIL) ; (BOOT::|endcell| NIL) ; (BOOT::|spare| NIL)) ; (BOOT::SEQ (SETQ BOOT::|res| NIL) (SETQ BOOT::|endcell| NIL) ; (LOOP (COND (# #) (T #))) ; (COND ((NULL BOOT::|p1|) (SETQ #)) (T (SETQ #))) ; (BOOT::EXIT (COND (# BOOT::|newcell|) (T #))))) ; ; caught STYLE-WARNING: ; The variable |spare| is defined but never used. ; compiling (DEFUN |PR;pomopo!;$RE2$;19| ...) ; file: /tmp/oa-MGY2Yx/code.lsp ; in: DEFUN |PR;pomopo!;$RE2$;19| ; (DEFUN BOOT::|PR;pomopo!;$RE2$;19| ; (BOOT::|p1| BOOT::|r| BOOT::|e| BOOT::|p2| BOOT::$) ; (BOOT::|PR;addm!| BOOT::|p1| BOOT::|r| BOOT::|e| BOOT::|p2| BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PR;pomopo!;$RE2$;19| ; (BOOT::|p1| BOOT::|r| BOOT::|e| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|PR;pomopo!;$RE2$;19| ; (BOOT::|PR;addm!| BOOT::|p1| BOOT::|r| BOOT::|e| BOOT::|p2| BOOT::$))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PR;*;3$;20| ...) ; file: /tmp/oa-MGY2Yx/code.lsp ; in: DEFUN |PR;*;3$;20| ; (DEFUN BOOT::|PR;*;3$;20| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (PROG (BOOT::|res| BOOT::|yy|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PR;*;3$;20| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|PR;*;3$;20| ; (PROG (BOOT::|res| BOOT::|yy|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PR;**;$Pi$;21| ...) ; file: /tmp/oa-MGY2Yx/code.lsp ; in: DEFUN |PR;**;$Pi$;21| ; (DEFUN BOOT::|PR;**;$Pi$;21| (BOOT::|p| BOOT::|np| BOOT::$) ; (BOOT::SPADCALL BOOT::|p| BOOT::|np| (BOOT::|shellEntry| BOOT::$ 69))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PR;**;$Pi$;21| ; (BOOT::|p| BOOT::|np| BOOT::$) ; (BLOCK BOOT::|PR;**;$Pi$;21| ; (BOOT::SPADCALL BOOT::|p| BOOT::|np| (BOOT::|shellEntry| BOOT::$ 69)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PR;**;$Nni$;22| ...) ; file: /tmp/oa-MGY2Yx/code.lsp ; in: DEFUN |PR;**;$Nni$;22| ; (DEFUN BOOT::|PR;**;$Nni$;22| (BOOT::|p| BOOT::|nn| BOOT::$) ; (COND ((NULL BOOT::|p|) (BOOT::|spadConstant| BOOT::$ 28)) ; ((ZEROP BOOT::|nn|) (BOOT::|spadConstant| BOOT::$ 12)) ; ((EQL BOOT::|nn| 1) BOOT::|p|) ; ((NULL (CDR BOOT::|p|)) ; (LET (#) ; (COND # #))) ; (T ; (BOOT::SPADCALL (LIST #) (CDR BOOT::|p|) BOOT::|nn| ; (BOOT::|shellEntry| BOOT::$ 76))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PR;**;$Nni$;22| ; (BOOT::|p| BOOT::|nn| BOOT::$) ; (BLOCK BOOT::|PR;**;$Nni$;22| ; (COND ((NULL BOOT::|p|) (BOOT::|spadConstant| BOOT::$ 28)) ; ((ZEROP BOOT::|nn|) (BOOT::|spadConstant| BOOT::$ 12)) ; ((EQL BOOT::|nn| 1) BOOT::|p|) ; ((NULL #) ; (LET # ; #)) ; (T (BOOT::SPADCALL # # BOOT::|nn| #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PR;unitNormal;$R;23| ...) ; compiling (DEFUN |PR;unitCanonical;2$;24| ...) ; compiling (DEFUN |PR;unitNormal;$R;25| ...) ; compiling (DEFUN |PR;unitCanonical;2$;26| ...) ; file: /tmp/oa-MGY2Yx/code.lsp ; in: DEFUN |PR;unitCanonical;2$;26| ; (LET* ((BOOT::|#G57| ; (BOOT::SPADCALL (CDR #) (BOOT::|shellEntry| BOOT::$ 82))) ; (BOOT::|u| (SVREF BOOT::|#G57| 0)) ; (BOOT::|cf| (SVREF BOOT::|#G57| 1)) ; (BOOT::|a| (SVREF BOOT::|#G57| 2))) ; (CONS (CONS (CAR (BOOT::|SPADfirst| BOOT::|p|)) BOOT::|cf|) ; (BOOT::SPADCALL BOOT::|a| (CDR BOOT::|p|) ; (BOOT::|shellEntry| BOOT::$ 65)))) ; ; caught STYLE-WARNING: ; The variable |u| is defined but never used. ; compiling (DEFUN |PR;associates?;2$B;27| ...) ; file: /tmp/oa-MGY2Yx/code.lsp ; in: DEFUN |PR;associates?;2$B;27| ; (DEFUN BOOT::|PR;associates?;2$B;27| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (COND ((NULL BOOT::|p1|) (NULL BOOT::|p2|)) ((NULL BOOT::|p2|) NIL) ; ((BOOT::SPADCALL (CAR #) (CAR #) (BOOT::|shellEntry| BOOT::$ 36)) ; (AND (BOOT::SPADCALL # # #) (BOOT::SPADCALL # # #))) ; (T NIL))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PR;associates?;2$B;27| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|PR;associates?;2$B;27| ; (COND ((NULL BOOT::|p1|) (NULL BOOT::|p2|)) ((NULL BOOT::|p2|) NIL) ; ((BOOT::SPADCALL # # #) (AND # #)) (T NIL)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |PR;exquo;$RU;28| ...) ; compiling (DEFUN |PR;fmecg;$ER2$;29| ...) ; file: /tmp/oa-MGY2Yx/code.lsp ; in: DEFUN |PR;fmecg;$ER2$;29| ; (DEFUN BOOT::|PR;fmecg;$ER2$;29| ; (BOOT::|p1| BOOT::|e| BOOT::|r| BOOT::|p2| BOOT::$) ; (PROG (BOOT::|u| BOOT::|c2| BOOT::|e2|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PR;fmecg;$ER2$;29| ; (BOOT::|p1| BOOT::|e| BOOT::|r| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|PR;fmecg;$ER2$;29| ; (PROG (BOOT::|u| BOOT::|c2| BOOT::|e2|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |p1| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |PR;exquo;2$U;30| ...) ; file: /tmp/oa-MGY2Yx/code.lsp ; in: DEFUN |PR;exquo;2$U;30| ; (DEFUN BOOT::|PR;exquo;2$U;30| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (PROG (BOOT::|ee| BOOT::|a|) (RETURN (COND (# #) (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PR;exquo;2$U;30| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|PR;exquo;2$U;30| ; (PROG (BOOT::|ee| BOOT::|a|) (RETURN (COND # # # #))))) ; ; note: Assignment to argument: |p1| ; prevents use of assertion from function type proclamation: ; LIST ; ; (CONS 1 "failed") ; ==> ; "failed" ; ; note: deleting unreachable code ; (DEFUN BOOT::|PR;exquo;2$U;30| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (PROG (BOOT::|ee| BOOT::|a|) (RETURN (COND (# #) (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PR;exquo;2$U;30| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|PR;exquo;2$U;30| ; (PROG (BOOT::|ee| BOOT::|a|) (RETURN (COND # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |PR;exquo;2$U;31| ...) ; file: /tmp/oa-MGY2Yx/code.lsp ; in: DEFUN |PR;exquo;2$U;31| ; (DEFUN BOOT::|PR;exquo;2$U;31| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (PROG (BOOT::|ee| BOOT::|a|) (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PR;exquo;2$U;31| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|PR;exquo;2$U;31| ; (PROG (BOOT::|ee| BOOT::|a|) (RETURN (COND # # #))))) ; ; note: Assignment to argument: |p1| ; prevents use of assertion from function type proclamation: ; LIST ; ; (CONS 1 "failed") ; ==> ; "failed" ; ; note: deleting unreachable code ; (DEFUN BOOT::|PR;exquo;2$U;31| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (PROG (BOOT::|ee| BOOT::|a|) (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PR;exquo;2$U;31| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|PR;exquo;2$U;31| ; (PROG (BOOT::|ee| BOOT::|a|) (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |PR;/;$R$;32| ...) ; file: /tmp/oa-MGY2Yx/code.lsp ; in: DEFUN |PR;/;$R$;32| ; (DEFUN BOOT::|PR;/;$R$;32| (BOOT::|x| BOOT::|r| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 78)) ; BOOT::|x| (BOOT::|shellEntry| BOOT::$ 65))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PR;/;$R$;32| ; (BOOT::|x| BOOT::|r| BOOT::$) ; (BLOCK BOOT::|PR;/;$R$;32| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 78)) BOOT::|x| ; (BOOT::|shellEntry| BOOT::$ 65)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PolynomialRing| ...) ; compiling (DEFUN |PolynomialRing;| ...) ; compiling (MAKEPROP (QUOTE |PolynomialRing|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; printed 18 notes ; /tmp/oa-MGY2Yx/code.fasl written ; compilation finished in 0:00:00.139 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/FPC.fasl --optimize=3 FPC.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FPC.spad using Spad compiler. FPC abbreviates category FieldOfPrimeCharacteristic debug: compDefine1 lhs: (FieldOfPrimeCharacteristic) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for FieldOfPrimeCharacteristic compiling into /tmp/oa-2MBkKT STYLE-WARNING: redefining BOOT::|FieldOfPrimeCharacteristic| in DEFUN Time: 0.01 SEC. FPC- abbreviates package FieldOfPrimeCharacteristic& ------------------------------------------------------------------------ initializing stationary directory for FieldOfPrimeCharacteristic& compiling into /tmp/oa-AzDwTv compiling exported primeFrobenius : S -> S Time: 0.04 SEC. compiling exported primeFrobenius : (S,NonNegativeInteger) -> S Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor FieldOfPrimeCharacteristic& Time: 0.04 seconds finalizing NRLIB FPC- ; compiling file "/tmp/oa-AzDwTv/code.lsp" (written 01 FEB 2016 10:56:09 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FPC-;primeFrobenius;2$;1| ...) ; compiling (DEFUN |FPC-;primeFrobenius;$Nni$;2| ...) ; compiling (DEFUN |FieldOfPrimeCharacteristic&| ...) ; compiling (MAKEPROP (QUOTE |FieldOfPrimeCharacteristic&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-AzDwTv/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ finalizing NRLIB FPC Processing FieldOfPrimeCharacteristic for Browser database: -- order : % -> OnePointCompletion PositiveInteger -- discreteLog : (%,%) -> Union(NonNegativeInteger,"failed") -- primeFrobenius : % -> % -- primeFrobenius : (%,NonNegativeInteger) -> % -- constructor ; compiling file "/tmp/oa-2MBkKT/code.lsp" (written 01 FEB 2016 10:56:09 PM): ; compiling (DEFPARAMETER |FieldOfPrimeCharacteristic;AL| ...) ; compiling (DEFUN |FieldOfPrimeCharacteristic;| ...) ; compiling (DEFUN |FieldOfPrimeCharacteristic| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-2MBkKT/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/HASHTBL.fasl --bootstrap HASHTBL.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/HASHTBL.spad using Spad compiler. HASHTBL abbreviates domain HashTable ------------------------------------------------------------------------ initializing stationary directory for HashTable compiling into /tmp/oa-HLHrH5 Time: 0.02 SEC. Cumulative Statistics for Constructor HashTable Time: 0.02 seconds finalizing NRLIB HASHTBL ; compiling file "/tmp/oa-HLHrH5/code.lsp" (written 01 FEB 2016 10:56:09 PM): ; compiling (DEFUN |HashTable| ...) ; compiling (DEFUN |HashTable;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-HLHrH5/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/TABLE.fasl --optimize=3 TABLE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TABLE.spad using Spad compiler. TABLE abbreviates domain Table debug: compDefine1 lhs: (Table Key Entry) signature (pre-evaluate): ((TableAggregate Key Entry) (SetCategory) (SetCategory)) debug: evaluateType form: (TableAggregate Key Entry) $param: (Key Entry) Debug: evaluateType1 form: (TableAggregate Key Entry) debug: evaluateType1 x: Key m: (SetCategory) debug: evaluateType1 x: Entry m: (SetCategory) debug: evaluateType form: (SetCategory) $param: (Key Entry) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (SetCategory) $param: (Key Entry) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((TableAggregate Key Entry) (SetCategory) (SetCategory)) debug: compDefine1 lhs: (Table Key Entry) signature (pre-evaluate): ((TableAggregate Key Entry) NIL NIL) debug: evaluateType form: (TableAggregate Key Entry) $param: (Key Entry) Debug: evaluateType1 form: (TableAggregate Key Entry) debug: evaluateType1 x: Key m: (SetCategory) debug: evaluateType1 x: Entry m: (SetCategory) debug: compDefine1 signature (post evaluate): ((TableAggregate Key Entry) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for Table compiling into /tmp/oa-w9Wj0i (time taken in buildFunctor: 104) Time: 0.19 SEC. Cumulative Statistics for Constructor Table Time: 0.19 seconds finalizing NRLIB TABLE Processing Table for Browser database: -- constructor ; compiling file "/tmp/oa-w9Wj0i/code.lsp" (written 01 FEB 2016 10:56:09 PM): ; compiling (DEFUN |Table| ...) ; compiling (DEFUN |Table;| ...) ; compiling (MAKEPROP (QUOTE |Table|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-w9Wj0i/code.fasl written ; compilation finished in 0:00:00.019 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/ONECOMP.fasl --optimize=3 ONECOMP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ONECOMP.spad using Spad compiler. ONECOMP abbreviates domain OnePointCompletion debug: compDefine1 lhs: (OnePointCompletion R) signature (pre-evaluate): ((Join (SetCategory) (FullyRetractableTo R) (CATEGORY domain (SIGNATURE infinity ($)) (SIGNATURE finite? ((Boolean) $)) (SIGNATURE infinite? ((Boolean) $)) (IF (has R (AbelianGroup)) (ATTRIBUTE (AbelianGroup)) %noBranch) (IF (has R (OrderedRing)) (ATTRIBUTE (OrderedRing)) %noBranch) (IF (has R (IntegerNumberSystem)) (PROGN (SIGNATURE rational? ((Boolean) $)) (SIGNATURE rational ((Fraction (Integer)) $)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) $))) %noBranch))) (SetCategory)) debug: evaluateType form: (Join (SetCategory) (FullyRetractableTo R) (CATEGORY domain (SIGNATURE infinity ($)) (SIGNATURE finite? ((Boolean) $)) (SIGNATURE infinite? ((Boolean) $)) (IF (has R (AbelianGroup)) (ATTRIBUTE (AbelianGroup)) %noBranch) (IF (has R (OrderedRing)) (ATTRIBUTE (OrderedRing)) %noBranch) (IF (has R (IntegerNumberSystem)) (PROGN (SIGNATURE rational? ((Boolean) $)) (SIGNATURE rational ((Fraction (Integer)) $)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) $))) %noBranch))) $param: (R) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (FullyRetractableTo R) $param: (R) Debug: evaluateType1 form: (FullyRetractableTo R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE infinity ($)) (SIGNATURE finite? ((Boolean) $)) (SIGNATURE infinite? ((Boolean) $)) (IF (has R (AbelianGroup)) (ATTRIBUTE (AbelianGroup)) %noBranch) (IF (has R (OrderedRing)) (ATTRIBUTE (OrderedRing)) %noBranch) (IF (has R (IntegerNumberSystem)) (PROGN (SIGNATURE rational? ((Boolean) $)) (SIGNATURE rational ((Fraction (Integer)) $)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) $))) %noBranch)) $param: (R) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (FullyRetractableTo R) (CATEGORY domain (SIGNATURE infinity ($)) (SIGNATURE finite? ((Boolean) $)) (SIGNATURE infinite? ((Boolean) $)) (IF (has R (AbelianGroup)) (ATTRIBUTE (AbelianGroup)) %noBranch) (IF (has R (OrderedRing)) (ATTRIBUTE (OrderedRing)) %noBranch) (IF (has R (IntegerNumberSystem)) (PROGN (SIGNATURE rational? ((Boolean) $)) (SIGNATURE rational ((Fraction (Integer)) $)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) $))) %noBranch))) (SetCategory)) debug: compDefine1 lhs: (OnePointCompletion R) signature (pre-evaluate): ((Join (SetCategory) (FullyRetractableTo R) (CATEGORY domain (SIGNATURE infinity ($)) (SIGNATURE finite? ((Boolean) $)) (SIGNATURE infinite? ((Boolean) $)) (IF (has R (AbelianGroup)) (ATTRIBUTE (AbelianGroup)) %noBranch) (IF (has R (OrderedRing)) (ATTRIBUTE (OrderedRing)) %noBranch) (IF (has R (IntegerNumberSystem)) (PROGN (SIGNATURE rational? ((Boolean) $)) (SIGNATURE rational ((Fraction (Integer)) $)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) $))) %noBranch))) NIL) debug: evaluateType form: (Join (SetCategory) (FullyRetractableTo R) (CATEGORY domain (SIGNATURE infinity ($)) (SIGNATURE finite? ((Boolean) $)) (SIGNATURE infinite? ((Boolean) $)) (IF (has R (AbelianGroup)) (ATTRIBUTE (AbelianGroup)) %noBranch) (IF (has R (OrderedRing)) (ATTRIBUTE (OrderedRing)) %noBranch) (IF (has R (IntegerNumberSystem)) (PROGN (SIGNATURE rational? ((Boolean) $)) (SIGNATURE rational ((Fraction (Integer)) $)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) $))) %noBranch))) $param: (R) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (FullyRetractableTo R) $param: (R) Debug: evaluateType1 form: (FullyRetractableTo R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE infinity ($)) (SIGNATURE finite? ((Boolean) $)) (SIGNATURE infinite? ((Boolean) $)) (IF (has R (AbelianGroup)) (ATTRIBUTE (AbelianGroup)) %noBranch) (IF (has R (OrderedRing)) (ATTRIBUTE (OrderedRing)) %noBranch) (IF (has R (IntegerNumberSystem)) (PROGN (SIGNATURE rational? ((Boolean) $)) (SIGNATURE rational ((Fraction (Integer)) $)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) $))) %noBranch)) $param: (R) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (FullyRetractableTo R) (CATEGORY domain (SIGNATURE infinity ($)) (SIGNATURE finite? ((Boolean) $)) (SIGNATURE infinite? ((Boolean) $)) (IF (has R (AbelianGroup)) (ATTRIBUTE (AbelianGroup)) %noBranch) (IF (has R (OrderedRing)) (ATTRIBUTE (OrderedRing)) %noBranch) (IF (has R (IntegerNumberSystem)) (PROGN (SIGNATURE rational? ((Boolean) $)) (SIGNATURE rational ((Fraction (Integer)) $)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) $))) %noBranch))) NIL) ------------------------------------------------------------------------ initializing stationary directory for OnePointCompletion compiling into /tmp/oa-WI7F7O compiling exported coerce : R -> % ONECOMP;coerce;R$;1 r is replaced by %pair(0,r) Time: 0.02 SEC. compiling exported retract : % -> R Time: 0.01 SEC. compiling exported finite? : % -> Boolean ONECOMP;finite?;$B;3 x is replaced by %ieq(%head x,0) Time: 0 SEC. compiling exported infinite? : % -> Boolean ONECOMP;infinite?;$B;4 x is replaced by %ieq(%head x,1) Time: 0 SEC. compiling exported infinity : () -> % ONECOMP;infinity;$;5 is replaced by %pair(1,"infinity") Time: 0.00 SEC. compiling exported retractIfCan : % -> Union(R,failed) ONECOMP;retractIfCan;$U;6 x is replaced by %when( %pair(0,%tail x),%otherwise %pair(1,"failed")) Time: 0 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. compiling exported = : (%,%) -> Boolean Time: 0.00 SEC. compiling exported Zero : () -> % Time: 0.00 SEC. compiling exported * : (Integer,%) -> % Time: 0.01 SEC. compiling exported - : % -> % Time: 0.01 SEC. compiling exported + : (%,%) -> % Time: 0.00 SEC. compiling exported One : () -> % Time: 0.00 SEC. compiling exported characteristic : () -> NonNegativeInteger Time: 0.01 SEC. compiling local fininf : R -> % Time: 0.00 SEC. compiling exported * : (%,%) -> % Time: 0.01 SEC. compiling exported recip : % -> Union(%,failed) Time: 0.00 SEC. compiling exported < : (%,%) -> Boolean Time: 0.01 SEC. compiling exported rational? : % -> Boolean ONECOMP;rational?;$B;19 x is replaced by %ieq(%head x,0) Time: 0.02 SEC. compiling exported rational : % -> Fraction Integer Time: 0.01 SEC. compiling exported rationalIfCan : % -> Union(Fraction Integer,failed) Time: 0.01 SEC. compiling exported before? : (%,%) -> Boolean Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Cumulative Statistics for Constructor OnePointCompletion Time: 0.17 seconds finalizing NRLIB ONECOMP Processing OnePointCompletion for Browser database: -- infinity : () -> % -- finite? : % -> B -- infinite? : % -> B -- rational? : % -> Boolean -- rational : % -> Fraction Integer -- rationalIfCan : % -> Union(Fraction Integer,"failed") -- constructor ; compiling file "/tmp/oa-WI7F7O/code.lsp" (written 01 FEB 2016 10:56:10 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ONECOMP;coerce;R$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ONECOMP;finite?;$B;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ONECOMP;infinite?;$B;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ONECOMP;infinity;$;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ONECOMP;retractIfCan;$U;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ONECOMP;rational?;$B;19|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ONECOMP;retract;$R;2|) ...) ; compiling (DEFUN |ONECOMP;coerce;R$;1| ...) ; compiling (DEFUN |ONECOMP;retract;$R;2| ...) ; file: /tmp/oa-WI7F7O/code.lsp ; in: DEFUN |ONECOMP;retract;$R;2| ; (DEFUN BOOT::|ONECOMP;retract;$R;2| (BOOT::|x| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|x|)) (CDR BOOT::|x|)) ; (T (BOOT::|error| "Not finite")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ONECOMP;retract;$R;2| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ONECOMP;retract;$R;2| ; (COND ((ZEROP #) (CDR BOOT::|x|)) (T (BOOT::|error| "Not finite"))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |ONECOMP;finite?;$B;3| ...) ; compiling (DEFUN |ONECOMP;infinite?;$B;4| ...) ; compiling (DEFUN |ONECOMP;infinity;$;5| ...) ; compiling (DEFUN |ONECOMP;retractIfCan;$U;6| ...) ; compiling (DEFUN |ONECOMP;coerce;$Of;7| ...) ; compiling (DEFUN |ONECOMP;=;2$B;8| ...) ; file: /tmp/oa-WI7F7O/code.lsp ; in: DEFUN |ONECOMP;=;2$B;8| ; (DEFUN BOOT::|ONECOMP;=;2$B;8| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ((EQL (CAR BOOT::|x|) 1) (EQL (CAR BOOT::|y|) 1)) ; ((EQL (CAR BOOT::|y|) 1) NIL) ; (T ; (BOOT::SPADCALL (CDR BOOT::|x|) (CDR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 20))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ONECOMP;=;2$B;8| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|ONECOMP;=;2$B;8| ; (COND ((EQL # 1) (EQL # 1)) ((EQL # 1) NIL) ; (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |ONECOMP;Zero;$;9| ...) ; compiling (DEFUN |ONECOMP;*;I2$;10| ...) ; file: /tmp/oa-WI7F7O/code.lsp ; in: DEFUN |ONECOMP;*;I2$;10| ; (DEFUN BOOT::|ONECOMP;*;I2$;10| (BOOT::|n| BOOT::|x| BOOT::$) ; (COND ((EQL (CAR BOOT::|x|) 1) (COND (# #) (T #))) ; (T (CONS 0 (BOOT::SPADCALL BOOT::|n| # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ONECOMP;*;I2$;10| ; (BOOT::|n| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ONECOMP;*;I2$;10| ; (COND ((EQL # 1) (COND # #)) (T (CONS 0 #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |ONECOMP;-;2$;11| ...) ; file: /tmp/oa-WI7F7O/code.lsp ; in: DEFUN |ONECOMP;-;2$;11| ; (DEFUN BOOT::|ONECOMP;-;2$;11| (BOOT::|x| BOOT::$) ; (COND ((EQL (CAR BOOT::|x|) 1) (BOOT::|error| "Undefined inverse")) ; (T (CONS 0 (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ONECOMP;-;2$;11| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ONECOMP;-;2$;11| ; (COND ((EQL # 1) (BOOT::|error| "Undefined inverse")) (T (CONS 0 #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |ONECOMP;+;3$;12| ...) ; compiling (DEFUN |ONECOMP;One;$;13| ...) ; compiling (DEFUN |ONECOMP;characteristic;Nni;14| ...) ; file: /tmp/oa-WI7F7O/code.lsp ; in: DEFUN |ONECOMP;characteristic;Nni;14| ; (DEFUN BOOT::|ONECOMP;characteristic;Nni;14| (BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 35)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ONECOMP;characteristic;Nni;14| ; (BOOT::$) ; (BLOCK BOOT::|ONECOMP;characteristic;Nni;14| ; (BOOT::|spadConstant| BOOT::$ 35))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |ONECOMP;fininf| ...) ; file: /tmp/oa-WI7F7O/code.lsp ; in: DEFUN |ONECOMP;fininf| ; (DEFUN BOOT::|ONECOMP;fininf| (BOOT::|r| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 37)) ; (BOOT::|error| "Undefined product")) ; (T (CONS 1 "infinity")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ONECOMP;fininf| ; (BOOT::|r| BOOT::$) ; (BLOCK BOOT::|ONECOMP;fininf| ; (COND ; ((BOOT::SPADCALL BOOT::|r| #) (BOOT::|error| "Undefined product")) ; (T (CONS 1 "infinity"))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |ONECOMP;*;3$;16| ...) ; compiling (DEFUN |ONECOMP;recip;$U;17| ...) ; compiling (DEFUN |ONECOMP;<;2$B;18| ...) ; file: /tmp/oa-WI7F7O/code.lsp ; in: DEFUN |ONECOMP;<;2$B;18| ; (DEFUN BOOT::|ONECOMP;<;2$B;18| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ((EQL (CAR BOOT::|x|) 1) NIL) ((EQL (CAR BOOT::|y|) 1) T) ; (T ; (BOOT::SPADCALL (CDR BOOT::|x|) (CDR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 44))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ONECOMP;<;2$B;18| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|ONECOMP;<;2$B;18| ; (COND ((EQL # 1) NIL) ((EQL # 1) T) (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |ONECOMP;rational?;$B;19| ...) ; compiling (DEFUN |ONECOMP;rational;$F;20| ...) ; compiling (DEFUN |ONECOMP;rationalIfCan;$U;21| ...) ; compiling (DEFUN |ONECOMP;before?;2$B;22| ...) ; file: /tmp/oa-WI7F7O/code.lsp ; in: DEFUN |ONECOMP;before?;2$B;22| ; (DEFUN BOOT::|ONECOMP;before?;2$B;22| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ((EQL (CAR BOOT::|x|) 1) NIL) ((EQL (CAR BOOT::|y|) 1) T) ; (T ; (BOOT::SPADCALL (CDR BOOT::|x|) (CDR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 52))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ONECOMP;before?;2$B;22| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|ONECOMP;before?;2$B;22| ; (COND ((EQL # 1) NIL) ((EQL # 1) T) (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |OnePointCompletion| ...) ; compiling (DEFUN |OnePointCompletion;| ...) ; compiling (MAKEPROP (QUOTE |OnePointCompletion|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 7 notes ; /tmp/oa-WI7F7O/code.fasl written ; compilation finished in 0:00:00.074 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/DLP.fasl --optimize=3 DLP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DLP.spad using Spad compiler. DLP abbreviates package DiscreteLogarithmPackage debug: compDefine1 lhs: (DiscreteLogarithmPackage M) signature (pre-evaluate): ((CATEGORY package (SIGNATURE shanksDiscLogAlgorithm ((Union (NonNegativeInteger) failed) M M (NonNegativeInteger)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE shanksDiscLogAlgorithm ((Union (NonNegativeInteger) failed) M M (NonNegativeInteger)))) $param: (M) debug: evaluateType form: (Union (NonNegativeInteger) failed) $param: (M) debug: evaluateType form: (NonNegativeInteger) $param: (M) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: failed $param: (M) debug: evaluateType form: M $param: (M) debug: evaluateType form: M $param: (M) debug: evaluateType form: (NonNegativeInteger) $param: (M) Debug: evaluateType1 form: (NonNegativeInteger) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE shanksDiscLogAlgorithm ((Union (NonNegativeInteger) failed) M M (NonNegativeInteger)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for DiscreteLogarithmPackage compiling into /tmp/oa-1WjzH3 compiling exported shanksDiscLogAlgorithm : (M,M,NonNegativeInteger) -> Union(NonNegativeInteger,failed) Time: 0.08 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] shanksDiscLogAlgorithm: pretend Integer -- should replace by @ Cumulative Statistics for Constructor DiscreteLogarithmPackage Time: 0.08 seconds finalizing NRLIB DLP Processing DiscreteLogarithmPackage for Browser database: -- ?**? : (M,Integer) -> M -- shanksDiscLogAlgorithm : (M,M,NonNegativeInteger) -> Union(NonNegativeInteger,"failed") -- constructor ; compiling file "/tmp/oa-1WjzH3/code.lsp" (written 01 FEB 2016 10:56:10 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DLP;shanksDiscLogAlgorithm;2MNniU;1| ...) ; compiling (DEFUN |DiscreteLogarithmPackage| ...) ; compiling (DEFUN |DiscreteLogarithmPackage;| ...) ; compiling (MAKEPROP (QUOTE |DiscreteLogarithmPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-1WjzH3/code.fasl written ; compilation finished in 0:00:00.031 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/MODMON.fasl --optimize=3 MODMON.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MODMON.spad using Spad compiler. MODMON abbreviates domain ModMonic debug: compDefine1 lhs: (ModMonic R P) signature (pre-evaluate): ((Join (UnivariatePolynomialCategory R) (CoercibleFrom P) (CATEGORY domain (SIGNATURE setPoly (P P)) (SIGNATURE modulus (P)) (SIGNATURE reduce ($ P)) (SIGNATURE lift (P $)) (SIGNATURE Vectorise ((Vector R) $)) (SIGNATURE UnVectorise ($ (Vector R))) (SIGNATURE An ((Vector R) $)) (SIGNATURE pow ((PrimitiveArray $))) (SIGNATURE computePowers ((PrimitiveArray $))) (IF (has R (FiniteFieldCategory)) (SIGNATURE frobenius ($ $)) %noBranch) (IF (has R (Finite)) (ATTRIBUTE (Finite)) %noBranch))) NIL NIL) debug: evaluateType form: (Join (UnivariatePolynomialCategory R) (CoercibleFrom P) (CATEGORY domain (SIGNATURE setPoly (P P)) (SIGNATURE modulus (P)) (SIGNATURE reduce ($ P)) (SIGNATURE lift (P $)) (SIGNATURE Vectorise ((Vector R) $)) (SIGNATURE UnVectorise ($ (Vector R))) (SIGNATURE An ((Vector R) $)) (SIGNATURE pow ((PrimitiveArray $))) (SIGNATURE computePowers ((PrimitiveArray $))) (IF (has R (FiniteFieldCategory)) (SIGNATURE frobenius ($ $)) %noBranch) (IF (has R (Finite)) (ATTRIBUTE (Finite)) %noBranch))) $param: (R P) debug: evaluateType form: (UnivariatePolynomialCategory R) $param: (R P) Debug: evaluateType1 form: (UnivariatePolynomialCategory R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (CoercibleFrom P) $param: (R P) Debug: evaluateType1 form: (CoercibleFrom P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE setPoly (P P)) (SIGNATURE modulus (P)) (SIGNATURE reduce ($ P)) (SIGNATURE lift (P $)) (SIGNATURE Vectorise ((Vector R) $)) (SIGNATURE UnVectorise ($ (Vector R))) (SIGNATURE An ((Vector R) $)) (SIGNATURE pow ((PrimitiveArray $))) (SIGNATURE computePowers ((PrimitiveArray $))) (IF (has R (FiniteFieldCategory)) (SIGNATURE frobenius ($ $)) %noBranch) (IF (has R (Finite)) (ATTRIBUTE (Finite)) %noBranch)) $param: (R P) debug: evaluateType form: P $param: (R P) debug: evaluateType form: P $param: (R P) debug: evaluateType form: P $param: (R P) debug: evaluateType form: P $param: (R P) debug: evaluateType form: P $param: (R P) debug: evaluateType form: (Vector R) $param: (R P) Debug: evaluateType1 form: (Vector R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (Vector R) $param: (R P) Debug: evaluateType1 form: (Vector R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (Vector R) $param: (R P) Debug: evaluateType1 form: (Vector R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (PrimitiveArray $) $param: (R P) Debug: evaluateType1 form: (PrimitiveArray $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (PrimitiveArray $) $param: (R P) Debug: evaluateType1 form: (PrimitiveArray $) debug: evaluateType1 x: $ m: (Type) debug: compDefine1 signature (post evaluate): ((Join (UnivariatePolynomialCategory R) (CoercibleFrom P) (CATEGORY domain (SIGNATURE setPoly (P P)) (SIGNATURE modulus (P)) (SIGNATURE reduce ($ P)) (SIGNATURE lift (P $)) (SIGNATURE Vectorise ((Vector R) $)) (SIGNATURE UnVectorise ($ (Vector R))) (SIGNATURE An ((Vector R) $)) (SIGNATURE pow ((PrimitiveArray $))) (SIGNATURE computePowers ((PrimitiveArray $))) (IF (has R (FiniteFieldCategory)) (SIGNATURE frobenius ($ $)) %noBranch) (IF (has R (Finite)) (ATTRIBUTE (Finite)) %noBranch))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ModMonic compiling into /tmp/oa-RBPUdl compiling exported setPoly : P -> P Time: 0.87 SEC. compiling exported modulus : () -> P Time: 0 SEC. compiling exported size : () -> NonNegativeInteger Time: 0.00 SEC. compiling exported random : () -> % Time: 0.02 SEC. compiling exported Zero : () -> % Time: 0 SEC. compiling exported One : () -> % Time: 0 SEC. compiling exported * : (R,%) -> % Time: 0.00 SEC. compiling exported * : (Integer,%) -> % Time: 0.00 SEC. compiling exported coerce : R -> % Time: 0 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. compiling exported coefficient : (%,NonNegativeInteger) -> R Time: 0.00 SEC. compiling exported reductum : % -> % Time: 0 SEC. compiling exported leadingCoefficient : % -> R Time: 0 SEC. compiling exported degree : % -> NonNegativeInteger Time: 0 SEC. compiling exported lift : % -> P MODMON;lift;$P;15 x is replaced by x Time: 0.00 SEC. compiling exported reduce : P -> % Time: 0.00 SEC. compiling exported coerce : P -> % Time: 0 SEC. compiling exported = : (%,%) -> Boolean Time: 0.00 SEC. compiling exported + : (%,%) -> % Time: 0.00 SEC. compiling exported - : % -> % Time: 0 SEC. compiling exported * : (%,%) -> % Time: 0.08 SEC. compiling exported Vectorise : % -> Vector R Time: 0.02 SEC. compiling exported UnVectorise : Vector R -> % Time: 0.04 SEC. compiling exported computePowers : () -> PrimitiveArray % Time: 0.32 SEC. compiling local computeFrobeniusPowers : () -> PrimitiveArray % Time: 0.03 SEC. compiling exported frobenius : % -> % Time: 0.02 SEC. compiling exported pow : () -> PrimitiveArray % Time: 0 SEC. compiling exported monomial : (R,NonNegativeInteger) -> % Time: 0.09 SEC. compiling exported exquo : (%,%) -> Union(%,failed) Time: 0.01 SEC. compiling exported recip : % -> Union(%,failed) Time: 0 SEC. compiling exported divide : (%,%) -> Record(quotient: %,remainder: %) Time: 0.02 SEC. (time taken in buildFunctor: 240) Time: 0.36 SEC. Warnings: [1] : NonNegativeInteger -- replace by pretend [2] lift: pretend Rep -- should replace by @ [3] not known that SetCategory is of mode CATEGORY(domain,frobenius: % -> %) [4] not known that Ring is of mode CATEGORY(domain,frobenius: % -> %) [5] not known that IntegralDomain is of mode CATEGORY(domain,frobenius: % -> %) Cumulative Statistics for Constructor ModMonic Time: 1.90 seconds finalizing NRLIB MODMON Processing ModMonic for Browser database: -- setPoly : P -> P -- modulus : () -> P -- reduce : P -> % -- lift : % -> P -- Vectorise : % -> Vector R -- UnVectorise : Vector R -> % -- An : % -> Vector R -- pow : () -> PrimitiveArray % -- computePowers : () -> PrimitiveArray % -- frobenius : % -> % -- constructor ; compiling file "/tmp/oa-RBPUdl/code.lsp" (written 01 FEB 2016 10:56:12 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MODMON;lift;$P;15|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MODMON;modulus;P;2|) ...) ; compiling (PUT (QUOTE |MODMON;pow;Pa;27|) ...) ; compiling (DEFUN |MODMON;setPoly;2P;1| ...) ; compiling (DEFUN |MODMON;modulus;P;2| ...) ; compiling (DEFUN |MODMON;size;Nni;3| ...) ; compiling (DEFUN |MODMON;random;$;4| ...) ; compiling (DEFUN |MODMON;Zero;$;5| ...) ; compiling (DEFUN |MODMON;One;$;6| ...) ; compiling (DEFUN |MODMON;*;R2$;7| ...) ; compiling (DEFUN |MODMON;*;I2$;8| ...) ; compiling (DEFUN |MODMON;coerce;R$;9| ...) ; compiling (DEFUN |MODMON;coerce;$Of;10| ...) ; compiling (DEFUN |MODMON;coefficient;$NniR;11| ...) ; compiling (DEFUN |MODMON;reductum;2$;12| ...) ; compiling (DEFUN |MODMON;leadingCoefficient;$R;13| ...) ; compiling (DEFUN |MODMON;degree;$Nni;14| ...) ; file: /tmp/oa-RBPUdl/code.lsp ; in: DEFUN |MODMON;degree;$Nni;14| ; (DEFUN BOOT::|MODMON;degree;$Nni;14| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 15))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MODMON;degree;$Nni;14| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|MODMON;degree;$Nni;14| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 15)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |MODMON;lift;$P;15| ...) ; compiling (DEFUN |MODMON;reduce;P$;16| ...) ; compiling (DEFUN |MODMON;coerce;P$;17| ...) ; compiling (DEFUN |MODMON;=;2$B;18| ...) ; file: /tmp/oa-RBPUdl/code.lsp ; in: DEFUN |MODMON;=;2$B;18| ; (DEFUN BOOT::|MODMON;=;2$B;18| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 34))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MODMON;=;2$B;18| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|MODMON;=;2$B;18| ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 34)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |MODMON;+;3$;19| ...) ; compiling (DEFUN |MODMON;-;2$;20| ...) ; compiling (DEFUN |MODMON;*;3$;21| ...) ; compiling (DEFUN |MODMON;Vectorise;$V;22| ...) ; compiling (DEFUN |MODMON;UnVectorise;V$;23| ...) ; compiling (DEFUN |MODMON;computePowers;Pa;24| ...) ; compiling (DEFUN |MODMON;computeFrobeniusPowers| ...) ; compiling (DEFUN |MODMON;frobenius;2$;26| ...) ; compiling (DEFUN |MODMON;pow;Pa;27| ...) ; compiling (DEFUN |MODMON;monomial;RNni$;28| ...) ; compiling (DEFUN |MODMON;exquo;2$U;29| ...) ; compiling (DEFUN |MODMON;recip;$U;30| ...) ; file: /tmp/oa-RBPUdl/code.lsp ; in: DEFUN |MODMON;recip;$U;30| ; (DEFUN BOOT::|MODMON;recip;$U;30| (BOOT::|y| BOOT::$) ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 9) BOOT::|y| ; (BOOT::|shellEntry| BOOT::$ 97))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MODMON;recip;$U;30| ; (BOOT::|y| BOOT::$) ; (BLOCK BOOT::|MODMON;recip;$U;30| ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 9) BOOT::|y| ; (BOOT::|shellEntry| BOOT::$ 97)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |MODMON;divide;2$R;31| ...) ; file: /tmp/oa-RBPUdl/code.lsp ; in: DEFUN |MODMON;divide;2$R;31| ; (DEFUN BOOT::|MODMON;divide;2$R;31| (BOOT::|x| BOOT::|y| BOOT::$) ; (LET ((BOOT::|q| (BOOT::SPADCALL BOOT::|x| BOOT::|y| #))) ; (COND ((EQL # 1) (BOOT::|error| "not divisible")) (T (CONS # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MODMON;divide;2$R;31| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|MODMON;divide;2$R;31| ; (LET ((BOOT::|q| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ModMonic| ...) ; compiling (DEFUN |ModMonic;| ...) ; compiling (MAKEPROP (QUOTE |ModMonic|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 4 notes ; /tmp/oa-RBPUdl/code.fasl written ; compilation finished in 0:00:00.110 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/DDFACT.fasl --optimize=3 DDFACT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DDFACT.spad using Spad compiler. DDFACT abbreviates package DistinctDegreeFactorize debug: compDefine1 lhs: (DistinctDegreeFactorize F FP) signature (pre-evaluate): ((CATEGORY package (SIGNATURE factor ((Factored FP) FP)) (SIGNATURE factorSquareFree ((Factored FP) FP)) (SIGNATURE distdfact ((Record (: cont F) (: factors (List (Record (: irr FP) (: pow (Integer)))))) FP (Boolean))) (SIGNATURE separateDegrees ((List (Record (: deg (NonNegativeInteger)) (: prod FP))) FP)) (SIGNATURE separateFactors ((List FP) (List (Record (: deg (NonNegativeInteger)) (: prod FP))))) (SIGNATURE exptMod (FP FP (NonNegativeInteger) FP)) (SIGNATURE trace2PowMod (FP FP (NonNegativeInteger) FP)) (SIGNATURE tracePowMod (FP FP (NonNegativeInteger) FP)) (SIGNATURE irreducible? ((Boolean) FP))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE factor ((Factored FP) FP)) (SIGNATURE factorSquareFree ((Factored FP) FP)) (SIGNATURE distdfact ((Record (: cont F) (: factors (List (Record (: irr FP) (: pow (Integer)))))) FP (Boolean))) (SIGNATURE separateDegrees ((List (Record (: deg (NonNegativeInteger)) (: prod FP))) FP)) (SIGNATURE separateFactors ((List FP) (List (Record (: deg (NonNegativeInteger)) (: prod FP))))) (SIGNATURE exptMod (FP FP (NonNegativeInteger) FP)) (SIGNATURE trace2PowMod (FP FP (NonNegativeInteger) FP)) (SIGNATURE tracePowMod (FP FP (NonNegativeInteger) FP)) (SIGNATURE irreducible? ((Boolean) FP))) $param: (F FP) debug: evaluateType form: (Factored FP) $param: (F FP) Debug: evaluateType1 form: (Factored FP) debug: evaluateType1 x: FP m: (IntegralDomain) debug: evaluateType form: FP $param: (F FP) debug: evaluateType form: (Factored FP) $param: (F FP) Debug: evaluateType1 form: (Factored FP) debug: evaluateType1 x: FP m: (IntegralDomain) debug: evaluateType form: FP $param: (F FP) debug: evaluateType form: (Record (: cont F) (: factors (List (Record (: irr FP) (: pow (Integer)))))) $param: (F FP) debug: evaluateType form: F $param: (F FP) debug: evaluateType form: (List (Record (: irr FP) (: pow (Integer)))) $param: (F FP) Debug: evaluateType1 form: (List (Record (: irr FP) (: pow (Integer)))) debug: evaluateType1 x: (Record (: irr FP) (: pow (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F FP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: irr FP) (: pow (Integer))) $param: (F FP) debug: evaluateType form: FP $param: (F FP) debug: evaluateType form: (Integer) $param: (F FP) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: irr FP) (: pow (Integer))) c: (Type) debug: evaluateType form: FP $param: (F FP) debug: evaluateType form: (Boolean) $param: (F FP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List (Record (: deg (NonNegativeInteger)) (: prod FP))) $param: (F FP) Debug: evaluateType1 form: (List (Record (: deg (NonNegativeInteger)) (: prod FP))) debug: evaluateType1 x: (Record (: deg (NonNegativeInteger)) (: prod FP)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F FP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: deg (NonNegativeInteger)) (: prod FP)) $param: (F FP) debug: evaluateType form: (NonNegativeInteger) $param: (F FP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: FP $param: (F FP) debug: evalCategory d: (Record (: deg (NonNegativeInteger)) (: prod FP)) c: (Type) debug: evaluateType form: FP $param: (F FP) debug: evaluateType form: (List FP) $param: (F FP) Debug: evaluateType1 form: (List FP) debug: evaluateType1 x: FP m: (Type) debug: evaluateType form: (List (Record (: deg (NonNegativeInteger)) (: prod FP))) $param: (F FP) Debug: evaluateType1 form: (List (Record (: deg (NonNegativeInteger)) (: prod FP))) debug: evaluateType1 x: (Record (: deg (NonNegativeInteger)) (: prod FP)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F FP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: deg (NonNegativeInteger)) (: prod FP)) $param: (F FP) debug: evaluateType form: (NonNegativeInteger) $param: (F FP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: FP $param: (F FP) debug: evalCategory d: (Record (: deg (NonNegativeInteger)) (: prod FP)) c: (Type) debug: evaluateType form: FP $param: (F FP) debug: evaluateType form: FP $param: (F FP) debug: evaluateType form: (NonNegativeInteger) $param: (F FP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: FP $param: (F FP) debug: evaluateType form: FP $param: (F FP) debug: evaluateType form: FP $param: (F FP) debug: evaluateType form: (NonNegativeInteger) $param: (F FP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: FP $param: (F FP) debug: evaluateType form: FP $param: (F FP) debug: evaluateType form: FP $param: (F FP) debug: evaluateType form: (NonNegativeInteger) $param: (F FP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: FP $param: (F FP) debug: evaluateType form: (Boolean) $param: (F FP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: FP $param: (F FP) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE factor ((Factored FP) FP)) (SIGNATURE factorSquareFree ((Factored FP) FP)) (SIGNATURE distdfact ((Record (: cont F) (: factors (List (Record (: irr FP) (: pow (Integer)))))) FP (Boolean))) (SIGNATURE separateDegrees ((List (Record (: deg (NonNegativeInteger)) (: prod FP))) FP)) (SIGNATURE separateFactors ((List FP) (List (Record (: deg (NonNegativeInteger)) (: prod FP))))) (SIGNATURE exptMod (FP FP (NonNegativeInteger) FP)) (SIGNATURE trace2PowMod (FP FP (NonNegativeInteger) FP)) (SIGNATURE tracePowMod (FP FP (NonNegativeInteger) FP)) (SIGNATURE irreducible? ((Boolean) FP))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for DistinctDegreeFactorize compiling into /tmp/oa-hw0iFN importing UnivariatePolynomialSquareFree(F,FP) compiling local ranpol : NonNegativeInteger -> FP Time: 0.26 SEC. compiling local notSqFr : (FP,FP -> List FP) -> List Record(irr: FP,pow: Integer) Time: 0.28 SEC. compiling exported exptMod : (FP,NonNegativeInteger,FP) -> FP Time: 0.01 SEC. compiling exported trace2PowMod : (FP,NonNegativeInteger,FP) -> FP Time: 0.00 SEC. compiling exported tracePowMod : (FP,NonNegativeInteger,FP) -> FP Time: 0.00 SEC. compiling local normPowMod : (FP,NonNegativeInteger,FP) -> FP Time: 0.03 SEC. compiling local ddffact1 : (FP,Boolean) -> List Record(deg: NonNegativeInteger,prod: FP) Time: 0.13 SEC. compiling exported irreducible? : FP -> Boolean Time: 0.06 SEC. compiling exported separateDegrees : FP -> List Record(deg: NonNegativeInteger,prod: FP) Time: 0.00 SEC. compiling exported separateFactors : List Record(deg: NonNegativeInteger,prod: FP) -> List FP Time: 0.29 SEC. compiling local ddffact : FP -> List FP Time: 0.03 SEC. compiling exported distdfact : (FP,Boolean) -> Record(cont: F,factors: List Record(irr: FP,pow: Integer)) Time: 0.14 SEC. compiling exported factor : FP -> Factored FP Time: 0.04 SEC. compiling exported factorSquareFree : FP -> Factored FP Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] notSqFr: factorList has no value [2] notSqFr: not known that IntegralDomain is of mode CATEGORY(package,factor: FP -> Factored FP,factorSquareFree: FP -> Factored FP,distdfact: (FP,Boolean) -> Record(cont: F,factors: List Record(irr: FP,pow: Integer)),separateDegrees: FP -> List Record(deg: NonNegativeInteger,prod: FP),separateFactors: List Record(deg: NonNegativeInteger,prod: FP) -> List FP,exptMod: (FP,NonNegativeInteger,FP) -> FP,trace2PowMod: (FP,NonNegativeInteger,FP) -> FP,tracePowMod: (FP,NonNegativeInteger,FP) -> FP,irreducible?: FP -> Boolean) [3] exptMod: : FP -- replace by pretend [4] separateFactors: n1 has no value [5] separateFactors: ris has no value [6] separateFactors: newaux has no value [7] distdfact: factlist has no value Cumulative Statistics for Constructor DistinctDegreeFactorize Time: 1.33 seconds finalizing NRLIB DDFACT Processing DistinctDegreeFactorize for Browser database: -- factor : FP -> Factored FP -- factorSquareFree : FP -> Factored FP -- distdfact : (FP,Boolean) -> FinalFact -- separateDegrees : FP -> List fact -- separateFactors : List fact -> List FP -- exptMod : (FP,NNI,FP) -> FP -- trace2PowMod : (FP,NNI,FP) -> FP -- tracePowMod : (FP,NNI,FP) -> FP -- irreducible? : FP -> Boolean -- constructor ; compiling file "/tmp/oa-hw0iFN/code.lsp" (written 01 FEB 2016 10:56:14 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DDFACT;ranpol| ...) ; compiling (DEFUN |DDFACT;notSqFr| ...) ; compiling (DEFUN |DDFACT;exptMod;FPNni2FP;3| ...) ; compiling (DEFUN |DDFACT;trace2PowMod;FPNni2FP;4| ...) ; compiling (DEFUN |DDFACT;tracePowMod;FPNni2FP;5| ...) ; compiling (DEFUN |DDFACT;normPowMod| ...) ; compiling (DEFUN |DDFACT;ddffact1| ...) ; file: /tmp/oa-hw0iFN/code.lsp ; in: DEFUN |DDFACT;ddffact1| ; (LET* ((BOOT::|p| (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 57))) ; (BOOT::|dg| 0) ; (BOOT::|ddfact| NIL) ; (BOOT::|u| BOOT::|m|) ; (BOOT::|du| ; (BOOT::SPADCALL BOOT::|u| (BOOT::|shellEntry| BOOT::$ 43)))) ; (BOOT::SEQ (BOOT::SPADCALL BOOT::|u| (BOOT::|shellEntry| BOOT::$ 61)) ; (BOOT::LETT BOOT::|mon| ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 21) 1 ; (BOOT::|shellEntry| BOOT::$ 19)) ; BOOT::|DDFACT;ddffact1|) ; (BOOT::LETT BOOT::|v| BOOT::|mon| BOOT::|DDFACT;ddffact1|) ; (LET ((BOOT::|k1| 1)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::EXIT (CONS (CONS BOOT::|du| BOOT::|u|) BOOT::|ddfact|)))) ; ; caught STYLE-WARNING: ; The variable |p| is defined but never used. ; compiling (DEFUN |DDFACT;irreducible?;FPB;8| ...) ; compiling (DEFUN |DDFACT;separateDegrees;FPL;9| ...) ; compiling (DEFUN |DDFACT;separateFactors;LL;10| ...) ; compiling (DEFUN |DDFACT;ddffact| ...) ; compiling (DEFUN |DDFACT;distdfact;FPBR;12| ...) ; compiling (DEFUN |DDFACT;factor;FPF;13| ...) ; compiling (DEFUN |DDFACT;factorSquareFree;FPF;14| ...) ; compiling (DEFUN |DistinctDegreeFactorize| ...) ; compiling (DEFUN |DistinctDegreeFactorize;| ...) ; compiling (MAKEPROP (QUOTE |DistinctDegreeFactorize|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; /tmp/oa-hw0iFN/code.fasl written ; compilation finished in 0:00:00.116 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/FFIELDC.fasl --optimize=3 FFIELDC.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FFIELDC.spad using Spad compiler. FFIELDC abbreviates category FiniteFieldCategory debug: compDefine1 lhs: (FiniteFieldCategory) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for FiniteFieldCategory compiling into /tmp/oa-U7Ppjr STYLE-WARNING: redefining BOOT::|FiniteFieldCategory| in DEFUN Time: 0.01 SEC. FFIELDC- abbreviates package FiniteFieldCategory& ------------------------------------------------------------------------ initializing stationary directory for FiniteFieldCategory& compiling into /tmp/oa-ajGJFg compiling exported differentiate : S -> S Time: 0.03 SEC. compiling exported init : () -> S Time: 0 SEC. compiling exported nextItem : S -> Maybe S Time: 0 SEC. compiling exported order : S -> OnePointCompletion PositiveInteger Time: 0.01 SEC. compiling exported conditionP : Matrix S -> Union(Vector S,failed) Time: 0.02 SEC. compiling exported charthRoot : S -> S Time: 0.00 SEC. compiling exported charthRoot : S -> Maybe S Time: 0 SEC. compiling exported createPrimitiveElement : () -> S Time: 0.01 SEC. compiling exported primitive? : S -> Boolean Time: 0.01 SEC. compiling exported order : S -> PositiveInteger Time: 0.02 SEC. compiling exported discreteLog : S -> NonNegativeInteger Time: 0.05 SEC. compiling exported discreteLog : (S,S) -> Union(NonNegativeInteger,failed) Time: 0.08 SEC. compiling local squareFreePolynomial : SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S Time: 0.06 SEC. compiling local factorPolynomial : SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S Time: 0.00 SEC. compiling local factorSquareFreePolynomial : SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S Time: 0.03 SEC. compiling exported gcdPolynomial : (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S Time: 0.00 SEC. (time taken in buildFunctor: 4) Time: 0.02 SEC. Warnings: [1] conditionP: not known that Ring is of mode CATEGORY(package,order: S -> PositiveInteger,discreteLog: S -> NonNegativeInteger,primitive?: S -> Boolean,createPrimitiveElement: () -> S,conditionP: Matrix S -> Union(Vector S,"failed"),charthRoot: S -> S,differentiate: (S,NonNegativeInteger) -> S,differentiate: S -> S,init: () -> S,nextItem: S -> Maybe S,discreteLog: (S,S) -> Union(NonNegativeInteger,"failed"),order: S -> OnePointCompletion PositiveInteger,charthRoot: S -> Maybe S,gcdPolynomial: (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S) [2] createPrimitiveElement: e has no value [3] discreteLog: factors has no value [4] discreteLog: not known that IntegralDomain is of mode CATEGORY(package,order: S -> PositiveInteger,discreteLog: S -> NonNegativeInteger,primitive?: S -> Boolean,createPrimitiveElement: () -> S,conditionP: Matrix S -> Union(Vector S,"failed"),charthRoot: S -> S,differentiate: (S,NonNegativeInteger) -> S,differentiate: S -> S,init: () -> S,nextItem: S -> Maybe S,discreteLog: (S,S) -> Union(NonNegativeInteger,"failed"),order: S -> OnePointCompletion PositiveInteger,charthRoot: S -> Maybe S,gcdPolynomial: (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S) [5] gcdPolynomial: not known that Ring is of mode CATEGORY(package,order: S -> PositiveInteger,discreteLog: S -> NonNegativeInteger,primitive?: S -> Boolean,createPrimitiveElement: () -> S,conditionP: Matrix S -> Union(Vector S,"failed"),charthRoot: S -> S,differentiate: (S,NonNegativeInteger) -> S,differentiate: S -> S,init: () -> S,nextItem: S -> Maybe S,discreteLog: (S,S) -> Union(NonNegativeInteger,"failed"),order: S -> OnePointCompletion PositiveInteger,charthRoot: S -> Maybe S,gcdPolynomial: (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S) Cumulative Statistics for Constructor FiniteFieldCategory& Time: 0.35 seconds finalizing NRLIB FFIELDC- ; compiling file "/tmp/oa-ajGJFg/code.lsp" (written 01 FEB 2016 10:56:14 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FFIELDC-;differentiate;2$;1| ...) ; file: /tmp/oa-ajGJFg/code.lsp ; in: DEFUN |FFIELDC-;differentiate;2$;1| ; (DEFUN BOOT::|FFIELDC-;differentiate;2$;1| (BOOT::|x| BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 7)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFIELDC-;differentiate;2$;1| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FFIELDC-;differentiate;2$;1| ; (BOOT::|spadConstant| BOOT::$ 7))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |FFIELDC-;init;$;2| ...) ; compiling (DEFUN |FFIELDC-;nextItem;$M;3| ...) ; compiling (DEFUN |FFIELDC-;order;$Opc;4| ...) ; compiling (DEFUN |FFIELDC-;conditionP;MU;5| ...) ; compiling (DEFUN |FFIELDC-;charthRoot;2$;6| ...) ; compiling (DEFUN |FFIELDC-;charthRoot;$M;7| ...) ; compiling (DEFUN |FFIELDC-;createPrimitiveElement;$;8| ...) ; compiling (DEFUN |FFIELDC-;primitive?;$B;9| ...) ; compiling (DEFUN |FFIELDC-;order;$Pi;10| ...) ; file: /tmp/oa-ajGJFg/code.lsp ; in: DEFUN |FFIELDC-;order;$Pi;10| ; (DEFUN BOOT::|FFIELDC-;order;$Pi;10| (BOOT::|e| BOOT::$) ; (PROG (BOOT::|goon| BOOT::|a| BOOT::|primeDivisor|) ; (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFIELDC-;order;$Pi;10| ; (BOOT::|e| BOOT::$) ; (BLOCK BOOT::|FFIELDC-;order;$Pi;10| ; (PROG (BOOT::|goon| BOOT::|a| BOOT::|primeDivisor|) ; (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES (INTEGER 1) &REST T). ; compiling (DEFUN |FFIELDC-;discreteLog;$Nni;11| ...) ; file: /tmp/oa-ajGJFg/code.lsp ; in: DEFUN |FFIELDC-;discreteLog;$Nni;11| ; (DEFUN BOOT::|FFIELDC-;discreteLog;$Nni;11| (BOOT::|b| BOOT::$) ; (PROG (BOOT::|exp| BOOT::|groupord| BOOT::|mult| BOOT::|disclog| ; BOOT::|fac| BOOT::|disc1| BOOT::|found| BOOT::|end| BOOT::|c| ; BOOT::|n| BOOT::|exptable| BOOT::|rho|) ; (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFIELDC-;discreteLog;$Nni;11| ; (BOOT::|b| BOOT::$) ; (BLOCK BOOT::|FFIELDC-;discreteLog;$Nni;11| ; (PROG (BOOT::|exp| BOOT::|groupord| BOOT::|mult| BOOT::|disclog| ; BOOT::|fac| BOOT::|disc1| BOOT::|found| BOOT::|end| BOOT::|c| ; BOOT::|n| BOOT::|exptable| BOOT::|rho|) ; (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |FFIELDC-;discreteLog;2$U;12| ...) ; compiling (DEFUN |FFIELDC-;squareFreePolynomial| ...) ; compiling (DEFUN |FFIELDC-;factorPolynomial| ...) ; compiling (DEFUN |FFIELDC-;factorSquareFreePolynomial| ...) ; compiling (DEFUN |FFIELDC-;gcdPolynomial;3Sup;16| ...) ; compiling (DEFUN |FiniteFieldCategory&| ...) ; compiling (MAKEPROP (QUOTE |FiniteFieldCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 2 notes ; /tmp/oa-ajGJFg/code.fasl written ; compilation finished in 0:00:00.134 ------------------------------------------------------------------------ finalizing NRLIB FFIELDC Processing FiniteFieldCategory for Browser database: -- charthRoot : % -> % -- conditionP : Matrix % -> Union(Vector %,"failed") -- factorsOfCyclicGroupSize : () -> List Record(factor: Integer,exponent: Integer) -- tableForDiscreteLogarithm : Integer -> Table(PositiveInteger,NonNegativeInteger) -- createPrimitiveElement : () -> % -- primitiveElement : () -> % -- primitive? : % -> Boolean -- discreteLog : % -> NonNegativeInteger -- order : % -> PositiveInteger -- representationType : () -> Union("prime","polynomial","normal","cyclic") -- constructor ; compiling file "/tmp/oa-U7Ppjr/code.lsp" (written 01 FEB 2016 10:56:14 PM): ; compiling (DEFPARAMETER |FiniteFieldCategory;AL| ...) ; compiling (DEFUN |FiniteFieldCategory;| ...) ; compiling (DEFUN |FiniteFieldCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-U7Ppjr/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/UPMP.fasl --optimize=3 UPMP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UPMP.spad using Spad compiler. UPMP abbreviates package UnivariatePolynomialMultiplicationPackage debug: compDefine1 lhs: (UnivariatePolynomialMultiplicationPackage R U) signature (pre-evaluate): ((CATEGORY package (SIGNATURE noKaratsuba (U U U)) (SIGNATURE karatsubaOnce (U U U)) (SIGNATURE karatsuba (U U U (NonNegativeInteger) (NonNegativeInteger)))) (Ring) (UnivariatePolynomialCategory R)) debug: evaluateType form: (CATEGORY package (SIGNATURE noKaratsuba (U U U)) (SIGNATURE karatsubaOnce (U U U)) (SIGNATURE karatsuba (U U U (NonNegativeInteger) (NonNegativeInteger)))) $param: (R U) debug: evaluateType form: U $param: (R U) debug: evaluateType form: U $param: (R U) debug: evaluateType form: U $param: (R U) debug: evaluateType form: U $param: (R U) debug: evaluateType form: U $param: (R U) debug: evaluateType form: U $param: (R U) debug: evaluateType form: U $param: (R U) debug: evaluateType form: U $param: (R U) debug: evaluateType form: U $param: (R U) debug: evaluateType form: (NonNegativeInteger) $param: (R U) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (R U) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Ring) $param: (R U) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (UnivariatePolynomialCategory R) $param: (R U) Debug: evaluateType1 form: (UnivariatePolynomialCategory R) debug: evaluateType1 x: R m: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE noKaratsuba (U U U)) (SIGNATURE karatsubaOnce (U U U)) (SIGNATURE karatsuba (U U U (NonNegativeInteger) (NonNegativeInteger)))) (Ring) (UnivariatePolynomialCategory R)) debug: compDefine1 lhs: (UnivariatePolynomialMultiplicationPackage R U) signature (pre-evaluate): ((CATEGORY package (SIGNATURE noKaratsuba (U U U)) (SIGNATURE karatsubaOnce (U U U)) (SIGNATURE karatsuba (U U U (NonNegativeInteger) (NonNegativeInteger)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE noKaratsuba (U U U)) (SIGNATURE karatsubaOnce (U U U)) (SIGNATURE karatsuba (U U U (NonNegativeInteger) (NonNegativeInteger)))) $param: (R U) debug: evaluateType form: U $param: (R U) debug: evaluateType form: U $param: (R U) debug: evaluateType form: U $param: (R U) debug: evaluateType form: U $param: (R U) debug: evaluateType form: U $param: (R U) debug: evaluateType form: U $param: (R U) debug: evaluateType form: U $param: (R U) debug: evaluateType form: U $param: (R U) debug: evaluateType form: U $param: (R U) debug: evaluateType form: (NonNegativeInteger) $param: (R U) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (R U) Debug: evaluateType1 form: (NonNegativeInteger) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE noKaratsuba (U U U)) (SIGNATURE karatsubaOnce (U U U)) (SIGNATURE karatsuba (U U U (NonNegativeInteger) (NonNegativeInteger)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for UnivariatePolynomialMultiplicationPackage compiling into /tmp/oa-BOK0O1 compiling exported noKaratsuba : (U,U) -> U Time: 0.10 SEC. compiling exported karatsubaOnce : (U,U) -> U Time: 0.02 SEC. compiling exported karatsuba : (U,U,NonNegativeInteger,NonNegativeInteger) -> U Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor UnivariatePolynomialMultiplicationPackage Time: 0.15 seconds finalizing NRLIB UPMP Processing UnivariatePolynomialMultiplicationPackage for Browser database: -- noKaratsuba : (U,U) -> U -- karatsubaOnce : (U,U) -> U -- karatsuba : (U,U,NonNegativeInteger,NonNegativeInteger) -> U -- constructor ; compiling file "/tmp/oa-BOK0O1/code.lsp" (written 01 FEB 2016 10:56:15 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |UPMP;noKaratsuba;3U;1| ...) ; compiling (DEFUN |UPMP;karatsubaOnce;3U;2| ...) ; compiling (DEFUN |UPMP;karatsuba;2U2NniU;3| ...) ; file: /tmp/oa-BOK0O1/code.lsp ; in: DEFUN |UPMP;karatsuba;2U2NniU;3| ; (DEFUN BOOT::|UPMP;karatsuba;2U2NniU;3| ; (BOOT::|a| BOOT::|b| BOOT::|l| BOOT::|k| BOOT::$) ; (PROG (BOOT::|v| BOOT::|u| BOOT::|w| BOOT::|lb| BOOT::|hb| BOOT::|la| ; BOOT::|ha| BOOT::|rec| BOOT::|n| BOOT::|d|) ; (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPMP;karatsuba;2U2NniU;3| ; (BOOT::|a| BOOT::|b| BOOT::|l| BOOT::|k| BOOT::$) ; (BLOCK BOOT::|UPMP;karatsuba;2U2NniU;3| ; (PROG (BOOT::|v| BOOT::|u| BOOT::|w| BOOT::|lb| BOOT::|hb| BOOT::|la| ; BOOT::|ha| BOOT::|rec| BOOT::|n| BOOT::|d|) ; (RETURN (COND # #))))) ; ; note: Assignment to argument: |k| ; prevents use of assertion from function type proclamation: ; UNSIGNED-BYTE ; ; compiling (DEFUN |UnivariatePolynomialMultiplicationPackage| ...) ; compiling (DEFUN |UnivariatePolynomialMultiplicationPackage;| ...) ; compiling (MAKEPROP (QUOTE |UnivariatePolynomialMultiplicationPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-BOK0O1/code.fasl written ; compilation finished in 0:00:00.036 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/XF.fasl --optimize=3 XF.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/XF.spad using Spad compiler. XF abbreviates category ExtensionField debug: compDefine1 lhs: (ExtensionField F) signature (pre-evaluate): ((Category) (Field)) debug: evaluateType form: (Category) $param: (F) debug: evaluateType form: (Field) $param: (F) Debug: evaluateType1 form: (Field) debug: compDefine1 signature (post evaluate): ((Category) (Field)) debug: compDefine1 lhs: (ExtensionField F) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (F) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for ExtensionField compiling into /tmp/oa-3MRdxl STYLE-WARNING: redefining BOOT::|ExtensionField| in DEFUN Time: 0.01 SEC. XF- abbreviates package ExtensionField& ------------------------------------------------------------------------ initializing stationary directory for ExtensionField& compiling into /tmp/oa-XOT3bd compiling exported algebraic? : S -> Boolean Time: 0.02 SEC. compiling exported transcendent? : S -> Boolean Time: 0.00 SEC. compiling exported Frobenius : S -> S Time: 0.01 SEC. compiling exported Frobenius : (S,NonNegativeInteger) -> S Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Warnings: [1] algebraic?: infinite? has no value Cumulative Statistics for Constructor ExtensionField& Time: 0.05 seconds finalizing NRLIB XF- ; compiling file "/tmp/oa-XOT3bd/code.lsp" (written 01 FEB 2016 10:56:15 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |XF-;algebraic?;$B;1| ...) ; compiling (DEFUN |XF-;transcendent?;$B;2| ...) ; file: /tmp/oa-XOT3bd/code.lsp ; in: DEFUN |XF-;transcendent?;$B;2| ; (DEFUN BOOT::|XF-;transcendent?;$B;2| (BOOT::|a| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|a| (BOOT::|shellEntry| BOOT::$ 10)) ; (BOOT::|shellEntry| BOOT::$ 12))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XF-;transcendent?;$B;2| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|XF-;transcendent?;$B;2| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|a| (BOOT::|shellEntry| BOOT::$ 10)) ; (BOOT::|shellEntry| BOOT::$ 12)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |XF-;Frobenius;2$;3| ...) ; compiling (DEFUN |XF-;Frobenius;$Nni$;4| ...) ; compiling (DEFUN |ExtensionField&| ...) ; compiling (MAKEPROP (QUOTE |ExtensionField&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-XOT3bd/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ finalizing NRLIB XF Processing ExtensionField for Browser database: -- algebraic? : % -> Boolean -- transcendent? : % -> Boolean -- inGroundField? : % -> Boolean -- degree : % -> OnePointCompletion PositiveInteger -- extensionDegree : () -> OnePointCompletion PositiveInteger -- transcendenceDegree : () -> NonNegativeInteger -- Frobenius : % -> % -- Frobenius : (%,NonNegativeInteger) -> % -- constructor ; compiling file "/tmp/oa-3MRdxl/code.lsp" (written 01 FEB 2016 10:56:15 PM): ; compiling (DEFPARAMETER |ExtensionField;AL| ...) ; compiling (DEFUN |ExtensionField;| ...) ; compiling (DEFUN |ExtensionField| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-3MRdxl/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/SAE.fasl --bootstrap SAE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SAE.spad using Spad compiler. SAE abbreviates domain SimpleAlgebraicExtension ------------------------------------------------------------------------ initializing stationary directory for SimpleAlgebraicExtension compiling into /tmp/oa-PSAmxD Time: 0.06 SEC. Cumulative Statistics for Constructor SimpleAlgebraicExtension Time: 0.06 seconds finalizing NRLIB SAE ; compiling file "/tmp/oa-PSAmxD/code.lsp" (written 01 FEB 2016 10:56:15 PM): ; compiling (DEFUN |SimpleAlgebraicExtension| ...) ; compiling (DEFUN |SimpleAlgebraicExtension;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-PSAmxD/code.fasl written ; compilation finished in 0:00:00.018 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/FAXF.fasl --optimize=3 FAXF.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FAXF.spad using Spad compiler. FAXF abbreviates category FiniteAlgebraicExtensionField debug: compDefine1 lhs: (FiniteAlgebraicExtensionField F) signature (pre-evaluate): ((Category) (Field)) debug: evaluateType form: (Category) $param: (F) debug: evaluateType form: (Field) $param: (F) Debug: evaluateType1 form: (Field) debug: compDefine1 signature (post evaluate): ((Category) (Field)) debug: compDefine1 lhs: (FiniteAlgebraicExtensionField F) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (F) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for FiniteAlgebraicExtensionField compiling into /tmp/oa-H1VfJN STYLE-WARNING: redefining BOOT::|FiniteAlgebraicExtensionField| in DEFUN Time: 0.01 SEC. FAXF- abbreviates package FiniteAlgebraicExtensionField& ------------------------------------------------------------------------ initializing stationary directory for FiniteAlgebraicExtensionField& compiling into /tmp/oa-NqP2kG compiling exported represents : Vector F -> S Time: 0.05 SEC. compiling exported transcendenceDegree : () -> NonNegativeInteger FAXF-;transcendenceDegree;Nni;2 is replaced by 0 Time: 0 SEC. compiling exported dimension : () -> CardinalNumber Time: 0.00 SEC. compiling exported extensionDegree : () -> OnePointCompletion PositiveInteger Time: 0.01 SEC. compiling exported degree : S -> OnePointCompletion PositiveInteger Time: 0.00 SEC. compiling exported coordinates : Vector S -> Matrix F Time: 0.02 SEC. compiling exported algebraic? : S -> Boolean FAXF-;algebraic?;$B;7 a is replaced by %true Time: 0.00 SEC. compiling exported transcendent? : S -> Boolean FAXF-;transcendent?;$B;8 a is replaced by %false Time: 0 SEC. compiling exported extensionDegree : () -> PositiveInteger Time: 0.00 SEC. compiling exported trace : S -> F Time: 0.01 SEC. compiling exported norm : S -> F Time: 0.02 SEC. compiling exported linearAssociatedExp : (S,SparseUnivariatePolynomial F) -> S Time: 0.04 SEC. compiling exported linearAssociatedLog : (S,S) -> Union(SparseUnivariatePolynomial F,failed) Time: 0.12 SEC. compiling exported linearAssociatedLog : S -> SparseUnivariatePolynomial F Time: 0.01 SEC. compiling exported linearAssociatedOrder : S -> SparseUnivariatePolynomial F Time: 0.09 SEC. compiling exported charthRoot : S -> Maybe S Time: 0.00 SEC. compiling exported minimalPolynomial : (S,PositiveInteger) -> SparseUnivariatePolynomial S Time: 0.08 SEC. compiling exported norm : (S,PositiveInteger) -> S Time: 0.01 SEC. compiling exported trace : (S,PositiveInteger) -> S Time: 0.00 SEC. compiling exported size : () -> NonNegativeInteger Time: 0 SEC. compiling exported createNormalElement : () -> S Time: 0.01 SEC. compiling exported normal? : S -> Boolean Time: 0.01 SEC. compiling exported degree : S -> PositiveInteger Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] dimension: # has no value [2] extensionDegree: # has no value [3] linearAssociatedLog: rowEchelon has no value [4] linearAssociatedLog: transpose has no value [5] linearAssociatedOrder: nullSpace has no value [6] linearAssociatedOrder: transpose has no value [7] minimalPolynomial: not known that Ring is of mode CATEGORY(package,charthRoot: S -> Maybe S,size: () -> NonNegativeInteger,charthRoot: S -> S,linearAssociatedLog: (S,S) -> Union(SparseUnivariatePolynomial F,"failed"),linearAssociatedLog: S -> SparseUnivariatePolynomial F,linearAssociatedOrder: S -> SparseUnivariatePolynomial F,linearAssociatedExp: (S,SparseUnivariatePolynomial F) -> S,normal?: S -> Boolean,createNormalElement: () -> S,trace: (S,PositiveInteger) -> S,norm: (S,PositiveInteger) -> S,minimalPolynomial: (S,PositiveInteger) -> SparseUnivariatePolynomial S,trace: S -> F,norm: S -> F,degree: S -> PositiveInteger,extensionDegree: () -> PositiveInteger,minimalPolynomial: S -> SparseUnivariatePolynomial F,represents: Vector F -> S,coordinates: Vector S -> Matrix F,coordinates: S -> Vector F,transcendenceDegree: () -> NonNegativeInteger,extensionDegree: () -> OnePointCompletion PositiveInteger,degree: S -> OnePointCompletion PositiveInteger,transcendent?: S -> Boolean,algebraic?: S -> Boolean,dimension: () -> CardinalNumber) [8] createNormalElement: res has no value Cumulative Statistics for Constructor FiniteAlgebraicExtensionField& Time: 0.52 seconds finalizing NRLIB FAXF- ; compiling file "/tmp/oa-NqP2kG/code.lsp" (written 01 FEB 2016 10:56:16 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FAXF-;transcendenceDegree;Nni;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FAXF-;algebraic?;$B;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FAXF-;transcendent?;$B;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FAXF-;represents;V$;1| ...) ; compiling (DEFUN |FAXF-;transcendenceDegree;Nni;2| ...) ; compiling (DEFUN |FAXF-;dimension;Cn;3| ...) ; compiling (DEFUN |FAXF-;extensionDegree;Opc;4| ...) ; compiling (DEFUN |FAXF-;degree;$Opc;5| ...) ; compiling (DEFUN |FAXF-;coordinates;VM;6| ...) ; compiling (DEFUN |FAXF-;algebraic?;$B;7| ...) ; file: /tmp/oa-NqP2kG/code.lsp ; in: DEFUN |FAXF-;algebraic?;$B;7| ; (DEFUN BOOT::|FAXF-;algebraic?;$B;7| (BOOT::|a| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; T) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FAXF-;algebraic?;$B;7| ; (BOOT::|a| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|FAXF-;algebraic?;$B;7| T)) ; ; caught STYLE-WARNING: ; The variable |a| is defined but never used. ; compiling (DEFUN |FAXF-;transcendent?;$B;8| ...) ; file: /tmp/oa-NqP2kG/code.lsp ; in: DEFUN |FAXF-;transcendent?;$B;8| ; (DEFUN BOOT::|FAXF-;transcendent?;$B;8| (BOOT::|a| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; NIL) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FAXF-;transcendent?;$B;8| ; (BOOT::|a| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|FAXF-;transcendent?;$B;8| NIL)) ; ; caught STYLE-WARNING: ; The variable |a| is defined but never used. ; compiling (DEFUN |FAXF-;extensionDegree;Pi;9| ...) ; file: /tmp/oa-NqP2kG/code.lsp ; in: DEFUN |FAXF-;extensionDegree;Pi;9| ; (DEFUN BOOT::|FAXF-;extensionDegree;Pi;9| (BOOT::$) ; (LET ((#:G564 (BOOT::SPADCALL # #))) ; (COND ((PLUSP #:G564) #:G564) (T (BOOT::|moanRetract| #:G564 '#))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FAXF-;extensionDegree;Pi;9| ; (BOOT::$) ; (BLOCK BOOT::|FAXF-;extensionDegree;Pi;9| ; (LET ((#:G564 #)) ; (COND (# #:G564) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES (INTEGER 1) &REST T). ; compiling (DEFUN |FAXF-;trace;$F;10| ...) ; compiling (DEFUN |FAXF-;norm;$F;11| ...) ; compiling (DEFUN |FAXF-;linearAssociatedExp;$Sup$;12| ...) ; compiling (DEFUN |FAXF-;linearAssociatedLog;2$U;13| ...) ; compiling (DEFUN |FAXF-;linearAssociatedLog;$Sup;14| ...) ; compiling (DEFUN |FAXF-;linearAssociatedOrder;$Sup;15| ...) ; compiling (DEFUN |FAXF-;charthRoot;$M;16| ...) ; compiling (DEFUN |FAXF-;minimalPolynomial;$PiSup;17| ...) ; compiling (DEFUN |FAXF-;norm;$Pi$;18| ...) ; compiling (DEFUN |FAXF-;trace;$Pi$;19| ...) ; compiling (DEFUN |FAXF-;size;Nni;20| ...) ; file: /tmp/oa-NqP2kG/code.lsp ; in: DEFUN |FAXF-;size;Nni;20| ; (DEFUN BOOT::|FAXF-;size;Nni;20| (BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 116)) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 12)) ; (BOOT::|shellEntry| BOOT::$ 117))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FAXF-;size;Nni;20| ; (BOOT::$) ; (BLOCK BOOT::|FAXF-;size;Nni;20| ; (BOOT::SPADCALL (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 116)) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 12)) ; (BOOT::|shellEntry| BOOT::$ 117)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |FAXF-;createNormalElement;$;21| ...) ; file: /tmp/oa-NqP2kG/code.lsp ; in: DEFUN |FAXF-;createNormalElement;$;21| ; (BOOT::EXIT BOOT::|res|) ; --> RETURN-FROM ; ==> ; BOOT::|res| ; ; note: deleting unreachable code ; compiling (DEFUN |FAXF-;normal?;$B;22| ...) ; file: /tmp/oa-NqP2kG/code.lsp ; in: DEFUN |FAXF-;normal?;$B;22| ; (DEFUN BOOT::|FAXF-;normal?;$B;22| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|p| (BOOT::SPADCALL # # #)) ; (BOOT::|f| ; (LET # ; #))) ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|p| BOOT::|f| (BOOT::|shellEntry| BOOT::$ 133)) ; (BOOT::|spadConstant| BOOT::$ 134) (BOOT::|shellEntry| BOOT::$ 135)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FAXF-;normal?;$B;22| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FAXF-;normal?;$B;22| ; (LET ((BOOT::|p| #) (BOOT::|f| #)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|p| BOOT::|f| #) ; (BOOT::|spadConstant| BOOT::$ 134) ; (BOOT::|shellEntry| BOOT::$ 135))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FAXF-;degree;$Pi;23| ...) ; compiling (DEFUN |FiniteAlgebraicExtensionField&| ...) ; compiling (MAKEPROP (QUOTE |FiniteAlgebraicExtensionField&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 4 notes ; /tmp/oa-NqP2kG/code.fasl written ; compilation finished in 0:00:00.100 ------------------------------------------------------------------------ finalizing NRLIB FAXF Processing FiniteAlgebraicExtensionField for Browser database: -- basis : () -> Vector % -- basis : PositiveInteger -> Vector % -- coordinates : % -> Vector F -- coordinates : Vector % -> Matrix F -- represents : Vector F -> % -- minimalPolynomial : % -> SparseUnivariatePolynomial F -- definingPolynomial : () -> SparseUnivariatePolynomial F -- extensionDegree : () -> PositiveInteger -- degree : % -> PositiveInteger -- norm : % -> F -- trace : % -> F -- minimalPolynomial : (%,PositiveInteger) -> SparseUnivariatePolynomial % -- norm : (%,PositiveInteger) -> % -- trace : (%,PositiveInteger) -> % -- createNormalElement : () -> % -- normalElement : () -> % -- normal? : % -> Boolean -- generator : () -> % -- linearAssociatedExp : (%,SparseUnivariatePolynomial F) -> % -- linearAssociatedOrder : % -> SparseUnivariatePolynomial F -- linearAssociatedLog : % -> SparseUnivariatePolynomial F -- linearAssociatedLog : (%,%) -> Union(SparseUnivariatePolynomial F,"failed") -- constructor ; compiling file "/tmp/oa-H1VfJN/code.lsp" (written 01 FEB 2016 10:56:16 PM): ; compiling (DEFPARAMETER |FiniteAlgebraicExtensionField;AL| ...) ; compiling (DEFUN |FiniteAlgebraicExtensionField;| ...) ; compiling (DEFUN |FiniteAlgebraicExtensionField| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-H1VfJN/code.fasl written ; compilation finished in 0:00:00.030 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/FFP.fasl --optimize=3 FFP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FFP.spad using Spad compiler. FFP abbreviates domain FiniteFieldExtensionByPolynomial debug: compDefine1 lhs: (FiniteFieldExtensionByPolynomial GF defpol) signature (pre-evaluate): ((FiniteAlgebraicExtensionField GF) (FiniteFieldCategory) (SparseUnivariatePolynomial GF)) debug: evaluateType form: (FiniteAlgebraicExtensionField GF) $param: (GF defpol) Debug: evaluateType1 form: (FiniteAlgebraicExtensionField GF) debug: evaluateType1 x: GF m: (Field) debug: evaluateType form: (FiniteFieldCategory) $param: (GF defpol) Debug: evaluateType1 form: (FiniteFieldCategory) debug: evaluateType form: (SparseUnivariatePolynomial GF) $param: (GF defpol) Debug: evaluateType1 form: (SparseUnivariatePolynomial GF) debug: evaluateType1 x: GF m: (Ring) debug: compDefine1 signature (post evaluate): ((FiniteAlgebraicExtensionField GF) (FiniteFieldCategory) (SparseUnivariatePolynomial GF)) debug: compDefine1 lhs: (FiniteFieldExtensionByPolynomial GF defpol) signature (pre-evaluate): ((FiniteAlgebraicExtensionField GF) NIL NIL) debug: evaluateType form: (FiniteAlgebraicExtensionField GF) $param: (GF defpol) Debug: evaluateType1 form: (FiniteAlgebraicExtensionField GF) debug: evaluateType1 x: GF m: (Field) debug: compDefine1 signature (post evaluate): ((FiniteAlgebraicExtensionField GF) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FiniteFieldExtensionByPolynomial compiling into /tmp/oa-3IysTG compiling exported generator : () -> % Time: 0.19 SEC. compiling exported norm : % -> GF Time: 0.00 SEC. compiling exported basis : PositiveInteger -> Vector % Time: 0.08 SEC. compiling exported degree : % -> PositiveInteger Time: 0.03 SEC. compiling exported minimalPolynomial : % -> SparseUnivariatePolynomial GF Time: 0.06 SEC. compiling exported normal? : % -> Boolean Time: 0.16 SEC. compiling exported * : (GF,%) -> % Time: 0 SEC. compiling exported * : (Integer,%) -> % Time: 0.00 SEC. compiling exported - : % -> % Time: 0.00 SEC. compiling exported random : () -> % Time: 0 SEC. compiling exported coordinates : % -> Vector GF Time: 0.01 SEC. compiling exported represents : Vector GF -> % Time: 0.02 SEC. compiling exported coerce : GF -> % Time: 0 SEC. compiling exported definingPolynomial : () -> SparseUnivariatePolynomial GF Time: 0 SEC. compiling exported retract : % -> GF Time: 0 SEC. compiling exported retractIfCan : % -> Union(GF,failed) Time: 0.01 SEC. compiling exported index : PositiveInteger -> % Time: 0 SEC. compiling exported lookup : % -> PositiveInteger Time: 0 SEC. compiling exported / : (%,%) -> % Time: 0.00 SEC. compiling exported / : (%,GF) -> % Time: 0.00 SEC. compiling exported * : (%,%) -> % Time: 0.00 SEC. compiling exported + : (%,%) -> % Time: 0.01 SEC. compiling exported - : (%,%) -> % Time: 0 SEC. compiling exported = : (%,%) -> Boolean Time: 0.00 SEC. compiling exported basis : () -> Vector % Time: 0.02 SEC. compiling exported Zero : () -> % Time: 0 SEC. compiling exported One : () -> % Time: 0 SEC. compiling exported factorsOfCyclicGroupSize : () -> List Record(factor: Integer,exponent: Integer) Time: 0 SEC. compiling exported representationType : () -> Union(prime,polynomial,normal,cyclic) FFP;representationType;U;29 is replaced by %pair(1,"polynomial") Time: 0.01 SEC. compiling exported tableForDiscreteLogarithm : Integer -> Table(PositiveInteger,NonNegativeInteger) Time: 0.02 SEC. compiling exported primitiveElement : () -> % Time: 0 SEC. compiling exported normalElement : () -> % Time: 0 SEC. compiling local initializeElt : () -> Void Time: 0.04 SEC. compiling local initializeLog : () -> Void Time: 0.22 SEC. compiling exported coerce : % -> OutputForm Time: 0 SEC. compiling exported extensionDegree : () -> PositiveInteger Time: 0 SEC. compiling exported size : () -> NonNegativeInteger Time: 0 SEC. compiling exported inGroundField? : % -> Boolean Time: 0.04 SEC. compiling exported characteristic : () -> NonNegativeInteger Time: 0 SEC. compiling exported before? : (%,%) -> Boolean Time: 0 SEC. (time taken in buildFunctor: 20) Time: 0.04 SEC. Warnings: [1] initializeElt: factors has no value [2] initializeLog: n has no value Cumulative Statistics for Constructor FiniteFieldExtensionByPolynomial Time: 0.98 seconds finalizing NRLIB FFP Processing FiniteFieldExtensionByPolynomial for Browser database: -- constructor ; compiling file "/tmp/oa-3IysTG/code.lsp" (written 01 FEB 2016 10:56:17 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FFP;representationType;U;29|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FFP;definingPolynomial;Sup;14|) ...) ; compiling (PUT (QUOTE |FFP;extensionDegree;Pi;36|) ...) ; compiling (PUT (QUOTE |FFP;size;Nni;37|) ...) ; compiling (DEFUN |FFP;generator;$;1| ...) ; compiling (DEFUN |FFP;norm;$GF;2| ...) ; compiling (DEFUN |FFP;basis;PiV;3| ...) ; file: /tmp/oa-3IysTG/code.lsp ; in: DEFUN |FFP;basis;PiV;3| ; (DEFUN BOOT::|FFP;basis;PiV;3| (BOOT::|n| BOOT::$) ; (COND ; ((BOOT::SPADCALL (REM # BOOT::|n|) 0 (BOOT::|shellEntry| BOOT::$ 51)) ; (BOOT::|error| "argument must divide extension degree")) ; (T ; (LET (#) ; (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFP;basis;PiV;3| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|FFP;basis;PiV;3| ; (COND ; ((BOOT::SPADCALL # 0 #) ; (BOOT::|error| "argument must divide extension degree")) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |FFP;degree;$Pi;4| ...) ; file: /tmp/oa-3IysTG/code.lsp ; in: DEFUN |FFP;degree;$Pi;4| ; (DEFUN BOOT::|FFP;degree;$Pi;4| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|y| (BOOT::|spadConstant| BOOT::$ 40)) ; (BOOT::|m| (BOOT::SPADCALL # # #))) ; (BOOT::SEQ ; (LET (# #) ; (LOOP # ; #)) ; (BOOT::EXIT ; (LET # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFP;degree;$Pi;4| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FFP;degree;$Pi;4| ; (LET ((BOOT::|y| #) (BOOT::|m| #)) ; (BOOT::SEQ ; (LET # ; #) ; (BOOT::EXIT #))))) ; ; note: type assertion too complex to check: ; (VALUES (INTEGER 1) &REST T). ; compiling (DEFUN |FFP;minimalPolynomial;$Sup;5| ...) ; compiling (DEFUN |FFP;normal?;$B;6| ...) ; compiling (DEFUN |FFP;*;GF2$;7| ...) ; compiling (DEFUN |FFP;*;I2$;8| ...) ; compiling (DEFUN |FFP;-;2$;9| ...) ; compiling (DEFUN |FFP;random;$;10| ...) ; compiling (DEFUN |FFP;coordinates;$V;11| ...) ; file: /tmp/oa-3IysTG/code.lsp ; in: DEFUN |FFP;coordinates;$V;11| ; (DEFUN BOOT::|FFP;coordinates;$V;11| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 94))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFP;coordinates;$V;11| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FFP;coordinates;$V;11| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 94)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |FFP;represents;V$;12| ...) ; compiling (DEFUN |FFP;coerce;GF$;13| ...) ; compiling (DEFUN |FFP;definingPolynomial;Sup;14| ...) ; compiling (DEFUN |FFP;retract;$GF;15| ...) ; compiling (DEFUN |FFP;retractIfCan;$U;16| ...) ; file: /tmp/oa-3IysTG/code.lsp ; in: DEFUN |FFP;retractIfCan;$U;16| ; (DEFUN BOOT::|FFP;retractIfCan;$U;16| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 103))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFP;retractIfCan;$U;16| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FFP;retractIfCan;$U;16| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 103)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |FFP;index;Pi$;17| ...) ; compiling (DEFUN |FFP;lookup;$Pi;18| ...) ; file: /tmp/oa-3IysTG/code.lsp ; in: DEFUN |FFP;lookup;$Pi;18| ; (DEFUN BOOT::|FFP;lookup;$Pi;18| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 107))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFP;lookup;$Pi;18| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FFP;lookup;$Pi;18| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 107)))) ; ; note: type assertion too complex to check: ; (VALUES (INTEGER 1) &REST T). ; compiling (DEFUN |FFP;/;3$;19| ...) ; compiling (DEFUN |FFP;/;$GF$;20| ...) ; compiling (DEFUN |FFP;*;3$;21| ...) ; compiling (DEFUN |FFP;+;3$;22| ...) ; compiling (DEFUN |FFP;-;3$;23| ...) ; compiling (DEFUN |FFP;=;2$B;24| ...) ; file: /tmp/oa-3IysTG/code.lsp ; in: DEFUN |FFP;=;2$B;24| ; (DEFUN BOOT::|FFP;=;2$B;24| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 117))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFP;=;2$B;24| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|FFP;=;2$B;24| ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 117)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FFP;basis;V;25| ...) ; file: /tmp/oa-3IysTG/code.lsp ; in: DEFUN |FFP;basis;V;25| ; (DEFUN BOOT::|FFP;basis;V;25| (BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 119))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFP;basis;V;25| ; (BOOT::$) ; (BLOCK BOOT::|FFP;basis;V;25| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 119)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |FFP;Zero;$;26| ...) ; compiling (DEFUN |FFP;One;$;27| ...) ; compiling (DEFUN |FFP;factorsOfCyclicGroupSize;L;28| ...) ; compiling (DEFUN |FFP;representationType;U;29| ...) ; compiling (DEFUN |FFP;tableForDiscreteLogarithm;IT;30| ...) ; compiling (DEFUN |FFP;primitiveElement;$;31| ...) ; compiling (DEFUN |FFP;normalElement;$;32| ...) ; compiling (DEFUN |FFP;initializeElt| ...) ; compiling (DEFUN |FFP;initializeLog| ...) ; compiling (DEFUN |FFP;coerce;$Of;35| ...) ; compiling (DEFUN |FFP;extensionDegree;Pi;36| ...) ; compiling (DEFUN |FFP;size;Nni;37| ...) ; compiling (DEFUN |FFP;inGroundField?;$B;38| ...) ; compiling (DEFUN |FFP;characteristic;Nni;39| ...) ; file: /tmp/oa-3IysTG/code.lsp ; in: DEFUN |FFP;characteristic;Nni;39| ; (DEFUN BOOT::|FFP;characteristic;Nni;39| (BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 159)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFP;characteristic;Nni;39| ; (BOOT::$) ; (BLOCK BOOT::|FFP;characteristic;Nni;39| ; (BOOT::|spadConstant| BOOT::$ 159))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |FFP;before?;2$B;40| ...) ; file: /tmp/oa-3IysTG/code.lsp ; in: DEFUN |FFP;before?;2$B;40| ; (DEFUN BOOT::|FFP;before?;2$B;40| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 161))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFP;before?;2$B;40| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|FFP;before?;2$B;40| ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 161)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FiniteFieldExtensionByPolynomial| ...) ; compiling (DEFUN |FiniteFieldExtensionByPolynomial;| ...) ; compiling (MAKEPROP (QUOTE |FiniteFieldExtensionByPolynomial|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 9 notes ; /tmp/oa-3IysTG/code.fasl written ; compilation finished in 0:00:00.104 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/FFPOLY.fasl --bootstrap FFPOLY.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FFPOLY.spad using Spad compiler. FFPOLY abbreviates package FiniteFieldPolynomialPackage ------------------------------------------------------------------------ initializing stationary directory for FiniteFieldPolynomialPackage compiling into /tmp/oa-KWAAP0 Time: 0.03 SEC. Cumulative Statistics for Constructor FiniteFieldPolynomialPackage Time: 0.03 seconds finalizing NRLIB FFPOLY ; compiling file "/tmp/oa-KWAAP0/code.lsp" (written 01 FEB 2016 10:56:17 PM): ; compiling (DEFUN |FiniteFieldPolynomialPackage| ...) ; compiling (DEFUN |FiniteFieldPolynomialPackage;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-KWAAP0/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/FFX.fasl --optimize=3 FFX.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FFX.spad using Spad compiler. FFX abbreviates domain FiniteFieldExtension debug: compDefine1 lhs: (FiniteFieldExtension GF n) signature (pre-evaluate): ((FiniteAlgebraicExtensionField GF) NIL NIL) debug: evaluateType form: (FiniteAlgebraicExtensionField GF) $param: (GF n) Debug: evaluateType1 form: (FiniteAlgebraicExtensionField GF) debug: evaluateType1 x: GF m: (Field) debug: compDefine1 signature (post evaluate): ((FiniteAlgebraicExtensionField GF) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FiniteFieldExtension compiling into /tmp/oa-J7XRPb (time taken in buildFunctor: 20) Time: 0.10 SEC. Cumulative Statistics for Constructor FiniteFieldExtension Time: 0.10 seconds finalizing NRLIB FFX Processing FiniteFieldExtension for Browser database: -- constructor ; compiling file "/tmp/oa-J7XRPb/code.lsp" (written 01 FEB 2016 10:56:17 PM): ; compiling (DEFUN |FiniteFieldExtension| ...) ; compiling (DEFUN |FiniteFieldExtension;| ...) ; compiling (MAKEPROP (QUOTE |FiniteFieldExtension|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-J7XRPb/code.fasl written ; compilation finished in 0:00:00.021 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/XF.fasl --bootstrap XF.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/XF.spad using Spad compiler. XF abbreviates category ExtensionField ------------------------------------------------------------------------ initializing stationary directory for ExtensionField compiling into /tmp/oa-Z1agwd STYLE-WARNING: redefining BOOT::|ExtensionField| in DEFUN Time: 0.01 SEC. finalizing NRLIB XF ; compiling file "/tmp/oa-Z1agwd/code.lsp" (written 01 FEB 2016 10:56:18 PM): ; compiling (DEFPARAMETER |ExtensionField;AL| ...) ; compiling (DEFUN |ExtensionField;| ...) ; compiling (DEFUN |ExtensionField| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Z1agwd/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/FAXF.fasl --bootstrap FAXF.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FAXF.spad using Spad compiler. FAXF abbreviates category FiniteAlgebraicExtensionField ------------------------------------------------------------------------ initializing stationary directory for FiniteAlgebraicExtensionField compiling into /tmp/oa-t4XwOq STYLE-WARNING: redefining BOOT::|FiniteAlgebraicExtensionField| in DEFUN Time: 0.01 SEC. finalizing NRLIB FAXF ; compiling file "/tmp/oa-t4XwOq/code.lsp" (written 01 FEB 2016 10:56:18 PM): ; compiling (DEFPARAMETER |FiniteAlgebraicExtensionField;AL| ...) ; compiling (DEFUN |FiniteAlgebraicExtensionField;| ...) ; compiling (DEFUN |FiniteAlgebraicExtensionField| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-t4XwOq/code.fasl written ; compilation finished in 0:00:00.022 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/NORMRETR.fasl --bootstrap NORMRETR.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NORMRETR.spad using Spad compiler. NORMRETR abbreviates package NormRetractPackage ------------------------------------------------------------------------ initializing stationary directory for NormRetractPackage compiling into /tmp/oa-Ya3TwI Time: 0.14 SEC. Cumulative Statistics for Constructor NormRetractPackage Time: 0.14 seconds finalizing NRLIB NORMRETR ; compiling file "/tmp/oa-Ya3TwI/code.lsp" (written 01 FEB 2016 10:56:18 PM): ; compiling (DEFUN |NormRetractPackage| ...) ; compiling (DEFUN |NormRetractPackage;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-Ya3TwI/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/TWOFACT.fasl --optimize=3 TWOFACT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TWOFACT.spad using Spad compiler. TWOFACT abbreviates package TwoFactorize debug: compDefine1 lhs: (TwoFactorize F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE generalTwoFactor ((Factored (SparseUnivariatePolynomial (SparseUnivariatePolynomial F))) (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)))) (SIGNATURE generalSqFr ((Factored (SparseUnivariatePolynomial (SparseUnivariatePolynomial F))) (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)))) (SIGNATURE twoFactor ((Factored (SparseUnivariatePolynomial (SparseUnivariatePolynomial F))) (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)) (Integer)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE generalTwoFactor ((Factored (SparseUnivariatePolynomial (SparseUnivariatePolynomial F))) (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)))) (SIGNATURE generalSqFr ((Factored (SparseUnivariatePolynomial (SparseUnivariatePolynomial F))) (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)))) (SIGNATURE twoFactor ((Factored (SparseUnivariatePolynomial (SparseUnivariatePolynomial F))) (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)) (Integer)))) $param: (F) debug: evaluateType form: (Factored (SparseUnivariatePolynomial (SparseUnivariatePolynomial F))) $param: (F) Debug: evaluateType1 form: (Factored (SparseUnivariatePolynomial (SparseUnivariatePolynomial F))) debug: evaluateType1 x: (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (F) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)) $param: (F) Debug: evaluateType1 form: (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)) debug: evaluateType1 x: (SparseUnivariatePolynomial F) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (F) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (F) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial F) c: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)) c: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)) $param: (F) Debug: evaluateType1 form: (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)) debug: evaluateType1 x: (SparseUnivariatePolynomial F) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (F) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (F) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial F) c: (Ring) debug: evaluateType form: (Factored (SparseUnivariatePolynomial (SparseUnivariatePolynomial F))) $param: (F) Debug: evaluateType1 form: (Factored (SparseUnivariatePolynomial (SparseUnivariatePolynomial F))) debug: evaluateType1 x: (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (F) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)) $param: (F) Debug: evaluateType1 form: (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)) debug: evaluateType1 x: (SparseUnivariatePolynomial F) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (F) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (F) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial F) c: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)) c: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)) $param: (F) Debug: evaluateType1 form: (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)) debug: evaluateType1 x: (SparseUnivariatePolynomial F) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (F) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (F) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial F) c: (Ring) debug: evaluateType form: (Factored (SparseUnivariatePolynomial (SparseUnivariatePolynomial F))) $param: (F) Debug: evaluateType1 form: (Factored (SparseUnivariatePolynomial (SparseUnivariatePolynomial F))) debug: evaluateType1 x: (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (F) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)) $param: (F) Debug: evaluateType1 form: (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)) debug: evaluateType1 x: (SparseUnivariatePolynomial F) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (F) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (F) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial F) c: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)) c: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)) $param: (F) Debug: evaluateType1 form: (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)) debug: evaluateType1 x: (SparseUnivariatePolynomial F) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (F) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (F) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial F) c: (Ring) debug: evaluateType form: (Integer) $param: (F) Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE generalTwoFactor ((Factored (SparseUnivariatePolynomial (SparseUnivariatePolynomial F))) (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)))) (SIGNATURE generalSqFr ((Factored (SparseUnivariatePolynomial (SparseUnivariatePolynomial F))) (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)))) (SIGNATURE twoFactor ((Factored (SparseUnivariatePolynomial (SparseUnivariatePolynomial F))) (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)) (Integer)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for TwoFactorize compiling into /tmp/oa-0N0W11 importing CommuteUnivariatePolynomialCategory(F,SparseUnivariatePolynomial F,SparseUnivariatePolynomial SparseUnivariatePolynomial F) compiling local computeDegree : (SparseUnivariatePolynomial SparseUnivariatePolynomial F,Integer,Integer) -> PositiveInteger Time: 0.15 SEC. compiling local exchangeVars : SparseUnivariatePolynomial SparseUnivariatePolynomial F -> SparseUnivariatePolynomial SparseUnivariatePolynomial F Time: 0.04 SEC. compiling local exchangeVarTerm : (SparseUnivariatePolynomial F,NonNegativeInteger) -> SparseUnivariatePolynomial SparseUnivariatePolynomial F Time: 0.03 SEC. compiling local pthRoot : (SparseUnivariatePolynomial F,NonNegativeInteger,NonNegativeInteger) -> SparseUnivariatePolynomial F Time: 0.06 SEC. compiling exported generalSqFr : SparseUnivariatePolynomial SparseUnivariatePolynomial F -> Factored SparseUnivariatePolynomial SparseUnivariatePolynomial F Time: 0.27 SEC. compiling exported generalTwoFactor : SparseUnivariatePolynomial SparseUnivariatePolynomial F -> Factored SparseUnivariatePolynomial SparseUnivariatePolynomial F Time: 0.40 SEC. compiling exported twoFactor : (SparseUnivariatePolynomial SparseUnivariatePolynomial F,Integer) -> Factored SparseUnivariatePolynomial SparseUnivariatePolynomial F Time: 1.69 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] generalSqFr: not known that IntegralDomain is of mode CATEGORY(package,generalTwoFactor: SparseUnivariatePolynomial SparseUnivariatePolynomial F -> Factored SparseUnivariatePolynomial SparseUnivariatePolynomial F,generalSqFr: SparseUnivariatePolynomial SparseUnivariatePolynomial F -> Factored SparseUnivariatePolynomial SparseUnivariatePolynomial F,twoFactor: (SparseUnivariatePolynomial SparseUnivariatePolynomial F,Integer) -> Factored SparseUnivariatePolynomial SparseUnivariatePolynomial F) [2] generalSqFr: flg has no value [3] generalSqFr: xpnt has no value [4] generalSqFr: : NonNegativeInteger -- replace by pretend [5] generalSqFr: fctr has no value [6] generalTwoFactor: flg has no value [7] generalTwoFactor: fctr has no value [8] generalTwoFactor: xpnt has no value [9] generalTwoFactor: ll has no value [10] generalTwoFactor: unitPart has no value [11] twoFactor: vval has no value [12] twoFactor: umv has no value [13] twoFactor: val has no value [14] twoFactor: umex has no value Cumulative Statistics for Constructor TwoFactorize Time: 2.66 seconds finalizing NRLIB TWOFACT Processing TwoFactorize for Browser database: -- generalTwoFactor : P -> Factored P -- generalSqFr : P -> Factored P -- twoFactor : (P,Integer) -> Factored P -- constructor ; compiling file "/tmp/oa-0N0W11/code.lsp" (written 01 FEB 2016 10:56:21 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |TWOFACT;computeDegree| ...) ; file: /tmp/oa-0N0W11/code.lsp ; in: DEFUN |TWOFACT;computeDegree| ; (DEFUN BOOT::|TWOFACT;computeDegree| (BOOT::|m| BOOT::|mx| BOOT::|q| BOOT::$) ; (LET* ((BOOT::|my| (BOOT::SPADCALL BOOT::|m| #)) ; (BOOT::|n1| (INTEGER-LENGTH #)) ; (BOOT::|n2| (- # 1)) ; (BOOT::|n| (+ # 1))) ; (COND ((AND # #) BOOT::|n|) (T (BOOT::|moanRetract| BOOT::|n| '#))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TWOFACT;computeDegree| ; (BOOT::|m| BOOT::|mx| BOOT::|q| BOOT::$) ; (BLOCK BOOT::|TWOFACT;computeDegree| ; (LET* ((BOOT::|my| #) (BOOT::|n1| #) (BOOT::|n2| #) (BOOT::|n| #)) ; (COND (# BOOT::|n|) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES (INTEGER 1) &REST T). ; compiling (DEFUN |TWOFACT;exchangeVars| ...) ; compiling (DEFUN |TWOFACT;exchangeVarTerm| ...) ; compiling (DEFUN |TWOFACT;pthRoot| ...) ; compiling (DEFUN |TWOFACT;pthRoot!0| ...) ; compiling (DEFUN |TWOFACT;generalSqFr;SupF;5| ...) ; compiling (DEFUN |TWOFACT;generalTwoFactor;SupF;6| ...) ; compiling (DEFUN |TWOFACT;generalTwoFactor;SupF;6!0| ...) ; compiling (DEFUN |TWOFACT;twoFactor;SupIF;7| ...) ; file: /tmp/oa-0N0W11/code.lsp ; in: DEFUN |TWOFACT;twoFactor;SupIF;7| ; (LET ((BOOT::|n| ; (BOOT::|TWOFACT;computeDegree| BOOT::|m| BOOT::|dx| (BOOT::SPADCALL #) ; BOOT::$)) ; (BOOT::|look| T) ; (BOOT::|dm| (BOOT::SPADCALL BOOT::|m| (BOOT::|shellEntry| BOOT::$ 10))) ; (BOOT::|tryCount| (MIN 5 (BOOT::SPADCALL #))) ; (BOOT::|i| 0) ; (BOOT::|lcm| ; (BOOT::SPADCALL BOOT::|m| (BOOT::|shellEntry| BOOT::$ 25))) ; (BOOT::|umv| NIL) ; (BOOT::|vval| NIL)) ; (BOOT::SEQ (LOOP (COND (# #) (T #))) ; (BOOT::LETT BOOT::|extField| ; (BOOT::|FiniteFieldExtension| ; (BOOT::|shellEntry| BOOT::$ 6) BOOT::|n|) ; BOOT::|TWOFACT;twoFactor;SupIF;7|) ; (BOOT::LETT BOOT::|SUEx| ; (BOOT::|SparseUnivariatePolynomial| ; BOOT::|extField|) ; BOOT::|TWOFACT;twoFactor;SupIF;7|) ; (BOOT::LETT BOOT::TP ; (BOOT::|SparseUnivariatePolynomial| BOOT::|SUEx|) ; BOOT::|TWOFACT;twoFactor;SupIF;7|) ; (BOOT::LETT BOOT::|mm| ; (BOOT::SPADCALL ; (BOOT::|compiledLookupCheck| 'BOOT::|Zero| '# ; BOOT::TP)) ; BOOT::|TWOFACT;twoFactor;SupIF;7|) ; (BOOT::LETT BOOT::|m1| BOOT::|m| ; BOOT::|TWOFACT;twoFactor;SupIF;7|) ; (LOOP (COND (# #) (T #))) ; (BOOT::LETT BOOT::|lcmm| ; (BOOT::SPADCALL BOOT::|mm| ; (BOOT::|compiledLookupCheck| ; 'BOOT::|leadingCoefficient| # ; BOOT::TP)) ; BOOT::|TWOFACT;twoFactor;SupIF;7|) ; (BOOT::LETT BOOT::|val| NIL BOOT::|TWOFACT;twoFactor;SupIF;7|) ; (BOOT::LETT BOOT::|umex| NIL BOOT::|TWOFACT;twoFactor;SupIF;7|) ; (COND ((NOT BOOT::|look|) (PROGN # #))) ...)) ; ; caught STYLE-WARNING: ; The variable |dm| is defined but never used. ; compiling (DEFUN |TWOFACT;twoFactor;SupIF;7!1| ...) ; compiling (DEFUN |TWOFACT;twoFactor;SupIF;7!0| ...) ; compiling (DEFUN |TwoFactorize| ...) ; compiling (DEFUN |TwoFactorize;| ...) ; compiling (MAKEPROP (QUOTE |TwoFactorize|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 1 note ; /tmp/oa-0N0W11/code.fasl written ; compilation finished in 0:00:00.164 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/FFSLPE.fasl --optimize=3 FFSLPE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FFSLPE.spad using Spad compiler. FFSLPE abbreviates package FiniteFieldSolveLinearPolynomialEquation debug: compDefine1 lhs: (FiniteFieldSolveLinearPolynomialEquation F FP FPP) signature (pre-evaluate): ((CATEGORY package (SIGNATURE solveLinearPolynomialEquation ((Union (List FPP) failed) (List FPP) FPP))) (FiniteFieldCategory) (UnivariatePolynomialCategory F) (UnivariatePolynomialCategory FP)) debug: evaluateType form: (CATEGORY package (SIGNATURE solveLinearPolynomialEquation ((Union (List FPP) failed) (List FPP) FPP))) $param: (F FP FPP) debug: evaluateType form: (Union (List FPP) failed) $param: (F FP FPP) debug: evaluateType form: (List FPP) $param: (F FP FPP) Debug: evaluateType1 form: (List FPP) debug: evaluateType1 x: FPP m: (Type) debug: evaluateType form: failed $param: (F FP FPP) debug: evaluateType form: (List FPP) $param: (F FP FPP) Debug: evaluateType1 form: (List FPP) debug: evaluateType1 x: FPP m: (Type) debug: evaluateType form: FPP $param: (F FP FPP) debug: evaluateType form: (FiniteFieldCategory) $param: (F FP FPP) Debug: evaluateType1 form: (FiniteFieldCategory) debug: evaluateType form: (UnivariatePolynomialCategory F) $param: (F FP FPP) Debug: evaluateType1 form: (UnivariatePolynomialCategory F) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (UnivariatePolynomialCategory FP) $param: (F FP FPP) Debug: evaluateType1 form: (UnivariatePolynomialCategory FP) debug: evaluateType1 x: FP m: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE solveLinearPolynomialEquation ((Union (List FPP) failed) (List FPP) FPP))) (FiniteFieldCategory) (UnivariatePolynomialCategory F) (UnivariatePolynomialCategory FP)) debug: compDefine1 lhs: (FiniteFieldSolveLinearPolynomialEquation F FP FPP) signature (pre-evaluate): ((CATEGORY package (SIGNATURE solveLinearPolynomialEquation ((Union (List FPP) failed) (List FPP) FPP))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE solveLinearPolynomialEquation ((Union (List FPP) failed) (List FPP) FPP))) $param: (F FP FPP) debug: evaluateType form: (Union (List FPP) failed) $param: (F FP FPP) debug: evaluateType form: (List FPP) $param: (F FP FPP) Debug: evaluateType1 form: (List FPP) debug: evaluateType1 x: FPP m: (Type) debug: evaluateType form: failed $param: (F FP FPP) debug: evaluateType form: (List FPP) $param: (F FP FPP) Debug: evaluateType1 form: (List FPP) debug: evaluateType1 x: FPP m: (Type) debug: evaluateType form: FPP $param: (F FP FPP) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE solveLinearPolynomialEquation ((Union (List FPP) failed) (List FPP) FPP))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FiniteFieldSolveLinearPolynomialEquation compiling into /tmp/oa-1jAVq4 importing DistinctDegreeFactorize(F,FP) compiling exported solveLinearPolynomialEquation : (List FPP,FPP) -> Union(List FPP,failed) Time: 0.16 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] solveLinearPolynomialEquation: slpePrime has no value [2] solveLinearPolynomialEquation: oldtable has no value Cumulative Statistics for Constructor FiniteFieldSolveLinearPolynomialEquation Time: 0.17 seconds finalizing NRLIB FFSLPE Processing FiniteFieldSolveLinearPolynomialEquation for Browser database: -- solveLinearPolynomialEquation : (List FPP,FPP) -> Union(List FPP,"failed") -- constructor ; compiling file "/tmp/oa-1jAVq4/code.lsp" (written 01 FEB 2016 10:56:21 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FFSLPE;solveLinearPolynomialEquation;LFPPU;1| ...) ; compiling (DEFUN |FiniteFieldSolveLinearPolynomialEquation| ...) ; compiling (DEFUN |FiniteFieldSolveLinearPolynomialEquation;| ...) ; compiling (MAKEPROP (QUOTE |FiniteFieldSolveLinearPolynomialEquation|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-1jAVq4/code.fasl written ; compilation finished in 0:00:00.031 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/PRS.fasl --optimize=3 PRS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PRS.spad using Spad compiler. PRS abbreviates package PseudoRemainderSequence debug: compDefine1 lhs: (PseudoRemainderSequence R polR) signature (pre-evaluate): ((CATEGORY package (SIGNATURE resultant (R polR polR)) (SIGNATURE resultantEuclidean ((Record (: coef1 polR) (: coef2 polR) (: resultant R)) polR polR)) (SIGNATURE semiResultantEuclidean2 ((Record (: coef2 polR) (: resultant R)) polR polR)) (SIGNATURE semiResultantEuclidean1 ((Record (: coef1 polR) (: resultant R)) polR polR)) (SIGNATURE indiceSubResultant (polR polR polR (NonNegativeInteger))) (SIGNATURE indiceSubResultantEuclidean ((Record (: coef1 polR) (: coef2 polR) (: subResultant polR)) polR polR (NonNegativeInteger))) (SIGNATURE semiIndiceSubResultantEuclidean ((Record (: coef2 polR) (: subResultant polR)) polR polR (NonNegativeInteger))) (SIGNATURE degreeSubResultant (polR polR polR (NonNegativeInteger))) (SIGNATURE degreeSubResultantEuclidean ((Record (: coef1 polR) (: coef2 polR) (: subResultant polR)) polR polR (NonNegativeInteger))) (SIGNATURE semiDegreeSubResultantEuclidean ((Record (: coef2 polR) (: subResultant polR)) polR polR (NonNegativeInteger))) (SIGNATURE lastSubResultant (polR polR polR)) (SIGNATURE lastSubResultantEuclidean ((Record (: coef1 polR) (: coef2 polR) (: subResultant polR)) polR polR)) (SIGNATURE semiLastSubResultantEuclidean ((Record (: coef2 polR) (: subResultant polR)) polR polR)) (SIGNATURE subResultantGcd (polR polR polR)) (SIGNATURE subResultantGcdEuclidean ((Record (: coef1 polR) (: coef2 polR) (: gcd polR)) polR polR)) (SIGNATURE semiSubResultantGcdEuclidean2 ((Record (: coef2 polR) (: gcd polR)) polR polR)) (SIGNATURE semiSubResultantGcdEuclidean1 ((Record (: coef1 polR) (: gcd polR)) polR polR)) (SIGNATURE discriminant (R polR)) (SIGNATURE discriminantEuclidean ((Record (: coef1 polR) (: coef2 polR) (: discriminant R)) polR)) (SIGNATURE semiDiscriminantEuclidean ((Record (: coef2 polR) (: discriminant R)) polR)) (SIGNATURE chainSubResultants ((List polR) polR polR)) (SIGNATURE schema ((List (NonNegativeInteger)) polR polR)) (IF (has R (GcdDomain)) (PROGN (SIGNATURE resultantReduit (R polR polR)) (SIGNATURE resultantReduitEuclidean ((Record (: coef1 polR) (: coef2 polR) (: resultantReduit R)) polR polR)) (SIGNATURE semiResultantReduitEuclidean ((Record (: coef2 polR) (: resultantReduit R)) polR polR)) (SIGNATURE gcd (polR polR polR))) %noBranch) (SIGNATURE * ((Vector polR) R (Vector polR))) (SIGNATURE exquo ((Vector polR) (Vector polR) R)) (SIGNATURE pseudoDivide ((Record (: coef R) (: quotient polR) (: remainder polR)) polR polR)) (SIGNATURE divide ((Record (: quotient polR) (: remainder polR)) polR polR)) (SIGNATURE Lazard (R R R (NonNegativeInteger))) (SIGNATURE Lazard2 (polR polR R R (NonNegativeInteger))) (SIGNATURE nextsousResultant2 (polR polR polR polR R)) (SIGNATURE resultantnaif (R polR polR)) (SIGNATURE resultantEuclideannaif ((Record (: coef1 polR) (: coef2 polR) (: resultant R)) polR polR)) (SIGNATURE semiResultantEuclideannaif ((Record (: coef2 polR) (: resultant R)) polR polR))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE resultant (R polR polR)) (SIGNATURE resultantEuclidean ((Record (: coef1 polR) (: coef2 polR) (: resultant R)) polR polR)) (SIGNATURE semiResultantEuclidean2 ((Record (: coef2 polR) (: resultant R)) polR polR)) (SIGNATURE semiResultantEuclidean1 ((Record (: coef1 polR) (: resultant R)) polR polR)) (SIGNATURE indiceSubResultant (polR polR polR (NonNegativeInteger))) (SIGNATURE indiceSubResultantEuclidean ((Record (: coef1 polR) (: coef2 polR) (: subResultant polR)) polR polR (NonNegativeInteger))) (SIGNATURE semiIndiceSubResultantEuclidean ((Record (: coef2 polR) (: subResultant polR)) polR polR (NonNegativeInteger))) (SIGNATURE degreeSubResultant (polR polR polR (NonNegativeInteger))) (SIGNATURE degreeSubResultantEuclidean ((Record (: coef1 polR) (: coef2 polR) (: subResultant polR)) polR polR (NonNegativeInteger))) (SIGNATURE semiDegreeSubResultantEuclidean ((Record (: coef2 polR) (: subResultant polR)) polR polR (NonNegativeInteger))) (SIGNATURE lastSubResultant (polR polR polR)) (SIGNATURE lastSubResultantEuclidean ((Record (: coef1 polR) (: coef2 polR) (: subResultant polR)) polR polR)) (SIGNATURE semiLastSubResultantEuclidean ((Record (: coef2 polR) (: subResultant polR)) polR polR)) (SIGNATURE subResultantGcd (polR polR polR)) (SIGNATURE subResultantGcdEuclidean ((Record (: coef1 polR) (: coef2 polR) (: gcd polR)) polR polR)) (SIGNATURE semiSubResultantGcdEuclidean2 ((Record (: coef2 polR) (: gcd polR)) polR polR)) (SIGNATURE semiSubResultantGcdEuclidean1 ((Record (: coef1 polR) (: gcd polR)) polR polR)) (SIGNATURE discriminant (R polR)) (SIGNATURE discriminantEuclidean ((Record (: coef1 polR) (: coef2 polR) (: discriminant R)) polR)) (SIGNATURE semiDiscriminantEuclidean ((Record (: coef2 polR) (: discriminant R)) polR)) (SIGNATURE chainSubResultants ((List polR) polR polR)) (SIGNATURE schema ((List (NonNegativeInteger)) polR polR)) (IF (has R (GcdDomain)) (PROGN (SIGNATURE resultantReduit (R polR polR)) (SIGNATURE resultantReduitEuclidean ((Record (: coef1 polR) (: coef2 polR) (: resultantReduit R)) polR polR)) (SIGNATURE semiResultantReduitEuclidean ((Record (: coef2 polR) (: resultantReduit R)) polR polR)) (SIGNATURE gcd (polR polR polR))) %noBranch) (SIGNATURE * ((Vector polR) R (Vector polR))) (SIGNATURE exquo ((Vector polR) (Vector polR) R)) (SIGNATURE pseudoDivide ((Record (: coef R) (: quotient polR) (: remainder polR)) polR polR)) (SIGNATURE divide ((Record (: quotient polR) (: remainder polR)) polR polR)) (SIGNATURE Lazard (R R R (NonNegativeInteger))) (SIGNATURE Lazard2 (polR polR R R (NonNegativeInteger))) (SIGNATURE nextsousResultant2 (polR polR polR polR R)) (SIGNATURE resultantnaif (R polR polR)) (SIGNATURE resultantEuclideannaif ((Record (: coef1 polR) (: coef2 polR) (: resultant R)) polR polR)) (SIGNATURE semiResultantEuclideannaif ((Record (: coef2 polR) (: resultant R)) polR polR))) $param: (R polR) debug: evaluateType form: R $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: (Record (: coef1 polR) (: coef2 polR) (: resultant R)) $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: R $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: (Record (: coef2 polR) (: resultant R)) $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: R $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: (Record (: coef1 polR) (: resultant R)) $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: R $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: (NonNegativeInteger) $param: (R polR) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Record (: coef1 polR) (: coef2 polR) (: subResultant polR)) $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: (NonNegativeInteger) $param: (R polR) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Record (: coef2 polR) (: subResultant polR)) $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: (NonNegativeInteger) $param: (R polR) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: (NonNegativeInteger) $param: (R polR) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Record (: coef1 polR) (: coef2 polR) (: subResultant polR)) $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: (NonNegativeInteger) $param: (R polR) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Record (: coef2 polR) (: subResultant polR)) $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: (NonNegativeInteger) $param: (R polR) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: (Record (: coef1 polR) (: coef2 polR) (: subResultant polR)) $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: (Record (: coef2 polR) (: subResultant polR)) $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: (Record (: coef1 polR) (: coef2 polR) (: gcd polR)) $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: (Record (: coef2 polR) (: gcd polR)) $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: (Record (: coef1 polR) (: gcd polR)) $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: R $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: (Record (: coef1 polR) (: coef2 polR) (: discriminant R)) $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: R $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: (Record (: coef2 polR) (: discriminant R)) $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: R $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: (List polR) $param: (R polR) Debug: evaluateType1 form: (List polR) debug: evaluateType1 x: polR m: (Type) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: (List (NonNegativeInteger)) $param: (R polR) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R polR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (R polR) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: (Vector polR) $param: (R polR) Debug: evaluateType1 form: (Vector polR) debug: evaluateType1 x: polR m: (Type) debug: evaluateType form: R $param: (R polR) debug: evaluateType form: (Vector polR) $param: (R polR) Debug: evaluateType1 form: (Vector polR) debug: evaluateType1 x: polR m: (Type) debug: evaluateType form: (Vector polR) $param: (R polR) Debug: evaluateType1 form: (Vector polR) debug: evaluateType1 x: polR m: (Type) debug: evaluateType form: (Vector polR) $param: (R polR) Debug: evaluateType1 form: (Vector polR) debug: evaluateType1 x: polR m: (Type) debug: evaluateType form: R $param: (R polR) debug: evaluateType form: (Record (: coef R) (: quotient polR) (: remainder polR)) $param: (R polR) debug: evaluateType form: R $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: (Record (: quotient polR) (: remainder polR)) $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: R $param: (R polR) debug: evaluateType form: R $param: (R polR) debug: evaluateType form: R $param: (R polR) debug: evaluateType form: (NonNegativeInteger) $param: (R polR) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: R $param: (R polR) debug: evaluateType form: R $param: (R polR) debug: evaluateType form: (NonNegativeInteger) $param: (R polR) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: R $param: (R polR) debug: evaluateType form: R $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: (Record (: coef1 polR) (: coef2 polR) (: resultant R)) $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: R $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: (Record (: coef2 polR) (: resultant R)) $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: R $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE resultant (R polR polR)) (SIGNATURE resultantEuclidean ((Record (: coef1 polR) (: coef2 polR) (: resultant R)) polR polR)) (SIGNATURE semiResultantEuclidean2 ((Record (: coef2 polR) (: resultant R)) polR polR)) (SIGNATURE semiResultantEuclidean1 ((Record (: coef1 polR) (: resultant R)) polR polR)) (SIGNATURE indiceSubResultant (polR polR polR (NonNegativeInteger))) (SIGNATURE indiceSubResultantEuclidean ((Record (: coef1 polR) (: coef2 polR) (: subResultant polR)) polR polR (NonNegativeInteger))) (SIGNATURE semiIndiceSubResultantEuclidean ((Record (: coef2 polR) (: subResultant polR)) polR polR (NonNegativeInteger))) (SIGNATURE degreeSubResultant (polR polR polR (NonNegativeInteger))) (SIGNATURE degreeSubResultantEuclidean ((Record (: coef1 polR) (: coef2 polR) (: subResultant polR)) polR polR (NonNegativeInteger))) (SIGNATURE semiDegreeSubResultantEuclidean ((Record (: coef2 polR) (: subResultant polR)) polR polR (NonNegativeInteger))) (SIGNATURE lastSubResultant (polR polR polR)) (SIGNATURE lastSubResultantEuclidean ((Record (: coef1 polR) (: coef2 polR) (: subResultant polR)) polR polR)) (SIGNATURE semiLastSubResultantEuclidean ((Record (: coef2 polR) (: subResultant polR)) polR polR)) (SIGNATURE subResultantGcd (polR polR polR)) (SIGNATURE subResultantGcdEuclidean ((Record (: coef1 polR) (: coef2 polR) (: gcd polR)) polR polR)) (SIGNATURE semiSubResultantGcdEuclidean2 ((Record (: coef2 polR) (: gcd polR)) polR polR)) (SIGNATURE semiSubResultantGcdEuclidean1 ((Record (: coef1 polR) (: gcd polR)) polR polR)) (SIGNATURE discriminant (R polR)) (SIGNATURE discriminantEuclidean ((Record (: coef1 polR) (: coef2 polR) (: discriminant R)) polR)) (SIGNATURE semiDiscriminantEuclidean ((Record (: coef2 polR) (: discriminant R)) polR)) (SIGNATURE chainSubResultants ((List polR) polR polR)) (SIGNATURE schema ((List (NonNegativeInteger)) polR polR)) (IF (has R (GcdDomain)) (PROGN (SIGNATURE resultantReduit (R polR polR)) (SIGNATURE resultantReduitEuclidean ((Record (: coef1 polR) (: coef2 polR) (: resultantReduit R)) polR polR)) (SIGNATURE semiResultantReduitEuclidean ((Record (: coef2 polR) (: resultantReduit R)) polR polR)) (SIGNATURE gcd (polR polR polR))) %noBranch) (SIGNATURE * ((Vector polR) R (Vector polR))) (SIGNATURE exquo ((Vector polR) (Vector polR) R)) (SIGNATURE pseudoDivide ((Record (: coef R) (: quotient polR) (: remainder polR)) polR polR)) (SIGNATURE divide ((Record (: quotient polR) (: remainder polR)) polR polR)) (SIGNATURE Lazard (R R R (NonNegativeInteger))) (SIGNATURE Lazard2 (polR polR R R (NonNegativeInteger))) (SIGNATURE nextsousResultant2 (polR polR polR polR R)) (SIGNATURE resultantnaif (R polR polR)) (SIGNATURE resultantEuclideannaif ((Record (: coef1 polR) (: coef2 polR) (: resultant R)) polR polR)) (SIGNATURE semiResultantEuclideannaif ((Record (: coef2 polR) (: resultant R)) polR polR))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PseudoRemainderSequence compiling into /tmp/oa-e5GjVo compiling exported * : (R,Vector polR) -> Vector polR Time: 0.11 SEC. compiling exported exquo : (Vector polR,R) -> Vector polR Time: 0.01 SEC. compiling exported pseudoDivide : (polR,polR) -> Record(coef: R,quotient: polR,remainder: polR) Time: 0.06 SEC. compiling exported divide : (polR,polR) -> Record(quotient: polR,remainder: polR) Time: 0.03 SEC. compiling exported resultantnaif : (polR,polR) -> R Time: 0.01 SEC. compiling exported resultantEuclideannaif : (polR,polR) -> Record(coef1: polR,coef2: polR,resultant: R) Time: 0.03 SEC. compiling exported semiResultantEuclideannaif : (polR,polR) -> Record(coef2: polR,resultant: R) Time: 0.02 SEC. compiling exported Lazard : (R,R,NonNegativeInteger) -> R Time: 0.05 SEC. compiling exported Lazard2 : (polR,R,R,NonNegativeInteger) -> polR Time: 0.04 SEC. compiling local Lazard3 : (Vector polR,R,R,NonNegativeInteger) -> Vector polR Time: 0.03 SEC. compiling exported nextsousResultant2 : (polR,polR,polR,R) -> polR Time: 0.12 SEC. compiling local nextsousResultant3 : (Vector polR,Vector polR,R,R) -> Vector polR Time: 0.11 SEC. compiling local algonew : (polR,polR) -> R Time: 0.02 SEC. compiling exported resultant : (polR,polR) -> R Time: 0.01 SEC. compiling local subResultantEuclidean : (polR,polR) -> Record(coef1: polR,coef2: polR,resultant: R) Time: 0.01 SEC. compiling exported resultantEuclidean : (polR,polR) -> Record(coef1: polR,coef2: polR,resultant: R) Time: 0.05 SEC. compiling local semiSubResultantEuclidean : (polR,polR) -> Record(coef2: polR,resultant: R) Time: 0.01 SEC. compiling exported semiResultantEuclidean2 : (polR,polR) -> Record(coef2: polR,resultant: R) Time: 0.02 SEC. compiling exported semiResultantEuclidean1 : (polR,polR) -> Record(coef1: polR,resultant: R) Time: 0.00 SEC. compiling exported indiceSubResultant : (polR,polR,NonNegativeInteger) -> polR Time: 0.09 SEC. compiling exported indiceSubResultantEuclidean : (polR,polR,NonNegativeInteger) -> Record(coef1: polR,coef2: polR,subResultant: polR) Time: 0.21 SEC. compiling exported semiIndiceSubResultantEuclidean : (polR,polR,NonNegativeInteger) -> Record(coef2: polR,subResultant: polR) Time: 0.15 SEC. compiling exported degreeSubResultant : (polR,polR,NonNegativeInteger) -> polR Time: 0.13 SEC. compiling exported degreeSubResultantEuclidean : (polR,polR,NonNegativeInteger) -> Record(coef1: polR,coef2: polR,subResultant: polR) Time: 0.25 SEC. compiling exported semiDegreeSubResultantEuclidean : (polR,polR,NonNegativeInteger) -> Record(coef2: polR,subResultant: polR) Time: 0.08 SEC. compiling exported lastSubResultant : (polR,polR) -> polR Time: 0.06 SEC. compiling exported lastSubResultantEuclidean : (polR,polR) -> Record(coef1: polR,coef2: polR,subResultant: polR) Time: 0.15 SEC. compiling exported semiLastSubResultantEuclidean : (polR,polR) -> Record(coef2: polR,subResultant: polR) Time: 0.07 SEC. compiling exported chainSubResultants : (polR,polR) -> List polR Time: 0.10 SEC. compiling exported schema : (polR,polR) -> List NonNegativeInteger Time: 0.05 SEC. compiling exported subResultantGcd : (polR,polR) -> polR Time: 0.01 SEC. compiling exported subResultantGcdEuclidean : (polR,polR) -> Record(coef1: polR,coef2: polR,gcd: polR) Time: 0.02 SEC. compiling exported semiSubResultantGcdEuclidean2 : (polR,polR) -> Record(coef2: polR,gcd: polR) Time: 0.05 SEC. compiling exported semiSubResultantGcdEuclidean1 : (polR,polR) -> Record(coef1: polR,gcd: polR) Time: 0.00 SEC. compiling exported discriminant : polR -> R Time: 0.14 SEC. compiling exported discriminantEuclidean : polR -> Record(coef1: polR,coef2: polR,discriminant: R) Time: 0.60 SEC. compiling exported semiDiscriminantEuclidean : polR -> Record(coef2: polR,discriminant: R) Time: 0.20 SEC. compiling exported resultantReduit : (polR,polR) -> R Time: 0.03 SEC. compiling exported resultantReduitEuclidean : (polR,polR) -> Record(coef1: polR,coef2: polR,resultantReduit: R) Time: 0.08 SEC. compiling exported semiResultantReduitEuclidean : (polR,polR) -> Record(coef2: polR,resultantReduit: R) Time: 0.04 SEC. compiling local gcdnaif : (polR,polR) -> polR Time: 0.05 SEC. compiling exported gcd : (polR,polR) -> polR Time: 0.05 SEC. (time taken in buildFunctor: 0) Time: 0.09 SEC. Warnings: [1] resultantnaif: a has no value [2] resultantEuclideannaif: a has no value [3] semiResultantEuclideannaif: a has no value [4] chainSubResultants: L has no value [5] schema: L has no value Cumulative Statistics for Constructor PseudoRemainderSequence Time: 3.41 seconds finalizing NRLIB PRS Processing PseudoRemainderSequence for Browser database: -- resultant : (polR,polR) -> R -- resultantEuclidean : (polR,polR) -> Record(coef1: polR,coef2: polR,resultant: R) -- semiResultantEuclidean2 : (polR,polR) -> Record(coef2: polR,resultant: R) -- semiResultantEuclidean1 : (polR,polR) -> Record(coef1: polR,resultant: R) -- indiceSubResultant : (polR,polR,NNI) -> polR -- indiceSubResultantEuclidean : (polR,polR,NNI) -> Record(coef1: polR,coef2: polR,subResultant: polR) -- semiIndiceSubResultantEuclidean : (polR,polR,NNI) -> Record(coef2: polR,subResultant: polR) -- degreeSubResultant : (polR,polR,NNI) -> polR -- degreeSubResultantEuclidean : (polR,polR,NNI) -> Record(coef1: polR,coef2: polR,subResultant: polR) -- semiDegreeSubResultantEuclidean : (polR,polR,NNI) -> Record(coef2: polR,subResultant: polR) -- lastSubResultant : (polR,polR) -> polR -- lastSubResultantEuclidean : (polR,polR) -> Record(coef1: polR,coef2: polR,subResultant: polR) -- semiLastSubResultantEuclidean : (polR,polR) -> Record(coef2: polR,subResultant: polR) -- subResultantGcd : (polR,polR) -> polR -- subResultantGcdEuclidean : (polR,polR) -> Record(coef1: polR,coef2: polR,gcd: polR) -- semiSubResultantGcdEuclidean2 : (polR,polR) -> Record(coef2: polR,gcd: polR) -- semiSubResultantGcdEuclidean1 : (polR,polR) -> Record(coef1: polR,gcd: polR) -- discriminant : polR -> R -- discriminantEuclidean : polR -> Record(coef1: polR,coef2: polR,discriminant: R) -- semiDiscriminantEuclidean : polR -> Record(coef2: polR,discriminant: R) -- chainSubResultants : (polR,polR) -> List polR -- schema : (polR,polR) -> List NNI -- resultantReduit : (polR,polR) -> R -- resultantReduitEuclidean : (polR,polR) -> Record(coef1: polR,coef2: polR,resultantReduit: R) -- semiResultantReduitEuclidean : (polR,polR) -> Record(coef2: polR,resultantReduit: R) -- gcd : (polR,polR) -> polR -- ?*? : (R,Vector polR) -> Vector polR -- exquo : (Vector polR,R) -> Vector polR -- pseudoDivide : (polR,polR) -> Record(coef: R,quotient: polR,remainder: polR) -- divide : (polR,polR) -> Record(quotient: polR,remainder: polR) -- Lazard : (R,R,NNI) -> R -- Lazard2 : (polR,R,R,NNI) -> polR -- nextsousResultant2 : (polR,polR,polR,R) -> polR -- resultantnaif : (polR,polR) -> R -- resultantEuclideannaif : (polR,polR) -> Record(coef1: polR,coef2: polR,resultant: R) -- semiResultantEuclideannaif : (polR,polR) -> Record(coef2: polR,resultant: R) -- constructor ; compiling file "/tmp/oa-e5GjVo/code.lsp" (written 01 FEB 2016 10:56:25 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PRS;*;R2V;1| ...) ; file: /tmp/oa-e5GjVo/code.lsp ; in: DEFUN |PRS;*;R2V;1| ; (DEFUN BOOT::|PRS;*;R2V;1| (BOOT::|r| BOOT::|v| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 14)) ; BOOT::|v| (BOOT::|shellEntry| BOOT::$ 16))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRS;*;R2V;1| ; (BOOT::|r| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|PRS;*;R2V;1| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 14)) BOOT::|v| ; (BOOT::|shellEntry| BOOT::$ 16)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |PRS;exquo;VRV;2| ...) ; file: /tmp/oa-e5GjVo/code.lsp ; in: DEFUN |PRS;exquo;VRV;2| ; (DEFUN BOOT::|PRS;exquo;VRV;2| (BOOT::|v| BOOT::|r| BOOT::$) ; (BOOT::SPADCALL ; (CONS #'BOOT::|PRS;exquo;VRV;2!0| ; (VECTOR (BOOT::|shellEntry| BOOT::$ 7) BOOT::$ BOOT::|r|)) ; BOOT::|v| (BOOT::|shellEntry| BOOT::$ 21))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRS;exquo;VRV;2| ; (BOOT::|v| BOOT::|r| BOOT::$) ; (BLOCK BOOT::|PRS;exquo;VRV;2| ; (BOOT::SPADCALL ; (CONS #'BOOT::|PRS;exquo;VRV;2!0| (VECTOR # BOOT::$ BOOT::|r|)) ; BOOT::|v| (BOOT::|shellEntry| BOOT::$ 21)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |PRS;exquo;VRV;2!0| ...) ; compiling (DEFUN |PRS;pseudoDivide;2polRR;3| ...) ; file: /tmp/oa-e5GjVo/code.lsp ; in: DEFUN |PRS;pseudoDivide;2polRR;3| ; (DEFUN BOOT::|PRS;pseudoDivide;2polRR;3| (BOOT::P BOOT::Q BOOT::$) ; (PROG (BOOT::|mon| BOOT::|delta| BOOT::|quot| BOOT::|co| BOOT::|i| ; BOOT::|degQ| BOOT::|degP|) ; (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRS;pseudoDivide;2polRR;3| ; (BOOT::P BOOT::Q BOOT::$) ; (BLOCK BOOT::|PRS;pseudoDivide;2polRR;3| ; (PROG (BOOT::|mon| BOOT::|delta| BOOT::|quot| BOOT::|co| BOOT::|i| ; BOOT::|degQ| BOOT::|degP|) ; (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |PRS;divide;2polRR;4| ...) ; compiling (DEFUN |PRS;resultantnaif;2polRR;5| ...) ; compiling (DEFUN |PRS;resultantEuclideannaif;2polRR;6| ...) ; compiling (DEFUN |PRS;semiResultantEuclideannaif;2polRR;7| ...) ; compiling (DEFUN |PRS;Lazard;2RNniR;8| ...) ; file: /tmp/oa-e5GjVo/code.lsp ; in: DEFUN |PRS;Lazard;2RNniR;8| ; (DEFUN BOOT::|PRS;Lazard;2RNniR;8| (BOOT::|x| BOOT::|y| BOOT::|n| BOOT::$) ; (PROG (BOOT::|c| BOOT::|b|) (RETURN (COND (# #) (# BOOT::|x|) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRS;Lazard;2RNniR;8| ; (BOOT::|x| BOOT::|y| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|PRS;Lazard;2RNniR;8| ; (PROG (BOOT::|c| BOOT::|b|) (RETURN (COND # # #))))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; UNSIGNED-BYTE ; ; compiling (DEFUN |PRS;Lazard2;polR2RNnipolR;9| ...) ; compiling (DEFUN |PRS;Lazard3| ...) ; file: /tmp/oa-e5GjVo/code.lsp ; in: DEFUN |PRS;Lazard3| ; (DEFUN BOOT::|PRS;Lazard3| (BOOT::V BOOT::|x| BOOT::|y| BOOT::|n| BOOT::$) ; (COND ((ZEROP BOOT::|n|) (BOOT::|error| "Lazard2$prs : n = 0")) ; ((EQL BOOT::|n| 1) BOOT::V) ; (T (PROGN (SETQ #) (RETURN-FROM BOOT::|PRS;Lazard3| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRS;Lazard3| ; (BOOT::V BOOT::|x| BOOT::|y| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|PRS;Lazard3| ; (COND ((ZEROP BOOT::|n|) (BOOT::|error| "Lazard2$prs : n = 0")) ; ((EQL BOOT::|n| 1) BOOT::V) (T (PROGN # #))))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |PRS;nextsousResultant2;3polRRpolR;11| ...) ; compiling (DEFUN |PRS;nextsousResultant3| ...) ; file: /tmp/oa-e5GjVo/code.lsp ; in: DEFUN |PRS;nextsousResultant3| ; (DEFUN BOOT::|PRS;nextsousResultant3| ; (BOOT::VP BOOT::VQ BOOT::|s| BOOT::|ss| BOOT::$) ; (PROG (BOOT::|divid| BOOT::|delta| BOOT::|e| BOOT::Q BOOT::P BOOT::|c| ; BOOT::|lcP| BOOT::|rr| BOOT::|r|) ; (RETURN ; (BOOT::SEQ ; (LET # ; #) ; (LET # ; #) ; (BOOT::LETT BOOT::|e| # BOOT::|PRS;nextsousResultant3|) ; (BOOT::LETT BOOT::|delta| # BOOT::|PRS;nextsousResultant3|) (COND # #) ; (RETURN-FROM BOOT::|PRS;nextsousResultant3| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRS;nextsousResultant3| ; (BOOT::VP BOOT::VQ BOOT::|s| BOOT::|ss| BOOT::$) ; (BLOCK BOOT::|PRS;nextsousResultant3| ; (PROG (BOOT::|divid| BOOT::|delta| BOOT::|e| BOOT::Q BOOT::P BOOT::|c| ; BOOT::|lcP| BOOT::|rr| BOOT::|r|) ; (RETURN (BOOT::SEQ # # # # # #))))) ; ; note: Assignment to argument: VP ; prevents use of assertion from function type proclamation: ; VECTOR ; ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |PRS;algonew| ...) ; compiling (DEFUN |PRS;resultant;2polRR;14| ...) ; compiling (DEFUN |PRS;subResultantEuclidean| ...) ; compiling (DEFUN |PRS;resultantEuclidean;2polRR;16| ...) ; compiling (DEFUN |PRS;semiSubResultantEuclidean| ...) ; compiling (DEFUN |PRS;semiResultantEuclidean2;2polRR;18| ...) ; file: /tmp/oa-e5GjVo/code.lsp ; in: DEFUN |PRS;semiResultantEuclidean2;2polRR;18| ; (DEFUN BOOT::|PRS;semiResultantEuclidean2;2polRR;18| ; (BOOT::P BOOT::Q BOOT::$) ; (PROG (BOOT::|s| BOOT::|degP|) (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRS;semiResultantEuclidean2;2polRR;18| ; (BOOT::P BOOT::Q BOOT::$) ; (BLOCK BOOT::|PRS;semiResultantEuclidean2;2polRR;18| ; (PROG (BOOT::|s| BOOT::|degP|) (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |PRS;semiResultantEuclidean1;2polRR;19| ...) ; compiling (DEFUN |PRS;indiceSubResultant;2polRNnipolR;20| ...) ; compiling (DEFUN |PRS;indiceSubResultantEuclidean;2polRNniR;21| ...) ; compiling (DEFUN |PRS;semiIndiceSubResultantEuclidean;2polRNniR;22| ...) ; file: /tmp/oa-e5GjVo/code.lsp ; in: DEFUN |PRS;semiIndiceSubResultantEuclidean;2polRNniR;22| ; (DEFUN BOOT::|PRS;semiIndiceSubResultantEuclidean;2polRNniR;22| ; (BOOT::P BOOT::Q BOOT::|i| BOOT::$) ; (PROG (BOOT::|ss| BOOT::VZ BOOT::VQ BOOT::|pdiv| BOOT::VP BOOT::|s| ; BOOT::|delta| BOOT::|degQ| BOOT::|degP|) ; (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRS;semiIndiceSubResultantEuclidean;2polRNniR;22| ; (BOOT::P BOOT::Q BOOT::|i| BOOT::$) ; (BLOCK BOOT::|PRS;semiIndiceSubResultantEuclidean;2polRNniR;22| ; (PROG (BOOT::|ss| BOOT::VZ BOOT::VQ BOOT::|pdiv| BOOT::VP BOOT::|s| ; BOOT::|delta| BOOT::|degQ| BOOT::|degP|) ; (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |PRS;degreeSubResultant;2polRNnipolR;23| ...) ; compiling (DEFUN |PRS;degreeSubResultantEuclidean;2polRNniR;24| ...) ; compiling (DEFUN |PRS;semiDegreeSubResultantEuclidean;2polRNniR;25| ...) ; file: /tmp/oa-e5GjVo/code.lsp ; in: DEFUN |PRS;semiDegreeSubResultantEuclidean;2polRNniR;25| ; (DEFUN BOOT::|PRS;semiDegreeSubResultantEuclidean;2polRNniR;25| ; (BOOT::P BOOT::Q BOOT::|i| BOOT::$) ; (PROG (BOOT::|ss| BOOT::VQ BOOT::|pdiv| BOOT::VP BOOT::|s| BOOT::|delta|) ; (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRS;semiDegreeSubResultantEuclidean;2polRNniR;25| ; (BOOT::P BOOT::Q BOOT::|i| BOOT::$) ; (BLOCK BOOT::|PRS;semiDegreeSubResultantEuclidean;2polRNniR;25| ; (PROG (BOOT::|ss| BOOT::VQ BOOT::|pdiv| BOOT::VP BOOT::|s| ; BOOT::|delta|) ; (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |PRS;lastSubResultant;3polR;26| ...) ; compiling (DEFUN |PRS;lastSubResultantEuclidean;2polRR;27| ...) ; compiling (DEFUN |PRS;semiLastSubResultantEuclidean;2polRR;28| ...) ; file: /tmp/oa-e5GjVo/code.lsp ; in: DEFUN |PRS;semiLastSubResultantEuclidean;2polRR;28| ; (DEFUN BOOT::|PRS;semiLastSubResultantEuclidean;2polRR;28| ; (BOOT::P BOOT::Q BOOT::$) ; (PROG (BOOT::|ss| BOOT::VZ BOOT::VQ BOOT::|pdiv| BOOT::VP BOOT::|s| ; BOOT::|degP| BOOT::Z) ; (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRS;semiLastSubResultantEuclidean;2polRR;28| ; (BOOT::P BOOT::Q BOOT::$) ; (BLOCK BOOT::|PRS;semiLastSubResultantEuclidean;2polRR;28| ; (PROG (BOOT::|ss| BOOT::VZ BOOT::VQ BOOT::|pdiv| BOOT::VP BOOT::|s| ; BOOT::|degP| BOOT::Z) ; (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |PRS;chainSubResultants;2polRL;29| ...) ; compiling (DEFUN |PRS;schema;2polRL;30| ...) ; compiling (DEFUN |PRS;subResultantGcd;3polR;31| ...) ; compiling (DEFUN |PRS;subResultantGcdEuclidean;2polRR;32| ...) ; compiling (DEFUN |PRS;semiSubResultantGcdEuclidean2;2polRR;33| ...) ; file: /tmp/oa-e5GjVo/code.lsp ; in: DEFUN |PRS;semiSubResultantGcdEuclidean2;2polRR;33| ; (DEFUN BOOT::|PRS;semiSubResultantGcdEuclidean2;2polRR;33| ; (BOOT::P BOOT::Q BOOT::$) ; (PROG (BOOT::|ss| BOOT::|e|) ; (RETURN (COND (# #) (# #) (# #) (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRS;semiSubResultantGcdEuclidean2;2polRR;33| ; (BOOT::P BOOT::Q BOOT::$) ; (BLOCK BOOT::|PRS;semiSubResultantGcdEuclidean2;2polRR;33| ; (PROG (BOOT::|ss| BOOT::|e|) (RETURN (COND # # # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |PRS;semiSubResultantGcdEuclidean1;2polRR;34| ...) ; compiling (DEFUN |PRS;discriminant;polRR;35| ...) ; compiling (DEFUN |PRS;discriminantEuclidean;polRR;36| ...) ; file: /tmp/oa-e5GjVo/code.lsp ; in: DEFUN |PRS;discriminantEuclidean;polRR;36| ; (DEFUN BOOT::|PRS;discriminantEuclidean;polRR;36| (BOOT::P BOOT::$) ; (PROG (BOOT::|rE| BOOT::|dP| BOOT::|a|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRS;discriminantEuclidean;polRR;36| ; (BOOT::P BOOT::$) ; (BLOCK BOOT::|PRS;discriminantEuclidean;polRR;36| ; (PROG (BOOT::|rE| BOOT::|dP| BOOT::|a|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |PRS;semiDiscriminantEuclidean;polRR;37| ...) ; file: /tmp/oa-e5GjVo/code.lsp ; in: DEFUN |PRS;semiDiscriminantEuclidean;polRR;37| ; (DEFUN BOOT::|PRS;semiDiscriminantEuclidean;polRR;37| (BOOT::P BOOT::$) ; (PROG (BOOT::|rE| BOOT::|dP| BOOT::|a|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRS;semiDiscriminantEuclidean;polRR;37| ; (BOOT::P BOOT::$) ; (BLOCK BOOT::|PRS;semiDiscriminantEuclidean;polRR;37| ; (PROG (BOOT::|rE| BOOT::|dP| BOOT::|a|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |PRS;resultantReduit;2polRR;38| ...) ; compiling (DEFUN |PRS;resultantReduitEuclidean;2polRR;39| ...) ; compiling (DEFUN |PRS;semiResultantReduitEuclidean;2polRR;40| ...) ; compiling (DEFUN |PRS;gcdnaif| ...) ; compiling (DEFUN |PRS;gcd;3polR;42| ...) ; compiling (DEFUN |PseudoRemainderSequence| ...) ; compiling (DEFUN |PseudoRemainderSequence;| ...) ; compiling (MAKEPROP (QUOTE |PseudoRemainderSequence|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 14 notes ; /tmp/oa-e5GjVo/code.fasl written ; compilation finished in 0:00:00.758 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/SUP.fasl --optimize=3 SUP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SUP.spad using Spad compiler. SUP abbreviates domain SparseUnivariatePolynomial debug: compDefine1 lhs: (SparseUnivariatePolynomial R) signature (pre-evaluate): ((Join (UnivariatePolynomialCategory R) (CATEGORY domain (SIGNATURE outputForm ((OutputForm) $ (OutputForm))) (SIGNATURE fmecg ($ $ (NonNegativeInteger) R $)))) (Ring)) debug: evaluateType form: (Join (UnivariatePolynomialCategory R) (CATEGORY domain (SIGNATURE outputForm ((OutputForm) $ (OutputForm))) (SIGNATURE fmecg ($ $ (NonNegativeInteger) R $)))) $param: (R) debug: evaluateType form: (UnivariatePolynomialCategory R) $param: (R) Debug: evaluateType1 form: (UnivariatePolynomialCategory R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (CATEGORY domain (SIGNATURE outputForm ((OutputForm) $ (OutputForm))) (SIGNATURE fmecg ($ $ (NonNegativeInteger) R $))) $param: (R) debug: evaluateType form: (OutputForm) $param: (R) Debug: evaluateType1 form: (OutputForm) debug: evaluateType form: (OutputForm) $param: (R) Debug: evaluateType1 form: (OutputForm) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((Join (UnivariatePolynomialCategory R) (CATEGORY domain (SIGNATURE outputForm ((OutputForm) $ (OutputForm))) (SIGNATURE fmecg ($ $ (NonNegativeInteger) R $)))) (Ring)) debug: compDefine1 lhs: (SparseUnivariatePolynomial R) signature (pre-evaluate): ((Join (UnivariatePolynomialCategory R) (CATEGORY domain (SIGNATURE outputForm ((OutputForm) $ (OutputForm))) (SIGNATURE fmecg ($ $ (NonNegativeInteger) R $)))) NIL) debug: evaluateType form: (Join (UnivariatePolynomialCategory R) (CATEGORY domain (SIGNATURE outputForm ((OutputForm) $ (OutputForm))) (SIGNATURE fmecg ($ $ (NonNegativeInteger) R $)))) $param: (R) debug: evaluateType form: (UnivariatePolynomialCategory R) $param: (R) Debug: evaluateType1 form: (UnivariatePolynomialCategory R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (CATEGORY domain (SIGNATURE outputForm ((OutputForm) $ (OutputForm))) (SIGNATURE fmecg ($ $ (NonNegativeInteger) R $))) $param: (R) debug: evaluateType form: (OutputForm) $param: (R) Debug: evaluateType1 form: (OutputForm) debug: evaluateType form: (OutputForm) $param: (R) Debug: evaluateType1 form: (OutputForm) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: R $param: (R) debug: compDefine1 signature (post evaluate): ((Join (UnivariatePolynomialCategory R) (CATEGORY domain (SIGNATURE outputForm ((OutputForm) $ (OutputForm))) (SIGNATURE fmecg ($ $ (NonNegativeInteger) R $)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for SparseUnivariatePolynomial compiling into /tmp/oa-GLTome compiling exported ** : (%,PositiveInteger) -> % Time: 0.16 SEC. compiling exported ** : (%,NonNegativeInteger) -> % Time: 0.34 SEC. compiling exported zero? : % -> Boolean SUP;zero?;$B;3 is replaced by %lempty? Time: 0.00 SEC. compiling exported one? : % -> Boolean Time: 0.04 SEC. compiling exported ground? : % -> Boolean SUP;ground?;$B;5 p is replaced by %when( %true, %ieq(%head SPADfirst p,0),%otherwise %false) Time: 0.01 SEC. compiling exported multiplyExponents : (%,NonNegativeInteger) -> % Time: 0.03 SEC. compiling exported divideExponents : (%,NonNegativeInteger) -> Union(%,failed) Time: 0.04 SEC. compiling exported karatsubaDivide : (%,NonNegativeInteger) -> Record(quotient: %,remainder: %) Time: 0.06 SEC. compiling exported shiftRight : (%,NonNegativeInteger) -> % Time: 0.03 SEC. compiling exported shiftLeft : (%,NonNegativeInteger) -> % Time: 0.03 SEC. compiling exported pomopo! : (%,R,NonNegativeInteger,%) -> % Time: 0.23 SEC. compiling exported univariate : % -> SparseUnivariatePolynomial R SUP;univariate;$Sup;12 p is replaced by p Time: 0.02 SEC. compiling exported multivariate : (SparseUnivariatePolynomial R,SingletonAsOrderedSet) -> % SUP;multivariate;SupSaos$;13(sup,v) is replaced by sup Time: 0.02 SEC. compiling exported univariate : (%,SingletonAsOrderedSet) -> SparseUnivariatePolynomial % Time: 0.02 SEC. compiling exported multivariate : (SparseUnivariatePolynomial %,SingletonAsOrderedSet) -> % Time: 0.04 SEC. compiling exported squareFreePolynomial : SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial % Time: 0.04 SEC. compiling exported factorPolynomial : SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial % Time: 0.10 SEC. compiling exported factorSquareFreePolynomial : SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial % Time: 0.09 SEC. compiling exported gcdPolynomial : (SparseUnivariatePolynomial %,SparseUnivariatePolynomial %) -> SparseUnivariatePolynomial % Time: 0.01 SEC. compiling exported factor : % -> Factored % Time: 0.02 SEC. compiling exported solveLinearPolynomialEquation : (List SparseUnivariatePolynomial %,SparseUnivariatePolynomial %) -> Union(List SparseUnivariatePolynomial %,failed) Time: 0.00 SEC. importing PolynomialFactorizationByRecursionUnivariate(R,$) compiling exported solveLinearPolynomialEquation : (List SparseUnivariatePolynomial %,SparseUnivariatePolynomial %) -> Union(List SparseUnivariatePolynomial %,failed) Time: 0.01 SEC. compiling exported factorPolynomial : SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial % Time: 0.02 SEC. compiling exported factorSquareFreePolynomial : SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial % Time: 0.02 SEC. compiling exported exquo : (%,%) -> Union(%,failed) Time: 0.11 SEC. compiling exported exquo : (%,%) -> Union(%,failed) Time: 0.09 SEC. compiling exported fmecg : (%,NonNegativeInteger,R,%) -> % Time: 0.41 SEC. compiling exported pseudoRemainder : (%,%) -> % Time: 0.08 SEC. compiling local toutput : (Term,OutputForm) -> OutputForm Time: 0.03 SEC. compiling exported outputForm : (%,OutputForm) -> OutputForm Time: 0.02 SEC. compiling exported coerce : % -> OutputForm Time: 0.00 SEC. compiling exported elt : (%,R) -> R Time: 0.02 SEC. compiling exported elt : (%,%) -> % Time: 0.07 SEC. compiling exported monicDivide : (%,%) -> Record(quotient: %,remainder: %) Time: 0.08 SEC. compiling exported discriminant : % -> R Time: 0.02 SEC. compiling exported subResultantGcd : (%,%) -> % Time: 0.00 SEC. compiling exported resultant : (%,%) -> R Time: 0.00 SEC. compiling exported content : % -> R Time: 0.02 SEC. compiling exported primitivePart : % -> % Time: 0.02 SEC. compiling exported gcd : (%,%) -> % Time: 0.02 SEC. compiling exported divide : (%,%) -> Record(quotient: %,remainder: %) Time: 0.14 SEC. compiling exported / : (%,R) -> % Time: 0.06 SEC. (time taken in buildFunctor: 256) Time: 0.39 SEC. Warnings: [1] Rep differs from the base domain [2] **: pretend NonNegativeInteger -- should replace by @ [3] **: y has no value [4] univariate: pretend SparseUnivariatePolynomial R -- should replace by @ [5] multivariate: pretend $ -- should replace by @ [6] factorPolynomial: pretend SparseUnivariatePolynomial SparseUnivariatePolynomial R -- should replace by @ [7] factorSquareFreePolynomial: pretend SparseUnivariatePolynomial SparseUnivariatePolynomial R -- should replace by @ [8] pseudoRemainder: : Integer -- replace by pretend [9] pseudoRemainder: : NonNegativeInteger -- replace by pretend [10] elt: : NonNegativeInteger -- replace by pretend [11] gcd: pretend SparseUnivariatePolynomial R -- should replace by @ [12] gcd: pretend $ -- should replace by @ Cumulative Statistics for Constructor SparseUnivariatePolynomial Time: 2.96 seconds --------------non extending category---------------------- SparseUnivariatePolynomial #1 of category UnivariatePolynomialCategory #1 with outputForm : (%,OutputForm) -> OutputForm fmecg : (%,NonNegativeInteger,#1,%) -> % has no IF(has#1IntegralDomain(),IF(hasNonNegativeInteger() CancellationAbelianMonoid(),fmecg: (%,NonNegativeInteger,#1,%) -> %,%noBranch),%noBranch) ---------------------------------------------------------- finalizing NRLIB SUP Processing SparseUnivariatePolynomial for Browser database: -- outputForm : (%,OutputForm) -> OutputForm -- fmecg : (%,NonNegativeInteger,R,%) -> % -- constructor ; compiling file "/tmp/oa-GLTome/code.lsp" (written 01 FEB 2016 10:56:29 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SUP;zero?;$B;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SUP;ground?;$B;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SUP;univariate;$Sup;12|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SUP;multivariate;SupSaos$;13|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SUP;**;$Pi$;1| ...) ; file: /tmp/oa-GLTome/code.lsp ; in: DEFUN |SUP;**;$Pi$;1| ; (DEFUN BOOT::|SUP;**;$Pi$;1| (BOOT::|p| BOOT::|np| BOOT::$) ; (BOOT::SPADCALL BOOT::|p| BOOT::|np| (BOOT::|shellEntry| BOOT::$ 12))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;**;$Pi$;1| ; (BOOT::|p| BOOT::|np| BOOT::$) ; (BLOCK BOOT::|SUP;**;$Pi$;1| ; (BOOT::SPADCALL BOOT::|p| BOOT::|np| (BOOT::|shellEntry| BOOT::$ 12)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SUP;**;$Nni$;2| ...) ; file: /tmp/oa-GLTome/code.lsp ; in: DEFUN |SUP;**;$Nni$;2| ; (DEFUN BOOT::|SUP;**;$Nni$;2| (BOOT::|p| BOOT::|n| BOOT::$) ; (COND ((NULL BOOT::|p|) (BOOT::|spadConstant| BOOT::$ 18)) ; ((ZEROP BOOT::|n|) (BOOT::|spadConstant| BOOT::$ 20)) ; ((EQL BOOT::|n| 1) BOOT::|p|) ; ((NULL (CDR BOOT::|p|)) ; (LET (#) ; (COND # #))) ; ((< (BOOT::|spadConstant| BOOT::$ 31) 3) ; (BOOT::SPADCALL BOOT::|p| BOOT::|n| ; (BOOT::|shellEntry| BOOT::$ 34))) ; (T ; (LET* (# # # #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;**;$Nni$;2| ; (BOOT::|p| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|SUP;**;$Nni$;2| ; (COND ((NULL BOOT::|p|) (BOOT::|spadConstant| BOOT::$ 18)) ; ((ZEROP BOOT::|n|) (BOOT::|spadConstant| BOOT::$ 20)) ; ((EQL BOOT::|n| 1) BOOT::|p|) ; ((NULL #) ; (LET # ; #)) ; ((< # 3) (BOOT::SPADCALL BOOT::|p| BOOT::|n| #)) ; (T ; (LET* # ; #))))) ; ; note: Assignment to argument: |p| ; prevents use of assertion from function type proclamation: ; LIST ; ; (BOOT::EXIT BOOT::|y|) ; --> RETURN-FROM ; ==> ; BOOT::|y| ; ; note: deleting unreachable code ; (DEFUN BOOT::|SUP;**;$Nni$;2| (BOOT::|p| BOOT::|n| BOOT::$) ; (COND ((NULL BOOT::|p|) (BOOT::|spadConstant| BOOT::$ 18)) ; ((ZEROP BOOT::|n|) (BOOT::|spadConstant| BOOT::$ 20)) ; ((EQL BOOT::|n| 1) BOOT::|p|) ; ((NULL (CDR BOOT::|p|)) ; (LET (#) ; (COND # #))) ; ((< (BOOT::|spadConstant| BOOT::$ 31) 3) ; (BOOT::SPADCALL BOOT::|p| BOOT::|n| ; (BOOT::|shellEntry| BOOT::$ 34))) ; (T ; (LET* (# # # #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;**;$Nni$;2| ; (BOOT::|p| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|SUP;**;$Nni$;2| ; (COND ((NULL BOOT::|p|) (BOOT::|spadConstant| BOOT::$ 18)) ; ((ZEROP BOOT::|n|) (BOOT::|spadConstant| BOOT::$ 20)) ; ((EQL BOOT::|n| 1) BOOT::|p|) ; ((NULL #) ; (LET # ; #)) ; ((< # 3) (BOOT::SPADCALL BOOT::|p| BOOT::|n| #)) ; (T ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SUP;zero?;$B;3| ...) ; compiling (DEFUN |SUP;one?;$B;4| ...) ; file: /tmp/oa-GLTome/code.lsp ; in: DEFUN |SUP;one?;$B;4| ; (DEFUN BOOT::|SUP;one?;$B;4| (BOOT::|p| BOOT::$) ; (AND (NOT (OR (NULL BOOT::|p|) (NOT #))) ; (AND (ZEROP (CAR #)) ; (BOOT::SPADCALL (CDR #) (BOOT::|shellEntry| BOOT::$ 48))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;one?;$B;4| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|SUP;one?;$B;4| ; (AND (NOT (OR # #)) (AND (ZEROP #) (BOOT::SPADCALL # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |SUP;ground?;$B;5| ...) ; compiling (DEFUN |SUP;multiplyExponents;$Nni$;6| ...) ; file: /tmp/oa-GLTome/code.lsp ; in: DEFUN |SUP;multiplyExponents;$Nni$;6| ; (DEFUN BOOT::|SUP;multiplyExponents;$Nni$;6| (BOOT::|p| BOOT::|n| BOOT::$) ; (LET ((#:G1144 BOOT::|p|) (#:G641 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G1144 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;multiplyExponents;$Nni$;6| ; (BOOT::|p| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|SUP;multiplyExponents;$Nni$;6| ; (LET ((#:G1144 BOOT::|p|) (#:G641 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SUP;divideExponents;$NniU;7| ...) ; compiling (DEFUN |SUP;karatsubaDivide;$NniR;8| ...) ; compiling (DEFUN |SUP;shiftRight;$Nni$;9| ...) ; file: /tmp/oa-GLTome/code.lsp ; in: DEFUN |SUP;shiftRight;$Nni$;9| ; (DEFUN BOOT::|SUP;shiftRight;$Nni$;9| (BOOT::|p| BOOT::|n| BOOT::$) ; (LET ((#:G1145 BOOT::|p|) (#:G703 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G1145 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;shiftRight;$Nni$;9| ; (BOOT::|p| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|SUP;shiftRight;$Nni$;9| ; (LET ((#:G1145 BOOT::|p|) (#:G703 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SUP;shiftLeft;$Nni$;10| ...) ; file: /tmp/oa-GLTome/code.lsp ; in: DEFUN |SUP;shiftLeft;$Nni$;10| ; (DEFUN BOOT::|SUP;shiftLeft;$Nni$;10| (BOOT::|p| BOOT::|n| BOOT::$) ; (LET ((#:G1146 BOOT::|p|) (#:G714 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G1146 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;shiftLeft;$Nni$;10| ; (BOOT::|p| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|SUP;shiftLeft;$Nni$;10| ; (LET ((#:G1146 BOOT::|p|) (#:G714 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SUP;pomopo!;$RNni2$;11| ...) ; file: /tmp/oa-GLTome/code.lsp ; in: DEFUN |SUP;pomopo!;$RNni2$;11| ; (DEFUN BOOT::|SUP;pomopo!;$RNni2$;11| ; (BOOT::|p1| BOOT::|r| BOOT::|e| BOOT::|p2| BOOT::$) ; (PROG (BOOT::|u| BOOT::|c2| BOOT::|e2|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;pomopo!;$RNni2$;11| ; (BOOT::|p1| BOOT::|r| BOOT::|e| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|SUP;pomopo!;$RNni2$;11| ; (PROG (BOOT::|u| BOOT::|c2| BOOT::|e2|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |p1| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |SUP;univariate;$Sup;12| ...) ; compiling (DEFUN |SUP;multivariate;SupSaos$;13| ...) ; file: /tmp/oa-GLTome/code.lsp ; in: DEFUN |SUP;multivariate;SupSaos$;13| ; (DEFUN BOOT::|SUP;multivariate;SupSaos$;13| (BOOT::|sup| BOOT::|v| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; BOOT::|sup|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;multivariate;SupSaos$;13| ; (BOOT::|sup| BOOT::|v| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|SUP;multivariate;SupSaos$;13| BOOT::|sup|)) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |SUP;univariate;$SaosSup;14| ...) ; compiling (DEFUN |SUP;multivariate;SupSaos$;15| ...) ; file: /tmp/oa-GLTome/code.lsp ; in: DEFUN |SUP;multivariate;SupSaos$;15| ; (DEFUN BOOT::|SUP;multivariate;SupSaos$;15| (BOOT::|supp| BOOT::|v| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|supp| (BOOT::|shellEntry| BOOT::$ 88)) ; (BOOT::|spadConstant| BOOT::$ 18)) ; (T ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;multivariate;SupSaos$;15| ; (BOOT::|supp| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|SUP;multivariate;SupSaos$;15| ; (COND ; ((BOOT::SPADCALL BOOT::|supp| #) (BOOT::|spadConstant| BOOT::$ 18)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SUP;squareFreePolynomial;SupF;16| ...) ; compiling (DEFUN |SUP;factorPolynomial;SupF;17| ...) ; compiling (DEFUN |SUP;factorSquareFreePolynomial;SupF;18| ...) ; compiling (DEFUN |SUP;gcdPolynomial;3Sup;19| ...) ; compiling (DEFUN |SUP;factor;$F;20| ...) ; compiling (DEFUN |SUP;solveLinearPolynomialEquation;LSupU;21| ...) ; file: /tmp/oa-GLTome/code.lsp ; in: DEFUN |SUP;solveLinearPolynomialEquation;LSupU;21| ; (DEFUN BOOT::|SUP;solveLinearPolynomialEquation;LSupU;21| ; (BOOT::|lpp| BOOT::|pp| BOOT::$) ; (BOOT::SPADCALL BOOT::|lpp| BOOT::|pp| (BOOT::|shellEntry| BOOT::$ 117))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;solveLinearPolynomialEquation;LSupU;21| ; (BOOT::|lpp| BOOT::|pp| BOOT::$) ; (BLOCK BOOT::|SUP;solveLinearPolynomialEquation;LSupU;21| ; (BOOT::SPADCALL BOOT::|lpp| BOOT::|pp| ; (BOOT::|shellEntry| BOOT::$ 117)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SUP;solveLinearPolynomialEquation;LSupU;22| ...) ; file: /tmp/oa-GLTome/code.lsp ; in: DEFUN |SUP;solveLinearPolynomialEquation;LSupU;22| ; (DEFUN BOOT::|SUP;solveLinearPolynomialEquation;LSupU;22| ; (BOOT::|lpp| BOOT::|pp| BOOT::$) ; (BOOT::SPADCALL BOOT::|lpp| BOOT::|pp| (BOOT::|shellEntry| BOOT::$ 122))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;solveLinearPolynomialEquation;LSupU;22| ; (BOOT::|lpp| BOOT::|pp| BOOT::$) ; (BLOCK BOOT::|SUP;solveLinearPolynomialEquation;LSupU;22| ; (BOOT::SPADCALL BOOT::|lpp| BOOT::|pp| ; (BOOT::|shellEntry| BOOT::$ 122)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SUP;factorPolynomial;SupF;23| ...) ; compiling (DEFUN |SUP;factorSquareFreePolynomial;SupF;24| ...) ; compiling (DEFUN |SUP;exquo;2$U;25| ...) ; file: /tmp/oa-GLTome/code.lsp ; in: DEFUN |SUP;exquo;2$U;25| ; (DEFUN BOOT::|SUP;exquo;2$U;25| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (PROG (BOOT::|ee| BOOT::|a|) (RETURN (COND (# #) (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;exquo;2$U;25| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|SUP;exquo;2$U;25| ; (PROG (BOOT::|ee| BOOT::|a|) (RETURN (COND # # # #))))) ; ; note: Assignment to argument: |p1| ; prevents use of assertion from function type proclamation: ; LIST ; ; (CONS 1 "failed") ; ==> ; "failed" ; ; note: deleting unreachable code ; (DEFUN BOOT::|SUP;exquo;2$U;25| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (PROG (BOOT::|ee| BOOT::|a|) (RETURN (COND (# #) (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;exquo;2$U;25| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|SUP;exquo;2$U;25| ; (PROG (BOOT::|ee| BOOT::|a|) (RETURN (COND # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SUP;exquo;2$U;26| ...) ; file: /tmp/oa-GLTome/code.lsp ; in: DEFUN |SUP;exquo;2$U;26| ; (DEFUN BOOT::|SUP;exquo;2$U;26| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (PROG (BOOT::|ee| BOOT::|a|) (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;exquo;2$U;26| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|SUP;exquo;2$U;26| ; (PROG (BOOT::|ee| BOOT::|a|) (RETURN (COND # # #))))) ; ; note: Assignment to argument: |p1| ; prevents use of assertion from function type proclamation: ; LIST ; ; (CONS 1 "failed") ; ==> ; "failed" ; ; note: deleting unreachable code ; (DEFUN BOOT::|SUP;exquo;2$U;26| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (PROG (BOOT::|ee| BOOT::|a|) (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;exquo;2$U;26| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|SUP;exquo;2$U;26| ; (PROG (BOOT::|ee| BOOT::|a|) (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SUP;fmecg;$NniR2$;27| ...) ; file: /tmp/oa-GLTome/code.lsp ; in: DEFUN |SUP;fmecg;$NniR2$;27| ; (DEFUN BOOT::|SUP;fmecg;$NniR2$;27| ; (BOOT::|p1| BOOT::|e| BOOT::|r| BOOT::|p2| BOOT::$) ; (PROG (BOOT::|u| BOOT::|c2| BOOT::|e2|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;fmecg;$NniR2$;27| ; (BOOT::|p1| BOOT::|e| BOOT::|r| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|SUP;fmecg;$NniR2$;27| ; (PROG (BOOT::|u| BOOT::|c2| BOOT::|e2|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |p1| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |SUP;pseudoRemainder;3$;28| ...) ; file: /tmp/oa-GLTome/code.lsp ; in: DEFUN |SUP;pseudoRemainder;3$;28| ; (DEFUN BOOT::|SUP;pseudoRemainder;3$;28| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (PROG (BOOT::|u| BOOT::|e1|) (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;pseudoRemainder;3$;28| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|SUP;pseudoRemainder;3$;28| ; (PROG (BOOT::|u| BOOT::|e1|) (RETURN (COND # # #))))) ; ; note: Assignment to argument: |p1| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |p2| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SUP;toutput| ...) ; compiling (DEFUN |SUP;outputForm;$2Of;30| ...) ; compiling (DEFUN |SUP;coerce;$Of;31| ...) ; compiling (DEFUN |SUP;elt;$2R;32| ...) ; compiling (DEFUN |SUP;elt;3$;33| ...) ; file: /tmp/oa-GLTome/code.lsp ; in: DEFUN |SUP;elt;3$;33| ; (DEFUN BOOT::|SUP;elt;3$;33| (BOOT::|p| BOOT::|val| BOOT::$) ; (COND ((NULL BOOT::|p|) (BOOT::|spadConstant| BOOT::$ 18)) ; (T ; (LET (# #) ; (PROGN # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;elt;3$;33| ; (BOOT::|p| BOOT::|val| BOOT::$) ; (BLOCK BOOT::|SUP;elt;3$;33| ; (COND ((NULL BOOT::|p|) (BOOT::|spadConstant| BOOT::$ 18)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SUP;monicDivide;2$R;34| ...) ; file: /tmp/oa-GLTome/code.lsp ; in: DEFUN |SUP;monicDivide;2$R;34| ; (DEFUN BOOT::|SUP;monicDivide;2$R;34| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (PROG (BOOT::|u| BOOT::|rout|) ; (RETURN (COND (# #) (# #) (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;monicDivide;2$R;34| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|SUP;monicDivide;2$R;34| ; (PROG (BOOT::|u| BOOT::|rout|) (RETURN (COND # # # # #))))) ; ; note: Assignment to argument: |p1| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |p2| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |SUP;discriminant;$R;35| ...) ; compiling (DEFUN |SUP;subResultantGcd;3$;36| ...) ; file: /tmp/oa-GLTome/code.lsp ; in: DEFUN |SUP;subResultantGcd;3$;36| ; (DEFUN BOOT::|SUP;subResultantGcd;3$;36| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BOOT::SPADCALL BOOT::|p1| BOOT::|p2| (BOOT::|shellEntry| BOOT::$ 164))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;subResultantGcd;3$;36| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|SUP;subResultantGcd;3$;36| ; (BOOT::SPADCALL BOOT::|p1| BOOT::|p2| ; (BOOT::|shellEntry| BOOT::$ 164)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SUP;resultant;2$R;37| ...) ; compiling (DEFUN |SUP;content;$R;38| ...) ; compiling (DEFUN |SUP;primitivePart;2$;39| ...) ; file: /tmp/oa-GLTome/code.lsp ; in: DEFUN |SUP;primitivePart;2$;39| ; (DEFUN BOOT::|SUP;primitivePart;2$;39| (BOOT::|p| BOOT::$) ; (COND ((NULL BOOT::|p|) BOOT::|p|) ; (T ; (LET (#) ; (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;primitivePart;2$;39| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|SUP;primitivePart;2$;39| ; (COND ((NULL BOOT::|p|) BOOT::|p|) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SUP;gcd;3$;40| ...) ; file: /tmp/oa-GLTome/code.lsp ; in: DEFUN |SUP;gcd;3$;40| ; (DEFUN BOOT::|SUP;gcd;3$;40| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BOOT::SPADCALL BOOT::|p1| BOOT::|p2| (BOOT::|shellEntry| BOOT::$ 173))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;gcd;3$;40| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|SUP;gcd;3$;40| ; (BOOT::SPADCALL BOOT::|p1| BOOT::|p2| ; (BOOT::|shellEntry| BOOT::$ 173)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SUP;divide;2$R;41| ...) ; file: /tmp/oa-GLTome/code.lsp ; in: DEFUN |SUP;divide;2$R;41| ; (DEFUN BOOT::|SUP;divide;2$R;41| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (PROG (BOOT::|u| BOOT::|rout|) (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;divide;2$R;41| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|SUP;divide;2$R;41| ; (PROG (BOOT::|u| BOOT::|rout|) (RETURN (COND # # #))))) ; ; note: Assignment to argument: |p1| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |p2| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |SUP;/;$R$;42| ...) ; file: /tmp/oa-GLTome/code.lsp ; in: DEFUN |SUP;/;$R$;42| ; (DEFUN BOOT::|SUP;/;$R$;42| (BOOT::|p| BOOT::|co| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|co| (BOOT::|shellEntry| BOOT::$ 175)) BOOT::|p| ; (BOOT::|shellEntry| BOOT::$ 136))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;/;$R$;42| ; (BOOT::|p| BOOT::|co| BOOT::$) ; (BLOCK BOOT::|SUP;/;$R$;42| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|co| (BOOT::|shellEntry| BOOT::$ 175)) BOOT::|p| ; (BOOT::|shellEntry| BOOT::$ 136)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SparseUnivariatePolynomial| ...) ; compiling (DEFUN |SparseUnivariatePolynomial;| ...) ; compiling (MAKEPROP (QUOTE |SparseUnivariatePolynomial|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; printed 33 notes ; /tmp/oa-GLTome/code.fasl written ; compilation finished in 0:00:00.209 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/ARR2CAT.fasl --optimize=3 ARR2CAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ARR2CAT.spad using Spad compiler. ARR2CAT abbreviates category TwoDimensionalArrayCategory debug: compDefine1 lhs: (TwoDimensionalArrayCategory R Row Col) signature (pre-evaluate): ((Category) NIL NIL NIL) debug: evaluateType form: (Category) $param: (R Row Col) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for TwoDimensionalArrayCategory compiling into /tmp/oa-sQLLWX STYLE-WARNING: redefining BOOT::|TwoDimensionalArrayCategory| in DEFUN Time: 0.01 SEC. ARR2CAT- abbreviates package TwoDimensionalArrayCategory& ------------------------------------------------------------------------ initializing stationary directory for TwoDimensionalArrayCategory& compiling into /tmp/oa-ohwCcr compiling exported any? : (R -> Boolean,S) -> Boolean Time: 0.04 SEC. compiling exported every? : (R -> Boolean,S) -> Boolean Time: 0.01 SEC. compiling exported # : S -> NonNegativeInteger Time: 0.01 SEC. compiling exported elt : (S,Integer,Integer,R) -> R Time: 0.01 SEC. compiling exported count : (R -> Boolean,S) -> NonNegativeInteger Time: 0.01 SEC. compiling exported members : S -> List R Time: 0.02 SEC. compiling exported setRow! : (S,Integer,Row) -> S Time: 0.03 SEC. compiling exported setColumn! : (S,Integer,Col) -> S Time: 0.02 SEC. compiling exported = : (S,S) -> Boolean Time: 0.03 SEC. compiling exported member? : (R,S) -> Boolean Time: 0.01 SEC. compiling exported count : (R,S) -> NonNegativeInteger Time: 0.01 SEC. compiling exported coerce : S -> OutputForm Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor TwoDimensionalArrayCategory& Time: 0.25 seconds finalizing NRLIB ARR2CAT- ; compiling file "/tmp/oa-ohwCcr/code.lsp" (written 01 FEB 2016 10:56:30 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ARR2CAT-;any?;M$B;1| ...) ; compiling (DEFUN |ARR2CAT-;every?;M$B;2| ...) ; compiling (DEFUN |ARR2CAT-;#;$Nni;3| ...) ; compiling (DEFUN |ARR2CAT-;elt;$2I2R;4| ...) ; compiling (DEFUN |ARR2CAT-;count;M$Nni;5| ...) ; compiling (DEFUN |ARR2CAT-;members;$L;6| ...) ; compiling (DEFUN |ARR2CAT-;setRow!;$IRow$;7| ...) ; compiling (DEFUN |ARR2CAT-;setColumn!;$ICol$;8| ...) ; compiling (DEFUN |ARR2CAT-;=;2$B;9| ...) ; compiling (DEFUN |ARR2CAT-;member?;R$B;10| ...) ; compiling (DEFUN |ARR2CAT-;count;R$Nni;11| ...) ; file: /tmp/oa-ohwCcr/code.lsp ; in: DEFUN |ARR2CAT-;count;R$Nni;11| ; (DEFUN BOOT::|ARR2CAT-;count;R$Nni;11| (BOOT::|r| BOOT::|m| BOOT::$) ; (BOOT::SPADCALL ; (CONS #'BOOT::|ARR2CAT-;count;R$Nni;11!0| (VECTOR BOOT::$ BOOT::|r|)) ; BOOT::|m| (BOOT::|shellEntry| BOOT::$ 56))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ARR2CAT-;count;R$Nni;11| ; (BOOT::|r| BOOT::|m| BOOT::$) ; (BLOCK BOOT::|ARR2CAT-;count;R$Nni;11| ; (BOOT::SPADCALL ; (CONS #'BOOT::|ARR2CAT-;count;R$Nni;11!0| (VECTOR BOOT::$ BOOT::|r|)) ; BOOT::|m| (BOOT::|shellEntry| BOOT::$ 56)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |ARR2CAT-;count;R$Nni;11!0| ...) ; compiling (DEFUN |ARR2CAT-;coerce;$Of;12| ...) ; compiling (DEFUN |TwoDimensionalArrayCategory&| ...) ; compiling (MAKEPROP (QUOTE |TwoDimensionalArrayCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-ohwCcr/code.fasl written ; compilation finished in 0:00:00.098 ------------------------------------------------------------------------ finalizing NRLIB ARR2CAT Processing TwoDimensionalArrayCategory for Browser database: -- new : (NonNegativeInteger,NonNegativeInteger,R) -> % -- fill! : (%,R) -> % -- minRowIndex : % -> Integer -- maxRowIndex : % -> Integer -- minColIndex : % -> Integer -- maxColIndex : % -> Integer -- nrows : % -> NonNegativeInteger -- ncols : % -> NonNegativeInteger -- elt : (%,Integer,Integer) -> R -- qelt : (%,Integer,Integer) -> R -- elt : (%,Integer,Integer,R) -> R -- row : (%,Integer) -> Row -- column : (%,Integer) -> Col -- setelt : (%,Integer,Integer,R) -> R -- qsetelt! : (%,Integer,Integer,R) -> R -- setRow! : (%,Integer,Row) -> % -- setColumn! : (%,Integer,Col) -> % -- map : (((R,R) -> R),%,%) -> % -- map : (((R,R) -> R),%,%,R) -> % -- constructor ; compiling file "/tmp/oa-sQLLWX/code.lsp" (written 01 FEB 2016 10:56:30 PM): ; compiling (DEFPARAMETER |TwoDimensionalArrayCategory;AL| ...) ; compiling (DEFUN |TwoDimensionalArrayCategory;| ...) ; compiling (DEFUN |TwoDimensionalArrayCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-sQLLWX/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/MATCAT.fasl --optimize=3 MATCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MATCAT.spad using Spad compiler. MATCAT abbreviates category MatrixCategory debug: compDefine1 lhs: (MatrixCategory R Row Col) signature (pre-evaluate): ((Category) NIL NIL NIL) debug: evaluateType form: (Category) $param: (R Row Col) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for MatrixCategory compiling into /tmp/oa-2Dqb8E STYLE-WARNING: redefining BOOT::|MatrixCategory| in DEFUN Time: 0.02 SEC. MATCAT- abbreviates package MatrixCategory& ------------------------------------------------------------------------ initializing stationary directory for MatrixCategory& compiling into /tmp/oa-sXizS9 compiling exported square? : S -> Boolean Time: 0.08 SEC. compiling exported diagonal? : S -> Boolean Time: 0.03 SEC. compiling exported symmetric? : S -> Boolean Time: 0.02 SEC. compiling exported antisymmetric? : S -> Boolean Time: 0.03 SEC. compiling exported zero : (NonNegativeInteger,NonNegativeInteger) -> S Time: 0.01 SEC. compiling exported matrix : List List R -> S Time: 0.06 SEC. compiling exported matrix : (NonNegativeInteger,NonNegativeInteger,(Integer,Integer) -> R) -> S Time: 0.02 SEC. compiling exported scalarMatrix : (NonNegativeInteger,R) -> S Time: 0.01 SEC. compiling exported diagonalMatrix : List R -> S Time: 0.03 SEC. compiling exported diagonalMatrix : List S -> S Time: 0.05 SEC. compiling exported coerce : Col -> S Time: 0.02 SEC. compiling exported transpose : Row -> S Time: 0.01 SEC. compiling exported transpose : S -> S Time: 0.01 SEC. compiling exported squareTop : S -> S Time: 0.03 SEC. compiling exported horizConcat : (S,S) -> S Time: 0.05 SEC. compiling exported vertConcat : (S,S) -> S Time: 0.02 SEC. compiling exported listOfLists : S -> List List R Time: 0.07 SEC. compiling exported swapRows! : (S,Integer,Integer) -> S Time: 0.02 SEC. compiling exported swapColumns! : (S,Integer,Integer) -> S Time: 0.01 SEC. compiling exported elt : (S,List Integer,List Integer) -> S Time: 0.03 SEC. compiling exported setelt : (S,List Integer,List Integer,S) -> S Time: 0.04 SEC. compiling exported subMatrix : (S,Integer,Integer,Integer,Integer) -> S Time: 0.02 SEC. compiling exported setsubMatrix! : (S,Integer,Integer,S) -> S Time: 0.03 SEC. compiling exported + : (S,S) -> S Time: 0.07 SEC. compiling exported - : (S,S) -> S Time: 0.06 SEC. compiling exported - : S -> S Time: 0.00 SEC. compiling exported * : (R,S) -> S Time: 0.00 SEC. compiling exported * : (S,R) -> S Time: 0.00 SEC. compiling exported * : (Integer,S) -> S Time: 0.01 SEC. compiling exported * : (S,S) -> S Time: 0.04 SEC. compiling local positivePower : (S,Integer) -> S Time: 0.01 SEC. compiling exported ** : (S,NonNegativeInteger) -> S Time: 0.04 SEC. compiling exported * : (S,Col) -> Col Time: 0.06 SEC. compiling exported * : (Row,S) -> Row Time: 0.04 SEC. compiling exported exquo : (S,R) -> Union(S,failed) Time: 0.02 SEC. compiling exported / : (S,R) -> S Time: 0.01 SEC. compiling exported ** : (S,Integer) -> S Time: 0.08 SEC. (time taken in buildFunctor: 0) Time: 0.03 SEC. Cumulative Statistics for Constructor MatrixCategory& Time: 1.20 seconds finalizing NRLIB MATCAT- ; compiling file "/tmp/oa-sXizS9/code.lsp" (written 01 FEB 2016 10:56:32 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MATCAT-;square?;$B;1| ...) ; compiling (DEFUN |MATCAT-;diagonal?;$B;2| ...) ; compiling (DEFUN |MATCAT-;symmetric?;$B;3| ...) ; compiling (DEFUN |MATCAT-;antisymmetric?;$B;4| ...) ; compiling (DEFUN |MATCAT-;zero;2Nni$;5| ...) ; compiling (DEFUN |MATCAT-;matrix;L$;6| ...) ; compiling (DEFUN |MATCAT-;matrix;2NniM$;7| ...) ; compiling (DEFUN |MATCAT-;scalarMatrix;NniR$;8| ...) ; compiling (DEFUN |MATCAT-;diagonalMatrix;L$;9| ...) ; compiling (DEFUN |MATCAT-;diagonalMatrix;L$;10| ...) ; compiling (DEFUN |MATCAT-;coerce;Col$;11| ...) ; compiling (DEFUN |MATCAT-;transpose;Row$;12| ...) ; compiling (DEFUN |MATCAT-;transpose;2$;13| ...) ; compiling (DEFUN |MATCAT-;squareTop;2$;14| ...) ; compiling (DEFUN |MATCAT-;horizConcat;3$;15| ...) ; compiling (DEFUN |MATCAT-;vertConcat;3$;16| ...) ; compiling (DEFUN |MATCAT-;listOfLists;$L;17| ...) ; compiling (DEFUN |MATCAT-;swapRows!;$2I$;18| ...) ; compiling (DEFUN |MATCAT-;swapColumns!;$2I$;19| ...) ; compiling (DEFUN |MATCAT-;elt;$2L$;20| ...) ; compiling (DEFUN |MATCAT-;setelt;$2L2$;21| ...) ; compiling (DEFUN |MATCAT-;subMatrix;$4I$;22| ...) ; compiling (DEFUN |MATCAT-;setsubMatrix!;$2I2$;23| ...) ; compiling (DEFUN |MATCAT-;+;3$;24| ...) ; compiling (DEFUN |MATCAT-;-;3$;25| ...) ; compiling (DEFUN |MATCAT-;-;2$;26| ...) ; compiling (DEFUN |MATCAT-;-;2$;26!0| ...) ; compiling (DEFUN |MATCAT-;*;R2$;27| ...) ; compiling (DEFUN |MATCAT-;*;R2$;27!0| ...) ; compiling (DEFUN |MATCAT-;*;$R$;28| ...) ; compiling (DEFUN |MATCAT-;*;$R$;28!0| ...) ; compiling (DEFUN |MATCAT-;*;I2$;29| ...) ; compiling (DEFUN |MATCAT-;*;I2$;29!0| ...) ; compiling (DEFUN |MATCAT-;*;3$;30| ...) ; compiling (DEFUN |MATCAT-;positivePower| ...) ; compiling (DEFUN |MATCAT-;**;$Nni$;32| ...) ; compiling (DEFUN |MATCAT-;*;$2Col;33| ...) ; compiling (DEFUN |MATCAT-;*;Row$Row;34| ...) ; compiling (DEFUN |MATCAT-;exquo;$RU;35| ...) ; compiling (DEFUN |MATCAT-;/;$R$;36| ...) ; compiling (DEFUN |MATCAT-;/;$R$;36!0| ...) ; compiling (DEFUN |MATCAT-;**;$I$;37| ...) ; compiling (DEFUN |MatrixCategory&| ...) ; compiling (MAKEPROP (QUOTE |MatrixCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-sXizS9/code.fasl written ; compilation finished in 0:00:00.275 ------------------------------------------------------------------------ finalizing NRLIB MATCAT Processing MatrixCategory for Browser database: -- square? : % -> Boolean -- diagonal? : % -> Boolean -- symmetric? : % -> Boolean -- antisymmetric? : % -> Boolean -- zero : (NonNegativeInteger,NonNegativeInteger) -> % -- matrix : List List R -> % -- matrix : (NNI,NNI,((I,I) -> R)) -> % -- scalarMatrix : (NonNegativeInteger,R) -> % -- diagonalMatrix : List R -> % -- diagonalMatrix : List % -> % -- coerce : Col -> % -- transpose : Row -> % -- transpose : % -> % -- squareTop : % -> % -- horizConcat : (%,%) -> % -- vertConcat : (%,%) -> % -- listOfLists : % -> List List R -- elt : (%,List Integer,List Integer) -> % -- setelt : (%,List Integer,List Integer,%) -> % -- swapRows! : (%,Integer,Integer) -> % -- swapColumns! : (%,Integer,Integer) -> % -- subMatrix : (%,Integer,Integer,Integer,Integer) -> % -- setsubMatrix! : (%,Integer,Integer,%) -> % -- ?+? : (%,%) -> % -- ?-? : (%,%) -> % -- -? : % -> % -- ?*? : (%,%) -> % -- ?*? : (R,%) -> % -- ?*? : (%,R) -> % -- ?*? : (Integer,%) -> % -- ?*? : (%,Col) -> Col -- ?*? : (Row,%) -> Row -- ?**? : (%,NonNegativeInteger) -> % -- exquo : (%,R) -> Union(%,"failed") -- ?/? : (%,R) -> % -- rowEchelon : % -> % -- rank : % -> NonNegativeInteger -- nullity : % -> NonNegativeInteger -- nullSpace : % -> List Col -- determinant : % -> R -- minordet : % -> R -- inverse : % -> Union(%,"failed") -- ?**? : (%,Integer) -> % -- constructor ; compiling file "/tmp/oa-2Dqb8E/code.lsp" (written 01 FEB 2016 10:56:32 PM): ; compiling (DEFPARAMETER |MatrixCategory;AL| ...) ; compiling (DEFUN |MatrixCategory;| ...) ; compiling (DEFUN |MatrixCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-2Dqb8E/code.fasl written ; compilation finished in 0:00:00.019 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/PRIMARR.fasl --optimize=3 PRIMARR.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PRIMARR.spad using Spad compiler. PRIMARR abbreviates domain PrimitiveArray debug: compDefine1 lhs: (PrimitiveArray S) signature (pre-evaluate): ((OneDimensionalArrayAggregate S) (Type)) debug: evaluateType form: (OneDimensionalArrayAggregate S) $param: (S) Debug: evaluateType1 form: (OneDimensionalArrayAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((OneDimensionalArrayAggregate S) (Type)) debug: compDefine1 lhs: (PrimitiveArray S) signature (pre-evaluate): ((OneDimensionalArrayAggregate S) NIL) debug: evaluateType form: (OneDimensionalArrayAggregate S) $param: (S) Debug: evaluateType1 form: (OneDimensionalArrayAggregate S) debug: evaluateType1 x: S m: (Type) debug: compDefine1 signature (post evaluate): ((OneDimensionalArrayAggregate S) NIL) ------------------------------------------------------------------------ initializing stationary directory for PrimitiveArray compiling into /tmp/oa-nxtBNn compiling exported # : % -> NonNegativeInteger PRIMARR;#;$Nni;1 is replaced by %vlength Time: 0.03 SEC. compiling exported minIndex : % -> Integer PRIMARR;minIndex;$I;2 x is replaced by 0 Time: 0 SEC. compiling exported empty : () -> % Time: 0 SEC. compiling exported construct : List S -> % Time: 0.01 SEC. compiling exported new : (NonNegativeInteger,S) -> % Time: 0 SEC. compiling exported qelt : (%,Integer) -> S PRIMARR;qelt;$IS;6 is replaced by %aref Time: 0.00 SEC. compiling exported elt : (%,Integer) -> S PRIMARR;elt;$IS;7 is replaced by %aref Time: 0 SEC. compiling exported qsetelt! : (%,Integer,S) -> S Time: 0 SEC. compiling exported setelt : (%,Integer,S) -> S Time: 0 SEC. compiling exported fill! : (%,S) -> % PRIMARR;fill!;$S$;10 is replaced by %vfill Time: 0 SEC. compiling exported copy : % -> % PRIMARR;copy;2$;11 is replaced by %vcopy Time: 0 SEC. compiling exported maxIndex : % -> Integer PRIMARR;maxIndex;$I;12 x is replaced by %isub(%vlength x,1) Time: 0.00 SEC. compiling exported members : % -> List S PRIMARR;members;$L;13 is replaced by %array2list Time: 0.00 SEC. (time taken in buildFunctor: 8) Time: 0.06 SEC. Cumulative Statistics for Constructor PrimitiveArray Time: 0.11 seconds finalizing NRLIB PRIMARR Processing PrimitiveArray for Browser database: -- constructor ; compiling file "/tmp/oa-nxtBNn/code.lsp" (written 01 FEB 2016 10:56:32 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PRIMARR;#;$Nni;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PRIMARR;minIndex;$I;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PRIMARR;qelt;$IS;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PRIMARR;elt;$IS;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PRIMARR;fill!;$S$;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PRIMARR;copy;2$;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PRIMARR;maxIndex;$I;12|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PRIMARR;members;$L;13|) ...) ; compiling (PUT (QUOTE |PRIMARR;empty;$;3|) ...) ; compiling (PUT (QUOTE |PRIMARR;construct;L$;4|) ...) ; compiling (PUT (QUOTE |PRIMARR;new;NniS$;5|) ...) ; compiling (DEFUN |PRIMARR;#;$Nni;1| ...) ; compiling (DEFUN |PRIMARR;minIndex;$I;2| ...) ; file: /tmp/oa-nxtBNn/code.lsp ; in: DEFUN |PRIMARR;minIndex;$I;2| ; (DEFUN BOOT::|PRIMARR;minIndex;$I;2| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; 0) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRIMARR;minIndex;$I;2| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|PRIMARR;minIndex;$I;2| 0)) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |PRIMARR;empty;$;3| ...) ; compiling (DEFUN |PRIMARR;construct;L$;4| ...) ; compiling (DEFUN |PRIMARR;new;NniS$;5| ...) ; compiling (DEFUN |PRIMARR;qelt;$IS;6| ...) ; compiling (DEFUN |PRIMARR;elt;$IS;7| ...) ; compiling (DEFUN |PRIMARR;qsetelt!;$I2S;8| ...) ; file: /tmp/oa-nxtBNn/code.lsp ; in: DEFUN |PRIMARR;qsetelt!;$I2S;8| ; (DEFUN BOOT::|PRIMARR;qsetelt!;$I2S;8| ; (BOOT::|x| BOOT::|i| BOOT::|s| BOOT::$) ; (SETF (BOOT::|getSimpleArrayEntry| BOOT::|x| BOOT::|i|) BOOT::|s|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRIMARR;qsetelt!;$I2S;8| ; (BOOT::|x| BOOT::|i| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|PRIMARR;qsetelt!;$I2S;8| ; (SETF (BOOT::|getSimpleArrayEntry| BOOT::|x| BOOT::|i|) BOOT::|s|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PRIMARR;setelt;$I2S;9| ...) ; file: /tmp/oa-nxtBNn/code.lsp ; in: DEFUN |PRIMARR;setelt;$I2S;9| ; (DEFUN BOOT::|PRIMARR;setelt;$I2S;9| (BOOT::|x| BOOT::|i| BOOT::|s| BOOT::$) ; (SETF (BOOT::|getSimpleArrayEntry| BOOT::|x| BOOT::|i|) BOOT::|s|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRIMARR;setelt;$I2S;9| ; (BOOT::|x| BOOT::|i| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|PRIMARR;setelt;$I2S;9| ; (SETF (BOOT::|getSimpleArrayEntry| BOOT::|x| BOOT::|i|) BOOT::|s|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PRIMARR;fill!;$S$;10| ...) ; compiling (DEFUN |PRIMARR;copy;2$;11| ...) ; compiling (DEFUN |PRIMARR;maxIndex;$I;12| ...) ; compiling (DEFUN |PRIMARR;members;$L;13| ...) ; compiling (DEFUN |PrimitiveArray| ...) ; compiling (DEFUN |PrimitiveArray;| ...) ; compiling (MAKEPROP (QUOTE |PrimitiveArray|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; /tmp/oa-nxtBNn/code.fasl written ; compilation finished in 0:00:00.060 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/IARRAY2.fasl --optimize=3 IARRAY2.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IARRAY2.spad using Spad compiler. IARRAY2 abbreviates domain InnerTwoDimensionalArray debug: compDefine1 lhs: (InnerTwoDimensionalArray R Row Col) signature (pre-evaluate): ((TwoDimensionalArrayCategory R Row Col) NIL NIL NIL) debug: evaluateType form: (TwoDimensionalArrayCategory R Row Col) $param: (R Row Col) Debug: evaluateType1 form: (TwoDimensionalArrayCategory R Row Col) debug: evaluateType1 x: R m: (Type) debug: evaluateType1 x: Row m: (FiniteLinearAggregate R) debug: evaluateType1 x: Col m: (FiniteLinearAggregate R) debug: compDefine1 signature (post evaluate): ((TwoDimensionalArrayCategory R Row Col) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for InnerTwoDimensionalArray compiling into /tmp/oa-r8syMK compiling exported new : (NonNegativeInteger,NonNegativeInteger,R) -> % Time: 0.10 SEC. compiling exported minRowIndex : % -> Integer IARRAY2;minRowIndex;$I;2 m is replaced by 1 Time: 0.00 SEC. compiling exported minColIndex : % -> Integer IARRAY2;minColIndex;$I;3 m is replaced by 1 Time: 0.01 SEC. compiling exported maxRowIndex : % -> Integer Time: 0.00 SEC. compiling exported maxColIndex : % -> Integer Time: 0.00 SEC. compiling exported nrows : % -> NonNegativeInteger IARRAY2;nrows;$Nni;6 is replaced by %vlength Time: 0.01 SEC. compiling exported ncols : % -> NonNegativeInteger Time: 0.03 SEC. compiling exported qelt : (%,Integer,Integer) -> R IARRAY2;qelt;$2IR;8(m,i,j) is replaced by %aref(%aref(m,%isub(i,1)),%isub(j,1)) Time: 0.02 SEC. compiling exported elt : (%,Integer,Integer) -> R Time: 0.01 SEC. compiling exported qsetelt! : (%,Integer,Integer,R) -> R Time: 0.02 SEC. compiling exported setelt : (%,Integer,Integer,R) -> R Time: 0.01 SEC. compiling exported latex : % -> String Time: 0.02 SEC. compiling exported row : (%,Integer) -> Row Time: 0.06 SEC. compiling exported column : (%,Integer) -> Col Time: 0.08 SEC. compiling exported copy : % -> % Time: 0.02 SEC. compiling exported fill! : (%,R) -> % Time: 0.04 SEC. compiling exported map : (R -> R,%) -> % Time: 0.03 SEC. compiling exported map! : (R -> R,%) -> % Time: 0.02 SEC. compiling exported map : ((R,R) -> R,%,%) -> % Time: 0.05 SEC. compiling exported map : ((R,R) -> R,%,%,R) -> % Time: 0.07 SEC. (time taken in buildFunctor: 4) Time: 0.01 SEC. Cumulative Statistics for Constructor InnerTwoDimensionalArray Time: 0.61 seconds --------------non extending category---------------------- InnerTwoDimensionalArray(#1,#2,#3) of category TwoDimensionalArrayCategory(#1,#2,#3) has no OneDimensionalArrayAggregate PrimitiveArray #1 ---------------------------------------------------------- finalizing NRLIB IARRAY2 Processing InnerTwoDimensionalArray for Browser database: -- constructor ; compiling file "/tmp/oa-r8syMK/code.lsp" (written 01 FEB 2016 10:56:33 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IARRAY2;minRowIndex;$I;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IARRAY2;minColIndex;$I;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IARRAY2;nrows;$Nni;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IARRAY2;qelt;$2IR;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IARRAY2;maxRowIndex;$I;4|) ...) ; compiling (DEFUN |IARRAY2;new;2NniR$;1| ...) ; file: /tmp/oa-r8syMK/code.lsp ; in: DEFUN |IARRAY2;new;2NniR$;1| ; (DEFUN BOOT::|IARRAY2;new;2NniR$;1| ; (BOOT::|rows| BOOT::|cols| BOOT::|a| BOOT::$) ; (COND ; ((ZEROP BOOT::|rows|) ; (BOOT::|error| "new: arrays with zero rows are not supported")) ; (T ; (LET (#) ; (PROGN # BOOT::|arr|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IARRAY2;new;2NniR$;1| ; (BOOT::|rows| BOOT::|cols| BOOT::|a| BOOT::$) ; (BLOCK BOOT::|IARRAY2;new;2NniR$;1| ; (COND ; ((ZEROP BOOT::|rows|) ; (BOOT::|error| "new: arrays with zero rows are not supported")) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (SIMPLE-ARRAY SIMPLE-ARRAY) &REST T). ; compiling (DEFUN |IARRAY2;minRowIndex;$I;2| ...) ; file: /tmp/oa-r8syMK/code.lsp ; in: DEFUN |IARRAY2;minRowIndex;$I;2| ; (DEFUN BOOT::|IARRAY2;minRowIndex;$I;2| (BOOT::|m| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; 1) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IARRAY2;minRowIndex;$I;2| ; (BOOT::|m| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|IARRAY2;minRowIndex;$I;2| 1)) ; ; caught STYLE-WARNING: ; The variable |m| is defined but never used. ; compiling (DEFUN |IARRAY2;minColIndex;$I;3| ...) ; file: /tmp/oa-r8syMK/code.lsp ; in: DEFUN |IARRAY2;minColIndex;$I;3| ; (DEFUN BOOT::|IARRAY2;minColIndex;$I;3| (BOOT::|m| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; 1) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IARRAY2;minColIndex;$I;3| ; (BOOT::|m| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|IARRAY2;minColIndex;$I;3| 1)) ; ; caught STYLE-WARNING: ; The variable |m| is defined but never used. ; compiling (DEFUN |IARRAY2;maxRowIndex;$I;4| ...) ; compiling (DEFUN |IARRAY2;maxColIndex;$I;5| ...) ; compiling (DEFUN |IARRAY2;nrows;$Nni;6| ...) ; compiling (DEFUN |IARRAY2;ncols;$Nni;7| ...) ; compiling (DEFUN |IARRAY2;qelt;$2IR;8| ...) ; compiling (DEFUN |IARRAY2;elt;$2IR;9| ...) ; compiling (DEFUN |IARRAY2;qsetelt!;$2I2R;10| ...) ; compiling (DEFUN |IARRAY2;setelt;$2I2R;11| ...) ; compiling (DEFUN |IARRAY2;latex;$S;12| ...) ; file: /tmp/oa-r8syMK/code.lsp ; in: DEFUN |IARRAY2;latex;$S;12| ; (DEFUN BOOT::|IARRAY2;latex;$S;12| (BOOT::|m| BOOT::$) ; (LET ((BOOT::|s| "\\left[ \\begin{array}{")) ; (BOOT::SEQ ; (LET (# #) ; (LOOP # ; #)) ; (SETQ BOOT::|s| #) ; (LET (# #) ; (LOOP # ; #)) ; (BOOT::EXIT (BOOT::STRCONC BOOT::|s| "\\end{array} \\right]"))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IARRAY2;latex;$S;12| ; (BOOT::|m| BOOT::$) ; (BLOCK BOOT::|IARRAY2;latex;$S;12| ; (LET ((BOOT::|s| "\\left[ \\begin{array}{")) ; (BOOT::SEQ ; (LET # ; #) ; (SETQ #) ; (LET # ; #) ; (BOOT::EXIT #))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |IARRAY2;row;$IRow;13| ...) ; file: /tmp/oa-r8syMK/code.lsp ; in: DEFUN |IARRAY2;row;$IRow;13| ; (DEFUN BOOT::|IARRAY2;row;$IRow;13| (BOOT::|m| BOOT::|i| BOOT::$) ; (COND ; ((OR (< BOOT::|i| 1) (< # BOOT::|i|)) ; (BOOT::|error| "row: index out of range")) ; (T (PROGN (SETQ #) (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IARRAY2;row;$IRow;13| ; (BOOT::|m| BOOT::|i| BOOT::$) ; (BLOCK BOOT::|IARRAY2;row;$IRow;13| ; (COND ((OR # #) (BOOT::|error| "row: index out of range")) ; (T (PROGN # #))))) ; ; note: Assignment to argument: |i| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |IARRAY2;column;$ICol;14| ...) ; file: /tmp/oa-r8syMK/code.lsp ; in: DEFUN |IARRAY2;column;$ICol;14| ; (DEFUN BOOT::|IARRAY2;column;$ICol;14| (BOOT::|m| BOOT::|j| BOOT::$) ; (COND ; ((OR (< BOOT::|j| 1) (< # BOOT::|j|)) ; (BOOT::|error| "column: index out of range")) ; (T (PROGN (SETQ #) (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IARRAY2;column;$ICol;14| ; (BOOT::|m| BOOT::|j| BOOT::$) ; (BLOCK BOOT::|IARRAY2;column;$ICol;14| ; (COND ((OR # #) (BOOT::|error| "column: index out of range")) ; (T (PROGN # #))))) ; ; note: Assignment to argument: |j| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |IARRAY2;copy;2$;15| ...) ; compiling (DEFUN |IARRAY2;fill!;$R$;16| ...) ; file: /tmp/oa-r8syMK/code.lsp ; in: DEFUN |IARRAY2;fill!;$R$;16| ; (DEFUN BOOT::|IARRAY2;fill!;$R$;16| (BOOT::|m| BOOT::|r| BOOT::$) ; (PROGN ; (LET ((BOOT::|i| 0) (#:G668 #)) ; (LOOP (COND # #) ; (SETQ #))) ; BOOT::|m|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IARRAY2;fill!;$R$;16| ; (BOOT::|m| BOOT::|r| BOOT::$) ; (BLOCK BOOT::|IARRAY2;fill!;$R$;16| ; (PROGN ; (LET (# #) ; (LOOP # ; #)) ; BOOT::|m|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |IARRAY2;map;M2$;17| ...) ; compiling (DEFUN |IARRAY2;map!;M2$;18| ...) ; compiling (DEFUN |IARRAY2;map;M3$;19| ...) ; file: /tmp/oa-r8syMK/code.lsp ; in: DEFUN |IARRAY2;map;M3$;19| ; (DEFUN BOOT::|IARRAY2;map;M3$;19| (BOOT::|f| BOOT::|m| BOOT::|n| BOOT::$) ; (COND ; ((OR (BOOT::SPADCALL # # #) (BOOT::SPADCALL # # #)) ; (BOOT::|error| "map: arguments must have same dimensions")) ; (T ; (LET (#) ; (PROGN # BOOT::|t|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IARRAY2;map;M3$;19| ; (BOOT::|f| BOOT::|m| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|IARRAY2;map;M3$;19| ; (COND ; ((OR # #) (BOOT::|error| "map: arguments must have same dimensions")) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (SIMPLE-ARRAY SIMPLE-ARRAY) &REST T). ; compiling (DEFUN |IARRAY2;map;M2$R$;20| ...) ; compiling (DEFUN |InnerTwoDimensionalArray| ...) ; compiling (DEFUN |InnerTwoDimensionalArray;| ...) ; compiling (MAKEPROP (QUOTE |InnerTwoDimensionalArray|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; printed 5 notes ; /tmp/oa-r8syMK/code.fasl written ; compilation finished in 0:00:00.093 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/MATSTOR.fasl --optimize=3 MATSTOR.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MATSTOR.spad using Spad compiler. MATSTOR abbreviates package StorageEfficientMatrixOperations debug: compDefine1 lhs: (StorageEfficientMatrixOperations R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE copy! ((Matrix R) (Matrix R) (Matrix R))) (SIGNATURE plus! ((Matrix R) (Matrix R) (Matrix R) (Matrix R))) (SIGNATURE minus! ((Matrix R) (Matrix R) (Matrix R))) (SIGNATURE minus! ((Matrix R) (Matrix R) (Matrix R) (Matrix R))) (SIGNATURE leftScalarTimes! ((Matrix R) (Matrix R) R (Matrix R))) (SIGNATURE rightScalarTimes! ((Matrix R) (Matrix R) (Matrix R) R)) (SIGNATURE times! ((Matrix R) (Matrix R) (Matrix R) (Matrix R))) (SIGNATURE power! ((Matrix R) (Matrix R) (Matrix R) (Matrix R) (Matrix R) (NonNegativeInteger))) (SIGNATURE ** ((Matrix R) (Matrix R) (NonNegativeInteger)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE copy! ((Matrix R) (Matrix R) (Matrix R))) (SIGNATURE plus! ((Matrix R) (Matrix R) (Matrix R) (Matrix R))) (SIGNATURE minus! ((Matrix R) (Matrix R) (Matrix R))) (SIGNATURE minus! ((Matrix R) (Matrix R) (Matrix R) (Matrix R))) (SIGNATURE leftScalarTimes! ((Matrix R) (Matrix R) R (Matrix R))) (SIGNATURE rightScalarTimes! ((Matrix R) (Matrix R) (Matrix R) R)) (SIGNATURE times! ((Matrix R) (Matrix R) (Matrix R) (Matrix R))) (SIGNATURE power! ((Matrix R) (Matrix R) (Matrix R) (Matrix R) (Matrix R) (NonNegativeInteger))) (SIGNATURE ** ((Matrix R) (Matrix R) (NonNegativeInteger)))) $param: (R) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE copy! ((Matrix R) (Matrix R) (Matrix R))) (SIGNATURE plus! ((Matrix R) (Matrix R) (Matrix R) (Matrix R))) (SIGNATURE minus! ((Matrix R) (Matrix R) (Matrix R))) (SIGNATURE minus! ((Matrix R) (Matrix R) (Matrix R) (Matrix R))) (SIGNATURE leftScalarTimes! ((Matrix R) (Matrix R) R (Matrix R))) (SIGNATURE rightScalarTimes! ((Matrix R) (Matrix R) (Matrix R) R)) (SIGNATURE times! ((Matrix R) (Matrix R) (Matrix R) (Matrix R))) (SIGNATURE power! ((Matrix R) (Matrix R) (Matrix R) (Matrix R) (Matrix R) (NonNegativeInteger))) (SIGNATURE ** ((Matrix R) (Matrix R) (NonNegativeInteger)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for StorageEfficientMatrixOperations compiling into /tmp/oa-Dcu6ey compiling local rep : Matrix R -> PrimitiveArray PrimitiveArray R MATSTOR;rep m is replaced by m Time: 0.02 SEC. compiling exported copy! : (Matrix R,Matrix R) -> Matrix R Time: 0.05 SEC. compiling exported plus! : (Matrix R,Matrix R,Matrix R) -> Matrix R Time: 0.02 SEC. compiling exported minus! : (Matrix R,Matrix R) -> Matrix R Time: 0.02 SEC. compiling exported minus! : (Matrix R,Matrix R,Matrix R) -> Matrix R Time: 0.02 SEC. compiling exported leftScalarTimes! : (Matrix R,R,Matrix R) -> Matrix R Time: 0.02 SEC. compiling exported rightScalarTimes! : (Matrix R,Matrix R,R) -> Matrix R Time: 0.02 SEC. compiling local copyCol! : (PrimitiveArray R,PrimitiveArray PrimitiveArray R,Integer,Integer) -> Void Time: 0.01 SEC. compiling exported times! : (Matrix R,Matrix R,Matrix R) -> Matrix R Time: 0.02 SEC. compiling exported power! : (Matrix R,Matrix R,Matrix R,Matrix R,NonNegativeInteger) -> Matrix R Time: 0.03 SEC. compiling exported ** : (Matrix R,NonNegativeInteger) -> Matrix R Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor StorageEfficientMatrixOperations Time: 0.28 seconds finalizing NRLIB MATSTOR Processing StorageEfficientMatrixOperations for Browser database: -- copy! : (M,M) -> M -- plus! : (M,M,M) -> M -- minus! : (M,M) -> M -- minus! : (M,M,M) -> M -- leftScalarTimes! : (M,R,M) -> M -- rightScalarTimes! : (M,M,R) -> M -- times! : (M,M,M) -> M -- power! : (M,M,M,M,NNI) -> M -- ?**? : (M,NNI) -> M -- constructor ; compiling file "/tmp/oa-Dcu6ey/code.lsp" (written 01 FEB 2016 10:56:33 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MATSTOR;rep|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MATSTOR;rep| ...) ; compiling (DEFUN |MATSTOR;copy!;3M;2| ...) ; compiling (DEFUN |MATSTOR;plus!;4M;3| ...) ; compiling (DEFUN |MATSTOR;minus!;3M;4| ...) ; compiling (DEFUN |MATSTOR;minus!;4M;5| ...) ; compiling (DEFUN |MATSTOR;leftScalarTimes!;MR2M;6| ...) ; compiling (DEFUN |MATSTOR;rightScalarTimes!;2MRM;7| ...) ; compiling (DEFUN |MATSTOR;copyCol!| ...) ; compiling (DEFUN |MATSTOR;times!;4M;9| ...) ; compiling (DEFUN |MATSTOR;power!;4MNniM;10| ...) ; file: /tmp/oa-Dcu6ey/code.lsp ; in: DEFUN |MATSTOR;power!;4MNniM;10| ; (DEFUN BOOT::|MATSTOR;power!;4MNniM;10| ; (BOOT::|a| BOOT::|b| BOOT::|c| BOOT::|m| BOOT::|p| BOOT::$) ; (PROG (BOOT::|flag|) ; (RETURN ; (LET (# #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MATSTOR;power!;4MNniM;10| ; (BOOT::|a| BOOT::|b| BOOT::|c| BOOT::|m| BOOT::|p| BOOT::$) ; (BLOCK BOOT::|MATSTOR;power!;4MNniM;10| ; (PROG (BOOT::|flag|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |p| ; prevents use of assertion from function type proclamation: ; UNSIGNED-BYTE ; ; compiling (DEFUN |MATSTOR;**;MNniM;11| ...) ; compiling (DEFUN |StorageEfficientMatrixOperations| ...) ; compiling (DEFUN |StorageEfficientMatrixOperations;| ...) ; compiling (MAKEPROP (QUOTE |StorageEfficientMatrixOperations|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-Dcu6ey/code.fasl written ; compilation finished in 0:00:00.148 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/IMATLIN.fasl --bootstrap IMATLIN.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IMATLIN.spad using Spad compiler. IMATLIN abbreviates package InnerMatrixLinearAlgebraFunctions ------------------------------------------------------------------------ initializing stationary directory for InnerMatrixLinearAlgebraFunctions compiling into /tmp/oa-xkG9Y2 Time: 0.04 SEC. Cumulative Statistics for Constructor InnerMatrixLinearAlgebraFunctions Time: 0.04 seconds finalizing NRLIB IMATLIN ; compiling file "/tmp/oa-xkG9Y2/code.lsp" (written 01 FEB 2016 10:56:34 PM): ; compiling (DEFUN |InnerMatrixLinearAlgebraFunctions| ...) ; compiling (DEFUN |InnerMatrixLinearAlgebraFunctions;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-xkG9Y2/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/IMATQF.fasl --bootstrap IMATQF.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IMATQF.spad using Spad compiler. IMATQF abbreviates package InnerMatrixQuotientFieldFunctions ------------------------------------------------------------------------ initializing stationary directory for InnerMatrixQuotientFieldFunctions compiling into /tmp/oa-EU3mDc Time: 0.10 SEC. Cumulative Statistics for Constructor InnerMatrixQuotientFieldFunctions Time: 0.10 seconds finalizing NRLIB IMATQF ; compiling file "/tmp/oa-EU3mDc/code.lsp" (written 01 FEB 2016 10:56:34 PM): ; compiling (DEFUN |InnerMatrixQuotientFieldFunctions| ...) ; compiling (DEFUN |InnerMatrixQuotientFieldFunctions;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-EU3mDc/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/MATLIN.fasl --optimize=3 MATLIN.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MATLIN.spad using Spad compiler. MATLIN abbreviates package MatrixLinearAlgebraFunctions debug: compDefine1 lhs: (MatrixLinearAlgebraFunctions R Row Col M) signature (pre-evaluate): ((CATEGORY package (SIGNATURE determinant (R M)) (SIGNATURE minordet (R M)) (SIGNATURE elRow1! (M M (Integer) (Integer))) (SIGNATURE elRow2! (M M R (Integer) (Integer))) (SIGNATURE elColumn2! (M M R (Integer) (Integer))) (IF (has R (IntegralDomain)) (PROGN (SIGNATURE rank ((NonNegativeInteger) M)) (SIGNATURE nullity ((NonNegativeInteger) M)) (SIGNATURE nullSpace ((List Col) M)) (SIGNATURE fractionFreeGauss! (M M)) (SIGNATURE invertIfCan ((Union M failed) M)) (SIGNATURE adjoint ((Record (: adjMat M) (: detMat R)) M))) %noBranch) (IF (has R (EuclideanDomain)) (PROGN (SIGNATURE rowEchelon (M M)) (SIGNATURE normalizedDivide ((Record (: quotient R) (: remainder R)) R R))) %noBranch) (IF (has R (Field)) (SIGNATURE inverse ((Union M failed) M)) %noBranch)) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE determinant (R M)) (SIGNATURE minordet (R M)) (SIGNATURE elRow1! (M M (Integer) (Integer))) (SIGNATURE elRow2! (M M R (Integer) (Integer))) (SIGNATURE elColumn2! (M M R (Integer) (Integer))) (IF (has R (IntegralDomain)) (PROGN (SIGNATURE rank ((NonNegativeInteger) M)) (SIGNATURE nullity ((NonNegativeInteger) M)) (SIGNATURE nullSpace ((List Col) M)) (SIGNATURE fractionFreeGauss! (M M)) (SIGNATURE invertIfCan ((Union M failed) M)) (SIGNATURE adjoint ((Record (: adjMat M) (: detMat R)) M))) %noBranch) (IF (has R (EuclideanDomain)) (PROGN (SIGNATURE rowEchelon (M M)) (SIGNATURE normalizedDivide ((Record (: quotient R) (: remainder R)) R R))) %noBranch) (IF (has R (Field)) (SIGNATURE inverse ((Union M failed) M)) %noBranch)) $param: (R Row Col M) debug: evaluateType form: R $param: (R Row Col M) debug: evaluateType form: M $param: (R Row Col M) debug: evaluateType form: R $param: (R Row Col M) debug: evaluateType form: M $param: (R Row Col M) debug: evaluateType form: M $param: (R Row Col M) debug: evaluateType form: M $param: (R Row Col M) debug: evaluateType form: (Integer) $param: (R Row Col M) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (R Row Col M) Debug: evaluateType1 form: (Integer) debug: evaluateType form: M $param: (R Row Col M) debug: evaluateType form: M $param: (R Row Col M) debug: evaluateType form: R $param: (R Row Col M) debug: evaluateType form: (Integer) $param: (R Row Col M) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (R Row Col M) Debug: evaluateType1 form: (Integer) debug: evaluateType form: M $param: (R Row Col M) debug: evaluateType form: M $param: (R Row Col M) debug: evaluateType form: R $param: (R Row Col M) debug: evaluateType form: (Integer) $param: (R Row Col M) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (R Row Col M) Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE determinant (R M)) (SIGNATURE minordet (R M)) (SIGNATURE elRow1! (M M (Integer) (Integer))) (SIGNATURE elRow2! (M M R (Integer) (Integer))) (SIGNATURE elColumn2! (M M R (Integer) (Integer))) (IF (has R (IntegralDomain)) (PROGN (SIGNATURE rank ((NonNegativeInteger) M)) (SIGNATURE nullity ((NonNegativeInteger) M)) (SIGNATURE nullSpace ((List Col) M)) (SIGNATURE fractionFreeGauss! (M M)) (SIGNATURE invertIfCan ((Union M failed) M)) (SIGNATURE adjoint ((Record (: adjMat M) (: detMat R)) M))) %noBranch) (IF (has R (EuclideanDomain)) (PROGN (SIGNATURE rowEchelon (M M)) (SIGNATURE normalizedDivide ((Record (: quotient R) (: remainder R)) R R))) %noBranch) (IF (has R (Field)) (SIGNATURE inverse ((Union M failed) M)) %noBranch)) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for MatrixLinearAlgebraFunctions compiling into /tmp/oa-RFrBZs compiling local rowAllZeroes? : (M,Integer) -> Boolean Time: 0.06 SEC. compiling local colAllZeroes? : (M,Integer) -> Boolean Time: 0.01 SEC. compiling local minorDet : (M,Integer,List Integer,Integer,PrimitiveArray Union(R,uncomputed)) -> R Time: 0.12 SEC. compiling exported minordet : M -> R Time: 0.06 SEC. compiling exported elRow1! : (M,Integer,Integer) -> M Time: 0.01 SEC. compiling exported elRow2! : (M,R,Integer,Integer) -> M Time: 0.01 SEC. compiling exported elColumn2! : (M,R,Integer,Integer) -> M Time: 0.02 SEC. compiling exported fractionFreeGauss! : M -> M Time: 0.08 SEC. compiling local lastStep : M -> M Time: 0.22 SEC. compiling exported invertIfCan : M -> Union(M,failed) Time: 0.03 SEC. compiling exported adjoint : M -> Record(adjMat: M,detMat: R) Time: 0.10 SEC. compiling exported rowEchelon : M -> M Time: 0.01 SEC. compiling exported rank : M -> NonNegativeInteger Time: 0.00 SEC. compiling exported nullity : M -> NonNegativeInteger Time: 0.01 SEC. compiling exported determinant : M -> R Time: 0 SEC. compiling exported inverse : M -> Union(M,failed) Time: 0.00 SEC. compiling exported nullSpace : M -> List Col Time: 0.01 SEC. compiling exported nullSpace : M -> List Col Time: 0.04 SEC. compiling exported nullSpace : M -> List Col Time: 0.04 SEC. compiling exported determinant : M -> R Time: 0.02 SEC. compiling exported rank : M -> NonNegativeInteger Time: 0.01 SEC. compiling exported nullity : M -> NonNegativeInteger Time: 0.01 SEC. compiling exported normalizedDivide : (R,R) -> Record(quotient: R,remainder: R) Time: 0.02 SEC. compiling exported normalizedDivide : (R,R) -> Record(quotient: R,remainder: R) Time: 0.00 SEC. compiling exported rowEchelon : M -> M Time: 0.04 SEC. compiling exported determinant : M -> R Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.04 SEC. Warnings: [1] minorDet: ans has no value [2] rowEchelon: xnj has no value Cumulative Statistics for Constructor MatrixLinearAlgebraFunctions Time: 0.97 seconds finalizing NRLIB MATLIN Processing MatrixLinearAlgebraFunctions for Browser database: -- determinant : M -> R -- minordet : M -> R -- elRow1! : (M,I,I) -> M -- elRow2! : (M,R,I,I) -> M -- elColumn2! : (M,R,I,I) -> M -- rank : M -> NonNegativeInteger -- nullity : M -> NonNegativeInteger -- nullSpace : M -> List Col -- fractionFreeGauss! : M -> M -- invertIfCan : M -> Union(M,"failed") -- adjoint : M -> Record(adjMat: M,detMat: R) -- rowEchelon : M -> M -- normalizedDivide : (R,R) -> Record(quotient: R,remainder: R) -- inverse : M -> Union(M,"failed") -- constructor ; compiling file "/tmp/oa-RFrBZs/code.lsp" (written 01 FEB 2016 10:56:35 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MATLIN;rowAllZeroes?| ...) ; compiling (DEFUN |MATLIN;colAllZeroes?| ...) ; compiling (DEFUN |MATLIN;minorDet| ...) ; file: /tmp/oa-RFrBZs/code.lsp ; in: DEFUN |MATLIN;minorDet| ; (DEFUN BOOT::|MATLIN;minorDet| ; (BOOT::|x| BOOT::|m| BOOT::|l| BOOT::|i| BOOT::|v| BOOT::$) ; (PROG (BOOT::|md| BOOT::|minC| BOOT::|minR| BOOT::|pos| BOOT::|j| ; BOOT::|rl| BOOT::|ans|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MATLIN;minorDet| ; (BOOT::|x| BOOT::|m| BOOT::|l| BOOT::|i| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|MATLIN;minorDet| ; (PROG (BOOT::|md| BOOT::|minC| BOOT::|minR| BOOT::|pos| BOOT::|j| ; BOOT::|rl| BOOT::|ans|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |l| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS INTEGER T)) ; ; compiling (DEFUN |MATLIN;minordet;MR;4| ...) ; compiling (DEFUN |MATLIN;elRow1!;M2IM;5| ...) ; compiling (DEFUN |MATLIN;elRow2!;MR2IM;6| ...) ; compiling (DEFUN |MATLIN;elRow2!;MR2IM;6!0| ...) ; compiling (DEFUN |MATLIN;elColumn2!;MR2IM;7| ...) ; compiling (DEFUN |MATLIN;elColumn2!;MR2IM;7!0| ...) ; compiling (DEFUN |MATLIN;fractionFreeGauss!;2M;8| ...) ; compiling (DEFUN |MATLIN;lastStep| ...) ; file: /tmp/oa-RFrBZs/code.lsp ; in: DEFUN |MATLIN;lastStep| ; (LET* ((BOOT::|ndim| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 44))) ; (BOOT::|minR| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 19))) ; (BOOT::|maxR| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 20))) ; (BOOT::|minC| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 11))) ; (BOOT::|maxC| (- (+ BOOT::|minC| BOOT::|ndim|) 1)) ; (BOOT::|exCol| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 12))) ; (BOOT::|det| ; (BOOT::SPADCALL BOOT::|x| BOOT::|maxR| BOOT::|maxC| ; (BOOT::|shellEntry| BOOT::$ 74))) ; (BOOT::|maxR1| (- BOOT::|maxR| 1)) ; (BOOT::|maxC1| (+ BOOT::|maxC| 1)) ; (BOOT::|minC1| (+ BOOT::|minC| 1)) ; (BOOT::|iRow| BOOT::|maxR|) ; (BOOT::|iCol| (- BOOT::|maxC| 1))) ; (BOOT::SEQ ; (LET ((BOOT::|i| BOOT::|maxR1|)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::EXIT ; (BOOT::SPADCALL BOOT::|x| BOOT::|minR| BOOT::|maxR| BOOT::|maxC1| ; BOOT::|exCol| (BOOT::|shellEntry| BOOT::$ 78))))) ; ; caught STYLE-WARNING: ; The variable |minC1| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |iRow| is defined but never used. ; compiling (DEFUN |MATLIN;invertIfCan;MU;10| ...) ; file: /tmp/oa-RFrBZs/code.lsp ; in: DEFUN |MATLIN;invertIfCan;MU;10| ; (DEFUN BOOT::|MATLIN;invertIfCan;MU;10| (BOOT::|y| BOOT::$) ; (PROG (BOOT::|den| BOOT::|adjRec|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MATLIN;invertIfCan;MU;10| ; (BOOT::|y| BOOT::$) ; (BLOCK BOOT::|MATLIN;invertIfCan;MU;10| ; (PROG (BOOT::|den| BOOT::|adjRec|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |MATLIN;adjoint;MR;11| ...) ; file: /tmp/oa-RFrBZs/code.lsp ; in: DEFUN |MATLIN;adjoint;MR;11| ; (DEFUN BOOT::|MATLIN;adjoint;MR;11| (BOOT::|y| BOOT::$) ; (PROG (BOOT::|det| BOOT::|ffr| BOOT::|x| BOOT::|maxC| BOOT::|maxR|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MATLIN;adjoint;MR;11| ; (BOOT::|y| BOOT::$) ; (BLOCK BOOT::|MATLIN;adjoint;MR;11| ; (PROG (BOOT::|det| BOOT::|ffr| BOOT::|x| BOOT::|maxC| BOOT::|maxR|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |MATLIN;rowEchelon;2M;12| ...) ; compiling (DEFUN |MATLIN;rank;MNni;13| ...) ; file: /tmp/oa-RFrBZs/code.lsp ; in: DEFUN |MATLIN;rank;MNni;13| ; (DEFUN BOOT::|MATLIN;rank;MNni;13| (BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 91))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MATLIN;rank;MNni;13| ; (BOOT::|y| BOOT::$) ; (BLOCK BOOT::|MATLIN;rank;MNni;13| ; (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 91)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |MATLIN;nullity;MNni;14| ...) ; file: /tmp/oa-RFrBZs/code.lsp ; in: DEFUN |MATLIN;nullity;MNni;14| ; (DEFUN BOOT::|MATLIN;nullity;MNni;14| (BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 93))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MATLIN;nullity;MNni;14| ; (BOOT::|y| BOOT::$) ; (BLOCK BOOT::|MATLIN;nullity;MNni;14| ; (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 93)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |MATLIN;determinant;MR;15| ...) ; compiling (DEFUN |MATLIN;inverse;MU;16| ...) ; file: /tmp/oa-RFrBZs/code.lsp ; in: DEFUN |MATLIN;inverse;MU;16| ; (DEFUN BOOT::|MATLIN;inverse;MU;16| (BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 97))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MATLIN;inverse;MU;16| ; (BOOT::|y| BOOT::$) ; (BLOCK BOOT::|MATLIN;inverse;MU;16| ; (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 97)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |MATLIN;nullSpace;ML;17| ...) ; file: /tmp/oa-RFrBZs/code.lsp ; in: DEFUN |MATLIN;nullSpace;ML;17| ; (DEFUN BOOT::|MATLIN;nullSpace;ML;17| (BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 100))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MATLIN;nullSpace;ML;17| ; (BOOT::|y| BOOT::$) ; (BLOCK BOOT::|MATLIN;nullSpace;ML;17| ; (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 100)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |MATLIN;nullSpace;ML;18| ...) ; file: /tmp/oa-RFrBZs/code.lsp ; in: DEFUN |MATLIN;nullSpace;ML;18| ; (DEFUN BOOT::|MATLIN;nullSpace;ML;18| (BOOT::|y| BOOT::$) ; (LET ((#:G787 (BOOT::SPADCALL # #)) (#:G681 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G787 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MATLIN;nullSpace;ML;18| ; (BOOT::|y| BOOT::$) ; (BLOCK BOOT::|MATLIN;nullSpace;ML;18| ; (LET ((#:G787 #) (#:G681 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |MATLIN;nullSpace;ML;18!1| ...) ; file: /tmp/oa-RFrBZs/code.lsp ; in: DEFUN |MATLIN;nullSpace;ML;18!1| ; (DEFUN BOOT::|MATLIN;nullSpace;ML;18!1| (BOOT::|#1| BOOT::$$) BOOT::|#1|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MATLIN;nullSpace;ML;18!1| ; (BOOT::|#1| BOOT::$$) ; (BLOCK BOOT::|MATLIN;nullSpace;ML;18!1| BOOT::|#1|)) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |MATLIN;nullSpace;ML;18!0| ...) ; file: /tmp/oa-RFrBZs/code.lsp ; in: DEFUN |MATLIN;nullSpace;ML;18!0| ; (DEFUN BOOT::|MATLIN;nullSpace;ML;18!0| (BOOT::|#1| BOOT::$$) BOOT::|#1|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MATLIN;nullSpace;ML;18!0| ; (BOOT::|#1| BOOT::$$) ; (BLOCK BOOT::|MATLIN;nullSpace;ML;18!0| BOOT::|#1|)) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |MATLIN;nullSpace;ML;19| ...) ; file: /tmp/oa-RFrBZs/code.lsp ; in: DEFUN |MATLIN;nullSpace;ML;19| ; (DEFUN BOOT::|MATLIN;nullSpace;ML;19| (BOOT::|m| BOOT::$) ; (BOOT::SPADCALL BOOT::|m| (BOOT::|shellEntry| BOOT::$ 115))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MATLIN;nullSpace;ML;19| ; (BOOT::|m| BOOT::$) ; (BLOCK BOOT::|MATLIN;nullSpace;ML;19| ; (BOOT::SPADCALL BOOT::|m| (BOOT::|shellEntry| BOOT::$ 115)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |MATLIN;determinant;MR;20| ...) ; compiling (DEFUN |MATLIN;rank;MNni;21| ...) ; compiling (DEFUN |MATLIN;nullity;MNni;22| ...) ; file: /tmp/oa-RFrBZs/code.lsp ; in: DEFUN |MATLIN;nullity;MNni;22| ; (DEFUN BOOT::|MATLIN;nullity;MNni;22| (BOOT::|x| BOOT::$) ; (LET ((#:G700 (- # #))) ; (COND ((NOT #) #:G700) (T (BOOT::|moanRetract| #:G700 '#))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MATLIN;nullity;MNni;22| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|MATLIN;nullity;MNni;22| ; (LET ((#:G700 #)) ; (COND (# #:G700) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |MATLIN;normalizedDivide;2RR;23| ...) ; compiling (DEFUN |MATLIN;normalizedDivide;2RR;24| ...) ; file: /tmp/oa-RFrBZs/code.lsp ; in: DEFUN |MATLIN;normalizedDivide;2RR;24| ; (DEFUN BOOT::|MATLIN;normalizedDivide;2RR;24| (BOOT::|n| BOOT::|d| BOOT::$) ; (BOOT::SPADCALL BOOT::|n| BOOT::|d| (BOOT::|shellEntry| BOOT::$ 120))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MATLIN;normalizedDivide;2RR;24| ; (BOOT::|n| BOOT::|d| BOOT::$) ; (BLOCK BOOT::|MATLIN;normalizedDivide;2RR;24| ; (BOOT::SPADCALL BOOT::|n| BOOT::|d| (BOOT::|shellEntry| BOOT::$ 120)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |MATLIN;rowEchelon;2M;25| ...) ; compiling (DEFUN |MATLIN;determinant;MR;26| ...) ; compiling (DEFUN |MatrixLinearAlgebraFunctions| ...) ; compiling (DEFUN |MatrixLinearAlgebraFunctions;| ...) ; compiling (MAKEPROP (QUOTE |MatrixLinearAlgebraFunctions|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 4 STYLE-WARNING conditions ; printed 11 notes ; /tmp/oa-RFrBZs/code.fasl written ; compilation finished in 0:00:00.259 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/MATRIX.fasl --optimize=3 MATRIX.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MATRIX.spad using Spad compiler. MATRIX abbreviates domain Matrix debug: compDefine1 lhs: (Matrix R) signature (pre-evaluate): ((Join (MatrixCategory R (Vector R) (Vector R)) (CATEGORY domain (SIGNATURE diagonalMatrix ($ (Vector R))) (IF (has R (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch) (IF (has R (Field)) (SIGNATURE inverse ((Union $ failed) $)) %noBranch))) NIL) debug: evaluateType form: (Join (MatrixCategory R (Vector R) (Vector R)) (CATEGORY domain (SIGNATURE diagonalMatrix ($ (Vector R))) (IF (has R (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch) (IF (has R (Field)) (SIGNATURE inverse ((Union $ failed) $)) %noBranch))) $param: (R) debug: evaluateType form: (MatrixCategory R (Vector R) (Vector R)) $param: (R) Debug: evaluateType1 form: (MatrixCategory R (Vector R) (Vector R)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: (Vector R) m: (FiniteLinearAggregate R) debug: evaluateType1 categoryForm: (FiniteLinearAggregate R) debug: evaluateType form: (FiniteLinearAggregate R) $param: (R) Debug: evaluateType1 form: (FiniteLinearAggregate R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (Vector R) $param: (R) Debug: evaluateType1 form: (Vector R) debug: evaluateType1 x: R m: (Type) debug: evalCategory d: (Vector R) c: (FiniteLinearAggregate R) debug: evaluateType1 x: (Vector R) m: (FiniteLinearAggregate R) debug: evaluateType1 categoryForm: (FiniteLinearAggregate R) debug: evaluateType form: (FiniteLinearAggregate R) $param: (R) Debug: evaluateType1 form: (FiniteLinearAggregate R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (Vector R) $param: (R) Debug: evaluateType1 form: (Vector R) debug: evaluateType1 x: R m: (Type) debug: evalCategory d: (Vector R) c: (FiniteLinearAggregate R) debug: evaluateType form: (CATEGORY domain (SIGNATURE diagonalMatrix ($ (Vector R))) (IF (has R (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch) (IF (has R (Field)) (SIGNATURE inverse ((Union $ failed) $)) %noBranch)) $param: (R) debug: evaluateType form: (Vector R) $param: (R) Debug: evaluateType1 form: (Vector R) debug: evaluateType1 x: R m: (Type) debug: compDefine1 signature (post evaluate): ((Join (MatrixCategory R (Vector R) (Vector R)) (CATEGORY domain (SIGNATURE diagonalMatrix ($ (Vector R))) (IF (has R (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch) (IF (has R (Field)) (SIGNATURE inverse ((Union $ failed) $)) %noBranch))) NIL) ------------------------------------------------------------------------ initializing stationary directory for Matrix compiling into /tmp/oa-c7p1f1 compiling exported minRowIndex : % -> Integer MATRIX;minRowIndex;$I;1 x is replaced by 1 Time: 0.04 SEC. compiling exported minColIndex : % -> Integer MATRIX;minColIndex;$I;2 x is replaced by 1 Time: 0.00 SEC. compiling exported swapRows! : (%,Integer,Integer) -> % Time: 0.02 SEC. compiling local positivePower : (%,Integer,NonNegativeInteger) -> % Time: 0.02 SEC. compiling exported ** : (%,NonNegativeInteger) -> % Time: 0.02 SEC. compiling exported determinant : % -> R Time: 0.01 SEC. compiling exported minordet : % -> R Time: 0.00 SEC. compiling exported rowEchelon : % -> % Time: 0.01 SEC. compiling exported rank : % -> NonNegativeInteger Time: 0.01 SEC. compiling exported nullity : % -> NonNegativeInteger Time: 0.01 SEC. compiling exported nullSpace : % -> List Vector R Time: 0.01 SEC. compiling exported inverse : % -> Union(%,failed) Time: 0.01 SEC. compiling exported ** : (%,Integer) -> % Time: 0.03 SEC. compiling exported diagonalMatrix : Vector R -> % Time: 0.04 SEC. compiling exported convert : % -> InputForm Debug compQuote expr: (QUOTE matrix) m: $EmptyMode Debug compQuote expr: (QUOTE matrix) m: (Symbol) Debug compQuote expr: (QUOTE matrix) m: $EmptyMode Debug compQuote expr: (QUOTE matrix) m: (Symbol) Debug compQuote expr: (QUOTE matrix) m: $EmptyMode Debug compQuote expr: (QUOTE matrix) m: (Symbol) Debug compQuote expr: (QUOTE matrix) m: $EmptyMode Debug compQuote expr: (QUOTE matrix) m: (Symbol) Debug compQuote expr: (QUOTE matrix) m: $EmptyMode Debug compQuote expr: (QUOTE matrix) m: (Symbol) Debug compQuote expr: (QUOTE matrix) m: $EmptyMode Debug compQuote expr: (QUOTE matrix) m: (Symbol) Debug compQuote expr: (QUOTE matrix) m: $EmptyMode Debug compQuote expr: (QUOTE matrix) m: (Symbol) Time: 0.25 SEC. (time taken in buildFunctor: 4) Time: 0.02 SEC. Warnings: [1] positivePower: pretend Matrix R -- should replace by @ [2] positivePower: pretend $ -- should replace by @ [3] determinant: not known that CommutativeRing is of mode CATEGORY(package,commutative "*") Cumulative Statistics for Constructor Matrix Time: 0.52 seconds finalizing NRLIB MATRIX Processing Matrix for Browser database: -- diagonalMatrix : Vector R -> % -- inverse : % -> Union(%,"failed") -- constructor ; compiling file "/tmp/oa-c7p1f1/code.lsp" (written 01 FEB 2016 10:56:36 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MATRIX;minRowIndex;$I;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MATRIX;minColIndex;$I;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MATRIX;minRowIndex;$I;1| ...) ; file: /tmp/oa-c7p1f1/code.lsp ; in: DEFUN |MATRIX;minRowIndex;$I;1| ; (DEFUN BOOT::|MATRIX;minRowIndex;$I;1| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; 1) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MATRIX;minRowIndex;$I;1| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|MATRIX;minRowIndex;$I;1| 1)) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |MATRIX;minColIndex;$I;2| ...) ; file: /tmp/oa-c7p1f1/code.lsp ; in: DEFUN |MATRIX;minColIndex;$I;2| ; (DEFUN BOOT::|MATRIX;minColIndex;$I;2| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; 1) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MATRIX;minColIndex;$I;2| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|MATRIX;minColIndex;$I;2| 1)) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |MATRIX;swapRows!;$2I$;3| ...) ; compiling (DEFUN |MATRIX;positivePower| ...) ; compiling (DEFUN |MATRIX;**;$Nni$;5| ...) ; compiling (DEFUN |MATRIX;determinant;$R;6| ...) ; compiling (DEFUN |MATRIX;minordet;$R;7| ...) ; compiling (DEFUN |MATRIX;rowEchelon;2$;8| ...) ; compiling (DEFUN |MATRIX;rank;$Nni;9| ...) ; file: /tmp/oa-c7p1f1/code.lsp ; in: DEFUN |MATRIX;rank;$Nni;9| ; (DEFUN BOOT::|MATRIX;rank;$Nni;9| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 47))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MATRIX;rank;$Nni;9| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|MATRIX;rank;$Nni;9| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 47)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |MATRIX;nullity;$Nni;10| ...) ; file: /tmp/oa-c7p1f1/code.lsp ; in: DEFUN |MATRIX;nullity;$Nni;10| ; (DEFUN BOOT::|MATRIX;nullity;$Nni;10| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 49))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MATRIX;nullity;$Nni;10| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|MATRIX;nullity;$Nni;10| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 49)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |MATRIX;nullSpace;$L;11| ...) ; file: /tmp/oa-c7p1f1/code.lsp ; in: DEFUN |MATRIX;nullSpace;$L;11| ; (DEFUN BOOT::|MATRIX;nullSpace;$L;11| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 52))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MATRIX;nullSpace;$L;11| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|MATRIX;nullSpace;$L;11| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 52)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS VECTOR T)) &REST T). ; compiling (DEFUN |MATRIX;inverse;$U;12| ...) ; file: /tmp/oa-c7p1f1/code.lsp ; in: DEFUN |MATRIX;inverse;$U;12| ; (DEFUN BOOT::|MATRIX;inverse;$U;12| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 55))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MATRIX;inverse;$U;12| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|MATRIX;inverse;$U;12| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 55)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |MATRIX;**;$I$;13| ...) ; compiling (DEFUN |MATRIX;diagonalMatrix;V$;14| ...) ; compiling (DEFUN |MATRIX;convert;$If;15| ...) ; compiling (DEFUN |Matrix| ...) ; compiling (DEFUN |Matrix;| ...) ; compiling (MAKEPROP (QUOTE |Matrix|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 4 notes ; /tmp/oa-c7p1f1/code.fasl written ; compilation finished in 0:00:00.144 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/VECTCAT.fasl --optimize=3 VECTCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/VECTCAT.spad using Spad compiler. VECTCAT abbreviates category VectorCategory debug: compDefine1 lhs: (VectorCategory R) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (VectorCategory R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for VectorCategory compiling into /tmp/oa-CH3gAS STYLE-WARNING: redefining BOOT::|VectorCategory| in DEFUN Time: 0.01 SEC. VECTCAT- abbreviates package VectorCategory& ------------------------------------------------------------------------ initializing stationary directory for VectorCategory& compiling into /tmp/oa-59sykC compiling exported + : (S,S) -> S Time: 0.08 SEC. compiling exported zero : NonNegativeInteger -> S Time: 0.01 SEC. compiling exported - : S -> S Time: 0.00 SEC. compiling exported * : (Integer,S) -> S Time: 0.00 SEC. compiling exported - : (S,S) -> S Time: 0.00 SEC. compiling exported * : (S,R) -> S Time: 0 SEC. compiling exported * : (R,S) -> S Time: 0.00 SEC. compiling exported dot : (S,S) -> R Time: 0.02 SEC. compiling exported outerProduct : (S,S) -> Matrix R Time: 0.04 SEC. compiling exported cross : (S,S) -> S Time: 0.04 SEC. compiling exported length : S -> R Time: 0.00 SEC. compiling exported magnitude : S -> R Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor VectorCategory& Time: 0.24 seconds finalizing NRLIB VECTCAT- ; compiling file "/tmp/oa-59sykC/code.lsp" (written 01 FEB 2016 10:56:37 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |VECTCAT-;+;3$;1| ...) ; compiling (DEFUN |VECTCAT-;zero;Nni$;2| ...) ; compiling (DEFUN |VECTCAT-;-;2$;3| ...) ; compiling (DEFUN |VECTCAT-;-;2$;3!0| ...) ; compiling (DEFUN |VECTCAT-;*;I2$;4| ...) ; compiling (DEFUN |VECTCAT-;*;I2$;4!0| ...) ; compiling (DEFUN |VECTCAT-;-;3$;5| ...) ; compiling (DEFUN |VECTCAT-;*;$R$;6| ...) ; compiling (DEFUN |VECTCAT-;*;$R$;6!0| ...) ; compiling (DEFUN |VECTCAT-;*;R2$;7| ...) ; compiling (DEFUN |VECTCAT-;*;R2$;7!0| ...) ; compiling (DEFUN |VECTCAT-;dot;2$R;8| ...) ; compiling (DEFUN |VECTCAT-;outerProduct;2$M;9| ...) ; compiling (DEFUN |VECTCAT-;cross;3$;10| ...) ; compiling (DEFUN |VECTCAT-;length;$R;11| ...) ; compiling (DEFUN |VECTCAT-;magnitude;$R;12| ...) ; compiling (DEFUN |VectorCategory&| ...) ; compiling (MAKEPROP (QUOTE |VectorCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-59sykC/code.fasl written ; compilation finished in 0:00:00.088 ------------------------------------------------------------------------ finalizing NRLIB VECTCAT Processing VectorCategory for Browser database: -- ?+? : (%,%) -> % -- zero : NonNegativeInteger -> % -- -? : % -> % -- ?-? : (%,%) -> % -- ?*? : (Integer,%) -> % -- ?*? : (R,%) -> % -- ?*? : (%,R) -> % -- dot : (%,%) -> R -- outerProduct : (%,%) -> Matrix R -- cross : (%,%) -> % --->../../x86_64-unknown-linux-gnu/src/algebra/vector.spad-->VectorCategory((cross (% % %))): Improper first word in comments: vectorProduct "vectorProduct(\\spad{u},{}\\spad{v}) constructs the cross product of \\spad{u} and \\spad{v}. Error: if \\spad{u} and \\spad{v} are not of length 3." -- length : % -> R -- magnitude : % -> R -- constructor ; compiling file "/tmp/oa-CH3gAS/code.lsp" (written 01 FEB 2016 10:56:37 PM): ; compiling (DEFPARAMETER |VectorCategory;AL| ...) ; compiling (DEFUN |VectorCategory;| ...) ; compiling (DEFUN |VectorCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-CH3gAS/code.fasl written ; compilation finished in 0:00:00.019 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/ARRAY1.fasl --optimize=3 ARRAY1.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ARRAY1.spad using Spad compiler. ARRAY1 abbreviates domain OneDimensionalArray debug: compDefine1 lhs: (OneDimensionalArray S) signature (pre-evaluate): ((Join (OneDimensionalArrayAggregate S) (CATEGORY domain (SIGNATURE oneDimensionalArray ($ (List S))) (SIGNATURE oneDimensionalArray ($ (NonNegativeInteger) S)))) (Type)) debug: evaluateType form: (Join (OneDimensionalArrayAggregate S) (CATEGORY domain (SIGNATURE oneDimensionalArray ($ (List S))) (SIGNATURE oneDimensionalArray ($ (NonNegativeInteger) S)))) $param: (S) debug: evaluateType form: (OneDimensionalArrayAggregate S) $param: (S) Debug: evaluateType1 form: (OneDimensionalArrayAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE oneDimensionalArray ($ (List S))) (SIGNATURE oneDimensionalArray ($ (NonNegativeInteger) S))) $param: (S) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (S) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Join (OneDimensionalArrayAggregate S) (CATEGORY domain (SIGNATURE oneDimensionalArray ($ (List S))) (SIGNATURE oneDimensionalArray ($ (NonNegativeInteger) S)))) (Type)) debug: compDefine1 lhs: (OneDimensionalArray S) signature (pre-evaluate): ((Join (OneDimensionalArrayAggregate S) (CATEGORY domain (SIGNATURE oneDimensionalArray ($ (List S))) (SIGNATURE oneDimensionalArray ($ (NonNegativeInteger) S)))) NIL) debug: evaluateType form: (Join (OneDimensionalArrayAggregate S) (CATEGORY domain (SIGNATURE oneDimensionalArray ($ (List S))) (SIGNATURE oneDimensionalArray ($ (NonNegativeInteger) S)))) $param: (S) debug: evaluateType form: (OneDimensionalArrayAggregate S) $param: (S) Debug: evaluateType1 form: (OneDimensionalArrayAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE oneDimensionalArray ($ (List S))) (SIGNATURE oneDimensionalArray ($ (NonNegativeInteger) S))) $param: (S) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (S) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: S $param: (S) debug: compDefine1 signature (post evaluate): ((Join (OneDimensionalArrayAggregate S) (CATEGORY domain (SIGNATURE oneDimensionalArray ($ (List S))) (SIGNATURE oneDimensionalArray ($ (NonNegativeInteger) S)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for OneDimensionalArray compiling into /tmp/oa-Gk7Y0l compiling exported oneDimensionalArray : List S -> % Time: 0.04 SEC. compiling exported oneDimensionalArray : (NonNegativeInteger,S) -> % Time: 0 SEC. (time taken in buildFunctor: 8) Time: 0.07 SEC. Cumulative Statistics for Constructor OneDimensionalArray Time: 0.11 seconds finalizing NRLIB ARRAY1 Processing OneDimensionalArray for Browser database: -- oneDimensionalArray : List S -> % -- oneDimensionalArray : (NonNegativeInteger,S) -> % -- constructor ; compiling file "/tmp/oa-Gk7Y0l/code.lsp" (written 01 FEB 2016 10:56:37 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ARRAY1;oneDimensionalArray;L$;1| ...) ; compiling (DEFUN |ARRAY1;oneDimensionalArray;NniS$;2| ...) ; compiling (DEFUN |OneDimensionalArray| ...) ; compiling (DEFUN |OneDimensionalArray;| ...) ; compiling (MAKEPROP (QUOTE |OneDimensionalArray|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Gk7Y0l/code.fasl written ; compilation finished in 0:00:00.031 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/VECTOR.fasl --optimize=3 VECTOR.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/VECTOR.spad using Spad compiler. VECTOR abbreviates domain Vector debug: compDefine1 lhs: (Vector R) signature (pre-evaluate): ((Join (VectorCategory R) (CATEGORY domain (SIGNATURE vector ($ (List R))))) (Type)) debug: evaluateType form: (Join (VectorCategory R) (CATEGORY domain (SIGNATURE vector ($ (List R))))) $param: (R) debug: evaluateType form: (VectorCategory R) $param: (R) Debug: evaluateType1 form: (VectorCategory R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE vector ($ (List R)))) $param: (R) debug: evaluateType form: (List R) $param: (R) Debug: evaluateType1 form: (List R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Join (VectorCategory R) (CATEGORY domain (SIGNATURE vector ($ (List R))))) (Type)) debug: compDefine1 lhs: (Vector R) signature (pre-evaluate): ((Join (VectorCategory R) (CATEGORY domain (SIGNATURE vector ($ (List R))))) NIL) debug: evaluateType form: (Join (VectorCategory R) (CATEGORY domain (SIGNATURE vector ($ (List R))))) $param: (R) debug: evaluateType form: (VectorCategory R) $param: (R) Debug: evaluateType1 form: (VectorCategory R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE vector ($ (List R)))) $param: (R) debug: evaluateType form: (List R) $param: (R) Debug: evaluateType1 form: (List R) debug: evaluateType1 x: R m: (Type) debug: compDefine1 signature (post evaluate): ((Join (VectorCategory R) (CATEGORY domain (SIGNATURE vector ($ (List R))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for Vector compiling into /tmp/oa-k3lQMH compiling exported vector : List R -> % Time: 0.03 SEC. compiling exported maxIndex : % -> Integer VECTOR;maxIndex;$I;2 is replaced by sizeOfSimpleArray Time: 0.01 SEC. compiling exported convert : % -> InputForm Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Time: 0.19 SEC. (time taken in buildFunctor: 4) Time: 0.06 SEC. Cumulative Statistics for Constructor Vector Time: 0.30 seconds --------------non extending category---------------------- Vector #1 of category VectorCategory #1 with vector : List #1 -> % has no oneDimensionalArray : List #1 -> % ---------------------------------------------------------- finalizing NRLIB VECTOR Processing Vector for Browser database: -- vector : List R -> % -- constructor ; compiling file "/tmp/oa-k3lQMH/code.lsp" (written 01 FEB 2016 10:56:38 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |VECTOR;maxIndex;$I;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |VECTOR;vector;L$;1| ...) ; compiling (DEFUN |VECTOR;maxIndex;$I;2| ...) ; compiling (DEFUN |VECTOR;convert;$If;3| ...) ; compiling (DEFUN |Vector| ...) ; compiling (DEFUN |Vector;| ...) ; compiling (MAKEPROP (QUOTE |Vector|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-k3lQMH/code.fasl written ; compilation finished in 0:00:00.040 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/RADCAT.fasl --optimize=3 RADCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RADCAT.spad using Spad compiler. RADCAT abbreviates category RadicalCategory debug: compDefine1 lhs: (RadicalCategory) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for RadicalCategory compiling into /tmp/oa-wDfsHa STYLE-WARNING: redefining BOOT::|RadicalCategory| in DEFUN Time: 0.00 SEC. RADCAT- abbreviates package RadicalCategory& ------------------------------------------------------------------------ initializing stationary directory for RadicalCategory& compiling into /tmp/oa-DNzoLX compiling exported sqrt : S -> S Time: 0.07 SEC. compiling exported nthRoot : (S,Integer) -> S Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor RadicalCategory& Time: 0.09 seconds finalizing NRLIB RADCAT- ; compiling file "/tmp/oa-DNzoLX/code.lsp" (written 01 FEB 2016 10:56:38 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RADCAT-;sqrt;2$;1| ...) ; compiling (DEFUN |RADCAT-;nthRoot;$I$;2| ...) ; compiling (DEFUN |RadicalCategory&| ...) ; compiling (MAKEPROP (QUOTE |RadicalCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-DNzoLX/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ finalizing NRLIB RADCAT Processing RadicalCategory for Browser database: -- sqrt : % -> % -- nthRoot : (%,Integer) -> % -- ?**? : (%,Fraction Integer) -> % -- constructor ; compiling file "/tmp/oa-wDfsHa/code.lsp" (written 01 FEB 2016 10:56:38 PM): ; compiling (DEFPARAMETER |RadicalCategory;AL| ...) ; compiling (DEFUN |RadicalCategory;| ...) ; compiling (DEFUN |RadicalCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-wDfsHa/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/RNS.fasl --optimize=3 RNS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RNS.spad using Spad compiler. RNS abbreviates category RealNumberSystem debug: compDefine1 lhs: (RealNumberSystem) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for RealNumberSystem compiling into /tmp/oa-9yfr6p STYLE-WARNING: redefining BOOT::|RealNumberSystem;| in DEFUN STYLE-WARNING: redefining BOOT::|RealNumberSystem| in DEFUN Time: 0.08 SEC. RNS- abbreviates package RealNumberSystem& ------------------------------------------------------------------------ initializing stationary directory for RealNumberSystem& compiling into /tmp/oa-EkdxXd compiling exported characteristic : () -> NonNegativeInteger RNS-;characteristic;Nni;1 is replaced by 0 Time: 0.02 SEC. compiling exported fractionPart : S -> S Time: 0 SEC. compiling exported truncate : S -> S Time: 0.00 SEC. compiling exported round : S -> S Time: 0.02 SEC. compiling exported norm : S -> S Time: 0 SEC. compiling exported coerce : Fraction Integer -> S Time: 0.01 SEC. compiling exported convert : S -> Pattern Float Time: 0.02 SEC. compiling exported floor : S -> S Time: 0.01 SEC. compiling exported ceiling : S -> S Time: 0.01 SEC. compiling exported patternMatch : (S,Pattern Float,PatternMatchResult(Float,S)) -> PatternMatchResult(Float,S) Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] patternMatch: not known that SetCategory is of mode CATEGORY(package,round: S -> S,truncate: S -> S,fractionPart: S -> S,floor: S -> S,ceiling: S -> S,norm: S -> S,patternMatch: (S,Pattern Float,PatternMatchResult(Float,S)) -> PatternMatchResult(Float,S),convert: S -> Pattern Float,coerce: Fraction Integer -> S,coerce: Integer -> S,convert: S -> DoubleFloat,convert: S -> Float,coerce: Fraction Integer -> S,coerce: S -> S,characteristic: () -> NonNegativeInteger,coerce: Integer -> S,coerce: S -> OutputForm) Cumulative Statistics for Constructor RealNumberSystem& Time: 0.13 seconds finalizing NRLIB RNS- ; compiling file "/tmp/oa-EkdxXd/code.lsp" (written 01 FEB 2016 10:56:38 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |RNS-;characteristic;Nni;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RNS-;characteristic;Nni;1| ...) ; compiling (DEFUN |RNS-;fractionPart;2$;2| ...) ; compiling (DEFUN |RNS-;truncate;2$;3| ...) ; compiling (DEFUN |RNS-;round;2$;4| ...) ; compiling (DEFUN |RNS-;norm;2$;5| ...) ; compiling (DEFUN |RNS-;coerce;F$;6| ...) ; compiling (DEFUN |RNS-;convert;$P;7| ...) ; compiling (DEFUN |RNS-;floor;2$;8| ...) ; compiling (DEFUN |RNS-;ceiling;2$;9| ...) ; compiling (DEFUN |RNS-;patternMatch;$P2Pmr;10| ...) ; compiling (DEFUN |RealNumberSystem&| ...) ; compiling (MAKEPROP (QUOTE |RealNumberSystem&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-EkdxXd/code.fasl written ; compilation finished in 0:00:00.052 ------------------------------------------------------------------------ finalizing NRLIB RNS Processing RealNumberSystem for Browser database: -- norm : % -> % -- ceiling : % -> % -- floor : % -> % -- wholePart : % -> Integer -- fractionPart : % -> % -- truncate : % -> % -- round : % -> % -- constructor ; compiling file "/tmp/oa-9yfr6p/code.lsp" (written 01 FEB 2016 10:56:38 PM): ; compiling (DEFPARAMETER |RealNumberSystem;AL| ...) ; compiling (DEFUN |RealNumberSystem;| ...) ; compiling (DEFUN |RealNumberSystem| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-9yfr6p/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/FPS.fasl --optimize=3 FPS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FPS.spad using Spad compiler. FPS abbreviates category FloatingPointSystem debug: compDefine1 lhs: (FloatingPointSystem) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for FloatingPointSystem compiling into /tmp/oa-6w5xUW STYLE-WARNING: redefining BOOT::|FloatingPointSystem| in DEFUN Time: 0.01 SEC. FPS- abbreviates package FloatingPointSystem& ------------------------------------------------------------------------ initializing stationary directory for FloatingPointSystem& compiling into /tmp/oa-7PLFGL compiling exported float : (Integer,Integer) -> S Time: 0.05 SEC. compiling exported digits : () -> PositiveInteger Time: 0.14 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor FloatingPointSystem& Time: 0.20 seconds finalizing NRLIB FPS- ; compiling file "/tmp/oa-7PLFGL/code.lsp" (written 01 FEB 2016 10:56:39 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FPS-;float;2I$;1| ...) ; compiling (DEFUN |FPS-;digits;Pi;2| ...) ; file: /tmp/oa-7PLFGL/code.lsp ; in: DEFUN |FPS-;digits;Pi;2| ; '(BOOT::|PositiveInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |FloatingPointSystem&| ...) ; compiling (MAKEPROP (QUOTE |FloatingPointSystem&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-7PLFGL/code.fasl written ; compilation finished in 0:00:00.024 ------------------------------------------------------------------------ finalizing NRLIB FPS Processing FloatingPointSystem for Browser database: -- approximate : () -> attribute -- float : (Integer,Integer) -> % -- float : (Integer,Integer,PositiveInteger) -> % -- order : % -> Integer -- base : () -> PositiveInteger -- exponent : % -> Integer -- mantissa : % -> Integer -- bits : () -> PositiveInteger -- digits : () -> PositiveInteger -- precision : () -> PositiveInteger -- bits : PositiveInteger -> PositiveInteger -- digits : PositiveInteger -> PositiveInteger -- precision : PositiveInteger -> PositiveInteger -- increasePrecision : Integer -> PositiveInteger -- decreasePrecision : Integer -> PositiveInteger -- min : () -> % -- max : () -> % -- constructor ; compiling file "/tmp/oa-6w5xUW/code.lsp" (written 01 FEB 2016 10:56:39 PM): ; compiling (DEFPARAMETER |FloatingPointSystem;AL| ...) ; compiling (DEFUN |FloatingPointSystem;| ...) ; compiling (DEFUN |FloatingPointSystem| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-6w5xUW/code.fasl written ; compilation finished in 0:00:00.019 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/TRIGCAT.fasl --optimize=3 TRIGCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TRIGCAT.spad using Spad compiler. TRIGCAT abbreviates category TrigonometricFunctionCategory debug: compDefine1 lhs: (TrigonometricFunctionCategory) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for TrigonometricFunctionCategory compiling into /tmp/oa-bgr0Uk STYLE-WARNING: redefining BOOT::|TrigonometricFunctionCategory| in DEFUN Time: 0.01 SEC. TRIGCAT- abbreviates package TrigonometricFunctionCategory& ------------------------------------------------------------------------ initializing stationary directory for TrigonometricFunctionCategory& compiling into /tmp/oa-JfCGJa compiling exported csc : S -> S Time: 0.02 SEC. compiling exported sec : S -> S Time: 0.00 SEC. compiling exported tan : S -> S Time: 0.04 SEC. compiling exported cot : S -> S Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor TrigonometricFunctionCategory& Time: 0.08 seconds finalizing NRLIB TRIGCAT- ; compiling file "/tmp/oa-JfCGJa/code.lsp" (written 01 FEB 2016 10:56:39 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |TRIGCAT-;csc;2$;1| ...) ; compiling (DEFUN |TRIGCAT-;sec;2$;2| ...) ; compiling (DEFUN |TRIGCAT-;tan;2$;3| ...) ; compiling (DEFUN |TRIGCAT-;cot;2$;4| ...) ; compiling (DEFUN |TrigonometricFunctionCategory&| ...) ; compiling (MAKEPROP (QUOTE |TrigonometricFunctionCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-JfCGJa/code.fasl written ; compilation finished in 0:00:00.025 ------------------------------------------------------------------------ finalizing NRLIB TRIGCAT Processing TrigonometricFunctionCategory for Browser database: -- cos : % -> % -- cot : % -> % -- csc : % -> % -- sec : % -> % -- sin : % -> % -- tan : % -> % -- constructor ; compiling file "/tmp/oa-bgr0Uk/code.lsp" (written 01 FEB 2016 10:56:39 PM): ; compiling (DEFPARAMETER |TrigonometricFunctionCategory;AL| ...) ; compiling (DEFUN |TrigonometricFunctionCategory;| ...) ; compiling (DEFUN |TrigonometricFunctionCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-bgr0Uk/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/ATRIG.fasl --optimize=3 ATRIG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ATRIG.spad using Spad compiler. ATRIG abbreviates category ArcTrigonometricFunctionCategory debug: compDefine1 lhs: (ArcTrigonometricFunctionCategory) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for ArcTrigonometricFunctionCategory compiling into /tmp/oa-SJZmgG STYLE-WARNING: redefining BOOT::|ArcTrigonometricFunctionCategory| in DEFUN Time: 0.01 SEC. ATRIG- abbreviates package ArcTrigonometricFunctionCategory& ------------------------------------------------------------------------ initializing stationary directory for ArcTrigonometricFunctionCategory& compiling into /tmp/oa-QC86Nw compiling exported asec : S -> S Time: 0.02 SEC. compiling exported acsc : S -> S Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor ArcTrigonometricFunctionCategory& Time: 0.03 seconds finalizing NRLIB ATRIG- ; compiling file "/tmp/oa-QC86Nw/code.lsp" (written 01 FEB 2016 10:56:39 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ATRIG-;asec;2$;1| ...) ; compiling (DEFUN |ATRIG-;acsc;2$;2| ...) ; compiling (DEFUN |ArcTrigonometricFunctionCategory&| ...) ; compiling (MAKEPROP (QUOTE |ArcTrigonometricFunctionCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-QC86Nw/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ finalizing NRLIB ATRIG Processing ArcTrigonometricFunctionCategory for Browser database: -- acos : % -> % -- acot : % -> % -- acsc : % -> % -- asec : % -> % -- asin : % -> % -- atan : % -> % -- constructor ; compiling file "/tmp/oa-SJZmgG/code.lsp" (written 01 FEB 2016 10:56:39 PM): ; compiling (DEFPARAMETER |ArcTrigonometricFunctionCategory;AL| ...) ; compiling (DEFUN |ArcTrigonometricFunctionCategory;| ...) ; compiling (DEFUN |ArcTrigonometricFunctionCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-SJZmgG/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/HYPCAT.fasl --optimize=3 HYPCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/HYPCAT.spad using Spad compiler. HYPCAT abbreviates category HyperbolicFunctionCategory debug: compDefine1 lhs: (HyperbolicFunctionCategory) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for HyperbolicFunctionCategory compiling into /tmp/oa-DDn9JU STYLE-WARNING: redefining BOOT::|HyperbolicFunctionCategory| in DEFUN Time: 0.00 SEC. HYPCAT- abbreviates package HyperbolicFunctionCategory& ------------------------------------------------------------------------ initializing stationary directory for HyperbolicFunctionCategory& compiling into /tmp/oa-F7zYLL compiling exported csch : S -> S Time: 0.03 SEC. compiling exported sech : S -> S Time: 0.01 SEC. compiling exported tanh : S -> S Time: 0.04 SEC. compiling exported coth : S -> S Time: 0.01 SEC. compiling exported cosh : S -> S Time: 0.02 SEC. compiling exported sinh : S -> S Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor HyperbolicFunctionCategory& Time: 0.14 seconds finalizing NRLIB HYPCAT- ; compiling file "/tmp/oa-F7zYLL/code.lsp" (written 01 FEB 2016 10:56:39 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |HYPCAT-;csch;2$;1| ...) ; compiling (DEFUN |HYPCAT-;sech;2$;2| ...) ; compiling (DEFUN |HYPCAT-;tanh;2$;3| ...) ; compiling (DEFUN |HYPCAT-;coth;2$;4| ...) ; compiling (DEFUN |HYPCAT-;cosh;2$;5| ...) ; compiling (DEFUN |HYPCAT-;sinh;2$;6| ...) ; compiling (DEFUN |HyperbolicFunctionCategory&| ...) ; compiling (MAKEPROP (QUOTE |HyperbolicFunctionCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-F7zYLL/code.fasl written ; compilation finished in 0:00:00.038 ------------------------------------------------------------------------ finalizing NRLIB HYPCAT Processing HyperbolicFunctionCategory for Browser database: -- cosh : % -> % -- coth : % -> % -- csch : % -> % -- sech : % -> % -- sinh : % -> % -- tanh : % -> % -- constructor ; compiling file "/tmp/oa-DDn9JU/code.lsp" (written 01 FEB 2016 10:56:39 PM): ; compiling (DEFPARAMETER |HyperbolicFunctionCategory;AL| ...) ; compiling (DEFUN |HyperbolicFunctionCategory;| ...) ; compiling (DEFUN |HyperbolicFunctionCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-DDn9JU/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/AHYP.fasl --optimize=3 AHYP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/AHYP.spad using Spad compiler. AHYP abbreviates category ArcHyperbolicFunctionCategory debug: compDefine1 lhs: (ArcHyperbolicFunctionCategory) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for ArcHyperbolicFunctionCategory compiling into /tmp/oa-RpjnX8 STYLE-WARNING: redefining BOOT::|ArcHyperbolicFunctionCategory| in DEFUN Time: 0.00 SEC. finalizing NRLIB AHYP Processing ArcHyperbolicFunctionCategory for Browser database: -- acosh : % -> % -- acoth : % -> % -- acsch : % -> % -- asech : % -> % -- asinh : % -> % -- atanh : % -> % -- constructor ; compiling file "/tmp/oa-RpjnX8/code.lsp" (written 01 FEB 2016 10:56:40 PM): ; compiling (DEFPARAMETER |ArcHyperbolicFunctionCategory;AL| ...) ; compiling (DEFUN |ArcHyperbolicFunctionCategory;| ...) ; compiling (DEFUN |ArcHyperbolicFunctionCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-RpjnX8/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/ELEMFUN.fasl --optimize=3 ELEMFUN.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ELEMFUN.spad using Spad compiler. ELEMFUN abbreviates category ElementaryFunctionCategory debug: compDefine1 lhs: (ElementaryFunctionCategory) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for ElementaryFunctionCategory compiling into /tmp/oa-tdwr7e STYLE-WARNING: redefining BOOT::|ElementaryFunctionCategory| in DEFUN Time: 0.00 SEC. ELEMFUN- abbreviates package ElementaryFunctionCategory& ------------------------------------------------------------------------ initializing stationary directory for ElementaryFunctionCategory& compiling into /tmp/oa-z7Brb7 compiling exported ** : (S,S) -> S Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor ElementaryFunctionCategory& Time: 0.01 seconds finalizing NRLIB ELEMFUN- ; compiling file "/tmp/oa-z7Brb7/code.lsp" (written 01 FEB 2016 10:56:40 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ELEMFUN-;**;3$;1| ...) ; compiling (DEFUN |ElementaryFunctionCategory&| ...) ; compiling (MAKEPROP (QUOTE |ElementaryFunctionCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-z7Brb7/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ finalizing NRLIB ELEMFUN Processing ElementaryFunctionCategory for Browser database: -- log : % -> % -- exp : % -> % -- ?**? : (%,%) -> % -- constructor ; compiling file "/tmp/oa-tdwr7e/code.lsp" (written 01 FEB 2016 10:56:40 PM): ; compiling (DEFPARAMETER |ElementaryFunctionCategory;AL| ...) ; compiling (DEFUN |ElementaryFunctionCategory;| ...) ; compiling (DEFUN |ElementaryFunctionCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-tdwr7e/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/TRANFUN.fasl --optimize=3 TRANFUN.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TRANFUN.spad using Spad compiler. TRANFUN abbreviates category TranscendentalFunctionCategory debug: compDefine1 lhs: (TranscendentalFunctionCategory) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for TranscendentalFunctionCategory compiling into /tmp/oa-ESeOYo STYLE-WARNING: redefining BOOT::|TranscendentalFunctionCategory| in DEFUN Time: 0.01 SEC. TRANFUN- abbreviates package TranscendentalFunctionCategory& ------------------------------------------------------------------------ initializing stationary directory for TranscendentalFunctionCategory& compiling into /tmp/oa-1rdRnh compiling exported pi : () -> S Time: 0.05 SEC. compiling exported acsch : S -> S Time: 0.01 SEC. compiling exported asech : S -> S Time: 0.00 SEC. compiling exported acoth : S -> S Time: 0.01 SEC. compiling exported asin : S -> S Time: 0.02 SEC. compiling exported acos : S -> S Time: 0.01 SEC. compiling exported acot : S -> S Time: 0.01 SEC. compiling exported asinh : S -> S Time: 0.01 SEC. compiling exported acosh : S -> S Time: 0.02 SEC. compiling exported atanh : S -> S Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor TranscendentalFunctionCategory& Time: 0.16 seconds finalizing NRLIB TRANFUN- ; compiling file "/tmp/oa-1rdRnh/code.lsp" (written 01 FEB 2016 10:56:40 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |TRANFUN-;pi;$;1| ...) ; compiling (DEFUN |TRANFUN-;acsch;2$;2| ...) ; compiling (DEFUN |TRANFUN-;asech;2$;3| ...) ; compiling (DEFUN |TRANFUN-;acoth;2$;4| ...) ; compiling (DEFUN |TRANFUN-;asin;2$;5| ...) ; compiling (DEFUN |TRANFUN-;acos;2$;6| ...) ; compiling (DEFUN |TRANFUN-;acot;2$;7| ...) ; compiling (DEFUN |TRANFUN-;asinh;2$;8| ...) ; compiling (DEFUN |TRANFUN-;acosh;2$;9| ...) ; compiling (DEFUN |TRANFUN-;atanh;2$;10| ...) ; compiling (DEFUN |TranscendentalFunctionCategory&| ...) ; compiling (MAKEPROP (QUOTE |TranscendentalFunctionCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-1rdRnh/code.fasl written ; compilation finished in 0:00:00.060 ------------------------------------------------------------------------ finalizing NRLIB TRANFUN Processing TranscendentalFunctionCategory for Browser database: -- pi : () -> % -- constructor ; compiling file "/tmp/oa-ESeOYo/code.lsp" (written 01 FEB 2016 10:56:40 PM): ; compiling (DEFPARAMETER |TranscendentalFunctionCategory;AL| ...) ; compiling (DEFUN |TranscendentalFunctionCategory;| ...) ; compiling (DEFUN |TranscendentalFunctionCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-ESeOYo/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/INTRET.fasl --bootstrap INTRET.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INTRET.spad using Spad compiler. INTRET abbreviates package IntegerRetractions ------------------------------------------------------------------------ initializing stationary directory for IntegerRetractions compiling into /tmp/oa-ij4u1P Time: 0.00 SEC. Cumulative Statistics for Constructor IntegerRetractions Time: 0.00 seconds finalizing NRLIB INTRET ; compiling file "/tmp/oa-ij4u1P/code.lsp" (written 01 FEB 2016 10:56:40 PM): ; compiling (DEFUN |IntegerRetractions| ...) ; compiling (DEFUN |IntegerRetractions;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-ij4u1P/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/DFSFUN.fasl --optimize=3 DFSFUN.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DFSFUN.spad using Spad compiler. DFSFUN abbreviates package DoubleFloatSpecialFunctions debug: compDefine1 lhs: (DoubleFloatSpecialFunctions) signature (pre-evaluate): ((CATEGORY package (SIGNATURE Gamma ((DoubleFloat) (DoubleFloat))) (SIGNATURE Gamma ((Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE Beta ((DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE Beta ((Complex (DoubleFloat)) (Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE logGamma ((DoubleFloat) (DoubleFloat))) (SIGNATURE logGamma ((Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE digamma ((DoubleFloat) (DoubleFloat))) (SIGNATURE digamma ((Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE polygamma ((DoubleFloat) (NonNegativeInteger) (DoubleFloat))) (SIGNATURE polygamma ((Complex (DoubleFloat)) (NonNegativeInteger) (Complex (DoubleFloat)))) (SIGNATURE besselJ ((DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE besselJ ((Complex (DoubleFloat)) (Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE besselY ((DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE besselY ((Complex (DoubleFloat)) (Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE besselI ((DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE besselI ((Complex (DoubleFloat)) (Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE besselK ((DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE besselK ((Complex (DoubleFloat)) (Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE airyAi ((Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE airyAi ((DoubleFloat) (DoubleFloat))) (SIGNATURE airyBi ((DoubleFloat) (DoubleFloat))) (SIGNATURE airyBi ((Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE hypergeometric0F1 ((DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE hypergeometric0F1 ((Complex (DoubleFloat)) (Complex (DoubleFloat)) (Complex (DoubleFloat)))))) debug: evaluateType form: (CATEGORY package (SIGNATURE Gamma ((DoubleFloat) (DoubleFloat))) (SIGNATURE Gamma ((Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE Beta ((DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE Beta ((Complex (DoubleFloat)) (Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE logGamma ((DoubleFloat) (DoubleFloat))) (SIGNATURE logGamma ((Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE digamma ((DoubleFloat) (DoubleFloat))) (SIGNATURE digamma ((Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE polygamma ((DoubleFloat) (NonNegativeInteger) (DoubleFloat))) (SIGNATURE polygamma ((Complex (DoubleFloat)) (NonNegativeInteger) (Complex (DoubleFloat)))) (SIGNATURE besselJ ((DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE besselJ ((Complex (DoubleFloat)) (Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE besselY ((DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE besselY ((Complex (DoubleFloat)) (Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE besselI ((DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE besselI ((Complex (DoubleFloat)) (Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE besselK ((DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE besselK ((Complex (DoubleFloat)) (Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE airyAi ((Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE airyAi ((DoubleFloat) (DoubleFloat))) (SIGNATURE airyBi ((DoubleFloat) (DoubleFloat))) (SIGNATURE airyBi ((Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE hypergeometric0F1 ((DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE hypergeometric0F1 ((Complex (DoubleFloat)) (Complex (DoubleFloat)) (Complex (DoubleFloat))))) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE Gamma ((DoubleFloat) (DoubleFloat))) (SIGNATURE Gamma ((Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE Beta ((DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE Beta ((Complex (DoubleFloat)) (Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE logGamma ((DoubleFloat) (DoubleFloat))) (SIGNATURE logGamma ((Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE digamma ((DoubleFloat) (DoubleFloat))) (SIGNATURE digamma ((Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE polygamma ((DoubleFloat) (NonNegativeInteger) (DoubleFloat))) (SIGNATURE polygamma ((Complex (DoubleFloat)) (NonNegativeInteger) (Complex (DoubleFloat)))) (SIGNATURE besselJ ((DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE besselJ ((Complex (DoubleFloat)) (Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE besselY ((DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE besselY ((Complex (DoubleFloat)) (Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE besselI ((DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE besselI ((Complex (DoubleFloat)) (Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE besselK ((DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE besselK ((Complex (DoubleFloat)) (Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE airyAi ((Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE airyAi ((DoubleFloat) (DoubleFloat))) (SIGNATURE airyBi ((DoubleFloat) (DoubleFloat))) (SIGNATURE airyBi ((Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE hypergeometric0F1 ((DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE hypergeometric0F1 ((Complex (DoubleFloat)) (Complex (DoubleFloat)) (Complex (DoubleFloat)))))) ------------------------------------------------------------------------ initializing stationary directory for DoubleFloatSpecialFunctions compiling into /tmp/oa-iiGokY compiling exported Gamma : Complex DoubleFloat -> Complex DoubleFloat DFSFUN;Gamma;2C;1 is replaced by CGAMMA Time: 0.06 SEC. compiling exported Gamma : DoubleFloat -> DoubleFloat DFSFUN;Gamma;2Df;2 is replaced by RGAMMA Time: 0 SEC. compiling exported polygamma : (NonNegativeInteger,Complex DoubleFloat) -> Complex DoubleFloat DFSFUN;polygamma;Nni2C;3 is replaced by CPSI Time: 0.03 SEC. compiling exported polygamma : (NonNegativeInteger,DoubleFloat) -> DoubleFloat DFSFUN;polygamma;Nni2Df;4 is replaced by RPSI Time: 0.01 SEC. compiling exported logGamma : Complex DoubleFloat -> Complex DoubleFloat DFSFUN;logGamma;2C;5 is replaced by CLNGAMMA Time: 0 SEC. compiling exported logGamma : DoubleFloat -> DoubleFloat DFSFUN;logGamma;2Df;6 is replaced by RLNGAMMA Time: 0 SEC. compiling exported besselJ : (Complex DoubleFloat,Complex DoubleFloat) -> Complex DoubleFloat DFSFUN;besselJ;3C;7 is replaced by CBESSELJ Time: 0.00 SEC. compiling exported besselJ : (DoubleFloat,DoubleFloat) -> DoubleFloat DFSFUN;besselJ;3Df;8 is replaced by RBESSELJ Time: 0 SEC. compiling exported besselI : (Complex DoubleFloat,Complex DoubleFloat) -> Complex DoubleFloat DFSFUN;besselI;3C;9 is replaced by CBESSELI Time: 0 SEC. compiling exported besselI : (DoubleFloat,DoubleFloat) -> DoubleFloat DFSFUN;besselI;3Df;10 is replaced by RBESSELI Time: 0.00 SEC. compiling exported hypergeometric0F1 : (Complex DoubleFloat,Complex DoubleFloat) -> Complex DoubleFloat DFSFUN;hypergeometric0F1;3C;11 is replaced by CHYPER0F1 Time: 0 SEC. compiling exported hypergeometric0F1 : (DoubleFloat,DoubleFloat) -> DoubleFloat Time: 0.01 SEC. compiling exported digamma : DoubleFloat -> DoubleFloat DFSFUN;digamma;2Df;13 x is replaced by RPSI(0,x) Time: 0.02 SEC. compiling exported digamma : Complex DoubleFloat -> Complex DoubleFloat DFSFUN;digamma;2C;14 z is replaced by CPSI(0,z) Time: 0.02 SEC. compiling exported Beta : (DoubleFloat,DoubleFloat) -> DoubleFloat Time: 0.04 SEC. compiling exported Beta : (Complex DoubleFloat,Complex DoubleFloat) -> Complex DoubleFloat Time: 0.02 SEC. importing IntegerRetractions DoubleFloat importing IntegerRetractions Complex DoubleFloat compiling exported besselY : (DoubleFloat,DoubleFloat) -> DoubleFloat Time: 0.08 SEC. compiling exported besselY : (Complex DoubleFloat,Complex DoubleFloat) -> Complex DoubleFloat Time: 0.08 SEC. compiling exported besselK : (DoubleFloat,DoubleFloat) -> DoubleFloat Time: 0.08 SEC. compiling exported besselK : (Complex DoubleFloat,Complex DoubleFloat) -> Complex DoubleFloat Time: 0.08 SEC. compiling exported airyAi : DoubleFloat -> DoubleFloat Time: 0.10 SEC. compiling exported airyAi : Complex DoubleFloat -> Complex DoubleFloat Time: 0.12 SEC. compiling exported airyBi : DoubleFloat -> DoubleFloat Time: 0.09 SEC. compiling exported airyBi : Complex DoubleFloat -> Complex DoubleFloat Time: 0.07 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor DoubleFloatSpecialFunctions Time: 0.91 seconds finalizing NRLIB DFSFUN Processing DoubleFloatSpecialFunctions for Browser database: -- Gamma : R -> R -- Gamma : C -> C -- Beta : (R,R) -> R -- Beta : (C,C) -> C -- logGamma : R -> R -- logGamma : C -> C -- digamma : R -> R -- digamma : C -> C -- polygamma : (NNI,R) -> R -- polygamma : (NNI,C) -> C -- besselJ : (R,R) -> R -- besselJ : (C,C) -> C -- besselY : (R,R) -> R -- besselY : (C,C) -> C -- besselI : (R,R) -> R -- besselI : (C,C) -> C -- besselK : (R,R) -> R -- besselK : (C,C) -> C -- airyAi : C -> C -- airyAi : R -> R -- airyBi : R -> R -- airyBi : C -> C -- hypergeometric0F1 : (R,R) -> R -- hypergeometric0F1 : (C,C) -> C -- constructor ; compiling file "/tmp/oa-iiGokY/code.lsp" (written 01 FEB 2016 10:56:41 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFSFUN;Gamma;2C;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFSFUN;Gamma;2Df;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFSFUN;polygamma;Nni2C;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFSFUN;polygamma;Nni2Df;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFSFUN;logGamma;2C;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFSFUN;logGamma;2Df;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFSFUN;besselJ;3C;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFSFUN;besselJ;3Df;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFSFUN;besselI;3C;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFSFUN;besselI;3Df;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFSFUN;hypergeometric0F1;3C;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFSFUN;digamma;2Df;13|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFSFUN;digamma;2C;14|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DFSFUN;Gamma;2C;1| ...) ; compiling (DEFUN |DFSFUN;Gamma;2Df;2| ...) ; file: /tmp/oa-iiGokY/code.lsp ; in: DEFUN |DFSFUN;Gamma;2Df;2| ; (DEFUN BOOT::|DFSFUN;Gamma;2Df;2| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::RGAMMA BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFSFUN;Gamma;2Df;2| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFSFUN;Gamma;2Df;2| (BOOT::RGAMMA BOOT::|x|))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFSFUN;polygamma;Nni2C;3| ...) ; compiling (DEFUN |DFSFUN;polygamma;Nni2Df;4| ...) ; file: /tmp/oa-iiGokY/code.lsp ; in: DEFUN |DFSFUN;polygamma;Nni2Df;4| ; (DEFUN BOOT::|DFSFUN;polygamma;Nni2Df;4| (BOOT::|k| BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::RPSI BOOT::|k| BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFSFUN;polygamma;Nni2Df;4| ; (BOOT::|k| BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFSFUN;polygamma;Nni2Df;4| ; (BOOT::RPSI BOOT::|k| BOOT::|x|))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFSFUN;logGamma;2C;5| ...) ; compiling (DEFUN |DFSFUN;logGamma;2Df;6| ...) ; file: /tmp/oa-iiGokY/code.lsp ; in: DEFUN |DFSFUN;logGamma;2Df;6| ; (DEFUN BOOT::|DFSFUN;logGamma;2Df;6| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::RLNGAMMA BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFSFUN;logGamma;2Df;6| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFSFUN;logGamma;2Df;6| (BOOT::RLNGAMMA BOOT::|x|))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFSFUN;besselJ;3C;7| ...) ; compiling (DEFUN |DFSFUN;besselJ;3Df;8| ...) ; file: /tmp/oa-iiGokY/code.lsp ; in: DEFUN |DFSFUN;besselJ;3Df;8| ; (DEFUN BOOT::|DFSFUN;besselJ;3Df;8| (BOOT::|n| BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::RBESSELJ BOOT::|n| BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFSFUN;besselJ;3Df;8| ; (BOOT::|n| BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFSFUN;besselJ;3Df;8| (BOOT::RBESSELJ BOOT::|n| BOOT::|x|))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFSFUN;besselI;3C;9| ...) ; compiling (DEFUN |DFSFUN;besselI;3Df;10| ...) ; file: /tmp/oa-iiGokY/code.lsp ; in: DEFUN |DFSFUN;besselI;3Df;10| ; (DEFUN BOOT::|DFSFUN;besselI;3Df;10| (BOOT::|n| BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::RBESSELI BOOT::|n| BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFSFUN;besselI;3Df;10| ; (BOOT::|n| BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFSFUN;besselI;3Df;10| ; (BOOT::RBESSELI BOOT::|n| BOOT::|x|))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFSFUN;hypergeometric0F1;3C;11| ...) ; compiling (DEFUN |DFSFUN;hypergeometric0F1;3Df;12| ...) ; file: /tmp/oa-iiGokY/code.lsp ; in: DEFUN |DFSFUN;hypergeometric0F1;3Df;12| ; (DEFUN BOOT::|DFSFUN;hypergeometric0F1;3Df;12| (BOOT::|n| BOOT::|x| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::CHYPER0F1 ; (BOOT::SPADCALL BOOT::|n| (BOOT::|shellEntry| BOOT::$ 20)) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 20))) ; (BOOT::|shellEntry| BOOT::$ 21))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFSFUN;hypergeometric0F1;3Df;12| ; (BOOT::|n| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|DFSFUN;hypergeometric0F1;3Df;12| ; (BOOT::SPADCALL ; (BOOT::CHYPER0F1 (BOOT::SPADCALL BOOT::|n| #) ; (BOOT::SPADCALL BOOT::|x| #)) ; (BOOT::|shellEntry| BOOT::$ 21)))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFSFUN;digamma;2Df;13| ...) ; file: /tmp/oa-iiGokY/code.lsp ; in: DEFUN |DFSFUN;digamma;2Df;13| ; (DEFUN BOOT::|DFSFUN;digamma;2Df;13| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::RPSI 0 BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFSFUN;digamma;2Df;13| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFSFUN;digamma;2Df;13| (BOOT::RPSI 0 BOOT::|x|))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFSFUN;digamma;2C;14| ...) ; compiling (DEFUN |DFSFUN;Beta;3Df;15| ...) ; file: /tmp/oa-iiGokY/code.lsp ; in: DEFUN |DFSFUN;Beta;3Df;15| ; (DEFUN BOOT::|DFSFUN;Beta;3Df;15| (BOOT::|x| BOOT::|y| BOOT::$) ; (/ (* (BOOT::RGAMMA BOOT::|x|) (BOOT::RGAMMA BOOT::|y|)) ; (BOOT::RGAMMA (+ BOOT::|x| BOOT::|y|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFSFUN;Beta;3Df;15| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|DFSFUN;Beta;3Df;15| ; (/ (* (BOOT::RGAMMA BOOT::|x|) (BOOT::RGAMMA BOOT::|y|)) ; (BOOT::RGAMMA (+ BOOT::|x| BOOT::|y|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |DFSFUN;Beta;3C;16| ...) ; compiling (DEFUN |DFSFUN;besselY;3Df;17| ...) ; file: /tmp/oa-iiGokY/code.lsp ; in: DEFUN |DFSFUN;besselY;3Df;17| ; (DEFUN BOOT::|DFSFUN;besselY;3Df;17| (BOOT::|n| BOOT::|x| BOOT::$) ; (PROG (BOOT::|vp|) ; (RETURN ; (PROGN ; (COND #) ; (BOOT::LETT BOOT::|vp| # BOOT::|DFSFUN;besselY;3Df;17|) ; (/ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFSFUN;besselY;3Df;17| ; (BOOT::|n| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|DFSFUN;besselY;3Df;17| ; (PROG (BOOT::|vp|) (RETURN (PROGN # # #))))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; DOUBLE-FLOAT ; ; compiling (DEFUN |DFSFUN;besselY;3C;18| ...) ; compiling (DEFUN |DFSFUN;besselK;3Df;19| ...) ; file: /tmp/oa-iiGokY/code.lsp ; in: DEFUN |DFSFUN;besselK;3Df;19| ; (DEFUN BOOT::|DFSFUN;besselK;3Df;19| (BOOT::|n| BOOT::|x| BOOT::$) ; (PROG (BOOT::|ahalf| BOOT::|vp| BOOT::|p|) ; (RETURN ; (PROGN ; (COND #) ; (BOOT::LETT BOOT::|p| # BOOT::|DFSFUN;besselK;3Df;19|) ; (BOOT::LETT BOOT::|vp| # BOOT::|DFSFUN;besselK;3Df;19|) ; (BOOT::LETT BOOT::|ahalf| # BOOT::|DFSFUN;besselK;3Df;19|) ; (/ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFSFUN;besselK;3Df;19| ; (BOOT::|n| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|DFSFUN;besselK;3Df;19| ; (PROG (BOOT::|ahalf| BOOT::|vp| BOOT::|p|) (RETURN (PROGN # # # # #))))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; DOUBLE-FLOAT ; ; compiling (DEFUN |DFSFUN;besselK;3C;20| ...) ; compiling (DEFUN |DFSFUN;airyAi;2Df;21| ...) ; file: /tmp/oa-iiGokY/code.lsp ; in: DEFUN |DFSFUN;airyAi;2Df;21| ; (CONS 1 "failed") ; ==> ; "failed" ; ; note: deleting unreachable code ; ; note: deleting unreachable code ; compiling (DEFUN |DFSFUN;airyAi;2C;22| ...) ; compiling (DEFUN |DFSFUN;airyBi;2Df;23| ...) ; file: /tmp/oa-iiGokY/code.lsp ; in: DEFUN |DFSFUN;airyBi;2Df;23| ; (CONS 1 "failed") ; ==> ; "failed" ; ; note: deleting unreachable code ; ; note: deleting unreachable code ; compiling (DEFUN |DFSFUN;airyBi;2C;24| ...) ; compiling (DEFUN |DoubleFloatSpecialFunctions| ...) ; compiling (DEFUN |DoubleFloatSpecialFunctions;| ...) ; compiling (MAKEPROP (QUOTE |DoubleFloatSpecialFunctions|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 13 notes ; /tmp/oa-iiGokY/code.fasl written ; compilation finished in 0:00:00.073 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/CINTSLPE.fasl --bootstrap CINTSLPE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CINTSLPE.spad using Spad compiler. CINTSLPE abbreviates package ComplexIntegerSolveLinearPolynomialEquation ------------------------------------------------------------------------ initializing stationary directory for ComplexIntegerSolveLinearPolynomialEquation compiling into /tmp/oa-EQLkN9 Time: 0.06 SEC. Cumulative Statistics for Constructor ComplexIntegerSolveLinearPolynomialEquation Time: 0.06 seconds finalizing NRLIB CINTSLPE ; compiling file "/tmp/oa-EQLkN9/code.lsp" (written 01 FEB 2016 10:56:41 PM): ; compiling (DEFUN |ComplexIntegerSolveLinearPolynomialEquation| ...) ; compiling (DEFUN |ComplexIntegerSolveLinearPolynomialEquation;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-EQLkN9/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/COMPLPAT.fasl --bootstrap COMPLPAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/COMPLPAT.spad using Spad compiler. COMPLPAT abbreviates package ComplexPattern ------------------------------------------------------------------------ initializing stationary directory for ComplexPattern compiling into /tmp/oa-FgFiB9 Time: 0.05 SEC. Cumulative Statistics for Constructor ComplexPattern Time: 0.05 seconds finalizing NRLIB COMPLPAT ; compiling file "/tmp/oa-FgFiB9/code.lsp" (written 01 FEB 2016 10:56:42 PM): ; compiling (DEFUN |ComplexPattern| ...) ; compiling (DEFUN |ComplexPattern;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-FgFiB9/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/CPMATCH.fasl --bootstrap CPMATCH.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CPMATCH.spad using Spad compiler. CPMATCH abbreviates package ComplexPatternMatch ------------------------------------------------------------------------ initializing stationary directory for ComplexPatternMatch compiling into /tmp/oa-MW3fcj Time: 0.06 SEC. Cumulative Statistics for Constructor ComplexPatternMatch Time: 0.06 seconds finalizing NRLIB CPMATCH ; compiling file "/tmp/oa-MW3fcj/code.lsp" (written 01 FEB 2016 10:56:42 PM): ; compiling (DEFUN |ComplexPatternMatch| ...) ; compiling (DEFUN |ComplexPatternMatch;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-MW3fcj/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/COMPCAT.fasl --optimize=3 COMPCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/COMPCAT.spad using Spad compiler. COMPCAT abbreviates category ComplexCategory debug: compDefine1 lhs: (ComplexCategory R) signature (pre-evaluate): ((Category) (CommutativeRing)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (CommutativeRing) $param: (R) Debug: evaluateType1 form: (CommutativeRing) debug: compDefine1 signature (post evaluate): ((Category) (CommutativeRing)) debug: compDefine1 lhs: (ComplexCategory R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for ComplexCategory compiling into /tmp/oa-ErzhXv STYLE-WARNING: redefining BOOT::|ComplexCategory| in DEFUN Time: 0.04 SEC. COMPCAT- abbreviates package ComplexCategory& ------------------------------------------------------------------------ initializing stationary directory for ComplexCategory& compiling into /tmp/oa-igqbLt importing MatrixCategoryFunctions2(S,Vector S,Vector S,Matrix S,R,Vector R,Vector R,Matrix R) compiling exported before? : (S,S) -> Boolean Time: 0.08 SEC. compiling exported characteristicPolynomial : S -> SparseUnivariatePolynomial R Time: 0.04 SEC. importing FactoredFunctionUtilities SparseUnivariatePolynomial S importing UnivariatePolynomialCategoryFunctions2(R,SparseUnivariatePolynomial R,S,SparseUnivariatePolynomial S) importing UnivariatePolynomialCategoryFunctions2(S,SparseUnivariatePolynomial S,R,SparseUnivariatePolynomial R) compiling local myNextPrime : (S,NonNegativeInteger) -> S Time: 0.06 SEC. compiling exported solveLinearPolynomialEquation : (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,failed) Time: 0.04 SEC. compiling local normPolynomial : SparseUnivariatePolynomial S -> SparseUnivariatePolynomial R Time: 0.10 SEC. compiling exported factorPolynomial : SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S Time: 0.06 SEC. compiling exported factorSquareFreePolynomial : SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S Time: 0.24 SEC. compiling exported rank : () -> PositiveInteger COMPCAT-;rank;Pi;8 is replaced by 2 Time: 0.02 SEC. compiling exported discriminant : () -> R Time: 0.01 SEC. compiling exported norm : S -> R Time: 0.01 SEC. compiling exported trace : S -> R Time: 0.01 SEC. compiling exported imaginary : () -> S Time: 0.00 SEC. compiling exported conjugate : S -> S Time: 0.00 SEC. compiling exported characteristic : () -> NonNegativeInteger Time: 0.01 SEC. compiling exported map : (R -> R,S) -> S Time: 0 SEC. compiling exported = : (S,S) -> Boolean Time: 0.04 SEC. compiling exported + : (S,S) -> S Time: 0.00 SEC. compiling exported - : S -> S Time: 0 SEC. compiling exported * : (R,S) -> S Time: 0.00 SEC. compiling exported coordinates : S -> Vector R Time: 0.00 SEC. compiling exported * : (Integer,S) -> S Time: 0.01 SEC. compiling exported differentiate : (S,R -> R) -> S Time: 0.00 SEC. compiling exported definingPolynomial : () -> SparseUnivariatePolynomial R Time: 0.02 SEC. compiling exported reduce : SparseUnivariatePolynomial R -> S Time: 0.02 SEC. compiling exported lift : S -> SparseUnivariatePolynomial R Time: 0.02 SEC. compiling exported minimalPolynomial : S -> SparseUnivariatePolynomial R Time: 0.03 SEC. compiling exported coordinates : (S,Vector S) -> Vector R Time: 0.22 SEC. compiling exported coerce : S -> OutputForm Debug compQuote expr: (QUOTE %i) m: (OutputForm) Time: 0.02 SEC. compiling exported retract : S -> R Time: 0.00 SEC. compiling exported retractIfCan : S -> Union(R,failed) Time: 0.00 SEC. compiling exported * : (S,S) -> S Time: 0.02 SEC. compiling exported reducedSystem : Matrix S -> Matrix R Time: 0.02 SEC. compiling exported reducedSystem : (Matrix S,Vector S) -> Record(mat: Matrix R,vec: Vector R) Time: 0.02 SEC. compiling exported abs : S -> S Time: 0.01 SEC. compiling exported convert : S -> Complex DoubleFloat Time: 0.02 SEC. compiling exported convert : S -> Complex Float Time: 0.02 SEC. compiling exported convert : S -> InputForm Debug compQuote expr: (QUOTE complex) m: $EmptyMode Debug compQuote expr: (QUOTE complex) m: (Symbol) Debug compQuote expr: (QUOTE complex) m: $EmptyMode Debug compQuote expr: (QUOTE complex) m: (Symbol) Debug compQuote expr: (QUOTE complex) m: $EmptyMode Debug compQuote expr: (QUOTE complex) m: (Symbol) Debug compQuote expr: (QUOTE complex) m: $EmptyMode Debug compQuote expr: (QUOTE complex) m: (Symbol) Debug compQuote expr: (QUOTE complex) m: $EmptyMode Debug compQuote expr: (QUOTE complex) m: (Symbol) Debug compQuote expr: (QUOTE complex) m: $EmptyMode Debug compQuote expr: (QUOTE complex) m: (Symbol) Debug compQuote expr: (QUOTE complex) m: $EmptyMode Debug compQuote expr: (QUOTE complex) m: (Symbol) Time: 0.09 SEC. compiling exported convert : S -> Pattern Integer Time: 0.00 SEC. compiling exported convert : S -> Pattern Float Time: 0.00 SEC. compiling exported patternMatch : (S,Pattern Integer,PatternMatchResult(Integer,S)) -> PatternMatchResult(Integer,S) Time: 0.02 SEC. compiling exported patternMatch : (S,Pattern Float,PatternMatchResult(Float,S)) -> PatternMatchResult(Float,S) Time: 0.01 SEC. compiling exported rational? : S -> Boolean Time: 0.00 SEC. compiling exported rational : S -> Fraction Integer Time: 0.02 SEC. compiling exported rationalIfCan : S -> Union(Fraction Integer,failed) Time: 0.02 SEC. compiling exported inv : S -> S Time: 0.01 SEC. compiling exported exquo : (S,R) -> Union(S,failed) Time: 0.02 SEC. compiling exported exquo : (S,S) -> Union(S,failed) Time: 0.01 SEC. compiling exported recip : S -> Union(S,failed) Time: 0.00 SEC. compiling exported unitNormal : S -> Record(unit: S,canonical: S,associate: S) Time: 0.10 SEC. compiling exported unitNormal : S -> Record(unit: S,canonical: S,associate: S) Time: 0.10 SEC. compiling exported euclideanSize : S -> NonNegativeInteger Time: 0.02 SEC. compiling exported euclideanSize : S -> NonNegativeInteger Time: 0.01 SEC. compiling exported rem : (S,S) -> S Time: 0.01 SEC. compiling exported quo : (S,S) -> S Time: 0.01 SEC. compiling exported rem : (S,S) -> S Time: 0.00 SEC. compiling exported quo : (S,S) -> S Time: 0.01 SEC. compiling exported divide : (S,S) -> Record(quotient: S,remainder: S) Time: 0.08 SEC. compiling local atan2loc : (R,R) -> R Time: 0.28 SEC. compiling exported argument : S -> R Time: 0.01 SEC. compiling exported argument : S -> R Time: 0.04 SEC. compiling exported argument : S -> R Time: 0.08 SEC. compiling exported pi : () -> S Time: 0.00 SEC. compiling exported exp : S -> S COMPCAT-;exp;2$;63 x is replaced by %z2val %zexp %val2z x Time: 0 SEC. compiling exported log : S -> S COMPCAT-;log;2$;64 x is replaced by %z2val %zlog %val2z x Time: 0.00 SEC. compiling exported sin : S -> S COMPCAT-;sin;2$;65 x is replaced by %z2val %zsin %val2z x Time: 0 SEC. compiling exported cos : S -> S COMPCAT-;cos;2$;66 x is replaced by %z2val %zcos %val2z x Time: 0 SEC. compiling exported tan : S -> S COMPCAT-;tan;2$;67 x is replaced by %z2val %ztan %val2z x Time: 0.00 SEC. compiling exported asin : S -> S COMPCAT-;asin;2$;68 x is replaced by %z2val %zasin %val2z x Time: 0 SEC. compiling exported acos : S -> S COMPCAT-;acos;2$;69 x is replaced by %z2val %zacos %val2z x Time: 0.00 SEC. compiling exported atan : S -> S COMPCAT-;atan;2$;70 x is replaced by %z2val %zatan %val2z x Time: 0 SEC. compiling exported sinh : S -> S COMPCAT-;sinh;2$;71 x is replaced by %z2val %zsinh %val2z x Time: 0.00 SEC. compiling exported cosh : S -> S COMPCAT-;cosh;2$;72 x is replaced by %z2val %zcosh %val2z x Time: 0 SEC. compiling exported tanh : S -> S COMPCAT-;tanh;2$;73 x is replaced by %z2val %ztanh %val2z x Time: 0 SEC. compiling exported asinh : S -> S COMPCAT-;asinh;2$;74 x is replaced by %z2val %zasinh %val2z x Time: 0 SEC. compiling exported acosh : S -> S COMPCAT-;acosh;2$;75 x is replaced by %z2val %zacosh %val2z x Time: 0.00 SEC. compiling exported atanh : S -> S COMPCAT-;atanh;2$;76 x is replaced by %z2val %zatanh %val2z x Time: 0.00 SEC. compiling exported atan : S -> S Time: 0.03 SEC. compiling exported log : S -> S Time: 0.00 SEC. compiling exported exp : S -> S Time: 0.01 SEC. compiling exported cos : S -> S Time: 0.01 SEC. compiling exported sin : S -> S Time: 0.00 SEC. compiling exported polarCoordinates : S -> Record(r: R,phi: R) Time: 0.02 SEC. compiling exported ** : (S,Fraction Integer) -> S Time: 0.16 SEC. compiling exported ** : (S,Fraction Integer) -> S Time: 1.50 SEC. (time taken in buildFunctor: 8) Time: 0.06 SEC. Warnings: [1] solveLinearPolynomialEquation: not known that Ring is of mode CATEGORY(package,differentiate: (S,Symbol) -> S,differentiate: (S,List Symbol) -> S,differentiate: (S,Symbol,NonNegativeInteger) -> S,differentiate: (S,List Symbol,List NonNegativeInteger) -> S,differentiate: S -> S,differentiate: (S,NonNegativeInteger) -> S,coerce: S -> S,exquo: (S,S) -> Union(S,"failed"),unitNormal: S -> Record(unit: S,canonical: S,associate: S),euclideanSize: S -> NonNegativeInteger,divide: (S,S) -> Record(quotient: S,remainder: S),quo: (S,S) -> S,rem: (S,S) -> S,inv: S -> S,**: (S,Integer) -> S,*: (S,Fraction Integer) -> S,*: (Fraction Integer,S) -> S,coerce: Fraction Integer -> S,convert: S -> InputForm,convert: S -> Complex DoubleFloat,convert: S -> Complex Float,tan: S -> S,sin: S -> S,cos: S -> S,acos: S -> S,asin: S -> S,atan: S -> S,cosh: S -> S,sinh: S -> S,tanh: S -> S,acosh: S -> S,asinh: S -> S,atanh: S -> S,log: S -> S,exp: S -> S,**: (S,S) -> S,pi: () -> S,**: (S,Fraction Integer) -> S,factorPolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,solveLinearPolynomialEquation: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),rationalIfCan: S -> Union(Fraction Integer,"failed"),rational: S -> Fraction Integer,rational?: S -> Boolean,polarCoordinates: S -> Record(r: R,phi: R),argument: S -> R,abs: S -> S,exquo: (S,R) -> Union(S,"failed"),conjugate: S -> S,imaginary: () -> S,convert: S -> Pattern Float,convert: S -> Pattern Integer,patternMatch: (S,Pattern Float,PatternMatchResult(Float,S)) -> PatternMatchResult(Float,S),patternMatch: (S,Pattern Integer,PatternMatchResult(Integer,S)) -> PatternMatchResult(Integer,S),map: ((R -> R),S) -> S,differentiate: (S,(R -> R),NonNegativeInteger) -> S,differentiate: (S,(R -> R)) -> S,reduce: Fraction SparseUnivariatePolynomial R -> Union(S,"failed"),lift: S -> SparseUnivariatePolynomial R,convert: SparseUnivariatePolynomial R -> S,reduce: SparseUnivariatePolynomial R -> S,definingPolynomial: () -> SparseUnivariatePolynomial R,reducedSystem: Matrix S -> Matrix R,reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix R,vec: Vector R),reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix Integer,vec: Vector Integer),reducedSystem: Matrix S -> Matrix Integer,retractIfCan: S -> Union(R,"failed"),retract: S -> R,retract: S -> Fraction Integer,retractIfCan: S -> Union(Fraction Integer,"failed"),retract: S -> Integer,retractIfCan: S -> Union(Integer,"failed"),convert: S -> SparseUnivariatePolynomial R,discriminant: () -> R,convert: Vector R -> S,convert: S -> Vector R,coordinates: Vector S -> Matrix R,coordinates: S -> Vector R,minimalPolynomial: S -> SparseUnivariatePolynomial R,characteristicPolynomial: S -> SparseUnivariatePolynomial R,discriminant: Vector S -> R,coordinates: (Vector S,Vector S) -> Matrix R,coordinates: (S,Vector S) -> Vector R,norm: S -> R,trace: S -> R,rank: () -> PositiveInteger,coerce: R -> S,*: (R,S) -> S,*: (S,R) -> S,characteristic: () -> NonNegativeInteger,coerce: Integer -> S,recip: S -> Union(S,"failed"),**: (S,NonNegativeInteger) -> S,*: (S,S) -> S,**: (S,PositiveInteger) -> S,-: (S,S) -> S,-: S -> S,*: (Integer,S) -> S,*: (NonNegativeInteger,S) -> S,*: (PositiveInteger,S) -> S,+: (S,S) -> S,coerce: S -> OutputForm,before?: (S,S) -> Boolean,=: (S,S) -> Boolean) [2] factorPolynomial: not known that IntegralDomain is of mode CATEGORY(package,differentiate: (S,Symbol) -> S,differentiate: (S,List Symbol) -> S,differentiate: (S,Symbol,NonNegativeInteger) -> S,differentiate: (S,List Symbol,List NonNegativeInteger) -> S,differentiate: S -> S,differentiate: (S,NonNegativeInteger) -> S,coerce: S -> S,exquo: (S,S) -> Union(S,"failed"),unitNormal: S -> Record(unit: S,canonical: S,associate: S),euclideanSize: S -> NonNegativeInteger,divide: (S,S) -> Record(quotient: S,remainder: S),quo: (S,S) -> S,rem: (S,S) -> S,inv: S -> S,**: (S,Integer) -> S,*: (S,Fraction Integer) -> S,*: (Fraction Integer,S) -> S,coerce: Fraction Integer -> S,convert: S -> InputForm,convert: S -> Complex DoubleFloat,convert: S -> Complex Float,tan: S -> S,sin: S -> S,cos: S -> S,acos: S -> S,asin: S -> S,atan: S -> S,cosh: S -> S,sinh: S -> S,tanh: S -> S,acosh: S -> S,asinh: S -> S,atanh: S -> S,log: S -> S,exp: S -> S,**: (S,S) -> S,pi: () -> S,**: (S,Fraction Integer) -> S,factorPolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,solveLinearPolynomialEquation: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),rationalIfCan: S -> Union(Fraction Integer,"failed"),rational: S -> Fraction Integer,rational?: S -> Boolean,polarCoordinates: S -> Record(r: R,phi: R),argument: S -> R,abs: S -> S,exquo: (S,R) -> Union(S,"failed"),conjugate: S -> S,imaginary: () -> S,convert: S -> Pattern Float,convert: S -> Pattern Integer,patternMatch: (S,Pattern Float,PatternMatchResult(Float,S)) -> PatternMatchResult(Float,S),patternMatch: (S,Pattern Integer,PatternMatchResult(Integer,S)) -> PatternMatchResult(Integer,S),map: ((R -> R),S) -> S,differentiate: (S,(R -> R),NonNegativeInteger) -> S,differentiate: (S,(R -> R)) -> S,reduce: Fraction SparseUnivariatePolynomial R -> Union(S,"failed"),lift: S -> SparseUnivariatePolynomial R,convert: SparseUnivariatePolynomial R -> S,reduce: SparseUnivariatePolynomial R -> S,definingPolynomial: () -> SparseUnivariatePolynomial R,reducedSystem: Matrix S -> Matrix R,reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix R,vec: Vector R),reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix Integer,vec: Vector Integer),reducedSystem: Matrix S -> Matrix Integer,retractIfCan: S -> Union(R,"failed"),retract: S -> R,retract: S -> Fraction Integer,retractIfCan: S -> Union(Fraction Integer,"failed"),retract: S -> Integer,retractIfCan: S -> Union(Integer,"failed"),convert: S -> SparseUnivariatePolynomial R,discriminant: () -> R,convert: Vector R -> S,convert: S -> Vector R,coordinates: Vector S -> Matrix R,coordinates: S -> Vector R,minimalPolynomial: S -> SparseUnivariatePolynomial R,characteristicPolynomial: S -> SparseUnivariatePolynomial R,discriminant: Vector S -> R,coordinates: (Vector S,Vector S) -> Matrix R,coordinates: (S,Vector S) -> Vector R,norm: S -> R,trace: S -> R,rank: () -> PositiveInteger,coerce: R -> S,*: (R,S) -> S,*: (S,R) -> S,characteristic: () -> NonNegativeInteger,coerce: Integer -> S,recip: S -> Union(S,"failed"),**: (S,NonNegativeInteger) -> S,*: (S,S) -> S,**: (S,PositiveInteger) -> S,-: (S,S) -> S,-: S -> S,*: (Integer,S) -> S,*: (NonNegativeInteger,S) -> S,*: (PositiveInteger,S) -> S,+: (S,S) -> S,coerce: S -> OutputForm,before?: (S,S) -> Boolean,=: (S,S) -> Boolean) [3] factorPolynomial: not known that Ring is of mode CATEGORY(package,differentiate: (S,Symbol) -> S,differentiate: (S,List Symbol) -> S,differentiate: (S,Symbol,NonNegativeInteger) -> S,differentiate: (S,List Symbol,List NonNegativeInteger) -> S,differentiate: S -> S,differentiate: (S,NonNegativeInteger) -> S,coerce: S -> S,exquo: (S,S) -> Union(S,"failed"),unitNormal: S -> Record(unit: S,canonical: S,associate: S),euclideanSize: S -> NonNegativeInteger,divide: (S,S) -> Record(quotient: S,remainder: S),quo: (S,S) -> S,rem: (S,S) -> S,inv: S -> S,**: (S,Integer) -> S,*: (S,Fraction Integer) -> S,*: (Fraction Integer,S) -> S,coerce: Fraction Integer -> S,convert: S -> InputForm,convert: S -> Complex DoubleFloat,convert: S -> Complex Float,tan: S -> S,sin: S -> S,cos: S -> S,acos: S -> S,asin: S -> S,atan: S -> S,cosh: S -> S,sinh: S -> S,tanh: S -> S,acosh: S -> S,asinh: S -> S,atanh: S -> S,log: S -> S,exp: S -> S,**: (S,S) -> S,pi: () -> S,**: (S,Fraction Integer) -> S,factorPolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,solveLinearPolynomialEquation: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),rationalIfCan: S -> Union(Fraction Integer,"failed"),rational: S -> Fraction Integer,rational?: S -> Boolean,polarCoordinates: S -> Record(r: R,phi: R),argument: S -> R,abs: S -> S,exquo: (S,R) -> Union(S,"failed"),conjugate: S -> S,imaginary: () -> S,convert: S -> Pattern Float,convert: S -> Pattern Integer,patternMatch: (S,Pattern Float,PatternMatchResult(Float,S)) -> PatternMatchResult(Float,S),patternMatch: (S,Pattern Integer,PatternMatchResult(Integer,S)) -> PatternMatchResult(Integer,S),map: ((R -> R),S) -> S,differentiate: (S,(R -> R),NonNegativeInteger) -> S,differentiate: (S,(R -> R)) -> S,reduce: Fraction SparseUnivariatePolynomial R -> Union(S,"failed"),lift: S -> SparseUnivariatePolynomial R,convert: SparseUnivariatePolynomial R -> S,reduce: SparseUnivariatePolynomial R -> S,definingPolynomial: () -> SparseUnivariatePolynomial R,reducedSystem: Matrix S -> Matrix R,reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix R,vec: Vector R),reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix Integer,vec: Vector Integer),reducedSystem: Matrix S -> Matrix Integer,retractIfCan: S -> Union(R,"failed"),retract: S -> R,retract: S -> Fraction Integer,retractIfCan: S -> Union(Fraction Integer,"failed"),retract: S -> Integer,retractIfCan: S -> Union(Integer,"failed"),convert: S -> SparseUnivariatePolynomial R,discriminant: () -> R,convert: Vector R -> S,convert: S -> Vector R,coordinates: Vector S -> Matrix R,coordinates: S -> Vector R,minimalPolynomial: S -> SparseUnivariatePolynomial R,characteristicPolynomial: S -> SparseUnivariatePolynomial R,discriminant: Vector S -> R,coordinates: (Vector S,Vector S) -> Matrix R,coordinates: (S,Vector S) -> Vector R,norm: S -> R,trace: S -> R,rank: () -> PositiveInteger,coerce: R -> S,*: (R,S) -> S,*: (S,R) -> S,characteristic: () -> NonNegativeInteger,coerce: Integer -> S,recip: S -> Union(S,"failed"),**: (S,NonNegativeInteger) -> S,*: (S,S) -> S,**: (S,PositiveInteger) -> S,-: (S,S) -> S,-: S -> S,*: (Integer,S) -> S,*: (NonNegativeInteger,S) -> S,*: (PositiveInteger,S) -> S,+: (S,S) -> S,coerce: S -> OutputForm,before?: (S,S) -> Boolean,=: (S,S) -> Boolean) [4] factorSquareFreePolynomial: positive? has no value [5] reducedSystem: not known that Ring is of mode CATEGORY(package,differentiate: (S,Symbol) -> S,differentiate: (S,List Symbol) -> S,differentiate: (S,Symbol,NonNegativeInteger) -> S,differentiate: (S,List Symbol,List NonNegativeInteger) -> S,differentiate: S -> S,differentiate: (S,NonNegativeInteger) -> S,coerce: S -> S,exquo: (S,S) -> Union(S,"failed"),unitNormal: S -> Record(unit: S,canonical: S,associate: S),euclideanSize: S -> NonNegativeInteger,divide: (S,S) -> Record(quotient: S,remainder: S),quo: (S,S) -> S,rem: (S,S) -> S,inv: S -> S,**: (S,Integer) -> S,*: (S,Fraction Integer) -> S,*: (Fraction Integer,S) -> S,coerce: Fraction Integer -> S,convert: S -> InputForm,convert: S -> Complex DoubleFloat,convert: S -> Complex Float,tan: S -> S,sin: S -> S,cos: S -> S,acos: S -> S,asin: S -> S,atan: S -> S,cosh: S -> S,sinh: S -> S,tanh: S -> S,acosh: S -> S,asinh: S -> S,atanh: S -> S,log: S -> S,exp: S -> S,**: (S,S) -> S,pi: () -> S,**: (S,Fraction Integer) -> S,factorPolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,solveLinearPolynomialEquation: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),rationalIfCan: S -> Union(Fraction Integer,"failed"),rational: S -> Fraction Integer,rational?: S -> Boolean,polarCoordinates: S -> Record(r: R,phi: R),argument: S -> R,abs: S -> S,exquo: (S,R) -> Union(S,"failed"),conjugate: S -> S,imaginary: () -> S,convert: S -> Pattern Float,convert: S -> Pattern Integer,patternMatch: (S,Pattern Float,PatternMatchResult(Float,S)) -> PatternMatchResult(Float,S),patternMatch: (S,Pattern Integer,PatternMatchResult(Integer,S)) -> PatternMatchResult(Integer,S),map: ((R -> R),S) -> S,differentiate: (S,(R -> R),NonNegativeInteger) -> S,differentiate: (S,(R -> R)) -> S,reduce: Fraction SparseUnivariatePolynomial R -> Union(S,"failed"),lift: S -> SparseUnivariatePolynomial R,convert: SparseUnivariatePolynomial R -> S,reduce: SparseUnivariatePolynomial R -> S,definingPolynomial: () -> SparseUnivariatePolynomial R,reducedSystem: Matrix S -> Matrix R,reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix R,vec: Vector R),reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix Integer,vec: Vector Integer),reducedSystem: Matrix S -> Matrix Integer,retractIfCan: S -> Union(R,"failed"),retract: S -> R,retract: S -> Fraction Integer,retractIfCan: S -> Union(Fraction Integer,"failed"),retract: S -> Integer,retractIfCan: S -> Union(Integer,"failed"),convert: S -> SparseUnivariatePolynomial R,discriminant: () -> R,convert: Vector R -> S,convert: S -> Vector R,coordinates: Vector S -> Matrix R,coordinates: S -> Vector R,minimalPolynomial: S -> SparseUnivariatePolynomial R,characteristicPolynomial: S -> SparseUnivariatePolynomial R,discriminant: Vector S -> R,coordinates: (Vector S,Vector S) -> Matrix R,coordinates: (S,Vector S) -> Vector R,norm: S -> R,trace: S -> R,rank: () -> PositiveInteger,coerce: R -> S,*: (R,S) -> S,*: (S,R) -> S,characteristic: () -> NonNegativeInteger,coerce: Integer -> S,recip: S -> Union(S,"failed"),**: (S,NonNegativeInteger) -> S,*: (S,S) -> S,**: (S,PositiveInteger) -> S,-: (S,S) -> S,-: S -> S,*: (Integer,S) -> S,*: (NonNegativeInteger,S) -> S,*: (PositiveInteger,S) -> S,+: (S,S) -> S,coerce: S -> OutputForm,before?: (S,S) -> Boolean,=: (S,S) -> Boolean) [6] patternMatch: not known that SetCategory is of mode CATEGORY(package,differentiate: (S,Symbol) -> S,differentiate: (S,List Symbol) -> S,differentiate: (S,Symbol,NonNegativeInteger) -> S,differentiate: (S,List Symbol,List NonNegativeInteger) -> S,differentiate: S -> S,differentiate: (S,NonNegativeInteger) -> S,coerce: S -> S,exquo: (S,S) -> Union(S,"failed"),unitNormal: S -> Record(unit: S,canonical: S,associate: S),euclideanSize: S -> NonNegativeInteger,divide: (S,S) -> Record(quotient: S,remainder: S),quo: (S,S) -> S,rem: (S,S) -> S,inv: S -> S,**: (S,Integer) -> S,*: (S,Fraction Integer) -> S,*: (Fraction Integer,S) -> S,coerce: Fraction Integer -> S,convert: S -> InputForm,convert: S -> Complex DoubleFloat,convert: S -> Complex Float,tan: S -> S,sin: S -> S,cos: S -> S,acos: S -> S,asin: S -> S,atan: S -> S,cosh: S -> S,sinh: S -> S,tanh: S -> S,acosh: S -> S,asinh: S -> S,atanh: S -> S,log: S -> S,exp: S -> S,**: (S,S) -> S,pi: () -> S,**: (S,Fraction Integer) -> S,factorPolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,solveLinearPolynomialEquation: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),rationalIfCan: S -> Union(Fraction Integer,"failed"),rational: S -> Fraction Integer,rational?: S -> Boolean,polarCoordinates: S -> Record(r: R,phi: R),argument: S -> R,abs: S -> S,exquo: (S,R) -> Union(S,"failed"),conjugate: S -> S,imaginary: () -> S,convert: S -> Pattern Float,convert: S -> Pattern Integer,patternMatch: (S,Pattern Float,PatternMatchResult(Float,S)) -> PatternMatchResult(Float,S),patternMatch: (S,Pattern Integer,PatternMatchResult(Integer,S)) -> PatternMatchResult(Integer,S),map: ((R -> R),S) -> S,differentiate: (S,(R -> R),NonNegativeInteger) -> S,differentiate: (S,(R -> R)) -> S,reduce: Fraction SparseUnivariatePolynomial R -> Union(S,"failed"),lift: S -> SparseUnivariatePolynomial R,convert: SparseUnivariatePolynomial R -> S,reduce: SparseUnivariatePolynomial R -> S,definingPolynomial: () -> SparseUnivariatePolynomial R,reducedSystem: Matrix S -> Matrix R,reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix R,vec: Vector R),reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix Integer,vec: Vector Integer),reducedSystem: Matrix S -> Matrix Integer,retractIfCan: S -> Union(R,"failed"),retract: S -> R,retract: S -> Fraction Integer,retractIfCan: S -> Union(Fraction Integer,"failed"),retract: S -> Integer,retractIfCan: S -> Union(Integer,"failed"),convert: S -> SparseUnivariatePolynomial R,discriminant: () -> R,convert: Vector R -> S,convert: S -> Vector R,coordinates: Vector S -> Matrix R,coordinates: S -> Vector R,minimalPolynomial: S -> SparseUnivariatePolynomial R,characteristicPolynomial: S -> SparseUnivariatePolynomial R,discriminant: Vector S -> R,coordinates: (Vector S,Vector S) -> Matrix R,coordinates: (S,Vector S) -> Vector R,norm: S -> R,trace: S -> R,rank: () -> PositiveInteger,coerce: R -> S,*: (R,S) -> S,*: (S,R) -> S,characteristic: () -> NonNegativeInteger,coerce: Integer -> S,recip: S -> Union(S,"failed"),**: (S,NonNegativeInteger) -> S,*: (S,S) -> S,**: (S,PositiveInteger) -> S,-: (S,S) -> S,-: S -> S,*: (Integer,S) -> S,*: (NonNegativeInteger,S) -> S,*: (PositiveInteger,S) -> S,+: (S,S) -> S,coerce: S -> OutputForm,before?: (S,S) -> Boolean,=: (S,S) -> Boolean) Cumulative Statistics for Constructor ComplexCategory& Time: 3.98 seconds finalizing NRLIB COMPCAT- ; compiling file "/tmp/oa-igqbLt/code.lsp" (written 01 FEB 2016 10:56:46 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPCAT-;rank;Pi;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPCAT-;exp;2$;63|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPCAT-;log;2$;64|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPCAT-;sin;2$;65|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPCAT-;cos;2$;66|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPCAT-;tan;2$;67|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPCAT-;asin;2$;68|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPCAT-;acos;2$;69|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPCAT-;atan;2$;70|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPCAT-;sinh;2$;71|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPCAT-;cosh;2$;72|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPCAT-;tanh;2$;73|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPCAT-;asinh;2$;74|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPCAT-;acosh;2$;75|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPCAT-;atanh;2$;76|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |COMPCAT-;before?;2$B;1| ...) ; file: /tmp/oa-igqbLt/code.lsp ; in: DEFUN |COMPCAT-;before?;2$B;1| ; (DEFUN BOOT::|COMPCAT-;before?;2$B;1| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ; ((BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) (BOOT::SPADCALL BOOT::|y| #) ; (BOOT::|shellEntry| BOOT::$ 10)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) (BOOT::SPADCALL BOOT::|y| #) ; (BOOT::|shellEntry| BOOT::$ 12))) ; (T ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) (BOOT::SPADCALL BOOT::|y| #) ; (BOOT::|shellEntry| BOOT::$ 12))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COMPCAT-;before?;2$B;1| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|COMPCAT-;before?;2$B;1| ; (COND ((BOOT::SPADCALL # # #) (BOOT::SPADCALL # # #)) ; (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |COMPCAT-;characteristicPolynomial;$Sup;2| ...) ; compiling (DEFUN |COMPCAT-;myNextPrime| ...) ; file: /tmp/oa-igqbLt/code.lsp ; in: DEFUN |COMPCAT-;myNextPrime| ; (DEFUN BOOT::|COMPCAT-;myNextPrime| (BOOT::|x| BOOT::|n| BOOT::$) ; (LET ((BOOT::|xr| (BOOT::SPADCALL # # #))) ; (PROGN ; (LOOP (COND # #)) ; (BOOT::SPADCALL BOOT::|xr| (BOOT::|spadConstant| BOOT::$ 29) ; (BOOT::|shellEntry| BOOT::$ 38))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COMPCAT-;myNextPrime| ; (BOOT::|x| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|COMPCAT-;myNextPrime| ; (LET ((BOOT::|xr| #)) ; (PROGN (LOOP #) (BOOT::SPADCALL BOOT::|xr| # #))))) ; ; caught STYLE-WARNING: ; The variable |n| is defined but never used. ; compiling (DEFUN |COMPCAT-;solveLinearPolynomialEquation;LSupU;4| ...) ; file: /tmp/oa-igqbLt/code.lsp ; in: DEFUN |COMPCAT-;solveLinearPolynomialEquation;LSupU;4| ; (DEFUN BOOT::|COMPCAT-;solveLinearPolynomialEquation;LSupU;4| ; (BOOT::|lp| BOOT::|p| BOOT::$) ; (BOOT::SPADCALL BOOT::|lp| BOOT::|p| (BOOT::|shellEntry| BOOT::$ 43))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COMPCAT-;solveLinearPolynomialEquation;LSupU;4| ; (BOOT::|lp| BOOT::|p| BOOT::$) ; (BLOCK BOOT::|COMPCAT-;solveLinearPolynomialEquation;LSupU;4| ; (BOOT::SPADCALL BOOT::|lp| BOOT::|p| (BOOT::|shellEntry| BOOT::$ 43)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |COMPCAT-;normPolynomial| ...) ; compiling (DEFUN |COMPCAT-;normPolynomial!0| ...) ; compiling (DEFUN |COMPCAT-;factorPolynomial;SupF;6| ...) ; compiling (DEFUN |COMPCAT-;factorSquareFreePolynomial;SupF;7| ...) ; compiling (DEFUN |COMPCAT-;factorSquareFreePolynomial;SupF;7!0| ...) ; compiling (DEFUN |COMPCAT-;rank;Pi;8| ...) ; compiling (DEFUN |COMPCAT-;discriminant;R;9| ...) ; compiling (DEFUN |COMPCAT-;norm;$R;10| ...) ; compiling (DEFUN |COMPCAT-;trace;$R;11| ...) ; compiling (DEFUN |COMPCAT-;imaginary;$;12| ...) ; compiling (DEFUN |COMPCAT-;conjugate;2$;13| ...) ; compiling (DEFUN |COMPCAT-;characteristic;Nni;14| ...) ; file: /tmp/oa-igqbLt/code.lsp ; in: DEFUN |COMPCAT-;characteristic;Nni;14| ; (DEFUN BOOT::|COMPCAT-;characteristic;Nni;14| (BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 105)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COMPCAT-;characteristic;Nni;14| ; (BOOT::$) ; (BLOCK BOOT::|COMPCAT-;characteristic;Nni;14| ; (BOOT::|spadConstant| BOOT::$ 105))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |COMPCAT-;map;M2$;15| ...) ; compiling (DEFUN |COMPCAT-;=;2$B;16| ...) ; file: /tmp/oa-igqbLt/code.lsp ; in: DEFUN |COMPCAT-;=;2$B;16| ; (DEFUN BOOT::|COMPCAT-;=;2$B;16| (BOOT::|x| BOOT::|y| BOOT::$) ; (AND ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 8)) ; (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 8)) ; (BOOT::|shellEntry| BOOT::$ 10)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|shellEntry| BOOT::$ 10)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COMPCAT-;=;2$B;16| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|COMPCAT-;=;2$B;16| ; (AND ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) ; (BOOT::SPADCALL BOOT::|y| #) ; (BOOT::|shellEntry| BOOT::$ 10)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) ; (BOOT::SPADCALL BOOT::|y| #) ; (BOOT::|shellEntry| BOOT::$ 10))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |COMPCAT-;+;3$;17| ...) ; compiling (DEFUN |COMPCAT-;-;2$;18| ...) ; compiling (DEFUN |COMPCAT-;*;R2$;19| ...) ; compiling (DEFUN |COMPCAT-;coordinates;$V;20| ...) ; compiling (DEFUN |COMPCAT-;*;I2$;21| ...) ; compiling (DEFUN |COMPCAT-;differentiate;$M$;22| ...) ; compiling (DEFUN |COMPCAT-;definingPolynomial;Sup;23| ...) ; compiling (DEFUN |COMPCAT-;reduce;Sup$;24| ...) ; compiling (DEFUN |COMPCAT-;lift;$Sup;25| ...) ; compiling (DEFUN |COMPCAT-;minimalPolynomial;$Sup;26| ...) ; compiling (DEFUN |COMPCAT-;coordinates;$VV;27| ...) ; file: /tmp/oa-igqbLt/code.lsp ; in: DEFUN |COMPCAT-;coordinates;$VV;27| ; (DEFUN BOOT::|COMPCAT-;coordinates;$VV;27| (BOOT::|x| BOOT::|v| BOOT::$) ; (PROG (BOOT::|ix| BOOT::|rx| BOOT::|d| BOOT::|ia| BOOT::|ib|) ; (RETURN ; (LET* (# # # #) ; (BOOT::SEQ # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COMPCAT-;coordinates;$VV;27| ; (BOOT::|x| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|COMPCAT-;coordinates;$VV;27| ; (PROG (BOOT::|ix| BOOT::|rx| BOOT::|d| BOOT::|ia| BOOT::|ib|) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |COMPCAT-;coerce;$Of;28| ...) ; compiling (DEFUN |COMPCAT-;retract;$R;29| ...) ; compiling (DEFUN |COMPCAT-;retractIfCan;$U;30| ...) ; compiling (DEFUN |COMPCAT-;*;3$;31| ...) ; compiling (DEFUN |COMPCAT-;reducedSystem;MM;32| ...) ; compiling (DEFUN |COMPCAT-;reducedSystem;MVR;33| ...) ; compiling (DEFUN |COMPCAT-;abs;2$;34| ...) ; compiling (DEFUN |COMPCAT-;convert;$C;35| ...) ; compiling (DEFUN |COMPCAT-;convert;$C;36| ...) ; compiling (DEFUN |COMPCAT-;convert;$If;37| ...) ; compiling (DEFUN |COMPCAT-;convert;$P;38| ...) ; compiling (DEFUN |COMPCAT-;convert;$P;39| ...) ; compiling (DEFUN |COMPCAT-;patternMatch;$P2Pmr;40| ...) ; compiling (DEFUN |COMPCAT-;patternMatch;$P2Pmr;41| ...) ; compiling (DEFUN |COMPCAT-;rational?;$B;42| ...) ; file: /tmp/oa-igqbLt/code.lsp ; in: DEFUN |COMPCAT-;rational?;$B;42| ; (DEFUN BOOT::|COMPCAT-;rational?;$B;42| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|shellEntry| BOOT::$ 89))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COMPCAT-;rational?;$B;42| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|COMPCAT-;rational?;$B;42| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|shellEntry| BOOT::$ 89)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |COMPCAT-;rational;$F;43| ...) ; compiling (DEFUN |COMPCAT-;rationalIfCan;$U;44| ...) ; compiling (DEFUN |COMPCAT-;inv;2$;45| ...) ; compiling (DEFUN |COMPCAT-;exquo;$RU;46| ...) ; compiling (DEFUN |COMPCAT-;exquo;2$U;47| ...) ; file: /tmp/oa-igqbLt/code.lsp ; in: DEFUN |COMPCAT-;exquo;2$U;47| ; (DEFUN BOOT::|COMPCAT-;exquo;2$U;47| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ; ((BOOT::SPADCALL (BOOT::SPADCALL BOOT::|y| #) ; (BOOT::|shellEntry| BOOT::$ 89)) ; (BOOT::SPADCALL BOOT::|x| (BOOT::SPADCALL BOOT::|y| #) ; (BOOT::|shellEntry| BOOT::$ 209))) ; (T ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| # #) ; (BOOT::SPADCALL BOOT::|y| #) ; (BOOT::|shellEntry| BOOT::$ 209))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COMPCAT-;exquo;2$U;47| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|COMPCAT-;exquo;2$U;47| ; (COND ((BOOT::SPADCALL # #) (BOOT::SPADCALL BOOT::|x| # #)) ; (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |COMPCAT-;recip;$U;48| ...) ; file: /tmp/oa-igqbLt/code.lsp ; in: DEFUN |COMPCAT-;recip;$U;48| ; (DEFUN BOOT::|COMPCAT-;recip;$U;48| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 14) BOOT::|x| ; (BOOT::|shellEntry| BOOT::$ 212))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COMPCAT-;recip;$U;48| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|COMPCAT-;recip;$U;48| ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 14) BOOT::|x| ; (BOOT::|shellEntry| BOOT::$ 212)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |COMPCAT-;unitNormal;$R;49| ...) ; compiling (DEFUN |COMPCAT-;unitNormal;$R;50| ...) ; compiling (DEFUN |COMPCAT-;euclideanSize;$Nni;51| ...) ; compiling (DEFUN |COMPCAT-;euclideanSize;$Nni;52| ...) ; file: /tmp/oa-igqbLt/code.lsp ; in: DEFUN |COMPCAT-;euclideanSize;$Nni;52| ; (DEFUN BOOT::|COMPCAT-;euclideanSize;$Nni;52| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) 2 ; (BOOT::|shellEntry| BOOT::$ 99)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) 2 ; (BOOT::|shellEntry| BOOT::$ 99)) ; (BOOT::|shellEntry| BOOT::$ 69)) ; (BOOT::|shellEntry| BOOT::$ 223))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COMPCAT-;euclideanSize;$Nni;52| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|COMPCAT-;euclideanSize;$Nni;52| ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL # 2 #) (BOOT::SPADCALL # 2 #) ; (BOOT::|shellEntry| BOOT::$ 69)) ; (BOOT::|shellEntry| BOOT::$ 223)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |COMPCAT-;rem;3$;53| ...) ; compiling (DEFUN |COMPCAT-;quo;3$;54| ...) ; compiling (DEFUN |COMPCAT-;rem;3$;55| ...) ; compiling (DEFUN |COMPCAT-;quo;3$;56| ...) ; compiling (DEFUN |COMPCAT-;divide;2$R;57| ...) ; compiling (DEFUN |COMPCAT-;atan2loc| ...) ; compiling (DEFUN |COMPCAT-;argument;$R;59| ...) ; compiling (DEFUN |COMPCAT-;argument;$R;60| ...) ; compiling (DEFUN |COMPCAT-;argument;$R;61| ...) ; compiling (DEFUN |COMPCAT-;pi;$;62| ...) ; compiling (DEFUN |COMPCAT-;exp;2$;63| ...) ; compiling (DEFUN |COMPCAT-;log;2$;64| ...) ; compiling (DEFUN |COMPCAT-;sin;2$;65| ...) ; compiling (DEFUN |COMPCAT-;cos;2$;66| ...) ; compiling (DEFUN |COMPCAT-;tan;2$;67| ...) ; compiling (DEFUN |COMPCAT-;asin;2$;68| ...) ; compiling (DEFUN |COMPCAT-;acos;2$;69| ...) ; compiling (DEFUN |COMPCAT-;atan;2$;70| ...) ; compiling (DEFUN |COMPCAT-;sinh;2$;71| ...) ; compiling (DEFUN |COMPCAT-;cosh;2$;72| ...) ; compiling (DEFUN |COMPCAT-;tanh;2$;73| ...) ; compiling (DEFUN |COMPCAT-;asinh;2$;74| ...) ; compiling (DEFUN |COMPCAT-;acosh;2$;75| ...) ; compiling (DEFUN |COMPCAT-;atanh;2$;76| ...) ; compiling (DEFUN |COMPCAT-;atan;2$;77| ...) ; compiling (DEFUN |COMPCAT-;log;2$;78| ...) ; compiling (DEFUN |COMPCAT-;exp;2$;79| ...) ; compiling (DEFUN |COMPCAT-;cos;2$;80| ...) ; compiling (DEFUN |COMPCAT-;sin;2$;81| ...) ; compiling (DEFUN |COMPCAT-;polarCoordinates;$R;82| ...) ; compiling (DEFUN |COMPCAT-;**;$F$;83| ...) ; compiling (DEFUN |COMPCAT-;**;$F$;84| ...) ; compiling (DEFUN |ComplexCategory&| ...) ; compiling (MAKEPROP (QUOTE |ComplexCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 9 notes ; /tmp/oa-igqbLt/code.fasl written ; compilation finished in 0:00:00.440 ------------------------------------------------------------------------ finalizing NRLIB COMPCAT Processing ComplexCategory for Browser database: -- complex : () -> attribute -- imaginary : () -> % -- conjugate : % -> % -- complex : (R,R) -> % -- imag : % -> R -- real : % -> R -- norm : % -> R -- exquo : (%,R) -> Union(%,"failed") -- abs : % -> % -- argument : % -> R -- polarCoordinates : % -> Record(r: R,phi: R) -- rational? : % -> Boolean -- rational : % -> Fraction Integer -- rationalIfCan : % -> Union(Fraction Integer,"failed") -- constructor ; compiling file "/tmp/oa-ErzhXv/code.lsp" (written 01 FEB 2016 10:56:47 PM): ; compiling (DEFPARAMETER |ComplexCategory;AL| ...) ; compiling (DEFUN |ComplexCategory;| ...) ; compiling (DEFUN |ComplexCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-ErzhXv/code.fasl written ; compilation finished in 0:00:00.026 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/COMPLEX.fasl --optimize=3 COMPLEX.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/COMPLEX.spad using Spad compiler. COMPLEX abbreviates domain Complex debug: compDefine1 lhs: (Complex R) signature (pre-evaluate): ((ComplexCategory R) (CommutativeRing)) debug: evaluateType form: (ComplexCategory R) $param: (R) Debug: evaluateType1 form: (ComplexCategory R) debug: evaluateType1 x: R m: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: (R) Debug: evaluateType1 form: (CommutativeRing) debug: compDefine1 signature (post evaluate): ((ComplexCategory R) (CommutativeRing)) debug: compDefine1 lhs: (Complex R) signature (pre-evaluate): ((ComplexCategory R) NIL) debug: evaluateType form: (ComplexCategory R) $param: (R) Debug: evaluateType1 form: (ComplexCategory R) debug: evaluateType1 x: R m: (CommutativeRing) debug: compDefine1 signature (post evaluate): ((ComplexCategory R) NIL) ------------------------------------------------------------------------ initializing stationary directory for Complex compiling into /tmp/oa-mGpKvx compiling exported Zero : () -> % Time: 0.08 SEC. compiling exported One : () -> % Time: 0 SEC. compiling exported zero? : % -> Boolean Time: 0.01 SEC. compiling exported one? : % -> Boolean Time: 0.00 SEC. compiling exported coerce : R -> % Time: 0 SEC. compiling exported complex : (R,R) -> % COMPLEX;complex;2R$;6 is replaced by %pair Time: 0 SEC. compiling exported real : % -> R COMPLEX;real;$R;7 is replaced by %head Time: 0.00 SEC. compiling exported imag : % -> R COMPLEX;imag;$R;8 is replaced by %tail Time: 0 SEC. compiling exported + : (%,%) -> % Time: 0 SEC. compiling exported * : (%,%) -> % Time: 0.04 SEC. compiling exported exquo : (%,%) -> Union(%,failed) Time: 0.01 SEC. (time taken in buildFunctor: 1036) Time: 1.21 SEC. Cumulative Statistics for Constructor Complex Time: 1.36 seconds finalizing NRLIB COMPLEX Processing Complex for Browser database: -- constructor ; compiling file "/tmp/oa-mGpKvx/code.lsp" (written 01 FEB 2016 10:56:49 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPLEX;complex;2R$;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPLEX;real;$R;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPLEX;imag;$R;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |COMPLEX;Zero;$;1| ...) ; compiling (DEFUN |COMPLEX;One;$;2| ...) ; compiling (DEFUN |COMPLEX;zero?;$B;3| ...) ; file: /tmp/oa-mGpKvx/code.lsp ; in: DEFUN |COMPLEX;zero?;$B;3| ; (DEFUN BOOT::|COMPLEX;zero?;$B;3| (BOOT::|x| BOOT::$) ; (AND (BOOT::SPADCALL (CAR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 13)) ; (BOOT::SPADCALL (CDR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 13)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COMPLEX;zero?;$B;3| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|COMPLEX;zero?;$B;3| ; (AND (BOOT::SPADCALL (CAR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 13)) ; (BOOT::SPADCALL (CDR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 13))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |COMPLEX;one?;$B;4| ...) ; file: /tmp/oa-mGpKvx/code.lsp ; in: DEFUN |COMPLEX;one?;$B;4| ; (DEFUN BOOT::|COMPLEX;one?;$B;4| (BOOT::|x| BOOT::$) ; (AND (BOOT::SPADCALL (CAR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 16)) ; (BOOT::SPADCALL (CDR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 13)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COMPLEX;one?;$B;4| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|COMPLEX;one?;$B;4| ; (AND (BOOT::SPADCALL (CAR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 16)) ; (BOOT::SPADCALL (CDR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 13))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |COMPLEX;coerce;R$;5| ...) ; compiling (DEFUN |COMPLEX;complex;2R$;6| ...) ; compiling (DEFUN |COMPLEX;real;$R;7| ...) ; compiling (DEFUN |COMPLEX;imag;$R;8| ...) ; compiling (DEFUN |COMPLEX;+;3$;9| ...) ; compiling (DEFUN |COMPLEX;*;3$;10| ...) ; compiling (DEFUN |COMPLEX;exquo;2$U;11| ...) ; file: /tmp/oa-mGpKvx/code.lsp ; in: DEFUN |COMPLEX;exquo;2$U;11| ; (DEFUN BOOT::|COMPLEX;exquo;2$U;11| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ; ((BOOT::SPADCALL (CDR BOOT::|y|) (BOOT::|shellEntry| BOOT::$ 13)) ; (BOOT::SPADCALL BOOT::|x| (CAR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 28))) ; (T ; (BOOT::SPADCALL (BOOT::|COMPLEX;*;3$;10| BOOT::|x| # BOOT::$) ; (BOOT::SPADCALL BOOT::|y| #) ; (BOOT::|shellEntry| BOOT::$ 28))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COMPLEX;exquo;2$U;11| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|COMPLEX;exquo;2$U;11| ; (COND ((BOOT::SPADCALL # #) (BOOT::SPADCALL BOOT::|x| # #)) ; (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |Complex| ...) ; compiling (DEFUN |Complex;| ...) ; compiling (MAKEPROP (QUOTE |Complex|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 3 notes ; /tmp/oa-mGpKvx/code.fasl written ; compilation finished in 0:00:00.065 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/DFLOAT.fasl --optimize=3 DFLOAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DFLOAT.spad using Spad compiler. DFLOAT abbreviates domain DoubleFloat debug: compDefine1 lhs: (DoubleFloat) signature (pre-evaluate): ((Join (FloatingPointSystem) (DifferentialRing) (TranscendentalFunctionCategory) (ConvertibleTo (InputForm)) (CATEGORY domain (SIGNATURE / ($ $ (Integer))) (SIGNATURE ** ($ $ $)) (SIGNATURE exp1 ($)) (SIGNATURE log2 ($ $)) (SIGNATURE log10 ($ $)) (SIGNATURE atan ($ $ $)) (SIGNATURE Gamma ($ $)) (SIGNATURE Beta ($ $ $)) (SIGNATURE rationalApproximation ((Fraction (Integer)) $ (NonNegativeInteger))) (SIGNATURE rationalApproximation ((Fraction (Integer)) $ (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE nan? ((Boolean) $))))) debug: evaluateType form: (Join (FloatingPointSystem) (DifferentialRing) (TranscendentalFunctionCategory) (ConvertibleTo (InputForm)) (CATEGORY domain (SIGNATURE / ($ $ (Integer))) (SIGNATURE ** ($ $ $)) (SIGNATURE exp1 ($)) (SIGNATURE log2 ($ $)) (SIGNATURE log10 ($ $)) (SIGNATURE atan ($ $ $)) (SIGNATURE Gamma ($ $)) (SIGNATURE Beta ($ $ $)) (SIGNATURE rationalApproximation ((Fraction (Integer)) $ (NonNegativeInteger))) (SIGNATURE rationalApproximation ((Fraction (Integer)) $ (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE nan? ((Boolean) $)))) $param: NIL debug: evaluateType form: (FloatingPointSystem) $param: NIL Debug: evaluateType1 form: (FloatingPointSystem) debug: evaluateType form: (DifferentialRing) $param: NIL Debug: evaluateType1 form: (DifferentialRing) debug: evaluateType form: (TranscendentalFunctionCategory) $param: NIL Debug: evaluateType1 form: (TranscendentalFunctionCategory) debug: evaluateType form: (ConvertibleTo (InputForm)) $param: NIL Debug: evaluateType1 form: (ConvertibleTo (InputForm)) debug: evaluateType1 x: (InputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (InputForm) $param: NIL Debug: evaluateType1 form: (InputForm) debug: evalCategory d: (InputForm) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE / ($ $ (Integer))) (SIGNATURE ** ($ $ $)) (SIGNATURE exp1 ($)) (SIGNATURE log2 ($ $)) (SIGNATURE log10 ($ $)) (SIGNATURE atan ($ $ $)) (SIGNATURE Gamma ($ $)) (SIGNATURE Beta ($ $ $)) (SIGNATURE rationalApproximation ((Fraction (Integer)) $ (NonNegativeInteger))) (SIGNATURE rationalApproximation ((Fraction (Integer)) $ (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE nan? ((Boolean) $))) $param: NIL debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: compDefine1 signature (post evaluate): ((Join (FloatingPointSystem) (DifferentialRing) (TranscendentalFunctionCategory) (ConvertibleTo (InputForm)) (CATEGORY domain (SIGNATURE / ($ $ (Integer))) (SIGNATURE ** ($ $ $)) (SIGNATURE exp1 ($)) (SIGNATURE log2 ($ $)) (SIGNATURE log10 ($ $)) (SIGNATURE atan ($ $ $)) (SIGNATURE Gamma ($ $)) (SIGNATURE Beta ($ $ $)) (SIGNATURE rationalApproximation ((Fraction (Integer)) $ (NonNegativeInteger))) (SIGNATURE rationalApproximation ((Fraction (Integer)) $ (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE nan? ((Boolean) $))))) ------------------------------------------------------------------------ initializing stationary directory for DoubleFloat compiling into /tmp/oa-Gl7FNW compiling exported base : () -> PositiveInteger DFLOAT;base;Pi;1 is replaced by %fbase Time: 0.07 SEC. compiling exported mantissa : % -> Integer Time: 0.01 SEC. compiling exported exponent : % -> Integer DFLOAT;exponent;$I;3 x is replaced by %lsecond %fdecode x Time: 0.01 SEC. compiling exported precision : () -> PositiveInteger DFLOAT;precision;Pi;4 is replaced by %fprec Time: 0.00 SEC. compiling exported bits : () -> PositiveInteger Time: 0.02 SEC. compiling exported max : () -> % DFLOAT;max;$;6 is replaced by %fmaxval Time: 0 SEC. compiling exported min : () -> % DFLOAT;min;$;7 is replaced by %fminval Time: 0 SEC. compiling exported order : % -> Integer DFLOAT;order;$I;8 a is replaced by %isub(%iadd(%fprec,%lsecond %fdecode a),1) Time: 0.00 SEC. compiling exported Zero : () -> % DFLOAT;Zero;$;9 is replaced by %i2f 0 Time: 0.01 SEC. compiling exported One : () -> % DFLOAT;One;$;10 is replaced by %i2f 1 Time: 0.00 SEC. compiling exported exp1 : () -> % Time: 0 SEC. compiling exported pi : () -> % DFLOAT;pi;$;12 is replaced by %fcstpi Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Time: 0.00 SEC. compiling exported convert : % -> InputForm Time: 0.02 SEC. compiling exported < : (%,%) -> Boolean DFLOAT;<;2$B;15 is replaced by %flt Time: 0.00 SEC. compiling exported > : (%,%) -> Boolean DFLOAT;>;2$B;16 is replaced by %fgt Time: 0 SEC. compiling exported <= : (%,%) -> Boolean DFLOAT;<=;2$B;17 is replaced by %fle Time: 0.00 SEC. compiling exported >= : (%,%) -> Boolean DFLOAT;>=;2$B;18 is replaced by %fge Time: 0.00 SEC. compiling exported - : % -> % DFLOAT;-;2$;19 is replaced by %fneg Time: 0 SEC. compiling exported + : (%,%) -> % DFLOAT;+;3$;20 is replaced by %fadd Time: 0 SEC. compiling exported - : (%,%) -> % DFLOAT;-;3$;21 is replaced by %fsub Time: 0.00 SEC. compiling exported * : (%,%) -> % DFLOAT;*;3$;22 is replaced by %fmul Time: 0 SEC. compiling exported * : (Integer,%) -> % DFLOAT;*;I2$;23 is replaced by %imulf Time: 0.01 SEC. compiling exported max : (%,%) -> % DFLOAT;max;3$;24 is replaced by %fmax Time: 0 SEC. compiling exported min : (%,%) -> % DFLOAT;min;3$;25 is replaced by %fmin Time: 0 SEC. compiling exported = : (%,%) -> Boolean DFLOAT;=;2$B;26 is replaced by %feq Time: 0 SEC. compiling exported / : (%,Integer) -> % DFLOAT;/;$I$;27 is replaced by %fdivi Time: 0.01 SEC. compiling exported sqrt : % -> % DFLOAT;sqrt;2$;28 is replaced by %fsqrt Time: 0 SEC. compiling exported log10 : % -> % DFLOAT;log10;2$;29 is replaced by %flog10 Time: 0 SEC. compiling exported ** : (%,Integer) -> % DFLOAT;**;$I$;30 is replaced by %fpowi Time: 0.00 SEC. compiling exported ** : (%,%) -> % DFLOAT;**;3$;31 is replaced by %fpowf Time: 0.00 SEC. compiling exported coerce : Integer -> % DFLOAT;coerce;I$;32 is replaced by %i2f Time: 0.00 SEC. compiling exported exp : % -> % DFLOAT;exp;2$;33 is replaced by %fexp Time: 0 SEC. compiling exported log : % -> % DFLOAT;log;2$;34 is replaced by %flog Time: 0 SEC. compiling exported log2 : % -> % DFLOAT;log2;2$;35 is replaced by %flog2 Time: 0.00 SEC. compiling exported sin : % -> % DFLOAT;sin;2$;36 is replaced by %fsin Time: 0 SEC. compiling exported cos : % -> % DFLOAT;cos;2$;37 is replaced by %fcos Time: 0 SEC. compiling exported tan : % -> % DFLOAT;tan;2$;38 is replaced by %ftan Time: 0 SEC. compiling exported cot : % -> % DFLOAT;cot;2$;39 is replaced by %fcot Time: 0 SEC. compiling exported sec : % -> % Time: 0.00 SEC. compiling exported csc : % -> % Time: 0.00 SEC. compiling exported asin : % -> % DFLOAT;asin;2$;42 is replaced by %fasin Time: 0 SEC. compiling exported acos : % -> % DFLOAT;acos;2$;43 is replaced by %facos Time: 0 SEC. compiling exported atan : % -> % DFLOAT;atan;2$;44 is replaced by %fatan Time: 0 SEC. compiling exported acsc : % -> % Time: 0.01 SEC. compiling exported acot : % -> % DFLOAT;acot;2$;46 is replaced by %facot Time: 0 SEC. compiling exported asec : % -> % Time: 0.01 SEC. compiling exported sinh : % -> % DFLOAT;sinh;2$;48 is replaced by %fsinh Time: 0 SEC. compiling exported cosh : % -> % DFLOAT;cosh;2$;49 is replaced by %fcosh Time: 0 SEC. compiling exported tanh : % -> % DFLOAT;tanh;2$;50 is replaced by %ftanh Time: 0 SEC. compiling exported csch : % -> % Time: 0 SEC. compiling exported coth : % -> % Time: 0.00 SEC. compiling exported sech : % -> % Time: 0.00 SEC. compiling exported asinh : % -> % DFLOAT;asinh;2$;54 is replaced by %fasinh Time: 0 SEC. compiling exported acosh : % -> % DFLOAT;acosh;2$;55 is replaced by %facosh Time: 0 SEC. compiling exported atanh : % -> % DFLOAT;atanh;2$;56 is replaced by %fatanh Time: 0.00 SEC. compiling exported acsch : % -> % Time: 0.01 SEC. compiling exported acoth : % -> % Time: 0.01 SEC. compiling exported asech : % -> % Time: 0.00 SEC. compiling exported / : (%,%) -> % DFLOAT;/;3$;60 is replaced by %fdiv Time: 0 SEC. compiling exported negative? : % -> Boolean Time: 0.01 SEC. compiling exported zero? : % -> Boolean DFLOAT;zero?;$B;62 x is replaced by %feq(x,%i2f 0) Time: 0.00 SEC. compiling exported one? : % -> Boolean DFLOAT;one?;$B;63 x is replaced by %feq(x,%i2f 1) Time: 0 SEC. compiling exported hash : % -> SingleInteger DFLOAT;hash;$Si;64 is replaced by %hash Time: 0.02 SEC. compiling exported recip : % -> Union(%,failed) DFLOAT;recip;$U;65 x is replaced by %when( %pair(1,"failed"),%otherwise %pair(0,%fdiv(%i2f 1,x))) Time: 0.00 SEC. compiling exported differentiate : % -> % DFLOAT;differentiate;2$;66 x is replaced by %i2f 0 Time: 0 SEC. compiling exported Gamma : % -> % Time: 0.01 SEC. compiling exported Beta : (%,%) -> % Time: 0.04 SEC. compiling exported wholePart : % -> Integer DFLOAT;wholePart;$I;69 is replaced by %ftrunc Time: 0.00 SEC. compiling exported float : (Integer,Integer,PositiveInteger) -> % Time: 0.01 SEC. compiling exported convert : % -> DoubleFloat DFLOAT;convert;$Df;71 x is replaced by x Time: 0.00 SEC. compiling exported convert : % -> Float Time: 0.02 SEC. compiling exported rationalApproximation : (%,NonNegativeInteger) -> Fraction Integer Time: 0.01 SEC. compiling exported atan : (%,%) -> % Time: 0.03 SEC. compiling exported retract : % -> Fraction Integer Time: 0.02 SEC. compiling exported retractIfCan : % -> Union(Fraction Integer,failed) Time: 0.02 SEC. compiling exported retract : % -> Integer Time: 0.01 SEC. compiling exported retractIfCan : % -> Union(Integer,failed) Time: 0.01 SEC. compiling exported sign : % -> Integer DFLOAT;sign;$I;79 x is replaced by %lthird %fdecode x Time: 0.01 SEC. compiling exported abs : % -> % DFLOAT;abs;2$;80 is replaced by %fabs Time: 0 SEC. compiling exported positive? : % -> Boolean DFLOAT;positive?;$B;81 x is replaced by %ilt(0,%lthird %fdecode x) Time: 0.01 SEC. compiling local manexp : % -> Record(MANTISSA: Integer,EXPONENT: Integer) Time: 0.02 SEC. compiling exported rationalApproximation : (%,NonNegativeInteger,NonNegativeInteger) -> Fraction Integer Time: 0.31 SEC. compiling exported ** : (%,Fraction Integer) -> % Time: 0.24 SEC. compiling exported nan? : % -> Boolean DFLOAT;nan?;$B;85 is replaced by %fNaN? Time: 0.00 SEC. compiling exported opposite? : (%,%) -> Boolean DFLOAT;opposite?;2$B;86(x,y) is replaced by %feq(x,%fneg y) Time: 0 SEC. compiling exported annihilate? : (%,%) -> Boolean DFLOAT;annihilate?;2$B;87(x,y) is replaced by %or(%feq(x,%i2f 0),%feq(y,%i2f 0)) Time: 0.01 SEC. Predicate: (|has| $ (ATTRIBUTE |arbitraryPrecision|)) replaced by: NIL Predicate: (|has| $ (ATTRIBUTE |arbitraryExponent|)) replaced by: NIL Predicate: (|has| $ (ATTRIBUTE |arbitraryPrecision|)) replaced by: NIL (time taken in buildFunctor: 4) Time: 0.02 SEC. Warnings: [1] convert: pretend DoubleFloat -- should replace by @ [2] Gamma: pretend DoubleFloat -- should replace by @ [3] Gamma: pretend $ -- should replace by @ [4] Beta: pretend DoubleFloat -- should replace by @ [5] Beta: pretend $ -- should replace by @ Cumulative Statistics for Constructor DoubleFloat Time: 1.08 seconds finalizing NRLIB DFLOAT Processing DoubleFloat for Browser database: -- ?/? : (%,Integer) -> % -- ?**? : (%,%) -> % -- exp1 : () -> % -- log2 : % -> % -- log10 : % -> % -- atan : (%,%) -> % -- Gamma : % -> % -- Beta : (%,%) -> % -- rationalApproximation : (%,NonNegativeInteger) -> Fraction Integer -- rationalApproximation : (%,NonNegativeInteger,NonNegativeInteger) -> Fraction Integer -- nan? : % -> Boolean -- constructor ; compiling file "/tmp/oa-Gl7FNW/code.lsp" (written 01 FEB 2016 10:56:50 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;base;Pi;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;exponent;$I;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;precision;Pi;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;max;$;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;min;$;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;order;$I;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;Zero;$;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;One;$;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;pi;$;12|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;<;2$B;15|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;>;2$B;16|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;<=;2$B;17|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;>=;2$B;18|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;-;2$;19|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;+;3$;20|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;-;3$;21|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;*;3$;22|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;*;I2$;23|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;max;3$;24|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;min;3$;25|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;=;2$B;26|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;/;$I$;27|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;sqrt;2$;28|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;log10;2$;29|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;**;$I$;30|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;**;3$;31|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;coerce;I$;32|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;exp;2$;33|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;log;2$;34|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;log2;2$;35|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;sin;2$;36|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;cos;2$;37|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;tan;2$;38|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;cot;2$;39|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;asin;2$;42|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;acos;2$;43|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;atan;2$;44|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;acot;2$;46|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;sinh;2$;48|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;cosh;2$;49|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;tanh;2$;50|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;asinh;2$;54|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;acosh;2$;55|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;atanh;2$;56|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;/;3$;60|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;zero?;$B;62|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;one?;$B;63|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;hash;$Si;64|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;recip;$U;65|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;differentiate;2$;66|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;wholePart;$I;69|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;convert;$Df;71|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;sign;$I;79|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;abs;2$;80|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;positive?;$B;81|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;nan?;$B;85|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;opposite?;2$B;86|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;annihilate?;2$B;87|) ...) ; compiling (PUT (QUOTE |DFLOAT;exp1;$;11|) ...) ; compiling (PUT (QUOTE |DFLOAT;sec;2$;40|) ...) ; compiling (PUT (QUOTE |DFLOAT;csc;2$;41|) ...) ; compiling (PUT (QUOTE |DFLOAT;acsc;2$;45|) ...) ; compiling (PUT (QUOTE |DFLOAT;asec;2$;47|) ...) ; compiling (PUT (QUOTE |DFLOAT;csch;2$;51|) ...) ; compiling (PUT (QUOTE |DFLOAT;coth;2$;52|) ...) ; compiling (PUT (QUOTE |DFLOAT;sech;2$;53|) ...) ; compiling (PUT (QUOTE |DFLOAT;acsch;2$;57|) ...) ; compiling (PUT (QUOTE |DFLOAT;acoth;2$;58|) ...) ; compiling (PUT (QUOTE |DFLOAT;asech;2$;59|) ...) ; compiling (PUT (QUOTE |DFLOAT;negative?;$B;61|) ...) ; compiling (DEFUN |DFLOAT;base;Pi;1| ...) ; compiling (DEFUN |DFLOAT;mantissa;$I;2| ...) ; file: /tmp/oa-Gl7FNW/code.lsp ; in: DEFUN |DFLOAT;mantissa;$I;2| ; (DEFUN BOOT::|DFLOAT;mantissa;$I;2| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|fp| (MULTIPLE-VALUE-CALL #'LIST #))) ; (* (CAR BOOT::|fp|) (CADDR BOOT::|fp|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;mantissa;$I;2| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|DFLOAT;mantissa;$I;2| ; (LET ((BOOT::|fp| #)) ; (* (CAR BOOT::|fp|) (CADDR BOOT::|fp|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |DFLOAT;exponent;$I;3| ...) ; compiling (DEFUN |DFLOAT;precision;Pi;4| ...) ; compiling (DEFUN |DFLOAT;bits;Pi;5| ...) ; file: /tmp/oa-Gl7FNW/code.lsp ; in: DEFUN |DFLOAT;bits;Pi;5| ; (EQL 2 16) ; ; note: deleting unreachable code ; (* 4 53) ; ; note: deleting unreachable code ; (LET ((#:G566 (TRUNCATE (BOOT::SPADCALL 53 # #)))) ; (COND ((AND (NOT #) (PLUSP #:G566)) #:G566) ; (T (BOOT::|moanRetract| #:G566 '(BOOT::|PositiveInteger|))))) ; ; note: deleting unreachable code ; '(BOOT::|PositiveInteger|) ; ; note: deleting unreachable code ; (LET ((#:G566 (TRUNCATE (BOOT::SPADCALL 53 # #)))) ; (COND ((AND (NOT #) (PLUSP #:G566)) #:G566) ; (T (BOOT::|moanRetract| #:G566 '(BOOT::|PositiveInteger|))))) ; ; note: deleting unreachable code ; (FLOAT 2 BOOT::|$DoubleFloatMaximum|) ; ==> ; BOOT::|$DoubleFloatMaximum| ; ; note: deleting unreachable code ; (LET ((#:G566 (TRUNCATE (BOOT::SPADCALL 53 # #)))) ; (COND ((AND (NOT #) (PLUSP #:G566)) #:G566) ; (T (BOOT::|moanRetract| #:G566 '(BOOT::|PositiveInteger|))))) ; ; note: deleting unreachable code ; compiling (DEFUN |DFLOAT;max;$;6| ...) ; compiling (DEFUN |DFLOAT;min;$;7| ...) ; compiling (DEFUN |DFLOAT;order;$I;8| ...) ; compiling (DEFUN |DFLOAT;Zero;$;9| ...) ; compiling (DEFUN |DFLOAT;One;$;10| ...) ; compiling (DEFUN |DFLOAT;exp1;$;11| ...) ; compiling (DEFUN |DFLOAT;pi;$;12| ...) ; compiling (DEFUN |DFLOAT;coerce;$Of;13| ...) ; compiling (DEFUN |DFLOAT;convert;$If;14| ...) ; compiling (DEFUN |DFLOAT;<;2$B;15| ...) ; compiling (DEFUN |DFLOAT;>;2$B;16| ...) ; compiling (DEFUN |DFLOAT;<=;2$B;17| ...) ; compiling (DEFUN |DFLOAT;>=;2$B;18| ...) ; compiling (DEFUN |DFLOAT;-;2$;19| ...) ; compiling (DEFUN |DFLOAT;+;3$;20| ...) ; compiling (DEFUN |DFLOAT;-;3$;21| ...) ; compiling (DEFUN |DFLOAT;*;3$;22| ...) ; compiling (DEFUN |DFLOAT;*;I2$;23| ...) ; compiling (DEFUN |DFLOAT;max;3$;24| ...) ; compiling (DEFUN |DFLOAT;min;3$;25| ...) ; compiling (DEFUN |DFLOAT;=;2$B;26| ...) ; compiling (DEFUN |DFLOAT;/;$I$;27| ...) ; compiling (DEFUN |DFLOAT;sqrt;2$;28| ...) ; file: /tmp/oa-Gl7FNW/code.lsp ; in: DEFUN |DFLOAT;sqrt;2$;28| ; (DEFUN BOOT::|DFLOAT;sqrt;2$;28| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::C-TO-R (SQRT BOOT::|x|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;sqrt;2$;28| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFLOAT;sqrt;2$;28| (BOOT::C-TO-R (SQRT BOOT::|x|)))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFLOAT;log10;2$;29| ...) ; file: /tmp/oa-Gl7FNW/code.lsp ; in: DEFUN |DFLOAT;log10;2$;29| ; (DEFUN BOOT::|DFLOAT;log10;2$;29| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::C-TO-R (LOG BOOT::|x| 10))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;log10;2$;29| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFLOAT;log10;2$;29| (BOOT::C-TO-R (LOG BOOT::|x| 10)))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFLOAT;**;$I$;30| ...) ; compiling (DEFUN |DFLOAT;**;3$;31| ...) ; file: /tmp/oa-Gl7FNW/code.lsp ; in: DEFUN |DFLOAT;**;3$;31| ; (DEFUN BOOT::|DFLOAT;**;3$;31| (BOOT::|x| BOOT::|y| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::C-TO-R (EXPT BOOT::|x| BOOT::|y|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;**;3$;31| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFLOAT;**;3$;31| (BOOT::C-TO-R (EXPT BOOT::|x| BOOT::|y|)))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFLOAT;coerce;I$;32| ...) ; compiling (DEFUN |DFLOAT;exp;2$;33| ...) ; compiling (DEFUN |DFLOAT;log;2$;34| ...) ; file: /tmp/oa-Gl7FNW/code.lsp ; in: DEFUN |DFLOAT;log;2$;34| ; (DEFUN BOOT::|DFLOAT;log;2$;34| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::C-TO-R (LOG BOOT::|x|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;log;2$;34| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFLOAT;log;2$;34| (BOOT::C-TO-R (LOG BOOT::|x|)))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFLOAT;log2;2$;35| ...) ; file: /tmp/oa-Gl7FNW/code.lsp ; in: DEFUN |DFLOAT;log2;2$;35| ; (DEFUN BOOT::|DFLOAT;log2;2$;35| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::C-TO-R (LOG BOOT::|x| 2))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;log2;2$;35| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFLOAT;log2;2$;35| (BOOT::C-TO-R (LOG BOOT::|x| 2)))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFLOAT;sin;2$;36| ...) ; compiling (DEFUN |DFLOAT;cos;2$;37| ...) ; compiling (DEFUN |DFLOAT;tan;2$;38| ...) ; compiling (DEFUN |DFLOAT;cot;2$;39| ...) ; file: /tmp/oa-Gl7FNW/code.lsp ; in: DEFUN |DFLOAT;cot;2$;39| ; (DEFUN BOOT::|DFLOAT;cot;2$;39| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::COT BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;cot;2$;39| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFLOAT;cot;2$;39| (BOOT::COT BOOT::|x|))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFLOAT;sec;2$;40| ...) ; compiling (DEFUN |DFLOAT;csc;2$;41| ...) ; compiling (DEFUN |DFLOAT;asin;2$;42| ...) ; file: /tmp/oa-Gl7FNW/code.lsp ; in: DEFUN |DFLOAT;asin;2$;42| ; (DEFUN BOOT::|DFLOAT;asin;2$;42| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::C-TO-R (ASIN BOOT::|x|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;asin;2$;42| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFLOAT;asin;2$;42| (BOOT::C-TO-R (ASIN BOOT::|x|)))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFLOAT;acos;2$;43| ...) ; file: /tmp/oa-Gl7FNW/code.lsp ; in: DEFUN |DFLOAT;acos;2$;43| ; (DEFUN BOOT::|DFLOAT;acos;2$;43| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::C-TO-R (ACOS BOOT::|x|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;acos;2$;43| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFLOAT;acos;2$;43| (BOOT::C-TO-R (ACOS BOOT::|x|)))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFLOAT;atan;2$;44| ...) ; compiling (DEFUN |DFLOAT;acsc;2$;45| ...) ; file: /tmp/oa-Gl7FNW/code.lsp ; in: DEFUN |DFLOAT;acsc;2$;45| ; (DEFUN BOOT::|DFLOAT;acsc;2$;45| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::C-TO-R (ASIN (/ 1.0d0 BOOT::|x|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;acsc;2$;45| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFLOAT;acsc;2$;45| ; (BOOT::C-TO-R (ASIN (/ 1.0d0 BOOT::|x|))))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFLOAT;acot;2$;46| ...) ; file: /tmp/oa-Gl7FNW/code.lsp ; in: DEFUN |DFLOAT;acot;2$;46| ; (DEFUN BOOT::|DFLOAT;acot;2$;46| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::ACOT BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;acot;2$;46| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFLOAT;acot;2$;46| (BOOT::ACOT BOOT::|x|))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFLOAT;asec;2$;47| ...) ; file: /tmp/oa-Gl7FNW/code.lsp ; in: DEFUN |DFLOAT;asec;2$;47| ; (DEFUN BOOT::|DFLOAT;asec;2$;47| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::C-TO-R (ACOS (/ 1.0d0 BOOT::|x|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;asec;2$;47| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFLOAT;asec;2$;47| ; (BOOT::C-TO-R (ACOS (/ 1.0d0 BOOT::|x|))))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFLOAT;sinh;2$;48| ...) ; compiling (DEFUN |DFLOAT;cosh;2$;49| ...) ; compiling (DEFUN |DFLOAT;tanh;2$;50| ...) ; compiling (DEFUN |DFLOAT;csch;2$;51| ...) ; compiling (DEFUN |DFLOAT;coth;2$;52| ...) ; compiling (DEFUN |DFLOAT;sech;2$;53| ...) ; compiling (DEFUN |DFLOAT;asinh;2$;54| ...) ; compiling (DEFUN |DFLOAT;acosh;2$;55| ...) ; file: /tmp/oa-Gl7FNW/code.lsp ; in: DEFUN |DFLOAT;acosh;2$;55| ; (DEFUN BOOT::|DFLOAT;acosh;2$;55| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::C-TO-R (ACOSH BOOT::|x|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;acosh;2$;55| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFLOAT;acosh;2$;55| (BOOT::C-TO-R (ACOSH BOOT::|x|)))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFLOAT;atanh;2$;56| ...) ; file: /tmp/oa-Gl7FNW/code.lsp ; in: DEFUN |DFLOAT;atanh;2$;56| ; (DEFUN BOOT::|DFLOAT;atanh;2$;56| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::C-TO-R (ATANH BOOT::|x|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;atanh;2$;56| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFLOAT;atanh;2$;56| (BOOT::C-TO-R (ATANH BOOT::|x|)))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFLOAT;acsch;2$;57| ...) ; compiling (DEFUN |DFLOAT;acoth;2$;58| ...) ; file: /tmp/oa-Gl7FNW/code.lsp ; in: DEFUN |DFLOAT;acoth;2$;58| ; (DEFUN BOOT::|DFLOAT;acoth;2$;58| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::C-TO-R (ATANH (/ 1.0d0 BOOT::|x|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;acoth;2$;58| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFLOAT;acoth;2$;58| ; (BOOT::C-TO-R (ATANH (/ 1.0d0 BOOT::|x|))))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFLOAT;asech;2$;59| ...) ; file: /tmp/oa-Gl7FNW/code.lsp ; in: DEFUN |DFLOAT;asech;2$;59| ; (DEFUN BOOT::|DFLOAT;asech;2$;59| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::C-TO-R (ACOSH (/ 1.0d0 BOOT::|x|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;asech;2$;59| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFLOAT;asech;2$;59| ; (BOOT::C-TO-R (ACOSH (/ 1.0d0 BOOT::|x|))))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFLOAT;/;3$;60| ...) ; compiling (DEFUN |DFLOAT;negative?;$B;61| ...) ; compiling (DEFUN |DFLOAT;zero?;$B;62| ...) ; compiling (DEFUN |DFLOAT;one?;$B;63| ...) ; compiling (DEFUN |DFLOAT;hash;$Si;64| ...) ; compiling (DEFUN |DFLOAT;recip;$U;65| ...) ; compiling (DEFUN |DFLOAT;differentiate;2$;66| ...) ; file: /tmp/oa-Gl7FNW/code.lsp ; in: DEFUN |DFLOAT;differentiate;2$;66| ; (DEFUN BOOT::|DFLOAT;differentiate;2$;66| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; 0.0d0) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;differentiate;2$;66| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFLOAT;differentiate;2$;66| 0.0d0)) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |DFLOAT;Gamma;2$;67| ...) ; file: /tmp/oa-Gl7FNW/code.lsp ; in: DEFUN |DFLOAT;Gamma;2$;67| ; (DEFUN BOOT::|DFLOAT;Gamma;2$;67| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 94))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;Gamma;2$;67| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|DFLOAT;Gamma;2$;67| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 94)))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFLOAT;Beta;3$;68| ...) ; file: /tmp/oa-Gl7FNW/code.lsp ; in: DEFUN |DFLOAT;Beta;3$;68| ; (DEFUN BOOT::|DFLOAT;Beta;3$;68| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 96))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;Beta;3$;68| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|DFLOAT;Beta;3$;68| ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 96)))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFLOAT;wholePart;$I;69| ...) ; compiling (DEFUN |DFLOAT;float;2IPi$;70| ...) ; file: /tmp/oa-Gl7FNW/code.lsp ; in: DEFUN |DFLOAT;float;2IPi$;70| ; (DEFUN BOOT::|DFLOAT;float;2IPi$;70| ; (BOOT::|ma| BOOT::|ex| BOOT::|b| BOOT::$) ; (* BOOT::|ma| ; (EXPT (FLOAT BOOT::|b| BOOT::|$DoubleFloatMaximum|) BOOT::|ex|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;float;2IPi$;70| ; (BOOT::|ma| BOOT::|ex| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|DFLOAT;float;2IPi$;70| ; (* BOOT::|ma| ; (EXPT (FLOAT BOOT::|b| BOOT::|$DoubleFloatMaximum|) BOOT::|ex|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |DFLOAT;convert;$Df;71| ...) ; compiling (DEFUN |DFLOAT;convert;$F;72| ...) ; compiling (DEFUN |DFLOAT;rationalApproximation;$NniF;73| ...) ; compiling (DEFUN |DFLOAT;atan;3$;74| ...) ; file: /tmp/oa-Gl7FNW/code.lsp ; in: DEFUN |DFLOAT;atan;3$;74| ; (DEFUN BOOT::|DFLOAT;atan;3$;74| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ((ZEROP BOOT::|x|) (COND (# #) (# #) (T 0.0d0))) ; (T ; (LET (#) ; (PROGN # # BOOT::|theta|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;atan;3$;74| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|DFLOAT;atan;3$;74| ; (COND ((ZEROP BOOT::|x|) (COND # # #)) ; (T ; (LET # ; #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |DFLOAT;retract;$F;75| ...) ; file: /tmp/oa-Gl7FNW/code.lsp ; in: DEFUN |DFLOAT;retract;$F;75| ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |DFLOAT;retractIfCan;$U;76| ...) ; file: /tmp/oa-Gl7FNW/code.lsp ; in: DEFUN |DFLOAT;retractIfCan;$U;76| ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |DFLOAT;retract;$I;77| ...) ; file: /tmp/oa-Gl7FNW/code.lsp ; in: DEFUN |DFLOAT;retract;$I;77| ; (DEFUN BOOT::|DFLOAT;retract;$I;77| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|n|) (RETURN (COND (# BOOT::|n|) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;retract;$I;77| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|DFLOAT;retract;$I;77| ; (PROG (BOOT::|n|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |DFLOAT;retractIfCan;$U;78| ...) ; file: /tmp/oa-Gl7FNW/code.lsp ; in: DEFUN |DFLOAT;retractIfCan;$U;78| ; (DEFUN BOOT::|DFLOAT;retractIfCan;$U;78| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|n|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;retractIfCan;$U;78| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|DFLOAT;retractIfCan;$U;78| ; (PROG (BOOT::|n|) (RETURN (COND # #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |DFLOAT;sign;$I;79| ...) ; compiling (DEFUN |DFLOAT;abs;2$;80| ...) ; compiling (DEFUN |DFLOAT;positive?;$B;81| ...) ; compiling (DEFUN |DFLOAT;manexp| ...) ; file: /tmp/oa-Gl7FNW/code.lsp ; in: DEFUN |DFLOAT;manexp| ; (DEFUN BOOT::|DFLOAT;manexp| (BOOT::|x| BOOT::$) ; (LET* ((BOOT::|fp| (MULTIPLE-VALUE-CALL #'LIST #)) ; (BOOT::|m| (CAR BOOT::|fp|))) ; (COND ((ZEROP BOOT::|m|) (CONS BOOT::|m| 0)) (T (CONS # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;manexp| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|DFLOAT;manexp| ; (LET* ((BOOT::|fp| #) (BOOT::|m| #)) ; (COND (# #) (T #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |DFLOAT;rationalApproximation;$2NniF;83| ...) ; compiling (DEFUN |DFLOAT;**;$F$;84| ...) ; file: /tmp/oa-Gl7FNW/code.lsp ; in: DEFUN |DFLOAT;**;$F$;84| ; (DEFUN BOOT::|DFLOAT;**;$F$;84| (BOOT::|x| BOOT::|r| BOOT::$) ; (COND ((ZEROP BOOT::|x|) (COND (# #) (# #) (T 0.0d0))) ; ((OR (BOOT::SPADCALL BOOT::|r| #) (= BOOT::|x| 1.0d0)) 1.0d0) ; ((BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 135)) ; BOOT::|x|) ; (T ; (LET (# #) ; (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;**;$F$;84| ; (BOOT::|x| BOOT::|r| BOOT::$) ; (BLOCK BOOT::|DFLOAT;**;$F$;84| ; (COND ((ZEROP BOOT::|x|) (COND # # #)) ((OR # #) 1.0d0) ; ((BOOT::SPADCALL BOOT::|r| #) BOOT::|x|) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFLOAT;nan?;$B;85| ...) ; compiling (DEFUN |DFLOAT;opposite?;2$B;86| ...) ; compiling (DEFUN |DFLOAT;annihilate?;2$B;87| ...) ; compiling (DEFUN |DoubleFloat| ...) ; compiling (DEFUN |DoubleFloat;| ...) ; compiling (MAKEPROP (QUOTE |DoubleFloat|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 7 STYLE-WARNING conditions ; printed 28 notes ; /tmp/oa-Gl7FNW/code.fasl written ; compilation finished in 0:00:00.305 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/INTSLPE.fasl --optimize=3 INTSLPE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INTSLPE.spad using Spad compiler. INTSLPE abbreviates package IntegerSolveLinearPolynomialEquation debug: compDefine1 lhs: (IntegerSolveLinearPolynomialEquation) signature (pre-evaluate): ((CATEGORY package (SIGNATURE solveLinearPolynomialEquation ((Union (List (SparseUnivariatePolynomial (Integer))) failed) (List (SparseUnivariatePolynomial (Integer))) (SparseUnivariatePolynomial (Integer)))))) debug: evaluateType form: (CATEGORY package (SIGNATURE solveLinearPolynomialEquation ((Union (List (SparseUnivariatePolynomial (Integer))) failed) (List (SparseUnivariatePolynomial (Integer))) (SparseUnivariatePolynomial (Integer))))) $param: NIL debug: evaluateType form: (Union (List (SparseUnivariatePolynomial (Integer))) failed) $param: NIL debug: evaluateType form: (List (SparseUnivariatePolynomial (Integer))) $param: NIL Debug: evaluateType1 form: (List (SparseUnivariatePolynomial (Integer))) debug: evaluateType1 x: (SparseUnivariatePolynomial (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial (Integer)) $param: NIL Debug: evaluateType1 form: (SparseUnivariatePolynomial (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial (Integer)) c: (Type) debug: evaluateType form: failed $param: NIL debug: evaluateType form: (List (SparseUnivariatePolynomial (Integer))) $param: NIL Debug: evaluateType1 form: (List (SparseUnivariatePolynomial (Integer))) debug: evaluateType1 x: (SparseUnivariatePolynomial (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial (Integer)) $param: NIL Debug: evaluateType1 form: (SparseUnivariatePolynomial (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial (Integer)) c: (Type) debug: evaluateType form: (SparseUnivariatePolynomial (Integer)) $param: NIL Debug: evaluateType1 form: (SparseUnivariatePolynomial (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE solveLinearPolynomialEquation ((Union (List (SparseUnivariatePolynomial (Integer))) failed) (List (SparseUnivariatePolynomial (Integer))) (SparseUnivariatePolynomial (Integer)))))) ------------------------------------------------------------------------ initializing stationary directory for IntegerSolveLinearPolynomialEquation compiling into /tmp/oa-ZzDbkv compiling exported solveLinearPolynomialEquation : (List SparseUnivariatePolynomial Integer,SparseUnivariatePolynomial Integer) -> Union(List SparseUnivariatePolynomial Integer,failed) Time: 0.14 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] solveLinearPolynomialEquation: slpePrime has no value [2] solveLinearPolynomialEquation: oldtable has no value Cumulative Statistics for Constructor IntegerSolveLinearPolynomialEquation Time: 0.14 seconds finalizing NRLIB INTSLPE Processing IntegerSolveLinearPolynomialEquation for Browser database: -- solveLinearPolynomialEquation : (List ZP,ZP) -> Union(List ZP,"failed") -- constructor ; compiling file "/tmp/oa-ZzDbkv/code.lsp" (written 01 FEB 2016 10:56:51 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |INTSLPE;solveLinearPolynomialEquation;LSupU;1| ...) ; compiling (DEFUN |IntegerSolveLinearPolynomialEquation| ...) ; compiling (DEFUN |IntegerSolveLinearPolynomialEquation;| ...) ; compiling (MAKEPROP (QUOTE |IntegerSolveLinearPolynomialEquation|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-ZzDbkv/code.fasl written ; compilation finished in 0:00:00.026 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/GALUTIL.fasl --optimize=3 GALUTIL.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GALUTIL.spad using Spad compiler. GALUTIL abbreviates package GaloisGroupUtilities debug: compDefine1 lhs: (GaloisGroupUtilities R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE pascalTriangle (R (NonNegativeInteger) (Integer))) (SIGNATURE rangePascalTriangle ((NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE rangePascalTriangle ((NonNegativeInteger))) (SIGNATURE sizePascalTriangle ((NonNegativeInteger))) (SIGNATURE fillPascalTriangle ((Void))) (IF (has R (FloatingPointSystem)) (PROGN (SIGNATURE safeCeiling ((Integer) R)) (SIGNATURE safeFloor ((Integer) R)) (SIGNATURE safetyMargin ((NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE safetyMargin ((NonNegativeInteger)))) %noBranch)) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE pascalTriangle (R (NonNegativeInteger) (Integer))) (SIGNATURE rangePascalTriangle ((NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE rangePascalTriangle ((NonNegativeInteger))) (SIGNATURE sizePascalTriangle ((NonNegativeInteger))) (SIGNATURE fillPascalTriangle ((Void))) (IF (has R (FloatingPointSystem)) (PROGN (SIGNATURE safeCeiling ((Integer) R)) (SIGNATURE safeFloor ((Integer) R)) (SIGNATURE safetyMargin ((NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE safetyMargin ((NonNegativeInteger)))) %noBranch)) $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Void) $param: (R) Debug: evaluateType1 form: (Void) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE pascalTriangle (R (NonNegativeInteger) (Integer))) (SIGNATURE rangePascalTriangle ((NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE rangePascalTriangle ((NonNegativeInteger))) (SIGNATURE sizePascalTriangle ((NonNegativeInteger))) (SIGNATURE fillPascalTriangle ((Void))) (IF (has R (FloatingPointSystem)) (PROGN (SIGNATURE safeCeiling ((Integer) R)) (SIGNATURE safeFloor ((Integer) R)) (SIGNATURE safetyMargin ((NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE safetyMargin ((NonNegativeInteger)))) %noBranch)) NIL) ------------------------------------------------------------------------ initializing stationary directory for GaloisGroupUtilities compiling into /tmp/oa-WIWXCU compiling exported safeFloor : R -> Integer Time: 0.07 SEC. compiling exported safeCeiling : R -> Integer Time: 0.00 SEC. compiling exported safetyMargin : NonNegativeInteger -> NonNegativeInteger Time: 0 SEC. compiling exported safetyMargin : () -> NonNegativeInteger Time: 0.00 SEC. compiling exported pascalTriangle : (NonNegativeInteger,Integer) -> R Time: 0.05 SEC. compiling exported rangePascalTriangle : NonNegativeInteger -> NonNegativeInteger Time: 0.08 SEC. compiling exported rangePascalTriangle : () -> NonNegativeInteger Time: 0 SEC. compiling exported sizePascalTriangle : () -> NonNegativeInteger Time: 0 SEC. compiling exported fillPascalTriangle : () -> Void Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] rangePascalTriangle: SEGMENT has no value Cumulative Statistics for Constructor GaloisGroupUtilities Time: 0.22 seconds finalizing NRLIB GALUTIL Processing GaloisGroupUtilities for Browser database: -- pascalTriangle : (N,Z) -> R -- rangePascalTriangle : N -> N -- rangePascalTriangle : () -> N -- sizePascalTriangle : () -> N -- fillPascalTriangle : () -> Void -- safeCeiling : R -> Z -- safeFloor : R -> Z -- safetyMargin : N -> N -- safetyMargin : () -> N -- constructor ; compiling file "/tmp/oa-WIWXCU/code.lsp" (written 01 FEB 2016 10:56:51 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |GALUTIL;safetyMargin;Nni;4|) ...) ; compiling (PUT (QUOTE |GALUTIL;rangePascalTriangle;Nni;7|) ...) ; compiling (DEFUN |GALUTIL;safeFloor;RI;1| ...) ; file: /tmp/oa-WIWXCU/code.lsp ; in: DEFUN |GALUTIL;safeFloor;RI;1| ; (DEFUN BOOT::|GALUTIL;safeFloor;RI;1| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|shift| (+ # #))) ; (PROGN ; (COND (# #)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) ; (BOOT::|shellEntry| BOOT::$ 24))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALUTIL;safeFloor;RI;1| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|GALUTIL;safeFloor;RI;1| ; (LET ((BOOT::|shift| #)) ; (PROGN (COND #) (BOOT::SPADCALL # #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |GALUTIL;safeCeiling;RI;2| ...) ; file: /tmp/oa-WIWXCU/code.lsp ; in: DEFUN |GALUTIL;safeCeiling;RI;2| ; (DEFUN BOOT::|GALUTIL;safeCeiling;RI;2| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|shift| (+ # #))) ; (PROGN ; (COND (# #)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) ; (BOOT::|shellEntry| BOOT::$ 24))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALUTIL;safeCeiling;RI;2| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|GALUTIL;safeCeiling;RI;2| ; (LET ((BOOT::|shift| #)) ; (PROGN (COND #) (BOOT::SPADCALL # #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |GALUTIL;safetyMargin;2Nni;3| ...) ; file: /tmp/oa-WIWXCU/code.lsp ; in: DEFUN |GALUTIL;safetyMargin;2Nni;3| ; (DEFUN BOOT::|GALUTIL;safetyMargin;2Nni;3| (BOOT::|n| BOOT::$) ; (PROGN ; (LET ((BOOT::|#G6| BOOT::|n|)) ; (PROGN (SETF #) (SETQ #))) ; BOOT::|n|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALUTIL;safetyMargin;2Nni;3| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|GALUTIL;safetyMargin;2Nni;3| ; (PROGN ; (LET (#) ; (PROGN # #)) ; BOOT::|n|))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; UNSIGNED-BYTE ; ; compiling (DEFUN |GALUTIL;safetyMargin;Nni;4| ...) ; compiling (DEFUN |GALUTIL;pascalTriangle;NniIR;5| ...) ; compiling (DEFUN |GALUTIL;rangePascalTriangle;2Nni;6| ...) ; file: /tmp/oa-WIWXCU/code.lsp ; in: DEFUN |GALUTIL;rangePascalTriangle;2Nni;6| ; (DEFUN BOOT::|GALUTIL;rangePascalTriangle;2Nni;6| (BOOT::|n| BOOT::$) ; (PROG (BOOT::|dq| BOOT::|d|) ; (RETURN ; (BOOT::SEQ (COND #) ; (LET # ; #) ; (BOOT::EXIT BOOT::|n|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALUTIL;rangePascalTriangle;2Nni;6| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|GALUTIL;rangePascalTriangle;2Nni;6| ; (PROG (BOOT::|dq| BOOT::|d|) (RETURN (BOOT::SEQ # # #))))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; UNSIGNED-BYTE ; ; compiling (DEFUN |GALUTIL;rangePascalTriangle;Nni;7| ...) ; compiling (DEFUN |GALUTIL;sizePascalTriangle;Nni;8| ...) ; file: /tmp/oa-WIWXCU/code.lsp ; in: DEFUN |GALUTIL;sizePascalTriangle;Nni;8| ; (DEFUN BOOT::|GALUTIL;sizePascalTriangle;Nni;8| (BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 32) ; (BOOT::|shellEntry| BOOT::$ 53))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALUTIL;sizePascalTriangle;Nni;8| ; (BOOT::$) ; (BLOCK BOOT::|GALUTIL;sizePascalTriangle;Nni;8| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 32) ; (BOOT::|shellEntry| BOOT::$ 53)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |GALUTIL;fillPascalTriangle;V;9| ...) ; compiling (DEFUN |GaloisGroupUtilities| ...) ; compiling (DEFUN |GaloisGroupUtilities;| ...) ; compiling (MAKEPROP (QUOTE |GaloisGroupUtilities|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 5 notes ; /tmp/oa-WIWXCU/code.fasl written ; compilation finished in 0:00:00.066 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/GALFACTU.fasl --optimize=3 GALFACTU.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GALFACTU.spad using Spad compiler. GALFACTU abbreviates package GaloisGroupFactorizationUtilities debug: compDefine1 lhs: (GaloisGroupFactorizationUtilities R UP F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE beauzamyBound ((Integer) UP)) (SIGNATURE bombieriNorm (F UP)) (SIGNATURE bombieriNorm (F UP (PositiveInteger))) (SIGNATURE rootBound ((Integer) UP)) (SIGNATURE singleFactorBound ((Integer) UP (NonNegativeInteger))) (SIGNATURE singleFactorBound ((Integer) UP)) (SIGNATURE norm (F UP (PositiveInteger))) (SIGNATURE quadraticNorm (F UP)) (SIGNATURE infinityNorm (F UP)) (SIGNATURE height (F UP)) (SIGNATURE length (F UP))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE beauzamyBound ((Integer) UP)) (SIGNATURE bombieriNorm (F UP)) (SIGNATURE bombieriNorm (F UP (PositiveInteger))) (SIGNATURE rootBound ((Integer) UP)) (SIGNATURE singleFactorBound ((Integer) UP (NonNegativeInteger))) (SIGNATURE singleFactorBound ((Integer) UP)) (SIGNATURE norm (F UP (PositiveInteger))) (SIGNATURE quadraticNorm (F UP)) (SIGNATURE infinityNorm (F UP)) (SIGNATURE height (F UP)) (SIGNATURE length (F UP))) $param: (R UP F) debug: evaluateType form: (Integer) $param: (R UP F) Debug: evaluateType1 form: (Integer) debug: evaluateType form: UP $param: (R UP F) debug: evaluateType form: F $param: (R UP F) debug: evaluateType form: UP $param: (R UP F) debug: evaluateType form: F $param: (R UP F) debug: evaluateType form: UP $param: (R UP F) debug: evaluateType form: (PositiveInteger) $param: (R UP F) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (Integer) $param: (R UP F) Debug: evaluateType1 form: (Integer) debug: evaluateType form: UP $param: (R UP F) debug: evaluateType form: (Integer) $param: (R UP F) Debug: evaluateType1 form: (Integer) debug: evaluateType form: UP $param: (R UP F) debug: evaluateType form: (NonNegativeInteger) $param: (R UP F) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Integer) $param: (R UP F) Debug: evaluateType1 form: (Integer) debug: evaluateType form: UP $param: (R UP F) debug: evaluateType form: F $param: (R UP F) debug: evaluateType form: UP $param: (R UP F) debug: evaluateType form: (PositiveInteger) $param: (R UP F) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: F $param: (R UP F) debug: evaluateType form: UP $param: (R UP F) debug: evaluateType form: F $param: (R UP F) debug: evaluateType form: UP $param: (R UP F) debug: evaluateType form: F $param: (R UP F) debug: evaluateType form: UP $param: (R UP F) debug: evaluateType form: F $param: (R UP F) debug: evaluateType form: UP $param: (R UP F) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE beauzamyBound ((Integer) UP)) (SIGNATURE bombieriNorm (F UP)) (SIGNATURE bombieriNorm (F UP (PositiveInteger))) (SIGNATURE rootBound ((Integer) UP)) (SIGNATURE singleFactorBound ((Integer) UP (NonNegativeInteger))) (SIGNATURE singleFactorBound ((Integer) UP)) (SIGNATURE norm (F UP (PositiveInteger))) (SIGNATURE quadraticNorm (F UP)) (SIGNATURE infinityNorm (F UP)) (SIGNATURE height (F UP)) (SIGNATURE length (F UP))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for GaloisGroupFactorizationUtilities compiling into /tmp/oa-m1djln importing GaloisGroupUtilities F compiling exported height : UP -> F Time: 0.07 SEC. compiling exported length : UP -> F Time: 0.02 SEC. compiling exported norm : (UP,PositiveInteger) -> F Time: 0.03 SEC. compiling exported quadraticNorm : UP -> F Time: 0.01 SEC. compiling exported infinityNorm : UP -> F Time: 0.01 SEC. compiling exported singleFactorBound : (UP,NonNegativeInteger) -> Integer Time: 0.16 SEC. compiling exported singleFactorBound : UP -> Integer Time: 0.01 SEC. compiling exported rootBound : UP -> Integer Time: 0.04 SEC. compiling exported beauzamyBound : UP -> Integer Time: 0.06 SEC. compiling exported bombieriNorm : (UP,PositiveInteger) -> F Time: 0.10 SEC. compiling exported bombieriNorm : UP -> F Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] singleFactorBound: not known that Ring is of mode CATEGORY(package,Gamma: F -> F) Cumulative Statistics for Constructor GaloisGroupFactorizationUtilities Time: 0.52 seconds finalizing NRLIB GALFACTU Processing GaloisGroupFactorizationUtilities for Browser database: -- beauzamyBound : UP -> Z -- bombieriNorm : UP -> F -- bombieriNorm : (UP,P) -> F -- rootBound : UP -> Z -- singleFactorBound : (UP,N) -> Z -- singleFactorBound : UP -> Z -- norm : (UP,P) -> F -- quadraticNorm : UP -> F -- infinityNorm : UP -> F -- height : UP -> F -- length : UP -> F -- constructor ; compiling file "/tmp/oa-m1djln/code.lsp" (written 01 FEB 2016 10:56:52 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |GALFACTU;height;UPF;1| ...) ; compiling (DEFUN |GALFACTU;length;UPF;2| ...) ; compiling (DEFUN |GALFACTU;norm;UPPiF;3| ...) ; compiling (DEFUN |GALFACTU;quadraticNorm;UPF;4| ...) ; compiling (DEFUN |GALFACTU;infinityNorm;UPF;5| ...) ; compiling (DEFUN |GALFACTU;singleFactorBound;UPNniI;6| ...) ; file: /tmp/oa-m1djln/code.lsp ; in: DEFUN |GALFACTU;singleFactorBound;UPNniI;6| ; (DEFUN BOOT::|GALFACTU;singleFactorBound;UPNniI;6| ; (BOOT::|p| BOOT::|r| BOOT::$) ; (PROG (BOOT::|den| BOOT::|num| BOOT::|nf|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALFACTU;singleFactorBound;UPNniI;6| ; (BOOT::|p| BOOT::|r| BOOT::$) ; (BLOCK BOOT::|GALFACTU;singleFactorBound;UPNniI;6| ; (PROG (BOOT::|den| BOOT::|num| BOOT::|nf|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |r| ; prevents use of assertion from function type proclamation: ; UNSIGNED-BYTE ; ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |GALFACTU;singleFactorBound;UPI;7| ...) ; compiling (DEFUN |GALFACTU;rootBound;UPI;8| ...) ; compiling (DEFUN |GALFACTU;beauzamyBound;UPI;9| ...) ; file: /tmp/oa-m1djln/code.lsp ; in: DEFUN |GALFACTU;beauzamyBound;UPI;9| ; (DEFUN BOOT::|GALFACTU;beauzamyBound;UPI;9| (BOOT::|f| BOOT::$) ; (LET ((BOOT::|d| (BOOT::SPADCALL BOOT::|f| #))) ; (COND ((ZEROP BOOT::|d|) (BOOT::SPADCALL # #)) (T (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALFACTU;beauzamyBound;UPI;9| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|GALFACTU;beauzamyBound;UPI;9| ; (LET ((BOOT::|d| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |GALFACTU;bombieriNorm;UPPiF;10| ...) ; compiling (DEFUN |GALFACTU;bombieriNorm;UPF;11| ...) ; compiling (DEFUN |GaloisGroupFactorizationUtilities| ...) ; compiling (DEFUN |GaloisGroupFactorizationUtilities;| ...) ; compiling (MAKEPROP (QUOTE |GaloisGroupFactorizationUtilities|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 3 notes ; /tmp/oa-m1djln/code.fasl written ; compilation finished in 0:00:00.118 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/MDAGG.fasl --bootstrap MDAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MDAGG.spad using Spad compiler. MDAGG abbreviates category MultiDictionary ------------------------------------------------------------------------ initializing stationary directory for MultiDictionary compiling into /tmp/oa-VrU8Y8 STYLE-WARNING: redefining BOOT::|MultiDictionary| in DEFUN Time: 0.01 SEC. finalizing NRLIB MDAGG ; compiling file "/tmp/oa-VrU8Y8/code.lsp" (written 01 FEB 2016 10:56:52 PM): ; compiling (DEFPARAMETER |MultiDictionary;AL| ...) ; compiling (DEFUN |MultiDictionary;| ...) ; compiling (DEFUN |MultiDictionary| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-VrU8Y8/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/MSETAGG.fasl --bootstrap MSETAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MSETAGG.spad using Spad compiler. MSETAGG abbreviates category MultisetAggregate ------------------------------------------------------------------------ initializing stationary directory for MultisetAggregate compiling into /tmp/oa-p6SvKk STYLE-WARNING: redefining BOOT::|MultisetAggregate| in DEFUN Time: 0.01 SEC. finalizing NRLIB MSETAGG ; compiling file "/tmp/oa-p6SvKk/code.lsp" (written 01 FEB 2016 10:56:52 PM): ; compiling (DEFPARAMETER |MultisetAggregate;AL| ...) ; compiling (DEFUN |MultisetAggregate;| ...) ; compiling (DEFUN |MultisetAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-p6SvKk/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/MSET.fasl --bootstrap MSET.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MSET.spad using Spad compiler. MSET abbreviates domain Multiset ------------------------------------------------------------------------ initializing stationary directory for Multiset compiling into /tmp/oa-Rjzo5v Time: 0.02 SEC. Cumulative Statistics for Constructor Multiset Time: 0.02 seconds finalizing NRLIB MSET ; compiling file "/tmp/oa-Rjzo5v/code.lsp" (written 01 FEB 2016 10:56:52 PM): ; compiling (DEFUN |Multiset| ...) ; compiling (DEFUN |Multiset;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Rjzo5v/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/GALPOLYU.fasl --optimize=3 GALPOLYU.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GALPOLYU.spad using Spad compiler. GALPOLYU abbreviates package GaloisGroupPolynomialUtilities debug: compDefine1 lhs: (GaloisGroupPolynomialUtilities R UP) signature (pre-evaluate): ((CATEGORY package (SIGNATURE monic? ((Boolean) UP)) (SIGNATURE unvectorise (UP (Vector R))) (SIGNATURE reverse (UP UP)) (SIGNATURE scaleRoots (UP UP R)) (SIGNATURE shiftRoots (UP UP R)) (SIGNATURE degreePartition ((Multiset (NonNegativeInteger)) (Factored UP))) (SIGNATURE factorOfDegree (UP (PositiveInteger) (Factored UP))) (SIGNATURE factorsOfDegree ((List UP) (PositiveInteger) (Factored UP)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE monic? ((Boolean) UP)) (SIGNATURE unvectorise (UP (Vector R))) (SIGNATURE reverse (UP UP)) (SIGNATURE scaleRoots (UP UP R)) (SIGNATURE shiftRoots (UP UP R)) (SIGNATURE degreePartition ((Multiset (NonNegativeInteger)) (Factored UP))) (SIGNATURE factorOfDegree (UP (PositiveInteger) (Factored UP))) (SIGNATURE factorsOfDegree ((List UP) (PositiveInteger) (Factored UP)))) $param: (R UP) debug: evaluateType form: (Boolean) $param: (R UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: (Vector R) $param: (R UP) Debug: evaluateType1 form: (Vector R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: R $param: (R UP) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: R $param: (R UP) debug: evaluateType form: (Multiset (NonNegativeInteger)) $param: (R UP) Debug: evaluateType1 form: (Multiset (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R UP) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (NonNegativeInteger) $param: (R UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (SetCategory) debug: evaluateType form: (Factored UP) $param: (R UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: (PositiveInteger) $param: (R UP) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (Factored UP) $param: (R UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (List UP) $param: (R UP) Debug: evaluateType1 form: (List UP) debug: evaluateType1 x: UP m: (Type) debug: evaluateType form: (PositiveInteger) $param: (R UP) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (Factored UP) $param: (R UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE monic? ((Boolean) UP)) (SIGNATURE unvectorise (UP (Vector R))) (SIGNATURE reverse (UP UP)) (SIGNATURE scaleRoots (UP UP R)) (SIGNATURE shiftRoots (UP UP R)) (SIGNATURE degreePartition ((Multiset (NonNegativeInteger)) (Factored UP))) (SIGNATURE factorOfDegree (UP (PositiveInteger) (Factored UP))) (SIGNATURE factorsOfDegree ((List UP) (PositiveInteger) (Factored UP)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for GaloisGroupPolynomialUtilities compiling into /tmp/oa-mOfK4E importing Factored UP compiling exported factorsOfDegree : (PositiveInteger,Factored UP) -> List UP Time: 0.12 SEC. compiling exported factorOfDegree : (PositiveInteger,Factored UP) -> UP Time: 0.02 SEC. compiling exported degreePartition : Factored UP -> Multiset NonNegativeInteger Time: 0.02 SEC. compiling exported monic? : UP -> Boolean Time: 0 SEC. compiling exported unvectorise : Vector R -> UP Time: 0.03 SEC. compiling exported reverse : UP -> UP Time: 0.01 SEC. compiling exported scaleRoots : (UP,R) -> UP Time: 0.02 SEC. importing UnivariatePolynomialCategoryFunctions2(R,UP,UP,SparseUnivariatePolynomial UP) compiling exported shiftRoots : (UP,R) -> UP Time: 0.13 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor GaloisGroupPolynomialUtilities Time: 0.36 seconds finalizing NRLIB GALPOLYU Processing GaloisGroupPolynomialUtilities for Browser database: -- monic? : UP -> Boolean -- unvectorise : Vector R -> UP -- reverse : UP -> UP -- scaleRoots : (UP,R) -> UP -- shiftRoots : (UP,R) -> UP -- degreePartition : Factored UP -> Multiset N -- factorOfDegree : (P,Factored UP) -> UP -- factorsOfDegree : (P,Factored UP) -> List UP -- constructor ; compiling file "/tmp/oa-mOfK4E/code.lsp" (written 01 FEB 2016 10:56:53 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |GALPOLYU;factorsOfDegree;PiFL;1| ...) ; compiling (DEFUN |GALPOLYU;factorOfDegree;PiFUP;2| ...) ; compiling (DEFUN |GALPOLYU;degreePartition;FM;3| ...) ; compiling (DEFUN |GALPOLYU;monic?;UPB;4| ...) ; file: /tmp/oa-mOfK4E/code.lsp ; in: DEFUN |GALPOLYU;monic?;UPB;4| ; (DEFUN BOOT::|GALPOLYU;monic?;UPB;4| (BOOT::|p| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 30)) ; (BOOT::|shellEntry| BOOT::$ 31))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALPOLYU;monic?;UPB;4| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|GALPOLYU;monic?;UPB;4| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 30)) ; (BOOT::|shellEntry| BOOT::$ 31)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |GALPOLYU;unvectorise;VUP;5| ...) ; file: /tmp/oa-mOfK4E/code.lsp ; in: DEFUN |GALPOLYU;unvectorise;VUP;5| ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |GALPOLYU;reverse;2UP;6| ...) ; compiling (DEFUN |GALPOLYU;scaleRoots;UPRUP;7| ...) ; compiling (DEFUN |GALPOLYU;shiftRoots;UPRUP;8| ...) ; compiling (DEFUN |GaloisGroupPolynomialUtilities| ...) ; compiling (DEFUN |GaloisGroupPolynomialUtilities;| ...) ; compiling (MAKEPROP (QUOTE |GaloisGroupPolynomialUtilities|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-mOfK4E/code.fasl written ; compilation finished in 0:00:00.063 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/MDDFACT.fasl --bootstrap MDDFACT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MDDFACT.spad using Spad compiler. MDDFACT abbreviates package ModularDistinctDegreeFactorizer ------------------------------------------------------------------------ initializing stationary directory for ModularDistinctDegreeFactorizer compiling into /tmp/oa-rI2rdc Time: 0.07 SEC. Cumulative Statistics for Constructor ModularDistinctDegreeFactorizer Time: 0.07 seconds finalizing NRLIB MDDFACT ; compiling file "/tmp/oa-rI2rdc/code.lsp" (written 01 FEB 2016 10:56:53 PM): ; compiling (DEFUN |ModularDistinctDegreeFactorizer| ...) ; compiling (DEFUN |ModularDistinctDegreeFactorizer;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-rI2rdc/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/UPDECOMP.fasl --bootstrap UPDECOMP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UPDECOMP.spad using Spad compiler. UPDECOMP abbreviates package UnivariatePolynomialDecompositionPackage ------------------------------------------------------------------------ initializing stationary directory for UnivariatePolynomialDecompositionPackage compiling into /tmp/oa-D3pBcr Time: 0.06 SEC. Cumulative Statistics for Constructor UnivariatePolynomialDecompositionPackage Time: 0.06 seconds finalizing NRLIB UPDECOMP ; compiling file "/tmp/oa-D3pBcr/code.lsp" (written 01 FEB 2016 10:56:53 PM): ; compiling (DEFUN |UnivariatePolynomialDecompositionPackage| ...) ; compiling (DEFUN |UnivariatePolynomialDecompositionPackage;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-D3pBcr/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/BRILL.fasl --bootstrap BRILL.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/BRILL.spad using Spad compiler. BRILL abbreviates package BrillhartTests ------------------------------------------------------------------------ initializing stationary directory for BrillhartTests compiling into /tmp/oa-aL3XYD Time: 0.06 SEC. Cumulative Statistics for Constructor BrillhartTests Time: 0.06 seconds finalizing NRLIB BRILL ; compiling file "/tmp/oa-aL3XYD/code.lsp" (written 01 FEB 2016 10:56:53 PM): ; compiling (DEFUN |BrillhartTests| ...) ; compiling (DEFUN |BrillhartTests;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-aL3XYD/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/CYCLOTOM.fasl --bootstrap CYCLOTOM.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CYCLOTOM.spad using Spad compiler. CYCLOTOM abbreviates package CyclotomicPolynomialPackage ------------------------------------------------------------------------ initializing stationary directory for CyclotomicPolynomialPackage compiling into /tmp/oa-pKaFtD Time: 0 SEC. Cumulative Statistics for Constructor CyclotomicPolynomialPackage Time: 0 seconds finalizing NRLIB CYCLOTOM ; compiling file "/tmp/oa-pKaFtD/code.lsp" (written 01 FEB 2016 10:56:54 PM): ; compiling (DEFUN |CyclotomicPolynomialPackage| ...) ; compiling (DEFUN |CyclotomicPolynomialPackage;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-pKaFtD/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/GALFACT.fasl --optimize=3 GALFACT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GALFACT.spad using Spad compiler. GALFACT abbreviates package GaloisGroupFactorizer debug: compDefine1 lhs: (GaloisGroupFactorizer UP) signature (pre-evaluate): ((CATEGORY package (SIGNATURE makeFR ((Factored UP) (Record (: contp (Integer)) (: factors (List (Record (: irr UP) (: pow (Integer)))))))) (SIGNATURE degreePartition ((Multiset (NonNegativeInteger)) (List (Record (: factor UP) (: degree (Integer)))))) (SIGNATURE musserTrials ((PositiveInteger))) (SIGNATURE musserTrials ((PositiveInteger) (PositiveInteger))) (SIGNATURE stopMusserTrials ((PositiveInteger))) (SIGNATURE stopMusserTrials ((PositiveInteger) (PositiveInteger))) (SIGNATURE numberOfFactors ((NonNegativeInteger) (List (Record (: factor UP) (: degree (Integer)))))) (SIGNATURE modularFactor ((Record (: prime (Integer)) (: factors (List UP))) UP)) (SIGNATURE useSingleFactorBound? ((Boolean))) (SIGNATURE useSingleFactorBound ((Boolean) (Boolean))) (SIGNATURE useEisensteinCriterion? ((Boolean))) (SIGNATURE useEisensteinCriterion ((Boolean) (Boolean))) (SIGNATURE eisensteinIrreducible? ((Boolean) UP)) (SIGNATURE tryFunctionalDecomposition? ((Boolean))) (SIGNATURE tryFunctionalDecomposition ((Boolean) (Boolean))) (SIGNATURE factor ((Factored UP) UP)) (SIGNATURE factor ((Factored UP) UP (NonNegativeInteger))) (SIGNATURE factor ((Factored UP) UP (List (NonNegativeInteger)))) (SIGNATURE factor ((Factored UP) UP (List (NonNegativeInteger)) (NonNegativeInteger))) (SIGNATURE factor ((Factored UP) UP (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE factorSquareFree ((Factored UP) UP)) (SIGNATURE factorSquareFree ((Factored UP) UP (NonNegativeInteger))) (SIGNATURE factorSquareFree ((Factored UP) UP (List (NonNegativeInteger)))) (SIGNATURE factorSquareFree ((Factored UP) UP (List (NonNegativeInteger)) (NonNegativeInteger))) (SIGNATURE factorSquareFree ((Factored UP) UP (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE factorOfDegree ((Union UP failed) (PositiveInteger) UP)) (SIGNATURE factorOfDegree ((Union UP failed) (PositiveInteger) UP (NonNegativeInteger))) (SIGNATURE factorOfDegree ((Union UP failed) (PositiveInteger) UP (List (NonNegativeInteger)))) (SIGNATURE factorOfDegree ((Union UP failed) (PositiveInteger) UP (List (NonNegativeInteger)) (NonNegativeInteger))) (SIGNATURE factorOfDegree ((Union UP failed) (PositiveInteger) UP (List (NonNegativeInteger)) (NonNegativeInteger) (Boolean))) (SIGNATURE henselFact ((Record (: contp (Integer)) (: factors (List (Record (: irr UP) (: pow (Integer)))))) UP (Boolean))) (SIGNATURE btwFact ((Record (: contp (Integer)) (: factors (List (Record (: irr UP) (: pow (Integer)))))) UP (Boolean) (Set (NonNegativeInteger)) (NonNegativeInteger)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE makeFR ((Factored UP) (Record (: contp (Integer)) (: factors (List (Record (: irr UP) (: pow (Integer)))))))) (SIGNATURE degreePartition ((Multiset (NonNegativeInteger)) (List (Record (: factor UP) (: degree (Integer)))))) (SIGNATURE musserTrials ((PositiveInteger))) (SIGNATURE musserTrials ((PositiveInteger) (PositiveInteger))) (SIGNATURE stopMusserTrials ((PositiveInteger))) (SIGNATURE stopMusserTrials ((PositiveInteger) (PositiveInteger))) (SIGNATURE numberOfFactors ((NonNegativeInteger) (List (Record (: factor UP) (: degree (Integer)))))) (SIGNATURE modularFactor ((Record (: prime (Integer)) (: factors (List UP))) UP)) (SIGNATURE useSingleFactorBound? ((Boolean))) (SIGNATURE useSingleFactorBound ((Boolean) (Boolean))) (SIGNATURE useEisensteinCriterion? ((Boolean))) (SIGNATURE useEisensteinCriterion ((Boolean) (Boolean))) (SIGNATURE eisensteinIrreducible? ((Boolean) UP)) (SIGNATURE tryFunctionalDecomposition? ((Boolean))) (SIGNATURE tryFunctionalDecomposition ((Boolean) (Boolean))) (SIGNATURE factor ((Factored UP) UP)) (SIGNATURE factor ((Factored UP) UP (NonNegativeInteger))) (SIGNATURE factor ((Factored UP) UP (List (NonNegativeInteger)))) (SIGNATURE factor ((Factored UP) UP (List (NonNegativeInteger)) (NonNegativeInteger))) (SIGNATURE factor ((Factored UP) UP (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE factorSquareFree ((Factored UP) UP)) (SIGNATURE factorSquareFree ((Factored UP) UP (NonNegativeInteger))) (SIGNATURE factorSquareFree ((Factored UP) UP (List (NonNegativeInteger)))) (SIGNATURE factorSquareFree ((Factored UP) UP (List (NonNegativeInteger)) (NonNegativeInteger))) (SIGNATURE factorSquareFree ((Factored UP) UP (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE factorOfDegree ((Union UP failed) (PositiveInteger) UP)) (SIGNATURE factorOfDegree ((Union UP failed) (PositiveInteger) UP (NonNegativeInteger))) (SIGNATURE factorOfDegree ((Union UP failed) (PositiveInteger) UP (List (NonNegativeInteger)))) (SIGNATURE factorOfDegree ((Union UP failed) (PositiveInteger) UP (List (NonNegativeInteger)) (NonNegativeInteger))) (SIGNATURE factorOfDegree ((Union UP failed) (PositiveInteger) UP (List (NonNegativeInteger)) (NonNegativeInteger) (Boolean))) (SIGNATURE henselFact ((Record (: contp (Integer)) (: factors (List (Record (: irr UP) (: pow (Integer)))))) UP (Boolean))) (SIGNATURE btwFact ((Record (: contp (Integer)) (: factors (List (Record (: irr UP) (: pow (Integer)))))) UP (Boolean) (Set (NonNegativeInteger)) (NonNegativeInteger)))) $param: (UP) debug: evaluateType form: (Factored UP) $param: (UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Record (: contp (Integer)) (: factors (List (Record (: irr UP) (: pow (Integer)))))) $param: (UP) debug: evaluateType form: (Integer) $param: (UP) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (List (Record (: irr UP) (: pow (Integer)))) $param: (UP) Debug: evaluateType1 form: (List (Record (: irr UP) (: pow (Integer)))) debug: evaluateType1 x: (Record (: irr UP) (: pow (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: irr UP) (: pow (Integer))) $param: (UP) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (Integer) $param: (UP) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: irr UP) (: pow (Integer))) c: (Type) debug: evaluateType form: (Multiset (NonNegativeInteger)) $param: (UP) Debug: evaluateType1 form: (Multiset (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (UP) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (SetCategory) debug: evaluateType form: (List (Record (: factor UP) (: degree (Integer)))) $param: (UP) Debug: evaluateType1 form: (List (Record (: factor UP) (: degree (Integer)))) debug: evaluateType1 x: (Record (: factor UP) (: degree (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: factor UP) (: degree (Integer))) $param: (UP) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (Integer) $param: (UP) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: factor UP) (: degree (Integer))) c: (Type) debug: evaluateType form: (PositiveInteger) $param: (UP) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: (UP) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: (UP) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: (UP) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: (UP) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: (UP) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (List (Record (: factor UP) (: degree (Integer)))) $param: (UP) Debug: evaluateType1 form: (List (Record (: factor UP) (: degree (Integer)))) debug: evaluateType1 x: (Record (: factor UP) (: degree (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: factor UP) (: degree (Integer))) $param: (UP) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (Integer) $param: (UP) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: factor UP) (: degree (Integer))) c: (Type) debug: evaluateType form: (Record (: prime (Integer)) (: factors (List UP))) $param: (UP) debug: evaluateType form: (Integer) $param: (UP) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (List UP) $param: (UP) Debug: evaluateType1 form: (List UP) debug: evaluateType1 x: UP m: (Type) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (Boolean) $param: (UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (Boolean) $param: (UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Factored UP) $param: (UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (Factored UP) $param: (UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Factored UP) $param: (UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (List (NonNegativeInteger)) $param: (UP) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (Factored UP) $param: (UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (List (NonNegativeInteger)) $param: (UP) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Factored UP) $param: (UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Factored UP) $param: (UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (Factored UP) $param: (UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Factored UP) $param: (UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (List (NonNegativeInteger)) $param: (UP) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (Factored UP) $param: (UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (List (NonNegativeInteger)) $param: (UP) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Factored UP) $param: (UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Union UP failed) $param: (UP) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: failed $param: (UP) debug: evaluateType form: (PositiveInteger) $param: (UP) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (Union UP failed) $param: (UP) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: failed $param: (UP) debug: evaluateType form: (PositiveInteger) $param: (UP) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Union UP failed) $param: (UP) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: failed $param: (UP) debug: evaluateType form: (PositiveInteger) $param: (UP) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (List (NonNegativeInteger)) $param: (UP) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (Union UP failed) $param: (UP) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: failed $param: (UP) debug: evaluateType form: (PositiveInteger) $param: (UP) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (List (NonNegativeInteger)) $param: (UP) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Union UP failed) $param: (UP) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: failed $param: (UP) debug: evaluateType form: (PositiveInteger) $param: (UP) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (List (NonNegativeInteger)) $param: (UP) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Boolean) $param: (UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Record (: contp (Integer)) (: factors (List (Record (: irr UP) (: pow (Integer)))))) $param: (UP) debug: evaluateType form: (Integer) $param: (UP) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (List (Record (: irr UP) (: pow (Integer)))) $param: (UP) Debug: evaluateType1 form: (List (Record (: irr UP) (: pow (Integer)))) debug: evaluateType1 x: (Record (: irr UP) (: pow (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: irr UP) (: pow (Integer))) $param: (UP) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (Integer) $param: (UP) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: irr UP) (: pow (Integer))) c: (Type) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (Boolean) $param: (UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Record (: contp (Integer)) (: factors (List (Record (: irr UP) (: pow (Integer)))))) $param: (UP) debug: evaluateType form: (Integer) $param: (UP) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (List (Record (: irr UP) (: pow (Integer)))) $param: (UP) Debug: evaluateType1 form: (List (Record (: irr UP) (: pow (Integer)))) debug: evaluateType1 x: (Record (: irr UP) (: pow (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: irr UP) (: pow (Integer))) $param: (UP) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (Integer) $param: (UP) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: irr UP) (: pow (Integer))) c: (Type) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (Boolean) $param: (UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Set (NonNegativeInteger)) $param: (UP) Debug: evaluateType1 form: (Set (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (UP) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (SetCategory) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE makeFR ((Factored UP) (Record (: contp (Integer)) (: factors (List (Record (: irr UP) (: pow (Integer)))))))) (SIGNATURE degreePartition ((Multiset (NonNegativeInteger)) (List (Record (: factor UP) (: degree (Integer)))))) (SIGNATURE musserTrials ((PositiveInteger))) (SIGNATURE musserTrials ((PositiveInteger) (PositiveInteger))) (SIGNATURE stopMusserTrials ((PositiveInteger))) (SIGNATURE stopMusserTrials ((PositiveInteger) (PositiveInteger))) (SIGNATURE numberOfFactors ((NonNegativeInteger) (List (Record (: factor UP) (: degree (Integer)))))) (SIGNATURE modularFactor ((Record (: prime (Integer)) (: factors (List UP))) UP)) (SIGNATURE useSingleFactorBound? ((Boolean))) (SIGNATURE useSingleFactorBound ((Boolean) (Boolean))) (SIGNATURE useEisensteinCriterion? ((Boolean))) (SIGNATURE useEisensteinCriterion ((Boolean) (Boolean))) (SIGNATURE eisensteinIrreducible? ((Boolean) UP)) (SIGNATURE tryFunctionalDecomposition? ((Boolean))) (SIGNATURE tryFunctionalDecomposition ((Boolean) (Boolean))) (SIGNATURE factor ((Factored UP) UP)) (SIGNATURE factor ((Factored UP) UP (NonNegativeInteger))) (SIGNATURE factor ((Factored UP) UP (List (NonNegativeInteger)))) (SIGNATURE factor ((Factored UP) UP (List (NonNegativeInteger)) (NonNegativeInteger))) (SIGNATURE factor ((Factored UP) UP (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE factorSquareFree ((Factored UP) UP)) (SIGNATURE factorSquareFree ((Factored UP) UP (NonNegativeInteger))) (SIGNATURE factorSquareFree ((Factored UP) UP (List (NonNegativeInteger)))) (SIGNATURE factorSquareFree ((Factored UP) UP (List (NonNegativeInteger)) (NonNegativeInteger))) (SIGNATURE factorSquareFree ((Factored UP) UP (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE factorOfDegree ((Union UP failed) (PositiveInteger) UP)) (SIGNATURE factorOfDegree ((Union UP failed) (PositiveInteger) UP (NonNegativeInteger))) (SIGNATURE factorOfDegree ((Union UP failed) (PositiveInteger) UP (List (NonNegativeInteger)))) (SIGNATURE factorOfDegree ((Union UP failed) (PositiveInteger) UP (List (NonNegativeInteger)) (NonNegativeInteger))) (SIGNATURE factorOfDegree ((Union UP failed) (PositiveInteger) UP (List (NonNegativeInteger)) (NonNegativeInteger) (Boolean))) (SIGNATURE henselFact ((Record (: contp (Integer)) (: factors (List (Record (: irr UP) (: pow (Integer)))))) UP (Boolean))) (SIGNATURE btwFact ((Record (: contp (Integer)) (: factors (List (Record (: irr UP) (: pow (Integer)))))) UP (Boolean) (Set (NonNegativeInteger)) (NonNegativeInteger)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for GaloisGroupFactorizer compiling into /tmp/oa-KOJB4W compiling exported useEisensteinCriterion? : () -> Boolean Time: 0.10 SEC. compiling exported useEisensteinCriterion : Boolean -> Boolean Time: 0.01 SEC. compiling exported tryFunctionalDecomposition? : () -> Boolean Time: 0 SEC. compiling exported tryFunctionalDecomposition : Boolean -> Boolean Time: 0 SEC. compiling exported useSingleFactorBound? : () -> Boolean Time: 0 SEC. compiling exported useSingleFactorBound : Boolean -> Boolean Time: 0 SEC. compiling exported stopMusserTrials : () -> PositiveInteger Time: 0 SEC. compiling exported stopMusserTrials : PositiveInteger -> PositiveInteger Time: 0 SEC. compiling exported musserTrials : () -> PositiveInteger Time: 0 SEC. compiling exported musserTrials : PositiveInteger -> PositiveInteger Time: 0.00 SEC. importing GaloisGroupFactorizationUtilities(Integer,UP,Float) importing GaloisGroupPolynomialUtilities(Integer,UP) importing IntegerPrimesPackage Integer importing IntegerFactorizationPackage Integer importing ModularDistinctDegreeFactorizer UP compiling exported eisensteinIrreducible? : UP -> Boolean Time: 0.09 SEC. compiling exported numberOfFactors : List Record(factor: UP,degree: Integer) -> NonNegativeInteger Time: 0.03 SEC. compiling local shiftSet : (Set NonNegativeInteger,NonNegativeInteger) -> Set NonNegativeInteger Time: 0.02 SEC. compiling local reductum : Integer -> Integer Time: 0.00 SEC. compiling local seed : Integer -> Integer GALFACT;seed level is replaced by %isub(ASH(1,level),1) Time: 0.00 SEC. compiling local nextRecNum : (NonNegativeInteger,Integer,Integer) -> Union(End of level,Integer) Time: 0.06 SEC. compiling local fullSet : NonNegativeInteger -> Set NonNegativeInteger Time: 0.01 SEC. compiling exported modularFactor : UP -> Record(prime: Integer,factors: List UP) Time: 0.19 SEC. compiling exported degreePartition : List Record(factor: UP,degree: Integer) -> Multiset NonNegativeInteger Time: 0.03 SEC. importing GeneralHenselPackage(Integer,UP) importing UnivariatePolynomialDecompositionPackage(Integer,UP) importing BrillhartTests UP compiling local henselfact : (UP,Boolean) -> List UP Time: 0.12 SEC. compiling local completeFactor : (UP,List UP,Integer,PositiveInteger,NonNegativeInteger,Set NonNegativeInteger) -> List UP Time: 0.47 SEC. compiling local divideSet : (Set NonNegativeInteger,NonNegativeInteger) -> Set NonNegativeInteger Time: 0.02 SEC. compiling local btwFactor : (UP,Set NonNegativeInteger,NonNegativeInteger,Boolean) -> List UP Time: 0.30 SEC. compiling exported makeFR : Record(contp: Integer,factors: List Record(irr: UP,pow: Integer)) -> Factored UP Time: 0.09 SEC. importing IntegerRoots Integer compiling local quadratic : UP -> List UP Time: 0.03 SEC. compiling local isPowerOf2 : Integer -> Boolean Time: 0.01 SEC. compiling local subMinusX : SparseUnivariatePolynomial Integer -> UP Time: 0.02 SEC. compiling exported henselFact : (UP,Boolean) -> Record(contp: Integer,factors: List Record(irr: UP,pow: Integer)) Time: 0.24 SEC. compiling exported btwFact : (UP,Boolean,Set NonNegativeInteger,NonNegativeInteger) -> Record(contp: Integer,factors: List Record(irr: UP,pow: Integer)) Time: 1.04 SEC. compiling exported factor : UP -> Factored UP Time: 0.02 SEC. compiling local errorsum? : (NonNegativeInteger,List NonNegativeInteger) -> Boolean Time: 0.02 SEC. compiling local makeSet : List NonNegativeInteger -> Set NonNegativeInteger Time: 0.02 SEC. compiling exported factor : (UP,List NonNegativeInteger,NonNegativeInteger) -> Factored UP Time: 0.04 SEC. compiling exported factor : (UP,NonNegativeInteger) -> Factored UP Time: 0.02 SEC. compiling exported factor : (UP,List NonNegativeInteger) -> Factored UP Time: 0.02 SEC. compiling exported factor : (UP,NonNegativeInteger,NonNegativeInteger) -> Factored UP Time: 0.04 SEC. compiling exported factorSquareFree : UP -> Factored UP Time: 0.02 SEC. compiling exported factorSquareFree : (UP,List NonNegativeInteger,NonNegativeInteger) -> Factored UP Time: 0.04 SEC. compiling exported factorSquareFree : (UP,NonNegativeInteger) -> Factored UP Time: 0.02 SEC. compiling exported factorSquareFree : (UP,List NonNegativeInteger) -> Factored UP Time: 0.02 SEC. compiling exported factorSquareFree : (UP,NonNegativeInteger,NonNegativeInteger) -> Factored UP Time: 0.03 SEC. compiling exported factorOfDegree : (PositiveInteger,UP,List NonNegativeInteger,NonNegativeInteger,Boolean) -> Union(UP,failed) Time: 0.06 SEC. compiling exported factorOfDegree : (PositiveInteger,UP,List NonNegativeInteger,NonNegativeInteger) -> Union(UP,failed) Time: 0.02 SEC. compiling exported factorOfDegree : (PositiveInteger,UP,NonNegativeInteger) -> Union(UP,failed) Time: 0.01 SEC. compiling exported factorOfDegree : (PositiveInteger,UP,List NonNegativeInteger) -> Union(UP,failed) Time: 0.02 SEC. compiling exported factorOfDegree : (PositiveInteger,UP) -> Union(UP,failed) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.04 SEC. Warnings: [1] eisensteinIrreducible?: not known that IntegralDomain is of mode CATEGORY(package,makeFR: Record(contp: Integer,factors: List Record(irr: UP,pow: Integer)) -> Factored UP,degreePartition: List Record(factor: UP,degree: Integer) -> Multiset NonNegativeInteger,musserTrials: () -> PositiveInteger,musserTrials: PositiveInteger -> PositiveInteger,stopMusserTrials: () -> PositiveInteger,stopMusserTrials: PositiveInteger -> PositiveInteger,numberOfFactors: List Record(factor: UP,degree: Integer) -> NonNegativeInteger,modularFactor: UP -> Record(prime: Integer,factors: List UP),useSingleFactorBound?: () -> Boolean,useSingleFactorBound: Boolean -> Boolean,useEisensteinCriterion?: () -> Boolean,useEisensteinCriterion: Boolean -> Boolean,eisensteinIrreducible?: UP -> Boolean,tryFunctionalDecomposition?: () -> Boolean,tryFunctionalDecomposition: Boolean -> Boolean,factor: UP -> Factored UP,factor: (UP,NonNegativeInteger) -> Factored UP,factor: (UP,List NonNegativeInteger) -> Factored UP,factor: (UP,List NonNegativeInteger,NonNegativeInteger) -> Factored UP,factor: (UP,NonNegativeInteger,NonNegativeInteger) -> Factored UP,factorSquareFree: UP -> Factored UP,factorSquareFree: (UP,NonNegativeInteger) -> Factored UP,factorSquareFree: (UP,List NonNegativeInteger) -> Factored UP,factorSquareFree: (UP,List NonNegativeInteger,NonNegativeInteger) -> Factored UP,factorSquareFree: (UP,NonNegativeInteger,NonNegativeInteger) -> Factored UP,factorOfDegree: (PositiveInteger,UP) -> Union(UP,"failed"),factorOfDegree: (PositiveInteger,UP,NonNegativeInteger) -> Union(UP,"failed"),factorOfDegree: (PositiveInteger,UP,List NonNegativeInteger) -> Union(UP,"failed"),factorOfDegree: (PositiveInteger,UP,List NonNegativeInteger,NonNegativeInteger) -> Union(UP,"failed"),factorOfDegree: (PositiveInteger,UP,List NonNegativeInteger,NonNegativeInteger,Boolean) -> Union(UP,"failed"),henselFact: (UP,Boolean) -> Record(contp: Integer,factors: List Record(irr: UP,pow: Integer)),btwFact: (UP,Boolean,Set NonNegativeInteger,NonNegativeInteger) -> Record(contp: Integer,factors: List Record(irr: UP,pow: Integer))) [2] nextRecNum: lr has no value [3] modularFactor: ddfactors has no value [4] completeFactor: ltrue has no value [5] completeFactor: level has no value [6] btwFactor: reverse? has no value [7] btwFactor: negativelc? has no value [8] btwFactor: lf has no value [9] henselFact: c has no value [10] henselFact: factorlist has no value [11] btwFact: c has no value [12] btwFact: factorlist has no value Cumulative Statistics for Constructor GaloisGroupFactorizer Time: 3.30 seconds finalizing NRLIB GALFACT Processing GaloisGroupFactorizer for Browser database: -- makeFR : FinalFact -> Factored UP -- degreePartition : DDList -> Multiset N -- musserTrials : () -> P -- musserTrials : P -> P -- stopMusserTrials : () -> P -- stopMusserTrials : P -> P -- numberOfFactors : DDList -> N -- modularFactor : UP -> MFact -- useSingleFactorBound? : () -> Boolean -- useSingleFactorBound : Boolean -> Boolean -- useEisensteinCriterion? : () -> Boolean -- useEisensteinCriterion : Boolean -> Boolean -- eisensteinIrreducible? : UP -> Boolean -- tryFunctionalDecomposition? : () -> Boolean -- tryFunctionalDecomposition : Boolean -> Boolean -- factor : UP -> Factored UP -- factor : (UP,N) -> Factored UP -- factor : (UP,List N) -> Factored UP -- factor : (UP,List N,N) -> Factored UP -- factor : (UP,N,N) -> Factored UP -- factorSquareFree : UP -> Factored UP -- factorSquareFree : (UP,N) -> Factored UP -- factorSquareFree : (UP,List N) -> Factored UP -- factorSquareFree : (UP,List N,N) -> Factored UP -- factorSquareFree : (UP,N,N) -> Factored UP -- factorOfDegree : (P,UP) -> Union(UP,"failed") -- factorOfDegree : (P,UP,N) -> Union(UP,"failed") -- factorOfDegree : (P,UP,List N) -> Union(UP,"failed") -- factorOfDegree : (P,UP,List N,N) -> Union(UP,"failed") -- factorOfDegree : (P,UP,List N,N,Boolean) -> Union(UP,"failed") -- henselFact : (UP,Boolean) -> FinalFact -- btwFact : (UP,Boolean,Set N,N) -> FinalFact -- constructor ; compiling file "/tmp/oa-KOJB4W/code.lsp" (written 01 FEB 2016 10:56:57 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |GALFACT;seed|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |GALFACT;useEisensteinCriterion?;B;1|) ...) ; compiling (PUT (QUOTE |GALFACT;tryFunctionalDecomposition?;B;3|) ...) ; compiling (PUT (QUOTE |GALFACT;useSingleFactorBound?;B;5|) ...) ; compiling (PUT (QUOTE |GALFACT;stopMusserTrials;Pi;7|) ...) ; compiling (PUT (QUOTE |GALFACT;musserTrials;Pi;9|) ...) ; compiling (PUT (QUOTE |GALFACT;reductum|) ...) ; compiling (DEFUN |GALFACT;useEisensteinCriterion?;B;1| ...) ; compiling (DEFUN |GALFACT;useEisensteinCriterion;2B;2| ...) ; file: /tmp/oa-KOJB4W/code.lsp ; in: DEFUN |GALFACT;useEisensteinCriterion;2B;2| ; (DEFUN BOOT::|GALFACT;useEisensteinCriterion;2B;2| (BOOT::|b| BOOT::$) ; (PROGN ; (LET ((BOOT::|#G4| BOOT::|b|)) ; (PROGN (SETF #) (SETQ #))) ; BOOT::|b|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALFACT;useEisensteinCriterion;2B;2| ; (BOOT::|b| BOOT::$) ; (BLOCK BOOT::|GALFACT;useEisensteinCriterion;2B;2| ; (PROGN ; (LET (#) ; (PROGN # #)) ; BOOT::|b|))) ; ; note: Assignment to argument: |b| ; prevents use of assertion from function type proclamation: ; (MEMBER T NIL) ; ; compiling (DEFUN |GALFACT;tryFunctionalDecomposition?;B;3| ...) ; compiling (DEFUN |GALFACT;tryFunctionalDecomposition;2B;4| ...) ; file: /tmp/oa-KOJB4W/code.lsp ; in: DEFUN |GALFACT;tryFunctionalDecomposition;2B;4| ; (DEFUN BOOT::|GALFACT;tryFunctionalDecomposition;2B;4| (BOOT::|b| BOOT::$) ; (PROGN ; (LET ((BOOT::|#G7| BOOT::|b|)) ; (PROGN (SETF #) (SETQ #))) ; BOOT::|b|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALFACT;tryFunctionalDecomposition;2B;4| ; (BOOT::|b| BOOT::$) ; (BLOCK BOOT::|GALFACT;tryFunctionalDecomposition;2B;4| ; (PROGN ; (LET (#) ; (PROGN # #)) ; BOOT::|b|))) ; ; note: Assignment to argument: |b| ; prevents use of assertion from function type proclamation: ; (MEMBER T NIL) ; ; compiling (DEFUN |GALFACT;useSingleFactorBound?;B;5| ...) ; compiling (DEFUN |GALFACT;useSingleFactorBound;2B;6| ...) ; file: /tmp/oa-KOJB4W/code.lsp ; in: DEFUN |GALFACT;useSingleFactorBound;2B;6| ; (DEFUN BOOT::|GALFACT;useSingleFactorBound;2B;6| (BOOT::|b| BOOT::$) ; (PROGN ; (LET ((BOOT::|#G10| BOOT::|b|)) ; (PROGN (SETF #) (SETQ #))) ; BOOT::|b|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALFACT;useSingleFactorBound;2B;6| ; (BOOT::|b| BOOT::$) ; (BLOCK BOOT::|GALFACT;useSingleFactorBound;2B;6| ; (PROGN ; (LET (#) ; (PROGN # #)) ; BOOT::|b|))) ; ; note: Assignment to argument: |b| ; prevents use of assertion from function type proclamation: ; (MEMBER T NIL) ; ; compiling (DEFUN |GALFACT;stopMusserTrials;Pi;7| ...) ; compiling (DEFUN |GALFACT;stopMusserTrials;2Pi;8| ...) ; file: /tmp/oa-KOJB4W/code.lsp ; in: DEFUN |GALFACT;stopMusserTrials;2Pi;8| ; (DEFUN BOOT::|GALFACT;stopMusserTrials;2Pi;8| (BOOT::|n| BOOT::$) ; (PROGN ; (LET ((BOOT::|#G13| BOOT::|n|)) ; (PROGN (SETF #) (SETQ #))) ; BOOT::|n|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALFACT;stopMusserTrials;2Pi;8| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|GALFACT;stopMusserTrials;2Pi;8| ; (PROGN ; (LET (#) ; (PROGN # #)) ; BOOT::|n|))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; (INTEGER 1) ; ; compiling (DEFUN |GALFACT;musserTrials;Pi;9| ...) ; compiling (DEFUN |GALFACT;musserTrials;2Pi;10| ...) ; file: /tmp/oa-KOJB4W/code.lsp ; in: DEFUN |GALFACT;musserTrials;2Pi;10| ; (DEFUN BOOT::|GALFACT;musserTrials;2Pi;10| (BOOT::|n| BOOT::$) ; (PROGN ; (LET ((BOOT::|#G16| BOOT::|n|)) ; (PROGN (SETF #) (SETQ #))) ; BOOT::|n|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALFACT;musserTrials;2Pi;10| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|GALFACT;musserTrials;2Pi;10| ; (PROGN ; (LET (#) ; (PROGN # #)) ; BOOT::|n|))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; (INTEGER 1) ; ; compiling (DEFUN |GALFACT;eisensteinIrreducible?;UPB;11| ...) ; compiling (DEFUN |GALFACT;numberOfFactors;LNni;12| ...) ; compiling (DEFUN |GALFACT;shiftSet| ...) ; compiling (DEFUN |GALFACT;reductum| ...) ; file: /tmp/oa-KOJB4W/code.lsp ; in: DEFUN |GALFACT;reductum| ; (DEFUN BOOT::|GALFACT;reductum| (BOOT::|n| BOOT::$) ; (- BOOT::|n| (ASH 1 (- (INTEGER-LENGTH BOOT::|n|) 1)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALFACT;reductum| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|GALFACT;reductum| (- BOOT::|n| (ASH 1 (- # 1))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |GALFACT;seed| ...) ; compiling (DEFUN |GALFACT;nextRecNum| ...) ; file: /tmp/oa-KOJB4W/code.lsp ; in: DEFUN |GALFACT;nextRecNum| ; (DEFUN BOOT::|GALFACT;nextRecNum| ; (BOOT::|levels| BOOT::|level| BOOT::|n| BOOT::$) ; (PROG (BOOT::|lr| BOOT::|b|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALFACT;nextRecNum| ; (BOOT::|levels| BOOT::|level| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|GALFACT;nextRecNum| ; (PROG (BOOT::|lr| BOOT::|b|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |GALFACT;fullSet| ...) ; compiling (DEFUN |GALFACT;modularFactor;UPR;18| ...) ; file: /tmp/oa-KOJB4W/code.lsp ; in: DEFUN |GALFACT;modularFactor;UPR;18| ; (DEFUN BOOT::|GALFACT;modularFactor;UPR;18| (BOOT::|p| BOOT::$) ; (PROG (BOOT::|nfc| BOOT::|choice| BOOT::|diffp| BOOT::|nf| BOOT::|degfact| ; BOOT::|ddlist| BOOT::|s| BOOT::|dirred| BOOT::|d| BOOT::|trials| ; BOOT::|cprime|) ; (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALFACT;modularFactor;UPR;18| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|GALFACT;modularFactor;UPR;18| ; (PROG (BOOT::|nfc| BOOT::|choice| BOOT::|diffp| BOOT::|nf| ; BOOT::|degfact| BOOT::|ddlist| BOOT::|s| BOOT::|dirred| ; BOOT::|d| BOOT::|trials| BOOT::|cprime|) ; (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |GALFACT;degreePartition;LM;19| ...) ; compiling (DEFUN |GALFACT;henselfact| ...) ; file: /tmp/oa-KOJB4W/code.lsp ; in: DEFUN |GALFACT;henselfact| ; (DEFUN BOOT::|GALFACT;henselfact| (BOOT::|f| BOOT::|pdecomp| BOOT::$) ; (PROG (BOOT::|lrf| BOOT::|b| BOOT::|cprime| BOOT::|m| BOOT::|cf|) ; (RETURN ; (BOOT::SEQ (COND # #) ; (BOOT::LETT BOOT::|cf| NIL BOOT::|GALFACT;henselfact|) ; (COND # #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALFACT;henselfact| ; (BOOT::|f| BOOT::|pdecomp| BOOT::$) ; (BLOCK BOOT::|GALFACT;henselfact| ; (PROG (BOOT::|lrf| BOOT::|b| BOOT::|cprime| BOOT::|m| BOOT::|cf|) ; (RETURN (BOOT::SEQ # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |GALFACT;completeFactor| ...) ; file: /tmp/oa-KOJB4W/code.lsp ; in: DEFUN |GALFACT;completeFactor| ; (DEFUN BOOT::|GALFACT;completeFactor| ; (BOOT::|f| BOOT::|lf| BOOT::|cprime| BOOT::|pk| BOOT::|r| BOOT::|d| ; BOOT::$) ; (PROG (BOOT::|gpk| BOOT::|f1|) ; (RETURN ; (LET (# # # # # # # # # # # # ...) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALFACT;completeFactor| ; (BOOT::|f| BOOT::|lf| BOOT::|cprime| BOOT::|pk| BOOT::|r| BOOT::|d| ; BOOT::$) ; (BLOCK BOOT::|GALFACT;completeFactor| ; (PROG (BOOT::|gpk| BOOT::|f1|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |lf| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |pk| ; prevents use of assertion from function type proclamation: ; (INTEGER 1) ; ; ; note: Assignment to argument: |r| ; prevents use of assertion from function type proclamation: ; UNSIGNED-BYTE ; ; compiling (DEFUN |GALFACT;completeFactor!1| ...) ; compiling (DEFUN |GALFACT;completeFactor!0| ...) ; compiling (DEFUN |GALFACT;divideSet| ...) ; compiling (DEFUN |GALFACT;btwFactor| ...) ; file: /tmp/oa-KOJB4W/code.lsp ; in: DEFUN |GALFACT;btwFactor| ; (DEFUN BOOT::|GALFACT;btwFactor| ; (BOOT::|f| BOOT::|d| BOOT::|r| BOOT::|pdecomp| BOOT::$) ; (PROG (BOOT::|lf| BOOT::|lg| BOOT::|dh| BOOT::|lrf| BOOT::|pk| BOOT::|lm| ; BOOT::|b| BOOT::|f0| BOOT::|lc| BOOT::|cprime| BOOT::|m| BOOT::|cf| ; ...) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALFACT;btwFactor| ; (BOOT::|f| BOOT::|d| BOOT::|r| BOOT::|pdecomp| BOOT::$) ; (BLOCK BOOT::|GALFACT;btwFactor| ; (PROG (BOOT::|lf| BOOT::|lg| BOOT::|dh| BOOT::|lrf| BOOT::|pk| ; BOOT::|lm| BOOT::|b| BOOT::|f0| BOOT::|lc| BOOT::|cprime| ; BOOT::|m| BOOT::|cf| ...) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |r| ; prevents use of assertion from function type proclamation: ; UNSIGNED-BYTE ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |GALFACT;btwFactor!0| ...) ; compiling (DEFUN |GALFACT;makeFR;RF;24| ...) ; compiling (DEFUN |GALFACT;quadratic| ...) ; compiling (DEFUN |GALFACT;isPowerOf2| ...) ; compiling (DEFUN |GALFACT;subMinusX| ...) ; compiling (DEFUN |GALFACT;henselFact;UPBR;28| ...) ; compiling (DEFUN |GALFACT;henselFact;UPBR;28!0| ...) ; compiling (DEFUN |GALFACT;btwFact;UPBSNniR;29| ...) ; file: /tmp/oa-KOJB4W/code.lsp ; in: DEFUN |GALFACT;btwFact;UPBSNniR;29| ; (DEFUN BOOT::|GALFACT;btwFact;UPBSNniR;29| ; (BOOT::|f| BOOT::|sqf| BOOT::|fd| BOOT::|r| BOOT::$) ; (PROG (BOOT::|sqfflist| BOOT::|lcPol| BOOT::|maxd| BOOT::|c| ; BOOT::|factorlist| BOOT::|fac| BOOT::|sqff| BOOT::|mult|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALFACT;btwFact;UPBSNniR;29| ; (BOOT::|f| BOOT::|sqf| BOOT::|fd| BOOT::|r| BOOT::$) ; (BLOCK BOOT::|GALFACT;btwFact;UPBSNniR;29| ; (PROG (BOOT::|sqfflist| BOOT::|lcPol| BOOT::|maxd| BOOT::|c| ; BOOT::|factorlist| BOOT::|fac| BOOT::|sqff| BOOT::|mult|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |r| ; prevents use of assertion from function type proclamation: ; UNSIGNED-BYTE ; ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; (DEFUN BOOT::|GALFACT;btwFact;UPBSNniR;29| ; (BOOT::|f| BOOT::|sqf| BOOT::|fd| BOOT::|r| BOOT::$) ; (PROG (BOOT::|sqfflist| BOOT::|lcPol| BOOT::|maxd| BOOT::|c| ; BOOT::|factorlist| BOOT::|fac| BOOT::|sqff| BOOT::|mult|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALFACT;btwFact;UPBSNniR;29| ; (BOOT::|f| BOOT::|sqf| BOOT::|fd| BOOT::|r| BOOT::$) ; (BLOCK BOOT::|GALFACT;btwFact;UPBSNniR;29| ; (PROG (BOOT::|sqfflist| BOOT::|lcPol| BOOT::|maxd| BOOT::|c| ; BOOT::|factorlist| BOOT::|fac| BOOT::|sqff| BOOT::|mult|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |GALFACT;btwFact;UPBSNniR;29!5| ...) ; compiling (DEFUN |GALFACT;btwFact;UPBSNniR;29!4| ...) ; compiling (DEFUN |GALFACT;btwFact;UPBSNniR;29!3| ...) ; compiling (DEFUN |GALFACT;btwFact;UPBSNniR;29!2| ...) ; compiling (DEFUN |GALFACT;btwFact;UPBSNniR;29!1| ...) ; compiling (DEFUN |GALFACT;btwFact;UPBSNniR;29!0| ...) ; compiling (DEFUN |GALFACT;factor;UPF;30| ...) ; compiling (DEFUN |GALFACT;errorsum?| ...) ; file: /tmp/oa-KOJB4W/code.lsp ; in: DEFUN |GALFACT;errorsum?| ; (DEFUN BOOT::|GALFACT;errorsum?| (BOOT::|d| BOOT::|ld| BOOT::$) ; (NOT ; (EQL BOOT::|d| ; (LET (# # #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALFACT;errorsum?| ; (BOOT::|d| BOOT::|ld| BOOT::$) ; (BLOCK BOOT::|GALFACT;errorsum?| ; (NOT ; (EQL BOOT::|d| ; (LET # ; #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |GALFACT;makeSet| ...) ; compiling (DEFUN |GALFACT;factor;UPLNniF;33| ...) ; compiling (DEFUN |GALFACT;factor;UPNniF;34| ...) ; compiling (DEFUN |GALFACT;factor;UPLF;35| ...) ; compiling (DEFUN |GALFACT;factor;UP2NniF;36| ...) ; compiling (DEFUN |GALFACT;factorSquareFree;UPF;37| ...) ; compiling (DEFUN |GALFACT;factorSquareFree;UPLNniF;38| ...) ; compiling (DEFUN |GALFACT;factorSquareFree;UPNniF;39| ...) ; compiling (DEFUN |GALFACT;factorSquareFree;UPLF;40| ...) ; compiling (DEFUN |GALFACT;factorSquareFree;UP2NniF;41| ...) ; compiling (DEFUN |GALFACT;factorOfDegree;PiUPLNniBU;42| ...) ; file: /tmp/oa-KOJB4W/code.lsp ; in: DEFUN |GALFACT;factorOfDegree;PiUPLNniBU;42| ; (DEFUN BOOT::|GALFACT;factorOfDegree;PiUPLNniBU;42| ; (BOOT::|d| BOOT::|p| BOOT::|ld| BOOT::|r| BOOT::|sqf| BOOT::$) ; (PROG (BOOT::|lf|) ; (RETURN ; (LET (#) ; (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALFACT;factorOfDegree;PiUPLNniBU;42| ; (BOOT::|d| BOOT::|p| BOOT::|ld| BOOT::|r| BOOT::|sqf| BOOT::$) ; (BLOCK BOOT::|GALFACT;factorOfDegree;PiUPLNniBU;42| ; (PROG (BOOT::|lf|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |GALFACT;factorOfDegree;PiUPLNniU;43| ...) ; compiling (DEFUN |GALFACT;factorOfDegree;PiUPNniU;44| ...) ; compiling (DEFUN |GALFACT;factorOfDegree;PiUPLU;45| ...) ; compiling (DEFUN |GALFACT;factorOfDegree;PiUPU;46| ...) ; compiling (DEFUN |GaloisGroupFactorizer| ...) ; compiling (DEFUN |GaloisGroupFactorizer;| ...) ; compiling (MAKEPROP (QUOTE |GaloisGroupFactorizer|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; printed 17 notes ; /tmp/oa-KOJB4W/code.fasl written ; compilation finished in 0:00:00.319 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/FRUTIL.fasl --optimize=3 FRUTIL.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FRUTIL.spad using Spad compiler. FRUTIL abbreviates package FactoredFunctionUtilities debug: compDefine1 lhs: (FactoredFunctionUtilities R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE refine ((Factored R) (Factored R) (Mapping (Factored R) R))) (SIGNATURE mergeFactors ((Factored R) (Factored R) (Factored R)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE refine ((Factored R) (Factored R) (Mapping (Factored R) R))) (SIGNATURE mergeFactors ((Factored R) (Factored R) (Factored R)))) $param: (R) debug: evaluateType form: (Factored R) $param: (R) Debug: evaluateType1 form: (Factored R) debug: evaluateType1 x: R m: (IntegralDomain) debug: evaluateType form: (Factored R) $param: (R) Debug: evaluateType1 form: (Factored R) debug: evaluateType1 x: R m: (IntegralDomain) debug: evaluateType form: (Mapping (Factored R) R) $param: (R) debug: evaluateType form: (Factored R) $param: (R) Debug: evaluateType1 form: (Factored R) debug: evaluateType1 x: R m: (IntegralDomain) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Factored R) $param: (R) Debug: evaluateType1 form: (Factored R) debug: evaluateType1 x: R m: (IntegralDomain) debug: evaluateType form: (Factored R) $param: (R) Debug: evaluateType1 form: (Factored R) debug: evaluateType1 x: R m: (IntegralDomain) debug: evaluateType form: (Factored R) $param: (R) Debug: evaluateType1 form: (Factored R) debug: evaluateType1 x: R m: (IntegralDomain) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE refine ((Factored R) (Factored R) (Mapping (Factored R) R))) (SIGNATURE mergeFactors ((Factored R) (Factored R) (Factored R)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for FactoredFunctionUtilities compiling into /tmp/oa-w7hDT1 compiling exported mergeFactors : (Factored R,Factored R) -> Factored R Time: 0.05 SEC. compiling exported refine : (Factored R,R -> Factored R) -> Factored R Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor FactoredFunctionUtilities Time: 0.08 seconds finalizing NRLIB FRUTIL Processing FactoredFunctionUtilities for Browser database: -- refine : (FR,(R -> FR)) -> FR -- mergeFactors : (FR,FR) -> FR -- constructor ; compiling file "/tmp/oa-w7hDT1/code.lsp" (written 01 FEB 2016 10:56:58 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FRUTIL;mergeFactors;3F;1| ...) ; compiling (DEFUN |FRUTIL;refine;FMF;2| ...) ; compiling (DEFUN |FactoredFunctionUtilities| ...) ; compiling (DEFUN |FactoredFunctionUtilities;| ...) ; compiling (MAKEPROP (QUOTE |FactoredFunctionUtilities|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-w7hDT1/code.fasl written ; compilation finished in 0:00:00.028 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/INMODGCD.fasl --optimize=3 INMODGCD.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INMODGCD.spad using Spad compiler. INMODGCD abbreviates package InnerModularGcd debug: compDefine1 lhs: (InnerModularGcd R BP pMod nextMod) signature (pre-evaluate): ((CATEGORY package (SIGNATURE modularGcdPrimitive (BP (List BP))) (SIGNATURE modularGcd (BP (List BP))) (SIGNATURE reduction (BP BP R))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE modularGcdPrimitive (BP (List BP))) (SIGNATURE modularGcd (BP (List BP))) (SIGNATURE reduction (BP BP R))) $param: (R BP pMod nextMod) debug: evaluateType form: BP $param: (R BP pMod nextMod) debug: evaluateType form: (List BP) $param: (R BP pMod nextMod) Debug: evaluateType1 form: (List BP) debug: evaluateType1 x: BP m: (Type) debug: evaluateType form: BP $param: (R BP pMod nextMod) debug: evaluateType form: (List BP) $param: (R BP pMod nextMod) Debug: evaluateType1 form: (List BP) debug: evaluateType1 x: BP m: (Type) debug: evaluateType form: BP $param: (R BP pMod nextMod) debug: evaluateType form: BP $param: (R BP pMod nextMod) debug: evaluateType form: R $param: (R BP pMod nextMod) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE modularGcdPrimitive (BP (List BP))) (SIGNATURE modularGcd (BP (List BP))) (SIGNATURE reduction (BP BP R))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for InnerModularGcd compiling into /tmp/oa-PSluSh compiling exported reduction : (BP,R) -> BP Time: 0.06 SEC. compiling exported reduction : (BP,R) -> BP Time: 0.00 SEC. compiling exported modularGcdPrimitive : List BP -> BP Time: 0.02 SEC. compiling exported modularGcd : List BP -> BP Time: 0.07 SEC. compiling local lincase : (List NonNegativeInteger,List BP) -> BP Time: 0.04 SEC. compiling local test : (BP,BP,BP) -> Boolean Time: 0.01 SEC. compiling local modGcdPrimitive : (BP,BP) -> BP Time: 0.14 SEC. compiling local merge : (R,R) -> Union(R,failed) Time: 0.00 SEC. compiling local modInverse : (R,R) -> R Time: 0.01 SEC. compiling local exactquo : (BP,BP,R) -> Union(BP,failed) Time: 0.02 SEC. compiling local height : BP -> NonNegativeInteger Time: 0.03 SEC. compiling local mbound : (BP,BP) -> NonNegativeInteger Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] modularGcdPrimitive: positive? has no value Cumulative Statistics for Constructor InnerModularGcd Time: 0.43 seconds finalizing NRLIB INMODGCD Processing InnerModularGcd for Browser database: -- modularGcdPrimitive : List BP -> BP -- modularGcd : List BP -> BP -- reduction : (BP,R) -> BP --->../../x86_64-unknown-linux-gnu/src/algebra/modgcd.spad-->InnerModularGcd(constructor): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/modgcd.spad-->InnerModularGcd: Missing Description ; compiling file "/tmp/oa-PSluSh/code.lsp" (written 01 FEB 2016 10:56:58 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |INMODGCD;reduction;BPRBP;1| ...) ; compiling (DEFUN |INMODGCD;reduction;BPRBP;1!0| ...) ; compiling (DEFUN |INMODGCD;reduction;BPRBP;2| ...) ; compiling (DEFUN |INMODGCD;reduction;BPRBP;2!0| ...) ; compiling (DEFUN |INMODGCD;modularGcdPrimitive;LBP;3| ...) ; compiling (DEFUN |INMODGCD;modularGcd;LBP;4| ...) ; file: /tmp/oa-PSluSh/code.lsp ; in: DEFUN |INMODGCD;modularGcd;LBP;4| ; (DEFUN BOOT::|INMODGCD;modularGcd;LBP;4| (BOOT::|listf| BOOT::$) ; (PROG (BOOT::|ans| BOOT::|contgcd| BOOT::|listCont| BOOT::|listdeg| ; BOOT::|minpol1| BOOT::|mdeg| BOOT::|minpol|) ; (RETURN (BOOT::SEQ (SETQ #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INMODGCD;modularGcd;LBP;4| ; (BOOT::|listf| BOOT::$) ; (BLOCK BOOT::|INMODGCD;modularGcd;LBP;4| ; (PROG (BOOT::|ans| BOOT::|contgcd| BOOT::|listCont| BOOT::|listdeg| ; BOOT::|minpol1| BOOT::|mdeg| BOOT::|minpol|) ; (RETURN (BOOT::SEQ # #))))) ; ; note: Assignment to argument: |listf| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |INMODGCD;lincase| ...) ; compiling (DEFUN |INMODGCD;test| ...) ; compiling (DEFUN |INMODGCD;modGcdPrimitive| ...) ; compiling (DEFUN |INMODGCD;merge| ...) ; compiling (DEFUN |INMODGCD;modInverse| ...) ; compiling (DEFUN |INMODGCD;exactquo| ...) ; compiling (DEFUN |INMODGCD;height| ...) ; file: /tmp/oa-PSluSh/code.lsp ; in: DEFUN |INMODGCD;height| ; (LET ((BOOT::|degf| ; (BOOT::SPADCALL BOOT::|f| (BOOT::|shellEntry| BOOT::$ 28)))) ; (LET ((#:G678 NIL) (#:G679 T) (#:G692 (BOOT::SPADCALL BOOT::|f| #))) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G692 #)))) ; ; caught STYLE-WARNING: ; The variable |degf| is defined but never used. ; (DEFUN BOOT::|INMODGCD;height| (BOOT::|f| BOOT::$) ; (LET ((BOOT::|degf| (BOOT::SPADCALL BOOT::|f| #))) ; (LET ((#:G678 NIL) (#:G679 T) (#:G692 #)) ; (LOOP (COND # #) ; (SETQ #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INMODGCD;height| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|INMODGCD;height| ; (LET ((BOOT::|degf| #)) ; (LET (# # #) ; (LOOP # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |INMODGCD;mbound| ...) ; file: /tmp/oa-PSluSh/code.lsp ; in: DEFUN |INMODGCD;mbound| ; (DEFUN BOOT::|INMODGCD;mbound| (BOOT::|f| BOOT::|g| BOOT::$) ; (LET ((BOOT::|hf| (BOOT::|INMODGCD;height| BOOT::|f| BOOT::$)) ; (BOOT::|hg| (BOOT::|INMODGCD;height| BOOT::|g| BOOT::$))) ; (BOOT::SPADCALL 2 (MIN BOOT::|hf| BOOT::|hg|) ; (BOOT::|shellEntry| BOOT::$ 86)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INMODGCD;mbound| ; (BOOT::|f| BOOT::|g| BOOT::$) ; (BLOCK BOOT::|INMODGCD;mbound| ; (LET ((BOOT::|hf| #) (BOOT::|hg| #)) ; (BOOT::SPADCALL 2 (MIN BOOT::|hf| BOOT::|hg|) ; (BOOT::|shellEntry| BOOT::$ 86))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |InnerModularGcd| ...) ; compiling (DEFUN |InnerModularGcd;| ...) ; compiling (MAKEPROP (QUOTE |InnerModularGcd|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 3 notes ; /tmp/oa-PSluSh/code.fasl written ; compilation finished in 0:00:00.170 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/HEUGCD.fasl --optimize=3 HEUGCD.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/HEUGCD.spad using Spad compiler. HEUGCD abbreviates package HeuGcd debug: compDefine1 lhs: (HeuGcd BP) signature (pre-evaluate): ((CATEGORY package (SIGNATURE gcd (BP (List BP))) (SIGNATURE gcdprim (BP (List BP))) (SIGNATURE gcdcofact ((List BP) (List BP))) (SIGNATURE gcdcofactprim ((List BP) (List BP))) (SIGNATURE content ((List (Integer)) (List BP))) (SIGNATURE lintgcd ((Integer) (List (Integer))))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE gcd (BP (List BP))) (SIGNATURE gcdprim (BP (List BP))) (SIGNATURE gcdcofact ((List BP) (List BP))) (SIGNATURE gcdcofactprim ((List BP) (List BP))) (SIGNATURE content ((List (Integer)) (List BP))) (SIGNATURE lintgcd ((Integer) (List (Integer))))) $param: (BP) debug: evaluateType form: BP $param: (BP) debug: evaluateType form: (List BP) $param: (BP) Debug: evaluateType1 form: (List BP) debug: evaluateType1 x: BP m: (Type) debug: evaluateType form: BP $param: (BP) debug: evaluateType form: (List BP) $param: (BP) Debug: evaluateType1 form: (List BP) debug: evaluateType1 x: BP m: (Type) debug: evaluateType form: (List BP) $param: (BP) Debug: evaluateType1 form: (List BP) debug: evaluateType1 x: BP m: (Type) debug: evaluateType form: (List BP) $param: (BP) Debug: evaluateType1 form: (List BP) debug: evaluateType1 x: BP m: (Type) debug: evaluateType form: (List BP) $param: (BP) Debug: evaluateType1 form: (List BP) debug: evaluateType1 x: BP m: (Type) debug: evaluateType form: (List BP) $param: (BP) Debug: evaluateType1 form: (List BP) debug: evaluateType1 x: BP m: (Type) debug: evaluateType form: (List (Integer)) $param: (BP) Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (BP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (BP) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (List BP) $param: (BP) Debug: evaluateType1 form: (List BP) debug: evaluateType1 x: BP m: (Type) debug: evaluateType form: (Integer) $param: (BP) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (List (Integer)) $param: (BP) Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (BP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (BP) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE gcd (BP (List BP))) (SIGNATURE gcdprim (BP (List BP))) (SIGNATURE gcdcofact ((List BP) (List BP))) (SIGNATURE gcdcofactprim ((List BP) (List BP))) (SIGNATURE content ((List (Integer)) (List BP))) (SIGNATURE lintgcd ((Integer) (List (Integer))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for HeuGcd compiling into /tmp/oa-48jihV importing ModularDistinctDegreeFactorizer BP compiling local myNextPrime : (Integer,NonNegativeInteger) -> Integer Time: 0.07 SEC. compiling local constNotZero : BP -> Boolean Time: 0.00 SEC. compiling local negShiftz : (Integer,PositiveInteger) -> Integer Time: 0.00 SEC. compiling local height : BP -> PositiveInteger Time: 0.00 SEC. compiling local genpoly : (Integer,PositiveInteger) -> BP Time: 0.01 SEC. compiling exported lintgcd : List Integer -> Integer Time: 0.02 SEC. compiling exported content : List BP -> List Integer Time: 0.02 SEC. compiling local contprim : List BP -> List Record(cont: Integer,prim: BP) Time: 0.04 SEC. compiling local constcase : (List NonNegativeInteger,List BP) -> List BP Time: 0.07 SEC. compiling local testDivide : (List BP,BP) -> Union(List BP,failed) Time: 0.01 SEC. compiling local lincase : (List NonNegativeInteger,List BP) -> List BP Time: 0.05 SEC. compiling local mindegpol : (BP,BP) -> BP Time: 0.00 SEC. compiling local localgcd : List BP -> List BP Time: 0.07 SEC. compiling local internal : (Union(gcdprim,gcd,gcdcofactprim,gcdcofact),List BP) -> List BP Time: 0.14 SEC. compiling exported gcdprim : List BP -> BP Time: 0 SEC. compiling exported gcdcofactprim : List BP -> List BP Time: 0.00 SEC. compiling exported gcd : List BP -> BP Time: 0 SEC. compiling exported gcdcofact : List BP -> List BP Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] internal: prim has no value [2] internal: cont has no value [3] internal: Cgcd has no value [4] internal: contgcd has no value [5] internal: ans has no value Cumulative Statistics for Constructor HeuGcd Time: 0.53 seconds finalizing NRLIB HEUGCD Processing HeuGcd for Browser database: -- gcd : List BP -> BP -- gcdprim : List BP -> BP -- gcdcofact : List BP -> List BP -- gcdcofactprim : List BP -> List BP -- content : List BP -> List Z -- lintgcd : List Z -> Z -- constructor ; compiling file "/tmp/oa-48jihV/code.lsp" (written 01 FEB 2016 10:56:59 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |HEUGCD;myNextPrime| ...) ; file: /tmp/oa-48jihV/code.lsp ; in: DEFUN |HEUGCD;myNextPrime| ; (DEFUN BOOT::|HEUGCD;myNextPrime| (BOOT::|val| BOOT::|bound| BOOT::$) ; (BOOT::SPADCALL BOOT::|val| (BOOT::|shellEntry| BOOT::$ 13))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|HEUGCD;myNextPrime| ; (BOOT::|val| BOOT::|bound| BOOT::$) ; (BLOCK BOOT::|HEUGCD;myNextPrime| ; (BOOT::SPADCALL BOOT::|val| (BOOT::|shellEntry| BOOT::$ 13)))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; ; caught STYLE-WARNING: ; The variable |bound| is defined but never used. ; compiling (DEFUN |HEUGCD;constNotZero| ...) ; compiling (DEFUN |HEUGCD;negShiftz| ...) ; file: /tmp/oa-48jihV/code.lsp ; in: DEFUN |HEUGCD;negShiftz| ; (DEFUN BOOT::|HEUGCD;negShiftz| (BOOT::|n| BOOT::|Modulus| BOOT::$) ; (COND ((MINUSP BOOT::|n|) (SETQ BOOT::|n| #)) ; ((< (TRUNCATE BOOT::|Modulus| 2) BOOT::|n|) ; (- BOOT::|n| BOOT::|Modulus|)) ; (T BOOT::|n|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|HEUGCD;negShiftz| ; (BOOT::|n| BOOT::|Modulus| BOOT::$) ; (BLOCK BOOT::|HEUGCD;negShiftz| ; (COND ((MINUSP BOOT::|n|) (SETQ #)) ; ((< # BOOT::|n|) (- BOOT::|n| BOOT::|Modulus|)) (T BOOT::|n|)))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |HEUGCD;height| ...) ; compiling (DEFUN |HEUGCD;genpoly| ...) ; compiling (DEFUN |HEUGCD;lintgcd;LI;6| ...) ; file: /tmp/oa-48jihV/code.lsp ; in: DEFUN |HEUGCD;lintgcd;LI;6| ; (DEFUN BOOT::|HEUGCD;lintgcd;LI;6| (BOOT::|lval| BOOT::$) ; (PROG (BOOT::|val|) (RETURN (COND (# 0) (# 1) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|HEUGCD;lintgcd;LI;6| ; (BOOT::|lval| BOOT::$) ; (BLOCK BOOT::|HEUGCD;lintgcd;LI;6| ; (PROG (BOOT::|val|) (RETURN (COND # # #))))) ; ; note: Assignment to argument: |lval| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS INTEGER T)) ; ; compiling (DEFUN |HEUGCD;lintgcd;LI;6!0| ...) ; file: /tmp/oa-48jihV/code.lsp ; in: DEFUN |HEUGCD;lintgcd;LI;6!0| ; (DEFUN BOOT::|HEUGCD;lintgcd;LI;6!0| (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (< BOOT::|#1| BOOT::|#2|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|HEUGCD;lintgcd;LI;6!0| ; (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (BLOCK BOOT::|HEUGCD;lintgcd;LI;6!0| (< BOOT::|#1| BOOT::|#2|))) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |HEUGCD;content;LL;7| ...) ; file: /tmp/oa-48jihV/code.lsp ; in: DEFUN |HEUGCD;content;LL;7| ; (DEFUN BOOT::|HEUGCD;content;LL;7| (BOOT::|listf| BOOT::$) ; (LET ((#:G728 BOOT::|listf|) (#:G585 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G728 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|HEUGCD;content;LL;7| ; (BOOT::|listf| BOOT::$) ; (BLOCK BOOT::|HEUGCD;content;LL;7| ; (LET ((#:G728 BOOT::|listf|) (#:G585 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS INTEGER T)) &REST T). ; compiling (DEFUN |HEUGCD;contprim| ...) ; file: /tmp/oa-48jihV/code.lsp ; in: DEFUN |HEUGCD;contprim| ; (DEFUN BOOT::|HEUGCD;contprim| (BOOT::|listf| BOOT::$) ; (PROG (BOOT::|c|) ; (RETURN ; (LET (# #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|HEUGCD;contprim| ; (BOOT::|listf| BOOT::$) ; (BLOCK BOOT::|HEUGCD;contprim| ; (PROG (BOOT::|c|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |HEUGCD;constcase| ...) ; compiling (DEFUN |HEUGCD;testDivide| ...) ; compiling (DEFUN |HEUGCD;lincase| ...) ; file: /tmp/oa-48jihV/code.lsp ; in: DEFUN |HEUGCD;lincase| ; (DEFUN BOOT::|HEUGCD;lincase| (BOOT::|listdeg| BOOT::|listf| BOOT::$) ; (PROG (BOOT::|f1|) ; (RETURN ; (LET* (# # #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|HEUGCD;lincase| ; (BOOT::|listdeg| BOOT::|listf| BOOT::$) ; (BLOCK BOOT::|HEUGCD;lincase| ; (PROG (BOOT::|f1|) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |HEUGCD;mindegpol| ...) ; compiling (DEFUN |HEUGCD;localgcd| ...) ; file: /tmp/oa-48jihV/code.lsp ; in: DEFUN |HEUGCD;localgcd| ; (BOOT::|moanRetract| BOOT::|nvalue| '(BOOT::|PositiveInteger|)) ; ==> ; BOOT::|nvalue| ; ; note: deleting unreachable code ; (DEFUN BOOT::|HEUGCD;localgcd| (BOOT::|listf| BOOT::$) ; (PROG (BOOT::|gg| BOOT::|nvalue| BOOT::|flag| BOOT::|d| BOOT::|contd| ; BOOT::|dd| BOOT::|dval| BOOT::|listval| BOOT::|f1|) ; (RETURN ; (LET* (# # # #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|HEUGCD;localgcd| ; (BOOT::|listf| BOOT::$) ; (BLOCK BOOT::|HEUGCD;localgcd| ; (PROG (BOOT::|gg| BOOT::|nvalue| BOOT::|flag| BOOT::|d| BOOT::|contd| ; BOOT::|dd| BOOT::|dval| BOOT::|listval| BOOT::|f1|) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |HEUGCD;internal| ...) ; file: /tmp/oa-48jihV/code.lsp ; in: DEFUN |HEUGCD;internal| ; (DEFUN BOOT::|HEUGCD;internal| (BOOT::|flag| BOOT::|listf| BOOT::$) ; (PROG (BOOT::|ans| BOOT::|f| BOOT::|listdeg| BOOT::|contlistf| ; BOOT::|contgcd| BOOT::|Cgcd| BOOT::|minpol1| BOOT::|mdeg| ; BOOT::|minpol| BOOT::|result|) ; (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|HEUGCD;internal| ; (BOOT::|flag| BOOT::|listf| BOOT::$) ; (BLOCK BOOT::|HEUGCD;internal| ; (PROG (BOOT::|ans| BOOT::|f| BOOT::|listdeg| BOOT::|contlistf| ; BOOT::|contgcd| BOOT::|Cgcd| BOOT::|minpol1| BOOT::|mdeg| ; BOOT::|minpol| BOOT::|result|) ; (RETURN (COND # #))))) ; ; note: Assignment to argument: |listf| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |HEUGCD;gcdprim;LBP;15| ...) ; compiling (DEFUN |HEUGCD;gcdcofactprim;2L;16| ...) ; compiling (DEFUN |HEUGCD;gcd;LBP;17| ...) ; compiling (DEFUN |HEUGCD;gcdcofact;2L;18| ...) ; compiling (DEFUN |HeuGcd| ...) ; compiling (DEFUN |HeuGcd;| ...) ; compiling (MAKEPROP (QUOTE |HeuGcd|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; printed 9 notes ; /tmp/oa-48jihV/code.fasl written ; compilation finished in 0:00:00.106 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/INT.fasl --optimize=3 INT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INT.spad using Spad compiler. INT abbreviates domain Integer debug: compDefine1 lhs: (Integer) signature (pre-evaluate): ((Join (IntegerNumberSystem) (CATEGORY package (ATTRIBUTE canonical)))) debug: evaluateType form: (Join (IntegerNumberSystem) (CATEGORY package (ATTRIBUTE canonical))) $param: NIL debug: evaluateType form: (IntegerNumberSystem) $param: NIL Debug: evaluateType1 form: (IntegerNumberSystem) debug: evaluateType form: (CATEGORY package (ATTRIBUTE canonical)) $param: NIL debug: compDefine1 signature (post evaluate): ((Join (IntegerNumberSystem) (CATEGORY package (ATTRIBUTE canonical)))) ------------------------------------------------------------------------ initializing stationary directory for Integer compiling into /tmp/oa-NkiLZN compiling exported Zero : () -> % INT;Zero;$;1 is replaced by 0 Time: 0.02 SEC. compiling exported One : () -> % INT;One;$;2 is replaced by 1 Time: 0 SEC. compiling exported zero? : % -> Boolean Time: 0 SEC. compiling exported one? : % -> Boolean Time: 0 SEC. compiling exported base : () -> % INT;base;$;5 is replaced by 2 Time: 0.00 SEC. compiling exported copy : % -> % INT;copy;2$;6 x is replaced by x Time: 0 SEC. compiling exported inc : % -> % INT;inc;2$;7 is replaced by %iinc Time: 0 SEC. compiling exported dec : % -> % INT;dec;2$;8 is replaced by %idec Time: 0 SEC. compiling exported hash : % -> SingleInteger INT;hash;$Si;9 is replaced by %hash Time: 0.01 SEC. compiling exported negative? : % -> Boolean Time: 0 SEC. compiling exported positive? : % -> Boolean Time: 0 SEC. compiling exported coerce : % -> OutputForm Time: 0.02 SEC. compiling exported coerce : Integer -> % INT;coerce;I$;13 m is replaced by m Time: 0.00 SEC. compiling exported convert : % -> Integer INT;convert;$I;14 x is replaced by x Time: 0 SEC. compiling exported length : % -> % INT;length;2$;15 is replaced by %ilength Time: 0 SEC. compiling exported addmod : (%,%,%) -> % INT;addmod;4$;16(a,b,p) is replaced by %irem(%iadd(a,b),p) Time: 0.00 SEC. compiling exported submod : (%,%,%) -> % INT;submod;4$;17(a,b,p) is replaced by %irem(%isub(a,b),p) Time: 0 SEC. compiling exported mulmod : (%,%,%) -> % INT;mulmod;4$;18(a,b,p) is replaced by %irem(%imul(a,b),p) Time: 0 SEC. compiling exported convert : % -> Float Time: 0.02 SEC. compiling exported convert : % -> DoubleFloat INT;convert;$Df;20 is replaced by %i2f Time: 0.01 SEC. compiling exported convert : % -> InputForm Time: 0.02 SEC. compiling exported latex : % -> String Time: 0.00 SEC. compiling exported positiveRemainder : (%,%) -> % Time: 0.00 SEC. compiling exported reducedSystem : Matrix % -> Matrix Integer INT;reducedSystem;MM;24 m is replaced by m Time: 0.01 SEC. compiling exported reducedSystem : (Matrix %,Vector %) -> Record(mat: Matrix Integer,vec: Vector Integer) INT;reducedSystem;MVR;25 is replaced by %pair Time: 0.01 SEC. compiling exported abs : % -> % INT;abs;2$;26 is replaced by %iabs Time: 0.00 SEC. compiling exported random : () -> % INT;random;$;27 is replaced by %ibigrandom Time: 0 SEC. compiling exported random : % -> % INT;random;2$;28 is replaced by %irandom Time: 0 SEC. compiling exported = : (%,%) -> Boolean INT;=;2$B;29 is replaced by %ieq Time: 0 SEC. compiling exported < : (%,%) -> Boolean INT;<;2$B;30 is replaced by %ilt Time: 0.00 SEC. compiling exported > : (%,%) -> Boolean INT;>;2$B;31(x,y) is replaced by %ilt(y,x) Time: 0.00 SEC. compiling exported <= : (%,%) -> Boolean INT;<=;2$B;32(x,y) is replaced by %not %ilt(y,x) Time: 0.00 SEC. compiling exported >= : (%,%) -> Boolean INT;>=;2$B;33(x,y) is replaced by %not %ilt(x,y) Time: 0.01 SEC. compiling exported - : % -> % INT;-;2$;34 is replaced by %ineg Time: 0 SEC. compiling exported + : (%,%) -> % INT;+;3$;35 is replaced by %iadd Time: 0.00 SEC. compiling exported - : (%,%) -> % INT;-;3$;36 is replaced by %isub Time: 0.00 SEC. compiling exported * : (%,%) -> % INT;*;3$;37 is replaced by %imul Time: 0 SEC. compiling exported * : (Integer,%) -> % INT;*;I2$;38 is replaced by %imul Time: 0.01 SEC. compiling exported ** : (%,NonNegativeInteger) -> % INT;**;$Nni$;39 is replaced by %ipow Time: 0.01 SEC. compiling exported odd? : % -> Boolean INT;odd?;$B;40 is replaced by %iodd? Time: 0 SEC. compiling exported even? : % -> Boolean INT;even?;$B;41 is replaced by %ieven? Time: 0.00 SEC. compiling exported max : (%,%) -> % INT;max;3$;42 is replaced by %imax Time: 0 SEC. compiling exported min : (%,%) -> % INT;min;3$;43 is replaced by %imin Time: 0 SEC. compiling exported divide : (%,%) -> Record(quotient: %,remainder: %) INT;divide;2$R;44 is replaced by %idivide Time: 0.00 SEC. compiling exported quo : (%,%) -> % INT;quo;3$;45 is replaced by %iquo Time: 0 SEC. compiling exported rem : (%,%) -> % INT;rem;3$;46 is replaced by %irem Time: 0 SEC. compiling exported shift : (%,%) -> % INT;shift;3$;47 is replaced by %ilshift Time: 0.00 SEC. compiling exported recip : % -> Union(%,failed) Time: 0.00 SEC. compiling exported gcd : (%,%) -> % INT;gcd;3$;49 is replaced by %igcd Time: 0.00 SEC. compiling exported unitNormal : % -> Record(unit: %,canonical: %,associate: %) Time: 0 SEC. compiling exported unitCanonical : % -> % INT;unitCanonical;2$;51 is replaced by %iabs Time: 0 SEC. compiling local solveLinearPolynomialEquation : (List SparseUnivariatePolynomial %,SparseUnivariatePolynomial %) -> Union(List SparseUnivariatePolynomial %,failed) Time: 0.04 SEC. compiling local squareFreePolynomial : SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial % Time: 0.08 SEC. compiling local factorPolynomial : SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial % Time: 0.10 SEC. compiling local factorSquareFreePolynomial : SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial % Time: 0.01 SEC. compiling exported gcdPolynomial : (SparseUnivariatePolynomial %,SparseUnivariatePolynomial %) -> SparseUnivariatePolynomial % Time: 0.02 SEC. compiling exported opposite? : (%,%) -> Boolean Time: 0.00 SEC. compiling exported annihilate? : (%,%) -> Boolean Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] coerce: pretend $ -- should replace by @ [2] factorPolynomial: not known that UnivariatePolynomialCategory(Integer) is of mode CATEGORY(domain,outputForm: (%,OutputForm) -> OutputForm,fmecg: (%,NonNegativeInteger,%,%) -> %) [3] gcdPolynomial: not known that UnivariatePolynomialCategory(Integer) is of mode CATEGORY(domain,outputForm: (%,OutputForm) -> OutputForm,fmecg: (%,NonNegativeInteger,%,%) -> %) [4] Type Integer is not in scope. Import it Cumulative Statistics for Constructor Integer Time: 0.48 seconds finalizing NRLIB INT Processing Integer for Browser database: -- canonical : () -> attribute -- constructor ; compiling file "/tmp/oa-NkiLZN/code.lsp" (written 01 FEB 2016 10:57:00 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;Zero;$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;One;$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;base;$;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;copy;2$;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;inc;2$;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;dec;2$;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;hash;$Si;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;coerce;I$;13|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;convert;$I;14|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;length;2$;15|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;addmod;4$;16|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;submod;4$;17|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;mulmod;4$;18|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;convert;$Df;20|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;reducedSystem;MM;24|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;reducedSystem;MVR;25|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;abs;2$;26|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;random;$;27|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;random;2$;28|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;=;2$B;29|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;<;2$B;30|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;>;2$B;31|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;<=;2$B;32|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;>=;2$B;33|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;-;2$;34|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;+;3$;35|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;-;3$;36|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;*;3$;37|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;*;I2$;38|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;**;$Nni$;39|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;odd?;$B;40|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;even?;$B;41|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;max;3$;42|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;min;3$;43|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;divide;2$R;44|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;quo;3$;45|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;rem;3$;46|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;shift;3$;47|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;gcd;3$;49|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;unitCanonical;2$;51|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;zero?;$B;3|) ...) ; compiling (PUT (QUOTE |INT;one?;$B;4|) ...) ; compiling (PUT (QUOTE |INT;negative?;$B;10|) ...) ; compiling (PUT (QUOTE |INT;positive?;$B;11|) ...) ; compiling (PUT (QUOTE |INT;annihilate?;2$B;58|) ...) ; compiling (DEFUN |INT;Zero;$;1| ...) ; compiling (DEFUN |INT;One;$;2| ...) ; compiling (DEFUN |INT;zero?;$B;3| ...) ; compiling (DEFUN |INT;one?;$B;4| ...) ; compiling (DEFUN |INT;base;$;5| ...) ; compiling (DEFUN |INT;copy;2$;6| ...) ; compiling (DEFUN |INT;inc;2$;7| ...) ; compiling (DEFUN |INT;dec;2$;8| ...) ; compiling (DEFUN |INT;hash;$Si;9| ...) ; compiling (DEFUN |INT;negative?;$B;10| ...) ; compiling (DEFUN |INT;positive?;$B;11| ...) ; compiling (DEFUN |INT;coerce;$Of;12| ...) ; compiling (DEFUN |INT;coerce;I$;13| ...) ; compiling (DEFUN |INT;convert;$I;14| ...) ; compiling (DEFUN |INT;length;2$;15| ...) ; compiling (DEFUN |INT;addmod;4$;16| ...) ; compiling (DEFUN |INT;submod;4$;17| ...) ; compiling (DEFUN |INT;mulmod;4$;18| ...) ; compiling (DEFUN |INT;convert;$F;19| ...) ; compiling (DEFUN |INT;convert;$Df;20| ...) ; compiling (DEFUN |INT;convert;$If;21| ...) ; compiling (DEFUN |INT;latex;$S;22| ...) ; file: /tmp/oa-NkiLZN/code.lsp ; in: DEFUN |INT;latex;$S;22| ; (DEFUN BOOT::|INT;latex;$S;22| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|s| (WRITE-TO-STRING BOOT::|x|))) ; (BOOT::SEQ (COND (# #)) (BOOT::EXIT (BOOT::STRCONC "{" #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INT;latex;$S;22| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|INT;latex;$S;22| ; (LET ((BOOT::|s| #)) ; (BOOT::SEQ (COND #) (BOOT::EXIT #))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |INT;positiveRemainder;3$;23| ...) ; file: /tmp/oa-NkiLZN/code.lsp ; in: DEFUN |INT;positiveRemainder;3$;23| ; (DEFUN BOOT::|INT;positiveRemainder;3$;23| (BOOT::|a| BOOT::|b| BOOT::$) ; (LET ((BOOT::|r| (REM BOOT::|a| BOOT::|b|))) ; (COND ((MINUSP BOOT::|r|) (COND # #)) (T BOOT::|r|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INT;positiveRemainder;3$;23| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|INT;positiveRemainder;3$;23| ; (LET ((BOOT::|r| #)) ; (COND (# #) (T BOOT::|r|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |INT;reducedSystem;MM;24| ...) ; compiling (DEFUN |INT;reducedSystem;MVR;25| ...) ; compiling (DEFUN |INT;abs;2$;26| ...) ; compiling (DEFUN |INT;random;$;27| ...) ; compiling (DEFUN |INT;random;2$;28| ...) ; compiling (DEFUN |INT;=;2$B;29| ...) ; compiling (DEFUN |INT;<;2$B;30| ...) ; compiling (DEFUN |INT;>;2$B;31| ...) ; compiling (DEFUN |INT;<=;2$B;32| ...) ; compiling (DEFUN |INT;>=;2$B;33| ...) ; compiling (DEFUN |INT;-;2$;34| ...) ; compiling (DEFUN |INT;+;3$;35| ...) ; compiling (DEFUN |INT;-;3$;36| ...) ; compiling (DEFUN |INT;*;3$;37| ...) ; compiling (DEFUN |INT;*;I2$;38| ...) ; compiling (DEFUN |INT;**;$Nni$;39| ...) ; compiling (DEFUN |INT;odd?;$B;40| ...) ; compiling (DEFUN |INT;even?;$B;41| ...) ; compiling (DEFUN |INT;max;3$;42| ...) ; compiling (DEFUN |INT;min;3$;43| ...) ; compiling (DEFUN |INT;divide;2$R;44| ...) ; compiling (DEFUN |INT;quo;3$;45| ...) ; compiling (DEFUN |INT;rem;3$;46| ...) ; compiling (DEFUN |INT;shift;3$;47| ...) ; compiling (DEFUN |INT;recip;$U;48| ...) ; file: /tmp/oa-NkiLZN/code.lsp ; in: DEFUN |INT;recip;$U;48| ; (DEFUN BOOT::|INT;recip;$U;48| (BOOT::|x| BOOT::$) ; (COND ((OR (EQL BOOT::|x| 1) (EQL BOOT::|x| -1)) (CONS 0 BOOT::|x|)) ; (T (CONS 1 "failed")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INT;recip;$U;48| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|INT;recip;$U;48| ; (COND ((OR # #) (CONS 0 BOOT::|x|)) (T (CONS 1 "failed"))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |INT;gcd;3$;49| ...) ; compiling (DEFUN |INT;unitNormal;$R;50| ...) ; file: /tmp/oa-NkiLZN/code.lsp ; in: DEFUN |INT;unitNormal;$R;50| ; (DEFUN BOOT::|INT;unitNormal;$R;50| (BOOT::|x| BOOT::$) ; (COND ((MINUSP BOOT::|x|) (VECTOR -1 (- BOOT::|x|) -1)) ; (T (VECTOR 1 BOOT::|x| 1)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INT;unitNormal;$R;50| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|INT;unitNormal;$R;50| ; (COND ((MINUSP BOOT::|x|) (VECTOR -1 # -1)) ; (T (VECTOR 1 BOOT::|x| 1))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |INT;unitCanonical;2$;51| ...) ; compiling (DEFUN |INT;solveLinearPolynomialEquation| ...) ; file: /tmp/oa-NkiLZN/code.lsp ; in: DEFUN |INT;solveLinearPolynomialEquation| ; (DEFUN BOOT::|INT;solveLinearPolynomialEquation| ; (BOOT::|lp| BOOT::|p| BOOT::$) ; (BOOT::SPADCALL BOOT::|lp| BOOT::|p| (BOOT::|shellEntry| BOOT::$ 82))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INT;solveLinearPolynomialEquation| ; (BOOT::|lp| BOOT::|p| BOOT::$) ; (BLOCK BOOT::|INT;solveLinearPolynomialEquation| ; (BOOT::SPADCALL BOOT::|lp| BOOT::|p| (BOOT::|shellEntry| BOOT::$ 82)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |INT;squareFreePolynomial| ...) ; compiling (DEFUN |INT;factorPolynomial| ...) ; compiling (DEFUN |INT;factorPolynomial!0| ...) ; compiling (DEFUN |INT;factorSquareFreePolynomial| ...) ; compiling (DEFUN |INT;gcdPolynomial;3Sup;56| ...) ; compiling (DEFUN |INT;opposite?;2$B;57| ...) ; file: /tmp/oa-NkiLZN/code.lsp ; in: DEFUN |INT;opposite?;2$B;57| ; (DEFUN BOOT::|INT;opposite?;2$B;57| (BOOT::|x| BOOT::|y| BOOT::$) ; (EQL BOOT::|x| (- BOOT::|y|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INT;opposite?;2$B;57| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|INT;opposite?;2$B;57| (EQL BOOT::|x| (- BOOT::|y|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |INT;annihilate?;2$B;58| ...) ; compiling (DEFUN |Integer| ...) ; compiling (DEFUN |Integer;| ...) ; compiling (MAKEPROP (QUOTE |Integer|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 5 STYLE-WARNING conditions ; printed 2 notes ; /tmp/oa-NkiLZN/code.fasl written ; compilation finished in 0:00:00.127 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/SINT.fasl --optimize=3 SINT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SINT.spad using Spad compiler. SINT abbreviates domain SingleInteger debug: compDefine1 lhs: (SingleInteger) signature (pre-evaluate): ((Join (IntegerNumberSystem) (OrderedFinite) (BooleanLogic) (CATEGORY domain (ATTRIBUTE canonical) (SIGNATURE xor ($ $ $))))) debug: evaluateType form: (Join (IntegerNumberSystem) (OrderedFinite) (BooleanLogic) (CATEGORY domain (ATTRIBUTE canonical) (SIGNATURE xor ($ $ $)))) $param: NIL debug: evaluateType form: (IntegerNumberSystem) $param: NIL Debug: evaluateType1 form: (IntegerNumberSystem) debug: evaluateType form: (OrderedFinite) $param: NIL Debug: evaluateType1 form: (OrderedFinite) debug: evaluateType form: (BooleanLogic) $param: NIL Debug: evaluateType1 form: (BooleanLogic) debug: evaluateType form: (CATEGORY domain (ATTRIBUTE canonical) (SIGNATURE xor ($ $ $))) $param: NIL debug: compDefine1 signature (post evaluate): ((Join (IntegerNumberSystem) (OrderedFinite) (BooleanLogic) (CATEGORY domain (ATTRIBUTE canonical) (SIGNATURE xor ($ $ $))))) ------------------------------------------------------------------------ initializing stationary directory for SingleInteger compiling into /tmp/oa-IV0Vpx compiling exported reducedSystem : Matrix % -> Matrix Integer SINT;reducedSystem;MM;1 m is replaced by m Time: 0.06 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. compiling exported convert : % -> Integer SINT;convert;$I;3 x is replaced by x Time: 0 SEC. compiling exported * : (Integer,%) -> % Time: 0 SEC. compiling exported Zero : () -> % SINT;Zero;$;5 is replaced by 0 Time: 0 SEC. compiling exported One : () -> % SINT;One;$;6 is replaced by 1 Time: 0 SEC. compiling exported base : () -> % SINT;base;$;7 is replaced by 2 Time: 0.00 SEC. compiling exported max : () -> % SINT;max;$;8 is replaced by %icstmax Time: 0 SEC. compiling exported min : () -> % SINT;min;$;9 is replaced by %icstmin Time: 0 SEC. compiling exported = : (%,%) -> Boolean SINT;=;2$B;10 is replaced by %ieq Time: 0 SEC. compiling exported ~ : % -> % SINT;~;2$;11 is replaced by %bitnot Time: 0 SEC. compiling exported not : % -> % SINT;not;2$;12 is replaced by %bitnot Time: 0.00 SEC. compiling exported /\ : (%,%) -> % SINT;/\;3$;13 is replaced by %bitand Time: 0 SEC. compiling exported \/ : (%,%) -> % SINT;\/;3$;14 is replaced by %bitior Time: 0 SEC. compiling exported and : (%,%) -> % SINT;and;3$;15 is replaced by %bitand Time: 0 SEC. compiling exported or : (%,%) -> % SINT;or;3$;16 is replaced by %bitior Time: 0 SEC. compiling exported xor : (%,%) -> % SINT;xor;3$;17 is replaced by %bitxor Time: 0.00 SEC. compiling exported < : (%,%) -> Boolean SINT;<;2$B;18 is replaced by %ilt Time: 0 SEC. compiling exported > : (%,%) -> Boolean SINT;>;2$B;19(x,y) is replaced by %ilt(y,x) Time: 0.00 SEC. compiling exported <= : (%,%) -> Boolean SINT;<=;2$B;20(x,y) is replaced by %not %ilt(y,x) Time: 0 SEC. compiling exported >= : (%,%) -> Boolean SINT;>=;2$B;21(x,y) is replaced by %not %ilt(x,y) Time: 0.00 SEC. compiling exported inc : % -> % SINT;inc;2$;22 is replaced by %iinc Time: 0 SEC. compiling exported dec : % -> % SINT;dec;2$;23 is replaced by %idec Time: 0 SEC. compiling exported - : % -> % SINT;-;2$;24 is replaced by %ineg Time: 0.00 SEC. compiling exported + : (%,%) -> % SINT;+;3$;25 is replaced by %iadd Time: 0 SEC. compiling exported - : (%,%) -> % SINT;-;3$;26 is replaced by %isub Time: 0 SEC. compiling exported * : (%,%) -> % SINT;*;3$;27 is replaced by %imul Time: 0.00 SEC. compiling exported ** : (%,NonNegativeInteger) -> % Time: 0.00 SEC. compiling exported quo : (%,%) -> % SINT;quo;3$;29 is replaced by %iquo Time: 0 SEC. compiling exported rem : (%,%) -> % SINT;rem;3$;30 is replaced by %irem Time: 0.00 SEC. compiling exported divide : (%,%) -> Record(quotient: %,remainder: %) SINT;divide;2$R;31 is replaced by %idivide Time: 0 SEC. compiling exported gcd : (%,%) -> % SINT;gcd;3$;32 is replaced by %igcd Time: 0 SEC. compiling exported abs : % -> % SINT;abs;2$;33 is replaced by %iabs Time: 0.00 SEC. compiling exported odd? : % -> Boolean SINT;odd?;$B;34 is replaced by %iodd? Time: 0 SEC. compiling exported even? : % -> Boolean SINT;even?;$B;35 is replaced by %ieven? Time: 0.00 SEC. compiling exported zero? : % -> Boolean SINT;zero?;$B;36 x is replaced by %ieq(x,0) Time: 0 SEC. compiling exported one? : % -> Boolean SINT;one?;$B;37 x is replaced by %ieq(x,1) Time: 0.00 SEC. compiling exported max : (%,%) -> % SINT;max;3$;38 is replaced by %imax Time: 0 SEC. compiling exported min : (%,%) -> % SINT;min;3$;39 is replaced by %imin Time: 0 SEC. compiling exported hash : % -> SingleInteger SINT;hash;$Si;40 is replaced by %hash Time: 0.01 SEC. compiling exported length : % -> % SINT;length;2$;41 is replaced by %ilength Time: 0 SEC. compiling exported shift : (%,%) -> % SINT;shift;3$;42 is replaced by %ilshift Time: 0 SEC. compiling exported mulmod : (%,%,%) -> % SINT;mulmod;4$;43(a,b,p) is replaced by %irem(%imul(a,b),p) Time: 0 SEC. compiling exported addmod : (%,%,%) -> % SINT;addmod;4$;44(a,b,p) is replaced by %irem(%iadd(a,b),p) Time: 0.00 SEC. compiling exported submod : (%,%,%) -> % SINT;submod;4$;45(a,b,p) is replaced by %irem(%isub(a,b),p) Time: 0 SEC. compiling exported negative? : % -> Boolean SINT;negative?;$B;46 x is replaced by %ilt(x,0) Time: 0.00 SEC. compiling exported size : () -> NonNegativeInteger SINT;size;Nni;47 is replaced by %iadd(%isub(%icstmax,%icstmin),1) Time: 0.00 SEC. compiling exported index : PositiveInteger -> % Time: 0.01 SEC. compiling exported lookup : % -> PositiveInteger SINT;lookup;$Pi;49 x is replaced by %iadd(%isub(x,%icstmin),1) Time: 0.00 SEC. compiling exported reducedSystem : (Matrix %,Vector %) -> Record(mat: Matrix Integer,vec: Vector Integer) SINT;reducedSystem;MVR;50 is replaced by %pair Time: 0.03 SEC. compiling exported positiveRemainder : (%,%) -> % Time: 0.01 SEC. compiling exported coerce : Integer -> % Time: 0.00 SEC. compiling exported random : () -> % Time: 0 SEC. compiling exported random : % -> % SINT;random;2$;54 is replaced by %irandom Time: 0 SEC. compiling exported unitNormal : % -> Record(unit: %,canonical: %,associate: %) Time: 0.00 SEC. compiling exported positive? : % -> Boolean SINT;positive?;$B;56 x is replaced by %ilt(0,x) Time: 0.01 SEC. (time taken in buildFunctor: 4) Time: 0.06 SEC. Warnings: [1] **: pretend Integer -- should replace by @ Cumulative Statistics for Constructor SingleInteger Time: 0.26 seconds finalizing NRLIB SINT Processing SingleInteger for Browser database: -- canonical : () -> attribute -- xor : (%,%) -> % -- constructor ; compiling file "/tmp/oa-IV0Vpx/code.lsp" (written 01 FEB 2016 10:57:00 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;reducedSystem;MM;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;convert;$I;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;Zero;$;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;One;$;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;base;$;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;max;$;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;min;$;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;=;2$B;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;~;2$;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;not;2$;12|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;/\\;3$;13|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;\\/;3$;14|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;and;3$;15|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;or;3$;16|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;xor;3$;17|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;<;2$B;18|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;>;2$B;19|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;<=;2$B;20|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;>=;2$B;21|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;inc;2$;22|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;dec;2$;23|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;-;2$;24|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;+;3$;25|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;-;3$;26|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;*;3$;27|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;quo;3$;29|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;rem;3$;30|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;divide;2$R;31|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;gcd;3$;32|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;abs;2$;33|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;odd?;$B;34|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;even?;$B;35|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;zero?;$B;36|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;one?;$B;37|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;max;3$;38|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;min;3$;39|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;hash;$Si;40|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;length;2$;41|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;shift;3$;42|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;mulmod;4$;43|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;addmod;4$;44|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;submod;4$;45|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;negative?;$B;46|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;size;Nni;47|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;lookup;$Pi;49|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;reducedSystem;MVR;50|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;random;2$;54|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;positive?;$B;56|) ...) ; compiling (PUT (QUOTE |SINT;random;$;53|) ...) ; compiling (DEFUN |SINT;reducedSystem;MM;1| ...) ; compiling (DEFUN |SINT;coerce;$Of;2| ...) ; compiling (DEFUN |SINT;convert;$I;3| ...) ; compiling (DEFUN |SINT;*;I2$;4| ...) ; compiling (DEFUN |SINT;Zero;$;5| ...) ; compiling (DEFUN |SINT;One;$;6| ...) ; compiling (DEFUN |SINT;base;$;7| ...) ; compiling (DEFUN |SINT;max;$;8| ...) ; compiling (DEFUN |SINT;min;$;9| ...) ; compiling (DEFUN |SINT;=;2$B;10| ...) ; compiling (DEFUN |SINT;~;2$;11| ...) ; compiling (DEFUN |SINT;not;2$;12| ...) ; compiling (DEFUN |SINT;/\\;3$;13| ...) ; compiling (DEFUN |SINT;\\/;3$;14| ...) ; compiling (DEFUN |SINT;and;3$;15| ...) ; compiling (DEFUN |SINT;or;3$;16| ...) ; compiling (DEFUN |SINT;xor;3$;17| ...) ; compiling (DEFUN |SINT;<;2$B;18| ...) ; compiling (DEFUN |SINT;>;2$B;19| ...) ; compiling (DEFUN |SINT;<=;2$B;20| ...) ; compiling (DEFUN |SINT;>=;2$B;21| ...) ; compiling (DEFUN |SINT;inc;2$;22| ...) ; compiling (DEFUN |SINT;dec;2$;23| ...) ; compiling (DEFUN |SINT;-;2$;24| ...) ; compiling (DEFUN |SINT;+;3$;25| ...) ; compiling (DEFUN |SINT;-;3$;26| ...) ; compiling (DEFUN |SINT;*;3$;27| ...) ; compiling (DEFUN |SINT;**;$Nni$;28| ...) ; compiling (DEFUN |SINT;quo;3$;29| ...) ; compiling (DEFUN |SINT;rem;3$;30| ...) ; compiling (DEFUN |SINT;divide;2$R;31| ...) ; compiling (DEFUN |SINT;gcd;3$;32| ...) ; compiling (DEFUN |SINT;abs;2$;33| ...) ; compiling (DEFUN |SINT;odd?;$B;34| ...) ; compiling (DEFUN |SINT;even?;$B;35| ...) ; compiling (DEFUN |SINT;zero?;$B;36| ...) ; compiling (DEFUN |SINT;one?;$B;37| ...) ; compiling (DEFUN |SINT;max;3$;38| ...) ; compiling (DEFUN |SINT;min;3$;39| ...) ; compiling (DEFUN |SINT;hash;$Si;40| ...) ; compiling (DEFUN |SINT;length;2$;41| ...) ; compiling (DEFUN |SINT;shift;3$;42| ...) ; compiling (DEFUN |SINT;mulmod;4$;43| ...) ; compiling (DEFUN |SINT;addmod;4$;44| ...) ; compiling (DEFUN |SINT;submod;4$;45| ...) ; compiling (DEFUN |SINT;negative?;$B;46| ...) ; compiling (DEFUN |SINT;size;Nni;47| ...) ; compiling (DEFUN |SINT;index;Pi$;48| ...) ; file: /tmp/oa-IV0Vpx/code.lsp ; in: DEFUN |SINT;index;Pi$;48| ; (DEFUN BOOT::|SINT;index;Pi$;48| (BOOT::|i| BOOT::$) ; (LET ((#:G593 (- # 1))) ; (COND ((|AxiomCore|:|fixnum?| #:G593) #:G593) ; (T (BOOT::|moanRetract| #:G593 '#))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SINT;index;Pi$;48| ; (BOOT::|i| BOOT::$) ; (BLOCK BOOT::|SINT;index;Pi$;48| ; (LET ((#:G593 #)) ; (COND (# #:G593) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES FIXNUM &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SINT;lookup;$Pi;49| ...) ; compiling (DEFUN |SINT;reducedSystem;MVR;50| ...) ; compiling (DEFUN |SINT;positiveRemainder;3$;51| ...) ; file: /tmp/oa-IV0Vpx/code.lsp ; in: DEFUN |SINT;positiveRemainder;3$;51| ; (DEFUN BOOT::|SINT;positiveRemainder;3$;51| (BOOT::|x| BOOT::|n| BOOT::$) ; (LET ((BOOT::|r| (REM BOOT::|x| BOOT::|n|))) ; (COND ((MINUSP BOOT::|r|) (COND # #)) (T BOOT::|r|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SINT;positiveRemainder;3$;51| ; (BOOT::|x| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|SINT;positiveRemainder;3$;51| ; (LET ((BOOT::|r| #)) ; (COND (# #) (T BOOT::|r|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SINT;coerce;I$;52| ...) ; file: /tmp/oa-IV0Vpx/code.lsp ; in: DEFUN |SINT;coerce;I$;52| ; (DEFUN BOOT::|SINT;coerce;I$;52| (BOOT::|x| BOOT::$) ; (COND ((|AxiomCore|:|fixnum?| BOOT::|x|) BOOT::|x|) ; (T (BOOT::|moanRetract| BOOT::|x| '(BOOT::|SingleInteger|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SINT;coerce;I$;52| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|SINT;coerce;I$;52| ; (COND ((|AxiomCore|:|fixnum?| BOOT::|x|) BOOT::|x|) ; (T (BOOT::|moanRetract| BOOT::|x| '#))))) ; ; note: type assertion too complex to check: ; (VALUES FIXNUM &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SINT;random;$;53| ...) ; compiling (DEFUN |SINT;random;2$;54| ...) ; compiling (DEFUN |SINT;unitNormal;$R;55| ...) ; file: /tmp/oa-IV0Vpx/code.lsp ; in: DEFUN |SINT;unitNormal;$R;55| ; (DEFUN BOOT::|SINT;unitNormal;$R;55| (BOOT::|x| BOOT::$) ; (COND ((MINUSP BOOT::|x|) (VECTOR -1 (- BOOT::|x|) -1)) ; (T (VECTOR 1 BOOT::|x| 1)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SINT;unitNormal;$R;55| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|SINT;unitNormal;$R;55| ; (COND ((MINUSP BOOT::|x|) (VECTOR -1 # -1)) ; (T (VECTOR 1 BOOT::|x| 1))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SINT;positive?;$B;56| ...) ; compiling (DEFUN |SingleInteger| ...) ; compiling (DEFUN |SingleInteger;| ...) ; compiling (MAKEPROP (QUOTE |SingleInteger|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbSuperDomain| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 4 STYLE-WARNING conditions ; printed 2 notes ; /tmp/oa-IV0Vpx/code.fasl written ; compilation finished in 0:00:00.167 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile EXIT.spad && cp EXIT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/EXIT.fasl \ && if test -f EXIT-.NRLIB/code.fasl; then \ cp EXIT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/EXIT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/EXIT.spad using Spad compiler. EXIT abbreviates domain Exit debug: compDefine1 lhs: (Exit) signature (pre-evaluate): ((SetCategory)) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((SetCategory)) ------------------------------------------------------------------------ initializing stationary directory for Exit compiling into /tmp/oa-EtcCx1 compiling exported coerce : % -> OutputForm EXIT;coerce;$Of;1 n is replaced by error "Cannot use an Exit value." Time: 0.01 SEC. compiling exported = : (%,%) -> Boolean EXIT;=;2$B;2(n1,n2) is replaced by error "Cannot use an Exit value." Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor Exit Time: 0.02 seconds finalizing NRLIB EXIT Processing Exit for Browser database: -- constructor ; compiling file "/tmp/oa-EtcCx1/code.lsp" (written 01 FEB 2016 10:57:01 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |EXIT;coerce;$Of;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |EXIT;=;2$B;2|) ...) ; compiling (DEFUN |EXIT;coerce;$Of;1| ...) ; file: /tmp/oa-EtcCx1/code.lsp ; in: DEFUN |EXIT;coerce;$Of;1| ; (DEFUN BOOT::|EXIT;coerce;$Of;1| (BOOT::|n| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|error| "Cannot use an Exit value.")) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EXIT;coerce;$Of;1| ; (BOOT::|n| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|EXIT;coerce;$Of;1| ; (BOOT::|error| "Cannot use an Exit value."))) ; ; caught STYLE-WARNING: ; The variable |n| is defined but never used. ; compiling (DEFUN |EXIT;=;2$B;2| ...) ; file: /tmp/oa-EtcCx1/code.lsp ; in: DEFUN |EXIT;=;2$B;2| ; (DEFUN BOOT::|EXIT;=;2$B;2| (BOOT::|n1| BOOT::|n2| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|error| "Cannot use an Exit value.")) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EXIT;=;2$B;2| ; (BOOT::|n1| BOOT::|n2| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|EXIT;=;2$B;2| (BOOT::|error| "Cannot use an Exit value."))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; ; caught STYLE-WARNING: ; The variable |n1| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |n2| is defined but never used. ; compiling (DEFUN |Exit| ...) ; compiling (DEFUN |Exit;| ...) ; compiling (MAKEPROP (QUOTE |Exit|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; printed 1 note ; /tmp/oa-EtcCx1/code.fasl written ; compilation finished in 0:00:00.018 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/OAMONS.fasl --optimize=3 OAMONS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OAMONS.spad using Spad compiler. OAMONS abbreviates category OrderedAbelianMonoidSup debug: compDefine1 lhs: (OrderedAbelianMonoidSup) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for OrderedAbelianMonoidSup compiling into /tmp/oa-HsrGm5 STYLE-WARNING: redefining BOOT::|OrderedAbelianMonoidSup| in DEFUN Time: 0.00 SEC. finalizing NRLIB OAMONS Processing OrderedAbelianMonoidSup for Browser database: -- sup : (%,%) -> % -- constructor ; compiling file "/tmp/oa-HsrGm5/code.lsp" (written 01 FEB 2016 10:57:01 PM): ; compiling (DEFPARAMETER |OrderedAbelianMonoidSup;AL| ...) ; compiling (DEFUN |OrderedAbelianMonoidSup;| ...) ; compiling (DEFUN |OrderedAbelianMonoidSup| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-HsrGm5/code.fasl written ; compilation finished in 0:00:00.006 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/NNI.fasl --optimize=3 NNI.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NNI.spad using Spad compiler. NNI abbreviates domain NonNegativeInteger debug: compDefine1 lhs: (NonNegativeInteger) signature (pre-evaluate): ((Join (OrderedAbelianMonoidSup) (Monoid) (CATEGORY domain (SIGNATURE quo ($ $ $)) (SIGNATURE rem ($ $ $)) (SIGNATURE gcd ($ $ $)) (SIGNATURE divide ((Record (: quotient $) (: remainder $)) $ $)) (SIGNATURE exquo ((Union $ failed) $ $)) (SIGNATURE shift ($ $ (Integer))) (SIGNATURE random ($ $)) (ATTRIBUTE (commutative *))))) debug: evaluateType form: (Join (OrderedAbelianMonoidSup) (Monoid) (CATEGORY domain (SIGNATURE quo ($ $ $)) (SIGNATURE rem ($ $ $)) (SIGNATURE gcd ($ $ $)) (SIGNATURE divide ((Record (: quotient $) (: remainder $)) $ $)) (SIGNATURE exquo ((Union $ failed) $ $)) (SIGNATURE shift ($ $ (Integer))) (SIGNATURE random ($ $)) (ATTRIBUTE (commutative *)))) $param: NIL debug: evaluateType form: (OrderedAbelianMonoidSup) $param: NIL Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (Monoid) $param: NIL Debug: evaluateType1 form: (Monoid) debug: evaluateType form: (CATEGORY domain (SIGNATURE quo ($ $ $)) (SIGNATURE rem ($ $ $)) (SIGNATURE gcd ($ $ $)) (SIGNATURE divide ((Record (: quotient $) (: remainder $)) $ $)) (SIGNATURE exquo ((Union $ failed) $ $)) (SIGNATURE shift ($ $ (Integer))) (SIGNATURE random ($ $)) (ATTRIBUTE (commutative *))) $param: NIL debug: evaluateType form: (Record (: quotient $) (: remainder $)) $param: NIL debug: evaluateType form: $ $param: NIL debug: evaluateType form: $ $param: NIL debug: evaluateType form: (Union $ failed) $param: NIL debug: evaluateType form: $ $param: NIL debug: evaluateType form: failed $param: NIL debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((Join (OrderedAbelianMonoidSup) (Monoid) (CATEGORY domain (SIGNATURE quo ($ $ $)) (SIGNATURE rem ($ $ $)) (SIGNATURE gcd ($ $ $)) (SIGNATURE divide ((Record (: quotient $) (: remainder $)) $ $)) (SIGNATURE exquo ((Union $ failed) $ $)) (SIGNATURE shift ($ $ (Integer))) (SIGNATURE random ($ $)) (ATTRIBUTE (commutative *))))) ------------------------------------------------------------------------ initializing stationary directory for NonNegativeInteger compiling into /tmp/oa-IHNk7d compiling exported sup : (%,%) -> % NNI;sup;3$;1 is replaced by %imax Time: 0.01 SEC. compiling exported shift : (%,Integer) -> % NNI;shift;$I$;2 is replaced by ASH Time: 0 SEC. compiling exported subtractIfCan : (%,%) -> Maybe % Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor NonNegativeInteger Time: 0.03 seconds --------------non extending category---------------------- NonNegativeInteger of category Join(OrderedAbelianMonoidSup,Monoid) with ?quo? : (%,%) -> % ?rem? : (%,%) -> % gcd : (%,%) -> % divide : (%,%) -> Record(quotient: %,remainder: %) exquo : (%,%) -> Union(%,"failed") shift : (%,Integer) -> % random : % -> % commutative("*") has no IntegerNumberSystem ---------------------------------------------------------- finalizing NRLIB NNI Processing NonNegativeInteger for Browser database: -- ?quo? : (%,%) -> % -- ?rem? : (%,%) -> % -- gcd : (%,%) -> % -- divide : (%,%) -> Record(quotient: %,remainder: %) -- exquo : (%,%) -> Union(%,"failed") -- shift : (%,Integer) -> % -- random : % -> % -- commutative : "*" -> attribute -- constructor ; compiling file "/tmp/oa-IHNk7d/code.lsp" (written 01 FEB 2016 10:57:01 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |NNI;sup;3$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |NNI;shift;$I$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |NNI;sup;3$;1| ...) ; compiling (DEFUN |NNI;shift;$I$;2| ...) ; compiling (DEFUN |NNI;subtractIfCan;2$M;3| ...) ; file: /tmp/oa-IHNk7d/code.lsp ; in: DEFUN |NNI;subtractIfCan;2$M;3| ; (DEFUN BOOT::|NNI;subtractIfCan;2$M;3| (BOOT::|x| BOOT::|y| BOOT::$) ; (LET ((BOOT::|c| (- BOOT::|x| BOOT::|y|))) ; (COND ((MINUSP BOOT::|c|) |AxiomCore|:|%nothing|) (T BOOT::|c|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NNI;subtractIfCan;2$M;3| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|NNI;subtractIfCan;2$M;3| ; (LET ((BOOT::|c| #)) ; (COND (# |AxiomCore|:|%nothing|) (T BOOT::|c|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |NonNegativeInteger| ...) ; compiling (DEFUN |NonNegativeInteger;| ...) ; compiling (MAKEPROP (QUOTE |NonNegativeInteger|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbSuperDomain| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; /tmp/oa-IHNk7d/code.fasl written ; compilation finished in 0:00:00.025 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/PI.fasl --optimize=3 PI.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PI.spad using Spad compiler. PI abbreviates domain PositiveInteger debug: compDefine1 lhs: (PositiveInteger) signature (pre-evaluate): ((Join (OrderedAbelianSemiGroup) (Monoid) (CATEGORY domain (SIGNATURE gcd ($ $ $)) (ATTRIBUTE (commutative *))))) debug: evaluateType form: (Join (OrderedAbelianSemiGroup) (Monoid) (CATEGORY domain (SIGNATURE gcd ($ $ $)) (ATTRIBUTE (commutative *)))) $param: NIL debug: evaluateType form: (OrderedAbelianSemiGroup) $param: NIL Debug: evaluateType1 form: (OrderedAbelianSemiGroup) debug: evaluateType form: (Monoid) $param: NIL Debug: evaluateType1 form: (Monoid) debug: evaluateType form: (CATEGORY domain (SIGNATURE gcd ($ $ $)) (ATTRIBUTE (commutative *))) $param: NIL debug: compDefine1 signature (post evaluate): ((Join (OrderedAbelianSemiGroup) (Monoid) (CATEGORY domain (SIGNATURE gcd ($ $ $)) (ATTRIBUTE (commutative *))))) ------------------------------------------------------------------------ initializing stationary directory for PositiveInteger compiling into /tmp/oa-B1P7kk (time taken in buildFunctor: 0) Time: 0.04 SEC. Cumulative Statistics for Constructor PositiveInteger Time: 0.04 seconds --------------non extending category---------------------- PositiveInteger of category Join(OrderedAbelianSemiGroup,Monoid) with gcd : (%,%) -> % commutative("*") has no OrderedAbelianMonoidSup ---------------------------------------------------------- finalizing NRLIB PI Processing PositiveInteger for Browser database: -- gcd : (%,%) -> % -- commutative : "*" -> attribute -- constructor ; compiling file "/tmp/oa-B1P7kk/code.lsp" (written 01 FEB 2016 10:57:01 PM): ; compiling (DEFUN |PositiveInteger| ...) ; compiling (DEFUN |PositiveInteger;| ...) ; compiling (MAKEPROP (QUOTE |PositiveInteger|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbSuperDomain| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-B1P7kk/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/KVTFROM.fasl --optimize=3 KVTFROM.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/KVTFROM.spad using Spad compiler. KVTFROM abbreviates category ConvertibleFrom debug: compDefine1 lhs: (ConvertibleFrom S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (ConvertibleFrom S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for ConvertibleFrom compiling into /tmp/oa-LZlOvu STYLE-WARNING: redefining BOOT::|ConvertibleFrom| in DEFUN Time: 0.01 SEC. finalizing NRLIB KVTFROM Processing ConvertibleFrom for Browser database: -- convert : S -> % -- constructor ; compiling file "/tmp/oa-LZlOvu/code.lsp" (written 01 FEB 2016 10:57:01 PM): ; compiling (DEFPARAMETER |ConvertibleFrom;AL| ...) ; compiling (DEFUN |ConvertibleFrom;| ...) ; compiling (DEFUN |ConvertibleFrom| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-LZlOvu/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/SEXCAT.fasl --optimize=3 SEXCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SEXCAT.spad using Spad compiler. SEXCAT abbreviates category SExpressionCategory debug: compDefine1 lhs: (SExpressionCategory Str Sym Int Flt Expr) signature (pre-evaluate): ((Category) NIL NIL NIL NIL NIL) debug: evaluateType form: (Category) $param: (Str Sym Int Flt Expr) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for SExpressionCategory compiling into /tmp/oa-dq83Xy STYLE-WARNING: redefining BOOT::|SExpressionCategory| in DEFUN Time: 0.02 SEC. finalizing NRLIB SEXCAT Processing SExpressionCategory for Browser database: -- eq : (%,%) -> Boolean -- null? : % -> Boolean -- atom? : % -> Boolean -- pair? : % -> Boolean -- list? : % -> Boolean -- string? : % -> Boolean -- symbol? : % -> Boolean -- integer? : % -> Boolean -- float? : % -> Boolean -- destruct : % -> List % -- string : % -> Str -- symbol : % -> Sym -- integer : % -> Int -- float : % -> Flt -- expr : % -> Expr -- car : % -> % -- cdr : % -> % -- #? : % -> Integer -- constructor ; compiling file "/tmp/oa-dq83Xy/code.lsp" (written 01 FEB 2016 10:57:01 PM): ; compiling (DEFPARAMETER |SExpressionCategory;AL| ...) ; compiling (DEFUN |SExpressionCategory;| ...) ; compiling (DEFUN |SExpressionCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-dq83Xy/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/SEXOF.fasl --optimize=3 SEXOF.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SEXOF.spad using Spad compiler. SEXOF abbreviates domain SExpressionOf debug: compDefine1 lhs: (SExpressionOf Str Sym Int Flt Expr) signature (pre-evaluate): ((SExpressionCategory Str Sym Int Flt Expr) NIL NIL NIL NIL NIL) debug: evaluateType form: (SExpressionCategory Str Sym Int Flt Expr) $param: (Str Sym Int Flt Expr) Debug: evaluateType1 form: (SExpressionCategory Str Sym Int Flt Expr) debug: evaluateType1 x: Str m: (SetCategory) debug: evaluateType1 x: Sym m: (SetCategory) debug: evaluateType1 x: Int m: (SetCategory) debug: evaluateType1 x: Flt m: (SetCategory) debug: evaluateType1 x: Expr m: (SetCategory) debug: compDefine1 signature (post evaluate): ((SExpressionCategory Str Sym Int Flt Expr) NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for SExpressionOf compiling into /tmp/oa-MqHu5F compiling exported coerce : % -> OutputForm Time: 0.04 SEC. compiling exported = : (%,%) -> Boolean SEXOF;=;2$B;2 is replaced by %equal Time: 0.00 SEC. compiling exported eq : (%,%) -> Boolean SEXOF;eq;2$B;3 is replaced by %peq Time: 0 SEC. compiling exported null? : % -> Boolean SEXOF;null?;$B;4 b is replaced by %peq(b,%nil) Time: 0 SEC. compiling exported atom? : % -> Boolean Time: 0.00 SEC. compiling exported pair? : % -> Boolean SEXOF;pair?;$B;6 is replaced by %pair? Time: 0 SEC. compiling exported list? : % -> Boolean Time: 0 SEC. compiling exported string? : % -> Boolean SEXOF;string?;$B;8 is replaced by %string? Time: 0.00 SEC. compiling exported symbol? : % -> Boolean SEXOF;symbol?;$B;9 is replaced by %ident? Time: 0 SEC. compiling exported integer? : % -> Boolean SEXOF;integer?;$B;10 is replaced by %integer? Time: 0 SEC. compiling exported float? : % -> Boolean SEXOF;float?;$B;11 is replaced by %float? Time: 0.00 SEC. compiling exported destruct : % -> List % Time: 0.01 SEC. compiling exported string : % -> Str Time: 0 SEC. compiling exported symbol : % -> Sym Time: 0 SEC. compiling exported float : % -> Flt Time: 0 SEC. compiling exported integer : % -> Int Time: 0.00 SEC. compiling exported expr : % -> Expr SEXOF;expr;$Expr;17 b is replaced by b Time: 0 SEC. compiling exported convert : List % -> % SEXOF;convert;L$;18 l is replaced by l Time: 0.00 SEC. compiling exported convert : Str -> % SEXOF;convert;Str$;19 st is replaced by st Time: 0 SEC. compiling exported convert : Sym -> % SEXOF;convert;Sym$;20 sy is replaced by sy Time: 0 SEC. compiling exported convert : Int -> % SEXOF;convert;Int$;21 n is replaced by n Time: 0.00 SEC. compiling exported convert : Flt -> % SEXOF;convert;Flt$;22 f is replaced by f Time: 0 SEC. compiling exported convert : Expr -> % SEXOF;convert;Expr$;23 e is replaced by e Time: 0 SEC. compiling exported car : % -> % SEXOF;car;2$;24 is replaced by %head Time: 0 SEC. compiling exported cdr : % -> % SEXOF;cdr;2$;25 is replaced by %tail Time: 0.00 SEC. compiling exported # : % -> Integer SEXOF;#;$I;26 is replaced by %llength Time: 0 SEC. compiling exported elt : (%,Integer) -> % Time: 0.01 SEC. compiling exported elt : (%,List Integer) -> % Time: 0.02 SEC. (time taken in buildFunctor: 4) Time: 0.01 SEC. Warnings: [1] coerce: l has no value [2] convert: pretend $ -- should replace by @ Cumulative Statistics for Constructor SExpressionOf Time: 0.12 seconds finalizing NRLIB SEXOF Processing SExpressionOf for Browser database: -- constructor ; compiling file "/tmp/oa-MqHu5F/code.lsp" (written 01 FEB 2016 10:57:01 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEXOF;=;2$B;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEXOF;eq;2$B;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEXOF;null?;$B;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEXOF;pair?;$B;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEXOF;string?;$B;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEXOF;symbol?;$B;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEXOF;integer?;$B;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEXOF;float?;$B;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEXOF;expr;$Expr;17|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEXOF;convert;L$;18|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEXOF;convert;Str$;19|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEXOF;convert;Sym$;20|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEXOF;convert;Int$;21|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEXOF;convert;Flt$;22|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEXOF;convert;Expr$;23|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEXOF;car;2$;24|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEXOF;cdr;2$;25|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEXOF;#;$I;26|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEXOF;atom?;$B;5|) ...) ; compiling (PUT (QUOTE |SEXOF;list?;$B;7|) ...) ; compiling (PUT (QUOTE |SEXOF;destruct;$L;12|) ...) ; compiling (PUT (QUOTE |SEXOF;string;$Str;13|) ...) ; compiling (PUT (QUOTE |SEXOF;symbol;$Sym;14|) ...) ; compiling (PUT (QUOTE |SEXOF;float;$Flt;15|) ...) ; compiling (PUT (QUOTE |SEXOF;integer;$Int;16|) ...) ; compiling (DEFUN |SEXOF;coerce;$Of;1| ...) ; compiling (DEFUN |SEXOF;=;2$B;2| ...) ; compiling (DEFUN |SEXOF;eq;2$B;3| ...) ; compiling (DEFUN |SEXOF;null?;$B;4| ...) ; compiling (DEFUN |SEXOF;atom?;$B;5| ...) ; compiling (DEFUN |SEXOF;pair?;$B;6| ...) ; compiling (DEFUN |SEXOF;list?;$B;7| ...) ; file: /tmp/oa-MqHu5F/code.lsp ; in: DEFUN |SEXOF;list?;$B;7| ; (DEFUN BOOT::|SEXOF;list?;$B;7| (BOOT::|b| BOOT::$) ; (OR (CONSP BOOT::|b|) (NULL BOOT::|b|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SEXOF;list?;$B;7| ; (BOOT::|b| BOOT::$) ; (BLOCK BOOT::|SEXOF;list?;$B;7| (OR (CONSP BOOT::|b|) (NULL BOOT::|b|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SEXOF;string?;$B;8| ...) ; compiling (DEFUN |SEXOF;symbol?;$B;9| ...) ; file: /tmp/oa-MqHu5F/code.lsp ; in: DEFUN |SEXOF;symbol?;$B;9| ; (DEFUN BOOT::|SEXOF;symbol?;$B;9| (BOOT::|b| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (|AxiomCore|:|ident?| BOOT::|b|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SEXOF;symbol?;$B;9| ; (BOOT::|b| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|SEXOF;symbol?;$B;9| (|AxiomCore|:|ident?| BOOT::|b|))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |SEXOF;integer?;$B;10| ...) ; compiling (DEFUN |SEXOF;float?;$B;11| ...) ; compiling (DEFUN |SEXOF;destruct;$L;12| ...) ; file: /tmp/oa-MqHu5F/code.lsp ; in: DEFUN |SEXOF;destruct;$L;12| ; (DEFUN BOOT::|SEXOF;destruct;$L;12| (BOOT::|b| BOOT::$) ; (COND ((OR (CONSP BOOT::|b|) (NULL BOOT::|b|)) BOOT::|b|) ; (T (BOOT::|error| "Non-list")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SEXOF;destruct;$L;12| ; (BOOT::|b| BOOT::$) ; (BLOCK BOOT::|SEXOF;destruct;$L;12| ; (COND ((OR # #) BOOT::|b|) (T (BOOT::|error| "Non-list"))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SEXOF;string;$Str;13| ...) ; file: /tmp/oa-MqHu5F/code.lsp ; in: DEFUN |SEXOF;string;$Str;13| ; (DEFUN BOOT::|SEXOF;string;$Str;13| (BOOT::|b| BOOT::$) ; (COND ((STRINGP BOOT::|b|) BOOT::|b|) (T (BOOT::|error| "Non-string")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SEXOF;string;$Str;13| ; (BOOT::|b| BOOT::$) ; (BLOCK BOOT::|SEXOF;string;$Str;13| ; (COND ((STRINGP BOOT::|b|) BOOT::|b|) ; (T (BOOT::|error| "Non-string"))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SEXOF;symbol;$Sym;14| ...) ; file: /tmp/oa-MqHu5F/code.lsp ; in: DEFUN |SEXOF;symbol;$Sym;14| ; (DEFUN BOOT::|SEXOF;symbol;$Sym;14| (BOOT::|b| BOOT::$) ; (COND ((|AxiomCore|:|ident?| BOOT::|b|) BOOT::|b|) ; (T (BOOT::|error| "Non-symbol")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SEXOF;symbol;$Sym;14| ; (BOOT::|b| BOOT::$) ; (BLOCK BOOT::|SEXOF;symbol;$Sym;14| ; (COND ((|AxiomCore|:|ident?| BOOT::|b|) BOOT::|b|) ; (T (BOOT::|error| "Non-symbol"))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SEXOF;float;$Flt;15| ...) ; file: /tmp/oa-MqHu5F/code.lsp ; in: DEFUN |SEXOF;float;$Flt;15| ; (DEFUN BOOT::|SEXOF;float;$Flt;15| (BOOT::|b| BOOT::$) ; (COND ((FLOATP BOOT::|b|) BOOT::|b|) (T (BOOT::|error| "Non-float")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SEXOF;float;$Flt;15| ; (BOOT::|b| BOOT::$) ; (BLOCK BOOT::|SEXOF;float;$Flt;15| ; (COND ((FLOATP BOOT::|b|) BOOT::|b|) (T (BOOT::|error| "Non-float"))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SEXOF;integer;$Int;16| ...) ; file: /tmp/oa-MqHu5F/code.lsp ; in: DEFUN |SEXOF;integer;$Int;16| ; (DEFUN BOOT::|SEXOF;integer;$Int;16| (BOOT::|b| BOOT::$) ; (COND ((INTEGERP BOOT::|b|) BOOT::|b|) (T (BOOT::|error| "Non-integer")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SEXOF;integer;$Int;16| ; (BOOT::|b| BOOT::$) ; (BLOCK BOOT::|SEXOF;integer;$Int;16| ; (COND ((INTEGERP BOOT::|b|) BOOT::|b|) ; (T (BOOT::|error| "Non-integer"))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SEXOF;expr;$Expr;17| ...) ; compiling (DEFUN |SEXOF;convert;L$;18| ...) ; compiling (DEFUN |SEXOF;convert;Str$;19| ...) ; compiling (DEFUN |SEXOF;convert;Sym$;20| ...) ; compiling (DEFUN |SEXOF;convert;Int$;21| ...) ; compiling (DEFUN |SEXOF;convert;Flt$;22| ...) ; compiling (DEFUN |SEXOF;convert;Expr$;23| ...) ; compiling (DEFUN |SEXOF;car;2$;24| ...) ; compiling (DEFUN |SEXOF;cdr;2$;25| ...) ; compiling (DEFUN |SEXOF;#;$I;26| ...) ; compiling (DEFUN |SEXOF;elt;$I$;27| ...) ; compiling (DEFUN |SEXOF;elt;$L$;28| ...) ; compiling (DEFUN |SExpressionOf| ...) ; compiling (DEFUN |SExpressionOf;| ...) ; compiling (MAKEPROP (QUOTE |SExpressionOf|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 6 STYLE-WARNING conditions ; printed 2 notes ; /tmp/oa-MqHu5F/code.fasl written ; compilation finished in 0:00:00.079 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/SEX.fasl --optimize=3 SEX.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SEX.spad using Spad compiler. SEX abbreviates domain SExpression debug: compDefine1 lhs: (SExpression) signature (pre-evaluate): (NIL) debug: compDefine1 signature (post evaluate): (NIL) ------------------------------------------------------------------------ initializing stationary directory for SExpression compiling into /tmp/oa-3iaElZ (time taken in buildFunctor: 0) Time: 0.08 SEC. Cumulative Statistics for Constructor SExpression Time: 0.08 seconds finalizing NRLIB SEX Processing SExpression for Browser database: -- constructor ; compiling file "/tmp/oa-3iaElZ/code.lsp" (written 01 FEB 2016 10:57:02 PM): ; compiling (DEFUN |SExpression| ...) ; compiling (DEFUN |SExpression;| ...) ; compiling (MAKEPROP (QUOTE |SExpression|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-3iaElZ/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/NONE.fasl --optimize=3 NONE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NONE.spad using Spad compiler. NONE abbreviates domain None debug: compDefine1 lhs: (None) signature (pre-evaluate): ((SetCategory)) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((SetCategory)) ------------------------------------------------------------------------ initializing stationary directory for None compiling into /tmp/oa-nqv9ib compiling exported coerce : % -> OutputForm NONE;coerce;$Of;1 none is replaced by "NONE" Time: 0.00 SEC. compiling exported = : (%,%) -> Boolean NONE;=;2$B;2 is replaced by %peq Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor None Time: 0.02 seconds finalizing NRLIB NONE Processing None for Browser database: -- constructor ; compiling file "/tmp/oa-nqv9ib/code.lsp" (written 01 FEB 2016 10:57:02 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |NONE;coerce;$Of;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |NONE;=;2$B;2|) ...) ; compiling (DEFUN |NONE;coerce;$Of;1| ...) ; file: /tmp/oa-nqv9ib/code.lsp ; in: DEFUN |NONE;coerce;$Of;1| ; (DEFUN BOOT::|NONE;coerce;$Of;1| (BOOT::|none| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; "NONE") ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NONE;coerce;$Of;1| ; (BOOT::|none| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|NONE;coerce;$Of;1| "NONE")) ; ; caught STYLE-WARNING: ; The variable |none| is defined but never used. ; compiling (DEFUN |NONE;=;2$B;2| ...) ; compiling (DEFUN |None| ...) ; compiling (DEFUN |None;| ...) ; compiling (MAKEPROP (QUOTE |None|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; /tmp/oa-nqv9ib/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/ANY.fasl --optimize=3 ANY.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ANY.spad using Spad compiler. ANY abbreviates domain Any debug: compDefine1 lhs: (Any) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE any ($ (SExpression) (None))) (SIGNATURE dom ((SExpression) $)) (SIGNATURE obj ((None) $))))) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (SIGNATURE any ($ (SExpression) (None))) (SIGNATURE dom ((SExpression) $)) (SIGNATURE obj ((None) $)))) $param: NIL debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE any ($ (SExpression) (None))) (SIGNATURE dom ((SExpression) $)) (SIGNATURE obj ((None) $))) $param: NIL debug: evaluateType form: (SExpression) $param: NIL Debug: evaluateType1 form: (SExpression) debug: evaluateType form: (None) $param: NIL Debug: evaluateType1 form: (None) debug: evaluateType form: (SExpression) $param: NIL Debug: evaluateType1 form: (SExpression) debug: evaluateType form: (None) $param: NIL Debug: evaluateType1 form: (None) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE any ($ (SExpression) (None))) (SIGNATURE dom ((SExpression) $)) (SIGNATURE obj ((None) $))))) ------------------------------------------------------------------------ initializing stationary directory for Any compiling into /tmp/oa-uWmful compiling exported obj : % -> None ANY;obj;$N;1 is replaced by %tail Time: 0.00 SEC. compiling exported dom : % -> SExpression ANY;dom;$Se;2 is replaced by %head Time: 0.00 SEC. compiling exported = : (%,%) -> Boolean Time: 0 SEC. compiling exported coerce : % -> OutputForm Time: 0.00 SEC. compiling exported any : (SExpression,None) -> % Time: 0.00 SEC. (time taken in buildFunctor: 4) Time: 0.00 SEC. Cumulative Statistics for Constructor Any Time: 0.02 seconds finalizing NRLIB ANY Processing Any for Browser database: -- any : (SExpression,None) -> % -- dom : % -> SExpression -- obj : % -> None -- constructor ; compiling file "/tmp/oa-uWmful/code.lsp" (written 01 FEB 2016 10:57:02 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ANY;obj;$N;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ANY;dom;$Se;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ANY;obj;$N;1| ...) ; compiling (DEFUN |ANY;dom;$Se;2| ...) ; compiling (DEFUN |ANY;=;2$B;3| ...) ; file: /tmp/oa-uWmful/code.lsp ; in: DEFUN |ANY;=;2$B;3| ; (DEFUN BOOT::|ANY;=;2$B;3| (BOOT::|x| BOOT::|y| BOOT::$) ; (LET ((BOOT::S (BOOT::|evalDomain| #))) ; (COND ((AND # #) (BOOT::SPADCALL # # #)) (T (EQ BOOT::|x| BOOT::|y|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ANY;=;2$B;3| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|ANY;=;2$B;3| ; (LET ((BOOT::S #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |ANY;coerce;$Of;4| ...) ; compiling (DEFUN |ANY;any;SeN$;5| ...) ; file: /tmp/oa-uWmful/code.lsp ; in: DEFUN |ANY;any;SeN$;5| ; (DEFUN BOOT::|ANY;any;SeN$;5| (BOOT::|domain| BOOT::|object| BOOT::$) ; (COND ; ((BOOT::|isValidType| BOOT::|domain|) ; (CONS BOOT::|domain| BOOT::|object|)) ; (T (PROGN (SETQ #) (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ANY;any;SeN$;5| ; (BOOT::|domain| BOOT::|object| BOOT::$) ; (BLOCK BOOT::|ANY;any;SeN$;5| ; (COND ; ((BOOT::|isValidType| BOOT::|domain|) ; (CONS BOOT::|domain| BOOT::|object|)) ; (T (PROGN # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |Any| ...) ; compiling (DEFUN |Any;| ...) ; compiling (MAKEPROP (QUOTE |Any|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 2 notes ; /tmp/oa-uWmful/code.fasl written ; compilation finished in 0:00:00.028 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/RCAGG.fasl --optimize=3 RCAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RCAGG.spad using Spad compiler. RCAGG abbreviates category RecursiveAggregate debug: compDefine1 lhs: (RecursiveAggregate S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (RecursiveAggregate S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for RecursiveAggregate compiling into /tmp/oa-4uZVgr STYLE-WARNING: redefining BOOT::|RecursiveAggregate| in DEFUN Time: 0.01 SEC. RCAGG- abbreviates package RecursiveAggregate& ------------------------------------------------------------------------ initializing stationary directory for RecursiveAggregate& compiling into /tmp/oa-8M6Did compiling exported elt : (A,value) -> S Time: 0.01 SEC. compiling exported setelt : (A,value,S) -> S Time: 0 SEC. compiling exported child? : (A,A) -> Boolean Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Warnings: [1] child?: member? has no value Cumulative Statistics for Constructor RecursiveAggregate& Time: 0.01 seconds finalizing NRLIB RCAGG- ; compiling file "/tmp/oa-8M6Did/code.lsp" (written 01 FEB 2016 10:57:02 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RCAGG-;elt;$valueS;1| ...) ; file: /tmp/oa-8M6Did/code.lsp ; in: DEFUN |RCAGG-;elt;$valueS;1| ; (DEFUN BOOT::|RCAGG-;elt;$valueS;1| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 8))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RCAGG-;elt;$valueS;1| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|RCAGG-;elt;$valueS;1| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 8)))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |RCAGG-;setelt;$value2S;2| ...) ; file: /tmp/oa-8M6Did/code.lsp ; in: DEFUN |RCAGG-;setelt;$value2S;2| ; (DEFUN BOOT::|RCAGG-;setelt;$value2S;2| ; (BOOT::|x| BOOT::T1 BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 11))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RCAGG-;setelt;$value2S;2| ; (BOOT::|x| BOOT::T1 BOOT::|y| BOOT::$) ; (BLOCK BOOT::|RCAGG-;setelt;$value2S;2| ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 11)))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |RCAGG-;child?;2$B;3| ...) ; file: /tmp/oa-8M6Did/code.lsp ; in: DEFUN |RCAGG-;child?;2$B;3| ; (DEFUN BOOT::|RCAGG-;child?;2$B;3| (BOOT::|x| BOOT::|l| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| ; (BOOT::SPADCALL BOOT::|l| (BOOT::|shellEntry| BOOT::$ 14)) ; (BOOT::|shellEntry| BOOT::$ 17))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RCAGG-;child?;2$B;3| ; (BOOT::|x| BOOT::|l| BOOT::$) ; (BLOCK BOOT::|RCAGG-;child?;2$B;3| ; (BOOT::SPADCALL BOOT::|x| ; (BOOT::SPADCALL BOOT::|l| ; (BOOT::|shellEntry| BOOT::$ 14)) ; (BOOT::|shellEntry| BOOT::$ 17)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |RecursiveAggregate&| ...) ; compiling (MAKEPROP (QUOTE |RecursiveAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 1 note ; /tmp/oa-8M6Did/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ finalizing NRLIB RCAGG Processing RecursiveAggregate for Browser database: -- children : % -> List % -- nodes : % -> List % -- leaf? : % -> Boolean -- value : % -> S -- elt : (%,"value") -> S -- cyclic? : % -> Boolean -- leaves : % -> List S -- distance : (%,%) -> Integer -- child? : (%,%) -> Boolean -- node? : (%,%) -> Boolean -- setchildren! : (%,List %) -> % -- setelt : (%,"value",S) -> S -- setvalue! : (%,S) -> S -- constructor ; compiling file "/tmp/oa-4uZVgr/code.lsp" (written 01 FEB 2016 10:57:02 PM): ; compiling (DEFPARAMETER |RecursiveAggregate;AL| ...) ; compiling (DEFUN |RecursiveAggregate;| ...) ; compiling (DEFUN |RecursiveAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-4uZVgr/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/URAGG.fasl --optimize=3 URAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/URAGG.spad using Spad compiler. URAGG abbreviates category UnaryRecursiveAggregate debug: compDefine1 lhs: (UnaryRecursiveAggregate S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (UnaryRecursiveAggregate S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for UnaryRecursiveAggregate compiling into /tmp/oa-9YU1uG STYLE-WARNING: redefining BOOT::|UnaryRecursiveAggregate| in DEFUN Time: 0.01 SEC. URAGG- abbreviates package UnaryRecursiveAggregate& ------------------------------------------------------------------------ initializing stationary directory for UnaryRecursiveAggregate& compiling into /tmp/oa-Vv1AYs compiling exported elt : (A,first) -> S Time: 0.02 SEC. compiling exported elt : (A,last) -> S Time: 0 SEC. compiling exported elt : (A,rest) -> A Time: 0 SEC. compiling exported second : A -> S Time: 0 SEC. compiling exported third : A -> S Time: 0 SEC. compiling exported cyclic? : A -> Boolean Time: 0.00 SEC. compiling exported last : A -> S Time: 0 SEC. compiling exported nodes : A -> List A Time: 0.02 SEC. compiling exported children : A -> List A Time: 0.02 SEC. compiling exported leaf? : A -> Boolean Time: 0 SEC. compiling exported value : A -> S Time: 0.01 SEC. compiling exported # : A -> NonNegativeInteger Time: 0.02 SEC. compiling exported tail : A -> A Time: 0.01 SEC. compiling local findCycle : A -> A Time: 0.01 SEC. compiling exported cycleTail : A -> A Time: 0.01 SEC. compiling exported cycleEntry : A -> A Time: 0.02 SEC. compiling exported cycleLength : A -> NonNegativeInteger Time: 0.01 SEC. compiling exported rest : (A,NonNegativeInteger) -> A Time: 0.01 SEC. compiling exported last : (A,NonNegativeInteger) -> A Time: 0.01 SEC. compiling exported = : (A,A) -> Boolean Time: 0.03 SEC. compiling exported node? : (A,A) -> Boolean Time: 0.01 SEC. compiling exported setelt : (A,first,S) -> S Time: 0.00 SEC. compiling exported setelt : (A,last,S) -> S Time: 0 SEC. compiling exported setelt : (A,rest,A) -> A Time: 0.00 SEC. compiling exported concat : (A,A) -> A Time: 0 SEC. compiling exported setlast! : (A,S) -> S Time: 0.00 SEC. compiling exported setchildren! : (A,List A) -> A Time: 0.01 SEC. compiling exported setvalue! : (A,S) -> S Time: 0.00 SEC. compiling exported split! : (A,Integer) -> A Time: 0.01 SEC. compiling exported cycleSplit! : A -> A Time: 0.04 SEC. compiling exported map! : (S -> S,A) -> A Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor UnaryRecursiveAggregate& Time: 0.30 seconds finalizing NRLIB URAGG- ; compiling file "/tmp/oa-Vv1AYs/code.lsp" (written 01 FEB 2016 10:57:02 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |URAGG-;elt;$firstS;1| ...) ; file: /tmp/oa-Vv1AYs/code.lsp ; in: DEFUN |URAGG-;elt;$firstS;1| ; (DEFUN BOOT::|URAGG-;elt;$firstS;1| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 8))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|URAGG-;elt;$firstS;1| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|URAGG-;elt;$firstS;1| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 8)))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |URAGG-;elt;$lastS;2| ...) ; file: /tmp/oa-Vv1AYs/code.lsp ; in: DEFUN |URAGG-;elt;$lastS;2| ; (DEFUN BOOT::|URAGG-;elt;$lastS;2| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 11))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|URAGG-;elt;$lastS;2| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|URAGG-;elt;$lastS;2| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 11)))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |URAGG-;elt;$rest$;3| ...) ; file: /tmp/oa-Vv1AYs/code.lsp ; in: DEFUN |URAGG-;elt;$rest$;3| ; (DEFUN BOOT::|URAGG-;elt;$rest$;3| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 14))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|URAGG-;elt;$rest$;3| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|URAGG-;elt;$rest$;3| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 14)))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |URAGG-;second;$S;4| ...) ; compiling (DEFUN |URAGG-;third;$S;5| ...) ; compiling (DEFUN |URAGG-;cyclic?;$B;6| ...) ; compiling (DEFUN |URAGG-;last;$S;7| ...) ; compiling (DEFUN |URAGG-;nodes;$L;8| ...) ; file: /tmp/oa-Vv1AYs/code.lsp ; in: DEFUN |URAGG-;nodes;$L;8| ; (DEFUN BOOT::|URAGG-;nodes;$L;8| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|l| NIL)) ; (BOOT::SEQ (LOOP (COND # #)) ; (BOOT::EXIT (BOOTTRAN:|reverse!| BOOT::|l|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|URAGG-;nodes;$L;8| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|URAGG-;nodes;$L;8| ; (LET ((BOOT::|l| NIL)) ; (BOOT::SEQ (LOOP #) (BOOT::EXIT #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |URAGG-;children;$L;9| ...) ; compiling (DEFUN |URAGG-;leaf?;$B;10| ...) ; file: /tmp/oa-Vv1AYs/code.lsp ; in: DEFUN |URAGG-;leaf?;$B;10| ; (DEFUN BOOT::|URAGG-;leaf?;$B;10| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 20))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|URAGG-;leaf?;$B;10| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|URAGG-;leaf?;$B;10| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 20)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |URAGG-;value;$S;11| ...) ; compiling (DEFUN |URAGG-;#;$Nni;12| ...) ; compiling (DEFUN |URAGG-;tail;2$;13| ...) ; compiling (DEFUN |URAGG-;findCycle| ...) ; compiling (DEFUN |URAGG-;cycleTail;2$;15| ...) ; compiling (DEFUN |URAGG-;cycleEntry;2$;16| ...) ; compiling (DEFUN |URAGG-;cycleLength;$Nni;17| ...) ; compiling (DEFUN |URAGG-;rest;$Nni$;18| ...) ; compiling (DEFUN |URAGG-;last;$Nni$;19| ...) ; compiling (DEFUN |URAGG-;=;2$B;20| ...) ; file: /tmp/oa-Vv1AYs/code.lsp ; in: DEFUN |URAGG-;=;2$B;20| ; (DEFUN BOOT::|URAGG-;=;2$B;20| (BOOT::|x| BOOT::|y| BOOT::$) ; (OR (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 44)) ; (BOOT::SEQ ; (LET (#) ; (LOOP # ; #)) ; (BOOT::EXIT (AND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|URAGG-;=;2$B;20| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|URAGG-;=;2$B;20| ; (OR ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 44)) ; (BOOT::SEQ ; (LET # ; #) ; (BOOT::EXIT #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |URAGG-;node?;2$B;21| ...) ; file: /tmp/oa-Vv1AYs/code.lsp ; in: DEFUN |URAGG-;node?;2$B;21| ; (DEFUN BOOT::|URAGG-;node?;2$B;21| (BOOT::|u| BOOT::|v| BOOT::$) ; (PROGN ; (LET ((BOOT::|k| 0)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::SPADCALL BOOT::|u| BOOT::|v| (BOOT::|shellEntry| BOOT::$ 61)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|URAGG-;node?;2$B;21| ; (BOOT::|u| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|URAGG-;node?;2$B;21| ; (PROGN ; (LET (#) ; (LOOP # ; #)) ; (BOOT::SPADCALL BOOT::|u| BOOT::|v| (BOOT::|shellEntry| BOOT::$ 61))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |URAGG-;setelt;$first2S;22| ...) ; file: /tmp/oa-Vv1AYs/code.lsp ; in: DEFUN |URAGG-;setelt;$first2S;22| ; (DEFUN BOOT::|URAGG-;setelt;$first2S;22| ; (BOOT::|x| BOOT::T1 BOOT::|a| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|a| (BOOT::|shellEntry| BOOT::$ 63))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|URAGG-;setelt;$first2S;22| ; (BOOT::|x| BOOT::T1 BOOT::|a| BOOT::$) ; (BLOCK BOOT::|URAGG-;setelt;$first2S;22| ; (BOOT::SPADCALL BOOT::|x| BOOT::|a| (BOOT::|shellEntry| BOOT::$ 63)))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |URAGG-;setelt;$last2S;23| ...) ; file: /tmp/oa-Vv1AYs/code.lsp ; in: DEFUN |URAGG-;setelt;$last2S;23| ; (DEFUN BOOT::|URAGG-;setelt;$last2S;23| ; (BOOT::|x| BOOT::T1 BOOT::|a| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|a| (BOOT::|shellEntry| BOOT::$ 65))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|URAGG-;setelt;$last2S;23| ; (BOOT::|x| BOOT::T1 BOOT::|a| BOOT::$) ; (BLOCK BOOT::|URAGG-;setelt;$last2S;23| ; (BOOT::SPADCALL BOOT::|x| BOOT::|a| (BOOT::|shellEntry| BOOT::$ 65)))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |URAGG-;setelt;$rest2$;24| ...) ; file: /tmp/oa-Vv1AYs/code.lsp ; in: DEFUN |URAGG-;setelt;$rest2$;24| ; (DEFUN BOOT::|URAGG-;setelt;$rest2$;24| ; (BOOT::|x| BOOT::T1 BOOT::|a| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|a| (BOOT::|shellEntry| BOOT::$ 67))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|URAGG-;setelt;$rest2$;24| ; (BOOT::|x| BOOT::T1 BOOT::|a| BOOT::$) ; (BLOCK BOOT::|URAGG-;setelt;$rest2$;24| ; (BOOT::SPADCALL BOOT::|x| BOOT::|a| (BOOT::|shellEntry| BOOT::$ 67)))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |URAGG-;concat;3$;25| ...) ; compiling (DEFUN |URAGG-;setlast!;$2S;26| ...) ; compiling (DEFUN |URAGG-;setchildren!;$L$;27| ...) ; compiling (DEFUN |URAGG-;setvalue!;$2S;28| ...) ; compiling (DEFUN |URAGG-;split!;$I$;29| ...) ; file: /tmp/oa-Vv1AYs/code.lsp ; in: DEFUN |URAGG-;split!;$I$;29| ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |URAGG-;cycleSplit!;2$;30| ...) ; compiling (DEFUN |URAGG-;map!;M2$;31| ...) ; compiling (DEFUN |UnaryRecursiveAggregate&| ...) ; compiling (MAKEPROP (QUOTE |UnaryRecursiveAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 6 STYLE-WARNING conditions ; printed 5 notes ; /tmp/oa-Vv1AYs/code.fasl written ; compilation finished in 0:00:00.096 ------------------------------------------------------------------------ finalizing NRLIB URAGG Processing UnaryRecursiveAggregate for Browser database: -- concat : (%,%) -> % -- concat : (S,%) -> % -- first : % -> S -- elt : (%,"first") -> S -- first : (%,NonNegativeInteger) -> % -- rest : % -> % -- elt : (%,"rest") -> % -- rest : (%,NonNegativeInteger) -> % -- last : % -> S -- elt : (%,"last") -> S -- last : (%,NonNegativeInteger) -> % -- tail : % -> % -- second : % -> S -- third : % -> S -- cycleEntry : % -> % -- cycleLength : % -> NonNegativeInteger -- cycleTail : % -> % -- concat! : (%,%) -> % -- concat! : (%,S) -> % -- cycleSplit! : % -> % -- setfirst! : (%,S) -> S -- setelt : (%,"first",S) -> S -- setrest! : (%,%) -> % -- setelt : (%,"rest",%) -> % -- setlast! : (%,S) -> S -- setelt : (%,"last",S) -> S -- split! : (%,Integer) -> % -- constructor ; compiling file "/tmp/oa-9YU1uG/code.lsp" (written 01 FEB 2016 10:57:03 PM): ; compiling (DEFPARAMETER |UnaryRecursiveAggregate;AL| ...) ; compiling (DEFUN |UnaryRecursiveAggregate;| ...) ; compiling (DEFUN |UnaryRecursiveAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-9YU1uG/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/STAGG.fasl --optimize=3 STAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/STAGG.spad using Spad compiler. STAGG abbreviates category StreamAggregate debug: compDefine1 lhs: (StreamAggregate S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (StreamAggregate S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for StreamAggregate compiling into /tmp/oa-pTgMAb STYLE-WARNING: redefining BOOT::|StreamAggregate| in DEFUN Time: 0.01 SEC. STAGG- abbreviates package StreamAggregate& ------------------------------------------------------------------------ initializing stationary directory for StreamAggregate& compiling into /tmp/oa-GGltrZ compiling exported explicitlyFinite? : A -> Boolean Time: 0.01 SEC. compiling exported possiblyInfinite? : A -> Boolean Time: 0 SEC. compiling exported first : (A,NonNegativeInteger) -> A Time: 0.04 SEC. compiling local c2 : (A,A) -> S Time: 0.01 SEC. compiling exported elt : (A,Integer) -> S Time: 0.01 SEC. compiling exported elt : (A,UniversalSegment Integer) -> A Time: 0.02 SEC. compiling exported concat : (A,A) -> A Time: 0.00 SEC. compiling exported concat : List A -> A Time: 0.01 SEC. compiling exported fill! : (A,S) -> A Time: 0 SEC. compiling exported setelt : (A,Integer,S) -> S Time: 0.01 SEC. compiling exported setelt : (A,UniversalSegment Integer,S) -> S Time: 0.01 SEC. compiling exported concat! : (A,A) -> A Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] elt: - has no value [2] setelt: negative? has no value [3] setelt: - has no value Cumulative Statistics for Constructor StreamAggregate& Time: 0.14 seconds finalizing NRLIB STAGG- ; compiling file "/tmp/oa-GGltrZ/code.lsp" (written 01 FEB 2016 10:57:03 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |STAGG-;explicitlyFinite?;$B;1| ...) ; compiling (DEFUN |STAGG-;possiblyInfinite?;$B;2| ...) ; file: /tmp/oa-GGltrZ/code.lsp ; in: DEFUN |STAGG-;possiblyInfinite?;$B;2| ; (DEFUN BOOT::|STAGG-;possiblyInfinite?;$B;2| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 9))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STAGG-;possiblyInfinite?;$B;2| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|STAGG-;possiblyInfinite?;$B;2| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 9)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |STAGG-;first;$Nni$;3| ...) ; compiling (DEFUN |STAGG-;c2| ...) ; file: /tmp/oa-GGltrZ/code.lsp ; in: DEFUN |STAGG-;c2| ; (DEFUN BOOT::|STAGG-;c2| (BOOT::|x| BOOT::|r| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 18)) ; (BOOT::|error| "Index out of range")) ; (T (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 19))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STAGG-;c2| ; (BOOT::|x| BOOT::|r| BOOT::$) ; (BLOCK BOOT::|STAGG-;c2| ; (COND ; ((BOOT::SPADCALL BOOT::|x| #) (BOOT::|error| "Index out of range")) ; (T (BOOT::SPADCALL BOOT::|x| #))))) ; ; caught STYLE-WARNING: ; The variable |r| is defined but never used. ; compiling (DEFUN |STAGG-;elt;$IS;5| ...) ; file: /tmp/oa-GGltrZ/code.lsp ; in: DEFUN |STAGG-;elt;$IS;5| ; (DEFUN BOOT::|STAGG-;elt;$IS;5| (BOOT::|x| BOOT::|i| BOOT::$) ; (BOOT::SEQ (SETQ BOOT::|i| (- BOOT::|i| #)) ; (COND ((MINUSP BOOT::|i|) (BOOT::EXIT #))) ; (SETQ BOOT::|x| (BOOT::SPADCALL BOOT::|x| # #)) ; (COND ((BOOT::SPADCALL BOOT::|x| #) (BOOT::EXIT #))) ; (BOOT::EXIT ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 19))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STAGG-;elt;$IS;5| ; (BOOT::|x| BOOT::|i| BOOT::$) ; (BLOCK BOOT::|STAGG-;elt;$IS;5| ; (BOOT::SEQ (SETQ BOOT::|i| #) (COND (# #)) (SETQ BOOT::|x| #) ; (COND (# #)) (BOOT::EXIT (BOOT::SPADCALL BOOT::|x| #))))) ; ; note: Assignment to argument: |i| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |STAGG-;elt;$Us$;6| ...) ; compiling (DEFUN |STAGG-;concat;3$;7| ...) ; compiling (DEFUN |STAGG-;concat;L$;8| ...) ; compiling (DEFUN |STAGG-;fill!;$S$;9| ...) ; compiling (DEFUN |STAGG-;setelt;$I2S;10| ...) ; file: /tmp/oa-GGltrZ/code.lsp ; in: DEFUN |STAGG-;setelt;$I2S;10| ; (DEFUN BOOT::|STAGG-;setelt;$I2S;10| (BOOT::|x| BOOT::|i| BOOT::|s| BOOT::$) ; (BOOT::SEQ (SETQ BOOT::|i| (- BOOT::|i| #)) ; (COND ((MINUSP BOOT::|i|) (BOOT::EXIT #))) ; (SETQ BOOT::|x| (BOOT::SPADCALL BOOT::|x| # #)) ; (COND ((BOOT::SPADCALL BOOT::|x| #) (BOOT::EXIT #))) ; (BOOT::EXIT ; (BOOT::SPADCALL BOOT::|x| BOOT::|s| ; (BOOT::|shellEntry| BOOT::$ 46))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STAGG-;setelt;$I2S;10| ; (BOOT::|x| BOOT::|i| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|STAGG-;setelt;$I2S;10| ; (BOOT::SEQ (SETQ BOOT::|i| #) (COND (# #)) (SETQ BOOT::|x| #) ; (COND (# #)) ; (BOOT::EXIT (BOOT::SPADCALL BOOT::|x| BOOT::|s| #))))) ; ; note: Assignment to argument: |i| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |STAGG-;setelt;$Us2S;11| ...) ; compiling (DEFUN |STAGG-;concat!;3$;12| ...) ; compiling (DEFUN |StreamAggregate&| ...) ; compiling (MAKEPROP (QUOTE |StreamAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 3 notes ; /tmp/oa-GGltrZ/code.fasl written ; compilation finished in 0:00:00.050 ------------------------------------------------------------------------ finalizing NRLIB STAGG Processing StreamAggregate for Browser database: -- explicitlyFinite? : % -> Boolean -- possiblyInfinite? : % -> Boolean -- less? : (%,NonNegativeInteger) -> Boolean -- more? : (%,NonNegativeInteger) -> Boolean -- size? : (%,NonNegativeInteger) -> Boolean -- constructor ; compiling file "/tmp/oa-pTgMAb/code.lsp" (written 01 FEB 2016 10:57:03 PM): ; compiling (DEFPARAMETER |StreamAggregate;AL| ...) ; compiling (DEFUN |StreamAggregate;| ...) ; compiling (DEFUN |StreamAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-pTgMAb/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/ELAGG.fasl --optimize=3 ELAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ELAGG.spad using Spad compiler. ELAGG abbreviates category ExtensibleLinearAggregate debug: compDefine1 lhs: (ExtensibleLinearAggregate S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (ExtensibleLinearAggregate S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for ExtensibleLinearAggregate compiling into /tmp/oa-5uNhzv STYLE-WARNING: redefining BOOT::|ExtensibleLinearAggregate| in DEFUN Time: 0.01 SEC. ELAGG- abbreviates package ExtensibleLinearAggregate& ------------------------------------------------------------------------ initializing stationary directory for ExtensibleLinearAggregate& compiling into /tmp/oa-4pFwbk compiling exported delete : (A,Integer) -> A Time: 0.01 SEC. compiling exported delete : (A,UniversalSegment Integer) -> A Time: 0.00 SEC. compiling exported remove : (S -> Boolean,A) -> A Time: 0 SEC. compiling exported insert : (S,A,Integer) -> A Time: 0 SEC. compiling exported insert : (A,A,Integer) -> A Time: 0 SEC. compiling exported select : (S -> Boolean,A) -> A Time: 0.00 SEC. compiling exported concat : (A,A) -> A Time: 0 SEC. compiling exported concat : (A,S) -> A Time: 0.01 SEC. compiling exported concat! : (A,S) -> A Time: 0.00 SEC. compiling exported remove : (S,A) -> A Time: 0.00 SEC. compiling exported remove! : (S,A) -> A Time: 0 SEC. compiling exported removeDuplicates : A -> A Time: 0 SEC. compiling exported merge! : (A,A) -> A Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor ExtensibleLinearAggregate& Time: 0.05 seconds finalizing NRLIB ELAGG- ; compiling file "/tmp/oa-4pFwbk/code.lsp" (written 01 FEB 2016 10:57:03 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ELAGG-;delete;$I$;1| ...) ; compiling (DEFUN |ELAGG-;delete;$Us$;2| ...) ; compiling (DEFUN |ELAGG-;remove;M2$;3| ...) ; compiling (DEFUN |ELAGG-;insert;S$I$;4| ...) ; compiling (DEFUN |ELAGG-;insert;2$I$;5| ...) ; compiling (DEFUN |ELAGG-;select;M2$;6| ...) ; compiling (DEFUN |ELAGG-;concat;3$;7| ...) ; compiling (DEFUN |ELAGG-;concat;$S$;8| ...) ; compiling (DEFUN |ELAGG-;concat!;$S$;9| ...) ; compiling (DEFUN |ELAGG-;remove;S2$;10| ...) ; compiling (DEFUN |ELAGG-;remove!;S2$;11| ...) ; compiling (DEFUN |ELAGG-;remove!;S2$;11!0| ...) ; compiling (DEFUN |ELAGG-;removeDuplicates;2$;12| ...) ; compiling (DEFUN |ELAGG-;merge!;3$;13| ...) ; compiling (DEFUN |ExtensibleLinearAggregate&| ...) ; compiling (MAKEPROP (QUOTE |ExtensibleLinearAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-4pFwbk/code.fasl written ; compilation finished in 0:00:00.033 ------------------------------------------------------------------------ finalizing NRLIB ELAGG Processing ExtensibleLinearAggregate for Browser database: -- concat! : (%,S) -> % -- concat! : (%,%) -> % -- delete! : (%,Integer) -> % -- delete! : (%,UniversalSegment Integer) -> % -- remove! : ((S -> Boolean),%) -> % -- insert! : (S,%,Integer) -> % -- insert! : (%,%,Integer) -> % -- merge! : (((S,S) -> Boolean),%,%) -> % -- select! : ((S -> Boolean),%) -> % -- remove! : (S,%) -> % -- removeDuplicates! : % -> % -- merge! : (%,%) -> % -- constructor ; compiling file "/tmp/oa-5uNhzv/code.lsp" (written 01 FEB 2016 10:57:03 PM): ; compiling (DEFPARAMETER |ExtensibleLinearAggregate;AL| ...) ; compiling (DEFUN |ExtensibleLinearAggregate;| ...) ; compiling (DEFUN |ExtensibleLinearAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-5uNhzv/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/LSAGG.fasl --optimize=3 LSAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LSAGG.spad using Spad compiler. LSAGG abbreviates category ListAggregate debug: compDefine1 lhs: (ListAggregate S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (ListAggregate S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for ListAggregate compiling into /tmp/oa-UpUx0K STYLE-WARNING: redefining BOOT::|ListAggregate| in DEFUN Time: 0.02 SEC. LSAGG- abbreviates package ListAggregate& ------------------------------------------------------------------------ initializing stationary directory for ListAggregate& compiling into /tmp/oa-gj8WaA compiling exported sort! : ((S,S) -> Boolean,A) -> A Time: 0.04 SEC. compiling exported list : S -> A Time: 0 SEC. compiling exported reduce : ((S,S) -> S,A) -> S Time: 0.02 SEC. compiling exported merge : ((S,S) -> Boolean,A,A) -> A Time: 0.00 SEC. compiling exported select! : (S -> Boolean,A) -> A Time: 0.00 SEC. compiling exported merge! : ((S,S) -> Boolean,A,A) -> A Time: 0.02 SEC. compiling exported insert! : (S,A,Integer) -> A Time: 0.06 SEC. compiling exported insert! : (A,A,Integer) -> A Time: 0.03 SEC. compiling exported remove! : (S -> Boolean,A) -> A Time: 0.01 SEC. compiling exported delete! : (A,Integer) -> A Time: 0.04 SEC. compiling exported delete! : (A,UniversalSegment Integer) -> A Time: 0.06 SEC. compiling exported find : (S -> Boolean,A) -> Union(S,failed) Time: 0.02 SEC. compiling exported position : (S -> Boolean,A) -> Integer Time: 0.02 SEC. compiling local mergeSort : ((S,S) -> Boolean,A,Integer) -> A Time: 0.01 SEC. compiling exported sorted? : ((S,S) -> Boolean,A) -> Boolean Time: 0.00 SEC. compiling exported reduce : ((S,S) -> S,A,S) -> S Time: 0.00 SEC. compiling exported reduce : ((S,S) -> S,A,S,S) -> S Time: 0.01 SEC. compiling exported new : (NonNegativeInteger,S) -> A Time: 0.01 SEC. compiling exported map : ((S,S) -> S,A,A) -> A Time: 0.03 SEC. compiling exported reverse! : A -> A Time: 0.00 SEC. compiling exported copy : A -> A Time: 0.04 SEC. compiling exported copyInto! : (A,A,Integer) -> A Time: 0.02 SEC. compiling exported position : (S,A,Integer) -> Integer Time: 0.02 SEC. compiling exported removeDuplicates! : A -> A Time: 0 SEC. compiling exported < : (A,A) -> Boolean Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor ListAggregate& Time: 0.49 seconds finalizing NRLIB LSAGG- ; compiling file "/tmp/oa-gj8WaA/code.lsp" (written 01 FEB 2016 10:57:04 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LSAGG-;sort!;M2$;1| ...) ; compiling (DEFUN |LSAGG-;list;S$;2| ...) ; compiling (DEFUN |LSAGG-;reduce;M$S;3| ...) ; compiling (DEFUN |LSAGG-;merge;M3$;4| ...) ; compiling (DEFUN |LSAGG-;select!;M2$;5| ...) ; compiling (DEFUN |LSAGG-;merge!;M3$;6| ...) ; compiling (DEFUN |LSAGG-;insert!;S$I$;7| ...) ; compiling (DEFUN |LSAGG-;insert!;2$I$;8| ...) ; compiling (DEFUN |LSAGG-;remove!;M2$;9| ...) ; compiling (DEFUN |LSAGG-;delete!;$I$;10| ...) ; compiling (DEFUN |LSAGG-;delete!;$Us$;11| ...) ; compiling (DEFUN |LSAGG-;find;M$U;12| ...) ; compiling (DEFUN |LSAGG-;position;M$I;13| ...) ; compiling (DEFUN |LSAGG-;mergeSort| ...) ; file: /tmp/oa-gj8WaA/code.lsp ; in: DEFUN |LSAGG-;mergeSort| ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |LSAGG-;sorted?;M$B;15| ...) ; compiling (DEFUN |LSAGG-;reduce;M$2S;16| ...) ; compiling (DEFUN |LSAGG-;reduce;M$3S;17| ...) ; compiling (DEFUN |LSAGG-;new;NniS$;18| ...) ; compiling (DEFUN |LSAGG-;map;M3$;19| ...) ; compiling (DEFUN |LSAGG-;reverse!;2$;20| ...) ; compiling (DEFUN |LSAGG-;copy;2$;21| ...) ; compiling (DEFUN |LSAGG-;copyInto!;2$I$;22| ...) ; compiling (DEFUN |LSAGG-;position;S$2I;23| ...) ; file: /tmp/oa-gj8WaA/code.lsp ; in: DEFUN |LSAGG-;position;S$2I;23| ; (DEFUN BOOT::|LSAGG-;position;S$2I;23| ; (BOOT::|w| BOOT::|x| BOOT::|s| BOOT::$) ; (PROG (BOOT::|k|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LSAGG-;position;S$2I;23| ; (BOOT::|w| BOOT::|x| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|LSAGG-;position;S$2I;23| ; (PROG (BOOT::|k|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |LSAGG-;removeDuplicates!;2$;24| ...) ; compiling (DEFUN |LSAGG-;removeDuplicates!;2$;24!0| ...) ; compiling (DEFUN |LSAGG-;<;2$B;25| ...) ; file: /tmp/oa-gj8WaA/code.lsp ; in: DEFUN |LSAGG-;<;2$B;25| ; (DEFUN BOOT::|LSAGG-;<;2$B;25| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SEQ (LOOP (COND (# #) (T #))) ; (BOOT::EXIT (AND (BOOT::SPADCALL BOOT::|x| #) (NOT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LSAGG-;<;2$B;25| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|LSAGG-;<;2$B;25| ; (BOOT::SEQ (LOOP (COND # #)) (BOOT::EXIT (AND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |ListAggregate&| ...) ; compiling (MAKEPROP (QUOTE |ListAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 3 notes ; /tmp/oa-gj8WaA/code.fasl written ; compilation finished in 0:00:00.091 ------------------------------------------------------------------------ finalizing NRLIB LSAGG Processing ListAggregate for Browser database: -- list : S -> % -- constructor ; compiling file "/tmp/oa-UpUx0K/code.lsp" (written 01 FEB 2016 10:57:04 PM): ; compiling (DEFPARAMETER |ListAggregate;AL| ...) ; compiling (DEFUN |ListAggregate;| ...) ; compiling (DEFUN |ListAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-UpUx0K/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/LIST.fasl --optimize=3 LIST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LIST.spad using Spad compiler. LIST abbreviates domain List debug: compDefine1 lhs: (List S) signature (pre-evaluate): ((Join (ListAggregate S) (CATEGORY domain (SIGNATURE nil ($) constant) (SIGNATURE null ((Boolean) $)) (SIGNATURE cons ($ S $)) (SIGNATURE append ($ $ $)) (IF (has S (SetCategory)) (PROGN (SIGNATURE setUnion ($ $ $)) (SIGNATURE setIntersection ($ $ $)) (SIGNATURE setDifference ($ $ $))) %noBranch))) (Type)) debug: evaluateType form: (Join (ListAggregate S) (CATEGORY domain (SIGNATURE nil ($) constant) (SIGNATURE null ((Boolean) $)) (SIGNATURE cons ($ S $)) (SIGNATURE append ($ $ $)) (IF (has S (SetCategory)) (PROGN (SIGNATURE setUnion ($ $ $)) (SIGNATURE setIntersection ($ $ $)) (SIGNATURE setDifference ($ $ $))) %noBranch))) $param: (S) debug: evaluateType form: (ListAggregate S) $param: (S) Debug: evaluateType1 form: (ListAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE nil ($) constant) (SIGNATURE null ((Boolean) $)) (SIGNATURE cons ($ S $)) (SIGNATURE append ($ $ $)) (IF (has S (SetCategory)) (PROGN (SIGNATURE setUnion ($ $ $)) (SIGNATURE setIntersection ($ $ $)) (SIGNATURE setDifference ($ $ $))) %noBranch)) $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Join (ListAggregate S) (CATEGORY domain (SIGNATURE nil ($) constant) (SIGNATURE null ((Boolean) $)) (SIGNATURE cons ($ S $)) (SIGNATURE append ($ $ $)) (IF (has S (SetCategory)) (PROGN (SIGNATURE setUnion ($ $ $)) (SIGNATURE setIntersection ($ $ $)) (SIGNATURE setDifference ($ $ $))) %noBranch))) (Type)) debug: compDefine1 lhs: (List S) signature (pre-evaluate): ((Join (ListAggregate S) (CATEGORY domain (SIGNATURE nil ($) constant) (SIGNATURE null ((Boolean) $)) (SIGNATURE cons ($ S $)) (SIGNATURE append ($ $ $)) (IF (has S (SetCategory)) (PROGN (SIGNATURE setUnion ($ $ $)) (SIGNATURE setIntersection ($ $ $)) (SIGNATURE setDifference ($ $ $))) %noBranch))) NIL) debug: evaluateType form: (Join (ListAggregate S) (CATEGORY domain (SIGNATURE nil ($) constant) (SIGNATURE null ((Boolean) $)) (SIGNATURE cons ($ S $)) (SIGNATURE append ($ $ $)) (IF (has S (SetCategory)) (PROGN (SIGNATURE setUnion ($ $ $)) (SIGNATURE setIntersection ($ $ $)) (SIGNATURE setDifference ($ $ $))) %noBranch))) $param: (S) debug: evaluateType form: (ListAggregate S) $param: (S) Debug: evaluateType1 form: (ListAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE nil ($) constant) (SIGNATURE null ((Boolean) $)) (SIGNATURE cons ($ S $)) (SIGNATURE append ($ $ $)) (IF (has S (SetCategory)) (PROGN (SIGNATURE setUnion ($ $ $)) (SIGNATURE setIntersection ($ $ $)) (SIGNATURE setDifference ($ $ $))) %noBranch)) $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S) debug: compDefine1 signature (post evaluate): ((Join (ListAggregate S) (CATEGORY domain (SIGNATURE nil ($) constant) (SIGNATURE null ((Boolean) $)) (SIGNATURE cons ($ S $)) (SIGNATURE append ($ $ $)) (IF (has S (SetCategory)) (PROGN (SIGNATURE setUnion ($ $ $)) (SIGNATURE setIntersection ($ $ $)) (SIGNATURE setDifference ($ $ $))) %noBranch))) NIL) ------------------------------------------------------------------------ initializing stationary directory for List compiling into /tmp/oa-nhf9Au compiling exported nil : () -> % LIST;nil;$;1 is replaced by %nil Time: 0.05 SEC. compiling exported null : % -> Boolean LIST;null;$B;2 l is replaced by %peq(l,%nil) Time: 0 SEC. compiling exported cons : (S,%) -> % LIST;cons;S2$;3 is replaced by %pair Time: 0.00 SEC. compiling exported append : (%,%) -> % LIST;append;3$;4 is replaced by %lconcat Time: 0 SEC. compiling exported # : % -> NonNegativeInteger LIST;#;$Nni;5 is replaced by %llength Time: 0 SEC. compiling exported concat : (S,%) -> % LIST;concat;S2$;6 is replaced by %pair Time: 0 SEC. compiling exported eq? : (%,%) -> Boolean LIST;eq?;2$B;7 is replaced by %peq Time: 0 SEC. compiling exported first : % -> S LIST;first;$S;8 is replaced by SPADfirst Time: 0.00 SEC. compiling exported elt : (%,first) -> S LIST;elt;$firstS;9(x,T1) is replaced by SPADfirst x Time: 0 SEC. compiling exported empty : () -> % LIST;empty;$;10 is replaced by %nil Time: 0 SEC. compiling exported empty? : % -> Boolean LIST;empty?;$B;11 is replaced by %lempty? Time: 0 SEC. compiling exported rest : % -> % LIST;rest;2$;12 is replaced by %tail Time: 0 SEC. compiling exported elt : (%,rest) -> % LIST;elt;$rest$;13(x,T1) is replaced by %tail x Time: 0.00 SEC. compiling exported setfirst! : (%,S) -> S Time: 0.01 SEC. compiling exported setelt : (%,first,S) -> S Time: 0.01 SEC. compiling exported setrest! : (%,%) -> % Time: 0 SEC. compiling exported setelt : (%,rest,%) -> % Time: 0.01 SEC. compiling exported construct : List S -> % LIST;construct;L$;18 l is replaced by l Time: 0 SEC. compiling exported members : % -> List S LIST;members;$L;19 s is replaced by s Time: 0.01 SEC. compiling exported reverse! : % -> % LIST;reverse!;2$;20 is replaced by %lreverse! Time: 0 SEC. compiling exported reverse : % -> % LIST;reverse;2$;21 is replaced by %lreverse Time: 0 SEC. compiling exported minIndex : % -> Integer LIST;minIndex;$I;22 x is replaced by 1 Time: 0 SEC. compiling exported rest : (%,NonNegativeInteger) -> % Time: 0.01 SEC. compiling exported copy : % -> % LIST;copy;2$;24 is replaced by %lcopy Time: 0 SEC. compiling exported coerce : % -> OutputForm Time: 0.06 SEC. compiling exported = : (%,%) -> Boolean Time: 0.02 SEC. compiling exported latex : % -> String Time: 0.02 SEC. compiling exported member? : (S,%) -> Boolean Time: 0.00 SEC. compiling exported concat! : (%,%) -> % Time: 0.02 SEC. compiling exported removeDuplicates! : % -> % Time: 0.00 SEC. compiling exported sort! : ((S,S) -> Boolean,%) -> % Time: 0.01 SEC. compiling exported merge! : ((S,S) -> Boolean,%,%) -> % Time: 0.02 SEC. compiling exported split! : (%,Integer) -> % Time: 0.01 SEC. compiling local mergeSort : ((S,S) -> Boolean,%,Integer) -> % Time: 0.04 SEC. compiling exported setUnion : (%,%) -> % Time: 0.00 SEC. compiling exported setIntersection : (%,%) -> % Time: 0.00 SEC. compiling exported setDifference : (%,%) -> % Time: 0.01 SEC. compiling exported convert : % -> InputForm Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Time: 0.06 SEC. compiling exported map! : (S -> S,%) -> % Time: 0.00 SEC. (time taken in buildFunctor: 8) Time: 0.03 SEC. Warnings: [1] convert: pretend List S -- should replace by @ Cumulative Statistics for Constructor List Time: 0.41 seconds finalizing NRLIB LIST Processing List for Browser database: -- nil : () -> % -- null : % -> Boolean -- cons : (S,%) -> % -- append : (%,%) -> % -- setUnion : (%,%) -> % -- setIntersection : (%,%) -> % -- setDifference : (%,%) -> % -- constructor ; compiling file "/tmp/oa-nhf9Au/code.lsp" (written 01 FEB 2016 10:57:04 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;nil;$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;null;$B;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;cons;S2$;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;append;3$;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;#;$Nni;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;concat;S2$;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;eq?;2$B;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;first;$S;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;elt;$firstS;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;empty;$;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;empty?;$B;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;rest;2$;12|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;elt;$rest$;13|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;construct;L$;18|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;members;$L;19|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;reverse!;2$;20|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;reverse;2$;21|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;minIndex;$I;22|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;copy;2$;24|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LIST;nil;$;1| ...) ; compiling (DEFUN |LIST;null;$B;2| ...) ; compiling (DEFUN |LIST;cons;S2$;3| ...) ; compiling (DEFUN |LIST;append;3$;4| ...) ; compiling (DEFUN |LIST;#;$Nni;5| ...) ; compiling (DEFUN |LIST;concat;S2$;6| ...) ; compiling (DEFUN |LIST;eq?;2$B;7| ...) ; compiling (DEFUN |LIST;first;$S;8| ...) ; compiling (DEFUN |LIST;elt;$firstS;9| ...) ; file: /tmp/oa-nhf9Au/code.lsp ; in: DEFUN |LIST;elt;$firstS;9| ; (DEFUN BOOT::|LIST;elt;$firstS;9| (BOOT::|x| BOOT::T1 BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|SPADfirst| BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;elt;$firstS;9| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|LIST;elt;$firstS;9| (BOOT::|SPADfirst| BOOT::|x|))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |LIST;empty;$;10| ...) ; compiling (DEFUN |LIST;empty?;$B;11| ...) ; compiling (DEFUN |LIST;rest;2$;12| ...) ; compiling (DEFUN |LIST;elt;$rest$;13| ...) ; file: /tmp/oa-nhf9Au/code.lsp ; in: DEFUN |LIST;elt;$rest$;13| ; (DEFUN BOOT::|LIST;elt;$rest$;13| (BOOT::|x| BOOT::T1 BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (CDR BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;elt;$rest$;13| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|LIST;elt;$rest$;13| (CDR BOOT::|x|))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |LIST;setfirst!;$2S;14| ...) ; file: /tmp/oa-nhf9Au/code.lsp ; in: DEFUN |LIST;setfirst!;$2S;14| ; (DEFUN BOOT::|LIST;setfirst!;$2S;14| (BOOT::|x| BOOT::|s| BOOT::$) ; (COND ((NULL BOOT::|x|) (BOOT::|error| "Cannot update an empty list")) ; (T (PROGN (RPLACA BOOT::|x| BOOT::|s|) BOOT::|s|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;setfirst!;$2S;14| ; (BOOT::|x| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|LIST;setfirst!;$2S;14| ; (COND ((NULL BOOT::|x|) (BOOT::|error| "Cannot update an empty list")) ; (T (PROGN # BOOT::|s|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |LIST;setelt;$first2S;15| ...) ; file: /tmp/oa-nhf9Au/code.lsp ; in: DEFUN |LIST;setelt;$first2S;15| ; (DEFUN BOOT::|LIST;setelt;$first2S;15| (BOOT::|x| BOOT::T1 BOOT::|s| BOOT::$) ; (COND ((NULL BOOT::|x|) (BOOT::|error| "Cannot update an empty list")) ; (T (PROGN (RPLACA BOOT::|x| BOOT::|s|) BOOT::|s|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;setelt;$first2S;15| ; (BOOT::|x| BOOT::T1 BOOT::|s| BOOT::$) ; (BLOCK BOOT::|LIST;setelt;$first2S;15| ; (COND ((NULL BOOT::|x|) (BOOT::|error| "Cannot update an empty list")) ; (T (PROGN # BOOT::|s|))))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |LIST;setrest!;3$;16| ...) ; file: /tmp/oa-nhf9Au/code.lsp ; in: DEFUN |LIST;setrest!;3$;16| ; (DEFUN BOOT::|LIST;setrest!;3$;16| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ((NULL BOOT::|x|) (BOOT::|error| "Cannot update an empty list")) ; (T (PROGN (RPLACD BOOT::|x| BOOT::|y|) (CDR BOOT::|x|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;setrest!;3$;16| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|LIST;setrest!;3$;16| ; (COND ((NULL BOOT::|x|) (BOOT::|error| "Cannot update an empty list")) ; (T (PROGN # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |LIST;setelt;$rest2$;17| ...) ; file: /tmp/oa-nhf9Au/code.lsp ; in: DEFUN |LIST;setelt;$rest2$;17| ; (DEFUN BOOT::|LIST;setelt;$rest2$;17| (BOOT::|x| BOOT::T1 BOOT::|y| BOOT::$) ; (COND ((NULL BOOT::|x|) (BOOT::|error| "Cannot update an empty list")) ; (T (PROGN (RPLACD BOOT::|x| BOOT::|y|) (CDR BOOT::|x|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;setelt;$rest2$;17| ; (BOOT::|x| BOOT::T1 BOOT::|y| BOOT::$) ; (BLOCK BOOT::|LIST;setelt;$rest2$;17| ; (COND ((NULL BOOT::|x|) (BOOT::|error| "Cannot update an empty list")) ; (T (PROGN # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |LIST;construct;L$;18| ...) ; compiling (DEFUN |LIST;members;$L;19| ...) ; compiling (DEFUN |LIST;reverse!;2$;20| ...) ; file: /tmp/oa-nhf9Au/code.lsp ; in: DEFUN |LIST;reverse!;2$;20| ; (DEFUN BOOT::|LIST;reverse!;2$;20| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOTTRAN:|reverse!| BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;reverse!;2$;20| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|LIST;reverse!;2$;20| (BOOTTRAN:|reverse!| BOOT::|x|))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |LIST;reverse;2$;21| ...) ; file: /tmp/oa-nhf9Au/code.lsp ; in: DEFUN |LIST;reverse;2$;21| ; (DEFUN BOOT::|LIST;reverse;2$;21| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOTTRAN:|reverse| BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;reverse;2$;21| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|LIST;reverse;2$;21| (BOOTTRAN:|reverse| BOOT::|x|))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |LIST;minIndex;$I;22| ...) ; file: /tmp/oa-nhf9Au/code.lsp ; in: DEFUN |LIST;minIndex;$I;22| ; (DEFUN BOOT::|LIST;minIndex;$I;22| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; 1) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;minIndex;$I;22| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|LIST;minIndex;$I;22| 1)) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |LIST;rest;$Nni$;23| ...) ; file: /tmp/oa-nhf9Au/code.lsp ; in: DEFUN |LIST;rest;$Nni$;23| ; (DEFUN BOOT::|LIST;rest;$Nni$;23| (BOOT::|x| BOOT::|n| BOOT::$) ; (BOOT::SEQ ; (LET ((BOOT::|i| 1)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::EXIT BOOT::|x|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;rest;$Nni$;23| ; (BOOT::|x| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|LIST;rest;$Nni$;23| ; (BOOT::SEQ ; (LET (#) ; (LOOP # ; #)) ; (BOOT::EXIT BOOT::|x|)))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |LIST;copy;2$;24| ...) ; compiling (DEFUN |LIST;coerce;$Of;25| ...) ; file: /tmp/oa-nhf9Au/code.lsp ; in: DEFUN |LIST;coerce;$Of;25| ; (DEFUN BOOT::|LIST;coerce;$Of;25| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|z|) ; (RETURN ; (LET (# #) ; (BOOT::SEQ # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;coerce;$Of;25| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|LIST;coerce;$Of;25| ; (PROG (BOOT::|z|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |LIST;=;2$B;26| ...) ; file: /tmp/oa-nhf9Au/code.lsp ; in: DEFUN |LIST;=;2$B;26| ; (DEFUN BOOT::|LIST;=;2$B;26| (BOOT::|x| BOOT::|y| BOOT::$) ; (OR (EQ BOOT::|x| BOOT::|y|) ; (BOOT::SEQ (LOOP (COND # #)) (BOOT::EXIT (AND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;=;2$B;26| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|LIST;=;2$B;26| ; (OR (EQ BOOT::|x| BOOT::|y|) (BOOT::SEQ (LOOP #) (BOOT::EXIT #))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |y| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |LIST;latex;$S;27| ...) ; file: /tmp/oa-nhf9Au/code.lsp ; in: DEFUN |LIST;latex;$S;27| ; (DEFUN BOOT::|LIST;latex;$S;27| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|s| "\\left[")) ; (BOOT::SEQ (LOOP (COND # #)) ; (BOOT::EXIT (BOOT::STRCONC BOOT::|s| " \\right]"))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;latex;$S;27| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|LIST;latex;$S;27| ; (LET ((BOOT::|s| "\\left[")) ; (BOOT::SEQ (LOOP #) (BOOT::EXIT #))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |LIST;member?;S$B;28| ...) ; file: /tmp/oa-nhf9Au/code.lsp ; in: DEFUN |LIST;member?;S$B;28| ; (DEFUN BOOT::|LIST;member?;S$B;28| (BOOT::|s| BOOT::|x| BOOT::$) ; (PROGN (LOOP (COND (# #) (T #))) NIL)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;member?;S$B;28| ; (BOOT::|s| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|LIST;member?;S$B;28| (PROGN (LOOP (COND # #)) NIL))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |LIST;concat!;3$;29| ...) ; file: /tmp/oa-nhf9Au/code.lsp ; in: DEFUN |LIST;concat!;3$;29| ; (DEFUN BOOT::|LIST;concat!;3$;29| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ((NULL BOOT::|x|) (COND (# BOOT::|x|) (T #))) ; (T ; (LET (#) ; (PROGN # # BOOT::|x|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;concat!;3$;29| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|LIST;concat!;3$;29| ; (COND ((NULL BOOT::|x|) (COND # #)) ; (T ; (LET # ; #))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |LIST;removeDuplicates!;2$;30| ...) ; compiling (DEFUN |LIST;sort!;M2$;31| ...) ; compiling (DEFUN |LIST;merge!;M3$;32| ...) ; file: /tmp/oa-nhf9Au/code.lsp ; in: DEFUN |LIST;merge!;M3$;32| ; (DEFUN BOOT::|LIST;merge!;M3$;32| (BOOT::|f| BOOT::|p| BOOT::|q| BOOT::$) ; (COND ((NULL BOOT::|p|) BOOT::|q|) ((NULL BOOT::|q|) BOOT::|p|) ; (T ; (LET (# #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;merge!;M3$;32| ; (BOOT::|f| BOOT::|p| BOOT::|q| BOOT::$) ; (BLOCK BOOT::|LIST;merge!;M3$;32| ; (COND ((NULL BOOT::|p|) BOOT::|q|) ((NULL BOOT::|q|) BOOT::|p|) ; (T ; (LET # ; #))))) ; ; note: Assignment to argument: |p| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |q| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |LIST;split!;$I$;33| ...) ; file: /tmp/oa-nhf9Au/code.lsp ; in: DEFUN |LIST;split!;$I$;33| ; (DEFUN BOOT::|LIST;split!;$I$;33| (BOOT::|p| BOOT::|n| BOOT::$) ; (PROG (BOOT::|q|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;split!;$I$;33| ; (BOOT::|p| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|LIST;split!;$I$;33| (PROG (BOOT::|q|) (RETURN (COND # #))))) ; ; note: Assignment to argument: |p| ; prevents use of assertion from function type proclamation: ; LIST ; ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; (DEFUN BOOT::|LIST;split!;$I$;33| (BOOT::|p| BOOT::|n| BOOT::$) ; (PROG (BOOT::|q|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;split!;$I$;33| ; (BOOT::|p| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|LIST;split!;$I$;33| (PROG (BOOT::|q|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |LIST;mergeSort| ...) ; file: /tmp/oa-nhf9Au/code.lsp ; in: DEFUN |LIST;mergeSort| ; (DEFUN BOOT::|LIST;mergeSort| (BOOT::|f| BOOT::|p| BOOT::|n| BOOT::$) ; (PROG (BOOT::|q| BOOT::|l|) (RETURN (BOOT::SEQ (COND #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;mergeSort| ; (BOOT::|f| BOOT::|p| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|LIST;mergeSort| ; (PROG (BOOT::|q| BOOT::|l|) (RETURN (BOOT::SEQ # #))))) ; ; note: Assignment to argument: |p| ; prevents use of assertion from function type proclamation: ; LIST ; ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |LIST;setUnion;3$;35| ...) ; file: /tmp/oa-nhf9Au/code.lsp ; in: DEFUN |LIST;setUnion;3$;35| ; (DEFUN BOOT::|LIST;setUnion;3$;35| (BOOT::|l1| BOOT::|l2| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|l1| BOOT::|l2| (BOOT::|shellEntry| BOOT::$ 72)) ; (BOOT::|shellEntry| BOOT::$ 73))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;setUnion;3$;35| ; (BOOT::|l1| BOOT::|l2| BOOT::$) ; (BLOCK BOOT::|LIST;setUnion;3$;35| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|l1| BOOT::|l2| (BOOT::|shellEntry| BOOT::$ 72)) ; (BOOT::|shellEntry| BOOT::$ 73)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |LIST;setIntersection;3$;36| ...) ; file: /tmp/oa-nhf9Au/code.lsp ; in: DEFUN |LIST;setIntersection;3$;36| ; (DEFUN BOOT::|LIST;setIntersection;3$;36| (BOOT::|l1| BOOT::|l2| BOOT::$) ; (LET ((BOOT::|u| NIL)) ; (BOOT::SEQ (SETQ BOOT::|l1| #) (LOOP (COND # #)) (BOOT::EXIT BOOT::|u|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;setIntersection;3$;36| ; (BOOT::|l1| BOOT::|l2| BOOT::$) ; (BLOCK BOOT::|LIST;setIntersection;3$;36| ; (LET ((BOOT::|u| NIL)) ; (BOOT::SEQ (SETQ #) (LOOP #) (BOOT::EXIT BOOT::|u|))))) ; ; note: Assignment to argument: |l1| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |LIST;setDifference;3$;37| ...) ; file: /tmp/oa-nhf9Au/code.lsp ; in: DEFUN |LIST;setDifference;3$;37| ; (DEFUN BOOT::|LIST;setDifference;3$;37| (BOOT::|l1| BOOT::|l2| BOOT::$) ; (PROG (BOOT::|l11| BOOT::|lu|) ; (RETURN ; (BOOT::SEQ (SETQ #) ; (BOOT::LETT BOOT::|lu| NIL BOOT::|LIST;setDifference;3$;37|) ; (LOOP #) (BOOT::EXIT BOOT::|lu|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;setDifference;3$;37| ; (BOOT::|l1| BOOT::|l2| BOOT::$) ; (BLOCK BOOT::|LIST;setDifference;3$;37| ; (PROG (BOOT::|l11| BOOT::|lu|) (RETURN (BOOT::SEQ # # # #))))) ; ; note: Assignment to argument: |l1| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |LIST;convert;$If;38| ...) ; compiling (DEFUN |LIST;map!;M2$;39| ...) ; compiling (DEFUN |List| ...) ; compiling (DEFUN |List;| ...) ; compiling (MAKEPROP (QUOTE |List|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 12 STYLE-WARNING conditions ; printed 23 notes ; /tmp/oa-nhf9Au/code.fasl written ; compilation finished in 0:00:00.132 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/TBAGG.fasl --optimize=3 TBAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TBAGG.spad using Spad compiler. TBAGG abbreviates category TableAggregate debug: compDefine1 lhs: (TableAggregate Key Entry) signature (pre-evaluate): ((Category) (SetCategory) (SetCategory)) debug: evaluateType form: (Category) $param: (Key Entry) debug: evaluateType form: (SetCategory) $param: (Key Entry) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (SetCategory) $param: (Key Entry) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Category) (SetCategory) (SetCategory)) debug: compDefine1 lhs: (TableAggregate Key Entry) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (Key Entry) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for TableAggregate compiling into /tmp/oa-CpfuE5 STYLE-WARNING: redefining BOOT::|TableAggregate| in DEFUN Time: 0.01 SEC. TBAGG- abbreviates package TableAggregate& ------------------------------------------------------------------------ initializing stationary directory for TableAggregate& compiling into /tmp/oa-p3VLfY compiling exported table : () -> S Time: 0.02 SEC. compiling exported table : List Record(key: Key,entry: Entry) -> S Time: 0.00 SEC. compiling exported insert! : (Record(key: Key,entry: Entry),S) -> S Time: 0.00 SEC. compiling exported indices : S -> List Key Time: 0.00 SEC. compiling exported coerce : S -> OutputForm Time: 0.02 SEC. compiling exported map! : (Entry -> Entry,S) -> S Time: 0.01 SEC. compiling exported map : ((Entry,Entry) -> Entry,S,S) -> S Time: 0.00 SEC. compiling exported members : S -> List Record(key: Key,entry: Entry) Time: 0.01 SEC. compiling exported entries : S -> List Entry Time: 0.01 SEC. compiling exported = : (S,S) -> Boolean Time: 0.07 SEC. compiling exported map : (Record(key: Key,entry: Entry) -> Record(key: Key,entry: Entry),S) -> S Time: 0.02 SEC. compiling exported map! : (Record(key: Key,entry: Entry) -> Record(key: Key,entry: Entry),S) -> S Time: 0.03 SEC. compiling exported inspect : S -> Record(key: Key,entry: Entry) Time: 0.01 SEC. compiling exported find : (Record(key: Key,entry: Entry) -> Boolean,S) -> Union(Record(key: Key,entry: Entry),failed) Time: 0.02 SEC. compiling exported index? : (Key,S) -> Boolean Time: 0 SEC. compiling exported remove! : (Record(key: Key,entry: Entry),S) -> S Time: 0.00 SEC. compiling exported extract! : S -> Record(key: Key,entry: Entry) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] map!: key has no value [2] map!: entry has no value Cumulative Statistics for Constructor TableAggregate& Time: 0.24 seconds finalizing NRLIB TBAGG- ; compiling file "/tmp/oa-p3VLfY/code.lsp" (written 01 FEB 2016 10:57:05 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |TBAGG-;table;$;1| ...) ; compiling (DEFUN |TBAGG-;table;L$;2| ...) ; compiling (DEFUN |TBAGG-;insert!;R2$;3| ...) ; compiling (DEFUN |TBAGG-;indices;$L;4| ...) ; file: /tmp/oa-p3VLfY/code.lsp ; in: DEFUN |TBAGG-;indices;$L;4| ; (DEFUN BOOT::|TBAGG-;indices;$L;4| (BOOT::|t| BOOT::$) ; (BOOT::SPADCALL BOOT::|t| (BOOT::|shellEntry| BOOT::$ 18))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TBAGG-;indices;$L;4| ; (BOOT::|t| BOOT::$) ; (BLOCK BOOT::|TBAGG-;indices;$L;4| ; (BOOT::SPADCALL BOOT::|t| (BOOT::|shellEntry| BOOT::$ 18)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |TBAGG-;coerce;$Of;5| ...) ; compiling (DEFUN |TBAGG-;map!;M2$;6| ...) ; compiling (DEFUN |TBAGG-;map;M3$;7| ...) ; compiling (DEFUN |TBAGG-;members;$L;8| ...) ; file: /tmp/oa-p3VLfY/code.lsp ; in: DEFUN |TBAGG-;members;$L;8| ; (DEFUN BOOT::|TBAGG-;members;$L;8| (BOOT::|t| BOOT::$) ; (LET ((#:G657 (BOOT::SPADCALL BOOT::|t| #)) (#:G576 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G657 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TBAGG-;members;$L;8| ; (BOOT::|t| BOOT::$) ; (BLOCK BOOT::|TBAGG-;members;$L;8| ; (LET ((#:G657 #) (#:G576 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |TBAGG-;entries;$L;9| ...) ; file: /tmp/oa-p3VLfY/code.lsp ; in: DEFUN |TBAGG-;entries;$L;9| ; (DEFUN BOOT::|TBAGG-;entries;$L;9| (BOOT::|t| BOOT::$) ; (LET ((#:G658 (BOOT::SPADCALL BOOT::|t| #)) (#:G581 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G658 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TBAGG-;entries;$L;9| ; (BOOT::|t| BOOT::$) ; (BLOCK BOOT::|TBAGG-;entries;$L;9| ; (LET ((#:G658 #) (#:G581 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |TBAGG-;=;2$B;10| ...) ; compiling (DEFUN |TBAGG-;map;M2$;11| ...) ; compiling (DEFUN |TBAGG-;map!;M2$;12| ...) ; compiling (DEFUN |TBAGG-;inspect;$R;13| ...) ; file: /tmp/oa-p3VLfY/code.lsp ; in: DEFUN |TBAGG-;inspect;$R;13| ; (DEFUN BOOT::|TBAGG-;inspect;$R;13| (BOOT::|t| BOOT::$) ; (LET ((BOOT::|ks| (BOOT::SPADCALL BOOT::|t| #))) ; (COND ; ((NULL BOOT::|ks|) ; (BOOT::|error| "Cannot extract from an empty aggregate")) ; (T (CONS # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TBAGG-;inspect;$R;13| ; (BOOT::|t| BOOT::$) ; (BLOCK BOOT::|TBAGG-;inspect;$R;13| ; (LET ((BOOT::|ks| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |TBAGG-;find;M$U;14| ...) ; compiling (DEFUN |TBAGG-;index?;Key$B;15| ...) ; compiling (DEFUN |TBAGG-;remove!;R2$;16| ...) ; compiling (DEFUN |TBAGG-;extract!;$R;17| ...) ; compiling (DEFUN |TableAggregate&| ...) ; compiling (MAKEPROP (QUOTE |TableAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 4 notes ; /tmp/oa-p3VLfY/code.fasl written ; compilation finished in 0:00:00.056 ------------------------------------------------------------------------ finalizing NRLIB TBAGG Processing TableAggregate for Browser database: -- table : () -> % -- table : List Record(key: Key,entry: Entry) -> % -- map : (((Entry,Entry) -> Entry),%,%) -> % -- constructor ; compiling file "/tmp/oa-CpfuE5/code.lsp" (written 01 FEB 2016 10:57:05 PM): ; compiling (DEFPARAMETER |TableAggregate;AL| ...) ; compiling (DEFUN |TableAggregate;| ...) ; compiling (DEFUN |TableAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-CpfuE5/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/ALAGG.fasl --optimize=3 ALAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ALAGG.spad using Spad compiler. ALAGG abbreviates category AssociationListAggregate debug: compDefine1 lhs: (AssociationListAggregate Key Entry) signature (pre-evaluate): ((Category) (SetCategory) (SetCategory)) debug: evaluateType form: (Category) $param: (Key Entry) debug: evaluateType form: (SetCategory) $param: (Key Entry) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (SetCategory) $param: (Key Entry) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Category) (SetCategory) (SetCategory)) debug: compDefine1 lhs: (AssociationListAggregate Key Entry) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (Key Entry) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for AssociationListAggregate compiling into /tmp/oa-rSwtcB STYLE-WARNING: redefining BOOT::|AssociationListAggregate| in DEFUN Time: 0.01 SEC. finalizing NRLIB ALAGG Processing AssociationListAggregate for Browser database: -- assoc : (Key,%) -> Maybe Record(key: Key,entry: Entry) -- constructor ; compiling file "/tmp/oa-rSwtcB/code.lsp" (written 01 FEB 2016 10:57:05 PM): ; compiling (DEFPARAMETER |AssociationListAggregate;AL| ...) ; compiling (DEFUN |AssociationListAggregate;| ...) ; compiling (DEFUN |AssociationListAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-rSwtcB/code.fasl written ; compilation finished in 0:00:00.018 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/REF.fasl --optimize=3 REF.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/REF.spad using Spad compiler. REF abbreviates domain Reference debug: compDefine1 lhs: (Reference S) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE ref ($ S)) (SIGNATURE deref (S $)) (SIGNATURE setref (S $ S)) (SIGNATURE = ((Boolean) $ $)))) (Type)) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (SIGNATURE ref ($ S)) (SIGNATURE deref (S $)) (SIGNATURE setref (S $ S)) (SIGNATURE = ((Boolean) $ $)))) $param: (S) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE ref ($ S)) (SIGNATURE deref (S $)) (SIGNATURE setref (S $ S)) (SIGNATURE = ((Boolean) $ $))) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE ref ($ S)) (SIGNATURE deref (S $)) (SIGNATURE setref (S $ S)) (SIGNATURE = ((Boolean) $ $)))) (Type)) debug: compDefine1 lhs: (Reference S) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE ref ($ S)) (SIGNATURE deref (S $)) (SIGNATURE setref (S $ S)) (SIGNATURE = ((Boolean) $ $)))) NIL) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (SIGNATURE ref ($ S)) (SIGNATURE deref (S $)) (SIGNATURE setref (S $ S)) (SIGNATURE = ((Boolean) $ $)))) $param: (S) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE ref ($ S)) (SIGNATURE deref (S $)) (SIGNATURE setref (S $ S)) (SIGNATURE = ((Boolean) $ $))) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE ref ($ S)) (SIGNATURE deref (S $)) (SIGNATURE setref (S $ S)) (SIGNATURE = ((Boolean) $ $)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for Reference compiling into /tmp/oa-6Ko9EQ compiling exported = : (%,%) -> Boolean REF;=;2$B;1 is replaced by %peq Time: 0 SEC. compiling exported ref : S -> % REF;ref;S$;2 is replaced by %list Time: 0.00 SEC. compiling exported deref : % -> S REF;deref;$S;3 is replaced by %head Time: 0 SEC. compiling exported setref : (%,S) -> S Time: 0 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE ?) m: (OutputForm) Debug compQuote expr: (QUOTE ref) m: (OutputForm) Debug compQuote expr: (QUOTE ref) m: (OutputForm) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor Reference Time: 0.02 seconds finalizing NRLIB REF Processing Reference for Browser database: -- ref : S -> % -- deref : % -> S -- setref : (%,S) -> S -- ?=? : (%,%) -> Boolean -- constructor ; compiling file "/tmp/oa-6Ko9EQ/code.lsp" (written 01 FEB 2016 10:57:05 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |REF;=;2$B;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |REF;ref;S$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |REF;deref;$S;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |REF;=;2$B;1| ...) ; compiling (DEFUN |REF;ref;S$;2| ...) ; compiling (DEFUN |REF;deref;$S;3| ...) ; compiling (DEFUN |REF;setref;$2S;4| ...) ; file: /tmp/oa-6Ko9EQ/code.lsp ; in: DEFUN |REF;setref;$2S;4| ; (DEFUN BOOT::|REF;setref;$2S;4| (BOOT::|p| BOOT::|v| BOOT::$) ; (PROGN (RPLACA BOOT::|p| BOOT::|v|) (CAR BOOT::|p|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|REF;setref;$2S;4| ; (BOOT::|p| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|REF;setref;$2S;4| ; (PROGN (RPLACA BOOT::|p| BOOT::|v|) (CAR BOOT::|p|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |REF;coerce;$Of;5| ...) ; compiling (DEFUN |Reference| ...) ; compiling (DEFUN |Reference;| ...) ; compiling (MAKEPROP (QUOTE |Reference|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; /tmp/oa-6Ko9EQ/code.fasl written ; compilation finished in 0:00:00.020 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/ALIST.fasl --optimize=3 ALIST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ALIST.spad using Spad compiler. ALIST abbreviates domain AssociationList debug: compDefine1 lhs: (AssociationList Key Entry) signature (pre-evaluate): ((AssociationListAggregate Key Entry) (SetCategory) (SetCategory)) debug: evaluateType form: (AssociationListAggregate Key Entry) $param: (Key Entry) Debug: evaluateType1 form: (AssociationListAggregate Key Entry) debug: evaluateType1 x: Key m: (SetCategory) debug: evaluateType1 x: Entry m: (SetCategory) debug: evaluateType form: (SetCategory) $param: (Key Entry) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (SetCategory) $param: (Key Entry) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((AssociationListAggregate Key Entry) (SetCategory) (SetCategory)) debug: compDefine1 lhs: (AssociationList Key Entry) signature (pre-evaluate): ((AssociationListAggregate Key Entry) NIL NIL) debug: evaluateType form: (AssociationListAggregate Key Entry) $param: (Key Entry) Debug: evaluateType1 form: (AssociationListAggregate Key Entry) debug: evaluateType1 x: Key m: (SetCategory) debug: evaluateType1 x: Entry m: (SetCategory) debug: compDefine1 signature (post evaluate): ((AssociationListAggregate Key Entry) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for AssociationList compiling into /tmp/oa-Q9iKk0 compiling exported dictionary : () -> % ALIST;dictionary;$;1 is replaced by %list %nil Time: 0.05 SEC. compiling exported dictionary : List Record(key: Key,entry: Entry) -> % ALIST;dictionary;L$;2 is replaced by %list Time: 0.00 SEC. compiling exported empty : () -> % ALIST;empty;$;3 is replaced by %list %nil Time: 0 SEC. compiling exported empty? : % -> Boolean ALIST;empty?;$B;4 t is replaced by %lempty? %head t Time: 0.01 SEC. compiling exported entries : % -> List Record(key: Key,entry: Entry) ALIST;entries;$L;5 is replaced by %head Time: 0.00 SEC. compiling exported members : % -> List Record(key: Key,entry: Entry) ALIST;members;$L;6 is replaced by %head Time: 0.01 SEC. compiling exported keys : % -> List Key Time: 0.02 SEC. compiling exported # : % -> NonNegativeInteger ALIST;#;$Nni;8 t is replaced by %llength %head t Time: 0.05 SEC. compiling exported first : % -> Record(key: Key,entry: Entry) ALIST;first;$R;9 t is replaced by SPADfirst %head t Time: 0.01 SEC. compiling exported rest : % -> % ALIST;rest;2$;10 t is replaced by %list %tail %head t Time: 0.00 SEC. compiling exported concat : (Record(key: Key,entry: Entry),%) -> % ALIST;concat;R2$;11(p,t) is replaced by %list %pair(p,%head t) Time: 0.01 SEC. compiling exported setrest! : (%,%) -> % Time: 0.00 SEC. compiling exported setfirst! : (%,Record(key: Key,entry: Entry)) -> Record(key: Key,entry: Entry) Time: 0.01 SEC. compiling exported minIndex : % -> Integer ALIST;minIndex;$I;14 a is replaced by 1 Time: 0.02 SEC. compiling exported maxIndex : % -> Integer Time: 0.01 SEC. compiling exported search : (Key,%) -> Union(Entry,failed) Time: 0.01 SEC. compiling exported latex : % -> String Time: 0.03 SEC. compiling exported assoc : (Key,%) -> Maybe Record(key: Key,entry: Entry) Time: 0.02 SEC. compiling exported setelt : (%,Key,Entry) -> Entry Time: 0.02 SEC. compiling exported remove! : (Key,%) -> Union(Entry,failed) Time: 0.03 SEC. (time taken in buildFunctor: 156) Time: 0.19 SEC. Cumulative Statistics for Constructor AssociationList Time: 0.51 seconds finalizing NRLIB ALIST Processing AssociationList for Browser database: -- constructor ; compiling file "/tmp/oa-Q9iKk0/code.lsp" (written 01 FEB 2016 10:57:06 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ALIST;dictionary;$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ALIST;dictionary;L$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ALIST;empty;$;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ALIST;empty?;$B;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ALIST;entries;$L;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ALIST;members;$L;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ALIST;#;$Nni;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ALIST;first;$R;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ALIST;rest;2$;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ALIST;concat;R2$;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ALIST;minIndex;$I;14|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ALIST;dictionary;$;1| ...) ; compiling (DEFUN |ALIST;dictionary;L$;2| ...) ; compiling (DEFUN |ALIST;empty;$;3| ...) ; compiling (DEFUN |ALIST;empty?;$B;4| ...) ; compiling (DEFUN |ALIST;entries;$L;5| ...) ; compiling (DEFUN |ALIST;members;$L;6| ...) ; compiling (DEFUN |ALIST;keys;$L;7| ...) ; file: /tmp/oa-Q9iKk0/code.lsp ; in: DEFUN |ALIST;keys;$L;7| ; (DEFUN BOOT::|ALIST;keys;$L;7| (BOOT::|t| BOOT::$) ; (LET ((#:G1278 (CAR BOOT::|t|)) (#:G560 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G1278 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ALIST;keys;$L;7| ; (BOOT::|t| BOOT::$) ; (BLOCK BOOT::|ALIST;keys;$L;7| ; (LET ((#:G1278 #) (#:G560 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |ALIST;#;$Nni;8| ...) ; compiling (DEFUN |ALIST;first;$R;9| ...) ; file: /tmp/oa-Q9iKk0/code.lsp ; in: DEFUN |ALIST;first;$R;9| ; (DEFUN BOOT::|ALIST;first;$R;9| (BOOT::|t| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|SPADfirst| (CAR BOOT::|t|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ALIST;first;$R;9| ; (BOOT::|t| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|ALIST;first;$R;9| (BOOT::|SPADfirst| (CAR BOOT::|t|)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ALIST;rest;2$;10| ...) ; compiling (DEFUN |ALIST;concat;R2$;11| ...) ; compiling (DEFUN |ALIST;setrest!;3$;12| ...) ; compiling (DEFUN |ALIST;setfirst!;$2R;13| ...) ; file: /tmp/oa-Q9iKk0/code.lsp ; in: DEFUN |ALIST;setfirst!;$2R;13| ; (DEFUN BOOT::|ALIST;setfirst!;$2R;13| (BOOT::|a| BOOT::|p| BOOT::$) ; (BOOT::SPADCALL (CAR BOOT::|a|) BOOT::|p| (BOOT::|shellEntry| BOOT::$ 36))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ALIST;setfirst!;$2R;13| ; (BOOT::|a| BOOT::|p| BOOT::$) ; (BLOCK BOOT::|ALIST;setfirst!;$2R;13| ; (BOOT::SPADCALL (CAR BOOT::|a|) BOOT::|p| ; (BOOT::|shellEntry| BOOT::$ 36)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ALIST;minIndex;$I;14| ...) ; file: /tmp/oa-Q9iKk0/code.lsp ; in: DEFUN |ALIST;minIndex;$I;14| ; (DEFUN BOOT::|ALIST;minIndex;$I;14| (BOOT::|a| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; 1) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ALIST;minIndex;$I;14| ; (BOOT::|a| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|ALIST;minIndex;$I;14| 1)) ; ; caught STYLE-WARNING: ; The variable |a| is defined but never used. ; compiling (DEFUN |ALIST;maxIndex;$I;15| ...) ; file: /tmp/oa-Q9iKk0/code.lsp ; in: DEFUN |ALIST;maxIndex;$I;15| ; (DEFUN BOOT::|ALIST;maxIndex;$I;15| (BOOT::|a| BOOT::$) ; (BOOT::SPADCALL (CAR BOOT::|a|) (BOOT::|shellEntry| BOOT::$ 41))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ALIST;maxIndex;$I;15| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|ALIST;maxIndex;$I;15| ; (BOOT::SPADCALL (CAR BOOT::|a|) (BOOT::|shellEntry| BOOT::$ 41)))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |ALIST;search;Key$U;16| ...) ; compiling (DEFUN |ALIST;latex;$S;17| ...) ; file: /tmp/oa-Q9iKk0/code.lsp ; in: DEFUN |ALIST;latex;$S;17| ; (DEFUN BOOT::|ALIST;latex;$S;17| (BOOT::|a| BOOT::$) ; (PROG (BOOT::|r|) ; (RETURN ; (LET (# #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ALIST;latex;$S;17| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|ALIST;latex;$S;17| ; (PROG (BOOT::|r|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |ALIST;assoc;Key$M;18| ...) ; compiling (DEFUN |ALIST;setelt;$Key2Entry;19| ...) ; compiling (DEFUN |ALIST;remove!;Key$U;20| ...) ; compiling (DEFUN |AssociationList| ...) ; compiling (DEFUN |AssociationList;| ...) ; compiling (MAKEPROP (QUOTE |AssociationList|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 5 notes ; /tmp/oa-Q9iKk0/code.fasl written ; compilation finished in 0:00:00.068 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/PMSYM.fasl --optimize=3 PMSYM.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PMSYM.spad using Spad compiler. PMSYM abbreviates package PatternMatchSymbol debug: compDefine1 lhs: (PatternMatchSymbol S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult S (Symbol)) (Symbol) (Pattern S) (PatternMatchResult S (Symbol))))) (SetCategory)) debug: evaluateType form: (CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult S (Symbol)) (Symbol) (Pattern S) (PatternMatchResult S (Symbol))))) $param: (S) debug: evaluateType form: (PatternMatchResult S (Symbol)) $param: (S) Debug: evaluateType1 form: (PatternMatchResult S (Symbol)) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: (Symbol) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (SetCategory) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Pattern S) $param: (S) Debug: evaluateType1 form: (Pattern S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (PatternMatchResult S (Symbol)) $param: (S) Debug: evaluateType1 form: (PatternMatchResult S (Symbol)) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: (Symbol) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (SetCategory) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult S (Symbol)) (Symbol) (Pattern S) (PatternMatchResult S (Symbol))))) (SetCategory)) debug: compDefine1 lhs: (PatternMatchSymbol S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult S (Symbol)) (Symbol) (Pattern S) (PatternMatchResult S (Symbol))))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult S (Symbol)) (Symbol) (Pattern S) (PatternMatchResult S (Symbol))))) $param: (S) debug: evaluateType form: (PatternMatchResult S (Symbol)) $param: (S) Debug: evaluateType1 form: (PatternMatchResult S (Symbol)) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: (Symbol) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (SetCategory) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Pattern S) $param: (S) Debug: evaluateType1 form: (Pattern S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (PatternMatchResult S (Symbol)) $param: (S) Debug: evaluateType1 form: (PatternMatchResult S (Symbol)) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: (Symbol) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult S (Symbol)) (Symbol) (Pattern S) (PatternMatchResult S (Symbol))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for PatternMatchSymbol compiling into /tmp/oa-ddoFWL importing TopLevelPatternMatchControl compiling exported patternMatch : (Symbol,Pattern S,PatternMatchResult(S,Symbol)) -> PatternMatchResult(S,Symbol) Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor PatternMatchSymbol Time: 0.04 seconds finalizing NRLIB PMSYM Processing PatternMatchSymbol for Browser database: -- patternMatch : (Symbol,Pattern S,PatternMatchResult(S,Symbol)) -> PatternMatchResult(S,Symbol) -- constructor ; compiling file "/tmp/oa-ddoFWL/code.lsp" (written 01 FEB 2016 10:57:06 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PMSYM;patternMatch;SP2Pmr;1| ...) ; compiling (DEFUN |PatternMatchSymbol| ...) ; compiling (DEFUN |PatternMatchSymbol;| ...) ; compiling (MAKEPROP (QUOTE |PatternMatchSymbol|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-ddoFWL/code.fasl written ; compilation finished in 0:00:00.020 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/SYMBOL.fasl --optimize=3 SYMBOL.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SYMBOL.spad using Spad compiler. SYMBOL abbreviates domain Symbol debug: compDefine1 lhs: (Symbol) signature (pre-evaluate): ((Join (OrderedSet) (ConvertibleTo (InputForm)) (ConvertibleTo (Symbol)) (CoercibleFrom (String)) (RetractableTo (Identifier)) (ConvertibleTo (Pattern (Integer))) (ConvertibleTo (Pattern (Float))) (PatternMatchable (Integer)) (PatternMatchable (Float)) (CATEGORY domain (SIGNATURE new ($)) (SIGNATURE new ($ $)) (SIGNATURE resetNew ((Void))) (SIGNATURE name ($ $)) (SIGNATURE scripted? ((Boolean) $)) (SIGNATURE scripts ((Record (: sub (List (OutputForm))) (: sup (List (OutputForm))) (: presup (List (OutputForm))) (: presub (List (OutputForm))) (: args (List (OutputForm)))) $)) (SIGNATURE script ($ $ (List (List (OutputForm))))) (SIGNATURE script ($ $ (Record (: sub (List (OutputForm))) (: sup (List (OutputForm))) (: presup (List (OutputForm))) (: presub (List (OutputForm))) (: args (List (OutputForm)))))) (SIGNATURE subscript ($ $ (List (OutputForm)))) (SIGNATURE superscript ($ $ (List (OutputForm)))) (SIGNATURE argscript ($ $ (List (OutputForm)))) (SIGNATURE elt ($ $ (List (OutputForm)))) (SIGNATURE string ((String) $)) (SIGNATURE list ((List $) $)) (SIGNATURE sample ($) constant)))) debug: evaluateType form: (Join (OrderedSet) (ConvertibleTo (InputForm)) (ConvertibleTo (Symbol)) (CoercibleFrom (String)) (RetractableTo (Identifier)) (ConvertibleTo (Pattern (Integer))) (ConvertibleTo (Pattern (Float))) (PatternMatchable (Integer)) (PatternMatchable (Float)) (CATEGORY domain (SIGNATURE new ($)) (SIGNATURE new ($ $)) (SIGNATURE resetNew ((Void))) (SIGNATURE name ($ $)) (SIGNATURE scripted? ((Boolean) $)) (SIGNATURE scripts ((Record (: sub (List (OutputForm))) (: sup (List (OutputForm))) (: presup (List (OutputForm))) (: presub (List (OutputForm))) (: args (List (OutputForm)))) $)) (SIGNATURE script ($ $ (List (List (OutputForm))))) (SIGNATURE script ($ $ (Record (: sub (List (OutputForm))) (: sup (List (OutputForm))) (: presup (List (OutputForm))) (: presub (List (OutputForm))) (: args (List (OutputForm)))))) (SIGNATURE subscript ($ $ (List (OutputForm)))) (SIGNATURE superscript ($ $ (List (OutputForm)))) (SIGNATURE argscript ($ $ (List (OutputForm)))) (SIGNATURE elt ($ $ (List (OutputForm)))) (SIGNATURE string ((String) $)) (SIGNATURE list ((List $) $)) (SIGNATURE sample ($) constant))) $param: NIL debug: evaluateType form: (OrderedSet) $param: NIL Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (ConvertibleTo (InputForm)) $param: NIL Debug: evaluateType1 form: (ConvertibleTo (InputForm)) debug: evaluateType1 x: (InputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (InputForm) $param: NIL Debug: evaluateType1 form: (InputForm) debug: evalCategory d: (InputForm) c: (Type) debug: evaluateType form: (ConvertibleTo (Symbol)) $param: NIL Debug: evaluateType1 form: (ConvertibleTo (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (CoercibleFrom (String)) $param: NIL Debug: evaluateType1 form: (CoercibleFrom (String)) debug: evaluateType1 x: (String) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evalCategory d: (String) c: (Type) debug: evaluateType form: (RetractableTo (Identifier)) $param: NIL Debug: evaluateType1 form: (RetractableTo (Identifier)) debug: evaluateType1 x: (Identifier) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evalCategory d: (Identifier) c: (Type) debug: evaluateType form: (ConvertibleTo (Pattern (Integer))) $param: NIL Debug: evaluateType1 form: (ConvertibleTo (Pattern (Integer))) debug: evaluateType1 x: (Pattern (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Pattern (Integer)) $param: NIL Debug: evaluateType1 form: (Pattern (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evalCategory d: (Pattern (Integer)) c: (Type) debug: evaluateType form: (ConvertibleTo (Pattern (Float))) $param: NIL Debug: evaluateType1 form: (ConvertibleTo (Pattern (Float))) debug: evaluateType1 x: (Pattern (Float)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Pattern (Float)) $param: NIL Debug: evaluateType1 form: (Pattern (Float)) debug: evaluateType1 x: (Float) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (SetCategory) debug: evalCategory d: (Pattern (Float)) c: (Type) debug: evaluateType form: (PatternMatchable (Integer)) $param: NIL Debug: evaluateType1 form: (PatternMatchable (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (PatternMatchable (Float)) $param: NIL Debug: evaluateType1 form: (PatternMatchable (Float)) debug: evaluateType1 x: (Float) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE new ($)) (SIGNATURE new ($ $)) (SIGNATURE resetNew ((Void))) (SIGNATURE name ($ $)) (SIGNATURE scripted? ((Boolean) $)) (SIGNATURE scripts ((Record (: sub (List (OutputForm))) (: sup (List (OutputForm))) (: presup (List (OutputForm))) (: presub (List (OutputForm))) (: args (List (OutputForm)))) $)) (SIGNATURE script ($ $ (List (List (OutputForm))))) (SIGNATURE script ($ $ (Record (: sub (List (OutputForm))) (: sup (List (OutputForm))) (: presup (List (OutputForm))) (: presub (List (OutputForm))) (: args (List (OutputForm)))))) (SIGNATURE subscript ($ $ (List (OutputForm)))) (SIGNATURE superscript ($ $ (List (OutputForm)))) (SIGNATURE argscript ($ $ (List (OutputForm)))) (SIGNATURE elt ($ $ (List (OutputForm)))) (SIGNATURE string ((String) $)) (SIGNATURE list ((List $) $)) (SIGNATURE sample ($) constant)) $param: NIL debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Record (: sub (List (OutputForm))) (: sup (List (OutputForm))) (: presup (List (OutputForm))) (: presub (List (OutputForm))) (: args (List (OutputForm)))) $param: NIL debug: evaluateType form: (List (OutputForm)) $param: NIL Debug: evaluateType1 form: (List (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (List (OutputForm)) $param: NIL Debug: evaluateType1 form: (List (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (List (OutputForm)) $param: NIL Debug: evaluateType1 form: (List (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (List (OutputForm)) $param: NIL Debug: evaluateType1 form: (List (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (List (OutputForm)) $param: NIL Debug: evaluateType1 form: (List (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (List (List (OutputForm))) $param: NIL Debug: evaluateType1 form: (List (List (OutputForm))) debug: evaluateType1 x: (List (OutputForm)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (OutputForm)) $param: NIL Debug: evaluateType1 form: (List (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evalCategory d: (List (OutputForm)) c: (Type) debug: evaluateType form: (Record (: sub (List (OutputForm))) (: sup (List (OutputForm))) (: presup (List (OutputForm))) (: presub (List (OutputForm))) (: args (List (OutputForm)))) $param: NIL debug: evaluateType form: (List (OutputForm)) $param: NIL Debug: evaluateType1 form: (List (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (List (OutputForm)) $param: NIL Debug: evaluateType1 form: (List (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (List (OutputForm)) $param: NIL Debug: evaluateType1 form: (List (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (List (OutputForm)) $param: NIL Debug: evaluateType1 form: (List (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (List (OutputForm)) $param: NIL Debug: evaluateType1 form: (List (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (List (OutputForm)) $param: NIL Debug: evaluateType1 form: (List (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (List (OutputForm)) $param: NIL Debug: evaluateType1 form: (List (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (List (OutputForm)) $param: NIL Debug: evaluateType1 form: (List (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (List (OutputForm)) $param: NIL Debug: evaluateType1 form: (List (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: compDefine1 signature (post evaluate): ((Join (OrderedSet) (ConvertibleTo (InputForm)) (ConvertibleTo (Symbol)) (CoercibleFrom (String)) (RetractableTo (Identifier)) (ConvertibleTo (Pattern (Integer))) (ConvertibleTo (Pattern (Float))) (PatternMatchable (Integer)) (PatternMatchable (Float)) (CATEGORY domain (SIGNATURE new ($)) (SIGNATURE new ($ $)) (SIGNATURE resetNew ((Void))) (SIGNATURE name ($ $)) (SIGNATURE scripted? ((Boolean) $)) (SIGNATURE scripts ((Record (: sub (List (OutputForm))) (: sup (List (OutputForm))) (: presup (List (OutputForm))) (: presub (List (OutputForm))) (: args (List (OutputForm)))) $)) (SIGNATURE script ($ $ (List (List (OutputForm))))) (SIGNATURE script ($ $ (Record (: sub (List (OutputForm))) (: sup (List (OutputForm))) (: presup (List (OutputForm))) (: presub (List (OutputForm))) (: args (List (OutputForm)))))) (SIGNATURE subscript ($ $ (List (OutputForm)))) (SIGNATURE superscript ($ $ (List (OutputForm)))) (SIGNATURE argscript ($ $ (List (OutputForm)))) (SIGNATURE elt ($ $ (List (OutputForm)))) (SIGNATURE string ((String) $)) (SIGNATURE list ((List $) $)) (SIGNATURE sample ($) constant)))) ------------------------------------------------------------------------ initializing stationary directory for Symbol compiling into /tmp/oa-JbwPpY compiling exported convert : % -> InputForm Time: 0.17 SEC. compiling exported convert : % -> Symbol SYMBOL;convert;$S;2 s is replaced by s Time: 0.00 SEC. compiling exported coerce : String -> % Time: 0 SEC. compiling exported = : (%,%) -> Boolean SYMBOL;=;2$B;4 is replaced by %equal Time: 0.00 SEC. compiling exported < : (%,%) -> Boolean SYMBOL;<;2$B;5 is replaced by %before? Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Time: 0.02 SEC. compiling exported subscript : (%,List OutputForm) -> % Time: 0.05 SEC. compiling exported elt : (%,List OutputForm) -> % Time: 0.02 SEC. compiling exported superscript : (%,List OutputForm) -> % Time: 0.04 SEC. compiling exported argscript : (%,List OutputForm) -> % Time: 0.05 SEC. compiling exported patternMatch : (%,Pattern Integer,PatternMatchResult(Integer,%)) -> PatternMatchResult(Integer,%) Time: 0.02 SEC. compiling exported patternMatch : (%,Pattern Float,PatternMatchResult(Float,%)) -> PatternMatchResult(Float,%) Time: 0.02 SEC. compiling exported convert : % -> Pattern Float Time: 0.01 SEC. compiling exported convert : % -> Pattern Integer Time: 0.01 SEC. compiling local syprefix : Record(sub: List OutputForm,sup: List OutputForm,presup: List OutputForm,presub: List OutputForm,args: List OutputForm) -> String Time: 0.23 SEC. compiling local syscripts : Record(sub: List OutputForm,sup: List OutputForm,presup: List OutputForm,presub: List OutputForm,args: List OutputForm) -> List OutputForm Time: 0.04 SEC. compiling exported script : (%,List List OutputForm) -> % Time: 0.07 SEC. compiling exported script : (%,Record(sub: List OutputForm,sup: List OutputForm,presup: List OutputForm,presub: List OutputForm,args: List OutputForm)) -> % Time: 0.40 SEC. compiling exported string : % -> String Time: 0.01 SEC. compiling exported latex : % -> String Time: 0.24 SEC. compiling local anyRadix : (Integer,String) -> String Time: 0.05 SEC. compiling exported new : () -> % Time: 0.01 SEC. compiling exported new : % -> % Time: 0.09 SEC. compiling exported resetNew : () -> Void Time: 0.01 SEC. compiling exported scripted? : % -> Boolean SYMBOL;scripted?;$B;25 is replaced by %pair? Time: 0.00 SEC. compiling exported name : % -> % Time: 0.06 SEC. compiling exported scripts : % -> Record(sub: List OutputForm,sup: List OutputForm,presup: List OutputForm,presub: List OutputForm,args: List OutputForm) Time: 0.16 SEC. compiling local istring : Integer -> String Time: 0.01 SEC. compiling exported list : % -> List % Time: 0.02 SEC. compiling exported sample : () -> % Debug compQuote expr: (QUOTE aSymbol) m: $ SYMBOL;sample;$;30 is replaced by aSymbol Time: 0 SEC. compiling exported coerce : Identifier -> % SYMBOL;coerce;I$;31 x is replaced by x Time: 0.00 SEC. compiling exported retractIfCan : % -> Union(Identifier,failed) SYMBOL;retractIfCan;$U;32 x is replaced by %when( %pair(0,x),%otherwise %pair(1,"failed")) Time: 0.01 SEC. (time taken in buildFunctor: 4) Time: 0.02 SEC. Warnings: [1] ord has no value [2] convert: pretend Symbol -- should replace by @ [3] coerce: pretend Symbol -- should replace by @ [4] patternMatch: pretend Symbol -- should replace by @ [5] patternMatch: pretend PatternMatchResult(Integer,Symbol) -- should replace by @ [6] patternMatch: pretend PatternMatchResult(Float,Symbol) -- should replace by @ [7] latex: pretend String -- should replace by @ [8] latex: s has no value [9] name: SEGMENT has no value [10] coerce: : $ -- replace by pretend [11] retractIfCan: : Identifier -- replace by pretend Cumulative Statistics for Constructor Symbol Time: 1.84 seconds finalizing NRLIB SYMBOL Processing Symbol for Browser database: -- new : () -> % -- new : % -> % -- resetNew : () -> Void -- name : % -> % -- scripted? : % -> Boolean -- scripts : % -> Scripts -- script : (%,List L) -> % -- script : (%,Scripts) -> % -- subscript : (%,L) -> % -- superscript : (%,L) -> % -- argscript : (%,L) -> % -- elt : (%,L) -> % -- string : % -> String -- list : % -> List % -- sample : () -> % -- constructor ; compiling file "/tmp/oa-JbwPpY/code.lsp" (written 01 FEB 2016 10:57:08 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYMBOL;convert;$S;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYMBOL;=;2$B;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYMBOL;<;2$B;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYMBOL;scripted?;$B;25|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYMBOL;sample;$;30|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYMBOL;coerce;I$;31|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYMBOL;retractIfCan;$U;32|) ...) ; compiling (PUT (QUOTE |SYMBOL;istring|) ...) ; compiling (PUT (QUOTE |SYMBOL;list;$L;29|) ...) ; compiling (DEFUN |SYMBOL;convert;$If;1| ...) ; compiling (DEFUN |SYMBOL;convert;$S;2| ...) ; compiling (DEFUN |SYMBOL;coerce;S$;3| ...) ; file: /tmp/oa-JbwPpY/code.lsp ; in: DEFUN |SYMBOL;coerce;S$;3| ; (DEFUN BOOT::|SYMBOL;coerce;S$;3| (BOOT::|s| BOOT::$) ; (VALUES (INTERN BOOT::|s|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYMBOL;coerce;S$;3| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|SYMBOL;coerce;S$;3| (VALUES (INTERN BOOT::|s|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SYMBOL;=;2$B;4| ...) ; compiling (DEFUN |SYMBOL;<;2$B;5| ...) ; file: /tmp/oa-JbwPpY/code.lsp ; in: DEFUN |SYMBOL;<;2$B;5| ; (DEFUN BOOT::|SYMBOL;<;2$B;5| (BOOT::|x| BOOT::|y| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::GGREATERP BOOT::|y| BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYMBOL;<;2$B;5| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|SYMBOL;<;2$B;5| (BOOT::GGREATERP BOOT::|y| BOOT::|x|))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |SYMBOL;coerce;$Of;6| ...) ; compiling (DEFUN |SYMBOL;subscript;$L$;7| ...) ; compiling (DEFUN |SYMBOL;elt;$L$;8| ...) ; compiling (DEFUN |SYMBOL;superscript;$L$;9| ...) ; compiling (DEFUN |SYMBOL;argscript;$L$;10| ...) ; compiling (DEFUN |SYMBOL;patternMatch;$P2Pmr;11| ...) ; compiling (DEFUN |SYMBOL;patternMatch;$P2Pmr;12| ...) ; compiling (DEFUN |SYMBOL;convert;$P;13| ...) ; compiling (DEFUN |SYMBOL;convert;$P;14| ...) ; compiling (DEFUN |SYMBOL;syprefix| ...) ; file: /tmp/oa-JbwPpY/code.lsp ; in: DEFUN |SYMBOL;syprefix| ; (DEFUN BOOT::|SYMBOL;syprefix| (BOOT::|sc| BOOT::$) ; (LET ((BOOT::|ns| (LIST # # # #))) ; (PROGN ; (LOOP (COND # #)) ; (BOOT::SPADCALL (CONS # #) (BOOT::|shellEntry| BOOT::$ 79))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYMBOL;syprefix| ; (BOOT::|sc| BOOT::$) ; (BLOCK BOOT::|SYMBOL;syprefix| ; (LET ((BOOT::|ns| #)) ; (PROGN (LOOP #) (BOOT::SPADCALL # #))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |SYMBOL;syscripts| ...) ; file: /tmp/oa-JbwPpY/code.lsp ; in: DEFUN |SYMBOL;syscripts| ; (DEFUN BOOT::|SYMBOL;syscripts| (BOOT::|sc| BOOT::$) ; (LET ((BOOT::|all| (SVREF BOOT::|sc| 3))) ; (PROGN ; (SETQ BOOT::|all| #) ; (SETQ BOOT::|all| #) ; (SETQ BOOT::|all| #) ; (BOOT::SPADCALL BOOT::|all| (SVREF BOOT::|sc| 4) ; (BOOT::|shellEntry| BOOT::$ 80))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYMBOL;syscripts| ; (BOOT::|sc| BOOT::$) ; (BLOCK BOOT::|SYMBOL;syscripts| ; (LET ((BOOT::|all| #)) ; (PROGN (SETQ #) (SETQ #) (SETQ #) (BOOT::SPADCALL BOOT::|all| # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SYMBOL;script;$L$;17| ...) ; file: /tmp/oa-JbwPpY/code.lsp ; in: DEFUN |SYMBOL;script;$L$;17| ; (DEFUN BOOT::|SYMBOL;script;$L$;17| (BOOT::|sy| BOOT::|ls| BOOT::$) ; (LET ((BOOT::|sc| (VECTOR NIL NIL NIL NIL NIL))) ; (BOOT::SEQ (COND (# #)) (COND (# #)) (COND (# #)) (COND (# #)) ; (COND (# #)) ; (BOOT::EXIT ; (BOOT::|SYMBOL;script;$R$;18| BOOT::|sy| BOOT::|sc| ; BOOT::$))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYMBOL;script;$L$;17| ; (BOOT::|sy| BOOT::|ls| BOOT::$) ; (BLOCK BOOT::|SYMBOL;script;$L$;17| ; (LET ((BOOT::|sc| #)) ; (BOOT::SEQ (COND #) (COND #) (COND #) (COND #) (COND #) ; (BOOT::EXIT #))))) ; ; note: Assignment to argument: |ls| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS LIST T)) ; ; compiling (DEFUN |SYMBOL;script;$R$;18| ...) ; compiling (DEFUN |SYMBOL;string;$S;19| ...) ; file: /tmp/oa-JbwPpY/code.lsp ; in: DEFUN |SYMBOL;string;$S;19| ; (DEFUN BOOT::|SYMBOL;string;$S;19| (BOOT::|e| BOOT::$) ; (COND ((NOT (CONSP BOOT::|e|)) (BOOT::PNAME BOOT::|e|)) ; (T (BOOT::|error| "Cannot form string from non-atomic symbols.")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYMBOL;string;$S;19| ; (BOOT::|e| BOOT::$) ; (BLOCK BOOT::|SYMBOL;string;$S;19| ; (COND ((NOT #) (BOOT::PNAME BOOT::|e|)) ; (T ; (BOOT::|error| "Cannot form string from non-atomic symbols."))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SYMBOL;latex;$S;20| ...) ; compiling (DEFUN |SYMBOL;anyRadix| ...) ; file: /tmp/oa-JbwPpY/code.lsp ; in: DEFUN |SYMBOL;anyRadix| ; (DEFUN BOOT::|SYMBOL;anyRadix| (BOOT::|n| BOOT::|s| BOOT::$) ; (PROG (BOOT::|qr|) ; (RETURN ; (LET (#) ; (LOOP #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYMBOL;anyRadix| ; (BOOT::|n| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|SYMBOL;anyRadix| ; (PROG (BOOT::|qr|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |SYMBOL;new;$;22| ...) ; compiling (DEFUN |SYMBOL;new;2$;23| ...) ; compiling (DEFUN |SYMBOL;resetNew;V;24| ...) ; compiling (DEFUN |SYMBOL;scripted?;$B;25| ...) ; compiling (DEFUN |SYMBOL;name;2$;26| ...) ; compiling (DEFUN |SYMBOL;scripts;$R;27| ...) ; compiling (DEFUN |SYMBOL;istring| ...) ; file: /tmp/oa-JbwPpY/code.lsp ; in: DEFUN |SYMBOL;istring| ; (DEFUN BOOT::|SYMBOL;istring| (BOOT::|n| BOOT::$) ; (COND ; ((< 9 BOOT::|n|) ; (BOOT::|error| "Can have at most 9 scripts of each kind")) ; (T ; (BOOT::|getSimpleArrayEntry| (BOOT::|shellEntry| BOOT::$ 18) BOOT::|n|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYMBOL;istring| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|SYMBOL;istring| ; (COND ; ((< 9 BOOT::|n|) ; (BOOT::|error| "Can have at most 9 scripts of each kind")) ; (T (BOOT::|getSimpleArrayEntry| # BOOT::|n|))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |SYMBOL;list;$L;29| ...) ; file: /tmp/oa-JbwPpY/code.lsp ; in: DEFUN |SYMBOL;list;$L;29| ; (DEFUN BOOT::|SYMBOL;list;$L;29| (BOOT::|sy| BOOT::$) ; (COND ; ((NOT (CONSP BOOT::|sy|)) ; (BOOT::|error| ; "Cannot convert a symbol to a list if it is not subscripted")) ; (T BOOT::|sy|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYMBOL;list;$L;29| ; (BOOT::|sy| BOOT::$) ; (BLOCK BOOT::|SYMBOL;list;$L;29| ; (COND ; ((NOT #) ; (BOOT::|error| ; "Cannot convert a symbol to a list if it is not subscripted")) ; (T BOOT::|sy|)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SYMBOL;sample;$;30| ...) ; compiling (DEFUN |SYMBOL;coerce;I$;31| ...) ; compiling (DEFUN |SYMBOL;retractIfCan;$U;32| ...) ; compiling (DEFUN |Symbol| ...) ; compiling (DEFUN |Symbol;| ...) ; compiling (MAKEPROP (QUOTE |Symbol|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; printed 8 notes ; /tmp/oa-JbwPpY/code.fasl written ; compilation finished in 0:00:00.110 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/INFORM.fasl --optimize=3 INFORM.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INFORM.spad using Spad compiler. INFORM abbreviates domain InputForm debug: compDefine1 lhs: (InputForm) signature (pre-evaluate): ((Join (SExpressionCategory (String) (Symbol) (Integer) (DoubleFloat) (OutputForm)) (ConvertibleTo (SExpression)) (CATEGORY domain (SIGNATURE interpret ((Any) $)) (SIGNATURE convert ($ (SExpression))) (SIGNATURE binary ($ $ (List $))) (SIGNATURE function ($ $ (List (Symbol)) (Symbol))) (SIGNATURE lambda ($ $ (List (Symbol)))) (SIGNATURE + ($ $ $)) (SIGNATURE * ($ $ $)) (SIGNATURE / ($ $ $)) (SIGNATURE ** ($ $ (NonNegativeInteger))) (SIGNATURE ** ($ $ (Integer))) (SIGNATURE Zero ($) constant) (SIGNATURE One ($) constant) (SIGNATURE flatten ($ $)) (SIGNATURE unparse ((String) $)) (SIGNATURE parseString ($ (String))) (SIGNATURE declare ((Symbol) (List $))) (SIGNATURE compile ((Symbol) (Symbol) (List $)))))) debug: evaluateType form: (Join (SExpressionCategory (String) (Symbol) (Integer) (DoubleFloat) (OutputForm)) (ConvertibleTo (SExpression)) (CATEGORY domain (SIGNATURE interpret ((Any) $)) (SIGNATURE convert ($ (SExpression))) (SIGNATURE binary ($ $ (List $))) (SIGNATURE function ($ $ (List (Symbol)) (Symbol))) (SIGNATURE lambda ($ $ (List (Symbol)))) (SIGNATURE + ($ $ $)) (SIGNATURE * ($ $ $)) (SIGNATURE / ($ $ $)) (SIGNATURE ** ($ $ (NonNegativeInteger))) (SIGNATURE ** ($ $ (Integer))) (SIGNATURE Zero ($) constant) (SIGNATURE One ($) constant) (SIGNATURE flatten ($ $)) (SIGNATURE unparse ((String) $)) (SIGNATURE parseString ($ (String))) (SIGNATURE declare ((Symbol) (List $))) (SIGNATURE compile ((Symbol) (Symbol) (List $))))) $param: NIL debug: evaluateType form: (SExpressionCategory (String) (Symbol) (Integer) (DoubleFloat) (OutputForm)) $param: NIL Debug: evaluateType1 form: (SExpressionCategory (String) (Symbol) (Integer) (DoubleFloat) (OutputForm)) debug: evaluateType1 x: (String) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evalCategory d: (String) c: (SetCategory) debug: evaluateType1 x: (Symbol) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (SetCategory) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType1 x: (DoubleFloat) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (SetCategory) debug: evaluateType1 x: (OutputForm) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (SetCategory) debug: evaluateType form: (ConvertibleTo (SExpression)) $param: NIL Debug: evaluateType1 form: (ConvertibleTo (SExpression)) debug: evaluateType1 x: (SExpression) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (SExpression) $param: NIL Debug: evaluateType1 form: (SExpression) debug: evalCategory d: (SExpression) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE interpret ((Any) $)) (SIGNATURE convert ($ (SExpression))) (SIGNATURE binary ($ $ (List $))) (SIGNATURE function ($ $ (List (Symbol)) (Symbol))) (SIGNATURE lambda ($ $ (List (Symbol)))) (SIGNATURE + ($ $ $)) (SIGNATURE * ($ $ $)) (SIGNATURE / ($ $ $)) (SIGNATURE ** ($ $ (NonNegativeInteger))) (SIGNATURE ** ($ $ (Integer))) (SIGNATURE Zero ($) constant) (SIGNATURE One ($) constant) (SIGNATURE flatten ($ $)) (SIGNATURE unparse ((String) $)) (SIGNATURE parseString ($ (String))) (SIGNATURE declare ((Symbol) (List $))) (SIGNATURE compile ((Symbol) (Symbol) (List $)))) $param: NIL debug: evaluateType form: (Any) $param: NIL Debug: evaluateType1 form: (Any) debug: evaluateType form: (SExpression) $param: NIL Debug: evaluateType1 form: (SExpression) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List (Symbol)) $param: NIL Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (List (Symbol)) $param: NIL Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: compDefine1 signature (post evaluate): ((Join (SExpressionCategory (String) (Symbol) (Integer) (DoubleFloat) (OutputForm)) (ConvertibleTo (SExpression)) (CATEGORY domain (SIGNATURE interpret ((Any) $)) (SIGNATURE convert ($ (SExpression))) (SIGNATURE binary ($ $ (List $))) (SIGNATURE function ($ $ (List (Symbol)) (Symbol))) (SIGNATURE lambda ($ $ (List (Symbol)))) (SIGNATURE + ($ $ $)) (SIGNATURE * ($ $ $)) (SIGNATURE / ($ $ $)) (SIGNATURE ** ($ $ (NonNegativeInteger))) (SIGNATURE ** ($ $ (Integer))) (SIGNATURE Zero ($) constant) (SIGNATURE One ($) constant) (SIGNATURE flatten ($ $)) (SIGNATURE unparse ((String) $)) (SIGNATURE parseString ($ (String))) (SIGNATURE declare ((Symbol) (List $))) (SIGNATURE compile ((Symbol) (Symbol) (List $)))))) ------------------------------------------------------------------------ initializing stationary directory for InputForm compiling into /tmp/oa-TZOBm8 compiling exported Zero : () -> % Time: 0.07 SEC. compiling exported One : () -> % Time: 0 SEC. compiling exported convert : % -> SExpression INFORM;convert;$Se;3 x is replaced by x Time: 0.00 SEC. compiling exported convert : SExpression -> % INFORM;convert;Se$;4 x is replaced by x Time: 0 SEC. compiling local conv : List % -> % INFORM;conv ll is replaced by ll Time: 0.01 SEC. compiling exported lambda : (%,List Symbol) -> % Time: 0.02 SEC. compiling exported interpret : % -> Any Time: 0 SEC. compiling exported convert : DoubleFloat -> % Time: 0.01 SEC. compiling exported flatten : % -> % Time: 0.04 SEC. compiling local flatten0 : (%,Symbol,NonNegativeInteger) -> Record(lst: List %,symb: %) Time: 0.07 SEC. compiling local strsym : % -> String Time: 0.02 SEC. compiling exported unparse : % -> String INFORM;unparse;$S;12 is replaced by inputForm2String Time: 0 SEC. compiling exported parseString : String -> % INFORM;parseString;S$;13 is replaced by ncParseFromString Time: 0.00 SEC. compiling exported declare : List % -> Symbol Time: 0.00 SEC. compiling exported compile : (Symbol,List %) -> Symbol Time: 0.01 SEC. compiling exported binary : (%,List %) -> % Time: 0.06 SEC. compiling local tuplify : List Symbol -> % Time: 0.02 SEC. compiling exported function : (%,List Symbol,Symbol) -> % Time: 0.09 SEC. compiling exported + : (%,%) -> % Time: 0.06 SEC. compiling exported * : (%,%) -> % Time: 0.02 SEC. compiling exported ** : (%,Integer) -> % Time: 0.03 SEC. compiling exported ** : (%,NonNegativeInteger) -> % Time: 0.00 SEC. compiling exported / : (%,%) -> % Time: 0.02 SEC. compiling exported coerce : % -> OutputForm INFORM;coerce;$Of;24 is replaced by inputForm2OutputForm Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] flatten: lst has no value [2] flatten: symb has no value Cumulative Statistics for Constructor InputForm Time: 0.58 seconds finalizing NRLIB INFORM Processing InputForm for Browser database: -- interpret : % -> Any -- convert : SExpression -> % -- binary : (%,List %) -> % -- function : (%,List Symbol,Symbol) -> % -- lambda : (%,List Symbol) -> % -- ?+? : (%,%) -> % -- ?*? : (%,%) -> % -- ?/? : (%,%) -> % -- ?**? : (%,NonNegativeInteger) -> % -- ?**? : (%,Integer) -> % -- 0 : () -> % -- 1 : () -> % -- flatten : % -> % -- unparse : % -> String -- parseString : String -> % --->../../x86_64-unknown-linux-gnu/src/algebra/mkfunc.spad-->InputForm((parseString (% String))): Improper initial operator in comments: is "parseString is the inverse of unparse. It parses a string to InputForm." -- declare : List % -> Symbol -- compile : (Symbol,List %) -> Symbol -- constructor ; compiling file "/tmp/oa-TZOBm8/code.lsp" (written 01 FEB 2016 10:57:09 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INFORM;convert;$Se;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INFORM;convert;Se$;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INFORM;conv|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INFORM;unparse;$S;12|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INFORM;parseString;S$;13|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INFORM;coerce;$Of;24|) ...) ; compiling (DEFUN |INFORM;Zero;$;1| ...) ; compiling (DEFUN |INFORM;One;$;2| ...) ; compiling (DEFUN |INFORM;convert;$Se;3| ...) ; compiling (DEFUN |INFORM;convert;Se$;4| ...) ; compiling (DEFUN |INFORM;conv| ...) ; compiling (DEFUN |INFORM;lambda;$L$;6| ...) ; compiling (DEFUN |INFORM;interpret;$A;7| ...) ; file: /tmp/oa-TZOBm8/code.lsp ; in: DEFUN |INFORM;interpret;$A;7| ; (DEFUN BOOT::|INFORM;interpret;$A;7| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|v| (BOOT::|interpret| BOOT::|x|))) ; (BOOT::|objNew| (BOOT::|unwrap| (BOOT::|objVal| BOOT::|v|)) ; (BOOT::|objMode| BOOT::|v|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INFORM;interpret;$A;7| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|INFORM;interpret;$A;7| ; (LET ((BOOT::|v| #)) ; (BOOT::|objNew| (BOOT::|unwrap| #) (BOOT::|objMode| BOOT::|v|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |INFORM;convert;Df$;8| ...) ; compiling (DEFUN |INFORM;flatten;2$;9| ...) ; compiling (DEFUN |INFORM;flatten0| ...) ; file: /tmp/oa-TZOBm8/code.lsp ; in: DEFUN |INFORM;flatten0| ; (DEFUN BOOT::|INFORM;flatten0| (BOOT::|s| BOOT::|sy| BOOT::|n| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 29)) ; (CONS NIL BOOT::|s|)) ; (T ; (LET* (# # #) ; (CONS # BOOT::|a|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INFORM;flatten0| ; (BOOT::|s| BOOT::|sy| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|INFORM;flatten0| ; (COND ((BOOT::SPADCALL BOOT::|s| #) (CONS NIL BOOT::|s|)) ; (T ; (LET* # ; #))))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; UNSIGNED-BYTE ; ; compiling (DEFUN |INFORM;strsym| ...) ; file: /tmp/oa-TZOBm8/code.lsp ; in: DEFUN |INFORM;strsym| ; (DEFUN BOOT::|INFORM;strsym| (BOOT::|s| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 49)) ; (BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 50))) ; ((BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 51)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|s| #) ; (BOOT::|shellEntry| BOOT::$ 46))) ; (T ; (BOOT::|error| (LIST "strsym: form" # "is neither a string or symbol"))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INFORM;strsym| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|INFORM;strsym| ; (COND ((BOOT::SPADCALL BOOT::|s| #) (BOOT::SPADCALL BOOT::|s| #)) ; ((BOOT::SPADCALL BOOT::|s| #) (BOOT::SPADCALL # #)) ; (T (BOOT::|error| #))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |INFORM;unparse;$S;12| ...) ; file: /tmp/oa-TZOBm8/code.lsp ; in: DEFUN |INFORM;unparse;$S;12| ; (DEFUN BOOT::|INFORM;unparse;$S;12| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|inputForm2String| BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INFORM;unparse;$S;12| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|INFORM;unparse;$S;12| (BOOT::|inputForm2String| BOOT::|x|))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |INFORM;parseString;S$;13| ...) ; compiling (DEFUN |INFORM;declare;LS;14| ...) ; compiling (DEFUN |INFORM;compile;SLS;15| ...) ; compiling (DEFUN |INFORM;binary;$L$;16| ...) ; compiling (DEFUN |INFORM;tuplify| ...) ; compiling (DEFUN |INFORM;function;$LS$;18| ...) ; compiling (DEFUN |INFORM;+;3$;19| ...) ; compiling (DEFUN |INFORM;*;3$;20| ...) ; compiling (DEFUN |INFORM;**;$I$;21| ...) ; compiling (DEFUN |INFORM;**;$Nni$;22| ...) ; compiling (DEFUN |INFORM;/;3$;23| ...) ; compiling (DEFUN |INFORM;coerce;$Of;24| ...) ; compiling (DEFUN |InputForm| ...) ; compiling (DEFUN |InputForm;| ...) ; compiling (MAKEPROP (QUOTE |InputForm|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 3 notes ; /tmp/oa-TZOBm8/code.fasl written ; compilation finished in 0:00:00.065 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile BOOLEAN.spad && cp BOOLEAN.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/BOOLEAN.fasl \ && if test -f BOOLEAN-.NRLIB/code.fasl; then \ cp BOOLEAN-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/BOOLEAN-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/BOOLEAN.spad using Spad compiler. BOOLEAN abbreviates domain Boolean debug: compDefine1 lhs: (Boolean) signature (pre-evaluate): ((Join (OrderedFinite) (PropositionalLogic) (ConvertibleTo (InputForm)) (CATEGORY domain (SIGNATURE xor ($ $ $)) (SIGNATURE nand ($ $ $)) (SIGNATURE nor ($ $ $))))) debug: evaluateType form: (Join (OrderedFinite) (PropositionalLogic) (ConvertibleTo (InputForm)) (CATEGORY domain (SIGNATURE xor ($ $ $)) (SIGNATURE nand ($ $ $)) (SIGNATURE nor ($ $ $)))) $param: NIL debug: evaluateType form: (OrderedFinite) $param: NIL Debug: evaluateType1 form: (OrderedFinite) debug: evaluateType form: (PropositionalLogic) $param: NIL Debug: evaluateType1 form: (PropositionalLogic) debug: evaluateType form: (ConvertibleTo (InputForm)) $param: NIL Debug: evaluateType1 form: (ConvertibleTo (InputForm)) debug: evaluateType1 x: (InputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (InputForm) $param: NIL Debug: evaluateType1 form: (InputForm) debug: evalCategory d: (InputForm) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE xor ($ $ $)) (SIGNATURE nand ($ $ $)) (SIGNATURE nor ($ $ $))) $param: NIL debug: compDefine1 signature (post evaluate): ((Join (OrderedFinite) (PropositionalLogic) (ConvertibleTo (InputForm)) (CATEGORY domain (SIGNATURE xor ($ $ $)) (SIGNATURE nand ($ $ $)) (SIGNATURE nor ($ $ $))))) ------------------------------------------------------------------------ initializing stationary directory for Boolean compiling into /tmp/oa-p1FOuR compiling exported true : () -> % BOOLEAN;true;$;1 is replaced by %true Time: 0.01 SEC. compiling exported false : () -> % BOOLEAN;false;$;2 is replaced by %false Time: 0 SEC. compiling exported not : % -> % BOOLEAN;not;2$;3 is replaced by %not Time: 0 SEC. compiling exported ~ : % -> % BOOLEAN;~;2$;4 is replaced by %not Time: 0 SEC. compiling exported and : (%,%) -> % BOOLEAN;and;3$;5 is replaced by %and Time: 0 SEC. compiling exported /\ : (%,%) -> % BOOLEAN;/\;3$;6 is replaced by %and Time: 0 SEC. compiling exported or : (%,%) -> % BOOLEAN;or;3$;7 is replaced by %or Time: 0.00 SEC. compiling exported \/ : (%,%) -> % BOOLEAN;\/;3$;8 is replaced by %or Time: 0 SEC. compiling exported xor : (%,%) -> % BOOLEAN;xor;3$;9(a,b) is replaced by %when(a %not b,%otherwise b) Time: 0 SEC. compiling exported nor : (%,%) -> % BOOLEAN;nor;3$;10(a,b) is replaced by %and(%not a,%not b) Time: 0 SEC. compiling exported nand : (%,%) -> % BOOLEAN;nand;3$;11(a,b) is replaced by %or(%not a,%not b) Time: 0.00 SEC. compiling exported = : (%,%) -> Boolean BOOLEAN;=;2$B;12 is replaced by %peq Time: 0 SEC. compiling exported implies : (%,%) -> % BOOLEAN;implies;3$;13(a,b) is replaced by %or(%not a,b) Time: 0.00 SEC. compiling exported equiv : (%,%) -> % BOOLEAN;equiv;3$;14 is replaced by %peq Time: 0 SEC. compiling exported < : (%,%) -> Boolean BOOLEAN;<;2$B;15(a,b) is replaced by %and(b,%not a) Time: 0 SEC. compiling exported size : () -> NonNegativeInteger BOOLEAN;size;Nni;16 is replaced by 2 Time: 0.04 SEC. compiling exported index : PositiveInteger -> % BOOLEAN;index;Pi$;17 i is replaced by %not %ieven? i Time: 0.01 SEC. compiling exported lookup : % -> PositiveInteger BOOLEAN;lookup;$Pi;18 a is replaced by %when(a 1,%otherwise 2) Time: 0.01 SEC. compiling exported random : () -> % BOOLEAN;random;$;19 is replaced by %not %ieq(%irandom 2,0) Time: 0.01 SEC. compiling exported convert : % -> InputForm Debug compQuote expr: (QUOTE true) m: (InputForm) Debug compQuote expr: (QUOTE false) m: (InputForm) BOOLEAN;convert;$If;20 x is replaced by %when(x true,%otherwise false) Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE true) m: (OutputForm) Debug compQuote expr: (QUOTE false) m: (OutputForm) BOOLEAN;coerce;$Of;21 x is replaced by %when(x true,%otherwise false) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] random: zero? has no value Cumulative Statistics for Constructor Boolean Time: 0.12 seconds finalizing NRLIB BOOLEAN Processing Boolean for Browser database: -- xor : (%,%) -> % -- nand : (%,%) -> % -- nor : (%,%) -> % -- constructor ; compiling file "/tmp/oa-p1FOuR/code.lsp" (written 01 FEB 2016 10:57:09 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;true;$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;false;$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;not;2$;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;~;2$;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;and;3$;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;/\\;3$;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;or;3$;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;\\/;3$;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;xor;3$;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;nor;3$;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;nand;3$;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;=;2$B;12|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;implies;3$;13|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;equiv;3$;14|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;<;2$B;15|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;size;Nni;16|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;index;Pi$;17|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;lookup;$Pi;18|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;random;$;19|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;convert;$If;20|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOOLEAN;coerce;$Of;21|) ...) ; compiling (DEFUN |BOOLEAN;true;$;1| ...) ; compiling (DEFUN |BOOLEAN;false;$;2| ...) ; compiling (DEFUN |BOOLEAN;not;2$;3| ...) ; compiling (DEFUN |BOOLEAN;~;2$;4| ...) ; compiling (DEFUN |BOOLEAN;and;3$;5| ...) ; compiling (DEFUN |BOOLEAN;/\\;3$;6| ...) ; compiling (DEFUN |BOOLEAN;or;3$;7| ...) ; compiling (DEFUN |BOOLEAN;\\/;3$;8| ...) ; compiling (DEFUN |BOOLEAN;xor;3$;9| ...) ; compiling (DEFUN |BOOLEAN;nor;3$;10| ...) ; compiling (DEFUN |BOOLEAN;nand;3$;11| ...) ; compiling (DEFUN |BOOLEAN;=;2$B;12| ...) ; compiling (DEFUN |BOOLEAN;implies;3$;13| ...) ; compiling (DEFUN |BOOLEAN;equiv;3$;14| ...) ; compiling (DEFUN |BOOLEAN;<;2$B;15| ...) ; compiling (DEFUN |BOOLEAN;size;Nni;16| ...) ; compiling (DEFUN |BOOLEAN;index;Pi$;17| ...) ; compiling (DEFUN |BOOLEAN;lookup;$Pi;18| ...) ; compiling (DEFUN |BOOLEAN;random;$;19| ...) ; compiling (DEFUN |BOOLEAN;convert;$If;20| ...) ; compiling (DEFUN |BOOLEAN;coerce;$Of;21| ...) ; compiling (DEFUN |Boolean| ...) ; compiling (DEFUN |Boolean;| ...) ; compiling (MAKEPROP (QUOTE |Boolean|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-p1FOuR/code.fasl written ; compilation finished in 0:00:00.100 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/UPSQFREE.fasl --optimize=3 UPSQFREE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UPSQFREE.spad using Spad compiler. UPSQFREE abbreviates package UnivariatePolynomialSquareFree debug: compDefine1 lhs: (UnivariatePolynomialSquareFree RC P) signature (pre-evaluate): ((CATEGORY package (SIGNATURE squareFree ((Factored P) P)) (SIGNATURE squareFreePart (P P)) (SIGNATURE BumInSepFFE ((Record (: flg (Union nil sqfr irred prime)) (: fctr P) (: xpnt (Integer))) (Record (: flg (Union nil sqfr irred prime)) (: fctr P) (: xpnt (Integer)))))) (IntegralDomain) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE squareFree ((Factored P) P)) (SIGNATURE squareFreePart (P P)) (SIGNATURE BumInSepFFE ((Record (: flg (Union nil sqfr irred prime)) (: fctr P) (: xpnt (Integer))) (Record (: flg (Union nil sqfr irred prime)) (: fctr P) (: xpnt (Integer)))))) $param: (RC P) debug: evaluateType form: (Factored P) $param: (RC P) Debug: evaluateType1 form: (Factored P) debug: evaluateType1 x: P m: (IntegralDomain) debug: evaluateType form: P $param: (RC P) debug: evaluateType form: P $param: (RC P) debug: evaluateType form: P $param: (RC P) debug: evaluateType form: (Record (: flg (Union nil sqfr irred prime)) (: fctr P) (: xpnt (Integer))) $param: (RC P) debug: evaluateType form: (Union nil sqfr irred prime) $param: (RC P) debug: evaluateType form: nil $param: (RC P) debug: evaluateType form: sqfr $param: (RC P) debug: evaluateType form: irred $param: (RC P) debug: evaluateType form: prime $param: (RC P) debug: evaluateType form: P $param: (RC P) debug: evaluateType form: (Integer) $param: (RC P) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Record (: flg (Union nil sqfr irred prime)) (: fctr P) (: xpnt (Integer))) $param: (RC P) debug: evaluateType form: (Union nil sqfr irred prime) $param: (RC P) debug: evaluateType form: nil $param: (RC P) debug: evaluateType form: sqfr $param: (RC P) debug: evaluateType form: irred $param: (RC P) debug: evaluateType form: prime $param: (RC P) debug: evaluateType form: P $param: (RC P) debug: evaluateType form: (Integer) $param: (RC P) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (IntegralDomain) $param: (RC P) Debug: evaluateType1 form: (IntegralDomain) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE squareFree ((Factored P) P)) (SIGNATURE squareFreePart (P P)) (SIGNATURE BumInSepFFE ((Record (: flg (Union nil sqfr irred prime)) (: fctr P) (: xpnt (Integer))) (Record (: flg (Union nil sqfr irred prime)) (: fctr P) (: xpnt (Integer)))))) (IntegralDomain) NIL) debug: compDefine1 lhs: (UnivariatePolynomialSquareFree RC P) signature (pre-evaluate): ((CATEGORY package (SIGNATURE squareFree ((Factored P) P)) (SIGNATURE squareFreePart (P P)) (SIGNATURE BumInSepFFE ((Record (: flg (Union nil sqfr irred prime)) (: fctr P) (: xpnt (Integer))) (Record (: flg (Union nil sqfr irred prime)) (: fctr P) (: xpnt (Integer)))))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE squareFree ((Factored P) P)) (SIGNATURE squareFreePart (P P)) (SIGNATURE BumInSepFFE ((Record (: flg (Union nil sqfr irred prime)) (: fctr P) (: xpnt (Integer))) (Record (: flg (Union nil sqfr irred prime)) (: fctr P) (: xpnt (Integer)))))) $param: (RC P) debug: evaluateType form: (Factored P) $param: (RC P) Debug: evaluateType1 form: (Factored P) debug: evaluateType1 x: P m: (IntegralDomain) debug: evaluateType form: P $param: (RC P) debug: evaluateType form: P $param: (RC P) debug: evaluateType form: P $param: (RC P) debug: evaluateType form: (Record (: flg (Union nil sqfr irred prime)) (: fctr P) (: xpnt (Integer))) $param: (RC P) debug: evaluateType form: (Union nil sqfr irred prime) $param: (RC P) debug: evaluateType form: nil $param: (RC P) debug: evaluateType form: sqfr $param: (RC P) debug: evaluateType form: irred $param: (RC P) debug: evaluateType form: prime $param: (RC P) debug: evaluateType form: P $param: (RC P) debug: evaluateType form: (Integer) $param: (RC P) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Record (: flg (Union nil sqfr irred prime)) (: fctr P) (: xpnt (Integer))) $param: (RC P) debug: evaluateType form: (Union nil sqfr irred prime) $param: (RC P) debug: evaluateType form: nil $param: (RC P) debug: evaluateType form: sqfr $param: (RC P) debug: evaluateType form: irred $param: (RC P) debug: evaluateType form: prime $param: (RC P) debug: evaluateType form: P $param: (RC P) debug: evaluateType form: (Integer) $param: (RC P) Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE squareFree ((Factored P) P)) (SIGNATURE squareFreePart (P P)) (SIGNATURE BumInSepFFE ((Record (: flg (Union nil sqfr irred prime)) (: fctr P) (: xpnt (Integer))) (Record (: flg (Union nil sqfr irred prime)) (: fctr P) (: xpnt (Integer)))))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for UnivariatePolynomialSquareFree compiling into /tmp/oa-AWiQKe compiling exported squareFreePart : P -> P Time: 0.10 SEC. compiling exported squareFreePart : P -> P Time: 0.05 SEC. compiling exported BumInSepFFE : Record(flg: Union(nil,sqfr,irred,prime),fctr: P,xpnt: Integer) -> Record(flg: Union(nil,sqfr,irred,prime),fctr: P,xpnt: Integer) Time: 0.04 SEC. compiling exported BumInSepFFE : Record(flg: Union(nil,sqfr,irred,prime),fctr: P,xpnt: Integer) -> Record(flg: Union(nil,sqfr,irred,prime),fctr: P,xpnt: Integer) Time: 0.02 SEC. compiling exported BumInSepFFE : Record(flg: Union(nil,sqfr,irred,prime),fctr: P,xpnt: Integer) -> Record(flg: Union(nil,sqfr,irred,prime),fctr: P,xpnt: Integer) Time: 0.01 SEC. compiling exported squareFree : P -> Factored P Time: 0.05 SEC. compiling exported squareFree : P -> Factored P Time: 0.09 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] squareFreePart: unit has no value [2] BumInSepFFE: : NonNegativeInteger -- should replace by @ Cumulative Statistics for Constructor UnivariatePolynomialSquareFree Time: 0.36 seconds finalizing NRLIB UPSQFREE Processing UnivariatePolynomialSquareFree for Browser database: -- gcd : (%,%) -> % -- squareFree : P -> Factored P -- squareFreePart : P -> P -- BumInSepFFE : FF -> FF -- constructor ; compiling file "/tmp/oa-AWiQKe/code.lsp" (written 01 FEB 2016 10:57:10 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |UPSQFREE;squareFreePart;2P;1| ...) ; compiling (DEFUN |UPSQFREE;squareFreePart;2P;2| ...) ; compiling (DEFUN |UPSQFREE;BumInSepFFE;2R;3| ...) ; compiling (DEFUN |UPSQFREE;BumInSepFFE;2R;4| ...) ; compiling (DEFUN |UPSQFREE;BumInSepFFE;2R;5| ...) ; compiling (DEFUN |UPSQFREE;squareFree;PF;6| ...) ; compiling (DEFUN |UPSQFREE;squareFree;PF;7| ...) ; compiling (DEFUN |UnivariatePolynomialSquareFree| ...) ; compiling (DEFUN |UnivariatePolynomialSquareFree;| ...) ; compiling (MAKEPROP (QUOTE |UnivariatePolynomialSquareFree|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-AWiQKe/code.fasl written ; compilation finished in 0:00:00.074 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/MDDFACT.fasl --optimize=3 MDDFACT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MDDFACT.spad using Spad compiler. MDDFACT abbreviates package ModularDistinctDegreeFactorizer debug: compDefine1 lhs: (ModularDistinctDegreeFactorizer U) signature (pre-evaluate): ((CATEGORY package (SIGNATURE gcd (U U U (Integer))) (SIGNATURE linears (U U (Integer))) (SIGNATURE factor ((List U) U (Integer))) (SIGNATURE ddFact ((List (Record (: factor U) (: degree (Integer)))) U (Integer))) (SIGNATURE separateFactors ((List U) (List (Record (: factor U) (: degree (Integer)))) (Integer))) (SIGNATURE exptMod (U U (Integer) U (Integer)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE gcd (U U U (Integer))) (SIGNATURE linears (U U (Integer))) (SIGNATURE factor ((List U) U (Integer))) (SIGNATURE ddFact ((List (Record (: factor U) (: degree (Integer)))) U (Integer))) (SIGNATURE separateFactors ((List U) (List (Record (: factor U) (: degree (Integer)))) (Integer))) (SIGNATURE exptMod (U U (Integer) U (Integer)))) $param: (U) debug: evaluateType form: U $param: (U) debug: evaluateType form: U $param: (U) debug: evaluateType form: U $param: (U) debug: evaluateType form: (Integer) $param: (U) Debug: evaluateType1 form: (Integer) debug: evaluateType form: U $param: (U) debug: evaluateType form: U $param: (U) debug: evaluateType form: (Integer) $param: (U) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (List U) $param: (U) Debug: evaluateType1 form: (List U) debug: evaluateType1 x: U m: (Type) debug: evaluateType form: U $param: (U) debug: evaluateType form: (Integer) $param: (U) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (List (Record (: factor U) (: degree (Integer)))) $param: (U) Debug: evaluateType1 form: (List (Record (: factor U) (: degree (Integer)))) debug: evaluateType1 x: (Record (: factor U) (: degree (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (U) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: factor U) (: degree (Integer))) $param: (U) debug: evaluateType form: U $param: (U) debug: evaluateType form: (Integer) $param: (U) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: factor U) (: degree (Integer))) c: (Type) debug: evaluateType form: U $param: (U) debug: evaluateType form: (Integer) $param: (U) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (List U) $param: (U) Debug: evaluateType1 form: (List U) debug: evaluateType1 x: U m: (Type) debug: evaluateType form: (List (Record (: factor U) (: degree (Integer)))) $param: (U) Debug: evaluateType1 form: (List (Record (: factor U) (: degree (Integer)))) debug: evaluateType1 x: (Record (: factor U) (: degree (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (U) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: factor U) (: degree (Integer))) $param: (U) debug: evaluateType form: U $param: (U) debug: evaluateType form: (Integer) $param: (U) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: factor U) (: degree (Integer))) c: (Type) debug: evaluateType form: (Integer) $param: (U) Debug: evaluateType1 form: (Integer) debug: evaluateType form: U $param: (U) debug: evaluateType form: U $param: (U) debug: evaluateType form: (Integer) $param: (U) Debug: evaluateType1 form: (Integer) debug: evaluateType form: U $param: (U) debug: evaluateType form: (Integer) $param: (U) Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE gcd (U U U (Integer))) (SIGNATURE linears (U U (Integer))) (SIGNATURE factor ((List U) U (Integer))) (SIGNATURE ddFact ((List (Record (: factor U) (: degree (Integer)))) U (Integer))) (SIGNATURE separateFactors ((List U) (List (Record (: factor U) (: degree (Integer)))) (Integer))) (SIGNATURE exptMod (U U (Integer) U (Integer)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for ModularDistinctDegreeFactorizer compiling into /tmp/oa-AIRunI compiling local reduction : (U,Integer) -> U Time: 0.06 SEC. compiling local merge : (Integer,Integer) -> Union(Integer,failed) MDDFACT;merge(p,q) is replaced by %when( %pair(0,p), %pair(0,q), %pair(0,p),%otherwise %pair(1,"failed")) Time: 0.01 SEC. compiling local modInverse : (Integer,Integer) -> Integer Time: 0.01 SEC. compiling local exactquo : (U,U,Integer) -> Union(U,failed) Time: 0.01 SEC. compiling local lc : EMR -> Integer Time: 0.02 SEC. compiling local degree : EMR -> Integer Time: 0.01 SEC. compiling local makeMonic : EMR -> EMR Time: 0.01 SEC. compiling local exptmod : (EMR,Integer,EMR) -> EMR Time: 0.02 SEC. compiling exported exptMod : (U,Integer,U,Integer) -> U Time: 0.00 SEC. compiling local ddfactor : EMR -> List EMR Time: 0.03 SEC. compiling exported gcd : (U,U,Integer) -> U Time: 0.01 SEC. compiling exported factor : (U,Integer) -> List U Time: 0.02 SEC. compiling local ddfact : EMR -> List Record(factor: EMR,degree: Integer) Time: 0.07 SEC. compiling exported ddFact : (U,Integer) -> List Record(factor: U,degree: Integer) Time: 0.03 SEC. compiling exported linears : (U,Integer) -> U Time: 0.03 SEC. compiling local sepfact : List Record(factor: EMR,degree: Integer) -> List EMR Time: 0.01 SEC. compiling exported separateFactors : (List Record(factor: U,degree: Integer),Integer) -> List U Time: 0.05 SEC. compiling local decode : (Integer,Integer,U) -> U Time: 0.01 SEC. compiling local sepFact1 : Record(factor: EMR,degree: Integer) -> List EMR Time: 0.08 SEC. compiling local probSplit : (EMR,EMR,Integer) -> Union(List EMR,failed) Time: 0.04 SEC. compiling local probSplit2 : (EMR,EMR,Integer) -> Union(List EMR,failed) Time: 0.01 SEC. compiling local trace : (EMR,Integer,EMR) -> EMR Time: 0 SEC. (time taken in buildFunctor: 4) Time: 0.01 SEC. Warnings: [1] ddfact: degree is BOTH a variable a literal [2] ddfact: ans has no value [3] ddfact: : Integer -- should replace by @ [4] ddFact: degree is BOTH a variable a literal [5] sepfact: degree is BOTH a variable a literal [6] separateFactors: degree is BOTH a variable a literal [7] sepFact1: degree is BOTH a variable a literal [8] sepFact1: stack has no value [9] probSplit: : NonNegativeInteger -- replace by pretend Cumulative Statistics for Constructor ModularDistinctDegreeFactorizer Time: 0.55 seconds finalizing NRLIB MDDFACT Processing ModularDistinctDegreeFactorizer for Browser database: -- gcd : (U,U,I) -> U -- linears : (U,I) -> U -- factor : (U,I) -> L U -- ddFact : (U,I) -> UDDList -- separateFactors : (UDDList,I) -> L U -- exptMod : (U,I,U,I) -> U -- constructor ; compiling file "/tmp/oa-AIRunI/code.lsp" (written 01 FEB 2016 10:57:10 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MDDFACT;merge|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MDDFACT;reduction| ...) ; compiling (DEFUN |MDDFACT;reduction!0| ...) ; compiling (DEFUN |MDDFACT;merge| ...) ; compiling (DEFUN |MDDFACT;modInverse| ...) ; compiling (DEFUN |MDDFACT;exactquo| ...) ; compiling (DEFUN |MDDFACT;lc| ...) ; file: /tmp/oa-AIRunI/code.lsp ; in: DEFUN |MDDFACT;lc| ; (DEFUN BOOT::|MDDFACT;lc| (BOOT::|u| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|u| (BOOT::|shellEntry| BOOT::$ 27)) ; (BOOT::|shellEntry| BOOT::$ 21))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MDDFACT;lc| ; (BOOT::|u| BOOT::$) ; (BLOCK BOOT::|MDDFACT;lc| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|u| (BOOT::|shellEntry| BOOT::$ 27)) ; (BOOT::|shellEntry| BOOT::$ 21)))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |MDDFACT;degree| ...) ; file: /tmp/oa-AIRunI/code.lsp ; in: DEFUN |MDDFACT;degree| ; (DEFUN BOOT::|MDDFACT;degree| (BOOT::|u| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|u| (BOOT::|shellEntry| BOOT::$ 27)) ; (BOOT::|shellEntry| BOOT::$ 29))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MDDFACT;degree| ; (BOOT::|u| BOOT::$) ; (BLOCK BOOT::|MDDFACT;degree| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|u| (BOOT::|shellEntry| BOOT::$ 27)) ; (BOOT::|shellEntry| BOOT::$ 29)))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |MDDFACT;makeMonic| ...) ; compiling (DEFUN |MDDFACT;exptmod| ...) ; file: /tmp/oa-AIRunI/code.lsp ; in: DEFUN |MDDFACT;exptmod| ; (DEFUN BOOT::|MDDFACT;exptmod| (BOOT::|u1| BOOT::|i| BOOT::|u2| BOOT::$) ; (COND ; ((MINUSP BOOT::|i|) ; (BOOT::|error| "negative exponentiation not allowed for exptMod")) ; (T ; (LET (#) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MDDFACT;exptmod| ; (BOOT::|u1| BOOT::|i| BOOT::|u2| BOOT::$) ; (BLOCK BOOT::|MDDFACT;exptmod| ; (COND ; ((MINUSP BOOT::|i|) ; (BOOT::|error| "negative exponentiation not allowed for exptMod")) ; (T ; (LET # ; #))))) ; ; note: Assignment to argument: |i| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |MDDFACT;exptMod;UIUIU;9| ...) ; compiling (DEFUN |MDDFACT;ddfactor| ...) ; compiling (DEFUN |MDDFACT;gcd;2UIU;11| ...) ; compiling (DEFUN |MDDFACT;factor;UIL;12| ...) ; file: /tmp/oa-AIRunI/code.lsp ; in: DEFUN |MDDFACT;factor;UIL;12| ; (DEFUN BOOT::|MDDFACT;factor;UIL;12| (BOOT::|u| BOOT::|q| BOOT::$) ; (PROG (BOOT::|ans|) ; (RETURN ; (LET (# #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MDDFACT;factor;UIL;12| ; (BOOT::|u| BOOT::|q| BOOT::$) ; (BLOCK BOOT::|MDDFACT;factor;UIL;12| ; (PROG (BOOT::|ans|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |MDDFACT;ddfact| ...) ; compiling (DEFUN |MDDFACT;ddFact;UIL;14| ...) ; file: /tmp/oa-AIRunI/code.lsp ; in: DEFUN |MDDFACT;ddFact;UIL;14| ; (DEFUN BOOT::|MDDFACT;ddFact;UIL;14| (BOOT::|u| BOOT::|q| BOOT::$) ; (LET ((BOOT::|ans| (BOOT::|MDDFACT;ddfact| # BOOT::$))) ; (LET ((#:G733 BOOT::|ans|) (#:G638 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MDDFACT;ddFact;UIL;14| ; (BOOT::|u| BOOT::|q| BOOT::$) ; (BLOCK BOOT::|MDDFACT;ddFact;UIL;14| ; (LET ((BOOT::|ans| #)) ; (LET (# #) ; (LOOP # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |MDDFACT;linears;UIU;15| ...) ; compiling (DEFUN |MDDFACT;sepfact| ...) ; compiling (DEFUN |MDDFACT;separateFactors;LIL;17| ...) ; file: /tmp/oa-AIRunI/code.lsp ; in: DEFUN |MDDFACT;separateFactors;LIL;17| ; (DEFUN BOOT::|MDDFACT;separateFactors;LIL;17| ; (BOOT::|uddList| BOOT::|q| BOOT::$) ; (LET ((BOOT::|ans| (BOOT::|MDDFACT;sepfact| # BOOT::$))) ; (LET ((#:G735 BOOT::|ans|) (#:G661 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MDDFACT;separateFactors;LIL;17| ; (BOOT::|uddList| BOOT::|q| BOOT::$) ; (BLOCK BOOT::|MDDFACT;separateFactors;LIL;17| ; (LET ((BOOT::|ans| #)) ; (LET (# #) ; (LOOP # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |MDDFACT;decode| ...) ; compiling (DEFUN |MDDFACT;sepFact1| ...) ; compiling (DEFUN |MDDFACT;probSplit| ...) ; compiling (DEFUN |MDDFACT;probSplit2| ...) ; compiling (DEFUN |MDDFACT;trace| ...) ; file: /tmp/oa-AIRunI/code.lsp ; in: DEFUN |MDDFACT;trace| ; (DEFUN BOOT::|MDDFACT;trace| (BOOT::|t| BOOT::|d| BOOT::|u| BOOT::$) ; (PROG (BOOT::|tt|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MDDFACT;trace| ; (BOOT::|t| BOOT::|d| BOOT::|u| BOOT::$) ; (BLOCK BOOT::|MDDFACT;trace| ; (PROG (BOOT::|tt|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |d| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |ModularDistinctDegreeFactorizer| ...) ; compiling (DEFUN |ModularDistinctDegreeFactorizer;| ...) ; compiling (MAKEPROP (QUOTE |ModularDistinctDegreeFactorizer|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 7 notes ; /tmp/oa-AIRunI/code.fasl written ; compilation finished in 0:00:00.094 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/UPDIVP.fasl --bootstrap UPDIVP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UPDIVP.spad using Spad compiler. UPDIVP abbreviates package UnivariatePolynomialDivisionPackage ------------------------------------------------------------------------ initializing stationary directory for UnivariatePolynomialDivisionPackage compiling into /tmp/oa-XtHi4s Time: 0.04 SEC. Cumulative Statistics for Constructor UnivariatePolynomialDivisionPackage Time: 0.04 seconds finalizing NRLIB UPDIVP ; compiling file "/tmp/oa-XtHi4s/code.lsp" (written 01 FEB 2016 10:57:11 PM): ; compiling (DEFUN |UnivariatePolynomialDivisionPackage| ...) ; compiling (DEFUN |UnivariatePolynomialDivisionPackage;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-XtHi4s/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/UPDECOMP.fasl --optimize=3 UPDECOMP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UPDECOMP.spad using Spad compiler. UPDECOMP abbreviates package UnivariatePolynomialDecompositionPackage debug: compDefine1 lhs: (UnivariatePolynomialDecompositionPackage R UP) signature (pre-evaluate): ((CATEGORY package (SIGNATURE monicRightFactorIfCan ((Union UP failed) UP (NonNegativeInteger))) (SIGNATURE rightFactorIfCan ((Union UP failed) UP (NonNegativeInteger) R)) (SIGNATURE leftFactorIfCan ((Union UP failed) UP UP)) (SIGNATURE monicDecomposeIfCan ((Union (Record (: left UP) (: right UP)) failed) UP)) (SIGNATURE monicCompleteDecompose ((List UP) UP))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE monicRightFactorIfCan ((Union UP failed) UP (NonNegativeInteger))) (SIGNATURE rightFactorIfCan ((Union UP failed) UP (NonNegativeInteger) R)) (SIGNATURE leftFactorIfCan ((Union UP failed) UP UP)) (SIGNATURE monicDecomposeIfCan ((Union (Record (: left UP) (: right UP)) failed) UP)) (SIGNATURE monicCompleteDecompose ((List UP) UP))) $param: (R UP) debug: evaluateType form: (Union UP failed) $param: (R UP) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: failed $param: (R UP) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: (NonNegativeInteger) $param: (R UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Union UP failed) $param: (R UP) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: failed $param: (R UP) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: (NonNegativeInteger) $param: (R UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: R $param: (R UP) debug: evaluateType form: (Union UP failed) $param: (R UP) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: failed $param: (R UP) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: (Union (Record (: left UP) (: right UP)) failed) $param: (R UP) debug: evaluateType form: (Record (: left UP) (: right UP)) $param: (R UP) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: failed $param: (R UP) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: (List UP) $param: (R UP) Debug: evaluateType1 form: (List UP) debug: evaluateType1 x: UP m: (Type) debug: evaluateType form: UP $param: (R UP) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE monicRightFactorIfCan ((Union UP failed) UP (NonNegativeInteger))) (SIGNATURE rightFactorIfCan ((Union UP failed) UP (NonNegativeInteger) R)) (SIGNATURE leftFactorIfCan ((Union UP failed) UP UP)) (SIGNATURE monicDecomposeIfCan ((Union (Record (: left UP) (: right UP)) failed) UP)) (SIGNATURE monicCompleteDecompose ((List UP) UP))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for UnivariatePolynomialDecompositionPackage compiling into /tmp/oa-cESCVC compiling exported rightFactorIfCan : (UP,NonNegativeInteger,R) -> Union(UP,failed) Time: 0.44 SEC. compiling exported monicRightFactorIfCan : (UP,NonNegativeInteger) -> Union(UP,failed) Time: 0.01 SEC. importing UnivariatePolynomialDivisionPackage(R,UP) compiling exported leftFactorIfCan : (UP,UP) -> Union(UP,failed) Time: 0.02 SEC. compiling exported monicDecomposeIfCan : UP -> Union(Record(left: UP,right: UP),failed) Time: 0.02 SEC. compiling exported monicCompleteDecompose : UP -> List UP Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor UnivariatePolynomialDecompositionPackage Time: 0.50 seconds finalizing NRLIB UPDECOMP Processing UnivariatePolynomialDecompositionPackage for Browser database: -- monicRightFactorIfCan : (UP,N) -> Union(UP,"failed") -- rightFactorIfCan : (UP,N,R) -> Union(UP,"failed") -- leftFactorIfCan : (UP,UP) -> Union(UP,"failed") -- monicDecomposeIfCan : UP -> Union(LR,"failed") -- monicCompleteDecompose : UP -> List UP -- constructor ; compiling file "/tmp/oa-cESCVC/code.lsp" (written 01 FEB 2016 10:57:11 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |UPDECOMP;rightFactorIfCan;UPNniRU;1| ...) ; file: /tmp/oa-cESCVC/code.lsp ; in: DEFUN |UPDECOMP;rightFactorIfCan;UPNniRU;1| ; (DEFUN BOOT::|UPDECOMP;rightFactorIfCan;UPNniRU;1| ; (BOOT::|p| BOOT::|dq| BOOT::|lcq| BOOT::$) ; (PROG (BOOT::|q| BOOT::|lcp| BOOT::|s| BOOT::|n| BOOT::|nc| BOOT::|cquo| ; BOOT::|c|) ; (RETURN ; (LET (#) ; (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPDECOMP;rightFactorIfCan;UPNniRU;1| ; (BOOT::|p| BOOT::|dq| BOOT::|lcq| BOOT::$) ; (BLOCK BOOT::|UPDECOMP;rightFactorIfCan;UPNniRU;1| ; (PROG (BOOT::|q| BOOT::|lcp| BOOT::|s| BOOT::|n| BOOT::|nc| ; BOOT::|cquo| BOOT::|c|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |UPDECOMP;monicRightFactorIfCan;UPNniU;2| ...) ; compiling (DEFUN |UPDECOMP;leftFactorIfCan;2UPU;3| ...) ; compiling (DEFUN |UPDECOMP;monicDecomposeIfCan;UPU;4| ...) ; compiling (DEFUN |UPDECOMP;monicCompleteDecompose;UPL;5| ...) ; compiling (DEFUN |UnivariatePolynomialDecompositionPackage| ...) ; compiling (DEFUN |UnivariatePolynomialDecompositionPackage;| ...) ; compiling (MAKEPROP (QUOTE |UnivariatePolynomialDecompositionPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-cESCVC/code.fasl written ; compilation finished in 0:00:00.059 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/BRILL.fasl --optimize=3 BRILL.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/BRILL.spad using Spad compiler. BRILL abbreviates package BrillhartTests debug: compDefine1 lhs: (BrillhartTests UP) signature (pre-evaluate): ((CATEGORY package (SIGNATURE brillhartIrreducible? ((Boolean) UP)) (SIGNATURE brillhartIrreducible? ((Boolean) UP (Boolean))) (SIGNATURE brillhartTrials ((NonNegativeInteger))) (SIGNATURE brillhartTrials ((NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE noLinearFactor? ((Boolean) UP))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE brillhartIrreducible? ((Boolean) UP)) (SIGNATURE brillhartIrreducible? ((Boolean) UP (Boolean))) (SIGNATURE brillhartTrials ((NonNegativeInteger))) (SIGNATURE brillhartTrials ((NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE noLinearFactor? ((Boolean) UP))) $param: (UP) debug: evaluateType form: (Boolean) $param: (UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (Boolean) $param: (UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (Boolean) $param: (UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Boolean) $param: (UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: UP $param: (UP) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE brillhartIrreducible? ((Boolean) UP)) (SIGNATURE brillhartIrreducible? ((Boolean) UP (Boolean))) (SIGNATURE brillhartTrials ((NonNegativeInteger))) (SIGNATURE brillhartTrials ((NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE noLinearFactor? ((Boolean) UP))) NIL) ------------------------------------------------------------------------ initializing stationary directory for BrillhartTests compiling into /tmp/oa-yYRECo importing GaloisGroupFactorizationUtilities(Integer,UP,Float) compiling local squaredPolynomial : UP -> Boolean Time: 0.07 SEC. compiling local primeEnough? : (Integer,Integer) -> Boolean Time: 0.04 SEC. compiling exported brillhartTrials : () -> NonNegativeInteger Time: 0.01 SEC. compiling exported brillhartTrials : NonNegativeInteger -> NonNegativeInteger Time: 0 SEC. compiling exported brillhartIrreducible? : UP -> Boolean Time: 0.00 SEC. compiling exported brillhartIrreducible? : (UP,Boolean) -> Boolean Time: 0.10 SEC. compiling exported noLinearFactor? : UP -> Boolean Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor BrillhartTests Time: 0.23 seconds finalizing NRLIB BRILL Processing BrillhartTests for Browser database: -- brillhartIrreducible? : UP -> Boolean -- brillhartIrreducible? : (UP,Boolean) -> Boolean -- brillhartTrials : () -> N -- brillhartTrials : N -> N -- noLinearFactor? : UP -> Boolean -- constructor ; compiling file "/tmp/oa-yYRECo/code.lsp" (written 01 FEB 2016 10:57:12 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BRILL;brillhartTrials;Nni;3|) ...) ; compiling (DEFUN |BRILL;squaredPolynomial| ...) ; compiling (DEFUN |BRILL;primeEnough?| ...) ; file: /tmp/oa-yYRECo/code.lsp ; in: DEFUN |BRILL;primeEnough?| ; (DEFUN BOOT::|BRILL;primeEnough?| (BOOT::|n| BOOT::|b| BOOT::$) ; (PROG (BOOT::|d|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BRILL;primeEnough?| ; (BOOT::|n| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|BRILL;primeEnough?| ; (PROG (BOOT::|d|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |BRILL;brillhartTrials;Nni;3| ...) ; compiling (DEFUN |BRILL;brillhartTrials;2Nni;4| ...) ; file: /tmp/oa-yYRECo/code.lsp ; in: DEFUN |BRILL;brillhartTrials;2Nni;4| ; (DEFUN BOOT::|BRILL;brillhartTrials;2Nni;4| (BOOT::|n| BOOT::$) ; (PROGN ; (LET ((BOOT::|#G8| BOOT::|n|)) ; (PROGN (SETF #) (SETQ #))) ; BOOT::|n|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BRILL;brillhartTrials;2Nni;4| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|BRILL;brillhartTrials;2Nni;4| ; (PROGN ; (LET (#) ; (PROGN # #)) ; BOOT::|n|))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; UNSIGNED-BYTE ; ; compiling (DEFUN |BRILL;brillhartIrreducible?;UPB;5| ...) ; compiling (DEFUN |BRILL;brillhartIrreducible?;UP2B;6| ...) ; compiling (DEFUN |BRILL;noLinearFactor?;UPB;7| ...) ; compiling (DEFUN |BrillhartTests| ...) ; compiling (DEFUN |BrillhartTests;| ...) ; compiling (MAKEPROP (QUOTE |BrillhartTests|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 3 notes ; /tmp/oa-yYRECo/code.fasl written ; compilation finished in 0:00:00.047 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/CYCLOTOM.fasl --optimize=3 CYCLOTOM.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CYCLOTOM.spad using Spad compiler. CYCLOTOM abbreviates package CyclotomicPolynomialPackage debug: compDefine1 lhs: (CyclotomicPolynomialPackage) signature (pre-evaluate): ((CATEGORY package (SIGNATURE cyclotomicDecomposition ((List (SparseUnivariatePolynomial (Integer))) (Integer))) (SIGNATURE cyclotomic ((SparseUnivariatePolynomial (Integer)) (Integer))) (SIGNATURE cyclotomicFactorization ((Factored (SparseUnivariatePolynomial (Integer))) (Integer))))) debug: evaluateType form: (CATEGORY package (SIGNATURE cyclotomicDecomposition ((List (SparseUnivariatePolynomial (Integer))) (Integer))) (SIGNATURE cyclotomic ((SparseUnivariatePolynomial (Integer)) (Integer))) (SIGNATURE cyclotomicFactorization ((Factored (SparseUnivariatePolynomial (Integer))) (Integer)))) $param: NIL debug: evaluateType form: (List (SparseUnivariatePolynomial (Integer))) $param: NIL Debug: evaluateType1 form: (List (SparseUnivariatePolynomial (Integer))) debug: evaluateType1 x: (SparseUnivariatePolynomial (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial (Integer)) $param: NIL Debug: evaluateType1 form: (SparseUnivariatePolynomial (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial (Integer)) c: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (SparseUnivariatePolynomial (Integer)) $param: NIL Debug: evaluateType1 form: (SparseUnivariatePolynomial (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Factored (SparseUnivariatePolynomial (Integer))) $param: NIL Debug: evaluateType1 form: (Factored (SparseUnivariatePolynomial (Integer))) debug: evaluateType1 x: (SparseUnivariatePolynomial (Integer)) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial (Integer)) $param: NIL Debug: evaluateType1 form: (SparseUnivariatePolynomial (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial (Integer)) c: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE cyclotomicDecomposition ((List (SparseUnivariatePolynomial (Integer))) (Integer))) (SIGNATURE cyclotomic ((SparseUnivariatePolynomial (Integer)) (Integer))) (SIGNATURE cyclotomicFactorization ((Factored (SparseUnivariatePolynomial (Integer))) (Integer))))) ------------------------------------------------------------------------ initializing stationary directory for CyclotomicPolynomialPackage compiling into /tmp/oa-HL4WKJ compiling exported cyclotomic : Integer -> SparseUnivariatePolynomial Integer Time: 0.07 SEC. compiling exported cyclotomicDecomposition : Integer -> List SparseUnivariatePolynomial Integer Time: 0.04 SEC. compiling exported cyclotomicFactorization : Integer -> Factored SparseUnivariatePolynomial Integer Time: 0.05 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] cyclotomic: factors has no value [2] cyclotomicDecomposition: factors has no value Cumulative Statistics for Constructor CyclotomicPolynomialPackage Time: 0.16 seconds finalizing NRLIB CYCLOTOM Processing CyclotomicPolynomialPackage for Browser database: -- cyclotomicDecomposition : Integer -> LSUP -- cyclotomic : Integer -> SUP -- cyclotomicFactorization : Integer -> FR -- constructor ; compiling file "/tmp/oa-HL4WKJ/code.lsp" (written 01 FEB 2016 10:57:12 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |CYCLOTOM;cyclotomic;ISup;1| ...) ; file: /tmp/oa-HL4WKJ/code.lsp ; in: DEFUN |CYCLOTOM;cyclotomic;ISup;1| ; (LET ((BOOT::|x| NIL) ; (BOOT::|y| NIL) ; (BOOT::|z| NIL) ; (BOOT::|l| NIL) ; (BOOT::|g| ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|n| #) ; (BOOT::|shellEntry| BOOT::$ 12)))) ; (BOOT::SEQ (SETQ BOOT::|l| (BOOT::SPADCALL # # #)) ; (LET ((#:G592 BOOT::|g|)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::EXIT BOOT::|l|))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |y| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |z| is defined but never used. ; compiling (DEFUN |CYCLOTOM;cyclotomicDecomposition;IL;2| ...) ; file: /tmp/oa-HL4WKJ/code.lsp ; in: DEFUN |CYCLOTOM;cyclotomicDecomposition;IL;2| ; (LET ((BOOT::|x| NIL) ; (BOOT::|y| NIL) ; (BOOT::|z| NIL) ; (BOOT::|l| NIL) ; (BOOT::|ll| NIL) ; (BOOT::|m| NIL) ; (BOOT::|g| ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|n| #) ; (BOOT::|shellEntry| BOOT::$ 12)))) ; (BOOT::SEQ (SETQ BOOT::|l| (LIST #)) ; (LET ((#:G593 BOOT::|g|)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::EXIT BOOT::|l|))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |y| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |z| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |ll| is defined but never used. ; compiling (DEFUN |CYCLOTOM;cyclotomicFactorization;IF;3| ...) ; compiling (DEFUN |CyclotomicPolynomialPackage| ...) ; compiling (DEFUN |CyclotomicPolynomialPackage;| ...) ; compiling (MAKEPROP (QUOTE |CyclotomicPolynomialPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 7 STYLE-WARNING conditions ; /tmp/oa-HL4WKJ/code.fasl written ; compilation finished in 0:00:00.038 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/MSET.fasl --optimize=3 MSET.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MSET.spad using Spad compiler. MSET abbreviates domain Multiset debug: compDefine1 lhs: (Multiset S) signature (pre-evaluate): ((Join (MultisetAggregate S) (FiniteAggregate S) (ShallowlyMutableAggregate S) (CATEGORY domain (SIGNATURE multiset ($)) (SIGNATURE multiset ($ S)) (SIGNATURE multiset ($ (List S))) (SIGNATURE unique ((List S) $)) (SIGNATURE remove ($ S $ (Integer))) (SIGNATURE remove ($ (Mapping (Boolean) S) $ (Integer))) (SIGNATURE remove! ($ S $ (Integer))) (SIGNATURE remove! ($ (Mapping (Boolean) S) $ (Integer))))) (SetCategory)) debug: evaluateType form: (Join (MultisetAggregate S) (FiniteAggregate S) (ShallowlyMutableAggregate S) (CATEGORY domain (SIGNATURE multiset ($)) (SIGNATURE multiset ($ S)) (SIGNATURE multiset ($ (List S))) (SIGNATURE unique ((List S) $)) (SIGNATURE remove ($ S $ (Integer))) (SIGNATURE remove ($ (Mapping (Boolean) S) $ (Integer))) (SIGNATURE remove! ($ S $ (Integer))) (SIGNATURE remove! ($ (Mapping (Boolean) S) $ (Integer))))) $param: (S) debug: evaluateType form: (MultisetAggregate S) $param: (S) Debug: evaluateType1 form: (MultisetAggregate S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (FiniteAggregate S) $param: (S) Debug: evaluateType1 form: (FiniteAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (ShallowlyMutableAggregate S) $param: (S) Debug: evaluateType1 form: (ShallowlyMutableAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE multiset ($)) (SIGNATURE multiset ($ S)) (SIGNATURE multiset ($ (List S))) (SIGNATURE unique ((List S) $)) (SIGNATURE remove ($ S $ (Integer))) (SIGNATURE remove ($ (Mapping (Boolean) S) $ (Integer))) (SIGNATURE remove! ($ S $ (Integer))) (SIGNATURE remove! ($ (Mapping (Boolean) S) $ (Integer)))) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Mapping (Boolean) S) $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Mapping (Boolean) S) $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Join (MultisetAggregate S) (FiniteAggregate S) (ShallowlyMutableAggregate S) (CATEGORY domain (SIGNATURE multiset ($)) (SIGNATURE multiset ($ S)) (SIGNATURE multiset ($ (List S))) (SIGNATURE unique ((List S) $)) (SIGNATURE remove ($ S $ (Integer))) (SIGNATURE remove ($ (Mapping (Boolean) S) $ (Integer))) (SIGNATURE remove! ($ S $ (Integer))) (SIGNATURE remove! ($ (Mapping (Boolean) S) $ (Integer))))) (SetCategory)) debug: compDefine1 lhs: (Multiset S) signature (pre-evaluate): ((Join (MultisetAggregate S) (FiniteAggregate S) (ShallowlyMutableAggregate S) (CATEGORY domain (SIGNATURE multiset ($)) (SIGNATURE multiset ($ S)) (SIGNATURE multiset ($ (List S))) (SIGNATURE unique ((List S) $)) (SIGNATURE remove ($ S $ (Integer))) (SIGNATURE remove ($ (Mapping (Boolean) S) $ (Integer))) (SIGNATURE remove! ($ S $ (Integer))) (SIGNATURE remove! ($ (Mapping (Boolean) S) $ (Integer))))) NIL) debug: evaluateType form: (Join (MultisetAggregate S) (FiniteAggregate S) (ShallowlyMutableAggregate S) (CATEGORY domain (SIGNATURE multiset ($)) (SIGNATURE multiset ($ S)) (SIGNATURE multiset ($ (List S))) (SIGNATURE unique ((List S) $)) (SIGNATURE remove ($ S $ (Integer))) (SIGNATURE remove ($ (Mapping (Boolean) S) $ (Integer))) (SIGNATURE remove! ($ S $ (Integer))) (SIGNATURE remove! ($ (Mapping (Boolean) S) $ (Integer))))) $param: (S) debug: evaluateType form: (MultisetAggregate S) $param: (S) Debug: evaluateType1 form: (MultisetAggregate S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (FiniteAggregate S) $param: (S) Debug: evaluateType1 form: (FiniteAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (ShallowlyMutableAggregate S) $param: (S) Debug: evaluateType1 form: (ShallowlyMutableAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE multiset ($)) (SIGNATURE multiset ($ S)) (SIGNATURE multiset ($ (List S))) (SIGNATURE unique ((List S) $)) (SIGNATURE remove ($ S $ (Integer))) (SIGNATURE remove ($ (Mapping (Boolean) S) $ (Integer))) (SIGNATURE remove! ($ S $ (Integer))) (SIGNATURE remove! ($ (Mapping (Boolean) S) $ (Integer)))) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Mapping (Boolean) S) $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Mapping (Boolean) S) $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((Join (MultisetAggregate S) (FiniteAggregate S) (ShallowlyMutableAggregate S) (CATEGORY domain (SIGNATURE multiset ($)) (SIGNATURE multiset ($ S)) (SIGNATURE multiset ($ (List S))) (SIGNATURE unique ((List S) $)) (SIGNATURE remove ($ S $ (Integer))) (SIGNATURE remove ($ (Mapping (Boolean) S) $ (Integer))) (SIGNATURE remove! ($ S $ (Integer))) (SIGNATURE remove! ($ (Mapping (Boolean) S) $ (Integer))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for Multiset compiling into /tmp/oa-ZAeCJ2 compiling local elt : (Table(S,Integer),S) -> Integer Time: 0.06 SEC. compiling exported empty : () -> % Time: 0 SEC. compiling exported multiset : () -> % Time: 0.00 SEC. compiling exported dictionary : () -> % Time: 0 SEC. compiling exported set : () -> % Time: 0 SEC. compiling exported brace : () -> % Time: 0 SEC. compiling exported construct : List S -> % Time: 0.02 SEC. compiling exported multiset : List S -> % Time: 0.01 SEC. compiling exported bag : List S -> % Time: 0.01 SEC. compiling exported dictionary : List S -> % Time: 0.01 SEC. compiling exported set : List S -> % Time: 0.01 SEC. compiling exported brace : List S -> % Time: 0.01 SEC. compiling exported multiset : S -> % Time: 0.01 SEC. compiling exported convert : % -> InputForm Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Time: 0.22 SEC. compiling exported unique : % -> List S Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Time: 0.03 SEC. compiling exported duplicates : % -> List Record(entry: S,count: NonNegativeInteger) Time: 0.04 SEC. compiling exported extract! : % -> S Time: 0.02 SEC. compiling exported inspect : % -> S Time: 0.00 SEC. compiling exported insert! : (S,%) -> % Time: 0.01 SEC. compiling exported member? : (S,%) -> Boolean Time: 0.02 SEC. compiling exported empty? : % -> Boolean MSET;empty?;$B;22 ms is replaced by %ieq(%head ms,0) Time: 0.01 SEC. compiling exported # : % -> NonNegativeInteger Time: 0.00 SEC. compiling exported count : (S,%) -> NonNegativeInteger Time: 0.00 SEC. compiling exported remove! : (S,%,Integer) -> % Time: 0.02 SEC. compiling exported remove! : (S -> Boolean,%,Integer) -> % Time: 0.04 SEC. compiling exported remove : (S,%,Integer) -> % Time: 0 SEC. compiling exported remove : (S -> Boolean,%,Integer) -> % Time: 0.00 SEC. compiling exported remove! : (S,%) -> % Time: 0.01 SEC. compiling exported remove! : (S -> Boolean,%) -> % Time: 0.00 SEC. compiling exported select! : (S -> Boolean,%) -> % Time: 0.00 SEC. compiling exported removeDuplicates! : % -> % Time: 0.00 SEC. compiling exported insert! : (S,%,NonNegativeInteger) -> % Time: 0.01 SEC. compiling exported map! : (S -> S,%) -> % Time: 0.00 SEC. compiling exported map : (S -> S,%) -> % Time: 0.00 SEC. compiling exported members : % -> List S Time: 0.01 SEC. compiling exported union : (%,%) -> % Time: 0.00 SEC. compiling exported intersect : (%,%) -> % Time: 0.01 SEC. compiling exported difference : (%,%) -> % Time: 0.02 SEC. compiling exported symmetricDifference : (%,%) -> % Time: 0 SEC. compiling exported = : (%,%) -> Boolean Time: 0.08 SEC. compiling exported part? : (%,%) -> Boolean Time: 0.02 SEC. compiling exported subset? : (%,%) -> Boolean Time: 0.01 SEC. (time taken in buildFunctor: 4) Time: 0.02 SEC. Warnings: [1] Type Integer is not in scope. Import it [2] Type Table(S,Integer) is not in scope. Import it Cumulative Statistics for Constructor Multiset Time: 0.78 seconds finalizing NRLIB MSET Processing Multiset for Browser database: -- multiset : () -> % -- multiset : S -> % -- multiset : List S -> % -- unique : % -> List S -- remove : (S,%,Integer) -> % -- remove : ((S -> Boolean),%,Integer) -> % -- remove! : (S,%,Integer) -> % -- remove! : ((S -> Boolean),%,Integer) -> % -- constructor ; compiling file "/tmp/oa-ZAeCJ2/code.lsp" (written 01 FEB 2016 10:57:13 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MSET;empty?;$B;22|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MSET;elt| ...) ; compiling (DEFUN |MSET;empty;$;2| ...) ; compiling (DEFUN |MSET;multiset;$;3| ...) ; compiling (DEFUN |MSET;dictionary;$;4| ...) ; compiling (DEFUN |MSET;set;$;5| ...) ; compiling (DEFUN |MSET;brace;$;6| ...) ; compiling (DEFUN |MSET;construct;L$;7| ...) ; compiling (DEFUN |MSET;multiset;L$;8| ...) ; compiling (DEFUN |MSET;bag;L$;9| ...) ; compiling (DEFUN |MSET;dictionary;L$;10| ...) ; compiling (DEFUN |MSET;set;L$;11| ...) ; compiling (DEFUN |MSET;brace;L$;12| ...) ; compiling (DEFUN |MSET;multiset;S$;13| ...) ; compiling (DEFUN |MSET;convert;$If;14| ...) ; compiling (DEFUN |MSET;unique;$L;15| ...) ; file: /tmp/oa-ZAeCJ2/code.lsp ; in: DEFUN |MSET;unique;$L;15| ; (DEFUN BOOT::|MSET;unique;$L;15| (BOOT::|ms| BOOT::$) ; (BOOT::SPADCALL (CDR BOOT::|ms|) (BOOT::|shellEntry| BOOT::$ 37))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MSET;unique;$L;15| ; (BOOT::|ms| BOOT::$) ; (BLOCK BOOT::|MSET;unique;$L;15| ; (BOOT::SPADCALL (CDR BOOT::|ms|) (BOOT::|shellEntry| BOOT::$ 37)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |MSET;coerce;$Of;16| ...) ; compiling (DEFUN |MSET;duplicates;$L;17| ...) ; compiling (DEFUN |MSET;extract!;$S;18| ...) ; compiling (DEFUN |MSET;inspect;$S;19| ...) ; compiling (DEFUN |MSET;insert!;S2$;20| ...) ; compiling (DEFUN |MSET;member?;S$B;21| ...) ; file: /tmp/oa-ZAeCJ2/code.lsp ; in: DEFUN |MSET;member?;S$B;21| ; (DEFUN BOOT::|MSET;member?;S$B;21| (BOOT::|e| BOOT::|ms| BOOT::$) ; (BOOT::SPADCALL BOOT::|e| ; (BOOT::SPADCALL (CDR BOOT::|ms|) ; (BOOT::|shellEntry| BOOT::$ 37)) ; (BOOT::|shellEntry| BOOT::$ 65))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MSET;member?;S$B;21| ; (BOOT::|e| BOOT::|ms| BOOT::$) ; (BLOCK BOOT::|MSET;member?;S$B;21| ; (BOOT::SPADCALL BOOT::|e| ; (BOOT::SPADCALL (CDR BOOT::|ms|) ; (BOOT::|shellEntry| BOOT::$ 37)) ; (BOOT::|shellEntry| BOOT::$ 65)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |MSET;empty?;$B;22| ...) ; compiling (DEFUN |MSET;#;$Nni;23| ...) ; file: /tmp/oa-ZAeCJ2/code.lsp ; in: DEFUN |MSET;#;$Nni;23| ; (DEFUN BOOT::|MSET;#;$Nni;23| (BOOT::|ms| BOOT::$) ; (LET ((#:G659 (CAR BOOT::|ms|))) ; (COND ((NOT #) #:G659) (T (BOOT::|moanRetract| #:G659 '#))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MSET;#;$Nni;23| ; (BOOT::|ms| BOOT::$) ; (BLOCK BOOT::|MSET;#;$Nni;23| ; (LET ((#:G659 #)) ; (COND (# #:G659) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |MSET;count;S$Nni;24| ...) ; file: /tmp/oa-ZAeCJ2/code.lsp ; in: DEFUN |MSET;count;S$Nni;24| ; (DEFUN BOOT::|MSET;count;S$Nni;24| (BOOT::|e| BOOT::|ms| BOOT::$) ; (LET ((#:G663 (BOOT::|MSET;elt| # BOOT::|e| BOOT::$))) ; (COND ((NOT #) #:G663) (T (BOOT::|moanRetract| #:G663 '#))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MSET;count;S$Nni;24| ; (BOOT::|e| BOOT::|ms| BOOT::$) ; (BLOCK BOOT::|MSET;count;S$Nni;24| ; (LET ((#:G663 #)) ; (COND (# #:G663) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |MSET;remove!;S$I$;25| ...) ; compiling (DEFUN |MSET;remove!;M$I$;26| ...) ; compiling (DEFUN |MSET;remove;S$I$;27| ...) ; compiling (DEFUN |MSET;remove;M$I$;28| ...) ; compiling (DEFUN |MSET;remove!;S2$;29| ...) ; compiling (DEFUN |MSET;remove!;M2$;30| ...) ; compiling (DEFUN |MSET;select!;M2$;31| ...) ; compiling (DEFUN |MSET;select!;M2$;31!0| ...) ; compiling (DEFUN |MSET;removeDuplicates!;2$;32| ...) ; compiling (DEFUN |MSET;insert!;S$Nni$;33| ...) ; compiling (DEFUN |MSET;map!;M2$;34| ...) ; compiling (DEFUN |MSET;map;M2$;35| ...) ; compiling (DEFUN |MSET;members;$L;36| ...) ; compiling (DEFUN |MSET;union;3$;37| ...) ; compiling (DEFUN |MSET;intersect;3$;38| ...) ; compiling (DEFUN |MSET;difference;3$;39| ...) ; compiling (DEFUN |MSET;symmetricDifference;3$;40| ...) ; compiling (DEFUN |MSET;=;2$B;41| ...) ; compiling (DEFUN |MSET;part?;2$B;42| ...) ; compiling (DEFUN |MSET;subset?;2$B;43| ...) ; compiling (DEFUN |Multiset| ...) ; compiling (DEFUN |Multiset;| ...) ; compiling (MAKEPROP (QUOTE |Multiset|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 4 notes ; /tmp/oa-ZAeCJ2/code.fasl written ; compilation finished in 0:00:00.108 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/MSETAGG.fasl --optimize=3 MSETAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MSETAGG.spad using Spad compiler. MSETAGG abbreviates category MultisetAggregate debug: compDefine1 lhs: (MultisetAggregate S) signature (pre-evaluate): ((Category) (SetCategory)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Category) (SetCategory)) debug: compDefine1 lhs: (MultisetAggregate S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for MultisetAggregate compiling into /tmp/oa-UrjPy6 STYLE-WARNING: redefining BOOT::|MultisetAggregate| in DEFUN Time: 0.01 SEC. finalizing NRLIB MSETAGG Processing MultisetAggregate for Browser database: -- constructor ; compiling file "/tmp/oa-UrjPy6/code.lsp" (written 01 FEB 2016 10:57:13 PM): ; compiling (DEFPARAMETER |MultisetAggregate;AL| ...) ; compiling (DEFUN |MultisetAggregate;| ...) ; compiling (DEFUN |MultisetAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-UrjPy6/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/GHENSEL.fasl --optimize=3 GHENSEL.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GHENSEL.spad using Spad compiler. GHENSEL abbreviates package GeneralHenselPackage debug: compDefine1 lhs: (GeneralHenselPackage RP TP) signature (pre-evaluate): ((CATEGORY package (SIGNATURE HenselLift ((Record (: plist (List TP)) (: modulo RP)) TP (List TP) RP (PositiveInteger))) (SIGNATURE completeHensel ((List TP) TP (List TP) RP (PositiveInteger))) (SIGNATURE reduction (TP TP RP))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE HenselLift ((Record (: plist (List TP)) (: modulo RP)) TP (List TP) RP (PositiveInteger))) (SIGNATURE completeHensel ((List TP) TP (List TP) RP (PositiveInteger))) (SIGNATURE reduction (TP TP RP))) $param: (RP TP) debug: evaluateType form: (Record (: plist (List TP)) (: modulo RP)) $param: (RP TP) debug: evaluateType form: (List TP) $param: (RP TP) Debug: evaluateType1 form: (List TP) debug: evaluateType1 x: TP m: (Type) debug: evaluateType form: RP $param: (RP TP) debug: evaluateType form: TP $param: (RP TP) debug: evaluateType form: (List TP) $param: (RP TP) Debug: evaluateType1 form: (List TP) debug: evaluateType1 x: TP m: (Type) debug: evaluateType form: RP $param: (RP TP) debug: evaluateType form: (PositiveInteger) $param: (RP TP) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (List TP) $param: (RP TP) Debug: evaluateType1 form: (List TP) debug: evaluateType1 x: TP m: (Type) debug: evaluateType form: TP $param: (RP TP) debug: evaluateType form: (List TP) $param: (RP TP) Debug: evaluateType1 form: (List TP) debug: evaluateType1 x: TP m: (Type) debug: evaluateType form: RP $param: (RP TP) debug: evaluateType form: (PositiveInteger) $param: (RP TP) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: TP $param: (RP TP) debug: evaluateType form: TP $param: (RP TP) debug: evaluateType form: RP $param: (RP TP) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE HenselLift ((Record (: plist (List TP)) (: modulo RP)) TP (List TP) RP (PositiveInteger))) (SIGNATURE completeHensel ((List TP) TP (List TP) RP (PositiveInteger))) (SIGNATURE reduction (TP TP RP))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for GeneralHenselPackage compiling into /tmp/oa-ro2BFc compiling local reduceCoef : (RP,RP) -> RP Time: 0.06 SEC. compiling exported reduction : (TP,RP) -> TP Time: 0.00 SEC. compiling local merge : (RP,RP) -> Union(RP,failed) Time: 0.01 SEC. compiling local modInverse : (RP,RP) -> RP Time: 0.00 SEC. compiling local exactquo : (TP,TP,RP) -> Union(TP,failed) Time: 0.01 SEC. compiling local mQuo : (TP,RP) -> TP Time: 0.00 SEC. compiling local GenExEuclid : (List FP,List FP,FP) -> List FP Time: 0.01 SEC. compiling local genFact : (List TP,List List TP) -> List List TP Time: 0.13 SEC. compiling local HenselLift1 : (TP,List TP,List FP,List FP,RP,RP,RP) -> List TP Time: 0.04 SEC. compiling exported HenselLift : (TP,List TP,RP,PositiveInteger) -> Record(plist: List TP,modulo: RP) Time: 0.17 SEC. compiling exported completeHensel : (TP,List TP,RP,PositiveInteger) -> List TP Time: 0.05 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] reduceCoef: symmetricRemainder has no value [2] reduction: symmetricRemainder has no value [3] HenselLift: constp has no value [4] HenselLift: fln has no value [5] completeHensel: factlist has no value [6] completeHensel: finallist has no value Cumulative Statistics for Constructor GeneralHenselPackage Time: 0.50 seconds finalizing NRLIB GHENSEL Processing GeneralHenselPackage for Browser database: -- HenselLift : (TP,List TP,RP,PI) -> Record(plist: List TP,modulo: RP) -- completeHensel : (TP,List TP,RP,PI) -> List TP -- reduction : (TP,RP) -> TP -- constructor ; compiling file "/tmp/oa-ro2BFc/code.lsp" (written 01 FEB 2016 10:57:14 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |GHENSEL;reduceCoef| ...) ; compiling (DEFUN |GHENSEL;reduction;TPRPTP;2| ...) ; compiling (DEFUN |GHENSEL;reduction;TPRPTP;2!1| ...) ; compiling (DEFUN |GHENSEL;reduction;TPRPTP;2!0| ...) ; compiling (DEFUN |GHENSEL;merge| ...) ; compiling (DEFUN |GHENSEL;modInverse| ...) ; compiling (DEFUN |GHENSEL;exactquo| ...) ; compiling (DEFUN |GHENSEL;mQuo| ...) ; compiling (DEFUN |GHENSEL;mQuo!0| ...) ; compiling (DEFUN |GHENSEL;GenExEuclid| ...) ; file: /tmp/oa-ro2BFc/code.lsp ; in: DEFUN |GHENSEL;GenExEuclid| ; (DEFUN BOOT::|GHENSEL;GenExEuclid| ; (BOOT::|fl| BOOT::|cl| BOOT::|rhs| BOOT::$) ; (LET ((#:G745 BOOT::|cl|) (#:G746 BOOT::|fl|) (#:G588 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G745 #) ; (SETQ #:G746 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GHENSEL;GenExEuclid| ; (BOOT::|fl| BOOT::|cl| BOOT::|rhs| BOOT::$) ; (BLOCK BOOT::|GHENSEL;GenExEuclid| ; (LET ((#:G745 BOOT::|cl|) (#:G746 BOOT::|fl|) (#:G588 NIL)) ; (LOOP (COND # #) ; (SETQ #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |GHENSEL;genFact| ...) ; file: /tmp/oa-ro2BFc/code.lsp ; in: DEFUN |GHENSEL;genFact| ; (DEFUN BOOT::|GHENSEL;genFact| (BOOT::|fln| BOOT::|factlist| BOOT::$) ; (PROG (BOOT::|dp|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GHENSEL;genFact| ; (BOOT::|fln| BOOT::|factlist| BOOT::$) ; (BLOCK BOOT::|GHENSEL;genFact| (PROG (BOOT::|dp|) (RETURN (COND # #))))) ; ; note: Assignment to argument: |factlist| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS LIST T)) ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; compiling (DEFUN |GHENSEL;HenselLift1| ...) ; file: /tmp/oa-ro2BFc/code.lsp ; in: DEFUN |GHENSEL;HenselLift1| ; (DEFUN BOOT::|GHENSEL;HenselLift1| ; (BOOT::|poly| BOOT::|fln| BOOT::|fl1| BOOT::|cl1| BOOT::|prime| ; BOOT::|Modulus| BOOT::|cinv| BOOT::$) ; (PROG (BOOT::|vl| BOOT::|lcinv|) ; (RETURN ; (LET* (# #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GHENSEL;HenselLift1| ; (BOOT::|poly| BOOT::|fln| BOOT::|fl1| BOOT::|cl1| BOOT::|prime| ; BOOT::|Modulus| BOOT::|cinv| BOOT::$) ; (BLOCK BOOT::|GHENSEL;HenselLift1| ; (PROG (BOOT::|vl| BOOT::|lcinv|) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |GHENSEL;HenselLift;TPLRPPiR;10| ...) ; file: /tmp/oa-ro2BFc/code.lsp ; in: DEFUN |GHENSEL;HenselLift;TPLRPPiR;10| ; (DEFUN BOOT::|GHENSEL;HenselLift;TPLRPPiR;10| ; (BOOT::|poly| BOOT::|tl1| BOOT::|prime| BOOT::|bound| BOOT::$) ; (PROG (#:G693 BOOT::|err| BOOT::|nfln| BOOT::|lcinv| BOOT::|fln| ; BOOT::|Modulus| BOOT::|cl1| BOOT::|fl1|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GHENSEL;HenselLift;TPLRPPiR;10| ; (BOOT::|poly| BOOT::|tl1| BOOT::|prime| BOOT::|bound| BOOT::$) ; (BLOCK BOOT::|GHENSEL;HenselLift;TPLRPPiR;10| ; (PROG (#:G693 BOOT::|err| BOOT::|nfln| BOOT::|lcinv| BOOT::|fln| ; BOOT::|Modulus| BOOT::|cl1| BOOT::|fl1|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |tl1| ; prevents use of assertion from function type proclamation: ; LIST ; ; (GO #:G693) ; ; note: deleting unreachable code ; compiling (DEFUN |GHENSEL;completeHensel;TPLRPPiL;11| ...) ; compiling (DEFUN |GeneralHenselPackage| ...) ; compiling (DEFUN |GeneralHenselPackage;| ...) ; compiling (MAKEPROP (QUOTE |GeneralHenselPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 6 notes ; /tmp/oa-ro2BFc/code.fasl written ; compilation finished in 0:00:00.079 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/IROOT.fasl --optimize=3 IROOT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IROOT.spad using Spad compiler. IROOT abbreviates package IntegerRoots debug: compDefine1 lhs: (IntegerRoots I) signature (pre-evaluate): ((CATEGORY package (SIGNATURE perfectNthPower? ((Boolean) I (NonNegativeInteger))) (SIGNATURE perfectNthRoot ((Union I failed) I (NonNegativeInteger))) (SIGNATURE perfectNthRoot ((Record (: base I) (: exponent (NonNegativeInteger))) I)) (SIGNATURE approxNthRoot (I I (NonNegativeInteger))) (SIGNATURE perfectSquare? ((Boolean) I)) (SIGNATURE perfectSqrt ((Union I failed) I)) (SIGNATURE approxSqrt (I I))) (IntegerNumberSystem)) debug: evaluateType form: (CATEGORY package (SIGNATURE perfectNthPower? ((Boolean) I (NonNegativeInteger))) (SIGNATURE perfectNthRoot ((Union I failed) I (NonNegativeInteger))) (SIGNATURE perfectNthRoot ((Record (: base I) (: exponent (NonNegativeInteger))) I)) (SIGNATURE approxNthRoot (I I (NonNegativeInteger))) (SIGNATURE perfectSquare? ((Boolean) I)) (SIGNATURE perfectSqrt ((Union I failed) I)) (SIGNATURE approxSqrt (I I))) $param: (I) debug: evaluateType form: (Boolean) $param: (I) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: I $param: (I) debug: evaluateType form: (NonNegativeInteger) $param: (I) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Union I failed) $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: failed $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: (NonNegativeInteger) $param: (I) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Record (: base I) (: exponent (NonNegativeInteger))) $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: (NonNegativeInteger) $param: (I) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: (NonNegativeInteger) $param: (I) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Boolean) $param: (I) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: I $param: (I) debug: evaluateType form: (Union I failed) $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: failed $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: (IntegerNumberSystem) $param: (I) Debug: evaluateType1 form: (IntegerNumberSystem) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE perfectNthPower? ((Boolean) I (NonNegativeInteger))) (SIGNATURE perfectNthRoot ((Union I failed) I (NonNegativeInteger))) (SIGNATURE perfectNthRoot ((Record (: base I) (: exponent (NonNegativeInteger))) I)) (SIGNATURE approxNthRoot (I I (NonNegativeInteger))) (SIGNATURE perfectSquare? ((Boolean) I)) (SIGNATURE perfectSqrt ((Union I failed) I)) (SIGNATURE approxSqrt (I I))) (IntegerNumberSystem)) debug: compDefine1 lhs: (IntegerRoots I) signature (pre-evaluate): ((CATEGORY package (SIGNATURE perfectNthPower? ((Boolean) I (NonNegativeInteger))) (SIGNATURE perfectNthRoot ((Union I failed) I (NonNegativeInteger))) (SIGNATURE perfectNthRoot ((Record (: base I) (: exponent (NonNegativeInteger))) I)) (SIGNATURE approxNthRoot (I I (NonNegativeInteger))) (SIGNATURE perfectSquare? ((Boolean) I)) (SIGNATURE perfectSqrt ((Union I failed) I)) (SIGNATURE approxSqrt (I I))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE perfectNthPower? ((Boolean) I (NonNegativeInteger))) (SIGNATURE perfectNthRoot ((Union I failed) I (NonNegativeInteger))) (SIGNATURE perfectNthRoot ((Record (: base I) (: exponent (NonNegativeInteger))) I)) (SIGNATURE approxNthRoot (I I (NonNegativeInteger))) (SIGNATURE perfectSquare? ((Boolean) I)) (SIGNATURE perfectSqrt ((Union I failed) I)) (SIGNATURE approxSqrt (I I))) $param: (I) debug: evaluateType form: (Boolean) $param: (I) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: I $param: (I) debug: evaluateType form: (NonNegativeInteger) $param: (I) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Union I failed) $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: failed $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: (NonNegativeInteger) $param: (I) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Record (: base I) (: exponent (NonNegativeInteger))) $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: (NonNegativeInteger) $param: (I) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: (NonNegativeInteger) $param: (I) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Boolean) $param: (I) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: I $param: (I) debug: evaluateType form: (Union I failed) $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: failed $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE perfectNthPower? ((Boolean) I (NonNegativeInteger))) (SIGNATURE perfectNthRoot ((Union I failed) I (NonNegativeInteger))) (SIGNATURE perfectNthRoot ((Record (: base I) (: exponent (NonNegativeInteger))) I)) (SIGNATURE approxNthRoot (I I (NonNegativeInteger))) (SIGNATURE perfectSquare? ((Boolean) I)) (SIGNATURE perfectSqrt ((Union I failed) I)) (SIGNATURE approxSqrt (I I))) NIL) ------------------------------------------------------------------------ initializing stationary directory for IntegerRoots compiling into /tmp/oa-qsxIyT importing IntegerPrimesPackage I compiling exported perfectSquare? : I -> Boolean Time: 0.08 SEC. compiling exported perfectNthPower? : (I,NonNegativeInteger) -> Boolean Time: 0.00 SEC. compiling exported perfectNthRoot : I -> Record(base: I,exponent: NonNegativeInteger) Time: 0.02 SEC. compiling exported approxNthRoot : (I,NonNegativeInteger) -> I Time: 0.07 SEC. compiling exported perfectNthRoot : (I,NonNegativeInteger) -> Union(I,failed) Time: 0.00 SEC. compiling exported perfectSqrt : I -> Union(I,failed) Time: 0.01 SEC. compiling exported approxSqrt : I -> I Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] approxNthRoot: x has no value Cumulative Statistics for Constructor IntegerRoots Time: 0.22 seconds finalizing NRLIB IROOT Processing IntegerRoots for Browser database: -- perfectNthPower? : (I,NNI) -> Boolean -- perfectNthRoot : (I,NNI) -> Union(I,"failed") -- perfectNthRoot : I -> Record(base: I,exponent: NNI) -- approxNthRoot : (I,NNI) -> I -- perfectSquare? : I -> Boolean -- perfectSqrt : I -> Union(I,"failed") -- approxSqrt : I -> I -- constructor ; compiling file "/tmp/oa-qsxIyT/code.lsp" (written 01 FEB 2016 10:57:14 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |IROOT;perfectSquare?;IB;1| ...) ; compiling (DEFUN |IROOT;perfectNthPower?;INniB;2| ...) ; compiling (DEFUN |IROOT;perfectNthRoot;IR;3| ...) ; compiling (DEFUN |IROOT;approxNthRoot;INniI;4| ...) ; compiling (DEFUN |IROOT;perfectNthRoot;INniU;5| ...) ; compiling (DEFUN |IROOT;perfectSqrt;IU;6| ...) ; compiling (DEFUN |IROOT;approxSqrt;2I;7| ...) ; compiling (DEFUN |IntegerRoots| ...) ; compiling (DEFUN |IntegerRoots;| ...) ; compiling (MAKEPROP (QUOTE |IntegerRoots|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-qsxIyT/code.fasl written ; compilation finished in 0:00:00.074 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/GALFACT.fasl --optimize=3 GALFACT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GALFACT.spad using Spad compiler. GALFACT abbreviates package GaloisGroupFactorizer debug: compDefine1 lhs: (GaloisGroupFactorizer UP) signature (pre-evaluate): ((CATEGORY package (SIGNATURE makeFR ((Factored UP) (Record (: contp (Integer)) (: factors (List (Record (: irr UP) (: pow (Integer)))))))) (SIGNATURE degreePartition ((Multiset (NonNegativeInteger)) (List (Record (: factor UP) (: degree (Integer)))))) (SIGNATURE musserTrials ((PositiveInteger))) (SIGNATURE musserTrials ((PositiveInteger) (PositiveInteger))) (SIGNATURE stopMusserTrials ((PositiveInteger))) (SIGNATURE stopMusserTrials ((PositiveInteger) (PositiveInteger))) (SIGNATURE numberOfFactors ((NonNegativeInteger) (List (Record (: factor UP) (: degree (Integer)))))) (SIGNATURE modularFactor ((Record (: prime (Integer)) (: factors (List UP))) UP)) (SIGNATURE useSingleFactorBound? ((Boolean))) (SIGNATURE useSingleFactorBound ((Boolean) (Boolean))) (SIGNATURE useEisensteinCriterion? ((Boolean))) (SIGNATURE useEisensteinCriterion ((Boolean) (Boolean))) (SIGNATURE eisensteinIrreducible? ((Boolean) UP)) (SIGNATURE tryFunctionalDecomposition? ((Boolean))) (SIGNATURE tryFunctionalDecomposition ((Boolean) (Boolean))) (SIGNATURE factor ((Factored UP) UP)) (SIGNATURE factor ((Factored UP) UP (NonNegativeInteger))) (SIGNATURE factor ((Factored UP) UP (List (NonNegativeInteger)))) (SIGNATURE factor ((Factored UP) UP (List (NonNegativeInteger)) (NonNegativeInteger))) (SIGNATURE factor ((Factored UP) UP (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE factorSquareFree ((Factored UP) UP)) (SIGNATURE factorSquareFree ((Factored UP) UP (NonNegativeInteger))) (SIGNATURE factorSquareFree ((Factored UP) UP (List (NonNegativeInteger)))) (SIGNATURE factorSquareFree ((Factored UP) UP (List (NonNegativeInteger)) (NonNegativeInteger))) (SIGNATURE factorSquareFree ((Factored UP) UP (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE factorOfDegree ((Union UP failed) (PositiveInteger) UP)) (SIGNATURE factorOfDegree ((Union UP failed) (PositiveInteger) UP (NonNegativeInteger))) (SIGNATURE factorOfDegree ((Union UP failed) (PositiveInteger) UP (List (NonNegativeInteger)))) (SIGNATURE factorOfDegree ((Union UP failed) (PositiveInteger) UP (List (NonNegativeInteger)) (NonNegativeInteger))) (SIGNATURE factorOfDegree ((Union UP failed) (PositiveInteger) UP (List (NonNegativeInteger)) (NonNegativeInteger) (Boolean))) (SIGNATURE henselFact ((Record (: contp (Integer)) (: factors (List (Record (: irr UP) (: pow (Integer)))))) UP (Boolean))) (SIGNATURE btwFact ((Record (: contp (Integer)) (: factors (List (Record (: irr UP) (: pow (Integer)))))) UP (Boolean) (Set (NonNegativeInteger)) (NonNegativeInteger)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE makeFR ((Factored UP) (Record (: contp (Integer)) (: factors (List (Record (: irr UP) (: pow (Integer)))))))) (SIGNATURE degreePartition ((Multiset (NonNegativeInteger)) (List (Record (: factor UP) (: degree (Integer)))))) (SIGNATURE musserTrials ((PositiveInteger))) (SIGNATURE musserTrials ((PositiveInteger) (PositiveInteger))) (SIGNATURE stopMusserTrials ((PositiveInteger))) (SIGNATURE stopMusserTrials ((PositiveInteger) (PositiveInteger))) (SIGNATURE numberOfFactors ((NonNegativeInteger) (List (Record (: factor UP) (: degree (Integer)))))) (SIGNATURE modularFactor ((Record (: prime (Integer)) (: factors (List UP))) UP)) (SIGNATURE useSingleFactorBound? ((Boolean))) (SIGNATURE useSingleFactorBound ((Boolean) (Boolean))) (SIGNATURE useEisensteinCriterion? ((Boolean))) (SIGNATURE useEisensteinCriterion ((Boolean) (Boolean))) (SIGNATURE eisensteinIrreducible? ((Boolean) UP)) (SIGNATURE tryFunctionalDecomposition? ((Boolean))) (SIGNATURE tryFunctionalDecomposition ((Boolean) (Boolean))) (SIGNATURE factor ((Factored UP) UP)) (SIGNATURE factor ((Factored UP) UP (NonNegativeInteger))) (SIGNATURE factor ((Factored UP) UP (List (NonNegativeInteger)))) (SIGNATURE factor ((Factored UP) UP (List (NonNegativeInteger)) (NonNegativeInteger))) (SIGNATURE factor ((Factored UP) UP (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE factorSquareFree ((Factored UP) UP)) (SIGNATURE factorSquareFree ((Factored UP) UP (NonNegativeInteger))) (SIGNATURE factorSquareFree ((Factored UP) UP (List (NonNegativeInteger)))) (SIGNATURE factorSquareFree ((Factored UP) UP (List (NonNegativeInteger)) (NonNegativeInteger))) (SIGNATURE factorSquareFree ((Factored UP) UP (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE factorOfDegree ((Union UP failed) (PositiveInteger) UP)) (SIGNATURE factorOfDegree ((Union UP failed) (PositiveInteger) UP (NonNegativeInteger))) (SIGNATURE factorOfDegree ((Union UP failed) (PositiveInteger) UP (List (NonNegativeInteger)))) (SIGNATURE factorOfDegree ((Union UP failed) (PositiveInteger) UP (List (NonNegativeInteger)) (NonNegativeInteger))) (SIGNATURE factorOfDegree ((Union UP failed) (PositiveInteger) UP (List (NonNegativeInteger)) (NonNegativeInteger) (Boolean))) (SIGNATURE henselFact ((Record (: contp (Integer)) (: factors (List (Record (: irr UP) (: pow (Integer)))))) UP (Boolean))) (SIGNATURE btwFact ((Record (: contp (Integer)) (: factors (List (Record (: irr UP) (: pow (Integer)))))) UP (Boolean) (Set (NonNegativeInteger)) (NonNegativeInteger)))) $param: (UP) debug: evaluateType form: (Factored UP) $param: (UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Record (: contp (Integer)) (: factors (List (Record (: irr UP) (: pow (Integer)))))) $param: (UP) debug: evaluateType form: (Integer) $param: (UP) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (List (Record (: irr UP) (: pow (Integer)))) $param: (UP) Debug: evaluateType1 form: (List (Record (: irr UP) (: pow (Integer)))) debug: evaluateType1 x: (Record (: irr UP) (: pow (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: irr UP) (: pow (Integer))) $param: (UP) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (Integer) $param: (UP) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: irr UP) (: pow (Integer))) c: (Type) debug: evaluateType form: (Multiset (NonNegativeInteger)) $param: (UP) Debug: evaluateType1 form: (Multiset (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (UP) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (SetCategory) debug: evaluateType form: (List (Record (: factor UP) (: degree (Integer)))) $param: (UP) Debug: evaluateType1 form: (List (Record (: factor UP) (: degree (Integer)))) debug: evaluateType1 x: (Record (: factor UP) (: degree (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: factor UP) (: degree (Integer))) $param: (UP) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (Integer) $param: (UP) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: factor UP) (: degree (Integer))) c: (Type) debug: evaluateType form: (PositiveInteger) $param: (UP) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: (UP) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: (UP) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: (UP) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: (UP) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: (UP) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (List (Record (: factor UP) (: degree (Integer)))) $param: (UP) Debug: evaluateType1 form: (List (Record (: factor UP) (: degree (Integer)))) debug: evaluateType1 x: (Record (: factor UP) (: degree (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: factor UP) (: degree (Integer))) $param: (UP) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (Integer) $param: (UP) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: factor UP) (: degree (Integer))) c: (Type) debug: evaluateType form: (Record (: prime (Integer)) (: factors (List UP))) $param: (UP) debug: evaluateType form: (Integer) $param: (UP) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (List UP) $param: (UP) Debug: evaluateType1 form: (List UP) debug: evaluateType1 x: UP m: (Type) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (Boolean) $param: (UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (Boolean) $param: (UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Factored UP) $param: (UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (Factored UP) $param: (UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Factored UP) $param: (UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (List (NonNegativeInteger)) $param: (UP) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (Factored UP) $param: (UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (List (NonNegativeInteger)) $param: (UP) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Factored UP) $param: (UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Factored UP) $param: (UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (Factored UP) $param: (UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Factored UP) $param: (UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (List (NonNegativeInteger)) $param: (UP) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (Factored UP) $param: (UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (List (NonNegativeInteger)) $param: (UP) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Factored UP) $param: (UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Union UP failed) $param: (UP) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: failed $param: (UP) debug: evaluateType form: (PositiveInteger) $param: (UP) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (Union UP failed) $param: (UP) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: failed $param: (UP) debug: evaluateType form: (PositiveInteger) $param: (UP) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Union UP failed) $param: (UP) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: failed $param: (UP) debug: evaluateType form: (PositiveInteger) $param: (UP) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (List (NonNegativeInteger)) $param: (UP) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (Union UP failed) $param: (UP) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: failed $param: (UP) debug: evaluateType form: (PositiveInteger) $param: (UP) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (List (NonNegativeInteger)) $param: (UP) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Union UP failed) $param: (UP) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: failed $param: (UP) debug: evaluateType form: (PositiveInteger) $param: (UP) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (List (NonNegativeInteger)) $param: (UP) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Boolean) $param: (UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Record (: contp (Integer)) (: factors (List (Record (: irr UP) (: pow (Integer)))))) $param: (UP) debug: evaluateType form: (Integer) $param: (UP) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (List (Record (: irr UP) (: pow (Integer)))) $param: (UP) Debug: evaluateType1 form: (List (Record (: irr UP) (: pow (Integer)))) debug: evaluateType1 x: (Record (: irr UP) (: pow (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: irr UP) (: pow (Integer))) $param: (UP) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (Integer) $param: (UP) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: irr UP) (: pow (Integer))) c: (Type) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (Boolean) $param: (UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Record (: contp (Integer)) (: factors (List (Record (: irr UP) (: pow (Integer)))))) $param: (UP) debug: evaluateType form: (Integer) $param: (UP) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (List (Record (: irr UP) (: pow (Integer)))) $param: (UP) Debug: evaluateType1 form: (List (Record (: irr UP) (: pow (Integer)))) debug: evaluateType1 x: (Record (: irr UP) (: pow (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: irr UP) (: pow (Integer))) $param: (UP) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (Integer) $param: (UP) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: irr UP) (: pow (Integer))) c: (Type) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (Boolean) $param: (UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Set (NonNegativeInteger)) $param: (UP) Debug: evaluateType1 form: (Set (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (UP) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (SetCategory) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE makeFR ((Factored UP) (Record (: contp (Integer)) (: factors (List (Record (: irr UP) (: pow (Integer)))))))) (SIGNATURE degreePartition ((Multiset (NonNegativeInteger)) (List (Record (: factor UP) (: degree (Integer)))))) (SIGNATURE musserTrials ((PositiveInteger))) (SIGNATURE musserTrials ((PositiveInteger) (PositiveInteger))) (SIGNATURE stopMusserTrials ((PositiveInteger))) (SIGNATURE stopMusserTrials ((PositiveInteger) (PositiveInteger))) (SIGNATURE numberOfFactors ((NonNegativeInteger) (List (Record (: factor UP) (: degree (Integer)))))) (SIGNATURE modularFactor ((Record (: prime (Integer)) (: factors (List UP))) UP)) (SIGNATURE useSingleFactorBound? ((Boolean))) (SIGNATURE useSingleFactorBound ((Boolean) (Boolean))) (SIGNATURE useEisensteinCriterion? ((Boolean))) (SIGNATURE useEisensteinCriterion ((Boolean) (Boolean))) (SIGNATURE eisensteinIrreducible? ((Boolean) UP)) (SIGNATURE tryFunctionalDecomposition? ((Boolean))) (SIGNATURE tryFunctionalDecomposition ((Boolean) (Boolean))) (SIGNATURE factor ((Factored UP) UP)) (SIGNATURE factor ((Factored UP) UP (NonNegativeInteger))) (SIGNATURE factor ((Factored UP) UP (List (NonNegativeInteger)))) (SIGNATURE factor ((Factored UP) UP (List (NonNegativeInteger)) (NonNegativeInteger))) (SIGNATURE factor ((Factored UP) UP (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE factorSquareFree ((Factored UP) UP)) (SIGNATURE factorSquareFree ((Factored UP) UP (NonNegativeInteger))) (SIGNATURE factorSquareFree ((Factored UP) UP (List (NonNegativeInteger)))) (SIGNATURE factorSquareFree ((Factored UP) UP (List (NonNegativeInteger)) (NonNegativeInteger))) (SIGNATURE factorSquareFree ((Factored UP) UP (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE factorOfDegree ((Union UP failed) (PositiveInteger) UP)) (SIGNATURE factorOfDegree ((Union UP failed) (PositiveInteger) UP (NonNegativeInteger))) (SIGNATURE factorOfDegree ((Union UP failed) (PositiveInteger) UP (List (NonNegativeInteger)))) (SIGNATURE factorOfDegree ((Union UP failed) (PositiveInteger) UP (List (NonNegativeInteger)) (NonNegativeInteger))) (SIGNATURE factorOfDegree ((Union UP failed) (PositiveInteger) UP (List (NonNegativeInteger)) (NonNegativeInteger) (Boolean))) (SIGNATURE henselFact ((Record (: contp (Integer)) (: factors (List (Record (: irr UP) (: pow (Integer)))))) UP (Boolean))) (SIGNATURE btwFact ((Record (: contp (Integer)) (: factors (List (Record (: irr UP) (: pow (Integer)))))) UP (Boolean) (Set (NonNegativeInteger)) (NonNegativeInteger)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for GaloisGroupFactorizer compiling into /tmp/oa-l312So compiling exported useEisensteinCriterion? : () -> Boolean Time: 0.12 SEC. compiling exported useEisensteinCriterion : Boolean -> Boolean Time: 0 SEC. compiling exported tryFunctionalDecomposition? : () -> Boolean Time: 0 SEC. compiling exported tryFunctionalDecomposition : Boolean -> Boolean Time: 0 SEC. compiling exported useSingleFactorBound? : () -> Boolean Time: 0.00 SEC. compiling exported useSingleFactorBound : Boolean -> Boolean Time: 0 SEC. compiling exported stopMusserTrials : () -> PositiveInteger Time: 0 SEC. compiling exported stopMusserTrials : PositiveInteger -> PositiveInteger Time: 0 SEC. compiling exported musserTrials : () -> PositiveInteger Time: 0 SEC. compiling exported musserTrials : PositiveInteger -> PositiveInteger Time: 0.00 SEC. importing GaloisGroupFactorizationUtilities(Integer,UP,Float) importing GaloisGroupPolynomialUtilities(Integer,UP) importing IntegerPrimesPackage Integer importing IntegerFactorizationPackage Integer importing ModularDistinctDegreeFactorizer UP compiling exported eisensteinIrreducible? : UP -> Boolean Time: 0.07 SEC. compiling exported numberOfFactors : List Record(factor: UP,degree: Integer) -> NonNegativeInteger Time: 0.02 SEC. compiling local shiftSet : (Set NonNegativeInteger,NonNegativeInteger) -> Set NonNegativeInteger Time: 0.01 SEC. compiling local reductum : Integer -> Integer Time: 0.00 SEC. compiling local seed : Integer -> Integer GALFACT;seed level is replaced by %isub(ASH(1,level),1) Time: 0 SEC. compiling local nextRecNum : (NonNegativeInteger,Integer,Integer) -> Union(End of level,Integer) Time: 0.04 SEC. compiling local fullSet : NonNegativeInteger -> Set NonNegativeInteger Time: 0.01 SEC. compiling exported modularFactor : UP -> Record(prime: Integer,factors: List UP) Time: 0.21 SEC. compiling exported degreePartition : List Record(factor: UP,degree: Integer) -> Multiset NonNegativeInteger Time: 0.04 SEC. importing GeneralHenselPackage(Integer,UP) importing UnivariatePolynomialDecompositionPackage(Integer,UP) importing BrillhartTests UP compiling local henselfact : (UP,Boolean) -> List UP Time: 0.11 SEC. compiling local completeFactor : (UP,List UP,Integer,PositiveInteger,NonNegativeInteger,Set NonNegativeInteger) -> List UP Time: 0.46 SEC. compiling local divideSet : (Set NonNegativeInteger,NonNegativeInteger) -> Set NonNegativeInteger Time: 0.01 SEC. compiling local btwFactor : (UP,Set NonNegativeInteger,NonNegativeInteger,Boolean) -> List UP Time: 0.30 SEC. compiling exported makeFR : Record(contp: Integer,factors: List Record(irr: UP,pow: Integer)) -> Factored UP Time: 0.09 SEC. importing IntegerRoots Integer compiling local quadratic : UP -> List UP Time: 0.03 SEC. compiling local isPowerOf2 : Integer -> Boolean Time: 0.01 SEC. compiling local subMinusX : SparseUnivariatePolynomial Integer -> UP Time: 0.01 SEC. compiling exported henselFact : (UP,Boolean) -> Record(contp: Integer,factors: List Record(irr: UP,pow: Integer)) Time: 0.24 SEC. compiling exported btwFact : (UP,Boolean,Set NonNegativeInteger,NonNegativeInteger) -> Record(contp: Integer,factors: List Record(irr: UP,pow: Integer)) Time: 0.92 SEC. compiling exported factor : UP -> Factored UP Time: 0.02 SEC. compiling local errorsum? : (NonNegativeInteger,List NonNegativeInteger) -> Boolean Time: 0.02 SEC. compiling local makeSet : List NonNegativeInteger -> Set NonNegativeInteger Time: 0.01 SEC. compiling exported factor : (UP,List NonNegativeInteger,NonNegativeInteger) -> Factored UP Time: 0.02 SEC. compiling exported factor : (UP,NonNegativeInteger) -> Factored UP Time: 0.01 SEC. compiling exported factor : (UP,List NonNegativeInteger) -> Factored UP Time: 0.02 SEC. compiling exported factor : (UP,NonNegativeInteger,NonNegativeInteger) -> Factored UP Time: 0.02 SEC. compiling exported factorSquareFree : UP -> Factored UP Time: 0.01 SEC. compiling exported factorSquareFree : (UP,List NonNegativeInteger,NonNegativeInteger) -> Factored UP Time: 0.03 SEC. compiling exported factorSquareFree : (UP,NonNegativeInteger) -> Factored UP Time: 0.01 SEC. compiling exported factorSquareFree : (UP,List NonNegativeInteger) -> Factored UP Time: 0.02 SEC. compiling exported factorSquareFree : (UP,NonNegativeInteger,NonNegativeInteger) -> Factored UP Time: 0.03 SEC. compiling exported factorOfDegree : (PositiveInteger,UP,List NonNegativeInteger,NonNegativeInteger,Boolean) -> Union(UP,failed) Time: 0.06 SEC. compiling exported factorOfDegree : (PositiveInteger,UP,List NonNegativeInteger,NonNegativeInteger) -> Union(UP,failed) Time: 0.02 SEC. compiling exported factorOfDegree : (PositiveInteger,UP,NonNegativeInteger) -> Union(UP,failed) Time: 0.01 SEC. compiling exported factorOfDegree : (PositiveInteger,UP,List NonNegativeInteger) -> Union(UP,failed) Time: 0.01 SEC. compiling exported factorOfDegree : (PositiveInteger,UP) -> Union(UP,failed) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.03 SEC. Warnings: [1] eisensteinIrreducible?: not known that IntegralDomain is of mode CATEGORY(package,makeFR: Record(contp: Integer,factors: List Record(irr: UP,pow: Integer)) -> Factored UP,degreePartition: List Record(factor: UP,degree: Integer) -> Multiset NonNegativeInteger,musserTrials: () -> PositiveInteger,musserTrials: PositiveInteger -> PositiveInteger,stopMusserTrials: () -> PositiveInteger,stopMusserTrials: PositiveInteger -> PositiveInteger,numberOfFactors: List Record(factor: UP,degree: Integer) -> NonNegativeInteger,modularFactor: UP -> Record(prime: Integer,factors: List UP),useSingleFactorBound?: () -> Boolean,useSingleFactorBound: Boolean -> Boolean,useEisensteinCriterion?: () -> Boolean,useEisensteinCriterion: Boolean -> Boolean,eisensteinIrreducible?: UP -> Boolean,tryFunctionalDecomposition?: () -> Boolean,tryFunctionalDecomposition: Boolean -> Boolean,factor: UP -> Factored UP,factor: (UP,NonNegativeInteger) -> Factored UP,factor: (UP,List NonNegativeInteger) -> Factored UP,factor: (UP,List NonNegativeInteger,NonNegativeInteger) -> Factored UP,factor: (UP,NonNegativeInteger,NonNegativeInteger) -> Factored UP,factorSquareFree: UP -> Factored UP,factorSquareFree: (UP,NonNegativeInteger) -> Factored UP,factorSquareFree: (UP,List NonNegativeInteger) -> Factored UP,factorSquareFree: (UP,List NonNegativeInteger,NonNegativeInteger) -> Factored UP,factorSquareFree: (UP,NonNegativeInteger,NonNegativeInteger) -> Factored UP,factorOfDegree: (PositiveInteger,UP) -> Union(UP,"failed"),factorOfDegree: (PositiveInteger,UP,NonNegativeInteger) -> Union(UP,"failed"),factorOfDegree: (PositiveInteger,UP,List NonNegativeInteger) -> Union(UP,"failed"),factorOfDegree: (PositiveInteger,UP,List NonNegativeInteger,NonNegativeInteger) -> Union(UP,"failed"),factorOfDegree: (PositiveInteger,UP,List NonNegativeInteger,NonNegativeInteger,Boolean) -> Union(UP,"failed"),henselFact: (UP,Boolean) -> Record(contp: Integer,factors: List Record(irr: UP,pow: Integer)),btwFact: (UP,Boolean,Set NonNegativeInteger,NonNegativeInteger) -> Record(contp: Integer,factors: List Record(irr: UP,pow: Integer))) [2] nextRecNum: lr has no value [3] modularFactor: ddfactors has no value [4] completeFactor: ltrue has no value [5] completeFactor: level has no value [6] btwFactor: reverse? has no value [7] btwFactor: negativelc? has no value [8] btwFactor: lf has no value [9] henselFact: c has no value [10] henselFact: factorlist has no value [11] btwFact: c has no value [12] btwFact: factorlist has no value Cumulative Statistics for Constructor GaloisGroupFactorizer Time: 3.07 seconds finalizing NRLIB GALFACT Processing GaloisGroupFactorizer for Browser database: -- makeFR : FinalFact -> Factored UP -- degreePartition : DDList -> Multiset N -- musserTrials : () -> P -- musserTrials : P -> P -- stopMusserTrials : () -> P -- stopMusserTrials : P -> P -- numberOfFactors : DDList -> N -- modularFactor : UP -> MFact -- useSingleFactorBound? : () -> Boolean -- useSingleFactorBound : Boolean -> Boolean -- useEisensteinCriterion? : () -> Boolean -- useEisensteinCriterion : Boolean -> Boolean -- eisensteinIrreducible? : UP -> Boolean -- tryFunctionalDecomposition? : () -> Boolean -- tryFunctionalDecomposition : Boolean -> Boolean -- factor : UP -> Factored UP -- factor : (UP,N) -> Factored UP -- factor : (UP,List N) -> Factored UP -- factor : (UP,List N,N) -> Factored UP -- factor : (UP,N,N) -> Factored UP -- factorSquareFree : UP -> Factored UP -- factorSquareFree : (UP,N) -> Factored UP -- factorSquareFree : (UP,List N) -> Factored UP -- factorSquareFree : (UP,List N,N) -> Factored UP -- factorSquareFree : (UP,N,N) -> Factored UP -- factorOfDegree : (P,UP) -> Union(UP,"failed") -- factorOfDegree : (P,UP,N) -> Union(UP,"failed") -- factorOfDegree : (P,UP,List N) -> Union(UP,"failed") -- factorOfDegree : (P,UP,List N,N) -> Union(UP,"failed") -- factorOfDegree : (P,UP,List N,N,Boolean) -> Union(UP,"failed") -- henselFact : (UP,Boolean) -> FinalFact -- btwFact : (UP,Boolean,Set N,N) -> FinalFact -- constructor ; compiling file "/tmp/oa-l312So/code.lsp" (written 01 FEB 2016 10:57:17 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |GALFACT;seed|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |GALFACT;useEisensteinCriterion?;B;1|) ...) ; compiling (PUT (QUOTE |GALFACT;tryFunctionalDecomposition?;B;3|) ...) ; compiling (PUT (QUOTE |GALFACT;useSingleFactorBound?;B;5|) ...) ; compiling (PUT (QUOTE |GALFACT;stopMusserTrials;Pi;7|) ...) ; compiling (PUT (QUOTE |GALFACT;musserTrials;Pi;9|) ...) ; compiling (PUT (QUOTE |GALFACT;reductum|) ...) ; compiling (DEFUN |GALFACT;useEisensteinCriterion?;B;1| ...) ; compiling (DEFUN |GALFACT;useEisensteinCriterion;2B;2| ...) ; file: /tmp/oa-l312So/code.lsp ; in: DEFUN |GALFACT;useEisensteinCriterion;2B;2| ; (DEFUN BOOT::|GALFACT;useEisensteinCriterion;2B;2| (BOOT::|b| BOOT::$) ; (PROGN ; (LET ((BOOT::|#G4| BOOT::|b|)) ; (PROGN (SETF #) (SETQ #))) ; BOOT::|b|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALFACT;useEisensteinCriterion;2B;2| ; (BOOT::|b| BOOT::$) ; (BLOCK BOOT::|GALFACT;useEisensteinCriterion;2B;2| ; (PROGN ; (LET (#) ; (PROGN # #)) ; BOOT::|b|))) ; ; note: Assignment to argument: |b| ; prevents use of assertion from function type proclamation: ; (MEMBER T NIL) ; ; compiling (DEFUN |GALFACT;tryFunctionalDecomposition?;B;3| ...) ; compiling (DEFUN |GALFACT;tryFunctionalDecomposition;2B;4| ...) ; file: /tmp/oa-l312So/code.lsp ; in: DEFUN |GALFACT;tryFunctionalDecomposition;2B;4| ; (DEFUN BOOT::|GALFACT;tryFunctionalDecomposition;2B;4| (BOOT::|b| BOOT::$) ; (PROGN ; (LET ((BOOT::|#G7| BOOT::|b|)) ; (PROGN (SETF #) (SETQ #))) ; BOOT::|b|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALFACT;tryFunctionalDecomposition;2B;4| ; (BOOT::|b| BOOT::$) ; (BLOCK BOOT::|GALFACT;tryFunctionalDecomposition;2B;4| ; (PROGN ; (LET (#) ; (PROGN # #)) ; BOOT::|b|))) ; ; note: Assignment to argument: |b| ; prevents use of assertion from function type proclamation: ; (MEMBER T NIL) ; ; compiling (DEFUN |GALFACT;useSingleFactorBound?;B;5| ...) ; compiling (DEFUN |GALFACT;useSingleFactorBound;2B;6| ...) ; file: /tmp/oa-l312So/code.lsp ; in: DEFUN |GALFACT;useSingleFactorBound;2B;6| ; (DEFUN BOOT::|GALFACT;useSingleFactorBound;2B;6| (BOOT::|b| BOOT::$) ; (PROGN ; (LET ((BOOT::|#G10| BOOT::|b|)) ; (PROGN (SETF #) (SETQ #))) ; BOOT::|b|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALFACT;useSingleFactorBound;2B;6| ; (BOOT::|b| BOOT::$) ; (BLOCK BOOT::|GALFACT;useSingleFactorBound;2B;6| ; (PROGN ; (LET (#) ; (PROGN # #)) ; BOOT::|b|))) ; ; note: Assignment to argument: |b| ; prevents use of assertion from function type proclamation: ; (MEMBER T NIL) ; ; compiling (DEFUN |GALFACT;stopMusserTrials;Pi;7| ...) ; compiling (DEFUN |GALFACT;stopMusserTrials;2Pi;8| ...) ; file: /tmp/oa-l312So/code.lsp ; in: DEFUN |GALFACT;stopMusserTrials;2Pi;8| ; (DEFUN BOOT::|GALFACT;stopMusserTrials;2Pi;8| (BOOT::|n| BOOT::$) ; (PROGN ; (LET ((BOOT::|#G13| BOOT::|n|)) ; (PROGN (SETF #) (SETQ #))) ; BOOT::|n|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALFACT;stopMusserTrials;2Pi;8| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|GALFACT;stopMusserTrials;2Pi;8| ; (PROGN ; (LET (#) ; (PROGN # #)) ; BOOT::|n|))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; (INTEGER 1) ; ; compiling (DEFUN |GALFACT;musserTrials;Pi;9| ...) ; compiling (DEFUN |GALFACT;musserTrials;2Pi;10| ...) ; file: /tmp/oa-l312So/code.lsp ; in: DEFUN |GALFACT;musserTrials;2Pi;10| ; (DEFUN BOOT::|GALFACT;musserTrials;2Pi;10| (BOOT::|n| BOOT::$) ; (PROGN ; (LET ((BOOT::|#G16| BOOT::|n|)) ; (PROGN (SETF #) (SETQ #))) ; BOOT::|n|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALFACT;musserTrials;2Pi;10| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|GALFACT;musserTrials;2Pi;10| ; (PROGN ; (LET (#) ; (PROGN # #)) ; BOOT::|n|))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; (INTEGER 1) ; ; compiling (DEFUN |GALFACT;eisensteinIrreducible?;UPB;11| ...) ; compiling (DEFUN |GALFACT;numberOfFactors;LNni;12| ...) ; compiling (DEFUN |GALFACT;shiftSet| ...) ; compiling (DEFUN |GALFACT;reductum| ...) ; file: /tmp/oa-l312So/code.lsp ; in: DEFUN |GALFACT;reductum| ; (DEFUN BOOT::|GALFACT;reductum| (BOOT::|n| BOOT::$) ; (- BOOT::|n| (ASH 1 (- (INTEGER-LENGTH BOOT::|n|) 1)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALFACT;reductum| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|GALFACT;reductum| (- BOOT::|n| (ASH 1 (- # 1))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |GALFACT;seed| ...) ; compiling (DEFUN |GALFACT;nextRecNum| ...) ; file: /tmp/oa-l312So/code.lsp ; in: DEFUN |GALFACT;nextRecNum| ; (DEFUN BOOT::|GALFACT;nextRecNum| ; (BOOT::|levels| BOOT::|level| BOOT::|n| BOOT::$) ; (PROG (BOOT::|lr| BOOT::|b|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALFACT;nextRecNum| ; (BOOT::|levels| BOOT::|level| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|GALFACT;nextRecNum| ; (PROG (BOOT::|lr| BOOT::|b|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |GALFACT;fullSet| ...) ; compiling (DEFUN |GALFACT;modularFactor;UPR;18| ...) ; file: /tmp/oa-l312So/code.lsp ; in: DEFUN |GALFACT;modularFactor;UPR;18| ; (DEFUN BOOT::|GALFACT;modularFactor;UPR;18| (BOOT::|p| BOOT::$) ; (PROG (BOOT::|nfc| BOOT::|choice| BOOT::|diffp| BOOT::|nf| BOOT::|degfact| ; BOOT::|ddlist| BOOT::|s| BOOT::|dirred| BOOT::|d| BOOT::|trials| ; BOOT::|cprime|) ; (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALFACT;modularFactor;UPR;18| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|GALFACT;modularFactor;UPR;18| ; (PROG (BOOT::|nfc| BOOT::|choice| BOOT::|diffp| BOOT::|nf| ; BOOT::|degfact| BOOT::|ddlist| BOOT::|s| BOOT::|dirred| ; BOOT::|d| BOOT::|trials| BOOT::|cprime|) ; (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |GALFACT;degreePartition;LM;19| ...) ; compiling (DEFUN |GALFACT;henselfact| ...) ; file: /tmp/oa-l312So/code.lsp ; in: DEFUN |GALFACT;henselfact| ; (DEFUN BOOT::|GALFACT;henselfact| (BOOT::|f| BOOT::|pdecomp| BOOT::$) ; (PROG (BOOT::|lrf| BOOT::|b| BOOT::|cprime| BOOT::|m| BOOT::|cf|) ; (RETURN ; (BOOT::SEQ (COND # #) ; (BOOT::LETT BOOT::|cf| NIL BOOT::|GALFACT;henselfact|) ; (COND # #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALFACT;henselfact| ; (BOOT::|f| BOOT::|pdecomp| BOOT::$) ; (BLOCK BOOT::|GALFACT;henselfact| ; (PROG (BOOT::|lrf| BOOT::|b| BOOT::|cprime| BOOT::|m| BOOT::|cf|) ; (RETURN (BOOT::SEQ # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |GALFACT;completeFactor| ...) ; file: /tmp/oa-l312So/code.lsp ; in: DEFUN |GALFACT;completeFactor| ; (DEFUN BOOT::|GALFACT;completeFactor| ; (BOOT::|f| BOOT::|lf| BOOT::|cprime| BOOT::|pk| BOOT::|r| BOOT::|d| ; BOOT::$) ; (PROG (BOOT::|gpk| BOOT::|f1|) ; (RETURN ; (LET (# # # # # # # # # # # # ...) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALFACT;completeFactor| ; (BOOT::|f| BOOT::|lf| BOOT::|cprime| BOOT::|pk| BOOT::|r| BOOT::|d| ; BOOT::$) ; (BLOCK BOOT::|GALFACT;completeFactor| ; (PROG (BOOT::|gpk| BOOT::|f1|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |lf| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |pk| ; prevents use of assertion from function type proclamation: ; (INTEGER 1) ; ; ; note: Assignment to argument: |r| ; prevents use of assertion from function type proclamation: ; UNSIGNED-BYTE ; ; compiling (DEFUN |GALFACT;completeFactor!1| ...) ; compiling (DEFUN |GALFACT;completeFactor!0| ...) ; compiling (DEFUN |GALFACT;divideSet| ...) ; compiling (DEFUN |GALFACT;btwFactor| ...) ; file: /tmp/oa-l312So/code.lsp ; in: DEFUN |GALFACT;btwFactor| ; (DEFUN BOOT::|GALFACT;btwFactor| ; (BOOT::|f| BOOT::|d| BOOT::|r| BOOT::|pdecomp| BOOT::$) ; (PROG (BOOT::|lf| BOOT::|lg| BOOT::|dh| BOOT::|lrf| BOOT::|pk| BOOT::|lm| ; BOOT::|b| BOOT::|f0| BOOT::|lc| BOOT::|cprime| BOOT::|m| BOOT::|cf| ; ...) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALFACT;btwFactor| ; (BOOT::|f| BOOT::|d| BOOT::|r| BOOT::|pdecomp| BOOT::$) ; (BLOCK BOOT::|GALFACT;btwFactor| ; (PROG (BOOT::|lf| BOOT::|lg| BOOT::|dh| BOOT::|lrf| BOOT::|pk| ; BOOT::|lm| BOOT::|b| BOOT::|f0| BOOT::|lc| BOOT::|cprime| ; BOOT::|m| BOOT::|cf| ...) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |r| ; prevents use of assertion from function type proclamation: ; UNSIGNED-BYTE ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |GALFACT;btwFactor!0| ...) ; compiling (DEFUN |GALFACT;makeFR;RF;24| ...) ; compiling (DEFUN |GALFACT;quadratic| ...) ; compiling (DEFUN |GALFACT;isPowerOf2| ...) ; compiling (DEFUN |GALFACT;subMinusX| ...) ; compiling (DEFUN |GALFACT;henselFact;UPBR;28| ...) ; compiling (DEFUN |GALFACT;henselFact;UPBR;28!0| ...) ; compiling (DEFUN |GALFACT;btwFact;UPBSNniR;29| ...) ; file: /tmp/oa-l312So/code.lsp ; in: DEFUN |GALFACT;btwFact;UPBSNniR;29| ; (DEFUN BOOT::|GALFACT;btwFact;UPBSNniR;29| ; (BOOT::|f| BOOT::|sqf| BOOT::|fd| BOOT::|r| BOOT::$) ; (PROG (BOOT::|sqfflist| BOOT::|lcPol| BOOT::|maxd| BOOT::|c| ; BOOT::|factorlist| BOOT::|fac| BOOT::|sqff| BOOT::|mult|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALFACT;btwFact;UPBSNniR;29| ; (BOOT::|f| BOOT::|sqf| BOOT::|fd| BOOT::|r| BOOT::$) ; (BLOCK BOOT::|GALFACT;btwFact;UPBSNniR;29| ; (PROG (BOOT::|sqfflist| BOOT::|lcPol| BOOT::|maxd| BOOT::|c| ; BOOT::|factorlist| BOOT::|fac| BOOT::|sqff| BOOT::|mult|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |r| ; prevents use of assertion from function type proclamation: ; UNSIGNED-BYTE ; ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; (DEFUN BOOT::|GALFACT;btwFact;UPBSNniR;29| ; (BOOT::|f| BOOT::|sqf| BOOT::|fd| BOOT::|r| BOOT::$) ; (PROG (BOOT::|sqfflist| BOOT::|lcPol| BOOT::|maxd| BOOT::|c| ; BOOT::|factorlist| BOOT::|fac| BOOT::|sqff| BOOT::|mult|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALFACT;btwFact;UPBSNniR;29| ; (BOOT::|f| BOOT::|sqf| BOOT::|fd| BOOT::|r| BOOT::$) ; (BLOCK BOOT::|GALFACT;btwFact;UPBSNniR;29| ; (PROG (BOOT::|sqfflist| BOOT::|lcPol| BOOT::|maxd| BOOT::|c| ; BOOT::|factorlist| BOOT::|fac| BOOT::|sqff| BOOT::|mult|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |GALFACT;btwFact;UPBSNniR;29!5| ...) ; compiling (DEFUN |GALFACT;btwFact;UPBSNniR;29!4| ...) ; compiling (DEFUN |GALFACT;btwFact;UPBSNniR;29!3| ...) ; compiling (DEFUN |GALFACT;btwFact;UPBSNniR;29!2| ...) ; compiling (DEFUN |GALFACT;btwFact;UPBSNniR;29!1| ...) ; compiling (DEFUN |GALFACT;btwFact;UPBSNniR;29!0| ...) ; compiling (DEFUN |GALFACT;factor;UPF;30| ...) ; compiling (DEFUN |GALFACT;errorsum?| ...) ; file: /tmp/oa-l312So/code.lsp ; in: DEFUN |GALFACT;errorsum?| ; (DEFUN BOOT::|GALFACT;errorsum?| (BOOT::|d| BOOT::|ld| BOOT::$) ; (NOT ; (EQL BOOT::|d| ; (LET (# # #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALFACT;errorsum?| ; (BOOT::|d| BOOT::|ld| BOOT::$) ; (BLOCK BOOT::|GALFACT;errorsum?| ; (NOT ; (EQL BOOT::|d| ; (LET # ; #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |GALFACT;makeSet| ...) ; compiling (DEFUN |GALFACT;factor;UPLNniF;33| ...) ; compiling (DEFUN |GALFACT;factor;UPNniF;34| ...) ; compiling (DEFUN |GALFACT;factor;UPLF;35| ...) ; compiling (DEFUN |GALFACT;factor;UP2NniF;36| ...) ; compiling (DEFUN |GALFACT;factorSquareFree;UPF;37| ...) ; compiling (DEFUN |GALFACT;factorSquareFree;UPLNniF;38| ...) ; compiling (DEFUN |GALFACT;factorSquareFree;UPNniF;39| ...) ; compiling (DEFUN |GALFACT;factorSquareFree;UPLF;40| ...) ; compiling (DEFUN |GALFACT;factorSquareFree;UP2NniF;41| ...) ; compiling (DEFUN |GALFACT;factorOfDegree;PiUPLNniBU;42| ...) ; file: /tmp/oa-l312So/code.lsp ; in: DEFUN |GALFACT;factorOfDegree;PiUPLNniBU;42| ; (DEFUN BOOT::|GALFACT;factorOfDegree;PiUPLNniBU;42| ; (BOOT::|d| BOOT::|p| BOOT::|ld| BOOT::|r| BOOT::|sqf| BOOT::$) ; (PROG (BOOT::|lf|) ; (RETURN ; (LET (#) ; (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALFACT;factorOfDegree;PiUPLNniBU;42| ; (BOOT::|d| BOOT::|p| BOOT::|ld| BOOT::|r| BOOT::|sqf| BOOT::$) ; (BLOCK BOOT::|GALFACT;factorOfDegree;PiUPLNniBU;42| ; (PROG (BOOT::|lf|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |GALFACT;factorOfDegree;PiUPLNniU;43| ...) ; compiling (DEFUN |GALFACT;factorOfDegree;PiUPNniU;44| ...) ; compiling (DEFUN |GALFACT;factorOfDegree;PiUPLU;45| ...) ; compiling (DEFUN |GALFACT;factorOfDegree;PiUPU;46| ...) ; compiling (DEFUN |GaloisGroupFactorizer| ...) ; compiling (DEFUN |GaloisGroupFactorizer;| ...) ; compiling (MAKEPROP (QUOTE |GaloisGroupFactorizer|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; printed 17 notes ; /tmp/oa-l312So/code.fasl written ; compilation finished in 0:00:00.344 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/FR2.fasl --optimize=3 FR2.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FR2.spad using Spad compiler. FR2 abbreviates package FactoredFunctions2 debug: compDefine1 lhs: (FactoredFunctions2 R S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((Factored S) (Mapping S R) (Factored R)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((Factored S) (Mapping S R) (Factored R)))) $param: (R S) debug: evaluateType form: (Factored S) $param: (R S) Debug: evaluateType1 form: (Factored S) debug: evaluateType1 x: S m: (IntegralDomain) debug: evaluateType form: (Mapping S R) $param: (R S) debug: evaluateType form: S $param: (R S) debug: evaluateType form: R $param: (R S) debug: evaluateType form: (Factored R) $param: (R S) Debug: evaluateType1 form: (Factored R) debug: evaluateType1 x: R m: (IntegralDomain) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((Factored S) (Mapping S R) (Factored R)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FactoredFunctions2 compiling into /tmp/oa-pNn813 compiling exported map : (R -> S,Factored R) -> Factored S Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor FactoredFunctions2 Time: 0.04 seconds finalizing NRLIB FR2 Processing FactoredFunctions2 for Browser database: -- map : ((R -> S),Factored R) -> Factored S -- constructor ; compiling file "/tmp/oa-pNn813/code.lsp" (written 01 FEB 2016 10:57:18 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FR2;map;MFF;1| ...) ; compiling (DEFUN |FactoredFunctions2| ...) ; compiling (DEFUN |FactoredFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |FactoredFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-pNn813/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/FRUTIL.fasl --optimize=3 FRUTIL.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FRUTIL.spad using Spad compiler. FRUTIL abbreviates package FactoredFunctionUtilities debug: compDefine1 lhs: (FactoredFunctionUtilities R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE refine ((Factored R) (Factored R) (Mapping (Factored R) R))) (SIGNATURE mergeFactors ((Factored R) (Factored R) (Factored R)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE refine ((Factored R) (Factored R) (Mapping (Factored R) R))) (SIGNATURE mergeFactors ((Factored R) (Factored R) (Factored R)))) $param: (R) debug: evaluateType form: (Factored R) $param: (R) Debug: evaluateType1 form: (Factored R) debug: evaluateType1 x: R m: (IntegralDomain) debug: evaluateType form: (Factored R) $param: (R) Debug: evaluateType1 form: (Factored R) debug: evaluateType1 x: R m: (IntegralDomain) debug: evaluateType form: (Mapping (Factored R) R) $param: (R) debug: evaluateType form: (Factored R) $param: (R) Debug: evaluateType1 form: (Factored R) debug: evaluateType1 x: R m: (IntegralDomain) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Factored R) $param: (R) Debug: evaluateType1 form: (Factored R) debug: evaluateType1 x: R m: (IntegralDomain) debug: evaluateType form: (Factored R) $param: (R) Debug: evaluateType1 form: (Factored R) debug: evaluateType1 x: R m: (IntegralDomain) debug: evaluateType form: (Factored R) $param: (R) Debug: evaluateType1 form: (Factored R) debug: evaluateType1 x: R m: (IntegralDomain) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE refine ((Factored R) (Factored R) (Mapping (Factored R) R))) (SIGNATURE mergeFactors ((Factored R) (Factored R) (Factored R)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for FactoredFunctionUtilities compiling into /tmp/oa-EXjZie compiling exported mergeFactors : (Factored R,Factored R) -> Factored R Time: 0.05 SEC. compiling exported refine : (Factored R,R -> Factored R) -> Factored R Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor FactoredFunctionUtilities Time: 0.08 seconds finalizing NRLIB FRUTIL Processing FactoredFunctionUtilities for Browser database: -- refine : (FR,(R -> FR)) -> FR -- mergeFactors : (FR,FR) -> FR -- constructor ; compiling file "/tmp/oa-EXjZie/code.lsp" (written 01 FEB 2016 10:57:18 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FRUTIL;mergeFactors;3F;1| ...) ; compiling (DEFUN |FRUTIL;refine;FMF;2| ...) ; compiling (DEFUN |FactoredFunctionUtilities| ...) ; compiling (DEFUN |FactoredFunctionUtilities;| ...) ; compiling (MAKEPROP (QUOTE |FactoredFunctionUtilities|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-EXjZie/code.fasl written ; compilation finished in 0:00:00.025 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/HEUGCD.fasl --optimize=3 HEUGCD.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/HEUGCD.spad using Spad compiler. HEUGCD abbreviates package HeuGcd debug: compDefine1 lhs: (HeuGcd BP) signature (pre-evaluate): ((CATEGORY package (SIGNATURE gcd (BP (List BP))) (SIGNATURE gcdprim (BP (List BP))) (SIGNATURE gcdcofact ((List BP) (List BP))) (SIGNATURE gcdcofactprim ((List BP) (List BP))) (SIGNATURE content ((List (Integer)) (List BP))) (SIGNATURE lintgcd ((Integer) (List (Integer))))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE gcd (BP (List BP))) (SIGNATURE gcdprim (BP (List BP))) (SIGNATURE gcdcofact ((List BP) (List BP))) (SIGNATURE gcdcofactprim ((List BP) (List BP))) (SIGNATURE content ((List (Integer)) (List BP))) (SIGNATURE lintgcd ((Integer) (List (Integer))))) $param: (BP) debug: evaluateType form: BP $param: (BP) debug: evaluateType form: (List BP) $param: (BP) Debug: evaluateType1 form: (List BP) debug: evaluateType1 x: BP m: (Type) debug: evaluateType form: BP $param: (BP) debug: evaluateType form: (List BP) $param: (BP) Debug: evaluateType1 form: (List BP) debug: evaluateType1 x: BP m: (Type) debug: evaluateType form: (List BP) $param: (BP) Debug: evaluateType1 form: (List BP) debug: evaluateType1 x: BP m: (Type) debug: evaluateType form: (List BP) $param: (BP) Debug: evaluateType1 form: (List BP) debug: evaluateType1 x: BP m: (Type) debug: evaluateType form: (List BP) $param: (BP) Debug: evaluateType1 form: (List BP) debug: evaluateType1 x: BP m: (Type) debug: evaluateType form: (List BP) $param: (BP) Debug: evaluateType1 form: (List BP) debug: evaluateType1 x: BP m: (Type) debug: evaluateType form: (List (Integer)) $param: (BP) Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (BP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (BP) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (List BP) $param: (BP) Debug: evaluateType1 form: (List BP) debug: evaluateType1 x: BP m: (Type) debug: evaluateType form: (Integer) $param: (BP) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (List (Integer)) $param: (BP) Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (BP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (BP) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE gcd (BP (List BP))) (SIGNATURE gcdprim (BP (List BP))) (SIGNATURE gcdcofact ((List BP) (List BP))) (SIGNATURE gcdcofactprim ((List BP) (List BP))) (SIGNATURE content ((List (Integer)) (List BP))) (SIGNATURE lintgcd ((Integer) (List (Integer))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for HeuGcd compiling into /tmp/oa-tTgPxr importing ModularDistinctDegreeFactorizer BP compiling local myNextPrime : (Integer,NonNegativeInteger) -> Integer Time: 0.07 SEC. compiling local constNotZero : BP -> Boolean Time: 0.00 SEC. compiling local negShiftz : (Integer,PositiveInteger) -> Integer Time: 0 SEC. compiling local height : BP -> PositiveInteger Time: 0.01 SEC. compiling local genpoly : (Integer,PositiveInteger) -> BP Time: 0.00 SEC. compiling exported lintgcd : List Integer -> Integer Time: 0.02 SEC. compiling exported content : List BP -> List Integer Time: 0.02 SEC. compiling local contprim : List BP -> List Record(cont: Integer,prim: BP) Time: 0.03 SEC. compiling local constcase : (List NonNegativeInteger,List BP) -> List BP Time: 0.09 SEC. compiling local testDivide : (List BP,BP) -> Union(List BP,failed) Time: 0.01 SEC. compiling local lincase : (List NonNegativeInteger,List BP) -> List BP Time: 0.06 SEC. compiling local mindegpol : (BP,BP) -> BP Time: 0.01 SEC. compiling local localgcd : List BP -> List BP Time: 0.09 SEC. compiling local internal : (Union(gcdprim,gcd,gcdcofactprim,gcdcofact),List BP) -> List BP Time: 0.16 SEC. compiling exported gcdprim : List BP -> BP Time: 0.00 SEC. compiling exported gcdcofactprim : List BP -> List BP Time: 0 SEC. compiling exported gcd : List BP -> BP Time: 0.00 SEC. compiling exported gcdcofact : List BP -> List BP Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] internal: prim has no value [2] internal: cont has no value [3] internal: Cgcd has no value [4] internal: contgcd has no value [5] internal: ans has no value Cumulative Statistics for Constructor HeuGcd Time: 0.59 seconds finalizing NRLIB HEUGCD Processing HeuGcd for Browser database: -- gcd : List BP -> BP -- gcdprim : List BP -> BP -- gcdcofact : List BP -> List BP -- gcdcofactprim : List BP -> List BP -- content : List BP -> List Z -- lintgcd : List Z -> Z -- constructor ; compiling file "/tmp/oa-tTgPxr/code.lsp" (written 01 FEB 2016 10:57:19 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |HEUGCD;myNextPrime| ...) ; file: /tmp/oa-tTgPxr/code.lsp ; in: DEFUN |HEUGCD;myNextPrime| ; (DEFUN BOOT::|HEUGCD;myNextPrime| (BOOT::|val| BOOT::|bound| BOOT::$) ; (BOOT::SPADCALL BOOT::|val| (BOOT::|shellEntry| BOOT::$ 13))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|HEUGCD;myNextPrime| ; (BOOT::|val| BOOT::|bound| BOOT::$) ; (BLOCK BOOT::|HEUGCD;myNextPrime| ; (BOOT::SPADCALL BOOT::|val| (BOOT::|shellEntry| BOOT::$ 13)))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; ; caught STYLE-WARNING: ; The variable |bound| is defined but never used. ; compiling (DEFUN |HEUGCD;constNotZero| ...) ; compiling (DEFUN |HEUGCD;negShiftz| ...) ; file: /tmp/oa-tTgPxr/code.lsp ; in: DEFUN |HEUGCD;negShiftz| ; (DEFUN BOOT::|HEUGCD;negShiftz| (BOOT::|n| BOOT::|Modulus| BOOT::$) ; (COND ((MINUSP BOOT::|n|) (SETQ BOOT::|n| #)) ; ((< (TRUNCATE BOOT::|Modulus| 2) BOOT::|n|) ; (- BOOT::|n| BOOT::|Modulus|)) ; (T BOOT::|n|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|HEUGCD;negShiftz| ; (BOOT::|n| BOOT::|Modulus| BOOT::$) ; (BLOCK BOOT::|HEUGCD;negShiftz| ; (COND ((MINUSP BOOT::|n|) (SETQ #)) ; ((< # BOOT::|n|) (- BOOT::|n| BOOT::|Modulus|)) (T BOOT::|n|)))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |HEUGCD;height| ...) ; compiling (DEFUN |HEUGCD;genpoly| ...) ; compiling (DEFUN |HEUGCD;lintgcd;LI;6| ...) ; file: /tmp/oa-tTgPxr/code.lsp ; in: DEFUN |HEUGCD;lintgcd;LI;6| ; (DEFUN BOOT::|HEUGCD;lintgcd;LI;6| (BOOT::|lval| BOOT::$) ; (PROG (BOOT::|val|) (RETURN (COND (# 0) (# 1) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|HEUGCD;lintgcd;LI;6| ; (BOOT::|lval| BOOT::$) ; (BLOCK BOOT::|HEUGCD;lintgcd;LI;6| ; (PROG (BOOT::|val|) (RETURN (COND # # #))))) ; ; note: Assignment to argument: |lval| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS INTEGER T)) ; ; compiling (DEFUN |HEUGCD;lintgcd;LI;6!0| ...) ; file: /tmp/oa-tTgPxr/code.lsp ; in: DEFUN |HEUGCD;lintgcd;LI;6!0| ; (DEFUN BOOT::|HEUGCD;lintgcd;LI;6!0| (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (< BOOT::|#1| BOOT::|#2|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|HEUGCD;lintgcd;LI;6!0| ; (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (BLOCK BOOT::|HEUGCD;lintgcd;LI;6!0| (< BOOT::|#1| BOOT::|#2|))) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |HEUGCD;content;LL;7| ...) ; file: /tmp/oa-tTgPxr/code.lsp ; in: DEFUN |HEUGCD;content;LL;7| ; (DEFUN BOOT::|HEUGCD;content;LL;7| (BOOT::|listf| BOOT::$) ; (LET ((#:G728 BOOT::|listf|) (#:G585 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G728 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|HEUGCD;content;LL;7| ; (BOOT::|listf| BOOT::$) ; (BLOCK BOOT::|HEUGCD;content;LL;7| ; (LET ((#:G728 BOOT::|listf|) (#:G585 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS INTEGER T)) &REST T). ; compiling (DEFUN |HEUGCD;contprim| ...) ; file: /tmp/oa-tTgPxr/code.lsp ; in: DEFUN |HEUGCD;contprim| ; (DEFUN BOOT::|HEUGCD;contprim| (BOOT::|listf| BOOT::$) ; (PROG (BOOT::|c|) ; (RETURN ; (LET (# #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|HEUGCD;contprim| ; (BOOT::|listf| BOOT::$) ; (BLOCK BOOT::|HEUGCD;contprim| ; (PROG (BOOT::|c|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |HEUGCD;constcase| ...) ; compiling (DEFUN |HEUGCD;testDivide| ...) ; compiling (DEFUN |HEUGCD;lincase| ...) ; file: /tmp/oa-tTgPxr/code.lsp ; in: DEFUN |HEUGCD;lincase| ; (DEFUN BOOT::|HEUGCD;lincase| (BOOT::|listdeg| BOOT::|listf| BOOT::$) ; (PROG (BOOT::|f1|) ; (RETURN ; (LET* (# # #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|HEUGCD;lincase| ; (BOOT::|listdeg| BOOT::|listf| BOOT::$) ; (BLOCK BOOT::|HEUGCD;lincase| ; (PROG (BOOT::|f1|) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |HEUGCD;mindegpol| ...) ; compiling (DEFUN |HEUGCD;localgcd| ...) ; file: /tmp/oa-tTgPxr/code.lsp ; in: DEFUN |HEUGCD;localgcd| ; (BOOT::|moanRetract| BOOT::|nvalue| '(BOOT::|PositiveInteger|)) ; ==> ; BOOT::|nvalue| ; ; note: deleting unreachable code ; (DEFUN BOOT::|HEUGCD;localgcd| (BOOT::|listf| BOOT::$) ; (PROG (BOOT::|gg| BOOT::|nvalue| BOOT::|flag| BOOT::|d| BOOT::|contd| ; BOOT::|dd| BOOT::|dval| BOOT::|listval| BOOT::|f1|) ; (RETURN ; (LET* (# # # #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|HEUGCD;localgcd| ; (BOOT::|listf| BOOT::$) ; (BLOCK BOOT::|HEUGCD;localgcd| ; (PROG (BOOT::|gg| BOOT::|nvalue| BOOT::|flag| BOOT::|d| BOOT::|contd| ; BOOT::|dd| BOOT::|dval| BOOT::|listval| BOOT::|f1|) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |HEUGCD;internal| ...) ; file: /tmp/oa-tTgPxr/code.lsp ; in: DEFUN |HEUGCD;internal| ; (DEFUN BOOT::|HEUGCD;internal| (BOOT::|flag| BOOT::|listf| BOOT::$) ; (PROG (BOOT::|ans| BOOT::|f| BOOT::|listdeg| BOOT::|contlistf| ; BOOT::|contgcd| BOOT::|Cgcd| BOOT::|minpol1| BOOT::|mdeg| ; BOOT::|minpol| BOOT::|result|) ; (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|HEUGCD;internal| ; (BOOT::|flag| BOOT::|listf| BOOT::$) ; (BLOCK BOOT::|HEUGCD;internal| ; (PROG (BOOT::|ans| BOOT::|f| BOOT::|listdeg| BOOT::|contlistf| ; BOOT::|contgcd| BOOT::|Cgcd| BOOT::|minpol1| BOOT::|mdeg| ; BOOT::|minpol| BOOT::|result|) ; (RETURN (COND # #))))) ; ; note: Assignment to argument: |listf| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |HEUGCD;gcdprim;LBP;15| ...) ; compiling (DEFUN |HEUGCD;gcdcofactprim;2L;16| ...) ; compiling (DEFUN |HEUGCD;gcd;LBP;17| ...) ; compiling (DEFUN |HEUGCD;gcdcofact;2L;18| ...) ; compiling (DEFUN |HeuGcd| ...) ; compiling (DEFUN |HeuGcd;| ...) ; compiling (MAKEPROP (QUOTE |HeuGcd|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; printed 9 notes ; /tmp/oa-tTgPxr/code.fasl written ; compilation finished in 0:00:00.107 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/PATTERN1.fasl --optimize=3 PATTERN1.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PATTERN1.spad using Spad compiler. PATTERN1 abbreviates package PatternFunctions1 debug: compDefine1 lhs: (PatternFunctions1 R D) signature (pre-evaluate): ((CATEGORY package (SIGNATURE suchThat ((Pattern R) (Pattern R) (Mapping (Boolean) D))) (SIGNATURE suchThat ((Pattern R) (Pattern R) (List (Mapping (Boolean) D)))) (SIGNATURE suchThat ((Pattern R) (Pattern R) (List (Symbol)) (Mapping (Boolean) (List D)))) (SIGNATURE predicate ((Mapping (Boolean) D) (Pattern R))) (SIGNATURE satisfy? ((Boolean) D (Pattern R))) (SIGNATURE satisfy? ((Boolean) (List D) (Pattern R))) (SIGNATURE addBadValue ((Pattern R) (Pattern R) D)) (SIGNATURE badValues ((List D) (Pattern R)))) (SetCategory) (Type)) debug: evaluateType form: (CATEGORY package (SIGNATURE suchThat ((Pattern R) (Pattern R) (Mapping (Boolean) D))) (SIGNATURE suchThat ((Pattern R) (Pattern R) (List (Mapping (Boolean) D)))) (SIGNATURE suchThat ((Pattern R) (Pattern R) (List (Symbol)) (Mapping (Boolean) (List D)))) (SIGNATURE predicate ((Mapping (Boolean) D) (Pattern R))) (SIGNATURE satisfy? ((Boolean) D (Pattern R))) (SIGNATURE satisfy? ((Boolean) (List D) (Pattern R))) (SIGNATURE addBadValue ((Pattern R) (Pattern R) D)) (SIGNATURE badValues ((List D) (Pattern R)))) $param: (R D) debug: evaluateType form: (Pattern R) $param: (R D) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (Pattern R) $param: (R D) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (Mapping (Boolean) D) $param: (R D) debug: evaluateType form: (Boolean) $param: (R D) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: D $param: (R D) debug: evaluateType form: (Pattern R) $param: (R D) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (Pattern R) $param: (R D) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (List (Mapping (Boolean) D)) $param: (R D) Debug: evaluateType1 form: (List (Mapping (Boolean) D)) debug: evaluateType1 x: (Mapping (Boolean) D) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R D) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Mapping (Boolean) D) $param: (R D) debug: evaluateType form: (Boolean) $param: (R D) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: D $param: (R D) debug: evalCategory d: (Mapping (Boolean) D) c: (Type) debug: evaluateType form: (Pattern R) $param: (R D) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (Pattern R) $param: (R D) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (List (Symbol)) $param: (R D) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R D) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (R D) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (Mapping (Boolean) (List D)) $param: (R D) debug: evaluateType form: (Boolean) $param: (R D) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List D) $param: (R D) Debug: evaluateType1 form: (List D) debug: evaluateType1 x: D m: (Type) debug: evaluateType form: (Mapping (Boolean) D) $param: (R D) debug: evaluateType form: (Boolean) $param: (R D) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: D $param: (R D) debug: evaluateType form: (Pattern R) $param: (R D) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (Boolean) $param: (R D) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: D $param: (R D) debug: evaluateType form: (Pattern R) $param: (R D) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (Boolean) $param: (R D) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List D) $param: (R D) Debug: evaluateType1 form: (List D) debug: evaluateType1 x: D m: (Type) debug: evaluateType form: (Pattern R) $param: (R D) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (Pattern R) $param: (R D) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (Pattern R) $param: (R D) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: D $param: (R D) debug: evaluateType form: (List D) $param: (R D) Debug: evaluateType1 form: (List D) debug: evaluateType1 x: D m: (Type) debug: evaluateType form: (Pattern R) $param: (R D) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R D) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Type) $param: (R D) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE suchThat ((Pattern R) (Pattern R) (Mapping (Boolean) D))) (SIGNATURE suchThat ((Pattern R) (Pattern R) (List (Mapping (Boolean) D)))) (SIGNATURE suchThat ((Pattern R) (Pattern R) (List (Symbol)) (Mapping (Boolean) (List D)))) (SIGNATURE predicate ((Mapping (Boolean) D) (Pattern R))) (SIGNATURE satisfy? ((Boolean) D (Pattern R))) (SIGNATURE satisfy? ((Boolean) (List D) (Pattern R))) (SIGNATURE addBadValue ((Pattern R) (Pattern R) D)) (SIGNATURE badValues ((List D) (Pattern R)))) (SetCategory) (Type)) debug: compDefine1 lhs: (PatternFunctions1 R D) signature (pre-evaluate): ((CATEGORY package (SIGNATURE suchThat ((Pattern R) (Pattern R) (Mapping (Boolean) D))) (SIGNATURE suchThat ((Pattern R) (Pattern R) (List (Mapping (Boolean) D)))) (SIGNATURE suchThat ((Pattern R) (Pattern R) (List (Symbol)) (Mapping (Boolean) (List D)))) (SIGNATURE predicate ((Mapping (Boolean) D) (Pattern R))) (SIGNATURE satisfy? ((Boolean) D (Pattern R))) (SIGNATURE satisfy? ((Boolean) (List D) (Pattern R))) (SIGNATURE addBadValue ((Pattern R) (Pattern R) D)) (SIGNATURE badValues ((List D) (Pattern R)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE suchThat ((Pattern R) (Pattern R) (Mapping (Boolean) D))) (SIGNATURE suchThat ((Pattern R) (Pattern R) (List (Mapping (Boolean) D)))) (SIGNATURE suchThat ((Pattern R) (Pattern R) (List (Symbol)) (Mapping (Boolean) (List D)))) (SIGNATURE predicate ((Mapping (Boolean) D) (Pattern R))) (SIGNATURE satisfy? ((Boolean) D (Pattern R))) (SIGNATURE satisfy? ((Boolean) (List D) (Pattern R))) (SIGNATURE addBadValue ((Pattern R) (Pattern R) D)) (SIGNATURE badValues ((List D) (Pattern R)))) $param: (R D) debug: evaluateType form: (Pattern R) $param: (R D) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (Pattern R) $param: (R D) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (Mapping (Boolean) D) $param: (R D) debug: evaluateType form: (Boolean) $param: (R D) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: D $param: (R D) debug: evaluateType form: (Pattern R) $param: (R D) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (Pattern R) $param: (R D) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (List (Mapping (Boolean) D)) $param: (R D) Debug: evaluateType1 form: (List (Mapping (Boolean) D)) debug: evaluateType1 x: (Mapping (Boolean) D) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R D) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Mapping (Boolean) D) $param: (R D) debug: evaluateType form: (Boolean) $param: (R D) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: D $param: (R D) debug: evalCategory d: (Mapping (Boolean) D) c: (Type) debug: evaluateType form: (Pattern R) $param: (R D) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (Pattern R) $param: (R D) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (List (Symbol)) $param: (R D) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R D) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (R D) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (Mapping (Boolean) (List D)) $param: (R D) debug: evaluateType form: (Boolean) $param: (R D) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List D) $param: (R D) Debug: evaluateType1 form: (List D) debug: evaluateType1 x: D m: (Type) debug: evaluateType form: (Mapping (Boolean) D) $param: (R D) debug: evaluateType form: (Boolean) $param: (R D) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: D $param: (R D) debug: evaluateType form: (Pattern R) $param: (R D) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (Boolean) $param: (R D) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: D $param: (R D) debug: evaluateType form: (Pattern R) $param: (R D) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (Boolean) $param: (R D) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List D) $param: (R D) Debug: evaluateType1 form: (List D) debug: evaluateType1 x: D m: (Type) debug: evaluateType form: (Pattern R) $param: (R D) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (Pattern R) $param: (R D) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (Pattern R) $param: (R D) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: D $param: (R D) debug: evaluateType form: (List D) $param: (R D) Debug: evaluateType1 form: (List D) debug: evaluateType1 x: D m: (Type) debug: evaluateType form: (Pattern R) $param: (R D) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE suchThat ((Pattern R) (Pattern R) (Mapping (Boolean) D))) (SIGNATURE suchThat ((Pattern R) (Pattern R) (List (Mapping (Boolean) D)))) (SIGNATURE suchThat ((Pattern R) (Pattern R) (List (Symbol)) (Mapping (Boolean) (List D)))) (SIGNATURE predicate ((Mapping (Boolean) D) (Pattern R))) (SIGNATURE satisfy? ((Boolean) D (Pattern R))) (SIGNATURE satisfy? ((Boolean) (List D) (Pattern R))) (SIGNATURE addBadValue ((Pattern R) (Pattern R) D)) (SIGNATURE badValues ((List D) (Pattern R)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PatternFunctions1 compiling into /tmp/oa-C9zHKf compiling local st : (Pattern R,List Any) -> Pattern R Time: 0.02 SEC. compiling exported predicate : Pattern R -> D -> Boolean Time: 0.01 SEC. compiling exported addBadValue : (Pattern R,D) -> Pattern R Time: 0.00 SEC. compiling exported badValues : Pattern R -> List D Time: 0.02 SEC. compiling exported suchThat : (Pattern R,List Symbol,List D -> Boolean) -> Pattern R Time: 0.02 SEC. compiling exported suchThat : (Pattern R,D -> Boolean) -> Pattern R Time: 0.01 SEC. compiling exported satisfy? : (D,Pattern R) -> Boolean Time: 0.00 SEC. compiling exported satisfy? : (List D,Pattern R) -> Boolean Time: 0.02 SEC. compiling local applyAll : (List Any,D) -> Boolean Time: 0.01 SEC. compiling exported suchThat : (Pattern R,List D -> Boolean) -> Pattern R Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] satisfy?: var has no value [2] satisfy?: pred has no value Cumulative Statistics for Constructor PatternFunctions1 Time: 0.13 seconds finalizing NRLIB PATTERN1 Processing PatternFunctions1 for Browser database: -- suchThat : (Pattern R,(D -> Boolean)) -> Pattern R -- suchThat : (Pattern R,List (D -> Boolean)) -> Pattern R -- suchThat : (Pattern R,List Symbol,(List D -> Boolean)) -> Pattern R -- predicate : Pattern R -> (D -> Boolean) -- satisfy? : (D,Pattern R) -> Boolean -- satisfy? : (List D,Pattern R) -> Boolean -- addBadValue : (Pattern R,D) -> Pattern R -- badValues : Pattern R -> List D -- constructor ; compiling file "/tmp/oa-C9zHKf/code.lsp" (written 01 FEB 2016 10:57:19 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PATTERN1;st| ...) ; compiling (DEFUN |PATTERN1;predicate;PM;2| ...) ; compiling (DEFUN |PATTERN1;predicate;PM;2!0| ...) ; compiling (DEFUN |PATTERN1;addBadValue;PDP;3| ...) ; compiling (DEFUN |PATTERN1;badValues;PL;4| ...) ; file: /tmp/oa-C9zHKf/code.lsp ; in: DEFUN |PATTERN1;badValues;PL;4| ; (DEFUN BOOT::|PATTERN1;badValues;PL;4| (BOOT::|p| BOOT::$) ; (LET ((#:G571 (BOOT::SPADCALL BOOT::|p| #)) (#:G546 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G571 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATTERN1;badValues;PL;4| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|PATTERN1;badValues;PL;4| ; (LET ((#:G571 #) (#:G546 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PATTERN1;suchThat;PLMP;5| ...) ; compiling (DEFUN |PATTERN1;suchThat;PMP;6| ...) ; compiling (DEFUN |PATTERN1;satisfy?;DPB;7| ...) ; compiling (DEFUN |PATTERN1;satisfy?;LPB;8| ...) ; file: /tmp/oa-C9zHKf/code.lsp ; in: DEFUN |PATTERN1;satisfy?;LPB;8| ; (DEFUN BOOT::|PATTERN1;satisfy?;LPB;8| (BOOT::|l| BOOT::|p| BOOT::$) ; (PROG (BOOT::|rec|) (RETURN (OR (NULL #) (BOOT::SPADCALL BOOT::|l| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATTERN1;satisfy?;LPB;8| ; (BOOT::|l| BOOT::|p| BOOT::$) ; (BLOCK BOOT::|PATTERN1;satisfy?;LPB;8| ; (PROG (BOOT::|rec|) (RETURN (OR # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |PATTERN1;applyAll| ...) ; compiling (DEFUN |PATTERN1;suchThat;PLP;10| ...) ; compiling (DEFUN |PatternFunctions1| ...) ; compiling (DEFUN |PatternFunctions1;| ...) ; compiling (MAKEPROP (QUOTE |PatternFunctions1|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-C9zHKf/code.fasl written ; compilation finished in 0:00:00.045 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/PATRES.fasl --optimize=3 PATRES.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PATRES.spad using Spad compiler. PATRES abbreviates domain PatternMatchResult debug: compDefine1 lhs: (PatternMatchResult R S) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE failed? ((Boolean) $)) (SIGNATURE failed ($)) (SIGNATURE new ($)) (SIGNATURE union ($ $ $)) (SIGNATURE getMatch ((Union S failed) (Pattern R) $)) (SIGNATURE addMatch ($ (Pattern R) S $)) (SIGNATURE insertMatch ($ (Pattern R) S $)) (SIGNATURE addMatchRestricted ($ (Pattern R) S $ S)) (SIGNATURE destruct ((List (Record (: key (Symbol)) (: entry S))) $)) (SIGNATURE construct ($ (List (Record (: key (Symbol)) (: entry S))))) (SIGNATURE satisfy? ((Union (Boolean) failed) $ (Pattern R))))) (SetCategory) (SetCategory)) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (SIGNATURE failed? ((Boolean) $)) (SIGNATURE failed ($)) (SIGNATURE new ($)) (SIGNATURE union ($ $ $)) (SIGNATURE getMatch ((Union S failed) (Pattern R) $)) (SIGNATURE addMatch ($ (Pattern R) S $)) (SIGNATURE insertMatch ($ (Pattern R) S $)) (SIGNATURE addMatchRestricted ($ (Pattern R) S $ S)) (SIGNATURE destruct ((List (Record (: key (Symbol)) (: entry S))) $)) (SIGNATURE construct ($ (List (Record (: key (Symbol)) (: entry S))))) (SIGNATURE satisfy? ((Union (Boolean) failed) $ (Pattern R))))) $param: (R S) debug: evaluateType form: (SetCategory) $param: (R S) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE failed? ((Boolean) $)) (SIGNATURE failed ($)) (SIGNATURE new ($)) (SIGNATURE union ($ $ $)) (SIGNATURE getMatch ((Union S failed) (Pattern R) $)) (SIGNATURE addMatch ($ (Pattern R) S $)) (SIGNATURE insertMatch ($ (Pattern R) S $)) (SIGNATURE addMatchRestricted ($ (Pattern R) S $ S)) (SIGNATURE destruct ((List (Record (: key (Symbol)) (: entry S))) $)) (SIGNATURE construct ($ (List (Record (: key (Symbol)) (: entry S))))) (SIGNATURE satisfy? ((Union (Boolean) failed) $ (Pattern R)))) $param: (R S) debug: evaluateType form: (Boolean) $param: (R S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Union S failed) $param: (R S) debug: evaluateType form: S $param: (R S) debug: evaluateType form: failed $param: (R S) debug: evaluateType form: (Pattern R) $param: (R S) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (Pattern R) $param: (R S) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: S $param: (R S) debug: evaluateType form: (Pattern R) $param: (R S) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: S $param: (R S) debug: evaluateType form: (Pattern R) $param: (R S) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: S $param: (R S) debug: evaluateType form: S $param: (R S) debug: evaluateType form: (List (Record (: key (Symbol)) (: entry S))) $param: (R S) Debug: evaluateType1 form: (List (Record (: key (Symbol)) (: entry S))) debug: evaluateType1 x: (Record (: key (Symbol)) (: entry S)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: key (Symbol)) (: entry S)) $param: (R S) debug: evaluateType form: (Symbol) $param: (R S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: S $param: (R S) debug: evalCategory d: (Record (: key (Symbol)) (: entry S)) c: (Type) debug: evaluateType form: (List (Record (: key (Symbol)) (: entry S))) $param: (R S) Debug: evaluateType1 form: (List (Record (: key (Symbol)) (: entry S))) debug: evaluateType1 x: (Record (: key (Symbol)) (: entry S)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: key (Symbol)) (: entry S)) $param: (R S) debug: evaluateType form: (Symbol) $param: (R S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: S $param: (R S) debug: evalCategory d: (Record (: key (Symbol)) (: entry S)) c: (Type) debug: evaluateType form: (Union (Boolean) failed) $param: (R S) debug: evaluateType form: (Boolean) $param: (R S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: failed $param: (R S) debug: evaluateType form: (Pattern R) $param: (R S) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R S) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE failed? ((Boolean) $)) (SIGNATURE failed ($)) (SIGNATURE new ($)) (SIGNATURE union ($ $ $)) (SIGNATURE getMatch ((Union S failed) (Pattern R) $)) (SIGNATURE addMatch ($ (Pattern R) S $)) (SIGNATURE insertMatch ($ (Pattern R) S $)) (SIGNATURE addMatchRestricted ($ (Pattern R) S $ S)) (SIGNATURE destruct ((List (Record (: key (Symbol)) (: entry S))) $)) (SIGNATURE construct ($ (List (Record (: key (Symbol)) (: entry S))))) (SIGNATURE satisfy? ((Union (Boolean) failed) $ (Pattern R))))) (SetCategory) (SetCategory)) debug: compDefine1 lhs: (PatternMatchResult R S) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE failed? ((Boolean) $)) (SIGNATURE failed ($)) (SIGNATURE new ($)) (SIGNATURE union ($ $ $)) (SIGNATURE getMatch ((Union S failed) (Pattern R) $)) (SIGNATURE addMatch ($ (Pattern R) S $)) (SIGNATURE insertMatch ($ (Pattern R) S $)) (SIGNATURE addMatchRestricted ($ (Pattern R) S $ S)) (SIGNATURE destruct ((List (Record (: key (Symbol)) (: entry S))) $)) (SIGNATURE construct ($ (List (Record (: key (Symbol)) (: entry S))))) (SIGNATURE satisfy? ((Union (Boolean) failed) $ (Pattern R))))) NIL NIL) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (SIGNATURE failed? ((Boolean) $)) (SIGNATURE failed ($)) (SIGNATURE new ($)) (SIGNATURE union ($ $ $)) (SIGNATURE getMatch ((Union S failed) (Pattern R) $)) (SIGNATURE addMatch ($ (Pattern R) S $)) (SIGNATURE insertMatch ($ (Pattern R) S $)) (SIGNATURE addMatchRestricted ($ (Pattern R) S $ S)) (SIGNATURE destruct ((List (Record (: key (Symbol)) (: entry S))) $)) (SIGNATURE construct ($ (List (Record (: key (Symbol)) (: entry S))))) (SIGNATURE satisfy? ((Union (Boolean) failed) $ (Pattern R))))) $param: (R S) debug: evaluateType form: (SetCategory) $param: (R S) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE failed? ((Boolean) $)) (SIGNATURE failed ($)) (SIGNATURE new ($)) (SIGNATURE union ($ $ $)) (SIGNATURE getMatch ((Union S failed) (Pattern R) $)) (SIGNATURE addMatch ($ (Pattern R) S $)) (SIGNATURE insertMatch ($ (Pattern R) S $)) (SIGNATURE addMatchRestricted ($ (Pattern R) S $ S)) (SIGNATURE destruct ((List (Record (: key (Symbol)) (: entry S))) $)) (SIGNATURE construct ($ (List (Record (: key (Symbol)) (: entry S))))) (SIGNATURE satisfy? ((Union (Boolean) failed) $ (Pattern R)))) $param: (R S) debug: evaluateType form: (Boolean) $param: (R S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Union S failed) $param: (R S) debug: evaluateType form: S $param: (R S) debug: evaluateType form: failed $param: (R S) debug: evaluateType form: (Pattern R) $param: (R S) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (Pattern R) $param: (R S) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: S $param: (R S) debug: evaluateType form: (Pattern R) $param: (R S) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: S $param: (R S) debug: evaluateType form: (Pattern R) $param: (R S) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: S $param: (R S) debug: evaluateType form: S $param: (R S) debug: evaluateType form: (List (Record (: key (Symbol)) (: entry S))) $param: (R S) Debug: evaluateType1 form: (List (Record (: key (Symbol)) (: entry S))) debug: evaluateType1 x: (Record (: key (Symbol)) (: entry S)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: key (Symbol)) (: entry S)) $param: (R S) debug: evaluateType form: (Symbol) $param: (R S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: S $param: (R S) debug: evalCategory d: (Record (: key (Symbol)) (: entry S)) c: (Type) debug: evaluateType form: (List (Record (: key (Symbol)) (: entry S))) $param: (R S) Debug: evaluateType1 form: (List (Record (: key (Symbol)) (: entry S))) debug: evaluateType1 x: (Record (: key (Symbol)) (: entry S)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: key (Symbol)) (: entry S)) $param: (R S) debug: evaluateType form: (Symbol) $param: (R S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: S $param: (R S) debug: evalCategory d: (Record (: key (Symbol)) (: entry S)) c: (Type) debug: evaluateType form: (Union (Boolean) failed) $param: (R S) debug: evaluateType form: (Boolean) $param: (R S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: failed $param: (R S) debug: evaluateType form: (Pattern R) $param: (R S) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE failed? ((Boolean) $)) (SIGNATURE failed ($)) (SIGNATURE new ($)) (SIGNATURE union ($ $ $)) (SIGNATURE getMatch ((Union S failed) (Pattern R) $)) (SIGNATURE addMatch ($ (Pattern R) S $)) (SIGNATURE insertMatch ($ (Pattern R) S $)) (SIGNATURE addMatchRestricted ($ (Pattern R) S $ S)) (SIGNATURE destruct ((List (Record (: key (Symbol)) (: entry S))) $)) (SIGNATURE construct ($ (List (Record (: key (Symbol)) (: entry S))))) (SIGNATURE satisfy? ((Union (Boolean) failed) $ (Pattern R))))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PatternMatchResult compiling into /tmp/oa-O9dOBy importing PatternFunctions1(R,S) compiling exported new : () -> % PATRES;new;$;1 is replaced by %pair(0,%list %nil) Time: 0.03 SEC. compiling exported failed : () -> % PATRES;failed;$;2 is replaced by %pair(1,"failed") Time: 0.00 SEC. compiling exported failed? : % -> Boolean PATRES;failed?;$B;3 x is replaced by %ieq(%head x,1) Time: 0.00 SEC. compiling exported insertMatch : (Pattern R,S,%) -> % Time: 0.01 SEC. compiling exported construct : List Record(key: Symbol,entry: S) -> % Time: 0.01 SEC. compiling exported destruct : % -> List Record(key: Symbol,entry: S) PATRES;destruct;$L;6 l is replaced by %head %tail l Time: 0.01 SEC. compiling exported satisfy? : (%,Pattern R) -> Union(Boolean,failed) Time: 0.04 SEC. compiling exported union : (%,%) -> % Time: 0.03 SEC. compiling exported = : (%,%) -> Boolean Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Time: 0.02 SEC. compiling exported addMatchRestricted : (Pattern R,S,%,S) -> % Time: 0.01 SEC. compiling exported addMatch : (Pattern R,S,%) -> % Time: 0.02 SEC. compiling exported getMatch : (Pattern R,%) -> Union(S,failed) Time: 0.01 SEC. (time taken in buildFunctor: 4) Time: 0.01 SEC. Warnings: [1] Type AssociationList(Symbol,S) is not in scope. Import it [2] new: empty has no value [3] insertMatch: concat has no value [4] union: removeDuplicates has no value [5] union: concat has no value [6] getMatch: search has no value Cumulative Statistics for Constructor PatternMatchResult Time: 0.21 seconds finalizing NRLIB PATRES Processing PatternMatchResult for Browser database: -- failed? : % -> Boolean -- failed : () -> % -- new : () -> % -- union : (%,%) -> % -- getMatch : (Pattern R,%) -> Union(S,"failed") -- addMatch : (Pattern R,S,%) -> % -- insertMatch : (Pattern R,S,%) -> % -- addMatchRestricted : (Pattern R,S,%,S) -> % -- destruct : % -> List Record(key: Symbol,entry: S) -- construct : List Record(key: Symbol,entry: S) -> % -- satisfy? : (%,Pattern R) -> Union(Boolean,"failed") -- constructor ; compiling file "/tmp/oa-O9dOBy/code.lsp" (written 01 FEB 2016 10:57:20 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PATRES;new;$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PATRES;failed;$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PATRES;failed?;$B;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PATRES;destruct;$L;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PATRES;new;$;1| ...) ; compiling (DEFUN |PATRES;failed;$;2| ...) ; compiling (DEFUN |PATRES;failed?;$B;3| ...) ; compiling (DEFUN |PATRES;insertMatch;PS2$;4| ...) ; compiling (DEFUN |PATRES;construct;L$;5| ...) ; compiling (DEFUN |PATRES;destruct;$L;6| ...) ; compiling (DEFUN |PATRES;satisfy?;$PU;7| ...) ; compiling (DEFUN |PATRES;union;3$;8| ...) ; compiling (DEFUN |PATRES;=;2$B;9| ...) ; file: /tmp/oa-O9dOBy/code.lsp ; in: DEFUN |PATRES;=;2$B;9| ; (DEFUN BOOT::|PATRES;=;2$B;9| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ((EQL (CAR BOOT::|x|) 1) (EQL (CAR BOOT::|y|) 1)) ; ((EQL (CAR BOOT::|y|) 1) NIL) ; (T ; (BOOT::SPADCALL (CDR BOOT::|x|) (CDR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 41))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATRES;=;2$B;9| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|PATRES;=;2$B;9| ; (COND ((EQL # 1) (EQL # 1)) ((EQL # 1) NIL) ; (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |PATRES;coerce;$Of;10| ...) ; compiling (DEFUN |PATRES;addMatchRestricted;PS$S$;11| ...) ; compiling (DEFUN |PATRES;addMatch;PS2$;12| ...) ; compiling (DEFUN |PATRES;getMatch;P$U;13| ...) ; file: /tmp/oa-O9dOBy/code.lsp ; in: DEFUN |PATRES;getMatch;P$U;13| ; (DEFUN BOOT::|PATRES;getMatch;P$U;13| (BOOT::|p| BOOT::|l| BOOT::$) ; (COND ((EQL (CAR BOOT::|l|) 1) (CONS 1 "failed")) ; (T ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|p| #) (CDR BOOT::|l|) ; (BOOT::|shellEntry| BOOT::$ 32))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATRES;getMatch;P$U;13| ; (BOOT::|p| BOOT::|l| BOOT::$) ; (BLOCK BOOT::|PATRES;getMatch;P$U;13| ; (COND ((EQL # 1) (CONS 1 "failed")) (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |PatternMatchResult| ...) ; compiling (DEFUN |PatternMatchResult;| ...) ; compiling (MAKEPROP (QUOTE |PatternMatchResult|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-O9dOBy/code.fasl written ; compilation finished in 0:00:00.058 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/OPERCAT.fasl --optimize=3 OPERCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OPERCAT.spad using Spad compiler. OPERCAT abbreviates category OperatorCategory debug: compDefine1 lhs: (OperatorCategory S) signature (pre-evaluate): ((Category) (SetCategory)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Category) (SetCategory)) debug: compDefine1 lhs: (OperatorCategory S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for OperatorCategory compiling into /tmp/oa-t5Dr2Q STYLE-WARNING: redefining BOOT::|OperatorCategory| in DEFUN Time: 0.01 SEC. OPERCAT- abbreviates package OperatorCategory& ------------------------------------------------------------------------ initializing stationary directory for OperatorCategory& compiling into /tmp/oa-rq79Al compiling exported coerce : A -> OutputForm Time: 0.01 SEC. compiling exported is? : (A,S) -> Boolean Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor OperatorCategory& Time: 0.01 seconds finalizing NRLIB OPERCAT- ; compiling file "/tmp/oa-rq79Al/code.lsp" (written 01 FEB 2016 10:57:20 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |OPERCAT-;coerce;$Of;1| ...) ; compiling (DEFUN |OPERCAT-;is?;$SB;2| ...) ; file: /tmp/oa-rq79Al/code.lsp ; in: DEFUN |OPERCAT-;is?;$SB;2| ; (DEFUN BOOT::|OPERCAT-;is?;$SB;2| (BOOT::|op| BOOT::|n| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|op| (BOOT::|shellEntry| BOOT::$ 8)) ; BOOT::|n| (BOOT::|shellEntry| BOOT::$ 13))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|OPERCAT-;is?;$SB;2| ; (BOOT::|op| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|OPERCAT-;is?;$SB;2| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|op| (BOOT::|shellEntry| BOOT::$ 8)) BOOT::|n| ; (BOOT::|shellEntry| BOOT::$ 13)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |OperatorCategory&| ...) ; compiling (MAKEPROP (QUOTE |OperatorCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-rq79Al/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ finalizing NRLIB OPERCAT Processing OperatorCategory for Browser database: -- name : % -> S -- arity : % -> Arity -- is? : (%,S) -> Boolean -- constructor ; compiling file "/tmp/oa-t5Dr2Q/code.lsp" (written 01 FEB 2016 10:57:20 PM): ; compiling (DEFPARAMETER |OperatorCategory;AL| ...) ; compiling (DEFUN |OperatorCategory;| ...) ; compiling (DEFUN |OperatorCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-t5Dr2Q/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/ARITY.fasl --bootstrap ARITY.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ARITY.spad using Spad compiler. ARITY abbreviates domain Arity ------------------------------------------------------------------------ initializing stationary directory for Arity compiling into /tmp/oa-KFjlg0 Time: 0.00 SEC. Cumulative Statistics for Constructor Arity Time: 0.00 seconds finalizing NRLIB ARITY ; compiling file "/tmp/oa-KFjlg0/code.lsp" (written 01 FEB 2016 10:57:20 PM): ; compiling (DEFUN |Arity| ...) ; compiling (DEFUN |Arity;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-KFjlg0/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/NONE.fasl --bootstrap NONE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NONE.spad using Spad compiler. NONE abbreviates domain None ------------------------------------------------------------------------ initializing stationary directory for None compiling into /tmp/oa-PVgTE9 Time: 0.00 SEC. Cumulative Statistics for Constructor None Time: 0.00 seconds finalizing NRLIB NONE ; compiling file "/tmp/oa-PVgTE9/code.lsp" (written 01 FEB 2016 10:57:20 PM): ; compiling (DEFUN |None| ...) ; compiling (DEFUN |None;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-PVgTE9/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/BOP.fasl --optimize=3 BOP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/BOP.spad using Spad compiler. BOP abbreviates domain BasicOperator debug: compDefine1 lhs: (BasicOperator) signature (pre-evaluate): ((Join (OrderedSet) (OperatorCategory (Symbol)) (CATEGORY domain (SIGNATURE properties ((AssociationList (String) (None)) $)) (SIGNATURE copy ($ $)) (SIGNATURE operator ($ (Symbol))) (SIGNATURE operator ($ (Symbol) (NonNegativeInteger))) (SIGNATURE operator ($ (Symbol) (Arity))) (SIGNATURE nullary? ((Boolean) $)) (SIGNATURE unary? ((Boolean) $)) (SIGNATURE nary? ((Boolean) $)) (SIGNATURE weight ((NonNegativeInteger) $)) (SIGNATURE weight ($ $ (NonNegativeInteger))) (SIGNATURE equality ($ $ (Mapping (Boolean) $ $))) (SIGNATURE comparison ($ $ (Mapping (Boolean) $ $))) (SIGNATURE display ((Maybe (Mapping (OutputForm) (List (OutputForm)))) $)) (SIGNATURE display ($ $ (Mapping (OutputForm) (List (OutputForm))))) (SIGNATURE display ($ $ (Mapping (OutputForm) (OutputForm)))) (SIGNATURE input ($ $ (Mapping (InputForm) (List (InputForm))))) (SIGNATURE input ((Maybe (Mapping (InputForm) (List (InputForm)))) $)) (SIGNATURE has? ((Boolean) $ (Identifier))) (SIGNATURE assert ($ $ (Identifier))) (SIGNATURE deleteProperty! ($ $ (String))) (SIGNATURE deleteProperty! ($ $ (Identifier))) (SIGNATURE property ((Union (None) failed) $ (String))) (SIGNATURE property ((Maybe (None)) $ (Identifier))) (SIGNATURE setProperty ($ $ (String) (None))) (SIGNATURE setProperty ($ $ (Identifier) (None))) (SIGNATURE setProperties ($ $ (AssociationList (String) (None))))))) debug: evaluateType form: (Join (OrderedSet) (OperatorCategory (Symbol)) (CATEGORY domain (SIGNATURE properties ((AssociationList (String) (None)) $)) (SIGNATURE copy ($ $)) (SIGNATURE operator ($ (Symbol))) (SIGNATURE operator ($ (Symbol) (NonNegativeInteger))) (SIGNATURE operator ($ (Symbol) (Arity))) (SIGNATURE nullary? ((Boolean) $)) (SIGNATURE unary? ((Boolean) $)) (SIGNATURE nary? ((Boolean) $)) (SIGNATURE weight ((NonNegativeInteger) $)) (SIGNATURE weight ($ $ (NonNegativeInteger))) (SIGNATURE equality ($ $ (Mapping (Boolean) $ $))) (SIGNATURE comparison ($ $ (Mapping (Boolean) $ $))) (SIGNATURE display ((Maybe (Mapping (OutputForm) (List (OutputForm)))) $)) (SIGNATURE display ($ $ (Mapping (OutputForm) (List (OutputForm))))) (SIGNATURE display ($ $ (Mapping (OutputForm) (OutputForm)))) (SIGNATURE input ($ $ (Mapping (InputForm) (List (InputForm))))) (SIGNATURE input ((Maybe (Mapping (InputForm) (List (InputForm)))) $)) (SIGNATURE has? ((Boolean) $ (Identifier))) (SIGNATURE assert ($ $ (Identifier))) (SIGNATURE deleteProperty! ($ $ (String))) (SIGNATURE deleteProperty! ($ $ (Identifier))) (SIGNATURE property ((Union (None) failed) $ (String))) (SIGNATURE property ((Maybe (None)) $ (Identifier))) (SIGNATURE setProperty ($ $ (String) (None))) (SIGNATURE setProperty ($ $ (Identifier) (None))) (SIGNATURE setProperties ($ $ (AssociationList (String) (None)))))) $param: NIL debug: evaluateType form: (OrderedSet) $param: NIL Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OperatorCategory (Symbol)) $param: NIL Debug: evaluateType1 form: (OperatorCategory (Symbol)) debug: evaluateType1 x: (Symbol) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE properties ((AssociationList (String) (None)) $)) (SIGNATURE copy ($ $)) (SIGNATURE operator ($ (Symbol))) (SIGNATURE operator ($ (Symbol) (NonNegativeInteger))) (SIGNATURE operator ($ (Symbol) (Arity))) (SIGNATURE nullary? ((Boolean) $)) (SIGNATURE unary? ((Boolean) $)) (SIGNATURE nary? ((Boolean) $)) (SIGNATURE weight ((NonNegativeInteger) $)) (SIGNATURE weight ($ $ (NonNegativeInteger))) (SIGNATURE equality ($ $ (Mapping (Boolean) $ $))) (SIGNATURE comparison ($ $ (Mapping (Boolean) $ $))) (SIGNATURE display ((Maybe (Mapping (OutputForm) (List (OutputForm)))) $)) (SIGNATURE display ($ $ (Mapping (OutputForm) (List (OutputForm))))) (SIGNATURE display ($ $ (Mapping (OutputForm) (OutputForm)))) (SIGNATURE input ($ $ (Mapping (InputForm) (List (InputForm))))) (SIGNATURE input ((Maybe (Mapping (InputForm) (List (InputForm)))) $)) (SIGNATURE has? ((Boolean) $ (Identifier))) (SIGNATURE assert ($ $ (Identifier))) (SIGNATURE deleteProperty! ($ $ (String))) (SIGNATURE deleteProperty! ($ $ (Identifier))) (SIGNATURE property ((Union (None) failed) $ (String))) (SIGNATURE property ((Maybe (None)) $ (Identifier))) (SIGNATURE setProperty ($ $ (String) (None))) (SIGNATURE setProperty ($ $ (Identifier) (None))) (SIGNATURE setProperties ($ $ (AssociationList (String) (None))))) $param: NIL debug: evaluateType form: (AssociationList (String) (None)) $param: NIL Debug: evaluateType1 form: (AssociationList (String) (None)) debug: evaluateType1 x: (String) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evalCategory d: (String) c: (SetCategory) debug: evaluateType1 x: (None) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (None) $param: NIL Debug: evaluateType1 form: (None) debug: evalCategory d: (None) c: (SetCategory) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Arity) $param: NIL Debug: evaluateType1 form: (Arity) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Mapping (Boolean) $ $) $param: NIL debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: $ $param: NIL debug: evaluateType form: $ $param: NIL debug: evaluateType form: (Mapping (Boolean) $ $) $param: NIL debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: $ $param: NIL debug: evaluateType form: $ $param: NIL debug: evaluateType form: (Maybe (Mapping (OutputForm) (List (OutputForm)))) $param: NIL Debug: evaluateType1 form: (Maybe (Mapping (OutputForm) (List (OutputForm)))) debug: evaluateType1 x: (Mapping (OutputForm) (List (OutputForm))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Mapping (OutputForm) (List (OutputForm))) $param: NIL debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evaluateType form: (List (OutputForm)) $param: NIL Debug: evaluateType1 form: (List (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evalCategory d: (Mapping (OutputForm) (List (OutputForm))) c: (Type) debug: evaluateType form: (Mapping (OutputForm) (List (OutputForm))) $param: NIL debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evaluateType form: (List (OutputForm)) $param: NIL Debug: evaluateType1 form: (List (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (Mapping (OutputForm) (OutputForm)) $param: NIL debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evaluateType form: (Mapping (InputForm) (List (InputForm))) $param: NIL debug: evaluateType form: (InputForm) $param: NIL Debug: evaluateType1 form: (InputForm) debug: evaluateType form: (List (InputForm)) $param: NIL Debug: evaluateType1 form: (List (InputForm)) debug: evaluateType1 x: (InputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (InputForm) $param: NIL Debug: evaluateType1 form: (InputForm) debug: evalCategory d: (InputForm) c: (Type) debug: evaluateType form: (Maybe (Mapping (InputForm) (List (InputForm)))) $param: NIL Debug: evaluateType1 form: (Maybe (Mapping (InputForm) (List (InputForm)))) debug: evaluateType1 x: (Mapping (InputForm) (List (InputForm))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Mapping (InputForm) (List (InputForm))) $param: NIL debug: evaluateType form: (InputForm) $param: NIL Debug: evaluateType1 form: (InputForm) debug: evaluateType form: (List (InputForm)) $param: NIL Debug: evaluateType1 form: (List (InputForm)) debug: evaluateType1 x: (InputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (InputForm) $param: NIL Debug: evaluateType1 form: (InputForm) debug: evalCategory d: (InputForm) c: (Type) debug: evalCategory d: (Mapping (InputForm) (List (InputForm))) c: (Type) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: (Union (None) failed) $param: NIL debug: evaluateType form: (None) $param: NIL Debug: evaluateType1 form: (None) debug: evaluateType form: failed $param: NIL debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Maybe (None)) $param: NIL Debug: evaluateType1 form: (Maybe (None)) debug: evaluateType1 x: (None) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (None) $param: NIL Debug: evaluateType1 form: (None) debug: evalCategory d: (None) c: (Type) debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (None) $param: NIL Debug: evaluateType1 form: (None) debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: (None) $param: NIL Debug: evaluateType1 form: (None) debug: evaluateType form: (AssociationList (String) (None)) $param: NIL Debug: evaluateType1 form: (AssociationList (String) (None)) debug: evaluateType1 x: (String) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evalCategory d: (String) c: (SetCategory) debug: evaluateType1 x: (None) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (None) $param: NIL Debug: evaluateType1 form: (None) debug: evalCategory d: (None) c: (SetCategory) debug: compDefine1 signature (post evaluate): ((Join (OrderedSet) (OperatorCategory (Symbol)) (CATEGORY domain (SIGNATURE properties ((AssociationList (String) (None)) $)) (SIGNATURE copy ($ $)) (SIGNATURE operator ($ (Symbol))) (SIGNATURE operator ($ (Symbol) (NonNegativeInteger))) (SIGNATURE operator ($ (Symbol) (Arity))) (SIGNATURE nullary? ((Boolean) $)) (SIGNATURE unary? ((Boolean) $)) (SIGNATURE nary? ((Boolean) $)) (SIGNATURE weight ((NonNegativeInteger) $)) (SIGNATURE weight ($ $ (NonNegativeInteger))) (SIGNATURE equality ($ $ (Mapping (Boolean) $ $))) (SIGNATURE comparison ($ $ (Mapping (Boolean) $ $))) (SIGNATURE display ((Maybe (Mapping (OutputForm) (List (OutputForm)))) $)) (SIGNATURE display ($ $ (Mapping (OutputForm) (List (OutputForm))))) (SIGNATURE display ($ $ (Mapping (OutputForm) (OutputForm)))) (SIGNATURE input ($ $ (Mapping (InputForm) (List (InputForm))))) (SIGNATURE input ((Maybe (Mapping (InputForm) (List (InputForm)))) $)) (SIGNATURE has? ((Boolean) $ (Identifier))) (SIGNATURE assert ($ $ (Identifier))) (SIGNATURE deleteProperty! ($ $ (String))) (SIGNATURE deleteProperty! ($ $ (Identifier))) (SIGNATURE property ((Union (None) failed) $ (String))) (SIGNATURE property ((Maybe (None)) $ (Identifier))) (SIGNATURE setProperty ($ $ (String) (None))) (SIGNATURE setProperty ($ $ (Identifier) (None))) (SIGNATURE setProperties ($ $ (AssociationList (String) (None))))))) ------------------------------------------------------------------------ initializing stationary directory for BasicOperator compiling into /tmp/oa-HOKR6i importing Arity importing String compiling exported is? : (%,Symbol) -> Boolean Time: 0.05 SEC. compiling exported name : % -> Symbol BOP;name;$S;2 op is replaced by %vref(op,0) Time: 0 SEC. compiling exported properties : % -> AssociationList(String,None) BOP;properties;$Al;3 op is replaced by %vref(op,2) Time: 0.02 SEC. compiling exported setProperties : (%,AssociationList(String,None)) -> % Time: 0.01 SEC. compiling exported operator : Symbol -> % Time: 0.01 SEC. compiling exported operator : (Symbol,NonNegativeInteger) -> % Time: 0.02 SEC. compiling exported operator : (Symbol,Arity) -> % Time: 0.01 SEC. compiling exported property : (%,String) -> Union(None,failed) Time: 0.01 SEC. compiling exported property : (%,Identifier) -> Maybe None Time: 0.02 SEC. compiling exported assert : (%,Identifier) -> % Time: 0 SEC. compiling exported has? : (%,Identifier) -> Boolean Time: 0.02 SEC. compiling exported weight : (%,NonNegativeInteger) -> % Debug compQuote expr: (QUOTE %weight) m: $EmptyMode Debug compQuote expr: (QUOTE %weight) m: (String) Debug compQuote expr: (QUOTE %weight) m: (Identifier) Time: 0.01 SEC. compiling exported nullary? : % -> Boolean Time: 0.00 SEC. compiling exported unary? : % -> Boolean Time: 0.00 SEC. compiling exported nary? : % -> Boolean Time: 0.01 SEC. compiling exported equality : (%,(%,%) -> Boolean) -> % Debug compQuote expr: (QUOTE %equal?) m: $EmptyMode Debug compQuote expr: (QUOTE %equal?) m: (String) Debug compQuote expr: (QUOTE %equal?) m: (Identifier) Time: 0.01 SEC. compiling exported comparison : (%,(%,%) -> Boolean) -> % Debug compQuote expr: (QUOTE %less?) m: $EmptyMode Debug compQuote expr: (QUOTE %less?) m: (String) Debug compQuote expr: (QUOTE %less?) m: (Identifier) Time: 0.01 SEC. compiling exported display : (%,OutputForm -> OutputForm) -> % Time: 0.02 SEC. compiling exported deleteProperty! : (%,String) -> % Time: 0.01 SEC. compiling exported deleteProperty! : (%,Identifier) -> % Time: 0.01 SEC. compiling exported setProperty : (%,String,None) -> % Time: 0.03 SEC. compiling exported setProperty : (%,Identifier,None) -> % Time: 0.02 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. compiling exported input : (%,List InputForm -> InputForm) -> % Debug compQuote expr: (QUOTE %input) m: $EmptyMode Debug compQuote expr: (QUOTE %input) m: (String) Debug compQuote expr: (QUOTE %input) m: (Identifier) Time: 0.00 SEC. compiling exported display : (%,List OutputForm -> OutputForm) -> % Debug compQuote expr: (QUOTE %display) m: $EmptyMode Debug compQuote expr: (QUOTE %display) m: (String) Debug compQuote expr: (QUOTE %display) m: (Identifier) Time: 0.01 SEC. compiling exported display : % -> Maybe List OutputForm -> OutputForm Debug compQuote expr: (QUOTE %display) m: $EmptyMode Debug compQuote expr: (QUOTE %display) m: $EmptyMode Debug compQuote expr: (QUOTE %display) m: $EmptyMode Debug compQuote expr: (QUOTE %display) m: $EmptyMode Debug compQuote expr: (QUOTE %display) m: (String) Debug compQuote expr: (QUOTE %display) m: (Identifier) Time: 0.00 SEC. compiling exported input : % -> Maybe List InputForm -> InputForm Debug compQuote expr: (QUOTE %input) m: $EmptyMode Debug compQuote expr: (QUOTE %input) m: $EmptyMode Debug compQuote expr: (QUOTE %input) m: $EmptyMode Debug compQuote expr: (QUOTE %input) m: $EmptyMode Debug compQuote expr: (QUOTE %input) m: (String) Debug compQuote expr: (QUOTE %input) m: (Identifier) Time: 0.00 SEC. compiling exported arity : % -> Arity BOP;arity;$A;28 op is replaced by %vref(op,1) Time: 0.00 SEC. compiling exported copy : % -> % Time: 0.02 SEC. compiling exported = : (%,%) -> Boolean Debug compQuote expr: (QUOTE %equal?) m: $EmptyMode Debug compQuote expr: (QUOTE %equal?) m: (String) Debug compQuote expr: (QUOTE %equal?) m: (Identifier) Time: 0.09 SEC. compiling exported weight : % -> NonNegativeInteger Debug compQuote expr: (QUOTE %weight) m: $EmptyMode Debug compQuote expr: (QUOTE %weight) m: (String) Debug compQuote expr: (QUOTE %weight) m: (Identifier) Time: 0.00 SEC. compiling exported < : (%,%) -> Boolean Debug compQuote expr: (QUOTE %less?) m: $EmptyMode Debug compQuote expr: (QUOTE %less?) m: (String) Debug compQuote expr: (QUOTE %less?) m: (Identifier) Debug compQuote expr: (QUOTE %equal?) m: $EmptyMode Debug compQuote expr: (QUOTE %equal?) m: (Identifier) Time: 0.15 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] Type AssociationList(String,None) is not in scope. Import it [2] property: search has no value [3] has?: key? has no value [4] deleteProperty!: remove! has no value [5] =: keys has no value [6] <: keys has no value Cumulative Statistics for Constructor BasicOperator Time: 0.60 seconds finalizing NRLIB BOP Processing BasicOperator for Browser database: -- properties : % -> P -- copy : % -> % -- operator : Symbol -> % -- operator : (Symbol,NonNegativeInteger) -> % -- operator : (Symbol,Arity) -> % -- nullary? : % -> Boolean -- unary? : % -> Boolean -- nary? : % -> Boolean -- weight : % -> NonNegativeInteger -- weight : (%,NonNegativeInteger) -> % -- equality : (%,((%,%) -> Boolean)) -> % -- comparison : (%,((%,%) -> Boolean)) -> % -- display : % -> Maybe (List O -> O) -- display : (%,(List O -> O)) -> % -- display : (%,(O -> O)) -> % -- input : (%,(List SEX -> SEX)) -> % -- input : % -> Maybe (List SEX -> SEX) -- has? : (%,Identifier) -> Boolean -- assert : (%,Identifier) -> % -- deleteProperty! : (%,String) -> % -- deleteProperty! : (%,Identifier) -> % -- property : (%,String) -> Union(None,"failed") -- property : (%,Identifier) -> Maybe None -- setProperty : (%,String,None) -> % -- setProperty : (%,Identifier,None) -> % -- setProperties : (%,P) -> % -- constructor ; compiling file "/tmp/oa-HOKR6i/code.lsp" (written 01 FEB 2016 10:57:21 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOP;name;$S;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOP;properties;$Al;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOP;arity;$A;28|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOP;is?;$SB;1|) ...) ; compiling (DEFUN |BOP;is?;$SB;1| ...) ; compiling (DEFUN |BOP;name;$S;2| ...) ; compiling (DEFUN |BOP;properties;$Al;3| ...) ; compiling (DEFUN |BOP;setProperties;$Al$;4| ...) ; file: /tmp/oa-HOKR6i/code.lsp ; in: DEFUN |BOP;setProperties;$Al$;4| ; (DEFUN BOOT::|BOP;setProperties;$Al$;4| (BOOT::|op| BOOT::|l| BOOT::$) ; (PROGN (SETF (SVREF BOOT::|op| 2) BOOT::|l|) BOOT::|op|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BOP;setProperties;$Al$;4| ; (BOOT::|op| BOOT::|l| BOOT::$) ; (BLOCK BOOT::|BOP;setProperties;$Al$;4| ; (PROGN (SETF # BOOT::|l|) BOOT::|op|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |BOP;operator;S$;5| ...) ; compiling (DEFUN |BOP;operator;SNni$;6| ...) ; compiling (DEFUN |BOP;operator;SA$;7| ...) ; compiling (DEFUN |BOP;property;$SU;8| ...) ; file: /tmp/oa-HOKR6i/code.lsp ; in: DEFUN |BOP;property;$SU;8| ; (DEFUN BOOT::|BOP;property;$SU;8| (BOOT::|op| BOOT::|name| BOOT::$) ; (BOOT::SPADCALL BOOT::|name| (SVREF BOOT::|op| 2) ; (BOOT::|shellEntry| BOOT::$ 26))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BOP;property;$SU;8| ; (BOOT::|op| BOOT::|name| BOOT::$) ; (BLOCK BOOT::|BOP;property;$SU;8| ; (BOOT::SPADCALL BOOT::|name| (SVREF BOOT::|op| 2) ; (BOOT::|shellEntry| BOOT::$ 26)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |BOP;property;$IM;9| ...) ; compiling (DEFUN |BOP;assert;$I$;10| ...) ; compiling (DEFUN |BOP;has?;$IB;11| ...) ; file: /tmp/oa-HOKR6i/code.lsp ; in: DEFUN |BOP;has?;$IB;11| ; (DEFUN BOOT::|BOP;has?;$IB;11| (BOOT::|op| BOOT::|name| BOOT::$) ; (BOOT::SPADCALL (SYMBOL-NAME BOOT::|name|) (SVREF BOOT::|op| 2) ; (BOOT::|shellEntry| BOOT::$ 36))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BOP;has?;$IB;11| ; (BOOT::|op| BOOT::|name| BOOT::$) ; (BLOCK BOOT::|BOP;has?;$IB;11| ; (BOOT::SPADCALL (SYMBOL-NAME BOOT::|name|) (SVREF BOOT::|op| 2) ; (BOOT::|shellEntry| BOOT::$ 36)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |BOP;weight;$Nni$;12| ...) ; compiling (DEFUN |BOP;nullary?;$B;13| ...) ; file: /tmp/oa-HOKR6i/code.lsp ; in: DEFUN |BOP;nullary?;$B;13| ; (DEFUN BOOT::|BOP;nullary?;$B;13| (BOOT::|op| BOOT::$) ; (BOOT::SPADCALL (SVREF BOOT::|op| 1) (BOOT::|shellEntry| BOOT::$ 39))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BOP;nullary?;$B;13| ; (BOOT::|op| BOOT::$) ; (BLOCK BOOT::|BOP;nullary?;$B;13| ; (BOOT::SPADCALL (SVREF BOOT::|op| 1) (BOOT::|shellEntry| BOOT::$ 39)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |BOP;unary?;$B;14| ...) ; file: /tmp/oa-HOKR6i/code.lsp ; in: DEFUN |BOP;unary?;$B;14| ; (DEFUN BOOT::|BOP;unary?;$B;14| (BOOT::|op| BOOT::$) ; (BOOT::SPADCALL (SVREF BOOT::|op| 1) (BOOT::|shellEntry| BOOT::$ 41))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BOP;unary?;$B;14| ; (BOOT::|op| BOOT::$) ; (BLOCK BOOT::|BOP;unary?;$B;14| ; (BOOT::SPADCALL (SVREF BOOT::|op| 1) (BOOT::|shellEntry| BOOT::$ 41)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |BOP;nary?;$B;15| ...) ; file: /tmp/oa-HOKR6i/code.lsp ; in: DEFUN |BOP;nary?;$B;15| ; (DEFUN BOOT::|BOP;nary?;$B;15| (BOOT::|op| BOOT::$) ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 18) (SVREF BOOT::|op| 1) ; (BOOT::|shellEntry| BOOT::$ 43))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BOP;nary?;$B;15| ; (BOOT::|op| BOOT::$) ; (BLOCK BOOT::|BOP;nary?;$B;15| ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 18) (SVREF BOOT::|op| 1) ; (BOOT::|shellEntry| BOOT::$ 43)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |BOP;equality;$M$;16| ...) ; compiling (DEFUN |BOP;comparison;$M$;17| ...) ; compiling (DEFUN |BOP;display;$M$;18| ...) ; compiling (DEFUN |BOP;display;$M$;18!0| ...) ; compiling (DEFUN |BOP;deleteProperty!;$S$;19| ...) ; compiling (DEFUN |BOP;deleteProperty!;$I$;20| ...) ; compiling (DEFUN |BOP;setProperty;$SN$;21| ...) ; compiling (DEFUN |BOP;setProperty;$IN$;22| ...) ; compiling (DEFUN |BOP;coerce;$Of;23| ...) ; compiling (DEFUN |BOP;input;$M$;24| ...) ; compiling (DEFUN |BOP;display;$M$;25| ...) ; compiling (DEFUN |BOP;display;$M;26| ...) ; compiling (DEFUN |BOP;input;$M;27| ...) ; compiling (DEFUN |BOP;arity;$A;28| ...) ; compiling (DEFUN |BOP;copy;2$;29| ...) ; compiling (DEFUN |BOP;=;2$B;30| ...) ; file: /tmp/oa-HOKR6i/code.lsp ; in: DEFUN |BOP;=;2$B;30| ; (DEFUN BOOT::|BOP;=;2$B;30| (BOOT::|op1| BOOT::|op2| BOOT::$) ; (COND ((OR (OR # #) (BOOT::SPADCALL # # #)) NIL) ; (T ; (LET (#) ; (OR # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BOP;=;2$B;30| ; (BOOT::|op1| BOOT::|op2| BOOT::$) ; (BLOCK BOOT::|BOP;=;2$B;30| ; (COND ((OR # #) NIL) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |BOP;weight;$Nni;31| ...) ; compiling (DEFUN |BOP;<;2$B;32| ...) ; file: /tmp/oa-HOKR6i/code.lsp ; in: DEFUN |BOP;<;2$B;32| ; (DEFUN BOOT::|BOP;<;2$B;32| (BOOT::|op1| BOOT::|op2| BOOT::$) ; (PROG (BOOT::|func| BOOT::|d2| BOOT::|d1| BOOT::|n2| BOOT::|k2| BOOT::|n1| ; BOOT::|k1|) ; (RETURN ; (LET (# #) ; (COND # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BOP;<;2$B;32| ; (BOOT::|op1| BOOT::|op2| BOOT::$) ; (BLOCK BOOT::|BOP;<;2$B;32| ; (PROG (BOOT::|func| BOOT::|d2| BOOT::|d1| BOOT::|n2| BOOT::|k2| ; BOOT::|n1| BOOT::|k1|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |BasicOperator| ...) ; compiling (DEFUN |BasicOperator;| ...) ; compiling (MAKEPROP (QUOTE |BasicOperator|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 7 notes ; /tmp/oa-HOKR6i/code.fasl written ; compilation finished in 0:00:00.076 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/NONE1.fasl --optimize=3 NONE1.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NONE1.spad using Spad compiler. NONE1 abbreviates package NoneFunctions1 debug: compDefine1 lhs: (NoneFunctions1 S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE coerce ((None) S))) (Type)) debug: evaluateType form: (CATEGORY package (SIGNATURE coerce ((None) S))) $param: (S) debug: evaluateType form: (None) $param: (S) Debug: evaluateType1 form: (None) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE coerce ((None) S))) (Type)) debug: compDefine1 lhs: (NoneFunctions1 S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE coerce ((None) S))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE coerce ((None) S))) $param: (S) debug: evaluateType form: (None) $param: (S) Debug: evaluateType1 form: (None) debug: evaluateType form: S $param: (S) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE coerce ((None) S))) NIL) ------------------------------------------------------------------------ initializing stationary directory for NoneFunctions1 compiling into /tmp/oa-RGtBI4 compiling exported coerce : S -> None NONE1;coerce;SN;1 s is replaced by s Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor NoneFunctions1 Time: 0 seconds finalizing NRLIB NONE1 Processing NoneFunctions1 for Browser database: -- coerce : S -> None -- constructor ; compiling file "/tmp/oa-RGtBI4/code.lsp" (written 01 FEB 2016 10:57:21 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |NONE1;coerce;SN;1|) ...) ; compiling (DEFUN |NONE1;coerce;SN;1| ...) ; compiling (DEFUN |NoneFunctions1| ...) ; compiling (DEFUN |NoneFunctions1;| ...) ; compiling (MAKEPROP (QUOTE |NoneFunctions1|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-RGtBI4/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/ANY1.fasl --optimize=3 ANY1.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ANY1.spad using Spad compiler. ANY1 abbreviates package AnyFunctions1 debug: compDefine1 lhs: (AnyFunctions1 S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE coerce ((Any) S)) (SIGNATURE retractIfCan ((Union S failed) (Any))) (SIGNATURE retractable? ((Boolean) (Any))) (SIGNATURE retract (S (Any)))) (Type)) debug: evaluateType form: (CATEGORY package (SIGNATURE coerce ((Any) S)) (SIGNATURE retractIfCan ((Union S failed) (Any))) (SIGNATURE retractable? ((Boolean) (Any))) (SIGNATURE retract (S (Any)))) $param: (S) debug: evaluateType form: (Any) $param: (S) Debug: evaluateType1 form: (Any) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Union S failed) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: failed $param: (S) debug: evaluateType form: (Any) $param: (S) Debug: evaluateType1 form: (Any) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Any) $param: (S) Debug: evaluateType1 form: (Any) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Any) $param: (S) Debug: evaluateType1 form: (Any) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE coerce ((Any) S)) (SIGNATURE retractIfCan ((Union S failed) (Any))) (SIGNATURE retractable? ((Boolean) (Any))) (SIGNATURE retract (S (Any)))) (Type)) debug: compDefine1 lhs: (AnyFunctions1 S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE coerce ((Any) S)) (SIGNATURE retractIfCan ((Union S failed) (Any))) (SIGNATURE retractable? ((Boolean) (Any))) (SIGNATURE retract (S (Any)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE coerce ((Any) S)) (SIGNATURE retractIfCan ((Union S failed) (Any))) (SIGNATURE retractable? ((Boolean) (Any))) (SIGNATURE retract (S (Any)))) $param: (S) debug: evaluateType form: (Any) $param: (S) Debug: evaluateType1 form: (Any) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Union S failed) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: failed $param: (S) debug: evaluateType form: (Any) $param: (S) Debug: evaluateType1 form: (Any) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Any) $param: (S) Debug: evaluateType1 form: (Any) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Any) $param: (S) Debug: evaluateType1 form: (Any) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE coerce ((Any) S)) (SIGNATURE retractIfCan ((Union S failed) (Any))) (SIGNATURE retractable? ((Boolean) (Any))) (SIGNATURE retract (S (Any)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for AnyFunctions1 compiling into /tmp/oa-9mvi9b importing NoneFunctions1 S compiling exported coerce : S -> Any Time: 0.01 SEC. compiling exported retractable? : Any -> Boolean Time: 0 SEC. compiling exported retractIfCan : Any -> Union(S,failed) Time: 0 SEC. compiling exported retract : Any -> S Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor AnyFunctions1 Time: 0.02 seconds finalizing NRLIB ANY1 Processing AnyFunctions1 for Browser database: -- coerce : S -> Any -- retractIfCan : Any -> Union(S,"failed") -- retractable? : Any -> Boolean -- retract : Any -> S -- constructor ; compiling file "/tmp/oa-9mvi9b/code.lsp" (written 01 FEB 2016 10:57:21 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ANY1;coerce;SA;1| ...) ; compiling (DEFUN |ANY1;retractable?;AB;2| ...) ; compiling (DEFUN |ANY1;retractIfCan;AU;3| ...) ; compiling (DEFUN |ANY1;retract;AS;4| ...) ; compiling (DEFUN |AnyFunctions1| ...) ; compiling (DEFUN |AnyFunctions1;| ...) ; compiling (MAKEPROP (QUOTE |AnyFunctions1|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-9mvi9b/code.fasl written ; compilation finished in 0:00:00.019 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/ANY.fasl --optimize=3 ANY.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ANY.spad using Spad compiler. ANY abbreviates domain Any debug: compDefine1 lhs: (Any) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE any ($ (SExpression) (None))) (SIGNATURE dom ((SExpression) $)) (SIGNATURE obj ((None) $))))) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (SIGNATURE any ($ (SExpression) (None))) (SIGNATURE dom ((SExpression) $)) (SIGNATURE obj ((None) $)))) $param: NIL debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE any ($ (SExpression) (None))) (SIGNATURE dom ((SExpression) $)) (SIGNATURE obj ((None) $))) $param: NIL debug: evaluateType form: (SExpression) $param: NIL Debug: evaluateType1 form: (SExpression) debug: evaluateType form: (None) $param: NIL Debug: evaluateType1 form: (None) debug: evaluateType form: (SExpression) $param: NIL Debug: evaluateType1 form: (SExpression) debug: evaluateType form: (None) $param: NIL Debug: evaluateType1 form: (None) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE any ($ (SExpression) (None))) (SIGNATURE dom ((SExpression) $)) (SIGNATURE obj ((None) $))))) ------------------------------------------------------------------------ initializing stationary directory for Any compiling into /tmp/oa-oN7tvl compiling exported obj : % -> None ANY;obj;$N;1 is replaced by %tail Time: 0.00 SEC. compiling exported dom : % -> SExpression ANY;dom;$Se;2 is replaced by %head Time: 0.00 SEC. compiling exported = : (%,%) -> Boolean Time: 0 SEC. compiling exported coerce : % -> OutputForm Time: 0.00 SEC. compiling exported any : (SExpression,None) -> % Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor Any Time: 0.02 seconds finalizing NRLIB ANY Processing Any for Browser database: -- any : (SExpression,None) -> % -- dom : % -> SExpression -- obj : % -> None -- constructor ; compiling file "/tmp/oa-oN7tvl/code.lsp" (written 01 FEB 2016 10:57:21 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ANY;obj;$N;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ANY;dom;$Se;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ANY;obj;$N;1| ...) ; compiling (DEFUN |ANY;dom;$Se;2| ...) ; compiling (DEFUN |ANY;=;2$B;3| ...) ; file: /tmp/oa-oN7tvl/code.lsp ; in: DEFUN |ANY;=;2$B;3| ; (DEFUN BOOT::|ANY;=;2$B;3| (BOOT::|x| BOOT::|y| BOOT::$) ; (LET ((BOOT::S (BOOT::|evalDomain| #))) ; (COND ((AND # #) (BOOT::SPADCALL # # #)) (T (EQ BOOT::|x| BOOT::|y|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ANY;=;2$B;3| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|ANY;=;2$B;3| ; (LET ((BOOT::S #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |ANY;coerce;$Of;4| ...) ; compiling (DEFUN |ANY;any;SeN$;5| ...) ; file: /tmp/oa-oN7tvl/code.lsp ; in: DEFUN |ANY;any;SeN$;5| ; (DEFUN BOOT::|ANY;any;SeN$;5| (BOOT::|domain| BOOT::|object| BOOT::$) ; (COND ; ((BOOT::|isValidType| BOOT::|domain|) ; (CONS BOOT::|domain| BOOT::|object|)) ; (T (PROGN (SETQ #) (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ANY;any;SeN$;5| ; (BOOT::|domain| BOOT::|object| BOOT::$) ; (BLOCK BOOT::|ANY;any;SeN$;5| ; (COND ; ((BOOT::|isValidType| BOOT::|domain|) ; (CONS BOOT::|domain| BOOT::|object|)) ; (T (PROGN # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |Any| ...) ; compiling (DEFUN |Any;| ...) ; compiling (MAKEPROP (QUOTE |Any|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 2 notes ; /tmp/oa-oN7tvl/code.fasl written ; compilation finished in 0:00:00.024 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/PATTERN.fasl --optimize=3 PATTERN.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PATTERN.spad using Spad compiler. PATTERN abbreviates domain Pattern debug: compDefine1 lhs: (Pattern R) signature (pre-evaluate): ((Join (SetCategory) (RetractableTo R) (RetractableTo (Symbol)) (CATEGORY domain (SIGNATURE Zero ($) constant) (SIGNATURE One ($) constant) (SIGNATURE isPlus ((Union (List $) failed) $)) (SIGNATURE isTimes ((Union (List $) failed) $)) (SIGNATURE isOp ((Union (List $) failed) $ (BasicOperator))) (SIGNATURE isOp ((Union (Record (: op (BasicOperator)) (: arg (List $))) failed) $)) (SIGNATURE isExpt ((Union (Record (: val $) (: exponent (NonNegativeInteger))) failed) $)) (SIGNATURE isQuotient ((Union (Record (: num $) (: den $)) failed) $)) (SIGNATURE isList ((Union (List $) failed) $)) (SIGNATURE isPower ((Union (Record (: val $) (: exponent $)) failed) $)) (SIGNATURE elt ($ (BasicOperator) (List $))) (SIGNATURE + ($ $ $)) (SIGNATURE * ($ $ $)) (SIGNATURE ** ($ $ (NonNegativeInteger))) (SIGNATURE ** ($ $ $)) (SIGNATURE / ($ $ $)) (SIGNATURE depth ((NonNegativeInteger) $)) (SIGNATURE convert ($ (List $))) (SIGNATURE copy ($ $)) (SIGNATURE inR? ((Boolean) $)) (SIGNATURE quoted? ((Boolean) $)) (SIGNATURE symbol? ((Boolean) $)) (SIGNATURE constant? ((Boolean) $)) (SIGNATURE generic? ((Boolean) $)) (SIGNATURE multiple? ((Boolean) $)) (SIGNATURE optional? ((Boolean) $)) (SIGNATURE hasPredicate? ((Boolean) $)) (SIGNATURE predicates ((List (Any)) $)) (SIGNATURE setPredicates ($ $ (List (Any)))) (SIGNATURE withPredicates ($ $ (List (Any)))) (SIGNATURE patternVariable ($ (Symbol) (Boolean) (Boolean) (Boolean))) (SIGNATURE setTopPredicate ($ $ (List (Symbol)) (Any))) (SIGNATURE topPredicate ((Record (: var (List (Symbol))) (: pred (Any))) $)) (SIGNATURE hasTopPredicate? ((Boolean) $)) (SIGNATURE resetBadValues ($ $)) (SIGNATURE addBadValue ($ $ (Any))) (SIGNATURE getBadValues ((List (Any)) $)) (SIGNATURE variables ((List $) $)) (SIGNATURE optpair ((Union (List $) failed) (List $))))) (SetCategory)) debug: evaluateType form: (Join (SetCategory) (RetractableTo R) (RetractableTo (Symbol)) (CATEGORY domain (SIGNATURE Zero ($) constant) (SIGNATURE One ($) constant) (SIGNATURE isPlus ((Union (List $) failed) $)) (SIGNATURE isTimes ((Union (List $) failed) $)) (SIGNATURE isOp ((Union (List $) failed) $ (BasicOperator))) (SIGNATURE isOp ((Union (Record (: op (BasicOperator)) (: arg (List $))) failed) $)) (SIGNATURE isExpt ((Union (Record (: val $) (: exponent (NonNegativeInteger))) failed) $)) (SIGNATURE isQuotient ((Union (Record (: num $) (: den $)) failed) $)) (SIGNATURE isList ((Union (List $) failed) $)) (SIGNATURE isPower ((Union (Record (: val $) (: exponent $)) failed) $)) (SIGNATURE elt ($ (BasicOperator) (List $))) (SIGNATURE + ($ $ $)) (SIGNATURE * ($ $ $)) (SIGNATURE ** ($ $ (NonNegativeInteger))) (SIGNATURE ** ($ $ $)) (SIGNATURE / ($ $ $)) (SIGNATURE depth ((NonNegativeInteger) $)) (SIGNATURE convert ($ (List $))) (SIGNATURE copy ($ $)) (SIGNATURE inR? ((Boolean) $)) (SIGNATURE quoted? ((Boolean) $)) (SIGNATURE symbol? ((Boolean) $)) (SIGNATURE constant? ((Boolean) $)) (SIGNATURE generic? ((Boolean) $)) (SIGNATURE multiple? ((Boolean) $)) (SIGNATURE optional? ((Boolean) $)) (SIGNATURE hasPredicate? ((Boolean) $)) (SIGNATURE predicates ((List (Any)) $)) (SIGNATURE setPredicates ($ $ (List (Any)))) (SIGNATURE withPredicates ($ $ (List (Any)))) (SIGNATURE patternVariable ($ (Symbol) (Boolean) (Boolean) (Boolean))) (SIGNATURE setTopPredicate ($ $ (List (Symbol)) (Any))) (SIGNATURE topPredicate ((Record (: var (List (Symbol))) (: pred (Any))) $)) (SIGNATURE hasTopPredicate? ((Boolean) $)) (SIGNATURE resetBadValues ($ $)) (SIGNATURE addBadValue ($ $ (Any))) (SIGNATURE getBadValues ((List (Any)) $)) (SIGNATURE variables ((List $) $)) (SIGNATURE optpair ((Union (List $) failed) (List $))))) $param: (R) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (RetractableTo R) $param: (R) Debug: evaluateType1 form: (RetractableTo R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (RetractableTo (Symbol)) $param: (R) Debug: evaluateType1 form: (RetractableTo (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE Zero ($) constant) (SIGNATURE One ($) constant) (SIGNATURE isPlus ((Union (List $) failed) $)) (SIGNATURE isTimes ((Union (List $) failed) $)) (SIGNATURE isOp ((Union (List $) failed) $ (BasicOperator))) (SIGNATURE isOp ((Union (Record (: op (BasicOperator)) (: arg (List $))) failed) $)) (SIGNATURE isExpt ((Union (Record (: val $) (: exponent (NonNegativeInteger))) failed) $)) (SIGNATURE isQuotient ((Union (Record (: num $) (: den $)) failed) $)) (SIGNATURE isList ((Union (List $) failed) $)) (SIGNATURE isPower ((Union (Record (: val $) (: exponent $)) failed) $)) (SIGNATURE elt ($ (BasicOperator) (List $))) (SIGNATURE + ($ $ $)) (SIGNATURE * ($ $ $)) (SIGNATURE ** ($ $ (NonNegativeInteger))) (SIGNATURE ** ($ $ $)) (SIGNATURE / ($ $ $)) (SIGNATURE depth ((NonNegativeInteger) $)) (SIGNATURE convert ($ (List $))) (SIGNATURE copy ($ $)) (SIGNATURE inR? ((Boolean) $)) (SIGNATURE quoted? ((Boolean) $)) (SIGNATURE symbol? ((Boolean) $)) (SIGNATURE constant? ((Boolean) $)) (SIGNATURE generic? ((Boolean) $)) (SIGNATURE multiple? ((Boolean) $)) (SIGNATURE optional? ((Boolean) $)) (SIGNATURE hasPredicate? ((Boolean) $)) (SIGNATURE predicates ((List (Any)) $)) (SIGNATURE setPredicates ($ $ (List (Any)))) (SIGNATURE withPredicates ($ $ (List (Any)))) (SIGNATURE patternVariable ($ (Symbol) (Boolean) (Boolean) (Boolean))) (SIGNATURE setTopPredicate ($ $ (List (Symbol)) (Any))) (SIGNATURE topPredicate ((Record (: var (List (Symbol))) (: pred (Any))) $)) (SIGNATURE hasTopPredicate? ((Boolean) $)) (SIGNATURE resetBadValues ($ $)) (SIGNATURE addBadValue ($ $ (Any))) (SIGNATURE getBadValues ((List (Any)) $)) (SIGNATURE variables ((List $) $)) (SIGNATURE optpair ((Union (List $) failed) (List $)))) $param: (R) debug: evaluateType form: (Union (List $) failed) $param: (R) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Union (List $) failed) $param: (R) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Union (List $) failed) $param: (R) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (BasicOperator) $param: (R) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (Union (Record (: op (BasicOperator)) (: arg (List $))) failed) $param: (R) debug: evaluateType form: (Record (: op (BasicOperator)) (: arg (List $))) $param: (R) debug: evaluateType form: (BasicOperator) $param: (R) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Union (Record (: val $) (: exponent (NonNegativeInteger))) failed) $param: (R) debug: evaluateType form: (Record (: val $) (: exponent (NonNegativeInteger))) $param: (R) debug: evaluateType form: $ $param: (R) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Union (Record (: num $) (: den $)) failed) $param: (R) debug: evaluateType form: (Record (: num $) (: den $)) $param: (R) debug: evaluateType form: $ $param: (R) debug: evaluateType form: $ $param: (R) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Union (List $) failed) $param: (R) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Union (Record (: val $) (: exponent $)) failed) $param: (R) debug: evaluateType form: (Record (: val $) (: exponent $)) $param: (R) debug: evaluateType form: $ $param: (R) debug: evaluateType form: $ $param: (R) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (BasicOperator) $param: (R) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List (Any)) $param: (R) Debug: evaluateType1 form: (List (Any)) debug: evaluateType1 x: (Any) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Any) $param: (R) Debug: evaluateType1 form: (Any) debug: evalCategory d: (Any) c: (Type) debug: evaluateType form: (List (Any)) $param: (R) Debug: evaluateType1 form: (List (Any)) debug: evaluateType1 x: (Any) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Any) $param: (R) Debug: evaluateType1 form: (Any) debug: evalCategory d: (Any) c: (Type) debug: evaluateType form: (List (Any)) $param: (R) Debug: evaluateType1 form: (List (Any)) debug: evaluateType1 x: (Any) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Any) $param: (R) Debug: evaluateType1 form: (Any) debug: evalCategory d: (Any) c: (Type) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List (Symbol)) $param: (R) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (Any) $param: (R) Debug: evaluateType1 form: (Any) debug: evaluateType form: (Record (: var (List (Symbol))) (: pred (Any))) $param: (R) debug: evaluateType form: (List (Symbol)) $param: (R) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (Any) $param: (R) Debug: evaluateType1 form: (Any) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Any) $param: (R) Debug: evaluateType1 form: (Any) debug: evaluateType form: (List (Any)) $param: (R) Debug: evaluateType1 form: (List (Any)) debug: evaluateType1 x: (Any) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Any) $param: (R) Debug: evaluateType1 form: (Any) debug: evalCategory d: (Any) c: (Type) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (Union (List $) failed) $param: (R) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (RetractableTo R) (RetractableTo (Symbol)) (CATEGORY domain (SIGNATURE Zero ($) constant) (SIGNATURE One ($) constant) (SIGNATURE isPlus ((Union (List $) failed) $)) (SIGNATURE isTimes ((Union (List $) failed) $)) (SIGNATURE isOp ((Union (List $) failed) $ (BasicOperator))) (SIGNATURE isOp ((Union (Record (: op (BasicOperator)) (: arg (List $))) failed) $)) (SIGNATURE isExpt ((Union (Record (: val $) (: exponent (NonNegativeInteger))) failed) $)) (SIGNATURE isQuotient ((Union (Record (: num $) (: den $)) failed) $)) (SIGNATURE isList ((Union (List $) failed) $)) (SIGNATURE isPower ((Union (Record (: val $) (: exponent $)) failed) $)) (SIGNATURE elt ($ (BasicOperator) (List $))) (SIGNATURE + ($ $ $)) (SIGNATURE * ($ $ $)) (SIGNATURE ** ($ $ (NonNegativeInteger))) (SIGNATURE ** ($ $ $)) (SIGNATURE / ($ $ $)) (SIGNATURE depth ((NonNegativeInteger) $)) (SIGNATURE convert ($ (List $))) (SIGNATURE copy ($ $)) (SIGNATURE inR? ((Boolean) $)) (SIGNATURE quoted? ((Boolean) $)) (SIGNATURE symbol? ((Boolean) $)) (SIGNATURE constant? ((Boolean) $)) (SIGNATURE generic? ((Boolean) $)) (SIGNATURE multiple? ((Boolean) $)) (SIGNATURE optional? ((Boolean) $)) (SIGNATURE hasPredicate? ((Boolean) $)) (SIGNATURE predicates ((List (Any)) $)) (SIGNATURE setPredicates ($ $ (List (Any)))) (SIGNATURE withPredicates ($ $ (List (Any)))) (SIGNATURE patternVariable ($ (Symbol) (Boolean) (Boolean) (Boolean))) (SIGNATURE setTopPredicate ($ $ (List (Symbol)) (Any))) (SIGNATURE topPredicate ((Record (: var (List (Symbol))) (: pred (Any))) $)) (SIGNATURE hasTopPredicate? ((Boolean) $)) (SIGNATURE resetBadValues ($ $)) (SIGNATURE addBadValue ($ $ (Any))) (SIGNATURE getBadValues ((List (Any)) $)) (SIGNATURE variables ((List $) $)) (SIGNATURE optpair ((Union (List $) failed) (List $))))) (SetCategory)) debug: compDefine1 lhs: (Pattern R) signature (pre-evaluate): ((Join (SetCategory) (RetractableTo R) (RetractableTo (Symbol)) (CATEGORY domain (SIGNATURE Zero ($) constant) (SIGNATURE One ($) constant) (SIGNATURE isPlus ((Union (List $) failed) $)) (SIGNATURE isTimes ((Union (List $) failed) $)) (SIGNATURE isOp ((Union (List $) failed) $ (BasicOperator))) (SIGNATURE isOp ((Union (Record (: op (BasicOperator)) (: arg (List $))) failed) $)) (SIGNATURE isExpt ((Union (Record (: val $) (: exponent (NonNegativeInteger))) failed) $)) (SIGNATURE isQuotient ((Union (Record (: num $) (: den $)) failed) $)) (SIGNATURE isList ((Union (List $) failed) $)) (SIGNATURE isPower ((Union (Record (: val $) (: exponent $)) failed) $)) (SIGNATURE elt ($ (BasicOperator) (List $))) (SIGNATURE + ($ $ $)) (SIGNATURE * ($ $ $)) (SIGNATURE ** ($ $ (NonNegativeInteger))) (SIGNATURE ** ($ $ $)) (SIGNATURE / ($ $ $)) (SIGNATURE depth ((NonNegativeInteger) $)) (SIGNATURE convert ($ (List $))) (SIGNATURE copy ($ $)) (SIGNATURE inR? ((Boolean) $)) (SIGNATURE quoted? ((Boolean) $)) (SIGNATURE symbol? ((Boolean) $)) (SIGNATURE constant? ((Boolean) $)) (SIGNATURE generic? ((Boolean) $)) (SIGNATURE multiple? ((Boolean) $)) (SIGNATURE optional? ((Boolean) $)) (SIGNATURE hasPredicate? ((Boolean) $)) (SIGNATURE predicates ((List (Any)) $)) (SIGNATURE setPredicates ($ $ (List (Any)))) (SIGNATURE withPredicates ($ $ (List (Any)))) (SIGNATURE patternVariable ($ (Symbol) (Boolean) (Boolean) (Boolean))) (SIGNATURE setTopPredicate ($ $ (List (Symbol)) (Any))) (SIGNATURE topPredicate ((Record (: var (List (Symbol))) (: pred (Any))) $)) (SIGNATURE hasTopPredicate? ((Boolean) $)) (SIGNATURE resetBadValues ($ $)) (SIGNATURE addBadValue ($ $ (Any))) (SIGNATURE getBadValues ((List (Any)) $)) (SIGNATURE variables ((List $) $)) (SIGNATURE optpair ((Union (List $) failed) (List $))))) NIL) debug: evaluateType form: (Join (SetCategory) (RetractableTo R) (RetractableTo (Symbol)) (CATEGORY domain (SIGNATURE Zero ($) constant) (SIGNATURE One ($) constant) (SIGNATURE isPlus ((Union (List $) failed) $)) (SIGNATURE isTimes ((Union (List $) failed) $)) (SIGNATURE isOp ((Union (List $) failed) $ (BasicOperator))) (SIGNATURE isOp ((Union (Record (: op (BasicOperator)) (: arg (List $))) failed) $)) (SIGNATURE isExpt ((Union (Record (: val $) (: exponent (NonNegativeInteger))) failed) $)) (SIGNATURE isQuotient ((Union (Record (: num $) (: den $)) failed) $)) (SIGNATURE isList ((Union (List $) failed) $)) (SIGNATURE isPower ((Union (Record (: val $) (: exponent $)) failed) $)) (SIGNATURE elt ($ (BasicOperator) (List $))) (SIGNATURE + ($ $ $)) (SIGNATURE * ($ $ $)) (SIGNATURE ** ($ $ (NonNegativeInteger))) (SIGNATURE ** ($ $ $)) (SIGNATURE / ($ $ $)) (SIGNATURE depth ((NonNegativeInteger) $)) (SIGNATURE convert ($ (List $))) (SIGNATURE copy ($ $)) (SIGNATURE inR? ((Boolean) $)) (SIGNATURE quoted? ((Boolean) $)) (SIGNATURE symbol? ((Boolean) $)) (SIGNATURE constant? ((Boolean) $)) (SIGNATURE generic? ((Boolean) $)) (SIGNATURE multiple? ((Boolean) $)) (SIGNATURE optional? ((Boolean) $)) (SIGNATURE hasPredicate? ((Boolean) $)) (SIGNATURE predicates ((List (Any)) $)) (SIGNATURE setPredicates ($ $ (List (Any)))) (SIGNATURE withPredicates ($ $ (List (Any)))) (SIGNATURE patternVariable ($ (Symbol) (Boolean) (Boolean) (Boolean))) (SIGNATURE setTopPredicate ($ $ (List (Symbol)) (Any))) (SIGNATURE topPredicate ((Record (: var (List (Symbol))) (: pred (Any))) $)) (SIGNATURE hasTopPredicate? ((Boolean) $)) (SIGNATURE resetBadValues ($ $)) (SIGNATURE addBadValue ($ $ (Any))) (SIGNATURE getBadValues ((List (Any)) $)) (SIGNATURE variables ((List $) $)) (SIGNATURE optpair ((Union (List $) failed) (List $))))) $param: (R) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (RetractableTo R) $param: (R) Debug: evaluateType1 form: (RetractableTo R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (RetractableTo (Symbol)) $param: (R) Debug: evaluateType1 form: (RetractableTo (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE Zero ($) constant) (SIGNATURE One ($) constant) (SIGNATURE isPlus ((Union (List $) failed) $)) (SIGNATURE isTimes ((Union (List $) failed) $)) (SIGNATURE isOp ((Union (List $) failed) $ (BasicOperator))) (SIGNATURE isOp ((Union (Record (: op (BasicOperator)) (: arg (List $))) failed) $)) (SIGNATURE isExpt ((Union (Record (: val $) (: exponent (NonNegativeInteger))) failed) $)) (SIGNATURE isQuotient ((Union (Record (: num $) (: den $)) failed) $)) (SIGNATURE isList ((Union (List $) failed) $)) (SIGNATURE isPower ((Union (Record (: val $) (: exponent $)) failed) $)) (SIGNATURE elt ($ (BasicOperator) (List $))) (SIGNATURE + ($ $ $)) (SIGNATURE * ($ $ $)) (SIGNATURE ** ($ $ (NonNegativeInteger))) (SIGNATURE ** ($ $ $)) (SIGNATURE / ($ $ $)) (SIGNATURE depth ((NonNegativeInteger) $)) (SIGNATURE convert ($ (List $))) (SIGNATURE copy ($ $)) (SIGNATURE inR? ((Boolean) $)) (SIGNATURE quoted? ((Boolean) $)) (SIGNATURE symbol? ((Boolean) $)) (SIGNATURE constant? ((Boolean) $)) (SIGNATURE generic? ((Boolean) $)) (SIGNATURE multiple? ((Boolean) $)) (SIGNATURE optional? ((Boolean) $)) (SIGNATURE hasPredicate? ((Boolean) $)) (SIGNATURE predicates ((List (Any)) $)) (SIGNATURE setPredicates ($ $ (List (Any)))) (SIGNATURE withPredicates ($ $ (List (Any)))) (SIGNATURE patternVariable ($ (Symbol) (Boolean) (Boolean) (Boolean))) (SIGNATURE setTopPredicate ($ $ (List (Symbol)) (Any))) (SIGNATURE topPredicate ((Record (: var (List (Symbol))) (: pred (Any))) $)) (SIGNATURE hasTopPredicate? ((Boolean) $)) (SIGNATURE resetBadValues ($ $)) (SIGNATURE addBadValue ($ $ (Any))) (SIGNATURE getBadValues ((List (Any)) $)) (SIGNATURE variables ((List $) $)) (SIGNATURE optpair ((Union (List $) failed) (List $)))) $param: (R) debug: evaluateType form: (Union (List $) failed) $param: (R) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Union (List $) failed) $param: (R) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Union (List $) failed) $param: (R) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (BasicOperator) $param: (R) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (Union (Record (: op (BasicOperator)) (: arg (List $))) failed) $param: (R) debug: evaluateType form: (Record (: op (BasicOperator)) (: arg (List $))) $param: (R) debug: evaluateType form: (BasicOperator) $param: (R) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Union (Record (: val $) (: exponent (NonNegativeInteger))) failed) $param: (R) debug: evaluateType form: (Record (: val $) (: exponent (NonNegativeInteger))) $param: (R) debug: evaluateType form: $ $param: (R) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Union (Record (: num $) (: den $)) failed) $param: (R) debug: evaluateType form: (Record (: num $) (: den $)) $param: (R) debug: evaluateType form: $ $param: (R) debug: evaluateType form: $ $param: (R) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Union (List $) failed) $param: (R) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Union (Record (: val $) (: exponent $)) failed) $param: (R) debug: evaluateType form: (Record (: val $) (: exponent $)) $param: (R) debug: evaluateType form: $ $param: (R) debug: evaluateType form: $ $param: (R) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (BasicOperator) $param: (R) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List (Any)) $param: (R) Debug: evaluateType1 form: (List (Any)) debug: evaluateType1 x: (Any) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Any) $param: (R) Debug: evaluateType1 form: (Any) debug: evalCategory d: (Any) c: (Type) debug: evaluateType form: (List (Any)) $param: (R) Debug: evaluateType1 form: (List (Any)) debug: evaluateType1 x: (Any) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Any) $param: (R) Debug: evaluateType1 form: (Any) debug: evalCategory d: (Any) c: (Type) debug: evaluateType form: (List (Any)) $param: (R) Debug: evaluateType1 form: (List (Any)) debug: evaluateType1 x: (Any) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Any) $param: (R) Debug: evaluateType1 form: (Any) debug: evalCategory d: (Any) c: (Type) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List (Symbol)) $param: (R) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (Any) $param: (R) Debug: evaluateType1 form: (Any) debug: evaluateType form: (Record (: var (List (Symbol))) (: pred (Any))) $param: (R) debug: evaluateType form: (List (Symbol)) $param: (R) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (Any) $param: (R) Debug: evaluateType1 form: (Any) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Any) $param: (R) Debug: evaluateType1 form: (Any) debug: evaluateType form: (List (Any)) $param: (R) Debug: evaluateType1 form: (List (Any)) debug: evaluateType1 x: (Any) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Any) $param: (R) Debug: evaluateType1 form: (Any) debug: evalCategory d: (Any) c: (Type) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (Union (List $) failed) $param: (R) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (RetractableTo R) (RetractableTo (Symbol)) (CATEGORY domain (SIGNATURE Zero ($) constant) (SIGNATURE One ($) constant) (SIGNATURE isPlus ((Union (List $) failed) $)) (SIGNATURE isTimes ((Union (List $) failed) $)) (SIGNATURE isOp ((Union (List $) failed) $ (BasicOperator))) (SIGNATURE isOp ((Union (Record (: op (BasicOperator)) (: arg (List $))) failed) $)) (SIGNATURE isExpt ((Union (Record (: val $) (: exponent (NonNegativeInteger))) failed) $)) (SIGNATURE isQuotient ((Union (Record (: num $) (: den $)) failed) $)) (SIGNATURE isList ((Union (List $) failed) $)) (SIGNATURE isPower ((Union (Record (: val $) (: exponent $)) failed) $)) (SIGNATURE elt ($ (BasicOperator) (List $))) (SIGNATURE + ($ $ $)) (SIGNATURE * ($ $ $)) (SIGNATURE ** ($ $ (NonNegativeInteger))) (SIGNATURE ** ($ $ $)) (SIGNATURE / ($ $ $)) (SIGNATURE depth ((NonNegativeInteger) $)) (SIGNATURE convert ($ (List $))) (SIGNATURE copy ($ $)) (SIGNATURE inR? ((Boolean) $)) (SIGNATURE quoted? ((Boolean) $)) (SIGNATURE symbol? ((Boolean) $)) (SIGNATURE constant? ((Boolean) $)) (SIGNATURE generic? ((Boolean) $)) (SIGNATURE multiple? ((Boolean) $)) (SIGNATURE optional? ((Boolean) $)) (SIGNATURE hasPredicate? ((Boolean) $)) (SIGNATURE predicates ((List (Any)) $)) (SIGNATURE setPredicates ($ $ (List (Any)))) (SIGNATURE withPredicates ($ $ (List (Any)))) (SIGNATURE patternVariable ($ (Symbol) (Boolean) (Boolean) (Boolean))) (SIGNATURE setTopPredicate ($ $ (List (Symbol)) (Any))) (SIGNATURE topPredicate ((Record (: var (List (Symbol))) (: pred (Any))) $)) (SIGNATURE hasTopPredicate? ((Boolean) $)) (SIGNATURE resetBadValues ($ $)) (SIGNATURE addBadValue ($ $ (Any))) (SIGNATURE getBadValues ((List (Any)) $)) (SIGNATURE variables ((List $) $)) (SIGNATURE optpair ((Union (List $) failed) (List $))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for Pattern compiling into /tmp/oa-kGxHyx compiling exported coerce : R -> % Time: 0.07 SEC. compiling local mkPat : (Boolean,Union(ret: R,ker: Record(tag: SingleInteger,op: BasicOperator,arg: List %),exp: Record(val: %,exponent: NonNegativeInteger),qot: Record(num: %,den: %),sym: Record(tag: SingleInteger,val: Symbol,pred: List Any,bad: List Any)),NonNegativeInteger) -> % Time: 0.02 SEC. compiling exported hasTopPredicate? : % -> Boolean PATTERN;hasTopPredicate?;$B;3 x is replaced by %not %lempty? %vref(x,3) Time: 0.01 SEC. compiling exported topPredicate : % -> Record(var: List Symbol,pred: Any) Time: 0.01 SEC. compiling exported setTopPredicate : (%,List Symbol,Any) -> % Time: 0.01 SEC. compiling exported constant? : % -> Boolean PATTERN;constant?;$B;6 p is replaced by %vref(p,0) Time: 0 SEC. compiling exported depth : % -> NonNegativeInteger PATTERN;depth;$Nni;7 p is replaced by %vref(p,2) Time: 0.00 SEC. compiling exported inR? : % -> Boolean PATTERN;inR?;$B;8 p is replaced by %ieq(%head %vref(p,1),0) Time: 0.01 SEC. compiling exported symbol? : % -> Boolean PATTERN;symbol?;$B;9 p is replaced by %ieq(%head %vref(p,1),4) Time: 0.01 SEC. compiling exported isPlus : % -> Union(List %,failed) Time: 0.01 SEC. compiling exported isTimes : % -> Union(List %,failed) Time: 0.02 SEC. compiling exported isList : % -> Union(List %,failed) Time: 0.01 SEC. compiling exported isExpt : % -> Union(Record(val: %,exponent: NonNegativeInteger),failed) Time: 0.02 SEC. compiling exported isQuotient : % -> Union(Record(num: %,den: %),failed) Time: 0.02 SEC. compiling exported hasPredicate? : % -> Boolean Time: 0.01 SEC. compiling exported quoted? : % -> Boolean Time: 0.01 SEC. compiling exported generic? : % -> Boolean Time: 0.02 SEC. compiling exported multiple? : % -> Boolean Time: 0.02 SEC. compiling exported optional? : % -> Boolean Time: 0.02 SEC. compiling local bitSet? : (SingleInteger,SingleInteger) -> Boolean Time: 0.04 SEC. compiling exported coerce : % -> OutputForm Time: 0.02 SEC. compiling exported ** : (%,%) -> % Time: 0.02 SEC. compiling local LPAT2O : ((OutputForm,OutputForm) -> OutputForm,List %) -> OutputForm Time: 0.04 SEC. compiling exported retract : % -> R Time: 0.02 SEC. compiling exported convert : List % -> % Time: 0.01 SEC. compiling exported retractIfCan : % -> Union(R,failed) Time: 0.01 SEC. compiling exported withPredicates : (%,List Any) -> % Time: 0.00 SEC. compiling exported coerce : Symbol -> % Time: 0.01 SEC. compiling exported copy : % -> % Time: 0.02 SEC. compiling exported optpair : List % -> Union(List %,failed) Time: 0.02 SEC. compiling local incmax : List % -> NonNegativeInteger Time: 0.02 SEC. compiling exported = : (%,%) -> Boolean Time: 0.08 SEC. compiling exported isPower : % -> Union(Record(val: %,exponent: %),failed) Time: 0.03 SEC. compiling local taggedElt : (SingleInteger,List %) -> % Time: 0.02 SEC. compiling exported elt : (BasicOperator,List %) -> % Debug compQuote expr: (QUOTE %power) m: $EmptyMode Debug compQuote expr: (QUOTE %power) m: (Symbol) Time: 0.04 SEC. compiling exported isOp : % -> Union(Record(op: BasicOperator,arg: List %),failed) Time: 0.02 SEC. compiling local isTaggedOp : (%,SingleInteger) -> Union(List %,failed) Time: 0.04 SEC. compiling exported One : () -> % Time: 0.00 SEC. compiling exported One : () -> % Time: 0.01 SEC. compiling exported Zero : () -> % Time: 0.01 SEC. compiling exported Zero : () -> % Time: 0.01 SEC. compiling exported ** : (%,NonNegativeInteger) -> % Time: 0.04 SEC. compiling exported / : (%,%) -> % Time: 0.02 SEC. compiling exported + : (%,%) -> % Time: 0.05 SEC. compiling exported * : (%,%) -> % Time: 0.08 SEC. compiling exported isOp : (%,BasicOperator) -> Union(List %,failed) Time: 0.04 SEC. compiling exported predicates : % -> List Any Time: 0.01 SEC. compiling exported setPredicates : (%,List Any) -> % Time: 0.02 SEC. compiling exported resetBadValues : % -> % Time: 0.02 SEC. compiling exported addBadValue : (%,Any) -> % Time: 0.03 SEC. compiling exported getBadValues : % -> List Any Time: 0.02 SEC. compiling local SYM2O : Record(tag: SingleInteger,val: Symbol,pred: List Any,bad: List Any) -> OutputForm Time: 0.11 SEC. compiling exported variables : % -> List % Time: 0.03 SEC. compiling local PAT2O : Union(ret: R,ker: Record(tag: SingleInteger,op: BasicOperator,arg: List %),exp: Record(val: %,exponent: NonNegativeInteger),qot: Record(num: %,den: %),sym: Record(tag: SingleInteger,val: Symbol,pred: List Any,bad: List Any)) -> OutputForm Time: 0.79 SEC. compiling local patcopy : Union(ret: R,ker: Record(tag: SingleInteger,op: BasicOperator,arg: List %),exp: Record(val: %,exponent: NonNegativeInteger),qot: Record(num: %,den: %),sym: Record(tag: SingleInteger,val: Symbol,pred: List Any,bad: List Any)) -> Union(ret: R,ker: Record(tag: SingleInteger,op: BasicOperator,arg: List %),exp: Record(val: %,exponent: NonNegativeInteger),qot: Record(num: %,den: %),sym: Record(tag: SingleInteger,val: Symbol,pred: List Any,bad: List Any)) Time: 0.12 SEC. compiling local pateq? : (Union(ret: R,ker: Record(tag: SingleInteger,op: BasicOperator,arg: List %),exp: Record(val: %,exponent: NonNegativeInteger),qot: Record(num: %,den: %),sym: Record(tag: SingleInteger,val: Symbol,pred: List Any,bad: List Any)),Union(ret: R,ker: Record(tag: SingleInteger,op: BasicOperator,arg: List %),exp: Record(val: %,exponent: NonNegativeInteger),qot: Record(num: %,den: %),sym: Record(tag: SingleInteger,val: Symbol,pred: List Any,bad: List Any))) -> Boolean Time: 0.34 SEC. compiling exported retractIfCan : % -> Union(Symbol,failed) Time: 0.01 SEC. compiling local mkrsy : (Symbol,Boolean,Boolean,Boolean) -> Record(tag: SingleInteger,val: Symbol,pred: List Any,bad: List Any) Time: 0.05 SEC. compiling exported patternVariable : (Symbol,Boolean,Boolean,Boolean) -> % Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.04 SEC. Warnings: [1] Type Boolean is not in scope. Import it [2] Type SingleInteger is not in scope. Import it [3] Type BasicOperator is not in scope. Import it [4] Type List $ is not in scope. Import it [5] Type NonNegativeInteger is not in scope. Import it [6] Type List Any is not in scope. Import it [7] Type List Symbol is not in scope. Import it [8] Type Any is not in scope. Import it [9] hasTopPredicate?: empty? has no value [10] hasPredicate?: empty? has no value [11] quoted?: sym has no value [12] generic?: sym has no value [13] multiple?: sym has no value [14] optional?: sym has no value [15] coerce: false has no value [16] =: pretend Boolean -- should replace by @ [17] isOp: ker has no value [18] addBadValue: member? has no value [19] SYM2O: empty? has no value [20] variables: exp has no value [21] variables: qot has no value [22] variables: ker has no value [23] PAT2O: ret has no value [24] PAT2O: sym has no value [25] PAT2O: exp has no value [26] PAT2O: qot has no value [27] PAT2O: ker has no value [28] patcopy: ret has no value [29] patcopy: sym has no value [30] patcopy: ker has no value [31] patcopy: qot has no value [32] patcopy: exp has no value [33] pateq?: ret has no value [34] pateq?: qot has no value [35] pateq?: sym has no value [36] pateq?: ker has no value [37] pateq?: exp has no value Cumulative Statistics for Constructor Pattern Time: 2.61 seconds finalizing NRLIB PATTERN Processing Pattern for Browser database: -- 0 : () -> % -- 1 : () -> % -- isPlus : % -> Union(List %,"failed") -- isTimes : % -> Union(List %,"failed") -- isOp : (%,BOP) -> Union(List %,"failed") -- isOp : % -> Union(Record(op: BOP,arg: List %),"failed") -- isExpt : % -> Union(REC,"failed") -- isQuotient : % -> Union(QOT,"failed") -- isList : % -> Union(List %,"failed") -- isPower : % -> Union(Record(val: %,exponent: %),"failed") -- elt : (BOP,List %) -> % -- ?+? : (%,%) -> % -- ?*? : (%,%) -> % -- ?**? : (%,NonNegativeInteger) -> % -- ?**? : (%,%) -> % -- ?/? : (%,%) -> % -- depth : % -> NonNegativeInteger -- convert : List % -> % -- copy : % -> % -- inR? : % -> B -- quoted? : % -> B -- symbol? : % -> B -- constant? : % -> B -- generic? : % -> B -- multiple? : % -> B -- optional? : % -> B -- hasPredicate? : % -> B -- predicates : % -> List Any -- setPredicates : (%,List Any) -> % -- withPredicates : (%,List Any) -> % -- patternVariable : (SY,B,B,B) -> % -- setTopPredicate : (%,List SY,Any) -> % -- topPredicate : % -> Record(var: List SY,pred: Any) -- hasTopPredicate? : % -> B -- resetBadValues : % -> % -- addBadValue : (%,Any) -> % -- getBadValues : % -> List Any -- variables : % -> List % -- optpair : List % -> Union(List %,"failed") -- constructor ; compiling file "/tmp/oa-kGxHyx/code.lsp" (written 01 FEB 2016 10:57:24 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PATTERN;hasTopPredicate?;$B;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PATTERN;constant?;$B;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PATTERN;depth;$Nni;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PATTERN;inR?;$B;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PATTERN;symbol?;$B;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PATTERN;mkPat|) ...) ; compiling (PUT (QUOTE |PATTERN;topPredicate;$R;4|) ...) ; compiling (DEFUN |PATTERN;coerce;R$;1| ...) ; compiling (DEFUN |PATTERN;mkPat| ...) ; compiling (DEFUN |PATTERN;hasTopPredicate?;$B;3| ...) ; compiling (DEFUN |PATTERN;topPredicate;$R;4| ...) ; file: /tmp/oa-kGxHyx/code.lsp ; in: DEFUN |PATTERN;topPredicate;$R;4| ; (DEFUN BOOT::|PATTERN;topPredicate;$R;4| (BOOT::|x| BOOT::$) ; (CONS (SVREF BOOT::|x| 3) (SVREF BOOT::|x| 4))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATTERN;topPredicate;$R;4| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|PATTERN;topPredicate;$R;4| ; (CONS (SVREF BOOT::|x| 3) (SVREF BOOT::|x| 4)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PATTERN;setTopPredicate;$LA$;5| ...) ; file: /tmp/oa-kGxHyx/code.lsp ; in: DEFUN |PATTERN;setTopPredicate;$LA$;5| ; (DEFUN BOOT::|PATTERN;setTopPredicate;$LA$;5| ; (BOOT::|x| BOOT::|l| BOOT::|f| BOOT::$) ; (PROGN ; (SETF (SVREF BOOT::|x| 3) BOOT::|l|) ; (SETF (SVREF BOOT::|x| 4) BOOT::|f|) ; BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATTERN;setTopPredicate;$LA$;5| ; (BOOT::|x| BOOT::|l| BOOT::|f| BOOT::$) ; (BLOCK BOOT::|PATTERN;setTopPredicate;$LA$;5| ; (PROGN (SETF # BOOT::|l|) (SETF # BOOT::|f|) BOOT::|x|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PATTERN;constant?;$B;6| ...) ; compiling (DEFUN |PATTERN;depth;$Nni;7| ...) ; compiling (DEFUN |PATTERN;inR?;$B;8| ...) ; compiling (DEFUN |PATTERN;symbol?;$B;9| ...) ; compiling (DEFUN |PATTERN;isPlus;$U;10| ...) ; compiling (DEFUN |PATTERN;isTimes;$U;11| ...) ; compiling (DEFUN |PATTERN;isList;$U;12| ...) ; compiling (DEFUN |PATTERN;isExpt;$U;13| ...) ; compiling (DEFUN |PATTERN;isQuotient;$U;14| ...) ; compiling (DEFUN |PATTERN;hasPredicate?;$B;15| ...) ; compiling (DEFUN |PATTERN;quoted?;$B;16| ...) ; file: /tmp/oa-kGxHyx/code.lsp ; in: DEFUN |PATTERN;quoted?;$B;16| ; (DEFUN BOOT::|PATTERN;quoted?;$B;16| (BOOT::|p| BOOT::$) ; (AND (EQL (CAR (SVREF BOOT::|p| 1)) 4) ; (ZEROP ; (SVREF ; (LET # ; #) ; 0)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATTERN;quoted?;$B;16| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|PATTERN;quoted?;$B;16| ; (AND (EQL (CAR #) 4) (ZEROP (SVREF # 0))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PATTERN;generic?;$B;17| ...) ; compiling (DEFUN |PATTERN;multiple?;$B;18| ...) ; compiling (DEFUN |PATTERN;optional?;$B;19| ...) ; compiling (DEFUN |PATTERN;bitSet?| ...) ; file: /tmp/oa-kGxHyx/code.lsp ; in: DEFUN |PATTERN;bitSet?| ; (DEFUN BOOT::|PATTERN;bitSet?| (BOOT::|a| BOOT::|b| BOOT::$) ; (BOOT::SPADCALL (LOGAND BOOT::|a| BOOT::|b|) 0 ; (BOOT::|shellEntry| BOOT::$ 61))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATTERN;bitSet?| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|PATTERN;bitSet?| ; (BOOT::SPADCALL (LOGAND BOOT::|a| BOOT::|b|) 0 ; (BOOT::|shellEntry| BOOT::$ 61)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |PATTERN;coerce;$Of;21| ...) ; compiling (DEFUN |PATTERN;**;3$;22| ...) ; compiling (DEFUN |PATTERN;LPAT2O| ...) ; compiling (DEFUN |PATTERN;retract;$R;24| ...) ; compiling (DEFUN |PATTERN;convert;L$;25| ...) ; compiling (DEFUN |PATTERN;retractIfCan;$U;26| ...) ; compiling (DEFUN |PATTERN;withPredicates;$L$;27| ...) ; compiling (DEFUN |PATTERN;coerce;S$;28| ...) ; compiling (DEFUN |PATTERN;copy;2$;29| ...) ; compiling (DEFUN |PATTERN;optpair;LU;30| ...) ; compiling (DEFUN |PATTERN;incmax| ...) ; file: /tmp/oa-kGxHyx/code.lsp ; in: DEFUN |PATTERN;incmax| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PATTERN;=;2$B;32| ...) ; compiling (DEFUN |PATTERN;isPower;$U;33| ...) ; compiling (DEFUN |PATTERN;taggedElt| ...) ; compiling (DEFUN |PATTERN;elt;BoL$;35| ...) ; compiling (DEFUN |PATTERN;isOp;$U;36| ...) ; compiling (DEFUN |PATTERN;isTaggedOp| ...) ; compiling (DEFUN |PATTERN;One;$;38| ...) ; compiling (DEFUN |PATTERN;One;$;39| ...) ; compiling (DEFUN |PATTERN;Zero;$;40| ...) ; compiling (DEFUN |PATTERN;Zero;$;41| ...) ; compiling (DEFUN |PATTERN;**;$Nni$;42| ...) ; file: /tmp/oa-kGxHyx/code.lsp ; in: DEFUN |PATTERN;**;$Nni$;42| ; (DEFUN BOOT::|PATTERN;**;$Nni$;42| (BOOT::|p| BOOT::|n| BOOT::$) ; (COND ; ((AND (BOOT::|PATTERN;=;2$B;32| BOOT::|p| # BOOT::$) (PLUSP BOOT::|n|)) ; (BOOT::|spadConstant| BOOT::$ 103)) ; ((OR (BOOT::|PATTERN;=;2$B;32| BOOT::|p| # BOOT::$) (ZEROP BOOT::|n|)) ; (BOOT::|spadConstant| BOOT::$ 83)) ; ((EQL BOOT::|n| 1) BOOT::|p|) ; (T ; (VECTOR (SVREF BOOT::|p| 0) (CONS 2 #) (+ 1 #) NIL ; (BOOT::|shellEntry| BOOT::$ 18))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATTERN;**;$Nni$;42| ; (BOOT::|p| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|PATTERN;**;$Nni$;42| ; (COND ((AND # #) (BOOT::|spadConstant| BOOT::$ 103)) ; ((OR # #) (BOOT::|spadConstant| BOOT::$ 83)) ; ((EQL BOOT::|n| 1) BOOT::|p|) (T (VECTOR # # # NIL #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |PATTERN;/;3$;43| ...) ; compiling (DEFUN |PATTERN;+;3$;44| ...) ; compiling (DEFUN |PATTERN;*;3$;45| ...) ; file: /tmp/oa-kGxHyx/code.lsp ; in: DEFUN |PATTERN;*;3$;45| ; (DEFUN BOOT::|PATTERN;*;3$;45| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (PROG (BOOT::|u2|) ; (RETURN (COND (# #) (# BOOT::|p2|) (# BOOT::|p1|) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATTERN;*;3$;45| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|PATTERN;*;3$;45| ; (PROG (BOOT::|u2|) (RETURN (COND # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |PATTERN;isOp;$BoU;46| ...) ; compiling (DEFUN |PATTERN;predicates;$L;47| ...) ; file: /tmp/oa-kGxHyx/code.lsp ; in: DEFUN |PATTERN;predicates;$L;47| ; (DEFUN BOOT::|PATTERN;predicates;$L;47| (BOOT::|p| BOOT::$) ; (COND ; ((EQL (CAR #) 4) ; (SVREF ; (LET # ; #) ; 2)) ; (T NIL))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATTERN;predicates;$L;47| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|PATTERN;predicates;$L;47| ; (COND ((EQL # 4) (SVREF # 2)) (T NIL)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PATTERN;setPredicates;$L$;48| ...) ; file: /tmp/oa-kGxHyx/code.lsp ; in: DEFUN |PATTERN;setPredicates;$L$;48| ; (DEFUN BOOT::|PATTERN;setPredicates;$L$;48| (BOOT::|p| BOOT::|l| BOOT::$) ; (COND ; ((BOOT::|PATTERN;generic?;$B;17| BOOT::|p| BOOT::$) ; (PROGN (SETF #) BOOT::|p|)) ; (T (BOOT::|error| "Can only attach predicates to generic symbol")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATTERN;setPredicates;$L$;48| ; (BOOT::|p| BOOT::|l| BOOT::$) ; (BLOCK BOOT::|PATTERN;setPredicates;$L$;48| ; (COND ; ((BOOT::|PATTERN;generic?;$B;17| BOOT::|p| BOOT::$) ; (PROGN # BOOT::|p|)) ; (T (BOOT::|error| "Can only attach predicates to generic symbol"))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |PATTERN;resetBadValues;2$;49| ...) ; file: /tmp/oa-kGxHyx/code.lsp ; in: DEFUN |PATTERN;resetBadValues;2$;49| ; (DEFUN BOOT::|PATTERN;resetBadValues;2$;49| (BOOT::|p| BOOT::$) ; (COND ; ((BOOT::|PATTERN;generic?;$B;17| BOOT::|p| BOOT::$) ; (PROGN (SETF #) BOOT::|p|)) ; (T (BOOT::|error| "Can only attach bad values to generic symbol")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATTERN;resetBadValues;2$;49| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|PATTERN;resetBadValues;2$;49| ; (COND ; ((BOOT::|PATTERN;generic?;$B;17| BOOT::|p| BOOT::$) ; (PROGN # BOOT::|p|)) ; (T (BOOT::|error| "Can only attach bad values to generic symbol"))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |PATTERN;addBadValue;$A$;50| ...) ; file: /tmp/oa-kGxHyx/code.lsp ; in: DEFUN |PATTERN;addBadValue;$A$;50| ; (DEFUN BOOT::|PATTERN;addBadValue;$A$;50| (BOOT::|p| BOOT::|a| BOOT::$) ; (COND ; ((BOOT::|PATTERN;generic?;$B;17| BOOT::|p| BOOT::$) ; (PROGN (COND #) BOOT::|p|)) ; (T (BOOT::|error| "Can only attach bad values to generic symbol")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATTERN;addBadValue;$A$;50| ; (BOOT::|p| BOOT::|a| BOOT::$) ; (BLOCK BOOT::|PATTERN;addBadValue;$A$;50| ; (COND ; ((BOOT::|PATTERN;generic?;$B;17| BOOT::|p| BOOT::$) ; (PROGN # BOOT::|p|)) ; (T (BOOT::|error| "Can only attach bad values to generic symbol"))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |PATTERN;getBadValues;$L;51| ...) ; file: /tmp/oa-kGxHyx/code.lsp ; in: DEFUN |PATTERN;getBadValues;$L;51| ; (DEFUN BOOT::|PATTERN;getBadValues;$L;51| (BOOT::|p| BOOT::$) ; (COND ; ((BOOT::|PATTERN;generic?;$B;17| BOOT::|p| BOOT::$) ; (SVREF ; (LET # ; #) ; 3)) ; (T (BOOT::|error| "Not a generic symbol")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATTERN;getBadValues;$L;51| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|PATTERN;getBadValues;$L;51| ; (COND ((BOOT::|PATTERN;generic?;$B;17| BOOT::|p| BOOT::$) (SVREF # 3)) ; (T (BOOT::|error| "Not a generic symbol"))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PATTERN;SYM2O| ...) ; compiling (DEFUN |PATTERN;variables;$L;53| ...) ; file: /tmp/oa-kGxHyx/code.lsp ; in: DEFUN |PATTERN;variables;$L;53| ; (DEFUN BOOT::|PATTERN;variables;$L;53| (BOOT::|p| BOOT::$) ; (COND ((SVREF BOOT::|p| 0) NIL) ; ((BOOT::|PATTERN;generic?;$B;17| BOOT::|p| BOOT::$) (LIST BOOT::|p|)) ; (T ; (LET (#) ; (COND # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATTERN;variables;$L;53| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|PATTERN;variables;$L;53| ; (COND ((SVREF BOOT::|p| 0) NIL) ; ((BOOT::|PATTERN;generic?;$B;17| BOOT::|p| BOOT::$) ; (LIST BOOT::|p|)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PATTERN;PAT2O| ...) ; compiling (DEFUN |PATTERN;patcopy| ...) ; compiling (DEFUN |PATTERN;pateq?| ...) ; file: /tmp/oa-kGxHyx/code.lsp ; in: DEFUN |PATTERN;pateq?| ; (DEFUN BOOT::|PATTERN;pateq?| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|p1|)) (AND (ZEROP #) (BOOT::SPADCALL # # #))) ; ((EQL (CAR BOOT::|p1|) 3) (AND (EQL # 3) (AND # #))) ; ((EQL (CAR BOOT::|p1|) 4) (AND (EQL # 4) (AND # #))) ; ((EQL (CAR BOOT::|p1|) 1) (AND (EQL # 1) (AND # #))) ; ((EQL (CAR BOOT::|p2|) 2) ; (AND (EQL # #) (BOOT::|PATTERN;=;2$B;32| # # BOOT::$))) ; (T NIL))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATTERN;pateq?| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|PATTERN;pateq?| ; (COND ((ZEROP #) (AND # #)) ((EQL # 3) (AND # #)) ((EQL # 4) (AND # #)) ; ((EQL # 1) (AND # #)) ((EQL # 2) (AND # #)) (T NIL)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |PATTERN;retractIfCan;$U;57| ...) ; file: /tmp/oa-kGxHyx/code.lsp ; in: DEFUN |PATTERN;retractIfCan;$U;57| ; (DEFUN BOOT::|PATTERN;retractIfCan;$U;57| (BOOT::|p| BOOT::$) ; (COND ((EQL (CAR #) 4) (CONS 0 (SVREF # 1))) (T (CONS 1 "failed")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATTERN;retractIfCan;$U;57| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|PATTERN;retractIfCan;$U;57| ; (COND ((EQL # 4) (CONS 0 #)) (T (CONS 1 "failed"))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PATTERN;mkrsy| ...) ; file: /tmp/oa-kGxHyx/code.lsp ; in: DEFUN |PATTERN;mkrsy| ; (DEFUN BOOT::|PATTERN;mkrsy| ; (BOOT::|t| BOOT::|c?| BOOT::|o?| BOOT::|m?| BOOT::$) ; (COND (BOOT::|c?| (VECTOR 0 BOOT::|t| NIL NIL)) ; (T ; (LET (# #) ; (VECTOR # BOOT::|t| NIL NIL))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATTERN;mkrsy| ; (BOOT::|t| BOOT::|c?| BOOT::|o?| BOOT::|m?| BOOT::$) ; (BLOCK BOOT::|PATTERN;mkrsy| ; (COND (BOOT::|c?| (VECTOR 0 BOOT::|t| NIL NIL)) ; (T ; (LET # ; #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PATTERN;patternVariable;S3B$;59| ...) ; compiling (DEFUN |Pattern| ...) ; compiling (DEFUN |Pattern;| ...) ; compiling (MAKEPROP (QUOTE |Pattern|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 7 STYLE-WARNING conditions ; printed 9 notes ; /tmp/oa-kGxHyx/code.fasl written ; compilation finished in 0:00:00.196 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/FLOAT.fasl --optimize=3 FLOAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FLOAT.spad using Spad compiler. FLOAT abbreviates domain Float debug: compDefine1 lhs: (Float) signature (pre-evaluate): ((Join (FloatingPointSystem) (DifferentialRing) (ConvertibleTo (String)) (CoercibleTo (DoubleFloat)) (TranscendentalFunctionCategory) (ConvertibleTo (InputForm)) (ConvertibleFrom (DoubleFloat)) (CATEGORY domain (SIGNATURE / ($ $ (Integer))) (SIGNATURE ** ($ $ $)) (SIGNATURE normalize ($ $)) (SIGNATURE relerror ((Integer) $ $)) (SIGNATURE shift ($ $ (Integer))) (SIGNATURE rationalApproximation ((Fraction (Integer)) $ (NonNegativeInteger))) (SIGNATURE rationalApproximation ((Fraction (Integer)) $ (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE log2 ($)) (SIGNATURE log10 ($)) (SIGNATURE exp1 ($)) (SIGNATURE atan ($ $ $)) (SIGNATURE log2 ($ $)) (SIGNATURE log10 ($ $)) (SIGNATURE outputFloating ((Void))) (SIGNATURE outputFloating ((Void) (NonNegativeInteger))) (SIGNATURE outputFixed ((Void))) (SIGNATURE outputFixed ((Void) (NonNegativeInteger))) (SIGNATURE outputGeneral ((Void))) (SIGNATURE outputGeneral ((Void) (NonNegativeInteger))) (SIGNATURE outputSpacing ((Void) (NonNegativeInteger))) (ATTRIBUTE arbitraryPrecision) (ATTRIBUTE arbitraryExponent)))) debug: evaluateType form: (Join (FloatingPointSystem) (DifferentialRing) (ConvertibleTo (String)) (CoercibleTo (DoubleFloat)) (TranscendentalFunctionCategory) (ConvertibleTo (InputForm)) (ConvertibleFrom (DoubleFloat)) (CATEGORY domain (SIGNATURE / ($ $ (Integer))) (SIGNATURE ** ($ $ $)) (SIGNATURE normalize ($ $)) (SIGNATURE relerror ((Integer) $ $)) (SIGNATURE shift ($ $ (Integer))) (SIGNATURE rationalApproximation ((Fraction (Integer)) $ (NonNegativeInteger))) (SIGNATURE rationalApproximation ((Fraction (Integer)) $ (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE log2 ($)) (SIGNATURE log10 ($)) (SIGNATURE exp1 ($)) (SIGNATURE atan ($ $ $)) (SIGNATURE log2 ($ $)) (SIGNATURE log10 ($ $)) (SIGNATURE outputFloating ((Void))) (SIGNATURE outputFloating ((Void) (NonNegativeInteger))) (SIGNATURE outputFixed ((Void))) (SIGNATURE outputFixed ((Void) (NonNegativeInteger))) (SIGNATURE outputGeneral ((Void))) (SIGNATURE outputGeneral ((Void) (NonNegativeInteger))) (SIGNATURE outputSpacing ((Void) (NonNegativeInteger))) (ATTRIBUTE arbitraryPrecision) (ATTRIBUTE arbitraryExponent))) $param: NIL debug: evaluateType form: (FloatingPointSystem) $param: NIL Debug: evaluateType1 form: (FloatingPointSystem) debug: evaluateType form: (DifferentialRing) $param: NIL Debug: evaluateType1 form: (DifferentialRing) debug: evaluateType form: (ConvertibleTo (String)) $param: NIL Debug: evaluateType1 form: (ConvertibleTo (String)) debug: evaluateType1 x: (String) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evalCategory d: (String) c: (Type) debug: evaluateType form: (CoercibleTo (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (CoercibleTo (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (TranscendentalFunctionCategory) $param: NIL Debug: evaluateType1 form: (TranscendentalFunctionCategory) debug: evaluateType form: (ConvertibleTo (InputForm)) $param: NIL Debug: evaluateType1 form: (ConvertibleTo (InputForm)) debug: evaluateType1 x: (InputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (InputForm) $param: NIL Debug: evaluateType1 form: (InputForm) debug: evalCategory d: (InputForm) c: (Type) debug: evaluateType form: (ConvertibleFrom (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (ConvertibleFrom (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE / ($ $ (Integer))) (SIGNATURE ** ($ $ $)) (SIGNATURE normalize ($ $)) (SIGNATURE relerror ((Integer) $ $)) (SIGNATURE shift ($ $ (Integer))) (SIGNATURE rationalApproximation ((Fraction (Integer)) $ (NonNegativeInteger))) (SIGNATURE rationalApproximation ((Fraction (Integer)) $ (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE log2 ($)) (SIGNATURE log10 ($)) (SIGNATURE exp1 ($)) (SIGNATURE atan ($ $ $)) (SIGNATURE log2 ($ $)) (SIGNATURE log10 ($ $)) (SIGNATURE outputFloating ((Void))) (SIGNATURE outputFloating ((Void) (NonNegativeInteger))) (SIGNATURE outputFixed ((Void))) (SIGNATURE outputFixed ((Void) (NonNegativeInteger))) (SIGNATURE outputGeneral ((Void))) (SIGNATURE outputGeneral ((Void) (NonNegativeInteger))) (SIGNATURE outputSpacing ((Void) (NonNegativeInteger))) (ATTRIBUTE arbitraryPrecision) (ATTRIBUTE arbitraryExponent)) $param: NIL debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: compDefine1 signature (post evaluate): ((Join (FloatingPointSystem) (DifferentialRing) (ConvertibleTo (String)) (CoercibleTo (DoubleFloat)) (TranscendentalFunctionCategory) (ConvertibleTo (InputForm)) (ConvertibleFrom (DoubleFloat)) (CATEGORY domain (SIGNATURE / ($ $ (Integer))) (SIGNATURE ** ($ $ $)) (SIGNATURE normalize ($ $)) (SIGNATURE relerror ((Integer) $ $)) (SIGNATURE shift ($ $ (Integer))) (SIGNATURE rationalApproximation ((Fraction (Integer)) $ (NonNegativeInteger))) (SIGNATURE rationalApproximation ((Fraction (Integer)) $ (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE log2 ($)) (SIGNATURE log10 ($)) (SIGNATURE exp1 ($)) (SIGNATURE atan ($ $ $)) (SIGNATURE log2 ($ $)) (SIGNATURE log10 ($ $)) (SIGNATURE outputFloating ((Void))) (SIGNATURE outputFloating ((Void) (NonNegativeInteger))) (SIGNATURE outputFixed ((Void))) (SIGNATURE outputFixed ((Void) (NonNegativeInteger))) (SIGNATURE outputGeneral ((Void))) (SIGNATURE outputGeneral ((Void) (NonNegativeInteger))) (SIGNATURE outputSpacing ((Void) (NonNegativeInteger))) (ATTRIBUTE arbitraryPrecision) (ATTRIBUTE arbitraryExponent)))) ------------------------------------------------------------------------ initializing stationary directory for Float compiling into /tmp/oa-WB3vjJ compiling local shift2 : (Integer,Integer) -> Integer Time: 0.08 SEC. compiling exported asin : % -> % Time: 0.02 SEC. compiling exported acos : % -> % Time: 0.01 SEC. compiling exported atan : (%,%) -> % Time: 0.01 SEC. compiling exported atan : % -> % Time: 0.02 SEC. compiling local atanSeries : % -> % Time: 0.04 SEC. compiling local atanInverse : Integer -> % Time: 0.02 SEC. compiling exported sin : % -> % Time: 0.02 SEC. compiling local sinSeries : % -> % Time: 0.01 SEC. compiling exported cos : % -> % Time: 0.04 SEC. compiling local cosSeries : % -> % Time: 0.02 SEC. compiling exported tan : % -> % Time: 0.01 SEC. compiling exported pi : () -> % Time: 0.01 SEC. compiling local piRamanujan : () -> % Time: 0.31 SEC. compiling exported sinh : % -> % Time: 0.01 SEC. compiling exported cosh : % -> % Time: 0.00 SEC. compiling exported tanh : % -> % Time: 0.01 SEC. compiling exported asinh : % -> % Time: 0.02 SEC. compiling exported acosh : % -> % Time: 0.01 SEC. compiling exported atanh : % -> % Time: 0.03 SEC. compiling exported log : % -> % Time: 0.03 SEC. compiling local logSeries : % -> % Time: 0.01 SEC. compiling exported log2 : () -> % Time: 0.01 SEC. compiling exported log10 : () -> % Time: 0.03 SEC. compiling exported log2 : % -> % Time: 0.01 SEC. compiling exported log10 : % -> % Time: 0 SEC. compiling exported exp : % -> % Time: 0.04 SEC. compiling local expSeries : % -> % Time: 0.02 SEC. compiling local expInverse : Integer -> % Time: 0.06 SEC. compiling exported exp1 : () -> % Time: 0.01 SEC. compiling exported sqrt : % -> % Time: 0.02 SEC. compiling exported bits : () -> PositiveInteger Time: 0 SEC. compiling exported bits : PositiveInteger -> PositiveInteger Time: 0.00 SEC. compiling exported precision : () -> PositiveInteger Time: 0.00 SEC. compiling exported precision : PositiveInteger -> PositiveInteger Time: 0 SEC. compiling exported increasePrecision : Integer -> PositiveInteger Time: 0.00 SEC. compiling exported decreasePrecision : Integer -> PositiveInteger Time: 0.00 SEC. compiling local ceillog10base2 : PositiveInteger -> PositiveInteger Time: 0.03 SEC. compiling exported digits : () -> PositiveInteger Time: 0.15 SEC. compiling exported digits : PositiveInteger -> PositiveInteger Time: 0.00 SEC. compiling exported order : % -> Integer Time: 0.00 SEC. compiling exported relerror : (%,%) -> Integer Time: 0 SEC. compiling exported Zero : () -> % FLOAT;Zero;$;43 is replaced by %pair(0,0) Time: 0.00 SEC. compiling exported One : () -> % FLOAT;One;$;44 is replaced by %pair(1,0) Time: 0.00 SEC. compiling exported base : () -> PositiveInteger FLOAT;base;Pi;45 is replaced by 2 Time: 0 SEC. compiling exported mantissa : % -> Integer FLOAT;mantissa;$I;46 is replaced by %head Time: 0 SEC. compiling exported exponent : % -> Integer FLOAT;exponent;$I;47 is replaced by %tail Time: 0 SEC. compiling exported one? : % -> Boolean Time: 0.00 SEC. compiling exported zero? : % -> Boolean FLOAT;zero?;$B;49 a is replaced by %ieq(%head a,0) Time: 0.00 SEC. compiling exported negative? : % -> Boolean FLOAT;negative?;$B;50 a is replaced by %ilt(%head a,0) Time: 0.00 SEC. compiling exported positive? : % -> Boolean FLOAT;positive?;$B;51 a is replaced by %ilt(0,%head a) Time: 0.00 SEC. compiling local chop : (%,PositiveInteger) -> % Time: 0.01 SEC. compiling exported float : (Integer,Integer) -> % Time: 0.00 SEC. compiling exported float : (Integer,Integer,PositiveInteger) -> % Time: 0.03 SEC. compiling exported normalize : % -> % Time: 0.03 SEC. compiling exported shift : (%,Integer) -> % Time: 0.00 SEC. compiling exported = : (%,%) -> Boolean Time: 0.03 SEC. compiling exported < : (%,%) -> Boolean Time: 0.05 SEC. compiling exported abs : % -> % Time: 0.00 SEC. compiling exported ceiling : % -> % Time: 0.02 SEC. compiling exported wholePart : % -> Integer Time: 0 SEC. compiling exported floor : % -> % Time: 0.00 SEC. compiling exported round : % -> % Time: 0.00 SEC. compiling exported sign : % -> Integer FLOAT;sign;$I;64 x is replaced by %when( -1,%otherwise 1) Time: 0.00 SEC. compiling exported truncate : % -> % Time: 0.00 SEC. compiling exported recip : % -> Union(%,failed) Time: 0.00 SEC. compiling exported differentiate : % -> % Time: 0.00 SEC. compiling exported - : % -> % Time: 0 SEC. compiling local negate : % -> % Time: 0 SEC. compiling exported + : (%,%) -> % Time: 0.00 SEC. compiling exported - : (%,%) -> % Time: 0.00 SEC. compiling local sub : (%,%) -> % Time: 0.00 SEC. compiling local plus : (%,%) -> % Time: 0.02 SEC. compiling exported * : (%,%) -> % Time: 0.00 SEC. compiling exported * : (Integer,%) -> % Time: 0.03 SEC. compiling exported / : (%,%) -> % Time: 0.00 SEC. compiling exported / : (%,Integer) -> % Time: 0.02 SEC. compiling exported inv : % -> % Time: 0.00 SEC. compiling local times : (%,%) -> % Time: 0.00 SEC. compiling local itimes : (Integer,%) -> % Time: 0 SEC. compiling local dvide : (%,%) -> % Time: 0.02 SEC. compiling local square : (%,Integer) -> % Time: 0.00 SEC. compiling local power : (%,Integer) -> % Time: 0.01 SEC. compiling exported ** : (%,%) -> % Time: 0.07 SEC. compiling exported ** : (%,Fraction Integer) -> % Time: 0.14 SEC. compiling exported ** : (%,Integer) -> % Time: 0.08 SEC. compiling local convert10 : (%,Integer) -> % Time: 0.04 SEC. compiling local ceilLength10 : Integer -> Integer FLOAT;ceilLength10 n is replaced by %iadd(%iquo(%imul(146,%ilength n),485),1) Time: 0.01 SEC. compiling local floorLength10 : Integer -> Integer FLOAT;floorLength10 n is replaced by %iquo(%imul(643,%ilength n),2136) Time: 0.00 SEC. compiling local length10 : Integer -> Integer Time: 0.09 SEC. compiling local chop10 : (%,Integer) -> % Time: 0.02 SEC. compiling local normalize10 : (%,Integer) -> % Time: 0.03 SEC. compiling local times10 : (%,%,Integer) -> % Time: 0 SEC. compiling local quotient10 : (%,%,Integer) -> % Time: 0.06 SEC. compiling local power10 : (%,Integer,Integer) -> % Time: 0.02 SEC. compiling local padFromLeft : String -> String Time: 0.11 SEC. compiling local padFromRight : String -> String Time: 0.11 SEC. compiling local fixed : % -> String Time: 0.23 SEC. compiling local floating : % -> String Time: 0.09 SEC. compiling local general : % -> String Time: 0.24 SEC. compiling exported outputSpacing : NonNegativeInteger -> Void Time: 0.00 SEC. compiling exported outputFixed : () -> Void Time: 0.01 SEC. compiling exported outputFixed : NonNegativeInteger -> Void Time: 0.00 SEC. compiling exported outputGeneral : () -> Void Time: 0.00 SEC. compiling exported outputGeneral : NonNegativeInteger -> Void Time: 0.00 SEC. compiling exported outputFloating : () -> Void Time: 0.00 SEC. compiling exported outputFloating : NonNegativeInteger -> Void Time: 0.00 SEC. compiling exported convert : % -> String Time: 0.06 SEC. compiling exported coerce : % -> OutputForm Time: 0.02 SEC. compiling exported convert : % -> InputForm Debug compQuote expr: (QUOTE float) m: $EmptyMode Debug compQuote expr: (QUOTE float) m: (Symbol) Debug compQuote expr: (QUOTE float) m: $EmptyMode Debug compQuote expr: (QUOTE float) m: (Symbol) Debug compQuote expr: (QUOTE float) m: $EmptyMode Debug compQuote expr: (QUOTE float) m: (Symbol) Debug compQuote expr: (QUOTE float) m: $EmptyMode Debug compQuote expr: (QUOTE float) m: (Symbol) Debug compQuote expr: (QUOTE float) m: $EmptyMode Debug compQuote expr: (QUOTE float) m: (Symbol) Debug compQuote expr: (QUOTE float) m: $EmptyMode Debug compQuote expr: (QUOTE float) m: (Symbol) Time: 0.12 SEC. compiling exported convert : % -> Float FLOAT;convert;$F;111 x is replaced by x Time: 0.01 SEC. compiling exported convert : % -> DoubleFloat Time: 0.01 SEC. compiling exported coerce : % -> DoubleFloat Time: 0.01 SEC. compiling exported convert : DoubleFloat -> % Time: 0.01 SEC. compiling exported retract : % -> Fraction Integer Time: 0.01 SEC. compiling exported retractIfCan : % -> Union(Fraction Integer,failed) Time: 0.01 SEC. compiling exported retract : % -> Integer Time: 0.01 SEC. compiling exported retractIfCan : % -> Union(Integer,failed) Time: 0.01 SEC. compiling exported rationalApproximation : (%,NonNegativeInteger) -> Fraction Integer Time: 0.01 SEC. compiling exported rationalApproximation : (%,NonNegativeInteger,NonNegativeInteger) -> Fraction Integer Time: 0.32 SEC. Predicate: (|has| $ (ATTRIBUTE |arbitraryPrecision|)) replaced by: T Predicate: (|has| $ (ATTRIBUTE |arbitraryExponent|)) replaced by: T Predicate: (|has| $ (ATTRIBUTE |arbitraryPrecision|)) replaced by: T (time taken in buildFunctor: 4) Time: 0.06 SEC. Warnings: [1] cos: s has no value [2] log: l has no value [3] exp: e1 has no value [4] exp1: E has no value [5] normalize: e has no value [6] power: y has no value [7] power10: y has no value [8] fixed: SEGMENT has no value [9] general: SEGMENT has no value [10] convert: pretend Float -- should replace by @ Cumulative Statistics for Constructor Float Time: 3.56 seconds finalizing NRLIB FLOAT Processing Float for Browser database: -- ?/? : (%,I) -> % -- ?**? : (%,%) -> % -- normalize : % -> % -- relerror : (%,%) -> I -- shift : (%,I) -> % -- rationalApproximation : (%,N) -> RN -- rationalApproximation : (%,N,N) -> RN -- log2 : () -> % -- log10 : () -> % -- exp1 : () -> % -- atan : (%,%) -> % -- log2 : % -> % -- log10 : % -> % -- outputFloating : () -> Void -- outputFloating : N -> Void -- outputFixed : () -> Void -- outputFixed : N -> Void -- outputGeneral : () -> Void -- outputGeneral : N -> Void -- outputSpacing : N -> Void --->../../x86_64-unknown-linux-gnu/src/algebra/float.spad-->Float(constructor): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/float.spad-->Float: Missing Description ; compiling file "/tmp/oa-WB3vjJ/code.lsp" (written 01 FEB 2016 10:57:28 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FLOAT;Zero;$;43|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FLOAT;One;$;44|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FLOAT;base;Pi;45|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FLOAT;mantissa;$I;46|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FLOAT;exponent;$I;47|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FLOAT;zero?;$B;49|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FLOAT;negative?;$B;50|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FLOAT;positive?;$B;51|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FLOAT;sign;$I;64|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FLOAT;ceilLength10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FLOAT;floorLength10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FLOAT;convert;$F;111|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FLOAT;order;$I;41|) ...) ; compiling (PUT (QUOTE |FLOAT;shift;$I$;56|) ...) ; compiling (PUT (QUOTE |FLOAT;times|) ...) ; compiling (PUT (QUOTE |FLOAT;itimes|) ...) ; compiling (DEFUN |FLOAT;shift2| ...) ; compiling (DEFUN |FLOAT;asin;2$;2| ...) ; file: /tmp/oa-WB3vjJ/code.lsp ; in: DEFUN |FLOAT;asin;2$;2| ; (DEFUN BOOT::|FLOAT;asin;2$;2| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|r|) (RETURN (COND (# #) (# #) (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;asin;2$;2| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FLOAT;asin;2$;2| ; (PROG (BOOT::|r|) (RETURN (COND # # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FLOAT;acos;2$;3| ...) ; file: /tmp/oa-WB3vjJ/code.lsp ; in: DEFUN |FLOAT;acos;2$;3| ; (DEFUN BOOT::|FLOAT;acos;2$;3| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|r|) (RETURN (COND (# #) (# #) (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;acos;2$;3| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FLOAT;acos;2$;3| ; (PROG (BOOT::|r|) (RETURN (COND # # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FLOAT;atan;3$;4| ...) ; file: /tmp/oa-WB3vjJ/code.lsp ; in: DEFUN |FLOAT;atan;3$;4| ; (DEFUN BOOT::|FLOAT;atan;3$;4| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ; ((BOOT::|FLOAT;=;2$B;57| BOOT::|x| (BOOT::|spadConstant| BOOT::$ 17) ; BOOT::$) ; (COND (# #) (# #) (T #))) ; (T ; (LET (#) ; (PROGN # # BOOT::|theta|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;atan;3$;4| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|FLOAT;atan;3$;4| ; (COND ((BOOT::|FLOAT;=;2$B;57| BOOT::|x| # BOOT::$) (COND # # #)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FLOAT;atan;2$;5| ...) ; file: /tmp/oa-WB3vjJ/code.lsp ; in: DEFUN |FLOAT;atan;2$;5| ; (DEFUN BOOT::|FLOAT;atan;2$;5| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|t| BOOT::|k| BOOT::|r|) (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;atan;2$;5| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FLOAT;atan;2$;5| ; (PROG (BOOT::|t| BOOT::|k| BOOT::|r|) (RETURN (COND # # #))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; CONS ; ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FLOAT;atanSeries| ...) ; compiling (DEFUN |FLOAT;atanInverse| ...) ; compiling (DEFUN |FLOAT;sin;2$;8| ...) ; file: /tmp/oa-WB3vjJ/code.lsp ; in: DEFUN |FLOAT;sin;2$;8| ; (DEFUN BOOT::|FLOAT;sin;2$;8| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|r| BOOT::|k| BOOT::|p|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # # # # # # # # # ...))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;sin;2$;8| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FLOAT;sin;2$;8| ; (PROG (BOOT::|r| BOOT::|k| BOOT::|p|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; CONS ; ; (BOOT::|moanRetract| BOOT::|k| '(BOOT::|NonNegativeInteger|)) ; ==> ; BOOT::|k| ; ; note: deleting unreachable code ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |FLOAT;sinSeries| ...) ; compiling (DEFUN |FLOAT;cos;2$;10| ...) ; file: /tmp/oa-WB3vjJ/code.lsp ; in: DEFUN |FLOAT;cos;2$;10| ; (DEFUN BOOT::|FLOAT;cos;2$;10| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|r| BOOT::|k| BOOT::|p|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # # # # # # # # # ...))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;cos;2$;10| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FLOAT;cos;2$;10| ; (PROG (BOOT::|r| BOOT::|k| BOOT::|p|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; CONS ; ; compiling (DEFUN |FLOAT;cosSeries| ...) ; compiling (DEFUN |FLOAT;tan;2$;12| ...) ; file: /tmp/oa-WB3vjJ/code.lsp ; in: DEFUN |FLOAT;tan;2$;12| ; (DEFUN BOOT::|FLOAT;tan;2$;12| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|t| BOOT::|c| BOOT::|p|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;tan;2$;12| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FLOAT;tan;2$;12| ; (PROG (BOOT::|t| BOOT::|c| BOOT::|p|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; CONS ; ; compiling (DEFUN |FLOAT;pi;$;13| ...) ; compiling (DEFUN |FLOAT;piRamanujan| ...) ; compiling (DEFUN |FLOAT;sinh;2$;15| ...) ; file: /tmp/oa-WB3vjJ/code.lsp ; in: DEFUN |FLOAT;sinh;2$;15| ; (DEFUN BOOT::|FLOAT;sinh;2$;15| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|s| BOOT::|e|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;sinh;2$;15| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FLOAT;sinh;2$;15| ; (PROG (BOOT::|s| BOOT::|e|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FLOAT;cosh;2$;16| ...) ; compiling (DEFUN |FLOAT;tanh;2$;17| ...) ; file: /tmp/oa-WB3vjJ/code.lsp ; in: DEFUN |FLOAT;tanh;2$;17| ; (DEFUN BOOT::|FLOAT;tanh;2$;17| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|t| BOOT::|e|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;tanh;2$;17| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FLOAT;tanh;2$;17| ; (PROG (BOOT::|t| BOOT::|e|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FLOAT;asinh;2$;18| ...) ; compiling (DEFUN |FLOAT;acosh;2$;19| ...) ; compiling (DEFUN |FLOAT;atanh;2$;20| ...) ; compiling (DEFUN |FLOAT;log;2$;21| ...) ; file: /tmp/oa-WB3vjJ/code.lsp ; in: DEFUN |FLOAT;log;2$;21| ; (DEFUN BOOT::|FLOAT;log;2$;21| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|m| BOOT::|ek| BOOT::|k| BOOT::|l| BOOT::|n|) ; (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;log;2$;21| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FLOAT;log;2$;21| ; (PROG (BOOT::|m| BOOT::|ek| BOOT::|k| BOOT::|l| BOOT::|n|) ; (RETURN (COND # # #))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; CONS ; ; (BOOT::|moanRetract| BOOT::|k| '(BOOT::|NonNegativeInteger|)) ; ==> ; BOOT::|k| ; ; note: deleting unreachable code ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; (DEFUN BOOT::|FLOAT;log;2$;21| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|m| BOOT::|ek| BOOT::|k| BOOT::|l| BOOT::|n|) ; (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;log;2$;21| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FLOAT;log;2$;21| ; (PROG (BOOT::|m| BOOT::|ek| BOOT::|k| BOOT::|l| BOOT::|n|) ; (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FLOAT;logSeries| ...) ; compiling (DEFUN |FLOAT;log2;$;23| ...) ; compiling (DEFUN |FLOAT;log10;$;24| ...) ; compiling (DEFUN |FLOAT;log2;2$;25| ...) ; compiling (DEFUN |FLOAT;log10;2$;26| ...) ; compiling (DEFUN |FLOAT;exp;2$;27| ...) ; file: /tmp/oa-WB3vjJ/code.lsp ; in: DEFUN |FLOAT;exp;2$;27| ; (DEFUN BOOT::|FLOAT;exp;2$;27| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|e| BOOT::|k| BOOT::|n| BOOT::|e1|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # # # # # # # # # ...))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;exp;2$;27| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FLOAT;exp;2$;27| ; (PROG (BOOT::|e| BOOT::|k| BOOT::|n| BOOT::|e1|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; CONS ; ; compiling (DEFUN |FLOAT;expSeries| ...) ; compiling (DEFUN |FLOAT;expInverse| ...) ; compiling (DEFUN |FLOAT;exp1;$;30| ...) ; compiling (DEFUN |FLOAT;sqrt;2$;31| ...) ; file: /tmp/oa-WB3vjJ/code.lsp ; in: DEFUN |FLOAT;sqrt;2$;31| ; (DEFUN BOOT::|FLOAT;sqrt;2$;31| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|i|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;sqrt;2$;31| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FLOAT;sqrt;2$;31| (PROG (BOOT::|i|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FLOAT;bits;Pi;32| ...) ; file: /tmp/oa-WB3vjJ/code.lsp ; in: DEFUN |FLOAT;bits;Pi;32| ; (DEFUN BOOT::|FLOAT;bits;Pi;32| (BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 9) ; (BOOT::|shellEntry| BOOT::$ 104))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;bits;Pi;32| ; (BOOT::$) ; (BLOCK BOOT::|FLOAT;bits;Pi;32| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 9) ; (BOOT::|shellEntry| BOOT::$ 104)))) ; ; note: type assertion too complex to check: ; (VALUES (INTEGER 1) &REST T). ; compiling (DEFUN |FLOAT;bits;2Pi;33| ...) ; compiling (DEFUN |FLOAT;precision;Pi;34| ...) ; compiling (DEFUN |FLOAT;precision;2Pi;35| ...) ; compiling (DEFUN |FLOAT;increasePrecision;IPi;36| ...) ; compiling (DEFUN |FLOAT;decreasePrecision;IPi;37| ...) ; compiling (DEFUN |FLOAT;ceillog10base2| ...) ; file: /tmp/oa-WB3vjJ/code.lsp ; in: DEFUN |FLOAT;ceillog10base2| ; '(BOOT::|PositiveInteger|) ; ; note: deleting unreachable code ; (DEFUN BOOT::|FLOAT;ceillog10base2| (BOOT::|n| BOOT::$) ; (LET ((#:G969 (TRUNCATE # 4004))) ; (COND ((PLUSP #:G969) #:G969) (T (BOOT::|moanRetract| #:G969 '#))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;ceillog10base2| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|FLOAT;ceillog10base2| ; (LET ((#:G969 #)) ; (COND (# #:G969) (T #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |FLOAT;digits;Pi;39| ...) ; file: /tmp/oa-WB3vjJ/code.lsp ; in: DEFUN |FLOAT;digits;Pi;39| ; '(BOOT::|PositiveInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |FLOAT;digits;2Pi;40| ...) ; compiling (DEFUN |FLOAT;order;$I;41| ...) ; file: /tmp/oa-WB3vjJ/code.lsp ; in: DEFUN |FLOAT;order;$I;41| ; (DEFUN BOOT::|FLOAT;order;$I;41| (BOOT::|a| BOOT::$) ; (- (+ (INTEGER-LENGTH (CAR BOOT::|a|)) (CDR BOOT::|a|)) 1)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;order;$I;41| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|FLOAT;order;$I;41| ; (- (+ (INTEGER-LENGTH #) (CDR BOOT::|a|)) 1))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |FLOAT;relerror;2$I;42| ...) ; compiling (DEFUN |FLOAT;Zero;$;43| ...) ; compiling (DEFUN |FLOAT;One;$;44| ...) ; compiling (DEFUN |FLOAT;base;Pi;45| ...) ; compiling (DEFUN |FLOAT;mantissa;$I;46| ...) ; compiling (DEFUN |FLOAT;exponent;$I;47| ...) ; compiling (DEFUN |FLOAT;one?;$B;48| ...) ; compiling (DEFUN |FLOAT;zero?;$B;49| ...) ; compiling (DEFUN |FLOAT;negative?;$B;50| ...) ; compiling (DEFUN |FLOAT;positive?;$B;51| ...) ; compiling (DEFUN |FLOAT;chop| ...) ; file: /tmp/oa-WB3vjJ/code.lsp ; in: DEFUN |FLOAT;chop| ; (DEFUN BOOT::|FLOAT;chop| (BOOT::|x| BOOT::|p| BOOT::$) ; (LET ((BOOT::|e| (- # BOOT::|p|))) ; (PROGN (COND (# #)) BOOT::|x|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;chop| ; (BOOT::|x| BOOT::|p| BOOT::$) ; (BLOCK BOOT::|FLOAT;chop| ; (LET ((BOOT::|e| #)) ; (PROGN (COND #) BOOT::|x|)))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; CONS ; ; compiling (DEFUN |FLOAT;float;2I$;53| ...) ; compiling (DEFUN |FLOAT;float;2IPi$;54| ...) ; file: /tmp/oa-WB3vjJ/code.lsp ; in: DEFUN |FLOAT;float;2IPi$;54| ; (DEFUN BOOT::|FLOAT;float;2IPi$;54| (BOOT::|m| BOOT::|e| BOOT::|b| BOOT::$) ; (PROG (BOOT::|r|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;float;2IPi$;54| ; (BOOT::|m| BOOT::|e| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|FLOAT;float;2IPi$;54| ; (PROG (BOOT::|r|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FLOAT;normalize;2$;55| ...) ; file: /tmp/oa-WB3vjJ/code.lsp ; in: DEFUN |FLOAT;normalize;2$;55| ; (DEFUN BOOT::|FLOAT;normalize;2$;55| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|y| BOOT::|e|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;normalize;2$;55| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FLOAT;normalize;2$;55| ; (PROG (BOOT::|y| BOOT::|e|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; CONS ; ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FLOAT;shift;$I$;56| ...) ; file: /tmp/oa-WB3vjJ/code.lsp ; in: DEFUN |FLOAT;shift;$I$;56| ; (DEFUN BOOT::|FLOAT;shift;$I$;56| (BOOT::|x| BOOT::|n| BOOT::$) ; (CONS (CAR BOOT::|x|) (+ (CDR BOOT::|x|) BOOT::|n|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;shift;$I$;56| ; (BOOT::|x| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|FLOAT;shift;$I$;56| ; (CONS (CAR BOOT::|x|) (+ (CDR BOOT::|x|) BOOT::|n|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |FLOAT;=;2$B;57| ...) ; compiling (DEFUN |FLOAT;<;2$B;58| ...) ; compiling (DEFUN |FLOAT;abs;2$;59| ...) ; compiling (DEFUN |FLOAT;ceiling;2$;60| ...) ; compiling (DEFUN |FLOAT;wholePart;$I;61| ...) ; compiling (DEFUN |FLOAT;floor;2$;62| ...) ; compiling (DEFUN |FLOAT;round;2$;63| ...) ; compiling (DEFUN |FLOAT;sign;$I;64| ...) ; compiling (DEFUN |FLOAT;truncate;2$;65| ...) ; compiling (DEFUN |FLOAT;recip;$U;66| ...) ; compiling (DEFUN |FLOAT;differentiate;2$;67| ...) ; file: /tmp/oa-WB3vjJ/code.lsp ; in: DEFUN |FLOAT;differentiate;2$;67| ; (DEFUN BOOT::|FLOAT;differentiate;2$;67| (BOOT::|x| BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 17)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;differentiate;2$;67| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FLOAT;differentiate;2$;67| ; (BOOT::|spadConstant| BOOT::$ 17))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |FLOAT;-;2$;68| ...) ; compiling (DEFUN |FLOAT;negate| ...) ; file: /tmp/oa-WB3vjJ/code.lsp ; in: DEFUN |FLOAT;negate| ; (DEFUN BOOT::|FLOAT;negate| (BOOT::|x| BOOT::$) ; (CONS (- (CAR BOOT::|x|)) (CDR BOOT::|x|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;negate| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FLOAT;negate| (CONS (- (CAR BOOT::|x|)) (CDR BOOT::|x|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |FLOAT;+;3$;70| ...) ; compiling (DEFUN |FLOAT;-;3$;71| ...) ; compiling (DEFUN |FLOAT;sub| ...) ; compiling (DEFUN |FLOAT;plus| ...) ; compiling (DEFUN |FLOAT;*;3$;74| ...) ; compiling (DEFUN |FLOAT;*;I2$;75| ...) ; compiling (DEFUN |FLOAT;/;3$;76| ...) ; compiling (DEFUN |FLOAT;/;$I$;77| ...) ; compiling (DEFUN |FLOAT;inv;2$;78| ...) ; compiling (DEFUN |FLOAT;times| ...) ; file: /tmp/oa-WB3vjJ/code.lsp ; in: DEFUN |FLOAT;times| ; (DEFUN BOOT::|FLOAT;times| (BOOT::|x| BOOT::|y| BOOT::$) ; (CONS (* (CAR BOOT::|x|) (CAR BOOT::|y|)) ; (+ (CDR BOOT::|x|) (CDR BOOT::|y|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;times| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|FLOAT;times| ; (CONS (* (CAR BOOT::|x|) (CAR BOOT::|y|)) ; (+ (CDR BOOT::|x|) (CDR BOOT::|y|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |FLOAT;itimes| ...) ; file: /tmp/oa-WB3vjJ/code.lsp ; in: DEFUN |FLOAT;itimes| ; (DEFUN BOOT::|FLOAT;itimes| (BOOT::|n| BOOT::|y| BOOT::$) ; (CONS (* BOOT::|n| (CAR BOOT::|y|)) (CDR BOOT::|y|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;itimes| ; (BOOT::|n| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|FLOAT;itimes| ; (CONS (* BOOT::|n| (CAR BOOT::|y|)) (CDR BOOT::|y|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |FLOAT;dvide| ...) ; compiling (DEFUN |FLOAT;square| ...) ; compiling (DEFUN |FLOAT;power| ...) ; file: /tmp/oa-WB3vjJ/code.lsp ; in: DEFUN |FLOAT;power| ; (DEFUN BOOT::|FLOAT;power| (BOOT::|x| BOOT::|n| BOOT::$) ; (LET ((BOOT::|y| (BOOT::|spadConstant| BOOT::$ 24)) (BOOT::|z| BOOT::|x|)) ; (LOOP (PROGN (COND #) (SETQ #) (COND #) (SETQ #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;power| ; (BOOT::|x| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|FLOAT;power| ; (LET ((BOOT::|y| #) (BOOT::|z| BOOT::|x|)) ; (LOOP (PROGN # # # #))))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |FLOAT;**;3$;84| ...) ; file: /tmp/oa-WB3vjJ/code.lsp ; in: DEFUN |FLOAT;**;3$;84| ; (DEFUN BOOT::|FLOAT;**;3$;84| (BOOT::|x| BOOT::|y| BOOT::$) ; (PROG (BOOT::|r|) (RETURN (COND (# #) (# #) (# BOOT::|x|) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;**;3$;84| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|FLOAT;**;3$;84| ; (PROG (BOOT::|r|) (RETURN (COND # # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FLOAT;**;$F$;85| ...) ; file: /tmp/oa-WB3vjJ/code.lsp ; in: DEFUN |FLOAT;**;$F$;85| ; (DEFUN BOOT::|FLOAT;**;$F$;85| (BOOT::|x| BOOT::|r| BOOT::$) ; (PROG (BOOT::|y|) (RETURN (COND (# #) (# #) (# BOOT::|x|) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;**;$F$;85| ; (BOOT::|x| BOOT::|r| BOOT::$) ; (BLOCK BOOT::|FLOAT;**;$F$;85| ; (PROG (BOOT::|y|) (RETURN (COND # # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FLOAT;**;$I$;86| ...) ; file: /tmp/oa-WB3vjJ/code.lsp ; in: DEFUN |FLOAT;**;$I$;86| ; (DEFUN BOOT::|FLOAT;**;$I$;86| (BOOT::|x| BOOT::|n| BOOT::$) ; (PROG (BOOT::|y|) (RETURN (COND (# #) (# #) (# BOOT::|x|) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;**;$I$;86| ; (BOOT::|x| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|FLOAT;**;$I$;86| ; (PROG (BOOT::|y|) (RETURN (COND # # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FLOAT;convert10| ...) ; compiling (DEFUN |FLOAT;ceilLength10| ...) ; compiling (DEFUN |FLOAT;floorLength10| ...) ; compiling (DEFUN |FLOAT;length10| ...) ; file: /tmp/oa-WB3vjJ/code.lsp ; in: DEFUN |FLOAT;length10| ; (DEFUN BOOT::|FLOAT;length10| (BOOT::|n| BOOT::$) ; (LET* ((BOOT::|ln| (INTEGER-LENGTH #)) ; (BOOT::|upper| (TRUNCATE # 254370)) ; (BOOT::|lower| (TRUNCATE # 70777))) ; (COND ((EQL BOOT::|upper| BOOT::|lower|) (+ BOOT::|upper| 1)) ; (T (BOOT::SEQ # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;length10| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|FLOAT;length10| ; (LET* ((BOOT::|ln| #) (BOOT::|upper| #) (BOOT::|lower| #)) ; (COND (# #) (T #))))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |FLOAT;chop10| ...) ; file: /tmp/oa-WB3vjJ/code.lsp ; in: DEFUN |FLOAT;chop10| ; (DEFUN BOOT::|FLOAT;chop10| (BOOT::|x| BOOT::|p| BOOT::$) ; (LET ((BOOT::|e| (- # BOOT::|p|))) ; (PROGN (COND (# #)) BOOT::|x|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;chop10| ; (BOOT::|x| BOOT::|p| BOOT::$) ; (BLOCK BOOT::|FLOAT;chop10| ; (LET ((BOOT::|e| #)) ; (PROGN (COND #) BOOT::|x|)))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; CONS ; ; (BOOT::|moanRetract| BOOT::|e| '(BOOT::|NonNegativeInteger|)) ; ==> ; BOOT::|e| ; ; note: deleting unreachable code ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; (DEFUN BOOT::|FLOAT;chop10| (BOOT::|x| BOOT::|p| BOOT::$) ; (LET ((BOOT::|e| (- # BOOT::|p|))) ; (PROGN (COND (# #)) BOOT::|x|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;chop10| ; (BOOT::|x| BOOT::|p| BOOT::$) ; (BLOCK BOOT::|FLOAT;chop10| ; (LET ((BOOT::|e| #)) ; (PROGN (COND #) BOOT::|x|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |FLOAT;normalize10| ...) ; file: /tmp/oa-WB3vjJ/code.lsp ; in: DEFUN |FLOAT;normalize10| ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |FLOAT;times10| ...) ; compiling (DEFUN |FLOAT;quotient10| ...) ; compiling (DEFUN |FLOAT;power10| ...) ; file: /tmp/oa-WB3vjJ/code.lsp ; in: DEFUN |FLOAT;power10| ; (DEFUN BOOT::|FLOAT;power10| (BOOT::|x| BOOT::|n| BOOT::|d| BOOT::$) ; (COND ; ((BOOT::|FLOAT;=;2$B;57| BOOT::|x| (BOOT::|spadConstant| BOOT::$ 17) ; BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 17)) ; ((ZEROP BOOT::|n|) (BOOT::|spadConstant| BOOT::$ 24)) ; ((EQL BOOT::|n| 1) BOOT::|x|) ; ((BOOT::|FLOAT;=;2$B;57| BOOT::|x| (BOOT::|spadConstant| BOOT::$ 24) ; BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 24)) ; (T ; (LET (# # # #) ; (LOOP #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;power10| ; (BOOT::|x| BOOT::|n| BOOT::|d| BOOT::$) ; (BLOCK BOOT::|FLOAT;power10| ; (COND ; ((BOOT::|FLOAT;=;2$B;57| BOOT::|x| # BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 17)) ; ((ZEROP BOOT::|n|) (BOOT::|spadConstant| BOOT::$ 24)) ; ((EQL BOOT::|n| 1) BOOT::|x|) ; ((BOOT::|FLOAT;=;2$B;57| BOOT::|x| # BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 24)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FLOAT;padFromLeft| ...) ; compiling (DEFUN |FLOAT;padFromRight| ...) ; compiling (DEFUN |FLOAT;fixed| ...) ; file: /tmp/oa-WB3vjJ/code.lsp ; in: DEFUN |FLOAT;fixed| ; (DEFUN BOOT::|FLOAT;fixed| (BOOT::|f| BOOT::$) ; (PROG (BOOT::|t| BOOT::|p| BOOT::|o| BOOT::|n| BOOT::|s| BOOT::|l|) ; (RETURN (COND (# "0.0") (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;fixed| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|FLOAT;fixed| ; (PROG (BOOT::|t| BOOT::|p| BOOT::|o| BOOT::|n| BOOT::|s| BOOT::|l|) ; (RETURN (COND # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |FLOAT;floating| ...) ; file: /tmp/oa-WB3vjJ/code.lsp ; in: DEFUN |FLOAT;floating| ; (DEFUN BOOT::|FLOAT;floating| (BOOT::|f| BOOT::$) ; (PROG (BOOT::|o| BOOT::|n| BOOT::|s| BOOT::|e| BOOT::|m| BOOT::|g| ; BOOT::|d|) ; (RETURN (COND (# "0.0") (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;floating| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|FLOAT;floating| ; (PROG (BOOT::|o| BOOT::|n| BOOT::|s| BOOT::|e| BOOT::|m| BOOT::|g| ; BOOT::|d|) ; (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |FLOAT;general| ...) ; file: /tmp/oa-WB3vjJ/code.lsp ; in: DEFUN |FLOAT;general| ; (DEFUN BOOT::|FLOAT;general| (BOOT::|f| BOOT::$) ; (PROG (BOOT::|t| BOOT::|o| BOOT::|n| BOOT::|s| BOOT::|e| BOOT::|m| ; BOOT::|g| #:G1449) ; (RETURN (COND (# "0.0") (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;general| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|FLOAT;general| ; (PROG (BOOT::|t| BOOT::|o| BOOT::|n| BOOT::|s| BOOT::|e| BOOT::|m| ; BOOT::|g| #:G1449) ; (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |FLOAT;outputSpacing;NniV;101| ...) ; compiling (DEFUN |FLOAT;outputFixed;V;102| ...) ; compiling (DEFUN |FLOAT;outputFixed;NniV;103| ...) ; compiling (DEFUN |FLOAT;outputGeneral;V;104| ...) ; compiling (DEFUN |FLOAT;outputGeneral;NniV;105| ...) ; compiling (DEFUN |FLOAT;outputFloating;V;106| ...) ; compiling (DEFUN |FLOAT;outputFloating;NniV;107| ...) ; compiling (DEFUN |FLOAT;convert;$S;108| ...) ; file: /tmp/oa-WB3vjJ/code.lsp ; in: DEFUN |FLOAT;convert;$S;108| ; (BOOT::|moanRetract| BOOT::|b| '(BOOT::|PositiveInteger|)) ; ==> ; BOOT::|b| ; ; note: deleting unreachable code ; '(BOOT::|PositiveInteger|) ; ; note: deleting unreachable code ; (DEFUN BOOT::|FLOAT;convert;$S;108| (BOOT::|f| BOOT::$) ; (LET ((BOOT::|b| (COND # #)) (BOOT::|s| (COND # # # #))) ; (PROGN (COND (# #)) (COND (# #) (T BOOT::|s|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;convert;$S;108| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|FLOAT;convert;$S;108| ; (LET ((BOOT::|b| #) (BOOT::|s| #)) ; (PROGN (COND #) (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |FLOAT;coerce;$Of;109| ...) ; compiling (DEFUN |FLOAT;convert;$If;110| ...) ; compiling (DEFUN |FLOAT;convert;$F;111| ...) ; compiling (DEFUN |FLOAT;convert;$Df;112| ...) ; file: /tmp/oa-WB3vjJ/code.lsp ; in: DEFUN |FLOAT;convert;$Df;112| ; (DEFUN BOOT::|FLOAT;convert;$Df;112| (BOOT::|x| BOOT::$) ; (BOOT::|makeSF| (CAR BOOT::|x|) (CDR BOOT::|x|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;convert;$Df;112| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FLOAT;convert;$Df;112| ; (BOOT::|makeSF| (CAR BOOT::|x|) (CDR BOOT::|x|)))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |FLOAT;coerce;$Df;113| ...) ; compiling (DEFUN |FLOAT;convert;Df$;114| ...) ; compiling (DEFUN |FLOAT;retract;$F;115| ...) ; file: /tmp/oa-WB3vjJ/code.lsp ; in: DEFUN |FLOAT;retract;$F;115| ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |FLOAT;retractIfCan;$U;116| ...) ; file: /tmp/oa-WB3vjJ/code.lsp ; in: DEFUN |FLOAT;retractIfCan;$U;116| ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |FLOAT;retract;$I;117| ...) ; file: /tmp/oa-WB3vjJ/code.lsp ; in: DEFUN |FLOAT;retract;$I;117| ; (DEFUN BOOT::|FLOAT;retract;$I;117| (BOOT::|f| BOOT::$) ; (LET ((BOOT::|n| (BOOT::|FLOAT;wholePart;$I;61| BOOT::|f| BOOT::$))) ; (COND ((BOOT::|FLOAT;=;2$B;57| BOOT::|f| # BOOT::$) BOOT::|n|) ; (T (BOOT::|error| "Not an integer"))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;retract;$I;117| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|FLOAT;retract;$I;117| ; (LET ((BOOT::|n| #)) ; (COND (# BOOT::|n|) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |FLOAT;retractIfCan;$U;118| ...) ; compiling (DEFUN |FLOAT;rationalApproximation;$NniF;119| ...) ; compiling (DEFUN |FLOAT;rationalApproximation;$2NniF;120| ...) ; compiling (DEFUN |Float| ...) ; compiling (DEFUN |Float;| ...) ; compiling (MAKEPROP (QUOTE |Float|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 9 STYLE-WARNING conditions ; printed 46 notes ; /tmp/oa-WB3vjJ/code.fasl written ; compilation finished in 0:00:00.444 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/INTSLPE.fasl --optimize=3 INTSLPE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INTSLPE.spad using Spad compiler. INTSLPE abbreviates package IntegerSolveLinearPolynomialEquation debug: compDefine1 lhs: (IntegerSolveLinearPolynomialEquation) signature (pre-evaluate): ((CATEGORY package (SIGNATURE solveLinearPolynomialEquation ((Union (List (SparseUnivariatePolynomial (Integer))) failed) (List (SparseUnivariatePolynomial (Integer))) (SparseUnivariatePolynomial (Integer)))))) debug: evaluateType form: (CATEGORY package (SIGNATURE solveLinearPolynomialEquation ((Union (List (SparseUnivariatePolynomial (Integer))) failed) (List (SparseUnivariatePolynomial (Integer))) (SparseUnivariatePolynomial (Integer))))) $param: NIL debug: evaluateType form: (Union (List (SparseUnivariatePolynomial (Integer))) failed) $param: NIL debug: evaluateType form: (List (SparseUnivariatePolynomial (Integer))) $param: NIL Debug: evaluateType1 form: (List (SparseUnivariatePolynomial (Integer))) debug: evaluateType1 x: (SparseUnivariatePolynomial (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial (Integer)) $param: NIL Debug: evaluateType1 form: (SparseUnivariatePolynomial (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial (Integer)) c: (Type) debug: evaluateType form: failed $param: NIL debug: evaluateType form: (List (SparseUnivariatePolynomial (Integer))) $param: NIL Debug: evaluateType1 form: (List (SparseUnivariatePolynomial (Integer))) debug: evaluateType1 x: (SparseUnivariatePolynomial (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial (Integer)) $param: NIL Debug: evaluateType1 form: (SparseUnivariatePolynomial (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial (Integer)) c: (Type) debug: evaluateType form: (SparseUnivariatePolynomial (Integer)) $param: NIL Debug: evaluateType1 form: (SparseUnivariatePolynomial (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE solveLinearPolynomialEquation ((Union (List (SparseUnivariatePolynomial (Integer))) failed) (List (SparseUnivariatePolynomial (Integer))) (SparseUnivariatePolynomial (Integer)))))) ------------------------------------------------------------------------ initializing stationary directory for IntegerSolveLinearPolynomialEquation compiling into /tmp/oa-Nu9vf2 compiling exported solveLinearPolynomialEquation : (List SparseUnivariatePolynomial Integer,SparseUnivariatePolynomial Integer) -> Union(List SparseUnivariatePolynomial Integer,failed) Time: 0.12 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Warnings: [1] solveLinearPolynomialEquation: slpePrime has no value [2] solveLinearPolynomialEquation: oldtable has no value Cumulative Statistics for Constructor IntegerSolveLinearPolynomialEquation Time: 0.12 seconds finalizing NRLIB INTSLPE Processing IntegerSolveLinearPolynomialEquation for Browser database: -- solveLinearPolynomialEquation : (List ZP,ZP) -> Union(List ZP,"failed") -- constructor ; compiling file "/tmp/oa-Nu9vf2/code.lsp" (written 01 FEB 2016 10:57:29 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |INTSLPE;solveLinearPolynomialEquation;LSupU;1| ...) ; compiling (DEFUN |IntegerSolveLinearPolynomialEquation| ...) ; compiling (DEFUN |IntegerSolveLinearPolynomialEquation;| ...) ; compiling (MAKEPROP (QUOTE |IntegerSolveLinearPolynomialEquation|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-Nu9vf2/code.fasl written ; compilation finished in 0:00:00.028 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile INT.spad && cp INT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INT.fasl \ && if test -f INT-.NRLIB/code.fasl; then \ cp INT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INT.spad using Spad compiler. INT abbreviates domain Integer debug: compDefine1 lhs: (Integer) signature (pre-evaluate): ((Join (IntegerNumberSystem) (CATEGORY package (ATTRIBUTE canonical)))) debug: evaluateType form: (Join (IntegerNumberSystem) (CATEGORY package (ATTRIBUTE canonical))) $param: NIL debug: evaluateType form: (IntegerNumberSystem) $param: NIL Debug: evaluateType1 form: (IntegerNumberSystem) debug: evaluateType form: (CATEGORY package (ATTRIBUTE canonical)) $param: NIL debug: compDefine1 signature (post evaluate): ((Join (IntegerNumberSystem) (CATEGORY package (ATTRIBUTE canonical)))) ------------------------------------------------------------------------ initializing stationary directory for Integer compiling into /tmp/oa-0oTr8f compiling exported Zero : () -> % INT;Zero;$;1 is replaced by 0 Time: 0.03 SEC. compiling exported One : () -> % INT;One;$;2 is replaced by 1 Time: 0 SEC. compiling exported zero? : % -> Boolean Time: 0 SEC. compiling exported one? : % -> Boolean Time: 0.00 SEC. compiling exported base : () -> % INT;base;$;5 is replaced by 2 Time: 0 SEC. compiling exported copy : % -> % INT;copy;2$;6 x is replaced by x Time: 0 SEC. compiling exported inc : % -> % INT;inc;2$;7 is replaced by %iinc Time: 0 SEC. compiling exported dec : % -> % INT;dec;2$;8 is replaced by %idec Time: 0 SEC. compiling exported hash : % -> SingleInteger INT;hash;$Si;9 is replaced by %hash Time: 0.01 SEC. compiling exported negative? : % -> Boolean Time: 0.00 SEC. compiling exported positive? : % -> Boolean Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Time: 0.04 SEC. compiling exported coerce : Integer -> % INT;coerce;I$;13 m is replaced by m Time: 0.00 SEC. compiling exported convert : % -> Integer INT;convert;$I;14 x is replaced by x Time: 0.01 SEC. compiling exported length : % -> % INT;length;2$;15 is replaced by %ilength Time: 0 SEC. compiling exported addmod : (%,%,%) -> % INT;addmod;4$;16(a,b,p) is replaced by %irem(%iadd(a,b),p) Time: 0 SEC. compiling exported submod : (%,%,%) -> % INT;submod;4$;17(a,b,p) is replaced by %irem(%isub(a,b),p) Time: 0.00 SEC. compiling exported mulmod : (%,%,%) -> % INT;mulmod;4$;18(a,b,p) is replaced by %irem(%imul(a,b),p) Time: 0 SEC. compiling exported convert : % -> Float Time: 0.04 SEC. compiling exported convert : % -> DoubleFloat INT;convert;$Df;20 is replaced by %i2f Time: 0.02 SEC. compiling exported convert : % -> InputForm Time: 0.03 SEC. compiling exported latex : % -> String Time: 0.00 SEC. compiling exported positiveRemainder : (%,%) -> % Time: 0.00 SEC. compiling exported reducedSystem : Matrix % -> Matrix Integer INT;reducedSystem;MM;24 m is replaced by m Time: 0.01 SEC. compiling exported reducedSystem : (Matrix %,Vector %) -> Record(mat: Matrix Integer,vec: Vector Integer) INT;reducedSystem;MVR;25 is replaced by %pair Time: 0.02 SEC. compiling exported abs : % -> % INT;abs;2$;26 is replaced by %iabs Time: 0 SEC. compiling exported random : () -> % INT;random;$;27 is replaced by %ibigrandom Time: 0 SEC. compiling exported random : % -> % INT;random;2$;28 is replaced by %irandom Time: 0 SEC. compiling exported = : (%,%) -> Boolean INT;=;2$B;29 is replaced by %ieq Time: 0.00 SEC. compiling exported < : (%,%) -> Boolean INT;<;2$B;30 is replaced by %ilt Time: 0.00 SEC. compiling exported > : (%,%) -> Boolean INT;>;2$B;31(x,y) is replaced by %ilt(y,x) Time: 0.00 SEC. compiling exported <= : (%,%) -> Boolean INT;<=;2$B;32(x,y) is replaced by %not %ilt(y,x) Time: 0.00 SEC. compiling exported >= : (%,%) -> Boolean INT;>=;2$B;33(x,y) is replaced by %not %ilt(x,y) Time: 0.00 SEC. compiling exported - : % -> % INT;-;2$;34 is replaced by %ineg Time: 0 SEC. compiling exported + : (%,%) -> % INT;+;3$;35 is replaced by %iadd Time: 0.00 SEC. compiling exported - : (%,%) -> % INT;-;3$;36 is replaced by %isub Time: 0.00 SEC. compiling exported * : (%,%) -> % INT;*;3$;37 is replaced by %imul Time: 0 SEC. compiling exported * : (Integer,%) -> % INT;*;I2$;38 is replaced by %imul Time: 0.01 SEC. compiling exported ** : (%,NonNegativeInteger) -> % INT;**;$Nni$;39 is replaced by %ipow Time: 0.00 SEC. compiling exported odd? : % -> Boolean INT;odd?;$B;40 is replaced by %iodd? Time: 0.00 SEC. compiling exported even? : % -> Boolean INT;even?;$B;41 is replaced by %ieven? Time: 0.00 SEC. compiling exported max : (%,%) -> % INT;max;3$;42 is replaced by %imax Time: 0 SEC. compiling exported min : (%,%) -> % INT;min;3$;43 is replaced by %imin Time: 0 SEC. compiling exported divide : (%,%) -> Record(quotient: %,remainder: %) INT;divide;2$R;44 is replaced by %idivide Time: 0.00 SEC. compiling exported quo : (%,%) -> % INT;quo;3$;45 is replaced by %iquo Time: 0 SEC. compiling exported rem : (%,%) -> % INT;rem;3$;46 is replaced by %irem Time: 0 SEC. compiling exported shift : (%,%) -> % INT;shift;3$;47 is replaced by %ilshift Time: 0 SEC. compiling exported recip : % -> Union(%,failed) Time: 0.01 SEC. compiling exported gcd : (%,%) -> % INT;gcd;3$;49 is replaced by %igcd Time: 0 SEC. compiling exported unitNormal : % -> Record(unit: %,canonical: %,associate: %) Time: 0.01 SEC. compiling exported unitCanonical : % -> % INT;unitCanonical;2$;51 is replaced by %iabs Time: 0 SEC. compiling local solveLinearPolynomialEquation : (List SparseUnivariatePolynomial %,SparseUnivariatePolynomial %) -> Union(List SparseUnivariatePolynomial %,failed) Time: 0.04 SEC. compiling local squareFreePolynomial : SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial % Time: 0.04 SEC. compiling local factorPolynomial : SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial % Time: 0.09 SEC. compiling local factorSquareFreePolynomial : SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial % Time: 0.02 SEC. compiling exported gcdPolynomial : (SparseUnivariatePolynomial %,SparseUnivariatePolynomial %) -> SparseUnivariatePolynomial % Time: 0.02 SEC. compiling exported opposite? : (%,%) -> Boolean Time: 0.00 SEC. compiling exported annihilate? : (%,%) -> Boolean Time: 0.01 SEC. (time taken in buildFunctor: 4) Time: 0.01 SEC. Warnings: [1] coerce: pretend $ -- should replace by @ [2] factorPolynomial: not known that UnivariatePolynomialCategory(Integer) is of mode CATEGORY(domain,outputForm: (%,OutputForm) -> OutputForm,fmecg: (%,NonNegativeInteger,%,%) -> %) [3] gcdPolynomial: not known that UnivariatePolynomialCategory(Integer) is of mode CATEGORY(domain,outputForm: (%,OutputForm) -> OutputForm,fmecg: (%,NonNegativeInteger,%,%) -> %) [4] Type Integer is not in scope. Import it Cumulative Statistics for Constructor Integer Time: 0.52 seconds finalizing NRLIB INT Processing Integer for Browser database: -- canonical : () -> attribute -- constructor ; compiling file "/tmp/oa-0oTr8f/code.lsp" (written 01 FEB 2016 10:57:29 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;Zero;$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;One;$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;base;$;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;copy;2$;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;inc;2$;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;dec;2$;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;hash;$Si;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;coerce;I$;13|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;convert;$I;14|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;length;2$;15|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;addmod;4$;16|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;submod;4$;17|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;mulmod;4$;18|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;convert;$Df;20|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;reducedSystem;MM;24|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;reducedSystem;MVR;25|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;abs;2$;26|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;random;$;27|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;random;2$;28|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;=;2$B;29|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;<;2$B;30|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;>;2$B;31|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;<=;2$B;32|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;>=;2$B;33|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;-;2$;34|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;+;3$;35|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;-;3$;36|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;*;3$;37|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;*;I2$;38|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;**;$Nni$;39|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;odd?;$B;40|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;even?;$B;41|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;max;3$;42|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;min;3$;43|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;divide;2$R;44|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;quo;3$;45|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;rem;3$;46|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;shift;3$;47|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;gcd;3$;49|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;unitCanonical;2$;51|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INT;zero?;$B;3|) ...) ; compiling (PUT (QUOTE |INT;one?;$B;4|) ...) ; compiling (PUT (QUOTE |INT;negative?;$B;10|) ...) ; compiling (PUT (QUOTE |INT;positive?;$B;11|) ...) ; compiling (PUT (QUOTE |INT;annihilate?;2$B;58|) ...) ; compiling (DEFUN |INT;Zero;$;1| ...) ; compiling (DEFUN |INT;One;$;2| ...) ; compiling (DEFUN |INT;zero?;$B;3| ...) ; compiling (DEFUN |INT;one?;$B;4| ...) ; compiling (DEFUN |INT;base;$;5| ...) ; compiling (DEFUN |INT;copy;2$;6| ...) ; compiling (DEFUN |INT;inc;2$;7| ...) ; compiling (DEFUN |INT;dec;2$;8| ...) ; compiling (DEFUN |INT;hash;$Si;9| ...) ; compiling (DEFUN |INT;negative?;$B;10| ...) ; compiling (DEFUN |INT;positive?;$B;11| ...) ; compiling (DEFUN |INT;coerce;$Of;12| ...) ; compiling (DEFUN |INT;coerce;I$;13| ...) ; compiling (DEFUN |INT;convert;$I;14| ...) ; compiling (DEFUN |INT;length;2$;15| ...) ; compiling (DEFUN |INT;addmod;4$;16| ...) ; compiling (DEFUN |INT;submod;4$;17| ...) ; compiling (DEFUN |INT;mulmod;4$;18| ...) ; compiling (DEFUN |INT;convert;$F;19| ...) ; compiling (DEFUN |INT;convert;$Df;20| ...) ; compiling (DEFUN |INT;convert;$If;21| ...) ; compiling (DEFUN |INT;latex;$S;22| ...) ; file: /tmp/oa-0oTr8f/code.lsp ; in: DEFUN |INT;latex;$S;22| ; (DEFUN BOOT::|INT;latex;$S;22| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|s| (WRITE-TO-STRING BOOT::|x|))) ; (BOOT::SEQ (COND (# #)) (BOOT::EXIT (BOOT::STRCONC "{" #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INT;latex;$S;22| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|INT;latex;$S;22| ; (LET ((BOOT::|s| #)) ; (BOOT::SEQ (COND #) (BOOT::EXIT #))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |INT;positiveRemainder;3$;23| ...) ; file: /tmp/oa-0oTr8f/code.lsp ; in: DEFUN |INT;positiveRemainder;3$;23| ; (DEFUN BOOT::|INT;positiveRemainder;3$;23| (BOOT::|a| BOOT::|b| BOOT::$) ; (LET ((BOOT::|r| (REM BOOT::|a| BOOT::|b|))) ; (COND ((MINUSP BOOT::|r|) (COND # #)) (T BOOT::|r|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INT;positiveRemainder;3$;23| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|INT;positiveRemainder;3$;23| ; (LET ((BOOT::|r| #)) ; (COND (# #) (T BOOT::|r|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |INT;reducedSystem;MM;24| ...) ; compiling (DEFUN |INT;reducedSystem;MVR;25| ...) ; compiling (DEFUN |INT;abs;2$;26| ...) ; compiling (DEFUN |INT;random;$;27| ...) ; compiling (DEFUN |INT;random;2$;28| ...) ; compiling (DEFUN |INT;=;2$B;29| ...) ; compiling (DEFUN |INT;<;2$B;30| ...) ; compiling (DEFUN |INT;>;2$B;31| ...) ; compiling (DEFUN |INT;<=;2$B;32| ...) ; compiling (DEFUN |INT;>=;2$B;33| ...) ; compiling (DEFUN |INT;-;2$;34| ...) ; compiling (DEFUN |INT;+;3$;35| ...) ; compiling (DEFUN |INT;-;3$;36| ...) ; compiling (DEFUN |INT;*;3$;37| ...) ; compiling (DEFUN |INT;*;I2$;38| ...) ; compiling (DEFUN |INT;**;$Nni$;39| ...) ; compiling (DEFUN |INT;odd?;$B;40| ...) ; compiling (DEFUN |INT;even?;$B;41| ...) ; compiling (DEFUN |INT;max;3$;42| ...) ; compiling (DEFUN |INT;min;3$;43| ...) ; compiling (DEFUN |INT;divide;2$R;44| ...) ; compiling (DEFUN |INT;quo;3$;45| ...) ; compiling (DEFUN |INT;rem;3$;46| ...) ; compiling (DEFUN |INT;shift;3$;47| ...) ; compiling (DEFUN |INT;recip;$U;48| ...) ; file: /tmp/oa-0oTr8f/code.lsp ; in: DEFUN |INT;recip;$U;48| ; (DEFUN BOOT::|INT;recip;$U;48| (BOOT::|x| BOOT::$) ; (COND ((OR (EQL BOOT::|x| 1) (EQL BOOT::|x| -1)) (CONS 0 BOOT::|x|)) ; (T (CONS 1 "failed")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INT;recip;$U;48| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|INT;recip;$U;48| ; (COND ((OR # #) (CONS 0 BOOT::|x|)) (T (CONS 1 "failed"))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |INT;gcd;3$;49| ...) ; compiling (DEFUN |INT;unitNormal;$R;50| ...) ; file: /tmp/oa-0oTr8f/code.lsp ; in: DEFUN |INT;unitNormal;$R;50| ; (DEFUN BOOT::|INT;unitNormal;$R;50| (BOOT::|x| BOOT::$) ; (COND ((MINUSP BOOT::|x|) (VECTOR -1 (- BOOT::|x|) -1)) ; (T (VECTOR 1 BOOT::|x| 1)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INT;unitNormal;$R;50| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|INT;unitNormal;$R;50| ; (COND ((MINUSP BOOT::|x|) (VECTOR -1 # -1)) ; (T (VECTOR 1 BOOT::|x| 1))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |INT;unitCanonical;2$;51| ...) ; compiling (DEFUN |INT;solveLinearPolynomialEquation| ...) ; file: /tmp/oa-0oTr8f/code.lsp ; in: DEFUN |INT;solveLinearPolynomialEquation| ; (DEFUN BOOT::|INT;solveLinearPolynomialEquation| ; (BOOT::|lp| BOOT::|p| BOOT::$) ; (BOOT::SPADCALL BOOT::|lp| BOOT::|p| (BOOT::|shellEntry| BOOT::$ 82))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INT;solveLinearPolynomialEquation| ; (BOOT::|lp| BOOT::|p| BOOT::$) ; (BLOCK BOOT::|INT;solveLinearPolynomialEquation| ; (BOOT::SPADCALL BOOT::|lp| BOOT::|p| (BOOT::|shellEntry| BOOT::$ 82)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |INT;squareFreePolynomial| ...) ; compiling (DEFUN |INT;factorPolynomial| ...) ; compiling (DEFUN |INT;factorPolynomial!0| ...) ; compiling (DEFUN |INT;factorSquareFreePolynomial| ...) ; compiling (DEFUN |INT;gcdPolynomial;3Sup;56| ...) ; compiling (DEFUN |INT;opposite?;2$B;57| ...) ; file: /tmp/oa-0oTr8f/code.lsp ; in: DEFUN |INT;opposite?;2$B;57| ; (DEFUN BOOT::|INT;opposite?;2$B;57| (BOOT::|x| BOOT::|y| BOOT::$) ; (EQL BOOT::|x| (- BOOT::|y|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INT;opposite?;2$B;57| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|INT;opposite?;2$B;57| (EQL BOOT::|x| (- BOOT::|y|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |INT;annihilate?;2$B;58| ...) ; compiling (DEFUN |Integer| ...) ; compiling (DEFUN |Integer;| ...) ; compiling (MAKEPROP (QUOTE |Integer|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 5 STYLE-WARNING conditions ; printed 2 notes ; /tmp/oa-0oTr8f/code.fasl written ; compilation finished in 0:00:00.108 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile NNI.spad && cp NNI.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/NNI.fasl \ && if test -f NNI-.NRLIB/code.fasl; then \ cp NNI-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/NNI-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NNI.spad using Spad compiler. NNI abbreviates domain NonNegativeInteger debug: compDefine1 lhs: (NonNegativeInteger) signature (pre-evaluate): ((Join (OrderedAbelianMonoidSup) (Monoid) (CATEGORY domain (SIGNATURE quo ($ $ $)) (SIGNATURE rem ($ $ $)) (SIGNATURE gcd ($ $ $)) (SIGNATURE divide ((Record (: quotient $) (: remainder $)) $ $)) (SIGNATURE exquo ((Union $ failed) $ $)) (SIGNATURE shift ($ $ (Integer))) (SIGNATURE random ($ $)) (ATTRIBUTE (commutative *))))) debug: evaluateType form: (Join (OrderedAbelianMonoidSup) (Monoid) (CATEGORY domain (SIGNATURE quo ($ $ $)) (SIGNATURE rem ($ $ $)) (SIGNATURE gcd ($ $ $)) (SIGNATURE divide ((Record (: quotient $) (: remainder $)) $ $)) (SIGNATURE exquo ((Union $ failed) $ $)) (SIGNATURE shift ($ $ (Integer))) (SIGNATURE random ($ $)) (ATTRIBUTE (commutative *)))) $param: NIL debug: evaluateType form: (OrderedAbelianMonoidSup) $param: NIL Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (Monoid) $param: NIL Debug: evaluateType1 form: (Monoid) debug: evaluateType form: (CATEGORY domain (SIGNATURE quo ($ $ $)) (SIGNATURE rem ($ $ $)) (SIGNATURE gcd ($ $ $)) (SIGNATURE divide ((Record (: quotient $) (: remainder $)) $ $)) (SIGNATURE exquo ((Union $ failed) $ $)) (SIGNATURE shift ($ $ (Integer))) (SIGNATURE random ($ $)) (ATTRIBUTE (commutative *))) $param: NIL debug: evaluateType form: (Record (: quotient $) (: remainder $)) $param: NIL debug: evaluateType form: $ $param: NIL debug: evaluateType form: $ $param: NIL debug: evaluateType form: (Union $ failed) $param: NIL debug: evaluateType form: $ $param: NIL debug: evaluateType form: failed $param: NIL debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((Join (OrderedAbelianMonoidSup) (Monoid) (CATEGORY domain (SIGNATURE quo ($ $ $)) (SIGNATURE rem ($ $ $)) (SIGNATURE gcd ($ $ $)) (SIGNATURE divide ((Record (: quotient $) (: remainder $)) $ $)) (SIGNATURE exquo ((Union $ failed) $ $)) (SIGNATURE shift ($ $ (Integer))) (SIGNATURE random ($ $)) (ATTRIBUTE (commutative *))))) ------------------------------------------------------------------------ initializing stationary directory for NonNegativeInteger compiling into /tmp/oa-aOT6ld compiling exported sup : (%,%) -> % NNI;sup;3$;1 is replaced by %imax Time: 0.01 SEC. compiling exported shift : (%,Integer) -> % NNI;shift;$I$;2 is replaced by ASH Time: 0 SEC. compiling exported subtractIfCan : (%,%) -> Maybe % Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor NonNegativeInteger Time: 0.03 seconds --------------non extending category---------------------- NonNegativeInteger of category Join(OrderedAbelianMonoidSup,Monoid) with ?quo? : (%,%) -> % ?rem? : (%,%) -> % gcd : (%,%) -> % divide : (%,%) -> Record(quotient: %,remainder: %) exquo : (%,%) -> Union(%,"failed") shift : (%,Integer) -> % random : % -> % commutative("*") has no IntegerNumberSystem ---------------------------------------------------------- finalizing NRLIB NNI Processing NonNegativeInteger for Browser database: -- ?quo? : (%,%) -> % -- ?rem? : (%,%) -> % -- gcd : (%,%) -> % -- divide : (%,%) -> Record(quotient: %,remainder: %) -- exquo : (%,%) -> Union(%,"failed") -- shift : (%,Integer) -> % -- random : % -> % -- commutative : "*" -> attribute -- constructor ; compiling file "/tmp/oa-aOT6ld/code.lsp" (written 01 FEB 2016 10:57:30 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |NNI;sup;3$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |NNI;shift;$I$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |NNI;sup;3$;1| ...) ; compiling (DEFUN |NNI;shift;$I$;2| ...) ; compiling (DEFUN |NNI;subtractIfCan;2$M;3| ...) ; file: /tmp/oa-aOT6ld/code.lsp ; in: DEFUN |NNI;subtractIfCan;2$M;3| ; (DEFUN BOOT::|NNI;subtractIfCan;2$M;3| (BOOT::|x| BOOT::|y| BOOT::$) ; (LET ((BOOT::|c| (- BOOT::|x| BOOT::|y|))) ; (COND ((MINUSP BOOT::|c|) |AxiomCore|:|%nothing|) (T BOOT::|c|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NNI;subtractIfCan;2$M;3| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|NNI;subtractIfCan;2$M;3| ; (LET ((BOOT::|c| #)) ; (COND (# |AxiomCore|:|%nothing|) (T BOOT::|c|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |NonNegativeInteger| ...) ; compiling (DEFUN |NonNegativeInteger;| ...) ; compiling (MAKEPROP (QUOTE |NonNegativeInteger|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbSuperDomain| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; /tmp/oa-aOT6ld/code.fasl written ; compilation finished in 0:00:00.024 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PI.spad && cp PI.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PI.fasl \ && if test -f PI-.NRLIB/code.fasl; then \ cp PI-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PI-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PI.spad using Spad compiler. PI abbreviates domain PositiveInteger debug: compDefine1 lhs: (PositiveInteger) signature (pre-evaluate): ((Join (OrderedAbelianSemiGroup) (Monoid) (CATEGORY domain (SIGNATURE gcd ($ $ $)) (ATTRIBUTE (commutative *))))) debug: evaluateType form: (Join (OrderedAbelianSemiGroup) (Monoid) (CATEGORY domain (SIGNATURE gcd ($ $ $)) (ATTRIBUTE (commutative *)))) $param: NIL debug: evaluateType form: (OrderedAbelianSemiGroup) $param: NIL Debug: evaluateType1 form: (OrderedAbelianSemiGroup) debug: evaluateType form: (Monoid) $param: NIL Debug: evaluateType1 form: (Monoid) debug: evaluateType form: (CATEGORY domain (SIGNATURE gcd ($ $ $)) (ATTRIBUTE (commutative *))) $param: NIL debug: compDefine1 signature (post evaluate): ((Join (OrderedAbelianSemiGroup) (Monoid) (CATEGORY domain (SIGNATURE gcd ($ $ $)) (ATTRIBUTE (commutative *))))) ------------------------------------------------------------------------ initializing stationary directory for PositiveInteger compiling into /tmp/oa-4NJETa (time taken in buildFunctor: 0) Time: 0.04 SEC. Cumulative Statistics for Constructor PositiveInteger Time: 0.04 seconds --------------non extending category---------------------- PositiveInteger of category Join(OrderedAbelianSemiGroup,Monoid) with gcd : (%,%) -> % commutative("*") has no OrderedAbelianMonoidSup ---------------------------------------------------------- finalizing NRLIB PI Processing PositiveInteger for Browser database: -- gcd : (%,%) -> % -- commutative : "*" -> attribute -- constructor ; compiling file "/tmp/oa-4NJETa/code.lsp" (written 01 FEB 2016 10:57:30 PM): ; compiling (DEFUN |PositiveInteger| ...) ; compiling (DEFUN |PositiveInteger;| ...) ; compiling (MAKEPROP (QUOTE |PositiveInteger|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbSuperDomain| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-4NJETa/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SINT.spad && cp SINT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SINT.fasl \ && if test -f SINT-.NRLIB/code.fasl; then \ cp SINT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SINT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SINT.spad using Spad compiler. SINT abbreviates domain SingleInteger debug: compDefine1 lhs: (SingleInteger) signature (pre-evaluate): ((Join (IntegerNumberSystem) (OrderedFinite) (BooleanLogic) (CATEGORY domain (ATTRIBUTE canonical) (SIGNATURE xor ($ $ $))))) debug: evaluateType form: (Join (IntegerNumberSystem) (OrderedFinite) (BooleanLogic) (CATEGORY domain (ATTRIBUTE canonical) (SIGNATURE xor ($ $ $)))) $param: NIL debug: evaluateType form: (IntegerNumberSystem) $param: NIL Debug: evaluateType1 form: (IntegerNumberSystem) debug: evaluateType form: (OrderedFinite) $param: NIL Debug: evaluateType1 form: (OrderedFinite) debug: evaluateType form: (BooleanLogic) $param: NIL Debug: evaluateType1 form: (BooleanLogic) debug: evaluateType form: (CATEGORY domain (ATTRIBUTE canonical) (SIGNATURE xor ($ $ $))) $param: NIL debug: compDefine1 signature (post evaluate): ((Join (IntegerNumberSystem) (OrderedFinite) (BooleanLogic) (CATEGORY domain (ATTRIBUTE canonical) (SIGNATURE xor ($ $ $))))) ------------------------------------------------------------------------ initializing stationary directory for SingleInteger compiling into /tmp/oa-VTOeoo compiling exported reducedSystem : Matrix % -> Matrix Integer SINT;reducedSystem;MM;1 m is replaced by m Time: 0.07 SEC. compiling exported coerce : % -> OutputForm Time: 0.00 SEC. compiling exported convert : % -> Integer SINT;convert;$I;3 x is replaced by x Time: 0.00 SEC. compiling exported * : (Integer,%) -> % Time: 0 SEC. compiling exported Zero : () -> % SINT;Zero;$;5 is replaced by 0 Time: 0 SEC. compiling exported One : () -> % SINT;One;$;6 is replaced by 1 Time: 0 SEC. compiling exported base : () -> % SINT;base;$;7 is replaced by 2 Time: 0 SEC. compiling exported max : () -> % SINT;max;$;8 is replaced by %icstmax Time: 0 SEC. compiling exported min : () -> % SINT;min;$;9 is replaced by %icstmin Time: 0 SEC. compiling exported = : (%,%) -> Boolean SINT;=;2$B;10 is replaced by %ieq Time: 0.00 SEC. compiling exported ~ : % -> % SINT;~;2$;11 is replaced by %bitnot Time: 0 SEC. compiling exported not : % -> % SINT;not;2$;12 is replaced by %bitnot Time: 0 SEC. compiling exported /\ : (%,%) -> % SINT;/\;3$;13 is replaced by %bitand Time: 0 SEC. compiling exported \/ : (%,%) -> % SINT;\/;3$;14 is replaced by %bitior Time: 0 SEC. compiling exported and : (%,%) -> % SINT;and;3$;15 is replaced by %bitand Time: 0 SEC. compiling exported or : (%,%) -> % SINT;or;3$;16 is replaced by %bitior Time: 0.00 SEC. compiling exported xor : (%,%) -> % SINT;xor;3$;17 is replaced by %bitxor Time: 0 SEC. compiling exported < : (%,%) -> Boolean SINT;<;2$B;18 is replaced by %ilt Time: 0.00 SEC. compiling exported > : (%,%) -> Boolean SINT;>;2$B;19(x,y) is replaced by %ilt(y,x) Time: 0 SEC. compiling exported <= : (%,%) -> Boolean SINT;<=;2$B;20(x,y) is replaced by %not %ilt(y,x) Time: 0.00 SEC. compiling exported >= : (%,%) -> Boolean SINT;>=;2$B;21(x,y) is replaced by %not %ilt(x,y) Time: 0 SEC. compiling exported inc : % -> % SINT;inc;2$;22 is replaced by %iinc Time: 0 SEC. compiling exported dec : % -> % SINT;dec;2$;23 is replaced by %idec Time: 0 SEC. compiling exported - : % -> % SINT;-;2$;24 is replaced by %ineg Time: 0.00 SEC. compiling exported + : (%,%) -> % SINT;+;3$;25 is replaced by %iadd Time: 0 SEC. compiling exported - : (%,%) -> % SINT;-;3$;26 is replaced by %isub Time: 0.00 SEC. compiling exported * : (%,%) -> % SINT;*;3$;27 is replaced by %imul Time: 0 SEC. compiling exported ** : (%,NonNegativeInteger) -> % Time: 0.01 SEC. compiling exported quo : (%,%) -> % SINT;quo;3$;29 is replaced by %iquo Time: 0 SEC. compiling exported rem : (%,%) -> % SINT;rem;3$;30 is replaced by %irem Time: 0 SEC. compiling exported divide : (%,%) -> Record(quotient: %,remainder: %) SINT;divide;2$R;31 is replaced by %idivide Time: 0 SEC. compiling exported gcd : (%,%) -> % SINT;gcd;3$;32 is replaced by %igcd Time: 0 SEC. compiling exported abs : % -> % SINT;abs;2$;33 is replaced by %iabs Time: 0.00 SEC. compiling exported odd? : % -> Boolean SINT;odd?;$B;34 is replaced by %iodd? Time: 0 SEC. compiling exported even? : % -> Boolean SINT;even?;$B;35 is replaced by %ieven? Time: 0 SEC. compiling exported zero? : % -> Boolean SINT;zero?;$B;36 x is replaced by %ieq(x,0) Time: 0.00 SEC. compiling exported one? : % -> Boolean SINT;one?;$B;37 x is replaced by %ieq(x,1) Time: 0.00 SEC. compiling exported max : (%,%) -> % SINT;max;3$;38 is replaced by %imax Time: 0 SEC. compiling exported min : (%,%) -> % SINT;min;3$;39 is replaced by %imin Time: 0 SEC. compiling exported hash : % -> SingleInteger SINT;hash;$Si;40 is replaced by %hash Time: 0.00 SEC. compiling exported length : % -> % SINT;length;2$;41 is replaced by %ilength Time: 0 SEC. compiling exported shift : (%,%) -> % SINT;shift;3$;42 is replaced by %ilshift Time: 0 SEC. compiling exported mulmod : (%,%,%) -> % SINT;mulmod;4$;43(a,b,p) is replaced by %irem(%imul(a,b),p) Time: 0.00 SEC. compiling exported addmod : (%,%,%) -> % SINT;addmod;4$;44(a,b,p) is replaced by %irem(%iadd(a,b),p) Time: 0.00 SEC. compiling exported submod : (%,%,%) -> % SINT;submod;4$;45(a,b,p) is replaced by %irem(%isub(a,b),p) Time: 0 SEC. compiling exported negative? : % -> Boolean SINT;negative?;$B;46 x is replaced by %ilt(x,0) Time: 0 SEC. compiling exported size : () -> NonNegativeInteger SINT;size;Nni;47 is replaced by %iadd(%isub(%icstmax,%icstmin),1) Time: 0.00 SEC. compiling exported index : PositiveInteger -> % Time: 0.01 SEC. compiling exported lookup : % -> PositiveInteger SINT;lookup;$Pi;49 x is replaced by %iadd(%isub(x,%icstmin),1) Time: 0.01 SEC. compiling exported reducedSystem : (Matrix %,Vector %) -> Record(mat: Matrix Integer,vec: Vector Integer) SINT;reducedSystem;MVR;50 is replaced by %pair Time: 0.03 SEC. compiling exported positiveRemainder : (%,%) -> % Time: 0.01 SEC. compiling exported coerce : Integer -> % Time: 0.00 SEC. compiling exported random : () -> % Time: 0 SEC. compiling exported random : % -> % SINT;random;2$;54 is replaced by %irandom Time: 0 SEC. compiling exported unitNormal : % -> Record(unit: %,canonical: %,associate: %) Time: 0.01 SEC. compiling exported positive? : % -> Boolean SINT;positive?;$B;56 x is replaced by %ilt(0,x) Time: 0 SEC. (time taken in buildFunctor: 4) Time: 0.05 SEC. Warnings: [1] **: pretend Integer -- should replace by @ Cumulative Statistics for Constructor SingleInteger Time: 0.25 seconds finalizing NRLIB SINT Processing SingleInteger for Browser database: -- canonical : () -> attribute -- xor : (%,%) -> % -- constructor ; compiling file "/tmp/oa-VTOeoo/code.lsp" (written 01 FEB 2016 10:57:30 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;reducedSystem;MM;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;convert;$I;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;Zero;$;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;One;$;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;base;$;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;max;$;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;min;$;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;=;2$B;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;~;2$;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;not;2$;12|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;/\\;3$;13|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;\\/;3$;14|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;and;3$;15|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;or;3$;16|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;xor;3$;17|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;<;2$B;18|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;>;2$B;19|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;<=;2$B;20|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;>=;2$B;21|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;inc;2$;22|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;dec;2$;23|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;-;2$;24|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;+;3$;25|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;-;3$;26|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;*;3$;27|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;quo;3$;29|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;rem;3$;30|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;divide;2$R;31|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;gcd;3$;32|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;abs;2$;33|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;odd?;$B;34|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;even?;$B;35|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;zero?;$B;36|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;one?;$B;37|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;max;3$;38|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;min;3$;39|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;hash;$Si;40|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;length;2$;41|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;shift;3$;42|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;mulmod;4$;43|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;addmod;4$;44|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;submod;4$;45|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;negative?;$B;46|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;size;Nni;47|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;lookup;$Pi;49|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;reducedSystem;MVR;50|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;random;2$;54|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SINT;positive?;$B;56|) ...) ; compiling (PUT (QUOTE |SINT;random;$;53|) ...) ; compiling (DEFUN |SINT;reducedSystem;MM;1| ...) ; compiling (DEFUN |SINT;coerce;$Of;2| ...) ; compiling (DEFUN |SINT;convert;$I;3| ...) ; compiling (DEFUN |SINT;*;I2$;4| ...) ; compiling (DEFUN |SINT;Zero;$;5| ...) ; compiling (DEFUN |SINT;One;$;6| ...) ; compiling (DEFUN |SINT;base;$;7| ...) ; compiling (DEFUN |SINT;max;$;8| ...) ; compiling (DEFUN |SINT;min;$;9| ...) ; compiling (DEFUN |SINT;=;2$B;10| ...) ; compiling (DEFUN |SINT;~;2$;11| ...) ; compiling (DEFUN |SINT;not;2$;12| ...) ; compiling (DEFUN |SINT;/\\;3$;13| ...) ; compiling (DEFUN |SINT;\\/;3$;14| ...) ; compiling (DEFUN |SINT;and;3$;15| ...) ; compiling (DEFUN |SINT;or;3$;16| ...) ; compiling (DEFUN |SINT;xor;3$;17| ...) ; compiling (DEFUN |SINT;<;2$B;18| ...) ; compiling (DEFUN |SINT;>;2$B;19| ...) ; compiling (DEFUN |SINT;<=;2$B;20| ...) ; compiling (DEFUN |SINT;>=;2$B;21| ...) ; compiling (DEFUN |SINT;inc;2$;22| ...) ; compiling (DEFUN |SINT;dec;2$;23| ...) ; compiling (DEFUN |SINT;-;2$;24| ...) ; compiling (DEFUN |SINT;+;3$;25| ...) ; compiling (DEFUN |SINT;-;3$;26| ...) ; compiling (DEFUN |SINT;*;3$;27| ...) ; compiling (DEFUN |SINT;**;$Nni$;28| ...) ; compiling (DEFUN |SINT;quo;3$;29| ...) ; compiling (DEFUN |SINT;rem;3$;30| ...) ; compiling (DEFUN |SINT;divide;2$R;31| ...) ; compiling (DEFUN |SINT;gcd;3$;32| ...) ; compiling (DEFUN |SINT;abs;2$;33| ...) ; compiling (DEFUN |SINT;odd?;$B;34| ...) ; compiling (DEFUN |SINT;even?;$B;35| ...) ; compiling (DEFUN |SINT;zero?;$B;36| ...) ; compiling (DEFUN |SINT;one?;$B;37| ...) ; compiling (DEFUN |SINT;max;3$;38| ...) ; compiling (DEFUN |SINT;min;3$;39| ...) ; compiling (DEFUN |SINT;hash;$Si;40| ...) ; compiling (DEFUN |SINT;length;2$;41| ...) ; compiling (DEFUN |SINT;shift;3$;42| ...) ; compiling (DEFUN |SINT;mulmod;4$;43| ...) ; compiling (DEFUN |SINT;addmod;4$;44| ...) ; compiling (DEFUN |SINT;submod;4$;45| ...) ; compiling (DEFUN |SINT;negative?;$B;46| ...) ; compiling (DEFUN |SINT;size;Nni;47| ...) ; compiling (DEFUN |SINT;index;Pi$;48| ...) ; file: /tmp/oa-VTOeoo/code.lsp ; in: DEFUN |SINT;index;Pi$;48| ; (DEFUN BOOT::|SINT;index;Pi$;48| (BOOT::|i| BOOT::$) ; (LET ((#:G593 (- # 1))) ; (COND ((|AxiomCore|:|fixnum?| #:G593) #:G593) ; (T (BOOT::|moanRetract| #:G593 '#))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SINT;index;Pi$;48| ; (BOOT::|i| BOOT::$) ; (BLOCK BOOT::|SINT;index;Pi$;48| ; (LET ((#:G593 #)) ; (COND (# #:G593) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES FIXNUM &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SINT;lookup;$Pi;49| ...) ; compiling (DEFUN |SINT;reducedSystem;MVR;50| ...) ; compiling (DEFUN |SINT;positiveRemainder;3$;51| ...) ; file: /tmp/oa-VTOeoo/code.lsp ; in: DEFUN |SINT;positiveRemainder;3$;51| ; (DEFUN BOOT::|SINT;positiveRemainder;3$;51| (BOOT::|x| BOOT::|n| BOOT::$) ; (LET ((BOOT::|r| (REM BOOT::|x| BOOT::|n|))) ; (COND ((MINUSP BOOT::|r|) (COND # #)) (T BOOT::|r|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SINT;positiveRemainder;3$;51| ; (BOOT::|x| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|SINT;positiveRemainder;3$;51| ; (LET ((BOOT::|r| #)) ; (COND (# #) (T BOOT::|r|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SINT;coerce;I$;52| ...) ; file: /tmp/oa-VTOeoo/code.lsp ; in: DEFUN |SINT;coerce;I$;52| ; (DEFUN BOOT::|SINT;coerce;I$;52| (BOOT::|x| BOOT::$) ; (COND ((|AxiomCore|:|fixnum?| BOOT::|x|) BOOT::|x|) ; (T (BOOT::|moanRetract| BOOT::|x| '(BOOT::|SingleInteger|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SINT;coerce;I$;52| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|SINT;coerce;I$;52| ; (COND ((|AxiomCore|:|fixnum?| BOOT::|x|) BOOT::|x|) ; (T (BOOT::|moanRetract| BOOT::|x| '#))))) ; ; note: type assertion too complex to check: ; (VALUES FIXNUM &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SINT;random;$;53| ...) ; compiling (DEFUN |SINT;random;2$;54| ...) ; compiling (DEFUN |SINT;unitNormal;$R;55| ...) ; file: /tmp/oa-VTOeoo/code.lsp ; in: DEFUN |SINT;unitNormal;$R;55| ; (DEFUN BOOT::|SINT;unitNormal;$R;55| (BOOT::|x| BOOT::$) ; (COND ((MINUSP BOOT::|x|) (VECTOR -1 (- BOOT::|x|) -1)) ; (T (VECTOR 1 BOOT::|x| 1)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SINT;unitNormal;$R;55| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|SINT;unitNormal;$R;55| ; (COND ((MINUSP BOOT::|x|) (VECTOR -1 # -1)) ; (T (VECTOR 1 BOOT::|x| 1))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SINT;positive?;$B;56| ...) ; compiling (DEFUN |SingleInteger| ...) ; compiling (DEFUN |SingleInteger;| ...) ; compiling (MAKEPROP (QUOTE |SingleInteger|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbSuperDomain| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 4 STYLE-WARNING conditions ; printed 2 notes ; /tmp/oa-VTOeoo/code.fasl written ; compilation finished in 0:00:00.143 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/PMSYM.fasl --optimize=3 PMSYM.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PMSYM.spad using Spad compiler. PMSYM abbreviates package PatternMatchSymbol debug: compDefine1 lhs: (PatternMatchSymbol S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult S (Symbol)) (Symbol) (Pattern S) (PatternMatchResult S (Symbol))))) (SetCategory)) debug: evaluateType form: (CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult S (Symbol)) (Symbol) (Pattern S) (PatternMatchResult S (Symbol))))) $param: (S) debug: evaluateType form: (PatternMatchResult S (Symbol)) $param: (S) Debug: evaluateType1 form: (PatternMatchResult S (Symbol)) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: (Symbol) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (SetCategory) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Pattern S) $param: (S) Debug: evaluateType1 form: (Pattern S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (PatternMatchResult S (Symbol)) $param: (S) Debug: evaluateType1 form: (PatternMatchResult S (Symbol)) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: (Symbol) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (SetCategory) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult S (Symbol)) (Symbol) (Pattern S) (PatternMatchResult S (Symbol))))) (SetCategory)) debug: compDefine1 lhs: (PatternMatchSymbol S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult S (Symbol)) (Symbol) (Pattern S) (PatternMatchResult S (Symbol))))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult S (Symbol)) (Symbol) (Pattern S) (PatternMatchResult S (Symbol))))) $param: (S) debug: evaluateType form: (PatternMatchResult S (Symbol)) $param: (S) Debug: evaluateType1 form: (PatternMatchResult S (Symbol)) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: (Symbol) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (SetCategory) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Pattern S) $param: (S) Debug: evaluateType1 form: (Pattern S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (PatternMatchResult S (Symbol)) $param: (S) Debug: evaluateType1 form: (PatternMatchResult S (Symbol)) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: (Symbol) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult S (Symbol)) (Symbol) (Pattern S) (PatternMatchResult S (Symbol))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for PatternMatchSymbol compiling into /tmp/oa-UsLOUX importing TopLevelPatternMatchControl compiling exported patternMatch : (Symbol,Pattern S,PatternMatchResult(S,Symbol)) -> PatternMatchResult(S,Symbol) Time: 0.05 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor PatternMatchSymbol Time: 0.06 seconds finalizing NRLIB PMSYM Processing PatternMatchSymbol for Browser database: -- patternMatch : (Symbol,Pattern S,PatternMatchResult(S,Symbol)) -> PatternMatchResult(S,Symbol) -- constructor ; compiling file "/tmp/oa-UsLOUX/code.lsp" (written 01 FEB 2016 10:57:30 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PMSYM;patternMatch;SP2Pmr;1| ...) ; compiling (DEFUN |PatternMatchSymbol| ...) ; compiling (DEFUN |PatternMatchSymbol;| ...) ; compiling (MAKEPROP (QUOTE |PatternMatchSymbol|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-UsLOUX/code.fasl written ; compilation finished in 0:00:00.020 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/CSTTOOLS.fasl --bootstrap CSTTOOLS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CSTTOOLS.spad using Spad compiler. CSTTOOLS abbreviates package CyclicStreamTools ------------------------------------------------------------------------ initializing stationary directory for CyclicStreamTools compiling into /tmp/oa-mtrtBb Time: 0.02 SEC. Cumulative Statistics for Constructor CyclicStreamTools Time: 0.02 seconds finalizing NRLIB CSTTOOLS ; compiling file "/tmp/oa-mtrtBb/code.lsp" (written 01 FEB 2016 10:57:30 PM): ; compiling (DEFUN |CyclicStreamTools| ...) ; compiling (DEFUN |CyclicStreamTools;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-mtrtBb/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/LZSTAGG.fasl --optimize=3 LZSTAGG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LZSTAGG.spad using Spad compiler. LZSTAGG abbreviates category LazyStreamAggregate debug: compDefine1 lhs: (LazyStreamAggregate S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (LazyStreamAggregate S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for LazyStreamAggregate compiling into /tmp/oa-ArWljc STYLE-WARNING: redefining BOOT::|LazyStreamAggregate| in DEFUN Time: 0.02 SEC. LZSTAGG- abbreviates package LazyStreamAggregate& ------------------------------------------------------------------------ initializing stationary directory for LazyStreamAggregate& compiling into /tmp/oa-9nBVd8 compiling exported = : (A,A) -> Boolean Time: 0.05 SEC. compiling exported less? : (A,NonNegativeInteger) -> Boolean Time: 0.01 SEC. compiling exported more? : (A,NonNegativeInteger) -> Boolean Time: 0.00 SEC. compiling exported size? : (A,NonNegativeInteger) -> Boolean Time: 0 SEC. compiling exported # : A -> NonNegativeInteger Time: 0.02 SEC. compiling exported any? : (S -> Boolean,A) -> Boolean Time: 0.01 SEC. compiling exported every? : (S -> Boolean,A) -> Boolean Time: 0.02 SEC. compiling exported entries : A -> List S Time: 0.02 SEC. compiling exported construct : List S -> A Time: 0.01 SEC. compiling exported elt : (A,Integer) -> S Time: 0.02 SEC. compiling exported elt : (A,Integer,S) -> S Time: 0.01 SEC. compiling local indexx? : (Integer,A) -> Boolean Time: 0.00 SEC. compiling exported index? : (Integer,A) -> Boolean Time: 0.00 SEC. compiling exported indices : A -> List Integer Time: 0.02 SEC. compiling exported maxIndex : A -> Integer Time: 0.01 SEC. compiling exported minIndex : A -> Integer Time: 0.00 SEC. compiling exported delete : (A,Integer) -> A Time: 0.03 SEC. compiling exported delete : (A,UniversalSegment Integer) -> A Time: 0.07 SEC. compiling exported elt : (A,UniversalSegment Integer) -> A Time: 0.02 SEC. compiling exported insert : (S,A,Integer) -> A Time: 0.01 SEC. compiling exported insert : (A,A,Integer) -> A Time: 0.01 SEC. compiling local cycleElt : A -> Union(A,failed) Time: 0.00 SEC. compiling exported cyclic? : A -> Boolean Time: 0.00 SEC. compiling exported child? : (A,A) -> Boolean Time: 0.00 SEC. compiling exported children : A -> List A Time: 0.01 SEC. compiling exported distance : (A,A) -> Integer Time: 0.01 SEC. compiling exported node? : (A,A) -> Boolean Time: 0.00 SEC. compiling exported nodes : A -> List A Time: 0.02 SEC. compiling exported leaf? : A -> Boolean Time: 0 SEC. compiling exported value : A -> S Time: 0 SEC. compiling local computeCycleLength : A -> NonNegativeInteger Time: 0.00 SEC. compiling local computeCycleEntry : (A,A) -> A Time: 0 SEC. compiling exported cycleEntry : A -> A Time: 0.01 SEC. compiling exported cycleLength : A -> NonNegativeInteger Time: 0.00 SEC. compiling exported cycleTail : A -> A Time: 0.01 SEC. compiling exported elt : (A,first) -> S Time: 0 SEC. compiling exported first : (A,NonNegativeInteger) -> A Time: 0.01 SEC. compiling exported rest : A -> A Time: 0.00 SEC. compiling exported elt : (A,rest) -> A Time: 0.00 SEC. compiling exported rest : (A,NonNegativeInteger) -> A Time: 0.00 SEC. compiling exported last : A -> S Time: 0.02 SEC. compiling exported last : (A,NonNegativeInteger) -> A Time: 0.01 SEC. compiling exported elt : (A,last) -> S Time: 0.00 SEC. compiling exported tail : A -> A Time: 0.01 SEC. compiling exported possiblyInfinite? : A -> Boolean Time: 0.00 SEC. compiling exported explicitlyFinite? : A -> Boolean Time: 0.00 SEC. compiling exported extend : (A,Integer) -> A Time: 0.00 SEC. compiling exported complete : A -> A Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor LazyStreamAggregate& Time: 0.52 seconds finalizing NRLIB LZSTAGG- ; compiling file "/tmp/oa-9nBVd8/code.lsp" (written 01 FEB 2016 10:57:31 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LZSTAGG-;=;2$B;1| ...) ; file: /tmp/oa-9nBVd8/code.lsp ; in: DEFUN |LZSTAGG-;=;2$B;1| ; (DEFUN BOOT::|LZSTAGG-;=;2$B;1| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 9)) T) ; ((AND (BOOT::SPADCALL BOOT::|x| #) (BOOT::SPADCALL BOOT::|y| #)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) (BOOT::SPADCALL BOOT::|y| #) ; (BOOT::|shellEntry| BOOT::$ 14))) ; ((AND (BOOT::SPADCALL BOOT::|x| #) (BOOT::SPADCALL BOOT::|y| #)) ; (AND (BOOT::SPADCALL # # #) (EQ # #))) ; (T NIL))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LZSTAGG-;=;2$B;1| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|LZSTAGG-;=;2$B;1| ; (COND ((BOOT::SPADCALL BOOT::|x| BOOT::|y| #) T) ; ((AND # #) (BOOT::SPADCALL # # #)) ((AND # #) (AND # #)) ; (T NIL)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |LZSTAGG-;less?;$NniB;2| ...) ; file: /tmp/oa-9nBVd8/code.lsp ; in: DEFUN |LZSTAGG-;less?;$NniB;2| ; (DEFUN BOOT::|LZSTAGG-;less?;$NniB;2| (BOOT::|x| BOOT::|n| BOOT::$) ; (COND ((ZEROP BOOT::|n|) NIL) ; ((BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 26)) T) ; (T ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) ; (LET # ; #) ; (BOOT::|shellEntry| BOOT::$ 30))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LZSTAGG-;less?;$NniB;2| ; (BOOT::|x| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|LZSTAGG-;less?;$NniB;2| ; (COND ((ZEROP BOOT::|n|) NIL) ((BOOT::SPADCALL BOOT::|x| #) T) ; (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |LZSTAGG-;more?;$NniB;3| ...) ; file: /tmp/oa-9nBVd8/code.lsp ; in: DEFUN |LZSTAGG-;more?;$NniB;3| ; (DEFUN BOOT::|LZSTAGG-;more?;$NniB;3| (BOOT::|x| BOOT::|n| BOOT::$) ; (COND ((BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 26)) NIL) ; ((ZEROP BOOT::|n|) T) ; (T ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) ; (LET # ; #) ; (BOOT::|shellEntry| BOOT::$ 32))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LZSTAGG-;more?;$NniB;3| ; (BOOT::|x| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|LZSTAGG-;more?;$NniB;3| ; (COND ((BOOT::SPADCALL BOOT::|x| #) NIL) ((ZEROP BOOT::|n|) T) ; (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |LZSTAGG-;size?;$NniB;4| ...) ; file: /tmp/oa-9nBVd8/code.lsp ; in: DEFUN |LZSTAGG-;size?;$NniB;4| ; (DEFUN BOOT::|LZSTAGG-;size?;$NniB;4| (BOOT::|x| BOOT::|n| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 26)) ; (ZEROP BOOT::|n|)) ; (T ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) ; (LET # ; #) ; (BOOT::|shellEntry| BOOT::$ 34))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LZSTAGG-;size?;$NniB;4| ; (BOOT::|x| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|LZSTAGG-;size?;$NniB;4| ; (COND ((BOOT::SPADCALL BOOT::|x| #) (ZEROP BOOT::|n|)) ; (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |LZSTAGG-;#;$Nni;5| ...) ; compiling (DEFUN |LZSTAGG-;any?;M$B;6| ...) ; compiling (DEFUN |LZSTAGG-;every?;M$B;7| ...) ; compiling (DEFUN |LZSTAGG-;entries;$L;8| ...) ; file: /tmp/oa-9nBVd8/code.lsp ; in: DEFUN |LZSTAGG-;entries;$L;8| ; (DEFUN BOOT::|LZSTAGG-;entries;$L;8| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|y| BOOT::|x|) (BOOT::|l| NIL)) ; (LET ((BOOT::|i| 0)) ; (LOOP (COND # # #) ; (SETQ #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LZSTAGG-;entries;$L;8| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|LZSTAGG-;entries;$L;8| ; (LET ((BOOT::|y| BOOT::|x|) (BOOT::|l| NIL)) ; (LET (#) ; (LOOP # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |LZSTAGG-;construct;L$;9| ...) ; compiling (DEFUN |LZSTAGG-;elt;$IS;10| ...) ; compiling (DEFUN |LZSTAGG-;elt;$I2S;11| ...) ; compiling (DEFUN |LZSTAGG-;indexx?| ...) ; compiling (DEFUN |LZSTAGG-;index?;I$B;13| ...) ; compiling (DEFUN |LZSTAGG-;indices;$L;14| ...) ; file: /tmp/oa-9nBVd8/code.lsp ; in: DEFUN |LZSTAGG-;indices;$L;14| ; (DEFUN BOOT::|LZSTAGG-;indices;$L;14| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|y| BOOT::|x|) (BOOT::|l| NIL)) ; (LET ((BOOT::|i| 1)) ; (LOOP (COND # # #) ; (SETQ #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LZSTAGG-;indices;$L;14| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|LZSTAGG-;indices;$L;14| ; (LET ((BOOT::|y| BOOT::|x|) (BOOT::|l| NIL)) ; (LET (#) ; (LOOP # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS INTEGER T)) &REST T). ; compiling (DEFUN |LZSTAGG-;maxIndex;$I;15| ...) ; file: /tmp/oa-9nBVd8/code.lsp ; in: DEFUN |LZSTAGG-;maxIndex;$I;15| ; (DEFUN BOOT::|LZSTAGG-;maxIndex;$I;15| (BOOT::|x| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 26)) ; (BOOT::|error| "maxIndex: no maximal index for empty stream")) ; (T ; (LET (#) ; (LET # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LZSTAGG-;maxIndex;$I;15| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|LZSTAGG-;maxIndex;$I;15| ; (COND ; ((BOOT::SPADCALL BOOT::|x| #) ; (BOOT::|error| "maxIndex: no maximal index for empty stream")) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |LZSTAGG-;minIndex;$I;16| ...) ; file: /tmp/oa-9nBVd8/code.lsp ; in: DEFUN |LZSTAGG-;minIndex;$I;16| ; (DEFUN BOOT::|LZSTAGG-;minIndex;$I;16| (BOOT::|x| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 26)) ; (BOOT::|error| "minIndex: no minimal index for empty stream")) ; (T 1))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LZSTAGG-;minIndex;$I;16| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|LZSTAGG-;minIndex;$I;16| ; (COND ; ((BOOT::SPADCALL BOOT::|x| #) ; (BOOT::|error| "minIndex: no minimal index for empty stream")) ; (T 1)))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |LZSTAGG-;delete;$I$;17| ...) ; compiling (DEFUN |LZSTAGG-;delete;$Us$;18| ...) ; compiling (DEFUN |LZSTAGG-;elt;$Us$;19| ...) ; compiling (DEFUN |LZSTAGG-;insert;S$I$;20| ...) ; compiling (DEFUN |LZSTAGG-;insert;2$I$;21| ...) ; compiling (DEFUN |LZSTAGG-;cycleElt| ...) ; file: /tmp/oa-9nBVd8/code.lsp ; in: DEFUN |LZSTAGG-;cycleElt| ; (DEFUN BOOT::|LZSTAGG-;cycleElt| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 82))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LZSTAGG-;cycleElt| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|LZSTAGG-;cycleElt| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 82)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |LZSTAGG-;cyclic?;$B;23| ...) ; compiling (DEFUN |LZSTAGG-;child?;2$B;24| ...) ; file: /tmp/oa-9nBVd8/code.lsp ; in: DEFUN |LZSTAGG-;child?;2$B;24| ; (DEFUN BOOT::|LZSTAGG-;child?;2$B;24| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 26)) ; (BOOT::|error| "child: no children")) ; (T ; (BOOT::SPADCALL BOOT::|x| (BOOT::SPADCALL BOOT::|y| #) ; (BOOT::|shellEntry| BOOT::$ 84))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LZSTAGG-;child?;2$B;24| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|LZSTAGG-;child?;2$B;24| ; (COND ; ((BOOT::SPADCALL BOOT::|y| #) (BOOT::|error| "child: no children")) ; (T (BOOT::SPADCALL BOOT::|x| # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |LZSTAGG-;children;$L;25| ...) ; file: /tmp/oa-9nBVd8/code.lsp ; in: DEFUN |LZSTAGG-;children;$L;25| ; (DEFUN BOOT::|LZSTAGG-;children;$L;25| (BOOT::|x| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 26)) ; (BOOT::|error| "children: no children")) ; (T (LIST (BOOT::SPADCALL BOOT::|x| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LZSTAGG-;children;$L;25| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|LZSTAGG-;children;$L;25| ; (COND ; ((BOOT::SPADCALL BOOT::|x| #) (BOOT::|error| "children: no children")) ; (T (LIST #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |LZSTAGG-;distance;2$I;26| ...) ; compiling (DEFUN |LZSTAGG-;node?;2$B;27| ...) ; compiling (DEFUN |LZSTAGG-;nodes;$L;28| ...) ; file: /tmp/oa-9nBVd8/code.lsp ; in: DEFUN |LZSTAGG-;nodes;$L;28| ; (BOOT::EXIT BOOT::|l|) ; --> RETURN-FROM ; ==> ; BOOT::|l| ; ; note: deleting unreachable code ; (DEFUN BOOT::|LZSTAGG-;nodes;$L;28| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|y| BOOT::|x|) (BOOT::|l| NIL)) ; (BOOT::SEQ ; (LET (#) ; (LOOP # ; #)) ; (BOOT::EXIT BOOT::|l|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LZSTAGG-;nodes;$L;28| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|LZSTAGG-;nodes;$L;28| ; (LET ((BOOT::|y| BOOT::|x|) (BOOT::|l| NIL)) ; (BOOT::SEQ ; (LET # ; #) ; (BOOT::EXIT BOOT::|l|))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |LZSTAGG-;leaf?;$B;29| ...) ; file: /tmp/oa-9nBVd8/code.lsp ; in: DEFUN |LZSTAGG-;leaf?;$B;29| ; (DEFUN BOOT::|LZSTAGG-;leaf?;$B;29| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 93)) ; (BOOT::|shellEntry| BOOT::$ 26))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LZSTAGG-;leaf?;$B;29| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|LZSTAGG-;leaf?;$B;29| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 93)) ; (BOOT::|shellEntry| BOOT::$ 26)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |LZSTAGG-;value;$S;30| ...) ; compiling (DEFUN |LZSTAGG-;computeCycleLength| ...) ; file: /tmp/oa-9nBVd8/code.lsp ; in: DEFUN |LZSTAGG-;computeCycleLength| ; (DEFUN BOOT::|LZSTAGG-;computeCycleLength| (BOOT::|cycElt| BOOT::$) ; (BOOT::SPADCALL BOOT::|cycElt| (BOOT::|shellEntry| BOOT::$ 97))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LZSTAGG-;computeCycleLength| ; (BOOT::|cycElt| BOOT::$) ; (BLOCK BOOT::|LZSTAGG-;computeCycleLength| ; (BOOT::SPADCALL BOOT::|cycElt| (BOOT::|shellEntry| BOOT::$ 97)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |LZSTAGG-;computeCycleEntry| ...) ; compiling (DEFUN |LZSTAGG-;cycleEntry;2$;33| ...) ; compiling (DEFUN |LZSTAGG-;cycleLength;$Nni;34| ...) ; file: /tmp/oa-9nBVd8/code.lsp ; in: DEFUN |LZSTAGG-;cycleLength;$Nni;34| ; (DEFUN BOOT::|LZSTAGG-;cycleLength;$Nni;34| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|cycElt| (BOOT::|LZSTAGG-;cycleElt| BOOT::|x| BOOT::$))) ; (COND ((EQL # 1) (BOOT::|error| "cycleLength: non-cyclic stream")) ; (T (BOOT::|LZSTAGG-;computeCycleLength| # BOOT::$))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LZSTAGG-;cycleLength;$Nni;34| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|LZSTAGG-;cycleLength;$Nni;34| ; (LET ((BOOT::|cycElt| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |LZSTAGG-;cycleTail;2$;35| ...) ; compiling (DEFUN |LZSTAGG-;elt;$firstS;36| ...) ; file: /tmp/oa-9nBVd8/code.lsp ; in: DEFUN |LZSTAGG-;elt;$firstS;36| ; (DEFUN BOOT::|LZSTAGG-;elt;$firstS;36| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 95))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LZSTAGG-;elt;$firstS;36| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|LZSTAGG-;elt;$firstS;36| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 95)))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |LZSTAGG-;first;$Nni$;37| ...) ; compiling (DEFUN |LZSTAGG-;rest;2$;38| ...) ; compiling (DEFUN |LZSTAGG-;elt;$rest$;39| ...) ; file: /tmp/oa-9nBVd8/code.lsp ; in: DEFUN |LZSTAGG-;elt;$rest$;39| ; (DEFUN BOOT::|LZSTAGG-;elt;$rest$;39| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 93))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LZSTAGG-;elt;$rest$;39| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|LZSTAGG-;elt;$rest$;39| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 93)))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |LZSTAGG-;rest;$Nni$;40| ...) ; compiling (DEFUN |LZSTAGG-;last;$S;41| ...) ; compiling (DEFUN |LZSTAGG-;last;$Nni$;42| ...) ; compiling (DEFUN |LZSTAGG-;elt;$lastS;43| ...) ; file: /tmp/oa-9nBVd8/code.lsp ; in: DEFUN |LZSTAGG-;elt;$lastS;43| ; (DEFUN BOOT::|LZSTAGG-;elt;$lastS;43| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 114))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LZSTAGG-;elt;$lastS;43| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|LZSTAGG-;elt;$lastS;43| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 114)))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |LZSTAGG-;tail;2$;44| ...) ; compiling (DEFUN |LZSTAGG-;possiblyInfinite?;$B;45| ...) ; compiling (DEFUN |LZSTAGG-;explicitlyFinite?;$B;46| ...) ; compiling (DEFUN |LZSTAGG-;extend;$I$;47| ...) ; compiling (DEFUN |LZSTAGG-;complete;2$;48| ...) ; compiling (DEFUN |LazyStreamAggregate&| ...) ; compiling (MAKEPROP (QUOTE |LazyStreamAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; printed 16 notes ; /tmp/oa-9nBVd8/code.fasl written ; compilation finished in 0:00:00.139 ------------------------------------------------------------------------ finalizing NRLIB LZSTAGG Processing LazyStreamAggregate for Browser database: -- remove : ((S -> Boolean),%) -> % -- select : ((S -> Boolean),%) -> % -- explicitEntries? : % -> Boolean -- explicitlyEmpty? : % -> Boolean -- lazy? : % -> Boolean -- lazyEvaluate : % -> % -- frst : % -> S -- rst : % -> % -- numberOfComputedEntries : % -> NonNegativeInteger -- extend : (%,Integer) -> % -- complete : % -> % -- constructor ; compiling file "/tmp/oa-ArWljc/code.lsp" (written 01 FEB 2016 10:57:31 PM): ; compiling (DEFPARAMETER |LazyStreamAggregate;AL| ...) ; compiling (DEFUN |LazyStreamAggregate;| ...) ; compiling (DEFUN |LazyStreamAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-ArWljc/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/STREAM2.fasl --bootstrap STREAM2.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/STREAM2.spad using Spad compiler. STREAM2 abbreviates package StreamFunctions2 ------------------------------------------------------------------------ initializing stationary directory for StreamFunctions2 compiling into /tmp/oa-gNUOHa Time: 0 SEC. Cumulative Statistics for Constructor StreamFunctions2 Time: 0 seconds finalizing NRLIB STREAM2 ; compiling file "/tmp/oa-gNUOHa/code.lsp" (written 01 FEB 2016 10:57:31 PM): ; compiling (DEFUN |StreamFunctions2| ...) ; compiling (DEFUN |StreamFunctions2;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-gNUOHa/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/STREAM3.fasl --optimize=3 STREAM3.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/STREAM3.spad using Spad compiler. STREAM3 abbreviates package StreamFunctions3 debug: compDefine1 lhs: (StreamFunctions3 A B C) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((Stream C) (Mapping C A B) (Stream A) (Stream B)))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((Stream C) (Mapping C A B) (Stream A) (Stream B)))) $param: (A B C) debug: evaluateType form: (Stream C) $param: (A B C) Debug: evaluateType1 form: (Stream C) debug: evaluateType1 x: C m: (Type) debug: evaluateType form: (Mapping C A B) $param: (A B C) debug: evaluateType form: C $param: (A B C) debug: evaluateType form: A $param: (A B C) debug: evaluateType form: B $param: (A B C) debug: evaluateType form: (Stream A) $param: (A B C) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream B) $param: (A B C) Debug: evaluateType1 form: (Stream B) debug: evaluateType1 x: B m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((Stream C) (Mapping C A B) (Stream A) (Stream B)))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for StreamFunctions3 compiling into /tmp/oa-HIYNG9 compiling local mapp : ((A,B) -> C,Stream A,Stream B) -> Stream C Time: 0.02 SEC. compiling exported map : ((A,B) -> C,Stream A,Stream B) -> Stream C Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor StreamFunctions3 Time: 0.04 seconds finalizing NRLIB STREAM3 Processing StreamFunctions3 for Browser database: -- map : (((A,B) -> C),ST A,ST B) -> ST C -- constructor ; compiling file "/tmp/oa-HIYNG9/code.lsp" (written 01 FEB 2016 10:57:32 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |STREAM3;mapp| ...) ; compiling (DEFUN |STREAM3;mapp!0| ...) ; compiling (DEFUN |STREAM3;map;MSSS;2| ...) ; compiling (DEFUN |STREAM3;map;MSSS;2!1| ...) ; compiling (DEFUN |STREAM3;map;MSSS;2!0| ...) ; compiling (DEFUN |StreamFunctions3| ...) ; compiling (DEFUN |StreamFunctions3;| ...) ; compiling (MAKEPROP (QUOTE |StreamFunctions3|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-HIYNG9/code.fasl written ; compilation finished in 0:00:00.029 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/STREAM.fasl --optimize=3 STREAM.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/STREAM.spad using Spad compiler. STREAM abbreviates domain Stream debug: compDefine1 lhs: (Stream S) signature (pre-evaluate): ((Join (LazyStreamAggregate S) (CoercibleFrom (List S)) (ShallowlyMutableAggregate S) (CATEGORY domain (SIGNATURE repeating ($ (List S))) (IF (has S (SetCategory)) (SIGNATURE repeating? ((Boolean) (List S) $)) %noBranch) (SIGNATURE findCycle ((Record (: cycle? (Boolean)) (: prefix (NonNegativeInteger)) (: period (NonNegativeInteger))) (NonNegativeInteger) $)) (SIGNATURE delay ($ (Mapping $))) (SIGNATURE cons ($ S $)) (IF (has S (SetCategory)) (PROGN (SIGNATURE output ((Void) (Integer) $)) (SIGNATURE showAllElements ((OutputForm) $)) (SIGNATURE showAll? ((Boolean)))) %noBranch) (SIGNATURE setrest! ($ $ (Integer) $)) (SIGNATURE generate ($ (Mapping S))) (SIGNATURE generate ($ (Mapping S S) S)) (SIGNATURE filterWhile ($ (Mapping (Boolean) S) $)) (SIGNATURE filterUntil ($ (Mapping (Boolean) S) $)))) NIL) debug: evaluateType form: (Join (LazyStreamAggregate S) (CoercibleFrom (List S)) (ShallowlyMutableAggregate S) (CATEGORY domain (SIGNATURE repeating ($ (List S))) (IF (has S (SetCategory)) (SIGNATURE repeating? ((Boolean) (List S) $)) %noBranch) (SIGNATURE findCycle ((Record (: cycle? (Boolean)) (: prefix (NonNegativeInteger)) (: period (NonNegativeInteger))) (NonNegativeInteger) $)) (SIGNATURE delay ($ (Mapping $))) (SIGNATURE cons ($ S $)) (IF (has S (SetCategory)) (PROGN (SIGNATURE output ((Void) (Integer) $)) (SIGNATURE showAllElements ((OutputForm) $)) (SIGNATURE showAll? ((Boolean)))) %noBranch) (SIGNATURE setrest! ($ $ (Integer) $)) (SIGNATURE generate ($ (Mapping S))) (SIGNATURE generate ($ (Mapping S S) S)) (SIGNATURE filterWhile ($ (Mapping (Boolean) S) $)) (SIGNATURE filterUntil ($ (Mapping (Boolean) S) $)))) $param: (S) debug: evaluateType form: (LazyStreamAggregate S) $param: (S) Debug: evaluateType1 form: (LazyStreamAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CoercibleFrom (List S)) $param: (S) Debug: evaluateType1 form: (CoercibleFrom (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evaluateType form: (ShallowlyMutableAggregate S) $param: (S) Debug: evaluateType1 form: (ShallowlyMutableAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE repeating ($ (List S))) (IF (has S (SetCategory)) (SIGNATURE repeating? ((Boolean) (List S) $)) %noBranch) (SIGNATURE findCycle ((Record (: cycle? (Boolean)) (: prefix (NonNegativeInteger)) (: period (NonNegativeInteger))) (NonNegativeInteger) $)) (SIGNATURE delay ($ (Mapping $))) (SIGNATURE cons ($ S $)) (IF (has S (SetCategory)) (PROGN (SIGNATURE output ((Void) (Integer) $)) (SIGNATURE showAllElements ((OutputForm) $)) (SIGNATURE showAll? ((Boolean)))) %noBranch) (SIGNATURE setrest! ($ $ (Integer) $)) (SIGNATURE generate ($ (Mapping S))) (SIGNATURE generate ($ (Mapping S S) S)) (SIGNATURE filterWhile ($ (Mapping (Boolean) S) $)) (SIGNATURE filterUntil ($ (Mapping (Boolean) S) $))) $param: (S) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (Record (: cycle? (Boolean)) (: prefix (NonNegativeInteger)) (: period (NonNegativeInteger))) $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (NonNegativeInteger) $param: (S) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (S) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (S) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Mapping $) $param: (S) debug: evaluateType form: $ $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Mapping S) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Mapping S S) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Mapping (Boolean) S) $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Mapping (Boolean) S) $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S) debug: compDefine1 signature (post evaluate): ((Join (LazyStreamAggregate S) (CoercibleFrom (List S)) (ShallowlyMutableAggregate S) (CATEGORY domain (SIGNATURE repeating ($ (List S))) (IF (has S (SetCategory)) (SIGNATURE repeating? ((Boolean) (List S) $)) %noBranch) (SIGNATURE findCycle ((Record (: cycle? (Boolean)) (: prefix (NonNegativeInteger)) (: period (NonNegativeInteger))) (NonNegativeInteger) $)) (SIGNATURE delay ($ (Mapping $))) (SIGNATURE cons ($ S $)) (IF (has S (SetCategory)) (PROGN (SIGNATURE output ((Void) (Integer) $)) (SIGNATURE showAllElements ((OutputForm) $)) (SIGNATURE showAll? ((Boolean)))) %noBranch) (SIGNATURE setrest! ($ $ (Integer) $)) (SIGNATURE generate ($ (Mapping S))) (SIGNATURE generate ($ (Mapping S S) S)) (SIGNATURE filterWhile ($ (Mapping (Boolean) S) $)) (SIGNATURE filterUntil ($ (Mapping (Boolean) S) $)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for Stream compiling into /tmp/oa-iVHzAn importing CyclicStreamTools(S,$) compiling exported explicitlyEmpty? : % -> Boolean Time: 0.05 SEC. compiling exported lazy? : % -> Boolean Time: 0 SEC. compiling exported frst : % -> S STREAM;frst;$S;3 is replaced by %head Time: 0 SEC. compiling exported rst : % -> % STREAM;rst;2$;4 is replaced by %tail Time: 0 SEC. compiling local setfrst! : (%,S) -> S Time: 0 SEC. compiling local setrst! : (%,%) -> % Time: 0 SEC. compiling local setToNil! : % -> % Time: 0.00 SEC. compiling local getm : (%,List OutputForm,Integer) -> List OutputForm Time: 0.04 SEC. compiling local streamCountCoerce : % -> OutputForm Time: 0.03 SEC. compiling local listm : (%,List OutputForm,Integer) -> List OutputForm Time: 0.02 SEC. compiling exported showAllElements : % -> OutputForm Time: 0.02 SEC. compiling exported showAll? : () -> Boolean Time: 0 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. compiling local lazyCopy : % -> % Time: 0 SEC. compiling exported copy : % -> % Time: 0.02 SEC. compiling exported construct : List S -> % Time: 0.01 SEC. compiling exported elt : (%,Integer) -> S Time: 0.03 SEC. compiling local seteltt : (%,Integer,S) -> S Time: 0 SEC. compiling exported setelt : (%,Integer,S) -> S Time: 0.01 SEC. compiling local removee : (S -> Boolean,%) -> % Time: 0.01 SEC. compiling exported remove : (S -> Boolean,%) -> % Time: 0.01 SEC. compiling local selectt : (S -> Boolean,%) -> % Time: 0.01 SEC. compiling exported select : (S -> Boolean,%) -> % Time: 0.01 SEC. compiling exported map : (S -> S,%) -> % Time: 0.01 SEC. compiling exported map : ((S,S) -> S,%,%) -> % Time: 0.03 SEC. compiling exported fill! : (%,S) -> % Time: 0 SEC. compiling exported map! : (S -> S,%) -> % Time: 0.01 SEC. compiling exported swap! : (%,Integer,Integer) -> Void Time: 0 SEC. compiling exported concat : (%,S) -> % Time: 0.02 SEC. compiling exported concat : (%,%) -> % Time: 0.01 SEC. compiling exported concat : List % -> % Time: 0.02 SEC. compiling exported setelt : (%,UniversalSegment Integer,S) -> S Time: 0.02 SEC. compiling exported empty : () -> % STREAM;empty;$;33 is replaced by %pair(%nullStream,%nil) Time: 0 SEC. compiling local lazyEval : % -> % Time: 0 SEC. compiling exported lazyEvaluate : % -> % Time: 0.00 SEC. compiling exported empty? : % -> Boolean Time: 0.00 SEC. compiling exported first : (%,NonNegativeInteger) -> % Time: 0.03 SEC. compiling exported concat : (S,%) -> % STREAM;concat;S2$;38 is replaced by %pair Time: 0 SEC. compiling exported cons : (S,%) -> % STREAM;cons;S2$;39 is replaced by %pair Time: 0.00 SEC. compiling exported cycleSplit! : % -> % Time: 0.01 SEC. compiling local expand! : (%,Integer) -> % Time: 0.04 SEC. compiling exported first : % -> S Time: 0 SEC. compiling exported concat! : (%,%) -> % Time: 0.00 SEC. compiling exported concat! : (%,S) -> % Time: 0.01 SEC. compiling exported setfirst! : (%,S) -> S Time: 0 SEC. compiling exported setelt : (%,first,S) -> S Time: 0 SEC. compiling exported setrest! : (%,%) -> % Time: 0.00 SEC. compiling exported setelt : (%,rest,%) -> % Time: 0 SEC. compiling exported setlast! : (%,S) -> S Time: 0 SEC. compiling exported setelt : (%,last,S) -> S Time: 0 SEC. compiling exported split! : (%,Integer) -> % Time: 0.00 SEC. compiling exported coerce : List S -> % Time: 0.01 SEC. compiling exported repeating : List S -> % Time: 0.03 SEC. compiling exported repeating? : (List S,%) -> Boolean Time: 0.03 SEC. compiling exported findCycle : (NonNegativeInteger,%) -> Record(cycle?: Boolean,prefix: NonNegativeInteger,period: NonNegativeInteger) Time: 0.18 SEC. compiling exported delay : () -> % -> % STREAM;delay;M$;56 fs is replaced by %pair(%nonNullStream,fs) Time: 0 SEC. compiling exported explicitEntries? : % -> Boolean Time: 0.00 SEC. compiling exported numberOfComputedEntries : % -> NonNegativeInteger Time: 0.01 SEC. compiling exported output : (Integer,%) -> Void Time: 0.01 SEC. compiling local setrestt! : (%,Integer,%) -> % Time: 0.00 SEC. compiling exported setrest! : (%,Integer,%) -> % Time: 0 SEC. compiling exported generate : () -> S -> % Time: 0.01 SEC. compiling local gen : (S -> S,S) -> % Time: 0.01 SEC. compiling exported generate : (S -> S,S) -> % Time: 0.00 SEC. compiling local swhilee : (S -> Boolean,%) -> % Time: 0 SEC. compiling exported filterWhile : (S -> Boolean,%) -> % Time: 0.02 SEC. compiling local suntill : (S -> Boolean,%) -> % Time: 0.00 SEC. compiling exported filterUntil : (S -> Boolean,%) -> % Time: 0.02 SEC. (time taken in buildFunctor: 4) Time: 0.05 SEC. Warnings: [1] showAllElements: not known that LazyStreamAggregateS is of mode CATEGORY(domain,repeating?: (List S,%) -> Boolean) [2] map: pretend Stream S -- should replace by @ [3] map: pretend $ -- should replace by @ [4] lazyEval: : (() -> %) -- replace by pretend [5] expand!: d has no value [6] delay: : $ -- replace by pretend Cumulative Statistics for Constructor Stream Time: 0.88 seconds finalizing NRLIB STREAM Processing Stream for Browser database: -- repeating : L S -> % -- repeating? : (L S,%) -> B -- findCycle : (NNI,%) -> Record(cycle?: B,prefix: NNI,period: NNI) -- delay : (() -> %) -> % -- cons : (S,%) -> % -- output : (I,%) -> Void -- showAllElements : % -> OUT -- showAll? : () -> B -- setrest! : (%,I,%) -> % -- generate : (() -> S) -> % -- generate : ((S -> S),S) -> % -- filterWhile : ((S -> Boolean),%) -> % -- filterUntil : ((S -> Boolean),%) -> % -- constructor ; compiling file "/tmp/oa-iVHzAn/code.lsp" (written 01 FEB 2016 10:57:33 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STREAM;frst;$S;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STREAM;rst;2$;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STREAM;empty;$;33|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STREAM;concat;S2$;38|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STREAM;cons;S2$;39|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STREAM;delay;M$;56|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STREAM;explicitlyEmpty?;$B;1|) ...) ; compiling (PUT (QUOTE |STREAM;lazy?;$B;2|) ...) ; compiling (PUT (QUOTE |STREAM;explicitEntries?;$B;57|) ...) ; compiling (DEFUN |STREAM;explicitlyEmpty?;$B;1| ...) ; compiling (DEFUN |STREAM;lazy?;$B;2| ...) ; compiling (DEFUN |STREAM;frst;$S;3| ...) ; compiling (DEFUN |STREAM;rst;2$;4| ...) ; compiling (DEFUN |STREAM;setfrst!| ...) ; file: /tmp/oa-iVHzAn/code.lsp ; in: DEFUN |STREAM;setfrst!| ; (DEFUN BOOT::|STREAM;setfrst!| (BOOT::|x| BOOT::|s| BOOT::$) ; (PROGN (RPLACA BOOT::|x| BOOT::|s|) (CAR BOOT::|x|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STREAM;setfrst!| ; (BOOT::|x| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|STREAM;setfrst!| ; (PROGN (RPLACA BOOT::|x| BOOT::|s|) (CAR BOOT::|x|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |STREAM;setrst!| ...) ; file: /tmp/oa-iVHzAn/code.lsp ; in: DEFUN |STREAM;setrst!| ; (DEFUN BOOT::|STREAM;setrst!| (BOOT::|x| BOOT::|y| BOOT::$) ; (PROGN (RPLACD BOOT::|x| BOOT::|y|) (CDR BOOT::|x|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STREAM;setrst!| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|STREAM;setrst!| ; (PROGN (RPLACD BOOT::|x| BOOT::|y|) (CDR BOOT::|x|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |STREAM;setToNil!| ...) ; compiling (DEFUN |STREAM;getm| ...) ; compiling (DEFUN |STREAM;streamCountCoerce| ...) ; compiling (DEFUN |STREAM;listm| ...) ; compiling (DEFUN |STREAM;showAllElements;$Of;11| ...) ; compiling (DEFUN |STREAM;showAll?;B;12| ...) ; file: /tmp/oa-iVHzAn/code.lsp ; in: DEFUN |STREAM;showAll?;B;12| ; (DEFUN BOOT::|STREAM;showAll?;B;12| (BOOT::$) ; (DECLARE (SPECIAL BOOT::|$streamsShowAll|)) ; (NOT (NULL BOOT::|$streamsShowAll|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STREAM;showAll?;B;12| ; (BOOT::$) ; (DECLARE (SPECIAL BOOT::|$streamsShowAll|)) ; (BLOCK BOOT::|STREAM;showAll?;B;12| (NOT (NULL BOOT::|$streamsShowAll|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |STREAM;coerce;$Of;13| ...) ; compiling (DEFUN |STREAM;lazyCopy| ...) ; compiling (DEFUN |STREAM;lazyCopy!0| ...) ; compiling (DEFUN |STREAM;copy;2$;15| ...) ; compiling (DEFUN |STREAM;construct;L$;16| ...) ; compiling (DEFUN |STREAM;elt;$IS;17| ...) ; compiling (DEFUN |STREAM;seteltt| ...) ; compiling (DEFUN |STREAM;setelt;$I2S;19| ...) ; compiling (DEFUN |STREAM;removee| ...) ; compiling (DEFUN |STREAM;removee!0| ...) ; compiling (DEFUN |STREAM;remove;M2$;21| ...) ; compiling (DEFUN |STREAM;selectt| ...) ; compiling (DEFUN |STREAM;selectt!0| ...) ; compiling (DEFUN |STREAM;select;M2$;23| ...) ; compiling (DEFUN |STREAM;map;M2$;24| ...) ; compiling (DEFUN |STREAM;map;M3$;25| ...) ; compiling (DEFUN |STREAM;fill!;$S$;26| ...) ; compiling (DEFUN |STREAM;map!;M2$;27| ...) ; file: /tmp/oa-iVHzAn/code.lsp ; in: DEFUN |STREAM;map!;M2$;27| ; (BOOT::EXIT BOOT::|x|) ; --> RETURN-FROM ; ==> ; BOOT::|x| ; ; note: deleting unreachable code ; (LET ((BOOT::|tail| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 87))) ; (BOOT::|y| BOOT::|x|)) ; (BOOT::SEQ ; (LET ((#:G907 NIL)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::EXIT BOOT::|x|))) ; ; caught STYLE-WARNING: ; The variable |tail| is defined but never used. ; compiling (DEFUN |STREAM;swap!;$2IV;28| ...) ; compiling (DEFUN |STREAM;concat;$S$;29| ...) ; compiling (DEFUN |STREAM;concat;$S$;29!0| ...) ; compiling (DEFUN |STREAM;concat;3$;30| ...) ; compiling (DEFUN |STREAM;concat;3$;30!0| ...) ; compiling (DEFUN |STREAM;concat;L$;31| ...) ; compiling (DEFUN |STREAM;concat;L$;31!0| ...) ; compiling (DEFUN |STREAM;setelt;$Us2S;32| ...) ; compiling (DEFUN |STREAM;empty;$;33| ...) ; compiling (DEFUN |STREAM;lazyEval| ...) ; file: /tmp/oa-iVHzAn/code.lsp ; in: DEFUN |STREAM;lazyEval| ; (DEFUN BOOT::|STREAM;lazyEval| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (CDR BOOT::|x|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STREAM;lazyEval| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|STREAM;lazyEval| (BOOT::SPADCALL (CDR BOOT::|x|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |STREAM;lazyEvaluate;2$;35| ...) ; compiling (DEFUN |STREAM;empty?;$B;36| ...) ; compiling (DEFUN |STREAM;first;$Nni$;37| ...) ; compiling (DEFUN |STREAM;first;$Nni$;37!0| ...) ; compiling (DEFUN |STREAM;concat;S2$;38| ...) ; compiling (DEFUN |STREAM;cons;S2$;39| ...) ; compiling (DEFUN |STREAM;cycleSplit!;2$;40| ...) ; compiling (DEFUN |STREAM;expand!| ...) ; compiling (DEFUN |STREAM;first;$S;42| ...) ; compiling (DEFUN |STREAM;concat!;3$;43| ...) ; compiling (DEFUN |STREAM;concat!;$S$;44| ...) ; compiling (DEFUN |STREAM;setfirst!;$2S;45| ...) ; compiling (DEFUN |STREAM;setelt;$first2S;46| ...) ; file: /tmp/oa-iVHzAn/code.lsp ; in: DEFUN |STREAM;setelt;$first2S;46| ; (DEFUN BOOT::|STREAM;setelt;$first2S;46| ; (BOOT::|x| BOOT::T1 BOOT::|s| BOOT::$) ; (BOOT::|STREAM;setfirst!;$2S;45| BOOT::|x| BOOT::|s| BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STREAM;setelt;$first2S;46| ; (BOOT::|x| BOOT::T1 BOOT::|s| BOOT::$) ; (BLOCK BOOT::|STREAM;setelt;$first2S;46| ; (BOOT::|STREAM;setfirst!;$2S;45| BOOT::|x| BOOT::|s| BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |STREAM;setrest!;3$;47| ...) ; compiling (DEFUN |STREAM;setelt;$rest2$;48| ...) ; file: /tmp/oa-iVHzAn/code.lsp ; in: DEFUN |STREAM;setelt;$rest2$;48| ; (DEFUN BOOT::|STREAM;setelt;$rest2$;48| ; (BOOT::|x| BOOT::T1 BOOT::|y| BOOT::$) ; (BOOT::|STREAM;setrest!;3$;47| BOOT::|x| BOOT::|y| BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STREAM;setelt;$rest2$;48| ; (BOOT::|x| BOOT::T1 BOOT::|y| BOOT::$) ; (BLOCK BOOT::|STREAM;setelt;$rest2$;48| ; (BOOT::|STREAM;setrest!;3$;47| BOOT::|x| BOOT::|y| BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |STREAM;setlast!;$2S;49| ...) ; compiling (DEFUN |STREAM;setelt;$last2S;50| ...) ; file: /tmp/oa-iVHzAn/code.lsp ; in: DEFUN |STREAM;setelt;$last2S;50| ; (DEFUN BOOT::|STREAM;setelt;$last2S;50| ; (BOOT::|x| BOOT::T1 BOOT::|s| BOOT::$) ; (BOOT::|STREAM;setlast!;$2S;49| BOOT::|x| BOOT::|s| BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STREAM;setelt;$last2S;50| ; (BOOT::|x| BOOT::T1 BOOT::|s| BOOT::$) ; (BLOCK BOOT::|STREAM;setelt;$last2S;50| ; (BOOT::|STREAM;setlast!;$2S;49| BOOT::|x| BOOT::|s| BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |STREAM;split!;$I$;51| ...) ; compiling (DEFUN |STREAM;coerce;L$;52| ...) ; compiling (DEFUN |STREAM;repeating;L$;53| ...) ; compiling (DEFUN |STREAM;repeating?;L$B;54| ...) ; file: /tmp/oa-iVHzAn/code.lsp ; in: DEFUN |STREAM;repeating?;L$B;54| ; (DEFUN BOOT::|STREAM;repeating?;L$B;54| (BOOT::|l| BOOT::|x| BOOT::$) ; (COND ; ((NULL BOOT::|l|) ; (BOOT::|error| "Need a non-empty? list to make a repeating stream.")) ; ((NULL (CDR BOOT::|l|)) (AND (NOT #) (BOOT::SPADCALL BOOT::|x| # #))) ; (T ; (LET (#) ; (PROGN # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STREAM;repeating?;L$B;54| ; (BOOT::|l| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|STREAM;repeating?;L$B;54| ; (COND ; ((NULL BOOT::|l|) ; (BOOT::|error| "Need a non-empty? list to make a repeating stream.")) ; ((NULL #) (AND # #)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |STREAM;findCycle;Nni$R;55| ...) ; compiling (DEFUN |STREAM;delay;M$;56| ...) ; compiling (DEFUN |STREAM;explicitEntries?;$B;57| ...) ; file: /tmp/oa-iVHzAn/code.lsp ; in: DEFUN |STREAM;explicitEntries?;$B;57| ; (DEFUN BOOT::|STREAM;explicitEntries?;$B;57| (BOOT::|x| BOOT::$) ; (AND (NOT (EQ (CAR BOOT::|x|) |AxiomCore|:|%nullStream|)) ; (NOT (EQ (CAR BOOT::|x|) |AxiomCore|:|%nonNullStream|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STREAM;explicitEntries?;$B;57| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|STREAM;explicitEntries?;$B;57| ; (AND (NOT (EQ # |AxiomCore|:|%nullStream|)) ; (NOT (EQ # |AxiomCore|:|%nonNullStream|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |STREAM;numberOfComputedEntries;$Nni;58| ...) ; compiling (DEFUN |STREAM;output;I$V;59| ...) ; compiling (DEFUN |STREAM;setrestt!| ...) ; compiling (DEFUN |STREAM;setrest!;$I2$;61| ...) ; compiling (DEFUN |STREAM;generate;M$;62| ...) ; compiling (DEFUN |STREAM;generate;M$;62!0| ...) ; compiling (DEFUN |STREAM;gen| ...) ; compiling (DEFUN |STREAM;gen!0| ...) ; compiling (DEFUN |STREAM;generate;MS$;64| ...) ; compiling (DEFUN |STREAM;swhilee| ...) ; compiling (DEFUN |STREAM;swhilee!0| ...) ; compiling (DEFUN |STREAM;filterWhile;M2$;66| ...) ; compiling (DEFUN |STREAM;suntill| ...) ; compiling (DEFUN |STREAM;suntill!0| ...) ; compiling (DEFUN |STREAM;filterUntil;M2$;68| ...) ; compiling (DEFUN |Stream| ...) ; compiling (DEFUN |Stream;| ...) ; compiling (MAKEPROP (QUOTE |Stream|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 9 STYLE-WARNING conditions ; printed 2 notes ; /tmp/oa-iVHzAn/code.fasl written ; compilation finished in 0:00:00.188 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/UNISEG.fasl --optimize=3 UNISEG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UNISEG.spad using Spad compiler. UNISEG abbreviates domain UniversalSegment debug: compDefine1 lhs: (UniversalSegment S) signature (pre-evaluate): ((Join (SegmentCategory S) (CATEGORY domain (SIGNATURE SEGMENT ($ S)) (SIGNATURE segment ($ S)) (SIGNATURE coerce ($ (Segment S))) (SIGNATURE hasHi ((Boolean) $)) (IF (has S (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch) (IF (has S (OrderedRing)) (ATTRIBUTE (SegmentExpansionCategory S (Stream S))) %noBranch))) (Type)) debug: evaluateType form: (Join (SegmentCategory S) (CATEGORY domain (SIGNATURE SEGMENT ($ S)) (SIGNATURE segment ($ S)) (SIGNATURE coerce ($ (Segment S))) (SIGNATURE hasHi ((Boolean) $)) (IF (has S (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch) (IF (has S (OrderedRing)) (ATTRIBUTE (SegmentExpansionCategory S (Stream S))) %noBranch))) $param: (S) debug: evaluateType form: (SegmentCategory S) $param: (S) Debug: evaluateType1 form: (SegmentCategory S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE SEGMENT ($ S)) (SIGNATURE segment ($ S)) (SIGNATURE coerce ($ (Segment S))) (SIGNATURE hasHi ((Boolean) $)) (IF (has S (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch) (IF (has S (OrderedRing)) (ATTRIBUTE (SegmentExpansionCategory S (Stream S))) %noBranch)) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Segment S) $param: (S) Debug: evaluateType1 form: (Segment S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Join (SegmentCategory S) (CATEGORY domain (SIGNATURE SEGMENT ($ S)) (SIGNATURE segment ($ S)) (SIGNATURE coerce ($ (Segment S))) (SIGNATURE hasHi ((Boolean) $)) (IF (has S (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch) (IF (has S (OrderedRing)) (ATTRIBUTE (SegmentExpansionCategory S (Stream S))) %noBranch))) (Type)) debug: compDefine1 lhs: (UniversalSegment S) signature (pre-evaluate): ((Join (SegmentCategory S) (CATEGORY domain (SIGNATURE SEGMENT ($ S)) (SIGNATURE segment ($ S)) (SIGNATURE coerce ($ (Segment S))) (SIGNATURE hasHi ((Boolean) $)) (IF (has S (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch) (IF (has S (OrderedRing)) (ATTRIBUTE (SegmentExpansionCategory S (Stream S))) %noBranch))) NIL) debug: evaluateType form: (Join (SegmentCategory S) (CATEGORY domain (SIGNATURE SEGMENT ($ S)) (SIGNATURE segment ($ S)) (SIGNATURE coerce ($ (Segment S))) (SIGNATURE hasHi ((Boolean) $)) (IF (has S (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch) (IF (has S (OrderedRing)) (ATTRIBUTE (SegmentExpansionCategory S (Stream S))) %noBranch))) $param: (S) debug: evaluateType form: (SegmentCategory S) $param: (S) Debug: evaluateType1 form: (SegmentCategory S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE SEGMENT ($ S)) (SIGNATURE segment ($ S)) (SIGNATURE coerce ($ (Segment S))) (SIGNATURE hasHi ((Boolean) $)) (IF (has S (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch) (IF (has S (OrderedRing)) (ATTRIBUTE (SegmentExpansionCategory S (Stream S))) %noBranch)) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Segment S) $param: (S) Debug: evaluateType1 form: (Segment S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: compDefine1 signature (post evaluate): ((Join (SegmentCategory S) (CATEGORY domain (SIGNATURE SEGMENT ($ S)) (SIGNATURE segment ($ S)) (SIGNATURE coerce ($ (Segment S))) (SIGNATURE hasHi ((Boolean) $)) (IF (has S (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch) (IF (has S (OrderedRing)) (ATTRIBUTE (SegmentExpansionCategory S (Stream S))) %noBranch))) NIL) ------------------------------------------------------------------------ initializing stationary directory for UniversalSegment compiling into /tmp/oa-frDvkG compiling exported segment : S -> % UNISEG;segment;S$;1 a is replaced by %pair(0,%pair(a,1)) Time: 0.03 SEC. compiling exported segment : (S,S) -> % UNISEG;segment;2S$;2(a,b) is replaced by %pair(1,%vector(a,b,1)) Time: 0.00 SEC. compiling exported BY : (%,Integer) -> % Time: 0.01 SEC. compiling exported lo : % -> S UNISEG;lo;$S;4 s is replaced by %when( %head %tail s,%otherwise %vref(%tail s,0)) Time: 0.01 SEC. compiling exported low : % -> S UNISEG;low;$S;5 s is replaced by %when( %head %tail s,%otherwise %vref(%tail s,0)) Time: 0.00 SEC. compiling exported hasHi : % -> Boolean UNISEG;hasHi;$B;6 s is replaced by %ieq(%head s,1) Time: 0 SEC. compiling exported hi : % -> S Time: 0.02 SEC. compiling exported high : % -> S Time: 0.00 SEC. compiling exported incr : % -> Integer UNISEG;incr;$I;9 s is replaced by %when( %tail %tail s,%otherwise %vref(%tail s,2)) Time: 0.00 SEC. compiling exported SEGMENT : S -> % UNISEG;SEGMENT;S$;10 a is replaced by %pair(0,%pair(a,1)) Time: 0.00 SEC. compiling exported SEGMENT : (S,S) -> % UNISEG;SEGMENT;2S$;11(a,b) is replaced by %pair(1,%vector(a,b,1)) Time: 0 SEC. compiling exported coerce : Segment S -> % Time: 0.00 SEC. compiling exported convert : S -> % Time: 0.00 SEC. compiling exported = : (%,%) -> Boolean Time: 0.04 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. compiling exported expand : % -> Stream S Time: 0.02 SEC. compiling exported map : (S -> S,%) -> Stream S Time: 0.01 SEC. compiling local plusInc : (S,S) -> S Time: 0 SEC. compiling exported expand : List % -> Stream S Time: 0.06 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] Type Integer is not in scope. Import it Cumulative Statistics for Constructor UniversalSegment Time: 0.25 seconds finalizing NRLIB UNISEG Processing UniversalSegment for Browser database: -- ?SEGMENT : S -> % -- segment : S -> % -- coerce : Segment S -> % -- hasHi : % -> Boolean -- constructor ; compiling file "/tmp/oa-frDvkG/code.lsp" (written 01 FEB 2016 10:57:33 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UNISEG;segment;S$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UNISEG;segment;2S$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UNISEG;lo;$S;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UNISEG;low;$S;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UNISEG;hasHi;$B;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UNISEG;incr;$I;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UNISEG;SEGMENT;S$;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UNISEG;SEGMENT;2S$;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UNISEG;hi;$S;7|) ...) ; compiling (PUT (QUOTE |UNISEG;high;$S;8|) ...) ; compiling (PUT (QUOTE |UNISEG;convert;S$;13|) ...) ; compiling (DEFUN |UNISEG;segment;S$;1| ...) ; compiling (DEFUN |UNISEG;segment;2S$;2| ...) ; compiling (DEFUN |UNISEG;BY;$I$;3| ...) ; compiling (DEFUN |UNISEG;lo;$S;4| ...) ; compiling (DEFUN |UNISEG;low;$S;5| ...) ; compiling (DEFUN |UNISEG;hasHi;$B;6| ...) ; compiling (DEFUN |UNISEG;hi;$S;7| ...) ; file: /tmp/oa-frDvkG/code.lsp ; in: DEFUN |UNISEG;hi;$S;7| ; (DEFUN BOOT::|UNISEG;hi;$S;7| (BOOT::|s| BOOT::$) ; (COND ((NOT (EQL # 1)) (BOOT::|error| "hi: segment has no upper bound")) ; (T (SVREF (CDR BOOT::|s|) 1)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UNISEG;hi;$S;7| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|UNISEG;hi;$S;7| ; (COND ((NOT #) (BOOT::|error| "hi: segment has no upper bound")) ; (T (SVREF # 1))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |UNISEG;high;$S;8| ...) ; file: /tmp/oa-frDvkG/code.lsp ; in: DEFUN |UNISEG;high;$S;8| ; (DEFUN BOOT::|UNISEG;high;$S;8| (BOOT::|s| BOOT::$) ; (COND ((NOT (EQL # 1)) (BOOT::|error| "high: segment has no upper bound")) ; (T (SVREF (CDR BOOT::|s|) 1)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UNISEG;high;$S;8| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|UNISEG;high;$S;8| ; (COND ((NOT #) (BOOT::|error| "high: segment has no upper bound")) ; (T (SVREF # 1))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |UNISEG;incr;$I;9| ...) ; compiling (DEFUN |UNISEG;SEGMENT;S$;10| ...) ; compiling (DEFUN |UNISEG;SEGMENT;2S$;11| ...) ; compiling (DEFUN |UNISEG;coerce;S$;12| ...) ; compiling (DEFUN |UNISEG;convert;S$;13| ...) ; file: /tmp/oa-frDvkG/code.lsp ; in: DEFUN |UNISEG;convert;S$;13| ; (DEFUN BOOT::|UNISEG;convert;S$;13| (BOOT::|a| BOOT::$) ; (CONS 1 (VECTOR BOOT::|a| BOOT::|a| 1))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UNISEG;convert;S$;13| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|UNISEG;convert;S$;13| ; (CONS 1 (VECTOR BOOT::|a| BOOT::|a| 1)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |UNISEG;=;2$B;14| ...) ; compiling (DEFUN |UNISEG;coerce;$Of;15| ...) ; compiling (DEFUN |UNISEG;expand;$S;16| ...) ; compiling (DEFUN |UNISEG;map;M$S;17| ...) ; compiling (DEFUN |UNISEG;plusInc| ...) ; compiling (DEFUN |UNISEG;expand;LS;19| ...) ; file: /tmp/oa-frDvkG/code.lsp ; in: DEFUN |UNISEG;expand;LS;19| ; (DEFUN BOOT::|UNISEG;expand;LS;19| (BOOT::|ls| BOOT::$) ; (PROG (BOOT::|s| BOOT::|ns| BOOT::|lb|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UNISEG;expand;LS;19| ; (BOOT::|ls| BOOT::$) ; (BLOCK BOOT::|UNISEG;expand;LS;19| ; (PROG (BOOT::|s| BOOT::|ns| BOOT::|lb|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |ls| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |UNISEG;expand;LS;19!0| ...) ; compiling (DEFUN |UniversalSegment| ...) ; compiling (DEFUN |UniversalSegment;| ...) ; compiling (MAKEPROP (QUOTE |UniversalSegment|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; printed 1 note ; /tmp/oa-frDvkG/code.fasl written ; compilation finished in 0:00:00.090 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/IDENT.fasl --optimize=3 IDENT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IDENT.spad using Spad compiler. IDENT abbreviates domain Identifier debug: compDefine1 lhs: (Identifier) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE gensym ($))))) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (SIGNATURE gensym ($)))) $param: NIL debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE gensym ($))) $param: NIL debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE gensym ($))))) ------------------------------------------------------------------------ initializing stationary directory for Identifier compiling into /tmp/oa-ABiEPb compiling exported gensym : () -> % IDENT;gensym;$;1 is replaced by %gensym Time: 0 SEC. compiling exported = : (%,%) -> Boolean IDENT;=;2$B;2 is replaced by %peq Time: 0.00 SEC. compiling exported coerce : % -> OutputForm IDENT;coerce;$Of;3 x is replaced by x Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] coerce: : OutputForm -- replace by pretend Cumulative Statistics for Constructor Identifier Time: 0.02 seconds finalizing NRLIB IDENT Processing Identifier for Browser database: -- gensym : () -> % -- constructor ; compiling file "/tmp/oa-ABiEPb/code.lsp" (written 01 FEB 2016 10:57:33 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IDENT;gensym;$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IDENT;=;2$B;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IDENT;coerce;$Of;3|) ...) ; compiling (DEFUN |IDENT;gensym;$;1| ...) ; compiling (DEFUN |IDENT;=;2$B;2| ...) ; compiling (DEFUN |IDENT;coerce;$Of;3| ...) ; compiling (DEFUN |Identifier| ...) ; compiling (DEFUN |Identifier;| ...) ; compiling (MAKEPROP (QUOTE |Identifier|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-ABiEPb/code.fasl written ; compilation finished in 0:00:00.019 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SYMBOL.spad && cp SYMBOL.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SYMBOL.fasl \ && if test -f SYMBOL-.NRLIB/code.fasl; then \ cp SYMBOL-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SYMBOL-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SYMBOL.spad using Spad compiler. SYMBOL abbreviates domain Symbol debug: compDefine1 lhs: (Symbol) signature (pre-evaluate): ((Join (OrderedSet) (ConvertibleTo (InputForm)) (ConvertibleTo (Symbol)) (CoercibleFrom (String)) (RetractableTo (Identifier)) (ConvertibleTo (Pattern (Integer))) (ConvertibleTo (Pattern (Float))) (PatternMatchable (Integer)) (PatternMatchable (Float)) (CATEGORY domain (SIGNATURE new ($)) (SIGNATURE new ($ $)) (SIGNATURE resetNew ((Void))) (SIGNATURE name ($ $)) (SIGNATURE scripted? ((Boolean) $)) (SIGNATURE scripts ((Record (: sub (List (OutputForm))) (: sup (List (OutputForm))) (: presup (List (OutputForm))) (: presub (List (OutputForm))) (: args (List (OutputForm)))) $)) (SIGNATURE script ($ $ (List (List (OutputForm))))) (SIGNATURE script ($ $ (Record (: sub (List (OutputForm))) (: sup (List (OutputForm))) (: presup (List (OutputForm))) (: presub (List (OutputForm))) (: args (List (OutputForm)))))) (SIGNATURE subscript ($ $ (List (OutputForm)))) (SIGNATURE superscript ($ $ (List (OutputForm)))) (SIGNATURE argscript ($ $ (List (OutputForm)))) (SIGNATURE elt ($ $ (List (OutputForm)))) (SIGNATURE string ((String) $)) (SIGNATURE list ((List $) $)) (SIGNATURE sample ($) constant)))) debug: evaluateType form: (Join (OrderedSet) (ConvertibleTo (InputForm)) (ConvertibleTo (Symbol)) (CoercibleFrom (String)) (RetractableTo (Identifier)) (ConvertibleTo (Pattern (Integer))) (ConvertibleTo (Pattern (Float))) (PatternMatchable (Integer)) (PatternMatchable (Float)) (CATEGORY domain (SIGNATURE new ($)) (SIGNATURE new ($ $)) (SIGNATURE resetNew ((Void))) (SIGNATURE name ($ $)) (SIGNATURE scripted? ((Boolean) $)) (SIGNATURE scripts ((Record (: sub (List (OutputForm))) (: sup (List (OutputForm))) (: presup (List (OutputForm))) (: presub (List (OutputForm))) (: args (List (OutputForm)))) $)) (SIGNATURE script ($ $ (List (List (OutputForm))))) (SIGNATURE script ($ $ (Record (: sub (List (OutputForm))) (: sup (List (OutputForm))) (: presup (List (OutputForm))) (: presub (List (OutputForm))) (: args (List (OutputForm)))))) (SIGNATURE subscript ($ $ (List (OutputForm)))) (SIGNATURE superscript ($ $ (List (OutputForm)))) (SIGNATURE argscript ($ $ (List (OutputForm)))) (SIGNATURE elt ($ $ (List (OutputForm)))) (SIGNATURE string ((String) $)) (SIGNATURE list ((List $) $)) (SIGNATURE sample ($) constant))) $param: NIL debug: evaluateType form: (OrderedSet) $param: NIL Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (ConvertibleTo (InputForm)) $param: NIL Debug: evaluateType1 form: (ConvertibleTo (InputForm)) debug: evaluateType1 x: (InputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (InputForm) $param: NIL Debug: evaluateType1 form: (InputForm) debug: evalCategory d: (InputForm) c: (Type) debug: evaluateType form: (ConvertibleTo (Symbol)) $param: NIL Debug: evaluateType1 form: (ConvertibleTo (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (CoercibleFrom (String)) $param: NIL Debug: evaluateType1 form: (CoercibleFrom (String)) debug: evaluateType1 x: (String) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evalCategory d: (String) c: (Type) debug: evaluateType form: (RetractableTo (Identifier)) $param: NIL Debug: evaluateType1 form: (RetractableTo (Identifier)) debug: evaluateType1 x: (Identifier) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evalCategory d: (Identifier) c: (Type) debug: evaluateType form: (ConvertibleTo (Pattern (Integer))) $param: NIL Debug: evaluateType1 form: (ConvertibleTo (Pattern (Integer))) debug: evaluateType1 x: (Pattern (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Pattern (Integer)) $param: NIL Debug: evaluateType1 form: (Pattern (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evalCategory d: (Pattern (Integer)) c: (Type) debug: evaluateType form: (ConvertibleTo (Pattern (Float))) $param: NIL Debug: evaluateType1 form: (ConvertibleTo (Pattern (Float))) debug: evaluateType1 x: (Pattern (Float)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Pattern (Float)) $param: NIL Debug: evaluateType1 form: (Pattern (Float)) debug: evaluateType1 x: (Float) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (SetCategory) debug: evalCategory d: (Pattern (Float)) c: (Type) debug: evaluateType form: (PatternMatchable (Integer)) $param: NIL Debug: evaluateType1 form: (PatternMatchable (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (PatternMatchable (Float)) $param: NIL Debug: evaluateType1 form: (PatternMatchable (Float)) debug: evaluateType1 x: (Float) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE new ($)) (SIGNATURE new ($ $)) (SIGNATURE resetNew ((Void))) (SIGNATURE name ($ $)) (SIGNATURE scripted? ((Boolean) $)) (SIGNATURE scripts ((Record (: sub (List (OutputForm))) (: sup (List (OutputForm))) (: presup (List (OutputForm))) (: presub (List (OutputForm))) (: args (List (OutputForm)))) $)) (SIGNATURE script ($ $ (List (List (OutputForm))))) (SIGNATURE script ($ $ (Record (: sub (List (OutputForm))) (: sup (List (OutputForm))) (: presup (List (OutputForm))) (: presub (List (OutputForm))) (: args (List (OutputForm)))))) (SIGNATURE subscript ($ $ (List (OutputForm)))) (SIGNATURE superscript ($ $ (List (OutputForm)))) (SIGNATURE argscript ($ $ (List (OutputForm)))) (SIGNATURE elt ($ $ (List (OutputForm)))) (SIGNATURE string ((String) $)) (SIGNATURE list ((List $) $)) (SIGNATURE sample ($) constant)) $param: NIL debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Record (: sub (List (OutputForm))) (: sup (List (OutputForm))) (: presup (List (OutputForm))) (: presub (List (OutputForm))) (: args (List (OutputForm)))) $param: NIL debug: evaluateType form: (List (OutputForm)) $param: NIL Debug: evaluateType1 form: (List (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (List (OutputForm)) $param: NIL Debug: evaluateType1 form: (List (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (List (OutputForm)) $param: NIL Debug: evaluateType1 form: (List (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (List (OutputForm)) $param: NIL Debug: evaluateType1 form: (List (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (List (OutputForm)) $param: NIL Debug: evaluateType1 form: (List (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (List (List (OutputForm))) $param: NIL Debug: evaluateType1 form: (List (List (OutputForm))) debug: evaluateType1 x: (List (OutputForm)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (OutputForm)) $param: NIL Debug: evaluateType1 form: (List (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evalCategory d: (List (OutputForm)) c: (Type) debug: evaluateType form: (Record (: sub (List (OutputForm))) (: sup (List (OutputForm))) (: presup (List (OutputForm))) (: presub (List (OutputForm))) (: args (List (OutputForm)))) $param: NIL debug: evaluateType form: (List (OutputForm)) $param: NIL Debug: evaluateType1 form: (List (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (List (OutputForm)) $param: NIL Debug: evaluateType1 form: (List (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (List (OutputForm)) $param: NIL Debug: evaluateType1 form: (List (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (List (OutputForm)) $param: NIL Debug: evaluateType1 form: (List (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (List (OutputForm)) $param: NIL Debug: evaluateType1 form: (List (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (List (OutputForm)) $param: NIL Debug: evaluateType1 form: (List (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (List (OutputForm)) $param: NIL Debug: evaluateType1 form: (List (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (List (OutputForm)) $param: NIL Debug: evaluateType1 form: (List (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (List (OutputForm)) $param: NIL Debug: evaluateType1 form: (List (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: compDefine1 signature (post evaluate): ((Join (OrderedSet) (ConvertibleTo (InputForm)) (ConvertibleTo (Symbol)) (CoercibleFrom (String)) (RetractableTo (Identifier)) (ConvertibleTo (Pattern (Integer))) (ConvertibleTo (Pattern (Float))) (PatternMatchable (Integer)) (PatternMatchable (Float)) (CATEGORY domain (SIGNATURE new ($)) (SIGNATURE new ($ $)) (SIGNATURE resetNew ((Void))) (SIGNATURE name ($ $)) (SIGNATURE scripted? ((Boolean) $)) (SIGNATURE scripts ((Record (: sub (List (OutputForm))) (: sup (List (OutputForm))) (: presup (List (OutputForm))) (: presub (List (OutputForm))) (: args (List (OutputForm)))) $)) (SIGNATURE script ($ $ (List (List (OutputForm))))) (SIGNATURE script ($ $ (Record (: sub (List (OutputForm))) (: sup (List (OutputForm))) (: presup (List (OutputForm))) (: presub (List (OutputForm))) (: args (List (OutputForm)))))) (SIGNATURE subscript ($ $ (List (OutputForm)))) (SIGNATURE superscript ($ $ (List (OutputForm)))) (SIGNATURE argscript ($ $ (List (OutputForm)))) (SIGNATURE elt ($ $ (List (OutputForm)))) (SIGNATURE string ((String) $)) (SIGNATURE list ((List $) $)) (SIGNATURE sample ($) constant)))) ------------------------------------------------------------------------ initializing stationary directory for Symbol compiling into /tmp/oa-H58znn compiling exported convert : % -> InputForm Time: 0.16 SEC. compiling exported convert : % -> Symbol SYMBOL;convert;$S;2 s is replaced by s Time: 0.00 SEC. compiling exported coerce : String -> % Time: 0 SEC. compiling exported = : (%,%) -> Boolean SYMBOL;=;2$B;4 is replaced by %equal Time: 0.00 SEC. compiling exported < : (%,%) -> Boolean SYMBOL;<;2$B;5 is replaced by %before? Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Time: 0.02 SEC. compiling exported subscript : (%,List OutputForm) -> % Time: 0.04 SEC. compiling exported elt : (%,List OutputForm) -> % Time: 0.02 SEC. compiling exported superscript : (%,List OutputForm) -> % Time: 0.04 SEC. compiling exported argscript : (%,List OutputForm) -> % Time: 0.06 SEC. compiling exported patternMatch : (%,Pattern Integer,PatternMatchResult(Integer,%)) -> PatternMatchResult(Integer,%) Time: 0.02 SEC. compiling exported patternMatch : (%,Pattern Float,PatternMatchResult(Float,%)) -> PatternMatchResult(Float,%) Time: 0.02 SEC. compiling exported convert : % -> Pattern Float Time: 0.01 SEC. compiling exported convert : % -> Pattern Integer Time: 0.01 SEC. compiling local syprefix : Record(sub: List OutputForm,sup: List OutputForm,presup: List OutputForm,presub: List OutputForm,args: List OutputForm) -> String Time: 0.24 SEC. compiling local syscripts : Record(sub: List OutputForm,sup: List OutputForm,presup: List OutputForm,presub: List OutputForm,args: List OutputForm) -> List OutputForm Time: 0.04 SEC. compiling exported script : (%,List List OutputForm) -> % Time: 0.06 SEC. compiling exported script : (%,Record(sub: List OutputForm,sup: List OutputForm,presup: List OutputForm,presub: List OutputForm,args: List OutputForm)) -> % Time: 0.36 SEC. compiling exported string : % -> String Time: 0.00 SEC. compiling exported latex : % -> String Time: 0.16 SEC. compiling local anyRadix : (Integer,String) -> String Time: 0.04 SEC. compiling exported new : () -> % Time: 0.01 SEC. compiling exported new : % -> % Time: 0.09 SEC. compiling exported resetNew : () -> Void Time: 0.01 SEC. compiling exported scripted? : % -> Boolean SYMBOL;scripted?;$B;25 is replaced by %pair? Time: 0.00 SEC. compiling exported name : % -> % Time: 0.06 SEC. compiling exported scripts : % -> Record(sub: List OutputForm,sup: List OutputForm,presup: List OutputForm,presub: List OutputForm,args: List OutputForm) Time: 0.16 SEC. compiling local istring : Integer -> String Time: 0.02 SEC. compiling exported list : % -> List % Time: 0.01 SEC. compiling exported sample : () -> % Debug compQuote expr: (QUOTE aSymbol) m: $ SYMBOL;sample;$;30 is replaced by aSymbol Time: 0.00 SEC. compiling exported coerce : Identifier -> % SYMBOL;coerce;I$;31 x is replaced by x Time: 0 SEC. compiling exported retractIfCan : % -> Union(Identifier,failed) SYMBOL;retractIfCan;$U;32 x is replaced by %when( %pair(0,x),%otherwise %pair(1,"failed")) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] ord has no value [2] convert: pretend Symbol -- should replace by @ [3] coerce: pretend Symbol -- should replace by @ [4] patternMatch: pretend Symbol -- should replace by @ [5] patternMatch: pretend PatternMatchResult(Integer,Symbol) -- should replace by @ [6] patternMatch: pretend PatternMatchResult(Float,Symbol) -- should replace by @ [7] latex: pretend String -- should replace by @ [8] latex: s has no value [9] name: SEGMENT has no value [10] coerce: : $ -- replace by pretend [11] retractIfCan: : Identifier -- replace by pretend Cumulative Statistics for Constructor Symbol Time: 1.70 seconds finalizing NRLIB SYMBOL Processing Symbol for Browser database: -- new : () -> % -- new : % -> % -- resetNew : () -> Void -- name : % -> % -- scripted? : % -> Boolean -- scripts : % -> Scripts -- script : (%,List L) -> % -- script : (%,Scripts) -> % -- subscript : (%,L) -> % -- superscript : (%,L) -> % -- argscript : (%,L) -> % -- elt : (%,L) -> % -- string : % -> String -- list : % -> List % -- sample : () -> % -- constructor ; compiling file "/tmp/oa-H58znn/code.lsp" (written 01 FEB 2016 10:57:35 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYMBOL;convert;$S;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYMBOL;=;2$B;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYMBOL;<;2$B;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYMBOL;scripted?;$B;25|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYMBOL;sample;$;30|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYMBOL;coerce;I$;31|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYMBOL;retractIfCan;$U;32|) ...) ; compiling (PUT (QUOTE |SYMBOL;istring|) ...) ; compiling (PUT (QUOTE |SYMBOL;list;$L;29|) ...) ; compiling (DEFUN |SYMBOL;convert;$If;1| ...) ; compiling (DEFUN |SYMBOL;convert;$S;2| ...) ; compiling (DEFUN |SYMBOL;coerce;S$;3| ...) ; file: /tmp/oa-H58znn/code.lsp ; in: DEFUN |SYMBOL;coerce;S$;3| ; (DEFUN BOOT::|SYMBOL;coerce;S$;3| (BOOT::|s| BOOT::$) ; (VALUES (INTERN BOOT::|s|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYMBOL;coerce;S$;3| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|SYMBOL;coerce;S$;3| (VALUES (INTERN BOOT::|s|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SYMBOL;=;2$B;4| ...) ; compiling (DEFUN |SYMBOL;<;2$B;5| ...) ; file: /tmp/oa-H58znn/code.lsp ; in: DEFUN |SYMBOL;<;2$B;5| ; (DEFUN BOOT::|SYMBOL;<;2$B;5| (BOOT::|x| BOOT::|y| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::GGREATERP BOOT::|y| BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYMBOL;<;2$B;5| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|SYMBOL;<;2$B;5| (BOOT::GGREATERP BOOT::|y| BOOT::|x|))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |SYMBOL;coerce;$Of;6| ...) ; compiling (DEFUN |SYMBOL;subscript;$L$;7| ...) ; compiling (DEFUN |SYMBOL;elt;$L$;8| ...) ; compiling (DEFUN |SYMBOL;superscript;$L$;9| ...) ; compiling (DEFUN |SYMBOL;argscript;$L$;10| ...) ; compiling (DEFUN |SYMBOL;patternMatch;$P2Pmr;11| ...) ; compiling (DEFUN |SYMBOL;patternMatch;$P2Pmr;12| ...) ; compiling (DEFUN |SYMBOL;convert;$P;13| ...) ; compiling (DEFUN |SYMBOL;convert;$P;14| ...) ; compiling (DEFUN |SYMBOL;syprefix| ...) ; file: /tmp/oa-H58znn/code.lsp ; in: DEFUN |SYMBOL;syprefix| ; (DEFUN BOOT::|SYMBOL;syprefix| (BOOT::|sc| BOOT::$) ; (LET ((BOOT::|ns| (LIST # # # #))) ; (PROGN ; (LOOP (COND # #)) ; (BOOT::SPADCALL (CONS # #) (BOOT::|shellEntry| BOOT::$ 79))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYMBOL;syprefix| ; (BOOT::|sc| BOOT::$) ; (BLOCK BOOT::|SYMBOL;syprefix| ; (LET ((BOOT::|ns| #)) ; (PROGN (LOOP #) (BOOT::SPADCALL # #))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |SYMBOL;syscripts| ...) ; file: /tmp/oa-H58znn/code.lsp ; in: DEFUN |SYMBOL;syscripts| ; (DEFUN BOOT::|SYMBOL;syscripts| (BOOT::|sc| BOOT::$) ; (LET ((BOOT::|all| (SVREF BOOT::|sc| 3))) ; (PROGN ; (SETQ BOOT::|all| #) ; (SETQ BOOT::|all| #) ; (SETQ BOOT::|all| #) ; (BOOT::SPADCALL BOOT::|all| (SVREF BOOT::|sc| 4) ; (BOOT::|shellEntry| BOOT::$ 80))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYMBOL;syscripts| ; (BOOT::|sc| BOOT::$) ; (BLOCK BOOT::|SYMBOL;syscripts| ; (LET ((BOOT::|all| #)) ; (PROGN (SETQ #) (SETQ #) (SETQ #) (BOOT::SPADCALL BOOT::|all| # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SYMBOL;script;$L$;17| ...) ; file: /tmp/oa-H58znn/code.lsp ; in: DEFUN |SYMBOL;script;$L$;17| ; (DEFUN BOOT::|SYMBOL;script;$L$;17| (BOOT::|sy| BOOT::|ls| BOOT::$) ; (LET ((BOOT::|sc| (VECTOR NIL NIL NIL NIL NIL))) ; (BOOT::SEQ (COND (# #)) (COND (# #)) (COND (# #)) (COND (# #)) ; (COND (# #)) ; (BOOT::EXIT ; (BOOT::|SYMBOL;script;$R$;18| BOOT::|sy| BOOT::|sc| ; BOOT::$))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYMBOL;script;$L$;17| ; (BOOT::|sy| BOOT::|ls| BOOT::$) ; (BLOCK BOOT::|SYMBOL;script;$L$;17| ; (LET ((BOOT::|sc| #)) ; (BOOT::SEQ (COND #) (COND #) (COND #) (COND #) (COND #) ; (BOOT::EXIT #))))) ; ; note: Assignment to argument: |ls| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS LIST T)) ; ; compiling (DEFUN |SYMBOL;script;$R$;18| ...) ; compiling (DEFUN |SYMBOL;string;$S;19| ...) ; file: /tmp/oa-H58znn/code.lsp ; in: DEFUN |SYMBOL;string;$S;19| ; (DEFUN BOOT::|SYMBOL;string;$S;19| (BOOT::|e| BOOT::$) ; (COND ((NOT (CONSP BOOT::|e|)) (BOOT::PNAME BOOT::|e|)) ; (T (BOOT::|error| "Cannot form string from non-atomic symbols.")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYMBOL;string;$S;19| ; (BOOT::|e| BOOT::$) ; (BLOCK BOOT::|SYMBOL;string;$S;19| ; (COND ((NOT #) (BOOT::PNAME BOOT::|e|)) ; (T ; (BOOT::|error| "Cannot form string from non-atomic symbols."))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SYMBOL;latex;$S;20| ...) ; compiling (DEFUN |SYMBOL;anyRadix| ...) ; file: /tmp/oa-H58znn/code.lsp ; in: DEFUN |SYMBOL;anyRadix| ; (DEFUN BOOT::|SYMBOL;anyRadix| (BOOT::|n| BOOT::|s| BOOT::$) ; (PROG (BOOT::|qr|) ; (RETURN ; (LET (#) ; (LOOP #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYMBOL;anyRadix| ; (BOOT::|n| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|SYMBOL;anyRadix| ; (PROG (BOOT::|qr|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |SYMBOL;new;$;22| ...) ; compiling (DEFUN |SYMBOL;new;2$;23| ...) ; compiling (DEFUN |SYMBOL;resetNew;V;24| ...) ; compiling (DEFUN |SYMBOL;scripted?;$B;25| ...) ; compiling (DEFUN |SYMBOL;name;2$;26| ...) ; compiling (DEFUN |SYMBOL;scripts;$R;27| ...) ; compiling (DEFUN |SYMBOL;istring| ...) ; file: /tmp/oa-H58znn/code.lsp ; in: DEFUN |SYMBOL;istring| ; (DEFUN BOOT::|SYMBOL;istring| (BOOT::|n| BOOT::$) ; (COND ; ((< 9 BOOT::|n|) ; (BOOT::|error| "Can have at most 9 scripts of each kind")) ; (T ; (BOOT::|getSimpleArrayEntry| (BOOT::|shellEntry| BOOT::$ 18) BOOT::|n|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYMBOL;istring| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|SYMBOL;istring| ; (COND ; ((< 9 BOOT::|n|) ; (BOOT::|error| "Can have at most 9 scripts of each kind")) ; (T (BOOT::|getSimpleArrayEntry| # BOOT::|n|))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |SYMBOL;list;$L;29| ...) ; file: /tmp/oa-H58znn/code.lsp ; in: DEFUN |SYMBOL;list;$L;29| ; (DEFUN BOOT::|SYMBOL;list;$L;29| (BOOT::|sy| BOOT::$) ; (COND ; ((NOT (CONSP BOOT::|sy|)) ; (BOOT::|error| ; "Cannot convert a symbol to a list if it is not subscripted")) ; (T BOOT::|sy|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYMBOL;list;$L;29| ; (BOOT::|sy| BOOT::$) ; (BLOCK BOOT::|SYMBOL;list;$L;29| ; (COND ; ((NOT #) ; (BOOT::|error| ; "Cannot convert a symbol to a list if it is not subscripted")) ; (T BOOT::|sy|)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SYMBOL;sample;$;30| ...) ; compiling (DEFUN |SYMBOL;coerce;I$;31| ...) ; compiling (DEFUN |SYMBOL;retractIfCan;$U;32| ...) ; compiling (DEFUN |Symbol| ...) ; compiling (DEFUN |Symbol;| ...) ; compiling (MAKEPROP (QUOTE |Symbol|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; printed 8 notes ; /tmp/oa-H58znn/code.fasl written ; compilation finished in 0:00:00.125 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/INTRET.fasl --optimize=3 INTRET.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INTRET.spad using Spad compiler. INTRET abbreviates package IntegerRetractions debug: compDefine1 lhs: (IntegerRetractions S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE integer ((Integer) S)) (SIGNATURE integer? ((Boolean) S)) (SIGNATURE integerIfCan ((Union (Integer) failed) S))) (RetractableTo (Integer))) debug: evaluateType form: (CATEGORY package (SIGNATURE integer ((Integer) S)) (SIGNATURE integer? ((Boolean) S)) (SIGNATURE integerIfCan ((Union (Integer) failed) S))) $param: (S) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Union (Integer) failed) $param: (S) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evaluateType form: failed $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (RetractableTo (Integer)) $param: (S) Debug: evaluateType1 form: (RetractableTo (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE integer ((Integer) S)) (SIGNATURE integer? ((Boolean) S)) (SIGNATURE integerIfCan ((Union (Integer) failed) S))) (RetractableTo (Integer))) debug: compDefine1 lhs: (IntegerRetractions S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE integer ((Integer) S)) (SIGNATURE integer? ((Boolean) S)) (SIGNATURE integerIfCan ((Union (Integer) failed) S))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE integer ((Integer) S)) (SIGNATURE integer? ((Boolean) S)) (SIGNATURE integerIfCan ((Union (Integer) failed) S))) $param: (S) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Union (Integer) failed) $param: (S) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evaluateType form: failed $param: (S) debug: evaluateType form: S $param: (S) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE integer ((Integer) S)) (SIGNATURE integer? ((Boolean) S)) (SIGNATURE integerIfCan ((Union (Integer) failed) S))) NIL) ------------------------------------------------------------------------ initializing stationary directory for IntegerRetractions compiling into /tmp/oa-bqFnSj compiling exported integer : S -> Integer Time: 0.00 SEC. compiling exported integer? : S -> Boolean Time: 0.00 SEC. compiling exported integerIfCan : S -> Union(Integer,failed) Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor IntegerRetractions Time: 0.01 seconds finalizing NRLIB INTRET Processing IntegerRetractions for Browser database: -- integer : S -> Integer -- integer? : S -> Boolean -- integerIfCan : S -> Union(Integer,"failed") -- constructor ; compiling file "/tmp/oa-bqFnSj/code.lsp" (written 01 FEB 2016 10:57:35 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |INTRET;integer;SI;1| ...) ; file: /tmp/oa-bqFnSj/code.lsp ; in: DEFUN |INTRET;integer;SI;1| ; (DEFUN BOOT::|INTRET;integer;SI;1| (BOOT::|s| BOOT::$) ; (BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 8))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTRET;integer;SI;1| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|INTRET;integer;SI;1| ; (BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 8)))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |INTRET;integer?;SB;2| ...) ; compiling (DEFUN |INTRET;integerIfCan;SU;3| ...) ; file: /tmp/oa-bqFnSj/code.lsp ; in: DEFUN |INTRET;integerIfCan;SU;3| ; (DEFUN BOOT::|INTRET;integerIfCan;SU;3| (BOOT::|s| BOOT::$) ; (BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 11))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTRET;integerIfCan;SU;3| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|INTRET;integerIfCan;SU;3| ; (BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 11)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |IntegerRetractions| ...) ; compiling (DEFUN |IntegerRetractions;| ...) ; compiling (MAKEPROP (QUOTE |IntegerRetractions|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-bqFnSj/code.fasl written ; compilation finished in 0:00:00.018 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/CPIMA.fasl --bootstrap CPIMA.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CPIMA.spad using Spad compiler. CPIMA abbreviates package CharacteristicPolynomialInMonogenicalAlgebra ------------------------------------------------------------------------ initializing stationary directory for CharacteristicPolynomialInMonogenicalAlgebra compiling into /tmp/oa-pOb0ym Time: 0.07 SEC. Cumulative Statistics for Constructor CharacteristicPolynomialInMonogenicalAlgebra Time: 0.07 seconds finalizing NRLIB CPIMA ; compiling file "/tmp/oa-pOb0ym/code.lsp" (written 01 FEB 2016 10:57:36 PM): ; compiling (DEFUN |CharacteristicPolynomialInMonogenicalAlgebra| ...) ; compiling (DEFUN |CharacteristicPolynomialInMonogenicalAlgebra;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-pOb0ym/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/MONOGEN.fasl --optimize=3 MONOGEN.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MONOGEN.spad using Spad compiler. MONOGEN abbreviates category MonogenicAlgebra debug: compDefine1 lhs: (MonogenicAlgebra R UP) signature (pre-evaluate): ((Category) (CommutativeRing) (UnivariatePolynomialCategory R)) debug: evaluateType form: (Category) $param: (R UP) debug: evaluateType form: (CommutativeRing) $param: (R UP) Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (UnivariatePolynomialCategory R) $param: (R UP) Debug: evaluateType1 form: (UnivariatePolynomialCategory R) debug: evaluateType1 x: R m: (Ring) debug: compDefine1 signature (post evaluate): ((Category) (CommutativeRing) (UnivariatePolynomialCategory R)) debug: compDefine1 lhs: (MonogenicAlgebra R UP) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (R UP) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for MonogenicAlgebra compiling into /tmp/oa-WHHUjx STYLE-WARNING: redefining BOOT::|MonogenicAlgebra| in DEFUN Time: 0.03 SEC. MONOGEN- abbreviates package MonogenicAlgebra& ------------------------------------------------------------------------ initializing stationary directory for MonogenicAlgebra& compiling into /tmp/oa-BeAXeG compiling exported convert : S -> UP Time: 0.08 SEC. compiling exported convert : UP -> S Time: 0 SEC. compiling exported generator : () -> S Time: 0.03 SEC. compiling exported norm : S -> R Time: 0 SEC. compiling exported retract : S -> R Time: 0.00 SEC. compiling exported retractIfCan : S -> Union(R,failed) Time: 0.00 SEC. compiling exported basis : () -> Vector S Time: 0.03 SEC. compiling exported characteristicPolynomial : S -> UP Time: 0.00 SEC. compiling exported size : () -> NonNegativeInteger Time: 0.02 SEC. compiling exported random : () -> S Time: 0.02 SEC. compiling exported reduce : Fraction UP -> Union(S,failed) Time: 0.02 SEC. compiling exported differentiate : (S,R -> R) -> S Time: 0.01 SEC. compiling exported derivationCoordinates : (Vector S,R -> R) -> Matrix R Time: 0.02 SEC. compiling exported recip : S -> Union(S,failed) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor MonogenicAlgebra& Time: 0.27 seconds finalizing NRLIB MONOGEN- ; compiling file "/tmp/oa-BeAXeG/code.lsp" (written 01 FEB 2016 10:57:36 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MONOGEN-;convert;$UP;1| ...) ; compiling (DEFUN |MONOGEN-;convert;UP$;2| ...) ; compiling (DEFUN |MONOGEN-;generator;$;3| ...) ; compiling (DEFUN |MONOGEN-;norm;$R;4| ...) ; compiling (DEFUN |MONOGEN-;retract;$R;5| ...) ; compiling (DEFUN |MONOGEN-;retractIfCan;$U;6| ...) ; file: /tmp/oa-BeAXeG/code.lsp ; in: DEFUN |MONOGEN-;retractIfCan;$U;6| ; (DEFUN BOOT::|MONOGEN-;retractIfCan;$U;6| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 9)) ; (BOOT::|shellEntry| BOOT::$ 25))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MONOGEN-;retractIfCan;$U;6| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|MONOGEN-;retractIfCan;$U;6| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 9)) ; (BOOT::|shellEntry| BOOT::$ 25)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |MONOGEN-;basis;V;7| ...) ; compiling (DEFUN |MONOGEN-;characteristicPolynomial;$UP;8| ...) ; compiling (DEFUN |MONOGEN-;size;Nni;9| ...) ; file: /tmp/oa-BeAXeG/code.lsp ; in: DEFUN |MONOGEN-;size;Nni;9| ; (DEFUN BOOT::|MONOGEN-;size;Nni;9| (BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 37)) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 28)) ; (BOOT::|shellEntry| BOOT::$ 38))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MONOGEN-;size;Nni;9| ; (BOOT::$) ; (BLOCK BOOT::|MONOGEN-;size;Nni;9| ; (BOOT::SPADCALL (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 37)) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 28)) ; (BOOT::|shellEntry| BOOT::$ 38)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |MONOGEN-;random;$;10| ...) ; compiling (DEFUN |MONOGEN-;reduce;FU;11| ...) ; file: /tmp/oa-BeAXeG/code.lsp ; in: DEFUN |MONOGEN-;reduce;FU;11| ; (DEFUN BOOT::|MONOGEN-;reduce;FU;11| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 45)) ; (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 46)) ; (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|shellEntry| BOOT::$ 48))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MONOGEN-;reduce;FU;11| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|MONOGEN-;reduce;FU;11| ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) ; (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) ; (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|shellEntry| BOOT::$ 48)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |MONOGEN-;differentiate;$M$;12| ...) ; compiling (DEFUN |MONOGEN-;derivationCoordinates;VMM;13| ...) ; compiling (DEFUN |MONOGEN-;derivationCoordinates;VMM;13!0| ...) ; compiling (DEFUN |MONOGEN-;recip;$U;14| ...) ; compiling (DEFUN |MonogenicAlgebra&| ...) ; compiling (MAKEPROP (QUOTE |MonogenicAlgebra&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 3 notes ; /tmp/oa-BeAXeG/code.fasl written ; compilation finished in 0:00:00.058 ------------------------------------------------------------------------ finalizing NRLIB MONOGEN Processing MonogenicAlgebra for Browser database: -- generator : () -> % -- definingPolynomial : () -> UP -- reduce : UP -> % -- convert : UP -> % -- lift : % -> UP -- reduce : Fraction UP -> Union(%,"failed") -- derivationCoordinates : (Vector %,(R -> R)) -> Matrix R -- constructor ; compiling file "/tmp/oa-WHHUjx/code.lsp" (written 01 FEB 2016 10:57:36 PM): ; compiling (DEFPARAMETER |MonogenicAlgebra;AL| ...) ; compiling (DEFUN |MonogenicAlgebra;| ...) ; compiling (DEFUN |MonogenicAlgebra| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-WHHUjx/code.fasl written ; compilation finished in 0:00:00.020 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/FRAMALG.fasl --optimize=3 FRAMALG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FRAMALG.spad using Spad compiler. FRAMALG abbreviates category FramedAlgebra debug: compDefine1 lhs: (FramedAlgebra R UP) signature (pre-evaluate): ((Category) (CommutativeRing) (UnivariatePolynomialCategory R)) debug: evaluateType form: (Category) $param: (R UP) debug: evaluateType form: (CommutativeRing) $param: (R UP) Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (UnivariatePolynomialCategory R) $param: (R UP) Debug: evaluateType1 form: (UnivariatePolynomialCategory R) debug: evaluateType1 x: R m: (Ring) debug: compDefine1 signature (post evaluate): ((Category) (CommutativeRing) (UnivariatePolynomialCategory R)) debug: compDefine1 lhs: (FramedAlgebra R UP) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (R UP) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FramedAlgebra compiling into /tmp/oa-kVDPvb STYLE-WARNING: redefining BOOT::|FramedAlgebra| in DEFUN Time: 0.01 SEC. FRAMALG- abbreviates package FramedAlgebra& ------------------------------------------------------------------------ initializing stationary directory for FramedAlgebra& compiling into /tmp/oa-qecDBl compiling exported convert : S -> Vector R Time: 0.05 SEC. compiling exported convert : Vector R -> S Time: 0.00 SEC. compiling exported traceMatrix : () -> Matrix R Time: 0.01 SEC. compiling exported discriminant : () -> R Time: 0.01 SEC. compiling exported coordinates : S -> Vector R Time: 0.01 SEC. compiling exported represents : Vector R -> S Time: 0.01 SEC. compiling exported coordinates : Vector S -> Matrix R Time: 0.04 SEC. compiling exported regularRepresentation : S -> Matrix R Time: 0.04 SEC. compiling exported characteristicPolynomial : S -> UP Time: 0.06 SEC. compiling exported minimalPolynomial : S -> UP Time: 0.06 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor FramedAlgebra& Time: 0.30 seconds finalizing NRLIB FRAMALG- ; compiling file "/tmp/oa-qecDBl/code.lsp" (written 01 FEB 2016 10:57:37 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FRAMALG-;convert;$V;1| ...) ; file: /tmp/oa-qecDBl/code.lsp ; in: DEFUN |FRAMALG-;convert;$V;1| ; (DEFUN BOOT::|FRAMALG-;convert;$V;1| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 10))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FRAMALG-;convert;$V;1| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FRAMALG-;convert;$V;1| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 10)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |FRAMALG-;convert;V$;2| ...) ; compiling (DEFUN |FRAMALG-;traceMatrix;M;3| ...) ; compiling (DEFUN |FRAMALG-;discriminant;R;4| ...) ; compiling (DEFUN |FRAMALG-;coordinates;$V;5| ...) ; file: /tmp/oa-qecDBl/code.lsp ; in: DEFUN |FRAMALG-;coordinates;$V;5| ; (DEFUN BOOT::|FRAMALG-;coordinates;$V;5| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 15)) ; (BOOT::|shellEntry| BOOT::$ 21))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FRAMALG-;coordinates;$V;5| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FRAMALG-;coordinates;$V;5| ; (BOOT::SPADCALL BOOT::|x| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 15)) ; (BOOT::|shellEntry| BOOT::$ 21)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |FRAMALG-;represents;V$;6| ...) ; compiling (DEFUN |FRAMALG-;coordinates;VM;7| ...) ; compiling (DEFUN |FRAMALG-;regularRepresentation;$M;8| ...) ; compiling (DEFUN |FRAMALG-;characteristicPolynomial;$UP;9| ...) ; compiling (DEFUN |FRAMALG-;characteristicPolynomial;$UP;9!0| ...) ; compiling (DEFUN |FRAMALG-;minimalPolynomial;$UP;10| ...) ; compiling (DEFUN |FramedAlgebra&| ...) ; compiling (MAKEPROP (QUOTE |FramedAlgebra&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-qecDBl/code.fasl written ; compilation finished in 0:00:00.043 ------------------------------------------------------------------------ finalizing NRLIB FRAMALG Processing FramedAlgebra for Browser database: -- basis : () -> Vector % -- coordinates : % -> Vector R -- coordinates : Vector % -> Matrix R -- represents : Vector R -> % -- convert : % -> Vector R -- convert : Vector R -> % -- traceMatrix : () -> Matrix R -- discriminant : () -> R -- regularRepresentation : % -> Matrix R -- constructor ; compiling file "/tmp/oa-kVDPvb/code.lsp" (written 01 FEB 2016 10:57:37 PM): ; compiling (DEFPARAMETER |FramedAlgebra;AL| ...) ; compiling (DEFUN |FramedAlgebra;| ...) ; compiling (DEFUN |FramedAlgebra| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-kVDPvb/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/FINRALG.fasl --optimize=3 FINRALG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FINRALG.spad using Spad compiler. FINRALG abbreviates category FiniteRankAlgebra debug: compDefine1 lhs: (FiniteRankAlgebra R UP) signature (pre-evaluate): ((Category) (CommutativeRing) (UnivariatePolynomialCategory R)) debug: evaluateType form: (Category) $param: (R UP) debug: evaluateType form: (CommutativeRing) $param: (R UP) Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (UnivariatePolynomialCategory R) $param: (R UP) Debug: evaluateType1 form: (UnivariatePolynomialCategory R) debug: evaluateType1 x: R m: (Ring) debug: compDefine1 signature (post evaluate): ((Category) (CommutativeRing) (UnivariatePolynomialCategory R)) debug: compDefine1 lhs: (FiniteRankAlgebra R UP) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (R UP) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FiniteRankAlgebra compiling into /tmp/oa-NYewKH STYLE-WARNING: redefining BOOT::|FiniteRankAlgebra| in DEFUN Time: 0.02 SEC. FINRALG- abbreviates package FiniteRankAlgebra& ------------------------------------------------------------------------ initializing stationary directory for FiniteRankAlgebra& compiling into /tmp/oa-jpPgjT compiling exported discriminant : Vector S -> R Time: 0.05 SEC. compiling exported coordinates : (Vector S,Vector S) -> Matrix R Time: 0.02 SEC. compiling exported represents : (Vector R,Vector S) -> S Time: 0.04 SEC. compiling exported traceMatrix : Vector S -> Matrix R Time: 0.04 SEC. compiling exported regularRepresentation : (S,Vector S) -> Matrix R Time: 0.21 SEC. (time taken in buildFunctor: 4) Time: 0.01 SEC. Warnings: [1] discriminant: determinant has no value Cumulative Statistics for Constructor FiniteRankAlgebra& Time: 0.37 seconds finalizing NRLIB FINRALG- ; compiling file "/tmp/oa-jpPgjT/code.lsp" (written 01 FEB 2016 10:57:37 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FINRALG-;discriminant;VR;1| ...) ; compiling (DEFUN |FINRALG-;coordinates;2VM;2| ...) ; compiling (DEFUN |FINRALG-;represents;VV$;3| ...) ; compiling (DEFUN |FINRALG-;traceMatrix;VM;4| ...) ; compiling (DEFUN |FINRALG-;regularRepresentation;$VM;5| ...) ; compiling (DEFUN |FiniteRankAlgebra&| ...) ; compiling (MAKEPROP (QUOTE |FiniteRankAlgebra&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-jpPgjT/code.fasl written ; compilation finished in 0:00:00.035 ------------------------------------------------------------------------ finalizing NRLIB FINRALG Processing FiniteRankAlgebra for Browser database: -- rank : () -> PositiveInteger -- regularRepresentation : (%,Vector %) -> Matrix R -- trace : % -> R -- norm : % -> R -- coordinates : (%,Vector %) -> Vector R -- coordinates : (Vector %,Vector %) -> Matrix R -- represents : (Vector R,Vector %) -> % -- discriminant : Vector % -> R -- traceMatrix : Vector % -> Matrix R -- characteristicPolynomial : % -> UP -- minimalPolynomial : % -> UP -- constructor ; compiling file "/tmp/oa-NYewKH/code.lsp" (written 01 FEB 2016 10:57:37 PM): ; compiling (DEFPARAMETER |FiniteRankAlgebra;AL| ...) ; compiling (DEFUN |FiniteRankAlgebra;| ...) ; compiling (DEFUN |FiniteRankAlgebra| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-NYewKH/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/DFSFUN.fasl --optimize=3 DFSFUN.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DFSFUN.spad using Spad compiler. DFSFUN abbreviates package DoubleFloatSpecialFunctions debug: compDefine1 lhs: (DoubleFloatSpecialFunctions) signature (pre-evaluate): ((CATEGORY package (SIGNATURE Gamma ((DoubleFloat) (DoubleFloat))) (SIGNATURE Gamma ((Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE Beta ((DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE Beta ((Complex (DoubleFloat)) (Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE logGamma ((DoubleFloat) (DoubleFloat))) (SIGNATURE logGamma ((Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE digamma ((DoubleFloat) (DoubleFloat))) (SIGNATURE digamma ((Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE polygamma ((DoubleFloat) (NonNegativeInteger) (DoubleFloat))) (SIGNATURE polygamma ((Complex (DoubleFloat)) (NonNegativeInteger) (Complex (DoubleFloat)))) (SIGNATURE besselJ ((DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE besselJ ((Complex (DoubleFloat)) (Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE besselY ((DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE besselY ((Complex (DoubleFloat)) (Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE besselI ((DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE besselI ((Complex (DoubleFloat)) (Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE besselK ((DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE besselK ((Complex (DoubleFloat)) (Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE airyAi ((Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE airyAi ((DoubleFloat) (DoubleFloat))) (SIGNATURE airyBi ((DoubleFloat) (DoubleFloat))) (SIGNATURE airyBi ((Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE hypergeometric0F1 ((DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE hypergeometric0F1 ((Complex (DoubleFloat)) (Complex (DoubleFloat)) (Complex (DoubleFloat)))))) debug: evaluateType form: (CATEGORY package (SIGNATURE Gamma ((DoubleFloat) (DoubleFloat))) (SIGNATURE Gamma ((Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE Beta ((DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE Beta ((Complex (DoubleFloat)) (Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE logGamma ((DoubleFloat) (DoubleFloat))) (SIGNATURE logGamma ((Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE digamma ((DoubleFloat) (DoubleFloat))) (SIGNATURE digamma ((Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE polygamma ((DoubleFloat) (NonNegativeInteger) (DoubleFloat))) (SIGNATURE polygamma ((Complex (DoubleFloat)) (NonNegativeInteger) (Complex (DoubleFloat)))) (SIGNATURE besselJ ((DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE besselJ ((Complex (DoubleFloat)) (Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE besselY ((DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE besselY ((Complex (DoubleFloat)) (Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE besselI ((DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE besselI ((Complex (DoubleFloat)) (Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE besselK ((DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE besselK ((Complex (DoubleFloat)) (Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE airyAi ((Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE airyAi ((DoubleFloat) (DoubleFloat))) (SIGNATURE airyBi ((DoubleFloat) (DoubleFloat))) (SIGNATURE airyBi ((Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE hypergeometric0F1 ((DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE hypergeometric0F1 ((Complex (DoubleFloat)) (Complex (DoubleFloat)) (Complex (DoubleFloat))))) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE Gamma ((DoubleFloat) (DoubleFloat))) (SIGNATURE Gamma ((Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE Beta ((DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE Beta ((Complex (DoubleFloat)) (Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE logGamma ((DoubleFloat) (DoubleFloat))) (SIGNATURE logGamma ((Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE digamma ((DoubleFloat) (DoubleFloat))) (SIGNATURE digamma ((Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE polygamma ((DoubleFloat) (NonNegativeInteger) (DoubleFloat))) (SIGNATURE polygamma ((Complex (DoubleFloat)) (NonNegativeInteger) (Complex (DoubleFloat)))) (SIGNATURE besselJ ((DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE besselJ ((Complex (DoubleFloat)) (Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE besselY ((DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE besselY ((Complex (DoubleFloat)) (Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE besselI ((DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE besselI ((Complex (DoubleFloat)) (Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE besselK ((DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE besselK ((Complex (DoubleFloat)) (Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE airyAi ((Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE airyAi ((DoubleFloat) (DoubleFloat))) (SIGNATURE airyBi ((DoubleFloat) (DoubleFloat))) (SIGNATURE airyBi ((Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE hypergeometric0F1 ((DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE hypergeometric0F1 ((Complex (DoubleFloat)) (Complex (DoubleFloat)) (Complex (DoubleFloat)))))) ------------------------------------------------------------------------ initializing stationary directory for DoubleFloatSpecialFunctions compiling into /tmp/oa-ttbhFm compiling exported Gamma : Complex DoubleFloat -> Complex DoubleFloat DFSFUN;Gamma;2C;1 is replaced by CGAMMA Time: 0.05 SEC. compiling exported Gamma : DoubleFloat -> DoubleFloat DFSFUN;Gamma;2Df;2 is replaced by RGAMMA Time: 0 SEC. compiling exported polygamma : (NonNegativeInteger,Complex DoubleFloat) -> Complex DoubleFloat DFSFUN;polygamma;Nni2C;3 is replaced by CPSI Time: 0.02 SEC. compiling exported polygamma : (NonNegativeInteger,DoubleFloat) -> DoubleFloat DFSFUN;polygamma;Nni2Df;4 is replaced by RPSI Time: 0.01 SEC. compiling exported logGamma : Complex DoubleFloat -> Complex DoubleFloat DFSFUN;logGamma;2C;5 is replaced by CLNGAMMA Time: 0 SEC. compiling exported logGamma : DoubleFloat -> DoubleFloat DFSFUN;logGamma;2Df;6 is replaced by RLNGAMMA Time: 0 SEC. compiling exported besselJ : (Complex DoubleFloat,Complex DoubleFloat) -> Complex DoubleFloat DFSFUN;besselJ;3C;7 is replaced by CBESSELJ Time: 0 SEC. compiling exported besselJ : (DoubleFloat,DoubleFloat) -> DoubleFloat DFSFUN;besselJ;3Df;8 is replaced by RBESSELJ Time: 0 SEC. compiling exported besselI : (Complex DoubleFloat,Complex DoubleFloat) -> Complex DoubleFloat DFSFUN;besselI;3C;9 is replaced by CBESSELI Time: 0.00 SEC. compiling exported besselI : (DoubleFloat,DoubleFloat) -> DoubleFloat DFSFUN;besselI;3Df;10 is replaced by RBESSELI Time: 0 SEC. compiling exported hypergeometric0F1 : (Complex DoubleFloat,Complex DoubleFloat) -> Complex DoubleFloat DFSFUN;hypergeometric0F1;3C;11 is replaced by CHYPER0F1 Time: 0.00 SEC. compiling exported hypergeometric0F1 : (DoubleFloat,DoubleFloat) -> DoubleFloat Time: 0.00 SEC. compiling exported digamma : DoubleFloat -> DoubleFloat DFSFUN;digamma;2Df;13 x is replaced by RPSI(0,x) Time: 0.01 SEC. compiling exported digamma : Complex DoubleFloat -> Complex DoubleFloat DFSFUN;digamma;2C;14 z is replaced by CPSI(0,z) Time: 0.01 SEC. compiling exported Beta : (DoubleFloat,DoubleFloat) -> DoubleFloat Time: 0.04 SEC. compiling exported Beta : (Complex DoubleFloat,Complex DoubleFloat) -> Complex DoubleFloat Time: 0.03 SEC. importing IntegerRetractions DoubleFloat importing IntegerRetractions Complex DoubleFloat compiling exported besselY : (DoubleFloat,DoubleFloat) -> DoubleFloat Time: 0.07 SEC. compiling exported besselY : (Complex DoubleFloat,Complex DoubleFloat) -> Complex DoubleFloat Time: 0.08 SEC. compiling exported besselK : (DoubleFloat,DoubleFloat) -> DoubleFloat Time: 0.07 SEC. compiling exported besselK : (Complex DoubleFloat,Complex DoubleFloat) -> Complex DoubleFloat Time: 0.08 SEC. compiling exported airyAi : DoubleFloat -> DoubleFloat Time: 0.09 SEC. compiling exported airyAi : Complex DoubleFloat -> Complex DoubleFloat Time: 0.14 SEC. compiling exported airyBi : DoubleFloat -> DoubleFloat Time: 0.06 SEC. compiling exported airyBi : Complex DoubleFloat -> Complex DoubleFloat Time: 0.10 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor DoubleFloatSpecialFunctions Time: 0.88 seconds finalizing NRLIB DFSFUN Processing DoubleFloatSpecialFunctions for Browser database: -- Gamma : R -> R -- Gamma : C -> C -- Beta : (R,R) -> R -- Beta : (C,C) -> C -- logGamma : R -> R -- logGamma : C -> C -- digamma : R -> R -- digamma : C -> C -- polygamma : (NNI,R) -> R -- polygamma : (NNI,C) -> C -- besselJ : (R,R) -> R -- besselJ : (C,C) -> C -- besselY : (R,R) -> R -- besselY : (C,C) -> C -- besselI : (R,R) -> R -- besselI : (C,C) -> C -- besselK : (R,R) -> R -- besselK : (C,C) -> C -- airyAi : C -> C -- airyAi : R -> R -- airyBi : R -> R -- airyBi : C -> C -- hypergeometric0F1 : (R,R) -> R -- hypergeometric0F1 : (C,C) -> C -- constructor ; compiling file "/tmp/oa-ttbhFm/code.lsp" (written 01 FEB 2016 10:57:38 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFSFUN;Gamma;2C;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFSFUN;Gamma;2Df;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFSFUN;polygamma;Nni2C;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFSFUN;polygamma;Nni2Df;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFSFUN;logGamma;2C;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFSFUN;logGamma;2Df;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFSFUN;besselJ;3C;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFSFUN;besselJ;3Df;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFSFUN;besselI;3C;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFSFUN;besselI;3Df;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFSFUN;hypergeometric0F1;3C;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFSFUN;digamma;2Df;13|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFSFUN;digamma;2C;14|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DFSFUN;Gamma;2C;1| ...) ; compiling (DEFUN |DFSFUN;Gamma;2Df;2| ...) ; file: /tmp/oa-ttbhFm/code.lsp ; in: DEFUN |DFSFUN;Gamma;2Df;2| ; (DEFUN BOOT::|DFSFUN;Gamma;2Df;2| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::RGAMMA BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFSFUN;Gamma;2Df;2| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFSFUN;Gamma;2Df;2| (BOOT::RGAMMA BOOT::|x|))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFSFUN;polygamma;Nni2C;3| ...) ; compiling (DEFUN |DFSFUN;polygamma;Nni2Df;4| ...) ; file: /tmp/oa-ttbhFm/code.lsp ; in: DEFUN |DFSFUN;polygamma;Nni2Df;4| ; (DEFUN BOOT::|DFSFUN;polygamma;Nni2Df;4| (BOOT::|k| BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::RPSI BOOT::|k| BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFSFUN;polygamma;Nni2Df;4| ; (BOOT::|k| BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFSFUN;polygamma;Nni2Df;4| ; (BOOT::RPSI BOOT::|k| BOOT::|x|))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFSFUN;logGamma;2C;5| ...) ; compiling (DEFUN |DFSFUN;logGamma;2Df;6| ...) ; file: /tmp/oa-ttbhFm/code.lsp ; in: DEFUN |DFSFUN;logGamma;2Df;6| ; (DEFUN BOOT::|DFSFUN;logGamma;2Df;6| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::RLNGAMMA BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFSFUN;logGamma;2Df;6| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFSFUN;logGamma;2Df;6| (BOOT::RLNGAMMA BOOT::|x|))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFSFUN;besselJ;3C;7| ...) ; compiling (DEFUN |DFSFUN;besselJ;3Df;8| ...) ; file: /tmp/oa-ttbhFm/code.lsp ; in: DEFUN |DFSFUN;besselJ;3Df;8| ; (DEFUN BOOT::|DFSFUN;besselJ;3Df;8| (BOOT::|n| BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::RBESSELJ BOOT::|n| BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFSFUN;besselJ;3Df;8| ; (BOOT::|n| BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFSFUN;besselJ;3Df;8| (BOOT::RBESSELJ BOOT::|n| BOOT::|x|))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFSFUN;besselI;3C;9| ...) ; compiling (DEFUN |DFSFUN;besselI;3Df;10| ...) ; file: /tmp/oa-ttbhFm/code.lsp ; in: DEFUN |DFSFUN;besselI;3Df;10| ; (DEFUN BOOT::|DFSFUN;besselI;3Df;10| (BOOT::|n| BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::RBESSELI BOOT::|n| BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFSFUN;besselI;3Df;10| ; (BOOT::|n| BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFSFUN;besselI;3Df;10| ; (BOOT::RBESSELI BOOT::|n| BOOT::|x|))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFSFUN;hypergeometric0F1;3C;11| ...) ; compiling (DEFUN |DFSFUN;hypergeometric0F1;3Df;12| ...) ; file: /tmp/oa-ttbhFm/code.lsp ; in: DEFUN |DFSFUN;hypergeometric0F1;3Df;12| ; (DEFUN BOOT::|DFSFUN;hypergeometric0F1;3Df;12| (BOOT::|n| BOOT::|x| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::CHYPER0F1 ; (BOOT::SPADCALL BOOT::|n| (BOOT::|shellEntry| BOOT::$ 20)) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 20))) ; (BOOT::|shellEntry| BOOT::$ 21))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFSFUN;hypergeometric0F1;3Df;12| ; (BOOT::|n| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|DFSFUN;hypergeometric0F1;3Df;12| ; (BOOT::SPADCALL ; (BOOT::CHYPER0F1 (BOOT::SPADCALL BOOT::|n| #) ; (BOOT::SPADCALL BOOT::|x| #)) ; (BOOT::|shellEntry| BOOT::$ 21)))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFSFUN;digamma;2Df;13| ...) ; file: /tmp/oa-ttbhFm/code.lsp ; in: DEFUN |DFSFUN;digamma;2Df;13| ; (DEFUN BOOT::|DFSFUN;digamma;2Df;13| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::RPSI 0 BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFSFUN;digamma;2Df;13| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFSFUN;digamma;2Df;13| (BOOT::RPSI 0 BOOT::|x|))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFSFUN;digamma;2C;14| ...) ; compiling (DEFUN |DFSFUN;Beta;3Df;15| ...) ; file: /tmp/oa-ttbhFm/code.lsp ; in: DEFUN |DFSFUN;Beta;3Df;15| ; (DEFUN BOOT::|DFSFUN;Beta;3Df;15| (BOOT::|x| BOOT::|y| BOOT::$) ; (/ (* (BOOT::RGAMMA BOOT::|x|) (BOOT::RGAMMA BOOT::|y|)) ; (BOOT::RGAMMA (+ BOOT::|x| BOOT::|y|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFSFUN;Beta;3Df;15| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|DFSFUN;Beta;3Df;15| ; (/ (* (BOOT::RGAMMA BOOT::|x|) (BOOT::RGAMMA BOOT::|y|)) ; (BOOT::RGAMMA (+ BOOT::|x| BOOT::|y|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |DFSFUN;Beta;3C;16| ...) ; compiling (DEFUN |DFSFUN;besselY;3Df;17| ...) ; file: /tmp/oa-ttbhFm/code.lsp ; in: DEFUN |DFSFUN;besselY;3Df;17| ; (DEFUN BOOT::|DFSFUN;besselY;3Df;17| (BOOT::|n| BOOT::|x| BOOT::$) ; (PROG (BOOT::|vp|) ; (RETURN ; (PROGN ; (COND #) ; (BOOT::LETT BOOT::|vp| # BOOT::|DFSFUN;besselY;3Df;17|) ; (/ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFSFUN;besselY;3Df;17| ; (BOOT::|n| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|DFSFUN;besselY;3Df;17| ; (PROG (BOOT::|vp|) (RETURN (PROGN # # #))))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; DOUBLE-FLOAT ; ; compiling (DEFUN |DFSFUN;besselY;3C;18| ...) ; compiling (DEFUN |DFSFUN;besselK;3Df;19| ...) ; file: /tmp/oa-ttbhFm/code.lsp ; in: DEFUN |DFSFUN;besselK;3Df;19| ; (DEFUN BOOT::|DFSFUN;besselK;3Df;19| (BOOT::|n| BOOT::|x| BOOT::$) ; (PROG (BOOT::|ahalf| BOOT::|vp| BOOT::|p|) ; (RETURN ; (PROGN ; (COND #) ; (BOOT::LETT BOOT::|p| # BOOT::|DFSFUN;besselK;3Df;19|) ; (BOOT::LETT BOOT::|vp| # BOOT::|DFSFUN;besselK;3Df;19|) ; (BOOT::LETT BOOT::|ahalf| # BOOT::|DFSFUN;besselK;3Df;19|) ; (/ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFSFUN;besselK;3Df;19| ; (BOOT::|n| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|DFSFUN;besselK;3Df;19| ; (PROG (BOOT::|ahalf| BOOT::|vp| BOOT::|p|) (RETURN (PROGN # # # # #))))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; DOUBLE-FLOAT ; ; compiling (DEFUN |DFSFUN;besselK;3C;20| ...) ; compiling (DEFUN |DFSFUN;airyAi;2Df;21| ...) ; file: /tmp/oa-ttbhFm/code.lsp ; in: DEFUN |DFSFUN;airyAi;2Df;21| ; (CONS 1 "failed") ; ==> ; "failed" ; ; note: deleting unreachable code ; ; note: deleting unreachable code ; compiling (DEFUN |DFSFUN;airyAi;2C;22| ...) ; compiling (DEFUN |DFSFUN;airyBi;2Df;23| ...) ; file: /tmp/oa-ttbhFm/code.lsp ; in: DEFUN |DFSFUN;airyBi;2Df;23| ; (CONS 1 "failed") ; ==> ; "failed" ; ; note: deleting unreachable code ; ; note: deleting unreachable code ; compiling (DEFUN |DFSFUN;airyBi;2C;24| ...) ; compiling (DEFUN |DoubleFloatSpecialFunctions| ...) ; compiling (DEFUN |DoubleFloatSpecialFunctions;| ...) ; compiling (MAKEPROP (QUOTE |DoubleFloatSpecialFunctions|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 13 notes ; /tmp/oa-ttbhFm/code.fasl written ; compilation finished in 0:00:00.092 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/CPIMA.fasl --optimize=3 CPIMA.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CPIMA.spad using Spad compiler. CPIMA abbreviates package CharacteristicPolynomialInMonogenicalAlgebra debug: compDefine1 lhs: (CharacteristicPolynomialInMonogenicalAlgebra R PolR E) signature (pre-evaluate): ((CATEGORY package (SIGNATURE characteristicPolynomial (PolR E))) (CommutativeRing) (UnivariatePolynomialCategory R) (MonogenicAlgebra R PolR)) debug: evaluateType form: (CATEGORY package (SIGNATURE characteristicPolynomial (PolR E))) $param: (R PolR E) debug: evaluateType form: PolR $param: (R PolR E) debug: evaluateType form: E $param: (R PolR E) debug: evaluateType form: (CommutativeRing) $param: (R PolR E) Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (UnivariatePolynomialCategory R) $param: (R PolR E) Debug: evaluateType1 form: (UnivariatePolynomialCategory R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (MonogenicAlgebra R PolR) $param: (R PolR E) Debug: evaluateType1 form: (MonogenicAlgebra R PolR) debug: evaluateType1 x: R m: (CommutativeRing) debug: evaluateType1 x: PolR m: (UnivariatePolynomialCategory R) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE characteristicPolynomial (PolR E))) (CommutativeRing) (UnivariatePolynomialCategory R) (MonogenicAlgebra R PolR)) debug: compDefine1 lhs: (CharacteristicPolynomialInMonogenicalAlgebra R PolR E) signature (pre-evaluate): ((CATEGORY package (SIGNATURE characteristicPolynomial (PolR E))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE characteristicPolynomial (PolR E))) $param: (R PolR E) debug: evaluateType form: PolR $param: (R PolR E) debug: evaluateType form: E $param: (R PolR E) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE characteristicPolynomial (PolR E))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for CharacteristicPolynomialInMonogenicalAlgebra compiling into /tmp/oa-ZENNsr importing UnivariatePolynomialCategoryFunctions2(R,PolR,PolR,SparseUnivariatePolynomial PolR) compiling local XtoY : PolR -> SparseUnivariatePolynomial PolR Time: 0.10 SEC. compiling exported characteristicPolynomial : E -> PolR Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor CharacteristicPolynomialInMonogenicalAlgebra Time: 0.12 seconds finalizing NRLIB CPIMA Processing CharacteristicPolynomialInMonogenicalAlgebra for Browser database: -- characteristicPolynomial : E -> PolR -- constructor ; compiling file "/tmp/oa-ZENNsr/code.lsp" (written 01 FEB 2016 10:57:39 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |CPIMA;XtoY| ...) ; compiling (DEFUN |CPIMA;XtoY!0| ...) ; compiling (DEFUN |CPIMA;characteristicPolynomial;EPolR;2| ...) ; compiling (DEFUN |CharacteristicPolynomialInMonogenicalAlgebra| ...) ; compiling (DEFUN |CharacteristicPolynomialInMonogenicalAlgebra;| ...) ; compiling (MAKEPROP (QUOTE |CharacteristicPolynomialInMonogenicalAlgebra|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-ZENNsr/code.fasl written ; compilation finished in 0:00:00.020 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/MONOGEN.fasl --optimize=3 MONOGEN.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MONOGEN.spad using Spad compiler. MONOGEN abbreviates category MonogenicAlgebra debug: compDefine1 lhs: (MonogenicAlgebra R UP) signature (pre-evaluate): ((Category) (CommutativeRing) (UnivariatePolynomialCategory R)) debug: evaluateType form: (Category) $param: (R UP) debug: evaluateType form: (CommutativeRing) $param: (R UP) Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (UnivariatePolynomialCategory R) $param: (R UP) Debug: evaluateType1 form: (UnivariatePolynomialCategory R) debug: evaluateType1 x: R m: (Ring) debug: compDefine1 signature (post evaluate): ((Category) (CommutativeRing) (UnivariatePolynomialCategory R)) debug: compDefine1 lhs: (MonogenicAlgebra R UP) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (R UP) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for MonogenicAlgebra compiling into /tmp/oa-Mtt1KE STYLE-WARNING: redefining BOOT::|MonogenicAlgebra| in DEFUN Time: 0.02 SEC. MONOGEN- abbreviates package MonogenicAlgebra& ------------------------------------------------------------------------ initializing stationary directory for MonogenicAlgebra& compiling into /tmp/oa-cVzobV compiling exported convert : S -> UP Time: 0.06 SEC. compiling exported convert : UP -> S Time: 0 SEC. compiling exported generator : () -> S Time: 0.02 SEC. compiling exported norm : S -> R Time: 0 SEC. compiling exported retract : S -> R Time: 0.01 SEC. compiling exported retractIfCan : S -> Union(R,failed) Time: 0 SEC. compiling exported basis : () -> Vector S Time: 0.03 SEC. compiling exported characteristicPolynomial : S -> UP Time: 0 SEC. compiling exported size : () -> NonNegativeInteger Time: 0.02 SEC. compiling exported random : () -> S Time: 0.02 SEC. compiling exported reduce : Fraction UP -> Union(S,failed) Time: 0.02 SEC. compiling exported differentiate : (S,R -> R) -> S Time: 0.01 SEC. compiling exported derivationCoordinates : (Vector S,R -> R) -> Matrix R Time: 0.02 SEC. compiling exported recip : S -> Union(S,failed) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor MonogenicAlgebra& Time: 0.22 seconds finalizing NRLIB MONOGEN- ; compiling file "/tmp/oa-cVzobV/code.lsp" (written 01 FEB 2016 10:57:39 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MONOGEN-;convert;$UP;1| ...) ; compiling (DEFUN |MONOGEN-;convert;UP$;2| ...) ; compiling (DEFUN |MONOGEN-;generator;$;3| ...) ; compiling (DEFUN |MONOGEN-;norm;$R;4| ...) ; compiling (DEFUN |MONOGEN-;retract;$R;5| ...) ; compiling (DEFUN |MONOGEN-;retractIfCan;$U;6| ...) ; file: /tmp/oa-cVzobV/code.lsp ; in: DEFUN |MONOGEN-;retractIfCan;$U;6| ; (DEFUN BOOT::|MONOGEN-;retractIfCan;$U;6| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 9)) ; (BOOT::|shellEntry| BOOT::$ 25))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MONOGEN-;retractIfCan;$U;6| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|MONOGEN-;retractIfCan;$U;6| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 9)) ; (BOOT::|shellEntry| BOOT::$ 25)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |MONOGEN-;basis;V;7| ...) ; compiling (DEFUN |MONOGEN-;characteristicPolynomial;$UP;8| ...) ; compiling (DEFUN |MONOGEN-;size;Nni;9| ...) ; file: /tmp/oa-cVzobV/code.lsp ; in: DEFUN |MONOGEN-;size;Nni;9| ; (DEFUN BOOT::|MONOGEN-;size;Nni;9| (BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 37)) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 28)) ; (BOOT::|shellEntry| BOOT::$ 38))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MONOGEN-;size;Nni;9| ; (BOOT::$) ; (BLOCK BOOT::|MONOGEN-;size;Nni;9| ; (BOOT::SPADCALL (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 37)) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 28)) ; (BOOT::|shellEntry| BOOT::$ 38)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |MONOGEN-;random;$;10| ...) ; compiling (DEFUN |MONOGEN-;reduce;FU;11| ...) ; file: /tmp/oa-cVzobV/code.lsp ; in: DEFUN |MONOGEN-;reduce;FU;11| ; (DEFUN BOOT::|MONOGEN-;reduce;FU;11| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 45)) ; (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 46)) ; (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|shellEntry| BOOT::$ 48))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MONOGEN-;reduce;FU;11| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|MONOGEN-;reduce;FU;11| ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) ; (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) ; (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|shellEntry| BOOT::$ 48)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |MONOGEN-;differentiate;$M$;12| ...) ; compiling (DEFUN |MONOGEN-;derivationCoordinates;VMM;13| ...) ; compiling (DEFUN |MONOGEN-;derivationCoordinates;VMM;13!0| ...) ; compiling (DEFUN |MONOGEN-;recip;$U;14| ...) ; compiling (DEFUN |MonogenicAlgebra&| ...) ; compiling (MAKEPROP (QUOTE |MonogenicAlgebra&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 3 notes ; /tmp/oa-cVzobV/code.fasl written ; compilation finished in 0:00:00.056 ------------------------------------------------------------------------ finalizing NRLIB MONOGEN Processing MonogenicAlgebra for Browser database: -- generator : () -> % -- definingPolynomial : () -> UP -- reduce : UP -> % -- convert : UP -> % -- lift : % -> UP -- reduce : Fraction UP -> Union(%,"failed") -- derivationCoordinates : (Vector %,(R -> R)) -> Matrix R -- constructor ; compiling file "/tmp/oa-Mtt1KE/code.lsp" (written 01 FEB 2016 10:57:39 PM): ; compiling (DEFPARAMETER |MonogenicAlgebra;AL| ...) ; compiling (DEFUN |MonogenicAlgebra;| ...) ; compiling (DEFUN |MonogenicAlgebra| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Mtt1KE/code.fasl written ; compilation finished in 0:00:00.028 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/SMP.fasl --optimize=3 SMP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SMP.spad using Spad compiler. SMP abbreviates domain SparseMultivariatePolynomial debug: compDefine1 lhs: (SparseMultivariatePolynomial R VarSet) signature (pre-evaluate): ((PolynomialCategory R (IndexedExponents VarSet) VarSet) (Ring) (OrderedSet)) debug: evaluateType form: (PolynomialCategory R (IndexedExponents VarSet) VarSet) $param: (R VarSet) Debug: evaluateType1 form: (PolynomialCategory R (IndexedExponents VarSet) VarSet) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: (IndexedExponents VarSet) m: (OrderedAbelianMonoidSup) debug: evaluateType1 categoryForm: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (R VarSet) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (IndexedExponents VarSet) $param: (R VarSet) Debug: evaluateType1 form: (IndexedExponents VarSet) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evalCategory d: (IndexedExponents VarSet) c: (OrderedAbelianMonoidSup) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evaluateType form: (Ring) $param: (R VarSet) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (OrderedSet) $param: (R VarSet) Debug: evaluateType1 form: (OrderedSet) debug: compDefine1 signature (post evaluate): ((PolynomialCategory R (IndexedExponents VarSet) VarSet) (Ring) (OrderedSet)) debug: compDefine1 lhs: (SparseMultivariatePolynomial R VarSet) signature (pre-evaluate): ((PolynomialCategory R (IndexedExponents VarSet) VarSet) NIL NIL) debug: evaluateType form: (PolynomialCategory R (IndexedExponents VarSet) VarSet) $param: (R VarSet) Debug: evaluateType1 form: (PolynomialCategory R (IndexedExponents VarSet) VarSet) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: (IndexedExponents VarSet) m: (OrderedAbelianMonoidSup) debug: evaluateType1 categoryForm: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (R VarSet) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (IndexedExponents VarSet) $param: (R VarSet) Debug: evaluateType1 form: (IndexedExponents VarSet) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evalCategory d: (IndexedExponents VarSet) c: (OrderedAbelianMonoidSup) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: compDefine1 signature (post evaluate): ((PolynomialCategory R (IndexedExponents VarSet) VarSet) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for SparseMultivariatePolynomial compiling into /tmp/oa-9XNRMh compiling exported Zero : () -> % Time: 0.12 SEC. compiling exported One : () -> % Time: 0 SEC. compiling exported zero? : % -> Boolean Time: 0.01 SEC. compiling exported one? : % -> Boolean Time: 0.00 SEC. compiling local red : % -> % Time: 0.02 SEC. compiling exported numberOfMonomials : % -> NonNegativeInteger Time: 0.02 SEC. compiling exported coerce : VarSet -> % Time: 0.00 SEC. compiling exported monomial? : % -> Boolean Time: 0.08 SEC. compiling local moreThanOneVariable? : % -> Boolean Time: 0.01 SEC. compiling local univariateKnown : % -> SparseUnivariatePolynomial R Time: 0.06 SEC. compiling exported univariate : % -> SparseUnivariatePolynomial R Time: 0.02 SEC. compiling exported multivariate : (SparseUnivariatePolynomial R,VarSet) -> % Time: 0.01 SEC. compiling exported univariate : (%,VarSet) -> SparseUnivariatePolynomial % Time: 0.12 SEC. compiling local unlikeUnivReconstruct : (SparseUnivariatePolynomial %,VarSet) -> % Time: 0.08 SEC. compiling exported multivariate : (SparseUnivariatePolynomial %,VarSet) -> % Time: 0.08 SEC. compiling exported ground? : % -> Boolean SMP;ground?;$B;16 p is replaced by %ieq(%head p,0) Time: 0 SEC. compiling exported monomial : (%,VarSet,NonNegativeInteger) -> % Time: 0.02 SEC. compiling exported monomial : (R,IndexedExponents VarSet) -> % Time: 0.04 SEC. compiling exported coefficient : (%,IndexedExponents VarSet) -> R Time: 0.09 SEC. compiling exported coerce : Integer -> % Time: 0 SEC. compiling exported coerce : R -> % SMP;coerce;R$;21 c is replaced by %pair(0,c) Time: 0 SEC. compiling exported characteristic : () -> NonNegativeInteger Time: 0.00 SEC. compiling exported recip : % -> Union(%,failed) Time: 0.00 SEC. compiling exported - : % -> % Time: 0.00 SEC. compiling exported * : (Integer,%) -> % Time: 0.01 SEC. compiling exported * : (R,%) -> % Time: 0.03 SEC. compiling exported + : (%,%) -> % Time: 0.06 SEC. compiling exported - : (%,%) -> % Time: 0.07 SEC. compiling exported = : (%,%) -> Boolean Time: 0.02 SEC. compiling exported * : (%,%) -> % Time: 0.08 SEC. compiling exported ** : (%,PositiveInteger) -> % Time: 0 SEC. compiling exported ** : (%,NonNegativeInteger) -> % Time: 0.04 SEC. compiling exported unitNormal : % -> Record(unit: %,canonical: %,associate: %) Time: 0.03 SEC. compiling exported unitCanonical : % -> % Time: 0.01 SEC. compiling exported unit? : % -> Boolean Time: 0 SEC. compiling exported associates? : (%,%) -> Boolean Time: 0.03 SEC. compiling exported exquo : (%,%) -> Union(%,failed) Time: 0.12 SEC. compiling exported exquo : (%,%) -> Union(%,failed) Time: 0.09 SEC. compiling exported map : (R -> R,%) -> % Time: 0.01 SEC. compiling exported / : (%,R) -> % Time: 0.01 SEC. compiling exported content : % -> R Time: 0.01 SEC. compiling exported content : (%,VarSet) -> % Time: 0.03 SEC. compiling exported gcd : (%,%) -> % Time: 0.04 SEC. compiling exported gcdPolynomial : (SparseUnivariatePolynomial %,SparseUnivariatePolynomial %) -> SparseUnivariatePolynomial % Time: 0.10 SEC. compiling exported content : (%,VarSet) -> % Time: 0.00 SEC. compiling exported gcd : (%,%) -> % Time: 0.00 SEC. compiling exported gcd : List % -> % Time: 0 SEC. compiling exported gcdPolynomial : (SparseUnivariatePolynomial %,SparseUnivariatePolynomial %) -> SparseUnivariatePolynomial % Time: 0.02 SEC. compiling exported content : (%,VarSet) -> % Time: 0.01 SEC. compiling exported gcd : (%,%) -> % Time: 0.03 SEC. compiling exported gcdPolynomial : (SparseUnivariatePolynomial %,SparseUnivariatePolynomial %) -> SparseUnivariatePolynomial % Time: 0.12 SEC. compiling exported content : (%,VarSet) -> % Time: 0.01 SEC. compiling exported gcd : (%,%) -> % Time: 0.04 SEC. compiling exported gcdPolynomial : (SparseUnivariatePolynomial %,SparseUnivariatePolynomial %) -> SparseUnivariatePolynomial % Time: 0.10 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. compiling exported coefficients : % -> List R Time: 0.01 SEC. compiling exported retract : % -> R Time: 0.00 SEC. compiling exported retractIfCan : % -> Union(R,failed) SMP;retractIfCan;$U;58 p is replaced by %when( %pair(0,%tail p),%otherwise %pair(1,"failed")) Time: 0.00 SEC. compiling local mymerge : (List VarSet,List VarSet) -> List VarSet Time: 0.05 SEC. compiling exported variables : % -> List VarSet Time: 0 SEC. compiling exported mainVariable : % -> Union(VarSet,failed) SMP;mainVariable;$U;61 p is replaced by %when( %pair(1,"failed"),%otherwise %pair(0,%head %tail p)) Time: 0.01 SEC. compiling exported eval : (%,VarSet,%) -> % Time: 0.05 SEC. compiling exported eval : (%,VarSet,R) -> % Time: 0.04 SEC. compiling local evalSortedVarlist : (%,List VarSet,List %) -> % Time: 0.07 SEC. compiling exported eval : (%,List VarSet,List %) -> % Time: 0.02 SEC. compiling exported eval : (%,List VarSet,List R) -> % Time: 0.00 SEC. compiling exported degree : (%,VarSet) -> NonNegativeInteger Time: 0.02 SEC. compiling exported degree : (%,List VarSet) -> List NonNegativeInteger Time: 0.01 SEC. compiling exported degree : % -> IndexedExponents VarSet Time: 0.02 SEC. compiling exported minimumDegree : % -> IndexedExponents VarSet Time: 0.01 SEC. compiling exported minimumDegree : (%,VarSet) -> NonNegativeInteger Time: 0.01 SEC. compiling exported minimumDegree : (%,List VarSet) -> List NonNegativeInteger Time: 0.01 SEC. compiling exported totalDegree : (%,List VarSet) -> NonNegativeInteger Time: 0.05 SEC. compiling exported differentiate : (%,VarSet) -> % Time: 0.03 SEC. compiling exported leadingCoefficient : % -> R Time: 0.01 SEC. compiling exported leadingMonomial : % -> % Time: 0.01 SEC. compiling exported reductum : % -> % Time: 0 SEC. (time taken in buildFunctor: 104) Time: 0.20 SEC. Warnings: [1] **: pretend NonNegativeInteger -- should replace by @ [2] exquo: The conditional modes SparseUnivariatePolynomial $ and D conflict [3] eval: IN has no value [4] eval: val has no value Cumulative Statistics for Constructor SparseMultivariatePolynomial Time: 2.60 seconds finalizing NRLIB SMP Processing SparseMultivariatePolynomial for Browser database: -- constructor ; compiling file "/tmp/oa-9XNRMh/code.lsp" (written 01 FEB 2016 10:57:42 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SMP;ground?;$B;16|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SMP;coerce;R$;21|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SMP;retractIfCan;$U;58|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SMP;mainVariable;$U;61|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SMP;retract;$R;57|) ...) ; compiling (DEFUN |SMP;Zero;$;1| ...) ; compiling (DEFUN |SMP;One;$;2| ...) ; compiling (DEFUN |SMP;zero?;$B;3| ...) ; file: /tmp/oa-9XNRMh/code.lsp ; in: DEFUN |SMP;zero?;$B;3| ; (DEFUN BOOT::|SMP;zero?;$B;3| (BOOT::|p| BOOT::$) ; (AND (ZEROP (CAR BOOT::|p|)) ; (BOOT::SPADCALL (CDR BOOT::|p|) (BOOT::|shellEntry| BOOT::$ 16)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;zero?;$B;3| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|SMP;zero?;$B;3| ; (AND (ZEROP (CAR BOOT::|p|)) ; (BOOT::SPADCALL (CDR BOOT::|p|) (BOOT::|shellEntry| BOOT::$ 16))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |SMP;one?;$B;4| ...) ; file: /tmp/oa-9XNRMh/code.lsp ; in: DEFUN |SMP;one?;$B;4| ; (DEFUN BOOT::|SMP;one?;$B;4| (BOOT::|p| BOOT::$) ; (AND (ZEROP (CAR BOOT::|p|)) ; (BOOT::SPADCALL (CDR BOOT::|p|) (BOOT::|shellEntry| BOOT::$ 19)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;one?;$B;4| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|SMP;one?;$B;4| ; (AND (ZEROP (CAR BOOT::|p|)) ; (BOOT::SPADCALL (CDR BOOT::|p|) (BOOT::|shellEntry| BOOT::$ 19))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |SMP;red| ...) ; file: /tmp/oa-9XNRMh/code.lsp ; in: DEFUN |SMP;red| ; (DEFUN BOOT::|SMP;red| (BOOT::|p| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|p|)) (BOOT::|spadConstant| BOOT::$ 12)) ; ((BOOT::SPADCALL (BOOT::SPADCALL # #) ; (BOOT::|shellEntry| BOOT::$ 22)) ; (BOOT::SPADCALL (BOOT::SPADCALL # #) ; (BOOT::|shellEntry| BOOT::$ 23))) ; (T (CONS 1 (CONS # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;red| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|SMP;red| ; (COND ((ZEROP #) (BOOT::|spadConstant| BOOT::$ 12)) ; ((BOOT::SPADCALL # #) (BOOT::SPADCALL # #)) (T (CONS 1 #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SMP;numberOfMonomials;$Nni;6| ...) ; compiling (DEFUN |SMP;coerce;VarSet$;7| ...) ; compiling (DEFUN |SMP;monomial?;$B;8| ...) ; compiling (DEFUN |SMP;moreThanOneVariable?| ...) ; file: /tmp/oa-9XNRMh/code.lsp ; in: DEFUN |SMP;moreThanOneVariable?| ; (DEFUN BOOT::|SMP;moreThanOneVariable?| (BOOT::|p| BOOT::$) ; (PROG (BOOT::|q|) (RETURN (AND (NOT #) (PROGN # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;moreThanOneVariable?| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|SMP;moreThanOneVariable?| ; (PROG (BOOT::|q|) (RETURN (AND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |SMP;moreThanOneVariable?!0| ...) ; compiling (DEFUN |SMP;univariateKnown| ...) ; compiling (DEFUN |SMP;univariate;$Sup;11| ...) ; compiling (DEFUN |SMP;multivariate;SupVarSet$;12| ...) ; compiling (DEFUN |SMP;univariate;$VarSetSup;13| ...) ; compiling (DEFUN |SMP;unlikeUnivReconstruct| ...) ; file: /tmp/oa-9XNRMh/code.lsp ; in: DEFUN |SMP;unlikeUnivReconstruct| ; (DEFUN BOOT::|SMP;unlikeUnivReconstruct| (BOOT::|u| BOOT::|mvar| BOOT::$) ; (LET ((BOOT::|d| (BOOT::SPADCALL BOOT::|u| #))) ; (COND ((ZEROP BOOT::|d|) (BOOT::SPADCALL BOOT::|u| 0 #)) ; (T (BOOT::|SMP;+;3$;27| # # BOOT::$))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;unlikeUnivReconstruct| ; (BOOT::|u| BOOT::|mvar| BOOT::$) ; (BLOCK BOOT::|SMP;unlikeUnivReconstruct| ; (LET ((BOOT::|d| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SMP;multivariate;SupVarSet$;15| ...) ; file: /tmp/oa-9XNRMh/code.lsp ; in: DEFUN |SMP;multivariate;SupVarSet$;15| ; (DEFUN BOOT::|SMP;multivariate;SupVarSet$;15| ; (BOOT::|u| BOOT::|mvar| BOOT::$) ; (PROG (BOOT::|cc|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;multivariate;SupVarSet$;15| ; (BOOT::|u| BOOT::|mvar| BOOT::$) ; (BLOCK BOOT::|SMP;multivariate;SupVarSet$;15| ; (PROG (BOOT::|cc|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SMP;ground?;$B;16| ...) ; compiling (DEFUN |SMP;monomial;$VarSetNni$;17| ...) ; compiling (DEFUN |SMP;monomial;RIe$;18| ...) ; compiling (DEFUN |SMP;coefficient;$IeR;19| ...) ; compiling (DEFUN |SMP;coerce;I$;20| ...) ; compiling (DEFUN |SMP;coerce;R$;21| ...) ; compiling (DEFUN |SMP;characteristic;Nni;22| ...) ; file: /tmp/oa-9XNRMh/code.lsp ; in: DEFUN |SMP;characteristic;Nni;22| ; (DEFUN BOOT::|SMP;characteristic;Nni;22| (BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 86)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;characteristic;Nni;22| ; (BOOT::$) ; (BLOCK BOOT::|SMP;characteristic;Nni;22| ; (BOOT::|spadConstant| BOOT::$ 86))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |SMP;recip;$U;23| ...) ; compiling (DEFUN |SMP;-;2$;24| ...) ; compiling (DEFUN |SMP;*;I2$;25| ...) ; file: /tmp/oa-9XNRMh/code.lsp ; in: DEFUN |SMP;*;I2$;25| ; (DEFUN BOOT::|SMP;*;I2$;25| (BOOT::|n| BOOT::|p| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|p|)) (CONS 0 (BOOT::SPADCALL BOOT::|n| # #))) ; (T ; (LET (# #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;*;I2$;25| ; (BOOT::|n| BOOT::|p| BOOT::$) ; (BLOCK BOOT::|SMP;*;I2$;25| ; (COND ((ZEROP #) (CONS 0 #)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SMP;*;R2$;26| ...) ; file: /tmp/oa-9XNRMh/code.lsp ; in: DEFUN |SMP;*;R2$;26| ; (DEFUN BOOT::|SMP;*;R2$;26| (BOOT::|c| BOOT::|p| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|c| (CDR #) (BOOT::|shellEntry| BOOT::$ 97)) ; BOOT::|p|) ; ((ZEROP (CAR BOOT::|p|)) (CONS 0 (BOOT::SPADCALL BOOT::|c| # #))) ; (T ; (LET (# #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;*;R2$;26| ; (BOOT::|c| BOOT::|p| BOOT::$) ; (BLOCK BOOT::|SMP;*;R2$;26| ; (COND ((BOOT::SPADCALL BOOT::|c| # #) BOOT::|p|) ((ZEROP #) (CONS 0 #)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SMP;+;3$;27| ...) ; file: /tmp/oa-9XNRMh/code.lsp ; in: DEFUN |SMP;+;3$;27| ; (DEFUN BOOT::|SMP;+;3$;27| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (COND ((AND (ZEROP #) (ZEROP #)) (CONS 0 (BOOT::SPADCALL # # #))) ; ((ZEROP (CAR BOOT::|p1|)) (CONS 1 (CONS # #))) ; ((ZEROP (CAR BOOT::|p2|)) (CONS 1 (CONS # #))) ; ((BOOT::SPADCALL (CAR #) (CAR #) (BOOT::|shellEntry| BOOT::$ 57)) ; (LET (# #) ; (COND # #))) ; ((BOOT::SPADCALL (CAR #) (CAR #) (BOOT::|shellEntry| BOOT::$ 81)) ; (CONS 1 (CONS # #))) ; (T (CONS 1 (CONS # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;+;3$;27| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|SMP;+;3$;27| ; (COND ((AND # #) (CONS 0 #)) ((ZEROP #) (CONS 1 #)) ; ((ZEROP #) (CONS 1 #)) ; ((BOOT::SPADCALL # # #) ; (LET # ; #)) ; ((BOOT::SPADCALL # # #) (CONS 1 #)) (T (CONS 1 #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SMP;-;3$;28| ...) ; file: /tmp/oa-9XNRMh/code.lsp ; in: DEFUN |SMP;-;3$;28| ; (DEFUN BOOT::|SMP;-;3$;28| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (COND ((AND (ZEROP #) (ZEROP #)) (CONS 0 (BOOT::SPADCALL # # #))) ; ((ZEROP (CAR BOOT::|p1|)) (CONS 1 (CONS # #))) ; ((ZEROP (CAR BOOT::|p2|)) (CONS 1 (CONS # #))) ; ((BOOT::SPADCALL (CAR #) (CAR #) (BOOT::|shellEntry| BOOT::$ 57)) ; (LET (# #) ; (COND # #))) ; ((BOOT::SPADCALL (CAR #) (CAR #) (BOOT::|shellEntry| BOOT::$ 81)) ; (CONS 1 (CONS # #))) ; (T (CONS 1 (CONS # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;-;3$;28| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|SMP;-;3$;28| ; (COND ((AND # #) (CONS 0 #)) ((ZEROP #) (CONS 1 #)) ; ((ZEROP #) (CONS 1 #)) ; ((BOOT::SPADCALL # # #) ; (LET # ; #)) ; ((BOOT::SPADCALL # # #) (CONS 1 #)) (T (CONS 1 #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SMP;=;2$B;29| ...) ; file: /tmp/oa-9XNRMh/code.lsp ; in: DEFUN |SMP;=;2$B;29| ; (DEFUN BOOT::|SMP;=;2$B;29| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|p1|)) (AND (ZEROP #) (BOOT::SPADCALL # # #))) ; ((ZEROP (CAR BOOT::|p2|)) NIL) ; ((BOOT::SPADCALL (CAR #) (CAR #) (BOOT::|shellEntry| BOOT::$ 57)) ; (BOOT::SPADCALL (CDR #) (CDR #) (BOOT::|shellEntry| BOOT::$ 105))) ; (T NIL))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;=;2$B;29| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|SMP;=;2$B;29| ; (COND ((ZEROP #) (AND # #)) ((ZEROP #) NIL) ; ((BOOT::SPADCALL # # #) (BOOT::SPADCALL # # #)) (T NIL)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |SMP;*;3$;30| ...) ; file: /tmp/oa-9XNRMh/code.lsp ; in: DEFUN |SMP;*;3$;30| ; (DEFUN BOOT::|SMP;*;3$;30| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (COND ; ((ZEROP (CAR BOOT::|p1|)) ; (BOOT::|SMP;*;R2$;26| (CDR BOOT::|p1|) BOOT::|p2| BOOT::$)) ; ((ZEROP (CAR BOOT::|p2|)) ; (LET (# #) ; (COND # #))) ; ((BOOT::SPADCALL (CAR #) (CAR #) (BOOT::|shellEntry| BOOT::$ 57)) ; (LET (# #) ; (COND # #))) ; ((BOOT::SPADCALL (CAR #) (CAR #) (BOOT::|shellEntry| BOOT::$ 56)) ; (LET (# #) ; (COND # #))) ; (T ; (LET (# #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;*;3$;30| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|SMP;*;3$;30| ; (COND ((ZEROP #) (BOOT::|SMP;*;R2$;26| # BOOT::|p2| BOOT::$)) ; ((ZEROP #) ; (LET # ; #)) ; ((BOOT::SPADCALL # # #) ; (LET # ; #)) ; ((BOOT::SPADCALL # # #) ; (LET # ; #)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SMP;**;$Pi$;31| ...) ; compiling (DEFUN |SMP;**;$Nni$;32| ...) ; file: /tmp/oa-9XNRMh/code.lsp ; in: DEFUN |SMP;**;$Nni$;32| ; (DEFUN BOOT::|SMP;**;$Nni$;32| (BOOT::|p| BOOT::|k| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|p|)) (CONS 0 (BOOT::SPADCALL # BOOT::|k| #))) ; ((NOT (BOOT::|SMP;moreThanOneVariable?| BOOT::|p| BOOT::$)) ; (BOOT::|SMP;multivariate;SupVarSet$;12| ; (BOOT::SPADCALL # BOOT::|k| #) (CAR #) BOOT::$)) ; (T ; (LET (# #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;**;$Nni$;32| ; (BOOT::|p| BOOT::|k| BOOT::$) ; (BLOCK BOOT::|SMP;**;$Nni$;32| ; (COND ((ZEROP #) (CONS 0 #)) ; ((NOT #) (BOOT::|SMP;multivariate;SupVarSet$;12| # # BOOT::$)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SMP;unitNormal;$R;33| ...) ; compiling (DEFUN |SMP;unitCanonical;2$;34| ...) ; file: /tmp/oa-9XNRMh/code.lsp ; in: DEFUN |SMP;unitCanonical;2$;34| ; (LET* ((BOOT::|#G64| ; (BOOT::SPADCALL ; (BOOT::|SMP;leadingCoefficient;$R;75| BOOT::|p| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 115))) ; (BOOT::|u| (SVREF BOOT::|#G64| 0)) ; (BOOT::|c| (SVREF BOOT::|#G64| 1)) ; (BOOT::|a| (SVREF BOOT::|#G64| 2))) ; (BOOT::|SMP;*;R2$;26| BOOT::|a| BOOT::|p| BOOT::$)) ; ; caught STYLE-WARNING: ; The variable |u| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |c| is defined but never used. ; compiling (DEFUN |SMP;unit?;$B;35| ...) ; file: /tmp/oa-9XNRMh/code.lsp ; in: DEFUN |SMP;unit?;$B;35| ; (DEFUN BOOT::|SMP;unit?;$B;35| (BOOT::|p| BOOT::$) ; (AND (ZEROP (CAR BOOT::|p|)) ; (BOOT::SPADCALL (CDR BOOT::|p|) (BOOT::|shellEntry| BOOT::$ 119)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;unit?;$B;35| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|SMP;unit?;$B;35| ; (AND (ZEROP (CAR BOOT::|p|)) ; (BOOT::SPADCALL (CDR BOOT::|p|) ; (BOOT::|shellEntry| BOOT::$ 119))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |SMP;associates?;2$B;36| ...) ; file: /tmp/oa-9XNRMh/code.lsp ; in: DEFUN |SMP;associates?;2$B;36| ; (DEFUN BOOT::|SMP;associates?;2$B;36| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|p1|)) (AND (ZEROP #) (BOOT::SPADCALL # # #))) ; ((EQL (CAR BOOT::|p2|) 1) ; (AND (BOOT::SPADCALL # # #) (BOOT::SPADCALL # # #))) ; (T NIL))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;associates?;2$B;36| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|SMP;associates?;2$B;36| ; (COND ((ZEROP #) (AND # #)) ((EQL # 1) (AND # #)) (T NIL)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |SMP;exquo;2$U;37| ...) ; compiling (DEFUN |SMP;exquo;2$U;38| ...) ; compiling (DEFUN |SMP;map;M2$;39| ...) ; file: /tmp/oa-9XNRMh/code.lsp ; in: DEFUN |SMP;map;M2$;39| ; (DEFUN BOOT::|SMP;map;M2$;39| (BOOT::|fn| BOOT::|p| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|p|)) (CONS 0 (FUNCALL # # #))) ; (T ; (LET (# #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;map;M2$;39| ; (BOOT::|fn| BOOT::|p| BOOT::$) ; (BLOCK BOOT::|SMP;map;M2$;39| ; (COND ((ZEROP #) (CONS 0 #)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SMP;map;M2$;39!0| ...) ; compiling (DEFUN |SMP;/;$R$;40| ...) ; compiling (DEFUN |SMP;content;$R;41| ...) ; compiling (DEFUN |SMP;content;$VarSet$;42| ...) ; file: /tmp/oa-9XNRMh/code.lsp ; in: DEFUN |SMP;content;$VarSet$;42| ; (DEFUN BOOT::|SMP;content;$VarSet$;42| (BOOT::|p| BOOT::|mvar| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|p|)) BOOT::|p|) ; (T ; (BOOT::SPADCALL ; (BOOT::|SMP;univariate;$VarSetSup;13| BOOT::|p| BOOT::|mvar| ; BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 136))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;content;$VarSet$;42| ; (BOOT::|p| BOOT::|mvar| BOOT::$) ; (BLOCK BOOT::|SMP;content;$VarSet$;42| ; (COND ((ZEROP #) BOOT::|p|) (T (BOOT::SPADCALL # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SMP;gcd;3$;43| ...) ; file: /tmp/oa-9XNRMh/code.lsp ; in: DEFUN |SMP;gcd;3$;43| ; (DEFUN BOOT::|SMP;gcd;3$;43| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|p1|)) (COND (# #) (# BOOT::|p2|) (T #))) ; ((ZEROP (CAR BOOT::|p2|)) (COND (# BOOT::|p1|) (T #))) ; ((BOOT::SPADCALL (CAR #) (CAR #) (BOOT::|shellEntry| BOOT::$ 81)) ; (BOOT::SPADCALL BOOT::|p1| (BOOT::SPADCALL # #) ; (BOOT::|shellEntry| BOOT::$ 138))) ; ((BOOT::SPADCALL (CAR #) (CAR #) (BOOT::|shellEntry| BOOT::$ 56)) ; (BOOT::SPADCALL (BOOT::SPADCALL # #) BOOT::|p2| ; (BOOT::|shellEntry| BOOT::$ 138))) ; (T ; (LET (# #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;gcd;3$;43| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|SMP;gcd;3$;43| ; (COND ((ZEROP #) (COND # # #)) ((ZEROP #) (COND # #)) ; ((BOOT::SPADCALL # # #) (BOOT::SPADCALL BOOT::|p1| # #)) ; ((BOOT::SPADCALL # # #) (BOOT::SPADCALL # BOOT::|p2| #)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SMP;gcdPolynomial;3Sup;44| ...) ; compiling (DEFUN |SMP;content;$VarSet$;45| ...) ; file: /tmp/oa-9XNRMh/code.lsp ; in: DEFUN |SMP;content;$VarSet$;45| ; (DEFUN BOOT::|SMP;content;$VarSet$;45| (BOOT::|p| BOOT::|mvar| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|p|)) BOOT::|p|) ; (T ; (BOOT::SPADCALL (BOOT::SPADCALL # #) ; (BOOT::|shellEntry| BOOT::$ 150))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;content;$VarSet$;45| ; (BOOT::|p| BOOT::|mvar| BOOT::$) ; (BLOCK BOOT::|SMP;content;$VarSet$;45| ; (COND ((ZEROP #) BOOT::|p|) (T (BOOT::SPADCALL # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SMP;gcd;3$;46| ...) ; file: /tmp/oa-9XNRMh/code.lsp ; in: DEFUN |SMP;gcd;3$;46| ; (DEFUN BOOT::|SMP;gcd;3$;46| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BOOT::SPADCALL BOOT::|p1| BOOT::|p2| (BOOT::|shellEntry| BOOT::$ 151))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;gcd;3$;46| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|SMP;gcd;3$;46| ; (BOOT::SPADCALL BOOT::|p1| BOOT::|p2| ; (BOOT::|shellEntry| BOOT::$ 151)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SMP;gcd;L$;47| ...) ; file: /tmp/oa-9XNRMh/code.lsp ; in: DEFUN |SMP;gcd;L$;47| ; (DEFUN BOOT::|SMP;gcd;L$;47| (BOOT::|lp| BOOT::$) ; (BOOT::SPADCALL BOOT::|lp| (BOOT::|shellEntry| BOOT::$ 150))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;gcd;L$;47| ; (BOOT::|lp| BOOT::$) ; (BLOCK BOOT::|SMP;gcd;L$;47| ; (BOOT::SPADCALL BOOT::|lp| (BOOT::|shellEntry| BOOT::$ 150)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SMP;gcdPolynomial;3Sup;48| ...) ; compiling (DEFUN |SMP;content;$VarSet$;49| ...) ; file: /tmp/oa-9XNRMh/code.lsp ; in: DEFUN |SMP;content;$VarSet$;49| ; (DEFUN BOOT::|SMP;content;$VarSet$;49| (BOOT::|p| BOOT::|mvar| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|p|)) BOOT::|p|) ; (T ; (BOOT::SPADCALL ; (BOOT::|SMP;univariate;$VarSetSup;13| BOOT::|p| BOOT::|mvar| ; BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 136))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;content;$VarSet$;49| ; (BOOT::|p| BOOT::|mvar| BOOT::$) ; (BLOCK BOOT::|SMP;content;$VarSet$;49| ; (COND ((ZEROP #) BOOT::|p|) (T (BOOT::SPADCALL # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SMP;gcd;3$;50| ...) ; file: /tmp/oa-9XNRMh/code.lsp ; in: DEFUN |SMP;gcd;3$;50| ; (DEFUN BOOT::|SMP;gcd;3$;50| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|p1|)) (COND (# #) (# BOOT::|p2|) (T #))) ; ((ZEROP (CAR BOOT::|p2|)) (COND (# BOOT::|p1|) (T #))) ; ((BOOT::SPADCALL (CAR #) (CAR #) (BOOT::|shellEntry| BOOT::$ 81)) ; (BOOT::SPADCALL BOOT::|p1| (BOOT::SPADCALL # #) ; (BOOT::|shellEntry| BOOT::$ 138))) ; ((BOOT::SPADCALL (CAR #) (CAR #) (BOOT::|shellEntry| BOOT::$ 56)) ; (BOOT::SPADCALL (BOOT::SPADCALL # #) BOOT::|p2| ; (BOOT::|shellEntry| BOOT::$ 138))) ; (T ; (LET (# #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;gcd;3$;50| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|SMP;gcd;3$;50| ; (COND ((ZEROP #) (COND # # #)) ((ZEROP #) (COND # #)) ; ((BOOT::SPADCALL # # #) (BOOT::SPADCALL BOOT::|p1| # #)) ; ((BOOT::SPADCALL # # #) (BOOT::SPADCALL # BOOT::|p2| #)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SMP;gcdPolynomial;3Sup;51| ...) ; compiling (DEFUN |SMP;content;$VarSet$;52| ...) ; file: /tmp/oa-9XNRMh/code.lsp ; in: DEFUN |SMP;content;$VarSet$;52| ; (DEFUN BOOT::|SMP;content;$VarSet$;52| (BOOT::|p| BOOT::|mvar| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|p|)) BOOT::|p|) ; (T ; (BOOT::SPADCALL ; (BOOT::|SMP;univariate;$VarSetSup;13| BOOT::|p| BOOT::|mvar| ; BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 136))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;content;$VarSet$;52| ; (BOOT::|p| BOOT::|mvar| BOOT::$) ; (BLOCK BOOT::|SMP;content;$VarSet$;52| ; (COND ((ZEROP #) BOOT::|p|) (T (BOOT::SPADCALL # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SMP;gcd;3$;53| ...) ; file: /tmp/oa-9XNRMh/code.lsp ; in: DEFUN |SMP;gcd;3$;53| ; (DEFUN BOOT::|SMP;gcd;3$;53| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|p1|)) (COND (# #) (# BOOT::|p2|) (T #))) ; ((ZEROP (CAR BOOT::|p2|)) (COND (# BOOT::|p1|) (T #))) ; ((BOOT::SPADCALL (CAR #) (CAR #) (BOOT::|shellEntry| BOOT::$ 81)) ; (BOOT::SPADCALL BOOT::|p1| (BOOT::SPADCALL # #) ; (BOOT::|shellEntry| BOOT::$ 138))) ; ((BOOT::SPADCALL (CAR #) (CAR #) (BOOT::|shellEntry| BOOT::$ 56)) ; (BOOT::SPADCALL (BOOT::SPADCALL # #) BOOT::|p2| ; (BOOT::|shellEntry| BOOT::$ 138))) ; (T ; (LET (# #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;gcd;3$;53| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|SMP;gcd;3$;53| ; (COND ((ZEROP #) (COND # # #)) ((ZEROP #) (COND # #)) ; ((BOOT::SPADCALL # # #) (BOOT::SPADCALL BOOT::|p1| # #)) ; ((BOOT::SPADCALL # # #) (BOOT::SPADCALL # BOOT::|p2| #)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SMP;gcdPolynomial;3Sup;54| ...) ; compiling (DEFUN |SMP;coerce;$Of;55| ...) ; compiling (DEFUN |SMP;coefficients;$L;56| ...) ; file: /tmp/oa-9XNRMh/code.lsp ; in: DEFUN |SMP;coefficients;$L;56| ; (DEFUN BOOT::|SMP;coefficients;$L;56| (BOOT::|p| BOOT::$) ; (COND ; ((ZEROP (CAR BOOT::|p|)) ; (BOOT::SPADCALL (CDR BOOT::|p|) (BOOT::|shellEntry| BOOT::$ 161))) ; (T ; (LET (# # #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;coefficients;$L;56| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|SMP;coefficients;$L;56| ; (COND ((ZEROP #) (BOOT::SPADCALL # #)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SMP;retract;$R;57| ...) ; file: /tmp/oa-9XNRMh/code.lsp ; in: DEFUN |SMP;retract;$R;57| ; (DEFUN BOOT::|SMP;retract;$R;57| (BOOT::|p| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|p|)) (CDR BOOT::|p|)) ; (T (BOOT::|error| "cannot retract nonconstant polynomial")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;retract;$R;57| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|SMP;retract;$R;57| ; (COND ((ZEROP #) (CDR BOOT::|p|)) ; (T (BOOT::|error| "cannot retract nonconstant polynomial"))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SMP;retractIfCan;$U;58| ...) ; compiling (DEFUN |SMP;mymerge| ...) ; compiling (DEFUN |SMP;variables;$L;60| ...) ; compiling (DEFUN |SMP;mainVariable;$U;61| ...) ; compiling (DEFUN |SMP;eval;$VarSet2$;62| ...) ; file: /tmp/oa-9XNRMh/code.lsp ; in: DEFUN |SMP;eval;$VarSet2$;62| ; (DEFUN BOOT::|SMP;eval;$VarSet2$;62| ; (BOOT::|p| BOOT::|mvar| BOOT::|pval| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::|SMP;univariate;$VarSetSup;13| BOOT::|p| BOOT::|mvar| BOOT::$) ; BOOT::|pval| (BOOT::|shellEntry| BOOT::$ 178))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;eval;$VarSet2$;62| ; (BOOT::|p| BOOT::|mvar| BOOT::|pval| BOOT::$) ; (BLOCK BOOT::|SMP;eval;$VarSet2$;62| ; (BOOT::SPADCALL ; (BOOT::|SMP;univariate;$VarSetSup;13| BOOT::|p| BOOT::|mvar| BOOT::$) ; BOOT::|pval| (BOOT::|shellEntry| BOOT::$ 178)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SMP;eval;$VarSetR$;63| ...) ; file: /tmp/oa-9XNRMh/code.lsp ; in: DEFUN |SMP;eval;$VarSetR$;63| ; (DEFUN BOOT::|SMP;eval;$VarSetR$;63| ; (BOOT::|p| BOOT::|mvar| BOOT::|val| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::|SMP;univariate;$VarSetSup;13| BOOT::|p| BOOT::|mvar| BOOT::$) ; (CONS 0 BOOT::|val|) (BOOT::|shellEntry| BOOT::$ 178))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;eval;$VarSetR$;63| ; (BOOT::|p| BOOT::|mvar| BOOT::|val| BOOT::$) ; (BLOCK BOOT::|SMP;eval;$VarSetR$;63| ; (BOOT::SPADCALL ; (BOOT::|SMP;univariate;$VarSetSup;13| BOOT::|p| BOOT::|mvar| BOOT::$) ; (CONS 0 BOOT::|val|) (BOOT::|shellEntry| BOOT::$ 178)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SMP;evalSortedVarlist| ...) ; file: /tmp/oa-9XNRMh/code.lsp ; in: DEFUN |SMP;evalSortedVarlist| ; (DEFUN BOOT::|SMP;evalSortedVarlist| ; (BOOT::|p| BOOT::|Lvar| BOOT::|Lpval| BOOT::$) ; (PROG (BOOT::|pts| BOOT::|pval|) (RETURN (COND (# BOOT::|p|) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;evalSortedVarlist| ; (BOOT::|p| BOOT::|Lvar| BOOT::|Lpval| BOOT::$) ; (BLOCK BOOT::|SMP;evalSortedVarlist| ; (PROG (BOOT::|pts| BOOT::|pval|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SMP;evalSortedVarlist!0| ...) ; compiling (DEFUN |SMP;eval;$LL$;65| ...) ; compiling (DEFUN |SMP;eval;$LL$;65!1| ...) ; compiling (DEFUN |SMP;eval;$LL$;65!0| ...) ; compiling (DEFUN |SMP;eval;$LL$;66| ...) ; compiling (DEFUN |SMP;degree;$VarSetNni;67| ...) ; file: /tmp/oa-9XNRMh/code.lsp ; in: DEFUN |SMP;degree;$VarSetNni;67| ; (DEFUN BOOT::|SMP;degree;$VarSetNni;67| (BOOT::|p| BOOT::|mvar| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|p|)) 0) ; ((BOOT::SPADCALL BOOT::|mvar| (CAR #) ; (BOOT::|shellEntry| BOOT::$ 57)) ; (BOOT::SPADCALL (CDR #) (BOOT::|shellEntry| BOOT::$ 46))) ; ((BOOT::SPADCALL BOOT::|mvar| (CAR #) ; (BOOT::|shellEntry| BOOT::$ 56)) ; 0) ; (T ; (MAX (BOOT::|SMP;degree;$VarSetNni;67| # BOOT::|mvar| BOOT::$) ; (BOOT::|SMP;degree;$VarSetNni;67| # BOOT::|mvar| BOOT::$))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;degree;$VarSetNni;67| ; (BOOT::|p| BOOT::|mvar| BOOT::$) ; (BLOCK BOOT::|SMP;degree;$VarSetNni;67| ; (COND ((ZEROP #) 0) ; ((BOOT::SPADCALL BOOT::|mvar| # #) (BOOT::SPADCALL # #)) ; ((BOOT::SPADCALL BOOT::|mvar| # #) 0) (T (MAX # #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |SMP;degree;$LL;68| ...) ; file: /tmp/oa-9XNRMh/code.lsp ; in: DEFUN |SMP;degree;$LL;68| ; (DEFUN BOOT::|SMP;degree;$LL;68| (BOOT::|p| BOOT::|Lvar| BOOT::$) ; (LET ((#:G1926 BOOT::|Lvar|) (#:G1802 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G1926 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;degree;$LL;68| ; (BOOT::|p| BOOT::|Lvar| BOOT::$) ; (BLOCK BOOT::|SMP;degree;$LL;68| ; (LET ((#:G1926 BOOT::|Lvar|) (#:G1802 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS UNSIGNED-BYTE T)) &REST T). ; compiling (DEFUN |SMP;degree;$Ie;69| ...) ; compiling (DEFUN |SMP;minimumDegree;$Ie;70| ...) ; compiling (DEFUN |SMP;minimumDegree;$VarSetNni;71| ...) ; file: /tmp/oa-9XNRMh/code.lsp ; in: DEFUN |SMP;minimumDegree;$VarSetNni;71| ; (DEFUN BOOT::|SMP;minimumDegree;$VarSetNni;71| ; (BOOT::|p| BOOT::|mvar| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|p|)) 0) ; ((BOOT::SPADCALL BOOT::|mvar| (CAR #) ; (BOOT::|shellEntry| BOOT::$ 57)) ; (BOOT::SPADCALL (CDR #) (BOOT::|shellEntry| BOOT::$ 204))) ; (T ; (LET (# #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;minimumDegree;$VarSetNni;71| ; (BOOT::|p| BOOT::|mvar| BOOT::$) ; (BLOCK BOOT::|SMP;minimumDegree;$VarSetNni;71| ; (COND ((ZEROP #) 0) ; ((BOOT::SPADCALL BOOT::|mvar| # #) (BOOT::SPADCALL # #)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |SMP;minimumDegree;$LL;72| ...) ; file: /tmp/oa-9XNRMh/code.lsp ; in: DEFUN |SMP;minimumDegree;$LL;72| ; (DEFUN BOOT::|SMP;minimumDegree;$LL;72| (BOOT::|p| BOOT::|Lvar| BOOT::$) ; (LET ((#:G1927 BOOT::|Lvar|) (#:G1847 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G1927 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;minimumDegree;$LL;72| ; (BOOT::|p| BOOT::|Lvar| BOOT::$) ; (BLOCK BOOT::|SMP;minimumDegree;$LL;72| ; (LET ((#:G1927 BOOT::|Lvar|) (#:G1847 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS UNSIGNED-BYTE T)) &REST T). ; compiling (DEFUN |SMP;totalDegree;$LNni;73| ...) ; compiling (DEFUN |SMP;differentiate;$VarSet$;74| ...) ; file: /tmp/oa-9XNRMh/code.lsp ; in: DEFUN |SMP;differentiate;$VarSet$;74| ; (DEFUN BOOT::|SMP;differentiate;$VarSet$;74| (BOOT::|p| BOOT::|mvar| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|p|)) (BOOT::|spadConstant| BOOT::$ 12)) ; ((BOOT::SPADCALL BOOT::|mvar| (CAR #) ; (BOOT::|shellEntry| BOOT::$ 57)) ; (LET (#) ; (COND # #))) ; (T ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;differentiate;$VarSet$;74| ; (BOOT::|p| BOOT::|mvar| BOOT::$) ; (BLOCK BOOT::|SMP;differentiate;$VarSet$;74| ; (COND ((ZEROP #) (BOOT::|spadConstant| BOOT::$ 12)) ; ((BOOT::SPADCALL BOOT::|mvar| # #) ; (LET # ; #)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SMP;differentiate;$VarSet$;74!0| ...) ; compiling (DEFUN |SMP;leadingCoefficient;$R;75| ...) ; compiling (DEFUN |SMP;leadingMonomial;2$;76| ...) ; compiling (DEFUN |SMP;reductum;2$;77| ...) ; file: /tmp/oa-9XNRMh/code.lsp ; in: DEFUN |SMP;reductum;2$;77| ; (DEFUN BOOT::|SMP;reductum;2$;77| (BOOT::|p| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|p|)) (BOOT::|spadConstant| BOOT::$ 12)) ; (T ; (BOOT::|SMP;-;3$;28| BOOT::|p| ; (BOOT::|SMP;leadingMonomial;2$;76| BOOT::|p| BOOT::$) BOOT::$)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;reductum;2$;77| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|SMP;reductum;2$;77| ; (COND ((ZEROP #) (BOOT::|spadConstant| BOOT::$ 12)) ; (T (BOOT::|SMP;-;3$;28| BOOT::|p| # BOOT::$))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SparseMultivariatePolynomial| ...) ; compiling (DEFUN |SparseMultivariatePolynomial;| ...) ; compiling (MAKEPROP (QUOTE |SparseMultivariatePolynomial|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; printed 36 notes ; /tmp/oa-9XNRMh/code.fasl written ; compilation finished in 0:00:00.330 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/UDPO.fasl --bootstrap UDPO.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UDPO.spad using Spad compiler. UDPO abbreviates package UserDefinedPartialOrdering ------------------------------------------------------------------------ initializing stationary directory for UserDefinedPartialOrdering compiling into /tmp/oa-WjOHIw Time: 0.00 SEC. Cumulative Statistics for Constructor UserDefinedPartialOrdering Time: 0.00 seconds finalizing NRLIB UDPO ; compiling file "/tmp/oa-WjOHIw/code.lsp" (written 01 FEB 2016 10:57:42 PM): ; compiling (DEFUN |UserDefinedPartialOrdering| ...) ; compiling (DEFUN |UserDefinedPartialOrdering;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-WjOHIw/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/POLY.fasl --optimize=3 POLY.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/POLY.spad using Spad compiler. POLY abbreviates domain Polynomial debug: compDefine1 lhs: (Polynomial R) signature (pre-evaluate): ((Join (PolynomialCategory R (IndexedExponents (Symbol)) (Symbol)) (CATEGORY domain (IF (has R (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Symbol))) %noBranch))) (Ring)) debug: evaluateType form: (Join (PolynomialCategory R (IndexedExponents (Symbol)) (Symbol)) (CATEGORY domain (IF (has R (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Symbol))) %noBranch))) $param: (R) debug: evaluateType form: (PolynomialCategory R (IndexedExponents (Symbol)) (Symbol)) $param: (R) Debug: evaluateType1 form: (PolynomialCategory R (IndexedExponents (Symbol)) (Symbol)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: (IndexedExponents (Symbol)) m: (OrderedAbelianMonoidSup) debug: evaluateType1 categoryForm: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (R) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (IndexedExponents (Symbol)) $param: (R) Debug: evaluateType1 form: (IndexedExponents (Symbol)) debug: evaluateType1 x: (Symbol) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (OrderedSet) debug: evalCategory d: (IndexedExponents (Symbol)) c: (OrderedAbelianMonoidSup) debug: evaluateType1 x: (Symbol) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (OrderedSet) debug: evaluateType form: (CATEGORY domain (IF (has R (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Symbol))) %noBranch)) $param: (R) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((Join (PolynomialCategory R (IndexedExponents (Symbol)) (Symbol)) (CATEGORY domain (IF (has R (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Symbol))) %noBranch))) (Ring)) debug: compDefine1 lhs: (Polynomial R) signature (pre-evaluate): ((Join (PolynomialCategory R (IndexedExponents (Symbol)) (Symbol)) (CATEGORY domain (IF (has R (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Symbol))) %noBranch))) NIL) debug: evaluateType form: (Join (PolynomialCategory R (IndexedExponents (Symbol)) (Symbol)) (CATEGORY domain (IF (has R (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Symbol))) %noBranch))) $param: (R) debug: evaluateType form: (PolynomialCategory R (IndexedExponents (Symbol)) (Symbol)) $param: (R) Debug: evaluateType1 form: (PolynomialCategory R (IndexedExponents (Symbol)) (Symbol)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: (IndexedExponents (Symbol)) m: (OrderedAbelianMonoidSup) debug: evaluateType1 categoryForm: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (R) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (IndexedExponents (Symbol)) $param: (R) Debug: evaluateType1 form: (IndexedExponents (Symbol)) debug: evaluateType1 x: (Symbol) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (OrderedSet) debug: evalCategory d: (IndexedExponents (Symbol)) c: (OrderedAbelianMonoidSup) debug: evaluateType1 x: (Symbol) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (OrderedSet) debug: evaluateType form: (CATEGORY domain (IF (has R (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Symbol))) %noBranch)) $param: (R) debug: compDefine1 signature (post evaluate): ((Join (PolynomialCategory R (IndexedExponents (Symbol)) (Symbol)) (CATEGORY domain (IF (has R (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Symbol))) %noBranch))) NIL) ------------------------------------------------------------------------ initializing stationary directory for Polynomial compiling into /tmp/oa-2qHtyF importing UserDefinedPartialOrdering Symbol compiling exported coerce : % -> OutputForm Time: 0.10 SEC. compiling exported integrate : (%,Symbol) -> % Time: 0.04 SEC. (time taken in buildFunctor: 120) Time: 0.21 SEC. Cumulative Statistics for Constructor Polynomial Time: 0.34 seconds finalizing NRLIB POLY Processing Polynomial for Browser database: -- integrate : (%,Symbol) -> % -- constructor ; compiling file "/tmp/oa-2qHtyF/code.lsp" (written 01 FEB 2016 10:57:43 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |POLY;coerce;$Of;1| ...) ; compiling (DEFUN |POLY;integrate;$S$;2| ...) ; compiling (DEFUN |Polynomial| ...) ; compiling (DEFUN |Polynomial;| ...) ; compiling (MAKEPROP (QUOTE |Polynomial|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-2qHtyF/code.fasl written ; compilation finished in 0:00:00.035 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/CINTSLPE.fasl --optimize=3 CINTSLPE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CINTSLPE.spad using Spad compiler. CINTSLPE abbreviates package ComplexIntegerSolveLinearPolynomialEquation debug: compDefine1 lhs: (ComplexIntegerSolveLinearPolynomialEquation R CR) signature (pre-evaluate): ((CATEGORY package (SIGNATURE solveLinearPolynomialEquation ((Union (List (SparseUnivariatePolynomial CR)) failed) (List (SparseUnivariatePolynomial CR)) (SparseUnivariatePolynomial CR)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE solveLinearPolynomialEquation ((Union (List (SparseUnivariatePolynomial CR)) failed) (List (SparseUnivariatePolynomial CR)) (SparseUnivariatePolynomial CR)))) $param: (R CR) debug: evaluateType form: (Union (List (SparseUnivariatePolynomial CR)) failed) $param: (R CR) debug: evaluateType form: (List (SparseUnivariatePolynomial CR)) $param: (R CR) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial CR)) debug: evaluateType1 x: (SparseUnivariatePolynomial CR) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R CR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial CR) $param: (R CR) Debug: evaluateType1 form: (SparseUnivariatePolynomial CR) debug: evaluateType1 x: CR m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial CR) c: (Type) debug: evaluateType form: failed $param: (R CR) debug: evaluateType form: (List (SparseUnivariatePolynomial CR)) $param: (R CR) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial CR)) debug: evaluateType1 x: (SparseUnivariatePolynomial CR) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R CR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial CR) $param: (R CR) Debug: evaluateType1 form: (SparseUnivariatePolynomial CR) debug: evaluateType1 x: CR m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial CR) c: (Type) debug: evaluateType form: (SparseUnivariatePolynomial CR) $param: (R CR) Debug: evaluateType1 form: (SparseUnivariatePolynomial CR) debug: evaluateType1 x: CR m: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE solveLinearPolynomialEquation ((Union (List (SparseUnivariatePolynomial CR)) failed) (List (SparseUnivariatePolynomial CR)) (SparseUnivariatePolynomial CR)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ComplexIntegerSolveLinearPolynomialEquation compiling into /tmp/oa-4RiRXe compiling exported solveLinearPolynomialEquation : (List SparseUnivariatePolynomial CR,SparseUnivariatePolynomial CR) -> Union(List SparseUnivariatePolynomial CR,failed) Time: 0.18 SEC. (time taken in buildFunctor: 4) Time: 0.00 SEC. Warnings: [1] solveLinearPolynomialEquation: slpePrime has no value [2] solveLinearPolynomialEquation: oldtable has no value Cumulative Statistics for Constructor ComplexIntegerSolveLinearPolynomialEquation Time: 0.18 seconds finalizing NRLIB CINTSLPE Processing ComplexIntegerSolveLinearPolynomialEquation for Browser database: -- solveLinearPolynomialEquation : (List CP,CP) -> Union(List CP,"failed") -- constructor ; compiling file "/tmp/oa-4RiRXe/code.lsp" (written 01 FEB 2016 10:57:43 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |CINTSLPE;solveLinearPolynomialEquation;LSupU;1| ...) ; compiling (DEFUN |ComplexIntegerSolveLinearPolynomialEquation| ...) ; compiling (DEFUN |ComplexIntegerSolveLinearPolynomialEquation;| ...) ; compiling (MAKEPROP (QUOTE |ComplexIntegerSolveLinearPolynomialEquation|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-4RiRXe/code.fasl written ; compilation finished in 0:00:00.027 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/COMPLPAT.fasl --optimize=3 COMPLPAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/COMPLPAT.spad using Spad compiler. COMPLPAT abbreviates package ComplexPattern debug: compDefine1 lhs: (ComplexPattern R S CS) signature (pre-evaluate): ((CATEGORY package (SIGNATURE convert ((Pattern R) CS))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE convert ((Pattern R) CS))) $param: (R S CS) debug: evaluateType form: (Pattern R) $param: (R S CS) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: CS $param: (R S CS) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE convert ((Pattern R) CS))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ComplexPattern compiling into /tmp/oa-c6MiSA Debug compQuote expr: (QUOTE %i) m: $EmptyMode Debug compQuote expr: (QUOTE %i) m: (Symbol) compiling exported convert : CS -> Pattern R Time: 0.08 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Warnings: [1] true has no value Cumulative Statistics for Constructor ComplexPattern Time: 0.08 seconds finalizing NRLIB COMPLPAT Processing ComplexPattern for Browser database: -- convert : CS -> Pattern R -- constructor ; compiling file "/tmp/oa-c6MiSA/code.lsp" (written 01 FEB 2016 10:57:43 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |COMPLPAT;convert;CSP;1| ...) ; compiling (DEFUN |ComplexPattern| ...) ; compiling (DEFUN |ComplexPattern;| ...) ; compiling (MAKEPROP (QUOTE |ComplexPattern|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-c6MiSA/code.fasl written ; compilation finished in 0:00:00.020 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/PATRES2.fasl --optimize=3 PATRES2.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PATRES2.spad using Spad compiler. PATRES2 abbreviates package PatternMatchResultFunctions2 debug: compDefine1 lhs: (PatternMatchResultFunctions2 R A B) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((PatternMatchResult R B) (Mapping B A) (PatternMatchResult R A)))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((PatternMatchResult R B) (Mapping B A) (PatternMatchResult R A)))) $param: (R A B) debug: evaluateType form: (PatternMatchResult R B) $param: (R A B) Debug: evaluateType1 form: (PatternMatchResult R B) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType1 x: B m: (SetCategory) debug: evaluateType form: (Mapping B A) $param: (R A B) debug: evaluateType form: B $param: (R A B) debug: evaluateType form: A $param: (R A B) debug: evaluateType form: (PatternMatchResult R A) $param: (R A B) Debug: evaluateType1 form: (PatternMatchResult R A) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType1 x: A m: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((PatternMatchResult R B) (Mapping B A) (PatternMatchResult R A)))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PatternMatchResultFunctions2 compiling into /tmp/oa-9OnopD compiling exported map : (A -> B,PatternMatchResult(R,A)) -> PatternMatchResult(R,B) Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor PatternMatchResultFunctions2 Time: 0.04 seconds finalizing NRLIB PATRES2 Processing PatternMatchResultFunctions2 for Browser database: -- map : ((A -> B),PatternMatchResult(R,A)) -> PatternMatchResult(R,B) -- constructor ; compiling file "/tmp/oa-9OnopD/code.lsp" (written 01 FEB 2016 10:57:44 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PATRES2;map;MPmrPmr;1| ...) ; compiling (DEFUN |PatternMatchResultFunctions2| ...) ; compiling (DEFUN |PatternMatchResultFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |PatternMatchResultFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-9OnopD/code.fasl written ; compilation finished in 0:00:00.019 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/CPMATCH.fasl --optimize=3 CPMATCH.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CPMATCH.spad using Spad compiler. CPMATCH abbreviates package ComplexPatternMatch debug: compDefine1 lhs: (ComplexPatternMatch R S CS) signature (pre-evaluate): ((CATEGORY package (IF (has (Polynomial S) (PatternMatchable R)) (SIGNATURE patternMatch ((PatternMatchResult R CS) CS (Pattern R) (PatternMatchResult R CS))) %noBranch)) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (IF (has (Polynomial S) (PatternMatchable R)) (SIGNATURE patternMatch ((PatternMatchResult R CS) CS (Pattern R) (PatternMatchResult R CS))) %noBranch)) $param: (R S CS) debug: compDefine1 signature (post evaluate): ((CATEGORY package (IF (has (Polynomial S) (PatternMatchable R)) (SIGNATURE patternMatch ((PatternMatchResult R CS) CS (Pattern R) (PatternMatchResult R CS))) %noBranch)) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ComplexPatternMatch compiling into /tmp/oa-KYIPJP importing PatternMatchPushDown(R,S,CS) importing PatternMatchResultFunctions2(R,Polynomial S,CS) importing PatternMatchResultFunctions2(R,CS,Polynomial S) Debug compQuote expr: (QUOTE %i) m: (Polynomial S) Debug compQuote expr: (QUOTE %i) m: $EmptyMode compiling local makeComplex : Polynomial S -> CS Time: 0.16 SEC. compiling local makePoly : CS -> Polynomial S Time: 0 SEC. compiling exported patternMatch : (CS,Pattern R,PatternMatchResult(R,CS)) -> PatternMatchResult(R,CS) Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] patternMatch: not known that SetCategory is of mode CATEGORY(package,patternMatch: (CS,Pattern R,PatternMatchResult(R,CS)) -> PatternMatchResult(R,CS)) Cumulative Statistics for Constructor ComplexPatternMatch Time: 0.21 seconds finalizing NRLIB CPMATCH Processing ComplexPatternMatch for Browser database: -- patternMatch : (CS,Pattern R,PMRS) -> PMRS -- constructor ; compiling file "/tmp/oa-KYIPJP/code.lsp" (written 01 FEB 2016 10:57:44 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |CPMATCH;makeComplex| ...) ; compiling (DEFUN |CPMATCH;makePoly| ...) ; compiling (DEFUN |CPMATCH;patternMatch;CSP2Pmr;3| ...) ; compiling (DEFUN |ComplexPatternMatch| ...) ; compiling (DEFUN |ComplexPatternMatch;| ...) ; compiling (MAKEPROP (QUOTE |ComplexPatternMatch|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-KYIPJP/code.fasl written ; compilation finished in 0:00:00.035 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/COMPCAT.fasl --optimize=3 COMPCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/COMPCAT.spad using Spad compiler. COMPCAT abbreviates category ComplexCategory debug: compDefine1 lhs: (ComplexCategory R) signature (pre-evaluate): ((Category) (CommutativeRing)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (CommutativeRing) $param: (R) Debug: evaluateType1 form: (CommutativeRing) debug: compDefine1 signature (post evaluate): ((Category) (CommutativeRing)) debug: compDefine1 lhs: (ComplexCategory R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for ComplexCategory compiling into /tmp/oa-FQX5jh STYLE-WARNING: redefining BOOT::|ComplexCategory| in DEFUN Time: 0.03 SEC. COMPCAT- abbreviates package ComplexCategory& ------------------------------------------------------------------------ initializing stationary directory for ComplexCategory& compiling into /tmp/oa-uNDjdL importing MatrixCategoryFunctions2(S,Vector S,Vector S,Matrix S,R,Vector R,Vector R,Matrix R) compiling exported before? : (S,S) -> Boolean Time: 0.10 SEC. compiling exported characteristicPolynomial : S -> SparseUnivariatePolynomial R Time: 0.04 SEC. importing FactoredFunctionUtilities SparseUnivariatePolynomial S importing UnivariatePolynomialCategoryFunctions2(R,SparseUnivariatePolynomial R,S,SparseUnivariatePolynomial S) importing UnivariatePolynomialCategoryFunctions2(S,SparseUnivariatePolynomial S,R,SparseUnivariatePolynomial R) compiling local myNextPrime : (S,NonNegativeInteger) -> S Time: 0.07 SEC. compiling exported solveLinearPolynomialEquation : (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,failed) Time: 0.02 SEC. compiling local normPolynomial : SparseUnivariatePolynomial S -> SparseUnivariatePolynomial R Time: 0.10 SEC. compiling exported factorPolynomial : SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S Time: 0.09 SEC. compiling exported factorSquareFreePolynomial : SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S Time: 0.24 SEC. compiling exported rank : () -> PositiveInteger COMPCAT-;rank;Pi;8 is replaced by 2 Time: 0.01 SEC. compiling exported discriminant : () -> R Time: 0.01 SEC. compiling exported norm : S -> R Time: 0.01 SEC. compiling exported trace : S -> R Time: 0.01 SEC. compiling exported imaginary : () -> S Time: 0.00 SEC. compiling exported conjugate : S -> S Time: 0.00 SEC. compiling exported characteristic : () -> NonNegativeInteger Time: 0.01 SEC. compiling exported map : (R -> R,S) -> S Time: 0 SEC. compiling exported = : (S,S) -> Boolean Time: 0.04 SEC. compiling exported + : (S,S) -> S Time: 0.01 SEC. compiling exported - : S -> S Time: 0 SEC. compiling exported * : (R,S) -> S Time: 0.01 SEC. compiling exported coordinates : S -> Vector R Time: 0 SEC. compiling exported * : (Integer,S) -> S Time: 0.02 SEC. compiling exported differentiate : (S,R -> R) -> S Time: 0 SEC. compiling exported definingPolynomial : () -> SparseUnivariatePolynomial R Time: 0.02 SEC. compiling exported reduce : SparseUnivariatePolynomial R -> S Time: 0.02 SEC. compiling exported lift : S -> SparseUnivariatePolynomial R Time: 0.02 SEC. compiling exported minimalPolynomial : S -> SparseUnivariatePolynomial R Time: 0.02 SEC. compiling exported coordinates : (S,Vector S) -> Vector R Time: 0.20 SEC. compiling exported coerce : S -> OutputForm Debug compQuote expr: (QUOTE %i) m: (OutputForm) Time: 0.02 SEC. compiling exported retract : S -> R Time: 0.01 SEC. compiling exported retractIfCan : S -> Union(R,failed) Time: 0.00 SEC. compiling exported * : (S,S) -> S Time: 0.02 SEC. compiling exported reducedSystem : Matrix S -> Matrix R Time: 0.02 SEC. compiling exported reducedSystem : (Matrix S,Vector S) -> Record(mat: Matrix R,vec: Vector R) Time: 0.03 SEC. compiling exported abs : S -> S Time: 0.01 SEC. compiling exported convert : S -> Complex DoubleFloat Time: 0.03 SEC. compiling exported convert : S -> Complex Float Time: 0.02 SEC. compiling exported convert : S -> InputForm Debug compQuote expr: (QUOTE complex) m: $EmptyMode Debug compQuote expr: (QUOTE complex) m: (Symbol) Debug compQuote expr: (QUOTE complex) m: $EmptyMode Debug compQuote expr: (QUOTE complex) m: (Symbol) Debug compQuote expr: (QUOTE complex) m: $EmptyMode Debug compQuote expr: (QUOTE complex) m: (Symbol) Debug compQuote expr: (QUOTE complex) m: $EmptyMode Debug compQuote expr: (QUOTE complex) m: (Symbol) Debug compQuote expr: (QUOTE complex) m: $EmptyMode Debug compQuote expr: (QUOTE complex) m: (Symbol) Debug compQuote expr: (QUOTE complex) m: $EmptyMode Debug compQuote expr: (QUOTE complex) m: (Symbol) Debug compQuote expr: (QUOTE complex) m: $EmptyMode Debug compQuote expr: (QUOTE complex) m: (Symbol) Time: 0.10 SEC. compiling exported convert : S -> Pattern Integer Time: 0.00 SEC. compiling exported convert : S -> Pattern Float Time: 0.00 SEC. compiling exported patternMatch : (S,Pattern Integer,PatternMatchResult(Integer,S)) -> PatternMatchResult(Integer,S) Time: 0.02 SEC. compiling exported patternMatch : (S,Pattern Float,PatternMatchResult(Float,S)) -> PatternMatchResult(Float,S) Time: 0.02 SEC. compiling exported rational? : S -> Boolean Time: 0.01 SEC. compiling exported rational : S -> Fraction Integer Time: 0.02 SEC. compiling exported rationalIfCan : S -> Union(Fraction Integer,failed) Time: 0.02 SEC. compiling exported inv : S -> S Time: 0.02 SEC. compiling exported exquo : (S,R) -> Union(S,failed) Time: 0.03 SEC. compiling exported exquo : (S,S) -> Union(S,failed) Time: 0.02 SEC. compiling exported recip : S -> Union(S,failed) Time: 0.00 SEC. compiling exported unitNormal : S -> Record(unit: S,canonical: S,associate: S) Time: 0.10 SEC. compiling exported unitNormal : S -> Record(unit: S,canonical: S,associate: S) Time: 0.09 SEC. compiling exported euclideanSize : S -> NonNegativeInteger Time: 0.02 SEC. compiling exported euclideanSize : S -> NonNegativeInteger Time: 0.02 SEC. compiling exported rem : (S,S) -> S Time: 0.01 SEC. compiling exported quo : (S,S) -> S Time: 0.01 SEC. compiling exported rem : (S,S) -> S Time: 0.00 SEC. compiling exported quo : (S,S) -> S Time: 0.01 SEC. compiling exported divide : (S,S) -> Record(quotient: S,remainder: S) Time: 0.09 SEC. compiling local atan2loc : (R,R) -> R Time: 0.22 SEC. compiling exported argument : S -> R Time: 0.00 SEC. compiling exported argument : S -> R Time: 0.02 SEC. compiling exported argument : S -> R Time: 0.07 SEC. compiling exported pi : () -> S Time: 0 SEC. compiling exported exp : S -> S COMPCAT-;exp;2$;63 x is replaced by %z2val %zexp %val2z x Time: 0.00 SEC. compiling exported log : S -> S COMPCAT-;log;2$;64 x is replaced by %z2val %zlog %val2z x Time: 0 SEC. compiling exported sin : S -> S COMPCAT-;sin;2$;65 x is replaced by %z2val %zsin %val2z x Time: 0 SEC. compiling exported cos : S -> S COMPCAT-;cos;2$;66 x is replaced by %z2val %zcos %val2z x Time: 0 SEC. compiling exported tan : S -> S COMPCAT-;tan;2$;67 x is replaced by %z2val %ztan %val2z x Time: 0.00 SEC. compiling exported asin : S -> S COMPCAT-;asin;2$;68 x is replaced by %z2val %zasin %val2z x Time: 0 SEC. compiling exported acos : S -> S COMPCAT-;acos;2$;69 x is replaced by %z2val %zacos %val2z x Time: 0 SEC. compiling exported atan : S -> S COMPCAT-;atan;2$;70 x is replaced by %z2val %zatan %val2z x Time: 0.00 SEC. compiling exported sinh : S -> S COMPCAT-;sinh;2$;71 x is replaced by %z2val %zsinh %val2z x Time: 0 SEC. compiling exported cosh : S -> S COMPCAT-;cosh;2$;72 x is replaced by %z2val %zcosh %val2z x Time: 0 SEC. compiling exported tanh : S -> S COMPCAT-;tanh;2$;73 x is replaced by %z2val %ztanh %val2z x Time: 0 SEC. compiling exported asinh : S -> S COMPCAT-;asinh;2$;74 x is replaced by %z2val %zasinh %val2z x Time: 0.00 SEC. compiling exported acosh : S -> S COMPCAT-;acosh;2$;75 x is replaced by %z2val %zacosh %val2z x Time: 0 SEC. compiling exported atanh : S -> S COMPCAT-;atanh;2$;76 x is replaced by %z2val %zatanh %val2z x Time: 0.00 SEC. compiling exported atan : S -> S Time: 0.03 SEC. compiling exported log : S -> S Time: 0.01 SEC. compiling exported exp : S -> S Time: 0.01 SEC. compiling exported cos : S -> S Time: 0.01 SEC. compiling exported sin : S -> S Time: 0.01 SEC. compiling exported polarCoordinates : S -> Record(r: R,phi: R) Time: 0.02 SEC. compiling exported ** : (S,Fraction Integer) -> S Time: 0.15 SEC. compiling exported ** : (S,Fraction Integer) -> S Time: 1.66 SEC. (time taken in buildFunctor: 4) Time: 0.04 SEC. Warnings: [1] solveLinearPolynomialEquation: not known that Ring is of mode CATEGORY(package,differentiate: (S,Symbol) -> S,differentiate: (S,List Symbol) -> S,differentiate: (S,Symbol,NonNegativeInteger) -> S,differentiate: (S,List Symbol,List NonNegativeInteger) -> S,differentiate: S -> S,differentiate: (S,NonNegativeInteger) -> S,coerce: S -> S,exquo: (S,S) -> Union(S,"failed"),unitNormal: S -> Record(unit: S,canonical: S,associate: S),euclideanSize: S -> NonNegativeInteger,divide: (S,S) -> Record(quotient: S,remainder: S),quo: (S,S) -> S,rem: (S,S) -> S,inv: S -> S,**: (S,Integer) -> S,*: (S,Fraction Integer) -> S,*: (Fraction Integer,S) -> S,coerce: Fraction Integer -> S,convert: S -> InputForm,convert: S -> Complex DoubleFloat,convert: S -> Complex Float,tan: S -> S,sin: S -> S,cos: S -> S,acos: S -> S,asin: S -> S,atan: S -> S,cosh: S -> S,sinh: S -> S,tanh: S -> S,acosh: S -> S,asinh: S -> S,atanh: S -> S,log: S -> S,exp: S -> S,**: (S,S) -> S,pi: () -> S,**: (S,Fraction Integer) -> S,factorPolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,solveLinearPolynomialEquation: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),rationalIfCan: S -> Union(Fraction Integer,"failed"),rational: S -> Fraction Integer,rational?: S -> Boolean,polarCoordinates: S -> Record(r: R,phi: R),argument: S -> R,abs: S -> S,exquo: (S,R) -> Union(S,"failed"),conjugate: S -> S,imaginary: () -> S,convert: S -> Pattern Float,convert: S -> Pattern Integer,patternMatch: (S,Pattern Float,PatternMatchResult(Float,S)) -> PatternMatchResult(Float,S),patternMatch: (S,Pattern Integer,PatternMatchResult(Integer,S)) -> PatternMatchResult(Integer,S),map: ((R -> R),S) -> S,differentiate: (S,(R -> R),NonNegativeInteger) -> S,differentiate: (S,(R -> R)) -> S,reduce: Fraction SparseUnivariatePolynomial R -> Union(S,"failed"),lift: S -> SparseUnivariatePolynomial R,convert: SparseUnivariatePolynomial R -> S,reduce: SparseUnivariatePolynomial R -> S,definingPolynomial: () -> SparseUnivariatePolynomial R,reducedSystem: Matrix S -> Matrix R,reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix R,vec: Vector R),reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix Integer,vec: Vector Integer),reducedSystem: Matrix S -> Matrix Integer,retractIfCan: S -> Union(R,"failed"),retract: S -> R,retract: S -> Fraction Integer,retractIfCan: S -> Union(Fraction Integer,"failed"),retract: S -> Integer,retractIfCan: S -> Union(Integer,"failed"),convert: S -> SparseUnivariatePolynomial R,discriminant: () -> R,convert: Vector R -> S,convert: S -> Vector R,coordinates: Vector S -> Matrix R,coordinates: S -> Vector R,minimalPolynomial: S -> SparseUnivariatePolynomial R,characteristicPolynomial: S -> SparseUnivariatePolynomial R,discriminant: Vector S -> R,coordinates: (Vector S,Vector S) -> Matrix R,coordinates: (S,Vector S) -> Vector R,norm: S -> R,trace: S -> R,rank: () -> PositiveInteger,coerce: R -> S,*: (R,S) -> S,*: (S,R) -> S,characteristic: () -> NonNegativeInteger,coerce: Integer -> S,recip: S -> Union(S,"failed"),**: (S,NonNegativeInteger) -> S,*: (S,S) -> S,**: (S,PositiveInteger) -> S,-: (S,S) -> S,-: S -> S,*: (Integer,S) -> S,*: (NonNegativeInteger,S) -> S,*: (PositiveInteger,S) -> S,+: (S,S) -> S,coerce: S -> OutputForm,before?: (S,S) -> Boolean,=: (S,S) -> Boolean) [2] factorPolynomial: not known that IntegralDomain is of mode CATEGORY(package,differentiate: (S,Symbol) -> S,differentiate: (S,List Symbol) -> S,differentiate: (S,Symbol,NonNegativeInteger) -> S,differentiate: (S,List Symbol,List NonNegativeInteger) -> S,differentiate: S -> S,differentiate: (S,NonNegativeInteger) -> S,coerce: S -> S,exquo: (S,S) -> Union(S,"failed"),unitNormal: S -> Record(unit: S,canonical: S,associate: S),euclideanSize: S -> NonNegativeInteger,divide: (S,S) -> Record(quotient: S,remainder: S),quo: (S,S) -> S,rem: (S,S) -> S,inv: S -> S,**: (S,Integer) -> S,*: (S,Fraction Integer) -> S,*: (Fraction Integer,S) -> S,coerce: Fraction Integer -> S,convert: S -> InputForm,convert: S -> Complex DoubleFloat,convert: S -> Complex Float,tan: S -> S,sin: S -> S,cos: S -> S,acos: S -> S,asin: S -> S,atan: S -> S,cosh: S -> S,sinh: S -> S,tanh: S -> S,acosh: S -> S,asinh: S -> S,atanh: S -> S,log: S -> S,exp: S -> S,**: (S,S) -> S,pi: () -> S,**: (S,Fraction Integer) -> S,factorPolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,solveLinearPolynomialEquation: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),rationalIfCan: S -> Union(Fraction Integer,"failed"),rational: S -> Fraction Integer,rational?: S -> Boolean,polarCoordinates: S -> Record(r: R,phi: R),argument: S -> R,abs: S -> S,exquo: (S,R) -> Union(S,"failed"),conjugate: S -> S,imaginary: () -> S,convert: S -> Pattern Float,convert: S -> Pattern Integer,patternMatch: (S,Pattern Float,PatternMatchResult(Float,S)) -> PatternMatchResult(Float,S),patternMatch: (S,Pattern Integer,PatternMatchResult(Integer,S)) -> PatternMatchResult(Integer,S),map: ((R -> R),S) -> S,differentiate: (S,(R -> R),NonNegativeInteger) -> S,differentiate: (S,(R -> R)) -> S,reduce: Fraction SparseUnivariatePolynomial R -> Union(S,"failed"),lift: S -> SparseUnivariatePolynomial R,convert: SparseUnivariatePolynomial R -> S,reduce: SparseUnivariatePolynomial R -> S,definingPolynomial: () -> SparseUnivariatePolynomial R,reducedSystem: Matrix S -> Matrix R,reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix R,vec: Vector R),reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix Integer,vec: Vector Integer),reducedSystem: Matrix S -> Matrix Integer,retractIfCan: S -> Union(R,"failed"),retract: S -> R,retract: S -> Fraction Integer,retractIfCan: S -> Union(Fraction Integer,"failed"),retract: S -> Integer,retractIfCan: S -> Union(Integer,"failed"),convert: S -> SparseUnivariatePolynomial R,discriminant: () -> R,convert: Vector R -> S,convert: S -> Vector R,coordinates: Vector S -> Matrix R,coordinates: S -> Vector R,minimalPolynomial: S -> SparseUnivariatePolynomial R,characteristicPolynomial: S -> SparseUnivariatePolynomial R,discriminant: Vector S -> R,coordinates: (Vector S,Vector S) -> Matrix R,coordinates: (S,Vector S) -> Vector R,norm: S -> R,trace: S -> R,rank: () -> PositiveInteger,coerce: R -> S,*: (R,S) -> S,*: (S,R) -> S,characteristic: () -> NonNegativeInteger,coerce: Integer -> S,recip: S -> Union(S,"failed"),**: (S,NonNegativeInteger) -> S,*: (S,S) -> S,**: (S,PositiveInteger) -> S,-: (S,S) -> S,-: S -> S,*: (Integer,S) -> S,*: (NonNegativeInteger,S) -> S,*: (PositiveInteger,S) -> S,+: (S,S) -> S,coerce: S -> OutputForm,before?: (S,S) -> Boolean,=: (S,S) -> Boolean) [3] factorPolynomial: not known that Ring is of mode CATEGORY(package,differentiate: (S,Symbol) -> S,differentiate: (S,List Symbol) -> S,differentiate: (S,Symbol,NonNegativeInteger) -> S,differentiate: (S,List Symbol,List NonNegativeInteger) -> S,differentiate: S -> S,differentiate: (S,NonNegativeInteger) -> S,coerce: S -> S,exquo: (S,S) -> Union(S,"failed"),unitNormal: S -> Record(unit: S,canonical: S,associate: S),euclideanSize: S -> NonNegativeInteger,divide: (S,S) -> Record(quotient: S,remainder: S),quo: (S,S) -> S,rem: (S,S) -> S,inv: S -> S,**: (S,Integer) -> S,*: (S,Fraction Integer) -> S,*: (Fraction Integer,S) -> S,coerce: Fraction Integer -> S,convert: S -> InputForm,convert: S -> Complex DoubleFloat,convert: S -> Complex Float,tan: S -> S,sin: S -> S,cos: S -> S,acos: S -> S,asin: S -> S,atan: S -> S,cosh: S -> S,sinh: S -> S,tanh: S -> S,acosh: S -> S,asinh: S -> S,atanh: S -> S,log: S -> S,exp: S -> S,**: (S,S) -> S,pi: () -> S,**: (S,Fraction Integer) -> S,factorPolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,solveLinearPolynomialEquation: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),rationalIfCan: S -> Union(Fraction Integer,"failed"),rational: S -> Fraction Integer,rational?: S -> Boolean,polarCoordinates: S -> Record(r: R,phi: R),argument: S -> R,abs: S -> S,exquo: (S,R) -> Union(S,"failed"),conjugate: S -> S,imaginary: () -> S,convert: S -> Pattern Float,convert: S -> Pattern Integer,patternMatch: (S,Pattern Float,PatternMatchResult(Float,S)) -> PatternMatchResult(Float,S),patternMatch: (S,Pattern Integer,PatternMatchResult(Integer,S)) -> PatternMatchResult(Integer,S),map: ((R -> R),S) -> S,differentiate: (S,(R -> R),NonNegativeInteger) -> S,differentiate: (S,(R -> R)) -> S,reduce: Fraction SparseUnivariatePolynomial R -> Union(S,"failed"),lift: S -> SparseUnivariatePolynomial R,convert: SparseUnivariatePolynomial R -> S,reduce: SparseUnivariatePolynomial R -> S,definingPolynomial: () -> SparseUnivariatePolynomial R,reducedSystem: Matrix S -> Matrix R,reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix R,vec: Vector R),reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix Integer,vec: Vector Integer),reducedSystem: Matrix S -> Matrix Integer,retractIfCan: S -> Union(R,"failed"),retract: S -> R,retract: S -> Fraction Integer,retractIfCan: S -> Union(Fraction Integer,"failed"),retract: S -> Integer,retractIfCan: S -> Union(Integer,"failed"),convert: S -> SparseUnivariatePolynomial R,discriminant: () -> R,convert: Vector R -> S,convert: S -> Vector R,coordinates: Vector S -> Matrix R,coordinates: S -> Vector R,minimalPolynomial: S -> SparseUnivariatePolynomial R,characteristicPolynomial: S -> SparseUnivariatePolynomial R,discriminant: Vector S -> R,coordinates: (Vector S,Vector S) -> Matrix R,coordinates: (S,Vector S) -> Vector R,norm: S -> R,trace: S -> R,rank: () -> PositiveInteger,coerce: R -> S,*: (R,S) -> S,*: (S,R) -> S,characteristic: () -> NonNegativeInteger,coerce: Integer -> S,recip: S -> Union(S,"failed"),**: (S,NonNegativeInteger) -> S,*: (S,S) -> S,**: (S,PositiveInteger) -> S,-: (S,S) -> S,-: S -> S,*: (Integer,S) -> S,*: (NonNegativeInteger,S) -> S,*: (PositiveInteger,S) -> S,+: (S,S) -> S,coerce: S -> OutputForm,before?: (S,S) -> Boolean,=: (S,S) -> Boolean) [4] factorSquareFreePolynomial: positive? has no value [5] reducedSystem: not known that Ring is of mode CATEGORY(package,differentiate: (S,Symbol) -> S,differentiate: (S,List Symbol) -> S,differentiate: (S,Symbol,NonNegativeInteger) -> S,differentiate: (S,List Symbol,List NonNegativeInteger) -> S,differentiate: S -> S,differentiate: (S,NonNegativeInteger) -> S,coerce: S -> S,exquo: (S,S) -> Union(S,"failed"),unitNormal: S -> Record(unit: S,canonical: S,associate: S),euclideanSize: S -> NonNegativeInteger,divide: (S,S) -> Record(quotient: S,remainder: S),quo: (S,S) -> S,rem: (S,S) -> S,inv: S -> S,**: (S,Integer) -> S,*: (S,Fraction Integer) -> S,*: (Fraction Integer,S) -> S,coerce: Fraction Integer -> S,convert: S -> InputForm,convert: S -> Complex DoubleFloat,convert: S -> Complex Float,tan: S -> S,sin: S -> S,cos: S -> S,acos: S -> S,asin: S -> S,atan: S -> S,cosh: S -> S,sinh: S -> S,tanh: S -> S,acosh: S -> S,asinh: S -> S,atanh: S -> S,log: S -> S,exp: S -> S,**: (S,S) -> S,pi: () -> S,**: (S,Fraction Integer) -> S,factorPolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,solveLinearPolynomialEquation: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),rationalIfCan: S -> Union(Fraction Integer,"failed"),rational: S -> Fraction Integer,rational?: S -> Boolean,polarCoordinates: S -> Record(r: R,phi: R),argument: S -> R,abs: S -> S,exquo: (S,R) -> Union(S,"failed"),conjugate: S -> S,imaginary: () -> S,convert: S -> Pattern Float,convert: S -> Pattern Integer,patternMatch: (S,Pattern Float,PatternMatchResult(Float,S)) -> PatternMatchResult(Float,S),patternMatch: (S,Pattern Integer,PatternMatchResult(Integer,S)) -> PatternMatchResult(Integer,S),map: ((R -> R),S) -> S,differentiate: (S,(R -> R),NonNegativeInteger) -> S,differentiate: (S,(R -> R)) -> S,reduce: Fraction SparseUnivariatePolynomial R -> Union(S,"failed"),lift: S -> SparseUnivariatePolynomial R,convert: SparseUnivariatePolynomial R -> S,reduce: SparseUnivariatePolynomial R -> S,definingPolynomial: () -> SparseUnivariatePolynomial R,reducedSystem: Matrix S -> Matrix R,reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix R,vec: Vector R),reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix Integer,vec: Vector Integer),reducedSystem: Matrix S -> Matrix Integer,retractIfCan: S -> Union(R,"failed"),retract: S -> R,retract: S -> Fraction Integer,retractIfCan: S -> Union(Fraction Integer,"failed"),retract: S -> Integer,retractIfCan: S -> Union(Integer,"failed"),convert: S -> SparseUnivariatePolynomial R,discriminant: () -> R,convert: Vector R -> S,convert: S -> Vector R,coordinates: Vector S -> Matrix R,coordinates: S -> Vector R,minimalPolynomial: S -> SparseUnivariatePolynomial R,characteristicPolynomial: S -> SparseUnivariatePolynomial R,discriminant: Vector S -> R,coordinates: (Vector S,Vector S) -> Matrix R,coordinates: (S,Vector S) -> Vector R,norm: S -> R,trace: S -> R,rank: () -> PositiveInteger,coerce: R -> S,*: (R,S) -> S,*: (S,R) -> S,characteristic: () -> NonNegativeInteger,coerce: Integer -> S,recip: S -> Union(S,"failed"),**: (S,NonNegativeInteger) -> S,*: (S,S) -> S,**: (S,PositiveInteger) -> S,-: (S,S) -> S,-: S -> S,*: (Integer,S) -> S,*: (NonNegativeInteger,S) -> S,*: (PositiveInteger,S) -> S,+: (S,S) -> S,coerce: S -> OutputForm,before?: (S,S) -> Boolean,=: (S,S) -> Boolean) [6] patternMatch: not known that SetCategory is of mode CATEGORY(package,differentiate: (S,Symbol) -> S,differentiate: (S,List Symbol) -> S,differentiate: (S,Symbol,NonNegativeInteger) -> S,differentiate: (S,List Symbol,List NonNegativeInteger) -> S,differentiate: S -> S,differentiate: (S,NonNegativeInteger) -> S,coerce: S -> S,exquo: (S,S) -> Union(S,"failed"),unitNormal: S -> Record(unit: S,canonical: S,associate: S),euclideanSize: S -> NonNegativeInteger,divide: (S,S) -> Record(quotient: S,remainder: S),quo: (S,S) -> S,rem: (S,S) -> S,inv: S -> S,**: (S,Integer) -> S,*: (S,Fraction Integer) -> S,*: (Fraction Integer,S) -> S,coerce: Fraction Integer -> S,convert: S -> InputForm,convert: S -> Complex DoubleFloat,convert: S -> Complex Float,tan: S -> S,sin: S -> S,cos: S -> S,acos: S -> S,asin: S -> S,atan: S -> S,cosh: S -> S,sinh: S -> S,tanh: S -> S,acosh: S -> S,asinh: S -> S,atanh: S -> S,log: S -> S,exp: S -> S,**: (S,S) -> S,pi: () -> S,**: (S,Fraction Integer) -> S,factorPolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,solveLinearPolynomialEquation: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),rationalIfCan: S -> Union(Fraction Integer,"failed"),rational: S -> Fraction Integer,rational?: S -> Boolean,polarCoordinates: S -> Record(r: R,phi: R),argument: S -> R,abs: S -> S,exquo: (S,R) -> Union(S,"failed"),conjugate: S -> S,imaginary: () -> S,convert: S -> Pattern Float,convert: S -> Pattern Integer,patternMatch: (S,Pattern Float,PatternMatchResult(Float,S)) -> PatternMatchResult(Float,S),patternMatch: (S,Pattern Integer,PatternMatchResult(Integer,S)) -> PatternMatchResult(Integer,S),map: ((R -> R),S) -> S,differentiate: (S,(R -> R),NonNegativeInteger) -> S,differentiate: (S,(R -> R)) -> S,reduce: Fraction SparseUnivariatePolynomial R -> Union(S,"failed"),lift: S -> SparseUnivariatePolynomial R,convert: SparseUnivariatePolynomial R -> S,reduce: SparseUnivariatePolynomial R -> S,definingPolynomial: () -> SparseUnivariatePolynomial R,reducedSystem: Matrix S -> Matrix R,reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix R,vec: Vector R),reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix Integer,vec: Vector Integer),reducedSystem: Matrix S -> Matrix Integer,retractIfCan: S -> Union(R,"failed"),retract: S -> R,retract: S -> Fraction Integer,retractIfCan: S -> Union(Fraction Integer,"failed"),retract: S -> Integer,retractIfCan: S -> Union(Integer,"failed"),convert: S -> SparseUnivariatePolynomial R,discriminant: () -> R,convert: Vector R -> S,convert: S -> Vector R,coordinates: Vector S -> Matrix R,coordinates: S -> Vector R,minimalPolynomial: S -> SparseUnivariatePolynomial R,characteristicPolynomial: S -> SparseUnivariatePolynomial R,discriminant: Vector S -> R,coordinates: (Vector S,Vector S) -> Matrix R,coordinates: (S,Vector S) -> Vector R,norm: S -> R,trace: S -> R,rank: () -> PositiveInteger,coerce: R -> S,*: (R,S) -> S,*: (S,R) -> S,characteristic: () -> NonNegativeInteger,coerce: Integer -> S,recip: S -> Union(S,"failed"),**: (S,NonNegativeInteger) -> S,*: (S,S) -> S,**: (S,PositiveInteger) -> S,-: (S,S) -> S,-: S -> S,*: (Integer,S) -> S,*: (NonNegativeInteger,S) -> S,*: (PositiveInteger,S) -> S,+: (S,S) -> S,coerce: S -> OutputForm,before?: (S,S) -> Boolean,=: (S,S) -> Boolean) Cumulative Statistics for Constructor ComplexCategory& Time: 4.10 seconds finalizing NRLIB COMPCAT- ; compiling file "/tmp/oa-uNDjdL/code.lsp" (written 01 FEB 2016 10:57:48 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPCAT-;rank;Pi;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPCAT-;exp;2$;63|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPCAT-;log;2$;64|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPCAT-;sin;2$;65|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPCAT-;cos;2$;66|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPCAT-;tan;2$;67|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPCAT-;asin;2$;68|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPCAT-;acos;2$;69|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPCAT-;atan;2$;70|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPCAT-;sinh;2$;71|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPCAT-;cosh;2$;72|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPCAT-;tanh;2$;73|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPCAT-;asinh;2$;74|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPCAT-;acosh;2$;75|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPCAT-;atanh;2$;76|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |COMPCAT-;before?;2$B;1| ...) ; file: /tmp/oa-uNDjdL/code.lsp ; in: DEFUN |COMPCAT-;before?;2$B;1| ; (DEFUN BOOT::|COMPCAT-;before?;2$B;1| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ; ((BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) (BOOT::SPADCALL BOOT::|y| #) ; (BOOT::|shellEntry| BOOT::$ 10)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) (BOOT::SPADCALL BOOT::|y| #) ; (BOOT::|shellEntry| BOOT::$ 12))) ; (T ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) (BOOT::SPADCALL BOOT::|y| #) ; (BOOT::|shellEntry| BOOT::$ 12))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COMPCAT-;before?;2$B;1| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|COMPCAT-;before?;2$B;1| ; (COND ((BOOT::SPADCALL # # #) (BOOT::SPADCALL # # #)) ; (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |COMPCAT-;characteristicPolynomial;$Sup;2| ...) ; compiling (DEFUN |COMPCAT-;myNextPrime| ...) ; file: /tmp/oa-uNDjdL/code.lsp ; in: DEFUN |COMPCAT-;myNextPrime| ; (DEFUN BOOT::|COMPCAT-;myNextPrime| (BOOT::|x| BOOT::|n| BOOT::$) ; (LET ((BOOT::|xr| (BOOT::SPADCALL # # #))) ; (PROGN ; (LOOP (COND # #)) ; (BOOT::SPADCALL BOOT::|xr| (BOOT::|spadConstant| BOOT::$ 29) ; (BOOT::|shellEntry| BOOT::$ 38))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COMPCAT-;myNextPrime| ; (BOOT::|x| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|COMPCAT-;myNextPrime| ; (LET ((BOOT::|xr| #)) ; (PROGN (LOOP #) (BOOT::SPADCALL BOOT::|xr| # #))))) ; ; caught STYLE-WARNING: ; The variable |n| is defined but never used. ; compiling (DEFUN |COMPCAT-;solveLinearPolynomialEquation;LSupU;4| ...) ; file: /tmp/oa-uNDjdL/code.lsp ; in: DEFUN |COMPCAT-;solveLinearPolynomialEquation;LSupU;4| ; (DEFUN BOOT::|COMPCAT-;solveLinearPolynomialEquation;LSupU;4| ; (BOOT::|lp| BOOT::|p| BOOT::$) ; (BOOT::SPADCALL BOOT::|lp| BOOT::|p| (BOOT::|shellEntry| BOOT::$ 43))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COMPCAT-;solveLinearPolynomialEquation;LSupU;4| ; (BOOT::|lp| BOOT::|p| BOOT::$) ; (BLOCK BOOT::|COMPCAT-;solveLinearPolynomialEquation;LSupU;4| ; (BOOT::SPADCALL BOOT::|lp| BOOT::|p| (BOOT::|shellEntry| BOOT::$ 43)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |COMPCAT-;normPolynomial| ...) ; compiling (DEFUN |COMPCAT-;normPolynomial!0| ...) ; compiling (DEFUN |COMPCAT-;factorPolynomial;SupF;6| ...) ; compiling (DEFUN |COMPCAT-;factorSquareFreePolynomial;SupF;7| ...) ; compiling (DEFUN |COMPCAT-;factorSquareFreePolynomial;SupF;7!0| ...) ; compiling (DEFUN |COMPCAT-;rank;Pi;8| ...) ; compiling (DEFUN |COMPCAT-;discriminant;R;9| ...) ; compiling (DEFUN |COMPCAT-;norm;$R;10| ...) ; compiling (DEFUN |COMPCAT-;trace;$R;11| ...) ; compiling (DEFUN |COMPCAT-;imaginary;$;12| ...) ; compiling (DEFUN |COMPCAT-;conjugate;2$;13| ...) ; compiling (DEFUN |COMPCAT-;characteristic;Nni;14| ...) ; file: /tmp/oa-uNDjdL/code.lsp ; in: DEFUN |COMPCAT-;characteristic;Nni;14| ; (DEFUN BOOT::|COMPCAT-;characteristic;Nni;14| (BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 105)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COMPCAT-;characteristic;Nni;14| ; (BOOT::$) ; (BLOCK BOOT::|COMPCAT-;characteristic;Nni;14| ; (BOOT::|spadConstant| BOOT::$ 105))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |COMPCAT-;map;M2$;15| ...) ; compiling (DEFUN |COMPCAT-;=;2$B;16| ...) ; file: /tmp/oa-uNDjdL/code.lsp ; in: DEFUN |COMPCAT-;=;2$B;16| ; (DEFUN BOOT::|COMPCAT-;=;2$B;16| (BOOT::|x| BOOT::|y| BOOT::$) ; (AND ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 8)) ; (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 8)) ; (BOOT::|shellEntry| BOOT::$ 10)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|shellEntry| BOOT::$ 10)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COMPCAT-;=;2$B;16| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|COMPCAT-;=;2$B;16| ; (AND ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) ; (BOOT::SPADCALL BOOT::|y| #) ; (BOOT::|shellEntry| BOOT::$ 10)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) ; (BOOT::SPADCALL BOOT::|y| #) ; (BOOT::|shellEntry| BOOT::$ 10))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |COMPCAT-;+;3$;17| ...) ; compiling (DEFUN |COMPCAT-;-;2$;18| ...) ; compiling (DEFUN |COMPCAT-;*;R2$;19| ...) ; compiling (DEFUN |COMPCAT-;coordinates;$V;20| ...) ; compiling (DEFUN |COMPCAT-;*;I2$;21| ...) ; compiling (DEFUN |COMPCAT-;differentiate;$M$;22| ...) ; compiling (DEFUN |COMPCAT-;definingPolynomial;Sup;23| ...) ; compiling (DEFUN |COMPCAT-;reduce;Sup$;24| ...) ; compiling (DEFUN |COMPCAT-;lift;$Sup;25| ...) ; compiling (DEFUN |COMPCAT-;minimalPolynomial;$Sup;26| ...) ; compiling (DEFUN |COMPCAT-;coordinates;$VV;27| ...) ; file: /tmp/oa-uNDjdL/code.lsp ; in: DEFUN |COMPCAT-;coordinates;$VV;27| ; (DEFUN BOOT::|COMPCAT-;coordinates;$VV;27| (BOOT::|x| BOOT::|v| BOOT::$) ; (PROG (BOOT::|ix| BOOT::|rx| BOOT::|d| BOOT::|ia| BOOT::|ib|) ; (RETURN ; (LET* (# # # #) ; (BOOT::SEQ # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COMPCAT-;coordinates;$VV;27| ; (BOOT::|x| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|COMPCAT-;coordinates;$VV;27| ; (PROG (BOOT::|ix| BOOT::|rx| BOOT::|d| BOOT::|ia| BOOT::|ib|) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |COMPCAT-;coerce;$Of;28| ...) ; compiling (DEFUN |COMPCAT-;retract;$R;29| ...) ; compiling (DEFUN |COMPCAT-;retractIfCan;$U;30| ...) ; compiling (DEFUN |COMPCAT-;*;3$;31| ...) ; compiling (DEFUN |COMPCAT-;reducedSystem;MM;32| ...) ; compiling (DEFUN |COMPCAT-;reducedSystem;MVR;33| ...) ; compiling (DEFUN |COMPCAT-;abs;2$;34| ...) ; compiling (DEFUN |COMPCAT-;convert;$C;35| ...) ; compiling (DEFUN |COMPCAT-;convert;$C;36| ...) ; compiling (DEFUN |COMPCAT-;convert;$If;37| ...) ; compiling (DEFUN |COMPCAT-;convert;$P;38| ...) ; compiling (DEFUN |COMPCAT-;convert;$P;39| ...) ; compiling (DEFUN |COMPCAT-;patternMatch;$P2Pmr;40| ...) ; compiling (DEFUN |COMPCAT-;patternMatch;$P2Pmr;41| ...) ; compiling (DEFUN |COMPCAT-;rational?;$B;42| ...) ; file: /tmp/oa-uNDjdL/code.lsp ; in: DEFUN |COMPCAT-;rational?;$B;42| ; (DEFUN BOOT::|COMPCAT-;rational?;$B;42| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|shellEntry| BOOT::$ 89))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COMPCAT-;rational?;$B;42| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|COMPCAT-;rational?;$B;42| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|shellEntry| BOOT::$ 89)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |COMPCAT-;rational;$F;43| ...) ; compiling (DEFUN |COMPCAT-;rationalIfCan;$U;44| ...) ; compiling (DEFUN |COMPCAT-;inv;2$;45| ...) ; compiling (DEFUN |COMPCAT-;exquo;$RU;46| ...) ; compiling (DEFUN |COMPCAT-;exquo;2$U;47| ...) ; file: /tmp/oa-uNDjdL/code.lsp ; in: DEFUN |COMPCAT-;exquo;2$U;47| ; (DEFUN BOOT::|COMPCAT-;exquo;2$U;47| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ; ((BOOT::SPADCALL (BOOT::SPADCALL BOOT::|y| #) ; (BOOT::|shellEntry| BOOT::$ 89)) ; (BOOT::SPADCALL BOOT::|x| (BOOT::SPADCALL BOOT::|y| #) ; (BOOT::|shellEntry| BOOT::$ 209))) ; (T ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| # #) ; (BOOT::SPADCALL BOOT::|y| #) ; (BOOT::|shellEntry| BOOT::$ 209))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COMPCAT-;exquo;2$U;47| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|COMPCAT-;exquo;2$U;47| ; (COND ((BOOT::SPADCALL # #) (BOOT::SPADCALL BOOT::|x| # #)) ; (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |COMPCAT-;recip;$U;48| ...) ; file: /tmp/oa-uNDjdL/code.lsp ; in: DEFUN |COMPCAT-;recip;$U;48| ; (DEFUN BOOT::|COMPCAT-;recip;$U;48| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 14) BOOT::|x| ; (BOOT::|shellEntry| BOOT::$ 212))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COMPCAT-;recip;$U;48| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|COMPCAT-;recip;$U;48| ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 14) BOOT::|x| ; (BOOT::|shellEntry| BOOT::$ 212)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |COMPCAT-;unitNormal;$R;49| ...) ; compiling (DEFUN |COMPCAT-;unitNormal;$R;50| ...) ; compiling (DEFUN |COMPCAT-;euclideanSize;$Nni;51| ...) ; compiling (DEFUN |COMPCAT-;euclideanSize;$Nni;52| ...) ; file: /tmp/oa-uNDjdL/code.lsp ; in: DEFUN |COMPCAT-;euclideanSize;$Nni;52| ; (DEFUN BOOT::|COMPCAT-;euclideanSize;$Nni;52| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) 2 ; (BOOT::|shellEntry| BOOT::$ 99)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) 2 ; (BOOT::|shellEntry| BOOT::$ 99)) ; (BOOT::|shellEntry| BOOT::$ 69)) ; (BOOT::|shellEntry| BOOT::$ 223))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COMPCAT-;euclideanSize;$Nni;52| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|COMPCAT-;euclideanSize;$Nni;52| ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL # 2 #) (BOOT::SPADCALL # 2 #) ; (BOOT::|shellEntry| BOOT::$ 69)) ; (BOOT::|shellEntry| BOOT::$ 223)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |COMPCAT-;rem;3$;53| ...) ; compiling (DEFUN |COMPCAT-;quo;3$;54| ...) ; compiling (DEFUN |COMPCAT-;rem;3$;55| ...) ; compiling (DEFUN |COMPCAT-;quo;3$;56| ...) ; compiling (DEFUN |COMPCAT-;divide;2$R;57| ...) ; compiling (DEFUN |COMPCAT-;atan2loc| ...) ; compiling (DEFUN |COMPCAT-;argument;$R;59| ...) ; compiling (DEFUN |COMPCAT-;argument;$R;60| ...) ; compiling (DEFUN |COMPCAT-;argument;$R;61| ...) ; compiling (DEFUN |COMPCAT-;pi;$;62| ...) ; compiling (DEFUN |COMPCAT-;exp;2$;63| ...) ; compiling (DEFUN |COMPCAT-;log;2$;64| ...) ; compiling (DEFUN |COMPCAT-;sin;2$;65| ...) ; compiling (DEFUN |COMPCAT-;cos;2$;66| ...) ; compiling (DEFUN |COMPCAT-;tan;2$;67| ...) ; compiling (DEFUN |COMPCAT-;asin;2$;68| ...) ; compiling (DEFUN |COMPCAT-;acos;2$;69| ...) ; compiling (DEFUN |COMPCAT-;atan;2$;70| ...) ; compiling (DEFUN |COMPCAT-;sinh;2$;71| ...) ; compiling (DEFUN |COMPCAT-;cosh;2$;72| ...) ; compiling (DEFUN |COMPCAT-;tanh;2$;73| ...) ; compiling (DEFUN |COMPCAT-;asinh;2$;74| ...) ; compiling (DEFUN |COMPCAT-;acosh;2$;75| ...) ; compiling (DEFUN |COMPCAT-;atanh;2$;76| ...) ; compiling (DEFUN |COMPCAT-;atan;2$;77| ...) ; compiling (DEFUN |COMPCAT-;log;2$;78| ...) ; compiling (DEFUN |COMPCAT-;exp;2$;79| ...) ; compiling (DEFUN |COMPCAT-;cos;2$;80| ...) ; compiling (DEFUN |COMPCAT-;sin;2$;81| ...) ; compiling (DEFUN |COMPCAT-;polarCoordinates;$R;82| ...) ; compiling (DEFUN |COMPCAT-;**;$F$;83| ...) ; compiling (DEFUN |COMPCAT-;**;$F$;84| ...) ; compiling (DEFUN |ComplexCategory&| ...) ; compiling (MAKEPROP (QUOTE |ComplexCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 9 notes ; /tmp/oa-uNDjdL/code.fasl written ; compilation finished in 0:00:00.380 ------------------------------------------------------------------------ finalizing NRLIB COMPCAT Processing ComplexCategory for Browser database: -- complex : () -> attribute -- imaginary : () -> % -- conjugate : % -> % -- complex : (R,R) -> % -- imag : % -> R -- real : % -> R -- norm : % -> R -- exquo : (%,R) -> Union(%,"failed") -- abs : % -> % -- argument : % -> R -- polarCoordinates : % -> Record(r: R,phi: R) -- rational? : % -> Boolean -- rational : % -> Fraction Integer -- rationalIfCan : % -> Union(Fraction Integer,"failed") -- constructor ; compiling file "/tmp/oa-FQX5jh/code.lsp" (written 01 FEB 2016 10:57:49 PM): ; compiling (DEFPARAMETER |ComplexCategory;AL| ...) ; compiling (DEFUN |ComplexCategory;| ...) ; compiling (DEFUN |ComplexCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-FQX5jh/code.fasl written ; compilation finished in 0:00:00.028 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/COMPLEX.fasl --optimize=3 COMPLEX.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/COMPLEX.spad using Spad compiler. COMPLEX abbreviates domain Complex debug: compDefine1 lhs: (Complex R) signature (pre-evaluate): ((ComplexCategory R) (CommutativeRing)) debug: evaluateType form: (ComplexCategory R) $param: (R) Debug: evaluateType1 form: (ComplexCategory R) debug: evaluateType1 x: R m: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: (R) Debug: evaluateType1 form: (CommutativeRing) debug: compDefine1 signature (post evaluate): ((ComplexCategory R) (CommutativeRing)) debug: compDefine1 lhs: (Complex R) signature (pre-evaluate): ((ComplexCategory R) NIL) debug: evaluateType form: (ComplexCategory R) $param: (R) Debug: evaluateType1 form: (ComplexCategory R) debug: evaluateType1 x: R m: (CommutativeRing) debug: compDefine1 signature (post evaluate): ((ComplexCategory R) NIL) ------------------------------------------------------------------------ initializing stationary directory for Complex compiling into /tmp/oa-luXqzd compiling exported Zero : () -> % Time: 0.08 SEC. compiling exported One : () -> % Time: 0 SEC. compiling exported zero? : % -> Boolean Time: 0.01 SEC. compiling exported one? : % -> Boolean Time: 0.01 SEC. compiling exported coerce : R -> % Time: 0 SEC. compiling exported complex : (R,R) -> % COMPLEX;complex;2R$;6 is replaced by %pair Time: 0 SEC. compiling exported real : % -> R COMPLEX;real;$R;7 is replaced by %head Time: 0.00 SEC. compiling exported imag : % -> R COMPLEX;imag;$R;8 is replaced by %tail Time: 0 SEC. compiling exported + : (%,%) -> % Time: 0 SEC. compiling exported * : (%,%) -> % Time: 0.04 SEC. compiling exported exquo : (%,%) -> Union(%,failed) Time: 0.01 SEC. (time taken in buildFunctor: 1496) Time: 1.68 SEC. Cumulative Statistics for Constructor Complex Time: 1.84 seconds finalizing NRLIB COMPLEX Processing Complex for Browser database: -- constructor ; compiling file "/tmp/oa-luXqzd/code.lsp" (written 01 FEB 2016 10:57:52 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPLEX;complex;2R$;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPLEX;real;$R;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPLEX;imag;$R;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |COMPLEX;Zero;$;1| ...) ; compiling (DEFUN |COMPLEX;One;$;2| ...) ; compiling (DEFUN |COMPLEX;zero?;$B;3| ...) ; file: /tmp/oa-luXqzd/code.lsp ; in: DEFUN |COMPLEX;zero?;$B;3| ; (DEFUN BOOT::|COMPLEX;zero?;$B;3| (BOOT::|x| BOOT::$) ; (AND (BOOT::SPADCALL (CAR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 13)) ; (BOOT::SPADCALL (CDR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 13)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COMPLEX;zero?;$B;3| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|COMPLEX;zero?;$B;3| ; (AND (BOOT::SPADCALL (CAR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 13)) ; (BOOT::SPADCALL (CDR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 13))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |COMPLEX;one?;$B;4| ...) ; file: /tmp/oa-luXqzd/code.lsp ; in: DEFUN |COMPLEX;one?;$B;4| ; (DEFUN BOOT::|COMPLEX;one?;$B;4| (BOOT::|x| BOOT::$) ; (AND (BOOT::SPADCALL (CAR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 16)) ; (BOOT::SPADCALL (CDR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 13)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COMPLEX;one?;$B;4| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|COMPLEX;one?;$B;4| ; (AND (BOOT::SPADCALL (CAR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 16)) ; (BOOT::SPADCALL (CDR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 13))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |COMPLEX;coerce;R$;5| ...) ; compiling (DEFUN |COMPLEX;complex;2R$;6| ...) ; compiling (DEFUN |COMPLEX;real;$R;7| ...) ; compiling (DEFUN |COMPLEX;imag;$R;8| ...) ; compiling (DEFUN |COMPLEX;+;3$;9| ...) ; compiling (DEFUN |COMPLEX;*;3$;10| ...) ; compiling (DEFUN |COMPLEX;exquo;2$U;11| ...) ; file: /tmp/oa-luXqzd/code.lsp ; in: DEFUN |COMPLEX;exquo;2$U;11| ; (DEFUN BOOT::|COMPLEX;exquo;2$U;11| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ; ((BOOT::SPADCALL (CDR BOOT::|y|) (BOOT::|shellEntry| BOOT::$ 13)) ; (BOOT::SPADCALL BOOT::|x| (CAR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 28))) ; (T ; (BOOT::SPADCALL (BOOT::|COMPLEX;*;3$;10| BOOT::|x| # BOOT::$) ; (BOOT::SPADCALL BOOT::|y| #) ; (BOOT::|shellEntry| BOOT::$ 28))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COMPLEX;exquo;2$U;11| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|COMPLEX;exquo;2$U;11| ; (COND ((BOOT::SPADCALL # #) (BOOT::SPADCALL BOOT::|x| # #)) ; (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |Complex| ...) ; compiling (DEFUN |Complex;| ...) ; compiling (MAKEPROP (QUOTE |Complex|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 3 notes ; /tmp/oa-luXqzd/code.fasl written ; compilation finished in 0:00:00.073 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile DFLOAT.spad && cp DFLOAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DFLOAT.fasl \ && if test -f DFLOAT-.NRLIB/code.fasl; then \ cp DFLOAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DFLOAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DFLOAT.spad using Spad compiler. DFLOAT abbreviates domain DoubleFloat debug: compDefine1 lhs: (DoubleFloat) signature (pre-evaluate): ((Join (FloatingPointSystem) (DifferentialRing) (TranscendentalFunctionCategory) (ConvertibleTo (InputForm)) (CATEGORY domain (SIGNATURE / ($ $ (Integer))) (SIGNATURE ** ($ $ $)) (SIGNATURE exp1 ($)) (SIGNATURE log2 ($ $)) (SIGNATURE log10 ($ $)) (SIGNATURE atan ($ $ $)) (SIGNATURE Gamma ($ $)) (SIGNATURE Beta ($ $ $)) (SIGNATURE rationalApproximation ((Fraction (Integer)) $ (NonNegativeInteger))) (SIGNATURE rationalApproximation ((Fraction (Integer)) $ (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE nan? ((Boolean) $))))) debug: evaluateType form: (Join (FloatingPointSystem) (DifferentialRing) (TranscendentalFunctionCategory) (ConvertibleTo (InputForm)) (CATEGORY domain (SIGNATURE / ($ $ (Integer))) (SIGNATURE ** ($ $ $)) (SIGNATURE exp1 ($)) (SIGNATURE log2 ($ $)) (SIGNATURE log10 ($ $)) (SIGNATURE atan ($ $ $)) (SIGNATURE Gamma ($ $)) (SIGNATURE Beta ($ $ $)) (SIGNATURE rationalApproximation ((Fraction (Integer)) $ (NonNegativeInteger))) (SIGNATURE rationalApproximation ((Fraction (Integer)) $ (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE nan? ((Boolean) $)))) $param: NIL debug: evaluateType form: (FloatingPointSystem) $param: NIL Debug: evaluateType1 form: (FloatingPointSystem) debug: evaluateType form: (DifferentialRing) $param: NIL Debug: evaluateType1 form: (DifferentialRing) debug: evaluateType form: (TranscendentalFunctionCategory) $param: NIL Debug: evaluateType1 form: (TranscendentalFunctionCategory) debug: evaluateType form: (ConvertibleTo (InputForm)) $param: NIL Debug: evaluateType1 form: (ConvertibleTo (InputForm)) debug: evaluateType1 x: (InputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (InputForm) $param: NIL Debug: evaluateType1 form: (InputForm) debug: evalCategory d: (InputForm) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE / ($ $ (Integer))) (SIGNATURE ** ($ $ $)) (SIGNATURE exp1 ($)) (SIGNATURE log2 ($ $)) (SIGNATURE log10 ($ $)) (SIGNATURE atan ($ $ $)) (SIGNATURE Gamma ($ $)) (SIGNATURE Beta ($ $ $)) (SIGNATURE rationalApproximation ((Fraction (Integer)) $ (NonNegativeInteger))) (SIGNATURE rationalApproximation ((Fraction (Integer)) $ (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE nan? ((Boolean) $))) $param: NIL debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: compDefine1 signature (post evaluate): ((Join (FloatingPointSystem) (DifferentialRing) (TranscendentalFunctionCategory) (ConvertibleTo (InputForm)) (CATEGORY domain (SIGNATURE / ($ $ (Integer))) (SIGNATURE ** ($ $ $)) (SIGNATURE exp1 ($)) (SIGNATURE log2 ($ $)) (SIGNATURE log10 ($ $)) (SIGNATURE atan ($ $ $)) (SIGNATURE Gamma ($ $)) (SIGNATURE Beta ($ $ $)) (SIGNATURE rationalApproximation ((Fraction (Integer)) $ (NonNegativeInteger))) (SIGNATURE rationalApproximation ((Fraction (Integer)) $ (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE nan? ((Boolean) $))))) ------------------------------------------------------------------------ initializing stationary directory for DoubleFloat compiling into /tmp/oa-F4Wqrb compiling exported base : () -> PositiveInteger DFLOAT;base;Pi;1 is replaced by %fbase Time: 0.07 SEC. compiling exported mantissa : % -> Integer Time: 0.02 SEC. compiling exported exponent : % -> Integer DFLOAT;exponent;$I;3 x is replaced by %lsecond %fdecode x Time: 0.01 SEC. compiling exported precision : () -> PositiveInteger DFLOAT;precision;Pi;4 is replaced by %fprec Time: 0.01 SEC. compiling exported bits : () -> PositiveInteger Time: 0.02 SEC. compiling exported max : () -> % DFLOAT;max;$;6 is replaced by %fmaxval Time: 0 SEC. compiling exported min : () -> % DFLOAT;min;$;7 is replaced by %fminval Time: 0 SEC. compiling exported order : % -> Integer DFLOAT;order;$I;8 a is replaced by %isub(%iadd(%fprec,%lsecond %fdecode a),1) Time: 0.01 SEC. compiling exported Zero : () -> % DFLOAT;Zero;$;9 is replaced by %i2f 0 Time: 0.01 SEC. compiling exported One : () -> % DFLOAT;One;$;10 is replaced by %i2f 1 Time: 0.00 SEC. compiling exported exp1 : () -> % Time: 0.01 SEC. compiling exported pi : () -> % DFLOAT;pi;$;12 is replaced by %fcstpi Time: 0 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. compiling exported convert : % -> InputForm Time: 0.03 SEC. compiling exported < : (%,%) -> Boolean DFLOAT;<;2$B;15 is replaced by %flt Time: 0.00 SEC. compiling exported > : (%,%) -> Boolean DFLOAT;>;2$B;16 is replaced by %fgt Time: 0.00 SEC. compiling exported <= : (%,%) -> Boolean DFLOAT;<=;2$B;17 is replaced by %fle Time: 0.00 SEC. compiling exported >= : (%,%) -> Boolean DFLOAT;>=;2$B;18 is replaced by %fge Time: 0.00 SEC. compiling exported - : % -> % DFLOAT;-;2$;19 is replaced by %fneg Time: 0 SEC. compiling exported + : (%,%) -> % DFLOAT;+;3$;20 is replaced by %fadd Time: 0.00 SEC. compiling exported - : (%,%) -> % DFLOAT;-;3$;21 is replaced by %fsub Time: 0.00 SEC. compiling exported * : (%,%) -> % DFLOAT;*;3$;22 is replaced by %fmul Time: 0 SEC. compiling exported * : (Integer,%) -> % DFLOAT;*;I2$;23 is replaced by %imulf Time: 0.01 SEC. compiling exported max : (%,%) -> % DFLOAT;max;3$;24 is replaced by %fmax Time: 0 SEC. compiling exported min : (%,%) -> % DFLOAT;min;3$;25 is replaced by %fmin Time: 0 SEC. compiling exported = : (%,%) -> Boolean DFLOAT;=;2$B;26 is replaced by %feq Time: 0.00 SEC. compiling exported / : (%,Integer) -> % DFLOAT;/;$I$;27 is replaced by %fdivi Time: 0.01 SEC. compiling exported sqrt : % -> % DFLOAT;sqrt;2$;28 is replaced by %fsqrt Time: 0 SEC. compiling exported log10 : % -> % DFLOAT;log10;2$;29 is replaced by %flog10 Time: 0 SEC. compiling exported ** : (%,Integer) -> % DFLOAT;**;$I$;30 is replaced by %fpowi Time: 0.01 SEC. compiling exported ** : (%,%) -> % DFLOAT;**;3$;31 is replaced by %fpowf Time: 0.01 SEC. compiling exported coerce : Integer -> % DFLOAT;coerce;I$;32 is replaced by %i2f Time: 0.01 SEC. compiling exported exp : % -> % DFLOAT;exp;2$;33 is replaced by %fexp Time: 0 SEC. compiling exported log : % -> % DFLOAT;log;2$;34 is replaced by %flog Time: 0 SEC. compiling exported log2 : % -> % DFLOAT;log2;2$;35 is replaced by %flog2 Time: 0 SEC. compiling exported sin : % -> % DFLOAT;sin;2$;36 is replaced by %fsin Time: 0 SEC. compiling exported cos : % -> % DFLOAT;cos;2$;37 is replaced by %fcos Time: 0.00 SEC. compiling exported tan : % -> % DFLOAT;tan;2$;38 is replaced by %ftan Time: 0 SEC. compiling exported cot : % -> % DFLOAT;cot;2$;39 is replaced by %fcot Time: 0 SEC. compiling exported sec : % -> % Time: 0.00 SEC. compiling exported csc : % -> % Time: 0.00 SEC. compiling exported asin : % -> % DFLOAT;asin;2$;42 is replaced by %fasin Time: 0.00 SEC. compiling exported acos : % -> % DFLOAT;acos;2$;43 is replaced by %facos Time: 0 SEC. compiling exported atan : % -> % DFLOAT;atan;2$;44 is replaced by %fatan Time: 0 SEC. compiling exported acsc : % -> % Time: 0.01 SEC. compiling exported acot : % -> % DFLOAT;acot;2$;46 is replaced by %facot Time: 0.00 SEC. compiling exported asec : % -> % Time: 0.00 SEC. compiling exported sinh : % -> % DFLOAT;sinh;2$;48 is replaced by %fsinh Time: 0.00 SEC. compiling exported cosh : % -> % DFLOAT;cosh;2$;49 is replaced by %fcosh Time: 0 SEC. compiling exported tanh : % -> % DFLOAT;tanh;2$;50 is replaced by %ftanh Time: 0 SEC. compiling exported csch : % -> % Time: 0.00 SEC. compiling exported coth : % -> % Time: 0.01 SEC. compiling exported sech : % -> % Time: 0 SEC. compiling exported asinh : % -> % DFLOAT;asinh;2$;54 is replaced by %fasinh Time: 0 SEC. compiling exported acosh : % -> % DFLOAT;acosh;2$;55 is replaced by %facosh Time: 0.00 SEC. compiling exported atanh : % -> % DFLOAT;atanh;2$;56 is replaced by %fatanh Time: 0.00 SEC. compiling exported acsch : % -> % Time: 0.00 SEC. compiling exported acoth : % -> % Time: 0.01 SEC. compiling exported asech : % -> % Time: 0.01 SEC. compiling exported / : (%,%) -> % DFLOAT;/;3$;60 is replaced by %fdiv Time: 0 SEC. compiling exported negative? : % -> Boolean Time: 0.01 SEC. compiling exported zero? : % -> Boolean DFLOAT;zero?;$B;62 x is replaced by %feq(x,%i2f 0) Time: 0 SEC. compiling exported one? : % -> Boolean DFLOAT;one?;$B;63 x is replaced by %feq(x,%i2f 1) Time: 0.00 SEC. compiling exported hash : % -> SingleInteger DFLOAT;hash;$Si;64 is replaced by %hash Time: 0.02 SEC. compiling exported recip : % -> Union(%,failed) DFLOAT;recip;$U;65 x is replaced by %when( %pair(1,"failed"),%otherwise %pair(0,%fdiv(%i2f 1,x))) Time: 0.00 SEC. compiling exported differentiate : % -> % DFLOAT;differentiate;2$;66 x is replaced by %i2f 0 Time: 0.01 SEC. compiling exported Gamma : % -> % Time: 0.02 SEC. compiling exported Beta : (%,%) -> % Time: 0.04 SEC. compiling exported wholePart : % -> Integer DFLOAT;wholePart;$I;69 is replaced by %ftrunc Time: 0.01 SEC. compiling exported float : (Integer,Integer,PositiveInteger) -> % Time: 0.02 SEC. compiling exported convert : % -> DoubleFloat DFLOAT;convert;$Df;71 x is replaced by x Time: 0.01 SEC. compiling exported convert : % -> Float Time: 0.02 SEC. compiling exported rationalApproximation : (%,NonNegativeInteger) -> Fraction Integer Time: 0.02 SEC. compiling exported atan : (%,%) -> % Time: 0.04 SEC. compiling exported retract : % -> Fraction Integer Time: 0.02 SEC. compiling exported retractIfCan : % -> Union(Fraction Integer,failed) Time: 0.02 SEC. compiling exported retract : % -> Integer Time: 0.01 SEC. compiling exported retractIfCan : % -> Union(Integer,failed) Time: 0.01 SEC. compiling exported sign : % -> Integer DFLOAT;sign;$I;79 x is replaced by %lthird %fdecode x Time: 0 SEC. compiling exported abs : % -> % DFLOAT;abs;2$;80 is replaced by %fabs Time: 0.01 SEC. compiling exported positive? : % -> Boolean DFLOAT;positive?;$B;81 x is replaced by %ilt(0,%lthird %fdecode x) Time: 0 SEC. compiling local manexp : % -> Record(MANTISSA: Integer,EXPONENT: Integer) Time: 0.02 SEC. compiling exported rationalApproximation : (%,NonNegativeInteger,NonNegativeInteger) -> Fraction Integer Time: 0.29 SEC. compiling exported ** : (%,Fraction Integer) -> % Time: 0.23 SEC. compiling exported nan? : % -> Boolean DFLOAT;nan?;$B;85 is replaced by %fNaN? Time: 0.00 SEC. compiling exported opposite? : (%,%) -> Boolean DFLOAT;opposite?;2$B;86(x,y) is replaced by %feq(x,%fneg y) Time: 0.00 SEC. compiling exported annihilate? : (%,%) -> Boolean DFLOAT;annihilate?;2$B;87(x,y) is replaced by %or(%feq(x,%i2f 0),%feq(y,%i2f 0)) Time: 0.01 SEC. Predicate: (|has| $ (ATTRIBUTE |arbitraryPrecision|)) replaced by: NIL Predicate: (|has| $ (ATTRIBUTE |arbitraryExponent|)) replaced by: NIL Predicate: (|has| $ (ATTRIBUTE |arbitraryPrecision|)) replaced by: NIL (time taken in buildFunctor: 4) Time: 0.02 SEC. Warnings: [1] convert: pretend DoubleFloat -- should replace by @ [2] Gamma: pretend DoubleFloat -- should replace by @ [3] Gamma: pretend $ -- should replace by @ [4] Beta: pretend DoubleFloat -- should replace by @ [5] Beta: pretend $ -- should replace by @ Cumulative Statistics for Constructor DoubleFloat Time: 1.21 seconds finalizing NRLIB DFLOAT Processing DoubleFloat for Browser database: -- ?/? : (%,Integer) -> % -- ?**? : (%,%) -> % -- exp1 : () -> % -- log2 : % -> % -- log10 : % -> % -- atan : (%,%) -> % -- Gamma : % -> % -- Beta : (%,%) -> % -- rationalApproximation : (%,NonNegativeInteger) -> Fraction Integer -- rationalApproximation : (%,NonNegativeInteger,NonNegativeInteger) -> Fraction Integer -- nan? : % -> Boolean -- constructor ; compiling file "/tmp/oa-F4Wqrb/code.lsp" (written 01 FEB 2016 10:57:53 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;base;Pi;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;exponent;$I;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;precision;Pi;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;max;$;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;min;$;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;order;$I;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;Zero;$;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;One;$;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;pi;$;12|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;<;2$B;15|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;>;2$B;16|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;<=;2$B;17|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;>=;2$B;18|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;-;2$;19|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;+;3$;20|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;-;3$;21|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;*;3$;22|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;*;I2$;23|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;max;3$;24|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;min;3$;25|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;=;2$B;26|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;/;$I$;27|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;sqrt;2$;28|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;log10;2$;29|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;**;$I$;30|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;**;3$;31|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;coerce;I$;32|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;exp;2$;33|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;log;2$;34|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;log2;2$;35|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;sin;2$;36|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;cos;2$;37|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;tan;2$;38|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;cot;2$;39|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;asin;2$;42|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;acos;2$;43|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;atan;2$;44|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;acot;2$;46|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;sinh;2$;48|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;cosh;2$;49|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;tanh;2$;50|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;asinh;2$;54|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;acosh;2$;55|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;atanh;2$;56|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;/;3$;60|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;zero?;$B;62|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;one?;$B;63|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;hash;$Si;64|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;recip;$U;65|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;differentiate;2$;66|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;wholePart;$I;69|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;convert;$Df;71|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;sign;$I;79|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;abs;2$;80|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;positive?;$B;81|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;nan?;$B;85|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;opposite?;2$B;86|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFLOAT;annihilate?;2$B;87|) ...) ; compiling (PUT (QUOTE |DFLOAT;exp1;$;11|) ...) ; compiling (PUT (QUOTE |DFLOAT;sec;2$;40|) ...) ; compiling (PUT (QUOTE |DFLOAT;csc;2$;41|) ...) ; compiling (PUT (QUOTE |DFLOAT;acsc;2$;45|) ...) ; compiling (PUT (QUOTE |DFLOAT;asec;2$;47|) ...) ; compiling (PUT (QUOTE |DFLOAT;csch;2$;51|) ...) ; compiling (PUT (QUOTE |DFLOAT;coth;2$;52|) ...) ; compiling (PUT (QUOTE |DFLOAT;sech;2$;53|) ...) ; compiling (PUT (QUOTE |DFLOAT;acsch;2$;57|) ...) ; compiling (PUT (QUOTE |DFLOAT;acoth;2$;58|) ...) ; compiling (PUT (QUOTE |DFLOAT;asech;2$;59|) ...) ; compiling (PUT (QUOTE |DFLOAT;negative?;$B;61|) ...) ; compiling (DEFUN |DFLOAT;base;Pi;1| ...) ; compiling (DEFUN |DFLOAT;mantissa;$I;2| ...) ; file: /tmp/oa-F4Wqrb/code.lsp ; in: DEFUN |DFLOAT;mantissa;$I;2| ; (DEFUN BOOT::|DFLOAT;mantissa;$I;2| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|fp| (MULTIPLE-VALUE-CALL #'LIST #))) ; (* (CAR BOOT::|fp|) (CADDR BOOT::|fp|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;mantissa;$I;2| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|DFLOAT;mantissa;$I;2| ; (LET ((BOOT::|fp| #)) ; (* (CAR BOOT::|fp|) (CADDR BOOT::|fp|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |DFLOAT;exponent;$I;3| ...) ; compiling (DEFUN |DFLOAT;precision;Pi;4| ...) ; compiling (DEFUN |DFLOAT;bits;Pi;5| ...) ; file: /tmp/oa-F4Wqrb/code.lsp ; in: DEFUN |DFLOAT;bits;Pi;5| ; (EQL 2 16) ; ; note: deleting unreachable code ; (* 4 53) ; ; note: deleting unreachable code ; (LET ((#:G566 (TRUNCATE (BOOT::SPADCALL 53 # #)))) ; (COND ((AND (NOT #) (PLUSP #:G566)) #:G566) ; (T (BOOT::|moanRetract| #:G566 '(BOOT::|PositiveInteger|))))) ; ; note: deleting unreachable code ; '(BOOT::|PositiveInteger|) ; ; note: deleting unreachable code ; (LET ((#:G566 (TRUNCATE (BOOT::SPADCALL 53 # #)))) ; (COND ((AND (NOT #) (PLUSP #:G566)) #:G566) ; (T (BOOT::|moanRetract| #:G566 '(BOOT::|PositiveInteger|))))) ; ; note: deleting unreachable code ; (FLOAT 2 BOOT::|$DoubleFloatMaximum|) ; ==> ; BOOT::|$DoubleFloatMaximum| ; ; note: deleting unreachable code ; (LET ((#:G566 (TRUNCATE (BOOT::SPADCALL 53 # #)))) ; (COND ((AND (NOT #) (PLUSP #:G566)) #:G566) ; (T (BOOT::|moanRetract| #:G566 '(BOOT::|PositiveInteger|))))) ; ; note: deleting unreachable code ; compiling (DEFUN |DFLOAT;max;$;6| ...) ; compiling (DEFUN |DFLOAT;min;$;7| ...) ; compiling (DEFUN |DFLOAT;order;$I;8| ...) ; compiling (DEFUN |DFLOAT;Zero;$;9| ...) ; compiling (DEFUN |DFLOAT;One;$;10| ...) ; compiling (DEFUN |DFLOAT;exp1;$;11| ...) ; compiling (DEFUN |DFLOAT;pi;$;12| ...) ; compiling (DEFUN |DFLOAT;coerce;$Of;13| ...) ; compiling (DEFUN |DFLOAT;convert;$If;14| ...) ; compiling (DEFUN |DFLOAT;<;2$B;15| ...) ; compiling (DEFUN |DFLOAT;>;2$B;16| ...) ; compiling (DEFUN |DFLOAT;<=;2$B;17| ...) ; compiling (DEFUN |DFLOAT;>=;2$B;18| ...) ; compiling (DEFUN |DFLOAT;-;2$;19| ...) ; compiling (DEFUN |DFLOAT;+;3$;20| ...) ; compiling (DEFUN |DFLOAT;-;3$;21| ...) ; compiling (DEFUN |DFLOAT;*;3$;22| ...) ; compiling (DEFUN |DFLOAT;*;I2$;23| ...) ; compiling (DEFUN |DFLOAT;max;3$;24| ...) ; compiling (DEFUN |DFLOAT;min;3$;25| ...) ; compiling (DEFUN |DFLOAT;=;2$B;26| ...) ; compiling (DEFUN |DFLOAT;/;$I$;27| ...) ; compiling (DEFUN |DFLOAT;sqrt;2$;28| ...) ; file: /tmp/oa-F4Wqrb/code.lsp ; in: DEFUN |DFLOAT;sqrt;2$;28| ; (DEFUN BOOT::|DFLOAT;sqrt;2$;28| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::C-TO-R (SQRT BOOT::|x|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;sqrt;2$;28| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFLOAT;sqrt;2$;28| (BOOT::C-TO-R (SQRT BOOT::|x|)))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFLOAT;log10;2$;29| ...) ; file: /tmp/oa-F4Wqrb/code.lsp ; in: DEFUN |DFLOAT;log10;2$;29| ; (DEFUN BOOT::|DFLOAT;log10;2$;29| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::C-TO-R (LOG BOOT::|x| 10))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;log10;2$;29| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFLOAT;log10;2$;29| (BOOT::C-TO-R (LOG BOOT::|x| 10)))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFLOAT;**;$I$;30| ...) ; compiling (DEFUN |DFLOAT;**;3$;31| ...) ; file: /tmp/oa-F4Wqrb/code.lsp ; in: DEFUN |DFLOAT;**;3$;31| ; (DEFUN BOOT::|DFLOAT;**;3$;31| (BOOT::|x| BOOT::|y| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::C-TO-R (EXPT BOOT::|x| BOOT::|y|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;**;3$;31| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFLOAT;**;3$;31| (BOOT::C-TO-R (EXPT BOOT::|x| BOOT::|y|)))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFLOAT;coerce;I$;32| ...) ; compiling (DEFUN |DFLOAT;exp;2$;33| ...) ; compiling (DEFUN |DFLOAT;log;2$;34| ...) ; file: /tmp/oa-F4Wqrb/code.lsp ; in: DEFUN |DFLOAT;log;2$;34| ; (DEFUN BOOT::|DFLOAT;log;2$;34| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::C-TO-R (LOG BOOT::|x|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;log;2$;34| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFLOAT;log;2$;34| (BOOT::C-TO-R (LOG BOOT::|x|)))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFLOAT;log2;2$;35| ...) ; file: /tmp/oa-F4Wqrb/code.lsp ; in: DEFUN |DFLOAT;log2;2$;35| ; (DEFUN BOOT::|DFLOAT;log2;2$;35| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::C-TO-R (LOG BOOT::|x| 2))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;log2;2$;35| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFLOAT;log2;2$;35| (BOOT::C-TO-R (LOG BOOT::|x| 2)))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFLOAT;sin;2$;36| ...) ; compiling (DEFUN |DFLOAT;cos;2$;37| ...) ; compiling (DEFUN |DFLOAT;tan;2$;38| ...) ; compiling (DEFUN |DFLOAT;cot;2$;39| ...) ; file: /tmp/oa-F4Wqrb/code.lsp ; in: DEFUN |DFLOAT;cot;2$;39| ; (DEFUN BOOT::|DFLOAT;cot;2$;39| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::COT BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;cot;2$;39| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFLOAT;cot;2$;39| (BOOT::COT BOOT::|x|))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFLOAT;sec;2$;40| ...) ; compiling (DEFUN |DFLOAT;csc;2$;41| ...) ; compiling (DEFUN |DFLOAT;asin;2$;42| ...) ; file: /tmp/oa-F4Wqrb/code.lsp ; in: DEFUN |DFLOAT;asin;2$;42| ; (DEFUN BOOT::|DFLOAT;asin;2$;42| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::C-TO-R (ASIN BOOT::|x|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;asin;2$;42| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFLOAT;asin;2$;42| (BOOT::C-TO-R (ASIN BOOT::|x|)))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFLOAT;acos;2$;43| ...) ; file: /tmp/oa-F4Wqrb/code.lsp ; in: DEFUN |DFLOAT;acos;2$;43| ; (DEFUN BOOT::|DFLOAT;acos;2$;43| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::C-TO-R (ACOS BOOT::|x|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;acos;2$;43| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFLOAT;acos;2$;43| (BOOT::C-TO-R (ACOS BOOT::|x|)))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFLOAT;atan;2$;44| ...) ; compiling (DEFUN |DFLOAT;acsc;2$;45| ...) ; file: /tmp/oa-F4Wqrb/code.lsp ; in: DEFUN |DFLOAT;acsc;2$;45| ; (DEFUN BOOT::|DFLOAT;acsc;2$;45| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::C-TO-R (ASIN (/ 1.0d0 BOOT::|x|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;acsc;2$;45| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFLOAT;acsc;2$;45| ; (BOOT::C-TO-R (ASIN (/ 1.0d0 BOOT::|x|))))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFLOAT;acot;2$;46| ...) ; file: /tmp/oa-F4Wqrb/code.lsp ; in: DEFUN |DFLOAT;acot;2$;46| ; (DEFUN BOOT::|DFLOAT;acot;2$;46| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::ACOT BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;acot;2$;46| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFLOAT;acot;2$;46| (BOOT::ACOT BOOT::|x|))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFLOAT;asec;2$;47| ...) ; file: /tmp/oa-F4Wqrb/code.lsp ; in: DEFUN |DFLOAT;asec;2$;47| ; (DEFUN BOOT::|DFLOAT;asec;2$;47| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::C-TO-R (ACOS (/ 1.0d0 BOOT::|x|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;asec;2$;47| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFLOAT;asec;2$;47| ; (BOOT::C-TO-R (ACOS (/ 1.0d0 BOOT::|x|))))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFLOAT;sinh;2$;48| ...) ; compiling (DEFUN |DFLOAT;cosh;2$;49| ...) ; compiling (DEFUN |DFLOAT;tanh;2$;50| ...) ; compiling (DEFUN |DFLOAT;csch;2$;51| ...) ; compiling (DEFUN |DFLOAT;coth;2$;52| ...) ; compiling (DEFUN |DFLOAT;sech;2$;53| ...) ; compiling (DEFUN |DFLOAT;asinh;2$;54| ...) ; compiling (DEFUN |DFLOAT;acosh;2$;55| ...) ; file: /tmp/oa-F4Wqrb/code.lsp ; in: DEFUN |DFLOAT;acosh;2$;55| ; (DEFUN BOOT::|DFLOAT;acosh;2$;55| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::C-TO-R (ACOSH BOOT::|x|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;acosh;2$;55| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFLOAT;acosh;2$;55| (BOOT::C-TO-R (ACOSH BOOT::|x|)))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFLOAT;atanh;2$;56| ...) ; file: /tmp/oa-F4Wqrb/code.lsp ; in: DEFUN |DFLOAT;atanh;2$;56| ; (DEFUN BOOT::|DFLOAT;atanh;2$;56| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::C-TO-R (ATANH BOOT::|x|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;atanh;2$;56| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFLOAT;atanh;2$;56| (BOOT::C-TO-R (ATANH BOOT::|x|)))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFLOAT;acsch;2$;57| ...) ; compiling (DEFUN |DFLOAT;acoth;2$;58| ...) ; file: /tmp/oa-F4Wqrb/code.lsp ; in: DEFUN |DFLOAT;acoth;2$;58| ; (DEFUN BOOT::|DFLOAT;acoth;2$;58| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::C-TO-R (ATANH (/ 1.0d0 BOOT::|x|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;acoth;2$;58| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFLOAT;acoth;2$;58| ; (BOOT::C-TO-R (ATANH (/ 1.0d0 BOOT::|x|))))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFLOAT;asech;2$;59| ...) ; file: /tmp/oa-F4Wqrb/code.lsp ; in: DEFUN |DFLOAT;asech;2$;59| ; (DEFUN BOOT::|DFLOAT;asech;2$;59| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::C-TO-R (ACOSH (/ 1.0d0 BOOT::|x|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;asech;2$;59| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFLOAT;asech;2$;59| ; (BOOT::C-TO-R (ACOSH (/ 1.0d0 BOOT::|x|))))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFLOAT;/;3$;60| ...) ; compiling (DEFUN |DFLOAT;negative?;$B;61| ...) ; compiling (DEFUN |DFLOAT;zero?;$B;62| ...) ; compiling (DEFUN |DFLOAT;one?;$B;63| ...) ; compiling (DEFUN |DFLOAT;hash;$Si;64| ...) ; compiling (DEFUN |DFLOAT;recip;$U;65| ...) ; compiling (DEFUN |DFLOAT;differentiate;2$;66| ...) ; file: /tmp/oa-F4Wqrb/code.lsp ; in: DEFUN |DFLOAT;differentiate;2$;66| ; (DEFUN BOOT::|DFLOAT;differentiate;2$;66| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; 0.0d0) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;differentiate;2$;66| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFLOAT;differentiate;2$;66| 0.0d0)) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |DFLOAT;Gamma;2$;67| ...) ; file: /tmp/oa-F4Wqrb/code.lsp ; in: DEFUN |DFLOAT;Gamma;2$;67| ; (DEFUN BOOT::|DFLOAT;Gamma;2$;67| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 94))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;Gamma;2$;67| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|DFLOAT;Gamma;2$;67| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 94)))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFLOAT;Beta;3$;68| ...) ; file: /tmp/oa-F4Wqrb/code.lsp ; in: DEFUN |DFLOAT;Beta;3$;68| ; (DEFUN BOOT::|DFLOAT;Beta;3$;68| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 96))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;Beta;3$;68| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|DFLOAT;Beta;3$;68| ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 96)))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFLOAT;wholePart;$I;69| ...) ; compiling (DEFUN |DFLOAT;float;2IPi$;70| ...) ; file: /tmp/oa-F4Wqrb/code.lsp ; in: DEFUN |DFLOAT;float;2IPi$;70| ; (DEFUN BOOT::|DFLOAT;float;2IPi$;70| ; (BOOT::|ma| BOOT::|ex| BOOT::|b| BOOT::$) ; (* BOOT::|ma| ; (EXPT (FLOAT BOOT::|b| BOOT::|$DoubleFloatMaximum|) BOOT::|ex|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;float;2IPi$;70| ; (BOOT::|ma| BOOT::|ex| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|DFLOAT;float;2IPi$;70| ; (* BOOT::|ma| ; (EXPT (FLOAT BOOT::|b| BOOT::|$DoubleFloatMaximum|) BOOT::|ex|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |DFLOAT;convert;$Df;71| ...) ; compiling (DEFUN |DFLOAT;convert;$F;72| ...) ; compiling (DEFUN |DFLOAT;rationalApproximation;$NniF;73| ...) ; compiling (DEFUN |DFLOAT;atan;3$;74| ...) ; file: /tmp/oa-F4Wqrb/code.lsp ; in: DEFUN |DFLOAT;atan;3$;74| ; (DEFUN BOOT::|DFLOAT;atan;3$;74| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ((ZEROP BOOT::|x|) (COND (# #) (# #) (T 0.0d0))) ; (T ; (LET (#) ; (PROGN # # BOOT::|theta|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;atan;3$;74| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|DFLOAT;atan;3$;74| ; (COND ((ZEROP BOOT::|x|) (COND # # #)) ; (T ; (LET # ; #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |DFLOAT;retract;$F;75| ...) ; file: /tmp/oa-F4Wqrb/code.lsp ; in: DEFUN |DFLOAT;retract;$F;75| ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |DFLOAT;retractIfCan;$U;76| ...) ; file: /tmp/oa-F4Wqrb/code.lsp ; in: DEFUN |DFLOAT;retractIfCan;$U;76| ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |DFLOAT;retract;$I;77| ...) ; file: /tmp/oa-F4Wqrb/code.lsp ; in: DEFUN |DFLOAT;retract;$I;77| ; (DEFUN BOOT::|DFLOAT;retract;$I;77| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|n|) (RETURN (COND (# BOOT::|n|) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;retract;$I;77| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|DFLOAT;retract;$I;77| ; (PROG (BOOT::|n|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |DFLOAT;retractIfCan;$U;78| ...) ; file: /tmp/oa-F4Wqrb/code.lsp ; in: DEFUN |DFLOAT;retractIfCan;$U;78| ; (DEFUN BOOT::|DFLOAT;retractIfCan;$U;78| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|n|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;retractIfCan;$U;78| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|DFLOAT;retractIfCan;$U;78| ; (PROG (BOOT::|n|) (RETURN (COND # #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |DFLOAT;sign;$I;79| ...) ; compiling (DEFUN |DFLOAT;abs;2$;80| ...) ; compiling (DEFUN |DFLOAT;positive?;$B;81| ...) ; compiling (DEFUN |DFLOAT;manexp| ...) ; file: /tmp/oa-F4Wqrb/code.lsp ; in: DEFUN |DFLOAT;manexp| ; (DEFUN BOOT::|DFLOAT;manexp| (BOOT::|x| BOOT::$) ; (LET* ((BOOT::|fp| (MULTIPLE-VALUE-CALL #'LIST #)) ; (BOOT::|m| (CAR BOOT::|fp|))) ; (COND ((ZEROP BOOT::|m|) (CONS BOOT::|m| 0)) (T (CONS # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;manexp| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|DFLOAT;manexp| ; (LET* ((BOOT::|fp| #) (BOOT::|m| #)) ; (COND (# #) (T #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |DFLOAT;rationalApproximation;$2NniF;83| ...) ; compiling (DEFUN |DFLOAT;**;$F$;84| ...) ; file: /tmp/oa-F4Wqrb/code.lsp ; in: DEFUN |DFLOAT;**;$F$;84| ; (DEFUN BOOT::|DFLOAT;**;$F$;84| (BOOT::|x| BOOT::|r| BOOT::$) ; (COND ((ZEROP BOOT::|x|) (COND (# #) (# #) (T 0.0d0))) ; ((OR (BOOT::SPADCALL BOOT::|r| #) (= BOOT::|x| 1.0d0)) 1.0d0) ; ((BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 135)) ; BOOT::|x|) ; (T ; (LET (# #) ; (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFLOAT;**;$F$;84| ; (BOOT::|x| BOOT::|r| BOOT::$) ; (BLOCK BOOT::|DFLOAT;**;$F$;84| ; (COND ((ZEROP BOOT::|x|) (COND # # #)) ((OR # #) 1.0d0) ; ((BOOT::SPADCALL BOOT::|r| #) BOOT::|x|) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFLOAT;nan?;$B;85| ...) ; compiling (DEFUN |DFLOAT;opposite?;2$B;86| ...) ; compiling (DEFUN |DFLOAT;annihilate?;2$B;87| ...) ; compiling (DEFUN |DoubleFloat| ...) ; compiling (DEFUN |DoubleFloat;| ...) ; compiling (MAKEPROP (QUOTE |DoubleFloat|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 7 STYLE-WARNING conditions ; printed 28 notes ; /tmp/oa-F4Wqrb/code.fasl written ; compilation finished in 0:00:00.242 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile IDENT.spad && cp IDENT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IDENT.fasl \ && if test -f IDENT-.NRLIB/code.fasl; then \ cp IDENT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IDENT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IDENT.spad using Spad compiler. IDENT abbreviates domain Identifier debug: compDefine1 lhs: (Identifier) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE gensym ($))))) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (SIGNATURE gensym ($)))) $param: NIL debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE gensym ($))) $param: NIL debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE gensym ($))))) ------------------------------------------------------------------------ initializing stationary directory for Identifier compiling into /tmp/oa-k1beMZ compiling exported gensym : () -> % IDENT;gensym;$;1 is replaced by %gensym Time: 0 SEC. compiling exported = : (%,%) -> Boolean IDENT;=;2$B;2 is replaced by %peq Time: 0.00 SEC. compiling exported coerce : % -> OutputForm IDENT;coerce;$Of;3 x is replaced by x Time: 0.01 SEC. (time taken in buildFunctor: 4) Time: 0.01 SEC. Warnings: [1] coerce: : OutputForm -- replace by pretend Cumulative Statistics for Constructor Identifier Time: 0.02 seconds finalizing NRLIB IDENT Processing Identifier for Browser database: -- gensym : () -> % -- constructor ; compiling file "/tmp/oa-k1beMZ/code.lsp" (written 01 FEB 2016 10:57:53 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IDENT;gensym;$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IDENT;=;2$B;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IDENT;coerce;$Of;3|) ...) ; compiling (DEFUN |IDENT;gensym;$;1| ...) ; compiling (DEFUN |IDENT;=;2$B;2| ...) ; compiling (DEFUN |IDENT;coerce;$Of;3| ...) ; compiling (DEFUN |Identifier| ...) ; compiling (DEFUN |Identifier;| ...) ; compiling (MAKEPROP (QUOTE |Identifier|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-k1beMZ/code.fasl written ; compilation finished in 0:00:00.020 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/VSPACE.fasl --optimize=3 VSPACE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/VSPACE.spad using Spad compiler. VSPACE abbreviates category VectorSpace debug: compDefine1 lhs: (VectorSpace S) signature (pre-evaluate): ((Category) (Field)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Field) $param: (S) Debug: evaluateType1 form: (Field) debug: compDefine1 signature (post evaluate): ((Category) (Field)) debug: compDefine1 lhs: (VectorSpace S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for VectorSpace compiling into /tmp/oa-2ApAf9 STYLE-WARNING: redefining BOOT::|VectorSpace| in DEFUN Time: 0.03 SEC. VSPACE- abbreviates package VectorSpace& ------------------------------------------------------------------------ initializing stationary directory for VectorSpace& compiling into /tmp/oa-4pMVD0 compiling exported / : (A,S) -> A Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor VectorSpace& Time: 0.03 seconds finalizing NRLIB VSPACE- ; compiling file "/tmp/oa-4pMVD0/code.lsp" (written 01 FEB 2016 10:57:54 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |VSPACE-;/;$S$;1| ...) ; compiling (DEFUN |VectorSpace&| ...) ; compiling (MAKEPROP (QUOTE |VectorSpace&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-4pMVD0/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ finalizing NRLIB VSPACE Processing VectorSpace for Browser database: -- ?/? : (%,S) -> % -- dimension : () -> CardinalNumber -- constructor ; compiling file "/tmp/oa-2ApAf9/code.lsp" (written 01 FEB 2016 10:57:54 PM): ; compiling (DEFPARAMETER |VectorSpace;AL| ...) ; compiling (DEFUN |VectorSpace;| ...) ; compiling (DEFUN |VectorSpace| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-2ApAf9/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/CACHSET.fasl --optimize=3 CACHSET.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CACHSET.spad using Spad compiler. CACHSET abbreviates category CachableSet debug: compDefine1 lhs: (CachableSet) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for CachableSet compiling into /tmp/oa-Bortsc STYLE-WARNING: redefining BOOT::|CachableSet| in DEFUN Time: 0.00 SEC. finalizing NRLIB CACHSET Processing CachableSet for Browser database: -- position : % -> NonNegativeInteger -- setPosition : (%,NonNegativeInteger) -> Void -- constructor ; compiling file "/tmp/oa-Bortsc/code.lsp" (written 01 FEB 2016 10:57:54 PM): ; compiling (DEFPARAMETER |CachableSet;AL| ...) ; compiling (DEFUN |CachableSet;| ...) ; compiling (DEFUN |CachableSet| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Bortsc/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/NONE.fasl --optimize=3 NONE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NONE.spad using Spad compiler. NONE abbreviates domain None debug: compDefine1 lhs: (None) signature (pre-evaluate): ((SetCategory)) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((SetCategory)) ------------------------------------------------------------------------ initializing stationary directory for None compiling into /tmp/oa-A7O17m compiling exported coerce : % -> OutputForm NONE;coerce;$Of;1 none is replaced by "NONE" Time: 0.00 SEC. compiling exported = : (%,%) -> Boolean NONE;=;2$B;2 is replaced by %peq Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor None Time: 0.02 seconds finalizing NRLIB NONE Processing None for Browser database: -- constructor ; compiling file "/tmp/oa-A7O17m/code.lsp" (written 01 FEB 2016 10:57:54 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |NONE;coerce;$Of;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |NONE;=;2$B;2|) ...) ; compiling (DEFUN |NONE;coerce;$Of;1| ...) ; file: /tmp/oa-A7O17m/code.lsp ; in: DEFUN |NONE;coerce;$Of;1| ; (DEFUN BOOT::|NONE;coerce;$Of;1| (BOOT::|none| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; "NONE") ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NONE;coerce;$Of;1| ; (BOOT::|none| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|NONE;coerce;$Of;1| "NONE")) ; ; caught STYLE-WARNING: ; The variable |none| is defined but never used. ; compiling (DEFUN |NONE;=;2$B;2| ...) ; compiling (DEFUN |None| ...) ; compiling (DEFUN |None;| ...) ; compiling (MAKEPROP (QUOTE |None|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; /tmp/oa-A7O17m/code.fasl written ; compilation finished in 0:00:00.022 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/ARITY.fasl --optimize=3 ARITY.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ARITY.spad using Spad compiler. ARITY abbreviates domain Arity debug: compDefine1 lhs: (Arity) signature (pre-evaluate): ((Join (SetCategory) (RetractableTo (NonNegativeInteger)) (CATEGORY domain (SIGNATURE arbitrary ($) constant) (SIGNATURE zero? ((Boolean) $)) (SIGNATURE one? ((Boolean) $))))) debug: evaluateType form: (Join (SetCategory) (RetractableTo (NonNegativeInteger)) (CATEGORY domain (SIGNATURE arbitrary ($) constant) (SIGNATURE zero? ((Boolean) $)) (SIGNATURE one? ((Boolean) $)))) $param: NIL debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (RetractableTo (NonNegativeInteger)) $param: NIL Debug: evaluateType1 form: (RetractableTo (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE arbitrary ($) constant) (SIGNATURE zero? ((Boolean) $)) (SIGNATURE one? ((Boolean) $))) $param: NIL debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (RetractableTo (NonNegativeInteger)) (CATEGORY domain (SIGNATURE arbitrary ($) constant) (SIGNATURE zero? ((Boolean) $)) (SIGNATURE one? ((Boolean) $))))) ------------------------------------------------------------------------ initializing stationary directory for Arity compiling into /tmp/oa-eHsxtv compiling exported arbitrary : () -> % ARITY;arbitrary;$;1 is replaced by -1 Time: 0.07 SEC. compiling exported zero? : % -> Boolean ARITY;zero?;$B;2 a is replaced by %ieq(a,0) Time: 0.00 SEC. compiling exported one? : % -> Boolean ARITY;one?;$B;3 a is replaced by %ieq(a,1) Time: 0 SEC. compiling exported hash : % -> SingleInteger ARITY;hash;$Si;4 is replaced by %hash Time: 0.01 SEC. compiling exported = : (%,%) -> Boolean ARITY;=;2$B;5 is replaced by %ieq Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE arbitrary) m: (OutputForm) Time: 0.03 SEC. compiling exported coerce : NonNegativeInteger -> % Time: 0.03 SEC. compiling exported retractIfCan : % -> Union(NonNegativeInteger,failed) Time: 0.01 SEC. (time taken in buildFunctor: 4) Time: 0.01 SEC. Cumulative Statistics for Constructor Arity Time: 0.17 seconds finalizing NRLIB ARITY Processing Arity for Browser database: -- arbitrary : () -> % --->../../x86_64-unknown-linux-gnu/src/algebra/term.spad-->Arity((arbitrary (%) constant)): Improper initial operator in comments: is "aribitrary is the arity of a function that accepts any number of arguments." -- zero? : % -> Boolean -- one? : % -> Boolean -- constructor ; compiling file "/tmp/oa-eHsxtv/code.lsp" (written 01 FEB 2016 10:57:54 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ARITY;arbitrary;$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ARITY;zero?;$B;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ARITY;one?;$B;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ARITY;hash;$Si;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ARITY;=;2$B;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ARITY;arbitrary;$;1| ...) ; compiling (DEFUN |ARITY;zero?;$B;2| ...) ; compiling (DEFUN |ARITY;one?;$B;3| ...) ; compiling (DEFUN |ARITY;hash;$Si;4| ...) ; compiling (DEFUN |ARITY;=;2$B;5| ...) ; compiling (DEFUN |ARITY;coerce;$Of;6| ...) ; compiling (DEFUN |ARITY;coerce;Nni$;7| ...) ; file: /tmp/oa-eHsxtv/code.lsp ; in: DEFUN |ARITY;coerce;Nni$;7| ; (DEFUN BOOT::|ARITY;coerce;Nni$;7| (BOOT::|n| BOOT::$) ; (COND ; ((< BOOT::|$ShortMaximum| BOOT::|n|) ; (BOOT::|error| "arity is too large for OpenAxiom")) ; (T (BOOT::SPADCALL BOOT::|n| (BOOT::|shellEntry| BOOT::$ 26))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ARITY;coerce;Nni$;7| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|ARITY;coerce;Nni$;7| ; (COND ; ((< BOOT::|$ShortMaximum| BOOT::|n|) ; (BOOT::|error| "arity is too large for OpenAxiom")) ; (T (BOOT::SPADCALL BOOT::|n| #))))) ; ; note: type assertion too complex to check: ; (VALUES FIXNUM &REST T). ; compiling (DEFUN |ARITY;retractIfCan;$U;8| ...) ; file: /tmp/oa-eHsxtv/code.lsp ; in: DEFUN |ARITY;retractIfCan;$U;8| ; (BOOT::|moanRetract| BOOT::|n| '(BOOT::|NonNegativeInteger|)) ; ==> ; BOOT::|n| ; ; note: deleting unreachable code ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; (DEFUN BOOT::|ARITY;retractIfCan;$U;8| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|n| BOOT::|x|)) ; (COND ((MINUSP BOOT::|n|) (CONS 1 "failed")) (T (CONS 0 #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ARITY;retractIfCan;$U;8| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ARITY;retractIfCan;$U;8| ; (LET ((BOOT::|n| BOOT::|x|)) ; (COND (# #) (T #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |Arity| ...) ; compiling (DEFUN |Arity;| ...) ; compiling (MAKEPROP (QUOTE |Arity|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 3 notes ; /tmp/oa-eHsxtv/code.fasl written ; compilation finished in 0:00:00.043 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/BOP1.fasl --optimize=3 BOP1.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/BOP1.spad using Spad compiler. BOP1 abbreviates package BasicOperatorFunctions1 debug: compDefine1 lhs: (BasicOperatorFunctions1 A) signature (pre-evaluate): ((CATEGORY package (SIGNATURE evaluate ((Union A failed) (BasicOperator) (List A))) (SIGNATURE evaluate ((BasicOperator) (BasicOperator) (Mapping A (List A)))) (SIGNATURE evaluate ((BasicOperator) (BasicOperator) (Mapping A A))) (SIGNATURE evaluate ((Union (Mapping A (List A)) failed) (BasicOperator))) (SIGNATURE derivative ((BasicOperator) (BasicOperator) (List (Mapping A (List A))))) (SIGNATURE derivative ((BasicOperator) (BasicOperator) (Mapping A A))) (SIGNATURE derivative ((Union (List (Mapping A (List A))) failed) (BasicOperator))) (SIGNATURE constantOperator ((BasicOperator) A)) (SIGNATURE constantOpIfCan ((Union A failed) (BasicOperator)))) (SetCategory)) debug: evaluateType form: (CATEGORY package (SIGNATURE evaluate ((Union A failed) (BasicOperator) (List A))) (SIGNATURE evaluate ((BasicOperator) (BasicOperator) (Mapping A (List A)))) (SIGNATURE evaluate ((BasicOperator) (BasicOperator) (Mapping A A))) (SIGNATURE evaluate ((Union (Mapping A (List A)) failed) (BasicOperator))) (SIGNATURE derivative ((BasicOperator) (BasicOperator) (List (Mapping A (List A))))) (SIGNATURE derivative ((BasicOperator) (BasicOperator) (Mapping A A))) (SIGNATURE derivative ((Union (List (Mapping A (List A))) failed) (BasicOperator))) (SIGNATURE constantOperator ((BasicOperator) A)) (SIGNATURE constantOpIfCan ((Union A failed) (BasicOperator)))) $param: (A) debug: evaluateType form: (Union A failed) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: failed $param: (A) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (List A) $param: (A) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (Mapping A (List A)) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (List A) $param: (A) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (Mapping A A) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (Union (Mapping A (List A)) failed) $param: (A) debug: evaluateType form: (Mapping A (List A)) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (List A) $param: (A) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: failed $param: (A) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (List (Mapping A (List A))) $param: (A) Debug: evaluateType1 form: (List (Mapping A (List A))) debug: evaluateType1 x: (Mapping A (List A)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (A) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Mapping A (List A)) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (List A) $param: (A) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evalCategory d: (Mapping A (List A)) c: (Type) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (Mapping A A) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (Union (List (Mapping A (List A))) failed) $param: (A) debug: evaluateType form: (List (Mapping A (List A))) $param: (A) Debug: evaluateType1 form: (List (Mapping A (List A))) debug: evaluateType1 x: (Mapping A (List A)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (A) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Mapping A (List A)) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (List A) $param: (A) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evalCategory d: (Mapping A (List A)) c: (Type) debug: evaluateType form: failed $param: (A) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: A $param: (A) debug: evaluateType form: (Union A failed) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: failed $param: (A) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (SetCategory) $param: (A) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE evaluate ((Union A failed) (BasicOperator) (List A))) (SIGNATURE evaluate ((BasicOperator) (BasicOperator) (Mapping A (List A)))) (SIGNATURE evaluate ((BasicOperator) (BasicOperator) (Mapping A A))) (SIGNATURE evaluate ((Union (Mapping A (List A)) failed) (BasicOperator))) (SIGNATURE derivative ((BasicOperator) (BasicOperator) (List (Mapping A (List A))))) (SIGNATURE derivative ((BasicOperator) (BasicOperator) (Mapping A A))) (SIGNATURE derivative ((Union (List (Mapping A (List A))) failed) (BasicOperator))) (SIGNATURE constantOperator ((BasicOperator) A)) (SIGNATURE constantOpIfCan ((Union A failed) (BasicOperator)))) (SetCategory)) debug: compDefine1 lhs: (BasicOperatorFunctions1 A) signature (pre-evaluate): ((CATEGORY package (SIGNATURE evaluate ((Union A failed) (BasicOperator) (List A))) (SIGNATURE evaluate ((BasicOperator) (BasicOperator) (Mapping A (List A)))) (SIGNATURE evaluate ((BasicOperator) (BasicOperator) (Mapping A A))) (SIGNATURE evaluate ((Union (Mapping A (List A)) failed) (BasicOperator))) (SIGNATURE derivative ((BasicOperator) (BasicOperator) (List (Mapping A (List A))))) (SIGNATURE derivative ((BasicOperator) (BasicOperator) (Mapping A A))) (SIGNATURE derivative ((Union (List (Mapping A (List A))) failed) (BasicOperator))) (SIGNATURE constantOperator ((BasicOperator) A)) (SIGNATURE constantOpIfCan ((Union A failed) (BasicOperator)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE evaluate ((Union A failed) (BasicOperator) (List A))) (SIGNATURE evaluate ((BasicOperator) (BasicOperator) (Mapping A (List A)))) (SIGNATURE evaluate ((BasicOperator) (BasicOperator) (Mapping A A))) (SIGNATURE evaluate ((Union (Mapping A (List A)) failed) (BasicOperator))) (SIGNATURE derivative ((BasicOperator) (BasicOperator) (List (Mapping A (List A))))) (SIGNATURE derivative ((BasicOperator) (BasicOperator) (Mapping A A))) (SIGNATURE derivative ((Union (List (Mapping A (List A))) failed) (BasicOperator))) (SIGNATURE constantOperator ((BasicOperator) A)) (SIGNATURE constantOpIfCan ((Union A failed) (BasicOperator)))) $param: (A) debug: evaluateType form: (Union A failed) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: failed $param: (A) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (List A) $param: (A) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (Mapping A (List A)) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (List A) $param: (A) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (Mapping A A) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (Union (Mapping A (List A)) failed) $param: (A) debug: evaluateType form: (Mapping A (List A)) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (List A) $param: (A) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: failed $param: (A) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (List (Mapping A (List A))) $param: (A) Debug: evaluateType1 form: (List (Mapping A (List A))) debug: evaluateType1 x: (Mapping A (List A)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (A) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Mapping A (List A)) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (List A) $param: (A) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evalCategory d: (Mapping A (List A)) c: (Type) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (Mapping A A) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (Union (List (Mapping A (List A))) failed) $param: (A) debug: evaluateType form: (List (Mapping A (List A))) $param: (A) Debug: evaluateType1 form: (List (Mapping A (List A))) debug: evaluateType1 x: (Mapping A (List A)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (A) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Mapping A (List A)) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (List A) $param: (A) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evalCategory d: (Mapping A (List A)) c: (Type) debug: evaluateType form: failed $param: (A) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: A $param: (A) debug: evaluateType form: (Union A failed) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: failed $param: (A) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE evaluate ((Union A failed) (BasicOperator) (List A))) (SIGNATURE evaluate ((BasicOperator) (BasicOperator) (Mapping A (List A)))) (SIGNATURE evaluate ((BasicOperator) (BasicOperator) (Mapping A A))) (SIGNATURE evaluate ((Union (Mapping A (List A)) failed) (BasicOperator))) (SIGNATURE derivative ((BasicOperator) (BasicOperator) (List (Mapping A (List A))))) (SIGNATURE derivative ((BasicOperator) (BasicOperator) (Mapping A A))) (SIGNATURE derivative ((Union (List (Mapping A (List A))) failed) (BasicOperator))) (SIGNATURE constantOperator ((BasicOperator) A)) (SIGNATURE constantOpIfCan ((Union A failed) (BasicOperator)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for BasicOperatorFunctions1 compiling into /tmp/oa-Vx2WKU compiling exported evaluate : (BasicOperator,A -> A) -> BasicOperator Time: 0.02 SEC. compiling exported evaluate : BasicOperator -> Union(List A -> A,failed) Debug compQuote expr: (QUOTE %eval) m: $EmptyMode Debug compQuote expr: (QUOTE %eval) m: (Identifier) Time: 0.04 SEC. compiling exported evaluate : (BasicOperator,List A) -> Union(A,failed) Debug compQuote expr: (QUOTE %eval) m: $EmptyMode Debug compQuote expr: (QUOTE %eval) m: (Identifier) Time: 0.02 SEC. compiling exported evaluate : (BasicOperator,List A -> A) -> BasicOperator Debug compQuote expr: (QUOTE %eval) m: $EmptyMode Debug compQuote expr: (QUOTE %eval) m: (Identifier) Time: 0.01 SEC. compiling exported derivative : BasicOperator -> Union(List List A -> A,failed) Debug compQuote expr: (QUOTE %diff) m: $EmptyMode Debug compQuote expr: (QUOTE %diff) m: (Identifier) Time: 0.01 SEC. compiling exported derivative : (BasicOperator,List List A -> A) -> BasicOperator Debug compQuote expr: (QUOTE %diff) m: $EmptyMode Debug compQuote expr: (QUOTE %diff) m: (Identifier) Time: 0.01 SEC. compiling exported derivative : (BasicOperator,A -> A) -> BasicOperator Time: 0.02 SEC. compiling local cdisp : (OutputForm,List OutputForm) -> OutputForm BOP1;cdisp(a,l) is replaced by a Time: 0.01 SEC. compiling local csex : (InputForm,List InputForm) -> InputForm BOP1;csex(a,l) is replaced by a Time: 0.01 SEC. compiling local eqconst? : (BasicOperator,BasicOperator) -> Boolean Debug compQuote expr: (QUOTE %constant) m: $EmptyMode Debug compQuote expr: (QUOTE %constant) m: (Identifier) Debug compQuote expr: (QUOTE %constant) m: $EmptyMode Debug compQuote expr: (QUOTE %constant) m: (Identifier) Debug compQuote expr: (QUOTE %constant) m: $EmptyMode Debug compQuote expr: (QUOTE %constant) m: (Identifier) Time: 0.01 SEC. compiling local ltconst? : (BasicOperator,BasicOperator) -> Boolean Debug compQuote expr: (QUOTE %constant) m: $EmptyMode Debug compQuote expr: (QUOTE %constant) m: (Identifier) Debug compQuote expr: (QUOTE %constant) m: $EmptyMode Debug compQuote expr: (QUOTE %constant) m: (Identifier) Debug compQuote expr: (QUOTE %constant) m: $EmptyMode Debug compQuote expr: (QUOTE %constant) m: (Identifier) Time: 0.00 SEC. Debug compQuote expr: (QUOTE constant) m: $EmptyMode Debug compQuote expr: (QUOTE constant) m: (Symbol) Debug compQuote expr: (QUOTE constant) m: (Symbol) compiling local constOp : A -> BasicOperator Debug compQuote expr: (QUOTE %constant) m: (Identifier) Time: 0.06 SEC. compiling exported constantOpIfCan : BasicOperator -> Union(A,failed) Debug compQuote expr: (QUOTE constant) m: $EmptyMode Debug compQuote expr: (QUOTE constant) m: (Symbol) Debug compQuote expr: (QUOTE %constant) m: $EmptyMode Debug compQuote expr: (QUOTE %constant) m: (Identifier) Time: 0.01 SEC. compiling exported constantOperator : A -> BasicOperator Time: 0.01 SEC. compiling exported constantOperator : A -> BasicOperator Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] evaluate: first has no value Cumulative Statistics for Constructor BasicOperatorFunctions1 Time: 0.24 seconds finalizing NRLIB BOP1 Processing BasicOperatorFunctions1 for Browser database: -- evaluate : (OP,List A) -> Union(A,"failed") -- evaluate : (OP,(List A -> A)) -> OP -- evaluate : (OP,(A -> A)) -> OP -- evaluate : OP -> Union((List A -> A),"failed") -- derivative : (OP,List (List A -> A)) -> OP -- derivative : (OP,(A -> A)) -> OP -- derivative : OP -> Union(List (List A -> A),"failed") -- constantOperator : A -> OP -- constantOpIfCan : OP -> Union(A,"failed") -- constructor ; compiling file "/tmp/oa-Vx2WKU/code.lsp" (written 01 FEB 2016 10:57:54 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOP1;cdisp|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOP1;csex|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |BOP1;evaluate;BoMBo;1| ...) ; compiling (DEFUN |BOP1;evaluate;BoMBo;1!0| ...) ; compiling (DEFUN |BOP1;evaluate;BoU;2| ...) ; compiling (DEFUN |BOP1;evaluate;BoLU;3| ...) ; compiling (DEFUN |BOP1;evaluate;BoMBo;4| ...) ; compiling (DEFUN |BOP1;derivative;BoU;5| ...) ; compiling (DEFUN |BOP1;derivative;BoLBo;6| ...) ; compiling (DEFUN |BOP1;derivative;BoMBo;7| ...) ; compiling (DEFUN |BOP1;derivative;BoMBo;7!0| ...) ; compiling (DEFUN |BOP1;cdisp| ...) ; file: /tmp/oa-Vx2WKU/code.lsp ; in: DEFUN |BOP1;cdisp| ; (DEFUN BOOT::|BOP1;cdisp| (BOOT::|a| BOOT::|l| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; BOOT::|a|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BOP1;cdisp| ; (BOOT::|a| BOOT::|l| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|BOP1;cdisp| BOOT::|a|)) ; ; caught STYLE-WARNING: ; The variable |l| is defined but never used. ; compiling (DEFUN |BOP1;csex| ...) ; file: /tmp/oa-Vx2WKU/code.lsp ; in: DEFUN |BOP1;csex| ; (DEFUN BOOT::|BOP1;csex| (BOOT::|a| BOOT::|l| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; BOOT::|a|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BOP1;csex| ; (BOOT::|a| BOOT::|l| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|BOP1;csex| BOOT::|a|)) ; ; caught STYLE-WARNING: ; The variable |l| is defined but never used. ; compiling (DEFUN |BOP1;eqconst?| ...) ; file: /tmp/oa-Vx2WKU/code.lsp ; in: DEFUN |BOP1;eqconst?| ; (DEFUN BOOT::|BOP1;eqconst?| (BOOT::|a| BOOT::|b| BOOT::$) ; (PROG (BOOT::|vb|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BOP1;eqconst?| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|BOP1;eqconst?| ; (PROG (BOOT::|vb|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |BOP1;ltconst?| ...) ; file: /tmp/oa-Vx2WKU/code.lsp ; in: DEFUN |BOP1;ltconst?| ; (DEFUN BOOT::|BOP1;ltconst?| (BOOT::|a| BOOT::|b| BOOT::$) ; (PROG (BOOT::|vb|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BOP1;ltconst?| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|BOP1;ltconst?| ; (PROG (BOOT::|vb|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |BOP1;constOp| ...) ; compiling (DEFUN |BOP1;constOp!0| ...) ; compiling (DEFUN |BOP1;constantOpIfCan;BoU;13| ...) ; compiling (DEFUN |BOP1;constantOperator;ABo;14| ...) ; compiling (DEFUN |BOP1;constantOperator;ABo;14!0| ...) ; compiling (DEFUN |BOP1;constantOperator;ABo;15| ...) ; compiling (DEFUN |BasicOperatorFunctions1| ...) ; compiling (DEFUN |BasicOperatorFunctions1;| ...) ; compiling (MAKEPROP (QUOTE |BasicOperatorFunctions1|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 2 notes ; /tmp/oa-Vx2WKU/code.fasl written ; compilation finished in 0:00:00.058 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/CACHSET.fasl --optimize=3 CACHSET.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CACHSET.spad using Spad compiler. CACHSET abbreviates category CachableSet debug: compDefine1 lhs: (CachableSet) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for CachableSet compiling into /tmp/oa-f3B0ue STYLE-WARNING: redefining BOOT::|CachableSet| in DEFUN Time: 0.01 SEC. finalizing NRLIB CACHSET Processing CachableSet for Browser database: -- position : % -> NonNegativeInteger -- setPosition : (%,NonNegativeInteger) -> Void -- constructor ; compiling file "/tmp/oa-f3B0ue/code.lsp" (written 01 FEB 2016 10:57:55 PM): ; compiling (DEFPARAMETER |CachableSet;AL| ...) ; compiling (DEFUN |CachableSet;| ...) ; compiling (DEFUN |CachableSet| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-f3B0ue/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/SCACHE.fasl --optimize=3 SCACHE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SCACHE.spad using Spad compiler. SCACHE abbreviates package SortedCache debug: compDefine1 lhs: (SortedCache S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE clearCache ((Void))) (SIGNATURE cache ((List S))) (SIGNATURE enterInCache (S S (Mapping (Boolean) S))) (SIGNATURE enterInCache (S S (Mapping (Integer) S S)))) (CachableSet)) debug: evaluateType form: (CATEGORY package (SIGNATURE clearCache ((Void))) (SIGNATURE cache ((List S))) (SIGNATURE enterInCache (S S (Mapping (Boolean) S))) (SIGNATURE enterInCache (S S (Mapping (Integer) S S)))) $param: (S) debug: evaluateType form: (Void) $param: (S) Debug: evaluateType1 form: (Void) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Mapping (Boolean) S) $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Mapping (Integer) S S) $param: (S) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (CachableSet) $param: (S) Debug: evaluateType1 form: (CachableSet) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE clearCache ((Void))) (SIGNATURE cache ((List S))) (SIGNATURE enterInCache (S S (Mapping (Boolean) S))) (SIGNATURE enterInCache (S S (Mapping (Integer) S S)))) (CachableSet)) debug: compDefine1 lhs: (SortedCache S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE clearCache ((Void))) (SIGNATURE cache ((List S))) (SIGNATURE enterInCache (S S (Mapping (Boolean) S))) (SIGNATURE enterInCache (S S (Mapping (Integer) S S)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE clearCache ((Void))) (SIGNATURE cache ((List S))) (SIGNATURE enterInCache (S S (Mapping (Boolean) S))) (SIGNATURE enterInCache (S S (Mapping (Integer) S S)))) $param: (S) debug: evaluateType form: (Void) $param: (S) Debug: evaluateType1 form: (Void) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Mapping (Boolean) S) $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Mapping (Integer) S S) $param: (S) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE clearCache ((Void))) (SIGNATURE cache ((List S))) (SIGNATURE enterInCache (S S (Mapping (Boolean) S))) (SIGNATURE enterInCache (S S (Mapping (Integer) S S)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for SortedCache compiling into /tmp/oa-pcPHYp importing Reference List S compiling exported cache : () -> List S Time: 0.02 SEC. compiling local shiftCache : (List S,NonNegativeInteger) -> Void Time: 0.04 SEC. compiling exported clearCache : () -> Void Time: 0.01 SEC. compiling exported enterInCache : (S,S -> Boolean) -> S Time: 0.01 SEC. compiling exported enterInCache : (S,(S,S) -> Integer) -> S Time: 0.02 SEC. compiling local insertInCache : (List S,List S,S,NonNegativeInteger) -> S Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor SortedCache Time: 0.13 seconds finalizing NRLIB SCACHE Processing SortedCache for Browser database: -- clearCache : () -> Void -- cache : () -> List S -- enterInCache : (S,(S -> Boolean)) -> S -- enterInCache : (S,((S,S) -> Integer)) -> S -- constructor ; compiling file "/tmp/oa-pcPHYp/code.lsp" (written 01 FEB 2016 10:57:55 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SCACHE;cache;L;1| ...) ; file: /tmp/oa-pcPHYp/code.lsp ; in: DEFUN |SCACHE;cache;L;1| ; (DEFUN BOOT::|SCACHE;cache;L;1| (BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 11) ; (BOOT::|shellEntry| BOOT::$ 12))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SCACHE;cache;L;1| ; (BOOT::$) ; (BLOCK BOOT::|SCACHE;cache;L;1| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 11) ; (BOOT::|shellEntry| BOOT::$ 12)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SCACHE;shiftCache| ...) ; compiling (DEFUN |SCACHE;clearCache;V;3| ...) ; compiling (DEFUN |SCACHE;enterInCache;SMS;4| ...) ; compiling (DEFUN |SCACHE;enterInCache;SMS;5| ...) ; file: /tmp/oa-pcPHYp/code.lsp ; in: DEFUN |SCACHE;enterInCache;SMS;5| ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |SCACHE;insertInCache| ...) ; compiling (DEFUN |SortedCache| ...) ; compiling (DEFUN |SortedCache;| ...) ; compiling (MAKEPROP (QUOTE |SortedCache|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-pcPHYp/code.fasl written ; compilation finished in 0:00:00.052 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/KERNEL.fasl --optimize=3 KERNEL.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/KERNEL.spad using Spad compiler. KERNEL abbreviates domain Kernel debug: compDefine1 lhs: (Kernel S) signature (pre-evaluate): ((Join (CachableSet) (OrderedSet) (Patternable S) (CATEGORY domain (SIGNATURE operator ((BasicOperator) $)) (SIGNATURE argument ((List S) $)) (SIGNATURE height ((NonNegativeInteger) $)) (SIGNATURE kernel ($ (BasicOperator) (List S) (NonNegativeInteger))) (SIGNATURE kernel ($ (Symbol))) (SIGNATURE symbolIfCan ((Union (Symbol) failed) $)) (SIGNATURE is? ((Boolean) $ (BasicOperator))) (SIGNATURE is? ((Boolean) $ (Symbol))) (IF (has S (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch))) (SetCategory)) debug: evaluateType form: (Join (CachableSet) (OrderedSet) (Patternable S) (CATEGORY domain (SIGNATURE operator ((BasicOperator) $)) (SIGNATURE argument ((List S) $)) (SIGNATURE height ((NonNegativeInteger) $)) (SIGNATURE kernel ($ (BasicOperator) (List S) (NonNegativeInteger))) (SIGNATURE kernel ($ (Symbol))) (SIGNATURE symbolIfCan ((Union (Symbol) failed) $)) (SIGNATURE is? ((Boolean) $ (BasicOperator))) (SIGNATURE is? ((Boolean) $ (Symbol))) (IF (has S (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch))) $param: (S) debug: evaluateType form: (CachableSet) $param: (S) Debug: evaluateType1 form: (CachableSet) debug: evaluateType form: (OrderedSet) $param: (S) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (Patternable S) $param: (S) Debug: evaluateType1 form: (Patternable S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE operator ((BasicOperator) $)) (SIGNATURE argument ((List S) $)) (SIGNATURE height ((NonNegativeInteger) $)) (SIGNATURE kernel ($ (BasicOperator) (List S) (NonNegativeInteger))) (SIGNATURE kernel ($ (Symbol))) (SIGNATURE symbolIfCan ((Union (Symbol) failed) $)) (SIGNATURE is? ((Boolean) $ (BasicOperator))) (SIGNATURE is? ((Boolean) $ (Symbol))) (IF (has S (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch)) $param: (S) debug: evaluateType form: (BasicOperator) $param: (S) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (S) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (BasicOperator) $param: (S) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (S) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Union (Symbol) failed) $param: (S) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: failed $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (BasicOperator) $param: (S) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Join (CachableSet) (OrderedSet) (Patternable S) (CATEGORY domain (SIGNATURE operator ((BasicOperator) $)) (SIGNATURE argument ((List S) $)) (SIGNATURE height ((NonNegativeInteger) $)) (SIGNATURE kernel ($ (BasicOperator) (List S) (NonNegativeInteger))) (SIGNATURE kernel ($ (Symbol))) (SIGNATURE symbolIfCan ((Union (Symbol) failed) $)) (SIGNATURE is? ((Boolean) $ (BasicOperator))) (SIGNATURE is? ((Boolean) $ (Symbol))) (IF (has S (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch))) (SetCategory)) debug: compDefine1 lhs: (Kernel S) signature (pre-evaluate): ((Join (CachableSet) (OrderedSet) (Patternable S) (CATEGORY domain (SIGNATURE operator ((BasicOperator) $)) (SIGNATURE argument ((List S) $)) (SIGNATURE height ((NonNegativeInteger) $)) (SIGNATURE kernel ($ (BasicOperator) (List S) (NonNegativeInteger))) (SIGNATURE kernel ($ (Symbol))) (SIGNATURE symbolIfCan ((Union (Symbol) failed) $)) (SIGNATURE is? ((Boolean) $ (BasicOperator))) (SIGNATURE is? ((Boolean) $ (Symbol))) (IF (has S (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch))) NIL) debug: evaluateType form: (Join (CachableSet) (OrderedSet) (Patternable S) (CATEGORY domain (SIGNATURE operator ((BasicOperator) $)) (SIGNATURE argument ((List S) $)) (SIGNATURE height ((NonNegativeInteger) $)) (SIGNATURE kernel ($ (BasicOperator) (List S) (NonNegativeInteger))) (SIGNATURE kernel ($ (Symbol))) (SIGNATURE symbolIfCan ((Union (Symbol) failed) $)) (SIGNATURE is? ((Boolean) $ (BasicOperator))) (SIGNATURE is? ((Boolean) $ (Symbol))) (IF (has S (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch))) $param: (S) debug: evaluateType form: (CachableSet) $param: (S) Debug: evaluateType1 form: (CachableSet) debug: evaluateType form: (OrderedSet) $param: (S) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (Patternable S) $param: (S) Debug: evaluateType1 form: (Patternable S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE operator ((BasicOperator) $)) (SIGNATURE argument ((List S) $)) (SIGNATURE height ((NonNegativeInteger) $)) (SIGNATURE kernel ($ (BasicOperator) (List S) (NonNegativeInteger))) (SIGNATURE kernel ($ (Symbol))) (SIGNATURE symbolIfCan ((Union (Symbol) failed) $)) (SIGNATURE is? ((Boolean) $ (BasicOperator))) (SIGNATURE is? ((Boolean) $ (Symbol))) (IF (has S (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch)) $param: (S) debug: evaluateType form: (BasicOperator) $param: (S) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (S) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (BasicOperator) $param: (S) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (S) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Union (Symbol) failed) $param: (S) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: failed $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (BasicOperator) $param: (S) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: compDefine1 signature (post evaluate): ((Join (CachableSet) (OrderedSet) (Patternable S) (CATEGORY domain (SIGNATURE operator ((BasicOperator) $)) (SIGNATURE argument ((List S) $)) (SIGNATURE height ((NonNegativeInteger) $)) (SIGNATURE kernel ($ (BasicOperator) (List S) (NonNegativeInteger))) (SIGNATURE kernel ($ (Symbol))) (SIGNATURE symbolIfCan ((Union (Symbol) failed) $)) (SIGNATURE is? ((Boolean) $ (BasicOperator))) (SIGNATURE is? ((Boolean) $ (Symbol))) (IF (has S (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch))) NIL) ------------------------------------------------------------------------ initializing stationary directory for Kernel compiling into /tmp/oa-HDuKmO importing SortedCache $ compiling exported is? : (%,Symbol) -> Boolean Time: 0.04 SEC. compiling exported is? : (%,BasicOperator) -> Boolean Time: 0.00 SEC. compiling exported height : % -> NonNegativeInteger KERNEL;height;$Nni;3 k is replaced by %vref(k,2) Time: 0.05 SEC. compiling exported operator : % -> BasicOperator KERNEL;operator;$Bo;4 k is replaced by %vref(k,0) Time: 0.00 SEC. compiling exported argument : % -> List S KERNEL;argument;$L;5 k is replaced by %vref(k,1) Time: 0.01 SEC. compiling exported position : % -> NonNegativeInteger KERNEL;position;$Nni;6 k is replaced by %vref(k,3) Time: 0.01 SEC. compiling exported setPosition : (%,NonNegativeInteger) -> Void Time: 0.01 SEC. compiling local B2Z : Boolean -> Integer KERNEL;B2Z flag is replaced by %when(flag -1,%otherwise 1) Time: 0.01 SEC. compiling exported kernel : Symbol -> % Debug compQuote expr: (QUOTE %symbol) m: (Identifier) Time: 0.03 SEC. compiling local preds : BasicOperator -> List Any Debug compQuote expr: (QUOTE %pmpredicate) m: $EmptyMode Debug compQuote expr: (QUOTE %pmpredicate) m: (Identifier) Time: 0.02 SEC. compiling exported symbolIfCan : % -> Union(Symbol,failed) Debug compQuote expr: (QUOTE %symbol) m: $EmptyMode Debug compQuote expr: (QUOTE %symbol) m: (Identifier) Time: 0.01 SEC. compiling exported = : (%,%) -> Boolean Time: 0.03 SEC. compiling exported < : (%,%) -> Boolean Time: 0.03 SEC. compiling exported kernel : (BasicOperator,List S,NonNegativeInteger) -> % Time: 0.07 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE %specialDisp) m: $EmptyMode Debug compQuote expr: (QUOTE %specialDisp) m: (Identifier) Time: 0.11 SEC. compiling local triage : (%,%) -> Integer Debug compQuote expr: (QUOTE %specialEqual) m: (Identifier) Time: 0.05 SEC. compiling exported convert : % -> InputForm Debug compQuote expr: (QUOTE %specialInput) m: $EmptyMode Debug compQuote expr: (QUOTE %specialInput) m: (Identifier) Time: 0.22 SEC. compiling exported convert : % -> Pattern Integer Debug compQuote expr: (QUOTE %pmconstant) m: $EmptyMode Debug compQuote expr: (QUOTE %pmconstant) m: (Identifier) Debug compQuote expr: (QUOTE %pmoptional) m: $EmptyMode Debug compQuote expr: (QUOTE %pmoptional) m: (Identifier) Debug compQuote expr: (QUOTE %pmmultiple) m: $EmptyMode Debug compQuote expr: (QUOTE %pmmultiple) m: (Identifier) Time: 0.04 SEC. compiling exported convert : % -> Pattern Float Debug compQuote expr: (QUOTE %pmconstant) m: $EmptyMode Debug compQuote expr: (QUOTE %pmconstant) m: (Identifier) Debug compQuote expr: (QUOTE %pmoptional) m: $EmptyMode Debug compQuote expr: (QUOTE %pmoptional) m: (Identifier) Debug compQuote expr: (QUOTE %pmmultiple) m: $EmptyMode Debug compQuote expr: (QUOTE %pmmultiple) m: (Identifier) Time: 0.04 SEC. (time taken in buildFunctor: 4) Time: 0.01 SEC. Warnings: [1] Type BasicOperator is not in scope. Import it [2] Type List S is not in scope. Import it [3] Type NonNegativeInteger is not in scope. Import it [4] symbolIfCan: has? has no value [5] coerce: property has no value [6] triage: # has no value [7] convert: property has no value [8] convert: empty? has no value Cumulative Statistics for Constructor Kernel Time: 0.78 seconds finalizing NRLIB KERNEL Processing Kernel for Browser database: -- operator : % -> OP -- argument : % -> List S -- height : % -> N -- kernel : (OP,List S,N) -> % -- kernel : Symbol -> % -- symbolIfCan : % -> Union(Symbol,"failed") -- is? : (%,OP) -> Boolean -- is? : (%,Symbol) -> Boolean -- constructor ; compiling file "/tmp/oa-HDuKmO/code.lsp" (written 01 FEB 2016 10:57:56 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |KERNEL;height;$Nni;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |KERNEL;operator;$Bo;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |KERNEL;argument;$L;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |KERNEL;position;$Nni;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |KERNEL;B2Z|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |KERNEL;is?;$SB;1|) ...) ; compiling (DEFUN |KERNEL;is?;$SB;1| ...) ; compiling (DEFUN |KERNEL;is?;$BoB;2| ...) ; file: /tmp/oa-HDuKmO/code.lsp ; in: DEFUN |KERNEL;is?;$BoB;2| ; (DEFUN BOOT::|KERNEL;is?;$BoB;2| (BOOT::|k| BOOT::|o| BOOT::$) ; (BOOT::SPADCALL (SVREF BOOT::|k| 0) BOOT::|o| ; (BOOT::|shellEntry| BOOT::$ 14))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|KERNEL;is?;$BoB;2| ; (BOOT::|k| BOOT::|o| BOOT::$) ; (BLOCK BOOT::|KERNEL;is?;$BoB;2| ; (BOOT::SPADCALL (SVREF BOOT::|k| 0) BOOT::|o| ; (BOOT::|shellEntry| BOOT::$ 14)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |KERNEL;height;$Nni;3| ...) ; compiling (DEFUN |KERNEL;operator;$Bo;4| ...) ; compiling (DEFUN |KERNEL;argument;$L;5| ...) ; compiling (DEFUN |KERNEL;position;$Nni;6| ...) ; compiling (DEFUN |KERNEL;setPosition;$NniV;7| ...) ; file: /tmp/oa-HDuKmO/code.lsp ; in: DEFUN |KERNEL;setPosition;$NniV;7| ; (DEFUN BOOT::|KERNEL;setPosition;$NniV;7| (BOOT::|k| BOOT::|n| BOOT::$) ; (SETF (SVREF BOOT::|k| 3) BOOT::|n|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|KERNEL;setPosition;$NniV;7| ; (BOOT::|k| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|KERNEL;setPosition;$NniV;7| ; (SETF (SVREF BOOT::|k| 3) BOOT::|n|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |KERNEL;B2Z| ...) ; compiling (DEFUN |KERNEL;kernel;S$;9| ...) ; compiling (DEFUN |KERNEL;preds| ...) ; compiling (DEFUN |KERNEL;symbolIfCan;$U;11| ...) ; compiling (DEFUN |KERNEL;=;2$B;12| ...) ; compiling (DEFUN |KERNEL;<;2$B;13| ...) ; compiling (DEFUN |KERNEL;kernel;BoLNni$;14| ...) ; file: /tmp/oa-HDuKmO/code.lsp ; in: DEFUN |KERNEL;kernel;BoLNni$;14| ; (DEFUN BOOT::|KERNEL;kernel;BoLNni$;14| ; (BOOT::|fn| BOOT::|x| BOOT::|n| BOOT::$) ; (COND ; ((AND (BOOT::SPADCALL # # #) (BOOT::SPADCALL # # #)) ; (BOOT::|error| "Wrong number of arguments")) ; (T ; (BOOT::SPADCALL (VECTOR BOOT::|fn| BOOT::|x| BOOT::|n| 0) ; (CONS #'BOOT::|KERNEL;triage| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 50))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|KERNEL;kernel;BoLNni$;14| ; (BOOT::|fn| BOOT::|x| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|KERNEL;kernel;BoLNni$;14| ; (COND ((AND # #) (BOOT::|error| "Wrong number of arguments")) ; (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |KERNEL;coerce;$Of;15| ...) ; compiling (DEFUN |KERNEL;triage| ...) ; compiling (DEFUN |KERNEL;convert;$If;17| ...) ; compiling (DEFUN |KERNEL;convert;$P;18| ...) ; compiling (DEFUN |KERNEL;convert;$P;19| ...) ; compiling (DEFUN |Kernel| ...) ; compiling (DEFUN |Kernel;| ...) ; compiling (MAKEPROP (QUOTE |Kernel|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 2 notes ; /tmp/oa-HDuKmO/code.fasl written ; compilation finished in 0:00:00.088 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/COMMONOP.fasl --optimize=3 COMMONOP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/COMMONOP.spad using Spad compiler. COMMONOP abbreviates package CommonOperators debug: compDefine1 lhs: (CommonOperators) signature (pre-evaluate): ((CATEGORY package (SIGNATURE operator ((BasicOperator) (Symbol))))) debug: evaluateType form: (CATEGORY package (SIGNATURE operator ((BasicOperator) (Symbol)))) $param: NIL debug: evaluateType form: (BasicOperator) $param: NIL Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE operator ((BasicOperator) (Symbol))))) ------------------------------------------------------------------------ initializing stationary directory for CommonOperators compiling into /tmp/oa-JDEujV Debug compQuote expr: (QUOTE rootOf) m: $EmptyMode Debug compQuote expr: (QUOTE rootOf) m: (Symbol) Debug compQuote expr: (QUOTE rootOf) m: (Symbol) Debug compQuote expr: (QUOTE nthRoot) m: $EmptyMode Debug compQuote expr: (QUOTE nthRoot) m: (Symbol) Debug compQuote expr: (QUOTE nthRoot) m: (Symbol) Debug compQuote expr: (QUOTE pi) m: $EmptyMode Debug compQuote expr: (QUOTE pi) m: (Symbol) Debug compQuote expr: (QUOTE pi) m: (Symbol) Debug compQuote expr: (QUOTE log) m: $EmptyMode Debug compQuote expr: (QUOTE log) m: (Symbol) Debug compQuote expr: (QUOTE log) m: (Symbol) Debug compQuote expr: (QUOTE exp) m: $EmptyMode Debug compQuote expr: (QUOTE exp) m: (Symbol) Debug compQuote expr: (QUOTE exp) m: (Symbol) Debug compQuote expr: (QUOTE abs) m: $EmptyMode Debug compQuote expr: (QUOTE abs) m: (Symbol) Debug compQuote expr: (QUOTE abs) m: (Symbol) Debug compQuote expr: (QUOTE sin) m: $EmptyMode Debug compQuote expr: (QUOTE sin) m: (Symbol) Debug compQuote expr: (QUOTE sin) m: (Symbol) Debug compQuote expr: (QUOTE cos) m: $EmptyMode Debug compQuote expr: (QUOTE cos) m: (Symbol) Debug compQuote expr: (QUOTE cos) m: (Symbol) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (Symbol) Debug compQuote expr: (QUOTE tan) m: (Symbol) Debug compQuote expr: (QUOTE cot) m: $EmptyMode Debug compQuote expr: (QUOTE cot) m: (Symbol) Debug compQuote expr: (QUOTE cot) m: (Symbol) Debug compQuote expr: (QUOTE sec) m: $EmptyMode Debug compQuote expr: (QUOTE sec) m: (Symbol) Debug compQuote expr: (QUOTE sec) m: (Symbol) Debug compQuote expr: (QUOTE csc) m: $EmptyMode Debug compQuote expr: (QUOTE csc) m: (Symbol) Debug compQuote expr: (QUOTE csc) m: (Symbol) Debug compQuote expr: (QUOTE asin) m: $EmptyMode Debug compQuote expr: (QUOTE asin) m: (Symbol) Debug compQuote expr: (QUOTE asin) m: (Symbol) Debug compQuote expr: (QUOTE acos) m: $EmptyMode Debug compQuote expr: (QUOTE acos) m: (Symbol) Debug compQuote expr: (QUOTE acos) m: (Symbol) Debug compQuote expr: (QUOTE atan) m: $EmptyMode Debug compQuote expr: (QUOTE atan) m: (Symbol) Debug compQuote expr: (QUOTE atan) m: (Symbol) Debug compQuote expr: (QUOTE acot) m: $EmptyMode Debug compQuote expr: (QUOTE acot) m: (Symbol) Debug compQuote expr: (QUOTE acot) m: (Symbol) Debug compQuote expr: (QUOTE asec) m: $EmptyMode Debug compQuote expr: (QUOTE asec) m: (Symbol) Debug compQuote expr: (QUOTE asec) m: (Symbol) Debug compQuote expr: (QUOTE acsc) m: $EmptyMode Debug compQuote expr: (QUOTE acsc) m: (Symbol) Debug compQuote expr: (QUOTE acsc) m: (Symbol) Debug compQuote expr: (QUOTE sinh) m: $EmptyMode Debug compQuote expr: (QUOTE sinh) m: (Symbol) Debug compQuote expr: (QUOTE sinh) m: (Symbol) Debug compQuote expr: (QUOTE cosh) m: $EmptyMode Debug compQuote expr: (QUOTE cosh) m: (Symbol) Debug compQuote expr: (QUOTE cosh) m: (Symbol) Debug compQuote expr: (QUOTE tanh) m: $EmptyMode Debug compQuote expr: (QUOTE tanh) m: (Symbol) Debug compQuote expr: (QUOTE tanh) m: (Symbol) Debug compQuote expr: (QUOTE coth) m: $EmptyMode Debug compQuote expr: (QUOTE coth) m: (Symbol) Debug compQuote expr: (QUOTE coth) m: (Symbol) Debug compQuote expr: (QUOTE sech) m: $EmptyMode Debug compQuote expr: (QUOTE sech) m: (Symbol) Debug compQuote expr: (QUOTE sech) m: (Symbol) Debug compQuote expr: (QUOTE csch) m: $EmptyMode Debug compQuote expr: (QUOTE csch) m: (Symbol) Debug compQuote expr: (QUOTE csch) m: (Symbol) Debug compQuote expr: (QUOTE asinh) m: $EmptyMode Debug compQuote expr: (QUOTE asinh) m: (Symbol) Debug compQuote expr: (QUOTE asinh) m: (Symbol) Debug compQuote expr: (QUOTE acosh) m: $EmptyMode Debug compQuote expr: (QUOTE acosh) m: (Symbol) Debug compQuote expr: (QUOTE acosh) m: (Symbol) Debug compQuote expr: (QUOTE atanh) m: $EmptyMode Debug compQuote expr: (QUOTE atanh) m: (Symbol) Debug compQuote expr: (QUOTE atanh) m: (Symbol) Debug compQuote expr: (QUOTE acoth) m: $EmptyMode Debug compQuote expr: (QUOTE acoth) m: (Symbol) Debug compQuote expr: (QUOTE acoth) m: (Symbol) Debug compQuote expr: (QUOTE asech) m: $EmptyMode Debug compQuote expr: (QUOTE asech) m: (Symbol) Debug compQuote expr: (QUOTE asech) m: (Symbol) Debug compQuote expr: (QUOTE acsch) m: $EmptyMode Debug compQuote expr: (QUOTE acsch) m: (Symbol) Debug compQuote expr: (QUOTE acsch) m: (Symbol) Debug compQuote expr: (QUOTE %box) m: $EmptyMode Debug compQuote expr: (QUOTE %box) m: (Symbol) Debug compQuote expr: (QUOTE %paren) m: $EmptyMode Debug compQuote expr: (QUOTE %paren) m: (Symbol) Debug compQuote expr: (QUOTE applyQuote) m: $EmptyMode Debug compQuote expr: (QUOTE applyQuote) m: (Symbol) Debug compQuote expr: (QUOTE %diff) m: $EmptyMode Debug compQuote expr: (QUOTE %diff) m: (Symbol) Debug compQuote expr: (QUOTE %diff) m: (Symbol) Debug compQuote expr: (QUOTE Si) m: $EmptyMode Debug compQuote expr: (QUOTE Si) m: (Symbol) Debug compQuote expr: (QUOTE Si) m: (Symbol) Debug compQuote expr: (QUOTE Ci) m: $EmptyMode Debug compQuote expr: (QUOTE Ci) m: (Symbol) Debug compQuote expr: (QUOTE Ci) m: (Symbol) Debug compQuote expr: (QUOTE Ei) m: $EmptyMode Debug compQuote expr: (QUOTE Ei) m: (Symbol) Debug compQuote expr: (QUOTE Ei) m: (Symbol) Debug compQuote expr: (QUOTE li) m: $EmptyMode Debug compQuote expr: (QUOTE li) m: (Symbol) Debug compQuote expr: (QUOTE li) m: (Symbol) Debug compQuote expr: (QUOTE erf) m: $EmptyMode Debug compQuote expr: (QUOTE erf) m: (Symbol) Debug compQuote expr: (QUOTE erf) m: (Symbol) Debug compQuote expr: (QUOTE dilog) m: $EmptyMode Debug compQuote expr: (QUOTE dilog) m: (Symbol) Debug compQuote expr: (QUOTE dilog) m: (Symbol) Debug compQuote expr: (QUOTE Gamma) m: $EmptyMode Debug compQuote expr: (QUOTE Gamma) m: (Symbol) Debug compQuote expr: (QUOTE Gamma) m: (Symbol) Debug compQuote expr: (QUOTE Gamma2) m: $EmptyMode Debug compQuote expr: (QUOTE Gamma2) m: (Symbol) Debug compQuote expr: (QUOTE Gamma2) m: (Symbol) Debug compQuote expr: (QUOTE Beta) m: $EmptyMode Debug compQuote expr: (QUOTE Beta) m: (Symbol) Debug compQuote expr: (QUOTE Beta) m: (Symbol) Debug compQuote expr: (QUOTE digamma) m: $EmptyMode Debug compQuote expr: (QUOTE digamma) m: (Symbol) Debug compQuote expr: (QUOTE digamma) m: (Symbol) Debug compQuote expr: (QUOTE polygamma) m: $EmptyMode Debug compQuote expr: (QUOTE polygamma) m: (Symbol) Debug compQuote expr: (QUOTE polygamma) m: (Symbol) Debug compQuote expr: (QUOTE besselJ) m: $EmptyMode Debug compQuote expr: (QUOTE besselJ) m: (Symbol) Debug compQuote expr: (QUOTE besselJ) m: (Symbol) Debug compQuote expr: (QUOTE besselY) m: $EmptyMode Debug compQuote expr: (QUOTE besselY) m: (Symbol) Debug compQuote expr: (QUOTE besselY) m: (Symbol) Debug compQuote expr: (QUOTE besselI) m: $EmptyMode Debug compQuote expr: (QUOTE besselI) m: (Symbol) Debug compQuote expr: (QUOTE besselI) m: (Symbol) Debug compQuote expr: (QUOTE besselK) m: $EmptyMode Debug compQuote expr: (QUOTE besselK) m: (Symbol) Debug compQuote expr: (QUOTE besselK) m: (Symbol) Debug compQuote expr: (QUOTE airyAi) m: $EmptyMode Debug compQuote expr: (QUOTE airyAi) m: (Symbol) Debug compQuote expr: (QUOTE airyAi) m: (Symbol) Debug compQuote expr: (QUOTE airyBi) m: $EmptyMode Debug compQuote expr: (QUOTE airyBi) m: (Symbol) Debug compQuote expr: (QUOTE airyBi) m: (Symbol) Debug compQuote expr: (QUOTE integral) m: $EmptyMode Debug compQuote expr: (QUOTE integral) m: (Symbol) Debug compQuote expr: (QUOTE integral) m: (Symbol) Debug compQuote expr: (QUOTE %defint) m: $EmptyMode Debug compQuote expr: (QUOTE %defint) m: (Symbol) Debug compQuote expr: (QUOTE %defint) m: (Symbol) Debug compQuote expr: (QUOTE factorial) m: $EmptyMode Debug compQuote expr: (QUOTE factorial) m: (Symbol) Debug compQuote expr: (QUOTE factorial) m: (Symbol) Debug compQuote expr: (QUOTE permutation) m: $EmptyMode Debug compQuote expr: (QUOTE permutation) m: (Symbol) Debug compQuote expr: (QUOTE permutation) m: (Symbol) Debug compQuote expr: (QUOTE binomial) m: $EmptyMode Debug compQuote expr: (QUOTE binomial) m: (Symbol) Debug compQuote expr: (QUOTE binomial) m: (Symbol) Debug compQuote expr: (QUOTE %power) m: $EmptyMode Debug compQuote expr: (QUOTE %power) m: (Symbol) Debug compQuote expr: (QUOTE %power) m: (Symbol) Debug compQuote expr: (QUOTE summation) m: $EmptyMode Debug compQuote expr: (QUOTE summation) m: (Symbol) Debug compQuote expr: (QUOTE summation) m: (Symbol) Debug compQuote expr: (QUOTE %defsum) m: $EmptyMode Debug compQuote expr: (QUOTE %defsum) m: (Symbol) Debug compQuote expr: (QUOTE %defsum) m: (Symbol) Debug compQuote expr: (QUOTE product) m: $EmptyMode Debug compQuote expr: (QUOTE product) m: (Symbol) Debug compQuote expr: (QUOTE product) m: (Symbol) Debug compQuote expr: (QUOTE %defprod) m: $EmptyMode Debug compQuote expr: (QUOTE %defprod) m: (Symbol) Debug compQuote expr: (QUOTE %defprod) m: (Symbol) compiling exported operator : Symbol -> BasicOperator Time: 0.24 SEC. compiling local dpi : List OutputForm -> OutputForm Debug compQuote expr: (QUOTE %pi) m: (OutputForm) COMMONOP;dpi l is replaced by %pi Time: 0.02 SEC. compiling local dfact : OutputForm -> OutputForm Time: 0.04 SEC. compiling local dquote : List OutputForm -> OutputForm Time: 0.02 SEC. compiling local dgamma : List OutputForm -> OutputForm Time: 0.03 SEC. compiling local setDummyVar : (BasicOperator,NonNegativeInteger) -> BasicOperator Time: 0.01 SEC. compiling local dexp : OutputForm -> OutputForm Debug compQuote expr: (QUOTE %e) m: (OutputForm) Time: 0.01 SEC. compiling local startUp : Boolean -> Void Debug compQuote expr: (QUOTE A) m: (OutputForm) Debug compQuote expr: (QUOTE A) m: (OutputForm) Debug compQuote expr: (QUOTE A) m: (OutputForm) Debug compQuote expr: (QUOTE A) m: (OutputForm) Debug compQuote expr: (QUOTE A) m: (OutputForm) Debug compQuote expr: (QUOTE A) m: (OutputForm) Debug compQuote expr: (QUOTE A) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE %alg) m: $EmptyMode Debug compQuote expr: (QUOTE %alg) m: (Identifier) Debug compQuote expr: (QUOTE rtrig) m: $EmptyMode Debug compQuote expr: (QUOTE rtrig) m: (Identifier) Debug compQuote expr: (QUOTE htrig) m: $EmptyMode Debug compQuote expr: (QUOTE htrig) m: (Identifier) Debug compQuote expr: (QUOTE trig) m: $EmptyMode Debug compQuote expr: (QUOTE trig) m: (Identifier) Debug compQuote expr: (QUOTE elem) m: $EmptyMode Debug compQuote expr: (QUOTE elem) m: (Identifier) Debug compQuote expr: (QUOTE prim) m: $EmptyMode Debug compQuote expr: (QUOTE prim) m: (Identifier) Debug compQuote expr: (QUOTE comb) m: $EmptyMode Debug compQuote expr: (QUOTE comb) m: (Identifier) Debug compQuote expr: (QUOTE special) m: $EmptyMode Debug compQuote expr: (QUOTE special) m: (Identifier) Debug compQuote expr: (QUOTE any) m: $EmptyMode Debug compQuote expr: (QUOTE any) m: (Identifier) Debug compQuote expr: (QUOTE even) m: $EmptyMode Debug compQuote expr: (QUOTE even) m: (Identifier) Debug compQuote expr: (QUOTE odd) m: $EmptyMode Debug compQuote expr: (QUOTE odd) m: (Identifier) Debug compQuote expr: (QUOTE linear) m: $EmptyMode Debug compQuote expr: (QUOTE linear) m: (Identifier) Time: 0.24 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] true has no value [2] startUp: paren has no value Cumulative Statistics for Constructor CommonOperators Time: 0.62 seconds finalizing NRLIB COMMONOP Processing CommonOperators for Browser database: -- operator : Symbol -> OP -- constructor ; compiling file "/tmp/oa-JDEujV/code.lsp" (written 01 FEB 2016 10:57:57 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMMONOP;dpi|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |COMMONOP;operator;SBo;1| ...) ; compiling (DEFUN |COMMONOP;dpi| ...) ; file: /tmp/oa-JDEujV/code.lsp ; in: DEFUN |COMMONOP;dpi| ; (DEFUN BOOT::|COMMONOP;dpi| (BOOT::|l| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; 'BOOT::|%pi|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COMMONOP;dpi| ; (BOOT::|l| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|COMMONOP;dpi| 'BOOT::|%pi|)) ; ; caught STYLE-WARNING: ; The variable |l| is defined but never used. ; compiling (DEFUN |COMMONOP;dfact| ...) ; compiling (DEFUN |COMMONOP;dquote| ...) ; compiling (DEFUN |COMMONOP;dgamma| ...) ; compiling (DEFUN |COMMONOP;setDummyVar| ...) ; compiling (DEFUN |COMMONOP;dexp| ...) ; compiling (DEFUN |COMMONOP;startUp| ...) ; compiling (DEFUN |COMMONOP;startUp!8| ...) ; compiling (DEFUN |COMMONOP;startUp!7| ...) ; compiling (DEFUN |COMMONOP;startUp!6| ...) ; compiling (DEFUN |COMMONOP;startUp!5| ...) ; compiling (DEFUN |COMMONOP;startUp!4| ...) ; compiling (DEFUN |COMMONOP;startUp!3| ...) ; compiling (DEFUN |COMMONOP;startUp!2| ...) ; compiling (DEFUN |COMMONOP;startUp!1| ...) ; compiling (DEFUN |COMMONOP;startUp!0| ...) ; compiling (DEFUN |CommonOperators| ...) ; compiling (DEFUN |CommonOperators;| ...) ; compiling (MAKEPROP (QUOTE |CommonOperators|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; /tmp/oa-JDEujV/code.fasl written ; compilation finished in 0:00:00.230 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/ES.fasl --optimize=3 ES.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ES.spad using Spad compiler. ES abbreviates category ExpressionSpace debug: compDefine1 lhs: (ExpressionSpace) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for ExpressionSpace compiling into /tmp/oa-lWGBzR STYLE-WARNING: redefining BOOT::|ExpressionSpace| in DEFUN Time: 0.02 SEC. ES- abbreviates package ExpressionSpace& ------------------------------------------------------------------------ initializing stationary directory for ExpressionSpace& compiling into /tmp/oa-IIGy6R Debug compQuote expr: (QUOTE %paren) m: $EmptyMode Debug compQuote expr: (QUOTE %paren) m: (Symbol) Debug compQuote expr: (QUOTE %box) m: $EmptyMode Debug compQuote expr: (QUOTE %box) m: (Symbol) compiling exported box : S -> S Time: 0.02 SEC. compiling exported paren : S -> S Time: 0.00 SEC. compiling exported belong? : BasicOperator -> Boolean Time: 0.00 SEC. compiling exported tower : S -> List Kernel S Time: 0.02 SEC. compiling local allk : List S -> List Kernel S Time: 0.03 SEC. compiling exported operators : S -> List BasicOperator Time: 0.02 SEC. compiling exported height : S -> NonNegativeInteger Time: 0.06 SEC. compiling exported freeOf? : (S,Symbol) -> Boolean Time: 0.01 SEC. compiling exported distribute : S -> S Time: 0.01 SEC. compiling exported box : List S -> S Time: 0.01 SEC. compiling exported paren : List S -> S Time: 0.01 SEC. compiling exported freeOf? : (S,S) -> Boolean Time: 0.02 SEC. compiling exported kernel : (BasicOperator,S) -> S Time: 0.00 SEC. compiling exported elt : (BasicOperator,S) -> S Time: 0.00 SEC. compiling exported elt : (BasicOperator,S,S) -> S Time: 0.01 SEC. compiling exported elt : (BasicOperator,S,S,S) -> S Time: 0.00 SEC. compiling exported elt : (BasicOperator,S,S,S,S) -> S Time: 0.01 SEC. compiling exported eval : (S,Symbol,List S -> S) -> S Time: 0.06 SEC. compiling exported eval : (S,BasicOperator,List S -> S) -> S Time: 0.06 SEC. compiling exported eval : (S,Symbol,S -> S) -> S Time: 0.07 SEC. compiling exported eval : (S,BasicOperator,S -> S) -> S Time: 0.10 SEC. compiling exported subst : (S,Equation S) -> S Time: 0.01 SEC. compiling exported eval : (S,List BasicOperator,List S -> S) -> S Time: 0.04 SEC. compiling exported eval : (S,List Symbol,List S -> S) -> S Time: 0.04 SEC. compiling exported eval : (S,List BasicOperator,List List S -> S) -> S Time: 0.10 SEC. compiling exported map : (S -> S,Kernel S) -> S Time: 0.01 SEC. compiling exported operator : BasicOperator -> BasicOperator Debug compQuote expr: (QUOTE %paren) m: $EmptyMode Debug compQuote expr: (QUOTE %paren) m: (Symbol) Debug compQuote expr: (QUOTE %box) m: $EmptyMode Debug compQuote expr: (QUOTE %box) m: (Symbol) Time: 0.00 SEC. compiling exported mainKernel : S -> Union(Kernel S,failed) Time: 0.02 SEC. compiling local allKernels : S -> List Kernel S Debug compQuote expr: (QUOTE %dummyVar) m: (Identifier) Time: 0.06 SEC. compiling exported kernel : (BasicOperator,List S) -> S Time: 0.01 SEC. compiling local okkernel : (BasicOperator,List S) -> S Time: 0.02 SEC. compiling exported elt : (BasicOperator,List S) -> S Time: 0.07 SEC. compiling exported retract : S -> Kernel S Time: 0.00 SEC. compiling exported retractIfCan : S -> Union(Kernel S,failed) Time: 0.00 SEC. compiling exported is? : (S,Symbol) -> Boolean Time: 0.00 SEC. compiling exported is? : (S,BasicOperator) -> Boolean Time: 0.01 SEC. compiling local unwrap : (List Kernel S,S) -> S Time: 0.01 SEC. compiling exported distribute : (S,S) -> S Debug compQuote expr: (QUOTE %paren) m: $EmptyMode Debug compQuote expr: (QUOTE %paren) m: (Symbol) Time: 0.01 SEC. compiling exported eval : (S,List Equation S) -> S Time: 0.02 SEC. compiling exported subst : (S,List Equation S) -> S Time: 0.02 SEC. compiling local mkKerLists : List Equation S -> Record(lstk: List Kernel S,lstv: List S) Time: 0.04 SEC. compiling exported even? : S -> Boolean Time: 0.01 SEC. compiling exported odd? : S -> Boolean Time: 0 SEC. compiling local intpred? : (S,Integer -> Boolean) -> Boolean Time: 0.01 SEC. (time taken in buildFunctor: 4) Time: 0.01 SEC. Warnings: [1] tower: not known that SetCategory is of mode CATEGORY(package,odd?: S -> Boolean,even?: S -> Boolean,eval: (S,BasicOperator,(S -> S)) -> S,eval: (S,BasicOperator,(List S -> S)) -> S,eval: (S,List BasicOperator,List (List S -> S)) -> S,eval: (S,List BasicOperator,List (S -> S)) -> S,eval: (S,Symbol,(S -> S)) -> S,eval: (S,Symbol,(List S -> S)) -> S,eval: (S,List Symbol,List (List S -> S)) -> S,eval: (S,List Symbol,List (S -> S)) -> S,freeOf?: (S,Symbol) -> Boolean,freeOf?: (S,S) -> Boolean,map: ((S -> S),Kernel S) -> S,kernel: (BasicOperator,List S) -> S,kernel: (BasicOperator,S) -> S,is?: (S,Symbol) -> Boolean,is?: (S,BasicOperator) -> Boolean,belong?: BasicOperator -> Boolean,operator: BasicOperator -> BasicOperator,operators: S -> List BasicOperator,tower: S -> List Kernel S,mainKernel: S -> Union(Kernel S,"failed"),height: S -> NonNegativeInteger,distribute: (S,S) -> S,distribute: S -> S,paren: List S -> S,paren: S -> S,box: List S -> S,box: S -> S,subst: (S,List Kernel S,List S) -> S,subst: (S,List Equation S) -> S,subst: (S,Equation S) -> S,elt: (BasicOperator,List S) -> S,elt: (BasicOperator,S,S,S,S) -> S,elt: (BasicOperator,S,S,S) -> S,elt: (BasicOperator,S,S) -> S,elt: (BasicOperator,S) -> S,eval: (S,List S,List S) -> S,eval: (S,S,S) -> S,eval: (S,Equation S) -> S,eval: (S,List Equation S) -> S,eval: (S,List Kernel S,List S) -> S,eval: (S,Kernel S,S) -> S,retractIfCan: S -> Union(Kernel S,"failed"),retract: S -> Kernel S) [2] height: reduce has no value [3] freeOf?: member? has no value [4] eval: IN has no value [5] eval: f has no value [6] eval: s has no value [7] map: IN has no value [8] map: x has no value [9] mainKernel: empty? has no value [10] okkernel: + has no value Cumulative Statistics for Constructor ExpressionSpace& Time: 1.06 seconds finalizing NRLIB ES- ; compiling file "/tmp/oa-IIGy6R/code.lsp" (written 01 FEB 2016 10:57:58 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ES-;box;2$;1| ...) ; compiling (DEFUN |ES-;paren;2$;2| ...) ; compiling (DEFUN |ES-;belong?;BoB;3| ...) ; file: /tmp/oa-IIGy6R/code.lsp ; in: DEFUN |ES-;belong?;BoB;3| ; (DEFUN BOOT::|ES-;belong?;BoB;3| (BOOT::|op| BOOT::$) ; (OR ; (BOOT::SPADCALL BOOT::|op| (BOOT::|shellEntry| BOOT::$ 11) ; (BOOT::|shellEntry| BOOT::$ 19)) ; (BOOT::SPADCALL BOOT::|op| (BOOT::|shellEntry| BOOT::$ 12) ; (BOOT::|shellEntry| BOOT::$ 19)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ES-;belong?;BoB;3| ; (BOOT::|op| BOOT::$) ; (BLOCK BOOT::|ES-;belong?;BoB;3| ; (OR ; (BOOT::SPADCALL BOOT::|op| (BOOT::|shellEntry| BOOT::$ 11) ; (BOOT::|shellEntry| BOOT::$ 19)) ; (BOOT::SPADCALL BOOT::|op| (BOOT::|shellEntry| BOOT::$ 12) ; (BOOT::|shellEntry| BOOT::$ 19))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |ES-;tower;$L;4| ...) ; file: /tmp/oa-IIGy6R/code.lsp ; in: DEFUN |ES-;tower;$L;4| ; (DEFUN BOOT::|ES-;tower;$L;4| (BOOT::|f| BOOT::$) ; (BOOT::SPADCALL (BOOT::|ES-;allKernels| BOOT::|f| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 24))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ES-;tower;$L;4| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|ES-;tower;$L;4| ; (BOOT::SPADCALL (BOOT::|ES-;allKernels| BOOT::|f| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 24)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ES-;allk| ...) ; file: /tmp/oa-IIGy6R/code.lsp ; in: DEFUN |ES-;allk| ; (DEFUN BOOT::|ES-;allk| (BOOT::|l| BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 29) ; (LET ((#:G762 BOOT::|l|) (#:G564 NIL)) ; (LOOP (COND # #) ; (SETQ #))) ; NIL (BOOT::|shellEntry| BOOT::$ 32))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ES-;allk| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|ES-;allk| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 29) ; (LET (# #) ; (LOOP # ; #)) ; NIL (BOOT::|shellEntry| BOOT::$ 32)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ES-;operators;$L;6| ...) ; file: /tmp/oa-IIGy6R/code.lsp ; in: DEFUN |ES-;operators;$L;6| ; (DEFUN BOOT::|ES-;operators;$L;6| (BOOT::|f| BOOT::$) ; (LET ((#:G763 (BOOT::|ES-;allKernels| BOOT::|f| BOOT::$)) (#:G568 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G763 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ES-;operators;$L;6| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|ES-;operators;$L;6| ; (LET ((#:G763 #) (#:G568 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ES-;height;$Nni;7| ...) ; file: /tmp/oa-IIGy6R/code.lsp ; in: DEFUN |ES-;height;$Nni;7| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; (DEFUN BOOT::|ES-;height;$Nni;7| (BOOT::|f| BOOT::$) ; (BOOT::SPADCALL ; (CONS ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; NIL) ; (LET ((#:G764 #) (#:G573 NIL)) ; (LOOP (COND # #) ; (SETQ #))) ; 0 (BOOT::|shellEntry| BOOT::$ 43))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ES-;height;$Nni;7| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|ES-;height;$Nni;7| ; (BOOT::SPADCALL (CONS #'(LAMBDA # #) NIL) ; (LET (# #) ; (LOOP # ; #)) ; 0 (BOOT::|shellEntry| BOOT::$ 43)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |ES-;freeOf?;$SB;8| ...) ; compiling (DEFUN |ES-;distribute;2$;9| ...) ; compiling (DEFUN |ES-;box;L$;10| ...) ; compiling (DEFUN |ES-;paren;L$;11| ...) ; compiling (DEFUN |ES-;freeOf?;2$B;12| ...) ; compiling (DEFUN |ES-;kernel;Bo2$;13| ...) ; compiling (DEFUN |ES-;elt;Bo2$;14| ...) ; compiling (DEFUN |ES-;elt;Bo3$;15| ...) ; compiling (DEFUN |ES-;elt;Bo4$;16| ...) ; compiling (DEFUN |ES-;elt;Bo5$;17| ...) ; compiling (DEFUN |ES-;eval;$SM$;18| ...) ; compiling (DEFUN |ES-;eval;$BoM$;19| ...) ; compiling (DEFUN |ES-;eval;$SM$;20| ...) ; compiling (DEFUN |ES-;eval;$SM$;20!0| ...) ; compiling (DEFUN |ES-;eval;$BoM$;21| ...) ; compiling (DEFUN |ES-;eval;$BoM$;21!0| ...) ; compiling (DEFUN |ES-;subst;$E$;22| ...) ; compiling (DEFUN |ES-;eval;$LL$;23| ...) ; compiling (DEFUN |ES-;eval;$LL$;23!0| ...) ; compiling (DEFUN |ES-;eval;$LL$;24| ...) ; compiling (DEFUN |ES-;eval;$LL$;24!0| ...) ; compiling (DEFUN |ES-;eval;$LL$;25| ...) ; compiling (DEFUN |ES-;map;MK$;26| ...) ; compiling (DEFUN |ES-;operator;2Bo;27| ...) ; compiling (DEFUN |ES-;mainKernel;$U;28| ...) ; compiling (DEFUN |ES-;allKernels| ...) ; compiling (DEFUN |ES-;kernel;BoL$;30| ...) ; compiling (DEFUN |ES-;okkernel| ...) ; file: /tmp/oa-IIGy6R/code.lsp ; in: DEFUN |ES-;okkernel| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |ES-;elt;BoL$;32| ...) ; compiling (DEFUN |ES-;retract;$K;33| ...) ; compiling (DEFUN |ES-;retractIfCan;$U;34| ...) ; compiling (DEFUN |ES-;is?;$SB;35| ...) ; file: /tmp/oa-IIGy6R/code.lsp ; in: DEFUN |ES-;is?;$SB;35| ; (DEFUN BOOT::|ES-;is?;$SB;35| (BOOT::|f| BOOT::|s| BOOT::$) ; (LET ((BOOT::|k| (BOOT::SPADCALL BOOT::|f| #))) ; (AND (NOT (EQL # 1)) ; (BOOT::SPADCALL (CDR BOOT::|k|) BOOT::|s| ; (BOOT::|shellEntry| BOOT::$ 131))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ES-;is?;$SB;35| ; (BOOT::|f| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|ES-;is?;$SB;35| ; (LET ((BOOT::|k| #)) ; (AND (NOT #) (BOOT::SPADCALL # BOOT::|s| #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |ES-;is?;$BoB;36| ...) ; file: /tmp/oa-IIGy6R/code.lsp ; in: DEFUN |ES-;is?;$BoB;36| ; (DEFUN BOOT::|ES-;is?;$BoB;36| (BOOT::|f| BOOT::|op| BOOT::$) ; (LET ((BOOT::|k| (BOOT::SPADCALL BOOT::|f| #))) ; (AND (NOT (EQL # 1)) ; (BOOT::SPADCALL (CDR BOOT::|k|) BOOT::|op| ; (BOOT::|shellEntry| BOOT::$ 50))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ES-;is?;$BoB;36| ; (BOOT::|f| BOOT::|op| BOOT::$) ; (BLOCK BOOT::|ES-;is?;$BoB;36| ; (LET ((BOOT::|k| #)) ; (AND (NOT #) (BOOT::SPADCALL # BOOT::|op| #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |ES-;unwrap| ...) ; compiling (DEFUN |ES-;distribute;3$;38| ...) ; compiling (DEFUN |ES-;eval;$L$;39| ...) ; compiling (DEFUN |ES-;subst;$L$;40| ...) ; compiling (DEFUN |ES-;mkKerLists| ...) ; compiling (DEFUN |ES-;even?;$B;42| ...) ; file: /tmp/oa-IIGy6R/code.lsp ; in: DEFUN |ES-;even?;$B;42| ; #'(LAMBDA (BOOT::|#1| BOOT::$) (EVENP BOOT::|#1|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |ES-;odd?;$B;43| ...) ; file: /tmp/oa-IIGy6R/code.lsp ; in: DEFUN |ES-;odd?;$B;43| ; #'(LAMBDA (BOOT::|#1| BOOT::$) (ODDP BOOT::|#1|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |ES-;intpred?| ...) ; file: /tmp/oa-IIGy6R/code.lsp ; in: DEFUN |ES-;intpred?| ; (DEFUN BOOT::|ES-;intpred?| (BOOT::|x| BOOT::|pred?| BOOT::$) ; (LET ((BOOT::|u| (BOOT::SPADCALL BOOT::|x| #))) ; (AND (ZEROP (CAR BOOT::|u|)) ; (FUNCALL (CAR BOOT::|pred?|) (CDR BOOT::|u|) (CDR BOOT::|pred?|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ES-;intpred?| ; (BOOT::|x| BOOT::|pred?| BOOT::$) ; (BLOCK BOOT::|ES-;intpred?| ; (LET ((BOOT::|u| #)) ; (AND (ZEROP #) (FUNCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |ExpressionSpace&| ...) ; compiling (MAKEPROP (QUOTE |ExpressionSpace&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 4 STYLE-WARNING conditions ; printed 8 notes ; /tmp/oa-IIGy6R/code.fasl written ; compilation finished in 0:00:00.127 ------------------------------------------------------------------------ finalizing NRLIB ES Processing ExpressionSpace for Browser database: -- elt : (OP,%) -> % -- elt : (OP,%,%) -> % -- elt : (OP,%,%,%) -> % -- elt : (OP,%,%,%,%) -> % -- elt : (OP,List %) -> % -- subst : (%,Equation %) -> % -- subst : (%,List Equation %) -> % -- subst : (%,List K,List %) -> % -- box : % -> % -- box : List % -> % -- paren : % -> % -- paren : List % -> % -- distribute : % -> % -- distribute : (%,%) -> % -- height : % -> N -- mainKernel : % -> Union(K,"failed") -- kernels : % -> List K -- tower : % -> List K -- operators : % -> List OP -- operator : OP -> OP -- belong? : OP -> Boolean -- is? : (%,OP) -> Boolean -- is? : (%,SY) -> Boolean -- kernel : (OP,%) -> % -- kernel : (OP,List %) -> % -- map : ((% -> %),K) -> % -- freeOf? : (%,%) -> Boolean -- freeOf? : (%,SY) -> Boolean -- eval : (%,List SY,List (% -> %)) -> % -- eval : (%,List SY,List (List % -> %)) -> % -- eval : (%,SY,(List % -> %)) -> % -- eval : (%,SY,(% -> %)) -> % -- eval : (%,List OP,List (% -> %)) -> % -- eval : (%,List OP,List (List % -> %)) -> % -- eval : (%,OP,(List % -> %)) -> % -- eval : (%,OP,(% -> %)) -> % -- minPoly : K -> SparseUnivariatePolynomial % -- definingPolynomial : % -> % -- even? : % -> Boolean -- odd? : % -> Boolean -- constructor ; compiling file "/tmp/oa-lWGBzR/code.lsp" (written 01 FEB 2016 10:57:58 PM): ; compiling (DEFPARAMETER |ExpressionSpace;AL| ...) ; compiling (DEFUN |ExpressionSpace;| ...) ; compiling (DEFUN |ExpressionSpace| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-lWGBzR/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/GROUP.fasl --optimize=3 GROUP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GROUP.spad using Spad compiler. GROUP abbreviates category Group debug: compDefine1 lhs: (Group) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for Group compiling into /tmp/oa-YGqSKf STYLE-WARNING: redefining BOOT::|Group| in DEFUN Time: 0.00 SEC. GROUP- abbreviates package Group& ------------------------------------------------------------------------ initializing stationary directory for Group& compiling into /tmp/oa-YE9vKj importing RepeatedSquaring S compiling exported / : (S,S) -> S Time: 0.01 SEC. compiling exported recip : S -> Union(S,failed) Time: 0 SEC. compiling exported ** : (S,Integer) -> S Time: 0.02 SEC. compiling exported conjugate : (S,S) -> S Time: 0 SEC. compiling exported commutator : (S,S) -> S Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor Group& Time: 0.03 seconds finalizing NRLIB GROUP- ; compiling file "/tmp/oa-YE9vKj/code.lsp" (written 01 FEB 2016 10:57:59 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |GROUP-;/;3$;1| ...) ; compiling (DEFUN |GROUP-;recip;$U;2| ...) ; compiling (DEFUN |GROUP-;**;$I$;3| ...) ; compiling (DEFUN |GROUP-;conjugate;3$;4| ...) ; compiling (DEFUN |GROUP-;commutator;3$;5| ...) ; compiling (DEFUN |Group&| ...) ; compiling (MAKEPROP (QUOTE |Group&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-YE9vKj/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ finalizing NRLIB GROUP Processing Group for Browser database: -- inv : % -> % -- ?/? : (%,%) -> % -- ?**? : (%,Integer) -> % -- conjugate : (%,%) -> % -- commutator : (%,%) -> % -- constructor ; compiling file "/tmp/oa-YGqSKf/code.lsp" (written 01 FEB 2016 10:57:59 PM): ; compiling (DEFPARAMETER |Group;AL| ...) ; compiling (DEFUN |Group;| ...) ; compiling (DEFUN |Group| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-YGqSKf/code.fasl written ; compilation finished in 0:00:00.006 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/MRATFAC.fasl --bootstrap MRATFAC.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MRATFAC.spad using Spad compiler. MRATFAC abbreviates package MRationalFactorize ------------------------------------------------------------------------ initializing stationary directory for MRationalFactorize compiling into /tmp/oa-eS5PXr Time: 0.04 SEC. Cumulative Statistics for Constructor MRationalFactorize Time: 0.04 seconds finalizing NRLIB MRATFAC ; compiling file "/tmp/oa-eS5PXr/code.lsp" (written 01 FEB 2016 10:57:59 PM): ; compiling (DEFUN |MRationalFactorize| ...) ; compiling (DEFUN |MRationalFactorize;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-eS5PXr/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/MPRFF.fasl --bootstrap MPRFF.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MPRFF.spad using Spad compiler. MPRFF abbreviates package MPolyCatRationalFunctionFactorizer ------------------------------------------------------------------------ initializing stationary directory for MPolyCatRationalFunctionFactorizer compiling into /tmp/oa-eUDBHB Time: 0.04 SEC. Cumulative Statistics for Constructor MPolyCatRationalFunctionFactorizer Time: 0.04 seconds finalizing NRLIB MPRFF ; compiling file "/tmp/oa-eUDBHB/code.lsp" (written 01 FEB 2016 10:57:59 PM): ; compiling (DEFUN |MPolyCatRationalFunctionFactorizer| ...) ; compiling (DEFUN |MPolyCatRationalFunctionFactorizer;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-eUDBHB/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/INNMFACT.fasl --bootstrap INNMFACT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INNMFACT.spad using Spad compiler. INNMFACT abbreviates package InnerMultFact ------------------------------------------------------------------------ initializing stationary directory for InnerMultFact compiling into /tmp/oa-wVfMcQ Time: 0.05 SEC. Cumulative Statistics for Constructor InnerMultFact Time: 0.05 seconds finalizing NRLIB INNMFACT ; compiling file "/tmp/oa-wVfMcQ/code.lsp" (written 01 FEB 2016 10:57:59 PM): ; compiling (DEFUN |InnerMultFact| ...) ; compiling (DEFUN |InnerMultFact;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-wVfMcQ/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/GENUFACT.fasl --bootstrap GENUFACT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GENUFACT.spad using Spad compiler. GENUFACT abbreviates package GenUFactorize ------------------------------------------------------------------------ initializing stationary directory for GenUFactorize compiling into /tmp/oa-PQudtW Time: 0.02 SEC. Cumulative Statistics for Constructor GenUFactorize Time: 0.02 seconds finalizing NRLIB GENUFACT ; compiling file "/tmp/oa-PQudtW/code.lsp" (written 01 FEB 2016 10:57:59 PM): ; compiling (DEFUN |GenUFactorize| ...) ; compiling (DEFUN |GenUFactorize;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-PQudtW/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/MULTFACT.fasl --optimize=3 MULTFACT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MULTFACT.spad using Spad compiler. MULTFACT abbreviates package MultivariateFactorize debug: compDefine1 lhs: (MultivariateFactorize OV E R P) signature (pre-evaluate): ((CATEGORY package (SIGNATURE factor ((Factored P) P)) (SIGNATURE factor ((Factored (SparseUnivariatePolynomial P)) (SparseUnivariatePolynomial P)))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE factor ((Factored P) P)) (SIGNATURE factor ((Factored (SparseUnivariatePolynomial P)) (SparseUnivariatePolynomial P)))) $param: (OV E R P) debug: evaluateType form: (Factored P) $param: (OV E R P) Debug: evaluateType1 form: (Factored P) debug: evaluateType1 x: P m: (IntegralDomain) debug: evaluateType form: P $param: (OV E R P) debug: evaluateType form: (Factored (SparseUnivariatePolynomial P)) $param: (OV E R P) Debug: evaluateType1 form: (Factored (SparseUnivariatePolynomial P)) debug: evaluateType1 x: (SparseUnivariatePolynomial P) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (OV E R P) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (OV E R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial P) c: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (OV E R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE factor ((Factored P) P)) (SIGNATURE factor ((Factored (SparseUnivariatePolynomial P)) (SparseUnivariatePolynomial P)))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for MultivariateFactorize compiling into /tmp/oa-jJHgk9 compiling exported factor : P -> Factored P Time: 0.15 SEC. compiling exported factor : SparseUnivariatePolynomial P -> Factored SparseUnivariatePolynomial P Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] factor: not known that OrderedSet is of mode CATEGORY(package,convert: % -> Symbol) Cumulative Statistics for Constructor MultivariateFactorize Time: 0.20 seconds finalizing NRLIB MULTFACT Processing MultivariateFactorize for Browser database: -- factor : P -> Factored P -- factor : USP -> Factored USP -- constructor ; compiling file "/tmp/oa-jJHgk9/code.lsp" (written 01 FEB 2016 10:57:59 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MULTFACT;factor;PF;1| ...) ; compiling (DEFUN |MULTFACT;factor;SupF;2| ...) ; compiling (DEFUN |MultivariateFactorize| ...) ; compiling (DEFUN |MultivariateFactorize;| ...) ; compiling (MAKEPROP (QUOTE |MultivariateFactorize|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-jJHgk9/code.fasl written ; compilation finished in 0:00:00.019 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/IDPOAM.fasl --optimize=3 IDPOAM.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IDPOAM.spad using Spad compiler. IDPOAM abbreviates domain IndexedDirectProductOrderedAbelianMonoid debug: compDefine1 lhs: (IndexedDirectProductOrderedAbelianMonoid A S) signature (pre-evaluate): ((Join (OrderedAbelianMonoid) (IndexedDirectProductCategory A S)) (OrderedAbelianMonoid) (OrderedType)) debug: evaluateType form: (Join (OrderedAbelianMonoid) (IndexedDirectProductCategory A S)) $param: (A S) debug: evaluateType form: (OrderedAbelianMonoid) $param: (A S) Debug: evaluateType1 form: (OrderedAbelianMonoid) debug: evaluateType form: (IndexedDirectProductCategory A S) $param: (A S) Debug: evaluateType1 form: (IndexedDirectProductCategory A S) debug: evaluateType1 x: A m: (BasicType) debug: evaluateType1 x: S m: (OrderedType) debug: evaluateType form: (OrderedAbelianMonoid) $param: (A S) Debug: evaluateType1 form: (OrderedAbelianMonoid) debug: evaluateType form: (OrderedType) $param: (A S) Debug: evaluateType1 form: (OrderedType) debug: compDefine1 signature (post evaluate): ((Join (OrderedAbelianMonoid) (IndexedDirectProductCategory A S)) (OrderedAbelianMonoid) (OrderedType)) debug: compDefine1 lhs: (IndexedDirectProductOrderedAbelianMonoid A S) signature (pre-evaluate): ((Join (OrderedAbelianMonoid) (IndexedDirectProductCategory A S)) NIL NIL) debug: evaluateType form: (Join (OrderedAbelianMonoid) (IndexedDirectProductCategory A S)) $param: (A S) debug: evaluateType form: (OrderedAbelianMonoid) $param: (A S) Debug: evaluateType1 form: (OrderedAbelianMonoid) debug: evaluateType form: (IndexedDirectProductCategory A S) $param: (A S) Debug: evaluateType1 form: (IndexedDirectProductCategory A S) debug: evaluateType1 x: A m: (BasicType) debug: evaluateType1 x: S m: (OrderedType) debug: compDefine1 signature (post evaluate): ((Join (OrderedAbelianMonoid) (IndexedDirectProductCategory A S)) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for IndexedDirectProductOrderedAbelianMonoid compiling into /tmp/oa-Mw0j4j compiling exported < : (%,%) -> Boolean Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Cumulative Statistics for Constructor IndexedDirectProductOrderedAbelianMonoid Time: 0.05 seconds finalizing NRLIB IDPOAM Processing IndexedDirectProductOrderedAbelianMonoid for Browser database: -- constructor ; compiling file "/tmp/oa-Mw0j4j/code.lsp" (written 01 FEB 2016 10:58:00 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |IDPOAM;<;2$B;1| ...) ; compiling (DEFUN |IndexedDirectProductOrderedAbelianMonoid| ...) ; compiling (DEFUN |IndexedDirectProductOrderedAbelianMonoid;| ...) ; compiling (MAKEPROP (QUOTE |IndexedDirectProductOrderedAbelianMonoid|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Mw0j4j/code.fasl written ; compilation finished in 0:00:00.029 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/IDPOAMS.fasl --optimize=3 IDPOAMS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IDPOAMS.spad using Spad compiler. IDPOAMS abbreviates domain IndexedDirectProductOrderedAbelianMonoidSup debug: compDefine1 lhs: (IndexedDirectProductOrderedAbelianMonoidSup A S) signature (pre-evaluate): ((Join (OrderedAbelianMonoidSup) (IndexedDirectProductCategory A S)) (OrderedAbelianMonoidSup) (OrderedSet)) debug: evaluateType form: (Join (OrderedAbelianMonoidSup) (IndexedDirectProductCategory A S)) $param: (A S) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (A S) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (IndexedDirectProductCategory A S) $param: (A S) Debug: evaluateType1 form: (IndexedDirectProductCategory A S) debug: evaluateType1 x: A m: (BasicType) debug: evaluateType1 x: S m: (OrderedType) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (A S) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedSet) $param: (A S) Debug: evaluateType1 form: (OrderedSet) debug: compDefine1 signature (post evaluate): ((Join (OrderedAbelianMonoidSup) (IndexedDirectProductCategory A S)) (OrderedAbelianMonoidSup) (OrderedSet)) debug: compDefine1 lhs: (IndexedDirectProductOrderedAbelianMonoidSup A S) signature (pre-evaluate): ((Join (OrderedAbelianMonoidSup) (IndexedDirectProductCategory A S)) NIL NIL) debug: evaluateType form: (Join (OrderedAbelianMonoidSup) (IndexedDirectProductCategory A S)) $param: (A S) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (A S) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (IndexedDirectProductCategory A S) $param: (A S) Debug: evaluateType1 form: (IndexedDirectProductCategory A S) debug: evaluateType1 x: A m: (BasicType) debug: evaluateType1 x: S m: (OrderedType) debug: compDefine1 signature (post evaluate): ((Join (OrderedAbelianMonoidSup) (IndexedDirectProductCategory A S)) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for IndexedDirectProductOrderedAbelianMonoidSup compiling into /tmp/oa-JNTg3v compiling exported subtractIfCan : (%,%) -> Maybe % Time: 0.04 SEC. compiling exported sup : (%,%) -> % Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] Rep differs from the base domain Cumulative Statistics for Constructor IndexedDirectProductOrderedAbelianMonoidSup Time: 0.07 seconds finalizing NRLIB IDPOAMS Processing IndexedDirectProductOrderedAbelianMonoidSup for Browser database: -- constructor ; compiling file "/tmp/oa-JNTg3v/code.lsp" (written 01 FEB 2016 10:58:00 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |IDPOAMS;subtractIfCan;2$M;1| ...) ; compiling (DEFUN |IDPOAMS;sup;3$;2| ...) ; compiling (DEFUN |IndexedDirectProductOrderedAbelianMonoidSup| ...) ; compiling (DEFUN |IndexedDirectProductOrderedAbelianMonoidSup;| ...) ; compiling (MAKEPROP (QUOTE |IndexedDirectProductOrderedAbelianMonoidSup|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-JNTg3v/code.fasl written ; compilation finished in 0:00:00.034 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/INDE.fasl --optimize=3 INDE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INDE.spad using Spad compiler. INDE abbreviates domain IndexedExponents debug: compDefine1 lhs: (IndexedExponents Varset) signature (pre-evaluate): ((Join (OrderedAbelianMonoidSup) (IndexedDirectProductCategory (NonNegativeInteger) Varset)) (OrderedSet)) debug: evaluateType form: (Join (OrderedAbelianMonoidSup) (IndexedDirectProductCategory (NonNegativeInteger) Varset)) $param: (Varset) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (Varset) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (IndexedDirectProductCategory (NonNegativeInteger) Varset) $param: (Varset) Debug: evaluateType1 form: (IndexedDirectProductCategory (NonNegativeInteger) Varset) debug: evaluateType1 x: (NonNegativeInteger) m: (BasicType) debug: evaluateType1 categoryForm: (BasicType) debug: evaluateType form: (BasicType) $param: (Varset) Debug: evaluateType1 form: (BasicType) debug: evaluateType form: (NonNegativeInteger) $param: (Varset) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (BasicType) debug: evaluateType1 x: Varset m: (OrderedType) debug: evaluateType form: (OrderedSet) $param: (Varset) Debug: evaluateType1 form: (OrderedSet) debug: compDefine1 signature (post evaluate): ((Join (OrderedAbelianMonoidSup) (IndexedDirectProductCategory (NonNegativeInteger) Varset)) (OrderedSet)) debug: compDefine1 lhs: (IndexedExponents Varset) signature (pre-evaluate): ((Join (OrderedAbelianMonoidSup) (IndexedDirectProductCategory (NonNegativeInteger) Varset)) NIL) debug: evaluateType form: (Join (OrderedAbelianMonoidSup) (IndexedDirectProductCategory (NonNegativeInteger) Varset)) $param: (Varset) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (Varset) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (IndexedDirectProductCategory (NonNegativeInteger) Varset) $param: (Varset) Debug: evaluateType1 form: (IndexedDirectProductCategory (NonNegativeInteger) Varset) debug: evaluateType1 x: (NonNegativeInteger) m: (BasicType) debug: evaluateType1 categoryForm: (BasicType) debug: evaluateType form: (BasicType) $param: (Varset) Debug: evaluateType1 form: (BasicType) debug: evaluateType form: (NonNegativeInteger) $param: (Varset) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (BasicType) debug: evaluateType1 x: Varset m: (OrderedType) debug: compDefine1 signature (post evaluate): ((Join (OrderedAbelianMonoidSup) (IndexedDirectProductCategory (NonNegativeInteger) Varset)) NIL) ------------------------------------------------------------------------ initializing stationary directory for IndexedExponents compiling into /tmp/oa-7qXmWJ compiling local coerceOF : Term -> OutputForm Time: 0.08 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] Rep differs from the base domain Cumulative Statistics for Constructor IndexedExponents Time: 0.10 seconds finalizing NRLIB INDE Processing IndexedExponents for Browser database: -- constructor ; compiling file "/tmp/oa-7qXmWJ/code.lsp" (written 01 FEB 2016 10:58:00 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |INDE;coerceOF| ...) ; compiling (DEFUN |INDE;coerce;$Of;2| ...) ; compiling (DEFUN |IndexedExponents| ...) ; compiling (DEFUN |IndexedExponents;| ...) ; compiling (MAKEPROP (QUOTE |IndexedExponents|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-7qXmWJ/code.fasl written ; compilation finished in 0:00:00.021 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/CARD.fasl --optimize=3 CARD.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CARD.spad using Spad compiler. CARD abbreviates domain CardinalNumber debug: compDefine1 lhs: (CardinalNumber) signature (pre-evaluate): ((Join (OrderedSet) (AbelianMonoid) (Monoid) (RetractableTo (NonNegativeInteger)) (CATEGORY domain (ATTRIBUTE (commutative *)) (SIGNATURE - ((Union $ failed) $ $)) (SIGNATURE ** ($ $ $)) (SIGNATURE Aleph ($ (NonNegativeInteger))) (SIGNATURE finite? ((Boolean) $)) (SIGNATURE countable? ((Boolean) $)) (SIGNATURE generalizedContinuumHypothesisAssumed? ((Boolean))) (SIGNATURE generalizedContinuumHypothesisAssumed ((Boolean) (Boolean)))))) debug: evaluateType form: (Join (OrderedSet) (AbelianMonoid) (Monoid) (RetractableTo (NonNegativeInteger)) (CATEGORY domain (ATTRIBUTE (commutative *)) (SIGNATURE - ((Union $ failed) $ $)) (SIGNATURE ** ($ $ $)) (SIGNATURE Aleph ($ (NonNegativeInteger))) (SIGNATURE finite? ((Boolean) $)) (SIGNATURE countable? ((Boolean) $)) (SIGNATURE generalizedContinuumHypothesisAssumed? ((Boolean))) (SIGNATURE generalizedContinuumHypothesisAssumed ((Boolean) (Boolean))))) $param: NIL debug: evaluateType form: (OrderedSet) $param: NIL Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (AbelianMonoid) $param: NIL Debug: evaluateType1 form: (AbelianMonoid) debug: evaluateType form: (Monoid) $param: NIL Debug: evaluateType1 form: (Monoid) debug: evaluateType form: (RetractableTo (NonNegativeInteger)) $param: NIL Debug: evaluateType1 form: (RetractableTo (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (CATEGORY domain (ATTRIBUTE (commutative *)) (SIGNATURE - ((Union $ failed) $ $)) (SIGNATURE ** ($ $ $)) (SIGNATURE Aleph ($ (NonNegativeInteger))) (SIGNATURE finite? ((Boolean) $)) (SIGNATURE countable? ((Boolean) $)) (SIGNATURE generalizedContinuumHypothesisAssumed? ((Boolean))) (SIGNATURE generalizedContinuumHypothesisAssumed ((Boolean) (Boolean)))) $param: NIL debug: evaluateType form: (Union $ failed) $param: NIL debug: evaluateType form: $ $param: NIL debug: evaluateType form: failed $param: NIL debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: compDefine1 signature (post evaluate): ((Join (OrderedSet) (AbelianMonoid) (Monoid) (RetractableTo (NonNegativeInteger)) (CATEGORY domain (ATTRIBUTE (commutative *)) (SIGNATURE - ((Union $ failed) $ $)) (SIGNATURE ** ($ $ $)) (SIGNATURE Aleph ($ (NonNegativeInteger))) (SIGNATURE finite? ((Boolean) $)) (SIGNATURE countable? ((Boolean) $)) (SIGNATURE generalizedContinuumHypothesisAssumed? ((Boolean))) (SIGNATURE generalizedContinuumHypothesisAssumed ((Boolean) (Boolean)))))) ------------------------------------------------------------------------ initializing stationary directory for CardinalNumber compiling into /tmp/oa-p3WI81 compiling exported Zero : () -> % CARD;Zero;$;1 is replaced by %pair(-1,0) Time: 0.01 SEC. compiling exported One : () -> % CARD;One;$;2 is replaced by %pair(-1,1) Time: 0 SEC. compiling exported coerce : NonNegativeInteger -> % CARD;coerce;Nni$;3 n is replaced by %pair(-1,n) Time: 0 SEC. compiling exported Aleph : NonNegativeInteger -> % CARD;Aleph;Nni$;4 n is replaced by %pair(n,-1) Time: 0 SEC. compiling exported coerce : % -> OutputForm Time: 0.02 SEC. compiling exported = : (%,%) -> Boolean Time: 0.02 SEC. compiling exported < : (%,%) -> Boolean Time: 0.01 SEC. compiling exported + : (%,%) -> % Time: 0.00 SEC. compiling exported - : (%,%) -> Union(%,failed) Time: 0.01 SEC. compiling exported * : (%,%) -> % Time: 0.02 SEC. compiling exported * : (NonNegativeInteger,%) -> % Time: 0.00 SEC. compiling exported ** : (%,%) -> % Time: 0.04 SEC. compiling exported finite? : % -> Boolean CARD;finite?;$B;13 x is replaced by %ieq(%head x,-1) Time: 0.00 SEC. compiling exported countable? : % -> Boolean CARD;countable?;$B;14 x is replaced by %ilt(%head x,1) Time: 0 SEC. compiling exported retract : % -> NonNegativeInteger Time: 0 SEC. compiling exported retractIfCan : % -> Union(NonNegativeInteger,failed) Time: 0.00 SEC. compiling exported generalizedContinuumHypothesisAssumed? : () -> Boolean Time: 0 SEC. compiling exported generalizedContinuumHypothesisAssumed : Boolean -> Boolean Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] **: : NonNegativeInteger -- replace by pretend Cumulative Statistics for Constructor CardinalNumber Time: 0.15 seconds finalizing NRLIB CARD Processing CardinalNumber for Browser database: -- commutative : "*" -> attribute --->../../x86_64-unknown-linux-gnu/src/algebra/card.spad-->CardinalNumber((commutative (attribute *))): Improper first word in comments: a "a domain \\spad{D} has \\spad{commutative(\"*\")} if it has an operation \\spad{\"*\": (D,D) -> D} which is commutative." -- ?-? : (%,%) -> Union(%,"failed") -- ?**? : (%,%) -> % -- Aleph : NonNegativeInteger -> % -- finite? : % -> Boolean -- countable? : % -> Boolean -- generalizedContinuumHypothesisAssumed? : () -> Boolean -- generalizedContinuumHypothesisAssumed : Boolean -> Boolean -- constructor ; compiling file "/tmp/oa-p3WI81/code.lsp" (written 01 FEB 2016 10:58:00 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CARD;Zero;$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CARD;One;$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CARD;coerce;Nni$;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CARD;Aleph;Nni$;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CARD;finite?;$B;13|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CARD;countable?;$B;14|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CARD;<;2$B;7|) ...) ; compiling (DEFUN |CARD;Zero;$;1| ...) ; compiling (DEFUN |CARD;One;$;2| ...) ; compiling (DEFUN |CARD;coerce;Nni$;3| ...) ; compiling (DEFUN |CARD;Aleph;Nni$;4| ...) ; compiling (DEFUN |CARD;coerce;$Of;5| ...) ; compiling (DEFUN |CARD;=;2$B;6| ...) ; compiling (DEFUN |CARD;<;2$B;7| ...) ; compiling (DEFUN |CARD;+;3$;8| ...) ; file: /tmp/oa-p3WI81/code.lsp ; in: DEFUN |CARD;+;3$;8| ; (DEFUN BOOT::|CARD;+;3$;8| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ((AND (EQL # -1) (EQL # -1)) (CONS -1 (+ # #))) ; (T ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| ; (BOOT::|shellEntry| BOOT::$ 37))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CARD;+;3$;8| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|CARD;+;3$;8| ; (COND ((AND # #) (CONS -1 #)) ; (T (BOOT::SPADCALL BOOT::|x| BOOT::|y| #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |CARD;-;2$U;9| ...) ; compiling (DEFUN |CARD;*;3$;10| ...) ; file: /tmp/oa-p3WI81/code.lsp ; in: DEFUN |CARD;*;3$;10| ; (DEFUN BOOT::|CARD;*;3$;10| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ((AND (EQL # -1) (EQL # -1)) (CONS -1 (* # #))) ; ((OR (BOOT::|CARD;=;2$B;6| BOOT::|x| # BOOT::$) ; (BOOT::|CARD;=;2$B;6| BOOT::|y| # BOOT::$)) ; (BOOT::|spadConstant| BOOT::$ 18)) ; (T ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| ; (BOOT::|shellEntry| BOOT::$ 37))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CARD;*;3$;10| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|CARD;*;3$;10| ; (COND ((AND # #) (CONS -1 #)) ; ((OR # #) (BOOT::|spadConstant| BOOT::$ 18)) ; (T (BOOT::SPADCALL BOOT::|x| BOOT::|y| #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |CARD;*;Nni2$;11| ...) ; file: /tmp/oa-p3WI81/code.lsp ; in: DEFUN |CARD;*;Nni2$;11| ; (DEFUN BOOT::|CARD;*;Nni2$;11| (BOOT::|n| BOOT::|x| BOOT::$) ; (COND ((EQL (CAR BOOT::|x|) -1) (CONS -1 (BOOT::SPADCALL BOOT::|n| # #))) ; ((ZEROP BOOT::|n|) (BOOT::|spadConstant| BOOT::$ 18)) (T BOOT::|x|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CARD;*;Nni2$;11| ; (BOOT::|n| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|CARD;*;Nni2$;11| ; (COND ((EQL # -1) (CONS -1 #)) ; ((ZEROP BOOT::|n|) (BOOT::|spadConstant| BOOT::$ 18)) ; (T BOOT::|x|)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |CARD;**;3$;12| ...) ; file: /tmp/oa-p3WI81/code.lsp ; in: DEFUN |CARD;**;3$;12| ; (DEFUN BOOT::|CARD;**;3$;12| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ; ((BOOT::|CARD;=;2$B;6| BOOT::|y| (BOOT::|spadConstant| BOOT::$ 18) ; BOOT::$) ; (COND (# #) (T #))) ; ((EQL (CAR BOOT::|y|) -1) (COND (# BOOT::|x|) (T #))) ; ((BOOT::|CARD;=;2$B;6| BOOT::|x| (BOOT::|spadConstant| BOOT::$ 18) ; BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 18)) ; ((BOOT::|CARD;=;2$B;6| BOOT::|x| (BOOT::|spadConstant| BOOT::$ 19) ; BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 19)) ; ((BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 11) ; (BOOT::|shellEntry| BOOT::$ 53)) ; (CONS (+ # 1) -1)) ; (T ; (BOOT::|error| "Transfinite exponentiation only implemented under GCH")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CARD;**;3$;12| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|CARD;**;3$;12| ; (COND ((BOOT::|CARD;=;2$B;6| BOOT::|y| # BOOT::$) (COND # #)) ; ((EQL # -1) (COND # #)) ; ((BOOT::|CARD;=;2$B;6| BOOT::|x| # BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 18)) ; ((BOOT::|CARD;=;2$B;6| BOOT::|x| # BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 19)) ; ((BOOT::SPADCALL # #) (CONS # -1)) ; (T ; (BOOT::|error| ; "Transfinite exponentiation only implemented under GCH"))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |CARD;finite?;$B;13| ...) ; compiling (DEFUN |CARD;countable?;$B;14| ...) ; compiling (DEFUN |CARD;retract;$Nni;15| ...) ; file: /tmp/oa-p3WI81/code.lsp ; in: DEFUN |CARD;retract;$Nni;15| ; (DEFUN BOOT::|CARD;retract;$Nni;15| (BOOT::|x| BOOT::$) ; (COND ; ((EQL (CAR BOOT::|x|) -1) ; (LET (#) ; (COND # #))) ; (T (BOOT::|error| "Not finite")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CARD;retract;$Nni;15| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|CARD;retract;$Nni;15| ; (COND ; ((EQL # -1) ; (LET # ; #)) ; (T (BOOT::|error| "Not finite"))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |CARD;retractIfCan;$U;16| ...) ; file: /tmp/oa-p3WI81/code.lsp ; in: DEFUN |CARD;retractIfCan;$U;16| ; (DEFUN BOOT::|CARD;retractIfCan;$U;16| (BOOT::|x| BOOT::$) ; (COND ; ((EQL (CAR BOOT::|x|) -1) ; (CONS 0 ; (LET # ; #))) ; (T (CONS 1 "failed")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CARD;retractIfCan;$U;16| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|CARD;retractIfCan;$U;16| ; (COND ((EQL # -1) (CONS 0 #)) (T (CONS 1 "failed"))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |CARD;generalizedContinuumHypothesisAssumed?;B;17| ...) ; file: /tmp/oa-p3WI81/code.lsp ; in: DEFUN |CARD;generalizedContinuumHypothesisAssumed?;B;17| ; (DEFUN BOOT::|CARD;generalizedContinuumHypothesisAssumed?;B;17| (BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 11) ; (BOOT::|shellEntry| BOOT::$ 53))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CARD;generalizedContinuumHypothesisAssumed?;B;17| ; (BOOT::$) ; (BLOCK BOOT::|CARD;generalizedContinuumHypothesisAssumed?;B;17| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 11) ; (BOOT::|shellEntry| BOOT::$ 53)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |CARD;generalizedContinuumHypothesisAssumed;2B;18| ...) ; file: /tmp/oa-p3WI81/code.lsp ; in: DEFUN |CARD;generalizedContinuumHypothesisAssumed;2B;18| ; (DEFUN BOOT::|CARD;generalizedContinuumHypothesisAssumed;2B;18| ; (BOOT::|b| BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 11) BOOT::|b| ; (BOOT::|shellEntry| BOOT::$ 62))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CARD;generalizedContinuumHypothesisAssumed;2B;18| ; (BOOT::|b| BOOT::$) ; (BLOCK BOOT::|CARD;generalizedContinuumHypothesisAssumed;2B;18| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 11) BOOT::|b| ; (BOOT::|shellEntry| BOOT::$ 62)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |CardinalNumber| ...) ; compiling (DEFUN |CardinalNumber;| ...) ; compiling (MAKEPROP (QUOTE |CardinalNumber|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 7 notes ; /tmp/oa-p3WI81/code.fasl written ; compilation finished in 0:00:00.069 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/EQ.fasl --optimize=3 EQ.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/EQ.spad using Spad compiler. EQ abbreviates domain Equation debug: compDefine1 lhs: (Equation S) signature (pre-evaluate): ((Join (Functorial S) (CATEGORY domain (SIGNATURE = ($ S S)) (SIGNATURE equation ($ S S)) (SIGNATURE swap ($ $)) (SIGNATURE lhs (S $)) (SIGNATURE rhs (S $)) (IF (has S (InnerEvalable (Symbol) S)) (ATTRIBUTE (InnerEvalable (Symbol) S)) %noBranch) (IF (has S (SetCategory)) (PROGN (ATTRIBUTE (SetCategory)) (ATTRIBUTE (CoercibleTo (Boolean))) (IF (has S (Evalable S)) (PROGN (SIGNATURE eval ($ $ $)) (SIGNATURE eval ($ $ (List $)))) %noBranch)) %noBranch) (IF (has S (AbelianSemiGroup)) (PROGN (ATTRIBUTE (AbelianSemiGroup)) (SIGNATURE + ($ S $)) (SIGNATURE + ($ $ S))) %noBranch) (IF (has S (AbelianGroup)) (PROGN (ATTRIBUTE (AbelianGroup)) (SIGNATURE leftZero ($ $)) (SIGNATURE rightZero ($ $)) (SIGNATURE - ($ S $)) (SIGNATURE - ($ $ S))) %noBranch) (IF (has S (SemiGroup)) (PROGN (ATTRIBUTE (SemiGroup)) (SIGNATURE * ($ S $)) (SIGNATURE * ($ $ S))) %noBranch) (IF (has S (Monoid)) (PROGN (ATTRIBUTE (Monoid)) (SIGNATURE leftOne ((Union $ failed) $)) (SIGNATURE rightOne ((Union $ failed) $))) %noBranch) (IF (has S (Group)) (PROGN (ATTRIBUTE (Group)) (SIGNATURE leftOne ((Union $ failed) $)) (SIGNATURE rightOne ((Union $ failed) $))) %noBranch) (IF (has S (Ring)) (PROGN (ATTRIBUTE (Ring)) (ATTRIBUTE (BiModule S S))) %noBranch) (IF (has S (CommutativeRing)) (ATTRIBUTE (Module S)) %noBranch) (IF (has S (IntegralDomain)) (SIGNATURE factorAndSplit ((List $) $)) %noBranch) (IF (has S (PartialDifferentialRing (Symbol))) (ATTRIBUTE (PartialDifferentialRing (Symbol))) %noBranch) (IF (has S (Field)) (PROGN (ATTRIBUTE (VectorSpace S)) (SIGNATURE / ($ $ $)) (SIGNATURE inv ($ $))) %noBranch) (IF (has S (ExpressionSpace)) (SIGNATURE subst ($ $ $)) %noBranch))) (Type)) debug: evaluateType form: (Join (Functorial S) (CATEGORY domain (SIGNATURE = ($ S S)) (SIGNATURE equation ($ S S)) (SIGNATURE swap ($ $)) (SIGNATURE lhs (S $)) (SIGNATURE rhs (S $)) (IF (has S (InnerEvalable (Symbol) S)) (ATTRIBUTE (InnerEvalable (Symbol) S)) %noBranch) (IF (has S (SetCategory)) (PROGN (ATTRIBUTE (SetCategory)) (ATTRIBUTE (CoercibleTo (Boolean))) (IF (has S (Evalable S)) (PROGN (SIGNATURE eval ($ $ $)) (SIGNATURE eval ($ $ (List $)))) %noBranch)) %noBranch) (IF (has S (AbelianSemiGroup)) (PROGN (ATTRIBUTE (AbelianSemiGroup)) (SIGNATURE + ($ S $)) (SIGNATURE + ($ $ S))) %noBranch) (IF (has S (AbelianGroup)) (PROGN (ATTRIBUTE (AbelianGroup)) (SIGNATURE leftZero ($ $)) (SIGNATURE rightZero ($ $)) (SIGNATURE - ($ S $)) (SIGNATURE - ($ $ S))) %noBranch) (IF (has S (SemiGroup)) (PROGN (ATTRIBUTE (SemiGroup)) (SIGNATURE * ($ S $)) (SIGNATURE * ($ $ S))) %noBranch) (IF (has S (Monoid)) (PROGN (ATTRIBUTE (Monoid)) (SIGNATURE leftOne ((Union $ failed) $)) (SIGNATURE rightOne ((Union $ failed) $))) %noBranch) (IF (has S (Group)) (PROGN (ATTRIBUTE (Group)) (SIGNATURE leftOne ((Union $ failed) $)) (SIGNATURE rightOne ((Union $ failed) $))) %noBranch) (IF (has S (Ring)) (PROGN (ATTRIBUTE (Ring)) (ATTRIBUTE (BiModule S S))) %noBranch) (IF (has S (CommutativeRing)) (ATTRIBUTE (Module S)) %noBranch) (IF (has S (IntegralDomain)) (SIGNATURE factorAndSplit ((List $) $)) %noBranch) (IF (has S (PartialDifferentialRing (Symbol))) (ATTRIBUTE (PartialDifferentialRing (Symbol))) %noBranch) (IF (has S (Field)) (PROGN (ATTRIBUTE (VectorSpace S)) (SIGNATURE / ($ $ $)) (SIGNATURE inv ($ $))) %noBranch) (IF (has S (ExpressionSpace)) (SIGNATURE subst ($ $ $)) %noBranch))) $param: (S) debug: evaluateType form: (Functorial S) $param: (S) Debug: evaluateType1 form: (Functorial S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE = ($ S S)) (SIGNATURE equation ($ S S)) (SIGNATURE swap ($ $)) (SIGNATURE lhs (S $)) (SIGNATURE rhs (S $)) (IF (has S (InnerEvalable (Symbol) S)) (ATTRIBUTE (InnerEvalable (Symbol) S)) %noBranch) (IF (has S (SetCategory)) (PROGN (ATTRIBUTE (SetCategory)) (ATTRIBUTE (CoercibleTo (Boolean))) (IF (has S (Evalable S)) (PROGN (SIGNATURE eval ($ $ $)) (SIGNATURE eval ($ $ (List $)))) %noBranch)) %noBranch) (IF (has S (AbelianSemiGroup)) (PROGN (ATTRIBUTE (AbelianSemiGroup)) (SIGNATURE + ($ S $)) (SIGNATURE + ($ $ S))) %noBranch) (IF (has S (AbelianGroup)) (PROGN (ATTRIBUTE (AbelianGroup)) (SIGNATURE leftZero ($ $)) (SIGNATURE rightZero ($ $)) (SIGNATURE - ($ S $)) (SIGNATURE - ($ $ S))) %noBranch) (IF (has S (SemiGroup)) (PROGN (ATTRIBUTE (SemiGroup)) (SIGNATURE * ($ S $)) (SIGNATURE * ($ $ S))) %noBranch) (IF (has S (Monoid)) (PROGN (ATTRIBUTE (Monoid)) (SIGNATURE leftOne ((Union $ failed) $)) (SIGNATURE rightOne ((Union $ failed) $))) %noBranch) (IF (has S (Group)) (PROGN (ATTRIBUTE (Group)) (SIGNATURE leftOne ((Union $ failed) $)) (SIGNATURE rightOne ((Union $ failed) $))) %noBranch) (IF (has S (Ring)) (PROGN (ATTRIBUTE (Ring)) (ATTRIBUTE (BiModule S S))) %noBranch) (IF (has S (CommutativeRing)) (ATTRIBUTE (Module S)) %noBranch) (IF (has S (IntegralDomain)) (SIGNATURE factorAndSplit ((List $) $)) %noBranch) (IF (has S (PartialDifferentialRing (Symbol))) (ATTRIBUTE (PartialDifferentialRing (Symbol))) %noBranch) (IF (has S (Field)) (PROGN (ATTRIBUTE (VectorSpace S)) (SIGNATURE / ($ $ $)) (SIGNATURE inv ($ $))) %noBranch) (IF (has S (ExpressionSpace)) (SIGNATURE subst ($ $ $)) %noBranch)) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Join (Functorial S) (CATEGORY domain (SIGNATURE = ($ S S)) (SIGNATURE equation ($ S S)) (SIGNATURE swap ($ $)) (SIGNATURE lhs (S $)) (SIGNATURE rhs (S $)) (IF (has S (InnerEvalable (Symbol) S)) (ATTRIBUTE (InnerEvalable (Symbol) S)) %noBranch) (IF (has S (SetCategory)) (PROGN (ATTRIBUTE (SetCategory)) (ATTRIBUTE (CoercibleTo (Boolean))) (IF (has S (Evalable S)) (PROGN (SIGNATURE eval ($ $ $)) (SIGNATURE eval ($ $ (List $)))) %noBranch)) %noBranch) (IF (has S (AbelianSemiGroup)) (PROGN (ATTRIBUTE (AbelianSemiGroup)) (SIGNATURE + ($ S $)) (SIGNATURE + ($ $ S))) %noBranch) (IF (has S (AbelianGroup)) (PROGN (ATTRIBUTE (AbelianGroup)) (SIGNATURE leftZero ($ $)) (SIGNATURE rightZero ($ $)) (SIGNATURE - ($ S $)) (SIGNATURE - ($ $ S))) %noBranch) (IF (has S (SemiGroup)) (PROGN (ATTRIBUTE (SemiGroup)) (SIGNATURE * ($ S $)) (SIGNATURE * ($ $ S))) %noBranch) (IF (has S (Monoid)) (PROGN (ATTRIBUTE (Monoid)) (SIGNATURE leftOne ((Union $ failed) $)) (SIGNATURE rightOne ((Union $ failed) $))) %noBranch) (IF (has S (Group)) (PROGN (ATTRIBUTE (Group)) (SIGNATURE leftOne ((Union $ failed) $)) (SIGNATURE rightOne ((Union $ failed) $))) %noBranch) (IF (has S (Ring)) (PROGN (ATTRIBUTE (Ring)) (ATTRIBUTE (BiModule S S))) %noBranch) (IF (has S (CommutativeRing)) (ATTRIBUTE (Module S)) %noBranch) (IF (has S (IntegralDomain)) (SIGNATURE factorAndSplit ((List $) $)) %noBranch) (IF (has S (PartialDifferentialRing (Symbol))) (ATTRIBUTE (PartialDifferentialRing (Symbol))) %noBranch) (IF (has S (Field)) (PROGN (ATTRIBUTE (VectorSpace S)) (SIGNATURE / ($ $ $)) (SIGNATURE inv ($ $))) %noBranch) (IF (has S (ExpressionSpace)) (SIGNATURE subst ($ $ $)) %noBranch))) (Type)) debug: compDefine1 lhs: (Equation S) signature (pre-evaluate): ((Join (Functorial S) (CATEGORY domain (SIGNATURE = ($ S S)) (SIGNATURE equation ($ S S)) (SIGNATURE swap ($ $)) (SIGNATURE lhs (S $)) (SIGNATURE rhs (S $)) (IF (has S (InnerEvalable (Symbol) S)) (ATTRIBUTE (InnerEvalable (Symbol) S)) %noBranch) (IF (has S (SetCategory)) (PROGN (ATTRIBUTE (SetCategory)) (ATTRIBUTE (CoercibleTo (Boolean))) (IF (has S (Evalable S)) (PROGN (SIGNATURE eval ($ $ $)) (SIGNATURE eval ($ $ (List $)))) %noBranch)) %noBranch) (IF (has S (AbelianSemiGroup)) (PROGN (ATTRIBUTE (AbelianSemiGroup)) (SIGNATURE + ($ S $)) (SIGNATURE + ($ $ S))) %noBranch) (IF (has S (AbelianGroup)) (PROGN (ATTRIBUTE (AbelianGroup)) (SIGNATURE leftZero ($ $)) (SIGNATURE rightZero ($ $)) (SIGNATURE - ($ S $)) (SIGNATURE - ($ $ S))) %noBranch) (IF (has S (SemiGroup)) (PROGN (ATTRIBUTE (SemiGroup)) (SIGNATURE * ($ S $)) (SIGNATURE * ($ $ S))) %noBranch) (IF (has S (Monoid)) (PROGN (ATTRIBUTE (Monoid)) (SIGNATURE leftOne ((Union $ failed) $)) (SIGNATURE rightOne ((Union $ failed) $))) %noBranch) (IF (has S (Group)) (PROGN (ATTRIBUTE (Group)) (SIGNATURE leftOne ((Union $ failed) $)) (SIGNATURE rightOne ((Union $ failed) $))) %noBranch) (IF (has S (Ring)) (PROGN (ATTRIBUTE (Ring)) (ATTRIBUTE (BiModule S S))) %noBranch) (IF (has S (CommutativeRing)) (ATTRIBUTE (Module S)) %noBranch) (IF (has S (IntegralDomain)) (SIGNATURE factorAndSplit ((List $) $)) %noBranch) (IF (has S (PartialDifferentialRing (Symbol))) (ATTRIBUTE (PartialDifferentialRing (Symbol))) %noBranch) (IF (has S (Field)) (PROGN (ATTRIBUTE (VectorSpace S)) (SIGNATURE / ($ $ $)) (SIGNATURE inv ($ $))) %noBranch) (IF (has S (ExpressionSpace)) (SIGNATURE subst ($ $ $)) %noBranch))) NIL) debug: evaluateType form: (Join (Functorial S) (CATEGORY domain (SIGNATURE = ($ S S)) (SIGNATURE equation ($ S S)) (SIGNATURE swap ($ $)) (SIGNATURE lhs (S $)) (SIGNATURE rhs (S $)) (IF (has S (InnerEvalable (Symbol) S)) (ATTRIBUTE (InnerEvalable (Symbol) S)) %noBranch) (IF (has S (SetCategory)) (PROGN (ATTRIBUTE (SetCategory)) (ATTRIBUTE (CoercibleTo (Boolean))) (IF (has S (Evalable S)) (PROGN (SIGNATURE eval ($ $ $)) (SIGNATURE eval ($ $ (List $)))) %noBranch)) %noBranch) (IF (has S (AbelianSemiGroup)) (PROGN (ATTRIBUTE (AbelianSemiGroup)) (SIGNATURE + ($ S $)) (SIGNATURE + ($ $ S))) %noBranch) (IF (has S (AbelianGroup)) (PROGN (ATTRIBUTE (AbelianGroup)) (SIGNATURE leftZero ($ $)) (SIGNATURE rightZero ($ $)) (SIGNATURE - ($ S $)) (SIGNATURE - ($ $ S))) %noBranch) (IF (has S (SemiGroup)) (PROGN (ATTRIBUTE (SemiGroup)) (SIGNATURE * ($ S $)) (SIGNATURE * ($ $ S))) %noBranch) (IF (has S (Monoid)) (PROGN (ATTRIBUTE (Monoid)) (SIGNATURE leftOne ((Union $ failed) $)) (SIGNATURE rightOne ((Union $ failed) $))) %noBranch) (IF (has S (Group)) (PROGN (ATTRIBUTE (Group)) (SIGNATURE leftOne ((Union $ failed) $)) (SIGNATURE rightOne ((Union $ failed) $))) %noBranch) (IF (has S (Ring)) (PROGN (ATTRIBUTE (Ring)) (ATTRIBUTE (BiModule S S))) %noBranch) (IF (has S (CommutativeRing)) (ATTRIBUTE (Module S)) %noBranch) (IF (has S (IntegralDomain)) (SIGNATURE factorAndSplit ((List $) $)) %noBranch) (IF (has S (PartialDifferentialRing (Symbol))) (ATTRIBUTE (PartialDifferentialRing (Symbol))) %noBranch) (IF (has S (Field)) (PROGN (ATTRIBUTE (VectorSpace S)) (SIGNATURE / ($ $ $)) (SIGNATURE inv ($ $))) %noBranch) (IF (has S (ExpressionSpace)) (SIGNATURE subst ($ $ $)) %noBranch))) $param: (S) debug: evaluateType form: (Functorial S) $param: (S) Debug: evaluateType1 form: (Functorial S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE = ($ S S)) (SIGNATURE equation ($ S S)) (SIGNATURE swap ($ $)) (SIGNATURE lhs (S $)) (SIGNATURE rhs (S $)) (IF (has S (InnerEvalable (Symbol) S)) (ATTRIBUTE (InnerEvalable (Symbol) S)) %noBranch) (IF (has S (SetCategory)) (PROGN (ATTRIBUTE (SetCategory)) (ATTRIBUTE (CoercibleTo (Boolean))) (IF (has S (Evalable S)) (PROGN (SIGNATURE eval ($ $ $)) (SIGNATURE eval ($ $ (List $)))) %noBranch)) %noBranch) (IF (has S (AbelianSemiGroup)) (PROGN (ATTRIBUTE (AbelianSemiGroup)) (SIGNATURE + ($ S $)) (SIGNATURE + ($ $ S))) %noBranch) (IF (has S (AbelianGroup)) (PROGN (ATTRIBUTE (AbelianGroup)) (SIGNATURE leftZero ($ $)) (SIGNATURE rightZero ($ $)) (SIGNATURE - ($ S $)) (SIGNATURE - ($ $ S))) %noBranch) (IF (has S (SemiGroup)) (PROGN (ATTRIBUTE (SemiGroup)) (SIGNATURE * ($ S $)) (SIGNATURE * ($ $ S))) %noBranch) (IF (has S (Monoid)) (PROGN (ATTRIBUTE (Monoid)) (SIGNATURE leftOne ((Union $ failed) $)) (SIGNATURE rightOne ((Union $ failed) $))) %noBranch) (IF (has S (Group)) (PROGN (ATTRIBUTE (Group)) (SIGNATURE leftOne ((Union $ failed) $)) (SIGNATURE rightOne ((Union $ failed) $))) %noBranch) (IF (has S (Ring)) (PROGN (ATTRIBUTE (Ring)) (ATTRIBUTE (BiModule S S))) %noBranch) (IF (has S (CommutativeRing)) (ATTRIBUTE (Module S)) %noBranch) (IF (has S (IntegralDomain)) (SIGNATURE factorAndSplit ((List $) $)) %noBranch) (IF (has S (PartialDifferentialRing (Symbol))) (ATTRIBUTE (PartialDifferentialRing (Symbol))) %noBranch) (IF (has S (Field)) (PROGN (ATTRIBUTE (VectorSpace S)) (SIGNATURE / ($ $ $)) (SIGNATURE inv ($ $))) %noBranch) (IF (has S (ExpressionSpace)) (SIGNATURE subst ($ $ $)) %noBranch)) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: compDefine1 signature (post evaluate): ((Join (Functorial S) (CATEGORY domain (SIGNATURE = ($ S S)) (SIGNATURE equation ($ S S)) (SIGNATURE swap ($ $)) (SIGNATURE lhs (S $)) (SIGNATURE rhs (S $)) (IF (has S (InnerEvalable (Symbol) S)) (ATTRIBUTE (InnerEvalable (Symbol) S)) %noBranch) (IF (has S (SetCategory)) (PROGN (ATTRIBUTE (SetCategory)) (ATTRIBUTE (CoercibleTo (Boolean))) (IF (has S (Evalable S)) (PROGN (SIGNATURE eval ($ $ $)) (SIGNATURE eval ($ $ (List $)))) %noBranch)) %noBranch) (IF (has S (AbelianSemiGroup)) (PROGN (ATTRIBUTE (AbelianSemiGroup)) (SIGNATURE + ($ S $)) (SIGNATURE + ($ $ S))) %noBranch) (IF (has S (AbelianGroup)) (PROGN (ATTRIBUTE (AbelianGroup)) (SIGNATURE leftZero ($ $)) (SIGNATURE rightZero ($ $)) (SIGNATURE - ($ S $)) (SIGNATURE - ($ $ S))) %noBranch) (IF (has S (SemiGroup)) (PROGN (ATTRIBUTE (SemiGroup)) (SIGNATURE * ($ S $)) (SIGNATURE * ($ $ S))) %noBranch) (IF (has S (Monoid)) (PROGN (ATTRIBUTE (Monoid)) (SIGNATURE leftOne ((Union $ failed) $)) (SIGNATURE rightOne ((Union $ failed) $))) %noBranch) (IF (has S (Group)) (PROGN (ATTRIBUTE (Group)) (SIGNATURE leftOne ((Union $ failed) $)) (SIGNATURE rightOne ((Union $ failed) $))) %noBranch) (IF (has S (Ring)) (PROGN (ATTRIBUTE (Ring)) (ATTRIBUTE (BiModule S S))) %noBranch) (IF (has S (CommutativeRing)) (ATTRIBUTE (Module S)) %noBranch) (IF (has S (IntegralDomain)) (SIGNATURE factorAndSplit ((List $) $)) %noBranch) (IF (has S (PartialDifferentialRing (Symbol))) (ATTRIBUTE (PartialDifferentialRing (Symbol))) %noBranch) (IF (has S (Field)) (PROGN (ATTRIBUTE (VectorSpace S)) (SIGNATURE / ($ $ $)) (SIGNATURE inv ($ $))) %noBranch) (IF (has S (ExpressionSpace)) (SIGNATURE subst ($ $ $)) %noBranch))) NIL) ------------------------------------------------------------------------ initializing stationary directory for Equation compiling into /tmp/oa-Lr6yKp compiling exported = : (S,S) -> % EQ;=;2S$;1 is replaced by %pair Time: 0.04 SEC. compiling exported equation : (S,S) -> % EQ;equation;2S$;2 is replaced by %pair Time: 0 SEC. compiling exported lhs : % -> S EQ;lhs;$S;3 is replaced by %head Time: 0 SEC. compiling exported rhs : % -> S EQ;rhs;$S;4 is replaced by %tail Time: 0 SEC. compiling exported swap : % -> % Time: 0 SEC. compiling exported map : (S -> S,%) -> % Time: 0 SEC. compiling exported eval : (%,Symbol,S) -> % Time: 0.02 SEC. compiling exported eval : (%,List Symbol,List S) -> % Time: 0.00 SEC. compiling exported eval : (%,%) -> % Time: 0.01 SEC. compiling exported eval : (%,List %) -> % Time: 0.02 SEC. compiling exported = : (%,%) -> Boolean Time: 0.02 SEC. compiling exported coerce : % -> OutputForm Time: 0.00 SEC. compiling exported coerce : % -> Boolean Time: 0.01 SEC. compiling exported + : (%,%) -> % Time: 0.00 SEC. compiling exported + : (S,%) -> % Time: 0.00 SEC. compiling exported + : (%,S) -> % Time: 0.01 SEC. compiling exported - : % -> % Time: 0.00 SEC. compiling exported - : (S,%) -> % Time: 0.01 SEC. compiling exported - : (%,S) -> % Time: 0.00 SEC. compiling exported leftZero : % -> % Time: 0 SEC. compiling exported rightZero : % -> % Time: 0 SEC. compiling exported Zero : () -> % Time: 0.00 SEC. compiling exported - : (%,%) -> % Time: 0.00 SEC. compiling exported * : (%,%) -> % Time: 0.02 SEC. compiling exported * : (S,%) -> % Time: 0.01 SEC. compiling exported * : (%,S) -> % Time: 0.01 SEC. compiling exported One : () -> % Time: 0.01 SEC. compiling exported recip : % -> Union(%,failed) Time: 0.01 SEC. compiling exported leftOne : % -> Union(%,failed) Time: 0.01 SEC. compiling exported rightOne : % -> Union(%,failed) Time: 0.00 SEC. compiling exported inv : % -> % Time: 0.01 SEC. compiling exported leftOne : % -> Union(%,failed) Time: 0.01 SEC. compiling exported rightOne : % -> Union(%,failed) Time: 0 SEC. compiling exported characteristic : () -> NonNegativeInteger Time: 0.04 SEC. compiling exported * : (Integer,%) -> % Time: 0.02 SEC. compiling exported factorAndSplit : % -> List % Time: 0.11 SEC. compiling exported differentiate : (%,Symbol) -> % Time: 0.03 SEC. compiling exported dimension : () -> CardinalNumber Time: 0.01 SEC. compiling exported / : (%,%) -> % Time: 0.00 SEC. compiling exported inv : % -> % Time: 0.00 SEC. compiling exported subst : (%,%) -> % Time: 0.00 SEC. (time taken in buildFunctor: 12) Time: 0.05 SEC. Warnings: [1] eval: pretend Equation S -- should replace by @ [2] eval: pretend List Equation S -- should replace by @ [3] factorAndSplit: factors has no value [4] factorAndSplit: not known that IntegralDomain is of mode CATEGORY(domain,factorAndSplit: % -> List %) [5] factorAndSplit: not known that IntegralDomain is of mode CATEGORY(package,factor: S -> Factored S) [6] factorAndSplit: pretend Polynomial Integer -- should replace by @ [7] factorAndSplit: pretend S -- should replace by @ [8] subst: pretend Equation S -- should replace by @ Cumulative Statistics for Constructor Equation Time: 0.50 seconds finalizing NRLIB EQ Processing Equation for Browser database: -- ?=? : (S,S) -> % -- equation : (S,S) -> % -- swap : % -> % -- lhs : % -> S -- rhs : % -> S -- eval : (%,%) -> % -- eval : (%,List %) -> % -- ?+? : (S,%) -> % -- ?+? : (%,S) -> % -- leftZero : % -> % -- rightZero : % -> % -- ?-? : (S,%) -> % -- ?-? : (%,S) -> % -- ?*? : (S,%) -> % -- ?*? : (%,S) -> % -- leftOne : % -> Union(%,"failed") -- rightOne : % -> Union(%,"failed") -- leftOne : % -> Union(%,"failed") -- rightOne : % -> Union(%,"failed") -- factorAndSplit : % -> List % -- ?/? : (%,%) -> % -- inv : % -> % -- subst : (%,%) -> % -- constructor ; compiling file "/tmp/oa-Lr6yKp/code.lsp" (written 01 FEB 2016 10:58:01 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |EQ;=;2S$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |EQ;equation;2S$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |EQ;lhs;$S;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |EQ;rhs;$S;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |EQ;swap;2$;5|) ...) ; compiling (DEFUN |EQ;=;2S$;1| ...) ; compiling (DEFUN |EQ;equation;2S$;2| ...) ; compiling (DEFUN |EQ;lhs;$S;3| ...) ; compiling (DEFUN |EQ;rhs;$S;4| ...) ; compiling (DEFUN |EQ;swap;2$;5| ...) ; file: /tmp/oa-Lr6yKp/code.lsp ; in: DEFUN |EQ;swap;2$;5| ; (DEFUN BOOT::|EQ;swap;2$;5| (BOOT::|eqn| BOOT::$) ; (CONS (CDR BOOT::|eqn|) (CAR BOOT::|eqn|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EQ;swap;2$;5| ; (BOOT::|eqn| BOOT::$) ; (BLOCK BOOT::|EQ;swap;2$;5| (CONS (CDR BOOT::|eqn|) (CAR BOOT::|eqn|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |EQ;map;M2$;6| ...) ; file: /tmp/oa-Lr6yKp/code.lsp ; in: DEFUN |EQ;map;M2$;6| ; (DEFUN BOOT::|EQ;map;M2$;6| (BOOT::|fn| BOOT::|eqn| BOOT::$) ; (CONS (FUNCALL (CAR BOOT::|fn|) (CAR BOOT::|eqn|) (CDR BOOT::|fn|)) ; (FUNCALL (CAR BOOT::|fn|) (CDR BOOT::|eqn|) (CDR BOOT::|fn|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EQ;map;M2$;6| ; (BOOT::|fn| BOOT::|eqn| BOOT::$) ; (BLOCK BOOT::|EQ;map;M2$;6| ; (CONS (FUNCALL (CAR BOOT::|fn|) (CAR BOOT::|eqn|) (CDR BOOT::|fn|)) ; (FUNCALL (CAR BOOT::|fn|) (CDR BOOT::|eqn|) (CDR BOOT::|fn|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |EQ;eval;$SS$;7| ...) ; compiling (DEFUN |EQ;eval;$LL$;8| ...) ; compiling (DEFUN |EQ;eval;3$;9| ...) ; compiling (DEFUN |EQ;eval;$L$;10| ...) ; compiling (DEFUN |EQ;=;2$B;11| ...) ; file: /tmp/oa-Lr6yKp/code.lsp ; in: DEFUN |EQ;=;2$B;11| ; (DEFUN BOOT::|EQ;=;2$B;11| (BOOT::|eq1| BOOT::|eq2| BOOT::$) ; (AND ; (BOOT::SPADCALL (CAR BOOT::|eq1|) (CAR BOOT::|eq2|) ; (BOOT::|shellEntry| BOOT::$ 30)) ; (BOOT::SPADCALL (CDR BOOT::|eq1|) (CDR BOOT::|eq2|) ; (BOOT::|shellEntry| BOOT::$ 30)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EQ;=;2$B;11| ; (BOOT::|eq1| BOOT::|eq2| BOOT::$) ; (BLOCK BOOT::|EQ;=;2$B;11| ; (AND ; (BOOT::SPADCALL (CAR BOOT::|eq1|) (CAR BOOT::|eq2|) ; (BOOT::|shellEntry| BOOT::$ 30)) ; (BOOT::SPADCALL (CDR BOOT::|eq1|) (CDR BOOT::|eq2|) ; (BOOT::|shellEntry| BOOT::$ 30))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |EQ;coerce;$Of;12| ...) ; compiling (DEFUN |EQ;coerce;$B;13| ...) ; file: /tmp/oa-Lr6yKp/code.lsp ; in: DEFUN |EQ;coerce;$B;13| ; (DEFUN BOOT::|EQ;coerce;$B;13| (BOOT::|eqn| BOOT::$) ; (BOOT::SPADCALL (CAR BOOT::|eqn|) (CDR BOOT::|eqn|) ; (BOOT::|shellEntry| BOOT::$ 30))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EQ;coerce;$B;13| ; (BOOT::|eqn| BOOT::$) ; (BLOCK BOOT::|EQ;coerce;$B;13| ; (BOOT::SPADCALL (CAR BOOT::|eqn|) (CDR BOOT::|eqn|) ; (BOOT::|shellEntry| BOOT::$ 30)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |EQ;+;3$;14| ...) ; compiling (DEFUN |EQ;+;S2$;15| ...) ; file: /tmp/oa-Lr6yKp/code.lsp ; in: DEFUN |EQ;+;S2$;15| ; (DEFUN BOOT::|EQ;+;S2$;15| (BOOT::|s| BOOT::|eq2| BOOT::$) ; (BOOT::SPADCALL (CONS BOOT::|s| BOOT::|s|) BOOT::|eq2| ; (BOOT::|shellEntry| BOOT::$ 39))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EQ;+;S2$;15| ; (BOOT::|s| BOOT::|eq2| BOOT::$) ; (BLOCK BOOT::|EQ;+;S2$;15| ; (BOOT::SPADCALL (CONS BOOT::|s| BOOT::|s|) BOOT::|eq2| ; (BOOT::|shellEntry| BOOT::$ 39)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |EQ;+;$S$;16| ...) ; file: /tmp/oa-Lr6yKp/code.lsp ; in: DEFUN |EQ;+;$S$;16| ; (DEFUN BOOT::|EQ;+;$S$;16| (BOOT::|eq1| BOOT::|s| BOOT::$) ; (BOOT::SPADCALL BOOT::|eq1| (CONS BOOT::|s| BOOT::|s|) ; (BOOT::|shellEntry| BOOT::$ 39))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EQ;+;$S$;16| ; (BOOT::|eq1| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|EQ;+;$S$;16| ; (BOOT::SPADCALL BOOT::|eq1| (CONS BOOT::|s| BOOT::|s|) ; (BOOT::|shellEntry| BOOT::$ 39)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |EQ;-;2$;17| ...) ; compiling (DEFUN |EQ;-;S2$;18| ...) ; file: /tmp/oa-Lr6yKp/code.lsp ; in: DEFUN |EQ;-;S2$;18| ; (DEFUN BOOT::|EQ;-;S2$;18| (BOOT::|s| BOOT::|eq2| BOOT::$) ; (BOOT::SPADCALL (CONS BOOT::|s| BOOT::|s|) BOOT::|eq2| ; (BOOT::|shellEntry| BOOT::$ 44))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EQ;-;S2$;18| ; (BOOT::|s| BOOT::|eq2| BOOT::$) ; (BLOCK BOOT::|EQ;-;S2$;18| ; (BOOT::SPADCALL (CONS BOOT::|s| BOOT::|s|) BOOT::|eq2| ; (BOOT::|shellEntry| BOOT::$ 44)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |EQ;-;$S$;19| ...) ; file: /tmp/oa-Lr6yKp/code.lsp ; in: DEFUN |EQ;-;$S$;19| ; (DEFUN BOOT::|EQ;-;$S$;19| (BOOT::|eq1| BOOT::|s| BOOT::$) ; (BOOT::SPADCALL BOOT::|eq1| (CONS BOOT::|s| BOOT::|s|) ; (BOOT::|shellEntry| BOOT::$ 44))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EQ;-;$S$;19| ; (BOOT::|eq1| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|EQ;-;$S$;19| ; (BOOT::SPADCALL BOOT::|eq1| (CONS BOOT::|s| BOOT::|s|) ; (BOOT::|shellEntry| BOOT::$ 44)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |EQ;leftZero;2$;20| ...) ; compiling (DEFUN |EQ;rightZero;2$;21| ...) ; compiling (DEFUN |EQ;Zero;$;22| ...) ; compiling (DEFUN |EQ;-;3$;23| ...) ; compiling (DEFUN |EQ;*;3$;24| ...) ; compiling (DEFUN |EQ;*;S2$;25| ...) ; compiling (DEFUN |EQ;*;$S$;26| ...) ; compiling (DEFUN |EQ;One;$;27| ...) ; compiling (DEFUN |EQ;recip;$U;28| ...) ; compiling (DEFUN |EQ;leftOne;$U;29| ...) ; compiling (DEFUN |EQ;rightOne;$U;30| ...) ; compiling (DEFUN |EQ;inv;2$;31| ...) ; compiling (DEFUN |EQ;leftOne;$U;32| ...) ; compiling (DEFUN |EQ;rightOne;$U;33| ...) ; compiling (DEFUN |EQ;characteristic;Nni;34| ...) ; file: /tmp/oa-Lr6yKp/code.lsp ; in: DEFUN |EQ;characteristic;Nni;34| ; (DEFUN BOOT::|EQ;characteristic;Nni;34| (BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 66)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EQ;characteristic;Nni;34| ; (BOOT::$) ; (BLOCK BOOT::|EQ;characteristic;Nni;34| ; (BOOT::|spadConstant| BOOT::$ 66))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |EQ;*;I2$;35| ...) ; file: /tmp/oa-Lr6yKp/code.lsp ; in: DEFUN |EQ;*;I2$;35| ; (DEFUN BOOT::|EQ;*;I2$;35| (BOOT::|i| BOOT::|eq| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|i| (BOOT::|shellEntry| BOOT::$ 69)) ; BOOT::|eq| (BOOT::|shellEntry| BOOT::$ 54))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EQ;*;I2$;35| ; (BOOT::|i| BOOT::|eq| BOOT::$) ; (BLOCK BOOT::|EQ;*;I2$;35| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|i| (BOOT::|shellEntry| BOOT::$ 69)) BOOT::|eq| ; (BOOT::|shellEntry| BOOT::$ 54)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |EQ;factorAndSplit;$L;36| ...) ; file: /tmp/oa-Lr6yKp/code.lsp ; in: DEFUN |EQ;factorAndSplit;$L;36| ; (DEFUN BOOT::|EQ;factorAndSplit;$L;36| (BOOT::|eq| BOOT::$) ; (COND ; ((BOOT::|HasSignature| (BOOT::|shellEntry| BOOT::$ 6) ; (LIST 'BOOT::|factor| #)) ; (LET (#) ; (LET # ; #))) ; ((BOOT::|domainEqual| (BOOT::|shellEntry| BOOT::$ 6) ; (BOOT::|Polynomial| #)) ; (LET* (# #) ; (LET # ; #))) ; (T (LIST BOOT::|eq|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EQ;factorAndSplit;$L;36| ; (BOOT::|eq| BOOT::$) ; (BLOCK BOOT::|EQ;factorAndSplit;$L;36| ; (COND ; ((BOOT::|HasSignature| # #) ; (LET # ; #)) ; ((BOOT::|domainEqual| # #) ; (LET* # ; #)) ; (T (LIST BOOT::|eq|))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |EQ;differentiate;$S$;37| ...) ; compiling (DEFUN |EQ;dimension;Cn;38| ...) ; compiling (DEFUN |EQ;/;3$;39| ...) ; compiling (DEFUN |EQ;inv;2$;40| ...) ; compiling (DEFUN |EQ;subst;3$;41| ...) ; compiling (DEFUN |Equation| ...) ; compiling (DEFUN |Equation;| ...) ; compiling (MAKEPROP (QUOTE |Equation|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 9 notes ; /tmp/oa-Lr6yKp/code.fasl written ; compilation finished in 0:00:00.118 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile STRING.spad && cp STRING.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/STRING.fasl \ && if test -f STRING-.NRLIB/code.fasl; then \ cp STRING-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/STRING-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/STRING.spad using Spad compiler. STRING abbreviates domain String debug: compDefine1 lhs: (String) signature (pre-evaluate): ((Join (StringAggregate) (CATEGORY domain (SIGNATURE string ($ (Integer))) (SIGNATURE string ($ (DoubleFloat))) (SIGNATURE string ($ (Identifier)))))) debug: evaluateType form: (Join (StringAggregate) (CATEGORY domain (SIGNATURE string ($ (Integer))) (SIGNATURE string ($ (DoubleFloat))) (SIGNATURE string ($ (Identifier))))) $param: NIL debug: evaluateType form: (StringAggregate) $param: NIL Debug: evaluateType1 form: (StringAggregate) debug: evaluateType form: (CATEGORY domain (SIGNATURE string ($ (Integer))) (SIGNATURE string ($ (DoubleFloat))) (SIGNATURE string ($ (Identifier)))) $param: NIL debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: compDefine1 signature (post evaluate): ((Join (StringAggregate) (CATEGORY domain (SIGNATURE string ($ (Integer))) (SIGNATURE string ($ (DoubleFloat))) (SIGNATURE string ($ (Identifier)))))) ------------------------------------------------------------------------ initializing stationary directory for String compiling into /tmp/oa-ApyuYb compiling exported string : Integer -> % STRING;string;I$;1 is replaced by %i2s Time: 0.06 SEC. compiling exported string : DoubleFloat -> % STRING;string;Df$;2 is replaced by %f2s Time: 0.00 SEC. compiling exported string : Identifier -> % STRING;string;I$;3 is replaced by %sname Time: 0.00 SEC. compiling exported new : (NonNegativeInteger,Character) -> % STRING;new;NniC$;4 is replaced by makeString Time: 0.01 SEC. compiling exported empty : () -> % Time: 0 SEC. compiling exported empty? : % -> Boolean STRING;empty?;$B;6 s is replaced by %ieq(%strlength s,0) Time: 0.00 SEC. compiling exported # : % -> NonNegativeInteger STRING;#;$Nni;7 is replaced by %strlength Time: 0 SEC. compiling exported = : (%,%) -> Boolean STRING;=;2$B;8 is replaced by %streq Time: 0.00 SEC. compiling exported < : (%,%) -> Boolean STRING;<;2$B;9 is replaced by %strlt Time: 0 SEC. compiling exported concat : (%,%) -> % STRING;concat;3$;10 is replaced by %strconc Time: 0.00 SEC. compiling exported copy : % -> % STRING;copy;2$;11 is replaced by %strcopy Time: 0 SEC. compiling exported insert : (%,%,Integer) -> % Time: 0.04 SEC. compiling exported coerce : % -> OutputForm Time: 0.04 SEC. compiling exported minIndex : % -> Integer STRING;minIndex;$I;14 s is replaced by 1 Time: 0 SEC. compiling exported upperCase! : % -> % Time: 0 SEC. compiling exported lowerCase! : % -> % Time: 0.00 SEC. compiling exported latex : % -> String STRING;latex;$S;17 s is replaced by %strconc("\mbox{``",%strconc(s,"''}")) Time: 0.01 SEC. compiling exported replace : (%,UniversalSegment Integer,%) -> % Time: 0.04 SEC. compiling exported setelt : (%,Integer,Character) -> Character Time: 0.01 SEC. compiling exported substring? : (%,%,Integer) -> Boolean Time: 0.01 SEC. compiling exported position : (%,%,Integer) -> Integer Time: 0.02 SEC. compiling exported position : (Character,%,Integer) -> Integer Time: 0.02 SEC. compiling exported position : (CharacterClass,%,Integer) -> Integer Time: 0.02 SEC. compiling exported suffix? : (%,%) -> Boolean Time: 0.00 SEC. compiling exported split : (%,Character) -> List % Time: 0.06 SEC. compiling exported split : (%,CharacterClass) -> List % Time: 0.05 SEC. compiling exported leftTrim : (%,Character) -> % Time: 0.03 SEC. compiling exported leftTrim : (%,CharacterClass) -> % Time: 0.04 SEC. compiling exported rightTrim : (%,Character) -> % Time: 0.01 SEC. compiling exported rightTrim : (%,CharacterClass) -> % Time: 0.01 SEC. compiling exported concat : List % -> % Time: 0.01 SEC. compiling exported copyInto! : (%,%,Integer) -> % Time: 0.01 SEC. compiling exported elt : (%,Integer) -> Character Time: 0.01 SEC. compiling exported elt : (%,UniversalSegment Integer) -> % Time: 0.02 SEC. compiling exported hash : % -> SingleInteger STRING;hash;$Si;35 is replaced by %hash Time: 0.00 SEC. compiling exported match : (%,%,Character) -> NonNegativeInteger Time: 0 SEC. compiling exported match? : (%,%,Character) -> Boolean Time: 0.04 SEC. (time taken in buildFunctor: 8) Time: 0.03 SEC. Warnings: [1] coerce: pretend String -- should replace by @ [2] latex: pretend String -- should replace by @ [3] replace: : NonNegativeInteger -- replace by pretend [4] split: j has no value [5] split: SEGMENT has no value Cumulative Statistics for Constructor String Time: 0.64 seconds finalizing NRLIB STRING Processing String for Browser database: -- string : Integer -> % -- string : DoubleFloat -> % -- string : Identifier -> % -- constructor ; compiling file "/tmp/oa-ApyuYb/code.lsp" (written 01 FEB 2016 10:58:02 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STRING;string;I$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STRING;string;Df$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STRING;string;I$;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STRING;new;NniC$;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STRING;empty?;$B;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STRING;#;$Nni;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STRING;=;2$B;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STRING;<;2$B;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STRING;concat;3$;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STRING;copy;2$;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STRING;minIndex;$I;14|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STRING;latex;$S;17|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STRING;hash;$Si;35|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |STRING;string;I$;1| ...) ; compiling (DEFUN |STRING;string;Df$;2| ...) ; file: /tmp/oa-ApyuYb/code.lsp ; in: DEFUN |STRING;string;Df$;2| ; (DEFUN BOOT::|STRING;string;Df$;2| (BOOT::|f| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::DFLOAT-FORMAT-GENERAL BOOT::|f|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;string;Df$;2| ; (BOOT::|f| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|STRING;string;Df$;2| ; (BOOT::DFLOAT-FORMAT-GENERAL BOOT::|f|))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |STRING;string;I$;3| ...) ; compiling (DEFUN |STRING;new;NniC$;4| ...) ; file: /tmp/oa-ApyuYb/code.lsp ; in: DEFUN |STRING;new;NniC$;4| ; (DEFUN BOOT::|STRING;new;NniC$;4| (BOOT::|n| BOOT::|c| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (|AxiomCore|:|makeString| BOOT::|n| BOOT::|c|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;new;NniC$;4| ; (BOOT::|n| BOOT::|c| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|STRING;new;NniC$;4| ; (|AxiomCore|:|makeString| BOOT::|n| BOOT::|c|))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |STRING;empty;$;5| ...) ; file: /tmp/oa-ApyuYb/code.lsp ; in: DEFUN |STRING;empty;$;5| ; (DEFUN BOOT::|STRING;empty;$;5| (BOOT::$) (|AxiomCore|:|makeString| 0)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;empty;$;5| ; (BOOT::$) ; (BLOCK BOOT::|STRING;empty;$;5| (|AxiomCore|:|makeString| 0))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |STRING;empty?;$B;6| ...) ; compiling (DEFUN |STRING;#;$Nni;7| ...) ; compiling (DEFUN |STRING;=;2$B;8| ...) ; compiling (DEFUN |STRING;<;2$B;9| ...) ; compiling (DEFUN |STRING;concat;3$;10| ...) ; file: /tmp/oa-ApyuYb/code.lsp ; in: DEFUN |STRING;concat;3$;10| ; (DEFUN BOOT::|STRING;concat;3$;10| (BOOT::|s| BOOT::|t| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::STRCONC BOOT::|s| BOOT::|t|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;concat;3$;10| ; (BOOT::|s| BOOT::|t| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|STRING;concat;3$;10| (BOOT::STRCONC BOOT::|s| BOOT::|t|))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |STRING;copy;2$;11| ...) ; compiling (DEFUN |STRING;insert;2$I$;12| ...) ; file: /tmp/oa-ApyuYb/code.lsp ; in: DEFUN |STRING;insert;2$I$;12| ; (DEFUN BOOT::|STRING;insert;2$I$;12| (BOOT::|s| BOOT::|t| BOOT::|i| BOOT::$) ; (BOOT::STRCONC ; (BOOT::STRCONC ; (BOOT::|STRING;elt;$Us$;34| BOOT::|s| (BOOT::SPADCALL 1 # #) BOOT::$) ; BOOT::|t|) ; (BOOT::|STRING;elt;$Us$;34| BOOT::|s| ; (BOOT::SPADCALL BOOT::|i| (BOOT::|shellEntry| BOOT::$ 30)) BOOT::$))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;insert;2$I$;12| ; (BOOT::|s| BOOT::|t| BOOT::|i| BOOT::$) ; (BLOCK BOOT::|STRING;insert;2$I$;12| ; (BOOT::STRCONC ; (BOOT::STRCONC (BOOT::|STRING;elt;$Us$;34| BOOT::|s| # BOOT::$) ; BOOT::|t|) ; (BOOT::|STRING;elt;$Us$;34| BOOT::|s| (BOOT::SPADCALL BOOT::|i| #) ; BOOT::$)))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |STRING;coerce;$Of;13| ...) ; compiling (DEFUN |STRING;minIndex;$I;14| ...) ; file: /tmp/oa-ApyuYb/code.lsp ; in: DEFUN |STRING;minIndex;$I;14| ; (DEFUN BOOT::|STRING;minIndex;$I;14| (BOOT::|s| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; 1) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;minIndex;$I;14| ; (BOOT::|s| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|STRING;minIndex;$I;14| 1)) ; ; caught STYLE-WARNING: ; The variable |s| is defined but never used. ; compiling (DEFUN |STRING;upperCase!;2$;15| ...) ; file: /tmp/oa-ApyuYb/code.lsp ; in: DEFUN |STRING;upperCase!;2$;15| ; (DEFUN BOOT::|STRING;upperCase!;2$;15| (BOOT::|s| BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 39) BOOT::|s| ; (BOOT::|shellEntry| BOOT::$ 41))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;upperCase!;2$;15| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|STRING;upperCase!;2$;15| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 39) BOOT::|s| ; (BOOT::|shellEntry| BOOT::$ 41)))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |STRING;lowerCase!;2$;16| ...) ; file: /tmp/oa-ApyuYb/code.lsp ; in: DEFUN |STRING;lowerCase!;2$;16| ; (DEFUN BOOT::|STRING;lowerCase!;2$;16| (BOOT::|s| BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 44) BOOT::|s| ; (BOOT::|shellEntry| BOOT::$ 41))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;lowerCase!;2$;16| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|STRING;lowerCase!;2$;16| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 44) BOOT::|s| ; (BOOT::|shellEntry| BOOT::$ 41)))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |STRING;latex;$S;17| ...) ; file: /tmp/oa-ApyuYb/code.lsp ; in: DEFUN |STRING;latex;$S;17| ; (DEFUN BOOT::|STRING;latex;$S;17| (BOOT::|s| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::STRCONC "\\mbox{``" (BOOT::STRCONC BOOT::|s| "''}"))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;latex;$S;17| ; (BOOT::|s| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|STRING;latex;$S;17| ; (BOOT::STRCONC "\\mbox{``" (BOOT::STRCONC BOOT::|s| "''}")))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |STRING;replace;$Us2$;18| ...) ; file: /tmp/oa-ApyuYb/code.lsp ; in: DEFUN |STRING;replace;$Us2$;18| ; (DEFUN BOOT::|STRING;replace;$Us2$;18| ; (BOOT::|s| BOOT::|sg| BOOT::|t| BOOT::$) ; (PROG (BOOT::|k| BOOT::|r|) ; (RETURN ; (LET (# # # #) ; (BOOT::SEQ # # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;replace;$Us2$;18| ; (BOOT::|s| BOOT::|sg| BOOT::|t| BOOT::$) ; (BLOCK BOOT::|STRING;replace;$Us2$;18| ; (PROG (BOOT::|k| BOOT::|r|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |STRING;setelt;$I2C;19| ...) ; file: /tmp/oa-ApyuYb/code.lsp ; in: DEFUN |STRING;setelt;$I2C;19| ; (DEFUN BOOT::|STRING;setelt;$I2C;19| (BOOT::|s| BOOT::|i| BOOT::|c| BOOT::$) ; (COND ; ((OR (< BOOT::|i| 1) (< # BOOT::|i|)) ; (BOOT::|error| "index out of range")) ; (T (PROGN (SETF #) BOOT::|c|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;setelt;$I2C;19| ; (BOOT::|s| BOOT::|i| BOOT::|c| BOOT::$) ; (BLOCK BOOT::|STRING;setelt;$I2C;19| ; (COND ((OR # #) (BOOT::|error| "index out of range")) ; (T (PROGN # BOOT::|c|))))) ; ; note: type assertion too complex to check: ; (VALUES CHARACTER &REST T). ; compiling (DEFUN |STRING;substring?;2$IB;20| ...) ; file: /tmp/oa-ApyuYb/code.lsp ; in: DEFUN |STRING;substring?;2$IB;20| ; (DEFUN BOOT::|STRING;substring?;2$IB;20| ; (BOOT::|part| BOOT::|whole| BOOT::|startpos| BOOT::$) ; (LET ((BOOT::|np| (LENGTH BOOT::|part|)) ; (BOOT::|nw| (LENGTH BOOT::|whole|))) ; (BOOT::SEQ (SETQ BOOT::|startpos| #) (BOOT::EXIT (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;substring?;2$IB;20| ; (BOOT::|part| BOOT::|whole| BOOT::|startpos| BOOT::$) ; (BLOCK BOOT::|STRING;substring?;2$IB;20| ; (LET ((BOOT::|np| #) (BOOT::|nw| #)) ; (BOOT::SEQ (SETQ #) (BOOT::EXIT #))))) ; ; note: Assignment to argument: |startpos| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |STRING;position;2$2I;21| ...) ; file: /tmp/oa-ApyuYb/code.lsp ; in: DEFUN |STRING;position;2$2I;21| ; (DEFUN BOOT::|STRING;position;2$2I;21| ; (BOOT::|s| BOOT::|t| BOOT::|startpos| BOOT::$) ; (PROG (BOOT::|r|) (RETURN (BOOT::SEQ (SETQ #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;position;2$2I;21| ; (BOOT::|s| BOOT::|t| BOOT::|startpos| BOOT::$) ; (BLOCK BOOT::|STRING;position;2$2I;21| ; (PROG (BOOT::|r|) (RETURN (BOOT::SEQ # #))))) ; ; note: Assignment to argument: |startpos| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |STRING;position;C$2I;22| ...) ; file: /tmp/oa-ApyuYb/code.lsp ; in: DEFUN |STRING;position;C$2I;22| ; (DEFUN BOOT::|STRING;position;C$2I;22| ; (BOOT::|c| BOOT::|t| BOOT::|startpos| BOOT::$) ; (BOOT::SEQ (SETQ BOOT::|startpos| (1- BOOT::|startpos|)) ; (BOOT::EXIT (COND (# #) (# 0) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;position;C$2I;22| ; (BOOT::|c| BOOT::|t| BOOT::|startpos| BOOT::$) ; (BLOCK BOOT::|STRING;position;C$2I;22| ; (BOOT::SEQ (SETQ BOOT::|startpos| #) (BOOT::EXIT (COND # # #))))) ; ; note: Assignment to argument: |startpos| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |STRING;position;Cc$2I;23| ...) ; file: /tmp/oa-ApyuYb/code.lsp ; in: DEFUN |STRING;position;Cc$2I;23| ; (DEFUN BOOT::|STRING;position;Cc$2I;23| ; (BOOT::|cc| BOOT::|t| BOOT::|startpos| BOOT::$) ; (BOOT::SEQ (SETQ BOOT::|startpos| (1- BOOT::|startpos|)) ; (BOOT::EXIT (COND (# #) (# 0) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;position;Cc$2I;23| ; (BOOT::|cc| BOOT::|t| BOOT::|startpos| BOOT::$) ; (BLOCK BOOT::|STRING;position;Cc$2I;23| ; (BOOT::SEQ (SETQ BOOT::|startpos| #) (BOOT::EXIT (COND # # #))))) ; ; note: Assignment to argument: |startpos| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |STRING;suffix?;2$B;24| ...) ; compiling (DEFUN |STRING;split;$CL;25| ...) ; file: /tmp/oa-ApyuYb/code.lsp ; in: DEFUN |STRING;split;$CL;25| ; (DEFUN BOOT::|STRING;split;$CL;25| (BOOT::|s| BOOT::|c| BOOT::$) ; (PROG (BOOT::|j| BOOT::|l|) ; (RETURN ; (LET (# #) ; (BOOT::SEQ # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;split;$CL;25| ; (BOOT::|s| BOOT::|c| BOOT::$) ; (BLOCK BOOT::|STRING;split;$CL;25| ; (PROG (BOOT::|j| BOOT::|l|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |STRING;split;$CcL;26| ...) ; file: /tmp/oa-ApyuYb/code.lsp ; in: DEFUN |STRING;split;$CcL;26| ; (DEFUN BOOT::|STRING;split;$CcL;26| (BOOT::|s| BOOT::|cc| BOOT::$) ; (PROG (BOOT::|j| BOOT::|l|) ; (RETURN ; (LET (# #) ; (BOOT::SEQ # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;split;$CcL;26| ; (BOOT::|s| BOOT::|cc| BOOT::$) ; (BLOCK BOOT::|STRING;split;$CcL;26| ; (PROG (BOOT::|j| BOOT::|l|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |STRING;leftTrim;$C$;27| ...) ; compiling (DEFUN |STRING;leftTrim;$Cc$;28| ...) ; compiling (DEFUN |STRING;rightTrim;$C$;29| ...) ; compiling (DEFUN |STRING;rightTrim;$Cc$;30| ...) ; compiling (DEFUN |STRING;concat;L$;31| ...) ; compiling (DEFUN |STRING;copyInto!;2$I$;32| ...) ; file: /tmp/oa-ApyuYb/code.lsp ; in: DEFUN |STRING;copyInto!;2$I$;32| ; (DEFUN BOOT::|STRING;copyInto!;2$I$;32| ; (BOOT::|y| BOOT::|x| BOOT::|s| BOOT::$) ; (LET ((BOOT::|m| (LENGTH BOOT::|x|)) (BOOT::|n| (LENGTH BOOT::|y|))) ; (BOOT::SEQ (SETQ BOOT::|s| #) (COND (# #)) (COND (# #)) ; (BOOT::RPLACSTR BOOT::|y| BOOT::|s| BOOT::|m| BOOT::|x| 0 ; BOOT::|m|) ; (BOOT::EXIT BOOT::|y|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;copyInto!;2$I$;32| ; (BOOT::|y| BOOT::|x| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|STRING;copyInto!;2$I$;32| ; (LET ((BOOT::|m| #) (BOOT::|n| #)) ; (BOOT::SEQ (SETQ #) (COND #) (COND #) ; (BOOT::RPLACSTR BOOT::|y| BOOT::|s| BOOT::|m| BOOT::|x| 0 ; BOOT::|m|) ; (BOOT::EXIT BOOT::|y|))))) ; ; note: Assignment to argument: |s| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |STRING;elt;$IC;33| ...) ; file: /tmp/oa-ApyuYb/code.lsp ; in: DEFUN |STRING;elt;$IC;33| ; (DEFUN BOOT::|STRING;elt;$IC;33| (BOOT::|s| BOOT::|i| BOOT::$) ; (COND ; ((OR (< BOOT::|i| 1) (< # BOOT::|i|)) ; (BOOT::|error| "index out of range")) ; (T (CHAR BOOT::|s| (1- BOOT::|i|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;elt;$IC;33| ; (BOOT::|s| BOOT::|i| BOOT::$) ; (BLOCK BOOT::|STRING;elt;$IC;33| ; (COND ((OR # #) (BOOT::|error| "index out of range")) ; (T (CHAR BOOT::|s| #))))) ; ; note: type assertion too complex to check: ; (VALUES CHARACTER &REST T). ; compiling (DEFUN |STRING;elt;$Us$;34| ...) ; file: /tmp/oa-ApyuYb/code.lsp ; in: DEFUN |STRING;elt;$Us$;34| ; (DEFUN BOOT::|STRING;elt;$Us$;34| (BOOT::|s| BOOT::|sg| BOOT::$) ; (LET ((BOOT::|l| (1- #)) (BOOT::|h| (COND # #))) ; (BOOT::SEQ (COND (# #)) (COND (# #)) ; (BOOT::EXIT (BOOT::SUBSTRING BOOT::|s| BOOT::|l| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;elt;$Us$;34| ; (BOOT::|s| BOOT::|sg| BOOT::$) ; (BLOCK BOOT::|STRING;elt;$Us$;34| ; (LET ((BOOT::|l| #) (BOOT::|h| #)) ; (BOOT::SEQ (COND #) (COND #) (BOOT::EXIT #))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |STRING;hash;$Si;35| ...) ; compiling (DEFUN |STRING;match;2$CNni;36| ...) ; file: /tmp/oa-ApyuYb/code.lsp ; in: DEFUN |STRING;match;2$CNni;36| ; (DEFUN BOOT::|STRING;match;2$CNni;36| ; (BOOT::|pattern| BOOT::|target| BOOT::|wildcard| BOOT::$) ; (BOOT::|stringMatch| BOOT::|pattern| BOOT::|target| ; (CHARACTER BOOT::|wildcard|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STRING;match;2$CNni;36| ; (BOOT::|pattern| BOOT::|target| BOOT::|wildcard| BOOT::$) ; (BLOCK BOOT::|STRING;match;2$CNni;36| ; (BOOT::|stringMatch| BOOT::|pattern| BOOT::|target| ; (CHARACTER BOOT::|wildcard|)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |STRING;match?;2$CB;37| ...) ; compiling (DEFUN |String| ...) ; compiling (DEFUN |String;| ...) ; compiling (MAKEPROP (QUOTE |String|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 7 STYLE-WARNING conditions ; printed 25 notes ; /tmp/oa-ApyuYb/code.fasl written ; compilation finished in 0:00:00.162 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PAIR.spad && cp PAIR.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PAIR.fasl \ && if test -f PAIR-.NRLIB/code.fasl; then \ cp PAIR-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PAIR-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PAIR.spad using Spad compiler. PAIR abbreviates domain Pair debug: compDefine1 lhs: (Pair S T$) signature (pre-evaluate): ((Join (Type) (CATEGORY domain (IF (has S (CoercibleTo (OutputForm))) (IF (has T$ (CoercibleTo (OutputForm))) (ATTRIBUTE (CoercibleTo (OutputForm))) %noBranch) %noBranch) (IF (has S (SetCategory)) (IF (has T$ (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch) %noBranch) (SIGNATURE pair ($ S T$)) (SIGNATURE construct ($ S T$)) (SIGNATURE first (S $)) (SIGNATURE second (T$ $)))) (Type) (Type)) debug: evaluateType form: (Join (Type) (CATEGORY domain (IF (has S (CoercibleTo (OutputForm))) (IF (has T$ (CoercibleTo (OutputForm))) (ATTRIBUTE (CoercibleTo (OutputForm))) %noBranch) %noBranch) (IF (has S (SetCategory)) (IF (has T$ (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch) %noBranch) (SIGNATURE pair ($ S T$)) (SIGNATURE construct ($ S T$)) (SIGNATURE first (S $)) (SIGNATURE second (T$ $)))) $param: (S T$) debug: evaluateType form: (Type) $param: (S T$) Debug: evaluateType1 form: (Type) debug: evaluateType form: (CATEGORY domain (IF (has S (CoercibleTo (OutputForm))) (IF (has T$ (CoercibleTo (OutputForm))) (ATTRIBUTE (CoercibleTo (OutputForm))) %noBranch) %noBranch) (IF (has S (SetCategory)) (IF (has T$ (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch) %noBranch) (SIGNATURE pair ($ S T$)) (SIGNATURE construct ($ S T$)) (SIGNATURE first (S $)) (SIGNATURE second (T$ $))) $param: (S T$) debug: evaluateType form: S $param: (S T$) debug: evaluateType form: T$ $param: (S T$) debug: evaluateType form: S $param: (S T$) debug: evaluateType form: T$ $param: (S T$) debug: evaluateType form: S $param: (S T$) debug: evaluateType form: T$ $param: (S T$) debug: evaluateType form: (Type) $param: (S T$) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Type) $param: (S T$) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Join (Type) (CATEGORY domain (IF (has S (CoercibleTo (OutputForm))) (IF (has T$ (CoercibleTo (OutputForm))) (ATTRIBUTE (CoercibleTo (OutputForm))) %noBranch) %noBranch) (IF (has S (SetCategory)) (IF (has T$ (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch) %noBranch) (SIGNATURE pair ($ S T$)) (SIGNATURE construct ($ S T$)) (SIGNATURE first (S $)) (SIGNATURE second (T$ $)))) (Type) (Type)) debug: compDefine1 lhs: (Pair S T$) signature (pre-evaluate): ((Join (Type) (CATEGORY domain (IF (has S (CoercibleTo (OutputForm))) (IF (has T$ (CoercibleTo (OutputForm))) (ATTRIBUTE (CoercibleTo (OutputForm))) %noBranch) %noBranch) (IF (has S (SetCategory)) (IF (has T$ (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch) %noBranch) (SIGNATURE pair ($ S T$)) (SIGNATURE construct ($ S T$)) (SIGNATURE first (S $)) (SIGNATURE second (T$ $)))) NIL NIL) debug: evaluateType form: (Join (Type) (CATEGORY domain (IF (has S (CoercibleTo (OutputForm))) (IF (has T$ (CoercibleTo (OutputForm))) (ATTRIBUTE (CoercibleTo (OutputForm))) %noBranch) %noBranch) (IF (has S (SetCategory)) (IF (has T$ (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch) %noBranch) (SIGNATURE pair ($ S T$)) (SIGNATURE construct ($ S T$)) (SIGNATURE first (S $)) (SIGNATURE second (T$ $)))) $param: (S T$) debug: evaluateType form: (Type) $param: (S T$) Debug: evaluateType1 form: (Type) debug: evaluateType form: (CATEGORY domain (IF (has S (CoercibleTo (OutputForm))) (IF (has T$ (CoercibleTo (OutputForm))) (ATTRIBUTE (CoercibleTo (OutputForm))) %noBranch) %noBranch) (IF (has S (SetCategory)) (IF (has T$ (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch) %noBranch) (SIGNATURE pair ($ S T$)) (SIGNATURE construct ($ S T$)) (SIGNATURE first (S $)) (SIGNATURE second (T$ $))) $param: (S T$) debug: evaluateType form: S $param: (S T$) debug: evaluateType form: T$ $param: (S T$) debug: evaluateType form: S $param: (S T$) debug: evaluateType form: T$ $param: (S T$) debug: evaluateType form: S $param: (S T$) debug: evaluateType form: T$ $param: (S T$) debug: compDefine1 signature (post evaluate): ((Join (Type) (CATEGORY domain (IF (has S (CoercibleTo (OutputForm))) (IF (has T$ (CoercibleTo (OutputForm))) (ATTRIBUTE (CoercibleTo (OutputForm))) %noBranch) %noBranch) (IF (has S (SetCategory)) (IF (has T$ (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch) %noBranch) (SIGNATURE pair ($ S T$)) (SIGNATURE construct ($ S T$)) (SIGNATURE first (S $)) (SIGNATURE second (T$ $)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for Pair compiling into /tmp/oa-VFWzR7 compiling exported pair : (S,T) -> % PAIR;pair;ST$$;1 is replaced by %pair Time: 0.00 SEC. compiling exported construct : (S,T) -> % PAIR;construct;ST$$;2 is replaced by %pair Time: 0 SEC. compiling exported first : % -> S PAIR;first;$S;3 is replaced by %head Time: 0 SEC. compiling exported second : % -> T PAIR;second;$T$;4 is replaced by %tail Time: 0 SEC. compiling exported coerce : % -> OutputForm Time: 0.02 SEC. compiling exported = : (%,%) -> Boolean Time: 0.00 SEC. (time taken in buildFunctor: 4) Time: 0.01 SEC. Cumulative Statistics for Constructor Pair Time: 0.04 seconds finalizing NRLIB PAIR Processing Pair for Browser database: -- pair : (S,T) -> % -- construct : (S,T) -> % -- first : % -> S -- second : % -> T -- constructor ; compiling file "/tmp/oa-VFWzR7/code.lsp" (written 01 FEB 2016 10:58:02 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PAIR;pair;ST$$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PAIR;construct;ST$$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PAIR;first;$S;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PAIR;second;$T$;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PAIR;pair;ST$$;1| ...) ; compiling (DEFUN |PAIR;construct;ST$$;2| ...) ; compiling (DEFUN |PAIR;first;$S;3| ...) ; compiling (DEFUN |PAIR;second;$T$;4| ...) ; compiling (DEFUN |PAIR;coerce;$Of;5| ...) ; compiling (DEFUN |PAIR;=;2$B;6| ...) ; file: /tmp/oa-VFWzR7/code.lsp ; in: DEFUN |PAIR;=;2$B;6| ; (DEFUN BOOT::|PAIR;=;2$B;6| (BOOT::|x| BOOT::|y| BOOT::$) ; (AND ; (BOOT::SPADCALL (CAR BOOT::|x|) (CAR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 20)) ; (BOOT::SPADCALL (CDR BOOT::|x|) (CDR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 21)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PAIR;=;2$B;6| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|PAIR;=;2$B;6| ; (AND ; (BOOT::SPADCALL (CAR BOOT::|x|) (CAR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 20)) ; (BOOT::SPADCALL (CDR BOOT::|x|) (CDR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 21))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |Pair| ...) ; compiling (DEFUN |Pair;| ...) ; compiling (MAKEPROP (QUOTE |Pair|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-VFWzR7/code.fasl written ; compilation finished in 0:00:00.028 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MAYBE.spad && cp MAYBE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MAYBE.fasl \ && if test -f MAYBE-.NRLIB/code.fasl; then \ cp MAYBE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MAYBE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MAYBE.spad using Spad compiler. MAYBE abbreviates domain Maybe debug: compDefine1 lhs: (Maybe T$) signature (pre-evaluate): ((Join (UnionType) (RetractableTo T$) (CATEGORY domain (SIGNATURE just ($ T$)) (SIGNATURE case ((Boolean) $ ([||] T$))) (SIGNATURE case ((Boolean) $ ([||] nothing))) (SIGNATURE autoCoerce (T$ $)) (SIGNATURE nothing ($) constant) (IF (has T$ (CoercibleTo (OutputForm))) (ATTRIBUTE (CoercibleTo (OutputForm))) %noBranch))) (Type)) debug: evaluateType form: (Join (UnionType) (RetractableTo T$) (CATEGORY domain (SIGNATURE just ($ T$)) (SIGNATURE case ((Boolean) $ ([||] T$))) (SIGNATURE case ((Boolean) $ ([||] nothing))) (SIGNATURE autoCoerce (T$ $)) (SIGNATURE nothing ($) constant) (IF (has T$ (CoercibleTo (OutputForm))) (ATTRIBUTE (CoercibleTo (OutputForm))) %noBranch))) $param: (T$) debug: evaluateType form: (UnionType) $param: (T$) Debug: evaluateType1 form: (UnionType) debug: evaluateType form: (RetractableTo T$) $param: (T$) Debug: evaluateType1 form: (RetractableTo T$) debug: evaluateType1 x: T$ m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE just ($ T$)) (SIGNATURE case ((Boolean) $ ([||] T$))) (SIGNATURE case ((Boolean) $ ([||] nothing))) (SIGNATURE autoCoerce (T$ $)) (SIGNATURE nothing ($) constant) (IF (has T$ (CoercibleTo (OutputForm))) (ATTRIBUTE (CoercibleTo (OutputForm))) %noBranch)) $param: (T$) debug: evaluateType form: T$ $param: (T$) debug: evaluateType form: (Boolean) $param: (T$) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: ([||] T$) $param: (T$) debug: evaluateType form: (Boolean) $param: (T$) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: ([||] nothing) $param: (T$) debug: evaluateType form: T$ $param: (T$) debug: evaluateType form: (Type) $param: (T$) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Join (UnionType) (RetractableTo T$) (CATEGORY domain (SIGNATURE just ($ T$)) (SIGNATURE case ((Boolean) $ ([||] T$))) (SIGNATURE case ((Boolean) $ ([||] nothing))) (SIGNATURE autoCoerce (T$ $)) (SIGNATURE nothing ($) constant) (IF (has T$ (CoercibleTo (OutputForm))) (ATTRIBUTE (CoercibleTo (OutputForm))) %noBranch))) (Type)) debug: compDefine1 lhs: (Maybe T$) signature (pre-evaluate): ((Join (UnionType) (RetractableTo T$) (CATEGORY domain (SIGNATURE just ($ T$)) (SIGNATURE case ((Boolean) $ ([||] T$))) (SIGNATURE case ((Boolean) $ ([||] nothing))) (SIGNATURE autoCoerce (T$ $)) (SIGNATURE nothing ($) constant) (IF (has T$ (CoercibleTo (OutputForm))) (ATTRIBUTE (CoercibleTo (OutputForm))) %noBranch))) NIL) debug: evaluateType form: (Join (UnionType) (RetractableTo T$) (CATEGORY domain (SIGNATURE just ($ T$)) (SIGNATURE case ((Boolean) $ ([||] T$))) (SIGNATURE case ((Boolean) $ ([||] nothing))) (SIGNATURE autoCoerce (T$ $)) (SIGNATURE nothing ($) constant) (IF (has T$ (CoercibleTo (OutputForm))) (ATTRIBUTE (CoercibleTo (OutputForm))) %noBranch))) $param: (T$) debug: evaluateType form: (UnionType) $param: (T$) Debug: evaluateType1 form: (UnionType) debug: evaluateType form: (RetractableTo T$) $param: (T$) Debug: evaluateType1 form: (RetractableTo T$) debug: evaluateType1 x: T$ m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE just ($ T$)) (SIGNATURE case ((Boolean) $ ([||] T$))) (SIGNATURE case ((Boolean) $ ([||] nothing))) (SIGNATURE autoCoerce (T$ $)) (SIGNATURE nothing ($) constant) (IF (has T$ (CoercibleTo (OutputForm))) (ATTRIBUTE (CoercibleTo (OutputForm))) %noBranch)) $param: (T$) debug: evaluateType form: T$ $param: (T$) debug: evaluateType form: (Boolean) $param: (T$) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: ([||] T$) $param: (T$) debug: evaluateType form: (Boolean) $param: (T$) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: ([||] nothing) $param: (T$) debug: evaluateType form: T$ $param: (T$) debug: compDefine1 signature (post evaluate): ((Join (UnionType) (RetractableTo T$) (CATEGORY domain (SIGNATURE just ($ T$)) (SIGNATURE case ((Boolean) $ ([||] T$))) (SIGNATURE case ((Boolean) $ ([||] nothing))) (SIGNATURE autoCoerce (T$ $)) (SIGNATURE nothing ($) constant) (IF (has T$ (CoercibleTo (OutputForm))) (ATTRIBUTE (CoercibleTo (OutputForm))) %noBranch))) NIL) ------------------------------------------------------------------------ initializing stationary directory for Maybe compiling into /tmp/oa-zNzTli compiling exported nothing : () -> % MAYBE;nothing;$;1 is replaced by %nothing Time: 0.00 SEC. compiling exported just : T -> % MAYBE;just;T$$;2 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] nothing) -> Boolean MAYBE;case;$_B;3(x,nothing) is replaced by %peq(x,%nothing) Time: 0.00 SEC. compiling exported case : (%,[||] T) -> Boolean MAYBE;case;$_B;4(x,T$) is replaced by %not %peq(x,%nothing) Time: 0 SEC. compiling exported autoCoerce : % -> T MAYBE;autoCoerce;$T$;5 x is replaced by x Time: 0 SEC. compiling exported coerce : T -> % MAYBE;coerce;T$$;6 x is replaced by x Time: 0.00 SEC. compiling exported retractIfCan : % -> Union(T,failed) MAYBE;retractIfCan;$U;7 x is replaced by %when( %pair(0,x),%otherwise %pair(1,"failed")) Time: 0 SEC. compiling exported coerce : % -> OutputForm Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] just: : $ -- replace by pretend [2] autoCoerce: : T$ -- replace by pretend Cumulative Statistics for Constructor Maybe Time: 0.04 seconds finalizing NRLIB MAYBE Processing Maybe for Browser database: -- just : T -> % -- ?case? : (%,[|"T$"|]) -> Boolean -- ?case? : (%,[|"nothing"|]) -> Boolean -- autoCoerce : % -> T --->../../x86_64-unknown-linux-gnu/src/algebra/any.spad-->Maybe((autoCoerce (T$ %))): Unknown \spadtype: T -- nothing : () -> % -- constructor ; compiling file "/tmp/oa-zNzTli/code.lsp" (written 01 FEB 2016 10:58:02 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MAYBE;nothing;$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MAYBE;just;T$$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MAYBE;case;$_B;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MAYBE;case;$_B;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MAYBE;autoCoerce;$T$;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MAYBE;coerce;T$$;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MAYBE;retractIfCan;$U;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MAYBE;nothing;$;1| ...) ; compiling (DEFUN |MAYBE;just;T$$;2| ...) ; compiling (DEFUN |MAYBE;case;$_B;3| ...) ; file: /tmp/oa-zNzTli/code.lsp ; in: DEFUN |MAYBE;case;$_B;3| ; (DEFUN BOOT::|MAYBE;case;$_B;3| (BOOT::|x| BOOT::|nothing| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (EQ BOOT::|x| |AxiomCore|:|%nothing|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MAYBE;case;$_B;3| ; (BOOT::|x| BOOT::|nothing| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|MAYBE;case;$_B;3| (EQ BOOT::|x| |AxiomCore|:|%nothing|))) ; ; caught STYLE-WARNING: ; The variable |nothing| is defined but never used. ; compiling (DEFUN |MAYBE;case;$_B;4| ...) ; file: /tmp/oa-zNzTli/code.lsp ; in: DEFUN |MAYBE;case;$_B;4| ; (DEFUN BOOT::|MAYBE;case;$_B;4| (BOOT::|x| BOOT::T$ BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (NOT (EQ BOOT::|x| |AxiomCore|:|%nothing|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MAYBE;case;$_B;4| ; (BOOT::|x| BOOT::T$ BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|MAYBE;case;$_B;4| ; (NOT (EQ BOOT::|x| |AxiomCore|:|%nothing|)))) ; ; caught STYLE-WARNING: ; The variable T$ is defined but never used. ; compiling (DEFUN |MAYBE;autoCoerce;$T$;5| ...) ; compiling (DEFUN |MAYBE;coerce;T$$;6| ...) ; compiling (DEFUN |MAYBE;retractIfCan;$U;7| ...) ; compiling (DEFUN |MAYBE;coerce;$Of;8| ...) ; compiling (DEFUN |Maybe| ...) ; compiling (DEFUN |Maybe;| ...) ; compiling (MAKEPROP (QUOTE |Maybe|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; /tmp/oa-zNzTli/code.fasl written ; compilation finished in 0:00:00.033 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile LIST.spad && cp LIST.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LIST.fasl \ && if test -f LIST-.NRLIB/code.fasl; then \ cp LIST-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LIST-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LIST.spad using Spad compiler. LIST abbreviates domain List debug: compDefine1 lhs: (List S) signature (pre-evaluate): ((Join (ListAggregate S) (CATEGORY domain (SIGNATURE nil ($) constant) (SIGNATURE null ((Boolean) $)) (SIGNATURE cons ($ S $)) (SIGNATURE append ($ $ $)) (IF (has S (SetCategory)) (PROGN (SIGNATURE setUnion ($ $ $)) (SIGNATURE setIntersection ($ $ $)) (SIGNATURE setDifference ($ $ $))) %noBranch))) (Type)) debug: evaluateType form: (Join (ListAggregate S) (CATEGORY domain (SIGNATURE nil ($) constant) (SIGNATURE null ((Boolean) $)) (SIGNATURE cons ($ S $)) (SIGNATURE append ($ $ $)) (IF (has S (SetCategory)) (PROGN (SIGNATURE setUnion ($ $ $)) (SIGNATURE setIntersection ($ $ $)) (SIGNATURE setDifference ($ $ $))) %noBranch))) $param: (S) debug: evaluateType form: (ListAggregate S) $param: (S) Debug: evaluateType1 form: (ListAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE nil ($) constant) (SIGNATURE null ((Boolean) $)) (SIGNATURE cons ($ S $)) (SIGNATURE append ($ $ $)) (IF (has S (SetCategory)) (PROGN (SIGNATURE setUnion ($ $ $)) (SIGNATURE setIntersection ($ $ $)) (SIGNATURE setDifference ($ $ $))) %noBranch)) $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Join (ListAggregate S) (CATEGORY domain (SIGNATURE nil ($) constant) (SIGNATURE null ((Boolean) $)) (SIGNATURE cons ($ S $)) (SIGNATURE append ($ $ $)) (IF (has S (SetCategory)) (PROGN (SIGNATURE setUnion ($ $ $)) (SIGNATURE setIntersection ($ $ $)) (SIGNATURE setDifference ($ $ $))) %noBranch))) (Type)) debug: compDefine1 lhs: (List S) signature (pre-evaluate): ((Join (ListAggregate S) (CATEGORY domain (SIGNATURE nil ($) constant) (SIGNATURE null ((Boolean) $)) (SIGNATURE cons ($ S $)) (SIGNATURE append ($ $ $)) (IF (has S (SetCategory)) (PROGN (SIGNATURE setUnion ($ $ $)) (SIGNATURE setIntersection ($ $ $)) (SIGNATURE setDifference ($ $ $))) %noBranch))) NIL) debug: evaluateType form: (Join (ListAggregate S) (CATEGORY domain (SIGNATURE nil ($) constant) (SIGNATURE null ((Boolean) $)) (SIGNATURE cons ($ S $)) (SIGNATURE append ($ $ $)) (IF (has S (SetCategory)) (PROGN (SIGNATURE setUnion ($ $ $)) (SIGNATURE setIntersection ($ $ $)) (SIGNATURE setDifference ($ $ $))) %noBranch))) $param: (S) debug: evaluateType form: (ListAggregate S) $param: (S) Debug: evaluateType1 form: (ListAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE nil ($) constant) (SIGNATURE null ((Boolean) $)) (SIGNATURE cons ($ S $)) (SIGNATURE append ($ $ $)) (IF (has S (SetCategory)) (PROGN (SIGNATURE setUnion ($ $ $)) (SIGNATURE setIntersection ($ $ $)) (SIGNATURE setDifference ($ $ $))) %noBranch)) $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S) debug: compDefine1 signature (post evaluate): ((Join (ListAggregate S) (CATEGORY domain (SIGNATURE nil ($) constant) (SIGNATURE null ((Boolean) $)) (SIGNATURE cons ($ S $)) (SIGNATURE append ($ $ $)) (IF (has S (SetCategory)) (PROGN (SIGNATURE setUnion ($ $ $)) (SIGNATURE setIntersection ($ $ $)) (SIGNATURE setDifference ($ $ $))) %noBranch))) NIL) ------------------------------------------------------------------------ initializing stationary directory for List compiling into /tmp/oa-SJjWev compiling exported nil : () -> % LIST;nil;$;1 is replaced by %nil Time: 0.06 SEC. compiling exported null : % -> Boolean LIST;null;$B;2 l is replaced by %peq(l,%nil) Time: 0.00 SEC. compiling exported cons : (S,%) -> % LIST;cons;S2$;3 is replaced by %pair Time: 0 SEC. compiling exported append : (%,%) -> % LIST;append;3$;4 is replaced by %lconcat Time: 0 SEC. compiling exported # : % -> NonNegativeInteger LIST;#;$Nni;5 is replaced by %llength Time: 0 SEC. compiling exported concat : (S,%) -> % LIST;concat;S2$;6 is replaced by %pair Time: 0.00 SEC. compiling exported eq? : (%,%) -> Boolean LIST;eq?;2$B;7 is replaced by %peq Time: 0 SEC. compiling exported first : % -> S LIST;first;$S;8 is replaced by SPADfirst Time: 0 SEC. compiling exported elt : (%,first) -> S LIST;elt;$firstS;9(x,T1) is replaced by SPADfirst x Time: 0.00 SEC. compiling exported empty : () -> % LIST;empty;$;10 is replaced by %nil Time: 0 SEC. compiling exported empty? : % -> Boolean LIST;empty?;$B;11 is replaced by %lempty? Time: 0.00 SEC. compiling exported rest : % -> % LIST;rest;2$;12 is replaced by %tail Time: 0 SEC. compiling exported elt : (%,rest) -> % LIST;elt;$rest$;13(x,T1) is replaced by %tail x Time: 0 SEC. compiling exported setfirst! : (%,S) -> S Time: 0.01 SEC. compiling exported setelt : (%,first,S) -> S Time: 0.00 SEC. compiling exported setrest! : (%,%) -> % Time: 0.01 SEC. compiling exported setelt : (%,rest,%) -> % Time: 0.01 SEC. compiling exported construct : List S -> % LIST;construct;L$;18 l is replaced by l Time: 0.00 SEC. compiling exported members : % -> List S LIST;members;$L;19 s is replaced by s Time: 0.00 SEC. compiling exported reverse! : % -> % LIST;reverse!;2$;20 is replaced by %lreverse! Time: 0.00 SEC. compiling exported reverse : % -> % LIST;reverse;2$;21 is replaced by %lreverse Time: 0 SEC. compiling exported minIndex : % -> Integer LIST;minIndex;$I;22 x is replaced by 1 Time: 0 SEC. compiling exported rest : (%,NonNegativeInteger) -> % Time: 0.01 SEC. compiling exported copy : % -> % LIST;copy;2$;24 is replaced by %lcopy Time: 0 SEC. compiling exported coerce : % -> OutputForm Time: 0.06 SEC. compiling exported = : (%,%) -> Boolean Time: 0.02 SEC. compiling exported latex : % -> String Time: 0.02 SEC. compiling exported member? : (S,%) -> Boolean Time: 0 SEC. compiling exported concat! : (%,%) -> % Time: 0.02 SEC. compiling exported removeDuplicates! : % -> % Time: 0.01 SEC. compiling exported sort! : ((S,S) -> Boolean,%) -> % Time: 0 SEC. compiling exported merge! : ((S,S) -> Boolean,%,%) -> % Time: 0.03 SEC. compiling exported split! : (%,Integer) -> % Time: 0.00 SEC. compiling local mergeSort : ((S,S) -> Boolean,%,Integer) -> % Time: 0.05 SEC. compiling exported setUnion : (%,%) -> % Time: 0.01 SEC. compiling exported setIntersection : (%,%) -> % Time: 0.00 SEC. compiling exported setDifference : (%,%) -> % Time: 0.01 SEC. compiling exported convert : % -> InputForm Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Symbol) Time: 0.05 SEC. compiling exported map! : (S -> S,%) -> % Time: 0.01 SEC. (time taken in buildFunctor: 4) Time: 0.02 SEC. Warnings: [1] convert: pretend List S -- should replace by @ Cumulative Statistics for Constructor List Time: 0.43 seconds finalizing NRLIB LIST Processing List for Browser database: -- nil : () -> % -- null : % -> Boolean -- cons : (S,%) -> % -- append : (%,%) -> % -- setUnion : (%,%) -> % -- setIntersection : (%,%) -> % -- setDifference : (%,%) -> % -- constructor ; compiling file "/tmp/oa-SJjWev/code.lsp" (written 01 FEB 2016 10:58:03 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;nil;$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;null;$B;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;cons;S2$;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;append;3$;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;#;$Nni;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;concat;S2$;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;eq?;2$B;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;first;$S;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;elt;$firstS;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;empty;$;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;empty?;$B;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;rest;2$;12|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;elt;$rest$;13|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;construct;L$;18|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;members;$L;19|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;reverse!;2$;20|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;reverse;2$;21|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;minIndex;$I;22|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIST;copy;2$;24|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LIST;nil;$;1| ...) ; compiling (DEFUN |LIST;null;$B;2| ...) ; compiling (DEFUN |LIST;cons;S2$;3| ...) ; compiling (DEFUN |LIST;append;3$;4| ...) ; compiling (DEFUN |LIST;#;$Nni;5| ...) ; compiling (DEFUN |LIST;concat;S2$;6| ...) ; compiling (DEFUN |LIST;eq?;2$B;7| ...) ; compiling (DEFUN |LIST;first;$S;8| ...) ; compiling (DEFUN |LIST;elt;$firstS;9| ...) ; file: /tmp/oa-SJjWev/code.lsp ; in: DEFUN |LIST;elt;$firstS;9| ; (DEFUN BOOT::|LIST;elt;$firstS;9| (BOOT::|x| BOOT::T1 BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|SPADfirst| BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;elt;$firstS;9| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|LIST;elt;$firstS;9| (BOOT::|SPADfirst| BOOT::|x|))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |LIST;empty;$;10| ...) ; compiling (DEFUN |LIST;empty?;$B;11| ...) ; compiling (DEFUN |LIST;rest;2$;12| ...) ; compiling (DEFUN |LIST;elt;$rest$;13| ...) ; file: /tmp/oa-SJjWev/code.lsp ; in: DEFUN |LIST;elt;$rest$;13| ; (DEFUN BOOT::|LIST;elt;$rest$;13| (BOOT::|x| BOOT::T1 BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (CDR BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;elt;$rest$;13| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|LIST;elt;$rest$;13| (CDR BOOT::|x|))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |LIST;setfirst!;$2S;14| ...) ; file: /tmp/oa-SJjWev/code.lsp ; in: DEFUN |LIST;setfirst!;$2S;14| ; (DEFUN BOOT::|LIST;setfirst!;$2S;14| (BOOT::|x| BOOT::|s| BOOT::$) ; (COND ((NULL BOOT::|x|) (BOOT::|error| "Cannot update an empty list")) ; (T (PROGN (RPLACA BOOT::|x| BOOT::|s|) BOOT::|s|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;setfirst!;$2S;14| ; (BOOT::|x| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|LIST;setfirst!;$2S;14| ; (COND ((NULL BOOT::|x|) (BOOT::|error| "Cannot update an empty list")) ; (T (PROGN # BOOT::|s|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |LIST;setelt;$first2S;15| ...) ; file: /tmp/oa-SJjWev/code.lsp ; in: DEFUN |LIST;setelt;$first2S;15| ; (DEFUN BOOT::|LIST;setelt;$first2S;15| (BOOT::|x| BOOT::T1 BOOT::|s| BOOT::$) ; (COND ((NULL BOOT::|x|) (BOOT::|error| "Cannot update an empty list")) ; (T (PROGN (RPLACA BOOT::|x| BOOT::|s|) BOOT::|s|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;setelt;$first2S;15| ; (BOOT::|x| BOOT::T1 BOOT::|s| BOOT::$) ; (BLOCK BOOT::|LIST;setelt;$first2S;15| ; (COND ((NULL BOOT::|x|) (BOOT::|error| "Cannot update an empty list")) ; (T (PROGN # BOOT::|s|))))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |LIST;setrest!;3$;16| ...) ; file: /tmp/oa-SJjWev/code.lsp ; in: DEFUN |LIST;setrest!;3$;16| ; (DEFUN BOOT::|LIST;setrest!;3$;16| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ((NULL BOOT::|x|) (BOOT::|error| "Cannot update an empty list")) ; (T (PROGN (RPLACD BOOT::|x| BOOT::|y|) (CDR BOOT::|x|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;setrest!;3$;16| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|LIST;setrest!;3$;16| ; (COND ((NULL BOOT::|x|) (BOOT::|error| "Cannot update an empty list")) ; (T (PROGN # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |LIST;setelt;$rest2$;17| ...) ; file: /tmp/oa-SJjWev/code.lsp ; in: DEFUN |LIST;setelt;$rest2$;17| ; (DEFUN BOOT::|LIST;setelt;$rest2$;17| (BOOT::|x| BOOT::T1 BOOT::|y| BOOT::$) ; (COND ((NULL BOOT::|x|) (BOOT::|error| "Cannot update an empty list")) ; (T (PROGN (RPLACD BOOT::|x| BOOT::|y|) (CDR BOOT::|x|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;setelt;$rest2$;17| ; (BOOT::|x| BOOT::T1 BOOT::|y| BOOT::$) ; (BLOCK BOOT::|LIST;setelt;$rest2$;17| ; (COND ((NULL BOOT::|x|) (BOOT::|error| "Cannot update an empty list")) ; (T (PROGN # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |LIST;construct;L$;18| ...) ; compiling (DEFUN |LIST;members;$L;19| ...) ; compiling (DEFUN |LIST;reverse!;2$;20| ...) ; file: /tmp/oa-SJjWev/code.lsp ; in: DEFUN |LIST;reverse!;2$;20| ; (DEFUN BOOT::|LIST;reverse!;2$;20| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOTTRAN:|reverse!| BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;reverse!;2$;20| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|LIST;reverse!;2$;20| (BOOTTRAN:|reverse!| BOOT::|x|))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |LIST;reverse;2$;21| ...) ; file: /tmp/oa-SJjWev/code.lsp ; in: DEFUN |LIST;reverse;2$;21| ; (DEFUN BOOT::|LIST;reverse;2$;21| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOTTRAN:|reverse| BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;reverse;2$;21| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|LIST;reverse;2$;21| (BOOTTRAN:|reverse| BOOT::|x|))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |LIST;minIndex;$I;22| ...) ; file: /tmp/oa-SJjWev/code.lsp ; in: DEFUN |LIST;minIndex;$I;22| ; (DEFUN BOOT::|LIST;minIndex;$I;22| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; 1) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;minIndex;$I;22| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|LIST;minIndex;$I;22| 1)) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |LIST;rest;$Nni$;23| ...) ; file: /tmp/oa-SJjWev/code.lsp ; in: DEFUN |LIST;rest;$Nni$;23| ; (DEFUN BOOT::|LIST;rest;$Nni$;23| (BOOT::|x| BOOT::|n| BOOT::$) ; (BOOT::SEQ ; (LET ((BOOT::|i| 1)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::EXIT BOOT::|x|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;rest;$Nni$;23| ; (BOOT::|x| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|LIST;rest;$Nni$;23| ; (BOOT::SEQ ; (LET (#) ; (LOOP # ; #)) ; (BOOT::EXIT BOOT::|x|)))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |LIST;copy;2$;24| ...) ; compiling (DEFUN |LIST;coerce;$Of;25| ...) ; file: /tmp/oa-SJjWev/code.lsp ; in: DEFUN |LIST;coerce;$Of;25| ; (DEFUN BOOT::|LIST;coerce;$Of;25| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|z|) ; (RETURN ; (LET (# #) ; (BOOT::SEQ # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;coerce;$Of;25| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|LIST;coerce;$Of;25| ; (PROG (BOOT::|z|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |LIST;=;2$B;26| ...) ; file: /tmp/oa-SJjWev/code.lsp ; in: DEFUN |LIST;=;2$B;26| ; (DEFUN BOOT::|LIST;=;2$B;26| (BOOT::|x| BOOT::|y| BOOT::$) ; (OR (EQ BOOT::|x| BOOT::|y|) ; (BOOT::SEQ (LOOP (COND # #)) (BOOT::EXIT (AND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;=;2$B;26| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|LIST;=;2$B;26| ; (OR (EQ BOOT::|x| BOOT::|y|) (BOOT::SEQ (LOOP #) (BOOT::EXIT #))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |y| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |LIST;latex;$S;27| ...) ; file: /tmp/oa-SJjWev/code.lsp ; in: DEFUN |LIST;latex;$S;27| ; (DEFUN BOOT::|LIST;latex;$S;27| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|s| "\\left[")) ; (BOOT::SEQ (LOOP (COND # #)) ; (BOOT::EXIT (BOOT::STRCONC BOOT::|s| " \\right]"))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;latex;$S;27| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|LIST;latex;$S;27| ; (LET ((BOOT::|s| "\\left[")) ; (BOOT::SEQ (LOOP #) (BOOT::EXIT #))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |LIST;member?;S$B;28| ...) ; file: /tmp/oa-SJjWev/code.lsp ; in: DEFUN |LIST;member?;S$B;28| ; (DEFUN BOOT::|LIST;member?;S$B;28| (BOOT::|s| BOOT::|x| BOOT::$) ; (PROGN (LOOP (COND (# #) (T #))) NIL)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;member?;S$B;28| ; (BOOT::|s| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|LIST;member?;S$B;28| (PROGN (LOOP (COND # #)) NIL))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |LIST;concat!;3$;29| ...) ; file: /tmp/oa-SJjWev/code.lsp ; in: DEFUN |LIST;concat!;3$;29| ; (DEFUN BOOT::|LIST;concat!;3$;29| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ((NULL BOOT::|x|) (COND (# BOOT::|x|) (T #))) ; (T ; (LET (#) ; (PROGN # # BOOT::|x|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;concat!;3$;29| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|LIST;concat!;3$;29| ; (COND ((NULL BOOT::|x|) (COND # #)) ; (T ; (LET # ; #))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |LIST;removeDuplicates!;2$;30| ...) ; compiling (DEFUN |LIST;sort!;M2$;31| ...) ; compiling (DEFUN |LIST;merge!;M3$;32| ...) ; file: /tmp/oa-SJjWev/code.lsp ; in: DEFUN |LIST;merge!;M3$;32| ; (DEFUN BOOT::|LIST;merge!;M3$;32| (BOOT::|f| BOOT::|p| BOOT::|q| BOOT::$) ; (COND ((NULL BOOT::|p|) BOOT::|q|) ((NULL BOOT::|q|) BOOT::|p|) ; (T ; (LET (# #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;merge!;M3$;32| ; (BOOT::|f| BOOT::|p| BOOT::|q| BOOT::$) ; (BLOCK BOOT::|LIST;merge!;M3$;32| ; (COND ((NULL BOOT::|p|) BOOT::|q|) ((NULL BOOT::|q|) BOOT::|p|) ; (T ; (LET # ; #))))) ; ; note: Assignment to argument: |p| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |q| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |LIST;split!;$I$;33| ...) ; file: /tmp/oa-SJjWev/code.lsp ; in: DEFUN |LIST;split!;$I$;33| ; (DEFUN BOOT::|LIST;split!;$I$;33| (BOOT::|p| BOOT::|n| BOOT::$) ; (PROG (BOOT::|q|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;split!;$I$;33| ; (BOOT::|p| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|LIST;split!;$I$;33| (PROG (BOOT::|q|) (RETURN (COND # #))))) ; ; note: Assignment to argument: |p| ; prevents use of assertion from function type proclamation: ; LIST ; ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; (DEFUN BOOT::|LIST;split!;$I$;33| (BOOT::|p| BOOT::|n| BOOT::$) ; (PROG (BOOT::|q|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;split!;$I$;33| ; (BOOT::|p| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|LIST;split!;$I$;33| (PROG (BOOT::|q|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |LIST;mergeSort| ...) ; file: /tmp/oa-SJjWev/code.lsp ; in: DEFUN |LIST;mergeSort| ; (DEFUN BOOT::|LIST;mergeSort| (BOOT::|f| BOOT::|p| BOOT::|n| BOOT::$) ; (PROG (BOOT::|q| BOOT::|l|) (RETURN (BOOT::SEQ (COND #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;mergeSort| ; (BOOT::|f| BOOT::|p| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|LIST;mergeSort| ; (PROG (BOOT::|q| BOOT::|l|) (RETURN (BOOT::SEQ # #))))) ; ; note: Assignment to argument: |p| ; prevents use of assertion from function type proclamation: ; LIST ; ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |LIST;setUnion;3$;35| ...) ; file: /tmp/oa-SJjWev/code.lsp ; in: DEFUN |LIST;setUnion;3$;35| ; (DEFUN BOOT::|LIST;setUnion;3$;35| (BOOT::|l1| BOOT::|l2| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|l1| BOOT::|l2| (BOOT::|shellEntry| BOOT::$ 72)) ; (BOOT::|shellEntry| BOOT::$ 73))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;setUnion;3$;35| ; (BOOT::|l1| BOOT::|l2| BOOT::$) ; (BLOCK BOOT::|LIST;setUnion;3$;35| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|l1| BOOT::|l2| (BOOT::|shellEntry| BOOT::$ 72)) ; (BOOT::|shellEntry| BOOT::$ 73)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |LIST;setIntersection;3$;36| ...) ; file: /tmp/oa-SJjWev/code.lsp ; in: DEFUN |LIST;setIntersection;3$;36| ; (DEFUN BOOT::|LIST;setIntersection;3$;36| (BOOT::|l1| BOOT::|l2| BOOT::$) ; (LET ((BOOT::|u| NIL)) ; (BOOT::SEQ (SETQ BOOT::|l1| #) (LOOP (COND # #)) (BOOT::EXIT BOOT::|u|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;setIntersection;3$;36| ; (BOOT::|l1| BOOT::|l2| BOOT::$) ; (BLOCK BOOT::|LIST;setIntersection;3$;36| ; (LET ((BOOT::|u| NIL)) ; (BOOT::SEQ (SETQ #) (LOOP #) (BOOT::EXIT BOOT::|u|))))) ; ; note: Assignment to argument: |l1| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |LIST;setDifference;3$;37| ...) ; file: /tmp/oa-SJjWev/code.lsp ; in: DEFUN |LIST;setDifference;3$;37| ; (DEFUN BOOT::|LIST;setDifference;3$;37| (BOOT::|l1| BOOT::|l2| BOOT::$) ; (PROG (BOOT::|l11| BOOT::|lu|) ; (RETURN ; (BOOT::SEQ (SETQ #) ; (BOOT::LETT BOOT::|lu| NIL BOOT::|LIST;setDifference;3$;37|) ; (LOOP #) (BOOT::EXIT BOOT::|lu|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST;setDifference;3$;37| ; (BOOT::|l1| BOOT::|l2| BOOT::$) ; (BLOCK BOOT::|LIST;setDifference;3$;37| ; (PROG (BOOT::|l11| BOOT::|lu|) (RETURN (BOOT::SEQ # # # #))))) ; ; note: Assignment to argument: |l1| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |LIST;convert;$If;38| ...) ; compiling (DEFUN |LIST;map!;M2$;39| ...) ; compiling (DEFUN |List| ...) ; compiling (DEFUN |List;| ...) ; compiling (MAKEPROP (QUOTE |List|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 12 STYLE-WARNING conditions ; printed 23 notes ; /tmp/oa-SJjWev/code.fasl written ; compilation finished in 0:00:00.133 ------------------------------------------------------------------------ ================================== === layer 0 of 24 complete ====== ================================== ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile BINOPC.spad && cp BINOPC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/BINOPC.fasl \ && if test -f BINOPC-.NRLIB/code.fasl; then \ cp BINOPC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/BINOPC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/BINOPC.spad using Spad compiler. BINOPC abbreviates category BinaryOperatorCategory debug: compDefine1 lhs: (BinaryOperatorCategory T$) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (T$) debug: evaluateType form: (Type) $param: (T$) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (BinaryOperatorCategory T$) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (T$) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for BinaryOperatorCategory compiling into /tmp/oa-b4pIdc STYLE-WARNING: redefining BOOT::|BinaryOperatorCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB BINOPC Processing BinaryOperatorCategory for Browser database: -- constructor ; compiling file "/tmp/oa-b4pIdc/code.lsp" (written 01 FEB 2016 10:58:03 PM): ; compiling (DEFPARAMETER |BinaryOperatorCategory;AL| ...) ; compiling (DEFUN |BinaryOperatorCategory;| ...) ; compiling (DEFUN |BinaryOperatorCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-b4pIdc/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile BINOP.spad && cp BINOP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/BINOP.fasl \ && if test -f BINOP-.NRLIB/code.fasl; then \ cp BINOP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/BINOP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/BINOP.spad using Spad compiler. BINOP abbreviates domain BinaryOperation debug: compDefine1 lhs: (BinaryOperation T$) signature (pre-evaluate): ((Join (BinaryOperatorCategory T$) (SetCategory) (CATEGORY domain (SIGNATURE binaryOperation ($ (Mapping T$ T$ T$))))) (Type)) debug: evaluateType form: (Join (BinaryOperatorCategory T$) (SetCategory) (CATEGORY domain (SIGNATURE binaryOperation ($ (Mapping T$ T$ T$))))) $param: (T$) debug: evaluateType form: (BinaryOperatorCategory T$) $param: (T$) Debug: evaluateType1 form: (BinaryOperatorCategory T$) debug: evaluateType1 x: T$ m: (Type) debug: evaluateType form: (SetCategory) $param: (T$) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE binaryOperation ($ (Mapping T$ T$ T$)))) $param: (T$) debug: evaluateType form: (Mapping T$ T$ T$) $param: (T$) debug: evaluateType form: T$ $param: (T$) debug: evaluateType form: T$ $param: (T$) debug: evaluateType form: T$ $param: (T$) debug: evaluateType form: (Type) $param: (T$) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Join (BinaryOperatorCategory T$) (SetCategory) (CATEGORY domain (SIGNATURE binaryOperation ($ (Mapping T$ T$ T$))))) (Type)) debug: compDefine1 lhs: (BinaryOperation T$) signature (pre-evaluate): ((Join (BinaryOperatorCategory T$) (SetCategory) (CATEGORY domain (SIGNATURE binaryOperation ($ (Mapping T$ T$ T$))))) NIL) debug: evaluateType form: (Join (BinaryOperatorCategory T$) (SetCategory) (CATEGORY domain (SIGNATURE binaryOperation ($ (Mapping T$ T$ T$))))) $param: (T$) debug: evaluateType form: (BinaryOperatorCategory T$) $param: (T$) Debug: evaluateType1 form: (BinaryOperatorCategory T$) debug: evaluateType1 x: T$ m: (Type) debug: evaluateType form: (SetCategory) $param: (T$) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE binaryOperation ($ (Mapping T$ T$ T$)))) $param: (T$) debug: evaluateType form: (Mapping T$ T$ T$) $param: (T$) debug: evaluateType form: T$ $param: (T$) debug: evaluateType form: T$ $param: (T$) debug: evaluateType form: T$ $param: (T$) debug: compDefine1 signature (post evaluate): ((Join (BinaryOperatorCategory T$) (SetCategory) (CATEGORY domain (SIGNATURE binaryOperation ($ (Mapping T$ T$ T$))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for BinaryOperation compiling into /tmp/oa-Etc7ir compiling exported binaryOperation : (T,T) -> T -> % BINOP;binaryOperation;M$;1 f is replaced by f Time: 0.00 SEC. compiling exported elt : (%,T,T) -> T Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor BinaryOperation Time: 0.02 seconds finalizing NRLIB BINOP Processing BinaryOperation for Browser database: -- binaryOperation : ((T,T) -> T) -> % -- constructor ; compiling file "/tmp/oa-Etc7ir/code.lsp" (written 01 FEB 2016 10:58:03 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BINOP;binaryOperation;M$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |BINOP;binaryOperation;M$;1| ...) ; compiling (DEFUN |BINOP;elt;$3T$;2| ...) ; file: /tmp/oa-Etc7ir/code.lsp ; in: DEFUN |BINOP;elt;$3T$;2| ; (DEFUN BOOT::|BINOP;elt;$3T$;2| (BOOT::|f| BOOT::|x| BOOT::|y| BOOT::$) ; (FUNCALL (CAR BOOT::|f|) BOOT::|x| BOOT::|y| (CDR BOOT::|f|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BINOP;elt;$3T$;2| ; (BOOT::|f| BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|BINOP;elt;$3T$;2| ; (FUNCALL (CAR BOOT::|f|) BOOT::|x| BOOT::|y| (CDR BOOT::|f|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |BinaryOperation| ...) ; compiling (DEFUN |BinaryOperation;| ...) ; compiling (MAKEPROP (QUOTE |BinaryOperation|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; /tmp/oa-Etc7ir/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile IDEMOPC.spad && cp IDEMOPC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IDEMOPC.fasl \ && if test -f IDEMOPC-.NRLIB/code.fasl; then \ cp IDEMOPC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IDEMOPC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IDEMOPC.spad using Spad compiler. IDEMOPC abbreviates category IdempotentOperatorCategory debug: compDefine1 lhs: (IdempotentOperatorCategory T$) signature (pre-evaluate): ((Category) (BasicType)) debug: evaluateType form: (Category) $param: (T$) debug: evaluateType form: (BasicType) $param: (T$) Debug: evaluateType1 form: (BasicType) debug: compDefine1 signature (post evaluate): ((Category) (BasicType)) debug: compDefine1 lhs: (IdempotentOperatorCategory T$) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (T$) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for IdempotentOperatorCategory compiling into /tmp/oa-nmoZ1s STYLE-WARNING: redefining BOOT::|IdempotentOperatorCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB IDEMOPC Processing IdempotentOperatorCategory for Browser database: -- constructor ; compiling file "/tmp/oa-nmoZ1s/code.lsp" (written 01 FEB 2016 10:58:04 PM): ; compiling (DEFPARAMETER |IdempotentOperatorCategory;AL| ...) ; compiling (DEFUN |IdempotentOperatorCategory;| ...) ; compiling (DEFUN |IdempotentOperatorCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-nmoZ1s/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SGPOPC.spad && cp SGPOPC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SGPOPC.fasl \ && if test -f SGPOPC-.NRLIB/code.fasl; then \ cp SGPOPC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SGPOPC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SGPOPC.spad using Spad compiler. SGPOPC abbreviates category SemiGroupOperatorCategory debug: compDefine1 lhs: (SemiGroupOperatorCategory T$) signature (pre-evaluate): ((Category) (BasicType)) debug: evaluateType form: (Category) $param: (T$) debug: evaluateType form: (BasicType) $param: (T$) Debug: evaluateType1 form: (BasicType) debug: compDefine1 signature (post evaluate): ((Category) (BasicType)) debug: compDefine1 lhs: (SemiGroupOperatorCategory T$) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (T$) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for SemiGroupOperatorCategory compiling into /tmp/oa-XW2zpE STYLE-WARNING: redefining BOOT::|SemiGroupOperatorCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB SGPOPC Processing SemiGroupOperatorCategory for Browser database: -- constructor ; compiling file "/tmp/oa-XW2zpE/code.lsp" (written 01 FEB 2016 10:58:04 PM): ; compiling (DEFPARAMETER |SemiGroupOperatorCategory;AL| ...) ; compiling (DEFUN |SemiGroupOperatorCategory;| ...) ; compiling (DEFUN |SemiGroupOperatorCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-XW2zpE/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SGPOP.spad && cp SGPOP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SGPOP.fasl \ && if test -f SGPOP-.NRLIB/code.fasl; then \ cp SGPOP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SGPOP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SGPOP.spad using Spad compiler. SGPOP abbreviates domain SemiGroupOperation debug: compDefine1 lhs: (SemiGroupOperation T$) signature (pre-evaluate): ((Join (SemiGroupOperatorCategory T$) (SetCategory) (CATEGORY domain (SIGNATURE semiGroupOperation ($ (Mapping T$ T$ T$))))) (BasicType)) debug: evaluateType form: (Join (SemiGroupOperatorCategory T$) (SetCategory) (CATEGORY domain (SIGNATURE semiGroupOperation ($ (Mapping T$ T$ T$))))) $param: (T$) debug: evaluateType form: (SemiGroupOperatorCategory T$) $param: (T$) Debug: evaluateType1 form: (SemiGroupOperatorCategory T$) debug: evaluateType1 x: T$ m: (BasicType) debug: evaluateType form: (SetCategory) $param: (T$) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE semiGroupOperation ($ (Mapping T$ T$ T$)))) $param: (T$) debug: evaluateType form: (Mapping T$ T$ T$) $param: (T$) debug: evaluateType form: T$ $param: (T$) debug: evaluateType form: T$ $param: (T$) debug: evaluateType form: T$ $param: (T$) debug: evaluateType form: (BasicType) $param: (T$) Debug: evaluateType1 form: (BasicType) debug: compDefine1 signature (post evaluate): ((Join (SemiGroupOperatorCategory T$) (SetCategory) (CATEGORY domain (SIGNATURE semiGroupOperation ($ (Mapping T$ T$ T$))))) (BasicType)) debug: compDefine1 lhs: (SemiGroupOperation T$) signature (pre-evaluate): ((Join (SemiGroupOperatorCategory T$) (SetCategory) (CATEGORY domain (SIGNATURE semiGroupOperation ($ (Mapping T$ T$ T$))))) NIL) debug: evaluateType form: (Join (SemiGroupOperatorCategory T$) (SetCategory) (CATEGORY domain (SIGNATURE semiGroupOperation ($ (Mapping T$ T$ T$))))) $param: (T$) debug: evaluateType form: (SemiGroupOperatorCategory T$) $param: (T$) Debug: evaluateType1 form: (SemiGroupOperatorCategory T$) debug: evaluateType1 x: T$ m: (BasicType) debug: evaluateType form: (SetCategory) $param: (T$) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE semiGroupOperation ($ (Mapping T$ T$ T$)))) $param: (T$) debug: evaluateType form: (Mapping T$ T$ T$) $param: (T$) debug: evaluateType form: T$ $param: (T$) debug: evaluateType form: T$ $param: (T$) debug: evaluateType form: T$ $param: (T$) debug: compDefine1 signature (post evaluate): ((Join (SemiGroupOperatorCategory T$) (SetCategory) (CATEGORY domain (SIGNATURE semiGroupOperation ($ (Mapping T$ T$ T$))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for SemiGroupOperation compiling into /tmp/oa-ZPPiaM (time taken in buildFunctor: 0) Time: 0.02 SEC. Cumulative Statistics for Constructor SemiGroupOperation Time: 0.02 seconds --------------non extending category---------------------- SemiGroupOperation #1 of category Join(SemiGroupOperatorCategory #1, SetCategory) with semiGroupOperation : ((#1,#1) -> #1) -> % has no binaryOperation : ((#1,#1) -> #1) -> % ---------------------------------------------------------- finalizing NRLIB SGPOP Processing SemiGroupOperation for Browser database: -- semiGroupOperation : ((T,T) -> T) -> % -- constructor ; compiling file "/tmp/oa-ZPPiaM/code.lsp" (written 01 FEB 2016 10:58:04 PM): ; compiling (DEFUN |SemiGroupOperation| ...) ; compiling (DEFUN |SemiGroupOperation;| ...) ; compiling (MAKEPROP (QUOTE |SemiGroupOperation|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-ZPPiaM/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MONOPC.spad && cp MONOPC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MONOPC.fasl \ && if test -f MONOPC-.NRLIB/code.fasl; then \ cp MONOPC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MONOPC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MONOPC.spad using Spad compiler. MONOPC abbreviates category MonoidOperatorCategory debug: compDefine1 lhs: (MonoidOperatorCategory T$) signature (pre-evaluate): ((Category) (BasicType)) debug: evaluateType form: (Category) $param: (T$) debug: evaluateType form: (BasicType) $param: (T$) Debug: evaluateType1 form: (BasicType) debug: compDefine1 signature (post evaluate): ((Category) (BasicType)) debug: compDefine1 lhs: (MonoidOperatorCategory T$) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (T$) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for MonoidOperatorCategory compiling into /tmp/oa-srHf2R STYLE-WARNING: redefining BOOT::|MonoidOperatorCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB MONOPC Processing MonoidOperatorCategory for Browser database: -- neutralValue : % -> T -- constructor ; compiling file "/tmp/oa-srHf2R/code.lsp" (written 01 FEB 2016 10:58:04 PM): ; compiling (DEFPARAMETER |MonoidOperatorCategory;AL| ...) ; compiling (DEFUN |MonoidOperatorCategory;| ...) ; compiling (DEFUN |MonoidOperatorCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-srHf2R/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FUNCTOR.spad && cp FUNCTOR.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FUNCTOR.fasl \ && if test -f FUNCTOR-.NRLIB/code.fasl; then \ cp FUNCTOR-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FUNCTOR-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FUNCTOR.spad using Spad compiler. FUNCTOR abbreviates category Functorial debug: compDefine1 lhs: (Functorial S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (Functorial S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for Functorial compiling into /tmp/oa-QvUvp1 STYLE-WARNING: redefining BOOT::|Functorial| in DEFUN Time: 0.01 SEC. finalizing NRLIB FUNCTOR Processing Functorial for Browser database: -- map : ((S -> S),%) -> % -- constructor ; compiling file "/tmp/oa-QvUvp1/code.lsp" (written 01 FEB 2016 10:58:04 PM): ; compiling (DEFPARAMETER |Functorial;AL| ...) ; compiling (DEFUN |Functorial;| ...) ; compiling (DEFUN |Functorial| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-QvUvp1/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile COMOPC.spad && cp COMOPC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/COMOPC.fasl \ && if test -f COMOPC-.NRLIB/code.fasl; then \ cp COMOPC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/COMOPC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/COMOPC.spad using Spad compiler. COMOPC abbreviates category CommutativeOperatorCategory debug: compDefine1 lhs: (CommutativeOperatorCategory T$) signature (pre-evaluate): ((Category) (BasicType)) debug: evaluateType form: (Category) $param: (T$) debug: evaluateType form: (BasicType) $param: (T$) Debug: evaluateType1 form: (BasicType) debug: compDefine1 signature (post evaluate): ((Category) (BasicType)) debug: compDefine1 lhs: (CommutativeOperatorCategory T$) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (T$) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for CommutativeOperatorCategory compiling into /tmp/oa-MS2EG8 STYLE-WARNING: redefining BOOT::|CommutativeOperatorCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB COMOPC Processing CommutativeOperatorCategory for Browser database: -- constructor ; compiling file "/tmp/oa-MS2EG8/code.lsp" (written 01 FEB 2016 10:58:04 PM): ; compiling (DEFPARAMETER |CommutativeOperatorCategory;AL| ...) ; compiling (DEFUN |CommutativeOperatorCategory;| ...) ; compiling (DEFUN |CommutativeOperatorCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-MS2EG8/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile COMOP.spad && cp COMOP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/COMOP.fasl \ && if test -f COMOP-.NRLIB/code.fasl; then \ cp COMOP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/COMOP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/COMOP.spad using Spad compiler. COMOP abbreviates domain CommutativeOperation debug: compDefine1 lhs: (CommutativeOperation T$) signature (pre-evaluate): ((Join (CommutativeOperatorCategory T$) (CoercibleTo (BinaryOperation T$)) (CATEGORY domain (SIGNATURE commutativeOperation ($ (Mapping T$ T$ T$))))) (BasicType)) debug: evaluateType form: (Join (CommutativeOperatorCategory T$) (CoercibleTo (BinaryOperation T$)) (CATEGORY domain (SIGNATURE commutativeOperation ($ (Mapping T$ T$ T$))))) $param: (T$) debug: evaluateType form: (CommutativeOperatorCategory T$) $param: (T$) Debug: evaluateType1 form: (CommutativeOperatorCategory T$) debug: evaluateType1 x: T$ m: (BasicType) debug: evaluateType form: (CoercibleTo (BinaryOperation T$)) $param: (T$) Debug: evaluateType1 form: (CoercibleTo (BinaryOperation T$)) debug: evaluateType1 x: (BinaryOperation T$) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (T$) Debug: evaluateType1 form: (Type) debug: evaluateType form: (BinaryOperation T$) $param: (T$) Debug: evaluateType1 form: (BinaryOperation T$) debug: evaluateType1 x: T$ m: (Type) debug: evalCategory d: (BinaryOperation T$) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE commutativeOperation ($ (Mapping T$ T$ T$)))) $param: (T$) debug: evaluateType form: (Mapping T$ T$ T$) $param: (T$) debug: evaluateType form: T$ $param: (T$) debug: evaluateType form: T$ $param: (T$) debug: evaluateType form: T$ $param: (T$) debug: evaluateType form: (BasicType) $param: (T$) Debug: evaluateType1 form: (BasicType) debug: compDefine1 signature (post evaluate): ((Join (CommutativeOperatorCategory T$) (CoercibleTo (BinaryOperation T$)) (CATEGORY domain (SIGNATURE commutativeOperation ($ (Mapping T$ T$ T$))))) (BasicType)) debug: compDefine1 lhs: (CommutativeOperation T$) signature (pre-evaluate): ((Join (CommutativeOperatorCategory T$) (CoercibleTo (BinaryOperation T$)) (CATEGORY domain (SIGNATURE commutativeOperation ($ (Mapping T$ T$ T$))))) NIL) debug: evaluateType form: (Join (CommutativeOperatorCategory T$) (CoercibleTo (BinaryOperation T$)) (CATEGORY domain (SIGNATURE commutativeOperation ($ (Mapping T$ T$ T$))))) $param: (T$) debug: evaluateType form: (CommutativeOperatorCategory T$) $param: (T$) Debug: evaluateType1 form: (CommutativeOperatorCategory T$) debug: evaluateType1 x: T$ m: (BasicType) debug: evaluateType form: (CoercibleTo (BinaryOperation T$)) $param: (T$) Debug: evaluateType1 form: (CoercibleTo (BinaryOperation T$)) debug: evaluateType1 x: (BinaryOperation T$) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (T$) Debug: evaluateType1 form: (Type) debug: evaluateType form: (BinaryOperation T$) $param: (T$) Debug: evaluateType1 form: (BinaryOperation T$) debug: evaluateType1 x: T$ m: (Type) debug: evalCategory d: (BinaryOperation T$) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE commutativeOperation ($ (Mapping T$ T$ T$)))) $param: (T$) debug: evaluateType form: (Mapping T$ T$ T$) $param: (T$) debug: evaluateType form: T$ $param: (T$) debug: evaluateType form: T$ $param: (T$) debug: evaluateType form: T$ $param: (T$) debug: compDefine1 signature (post evaluate): ((Join (CommutativeOperatorCategory T$) (CoercibleTo (BinaryOperation T$)) (CATEGORY domain (SIGNATURE commutativeOperation ($ (Mapping T$ T$ T$))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for CommutativeOperation compiling into /tmp/oa-1ooQOf compiling exported commutativeOperation : (T,T) -> T -> % COMOP;commutativeOperation;M$;1 f is replaced by f Time: 0.00 SEC. compiling exported coerce : % -> BinaryOperation T COMOP;coerce;$Bo;2 x is replaced by x Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor CommutativeOperation Time: 0.00 seconds --------------non extending category---------------------- CommutativeOperation #1 of category Join(CommutativeOperatorCategory #1,CoercibleTo BinaryOperation #1) with commutativeOperation : ((#1,#1) -> #1) -> % has no SetCategory ---------------------------------------------------------- finalizing NRLIB COMOP Processing CommutativeOperation for Browser database: -- commutativeOperation : ((T,T) -> T) -> % -- constructor ; compiling file "/tmp/oa-1ooQOf/code.lsp" (written 01 FEB 2016 10:58:04 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMOP;commutativeOperation;M$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMOP;coerce;$Bo;2|) ...) ; compiling (DEFUN |COMOP;commutativeOperation;M$;1| ...) ; compiling (DEFUN |COMOP;coerce;$Bo;2| ...) ; compiling (DEFUN |CommutativeOperation| ...) ; compiling (DEFUN |CommutativeOperation;| ...) ; compiling (MAKEPROP (QUOTE |CommutativeOperation|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-1ooQOf/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile BASTYPE.spad && cp BASTYPE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/BASTYPE.fasl \ && if test -f BASTYPE-.NRLIB/code.fasl; then \ cp BASTYPE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/BASTYPE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/BASTYPE.spad using Spad compiler. BASTYPE abbreviates category BasicType debug: compDefine1 lhs: (BasicType) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for BasicType compiling into /tmp/oa-FYB8pp STYLE-WARNING: redefining BOOT::|BasicType| in DEFUN Time: 0.01 SEC. BASTYPE- abbreviates package BasicType& ------------------------------------------------------------------------ initializing stationary directory for BasicType& compiling into /tmp/oa-0EEM3H compiling exported = : (S,S) -> Boolean Time: 0 SEC. compiling exported ~= : (S,S) -> Boolean Time: 0.00 SEC. compiling exported before? : (S,S) -> Boolean BASTYPE-;before?;2$B;3 is replaced by %before? Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor BasicType& Time: 0.00 seconds finalizing NRLIB BASTYPE- ; compiling file "/tmp/oa-0EEM3H/code.lsp" (written 01 FEB 2016 10:58:04 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BASTYPE-;before?;2$B;3|) ...) ; compiling (DEFUN |BASTYPE-;=;2$B;1| ...) ; compiling (DEFUN |BASTYPE-;~=;2$B;2| ...) ; compiling (DEFUN |BASTYPE-;before?;2$B;3| ...) ; file: /tmp/oa-0EEM3H/code.lsp ; in: DEFUN |BASTYPE-;before?;2$B;3| ; (DEFUN BOOT::|BASTYPE-;before?;2$B;3| (BOOT::|x| BOOT::|y| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::GGREATERP BOOT::|y| BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BASTYPE-;before?;2$B;3| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|BASTYPE-;before?;2$B;3| ; (BOOT::GGREATERP BOOT::|y| BOOT::|x|))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |BasicType&| ...) ; compiling (MAKEPROP (QUOTE |BasicType&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-0EEM3H/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ finalizing NRLIB BASTYPE Processing BasicType for Browser database: -- ?=? : (%,%) -> Boolean -- ?~=? : (%,%) -> Boolean -- before? : (%,%) -> Boolean -- constructor ; compiling file "/tmp/oa-FYB8pp/code.lsp" (written 01 FEB 2016 10:58:04 PM): ; compiling (DEFPARAMETER |BasicType;AL| ...) ; compiling (DEFUN |BasicType;| ...) ; compiling (DEFUN |BasicType| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-FYB8pp/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SETCAT.spad && cp SETCAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SETCAT.fasl \ && if test -f SETCAT-.NRLIB/code.fasl; then \ cp SETCAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SETCAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SETCAT.spad using Spad compiler. SETCAT abbreviates category SetCategory debug: compDefine1 lhs: (SetCategory) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for SetCategory compiling into /tmp/oa-gM1wZA STYLE-WARNING: redefining BOOT::|SetCategory| in DEFUN Time: 0.01 SEC. SETCAT- abbreviates package SetCategory& ------------------------------------------------------------------------ initializing stationary directory for SetCategory& compiling into /tmp/oa-CccfXT compiling exported hash : S -> SingleInteger SETCAT-;hash;$Si;1 is replaced by %hash Time: 0.04 SEC. compiling exported latex : S -> String SETCAT-;latex;$S;2 s is replaced by "\mbox{\bf Unimplemented}" Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor SetCategory& Time: 0.05 seconds finalizing NRLIB SETCAT- ; compiling file "/tmp/oa-CccfXT/code.lsp" (written 01 FEB 2016 10:58:05 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SETCAT-;hash;$Si;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SETCAT-;latex;$S;2|) ...) ; compiling (DEFUN |SETCAT-;hash;$Si;1| ...) ; compiling (DEFUN |SETCAT-;latex;$S;2| ...) ; file: /tmp/oa-CccfXT/code.lsp ; in: DEFUN |SETCAT-;latex;$S;2| ; (DEFUN BOOT::|SETCAT-;latex;$S;2| (BOOT::|s| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; "\\mbox{\\bf Unimplemented}") ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SETCAT-;latex;$S;2| ; (BOOT::|s| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|SETCAT-;latex;$S;2| "\\mbox{\\bf Unimplemented}")) ; ; caught STYLE-WARNING: ; The variable |s| is defined but never used. ; compiling (DEFUN |SetCategory&| ...) ; compiling (MAKEPROP (QUOTE |SetCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; /tmp/oa-CccfXT/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ finalizing NRLIB SETCAT Processing SetCategory for Browser database: -- hash : % -> SingleInteger -- latex : % -> String -- constructor ; compiling file "/tmp/oa-gM1wZA/code.lsp" (written 01 FEB 2016 10:58:05 PM): ; compiling (DEFPARAMETER |SetCategory;AL| ...) ; compiling (DEFUN |SetCategory;| ...) ; compiling (DEFUN |SetCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-gM1wZA/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/REPSQ.fasl --optimize=3 REPSQ.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/REPSQ.spad using Spad compiler. REPSQ abbreviates package RepeatedSquaring debug: compDefine1 lhs: (RepeatedSquaring S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE expt (S S (PositiveInteger)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE expt (S S (PositiveInteger)))) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (PositiveInteger) $param: (S) Debug: evaluateType1 form: (PositiveInteger) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE expt (S S (PositiveInteger)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for RepeatedSquaring compiling into /tmp/oa-id2sFB compiling exported expt : (S,PositiveInteger) -> S Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor RepeatedSquaring Time: 0.05 seconds finalizing NRLIB REPSQ Processing RepeatedSquaring for Browser database: -- ?*? : (%,%) -> % -- expt : (S,PositiveInteger) -> S -- constructor ; compiling file "/tmp/oa-id2sFB/code.lsp" (written 01 FEB 2016 10:58:05 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |REPSQ;expt;SPiS;1| ...) ; compiling (DEFUN |RepeatedSquaring| ...) ; compiling (DEFUN |RepeatedSquaring;| ...) ; compiling (MAKEPROP (QUOTE |RepeatedSquaring|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-id2sFB/code.fasl written ; compilation finished in 0:00:00.018 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SGROUP.spad && cp SGROUP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SGROUP.fasl \ && if test -f SGROUP-.NRLIB/code.fasl; then \ cp SGROUP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SGROUP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SGROUP.spad using Spad compiler. SGROUP abbreviates category SemiGroup debug: compDefine1 lhs: (SemiGroup) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for SemiGroup compiling into /tmp/oa-fGMpYQ STYLE-WARNING: redefining BOOT::|SemiGroup;| in DEFUN STYLE-WARNING: redefining BOOT::|SemiGroup| in DEFUN Time: 0.01 SEC. SGROUP- abbreviates package SemiGroup& ------------------------------------------------------------------------ initializing stationary directory for SemiGroup& compiling into /tmp/oa-8vMJMa importing RepeatedSquaring S compiling exported ** : (S,PositiveInteger) -> S Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor SemiGroup& Time: 0.00 seconds finalizing NRLIB SGROUP- ; compiling file "/tmp/oa-8vMJMa/code.lsp" (written 01 FEB 2016 10:58:05 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SGROUP-;**;$Pi$;1| ...) ; compiling (DEFUN |SemiGroup&| ...) ; compiling (MAKEPROP (QUOTE |SemiGroup&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-8vMJMa/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ finalizing NRLIB SGROUP Processing SemiGroup for Browser database: -- ?*? : (%,%) -> % -- ?**? : (%,PositiveInteger) -> % -- constructor ; compiling file "/tmp/oa-fGMpYQ/code.lsp" (written 01 FEB 2016 10:58:05 PM): ; compiling (DEFPARAMETER |SemiGroup;AL| ...) ; compiling (DEFUN |SemiGroup;| ...) ; compiling (DEFUN |SemiGroup| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-fGMpYQ/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile LLINSET.spad && cp LLINSET.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LLINSET.fasl \ && if test -f LLINSET-.NRLIB/code.fasl; then \ cp LLINSET-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LLINSET-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LLINSET.spad using Spad compiler. LLINSET abbreviates category LeftLinearSet debug: compDefine1 lhs: (LeftLinearSet S) signature (pre-evaluate): ((Category) (SemiGroup)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (SemiGroup) $param: (S) Debug: evaluateType1 form: (SemiGroup) debug: compDefine1 signature (post evaluate): ((Category) (SemiGroup)) debug: compDefine1 lhs: (LeftLinearSet S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for LeftLinearSet compiling into /tmp/oa-5vCUg0 STYLE-WARNING: redefining BOOT::|LeftLinearSet| in DEFUN Time: 0.01 SEC. finalizing NRLIB LLINSET Processing LeftLinearSet for Browser database: -- ?*? : (S,%) -> % -- constructor ; compiling file "/tmp/oa-5vCUg0/code.lsp" (written 01 FEB 2016 10:58:05 PM): ; compiling (DEFPARAMETER |LeftLinearSet;AL| ...) ; compiling (DEFUN |LeftLinearSet;| ...) ; compiling (DEFUN |LeftLinearSet| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-5vCUg0/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile RLINSET.spad && cp RLINSET.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RLINSET.fasl \ && if test -f RLINSET-.NRLIB/code.fasl; then \ cp RLINSET-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RLINSET-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RLINSET.spad using Spad compiler. RLINSET abbreviates category RightLinearSet debug: compDefine1 lhs: (RightLinearSet S) signature (pre-evaluate): ((Category) (SemiGroup)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (SemiGroup) $param: (S) Debug: evaluateType1 form: (SemiGroup) debug: compDefine1 signature (post evaluate): ((Category) (SemiGroup)) debug: compDefine1 lhs: (RightLinearSet S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for RightLinearSet compiling into /tmp/oa-3vspC4 STYLE-WARNING: redefining BOOT::|RightLinearSet| in DEFUN Time: 0.01 SEC. finalizing NRLIB RLINSET Processing RightLinearSet for Browser database: -- ?*? : (%,S) -> % -- constructor ; compiling file "/tmp/oa-3vspC4/code.lsp" (written 01 FEB 2016 10:58:05 PM): ; compiling (DEFPARAMETER |RightLinearSet;AL| ...) ; compiling (DEFUN |RightLinearSet;| ...) ; compiling (DEFUN |RightLinearSet| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-3vspC4/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile LINSET.spad && cp LINSET.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LINSET.fasl \ && if test -f LINSET-.NRLIB/code.fasl; then \ cp LINSET-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LINSET-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LINSET.spad using Spad compiler. LINSET abbreviates category LinearSet debug: compDefine1 lhs: (LinearSet S) signature (pre-evaluate): ((Category) (SemiGroup)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (SemiGroup) $param: (S) Debug: evaluateType1 form: (SemiGroup) debug: compDefine1 signature (post evaluate): ((Category) (SemiGroup)) debug: compDefine1 lhs: (LinearSet S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for LinearSet compiling into /tmp/oa-oTRE0e STYLE-WARNING: redefining BOOT::|LinearSet| in DEFUN Time: 0.01 SEC. finalizing NRLIB LINSET Processing LinearSet for Browser database: -- constructor ; compiling file "/tmp/oa-oTRE0e/code.lsp" (written 01 FEB 2016 10:58:05 PM): ; compiling (DEFPARAMETER |LinearSet;AL| ...) ; compiling (DEFUN |LinearSet;| ...) ; compiling (DEFUN |LinearSet| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-oTRE0e/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/REPDB.fasl --optimize=3 REPDB.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/REPDB.spad using Spad compiler. REPDB abbreviates package RepeatedDoubling debug: compDefine1 lhs: (RepeatedDoubling S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE double (S (PositiveInteger) S))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE double (S (PositiveInteger) S))) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (PositiveInteger) $param: (S) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: S $param: (S) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE double (S (PositiveInteger) S))) NIL) ------------------------------------------------------------------------ initializing stationary directory for RepeatedDoubling compiling into /tmp/oa-eD3pNl compiling exported double : (PositiveInteger,S) -> S Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor RepeatedDoubling Time: 0.05 seconds finalizing NRLIB REPDB Processing RepeatedDoubling for Browser database: -- ?+? : (%,%) -> % -- double : (PositiveInteger,S) -> S -- constructor ; compiling file "/tmp/oa-eD3pNl/code.lsp" (written 01 FEB 2016 10:58:05 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |REPDB;double;Pi2S;1| ...) ; compiling (DEFUN |RepeatedDoubling| ...) ; compiling (DEFUN |RepeatedDoubling;| ...) ; compiling (MAKEPROP (QUOTE |RepeatedDoubling|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-eD3pNl/code.fasl written ; compilation finished in 0:00:00.021 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ABELSG.spad && cp ABELSG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ABELSG.fasl \ && if test -f ABELSG-.NRLIB/code.fasl; then \ cp ABELSG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ABELSG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ABELSG.spad using Spad compiler. ABELSG abbreviates category AbelianSemiGroup debug: compDefine1 lhs: (AbelianSemiGroup) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for AbelianSemiGroup compiling into /tmp/oa-0DenbB STYLE-WARNING: redefining BOOT::|AbelianSemiGroup;| in DEFUN STYLE-WARNING: redefining BOOT::|AbelianSemiGroup| in DEFUN Time: 0.00 SEC. ABELSG- abbreviates package AbelianSemiGroup& ------------------------------------------------------------------------ initializing stationary directory for AbelianSemiGroup& compiling into /tmp/oa-FP0HyW importing RepeatedDoubling S compiling exported * : (PositiveInteger,S) -> S Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor AbelianSemiGroup& Time: 0.01 seconds finalizing NRLIB ABELSG- ; compiling file "/tmp/oa-FP0HyW/code.lsp" (written 01 FEB 2016 10:58:05 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ABELSG-;*;Pi2$;1| ...) ; compiling (DEFUN |AbelianSemiGroup&| ...) ; compiling (MAKEPROP (QUOTE |AbelianSemiGroup&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-FP0HyW/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ finalizing NRLIB ABELSG Processing AbelianSemiGroup for Browser database: -- ?+? : (%,%) -> % -- ?*? : (PositiveInteger,%) -> % -- constructor ; compiling file "/tmp/oa-0DenbB/code.lsp" (written 01 FEB 2016 10:58:05 PM): ; compiling (DEFPARAMETER |AbelianSemiGroup;AL| ...) ; compiling (DEFUN |AbelianSemiGroup;| ...) ; compiling (DEFUN |AbelianSemiGroup| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-0DenbB/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile RNG.spad && cp RNG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RNG.fasl \ && if test -f RNG-.NRLIB/code.fasl; then \ cp RNG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RNG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RNG.spad using Spad compiler. RNG abbreviates category Rng debug: compDefine1 lhs: (Rng) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for Rng compiling into /tmp/oa-wtGHuy STYLE-WARNING: redefining BOOT::|Rng| in DEFUN Time: 0.01 SEC. RNG- abbreviates package Rng& ------------------------------------------------------------------------ initializing stationary directory for Rng& compiling into /tmp/oa-6RAQaU compiling exported annihilate? : (S,S) -> Boolean Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor Rng& Time: 0.00 seconds finalizing NRLIB RNG- ; compiling file "/tmp/oa-6RAQaU/code.lsp" (written 01 FEB 2016 10:58:06 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RNG-;annihilate?;2$B;1| ...) ; file: /tmp/oa-6RAQaU/code.lsp ; in: DEFUN |RNG-;annihilate?;2$B;1| ; (DEFUN BOOT::|RNG-;annihilate?;2$B;1| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 7)) ; (BOOT::|shellEntry| BOOT::$ 9))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RNG-;annihilate?;2$B;1| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|RNG-;annihilate?;2$B;1| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 7)) ; (BOOT::|shellEntry| BOOT::$ 9)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |Rng&| ...) ; compiling (MAKEPROP (QUOTE |Rng&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-6RAQaU/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ finalizing NRLIB RNG Processing Rng for Browser database: -- annihilate? : (%,%) -> Boolean -- constructor ; compiling file "/tmp/oa-wtGHuy/code.lsp" (written 01 FEB 2016 10:58:06 PM): ; compiling (DEFPARAMETER |Rng;AL| ...) ; compiling (DEFUN |Rng;| ...) ; compiling (DEFUN |Rng| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-wtGHuy/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ABELMON.spad && cp ABELMON.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ABELMON.fasl \ && if test -f ABELMON-.NRLIB/code.fasl; then \ cp ABELMON-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ABELMON-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ABELMON.spad using Spad compiler. ABELMON abbreviates category AbelianMonoid debug: compDefine1 lhs: (AbelianMonoid) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for AbelianMonoid compiling into /tmp/oa-XFZt4F STYLE-WARNING: redefining BOOT::|AbelianMonoid| in DEFUN Time: 0 SEC. ABELMON- abbreviates package AbelianMonoid& ------------------------------------------------------------------------ initializing stationary directory for AbelianMonoid& compiling into /tmp/oa-i6PA11 importing RepeatedDoubling S compiling exported zero? : S -> Boolean Time: 0.01 SEC. compiling exported * : (PositiveInteger,S) -> S Time: 0.03 SEC. compiling exported sample : () -> S Time: 0 SEC. compiling exported * : (NonNegativeInteger,S) -> S Time: 0.01 SEC. compiling exported opposite? : (S,S) -> Boolean Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor AbelianMonoid& Time: 0.05 seconds finalizing NRLIB ABELMON- ; compiling file "/tmp/oa-i6PA11/code.lsp" (written 01 FEB 2016 10:58:06 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ABELMON-;zero?;$B;1| ...) ; file: /tmp/oa-i6PA11/code.lsp ; in: DEFUN |ABELMON-;zero?;$B;1| ; (DEFUN BOOT::|ABELMON-;zero?;$B;1| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|spadConstant| BOOT::$ 7) ; (BOOT::|shellEntry| BOOT::$ 9))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ABELMON-;zero?;$B;1| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ABELMON-;zero?;$B;1| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|spadConstant| BOOT::$ 7) ; (BOOT::|shellEntry| BOOT::$ 9)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |ABELMON-;*;Pi2$;2| ...) ; compiling (DEFUN |ABELMON-;sample;$;3| ...) ; compiling (DEFUN |ABELMON-;*;Nni2$;4| ...) ; compiling (DEFUN |ABELMON-;opposite?;2$B;5| ...) ; file: /tmp/oa-i6PA11/code.lsp ; in: DEFUN |ABELMON-;opposite?;2$B;5| ; (DEFUN BOOT::|ABELMON-;opposite?;2$B;5| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 20)) ; (BOOT::|shellEntry| BOOT::$ 21))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ABELMON-;opposite?;2$B;5| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|ABELMON-;opposite?;2$B;5| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 20)) ; (BOOT::|shellEntry| BOOT::$ 21)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |AbelianMonoid&| ...) ; compiling (MAKEPROP (QUOTE |AbelianMonoid&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-i6PA11/code.fasl written ; compilation finished in 0:00:00.019 ------------------------------------------------------------------------ finalizing NRLIB ABELMON Processing AbelianMonoid for Browser database: -- 0 : () -> % --->../../x86_64-unknown-linux-gnu/src/algebra/catdef.spad-->AbelianMonoid((Zero (%) constant)): Improper first word in comments: "0 is the additive identity element." -- sample : () -> % -- zero? : % -> Boolean -- ?*? : (NonNegativeInteger,%) -> % -- opposite? : (%,%) -> Boolean -- constructor ; compiling file "/tmp/oa-XFZt4F/code.lsp" (written 01 FEB 2016 10:58:06 PM): ; compiling (DEFPARAMETER |AbelianMonoid;AL| ...) ; compiling (DEFUN |AbelianMonoid;| ...) ; compiling (DEFUN |AbelianMonoid| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-XFZt4F/code.fasl written ; compilation finished in 0:00:00.005 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MONOID.spad && cp MONOID.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MONOID.fasl \ && if test -f MONOID-.NRLIB/code.fasl; then \ cp MONOID-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MONOID-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MONOID.spad using Spad compiler. MONOID abbreviates category Monoid debug: compDefine1 lhs: (Monoid) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for Monoid compiling into /tmp/oa-NGA6aV STYLE-WARNING: redefining BOOT::|Monoid| in DEFUN Time: 0.00 SEC. MONOID- abbreviates package Monoid& ------------------------------------------------------------------------ initializing stationary directory for Monoid& compiling into /tmp/oa-2Tcgzh importing RepeatedSquaring S compiling exported one? : S -> Boolean Time: 0.01 SEC. compiling exported sample : () -> S Time: 0 SEC. compiling exported recip : S -> Union(S,failed) Time: 0.00 SEC. compiling exported ** : (S,NonNegativeInteger) -> S Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor Monoid& Time: 0.06 seconds finalizing NRLIB MONOID- ; compiling file "/tmp/oa-2Tcgzh/code.lsp" (written 01 FEB 2016 10:58:06 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MONOID-;one?;$B;1| ...) ; file: /tmp/oa-2Tcgzh/code.lsp ; in: DEFUN |MONOID-;one?;$B;1| ; (DEFUN BOOT::|MONOID-;one?;$B;1| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|spadConstant| BOOT::$ 7) ; (BOOT::|shellEntry| BOOT::$ 9))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MONOID-;one?;$B;1| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|MONOID-;one?;$B;1| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|spadConstant| BOOT::$ 7) ; (BOOT::|shellEntry| BOOT::$ 9)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |MONOID-;sample;$;2| ...) ; compiling (DEFUN |MONOID-;recip;$U;3| ...) ; compiling (DEFUN |MONOID-;**;$Nni$;4| ...) ; compiling (DEFUN |Monoid&| ...) ; compiling (MAKEPROP (QUOTE |Monoid&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-2Tcgzh/code.fasl written ; compilation finished in 0:00:00.019 ------------------------------------------------------------------------ finalizing NRLIB MONOID Processing Monoid for Browser database: -- 1 : () -> % --->../../x86_64-unknown-linux-gnu/src/algebra/catdef.spad-->Monoid((One (%) constant)): Improper first word in comments: "1 is the multiplicative identity." -- sample : () -> % -- one? : % -> Boolean -- ?**? : (%,NonNegativeInteger) -> % -- recip : % -> Union(%,"failed") -- constructor ; compiling file "/tmp/oa-NGA6aV/code.lsp" (written 01 FEB 2016 10:58:06 PM): ; compiling (DEFPARAMETER |Monoid;AL| ...) ; compiling (DEFUN |Monoid;| ...) ; compiling (DEFUN |Monoid| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-NGA6aV/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SRING.spad && cp SRING.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SRING.fasl \ && if test -f SRING-.NRLIB/code.fasl; then \ cp SRING-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SRING-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SRING.spad using Spad compiler. SRING abbreviates category SemiRing debug: compDefine1 lhs: (SemiRing) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for SemiRing compiling into /tmp/oa-Da8j99 STYLE-WARNING: redefining BOOT::|SemiRing| in DEFUN Time: 0.01 SEC. finalizing NRLIB SRING Processing SemiRing for Browser database: -- constructor ; compiling file "/tmp/oa-Da8j99/code.lsp" (written 01 FEB 2016 10:58:06 PM): ; compiling (DEFPARAMETER |SemiRing;AL| ...) ; compiling (DEFUN |SemiRing;| ...) ; compiling (DEFUN |SemiRing| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Da8j99/code.fasl written ; compilation finished in 0:00:00.006 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile LMODULE.spad && cp LMODULE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LMODULE.fasl \ && if test -f LMODULE-.NRLIB/code.fasl; then \ cp LMODULE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LMODULE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LMODULE.spad using Spad compiler. LMODULE abbreviates category LeftModule debug: compDefine1 lhs: (LeftModule R) signature (pre-evaluate): ((Category) (Rng)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (Rng) $param: (R) Debug: evaluateType1 form: (Rng) debug: compDefine1 signature (post evaluate): ((Category) (Rng)) debug: compDefine1 lhs: (LeftModule R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for LeftModule compiling into /tmp/oa-p3mm2d STYLE-WARNING: redefining BOOT::|LeftModule| in DEFUN Time: 0.01 SEC. finalizing NRLIB LMODULE Processing LeftModule for Browser database: -- constructor ; compiling file "/tmp/oa-p3mm2d/code.lsp" (written 01 FEB 2016 10:58:06 PM): ; compiling (DEFPARAMETER |LeftModule;AL| ...) ; compiling (DEFUN |LeftModule;| ...) ; compiling (DEFUN |LeftModule| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-p3mm2d/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile KOERCE.spad && cp KOERCE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/KOERCE.fasl \ && if test -f KOERCE-.NRLIB/code.fasl; then \ cp KOERCE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/KOERCE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/KOERCE.spad using Spad compiler. KOERCE abbreviates category CoercibleTo debug: compDefine1 lhs: (CoercibleTo S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (CoercibleTo S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for CoercibleTo compiling into /tmp/oa-EJx1Nn STYLE-WARNING: redefining BOOT::|CoercibleTo| in DEFUN Time: 0.01 SEC. finalizing NRLIB KOERCE Processing CoercibleTo for Browser database: -- coerce : % -> S -- constructor ; compiling file "/tmp/oa-EJx1Nn/code.lsp" (written 01 FEB 2016 10:58:06 PM): ; compiling (DEFPARAMETER |CoercibleTo;AL| ...) ; compiling (DEFUN |CoercibleTo;| ...) ; compiling (DEFUN |CoercibleTo| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-EJx1Nn/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile RING.spad && cp RING.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RING.fasl \ && if test -f RING-.NRLIB/code.fasl; then \ cp RING-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RING-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RING.spad using Spad compiler. RING abbreviates category Ring debug: compDefine1 lhs: (Ring) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for Ring compiling into /tmp/oa-tRvfxy STYLE-WARNING: redefining BOOT::|Ring| in DEFUN Time: 0.01 SEC. RING- abbreviates package Ring& ------------------------------------------------------------------------ initializing stationary directory for Ring& compiling into /tmp/oa-VjRpgW compiling exported coerce : Integer -> S Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor Ring& Time: 0.02 seconds finalizing NRLIB RING- ; compiling file "/tmp/oa-VjRpgW/code.lsp" (written 01 FEB 2016 10:58:06 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RING-;coerce;I$;1| ...) ; compiling (DEFUN |Ring&| ...) ; compiling (MAKEPROP (QUOTE |Ring&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-VjRpgW/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ finalizing NRLIB RING Processing Ring for Browser database: -- characteristic : () -> NonNegativeInteger -- constructor ; compiling file "/tmp/oa-tRvfxy/code.lsp" (written 01 FEB 2016 10:58:06 PM): ; compiling (DEFPARAMETER |Ring;AL| ...) ; compiling (DEFUN |Ring;| ...) ; compiling (DEFUN |Ring| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-tRvfxy/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile CHARNZ.spad && cp CHARNZ.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CHARNZ.fasl \ && if test -f CHARNZ-.NRLIB/code.fasl; then \ cp CHARNZ-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CHARNZ-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CHARNZ.spad using Spad compiler. CHARNZ abbreviates category CharacteristicNonZero debug: compDefine1 lhs: (CharacteristicNonZero) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for CharacteristicNonZero compiling into /tmp/oa-UjAHsI STYLE-WARNING: redefining BOOT::|CharacteristicNonZero| in DEFUN Time: 0.01 SEC. finalizing NRLIB CHARNZ Processing CharacteristicNonZero for Browser database: -- charthRoot : % -> Maybe % -- constructor ; compiling file "/tmp/oa-UjAHsI/code.lsp" (written 01 FEB 2016 10:58:07 PM): ; compiling (DEFPARAMETER |CharacteristicNonZero;AL| ...) ; compiling (DEFUN |CharacteristicNonZero;| ...) ; compiling (DEFUN |CharacteristicNonZero| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-UjAHsI/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile CABMON.spad && cp CABMON.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CABMON.fasl \ && if test -f CABMON-.NRLIB/code.fasl; then \ cp CABMON-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CABMON-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CABMON.spad using Spad compiler. CABMON abbreviates category CancellationAbelianMonoid debug: compDefine1 lhs: (CancellationAbelianMonoid) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for CancellationAbelianMonoid compiling into /tmp/oa-W4JKcH STYLE-WARNING: redefining BOOT::|CancellationAbelianMonoid| in DEFUN Time: 0 SEC. finalizing NRLIB CABMON Processing CancellationAbelianMonoid for Browser database: -- subtractIfCan : (%,%) -> Maybe % -- constructor ; compiling file "/tmp/oa-W4JKcH/code.lsp" (written 01 FEB 2016 10:58:07 PM): ; compiling (DEFPARAMETER |CancellationAbelianMonoid;AL| ...) ; compiling (DEFUN |CancellationAbelianMonoid;| ...) ; compiling (DEFUN |CancellationAbelianMonoid| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-W4JKcH/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ABELGRP.spad && cp ABELGRP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ABELGRP.fasl \ && if test -f ABELGRP-.NRLIB/code.fasl; then \ cp ABELGRP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ABELGRP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ABELGRP.spad using Spad compiler. ABELGRP abbreviates category AbelianGroup debug: compDefine1 lhs: (AbelianGroup) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for AbelianGroup compiling into /tmp/oa-qjzMdL STYLE-WARNING: redefining BOOT::|AbelianGroup;| in DEFUN STYLE-WARNING: redefining BOOT::|AbelianGroup| in DEFUN Time: 0.03 SEC. ABELGRP- abbreviates package AbelianGroup& ------------------------------------------------------------------------ initializing stationary directory for AbelianGroup& compiling into /tmp/oa-h5IcQ9 compiling exported - : (S,S) -> S Time: 0 SEC. compiling exported subtractIfCan : (S,S) -> Maybe S Time: 0.00 SEC. compiling exported * : (NonNegativeInteger,S) -> S Time: 0.01 SEC. importing RepeatedDoubling S compiling exported * : (Integer,S) -> S Time: 0.02 SEC. compiling exported opposite? : (S,S) -> Boolean Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor AbelianGroup& Time: 0.04 seconds finalizing NRLIB ABELGRP- ; compiling file "/tmp/oa-h5IcQ9/code.lsp" (written 01 FEB 2016 10:58:07 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ABELGRP-;-;3$;1| ...) ; compiling (DEFUN |ABELGRP-;subtractIfCan;2$M;2| ...) ; compiling (DEFUN |ABELGRP-;*;Nni2$;3| ...) ; compiling (DEFUN |ABELGRP-;*;I2$;4| ...) ; compiling (DEFUN |ABELGRP-;opposite?;2$B;5| ...) ; file: /tmp/oa-h5IcQ9/code.lsp ; in: DEFUN |ABELGRP-;opposite?;2$B;5| ; (DEFUN BOOT::|ABELGRP-;opposite?;2$B;5| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| ; (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 7)) ; (BOOT::|shellEntry| BOOT::$ 28))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ABELGRP-;opposite?;2$B;5| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|ABELGRP-;opposite?;2$B;5| ; (BOOT::SPADCALL BOOT::|x| ; (BOOT::SPADCALL BOOT::|y| ; (BOOT::|shellEntry| BOOT::$ 7)) ; (BOOT::|shellEntry| BOOT::$ 28)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |AbelianGroup&| ...) ; compiling (MAKEPROP (QUOTE |AbelianGroup&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-h5IcQ9/code.fasl written ; compilation finished in 0:00:00.025 ------------------------------------------------------------------------ finalizing NRLIB ABELGRP Processing AbelianGroup for Browser database: -- -? : % -> % -- ?-? : (%,%) -> % -- constructor ; compiling file "/tmp/oa-qjzMdL/code.lsp" (written 01 FEB 2016 10:58:07 PM): ; compiling (DEFPARAMETER |AbelianGroup;AL| ...) ; compiling (DEFUN |AbelianGroup;| ...) ; compiling (DEFUN |AbelianGroup| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-qjzMdL/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ORDTYPE.spad && cp ORDTYPE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ORDTYPE.fasl \ && if test -f ORDTYPE-.NRLIB/code.fasl; then \ cp ORDTYPE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ORDTYPE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ORDTYPE.spad using Spad compiler. ORDTYPE abbreviates category OrderedType debug: compDefine1 lhs: (OrderedType) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for OrderedType compiling into /tmp/oa-5sKOiZ STYLE-WARNING: redefining BOOT::|OrderedType| in DEFUN Time: 0.01 SEC. ORDTYPE- abbreviates package OrderedType& ------------------------------------------------------------------------ initializing stationary directory for OrderedType& compiling into /tmp/oa-zI7bjo compiling exported > : (S,S) -> Boolean Time: 0.00 SEC. compiling exported <= : (S,S) -> Boolean Time: 0.00 SEC. compiling exported >= : (S,S) -> Boolean Time: 0 SEC. compiling exported = : (S,S) -> Boolean Time: 0 SEC. compiling exported max : (S,S) -> S Time: 0 SEC. compiling exported min : (S,S) -> S Time: 0.00 SEC. compiling exported before? : (S,S) -> Boolean Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor OrderedType& Time: 0.01 seconds finalizing NRLIB ORDTYPE- ; compiling file "/tmp/oa-zI7bjo/code.lsp" (written 01 FEB 2016 10:58:07 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ORDTYPE-;>;2$B;1| ...) ; file: /tmp/oa-zI7bjo/code.lsp ; in: DEFUN |ORDTYPE-;>;2$B;1| ; (DEFUN BOOT::|ORDTYPE-;>;2$B;1| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|y| BOOT::|x| (BOOT::|shellEntry| BOOT::$ 8))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ORDTYPE-;>;2$B;1| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|ORDTYPE-;>;2$B;1| ; (BOOT::SPADCALL BOOT::|y| BOOT::|x| (BOOT::|shellEntry| BOOT::$ 8)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |ORDTYPE-;<=;2$B;2| ...) ; compiling (DEFUN |ORDTYPE-;>=;2$B;3| ...) ; compiling (DEFUN |ORDTYPE-;=;2$B;4| ...) ; compiling (DEFUN |ORDTYPE-;max;3$;5| ...) ; compiling (DEFUN |ORDTYPE-;min;3$;6| ...) ; compiling (DEFUN |ORDTYPE-;before?;2$B;7| ...) ; file: /tmp/oa-zI7bjo/code.lsp ; in: DEFUN |ORDTYPE-;before?;2$B;7| ; (DEFUN BOOT::|ORDTYPE-;before?;2$B;7| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 8))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ORDTYPE-;before?;2$B;7| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|ORDTYPE-;before?;2$B;7| ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 8)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |OrderedType&| ...) ; compiling (MAKEPROP (QUOTE |OrderedType&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-zI7bjo/code.fasl written ; compilation finished in 0:00:00.021 ------------------------------------------------------------------------ finalizing NRLIB ORDTYPE Processing OrderedType for Browser database: -- ? Boolean -- ?>? : (%,%) -> Boolean -- ?<=? : (%,%) -> Boolean -- ?>=? : (%,%) -> Boolean -- max : (%,%) -> % -- min : (%,%) -> % -- constructor ; compiling file "/tmp/oa-5sKOiZ/code.lsp" (written 01 FEB 2016 10:58:07 PM): ; compiling (DEFPARAMETER |OrderedType;AL| ...) ; compiling (DEFUN |OrderedType;| ...) ; compiling (DEFUN |OrderedType| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-5sKOiZ/code.fasl written ; compilation finished in 0:00:00.006 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile RMODULE.spad && cp RMODULE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RMODULE.fasl \ && if test -f RMODULE-.NRLIB/code.fasl; then \ cp RMODULE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RMODULE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RMODULE.spad using Spad compiler. RMODULE abbreviates category RightModule debug: compDefine1 lhs: (RightModule R) signature (pre-evaluate): ((Category) (Rng)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (Rng) $param: (R) Debug: evaluateType1 form: (Rng) debug: compDefine1 signature (post evaluate): ((Category) (Rng)) debug: compDefine1 lhs: (RightModule R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for RightModule compiling into /tmp/oa-f9nVP9 STYLE-WARNING: redefining BOOT::|RightModule| in DEFUN Time: 0.02 SEC. finalizing NRLIB RMODULE Processing RightModule for Browser database: -- constructor ; compiling file "/tmp/oa-f9nVP9/code.lsp" (written 01 FEB 2016 10:58:07 PM): ; compiling (DEFPARAMETER |RightModule;AL| ...) ; compiling (DEFUN |RightModule;| ...) ; compiling (DEFUN |RightModule| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-f9nVP9/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile BMODULE.spad && cp BMODULE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/BMODULE.fasl \ && if test -f BMODULE-.NRLIB/code.fasl; then \ cp BMODULE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/BMODULE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/BMODULE.spad using Spad compiler. BMODULE abbreviates category BiModule debug: compDefine1 lhs: (BiModule R S) signature (pre-evaluate): ((Category) (Ring) (Ring)) debug: evaluateType form: (Category) $param: (R S) debug: evaluateType form: (Ring) $param: (R S) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Ring) $param: (R S) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((Category) (Ring) (Ring)) debug: compDefine1 lhs: (BiModule R S) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (R S) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for BiModule compiling into /tmp/oa-ZDbvKi STYLE-WARNING: redefining BOOT::|BiModule| in DEFUN Time: 0.02 SEC. finalizing NRLIB BMODULE Processing BiModule for Browser database: -- constructor ; compiling file "/tmp/oa-ZDbvKi/code.lsp" (written 01 FEB 2016 10:58:07 PM): ; compiling (DEFPARAMETER |BiModule;AL| ...) ; compiling (DEFUN |BiModule;| ...) ; compiling (DEFUN |BiModule| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-ZDbvKi/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MODULE.spad && cp MODULE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MODULE.fasl \ && if test -f MODULE-.NRLIB/code.fasl; then \ cp MODULE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MODULE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MODULE.spad using Spad compiler. MODULE abbreviates category Module debug: compDefine1 lhs: (Module R) signature (pre-evaluate): ((Category) (CommutativeRing)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (CommutativeRing) $param: (R) Debug: evaluateType1 form: (CommutativeRing) debug: compDefine1 signature (post evaluate): ((Category) (CommutativeRing)) debug: compDefine1 lhs: (Module R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for Module compiling into /tmp/oa-cz1Slq STYLE-WARNING: redefining BOOT::|Module| in DEFUN Time: 0.02 SEC. MODULE- abbreviates package Module& ------------------------------------------------------------------------ initializing stationary directory for Module& compiling into /tmp/oa-Jt4ZjQ compiling exported * : (S,R) -> S Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor Module& Time: 0.01 seconds finalizing NRLIB MODULE- ; compiling file "/tmp/oa-Jt4ZjQ/code.lsp" (written 01 FEB 2016 10:58:07 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MODULE-;*;$R$;1| ...) ; compiling (DEFUN |Module&| ...) ; compiling (MAKEPROP (QUOTE |Module&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-Jt4ZjQ/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ finalizing NRLIB MODULE Processing Module for Browser database: -- constructor ; compiling file "/tmp/oa-cz1Slq/code.lsp" (written 01 FEB 2016 10:58:07 PM): ; compiling (DEFPARAMETER |Module;AL| ...) ; compiling (DEFUN |Module;| ...) ; compiling (DEFUN |Module| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-cz1Slq/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ALGEBRA.spad && cp ALGEBRA.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ALGEBRA.fasl \ && if test -f ALGEBRA-.NRLIB/code.fasl; then \ cp ALGEBRA-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ALGEBRA-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ALGEBRA.spad using Spad compiler. ALGEBRA abbreviates category Algebra debug: compDefine1 lhs: (Algebra R) signature (pre-evaluate): ((Category) (CommutativeRing)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (CommutativeRing) $param: (R) Debug: evaluateType1 form: (CommutativeRing) debug: compDefine1 signature (post evaluate): ((Category) (CommutativeRing)) debug: compDefine1 lhs: (Algebra R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for Algebra compiling into /tmp/oa-DhHLgD STYLE-WARNING: redefining BOOT::|Algebra| in DEFUN Time: 0.01 SEC. ALGEBRA- abbreviates package Algebra& ------------------------------------------------------------------------ initializing stationary directory for Algebra& compiling into /tmp/oa-16XQz3 compiling exported coerce : R -> S Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor Algebra& Time: 0.02 seconds finalizing NRLIB ALGEBRA- ; compiling file "/tmp/oa-16XQz3/code.lsp" (written 01 FEB 2016 10:58:07 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ALGEBRA-;coerce;R$;1| ...) ; compiling (DEFUN |Algebra&| ...) ; compiling (MAKEPROP (QUOTE |Algebra&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-16XQz3/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ finalizing NRLIB ALGEBRA Processing Algebra for Browser database: -- constructor ; compiling file "/tmp/oa-DhHLgD/code.lsp" (written 01 FEB 2016 10:58:07 PM): ; compiling (DEFPARAMETER |Algebra;AL| ...) ; compiling (DEFUN |Algebra;| ...) ; compiling (DEFUN |Algebra| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-DhHLgD/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile RETRACT.spad && cp RETRACT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RETRACT.fasl \ && if test -f RETRACT-.NRLIB/code.fasl; then \ cp RETRACT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RETRACT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RETRACT.spad using Spad compiler. RETRACT abbreviates category RetractableTo debug: compDefine1 lhs: (RetractableTo S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (RetractableTo S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for RetractableTo compiling into /tmp/oa-UsDv0B STYLE-WARNING: redefining BOOT::|RetractableTo| in DEFUN Time: 0.01 SEC. RETRACT- abbreviates package RetractableTo& ------------------------------------------------------------------------ initializing stationary directory for RetractableTo& compiling into /tmp/oa-ZljkB2 compiling exported retract : A -> S Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor RetractableTo& Time: 0.01 seconds finalizing NRLIB RETRACT- ; compiling file "/tmp/oa-ZljkB2/code.lsp" (written 01 FEB 2016 10:58:08 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RETRACT-;retract;$S;1| ...) ; compiling (DEFUN |RetractableTo&| ...) ; compiling (MAKEPROP (QUOTE |RetractableTo&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-ZljkB2/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ finalizing NRLIB RETRACT Processing RetractableTo for Browser database: -- retractIfCan : % -> Union(S,"failed") -- retract : % -> S -- constructor ; compiling file "/tmp/oa-UsDv0B/code.lsp" (written 01 FEB 2016 10:58:08 PM): ; compiling (DEFPARAMETER |RetractableTo;AL| ...) ; compiling (DEFUN |RetractableTo;| ...) ; compiling (DEFUN |RetractableTo| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-UsDv0B/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FRETRCT.spad && cp FRETRCT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FRETRCT.fasl \ && if test -f FRETRCT-.NRLIB/code.fasl; then \ cp FRETRCT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FRETRCT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FRETRCT.spad using Spad compiler. FRETRCT abbreviates category FullyRetractableTo debug: compDefine1 lhs: (FullyRetractableTo S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (FullyRetractableTo S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for FullyRetractableTo compiling into /tmp/oa-YkQYHI STYLE-WARNING: redefining BOOT::|FullyRetractableTo| in DEFUN Time: 0.01 SEC. FRETRCT- abbreviates package FullyRetractableTo& ------------------------------------------------------------------------ initializing stationary directory for FullyRetractableTo& compiling into /tmp/oa-zPrLB9 compiling exported coerce : Integer -> A Time: 0.01 SEC. compiling exported retract : A -> Integer Time: 0.00 SEC. compiling exported retractIfCan : A -> Union(Integer,failed) Time: 0 SEC. compiling exported coerce : Fraction Integer -> A Time: 0.04 SEC. compiling exported retract : A -> Fraction Integer Time: 0 SEC. compiling exported retractIfCan : A -> Union(Fraction Integer,failed) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor FullyRetractableTo& Time: 0.06 seconds finalizing NRLIB FRETRCT- ; compiling file "/tmp/oa-zPrLB9/code.lsp" (written 01 FEB 2016 10:58:08 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FRETRCT-;coerce;I$;1| ...) ; compiling (DEFUN |FRETRCT-;retract;$I;2| ...) ; file: /tmp/oa-zPrLB9/code.lsp ; in: DEFUN |FRETRCT-;retract;$I;2| ; (DEFUN BOOT::|FRETRCT-;retract;$I;2| (BOOT::|r| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 12)) ; (BOOT::|shellEntry| BOOT::$ 13))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FRETRCT-;retract;$I;2| ; (BOOT::|r| BOOT::$) ; (BLOCK BOOT::|FRETRCT-;retract;$I;2| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 12)) ; (BOOT::|shellEntry| BOOT::$ 13)))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |FRETRCT-;retractIfCan;$U;3| ...) ; file: /tmp/oa-zPrLB9/code.lsp ; in: DEFUN |FRETRCT-;retractIfCan;$U;3| ; (DEFUN BOOT::|FRETRCT-;retractIfCan;$U;3| (BOOT::|r| BOOT::$) ; (LET ((BOOT::|u| (BOOT::SPADCALL BOOT::|r| #))) ; (COND ((EQL # 1) (CONS 1 "failed")) (T (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FRETRCT-;retractIfCan;$U;3| ; (BOOT::|r| BOOT::$) ; (BLOCK BOOT::|FRETRCT-;retractIfCan;$U;3| ; (LET ((BOOT::|u| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |FRETRCT-;coerce;F$;4| ...) ; compiling (DEFUN |FRETRCT-;retract;$F;5| ...) ; compiling (DEFUN |FRETRCT-;retractIfCan;$U;6| ...) ; file: /tmp/oa-zPrLB9/code.lsp ; in: DEFUN |FRETRCT-;retractIfCan;$U;6| ; (DEFUN BOOT::|FRETRCT-;retractIfCan;$U;6| (BOOT::|r| BOOT::$) ; (LET ((BOOT::|u| (BOOT::SPADCALL BOOT::|r| #))) ; (COND ((EQL # 1) (CONS 1 "failed")) (T (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FRETRCT-;retractIfCan;$U;6| ; (BOOT::|r| BOOT::$) ; (BLOCK BOOT::|FRETRCT-;retractIfCan;$U;6| ; (LET ((BOOT::|u| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |FullyRetractableTo&| ...) ; compiling (MAKEPROP (QUOTE |FullyRetractableTo&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 3 notes ; /tmp/oa-zPrLB9/code.fasl written ; compilation finished in 0:00:00.025 ------------------------------------------------------------------------ finalizing NRLIB FRETRCT Processing FullyRetractableTo for Browser database: -- constructor ; compiling file "/tmp/oa-YkQYHI/code.lsp" (written 01 FEB 2016 10:58:08 PM): ; compiling (DEFPARAMETER |FullyRetractableTo;AL| ...) ; compiling (DEFUN |FullyRetractableTo;| ...) ; compiling (DEFUN |FullyRetractableTo| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-YkQYHI/code.fasl written ; compilation finished in 0:00:00.006 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FINITE.spad && cp FINITE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FINITE.fasl \ && if test -f FINITE-.NRLIB/code.fasl; then \ cp FINITE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FINITE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FINITE.spad using Spad compiler. FINITE abbreviates category Finite debug: compDefine1 lhs: (Finite) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for Finite compiling into /tmp/oa-5nr0AY STYLE-WARNING: redefining BOOT::|Finite| in DEFUN Time: 0.01 SEC. FINITE- abbreviates package Finite& ------------------------------------------------------------------------ initializing stationary directory for Finite& compiling into /tmp/oa-gtCJWp compiling local succ : NonNegativeInteger -> PositiveInteger FINITE-;succ x is replaced by %iadd(1,x) Time: 0.04 SEC. compiling exported random : () -> S Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Warnings: [1] succ: : PositiveInteger -- replace by pretend Cumulative Statistics for Constructor Finite& Time: 0.04 seconds finalizing NRLIB FINITE- ; compiling file "/tmp/oa-gtCJWp/code.lsp" (written 01 FEB 2016 10:58:08 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FINITE-;succ|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FINITE-;succ| ...) ; compiling (DEFUN |FINITE-;random;$;2| ...) ; compiling (DEFUN |Finite&| ...) ; compiling (MAKEPROP (QUOTE |Finite&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-gtCJWp/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ finalizing NRLIB FINITE Processing Finite for Browser database: -- size : () -> NonNegativeInteger -- index : PositiveInteger -> % -- lookup : % -> PositiveInteger -- random : () -> % -- constructor ; compiling file "/tmp/oa-5nr0AY/code.lsp" (written 01 FEB 2016 10:58:08 PM): ; compiling (DEFPARAMETER |Finite;AL| ...) ; compiling (DEFUN |Finite;| ...) ; compiling (DEFUN |Finite| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-5nr0AY/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile REPSQ.spad && cp REPSQ.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/REPSQ.fasl \ && if test -f REPSQ-.NRLIB/code.fasl; then \ cp REPSQ-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/REPSQ-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/REPSQ.spad using Spad compiler. REPSQ abbreviates package RepeatedSquaring debug: compDefine1 lhs: (RepeatedSquaring S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE expt (S S (PositiveInteger)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE expt (S S (PositiveInteger)))) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (PositiveInteger) $param: (S) Debug: evaluateType1 form: (PositiveInteger) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE expt (S S (PositiveInteger)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for RepeatedSquaring compiling into /tmp/oa-07UI66 compiling exported expt : (S,PositiveInteger) -> S Time: 0.06 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor RepeatedSquaring Time: 0.06 seconds finalizing NRLIB REPSQ Processing RepeatedSquaring for Browser database: -- ?*? : (%,%) -> % -- expt : (S,PositiveInteger) -> S -- constructor ; compiling file "/tmp/oa-07UI66/code.lsp" (written 01 FEB 2016 10:58:08 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |REPSQ;expt;SPiS;1| ...) ; compiling (DEFUN |RepeatedSquaring| ...) ; compiling (DEFUN |RepeatedSquaring;| ...) ; compiling (MAKEPROP (QUOTE |RepeatedSquaring|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-07UI66/code.fasl written ; compilation finished in 0:00:00.018 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile GROUP.spad && cp GROUP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GROUP.fasl \ && if test -f GROUP-.NRLIB/code.fasl; then \ cp GROUP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GROUP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GROUP.spad using Spad compiler. GROUP abbreviates category Group debug: compDefine1 lhs: (Group) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for Group compiling into /tmp/oa-rmG1Ui STYLE-WARNING: redefining BOOT::|Group| in DEFUN Time: 0.00 SEC. GROUP- abbreviates package Group& ------------------------------------------------------------------------ initializing stationary directory for Group& compiling into /tmp/oa-dRZc1K importing RepeatedSquaring S compiling exported / : (S,S) -> S Time: 0.00 SEC. compiling exported recip : S -> Union(S,failed) Time: 0 SEC. compiling exported ** : (S,Integer) -> S Time: 0.02 SEC. compiling exported conjugate : (S,S) -> S Time: 0 SEC. compiling exported commutator : (S,S) -> S Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor Group& Time: 0.03 seconds finalizing NRLIB GROUP- ; compiling file "/tmp/oa-dRZc1K/code.lsp" (written 01 FEB 2016 10:58:08 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |GROUP-;/;3$;1| ...) ; compiling (DEFUN |GROUP-;recip;$U;2| ...) ; compiling (DEFUN |GROUP-;**;$I$;3| ...) ; compiling (DEFUN |GROUP-;conjugate;3$;4| ...) ; compiling (DEFUN |GROUP-;commutator;3$;5| ...) ; compiling (DEFUN |Group&| ...) ; compiling (MAKEPROP (QUOTE |Group&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-dRZc1K/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ finalizing NRLIB GROUP Processing Group for Browser database: -- inv : % -> % -- ?/? : (%,%) -> % -- ?**? : (%,Integer) -> % -- conjugate : (%,%) -> % -- commutator : (%,%) -> % -- constructor ; compiling file "/tmp/oa-rmG1Ui/code.lsp" (written 01 FEB 2016 10:58:08 PM): ; compiling (DEFPARAMETER |Group;AL| ...) ; compiling (DEFUN |Group;| ...) ; compiling (DEFUN |Group| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-rmG1Ui/code.fasl written ; compilation finished in 0:00:00.004 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile COMRING.spad && cp COMRING.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/COMRING.fasl \ && if test -f COMRING-.NRLIB/code.fasl; then \ cp COMRING-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/COMRING-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/COMRING.spad using Spad compiler. COMRING abbreviates category CommutativeRing debug: compDefine1 lhs: (CommutativeRing) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for CommutativeRing compiling into /tmp/oa-UXfm9s STYLE-WARNING: redefining BOOT::|CommutativeRing| in DEFUN Time: 0.01 SEC. finalizing NRLIB COMRING Processing CommutativeRing for Browser database: -- commutative : "*" -> attribute -- constructor ; compiling file "/tmp/oa-UXfm9s/code.lsp" (written 01 FEB 2016 10:58:08 PM): ; compiling (DEFPARAMETER |CommutativeRing;AL| ...) ; compiling (DEFUN |CommutativeRing;| ...) ; compiling (DEFUN |CommutativeRing| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-UXfm9s/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ENTIRER.spad && cp ENTIRER.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ENTIRER.fasl \ && if test -f ENTIRER-.NRLIB/code.fasl; then \ cp ENTIRER-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ENTIRER-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ENTIRER.spad using Spad compiler. ENTIRER abbreviates category EntireRing debug: compDefine1 lhs: (EntireRing) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for EntireRing compiling into /tmp/oa-mDAU8z STYLE-WARNING: redefining BOOT::|EntireRing| in DEFUN Time: 0.01 SEC. ENTIRER- abbreviates package EntireRing& ------------------------------------------------------------------------ initializing stationary directory for EntireRing& compiling into /tmp/oa-arRBR2 compiling exported annihilate? : (S,S) -> Boolean Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor EntireRing& Time: 0.01 seconds finalizing NRLIB ENTIRER- ; compiling file "/tmp/oa-arRBR2/code.lsp" (written 01 FEB 2016 10:58:08 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ENTIRER-;annihilate?;2$B;1| ...) ; file: /tmp/oa-arRBR2/code.lsp ; in: DEFUN |ENTIRER-;annihilate?;2$B;1| ; (DEFUN BOOT::|ENTIRER-;annihilate?;2$B;1| (BOOT::|x| BOOT::|y| BOOT::$) ; (OR (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 8)) ; (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 8)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ENTIRER-;annihilate?;2$B;1| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|ENTIRER-;annihilate?;2$B;1| ; (OR (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 8)) ; (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 8))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |EntireRing&| ...) ; compiling (MAKEPROP (QUOTE |EntireRing&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-arRBR2/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ finalizing NRLIB ENTIRER Processing EntireRing for Browser database: -- noZeroDivisors : () -> attribute -- constructor ; compiling file "/tmp/oa-mDAU8z/code.lsp" (written 01 FEB 2016 10:58:08 PM): ; compiling (DEFPARAMETER |EntireRing;AL| ...) ; compiling (DEFUN |EntireRing;| ...) ; compiling (DEFUN |EntireRing| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-mDAU8z/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile INTDOM.spad && cp INTDOM.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INTDOM.fasl \ && if test -f INTDOM-.NRLIB/code.fasl; then \ cp INTDOM-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INTDOM-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INTDOM.spad using Spad compiler. INTDOM abbreviates category IntegralDomain debug: compDefine1 lhs: (IntegralDomain) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for IntegralDomain compiling into /tmp/oa-RH6lkJ STYLE-WARNING: redefining BOOT::|IntegralDomain| in DEFUN Time: 0.00 SEC. INTDOM- abbreviates package IntegralDomain& ------------------------------------------------------------------------ initializing stationary directory for IntegralDomain& compiling into /tmp/oa-LDXSmc compiling exported unitNormal : S -> Record(unit: S,canonical: S,associate: S) Time: 0.02 SEC. compiling exported unitCanonical : S -> S Time: 0 SEC. compiling exported recip : S -> Union(S,failed) Time: 0.00 SEC. compiling exported unit? : S -> Boolean Time: 0 SEC. compiling exported associates? : (S,S) -> Boolean Time: 0.00 SEC. compiling exported associates? : (S,S) -> Boolean Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor IntegralDomain& Time: 0.04 seconds finalizing NRLIB INTDOM- ; compiling file "/tmp/oa-LDXSmc/code.lsp" (written 01 FEB 2016 10:58:09 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |INTDOM-;unitNormal;$R;1| ...) ; compiling (DEFUN |INTDOM-;unitCanonical;2$;2| ...) ; compiling (DEFUN |INTDOM-;recip;$U;3| ...) ; file: /tmp/oa-LDXSmc/code.lsp ; in: DEFUN |INTDOM-;recip;$U;3| ; (DEFUN BOOT::|INTDOM-;recip;$U;3| (BOOT::|x| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 13)) ; (CONS 1 "failed")) ; (T ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 7) BOOT::|x| ; (BOOT::|shellEntry| BOOT::$ 15))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTDOM-;recip;$U;3| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|INTDOM-;recip;$U;3| ; (COND ((BOOT::SPADCALL BOOT::|x| #) (CONS 1 "failed")) ; (T (BOOT::SPADCALL # BOOT::|x| #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |INTDOM-;unit?;$B;4| ...) ; compiling (DEFUN |INTDOM-;associates?;2$B;5| ...) ; file: /tmp/oa-LDXSmc/code.lsp ; in: DEFUN |INTDOM-;associates?;2$B;5| ; (DEFUN BOOT::|INTDOM-;associates?;2$B;5| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL ; (SVREF (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 10)) 1) ; (SVREF (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 10)) 1) ; (BOOT::|shellEntry| BOOT::$ 21))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTDOM-;associates?;2$B;5| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|INTDOM-;associates?;2$B;5| ; (BOOT::SPADCALL (SVREF (BOOT::SPADCALL BOOT::|x| #) 1) ; (SVREF (BOOT::SPADCALL BOOT::|y| #) 1) ; (BOOT::|shellEntry| BOOT::$ 21)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |INTDOM-;associates?;2$B;6| ...) ; file: /tmp/oa-LDXSmc/code.lsp ; in: DEFUN |INTDOM-;associates?;2$B;6| ; (DEFUN BOOT::|INTDOM-;associates?;2$B;6| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 13)) ; (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 13))) ; ((OR (OR # #) (EQL # 1)) NIL) (T T))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTDOM-;associates?;2$B;6| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|INTDOM-;associates?;2$B;6| ; (COND ((BOOT::SPADCALL BOOT::|x| #) (BOOT::SPADCALL BOOT::|y| #)) ; ((OR # #) NIL) (T T)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |IntegralDomain&| ...) ; compiling (MAKEPROP (QUOTE |IntegralDomain&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 3 notes ; /tmp/oa-LDXSmc/code.fasl written ; compilation finished in 0:00:00.024 ------------------------------------------------------------------------ finalizing NRLIB INTDOM Processing IntegralDomain for Browser database: -- exquo : (%,%) -> Union(%,"failed") -- unitNormal : % -> Record(unit: %,canonical: %,associate: %) -- unitCanonical : % -> % -- associates? : (%,%) -> Boolean -- unit? : % -> Boolean -- constructor ; compiling file "/tmp/oa-RH6lkJ/code.lsp" (written 01 FEB 2016 10:58:09 PM): ; compiling (DEFPARAMETER |IntegralDomain;AL| ...) ; compiling (DEFUN |IntegralDomain;| ...) ; compiling (DEFUN |IntegralDomain| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-RH6lkJ/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ORDSET.spad && cp ORDSET.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ORDSET.fasl \ && if test -f ORDSET-.NRLIB/code.fasl; then \ cp ORDSET-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ORDSET-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ORDSET.spad using Spad compiler. ORDSET abbreviates category OrderedSet debug: compDefine1 lhs: (OrderedSet) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for OrderedSet compiling into /tmp/oa-AbFckO STYLE-WARNING: redefining BOOT::|OrderedSet| in DEFUN Time: 0.00 SEC. finalizing NRLIB ORDSET Processing OrderedSet for Browser database: -- constructor ; compiling file "/tmp/oa-AbFckO/code.lsp" (written 01 FEB 2016 10:58:09 PM): ; compiling (DEFPARAMETER |OrderedSet;AL| ...) ; compiling (DEFUN |OrderedSet;| ...) ; compiling (DEFUN |OrderedSet| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-AbFckO/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile OASGP.spad && cp OASGP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/OASGP.fasl \ && if test -f OASGP-.NRLIB/code.fasl; then \ cp OASGP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/OASGP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OASGP.spad using Spad compiler. OASGP abbreviates category OrderedAbelianSemiGroup debug: compDefine1 lhs: (OrderedAbelianSemiGroup) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for OrderedAbelianSemiGroup compiling into /tmp/oa-dESJvU STYLE-WARNING: redefining BOOT::|OrderedAbelianSemiGroup| in DEFUN Time: 0.00 SEC. finalizing NRLIB OASGP Processing OrderedAbelianSemiGroup for Browser database: -- constructor ; compiling file "/tmp/oa-dESJvU/code.lsp" (written 01 FEB 2016 10:58:09 PM): ; compiling (DEFPARAMETER |OrderedAbelianSemiGroup;AL| ...) ; compiling (DEFUN |OrderedAbelianSemiGroup;| ...) ; compiling (DEFUN |OrderedAbelianSemiGroup| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-dESJvU/code.fasl written ; compilation finished in 0:00:00.006 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile OAMON.spad && cp OAMON.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/OAMON.fasl \ && if test -f OAMON-.NRLIB/code.fasl; then \ cp OAMON-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/OAMON-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OAMON.spad using Spad compiler. OAMON abbreviates category OrderedAbelianMonoid debug: compDefine1 lhs: (OrderedAbelianMonoid) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for OrderedAbelianMonoid compiling into /tmp/oa-aZm8Q3 STYLE-WARNING: redefining BOOT::|OrderedAbelianMonoid| in DEFUN Time: 0.00 SEC. OAMON- abbreviates package OrderedAbelianMonoid& ------------------------------------------------------------------------ initializing stationary directory for OrderedAbelianMonoid& compiling into /tmp/oa-irGUMx compiling exported positive? : S -> Boolean Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor OrderedAbelianMonoid& Time: 0.01 seconds finalizing NRLIB OAMON- ; compiling file "/tmp/oa-irGUMx/code.lsp" (written 01 FEB 2016 10:58:09 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |OAMON-;positive?;$B;1| ...) ; file: /tmp/oa-irGUMx/code.lsp ; in: DEFUN |OAMON-;positive?;$B;1| ; (DEFUN BOOT::|OAMON-;positive?;$B;1| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 7) BOOT::|x| ; (BOOT::|shellEntry| BOOT::$ 9))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|OAMON-;positive?;$B;1| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|OAMON-;positive?;$B;1| ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 7) BOOT::|x| ; (BOOT::|shellEntry| BOOT::$ 9)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |OrderedAbelianMonoid&| ...) ; compiling (MAKEPROP (QUOTE |OrderedAbelianMonoid&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-irGUMx/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ finalizing NRLIB OAMON Processing OrderedAbelianMonoid for Browser database: -- positive? : % -> Boolean -- constructor ; compiling file "/tmp/oa-aZm8Q3/code.lsp" (written 01 FEB 2016 10:58:09 PM): ; compiling (DEFPARAMETER |OrderedAbelianMonoid;AL| ...) ; compiling (DEFUN |OrderedAbelianMonoid;| ...) ; compiling (DEFUN |OrderedAbelianMonoid| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-aZm8Q3/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile OCAMON.spad && cp OCAMON.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/OCAMON.fasl \ && if test -f OCAMON-.NRLIB/code.fasl; then \ cp OCAMON-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/OCAMON-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OCAMON.spad using Spad compiler. OCAMON abbreviates category OrderedCancellationAbelianMonoid debug: compDefine1 lhs: (OrderedCancellationAbelianMonoid) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for OrderedCancellationAbelianMonoid compiling into /tmp/oa-FkeFY9 STYLE-WARNING: redefining BOOT::|OrderedCancellationAbelianMonoid| in DEFUN Time: 0 SEC. finalizing NRLIB OCAMON Processing OrderedCancellationAbelianMonoid for Browser database: -- constructor ; compiling file "/tmp/oa-FkeFY9/code.lsp" (written 01 FEB 2016 10:58:09 PM): ; compiling (DEFPARAMETER |OrderedCancellationAbelianMonoid;AL| ...) ; compiling (DEFUN |OrderedCancellationAbelianMonoid;| ...) ; compiling (DEFUN |OrderedCancellationAbelianMonoid| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-FkeFY9/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile OAGROUP.spad && cp OAGROUP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/OAGROUP.fasl \ && if test -f OAGROUP-.NRLIB/code.fasl; then \ cp OAGROUP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/OAGROUP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OAGROUP.spad using Spad compiler. OAGROUP abbreviates category OrderedAbelianGroup debug: compDefine1 lhs: (OrderedAbelianGroup) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for OrderedAbelianGroup compiling into /tmp/oa-7CDRTh STYLE-WARNING: redefining BOOT::|OrderedAbelianGroup| in DEFUN Time: 0.00 SEC. OAGROUP- abbreviates package OrderedAbelianGroup& ------------------------------------------------------------------------ initializing stationary directory for OrderedAbelianGroup& compiling into /tmp/oa-4oiqlM compiling exported negative? : S -> Boolean Time: 0.01 SEC. compiling exported sign : S -> Integer Time: 0.00 SEC. compiling exported abs : S -> S Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor OrderedAbelianGroup& Time: 0.02 seconds finalizing NRLIB OAGROUP- ; compiling file "/tmp/oa-4oiqlM/code.lsp" (written 01 FEB 2016 10:58:09 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |OAGROUP-;negative?;$B;1| ...) ; file: /tmp/oa-4oiqlM/code.lsp ; in: DEFUN |OAGROUP-;negative?;$B;1| ; (DEFUN BOOT::|OAGROUP-;negative?;$B;1| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|spadConstant| BOOT::$ 7) ; (BOOT::|shellEntry| BOOT::$ 9))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|OAGROUP-;negative?;$B;1| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|OAGROUP-;negative?;$B;1| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|spadConstant| BOOT::$ 7) ; (BOOT::|shellEntry| BOOT::$ 9)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |OAGROUP-;sign;$I;2| ...) ; compiling (DEFUN |OAGROUP-;abs;2$;3| ...) ; compiling (DEFUN |OrderedAbelianGroup&| ...) ; compiling (MAKEPROP (QUOTE |OrderedAbelianGroup&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-4oiqlM/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ finalizing NRLIB OAGROUP Processing OrderedAbelianGroup for Browser database: -- negative? : % -> Boolean -- sign : % -> Integer -- abs : % -> % -- constructor ; compiling file "/tmp/oa-7CDRTh/code.lsp" (written 01 FEB 2016 10:58:09 PM): ; compiling (DEFPARAMETER |OrderedAbelianGroup;AL| ...) ; compiling (DEFUN |OrderedAbelianGroup;| ...) ; compiling (DEFUN |OrderedAbelianGroup| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-7CDRTh/code.fasl written ; compilation finished in 0:00:00.006 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile CHARZ.spad && cp CHARZ.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CHARZ.fasl \ && if test -f CHARZ-.NRLIB/code.fasl; then \ cp CHARZ-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CHARZ-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CHARZ.spad using Spad compiler. CHARZ abbreviates category CharacteristicZero debug: compDefine1 lhs: (CharacteristicZero) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for CharacteristicZero compiling into /tmp/oa-6mAFXr STYLE-WARNING: redefining BOOT::|CharacteristicZero| in DEFUN Time: 0.01 SEC. finalizing NRLIB CHARZ Processing CharacteristicZero for Browser database: -- constructor ; compiling file "/tmp/oa-6mAFXr/code.lsp" (written 01 FEB 2016 10:58:09 PM): ; compiling (DEFPARAMETER |CharacteristicZero;AL| ...) ; compiling (DEFUN |CharacteristicZero;| ...) ; compiling (DEFUN |CharacteristicZero| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-6mAFXr/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ORDRING.spad && cp ORDRING.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ORDRING.fasl \ && if test -f ORDRING-.NRLIB/code.fasl; then \ cp ORDRING-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ORDRING-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ORDRING.spad using Spad compiler. ORDRING abbreviates category OrderedRing debug: compDefine1 lhs: (OrderedRing) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for OrderedRing compiling into /tmp/oa-mRK4Ky STYLE-WARNING: redefining BOOT::|OrderedRing| in DEFUN Time: 0.00 SEC. finalizing NRLIB ORDRING Processing OrderedRing for Browser database: -- constructor ; compiling file "/tmp/oa-mRK4Ky/code.lsp" (written 01 FEB 2016 10:58:09 PM): ; compiling (DEFPARAMETER |OrderedRing;AL| ...) ; compiling (DEFUN |OrderedRing;| ...) ; compiling (DEFUN |OrderedRing| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-mRK4Ky/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile OINTDOM.spad && cp OINTDOM.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/OINTDOM.fasl \ && if test -f OINTDOM-.NRLIB/code.fasl; then \ cp OINTDOM-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/OINTDOM-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OINTDOM.spad using Spad compiler. OINTDOM abbreviates category OrderedIntegralDomain debug: compDefine1 lhs: (OrderedIntegralDomain) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for OrderedIntegralDomain compiling into /tmp/oa-ZvaMhF STYLE-WARNING: redefining BOOT::|OrderedIntegralDomain| in DEFUN Time: 0.01 SEC. finalizing NRLIB OINTDOM Processing OrderedIntegralDomain for Browser database: -- constructor ; compiling file "/tmp/oa-ZvaMhF/code.lsp" (written 01 FEB 2016 10:58:09 PM): ; compiling (DEFPARAMETER |OrderedIntegralDomain;AL| ...) ; compiling (DEFUN |OrderedIntegralDomain;| ...) ; compiling (DEFUN |OrderedIntegralDomain| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-ZvaMhF/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile GCDDOM.spad && cp GCDDOM.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GCDDOM.fasl \ && if test -f GCDDOM-.NRLIB/code.fasl; then \ cp GCDDOM-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GCDDOM-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GCDDOM.spad using Spad compiler. GCDDOM abbreviates category GcdDomain debug: compDefine1 lhs: (GcdDomain) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for GcdDomain compiling into /tmp/oa-KhzvOG STYLE-WARNING: redefining BOOT::|GcdDomain| in DEFUN Time: 0.01 SEC. GCDDOM- abbreviates package GcdDomain& ------------------------------------------------------------------------ initializing stationary directory for GcdDomain& compiling into /tmp/oa-oIM2uc compiling exported lcm : (S,S) -> S Time: 0.06 SEC. compiling exported lcm : List S -> S Time: 0.02 SEC. compiling exported gcd : List S -> S Time: 0.01 SEC. compiling exported gcdPolynomial : (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S Time: 0.06 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Warnings: [1] gcdPolynomial: positive? has no value [2] gcdPolynomial: not known that Ring is of mode CATEGORY(package,gcdPolynomial: (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S,lcm: List S -> S,lcm: (S,S) -> S,gcd: List S -> S,gcd: (S,S) -> S) Cumulative Statistics for Constructor GcdDomain& Time: 0.14 seconds finalizing NRLIB GCDDOM- ; compiling file "/tmp/oa-oIM2uc/code.lsp" (written 01 FEB 2016 10:58:10 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |GCDDOM-;lcm;3$;1| ...) ; compiling (DEFUN |GCDDOM-;lcm;L$;2| ...) ; compiling (DEFUN |GCDDOM-;gcd;L$;3| ...) ; compiling (DEFUN |GCDDOM-;gcdPolynomial;3Sup;4| ...) ; compiling (DEFUN |GcdDomain&| ...) ; compiling (MAKEPROP (QUOTE |GcdDomain&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-oIM2uc/code.fasl written ; compilation finished in 0:00:00.038 ------------------------------------------------------------------------ finalizing NRLIB GCDDOM Processing GcdDomain for Browser database: -- gcd : (%,%) -> % -- gcd : List % -> % -- lcm : (%,%) -> % -- lcm : List % -> % --->../../x86_64-unknown-linux-gnu/src/algebra/catdef.spad-->GcdDomain((gcdPolynomial ((SparseUnivariatePolynomial %) (SparseUnivariatePolynomial %) (SparseUnivariatePolynomial %)))): Not documented!!!! -- constructor -- constructor --->../../x86_64-unknown-linux-gnu/src/algebra/catdef.spad-->GcdDomain: Spurious comments: \indented{1}{gcdPolynomial(\spad{p},{}\spad{q}) returns the greatest common divisor (gcd) of} univariate polynomials over the domain ; compiling file "/tmp/oa-KhzvOG/code.lsp" (written 01 FEB 2016 10:58:10 PM): ; compiling (DEFPARAMETER |GcdDomain;AL| ...) ; compiling (DEFUN |GcdDomain;| ...) ; compiling (DEFUN |GcdDomain| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-KhzvOG/code.fasl written ; compilation finished in 0:00:00.006 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PID.spad && cp PID.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PID.fasl \ && if test -f PID-.NRLIB/code.fasl; then \ cp PID-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PID-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PID.spad using Spad compiler. PID abbreviates category PrincipalIdealDomain debug: compDefine1 lhs: (PrincipalIdealDomain) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for PrincipalIdealDomain compiling into /tmp/oa-NRsa32 STYLE-WARNING: redefining BOOT::|PrincipalIdealDomain| in DEFUN Time: 0.00 SEC. finalizing NRLIB PID Processing PrincipalIdealDomain for Browser database: -- principalIdeal : List % -> Record(coef: List %,generator: %) -- expressIdealMember : (List %,%) -> Maybe List % -- constructor ; compiling file "/tmp/oa-NRsa32/code.lsp" (written 01 FEB 2016 10:58:10 PM): ; compiling (DEFPARAMETER |PrincipalIdealDomain;AL| ...) ; compiling (DEFUN |PrincipalIdealDomain;| ...) ; compiling (DEFUN |PrincipalIdealDomain| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-NRsa32/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile EUCDOM.spad && cp EUCDOM.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/EUCDOM.fasl \ && if test -f EUCDOM-.NRLIB/code.fasl; then \ cp EUCDOM-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/EUCDOM-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/EUCDOM.spad using Spad compiler. EUCDOM abbreviates category EuclideanDomain debug: compDefine1 lhs: (EuclideanDomain) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for EuclideanDomain compiling into /tmp/oa-HhmmZ8 STYLE-WARNING: redefining BOOT::|EuclideanDomain| in DEFUN Time: 0.01 SEC. EUCDOM- abbreviates package EuclideanDomain& ------------------------------------------------------------------------ initializing stationary directory for EuclideanDomain& compiling into /tmp/oa-UIIOEF compiling exported sizeLess? : (S,S) -> Boolean Time: 0.04 SEC. compiling exported quo : (S,S) -> S Time: 0.00 SEC. compiling exported rem : (S,S) -> S Time: 0 SEC. compiling exported exquo : (S,S) -> Union(S,failed) Time: 0.01 SEC. compiling exported gcd : (S,S) -> S Time: 0 SEC. compiling local unitNormalizeIdealElt : Record(coef1: S,coef2: S,generator: S) -> Record(coef1: S,coef2: S,generator: S) Time: 0.00 SEC. compiling exported extendedEuclidean : (S,S) -> Record(coef1: S,coef2: S,generator: S) Time: 0.03 SEC. compiling exported extendedEuclidean : (S,S,S) -> Union(Record(coef1: S,coef2: S),failed) Time: 0.04 SEC. compiling exported principalIdeal : List S -> Record(coef: List S,generator: S) Time: 0.03 SEC. compiling exported expressIdealMember : (List S,S) -> Maybe List S Time: 0.02 SEC. compiling exported multiEuclidean : (List S,S) -> Union(List S,failed) Time: 0.05 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] extendedEuclidean: remainder has no value [2] extendedEuclidean: quotient has no value Cumulative Statistics for Constructor EuclideanDomain& Time: 0.23 seconds finalizing NRLIB EUCDOM- ; compiling file "/tmp/oa-UIIOEF/code.lsp" (written 01 FEB 2016 10:58:10 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |EUCDOM-;sizeLess?;2$B;1| ...) ; compiling (DEFUN |EUCDOM-;quo;3$;2| ...) ; compiling (DEFUN |EUCDOM-;rem;3$;3| ...) ; compiling (DEFUN |EUCDOM-;exquo;2$U;4| ...) ; compiling (DEFUN |EUCDOM-;gcd;3$;5| ...) ; compiling (DEFUN |EUCDOM-;unitNormalizeIdealElt| ...) ; file: /tmp/oa-UIIOEF/code.lsp ; in: DEFUN |EUCDOM-;unitNormalizeIdealElt| ; (LET* ((BOOT::|#G16| ; (BOOT::SPADCALL (SVREF BOOT::|s| 2) (BOOT::|shellEntry| BOOT::$ 27))) ; (BOOT::|u| (SVREF BOOT::|#G16| 0)) ; (BOOT::|c| (SVREF BOOT::|#G16| 1)) ; (BOOT::|a| (SVREF BOOT::|#G16| 2))) ; (COND ; ((BOOT::SPADCALL BOOT::|a| (BOOT::|shellEntry| BOOT::$ 28)) BOOT::|s|) ; (T ; (VECTOR (BOOT::SPADCALL BOOT::|a| # #) (BOOT::SPADCALL BOOT::|a| # #) ; BOOT::|c|)))) ; ; caught STYLE-WARNING: ; The variable |u| is defined but never used. ; compiling (DEFUN |EUCDOM-;extendedEuclidean;2$R;7| ...) ; compiling (DEFUN |EUCDOM-;extendedEuclidean;3$U;8| ...) ; compiling (DEFUN |EUCDOM-;principalIdeal;LR;9| ...) ; file: /tmp/oa-UIIOEF/code.lsp ; in: DEFUN |EUCDOM-;principalIdeal;LR;9| ; (DEFUN BOOT::|EUCDOM-;principalIdeal;LR;9| (BOOT::|l| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|l| NIL (BOOT::|shellEntry| BOOT::$ 42)) ; (BOOT::|error| "empty list passed to principalIdeal")) ; ((BOOT::SPADCALL (CDR BOOT::|l|) NIL (BOOT::|shellEntry| BOOT::$ 42)) ; (LET (#) ; (CONS # #))) ; ((BOOT::SPADCALL (CDR #) NIL (BOOT::|shellEntry| BOOT::$ 42)) ; (LET (#) ; (CONS # #))) ; (T ; (LET* (# #) ; (CONS # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EUCDOM-;principalIdeal;LR;9| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|EUCDOM-;principalIdeal;LR;9| ; (COND ; ((BOOT::SPADCALL BOOT::|l| NIL #) ; (BOOT::|error| "empty list passed to principalIdeal")) ; ((BOOT::SPADCALL # NIL #) ; (LET # ; #)) ; ((BOOT::SPADCALL # NIL #) ; (LET # ; #)) ; (T ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |EUCDOM-;expressIdealMember;L$M;10| ...) ; compiling (DEFUN |EUCDOM-;multiEuclidean;L$U;11| ...) ; file: /tmp/oa-UIIOEF/code.lsp ; in: DEFUN |EUCDOM-;multiEuclidean;L$U;11| ; (DEFUN BOOT::|EUCDOM-;multiEuclidean;L$U;11| (BOOT::|l| BOOT::|z| BOOT::$) ; (PROG (BOOT::|v2| BOOT::|v1| BOOT::|u| BOOT::|l2| BOOT::|l1|) ; (RETURN ; (LET (#) ; (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EUCDOM-;multiEuclidean;L$U;11| ; (BOOT::|l| BOOT::|z| BOOT::$) ; (BLOCK BOOT::|EUCDOM-;multiEuclidean;L$U;11| ; (PROG (BOOT::|v2| BOOT::|v1| BOOT::|u| BOOT::|l2| BOOT::|l1|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |EuclideanDomain&| ...) ; compiling (MAKEPROP (QUOTE |EuclideanDomain&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 2 notes ; /tmp/oa-UIIOEF/code.fasl written ; compilation finished in 0:00:00.072 ------------------------------------------------------------------------ finalizing NRLIB EUCDOM Processing EuclideanDomain for Browser database: -- sizeLess? : (%,%) -> Boolean -- euclideanSize : % -> NonNegativeInteger -- divide : (%,%) -> Record(quotient: %,remainder: %) -- ?quo? : (%,%) -> % -- ?rem? : (%,%) -> % -- extendedEuclidean : (%,%) -> Record(coef1: %,coef2: %,generator: %) -- extendedEuclidean : (%,%,%) -> Union(Record(coef1: %,coef2: %),"failed") -- multiEuclidean : (List %,%) -> Union(List %,"failed") -- constructor ; compiling file "/tmp/oa-HhmmZ8/code.lsp" (written 01 FEB 2016 10:58:10 PM): ; compiling (DEFPARAMETER |EuclideanDomain;AL| ...) ; compiling (DEFUN |EuclideanDomain;| ...) ; compiling (DEFUN |EuclideanDomain| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-HhmmZ8/code.fasl written ; compilation finished in 0:00:00.030 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile UFD.spad && cp UFD.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UFD.fasl \ && if test -f UFD-.NRLIB/code.fasl; then \ cp UFD-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UFD-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UFD.spad using Spad compiler. UFD abbreviates category UniqueFactorizationDomain debug: compDefine1 lhs: (UniqueFactorizationDomain) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for UniqueFactorizationDomain compiling into /tmp/oa-DzRIQI STYLE-WARNING: redefining BOOT::|UniqueFactorizationDomain| in DEFUN Time: 0.00 SEC. UFD- abbreviates package UniqueFactorizationDomain& ------------------------------------------------------------------------ initializing stationary directory for UniqueFactorizationDomain& compiling into /tmp/oa-mjFZDg compiling exported squareFreePart : S -> S Time: 0.05 SEC. compiling exported prime? : S -> Boolean Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] squareFreePart: unit has no value [2] squareFreePart: not known that IntegralDomain is of mode CATEGORY(package,squareFreePart: S -> S,prime?: S -> Boolean) [3] prime?: # has no value [4] prime?: factorList has no value Cumulative Statistics for Constructor UniqueFactorizationDomain& Time: 0.07 seconds finalizing NRLIB UFD- ; compiling file "/tmp/oa-mjFZDg/code.lsp" (written 01 FEB 2016 10:58:10 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |UFD-;squareFreePart;2$;1| ...) ; compiling (DEFUN |UFD-;prime?;$B;2| ...) ; compiling (DEFUN |UniqueFactorizationDomain&| ...) ; compiling (MAKEPROP (QUOTE |UniqueFactorizationDomain&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-mjFZDg/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ finalizing NRLIB UFD Processing UniqueFactorizationDomain for Browser database: -- prime? : % -> Boolean -- squareFree : % -> Factored % -- squareFreePart : % -> % -- factor : % -> Factored % -- constructor ; compiling file "/tmp/oa-DzRIQI/code.lsp" (written 01 FEB 2016 10:58:10 PM): ; compiling (DEFPARAMETER |UniqueFactorizationDomain;AL| ...) ; compiling (DEFUN |UniqueFactorizationDomain;| ...) ; compiling (DEFUN |UniqueFactorizationDomain| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-DzRIQI/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile DIVRING.spad && cp DIVRING.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DIVRING.fasl \ && if test -f DIVRING-.NRLIB/code.fasl; then \ cp DIVRING-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DIVRING-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DIVRING.spad using Spad compiler. DIVRING abbreviates category DivisionRing debug: compDefine1 lhs: (DivisionRing) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for DivisionRing compiling into /tmp/oa-LXAZzM STYLE-WARNING: redefining BOOT::|DivisionRing;| in DEFUN STYLE-WARNING: redefining BOOT::|DivisionRing| in DEFUN Time: 0.05 SEC. DIVRING- abbreviates package DivisionRing& ------------------------------------------------------------------------ initializing stationary directory for DivisionRing& compiling into /tmp/oa-fuk9Tk importing RepeatedSquaring S compiling exported ** : (S,Integer) -> S Time: 0.02 SEC. compiling exported * : (Fraction Integer,S) -> S Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor DivisionRing& Time: 0.03 seconds finalizing NRLIB DIVRING- ; compiling file "/tmp/oa-fuk9Tk/code.lsp" (written 01 FEB 2016 10:58:11 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DIVRING-;**;$I$;1| ...) ; compiling (DEFUN |DIVRING-;*;F2$;2| ...) ; compiling (DEFUN |DivisionRing&| ...) ; compiling (MAKEPROP (QUOTE |DivisionRing&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-fuk9Tk/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ finalizing NRLIB DIVRING Processing DivisionRing for Browser database: -- ?**? : (%,Integer) -> % -- inv : % -> % -- constructor ; compiling file "/tmp/oa-LXAZzM/code.lsp" (written 01 FEB 2016 10:58:11 PM): ; compiling (DEFPARAMETER |DivisionRing;AL| ...) ; compiling (DEFUN |DivisionRing;| ...) ; compiling (DEFUN |DivisionRing| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-LXAZzM/code.fasl written ; compilation finished in 0:00:00.006 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FIELD.spad && cp FIELD.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FIELD.fasl \ && if test -f FIELD-.NRLIB/code.fasl; then \ cp FIELD-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FIELD-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FIELD.spad using Spad compiler. FIELD abbreviates category Field debug: compDefine1 lhs: (Field) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for Field compiling into /tmp/oa-0z4sm1 STYLE-WARNING: redefining BOOT::|Field| in DEFUN Time: 0.01 SEC. FIELD- abbreviates package Field& ------------------------------------------------------------------------ initializing stationary directory for Field& compiling into /tmp/oa-xh8i7z compiling exported unitNormal : S -> Record(unit: S,canonical: S,associate: S) Time: 0.04 SEC. compiling exported unitCanonical : S -> S Time: 0.00 SEC. compiling exported associates? : (S,S) -> Boolean Time: 0 SEC. compiling exported inv : S -> S Time: 0.02 SEC. compiling exported exquo : (S,S) -> Union(S,failed) Time: 0 SEC. compiling exported gcd : (S,S) -> S Time: 0 SEC. compiling exported euclideanSize : S -> NonNegativeInteger FIELD-;euclideanSize;$Nni;7 x is replaced by 0 Time: 0.00 SEC. compiling exported prime? : S -> Boolean FIELD-;prime?;$B;8 x is replaced by %false Time: 0 SEC. compiling exported squareFree : S -> Factored S Time: 0.01 SEC. compiling exported factor : S -> Factored S Time: 0.00 SEC. compiling exported / : (S,S) -> S Time: 0.01 SEC. compiling exported divide : (S,S) -> Record(quotient: S,remainder: S) Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] squareFree: not known that IntegralDomain is of mode CATEGORY(package,/: (S,S) -> S,inv: S -> S,prime?: S -> Boolean,squareFree: S -> Factored S,factor: S -> Factored S,divide: (S,S) -> Record(quotient: S,remainder: S),euclideanSize: S -> NonNegativeInteger,gcd: List S -> S,gcd: (S,S) -> S,associates?: (S,S) -> Boolean,unitCanonical: S -> S,unitNormal: S -> Record(unit: S,canonical: S,associate: S),exquo: (S,S) -> Union(S,"failed")) Cumulative Statistics for Constructor Field& Time: 0.09 seconds finalizing NRLIB FIELD- ; compiling file "/tmp/oa-xh8i7z/code.lsp" (written 01 FEB 2016 10:58:11 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FIELD-;euclideanSize;$Nni;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FIELD-;prime?;$B;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FIELD-;unitNormal;$R;1| ...) ; compiling (DEFUN |FIELD-;unitCanonical;2$;2| ...) ; compiling (DEFUN |FIELD-;associates?;2$B;3| ...) ; file: /tmp/oa-xh8i7z/code.lsp ; in: DEFUN |FIELD-;associates?;2$B;3| ; (DEFUN BOOT::|FIELD-;associates?;2$B;3| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 8)) ; (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 8))) ; (T (NOT (BOOT::SPADCALL BOOT::|y| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FIELD-;associates?;2$B;3| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|FIELD-;associates?;2$B;3| ; (COND ((BOOT::SPADCALL BOOT::|x| #) (BOOT::SPADCALL BOOT::|y| #)) ; (T (NOT #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FIELD-;inv;2$;4| ...) ; compiling (DEFUN |FIELD-;exquo;2$U;5| ...) ; compiling (DEFUN |FIELD-;gcd;3$;6| ...) ; file: /tmp/oa-xh8i7z/code.lsp ; in: DEFUN |FIELD-;gcd;3$;6| ; (DEFUN BOOT::|FIELD-;gcd;3$;6| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 9)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FIELD-;gcd;3$;6| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|FIELD-;gcd;3$;6| (BOOT::|spadConstant| BOOT::$ 9))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |y| is defined but never used. ; compiling (DEFUN |FIELD-;euclideanSize;$Nni;7| ...) ; file: /tmp/oa-xh8i7z/code.lsp ; in: DEFUN |FIELD-;euclideanSize;$Nni;7| ; (DEFUN BOOT::|FIELD-;euclideanSize;$Nni;7| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; 0) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FIELD-;euclideanSize;$Nni;7| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|FIELD-;euclideanSize;$Nni;7| 0)) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |FIELD-;prime?;$B;8| ...) ; file: /tmp/oa-xh8i7z/code.lsp ; in: DEFUN |FIELD-;prime?;$B;8| ; (DEFUN BOOT::|FIELD-;prime?;$B;8| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; NIL) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FIELD-;prime?;$B;8| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|FIELD-;prime?;$B;8| NIL)) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |FIELD-;squareFree;$F;9| ...) ; compiling (DEFUN |FIELD-;factor;$F;10| ...) ; compiling (DEFUN |FIELD-;/;3$;11| ...) ; compiling (DEFUN |FIELD-;divide;2$R;12| ...) ; compiling (DEFUN |Field&| ...) ; compiling (MAKEPROP (QUOTE |Field&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 4 STYLE-WARNING conditions ; printed 1 note ; /tmp/oa-xh8i7z/code.fasl written ; compilation finished in 0:00:00.041 ------------------------------------------------------------------------ finalizing NRLIB FIELD Processing Field for Browser database: -- ?/? : (%,%) -> % -- canonicalUnitNormal : () -> attribute -- constructor ; compiling file "/tmp/oa-0z4sm1/code.lsp" (written 01 FEB 2016 10:58:11 PM): ; compiling (DEFPARAMETER |Field;AL| ...) ; compiling (DEFUN |Field;| ...) ; compiling (DEFUN |Field| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-0z4sm1/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile AMR.spad && cp AMR.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/AMR.fasl \ && if test -f AMR-.NRLIB/code.fasl; then \ cp AMR-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/AMR-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/AMR.spad using Spad compiler. AMR abbreviates category AbelianMonoidRing debug: compDefine1 lhs: (AbelianMonoidRing R E) signature (pre-evaluate): ((Category) (Ring) (OrderedAbelianMonoid)) debug: evaluateType form: (Category) $param: (R E) debug: evaluateType form: (Ring) $param: (R E) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (OrderedAbelianMonoid) $param: (R E) Debug: evaluateType1 form: (OrderedAbelianMonoid) debug: compDefine1 signature (post evaluate): ((Category) (Ring) (OrderedAbelianMonoid)) debug: compDefine1 lhs: (AbelianMonoidRing R E) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (R E) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for AbelianMonoidRing compiling into /tmp/oa-TFRuqh STYLE-WARNING: redefining BOOT::|AbelianMonoidRing| in DEFUN Time: 0.02 SEC. AMR- abbreviates package AbelianMonoidRing& ------------------------------------------------------------------------ initializing stationary directory for AbelianMonoidRing& compiling into /tmp/oa-mk3oNQ compiling exported monomial? : S -> Boolean Time: 0.02 SEC. compiling exported map : (R -> R,S) -> S Time: 0.00 SEC. compiling exported * : (Fraction Integer,S) -> S Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor AbelianMonoidRing& Time: 0.06 seconds finalizing NRLIB AMR- ; compiling file "/tmp/oa-mk3oNQ/code.lsp" (written 01 FEB 2016 10:58:11 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |AMR-;monomial?;$B;1| ...) ; file: /tmp/oa-mk3oNQ/code.lsp ; in: DEFUN |AMR-;monomial?;$B;1| ; (DEFUN BOOT::|AMR-;monomial?;$B;1| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 9)) ; (BOOT::|shellEntry| BOOT::$ 11))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|AMR-;monomial?;$B;1| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|AMR-;monomial?;$B;1| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 9)) ; (BOOT::|shellEntry| BOOT::$ 11)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |AMR-;map;M2$;2| ...) ; compiling (DEFUN |AMR-;*;F2$;3| ...) ; compiling (DEFUN |AMR-;*;F2$;3!0| ...) ; compiling (DEFUN |AbelianMonoidRing&| ...) ; compiling (MAKEPROP (QUOTE |AbelianMonoidRing&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-mk3oNQ/code.fasl written ; compilation finished in 0:00:00.022 ------------------------------------------------------------------------ finalizing NRLIB AMR Processing AbelianMonoidRing for Browser database: -- leadingCoefficient : % -> R -- leadingMonomial : % -> % -- degree : % -> E -- monomial? : % -> Boolean -- monomial : (R,E) -> % -- reductum : % -> % -- coefficient : (%,E) -> R -- ?/? : (%,R) -> % -- constructor ; compiling file "/tmp/oa-TFRuqh/code.lsp" (written 01 FEB 2016 10:58:11 PM): ; compiling (DEFPARAMETER |AbelianMonoidRing;AL| ...) ; compiling (DEFUN |AbelianMonoidRing;| ...) ; compiling (DEFUN |AbelianMonoidRing| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-TFRuqh/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile STEP.spad && cp STEP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/STEP.fasl \ && if test -f STEP-.NRLIB/code.fasl; then \ cp STEP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/STEP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/STEP.spad using Spad compiler. STEP abbreviates category StepThrough debug: compDefine1 lhs: (StepThrough) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for StepThrough compiling into /tmp/oa-WKRY1u STYLE-WARNING: redefining BOOT::|StepThrough| in DEFUN Time: 0.01 SEC. finalizing NRLIB STEP Processing StepThrough for Browser database: -- init : () -> % -- nextItem : % -> Maybe % -- constructor ; compiling file "/tmp/oa-WKRY1u/code.lsp" (written 01 FEB 2016 10:58:11 PM): ; compiling (DEFPARAMETER |StepThrough;AL| ...) ; compiling (DEFUN |StepThrough;| ...) ; compiling (DEFUN |StepThrough| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-WKRY1u/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/LPEFRAC.fasl --optimize=3 LPEFRAC.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LPEFRAC.spad using Spad compiler. LPEFRAC abbreviates package LinearPolynomialEquationByFractions debug: compDefine1 lhs: (LinearPolynomialEquationByFractions R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE solveLinearPolynomialEquationByFractions ((Union (List (SparseUnivariatePolynomial R)) failed) (List (SparseUnivariatePolynomial R)) (SparseUnivariatePolynomial R)))) (PolynomialFactorizationExplicit)) debug: evaluateType form: (CATEGORY package (SIGNATURE solveLinearPolynomialEquationByFractions ((Union (List (SparseUnivariatePolynomial R)) failed) (List (SparseUnivariatePolynomial R)) (SparseUnivariatePolynomial R)))) $param: (R) debug: evaluateType form: (Union (List (SparseUnivariatePolynomial R)) failed) $param: (R) debug: evaluateType form: (List (SparseUnivariatePolynomial R)) $param: (R) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial R)) debug: evaluateType1 x: (SparseUnivariatePolynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (R) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial R) c: (Type) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (List (SparseUnivariatePolynomial R)) $param: (R) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial R)) debug: evaluateType1 x: (SparseUnivariatePolynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (R) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial R) c: (Type) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (R) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (PolynomialFactorizationExplicit) $param: (R) Debug: evaluateType1 form: (PolynomialFactorizationExplicit) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE solveLinearPolynomialEquationByFractions ((Union (List (SparseUnivariatePolynomial R)) failed) (List (SparseUnivariatePolynomial R)) (SparseUnivariatePolynomial R)))) (PolynomialFactorizationExplicit)) debug: compDefine1 lhs: (LinearPolynomialEquationByFractions R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE solveLinearPolynomialEquationByFractions ((Union (List (SparseUnivariatePolynomial R)) failed) (List (SparseUnivariatePolynomial R)) (SparseUnivariatePolynomial R)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE solveLinearPolynomialEquationByFractions ((Union (List (SparseUnivariatePolynomial R)) failed) (List (SparseUnivariatePolynomial R)) (SparseUnivariatePolynomial R)))) $param: (R) debug: evaluateType form: (Union (List (SparseUnivariatePolynomial R)) failed) $param: (R) debug: evaluateType form: (List (SparseUnivariatePolynomial R)) $param: (R) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial R)) debug: evaluateType1 x: (SparseUnivariatePolynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (R) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial R) c: (Type) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (List (SparseUnivariatePolynomial R)) $param: (R) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial R)) debug: evaluateType1 x: (SparseUnivariatePolynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (R) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial R) c: (Type) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (R) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE solveLinearPolynomialEquationByFractions ((Union (List (SparseUnivariatePolynomial R)) failed) (List (SparseUnivariatePolynomial R)) (SparseUnivariatePolynomial R)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for LinearPolynomialEquationByFractions compiling into /tmp/oa-xsGucC importing UnivariatePolynomialCategoryFunctions2(R,SparseUnivariatePolynomial R,Fraction R,SparseUnivariatePolynomial Fraction R) compiling local pullback : SparseUnivariatePolynomial Fraction R -> Union(SparseUnivariatePolynomial R,failed) Time: 0.12 SEC. compiling exported solveLinearPolynomialEquationByFractions : (List SparseUnivariatePolynomial R,SparseUnivariatePolynomial R) -> Union(List SparseUnivariatePolynomial R,failed) Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] solveLinearPolynomialEquationByFractions: not known that Ring is of mode CATEGORY(package,solveLinearPolynomialEquationByFractions: (List SparseUnivariatePolynomial R,SparseUnivariatePolynomial R) -> Union(List SparseUnivariatePolynomial R,"failed")) Cumulative Statistics for Constructor LinearPolynomialEquationByFractions Time: 0.17 seconds finalizing NRLIB LPEFRAC Processing LinearPolynomialEquationByFractions for Browser database: -- solveLinearPolynomialEquationByFractions : (List SparseUnivariatePolynomial R,SparseUnivariatePolynomial R) -> Union(List SparseUnivariatePolynomial R,"failed") -- constructor ; compiling file "/tmp/oa-xsGucC/code.lsp" (written 01 FEB 2016 10:58:11 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LPEFRAC;pullback| ...) ; compiling (DEFUN |LPEFRAC;solveLinearPolynomialEquationByFractions;LSupU;2| ...) ; compiling (DEFUN |LPEFRAC;solveLinearPolynomialEquationByFractions;LSupU;2!1| ...) ; compiling (DEFUN |LPEFRAC;solveLinearPolynomialEquationByFractions;LSupU;2!0| ...) ; compiling (DEFUN |LinearPolynomialEquationByFractions| ...) ; compiling (DEFUN |LinearPolynomialEquationByFractions;| ...) ; compiling (MAKEPROP (QUOTE |LinearPolynomialEquationByFractions|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-xsGucC/code.fasl written ; compilation finished in 0:00:00.033 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PFECAT.spad && cp PFECAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PFECAT.fasl \ && if test -f PFECAT-.NRLIB/code.fasl; then \ cp PFECAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PFECAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PFECAT.spad using Spad compiler. PFECAT abbreviates category PolynomialFactorizationExplicit debug: compDefine1 lhs: (PolynomialFactorizationExplicit) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for PolynomialFactorizationExplicit compiling into /tmp/oa-D928GR STYLE-WARNING: redefining BOOT::|PolynomialFactorizationExplicit| in DEFUN Time: 0.01 SEC. PFECAT- abbreviates package PolynomialFactorizationExplicit& ------------------------------------------------------------------------ initializing stationary directory for PolynomialFactorizationExplicit& compiling into /tmp/oa-R885xs compiling exported gcdPolynomial : (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S Time: 0.03 SEC. compiling exported charthRoot : S -> Maybe S Time: 0.07 SEC. compiling exported solveLinearPolynomialEquation : (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,failed) Time: 0.02 SEC. compiling exported solveLinearPolynomialEquation : (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,failed) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Warnings: [1] gcdPolynomial: not known that Ring is of mode CATEGORY(package,charthRoot: S -> Maybe S,solveLinearPolynomialEquation: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),gcdPolynomial: (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S) [2] charthRoot: not known that Ring is of mode CATEGORY(package,charthRoot: S -> Maybe S,solveLinearPolynomialEquation: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),gcdPolynomial: (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S) [3] solveLinearPolynomialEquation: not known that Ring is of mode CATEGORY(package,charthRoot: S -> Maybe S,solveLinearPolynomialEquation: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),gcdPolynomial: (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S) Cumulative Statistics for Constructor PolynomialFactorizationExplicit& Time: 0.13 seconds finalizing NRLIB PFECAT- ; compiling file "/tmp/oa-R885xs/code.lsp" (written 01 FEB 2016 10:58:12 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PFECAT-;gcdPolynomial;3Sup;1| ...) ; compiling (DEFUN |PFECAT-;charthRoot;$M;2| ...) ; compiling (DEFUN |PFECAT-;solveLinearPolynomialEquation;LSupU;3| ...) ; file: /tmp/oa-R885xs/code.lsp ; in: DEFUN |PFECAT-;solveLinearPolynomialEquation;LSupU;3| ; (DEFUN BOOT::|PFECAT-;solveLinearPolynomialEquation;LSupU;3| ; (BOOT::|lf| BOOT::|g| BOOT::$) ; (BOOT::SPADCALL BOOT::|lf| BOOT::|g| (BOOT::|shellEntry| BOOT::$ 43))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PFECAT-;solveLinearPolynomialEquation;LSupU;3| ; (BOOT::|lf| BOOT::|g| BOOT::$) ; (BLOCK BOOT::|PFECAT-;solveLinearPolynomialEquation;LSupU;3| ; (BOOT::SPADCALL BOOT::|lf| BOOT::|g| (BOOT::|shellEntry| BOOT::$ 43)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |PFECAT-;solveLinearPolynomialEquation;LSupU;4| ...) ; file: /tmp/oa-R885xs/code.lsp ; in: DEFUN |PFECAT-;solveLinearPolynomialEquation;LSupU;4| ; (DEFUN BOOT::|PFECAT-;solveLinearPolynomialEquation;LSupU;4| ; (BOOT::|lf| BOOT::|g| BOOT::$) ; (BOOT::SPADCALL BOOT::|lf| BOOT::|g| (BOOT::|shellEntry| BOOT::$ 50))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PFECAT-;solveLinearPolynomialEquation;LSupU;4| ; (BOOT::|lf| BOOT::|g| BOOT::$) ; (BLOCK BOOT::|PFECAT-;solveLinearPolynomialEquation;LSupU;4| ; (BOOT::SPADCALL BOOT::|lf| BOOT::|g| (BOOT::|shellEntry| BOOT::$ 50)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |PolynomialFactorizationExplicit&| ...) ; compiling (MAKEPROP (QUOTE |PolynomialFactorizationExplicit&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-R885xs/code.fasl written ; compilation finished in 0:00:00.028 ------------------------------------------------------------------------ finalizing NRLIB PFECAT Processing PolynomialFactorizationExplicit for Browser database: -- squareFreePolynomial : P -> Factored P -- factorPolynomial : P -> Factored P -- factorSquareFreePolynomial : P -> Factored P -- gcdPolynomial : (P,P) -> P -- solveLinearPolynomialEquation : (List P,P) -> Union(List P,"failed") -- conditionP : Matrix % -> Union(Vector %,"failed") -- charthRoot : % -> Maybe % -- constructor ; compiling file "/tmp/oa-D928GR/code.lsp" (written 01 FEB 2016 10:58:12 PM): ; compiling (DEFPARAMETER |PolynomialFactorizationExplicit;AL| ...) ; compiling (DEFUN |PolynomialFactorizationExplicit;| ...) ; compiling (DEFUN |PolynomialFactorizationExplicit| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-D928GR/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile AHYP.spad && cp AHYP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/AHYP.fasl \ && if test -f AHYP-.NRLIB/code.fasl; then \ cp AHYP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/AHYP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/AHYP.spad using Spad compiler. AHYP abbreviates category ArcHyperbolicFunctionCategory debug: compDefine1 lhs: (ArcHyperbolicFunctionCategory) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for ArcHyperbolicFunctionCategory compiling into /tmp/oa-ELbB7c STYLE-WARNING: redefining BOOT::|ArcHyperbolicFunctionCategory| in DEFUN Time: 0.00 SEC. finalizing NRLIB AHYP Processing ArcHyperbolicFunctionCategory for Browser database: -- acosh : % -> % -- acoth : % -> % -- acsch : % -> % -- asech : % -> % -- asinh : % -> % -- atanh : % -> % -- constructor ; compiling file "/tmp/oa-ELbB7c/code.lsp" (written 01 FEB 2016 10:58:12 PM): ; compiling (DEFPARAMETER |ArcHyperbolicFunctionCategory;AL| ...) ; compiling (DEFUN |ArcHyperbolicFunctionCategory;| ...) ; compiling (DEFUN |ArcHyperbolicFunctionCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-ELbB7c/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile CFCAT.spad && cp CFCAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CFCAT.fasl \ && if test -f CFCAT-.NRLIB/code.fasl; then \ cp CFCAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CFCAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CFCAT.spad using Spad compiler. CFCAT abbreviates category CombinatorialFunctionCategory debug: compDefine1 lhs: (CombinatorialFunctionCategory) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for CombinatorialFunctionCategory compiling into /tmp/oa-uf6xog STYLE-WARNING: redefining BOOT::|CombinatorialFunctionCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB CFCAT Processing CombinatorialFunctionCategory for Browser database: -- binomial : (%,%) -> % -- factorial : % -> % -- permutation : (%,%) -> % -- constructor ; compiling file "/tmp/oa-uf6xog/code.lsp" (written 01 FEB 2016 10:58:12 PM): ; compiling (DEFPARAMETER |CombinatorialFunctionCategory;AL| ...) ; compiling (DEFUN |CombinatorialFunctionCategory;| ...) ; compiling (DEFUN |CombinatorialFunctionCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-uf6xog/code.fasl written ; compilation finished in 0:00:00.005 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ELTAB.spad && cp ELTAB.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ELTAB.fasl \ && if test -f ELTAB-.NRLIB/code.fasl; then \ cp ELTAB-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ELTAB-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ELTAB.spad using Spad compiler. ELTAB abbreviates category Eltable debug: compDefine1 lhs: (Eltable S T$) signature (pre-evaluate): ((Category) (Type) (Type)) debug: evaluateType form: (Category) $param: (S T$) debug: evaluateType form: (Type) $param: (S T$) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Type) $param: (S T$) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type) (Type)) debug: compDefine1 lhs: (Eltable S T$) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (S T$) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for Eltable compiling into /tmp/oa-zuHeFp STYLE-WARNING: redefining BOOT::|Eltable| in DEFUN Time: 0.01 SEC. finalizing NRLIB ELTAB Processing Eltable for Browser database: -- elt : (%,S) -> T -- constructor ; compiling file "/tmp/oa-zuHeFp/code.lsp" (written 01 FEB 2016 10:58:12 PM): ; compiling (DEFPARAMETER |Eltable;AL| ...) ; compiling (DEFUN |Eltable;| ...) ; compiling (DEFUN |Eltable| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-zuHeFp/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile KONVERT.spad && cp KONVERT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/KONVERT.fasl \ && if test -f KONVERT-.NRLIB/code.fasl; then \ cp KONVERT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/KONVERT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/KONVERT.spad using Spad compiler. KONVERT abbreviates category ConvertibleTo debug: compDefine1 lhs: (ConvertibleTo S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (ConvertibleTo S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for ConvertibleTo compiling into /tmp/oa-ikm2ew STYLE-WARNING: redefining BOOT::|ConvertibleTo| in DEFUN Time: 0.01 SEC. finalizing NRLIB KONVERT Processing ConvertibleTo for Browser database: -- convert : % -> S -- constructor ; compiling file "/tmp/oa-ikm2ew/code.lsp" (written 01 FEB 2016 10:58:12 PM): ; compiling (DEFPARAMETER |ConvertibleTo;AL| ...) ; compiling (DEFUN |ConvertibleTo;| ...) ; compiling (DEFUN |ConvertibleTo| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-ikm2ew/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile KRCFROM.spad && cp KRCFROM.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/KRCFROM.fasl \ && if test -f KRCFROM-.NRLIB/code.fasl; then \ cp KRCFROM-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/KRCFROM-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/KRCFROM.spad using Spad compiler. KRCFROM abbreviates category CoercibleFrom debug: compDefine1 lhs: (CoercibleFrom S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (CoercibleFrom S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for CoercibleFrom compiling into /tmp/oa-SdLJnA STYLE-WARNING: redefining BOOT::|CoercibleFrom| in DEFUN Time: 0.01 SEC. finalizing NRLIB KRCFROM Processing CoercibleFrom for Browser database: -- coerce : S -> % -- constructor ; compiling file "/tmp/oa-SdLJnA/code.lsp" (written 01 FEB 2016 10:58:12 PM): ; compiling (DEFPARAMETER |CoercibleFrom;AL| ...) ; compiling (DEFUN |CoercibleFrom;| ...) ; compiling (DEFUN |CoercibleFrom| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-SdLJnA/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile KVTFROM.spad && cp KVTFROM.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/KVTFROM.fasl \ && if test -f KVTFROM-.NRLIB/code.fasl; then \ cp KVTFROM-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/KVTFROM-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/KVTFROM.spad using Spad compiler. KVTFROM abbreviates category ConvertibleFrom debug: compDefine1 lhs: (ConvertibleFrom S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (ConvertibleFrom S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for ConvertibleFrom compiling into /tmp/oa-xTOWWH STYLE-WARNING: redefining BOOT::|ConvertibleFrom| in DEFUN Time: 0.01 SEC. finalizing NRLIB KVTFROM Processing ConvertibleFrom for Browser database: -- convert : S -> % -- constructor ; compiling file "/tmp/oa-xTOWWH/code.lsp" (written 01 FEB 2016 10:58:12 PM): ; compiling (DEFPARAMETER |ConvertibleFrom;AL| ...) ; compiling (DEFUN |ConvertibleFrom;| ...) ; compiling (DEFUN |ConvertibleFrom| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-xTOWWH/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile IEVALAB.spad && cp IEVALAB.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IEVALAB.fasl \ && if test -f IEVALAB-.NRLIB/code.fasl; then \ cp IEVALAB-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IEVALAB-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IEVALAB.spad using Spad compiler. IEVALAB abbreviates category InnerEvalable debug: compDefine1 lhs: (InnerEvalable A B) signature (pre-evaluate): ((Category) (SetCategory) (Type)) debug: evaluateType form: (Category) $param: (A B) debug: evaluateType form: (SetCategory) $param: (A B) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Type) $param: (A B) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (SetCategory) (Type)) debug: compDefine1 lhs: (InnerEvalable A B) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (A B) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for InnerEvalable compiling into /tmp/oa-mE65iR STYLE-WARNING: redefining BOOT::|InnerEvalable| in DEFUN Time: 0.01 SEC. IEVALAB- abbreviates package InnerEvalable& ------------------------------------------------------------------------ initializing stationary directory for InnerEvalable& compiling into /tmp/oa-knP7gu compiling exported eval : (S,A,B) -> S Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor InnerEvalable& Time: 0.01 seconds finalizing NRLIB IEVALAB- ; compiling file "/tmp/oa-knP7gu/code.lsp" (written 01 FEB 2016 10:58:12 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |IEVALAB-;eval;$AB$;1| ...) ; compiling (DEFUN |InnerEvalable&| ...) ; compiling (MAKEPROP (QUOTE |InnerEvalable&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-knP7gu/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ finalizing NRLIB IEVALAB Processing InnerEvalable for Browser database: -- eval : (%,A,B) -> % -- eval : (%,List A,List B) -> % -- constructor ; compiling file "/tmp/oa-mE65iR/code.lsp" (written 01 FEB 2016 10:58:12 PM): ; compiling (DEFPARAMETER |InnerEvalable;AL| ...) ; compiling (DEFUN |InnerEvalable;| ...) ; compiling (DEFUN |InnerEvalable| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-mE65iR/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile EVALAB.spad && cp EVALAB.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/EVALAB.fasl \ && if test -f EVALAB-.NRLIB/code.fasl; then \ cp EVALAB-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/EVALAB-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/EVALAB.spad using Spad compiler. EVALAB abbreviates category Evalable debug: compDefine1 lhs: (Evalable R) signature (pre-evaluate): ((Category) (SetCategory)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Category) (SetCategory)) debug: compDefine1 lhs: (Evalable R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for Evalable compiling into /tmp/oa-56WsVQ STYLE-WARNING: redefining BOOT::|Evalable| in DEFUN Time: 0.01 SEC. EVALAB- abbreviates package Evalable& ------------------------------------------------------------------------ initializing stationary directory for Evalable& compiling into /tmp/oa-cpZtcu compiling exported eval : (S,Equation R) -> S Time: 0.02 SEC. compiling exported eval : (S,List R,List R) -> S Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor Evalable& Time: 0.03 seconds finalizing NRLIB EVALAB- ; compiling file "/tmp/oa-cpZtcu/code.lsp" (written 01 FEB 2016 10:58:13 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |EVALAB-;eval;$E$;1| ...) ; compiling (DEFUN |EVALAB-;eval;$2L$;2| ...) ; compiling (DEFUN |Evalable&| ...) ; compiling (MAKEPROP (QUOTE |Evalable&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-cpZtcu/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ finalizing NRLIB EVALAB Processing Evalable for Browser database: -- eval : (%,Equation R) -> % -- eval : (%,List Equation R) -> % -- constructor ; compiling file "/tmp/oa-56WsVQ/code.lsp" (written 01 FEB 2016 10:58:13 PM): ; compiling (DEFPARAMETER |Evalable;AL| ...) ; compiling (DEFUN |Evalable;| ...) ; compiling (DEFUN |Evalable| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-56WsVQ/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile REPDB.spad && cp REPDB.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/REPDB.fasl \ && if test -f REPDB-.NRLIB/code.fasl; then \ cp REPDB-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/REPDB-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/REPDB.spad using Spad compiler. REPDB abbreviates package RepeatedDoubling debug: compDefine1 lhs: (RepeatedDoubling S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE double (S (PositiveInteger) S))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE double (S (PositiveInteger) S))) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (PositiveInteger) $param: (S) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: S $param: (S) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE double (S (PositiveInteger) S))) NIL) ------------------------------------------------------------------------ initializing stationary directory for RepeatedDoubling compiling into /tmp/oa-kft7a0 compiling exported double : (PositiveInteger,S) -> S Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor RepeatedDoubling Time: 0.04 seconds finalizing NRLIB REPDB Processing RepeatedDoubling for Browser database: -- ?+? : (%,%) -> % -- double : (PositiveInteger,S) -> S -- constructor ; compiling file "/tmp/oa-kft7a0/code.lsp" (written 01 FEB 2016 10:58:13 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |REPDB;double;Pi2S;1| ...) ; compiling (DEFUN |RepeatedDoubling| ...) ; compiling (DEFUN |RepeatedDoubling;| ...) ; compiling (MAKEPROP (QUOTE |RepeatedDoubling|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-kft7a0/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FAMR.spad && cp FAMR.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FAMR.fasl \ && if test -f FAMR-.NRLIB/code.fasl; then \ cp FAMR-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FAMR-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FAMR.spad using Spad compiler. FAMR abbreviates category FiniteAbelianMonoidRing debug: compDefine1 lhs: (FiniteAbelianMonoidRing R E) signature (pre-evaluate): ((Category) (Ring) (OrderedAbelianMonoid)) debug: evaluateType form: (Category) $param: (R E) debug: evaluateType form: (Ring) $param: (R E) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (OrderedAbelianMonoid) $param: (R E) Debug: evaluateType1 form: (OrderedAbelianMonoid) debug: compDefine1 signature (post evaluate): ((Category) (Ring) (OrderedAbelianMonoid)) debug: compDefine1 lhs: (FiniteAbelianMonoidRing R E) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (R E) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FiniteAbelianMonoidRing compiling into /tmp/oa-lcju9f STYLE-WARNING: redefining BOOT::|FiniteAbelianMonoidRing| in DEFUN Time: 0.02 SEC. FAMR- abbreviates package FiniteAbelianMonoidRing& ------------------------------------------------------------------------ initializing stationary directory for FiniteAbelianMonoidRing& compiling into /tmp/oa-sRdOdU compiling exported pomopo! : (S,R,E,S) -> S Time: 0.01 SEC. compiling exported binomThmExpt : (S,S,NonNegativeInteger) -> S Time: 0.02 SEC. compiling exported ground? : S -> Boolean Time: 0 SEC. compiling exported ground : S -> R Time: 0.00 SEC. compiling exported mapExponents : (E -> E,S) -> S Time: 0 SEC. compiling exported coefficients : S -> List R Time: 0.01 SEC. compiling exported / : (S,R) -> S Time: 0.00 SEC. compiling exported exquo : (S,R) -> Union(S,failed) Time: 0.01 SEC. compiling exported content : S -> R Time: 0.01 SEC. compiling exported primitivePart : S -> S Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor FiniteAbelianMonoidRing& Time: 0.08 seconds finalizing NRLIB FAMR- ; compiling file "/tmp/oa-sRdOdU/code.lsp" (written 01 FEB 2016 10:58:13 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FAMR-;pomopo!;$RE2$;1| ...) ; compiling (DEFUN |FAMR-;pomopo!;$RE2$;1!0| ...) ; compiling (DEFUN |FAMR-;binomThmExpt;2$Nni$;2| ...) ; compiling (DEFUN |FAMR-;ground?;$B;3| ...) ; compiling (DEFUN |FAMR-;ground;$R;4| ...) ; compiling (DEFUN |FAMR-;mapExponents;M2$;5| ...) ; compiling (DEFUN |FAMR-;coefficients;$L;6| ...) ; compiling (DEFUN |FAMR-;/;$R$;7| ...) ; compiling (DEFUN |FAMR-;/;$R$;7!0| ...) ; compiling (DEFUN |FAMR-;exquo;$RU;8| ...) ; compiling (DEFUN |FAMR-;content;$R;9| ...) ; compiling (DEFUN |FAMR-;primitivePart;2$;10| ...) ; compiling (DEFUN |FiniteAbelianMonoidRing&| ...) ; compiling (MAKEPROP (QUOTE |FiniteAbelianMonoidRing&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-sRdOdU/code.fasl written ; compilation finished in 0:00:00.052 ------------------------------------------------------------------------ finalizing NRLIB FAMR Processing FiniteAbelianMonoidRing for Browser database: -- ground? : % -> Boolean -- ground : % -> R -- coefficients : % -> List R -- numberOfMonomials : % -> NonNegativeInteger -- minimumDegree : % -> E -- mapExponents : ((E -> E),%) -> % -- pomopo! : (%,R,E,%) -> % -- binomThmExpt : (%,%,NonNegativeInteger) -> % -- exquo : (%,R) -> Union(%,"failed") -- content : % -> R -- primitivePart : % -> % -- constructor ; compiling file "/tmp/oa-lcju9f/code.lsp" (written 01 FEB 2016 10:58:13 PM): ; compiling (DEFPARAMETER |FiniteAbelianMonoidRing;AL| ...) ; compiling (DEFUN |FiniteAbelianMonoidRing;| ...) ; compiling (DEFUN |FiniteAbelianMonoidRing| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-lcju9f/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PRIMCAT.spad && cp PRIMCAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PRIMCAT.fasl \ && if test -f PRIMCAT-.NRLIB/code.fasl; then \ cp PRIMCAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PRIMCAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PRIMCAT.spad using Spad compiler. PRIMCAT abbreviates category PrimitiveFunctionCategory debug: compDefine1 lhs: (PrimitiveFunctionCategory) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for PrimitiveFunctionCategory compiling into /tmp/oa-m3CeIx STYLE-WARNING: redefining BOOT::|PrimitiveFunctionCategory| in DEFUN Time: 0.00 SEC. finalizing NRLIB PRIMCAT Processing PrimitiveFunctionCategory for Browser database: -- integral : (%,Symbol) -> % -- integral : (%,SegmentBinding %) -> % -- constructor ; compiling file "/tmp/oa-m3CeIx/code.lsp" (written 01 FEB 2016 10:58:13 PM): ; compiling (DEFPARAMETER |PrimitiveFunctionCategory;AL| ...) ; compiling (DEFUN |PrimitiveFunctionCategory;| ...) ; compiling (DEFUN |PrimitiveFunctionCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-m3CeIx/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PTRANFN.spad && cp PTRANFN.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PTRANFN.fasl \ && if test -f PTRANFN-.NRLIB/code.fasl; then \ cp PTRANFN-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PTRANFN-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PTRANFN.spad using Spad compiler. PTRANFN abbreviates category PartialTranscendentalFunctions debug: compDefine1 lhs: (PartialTranscendentalFunctions K) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (K) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for PartialTranscendentalFunctions compiling into /tmp/oa-nlh20G STYLE-WARNING: redefining BOOT::|PartialTranscendentalFunctions| in DEFUN Time: 0.01 SEC. finalizing NRLIB PTRANFN Processing PartialTranscendentalFunctions for Browser database: -- nthRootIfCan : (K,NNI) -> Union(K,"failed") -- expIfCan : K -> Union(K,"failed") -- logIfCan : K -> Union(K,"failed") -- sinIfCan : K -> Union(K,"failed") -- cosIfCan : K -> Union(K,"failed") -- tanIfCan : K -> Union(K,"failed") -- cotIfCan : K -> Union(K,"failed") -- secIfCan : K -> Union(K,"failed") -- cscIfCan : K -> Union(K,"failed") -- asinIfCan : K -> Union(K,"failed") -- acosIfCan : K -> Union(K,"failed") -- atanIfCan : K -> Union(K,"failed") -- acotIfCan : K -> Union(K,"failed") -- asecIfCan : K -> Union(K,"failed") -- acscIfCan : K -> Union(K,"failed") -- sinhIfCan : K -> Union(K,"failed") -- coshIfCan : K -> Union(K,"failed") -- tanhIfCan : K -> Union(K,"failed") -- cothIfCan : K -> Union(K,"failed") -- sechIfCan : K -> Union(K,"failed") -- cschIfCan : K -> Union(K,"failed") -- asinhIfCan : K -> Union(K,"failed") -- acoshIfCan : K -> Union(K,"failed") -- atanhIfCan : K -> Union(K,"failed") -- acothIfCan : K -> Union(K,"failed") -- asechIfCan : K -> Union(K,"failed") -- acschIfCan : K -> Union(K,"failed") -- constructor ; compiling file "/tmp/oa-nlh20G/code.lsp" (written 01 FEB 2016 10:58:13 PM): ; compiling (DEFPARAMETER |PartialTranscendentalFunctions;AL| ...) ; compiling (DEFUN |PartialTranscendentalFunctions;| ...) ; compiling (DEFUN |PartialTranscendentalFunctions| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-nlh20G/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SPFCAT.spad && cp SPFCAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SPFCAT.fasl \ && if test -f SPFCAT-.NRLIB/code.fasl; then \ cp SPFCAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SPFCAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SPFCAT.spad using Spad compiler. SPFCAT abbreviates category SpecialFunctionCategory debug: compDefine1 lhs: (SpecialFunctionCategory) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for SpecialFunctionCategory compiling into /tmp/oa-8vFO2P STYLE-WARNING: redefining BOOT::|SpecialFunctionCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB SPFCAT Processing SpecialFunctionCategory for Browser database: -- abs : % -> % -- Gamma : % -> % -- Beta : (%,%) -> % -- digamma : % -> % -- polygamma : (%,%) -> % -- Gamma : (%,%) -> % -- besselJ : (%,%) -> % -- besselY : (%,%) -> % -- besselI : (%,%) -> % -- besselK : (%,%) -> % -- airyAi : % -> % -- airyBi : % -> % -- constructor ; compiling file "/tmp/oa-8vFO2P/code.lsp" (written 01 FEB 2016 10:58:13 PM): ; compiling (DEFPARAMETER |SpecialFunctionCategory;AL| ...) ; compiling (DEFUN |SpecialFunctionCategory;| ...) ; compiling (DEFUN |SpecialFunctionCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-8vFO2P/code.fasl written ; compilation finished in 0:00:00.005 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile HOMOTOP.spad && cp HOMOTOP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/HOMOTOP.fasl \ && if test -f HOMOTOP-.NRLIB/code.fasl; then \ cp HOMOTOP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/HOMOTOP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/HOMOTOP.spad using Spad compiler. HOMOTOP abbreviates category HomotopicTo debug: compDefine1 lhs: (HomotopicTo S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (HomotopicTo S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for HomotopicTo compiling into /tmp/oa-evrdWW STYLE-WARNING: redefining BOOT::|HomotopicTo| in DEFUN Time: 0.01 SEC. finalizing NRLIB HOMOTOP Processing HomotopicTo for Browser database: -- constructor ; compiling file "/tmp/oa-evrdWW/code.lsp" (written 01 FEB 2016 10:58:13 PM): ; compiling (DEFPARAMETER |HomotopicTo;AL| ...) ; compiling (DEFUN |HomotopicTo;| ...) ; compiling (DEFUN |HomotopicTo| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-evrdWW/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile DIFFDOM.spad && cp DIFFDOM.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DIFFDOM.fasl \ && if test -f DIFFDOM-.NRLIB/code.fasl; then \ cp DIFFDOM-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DIFFDOM-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DIFFDOM.spad using Spad compiler. DIFFDOM abbreviates category DifferentialDomain debug: compDefine1 lhs: (DifferentialDomain T$) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (T$) debug: evaluateType form: (Type) $param: (T$) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (DifferentialDomain T$) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (T$) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for DifferentialDomain compiling into /tmp/oa-FUxc5T STYLE-WARNING: redefining BOOT::|DifferentialDomain| in DEFUN Time: 0.01 SEC. DIFFDOM- abbreviates package DifferentialDomain& ------------------------------------------------------------------------ initializing stationary directory for DifferentialDomain& compiling into /tmp/oa-pX0EPz compiling exported D : S -> T Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor DifferentialDomain& Time: 0.00 seconds finalizing NRLIB DIFFDOM- ; compiling file "/tmp/oa-pX0EPz/code.lsp" (written 01 FEB 2016 10:58:14 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DIFFDOM-;D;$T$;1| ...) ; compiling (DEFUN |DifferentialDomain&| ...) ; compiling (MAKEPROP (QUOTE |DifferentialDomain&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-pX0EPz/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ finalizing NRLIB DIFFDOM Processing DifferentialDomain for Browser database: -- differentiate : % -> T -- D : % -> T -- constructor ; compiling file "/tmp/oa-FUxc5T/code.lsp" (written 01 FEB 2016 10:58:14 PM): ; compiling (DEFPARAMETER |DifferentialDomain;AL| ...) ; compiling (DEFUN |DifferentialDomain;| ...) ; compiling (DEFUN |DifferentialDomain| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-FUxc5T/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile DIFFSPC.spad && cp DIFFSPC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DIFFSPC.fasl \ && if test -f DIFFSPC-.NRLIB/code.fasl; then \ cp DIFFSPC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DIFFSPC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DIFFSPC.spad using Spad compiler. DIFFSPC abbreviates category DifferentialSpace debug: compDefine1 lhs: (DifferentialSpace) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for DifferentialSpace compiling into /tmp/oa-CY6R0Z STYLE-WARNING: redefining BOOT::|DifferentialSpace| in DEFUN Time: 0.01 SEC. DIFFSPC- abbreviates package DifferentialSpace& ------------------------------------------------------------------------ initializing stationary directory for DifferentialSpace& compiling into /tmp/oa-1gFq1F compiling exported differentiate : (S,NonNegativeInteger) -> S Time: 0.03 SEC. compiling exported D : (S,NonNegativeInteger) -> S Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor DifferentialSpace& Time: 0.04 seconds finalizing NRLIB DIFFSPC- ; compiling file "/tmp/oa-1gFq1F/code.lsp" (written 01 FEB 2016 10:58:14 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DIFFSPC-;differentiate;$Nni$;1| ...) ; compiling (DEFUN |DIFFSPC-;D;$Nni$;2| ...) ; compiling (DEFUN |DifferentialSpace&| ...) ; compiling (MAKEPROP (QUOTE |DifferentialSpace&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-1gFq1F/code.fasl written ; compilation finished in 0:00:00.018 ------------------------------------------------------------------------ finalizing NRLIB DIFFSPC Processing DifferentialSpace for Browser database: -- differentiate : (%,NonNegativeInteger) -> % -- D : (%,NonNegativeInteger) -> % -- constructor ; compiling file "/tmp/oa-CY6R0Z/code.lsp" (written 01 FEB 2016 10:58:14 PM): ; compiling (DEFPARAMETER |DifferentialSpace;AL| ...) ; compiling (DEFUN |DifferentialSpace;| ...) ; compiling (DEFUN |DifferentialSpace| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-CY6R0Z/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PDDOM.spad && cp PDDOM.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PDDOM.fasl \ && if test -f PDDOM-.NRLIB/code.fasl; then \ cp PDDOM-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PDDOM-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PDDOM.spad using Spad compiler. PDDOM abbreviates category PartialDifferentialDomain debug: compDefine1 lhs: (PartialDifferentialDomain T$ S) signature (pre-evaluate): ((Category) (Type) (Type)) debug: evaluateType form: (Category) $param: (T$ S) debug: evaluateType form: (Type) $param: (T$ S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Type) $param: (T$ S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type) (Type)) debug: compDefine1 lhs: (PartialDifferentialDomain T$ S) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (T$ S) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PartialDifferentialDomain compiling into /tmp/oa-kEwARb STYLE-WARNING: redefining BOOT::|PartialDifferentialDomain| in DEFUN Time: 0.01 SEC. PDDOM- abbreviates package PartialDifferentialDomain& ------------------------------------------------------------------------ initializing stationary directory for PartialDifferentialDomain& compiling into /tmp/oa-ywcyiS compiling exported D : (A,S) -> T Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor PartialDifferentialDomain& Time: 0.01 seconds finalizing NRLIB PDDOM- ; compiling file "/tmp/oa-ywcyiS/code.lsp" (written 01 FEB 2016 10:58:14 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PDDOM-;D;$ST$;1| ...) ; compiling (DEFUN |PartialDifferentialDomain&| ...) ; compiling (MAKEPROP (QUOTE |PartialDifferentialDomain&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-ywcyiS/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ finalizing NRLIB PDDOM Processing PartialDifferentialDomain for Browser database: -- differentiate : (%,S) -> T -- D : (%,S) -> T -- constructor ; compiling file "/tmp/oa-kEwARb/code.lsp" (written 01 FEB 2016 10:58:14 PM): ; compiling (DEFPARAMETER |PartialDifferentialDomain;AL| ...) ; compiling (DEFUN |PartialDifferentialDomain;| ...) ; compiling (DEFUN |PartialDifferentialDomain| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-kEwARb/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PDSPC.spad && cp PDSPC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PDSPC.fasl \ && if test -f PDSPC-.NRLIB/code.fasl; then \ cp PDSPC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PDSPC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PDSPC.spad using Spad compiler. PDSPC abbreviates category PartialDifferentialSpace debug: compDefine1 lhs: (PartialDifferentialSpace S) signature (pre-evaluate): ((Category) (BasicType)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (BasicType) $param: (S) Debug: evaluateType1 form: (BasicType) debug: compDefine1 signature (post evaluate): ((Category) (BasicType)) debug: compDefine1 lhs: (PartialDifferentialSpace S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for PartialDifferentialSpace compiling into /tmp/oa-nQ2krl STYLE-WARNING: redefining BOOT::|PartialDifferentialSpace| in DEFUN Time: 0.02 SEC. PDSPC- abbreviates package PartialDifferentialSpace& ------------------------------------------------------------------------ initializing stationary directory for PartialDifferentialSpace& compiling into /tmp/oa-x8qxd2 compiling exported differentiate : (A,List S) -> A Time: 0.01 SEC. compiling exported differentiate : (A,S,NonNegativeInteger) -> A Time: 0.04 SEC. compiling exported differentiate : (A,List S,List NonNegativeInteger) -> A Time: 0.02 SEC. compiling exported D : (A,S) -> A Time: 0 SEC. compiling exported D : (A,List S) -> A Time: 0.01 SEC. compiling exported D : (A,S,NonNegativeInteger) -> A Time: 0.01 SEC. compiling exported D : (A,List S,List NonNegativeInteger) -> A Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor PartialDifferentialSpace& Time: 0.11 seconds finalizing NRLIB PDSPC- ; compiling file "/tmp/oa-x8qxd2/code.lsp" (written 01 FEB 2016 10:58:14 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PDSPC-;differentiate;$L$;1| ...) ; compiling (DEFUN |PDSPC-;differentiate;$SNni$;2| ...) ; compiling (DEFUN |PDSPC-;differentiate;$LL$;3| ...) ; compiling (DEFUN |PDSPC-;D;$S$;4| ...) ; compiling (DEFUN |PDSPC-;D;$L$;5| ...) ; compiling (DEFUN |PDSPC-;D;$SNni$;6| ...) ; compiling (DEFUN |PDSPC-;D;$LL$;7| ...) ; compiling (DEFUN |PartialDifferentialSpace&| ...) ; compiling (MAKEPROP (QUOTE |PartialDifferentialSpace&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-x8qxd2/code.fasl written ; compilation finished in 0:00:00.027 ------------------------------------------------------------------------ finalizing NRLIB PDSPC Processing PartialDifferentialSpace for Browser database: -- differentiate : (%,List S) -> % -- differentiate : (%,S,NonNegativeInteger) -> % -- differentiate : (%,List S,List NonNegativeInteger) -> % -- D : (%,List S) -> % -- D : (%,S,NonNegativeInteger) -> % -- D : (%,List S,List NonNegativeInteger) -> % -- constructor ; compiling file "/tmp/oa-nQ2krl/code.lsp" (written 01 FEB 2016 10:58:14 PM): ; compiling (DEFPARAMETER |PartialDifferentialSpace;AL| ...) ; compiling (DEFUN |PartialDifferentialSpace;| ...) ; compiling (DEFUN |PartialDifferentialSpace| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-nQ2krl/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile DSEXT.spad && cp DSEXT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DSEXT.fasl \ && if test -f DSEXT-.NRLIB/code.fasl; then \ cp DSEXT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DSEXT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DSEXT.spad using Spad compiler. DSEXT abbreviates category DifferentialSpaceExtension debug: compDefine1 lhs: (DifferentialSpaceExtension R) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (DifferentialSpaceExtension R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for DifferentialSpaceExtension compiling into /tmp/oa-cF6QXI STYLE-WARNING: redefining BOOT::|DifferentialSpaceExtension| in DEFUN Time: 0.01 SEC. DSEXT- abbreviates package DifferentialSpaceExtension& ------------------------------------------------------------------------ initializing stationary directory for DifferentialSpaceExtension& compiling into /tmp/oa-c8SIsq compiling exported differentiate : (S,R -> R,NonNegativeInteger) -> S Time: 0.05 SEC. compiling exported D : (S,R -> R) -> S Time: 0 SEC. compiling exported D : (S,R -> R,NonNegativeInteger) -> S Time: 0.00 SEC. compiling exported differentiate : S -> S Time: 0.00 SEC. compiling exported differentiate : (S,Symbol) -> S Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor DifferentialSpaceExtension& Time: 0.06 seconds finalizing NRLIB DSEXT- ; compiling file "/tmp/oa-c8SIsq/code.lsp" (written 01 FEB 2016 10:58:14 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DSEXT-;differentiate;$MNni$;1| ...) ; compiling (DEFUN |DSEXT-;D;$M$;2| ...) ; compiling (DEFUN |DSEXT-;D;$MNni$;3| ...) ; compiling (DEFUN |DSEXT-;differentiate;2$;4| ...) ; compiling (DEFUN |DSEXT-;differentiate;$S$;5| ...) ; compiling (DEFUN |DSEXT-;differentiate;$S$;5!0| ...) ; compiling (DEFUN |DifferentialSpaceExtension&| ...) ; compiling (MAKEPROP (QUOTE |DifferentialSpaceExtension&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-c8SIsq/code.fasl written ; compilation finished in 0:00:00.023 ------------------------------------------------------------------------ finalizing NRLIB DSEXT Processing DifferentialSpaceExtension for Browser database: -- differentiate : (%,(R -> R)) -> % -- differentiate : (%,(R -> R),NonNegativeInteger) -> % -- D : (%,(R -> R)) -> % -- D : (%,(R -> R),NonNegativeInteger) -> % -- constructor ; compiling file "/tmp/oa-cF6QXI/code.lsp" (written 01 FEB 2016 10:58:14 PM): ; compiling (DEFPARAMETER |DifferentialSpaceExtension;AL| ...) ; compiling (DEFUN |DifferentialSpaceExtension;| ...) ; compiling (DEFUN |DifferentialSpaceExtension| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-cF6QXI/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile DIFEXT.spad && cp DIFEXT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DIFEXT.fasl \ && if test -f DIFEXT-.NRLIB/code.fasl; then \ cp DIFEXT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DIFEXT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DIFEXT.spad using Spad compiler. DIFEXT abbreviates category DifferentialExtension debug: compDefine1 lhs: (DifferentialExtension R) signature (pre-evaluate): ((Category) (Ring)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((Category) (Ring)) debug: compDefine1 lhs: (DifferentialExtension R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for DifferentialExtension compiling into /tmp/oa-21xlIX STYLE-WARNING: redefining BOOT::|DifferentialExtension| in DEFUN Time: 0.00 SEC. finalizing NRLIB DIFEXT Processing DifferentialExtension for Browser database: -- constructor ; compiling file "/tmp/oa-21xlIX/code.lsp" (written 01 FEB 2016 10:58:14 PM): ; compiling (DEFPARAMETER |DifferentialExtension;AL| ...) ; compiling (DEFUN |DifferentialExtension;| ...) ; compiling (DEFUN |DifferentialExtension| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-21xlIX/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile DIFRING.spad && cp DIFRING.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DIFRING.fasl \ && if test -f DIFRING-.NRLIB/code.fasl; then \ cp DIFRING-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DIFRING-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DIFRING.spad using Spad compiler. DIFRING abbreviates category DifferentialRing debug: compDefine1 lhs: (DifferentialRing) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for DifferentialRing compiling into /tmp/oa-lImsSU STYLE-WARNING: redefining BOOT::|DifferentialRing| in DEFUN Time: 0.00 SEC. finalizing NRLIB DIFRING Processing DifferentialRing for Browser database: -- constructor ; compiling file "/tmp/oa-lImsSU/code.lsp" (written 01 FEB 2016 10:58:15 PM): ; compiling (DEFPARAMETER |DifferentialRing;AL| ...) ; compiling (DEFUN |DifferentialRing;| ...) ; compiling (DEFUN |DifferentialRing| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-lImsSU/code.fasl written ; compilation finished in 0:00:00.006 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile OSGROUP.spad && cp OSGROUP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/OSGROUP.fasl \ && if test -f OSGROUP-.NRLIB/code.fasl; then \ cp OSGROUP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/OSGROUP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OSGROUP.spad using Spad compiler. OSGROUP abbreviates category OrderedSemiGroup debug: compDefine1 lhs: (OrderedSemiGroup) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for OrderedSemiGroup compiling into /tmp/oa-TSps03 STYLE-WARNING: redefining BOOT::|OrderedSemiGroup| in DEFUN Time: 0.00 SEC. finalizing NRLIB OSGROUP Processing OrderedSemiGroup for Browser database: -- constructor ; compiling file "/tmp/oa-TSps03/code.lsp" (written 01 FEB 2016 10:58:15 PM): ; compiling (DEFPARAMETER |OrderedSemiGroup;AL| ...) ; compiling (DEFUN |OrderedSemiGroup;| ...) ; compiling (DEFUN |OrderedSemiGroup| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-TSps03/code.fasl written ; compilation finished in 0:00:00.006 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PDRING.spad && cp PDRING.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PDRING.fasl \ && if test -f PDRING-.NRLIB/code.fasl; then \ cp PDRING-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PDRING-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PDRING.spad using Spad compiler. PDRING abbreviates category PartialDifferentialRing debug: compDefine1 lhs: (PartialDifferentialRing S) signature (pre-evaluate): ((Category) (BasicType)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (BasicType) $param: (S) Debug: evaluateType1 form: (BasicType) debug: compDefine1 signature (post evaluate): ((Category) (BasicType)) debug: compDefine1 lhs: (PartialDifferentialRing S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for PartialDifferentialRing compiling into /tmp/oa-LP1IPa STYLE-WARNING: redefining BOOT::|PartialDifferentialRing| in DEFUN Time: 0.01 SEC. finalizing NRLIB PDRING Processing PartialDifferentialRing for Browser database: -- constructor ; compiling file "/tmp/oa-LP1IPa/code.lsp" (written 01 FEB 2016 10:58:15 PM): ; compiling (DEFPARAMETER |PartialDifferentialRing;AL| ...) ; compiling (DEFUN |PartialDifferentialRing;| ...) ; compiling (DEFUN |PartialDifferentialRing| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-LP1IPa/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile DIOID.spad && cp DIOID.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DIOID.fasl \ && if test -f DIOID-.NRLIB/code.fasl; then \ cp DIOID-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DIOID-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DIOID.spad using Spad compiler. DIOID abbreviates category Dioid debug: compDefine1 lhs: (Dioid) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for Dioid compiling into /tmp/oa-x5y4Cg STYLE-WARNING: redefining BOOT::|Dioid| in DEFUN Time: 0.00 SEC. finalizing NRLIB DIOID Processing Dioid for Browser database: -- constructor ; compiling file "/tmp/oa-x5y4Cg/code.lsp" (written 01 FEB 2016 10:58:15 PM): ; compiling (DEFPARAMETER |Dioid;AL| ...) ; compiling (DEFUN |Dioid;| ...) ; compiling (DEFUN |Dioid| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-x5y4Cg/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile CACHSET.spad && cp CACHSET.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CACHSET.fasl \ && if test -f CACHSET-.NRLIB/code.fasl; then \ cp CACHSET-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CACHSET-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CACHSET.spad using Spad compiler. CACHSET abbreviates category CachableSet debug: compDefine1 lhs: (CachableSet) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for CachableSet compiling into /tmp/oa-vztefo STYLE-WARNING: redefining BOOT::|CachableSet| in DEFUN Time: 0.00 SEC. finalizing NRLIB CACHSET Processing CachableSet for Browser database: -- position : % -> NonNegativeInteger -- setPosition : (%,NonNegativeInteger) -> Void -- constructor ; compiling file "/tmp/oa-vztefo/code.lsp" (written 01 FEB 2016 10:58:15 PM): ; compiling (DEFPARAMETER |CachableSet;AL| ...) ; compiling (DEFUN |CachableSet;| ...) ; compiling (DEFUN |CachableSet| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-vztefo/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ORDFIN.spad && cp ORDFIN.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ORDFIN.fasl \ && if test -f ORDFIN-.NRLIB/code.fasl; then \ cp ORDFIN-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ORDFIN-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ORDFIN.spad using Spad compiler. ORDFIN abbreviates category OrderedFinite debug: compDefine1 lhs: (OrderedFinite) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for OrderedFinite compiling into /tmp/oa-5okcmv STYLE-WARNING: redefining BOOT::|OrderedFinite| in DEFUN Time: 0.00 SEC. finalizing NRLIB ORDFIN Processing OrderedFinite for Browser database: -- min : () -> % -- max : () -> % -- constructor ; compiling file "/tmp/oa-5okcmv/code.lsp" (written 01 FEB 2016 10:58:15 PM): ; compiling (DEFPARAMETER |OrderedFinite;AL| ...) ; compiling (DEFUN |OrderedFinite;| ...) ; compiling (DEFUN |OrderedFinite| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-5okcmv/code.fasl written ; compilation finished in 0:00:00.005 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile OAMONS.spad && cp OAMONS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/OAMONS.fasl \ && if test -f OAMONS-.NRLIB/code.fasl; then \ cp OAMONS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/OAMONS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OAMONS.spad using Spad compiler. OAMONS abbreviates category OrderedAbelianMonoidSup debug: compDefine1 lhs: (OrderedAbelianMonoidSup) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for OrderedAbelianMonoidSup compiling into /tmp/oa-IwQpHC STYLE-WARNING: redefining BOOT::|OrderedAbelianMonoidSup| in DEFUN Time: 0.00 SEC. finalizing NRLIB OAMONS Processing OrderedAbelianMonoidSup for Browser database: -- sup : (%,%) -> % -- constructor ; compiling file "/tmp/oa-IwQpHC/code.lsp" (written 01 FEB 2016 10:58:15 PM): ; compiling (DEFPARAMETER |OrderedAbelianMonoidSup;AL| ...) ; compiling (DEFUN |OrderedAbelianMonoidSup;| ...) ; compiling (DEFUN |OrderedAbelianMonoidSup| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-IwQpHC/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PATAB.spad && cp PATAB.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PATAB.fasl \ && if test -f PATAB-.NRLIB/code.fasl; then \ cp PATAB-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PATAB-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PATAB.spad using Spad compiler. PATAB abbreviates category Patternable debug: compDefine1 lhs: (Patternable R) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (Patternable R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for Patternable compiling into /tmp/oa-RkYNOJ STYLE-WARNING: redefining BOOT::|Patternable| in DEFUN Time: 0.01 SEC. finalizing NRLIB PATAB Processing Patternable for Browser database: -- constructor ; compiling file "/tmp/oa-RkYNOJ/code.lsp" (written 01 FEB 2016 10:58:15 PM): ; compiling (DEFPARAMETER |Patternable;AL| ...) ; compiling (DEFUN |Patternable;| ...) ; compiling (DEFUN |Patternable| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-RkYNOJ/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/KERNEL.fasl --optimize=3 KERNEL.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/KERNEL.spad using Spad compiler. KERNEL abbreviates domain Kernel debug: compDefine1 lhs: (Kernel S) signature (pre-evaluate): ((Join (CachableSet) (OrderedSet) (Patternable S) (CATEGORY domain (SIGNATURE operator ((BasicOperator) $)) (SIGNATURE argument ((List S) $)) (SIGNATURE height ((NonNegativeInteger) $)) (SIGNATURE kernel ($ (BasicOperator) (List S) (NonNegativeInteger))) (SIGNATURE kernel ($ (Symbol))) (SIGNATURE symbolIfCan ((Union (Symbol) failed) $)) (SIGNATURE is? ((Boolean) $ (BasicOperator))) (SIGNATURE is? ((Boolean) $ (Symbol))) (IF (has S (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch))) (SetCategory)) debug: evaluateType form: (Join (CachableSet) (OrderedSet) (Patternable S) (CATEGORY domain (SIGNATURE operator ((BasicOperator) $)) (SIGNATURE argument ((List S) $)) (SIGNATURE height ((NonNegativeInteger) $)) (SIGNATURE kernel ($ (BasicOperator) (List S) (NonNegativeInteger))) (SIGNATURE kernel ($ (Symbol))) (SIGNATURE symbolIfCan ((Union (Symbol) failed) $)) (SIGNATURE is? ((Boolean) $ (BasicOperator))) (SIGNATURE is? ((Boolean) $ (Symbol))) (IF (has S (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch))) $param: (S) debug: evaluateType form: (CachableSet) $param: (S) Debug: evaluateType1 form: (CachableSet) debug: evaluateType form: (OrderedSet) $param: (S) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (Patternable S) $param: (S) Debug: evaluateType1 form: (Patternable S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE operator ((BasicOperator) $)) (SIGNATURE argument ((List S) $)) (SIGNATURE height ((NonNegativeInteger) $)) (SIGNATURE kernel ($ (BasicOperator) (List S) (NonNegativeInteger))) (SIGNATURE kernel ($ (Symbol))) (SIGNATURE symbolIfCan ((Union (Symbol) failed) $)) (SIGNATURE is? ((Boolean) $ (BasicOperator))) (SIGNATURE is? ((Boolean) $ (Symbol))) (IF (has S (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch)) $param: (S) debug: evaluateType form: (BasicOperator) $param: (S) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (S) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (BasicOperator) $param: (S) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (S) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Union (Symbol) failed) $param: (S) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: failed $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (BasicOperator) $param: (S) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Join (CachableSet) (OrderedSet) (Patternable S) (CATEGORY domain (SIGNATURE operator ((BasicOperator) $)) (SIGNATURE argument ((List S) $)) (SIGNATURE height ((NonNegativeInteger) $)) (SIGNATURE kernel ($ (BasicOperator) (List S) (NonNegativeInteger))) (SIGNATURE kernel ($ (Symbol))) (SIGNATURE symbolIfCan ((Union (Symbol) failed) $)) (SIGNATURE is? ((Boolean) $ (BasicOperator))) (SIGNATURE is? ((Boolean) $ (Symbol))) (IF (has S (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch))) (SetCategory)) debug: compDefine1 lhs: (Kernel S) signature (pre-evaluate): ((Join (CachableSet) (OrderedSet) (Patternable S) (CATEGORY domain (SIGNATURE operator ((BasicOperator) $)) (SIGNATURE argument ((List S) $)) (SIGNATURE height ((NonNegativeInteger) $)) (SIGNATURE kernel ($ (BasicOperator) (List S) (NonNegativeInteger))) (SIGNATURE kernel ($ (Symbol))) (SIGNATURE symbolIfCan ((Union (Symbol) failed) $)) (SIGNATURE is? ((Boolean) $ (BasicOperator))) (SIGNATURE is? ((Boolean) $ (Symbol))) (IF (has S (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch))) NIL) debug: evaluateType form: (Join (CachableSet) (OrderedSet) (Patternable S) (CATEGORY domain (SIGNATURE operator ((BasicOperator) $)) (SIGNATURE argument ((List S) $)) (SIGNATURE height ((NonNegativeInteger) $)) (SIGNATURE kernel ($ (BasicOperator) (List S) (NonNegativeInteger))) (SIGNATURE kernel ($ (Symbol))) (SIGNATURE symbolIfCan ((Union (Symbol) failed) $)) (SIGNATURE is? ((Boolean) $ (BasicOperator))) (SIGNATURE is? ((Boolean) $ (Symbol))) (IF (has S (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch))) $param: (S) debug: evaluateType form: (CachableSet) $param: (S) Debug: evaluateType1 form: (CachableSet) debug: evaluateType form: (OrderedSet) $param: (S) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (Patternable S) $param: (S) Debug: evaluateType1 form: (Patternable S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE operator ((BasicOperator) $)) (SIGNATURE argument ((List S) $)) (SIGNATURE height ((NonNegativeInteger) $)) (SIGNATURE kernel ($ (BasicOperator) (List S) (NonNegativeInteger))) (SIGNATURE kernel ($ (Symbol))) (SIGNATURE symbolIfCan ((Union (Symbol) failed) $)) (SIGNATURE is? ((Boolean) $ (BasicOperator))) (SIGNATURE is? ((Boolean) $ (Symbol))) (IF (has S (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch)) $param: (S) debug: evaluateType form: (BasicOperator) $param: (S) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (S) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (BasicOperator) $param: (S) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (S) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Union (Symbol) failed) $param: (S) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: failed $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (BasicOperator) $param: (S) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: compDefine1 signature (post evaluate): ((Join (CachableSet) (OrderedSet) (Patternable S) (CATEGORY domain (SIGNATURE operator ((BasicOperator) $)) (SIGNATURE argument ((List S) $)) (SIGNATURE height ((NonNegativeInteger) $)) (SIGNATURE kernel ($ (BasicOperator) (List S) (NonNegativeInteger))) (SIGNATURE kernel ($ (Symbol))) (SIGNATURE symbolIfCan ((Union (Symbol) failed) $)) (SIGNATURE is? ((Boolean) $ (BasicOperator))) (SIGNATURE is? ((Boolean) $ (Symbol))) (IF (has S (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch))) NIL) ------------------------------------------------------------------------ initializing stationary directory for Kernel compiling into /tmp/oa-Fld1LU importing SortedCache $ compiling exported is? : (%,Symbol) -> Boolean Time: 0.02 SEC. compiling exported is? : (%,BasicOperator) -> Boolean Time: 0.00 SEC. compiling exported height : % -> NonNegativeInteger KERNEL;height;$Nni;3 k is replaced by %vref(k,2) Time: 0.03 SEC. compiling exported operator : % -> BasicOperator KERNEL;operator;$Bo;4 k is replaced by %vref(k,0) Time: 0 SEC. compiling exported argument : % -> List S KERNEL;argument;$L;5 k is replaced by %vref(k,1) Time: 0.01 SEC. compiling exported position : % -> NonNegativeInteger KERNEL;position;$Nni;6 k is replaced by %vref(k,3) Time: 0.00 SEC. compiling exported setPosition : (%,NonNegativeInteger) -> Void Time: 0.00 SEC. compiling local B2Z : Boolean -> Integer KERNEL;B2Z flag is replaced by %when(flag -1,%otherwise 1) Time: 0.00 SEC. compiling exported kernel : Symbol -> % Debug compQuote expr: (QUOTE %symbol) m: (Identifier) Time: 0.02 SEC. compiling local preds : BasicOperator -> List Any Debug compQuote expr: (QUOTE %pmpredicate) m: $EmptyMode Debug compQuote expr: (QUOTE %pmpredicate) m: (Identifier) Time: 0.01 SEC. compiling exported symbolIfCan : % -> Union(Symbol,failed) Debug compQuote expr: (QUOTE %symbol) m: $EmptyMode Debug compQuote expr: (QUOTE %symbol) m: (Identifier) Time: 0.00 SEC. compiling exported = : (%,%) -> Boolean Time: 0.02 SEC. compiling exported < : (%,%) -> Boolean Time: 0.02 SEC. compiling exported kernel : (BasicOperator,List S,NonNegativeInteger) -> % Time: 0.05 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE %specialDisp) m: $EmptyMode Debug compQuote expr: (QUOTE %specialDisp) m: (Identifier) Time: 0.07 SEC. compiling local triage : (%,%) -> Integer Debug compQuote expr: (QUOTE %specialEqual) m: (Identifier) Time: 0.03 SEC. compiling exported convert : % -> InputForm Debug compQuote expr: (QUOTE %specialInput) m: $EmptyMode Debug compQuote expr: (QUOTE %specialInput) m: (Identifier) Time: 0.18 SEC. compiling exported convert : % -> Pattern Integer Debug compQuote expr: (QUOTE %pmconstant) m: $EmptyMode Debug compQuote expr: (QUOTE %pmconstant) m: (Identifier) Debug compQuote expr: (QUOTE %pmoptional) m: $EmptyMode Debug compQuote expr: (QUOTE %pmoptional) m: (Identifier) Debug compQuote expr: (QUOTE %pmmultiple) m: $EmptyMode Debug compQuote expr: (QUOTE %pmmultiple) m: (Identifier) Time: 0.03 SEC. compiling exported convert : % -> Pattern Float Debug compQuote expr: (QUOTE %pmconstant) m: $EmptyMode Debug compQuote expr: (QUOTE %pmconstant) m: (Identifier) Debug compQuote expr: (QUOTE %pmoptional) m: $EmptyMode Debug compQuote expr: (QUOTE %pmoptional) m: (Identifier) Debug compQuote expr: (QUOTE %pmmultiple) m: $EmptyMode Debug compQuote expr: (QUOTE %pmmultiple) m: (Identifier) Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] Type BasicOperator is not in scope. Import it [2] Type List S is not in scope. Import it [3] Type NonNegativeInteger is not in scope. Import it [4] symbolIfCan: has? has no value [5] coerce: property has no value [6] triage: # has no value [7] convert: property has no value [8] convert: empty? has no value Cumulative Statistics for Constructor Kernel Time: 0.56 seconds finalizing NRLIB KERNEL Processing Kernel for Browser database: -- operator : % -> OP -- argument : % -> List S -- height : % -> N -- kernel : (OP,List S,N) -> % -- kernel : Symbol -> % -- symbolIfCan : % -> Union(Symbol,"failed") -- is? : (%,OP) -> Boolean -- is? : (%,Symbol) -> Boolean -- constructor ; compiling file "/tmp/oa-Fld1LU/code.lsp" (written 01 FEB 2016 10:58:16 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |KERNEL;height;$Nni;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |KERNEL;operator;$Bo;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |KERNEL;argument;$L;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |KERNEL;position;$Nni;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |KERNEL;B2Z|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |KERNEL;is?;$SB;1|) ...) ; compiling (DEFUN |KERNEL;is?;$SB;1| ...) ; compiling (DEFUN |KERNEL;is?;$BoB;2| ...) ; file: /tmp/oa-Fld1LU/code.lsp ; in: DEFUN |KERNEL;is?;$BoB;2| ; (DEFUN BOOT::|KERNEL;is?;$BoB;2| (BOOT::|k| BOOT::|o| BOOT::$) ; (BOOT::SPADCALL (SVREF BOOT::|k| 0) BOOT::|o| ; (BOOT::|shellEntry| BOOT::$ 14))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|KERNEL;is?;$BoB;2| ; (BOOT::|k| BOOT::|o| BOOT::$) ; (BLOCK BOOT::|KERNEL;is?;$BoB;2| ; (BOOT::SPADCALL (SVREF BOOT::|k| 0) BOOT::|o| ; (BOOT::|shellEntry| BOOT::$ 14)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |KERNEL;height;$Nni;3| ...) ; compiling (DEFUN |KERNEL;operator;$Bo;4| ...) ; compiling (DEFUN |KERNEL;argument;$L;5| ...) ; compiling (DEFUN |KERNEL;position;$Nni;6| ...) ; compiling (DEFUN |KERNEL;setPosition;$NniV;7| ...) ; file: /tmp/oa-Fld1LU/code.lsp ; in: DEFUN |KERNEL;setPosition;$NniV;7| ; (DEFUN BOOT::|KERNEL;setPosition;$NniV;7| (BOOT::|k| BOOT::|n| BOOT::$) ; (SETF (SVREF BOOT::|k| 3) BOOT::|n|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|KERNEL;setPosition;$NniV;7| ; (BOOT::|k| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|KERNEL;setPosition;$NniV;7| ; (SETF (SVREF BOOT::|k| 3) BOOT::|n|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |KERNEL;B2Z| ...) ; compiling (DEFUN |KERNEL;kernel;S$;9| ...) ; compiling (DEFUN |KERNEL;preds| ...) ; compiling (DEFUN |KERNEL;symbolIfCan;$U;11| ...) ; compiling (DEFUN |KERNEL;=;2$B;12| ...) ; compiling (DEFUN |KERNEL;<;2$B;13| ...) ; compiling (DEFUN |KERNEL;kernel;BoLNni$;14| ...) ; file: /tmp/oa-Fld1LU/code.lsp ; in: DEFUN |KERNEL;kernel;BoLNni$;14| ; (DEFUN BOOT::|KERNEL;kernel;BoLNni$;14| ; (BOOT::|fn| BOOT::|x| BOOT::|n| BOOT::$) ; (COND ; ((AND (BOOT::SPADCALL # # #) (BOOT::SPADCALL # # #)) ; (BOOT::|error| "Wrong number of arguments")) ; (T ; (BOOT::SPADCALL (VECTOR BOOT::|fn| BOOT::|x| BOOT::|n| 0) ; (CONS #'BOOT::|KERNEL;triage| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 50))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|KERNEL;kernel;BoLNni$;14| ; (BOOT::|fn| BOOT::|x| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|KERNEL;kernel;BoLNni$;14| ; (COND ((AND # #) (BOOT::|error| "Wrong number of arguments")) ; (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |KERNEL;coerce;$Of;15| ...) ; compiling (DEFUN |KERNEL;triage| ...) ; compiling (DEFUN |KERNEL;convert;$If;17| ...) ; compiling (DEFUN |KERNEL;convert;$P;18| ...) ; compiling (DEFUN |KERNEL;convert;$P;19| ...) ; compiling (DEFUN |Kernel| ...) ; compiling (DEFUN |Kernel;| ...) ; compiling (MAKEPROP (QUOTE |Kernel|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 2 notes ; /tmp/oa-Fld1LU/code.fasl written ; compilation finished in 0:00:00.106 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/COMMONOP.fasl --optimize=3 COMMONOP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/COMMONOP.spad using Spad compiler. COMMONOP abbreviates package CommonOperators debug: compDefine1 lhs: (CommonOperators) signature (pre-evaluate): ((CATEGORY package (SIGNATURE operator ((BasicOperator) (Symbol))))) debug: evaluateType form: (CATEGORY package (SIGNATURE operator ((BasicOperator) (Symbol)))) $param: NIL debug: evaluateType form: (BasicOperator) $param: NIL Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE operator ((BasicOperator) (Symbol))))) ------------------------------------------------------------------------ initializing stationary directory for CommonOperators compiling into /tmp/oa-DTKxlG Debug compQuote expr: (QUOTE rootOf) m: $EmptyMode Debug compQuote expr: (QUOTE rootOf) m: (Symbol) Debug compQuote expr: (QUOTE rootOf) m: (Symbol) Debug compQuote expr: (QUOTE nthRoot) m: $EmptyMode Debug compQuote expr: (QUOTE nthRoot) m: (Symbol) Debug compQuote expr: (QUOTE nthRoot) m: (Symbol) Debug compQuote expr: (QUOTE pi) m: $EmptyMode Debug compQuote expr: (QUOTE pi) m: (Symbol) Debug compQuote expr: (QUOTE pi) m: (Symbol) Debug compQuote expr: (QUOTE log) m: $EmptyMode Debug compQuote expr: (QUOTE log) m: (Symbol) Debug compQuote expr: (QUOTE log) m: (Symbol) Debug compQuote expr: (QUOTE exp) m: $EmptyMode Debug compQuote expr: (QUOTE exp) m: (Symbol) Debug compQuote expr: (QUOTE exp) m: (Symbol) Debug compQuote expr: (QUOTE abs) m: $EmptyMode Debug compQuote expr: (QUOTE abs) m: (Symbol) Debug compQuote expr: (QUOTE abs) m: (Symbol) Debug compQuote expr: (QUOTE sin) m: $EmptyMode Debug compQuote expr: (QUOTE sin) m: (Symbol) Debug compQuote expr: (QUOTE sin) m: (Symbol) Debug compQuote expr: (QUOTE cos) m: $EmptyMode Debug compQuote expr: (QUOTE cos) m: (Symbol) Debug compQuote expr: (QUOTE cos) m: (Symbol) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (Symbol) Debug compQuote expr: (QUOTE tan) m: (Symbol) Debug compQuote expr: (QUOTE cot) m: $EmptyMode Debug compQuote expr: (QUOTE cot) m: (Symbol) Debug compQuote expr: (QUOTE cot) m: (Symbol) Debug compQuote expr: (QUOTE sec) m: $EmptyMode Debug compQuote expr: (QUOTE sec) m: (Symbol) Debug compQuote expr: (QUOTE sec) m: (Symbol) Debug compQuote expr: (QUOTE csc) m: $EmptyMode Debug compQuote expr: (QUOTE csc) m: (Symbol) Debug compQuote expr: (QUOTE csc) m: (Symbol) Debug compQuote expr: (QUOTE asin) m: $EmptyMode Debug compQuote expr: (QUOTE asin) m: (Symbol) Debug compQuote expr: (QUOTE asin) m: (Symbol) Debug compQuote expr: (QUOTE acos) m: $EmptyMode Debug compQuote expr: (QUOTE acos) m: (Symbol) Debug compQuote expr: (QUOTE acos) m: (Symbol) Debug compQuote expr: (QUOTE atan) m: $EmptyMode Debug compQuote expr: (QUOTE atan) m: (Symbol) Debug compQuote expr: (QUOTE atan) m: (Symbol) Debug compQuote expr: (QUOTE acot) m: $EmptyMode Debug compQuote expr: (QUOTE acot) m: (Symbol) Debug compQuote expr: (QUOTE acot) m: (Symbol) Debug compQuote expr: (QUOTE asec) m: $EmptyMode Debug compQuote expr: (QUOTE asec) m: (Symbol) Debug compQuote expr: (QUOTE asec) m: (Symbol) Debug compQuote expr: (QUOTE acsc) m: $EmptyMode Debug compQuote expr: (QUOTE acsc) m: (Symbol) Debug compQuote expr: (QUOTE acsc) m: (Symbol) Debug compQuote expr: (QUOTE sinh) m: $EmptyMode Debug compQuote expr: (QUOTE sinh) m: (Symbol) Debug compQuote expr: (QUOTE sinh) m: (Symbol) Debug compQuote expr: (QUOTE cosh) m: $EmptyMode Debug compQuote expr: (QUOTE cosh) m: (Symbol) Debug compQuote expr: (QUOTE cosh) m: (Symbol) Debug compQuote expr: (QUOTE tanh) m: $EmptyMode Debug compQuote expr: (QUOTE tanh) m: (Symbol) Debug compQuote expr: (QUOTE tanh) m: (Symbol) Debug compQuote expr: (QUOTE coth) m: $EmptyMode Debug compQuote expr: (QUOTE coth) m: (Symbol) Debug compQuote expr: (QUOTE coth) m: (Symbol) Debug compQuote expr: (QUOTE sech) m: $EmptyMode Debug compQuote expr: (QUOTE sech) m: (Symbol) Debug compQuote expr: (QUOTE sech) m: (Symbol) Debug compQuote expr: (QUOTE csch) m: $EmptyMode Debug compQuote expr: (QUOTE csch) m: (Symbol) Debug compQuote expr: (QUOTE csch) m: (Symbol) Debug compQuote expr: (QUOTE asinh) m: $EmptyMode Debug compQuote expr: (QUOTE asinh) m: (Symbol) Debug compQuote expr: (QUOTE asinh) m: (Symbol) Debug compQuote expr: (QUOTE acosh) m: $EmptyMode Debug compQuote expr: (QUOTE acosh) m: (Symbol) Debug compQuote expr: (QUOTE acosh) m: (Symbol) Debug compQuote expr: (QUOTE atanh) m: $EmptyMode Debug compQuote expr: (QUOTE atanh) m: (Symbol) Debug compQuote expr: (QUOTE atanh) m: (Symbol) Debug compQuote expr: (QUOTE acoth) m: $EmptyMode Debug compQuote expr: (QUOTE acoth) m: (Symbol) Debug compQuote expr: (QUOTE acoth) m: (Symbol) Debug compQuote expr: (QUOTE asech) m: $EmptyMode Debug compQuote expr: (QUOTE asech) m: (Symbol) Debug compQuote expr: (QUOTE asech) m: (Symbol) Debug compQuote expr: (QUOTE acsch) m: $EmptyMode Debug compQuote expr: (QUOTE acsch) m: (Symbol) Debug compQuote expr: (QUOTE acsch) m: (Symbol) Debug compQuote expr: (QUOTE %box) m: $EmptyMode Debug compQuote expr: (QUOTE %box) m: (Symbol) Debug compQuote expr: (QUOTE %paren) m: $EmptyMode Debug compQuote expr: (QUOTE %paren) m: (Symbol) Debug compQuote expr: (QUOTE applyQuote) m: $EmptyMode Debug compQuote expr: (QUOTE applyQuote) m: (Symbol) Debug compQuote expr: (QUOTE %diff) m: $EmptyMode Debug compQuote expr: (QUOTE %diff) m: (Symbol) Debug compQuote expr: (QUOTE %diff) m: (Symbol) Debug compQuote expr: (QUOTE Si) m: $EmptyMode Debug compQuote expr: (QUOTE Si) m: (Symbol) Debug compQuote expr: (QUOTE Si) m: (Symbol) Debug compQuote expr: (QUOTE Ci) m: $EmptyMode Debug compQuote expr: (QUOTE Ci) m: (Symbol) Debug compQuote expr: (QUOTE Ci) m: (Symbol) Debug compQuote expr: (QUOTE Ei) m: $EmptyMode Debug compQuote expr: (QUOTE Ei) m: (Symbol) Debug compQuote expr: (QUOTE Ei) m: (Symbol) Debug compQuote expr: (QUOTE li) m: $EmptyMode Debug compQuote expr: (QUOTE li) m: (Symbol) Debug compQuote expr: (QUOTE li) m: (Symbol) Debug compQuote expr: (QUOTE erf) m: $EmptyMode Debug compQuote expr: (QUOTE erf) m: (Symbol) Debug compQuote expr: (QUOTE erf) m: (Symbol) Debug compQuote expr: (QUOTE dilog) m: $EmptyMode Debug compQuote expr: (QUOTE dilog) m: (Symbol) Debug compQuote expr: (QUOTE dilog) m: (Symbol) Debug compQuote expr: (QUOTE Gamma) m: $EmptyMode Debug compQuote expr: (QUOTE Gamma) m: (Symbol) Debug compQuote expr: (QUOTE Gamma) m: (Symbol) Debug compQuote expr: (QUOTE Gamma2) m: $EmptyMode Debug compQuote expr: (QUOTE Gamma2) m: (Symbol) Debug compQuote expr: (QUOTE Gamma2) m: (Symbol) Debug compQuote expr: (QUOTE Beta) m: $EmptyMode Debug compQuote expr: (QUOTE Beta) m: (Symbol) Debug compQuote expr: (QUOTE Beta) m: (Symbol) Debug compQuote expr: (QUOTE digamma) m: $EmptyMode Debug compQuote expr: (QUOTE digamma) m: (Symbol) Debug compQuote expr: (QUOTE digamma) m: (Symbol) Debug compQuote expr: (QUOTE polygamma) m: $EmptyMode Debug compQuote expr: (QUOTE polygamma) m: (Symbol) Debug compQuote expr: (QUOTE polygamma) m: (Symbol) Debug compQuote expr: (QUOTE besselJ) m: $EmptyMode Debug compQuote expr: (QUOTE besselJ) m: (Symbol) Debug compQuote expr: (QUOTE besselJ) m: (Symbol) Debug compQuote expr: (QUOTE besselY) m: $EmptyMode Debug compQuote expr: (QUOTE besselY) m: (Symbol) Debug compQuote expr: (QUOTE besselY) m: (Symbol) Debug compQuote expr: (QUOTE besselI) m: $EmptyMode Debug compQuote expr: (QUOTE besselI) m: (Symbol) Debug compQuote expr: (QUOTE besselI) m: (Symbol) Debug compQuote expr: (QUOTE besselK) m: $EmptyMode Debug compQuote expr: (QUOTE besselK) m: (Symbol) Debug compQuote expr: (QUOTE besselK) m: (Symbol) Debug compQuote expr: (QUOTE airyAi) m: $EmptyMode Debug compQuote expr: (QUOTE airyAi) m: (Symbol) Debug compQuote expr: (QUOTE airyAi) m: (Symbol) Debug compQuote expr: (QUOTE airyBi) m: $EmptyMode Debug compQuote expr: (QUOTE airyBi) m: (Symbol) Debug compQuote expr: (QUOTE airyBi) m: (Symbol) Debug compQuote expr: (QUOTE integral) m: $EmptyMode Debug compQuote expr: (QUOTE integral) m: (Symbol) Debug compQuote expr: (QUOTE integral) m: (Symbol) Debug compQuote expr: (QUOTE %defint) m: $EmptyMode Debug compQuote expr: (QUOTE %defint) m: (Symbol) Debug compQuote expr: (QUOTE %defint) m: (Symbol) Debug compQuote expr: (QUOTE factorial) m: $EmptyMode Debug compQuote expr: (QUOTE factorial) m: (Symbol) Debug compQuote expr: (QUOTE factorial) m: (Symbol) Debug compQuote expr: (QUOTE permutation) m: $EmptyMode Debug compQuote expr: (QUOTE permutation) m: (Symbol) Debug compQuote expr: (QUOTE permutation) m: (Symbol) Debug compQuote expr: (QUOTE binomial) m: $EmptyMode Debug compQuote expr: (QUOTE binomial) m: (Symbol) Debug compQuote expr: (QUOTE binomial) m: (Symbol) Debug compQuote expr: (QUOTE %power) m: $EmptyMode Debug compQuote expr: (QUOTE %power) m: (Symbol) Debug compQuote expr: (QUOTE %power) m: (Symbol) Debug compQuote expr: (QUOTE summation) m: $EmptyMode Debug compQuote expr: (QUOTE summation) m: (Symbol) Debug compQuote expr: (QUOTE summation) m: (Symbol) Debug compQuote expr: (QUOTE %defsum) m: $EmptyMode Debug compQuote expr: (QUOTE %defsum) m: (Symbol) Debug compQuote expr: (QUOTE %defsum) m: (Symbol) Debug compQuote expr: (QUOTE product) m: $EmptyMode Debug compQuote expr: (QUOTE product) m: (Symbol) Debug compQuote expr: (QUOTE product) m: (Symbol) Debug compQuote expr: (QUOTE %defprod) m: $EmptyMode Debug compQuote expr: (QUOTE %defprod) m: (Symbol) Debug compQuote expr: (QUOTE %defprod) m: (Symbol) compiling exported operator : Symbol -> BasicOperator Time: 0.16 SEC. compiling local dpi : List OutputForm -> OutputForm Debug compQuote expr: (QUOTE %pi) m: (OutputForm) COMMONOP;dpi l is replaced by %pi Time: 0.02 SEC. compiling local dfact : OutputForm -> OutputForm Time: 0.02 SEC. compiling local dquote : List OutputForm -> OutputForm Time: 0.02 SEC. compiling local dgamma : List OutputForm -> OutputForm Time: 0.02 SEC. compiling local setDummyVar : (BasicOperator,NonNegativeInteger) -> BasicOperator Time: 0.01 SEC. compiling local dexp : OutputForm -> OutputForm Debug compQuote expr: (QUOTE %e) m: (OutputForm) Time: 0.01 SEC. compiling local startUp : Boolean -> Void Debug compQuote expr: (QUOTE A) m: (OutputForm) Debug compQuote expr: (QUOTE A) m: (OutputForm) Debug compQuote expr: (QUOTE A) m: (OutputForm) Debug compQuote expr: (QUOTE A) m: (OutputForm) Debug compQuote expr: (QUOTE A) m: (OutputForm) Debug compQuote expr: (QUOTE A) m: (OutputForm) Debug compQuote expr: (QUOTE A) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE %alg) m: $EmptyMode Debug compQuote expr: (QUOTE %alg) m: (Identifier) Debug compQuote expr: (QUOTE rtrig) m: $EmptyMode Debug compQuote expr: (QUOTE rtrig) m: (Identifier) Debug compQuote expr: (QUOTE htrig) m: $EmptyMode Debug compQuote expr: (QUOTE htrig) m: (Identifier) Debug compQuote expr: (QUOTE trig) m: $EmptyMode Debug compQuote expr: (QUOTE trig) m: (Identifier) Debug compQuote expr: (QUOTE elem) m: $EmptyMode Debug compQuote expr: (QUOTE elem) m: (Identifier) Debug compQuote expr: (QUOTE prim) m: $EmptyMode Debug compQuote expr: (QUOTE prim) m: (Identifier) Debug compQuote expr: (QUOTE comb) m: $EmptyMode Debug compQuote expr: (QUOTE comb) m: (Identifier) Debug compQuote expr: (QUOTE special) m: $EmptyMode Debug compQuote expr: (QUOTE special) m: (Identifier) Debug compQuote expr: (QUOTE any) m: $EmptyMode Debug compQuote expr: (QUOTE any) m: (Identifier) Debug compQuote expr: (QUOTE even) m: $EmptyMode Debug compQuote expr: (QUOTE even) m: (Identifier) Debug compQuote expr: (QUOTE odd) m: $EmptyMode Debug compQuote expr: (QUOTE odd) m: (Identifier) Debug compQuote expr: (QUOTE linear) m: $EmptyMode Debug compQuote expr: (QUOTE linear) m: (Identifier) Time: 0.24 SEC. (time taken in buildFunctor: 4) Time: 0.02 SEC. Warnings: [1] true has no value [2] startUp: paren has no value Cumulative Statistics for Constructor CommonOperators Time: 0.52 seconds finalizing NRLIB COMMONOP Processing CommonOperators for Browser database: -- operator : Symbol -> OP -- constructor ; compiling file "/tmp/oa-DTKxlG/code.lsp" (written 01 FEB 2016 10:58:17 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMMONOP;dpi|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |COMMONOP;operator;SBo;1| ...) ; compiling (DEFUN |COMMONOP;dpi| ...) ; file: /tmp/oa-DTKxlG/code.lsp ; in: DEFUN |COMMONOP;dpi| ; (DEFUN BOOT::|COMMONOP;dpi| (BOOT::|l| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; 'BOOT::|%pi|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COMMONOP;dpi| ; (BOOT::|l| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|COMMONOP;dpi| 'BOOT::|%pi|)) ; ; caught STYLE-WARNING: ; The variable |l| is defined but never used. ; compiling (DEFUN |COMMONOP;dfact| ...) ; compiling (DEFUN |COMMONOP;dquote| ...) ; compiling (DEFUN |COMMONOP;dgamma| ...) ; compiling (DEFUN |COMMONOP;setDummyVar| ...) ; compiling (DEFUN |COMMONOP;dexp| ...) ; compiling (DEFUN |COMMONOP;startUp| ...) ; compiling (DEFUN |COMMONOP;startUp!8| ...) ; compiling (DEFUN |COMMONOP;startUp!7| ...) ; compiling (DEFUN |COMMONOP;startUp!6| ...) ; compiling (DEFUN |COMMONOP;startUp!5| ...) ; compiling (DEFUN |COMMONOP;startUp!4| ...) ; compiling (DEFUN |COMMONOP;startUp!3| ...) ; compiling (DEFUN |COMMONOP;startUp!2| ...) ; compiling (DEFUN |COMMONOP;startUp!1| ...) ; compiling (DEFUN |COMMONOP;startUp!0| ...) ; compiling (DEFUN |CommonOperators| ...) ; compiling (DEFUN |CommonOperators;| ...) ; compiling (MAKEPROP (QUOTE |CommonOperators|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; /tmp/oa-DTKxlG/code.fasl written ; compilation finished in 0:00:00.211 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/BOP.fasl --optimize=3 BOP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/BOP.spad using Spad compiler. BOP abbreviates domain BasicOperator debug: compDefine1 lhs: (BasicOperator) signature (pre-evaluate): ((Join (OrderedSet) (OperatorCategory (Symbol)) (CATEGORY domain (SIGNATURE properties ((AssociationList (String) (None)) $)) (SIGNATURE copy ($ $)) (SIGNATURE operator ($ (Symbol))) (SIGNATURE operator ($ (Symbol) (NonNegativeInteger))) (SIGNATURE operator ($ (Symbol) (Arity))) (SIGNATURE nullary? ((Boolean) $)) (SIGNATURE unary? ((Boolean) $)) (SIGNATURE nary? ((Boolean) $)) (SIGNATURE weight ((NonNegativeInteger) $)) (SIGNATURE weight ($ $ (NonNegativeInteger))) (SIGNATURE equality ($ $ (Mapping (Boolean) $ $))) (SIGNATURE comparison ($ $ (Mapping (Boolean) $ $))) (SIGNATURE display ((Maybe (Mapping (OutputForm) (List (OutputForm)))) $)) (SIGNATURE display ($ $ (Mapping (OutputForm) (List (OutputForm))))) (SIGNATURE display ($ $ (Mapping (OutputForm) (OutputForm)))) (SIGNATURE input ($ $ (Mapping (InputForm) (List (InputForm))))) (SIGNATURE input ((Maybe (Mapping (InputForm) (List (InputForm)))) $)) (SIGNATURE has? ((Boolean) $ (Identifier))) (SIGNATURE assert ($ $ (Identifier))) (SIGNATURE deleteProperty! ($ $ (String))) (SIGNATURE deleteProperty! ($ $ (Identifier))) (SIGNATURE property ((Union (None) failed) $ (String))) (SIGNATURE property ((Maybe (None)) $ (Identifier))) (SIGNATURE setProperty ($ $ (String) (None))) (SIGNATURE setProperty ($ $ (Identifier) (None))) (SIGNATURE setProperties ($ $ (AssociationList (String) (None))))))) debug: evaluateType form: (Join (OrderedSet) (OperatorCategory (Symbol)) (CATEGORY domain (SIGNATURE properties ((AssociationList (String) (None)) $)) (SIGNATURE copy ($ $)) (SIGNATURE operator ($ (Symbol))) (SIGNATURE operator ($ (Symbol) (NonNegativeInteger))) (SIGNATURE operator ($ (Symbol) (Arity))) (SIGNATURE nullary? ((Boolean) $)) (SIGNATURE unary? ((Boolean) $)) (SIGNATURE nary? ((Boolean) $)) (SIGNATURE weight ((NonNegativeInteger) $)) (SIGNATURE weight ($ $ (NonNegativeInteger))) (SIGNATURE equality ($ $ (Mapping (Boolean) $ $))) (SIGNATURE comparison ($ $ (Mapping (Boolean) $ $))) (SIGNATURE display ((Maybe (Mapping (OutputForm) (List (OutputForm)))) $)) (SIGNATURE display ($ $ (Mapping (OutputForm) (List (OutputForm))))) (SIGNATURE display ($ $ (Mapping (OutputForm) (OutputForm)))) (SIGNATURE input ($ $ (Mapping (InputForm) (List (InputForm))))) (SIGNATURE input ((Maybe (Mapping (InputForm) (List (InputForm)))) $)) (SIGNATURE has? ((Boolean) $ (Identifier))) (SIGNATURE assert ($ $ (Identifier))) (SIGNATURE deleteProperty! ($ $ (String))) (SIGNATURE deleteProperty! ($ $ (Identifier))) (SIGNATURE property ((Union (None) failed) $ (String))) (SIGNATURE property ((Maybe (None)) $ (Identifier))) (SIGNATURE setProperty ($ $ (String) (None))) (SIGNATURE setProperty ($ $ (Identifier) (None))) (SIGNATURE setProperties ($ $ (AssociationList (String) (None)))))) $param: NIL debug: evaluateType form: (OrderedSet) $param: NIL Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OperatorCategory (Symbol)) $param: NIL Debug: evaluateType1 form: (OperatorCategory (Symbol)) debug: evaluateType1 x: (Symbol) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE properties ((AssociationList (String) (None)) $)) (SIGNATURE copy ($ $)) (SIGNATURE operator ($ (Symbol))) (SIGNATURE operator ($ (Symbol) (NonNegativeInteger))) (SIGNATURE operator ($ (Symbol) (Arity))) (SIGNATURE nullary? ((Boolean) $)) (SIGNATURE unary? ((Boolean) $)) (SIGNATURE nary? ((Boolean) $)) (SIGNATURE weight ((NonNegativeInteger) $)) (SIGNATURE weight ($ $ (NonNegativeInteger))) (SIGNATURE equality ($ $ (Mapping (Boolean) $ $))) (SIGNATURE comparison ($ $ (Mapping (Boolean) $ $))) (SIGNATURE display ((Maybe (Mapping (OutputForm) (List (OutputForm)))) $)) (SIGNATURE display ($ $ (Mapping (OutputForm) (List (OutputForm))))) (SIGNATURE display ($ $ (Mapping (OutputForm) (OutputForm)))) (SIGNATURE input ($ $ (Mapping (InputForm) (List (InputForm))))) (SIGNATURE input ((Maybe (Mapping (InputForm) (List (InputForm)))) $)) (SIGNATURE has? ((Boolean) $ (Identifier))) (SIGNATURE assert ($ $ (Identifier))) (SIGNATURE deleteProperty! ($ $ (String))) (SIGNATURE deleteProperty! ($ $ (Identifier))) (SIGNATURE property ((Union (None) failed) $ (String))) (SIGNATURE property ((Maybe (None)) $ (Identifier))) (SIGNATURE setProperty ($ $ (String) (None))) (SIGNATURE setProperty ($ $ (Identifier) (None))) (SIGNATURE setProperties ($ $ (AssociationList (String) (None))))) $param: NIL debug: evaluateType form: (AssociationList (String) (None)) $param: NIL Debug: evaluateType1 form: (AssociationList (String) (None)) debug: evaluateType1 x: (String) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evalCategory d: (String) c: (SetCategory) debug: evaluateType1 x: (None) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (None) $param: NIL Debug: evaluateType1 form: (None) debug: evalCategory d: (None) c: (SetCategory) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Arity) $param: NIL Debug: evaluateType1 form: (Arity) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Mapping (Boolean) $ $) $param: NIL debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: $ $param: NIL debug: evaluateType form: $ $param: NIL debug: evaluateType form: (Mapping (Boolean) $ $) $param: NIL debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: $ $param: NIL debug: evaluateType form: $ $param: NIL debug: evaluateType form: (Maybe (Mapping (OutputForm) (List (OutputForm)))) $param: NIL Debug: evaluateType1 form: (Maybe (Mapping (OutputForm) (List (OutputForm)))) debug: evaluateType1 x: (Mapping (OutputForm) (List (OutputForm))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Mapping (OutputForm) (List (OutputForm))) $param: NIL debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evaluateType form: (List (OutputForm)) $param: NIL Debug: evaluateType1 form: (List (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evalCategory d: (Mapping (OutputForm) (List (OutputForm))) c: (Type) debug: evaluateType form: (Mapping (OutputForm) (List (OutputForm))) $param: NIL debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evaluateType form: (List (OutputForm)) $param: NIL Debug: evaluateType1 form: (List (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (Mapping (OutputForm) (OutputForm)) $param: NIL debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evaluateType form: (Mapping (InputForm) (List (InputForm))) $param: NIL debug: evaluateType form: (InputForm) $param: NIL Debug: evaluateType1 form: (InputForm) debug: evaluateType form: (List (InputForm)) $param: NIL Debug: evaluateType1 form: (List (InputForm)) debug: evaluateType1 x: (InputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (InputForm) $param: NIL Debug: evaluateType1 form: (InputForm) debug: evalCategory d: (InputForm) c: (Type) debug: evaluateType form: (Maybe (Mapping (InputForm) (List (InputForm)))) $param: NIL Debug: evaluateType1 form: (Maybe (Mapping (InputForm) (List (InputForm)))) debug: evaluateType1 x: (Mapping (InputForm) (List (InputForm))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Mapping (InputForm) (List (InputForm))) $param: NIL debug: evaluateType form: (InputForm) $param: NIL Debug: evaluateType1 form: (InputForm) debug: evaluateType form: (List (InputForm)) $param: NIL Debug: evaluateType1 form: (List (InputForm)) debug: evaluateType1 x: (InputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (InputForm) $param: NIL Debug: evaluateType1 form: (InputForm) debug: evalCategory d: (InputForm) c: (Type) debug: evalCategory d: (Mapping (InputForm) (List (InputForm))) c: (Type) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: (Union (None) failed) $param: NIL debug: evaluateType form: (None) $param: NIL Debug: evaluateType1 form: (None) debug: evaluateType form: failed $param: NIL debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Maybe (None)) $param: NIL Debug: evaluateType1 form: (Maybe (None)) debug: evaluateType1 x: (None) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (None) $param: NIL Debug: evaluateType1 form: (None) debug: evalCategory d: (None) c: (Type) debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (None) $param: NIL Debug: evaluateType1 form: (None) debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: (None) $param: NIL Debug: evaluateType1 form: (None) debug: evaluateType form: (AssociationList (String) (None)) $param: NIL Debug: evaluateType1 form: (AssociationList (String) (None)) debug: evaluateType1 x: (String) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evalCategory d: (String) c: (SetCategory) debug: evaluateType1 x: (None) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (None) $param: NIL Debug: evaluateType1 form: (None) debug: evalCategory d: (None) c: (SetCategory) debug: compDefine1 signature (post evaluate): ((Join (OrderedSet) (OperatorCategory (Symbol)) (CATEGORY domain (SIGNATURE properties ((AssociationList (String) (None)) $)) (SIGNATURE copy ($ $)) (SIGNATURE operator ($ (Symbol))) (SIGNATURE operator ($ (Symbol) (NonNegativeInteger))) (SIGNATURE operator ($ (Symbol) (Arity))) (SIGNATURE nullary? ((Boolean) $)) (SIGNATURE unary? ((Boolean) $)) (SIGNATURE nary? ((Boolean) $)) (SIGNATURE weight ((NonNegativeInteger) $)) (SIGNATURE weight ($ $ (NonNegativeInteger))) (SIGNATURE equality ($ $ (Mapping (Boolean) $ $))) (SIGNATURE comparison ($ $ (Mapping (Boolean) $ $))) (SIGNATURE display ((Maybe (Mapping (OutputForm) (List (OutputForm)))) $)) (SIGNATURE display ($ $ (Mapping (OutputForm) (List (OutputForm))))) (SIGNATURE display ($ $ (Mapping (OutputForm) (OutputForm)))) (SIGNATURE input ($ $ (Mapping (InputForm) (List (InputForm))))) (SIGNATURE input ((Maybe (Mapping (InputForm) (List (InputForm)))) $)) (SIGNATURE has? ((Boolean) $ (Identifier))) (SIGNATURE assert ($ $ (Identifier))) (SIGNATURE deleteProperty! ($ $ (String))) (SIGNATURE deleteProperty! ($ $ (Identifier))) (SIGNATURE property ((Union (None) failed) $ (String))) (SIGNATURE property ((Maybe (None)) $ (Identifier))) (SIGNATURE setProperty ($ $ (String) (None))) (SIGNATURE setProperty ($ $ (Identifier) (None))) (SIGNATURE setProperties ($ $ (AssociationList (String) (None))))))) ------------------------------------------------------------------------ initializing stationary directory for BasicOperator compiling into /tmp/oa-jeZhYw importing Arity importing String compiling exported is? : (%,Symbol) -> Boolean Time: 0.04 SEC. compiling exported name : % -> Symbol BOP;name;$S;2 op is replaced by %vref(op,0) Time: 0 SEC. compiling exported properties : % -> AssociationList(String,None) BOP;properties;$Al;3 op is replaced by %vref(op,2) Time: 0.02 SEC. compiling exported setProperties : (%,AssociationList(String,None)) -> % Time: 0.01 SEC. compiling exported operator : Symbol -> % Time: 0.01 SEC. compiling exported operator : (Symbol,NonNegativeInteger) -> % Time: 0.01 SEC. compiling exported operator : (Symbol,Arity) -> % Time: 0.01 SEC. compiling exported property : (%,String) -> Union(None,failed) Time: 0.01 SEC. compiling exported property : (%,Identifier) -> Maybe None Time: 0.01 SEC. compiling exported assert : (%,Identifier) -> % Time: 0 SEC. compiling exported has? : (%,Identifier) -> Boolean Time: 0.02 SEC. compiling exported weight : (%,NonNegativeInteger) -> % Debug compQuote expr: (QUOTE %weight) m: $EmptyMode Debug compQuote expr: (QUOTE %weight) m: (String) Debug compQuote expr: (QUOTE %weight) m: (Identifier) Time: 0 SEC. compiling exported nullary? : % -> Boolean BOP;nullary?;$B;13 op is replaced by %ieq(%vref(op,1),0) Time: 0.01 SEC. compiling exported unary? : % -> Boolean BOP;unary?;$B;14 op is replaced by %ieq(%vref(op,1),1) Time: 0 SEC. compiling exported nary? : % -> Boolean BOP;nary?;$B;15 op is replaced by %ieq(-1,%vref(op,1)) Time: 0.00 SEC. compiling exported equality : (%,(%,%) -> Boolean) -> % Debug compQuote expr: (QUOTE %equal?) m: $EmptyMode Debug compQuote expr: (QUOTE %equal?) m: (String) Debug compQuote expr: (QUOTE %equal?) m: (Identifier) Time: 0.01 SEC. compiling exported comparison : (%,(%,%) -> Boolean) -> % Debug compQuote expr: (QUOTE %less?) m: $EmptyMode Debug compQuote expr: (QUOTE %less?) m: (String) Debug compQuote expr: (QUOTE %less?) m: (Identifier) Time: 0.00 SEC. compiling exported display : (%,OutputForm -> OutputForm) -> % Time: 0.01 SEC. compiling exported deleteProperty! : (%,String) -> % Time: 0.01 SEC. compiling exported deleteProperty! : (%,Identifier) -> % Time: 0.01 SEC. compiling exported setProperty : (%,String,None) -> % Time: 0.03 SEC. compiling exported setProperty : (%,Identifier,None) -> % Time: 0.02 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. compiling exported input : (%,List InputForm -> InputForm) -> % Debug compQuote expr: (QUOTE %input) m: $EmptyMode Debug compQuote expr: (QUOTE %input) m: (String) Debug compQuote expr: (QUOTE %input) m: (Identifier) Time: 0.00 SEC. compiling exported display : (%,List OutputForm -> OutputForm) -> % Debug compQuote expr: (QUOTE %display) m: $EmptyMode Debug compQuote expr: (QUOTE %display) m: (String) Debug compQuote expr: (QUOTE %display) m: (Identifier) Time: 0.00 SEC. compiling exported display : % -> Maybe List OutputForm -> OutputForm Debug compQuote expr: (QUOTE %display) m: $EmptyMode Debug compQuote expr: (QUOTE %display) m: $EmptyMode Debug compQuote expr: (QUOTE %display) m: $EmptyMode Debug compQuote expr: (QUOTE %display) m: $EmptyMode Debug compQuote expr: (QUOTE %display) m: (String) Debug compQuote expr: (QUOTE %display) m: (Identifier) Time: 0.01 SEC. compiling exported input : % -> Maybe List InputForm -> InputForm Debug compQuote expr: (QUOTE %input) m: $EmptyMode Debug compQuote expr: (QUOTE %input) m: $EmptyMode Debug compQuote expr: (QUOTE %input) m: $EmptyMode Debug compQuote expr: (QUOTE %input) m: $EmptyMode Debug compQuote expr: (QUOTE %input) m: (String) Debug compQuote expr: (QUOTE %input) m: (Identifier) Time: 0 SEC. compiling exported arity : % -> Arity BOP;arity;$A;28 op is replaced by %vref(op,1) Time: 0.00 SEC. compiling exported copy : % -> % Time: 0.02 SEC. compiling exported = : (%,%) -> Boolean Debug compQuote expr: (QUOTE %equal?) m: $EmptyMode Debug compQuote expr: (QUOTE %equal?) m: (String) Debug compQuote expr: (QUOTE %equal?) m: (Identifier) Time: 0.10 SEC. compiling exported weight : % -> NonNegativeInteger Debug compQuote expr: (QUOTE %weight) m: $EmptyMode Debug compQuote expr: (QUOTE %weight) m: (String) Debug compQuote expr: (QUOTE %weight) m: (Identifier) Time: 0.01 SEC. compiling exported < : (%,%) -> Boolean Debug compQuote expr: (QUOTE %less?) m: $EmptyMode Debug compQuote expr: (QUOTE %less?) m: (String) Debug compQuote expr: (QUOTE %less?) m: (Identifier) Debug compQuote expr: (QUOTE %equal?) m: $EmptyMode Debug compQuote expr: (QUOTE %equal?) m: (Identifier) Time: 0.14 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] Type AssociationList(String,None) is not in scope. Import it [2] property: search has no value [3] has?: key? has no value [4] deleteProperty!: remove! has no value [5] =: keys has no value [6] <: keys has no value Cumulative Statistics for Constructor BasicOperator Time: 0.54 seconds finalizing NRLIB BOP Processing BasicOperator for Browser database: -- properties : % -> P -- copy : % -> % -- operator : Symbol -> % -- operator : (Symbol,NonNegativeInteger) -> % -- operator : (Symbol,Arity) -> % -- nullary? : % -> Boolean -- unary? : % -> Boolean -- nary? : % -> Boolean -- weight : % -> NonNegativeInteger -- weight : (%,NonNegativeInteger) -> % -- equality : (%,((%,%) -> Boolean)) -> % -- comparison : (%,((%,%) -> Boolean)) -> % -- display : % -> Maybe (List O -> O) -- display : (%,(List O -> O)) -> % -- display : (%,(O -> O)) -> % -- input : (%,(List SEX -> SEX)) -> % -- input : % -> Maybe (List SEX -> SEX) -- has? : (%,Identifier) -> Boolean -- assert : (%,Identifier) -> % -- deleteProperty! : (%,String) -> % -- deleteProperty! : (%,Identifier) -> % -- property : (%,String) -> Union(None,"failed") -- property : (%,Identifier) -> Maybe None -- setProperty : (%,String,None) -> % -- setProperty : (%,Identifier,None) -> % -- setProperties : (%,P) -> % -- constructor ; compiling file "/tmp/oa-jeZhYw/code.lsp" (written 01 FEB 2016 10:58:18 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOP;name;$S;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOP;properties;$Al;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOP;nullary?;$B;13|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOP;unary?;$B;14|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOP;nary?;$B;15|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOP;arity;$A;28|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOP;is?;$SB;1|) ...) ; compiling (DEFUN |BOP;is?;$SB;1| ...) ; compiling (DEFUN |BOP;name;$S;2| ...) ; compiling (DEFUN |BOP;properties;$Al;3| ...) ; compiling (DEFUN |BOP;setProperties;$Al$;4| ...) ; file: /tmp/oa-jeZhYw/code.lsp ; in: DEFUN |BOP;setProperties;$Al$;4| ; (DEFUN BOOT::|BOP;setProperties;$Al$;4| (BOOT::|op| BOOT::|l| BOOT::$) ; (PROGN (SETF (SVREF BOOT::|op| 2) BOOT::|l|) BOOT::|op|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BOP;setProperties;$Al$;4| ; (BOOT::|op| BOOT::|l| BOOT::$) ; (BLOCK BOOT::|BOP;setProperties;$Al$;4| ; (PROGN (SETF # BOOT::|l|) BOOT::|op|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |BOP;operator;S$;5| ...) ; compiling (DEFUN |BOP;operator;SNni$;6| ...) ; compiling (DEFUN |BOP;operator;SA$;7| ...) ; compiling (DEFUN |BOP;property;$SU;8| ...) ; file: /tmp/oa-jeZhYw/code.lsp ; in: DEFUN |BOP;property;$SU;8| ; (DEFUN BOOT::|BOP;property;$SU;8| (BOOT::|op| BOOT::|name| BOOT::$) ; (BOOT::SPADCALL BOOT::|name| (SVREF BOOT::|op| 2) ; (BOOT::|shellEntry| BOOT::$ 26))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BOP;property;$SU;8| ; (BOOT::|op| BOOT::|name| BOOT::$) ; (BLOCK BOOT::|BOP;property;$SU;8| ; (BOOT::SPADCALL BOOT::|name| (SVREF BOOT::|op| 2) ; (BOOT::|shellEntry| BOOT::$ 26)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |BOP;property;$IM;9| ...) ; compiling (DEFUN |BOP;assert;$I$;10| ...) ; compiling (DEFUN |BOP;has?;$IB;11| ...) ; file: /tmp/oa-jeZhYw/code.lsp ; in: DEFUN |BOP;has?;$IB;11| ; (DEFUN BOOT::|BOP;has?;$IB;11| (BOOT::|op| BOOT::|name| BOOT::$) ; (BOOT::SPADCALL (SYMBOL-NAME BOOT::|name|) (SVREF BOOT::|op| 2) ; (BOOT::|shellEntry| BOOT::$ 36))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BOP;has?;$IB;11| ; (BOOT::|op| BOOT::|name| BOOT::$) ; (BLOCK BOOT::|BOP;has?;$IB;11| ; (BOOT::SPADCALL (SYMBOL-NAME BOOT::|name|) (SVREF BOOT::|op| 2) ; (BOOT::|shellEntry| BOOT::$ 36)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |BOP;weight;$Nni$;12| ...) ; compiling (DEFUN |BOP;nullary?;$B;13| ...) ; compiling (DEFUN |BOP;unary?;$B;14| ...) ; compiling (DEFUN |BOP;nary?;$B;15| ...) ; compiling (DEFUN |BOP;equality;$M$;16| ...) ; compiling (DEFUN |BOP;comparison;$M$;17| ...) ; compiling (DEFUN |BOP;display;$M$;18| ...) ; compiling (DEFUN |BOP;display;$M$;18!0| ...) ; compiling (DEFUN |BOP;deleteProperty!;$S$;19| ...) ; compiling (DEFUN |BOP;deleteProperty!;$I$;20| ...) ; compiling (DEFUN |BOP;setProperty;$SN$;21| ...) ; compiling (DEFUN |BOP;setProperty;$IN$;22| ...) ; compiling (DEFUN |BOP;coerce;$Of;23| ...) ; compiling (DEFUN |BOP;input;$M$;24| ...) ; compiling (DEFUN |BOP;display;$M$;25| ...) ; compiling (DEFUN |BOP;display;$M;26| ...) ; compiling (DEFUN |BOP;input;$M;27| ...) ; compiling (DEFUN |BOP;arity;$A;28| ...) ; compiling (DEFUN |BOP;copy;2$;29| ...) ; compiling (DEFUN |BOP;=;2$B;30| ...) ; file: /tmp/oa-jeZhYw/code.lsp ; in: DEFUN |BOP;=;2$B;30| ; (DEFUN BOOT::|BOP;=;2$B;30| (BOOT::|op1| BOOT::|op2| BOOT::$) ; (COND ((OR (OR # #) (BOOT::SPADCALL # # #)) NIL) ; (T ; (LET (#) ; (OR # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BOP;=;2$B;30| ; (BOOT::|op1| BOOT::|op2| BOOT::$) ; (BLOCK BOOT::|BOP;=;2$B;30| ; (COND ((OR # #) NIL) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |BOP;weight;$Nni;31| ...) ; compiling (DEFUN |BOP;<;2$B;32| ...) ; file: /tmp/oa-jeZhYw/code.lsp ; in: DEFUN |BOP;<;2$B;32| ; (DEFUN BOOT::|BOP;<;2$B;32| (BOOT::|op1| BOOT::|op2| BOOT::$) ; (PROG (BOOT::|func| BOOT::|d2| BOOT::|d1| BOOT::|n2| BOOT::|k2| BOOT::|n1| ; BOOT::|k1|) ; (RETURN ; (LET (# #) ; (COND # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BOP;<;2$B;32| ; (BOOT::|op1| BOOT::|op2| BOOT::$) ; (BLOCK BOOT::|BOP;<;2$B;32| ; (PROG (BOOT::|func| BOOT::|d2| BOOT::|d1| BOOT::|n2| BOOT::|k2| ; BOOT::|n1| BOOT::|k1|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |BasicOperator| ...) ; compiling (DEFUN |BasicOperator;| ...) ; compiling (MAKEPROP (QUOTE |BasicOperator|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 4 notes ; /tmp/oa-jeZhYw/code.fasl written ; compilation finished in 0:00:00.064 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/ARITY.fasl --optimize=3 ARITY.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ARITY.spad using Spad compiler. ARITY abbreviates domain Arity debug: compDefine1 lhs: (Arity) signature (pre-evaluate): ((Join (SetCategory) (RetractableTo (NonNegativeInteger)) (CATEGORY domain (SIGNATURE arbitrary ($) constant) (SIGNATURE zero? ((Boolean) $)) (SIGNATURE one? ((Boolean) $))))) debug: evaluateType form: (Join (SetCategory) (RetractableTo (NonNegativeInteger)) (CATEGORY domain (SIGNATURE arbitrary ($) constant) (SIGNATURE zero? ((Boolean) $)) (SIGNATURE one? ((Boolean) $)))) $param: NIL debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (RetractableTo (NonNegativeInteger)) $param: NIL Debug: evaluateType1 form: (RetractableTo (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE arbitrary ($) constant) (SIGNATURE zero? ((Boolean) $)) (SIGNATURE one? ((Boolean) $))) $param: NIL debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (RetractableTo (NonNegativeInteger)) (CATEGORY domain (SIGNATURE arbitrary ($) constant) (SIGNATURE zero? ((Boolean) $)) (SIGNATURE one? ((Boolean) $))))) ------------------------------------------------------------------------ initializing stationary directory for Arity compiling into /tmp/oa-Zb997d compiling exported arbitrary : () -> % ARITY;arbitrary;$;1 is replaced by -1 Time: 0.04 SEC. compiling exported zero? : % -> Boolean ARITY;zero?;$B;2 a is replaced by %ieq(a,0) Time: 0.00 SEC. compiling exported one? : % -> Boolean ARITY;one?;$B;3 a is replaced by %ieq(a,1) Time: 0.00 SEC. compiling exported hash : % -> SingleInteger ARITY;hash;$Si;4 is replaced by %hash Time: 0.01 SEC. compiling exported = : (%,%) -> Boolean ARITY;=;2$B;5 is replaced by %ieq Time: 0 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE arbitrary) m: (OutputForm) Time: 0.02 SEC. compiling exported coerce : NonNegativeInteger -> % Time: 0.02 SEC. compiling exported retractIfCan : % -> Union(NonNegativeInteger,failed) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor Arity Time: 0.10 seconds finalizing NRLIB ARITY Processing Arity for Browser database: -- arbitrary : () -> % --->../../x86_64-unknown-linux-gnu/src/algebra/term.spad-->Arity((arbitrary (%) constant)): Improper initial operator in comments: is "aribitrary is the arity of a function that accepts any number of arguments." -- zero? : % -> Boolean -- one? : % -> Boolean -- constructor ; compiling file "/tmp/oa-Zb997d/code.lsp" (written 01 FEB 2016 10:58:18 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ARITY;arbitrary;$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ARITY;zero?;$B;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ARITY;one?;$B;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ARITY;hash;$Si;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ARITY;=;2$B;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ARITY;arbitrary;$;1| ...) ; compiling (DEFUN |ARITY;zero?;$B;2| ...) ; compiling (DEFUN |ARITY;one?;$B;3| ...) ; compiling (DEFUN |ARITY;hash;$Si;4| ...) ; compiling (DEFUN |ARITY;=;2$B;5| ...) ; compiling (DEFUN |ARITY;coerce;$Of;6| ...) ; compiling (DEFUN |ARITY;coerce;Nni$;7| ...) ; file: /tmp/oa-Zb997d/code.lsp ; in: DEFUN |ARITY;coerce;Nni$;7| ; (DEFUN BOOT::|ARITY;coerce;Nni$;7| (BOOT::|n| BOOT::$) ; (COND ; ((< BOOT::|$ShortMaximum| BOOT::|n|) ; (BOOT::|error| "arity is too large for OpenAxiom")) ; (T (BOOT::SPADCALL BOOT::|n| (BOOT::|shellEntry| BOOT::$ 26))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ARITY;coerce;Nni$;7| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|ARITY;coerce;Nni$;7| ; (COND ; ((< BOOT::|$ShortMaximum| BOOT::|n|) ; (BOOT::|error| "arity is too large for OpenAxiom")) ; (T (BOOT::SPADCALL BOOT::|n| #))))) ; ; note: type assertion too complex to check: ; (VALUES FIXNUM &REST T). ; compiling (DEFUN |ARITY;retractIfCan;$U;8| ...) ; file: /tmp/oa-Zb997d/code.lsp ; in: DEFUN |ARITY;retractIfCan;$U;8| ; (BOOT::|moanRetract| BOOT::|n| '(BOOT::|NonNegativeInteger|)) ; ==> ; BOOT::|n| ; ; note: deleting unreachable code ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; (DEFUN BOOT::|ARITY;retractIfCan;$U;8| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|n| BOOT::|x|)) ; (COND ((MINUSP BOOT::|n|) (CONS 1 "failed")) (T (CONS 0 #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ARITY;retractIfCan;$U;8| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ARITY;retractIfCan;$U;8| ; (LET ((BOOT::|n| BOOT::|x|)) ; (COND (# #) (T #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |Arity| ...) ; compiling (DEFUN |Arity;| ...) ; compiling (MAKEPROP (QUOTE |Arity|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 3 notes ; /tmp/oa-Zb997d/code.fasl written ; compilation finished in 0:00:00.029 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/BOP1.fasl --optimize=3 BOP1.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/BOP1.spad using Spad compiler. BOP1 abbreviates package BasicOperatorFunctions1 debug: compDefine1 lhs: (BasicOperatorFunctions1 A) signature (pre-evaluate): ((CATEGORY package (SIGNATURE evaluate ((Union A failed) (BasicOperator) (List A))) (SIGNATURE evaluate ((BasicOperator) (BasicOperator) (Mapping A (List A)))) (SIGNATURE evaluate ((BasicOperator) (BasicOperator) (Mapping A A))) (SIGNATURE evaluate ((Union (Mapping A (List A)) failed) (BasicOperator))) (SIGNATURE derivative ((BasicOperator) (BasicOperator) (List (Mapping A (List A))))) (SIGNATURE derivative ((BasicOperator) (BasicOperator) (Mapping A A))) (SIGNATURE derivative ((Union (List (Mapping A (List A))) failed) (BasicOperator))) (SIGNATURE constantOperator ((BasicOperator) A)) (SIGNATURE constantOpIfCan ((Union A failed) (BasicOperator)))) (SetCategory)) debug: evaluateType form: (CATEGORY package (SIGNATURE evaluate ((Union A failed) (BasicOperator) (List A))) (SIGNATURE evaluate ((BasicOperator) (BasicOperator) (Mapping A (List A)))) (SIGNATURE evaluate ((BasicOperator) (BasicOperator) (Mapping A A))) (SIGNATURE evaluate ((Union (Mapping A (List A)) failed) (BasicOperator))) (SIGNATURE derivative ((BasicOperator) (BasicOperator) (List (Mapping A (List A))))) (SIGNATURE derivative ((BasicOperator) (BasicOperator) (Mapping A A))) (SIGNATURE derivative ((Union (List (Mapping A (List A))) failed) (BasicOperator))) (SIGNATURE constantOperator ((BasicOperator) A)) (SIGNATURE constantOpIfCan ((Union A failed) (BasicOperator)))) $param: (A) debug: evaluateType form: (Union A failed) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: failed $param: (A) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (List A) $param: (A) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (Mapping A (List A)) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (List A) $param: (A) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (Mapping A A) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (Union (Mapping A (List A)) failed) $param: (A) debug: evaluateType form: (Mapping A (List A)) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (List A) $param: (A) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: failed $param: (A) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (List (Mapping A (List A))) $param: (A) Debug: evaluateType1 form: (List (Mapping A (List A))) debug: evaluateType1 x: (Mapping A (List A)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (A) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Mapping A (List A)) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (List A) $param: (A) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evalCategory d: (Mapping A (List A)) c: (Type) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (Mapping A A) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (Union (List (Mapping A (List A))) failed) $param: (A) debug: evaluateType form: (List (Mapping A (List A))) $param: (A) Debug: evaluateType1 form: (List (Mapping A (List A))) debug: evaluateType1 x: (Mapping A (List A)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (A) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Mapping A (List A)) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (List A) $param: (A) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evalCategory d: (Mapping A (List A)) c: (Type) debug: evaluateType form: failed $param: (A) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: A $param: (A) debug: evaluateType form: (Union A failed) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: failed $param: (A) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (SetCategory) $param: (A) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE evaluate ((Union A failed) (BasicOperator) (List A))) (SIGNATURE evaluate ((BasicOperator) (BasicOperator) (Mapping A (List A)))) (SIGNATURE evaluate ((BasicOperator) (BasicOperator) (Mapping A A))) (SIGNATURE evaluate ((Union (Mapping A (List A)) failed) (BasicOperator))) (SIGNATURE derivative ((BasicOperator) (BasicOperator) (List (Mapping A (List A))))) (SIGNATURE derivative ((BasicOperator) (BasicOperator) (Mapping A A))) (SIGNATURE derivative ((Union (List (Mapping A (List A))) failed) (BasicOperator))) (SIGNATURE constantOperator ((BasicOperator) A)) (SIGNATURE constantOpIfCan ((Union A failed) (BasicOperator)))) (SetCategory)) debug: compDefine1 lhs: (BasicOperatorFunctions1 A) signature (pre-evaluate): ((CATEGORY package (SIGNATURE evaluate ((Union A failed) (BasicOperator) (List A))) (SIGNATURE evaluate ((BasicOperator) (BasicOperator) (Mapping A (List A)))) (SIGNATURE evaluate ((BasicOperator) (BasicOperator) (Mapping A A))) (SIGNATURE evaluate ((Union (Mapping A (List A)) failed) (BasicOperator))) (SIGNATURE derivative ((BasicOperator) (BasicOperator) (List (Mapping A (List A))))) (SIGNATURE derivative ((BasicOperator) (BasicOperator) (Mapping A A))) (SIGNATURE derivative ((Union (List (Mapping A (List A))) failed) (BasicOperator))) (SIGNATURE constantOperator ((BasicOperator) A)) (SIGNATURE constantOpIfCan ((Union A failed) (BasicOperator)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE evaluate ((Union A failed) (BasicOperator) (List A))) (SIGNATURE evaluate ((BasicOperator) (BasicOperator) (Mapping A (List A)))) (SIGNATURE evaluate ((BasicOperator) (BasicOperator) (Mapping A A))) (SIGNATURE evaluate ((Union (Mapping A (List A)) failed) (BasicOperator))) (SIGNATURE derivative ((BasicOperator) (BasicOperator) (List (Mapping A (List A))))) (SIGNATURE derivative ((BasicOperator) (BasicOperator) (Mapping A A))) (SIGNATURE derivative ((Union (List (Mapping A (List A))) failed) (BasicOperator))) (SIGNATURE constantOperator ((BasicOperator) A)) (SIGNATURE constantOpIfCan ((Union A failed) (BasicOperator)))) $param: (A) debug: evaluateType form: (Union A failed) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: failed $param: (A) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (List A) $param: (A) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (Mapping A (List A)) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (List A) $param: (A) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (Mapping A A) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (Union (Mapping A (List A)) failed) $param: (A) debug: evaluateType form: (Mapping A (List A)) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (List A) $param: (A) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: failed $param: (A) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (List (Mapping A (List A))) $param: (A) Debug: evaluateType1 form: (List (Mapping A (List A))) debug: evaluateType1 x: (Mapping A (List A)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (A) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Mapping A (List A)) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (List A) $param: (A) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evalCategory d: (Mapping A (List A)) c: (Type) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (Mapping A A) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (Union (List (Mapping A (List A))) failed) $param: (A) debug: evaluateType form: (List (Mapping A (List A))) $param: (A) Debug: evaluateType1 form: (List (Mapping A (List A))) debug: evaluateType1 x: (Mapping A (List A)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (A) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Mapping A (List A)) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (List A) $param: (A) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evalCategory d: (Mapping A (List A)) c: (Type) debug: evaluateType form: failed $param: (A) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: A $param: (A) debug: evaluateType form: (Union A failed) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: failed $param: (A) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE evaluate ((Union A failed) (BasicOperator) (List A))) (SIGNATURE evaluate ((BasicOperator) (BasicOperator) (Mapping A (List A)))) (SIGNATURE evaluate ((BasicOperator) (BasicOperator) (Mapping A A))) (SIGNATURE evaluate ((Union (Mapping A (List A)) failed) (BasicOperator))) (SIGNATURE derivative ((BasicOperator) (BasicOperator) (List (Mapping A (List A))))) (SIGNATURE derivative ((BasicOperator) (BasicOperator) (Mapping A A))) (SIGNATURE derivative ((Union (List (Mapping A (List A))) failed) (BasicOperator))) (SIGNATURE constantOperator ((BasicOperator) A)) (SIGNATURE constantOpIfCan ((Union A failed) (BasicOperator)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for BasicOperatorFunctions1 compiling into /tmp/oa-acoVju compiling exported evaluate : (BasicOperator,A -> A) -> BasicOperator Time: 0.02 SEC. compiling exported evaluate : BasicOperator -> Union(List A -> A,failed) Debug compQuote expr: (QUOTE %eval) m: $EmptyMode Debug compQuote expr: (QUOTE %eval) m: (Identifier) Time: 0.02 SEC. compiling exported evaluate : (BasicOperator,List A) -> Union(A,failed) Debug compQuote expr: (QUOTE %eval) m: $EmptyMode Debug compQuote expr: (QUOTE %eval) m: (Identifier) Time: 0.02 SEC. compiling exported evaluate : (BasicOperator,List A -> A) -> BasicOperator Debug compQuote expr: (QUOTE %eval) m: $EmptyMode Debug compQuote expr: (QUOTE %eval) m: (Identifier) Time: 0.00 SEC. compiling exported derivative : BasicOperator -> Union(List List A -> A,failed) Debug compQuote expr: (QUOTE %diff) m: $EmptyMode Debug compQuote expr: (QUOTE %diff) m: (Identifier) Time: 0.01 SEC. compiling exported derivative : (BasicOperator,List List A -> A) -> BasicOperator Debug compQuote expr: (QUOTE %diff) m: $EmptyMode Debug compQuote expr: (QUOTE %diff) m: (Identifier) Time: 0.01 SEC. compiling exported derivative : (BasicOperator,A -> A) -> BasicOperator Time: 0.02 SEC. compiling local cdisp : (OutputForm,List OutputForm) -> OutputForm BOP1;cdisp(a,l) is replaced by a Time: 0.01 SEC. compiling local csex : (InputForm,List InputForm) -> InputForm BOP1;csex(a,l) is replaced by a Time: 0.01 SEC. compiling local eqconst? : (BasicOperator,BasicOperator) -> Boolean Debug compQuote expr: (QUOTE %constant) m: $EmptyMode Debug compQuote expr: (QUOTE %constant) m: (Identifier) Debug compQuote expr: (QUOTE %constant) m: $EmptyMode Debug compQuote expr: (QUOTE %constant) m: (Identifier) Debug compQuote expr: (QUOTE %constant) m: $EmptyMode Debug compQuote expr: (QUOTE %constant) m: (Identifier) Time: 0.01 SEC. compiling local ltconst? : (BasicOperator,BasicOperator) -> Boolean Debug compQuote expr: (QUOTE %constant) m: $EmptyMode Debug compQuote expr: (QUOTE %constant) m: (Identifier) Debug compQuote expr: (QUOTE %constant) m: $EmptyMode Debug compQuote expr: (QUOTE %constant) m: (Identifier) Debug compQuote expr: (QUOTE %constant) m: $EmptyMode Debug compQuote expr: (QUOTE %constant) m: (Identifier) Time: 0.01 SEC. Debug compQuote expr: (QUOTE constant) m: $EmptyMode Debug compQuote expr: (QUOTE constant) m: (Symbol) Debug compQuote expr: (QUOTE constant) m: (Symbol) compiling local constOp : A -> BasicOperator Debug compQuote expr: (QUOTE %constant) m: (Identifier) Time: 0.05 SEC. compiling exported constantOpIfCan : BasicOperator -> Union(A,failed) Debug compQuote expr: (QUOTE constant) m: $EmptyMode Debug compQuote expr: (QUOTE constant) m: (Symbol) Debug compQuote expr: (QUOTE %constant) m: $EmptyMode Debug compQuote expr: (QUOTE %constant) m: (Identifier) Time: 0.02 SEC. compiling exported constantOperator : A -> BasicOperator Time: 0.00 SEC. compiling exported constantOperator : A -> BasicOperator Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] evaluate: first has no value Cumulative Statistics for Constructor BasicOperatorFunctions1 Time: 0.22 seconds finalizing NRLIB BOP1 Processing BasicOperatorFunctions1 for Browser database: -- evaluate : (OP,List A) -> Union(A,"failed") -- evaluate : (OP,(List A -> A)) -> OP -- evaluate : (OP,(A -> A)) -> OP -- evaluate : OP -> Union((List A -> A),"failed") -- derivative : (OP,List (List A -> A)) -> OP -- derivative : (OP,(A -> A)) -> OP -- derivative : OP -> Union(List (List A -> A),"failed") -- constantOperator : A -> OP -- constantOpIfCan : OP -> Union(A,"failed") -- constructor ; compiling file "/tmp/oa-acoVju/code.lsp" (written 01 FEB 2016 10:58:18 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOP1;cdisp|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOP1;csex|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |BOP1;evaluate;BoMBo;1| ...) ; compiling (DEFUN |BOP1;evaluate;BoMBo;1!0| ...) ; compiling (DEFUN |BOP1;evaluate;BoU;2| ...) ; compiling (DEFUN |BOP1;evaluate;BoLU;3| ...) ; compiling (DEFUN |BOP1;evaluate;BoMBo;4| ...) ; compiling (DEFUN |BOP1;derivative;BoU;5| ...) ; compiling (DEFUN |BOP1;derivative;BoLBo;6| ...) ; compiling (DEFUN |BOP1;derivative;BoMBo;7| ...) ; compiling (DEFUN |BOP1;derivative;BoMBo;7!0| ...) ; compiling (DEFUN |BOP1;cdisp| ...) ; file: /tmp/oa-acoVju/code.lsp ; in: DEFUN |BOP1;cdisp| ; (DEFUN BOOT::|BOP1;cdisp| (BOOT::|a| BOOT::|l| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; BOOT::|a|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BOP1;cdisp| ; (BOOT::|a| BOOT::|l| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|BOP1;cdisp| BOOT::|a|)) ; ; caught STYLE-WARNING: ; The variable |l| is defined but never used. ; compiling (DEFUN |BOP1;csex| ...) ; file: /tmp/oa-acoVju/code.lsp ; in: DEFUN |BOP1;csex| ; (DEFUN BOOT::|BOP1;csex| (BOOT::|a| BOOT::|l| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; BOOT::|a|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BOP1;csex| ; (BOOT::|a| BOOT::|l| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|BOP1;csex| BOOT::|a|)) ; ; caught STYLE-WARNING: ; The variable |l| is defined but never used. ; compiling (DEFUN |BOP1;eqconst?| ...) ; file: /tmp/oa-acoVju/code.lsp ; in: DEFUN |BOP1;eqconst?| ; (DEFUN BOOT::|BOP1;eqconst?| (BOOT::|a| BOOT::|b| BOOT::$) ; (PROG (BOOT::|vb|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BOP1;eqconst?| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|BOP1;eqconst?| ; (PROG (BOOT::|vb|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |BOP1;ltconst?| ...) ; file: /tmp/oa-acoVju/code.lsp ; in: DEFUN |BOP1;ltconst?| ; (DEFUN BOOT::|BOP1;ltconst?| (BOOT::|a| BOOT::|b| BOOT::$) ; (PROG (BOOT::|vb|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BOP1;ltconst?| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|BOP1;ltconst?| ; (PROG (BOOT::|vb|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |BOP1;constOp| ...) ; compiling (DEFUN |BOP1;constOp!0| ...) ; compiling (DEFUN |BOP1;constantOpIfCan;BoU;13| ...) ; compiling (DEFUN |BOP1;constantOperator;ABo;14| ...) ; compiling (DEFUN |BOP1;constantOperator;ABo;14!0| ...) ; compiling (DEFUN |BOP1;constantOperator;ABo;15| ...) ; compiling (DEFUN |BasicOperatorFunctions1| ...) ; compiling (DEFUN |BasicOperatorFunctions1;| ...) ; compiling (MAKEPROP (QUOTE |BasicOperatorFunctions1|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 2 notes ; /tmp/oa-acoVju/code.fasl written ; compilation finished in 0:00:00.056 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ES.spad && cp ES.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ES.fasl \ && if test -f ES-.NRLIB/code.fasl; then \ cp ES-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ES-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ES.spad using Spad compiler. ES abbreviates category ExpressionSpace debug: compDefine1 lhs: (ExpressionSpace) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for ExpressionSpace compiling into /tmp/oa-XKd7mW STYLE-WARNING: redefining BOOT::|ExpressionSpace| in DEFUN Time: 0.02 SEC. ES- abbreviates package ExpressionSpace& ------------------------------------------------------------------------ initializing stationary directory for ExpressionSpace& compiling into /tmp/oa-CtvA6N Debug compQuote expr: (QUOTE %paren) m: $EmptyMode Debug compQuote expr: (QUOTE %paren) m: (Symbol) Debug compQuote expr: (QUOTE %box) m: $EmptyMode Debug compQuote expr: (QUOTE %box) m: (Symbol) compiling exported box : S -> S Time: 0.02 SEC. compiling exported paren : S -> S Time: 0.01 SEC. compiling exported belong? : BasicOperator -> Boolean Time: 0.00 SEC. compiling exported tower : S -> List Kernel S Time: 0.03 SEC. compiling local allk : List S -> List Kernel S Time: 0.02 SEC. compiling exported operators : S -> List BasicOperator Time: 0.01 SEC. compiling exported height : S -> NonNegativeInteger Time: 0.05 SEC. compiling exported freeOf? : (S,Symbol) -> Boolean Time: 0.02 SEC. compiling exported distribute : S -> S Time: 0.01 SEC. compiling exported box : List S -> S Time: 0.00 SEC. compiling exported paren : List S -> S Time: 0.00 SEC. compiling exported freeOf? : (S,S) -> Boolean Time: 0.01 SEC. compiling exported kernel : (BasicOperator,S) -> S Time: 0.00 SEC. compiling exported elt : (BasicOperator,S) -> S Time: 0.01 SEC. compiling exported elt : (BasicOperator,S,S) -> S Time: 0.00 SEC. compiling exported elt : (BasicOperator,S,S,S) -> S Time: 0.01 SEC. compiling exported elt : (BasicOperator,S,S,S,S) -> S Time: 0.01 SEC. compiling exported eval : (S,Symbol,List S -> S) -> S Time: 0.06 SEC. compiling exported eval : (S,BasicOperator,List S -> S) -> S Time: 0.06 SEC. compiling exported eval : (S,Symbol,S -> S) -> S Time: 0.07 SEC. compiling exported eval : (S,BasicOperator,S -> S) -> S Time: 0.10 SEC. compiling exported subst : (S,Equation S) -> S Time: 0.01 SEC. compiling exported eval : (S,List BasicOperator,List S -> S) -> S Time: 0.04 SEC. compiling exported eval : (S,List Symbol,List S -> S) -> S Time: 0.05 SEC. compiling exported eval : (S,List BasicOperator,List List S -> S) -> S Time: 0.12 SEC. compiling exported map : (S -> S,Kernel S) -> S Time: 0.02 SEC. compiling exported operator : BasicOperator -> BasicOperator Debug compQuote expr: (QUOTE %paren) m: $EmptyMode Debug compQuote expr: (QUOTE %paren) m: (Symbol) Debug compQuote expr: (QUOTE %box) m: $EmptyMode Debug compQuote expr: (QUOTE %box) m: (Symbol) Time: 0.01 SEC. compiling exported mainKernel : S -> Union(Kernel S,failed) Time: 0.03 SEC. compiling local allKernels : S -> List Kernel S Debug compQuote expr: (QUOTE %dummyVar) m: (Identifier) Time: 0.07 SEC. compiling exported kernel : (BasicOperator,List S) -> S Time: 0.01 SEC. compiling local okkernel : (BasicOperator,List S) -> S Time: 0.02 SEC. compiling exported elt : (BasicOperator,List S) -> S Time: 0.07 SEC. compiling exported retract : S -> Kernel S Time: 0.01 SEC. compiling exported retractIfCan : S -> Union(Kernel S,failed) Time: 0.00 SEC. compiling exported is? : (S,Symbol) -> Boolean Time: 0.01 SEC. compiling exported is? : (S,BasicOperator) -> Boolean Time: 0.00 SEC. compiling local unwrap : (List Kernel S,S) -> S Time: 0.01 SEC. compiling exported distribute : (S,S) -> S Debug compQuote expr: (QUOTE %paren) m: $EmptyMode Debug compQuote expr: (QUOTE %paren) m: (Symbol) Time: 0.01 SEC. compiling exported eval : (S,List Equation S) -> S Time: 0.02 SEC. compiling exported subst : (S,List Equation S) -> S Time: 0.02 SEC. compiling local mkKerLists : List Equation S -> Record(lstk: List Kernel S,lstv: List S) Time: 0.05 SEC. compiling exported even? : S -> Boolean Time: 0.00 SEC. compiling exported odd? : S -> Boolean Time: 0.01 SEC. compiling local intpred? : (S,Integer -> Boolean) -> Boolean Time: 0.01 SEC. (time taken in buildFunctor: 4) Time: 0.01 SEC. Warnings: [1] tower: not known that SetCategory is of mode CATEGORY(package,odd?: S -> Boolean,even?: S -> Boolean,eval: (S,BasicOperator,(S -> S)) -> S,eval: (S,BasicOperator,(List S -> S)) -> S,eval: (S,List BasicOperator,List (List S -> S)) -> S,eval: (S,List BasicOperator,List (S -> S)) -> S,eval: (S,Symbol,(S -> S)) -> S,eval: (S,Symbol,(List S -> S)) -> S,eval: (S,List Symbol,List (List S -> S)) -> S,eval: (S,List Symbol,List (S -> S)) -> S,freeOf?: (S,Symbol) -> Boolean,freeOf?: (S,S) -> Boolean,map: ((S -> S),Kernel S) -> S,kernel: (BasicOperator,List S) -> S,kernel: (BasicOperator,S) -> S,is?: (S,Symbol) -> Boolean,is?: (S,BasicOperator) -> Boolean,belong?: BasicOperator -> Boolean,operator: BasicOperator -> BasicOperator,operators: S -> List BasicOperator,tower: S -> List Kernel S,mainKernel: S -> Union(Kernel S,"failed"),height: S -> NonNegativeInteger,distribute: (S,S) -> S,distribute: S -> S,paren: List S -> S,paren: S -> S,box: List S -> S,box: S -> S,subst: (S,List Kernel S,List S) -> S,subst: (S,List Equation S) -> S,subst: (S,Equation S) -> S,elt: (BasicOperator,List S) -> S,elt: (BasicOperator,S,S,S,S) -> S,elt: (BasicOperator,S,S,S) -> S,elt: (BasicOperator,S,S) -> S,elt: (BasicOperator,S) -> S,eval: (S,List S,List S) -> S,eval: (S,S,S) -> S,eval: (S,Equation S) -> S,eval: (S,List Equation S) -> S,eval: (S,List Kernel S,List S) -> S,eval: (S,Kernel S,S) -> S,retractIfCan: S -> Union(Kernel S,"failed"),retract: S -> Kernel S) [2] height: reduce has no value [3] freeOf?: member? has no value [4] eval: IN has no value [5] eval: f has no value [6] eval: s has no value [7] map: IN has no value [8] map: x has no value [9] mainKernel: empty? has no value [10] okkernel: + has no value Cumulative Statistics for Constructor ExpressionSpace& Time: 1.14 seconds finalizing NRLIB ES- ; compiling file "/tmp/oa-CtvA6N/code.lsp" (written 01 FEB 2016 10:58:19 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ES-;box;2$;1| ...) ; compiling (DEFUN |ES-;paren;2$;2| ...) ; compiling (DEFUN |ES-;belong?;BoB;3| ...) ; file: /tmp/oa-CtvA6N/code.lsp ; in: DEFUN |ES-;belong?;BoB;3| ; (DEFUN BOOT::|ES-;belong?;BoB;3| (BOOT::|op| BOOT::$) ; (OR ; (BOOT::SPADCALL BOOT::|op| (BOOT::|shellEntry| BOOT::$ 11) ; (BOOT::|shellEntry| BOOT::$ 19)) ; (BOOT::SPADCALL BOOT::|op| (BOOT::|shellEntry| BOOT::$ 12) ; (BOOT::|shellEntry| BOOT::$ 19)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ES-;belong?;BoB;3| ; (BOOT::|op| BOOT::$) ; (BLOCK BOOT::|ES-;belong?;BoB;3| ; (OR ; (BOOT::SPADCALL BOOT::|op| (BOOT::|shellEntry| BOOT::$ 11) ; (BOOT::|shellEntry| BOOT::$ 19)) ; (BOOT::SPADCALL BOOT::|op| (BOOT::|shellEntry| BOOT::$ 12) ; (BOOT::|shellEntry| BOOT::$ 19))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |ES-;tower;$L;4| ...) ; file: /tmp/oa-CtvA6N/code.lsp ; in: DEFUN |ES-;tower;$L;4| ; (DEFUN BOOT::|ES-;tower;$L;4| (BOOT::|f| BOOT::$) ; (BOOT::SPADCALL (BOOT::|ES-;allKernels| BOOT::|f| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 24))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ES-;tower;$L;4| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|ES-;tower;$L;4| ; (BOOT::SPADCALL (BOOT::|ES-;allKernels| BOOT::|f| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 24)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ES-;allk| ...) ; file: /tmp/oa-CtvA6N/code.lsp ; in: DEFUN |ES-;allk| ; (DEFUN BOOT::|ES-;allk| (BOOT::|l| BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 29) ; (LET ((#:G762 BOOT::|l|) (#:G564 NIL)) ; (LOOP (COND # #) ; (SETQ #))) ; NIL (BOOT::|shellEntry| BOOT::$ 32))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ES-;allk| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|ES-;allk| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 29) ; (LET (# #) ; (LOOP # ; #)) ; NIL (BOOT::|shellEntry| BOOT::$ 32)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ES-;operators;$L;6| ...) ; file: /tmp/oa-CtvA6N/code.lsp ; in: DEFUN |ES-;operators;$L;6| ; (DEFUN BOOT::|ES-;operators;$L;6| (BOOT::|f| BOOT::$) ; (LET ((#:G763 (BOOT::|ES-;allKernels| BOOT::|f| BOOT::$)) (#:G568 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G763 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ES-;operators;$L;6| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|ES-;operators;$L;6| ; (LET ((#:G763 #) (#:G568 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ES-;height;$Nni;7| ...) ; file: /tmp/oa-CtvA6N/code.lsp ; in: DEFUN |ES-;height;$Nni;7| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; (DEFUN BOOT::|ES-;height;$Nni;7| (BOOT::|f| BOOT::$) ; (BOOT::SPADCALL ; (CONS ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; NIL) ; (LET ((#:G764 #) (#:G573 NIL)) ; (LOOP (COND # #) ; (SETQ #))) ; 0 (BOOT::|shellEntry| BOOT::$ 43))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ES-;height;$Nni;7| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|ES-;height;$Nni;7| ; (BOOT::SPADCALL (CONS #'(LAMBDA # #) NIL) ; (LET (# #) ; (LOOP # ; #)) ; 0 (BOOT::|shellEntry| BOOT::$ 43)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |ES-;freeOf?;$SB;8| ...) ; compiling (DEFUN |ES-;distribute;2$;9| ...) ; compiling (DEFUN |ES-;box;L$;10| ...) ; compiling (DEFUN |ES-;paren;L$;11| ...) ; compiling (DEFUN |ES-;freeOf?;2$B;12| ...) ; compiling (DEFUN |ES-;kernel;Bo2$;13| ...) ; compiling (DEFUN |ES-;elt;Bo2$;14| ...) ; compiling (DEFUN |ES-;elt;Bo3$;15| ...) ; compiling (DEFUN |ES-;elt;Bo4$;16| ...) ; compiling (DEFUN |ES-;elt;Bo5$;17| ...) ; compiling (DEFUN |ES-;eval;$SM$;18| ...) ; compiling (DEFUN |ES-;eval;$BoM$;19| ...) ; compiling (DEFUN |ES-;eval;$SM$;20| ...) ; compiling (DEFUN |ES-;eval;$SM$;20!0| ...) ; compiling (DEFUN |ES-;eval;$BoM$;21| ...) ; compiling (DEFUN |ES-;eval;$BoM$;21!0| ...) ; compiling (DEFUN |ES-;subst;$E$;22| ...) ; compiling (DEFUN |ES-;eval;$LL$;23| ...) ; compiling (DEFUN |ES-;eval;$LL$;23!0| ...) ; compiling (DEFUN |ES-;eval;$LL$;24| ...) ; compiling (DEFUN |ES-;eval;$LL$;24!0| ...) ; compiling (DEFUN |ES-;eval;$LL$;25| ...) ; compiling (DEFUN |ES-;map;MK$;26| ...) ; compiling (DEFUN |ES-;operator;2Bo;27| ...) ; compiling (DEFUN |ES-;mainKernel;$U;28| ...) ; compiling (DEFUN |ES-;allKernels| ...) ; compiling (DEFUN |ES-;kernel;BoL$;30| ...) ; compiling (DEFUN |ES-;okkernel| ...) ; file: /tmp/oa-CtvA6N/code.lsp ; in: DEFUN |ES-;okkernel| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |ES-;elt;BoL$;32| ...) ; compiling (DEFUN |ES-;retract;$K;33| ...) ; compiling (DEFUN |ES-;retractIfCan;$U;34| ...) ; compiling (DEFUN |ES-;is?;$SB;35| ...) ; file: /tmp/oa-CtvA6N/code.lsp ; in: DEFUN |ES-;is?;$SB;35| ; (DEFUN BOOT::|ES-;is?;$SB;35| (BOOT::|f| BOOT::|s| BOOT::$) ; (LET ((BOOT::|k| (BOOT::SPADCALL BOOT::|f| #))) ; (AND (NOT (EQL # 1)) ; (BOOT::SPADCALL (CDR BOOT::|k|) BOOT::|s| ; (BOOT::|shellEntry| BOOT::$ 131))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ES-;is?;$SB;35| ; (BOOT::|f| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|ES-;is?;$SB;35| ; (LET ((BOOT::|k| #)) ; (AND (NOT #) (BOOT::SPADCALL # BOOT::|s| #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |ES-;is?;$BoB;36| ...) ; file: /tmp/oa-CtvA6N/code.lsp ; in: DEFUN |ES-;is?;$BoB;36| ; (DEFUN BOOT::|ES-;is?;$BoB;36| (BOOT::|f| BOOT::|op| BOOT::$) ; (LET ((BOOT::|k| (BOOT::SPADCALL BOOT::|f| #))) ; (AND (NOT (EQL # 1)) ; (BOOT::SPADCALL (CDR BOOT::|k|) BOOT::|op| ; (BOOT::|shellEntry| BOOT::$ 50))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ES-;is?;$BoB;36| ; (BOOT::|f| BOOT::|op| BOOT::$) ; (BLOCK BOOT::|ES-;is?;$BoB;36| ; (LET ((BOOT::|k| #)) ; (AND (NOT #) (BOOT::SPADCALL # BOOT::|op| #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |ES-;unwrap| ...) ; compiling (DEFUN |ES-;distribute;3$;38| ...) ; compiling (DEFUN |ES-;eval;$L$;39| ...) ; compiling (DEFUN |ES-;subst;$L$;40| ...) ; compiling (DEFUN |ES-;mkKerLists| ...) ; compiling (DEFUN |ES-;even?;$B;42| ...) ; file: /tmp/oa-CtvA6N/code.lsp ; in: DEFUN |ES-;even?;$B;42| ; #'(LAMBDA (BOOT::|#1| BOOT::$) (EVENP BOOT::|#1|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |ES-;odd?;$B;43| ...) ; file: /tmp/oa-CtvA6N/code.lsp ; in: DEFUN |ES-;odd?;$B;43| ; #'(LAMBDA (BOOT::|#1| BOOT::$) (ODDP BOOT::|#1|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |ES-;intpred?| ...) ; file: /tmp/oa-CtvA6N/code.lsp ; in: DEFUN |ES-;intpred?| ; (DEFUN BOOT::|ES-;intpred?| (BOOT::|x| BOOT::|pred?| BOOT::$) ; (LET ((BOOT::|u| (BOOT::SPADCALL BOOT::|x| #))) ; (AND (ZEROP (CAR BOOT::|u|)) ; (FUNCALL (CAR BOOT::|pred?|) (CDR BOOT::|u|) (CDR BOOT::|pred?|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ES-;intpred?| ; (BOOT::|x| BOOT::|pred?| BOOT::$) ; (BLOCK BOOT::|ES-;intpred?| ; (LET ((BOOT::|u| #)) ; (AND (ZEROP #) (FUNCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |ExpressionSpace&| ...) ; compiling (MAKEPROP (QUOTE |ExpressionSpace&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 4 STYLE-WARNING conditions ; printed 8 notes ; /tmp/oa-CtvA6N/code.fasl written ; compilation finished in 0:00:00.108 ------------------------------------------------------------------------ finalizing NRLIB ES Processing ExpressionSpace for Browser database: -- elt : (OP,%) -> % -- elt : (OP,%,%) -> % -- elt : (OP,%,%,%) -> % -- elt : (OP,%,%,%,%) -> % -- elt : (OP,List %) -> % -- subst : (%,Equation %) -> % -- subst : (%,List Equation %) -> % -- subst : (%,List K,List %) -> % -- box : % -> % -- box : List % -> % -- paren : % -> % -- paren : List % -> % -- distribute : % -> % -- distribute : (%,%) -> % -- height : % -> N -- mainKernel : % -> Union(K,"failed") -- kernels : % -> List K -- tower : % -> List K -- operators : % -> List OP -- operator : OP -> OP -- belong? : OP -> Boolean -- is? : (%,OP) -> Boolean -- is? : (%,SY) -> Boolean -- kernel : (OP,%) -> % -- kernel : (OP,List %) -> % -- map : ((% -> %),K) -> % -- freeOf? : (%,%) -> Boolean -- freeOf? : (%,SY) -> Boolean -- eval : (%,List SY,List (% -> %)) -> % -- eval : (%,List SY,List (List % -> %)) -> % -- eval : (%,SY,(List % -> %)) -> % -- eval : (%,SY,(% -> %)) -> % -- eval : (%,List OP,List (% -> %)) -> % -- eval : (%,List OP,List (List % -> %)) -> % -- eval : (%,OP,(List % -> %)) -> % -- eval : (%,OP,(% -> %)) -> % -- minPoly : K -> SparseUnivariatePolynomial % -- definingPolynomial : % -> % -- even? : % -> Boolean -- odd? : % -> Boolean -- constructor ; compiling file "/tmp/oa-XKd7mW/code.lsp" (written 01 FEB 2016 10:58:20 PM): ; compiling (DEFPARAMETER |ExpressionSpace;AL| ...) ; compiling (DEFUN |ExpressionSpace;| ...) ; compiling (DEFUN |ExpressionSpace| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-XKd7mW/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile RADCAT.spad && cp RADCAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RADCAT.fasl \ && if test -f RADCAT-.NRLIB/code.fasl; then \ cp RADCAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RADCAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RADCAT.spad using Spad compiler. RADCAT abbreviates category RadicalCategory debug: compDefine1 lhs: (RadicalCategory) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for RadicalCategory compiling into /tmp/oa-46mGSn STYLE-WARNING: redefining BOOT::|RadicalCategory| in DEFUN Time: 0.00 SEC. RADCAT- abbreviates package RadicalCategory& ------------------------------------------------------------------------ initializing stationary directory for RadicalCategory& compiling into /tmp/oa-sefubj compiling exported sqrt : S -> S Time: 0.05 SEC. compiling exported nthRoot : (S,Integer) -> S Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor RadicalCategory& Time: 0.06 seconds finalizing NRLIB RADCAT- ; compiling file "/tmp/oa-sefubj/code.lsp" (written 01 FEB 2016 10:58:20 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RADCAT-;sqrt;2$;1| ...) ; compiling (DEFUN |RADCAT-;nthRoot;$I$;2| ...) ; compiling (DEFUN |RadicalCategory&| ...) ; compiling (MAKEPROP (QUOTE |RadicalCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-sefubj/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ finalizing NRLIB RADCAT Processing RadicalCategory for Browser database: -- sqrt : % -> % -- nthRoot : (%,Integer) -> % -- ?**? : (%,Fraction Integer) -> % -- constructor ; compiling file "/tmp/oa-46mGSn/code.lsp" (written 01 FEB 2016 10:58:20 PM): ; compiling (DEFPARAMETER |RadicalCategory;AL| ...) ; compiling (DEFUN |RadicalCategory;| ...) ; compiling (DEFUN |RadicalCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-46mGSn/code.fasl written ; compilation finished in 0:00:00.006 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile VECTCAT.spad && cp VECTCAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/VECTCAT.fasl \ && if test -f VECTCAT-.NRLIB/code.fasl; then \ cp VECTCAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/VECTCAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/VECTCAT.spad using Spad compiler. VECTCAT abbreviates category VectorCategory debug: compDefine1 lhs: (VectorCategory R) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (VectorCategory R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for VectorCategory compiling into /tmp/oa-GvnVmy STYLE-WARNING: redefining BOOT::|VectorCategory| in DEFUN Time: 0.01 SEC. VECTCAT- abbreviates package VectorCategory& ------------------------------------------------------------------------ initializing stationary directory for VectorCategory& compiling into /tmp/oa-bqAO8t compiling exported + : (S,S) -> S Time: 0.07 SEC. compiling exported zero : NonNegativeInteger -> S Time: 0.01 SEC. compiling exported - : S -> S Time: 0 SEC. compiling exported * : (Integer,S) -> S Time: 0.01 SEC. compiling exported - : (S,S) -> S Time: 0 SEC. compiling exported * : (S,R) -> S Time: 0.00 SEC. compiling exported * : (R,S) -> S Time: 0.00 SEC. compiling exported dot : (S,S) -> R Time: 0.02 SEC. compiling exported outerProduct : (S,S) -> Matrix R Time: 0.04 SEC. compiling exported cross : (S,S) -> S Time: 0.04 SEC. compiling exported length : S -> R Time: 0.00 SEC. compiling exported magnitude : S -> R Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor VectorCategory& Time: 0.22 seconds finalizing NRLIB VECTCAT- ; compiling file "/tmp/oa-bqAO8t/code.lsp" (written 01 FEB 2016 10:58:20 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |VECTCAT-;+;3$;1| ...) ; compiling (DEFUN |VECTCAT-;zero;Nni$;2| ...) ; compiling (DEFUN |VECTCAT-;-;2$;3| ...) ; compiling (DEFUN |VECTCAT-;-;2$;3!0| ...) ; compiling (DEFUN |VECTCAT-;*;I2$;4| ...) ; compiling (DEFUN |VECTCAT-;*;I2$;4!0| ...) ; compiling (DEFUN |VECTCAT-;-;3$;5| ...) ; compiling (DEFUN |VECTCAT-;*;$R$;6| ...) ; compiling (DEFUN |VECTCAT-;*;$R$;6!0| ...) ; compiling (DEFUN |VECTCAT-;*;R2$;7| ...) ; compiling (DEFUN |VECTCAT-;*;R2$;7!0| ...) ; compiling (DEFUN |VECTCAT-;dot;2$R;8| ...) ; compiling (DEFUN |VECTCAT-;outerProduct;2$M;9| ...) ; compiling (DEFUN |VECTCAT-;cross;3$;10| ...) ; compiling (DEFUN |VECTCAT-;length;$R;11| ...) ; compiling (DEFUN |VECTCAT-;magnitude;$R;12| ...) ; compiling (DEFUN |VectorCategory&| ...) ; compiling (MAKEPROP (QUOTE |VectorCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-bqAO8t/code.fasl written ; compilation finished in 0:00:00.055 ------------------------------------------------------------------------ finalizing NRLIB VECTCAT Processing VectorCategory for Browser database: -- ?+? : (%,%) -> % -- zero : NonNegativeInteger -> % -- -? : % -> % -- ?-? : (%,%) -> % -- ?*? : (Integer,%) -> % -- ?*? : (R,%) -> % -- ?*? : (%,R) -> % -- dot : (%,%) -> R -- outerProduct : (%,%) -> Matrix R -- cross : (%,%) -> % --->../../x86_64-unknown-linux-gnu/src/algebra/vector.spad-->VectorCategory((cross (% % %))): Improper first word in comments: vectorProduct "vectorProduct(\\spad{u},{}\\spad{v}) constructs the cross product of \\spad{u} and \\spad{v}. Error: if \\spad{u} and \\spad{v} are not of length 3." -- length : % -> R -- magnitude : % -> R -- constructor ; compiling file "/tmp/oa-GvnVmy/code.lsp" (written 01 FEB 2016 10:58:20 PM): ; compiling (DEFPARAMETER |VectorCategory;AL| ...) ; compiling (DEFUN |VectorCategory;| ...) ; compiling (DEFUN |VectorCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-GvnVmy/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile LINEXP.spad && cp LINEXP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LINEXP.fasl \ && if test -f LINEXP-.NRLIB/code.fasl; then \ cp LINEXP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LINEXP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LINEXP.spad using Spad compiler. LINEXP abbreviates category LinearlyExplicitRingOver debug: compDefine1 lhs: (LinearlyExplicitRingOver R) signature (pre-evaluate): ((Category) (Ring)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((Category) (Ring)) debug: compDefine1 lhs: (LinearlyExplicitRingOver R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for LinearlyExplicitRingOver compiling into /tmp/oa-TI9uQ1 STYLE-WARNING: redefining BOOT::|LinearlyExplicitRingOver| in DEFUN Time: 0.02 SEC. finalizing NRLIB LINEXP Processing LinearlyExplicitRingOver for Browser database: -- leftReducedSystem : Vector % -> Matrix R -- leftReducedSystem : (Vector %,%) -> Record(mat: Matrix R,vec: Vector R) -- reducedSystem : Matrix % -> Matrix R -- reducedSystem : (Matrix %,Vector %) -> Record(mat: Matrix R,vec: Vector R) -- constructor ; compiling file "/tmp/oa-TI9uQ1/code.lsp" (written 01 FEB 2016 10:58:20 PM): ; compiling (DEFPARAMETER |LinearlyExplicitRingOver;AL| ...) ; compiling (DEFUN |LinearlyExplicitRingOver;| ...) ; compiling (DEFUN |LinearlyExplicitRingOver| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-TI9uQ1/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FLINEXP.spad && cp FLINEXP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FLINEXP.fasl \ && if test -f FLINEXP-.NRLIB/code.fasl; then \ cp FLINEXP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FLINEXP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FLINEXP.spad using Spad compiler. FLINEXP abbreviates category FullyLinearlyExplicitRingOver debug: compDefine1 lhs: (FullyLinearlyExplicitRingOver R) signature (pre-evaluate): ((Category) (Ring)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((Category) (Ring)) debug: compDefine1 lhs: (FullyLinearlyExplicitRingOver R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for FullyLinearlyExplicitRingOver compiling into /tmp/oa-cRiykb STYLE-WARNING: redefining BOOT::|FullyLinearlyExplicitRingOver| in DEFUN Time: 0.01 SEC. FLINEXP- abbreviates package FullyLinearlyExplicitRingOver& ------------------------------------------------------------------------ initializing stationary directory for FullyLinearlyExplicitRingOver& compiling into /tmp/oa-2eIUo8 compiling exported reducedSystem : Matrix S -> Matrix Integer Time: 0.05 SEC. compiling exported reducedSystem : (Matrix S,Vector S) -> Record(mat: Matrix Integer,vec: Vector Integer) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Warnings: [1] reducedSystem: not known that Ring is of mode CATEGORY(package,reducedSystem: Matrix S -> Matrix Integer,reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix Integer,vec: Vector Integer),reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix R,vec: Vector R),reducedSystem: Matrix S -> Matrix R) Cumulative Statistics for Constructor FullyLinearlyExplicitRingOver& Time: 0.07 seconds finalizing NRLIB FLINEXP- ; compiling file "/tmp/oa-2eIUo8/code.lsp" (written 01 FEB 2016 10:58:21 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FLINEXP-;reducedSystem;MM;1| ...) ; compiling (DEFUN |FLINEXP-;reducedSystem;MVR;2| ...) ; file: /tmp/oa-2eIUo8/code.lsp ; in: DEFUN |FLINEXP-;reducedSystem;MVR;2| ; (DEFUN BOOT::|FLINEXP-;reducedSystem;MVR;2| (BOOT::|m| BOOT::|v| BOOT::$) ; (LET ((BOOT::|rec| (BOOT::SPADCALL BOOT::|m| BOOT::|v| #))) ; (BOOT::SPADCALL (CAR BOOT::|rec|) (CDR BOOT::|rec|) ; (BOOT::|shellEntry| BOOT::$ 21)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLINEXP-;reducedSystem;MVR;2| ; (BOOT::|m| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|FLINEXP-;reducedSystem;MVR;2| ; (LET ((BOOT::|rec| #)) ; (BOOT::SPADCALL (CAR BOOT::|rec|) (CDR BOOT::|rec|) ; (BOOT::|shellEntry| BOOT::$ 21))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FullyLinearlyExplicitRingOver&| ...) ; compiling (MAKEPROP (QUOTE |FullyLinearlyExplicitRingOver&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-2eIUo8/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ finalizing NRLIB FLINEXP Processing FullyLinearlyExplicitRingOver for Browser database: -- constructor ; compiling file "/tmp/oa-cRiykb/code.lsp" (written 01 FEB 2016 10:58:21 PM): ; compiling (DEFPARAMETER |FullyLinearlyExplicitRingOver;AL| ...) ; compiling (DEFUN |FullyLinearlyExplicitRingOver;| ...) ; compiling (DEFUN |FullyLinearlyExplicitRingOver| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-cRiykb/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile DIFFMOD.spad && cp DIFFMOD.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DIFFMOD.fasl \ && if test -f DIFFMOD-.NRLIB/code.fasl; then \ cp DIFFMOD-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DIFFMOD-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DIFFMOD.spad using Spad compiler. DIFFMOD abbreviates category DifferentialModule debug: compDefine1 lhs: (DifferentialModule R) signature (pre-evaluate): ((Category) (Ring)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((Category) (Ring)) debug: compDefine1 lhs: (DifferentialModule R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for DifferentialModule compiling into /tmp/oa-a5Bbfi STYLE-WARNING: redefining BOOT::|DifferentialModule| in DEFUN Time: 0.01 SEC. finalizing NRLIB DIFFMOD Processing DifferentialModule for Browser database: -- constructor ; compiling file "/tmp/oa-a5Bbfi/code.lsp" (written 01 FEB 2016 10:58:21 PM): ; compiling (DEFPARAMETER |DifferentialModule;AL| ...) ; compiling (DEFUN |DifferentialModule;| ...) ; compiling (DEFUN |DifferentialModule| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-a5Bbfi/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PATMAB.spad && cp PATMAB.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PATMAB.fasl \ && if test -f PATMAB-.NRLIB/code.fasl; then \ cp PATMAB-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PATMAB-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PATMAB.spad using Spad compiler. PATMAB abbreviates category PatternMatchable debug: compDefine1 lhs: (PatternMatchable S) signature (pre-evaluate): ((Category) (SetCategory)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Category) (SetCategory)) debug: compDefine1 lhs: (PatternMatchable S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for PatternMatchable compiling into /tmp/oa-ZQ6FAp STYLE-WARNING: redefining BOOT::|PatternMatchable| in DEFUN Time: 0.01 SEC. finalizing NRLIB PATMAB Processing PatternMatchable for Browser database: -- patternMatch : (%,Pattern S,PatternMatchResult(S,%)) -> PatternMatchResult(S,%) -- constructor ; compiling file "/tmp/oa-ZQ6FAp/code.lsp" (written 01 FEB 2016 10:58:21 PM): ; compiling (DEFPARAMETER |PatternMatchable;AL| ...) ; compiling (DEFUN |PatternMatchable;| ...) ; compiling (DEFUN |PatternMatchable| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-ZQ6FAp/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile REAL.spad && cp REAL.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/REAL.fasl \ && if test -f REAL-.NRLIB/code.fasl; then \ cp REAL-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/REAL-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/REAL.spad using Spad compiler. REAL abbreviates category RealConstant debug: compDefine1 lhs: (RealConstant) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for RealConstant compiling into /tmp/oa-bphG5w STYLE-WARNING: redefining BOOT::|RealConstant| in DEFUN Time: 0.01 SEC. finalizing NRLIB REAL Processing RealConstant for Browser database: -- constructor ; compiling file "/tmp/oa-bphG5w/code.lsp" (written 01 FEB 2016 10:58:21 PM): ; compiling (DEFPARAMETER |RealConstant;AL| ...) ; compiling (DEFUN |RealConstant;| ...) ; compiling (DEFUN |RealConstant| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-bphG5w/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile LOGIC.spad && cp LOGIC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LOGIC.fasl \ && if test -f LOGIC-.NRLIB/code.fasl; then \ cp LOGIC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LOGIC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LOGIC.spad using Spad compiler. LOGIC abbreviates category Logic debug: compDefine1 lhs: (Logic) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for Logic compiling into /tmp/oa-SgWrFD STYLE-WARNING: redefining BOOT::|Logic| in DEFUN Time: 0.01 SEC. LOGIC- abbreviates package Logic& ------------------------------------------------------------------------ initializing stationary directory for Logic& compiling into /tmp/oa-7fI40B compiling exported \/ : (S,S) -> S Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor Logic& Time: 0 seconds finalizing NRLIB LOGIC- ; compiling file "/tmp/oa-7fI40B/code.lsp" (written 01 FEB 2016 10:58:21 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LOGIC-;\\/;3$;1| ...) ; compiling (DEFUN |Logic&| ...) ; compiling (MAKEPROP (QUOTE |Logic&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-7fI40B/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ finalizing NRLIB LOGIC Processing Logic for Browser database: -- ~? : % -> % -- ?/\? : (%,%) -> % -- ?\/? : (%,%) -> % -- constructor ; compiling file "/tmp/oa-SgWrFD/code.lsp" (written 01 FEB 2016 10:58:21 PM): ; compiling (DEFPARAMETER |Logic;AL| ...) ; compiling (DEFUN |Logic;| ...) ; compiling (DEFUN |Logic| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-SgWrFD/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FPATMAB.spad && cp FPATMAB.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FPATMAB.fasl \ && if test -f FPATMAB-.NRLIB/code.fasl; then \ cp FPATMAB-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FPATMAB-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FPATMAB.spad using Spad compiler. FPATMAB abbreviates category FullyPatternMatchable debug: compDefine1 lhs: (FullyPatternMatchable R) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (FullyPatternMatchable R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for FullyPatternMatchable compiling into /tmp/oa-SavjLM STYLE-WARNING: redefining BOOT::|FullyPatternMatchable| in DEFUN Time: 0.01 SEC. finalizing NRLIB FPATMAB Processing FullyPatternMatchable for Browser database: -- constructor ; compiling file "/tmp/oa-SavjLM/code.lsp" (written 01 FEB 2016 10:58:21 PM): ; compiling (DEFPARAMETER |FullyPatternMatchable;AL| ...) ; compiling (DEFUN |FullyPatternMatchable;| ...) ; compiling (DEFUN |FullyPatternMatchable| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-SavjLM/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ORDSTRCT.spad && cp ORDSTRCT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ORDSTRCT.fasl \ && if test -f ORDSTRCT-.NRLIB/code.fasl; then \ cp ORDSTRCT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ORDSTRCT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ORDSTRCT.spad using Spad compiler. ORDSTRCT abbreviates domain OrderedStructure debug: compDefine1 lhs: (OrderedStructure T$ f) signature (pre-evaluate): ((Join (OrderedType) (HomotopicTo T$) (CATEGORY package (IF (has T$ (CoercibleTo (OutputForm))) (ATTRIBUTE (CoercibleTo (OutputForm))) %noBranch))) (Type) (Mapping (Boolean) T$ T$)) debug: evaluateType form: (Join (OrderedType) (HomotopicTo T$) (CATEGORY package (IF (has T$ (CoercibleTo (OutputForm))) (ATTRIBUTE (CoercibleTo (OutputForm))) %noBranch))) $param: (T$ f) debug: evaluateType form: (OrderedType) $param: (T$ f) Debug: evaluateType1 form: (OrderedType) debug: evaluateType form: (HomotopicTo T$) $param: (T$ f) Debug: evaluateType1 form: (HomotopicTo T$) debug: evaluateType1 x: T$ m: (Type) debug: evaluateType form: (CATEGORY package (IF (has T$ (CoercibleTo (OutputForm))) (ATTRIBUTE (CoercibleTo (OutputForm))) %noBranch)) $param: (T$ f) debug: evaluateType form: (Type) $param: (T$ f) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Mapping (Boolean) T$ T$) $param: (T$ f) debug: evaluateType form: (Boolean) $param: (T$ f) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: T$ $param: (T$ f) debug: evaluateType form: T$ $param: (T$ f) debug: compDefine1 signature (post evaluate): ((Join (OrderedType) (HomotopicTo T$) (CATEGORY package (IF (has T$ (CoercibleTo (OutputForm))) (ATTRIBUTE (CoercibleTo (OutputForm))) %noBranch))) (Type) (Mapping (Boolean) T$ T$)) debug: compDefine1 lhs: (OrderedStructure T$ f) signature (pre-evaluate): ((Join (OrderedType) (HomotopicTo T$) (CATEGORY package (IF (has T$ (CoercibleTo (OutputForm))) (ATTRIBUTE (CoercibleTo (OutputForm))) %noBranch))) NIL NIL) debug: evaluateType form: (Join (OrderedType) (HomotopicTo T$) (CATEGORY package (IF (has T$ (CoercibleTo (OutputForm))) (ATTRIBUTE (CoercibleTo (OutputForm))) %noBranch))) $param: (T$ f) debug: evaluateType form: (OrderedType) $param: (T$ f) Debug: evaluateType1 form: (OrderedType) debug: evaluateType form: (HomotopicTo T$) $param: (T$ f) Debug: evaluateType1 form: (HomotopicTo T$) debug: evaluateType1 x: T$ m: (Type) debug: evaluateType form: (CATEGORY package (IF (has T$ (CoercibleTo (OutputForm))) (ATTRIBUTE (CoercibleTo (OutputForm))) %noBranch)) $param: (T$ f) debug: compDefine1 signature (post evaluate): ((Join (OrderedType) (HomotopicTo T$) (CATEGORY package (IF (has T$ (CoercibleTo (OutputForm))) (ATTRIBUTE (CoercibleTo (OutputForm))) %noBranch))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for OrderedStructure compiling into /tmp/oa-3EwV3X compiling exported coerce : % -> T ORDSTRCT;coerce;$T$;1 x is replaced by x Time: 0.01 SEC. compiling exported coerce : T -> % ORDSTRCT;coerce;T$$;2 y is replaced by y Time: 0 SEC. compiling exported < : (%,%) -> Boolean Time: 0 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor OrderedStructure Time: 0.02 seconds finalizing NRLIB ORDSTRCT Processing OrderedStructure for Browser database: -- constructor ; compiling file "/tmp/oa-3EwV3X/code.lsp" (written 01 FEB 2016 10:58:21 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ORDSTRCT;coerce;$T$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ORDSTRCT;coerce;T$$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ORDSTRCT;coerce;$T$;1| ...) ; compiling (DEFUN |ORDSTRCT;coerce;T$$;2| ...) ; compiling (DEFUN |ORDSTRCT;<;2$B;3| ...) ; file: /tmp/oa-3EwV3X/code.lsp ; in: DEFUN |ORDSTRCT;<;2$B;3| ; (DEFUN BOOT::|ORDSTRCT;<;2$B;3| (BOOT::|x| BOOT::|y| BOOT::$) ; (FUNCALL (CAR (BOOT::|shellEntry| BOOT::$ 7)) BOOT::|x| BOOT::|y| ; (CDR (BOOT::|shellEntry| BOOT::$ 7)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ORDSTRCT;<;2$B;3| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|ORDSTRCT;<;2$B;3| ; (FUNCALL (CAR (BOOT::|shellEntry| BOOT::$ 7)) BOOT::|x| BOOT::|y| ; (CDR (BOOT::|shellEntry| BOOT::$ 7))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |ORDSTRCT;coerce;$Of;4| ...) ; compiling (DEFUN |OrderedStructure| ...) ; compiling (DEFUN |OrderedStructure;| ...) ; compiling (MAKEPROP (QUOTE |OrderedStructure|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-3EwV3X/code.fasl written ; compilation finished in 0:00:00.021 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile BOOLE.spad && cp BOOLE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/BOOLE.fasl \ && if test -f BOOLE-.NRLIB/code.fasl; then \ cp BOOLE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/BOOLE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/BOOLE.spad using Spad compiler. BOOLE abbreviates category BooleanLogic debug: compDefine1 lhs: (BooleanLogic) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for BooleanLogic compiling into /tmp/oa-D5zvU7 STYLE-WARNING: redefining BOOT::|BooleanLogic| in DEFUN Time: 0.00 SEC. BOOLE- abbreviates package BooleanLogic& ------------------------------------------------------------------------ initializing stationary directory for BooleanLogic& compiling into /tmp/oa-UQDOc7 compiling exported not : S -> S Time: 0.00 SEC. compiling exported and : (S,S) -> S Time: 0 SEC. compiling exported or : (S,S) -> S Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor BooleanLogic& Time: 0.00 seconds finalizing NRLIB BOOLE- ; compiling file "/tmp/oa-UQDOc7/code.lsp" (written 01 FEB 2016 10:58:21 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |BOOLE-;not;2$;1| ...) ; compiling (DEFUN |BOOLE-;and;3$;2| ...) ; compiling (DEFUN |BOOLE-;or;3$;3| ...) ; compiling (DEFUN |BooleanLogic&| ...) ; compiling (MAKEPROP (QUOTE |BooleanLogic&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-UQDOc7/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ finalizing NRLIB BOOLE Processing BooleanLogic for Browser database: -- not? : % -> % -- ?and? : (%,%) -> % -- ?or? : (%,%) -> % -- constructor ; compiling file "/tmp/oa-D5zvU7/code.lsp" (written 01 FEB 2016 10:58:21 PM): ; compiling (DEFPARAMETER |BooleanLogic;AL| ...) ; compiling (DEFUN |BooleanLogic;| ...) ; compiling (DEFUN |BooleanLogic| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-D5zvU7/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile TRANFUN.spad && cp TRANFUN.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/TRANFUN.fasl \ && if test -f TRANFUN-.NRLIB/code.fasl; then \ cp TRANFUN-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/TRANFUN-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TRANFUN.spad using Spad compiler. TRANFUN abbreviates category TranscendentalFunctionCategory debug: compDefine1 lhs: (TranscendentalFunctionCategory) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for TranscendentalFunctionCategory compiling into /tmp/oa-igW0se STYLE-WARNING: redefining BOOT::|TranscendentalFunctionCategory| in DEFUN Time: 0.01 SEC. TRANFUN- abbreviates package TranscendentalFunctionCategory& ------------------------------------------------------------------------ initializing stationary directory for TranscendentalFunctionCategory& compiling into /tmp/oa-tAMT2d compiling exported pi : () -> S Time: 0.04 SEC. compiling exported acsch : S -> S Time: 0.01 SEC. compiling exported asech : S -> S Time: 0.00 SEC. compiling exported acoth : S -> S Time: 0.00 SEC. compiling exported asin : S -> S Time: 0.01 SEC. compiling exported acos : S -> S Time: 0.00 SEC. compiling exported acot : S -> S Time: 0.01 SEC. compiling exported asinh : S -> S Time: 0.01 SEC. compiling exported acosh : S -> S Time: 0.01 SEC. compiling exported atanh : S -> S Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor TranscendentalFunctionCategory& Time: 0.10 seconds finalizing NRLIB TRANFUN- ; compiling file "/tmp/oa-tAMT2d/code.lsp" (written 01 FEB 2016 10:58:22 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |TRANFUN-;pi;$;1| ...) ; compiling (DEFUN |TRANFUN-;acsch;2$;2| ...) ; compiling (DEFUN |TRANFUN-;asech;2$;3| ...) ; compiling (DEFUN |TRANFUN-;acoth;2$;4| ...) ; compiling (DEFUN |TRANFUN-;asin;2$;5| ...) ; compiling (DEFUN |TRANFUN-;acos;2$;6| ...) ; compiling (DEFUN |TRANFUN-;acot;2$;7| ...) ; compiling (DEFUN |TRANFUN-;asinh;2$;8| ...) ; compiling (DEFUN |TRANFUN-;acosh;2$;9| ...) ; compiling (DEFUN |TRANFUN-;atanh;2$;10| ...) ; compiling (DEFUN |TranscendentalFunctionCategory&| ...) ; compiling (MAKEPROP (QUOTE |TranscendentalFunctionCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-tAMT2d/code.fasl written ; compilation finished in 0:00:00.036 ------------------------------------------------------------------------ finalizing NRLIB TRANFUN Processing TranscendentalFunctionCategory for Browser database: -- pi : () -> % -- constructor ; compiling file "/tmp/oa-igW0se/code.lsp" (written 01 FEB 2016 10:58:22 PM): ; compiling (DEFPARAMETER |TranscendentalFunctionCategory;AL| ...) ; compiling (DEFUN |TranscendentalFunctionCategory;| ...) ; compiling (DEFUN |TranscendentalFunctionCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-igW0se/code.fasl written ; compilation finished in 0:00:00.006 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FEVALAB.spad && cp FEVALAB.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FEVALAB.fasl \ && if test -f FEVALAB-.NRLIB/code.fasl; then \ cp FEVALAB-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FEVALAB-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FEVALAB.spad using Spad compiler. FEVALAB abbreviates category FullyEvalableOver debug: compDefine1 lhs: (FullyEvalableOver R) signature (pre-evaluate): ((Category) (SetCategory)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Category) (SetCategory)) debug: compDefine1 lhs: (FullyEvalableOver R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for FullyEvalableOver compiling into /tmp/oa-YwY2wo STYLE-WARNING: redefining BOOT::|FullyEvalableOver| in DEFUN Time: 0.01 SEC. FEVALAB- abbreviates package FullyEvalableOver& ------------------------------------------------------------------------ initializing stationary directory for FullyEvalableOver& compiling into /tmp/oa-0uXjOo compiling exported elt : (S,R) -> S Time: 0.01 SEC. compiling exported eval : (S,List Equation R) -> S Time: 0.01 SEC. compiling exported eval : (S,List Symbol,List R) -> S Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor FullyEvalableOver& Time: 0.03 seconds finalizing NRLIB FEVALAB- ; compiling file "/tmp/oa-0uXjOo/code.lsp" (written 01 FEB 2016 10:58:22 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FEVALAB-;elt;$R$;1| ...) ; compiling (DEFUN |FEVALAB-;elt;$R$;1!0| ...) ; compiling (DEFUN |FEVALAB-;eval;$L$;2| ...) ; compiling (DEFUN |FEVALAB-;eval;$L$;2!0| ...) ; compiling (DEFUN |FEVALAB-;eval;$LL$;3| ...) ; compiling (DEFUN |FEVALAB-;eval;$LL$;3!0| ...) ; compiling (DEFUN |FullyEvalableOver&| ...) ; compiling (MAKEPROP (QUOTE |FullyEvalableOver&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-0uXjOo/code.fasl written ; compilation finished in 0:00:00.021 ------------------------------------------------------------------------ finalizing NRLIB FEVALAB Processing FullyEvalableOver for Browser database: -- constructor ; compiling file "/tmp/oa-YwY2wo/code.lsp" (written 01 FEB 2016 10:58:22 PM): ; compiling (DEFPARAMETER |FullyEvalableOver;AL| ...) ; compiling (DEFUN |FullyEvalableOver;| ...) ; compiling (DEFUN |FullyEvalableOver| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-YwY2wo/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/INTFACT.fasl --optimize=3 INTFACT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INTFACT.spad using Spad compiler. INTFACT abbreviates package IntegerFactorizationPackage debug: compDefine1 lhs: (IntegerFactorizationPackage I) signature (pre-evaluate): ((CATEGORY package (SIGNATURE factor ((Factored I) I)) (SIGNATURE squareFree ((Factored I) I)) (SIGNATURE BasicMethod ((Factored I) I)) (SIGNATURE PollardSmallFactor ((Union I failed) I))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE factor ((Factored I) I)) (SIGNATURE squareFree ((Factored I) I)) (SIGNATURE BasicMethod ((Factored I) I)) (SIGNATURE PollardSmallFactor ((Union I failed) I))) $param: (I) debug: evaluateType form: (Factored I) $param: (I) Debug: evaluateType1 form: (Factored I) debug: evaluateType1 x: I m: (IntegralDomain) debug: evaluateType form: I $param: (I) debug: evaluateType form: (Factored I) $param: (I) Debug: evaluateType1 form: (Factored I) debug: evaluateType1 x: I m: (IntegralDomain) debug: evaluateType form: I $param: (I) debug: evaluateType form: (Factored I) $param: (I) Debug: evaluateType1 form: (Factored I) debug: evaluateType1 x: I m: (IntegralDomain) debug: evaluateType form: I $param: (I) debug: evaluateType form: (Union I failed) $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: failed $param: (I) debug: evaluateType form: I $param: (I) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE factor ((Factored I) I)) (SIGNATURE squareFree ((Factored I) I)) (SIGNATURE BasicMethod ((Factored I) I)) (SIGNATURE PollardSmallFactor ((Union I failed) I))) NIL) ------------------------------------------------------------------------ initializing stationary directory for IntegerFactorizationPackage compiling into /tmp/oa-MLcA3D importing IntegerRoots I compiling exported squareFree : I -> Factored I Time: 0.09 SEC. compiling exported PollardSmallFactor : I -> Union(I,failed) Time: 0.02 SEC. compiling local PollardSmallFactor20 : I -> Union(I,failed) Time: 0.00 SEC. compiling local BasicSieve : (I,I) -> Factored I Time: 0.07 SEC. compiling exported BasicMethod : I -> Factored I Time: 0.01 SEC. compiling exported factor : I -> Factored I Time: 0.06 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] squareFree: sv has no value [2] squareFree: l has no value [3] PollardSmallFactor: k has no value [4] PollardSmallFactor: ys has no value [5] PollardSmallFactor: x has no value [6] PollardSmallFactor: G has no value [7] PollardSmallFactor20: r has no value [8] BasicSieve: m has no value [9] factor: m' has no value Cumulative Statistics for Constructor IntegerFactorizationPackage Time: 0.27 seconds finalizing NRLIB INTFACT Processing IntegerFactorizationPackage for Browser database: -- factor : I -> FF -- squareFree : I -> FF -- BasicMethod : I -> FF -- PollardSmallFactor : I -> Union(I,"failed") -- constructor ; compiling file "/tmp/oa-MLcA3D/code.lsp" (written 01 FEB 2016 10:58:22 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |INTFACT;squareFree;IF;1| ...) ; compiling (DEFUN |INTFACT;PollardSmallFactor;IU;2| ...) ; compiling (DEFUN |INTFACT;PollardSmallFactor20| ...) ; compiling (DEFUN |INTFACT;BasicSieve| ...) ; compiling (DEFUN |INTFACT;BasicMethod;IF;5| ...) ; compiling (DEFUN |INTFACT;factor;IF;6| ...) ; compiling (DEFUN |IntegerFactorizationPackage| ...) ; compiling (DEFUN |IntegerFactorizationPackage;| ...) ; compiling (MAKEPROP (QUOTE |IntegerFactorizationPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-MLcA3D/code.fasl written ; compilation finished in 0:00:00.174 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/PRIMES.fasl --optimize=3 PRIMES.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PRIMES.spad using Spad compiler. PRIMES abbreviates package IntegerPrimesPackage debug: compDefine1 lhs: (IntegerPrimesPackage I) signature (pre-evaluate): ((CATEGORY package (SIGNATURE prime? ((Boolean) I)) (SIGNATURE nextPrime (I I)) (SIGNATURE prevPrime (I I)) (SIGNATURE primes ((List I) I I))) (IntegerNumberSystem)) debug: evaluateType form: (CATEGORY package (SIGNATURE prime? ((Boolean) I)) (SIGNATURE nextPrime (I I)) (SIGNATURE prevPrime (I I)) (SIGNATURE primes ((List I) I I))) $param: (I) debug: evaluateType form: (Boolean) $param: (I) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: (List I) $param: (I) Debug: evaluateType1 form: (List I) debug: evaluateType1 x: I m: (Type) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: (IntegerNumberSystem) $param: (I) Debug: evaluateType1 form: (IntegerNumberSystem) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE prime? ((Boolean) I)) (SIGNATURE nextPrime (I I)) (SIGNATURE prevPrime (I I)) (SIGNATURE primes ((List I) I I))) (IntegerNumberSystem)) debug: compDefine1 lhs: (IntegerPrimesPackage I) signature (pre-evaluate): ((CATEGORY package (SIGNATURE prime? ((Boolean) I)) (SIGNATURE nextPrime (I I)) (SIGNATURE prevPrime (I I)) (SIGNATURE primes ((List I) I I))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE prime? ((Boolean) I)) (SIGNATURE nextPrime (I I)) (SIGNATURE prevPrime (I I)) (SIGNATURE primes ((List I) I I))) $param: (I) debug: evaluateType form: (Boolean) $param: (I) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: (List I) $param: (I) Debug: evaluateType1 form: (List I) debug: evaluateType1 x: I m: (Type) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE prime? ((Boolean) I)) (SIGNATURE nextPrime (I I)) (SIGNATURE prevPrime (I I)) (SIGNATURE primes ((List I) I I))) NIL) ------------------------------------------------------------------------ initializing stationary directory for IntegerPrimesPackage compiling into /tmp/oa-6tqTki compiling exported primes : (I,I) -> List I Time: 0.14 SEC. compiling local rabinProvesCompositeSmall : (I,I,I,I,NonNegativeInteger) -> Boolean Time: 0.01 SEC. compiling local rabinProvesComposite : (I,I,I,I,NonNegativeInteger) -> Boolean Time: 0.04 SEC. compiling exported prime? : I -> Boolean Time: 0.09 SEC. compiling exported nextPrime : I -> I Time: 0.00 SEC. compiling exported prevPrime : I -> I Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] rabinProvesComposite: rootsMinus1 has no value [2] prime?: k has no value Cumulative Statistics for Constructor IntegerPrimesPackage Time: 0.31 seconds finalizing NRLIB PRIMES Processing IntegerPrimesPackage for Browser database: -- prime? : I -> Boolean -- nextPrime : I -> I -- prevPrime : I -> I -- primes : (I,I) -> List I -- constructor ; compiling file "/tmp/oa-6tqTki/code.lsp" (written 01 FEB 2016 10:58:23 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PRIMES;primes;2IL;1| ...) ; file: /tmp/oa-6tqTki/code.lsp ; in: DEFUN |PRIMES;primes;2IL;1| ; (DEFUN BOOT::|PRIMES;primes;2IL;1| (BOOT::|m| BOOT::|n| BOOT::$) ; (PROG (BOOT::|ll|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRIMES;primes;2IL;1| ; (BOOT::|m| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|PRIMES;primes;2IL;1| ; (PROG (BOOT::|ll|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PRIMES;rabinProvesCompositeSmall| ...) ; compiling (DEFUN |PRIMES;rabinProvesComposite| ...) ; compiling (DEFUN |PRIMES;prime?;IB;4| ...) ; file: /tmp/oa-6tqTki/code.lsp ; in: DEFUN |PRIMES;prime?;IB;4| ; (DEFUN BOOT::|PRIMES;prime?;IB;4| (BOOT::|n| BOOT::$) ; (PROG (BOOT::|probablySafe| BOOT::|currPrime| BOOT::|n9| BOOT::|mn|) ; (RETURN (COND (# NIL) (# #) (# NIL) (# T) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRIMES;prime?;IB;4| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|PRIMES;prime?;IB;4| ; (PROG (BOOT::|probablySafe| BOOT::|currPrime| BOOT::|n9| BOOT::|mn|) ; (RETURN (COND # # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |PRIMES;nextPrime;2I;5| ...) ; compiling (DEFUN |PRIMES;prevPrime;2I;6| ...) ; compiling (DEFUN |IntegerPrimesPackage| ...) ; compiling (DEFUN |IntegerPrimesPackage;| ...) ; compiling (MAKEPROP (QUOTE |IntegerPrimesPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-6tqTki/code.fasl written ; compilation finished in 0:00:00.217 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/COMBINAT.fasl --optimize=3 COMBINAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/COMBINAT.spad using Spad compiler. COMBINAT abbreviates package IntegerCombinatoricFunctions debug: compDefine1 lhs: (IntegerCombinatoricFunctions I) signature (pre-evaluate): ((CATEGORY package (SIGNATURE binomial (I I I)) (SIGNATURE factorial (I I)) (SIGNATURE multinomial (I I (List I))) (SIGNATURE partition (I I)) (SIGNATURE permutation (I I I)) (SIGNATURE stirling1 (I I I)) (SIGNATURE stirling2 (I I I))) (IntegerNumberSystem)) debug: evaluateType form: (CATEGORY package (SIGNATURE binomial (I I I)) (SIGNATURE factorial (I I)) (SIGNATURE multinomial (I I (List I))) (SIGNATURE partition (I I)) (SIGNATURE permutation (I I I)) (SIGNATURE stirling1 (I I I)) (SIGNATURE stirling2 (I I I))) $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: (List I) $param: (I) Debug: evaluateType1 form: (List I) debug: evaluateType1 x: I m: (Type) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: (IntegerNumberSystem) $param: (I) Debug: evaluateType1 form: (IntegerNumberSystem) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE binomial (I I I)) (SIGNATURE factorial (I I)) (SIGNATURE multinomial (I I (List I))) (SIGNATURE partition (I I)) (SIGNATURE permutation (I I I)) (SIGNATURE stirling1 (I I I)) (SIGNATURE stirling2 (I I I))) (IntegerNumberSystem)) debug: compDefine1 lhs: (IntegerCombinatoricFunctions I) signature (pre-evaluate): ((CATEGORY package (SIGNATURE binomial (I I I)) (SIGNATURE factorial (I I)) (SIGNATURE multinomial (I I (List I))) (SIGNATURE partition (I I)) (SIGNATURE permutation (I I I)) (SIGNATURE stirling1 (I I I)) (SIGNATURE stirling2 (I I I))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE binomial (I I I)) (SIGNATURE factorial (I I)) (SIGNATURE multinomial (I I (List I))) (SIGNATURE partition (I I)) (SIGNATURE permutation (I I I)) (SIGNATURE stirling1 (I I I)) (SIGNATURE stirling2 (I I I))) $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: (List I) $param: (I) Debug: evaluateType1 form: (List I) debug: evaluateType1 x: I m: (Type) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE binomial (I I I)) (SIGNATURE factorial (I I)) (SIGNATURE multinomial (I I (List I))) (SIGNATURE partition (I I)) (SIGNATURE permutation (I I I)) (SIGNATURE stirling1 (I I I)) (SIGNATURE stirling2 (I I I))) NIL) ------------------------------------------------------------------------ initializing stationary directory for IntegerCombinatoricFunctions compiling into /tmp/oa-HfQ5jU compiling exported partition : I -> I Time: 0.63 SEC. compiling exported factorial : I -> I Time: 0.02 SEC. compiling exported binomial : (I,I) -> I Time: 0.03 SEC. compiling exported multinomial : (I,List I) -> I Time: 0.02 SEC. compiling exported permutation : (I,I) -> I Time: 0.04 SEC. compiling exported stirling1 : (I,I) -> I Time: 0.04 SEC. compiling exported stirling2 : (I,I) -> I Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] binomial: s has no value [2] binomial: b has no value Cumulative Statistics for Constructor IntegerCombinatoricFunctions Time: 0.81 seconds finalizing NRLIB COMBINAT Processing IntegerCombinatoricFunctions for Browser database: -- binomial : (I,I) -> I -- factorial : I -> I -- multinomial : (I,List I) -> I -- partition : I -> I -- permutation : (I,I) -> I -- stirling1 : (I,I) -> I -- stirling2 : (I,I) -> I --->../../x86_64-unknown-linux-gnu/src/algebra/combinat.spad-->IntegerCombinatoricFunctions(constructor): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/combinat.spad-->IntegerCombinatoricFunctions: Missing Description ; compiling file "/tmp/oa-HfQ5jU/code.lsp" (written 01 FEB 2016 10:58:24 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |COMBINAT;partition;2I;1| ...) ; compiling (DEFUN |COMBINAT;factorial;2I;2| ...) ; compiling (DEFUN |COMBINAT;binomial;3I;3| ...) ; compiling (DEFUN |COMBINAT;multinomial;ILI;4| ...) ; compiling (DEFUN |COMBINAT;permutation;3I;5| ...) ; compiling (DEFUN |COMBINAT;stirling1;3I;6| ...) ; compiling (DEFUN |COMBINAT;stirling2;3I;7| ...) ; compiling (DEFUN |IntegerCombinatoricFunctions| ...) ; compiling (DEFUN |IntegerCombinatoricFunctions;| ...) ; compiling (MAKEPROP (QUOTE |IntegerCombinatoricFunctions|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-HfQ5jU/code.fasl written ; compilation finished in 0:00:00.134 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/PMINS.fasl --optimize=3 PMINS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PMINS.spad using Spad compiler. PMINS abbreviates package PatternMatchIntegerNumberSystem debug: compDefine1 lhs: (PatternMatchIntegerNumberSystem I) signature (pre-evaluate): ((CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult (Integer) I) I (Pattern (Integer)) (PatternMatchResult (Integer) I)))) (IntegerNumberSystem)) debug: evaluateType form: (CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult (Integer) I) I (Pattern (Integer)) (PatternMatchResult (Integer) I)))) $param: (I) debug: evaluateType form: (PatternMatchResult (Integer) I) $param: (I) Debug: evaluateType1 form: (PatternMatchResult (Integer) I) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (I) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: (I) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType1 x: I m: (SetCategory) debug: evaluateType form: I $param: (I) debug: evaluateType form: (Pattern (Integer)) $param: (I) Debug: evaluateType1 form: (Pattern (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (I) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: (I) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (PatternMatchResult (Integer) I) $param: (I) Debug: evaluateType1 form: (PatternMatchResult (Integer) I) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (I) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: (I) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType1 x: I m: (SetCategory) debug: evaluateType form: (IntegerNumberSystem) $param: (I) Debug: evaluateType1 form: (IntegerNumberSystem) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult (Integer) I) I (Pattern (Integer)) (PatternMatchResult (Integer) I)))) (IntegerNumberSystem)) debug: compDefine1 lhs: (PatternMatchIntegerNumberSystem I) signature (pre-evaluate): ((CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult (Integer) I) I (Pattern (Integer)) (PatternMatchResult (Integer) I)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult (Integer) I) I (Pattern (Integer)) (PatternMatchResult (Integer) I)))) $param: (I) debug: evaluateType form: (PatternMatchResult (Integer) I) $param: (I) Debug: evaluateType1 form: (PatternMatchResult (Integer) I) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (I) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: (I) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType1 x: I m: (SetCategory) debug: evaluateType form: I $param: (I) debug: evaluateType form: (Pattern (Integer)) $param: (I) Debug: evaluateType1 form: (Pattern (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (I) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: (I) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (PatternMatchResult (Integer) I) $param: (I) Debug: evaluateType1 form: (PatternMatchResult (Integer) I) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (I) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: (I) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType1 x: I m: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult (Integer) I) I (Pattern (Integer)) (PatternMatchResult (Integer) I)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for PatternMatchIntegerNumberSystem compiling into /tmp/oa-AHXSO2 importing IntegerRoots I compiling exported patternMatch : (I,Pattern Integer,PatternMatchResult(Integer,I)) -> PatternMatchResult(Integer,I) Time: 0.04 SEC. compiling local patternMatchRestricted : (I,Pattern Integer,PatternMatchResult(Integer,I),I) -> PatternMatchResult(Integer,I) Time: 0.00 SEC. compiling local patternMatchSumProd : (I,List Pattern Integer,PatternMatchResult(Integer,I),(I,I) -> Union(I,failed),I) -> PatternMatchResult(Integer,I) Time: 0.03 SEC. compiling local patternMatchInner : (I,Pattern Integer,PatternMatchResult(Integer,I)) -> PatternMatchResult(Integer,I) Time: 0.08 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor PatternMatchIntegerNumberSystem Time: 0.16 seconds finalizing NRLIB PMINS Processing PatternMatchIntegerNumberSystem for Browser database: -- patternMatch : (I,Pattern Integer,PatternMatchResult(Integer,I)) -> PatternMatchResult(Integer,I) -- constructor ; compiling file "/tmp/oa-AHXSO2/code.lsp" (written 01 FEB 2016 10:58:24 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PMINS;patternMatch;IP2Pmr;1| ...) ; compiling (DEFUN |PMINS;patternMatchRestricted| ...) ; compiling (DEFUN |PMINS;patternMatchSumProd| ...) ; compiling (DEFUN |PMINS;patternMatchInner| ...) ; compiling (DEFUN |PMINS;patternMatchInner!1| ...) ; compiling (DEFUN |PMINS;patternMatchInner!0| ...) ; compiling (DEFUN |PatternMatchIntegerNumberSystem| ...) ; compiling (DEFUN |PatternMatchIntegerNumberSystem;| ...) ; compiling (MAKEPROP (QUOTE |PatternMatchIntegerNumberSystem|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-AHXSO2/code.fasl written ; compilation finished in 0:00:00.051 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile INS.spad && cp INS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INS.fasl \ && if test -f INS-.NRLIB/code.fasl; then \ cp INS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INS.spad using Spad compiler. INS abbreviates category IntegerNumberSystem debug: compDefine1 lhs: (IntegerNumberSystem) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for IntegerNumberSystem compiling into /tmp/oa-lKsaSn STYLE-WARNING: redefining BOOT::|IntegerNumberSystem;| in DEFUN STYLE-WARNING: redefining BOOT::|IntegerNumberSystem| in DEFUN Time: 0.06 SEC. INS- abbreviates package IntegerNumberSystem& ------------------------------------------------------------------------ initializing stationary directory for IntegerNumberSystem& compiling into /tmp/oa-u40Jav compiling exported characteristic : () -> NonNegativeInteger INS-;characteristic;Nni;1 is replaced by 0 Time: 0.02 SEC. compiling exported differentiate : S -> S Time: 0 SEC. compiling exported even? : S -> Boolean Time: 0.00 SEC. compiling exported copy : S -> S INS-;copy;2$;4 x is replaced by x Time: 0 SEC. compiling exported bit? : (S,S) -> Boolean Time: 0.00 SEC. compiling exported mask : S -> S Time: 0 SEC. compiling exported rational? : S -> Boolean INS-;rational?;$B;7 x is replaced by %true Time: 0 SEC. compiling exported euclideanSize : S -> NonNegativeInteger Time: 0.02 SEC. compiling exported convert : S -> Float Time: 0.03 SEC. compiling exported convert : S -> DoubleFloat Time: 0.02 SEC. compiling exported convert : S -> InputForm Time: 0.04 SEC. compiling exported retract : S -> Integer Time: 0 SEC. compiling exported convert : S -> Pattern Integer Time: 0.01 SEC. compiling exported factor : S -> Factored S Time: 0.01 SEC. compiling exported squareFree : S -> Factored S Time: 0.00 SEC. compiling exported prime? : S -> Boolean Time: 0.00 SEC. compiling exported factorial : S -> S Time: 0 SEC. compiling exported binomial : (S,S) -> S Time: 0.00 SEC. compiling exported permutation : (S,S) -> S Time: 0 SEC. compiling exported retractIfCan : S -> Union(Integer,failed) Time: 0.01 SEC. compiling exported init : () -> S Time: 0 SEC. compiling exported nextItem : S -> Maybe S Time: 0.01 SEC. compiling exported patternMatch : (S,Pattern Integer,PatternMatchResult(Integer,S)) -> PatternMatchResult(Integer,S) Time: 0.00 SEC. compiling exported rational : S -> Fraction Integer Time: 0.01 SEC. compiling exported rationalIfCan : S -> Union(Fraction Integer,failed) Time: 0.01 SEC. compiling exported symmetricRemainder : (S,S) -> S Time: 0.01 SEC. compiling exported invmod : (S,S) -> S Time: 0.02 SEC. compiling exported powmod : (S,S,S) -> S Time: 0.02 SEC. (time taken in buildFunctor: 4) Time: 0.01 SEC. Warnings: [1] factor: not known that IntegralDomain is of mode CATEGORY(package,invmod: (S,S) -> S,powmod: (S,S,S) -> S,mask: S -> S,copy: S -> S,rationalIfCan: S -> Union(Fraction Integer,"failed"),rational: S -> Fraction Integer,rational?: S -> Boolean,symmetricRemainder: (S,S) -> S,bit?: (S,S) -> Boolean,even?: S -> Boolean,init: () -> S,nextItem: S -> Maybe S,convert: S -> DoubleFloat,convert: S -> Float,permutation: (S,S) -> S,factorial: S -> S,binomial: (S,S) -> S,patternMatch: (S,Pattern Integer,PatternMatchResult(Integer,S)) -> PatternMatchResult(Integer,S),convert: S -> Pattern Integer,convert: S -> InputForm,retractIfCan: S -> Union(Integer,"failed"),retract: S -> Integer,convert: S -> Integer,differentiate: (S,NonNegativeInteger) -> S,differentiate: S -> S,euclideanSize: S -> NonNegativeInteger,factor: S -> Factored S,squareFree: S -> Factored S,prime?: S -> Boolean,characteristic: () -> NonNegativeInteger) [2] patternMatch: not known that SetCategory is of mode CATEGORY(package,invmod: (S,S) -> S,powmod: (S,S,S) -> S,mask: S -> S,copy: S -> S,rationalIfCan: S -> Union(Fraction Integer,"failed"),rational: S -> Fraction Integer,rational?: S -> Boolean,symmetricRemainder: (S,S) -> S,bit?: (S,S) -> Boolean,even?: S -> Boolean,init: () -> S,nextItem: S -> Maybe S,convert: S -> DoubleFloat,convert: S -> Float,permutation: (S,S) -> S,factorial: S -> S,binomial: (S,S) -> S,patternMatch: (S,Pattern Integer,PatternMatchResult(Integer,S)) -> PatternMatchResult(Integer,S),convert: S -> Pattern Integer,convert: S -> InputForm,retractIfCan: S -> Union(Integer,"failed"),retract: S -> Integer,convert: S -> Integer,differentiate: (S,NonNegativeInteger) -> S,differentiate: S -> S,euclideanSize: S -> NonNegativeInteger,factor: S -> Factored S,squareFree: S -> Factored S,prime?: S -> Boolean,characteristic: () -> NonNegativeInteger) [3] powmod: y has no value Cumulative Statistics for Constructor IntegerNumberSystem& Time: 0.27 seconds finalizing NRLIB INS- ; compiling file "/tmp/oa-u40Jav/code.lsp" (written 01 FEB 2016 10:58:25 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INS-;characteristic;Nni;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INS-;copy;2$;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INS-;rational?;$B;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |INS-;characteristic;Nni;1| ...) ; compiling (DEFUN |INS-;differentiate;2$;2| ...) ; file: /tmp/oa-u40Jav/code.lsp ; in: DEFUN |INS-;differentiate;2$;2| ; (DEFUN BOOT::|INS-;differentiate;2$;2| (BOOT::|x| BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 10)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INS-;differentiate;2$;2| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|INS-;differentiate;2$;2| (BOOT::|spadConstant| BOOT::$ 10))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |INS-;even?;$B;3| ...) ; compiling (DEFUN |INS-;copy;2$;4| ...) ; compiling (DEFUN |INS-;bit?;2$B;5| ...) ; file: /tmp/oa-u40Jav/code.lsp ; in: DEFUN |INS-;bit?;2$B;5| ; (DEFUN BOOT::|INS-;bit?;2$B;5| (BOOT::|x| BOOT::|i| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| ; (BOOT::SPADCALL BOOT::|i| (BOOT::|shellEntry| BOOT::$ 17)) ; (BOOT::|shellEntry| BOOT::$ 18)) ; (BOOT::|shellEntry| BOOT::$ 13))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INS-;bit?;2$B;5| ; (BOOT::|x| BOOT::|i| BOOT::$) ; (BLOCK BOOT::|INS-;bit?;2$B;5| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| (BOOT::SPADCALL BOOT::|i| #) ; (BOOT::|shellEntry| BOOT::$ 18)) ; (BOOT::|shellEntry| BOOT::$ 13)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |INS-;mask;2$;6| ...) ; compiling (DEFUN |INS-;rational?;$B;7| ...) ; file: /tmp/oa-u40Jav/code.lsp ; in: DEFUN |INS-;rational?;$B;7| ; (DEFUN BOOT::|INS-;rational?;$B;7| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; T) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INS-;rational?;$B;7| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|INS-;rational?;$B;7| T)) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |INS-;euclideanSize;$Nni;8| ...) ; file: /tmp/oa-u40Jav/code.lsp ; in: DEFUN |INS-;euclideanSize;$Nni;8| ; (DEFUN BOOT::|INS-;euclideanSize;$Nni;8| (BOOT::|x| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|x| (BOOT::|spadConstant| BOOT::$ 10) ; (BOOT::|shellEntry| BOOT::$ 25)) ; (BOOT::|error| "euclideanSize called on zero")) ; ((BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 26)) ; (LET (#) ; (COND # #))) ; (T ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INS-;euclideanSize;$Nni;8| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|INS-;euclideanSize;$Nni;8| ; (COND ; ((BOOT::SPADCALL BOOT::|x| # #) ; (BOOT::|error| "euclideanSize called on zero")) ; ((BOOT::SPADCALL BOOT::|x| #) ; (LET # ; #)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |INS-;convert;$F;9| ...) ; compiling (DEFUN |INS-;convert;$Df;10| ...) ; compiling (DEFUN |INS-;convert;$If;11| ...) ; compiling (DEFUN |INS-;retract;$I;12| ...) ; file: /tmp/oa-u40Jav/code.lsp ; in: DEFUN |INS-;retract;$I;12| ; (DEFUN BOOT::|INS-;retract;$I;12| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 28))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INS-;retract;$I;12| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|INS-;retract;$I;12| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 28)))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |INS-;convert;$P;13| ...) ; compiling (DEFUN |INS-;factor;$F;14| ...) ; compiling (DEFUN |INS-;squareFree;$F;15| ...) ; compiling (DEFUN |INS-;prime?;$B;16| ...) ; file: /tmp/oa-u40Jav/code.lsp ; in: DEFUN |INS-;prime?;$B;16| ; (DEFUN BOOT::|INS-;prime?;$B;16| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 52))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INS-;prime?;$B;16| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|INS-;prime?;$B;16| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 52)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |INS-;factorial;2$;17| ...) ; compiling (DEFUN |INS-;binomial;3$;18| ...) ; compiling (DEFUN |INS-;permutation;3$;19| ...) ; compiling (DEFUN |INS-;retractIfCan;$U;20| ...) ; compiling (DEFUN |INS-;init;$;21| ...) ; compiling (DEFUN |INS-;nextItem;$M;22| ...) ; compiling (DEFUN |INS-;patternMatch;$P2Pmr;23| ...) ; compiling (DEFUN |INS-;rational;$F;24| ...) ; compiling (DEFUN |INS-;rationalIfCan;$U;25| ...) ; compiling (DEFUN |INS-;symmetricRemainder;3$;26| ...) ; compiling (DEFUN |INS-;invmod;3$;27| ...) ; compiling (DEFUN |INS-;powmod;4$;28| ...) ; compiling (DEFUN |IntegerNumberSystem&| ...) ; compiling (MAKEPROP (QUOTE |IntegerNumberSystem&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 4 notes ; /tmp/oa-u40Jav/code.fasl written ; compilation finished in 0:00:00.133 ------------------------------------------------------------------------ finalizing NRLIB INS Processing IntegerNumberSystem for Browser database: -- odd? : % -> Boolean -- even? : % -> Boolean -- multiplicativeValuation : () -> attribute -- base : () -> % -- length : % -> % -- shift : (%,%) -> % -- bit? : (%,%) -> Boolean -- positiveRemainder : (%,%) -> % -- symmetricRemainder : (%,%) -> % -- rational? : % -> Boolean -- rational : % -> Fraction Integer -- rationalIfCan : % -> Union(Fraction Integer,"failed") -- random : () -> % -- random : % -> % -- copy : % -> % -- inc : % -> % -- dec : % -> % -- mask : % -> % -- addmod : (%,%,%) -> % -- submod : (%,%,%) -> % -- mulmod : (%,%,%) -> % -- powmod : (%,%,%) -> % -- invmod : (%,%) -> % -- constructor ; compiling file "/tmp/oa-lKsaSn/code.lsp" (written 01 FEB 2016 10:58:25 PM): ; compiling (DEFPARAMETER |IntegerNumberSystem;AL| ...) ; compiling (DEFUN |IntegerNumberSystem;| ...) ; compiling (DEFUN |IntegerNumberSystem| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-lKsaSn/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile RNS.spad && cp RNS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RNS.fasl \ && if test -f RNS-.NRLIB/code.fasl; then \ cp RNS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RNS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RNS.spad using Spad compiler. RNS abbreviates category RealNumberSystem debug: compDefine1 lhs: (RealNumberSystem) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for RealNumberSystem compiling into /tmp/oa-bxoDLW STYLE-WARNING: redefining BOOT::|RealNumberSystem;| in DEFUN STYLE-WARNING: redefining BOOT::|RealNumberSystem| in DEFUN Time: 0.06 SEC. RNS- abbreviates package RealNumberSystem& ------------------------------------------------------------------------ initializing stationary directory for RealNumberSystem& compiling into /tmp/oa-YhJCA5 compiling exported characteristic : () -> NonNegativeInteger RNS-;characteristic;Nni;1 is replaced by 0 Time: 0.01 SEC. compiling exported fractionPart : S -> S Time: 0 SEC. compiling exported truncate : S -> S Time: 0 SEC. compiling exported round : S -> S Time: 0.02 SEC. compiling exported norm : S -> S Time: 0 SEC. compiling exported coerce : Fraction Integer -> S Time: 0.01 SEC. compiling exported convert : S -> Pattern Float Time: 0.01 SEC. compiling exported floor : S -> S Time: 0.01 SEC. compiling exported ceiling : S -> S Time: 0.01 SEC. compiling exported patternMatch : (S,Pattern Float,PatternMatchResult(Float,S)) -> PatternMatchResult(Float,S) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] patternMatch: not known that SetCategory is of mode CATEGORY(package,round: S -> S,truncate: S -> S,fractionPart: S -> S,floor: S -> S,ceiling: S -> S,norm: S -> S,patternMatch: (S,Pattern Float,PatternMatchResult(Float,S)) -> PatternMatchResult(Float,S),convert: S -> Pattern Float,coerce: Fraction Integer -> S,coerce: Integer -> S,convert: S -> DoubleFloat,convert: S -> Float,coerce: Fraction Integer -> S,coerce: S -> S,characteristic: () -> NonNegativeInteger,coerce: Integer -> S,coerce: S -> OutputForm) Cumulative Statistics for Constructor RealNumberSystem& Time: 0.08 seconds finalizing NRLIB RNS- ; compiling file "/tmp/oa-YhJCA5/code.lsp" (written 01 FEB 2016 10:58:25 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |RNS-;characteristic;Nni;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RNS-;characteristic;Nni;1| ...) ; compiling (DEFUN |RNS-;fractionPart;2$;2| ...) ; compiling (DEFUN |RNS-;truncate;2$;3| ...) ; compiling (DEFUN |RNS-;round;2$;4| ...) ; compiling (DEFUN |RNS-;norm;2$;5| ...) ; compiling (DEFUN |RNS-;coerce;F$;6| ...) ; compiling (DEFUN |RNS-;convert;$P;7| ...) ; compiling (DEFUN |RNS-;floor;2$;8| ...) ; compiling (DEFUN |RNS-;ceiling;2$;9| ...) ; compiling (DEFUN |RNS-;patternMatch;$P2Pmr;10| ...) ; compiling (DEFUN |RealNumberSystem&| ...) ; compiling (MAKEPROP (QUOTE |RealNumberSystem&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-YhJCA5/code.fasl written ; compilation finished in 0:00:00.034 ------------------------------------------------------------------------ finalizing NRLIB RNS Processing RealNumberSystem for Browser database: -- norm : % -> % -- ceiling : % -> % -- floor : % -> % -- wholePart : % -> Integer -- fractionPart : % -> % -- truncate : % -> % -- round : % -> % -- constructor ; compiling file "/tmp/oa-bxoDLW/code.lsp" (written 01 FEB 2016 10:58:25 PM): ; compiling (DEFPARAMETER |RealNumberSystem;AL| ...) ; compiling (DEFUN |RealNumberSystem;| ...) ; compiling (DEFUN |RealNumberSystem| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-bxoDLW/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FPS.spad && cp FPS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FPS.fasl \ && if test -f FPS-.NRLIB/code.fasl; then \ cp FPS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FPS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FPS.spad using Spad compiler. FPS abbreviates category FloatingPointSystem debug: compDefine1 lhs: (FloatingPointSystem) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for FloatingPointSystem compiling into /tmp/oa-xZOPik STYLE-WARNING: redefining BOOT::|FloatingPointSystem| in DEFUN Time: 0.00 SEC. FPS- abbreviates package FloatingPointSystem& ------------------------------------------------------------------------ initializing stationary directory for FloatingPointSystem& compiling into /tmp/oa-0ysFMt compiling exported float : (Integer,Integer) -> S Time: 0.04 SEC. compiling exported digits : () -> PositiveInteger Time: 0.13 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor FloatingPointSystem& Time: 0.17 seconds finalizing NRLIB FPS- ; compiling file "/tmp/oa-0ysFMt/code.lsp" (written 01 FEB 2016 10:58:26 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FPS-;float;2I$;1| ...) ; compiling (DEFUN |FPS-;digits;Pi;2| ...) ; file: /tmp/oa-0ysFMt/code.lsp ; in: DEFUN |FPS-;digits;Pi;2| ; '(BOOT::|PositiveInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |FloatingPointSystem&| ...) ; compiling (MAKEPROP (QUOTE |FloatingPointSystem&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-0ysFMt/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ finalizing NRLIB FPS Processing FloatingPointSystem for Browser database: -- approximate : () -> attribute -- float : (Integer,Integer) -> % -- float : (Integer,Integer,PositiveInteger) -> % -- order : % -> Integer -- base : () -> PositiveInteger -- exponent : % -> Integer -- mantissa : % -> Integer -- bits : () -> PositiveInteger -- digits : () -> PositiveInteger -- precision : () -> PositiveInteger -- bits : PositiveInteger -> PositiveInteger -- digits : PositiveInteger -> PositiveInteger -- precision : PositiveInteger -> PositiveInteger -- increasePrecision : Integer -> PositiveInteger -- decreasePrecision : Integer -> PositiveInteger -- min : () -> % -- max : () -> % -- constructor ; compiling file "/tmp/oa-xZOPik/code.lsp" (written 01 FEB 2016 10:58:26 PM): ; compiling (DEFPARAMETER |FloatingPointSystem;AL| ...) ; compiling (DEFUN |FloatingPointSystem;| ...) ; compiling (DEFUN |FloatingPointSystem| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-xZOPik/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/GENPGCD.fasl --optimize=3 GENPGCD.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GENPGCD.spad using Spad compiler. GENPGCD abbreviates package GeneralPolynomialGcdPackage debug: compDefine1 lhs: (GeneralPolynomialGcdPackage E OV R P) signature (pre-evaluate): ((CATEGORY package (SIGNATURE gcdPolynomial ((SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P))) (SIGNATURE randomR (R))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE gcdPolynomial ((SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P))) (SIGNATURE randomR (R))) $param: (E OV R P) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: R $param: (E OV R P) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE gcdPolynomial ((SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P))) (SIGNATURE randomR (R))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for GeneralPolynomialGcdPackage compiling into /tmp/oa-H5oKlA importing UnivariatePolynomialCategoryFunctions2(R,SparseUnivariatePolynomial R,P,SparseUnivariatePolynomial P) importing UnivariatePolynomialCategoryFunctions2(P,SparseUnivariatePolynomial P,R,SparseUnivariatePolynomial R) compiling exported gcdPolynomial : (SparseUnivariatePolynomial P,SparseUnivariatePolynomial P) -> SparseUnivariatePolynomial P Time: 0.21 SEC. compiling exported randomR : () -> R Time: 0.00 SEC. compiling exported randomR : () -> R Time: 0.01 SEC. compiling local gcdSameVariables : (SparseUnivariatePolynomial P,SparseUnivariatePolynomial P,List OV) -> SparseUnivariatePolynomial P Time: 0.23 SEC. compiling local lift : (SparseUnivariatePolynomial R,SparseUnivariatePolynomial P,SparseUnivariatePolynomial R,List OV,List R) -> Union(SparseUnivariatePolynomial P,failed) Time: 0.21 SEC. compiling local recursivelyGCDCoefficients : (SparseUnivariatePolynomial P,List OV,SparseUnivariatePolynomial P,List OV) -> SparseUnivariatePolynomial P Time: 0.05 SEC. compiling local flatten : (SparseUnivariatePolynomial P,List OV) -> SparseUnivariatePolynomial P Time: 0.05 SEC. compiling local variables : SparseUnivariatePolynomial P -> List OV Time: 0.02 SEC. compiling local gcdTrivial : (SparseUnivariatePolynomial P,SparseUnivariatePolynomial P) -> SparseUnivariatePolynomial P Time: 0.04 SEC. compiling local monomContentSup : SparseUnivariatePolynomial P -> SparseUnivariatePolynomial P Time: 0.06 SEC. compiling local better : (P,P) -> Boolean Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] gcdPolynomial: canonical has no value [2] gcdSameVariables: not known that Ring is of mode CATEGORY(package,gcdPolynomial: (SparseUnivariatePolynomial P,SparseUnivariatePolynomial P) -> SparseUnivariatePolynomial P,randomR: () -> R) [3] gcdSameVariables: up1 has no value [4] gcdSameVariables: up2 has no value [5] lift: not known that Ring is of mode CATEGORY(package,gcdPolynomial: (SparseUnivariatePolynomial P,SparseUnivariatePolynomial P) -> SparseUnivariatePolynomial P,randomR: () -> R) [6] flatten: ans has no value Cumulative Statistics for Constructor GeneralPolynomialGcdPackage Time: 0.92 seconds finalizing NRLIB GENPGCD Processing GeneralPolynomialGcdPackage for Browser database: -- gcdPolynomial : (SUPP,SUPP) -> SUPP -- randomR : () -> R -- constructor ; compiling file "/tmp/oa-H5oKlA/code.lsp" (written 01 FEB 2016 10:58:27 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |GENPGCD;gcdPolynomial;3Sup;1| ...) ; compiling (DEFUN |GENPGCD;randomR;R;2| ...) ; compiling (DEFUN |GENPGCD;randomR;R;3| ...) ; compiling (DEFUN |GENPGCD;gcdSameVariables| ...) ; file: /tmp/oa-H5oKlA/code.lsp ; in: DEFUN |GENPGCD;gcdSameVariables| ; (BOOT::|error| "too many evaluations in GCD code") ; ==> ; "too many evaluations in GCD code" ; ; note: deleting unreachable code ; compiling (DEFUN |GENPGCD;gcdSameVariables!4| ...) ; compiling (DEFUN |GENPGCD;gcdSameVariables!3| ...) ; compiling (DEFUN |GENPGCD;gcdSameVariables!2| ...) ; compiling (DEFUN |GENPGCD;gcdSameVariables!1| ...) ; compiling (DEFUN |GENPGCD;gcdSameVariables!0| ...) ; compiling (DEFUN |GENPGCD;lift| ...) ; file: /tmp/oa-H5oKlA/code.lsp ; in: DEFUN |GENPGCD;lift| ; (DEFUN BOOT::|GENPGCD;lift| ; (BOOT::|gR| BOOT::|p| BOOT::|cfR| BOOT::|lv| BOOT::|lr| BOOT::$) ; (PROG (BOOT::|origFactors| BOOT::|pn| BOOT::|prime| BOOT::|d| BOOT::|thisp| ; BOOT::|r| BOOT::|v| BOOT::|step| BOOT::|Ecart|) ; (RETURN ; (LET* (# # #) ; (BOOT::SEQ # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GENPGCD;lift| ; (BOOT::|gR| BOOT::|p| BOOT::|cfR| BOOT::|lv| BOOT::|lr| BOOT::$) ; (BLOCK BOOT::|GENPGCD;lift| ; (PROG (BOOT::|origFactors| BOOT::|pn| BOOT::|prime| BOOT::|d| ; BOOT::|thisp| BOOT::|r| BOOT::|v| BOOT::|step| BOOT::|Ecart|) ; (RETURN ; (LET* # ; #))))) ; ; note: Assignment to argument: |lv| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |lr| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |GENPGCD;lift!3| ...) ; compiling (DEFUN |GENPGCD;lift!2| ...) ; compiling (DEFUN |GENPGCD;lift!1| ...) ; compiling (DEFUN |GENPGCD;lift!0| ...) ; compiling (DEFUN |GENPGCD;recursivelyGCDCoefficients| ...) ; file: /tmp/oa-H5oKlA/code.lsp ; in: DEFUN |GENPGCD;recursivelyGCDCoefficients| ; (DEFUN BOOT::|GENPGCD;recursivelyGCDCoefficients| ; (BOOT::|g| BOOT::|v| BOOT::|p| BOOT::|pv| BOOT::$) ; (PROG (BOOT::|d| BOOT::|oldv| BOOT::|oldg| BOOT::|p1|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GENPGCD;recursivelyGCDCoefficients| ; (BOOT::|g| BOOT::|v| BOOT::|p| BOOT::|pv| BOOT::$) ; (BLOCK BOOT::|GENPGCD;recursivelyGCDCoefficients| ; (PROG (BOOT::|d| BOOT::|oldv| BOOT::|oldg| BOOT::|p1|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |v| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |pv| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |GENPGCD;recursivelyGCDCoefficients!0| ...) ; compiling (DEFUN |GENPGCD;flatten| ...) ; compiling (DEFUN |GENPGCD;flatten!0| ...) ; compiling (DEFUN |GENPGCD;variables| ...) ; file: /tmp/oa-H5oKlA/code.lsp ; in: DEFUN |GENPGCD;variables| ; (DEFUN BOOT::|GENPGCD;variables| (BOOT::|p1| BOOT::$) ; (BOOT::SPADCALL ; (LET ((#:G752 NIL) (#:G753 T) (#:G783 #)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::|shellEntry| BOOT::$ 109))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GENPGCD;variables| ; (BOOT::|p1| BOOT::$) ; (BLOCK BOOT::|GENPGCD;variables| ; (BOOT::SPADCALL ; (LET (# # #) ; (LOOP # ; #)) ; (BOOT::|shellEntry| BOOT::$ 109)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |GENPGCD;gcdTrivial| ...) ; compiling (DEFUN |GENPGCD;monomContentSup| ...) ; compiling (DEFUN |GENPGCD;better| ...) ; compiling (DEFUN |GeneralPolynomialGcdPackage| ...) ; compiling (DEFUN |GeneralPolynomialGcdPackage;| ...) ; compiling (MAKEPROP (QUOTE |GeneralPolynomialGcdPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 6 notes ; /tmp/oa-H5oKlA/code.fasl written ; compilation finished in 0:00:00.163 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/COMMUPC.fasl --optimize=3 COMMUPC.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/COMMUPC.spad using Spad compiler. COMMUPC abbreviates package CommuteUnivariatePolynomialCategory debug: compDefine1 lhs: (CommuteUnivariatePolynomialCategory R UP UPUP) signature (pre-evaluate): ((CATEGORY package (SIGNATURE swap (UPUP UPUP))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE swap (UPUP UPUP))) $param: (R UP UPUP) debug: evaluateType form: UPUP $param: (R UP UPUP) debug: evaluateType form: UPUP $param: (R UP UPUP) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE swap (UPUP UPUP))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for CommuteUnivariatePolynomialCategory compiling into /tmp/oa-KGPtyN compiling exported swap : UPUP -> UPUP Time: 0.08 SEC. compiling local makePoly : (UP,NonNegativeInteger) -> UPUP Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor CommuteUnivariatePolynomialCategory Time: 0.10 seconds finalizing NRLIB COMMUPC Processing CommuteUnivariatePolynomialCategory for Browser database: -- swap : UPUP -> UPUP -- constructor ; compiling file "/tmp/oa-KGPtyN/code.lsp" (written 01 FEB 2016 10:58:27 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |COMMUPC;swap;2UPUP;1| ...) ; compiling (DEFUN |COMMUPC;makePoly| ...) ; compiling (DEFUN |CommuteUnivariatePolynomialCategory| ...) ; compiling (DEFUN |CommuteUnivariatePolynomialCategory;| ...) ; compiling (MAKEPROP (QUOTE |CommuteUnivariatePolynomialCategory|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-KGPtyN/code.fasl written ; compilation finished in 0:00:00.022 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/PFBR.fasl --optimize=3 PFBR.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PFBR.spad using Spad compiler. PFBR abbreviates package PolynomialFactorizationByRecursion debug: compDefine1 lhs: (PolynomialFactorizationByRecursion R E VarSet S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE solveLinearPolynomialEquationByRecursion ((Union (List (SparseUnivariatePolynomial S)) failed) (List (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE factorByRecursion ((Factored (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE factorSquareFreeByRecursion ((Factored (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE randomR (R)) (SIGNATURE bivariateSLPEBR ((Union (List (SparseUnivariatePolynomial S)) failed) (List (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S) VarSet)) (SIGNATURE factorSFBRlcUnit ((Factored (SparseUnivariatePolynomial S)) (List VarSet) (SparseUnivariatePolynomial S)))) NIL NIL (OrderedSet) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE solveLinearPolynomialEquationByRecursion ((Union (List (SparseUnivariatePolynomial S)) failed) (List (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE factorByRecursion ((Factored (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE factorSquareFreeByRecursion ((Factored (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE randomR (R)) (SIGNATURE bivariateSLPEBR ((Union (List (SparseUnivariatePolynomial S)) failed) (List (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S) VarSet)) (SIGNATURE factorSFBRlcUnit ((Factored (SparseUnivariatePolynomial S)) (List VarSet) (SparseUnivariatePolynomial S)))) $param: (R E VarSet S) debug: evaluateType form: (Union (List (SparseUnivariatePolynomial S)) failed) $param: (R E VarSet S) debug: evaluateType form: (List (SparseUnivariatePolynomial S)) $param: (R E VarSet S) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial S)) debug: evaluateType1 x: (SparseUnivariatePolynomial S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E VarSet S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial S) c: (Type) debug: evaluateType form: failed $param: (R E VarSet S) debug: evaluateType form: (List (SparseUnivariatePolynomial S)) $param: (R E VarSet S) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial S)) debug: evaluateType1 x: (SparseUnivariatePolynomial S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E VarSet S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial S) c: (Type) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evaluateType form: (Factored (SparseUnivariatePolynomial S)) $param: (R E VarSet S) Debug: evaluateType1 form: (Factored (SparseUnivariatePolynomial S)) debug: evaluateType1 x: (SparseUnivariatePolynomial S) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R E VarSet S) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial S) c: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evaluateType form: (Factored (SparseUnivariatePolynomial S)) $param: (R E VarSet S) Debug: evaluateType1 form: (Factored (SparseUnivariatePolynomial S)) debug: evaluateType1 x: (SparseUnivariatePolynomial S) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R E VarSet S) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial S) c: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evaluateType form: R $param: (R E VarSet S) debug: evaluateType form: (Union (List (SparseUnivariatePolynomial S)) failed) $param: (R E VarSet S) debug: evaluateType form: (List (SparseUnivariatePolynomial S)) $param: (R E VarSet S) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial S)) debug: evaluateType1 x: (SparseUnivariatePolynomial S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E VarSet S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial S) c: (Type) debug: evaluateType form: failed $param: (R E VarSet S) debug: evaluateType form: (List (SparseUnivariatePolynomial S)) $param: (R E VarSet S) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial S)) debug: evaluateType1 x: (SparseUnivariatePolynomial S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E VarSet S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial S) c: (Type) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evaluateType form: VarSet $param: (R E VarSet S) debug: evaluateType form: (Factored (SparseUnivariatePolynomial S)) $param: (R E VarSet S) Debug: evaluateType1 form: (Factored (SparseUnivariatePolynomial S)) debug: evaluateType1 x: (SparseUnivariatePolynomial S) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R E VarSet S) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial S) c: (IntegralDomain) debug: evaluateType form: (List VarSet) $param: (R E VarSet S) Debug: evaluateType1 form: (List VarSet) debug: evaluateType1 x: VarSet m: (Type) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evaluateType form: (OrderedSet) $param: (R E VarSet S) Debug: evaluateType1 form: (OrderedSet) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE solveLinearPolynomialEquationByRecursion ((Union (List (SparseUnivariatePolynomial S)) failed) (List (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE factorByRecursion ((Factored (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE factorSquareFreeByRecursion ((Factored (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE randomR (R)) (SIGNATURE bivariateSLPEBR ((Union (List (SparseUnivariatePolynomial S)) failed) (List (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S) VarSet)) (SIGNATURE factorSFBRlcUnit ((Factored (SparseUnivariatePolynomial S)) (List VarSet) (SparseUnivariatePolynomial S)))) NIL NIL (OrderedSet) NIL) debug: compDefine1 lhs: (PolynomialFactorizationByRecursion R E VarSet S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE solveLinearPolynomialEquationByRecursion ((Union (List (SparseUnivariatePolynomial S)) failed) (List (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE factorByRecursion ((Factored (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE factorSquareFreeByRecursion ((Factored (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE randomR (R)) (SIGNATURE bivariateSLPEBR ((Union (List (SparseUnivariatePolynomial S)) failed) (List (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S) VarSet)) (SIGNATURE factorSFBRlcUnit ((Factored (SparseUnivariatePolynomial S)) (List VarSet) (SparseUnivariatePolynomial S)))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE solveLinearPolynomialEquationByRecursion ((Union (List (SparseUnivariatePolynomial S)) failed) (List (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE factorByRecursion ((Factored (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE factorSquareFreeByRecursion ((Factored (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE randomR (R)) (SIGNATURE bivariateSLPEBR ((Union (List (SparseUnivariatePolynomial S)) failed) (List (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S) VarSet)) (SIGNATURE factorSFBRlcUnit ((Factored (SparseUnivariatePolynomial S)) (List VarSet) (SparseUnivariatePolynomial S)))) $param: (R E VarSet S) debug: evaluateType form: (Union (List (SparseUnivariatePolynomial S)) failed) $param: (R E VarSet S) debug: evaluateType form: (List (SparseUnivariatePolynomial S)) $param: (R E VarSet S) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial S)) debug: evaluateType1 x: (SparseUnivariatePolynomial S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E VarSet S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial S) c: (Type) debug: evaluateType form: failed $param: (R E VarSet S) debug: evaluateType form: (List (SparseUnivariatePolynomial S)) $param: (R E VarSet S) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial S)) debug: evaluateType1 x: (SparseUnivariatePolynomial S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E VarSet S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial S) c: (Type) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evaluateType form: (Factored (SparseUnivariatePolynomial S)) $param: (R E VarSet S) Debug: evaluateType1 form: (Factored (SparseUnivariatePolynomial S)) debug: evaluateType1 x: (SparseUnivariatePolynomial S) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R E VarSet S) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial S) c: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evaluateType form: (Factored (SparseUnivariatePolynomial S)) $param: (R E VarSet S) Debug: evaluateType1 form: (Factored (SparseUnivariatePolynomial S)) debug: evaluateType1 x: (SparseUnivariatePolynomial S) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R E VarSet S) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial S) c: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evaluateType form: R $param: (R E VarSet S) debug: evaluateType form: (Union (List (SparseUnivariatePolynomial S)) failed) $param: (R E VarSet S) debug: evaluateType form: (List (SparseUnivariatePolynomial S)) $param: (R E VarSet S) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial S)) debug: evaluateType1 x: (SparseUnivariatePolynomial S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E VarSet S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial S) c: (Type) debug: evaluateType form: failed $param: (R E VarSet S) debug: evaluateType form: (List (SparseUnivariatePolynomial S)) $param: (R E VarSet S) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial S)) debug: evaluateType1 x: (SparseUnivariatePolynomial S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E VarSet S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial S) c: (Type) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evaluateType form: VarSet $param: (R E VarSet S) debug: evaluateType form: (Factored (SparseUnivariatePolynomial S)) $param: (R E VarSet S) Debug: evaluateType1 form: (Factored (SparseUnivariatePolynomial S)) debug: evaluateType1 x: (SparseUnivariatePolynomial S) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R E VarSet S) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial S) c: (IntegralDomain) debug: evaluateType form: (List VarSet) $param: (R E VarSet S) Debug: evaluateType1 form: (List VarSet) debug: evaluateType1 x: VarSet m: (Type) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE solveLinearPolynomialEquationByRecursion ((Union (List (SparseUnivariatePolynomial S)) failed) (List (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE factorByRecursion ((Factored (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE factorSquareFreeByRecursion ((Factored (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE randomR (R)) (SIGNATURE bivariateSLPEBR ((Union (List (SparseUnivariatePolynomial S)) failed) (List (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S) VarSet)) (SIGNATURE factorSFBRlcUnit ((Factored (SparseUnivariatePolynomial S)) (List VarSet) (SparseUnivariatePolynomial S)))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PolynomialFactorizationByRecursion compiling into /tmp/oa-mrf1A4 importing FactoredFunctionUtilities SparseUnivariatePolynomial S importing FactoredFunctions2(S,SparseUnivariatePolynomial S) importing FactoredFunctions2(SparseUnivariatePolynomial R,SparseUnivariatePolynomial S) importing CommuteUnivariatePolynomialCategory(S,SparseUnivariatePolynomial S,SparseUnivariatePolynomial SparseUnivariatePolynomial S) importing UnivariatePolynomialCategoryFunctions2(S,SparseUnivariatePolynomial S,SparseUnivariatePolynomial S,SparseUnivariatePolynomial SparseUnivariatePolynomial S) importing UnivariatePolynomialCategoryFunctions2(SparseUnivariatePolynomial S,SparseUnivariatePolynomial SparseUnivariatePolynomial S,S,SparseUnivariatePolynomial S) importing UnivariatePolynomialCategoryFunctions2(S,SparseUnivariatePolynomial S,R,SparseUnivariatePolynomial R) importing UnivariatePolynomialCategoryFunctions2(R,SparseUnivariatePolynomial R,S,SparseUnivariatePolynomial S) importing UnivariatePolynomialCategoryFunctions2(S,SparseUnivariatePolynomial S,SparseUnivariatePolynomial R,SparseUnivariatePolynomial SparseUnivariatePolynomial R) importing UnivariatePolynomialCategoryFunctions2(SparseUnivariatePolynomial R,SparseUnivariatePolynomial SparseUnivariatePolynomial R,S,SparseUnivariatePolynomial S) compiling local hensel : (SparseUnivariatePolynomial S,VarSet,R,List SparseUnivariatePolynomial S) -> Union(Record(fctrs: List SparseUnivariatePolynomial S),failed) Time: 0.36 SEC. compiling local factorSFBRlcUnitInner : (List VarSet,SparseUnivariatePolynomial S,R) -> Union(Factored SparseUnivariatePolynomial S,failed) Time: 0.98 SEC. compiling exported factorSFBRlcUnit : (List VarSet,SparseUnivariatePolynomial S) -> Factored SparseUnivariatePolynomial S Time: 0.04 SEC. compiling exported factorSFBRlcUnit : (List VarSet,SparseUnivariatePolynomial S) -> Factored SparseUnivariatePolynomial S Time: 0.01 SEC. compiling exported randomR : () -> R Time: 0.00 SEC. compiling exported randomR : () -> R Time: 0.03 SEC. compiling exported bivariateSLPEBR : (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S,VarSet) -> Union(List SparseUnivariatePolynomial S,failed) Time: 0.44 SEC. compiling exported bivariateSLPEBR : (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S,VarSet) -> Union(List SparseUnivariatePolynomial S,failed) Time: 0.01 SEC. compiling local chooseFSQViableSubstitutions : (List VarSet,SparseUnivariatePolynomial S) -> Record(substnsField: List R,ppRField: SparseUnivariatePolynomial R) Time: 0.35 SEC. compiling local chooseSLPEViableSubstitutions : (List VarSet,List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Record(substnsField: List R,lpolysRField: List SparseUnivariatePolynomial R,ppRField: SparseUnivariatePolynomial R) Time: 0.65 SEC. compiling local raise : SparseUnivariatePolynomial R -> SparseUnivariatePolynomial S Time: 0.03 SEC. compiling local lower : SparseUnivariatePolynomial S -> SparseUnivariatePolynomial R Time: 0.01 SEC. compiling local SLPEBR : (List SparseUnivariatePolynomial S,List VarSet,SparseUnivariatePolynomial S,List VarSet) -> Union(List SparseUnivariatePolynomial S,failed) Time: 0.16 SEC. compiling exported solveLinearPolynomialEquationByRecursion : (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,failed) Time: 0.03 SEC. compiling exported factorByRecursion : SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S Time: 0.11 SEC. compiling exported factorSquareFreeByRecursion : SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S Time: 0.40 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] hensel: not known that Ring is of mode CATEGORY(package,solveLinearPolynomialEquationByRecursion: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),factorByRecursion: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreeByRecursion: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,randomR: () -> R,bivariateSLPEBR: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S,VarSet) -> Union(List SparseUnivariatePolynomial S,"failed"),factorSFBRlcUnit: (List VarSet,SparseUnivariatePolynomial S) -> Factored SparseUnivariatePolynomial S) [2] factorSFBRlcUnitInner: not known that Ring is of mode CATEGORY(package,solveLinearPolynomialEquationByRecursion: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),factorByRecursion: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreeByRecursion: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,randomR: () -> R,bivariateSLPEBR: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S,VarSet) -> Union(List SparseUnivariatePolynomial S,"failed"),factorSFBRlcUnit: (List VarSet,SparseUnivariatePolynomial S) -> Factored SparseUnivariatePolynomial S) [3] factorSFBRlcUnitInner: fctr has no value [4] chooseFSQViableSubstitutions: substns has no value [5] chooseFSQViableSubstitutions: ppR has no value [6] chooseSLPEViableSubstitutions: substns has no value [7] chooseSLPEViableSubstitutions: lpolysR has no value [8] raise: : R -- replace by pretend [9] raise: : R -- should replace by @ [10] factorByRecursion: not known that IntegralDomain is of mode CATEGORY(package,solveLinearPolynomialEquationByRecursion: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),factorByRecursion: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreeByRecursion: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,randomR: () -> R,bivariateSLPEBR: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S,VarSet) -> Union(List SparseUnivariatePolynomial S,"failed"),factorSFBRlcUnit: (List VarSet,SparseUnivariatePolynomial S) -> Factored SparseUnivariatePolynomial S) [11] factorByRecursion: : S -- should replace by @ [12] factorSquareFreeByRecursion: lcppPow has no value Cumulative Statistics for Constructor PolynomialFactorizationByRecursion Time: 3.61 seconds finalizing NRLIB PFBR Processing PolynomialFactorizationByRecursion for Browser database: -- solveLinearPolynomialEquationByRecursion : (List SupS,SupS) -> Union(List SupS,"failed") -- factorByRecursion : SupS -> Factored SupS -- factorSquareFreeByRecursion : SupS -> Factored SupS -- randomR : () -> R -- bivariateSLPEBR : (List SupS,SupS,VarSet) -> Union(List SupS,"failed") -- factorSFBRlcUnit : (List VarSet,SupS) -> Factored SupS -- constructor ; compiling file "/tmp/oa-mrf1A4/code.lsp" (written 01 FEB 2016 10:58:31 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PFBR;hensel| ...) ; file: /tmp/oa-mrf1A4/code.lsp ; in: DEFUN |PFBR;hensel| ; (DEFUN BOOT::|PFBR;hensel| ; (BOOT::|pp| BOOT::|vv| BOOT::|r| BOOT::|factors| BOOT::$) ; (PROG (BOOT::|step| BOOT::|Ecart| BOOT::|pn| BOOT::|pp1|) ; (RETURN ; (LET (# # # # # #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PFBR;hensel| ; (BOOT::|pp| BOOT::|vv| BOOT::|r| BOOT::|factors| BOOT::$) ; (BLOCK BOOT::|PFBR;hensel| ; (PROG (BOOT::|step| BOOT::|Ecart| BOOT::|pn| BOOT::|pp1|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |factors| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |PFBR;hensel!0| ...) ; compiling (DEFUN |PFBR;factorSFBRlcUnitInner| ...) ; compiling (DEFUN |PFBR;factorSFBRlcUnitInner!1| ...) ; compiling (DEFUN |PFBR;factorSFBRlcUnitInner!0| ...) ; compiling (DEFUN |PFBR;factorSFBRlcUnit;LSupF;3| ...) ; compiling (DEFUN |PFBR;factorSFBRlcUnit;LSupF;4| ...) ; compiling (DEFUN |PFBR;randomR;R;5| ...) ; compiling (DEFUN |PFBR;randomR;R;6| ...) ; compiling (DEFUN |PFBR;bivariateSLPEBR;LSupVarSetU;7| ...) ; compiling (DEFUN |PFBR;bivariateSLPEBR;LSupVarSetU;7!0| ...) ; compiling (DEFUN |PFBR;bivariateSLPEBR;LSupVarSetU;8| ...) ; file: /tmp/oa-mrf1A4/code.lsp ; in: DEFUN |PFBR;bivariateSLPEBR;LSupVarSetU;8| ; (DEFUN BOOT::|PFBR;bivariateSLPEBR;LSupVarSetU;8| ; (BOOT::|lpolys| BOOT::|pp| BOOT::|v| BOOT::$) ; (BOOT::SPADCALL BOOT::|lpolys| BOOT::|pp| (BOOT::|shellEntry| BOOT::$ 119))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PFBR;bivariateSLPEBR;LSupVarSetU;8| ; (BOOT::|lpolys| BOOT::|pp| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|PFBR;bivariateSLPEBR;LSupVarSetU;8| ; (BOOT::SPADCALL BOOT::|lpolys| BOOT::|pp| ; (BOOT::|shellEntry| BOOT::$ 119)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |PFBR;chooseFSQViableSubstitutions| ...) ; compiling (DEFUN |PFBR;chooseFSQViableSubstitutions!0| ...) ; compiling (DEFUN |PFBR;chooseSLPEViableSubstitutions| ...) ; compiling (DEFUN |PFBR;chooseSLPEViableSubstitutions!1| ...) ; compiling (DEFUN |PFBR;chooseSLPEViableSubstitutions!0| ...) ; compiling (DEFUN |PFBR;raise| ...) ; compiling (DEFUN |PFBR;raise!0| ...) ; compiling (DEFUN |PFBR;lower| ...) ; compiling (DEFUN |PFBR;lower!0| ...) ; compiling (DEFUN |PFBR;SLPEBR| ...) ; file: /tmp/oa-mrf1A4/code.lsp ; in: DEFUN |PFBR;SLPEBR| ; (DEFUN BOOT::|PFBR;SLPEBR| ; (BOOT::|lpolys| BOOT::|lvpolys| BOOT::|pp| BOOT::|lvpp| BOOT::$) ; (PROG (BOOT::|ansR| BOOT::|cVS| BOOT::|ppR| BOOT::|lpolysR| BOOT::|ans| ; BOOT::|pp1| BOOT::|v| BOOT::|d| BOOT::|ans1|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PFBR;SLPEBR| ; (BOOT::|lpolys| BOOT::|lvpolys| BOOT::|pp| BOOT::|lvpp| BOOT::$) ; (BLOCK BOOT::|PFBR;SLPEBR| ; (PROG (BOOT::|ansR| BOOT::|cVS| BOOT::|ppR| BOOT::|lpolysR| BOOT::|ans| ; BOOT::|pp1| BOOT::|v| BOOT::|d| BOOT::|ans1|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |lvpp| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |PFBR;SLPEBR!2| ...) ; compiling (DEFUN |PFBR;SLPEBR!1| ...) ; compiling (DEFUN |PFBR;SLPEBR!0| ...) ; compiling (DEFUN |PFBR;solveLinearPolynomialEquationByRecursion;LSupU;14| ...) ; compiling (DEFUN |PFBR;factorByRecursion;SupF;15| ...) ; compiling (DEFUN |PFBR;factorByRecursion;SupF;15!0| ...) ; compiling (DEFUN |PFBR;factorSquareFreeByRecursion;SupF;16| ...) ; compiling (DEFUN |PolynomialFactorizationByRecursion| ...) ; compiling (DEFUN |PolynomialFactorizationByRecursion;| ...) ; compiling (MAKEPROP (QUOTE |PolynomialFactorizationByRecursion|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 4 notes ; /tmp/oa-mrf1A4/code.fasl written ; compilation finished in 0:00:00.203 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/NPCOEF.fasl --optimize=3 NPCOEF.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NPCOEF.spad using Spad compiler. NPCOEF abbreviates package NPCoef debug: compDefine1 lhs: (NPCoef BP E OV R P) signature (pre-evaluate): ((CATEGORY package (SIGNATURE npcoef ((Record (: deter (List (SparseUnivariatePolynomial P))) (: dterm (List (List (Record (: expt (NonNegativeInteger)) (: pcoef P))))) (: nfacts (List BP)) (: nlead (List P))) (SparseUnivariatePolynomial P) (List BP) (List P))) (SIGNATURE listexp ((List (NonNegativeInteger)) BP))) NIL NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE npcoef ((Record (: deter (List (SparseUnivariatePolynomial P))) (: dterm (List (List (Record (: expt (NonNegativeInteger)) (: pcoef P))))) (: nfacts (List BP)) (: nlead (List P))) (SparseUnivariatePolynomial P) (List BP) (List P))) (SIGNATURE listexp ((List (NonNegativeInteger)) BP))) $param: (BP E OV R P) debug: evaluateType form: (Record (: deter (List (SparseUnivariatePolynomial P))) (: dterm (List (List (Record (: expt (NonNegativeInteger)) (: pcoef P))))) (: nfacts (List BP)) (: nlead (List P))) $param: (BP E OV R P) debug: evaluateType form: (List (SparseUnivariatePolynomial P)) $param: (BP E OV R P) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial P)) debug: evaluateType1 x: (SparseUnivariatePolynomial P) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (BP E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (BP E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial P) c: (Type) debug: evaluateType form: (List (List (Record (: expt (NonNegativeInteger)) (: pcoef P)))) $param: (BP E OV R P) Debug: evaluateType1 form: (List (List (Record (: expt (NonNegativeInteger)) (: pcoef P)))) debug: evaluateType1 x: (List (Record (: expt (NonNegativeInteger)) (: pcoef P))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (BP E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Record (: expt (NonNegativeInteger)) (: pcoef P))) $param: (BP E OV R P) Debug: evaluateType1 form: (List (Record (: expt (NonNegativeInteger)) (: pcoef P))) debug: evaluateType1 x: (Record (: expt (NonNegativeInteger)) (: pcoef P)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (BP E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: expt (NonNegativeInteger)) (: pcoef P)) $param: (BP E OV R P) debug: evaluateType form: (NonNegativeInteger) $param: (BP E OV R P) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: P $param: (BP E OV R P) debug: evalCategory d: (Record (: expt (NonNegativeInteger)) (: pcoef P)) c: (Type) debug: evalCategory d: (List (Record (: expt (NonNegativeInteger)) (: pcoef P))) c: (Type) debug: evaluateType form: (List BP) $param: (BP E OV R P) Debug: evaluateType1 form: (List BP) debug: evaluateType1 x: BP m: (Type) debug: evaluateType form: (List P) $param: (BP E OV R P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (BP E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (List BP) $param: (BP E OV R P) Debug: evaluateType1 form: (List BP) debug: evaluateType1 x: BP m: (Type) debug: evaluateType form: (List P) $param: (BP E OV R P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List (NonNegativeInteger)) $param: (BP E OV R P) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (BP E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (BP E OV R P) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: BP $param: (BP E OV R P) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE npcoef ((Record (: deter (List (SparseUnivariatePolynomial P))) (: dterm (List (List (Record (: expt (NonNegativeInteger)) (: pcoef P))))) (: nfacts (List BP)) (: nlead (List P))) (SparseUnivariatePolynomial P) (List BP) (List P))) (SIGNATURE listexp ((List (NonNegativeInteger)) BP))) NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for NPCoef compiling into /tmp/oa-7BBb7c compiling exported npcoef : (SparseUnivariatePolynomial P,List BP,List P) -> Record(deter: List SparseUnivariatePolynomial P,dterm: List List Record(expt: NonNegativeInteger,pcoef: P),nfacts: List BP,nlead: List P) Time: 1.40 SEC. compiling local check : (Record(coefu: P,detfacts: List List Record(expt: NonNegativeInteger,pcoef: P)),Vector P) -> Union(Record(valexp: NonNegativeInteger,valcoef: P,posit: NonNegativeInteger),failed) Time: 0.12 SEC. compiling local buildvect : (List List Record(expt: NonNegativeInteger,pcoef: P),NonNegativeInteger) -> Vector List List Record(expt: NonNegativeInteger,pcoef: P) Time: 0.14 SEC. compiling local buildtable : (Vector P,List List NonNegativeInteger,List P) -> List Record(coefu: P,detfacts: List List Record(expt: NonNegativeInteger,pcoef: P)) Time: 0.46 SEC. compiling local modify : (List Record(coefu: P,detfacts: List List Record(expt: NonNegativeInteger,pcoef: P)),Record(valexp: NonNegativeInteger,valcoef: P,posit: NonNegativeInteger)) -> List Record(coefu: P,detfacts: List List Record(expt: NonNegativeInteger,pcoef: P)) Time: 0.26 SEC. compiling exported listexp : BP -> List NonNegativeInteger Time: 0.02 SEC. compiling local constructp : List Record(expt: NonNegativeInteger,pcoef: P) -> SparseUnivariatePolynomial P Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] npcoef: : NonNegativeInteger -- replace by pretend [2] npcoef: detufact has no value [3] check: : NonNegativeInteger -- replace by pretend [4] buildvect: expt has no value [5] modify: expt has no value [6] modify: pcoef has no value [7] modify: : NonNegativeInteger -- replace by pretend Cumulative Statistics for Constructor NPCoef Time: 2.46 seconds finalizing NRLIB NPCOEF Processing NPCoef for Browser database: -- npcoef : (USP,List BP,List P) -> DetCoef -- listexp : BP -> List NNI -- constructor ; compiling file "/tmp/oa-7BBb7c/code.lsp" (written 01 FEB 2016 10:58:34 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |NPCOEF;npcoef;SupLLR;1| ...) ; file: /tmp/oa-7BBb7c/code.lsp ; in: DEFUN |NPCOEF;npcoef;SupLLR;1| ; (DEFUN BOOT::|NPCOEF;npcoef;SupLLR;1| ; (BOOT::|u| BOOT::|factlist| BOOT::|leadlist| BOOT::$) ; (PROG (BOOT::|uu| BOOT::|dt| BOOT::|ltodel| BOOT::|ltochange| ; BOOT::|changed| BOOT::|ndet| BOOT::|ldtcf| BOOT::|nterm| ; BOOT::|vexp| BOOT::|vpos| BOOT::|celtf| BOOT::|cf|) ; (RETURN ; (LET* (# # # # #) ; (BOOT::SEQ # # # # # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NPCOEF;npcoef;SupLLR;1| ; (BOOT::|u| BOOT::|factlist| BOOT::|leadlist| BOOT::$) ; (BLOCK BOOT::|NPCOEF;npcoef;SupLLR;1| ; (PROG (BOOT::|uu| BOOT::|dt| BOOT::|ltodel| BOOT::|ltochange| ; BOOT::|changed| BOOT::|ndet| BOOT::|ldtcf| BOOT::|nterm| ; BOOT::|vexp| BOOT::|vpos| BOOT::|celtf| BOOT::|cf|) ; (RETURN ; (LET* # ; #))))) ; ; note: Assignment to argument: |factlist| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |leadlist| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |NPCOEF;npcoef;SupLLR;1!0| ...) ; file: /tmp/oa-7BBb7c/code.lsp ; in: DEFUN |NPCOEF;npcoef;SupLLR;1!0| ; (DEFUN BOOT::|NPCOEF;npcoef;SupLLR;1!0| (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (< BOOT::|#2| BOOT::|#1|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NPCOEF;npcoef;SupLLR;1!0| ; (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (BLOCK BOOT::|NPCOEF;npcoef;SupLLR;1!0| (< BOOT::|#2| BOOT::|#1|))) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |NPCOEF;check| ...) ; file: /tmp/oa-7BBb7c/code.lsp ; in: DEFUN |NPCOEF;check| ; (DEFUN BOOT::|NPCOEF;check| (BOOT::|tterm| BOOT::|ulist| BOOT::$) ; (PROG (BOOT::|cu1|) ; (RETURN ; (LET (# # # # # #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NPCOEF;check| ; (BOOT::|tterm| BOOT::|ulist| BOOT::$) ; (BLOCK BOOT::|NPCOEF;check| ; (PROG (BOOT::|cu1|) ; (RETURN ; (LET # ; #))))) ; ; caught STYLE-WARNING: ; The variable |ulist| is defined but never used. ; compiling (DEFUN |NPCOEF;buildvect| ...) ; compiling (DEFUN |NPCOEF;buildtable| ...) ; compiling (DEFUN |NPCOEF;modify| ...) ; compiling (DEFUN |NPCOEF;modify!0| ...) ; file: /tmp/oa-7BBb7c/code.lsp ; in: DEFUN |NPCOEF;modify!0| ; (DEFUN BOOT::|NPCOEF;modify!0| (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (< BOOT::|#2| BOOT::|#1|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NPCOEF;modify!0| ; (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (BLOCK BOOT::|NPCOEF;modify!0| (< BOOT::|#2| BOOT::|#1|))) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |NPCOEF;listexp;BPL;6| ...) ; compiling (DEFUN |NPCOEF;constructp| ...) ; compiling (DEFUN |NPCoef| ...) ; compiling (DEFUN |NPCoef;| ...) ; compiling (MAKEPROP (QUOTE |NPCoef|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; printed 2 notes ; /tmp/oa-7BBb7c/code.fasl written ; compilation finished in 0:00:00.085 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/SUP2.fasl --optimize=3 SUP2.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SUP2.spad using Spad compiler. SUP2 abbreviates package SparseUnivariatePolynomialFunctions2 debug: compDefine1 lhs: (SparseUnivariatePolynomialFunctions2 R S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((SparseUnivariatePolynomial S) (Mapping S R) (SparseUnivariatePolynomial R)))) (Ring) (Ring)) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((SparseUnivariatePolynomial S) (Mapping S R) (SparseUnivariatePolynomial R)))) $param: (R S) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evaluateType form: (Mapping S R) $param: (R S) debug: evaluateType form: S $param: (R S) debug: evaluateType form: R $param: (R S) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (R S) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Ring) $param: (R S) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Ring) $param: (R S) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((SparseUnivariatePolynomial S) (Mapping S R) (SparseUnivariatePolynomial R)))) (Ring) (Ring)) debug: compDefine1 lhs: (SparseUnivariatePolynomialFunctions2 R S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((SparseUnivariatePolynomial S) (Mapping S R) (SparseUnivariatePolynomial R)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((SparseUnivariatePolynomial S) (Mapping S R) (SparseUnivariatePolynomial R)))) $param: (R S) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evaluateType form: (Mapping S R) $param: (R S) debug: evaluateType form: S $param: (R S) debug: evaluateType form: R $param: (R S) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (R S) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((SparseUnivariatePolynomial S) (Mapping S R) (SparseUnivariatePolynomial R)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for SparseUnivariatePolynomialFunctions2 compiling into /tmp/oa-3oSo1S compiling exported map : (R -> S,SparseUnivariatePolynomial R) -> SparseUnivariatePolynomial S Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor SparseUnivariatePolynomialFunctions2 Time: 0.03 seconds finalizing NRLIB SUP2 Processing SparseUnivariatePolynomialFunctions2 for Browser database: -- map : ((R -> S),SparseUnivariatePolynomial R) -> SparseUnivariatePolynomial S -- constructor ; compiling file "/tmp/oa-3oSo1S/code.lsp" (written 01 FEB 2016 10:58:34 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SUP2;map;MSupSup;1| ...) ; compiling (DEFUN |SparseUnivariatePolynomialFunctions2| ...) ; compiling (DEFUN |SparseUnivariatePolynomialFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |SparseUnivariatePolynomialFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-3oSo1S/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/PGCD.fasl --optimize=3 PGCD.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PGCD.spad using Spad compiler. PGCD abbreviates package PolynomialGcdPackage debug: compDefine1 lhs: (PolynomialGcdPackage E OV R P) signature (pre-evaluate): ((CATEGORY package (SIGNATURE gcd (P P P)) (SIGNATURE gcd (P (List P))) (SIGNATURE gcd ((SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P))) (SIGNATURE gcd ((SparseUnivariatePolynomial P) (List (SparseUnivariatePolynomial P)))) (SIGNATURE gcdPrimitive (P P P)) (SIGNATURE gcdPrimitive ((SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P))) (SIGNATURE gcdPrimitive (P (List P)))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE gcd (P P P)) (SIGNATURE gcd (P (List P))) (SIGNATURE gcd ((SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P))) (SIGNATURE gcd ((SparseUnivariatePolynomial P) (List (SparseUnivariatePolynomial P)))) (SIGNATURE gcdPrimitive (P P P)) (SIGNATURE gcdPrimitive ((SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P))) (SIGNATURE gcdPrimitive (P (List P)))) $param: (E OV R P) debug: evaluateType form: P $param: (E OV R P) debug: evaluateType form: P $param: (E OV R P) debug: evaluateType form: P $param: (E OV R P) debug: evaluateType form: P $param: (E OV R P) debug: evaluateType form: (List P) $param: (E OV R P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (List (SparseUnivariatePolynomial P)) $param: (E OV R P) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial P)) debug: evaluateType1 x: (SparseUnivariatePolynomial P) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial P) c: (Type) debug: evaluateType form: P $param: (E OV R P) debug: evaluateType form: P $param: (E OV R P) debug: evaluateType form: P $param: (E OV R P) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: P $param: (E OV R P) debug: evaluateType form: (List P) $param: (E OV R P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE gcd (P P P)) (SIGNATURE gcd (P (List P))) (SIGNATURE gcd ((SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P))) (SIGNATURE gcd ((SparseUnivariatePolynomial P) (List (SparseUnivariatePolynomial P)))) (SIGNATURE gcdPrimitive (P P P)) (SIGNATURE gcdPrimitive ((SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P))) (SIGNATURE gcdPrimitive (P (List P)))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PolynomialGcdPackage compiling into /tmp/oa-dqrzt6 importing MultivariateLifting(E,OV,R,P) importing FactoringUtilities(E,OV,R,P) compiling local failtest : (SparseUnivariatePolynomial P,SparseUnivariatePolynomial P,SparseUnivariatePolynomial P) -> Boolean Time: 0.12 SEC. compiling local chooseVal : (SparseUnivariatePolynomial P,SparseUnivariatePolynomial P,List OV,List List R) -> Union(Record(lpol: List SparseUnivariatePolynomial R,lint: List List R,mpol: SparseUnivariatePolynomial P),failed) Time: 0.24 SEC. compiling local good : (SparseUnivariatePolynomial P,List OV,List List R) -> Record(upol: SparseUnivariatePolynomial R,inval: List List R) Time: 0.12 SEC. compiling local imposelc : (List SparseUnivariatePolynomial R,List OV,List R,List P) -> List SparseUnivariatePolynomial R Time: 0.13 SEC. compiling local notCoprime : (SparseUnivariatePolynomial P,SparseUnivariatePolynomial P,List NonNegativeInteger,List OV,List List R) -> SparseUnivariatePolynomial P Time: 0.43 SEC. compiling exported gcdPrimitive : (SparseUnivariatePolynomial P,SparseUnivariatePolynomial P) -> SparseUnivariatePolynomial P Time: 0.10 SEC. compiling local localgcd : (SparseUnivariatePolynomial P,SparseUnivariatePolynomial P,List OV,List List R) -> Record(locgcd: SparseUnivariatePolynomial P,goodint: List List R) Time: 0.14 SEC. compiling local monomContent : SparseUnivariatePolynomial P -> SparseUnivariatePolynomial P Time: 0.01 SEC. compiling local better : (P,P) -> Boolean Time: 0.02 SEC. compiling local gcdTermList : (P,P) -> P Time: 0.03 SEC. compiling exported gcd : (SparseUnivariatePolynomial P,SparseUnivariatePolynomial P) -> SparseUnivariatePolynomial P Time: 0.04 SEC. compiling local gcdMonom : (SparseUnivariatePolynomial P,SparseUnivariatePolynomial P) -> SparseUnivariatePolynomial P Time: 0.00 SEC. compiling local lift? : (SparseUnivariatePolynomial P,SparseUnivariatePolynomial P,Record(lpol: List SparseUnivariatePolynomial R,lint: List List R,mpol: SparseUnivariatePolynomial P),List NonNegativeInteger,List OV) -> Union(s: SparseUnivariatePolynomial P,failed: failed,notCoprime: notCoprime) Time: 0.17 SEC. compiling local lift : (SparseUnivariatePolynomial P,SparseUnivariatePolynomial R,SparseUnivariatePolynomial R,P,List OV,List NonNegativeInteger,List R) -> Union(SparseUnivariatePolynomial P,failed) Time: 1.96 SEC. compiling exported gcd : (P,P) -> P Time: 0.06 SEC. compiling exported gcd : List P -> P Time: 0.02 SEC. compiling exported gcd : List SparseUnivariatePolynomial P -> SparseUnivariatePolynomial P Time: 0.04 SEC. compiling exported gcdPrimitive : (P,P) -> P Time: 0.08 SEC. compiling exported gcdPrimitive : List P -> P Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] localgcd: s has no value [2] gcdTermList: not known that Ring is of mode CATEGORY(package,gcd: (P,P) -> P,gcd: List P -> P,gcd: (SparseUnivariatePolynomial P,SparseUnivariatePolynomial P) -> SparseUnivariatePolynomial P,gcd: List SparseUnivariatePolynomial P -> SparseUnivariatePolynomial P,gcdPrimitive: (P,P) -> P,gcdPrimitive: (SparseUnivariatePolynomial P,SparseUnivariatePolynomial P) -> SparseUnivariatePolynomial P,gcdPrimitive: List P -> P) [3] lift?: uf has no value Cumulative Statistics for Constructor PolynomialGcdPackage Time: 3.75 seconds finalizing NRLIB PGCD Processing PolynomialGcdPackage for Browser database: -- gcd : (P,P) -> P -- gcd : List P -> P -- gcd : (SUPP,SUPP) -> SUPP -- gcd : List SUPP -> SUPP -- gcdPrimitive : (P,P) -> P -- gcdPrimitive : (SUPP,SUPP) -> SUPP -- gcdPrimitive : List P -> P --->../../x86_64-unknown-linux-gnu/src/algebra/pgcd.spad-->PolynomialGcdPackage(constructor): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/pgcd.spad-->PolynomialGcdPackage: Missing Description ; compiling file "/tmp/oa-dqrzt6/code.lsp" (written 01 FEB 2016 10:58:38 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PGCD;failtest| ...) ; compiling (DEFUN |PGCD;chooseVal| ...) ; file: /tmp/oa-dqrzt6/code.lsp ; in: DEFUN |PGCD;chooseVal| ; (DEFUN BOOT::|PGCD;chooseVal| ; (BOOT::|p1| BOOT::|p2| BOOT::|lvr| BOOT::|ltry| BOOT::$) ; (PROG (BOOT::|f| BOOT::|uterm| BOOT::|ugcd| BOOT::|du| BOOT::|u| ; BOOT::|uf2| BOOT::|uf1|) ; (RETURN ; (LET (# # # # # #) ; (LOOP #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PGCD;chooseVal| ; (BOOT::|p1| BOOT::|p2| BOOT::|lvr| BOOT::|ltry| BOOT::$) ; (BLOCK BOOT::|PGCD;chooseVal| ; (PROG (BOOT::|f| BOOT::|uterm| BOOT::|ugcd| BOOT::|du| BOOT::|u| ; BOOT::|uf2| BOOT::|uf1|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |ltry| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS LIST T)) ; ; compiling (DEFUN |PGCD;good| ...) ; file: /tmp/oa-dqrzt6/code.lsp ; in: DEFUN |PGCD;good| ; (DEFUN BOOT::|PGCD;good| (BOOT::|f| BOOT::|lvr| BOOT::|ltry| BOOT::$) ; (PROG (BOOT::|uf| BOOT::|lval|) ; (RETURN ; (LET (# #) ; (LOOP #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PGCD;good| ; (BOOT::|f| BOOT::|lvr| BOOT::|ltry| BOOT::$) ; (BLOCK BOOT::|PGCD;good| ; (PROG (BOOT::|uf| BOOT::|lval|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |ltry| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS LIST T)) ; ; compiling (DEFUN |PGCD;imposelc| ...) ; file: /tmp/oa-dqrzt6/code.lsp ; in: DEFUN |PGCD;imposelc| ; (DEFUN BOOT::|PGCD;imposelc| ; (BOOT::|lipol| BOOT::|lvar| BOOT::|lval| BOOT::|leadc| BOOT::$) ; (PROG (BOOT::|p1|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PGCD;imposelc| ; (BOOT::|lipol| BOOT::|lvar| BOOT::|lval| BOOT::|leadc| BOOT::$) ; (BLOCK BOOT::|PGCD;imposelc| ; (PROG (BOOT::|p1|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PGCD;notCoprime| ...) ; file: /tmp/oa-dqrzt6/code.lsp ; in: DEFUN |PGCD;notCoprime| ; (DEFUN BOOT::|PGCD;notCoprime| ; (BOOT::|g| BOOT::|p2| BOOT::|ldeg| BOOT::|lvar1| BOOT::|ltry| BOOT::$) ; (PROG (BOOT::|gd1| BOOT::|gd2| BOOT::|gdl| BOOT::|lgcd| BOOT::|lquo| ; BOOT::|d| BOOT::|lcpol| BOOT::|ulist| BOOT::|ug1| BOOT::|newchoice| ; BOOT::|dl| BOOT::|ul| ...) ; (RETURN ; (LET* (# # # #) ; (BOOT::SEQ # # # # # # # # # # # ...))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PGCD;notCoprime| ; (BOOT::|g| BOOT::|p2| BOOT::|ldeg| BOOT::|lvar1| BOOT::|ltry| BOOT::$) ; (BLOCK BOOT::|PGCD;notCoprime| ; (PROG (BOOT::|gd1| BOOT::|gd2| BOOT::|gdl| BOOT::|lgcd| BOOT::|lquo| ; BOOT::|d| BOOT::|lcpol| BOOT::|ulist| BOOT::|ug1| ; BOOT::|newchoice| BOOT::|dl| BOOT::|ul| ...) ; (RETURN ; (LET* # ; #))))) ; ; note: Assignment to argument: |ltry| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS LIST T)) ; ; compiling (DEFUN |PGCD;gcdPrimitive;3Sup;6| ...) ; compiling (DEFUN |PGCD;gcdPrimitive;3Sup;6!0| ...) ; compiling (DEFUN |PGCD;localgcd| ...) ; file: /tmp/oa-dqrzt6/code.lsp ; in: DEFUN |PGCD;localgcd| ; (DEFUN BOOT::|PGCD;localgcd| ; (BOOT::|p1| BOOT::|p2| BOOT::|lvar| BOOT::|ltry| BOOT::$) ; (PROG (BOOT::|h| BOOT::|ldeg| BOOT::|dd| BOOT::|ud| BOOT::|listpol|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PGCD;localgcd| ; (BOOT::|p1| BOOT::|p2| BOOT::|lvar| BOOT::|ltry| BOOT::$) ; (BLOCK BOOT::|PGCD;localgcd| ; (PROG (BOOT::|h| BOOT::|ldeg| BOOT::|dd| BOOT::|ud| BOOT::|listpol|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |ltry| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS LIST T)) ; ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MIN BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PGCD;monomContent| ...) ; compiling (DEFUN |PGCD;better| ...) ; compiling (DEFUN |PGCD;gcdTermList| ...) ; compiling (DEFUN |PGCD;gcd;3Sup;11| ...) ; compiling (DEFUN |PGCD;gcdMonom| ...) ; compiling (DEFUN |PGCD;lift?| ...) ; file: /tmp/oa-dqrzt6/code.lsp ; in: DEFUN |PGCD;lift?| ; (LET* ((BOOT::|leadpol| NIL) ; (BOOT::|listpol| (SVREF BOOT::|uterm| 0)) ; (BOOT::|lval| (BOOT::|SPADfirst| (SVREF BOOT::|uterm| 1))) ; (BOOT::|d| (BOOT::|SPADfirst| BOOT::|listpol|)) ; (BOOT::|listpol| (CDR BOOT::|listpol|)) ; (BOOT::|nolift| T) ; (BOOT::|uf| NIL)) ; (BOOT::SEQ ; (LET ((#:G887 BOOT::|listpol|)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::EXIT (COND (BOOT::|nolift| #) (T #))))) ; ; caught STYLE-WARNING: ; The variable |leadpol| is defined but never used. ; compiling (DEFUN |PGCD;lift| ...) ; file: /tmp/oa-dqrzt6/code.lsp ; in: DEFUN |PGCD;lift| ; (DEFUN BOOT::|PGCD;lift| ; (BOOT::|f| BOOT::|d| BOOT::|uf| BOOT::|lgcd| BOOT::|lvar| BOOT::|ldeg| ; BOOT::|lval| BOOT::$) ; (PROG (BOOT::|plist| BOOT::|pl| BOOT::|lg| BOOT::|lcd| BOOT::|leadlist| ; BOOT::|df| BOOT::|p1| BOOT::|p0|) ; (RETURN ; (LET (# #) ; (BOOT::SEQ # # # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PGCD;lift| ; (BOOT::|f| BOOT::|d| BOOT::|uf| BOOT::|lgcd| BOOT::|lvar| BOOT::|ldeg| ; BOOT::|lval| BOOT::$) ; (BLOCK BOOT::|PGCD;lift| ; (PROG (BOOT::|plist| BOOT::|pl| BOOT::|lg| BOOT::|lcd| BOOT::|leadlist| ; BOOT::|df| BOOT::|p1| BOOT::|p0|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |ldeg| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS UNSIGNED-BYTE T)) ; ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |PGCD;gcd;3P;15| ...) ; compiling (DEFUN |PGCD;gcd;LP;16| ...) ; compiling (DEFUN |PGCD;gcd;LSup;17| ...) ; compiling (DEFUN |PGCD;gcd;LSup;17!0| ...) ; compiling (DEFUN |PGCD;gcdPrimitive;3P;18| ...) ; compiling (DEFUN |PGCD;gcdPrimitive;LP;19| ...) ; compiling (DEFUN |PolynomialGcdPackage| ...) ; compiling (DEFUN |PolynomialGcdPackage;| ...) ; compiling (MAKEPROP (QUOTE |PolynomialGcdPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 7 notes ; /tmp/oa-dqrzt6/code.fasl written ; compilation finished in 0:00:00.186 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/FACUTIL.fasl --optimize=3 FACUTIL.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FACUTIL.spad using Spad compiler. FACUTIL abbreviates package FactoringUtilities debug: compDefine1 lhs: (FactoringUtilities E OV R P) signature (pre-evaluate): ((CATEGORY package (SIGNATURE completeEval ((SparseUnivariatePolynomial R) (SparseUnivariatePolynomial P) (List OV) (List R))) (SIGNATURE degree ((List (NonNegativeInteger)) (SparseUnivariatePolynomial P) (List OV))) (SIGNATURE variables ((List OV) (SparseUnivariatePolynomial P))) (SIGNATURE lowerPolynomial ((SparseUnivariatePolynomial R) (SparseUnivariatePolynomial P))) (SIGNATURE raisePolynomial ((SparseUnivariatePolynomial P) (SparseUnivariatePolynomial R))) (SIGNATURE normalDeriv ((SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P) (Integer))) (SIGNATURE ran (R (Integer)))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE completeEval ((SparseUnivariatePolynomial R) (SparseUnivariatePolynomial P) (List OV) (List R))) (SIGNATURE degree ((List (NonNegativeInteger)) (SparseUnivariatePolynomial P) (List OV))) (SIGNATURE variables ((List OV) (SparseUnivariatePolynomial P))) (SIGNATURE lowerPolynomial ((SparseUnivariatePolynomial R) (SparseUnivariatePolynomial P))) (SIGNATURE raisePolynomial ((SparseUnivariatePolynomial P) (SparseUnivariatePolynomial R))) (SIGNATURE normalDeriv ((SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P) (Integer))) (SIGNATURE ran (R (Integer)))) $param: (E OV R P) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (List OV) $param: (E OV R P) Debug: evaluateType1 form: (List OV) debug: evaluateType1 x: OV m: (Type) debug: evaluateType form: (List R) $param: (E OV R P) Debug: evaluateType1 form: (List R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (List (NonNegativeInteger)) $param: (E OV R P) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (E OV R P) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (List OV) $param: (E OV R P) Debug: evaluateType1 form: (List OV) debug: evaluateType1 x: OV m: (Type) debug: evaluateType form: (List OV) $param: (E OV R P) Debug: evaluateType1 form: (List OV) debug: evaluateType1 x: OV m: (Type) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (Integer) $param: (E OV R P) Debug: evaluateType1 form: (Integer) debug: evaluateType form: R $param: (E OV R P) debug: evaluateType form: (Integer) $param: (E OV R P) Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE completeEval ((SparseUnivariatePolynomial R) (SparseUnivariatePolynomial P) (List OV) (List R))) (SIGNATURE degree ((List (NonNegativeInteger)) (SparseUnivariatePolynomial P) (List OV))) (SIGNATURE variables ((List OV) (SparseUnivariatePolynomial P))) (SIGNATURE lowerPolynomial ((SparseUnivariatePolynomial R) (SparseUnivariatePolynomial P))) (SIGNATURE raisePolynomial ((SparseUnivariatePolynomial P) (SparseUnivariatePolynomial R))) (SIGNATURE normalDeriv ((SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P) (Integer))) (SIGNATURE ran (R (Integer)))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FactoringUtilities compiling into /tmp/oa-Y5F4Yj compiling exported lowerPolynomial : SparseUnivariatePolynomial P -> SparseUnivariatePolynomial R Time: 0.09 SEC. compiling exported raisePolynomial : SparseUnivariatePolynomial R -> SparseUnivariatePolynomial P Time: 0.03 SEC. compiling exported completeEval : (SparseUnivariatePolynomial P,List OV,List R) -> SparseUnivariatePolynomial R Time: 0.08 SEC. compiling exported degree : (SparseUnivariatePolynomial P,List OV) -> List NonNegativeInteger Time: 0.04 SEC. compiling exported variables : SparseUnivariatePolynomial P -> List OV Time: 0.02 SEC. compiling exported ran : Integer -> R Time: 0.01 SEC. compiling exported ran : Integer -> R Time: 0.24 SEC. compiling exported normalDeriv : (SparseUnivariatePolynomial P,Integer) -> SparseUnivariatePolynomial P Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor FactoringUtilities Time: 0.56 seconds finalizing NRLIB FACUTIL Processing FactoringUtilities for Browser database: -- completeEval : (SUP P,List OV,List R) -> SUP R -- degree : (SUP P,List OV) -> List NNI -- variables : SUP P -> List OV -- lowerPolynomial : SUP P -> SUP R -- raisePolynomial : SUP R -> SUP P -- normalDeriv : (SUP P,Z) -> SUP P -- ran : Z -> R -- constructor ; compiling file "/tmp/oa-Y5F4Yj/code.lsp" (written 01 FEB 2016 10:58:39 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FACUTIL;lowerPolynomial;SupSup;1| ...) ; compiling (DEFUN |FACUTIL;raisePolynomial;SupSup;2| ...) ; compiling (DEFUN |FACUTIL;completeEval;SupLLSup;3| ...) ; compiling (DEFUN |FACUTIL;degree;SupLL;4| ...) ; compiling (DEFUN |FACUTIL;variables;SupL;5| ...) ; compiling (DEFUN |FACUTIL;ran;IR;6| ...) ; file: /tmp/oa-Y5F4Yj/code.lsp ; in: DEFUN |FACUTIL;ran;IR;6| ; (DEFUN BOOT::|FACUTIL;ran;IR;6| (BOOT::|k| BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 46))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FACUTIL;ran;IR;6| ; (BOOT::|k| BOOT::$) ; (BLOCK BOOT::|FACUTIL;ran;IR;6| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 46)))) ; ; caught STYLE-WARNING: ; The variable |k| is defined but never used. ; compiling (DEFUN |FACUTIL;ran;IR;7| ...) ; compiling (DEFUN |FACUTIL;normalDeriv;SupISup;8| ...) ; compiling (DEFUN |FactoringUtilities| ...) ; compiling (DEFUN |FactoringUtilities;| ...) ; compiling (MAKEPROP (QUOTE |FactoringUtilities|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; /tmp/oa-Y5F4Yj/code.fasl written ; compilation finished in 0:00:00.049 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/MLIFT.fasl --optimize=3 MLIFT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MLIFT.spad using Spad compiler. MLIFT abbreviates package MultivariateLifting debug: compDefine1 lhs: (MultivariateLifting E OV R P) signature (pre-evaluate): ((CATEGORY package (SIGNATURE corrPoly ((Union (List (SparseUnivariatePolynomial P)) failed) (SparseUnivariatePolynomial P) (List OV) (List R) (List (NonNegativeInteger)) (List (SparseUnivariatePolynomial P)) (Vector (List (SparseUnivariatePolynomial R))) R)) (SIGNATURE lifting ((Union (List (SparseUnivariatePolynomial P)) failed) (SparseUnivariatePolynomial P) (List OV) (List (SparseUnivariatePolynomial R)) (List R) (List P) (List (NonNegativeInteger)) R)) (SIGNATURE lifting1 ((Union (List (SparseUnivariatePolynomial P)) failed) (SparseUnivariatePolynomial P) (List OV) (List (SparseUnivariatePolynomial P)) (List R) (List P) (List (List (Record (: expt (NonNegativeInteger)) (: pcoef P)))) (List (NonNegativeInteger)) (Vector (List (SparseUnivariatePolynomial R))) R))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE corrPoly ((Union (List (SparseUnivariatePolynomial P)) failed) (SparseUnivariatePolynomial P) (List OV) (List R) (List (NonNegativeInteger)) (List (SparseUnivariatePolynomial P)) (Vector (List (SparseUnivariatePolynomial R))) R)) (SIGNATURE lifting ((Union (List (SparseUnivariatePolynomial P)) failed) (SparseUnivariatePolynomial P) (List OV) (List (SparseUnivariatePolynomial R)) (List R) (List P) (List (NonNegativeInteger)) R)) (SIGNATURE lifting1 ((Union (List (SparseUnivariatePolynomial P)) failed) (SparseUnivariatePolynomial P) (List OV) (List (SparseUnivariatePolynomial P)) (List R) (List P) (List (List (Record (: expt (NonNegativeInteger)) (: pcoef P)))) (List (NonNegativeInteger)) (Vector (List (SparseUnivariatePolynomial R))) R))) $param: (E OV R P) debug: evaluateType form: (Union (List (SparseUnivariatePolynomial P)) failed) $param: (E OV R P) debug: evaluateType form: (List (SparseUnivariatePolynomial P)) $param: (E OV R P) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial P)) debug: evaluateType1 x: (SparseUnivariatePolynomial P) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial P) c: (Type) debug: evaluateType form: failed $param: (E OV R P) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (List OV) $param: (E OV R P) Debug: evaluateType1 form: (List OV) debug: evaluateType1 x: OV m: (Type) debug: evaluateType form: (List R) $param: (E OV R P) Debug: evaluateType1 form: (List R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (List (NonNegativeInteger)) $param: (E OV R P) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (E OV R P) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (List (SparseUnivariatePolynomial P)) $param: (E OV R P) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial P)) debug: evaluateType1 x: (SparseUnivariatePolynomial P) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial P) c: (Type) debug: evaluateType form: (Vector (List (SparseUnivariatePolynomial R))) $param: (E OV R P) Debug: evaluateType1 form: (Vector (List (SparseUnivariatePolynomial R))) debug: evaluateType1 x: (List (SparseUnivariatePolynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (SparseUnivariatePolynomial R)) $param: (E OV R P) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial R)) debug: evaluateType1 x: (SparseUnivariatePolynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial R) c: (Type) debug: evalCategory d: (List (SparseUnivariatePolynomial R)) c: (Type) debug: evaluateType form: R $param: (E OV R P) debug: evaluateType form: (Union (List (SparseUnivariatePolynomial P)) failed) $param: (E OV R P) debug: evaluateType form: (List (SparseUnivariatePolynomial P)) $param: (E OV R P) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial P)) debug: evaluateType1 x: (SparseUnivariatePolynomial P) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial P) c: (Type) debug: evaluateType form: failed $param: (E OV R P) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (List OV) $param: (E OV R P) Debug: evaluateType1 form: (List OV) debug: evaluateType1 x: OV m: (Type) debug: evaluateType form: (List (SparseUnivariatePolynomial R)) $param: (E OV R P) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial R)) debug: evaluateType1 x: (SparseUnivariatePolynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial R) c: (Type) debug: evaluateType form: (List R) $param: (E OV R P) Debug: evaluateType1 form: (List R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (List P) $param: (E OV R P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List (NonNegativeInteger)) $param: (E OV R P) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (E OV R P) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: R $param: (E OV R P) debug: evaluateType form: (Union (List (SparseUnivariatePolynomial P)) failed) $param: (E OV R P) debug: evaluateType form: (List (SparseUnivariatePolynomial P)) $param: (E OV R P) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial P)) debug: evaluateType1 x: (SparseUnivariatePolynomial P) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial P) c: (Type) debug: evaluateType form: failed $param: (E OV R P) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (List OV) $param: (E OV R P) Debug: evaluateType1 form: (List OV) debug: evaluateType1 x: OV m: (Type) debug: evaluateType form: (List (SparseUnivariatePolynomial P)) $param: (E OV R P) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial P)) debug: evaluateType1 x: (SparseUnivariatePolynomial P) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial P) c: (Type) debug: evaluateType form: (List R) $param: (E OV R P) Debug: evaluateType1 form: (List R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (List P) $param: (E OV R P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List (List (Record (: expt (NonNegativeInteger)) (: pcoef P)))) $param: (E OV R P) Debug: evaluateType1 form: (List (List (Record (: expt (NonNegativeInteger)) (: pcoef P)))) debug: evaluateType1 x: (List (Record (: expt (NonNegativeInteger)) (: pcoef P))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Record (: expt (NonNegativeInteger)) (: pcoef P))) $param: (E OV R P) Debug: evaluateType1 form: (List (Record (: expt (NonNegativeInteger)) (: pcoef P))) debug: evaluateType1 x: (Record (: expt (NonNegativeInteger)) (: pcoef P)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: expt (NonNegativeInteger)) (: pcoef P)) $param: (E OV R P) debug: evaluateType form: (NonNegativeInteger) $param: (E OV R P) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: P $param: (E OV R P) debug: evalCategory d: (Record (: expt (NonNegativeInteger)) (: pcoef P)) c: (Type) debug: evalCategory d: (List (Record (: expt (NonNegativeInteger)) (: pcoef P))) c: (Type) debug: evaluateType form: (List (NonNegativeInteger)) $param: (E OV R P) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (E OV R P) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (Vector (List (SparseUnivariatePolynomial R))) $param: (E OV R P) Debug: evaluateType1 form: (Vector (List (SparseUnivariatePolynomial R))) debug: evaluateType1 x: (List (SparseUnivariatePolynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (SparseUnivariatePolynomial R)) $param: (E OV R P) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial R)) debug: evaluateType1 x: (SparseUnivariatePolynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial R) c: (Type) debug: evalCategory d: (List (SparseUnivariatePolynomial R)) c: (Type) debug: evaluateType form: R $param: (E OV R P) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE corrPoly ((Union (List (SparseUnivariatePolynomial P)) failed) (SparseUnivariatePolynomial P) (List OV) (List R) (List (NonNegativeInteger)) (List (SparseUnivariatePolynomial P)) (Vector (List (SparseUnivariatePolynomial R))) R)) (SIGNATURE lifting ((Union (List (SparseUnivariatePolynomial P)) failed) (SparseUnivariatePolynomial P) (List OV) (List (SparseUnivariatePolynomial R)) (List R) (List P) (List (NonNegativeInteger)) R)) (SIGNATURE lifting1 ((Union (List (SparseUnivariatePolynomial P)) failed) (SparseUnivariatePolynomial P) (List OV) (List (SparseUnivariatePolynomial P)) (List R) (List P) (List (List (Record (: expt (NonNegativeInteger)) (: pcoef P)))) (List (NonNegativeInteger)) (Vector (List (SparseUnivariatePolynomial R))) R))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for MultivariateLifting compiling into /tmp/oa-nTfnT2 importing GenExEuclid(R,SparseUnivariatePolynomial R) importing NPCoef(SparseUnivariatePolynomial R,E,OV,R,P) importing IntegerCombinatoricFunctions Integer compiling exported corrPoly : (SparseUnivariatePolynomial P,List OV,List R,List NonNegativeInteger,List SparseUnivariatePolynomial P,Vector List SparseUnivariatePolynomial R,R) -> Union(List SparseUnivariatePolynomial P,failed) Time: 4.91 SEC. compiling exported lifting1 : (SparseUnivariatePolynomial P,List OV,List SparseUnivariatePolynomial P,List R,List P,List List Record(expt: NonNegativeInteger,pcoef: P),List NonNegativeInteger,Vector List SparseUnivariatePolynomial R,R) -> Union(List SparseUnivariatePolynomial P,failed) Time: 0.41 SEC. compiling local maxDegree : (SparseUnivariatePolynomial P,OV) -> NonNegativeInteger Time: 0.02 SEC. compiling exported lifting : (SparseUnivariatePolynomial P,List OV,List SparseUnivariatePolynomial R,List R,List P,List NonNegativeInteger,R) -> Union(List SparseUnivariatePolynomial P,failed) Time: 0.36 SEC. compiling local normalDerivM : (P,Integer,OV) -> P Time: 0.03 SEC. compiling local normalDeriv : (SparseUnivariatePolynomial P,Integer) -> SparseUnivariatePolynomial P Time: 0.02 SEC. compiling local subslead : (SparseUnivariatePolynomial P,P) -> SparseUnivariatePolynomial P Time: 0.00 SEC. compiling local subscoef : (SparseUnivariatePolynomial P,List Record(expt: NonNegativeInteger,pcoef: P)) -> SparseUnivariatePolynomial P Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] Use: import GenExEuclid(R,SparseUnivariatePolynomial R) [2] Use: import NPCoef(SparseUnivariatePolynomial R,E,OV,R,P) [3] Use: import IntegerCombinatoricFunctions Integer [4] lifting: nplist has no value [5] normalDerivM: not known that Ring is of mode CATEGORY(package,corrPoly: (SparseUnivariatePolynomial P,List OV,List R,List NonNegativeInteger,List SparseUnivariatePolynomial P,Vector List SparseUnivariatePolynomial R,R) -> Union(List SparseUnivariatePolynomial P,"failed"),lifting: (SparseUnivariatePolynomial P,List OV,List SparseUnivariatePolynomial R,List R,List P,List NonNegativeInteger,R) -> Union(List SparseUnivariatePolynomial P,"failed"),lifting1: (SparseUnivariatePolynomial P,List OV,List SparseUnivariatePolynomial P,List R,List P,List List Record(expt: NonNegativeInteger,pcoef: P),List NonNegativeInteger,Vector List SparseUnivariatePolynomial R,R) -> Union(List SparseUnivariatePolynomial P,"failed")) [6] subscoef: expt has no value Cumulative Statistics for Constructor MultivariateLifting Time: 5.80 seconds finalizing NRLIB MLIFT Processing MultivariateLifting for Browser database: -- corrPoly : (SUP,L OV,L R,L NNI,L SUP,Table,R) -> Union(L SUP,"failed") -- lifting : (SUP,L OV,L BP,L R,L P,L NNI,R) -> Union(L SUP,"failed") -- lifting1 : (SUP,L OV,L SUP,L R,L P,L VTerm,L NNI,Table,R) -> Union(L SUP,"failed") -- constructor ; compiling file "/tmp/oa-nTfnT2/code.lsp" (written 01 FEB 2016 10:58:44 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MLIFT;corrPoly;SupLLLLVRU;1| ...) ; file: /tmp/oa-nTfnT2/code.lsp ; in: DEFUN |MLIFT;corrPoly;SupLLLLVRU;1| ; (DEFUN BOOT::|MLIFT;corrPoly;SupLLLLVRU;1| ; (BOOT::|m| BOOT::|lvar| BOOT::|fval| BOOT::|ld| BOOT::|flist| ; BOOT::|table| BOOT::|pmod| BOOT::$) ; (PROG (BOOT::|lcoef| BOOT::|flcoef| BOOT::|um| BOOT::|beta| BOOT::|fbeta|) ; (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MLIFT;corrPoly;SupLLLLVRU;1| ; (BOOT::|m| BOOT::|lvar| BOOT::|fval| BOOT::|ld| BOOT::|flist| ; BOOT::|table| BOOT::|pmod| BOOT::$) ; (BLOCK BOOT::|MLIFT;corrPoly;SupLLLLVRU;1| ; (PROG (BOOT::|lcoef| BOOT::|flcoef| BOOT::|um| BOOT::|beta| ; BOOT::|fbeta|) ; (RETURN (COND # #))))) ; ; note: Assignment to argument: |lvar| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |MLIFT;corrPoly;SupLLLLVRU;1!2| ...) ; compiling (DEFUN |MLIFT;corrPoly;SupLLLLVRU;1!1| ...) ; compiling (DEFUN |MLIFT;corrPoly;SupLLLLVRU;1!0| ...) ; compiling (DEFUN |MLIFT;lifting1;SupLLLLLLVRU;2| ...) ; file: /tmp/oa-nTfnT2/code.lsp ; in: DEFUN |MLIFT;lifting1;SupLLLLLLVRU;2| ; (DEFUN BOOT::|MLIFT;lifting1;SupLLLLLLVRU;2| ; (BOOT::|m| BOOT::|lvar| BOOT::|plist| BOOT::|vlist| BOOT::|tlist| ; BOOT::|coeflist| BOOT::|listdeg| BOOT::|table| BOOT::|pmod| BOOT::$) ; (PROG (BOOT::|idegj| BOOT::|degj| BOOT::|v| BOOT::|x| BOOT::|flalpha|) ; (RETURN ; (LET (# # # # # # # # # # # # ...) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MLIFT;lifting1;SupLLLLLLVRU;2| ; (BOOT::|m| BOOT::|lvar| BOOT::|plist| BOOT::|vlist| BOOT::|tlist| ; BOOT::|coeflist| BOOT::|listdeg| BOOT::|table| BOOT::|pmod| BOOT::$) ; (BLOCK BOOT::|MLIFT;lifting1;SupLLLLLLVRU;2| ; (PROG (BOOT::|idegj| BOOT::|degj| BOOT::|v| BOOT::|x| BOOT::|flalpha|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |plist| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |vlist| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |MLIFT;lifting1;SupLLLLLLVRU;2!2| ...) ; compiling (DEFUN |MLIFT;lifting1;SupLLLLLLVRU;2!1| ...) ; compiling (DEFUN |MLIFT;lifting1;SupLLLLLLVRU;2!0| ...) ; compiling (DEFUN |MLIFT;maxDegree| ...) ; compiling (DEFUN |MLIFT;lifting;SupLLLLLRU;4| ...) ; file: /tmp/oa-nTfnT2/code.lsp ; in: DEFUN |MLIFT;lifting;SupLLLLLRU;4| ; (DEFUN BOOT::|MLIFT;lifting;SupLLLLLRU;4| ; (BOOT::|um| BOOT::|lvar| BOOT::|plist| BOOT::|vlist| BOOT::|tlist| ; BOOT::|listdeg| BOOT::|pmod| BOOT::$) ; (PROG (BOOT::|ffl| BOOT::|table| BOOT::|tab| BOOT::|listdet| ; BOOT::|ldcoef|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MLIFT;lifting;SupLLLLLRU;4| ; (BOOT::|um| BOOT::|lvar| BOOT::|plist| BOOT::|vlist| BOOT::|tlist| ; BOOT::|listdeg| BOOT::|pmod| BOOT::$) ; (BLOCK BOOT::|MLIFT;lifting;SupLLLLLRU;4| ; (PROG (BOOT::|ffl| BOOT::|table| BOOT::|tab| BOOT::|listdet| ; BOOT::|ldcoef|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |plist| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |tlist| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |MLIFT;normalDerivM| ...) ; compiling (DEFUN |MLIFT;normalDeriv| ...) ; compiling (DEFUN |MLIFT;subslead| ...) ; compiling (DEFUN |MLIFT;subscoef| ...) ; file: /tmp/oa-nTfnT2/code.lsp ; in: DEFUN |MLIFT;subscoef| ; (DEFUN BOOT::|MLIFT;subscoef| (BOOT::|um| BOOT::|lterm| BOOT::$) ; (PROG (BOOT::|i|) ; (RETURN ; (LET* (# #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MLIFT;subscoef| ; (BOOT::|um| BOOT::|lterm| BOOT::$) ; (BLOCK BOOT::|MLIFT;subscoef| ; (PROG (BOOT::|i|) ; (RETURN ; (LET* # ; #))))) ; ; note: Assignment to argument: |lterm| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS CONS T)) ; ; compiling (DEFUN |MultivariateLifting| ...) ; compiling (DEFUN |MultivariateLifting;| ...) ; compiling (MAKEPROP (QUOTE |MultivariateLifting|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 7 notes ; /tmp/oa-nTfnT2/code.fasl written ; compilation finished in 0:00:00.138 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/MULTSQFR.fasl --optimize=3 MULTSQFR.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MULTSQFR.spad using Spad compiler. MULTSQFR abbreviates package MultivariateSquareFree debug: compDefine1 lhs: (MultivariateSquareFree E OV R P) signature (pre-evaluate): ((CATEGORY package (SIGNATURE squareFree ((Factored P) P)) (SIGNATURE squareFree ((Factored (SparseUnivariatePolynomial P)) (SparseUnivariatePolynomial P))) (SIGNATURE squareFreePrim ((Factored P) P)) (SIGNATURE compdegd ((Integer) (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer)))))) (SIGNATURE univcase ((Factored P) P OV)) (SIGNATURE consnewpol ((Record (: pol (SparseUnivariatePolynomial P)) (: polval (SparseUnivariatePolynomial R))) (SparseUnivariatePolynomial P) (SparseUnivariatePolynomial R) (Integer))) (SIGNATURE nsqfree ((Record (: unitPart P) (: suPart (List (Record (: factor (SparseUnivariatePolynomial P)) (: exponent (Integer)))))) (SparseUnivariatePolynomial P) (List OV) (List (List R)))) (SIGNATURE intChoose ((Record (: upol (SparseUnivariatePolynomial R)) (: Lval (List R)) (: Lfact (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer))))) (: ctpol R)) (SparseUnivariatePolynomial P) (List OV) (List (List R)))) (SIGNATURE coefChoose (P (Integer) (Factored P))) (SIGNATURE check ((Boolean) (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer)))) (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer)))))) (SIGNATURE lift ((Union (List (SparseUnivariatePolynomial P)) failed) (SparseUnivariatePolynomial P) (SparseUnivariatePolynomial R) (SparseUnivariatePolynomial R) P (List OV) (List (NonNegativeInteger)) (List R))) (SIGNATURE myDegree ((List (NonNegativeInteger)) (SparseUnivariatePolynomial P) (List OV) (NonNegativeInteger))) (SIGNATURE normDeriv2 ((SparseUnivariatePolynomial R) (SparseUnivariatePolynomial R) (Integer)))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE squareFree ((Factored P) P)) (SIGNATURE squareFree ((Factored (SparseUnivariatePolynomial P)) (SparseUnivariatePolynomial P))) (SIGNATURE squareFreePrim ((Factored P) P)) (SIGNATURE compdegd ((Integer) (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer)))))) (SIGNATURE univcase ((Factored P) P OV)) (SIGNATURE consnewpol ((Record (: pol (SparseUnivariatePolynomial P)) (: polval (SparseUnivariatePolynomial R))) (SparseUnivariatePolynomial P) (SparseUnivariatePolynomial R) (Integer))) (SIGNATURE nsqfree ((Record (: unitPart P) (: suPart (List (Record (: factor (SparseUnivariatePolynomial P)) (: exponent (Integer)))))) (SparseUnivariatePolynomial P) (List OV) (List (List R)))) (SIGNATURE intChoose ((Record (: upol (SparseUnivariatePolynomial R)) (: Lval (List R)) (: Lfact (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer))))) (: ctpol R)) (SparseUnivariatePolynomial P) (List OV) (List (List R)))) (SIGNATURE coefChoose (P (Integer) (Factored P))) (SIGNATURE check ((Boolean) (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer)))) (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer)))))) (SIGNATURE lift ((Union (List (SparseUnivariatePolynomial P)) failed) (SparseUnivariatePolynomial P) (SparseUnivariatePolynomial R) (SparseUnivariatePolynomial R) P (List OV) (List (NonNegativeInteger)) (List R))) (SIGNATURE myDegree ((List (NonNegativeInteger)) (SparseUnivariatePolynomial P) (List OV) (NonNegativeInteger))) (SIGNATURE normDeriv2 ((SparseUnivariatePolynomial R) (SparseUnivariatePolynomial R) (Integer)))) $param: (E OV R P) debug: evaluateType form: (Factored P) $param: (E OV R P) Debug: evaluateType1 form: (Factored P) debug: evaluateType1 x: P m: (IntegralDomain) debug: evaluateType form: P $param: (E OV R P) debug: evaluateType form: (Factored (SparseUnivariatePolynomial P)) $param: (E OV R P) Debug: evaluateType1 form: (Factored (SparseUnivariatePolynomial P)) debug: evaluateType1 x: (SparseUnivariatePolynomial P) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (E OV R P) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial P) c: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (Factored P) $param: (E OV R P) Debug: evaluateType1 form: (Factored P) debug: evaluateType1 x: P m: (IntegralDomain) debug: evaluateType form: P $param: (E OV R P) debug: evaluateType form: (Integer) $param: (E OV R P) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer)))) $param: (E OV R P) Debug: evaluateType1 form: (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer)))) debug: evaluateType1 x: (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer))) $param: (E OV R P) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Integer) $param: (E OV R P) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer))) c: (Type) debug: evaluateType form: (Factored P) $param: (E OV R P) Debug: evaluateType1 form: (Factored P) debug: evaluateType1 x: P m: (IntegralDomain) debug: evaluateType form: P $param: (E OV R P) debug: evaluateType form: OV $param: (E OV R P) debug: evaluateType form: (Record (: pol (SparseUnivariatePolynomial P)) (: polval (SparseUnivariatePolynomial R))) $param: (E OV R P) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Integer) $param: (E OV R P) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Record (: unitPart P) (: suPart (List (Record (: factor (SparseUnivariatePolynomial P)) (: exponent (Integer)))))) $param: (E OV R P) debug: evaluateType form: P $param: (E OV R P) debug: evaluateType form: (List (Record (: factor (SparseUnivariatePolynomial P)) (: exponent (Integer)))) $param: (E OV R P) Debug: evaluateType1 form: (List (Record (: factor (SparseUnivariatePolynomial P)) (: exponent (Integer)))) debug: evaluateType1 x: (Record (: factor (SparseUnivariatePolynomial P)) (: exponent (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: factor (SparseUnivariatePolynomial P)) (: exponent (Integer))) $param: (E OV R P) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (Integer) $param: (E OV R P) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: factor (SparseUnivariatePolynomial P)) (: exponent (Integer))) c: (Type) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (List OV) $param: (E OV R P) Debug: evaluateType1 form: (List OV) debug: evaluateType1 x: OV m: (Type) debug: evaluateType form: (List (List R)) $param: (E OV R P) Debug: evaluateType1 form: (List (List R)) debug: evaluateType1 x: (List R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List R) $param: (E OV R P) Debug: evaluateType1 form: (List R) debug: evaluateType1 x: R m: (Type) debug: evalCategory d: (List R) c: (Type) debug: evaluateType form: (Record (: upol (SparseUnivariatePolynomial R)) (: Lval (List R)) (: Lfact (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer))))) (: ctpol R)) $param: (E OV R P) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (List R) $param: (E OV R P) Debug: evaluateType1 form: (List R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer)))) $param: (E OV R P) Debug: evaluateType1 form: (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer)))) debug: evaluateType1 x: (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer))) $param: (E OV R P) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Integer) $param: (E OV R P) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer))) c: (Type) debug: evaluateType form: R $param: (E OV R P) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (List OV) $param: (E OV R P) Debug: evaluateType1 form: (List OV) debug: evaluateType1 x: OV m: (Type) debug: evaluateType form: (List (List R)) $param: (E OV R P) Debug: evaluateType1 form: (List (List R)) debug: evaluateType1 x: (List R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List R) $param: (E OV R P) Debug: evaluateType1 form: (List R) debug: evaluateType1 x: R m: (Type) debug: evalCategory d: (List R) c: (Type) debug: evaluateType form: P $param: (E OV R P) debug: evaluateType form: (Integer) $param: (E OV R P) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Factored P) $param: (E OV R P) Debug: evaluateType1 form: (Factored P) debug: evaluateType1 x: P m: (IntegralDomain) debug: evaluateType form: (Boolean) $param: (E OV R P) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer)))) $param: (E OV R P) Debug: evaluateType1 form: (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer)))) debug: evaluateType1 x: (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer))) $param: (E OV R P) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Integer) $param: (E OV R P) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer))) c: (Type) debug: evaluateType form: (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer)))) $param: (E OV R P) Debug: evaluateType1 form: (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer)))) debug: evaluateType1 x: (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer))) $param: (E OV R P) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Integer) $param: (E OV R P) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer))) c: (Type) debug: evaluateType form: (Union (List (SparseUnivariatePolynomial P)) failed) $param: (E OV R P) debug: evaluateType form: (List (SparseUnivariatePolynomial P)) $param: (E OV R P) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial P)) debug: evaluateType1 x: (SparseUnivariatePolynomial P) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial P) c: (Type) debug: evaluateType form: failed $param: (E OV R P) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: P $param: (E OV R P) debug: evaluateType form: (List OV) $param: (E OV R P) Debug: evaluateType1 form: (List OV) debug: evaluateType1 x: OV m: (Type) debug: evaluateType form: (List (NonNegativeInteger)) $param: (E OV R P) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (E OV R P) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (List R) $param: (E OV R P) Debug: evaluateType1 form: (List R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (List (NonNegativeInteger)) $param: (E OV R P) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (E OV R P) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (List OV) $param: (E OV R P) Debug: evaluateType1 form: (List OV) debug: evaluateType1 x: OV m: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (E OV R P) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Integer) $param: (E OV R P) Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE squareFree ((Factored P) P)) (SIGNATURE squareFree ((Factored (SparseUnivariatePolynomial P)) (SparseUnivariatePolynomial P))) (SIGNATURE squareFreePrim ((Factored P) P)) (SIGNATURE compdegd ((Integer) (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer)))))) (SIGNATURE univcase ((Factored P) P OV)) (SIGNATURE consnewpol ((Record (: pol (SparseUnivariatePolynomial P)) (: polval (SparseUnivariatePolynomial R))) (SparseUnivariatePolynomial P) (SparseUnivariatePolynomial R) (Integer))) (SIGNATURE nsqfree ((Record (: unitPart P) (: suPart (List (Record (: factor (SparseUnivariatePolynomial P)) (: exponent (Integer)))))) (SparseUnivariatePolynomial P) (List OV) (List (List R)))) (SIGNATURE intChoose ((Record (: upol (SparseUnivariatePolynomial R)) (: Lval (List R)) (: Lfact (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer))))) (: ctpol R)) (SparseUnivariatePolynomial P) (List OV) (List (List R)))) (SIGNATURE coefChoose (P (Integer) (Factored P))) (SIGNATURE check ((Boolean) (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer)))) (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer)))))) (SIGNATURE lift ((Union (List (SparseUnivariatePolynomial P)) failed) (SparseUnivariatePolynomial P) (SparseUnivariatePolynomial R) (SparseUnivariatePolynomial R) P (List OV) (List (NonNegativeInteger)) (List R))) (SIGNATURE myDegree ((List (NonNegativeInteger)) (SparseUnivariatePolynomial P) (List OV) (NonNegativeInteger))) (SIGNATURE normDeriv2 ((SparseUnivariatePolynomial R) (SparseUnivariatePolynomial R) (Integer)))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for MultivariateSquareFree compiling into /tmp/oa-fqOJDq importing GenExEuclid importing MultivariateLifting(E,OV,R,P) importing PolynomialGcdPackage(E,OV,R,P) importing FactoringUtilities(E,OV,R,P) importing IntegerCombinatoricFunctions Integer compiling exported nsqfree : (SparseUnivariatePolynomial P,List OV,List List R) -> Record(unitPart: P,suPart: List Record(factor: SparseUnivariatePolynomial P,exponent: Integer)) Time: 1.00 SEC. compiling exported squareFree : SparseUnivariatePolynomial P -> Factored SparseUnivariatePolynomial P Time: 1.18 SEC. compiling exported squareFree : P -> Factored P Time: 0.32 SEC. compiling exported intChoose : (SparseUnivariatePolynomial P,List OV,List List R) -> Record(upol: SparseUnivariatePolynomial R,Lval: List R,Lfact: List Record(factor: SparseUnivariatePolynomial R,exponent: Integer),ctpol: R) Time: 0.38 SEC. compiling exported coefChoose : (Integer,Factored P) -> P Time: 0.02 SEC. compiling exported consnewpol : (SparseUnivariatePolynomial P,SparseUnivariatePolynomial R,Integer) -> Record(pol: SparseUnivariatePolynomial P,polval: SparseUnivariatePolynomial R) Time: 0.03 SEC. compiling exported lift : (SparseUnivariatePolynomial P,SparseUnivariatePolynomial R,SparseUnivariatePolynomial R,P,List OV,List NonNegativeInteger,List R) -> Union(List SparseUnivariatePolynomial P,failed) Time: 0.31 SEC. compiling exported univcase : (P,OV) -> Factored P Time: 0.06 SEC. compiling exported compdegd : List Record(factor: SparseUnivariatePolynomial R,exponent: Integer) -> Integer Time: 0.02 SEC. compiling exported normDeriv2 : (SparseUnivariatePolynomial R,Integer) -> SparseUnivariatePolynomial R Time: 0.02 SEC. compiling exported myDegree : (SparseUnivariatePolynomial P,List OV,NonNegativeInteger) -> List NonNegativeInteger Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] nsqfree: lcf has no value [2] nsqfree: leadpol has no value [3] nsqfree: sqlc has no value [4] nsqfree: : NonNegativeInteger -- replace by pretend [5] nsqfree: sqlead has no value [6] nsqfree: unitsq has no value [7] squareFree: not known that IntegralDomain is of mode CATEGORY(package,squareFree: P -> Factored P,squareFree: SparseUnivariatePolynomial P -> Factored SparseUnivariatePolynomial P,squareFreePrim: P -> Factored P,compdegd: List Record(factor: SparseUnivariatePolynomial R,exponent: Integer) -> Integer,univcase: (P,OV) -> Factored P,consnewpol: (SparseUnivariatePolynomial P,SparseUnivariatePolynomial R,Integer) -> Record(pol: SparseUnivariatePolynomial P,polval: SparseUnivariatePolynomial R),nsqfree: (SparseUnivariatePolynomial P,List OV,List List R) -> Record(unitPart: P,suPart: List Record(factor: SparseUnivariatePolynomial P,exponent: Integer)),intChoose: (SparseUnivariatePolynomial P,List OV,List List R) -> Record(upol: SparseUnivariatePolynomial R,Lval: List R,Lfact: List Record(factor: SparseUnivariatePolynomial R,exponent: Integer),ctpol: R),coefChoose: (Integer,Factored P) -> P,check: (List Record(factor: SparseUnivariatePolynomial R,exponent: Integer),List Record(factor: SparseUnivariatePolynomial R,exponent: Integer)) -> Boolean,lift: (SparseUnivariatePolynomial P,SparseUnivariatePolynomial R,SparseUnivariatePolynomial R,P,List OV,List NonNegativeInteger,List R) -> Union(List SparseUnivariatePolynomial P,"failed"),myDegree: (SparseUnivariatePolynomial P,List OV,NonNegativeInteger) -> List NonNegativeInteger,normDeriv2: (SparseUnivariatePolynomial R,Integer) -> SparseUnivariatePolynomial R) [8] squareFree: fctr has no value [9] squareFree: xpnt has no value [10] squareFree: lvar has no value [11] squareFree: not known that Ring is of mode CATEGORY(package,squareFree: P -> Factored P,squareFree: SparseUnivariatePolynomial P -> Factored SparseUnivariatePolynomial P,squareFreePrim: P -> Factored P,compdegd: List Record(factor: SparseUnivariatePolynomial R,exponent: Integer) -> Integer,univcase: (P,OV) -> Factored P,consnewpol: (SparseUnivariatePolynomial P,SparseUnivariatePolynomial R,Integer) -> Record(pol: SparseUnivariatePolynomial P,polval: SparseUnivariatePolynomial R),nsqfree: (SparseUnivariatePolynomial P,List OV,List List R) -> Record(unitPart: P,suPart: List Record(factor: SparseUnivariatePolynomial P,exponent: Integer)),intChoose: (SparseUnivariatePolynomial P,List OV,List List R) -> Record(upol: SparseUnivariatePolynomial R,Lval: List R,Lfact: List Record(factor: SparseUnivariatePolynomial R,exponent: Integer),ctpol: R),coefChoose: (Integer,Factored P) -> P,check: (List Record(factor: SparseUnivariatePolynomial R,exponent: Integer),List Record(factor: SparseUnivariatePolynomial R,exponent: Integer)) -> Boolean,lift: (SparseUnivariatePolynomial P,SparseUnivariatePolynomial R,SparseUnivariatePolynomial R,P,List OV,List NonNegativeInteger,List R) -> Union(List SparseUnivariatePolynomial P,"failed"),myDegree: (SparseUnivariatePolynomial P,List OV,NonNegativeInteger) -> List NonNegativeInteger,normDeriv2: (SparseUnivariatePolynomial R,Integer) -> SparseUnivariatePolynomial R) [12] intChoose: factors has no value [13] intChoose: : R -- should replace by @ [14] intChoose: d1 has no value [15] lift: leadlist has no value Cumulative Statistics for Constructor MultivariateSquareFree Time: 3.40 seconds finalizing NRLIB MULTSQFR Processing MultivariateSquareFree for Browser database: -- squareFree : P -> Factored P -- squareFree : SUP -> Factored SUP -- squareFreePrim : P -> Factored P -- compdegd : List FFE -> Z -- univcase : (P,OV) -> Factored P -- consnewpol : (SUP,BP,Z) -> Twopol -- nsqfree : (SUP,List OV,List List R) -> squareForm -- intChoose : (SUP,List OV,List List R) -> Choice -- coefChoose : (Z,Factored P) -> P -- check : (List FFE,List FFE) -> Boolean -- lift : (SUP,BP,BP,P,List OV,List NNI,List R) -> Union(List SUP,"failed") -- myDegree : (SUP,List OV,NNI) -> List NNI -- normDeriv2 : (BP,Z) -> BP -- constructor ; compiling file "/tmp/oa-fqOJDq/code.lsp" (written 01 FEB 2016 10:58:48 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MULTSQFR;nsqfree;SupLLR;1| ...) ; compiling (DEFUN |MULTSQFR;nsqfree;SupLLR;1!0| ...) ; file: /tmp/oa-fqOJDq/code.lsp ; in: DEFUN |MULTSQFR;nsqfree;SupLLR;1!0| ; (DEFUN BOOT::|MULTSQFR;nsqfree;SupLLR;1!0| (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (< (CDR BOOT::|#2|) (CDR BOOT::|#1|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MULTSQFR;nsqfree;SupLLR;1!0| ; (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (BLOCK BOOT::|MULTSQFR;nsqfree;SupLLR;1!0| ; (< (CDR BOOT::|#2|) (CDR BOOT::|#1|)))) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |MULTSQFR;squareFree;SupF;2| ...) ; compiling (DEFUN |MULTSQFR;squareFree;PF;3| ...) ; compiling (DEFUN |MULTSQFR;intChoose;SupLLR;4| ...) ; file: /tmp/oa-fqOJDq/code.lsp ; in: DEFUN |MULTSQFR;intChoose;SupLLR;4| ; (DEFUN BOOT::|MULTSQFR;intChoose;SupLLR;4| ; (BOOT::|f| BOOT::|lvar| BOOT::|ltry| BOOT::$) ; (PROG (BOOT::|d0| BOOT::|ctf| BOOT::|f0| BOOT::|lval|) ; (RETURN ; (LET (# # # # # # # # # #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MULTSQFR;intChoose;SupLLR;4| ; (BOOT::|f| BOOT::|lvar| BOOT::|ltry| BOOT::$) ; (BLOCK BOOT::|MULTSQFR;intChoose;SupLLR;4| ; (PROG (BOOT::|d0| BOOT::|ctf| BOOT::|f0| BOOT::|lval|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |ltry| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS LIST T)) ; ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |MULTSQFR;coefChoose;IFP;5| ...) ; compiling (DEFUN |MULTSQFR;consnewpol;SupSupIR;6| ...) ; file: /tmp/oa-fqOJDq/code.lsp ; in: DEFUN |MULTSQFR;consnewpol;SupSupIR;6| ; (DEFUN BOOT::|MULTSQFR;consnewpol;SupSupIR;6| ; (BOOT::|g| BOOT::|g0| BOOT::|deg| BOOT::$) ; (COND ((EQL BOOT::|deg| 1) (CONS BOOT::|g| BOOT::|g0|)) ; (T (PROGN (SETQ #) (CONS # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MULTSQFR;consnewpol;SupSupIR;6| ; (BOOT::|g| BOOT::|g0| BOOT::|deg| BOOT::$) ; (BLOCK BOOT::|MULTSQFR;consnewpol;SupSupIR;6| ; (COND ((EQL BOOT::|deg| 1) (CONS BOOT::|g| BOOT::|g0|)) ; (T (PROGN # #))))) ; ; note: Assignment to argument: |deg| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |MULTSQFR;lift;Sup2SupPLLLU;7| ...) ; compiling (DEFUN |MULTSQFR;univcase;POVF;8| ...) ; compiling (DEFUN |MULTSQFR;compdegd;LI;9| ...) ; compiling (DEFUN |MULTSQFR;normDeriv2;SupISup;10| ...) ; compiling (DEFUN |MULTSQFR;myDegree;SupLNniL;11| ...) ; file: /tmp/oa-fqOJDq/code.lsp ; in: DEFUN |MULTSQFR;myDegree;SupLNniL;11| ; (DEFUN BOOT::|MULTSQFR;myDegree;SupLNniL;11| ; (BOOT::|f| BOOT::|lvar| BOOT::|exp| BOOT::$) ; (LET ((#:G910 (BOOT::SPADCALL BOOT::|f| BOOT::|lvar| #)) (#:G894 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G910 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MULTSQFR;myDegree;SupLNniL;11| ; (BOOT::|f| BOOT::|lvar| BOOT::|exp| BOOT::$) ; (BLOCK BOOT::|MULTSQFR;myDegree;SupLNniL;11| ; (LET ((#:G910 #) (#:G894 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS UNSIGNED-BYTE T)) &REST T). ; compiling (DEFUN |MultivariateSquareFree| ...) ; compiling (DEFUN |MultivariateSquareFree;| ...) ; compiling (MAKEPROP (QUOTE |MultivariateSquareFree|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 4 notes ; /tmp/oa-fqOJDq/code.fasl written ; compilation finished in 0:00:00.172 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/PSQFR.fasl --optimize=3 PSQFR.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PSQFR.spad using Spad compiler. PSQFR abbreviates package PolynomialSquareFree debug: compDefine1 lhs: (PolynomialSquareFree VarSet E RC P) signature (pre-evaluate): ((CATEGORY package (SIGNATURE squareFree ((Factored P) P))) (OrderedSet) NIL (GcdDomain) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE squareFree ((Factored P) P))) $param: (VarSet E RC P) debug: evaluateType form: (Factored P) $param: (VarSet E RC P) Debug: evaluateType1 form: (Factored P) debug: evaluateType1 x: P m: (IntegralDomain) debug: evaluateType form: P $param: (VarSet E RC P) debug: evaluateType form: (OrderedSet) $param: (VarSet E RC P) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (GcdDomain) $param: (VarSet E RC P) Debug: evaluateType1 form: (GcdDomain) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE squareFree ((Factored P) P))) (OrderedSet) NIL (GcdDomain) NIL) debug: compDefine1 lhs: (PolynomialSquareFree VarSet E RC P) signature (pre-evaluate): ((CATEGORY package (SIGNATURE squareFree ((Factored P) P))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE squareFree ((Factored P) P))) $param: (VarSet E RC P) debug: evaluateType form: (Factored P) $param: (VarSet E RC P) Debug: evaluateType1 form: (Factored P) debug: evaluateType1 x: P m: (IntegralDomain) debug: evaluateType form: P $param: (VarSet E RC P) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE squareFree ((Factored P) P))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PolynomialSquareFree compiling into /tmp/oa-Am1MVj compiling local pPolRoot : P -> P Time: 0.10 SEC. compiling local putPth : P -> P Time: 0.02 SEC. compiling local pthPower : P -> Factored P Time: 0.04 SEC. compiling local finSqFr : (P,List VarSet) -> Factored P Time: 0.28 SEC. compiling exported squareFree : P -> Factored P Time: 0.18 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] pPolRoot: not known that Ring is of mode CATEGORY(package,squareFree: P -> Factored P) [2] pthPower: isSq has no value [3] pthPower: fctr has no value [4] pthPower: xpnt has no value [5] finSqFr: : NonNegativeInteger -- replace by pretend Cumulative Statistics for Constructor PolynomialSquareFree Time: 0.62 seconds finalizing NRLIB PSQFR Processing PolynomialSquareFree for Browser database: -- squareFree : P -> Factored P -- constructor ; compiling file "/tmp/oa-Am1MVj/code.lsp" (written 01 FEB 2016 10:58:49 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PSQFR;pPolRoot| ...) ; compiling (DEFUN |PSQFR;putPth| ...) ; compiling (DEFUN |PSQFR;pthPower| ...) ; compiling (DEFUN |PSQFR;finSqFr| ...) ; file: /tmp/oa-Am1MVj/code.lsp ; in: DEFUN |PSQFR;finSqFr| ; (DEFUN BOOT::|PSQFR;finSqFr| (BOOT::|f| BOOT::|lvar| BOOT::$) ; (PROG (BOOT::|sqp| BOOT::|pfaclist| BOOT::|squf| BOOT::|cont1| BOOT::|cont| ; BOOT::|uf| BOOT::|flistfin1| BOOT::|listfin1| BOOT::|uexp|) ; (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PSQFR;finSqFr| ; (BOOT::|f| BOOT::|lvar| BOOT::$) ; (BLOCK BOOT::|PSQFR;finSqFr| ; (PROG (BOOT::|sqp| BOOT::|pfaclist| BOOT::|squf| BOOT::|cont1| ; BOOT::|cont| BOOT::|uf| BOOT::|flistfin1| BOOT::|listfin1| ; BOOT::|uexp|) ; (RETURN (COND # #))))) ; ; note: Assignment to argument: |lvar| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |PSQFR;squareFree;PF;5| ...) ; compiling (DEFUN |PolynomialSquareFree| ...) ; compiling (DEFUN |PolynomialSquareFree;| ...) ; compiling (MAKEPROP (QUOTE |PolynomialSquareFree|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-Am1MVj/code.fasl written ; compilation finished in 0:00:00.071 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/PMTOOLS.fasl --optimize=3 PMTOOLS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PMTOOLS.spad using Spad compiler. PMTOOLS abbreviates package PatternMatchTools debug: compDefine1 lhs: (PatternMatchTools S R P) signature (pre-evaluate): ((CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult S P) (List P) (List (Pattern S)) (Mapping P (List P)) (PatternMatchResult S P) (Mapping (PatternMatchResult S P) P (Pattern S) (PatternMatchResult S P)))) (SIGNATURE patternMatchTimes ((PatternMatchResult S P) (List P) (List (Pattern S)) (PatternMatchResult S P) (Mapping (PatternMatchResult S P) P (Pattern S) (PatternMatchResult S P))))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult S P) (List P) (List (Pattern S)) (Mapping P (List P)) (PatternMatchResult S P) (Mapping (PatternMatchResult S P) P (Pattern S) (PatternMatchResult S P)))) (SIGNATURE patternMatchTimes ((PatternMatchResult S P) (List P) (List (Pattern S)) (PatternMatchResult S P) (Mapping (PatternMatchResult S P) P (Pattern S) (PatternMatchResult S P))))) $param: (S R P) debug: evaluateType form: (PatternMatchResult S P) $param: (S R P) Debug: evaluateType1 form: (PatternMatchResult S P) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: P m: (SetCategory) debug: evaluateType form: (List P) $param: (S R P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List (Pattern S)) $param: (S R P) Debug: evaluateType1 form: (List (Pattern S)) debug: evaluateType1 x: (Pattern S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Pattern S) $param: (S R P) Debug: evaluateType1 form: (Pattern S) debug: evaluateType1 x: S m: (SetCategory) debug: evalCategory d: (Pattern S) c: (Type) debug: evaluateType form: (Mapping P (List P)) $param: (S R P) debug: evaluateType form: P $param: (S R P) debug: evaluateType form: (List P) $param: (S R P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (PatternMatchResult S P) $param: (S R P) Debug: evaluateType1 form: (PatternMatchResult S P) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: P m: (SetCategory) debug: evaluateType form: (Mapping (PatternMatchResult S P) P (Pattern S) (PatternMatchResult S P)) $param: (S R P) debug: evaluateType form: (PatternMatchResult S P) $param: (S R P) Debug: evaluateType1 form: (PatternMatchResult S P) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: P m: (SetCategory) debug: evaluateType form: P $param: (S R P) debug: evaluateType form: (Pattern S) $param: (S R P) Debug: evaluateType1 form: (Pattern S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (PatternMatchResult S P) $param: (S R P) Debug: evaluateType1 form: (PatternMatchResult S P) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: P m: (SetCategory) debug: evaluateType form: (PatternMatchResult S P) $param: (S R P) Debug: evaluateType1 form: (PatternMatchResult S P) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: P m: (SetCategory) debug: evaluateType form: (List P) $param: (S R P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List (Pattern S)) $param: (S R P) Debug: evaluateType1 form: (List (Pattern S)) debug: evaluateType1 x: (Pattern S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Pattern S) $param: (S R P) Debug: evaluateType1 form: (Pattern S) debug: evaluateType1 x: S m: (SetCategory) debug: evalCategory d: (Pattern S) c: (Type) debug: evaluateType form: (PatternMatchResult S P) $param: (S R P) Debug: evaluateType1 form: (PatternMatchResult S P) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: P m: (SetCategory) debug: evaluateType form: (Mapping (PatternMatchResult S P) P (Pattern S) (PatternMatchResult S P)) $param: (S R P) debug: evaluateType form: (PatternMatchResult S P) $param: (S R P) Debug: evaluateType1 form: (PatternMatchResult S P) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: P m: (SetCategory) debug: evaluateType form: P $param: (S R P) debug: evaluateType form: (Pattern S) $param: (S R P) Debug: evaluateType1 form: (Pattern S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (PatternMatchResult S P) $param: (S R P) Debug: evaluateType1 form: (PatternMatchResult S P) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: P m: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult S P) (List P) (List (Pattern S)) (Mapping P (List P)) (PatternMatchResult S P) (Mapping (PatternMatchResult S P) P (Pattern S) (PatternMatchResult S P)))) (SIGNATURE patternMatchTimes ((PatternMatchResult S P) (List P) (List (Pattern S)) (PatternMatchResult S P) (Mapping (PatternMatchResult S P) P (Pattern S) (PatternMatchResult S P))))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PatternMatchTools compiling into /tmp/oa-Acp4De importing PatternFunctions1(S,P) compiling local negConstant : List P -> Union(P,failed) Time: 0.03 SEC. compiling local tryToMatch : (List Pattern S,Record(res: PatternMatchResult(S,P),s: List P),P,(P,Pattern S,PatternMatchResult(S,P)) -> PatternMatchResult(S,P)) -> Union(Record(res: PatternMatchResult(S,P),s: List P),failed) Time: 0.02 SEC. compiling exported patternMatchTimes : (List P,List Pattern S,PatternMatchResult(S,P),(P,Pattern S,PatternMatchResult(S,P)) -> PatternMatchResult(S,P)) -> PatternMatchResult(S,P) Time: 0.04 SEC. compiling local findMatch : (Pattern S,List P,PatternMatchResult(S,P),P,(P,Pattern S,PatternMatchResult(S,P)) -> PatternMatchResult(S,P)) -> Record(res: PatternMatchResult(S,P),s: List P) Time: 0.02 SEC. compiling local preprocessList : (Pattern S,List P,PatternMatchResult(S,P)) -> Union(List P,failed) Time: 0.01 SEC. compiling local filterMatchedPatterns : (List Pattern S,List P,PatternMatchResult(S,P)) -> Union(Record(pat: List Pattern S,s: List P),failed) Time: 0.04 SEC. compiling local selBestGen : List Pattern S -> List Pattern S Time: 0.01 SEC. compiling exported patternMatch : (List P,List Pattern S,List P -> P,PatternMatchResult(S,P),(P,Pattern S,PatternMatchResult(S,P)) -> PatternMatchResult(S,P)) -> PatternMatchResult(S,P) Time: 0.27 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] findMatch: t has no value Cumulative Statistics for Constructor PatternMatchTools Time: 0.44 seconds finalizing NRLIB PMTOOLS Processing PatternMatchTools for Browser database: -- patternMatch : (List P,List PAT,(List P -> P),PRS,((P,PAT,PRS) -> PRS)) -> PRS -- patternMatchTimes : (List P,List PAT,PRS,((P,PAT,PRS) -> PRS)) -> PRS -- constructor ; compiling file "/tmp/oa-Acp4De/code.lsp" (written 01 FEB 2016 10:58:50 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PMTOOLS;negConstant| ...) ; compiling (DEFUN |PMTOOLS;tryToMatch| ...) ; compiling (DEFUN |PMTOOLS;patternMatchTimes;LLPmrMPmr;3| ...) ; file: /tmp/oa-Acp4De/code.lsp ; in: DEFUN |PMTOOLS;patternMatchTimes;LLPmrMPmr;3| ; (DEFUN BOOT::|PMTOOLS;patternMatchTimes;LLPmrMPmr;3| ; (BOOT::|ls| BOOT::|lp| BOOT::|l| BOOT::|pmatch| BOOT::$) ; (COND ; ((BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 13) BOOT::|lp| ; (BOOT::|shellEntry| BOOT::$ 23)) ; (LET (#) ; (COND # #))) ; (T ; (BOOT::|PMTOOLS;patternMatch;LLMPmrMPmr;8| BOOT::|ls| BOOT::|lp| ; (CONS #'BOOT::|PMTOOLS;patternMatchTimes;LLPmrMPmr;3!1| BOOT::$) ; BOOT::|l| BOOT::|pmatch| BOOT::$)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PMTOOLS;patternMatchTimes;LLPmrMPmr;3| ; (BOOT::|ls| BOOT::|lp| BOOT::|l| BOOT::|pmatch| BOOT::$) ; (BLOCK BOOT::|PMTOOLS;patternMatchTimes;LLPmrMPmr;3| ; (COND ; ((BOOT::SPADCALL # BOOT::|lp| #) ; (LET # ; #)) ; (T ; (BOOT::|PMTOOLS;patternMatch;LLMPmrMPmr;8| BOOT::|ls| BOOT::|lp| # ; BOOT::|l| BOOT::|pmatch| BOOT::$))))) ; ; note: Assignment to argument: |ls| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |PMTOOLS;patternMatchTimes;LLPmrMPmr;3!1| ...) ; compiling (DEFUN |PMTOOLS;patternMatchTimes;LLPmrMPmr;3!0| ...) ; compiling (DEFUN |PMTOOLS;findMatch| ...) ; compiling (DEFUN |PMTOOLS;preprocessList| ...) ; compiling (DEFUN |PMTOOLS;filterMatchedPatterns| ...) ; file: /tmp/oa-Acp4De/code.lsp ; in: DEFUN |PMTOOLS;filterMatchedPatterns| ; (DEFUN BOOT::|PMTOOLS;filterMatchedPatterns| ; (BOOT::|lp| BOOT::|ls| BOOT::|l| BOOT::$) ; (PROG (BOOT::|rc|) ; (RETURN ; (BOOT::SEQ ; (LET # ; #) ; (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PMTOOLS;filterMatchedPatterns| ; (BOOT::|lp| BOOT::|ls| BOOT::|l| BOOT::$) ; (BLOCK BOOT::|PMTOOLS;filterMatchedPatterns| ; (PROG (BOOT::|rc|) (RETURN (BOOT::SEQ # #))))) ; ; note: Assignment to argument: |lp| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |ls| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |PMTOOLS;selBestGen| ...) ; compiling (DEFUN |PMTOOLS;patternMatch;LLMPmrMPmr;8| ...) ; file: /tmp/oa-Acp4De/code.lsp ; in: DEFUN |PMTOOLS;patternMatch;LLMPmrMPmr;8| ; (DEFUN BOOT::|PMTOOLS;patternMatch;LLMPmrMPmr;8| ; (BOOT::|ls| BOOT::|lp| BOOT::|op| BOOT::|l| BOOT::|pmatch| BOOT::$) ; (PROG (BOOT::|u| BOOT::|rec| BOOT::|l4| BOOT::|l3| BOOT::|l2| BOOT::|l1| ; #:G699 BOOT::|lpm|) ; (RETURN ; (LET (# #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PMTOOLS;patternMatch;LLMPmrMPmr;8| ; (BOOT::|ls| BOOT::|lp| BOOT::|op| BOOT::|l| BOOT::|pmatch| BOOT::$) ; (BLOCK BOOT::|PMTOOLS;patternMatch;LLMPmrMPmr;8| ; (PROG (BOOT::|u| BOOT::|rec| BOOT::|l4| BOOT::|l3| BOOT::|l2| ; BOOT::|l1| #:G699 BOOT::|lpm|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |ls| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |lp| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |PMTOOLS;patternMatch;LLMPmrMPmr;8!3| ...) ; compiling (DEFUN |PMTOOLS;patternMatch;LLMPmrMPmr;8!2| ...) ; compiling (DEFUN |PMTOOLS;patternMatch;LLMPmrMPmr;8!1| ...) ; compiling (DEFUN |PMTOOLS;patternMatch;LLMPmrMPmr;8!0| ...) ; compiling (DEFUN |PatternMatchTools| ...) ; compiling (DEFUN |PatternMatchTools;| ...) ; compiling (MAKEPROP (QUOTE |PatternMatchTools|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 5 notes ; /tmp/oa-Acp4De/code.fasl written ; compilation finished in 0:00:00.069 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/PMDOWN.fasl --optimize=3 PMDOWN.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PMDOWN.spad using Spad compiler. PMDOWN abbreviates package PatternMatchPushDown debug: compDefine1 lhs: (PatternMatchPushDown S A B) signature (pre-evaluate): ((CATEGORY package (SIGNATURE fixPredicate ((Mapping (Boolean) A) (Mapping (Boolean) B))) (SIGNATURE patternMatch ((PatternMatchResult S B) A (Pattern S) (PatternMatchResult S B)))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE fixPredicate ((Mapping (Boolean) A) (Mapping (Boolean) B))) (SIGNATURE patternMatch ((PatternMatchResult S B) A (Pattern S) (PatternMatchResult S B)))) $param: (S A B) debug: evaluateType form: (Mapping (Boolean) A) $param: (S A B) debug: evaluateType form: (Boolean) $param: (S A B) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: A $param: (S A B) debug: evaluateType form: (Mapping (Boolean) B) $param: (S A B) debug: evaluateType form: (Boolean) $param: (S A B) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: B $param: (S A B) debug: evaluateType form: (PatternMatchResult S B) $param: (S A B) Debug: evaluateType1 form: (PatternMatchResult S B) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: B m: (SetCategory) debug: evaluateType form: A $param: (S A B) debug: evaluateType form: (Pattern S) $param: (S A B) Debug: evaluateType1 form: (Pattern S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (PatternMatchResult S B) $param: (S A B) Debug: evaluateType1 form: (PatternMatchResult S B) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: B m: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE fixPredicate ((Mapping (Boolean) A) (Mapping (Boolean) B))) (SIGNATURE patternMatch ((PatternMatchResult S B) A (Pattern S) (PatternMatchResult S B)))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PatternMatchPushDown compiling into /tmp/oa-OfjXXR importing PatternMatchResultFunctions2(S,A,B) compiling exported fixPredicate : B -> Boolean -> A -> Boolean Time: 0.02 SEC. compiling exported patternMatch : (A,Pattern S,PatternMatchResult(S,B)) -> PatternMatchResult(S,B) Time: 0.01 SEC. compiling local inA : (Pattern S,PatternMatchResult(S,B)) -> Union(List A,failed) Time: 0.02 SEC. compiling local fixList : (List Pattern S -> Pattern S,List Pattern S,PatternMatchResult(S,B),PatternMatchResult(S,A)) -> Union(Record(pat: Pattern S,res: PatternMatchResult(S,A)),failed) Time: 0.02 SEC. compiling local fixPred : Any -> Union(Any,failed) Time: 0.01 SEC. compiling local fixPredicates : (Pattern S,PatternMatchResult(S,B),PatternMatchResult(S,A)) -> Union(Record(pat: Pattern S,res: PatternMatchResult(S,A)),failed) Time: 0.20 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] patternMatch: not known that SetCategory is of mode CATEGORY(package,fixPredicate: (B -> Boolean) -> (A -> Boolean),patternMatch: (A,Pattern S,PatternMatchResult(S,B)) -> PatternMatchResult(S,B)) Cumulative Statistics for Constructor PatternMatchPushDown Time: 0.29 seconds finalizing NRLIB PMDOWN Processing PatternMatchPushDown for Browser database: -- fixPredicate : (B -> Boolean) -> (A -> Boolean) -- patternMatch : (A,PAT,PRB) -> PRB -- constructor ; compiling file "/tmp/oa-OfjXXR/code.lsp" (written 01 FEB 2016 10:58:50 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PMDOWN;fixPredicate;MM;1| ...) ; compiling (DEFUN |PMDOWN;fixPredicate;MM;1!0| ...) ; compiling (DEFUN |PMDOWN;patternMatch;AP2Pmr;2| ...) ; compiling (DEFUN |PMDOWN;patternMatch;AP2Pmr;2!0| ...) ; compiling (DEFUN |PMDOWN;inA| ...) ; compiling (DEFUN |PMDOWN;fixList| ...) ; compiling (DEFUN |PMDOWN;fixPred| ...) ; compiling (DEFUN |PMDOWN;fixPredicates| ...) ; file: /tmp/oa-OfjXXR/code.lsp ; in: DEFUN |PMDOWN;fixPredicates| ; (DEFUN BOOT::|PMDOWN;fixPredicates| (BOOT::|p| BOOT::|lb| BOOT::|la| BOOT::$) ; (PROG (BOOT::|q| BOOT::|lp| BOOT::|ua| BOOT::|fe| BOOT::|fv| BOOT::|uur| ; BOOT::|uu| BOOT::|f| BOOT::|wr| BOOT::|w| BOOT::|fd| BOOT::|fn| ...) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PMDOWN;fixPredicates| ; (BOOT::|p| BOOT::|lb| BOOT::|la| BOOT::$) ; (BLOCK BOOT::|PMDOWN;fixPredicates| ; (PROG (BOOT::|q| BOOT::|lp| BOOT::|ua| BOOT::|fe| BOOT::|fv| ; BOOT::|uur| BOOT::|uu| BOOT::|f| BOOT::|wr| BOOT::|w| BOOT::|fd| ; BOOT::|fn| ...) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |PMDOWN;fixPredicates!2| ...) ; compiling (DEFUN |PMDOWN;fixPredicates!1| ...) ; compiling (DEFUN |PMDOWN;fixPredicates!0| ...) ; compiling (DEFUN |PatternMatchPushDown| ...) ; compiling (DEFUN |PatternMatchPushDown;| ...) ; compiling (MAKEPROP (QUOTE |PatternMatchPushDown|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-OfjXXR/code.fasl written ; compilation finished in 0:00:00.070 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/PMPLCAT.fasl --optimize=3 PMPLCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PMPLCAT.spad using Spad compiler. PMPLCAT abbreviates package PatternMatchPolynomialCategory debug: compDefine1 lhs: (PatternMatchPolynomialCategory S E V R P) signature (pre-evaluate): ((CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult S P) P (Pattern S) (PatternMatchResult S P) (Mapping (PatternMatchResult S P) V (Pattern S) (PatternMatchResult S P)))) (IF (has V (PatternMatchable S)) (SIGNATURE patternMatch ((PatternMatchResult S P) P (Pattern S) (PatternMatchResult S P))) %noBranch)) NIL NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult S P) P (Pattern S) (PatternMatchResult S P) (Mapping (PatternMatchResult S P) V (Pattern S) (PatternMatchResult S P)))) (IF (has V (PatternMatchable S)) (SIGNATURE patternMatch ((PatternMatchResult S P) P (Pattern S) (PatternMatchResult S P))) %noBranch)) $param: (S E V R P) debug: evaluateType form: (PatternMatchResult S P) $param: (S E V R P) Debug: evaluateType1 form: (PatternMatchResult S P) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: P m: (SetCategory) debug: evaluateType form: P $param: (S E V R P) debug: evaluateType form: (Pattern S) $param: (S E V R P) Debug: evaluateType1 form: (Pattern S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (PatternMatchResult S P) $param: (S E V R P) Debug: evaluateType1 form: (PatternMatchResult S P) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: P m: (SetCategory) debug: evaluateType form: (Mapping (PatternMatchResult S P) V (Pattern S) (PatternMatchResult S P)) $param: (S E V R P) debug: evaluateType form: (PatternMatchResult S P) $param: (S E V R P) Debug: evaluateType1 form: (PatternMatchResult S P) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: P m: (SetCategory) debug: evaluateType form: V $param: (S E V R P) debug: evaluateType form: (Pattern S) $param: (S E V R P) Debug: evaluateType1 form: (Pattern S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (PatternMatchResult S P) $param: (S E V R P) Debug: evaluateType1 form: (PatternMatchResult S P) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: P m: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult S P) P (Pattern S) (PatternMatchResult S P) (Mapping (PatternMatchResult S P) V (Pattern S) (PatternMatchResult S P)))) (IF (has V (PatternMatchable S)) (SIGNATURE patternMatch ((PatternMatchResult S P) P (Pattern S) (PatternMatchResult S P))) %noBranch)) NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PatternMatchPolynomialCategory compiling into /tmp/oa-oeJtMp importing PatternMatchTools(S,R,P) importing PatternMatchPushDown(S,R,P) compiling exported patternMatch : (P,Pattern S,PatternMatchResult(S,P)) -> PatternMatchResult(S,P) Time: 0.06 SEC. compiling exported patternMatch : (P,Pattern S,PatternMatchResult(S,P),(V,Pattern S,PatternMatchResult(S,P)) -> PatternMatchResult(S,P)) -> PatternMatchResult(S,P) Time: 0.15 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor PatternMatchPolynomialCategory Time: 0.22 seconds finalizing NRLIB PMPLCAT Processing PatternMatchPolynomialCategory for Browser database: -- patternMatch : (P,PAT,PRS,((V,PAT,PRS) -> PRS)) -> PRS -- patternMatch : (P,PAT,PRS) -> PRS -- constructor ; compiling file "/tmp/oa-oeJtMp/code.lsp" (written 01 FEB 2016 10:58:51 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PMPLCAT;patternMatch;PP2Pmr;1| ...) ; compiling (DEFUN |PMPLCAT;patternMatch;PPPmrMPmr;2| ...) ; compiling (DEFUN |PMPLCAT;patternMatch;PPPmrMPmr;2!2| ...) ; compiling (DEFUN |PMPLCAT;patternMatch;PPPmrMPmr;2!1| ...) ; compiling (DEFUN |PMPLCAT;patternMatch;PPPmrMPmr;2!0| ...) ; compiling (DEFUN |PatternMatchPolynomialCategory| ...) ; compiling (DEFUN |PatternMatchPolynomialCategory;| ...) ; compiling (MAKEPROP (QUOTE |PatternMatchPolynomialCategory|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-oeJtMp/code.fasl written ; compilation finished in 0:00:00.065 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/POLYLIFT.fasl --optimize=3 POLYLIFT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/POLYLIFT.spad using Spad compiler. POLYLIFT abbreviates package PolynomialCategoryLifting debug: compDefine1 lhs: (PolynomialCategoryLifting E Vars R P S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map (S (Mapping S Vars) (Mapping S R) P))) NIL NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map (S (Mapping S Vars) (Mapping S R) P))) $param: (E Vars R P S) debug: evaluateType form: S $param: (E Vars R P S) debug: evaluateType form: (Mapping S Vars) $param: (E Vars R P S) debug: evaluateType form: S $param: (E Vars R P S) debug: evaluateType form: Vars $param: (E Vars R P S) debug: evaluateType form: (Mapping S R) $param: (E Vars R P S) debug: evaluateType form: S $param: (E Vars R P S) debug: evaluateType form: R $param: (E Vars R P S) debug: evaluateType form: P $param: (E Vars R P S) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map (S (Mapping S Vars) (Mapping S R) P))) NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PolynomialCategoryLifting compiling into /tmp/oa-nJHueE compiling exported map : (Vars -> S,R -> S,P) -> S Time: 0.08 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] map: not known that Ring is of mode CATEGORY(package,map: ((Vars -> S),(R -> S),P) -> S) Cumulative Statistics for Constructor PolynomialCategoryLifting Time: 0.08 seconds finalizing NRLIB POLYLIFT Processing PolynomialCategoryLifting for Browser database: --->../../x86_64-unknown-linux-gnu/src/algebra/polycat.spad-->PolynomialCategoryLifting((+ (% % %))): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/polycat.spad-->PolynomialCategoryLifting((* (% % %))): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/polycat.spad-->PolynomialCategoryLifting((** (% % NonNegativeInteger))): Not documented!!!! -- map : ((Vars -> S),(R -> S),P) -> S -- constructor ; compiling file "/tmp/oa-nJHueE/code.lsp" (written 01 FEB 2016 10:58:51 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |POLYLIFT;map;MMPS;1| ...) ; compiling (DEFUN |PolynomialCategoryLifting| ...) ; compiling (DEFUN |PolynomialCategoryLifting;| ...) ; compiling (MAKEPROP (QUOTE |PolynomialCategoryLifting|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-nJHueE/code.fasl written ; compilation finished in 0:00:00.023 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile POLYCAT.spad && cp POLYCAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/POLYCAT.fasl \ && if test -f POLYCAT-.NRLIB/code.fasl; then \ cp POLYCAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/POLYCAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/POLYCAT.spad using Spad compiler. POLYCAT abbreviates category PolynomialCategory debug: compDefine1 lhs: (PolynomialCategory R E VarSet) signature (pre-evaluate): ((Category) (Ring) (OrderedAbelianMonoidSup) (OrderedSet)) debug: evaluateType form: (Category) $param: (R E VarSet) debug: evaluateType form: (Ring) $param: (R E VarSet) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (R E VarSet) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedSet) $param: (R E VarSet) Debug: evaluateType1 form: (OrderedSet) debug: compDefine1 signature (post evaluate): ((Category) (Ring) (OrderedAbelianMonoidSup) (OrderedSet)) debug: compDefine1 lhs: (PolynomialCategory R E VarSet) signature (pre-evaluate): ((Category) NIL NIL NIL) debug: evaluateType form: (Category) $param: (R E VarSet) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PolynomialCategory compiling into /tmp/oa-RBUSrW STYLE-WARNING: redefining BOOT::|PolynomialCategory| in DEFUN Time: 0.03 SEC. POLYCAT- abbreviates package PolynomialCategory& ------------------------------------------------------------------------ initializing stationary directory for PolynomialCategory& compiling into /tmp/oa-TXvDl8 compiling exported eval : (S,List Equation S) -> S Time: 0.20 SEC. compiling exported monomials : S -> List S Time: 0.02 SEC. compiling exported isPlus : S -> Union(List S,failed) Time: 0.03 SEC. compiling exported isTimes : S -> Union(List S,failed) Time: 0.03 SEC. compiling exported isExpt : S -> Union(Record(var: VarSet,exponent: NonNegativeInteger),failed) Time: 0.02 SEC. compiling exported coefficient : (S,VarSet,NonNegativeInteger) -> S Time: 0.00 SEC. compiling exported coefficient : (S,List VarSet,List NonNegativeInteger) -> S Time: 0.03 SEC. compiling exported monomial : (S,List VarSet,List NonNegativeInteger) -> S Time: 0.02 SEC. compiling exported retract : S -> VarSet Time: 0.01 SEC. compiling exported retractIfCan : S -> Union(VarSet,failed) Time: 0.01 SEC. compiling local mkPrim : S -> S Time: 0.00 SEC. compiling exported primitiveMonomials : S -> List S Time: 0.02 SEC. compiling exported totalDegree : S -> NonNegativeInteger Time: 0.01 SEC. compiling exported totalDegree : (S,List VarSet) -> NonNegativeInteger Time: 0.02 SEC. compiling exported resultant : (S,S,VarSet) -> S Time: 0.01 SEC. compiling exported discriminant : (S,VarSet) -> S Time: 0 SEC. compiling local allMonoms : List S -> List S Time: 0.04 SEC. compiling local P2R : (S,List E,NonNegativeInteger) -> Vector R Time: 0.08 SEC. compiling local eq2R : (List S,List E) -> Matrix R Time: 0.14 SEC. compiling exported reducedSystem : Matrix S -> Matrix R Time: 0.27 SEC. compiling exported reducedSystem : (Matrix S,Vector S) -> Record(mat: Matrix R,vec: Vector R) Time: 0.21 SEC. compiling exported gcdPolynomial : (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S Time: 0.02 SEC. compiling exported solveLinearPolynomialEquation : (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,failed) Time: 0.01 SEC. compiling exported factorPolynomial : SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S Time: 0.03 SEC. compiling exported factorSquareFreePolynomial : SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S Time: 0.02 SEC. compiling exported factor : S -> Factored S Time: 0.23 SEC. compiling exported conditionP : Matrix S -> Union(Vector S,failed) Time: 0.76 SEC. compiling exported charthRoot : S -> Maybe S Time: 0.06 SEC. compiling local charthRootlv : (S,List VarSet,NonNegativeInteger) -> Maybe S Time: 0.10 SEC. compiling exported monicDivide : (S,S,VarSet) -> Record(quotient: S,remainder: S) Time: 0.02 SEC. compiling exported squareFree : S -> Factored S Time: 0.02 SEC. compiling exported squareFree : S -> Factored S Time: 0.01 SEC. compiling exported squareFree : S -> Factored S Time: 0.02 SEC. compiling exported squareFreePart : S -> S Time: 0.03 SEC. compiling exported content : (S,VarSet) -> S Time: 0.00 SEC. compiling exported primitivePart : S -> S Time: 0.01 SEC. compiling exported primitivePart : (S,VarSet) -> S Time: 0.02 SEC. compiling exported before? : (S,S) -> Boolean Time: 0.03 SEC. compiling exported patternMatch : (S,Pattern Integer,PatternMatchResult(Integer,S)) -> PatternMatchResult(Integer,S) Time: 0.02 SEC. compiling exported patternMatch : (S,Pattern Float,PatternMatchResult(Float,S)) -> PatternMatchResult(Float,S) Time: 0.02 SEC. compiling exported convert : S -> Pattern Integer Time: 0.01 SEC. compiling exported convert : S -> Pattern Float Time: 0.01 SEC. compiling exported convert : S -> InputForm Time: 0.01 SEC. (time taken in buildFunctor: 4) Time: 0.02 SEC. Warnings: [1] eval: IN has no value [2] eval: e has no value [3] coefficient: not known that Ring is of mode CATEGORY(package,gcdPolynomial: (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S,squareFree: S -> Factored S,squareFreePart: S -> S,charthRoot: S -> Maybe S,convert: S -> InputForm,convert: S -> Pattern Integer,convert: S -> Pattern Float,patternMatch: (S,Pattern Integer,PatternMatchResult(Integer,S)) -> PatternMatchResult(Integer,S),patternMatch: (S,Pattern Float,PatternMatchResult(Float,S)) -> PatternMatchResult(Float,S),factor: S -> Factored S,factorPolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,solveLinearPolynomialEquation: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),conditionP: Matrix S -> Union(Vector S,"failed"),primitivePart: (S,VarSet) -> S,content: (S,VarSet) -> S,discriminant: (S,VarSet) -> S,resultant: (S,S,VarSet) -> S,primitiveMonomials: S -> List S,totalDegree: (S,List VarSet) -> NonNegativeInteger,totalDegree: S -> NonNegativeInteger,isExpt: S -> Union(Record(var: VarSet,exponent: NonNegativeInteger),"failed"),isTimes: S -> Union(List S,"failed"),isPlus: S -> Union(List S,"failed"),monomial: (S,List VarSet,List NonNegativeInteger) -> S,monomial: (S,VarSet,NonNegativeInteger) -> S,monicDivide: (S,S,VarSet) -> Record(quotient: S,remainder: S),monomials: S -> List S,coefficient: (S,List VarSet,List NonNegativeInteger) -> S,coefficient: (S,VarSet,NonNegativeInteger) -> S,reducedSystem: Matrix S -> Matrix R,reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix R,vec: Vector R),reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix Integer,vec: Vector Integer),reducedSystem: Matrix S -> Matrix Integer,retractIfCan: S -> Union(VarSet,"failed"),retract: S -> VarSet,eval: (S,List VarSet,List S) -> S,eval: (S,VarSet,S) -> S,eval: (S,List VarSet,List R) -> S,eval: (S,VarSet,R) -> S,eval: (S,List S,List S) -> S,eval: (S,S,S) -> S,eval: (S,Equation S) -> S,eval: (S,List Equation S) -> S,monomial: (R,E) -> S,coefficient: (S,E) -> R,retractIfCan: S -> Union(Integer,"failed"),retract: S -> Integer,retractIfCan: S -> Union(Fraction Integer,"failed"),retract: S -> Fraction Integer,retract: S -> R,retractIfCan: S -> Union(R,"failed"),content: S -> R,primitivePart: S -> S,before?: (S,S) -> Boolean) [4] totalDegree: w has no value [5] reducedSystem: IN has no value [6] reducedSystem: r has no value [7] reducedSystem: not known that Ring is of mode CATEGORY(package,gcdPolynomial: (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S,squareFree: S -> Factored S,squareFreePart: S -> S,charthRoot: S -> Maybe S,convert: S -> InputForm,convert: S -> Pattern Integer,convert: S -> Pattern Float,patternMatch: (S,Pattern Integer,PatternMatchResult(Integer,S)) -> PatternMatchResult(Integer,S),patternMatch: (S,Pattern Float,PatternMatchResult(Float,S)) -> PatternMatchResult(Float,S),factor: S -> Factored S,factorPolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,solveLinearPolynomialEquation: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),conditionP: Matrix S -> Union(Vector S,"failed"),primitivePart: (S,VarSet) -> S,content: (S,VarSet) -> S,discriminant: (S,VarSet) -> S,resultant: (S,S,VarSet) -> S,primitiveMonomials: S -> List S,totalDegree: (S,List VarSet) -> NonNegativeInteger,totalDegree: S -> NonNegativeInteger,isExpt: S -> Union(Record(var: VarSet,exponent: NonNegativeInteger),"failed"),isTimes: S -> Union(List S,"failed"),isPlus: S -> Union(List S,"failed"),monomial: (S,List VarSet,List NonNegativeInteger) -> S,monomial: (S,VarSet,NonNegativeInteger) -> S,monicDivide: (S,S,VarSet) -> Record(quotient: S,remainder: S),monomials: S -> List S,coefficient: (S,List VarSet,List NonNegativeInteger) -> S,coefficient: (S,VarSet,NonNegativeInteger) -> S,reducedSystem: Matrix S -> Matrix R,reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix R,vec: Vector R),reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix Integer,vec: Vector Integer),reducedSystem: Matrix S -> Matrix Integer,retractIfCan: S -> Union(VarSet,"failed"),retract: S -> VarSet,eval: (S,List VarSet,List S) -> S,eval: (S,VarSet,S) -> S,eval: (S,List VarSet,List R) -> S,eval: (S,VarSet,R) -> S,eval: (S,List S,List S) -> S,eval: (S,S,S) -> S,eval: (S,Equation S) -> S,eval: (S,List Equation S) -> S,monomial: (R,E) -> S,coefficient: (S,E) -> R,retractIfCan: S -> Union(Integer,"failed"),retract: S -> Integer,retractIfCan: S -> Union(Fraction Integer,"failed"),retract: S -> Fraction Integer,retract: S -> R,retractIfCan: S -> Union(R,"failed"),content: S -> R,primitivePart: S -> S,before?: (S,S) -> Boolean) [8] solveLinearPolynomialEquation: not known that Ring is of mode CATEGORY(package,gcdPolynomial: (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S,squareFree: S -> Factored S,squareFreePart: S -> S,charthRoot: S -> Maybe S,convert: S -> InputForm,convert: S -> Pattern Integer,convert: S -> Pattern Float,patternMatch: (S,Pattern Integer,PatternMatchResult(Integer,S)) -> PatternMatchResult(Integer,S),patternMatch: (S,Pattern Float,PatternMatchResult(Float,S)) -> PatternMatchResult(Float,S),factor: S -> Factored S,factorPolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,solveLinearPolynomialEquation: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),conditionP: Matrix S -> Union(Vector S,"failed"),primitivePart: (S,VarSet) -> S,content: (S,VarSet) -> S,discriminant: (S,VarSet) -> S,resultant: (S,S,VarSet) -> S,primitiveMonomials: S -> List S,totalDegree: (S,List VarSet) -> NonNegativeInteger,totalDegree: S -> NonNegativeInteger,isExpt: S -> Union(Record(var: VarSet,exponent: NonNegativeInteger),"failed"),isTimes: S -> Union(List S,"failed"),isPlus: S -> Union(List S,"failed"),monomial: (S,List VarSet,List NonNegativeInteger) -> S,monomial: (S,VarSet,NonNegativeInteger) -> S,monicDivide: (S,S,VarSet) -> Record(quotient: S,remainder: S),monomials: S -> List S,coefficient: (S,List VarSet,List NonNegativeInteger) -> S,coefficient: (S,VarSet,NonNegativeInteger) -> S,reducedSystem: Matrix S -> Matrix R,reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix R,vec: Vector R),reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix Integer,vec: Vector Integer),reducedSystem: Matrix S -> Matrix Integer,retractIfCan: S -> Union(VarSet,"failed"),retract: S -> VarSet,eval: (S,List VarSet,List S) -> S,eval: (S,VarSet,S) -> S,eval: (S,List VarSet,List R) -> S,eval: (S,VarSet,R) -> S,eval: (S,List S,List S) -> S,eval: (S,S,S) -> S,eval: (S,Equation S) -> S,eval: (S,List Equation S) -> S,monomial: (R,E) -> S,coefficient: (S,E) -> R,retractIfCan: S -> Union(Integer,"failed"),retract: S -> Integer,retractIfCan: S -> Union(Fraction Integer,"failed"),retract: S -> Fraction Integer,retract: S -> R,retractIfCan: S -> Union(R,"failed"),content: S -> R,primitivePart: S -> S,before?: (S,S) -> Boolean) [9] factorPolynomial: not known that Ring is of mode CATEGORY(package,gcdPolynomial: (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S,squareFree: S -> Factored S,squareFreePart: S -> S,charthRoot: S -> Maybe S,convert: S -> InputForm,convert: S -> Pattern Integer,convert: S -> Pattern Float,patternMatch: (S,Pattern Integer,PatternMatchResult(Integer,S)) -> PatternMatchResult(Integer,S),patternMatch: (S,Pattern Float,PatternMatchResult(Float,S)) -> PatternMatchResult(Float,S),factor: S -> Factored S,factorPolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,solveLinearPolynomialEquation: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),conditionP: Matrix S -> Union(Vector S,"failed"),primitivePart: (S,VarSet) -> S,content: (S,VarSet) -> S,discriminant: (S,VarSet) -> S,resultant: (S,S,VarSet) -> S,primitiveMonomials: S -> List S,totalDegree: (S,List VarSet) -> NonNegativeInteger,totalDegree: S -> NonNegativeInteger,isExpt: S -> Union(Record(var: VarSet,exponent: NonNegativeInteger),"failed"),isTimes: S -> Union(List S,"failed"),isPlus: S -> Union(List S,"failed"),monomial: (S,List VarSet,List NonNegativeInteger) -> S,monomial: (S,VarSet,NonNegativeInteger) -> S,monicDivide: (S,S,VarSet) -> Record(quotient: S,remainder: S),monomials: S -> List S,coefficient: (S,List VarSet,List NonNegativeInteger) -> S,coefficient: (S,VarSet,NonNegativeInteger) -> S,reducedSystem: Matrix S -> Matrix R,reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix R,vec: Vector R),reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix Integer,vec: Vector Integer),reducedSystem: Matrix S -> Matrix Integer,retractIfCan: S -> Union(VarSet,"failed"),retract: S -> VarSet,eval: (S,List VarSet,List S) -> S,eval: (S,VarSet,S) -> S,eval: (S,List VarSet,List R) -> S,eval: (S,VarSet,R) -> S,eval: (S,List S,List S) -> S,eval: (S,S,S) -> S,eval: (S,Equation S) -> S,eval: (S,List Equation S) -> S,monomial: (R,E) -> S,coefficient: (S,E) -> R,retractIfCan: S -> Union(Integer,"failed"),retract: S -> Integer,retractIfCan: S -> Union(Fraction Integer,"failed"),retract: S -> Fraction Integer,retract: S -> R,retractIfCan: S -> Union(R,"failed"),content: S -> R,primitivePart: S -> S,before?: (S,S) -> Boolean) [10] factor: not known that IntegralDomain is of mode CATEGORY(package,gcdPolynomial: (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S,squareFree: S -> Factored S,squareFreePart: S -> S,charthRoot: S -> Maybe S,convert: S -> InputForm,convert: S -> Pattern Integer,convert: S -> Pattern Float,patternMatch: (S,Pattern Integer,PatternMatchResult(Integer,S)) -> PatternMatchResult(Integer,S),patternMatch: (S,Pattern Float,PatternMatchResult(Float,S)) -> PatternMatchResult(Float,S),factor: S -> Factored S,factorPolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,solveLinearPolynomialEquation: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),conditionP: Matrix S -> Union(Vector S,"failed"),primitivePart: (S,VarSet) -> S,content: (S,VarSet) -> S,discriminant: (S,VarSet) -> S,resultant: (S,S,VarSet) -> S,primitiveMonomials: S -> List S,totalDegree: (S,List VarSet) -> NonNegativeInteger,totalDegree: S -> NonNegativeInteger,isExpt: S -> Union(Record(var: VarSet,exponent: NonNegativeInteger),"failed"),isTimes: S -> Union(List S,"failed"),isPlus: S -> Union(List S,"failed"),monomial: (S,List VarSet,List NonNegativeInteger) -> S,monomial: (S,VarSet,NonNegativeInteger) -> S,monicDivide: (S,S,VarSet) -> Record(quotient: S,remainder: S),monomials: S -> List S,coefficient: (S,List VarSet,List NonNegativeInteger) -> S,coefficient: (S,VarSet,NonNegativeInteger) -> S,reducedSystem: Matrix S -> Matrix R,reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix R,vec: Vector R),reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix Integer,vec: Vector Integer),reducedSystem: Matrix S -> Matrix Integer,retractIfCan: S -> Union(VarSet,"failed"),retract: S -> VarSet,eval: (S,List VarSet,List S) -> S,eval: (S,VarSet,S) -> S,eval: (S,List VarSet,List R) -> S,eval: (S,VarSet,R) -> S,eval: (S,List S,List S) -> S,eval: (S,S,S) -> S,eval: (S,Equation S) -> S,eval: (S,List Equation S) -> S,monomial: (R,E) -> S,coefficient: (S,E) -> R,retractIfCan: S -> Union(Integer,"failed"),retract: S -> Integer,retractIfCan: S -> Union(Fraction Integer,"failed"),retract: S -> Fraction Integer,retract: S -> R,retractIfCan: S -> Union(R,"failed"),content: S -> R,primitivePart: S -> S,before?: (S,S) -> Boolean) [11] conditionP: : Integer -- replace by pretend [12] squareFreePart: unit has no value [13] patternMatch: not known that SetCategory is of mode CATEGORY(package,gcdPolynomial: (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S,squareFree: S -> Factored S,squareFreePart: S -> S,charthRoot: S -> Maybe S,convert: S -> InputForm,convert: S -> Pattern Integer,convert: S -> Pattern Float,patternMatch: (S,Pattern Integer,PatternMatchResult(Integer,S)) -> PatternMatchResult(Integer,S),patternMatch: (S,Pattern Float,PatternMatchResult(Float,S)) -> PatternMatchResult(Float,S),factor: S -> Factored S,factorPolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,solveLinearPolynomialEquation: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),conditionP: Matrix S -> Union(Vector S,"failed"),primitivePart: (S,VarSet) -> S,content: (S,VarSet) -> S,discriminant: (S,VarSet) -> S,resultant: (S,S,VarSet) -> S,primitiveMonomials: S -> List S,totalDegree: (S,List VarSet) -> NonNegativeInteger,totalDegree: S -> NonNegativeInteger,isExpt: S -> Union(Record(var: VarSet,exponent: NonNegativeInteger),"failed"),isTimes: S -> Union(List S,"failed"),isPlus: S -> Union(List S,"failed"),monomial: (S,List VarSet,List NonNegativeInteger) -> S,monomial: (S,VarSet,NonNegativeInteger) -> S,monicDivide: (S,S,VarSet) -> Record(quotient: S,remainder: S),monomials: S -> List S,coefficient: (S,List VarSet,List NonNegativeInteger) -> S,coefficient: (S,VarSet,NonNegativeInteger) -> S,reducedSystem: Matrix S -> Matrix R,reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix R,vec: Vector R),reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix Integer,vec: Vector Integer),reducedSystem: Matrix S -> Matrix Integer,retractIfCan: S -> Union(VarSet,"failed"),retract: S -> VarSet,eval: (S,List VarSet,List S) -> S,eval: (S,VarSet,S) -> S,eval: (S,List VarSet,List R) -> S,eval: (S,VarSet,R) -> S,eval: (S,List S,List S) -> S,eval: (S,S,S) -> S,eval: (S,Equation S) -> S,eval: (S,List Equation S) -> S,monomial: (R,E) -> S,coefficient: (S,E) -> R,retractIfCan: S -> Union(Integer,"failed"),retract: S -> Integer,retractIfCan: S -> Union(Fraction Integer,"failed"),retract: S -> Fraction Integer,retract: S -> R,retractIfCan: S -> Union(R,"failed"),content: S -> R,primitivePart: S -> S,before?: (S,S) -> Boolean) Cumulative Statistics for Constructor PolynomialCategory& Time: 2.67 seconds finalizing NRLIB POLYCAT- ; compiling file "/tmp/oa-TXvDl8/code.lsp" (written 01 FEB 2016 10:58:54 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |POLYCAT-;eval;$L$;1| ...) ; compiling (DEFUN |POLYCAT-;monomials;$L;2| ...) ; file: /tmp/oa-TXvDl8/code.lsp ; in: DEFUN |POLYCAT-;monomials;$L;2| ; (DEFUN BOOT::|POLYCAT-;monomials;$L;2| (BOOT::|p| BOOT::$) ; (LET ((BOOT::|ml| NIL)) ; (BOOT::SEQ (LOOP (COND # #)) ; (BOOT::EXIT (BOOTTRAN:|reverse| BOOT::|ml|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|POLYCAT-;monomials;$L;2| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|POLYCAT-;monomials;$L;2| ; (LET ((BOOT::|ml| NIL)) ; (BOOT::SEQ (LOOP #) (BOOT::EXIT #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |POLYCAT-;isPlus;$U;3| ...) ; compiling (DEFUN |POLYCAT-;isTimes;$U;4| ...) ; compiling (DEFUN |POLYCAT-;isExpt;$U;5| ...) ; compiling (DEFUN |POLYCAT-;coefficient;$VarSetNni$;6| ...) ; compiling (DEFUN |POLYCAT-;coefficient;$LL$;7| ...) ; compiling (DEFUN |POLYCAT-;monomial;$LL$;8| ...) ; compiling (DEFUN |POLYCAT-;retract;$VarSet;9| ...) ; compiling (DEFUN |POLYCAT-;retractIfCan;$U;10| ...) ; compiling (DEFUN |POLYCAT-;mkPrim| ...) ; compiling (DEFUN |POLYCAT-;primitiveMonomials;$L;12| ...) ; file: /tmp/oa-TXvDl8/code.lsp ; in: DEFUN |POLYCAT-;primitiveMonomials;$L;12| ; (DEFUN BOOT::|POLYCAT-;primitiveMonomials;$L;12| (BOOT::|p| BOOT::$) ; (LET ((#:G875 (BOOT::SPADCALL BOOT::|p| #)) (#:G640 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G875 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|POLYCAT-;primitiveMonomials;$L;12| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|POLYCAT-;primitiveMonomials;$L;12| ; (LET ((#:G875 #) (#:G640 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |POLYCAT-;totalDegree;$Nni;13| ...) ; compiling (DEFUN |POLYCAT-;totalDegree;$LNni;14| ...) ; compiling (DEFUN |POLYCAT-;resultant;2$VarSet$;15| ...) ; compiling (DEFUN |POLYCAT-;discriminant;$VarSet$;16| ...) ; compiling (DEFUN |POLYCAT-;allMonoms| ...) ; file: /tmp/oa-TXvDl8/code.lsp ; in: DEFUN |POLYCAT-;allMonoms| ; (DEFUN BOOT::|POLYCAT-;allMonoms| (BOOT::|l| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL ; (LET (# #) ; (LOOP # ; #)) ; (BOOT::|shellEntry| BOOT::$ 99)) ; (BOOT::|shellEntry| BOOT::$ 100))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|POLYCAT-;allMonoms| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|POLYCAT-;allMonoms| ; (BOOT::SPADCALL ; (BOOT::SPADCALL ; (LET # ; #) ; (BOOT::|shellEntry| BOOT::$ 99)) ; (BOOT::|shellEntry| BOOT::$ 100)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |POLYCAT-;P2R| ...) ; compiling (DEFUN |POLYCAT-;eq2R| ...) ; compiling (DEFUN |POLYCAT-;reducedSystem;MM;20| ...) ; compiling (DEFUN |POLYCAT-;reducedSystem;MVR;21| ...) ; compiling (DEFUN |POLYCAT-;gcdPolynomial;3Sup;22| ...) ; compiling (DEFUN |POLYCAT-;solveLinearPolynomialEquation;LSupU;23| ...) ; file: /tmp/oa-TXvDl8/code.lsp ; in: DEFUN |POLYCAT-;solveLinearPolynomialEquation;LSupU;23| ; (DEFUN BOOT::|POLYCAT-;solveLinearPolynomialEquation;LSupU;23| ; (BOOT::|lpp| BOOT::|pp| BOOT::$) ; (BOOT::SPADCALL BOOT::|lpp| BOOT::|pp| (BOOT::|shellEntry| BOOT::$ 138))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|POLYCAT-;solveLinearPolynomialEquation;LSupU;23| ; (BOOT::|lpp| BOOT::|pp| BOOT::$) ; (BLOCK BOOT::|POLYCAT-;solveLinearPolynomialEquation;LSupU;23| ; (BOOT::SPADCALL BOOT::|lpp| BOOT::|pp| ; (BOOT::|shellEntry| BOOT::$ 138)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |POLYCAT-;factorPolynomial;SupF;24| ...) ; compiling (DEFUN |POLYCAT-;factorSquareFreePolynomial;SupF;25| ...) ; compiling (DEFUN |POLYCAT-;factor;$F;26| ...) ; compiling (DEFUN |POLYCAT-;conditionP;MU;27| ...) ; compiling (DEFUN |POLYCAT-;charthRoot;$M;28| ...) ; compiling (DEFUN |POLYCAT-;charthRootlv| ...) ; file: /tmp/oa-TXvDl8/code.lsp ; in: DEFUN |POLYCAT-;charthRootlv| ; (DEFUN BOOT::|POLYCAT-;charthRootlv| ; (BOOT::|p| BOOT::|vars| BOOT::|ch| BOOT::$) ; (PROG (BOOT::|ansx| BOOT::|cp| BOOT::|dd| BOOT::|ans| BOOT::|d|) ; (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|POLYCAT-;charthRootlv| ; (BOOT::|p| BOOT::|vars| BOOT::|ch| BOOT::$) ; (BLOCK BOOT::|POLYCAT-;charthRootlv| ; (PROG (BOOT::|ansx| BOOT::|cp| BOOT::|dd| BOOT::|ans| BOOT::|d|) ; (RETURN (COND # #))))) ; ; note: Assignment to argument: |vars| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |POLYCAT-;monicDivide;2$VarSetR;30| ...) ; compiling (DEFUN |POLYCAT-;squareFree;$F;31| ...) ; compiling (DEFUN |POLYCAT-;squareFree;$F;32| ...) ; compiling (DEFUN |POLYCAT-;squareFree;$F;33| ...) ; compiling (DEFUN |POLYCAT-;squareFreePart;2$;34| ...) ; compiling (DEFUN |POLYCAT-;content;$VarSet$;35| ...) ; compiling (DEFUN |POLYCAT-;primitivePart;2$;36| ...) ; compiling (DEFUN |POLYCAT-;primitivePart;$VarSet$;37| ...) ; compiling (DEFUN |POLYCAT-;before?;2$B;38| ...) ; file: /tmp/oa-TXvDl8/code.lsp ; in: DEFUN |POLYCAT-;before?;2$B;38| ; (DEFUN BOOT::|POLYCAT-;before?;2$B;38| (BOOT::|p| BOOT::|q| BOOT::$) ; (LET ((BOOT::|dp| (BOOT::SPADCALL BOOT::|p| #)) ; (BOOT::|dq| (BOOT::SPADCALL BOOT::|q| #))) ; (COND ((BOOT::SPADCALL BOOT::|dp| BOOT::|dq| #) (BOOT::SPADCALL # # #)) ; ((BOOT::SPADCALL BOOT::|dq| BOOT::|dp| #) (BOOT::SPADCALL # # #)) ; (T (BOOT::SPADCALL # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|POLYCAT-;before?;2$B;38| ; (BOOT::|p| BOOT::|q| BOOT::$) ; (BLOCK BOOT::|POLYCAT-;before?;2$B;38| ; (LET ((BOOT::|dp| #) (BOOT::|dq| #)) ; (COND (# #) (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |POLYCAT-;patternMatch;$P2Pmr;39| ...) ; compiling (DEFUN |POLYCAT-;patternMatch;$P2Pmr;40| ...) ; compiling (DEFUN |POLYCAT-;convert;$P;41| ...) ; compiling (DEFUN |POLYCAT-;convert;$P;42| ...) ; compiling (DEFUN |POLYCAT-;convert;$If;43| ...) ; compiling (DEFUN |PolynomialCategory&| ...) ; compiling (MAKEPROP (QUOTE |PolynomialCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 6 notes ; /tmp/oa-TXvDl8/code.fasl written ; compilation finished in 0:00:00.206 ------------------------------------------------------------------------ finalizing NRLIB POLYCAT Processing PolynomialCategory for Browser database: -- degree : (%,VarSet) -> NonNegativeInteger -- degree : (%,List VarSet) -> List NonNegativeInteger -- coefficient : (%,VarSet,NonNegativeInteger) -> % -- coefficient : (%,List VarSet,List NonNegativeInteger) -> % -- monomials : % -> List % -- univariate : (%,VarSet) -> SparseUnivariatePolynomial % -- univariate : % -> SparseUnivariatePolynomial R -- mainVariable : % -> Union(VarSet,"failed") -- minimumDegree : (%,VarSet) -> NonNegativeInteger -- minimumDegree : (%,List VarSet) -> List NonNegativeInteger -- monicDivide : (%,%,VarSet) -> Record(quotient: %,remainder: %) -- monomial : (%,VarSet,NonNegativeInteger) -> % -- monomial : (%,List VarSet,List NonNegativeInteger) -> % -- multivariate : (SparseUnivariatePolynomial R,VarSet) -> % -- multivariate : (SparseUnivariatePolynomial %,VarSet) -> % -- isPlus : % -> Union(List %,"failed") -- isTimes : % -> Union(List %,"failed") -- isExpt : % -> Union(Record(var: VarSet,exponent: NonNegativeInteger),"failed") -- totalDegree : % -> NonNegativeInteger -- totalDegree : (%,List VarSet) -> NonNegativeInteger -- variables : % -> List VarSet -- primitiveMonomials : % -> List % -- resultant : (%,%,VarSet) -> % -- discriminant : (%,VarSet) -> % -- content : (%,VarSet) -> % -- primitivePart : % -> % -- primitivePart : (%,VarSet) -> % -- squareFree : % -> Factored % -- squareFreePart : % -> % -- canonicalUnitNormal : () -> attribute -- constructor ; compiling file "/tmp/oa-RBUSrW/code.lsp" (written 01 FEB 2016 10:58:54 PM): ; compiling (DEFPARAMETER |PolynomialCategory;AL| ...) ; compiling (DEFUN |PolynomialCategory;| ...) ; compiling (DEFUN |PolynomialCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-RBUSrW/code.fasl written ; compilation finished in 0:00:00.021 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/MCDEN.fasl --optimize=3 MCDEN.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MCDEN.spad using Spad compiler. MCDEN abbreviates package MatrixCommonDenominator debug: compDefine1 lhs: (MatrixCommonDenominator R Q) signature (pre-evaluate): ((CATEGORY package (SIGNATURE commonDenominator (R (Matrix Q))) (SIGNATURE clearDenominator ((Matrix R) (Matrix Q))) (SIGNATURE splitDenominator ((Record (: num (Matrix R)) (: den R)) (Matrix Q)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE commonDenominator (R (Matrix Q))) (SIGNATURE clearDenominator ((Matrix R) (Matrix Q))) (SIGNATURE splitDenominator ((Record (: num (Matrix R)) (: den R)) (Matrix Q)))) $param: (R Q) debug: evaluateType form: R $param: (R Q) debug: evaluateType form: (Matrix Q) $param: (R Q) Debug: evaluateType1 form: (Matrix Q) debug: evaluateType1 x: Q m: (Ring) debug: evaluateType form: (Matrix R) $param: (R Q) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix Q) $param: (R Q) Debug: evaluateType1 form: (Matrix Q) debug: evaluateType1 x: Q m: (Ring) debug: evaluateType form: (Record (: num (Matrix R)) (: den R)) $param: (R Q) debug: evaluateType form: (Matrix R) $param: (R Q) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R Q) debug: evaluateType form: (Matrix Q) $param: (R Q) Debug: evaluateType1 form: (Matrix Q) debug: evaluateType1 x: Q m: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE commonDenominator (R (Matrix Q))) (SIGNATURE clearDenominator ((Matrix R) (Matrix Q))) (SIGNATURE splitDenominator ((Record (: num (Matrix R)) (: den R)) (Matrix Q)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for MatrixCommonDenominator compiling into /tmp/oa-UsCl6a importing ListFunctions2(Q,R) importing MatrixCategoryFunctions2(Q,Vector Q,Vector Q,Matrix Q,R,Vector R,Vector R,Matrix R) compiling exported clearDenominator : Matrix Q -> Matrix R Time: 0.06 SEC. compiling exported splitDenominator : Matrix Q -> Record(num: Matrix R,den: R) Time: 0.01 SEC. compiling exported commonDenominator : Matrix Q -> R Time: 0.02 SEC. compiling exported commonDenominator : Matrix Q -> R Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor MatrixCommonDenominator Time: 0.11 seconds finalizing NRLIB MCDEN Processing MatrixCommonDenominator for Browser database: -- commonDenominator : Matrix Q -> R -- clearDenominator : Matrix Q -> Matrix R -- splitDenominator : Matrix Q -> Record(num: Matrix R,den: R) -- constructor ; compiling file "/tmp/oa-UsCl6a/code.lsp" (written 01 FEB 2016 10:58:54 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MCDEN;clearDenominator;MM;1| ...) ; compiling (DEFUN |MCDEN;clearDenominator;MM;1!0| ...) ; compiling (DEFUN |MCDEN;splitDenominator;MR;2| ...) ; compiling (DEFUN |MCDEN;splitDenominator;MR;2!0| ...) ; compiling (DEFUN |MCDEN;commonDenominator;MR;3| ...) ; compiling (DEFUN |MCDEN;commonDenominator;MR;4| ...) ; compiling (DEFUN |MatrixCommonDenominator| ...) ; compiling (DEFUN |MatrixCommonDenominator;| ...) ; compiling (MAKEPROP (QUOTE |MatrixCommonDenominator|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-UsCl6a/code.fasl written ; compilation finished in 0:00:00.027 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/PMQFCAT.fasl --optimize=3 PMQFCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PMQFCAT.spad using Spad compiler. PMQFCAT abbreviates package PatternMatchQuotientFieldCategory debug: compDefine1 lhs: (PatternMatchQuotientFieldCategory S R Q) signature (pre-evaluate): ((CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult S Q) Q (Pattern S) (PatternMatchResult S Q)))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult S Q) Q (Pattern S) (PatternMatchResult S Q)))) $param: (S R Q) debug: evaluateType form: (PatternMatchResult S Q) $param: (S R Q) Debug: evaluateType1 form: (PatternMatchResult S Q) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: Q m: (SetCategory) debug: evaluateType form: Q $param: (S R Q) debug: evaluateType form: (Pattern S) $param: (S R Q) Debug: evaluateType1 form: (Pattern S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (PatternMatchResult S Q) $param: (S R Q) Debug: evaluateType1 form: (PatternMatchResult S Q) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: Q m: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult S Q) Q (Pattern S) (PatternMatchResult S Q)))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PatternMatchQuotientFieldCategory compiling into /tmp/oa-SVAbZr importing PatternMatchPushDown(S,R,Q) compiling exported patternMatch : (Q,Pattern S,PatternMatchResult(S,Q)) -> PatternMatchResult(S,Q) Time: 0.07 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor PatternMatchQuotientFieldCategory Time: 0.07 seconds finalizing NRLIB PMQFCAT Processing PatternMatchQuotientFieldCategory for Browser database: -- patternMatch : (Q,PAT,PRQ) -> PRQ -- constructor ; compiling file "/tmp/oa-SVAbZr/code.lsp" (written 01 FEB 2016 10:58:54 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PMQFCAT;patternMatch;QP2Pmr;1| ...) ; compiling (DEFUN |PatternMatchQuotientFieldCategory| ...) ; compiling (DEFUN |PatternMatchQuotientFieldCategory;| ...) ; compiling (MAKEPROP (QUOTE |PatternMatchQuotientFieldCategory|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-SVAbZr/code.fasl written ; compilation finished in 0:00:00.021 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile QFCAT.spad && cp QFCAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/QFCAT.fasl \ && if test -f QFCAT-.NRLIB/code.fasl; then \ cp QFCAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/QFCAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/QFCAT.spad using Spad compiler. QFCAT abbreviates category QuotientFieldCategory debug: compDefine1 lhs: (QuotientFieldCategory S) signature (pre-evaluate): ((Category) (IntegralDomain)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (IntegralDomain) $param: (S) Debug: evaluateType1 form: (IntegralDomain) debug: compDefine1 signature (post evaluate): ((Category) (IntegralDomain)) debug: compDefine1 lhs: (QuotientFieldCategory S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for QuotientFieldCategory compiling into /tmp/oa-L6Pz3u STYLE-WARNING: redefining BOOT::|QuotientFieldCategory| in DEFUN Time: 0.02 SEC. QFCAT- abbreviates package QuotientFieldCategory& ------------------------------------------------------------------------ initializing stationary directory for QuotientFieldCategory& compiling into /tmp/oa-tvbtMP importing MatrixCommonDenominator(S,A) compiling exported numerator : A -> A Time: 0.04 SEC. compiling exported denominator : A -> A Time: 0 SEC. compiling exported init : () -> A Time: 0.01 SEC. compiling exported nextItem : A -> Maybe A Time: 0.00 SEC. compiling exported map : (S -> S,A) -> A Time: 0.00 SEC. compiling exported reducedSystem : Matrix A -> Matrix S Time: 0.01 SEC. compiling exported characteristic : () -> NonNegativeInteger Time: 0.02 SEC. compiling exported differentiate : (A,S -> S) -> A Time: 0.09 SEC. compiling exported convert : A -> InputForm Time: 0.02 SEC. compiling exported convert : A -> Float Time: 0.02 SEC. compiling exported convert : A -> DoubleFloat Time: 0.02 SEC. compiling exported < : (A,A) -> Boolean Time: 0.04 SEC. compiling exported < : (A,A) -> Boolean Time: 0.05 SEC. compiling exported < : (A,A) -> Boolean Time: 0.04 SEC. compiling exported fractionPart : A -> A Time: 0.00 SEC. compiling exported coerce : Symbol -> A Time: 0.01 SEC. compiling exported retract : A -> Symbol Time: 0.00 SEC. compiling exported retractIfCan : A -> Union(Symbol,failed) Time: 0.00 SEC. compiling exported convert : A -> Pattern Integer Time: 0.01 SEC. compiling exported patternMatch : (A,Pattern Integer,PatternMatchResult(Integer,A)) -> PatternMatchResult(Integer,A) Time: 0.00 SEC. compiling exported convert : A -> Pattern Float Time: 0.01 SEC. compiling exported patternMatch : (A,Pattern Float,PatternMatchResult(Float,A)) -> PatternMatchResult(Float,A) Time: 0.01 SEC. compiling exported coerce : Fraction Integer -> A Time: 0.02 SEC. compiling exported retract : A -> Integer Time: 0.01 SEC. compiling exported retractIfCan : A -> Union(Integer,failed) Time: 0.03 SEC. compiling exported random : () -> A Time: 0.01 SEC. compiling exported reducedSystem : (Matrix A,Vector A) -> Record(mat: Matrix S,vec: Vector S) Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] reducedSystem: not known that Ring is of mode CATEGORY(package,<: (A,A) -> Boolean,differentiate: (A,NonNegativeInteger) -> A,differentiate: A -> A,differentiate: (A,List Symbol,List NonNegativeInteger) -> A,differentiate: (A,Symbol,NonNegativeInteger) -> A,differentiate: (A,List Symbol) -> A,differentiate: (A,Symbol) -> A,init: () -> A,nextItem: A -> Maybe A,retractIfCan: A -> Union(Integer,"failed"),retract: A -> Integer,retractIfCan: A -> Union(Fraction Integer,"failed"),retract: A -> Fraction Integer,convert: A -> DoubleFloat,convert: A -> Float,convert: A -> InputForm,coerce: Symbol -> A,retractIfCan: A -> Union(Symbol,"failed"),retract: A -> Symbol,random: () -> A,fractionPart: A -> A,denominator: A -> A,numerator: A -> A,patternMatch: (A,Pattern Float,PatternMatchResult(Float,A)) -> PatternMatchResult(Float,A),patternMatch: (A,Pattern Integer,PatternMatchResult(Integer,A)) -> PatternMatchResult(Integer,A),convert: A -> Pattern Float,convert: A -> Pattern Integer,reducedSystem: Matrix A -> Matrix S,reducedSystem: (Matrix A,Vector A) -> Record(mat: Matrix S,vec: Vector S),reducedSystem: (Matrix A,Vector A) -> Record(mat: Matrix Integer,vec: Vector Integer),reducedSystem: Matrix A -> Matrix Integer,differentiate: (A,(S -> S),NonNegativeInteger) -> A,differentiate: (A,(S -> S)) -> A,map: ((S -> S),A) -> A,retractIfCan: A -> Union(S,"failed"),retract: A -> S,coerce: S -> A,coerce: Fraction Integer -> A,coerce: A -> A,characteristic: () -> NonNegativeInteger,coerce: Integer -> A,coerce: A -> OutputForm) [2] patternMatch: not known that SetCategory is of mode CATEGORY(package,<: (A,A) -> Boolean,differentiate: (A,NonNegativeInteger) -> A,differentiate: A -> A,differentiate: (A,List Symbol,List NonNegativeInteger) -> A,differentiate: (A,Symbol,NonNegativeInteger) -> A,differentiate: (A,List Symbol) -> A,differentiate: (A,Symbol) -> A,init: () -> A,nextItem: A -> Maybe A,retractIfCan: A -> Union(Integer,"failed"),retract: A -> Integer,retractIfCan: A -> Union(Fraction Integer,"failed"),retract: A -> Fraction Integer,convert: A -> DoubleFloat,convert: A -> Float,convert: A -> InputForm,coerce: Symbol -> A,retractIfCan: A -> Union(Symbol,"failed"),retract: A -> Symbol,random: () -> A,fractionPart: A -> A,denominator: A -> A,numerator: A -> A,patternMatch: (A,Pattern Float,PatternMatchResult(Float,A)) -> PatternMatchResult(Float,A),patternMatch: (A,Pattern Integer,PatternMatchResult(Integer,A)) -> PatternMatchResult(Integer,A),convert: A -> Pattern Float,convert: A -> Pattern Integer,reducedSystem: Matrix A -> Matrix S,reducedSystem: (Matrix A,Vector A) -> Record(mat: Matrix S,vec: Vector S),reducedSystem: (Matrix A,Vector A) -> Record(mat: Matrix Integer,vec: Vector Integer),reducedSystem: Matrix A -> Matrix Integer,differentiate: (A,(S -> S),NonNegativeInteger) -> A,differentiate: (A,(S -> S)) -> A,map: ((S -> S),A) -> A,retractIfCan: A -> Union(S,"failed"),retract: A -> S,coerce: S -> A,coerce: Fraction Integer -> A,coerce: A -> A,characteristic: () -> NonNegativeInteger,coerce: Integer -> A,coerce: A -> OutputForm) [3] random: d has no value Cumulative Statistics for Constructor QuotientFieldCategory& Time: 0.52 seconds finalizing NRLIB QFCAT- ; compiling file "/tmp/oa-tvbtMP/code.lsp" (written 01 FEB 2016 10:58:55 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |QFCAT-;numerator;2$;1| ...) ; compiling (DEFUN |QFCAT-;denominator;2$;2| ...) ; compiling (DEFUN |QFCAT-;init;$;3| ...) ; compiling (DEFUN |QFCAT-;nextItem;$M;4| ...) ; compiling (DEFUN |QFCAT-;map;M2$;5| ...) ; compiling (DEFUN |QFCAT-;reducedSystem;MM;6| ...) ; compiling (DEFUN |QFCAT-;characteristic;Nni;7| ...) ; file: /tmp/oa-tvbtMP/code.lsp ; in: DEFUN |QFCAT-;characteristic;Nni;7| ; (DEFUN BOOT::|QFCAT-;characteristic;Nni;7| (BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 37)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|QFCAT-;characteristic;Nni;7| ; (BOOT::$) ; (BLOCK BOOT::|QFCAT-;characteristic;Nni;7| ; (BOOT::|spadConstant| BOOT::$ 37))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |QFCAT-;differentiate;$M$;8| ...) ; compiling (DEFUN |QFCAT-;convert;$If;9| ...) ; compiling (DEFUN |QFCAT-;convert;$F;10| ...) ; compiling (DEFUN |QFCAT-;convert;$Df;11| ...) ; compiling (DEFUN |QFCAT-;<;2$B;12| ...) ; file: /tmp/oa-tvbtMP/code.lsp ; in: DEFUN |QFCAT-;<;2$B;12| ; (DEFUN BOOT::|QFCAT-;<;2$B;12| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 8)) ; (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|shellEntry| BOOT::$ 39)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 8)) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|shellEntry| BOOT::$ 39)) ; (BOOT::|shellEntry| BOOT::$ 56))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|QFCAT-;<;2$B;12| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|QFCAT-;<;2$B;12| ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) ; (BOOT::SPADCALL BOOT::|y| #) ; (BOOT::|shellEntry| BOOT::$ 39)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|y| #) ; (BOOT::SPADCALL BOOT::|x| #) ; (BOOT::|shellEntry| BOOT::$ 39)) ; (BOOT::|shellEntry| BOOT::$ 56)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |QFCAT-;<;2$B;13| ...) ; file: /tmp/oa-tvbtMP/code.lsp ; in: DEFUN |QFCAT-;<;2$B;13| ; (DEFUN BOOT::|QFCAT-;<;2$B;13| (BOOT::|x| BOOT::|y| BOOT::$) ; (PROGN ; (COND ; ((BOOT::SPADCALL # #) ; (LET # ; #))) ; (COND ; ((BOOT::SPADCALL # #) ; (LET # ; #))) ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) (BOOT::SPADCALL BOOT::|y| #) ; (BOOT::|shellEntry| BOOT::$ 39)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|y| #) (BOOT::SPADCALL BOOT::|x| #) ; (BOOT::|shellEntry| BOOT::$ 39)) ; (BOOT::|shellEntry| BOOT::$ 56)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|QFCAT-;<;2$B;13| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|QFCAT-;<;2$B;13| ; (PROGN ; (COND (# #)) ; (COND (# #)) ; (BOOT::SPADCALL (BOOT::SPADCALL # # #) (BOOT::SPADCALL # # #) ; (BOOT::|shellEntry| BOOT::$ 56))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |QFCAT-;<;2$B;14| ...) ; file: /tmp/oa-tvbtMP/code.lsp ; in: DEFUN |QFCAT-;<;2$B;14| ; (DEFUN BOOT::|QFCAT-;<;2$B;14| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 8)) ; (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|shellEntry| BOOT::$ 39)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 8)) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|shellEntry| BOOT::$ 39)) ; (BOOT::|shellEntry| BOOT::$ 56))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|QFCAT-;<;2$B;14| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|QFCAT-;<;2$B;14| ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) ; (BOOT::SPADCALL BOOT::|y| #) ; (BOOT::|shellEntry| BOOT::$ 39)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|y| #) ; (BOOT::SPADCALL BOOT::|x| #) ; (BOOT::|shellEntry| BOOT::$ 39)) ; (BOOT::|shellEntry| BOOT::$ 56)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |QFCAT-;fractionPart;2$;15| ...) ; compiling (DEFUN |QFCAT-;coerce;S$;16| ...) ; compiling (DEFUN |QFCAT-;retract;$S;17| ...) ; compiling (DEFUN |QFCAT-;retractIfCan;$U;18| ...) ; file: /tmp/oa-tvbtMP/code.lsp ; in: DEFUN |QFCAT-;retractIfCan;$U;18| ; (DEFUN BOOT::|QFCAT-;retractIfCan;$U;18| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|r| (BOOT::SPADCALL BOOT::|x| #))) ; (COND ((EQL # 1) (CONS 1 "failed")) (T (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|QFCAT-;retractIfCan;$U;18| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|QFCAT-;retractIfCan;$U;18| ; (LET ((BOOT::|r| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |QFCAT-;convert;$P;19| ...) ; compiling (DEFUN |QFCAT-;patternMatch;$P2Pmr;20| ...) ; compiling (DEFUN |QFCAT-;convert;$P;21| ...) ; compiling (DEFUN |QFCAT-;patternMatch;$P2Pmr;22| ...) ; compiling (DEFUN |QFCAT-;coerce;F$;23| ...) ; compiling (DEFUN |QFCAT-;retract;$I;24| ...) ; file: /tmp/oa-tvbtMP/code.lsp ; in: DEFUN |QFCAT-;retract;$I;24| ; (DEFUN BOOT::|QFCAT-;retract;$I;24| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 65)) ; (BOOT::|shellEntry| BOOT::$ 98))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|QFCAT-;retract;$I;24| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|QFCAT-;retract;$I;24| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 65)) ; (BOOT::|shellEntry| BOOT::$ 98)))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |QFCAT-;retractIfCan;$U;25| ...) ; file: /tmp/oa-tvbtMP/code.lsp ; in: DEFUN |QFCAT-;retractIfCan;$U;25| ; (DEFUN BOOT::|QFCAT-;retractIfCan;$U;25| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|u| (BOOT::SPADCALL BOOT::|x| #))) ; (COND ((EQL # 1) (CONS 1 "failed")) (T (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|QFCAT-;retractIfCan;$U;25| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|QFCAT-;retractIfCan;$U;25| ; (LET ((BOOT::|u| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |QFCAT-;random;$;26| ...) ; compiling (DEFUN |QFCAT-;reducedSystem;MVR;27| ...) ; compiling (DEFUN |QuotientFieldCategory&| ...) ; compiling (MAKEPROP (QUOTE |QuotientFieldCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 7 notes ; /tmp/oa-tvbtMP/code.fasl written ; compilation finished in 0:00:00.066 ------------------------------------------------------------------------ finalizing NRLIB QFCAT Processing QuotientFieldCategory for Browser database: -- ?/? : (S,S) -> % -- numer : % -> S -- denom : % -> S -- numerator : % -> % -- denominator : % -> % -- wholePart : % -> S -- fractionPart : % -> % -- random : () -> % -- ceiling : % -> S -- floor : % -> S -- constructor ; compiling file "/tmp/oa-L6Pz3u/code.lsp" (written 01 FEB 2016 10:58:55 PM): ; compiling (DEFPARAMETER |QuotientFieldCategory;AL| ...) ; compiling (DEFUN |QuotientFieldCategory;| ...) ; compiling (DEFUN |QuotientFieldCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-L6Pz3u/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile URAGG.spad && cp URAGG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/URAGG.fasl \ && if test -f URAGG-.NRLIB/code.fasl; then \ cp URAGG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/URAGG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/URAGG.spad using Spad compiler. URAGG abbreviates category UnaryRecursiveAggregate debug: compDefine1 lhs: (UnaryRecursiveAggregate S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (UnaryRecursiveAggregate S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for UnaryRecursiveAggregate compiling into /tmp/oa-PAdNCu STYLE-WARNING: redefining BOOT::|UnaryRecursiveAggregate| in DEFUN Time: 0.01 SEC. URAGG- abbreviates package UnaryRecursiveAggregate& ------------------------------------------------------------------------ initializing stationary directory for UnaryRecursiveAggregate& compiling into /tmp/oa-9JBUhR compiling exported elt : (A,first) -> S Time: 0.01 SEC. compiling exported elt : (A,last) -> S Time: 0.00 SEC. compiling exported elt : (A,rest) -> A Time: 0 SEC. compiling exported second : A -> S Time: 0 SEC. compiling exported third : A -> S Time: 0 SEC. compiling exported cyclic? : A -> Boolean Time: 0.00 SEC. compiling exported last : A -> S Time: 0 SEC. compiling exported nodes : A -> List A Time: 0.02 SEC. compiling exported children : A -> List A Time: 0.01 SEC. compiling exported leaf? : A -> Boolean Time: 0 SEC. compiling exported value : A -> S Time: 0.01 SEC. compiling exported # : A -> NonNegativeInteger Time: 0.02 SEC. compiling exported tail : A -> A Time: 0.01 SEC. compiling local findCycle : A -> A Time: 0.01 SEC. compiling exported cycleTail : A -> A Time: 0.01 SEC. compiling exported cycleEntry : A -> A Time: 0.02 SEC. compiling exported cycleLength : A -> NonNegativeInteger Time: 0.01 SEC. compiling exported rest : (A,NonNegativeInteger) -> A Time: 0.01 SEC. compiling exported last : (A,NonNegativeInteger) -> A Time: 0.01 SEC. compiling exported = : (A,A) -> Boolean Time: 0.03 SEC. compiling exported node? : (A,A) -> Boolean Time: 0.00 SEC. compiling exported setelt : (A,first,S) -> S Time: 0.01 SEC. compiling exported setelt : (A,last,S) -> S Time: 0 SEC. compiling exported setelt : (A,rest,A) -> A Time: 0 SEC. compiling exported concat : (A,A) -> A Time: 0.00 SEC. compiling exported setlast! : (A,S) -> S Time: 0.00 SEC. compiling exported setchildren! : (A,List A) -> A Time: 0.01 SEC. compiling exported setvalue! : (A,S) -> S Time: 0.00 SEC. compiling exported split! : (A,Integer) -> A Time: 0.01 SEC. compiling exported cycleSplit! : A -> A Time: 0.04 SEC. compiling exported map! : (S -> S,A) -> A Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor UnaryRecursiveAggregate& Time: 0.26 seconds finalizing NRLIB URAGG- ; compiling file "/tmp/oa-9JBUhR/code.lsp" (written 01 FEB 2016 10:58:56 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |URAGG-;elt;$firstS;1| ...) ; file: /tmp/oa-9JBUhR/code.lsp ; in: DEFUN |URAGG-;elt;$firstS;1| ; (DEFUN BOOT::|URAGG-;elt;$firstS;1| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 8))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|URAGG-;elt;$firstS;1| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|URAGG-;elt;$firstS;1| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 8)))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |URAGG-;elt;$lastS;2| ...) ; file: /tmp/oa-9JBUhR/code.lsp ; in: DEFUN |URAGG-;elt;$lastS;2| ; (DEFUN BOOT::|URAGG-;elt;$lastS;2| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 11))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|URAGG-;elt;$lastS;2| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|URAGG-;elt;$lastS;2| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 11)))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |URAGG-;elt;$rest$;3| ...) ; file: /tmp/oa-9JBUhR/code.lsp ; in: DEFUN |URAGG-;elt;$rest$;3| ; (DEFUN BOOT::|URAGG-;elt;$rest$;3| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 14))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|URAGG-;elt;$rest$;3| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|URAGG-;elt;$rest$;3| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 14)))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |URAGG-;second;$S;4| ...) ; compiling (DEFUN |URAGG-;third;$S;5| ...) ; compiling (DEFUN |URAGG-;cyclic?;$B;6| ...) ; compiling (DEFUN |URAGG-;last;$S;7| ...) ; compiling (DEFUN |URAGG-;nodes;$L;8| ...) ; file: /tmp/oa-9JBUhR/code.lsp ; in: DEFUN |URAGG-;nodes;$L;8| ; (DEFUN BOOT::|URAGG-;nodes;$L;8| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|l| NIL)) ; (BOOT::SEQ (LOOP (COND # #)) ; (BOOT::EXIT (BOOTTRAN:|reverse!| BOOT::|l|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|URAGG-;nodes;$L;8| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|URAGG-;nodes;$L;8| ; (LET ((BOOT::|l| NIL)) ; (BOOT::SEQ (LOOP #) (BOOT::EXIT #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |URAGG-;children;$L;9| ...) ; compiling (DEFUN |URAGG-;leaf?;$B;10| ...) ; file: /tmp/oa-9JBUhR/code.lsp ; in: DEFUN |URAGG-;leaf?;$B;10| ; (DEFUN BOOT::|URAGG-;leaf?;$B;10| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 20))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|URAGG-;leaf?;$B;10| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|URAGG-;leaf?;$B;10| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 20)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |URAGG-;value;$S;11| ...) ; compiling (DEFUN |URAGG-;#;$Nni;12| ...) ; compiling (DEFUN |URAGG-;tail;2$;13| ...) ; compiling (DEFUN |URAGG-;findCycle| ...) ; compiling (DEFUN |URAGG-;cycleTail;2$;15| ...) ; compiling (DEFUN |URAGG-;cycleEntry;2$;16| ...) ; compiling (DEFUN |URAGG-;cycleLength;$Nni;17| ...) ; compiling (DEFUN |URAGG-;rest;$Nni$;18| ...) ; compiling (DEFUN |URAGG-;last;$Nni$;19| ...) ; compiling (DEFUN |URAGG-;=;2$B;20| ...) ; file: /tmp/oa-9JBUhR/code.lsp ; in: DEFUN |URAGG-;=;2$B;20| ; (DEFUN BOOT::|URAGG-;=;2$B;20| (BOOT::|x| BOOT::|y| BOOT::$) ; (OR (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 44)) ; (BOOT::SEQ ; (LET (#) ; (LOOP # ; #)) ; (BOOT::EXIT (AND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|URAGG-;=;2$B;20| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|URAGG-;=;2$B;20| ; (OR ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 44)) ; (BOOT::SEQ ; (LET # ; #) ; (BOOT::EXIT #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |URAGG-;node?;2$B;21| ...) ; file: /tmp/oa-9JBUhR/code.lsp ; in: DEFUN |URAGG-;node?;2$B;21| ; (DEFUN BOOT::|URAGG-;node?;2$B;21| (BOOT::|u| BOOT::|v| BOOT::$) ; (PROGN ; (LET ((BOOT::|k| 0)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::SPADCALL BOOT::|u| BOOT::|v| (BOOT::|shellEntry| BOOT::$ 61)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|URAGG-;node?;2$B;21| ; (BOOT::|u| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|URAGG-;node?;2$B;21| ; (PROGN ; (LET (#) ; (LOOP # ; #)) ; (BOOT::SPADCALL BOOT::|u| BOOT::|v| (BOOT::|shellEntry| BOOT::$ 61))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |URAGG-;setelt;$first2S;22| ...) ; file: /tmp/oa-9JBUhR/code.lsp ; in: DEFUN |URAGG-;setelt;$first2S;22| ; (DEFUN BOOT::|URAGG-;setelt;$first2S;22| ; (BOOT::|x| BOOT::T1 BOOT::|a| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|a| (BOOT::|shellEntry| BOOT::$ 63))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|URAGG-;setelt;$first2S;22| ; (BOOT::|x| BOOT::T1 BOOT::|a| BOOT::$) ; (BLOCK BOOT::|URAGG-;setelt;$first2S;22| ; (BOOT::SPADCALL BOOT::|x| BOOT::|a| (BOOT::|shellEntry| BOOT::$ 63)))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |URAGG-;setelt;$last2S;23| ...) ; file: /tmp/oa-9JBUhR/code.lsp ; in: DEFUN |URAGG-;setelt;$last2S;23| ; (DEFUN BOOT::|URAGG-;setelt;$last2S;23| ; (BOOT::|x| BOOT::T1 BOOT::|a| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|a| (BOOT::|shellEntry| BOOT::$ 65))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|URAGG-;setelt;$last2S;23| ; (BOOT::|x| BOOT::T1 BOOT::|a| BOOT::$) ; (BLOCK BOOT::|URAGG-;setelt;$last2S;23| ; (BOOT::SPADCALL BOOT::|x| BOOT::|a| (BOOT::|shellEntry| BOOT::$ 65)))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |URAGG-;setelt;$rest2$;24| ...) ; file: /tmp/oa-9JBUhR/code.lsp ; in: DEFUN |URAGG-;setelt;$rest2$;24| ; (DEFUN BOOT::|URAGG-;setelt;$rest2$;24| ; (BOOT::|x| BOOT::T1 BOOT::|a| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|a| (BOOT::|shellEntry| BOOT::$ 67))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|URAGG-;setelt;$rest2$;24| ; (BOOT::|x| BOOT::T1 BOOT::|a| BOOT::$) ; (BLOCK BOOT::|URAGG-;setelt;$rest2$;24| ; (BOOT::SPADCALL BOOT::|x| BOOT::|a| (BOOT::|shellEntry| BOOT::$ 67)))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |URAGG-;concat;3$;25| ...) ; compiling (DEFUN |URAGG-;setlast!;$2S;26| ...) ; compiling (DEFUN |URAGG-;setchildren!;$L$;27| ...) ; compiling (DEFUN |URAGG-;setvalue!;$2S;28| ...) ; compiling (DEFUN |URAGG-;split!;$I$;29| ...) ; file: /tmp/oa-9JBUhR/code.lsp ; in: DEFUN |URAGG-;split!;$I$;29| ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |URAGG-;cycleSplit!;2$;30| ...) ; compiling (DEFUN |URAGG-;map!;M2$;31| ...) ; compiling (DEFUN |UnaryRecursiveAggregate&| ...) ; compiling (MAKEPROP (QUOTE |UnaryRecursiveAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 6 STYLE-WARNING conditions ; printed 5 notes ; /tmp/oa-9JBUhR/code.fasl written ; compilation finished in 0:00:00.076 ------------------------------------------------------------------------ finalizing NRLIB URAGG Processing UnaryRecursiveAggregate for Browser database: -- concat : (%,%) -> % -- concat : (S,%) -> % -- first : % -> S -- elt : (%,"first") -> S -- first : (%,NonNegativeInteger) -> % -- rest : % -> % -- elt : (%,"rest") -> % -- rest : (%,NonNegativeInteger) -> % -- last : % -> S -- elt : (%,"last") -> S -- last : (%,NonNegativeInteger) -> % -- tail : % -> % -- second : % -> S -- third : % -> S -- cycleEntry : % -> % -- cycleLength : % -> NonNegativeInteger -- cycleTail : % -> % -- concat! : (%,%) -> % -- concat! : (%,S) -> % -- cycleSplit! : % -> % -- setfirst! : (%,S) -> S -- setelt : (%,"first",S) -> S -- setrest! : (%,%) -> % -- setelt : (%,"rest",%) -> % -- setlast! : (%,S) -> S -- setelt : (%,"last",S) -> S -- split! : (%,Integer) -> % -- constructor ; compiling file "/tmp/oa-PAdNCu/code.lsp" (written 01 FEB 2016 10:58:56 PM): ; compiling (DEFPARAMETER |UnaryRecursiveAggregate;AL| ...) ; compiling (DEFUN |UnaryRecursiveAggregate;| ...) ; compiling (DEFUN |UnaryRecursiveAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-PAdNCu/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SEGCAT.spad && cp SEGCAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SEGCAT.fasl \ && if test -f SEGCAT-.NRLIB/code.fasl; then \ cp SEGCAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SEGCAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SEGCAT.spad using Spad compiler. SEGCAT abbreviates category SegmentCategory debug: compDefine1 lhs: (SegmentCategory S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (SegmentCategory S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for SegmentCategory compiling into /tmp/oa-RzW5uX STYLE-WARNING: redefining BOOT::|SegmentCategory| in DEFUN Time: 0.02 SEC. finalizing NRLIB SEGCAT Processing SegmentCategory for Browser database: -- ?..? : (S,S) -> % -- BY : (%,Integer) -> % -- lo : % -> S -- hi : % -> S -- low : % -> S -- high : % -> S -- incr : % -> Integer -- segment : (S,S) -> % -- constructor ; compiling file "/tmp/oa-RzW5uX/code.lsp" (written 01 FEB 2016 10:58:56 PM): ; compiling (DEFPARAMETER |SegmentCategory;AL| ...) ; compiling (DEFUN |SegmentCategory;| ...) ; compiling (DEFUN |SegmentCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-RzW5uX/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile LNAGG.spad && cp LNAGG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LNAGG.fasl \ && if test -f LNAGG-.NRLIB/code.fasl; then \ cp LNAGG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LNAGG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LNAGG.spad using Spad compiler. LNAGG abbreviates category LinearAggregate debug: compDefine1 lhs: (LinearAggregate S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (LinearAggregate S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for LinearAggregate compiling into /tmp/oa-5SAfBb STYLE-WARNING: redefining BOOT::|LinearAggregate| in DEFUN Time: 0.01 SEC. LNAGG- abbreviates package LinearAggregate& ------------------------------------------------------------------------ initializing stationary directory for LinearAggregate& compiling into /tmp/oa-1jjp1z compiling exported indices : A -> List Integer Time: 0.02 SEC. compiling exported index? : (Integer,A) -> Boolean Time: 0.00 SEC. compiling exported concat : (A,S) -> A Time: 0.00 SEC. compiling exported concat : (S,A) -> A Time: 0.01 SEC. compiling exported insert : (S,A,Integer) -> A Time: 0 SEC. compiling exported maxIndex : A -> Integer Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor LinearAggregate& Time: 0.04 seconds finalizing NRLIB LNAGG- ; compiling file "/tmp/oa-1jjp1z/code.lsp" (written 01 FEB 2016 10:58:56 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LNAGG-;indices;$L;1| ...) ; file: /tmp/oa-1jjp1z/code.lsp ; in: DEFUN |LNAGG-;indices;$L;1| ; (DEFUN BOOT::|LNAGG-;indices;$L;1| (BOOT::|a| BOOT::$) ; (LET ((BOOT::|i| (BOOT::SPADCALL BOOT::|a| #)) ; (#:G559 (BOOT::SPADCALL BOOT::|a| #)) ; (#:G546 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ BOOT::|i| #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LNAGG-;indices;$L;1| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|LNAGG-;indices;$L;1| ; (LET ((BOOT::|i| #) (#:G559 #) (#:G546 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS INTEGER T)) &REST T). ; compiling (DEFUN |LNAGG-;index?;I$B;2| ...) ; compiling (DEFUN |LNAGG-;concat;$S$;3| ...) ; compiling (DEFUN |LNAGG-;concat;S2$;4| ...) ; compiling (DEFUN |LNAGG-;insert;S$I$;5| ...) ; compiling (DEFUN |LNAGG-;maxIndex;$I;6| ...) ; compiling (DEFUN |LinearAggregate&| ...) ; compiling (MAKEPROP (QUOTE |LinearAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-1jjp1z/code.fasl written ; compilation finished in 0:00:00.025 ------------------------------------------------------------------------ finalizing NRLIB LNAGG Processing LinearAggregate for Browser database: -- new : (NonNegativeInteger,S) -> % -- concat : (%,S) -> % -- concat : (S,%) -> % -- concat : (%,%) -> % -- concat : List % -> % -- map : (((S,S) -> S),%,%) -> % -- delete : (%,Integer) -> % -- delete : (%,UniversalSegment Integer) -> % -- insert : (S,%,Integer) -> % -- insert : (%,%,Integer) -> % -- setelt : (%,UniversalSegment Integer,S) -> S -- constructor ; compiling file "/tmp/oa-5SAfBb/code.lsp" (written 01 FEB 2016 10:58:56 PM): ; compiling (DEFPARAMETER |LinearAggregate;AL| ...) ; compiling (DEFUN |LinearAggregate;| ...) ; compiling (DEFUN |LinearAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-5SAfBb/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile STAGG.spad && cp STAGG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/STAGG.fasl \ && if test -f STAGG-.NRLIB/code.fasl; then \ cp STAGG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/STAGG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/STAGG.spad using Spad compiler. STAGG abbreviates category StreamAggregate debug: compDefine1 lhs: (StreamAggregate S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (StreamAggregate S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for StreamAggregate compiling into /tmp/oa-Uvht1o STYLE-WARNING: redefining BOOT::|StreamAggregate| in DEFUN Time: 0.01 SEC. STAGG- abbreviates package StreamAggregate& ------------------------------------------------------------------------ initializing stationary directory for StreamAggregate& compiling into /tmp/oa-R8EkZN compiling exported explicitlyFinite? : A -> Boolean Time: 0.02 SEC. compiling exported possiblyInfinite? : A -> Boolean Time: 0 SEC. compiling exported first : (A,NonNegativeInteger) -> A Time: 0.04 SEC. compiling local c2 : (A,A) -> S Time: 0.01 SEC. compiling exported elt : (A,Integer) -> S Time: 0.01 SEC. compiling exported elt : (A,UniversalSegment Integer) -> A Time: 0.02 SEC. compiling exported concat : (A,A) -> A Time: 0.00 SEC. compiling exported concat : List A -> A Time: 0.00 SEC. compiling exported fill! : (A,S) -> A Time: 0.00 SEC. compiling exported setelt : (A,Integer,S) -> S Time: 0.01 SEC. compiling exported setelt : (A,UniversalSegment Integer,S) -> S Time: 0.02 SEC. compiling exported concat! : (A,A) -> A Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] elt: - has no value [2] setelt: negative? has no value [3] setelt: - has no value Cumulative Statistics for Constructor StreamAggregate& Time: 0.14 seconds finalizing NRLIB STAGG- ; compiling file "/tmp/oa-R8EkZN/code.lsp" (written 01 FEB 2016 10:58:56 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |STAGG-;explicitlyFinite?;$B;1| ...) ; compiling (DEFUN |STAGG-;possiblyInfinite?;$B;2| ...) ; file: /tmp/oa-R8EkZN/code.lsp ; in: DEFUN |STAGG-;possiblyInfinite?;$B;2| ; (DEFUN BOOT::|STAGG-;possiblyInfinite?;$B;2| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 9))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STAGG-;possiblyInfinite?;$B;2| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|STAGG-;possiblyInfinite?;$B;2| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 9)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |STAGG-;first;$Nni$;3| ...) ; compiling (DEFUN |STAGG-;c2| ...) ; file: /tmp/oa-R8EkZN/code.lsp ; in: DEFUN |STAGG-;c2| ; (DEFUN BOOT::|STAGG-;c2| (BOOT::|x| BOOT::|r| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 18)) ; (BOOT::|error| "Index out of range")) ; (T (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 19))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STAGG-;c2| ; (BOOT::|x| BOOT::|r| BOOT::$) ; (BLOCK BOOT::|STAGG-;c2| ; (COND ; ((BOOT::SPADCALL BOOT::|x| #) (BOOT::|error| "Index out of range")) ; (T (BOOT::SPADCALL BOOT::|x| #))))) ; ; caught STYLE-WARNING: ; The variable |r| is defined but never used. ; compiling (DEFUN |STAGG-;elt;$IS;5| ...) ; file: /tmp/oa-R8EkZN/code.lsp ; in: DEFUN |STAGG-;elt;$IS;5| ; (DEFUN BOOT::|STAGG-;elt;$IS;5| (BOOT::|x| BOOT::|i| BOOT::$) ; (BOOT::SEQ (SETQ BOOT::|i| (- BOOT::|i| #)) ; (COND ((MINUSP BOOT::|i|) (BOOT::EXIT #))) ; (SETQ BOOT::|x| (BOOT::SPADCALL BOOT::|x| # #)) ; (COND ((BOOT::SPADCALL BOOT::|x| #) (BOOT::EXIT #))) ; (BOOT::EXIT ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 19))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STAGG-;elt;$IS;5| ; (BOOT::|x| BOOT::|i| BOOT::$) ; (BLOCK BOOT::|STAGG-;elt;$IS;5| ; (BOOT::SEQ (SETQ BOOT::|i| #) (COND (# #)) (SETQ BOOT::|x| #) ; (COND (# #)) (BOOT::EXIT (BOOT::SPADCALL BOOT::|x| #))))) ; ; note: Assignment to argument: |i| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |STAGG-;elt;$Us$;6| ...) ; compiling (DEFUN |STAGG-;concat;3$;7| ...) ; compiling (DEFUN |STAGG-;concat;L$;8| ...) ; compiling (DEFUN |STAGG-;fill!;$S$;9| ...) ; compiling (DEFUN |STAGG-;setelt;$I2S;10| ...) ; file: /tmp/oa-R8EkZN/code.lsp ; in: DEFUN |STAGG-;setelt;$I2S;10| ; (DEFUN BOOT::|STAGG-;setelt;$I2S;10| (BOOT::|x| BOOT::|i| BOOT::|s| BOOT::$) ; (BOOT::SEQ (SETQ BOOT::|i| (- BOOT::|i| #)) ; (COND ((MINUSP BOOT::|i|) (BOOT::EXIT #))) ; (SETQ BOOT::|x| (BOOT::SPADCALL BOOT::|x| # #)) ; (COND ((BOOT::SPADCALL BOOT::|x| #) (BOOT::EXIT #))) ; (BOOT::EXIT ; (BOOT::SPADCALL BOOT::|x| BOOT::|s| ; (BOOT::|shellEntry| BOOT::$ 46))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STAGG-;setelt;$I2S;10| ; (BOOT::|x| BOOT::|i| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|STAGG-;setelt;$I2S;10| ; (BOOT::SEQ (SETQ BOOT::|i| #) (COND (# #)) (SETQ BOOT::|x| #) ; (COND (# #)) ; (BOOT::EXIT (BOOT::SPADCALL BOOT::|x| BOOT::|s| #))))) ; ; note: Assignment to argument: |i| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |STAGG-;setelt;$Us2S;11| ...) ; compiling (DEFUN |STAGG-;concat!;3$;12| ...) ; compiling (DEFUN |StreamAggregate&| ...) ; compiling (MAKEPROP (QUOTE |StreamAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 3 notes ; /tmp/oa-R8EkZN/code.fasl written ; compilation finished in 0:00:00.052 ------------------------------------------------------------------------ finalizing NRLIB STAGG Processing StreamAggregate for Browser database: -- explicitlyFinite? : % -> Boolean -- possiblyInfinite? : % -> Boolean -- less? : (%,NonNegativeInteger) -> Boolean -- more? : (%,NonNegativeInteger) -> Boolean -- size? : (%,NonNegativeInteger) -> Boolean -- constructor ; compiling file "/tmp/oa-Uvht1o/code.lsp" (written 01 FEB 2016 10:58:56 PM): ; compiling (DEFPARAMETER |StreamAggregate;AL| ...) ; compiling (DEFUN |StreamAggregate;| ...) ; compiling (DEFUN |StreamAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Uvht1o/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/CSTTOOLS.fasl --optimize=3 CSTTOOLS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CSTTOOLS.spad using Spad compiler. CSTTOOLS abbreviates package CyclicStreamTools debug: compDefine1 lhs: (CyclicStreamTools S ST) signature (pre-evaluate): ((CATEGORY package (SIGNATURE cycleElt ((Union ST failed) ST)) (SIGNATURE computeCycleLength ((NonNegativeInteger) ST)) (SIGNATURE computeCycleEntry (ST ST ST))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE cycleElt ((Union ST failed) ST)) (SIGNATURE computeCycleLength ((NonNegativeInteger) ST)) (SIGNATURE computeCycleEntry (ST ST ST))) $param: (S ST) debug: evaluateType form: (Union ST failed) $param: (S ST) debug: evaluateType form: ST $param: (S ST) debug: evaluateType form: failed $param: (S ST) debug: evaluateType form: ST $param: (S ST) debug: evaluateType form: (NonNegativeInteger) $param: (S ST) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: ST $param: (S ST) debug: evaluateType form: ST $param: (S ST) debug: evaluateType form: ST $param: (S ST) debug: evaluateType form: ST $param: (S ST) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE cycleElt ((Union ST failed) ST)) (SIGNATURE computeCycleLength ((NonNegativeInteger) ST)) (SIGNATURE computeCycleEntry (ST ST ST))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for CyclicStreamTools compiling into /tmp/oa-DN5wHE compiling exported cycleElt : ST -> Union(ST,failed) Time: 0.02 SEC. compiling exported computeCycleLength : ST -> NonNegativeInteger Time: 0.00 SEC. compiling exported computeCycleEntry : (ST,ST) -> ST Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor CyclicStreamTools Time: 0.02 seconds finalizing NRLIB CSTTOOLS Processing CyclicStreamTools for Browser database: -- cycleElt : ST -> Union(ST,"failed") -- computeCycleLength : ST -> NonNegativeInteger -- computeCycleEntry : (ST,ST) -> ST -- constructor ; compiling file "/tmp/oa-DN5wHE/code.lsp" (written 01 FEB 2016 10:58:57 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |CSTTOOLS;cycleElt;STU;1| ...) ; compiling (DEFUN |CSTTOOLS;computeCycleLength;STNni;2| ...) ; compiling (DEFUN |CSTTOOLS;computeCycleEntry;3ST;3| ...) ; compiling (DEFUN |CyclicStreamTools| ...) ; compiling (DEFUN |CyclicStreamTools;| ...) ; compiling (MAKEPROP (QUOTE |CyclicStreamTools|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-DN5wHE/code.fasl written ; compilation finished in 0:00:00.022 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile LZSTAGG.spad && cp LZSTAGG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LZSTAGG.fasl \ && if test -f LZSTAGG-.NRLIB/code.fasl; then \ cp LZSTAGG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LZSTAGG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LZSTAGG.spad using Spad compiler. LZSTAGG abbreviates category LazyStreamAggregate debug: compDefine1 lhs: (LazyStreamAggregate S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (LazyStreamAggregate S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for LazyStreamAggregate compiling into /tmp/oa-xDFs1W STYLE-WARNING: redefining BOOT::|LazyStreamAggregate| in DEFUN Time: 0.02 SEC. LZSTAGG- abbreviates package LazyStreamAggregate& ------------------------------------------------------------------------ initializing stationary directory for LazyStreamAggregate& compiling into /tmp/oa-9BRqrn compiling exported = : (A,A) -> Boolean Time: 0.05 SEC. compiling exported less? : (A,NonNegativeInteger) -> Boolean Time: 0.01 SEC. compiling exported more? : (A,NonNegativeInteger) -> Boolean Time: 0.00 SEC. compiling exported size? : (A,NonNegativeInteger) -> Boolean Time: 0 SEC. compiling exported # : A -> NonNegativeInteger Time: 0.02 SEC. compiling exported any? : (S -> Boolean,A) -> Boolean Time: 0.02 SEC. compiling exported every? : (S -> Boolean,A) -> Boolean Time: 0.01 SEC. compiling exported entries : A -> List S Time: 0.02 SEC. compiling exported construct : List S -> A Time: 0.01 SEC. compiling exported elt : (A,Integer) -> S Time: 0.01 SEC. compiling exported elt : (A,Integer,S) -> S Time: 0.01 SEC. compiling local indexx? : (Integer,A) -> Boolean Time: 0.00 SEC. compiling exported index? : (Integer,A) -> Boolean Time: 0.00 SEC. compiling exported indices : A -> List Integer Time: 0.02 SEC. compiling exported maxIndex : A -> Integer Time: 0.01 SEC. compiling exported minIndex : A -> Integer Time: 0.01 SEC. compiling exported delete : (A,Integer) -> A Time: 0.03 SEC. compiling exported delete : (A,UniversalSegment Integer) -> A Time: 0.07 SEC. compiling exported elt : (A,UniversalSegment Integer) -> A Time: 0.02 SEC. compiling exported insert : (S,A,Integer) -> A Time: 0.01 SEC. compiling exported insert : (A,A,Integer) -> A Time: 0.01 SEC. compiling local cycleElt : A -> Union(A,failed) Time: 0 SEC. compiling exported cyclic? : A -> Boolean Time: 0.00 SEC. compiling exported child? : (A,A) -> Boolean Time: 0.01 SEC. compiling exported children : A -> List A Time: 0.01 SEC. compiling exported distance : (A,A) -> Integer Time: 0.01 SEC. compiling exported node? : (A,A) -> Boolean Time: 0.01 SEC. compiling exported nodes : A -> List A Time: 0.01 SEC. compiling exported leaf? : A -> Boolean Time: 0 SEC. compiling exported value : A -> S Time: 0 SEC. compiling local computeCycleLength : A -> NonNegativeInteger Time: 0.00 SEC. compiling local computeCycleEntry : (A,A) -> A Time: 0 SEC. compiling exported cycleEntry : A -> A Time: 0.01 SEC. compiling exported cycleLength : A -> NonNegativeInteger Time: 0.00 SEC. compiling exported cycleTail : A -> A Time: 0.01 SEC. compiling exported elt : (A,first) -> S Time: 0 SEC. compiling exported first : (A,NonNegativeInteger) -> A Time: 0.01 SEC. compiling exported rest : A -> A Time: 0 SEC. compiling exported elt : (A,rest) -> A Time: 0.00 SEC. compiling exported rest : (A,NonNegativeInteger) -> A Time: 0 SEC. compiling exported last : A -> S Time: 0.01 SEC. compiling exported last : (A,NonNegativeInteger) -> A Time: 0.01 SEC. compiling exported elt : (A,last) -> S Time: 0 SEC. compiling exported tail : A -> A Time: 0.01 SEC. compiling exported possiblyInfinite? : A -> Boolean Time: 0 SEC. compiling exported explicitlyFinite? : A -> Boolean Time: 0 SEC. compiling exported extend : (A,Integer) -> A Time: 0.01 SEC. compiling exported complete : A -> A Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Cumulative Statistics for Constructor LazyStreamAggregate& Time: 0.49 seconds finalizing NRLIB LZSTAGG- ; compiling file "/tmp/oa-9BRqrn/code.lsp" (written 01 FEB 2016 10:58:57 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LZSTAGG-;=;2$B;1| ...) ; file: /tmp/oa-9BRqrn/code.lsp ; in: DEFUN |LZSTAGG-;=;2$B;1| ; (DEFUN BOOT::|LZSTAGG-;=;2$B;1| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 9)) T) ; ((AND (BOOT::SPADCALL BOOT::|x| #) (BOOT::SPADCALL BOOT::|y| #)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) (BOOT::SPADCALL BOOT::|y| #) ; (BOOT::|shellEntry| BOOT::$ 14))) ; ((AND (BOOT::SPADCALL BOOT::|x| #) (BOOT::SPADCALL BOOT::|y| #)) ; (AND (BOOT::SPADCALL # # #) (EQ # #))) ; (T NIL))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LZSTAGG-;=;2$B;1| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|LZSTAGG-;=;2$B;1| ; (COND ((BOOT::SPADCALL BOOT::|x| BOOT::|y| #) T) ; ((AND # #) (BOOT::SPADCALL # # #)) ((AND # #) (AND # #)) ; (T NIL)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |LZSTAGG-;less?;$NniB;2| ...) ; file: /tmp/oa-9BRqrn/code.lsp ; in: DEFUN |LZSTAGG-;less?;$NniB;2| ; (DEFUN BOOT::|LZSTAGG-;less?;$NniB;2| (BOOT::|x| BOOT::|n| BOOT::$) ; (COND ((ZEROP BOOT::|n|) NIL) ; ((BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 26)) T) ; (T ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) ; (LET # ; #) ; (BOOT::|shellEntry| BOOT::$ 30))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LZSTAGG-;less?;$NniB;2| ; (BOOT::|x| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|LZSTAGG-;less?;$NniB;2| ; (COND ((ZEROP BOOT::|n|) NIL) ((BOOT::SPADCALL BOOT::|x| #) T) ; (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |LZSTAGG-;more?;$NniB;3| ...) ; file: /tmp/oa-9BRqrn/code.lsp ; in: DEFUN |LZSTAGG-;more?;$NniB;3| ; (DEFUN BOOT::|LZSTAGG-;more?;$NniB;3| (BOOT::|x| BOOT::|n| BOOT::$) ; (COND ((BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 26)) NIL) ; ((ZEROP BOOT::|n|) T) ; (T ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) ; (LET # ; #) ; (BOOT::|shellEntry| BOOT::$ 32))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LZSTAGG-;more?;$NniB;3| ; (BOOT::|x| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|LZSTAGG-;more?;$NniB;3| ; (COND ((BOOT::SPADCALL BOOT::|x| #) NIL) ((ZEROP BOOT::|n|) T) ; (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |LZSTAGG-;size?;$NniB;4| ...) ; file: /tmp/oa-9BRqrn/code.lsp ; in: DEFUN |LZSTAGG-;size?;$NniB;4| ; (DEFUN BOOT::|LZSTAGG-;size?;$NniB;4| (BOOT::|x| BOOT::|n| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 26)) ; (ZEROP BOOT::|n|)) ; (T ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) ; (LET # ; #) ; (BOOT::|shellEntry| BOOT::$ 34))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LZSTAGG-;size?;$NniB;4| ; (BOOT::|x| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|LZSTAGG-;size?;$NniB;4| ; (COND ((BOOT::SPADCALL BOOT::|x| #) (ZEROP BOOT::|n|)) ; (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |LZSTAGG-;#;$Nni;5| ...) ; compiling (DEFUN |LZSTAGG-;any?;M$B;6| ...) ; compiling (DEFUN |LZSTAGG-;every?;M$B;7| ...) ; compiling (DEFUN |LZSTAGG-;entries;$L;8| ...) ; file: /tmp/oa-9BRqrn/code.lsp ; in: DEFUN |LZSTAGG-;entries;$L;8| ; (DEFUN BOOT::|LZSTAGG-;entries;$L;8| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|y| BOOT::|x|) (BOOT::|l| NIL)) ; (LET ((BOOT::|i| 0)) ; (LOOP (COND # # #) ; (SETQ #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LZSTAGG-;entries;$L;8| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|LZSTAGG-;entries;$L;8| ; (LET ((BOOT::|y| BOOT::|x|) (BOOT::|l| NIL)) ; (LET (#) ; (LOOP # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |LZSTAGG-;construct;L$;9| ...) ; compiling (DEFUN |LZSTAGG-;elt;$IS;10| ...) ; compiling (DEFUN |LZSTAGG-;elt;$I2S;11| ...) ; compiling (DEFUN |LZSTAGG-;indexx?| ...) ; compiling (DEFUN |LZSTAGG-;index?;I$B;13| ...) ; compiling (DEFUN |LZSTAGG-;indices;$L;14| ...) ; file: /tmp/oa-9BRqrn/code.lsp ; in: DEFUN |LZSTAGG-;indices;$L;14| ; (DEFUN BOOT::|LZSTAGG-;indices;$L;14| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|y| BOOT::|x|) (BOOT::|l| NIL)) ; (LET ((BOOT::|i| 1)) ; (LOOP (COND # # #) ; (SETQ #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LZSTAGG-;indices;$L;14| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|LZSTAGG-;indices;$L;14| ; (LET ((BOOT::|y| BOOT::|x|) (BOOT::|l| NIL)) ; (LET (#) ; (LOOP # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS INTEGER T)) &REST T). ; compiling (DEFUN |LZSTAGG-;maxIndex;$I;15| ...) ; file: /tmp/oa-9BRqrn/code.lsp ; in: DEFUN |LZSTAGG-;maxIndex;$I;15| ; (DEFUN BOOT::|LZSTAGG-;maxIndex;$I;15| (BOOT::|x| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 26)) ; (BOOT::|error| "maxIndex: no maximal index for empty stream")) ; (T ; (LET (#) ; (LET # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LZSTAGG-;maxIndex;$I;15| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|LZSTAGG-;maxIndex;$I;15| ; (COND ; ((BOOT::SPADCALL BOOT::|x| #) ; (BOOT::|error| "maxIndex: no maximal index for empty stream")) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |LZSTAGG-;minIndex;$I;16| ...) ; file: /tmp/oa-9BRqrn/code.lsp ; in: DEFUN |LZSTAGG-;minIndex;$I;16| ; (DEFUN BOOT::|LZSTAGG-;minIndex;$I;16| (BOOT::|x| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 26)) ; (BOOT::|error| "minIndex: no minimal index for empty stream")) ; (T 1))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LZSTAGG-;minIndex;$I;16| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|LZSTAGG-;minIndex;$I;16| ; (COND ; ((BOOT::SPADCALL BOOT::|x| #) ; (BOOT::|error| "minIndex: no minimal index for empty stream")) ; (T 1)))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |LZSTAGG-;delete;$I$;17| ...) ; compiling (DEFUN |LZSTAGG-;delete;$Us$;18| ...) ; compiling (DEFUN |LZSTAGG-;elt;$Us$;19| ...) ; compiling (DEFUN |LZSTAGG-;insert;S$I$;20| ...) ; compiling (DEFUN |LZSTAGG-;insert;2$I$;21| ...) ; compiling (DEFUN |LZSTAGG-;cycleElt| ...) ; file: /tmp/oa-9BRqrn/code.lsp ; in: DEFUN |LZSTAGG-;cycleElt| ; (DEFUN BOOT::|LZSTAGG-;cycleElt| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 82))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LZSTAGG-;cycleElt| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|LZSTAGG-;cycleElt| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 82)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |LZSTAGG-;cyclic?;$B;23| ...) ; compiling (DEFUN |LZSTAGG-;child?;2$B;24| ...) ; file: /tmp/oa-9BRqrn/code.lsp ; in: DEFUN |LZSTAGG-;child?;2$B;24| ; (DEFUN BOOT::|LZSTAGG-;child?;2$B;24| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 26)) ; (BOOT::|error| "child: no children")) ; (T ; (BOOT::SPADCALL BOOT::|x| (BOOT::SPADCALL BOOT::|y| #) ; (BOOT::|shellEntry| BOOT::$ 84))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LZSTAGG-;child?;2$B;24| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|LZSTAGG-;child?;2$B;24| ; (COND ; ((BOOT::SPADCALL BOOT::|y| #) (BOOT::|error| "child: no children")) ; (T (BOOT::SPADCALL BOOT::|x| # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |LZSTAGG-;children;$L;25| ...) ; file: /tmp/oa-9BRqrn/code.lsp ; in: DEFUN |LZSTAGG-;children;$L;25| ; (DEFUN BOOT::|LZSTAGG-;children;$L;25| (BOOT::|x| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 26)) ; (BOOT::|error| "children: no children")) ; (T (LIST (BOOT::SPADCALL BOOT::|x| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LZSTAGG-;children;$L;25| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|LZSTAGG-;children;$L;25| ; (COND ; ((BOOT::SPADCALL BOOT::|x| #) (BOOT::|error| "children: no children")) ; (T (LIST #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |LZSTAGG-;distance;2$I;26| ...) ; compiling (DEFUN |LZSTAGG-;node?;2$B;27| ...) ; compiling (DEFUN |LZSTAGG-;nodes;$L;28| ...) ; file: /tmp/oa-9BRqrn/code.lsp ; in: DEFUN |LZSTAGG-;nodes;$L;28| ; (BOOT::EXIT BOOT::|l|) ; --> RETURN-FROM ; ==> ; BOOT::|l| ; ; note: deleting unreachable code ; (DEFUN BOOT::|LZSTAGG-;nodes;$L;28| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|y| BOOT::|x|) (BOOT::|l| NIL)) ; (BOOT::SEQ ; (LET (#) ; (LOOP # ; #)) ; (BOOT::EXIT BOOT::|l|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LZSTAGG-;nodes;$L;28| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|LZSTAGG-;nodes;$L;28| ; (LET ((BOOT::|y| BOOT::|x|) (BOOT::|l| NIL)) ; (BOOT::SEQ ; (LET # ; #) ; (BOOT::EXIT BOOT::|l|))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |LZSTAGG-;leaf?;$B;29| ...) ; file: /tmp/oa-9BRqrn/code.lsp ; in: DEFUN |LZSTAGG-;leaf?;$B;29| ; (DEFUN BOOT::|LZSTAGG-;leaf?;$B;29| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 93)) ; (BOOT::|shellEntry| BOOT::$ 26))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LZSTAGG-;leaf?;$B;29| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|LZSTAGG-;leaf?;$B;29| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 93)) ; (BOOT::|shellEntry| BOOT::$ 26)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |LZSTAGG-;value;$S;30| ...) ; compiling (DEFUN |LZSTAGG-;computeCycleLength| ...) ; file: /tmp/oa-9BRqrn/code.lsp ; in: DEFUN |LZSTAGG-;computeCycleLength| ; (DEFUN BOOT::|LZSTAGG-;computeCycleLength| (BOOT::|cycElt| BOOT::$) ; (BOOT::SPADCALL BOOT::|cycElt| (BOOT::|shellEntry| BOOT::$ 97))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LZSTAGG-;computeCycleLength| ; (BOOT::|cycElt| BOOT::$) ; (BLOCK BOOT::|LZSTAGG-;computeCycleLength| ; (BOOT::SPADCALL BOOT::|cycElt| (BOOT::|shellEntry| BOOT::$ 97)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |LZSTAGG-;computeCycleEntry| ...) ; compiling (DEFUN |LZSTAGG-;cycleEntry;2$;33| ...) ; compiling (DEFUN |LZSTAGG-;cycleLength;$Nni;34| ...) ; file: /tmp/oa-9BRqrn/code.lsp ; in: DEFUN |LZSTAGG-;cycleLength;$Nni;34| ; (DEFUN BOOT::|LZSTAGG-;cycleLength;$Nni;34| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|cycElt| (BOOT::|LZSTAGG-;cycleElt| BOOT::|x| BOOT::$))) ; (COND ((EQL # 1) (BOOT::|error| "cycleLength: non-cyclic stream")) ; (T (BOOT::|LZSTAGG-;computeCycleLength| # BOOT::$))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LZSTAGG-;cycleLength;$Nni;34| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|LZSTAGG-;cycleLength;$Nni;34| ; (LET ((BOOT::|cycElt| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |LZSTAGG-;cycleTail;2$;35| ...) ; compiling (DEFUN |LZSTAGG-;elt;$firstS;36| ...) ; file: /tmp/oa-9BRqrn/code.lsp ; in: DEFUN |LZSTAGG-;elt;$firstS;36| ; (DEFUN BOOT::|LZSTAGG-;elt;$firstS;36| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 95))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LZSTAGG-;elt;$firstS;36| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|LZSTAGG-;elt;$firstS;36| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 95)))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |LZSTAGG-;first;$Nni$;37| ...) ; compiling (DEFUN |LZSTAGG-;rest;2$;38| ...) ; compiling (DEFUN |LZSTAGG-;elt;$rest$;39| ...) ; file: /tmp/oa-9BRqrn/code.lsp ; in: DEFUN |LZSTAGG-;elt;$rest$;39| ; (DEFUN BOOT::|LZSTAGG-;elt;$rest$;39| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 93))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LZSTAGG-;elt;$rest$;39| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|LZSTAGG-;elt;$rest$;39| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 93)))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |LZSTAGG-;rest;$Nni$;40| ...) ; compiling (DEFUN |LZSTAGG-;last;$S;41| ...) ; compiling (DEFUN |LZSTAGG-;last;$Nni$;42| ...) ; compiling (DEFUN |LZSTAGG-;elt;$lastS;43| ...) ; file: /tmp/oa-9BRqrn/code.lsp ; in: DEFUN |LZSTAGG-;elt;$lastS;43| ; (DEFUN BOOT::|LZSTAGG-;elt;$lastS;43| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 114))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LZSTAGG-;elt;$lastS;43| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|LZSTAGG-;elt;$lastS;43| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 114)))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |LZSTAGG-;tail;2$;44| ...) ; compiling (DEFUN |LZSTAGG-;possiblyInfinite?;$B;45| ...) ; compiling (DEFUN |LZSTAGG-;explicitlyFinite?;$B;46| ...) ; compiling (DEFUN |LZSTAGG-;extend;$I$;47| ...) ; compiling (DEFUN |LZSTAGG-;complete;2$;48| ...) ; compiling (DEFUN |LazyStreamAggregate&| ...) ; compiling (MAKEPROP (QUOTE |LazyStreamAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; printed 16 notes ; /tmp/oa-9BRqrn/code.fasl written ; compilation finished in 0:00:00.143 ------------------------------------------------------------------------ finalizing NRLIB LZSTAGG Processing LazyStreamAggregate for Browser database: -- remove : ((S -> Boolean),%) -> % -- select : ((S -> Boolean),%) -> % -- explicitEntries? : % -> Boolean -- explicitlyEmpty? : % -> Boolean -- lazy? : % -> Boolean -- lazyEvaluate : % -> % -- frst : % -> S -- rst : % -> % -- numberOfComputedEntries : % -> NonNegativeInteger -- extend : (%,Integer) -> % -- complete : % -> % -- constructor ; compiling file "/tmp/oa-xDFs1W/code.lsp" (written 01 FEB 2016 10:58:57 PM): ; compiling (DEFPARAMETER |LazyStreamAggregate;AL| ...) ; compiling (DEFUN |LazyStreamAggregate;| ...) ; compiling (DEFUN |LazyStreamAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-xDFs1W/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/STREAM2.fasl --optimize=3 STREAM2.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/STREAM2.spad using Spad compiler. STREAM2 abbreviates package StreamFunctions2 debug: compDefine1 lhs: (StreamFunctions2 A B) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((Stream B) (Mapping B A) (Stream A))) (SIGNATURE scan ((Stream B) B (Mapping B A B) (Stream A))) (SIGNATURE reduce (B B (Mapping B A B) (Stream A)))) (Type) (Type)) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((Stream B) (Mapping B A) (Stream A))) (SIGNATURE scan ((Stream B) B (Mapping B A B) (Stream A))) (SIGNATURE reduce (B B (Mapping B A B) (Stream A)))) $param: (A B) debug: evaluateType form: (Stream B) $param: (A B) Debug: evaluateType1 form: (Stream B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: (Mapping B A) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: (Stream A) $param: (A B) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream B) $param: (A B) Debug: evaluateType1 form: (Stream B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (Mapping B A B) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (Stream A) $param: (A B) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: B $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (Mapping B A B) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (Stream A) $param: (A B) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Type) $param: (A B) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Type) $param: (A B) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((Stream B) (Mapping B A) (Stream A))) (SIGNATURE scan ((Stream B) B (Mapping B A B) (Stream A))) (SIGNATURE reduce (B B (Mapping B A B) (Stream A)))) (Type) (Type)) debug: compDefine1 lhs: (StreamFunctions2 A B) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((Stream B) (Mapping B A) (Stream A))) (SIGNATURE scan ((Stream B) B (Mapping B A B) (Stream A))) (SIGNATURE reduce (B B (Mapping B A B) (Stream A)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((Stream B) (Mapping B A) (Stream A))) (SIGNATURE scan ((Stream B) B (Mapping B A B) (Stream A))) (SIGNATURE reduce (B B (Mapping B A B) (Stream A)))) $param: (A B) debug: evaluateType form: (Stream B) $param: (A B) Debug: evaluateType1 form: (Stream B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: (Mapping B A) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: (Stream A) $param: (A B) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream B) $param: (A B) Debug: evaluateType1 form: (Stream B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (Mapping B A B) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (Stream A) $param: (A B) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: B $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (Mapping B A B) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (Stream A) $param: (A B) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((Stream B) (Mapping B A) (Stream A))) (SIGNATURE scan ((Stream B) B (Mapping B A B) (Stream A))) (SIGNATURE reduce (B B (Mapping B A B) (Stream A)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for StreamFunctions2 compiling into /tmp/oa-Q3nOVI compiling local mapp : (A -> B,Stream A) -> Stream B Time: 0.02 SEC. compiling exported map : (A -> B,Stream A) -> Stream B Time: 0.02 SEC. compiling exported scan : (B,(A,B) -> B,Stream A) -> Stream B Time: 0.01 SEC. compiling exported reduce : (B,(A,B) -> B,Stream A) -> B Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor StreamFunctions2 Time: 0.06 seconds finalizing NRLIB STREAM2 Processing StreamFunctions2 for Browser database: -- map : ((A -> B),ST A) -> ST B -- scan : (B,((A,B) -> B),ST A) -> ST B -- reduce : (B,((A,B) -> B),ST A) -> B -- constructor ; compiling file "/tmp/oa-Q3nOVI/code.lsp" (written 01 FEB 2016 10:58:58 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |STREAM2;mapp| ...) ; compiling (DEFUN |STREAM2;mapp!0| ...) ; compiling (DEFUN |STREAM2;map;MSS;2| ...) ; compiling (DEFUN |STREAM2;scan;BMSS;3| ...) ; compiling (DEFUN |STREAM2;scan;BMSS;3!0| ...) ; compiling (DEFUN |STREAM2;reduce;BMSB;4| ...) ; compiling (DEFUN |StreamFunctions2| ...) ; compiling (DEFUN |StreamFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |StreamFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-Q3nOVI/code.fasl written ; compilation finished in 0:00:00.029 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/STREAM3.fasl --optimize=3 STREAM3.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/STREAM3.spad using Spad compiler. STREAM3 abbreviates package StreamFunctions3 debug: compDefine1 lhs: (StreamFunctions3 A B C) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((Stream C) (Mapping C A B) (Stream A) (Stream B)))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((Stream C) (Mapping C A B) (Stream A) (Stream B)))) $param: (A B C) debug: evaluateType form: (Stream C) $param: (A B C) Debug: evaluateType1 form: (Stream C) debug: evaluateType1 x: C m: (Type) debug: evaluateType form: (Mapping C A B) $param: (A B C) debug: evaluateType form: C $param: (A B C) debug: evaluateType form: A $param: (A B C) debug: evaluateType form: B $param: (A B C) debug: evaluateType form: (Stream A) $param: (A B C) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream B) $param: (A B C) Debug: evaluateType1 form: (Stream B) debug: evaluateType1 x: B m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((Stream C) (Mapping C A B) (Stream A) (Stream B)))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for StreamFunctions3 compiling into /tmp/oa-NejARW compiling local mapp : ((A,B) -> C,Stream A,Stream B) -> Stream C Time: 0.02 SEC. compiling exported map : ((A,B) -> C,Stream A,Stream B) -> Stream C Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor StreamFunctions3 Time: 0.05 seconds finalizing NRLIB STREAM3 Processing StreamFunctions3 for Browser database: -- map : (((A,B) -> C),ST A,ST B) -> ST C -- constructor ; compiling file "/tmp/oa-NejARW/code.lsp" (written 01 FEB 2016 10:58:58 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |STREAM3;mapp| ...) ; compiling (DEFUN |STREAM3;mapp!0| ...) ; compiling (DEFUN |STREAM3;map;MSSS;2| ...) ; compiling (DEFUN |STREAM3;map;MSSS;2!1| ...) ; compiling (DEFUN |STREAM3;map;MSSS;2!0| ...) ; compiling (DEFUN |StreamFunctions3| ...) ; compiling (DEFUN |StreamFunctions3;| ...) ; compiling (MAKEPROP (QUOTE |StreamFunctions3|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-NejARW/code.fasl written ; compilation finished in 0:00:00.029 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile STREAM.spad && cp STREAM.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/STREAM.fasl \ && if test -f STREAM-.NRLIB/code.fasl; then \ cp STREAM-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/STREAM-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/STREAM.spad using Spad compiler. STREAM abbreviates domain Stream debug: compDefine1 lhs: (Stream S) signature (pre-evaluate): ((Join (LazyStreamAggregate S) (CoercibleFrom (List S)) (ShallowlyMutableAggregate S) (CATEGORY domain (SIGNATURE repeating ($ (List S))) (IF (has S (SetCategory)) (SIGNATURE repeating? ((Boolean) (List S) $)) %noBranch) (SIGNATURE findCycle ((Record (: cycle? (Boolean)) (: prefix (NonNegativeInteger)) (: period (NonNegativeInteger))) (NonNegativeInteger) $)) (SIGNATURE delay ($ (Mapping $))) (SIGNATURE cons ($ S $)) (IF (has S (SetCategory)) (PROGN (SIGNATURE output ((Void) (Integer) $)) (SIGNATURE showAllElements ((OutputForm) $)) (SIGNATURE showAll? ((Boolean)))) %noBranch) (SIGNATURE setrest! ($ $ (Integer) $)) (SIGNATURE generate ($ (Mapping S))) (SIGNATURE generate ($ (Mapping S S) S)) (SIGNATURE filterWhile ($ (Mapping (Boolean) S) $)) (SIGNATURE filterUntil ($ (Mapping (Boolean) S) $)))) NIL) debug: evaluateType form: (Join (LazyStreamAggregate S) (CoercibleFrom (List S)) (ShallowlyMutableAggregate S) (CATEGORY domain (SIGNATURE repeating ($ (List S))) (IF (has S (SetCategory)) (SIGNATURE repeating? ((Boolean) (List S) $)) %noBranch) (SIGNATURE findCycle ((Record (: cycle? (Boolean)) (: prefix (NonNegativeInteger)) (: period (NonNegativeInteger))) (NonNegativeInteger) $)) (SIGNATURE delay ($ (Mapping $))) (SIGNATURE cons ($ S $)) (IF (has S (SetCategory)) (PROGN (SIGNATURE output ((Void) (Integer) $)) (SIGNATURE showAllElements ((OutputForm) $)) (SIGNATURE showAll? ((Boolean)))) %noBranch) (SIGNATURE setrest! ($ $ (Integer) $)) (SIGNATURE generate ($ (Mapping S))) (SIGNATURE generate ($ (Mapping S S) S)) (SIGNATURE filterWhile ($ (Mapping (Boolean) S) $)) (SIGNATURE filterUntil ($ (Mapping (Boolean) S) $)))) $param: (S) debug: evaluateType form: (LazyStreamAggregate S) $param: (S) Debug: evaluateType1 form: (LazyStreamAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CoercibleFrom (List S)) $param: (S) Debug: evaluateType1 form: (CoercibleFrom (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evaluateType form: (ShallowlyMutableAggregate S) $param: (S) Debug: evaluateType1 form: (ShallowlyMutableAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE repeating ($ (List S))) (IF (has S (SetCategory)) (SIGNATURE repeating? ((Boolean) (List S) $)) %noBranch) (SIGNATURE findCycle ((Record (: cycle? (Boolean)) (: prefix (NonNegativeInteger)) (: period (NonNegativeInteger))) (NonNegativeInteger) $)) (SIGNATURE delay ($ (Mapping $))) (SIGNATURE cons ($ S $)) (IF (has S (SetCategory)) (PROGN (SIGNATURE output ((Void) (Integer) $)) (SIGNATURE showAllElements ((OutputForm) $)) (SIGNATURE showAll? ((Boolean)))) %noBranch) (SIGNATURE setrest! ($ $ (Integer) $)) (SIGNATURE generate ($ (Mapping S))) (SIGNATURE generate ($ (Mapping S S) S)) (SIGNATURE filterWhile ($ (Mapping (Boolean) S) $)) (SIGNATURE filterUntil ($ (Mapping (Boolean) S) $))) $param: (S) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (Record (: cycle? (Boolean)) (: prefix (NonNegativeInteger)) (: period (NonNegativeInteger))) $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (NonNegativeInteger) $param: (S) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (S) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (S) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Mapping $) $param: (S) debug: evaluateType form: $ $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Mapping S) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Mapping S S) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Mapping (Boolean) S) $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Mapping (Boolean) S) $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S) debug: compDefine1 signature (post evaluate): ((Join (LazyStreamAggregate S) (CoercibleFrom (List S)) (ShallowlyMutableAggregate S) (CATEGORY domain (SIGNATURE repeating ($ (List S))) (IF (has S (SetCategory)) (SIGNATURE repeating? ((Boolean) (List S) $)) %noBranch) (SIGNATURE findCycle ((Record (: cycle? (Boolean)) (: prefix (NonNegativeInteger)) (: period (NonNegativeInteger))) (NonNegativeInteger) $)) (SIGNATURE delay ($ (Mapping $))) (SIGNATURE cons ($ S $)) (IF (has S (SetCategory)) (PROGN (SIGNATURE output ((Void) (Integer) $)) (SIGNATURE showAllElements ((OutputForm) $)) (SIGNATURE showAll? ((Boolean)))) %noBranch) (SIGNATURE setrest! ($ $ (Integer) $)) (SIGNATURE generate ($ (Mapping S))) (SIGNATURE generate ($ (Mapping S S) S)) (SIGNATURE filterWhile ($ (Mapping (Boolean) S) $)) (SIGNATURE filterUntil ($ (Mapping (Boolean) S) $)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for Stream compiling into /tmp/oa-XogLVd importing CyclicStreamTools(S,$) compiling exported explicitlyEmpty? : % -> Boolean Time: 0.05 SEC. compiling exported lazy? : % -> Boolean Time: 0 SEC. compiling exported frst : % -> S STREAM;frst;$S;3 is replaced by %head Time: 0 SEC. compiling exported rst : % -> % STREAM;rst;2$;4 is replaced by %tail Time: 0 SEC. compiling local setfrst! : (%,S) -> S Time: 0 SEC. compiling local setrst! : (%,%) -> % Time: 0 SEC. compiling local setToNil! : % -> % Time: 0.00 SEC. compiling local getm : (%,List OutputForm,Integer) -> List OutputForm Time: 0.04 SEC. compiling local streamCountCoerce : % -> OutputForm Time: 0.02 SEC. compiling local listm : (%,List OutputForm,Integer) -> List OutputForm Time: 0.02 SEC. compiling exported showAllElements : % -> OutputForm Time: 0.02 SEC. compiling exported showAll? : () -> Boolean Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Time: 0 SEC. compiling local lazyCopy : % -> % Time: 0.01 SEC. compiling exported copy : % -> % Time: 0.02 SEC. compiling exported construct : List S -> % Time: 0.01 SEC. compiling exported elt : (%,Integer) -> S Time: 0.02 SEC. compiling local seteltt : (%,Integer,S) -> S Time: 0 SEC. compiling exported setelt : (%,Integer,S) -> S Time: 0.01 SEC. compiling local removee : (S -> Boolean,%) -> % Time: 0.02 SEC. compiling exported remove : (S -> Boolean,%) -> % Time: 0.01 SEC. compiling local selectt : (S -> Boolean,%) -> % Time: 0.01 SEC. compiling exported select : (S -> Boolean,%) -> % Time: 0.01 SEC. compiling exported map : (S -> S,%) -> % Time: 0.01 SEC. compiling exported map : ((S,S) -> S,%,%) -> % Time: 0.03 SEC. compiling exported fill! : (%,S) -> % Time: 0 SEC. compiling exported map! : (S -> S,%) -> % Time: 0.01 SEC. compiling exported swap! : (%,Integer,Integer) -> Void Time: 0.00 SEC. compiling exported concat : (%,S) -> % Time: 0.02 SEC. compiling exported concat : (%,%) -> % Time: 0.02 SEC. compiling exported concat : List % -> % Time: 0.02 SEC. compiling exported setelt : (%,UniversalSegment Integer,S) -> S Time: 0.02 SEC. compiling exported empty : () -> % STREAM;empty;$;33 is replaced by %pair(%nullStream,%nil) Time: 0.00 SEC. compiling local lazyEval : % -> % Time: 0 SEC. compiling exported lazyEvaluate : % -> % Time: 0.00 SEC. compiling exported empty? : % -> Boolean Time: 0.01 SEC. compiling exported first : (%,NonNegativeInteger) -> % Time: 0.05 SEC. compiling exported concat : (S,%) -> % STREAM;concat;S2$;38 is replaced by %pair Time: 0 SEC. compiling exported cons : (S,%) -> % STREAM;cons;S2$;39 is replaced by %pair Time: 0.00 SEC. compiling exported cycleSplit! : % -> % Time: 0.02 SEC. compiling local expand! : (%,Integer) -> % Time: 0.05 SEC. compiling exported first : % -> S Time: 0.00 SEC. compiling exported concat! : (%,%) -> % Time: 0.00 SEC. compiling exported concat! : (%,S) -> % Time: 0.00 SEC. compiling exported setfirst! : (%,S) -> S Time: 0 SEC. compiling exported setelt : (%,first,S) -> S Time: 0.00 SEC. compiling exported setrest! : (%,%) -> % Time: 0 SEC. compiling exported setelt : (%,rest,%) -> % Time: 0 SEC. compiling exported setlast! : (%,S) -> S Time: 0 SEC. compiling exported setelt : (%,last,S) -> S Time: 0.00 SEC. compiling exported split! : (%,Integer) -> % Time: 0.00 SEC. compiling exported coerce : List S -> % Time: 0.00 SEC. compiling exported repeating : List S -> % Time: 0.03 SEC. compiling exported repeating? : (List S,%) -> Boolean Time: 0.03 SEC. compiling exported findCycle : (NonNegativeInteger,%) -> Record(cycle?: Boolean,prefix: NonNegativeInteger,period: NonNegativeInteger) Time: 0.18 SEC. compiling exported delay : () -> % -> % STREAM;delay;M$;56 fs is replaced by %pair(%nonNullStream,fs) Time: 0.00 SEC. compiling exported explicitEntries? : % -> Boolean Time: 0.00 SEC. compiling exported numberOfComputedEntries : % -> NonNegativeInteger Time: 0.00 SEC. compiling exported output : (Integer,%) -> Void Time: 0.01 SEC. compiling local setrestt! : (%,Integer,%) -> % Time: 0.00 SEC. compiling exported setrest! : (%,Integer,%) -> % Time: 0.00 SEC. compiling exported generate : () -> S -> % Time: 0.00 SEC. compiling local gen : (S -> S,S) -> % Time: 0.01 SEC. compiling exported generate : (S -> S,S) -> % Time: 0.00 SEC. compiling local swhilee : (S -> Boolean,%) -> % Time: 0 SEC. compiling exported filterWhile : (S -> Boolean,%) -> % Time: 0.01 SEC. compiling local suntill : (S -> Boolean,%) -> % Time: 0.00 SEC. compiling exported filterUntil : (S -> Boolean,%) -> % Time: 0.02 SEC. (time taken in buildFunctor: 4) Time: 0.06 SEC. Warnings: [1] showAllElements: not known that LazyStreamAggregateS is of mode CATEGORY(domain,repeating?: (List S,%) -> Boolean) [2] map: pretend Stream S -- should replace by @ [3] map: pretend $ -- should replace by @ [4] lazyEval: : (() -> %) -- replace by pretend [5] expand!: d has no value [6] delay: : $ -- replace by pretend Cumulative Statistics for Constructor Stream Time: 0.97 seconds finalizing NRLIB STREAM Processing Stream for Browser database: -- repeating : L S -> % -- repeating? : (L S,%) -> B -- findCycle : (NNI,%) -> Record(cycle?: B,prefix: NNI,period: NNI) -- delay : (() -> %) -> % -- cons : (S,%) -> % -- output : (I,%) -> Void -- showAllElements : % -> OUT -- showAll? : () -> B -- setrest! : (%,I,%) -> % -- generate : (() -> S) -> % -- generate : ((S -> S),S) -> % -- filterWhile : ((S -> Boolean),%) -> % -- filterUntil : ((S -> Boolean),%) -> % -- constructor ; compiling file "/tmp/oa-XogLVd/code.lsp" (written 01 FEB 2016 10:58:59 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STREAM;frst;$S;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STREAM;rst;2$;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STREAM;empty;$;33|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STREAM;concat;S2$;38|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STREAM;cons;S2$;39|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STREAM;delay;M$;56|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STREAM;explicitlyEmpty?;$B;1|) ...) ; compiling (PUT (QUOTE |STREAM;lazy?;$B;2|) ...) ; compiling (PUT (QUOTE |STREAM;explicitEntries?;$B;57|) ...) ; compiling (DEFUN |STREAM;explicitlyEmpty?;$B;1| ...) ; compiling (DEFUN |STREAM;lazy?;$B;2| ...) ; compiling (DEFUN |STREAM;frst;$S;3| ...) ; compiling (DEFUN |STREAM;rst;2$;4| ...) ; compiling (DEFUN |STREAM;setfrst!| ...) ; file: /tmp/oa-XogLVd/code.lsp ; in: DEFUN |STREAM;setfrst!| ; (DEFUN BOOT::|STREAM;setfrst!| (BOOT::|x| BOOT::|s| BOOT::$) ; (PROGN (RPLACA BOOT::|x| BOOT::|s|) (CAR BOOT::|x|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STREAM;setfrst!| ; (BOOT::|x| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|STREAM;setfrst!| ; (PROGN (RPLACA BOOT::|x| BOOT::|s|) (CAR BOOT::|x|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |STREAM;setrst!| ...) ; file: /tmp/oa-XogLVd/code.lsp ; in: DEFUN |STREAM;setrst!| ; (DEFUN BOOT::|STREAM;setrst!| (BOOT::|x| BOOT::|y| BOOT::$) ; (PROGN (RPLACD BOOT::|x| BOOT::|y|) (CDR BOOT::|x|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STREAM;setrst!| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|STREAM;setrst!| ; (PROGN (RPLACD BOOT::|x| BOOT::|y|) (CDR BOOT::|x|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |STREAM;setToNil!| ...) ; compiling (DEFUN |STREAM;getm| ...) ; compiling (DEFUN |STREAM;streamCountCoerce| ...) ; compiling (DEFUN |STREAM;listm| ...) ; compiling (DEFUN |STREAM;showAllElements;$Of;11| ...) ; compiling (DEFUN |STREAM;showAll?;B;12| ...) ; file: /tmp/oa-XogLVd/code.lsp ; in: DEFUN |STREAM;showAll?;B;12| ; (DEFUN BOOT::|STREAM;showAll?;B;12| (BOOT::$) ; (DECLARE (SPECIAL BOOT::|$streamsShowAll|)) ; (NOT (NULL BOOT::|$streamsShowAll|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STREAM;showAll?;B;12| ; (BOOT::$) ; (DECLARE (SPECIAL BOOT::|$streamsShowAll|)) ; (BLOCK BOOT::|STREAM;showAll?;B;12| (NOT (NULL BOOT::|$streamsShowAll|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |STREAM;coerce;$Of;13| ...) ; compiling (DEFUN |STREAM;lazyCopy| ...) ; compiling (DEFUN |STREAM;lazyCopy!0| ...) ; compiling (DEFUN |STREAM;copy;2$;15| ...) ; compiling (DEFUN |STREAM;construct;L$;16| ...) ; compiling (DEFUN |STREAM;elt;$IS;17| ...) ; compiling (DEFUN |STREAM;seteltt| ...) ; compiling (DEFUN |STREAM;setelt;$I2S;19| ...) ; compiling (DEFUN |STREAM;removee| ...) ; compiling (DEFUN |STREAM;removee!0| ...) ; compiling (DEFUN |STREAM;remove;M2$;21| ...) ; compiling (DEFUN |STREAM;selectt| ...) ; compiling (DEFUN |STREAM;selectt!0| ...) ; compiling (DEFUN |STREAM;select;M2$;23| ...) ; compiling (DEFUN |STREAM;map;M2$;24| ...) ; compiling (DEFUN |STREAM;map;M3$;25| ...) ; compiling (DEFUN |STREAM;fill!;$S$;26| ...) ; compiling (DEFUN |STREAM;map!;M2$;27| ...) ; file: /tmp/oa-XogLVd/code.lsp ; in: DEFUN |STREAM;map!;M2$;27| ; (BOOT::EXIT BOOT::|x|) ; --> RETURN-FROM ; ==> ; BOOT::|x| ; ; note: deleting unreachable code ; (LET ((BOOT::|tail| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 87))) ; (BOOT::|y| BOOT::|x|)) ; (BOOT::SEQ ; (LET ((#:G907 NIL)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::EXIT BOOT::|x|))) ; ; caught STYLE-WARNING: ; The variable |tail| is defined but never used. ; compiling (DEFUN |STREAM;swap!;$2IV;28| ...) ; compiling (DEFUN |STREAM;concat;$S$;29| ...) ; compiling (DEFUN |STREAM;concat;$S$;29!0| ...) ; compiling (DEFUN |STREAM;concat;3$;30| ...) ; compiling (DEFUN |STREAM;concat;3$;30!0| ...) ; compiling (DEFUN |STREAM;concat;L$;31| ...) ; compiling (DEFUN |STREAM;concat;L$;31!0| ...) ; compiling (DEFUN |STREAM;setelt;$Us2S;32| ...) ; compiling (DEFUN |STREAM;empty;$;33| ...) ; compiling (DEFUN |STREAM;lazyEval| ...) ; file: /tmp/oa-XogLVd/code.lsp ; in: DEFUN |STREAM;lazyEval| ; (DEFUN BOOT::|STREAM;lazyEval| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (CDR BOOT::|x|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STREAM;lazyEval| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|STREAM;lazyEval| (BOOT::SPADCALL (CDR BOOT::|x|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |STREAM;lazyEvaluate;2$;35| ...) ; compiling (DEFUN |STREAM;empty?;$B;36| ...) ; compiling (DEFUN |STREAM;first;$Nni$;37| ...) ; compiling (DEFUN |STREAM;first;$Nni$;37!0| ...) ; compiling (DEFUN |STREAM;concat;S2$;38| ...) ; compiling (DEFUN |STREAM;cons;S2$;39| ...) ; compiling (DEFUN |STREAM;cycleSplit!;2$;40| ...) ; compiling (DEFUN |STREAM;expand!| ...) ; compiling (DEFUN |STREAM;first;$S;42| ...) ; compiling (DEFUN |STREAM;concat!;3$;43| ...) ; compiling (DEFUN |STREAM;concat!;$S$;44| ...) ; compiling (DEFUN |STREAM;setfirst!;$2S;45| ...) ; compiling (DEFUN |STREAM;setelt;$first2S;46| ...) ; file: /tmp/oa-XogLVd/code.lsp ; in: DEFUN |STREAM;setelt;$first2S;46| ; (DEFUN BOOT::|STREAM;setelt;$first2S;46| ; (BOOT::|x| BOOT::T1 BOOT::|s| BOOT::$) ; (BOOT::|STREAM;setfirst!;$2S;45| BOOT::|x| BOOT::|s| BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STREAM;setelt;$first2S;46| ; (BOOT::|x| BOOT::T1 BOOT::|s| BOOT::$) ; (BLOCK BOOT::|STREAM;setelt;$first2S;46| ; (BOOT::|STREAM;setfirst!;$2S;45| BOOT::|x| BOOT::|s| BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |STREAM;setrest!;3$;47| ...) ; compiling (DEFUN |STREAM;setelt;$rest2$;48| ...) ; file: /tmp/oa-XogLVd/code.lsp ; in: DEFUN |STREAM;setelt;$rest2$;48| ; (DEFUN BOOT::|STREAM;setelt;$rest2$;48| ; (BOOT::|x| BOOT::T1 BOOT::|y| BOOT::$) ; (BOOT::|STREAM;setrest!;3$;47| BOOT::|x| BOOT::|y| BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STREAM;setelt;$rest2$;48| ; (BOOT::|x| BOOT::T1 BOOT::|y| BOOT::$) ; (BLOCK BOOT::|STREAM;setelt;$rest2$;48| ; (BOOT::|STREAM;setrest!;3$;47| BOOT::|x| BOOT::|y| BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |STREAM;setlast!;$2S;49| ...) ; compiling (DEFUN |STREAM;setelt;$last2S;50| ...) ; file: /tmp/oa-XogLVd/code.lsp ; in: DEFUN |STREAM;setelt;$last2S;50| ; (DEFUN BOOT::|STREAM;setelt;$last2S;50| ; (BOOT::|x| BOOT::T1 BOOT::|s| BOOT::$) ; (BOOT::|STREAM;setlast!;$2S;49| BOOT::|x| BOOT::|s| BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STREAM;setelt;$last2S;50| ; (BOOT::|x| BOOT::T1 BOOT::|s| BOOT::$) ; (BLOCK BOOT::|STREAM;setelt;$last2S;50| ; (BOOT::|STREAM;setlast!;$2S;49| BOOT::|x| BOOT::|s| BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |STREAM;split!;$I$;51| ...) ; compiling (DEFUN |STREAM;coerce;L$;52| ...) ; compiling (DEFUN |STREAM;repeating;L$;53| ...) ; compiling (DEFUN |STREAM;repeating?;L$B;54| ...) ; file: /tmp/oa-XogLVd/code.lsp ; in: DEFUN |STREAM;repeating?;L$B;54| ; (DEFUN BOOT::|STREAM;repeating?;L$B;54| (BOOT::|l| BOOT::|x| BOOT::$) ; (COND ; ((NULL BOOT::|l|) ; (BOOT::|error| "Need a non-empty? list to make a repeating stream.")) ; ((NULL (CDR BOOT::|l|)) (AND (NOT #) (BOOT::SPADCALL BOOT::|x| # #))) ; (T ; (LET (#) ; (PROGN # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STREAM;repeating?;L$B;54| ; (BOOT::|l| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|STREAM;repeating?;L$B;54| ; (COND ; ((NULL BOOT::|l|) ; (BOOT::|error| "Need a non-empty? list to make a repeating stream.")) ; ((NULL #) (AND # #)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |STREAM;findCycle;Nni$R;55| ...) ; compiling (DEFUN |STREAM;delay;M$;56| ...) ; compiling (DEFUN |STREAM;explicitEntries?;$B;57| ...) ; file: /tmp/oa-XogLVd/code.lsp ; in: DEFUN |STREAM;explicitEntries?;$B;57| ; (DEFUN BOOT::|STREAM;explicitEntries?;$B;57| (BOOT::|x| BOOT::$) ; (AND (NOT (EQ (CAR BOOT::|x|) |AxiomCore|:|%nullStream|)) ; (NOT (EQ (CAR BOOT::|x|) |AxiomCore|:|%nonNullStream|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STREAM;explicitEntries?;$B;57| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|STREAM;explicitEntries?;$B;57| ; (AND (NOT (EQ # |AxiomCore|:|%nullStream|)) ; (NOT (EQ # |AxiomCore|:|%nonNullStream|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |STREAM;numberOfComputedEntries;$Nni;58| ...) ; compiling (DEFUN |STREAM;output;I$V;59| ...) ; compiling (DEFUN |STREAM;setrestt!| ...) ; compiling (DEFUN |STREAM;setrest!;$I2$;61| ...) ; compiling (DEFUN |STREAM;generate;M$;62| ...) ; compiling (DEFUN |STREAM;generate;M$;62!0| ...) ; compiling (DEFUN |STREAM;gen| ...) ; compiling (DEFUN |STREAM;gen!0| ...) ; compiling (DEFUN |STREAM;generate;MS$;64| ...) ; compiling (DEFUN |STREAM;swhilee| ...) ; compiling (DEFUN |STREAM;swhilee!0| ...) ; compiling (DEFUN |STREAM;filterWhile;M2$;66| ...) ; compiling (DEFUN |STREAM;suntill| ...) ; compiling (DEFUN |STREAM;suntill!0| ...) ; compiling (DEFUN |STREAM;filterUntil;M2$;68| ...) ; compiling (DEFUN |Stream| ...) ; compiling (DEFUN |Stream;| ...) ; compiling (MAKEPROP (QUOTE |Stream|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 9 STYLE-WARNING conditions ; printed 2 notes ; /tmp/oa-XogLVd/code.fasl written ; compilation finished in 0:00:00.201 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ITUPLE.spad && cp ITUPLE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ITUPLE.fasl \ && if test -f ITUPLE-.NRLIB/code.fasl; then \ cp ITUPLE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ITUPLE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ITUPLE.spad using Spad compiler. ITUPLE abbreviates domain InfiniteTuple debug: compDefine1 lhs: (InfiniteTuple S) signature (pre-evaluate): ((Join (Functorial S) (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE filterWhile ($ (Mapping (Boolean) S) $)) (SIGNATURE filterUntil ($ (Mapping (Boolean) S) $)) (SIGNATURE select ($ (Mapping (Boolean) S) $)) (SIGNATURE generate ($ (Mapping S S) S)) (SIGNATURE construct ((Stream S) $)))) (Type)) debug: evaluateType form: (Join (Functorial S) (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE filterWhile ($ (Mapping (Boolean) S) $)) (SIGNATURE filterUntil ($ (Mapping (Boolean) S) $)) (SIGNATURE select ($ (Mapping (Boolean) S) $)) (SIGNATURE generate ($ (Mapping S S) S)) (SIGNATURE construct ((Stream S) $)))) $param: (S) debug: evaluateType form: (Functorial S) $param: (S) Debug: evaluateType1 form: (Functorial S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CoercibleTo (OutputForm)) $param: (S) Debug: evaluateType1 form: (CoercibleTo (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: (S) Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE filterWhile ($ (Mapping (Boolean) S) $)) (SIGNATURE filterUntil ($ (Mapping (Boolean) S) $)) (SIGNATURE select ($ (Mapping (Boolean) S) $)) (SIGNATURE generate ($ (Mapping S S) S)) (SIGNATURE construct ((Stream S) $))) $param: (S) debug: evaluateType form: (Mapping (Boolean) S) $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Mapping (Boolean) S) $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Mapping (Boolean) S) $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Mapping S S) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Stream S) $param: (S) Debug: evaluateType1 form: (Stream S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Join (Functorial S) (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE filterWhile ($ (Mapping (Boolean) S) $)) (SIGNATURE filterUntil ($ (Mapping (Boolean) S) $)) (SIGNATURE select ($ (Mapping (Boolean) S) $)) (SIGNATURE generate ($ (Mapping S S) S)) (SIGNATURE construct ((Stream S) $)))) (Type)) debug: compDefine1 lhs: (InfiniteTuple S) signature (pre-evaluate): ((Join (Functorial S) (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE filterWhile ($ (Mapping (Boolean) S) $)) (SIGNATURE filterUntil ($ (Mapping (Boolean) S) $)) (SIGNATURE select ($ (Mapping (Boolean) S) $)) (SIGNATURE generate ($ (Mapping S S) S)) (SIGNATURE construct ((Stream S) $)))) NIL) debug: evaluateType form: (Join (Functorial S) (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE filterWhile ($ (Mapping (Boolean) S) $)) (SIGNATURE filterUntil ($ (Mapping (Boolean) S) $)) (SIGNATURE select ($ (Mapping (Boolean) S) $)) (SIGNATURE generate ($ (Mapping S S) S)) (SIGNATURE construct ((Stream S) $)))) $param: (S) debug: evaluateType form: (Functorial S) $param: (S) Debug: evaluateType1 form: (Functorial S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CoercibleTo (OutputForm)) $param: (S) Debug: evaluateType1 form: (CoercibleTo (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: (S) Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE filterWhile ($ (Mapping (Boolean) S) $)) (SIGNATURE filterUntil ($ (Mapping (Boolean) S) $)) (SIGNATURE select ($ (Mapping (Boolean) S) $)) (SIGNATURE generate ($ (Mapping S S) S)) (SIGNATURE construct ((Stream S) $))) $param: (S) debug: evaluateType form: (Mapping (Boolean) S) $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Mapping (Boolean) S) $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Mapping (Boolean) S) $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Mapping S S) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Stream S) $param: (S) Debug: evaluateType1 form: (Stream S) debug: evaluateType1 x: S m: (Type) debug: compDefine1 signature (post evaluate): ((Join (Functorial S) (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE filterWhile ($ (Mapping (Boolean) S) $)) (SIGNATURE filterUntil ($ (Mapping (Boolean) S) $)) (SIGNATURE select ($ (Mapping (Boolean) S) $)) (SIGNATURE generate ($ (Mapping S S) S)) (SIGNATURE construct ((Stream S) $)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for InfiniteTuple compiling into /tmp/oa-MVYi6B compiling exported generate : (S -> S,S) -> % Time: 0.03 SEC. compiling exported filterWhile : (S -> Boolean,%) -> % Time: 0.00 SEC. compiling exported filterUntil : (S -> Boolean,%) -> % Time: 0.01 SEC. compiling exported select : (S -> Boolean,%) -> % Time: 0.01 SEC. compiling exported construct : % -> Stream S ITUPLE;construct;$S;5 x is replaced by x Time: 0.00 SEC. compiling exported map : (S -> S,%) -> % Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor InfiniteTuple Time: 0.07 seconds finalizing NRLIB ITUPLE Processing InfiniteTuple for Browser database: -- filterWhile : ((S -> Boolean),%) -> % -- filterUntil : ((S -> Boolean),%) -> % -- select : ((S -> Boolean),%) -> % -- generate : ((S -> S),S) -> % -- construct : % -> Stream S -- constructor ; compiling file "/tmp/oa-MVYi6B/code.lsp" (written 01 FEB 2016 10:58:59 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ITUPLE;construct;$S;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ITUPLE;generate;MS$;1| ...) ; compiling (DEFUN |ITUPLE;filterWhile;M2$;2| ...) ; compiling (DEFUN |ITUPLE;filterUntil;M2$;3| ...) ; compiling (DEFUN |ITUPLE;select;M2$;4| ...) ; compiling (DEFUN |ITUPLE;construct;$S;5| ...) ; compiling (DEFUN |ITUPLE;map;M2$;6| ...) ; compiling (DEFUN |ITUPLE;coerce;$Of;7| ...) ; compiling (DEFUN |InfiniteTuple| ...) ; compiling (DEFUN |InfiniteTuple;| ...) ; compiling (MAKEPROP (QUOTE |InfiniteTuple|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-MVYi6B/code.fasl written ; compilation finished in 0:00:00.033 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile IDPT.spad && cp IDPT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IDPT.fasl \ && if test -f IDPT-.NRLIB/code.fasl; then \ cp IDPT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IDPT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IDPT.spad using Spad compiler. IDPT abbreviates domain IndexedProductTerm debug: compDefine1 lhs: (IndexedProductTerm A S) signature (pre-evaluate): ((Join (BasicType) (CoercibleTo (Pair S A)) (CATEGORY domain (SIGNATURE term ($ S A)) (SIGNATURE index (S $)) (SIGNATURE coefficient (A $)))) NIL NIL) debug: evaluateType form: (Join (BasicType) (CoercibleTo (Pair S A)) (CATEGORY domain (SIGNATURE term ($ S A)) (SIGNATURE index (S $)) (SIGNATURE coefficient (A $)))) $param: (A S) debug: evaluateType form: (BasicType) $param: (A S) Debug: evaluateType1 form: (BasicType) debug: evaluateType form: (CoercibleTo (Pair S A)) $param: (A S) Debug: evaluateType1 form: (CoercibleTo (Pair S A)) debug: evaluateType1 x: (Pair S A) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (A S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Pair S A) $param: (A S) Debug: evaluateType1 form: (Pair S A) debug: evaluateType1 x: S m: (Type) debug: evaluateType1 x: A m: (Type) debug: evalCategory d: (Pair S A) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE term ($ S A)) (SIGNATURE index (S $)) (SIGNATURE coefficient (A $))) $param: (A S) debug: evaluateType form: S $param: (A S) debug: evaluateType form: A $param: (A S) debug: evaluateType form: S $param: (A S) debug: evaluateType form: A $param: (A S) debug: compDefine1 signature (post evaluate): ((Join (BasicType) (CoercibleTo (Pair S A)) (CATEGORY domain (SIGNATURE term ($ S A)) (SIGNATURE index (S $)) (SIGNATURE coefficient (A $)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for IndexedProductTerm compiling into /tmp/oa-z6wsYQ compiling exported term : (S,A) -> % IDPT;term;SA$;1 is replaced by %pair Time: 0.00 SEC. compiling exported index : % -> S IDPT;index;$S;2 is replaced by %head Time: 0.00 SEC. compiling exported coefficient : % -> A IDPT;coefficient;$A;3 is replaced by %tail Time: 0 SEC. compiling exported coerce : % -> Pair(S,A) IDPT;coerce;$P;4 t is replaced by t Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] index: first has no value [2] coefficient: second has no value Cumulative Statistics for Constructor IndexedProductTerm Time: 0.01 seconds --------------non extending category---------------------- IndexedProductTerm(#1,#2) of category Join(BasicType,CoercibleTo Pair(#2,#1)) with term : (#2,#1) -> % index : % -> #2 coefficient : % -> #1 has no IF(has#2CoercibleTo(OutputForm()),IF(has#1CoercibleTo( OutputForm()),CoercibleTo OutputForm,%noBranch),%noBranch) ---------------------------------------------------------- finalizing NRLIB IDPT Processing IndexedProductTerm for Browser database: -- term : (S,A) -> % -- index : % -> S -- coefficient : % -> A -- constructor ; compiling file "/tmp/oa-z6wsYQ/code.lsp" (written 01 FEB 2016 10:59:00 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IDPT;term;SA$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IDPT;index;$S;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IDPT;coefficient;$A;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IDPT;coerce;$P;4|) ...) ; compiling (DEFUN |IDPT;term;SA$;1| ...) ; compiling (DEFUN |IDPT;index;$S;2| ...) ; compiling (DEFUN |IDPT;coefficient;$A;3| ...) ; compiling (DEFUN |IDPT;coerce;$P;4| ...) ; compiling (DEFUN |IndexedProductTerm| ...) ; compiling (DEFUN |IndexedProductTerm;| ...) ; compiling (MAKEPROP (QUOTE |IndexedProductTerm|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-z6wsYQ/code.fasl written ; compilation finished in 0:00:00.023 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ITFUN2.spad && cp ITFUN2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ITFUN2.fasl \ && if test -f ITFUN2-.NRLIB/code.fasl; then \ cp ITFUN2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ITFUN2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ITFUN2.spad using Spad compiler. ITFUN2 abbreviates package InfiniteTupleFunctions2 debug: compDefine1 lhs: (InfiniteTupleFunctions2 A B) signature (pre-evaluate): ((Join (Type) (CATEGORY package (SIGNATURE map ((InfiniteTuple B) (Mapping B A) (InfiniteTuple A))))) (Type) (Type)) debug: evaluateType form: (Join (Type) (CATEGORY package (SIGNATURE map ((InfiniteTuple B) (Mapping B A) (InfiniteTuple A))))) $param: (A B) debug: evaluateType form: (Type) $param: (A B) Debug: evaluateType1 form: (Type) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((InfiniteTuple B) (Mapping B A) (InfiniteTuple A)))) $param: (A B) debug: evaluateType form: (InfiniteTuple B) $param: (A B) Debug: evaluateType1 form: (InfiniteTuple B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: (Mapping B A) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: (InfiniteTuple A) $param: (A B) Debug: evaluateType1 form: (InfiniteTuple A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Type) $param: (A B) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Type) $param: (A B) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Join (Type) (CATEGORY package (SIGNATURE map ((InfiniteTuple B) (Mapping B A) (InfiniteTuple A))))) (Type) (Type)) debug: compDefine1 lhs: (InfiniteTupleFunctions2 A B) signature (pre-evaluate): ((Join (Type) (CATEGORY package (SIGNATURE map ((InfiniteTuple B) (Mapping B A) (InfiniteTuple A))))) NIL NIL) debug: evaluateType form: (Join (Type) (CATEGORY package (SIGNATURE map ((InfiniteTuple B) (Mapping B A) (InfiniteTuple A))))) $param: (A B) debug: evaluateType form: (Type) $param: (A B) Debug: evaluateType1 form: (Type) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((InfiniteTuple B) (Mapping B A) (InfiniteTuple A)))) $param: (A B) debug: evaluateType form: (InfiniteTuple B) $param: (A B) Debug: evaluateType1 form: (InfiniteTuple B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: (Mapping B A) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: (InfiniteTuple A) $param: (A B) Debug: evaluateType1 form: (InfiniteTuple A) debug: evaluateType1 x: A m: (Type) debug: compDefine1 signature (post evaluate): ((Join (Type) (CATEGORY package (SIGNATURE map ((InfiniteTuple B) (Mapping B A) (InfiniteTuple A))))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for InfiniteTupleFunctions2 compiling into /tmp/oa-HhpjWP compiling exported map : (A -> B,InfiniteTuple A) -> InfiniteTuple B Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor InfiniteTupleFunctions2 Time: 0.02 seconds finalizing NRLIB ITFUN2 Processing InfiniteTupleFunctions2 for Browser database: -- map : ((A -> B),IT A) -> IT B -- constructor ; compiling file "/tmp/oa-HhpjWP/code.lsp" (written 01 FEB 2016 10:59:00 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ITFUN2;map;MItIt;1| ...) ; compiling (DEFUN |InfiniteTupleFunctions2| ...) ; compiling (DEFUN |InfiniteTupleFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |InfiniteTupleFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-HhpjWP/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FILECAT.spad && cp FILECAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FILECAT.fasl \ && if test -f FILECAT-.NRLIB/code.fasl; then \ cp FILECAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FILECAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FILECAT.spad using Spad compiler. FILECAT abbreviates category FileCategory debug: compDefine1 lhs: (FileCategory Name S) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (Name S) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FileCategory compiling into /tmp/oa-SxftTX STYLE-WARNING: redefining BOOT::|FileCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB FILECAT Processing FileCategory for Browser database: -- open : Name -> % -- open : (Name,IOMode) -> % -- reopen! : (%,IOMode) -> % -- close! : % -> % -- name : % -> Name -- iomode : % -> IOMode -- read! : % -> S -- write! : (%,S) -> S -- constructor ; compiling file "/tmp/oa-SxftTX/code.lsp" (written 01 FEB 2016 10:59:00 PM): ; compiling (DEFPARAMETER |FileCategory;AL| ...) ; compiling (DEFUN |FileCategory;| ...) ; compiling (DEFUN |FileCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-SxftTX/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile HOAGG.spad && cp HOAGG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/HOAGG.fasl \ && if test -f HOAGG-.NRLIB/code.fasl; then \ cp HOAGG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/HOAGG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/HOAGG.spad using Spad compiler. HOAGG abbreviates category HomogeneousAggregate debug: compDefine1 lhs: (HomogeneousAggregate S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (HomogeneousAggregate S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for HomogeneousAggregate compiling into /tmp/oa-CiKZd4 STYLE-WARNING: redefining BOOT::|HomogeneousAggregate| in DEFUN Time: 0.01 SEC. HOAGG- abbreviates package HomogeneousAggregate& ------------------------------------------------------------------------ initializing stationary directory for HomogeneousAggregate& compiling into /tmp/oa-7BKIaC compiling exported eval : (A,List Equation S) -> A Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor HomogeneousAggregate& Time: 0.02 seconds finalizing NRLIB HOAGG- ; compiling file "/tmp/oa-7BKIaC/code.lsp" (written 01 FEB 2016 10:59:00 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |HOAGG-;eval;$L$;1| ...) ; compiling (DEFUN |HOAGG-;eval;$L$;1!0| ...) ; compiling (DEFUN |HomogeneousAggregate&| ...) ; compiling (MAKEPROP (QUOTE |HomogeneousAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-7BKIaC/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ finalizing NRLIB HOAGG Processing HomogeneousAggregate for Browser database: -- constructor ; compiling file "/tmp/oa-CiKZd4/code.lsp" (written 01 FEB 2016 10:59:00 PM): ; compiling (DEFPARAMETER |HomogeneousAggregate;AL| ...) ; compiling (DEFUN |HomogeneousAggregate;| ...) ; compiling (DEFUN |HomogeneousAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-CiKZd4/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SMAGG.spad && cp SMAGG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SMAGG.fasl \ && if test -f SMAGG-.NRLIB/code.fasl; then \ cp SMAGG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SMAGG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SMAGG.spad using Spad compiler. SMAGG abbreviates category ShallowlyMutableAggregate debug: compDefine1 lhs: (ShallowlyMutableAggregate S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (ShallowlyMutableAggregate S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for ShallowlyMutableAggregate compiling into /tmp/oa-rTMhoh STYLE-WARNING: redefining BOOT::|ShallowlyMutableAggregate| in DEFUN Time: 0.01 SEC. finalizing NRLIB SMAGG Processing ShallowlyMutableAggregate for Browser database: -- map! : ((S -> S),%) -> % -- constructor ; compiling file "/tmp/oa-rTMhoh/code.lsp" (written 01 FEB 2016 10:59:00 PM): ; compiling (DEFPARAMETER |ShallowlyMutableAggregate;AL| ...) ; compiling (DEFUN |ShallowlyMutableAggregate;| ...) ; compiling (DEFUN |ShallowlyMutableAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-rTMhoh/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MKRECORD.spad && cp MKRECORD.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MKRECORD.fasl \ && if test -f MKRECORD-.NRLIB/code.fasl; then \ cp MKRECORD-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MKRECORD-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MKRECORD.spad using Spad compiler. MKRECORD abbreviates package MakeRecord debug: compDefine1 lhs: (MakeRecord S T$) signature (pre-evaluate): ((CATEGORY package (SIGNATURE makeRecord ((Record (: part1 S) (: part2 T$)) S T$))) (Type) (Type)) debug: evaluateType form: (CATEGORY package (SIGNATURE makeRecord ((Record (: part1 S) (: part2 T$)) S T$))) $param: (S T$) debug: evaluateType form: (Record (: part1 S) (: part2 T$)) $param: (S T$) debug: evaluateType form: S $param: (S T$) debug: evaluateType form: T$ $param: (S T$) debug: evaluateType form: S $param: (S T$) debug: evaluateType form: T$ $param: (S T$) debug: evaluateType form: (Type) $param: (S T$) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Type) $param: (S T$) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE makeRecord ((Record (: part1 S) (: part2 T$)) S T$))) (Type) (Type)) debug: compDefine1 lhs: (MakeRecord S T$) signature (pre-evaluate): ((CATEGORY package (SIGNATURE makeRecord ((Record (: part1 S) (: part2 T$)) S T$))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE makeRecord ((Record (: part1 S) (: part2 T$)) S T$))) $param: (S T$) debug: evaluateType form: (Record (: part1 S) (: part2 T$)) $param: (S T$) debug: evaluateType form: S $param: (S T$) debug: evaluateType form: T$ $param: (S T$) debug: evaluateType form: S $param: (S T$) debug: evaluateType form: T$ $param: (S T$) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE makeRecord ((Record (: part1 S) (: part2 T$)) S T$))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for MakeRecord compiling into /tmp/oa-ir2PKn compiling exported makeRecord : (S,T) -> Record(part1: S,part2: T) MKRECORD;makeRecord;ST$R;1 is replaced by %pair Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor MakeRecord Time: 0.00 seconds finalizing NRLIB MKRECORD Processing MakeRecord for Browser database: -- makeRecord : (S,T) -> Record(part1: S,part2: T) -- constructor ; compiling file "/tmp/oa-ir2PKn/code.lsp" (written 01 FEB 2016 10:59:00 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MKRECORD;makeRecord;ST$R;1|) ...) ; compiling (DEFUN |MKRECORD;makeRecord;ST$R;1| ...) ; compiling (DEFUN |MakeRecord| ...) ; compiling (DEFUN |MakeRecord;| ...) ; compiling (MAKEPROP (QUOTE |MakeRecord|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-ir2PKn/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MKFUNC.spad && cp MKFUNC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MKFUNC.fasl \ && if test -f MKFUNC-.NRLIB/code.fasl; then \ cp MKFUNC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MKFUNC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MKFUNC.spad using Spad compiler. MKFUNC abbreviates package MakeFunction debug: compDefine1 lhs: (MakeFunction S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE function ((Symbol) S (Symbol))) (SIGNATURE function ((Symbol) S (Symbol) (Symbol))) (SIGNATURE function ((Symbol) S (Symbol) (Symbol) (Symbol))) (SIGNATURE function ((Symbol) S (Symbol) (List (Symbol))))) (ConvertibleTo (InputForm))) debug: evaluateType form: (CATEGORY package (SIGNATURE function ((Symbol) S (Symbol))) (SIGNATURE function ((Symbol) S (Symbol) (Symbol))) (SIGNATURE function ((Symbol) S (Symbol) (Symbol) (Symbol))) (SIGNATURE function ((Symbol) S (Symbol) (List (Symbol))))) $param: (S) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (List (Symbol)) $param: (S) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (ConvertibleTo (InputForm)) $param: (S) Debug: evaluateType1 form: (ConvertibleTo (InputForm)) debug: evaluateType1 x: (InputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (InputForm) $param: (S) Debug: evaluateType1 form: (InputForm) debug: evalCategory d: (InputForm) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE function ((Symbol) S (Symbol))) (SIGNATURE function ((Symbol) S (Symbol) (Symbol))) (SIGNATURE function ((Symbol) S (Symbol) (Symbol) (Symbol))) (SIGNATURE function ((Symbol) S (Symbol) (List (Symbol))))) (ConvertibleTo (InputForm))) debug: compDefine1 lhs: (MakeFunction S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE function ((Symbol) S (Symbol))) (SIGNATURE function ((Symbol) S (Symbol) (Symbol))) (SIGNATURE function ((Symbol) S (Symbol) (Symbol) (Symbol))) (SIGNATURE function ((Symbol) S (Symbol) (List (Symbol))))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE function ((Symbol) S (Symbol))) (SIGNATURE function ((Symbol) S (Symbol) (Symbol))) (SIGNATURE function ((Symbol) S (Symbol) (Symbol) (Symbol))) (SIGNATURE function ((Symbol) S (Symbol) (List (Symbol))))) $param: (S) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (List (Symbol)) $param: (S) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE function ((Symbol) S (Symbol))) (SIGNATURE function ((Symbol) S (Symbol) (Symbol))) (SIGNATURE function ((Symbol) S (Symbol) (Symbol) (Symbol))) (SIGNATURE function ((Symbol) S (Symbol) (List (Symbol))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for MakeFunction compiling into /tmp/oa-nojfPv compiling exported function : (S,Symbol) -> Symbol Time: 0.01 SEC. compiling exported function : (S,Symbol,Symbol) -> Symbol Time: 0.00 SEC. compiling exported function : (S,Symbol,Symbol,Symbol) -> Symbol Time: 0.01 SEC. compiling exported function : (S,Symbol,List Symbol) -> Symbol Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Warnings: [1] function: interpret has no value Cumulative Statistics for Constructor MakeFunction Time: 0.03 seconds finalizing NRLIB MKFUNC Processing MakeFunction for Browser database: -- function : (S,SY) -> SY -- function : (S,SY,SY) -> SY -- function : (S,SY,SY,SY) -> SY -- function : (S,SY,List SY) -> SY -- constructor ; compiling file "/tmp/oa-nojfPv/code.lsp" (written 01 FEB 2016 10:59:00 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MKFUNC;function;S2S;1| ...) ; compiling (DEFUN |MKFUNC;function;S3S;2| ...) ; compiling (DEFUN |MKFUNC;function;S4S;3| ...) ; compiling (DEFUN |MKFUNC;function;SSLS;4| ...) ; compiling (DEFUN |MakeFunction| ...) ; compiling (DEFUN |MakeFunction;| ...) ; compiling (MAKEPROP (QUOTE |MakeFunction|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-nojfPv/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PPCURVE.spad && cp PPCURVE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PPCURVE.fasl \ && if test -f PPCURVE-.NRLIB/code.fasl; then \ cp PPCURVE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PPCURVE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PPCURVE.spad using Spad compiler. PPCURVE abbreviates category PlottablePlaneCurveCategory debug: compDefine1 lhs: (PlottablePlaneCurveCategory) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for PlottablePlaneCurveCategory compiling into /tmp/oa-j6L3lH STYLE-WARNING: redefining BOOT::|PlottablePlaneCurveCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB PPCURVE Processing PlottablePlaneCurveCategory for Browser database: -- listBranches : % -> L L POINT -- xRange : % -> SEG SF -- yRange : % -> SEG SF -- constructor ; compiling file "/tmp/oa-j6L3lH/code.lsp" (written 01 FEB 2016 10:59:00 PM): ; compiling (DEFPARAMETER |PlottablePlaneCurveCategory;AL| ...) ; compiling (DEFUN |PlottablePlaneCurveCategory;| ...) ; compiling (DEFUN |PlottablePlaneCurveCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-j6L3lH/code.fasl written ; compilation finished in 0:00:00.006 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PSCURVE.spad && cp PSCURVE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PSCURVE.fasl \ && if test -f PSCURVE-.NRLIB/code.fasl; then \ cp PSCURVE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PSCURVE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PSCURVE.spad using Spad compiler. PSCURVE abbreviates category PlottableSpaceCurveCategory debug: compDefine1 lhs: (PlottableSpaceCurveCategory) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for PlottableSpaceCurveCategory compiling into /tmp/oa-tZVrxO STYLE-WARNING: redefining BOOT::|PlottableSpaceCurveCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB PSCURVE Processing PlottableSpaceCurveCategory for Browser database: -- listBranches : % -> L L POINT -- xRange : % -> SEG SF -- yRange : % -> SEG SF -- zRange : % -> SEG SF -- constructor ; compiling file "/tmp/oa-tZVrxO/code.lsp" (written 01 FEB 2016 10:59:00 PM): ; compiling (DEFPARAMETER |PlottableSpaceCurveCategory;AL| ...) ; compiling (DEFUN |PlottableSpaceCurveCategory;| ...) ; compiling (DEFUN |PlottableSpaceCurveCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-tZVrxO/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile RESLATC.spad && cp RESLATC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RESLATC.fasl \ && if test -f RESLATC-.NRLIB/code.fasl; then \ cp RESLATC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RESLATC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RESLATC.spad using Spad compiler. RESLATC abbreviates package ResolveLatticeCompletion debug: compDefine1 lhs: (ResolveLatticeCompletion S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE coerce ((Void) S)) (SIGNATURE coerce (S (Exit)))) (Type)) debug: evaluateType form: (CATEGORY package (SIGNATURE coerce ((Void) S)) (SIGNATURE coerce (S (Exit)))) $param: (S) debug: evaluateType form: (Void) $param: (S) Debug: evaluateType1 form: (Void) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Exit) $param: (S) Debug: evaluateType1 form: (Exit) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE coerce ((Void) S)) (SIGNATURE coerce (S (Exit)))) (Type)) debug: compDefine1 lhs: (ResolveLatticeCompletion S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE coerce ((Void) S)) (SIGNATURE coerce (S (Exit)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE coerce ((Void) S)) (SIGNATURE coerce (S (Exit)))) $param: (S) debug: evaluateType form: (Void) $param: (S) Debug: evaluateType1 form: (Void) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Exit) $param: (S) Debug: evaluateType1 form: (Exit) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE coerce ((Void) S)) (SIGNATURE coerce (S (Exit)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for ResolveLatticeCompletion compiling into /tmp/oa-0zcT5N compiling exported coerce : S -> Void RESLATC;coerce;SV;1 s is replaced by voidValue Time: 0.00 SEC. compiling exported coerce : Exit -> S RESLATC;coerce;ES;2 e is replaced by error "Bug: Should not be able to obtain value of type Exit" Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor ResolveLatticeCompletion Time: 0.02 seconds finalizing NRLIB RESLATC Processing ResolveLatticeCompletion for Browser database: -- coerce : S -> Void -- coerce : Exit -> S -- constructor ; compiling file "/tmp/oa-0zcT5N/code.lsp" (written 01 FEB 2016 10:59:01 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |RESLATC;coerce;SV;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |RESLATC;coerce;ES;2|) ...) ; compiling (DEFUN |RESLATC;coerce;SV;1| ...) ; file: /tmp/oa-0zcT5N/code.lsp ; in: DEFUN |RESLATC;coerce;SV;1| ; (DEFUN BOOT::|RESLATC;coerce;SV;1| (BOOT::|s| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|voidValue|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RESLATC;coerce;SV;1| ; (BOOT::|s| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|RESLATC;coerce;SV;1| (BOOT::|voidValue|))) ; ; caught STYLE-WARNING: ; The variable |s| is defined but never used. ; compiling (DEFUN |RESLATC;coerce;ES;2| ...) ; file: /tmp/oa-0zcT5N/code.lsp ; in: DEFUN |RESLATC;coerce;ES;2| ; (DEFUN BOOT::|RESLATC;coerce;ES;2| (BOOT::|e| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|error| "Bug: Should not be able to obtain value of type Exit")) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RESLATC;coerce;ES;2| ; (BOOT::|e| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|RESLATC;coerce;ES;2| ; (BOOT::|error| "Bug: Should not be able to obtain value of type Exit"))) ; ; caught STYLE-WARNING: ; The variable |e| is defined but never used. ; compiling (DEFUN |ResolveLatticeCompletion| ...) ; compiling (DEFUN |ResolveLatticeCompletion;| ...) ; compiling (MAKEPROP (QUOTE |ResolveLatticeCompletion|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; /tmp/oa-0zcT5N/code.fasl written ; compilation finished in 0:00:00.021 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/NUMFMT.fasl --optimize=3 NUMFMT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NUMFMT.spad using Spad compiler. NUMFMT abbreviates package NumberFormats debug: compDefine1 lhs: (NumberFormats) signature (pre-evaluate): ((CATEGORY package (SIGNATURE FormatArabic ((String) (PositiveInteger))) (SIGNATURE ScanArabic ((PositiveInteger) (String))) (SIGNATURE FormatRoman ((String) (PositiveInteger))) (SIGNATURE ScanRoman ((PositiveInteger) (String))) (SIGNATURE ScanFloatIgnoreSpaces ((Float) (String))) (SIGNATURE ScanFloatIgnoreSpacesIfCan ((Union (Float) failed) (String))))) debug: evaluateType form: (CATEGORY package (SIGNATURE FormatArabic ((String) (PositiveInteger))) (SIGNATURE ScanArabic ((PositiveInteger) (String))) (SIGNATURE FormatRoman ((String) (PositiveInteger))) (SIGNATURE ScanRoman ((PositiveInteger) (String))) (SIGNATURE ScanFloatIgnoreSpaces ((Float) (String))) (SIGNATURE ScanFloatIgnoreSpacesIfCan ((Union (Float) failed) (String)))) $param: NIL debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Union (Float) failed) $param: NIL debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: failed $param: NIL debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE FormatArabic ((String) (PositiveInteger))) (SIGNATURE ScanArabic ((PositiveInteger) (String))) (SIGNATURE FormatRoman ((String) (PositiveInteger))) (SIGNATURE ScanRoman ((PositiveInteger) (String))) (SIGNATURE ScanFloatIgnoreSpaces ((Float) (String))) (SIGNATURE ScanFloatIgnoreSpacesIfCan ((Union (Float) failed) (String))))) ------------------------------------------------------------------------ initializing stationary directory for NumberFormats compiling into /tmp/oa-fLs2MY importing SExpression importing Symbol compiling local replaceD : Character -> Character Time: 0.03 SEC. compiling local replaced : Character -> Character Time: 0.00 SEC. compiling local contract : String -> String Time: 0.03 SEC. compiling local check : String -> Boolean Time: 0.01 SEC. compiling exported ScanFloatIgnoreSpaces : String -> Float Time: 0.06 SEC. compiling exported ScanFloatIgnoreSpacesIfCan : String -> Union(Float,failed) Time: 0.02 SEC. compiling exported FormatArabic : PositiveInteger -> String NUMFMT;FormatArabic;PiS;7 is replaced by %i2s Time: 0.13 SEC. compiling exported ScanArabic : String -> PositiveInteger NUMFMT;ScanArabic;SPi;8 is replaced by PARSE-INTEGER Time: 0 SEC. compiling exported FormatRoman : PositiveInteger -> String Time: 0.06 SEC. compiling exported ScanRoman : String -> PositiveInteger Time: 0.09 SEC. (time taken in buildFunctor: 0) Time: 0.06 SEC. Warnings: [1] ord has no value Cumulative Statistics for Constructor NumberFormats Time: 0.50 seconds finalizing NRLIB NUMFMT Processing NumberFormats for Browser database: -- FormatArabic : PI -> S -- ScanArabic : S -> PI -- FormatRoman : PI -> S -- ScanRoman : S -> PI -- ScanFloatIgnoreSpaces : S -> F -- ScanFloatIgnoreSpacesIfCan : S -> Union(F,"failed") -- constructor ; compiling file "/tmp/oa-fLs2MY/code.lsp" (written 01 FEB 2016 10:59:01 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |NUMFMT;FormatArabic;PiS;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |NUMFMT;ScanArabic;SPi;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |NUMFMT;replaceD| ...) ; file: /tmp/oa-fLs2MY/code.lsp ; in: DEFUN |NUMFMT;replaceD| ; (DEFUN BOOT::|NUMFMT;replaceD| (BOOT::|c| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|c| (BOOT::SPADCALL "D" #) ; (BOOT::|shellEntry| BOOT::$ 10)) ; (BOOT::SPADCALL "E" (BOOT::|shellEntry| BOOT::$ 8))) ; (T BOOT::|c|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NUMFMT;replaceD| ; (BOOT::|c| BOOT::$) ; (BLOCK BOOT::|NUMFMT;replaceD| ; (COND ((BOOT::SPADCALL BOOT::|c| # #) (BOOT::SPADCALL "E" #)) ; (T BOOT::|c|)))) ; ; note: type assertion too complex to check: ; (VALUES CHARACTER &REST T). ; compiling (DEFUN |NUMFMT;replaced| ...) ; file: /tmp/oa-fLs2MY/code.lsp ; in: DEFUN |NUMFMT;replaced| ; (DEFUN BOOT::|NUMFMT;replaced| (BOOT::|c| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|c| (BOOT::SPADCALL "d" #) ; (BOOT::|shellEntry| BOOT::$ 10)) ; (BOOT::SPADCALL "E" (BOOT::|shellEntry| BOOT::$ 8))) ; (T BOOT::|c|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NUMFMT;replaced| ; (BOOT::|c| BOOT::$) ; (BLOCK BOOT::|NUMFMT;replaced| ; (COND ((BOOT::SPADCALL BOOT::|c| # #) (BOOT::SPADCALL "E" #)) ; (T BOOT::|c|)))) ; ; note: type assertion too complex to check: ; (VALUES CHARACTER &REST T). ; compiling (DEFUN |NUMFMT;contract| ...) ; file: /tmp/oa-fLs2MY/code.lsp ; in: DEFUN |NUMFMT;contract| ; (DEFUN BOOT::|NUMFMT;contract| (BOOT::|s| BOOT::$) ; (PROG (BOOT::|ls|) ; (RETURN ; (PROGN ; (SETQ #) ; (SETQ #) ; (BOOT::LETT BOOT::|ls| # BOOT::|NUMFMT;contract|) ; (SETQ #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NUMFMT;contract| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|NUMFMT;contract| ; (PROG (BOOT::|ls|) (RETURN (PROGN # # # #))))) ; ; note: Assignment to argument: |s| ; prevents use of assertion from function type proclamation: ; STRING ; ; compiling (DEFUN |NUMFMT;check| ...) ; compiling (DEFUN |NUMFMT;check!1| ...) ; compiling (DEFUN |NUMFMT;check!0| ...) ; compiling (DEFUN |NUMFMT;ScanFloatIgnoreSpaces;SF;5| ...) ; file: /tmp/oa-fLs2MY/code.lsp ; in: DEFUN |NUMFMT;ScanFloatIgnoreSpaces;SF;5| ; (DEFUN BOOT::|NUMFMT;ScanFloatIgnoreSpaces;SF;5| (BOOT::|s| BOOT::$) ; (PROG (BOOT::|f| BOOT::|sCheck| BOOT::|sex|) ; (RETURN ; (BOOT::SEQ (SETQ #) (COND #) ; (BOOT::LETT BOOT::|sex| # ; BOOT::|NUMFMT;ScanFloatIgnoreSpaces;SF;5|) ; (BOOT::LETT BOOT::|sCheck| # ; BOOT::|NUMFMT;ScanFloatIgnoreSpaces;SF;5|) ; (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NUMFMT;ScanFloatIgnoreSpaces;SF;5| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|NUMFMT;ScanFloatIgnoreSpaces;SF;5| ; (PROG (BOOT::|f| BOOT::|sCheck| BOOT::|sex|) ; (RETURN (BOOT::SEQ # # # # #))))) ; ; note: Assignment to argument: |s| ; prevents use of assertion from function type proclamation: ; STRING ; ; compiling (DEFUN |NUMFMT;ScanFloatIgnoreSpacesIfCan;SU;6| ...) ; file: /tmp/oa-fLs2MY/code.lsp ; in: DEFUN |NUMFMT;ScanFloatIgnoreSpacesIfCan;SU;6| ; (DEFUN BOOT::|NUMFMT;ScanFloatIgnoreSpacesIfCan;SU;6| (BOOT::|s| BOOT::$) ; (PROG (BOOT::|f| BOOT::|sCheck| BOOT::|sex|) ; (RETURN ; (BOOT::SEQ (SETQ #) (COND #) ; (BOOT::LETT BOOT::|sex| # ; BOOT::|NUMFMT;ScanFloatIgnoreSpacesIfCan;SU;6|) ; (BOOT::LETT BOOT::|sCheck| # ; BOOT::|NUMFMT;ScanFloatIgnoreSpacesIfCan;SU;6|) ; (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NUMFMT;ScanFloatIgnoreSpacesIfCan;SU;6| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|NUMFMT;ScanFloatIgnoreSpacesIfCan;SU;6| ; (PROG (BOOT::|f| BOOT::|sCheck| BOOT::|sex|) ; (RETURN (BOOT::SEQ # # # # #))))) ; ; note: Assignment to argument: |s| ; prevents use of assertion from function type proclamation: ; STRING ; ; compiling (DEFUN |NUMFMT;FormatArabic;PiS;7| ...) ; compiling (DEFUN |NUMFMT;ScanArabic;SPi;8| ...) ; compiling (DEFUN |NUMFMT;FormatRoman;PiS;9| ...) ; file: /tmp/oa-fLs2MY/code.lsp ; in: DEFUN |NUMFMT;FormatRoman;PiS;9| ; (BOOT::|moanRetract| BOOT::|d| '(BOOT::|NonNegativeInteger|)) ; ==> ; BOOT::|d| ; ; note: deleting unreachable code ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |NUMFMT;ScanRoman;SPi;10| ...) ; file: /tmp/oa-fLs2MY/code.lsp ; in: DEFUN |NUMFMT;ScanRoman;SPi;10| ; (DEFUN BOOT::|NUMFMT;ScanRoman;SPi;10| (BOOT::|s| BOOT::$) ; (PROG (BOOT::|nprens| BOOT::|n| BOOT::|c| BOOT::|i| BOOT::|Max| ; BOOT::|tot|) ; (RETURN ; (BOOT::SEQ (SETQ #) ; (BOOT::LETT BOOT::|tot| 0 BOOT::|NUMFMT;ScanRoman;SPi;10|) ; (BOOT::LETT BOOT::|Max| 0 BOOT::|NUMFMT;ScanRoman;SPi;10|) ; (BOOT::LETT BOOT::|i| # BOOT::|NUMFMT;ScanRoman;SPi;10|) ; (LOOP #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NUMFMT;ScanRoman;SPi;10| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|NUMFMT;ScanRoman;SPi;10| ; (PROG (BOOT::|nprens| BOOT::|n| BOOT::|c| BOOT::|i| BOOT::|Max| ; BOOT::|tot|) ; (RETURN (BOOT::SEQ # # # # # #))))) ; ; note: Assignment to argument: |s| ; prevents use of assertion from function type proclamation: ; STRING ; ; ; note: type assertion too complex to check: ; (VALUES (INTEGER 1) &REST T). ; compiling (DEFUN |NumberFormats| ...) ; compiling (DEFUN |NumberFormats;| ...) ; compiling (MAKEPROP (QUOTE |NumberFormats|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 9 notes ; /tmp/oa-fLs2MY/code.fasl written ; compilation finished in 0:00:00.099 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile OUTFORM.spad && cp OUTFORM.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/OUTFORM.fasl \ && if test -f OUTFORM-.NRLIB/code.fasl; then \ cp OUTFORM-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/OUTFORM-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OUTFORM.spad using Spad compiler. OUTFORM abbreviates domain OutputForm debug: compDefine1 lhs: (OutputForm) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE print ((Void) $)) (SIGNATURE message ($ (String))) (SIGNATURE messagePrint ((Void) (String))) (SIGNATURE outputForm ($ (Integer))) (SIGNATURE outputForm ($ (Symbol))) (SIGNATURE outputForm ($ (String))) (SIGNATURE outputForm ($ (DoubleFloat))) (SIGNATURE empty ($)) (SIGNATURE doubleFloatFormat ((String) (String))) (SIGNATURE width ((Integer) $)) (SIGNATURE height ((Integer) $)) (SIGNATURE width ((Integer))) (SIGNATURE height ((Integer))) (SIGNATURE subHeight ((Integer) $)) (SIGNATURE superHeight ((Integer) $)) (SIGNATURE hspace ($ (Integer))) (SIGNATURE vspace ($ (Integer))) (SIGNATURE rspace ($ (Integer) (Integer))) (SIGNATURE left ($ $ (Integer))) (SIGNATURE right ($ $ (Integer))) (SIGNATURE center ($ $ (Integer))) (SIGNATURE left ($ $)) (SIGNATURE right ($ $)) (SIGNATURE center ($ $)) (SIGNATURE hconcat ($ $ $)) (SIGNATURE vconcat ($ $ $)) (SIGNATURE hconcat ($ (List $))) (SIGNATURE vconcat ($ (List $))) (SIGNATURE prefix ($ $ (List $))) (SIGNATURE infix ($ $ (List $))) (SIGNATURE infix ($ $ $ $)) (SIGNATURE postfix ($ $ $)) (SIGNATURE infix? ((Boolean) $)) (SIGNATURE elt ($ $ (List $))) (SIGNATURE string ($ $)) (SIGNATURE label ($ $ $)) (SIGNATURE box ($ $)) (SIGNATURE matrix ($ (List (List $)))) (SIGNATURE zag ($ $ $)) (SIGNATURE root ($ $)) (SIGNATURE root ($ $ $)) (SIGNATURE over ($ $ $)) (SIGNATURE slash ($ $ $)) (SIGNATURE assign ($ $ $)) (SIGNATURE rarrow ($ $ $)) (SIGNATURE differentiate ($ $ (NonNegativeInteger))) (SIGNATURE binomial ($ $ $)) (SIGNATURE sub ($ $ $)) (SIGNATURE super ($ $ $)) (SIGNATURE presub ($ $ $)) (SIGNATURE presuper ($ $ $)) (SIGNATURE scripts ($ $ (List $))) (SIGNATURE supersub ($ $ (List $))) (SIGNATURE quote ($ $)) (SIGNATURE dot ($ $)) (SIGNATURE dot ($ $ (NonNegativeInteger))) (SIGNATURE prime ($ $)) (SIGNATURE prime ($ $ (NonNegativeInteger))) (SIGNATURE overbar ($ $)) (SIGNATURE overlabel ($ $ $)) (SIGNATURE sum ($ $)) (SIGNATURE sum ($ $ $)) (SIGNATURE sum ($ $ $ $)) (SIGNATURE prod ($ $)) (SIGNATURE prod ($ $ $)) (SIGNATURE prod ($ $ $ $)) (SIGNATURE int ($ $)) (SIGNATURE int ($ $ $)) (SIGNATURE int ($ $ $ $)) (SIGNATURE brace ($ $)) (SIGNATURE brace ($ (List $))) (SIGNATURE bracket ($ $)) (SIGNATURE bracket ($ (List $))) (SIGNATURE paren ($ $)) (SIGNATURE paren ($ (List $))) (SIGNATURE pile ($ (List $))) (SIGNATURE commaSeparate ($ (List $))) (SIGNATURE semicolonSeparate ($ (List $))) (SIGNATURE blankSeparate ($ (List $))) (SIGNATURE = ($ $ $)) (SIGNATURE ~= ($ $ $)) (SIGNATURE < ($ $ $)) (SIGNATURE > ($ $ $)) (SIGNATURE <= ($ $ $)) (SIGNATURE >= ($ $ $)) (SIGNATURE + ($ $ $)) (SIGNATURE - ($ $ $)) (SIGNATURE - ($ $)) (SIGNATURE * ($ $ $)) (SIGNATURE / ($ $ $)) (SIGNATURE ** ($ $ $)) (SIGNATURE div ($ $ $)) (SIGNATURE rem ($ $ $)) (SIGNATURE quo ($ $ $)) (SIGNATURE exquo ($ $ $)) (SIGNATURE and ($ $ $)) (SIGNATURE or ($ $ $)) (SIGNATURE not ($ $)) (SIGNATURE SEGMENT ($ $ $)) (SIGNATURE SEGMENT ($ $))))) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (SIGNATURE print ((Void) $)) (SIGNATURE message ($ (String))) (SIGNATURE messagePrint ((Void) (String))) (SIGNATURE outputForm ($ (Integer))) (SIGNATURE outputForm ($ (Symbol))) (SIGNATURE outputForm ($ (String))) (SIGNATURE outputForm ($ (DoubleFloat))) (SIGNATURE empty ($)) (SIGNATURE doubleFloatFormat ((String) (String))) (SIGNATURE width ((Integer) $)) (SIGNATURE height ((Integer) $)) (SIGNATURE width ((Integer))) (SIGNATURE height ((Integer))) (SIGNATURE subHeight ((Integer) $)) (SIGNATURE superHeight ((Integer) $)) (SIGNATURE hspace ($ (Integer))) (SIGNATURE vspace ($ (Integer))) (SIGNATURE rspace ($ (Integer) (Integer))) (SIGNATURE left ($ $ (Integer))) (SIGNATURE right ($ $ (Integer))) (SIGNATURE center ($ $ (Integer))) (SIGNATURE left ($ $)) (SIGNATURE right ($ $)) (SIGNATURE center ($ $)) (SIGNATURE hconcat ($ $ $)) (SIGNATURE vconcat ($ $ $)) (SIGNATURE hconcat ($ (List $))) (SIGNATURE vconcat ($ (List $))) (SIGNATURE prefix ($ $ (List $))) (SIGNATURE infix ($ $ (List $))) (SIGNATURE infix ($ $ $ $)) (SIGNATURE postfix ($ $ $)) (SIGNATURE infix? ((Boolean) $)) (SIGNATURE elt ($ $ (List $))) (SIGNATURE string ($ $)) (SIGNATURE label ($ $ $)) (SIGNATURE box ($ $)) (SIGNATURE matrix ($ (List (List $)))) (SIGNATURE zag ($ $ $)) (SIGNATURE root ($ $)) (SIGNATURE root ($ $ $)) (SIGNATURE over ($ $ $)) (SIGNATURE slash ($ $ $)) (SIGNATURE assign ($ $ $)) (SIGNATURE rarrow ($ $ $)) (SIGNATURE differentiate ($ $ (NonNegativeInteger))) (SIGNATURE binomial ($ $ $)) (SIGNATURE sub ($ $ $)) (SIGNATURE super ($ $ $)) (SIGNATURE presub ($ $ $)) (SIGNATURE presuper ($ $ $)) (SIGNATURE scripts ($ $ (List $))) (SIGNATURE supersub ($ $ (List $))) (SIGNATURE quote ($ $)) (SIGNATURE dot ($ $)) (SIGNATURE dot ($ $ (NonNegativeInteger))) (SIGNATURE prime ($ $)) (SIGNATURE prime ($ $ (NonNegativeInteger))) (SIGNATURE overbar ($ $)) (SIGNATURE overlabel ($ $ $)) (SIGNATURE sum ($ $)) (SIGNATURE sum ($ $ $)) (SIGNATURE sum ($ $ $ $)) (SIGNATURE prod ($ $)) (SIGNATURE prod ($ $ $)) (SIGNATURE prod ($ $ $ $)) (SIGNATURE int ($ $)) (SIGNATURE int ($ $ $)) (SIGNATURE int ($ $ $ $)) (SIGNATURE brace ($ $)) (SIGNATURE brace ($ (List $))) (SIGNATURE bracket ($ $)) (SIGNATURE bracket ($ (List $))) (SIGNATURE paren ($ $)) (SIGNATURE paren ($ (List $))) (SIGNATURE pile ($ (List $))) (SIGNATURE commaSeparate ($ (List $))) (SIGNATURE semicolonSeparate ($ (List $))) (SIGNATURE blankSeparate ($ (List $))) (SIGNATURE = ($ $ $)) (SIGNATURE ~= ($ $ $)) (SIGNATURE < ($ $ $)) (SIGNATURE > ($ $ $)) (SIGNATURE <= ($ $ $)) (SIGNATURE >= ($ $ $)) (SIGNATURE + ($ $ $)) (SIGNATURE - ($ $ $)) (SIGNATURE - ($ $)) (SIGNATURE * ($ $ $)) (SIGNATURE / ($ $ $)) (SIGNATURE ** ($ $ $)) (SIGNATURE div ($ $ $)) (SIGNATURE rem ($ $ $)) (SIGNATURE quo ($ $ $)) (SIGNATURE exquo ($ $ $)) (SIGNATURE and ($ $ $)) (SIGNATURE or ($ $ $)) (SIGNATURE not ($ $)) (SIGNATURE SEGMENT ($ $ $)) (SIGNATURE SEGMENT ($ $)))) $param: NIL debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE print ((Void) $)) (SIGNATURE message ($ (String))) (SIGNATURE messagePrint ((Void) (String))) (SIGNATURE outputForm ($ (Integer))) (SIGNATURE outputForm ($ (Symbol))) (SIGNATURE outputForm ($ (String))) (SIGNATURE outputForm ($ (DoubleFloat))) (SIGNATURE empty ($)) (SIGNATURE doubleFloatFormat ((String) (String))) (SIGNATURE width ((Integer) $)) (SIGNATURE height ((Integer) $)) (SIGNATURE width ((Integer))) (SIGNATURE height ((Integer))) (SIGNATURE subHeight ((Integer) $)) (SIGNATURE superHeight ((Integer) $)) (SIGNATURE hspace ($ (Integer))) (SIGNATURE vspace ($ (Integer))) (SIGNATURE rspace ($ (Integer) (Integer))) (SIGNATURE left ($ $ (Integer))) (SIGNATURE right ($ $ (Integer))) (SIGNATURE center ($ $ (Integer))) (SIGNATURE left ($ $)) (SIGNATURE right ($ $)) (SIGNATURE center ($ $)) (SIGNATURE hconcat ($ $ $)) (SIGNATURE vconcat ($ $ $)) (SIGNATURE hconcat ($ (List $))) (SIGNATURE vconcat ($ (List $))) (SIGNATURE prefix ($ $ (List $))) (SIGNATURE infix ($ $ (List $))) (SIGNATURE infix ($ $ $ $)) (SIGNATURE postfix ($ $ $)) (SIGNATURE infix? ((Boolean) $)) (SIGNATURE elt ($ $ (List $))) (SIGNATURE string ($ $)) (SIGNATURE label ($ $ $)) (SIGNATURE box ($ $)) (SIGNATURE matrix ($ (List (List $)))) (SIGNATURE zag ($ $ $)) (SIGNATURE root ($ $)) (SIGNATURE root ($ $ $)) (SIGNATURE over ($ $ $)) (SIGNATURE slash ($ $ $)) (SIGNATURE assign ($ $ $)) (SIGNATURE rarrow ($ $ $)) (SIGNATURE differentiate ($ $ (NonNegativeInteger))) (SIGNATURE binomial ($ $ $)) (SIGNATURE sub ($ $ $)) (SIGNATURE super ($ $ $)) (SIGNATURE presub ($ $ $)) (SIGNATURE presuper ($ $ $)) (SIGNATURE scripts ($ $ (List $))) (SIGNATURE supersub ($ $ (List $))) (SIGNATURE quote ($ $)) (SIGNATURE dot ($ $)) (SIGNATURE dot ($ $ (NonNegativeInteger))) (SIGNATURE prime ($ $)) (SIGNATURE prime ($ $ (NonNegativeInteger))) (SIGNATURE overbar ($ $)) (SIGNATURE overlabel ($ $ $)) (SIGNATURE sum ($ $)) (SIGNATURE sum ($ $ $)) (SIGNATURE sum ($ $ $ $)) (SIGNATURE prod ($ $)) (SIGNATURE prod ($ $ $)) (SIGNATURE prod ($ $ $ $)) (SIGNATURE int ($ $)) (SIGNATURE int ($ $ $)) (SIGNATURE int ($ $ $ $)) (SIGNATURE brace ($ $)) (SIGNATURE brace ($ (List $))) (SIGNATURE bracket ($ $)) (SIGNATURE bracket ($ (List $))) (SIGNATURE paren ($ $)) (SIGNATURE paren ($ (List $))) (SIGNATURE pile ($ (List $))) (SIGNATURE commaSeparate ($ (List $))) (SIGNATURE semicolonSeparate ($ (List $))) (SIGNATURE blankSeparate ($ (List $))) (SIGNATURE = ($ $ $)) (SIGNATURE ~= ($ $ $)) (SIGNATURE < ($ $ $)) (SIGNATURE > ($ $ $)) (SIGNATURE <= ($ $ $)) (SIGNATURE >= ($ $ $)) (SIGNATURE + ($ $ $)) (SIGNATURE - ($ $ $)) (SIGNATURE - ($ $)) (SIGNATURE * ($ $ $)) (SIGNATURE / ($ $ $)) (SIGNATURE ** ($ $ $)) (SIGNATURE div ($ $ $)) (SIGNATURE rem ($ $ $)) (SIGNATURE quo ($ $ $)) (SIGNATURE exquo ($ $ $)) (SIGNATURE and ($ $ $)) (SIGNATURE or ($ $ $)) (SIGNATURE not ($ $)) (SIGNATURE SEGMENT ($ $ $)) (SIGNATURE SEGMENT ($ $))) $param: NIL debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List (List $)) $param: NIL Debug: evaluateType1 form: (List (List $)) debug: evaluateType1 x: (List $) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evalCategory d: (List $) c: (Type) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE print ((Void) $)) (SIGNATURE message ($ (String))) (SIGNATURE messagePrint ((Void) (String))) (SIGNATURE outputForm ($ (Integer))) (SIGNATURE outputForm ($ (Symbol))) (SIGNATURE outputForm ($ (String))) (SIGNATURE outputForm ($ (DoubleFloat))) (SIGNATURE empty ($)) (SIGNATURE doubleFloatFormat ((String) (String))) (SIGNATURE width ((Integer) $)) (SIGNATURE height ((Integer) $)) (SIGNATURE width ((Integer))) (SIGNATURE height ((Integer))) (SIGNATURE subHeight ((Integer) $)) (SIGNATURE superHeight ((Integer) $)) (SIGNATURE hspace ($ (Integer))) (SIGNATURE vspace ($ (Integer))) (SIGNATURE rspace ($ (Integer) (Integer))) (SIGNATURE left ($ $ (Integer))) (SIGNATURE right ($ $ (Integer))) (SIGNATURE center ($ $ (Integer))) (SIGNATURE left ($ $)) (SIGNATURE right ($ $)) (SIGNATURE center ($ $)) (SIGNATURE hconcat ($ $ $)) (SIGNATURE vconcat ($ $ $)) (SIGNATURE hconcat ($ (List $))) (SIGNATURE vconcat ($ (List $))) (SIGNATURE prefix ($ $ (List $))) (SIGNATURE infix ($ $ (List $))) (SIGNATURE infix ($ $ $ $)) (SIGNATURE postfix ($ $ $)) (SIGNATURE infix? ((Boolean) $)) (SIGNATURE elt ($ $ (List $))) (SIGNATURE string ($ $)) (SIGNATURE label ($ $ $)) (SIGNATURE box ($ $)) (SIGNATURE matrix ($ (List (List $)))) (SIGNATURE zag ($ $ $)) (SIGNATURE root ($ $)) (SIGNATURE root ($ $ $)) (SIGNATURE over ($ $ $)) (SIGNATURE slash ($ $ $)) (SIGNATURE assign ($ $ $)) (SIGNATURE rarrow ($ $ $)) (SIGNATURE differentiate ($ $ (NonNegativeInteger))) (SIGNATURE binomial ($ $ $)) (SIGNATURE sub ($ $ $)) (SIGNATURE super ($ $ $)) (SIGNATURE presub ($ $ $)) (SIGNATURE presuper ($ $ $)) (SIGNATURE scripts ($ $ (List $))) (SIGNATURE supersub ($ $ (List $))) (SIGNATURE quote ($ $)) (SIGNATURE dot ($ $)) (SIGNATURE dot ($ $ (NonNegativeInteger))) (SIGNATURE prime ($ $)) (SIGNATURE prime ($ $ (NonNegativeInteger))) (SIGNATURE overbar ($ $)) (SIGNATURE overlabel ($ $ $)) (SIGNATURE sum ($ $)) (SIGNATURE sum ($ $ $)) (SIGNATURE sum ($ $ $ $)) (SIGNATURE prod ($ $)) (SIGNATURE prod ($ $ $)) (SIGNATURE prod ($ $ $ $)) (SIGNATURE int ($ $)) (SIGNATURE int ($ $ $)) (SIGNATURE int ($ $ $ $)) (SIGNATURE brace ($ $)) (SIGNATURE brace ($ (List $))) (SIGNATURE bracket ($ $)) (SIGNATURE bracket ($ (List $))) (SIGNATURE paren ($ $)) (SIGNATURE paren ($ (List $))) (SIGNATURE pile ($ (List $))) (SIGNATURE commaSeparate ($ (List $))) (SIGNATURE semicolonSeparate ($ (List $))) (SIGNATURE blankSeparate ($ (List $))) (SIGNATURE = ($ $ $)) (SIGNATURE ~= ($ $ $)) (SIGNATURE < ($ $ $)) (SIGNATURE > ($ $ $)) (SIGNATURE <= ($ $ $)) (SIGNATURE >= ($ $ $)) (SIGNATURE + ($ $ $)) (SIGNATURE - ($ $ $)) (SIGNATURE - ($ $)) (SIGNATURE * ($ $ $)) (SIGNATURE / ($ $ $)) (SIGNATURE ** ($ $ $)) (SIGNATURE div ($ $ $)) (SIGNATURE rem ($ $ $)) (SIGNATURE quo ($ $ $)) (SIGNATURE exquo ($ $ $)) (SIGNATURE and ($ $ $)) (SIGNATURE or ($ $ $)) (SIGNATURE not ($ $)) (SIGNATURE SEGMENT ($ $ $)) (SIGNATURE SEGMENT ($ $))))) ------------------------------------------------------------------------ initializing stationary directory for OutputForm compiling into /tmp/oa-bSxnoS importing NumberFormats compiling exported doubleFloatFormat : String -> String Time: 0.03 SEC. compiling local sform : String -> % OUTFORM;sform s is replaced by s Time: 0 SEC. compiling local eform : Identifier -> % OUTFORM;eform e is replaced by e Time: 0.00 SEC. compiling local iform : Integer -> % OUTFORM;iform i is replaced by i Time: 0 SEC. compiling local bless : List % -> % OUTFORM;bless x is replaced by x Time: 0.01 SEC. compiling exported print : % -> Void OUTFORM;print;$V;6 is replaced by mathprint Time: 0 SEC. compiling exported message : String -> % Time: 0.00 SEC. compiling exported messagePrint : String -> Void Time: 0 SEC. compiling exported = : (%,%) -> Boolean OUTFORM;=;2$B;9 is replaced by %equal Time: 0 SEC. compiling exported = : (%,%) -> % Debug compQuote expr: (QUOTE =) m: (Identifier) OUTFORM;=;3$;10(a,b) is replaced by %list(=,a,b) Time: 0.02 SEC. compiling exported coerce : % -> OutputForm OUTFORM;coerce;$Of;11 a is replaced by a Time: 0.00 SEC. compiling exported outputForm : Integer -> % OUTFORM;outputForm;I$;12 n is replaced by n Time: 0 SEC. compiling exported outputForm : Symbol -> % OUTFORM;outputForm;S$;13 e is replaced by e Time: 0 SEC. compiling exported outputForm : DoubleFloat -> % OUTFORM;outputForm;Df$;14 is replaced by DFLOAT-FORMAT-GENERAL Time: 0 SEC. compiling exported outputForm : String -> % Time: 0.01 SEC. compiling exported width : % -> Integer OUTFORM;width;$I;16 is replaced by outformWidth Time: 0.00 SEC. compiling exported height : % -> Integer OUTFORM;height;$I;17 is replaced by height Time: 0 SEC. compiling exported subHeight : % -> Integer OUTFORM;subHeight;$I;18 is replaced by subspan Time: 0 SEC. compiling exported superHeight : % -> Integer OUTFORM;superHeight;$I;19 is replaced by superspan Time: 0 SEC. compiling exported height : () -> Integer OUTFORM;height;I;20 is replaced by 20 Time: 0 SEC. compiling exported width : () -> Integer OUTFORM;width;I;21 is replaced by 66 Time: 0 SEC. compiling exported center : (%,Integer) -> % Time: 0.01 SEC. compiling exported left : (%,Integer) -> % Time: 0 SEC. compiling exported right : (%,Integer) -> % Time: 0 SEC. compiling exported center : % -> % Time: 0.01 SEC. compiling exported left : % -> % Time: 0 SEC. compiling exported right : % -> % Time: 0 SEC. compiling exported vspace : Integer -> % Time: 0 SEC. compiling exported hspace : Integer -> % Time: 0.01 SEC. compiling exported rspace : (Integer,Integer) -> % Time: 0.01 SEC. compiling exported matrix : List List % -> % Time: 0.02 SEC. compiling exported pile : List % -> % Debug compQuote expr: (QUOTE SC) m: (Identifier) OUTFORM;pile;L$;32 l is replaced by %pair(SC,l) Time: 0.01 SEC. compiling exported commaSeparate : List % -> % Debug compQuote expr: (QUOTE AGGLST) m: (Identifier) OUTFORM;commaSeparate;L$;33 l is replaced by %pair(AGGLST,l) Time: 0.02 SEC. compiling exported semicolonSeparate : List % -> % Debug compQuote expr: (QUOTE AGGSET) m: (Identifier) OUTFORM;semicolonSeparate;L$;34 l is replaced by %pair(AGGSET,l) Time: 0.01 SEC. compiling exported blankSeparate : List % -> % Debug compQuote expr: (QUOTE CONCATB) m: (Identifier) Time: 0.02 SEC. compiling exported brace : % -> % Debug compQuote expr: (QUOTE BRACE) m: (Identifier) OUTFORM;brace;2$;36 a is replaced by %list(BRACE,a) Time: 0.01 SEC. compiling exported brace : List % -> % OUTFORM;brace;L$;37 l is replaced by %list(BRACE,%pair(AGGLST,l)) Time: 0.02 SEC. compiling exported bracket : % -> % Debug compQuote expr: (QUOTE BRACKET) m: (Identifier) OUTFORM;bracket;2$;38 a is replaced by %list(BRACKET,a) Time: 0.02 SEC. compiling exported bracket : List % -> % OUTFORM;bracket;L$;39 l is replaced by %list(BRACKET,%pair(AGGLST,l)) Time: 0.01 SEC. compiling exported paren : % -> % Debug compQuote expr: (QUOTE PAREN) m: (Identifier) OUTFORM;paren;2$;40 a is replaced by %list(PAREN,a) Time: 0.02 SEC. compiling exported paren : List % -> % OUTFORM;paren;L$;41 l is replaced by %list(PAREN,%pair(AGGLST,l)) Time: 0.01 SEC. compiling exported sub : (%,%) -> % Debug compQuote expr: (QUOTE SUB) m: (Identifier) OUTFORM;sub;3$;42(a,b) is replaced by %list(SUB,a,b) Time: 0.02 SEC. compiling exported super : (%,%) -> % Debug compQuote expr: (QUOTE SUPERSUB) m: (Identifier) OUTFORM;super;3$;43(a,b) is replaced by %list(SUPERSUB,a," ",b) Time: 0.01 SEC. compiling exported presub : (%,%) -> % Debug compQuote expr: (QUOTE SUPERSUB) m: (Identifier) OUTFORM;presub;3$;44(a,b) is replaced by %list(SUPERSUB,a," "," "," ",b) Time: 0.02 SEC. compiling exported presuper : (%,%) -> % Debug compQuote expr: (QUOTE SUPERSUB) m: (Identifier) OUTFORM;presuper;3$;45(a,b) is replaced by %list(SUPERSUB,a," "," ",b) Time: 0.01 SEC. compiling exported scripts : (%,List %) -> % Debug compQuote expr: (QUOTE SUPERSUB) m: (Identifier) OUTFORM;scripts;$L$;46(a,l) is replaced by %when( a, %list(SUB,a,SPADfirst l),%otherwise %pair(SUPERSUB,%pair(a,l))) Time: 0.02 SEC. compiling exported supersub : (%,List %) -> % Debug compQuote expr: (QUOTE ALTSUPERSUB) m: (Identifier) Time: 0.02 SEC. compiling exported hconcat : (%,%) -> % Debug compQuote expr: (QUOTE CONCAT) m: (Identifier) OUTFORM;hconcat;3$;48(a,b) is replaced by %list(CONCAT,a,b) Time: 0.02 SEC. compiling exported hconcat : List % -> % Debug compQuote expr: (QUOTE CONCAT) m: (Identifier) OUTFORM;hconcat;L$;49 l is replaced by %pair(CONCAT,l) Time: 0.02 SEC. compiling exported vconcat : (%,%) -> % Debug compQuote expr: (QUOTE VCONCAT) m: (Identifier) OUTFORM;vconcat;3$;50(a,b) is replaced by %list(VCONCAT,a,b) Time: 0.02 SEC. compiling exported vconcat : List % -> % Debug compQuote expr: (QUOTE VCONCAT) m: (Identifier) OUTFORM;vconcat;L$;51 l is replaced by %pair(VCONCAT,l) Time: 0.02 SEC. compiling exported ~= : (%,%) -> % Debug compQuote expr: (QUOTE ~=) m: (Identifier) OUTFORM;~=;3$;52(a,b) is replaced by %list(~=,a,b) Time: 0.01 SEC. compiling exported < : (%,%) -> % Debug compQuote expr: (QUOTE <) m: (Identifier) OUTFORM;<;3$;53(a,b) is replaced by %list(<,a,b) Time: 0.01 SEC. compiling exported > : (%,%) -> % Debug compQuote expr: (QUOTE >) m: (Identifier) OUTFORM;>;3$;54(a,b) is replaced by %list(>,a,b) Time: 0.01 SEC. compiling exported <= : (%,%) -> % Debug compQuote expr: (QUOTE <=) m: (Identifier) OUTFORM;<=;3$;55(a,b) is replaced by %list(<=,a,b) Time: 0.01 SEC. compiling exported >= : (%,%) -> % Debug compQuote expr: (QUOTE >=) m: (Identifier) OUTFORM;>=;3$;56(a,b) is replaced by %list(>=,a,b) Time: 0.01 SEC. compiling exported + : (%,%) -> % Debug compQuote expr: (QUOTE +) m: (Identifier) OUTFORM;+;3$;57(a,b) is replaced by %list(+,a,b) Time: 0.03 SEC. compiling exported - : (%,%) -> % Debug compQuote expr: (QUOTE -) m: (Identifier) OUTFORM;-;3$;58(a,b) is replaced by %list(-,a,b) Time: 0.01 SEC. compiling exported - : % -> % Debug compQuote expr: (QUOTE -) m: (Identifier) OUTFORM;-;2$;59 a is replaced by %list(-,a) Time: 0.01 SEC. compiling exported * : (%,%) -> % Debug compQuote expr: (QUOTE *) m: (Identifier) OUTFORM;*;3$;60(a,b) is replaced by %list(*,a,b) Time: 0.02 SEC. compiling exported / : (%,%) -> % Debug compQuote expr: (QUOTE /) m: (Identifier) OUTFORM;/;3$;61(a,b) is replaced by %list(/,a,b) Time: 0.01 SEC. compiling exported ** : (%,%) -> % Debug compQuote expr: (QUOTE **) m: (Identifier) OUTFORM;**;3$;62(a,b) is replaced by %list(**,a,b) Time: 0.01 SEC. compiling exported div : (%,%) -> % Debug compQuote expr: (QUOTE div) m: (Identifier) OUTFORM;div;3$;63(a,b) is replaced by %list(div,a,b) Time: 0.01 SEC. compiling exported rem : (%,%) -> % Debug compQuote expr: (QUOTE rem) m: (Identifier) OUTFORM;rem;3$;64(a,b) is replaced by %list(rem,a,b) Time: 0.01 SEC. compiling exported quo : (%,%) -> % Debug compQuote expr: (QUOTE quo) m: (Identifier) OUTFORM;quo;3$;65(a,b) is replaced by %list(quo,a,b) Time: 0.01 SEC. compiling exported exquo : (%,%) -> % Debug compQuote expr: (QUOTE exquo) m: (Identifier) OUTFORM;exquo;3$;66(a,b) is replaced by %list(exquo,a,b) Time: 0.01 SEC. compiling exported and : (%,%) -> % Debug compQuote expr: (QUOTE and) m: (Identifier) OUTFORM;and;3$;67(a,b) is replaced by %list(and,a,b) Time: 0.01 SEC. compiling exported or : (%,%) -> % Debug compQuote expr: (QUOTE or) m: (Identifier) OUTFORM;or;3$;68(a,b) is replaced by %list(or,a,b) Time: 0.01 SEC. compiling exported not : % -> % Debug compQuote expr: (QUOTE not) m: (Identifier) OUTFORM;not;2$;69 a is replaced by %list(not,a) Time: 0.01 SEC. compiling exported SEGMENT : (%,%) -> % Debug compQuote expr: (QUOTE SEGMENT) m: (Identifier) OUTFORM;SEGMENT;3$;70(a,b) is replaced by %list(SEGMENT,a,b) Time: 0.01 SEC. compiling exported SEGMENT : % -> % Debug compQuote expr: (QUOTE SEGMENT) m: (Identifier) OUTFORM;SEGMENT;2$;71 a is replaced by %list(SEGMENT,a) Time: 0.01 SEC. compiling exported binomial : (%,%) -> % Debug compQuote expr: (QUOTE BINOMIAL) m: (Identifier) OUTFORM;binomial;3$;72(a,b) is replaced by %list(BINOMIAL,a,b) Time: 0.01 SEC. compiling exported empty : () -> % Debug compQuote expr: (QUOTE NOTHING) m: (Identifier) OUTFORM;empty;$;73 is replaced by %list NOTHING Time: 0.00 SEC. compiling exported infix? : % -> Boolean Debug compQuote expr: (QUOTE INFIXOP) m: (Identifier) Time: 0.01 SEC. compiling exported elt : (%,List %) -> % OUTFORM;elt;$L$;75 is replaced by %pair Time: 0.01 SEC. compiling exported prefix : (%,List %) -> % Time: 0.01 SEC. compiling exported infix : (%,List %) -> % Time: 0.02 SEC. compiling exported infix : (%,%,%) -> % Time: 0.02 SEC. compiling exported postfix : (%,%) -> % OUTFORM;postfix;3$;79(a,b) is replaced by %list(CONCAT,b,a) Time: 0.00 SEC. compiling exported string : % -> % Debug compQuote expr: (QUOTE STRING) m: (Identifier) OUTFORM;string;2$;80 a is replaced by %list(STRING,a) Time: 0.00 SEC. compiling exported quote : % -> % Debug compQuote expr: (QUOTE QUOTE) m: (Identifier) OUTFORM;quote;2$;81 a is replaced by %list(QUOTE,a) Time: 0.01 SEC. compiling exported overbar : % -> % Debug compQuote expr: (QUOTE OVERBAR) m: (Identifier) OUTFORM;overbar;2$;82 a is replaced by %list(OVERBAR,a) Time: 0.00 SEC. compiling exported dot : % -> % Debug compQuote expr: (QUOTE .) m: (Identifier) OUTFORM;dot;2$;83 a is replaced by %list(SUPERSUB,a," ",.) Time: 0.00 SEC. compiling exported prime : % -> % Debug compQuote expr: (QUOTE ,) m: (Identifier) OUTFORM;prime;2$;84 a is replaced by %list(SUPERSUB,a," ",,) Time: 0 SEC. compiling exported dot : (%,NonNegativeInteger) -> % Time: 0.01 SEC. compiling exported prime : (%,NonNegativeInteger) -> % Time: 0.01 SEC. compiling exported overlabel : (%,%) -> % Debug compQuote expr: (QUOTE OVERLABEL) m: (Identifier) OUTFORM;overlabel;3$;87(a,b) is replaced by %list(OVERLABEL,a,b) Time: 0.01 SEC. compiling exported box : % -> % Debug compQuote expr: (QUOTE BOX) m: (Identifier) OUTFORM;box;2$;88 a is replaced by %list(BOX,a) Time: 0.01 SEC. compiling exported zag : (%,%) -> % Debug compQuote expr: (QUOTE ZAG) m: (Identifier) OUTFORM;zag;3$;89(a,b) is replaced by %list(ZAG,a,b) Time: 0.00 SEC. compiling exported root : % -> % Debug compQuote expr: (QUOTE ROOT) m: (Identifier) OUTFORM;root;2$;90 a is replaced by %list(ROOT,a) Time: 0.01 SEC. compiling exported root : (%,%) -> % Debug compQuote expr: (QUOTE ROOT) m: (Identifier) OUTFORM;root;3$;91(a,b) is replaced by %list(ROOT,a,b) Time: 0.00 SEC. compiling exported over : (%,%) -> % Debug compQuote expr: (QUOTE OVER) m: (Identifier) OUTFORM;over;3$;92(a,b) is replaced by %list(OVER,a,b) Time: 0.01 SEC. compiling exported slash : (%,%) -> % Debug compQuote expr: (QUOTE SLASH) m: (Identifier) OUTFORM;slash;3$;93(a,b) is replaced by %list(SLASH,a,b) Time: 0.01 SEC. compiling exported assign : (%,%) -> % Debug compQuote expr: (QUOTE %LET) m: (Identifier) OUTFORM;assign;3$;94(a,b) is replaced by %list(%LET,a,b) Time: 0.01 SEC. compiling exported label : (%,%) -> % Debug compQuote expr: (QUOTE EQUATNUM) m: (Identifier) OUTFORM;label;3$;95(a,b) is replaced by %list(EQUATNUM,a,b) Time: 0.01 SEC. compiling exported rarrow : (%,%) -> % Debug compQuote expr: (QUOTE RARROW) m: (Identifier) OUTFORM;rarrow;3$;96(a,b) is replaced by %list(RARROW,a,b) Time: 0.00 SEC. compiling exported differentiate : (%,NonNegativeInteger) -> % Time: 0.02 SEC. compiling exported sum : % -> % Debug compQuote expr: (QUOTE SIGMA) m: (Identifier) OUTFORM;sum;2$;98 a is replaced by %list(SIGMA,%list NOTHING,a) Time: 0.00 SEC. compiling exported sum : (%,%) -> % Debug compQuote expr: (QUOTE SIGMA) m: (Identifier) OUTFORM;sum;3$;99(a,b) is replaced by %list(SIGMA,b,a) Time: 0.01 SEC. compiling exported sum : (%,%,%) -> % Debug compQuote expr: (QUOTE SIGMA2) m: (Identifier) OUTFORM;sum;4$;100(a,b,c) is replaced by %list(SIGMA2,b,c,a) Time: 0.01 SEC. compiling exported prod : % -> % Debug compQuote expr: (QUOTE PI) m: (Identifier) OUTFORM;prod;2$;101 a is replaced by %list(PI,%list NOTHING,a) Time: 0.00 SEC. compiling exported prod : (%,%) -> % Debug compQuote expr: (QUOTE PI) m: (Identifier) OUTFORM;prod;3$;102(a,b) is replaced by %list(PI,b,a) Time: 0.00 SEC. compiling exported prod : (%,%,%) -> % Debug compQuote expr: (QUOTE PI2) m: (Identifier) OUTFORM;prod;4$;103(a,b,c) is replaced by %list(PI2,b,c,a) Time: 0.01 SEC. compiling exported int : % -> % Debug compQuote expr: (QUOTE INTSIGN) m: (Identifier) OUTFORM;int;2$;104 a is replaced by %list(INTSIGN,%list NOTHING,%list NOTHING,a) Time: 0.01 SEC. compiling exported int : (%,%) -> % Debug compQuote expr: (QUOTE INTSIGN) m: (Identifier) OUTFORM;int;3$;105(a,b) is replaced by %list(INTSIGN,b,%list NOTHING,a) Time: 0.01 SEC. compiling exported int : (%,%,%) -> % Debug compQuote expr: (QUOTE INTSIGN) m: (Identifier) OUTFORM;int;4$;106(a,b,c) is replaced by %list(INTSIGN,b,c,a) Time: 0.01 SEC. (time taken in buildFunctor: 4) Time: 0.01 SEC. Warnings: [1] coerce: pretend OutputForm -- should replace by @ Cumulative Statistics for Constructor OutputForm Time: 0.96 seconds finalizing NRLIB OUTFORM Processing OutputForm for Browser database: -- print : % -> Void -- message : String -> % -- messagePrint : String -> Void -- outputForm : Integer -> % -- outputForm : Symbol -> % -- outputForm : String -> % -- outputForm : DoubleFloat -> % -- empty : () -> % -- doubleFloatFormat : String -> String --->../../x86_64-unknown-linux-gnu/src/algebra/outform.spad-->OutputForm((doubleFloatFormat (String String))): Improper first word in comments: change "change the output format for doublefloats using lisp format strings" -- width : % -> Integer -- height : % -> Integer -- width : () -> Integer -- height : () -> Integer -- subHeight : % -> Integer -- superHeight : % -> Integer -- hspace : Integer -> % -- vspace : Integer -> % -- rspace : (Integer,Integer) -> % -- left : (%,Integer) -> % -- right : (%,Integer) -> % -- center : (%,Integer) -> % -- left : % -> % -- right : % -> % -- center : % -> % -- hconcat : (%,%) -> % -- vconcat : (%,%) -> % -- hconcat : List % -> % -- vconcat : List % -> % -- prefix : (%,List %) -> % -- infix : (%,List %) -> % -- infix : (%,%,%) -> % -- postfix : (%,%) -> % -- infix? : % -> Boolean -- elt : (%,List %) -> % -- string : % -> % -- label : (%,%) -> % -- box : % -> % -- matrix : List List % -> % -- zag : (%,%) -> % -- root : % -> % -- root : (%,%) -> % -- over : (%,%) -> % -- slash : (%,%) -> % -- assign : (%,%) -> % -- rarrow : (%,%) -> % -- differentiate : (%,NonNegativeInteger) -> % -- binomial : (%,%) -> % -- sub : (%,%) -> % -- super : (%,%) -> % -- presub : (%,%) -> % -- presuper : (%,%) -> % -- scripts : (%,List %) -> % -- supersub : (%,List %) -> % -- quote : % -> % -- dot : % -> % -- dot : (%,NonNegativeInteger) -> % -- prime : % -> % -- prime : (%,NonNegativeInteger) -> % -- overbar : % -> % -- overlabel : (%,%) -> % -- sum : % -> % -- sum : (%,%) -> % -- sum : (%,%,%) -> % -- prod : % -> % -- prod : (%,%) -> % -- prod : (%,%,%) -> % -- int : % -> % -- int : (%,%) -> % -- int : (%,%,%) -> % -- brace : % -> % -- brace : List % -> % -- bracket : % -> % -- bracket : List % -> % -- paren : % -> % -- paren : List % -> % -- pile : List % -> % -- commaSeparate : List % -> % -- semicolonSeparate : List % -> % -- blankSeparate : List % -> % -- ?=? : (%,%) -> % -- ?~=? : (%,%) -> % -- ? % -- ?>? : (%,%) -> % -- ?<=? : (%,%) -> % -- ?>=? : (%,%) -> % -- ?+? : (%,%) -> % -- ?-? : (%,%) -> % -- -? : % -> % -- ?*? : (%,%) -> % -- ?/? : (%,%) -> % -- ?**? : (%,%) -> % -- ?div? : (%,%) -> % -- ?rem? : (%,%) -> % -- ?quo? : (%,%) -> % -- exquo : (%,%) -> % -- ?and? : (%,%) -> % -- ?or? : (%,%) -> % -- not? : % -> % -- ?..? : (%,%) -> % -- ?SEGMENT : % -> % -- constructor ; compiling file "/tmp/oa-bSxnoS/code.lsp" (written 01 FEB 2016 10:59:02 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;sform|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;eform|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;iform|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;bless|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;print;$V;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;=;2$B;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;=;3$;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;coerce;$Of;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;outputForm;I$;12|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;outputForm;S$;13|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;outputForm;Df$;14|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;width;$I;16|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;height;$I;17|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;subHeight;$I;18|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;superHeight;$I;19|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;height;I;20|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;width;I;21|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;pile;L$;32|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;commaSeparate;L$;33|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;semicolonSeparate;L$;34|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;brace;2$;36|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;brace;L$;37|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;bracket;2$;38|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;bracket;L$;39|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;paren;2$;40|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;paren;L$;41|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;sub;3$;42|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;super;3$;43|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;presub;3$;44|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;presuper;3$;45|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;scripts;$L$;46|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;hconcat;3$;48|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;hconcat;L$;49|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;vconcat;3$;50|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;vconcat;L$;51|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;~=;3$;52|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;<;3$;53|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;>;3$;54|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;<=;3$;55|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;>=;3$;56|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;+;3$;57|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;-;3$;58|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;-;2$;59|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;*;3$;60|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;/;3$;61|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;**;3$;62|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;div;3$;63|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;rem;3$;64|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;quo;3$;65|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;exquo;3$;66|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;and;3$;67|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;or;3$;68|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;not;2$;69|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;SEGMENT;3$;70|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;SEGMENT;2$;71|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;binomial;3$;72|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;empty;$;73|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;elt;$L$;75|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;postfix;3$;79|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;string;2$;80|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;quote;2$;81|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;overbar;2$;82|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;dot;2$;83|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;prime;2$;84|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;overlabel;3$;87|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;box;2$;88|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;zag;3$;89|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;root;2$;90|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;root;3$;91|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;over;3$;92|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;slash;3$;93|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;assign;3$;94|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;label;3$;95|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;rarrow;3$;96|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;sum;2$;98|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;sum;3$;99|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;sum;4$;100|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;prod;2$;101|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;prod;3$;102|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;prod;4$;103|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;int;2$;104|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;int;3$;105|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTFORM;int;4$;106|) ...) ; compiling (PUT (QUOTE |OUTFORM;message;S$;7|) ...) ; compiling (DEFUN |OUTFORM;doubleFloatFormat;2S;1| ...) ; compiling (DEFUN |OUTFORM;sform| ...) ; compiling (DEFUN |OUTFORM;eform| ...) ; compiling (DEFUN |OUTFORM;iform| ...) ; compiling (DEFUN |OUTFORM;bless| ...) ; compiling (DEFUN |OUTFORM;print;$V;6| ...) ; compiling (DEFUN |OUTFORM;message;S$;7| ...) ; compiling (DEFUN |OUTFORM;messagePrint;SV;8| ...) ; file: /tmp/oa-bSxnoS/code.lsp ; in: DEFUN |OUTFORM;messagePrint;SV;8| ; (DEFUN BOOT::|OUTFORM;messagePrint;SV;8| (BOOT::|s| BOOT::$) ; (BOOT::|mathprint| (COND ((ZEROP #) '(BOOT::NOTHING)) (T BOOT::|s|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|OUTFORM;messagePrint;SV;8| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|OUTFORM;messagePrint;SV;8| ; (BOOT::|mathprint| (COND (# '#) (T BOOT::|s|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |OUTFORM;=;2$B;9| ...) ; compiling (DEFUN |OUTFORM;=;3$;10| ...) ; compiling (DEFUN |OUTFORM;coerce;$Of;11| ...) ; compiling (DEFUN |OUTFORM;outputForm;I$;12| ...) ; compiling (DEFUN |OUTFORM;outputForm;S$;13| ...) ; compiling (DEFUN |OUTFORM;outputForm;Df$;14| ...) ; compiling (DEFUN |OUTFORM;outputForm;S$;15| ...) ; compiling (DEFUN |OUTFORM;width;$I;16| ...) ; file: /tmp/oa-bSxnoS/code.lsp ; in: DEFUN |OUTFORM;width;$I;16| ; (DEFUN BOOT::|OUTFORM;width;$I;16| (BOOT::|a| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|outformWidth| BOOT::|a|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|OUTFORM;width;$I;16| ; (BOOT::|a| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|OUTFORM;width;$I;16| (BOOT::|outformWidth| BOOT::|a|))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |OUTFORM;height;$I;17| ...) ; file: /tmp/oa-bSxnoS/code.lsp ; in: DEFUN |OUTFORM;height;$I;17| ; (DEFUN BOOT::|OUTFORM;height;$I;17| (BOOT::|a| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|height| BOOT::|a|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|OUTFORM;height;$I;17| ; (BOOT::|a| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|OUTFORM;height;$I;17| (BOOT::|height| BOOT::|a|))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |OUTFORM;subHeight;$I;18| ...) ; file: /tmp/oa-bSxnoS/code.lsp ; in: DEFUN |OUTFORM;subHeight;$I;18| ; (DEFUN BOOT::|OUTFORM;subHeight;$I;18| (BOOT::|a| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|subspan| BOOT::|a|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|OUTFORM;subHeight;$I;18| ; (BOOT::|a| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|OUTFORM;subHeight;$I;18| (BOOT::|subspan| BOOT::|a|))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |OUTFORM;superHeight;$I;19| ...) ; file: /tmp/oa-bSxnoS/code.lsp ; in: DEFUN |OUTFORM;superHeight;$I;19| ; (DEFUN BOOT::|OUTFORM;superHeight;$I;19| (BOOT::|a| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|superspan| BOOT::|a|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|OUTFORM;superHeight;$I;19| ; (BOOT::|a| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|OUTFORM;superHeight;$I;19| (BOOT::|superspan| BOOT::|a|))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |OUTFORM;height;I;20| ...) ; compiling (DEFUN |OUTFORM;width;I;21| ...) ; compiling (DEFUN |OUTFORM;center;$I$;22| ...) ; compiling (DEFUN |OUTFORM;left;$I$;23| ...) ; compiling (DEFUN |OUTFORM;right;$I$;24| ...) ; compiling (DEFUN |OUTFORM;center;2$;25| ...) ; compiling (DEFUN |OUTFORM;left;2$;26| ...) ; compiling (DEFUN |OUTFORM;right;2$;27| ...) ; compiling (DEFUN |OUTFORM;vspace;I$;28| ...) ; compiling (DEFUN |OUTFORM;hspace;I$;29| ...) ; file: /tmp/oa-bSxnoS/code.lsp ; in: DEFUN |OUTFORM;hspace;I$;29| ; (DEFUN BOOT::|OUTFORM;hspace;I$;29| (BOOT::|n| BOOT::$) ; (COND ((NOT (PLUSP BOOT::|n|)) '(BOOT::NOTHING)) ; (T (BOOT::|fillerSpaces| BOOT::|n|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|OUTFORM;hspace;I$;29| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|OUTFORM;hspace;I$;29| ; (COND ((NOT #) '(BOOT::NOTHING)) (T (BOOT::|fillerSpaces| BOOT::|n|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |OUTFORM;rspace;2I$;30| ...) ; compiling (DEFUN |OUTFORM;matrix;L$;31| ...) ; file: /tmp/oa-bSxnoS/code.lsp ; in: DEFUN |OUTFORM;matrix;L$;31| ; (DEFUN BOOT::|OUTFORM;matrix;L$;31| (BOOT::|ll| BOOT::$) ; (LET ((BOOT::|lv| ; (LET # ; #))) ; (CONS 'BOOT::MATRIX (BOOT::LIST2VEC BOOT::|lv|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|OUTFORM;matrix;L$;31| ; (BOOT::|ll| BOOT::$) ; (BLOCK BOOT::|OUTFORM;matrix;L$;31| ; (LET ((BOOT::|lv| #)) ; (CONS 'BOOT::MATRIX (BOOT::LIST2VEC BOOT::|lv|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |OUTFORM;pile;L$;32| ...) ; compiling (DEFUN |OUTFORM;commaSeparate;L$;33| ...) ; compiling (DEFUN |OUTFORM;semicolonSeparate;L$;34| ...) ; compiling (DEFUN |OUTFORM;blankSeparate;L$;35| ...) ; file: /tmp/oa-bSxnoS/code.lsp ; in: DEFUN |OUTFORM;blankSeparate;L$;35| ; (DEFUN BOOT::|OUTFORM;blankSeparate;L$;35| (BOOT::|l| BOOT::$) ; (LET ((BOOT::|c| 'BOOT::CONCATB) (BOOT::|l1| NIL)) ; (PROGN ; (LET (#) ; (LOOP # ; #)) ; (CONS BOOT::|c| BOOT::|l1|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|OUTFORM;blankSeparate;L$;35| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|OUTFORM;blankSeparate;L$;35| ; (LET ((BOOT::|c| 'BOOT::CONCATB) (BOOT::|l1| NIL)) ; (PROGN ; (LET # ; #) ; (CONS BOOT::|c| BOOT::|l1|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |OUTFORM;brace;2$;36| ...) ; compiling (DEFUN |OUTFORM;brace;L$;37| ...) ; compiling (DEFUN |OUTFORM;bracket;2$;38| ...) ; compiling (DEFUN |OUTFORM;bracket;L$;39| ...) ; compiling (DEFUN |OUTFORM;paren;2$;40| ...) ; compiling (DEFUN |OUTFORM;paren;L$;41| ...) ; compiling (DEFUN |OUTFORM;sub;3$;42| ...) ; compiling (DEFUN |OUTFORM;super;3$;43| ...) ; compiling (DEFUN |OUTFORM;presub;3$;44| ...) ; compiling (DEFUN |OUTFORM;presuper;3$;45| ...) ; compiling (DEFUN |OUTFORM;scripts;$L$;46| ...) ; compiling (DEFUN |OUTFORM;supersub;$L$;47| ...) ; file: /tmp/oa-bSxnoS/code.lsp ; in: DEFUN |OUTFORM;supersub;$L$;47| ; (DEFUN BOOT::|OUTFORM;supersub;$L$;47| (BOOT::|a| BOOT::|l| BOOT::$) ; (PROGN ; (COND ((ODDP #) (SETQ #))) ; (CONS 'BOOT::ALTSUPERSUB (CONS BOOT::|a| BOOT::|l|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|OUTFORM;supersub;$L$;47| ; (BOOT::|a| BOOT::|l| BOOT::$) ; (BLOCK BOOT::|OUTFORM;supersub;$L$;47| ; (PROGN ; (COND (# #)) ; (CONS 'BOOT::ALTSUPERSUB (CONS BOOT::|a| BOOT::|l|))))) ; ; note: Assignment to argument: |l| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |OUTFORM;hconcat;3$;48| ...) ; compiling (DEFUN |OUTFORM;hconcat;L$;49| ...) ; compiling (DEFUN |OUTFORM;vconcat;3$;50| ...) ; compiling (DEFUN |OUTFORM;vconcat;L$;51| ...) ; compiling (DEFUN |OUTFORM;~=;3$;52| ...) ; compiling (DEFUN |OUTFORM;<;3$;53| ...) ; compiling (DEFUN |OUTFORM;>;3$;54| ...) ; compiling (DEFUN |OUTFORM;<=;3$;55| ...) ; compiling (DEFUN |OUTFORM;>=;3$;56| ...) ; compiling (DEFUN |OUTFORM;+;3$;57| ...) ; compiling (DEFUN |OUTFORM;-;3$;58| ...) ; compiling (DEFUN |OUTFORM;-;2$;59| ...) ; compiling (DEFUN |OUTFORM;*;3$;60| ...) ; compiling (DEFUN |OUTFORM;/;3$;61| ...) ; compiling (DEFUN |OUTFORM;**;3$;62| ...) ; compiling (DEFUN |OUTFORM;div;3$;63| ...) ; compiling (DEFUN |OUTFORM;rem;3$;64| ...) ; compiling (DEFUN |OUTFORM;quo;3$;65| ...) ; compiling (DEFUN |OUTFORM;exquo;3$;66| ...) ; compiling (DEFUN |OUTFORM;and;3$;67| ...) ; compiling (DEFUN |OUTFORM;or;3$;68| ...) ; compiling (DEFUN |OUTFORM;not;2$;69| ...) ; compiling (DEFUN |OUTFORM;SEGMENT;3$;70| ...) ; compiling (DEFUN |OUTFORM;SEGMENT;2$;71| ...) ; compiling (DEFUN |OUTFORM;binomial;3$;72| ...) ; compiling (DEFUN |OUTFORM;empty;$;73| ...) ; compiling (DEFUN |OUTFORM;infix?;$B;74| ...) ; file: /tmp/oa-bSxnoS/code.lsp ; in: DEFUN |OUTFORM;infix?;$B;74| ; (DEFUN BOOT::|OUTFORM;infix?;$B;74| (BOOT::|a| BOOT::$) ; (LET ((BOOT::|e| (COND # # #))) ; (NOT (NULL (GET BOOT::|e| 'BOOT::INFIXOP))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|OUTFORM;infix?;$B;74| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|OUTFORM;infix?;$B;74| ; (LET ((BOOT::|e| #)) ; (NOT (NULL #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |OUTFORM;elt;$L$;75| ...) ; compiling (DEFUN |OUTFORM;prefix;$L$;76| ...) ; compiling (DEFUN |OUTFORM;infix;$L$;77| ...) ; compiling (DEFUN |OUTFORM;infix;4$;78| ...) ; compiling (DEFUN |OUTFORM;postfix;3$;79| ...) ; compiling (DEFUN |OUTFORM;string;2$;80| ...) ; compiling (DEFUN |OUTFORM;quote;2$;81| ...) ; compiling (DEFUN |OUTFORM;overbar;2$;82| ...) ; compiling (DEFUN |OUTFORM;dot;2$;83| ...) ; compiling (DEFUN |OUTFORM;prime;2$;84| ...) ; compiling (DEFUN |OUTFORM;dot;$Nni$;85| ...) ; compiling (DEFUN |OUTFORM;prime;$Nni$;86| ...) ; compiling (DEFUN |OUTFORM;overlabel;3$;87| ...) ; compiling (DEFUN |OUTFORM;box;2$;88| ...) ; compiling (DEFUN |OUTFORM;zag;3$;89| ...) ; compiling (DEFUN |OUTFORM;root;2$;90| ...) ; compiling (DEFUN |OUTFORM;root;3$;91| ...) ; compiling (DEFUN |OUTFORM;over;3$;92| ...) ; compiling (DEFUN |OUTFORM;slash;3$;93| ...) ; compiling (DEFUN |OUTFORM;assign;3$;94| ...) ; compiling (DEFUN |OUTFORM;label;3$;95| ...) ; compiling (DEFUN |OUTFORM;rarrow;3$;96| ...) ; compiling (DEFUN |OUTFORM;differentiate;$Nni$;97| ...) ; file: /tmp/oa-bSxnoS/code.lsp ; in: DEFUN |OUTFORM;differentiate;$Nni$;97| ; (BOOT::|moanRetract| BOOT::|nn| '(BOOT::|PositiveInteger|)) ; ==> ; BOOT::|nn| ; ; note: deleting unreachable code ; '(BOOT::|PositiveInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |OUTFORM;sum;2$;98| ...) ; compiling (DEFUN |OUTFORM;sum;3$;99| ...) ; compiling (DEFUN |OUTFORM;sum;4$;100| ...) ; compiling (DEFUN |OUTFORM;prod;2$;101| ...) ; compiling (DEFUN |OUTFORM;prod;3$;102| ...) ; compiling (DEFUN |OUTFORM;prod;4$;103| ...) ; compiling (DEFUN |OUTFORM;int;2$;104| ...) ; compiling (DEFUN |OUTFORM;int;3$;105| ...) ; compiling (DEFUN |OUTFORM;int;4$;106| ...) ; compiling (DEFUN |OutputForm| ...) ; compiling (DEFUN |OutputForm;| ...) ; compiling (MAKEPROP (QUOTE |OutputForm|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 6 STYLE-WARNING conditions ; printed 7 notes ; /tmp/oa-bSxnoS/code.fasl written ; compilation finished in 0:00:00.229 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PROPERTY.spad && cp PROPERTY.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PROPERTY.fasl \ && if test -f PROPERTY-.NRLIB/code.fasl; then \ cp PROPERTY-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PROPERTY-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PROPERTY.spad using Spad compiler. PROPERTY abbreviates domain Property debug: compDefine1 lhs: (Property) signature (pre-evaluate): ((Join (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE name ((Identifier) $)) (SIGNATURE value ((SExpression) $)) (SIGNATURE property ($ (Identifier) (SExpression)))))) debug: evaluateType form: (Join (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE name ((Identifier) $)) (SIGNATURE value ((SExpression) $)) (SIGNATURE property ($ (Identifier) (SExpression))))) $param: NIL debug: evaluateType form: (CoercibleTo (OutputForm)) $param: NIL Debug: evaluateType1 form: (CoercibleTo (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE name ((Identifier) $)) (SIGNATURE value ((SExpression) $)) (SIGNATURE property ($ (Identifier) (SExpression)))) $param: NIL debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: (SExpression) $param: NIL Debug: evaluateType1 form: (SExpression) debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: (SExpression) $param: NIL Debug: evaluateType1 form: (SExpression) debug: compDefine1 signature (post evaluate): ((Join (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE name ((Identifier) $)) (SIGNATURE value ((SExpression) $)) (SIGNATURE property ($ (Identifier) (SExpression)))))) ------------------------------------------------------------------------ initializing stationary directory for Property compiling into /tmp/oa-Z2u8af importing Boolean compiling exported name : % -> Identifier PROPERTY;name;$I;1 is replaced by %head Time: 0.01 SEC. compiling exported value : % -> SExpression PROPERTY;value;$Se;2 is replaced by %tail Time: 0 SEC. compiling exported property : (Identifier,SExpression) -> % PROPERTY;property;ISe$;3 is replaced by %pair Time: 0 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE T) m: $EmptyMode Debug compQuote expr: (QUOTE =>) m: $EmptyMode Debug compQuote expr: (QUOTE =>) m: (Symbol) Debug compQuote expr: (QUOTE =>) m: $EmptyMode Debug compQuote expr: (QUOTE =>) m: (Symbol) Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Warnings: [1] inline request for type variable Rep is meaningless Cumulative Statistics for Constructor Property Time: 0.04 seconds finalizing NRLIB PROPERTY Processing Property for Browser database: -- name : % -> Identifier -- value : % -> SExpression -- property : (Identifier,SExpression) -> % -- constructor ; compiling file "/tmp/oa-Z2u8af/code.lsp" (written 01 FEB 2016 10:59:03 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PROPERTY;name;$I;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PROPERTY;value;$Se;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PROPERTY;property;ISe$;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PROPERTY;name;$I;1| ...) ; compiling (DEFUN |PROPERTY;value;$Se;2| ...) ; compiling (DEFUN |PROPERTY;property;ISe$;3| ...) ; compiling (DEFUN |PROPERTY;coerce;$Of;4| ...) ; compiling (DEFUN |Property| ...) ; compiling (DEFUN |Property;| ...) ; compiling (MAKEPROP (QUOTE |Property|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Z2u8af/code.fasl written ; compilation finished in 0:00:00.024 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile BINDING.spad && cp BINDING.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/BINDING.fasl \ && if test -f BINDING-.NRLIB/code.fasl; then \ cp BINDING-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/BINDING-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/BINDING.spad using Spad compiler. BINDING abbreviates domain Binding debug: compDefine1 lhs: (Binding) signature (pre-evaluate): ((Join (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE name ((Identifier) $)) (SIGNATURE properties ((List (Property)) $)) (SIGNATURE binding ($ (Identifier) (List (Property))))))) debug: evaluateType form: (Join (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE name ((Identifier) $)) (SIGNATURE properties ((List (Property)) $)) (SIGNATURE binding ($ (Identifier) (List (Property)))))) $param: NIL debug: evaluateType form: (CoercibleTo (OutputForm)) $param: NIL Debug: evaluateType1 form: (CoercibleTo (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE name ((Identifier) $)) (SIGNATURE properties ((List (Property)) $)) (SIGNATURE binding ($ (Identifier) (List (Property))))) $param: NIL debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: (List (Property)) $param: NIL Debug: evaluateType1 form: (List (Property)) debug: evaluateType1 x: (Property) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Property) $param: NIL Debug: evaluateType1 form: (Property) debug: evalCategory d: (Property) c: (Type) debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: (List (Property)) $param: NIL Debug: evaluateType1 form: (List (Property)) debug: evaluateType1 x: (Property) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Property) $param: NIL Debug: evaluateType1 form: (Property) debug: evalCategory d: (Property) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE name ((Identifier) $)) (SIGNATURE properties ((List (Property)) $)) (SIGNATURE binding ($ (Identifier) (List (Property))))))) ------------------------------------------------------------------------ initializing stationary directory for Binding compiling into /tmp/oa-WMcEvp importing List Property compiling exported name : % -> Identifier BINDING;name;$I;1 is replaced by %head Time: 0.01 SEC. compiling exported properties : % -> List Property BINDING;properties;$L;2 is replaced by %tail Time: 0 SEC. compiling exported binding : (Identifier,List Property) -> % BINDING;binding;IL$;3 is replaced by %pair Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Time: 0.00 SEC. (time taken in buildFunctor: 4) Time: 0.01 SEC. Warnings: [1] inline request for type variable Rep is meaningless Cumulative Statistics for Constructor Binding Time: 0.03 seconds finalizing NRLIB BINDING Processing Binding for Browser database: -- name : % -> Identifier -- properties : % -> List Property -- binding : (Identifier,List Property) -> % -- constructor ; compiling file "/tmp/oa-WMcEvp/code.lsp" (written 01 FEB 2016 10:59:03 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BINDING;name;$I;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BINDING;properties;$L;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BINDING;binding;IL$;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |BINDING;name;$I;1| ...) ; compiling (DEFUN |BINDING;properties;$L;2| ...) ; compiling (DEFUN |BINDING;binding;IL$;3| ...) ; compiling (DEFUN |BINDING;coerce;$Of;4| ...) ; compiling (DEFUN |Binding| ...) ; compiling (DEFUN |Binding;| ...) ; compiling (MAKEPROP (QUOTE |Binding|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-WMcEvp/code.fasl written ; compilation finished in 0:00:00.029 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PRIMARR.spad && cp PRIMARR.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PRIMARR.fasl \ && if test -f PRIMARR-.NRLIB/code.fasl; then \ cp PRIMARR-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PRIMARR-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PRIMARR.spad using Spad compiler. PRIMARR abbreviates domain PrimitiveArray debug: compDefine1 lhs: (PrimitiveArray S) signature (pre-evaluate): ((OneDimensionalArrayAggregate S) (Type)) debug: evaluateType form: (OneDimensionalArrayAggregate S) $param: (S) Debug: evaluateType1 form: (OneDimensionalArrayAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((OneDimensionalArrayAggregate S) (Type)) debug: compDefine1 lhs: (PrimitiveArray S) signature (pre-evaluate): ((OneDimensionalArrayAggregate S) NIL) debug: evaluateType form: (OneDimensionalArrayAggregate S) $param: (S) Debug: evaluateType1 form: (OneDimensionalArrayAggregate S) debug: evaluateType1 x: S m: (Type) debug: compDefine1 signature (post evaluate): ((OneDimensionalArrayAggregate S) NIL) ------------------------------------------------------------------------ initializing stationary directory for PrimitiveArray compiling into /tmp/oa-CzBKxC compiling exported # : % -> NonNegativeInteger PRIMARR;#;$Nni;1 is replaced by %vlength Time: 0.03 SEC. compiling exported minIndex : % -> Integer PRIMARR;minIndex;$I;2 x is replaced by 0 Time: 0.00 SEC. compiling exported empty : () -> % Time: 0 SEC. compiling exported construct : List S -> % Time: 0.01 SEC. compiling exported new : (NonNegativeInteger,S) -> % Time: 0 SEC. compiling exported qelt : (%,Integer) -> S PRIMARR;qelt;$IS;6 is replaced by %aref Time: 0 SEC. compiling exported elt : (%,Integer) -> S PRIMARR;elt;$IS;7 is replaced by %aref Time: 0.00 SEC. compiling exported qsetelt! : (%,Integer,S) -> S Time: 0 SEC. compiling exported setelt : (%,Integer,S) -> S Time: 0 SEC. compiling exported fill! : (%,S) -> % PRIMARR;fill!;$S$;10 is replaced by %vfill Time: 0 SEC. compiling exported copy : % -> % PRIMARR;copy;2$;11 is replaced by %vcopy Time: 0 SEC. compiling exported maxIndex : % -> Integer PRIMARR;maxIndex;$I;12 x is replaced by %isub(%vlength x,1) Time: 0.00 SEC. compiling exported members : % -> List S PRIMARR;members;$L;13 is replaced by %array2list Time: 0.01 SEC. (time taken in buildFunctor: 4) Time: 0.07 SEC. Cumulative Statistics for Constructor PrimitiveArray Time: 0.13 seconds finalizing NRLIB PRIMARR Processing PrimitiveArray for Browser database: -- constructor ; compiling file "/tmp/oa-CzBKxC/code.lsp" (written 01 FEB 2016 10:59:03 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PRIMARR;#;$Nni;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PRIMARR;minIndex;$I;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PRIMARR;qelt;$IS;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PRIMARR;elt;$IS;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PRIMARR;fill!;$S$;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PRIMARR;copy;2$;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PRIMARR;maxIndex;$I;12|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PRIMARR;members;$L;13|) ...) ; compiling (PUT (QUOTE |PRIMARR;empty;$;3|) ...) ; compiling (PUT (QUOTE |PRIMARR;construct;L$;4|) ...) ; compiling (PUT (QUOTE |PRIMARR;new;NniS$;5|) ...) ; compiling (DEFUN |PRIMARR;#;$Nni;1| ...) ; compiling (DEFUN |PRIMARR;minIndex;$I;2| ...) ; file: /tmp/oa-CzBKxC/code.lsp ; in: DEFUN |PRIMARR;minIndex;$I;2| ; (DEFUN BOOT::|PRIMARR;minIndex;$I;2| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; 0) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRIMARR;minIndex;$I;2| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|PRIMARR;minIndex;$I;2| 0)) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |PRIMARR;empty;$;3| ...) ; compiling (DEFUN |PRIMARR;construct;L$;4| ...) ; compiling (DEFUN |PRIMARR;new;NniS$;5| ...) ; compiling (DEFUN |PRIMARR;qelt;$IS;6| ...) ; compiling (DEFUN |PRIMARR;elt;$IS;7| ...) ; compiling (DEFUN |PRIMARR;qsetelt!;$I2S;8| ...) ; file: /tmp/oa-CzBKxC/code.lsp ; in: DEFUN |PRIMARR;qsetelt!;$I2S;8| ; (DEFUN BOOT::|PRIMARR;qsetelt!;$I2S;8| ; (BOOT::|x| BOOT::|i| BOOT::|s| BOOT::$) ; (SETF (BOOT::|getSimpleArrayEntry| BOOT::|x| BOOT::|i|) BOOT::|s|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRIMARR;qsetelt!;$I2S;8| ; (BOOT::|x| BOOT::|i| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|PRIMARR;qsetelt!;$I2S;8| ; (SETF (BOOT::|getSimpleArrayEntry| BOOT::|x| BOOT::|i|) BOOT::|s|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PRIMARR;setelt;$I2S;9| ...) ; file: /tmp/oa-CzBKxC/code.lsp ; in: DEFUN |PRIMARR;setelt;$I2S;9| ; (DEFUN BOOT::|PRIMARR;setelt;$I2S;9| (BOOT::|x| BOOT::|i| BOOT::|s| BOOT::$) ; (SETF (BOOT::|getSimpleArrayEntry| BOOT::|x| BOOT::|i|) BOOT::|s|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRIMARR;setelt;$I2S;9| ; (BOOT::|x| BOOT::|i| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|PRIMARR;setelt;$I2S;9| ; (SETF (BOOT::|getSimpleArrayEntry| BOOT::|x| BOOT::|i|) BOOT::|s|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PRIMARR;fill!;$S$;10| ...) ; compiling (DEFUN |PRIMARR;copy;2$;11| ...) ; compiling (DEFUN |PRIMARR;maxIndex;$I;12| ...) ; compiling (DEFUN |PRIMARR;members;$L;13| ...) ; compiling (DEFUN |PrimitiveArray| ...) ; compiling (DEFUN |PrimitiveArray;| ...) ; compiling (MAKEPROP (QUOTE |PrimitiveArray|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; /tmp/oa-CzBKxC/code.fasl written ; compilation finished in 0:00:00.052 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile IARRAY1.spad && cp IARRAY1.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IARRAY1.fasl \ && if test -f IARRAY1-.NRLIB/code.fasl; then \ cp IARRAY1-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IARRAY1-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IARRAY1.spad using Spad compiler. IARRAY1 abbreviates domain IndexedOneDimensionalArray debug: compDefine1 lhs: (IndexedOneDimensionalArray S mn) signature (pre-evaluate): ((OneDimensionalArrayAggregate S) (Type) (Integer)) debug: evaluateType form: (OneDimensionalArrayAggregate S) $param: (S mn) Debug: evaluateType1 form: (OneDimensionalArrayAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (Type) $param: (S mn) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (S mn) Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((OneDimensionalArrayAggregate S) (Type) (Integer)) debug: compDefine1 lhs: (IndexedOneDimensionalArray S mn) signature (pre-evaluate): ((OneDimensionalArrayAggregate S) NIL NIL) debug: evaluateType form: (OneDimensionalArrayAggregate S) $param: (S mn) Debug: evaluateType1 form: (OneDimensionalArrayAggregate S) debug: evaluateType1 x: S m: (Type) debug: compDefine1 signature (post evaluate): ((OneDimensionalArrayAggregate S) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for IndexedOneDimensionalArray compiling into /tmp/oa-7OaoeZ compiling exported minIndex : % -> Integer Time: 0.02 SEC. compiling exported qelt : (%,Integer) -> S IARRAY1;qelt;$IS;2 is replaced by %aref Time: 0.00 SEC. compiling exported qsetelt! : (%,Integer,S) -> S Time: 0 SEC. compiling exported elt : (%,Integer) -> S Time: 0.03 SEC. compiling exported setelt : (%,Integer,S) -> S Time: 0.00 SEC. compiling exported maxIndex : % -> Integer IARRAY1;maxIndex;$I;6 is replaced by %vlength Time: 0 SEC. compiling exported qelt : (%,Integer) -> S IARRAY1;qelt;$IS;7(x,i) is replaced by %aref(x,%isub(i,1)) Time: 0 SEC. compiling exported qsetelt! : (%,Integer,S) -> S Time: 0.00 SEC. compiling exported elt : (%,Integer) -> S Time: 0.00 SEC. compiling exported setelt : (%,Integer,S) -> S Time: 0.00 SEC. compiling exported qelt : (%,Integer) -> S Time: 0 SEC. compiling exported qsetelt! : (%,Integer,S) -> S Time: 0 SEC. compiling exported elt : (%,Integer) -> S Time: 0.00 SEC. compiling exported setelt : (%,Integer,S) -> S Time: 0.00 SEC. (time taken in buildFunctor: 4) Time: 0.03 SEC. Cumulative Statistics for Constructor IndexedOneDimensionalArray Time: 0.11 seconds finalizing NRLIB IARRAY1 Processing IndexedOneDimensionalArray for Browser database: -- constructor ; compiling file "/tmp/oa-7OaoeZ/code.lsp" (written 01 FEB 2016 10:59:04 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IARRAY1;qelt;$IS;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IARRAY1;maxIndex;$I;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IARRAY1;qelt;$IS;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IARRAY1;minIndex;$I;1|) ...) ; compiling (PUT (QUOTE |IARRAY1;elt;$IS;9|) ...) ; compiling (PUT (QUOTE |IARRAY1;qelt;$IS;11|) ...) ; compiling (DEFUN |IARRAY1;minIndex;$I;1| ...) ; file: /tmp/oa-7OaoeZ/code.lsp ; in: DEFUN |IARRAY1;minIndex;$I;1| ; (DEFUN BOOT::|IARRAY1;minIndex;$I;1| (BOOT::|x| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 7)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IARRAY1;minIndex;$I;1| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|IARRAY1;minIndex;$I;1| (BOOT::|shellEntry| BOOT::$ 7))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |IARRAY1;qelt;$IS;2| ...) ; compiling (DEFUN |IARRAY1;qsetelt!;$I2S;3| ...) ; file: /tmp/oa-7OaoeZ/code.lsp ; in: DEFUN |IARRAY1;qsetelt!;$I2S;3| ; (DEFUN BOOT::|IARRAY1;qsetelt!;$I2S;3| ; (BOOT::|x| BOOT::|i| BOOT::|s| BOOT::$) ; (SETF (BOOT::|getSimpleArrayEntry| BOOT::|x| BOOT::|i|) BOOT::|s|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IARRAY1;qsetelt!;$I2S;3| ; (BOOT::|x| BOOT::|i| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|IARRAY1;qsetelt!;$I2S;3| ; (SETF (BOOT::|getSimpleArrayEntry| BOOT::|x| BOOT::|i|) BOOT::|s|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |IARRAY1;elt;$IS;4| ...) ; compiling (DEFUN |IARRAY1;setelt;$I2S;5| ...) ; compiling (DEFUN |IARRAY1;maxIndex;$I;6| ...) ; compiling (DEFUN |IARRAY1;qelt;$IS;7| ...) ; compiling (DEFUN |IARRAY1;qsetelt!;$I2S;8| ...) ; file: /tmp/oa-7OaoeZ/code.lsp ; in: DEFUN |IARRAY1;qsetelt!;$I2S;8| ; (DEFUN BOOT::|IARRAY1;qsetelt!;$I2S;8| ; (BOOT::|x| BOOT::|i| BOOT::|s| BOOT::$) ; (SETF (BOOT::|getSimpleArrayEntry| BOOT::|x| (- BOOT::|i| 1)) BOOT::|s|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IARRAY1;qsetelt!;$I2S;8| ; (BOOT::|x| BOOT::|i| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|IARRAY1;qsetelt!;$I2S;8| ; (SETF (BOOT::|getSimpleArrayEntry| BOOT::|x| #) BOOT::|s|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |IARRAY1;elt;$IS;9| ...) ; file: /tmp/oa-7OaoeZ/code.lsp ; in: DEFUN |IARRAY1;elt;$IS;9| ; (DEFUN BOOT::|IARRAY1;elt;$IS;9| (BOOT::|x| BOOT::|i| BOOT::$) ; (COND ; ((OR (< BOOT::|i| 1) (< # BOOT::|i|)) ; (BOOT::|error| "index out of range")) ; (T (BOOT::|getSimpleArrayEntry| BOOT::|x| (- BOOT::|i| 1))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IARRAY1;elt;$IS;9| ; (BOOT::|x| BOOT::|i| BOOT::$) ; (BLOCK BOOT::|IARRAY1;elt;$IS;9| ; (COND ((OR # #) (BOOT::|error| "index out of range")) ; (T (BOOT::|getSimpleArrayEntry| BOOT::|x| #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |IARRAY1;setelt;$I2S;10| ...) ; compiling (DEFUN |IARRAY1;qelt;$IS;11| ...) ; compiling (DEFUN |IARRAY1;qsetelt!;$I2S;12| ...) ; compiling (DEFUN |IARRAY1;elt;$IS;13| ...) ; compiling (DEFUN |IARRAY1;setelt;$I2S;14| ...) ; compiling (DEFUN |IndexedOneDimensionalArray| ...) ; compiling (DEFUN |IndexedOneDimensionalArray;| ...) ; compiling (MAKEPROP (QUOTE |IndexedOneDimensionalArray|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 4 STYLE-WARNING conditions ; /tmp/oa-7OaoeZ/code.fasl written ; compilation finished in 0:00:00.070 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile DATAARY.spad && cp DATAARY.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DATAARY.fasl \ && if test -f DATAARY-.NRLIB/code.fasl; then \ cp DATAARY-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DATAARY-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DATAARY.spad using Spad compiler. DATAARY abbreviates domain DataArray debug: compDefine1 lhs: (DataArray N T$) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE new ($)) (SIGNATURE qelt (T$ $ (NonNegativeInteger))) (SIGNATURE qsetelt (T$ $ (NonNegativeInteger) T$)))) (PositiveInteger) (SetCategory)) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (SIGNATURE new ($)) (SIGNATURE qelt (T$ $ (NonNegativeInteger))) (SIGNATURE qsetelt (T$ $ (NonNegativeInteger) T$)))) $param: (N T$) debug: evaluateType form: (SetCategory) $param: (N T$) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE new ($)) (SIGNATURE qelt (T$ $ (NonNegativeInteger))) (SIGNATURE qsetelt (T$ $ (NonNegativeInteger) T$))) $param: (N T$) debug: evaluateType form: T$ $param: (N T$) debug: evaluateType form: (NonNegativeInteger) $param: (N T$) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: T$ $param: (N T$) debug: evaluateType form: (NonNegativeInteger) $param: (N T$) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: T$ $param: (N T$) debug: evaluateType form: (PositiveInteger) $param: (N T$) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (SetCategory) $param: (N T$) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE new ($)) (SIGNATURE qelt (T$ $ (NonNegativeInteger))) (SIGNATURE qsetelt (T$ $ (NonNegativeInteger) T$)))) (PositiveInteger) (SetCategory)) debug: compDefine1 lhs: (DataArray N T$) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE new ($)) (SIGNATURE qelt (T$ $ (NonNegativeInteger))) (SIGNATURE qsetelt (T$ $ (NonNegativeInteger) T$)))) NIL NIL) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (SIGNATURE new ($)) (SIGNATURE qelt (T$ $ (NonNegativeInteger))) (SIGNATURE qsetelt (T$ $ (NonNegativeInteger) T$)))) $param: (N T$) debug: evaluateType form: (SetCategory) $param: (N T$) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE new ($)) (SIGNATURE qelt (T$ $ (NonNegativeInteger))) (SIGNATURE qsetelt (T$ $ (NonNegativeInteger) T$))) $param: (N T$) debug: evaluateType form: T$ $param: (N T$) debug: evaluateType form: (NonNegativeInteger) $param: (N T$) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: T$ $param: (N T$) debug: evaluateType form: (NonNegativeInteger) $param: (N T$) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: T$ $param: (N T$) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE new ($)) (SIGNATURE qelt (T$ $ (NonNegativeInteger))) (SIGNATURE qsetelt (T$ $ (NonNegativeInteger) T$)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for DataArray compiling into /tmp/oa-3z7Mjb compiling exported new : () -> % Time: 0.04 SEC. compiling exported qelt : (%,NonNegativeInteger) -> T DATAARY;qelt;$NniT$;2 is replaced by getSimpleArrayEntry Time: 0 SEC. compiling exported qsetelt : (%,NonNegativeInteger,T) -> T DATAARY;qsetelt;$Nni2T$;3 is replaced by setSimpleArrayEntry Time: 0 SEC. compiling exported = : (%,%) -> Boolean DATAARY;=;2$B;4 is replaced by %equal Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor DataArray Time: 0.06 seconds finalizing NRLIB DATAARY Processing DataArray for Browser database: -- new : () -> % -- qelt : (%,NonNegativeInteger) -> T --->../../x86_64-unknown-linux-gnu/src/algebra/data.spad-->DataArray((qelt (T$ % NonNegativeInteger))): Improper first word in comments: elt "elt(\\spad{b},{}\\spad{i}) returns the \\spad{i}th element in buffer `b'. Indexing is 0-based." -- qsetelt : (%,NonNegativeInteger,T) -> T --->../../x86_64-unknown-linux-gnu/src/algebra/data.spad-->DataArray((qsetelt (T$ % NonNegativeInteger T$))): Improper first word in comments: setelt "setelt(\\spad{b},{}\\spad{i},{}\\spad{x}) sets the \\spad{i}th entry of data buffer `b' to `x'. Indexing is 0-based." -- constructor ; compiling file "/tmp/oa-3z7Mjb/code.lsp" (written 01 FEB 2016 10:59:04 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DATAARY;qelt;$NniT$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DATAARY;qsetelt;$Nni2T$;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DATAARY;=;2$B;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DATAARY;new;$;1| ...) ; compiling (DEFUN |DATAARY;qelt;$NniT$;2| ...) ; compiling (DEFUN |DATAARY;qsetelt;$Nni2T$;3| ...) ; compiling (DEFUN |DATAARY;=;2$B;4| ...) ; compiling (DEFUN |DATAARY;coerce;$Of;5| ...) ; compiling (DEFUN |DataArray| ...) ; compiling (DEFUN |DataArray;| ...) ; compiling (MAKEPROP (QUOTE |DataArray|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-3z7Mjb/code.fasl written ; compilation finished in 0:00:00.036 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PROPLOG.spad && cp PROPLOG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PROPLOG.fasl \ && if test -f PROPLOG-.NRLIB/code.fasl; then \ cp PROPLOG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PROPLOG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PROPLOG.spad using Spad compiler. PROPLOG abbreviates category PropositionalLogic debug: compDefine1 lhs: (PropositionalLogic) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for PropositionalLogic compiling into /tmp/oa-fecBTo STYLE-WARNING: redefining BOOT::|PropositionalLogic| in DEFUN Time: 0.00 SEC. finalizing NRLIB PROPLOG Processing PropositionalLogic for Browser database: -- true : () -> % -- false : () -> % -- implies : (%,%) -> % -- equiv : (%,%) -> % -- constructor ; compiling file "/tmp/oa-fecBTo/code.lsp" (written 01 FEB 2016 10:59:04 PM): ; compiling (DEFPARAMETER |PropositionalLogic;AL| ...) ; compiling (DEFUN |PropositionalLogic;| ...) ; compiling (DEFUN |PropositionalLogic| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-fecBTo/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile BYTEORD.spad && cp BYTEORD.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/BYTEORD.fasl \ && if test -f BYTEORD-.NRLIB/code.fasl; then \ cp BYTEORD-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/BYTEORD-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/BYTEORD.spad using Spad compiler. BYTEORD abbreviates domain ByteOrder debug: compDefine1 lhs: (ByteOrder) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE littleEndian ($) constant) (SIGNATURE bigEndian ($) constant) (SIGNATURE unknownEndian ($) constant)))) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (SIGNATURE littleEndian ($) constant) (SIGNATURE bigEndian ($) constant) (SIGNATURE unknownEndian ($) constant))) $param: NIL debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE littleEndian ($) constant) (SIGNATURE bigEndian ($) constant) (SIGNATURE unknownEndian ($) constant)) $param: NIL debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE littleEndian ($) constant) (SIGNATURE bigEndian ($) constant) (SIGNATURE unknownEndian ($) constant)))) ------------------------------------------------------------------------ initializing stationary directory for ByteOrder compiling into /tmp/oa-9kAcRu compiling exported unknownEndian : () -> % BYTEORD;unknownEndian;$;1 is replaced by %unknownEndian Time: 0 SEC. compiling exported littleEndian : () -> % BYTEORD;littleEndian;$;2 is replaced by %littleEndian Time: 0 SEC. compiling exported bigEndian : () -> % BYTEORD;bigEndian;$;3 is replaced by %bigEndian Time: 0 SEC. compiling exported = : (%,%) -> Boolean BYTEORD;=;2$B;4 is replaced by %peq Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE litteEndian) m: (DoubleFloat) Debug compQuote expr: (QUOTE litteEndian) m: (String) Debug compQuote expr: (QUOTE litteEndian) m: (Symbol) Debug compQuote expr: (QUOTE bigEndian) m: (Symbol) Debug compQuote expr: (QUOTE unknownEndian) m: (Symbol) Time: 0.02 SEC. (time taken in buildFunctor: 4) Time: 0.00 SEC. Cumulative Statistics for Constructor ByteOrder Time: 0.03 seconds finalizing NRLIB BYTEORD Processing ByteOrder for Browser database: -- littleEndian : () -> % -- bigEndian : () -> % -- unknownEndian : () -> % -- constructor ; compiling file "/tmp/oa-9kAcRu/code.lsp" (written 01 FEB 2016 10:59:04 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BYTEORD;unknownEndian;$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BYTEORD;littleEndian;$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BYTEORD;bigEndian;$;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BYTEORD;=;2$B;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |BYTEORD;unknownEndian;$;1| ...) ; compiling (DEFUN |BYTEORD;littleEndian;$;2| ...) ; compiling (DEFUN |BYTEORD;bigEndian;$;3| ...) ; compiling (DEFUN |BYTEORD;=;2$B;4| ...) ; compiling (DEFUN |BYTEORD;coerce;$Of;5| ...) ; compiling (DEFUN |ByteOrder| ...) ; compiling (DEFUN |ByteOrder;| ...) ; compiling (MAKEPROP (QUOTE |ByteOrder|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-9kAcRu/code.fasl written ; compilation finished in 0:00:00.019 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile AGG.spad && cp AGG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/AGG.fasl \ && if test -f AGG-.NRLIB/code.fasl; then \ cp AGG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/AGG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/AGG.spad using Spad compiler. AGG abbreviates category Aggregate debug: compDefine1 lhs: (Aggregate) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for Aggregate compiling into /tmp/oa-H8yt3G STYLE-WARNING: redefining BOOT::|Aggregate| in DEFUN Time: 0.00 SEC. AGG- abbreviates package Aggregate& ------------------------------------------------------------------------ initializing stationary directory for Aggregate& compiling into /tmp/oa-6G3Q0p compiling exported eq? : (S,S) -> Boolean AGG-;eq?;2$B;1 is replaced by %peq Time: 0.00 SEC. compiling exported sample : () -> S Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor Aggregate& Time: 0.01 seconds finalizing NRLIB AGG- ; compiling file "/tmp/oa-6G3Q0p/code.lsp" (written 01 FEB 2016 10:59:04 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |AGG-;eq?;2$B;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |AGG-;eq?;2$B;1| ...) ; compiling (DEFUN |AGG-;sample;$;2| ...) ; compiling (DEFUN |Aggregate&| ...) ; compiling (MAKEPROP (QUOTE |Aggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-6G3Q0p/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ finalizing NRLIB AGG Processing Aggregate for Browser database: -- eq? : (%,%) -> Boolean -- copy : % -> % -- empty : () -> % -- empty? : % -> Boolean -- sample : () -> % -- constructor ; compiling file "/tmp/oa-H8yt3G/code.lsp" (written 01 FEB 2016 10:59:04 PM): ; compiling (DEFPARAMETER |Aggregate;AL| ...) ; compiling (DEFUN |Aggregate;| ...) ; compiling (DEFUN |Aggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-H8yt3G/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ELTAGG.spad && cp ELTAGG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ELTAGG.fasl \ && if test -f ELTAGG-.NRLIB/code.fasl; then \ cp ELTAGG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ELTAGG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ELTAGG.spad using Spad compiler. ELTAGG abbreviates category EltableAggregate debug: compDefine1 lhs: (EltableAggregate Dom Im) signature (pre-evaluate): ((Category) (BasicType) (Type)) debug: evaluateType form: (Category) $param: (Dom Im) debug: evaluateType form: (BasicType) $param: (Dom Im) Debug: evaluateType1 form: (BasicType) debug: evaluateType form: (Type) $param: (Dom Im) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (BasicType) (Type)) debug: compDefine1 lhs: (EltableAggregate Dom Im) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (Dom Im) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for EltableAggregate compiling into /tmp/oa-CDfT0Q STYLE-WARNING: redefining BOOT::|EltableAggregate| in DEFUN Time: 0.01 SEC. ELTAGG- abbreviates package EltableAggregate& ------------------------------------------------------------------------ initializing stationary directory for EltableAggregate& compiling into /tmp/oa-kKrViA compiling exported qelt : (S,Dom) -> Im Time: 0.00 SEC. compiling exported qsetelt! : (S,Dom,Im) -> Im Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor EltableAggregate& Time: 0.01 seconds finalizing NRLIB ELTAGG- ; compiling file "/tmp/oa-kKrViA/code.lsp" (written 01 FEB 2016 10:59:04 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ELTAGG-;qelt;$DomIm;1| ...) ; compiling (DEFUN |ELTAGG-;qsetelt!;$Dom2Im;2| ...) ; compiling (DEFUN |EltableAggregate&| ...) ; compiling (MAKEPROP (QUOTE |EltableAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-kKrViA/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ finalizing NRLIB ELTAGG Processing EltableAggregate for Browser database: -- elt : (%,Dom,Im) -> Im -- qelt : (%,Dom) -> Im -- setelt : (%,Dom,Im) -> Im -- qsetelt! : (%,Dom,Im) -> Im -- constructor ; compiling file "/tmp/oa-CDfT0Q/code.lsp" (written 01 FEB 2016 10:59:04 PM): ; compiling (DEFPARAMETER |EltableAggregate;AL| ...) ; compiling (DEFUN |EltableAggregate;| ...) ; compiling (DEFUN |EltableAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-CDfT0Q/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile IXAGG.spad && cp IXAGG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IXAGG.fasl \ && if test -f IXAGG-.NRLIB/code.fasl; then \ cp IXAGG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IXAGG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IXAGG.spad using Spad compiler. IXAGG abbreviates category IndexedAggregate debug: compDefine1 lhs: (IndexedAggregate Index Entry) signature (pre-evaluate): ((Category) (BasicType) (Type)) debug: evaluateType form: (Category) $param: (Index Entry) debug: evaluateType form: (BasicType) $param: (Index Entry) Debug: evaluateType1 form: (BasicType) debug: evaluateType form: (Type) $param: (Index Entry) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (BasicType) (Type)) debug: compDefine1 lhs: (IndexedAggregate Index Entry) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (Index Entry) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for IndexedAggregate compiling into /tmp/oa-nHhDP3 STYLE-WARNING: redefining BOOT::|IndexedAggregate| in DEFUN Time: 0.01 SEC. IXAGG- abbreviates package IndexedAggregate& ------------------------------------------------------------------------ initializing stationary directory for IndexedAggregate& compiling into /tmp/oa-lyP8tN compiling exported elt : (S,Index,Entry) -> Entry Time: 0.01 SEC. compiling exported entries : S -> List Entry Time: 0.01 SEC. compiling exported entry? : (Entry,S) -> Boolean Time: 0 SEC. compiling exported maxIndex : S -> Index Time: 0.01 SEC. compiling exported minIndex : S -> Index Time: 0.00 SEC. compiling exported first : S -> Entry Time: 0 SEC. compiling exported map : (Entry -> Entry,S) -> S Time: 0.00 SEC. compiling exported map! : (Entry -> Entry,S) -> S Time: 0.00 SEC. compiling exported fill! : (S,Entry) -> S Time: 0.00 SEC. compiling exported swap! : (S,Index,Index) -> Void Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor IndexedAggregate& Time: 0.05 seconds finalizing NRLIB IXAGG- ; compiling file "/tmp/oa-lyP8tN/code.lsp" (written 01 FEB 2016 10:59:05 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |IXAGG-;elt;$Index2Entry;1| ...) ; compiling (DEFUN |IXAGG-;entries;$L;2| ...) ; file: /tmp/oa-lyP8tN/code.lsp ; in: DEFUN |IXAGG-;entries;$L;2| ; (DEFUN BOOT::|IXAGG-;entries;$L;2| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 14))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IXAGG-;entries;$L;2| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|IXAGG-;entries;$L;2| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 14)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |IXAGG-;entry?;Entry$B;3| ...) ; file: /tmp/oa-lyP8tN/code.lsp ; in: DEFUN |IXAGG-;entry?;Entry$B;3| ; (DEFUN BOOT::|IXAGG-;entry?;Entry$B;3| (BOOT::|x| BOOT::|a| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|a| (BOOT::|shellEntry| BOOT::$ 16))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IXAGG-;entry?;Entry$B;3| ; (BOOT::|x| BOOT::|a| BOOT::$) ; (BLOCK BOOT::|IXAGG-;entry?;Entry$B;3| ; (BOOT::SPADCALL BOOT::|x| BOOT::|a| (BOOT::|shellEntry| BOOT::$ 16)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |IXAGG-;maxIndex;$Index;4| ...) ; compiling (DEFUN |IXAGG-;minIndex;$Index;5| ...) ; compiling (DEFUN |IXAGG-;first;$Entry;6| ...) ; compiling (DEFUN |IXAGG-;map;M2$;7| ...) ; compiling (DEFUN |IXAGG-;map!;M2$;8| ...) ; compiling (DEFUN |IXAGG-;fill!;$Entry$;9| ...) ; compiling (DEFUN |IXAGG-;swap!;$2IndexV;10| ...) ; compiling (DEFUN |IndexedAggregate&| ...) ; compiling (MAKEPROP (QUOTE |IndexedAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-lyP8tN/code.fasl written ; compilation finished in 0:00:00.034 ------------------------------------------------------------------------ finalizing NRLIB IXAGG Processing IndexedAggregate for Browser database: -- entries : % -> List Entry -- index? : (Index,%) -> Boolean -- indices : % -> List Index -- entry? : (Entry,%) -> Boolean -- maxIndex : % -> Index -- minIndex : % -> Index -- first : % -> Entry -- fill! : (%,Entry) -> % -- swap! : (%,Index,Index) -> Void -- constructor ; compiling file "/tmp/oa-nHhDP3/code.lsp" (written 01 FEB 2016 10:59:05 PM): ; compiling (DEFPARAMETER |IndexedAggregate;AL| ...) ; compiling (DEFUN |IndexedAggregate;| ...) ; compiling (DEFUN |IndexedAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-nHhDP3/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile BGAGG.spad && cp BGAGG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/BGAGG.fasl \ && if test -f BGAGG-.NRLIB/code.fasl; then \ cp BGAGG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/BGAGG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/BGAGG.spad using Spad compiler. BGAGG abbreviates category BagAggregate debug: compDefine1 lhs: (BagAggregate S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (BagAggregate S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for BagAggregate compiling into /tmp/oa-z9wVJ8 STYLE-WARNING: redefining BOOT::|BagAggregate| in DEFUN Time: 0.01 SEC. BGAGG- abbreviates package BagAggregate& ------------------------------------------------------------------------ initializing stationary directory for BagAggregate& compiling into /tmp/oa-3GiPYS compiling exported bag : List S -> A Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor BagAggregate& Time: 0.02 seconds finalizing NRLIB BGAGG- ; compiling file "/tmp/oa-3GiPYS/code.lsp" (written 01 FEB 2016 10:59:05 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |BGAGG-;bag;L$;1| ...) ; compiling (DEFUN |BagAggregate&| ...) ; compiling (MAKEPROP (QUOTE |BagAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-3GiPYS/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ finalizing NRLIB BGAGG Processing BagAggregate for Browser database: -- bag : List S -> % -- extract! : % -> S -- insert! : (S,%) -> % -- inspect : % -> S -- constructor ; compiling file "/tmp/oa-z9wVJ8/code.lsp" (written 01 FEB 2016 10:59:05 PM): ; compiling (DEFPARAMETER |BagAggregate;AL| ...) ; compiling (DEFUN |BagAggregate;| ...) ; compiling (DEFUN |BagAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-z9wVJ8/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile BRAGG.spad && cp BRAGG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/BRAGG.fasl \ && if test -f BRAGG-.NRLIB/code.fasl; then \ cp BRAGG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/BRAGG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/BRAGG.spad using Spad compiler. BRAGG abbreviates category BinaryRecursiveAggregate debug: compDefine1 lhs: (BinaryRecursiveAggregate S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (BinaryRecursiveAggregate S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for BinaryRecursiveAggregate compiling into /tmp/oa-mWcJZm STYLE-WARNING: redefining BOOT::|BinaryRecursiveAggregate| in DEFUN Time: 0.02 SEC. BRAGG- abbreviates package BinaryRecursiveAggregate& ------------------------------------------------------------------------ initializing stationary directory for BinaryRecursiveAggregate& compiling into /tmp/oa-GmGoK7 compiling exported elt : (A,left) -> A Time: 0.01 SEC. compiling exported elt : (A,right) -> A Time: 0 SEC. compiling exported leaf? : A -> Boolean Time: 0 SEC. compiling exported leaves : A -> List S Time: 0.02 SEC. compiling exported nodes : A -> List A Time: 0.01 SEC. compiling exported children : A -> List A Time: 0.02 SEC. compiling exported node? : (A,A) -> Boolean Time: 0.01 SEC. compiling exported = : (A,A) -> Boolean Time: 0.01 SEC. compiling exported member? : (S,A) -> Boolean Time: 0.01 SEC. compiling exported coerce : A -> OutputForm Time: 0.04 SEC. compiling exported # : A -> NonNegativeInteger Time: 0.04 SEC. compiling local aggCount : (A,NonNegativeInteger) -> NonNegativeInteger Time: 0.02 SEC. compiling exported cyclic? : A -> Boolean Time: 0.01 SEC. compiling local isCycle? : (A,List A) -> Boolean Time: 0.01 SEC. compiling local eqMember? : (A,List A) -> Boolean Time: 0.01 SEC. compiling exported setelt : (A,left,A) -> A Time: 0 SEC. compiling exported setelt : (A,right,A) -> A Time: 0 SEC. (time taken in buildFunctor: 4) Time: 0.02 SEC. Cumulative Statistics for Constructor BinaryRecursiveAggregate& Time: 0.23 seconds finalizing NRLIB BRAGG- ; compiling file "/tmp/oa-GmGoK7/code.lsp" (written 01 FEB 2016 10:59:05 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |BRAGG-;elt;$left$;1| ...) ; file: /tmp/oa-GmGoK7/code.lsp ; in: DEFUN |BRAGG-;elt;$left$;1| ; (DEFUN BOOT::|BRAGG-;elt;$left$;1| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 8))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BRAGG-;elt;$left$;1| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|BRAGG-;elt;$left$;1| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 8)))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |BRAGG-;elt;$right$;2| ...) ; file: /tmp/oa-GmGoK7/code.lsp ; in: DEFUN |BRAGG-;elt;$right$;2| ; (DEFUN BOOT::|BRAGG-;elt;$right$;2| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 11))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BRAGG-;elt;$right$;2| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|BRAGG-;elt;$right$;2| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 11)))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |BRAGG-;leaf?;$B;3| ...) ; file: /tmp/oa-GmGoK7/code.lsp ; in: DEFUN |BRAGG-;leaf?;$B;3| ; (DEFUN BOOT::|BRAGG-;leaf?;$B;3| (BOOT::|x| BOOT::$) ; (COND ((BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 15)) T) ; ((BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) ; (BOOT::|shellEntry| BOOT::$ 15)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) ; (BOOT::|shellEntry| BOOT::$ 15))) ; (T NIL))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BRAGG-;leaf?;$B;3| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|BRAGG-;leaf?;$B;3| ; (COND ((BOOT::SPADCALL BOOT::|x| #) T) ; ((BOOT::SPADCALL # #) (BOOT::SPADCALL # #)) (T NIL)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |BRAGG-;leaves;$L;4| ...) ; file: /tmp/oa-GmGoK7/code.lsp ; in: DEFUN |BRAGG-;leaves;$L;4| ; (DEFUN BOOT::|BRAGG-;leaves;$L;4| (BOOT::|t| BOOT::$) ; (COND ((BOOT::SPADCALL BOOT::|t| (BOOT::|shellEntry| BOOT::$ 15)) NIL) ; ((BOOT::SPADCALL BOOT::|t| (BOOT::|shellEntry| BOOT::$ 21)) ; (LIST (BOOT::SPADCALL BOOT::|t| #))) ; (T ; (BOOT::SPADCALL (BOOT::SPADCALL # #) (BOOT::SPADCALL # #) ; (BOOT::|shellEntry| BOOT::$ 24))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BRAGG-;leaves;$L;4| ; (BOOT::|t| BOOT::$) ; (BLOCK BOOT::|BRAGG-;leaves;$L;4| ; (COND ((BOOT::SPADCALL BOOT::|t| #) NIL) ; ((BOOT::SPADCALL BOOT::|t| #) (LIST #)) ; (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |BRAGG-;nodes;$L;5| ...) ; file: /tmp/oa-GmGoK7/code.lsp ; in: DEFUN |BRAGG-;nodes;$L;5| ; (DEFUN BOOT::|BRAGG-;nodes;$L;5| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|l| NIL)) ; (COND ((BOOT::SPADCALL BOOT::|x| #) BOOT::|l|) ; (T (BOOT::SPADCALL # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BRAGG-;nodes;$L;5| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|BRAGG-;nodes;$L;5| ; (LET ((BOOT::|l| NIL)) ; (COND (# BOOT::|l|) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |BRAGG-;children;$L;6| ...) ; compiling (DEFUN |BRAGG-;node?;2$B;7| ...) ; compiling (DEFUN |BRAGG-;=;2$B;8| ...) ; file: /tmp/oa-GmGoK7/code.lsp ; in: DEFUN |BRAGG-;=;2$B;8| ; (DEFUN BOOT::|BRAGG-;=;2$B;8| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 15)) ; (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 15))) ; ((BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 15)) NIL) ; ((BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) (BOOT::SPADCALL BOOT::|y| #) ; (BOOT::|shellEntry| BOOT::$ 37)) ; (AND (BOOT::SPADCALL # # #) (BOOT::SPADCALL # # #))) ; (T NIL))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BRAGG-;=;2$B;8| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|BRAGG-;=;2$B;8| ; (COND ((BOOT::SPADCALL BOOT::|x| #) (BOOT::SPADCALL BOOT::|y| #)) ; ((BOOT::SPADCALL BOOT::|y| #) NIL) ; ((BOOT::SPADCALL # # #) (AND # #)) (T NIL)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |BRAGG-;member?;S$B;9| ...) ; file: /tmp/oa-GmGoK7/code.lsp ; in: DEFUN |BRAGG-;member?;S$B;9| ; (DEFUN BOOT::|BRAGG-;member?;S$B;9| (BOOT::|x| BOOT::|u| BOOT::$) ; (COND ((BOOT::SPADCALL BOOT::|u| (BOOT::|shellEntry| BOOT::$ 15)) NIL) ; ((OR (BOOT::SPADCALL BOOT::|x| # #) (BOOT::SPADCALL BOOT::|x| # #)) ; T) ; (T ; (BOOT::SPADCALL BOOT::|x| (BOOT::SPADCALL BOOT::|u| #) ; (BOOT::|shellEntry| BOOT::$ 39))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BRAGG-;member?;S$B;9| ; (BOOT::|x| BOOT::|u| BOOT::$) ; (BLOCK BOOT::|BRAGG-;member?;S$B;9| ; (COND ((BOOT::SPADCALL BOOT::|u| #) NIL) ((OR # #) T) ; (T (BOOT::SPADCALL BOOT::|x| # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |BRAGG-;coerce;$Of;10| ...) ; compiling (DEFUN |BRAGG-;#;$Nni;11| ...) ; compiling (DEFUN |BRAGG-;aggCount| ...) ; file: /tmp/oa-GmGoK7/code.lsp ; in: DEFUN |BRAGG-;aggCount| ; (DEFUN BOOT::|BRAGG-;aggCount| (BOOT::|x| BOOT::|k| BOOT::$) ; (COND ((BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 15)) 0) ; (T ; (BOOT::SEQ (SETQ #) (COND #) ; (LET # ; #) ; (BOOT::EXIT BOOT::|k|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BRAGG-;aggCount| ; (BOOT::|x| BOOT::|k| BOOT::$) ; (BLOCK BOOT::|BRAGG-;aggCount| ; (COND ((BOOT::SPADCALL BOOT::|x| #) 0) (T (BOOT::SEQ # # # #))))) ; ; note: Assignment to argument: |k| ; prevents use of assertion from function type proclamation: ; UNSIGNED-BYTE ; ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |BRAGG-;cyclic?;$B;13| ...) ; compiling (DEFUN |BRAGG-;isCycle?| ...) ; compiling (DEFUN |BRAGG-;eqMember?| ...) ; compiling (DEFUN |BRAGG-;setelt;$left2$;16| ...) ; file: /tmp/oa-GmGoK7/code.lsp ; in: DEFUN |BRAGG-;setelt;$left2$;16| ; (DEFUN BOOT::|BRAGG-;setelt;$left2$;16| ; (BOOT::|x| BOOT::T1 BOOT::|b| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|b| (BOOT::|shellEntry| BOOT::$ 58))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BRAGG-;setelt;$left2$;16| ; (BOOT::|x| BOOT::T1 BOOT::|b| BOOT::$) ; (BLOCK BOOT::|BRAGG-;setelt;$left2$;16| ; (BOOT::SPADCALL BOOT::|x| BOOT::|b| (BOOT::|shellEntry| BOOT::$ 58)))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |BRAGG-;setelt;$right2$;17| ...) ; file: /tmp/oa-GmGoK7/code.lsp ; in: DEFUN |BRAGG-;setelt;$right2$;17| ; (DEFUN BOOT::|BRAGG-;setelt;$right2$;17| ; (BOOT::|x| BOOT::T1 BOOT::|b| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|b| (BOOT::|shellEntry| BOOT::$ 60))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BRAGG-;setelt;$right2$;17| ; (BOOT::|x| BOOT::T1 BOOT::|b| BOOT::$) ; (BLOCK BOOT::|BRAGG-;setelt;$right2$;17| ; (BOOT::SPADCALL BOOT::|x| BOOT::|b| (BOOT::|shellEntry| BOOT::$ 60)))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |BinaryRecursiveAggregate&| ...) ; compiling (MAKEPROP (QUOTE |BinaryRecursiveAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 4 STYLE-WARNING conditions ; printed 7 notes ; /tmp/oa-GmGoK7/code.fasl written ; compilation finished in 0:00:00.092 ------------------------------------------------------------------------ finalizing NRLIB BRAGG Processing BinaryRecursiveAggregate for Browser database: -- left : % -> % -- elt : (%,"left") -> % -- right : % -> % -- elt : (%,"right") -> % -- setelt : (%,"left",%) -> % -- setleft! : (%,%) -> % -- setelt : (%,"right",%) -> % -- setright! : (%,%) -> % -- constructor ; compiling file "/tmp/oa-mWcJZm/code.lsp" (written 01 FEB 2016 10:59:05 PM): ; compiling (DEFPARAMETER |BinaryRecursiveAggregate;AL| ...) ; compiling (DEFUN |BinaryRecursiveAggregate;| ...) ; compiling (DEFUN |BinaryRecursiveAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-mWcJZm/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ELAGG.spad && cp ELAGG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ELAGG.fasl \ && if test -f ELAGG-.NRLIB/code.fasl; then \ cp ELAGG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ELAGG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ELAGG.spad using Spad compiler. ELAGG abbreviates category ExtensibleLinearAggregate debug: compDefine1 lhs: (ExtensibleLinearAggregate S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (ExtensibleLinearAggregate S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for ExtensibleLinearAggregate compiling into /tmp/oa-FRLeE1 STYLE-WARNING: redefining BOOT::|ExtensibleLinearAggregate| in DEFUN Time: 0.02 SEC. ELAGG- abbreviates package ExtensibleLinearAggregate& ------------------------------------------------------------------------ initializing stationary directory for ExtensibleLinearAggregate& compiling into /tmp/oa-TI7fHN compiling exported delete : (A,Integer) -> A Time: 0.02 SEC. compiling exported delete : (A,UniversalSegment Integer) -> A Time: 0.00 SEC. compiling exported remove : (S -> Boolean,A) -> A Time: 0.00 SEC. compiling exported insert : (S,A,Integer) -> A Time: 0 SEC. compiling exported insert : (A,A,Integer) -> A Time: 0 SEC. compiling exported select : (S -> Boolean,A) -> A Time: 0 SEC. compiling exported concat : (A,A) -> A Time: 0 SEC. compiling exported concat : (A,S) -> A Time: 0.01 SEC. compiling exported concat! : (A,S) -> A Time: 0.01 SEC. compiling exported remove : (S,A) -> A Time: 0.00 SEC. compiling exported remove! : (S,A) -> A Time: 0 SEC. compiling exported removeDuplicates : A -> A Time: 0.00 SEC. compiling exported merge! : (A,A) -> A Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor ExtensibleLinearAggregate& Time: 0.06 seconds finalizing NRLIB ELAGG- ; compiling file "/tmp/oa-TI7fHN/code.lsp" (written 01 FEB 2016 10:59:06 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ELAGG-;delete;$I$;1| ...) ; compiling (DEFUN |ELAGG-;delete;$Us$;2| ...) ; compiling (DEFUN |ELAGG-;remove;M2$;3| ...) ; compiling (DEFUN |ELAGG-;insert;S$I$;4| ...) ; compiling (DEFUN |ELAGG-;insert;2$I$;5| ...) ; compiling (DEFUN |ELAGG-;select;M2$;6| ...) ; compiling (DEFUN |ELAGG-;concat;3$;7| ...) ; compiling (DEFUN |ELAGG-;concat;$S$;8| ...) ; compiling (DEFUN |ELAGG-;concat!;$S$;9| ...) ; compiling (DEFUN |ELAGG-;remove;S2$;10| ...) ; compiling (DEFUN |ELAGG-;remove!;S2$;11| ...) ; compiling (DEFUN |ELAGG-;remove!;S2$;11!0| ...) ; compiling (DEFUN |ELAGG-;removeDuplicates;2$;12| ...) ; compiling (DEFUN |ELAGG-;merge!;3$;13| ...) ; compiling (DEFUN |ExtensibleLinearAggregate&| ...) ; compiling (MAKEPROP (QUOTE |ExtensibleLinearAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-TI7fHN/code.fasl written ; compilation finished in 0:00:00.042 ------------------------------------------------------------------------ finalizing NRLIB ELAGG Processing ExtensibleLinearAggregate for Browser database: -- concat! : (%,S) -> % -- concat! : (%,%) -> % -- delete! : (%,Integer) -> % -- delete! : (%,UniversalSegment Integer) -> % -- remove! : ((S -> Boolean),%) -> % -- insert! : (S,%,Integer) -> % -- insert! : (%,%,Integer) -> % -- merge! : (((S,S) -> Boolean),%,%) -> % -- select! : ((S -> Boolean),%) -> % -- remove! : (S,%) -> % -- removeDuplicates! : % -> % -- merge! : (%,%) -> % -- constructor ; compiling file "/tmp/oa-FRLeE1/code.lsp" (written 01 FEB 2016 10:59:06 PM): ; compiling (DEFPARAMETER |ExtensibleLinearAggregate;AL| ...) ; compiling (DEFUN |ExtensibleLinearAggregate;| ...) ; compiling (DEFUN |ExtensibleLinearAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-FRLeE1/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile DLAGG.spad && cp DLAGG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DLAGG.fasl \ && if test -f DLAGG-.NRLIB/code.fasl; then \ cp DLAGG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DLAGG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DLAGG.spad using Spad compiler. DLAGG abbreviates category DoublyLinkedAggregate debug: compDefine1 lhs: (DoublyLinkedAggregate S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (DoublyLinkedAggregate S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for DoublyLinkedAggregate compiling into /tmp/oa-vKp5u9 STYLE-WARNING: redefining BOOT::|DoublyLinkedAggregate| in DEFUN Time: 0.01 SEC. finalizing NRLIB DLAGG Processing DoublyLinkedAggregate for Browser database: -- last : % -> S -- head : % -> % -- tail : % -> % -- previous : % -> % -- next : % -> % -- concat! : (%,%) -> % -- setprevious! : (%,%) -> % -- setnext! : (%,%) -> % -- constructor ; compiling file "/tmp/oa-vKp5u9/code.lsp" (written 01 FEB 2016 10:59:06 PM): ; compiling (DEFPARAMETER |DoublyLinkedAggregate;AL| ...) ; compiling (DEFUN |DoublyLinkedAggregate;| ...) ; compiling (DEFUN |DoublyLinkedAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-vKp5u9/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FINAGG.spad && cp FINAGG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FINAGG.fasl \ && if test -f FINAGG-.NRLIB/code.fasl; then \ cp FINAGG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FINAGG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FINAGG.spad using Spad compiler. FINAGG abbreviates category FiniteAggregate debug: compDefine1 lhs: (FiniteAggregate S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (FiniteAggregate S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for FiniteAggregate compiling into /tmp/oa-rnOIGi STYLE-WARNING: redefining BOOT::|FiniteAggregate| in DEFUN Time: 0.02 SEC. FINAGG- abbreviates package FiniteAggregate& ------------------------------------------------------------------------ initializing stationary directory for FiniteAggregate& compiling into /tmp/oa-L389G5 compiling exported empty? : A -> Boolean Time: 0.04 SEC. compiling exported # : A -> NonNegativeInteger Time: 0.01 SEC. compiling exported any? : (S -> Boolean,A) -> Boolean Time: 0.01 SEC. compiling exported every? : (S -> Boolean,A) -> Boolean Time: 0.01 SEC. compiling exported count : (S -> Boolean,A) -> NonNegativeInteger Time: 0.01 SEC. compiling exported find : (S -> Boolean,A) -> Union(S,failed) Time: 0.01 SEC. compiling exported count : (S,A) -> NonNegativeInteger Time: 0.01 SEC. compiling exported member? : (S,A) -> Boolean Time: 0.00 SEC. compiling exported reduce : ((S,S) -> S,A,S,S) -> S Time: 0.00 SEC. compiling exported = : (A,A) -> Boolean Time: 0.01 SEC. compiling exported coerce : A -> OutputForm Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor FiniteAggregate& Time: 0.16 seconds finalizing NRLIB FINAGG- ; compiling file "/tmp/oa-L389G5/code.lsp" (written 01 FEB 2016 10:59:06 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FINAGG-;empty?;$B;1| ...) ; compiling (DEFUN |FINAGG-;#;$Nni;2| ...) ; compiling (DEFUN |FINAGG-;any?;M$B;3| ...) ; compiling (DEFUN |FINAGG-;every?;M$B;4| ...) ; compiling (DEFUN |FINAGG-;count;M$Nni;5| ...) ; compiling (DEFUN |FINAGG-;find;M$U;6| ...) ; file: /tmp/oa-L389G5/code.lsp ; in: DEFUN |FINAGG-;find;M$U;6| ; (DEFUN BOOT::|FINAGG-;find;M$U;6| (BOOT::|f| BOOT::|c| BOOT::$) ; (BOOT::SPADCALL BOOT::|f| ; (BOOT::SPADCALL BOOT::|c| (BOOT::|shellEntry| BOOT::$ 15)) ; (BOOT::|shellEntry| BOOT::$ 29))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FINAGG-;find;M$U;6| ; (BOOT::|f| BOOT::|c| BOOT::$) ; (BLOCK BOOT::|FINAGG-;find;M$U;6| ; (BOOT::SPADCALL BOOT::|f| ; (BOOT::SPADCALL BOOT::|c| ; (BOOT::|shellEntry| BOOT::$ 15)) ; (BOOT::|shellEntry| BOOT::$ 29)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |FINAGG-;count;S$Nni;7| ...) ; file: /tmp/oa-L389G5/code.lsp ; in: DEFUN |FINAGG-;count;S$Nni;7| ; (DEFUN BOOT::|FINAGG-;count;S$Nni;7| (BOOT::|s| BOOT::|x| BOOT::$) ; (BOOT::SPADCALL ; (CONS #'BOOT::|FINAGG-;count;S$Nni;7!0| (VECTOR BOOT::$ BOOT::|s|)) ; BOOT::|x| (BOOT::|shellEntry| BOOT::$ 32))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FINAGG-;count;S$Nni;7| ; (BOOT::|s| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FINAGG-;count;S$Nni;7| ; (BOOT::SPADCALL ; (CONS #'BOOT::|FINAGG-;count;S$Nni;7!0| (VECTOR BOOT::$ BOOT::|s|)) ; BOOT::|x| (BOOT::|shellEntry| BOOT::$ 32)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |FINAGG-;count;S$Nni;7!0| ...) ; compiling (DEFUN |FINAGG-;member?;S$B;8| ...) ; file: /tmp/oa-L389G5/code.lsp ; in: DEFUN |FINAGG-;member?;S$B;8| ; (DEFUN BOOT::|FINAGG-;member?;S$B;8| (BOOT::|e| BOOT::|x| BOOT::$) ; (BOOT::SPADCALL ; (CONS #'BOOT::|FINAGG-;member?;S$B;8!0| (VECTOR BOOT::$ BOOT::|e|)) ; BOOT::|x| (BOOT::|shellEntry| BOOT::$ 34))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FINAGG-;member?;S$B;8| ; (BOOT::|e| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FINAGG-;member?;S$B;8| ; (BOOT::SPADCALL ; (CONS #'BOOT::|FINAGG-;member?;S$B;8!0| (VECTOR BOOT::$ BOOT::|e|)) ; BOOT::|x| (BOOT::|shellEntry| BOOT::$ 34)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FINAGG-;member?;S$B;8!0| ...) ; compiling (DEFUN |FINAGG-;reduce;M$3S;9| ...) ; compiling (DEFUN |FINAGG-;=;2$B;10| ...) ; file: /tmp/oa-L389G5/code.lsp ; in: DEFUN |FINAGG-;=;2$B;10| ; (DEFUN BOOT::|FINAGG-;=;2$B;10| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 15)) ; (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 15)) ; (BOOT::|shellEntry| BOOT::$ 39))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FINAGG-;=;2$B;10| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|FINAGG-;=;2$B;10| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 15)) ; (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 15)) ; (BOOT::|shellEntry| BOOT::$ 39)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FINAGG-;coerce;$Of;11| ...) ; compiling (DEFUN |FiniteAggregate&| ...) ; compiling (MAKEPROP (QUOTE |FiniteAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 4 notes ; /tmp/oa-L389G5/code.fasl written ; compilation finished in 0:00:00.063 ------------------------------------------------------------------------ finalizing NRLIB FINAGG Processing FiniteAggregate for Browser database: -- #? : % -> NonNegativeInteger -- any? : ((S -> Boolean),%) -> Boolean -- every? : ((S -> Boolean),%) -> Boolean -- count : ((S -> Boolean),%) -> NonNegativeInteger -- members : % -> List S -- reduce : (((S,S) -> S),%) -> S -- reduce : (((S,S) -> S),%,S) -> S -- find : ((S -> Boolean),%) -> Union(S,"failed") -- count : (S,%) -> NonNegativeInteger -- member? : (S,%) -> Boolean -- reduce : (((S,S) -> S),%,S,S) -> S -- constructor ; compiling file "/tmp/oa-rnOIGi/code.lsp" (written 01 FEB 2016 10:59:06 PM): ; compiling (DEFPARAMETER |FiniteAggregate;AL| ...) ; compiling (DEFUN |FiniteAggregate;| ...) ; compiling (DEFUN |FiniteAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-rnOIGi/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile QUAGG.spad && cp QUAGG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/QUAGG.fasl \ && if test -f QUAGG-.NRLIB/code.fasl; then \ cp QUAGG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/QUAGG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/QUAGG.spad using Spad compiler. QUAGG abbreviates category QueueAggregate debug: compDefine1 lhs: (QueueAggregate S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (QueueAggregate S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for QueueAggregate compiling into /tmp/oa-l8OBQP STYLE-WARNING: redefining BOOT::|QueueAggregate| in DEFUN Time: 0.01 SEC. finalizing NRLIB QUAGG Processing QueueAggregate for Browser database: -- enqueue! : (S,%) -> S -- dequeue! : % -> S -- rotate! : % -> % -- length : % -> NonNegativeInteger -- front : % -> S -- back : % -> S -- constructor ; compiling file "/tmp/oa-l8OBQP/code.lsp" (written 01 FEB 2016 10:59:06 PM): ; compiling (DEFPARAMETER |QueueAggregate;AL| ...) ; compiling (DEFUN |QueueAggregate;| ...) ; compiling (DEFUN |QueueAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-l8OBQP/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SKAGG.spad && cp SKAGG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SKAGG.fasl \ && if test -f SKAGG-.NRLIB/code.fasl; then \ cp SKAGG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SKAGG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SKAGG.spad using Spad compiler. SKAGG abbreviates category StackAggregate debug: compDefine1 lhs: (StackAggregate S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (StackAggregate S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for StackAggregate compiling into /tmp/oa-qED5nZ STYLE-WARNING: redefining BOOT::|StackAggregate| in DEFUN Time: 0.01 SEC. finalizing NRLIB SKAGG Processing StackAggregate for Browser database: -- push! : (S,%) -> S -- pop! : % -> S -- top : % -> S -- depth : % -> NonNegativeInteger -- constructor ; compiling file "/tmp/oa-qED5nZ/code.lsp" (written 01 FEB 2016 10:59:06 PM): ; compiling (DEFPARAMETER |StackAggregate;AL| ...) ; compiling (DEFUN |StackAggregate;| ...) ; compiling (DEFUN |StackAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-qED5nZ/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile DQAGG.spad && cp DQAGG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DQAGG.fasl \ && if test -f DQAGG-.NRLIB/code.fasl; then \ cp DQAGG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DQAGG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DQAGG.spad using Spad compiler. DQAGG abbreviates category DequeueAggregate debug: compDefine1 lhs: (DequeueAggregate S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (DequeueAggregate S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for DequeueAggregate compiling into /tmp/oa-C6cTY4 STYLE-WARNING: redefining BOOT::|DequeueAggregate| in DEFUN Time: 0.01 SEC. finalizing NRLIB DQAGG Processing DequeueAggregate for Browser database: -- dequeue : () -> % -- dequeue : List S -> % -- height : % -> NonNegativeInteger -- top! : % -> S -- bottom! : % -> S -- insertTop! : (S,%) -> S -- insertBottom! : (S,%) -> S -- extractTop! : % -> S -- extractBottom! : % -> S -- reverse! : % -> % -- constructor ; compiling file "/tmp/oa-C6cTY4/code.lsp" (written 01 FEB 2016 10:59:06 PM): ; compiling (DEFPARAMETER |DequeueAggregate;AL| ...) ; compiling (DEFUN |DequeueAggregate;| ...) ; compiling (DEFUN |DequeueAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-C6cTY4/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PRQAGG.spad && cp PRQAGG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PRQAGG.fasl \ && if test -f PRQAGG-.NRLIB/code.fasl; then \ cp PRQAGG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PRQAGG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PRQAGG.spad using Spad compiler. PRQAGG abbreviates category PriorityQueueAggregate debug: compDefine1 lhs: (PriorityQueueAggregate S) signature (pre-evaluate): ((Category) (OrderedSet)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (OrderedSet) $param: (S) Debug: evaluateType1 form: (OrderedSet) debug: compDefine1 signature (post evaluate): ((Category) (OrderedSet)) debug: compDefine1 lhs: (PriorityQueueAggregate S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for PriorityQueueAggregate compiling into /tmp/oa-afxgw4 STYLE-WARNING: redefining BOOT::|PriorityQueueAggregate| in DEFUN Time: 0.01 SEC. finalizing NRLIB PRQAGG Processing PriorityQueueAggregate for Browser database: -- max : % -> S -- merge : (%,%) -> % -- merge! : (%,%) -> % -- constructor ; compiling file "/tmp/oa-afxgw4/code.lsp" (written 01 FEB 2016 10:59:07 PM): ; compiling (DEFPARAMETER |PriorityQueueAggregate;AL| ...) ; compiling (DEFUN |PriorityQueueAggregate;| ...) ; compiling (DEFUN |PriorityQueueAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-afxgw4/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile DIOPS.spad && cp DIOPS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DIOPS.fasl \ && if test -f DIOPS-.NRLIB/code.fasl; then \ cp DIOPS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DIOPS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DIOPS.spad using Spad compiler. DIOPS abbreviates category DictionaryOperations debug: compDefine1 lhs: (DictionaryOperations S) signature (pre-evaluate): ((Category) (SetCategory)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Category) (SetCategory)) debug: compDefine1 lhs: (DictionaryOperations S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for DictionaryOperations compiling into /tmp/oa-WzMXUg STYLE-WARNING: redefining BOOT::|DictionaryOperations| in DEFUN Time: 0.02 SEC. DIOPS- abbreviates package DictionaryOperations& ------------------------------------------------------------------------ initializing stationary directory for DictionaryOperations& compiling into /tmp/oa-6eWRh6 compiling exported construct : List S -> A Time: 0.02 SEC. compiling exported dictionary : () -> A Time: 0 SEC. compiling exported copy : A -> A Time: 0.01 SEC. compiling exported coerce : A -> OutputForm Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor DictionaryOperations& Time: 0.07 seconds finalizing NRLIB DIOPS- ; compiling file "/tmp/oa-6eWRh6/code.lsp" (written 01 FEB 2016 10:59:07 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DIOPS-;construct;L$;1| ...) ; compiling (DEFUN |DIOPS-;dictionary;$;2| ...) ; compiling (DEFUN |DIOPS-;copy;2$;3| ...) ; compiling (DEFUN |DIOPS-;coerce;$Of;4| ...) ; compiling (DEFUN |DictionaryOperations&| ...) ; compiling (MAKEPROP (QUOTE |DictionaryOperations&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-6eWRh6/code.fasl written ; compilation finished in 0:00:00.021 ------------------------------------------------------------------------ finalizing NRLIB DIOPS Processing DictionaryOperations for Browser database: -- dictionary : () -> % -- dictionary : List S -> % -- remove! : (S,%) -> % -- remove! : ((S -> Boolean),%) -> % -- select! : ((S -> Boolean),%) -> % -- constructor ; compiling file "/tmp/oa-WzMXUg/code.lsp" (written 01 FEB 2016 10:59:07 PM): ; compiling (DEFPARAMETER |DictionaryOperations;AL| ...) ; compiling (DEFUN |DictionaryOperations;| ...) ; compiling (DEFUN |DictionaryOperations| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-WzMXUg/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile DIAGG.spad && cp DIAGG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DIAGG.fasl \ && if test -f DIAGG-.NRLIB/code.fasl; then \ cp DIAGG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DIAGG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DIAGG.spad using Spad compiler. DIAGG abbreviates category Dictionary debug: compDefine1 lhs: (Dictionary S) signature (pre-evaluate): ((Category) (SetCategory)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Category) (SetCategory)) debug: compDefine1 lhs: (Dictionary S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for Dictionary compiling into /tmp/oa-XXL10z STYLE-WARNING: redefining BOOT::|Dictionary| in DEFUN Time: 0.02 SEC. DIAGG- abbreviates package Dictionary& ------------------------------------------------------------------------ initializing stationary directory for Dictionary& compiling into /tmp/oa-ZKKZ3p compiling exported dictionary : List S -> A Time: 0.02 SEC. compiling exported select! : (S -> Boolean,A) -> A Time: 0 SEC. compiling exported = : (A,A) -> Boolean Time: 0.05 SEC. compiling exported remove! : (S -> Boolean,A) -> A Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor Dictionary& Time: 0.08 seconds finalizing NRLIB DIAGG- ; compiling file "/tmp/oa-ZKKZ3p/code.lsp" (written 01 FEB 2016 10:59:07 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DIAGG-;dictionary;L$;1| ...) ; compiling (DEFUN |DIAGG-;select!;M2$;2| ...) ; compiling (DEFUN |DIAGG-;select!;M2$;2!0| ...) ; compiling (DEFUN |DIAGG-;=;2$B;3| ...) ; compiling (DEFUN |DIAGG-;remove!;M2$;4| ...) ; compiling (DEFUN |Dictionary&| ...) ; compiling (MAKEPROP (QUOTE |Dictionary&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-ZKKZ3p/code.fasl written ; compilation finished in 0:00:00.032 ------------------------------------------------------------------------ finalizing NRLIB DIAGG Processing Dictionary for Browser database: -- constructor ; compiling file "/tmp/oa-XXL10z/code.lsp" (written 01 FEB 2016 10:59:07 PM): ; compiling (DEFPARAMETER |Dictionary;AL| ...) ; compiling (DEFUN |Dictionary;| ...) ; compiling (DEFUN |Dictionary| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-XXL10z/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile KDAGG.spad && cp KDAGG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/KDAGG.fasl \ && if test -f KDAGG-.NRLIB/code.fasl; then \ cp KDAGG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/KDAGG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/KDAGG.spad using Spad compiler. KDAGG abbreviates category KeyedDictionary debug: compDefine1 lhs: (KeyedDictionary Key Entry) signature (pre-evaluate): ((Category) (SetCategory) (SetCategory)) debug: evaluateType form: (Category) $param: (Key Entry) debug: evaluateType form: (SetCategory) $param: (Key Entry) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (SetCategory) $param: (Key Entry) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Category) (SetCategory) (SetCategory)) debug: compDefine1 lhs: (KeyedDictionary Key Entry) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (Key Entry) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for KeyedDictionary compiling into /tmp/oa-jDqr8W STYLE-WARNING: redefining BOOT::|KeyedDictionary| in DEFUN Time: 0.02 SEC. KDAGG- abbreviates package KeyedDictionary& ------------------------------------------------------------------------ initializing stationary directory for KeyedDictionary& compiling into /tmp/oa-JKDQSN compiling exported key? : (Key,S) -> Boolean Time: 0.02 SEC. compiling local member? : (Record(key: Key,entry: Entry),S) -> Boolean Time: 0.00 SEC. compiling exported keys : S -> List Key Time: 0.01 SEC. compiling exported elt : (S,Key) -> Entry Time: 0.01 SEC. compiling exported elt : (S,Key,Entry) -> Entry Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor KeyedDictionary& Time: 0.05 seconds finalizing NRLIB KDAGG- ; compiling file "/tmp/oa-JKDQSN/code.lsp" (written 01 FEB 2016 10:59:07 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |KDAGG-;key?;Key$B;1| ...) ; compiling (DEFUN |KDAGG-;member?| ...) ; file: /tmp/oa-JKDQSN/code.lsp ; in: DEFUN |KDAGG-;member?| ; (DEFUN BOOT::|KDAGG-;member?| (BOOT::|p| BOOT::|t| BOOT::$) ; (LET ((BOOT::|r| (BOOT::SPADCALL # BOOT::|t| #))) ; (AND (ZEROP (CAR BOOT::|r|)) ; (BOOT::SPADCALL (CDR BOOT::|r|) (CDR BOOT::|p|) ; (BOOT::|shellEntry| BOOT::$ 13))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|KDAGG-;member?| ; (BOOT::|p| BOOT::|t| BOOT::$) ; (BLOCK BOOT::|KDAGG-;member?| ; (LET ((BOOT::|r| #)) ; (AND (ZEROP #) (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |KDAGG-;keys;$L;3| ...) ; file: /tmp/oa-JKDQSN/code.lsp ; in: DEFUN |KDAGG-;keys;$L;3| ; (DEFUN BOOT::|KDAGG-;keys;$L;3| (BOOT::|t| BOOT::$) ; (LET ((#:G593 (BOOT::SPADCALL BOOT::|t| #)) (#:G576 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G593 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|KDAGG-;keys;$L;3| ; (BOOT::|t| BOOT::$) ; (BLOCK BOOT::|KDAGG-;keys;$L;3| ; (LET ((#:G593 #) (#:G576 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |KDAGG-;elt;$KeyEntry;4| ...) ; compiling (DEFUN |KDAGG-;elt;$Key2Entry;5| ...) ; compiling (DEFUN |KeyedDictionary&| ...) ; compiling (MAKEPROP (QUOTE |KeyedDictionary&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-JKDQSN/code.fasl written ; compilation finished in 0:00:00.019 ------------------------------------------------------------------------ finalizing NRLIB KDAGG Processing KeyedDictionary for Browser database: -- key? : (Key,%) -> Boolean -- keys : % -> List Key -- remove! : (Key,%) -> Union(Entry,"failed") -- search : (Key,%) -> Union(Entry,"failed") -- constructor ; compiling file "/tmp/oa-jDqr8W/code.lsp" (written 01 FEB 2016 10:59:07 PM): ; compiling (DEFPARAMETER |KeyedDictionary;AL| ...) ; compiling (DEFUN |KeyedDictionary;| ...) ; compiling (DEFUN |KeyedDictionary| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-jDqr8W/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile TBAGG.spad && cp TBAGG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/TBAGG.fasl \ && if test -f TBAGG-.NRLIB/code.fasl; then \ cp TBAGG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/TBAGG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TBAGG.spad using Spad compiler. TBAGG abbreviates category TableAggregate debug: compDefine1 lhs: (TableAggregate Key Entry) signature (pre-evaluate): ((Category) (SetCategory) (SetCategory)) debug: evaluateType form: (Category) $param: (Key Entry) debug: evaluateType form: (SetCategory) $param: (Key Entry) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (SetCategory) $param: (Key Entry) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Category) (SetCategory) (SetCategory)) debug: compDefine1 lhs: (TableAggregate Key Entry) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (Key Entry) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for TableAggregate compiling into /tmp/oa-4I5AD5 STYLE-WARNING: redefining BOOT::|TableAggregate| in DEFUN Time: 0.01 SEC. TBAGG- abbreviates package TableAggregate& ------------------------------------------------------------------------ initializing stationary directory for TableAggregate& compiling into /tmp/oa-nLyC0W compiling exported table : () -> S Time: 0.02 SEC. compiling exported table : List Record(key: Key,entry: Entry) -> S Time: 0.01 SEC. compiling exported insert! : (Record(key: Key,entry: Entry),S) -> S Time: 0.00 SEC. compiling exported indices : S -> List Key Time: 0.00 SEC. compiling exported coerce : S -> OutputForm Time: 0.01 SEC. compiling exported map! : (Entry -> Entry,S) -> S Time: 0.01 SEC. compiling exported map : ((Entry,Entry) -> Entry,S,S) -> S Time: 0.01 SEC. compiling exported members : S -> List Record(key: Key,entry: Entry) Time: 0.01 SEC. compiling exported entries : S -> List Entry Time: 0.01 SEC. compiling exported = : (S,S) -> Boolean Time: 0.06 SEC. compiling exported map : (Record(key: Key,entry: Entry) -> Record(key: Key,entry: Entry),S) -> S Time: 0.01 SEC. compiling exported map! : (Record(key: Key,entry: Entry) -> Record(key: Key,entry: Entry),S) -> S Time: 0.02 SEC. compiling exported inspect : S -> Record(key: Key,entry: Entry) Time: 0.01 SEC. compiling exported find : (Record(key: Key,entry: Entry) -> Boolean,S) -> Union(Record(key: Key,entry: Entry),failed) Time: 0.01 SEC. compiling exported index? : (Key,S) -> Boolean Time: 0.00 SEC. compiling exported remove! : (Record(key: Key,entry: Entry),S) -> S Time: 0 SEC. compiling exported extract! : S -> Record(key: Key,entry: Entry) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] map!: key has no value [2] map!: entry has no value Cumulative Statistics for Constructor TableAggregate& Time: 0.22 seconds finalizing NRLIB TBAGG- ; compiling file "/tmp/oa-nLyC0W/code.lsp" (written 01 FEB 2016 10:59:08 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |TBAGG-;table;$;1| ...) ; compiling (DEFUN |TBAGG-;table;L$;2| ...) ; compiling (DEFUN |TBAGG-;insert!;R2$;3| ...) ; compiling (DEFUN |TBAGG-;indices;$L;4| ...) ; file: /tmp/oa-nLyC0W/code.lsp ; in: DEFUN |TBAGG-;indices;$L;4| ; (DEFUN BOOT::|TBAGG-;indices;$L;4| (BOOT::|t| BOOT::$) ; (BOOT::SPADCALL BOOT::|t| (BOOT::|shellEntry| BOOT::$ 18))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TBAGG-;indices;$L;4| ; (BOOT::|t| BOOT::$) ; (BLOCK BOOT::|TBAGG-;indices;$L;4| ; (BOOT::SPADCALL BOOT::|t| (BOOT::|shellEntry| BOOT::$ 18)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |TBAGG-;coerce;$Of;5| ...) ; compiling (DEFUN |TBAGG-;map!;M2$;6| ...) ; compiling (DEFUN |TBAGG-;map;M3$;7| ...) ; compiling (DEFUN |TBAGG-;members;$L;8| ...) ; file: /tmp/oa-nLyC0W/code.lsp ; in: DEFUN |TBAGG-;members;$L;8| ; (DEFUN BOOT::|TBAGG-;members;$L;8| (BOOT::|t| BOOT::$) ; (LET ((#:G657 (BOOT::SPADCALL BOOT::|t| #)) (#:G576 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G657 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TBAGG-;members;$L;8| ; (BOOT::|t| BOOT::$) ; (BLOCK BOOT::|TBAGG-;members;$L;8| ; (LET ((#:G657 #) (#:G576 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |TBAGG-;entries;$L;9| ...) ; file: /tmp/oa-nLyC0W/code.lsp ; in: DEFUN |TBAGG-;entries;$L;9| ; (DEFUN BOOT::|TBAGG-;entries;$L;9| (BOOT::|t| BOOT::$) ; (LET ((#:G658 (BOOT::SPADCALL BOOT::|t| #)) (#:G581 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G658 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TBAGG-;entries;$L;9| ; (BOOT::|t| BOOT::$) ; (BLOCK BOOT::|TBAGG-;entries;$L;9| ; (LET ((#:G658 #) (#:G581 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |TBAGG-;=;2$B;10| ...) ; compiling (DEFUN |TBAGG-;map;M2$;11| ...) ; compiling (DEFUN |TBAGG-;map!;M2$;12| ...) ; compiling (DEFUN |TBAGG-;inspect;$R;13| ...) ; file: /tmp/oa-nLyC0W/code.lsp ; in: DEFUN |TBAGG-;inspect;$R;13| ; (DEFUN BOOT::|TBAGG-;inspect;$R;13| (BOOT::|t| BOOT::$) ; (LET ((BOOT::|ks| (BOOT::SPADCALL BOOT::|t| #))) ; (COND ; ((NULL BOOT::|ks|) ; (BOOT::|error| "Cannot extract from an empty aggregate")) ; (T (CONS # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TBAGG-;inspect;$R;13| ; (BOOT::|t| BOOT::$) ; (BLOCK BOOT::|TBAGG-;inspect;$R;13| ; (LET ((BOOT::|ks| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |TBAGG-;find;M$U;14| ...) ; compiling (DEFUN |TBAGG-;index?;Key$B;15| ...) ; compiling (DEFUN |TBAGG-;remove!;R2$;16| ...) ; compiling (DEFUN |TBAGG-;extract!;$R;17| ...) ; compiling (DEFUN |TableAggregate&| ...) ; compiling (MAKEPROP (QUOTE |TableAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 4 notes ; /tmp/oa-nLyC0W/code.fasl written ; compilation finished in 0:00:00.049 ------------------------------------------------------------------------ finalizing NRLIB TBAGG Processing TableAggregate for Browser database: -- table : () -> % -- table : List Record(key: Key,entry: Entry) -> % -- map : (((Entry,Entry) -> Entry),%,%) -> % -- constructor ; compiling file "/tmp/oa-4I5AD5/code.lsp" (written 01 FEB 2016 10:59:08 PM): ; compiling (DEFPARAMETER |TableAggregate;AL| ...) ; compiling (DEFUN |TableAggregate;| ...) ; compiling (DEFUN |TableAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-4I5AD5/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ALAGG.spad && cp ALAGG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ALAGG.fasl \ && if test -f ALAGG-.NRLIB/code.fasl; then \ cp ALAGG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ALAGG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ALAGG.spad using Spad compiler. ALAGG abbreviates category AssociationListAggregate debug: compDefine1 lhs: (AssociationListAggregate Key Entry) signature (pre-evaluate): ((Category) (SetCategory) (SetCategory)) debug: evaluateType form: (Category) $param: (Key Entry) debug: evaluateType form: (SetCategory) $param: (Key Entry) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (SetCategory) $param: (Key Entry) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Category) (SetCategory) (SetCategory)) debug: compDefine1 lhs: (AssociationListAggregate Key Entry) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (Key Entry) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for AssociationListAggregate compiling into /tmp/oa-HZnKYA STYLE-WARNING: redefining BOOT::|AssociationListAggregate| in DEFUN Time: 0.01 SEC. finalizing NRLIB ALAGG Processing AssociationListAggregate for Browser database: -- assoc : (Key,%) -> Maybe Record(key: Key,entry: Entry) -- constructor ; compiling file "/tmp/oa-HZnKYA/code.lsp" (written 01 FEB 2016 10:59:08 PM): ; compiling (DEFPARAMETER |AssociationListAggregate;AL| ...) ; compiling (DEFUN |AssociationListAggregate;| ...) ; compiling (DEFUN |AssociationListAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-HZnKYA/code.fasl written ; compilation finished in 0:00:00.022 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/FLASORT.fasl --optimize=3 FLASORT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FLASORT.spad using Spad compiler. FLASORT abbreviates package FiniteLinearAggregateSort debug: compDefine1 lhs: (FiniteLinearAggregateSort S V) signature (pre-evaluate): ((CATEGORY package (SIGNATURE quickSort (V (Mapping (Boolean) S S) V)) (SIGNATURE heapSort (V (Mapping (Boolean) S S) V)) (SIGNATURE shellSort (V (Mapping (Boolean) S S) V))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE quickSort (V (Mapping (Boolean) S S) V)) (SIGNATURE heapSort (V (Mapping (Boolean) S S) V)) (SIGNATURE shellSort (V (Mapping (Boolean) S S) V))) $param: (S V) debug: evaluateType form: V $param: (S V) debug: evaluateType form: (Mapping (Boolean) S S) $param: (S V) debug: evaluateType form: (Boolean) $param: (S V) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S V) debug: evaluateType form: S $param: (S V) debug: evaluateType form: V $param: (S V) debug: evaluateType form: V $param: (S V) debug: evaluateType form: (Mapping (Boolean) S S) $param: (S V) debug: evaluateType form: (Boolean) $param: (S V) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S V) debug: evaluateType form: S $param: (S V) debug: evaluateType form: V $param: (S V) debug: evaluateType form: V $param: (S V) debug: evaluateType form: (Mapping (Boolean) S S) $param: (S V) debug: evaluateType form: (Boolean) $param: (S V) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S V) debug: evaluateType form: S $param: (S V) debug: evaluateType form: V $param: (S V) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE quickSort (V (Mapping (Boolean) S S) V)) (SIGNATURE heapSort (V (Mapping (Boolean) S S) V)) (SIGNATURE shellSort (V (Mapping (Boolean) S S) V))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FiniteLinearAggregateSort compiling into /tmp/oa-7inZFP compiling exported quickSort : ((S,S) -> Boolean,V) -> V Time: 0.07 SEC. compiling local siftUp : ((S,S) -> Boolean,V,Integer,Integer) -> Void Time: 0.04 SEC. compiling exported heapSort : ((S,S) -> Boolean,V) -> V Time: 0.04 SEC. compiling local partition : ((S,S) -> Boolean,V,Integer,Integer,Integer) -> Integer Time: 0.02 SEC. compiling local QuickSort : ((S,S) -> Boolean,V,Integer,Integer) -> V Time: 0.03 SEC. compiling exported shellSort : ((S,S) -> Boolean,V) -> V Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] heapSort: zero? has no value Cumulative Statistics for Constructor FiniteLinearAggregateSort Time: 0.21 seconds finalizing NRLIB FLASORT Processing FiniteLinearAggregateSort for Browser database: -- quickSort : (((S,S) -> B),V) -> V -- heapSort : (((S,S) -> B),V) -> V -- shellSort : (((S,S) -> B),V) -> V -- constructor ; compiling file "/tmp/oa-7inZFP/code.lsp" (written 01 FEB 2016 10:59:08 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FLASORT;quickSort;M2V;1| ...) ; compiling (DEFUN |FLASORT;siftUp| ...) ; file: /tmp/oa-7inZFP/code.lsp ; in: DEFUN |FLASORT;siftUp| ; (DEFUN BOOT::|FLASORT;siftUp| ; (BOOT::|l| BOOT::|r| BOOT::|i| BOOT::|n| BOOT::$) ; (PROG (BOOT::|k| BOOT::|j|) ; (RETURN ; (LET (#) ; (LOOP #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLASORT;siftUp| ; (BOOT::|l| BOOT::|r| BOOT::|i| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|FLASORT;siftUp| ; (PROG (BOOT::|k| BOOT::|j|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |i| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |FLASORT;heapSort;M2V;3| ...) ; compiling (DEFUN |FLASORT;partition| ...) ; file: /tmp/oa-7inZFP/code.lsp ; in: DEFUN |FLASORT;partition| ; (DEFUN BOOT::|FLASORT;partition| ; (BOOT::|l| BOOT::|r| BOOT::|i| BOOT::|j| BOOT::|k| BOOT::$) ; (LET ((BOOT::|x| (BOOT::SPADCALL BOOT::|r| BOOT::|k| #)) ; (BOOT::|t| (BOOT::SPADCALL BOOT::|r| BOOT::|i| #))) ; (BOOT::SEQ ; (BOOT::SPADCALL BOOT::|r| BOOT::|k| ; (BOOT::SPADCALL BOOT::|r| BOOT::|j| #) ; (BOOT::|shellEntry| BOOT::$ 22)) ; (LOOP (COND # #)) ; (BOOT::SPADCALL BOOT::|r| BOOT::|j| BOOT::|x| ; (BOOT::|shellEntry| BOOT::$ 22)) ; (BOOT::EXIT BOOT::|j|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLASORT;partition| ; (BOOT::|l| BOOT::|r| BOOT::|i| BOOT::|j| BOOT::|k| BOOT::$) ; (BLOCK BOOT::|FLASORT;partition| ; (LET ((BOOT::|x| #) (BOOT::|t| #)) ; (BOOT::SEQ (BOOT::SPADCALL BOOT::|r| BOOT::|k| # #) (LOOP #) ; (BOOT::SPADCALL BOOT::|r| BOOT::|j| BOOT::|x| #) ; (BOOT::EXIT BOOT::|j|))))) ; ; note: Assignment to argument: |i| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; ; note: Assignment to argument: |j| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |FLASORT;QuickSort| ...) ; compiling (DEFUN |FLASORT;shellSort;M2V;6| ...) ; compiling (DEFUN |FiniteLinearAggregateSort| ...) ; compiling (DEFUN |FiniteLinearAggregateSort;| ...) ; compiling (MAKEPROP (QUOTE |FiniteLinearAggregateSort|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 3 notes ; /tmp/oa-7inZFP/code.fasl written ; compilation finished in 0:00:00.045 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FLAGG.spad && cp FLAGG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FLAGG.fasl \ && if test -f FLAGG-.NRLIB/code.fasl; then \ cp FLAGG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FLAGG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FLAGG.spad using Spad compiler. FLAGG abbreviates category FiniteLinearAggregate debug: compDefine1 lhs: (FiniteLinearAggregate S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (FiniteLinearAggregate S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for FiniteLinearAggregate compiling into /tmp/oa-y2Jit4 STYLE-WARNING: redefining BOOT::|FiniteLinearAggregate| in DEFUN Time: 0.01 SEC. FLAGG- abbreviates package FiniteLinearAggregate& ------------------------------------------------------------------------ initializing stationary directory for FiniteLinearAggregate& compiling into /tmp/oa-FanpgY compiling exported position : (S,A) -> Integer Time: 0.04 SEC. compiling exported sorted? : A -> Boolean Time: 0 SEC. compiling exported merge : (A,A) -> A Time: 0 SEC. compiling exported sort : A -> A Time: 0.00 SEC. compiling exported reverse : A -> A Time: 0 SEC. compiling exported sort : ((S,S) -> Boolean,A) -> A Time: 0 SEC. compiling exported sort! : A -> A Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor FiniteLinearAggregate& Time: 0.05 seconds finalizing NRLIB FLAGG- ; compiling file "/tmp/oa-FanpgY/code.lsp" (written 01 FEB 2016 10:59:09 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FLAGG-;position;S$I;1| ...) ; file: /tmp/oa-FanpgY/code.lsp ; in: DEFUN |FLAGG-;position;S$I;1| ; (DEFUN BOOT::|FLAGG-;position;S$I;1| (BOOT::|x| BOOT::|t| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|t| ; (BOOT::SPADCALL BOOT::|t| (BOOT::|shellEntry| BOOT::$ 9)) ; (BOOT::|shellEntry| BOOT::$ 10))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLAGG-;position;S$I;1| ; (BOOT::|x| BOOT::|t| BOOT::$) ; (BLOCK BOOT::|FLAGG-;position;S$I;1| ; (BOOT::SPADCALL BOOT::|x| BOOT::|t| ; (BOOT::SPADCALL BOOT::|t| ; (BOOT::|shellEntry| BOOT::$ 9)) ; (BOOT::|shellEntry| BOOT::$ 10)))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |FLAGG-;sorted?;$B;2| ...) ; file: /tmp/oa-FanpgY/code.lsp ; in: DEFUN |FLAGG-;sorted?;$B;2| ; (DEFUN BOOT::|FLAGG-;sorted?;$B;2| (BOOT::|l| BOOT::$) ; (BOOT::SPADCALL (CONS #'BOOT::|FLAGG-;sorted?;$B;2!0| BOOT::$) BOOT::|l| ; (BOOT::|shellEntry| BOOT::$ 17))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLAGG-;sorted?;$B;2| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|FLAGG-;sorted?;$B;2| ; (BOOT::SPADCALL (CONS #'BOOT::|FLAGG-;sorted?;$B;2!0| BOOT::$) ; BOOT::|l| (BOOT::|shellEntry| BOOT::$ 17)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FLAGG-;sorted?;$B;2!0| ...) ; compiling (DEFUN |FLAGG-;merge;3$;3| ...) ; compiling (DEFUN |FLAGG-;sort;2$;4| ...) ; compiling (DEFUN |FLAGG-;reverse;2$;5| ...) ; compiling (DEFUN |FLAGG-;sort;M2$;6| ...) ; compiling (DEFUN |FLAGG-;sort!;2$;7| ...) ; compiling (DEFUN |FiniteLinearAggregate&| ...) ; compiling (MAKEPROP (QUOTE |FiniteLinearAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-FanpgY/code.fasl written ; compilation finished in 0:00:00.024 ------------------------------------------------------------------------ finalizing NRLIB FLAGG Processing FiniteLinearAggregate for Browser database: -- merge : (((S,S) -> Boolean),%,%) -> % -- reverse : % -> % -- sort : (((S,S) -> Boolean),%) -> % -- sorted? : (((S,S) -> Boolean),%) -> Boolean -- position : ((S -> Boolean),%) -> Integer -- position : (S,%) -> Integer -- position : (S,%,Integer) -> Integer -- merge : (%,%) -> % -- sort : % -> % -- sorted? : % -> Boolean -- copyInto! : (%,%,Integer) -> % -- reverse! : % -> % -- sort! : (((S,S) -> Boolean),%) -> % -- sort! : % -> % -- constructor ; compiling file "/tmp/oa-y2Jit4/code.lsp" (written 01 FEB 2016 10:59:09 PM): ; compiling (DEFPARAMETER |FiniteLinearAggregate;AL| ...) ; compiling (DEFUN |FiniteLinearAggregate;| ...) ; compiling (DEFUN |FiniteLinearAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-y2Jit4/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile A1AGG.spad && cp A1AGG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/A1AGG.fasl \ && if test -f A1AGG-.NRLIB/code.fasl; then \ cp A1AGG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/A1AGG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/A1AGG.spad using Spad compiler. A1AGG abbreviates category OneDimensionalArrayAggregate debug: compDefine1 lhs: (OneDimensionalArrayAggregate S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (OneDimensionalArrayAggregate S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for OneDimensionalArrayAggregate compiling into /tmp/oa-NUZHlp STYLE-WARNING: redefining BOOT::|OneDimensionalArrayAggregate| in DEFUN Time: 0.01 SEC. A1AGG- abbreviates package OneDimensionalArrayAggregate& ------------------------------------------------------------------------ initializing stationary directory for OneDimensionalArrayAggregate& compiling into /tmp/oa-Os4uMj compiling exported members : A -> List S Time: 0.06 SEC. compiling exported sort! : ((S,S) -> Boolean,A) -> A Time: 0.00 SEC. compiling exported any? : (S -> Boolean,A) -> Boolean Time: 0.01 SEC. compiling exported every? : (S -> Boolean,A) -> Boolean Time: 0.00 SEC. compiling exported position : (S -> Boolean,A) -> Integer Time: 0.01 SEC. compiling exported find : (S -> Boolean,A) -> Union(S,failed) Time: 0.01 SEC. compiling exported count : (S -> Boolean,A) -> NonNegativeInteger Time: 0.01 SEC. compiling exported map! : (S -> S,A) -> A Time: 0.00 SEC. compiling exported setelt : (A,UniversalSegment Integer,S) -> S Time: 0.02 SEC. compiling exported reduce : ((S,S) -> S,A) -> S Time: 0.02 SEC. compiling exported reduce : ((S,S) -> S,A,S) -> S Time: 0.01 SEC. compiling exported reduce : ((S,S) -> S,A,S,S) -> S Time: 0.01 SEC. compiling local stupidnew : (NonNegativeInteger,A,A) -> A Time: 0.00 SEC. compiling local stupidget : List A -> S Time: 0.01 SEC. compiling exported map : ((S,S) -> S,A,A) -> A Time: 0.04 SEC. compiling exported merge : ((S,S) -> Boolean,A,A) -> A Time: 0.06 SEC. compiling exported elt : (A,UniversalSegment Integer) -> A Time: 0.10 SEC. compiling exported insert : (A,A,Integer) -> A Time: 0.04 SEC. compiling exported copy : A -> A Time: 0.02 SEC. compiling exported copyInto! : (A,A,Integer) -> A Time: 0.03 SEC. compiling exported construct : List S -> A Time: 0.02 SEC. compiling exported delete : (A,UniversalSegment Integer) -> A Time: 0.04 SEC. compiling exported delete : (A,Integer) -> A Time: 0.04 SEC. compiling exported reverse! : A -> A Time: 0.01 SEC. compiling exported concat : List A -> A Time: 0.03 SEC. compiling exported sorted? : ((S,S) -> Boolean,A) -> Boolean Time: 0.00 SEC. compiling exported concat : (A,A) -> A Time: 0.01 SEC. compiling exported coerce : A -> OutputForm Time: 0.02 SEC. compiling exported = : (A,A) -> Boolean Time: 0.02 SEC. compiling exported position : (S,A,Integer) -> Integer Time: 0.01 SEC. compiling exported < : (A,A) -> Boolean Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Cumulative Statistics for Constructor OneDimensionalArrayAggregate& Time: 0.71 seconds finalizing NRLIB A1AGG- ; compiling file "/tmp/oa-Os4uMj/code.lsp" (written 01 FEB 2016 10:59:10 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |A1AGG-;members;$L;1| ...) ; file: /tmp/oa-Os4uMj/code.lsp ; in: DEFUN |A1AGG-;members;$L;1| ; (DEFUN BOOT::|A1AGG-;members;$L;1| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|i| (BOOT::SPADCALL BOOT::|x| #)) ; (#:G754 (BOOT::SPADCALL BOOT::|x| #)) ; (#:G574 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ BOOT::|i| #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|A1AGG-;members;$L;1| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|A1AGG-;members;$L;1| ; (LET ((BOOT::|i| #) (#:G754 #) (#:G574 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |A1AGG-;sort!;M2$;2| ...) ; compiling (DEFUN |A1AGG-;any?;M$B;3| ...) ; compiling (DEFUN |A1AGG-;every?;M$B;4| ...) ; compiling (DEFUN |A1AGG-;position;M$I;5| ...) ; compiling (DEFUN |A1AGG-;find;M$U;6| ...) ; compiling (DEFUN |A1AGG-;count;M$Nni;7| ...) ; compiling (DEFUN |A1AGG-;map!;M2$;8| ...) ; compiling (DEFUN |A1AGG-;setelt;$Us2S;9| ...) ; compiling (DEFUN |A1AGG-;reduce;M$S;10| ...) ; compiling (DEFUN |A1AGG-;reduce;M$2S;11| ...) ; compiling (DEFUN |A1AGG-;reduce;M$3S;12| ...) ; compiling (DEFUN |A1AGG-;stupidnew| ...) ; compiling (DEFUN |A1AGG-;stupidget| ...) ; compiling (DEFUN |A1AGG-;map;M3$;15| ...) ; compiling (DEFUN |A1AGG-;merge;M3$;16| ...) ; compiling (DEFUN |A1AGG-;elt;$Us$;17| ...) ; compiling (DEFUN |A1AGG-;insert;2$I$;18| ...) ; compiling (DEFUN |A1AGG-;copy;2$;19| ...) ; compiling (DEFUN |A1AGG-;copyInto!;2$I$;20| ...) ; compiling (DEFUN |A1AGG-;construct;L$;21| ...) ; compiling (DEFUN |A1AGG-;delete;$Us$;22| ...) ; compiling (DEFUN |A1AGG-;delete;$I$;23| ...) ; compiling (DEFUN |A1AGG-;reverse!;2$;24| ...) ; compiling (DEFUN |A1AGG-;concat;L$;25| ...) ; compiling (DEFUN |A1AGG-;sorted?;M$B;26| ...) ; compiling (DEFUN |A1AGG-;concat;3$;27| ...) ; compiling (DEFUN |A1AGG-;coerce;$Of;28| ...) ; compiling (DEFUN |A1AGG-;=;2$B;29| ...) ; compiling (DEFUN |A1AGG-;position;S$2I;30| ...) ; file: /tmp/oa-Os4uMj/code.lsp ; in: DEFUN |A1AGG-;position;S$2I;30| ; (DEFUN BOOT::|A1AGG-;position;S$2I;30| ; (BOOT::|x| BOOT::|t| BOOT::|s| BOOT::$) ; (LET ((BOOT::|n| (BOOT::SPADCALL BOOT::|t| #))) ; (BOOT::SEQ (COND (# #)) ; (LET (#) ; (LOOP # ; #)) ; (BOOT::EXIT (- # 1))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|A1AGG-;position;S$2I;30| ; (BOOT::|x| BOOT::|t| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|A1AGG-;position;S$2I;30| ; (LET ((BOOT::|n| #)) ; (BOOT::SEQ (COND #) ; (LET # ; #) ; (BOOT::EXIT #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |A1AGG-;<;2$B;31| ...) ; file: /tmp/oa-Os4uMj/code.lsp ; in: DEFUN |A1AGG-;<;2$B;31| ; (DEFUN BOOT::|A1AGG-;<;2$B;31| (BOOT::|a| BOOT::|b| BOOT::$) ; (PROGN ; (LET ((BOOT::|i| #) (#:G780 #) (BOOT::|j| #) (#:G781 #)) ; (LOOP (COND # #) ; (SETQ #) ; (SETQ #))) ; (< (BOOT::SPADCALL BOOT::|a| (BOOT::|shellEntry| BOOT::$ 61)) ; (BOOT::SPADCALL BOOT::|b| (BOOT::|shellEntry| BOOT::$ 61))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|A1AGG-;<;2$B;31| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|A1AGG-;<;2$B;31| ; (PROGN ; (LET (# # # #) ; (LOOP # ; # ; #)) ; (< (BOOT::SPADCALL BOOT::|a| #) (BOOT::SPADCALL BOOT::|b| #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |OneDimensionalArrayAggregate&| ...) ; compiling (MAKEPROP (QUOTE |OneDimensionalArrayAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 3 notes ; /tmp/oa-Os4uMj/code.fasl written ; compilation finished in 0:00:00.166 ------------------------------------------------------------------------ finalizing NRLIB A1AGG Processing OneDimensionalArrayAggregate for Browser database: -- constructor ; compiling file "/tmp/oa-NUZHlp/code.lsp" (written 01 FEB 2016 10:59:10 PM): ; compiling (DEFPARAMETER |OneDimensionalArrayAggregate;AL| ...) ; compiling (DEFUN |OneDimensionalArrayAggregate;| ...) ; compiling (DEFUN |OneDimensionalArrayAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-NUZHlp/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile LSAGG.spad && cp LSAGG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LSAGG.fasl \ && if test -f LSAGG-.NRLIB/code.fasl; then \ cp LSAGG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LSAGG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LSAGG.spad using Spad compiler. LSAGG abbreviates category ListAggregate debug: compDefine1 lhs: (ListAggregate S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (ListAggregate S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for ListAggregate compiling into /tmp/oa-DWBUzq STYLE-WARNING: redefining BOOT::|ListAggregate| in DEFUN Time: 0.01 SEC. LSAGG- abbreviates package ListAggregate& ------------------------------------------------------------------------ initializing stationary directory for ListAggregate& compiling into /tmp/oa-hiS6zn compiling exported sort! : ((S,S) -> Boolean,A) -> A Time: 0.03 SEC. compiling exported list : S -> A Time: 0 SEC. compiling exported reduce : ((S,S) -> S,A) -> S Time: 0.01 SEC. compiling exported merge : ((S,S) -> Boolean,A,A) -> A Time: 0.00 SEC. compiling exported select! : (S -> Boolean,A) -> A Time: 0.00 SEC. compiling exported merge! : ((S,S) -> Boolean,A,A) -> A Time: 0.01 SEC. compiling exported insert! : (S,A,Integer) -> A Time: 0.04 SEC. compiling exported insert! : (A,A,Integer) -> A Time: 0.02 SEC. compiling exported remove! : (S -> Boolean,A) -> A Time: 0.00 SEC. compiling exported delete! : (A,Integer) -> A Time: 0.02 SEC. compiling exported delete! : (A,UniversalSegment Integer) -> A Time: 0.04 SEC. compiling exported find : (S -> Boolean,A) -> Union(S,failed) Time: 0.01 SEC. compiling exported position : (S -> Boolean,A) -> Integer Time: 0.01 SEC. compiling local mergeSort : ((S,S) -> Boolean,A,Integer) -> A Time: 0.01 SEC. compiling exported sorted? : ((S,S) -> Boolean,A) -> Boolean Time: 0.00 SEC. compiling exported reduce : ((S,S) -> S,A,S) -> S Time: 0.01 SEC. compiling exported reduce : ((S,S) -> S,A,S,S) -> S Time: 0.00 SEC. compiling exported new : (NonNegativeInteger,S) -> A Time: 0.01 SEC. compiling exported map : ((S,S) -> S,A,A) -> A Time: 0.02 SEC. compiling exported reverse! : A -> A Time: 0.00 SEC. compiling exported copy : A -> A Time: 0.04 SEC. compiling exported copyInto! : (A,A,Integer) -> A Time: 0.02 SEC. compiling exported position : (S,A,Integer) -> Integer Time: 0.01 SEC. compiling exported removeDuplicates! : A -> A Time: 0.00 SEC. compiling exported < : (A,A) -> Boolean Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor ListAggregate& Time: 0.37 seconds finalizing NRLIB LSAGG- ; compiling file "/tmp/oa-hiS6zn/code.lsp" (written 01 FEB 2016 10:59:10 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LSAGG-;sort!;M2$;1| ...) ; compiling (DEFUN |LSAGG-;list;S$;2| ...) ; compiling (DEFUN |LSAGG-;reduce;M$S;3| ...) ; compiling (DEFUN |LSAGG-;merge;M3$;4| ...) ; compiling (DEFUN |LSAGG-;select!;M2$;5| ...) ; compiling (DEFUN |LSAGG-;merge!;M3$;6| ...) ; compiling (DEFUN |LSAGG-;insert!;S$I$;7| ...) ; compiling (DEFUN |LSAGG-;insert!;2$I$;8| ...) ; compiling (DEFUN |LSAGG-;remove!;M2$;9| ...) ; compiling (DEFUN |LSAGG-;delete!;$I$;10| ...) ; compiling (DEFUN |LSAGG-;delete!;$Us$;11| ...) ; compiling (DEFUN |LSAGG-;find;M$U;12| ...) ; compiling (DEFUN |LSAGG-;position;M$I;13| ...) ; compiling (DEFUN |LSAGG-;mergeSort| ...) ; file: /tmp/oa-hiS6zn/code.lsp ; in: DEFUN |LSAGG-;mergeSort| ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |LSAGG-;sorted?;M$B;15| ...) ; compiling (DEFUN |LSAGG-;reduce;M$2S;16| ...) ; compiling (DEFUN |LSAGG-;reduce;M$3S;17| ...) ; compiling (DEFUN |LSAGG-;new;NniS$;18| ...) ; compiling (DEFUN |LSAGG-;map;M3$;19| ...) ; compiling (DEFUN |LSAGG-;reverse!;2$;20| ...) ; compiling (DEFUN |LSAGG-;copy;2$;21| ...) ; compiling (DEFUN |LSAGG-;copyInto!;2$I$;22| ...) ; compiling (DEFUN |LSAGG-;position;S$2I;23| ...) ; file: /tmp/oa-hiS6zn/code.lsp ; in: DEFUN |LSAGG-;position;S$2I;23| ; (DEFUN BOOT::|LSAGG-;position;S$2I;23| ; (BOOT::|w| BOOT::|x| BOOT::|s| BOOT::$) ; (PROG (BOOT::|k|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LSAGG-;position;S$2I;23| ; (BOOT::|w| BOOT::|x| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|LSAGG-;position;S$2I;23| ; (PROG (BOOT::|k|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |LSAGG-;removeDuplicates!;2$;24| ...) ; compiling (DEFUN |LSAGG-;removeDuplicates!;2$;24!0| ...) ; compiling (DEFUN |LSAGG-;<;2$B;25| ...) ; file: /tmp/oa-hiS6zn/code.lsp ; in: DEFUN |LSAGG-;<;2$B;25| ; (DEFUN BOOT::|LSAGG-;<;2$B;25| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SEQ (LOOP (COND (# #) (T #))) ; (BOOT::EXIT (AND (BOOT::SPADCALL BOOT::|x| #) (NOT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LSAGG-;<;2$B;25| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|LSAGG-;<;2$B;25| ; (BOOT::SEQ (LOOP (COND # #)) (BOOT::EXIT (AND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |ListAggregate&| ...) ; compiling (MAKEPROP (QUOTE |ListAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 3 notes ; /tmp/oa-hiS6zn/code.fasl written ; compilation finished in 0:00:00.098 ------------------------------------------------------------------------ finalizing NRLIB LSAGG Processing ListAggregate for Browser database: -- list : S -> % -- constructor ; compiling file "/tmp/oa-DWBUzq/code.lsp" (written 01 FEB 2016 10:59:10 PM): ; compiling (DEFPARAMETER |ListAggregate;AL| ...) ; compiling (DEFUN |ListAggregate;| ...) ; compiling (DEFUN |ListAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-DWBUzq/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SRAGG.spad && cp SRAGG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SRAGG.fasl \ && if test -f SRAGG-.NRLIB/code.fasl; then \ cp SRAGG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SRAGG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SRAGG.spad using Spad compiler. SRAGG abbreviates category StringAggregate debug: compDefine1 lhs: (StringAggregate) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for StringAggregate compiling into /tmp/oa-8WdCwb STYLE-WARNING: redefining BOOT::|StringAggregate| in DEFUN Time: 0.01 SEC. SRAGG- abbreviates package StringAggregate& ------------------------------------------------------------------------ initializing stationary directory for StringAggregate& compiling into /tmp/oa-nc1Y09 compiling exported trim : (S,Character) -> S Time: 0.02 SEC. compiling exported trim : (S,CharacterClass) -> S Time: 0 SEC. compiling exported lowerCase : S -> S Time: 0 SEC. compiling exported upperCase : S -> S Time: 0 SEC. compiling exported prefix? : (S,S) -> Boolean Time: 0.02 SEC. compiling exported coerce : Character -> S Time: 0.00 SEC. compiling exported elt : (S,S) -> S Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor StringAggregate& Time: 0.06 seconds finalizing NRLIB SRAGG- ; compiling file "/tmp/oa-nc1Y09/code.lsp" (written 01 FEB 2016 10:59:10 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SRAGG-;trim;$C$;1| ...) ; compiling (DEFUN |SRAGG-;trim;$Cc$;2| ...) ; compiling (DEFUN |SRAGG-;lowerCase;2$;3| ...) ; compiling (DEFUN |SRAGG-;upperCase;2$;4| ...) ; compiling (DEFUN |SRAGG-;prefix?;2$B;5| ...) ; file: /tmp/oa-nc1Y09/code.lsp ; in: DEFUN |SRAGG-;prefix?;2$B;5| ; (DEFUN BOOT::|SRAGG-;prefix?;2$B;5| (BOOT::|s| BOOT::|t| BOOT::$) ; (BOOT::SPADCALL BOOT::|s| BOOT::|t| ; (BOOT::SPADCALL BOOT::|t| (BOOT::|shellEntry| BOOT::$ 21)) ; (BOOT::|shellEntry| BOOT::$ 23))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SRAGG-;prefix?;2$B;5| ; (BOOT::|s| BOOT::|t| BOOT::$) ; (BLOCK BOOT::|SRAGG-;prefix?;2$B;5| ; (BOOT::SPADCALL BOOT::|s| BOOT::|t| ; (BOOT::SPADCALL BOOT::|t| ; (BOOT::|shellEntry| BOOT::$ 21)) ; (BOOT::|shellEntry| BOOT::$ 23)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |SRAGG-;coerce;C$;6| ...) ; compiling (DEFUN |SRAGG-;elt;3$;7| ...) ; compiling (DEFUN |StringAggregate&| ...) ; compiling (MAKEPROP (QUOTE |StringAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-nc1Y09/code.fasl written ; compilation finished in 0:00:00.020 ------------------------------------------------------------------------ finalizing NRLIB SRAGG Processing StringAggregate for Browser database: -- lowerCase : % -> % -- lowerCase! : % -> % -- upperCase : % -> % -- upperCase! : % -> % -- prefix? : (%,%) -> Boolean -- suffix? : (%,%) -> Boolean -- substring? : (%,%,Integer) -> Boolean -- match : (%,%,Character) -> NonNegativeInteger -- match? : (%,%,Character) -> Boolean -- replace : (%,UniversalSegment Integer,%) -> % -- position : (%,%,Integer) -> Integer -- position : (CharacterClass,%,Integer) -> Integer -- coerce : Character -> % -- split : (%,Character) -> List % -- split : (%,CharacterClass) -> List % -- trim : (%,Character) -> % -- trim : (%,CharacterClass) -> % -- leftTrim : (%,Character) -> % -- leftTrim : (%,CharacterClass) -> % --->../../x86_64-unknown-linux-gnu/src/algebra/aggcat.spad-->StringAggregate((leftTrim (% % CharacterClass))): Mismatch: left pren matches right pren "\\spad{leftTrim(s,cc)} returns \\spad{s} with all leading characters in \\spad{cc} deleted. For example,{} \\axiom{leftTrim(\"(abc)\",{} charClass \"()\")} returns \\axiom{\"abc)\"}." -- rightTrim : (%,Character) -> % -- rightTrim : (%,CharacterClass) -> % --->../../x86_64-unknown-linux-gnu/src/algebra/aggcat.spad-->StringAggregate((rightTrim (% % CharacterClass))): Mismatch: left brace matches right brace --->../../x86_64-unknown-linux-gnu/src/algebra/aggcat.spad-->StringAggregate((rightTrim (% % CharacterClass))): Missing right brace --->../../x86_64-unknown-linux-gnu/src/algebra/aggcat.spad-->StringAggregate((rightTrim (% % CharacterClass))): Missing right pren "\\spad{rightTrim(s,cc)} returns \\spad{s} with all trailing occurences of characters in \\spad{cc} deleted. For example,{} \\axiom{rightTrim(\"(abc)\",{} charClass \"()\")} returns \\axiom{\"(abc\"}." -- elt : (%,%) -> % -- constructor ; compiling file "/tmp/oa-8WdCwb/code.lsp" (written 01 FEB 2016 10:59:10 PM): ; compiling (DEFPARAMETER |StringAggregate;AL| ...) ; compiling (DEFUN |StringAggregate;| ...) ; compiling (DEFUN |StringAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-8WdCwb/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FSAGG.spad && cp FSAGG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FSAGG.fasl \ && if test -f FSAGG-.NRLIB/code.fasl; then \ cp FSAGG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FSAGG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FSAGG.spad using Spad compiler. FSAGG abbreviates category FiniteSetAggregate debug: compDefine1 lhs: (FiniteSetAggregate S) signature (pre-evaluate): ((Category) (SetCategory)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Category) (SetCategory)) debug: compDefine1 lhs: (FiniteSetAggregate S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for FiniteSetAggregate compiling into /tmp/oa-iQ91gh STYLE-WARNING: redefining BOOT::|FiniteSetAggregate| in DEFUN Time: 0.01 SEC. FSAGG- abbreviates package FiniteSetAggregate& ------------------------------------------------------------------------ initializing stationary directory for FiniteSetAggregate& compiling into /tmp/oa-rvU9lg compiling exported part? : (A,A) -> Boolean Time: 0.05 SEC. compiling exported = : (A,A) -> Boolean Time: 0.00 SEC. compiling exported brace : List S -> A Time: 0.01 SEC. compiling exported set : List S -> A Time: 0.00 SEC. compiling exported cardinality : A -> NonNegativeInteger Time: 0.00 SEC. compiling exported construct : List S -> A Time: 0.00 SEC. compiling exported count : (S,A) -> NonNegativeInteger Time: 0.00 SEC. compiling exported subset? : (A,A) -> Boolean Time: 0.01 SEC. compiling exported coerce : A -> OutputForm Time: 0.02 SEC. compiling exported intersect : (A,A) -> A Time: 0.00 SEC. compiling exported difference : (A,A) -> A Time: 0.01 SEC. compiling exported symmetricDifference : (A,A) -> A Time: 0.00 SEC. compiling exported union : (A,A) -> A Time: 0.00 SEC. compiling exported universe : () -> A Time: 0.01 SEC. compiling exported complement : A -> A Time: 0 SEC. compiling exported size : () -> NonNegativeInteger Time: 0.00 SEC. compiling exported index : PositiveInteger -> A Time: 0.02 SEC. compiling exported random : () -> A Time: 0.01 SEC. compiling exported lookup : A -> PositiveInteger Time: 0.02 SEC. compiling exported max : A -> S Time: 0.02 SEC. compiling exported min : A -> S Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor FiniteSetAggregate& Time: 0.23 seconds finalizing NRLIB FSAGG- ; compiling file "/tmp/oa-rvU9lg/code.lsp" (written 01 FEB 2016 10:59:11 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FSAGG-;part?;2$B;1| ...) ; file: /tmp/oa-rvU9lg/code.lsp ; in: DEFUN |FSAGG-;part?;2$B;1| ; (DEFUN BOOT::|FSAGG-;part?;2$B;1| (BOOT::|s| BOOT::|t| BOOT::$) ; (AND ; (< (BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 9)) ; (BOOT::SPADCALL BOOT::|t| (BOOT::|shellEntry| BOOT::$ 9))) ; (BOOT::SPADCALL BOOT::|s| ; (BOOT::SPADCALL BOOT::|s| BOOT::|t| ; (BOOT::|shellEntry| BOOT::$ 12)) ; (BOOT::|shellEntry| BOOT::$ 13)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FSAGG-;part?;2$B;1| ; (BOOT::|s| BOOT::|t| BOOT::$) ; (BLOCK BOOT::|FSAGG-;part?;2$B;1| ; (AND (< (BOOT::SPADCALL BOOT::|s| #) (BOOT::SPADCALL BOOT::|t| #)) ; (BOOT::SPADCALL BOOT::|s| (BOOT::SPADCALL BOOT::|s| BOOT::|t| #) ; (BOOT::|shellEntry| BOOT::$ 13))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FSAGG-;=;2$B;2| ...) ; file: /tmp/oa-rvU9lg/code.lsp ; in: DEFUN |FSAGG-;=;2$B;2| ; (DEFUN BOOT::|FSAGG-;=;2$B;2| (BOOT::|s| BOOT::|t| BOOT::$) ; (AND ; (EQL (BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 9)) ; (BOOT::SPADCALL BOOT::|t| (BOOT::|shellEntry| BOOT::$ 9))) ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|s| BOOT::|t| (BOOT::|shellEntry| BOOT::$ 17)) ; (BOOT::|shellEntry| BOOT::$ 18)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FSAGG-;=;2$B;2| ; (BOOT::|s| BOOT::|t| BOOT::$) ; (BLOCK BOOT::|FSAGG-;=;2$B;2| ; (AND (EQL (BOOT::SPADCALL BOOT::|s| #) (BOOT::SPADCALL BOOT::|t| #)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|s| BOOT::|t| #) ; (BOOT::|shellEntry| BOOT::$ 18))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FSAGG-;brace;L$;3| ...) ; compiling (DEFUN |FSAGG-;set;L$;4| ...) ; compiling (DEFUN |FSAGG-;cardinality;$Nni;5| ...) ; file: /tmp/oa-rvU9lg/code.lsp ; in: DEFUN |FSAGG-;cardinality;$Nni;5| ; (DEFUN BOOT::|FSAGG-;cardinality;$Nni;5| (BOOT::|s| BOOT::$) ; (BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 9))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FSAGG-;cardinality;$Nni;5| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|FSAGG-;cardinality;$Nni;5| ; (BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 9)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |FSAGG-;construct;L$;6| ...) ; compiling (DEFUN |FSAGG-;count;S$Nni;7| ...) ; compiling (DEFUN |FSAGG-;subset?;2$B;8| ...) ; compiling (DEFUN |FSAGG-;coerce;$Of;9| ...) ; compiling (DEFUN |FSAGG-;intersect;3$;10| ...) ; compiling (DEFUN |FSAGG-;difference;3$;11| ...) ; compiling (DEFUN |FSAGG-;symmetricDifference;3$;12| ...) ; compiling (DEFUN |FSAGG-;union;3$;13| ...) ; compiling (DEFUN |FSAGG-;universe;$;14| ...) ; compiling (DEFUN |FSAGG-;complement;2$;15| ...) ; compiling (DEFUN |FSAGG-;size;Nni;16| ...) ; compiling (DEFUN |FSAGG-;index;Pi$;17| ...) ; compiling (DEFUN |FSAGG-;random;$;18| ...) ; file: /tmp/oa-rvU9lg/code.lsp ; in: DEFUN |FSAGG-;random;$;18| ; '(BOOT::|PositiveInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |FSAGG-;lookup;$Pi;19| ...) ; compiling (DEFUN |FSAGG-;max;$S;20| ...) ; compiling (DEFUN |FSAGG-;min;$S;21| ...) ; compiling (DEFUN |FiniteSetAggregate&| ...) ; compiling (MAKEPROP (QUOTE |FiniteSetAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 4 notes ; /tmp/oa-rvU9lg/code.fasl written ; compilation finished in 0:00:00.084 ------------------------------------------------------------------------ finalizing NRLIB FSAGG Processing FiniteSetAggregate for Browser database: -- cardinality : % -> NonNegativeInteger -- complement : % -> % -- universe : () -> % -- max : % -> S -- min : % -> S -- constructor ; compiling file "/tmp/oa-iQ91gh/code.lsp" (written 01 FEB 2016 10:59:11 PM): ; compiling (DEFPARAMETER |FiniteSetAggregate;AL| ...) ; compiling (DEFUN |FiniteSetAggregate;| ...) ; compiling (DEFUN |FiniteSetAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-iQ91gh/code.fasl written ; compilation finished in 0:00:00.018 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile CLAGG.spad && cp CLAGG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CLAGG.fasl \ && if test -f CLAGG-.NRLIB/code.fasl; then \ cp CLAGG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CLAGG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CLAGG.spad using Spad compiler. CLAGG abbreviates category Collection debug: compDefine1 lhs: (Collection S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (Collection S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for Collection compiling into /tmp/oa-3kgkRW STYLE-WARNING: redefining BOOT::|Collection| in DEFUN Time: 0.01 SEC. CLAGG- abbreviates package Collection& ------------------------------------------------------------------------ initializing stationary directory for Collection& compiling into /tmp/oa-z1AlhX compiling exported remove : (S -> Boolean,A) -> A Time: 0.04 SEC. compiling exported select : (S -> Boolean,A) -> A Time: 0.01 SEC. compiling exported remove : (S,A) -> A Time: 0.00 SEC. compiling exported removeDuplicates : A -> A Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor Collection& Time: 0.06 seconds finalizing NRLIB CLAGG- ; compiling file "/tmp/oa-z1AlhX/code.lsp" (written 01 FEB 2016 10:59:11 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |CLAGG-;remove;M2$;1| ...) ; compiling (DEFUN |CLAGG-;select;M2$;2| ...) ; compiling (DEFUN |CLAGG-;remove;S2$;3| ...) ; compiling (DEFUN |CLAGG-;remove;S2$;3!0| ...) ; compiling (DEFUN |CLAGG-;removeDuplicates;2$;4| ...) ; compiling (DEFUN |Collection&| ...) ; compiling (MAKEPROP (QUOTE |Collection&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-z1AlhX/code.fasl written ; compilation finished in 0:00:00.029 ------------------------------------------------------------------------ finalizing NRLIB CLAGG Processing Collection for Browser database: -- construct : List S -> % -- remove : ((S -> Boolean),%) -> % -- select : ((S -> Boolean),%) -> % -- remove : (S,%) -> % -- removeDuplicates : % -> % -- constructor ; compiling file "/tmp/oa-3kgkRW/code.lsp" (written 01 FEB 2016 10:59:11 PM): ; compiling (DEFPARAMETER |Collection;AL| ...) ; compiling (DEFUN |Collection;| ...) ; compiling (DEFUN |Collection| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-3kgkRW/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile RCAGG.spad && cp RCAGG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RCAGG.fasl \ && if test -f RCAGG-.NRLIB/code.fasl; then \ cp RCAGG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RCAGG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RCAGG.spad using Spad compiler. RCAGG abbreviates category RecursiveAggregate debug: compDefine1 lhs: (RecursiveAggregate S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (RecursiveAggregate S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for RecursiveAggregate compiling into /tmp/oa-SshEcg STYLE-WARNING: redefining BOOT::|RecursiveAggregate| in DEFUN Time: 0.01 SEC. RCAGG- abbreviates package RecursiveAggregate& ------------------------------------------------------------------------ initializing stationary directory for RecursiveAggregate& compiling into /tmp/oa-0LCehh compiling exported elt : (A,value) -> S Time: 0.01 SEC. compiling exported setelt : (A,value,S) -> S Time: 0 SEC. compiling exported child? : (A,A) -> Boolean Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Warnings: [1] child?: member? has no value Cumulative Statistics for Constructor RecursiveAggregate& Time: 0.02 seconds finalizing NRLIB RCAGG- ; compiling file "/tmp/oa-0LCehh/code.lsp" (written 01 FEB 2016 10:59:11 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RCAGG-;elt;$valueS;1| ...) ; file: /tmp/oa-0LCehh/code.lsp ; in: DEFUN |RCAGG-;elt;$valueS;1| ; (DEFUN BOOT::|RCAGG-;elt;$valueS;1| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 8))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RCAGG-;elt;$valueS;1| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|RCAGG-;elt;$valueS;1| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 8)))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |RCAGG-;setelt;$value2S;2| ...) ; file: /tmp/oa-0LCehh/code.lsp ; in: DEFUN |RCAGG-;setelt;$value2S;2| ; (DEFUN BOOT::|RCAGG-;setelt;$value2S;2| ; (BOOT::|x| BOOT::T1 BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 11))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RCAGG-;setelt;$value2S;2| ; (BOOT::|x| BOOT::T1 BOOT::|y| BOOT::$) ; (BLOCK BOOT::|RCAGG-;setelt;$value2S;2| ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 11)))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |RCAGG-;child?;2$B;3| ...) ; file: /tmp/oa-0LCehh/code.lsp ; in: DEFUN |RCAGG-;child?;2$B;3| ; (DEFUN BOOT::|RCAGG-;child?;2$B;3| (BOOT::|x| BOOT::|l| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| ; (BOOT::SPADCALL BOOT::|l| (BOOT::|shellEntry| BOOT::$ 14)) ; (BOOT::|shellEntry| BOOT::$ 17))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RCAGG-;child?;2$B;3| ; (BOOT::|x| BOOT::|l| BOOT::$) ; (BLOCK BOOT::|RCAGG-;child?;2$B;3| ; (BOOT::SPADCALL BOOT::|x| ; (BOOT::SPADCALL BOOT::|l| ; (BOOT::|shellEntry| BOOT::$ 14)) ; (BOOT::|shellEntry| BOOT::$ 17)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |RecursiveAggregate&| ...) ; compiling (MAKEPROP (QUOTE |RecursiveAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 1 note ; /tmp/oa-0LCehh/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ finalizing NRLIB RCAGG Processing RecursiveAggregate for Browser database: -- children : % -> List % -- nodes : % -> List % -- leaf? : % -> Boolean -- value : % -> S -- elt : (%,"value") -> S -- cyclic? : % -> Boolean -- leaves : % -> List S -- distance : (%,%) -> Integer -- child? : (%,%) -> Boolean -- node? : (%,%) -> Boolean -- setchildren! : (%,List %) -> % -- setelt : (%,"value",S) -> S -- setvalue! : (%,S) -> S -- constructor ; compiling file "/tmp/oa-SshEcg/code.lsp" (written 01 FEB 2016 10:59:11 PM): ; compiling (DEFPARAMETER |RecursiveAggregate;AL| ...) ; compiling (DEFUN |RecursiveAggregate;| ...) ; compiling (DEFUN |RecursiveAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-SshEcg/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SETAGG.spad && cp SETAGG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SETAGG.fasl \ && if test -f SETAGG-.NRLIB/code.fasl; then \ cp SETAGG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SETAGG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SETAGG.spad using Spad compiler. SETAGG abbreviates category SetAggregate debug: compDefine1 lhs: (SetAggregate S) signature (pre-evaluate): ((Category) (SetCategory)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Category) (SetCategory)) debug: compDefine1 lhs: (SetAggregate S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for SetAggregate compiling into /tmp/oa-2zfeii STYLE-WARNING: redefining BOOT::|SetAggregate| in DEFUN Time: 0.01 SEC. SETAGG- abbreviates package SetAggregate& ------------------------------------------------------------------------ initializing stationary directory for SetAggregate& compiling into /tmp/oa-Di2wLj compiling exported symmetricDifference : (A,A) -> A Time: 0.01 SEC. compiling exported union : (A,S) -> A Time: 0.01 SEC. compiling exported union : (S,A) -> A Time: 0.00 SEC. compiling exported difference : (A,S) -> A Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor SetAggregate& Time: 0.03 seconds finalizing NRLIB SETAGG- ; compiling file "/tmp/oa-Di2wLj/code.lsp" (written 01 FEB 2016 10:59:12 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SETAGG-;symmetricDifference;3$;1| ...) ; compiling (DEFUN |SETAGG-;union;$S$;2| ...) ; compiling (DEFUN |SETAGG-;union;S2$;3| ...) ; compiling (DEFUN |SETAGG-;difference;$S$;4| ...) ; compiling (DEFUN |SetAggregate&| ...) ; compiling (MAKEPROP (QUOTE |SetAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-Di2wLj/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ finalizing NRLIB SETAGG Processing SetAggregate for Browser database: -- part? : (%,%) -> Boolean --->../../x86_64-unknown-linux-gnu/src/algebra/aggcat.spad-->SetAggregate((part? (Boolean % %))): Improper initial operator in comments: < "\\spad{s} < \\spad{t} returns \\spad{true} if all elements of set aggregate \\spad{s} are also elements of set aggregate \\spad{t}." -- brace : () -> % -- brace : List S -> % -- set : () -> % -- set : List S -> % -- intersect : (%,%) -> % -- difference : (%,%) -> % -- difference : (%,S) -> % -- symmetricDifference : (%,%) -> % -- subset? : (%,%) -> Boolean -- union : (%,%) -> % -- union : (%,S) -> % -- union : (S,%) -> % -- constructor ; compiling file "/tmp/oa-2zfeii/code.lsp" (written 01 FEB 2016 10:59:12 PM): ; compiling (DEFPARAMETER |SetAggregate;AL| ...) ; compiling (DEFUN |SetAggregate;| ...) ; compiling (DEFUN |SetAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-2zfeii/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MDAGG.spad && cp MDAGG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MDAGG.fasl \ && if test -f MDAGG-.NRLIB/code.fasl; then \ cp MDAGG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MDAGG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MDAGG.spad using Spad compiler. MDAGG abbreviates category MultiDictionary debug: compDefine1 lhs: (MultiDictionary S) signature (pre-evaluate): ((Category) (SetCategory)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Category) (SetCategory)) debug: compDefine1 lhs: (MultiDictionary S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for MultiDictionary compiling into /tmp/oa-dJfISB STYLE-WARNING: redefining BOOT::|MultiDictionary| in DEFUN Time: 0.02 SEC. finalizing NRLIB MDAGG Processing MultiDictionary for Browser database: -- insert! : (S,%,NonNegativeInteger) -> % -- removeDuplicates! : % -> % -- duplicates : % -> List Record(entry: S,count: NonNegativeInteger) -- constructor ; compiling file "/tmp/oa-dJfISB/code.lsp" (written 01 FEB 2016 10:59:12 PM): ; compiling (DEFPARAMETER |MultiDictionary;AL| ...) ; compiling (DEFUN |MultiDictionary;| ...) ; compiling (DEFUN |MultiDictionary| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-dJfISB/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MONOP.spad && cp MONOP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MONOP.fasl \ && if test -f MONOP-.NRLIB/code.fasl; then \ cp MONOP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MONOP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MONOP.spad using Spad compiler. MONOP abbreviates domain MonoidOperation debug: compDefine1 lhs: (MonoidOperation T$) signature (pre-evaluate): ((Join (MonoidOperatorCategory T$) (SetCategory) (CoercibleTo (SemiGroupOperation T$)) (CATEGORY domain (SIGNATURE monoidOperation ($ (Mapping T$ T$ T$) T$)))) (BasicType)) debug: evaluateType form: (Join (MonoidOperatorCategory T$) (SetCategory) (CoercibleTo (SemiGroupOperation T$)) (CATEGORY domain (SIGNATURE monoidOperation ($ (Mapping T$ T$ T$) T$)))) $param: (T$) debug: evaluateType form: (MonoidOperatorCategory T$) $param: (T$) Debug: evaluateType1 form: (MonoidOperatorCategory T$) debug: evaluateType1 x: T$ m: (BasicType) debug: evaluateType form: (SetCategory) $param: (T$) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CoercibleTo (SemiGroupOperation T$)) $param: (T$) Debug: evaluateType1 form: (CoercibleTo (SemiGroupOperation T$)) debug: evaluateType1 x: (SemiGroupOperation T$) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (T$) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SemiGroupOperation T$) $param: (T$) Debug: evaluateType1 form: (SemiGroupOperation T$) debug: evaluateType1 x: T$ m: (BasicType) debug: evalCategory d: (SemiGroupOperation T$) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE monoidOperation ($ (Mapping T$ T$ T$) T$))) $param: (T$) debug: evaluateType form: (Mapping T$ T$ T$) $param: (T$) debug: evaluateType form: T$ $param: (T$) debug: evaluateType form: T$ $param: (T$) debug: evaluateType form: T$ $param: (T$) debug: evaluateType form: T$ $param: (T$) debug: evaluateType form: (BasicType) $param: (T$) Debug: evaluateType1 form: (BasicType) debug: compDefine1 signature (post evaluate): ((Join (MonoidOperatorCategory T$) (SetCategory) (CoercibleTo (SemiGroupOperation T$)) (CATEGORY domain (SIGNATURE monoidOperation ($ (Mapping T$ T$ T$) T$)))) (BasicType)) debug: compDefine1 lhs: (MonoidOperation T$) signature (pre-evaluate): ((Join (MonoidOperatorCategory T$) (SetCategory) (CoercibleTo (SemiGroupOperation T$)) (CATEGORY domain (SIGNATURE monoidOperation ($ (Mapping T$ T$ T$) T$)))) NIL) debug: evaluateType form: (Join (MonoidOperatorCategory T$) (SetCategory) (CoercibleTo (SemiGroupOperation T$)) (CATEGORY domain (SIGNATURE monoidOperation ($ (Mapping T$ T$ T$) T$)))) $param: (T$) debug: evaluateType form: (MonoidOperatorCategory T$) $param: (T$) Debug: evaluateType1 form: (MonoidOperatorCategory T$) debug: evaluateType1 x: T$ m: (BasicType) debug: evaluateType form: (SetCategory) $param: (T$) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CoercibleTo (SemiGroupOperation T$)) $param: (T$) Debug: evaluateType1 form: (CoercibleTo (SemiGroupOperation T$)) debug: evaluateType1 x: (SemiGroupOperation T$) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (T$) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SemiGroupOperation T$) $param: (T$) Debug: evaluateType1 form: (SemiGroupOperation T$) debug: evaluateType1 x: T$ m: (BasicType) debug: evalCategory d: (SemiGroupOperation T$) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE monoidOperation ($ (Mapping T$ T$ T$) T$))) $param: (T$) debug: evaluateType form: (Mapping T$ T$ T$) $param: (T$) debug: evaluateType form: T$ $param: (T$) debug: evaluateType form: T$ $param: (T$) debug: evaluateType form: T$ $param: (T$) debug: evaluateType form: T$ $param: (T$) debug: compDefine1 signature (post evaluate): ((Join (MonoidOperatorCategory T$) (SetCategory) (CoercibleTo (SemiGroupOperation T$)) (CATEGORY domain (SIGNATURE monoidOperation ($ (Mapping T$ T$ T$) T$)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for MonoidOperation compiling into /tmp/oa-BlE7kO compiling exported monoidOperation : ((T,T) -> T,T) -> % Time: 0.01 SEC. compiling exported elt : (%,T,T) -> T Time: 0 SEC. compiling exported neutralValue : % -> T MONOP;neutralValue;$T$;3 is replaced by %tail Time: 0 SEC. compiling exported coerce : % -> SemiGroupOperation T MONOP;coerce;$Sgo;4 is replaced by %head Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] elt: first has no value [2] neutralValue: second has no value [3] coerce: first has no value Cumulative Statistics for Constructor MonoidOperation Time: 0.03 seconds --------------non extending category---------------------- MonoidOperation #1 of category Join(MonoidOperatorCategory #1, SetCategory,CoercibleTo SemiGroupOperation #1) with monoidOperation : (((#1,#1) -> #1),#1) -> % has no IF(hasSemiGroupOperation(#1)CoercibleTo(OutputForm()),IF(has #1CoercibleTo(OutputForm()),CoercibleTo OutputForm,%noBranch), %noBranch) ---------------------------------------------------------- finalizing NRLIB MONOP Processing MonoidOperation for Browser database: -- monoidOperation : (((T,T) -> T),T) -> % -- constructor ; compiling file "/tmp/oa-BlE7kO/code.lsp" (written 01 FEB 2016 10:59:12 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MONOP;neutralValue;$T$;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MONOP;coerce;$Sgo;4|) ...) ; compiling (DEFUN |MONOP;monoidOperation;MT$$;1| ...) ; compiling (DEFUN |MONOP;elt;$3T$;2| ...) ; compiling (DEFUN |MONOP;neutralValue;$T$;3| ...) ; compiling (DEFUN |MONOP;coerce;$Sgo;4| ...) ; compiling (DEFUN |MonoidOperation| ...) ; compiling (DEFUN |MonoidOperation;| ...) ; compiling (MAKEPROP (QUOTE |MonoidOperation|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-BlE7kO/code.fasl written ; compilation finished in 0:00:00.028 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SEXCAT.spad && cp SEXCAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SEXCAT.fasl \ && if test -f SEXCAT-.NRLIB/code.fasl; then \ cp SEXCAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SEXCAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SEXCAT.spad using Spad compiler. SEXCAT abbreviates category SExpressionCategory debug: compDefine1 lhs: (SExpressionCategory Str Sym Int Flt Expr) signature (pre-evaluate): ((Category) NIL NIL NIL NIL NIL) debug: evaluateType form: (Category) $param: (Str Sym Int Flt Expr) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for SExpressionCategory compiling into /tmp/oa-VbOXL4 STYLE-WARNING: redefining BOOT::|SExpressionCategory| in DEFUN Time: 0.02 SEC. finalizing NRLIB SEXCAT Processing SExpressionCategory for Browser database: -- eq : (%,%) -> Boolean -- null? : % -> Boolean -- atom? : % -> Boolean -- pair? : % -> Boolean -- list? : % -> Boolean -- string? : % -> Boolean -- symbol? : % -> Boolean -- integer? : % -> Boolean -- float? : % -> Boolean -- destruct : % -> List % -- string : % -> Str -- symbol : % -> Sym -- integer : % -> Int -- float : % -> Flt -- expr : % -> Expr -- car : % -> % -- cdr : % -> % -- #? : % -> Integer -- constructor ; compiling file "/tmp/oa-VbOXL4/code.lsp" (written 01 FEB 2016 10:59:12 PM): ; compiling (DEFPARAMETER |SExpressionCategory;AL| ...) ; compiling (DEFUN |SExpressionCategory;| ...) ; compiling (DEFUN |SExpressionCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-VbOXL4/code.fasl written ; compilation finished in 0:00:00.021 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ARITY.spad && cp ARITY.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ARITY.fasl \ && if test -f ARITY-.NRLIB/code.fasl; then \ cp ARITY-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ARITY-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ARITY.spad using Spad compiler. ARITY abbreviates domain Arity debug: compDefine1 lhs: (Arity) signature (pre-evaluate): ((Join (SetCategory) (RetractableTo (NonNegativeInteger)) (CATEGORY domain (SIGNATURE arbitrary ($) constant) (SIGNATURE zero? ((Boolean) $)) (SIGNATURE one? ((Boolean) $))))) debug: evaluateType form: (Join (SetCategory) (RetractableTo (NonNegativeInteger)) (CATEGORY domain (SIGNATURE arbitrary ($) constant) (SIGNATURE zero? ((Boolean) $)) (SIGNATURE one? ((Boolean) $)))) $param: NIL debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (RetractableTo (NonNegativeInteger)) $param: NIL Debug: evaluateType1 form: (RetractableTo (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE arbitrary ($) constant) (SIGNATURE zero? ((Boolean) $)) (SIGNATURE one? ((Boolean) $))) $param: NIL debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (RetractableTo (NonNegativeInteger)) (CATEGORY domain (SIGNATURE arbitrary ($) constant) (SIGNATURE zero? ((Boolean) $)) (SIGNATURE one? ((Boolean) $))))) ------------------------------------------------------------------------ initializing stationary directory for Arity compiling into /tmp/oa-kmNznj compiling exported arbitrary : () -> % ARITY;arbitrary;$;1 is replaced by -1 Time: 0.06 SEC. compiling exported zero? : % -> Boolean ARITY;zero?;$B;2 a is replaced by %ieq(a,0) Time: 0 SEC. compiling exported one? : % -> Boolean ARITY;one?;$B;3 a is replaced by %ieq(a,1) Time: 0.00 SEC. compiling exported hash : % -> SingleInteger ARITY;hash;$Si;4 is replaced by %hash Time: 0.01 SEC. compiling exported = : (%,%) -> Boolean ARITY;=;2$B;5 is replaced by %ieq Time: 0 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE arbitrary) m: (OutputForm) Time: 0.02 SEC. compiling exported coerce : NonNegativeInteger -> % Time: 0.02 SEC. compiling exported retractIfCan : % -> Union(NonNegativeInteger,failed) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor Arity Time: 0.15 seconds finalizing NRLIB ARITY Processing Arity for Browser database: -- arbitrary : () -> % --->../../x86_64-unknown-linux-gnu/src/algebra/term.spad-->Arity((arbitrary (%) constant)): Improper initial operator in comments: is "aribitrary is the arity of a function that accepts any number of arguments." -- zero? : % -> Boolean -- one? : % -> Boolean -- constructor ; compiling file "/tmp/oa-kmNznj/code.lsp" (written 01 FEB 2016 10:59:13 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ARITY;arbitrary;$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ARITY;zero?;$B;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ARITY;one?;$B;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ARITY;hash;$Si;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ARITY;=;2$B;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ARITY;arbitrary;$;1| ...) ; compiling (DEFUN |ARITY;zero?;$B;2| ...) ; compiling (DEFUN |ARITY;one?;$B;3| ...) ; compiling (DEFUN |ARITY;hash;$Si;4| ...) ; compiling (DEFUN |ARITY;=;2$B;5| ...) ; compiling (DEFUN |ARITY;coerce;$Of;6| ...) ; compiling (DEFUN |ARITY;coerce;Nni$;7| ...) ; file: /tmp/oa-kmNznj/code.lsp ; in: DEFUN |ARITY;coerce;Nni$;7| ; (DEFUN BOOT::|ARITY;coerce;Nni$;7| (BOOT::|n| BOOT::$) ; (COND ; ((< BOOT::|$ShortMaximum| BOOT::|n|) ; (BOOT::|error| "arity is too large for OpenAxiom")) ; (T (BOOT::SPADCALL BOOT::|n| (BOOT::|shellEntry| BOOT::$ 26))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ARITY;coerce;Nni$;7| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|ARITY;coerce;Nni$;7| ; (COND ; ((< BOOT::|$ShortMaximum| BOOT::|n|) ; (BOOT::|error| "arity is too large for OpenAxiom")) ; (T (BOOT::SPADCALL BOOT::|n| #))))) ; ; note: type assertion too complex to check: ; (VALUES FIXNUM &REST T). ; compiling (DEFUN |ARITY;retractIfCan;$U;8| ...) ; file: /tmp/oa-kmNznj/code.lsp ; in: DEFUN |ARITY;retractIfCan;$U;8| ; (BOOT::|moanRetract| BOOT::|n| '(BOOT::|NonNegativeInteger|)) ; ==> ; BOOT::|n| ; ; note: deleting unreachable code ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; (DEFUN BOOT::|ARITY;retractIfCan;$U;8| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|n| BOOT::|x|)) ; (COND ((MINUSP BOOT::|n|) (CONS 1 "failed")) (T (CONS 0 #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ARITY;retractIfCan;$U;8| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ARITY;retractIfCan;$U;8| ; (LET ((BOOT::|n| BOOT::|x|)) ; (COND (# #) (T #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |Arity| ...) ; compiling (DEFUN |Arity;| ...) ; compiling (MAKEPROP (QUOTE |Arity|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 3 notes ; /tmp/oa-kmNznj/code.fasl written ; compilation finished in 0:00:00.039 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile OPERCAT.spad && cp OPERCAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/OPERCAT.fasl \ && if test -f OPERCAT-.NRLIB/code.fasl; then \ cp OPERCAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/OPERCAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OPERCAT.spad using Spad compiler. OPERCAT abbreviates category OperatorCategory debug: compDefine1 lhs: (OperatorCategory S) signature (pre-evaluate): ((Category) (SetCategory)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Category) (SetCategory)) debug: compDefine1 lhs: (OperatorCategory S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for OperatorCategory compiling into /tmp/oa-mg6z8s STYLE-WARNING: redefining BOOT::|OperatorCategory| in DEFUN Time: 0.01 SEC. OPERCAT- abbreviates package OperatorCategory& ------------------------------------------------------------------------ initializing stationary directory for OperatorCategory& compiling into /tmp/oa-okZZtx compiling exported coerce : A -> OutputForm Time: 0.02 SEC. compiling exported is? : (A,S) -> Boolean Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor OperatorCategory& Time: 0.02 seconds finalizing NRLIB OPERCAT- ; compiling file "/tmp/oa-okZZtx/code.lsp" (written 01 FEB 2016 10:59:13 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |OPERCAT-;coerce;$Of;1| ...) ; compiling (DEFUN |OPERCAT-;is?;$SB;2| ...) ; file: /tmp/oa-okZZtx/code.lsp ; in: DEFUN |OPERCAT-;is?;$SB;2| ; (DEFUN BOOT::|OPERCAT-;is?;$SB;2| (BOOT::|op| BOOT::|n| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|op| (BOOT::|shellEntry| BOOT::$ 8)) ; BOOT::|n| (BOOT::|shellEntry| BOOT::$ 13))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|OPERCAT-;is?;$SB;2| ; (BOOT::|op| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|OPERCAT-;is?;$SB;2| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|op| (BOOT::|shellEntry| BOOT::$ 8)) BOOT::|n| ; (BOOT::|shellEntry| BOOT::$ 13)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |OperatorCategory&| ...) ; compiling (MAKEPROP (QUOTE |OperatorCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-okZZtx/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ finalizing NRLIB OPERCAT Processing OperatorCategory for Browser database: -- name : % -> S -- arity : % -> Arity -- is? : (%,S) -> Boolean -- constructor ; compiling file "/tmp/oa-mg6z8s/code.lsp" (written 01 FEB 2016 10:59:13 PM): ; compiling (DEFPARAMETER |OperatorCategory;AL| ...) ; compiling (DEFUN |OperatorCategory;| ...) ; compiling (DEFUN |OperatorCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-mg6z8s/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile COMBOPC.spad && cp COMBOPC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/COMBOPC.fasl \ && if test -f COMBOPC-.NRLIB/code.fasl; then \ cp COMBOPC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/COMBOPC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/COMBOPC.spad using Spad compiler. COMBOPC abbreviates category CombinatorialOpsCategory debug: compDefine1 lhs: (CombinatorialOpsCategory) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for CombinatorialOpsCategory compiling into /tmp/oa-rH3xYI STYLE-WARNING: redefining BOOT::|CombinatorialOpsCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB COMBOPC Processing CombinatorialOpsCategory for Browser database: -- factorials : % -> % -- factorials : (%,Symbol) -> % -- summation : (%,Symbol) -> % -- summation : (%,SegmentBinding %) -> % -- product : (%,Symbol) -> % -- product : (%,SegmentBinding %) -> % -- constructor ; compiling file "/tmp/oa-rH3xYI/code.lsp" (written 01 FEB 2016 10:59:13 PM): ; compiling (DEFPARAMETER |CombinatorialOpsCategory;AL| ...) ; compiling (DEFUN |CombinatorialOpsCategory;| ...) ; compiling (DEFUN |CombinatorialOpsCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-rH3xYI/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile EQ2.spad && cp EQ2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/EQ2.fasl \ && if test -f EQ2-.NRLIB/code.fasl; then \ cp EQ2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/EQ2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/EQ2.spad using Spad compiler. EQ2 abbreviates package EquationFunctions2 debug: compDefine1 lhs: (EquationFunctions2 S R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((Equation R) (Mapping R S) (Equation S)))) (Type) (Type)) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((Equation R) (Mapping R S) (Equation S)))) $param: (S R) debug: evaluateType form: (Equation R) $param: (S R) Debug: evaluateType1 form: (Equation R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (Mapping R S) $param: (S R) debug: evaluateType form: R $param: (S R) debug: evaluateType form: S $param: (S R) debug: evaluateType form: (Equation S) $param: (S R) Debug: evaluateType1 form: (Equation S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (Type) $param: (S R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Type) $param: (S R) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((Equation R) (Mapping R S) (Equation S)))) (Type) (Type)) debug: compDefine1 lhs: (EquationFunctions2 S R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((Equation R) (Mapping R S) (Equation S)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((Equation R) (Mapping R S) (Equation S)))) $param: (S R) debug: evaluateType form: (Equation R) $param: (S R) Debug: evaluateType1 form: (Equation R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (Mapping R S) $param: (S R) debug: evaluateType form: R $param: (S R) debug: evaluateType form: S $param: (S R) debug: evaluateType form: (Equation S) $param: (S R) Debug: evaluateType1 form: (Equation S) debug: evaluateType1 x: S m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((Equation R) (Mapping R S) (Equation S)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for EquationFunctions2 compiling into /tmp/oa-cKArvO compiling exported map : (S -> R,Equation S) -> Equation R Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor EquationFunctions2 Time: 0.01 seconds finalizing NRLIB EQ2 Processing EquationFunctions2 for Browser database: -- map : ((S -> R),Equation S) -> Equation R -- constructor ; compiling file "/tmp/oa-cKArvO/code.lsp" (written 01 FEB 2016 10:59:13 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |EQ2;map;MEE;1| ...) ; compiling (DEFUN |EquationFunctions2| ...) ; compiling (DEFUN |EquationFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |EquationFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-cKArvO/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile NONE1.spad && cp NONE1.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/NONE1.fasl \ && if test -f NONE1-.NRLIB/code.fasl; then \ cp NONE1-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/NONE1-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NONE1.spad using Spad compiler. NONE1 abbreviates package NoneFunctions1 debug: compDefine1 lhs: (NoneFunctions1 S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE coerce ((None) S))) (Type)) debug: evaluateType form: (CATEGORY package (SIGNATURE coerce ((None) S))) $param: (S) debug: evaluateType form: (None) $param: (S) Debug: evaluateType1 form: (None) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE coerce ((None) S))) (Type)) debug: compDefine1 lhs: (NoneFunctions1 S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE coerce ((None) S))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE coerce ((None) S))) $param: (S) debug: evaluateType form: (None) $param: (S) Debug: evaluateType1 form: (None) debug: evaluateType form: S $param: (S) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE coerce ((None) S))) NIL) ------------------------------------------------------------------------ initializing stationary directory for NoneFunctions1 compiling into /tmp/oa-CbmCRY compiling exported coerce : S -> None NONE1;coerce;SN;1 s is replaced by s Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor NoneFunctions1 Time: 0.00 seconds finalizing NRLIB NONE1 Processing NoneFunctions1 for Browser database: -- coerce : S -> None -- constructor ; compiling file "/tmp/oa-CbmCRY/code.lsp" (written 01 FEB 2016 10:59:13 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |NONE1;coerce;SN;1|) ...) ; compiling (DEFUN |NONE1;coerce;SN;1| ...) ; compiling (DEFUN |NoneFunctions1| ...) ; compiling (DEFUN |NoneFunctions1;| ...) ; compiling (MAKEPROP (QUOTE |NoneFunctions1|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-CbmCRY/code.fasl written ; compilation finished in 0:00:00.019 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile CONDUIT.spad && cp CONDUIT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CONDUIT.fasl \ && if test -f CONDUIT-.NRLIB/code.fasl; then \ cp CONDUIT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CONDUIT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CONDUIT.spad using Spad compiler. CONDUIT abbreviates category Conduit debug: compDefine1 lhs: (Conduit) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for Conduit compiling into /tmp/oa-NB8o29 STYLE-WARNING: redefining BOOT::|Conduit| in DEFUN Time: 0.00 SEC. finalizing NRLIB CONDUIT Processing Conduit for Browser database: -- close! : % -> % -- constructor ; compiling file "/tmp/oa-NB8o29/code.lsp" (written 01 FEB 2016 10:59:13 PM): ; compiling (DEFPARAMETER |Conduit;AL| ...) ; compiling (DEFUN |Conduit;| ...) ; compiling (DEFUN |Conduit| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-NB8o29/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile IOMODE.spad && cp IOMODE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IOMODE.fasl \ && if test -f IOMODE-.NRLIB/code.fasl; then \ cp IOMODE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IOMODE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IOMODE.spad using Spad compiler. IOMODE abbreviates domain IOMode debug: compDefine1 lhs: (IOMode) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE input ($) constant) (SIGNATURE output ($) constant) (SIGNATURE bothWays ($) constant) (SIGNATURE closed ($) constant)))) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (SIGNATURE input ($) constant) (SIGNATURE output ($) constant) (SIGNATURE bothWays ($) constant) (SIGNATURE closed ($) constant))) $param: NIL debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE input ($) constant) (SIGNATURE output ($) constant) (SIGNATURE bothWays ($) constant) (SIGNATURE closed ($) constant)) $param: NIL debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE input ($) constant) (SIGNATURE output ($) constant) (SIGNATURE bothWays ($) constant) (SIGNATURE closed ($) constant)))) ------------------------------------------------------------------------ initializing stationary directory for IOMode compiling into /tmp/oa-TiTutd compiling exported input : () -> % IOMODE;input;$;1 is replaced by $InputIOMode Time: 0.00 SEC. compiling exported output : () -> % IOMODE;output;$;2 is replaced by $OutputIOMode Time: 0 SEC. compiling exported bothWays : () -> % IOMODE;bothWays;$;3 is replaced by $BothWaysIOMode Time: 0 SEC. compiling exported closed : () -> % IOMODE;closed;$;4 is replaced by $ClosedIOMode Time: 0 SEC. compiling exported = : (%,%) -> Boolean IOMODE;=;2$B;5 is replaced by %peq Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE input) m: $EmptyMode Debug compQuote expr: (QUOTE input) m: (Symbol) Debug compQuote expr: (QUOTE output) m: $EmptyMode Debug compQuote expr: (QUOTE output) m: (Symbol) Debug compQuote expr: (QUOTE closed) m: $EmptyMode Debug compQuote expr: (QUOTE closed) m: (Symbol) Debug compQuote expr: (QUOTE bothWays) m: $EmptyMode Debug compQuote expr: (QUOTE bothWays) m: (Symbol) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor IOMode Time: 0.02 seconds finalizing NRLIB IOMODE Processing IOMode for Browser database: -- input : () -> % -- output : () -> % -- bothWays : () -> % -- closed : () -> % -- constructor ; compiling file "/tmp/oa-TiTutd/code.lsp" (written 01 FEB 2016 10:59:13 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IOMODE;input;$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IOMODE;output;$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IOMODE;bothWays;$;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IOMODE;closed;$;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IOMODE;=;2$B;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |IOMODE;input;$;1| ...) ; compiling (DEFUN |IOMODE;output;$;2| ...) ; compiling (DEFUN |IOMODE;bothWays;$;3| ...) ; compiling (DEFUN |IOMODE;closed;$;4| ...) ; compiling (DEFUN |IOMODE;=;2$B;5| ...) ; compiling (DEFUN |IOMODE;coerce;$Of;6| ...) ; compiling (DEFUN |IOMode| ...) ; compiling (DEFUN |IOMode;| ...) ; compiling (MAKEPROP (QUOTE |IOMode|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-TiTutd/code.fasl written ; compilation finished in 0:00:00.021 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile CTORKIND.spad && cp CTORKIND.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CTORKIND.fasl \ && if test -f CTORKIND-.NRLIB/code.fasl; then \ cp CTORKIND-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CTORKIND-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CTORKIND.spad using Spad compiler. CTORKIND abbreviates domain ConstructorKind debug: compDefine1 lhs: (ConstructorKind) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE category ($) constant) (SIGNATURE domain ($) constant) (SIGNATURE package ($) constant)))) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (SIGNATURE category ($) constant) (SIGNATURE domain ($) constant) (SIGNATURE package ($) constant))) $param: NIL debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE category ($) constant) (SIGNATURE domain ($) constant) (SIGNATURE package ($) constant)) $param: NIL debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE category ($) constant) (SIGNATURE domain ($) constant) (SIGNATURE package ($) constant)))) ------------------------------------------------------------------------ initializing stationary directory for ConstructorKind compiling into /tmp/oa-zC3lym compiling exported category : () -> % CTORKIND;category;$;1 is replaced by %categoryKind Time: 0 SEC. compiling exported domain : () -> % CTORKIND;domain;$;2 is replaced by %domainKind Time: 0 SEC. compiling exported package : () -> % CTORKIND;package;$;3 is replaced by %packageKind Time: 0 SEC. compiling exported = : (%,%) -> Boolean CTORKIND;=;2$B;4 is replaced by %peq Time: 0 SEC. compiling exported coerce : % -> OutputForm CTORKIND;coerce;$Of;5 k is replaced by k Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] coerce: : OutputForm -- replace by pretend Cumulative Statistics for Constructor ConstructorKind Time: 0.01 seconds finalizing NRLIB CTORKIND Processing ConstructorKind for Browser database: -- category : () -> % --->../../x86_64-unknown-linux-gnu/src/algebra/domain.spad-->ConstructorKind((category (%) constant)): Improper first word in comments: ` "`category' is the kind of category constructors" -- domain : () -> % --->../../x86_64-unknown-linux-gnu/src/algebra/domain.spad-->ConstructorKind((domain (%) constant)): Improper first word in comments: ` "`domain' is the kind of domain constructors" -- package : () -> % --->../../x86_64-unknown-linux-gnu/src/algebra/domain.spad-->ConstructorKind((package (%) constant)): Improper first word in comments: ` "`package' is the kind of package constructors." -- constructor ; compiling file "/tmp/oa-zC3lym/code.lsp" (written 01 FEB 2016 10:59:13 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CTORKIND;category;$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CTORKIND;domain;$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CTORKIND;package;$;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CTORKIND;=;2$B;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CTORKIND;coerce;$Of;5|) ...) ; compiling (DEFUN |CTORKIND;category;$;1| ...) ; compiling (DEFUN |CTORKIND;domain;$;2| ...) ; compiling (DEFUN |CTORKIND;package;$;3| ...) ; compiling (DEFUN |CTORKIND;=;2$B;4| ...) ; compiling (DEFUN |CTORKIND;coerce;$Of;5| ...) ; compiling (DEFUN |ConstructorKind| ...) ; compiling (DEFUN |ConstructorKind;| ...) ; compiling (MAKEPROP (QUOTE |ConstructorKind|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-zC3lym/code.fasl written ; compilation finished in 0:00:00.018 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PDMOD.spad && cp PDMOD.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PDMOD.fasl \ && if test -f PDMOD-.NRLIB/code.fasl; then \ cp PDMOD-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PDMOD-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PDMOD.spad using Spad compiler. PDMOD abbreviates category PartialDifferentialModule debug: compDefine1 lhs: (PartialDifferentialModule R S) signature (pre-evaluate): ((Category) (Ring) (BasicType)) debug: evaluateType form: (Category) $param: (R S) debug: evaluateType form: (Ring) $param: (R S) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (BasicType) $param: (R S) Debug: evaluateType1 form: (BasicType) debug: compDefine1 signature (post evaluate): ((Category) (Ring) (BasicType)) debug: compDefine1 lhs: (PartialDifferentialModule R S) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (R S) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PartialDifferentialModule compiling into /tmp/oa-ksvdPo STYLE-WARNING: redefining BOOT::|PartialDifferentialModule| in DEFUN Time: 0.02 SEC. finalizing NRLIB PDMOD Processing PartialDifferentialModule for Browser database: -- constructor ; compiling file "/tmp/oa-ksvdPo/code.lsp" (written 01 FEB 2016 10:59:14 PM): ; compiling (DEFPARAMETER |PartialDifferentialModule;AL| ...) ; compiling (DEFUN |PartialDifferentialModule;| ...) ; compiling (DEFUN |PartialDifferentialModule| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-ksvdPo/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile DMEXT.spad && cp DMEXT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DMEXT.fasl \ && if test -f DMEXT-.NRLIB/code.fasl; then \ cp DMEXT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DMEXT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DMEXT.spad using Spad compiler. DMEXT abbreviates category DifferentialModuleExtension debug: compDefine1 lhs: (DifferentialModuleExtension R) signature (pre-evaluate): ((Category) (Ring)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((Category) (Ring)) debug: compDefine1 lhs: (DifferentialModuleExtension R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for DifferentialModuleExtension compiling into /tmp/oa-DvgONx STYLE-WARNING: redefining BOOT::|DifferentialModuleExtension| in DEFUN Time: 0.01 SEC. finalizing NRLIB DMEXT Processing DifferentialModuleExtension for Browser database: -- constructor ; compiling file "/tmp/oa-DvgONx/code.lsp" (written 01 FEB 2016 10:59:14 PM): ; compiling (DEFPARAMETER |DifferentialModuleExtension;AL| ...) ; compiling (DEFUN |DifferentialModuleExtension;| ...) ; compiling (DEFUN |DifferentialModuleExtension| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-DvgONx/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MSETAGG.spad && cp MSETAGG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MSETAGG.fasl \ && if test -f MSETAGG-.NRLIB/code.fasl; then \ cp MSETAGG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MSETAGG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MSETAGG.spad using Spad compiler. MSETAGG abbreviates category MultisetAggregate debug: compDefine1 lhs: (MultisetAggregate S) signature (pre-evaluate): ((Category) (SetCategory)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Category) (SetCategory)) debug: compDefine1 lhs: (MultisetAggregate S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for MultisetAggregate compiling into /tmp/oa-dOYq1I STYLE-WARNING: redefining BOOT::|MultisetAggregate| in DEFUN Time: 0.01 SEC. finalizing NRLIB MSETAGG Processing MultisetAggregate for Browser database: -- constructor ; compiling file "/tmp/oa-dOYq1I/code.lsp" (written 01 FEB 2016 10:59:14 PM): ; compiling (DEFPARAMETER |MultisetAggregate;AL| ...) ; compiling (DEFUN |MultisetAggregate;| ...) ; compiling (DEFUN |MultisetAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-dOYq1I/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ITFUN3.spad && cp ITFUN3.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ITFUN3.fasl \ && if test -f ITFUN3-.NRLIB/code.fasl; then \ cp ITFUN3-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ITFUN3-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ITFUN3.spad using Spad compiler. ITFUN3 abbreviates package InfiniteTupleFunctions3 debug: compDefine1 lhs: (InfiniteTupleFunctions3 A B C) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((InfiniteTuple C) (Mapping C A B) (InfiniteTuple A) (InfiniteTuple B))) (SIGNATURE map ((Stream C) (Mapping C A B) (Stream A) (InfiniteTuple B))) (SIGNATURE map ((Stream C) (Mapping C A B) (InfiniteTuple A) (Stream B)))) (Type) (Type) (Type)) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((InfiniteTuple C) (Mapping C A B) (InfiniteTuple A) (InfiniteTuple B))) (SIGNATURE map ((Stream C) (Mapping C A B) (Stream A) (InfiniteTuple B))) (SIGNATURE map ((Stream C) (Mapping C A B) (InfiniteTuple A) (Stream B)))) $param: (A B C) debug: evaluateType form: (InfiniteTuple C) $param: (A B C) Debug: evaluateType1 form: (InfiniteTuple C) debug: evaluateType1 x: C m: (Type) debug: evaluateType form: (Mapping C A B) $param: (A B C) debug: evaluateType form: C $param: (A B C) debug: evaluateType form: A $param: (A B C) debug: evaluateType form: B $param: (A B C) debug: evaluateType form: (InfiniteTuple A) $param: (A B C) Debug: evaluateType1 form: (InfiniteTuple A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (InfiniteTuple B) $param: (A B C) Debug: evaluateType1 form: (InfiniteTuple B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: (Stream C) $param: (A B C) Debug: evaluateType1 form: (Stream C) debug: evaluateType1 x: C m: (Type) debug: evaluateType form: (Mapping C A B) $param: (A B C) debug: evaluateType form: C $param: (A B C) debug: evaluateType form: A $param: (A B C) debug: evaluateType form: B $param: (A B C) debug: evaluateType form: (Stream A) $param: (A B C) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (InfiniteTuple B) $param: (A B C) Debug: evaluateType1 form: (InfiniteTuple B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: (Stream C) $param: (A B C) Debug: evaluateType1 form: (Stream C) debug: evaluateType1 x: C m: (Type) debug: evaluateType form: (Mapping C A B) $param: (A B C) debug: evaluateType form: C $param: (A B C) debug: evaluateType form: A $param: (A B C) debug: evaluateType form: B $param: (A B C) debug: evaluateType form: (InfiniteTuple A) $param: (A B C) Debug: evaluateType1 form: (InfiniteTuple A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream B) $param: (A B C) Debug: evaluateType1 form: (Stream B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: (Type) $param: (A B C) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Type) $param: (A B C) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Type) $param: (A B C) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((InfiniteTuple C) (Mapping C A B) (InfiniteTuple A) (InfiniteTuple B))) (SIGNATURE map ((Stream C) (Mapping C A B) (Stream A) (InfiniteTuple B))) (SIGNATURE map ((Stream C) (Mapping C A B) (InfiniteTuple A) (Stream B)))) (Type) (Type) (Type)) debug: compDefine1 lhs: (InfiniteTupleFunctions3 A B C) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((InfiniteTuple C) (Mapping C A B) (InfiniteTuple A) (InfiniteTuple B))) (SIGNATURE map ((Stream C) (Mapping C A B) (Stream A) (InfiniteTuple B))) (SIGNATURE map ((Stream C) (Mapping C A B) (InfiniteTuple A) (Stream B)))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((InfiniteTuple C) (Mapping C A B) (InfiniteTuple A) (InfiniteTuple B))) (SIGNATURE map ((Stream C) (Mapping C A B) (Stream A) (InfiniteTuple B))) (SIGNATURE map ((Stream C) (Mapping C A B) (InfiniteTuple A) (Stream B)))) $param: (A B C) debug: evaluateType form: (InfiniteTuple C) $param: (A B C) Debug: evaluateType1 form: (InfiniteTuple C) debug: evaluateType1 x: C m: (Type) debug: evaluateType form: (Mapping C A B) $param: (A B C) debug: evaluateType form: C $param: (A B C) debug: evaluateType form: A $param: (A B C) debug: evaluateType form: B $param: (A B C) debug: evaluateType form: (InfiniteTuple A) $param: (A B C) Debug: evaluateType1 form: (InfiniteTuple A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (InfiniteTuple B) $param: (A B C) Debug: evaluateType1 form: (InfiniteTuple B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: (Stream C) $param: (A B C) Debug: evaluateType1 form: (Stream C) debug: evaluateType1 x: C m: (Type) debug: evaluateType form: (Mapping C A B) $param: (A B C) debug: evaluateType form: C $param: (A B C) debug: evaluateType form: A $param: (A B C) debug: evaluateType form: B $param: (A B C) debug: evaluateType form: (Stream A) $param: (A B C) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (InfiniteTuple B) $param: (A B C) Debug: evaluateType1 form: (InfiniteTuple B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: (Stream C) $param: (A B C) Debug: evaluateType1 form: (Stream C) debug: evaluateType1 x: C m: (Type) debug: evaluateType form: (Mapping C A B) $param: (A B C) debug: evaluateType form: C $param: (A B C) debug: evaluateType form: A $param: (A B C) debug: evaluateType form: B $param: (A B C) debug: evaluateType form: (InfiniteTuple A) $param: (A B C) Debug: evaluateType1 form: (InfiniteTuple A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream B) $param: (A B C) Debug: evaluateType1 form: (Stream B) debug: evaluateType1 x: B m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((InfiniteTuple C) (Mapping C A B) (InfiniteTuple A) (InfiniteTuple B))) (SIGNATURE map ((Stream C) (Mapping C A B) (Stream A) (InfiniteTuple B))) (SIGNATURE map ((Stream C) (Mapping C A B) (InfiniteTuple A) (Stream B)))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for InfiniteTupleFunctions3 compiling into /tmp/oa-MA56NR compiling exported map : ((A,B) -> C,InfiniteTuple A,InfiniteTuple B) -> InfiniteTuple C Time: 0.04 SEC. compiling exported map : ((A,B) -> C,Stream A,InfiniteTuple B) -> Stream C Time: 0.02 SEC. compiling exported map : ((A,B) -> C,InfiniteTuple A,Stream B) -> Stream C Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor InfiniteTupleFunctions3 Time: 0.07 seconds finalizing NRLIB ITFUN3 Processing InfiniteTupleFunctions3 for Browser database: -- map : (((A,B) -> C),IT A,IT B) -> IT C -- map : (((A,B) -> C),ST A,IT B) -> ST C -- map : (((A,B) -> C),IT A,ST B) -> ST C -- constructor ; compiling file "/tmp/oa-MA56NR/code.lsp" (written 01 FEB 2016 10:59:14 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ITFUN3;map;MItItIt;1| ...) ; compiling (DEFUN |ITFUN3;map;MSItS;2| ...) ; compiling (DEFUN |ITFUN3;map;MItSS;3| ...) ; compiling (DEFUN |InfiniteTupleFunctions3| ...) ; compiling (DEFUN |InfiniteTupleFunctions3;| ...) ; compiling (MAKEPROP (QUOTE |InfiniteTupleFunctions3|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-MA56NR/code.fasl written ; compilation finished in 0:00:00.022 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile STREAM1.spad && cp STREAM1.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/STREAM1.fasl \ && if test -f STREAM1-.NRLIB/code.fasl; then \ cp STREAM1-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/STREAM1-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/STREAM1.spad using Spad compiler. STREAM1 abbreviates package StreamFunctions1 debug: compDefine1 lhs: (StreamFunctions1 S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE concat ((Stream S) (Stream (Stream S))))) (Type)) debug: evaluateType form: (CATEGORY package (SIGNATURE concat ((Stream S) (Stream (Stream S))))) $param: (S) debug: evaluateType form: (Stream S) $param: (S) Debug: evaluateType1 form: (Stream S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (Stream (Stream S)) $param: (S) Debug: evaluateType1 form: (Stream (Stream S)) debug: evaluateType1 x: (Stream S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Stream S) $param: (S) Debug: evaluateType1 form: (Stream S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (Stream S) c: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE concat ((Stream S) (Stream (Stream S))))) (Type)) debug: compDefine1 lhs: (StreamFunctions1 S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE concat ((Stream S) (Stream (Stream S))))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE concat ((Stream S) (Stream (Stream S))))) $param: (S) debug: evaluateType form: (Stream S) $param: (S) Debug: evaluateType1 form: (Stream S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (Stream (Stream S)) $param: (S) Debug: evaluateType1 form: (Stream (Stream S)) debug: evaluateType1 x: (Stream S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Stream S) $param: (S) Debug: evaluateType1 form: (Stream S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (Stream S) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE concat ((Stream S) (Stream (Stream S))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for StreamFunctions1 compiling into /tmp/oa-ALI7E9 compiling exported concat : Stream Stream S -> Stream S Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor StreamFunctions1 Time: 0.03 seconds finalizing NRLIB STREAM1 Processing StreamFunctions1 for Browser database: -- concat : ST ST S -> ST S -- constructor ; compiling file "/tmp/oa-ALI7E9/code.lsp" (written 01 FEB 2016 10:59:14 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |STREAM1;concat;SS;1| ...) ; compiling (DEFUN |STREAM1;concat;SS;1!0| ...) ; compiling (DEFUN |StreamFunctions1| ...) ; compiling (DEFUN |StreamFunctions1;| ...) ; compiling (MAKEPROP (QUOTE |StreamFunctions1|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-ALI7E9/code.fasl written ; compilation finished in 0:00:00.027 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile STREAM2.spad && cp STREAM2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/STREAM2.fasl \ && if test -f STREAM2-.NRLIB/code.fasl; then \ cp STREAM2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/STREAM2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/STREAM2.spad using Spad compiler. STREAM2 abbreviates package StreamFunctions2 debug: compDefine1 lhs: (StreamFunctions2 A B) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((Stream B) (Mapping B A) (Stream A))) (SIGNATURE scan ((Stream B) B (Mapping B A B) (Stream A))) (SIGNATURE reduce (B B (Mapping B A B) (Stream A)))) (Type) (Type)) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((Stream B) (Mapping B A) (Stream A))) (SIGNATURE scan ((Stream B) B (Mapping B A B) (Stream A))) (SIGNATURE reduce (B B (Mapping B A B) (Stream A)))) $param: (A B) debug: evaluateType form: (Stream B) $param: (A B) Debug: evaluateType1 form: (Stream B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: (Mapping B A) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: (Stream A) $param: (A B) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream B) $param: (A B) Debug: evaluateType1 form: (Stream B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (Mapping B A B) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (Stream A) $param: (A B) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: B $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (Mapping B A B) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (Stream A) $param: (A B) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Type) $param: (A B) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Type) $param: (A B) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((Stream B) (Mapping B A) (Stream A))) (SIGNATURE scan ((Stream B) B (Mapping B A B) (Stream A))) (SIGNATURE reduce (B B (Mapping B A B) (Stream A)))) (Type) (Type)) debug: compDefine1 lhs: (StreamFunctions2 A B) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((Stream B) (Mapping B A) (Stream A))) (SIGNATURE scan ((Stream B) B (Mapping B A B) (Stream A))) (SIGNATURE reduce (B B (Mapping B A B) (Stream A)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((Stream B) (Mapping B A) (Stream A))) (SIGNATURE scan ((Stream B) B (Mapping B A B) (Stream A))) (SIGNATURE reduce (B B (Mapping B A B) (Stream A)))) $param: (A B) debug: evaluateType form: (Stream B) $param: (A B) Debug: evaluateType1 form: (Stream B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: (Mapping B A) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: (Stream A) $param: (A B) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream B) $param: (A B) Debug: evaluateType1 form: (Stream B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (Mapping B A B) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (Stream A) $param: (A B) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: B $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (Mapping B A B) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (Stream A) $param: (A B) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((Stream B) (Mapping B A) (Stream A))) (SIGNATURE scan ((Stream B) B (Mapping B A B) (Stream A))) (SIGNATURE reduce (B B (Mapping B A B) (Stream A)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for StreamFunctions2 compiling into /tmp/oa-faFA0j compiling local mapp : (A -> B,Stream A) -> Stream B Time: 0.03 SEC. compiling exported map : (A -> B,Stream A) -> Stream B Time: 0.02 SEC. compiling exported scan : (B,(A,B) -> B,Stream A) -> Stream B Time: 0.01 SEC. compiling exported reduce : (B,(A,B) -> B,Stream A) -> B Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor StreamFunctions2 Time: 0.08 seconds finalizing NRLIB STREAM2 Processing StreamFunctions2 for Browser database: -- map : ((A -> B),ST A) -> ST B -- scan : (B,((A,B) -> B),ST A) -> ST B -- reduce : (B,((A,B) -> B),ST A) -> B -- constructor ; compiling file "/tmp/oa-faFA0j/code.lsp" (written 01 FEB 2016 10:59:14 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |STREAM2;mapp| ...) ; compiling (DEFUN |STREAM2;mapp!0| ...) ; compiling (DEFUN |STREAM2;map;MSS;2| ...) ; compiling (DEFUN |STREAM2;scan;BMSS;3| ...) ; compiling (DEFUN |STREAM2;scan;BMSS;3!0| ...) ; compiling (DEFUN |STREAM2;reduce;BMSB;4| ...) ; compiling (DEFUN |StreamFunctions2| ...) ; compiling (DEFUN |StreamFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |StreamFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-faFA0j/code.fasl written ; compilation finished in 0:00:00.035 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile STREAM3.spad && cp STREAM3.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/STREAM3.fasl \ && if test -f STREAM3-.NRLIB/code.fasl; then \ cp STREAM3-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/STREAM3-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/STREAM3.spad using Spad compiler. STREAM3 abbreviates package StreamFunctions3 debug: compDefine1 lhs: (StreamFunctions3 A B C) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((Stream C) (Mapping C A B) (Stream A) (Stream B)))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((Stream C) (Mapping C A B) (Stream A) (Stream B)))) $param: (A B C) debug: evaluateType form: (Stream C) $param: (A B C) Debug: evaluateType1 form: (Stream C) debug: evaluateType1 x: C m: (Type) debug: evaluateType form: (Mapping C A B) $param: (A B C) debug: evaluateType form: C $param: (A B C) debug: evaluateType form: A $param: (A B C) debug: evaluateType form: B $param: (A B C) debug: evaluateType form: (Stream A) $param: (A B C) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream B) $param: (A B C) Debug: evaluateType1 form: (Stream B) debug: evaluateType1 x: B m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((Stream C) (Mapping C A B) (Stream A) (Stream B)))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for StreamFunctions3 compiling into /tmp/oa-F88tWu compiling local mapp : ((A,B) -> C,Stream A,Stream B) -> Stream C Time: 0.04 SEC. compiling exported map : ((A,B) -> C,Stream A,Stream B) -> Stream C Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor StreamFunctions3 Time: 0.07 seconds finalizing NRLIB STREAM3 Processing StreamFunctions3 for Browser database: -- map : (((A,B) -> C),ST A,ST B) -> ST C -- constructor ; compiling file "/tmp/oa-F88tWu/code.lsp" (written 01 FEB 2016 10:59:15 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |STREAM3;mapp| ...) ; compiling (DEFUN |STREAM3;mapp!0| ...) ; compiling (DEFUN |STREAM3;map;MSSS;2| ...) ; compiling (DEFUN |STREAM3;map;MSSS;2!1| ...) ; compiling (DEFUN |STREAM3;map;MSSS;2!0| ...) ; compiling (DEFUN |StreamFunctions3| ...) ; compiling (DEFUN |StreamFunctions3;| ...) ; compiling (MAKEPROP (QUOTE |StreamFunctions3|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-F88tWu/code.fasl written ; compilation finished in 0:00:00.039 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ANY1.spad && cp ANY1.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ANY1.fasl \ && if test -f ANY1-.NRLIB/code.fasl; then \ cp ANY1-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ANY1-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ANY1.spad using Spad compiler. ANY1 abbreviates package AnyFunctions1 debug: compDefine1 lhs: (AnyFunctions1 S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE coerce ((Any) S)) (SIGNATURE retractIfCan ((Union S failed) (Any))) (SIGNATURE retractable? ((Boolean) (Any))) (SIGNATURE retract (S (Any)))) (Type)) debug: evaluateType form: (CATEGORY package (SIGNATURE coerce ((Any) S)) (SIGNATURE retractIfCan ((Union S failed) (Any))) (SIGNATURE retractable? ((Boolean) (Any))) (SIGNATURE retract (S (Any)))) $param: (S) debug: evaluateType form: (Any) $param: (S) Debug: evaluateType1 form: (Any) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Union S failed) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: failed $param: (S) debug: evaluateType form: (Any) $param: (S) Debug: evaluateType1 form: (Any) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Any) $param: (S) Debug: evaluateType1 form: (Any) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Any) $param: (S) Debug: evaluateType1 form: (Any) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE coerce ((Any) S)) (SIGNATURE retractIfCan ((Union S failed) (Any))) (SIGNATURE retractable? ((Boolean) (Any))) (SIGNATURE retract (S (Any)))) (Type)) debug: compDefine1 lhs: (AnyFunctions1 S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE coerce ((Any) S)) (SIGNATURE retractIfCan ((Union S failed) (Any))) (SIGNATURE retractable? ((Boolean) (Any))) (SIGNATURE retract (S (Any)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE coerce ((Any) S)) (SIGNATURE retractIfCan ((Union S failed) (Any))) (SIGNATURE retractable? ((Boolean) (Any))) (SIGNATURE retract (S (Any)))) $param: (S) debug: evaluateType form: (Any) $param: (S) Debug: evaluateType1 form: (Any) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Union S failed) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: failed $param: (S) debug: evaluateType form: (Any) $param: (S) Debug: evaluateType1 form: (Any) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Any) $param: (S) Debug: evaluateType1 form: (Any) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Any) $param: (S) Debug: evaluateType1 form: (Any) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE coerce ((Any) S)) (SIGNATURE retractIfCan ((Union S failed) (Any))) (SIGNATURE retractable? ((Boolean) (Any))) (SIGNATURE retract (S (Any)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for AnyFunctions1 compiling into /tmp/oa-g02l2H importing NoneFunctions1 S compiling exported coerce : S -> Any Time: 0.02 SEC. compiling exported retractable? : Any -> Boolean Time: 0 SEC. compiling exported retractIfCan : Any -> Union(S,failed) Time: 0 SEC. compiling exported retract : Any -> S Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor AnyFunctions1 Time: 0.02 seconds finalizing NRLIB ANY1 Processing AnyFunctions1 for Browser database: -- coerce : S -> Any -- retractIfCan : Any -> Union(S,"failed") -- retractable? : Any -> Boolean -- retract : Any -> S -- constructor ; compiling file "/tmp/oa-g02l2H/code.lsp" (written 01 FEB 2016 10:59:15 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ANY1;coerce;SA;1| ...) ; compiling (DEFUN |ANY1;retractable?;AB;2| ...) ; compiling (DEFUN |ANY1;retractIfCan;AU;3| ...) ; compiling (DEFUN |ANY1;retract;AS;4| ...) ; compiling (DEFUN |AnyFunctions1| ...) ; compiling (DEFUN |AnyFunctions1;| ...) ; compiling (MAKEPROP (QUOTE |AnyFunctions1|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-g02l2H/code.fasl written ; compilation finished in 0:00:00.027 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ALIST.spad && cp ALIST.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ALIST.fasl \ && if test -f ALIST-.NRLIB/code.fasl; then \ cp ALIST-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ALIST-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ALIST.spad using Spad compiler. ALIST abbreviates domain AssociationList debug: compDefine1 lhs: (AssociationList Key Entry) signature (pre-evaluate): ((AssociationListAggregate Key Entry) (SetCategory) (SetCategory)) debug: evaluateType form: (AssociationListAggregate Key Entry) $param: (Key Entry) Debug: evaluateType1 form: (AssociationListAggregate Key Entry) debug: evaluateType1 x: Key m: (SetCategory) debug: evaluateType1 x: Entry m: (SetCategory) debug: evaluateType form: (SetCategory) $param: (Key Entry) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (SetCategory) $param: (Key Entry) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((AssociationListAggregate Key Entry) (SetCategory) (SetCategory)) debug: compDefine1 lhs: (AssociationList Key Entry) signature (pre-evaluate): ((AssociationListAggregate Key Entry) NIL NIL) debug: evaluateType form: (AssociationListAggregate Key Entry) $param: (Key Entry) Debug: evaluateType1 form: (AssociationListAggregate Key Entry) debug: evaluateType1 x: Key m: (SetCategory) debug: evaluateType1 x: Entry m: (SetCategory) debug: compDefine1 signature (post evaluate): ((AssociationListAggregate Key Entry) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for AssociationList compiling into /tmp/oa-k7JT1W compiling exported dictionary : () -> % ALIST;dictionary;$;1 is replaced by %list %nil Time: 0.06 SEC. compiling exported dictionary : List Record(key: Key,entry: Entry) -> % ALIST;dictionary;L$;2 is replaced by %list Time: 0.01 SEC. compiling exported empty : () -> % ALIST;empty;$;3 is replaced by %list %nil Time: 0 SEC. compiling exported empty? : % -> Boolean ALIST;empty?;$B;4 t is replaced by %lempty? %head t Time: 0.01 SEC. compiling exported entries : % -> List Record(key: Key,entry: Entry) ALIST;entries;$L;5 is replaced by %head Time: 0.01 SEC. compiling exported members : % -> List Record(key: Key,entry: Entry) ALIST;members;$L;6 is replaced by %head Time: 0.01 SEC. compiling exported keys : % -> List Key Time: 0.02 SEC. compiling exported # : % -> NonNegativeInteger ALIST;#;$Nni;8 t is replaced by %llength %head t Time: 0.06 SEC. compiling exported first : % -> Record(key: Key,entry: Entry) ALIST;first;$R;9 t is replaced by SPADfirst %head t Time: 0.01 SEC. compiling exported rest : % -> % ALIST;rest;2$;10 t is replaced by %list %tail %head t Time: 0.01 SEC. compiling exported concat : (Record(key: Key,entry: Entry),%) -> % ALIST;concat;R2$;11(p,t) is replaced by %list %pair(p,%head t) Time: 0.01 SEC. compiling exported setrest! : (%,%) -> % Time: 0.01 SEC. compiling exported setfirst! : (%,Record(key: Key,entry: Entry)) -> Record(key: Key,entry: Entry) Time: 0.01 SEC. compiling exported minIndex : % -> Integer ALIST;minIndex;$I;14 a is replaced by 1 Time: 0.02 SEC. compiling exported maxIndex : % -> Integer Time: 0.02 SEC. compiling exported search : (Key,%) -> Union(Entry,failed) Time: 0.02 SEC. compiling exported latex : % -> String Time: 0.04 SEC. compiling exported assoc : (Key,%) -> Maybe Record(key: Key,entry: Entry) Time: 0.02 SEC. compiling exported setelt : (%,Key,Entry) -> Entry Time: 0.02 SEC. compiling exported remove! : (Key,%) -> Union(Entry,failed) Time: 0.05 SEC. (time taken in buildFunctor: 172) Time: 0.22 SEC. Cumulative Statistics for Constructor AssociationList Time: 0.63 seconds finalizing NRLIB ALIST Processing AssociationList for Browser database: -- constructor ; compiling file "/tmp/oa-k7JT1W/code.lsp" (written 01 FEB 2016 10:59:16 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ALIST;dictionary;$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ALIST;dictionary;L$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ALIST;empty;$;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ALIST;empty?;$B;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ALIST;entries;$L;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ALIST;members;$L;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ALIST;#;$Nni;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ALIST;first;$R;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ALIST;rest;2$;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ALIST;concat;R2$;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ALIST;minIndex;$I;14|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ALIST;dictionary;$;1| ...) ; compiling (DEFUN |ALIST;dictionary;L$;2| ...) ; compiling (DEFUN |ALIST;empty;$;3| ...) ; compiling (DEFUN |ALIST;empty?;$B;4| ...) ; compiling (DEFUN |ALIST;entries;$L;5| ...) ; compiling (DEFUN |ALIST;members;$L;6| ...) ; compiling (DEFUN |ALIST;keys;$L;7| ...) ; file: /tmp/oa-k7JT1W/code.lsp ; in: DEFUN |ALIST;keys;$L;7| ; (DEFUN BOOT::|ALIST;keys;$L;7| (BOOT::|t| BOOT::$) ; (LET ((#:G1278 (CAR BOOT::|t|)) (#:G560 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G1278 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ALIST;keys;$L;7| ; (BOOT::|t| BOOT::$) ; (BLOCK BOOT::|ALIST;keys;$L;7| ; (LET ((#:G1278 #) (#:G560 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |ALIST;#;$Nni;8| ...) ; compiling (DEFUN |ALIST;first;$R;9| ...) ; file: /tmp/oa-k7JT1W/code.lsp ; in: DEFUN |ALIST;first;$R;9| ; (DEFUN BOOT::|ALIST;first;$R;9| (BOOT::|t| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|SPADfirst| (CAR BOOT::|t|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ALIST;first;$R;9| ; (BOOT::|t| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|ALIST;first;$R;9| (BOOT::|SPADfirst| (CAR BOOT::|t|)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ALIST;rest;2$;10| ...) ; compiling (DEFUN |ALIST;concat;R2$;11| ...) ; compiling (DEFUN |ALIST;setrest!;3$;12| ...) ; compiling (DEFUN |ALIST;setfirst!;$2R;13| ...) ; file: /tmp/oa-k7JT1W/code.lsp ; in: DEFUN |ALIST;setfirst!;$2R;13| ; (DEFUN BOOT::|ALIST;setfirst!;$2R;13| (BOOT::|a| BOOT::|p| BOOT::$) ; (BOOT::SPADCALL (CAR BOOT::|a|) BOOT::|p| (BOOT::|shellEntry| BOOT::$ 36))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ALIST;setfirst!;$2R;13| ; (BOOT::|a| BOOT::|p| BOOT::$) ; (BLOCK BOOT::|ALIST;setfirst!;$2R;13| ; (BOOT::SPADCALL (CAR BOOT::|a|) BOOT::|p| ; (BOOT::|shellEntry| BOOT::$ 36)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ALIST;minIndex;$I;14| ...) ; file: /tmp/oa-k7JT1W/code.lsp ; in: DEFUN |ALIST;minIndex;$I;14| ; (DEFUN BOOT::|ALIST;minIndex;$I;14| (BOOT::|a| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; 1) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ALIST;minIndex;$I;14| ; (BOOT::|a| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|ALIST;minIndex;$I;14| 1)) ; ; caught STYLE-WARNING: ; The variable |a| is defined but never used. ; compiling (DEFUN |ALIST;maxIndex;$I;15| ...) ; file: /tmp/oa-k7JT1W/code.lsp ; in: DEFUN |ALIST;maxIndex;$I;15| ; (DEFUN BOOT::|ALIST;maxIndex;$I;15| (BOOT::|a| BOOT::$) ; (BOOT::SPADCALL (CAR BOOT::|a|) (BOOT::|shellEntry| BOOT::$ 41))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ALIST;maxIndex;$I;15| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|ALIST;maxIndex;$I;15| ; (BOOT::SPADCALL (CAR BOOT::|a|) (BOOT::|shellEntry| BOOT::$ 41)))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |ALIST;search;Key$U;16| ...) ; compiling (DEFUN |ALIST;latex;$S;17| ...) ; file: /tmp/oa-k7JT1W/code.lsp ; in: DEFUN |ALIST;latex;$S;17| ; (DEFUN BOOT::|ALIST;latex;$S;17| (BOOT::|a| BOOT::$) ; (PROG (BOOT::|r|) ; (RETURN ; (LET (# #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ALIST;latex;$S;17| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|ALIST;latex;$S;17| ; (PROG (BOOT::|r|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |ALIST;assoc;Key$M;18| ...) ; compiling (DEFUN |ALIST;setelt;$Key2Entry;19| ...) ; compiling (DEFUN |ALIST;remove!;Key$U;20| ...) ; compiling (DEFUN |AssociationList| ...) ; compiling (DEFUN |AssociationList;| ...) ; compiling (MAKEPROP (QUOTE |AssociationList|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 5 notes ; /tmp/oa-k7JT1W/code.fasl written ; compilation finished in 0:00:00.103 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile RTVALUE.spad && cp RTVALUE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RTVALUE.fasl \ && if test -f RTVALUE-.NRLIB/code.fasl; then \ cp RTVALUE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RTVALUE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RTVALUE.spad using Spad compiler. RTVALUE abbreviates domain RuntimeValue debug: compDefine1 lhs: (RuntimeValue) signature (pre-evaluate): ((Join (Type) (CATEGORY domain (SIGNATURE eq ((Boolean) $ $))))) debug: evaluateType form: (Join (Type) (CATEGORY domain (SIGNATURE eq ((Boolean) $ $)))) $param: NIL debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE eq ((Boolean) $ $))) $param: NIL debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: compDefine1 signature (post evaluate): ((Join (Type) (CATEGORY domain (SIGNATURE eq ((Boolean) $ $))))) ------------------------------------------------------------------------ initializing stationary directory for RuntimeValue compiling into /tmp/oa-buHuQX compiling exported eq : (%,%) -> Boolean RTVALUE;eq;2$B;1 is replaced by %peq Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor RuntimeValue Time: 0.00 seconds finalizing NRLIB RTVALUE Processing RuntimeValue for Browser database: -- eq : (%,%) -> Boolean -- constructor ; compiling file "/tmp/oa-buHuQX/code.lsp" (written 01 FEB 2016 10:59:16 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |RTVALUE;eq;2$B;1|) ...) ; compiling (DEFUN |RTVALUE;eq;2$B;1| ...) ; compiling (DEFUN |RuntimeValue| ...) ; compiling (DEFUN |RuntimeValue;| ...) ; compiling (MAKEPROP (QUOTE |RuntimeValue|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-buHuQX/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SYSPTR.spad && cp SYSPTR.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SYSPTR.fasl \ && if test -f SYSPTR-.NRLIB/code.fasl; then \ cp SYSPTR-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SYSPTR-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SYSPTR.spad using Spad compiler. SYSPTR abbreviates domain SystemPointer debug: compDefine1 lhs: (SystemPointer) signature (pre-evaluate): ((SetCategory)) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((SetCategory)) ------------------------------------------------------------------------ initializing stationary directory for SystemPointer compiling into /tmp/oa-YPXqO3 compiling exported = : (%,%) -> Boolean SYSPTR;=;2$B;1 is replaced by %sptreq Time: 0.00 SEC. compiling exported coerce : % -> OutputForm SYSPTR;coerce;$Of;2 x is replaced by FORMAT(NIL,"~A",x) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor SystemPointer Time: 0.02 seconds finalizing NRLIB SYSPTR Processing SystemPointer for Browser database: -- constructor ; compiling file "/tmp/oa-YPXqO3/code.lsp" (written 01 FEB 2016 10:59:16 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYSPTR;=;2$B;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYSPTR;coerce;$Of;2|) ...) ; compiling (DEFUN |SYSPTR;=;2$B;1| ...) ; compiling (DEFUN |SYSPTR;coerce;$Of;2| ...) ; compiling (DEFUN |SystemPointer| ...) ; compiling (DEFUN |SystemPointer;| ...) ; compiling (MAKEPROP (QUOTE |SystemPointer|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-YPXqO3/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ATTREG.spad && cp ATTREG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ATTREG.fasl \ && if test -f ATTREG-.NRLIB/code.fasl; then \ cp ATTREG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ATTREG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ATTREG.spad using Spad compiler. ATTREG abbreviates category AttributeRegistry debug: compDefine1 lhs: (AttributeRegistry) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for AttributeRegistry compiling into /tmp/oa-FeWmLd STYLE-WARNING: redefining BOOT::|AttributeRegistry| in DEFUN Time: 0.01 SEC. finalizing NRLIB ATTREG Processing AttributeRegistry for Browser database: -- commutative : "*" -> attribute -- noZeroDivisors : () -> attribute -- canonicalUnitNormal : () -> attribute -- partiallyOrderedSet : () -> attribute -- additiveValuation : () -> attribute -- multiplicativeValuation : () -> attribute -- canonical : () -> attribute -- constructor ; compiling file "/tmp/oa-FeWmLd/code.lsp" (written 01 FEB 2016 10:59:16 PM): ; compiling (DEFPARAMETER |AttributeRegistry;AL| ...) ; compiling (DEFUN |AttributeRegistry;| ...) ; compiling (DEFUN |AttributeRegistry| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-FeWmLd/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile REF.spad && cp REF.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/REF.fasl \ && if test -f REF-.NRLIB/code.fasl; then \ cp REF-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/REF-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/REF.spad using Spad compiler. REF abbreviates domain Reference debug: compDefine1 lhs: (Reference S) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE ref ($ S)) (SIGNATURE deref (S $)) (SIGNATURE setref (S $ S)) (SIGNATURE = ((Boolean) $ $)))) (Type)) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (SIGNATURE ref ($ S)) (SIGNATURE deref (S $)) (SIGNATURE setref (S $ S)) (SIGNATURE = ((Boolean) $ $)))) $param: (S) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE ref ($ S)) (SIGNATURE deref (S $)) (SIGNATURE setref (S $ S)) (SIGNATURE = ((Boolean) $ $))) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE ref ($ S)) (SIGNATURE deref (S $)) (SIGNATURE setref (S $ S)) (SIGNATURE = ((Boolean) $ $)))) (Type)) debug: compDefine1 lhs: (Reference S) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE ref ($ S)) (SIGNATURE deref (S $)) (SIGNATURE setref (S $ S)) (SIGNATURE = ((Boolean) $ $)))) NIL) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (SIGNATURE ref ($ S)) (SIGNATURE deref (S $)) (SIGNATURE setref (S $ S)) (SIGNATURE = ((Boolean) $ $)))) $param: (S) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE ref ($ S)) (SIGNATURE deref (S $)) (SIGNATURE setref (S $ S)) (SIGNATURE = ((Boolean) $ $))) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE ref ($ S)) (SIGNATURE deref (S $)) (SIGNATURE setref (S $ S)) (SIGNATURE = ((Boolean) $ $)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for Reference compiling into /tmp/oa-iqN8Wk compiling exported = : (%,%) -> Boolean REF;=;2$B;1 is replaced by %peq Time: 0 SEC. compiling exported ref : S -> % REF;ref;S$;2 is replaced by %list Time: 0 SEC. compiling exported deref : % -> S REF;deref;$S;3 is replaced by %head Time: 0.00 SEC. compiling exported setref : (%,S) -> S Time: 0 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE ?) m: (OutputForm) Debug compQuote expr: (QUOTE ref) m: (OutputForm) Debug compQuote expr: (QUOTE ref) m: (OutputForm) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor Reference Time: 0.03 seconds finalizing NRLIB REF Processing Reference for Browser database: -- ref : S -> % -- deref : % -> S -- setref : (%,S) -> S -- ?=? : (%,%) -> Boolean -- constructor ; compiling file "/tmp/oa-iqN8Wk/code.lsp" (written 01 FEB 2016 10:59:16 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |REF;=;2$B;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |REF;ref;S$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |REF;deref;$S;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |REF;=;2$B;1| ...) ; compiling (DEFUN |REF;ref;S$;2| ...) ; compiling (DEFUN |REF;deref;$S;3| ...) ; compiling (DEFUN |REF;setref;$2S;4| ...) ; file: /tmp/oa-iqN8Wk/code.lsp ; in: DEFUN |REF;setref;$2S;4| ; (DEFUN BOOT::|REF;setref;$2S;4| (BOOT::|p| BOOT::|v| BOOT::$) ; (PROGN (RPLACA BOOT::|p| BOOT::|v|) (CAR BOOT::|p|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|REF;setref;$2S;4| ; (BOOT::|p| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|REF;setref;$2S;4| ; (PROGN (RPLACA BOOT::|p| BOOT::|v|) (CAR BOOT::|p|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |REF;coerce;$Of;5| ...) ; compiling (DEFUN |Reference| ...) ; compiling (DEFUN |Reference;| ...) ; compiling (MAKEPROP (QUOTE |Reference|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; /tmp/oa-iqN8Wk/code.fasl written ; compilation finished in 0:00:00.026 ------------------------------------------------------------------------ ================================== === layer 1 of 24 complete ====== ================================== ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SYNTAX.spad && cp SYNTAX.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SYNTAX.fasl \ && if test -f SYNTAX-.NRLIB/code.fasl; then \ cp SYNTAX-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SYNTAX-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SYNTAX.spad using Spad compiler. SYNTAX abbreviates domain Syntax debug: compDefine1 lhs: (Syntax) signature (pre-evaluate): ((Join (UnionType) (SetCategory) (RetractableTo (Integer)) (RetractableTo (DoubleFloat)) (RetractableTo (Identifier)) (RetractableTo (String)) (CoercibleTo (InputForm)) (CATEGORY domain (SIGNATURE convert ((SExpression) $)) (SIGNATURE convert ($ (SExpression))) (SIGNATURE coerce ((Integer) $)) (SIGNATURE autoCoerce ((Integer) $)) (SIGNATURE coerce ((DoubleFloat) $)) (SIGNATURE autoCoerce ((DoubleFloat) $)) (SIGNATURE coerce ((Identifier) $)) (SIGNATURE autoCoerce ((Identifier) $)) (SIGNATURE coerce ((String) $)) (SIGNATURE autoCoerce ((String) $)) (SIGNATURE buildSyntax ($ (Identifier) (List $))) (SIGNATURE buildSyntax ($ $ (List $))) (SIGNATURE nil? ((Boolean) $)) (SIGNATURE getOperator ((Union (Integer) (DoubleFloat) (Identifier) (String) $) $)) (SIGNATURE getOperands ((List $) $)) (SIGNATURE compound? ((Boolean) $)) (SIGNATURE case ((Boolean) $ ([||] (Integer)))) (SIGNATURE case ((Boolean) $ ([||] (DoubleFloat)))) (SIGNATURE case ((Boolean) $ ([||] (Identifier)))) (SIGNATURE case ((Boolean) $ ([||] (String))))))) debug: evaluateType form: (Join (UnionType) (SetCategory) (RetractableTo (Integer)) (RetractableTo (DoubleFloat)) (RetractableTo (Identifier)) (RetractableTo (String)) (CoercibleTo (InputForm)) (CATEGORY domain (SIGNATURE convert ((SExpression) $)) (SIGNATURE convert ($ (SExpression))) (SIGNATURE coerce ((Integer) $)) (SIGNATURE autoCoerce ((Integer) $)) (SIGNATURE coerce ((DoubleFloat) $)) (SIGNATURE autoCoerce ((DoubleFloat) $)) (SIGNATURE coerce ((Identifier) $)) (SIGNATURE autoCoerce ((Identifier) $)) (SIGNATURE coerce ((String) $)) (SIGNATURE autoCoerce ((String) $)) (SIGNATURE buildSyntax ($ (Identifier) (List $))) (SIGNATURE buildSyntax ($ $ (List $))) (SIGNATURE nil? ((Boolean) $)) (SIGNATURE getOperator ((Union (Integer) (DoubleFloat) (Identifier) (String) $) $)) (SIGNATURE getOperands ((List $) $)) (SIGNATURE compound? ((Boolean) $)) (SIGNATURE case ((Boolean) $ ([||] (Integer)))) (SIGNATURE case ((Boolean) $ ([||] (DoubleFloat)))) (SIGNATURE case ((Boolean) $ ([||] (Identifier)))) (SIGNATURE case ((Boolean) $ ([||] (String)))))) $param: NIL debug: evaluateType form: (UnionType) $param: NIL Debug: evaluateType1 form: (UnionType) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (RetractableTo (Integer)) $param: NIL Debug: evaluateType1 form: (RetractableTo (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (RetractableTo (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (RetractableTo (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (RetractableTo (Identifier)) $param: NIL Debug: evaluateType1 form: (RetractableTo (Identifier)) debug: evaluateType1 x: (Identifier) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evalCategory d: (Identifier) c: (Type) debug: evaluateType form: (RetractableTo (String)) $param: NIL Debug: evaluateType1 form: (RetractableTo (String)) debug: evaluateType1 x: (String) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evalCategory d: (String) c: (Type) debug: evaluateType form: (CoercibleTo (InputForm)) $param: NIL Debug: evaluateType1 form: (CoercibleTo (InputForm)) debug: evaluateType1 x: (InputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (InputForm) $param: NIL Debug: evaluateType1 form: (InputForm) debug: evalCategory d: (InputForm) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE convert ((SExpression) $)) (SIGNATURE convert ($ (SExpression))) (SIGNATURE coerce ((Integer) $)) (SIGNATURE autoCoerce ((Integer) $)) (SIGNATURE coerce ((DoubleFloat) $)) (SIGNATURE autoCoerce ((DoubleFloat) $)) (SIGNATURE coerce ((Identifier) $)) (SIGNATURE autoCoerce ((Identifier) $)) (SIGNATURE coerce ((String) $)) (SIGNATURE autoCoerce ((String) $)) (SIGNATURE buildSyntax ($ (Identifier) (List $))) (SIGNATURE buildSyntax ($ $ (List $))) (SIGNATURE nil? ((Boolean) $)) (SIGNATURE getOperator ((Union (Integer) (DoubleFloat) (Identifier) (String) $) $)) (SIGNATURE getOperands ((List $) $)) (SIGNATURE compound? ((Boolean) $)) (SIGNATURE case ((Boolean) $ ([||] (Integer)))) (SIGNATURE case ((Boolean) $ ([||] (DoubleFloat)))) (SIGNATURE case ((Boolean) $ ([||] (Identifier)))) (SIGNATURE case ((Boolean) $ ([||] (String))))) $param: NIL debug: evaluateType form: (SExpression) $param: NIL Debug: evaluateType1 form: (SExpression) debug: evaluateType form: (SExpression) $param: NIL Debug: evaluateType1 form: (SExpression) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Union (Integer) (DoubleFloat) (Identifier) (String) $) $param: NIL debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: $ $param: NIL debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: ([||] (Integer)) $param: NIL debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: ([||] (DoubleFloat)) $param: NIL debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: ([||] (Identifier)) $param: NIL debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: ([||] (String)) $param: NIL debug: compDefine1 signature (post evaluate): ((Join (UnionType) (SetCategory) (RetractableTo (Integer)) (RetractableTo (DoubleFloat)) (RetractableTo (Identifier)) (RetractableTo (String)) (CoercibleTo (InputForm)) (CATEGORY domain (SIGNATURE convert ((SExpression) $)) (SIGNATURE convert ($ (SExpression))) (SIGNATURE coerce ((Integer) $)) (SIGNATURE autoCoerce ((Integer) $)) (SIGNATURE coerce ((DoubleFloat) $)) (SIGNATURE autoCoerce ((DoubleFloat) $)) (SIGNATURE coerce ((Identifier) $)) (SIGNATURE autoCoerce ((Identifier) $)) (SIGNATURE coerce ((String) $)) (SIGNATURE autoCoerce ((String) $)) (SIGNATURE buildSyntax ($ (Identifier) (List $))) (SIGNATURE buildSyntax ($ $ (List $))) (SIGNATURE nil? ((Boolean) $)) (SIGNATURE getOperator ((Union (Integer) (DoubleFloat) (Identifier) (String) $) $)) (SIGNATURE getOperands ((List $) $)) (SIGNATURE compound? ((Boolean) $)) (SIGNATURE case ((Boolean) $ ([||] (Integer)))) (SIGNATURE case ((Boolean) $ ([||] (DoubleFloat)))) (SIGNATURE case ((Boolean) $ ([||] (Identifier)))) (SIGNATURE case ((Boolean) $ ([||] (String))))))) ------------------------------------------------------------------------ initializing stationary directory for Syntax compiling into /tmp/oa-lx5eCo compiling exported = : (%,%) -> Boolean SYNTAX;=;2$B;1 is replaced by %equal Time: 0.02 SEC. compiling exported case : (%,[||] Integer) -> Boolean SYNTAX;case;$_B;2(s,T1) is replaced by %integer? s Time: 0 SEC. compiling exported case : (%,[||] DoubleFloat) -> Boolean SYNTAX;case;$_B;3(s,T1) is replaced by %float? s Time: 0 SEC. compiling exported case : (%,[||] String) -> Boolean SYNTAX;case;$_B;4(s,T1) is replaced by %string? s Time: 0 SEC. compiling exported case : (%,[||] Identifier) -> Boolean SYNTAX;case;$_B;5(s,T1) is replaced by %ident? s Time: 0 SEC. compiling exported coerce : % -> OutputForm Time: 0.02 SEC. compiling exported convert : % -> SExpression SYNTAX;convert;$Se;7 x is replaced by x Time: 0 SEC. compiling exported convert : SExpression -> % SYNTAX;convert;Se$;8 x is replaced by x Time: 0 SEC. compiling exported coerce : Integer -> % SYNTAX;coerce;I$;9 i is replaced by i Time: 0 SEC. compiling exported autoCoerce : % -> Integer SYNTAX;autoCoerce;$I;10 i is replaced by i Time: 0 SEC. compiling exported retractIfCan : % -> Union(Integer,failed) SYNTAX;retractIfCan;$U;11 x is replaced by %when( %pair(0,x),%otherwise %pair(1,"failed")) Time: 0.00 SEC. compiling exported coerce : % -> Integer Time: 0 SEC. compiling exported coerce : DoubleFloat -> % SYNTAX;coerce;Df$;13 f is replaced by f Time: 0 SEC. compiling exported autoCoerce : % -> DoubleFloat SYNTAX;autoCoerce;$Df;14 f is replaced by f Time: 0 SEC. compiling exported retractIfCan : % -> Union(DoubleFloat,failed) SYNTAX;retractIfCan;$U;15 x is replaced by %when( %pair(0,x),%otherwise %pair(1,"failed")) Time: 0.01 SEC. compiling exported coerce : % -> DoubleFloat Time: 0 SEC. compiling exported coerce : Identifier -> % SYNTAX;coerce;I$;17 s is replaced by s Time: 0 SEC. compiling exported autoCoerce : % -> Identifier SYNTAX;autoCoerce;$I;18 s is replaced by s Time: 0.00 SEC. compiling exported coerce : % -> Identifier Time: 0 SEC. compiling exported retractIfCan : % -> Union(Identifier,failed) SYNTAX;retractIfCan;$U;20 x is replaced by %when( %pair(0,x),%otherwise %pair(1,"failed")) Time: 0.00 SEC. compiling exported coerce : String -> % SYNTAX;coerce;S$;21 s is replaced by s Time: 0.00 SEC. compiling exported autoCoerce : % -> String SYNTAX;autoCoerce;$S;22 s is replaced by s Time: 0.00 SEC. compiling exported retractIfCan : % -> Union(String,failed) SYNTAX;retractIfCan;$U;23 x is replaced by %when( %pair(0,x),%otherwise %pair(1,"failed")) Time: 0.01 SEC. compiling exported coerce : % -> String Time: 0.01 SEC. compiling exported buildSyntax : (Identifier,List %) -> % SYNTAX;buildSyntax;IL$;25 is replaced by %pair Time: 0.01 SEC. compiling exported buildSyntax : (%,List %) -> % SYNTAX;buildSyntax;$L$;26 is replaced by %pair Time: 0.01 SEC. compiling exported nil? : % -> Boolean SYNTAX;nil?;$B;27 x is replaced by %peq(x,%nil) Time: 0 SEC. compiling local atom? : % -> Boolean SYNTAX;atom? x is replaced by %not %pair? x Time: 0 SEC. compiling exported getOperator : % -> Union(Integer,DoubleFloat,Identifier,String,%) Time: 0.02 SEC. compiling exported compound? : % -> Boolean SYNTAX;compound?;$B;30 is replaced by %pair? Time: 0 SEC. compiling exported getOperands : % -> List % SYNTAX;getOperands;$L;31 x is replaced by %when( %nil,%otherwise %tail x) Time: 0.01 SEC. compiling exported coerce : % -> InputForm SYNTAX;coerce;$If;32 x is replaced by x Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] convert: : SExpression -- replace by pretend [2] autoCoerce: : Integer -- replace by pretend [3] autoCoerce: : DoubleFloat -- replace by pretend [4] autoCoerce: : Identifier -- replace by pretend [5] autoCoerce: : String -- replace by pretend [6] coerce: : InputForm -- replace by pretend Cumulative Statistics for Constructor Syntax Time: 0.14 seconds finalizing NRLIB SYNTAX Processing Syntax for Browser database: -- convert : % -> SExpression -- convert : SExpression -> % -- coerce : % -> Integer -- autoCoerce : % -> Integer -- coerce : % -> DoubleFloat -- autoCoerce : % -> DoubleFloat -- coerce : % -> Identifier -- autoCoerce : % -> Identifier -- coerce : % -> String -- autoCoerce : % -> String -- buildSyntax : (Identifier,List %) -> % -- buildSyntax : (%,List %) -> % -- nil? : % -> Boolean -- getOperator : % -> Union(Integer,DoubleFloat,Identifier,String,%) -- getOperands : % -> List % -- compound? : % -> Boolean -- ?case? : (%,[|"Integer"|]) -> Boolean -- ?case? : (%,[|"DoubleFloat"|]) -> Boolean -- ?case? : (%,[|"Identifier"|]) -> Boolean -- ?case? : (%,[|"String"|]) -> Boolean -- constructor ; compiling file "/tmp/oa-lx5eCo/code.lsp" (written 01 FEB 2016 10:59:17 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYNTAX;=;2$B;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYNTAX;case;$_B;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYNTAX;case;$_B;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYNTAX;case;$_B;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYNTAX;case;$_B;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYNTAX;convert;$Se;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYNTAX;convert;Se$;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYNTAX;coerce;I$;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYNTAX;autoCoerce;$I;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYNTAX;retractIfCan;$U;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYNTAX;coerce;Df$;13|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYNTAX;autoCoerce;$Df;14|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYNTAX;retractIfCan;$U;15|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYNTAX;coerce;I$;17|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYNTAX;autoCoerce;$I;18|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYNTAX;retractIfCan;$U;20|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYNTAX;coerce;S$;21|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYNTAX;autoCoerce;$S;22|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYNTAX;retractIfCan;$U;23|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYNTAX;buildSyntax;IL$;25|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYNTAX;buildSyntax;$L$;26|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYNTAX;nil?;$B;27|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYNTAX;atom?|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYNTAX;compound?;$B;30|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYNTAX;getOperands;$L;31|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYNTAX;coerce;$If;32|) ...) ; compiling (DEFUN |SYNTAX;=;2$B;1| ...) ; compiling (DEFUN |SYNTAX;case;$_B;2| ...) ; file: /tmp/oa-lx5eCo/code.lsp ; in: DEFUN |SYNTAX;case;$_B;2| ; (DEFUN BOOT::|SYNTAX;case;$_B;2| (BOOT::|s| BOOT::T1 BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (INTEGERP BOOT::|s|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYNTAX;case;$_B;2| ; (BOOT::|s| BOOT::T1 BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|SYNTAX;case;$_B;2| (INTEGERP BOOT::|s|))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SYNTAX;case;$_B;3| ...) ; file: /tmp/oa-lx5eCo/code.lsp ; in: DEFUN |SYNTAX;case;$_B;3| ; (DEFUN BOOT::|SYNTAX;case;$_B;3| (BOOT::|s| BOOT::T1 BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (FLOATP BOOT::|s|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYNTAX;case;$_B;3| ; (BOOT::|s| BOOT::T1 BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|SYNTAX;case;$_B;3| (FLOATP BOOT::|s|))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SYNTAX;case;$_B;4| ...) ; file: /tmp/oa-lx5eCo/code.lsp ; in: DEFUN |SYNTAX;case;$_B;4| ; (DEFUN BOOT::|SYNTAX;case;$_B;4| (BOOT::|s| BOOT::T1 BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (STRINGP BOOT::|s|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYNTAX;case;$_B;4| ; (BOOT::|s| BOOT::T1 BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|SYNTAX;case;$_B;4| (STRINGP BOOT::|s|))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SYNTAX;case;$_B;5| ...) ; file: /tmp/oa-lx5eCo/code.lsp ; in: DEFUN |SYNTAX;case;$_B;5| ; (DEFUN BOOT::|SYNTAX;case;$_B;5| (BOOT::|s| BOOT::T1 BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (|AxiomCore|:|ident?| BOOT::|s|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYNTAX;case;$_B;5| ; (BOOT::|s| BOOT::T1 BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|SYNTAX;case;$_B;5| (|AxiomCore|:|ident?| BOOT::|s|))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SYNTAX;coerce;$Of;6| ...) ; compiling (DEFUN |SYNTAX;convert;$Se;7| ...) ; compiling (DEFUN |SYNTAX;convert;Se$;8| ...) ; compiling (DEFUN |SYNTAX;coerce;I$;9| ...) ; compiling (DEFUN |SYNTAX;autoCoerce;$I;10| ...) ; compiling (DEFUN |SYNTAX;retractIfCan;$U;11| ...) ; compiling (DEFUN |SYNTAX;coerce;$I;12| ...) ; file: /tmp/oa-lx5eCo/code.lsp ; in: DEFUN |SYNTAX;coerce;$I;12| ; (DEFUN BOOT::|SYNTAX;coerce;$I;12| (BOOT::|i| BOOT::$) ; (BOOT::SPADCALL BOOT::|i| (BOOT::|shellEntry| BOOT::$ 30))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYNTAX;coerce;$I;12| ; (BOOT::|i| BOOT::$) ; (BLOCK BOOT::|SYNTAX;coerce;$I;12| ; (BOOT::SPADCALL BOOT::|i| (BOOT::|shellEntry| BOOT::$ 30)))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |SYNTAX;coerce;Df$;13| ...) ; compiling (DEFUN |SYNTAX;autoCoerce;$Df;14| ...) ; compiling (DEFUN |SYNTAX;retractIfCan;$U;15| ...) ; compiling (DEFUN |SYNTAX;coerce;$Df;16| ...) ; file: /tmp/oa-lx5eCo/code.lsp ; in: DEFUN |SYNTAX;coerce;$Df;16| ; (DEFUN BOOT::|SYNTAX;coerce;$Df;16| (BOOT::|f| BOOT::$) ; (BOOT::SPADCALL BOOT::|f| (BOOT::|shellEntry| BOOT::$ 36))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYNTAX;coerce;$Df;16| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|SYNTAX;coerce;$Df;16| ; (BOOT::SPADCALL BOOT::|f| (BOOT::|shellEntry| BOOT::$ 36)))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |SYNTAX;coerce;I$;17| ...) ; compiling (DEFUN |SYNTAX;autoCoerce;$I;18| ...) ; compiling (DEFUN |SYNTAX;coerce;$I;19| ...) ; file: /tmp/oa-lx5eCo/code.lsp ; in: DEFUN |SYNTAX;coerce;$I;19| ; (DEFUN BOOT::|SYNTAX;coerce;$I;19| (BOOT::|s| BOOT::$) ; (BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 40))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYNTAX;coerce;$I;19| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|SYNTAX;coerce;$I;19| ; (BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 40)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL SYMBOL &REST T). ; compiling (DEFUN |SYNTAX;retractIfCan;$U;20| ...) ; compiling (DEFUN |SYNTAX;coerce;S$;21| ...) ; compiling (DEFUN |SYNTAX;autoCoerce;$S;22| ...) ; compiling (DEFUN |SYNTAX;retractIfCan;$U;23| ...) ; compiling (DEFUN |SYNTAX;coerce;$S;24| ...) ; file: /tmp/oa-lx5eCo/code.lsp ; in: DEFUN |SYNTAX;coerce;$S;24| ; (DEFUN BOOT::|SYNTAX;coerce;$S;24| (BOOT::|s| BOOT::$) ; (BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 48))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYNTAX;coerce;$S;24| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|SYNTAX;coerce;$S;24| ; (BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 48)))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |SYNTAX;buildSyntax;IL$;25| ...) ; compiling (DEFUN |SYNTAX;buildSyntax;$L$;26| ...) ; compiling (DEFUN |SYNTAX;nil?;$B;27| ...) ; compiling (DEFUN |SYNTAX;atom?| ...) ; compiling (DEFUN |SYNTAX;getOperator;$U;29| ...) ; file: /tmp/oa-lx5eCo/code.lsp ; in: DEFUN |SYNTAX;getOperator;$U;29| ; (DEFUN BOOT::|SYNTAX;getOperator;$U;29| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|op|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYNTAX;getOperator;$U;29| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|SYNTAX;getOperator;$U;29| ; (PROG (BOOT::|op|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SYNTAX;compound?;$B;30| ...) ; compiling (DEFUN |SYNTAX;getOperands;$L;31| ...) ; compiling (DEFUN |SYNTAX;coerce;$If;32| ...) ; compiling (DEFUN |Syntax| ...) ; compiling (DEFUN |Syntax;| ...) ; compiling (MAKEPROP (QUOTE |Syntax|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 5 STYLE-WARNING conditions ; printed 6 notes ; /tmp/oa-lx5eCo/code.fasl written ; compilation finished in 0:00:00.090 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile INTRET.spad && cp INTRET.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INTRET.fasl \ && if test -f INTRET-.NRLIB/code.fasl; then \ cp INTRET-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INTRET-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INTRET.spad using Spad compiler. INTRET abbreviates package IntegerRetractions debug: compDefine1 lhs: (IntegerRetractions S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE integer ((Integer) S)) (SIGNATURE integer? ((Boolean) S)) (SIGNATURE integerIfCan ((Union (Integer) failed) S))) (RetractableTo (Integer))) debug: evaluateType form: (CATEGORY package (SIGNATURE integer ((Integer) S)) (SIGNATURE integer? ((Boolean) S)) (SIGNATURE integerIfCan ((Union (Integer) failed) S))) $param: (S) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Union (Integer) failed) $param: (S) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evaluateType form: failed $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (RetractableTo (Integer)) $param: (S) Debug: evaluateType1 form: (RetractableTo (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE integer ((Integer) S)) (SIGNATURE integer? ((Boolean) S)) (SIGNATURE integerIfCan ((Union (Integer) failed) S))) (RetractableTo (Integer))) debug: compDefine1 lhs: (IntegerRetractions S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE integer ((Integer) S)) (SIGNATURE integer? ((Boolean) S)) (SIGNATURE integerIfCan ((Union (Integer) failed) S))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE integer ((Integer) S)) (SIGNATURE integer? ((Boolean) S)) (SIGNATURE integerIfCan ((Union (Integer) failed) S))) $param: (S) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Union (Integer) failed) $param: (S) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evaluateType form: failed $param: (S) debug: evaluateType form: S $param: (S) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE integer ((Integer) S)) (SIGNATURE integer? ((Boolean) S)) (SIGNATURE integerIfCan ((Union (Integer) failed) S))) NIL) ------------------------------------------------------------------------ initializing stationary directory for IntegerRetractions compiling into /tmp/oa-SO2SQS compiling exported integer : S -> Integer Time: 0.01 SEC. compiling exported integer? : S -> Boolean Time: 0.00 SEC. compiling exported integerIfCan : S -> Union(Integer,failed) Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor IntegerRetractions Time: 0.01 seconds finalizing NRLIB INTRET Processing IntegerRetractions for Browser database: -- integer : S -> Integer -- integer? : S -> Boolean -- integerIfCan : S -> Union(Integer,"failed") -- constructor ; compiling file "/tmp/oa-SO2SQS/code.lsp" (written 01 FEB 2016 10:59:17 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |INTRET;integer;SI;1| ...) ; file: /tmp/oa-SO2SQS/code.lsp ; in: DEFUN |INTRET;integer;SI;1| ; (DEFUN BOOT::|INTRET;integer;SI;1| (BOOT::|s| BOOT::$) ; (BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 8))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTRET;integer;SI;1| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|INTRET;integer;SI;1| ; (BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 8)))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |INTRET;integer?;SB;2| ...) ; compiling (DEFUN |INTRET;integerIfCan;SU;3| ...) ; file: /tmp/oa-SO2SQS/code.lsp ; in: DEFUN |INTRET;integerIfCan;SU;3| ; (DEFUN BOOT::|INTRET;integerIfCan;SU;3| (BOOT::|s| BOOT::$) ; (BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 11))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTRET;integerIfCan;SU;3| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|INTRET;integerIfCan;SU;3| ; (BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 11)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |IntegerRetractions| ...) ; compiling (DEFUN |IntegerRetractions;| ...) ; compiling (MAKEPROP (QUOTE |IntegerRetractions|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-SO2SQS/code.fasl written ; compilation finished in 0:00:00.024 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SEGXCAT.spad && cp SEGXCAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SEGXCAT.fasl \ && if test -f SEGXCAT-.NRLIB/code.fasl; then \ cp SEGXCAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SEGXCAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SEGXCAT.spad using Spad compiler. SEGXCAT abbreviates category SegmentExpansionCategory debug: compDefine1 lhs: (SegmentExpansionCategory S L) signature (pre-evaluate): ((Category) (OrderedRing) (StreamAggregate S)) debug: evaluateType form: (Category) $param: (S L) debug: evaluateType form: (OrderedRing) $param: (S L) Debug: evaluateType1 form: (OrderedRing) debug: evaluateType form: (StreamAggregate S) $param: (S L) Debug: evaluateType1 form: (StreamAggregate S) debug: evaluateType1 x: S m: (Type) debug: compDefine1 signature (post evaluate): ((Category) (OrderedRing) (StreamAggregate S)) debug: compDefine1 lhs: (SegmentExpansionCategory S L) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (S L) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for SegmentExpansionCategory compiling into /tmp/oa-cA8f0Y STYLE-WARNING: redefining BOOT::|SegmentExpansionCategory| in DEFUN Time: 0.02 SEC. finalizing NRLIB SEGXCAT Processing SegmentExpansionCategory for Browser database: -- expand : List % -> L -- expand : % -> L -- map : ((S -> S),%) -> L -- constructor ; compiling file "/tmp/oa-cA8f0Y/code.lsp" (written 01 FEB 2016 10:59:17 PM): ; compiling (DEFPARAMETER |SegmentExpansionCategory;AL| ...) ; compiling (DEFUN |SegmentExpansionCategory;| ...) ; compiling (DEFUN |SegmentExpansionCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-cA8f0Y/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile CONTOUR.spad && cp CONTOUR.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CONTOUR.fasl \ && if test -f CONTOUR-.NRLIB/code.fasl; then \ cp CONTOUR-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CONTOUR-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CONTOUR.spad using Spad compiler. CONTOUR abbreviates domain Contour debug: compDefine1 lhs: (Contour) signature (pre-evaluate): ((Join (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE bindings ((List (Binding)) $)) (SIGNATURE push ($ (Binding) $)) (SIGNATURE findBinding ((Maybe (Binding)) (Identifier) $))))) debug: evaluateType form: (Join (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE bindings ((List (Binding)) $)) (SIGNATURE push ($ (Binding) $)) (SIGNATURE findBinding ((Maybe (Binding)) (Identifier) $)))) $param: NIL debug: evaluateType form: (CoercibleTo (OutputForm)) $param: NIL Debug: evaluateType1 form: (CoercibleTo (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE bindings ((List (Binding)) $)) (SIGNATURE push ($ (Binding) $)) (SIGNATURE findBinding ((Maybe (Binding)) (Identifier) $))) $param: NIL debug: evaluateType form: (List (Binding)) $param: NIL Debug: evaluateType1 form: (List (Binding)) debug: evaluateType1 x: (Binding) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Binding) $param: NIL Debug: evaluateType1 form: (Binding) debug: evalCategory d: (Binding) c: (Type) debug: evaluateType form: (Binding) $param: NIL Debug: evaluateType1 form: (Binding) debug: evaluateType form: (Maybe (Binding)) $param: NIL Debug: evaluateType1 form: (Maybe (Binding)) debug: evaluateType1 x: (Binding) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Binding) $param: NIL Debug: evaluateType1 form: (Binding) debug: evalCategory d: (Binding) c: (Type) debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: compDefine1 signature (post evaluate): ((Join (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE bindings ((List (Binding)) $)) (SIGNATURE push ($ (Binding) $)) (SIGNATURE findBinding ((Maybe (Binding)) (Identifier) $))))) ------------------------------------------------------------------------ initializing stationary directory for Contour compiling into /tmp/oa-sHYOsc compiling exported bindings : % -> List Binding CONTOUR;bindings;$L;1 c is replaced by c Time: 0.01 SEC. compiling exported findBinding : (Identifier,%) -> Maybe Binding Time: 0.00 SEC. compiling exported push : (Binding,%) -> % CONTOUR;push;B2$;3 is replaced by %pair Time: 0 SEC. compiling exported coerce : % -> OutputForm Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor Contour Time: 0.02 seconds finalizing NRLIB CONTOUR Processing Contour for Browser database: -- bindings : % -> List Binding -- push : (Binding,%) -> % -- findBinding : (Identifier,%) -> Maybe Binding -- constructor ; compiling file "/tmp/oa-sHYOsc/code.lsp" (written 01 FEB 2016 10:59:17 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CONTOUR;bindings;$L;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CONTOUR;push;B2$;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |CONTOUR;bindings;$L;1| ...) ; compiling (DEFUN |CONTOUR;findBinding;I$M;2| ...) ; compiling (DEFUN |CONTOUR;push;B2$;3| ...) ; compiling (DEFUN |CONTOUR;coerce;$Of;4| ...) ; compiling (DEFUN |Contour| ...) ; compiling (DEFUN |Contour;| ...) ; compiling (MAKEPROP (QUOTE |Contour|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-sHYOsc/code.fasl written ; compilation finished in 0:00:00.018 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile LIST3.spad && cp LIST3.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LIST3.fasl \ && if test -f LIST3-.NRLIB/code.fasl; then \ cp LIST3-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LIST3-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LIST3.spad using Spad compiler. LIST3 abbreviates package ListFunctions3 debug: compDefine1 lhs: (ListFunctions3 A B C) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((List C) (Mapping C A B) (List A) (List B)))) (Type) (Type) (Type)) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((List C) (Mapping C A B) (List A) (List B)))) $param: (A B C) debug: evaluateType form: (List C) $param: (A B C) Debug: evaluateType1 form: (List C) debug: evaluateType1 x: C m: (Type) debug: evaluateType form: (Mapping C A B) $param: (A B C) debug: evaluateType form: C $param: (A B C) debug: evaluateType form: A $param: (A B C) debug: evaluateType form: B $param: (A B C) debug: evaluateType form: (List A) $param: (A B C) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (List B) $param: (A B C) Debug: evaluateType1 form: (List B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: (Type) $param: (A B C) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Type) $param: (A B C) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Type) $param: (A B C) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((List C) (Mapping C A B) (List A) (List B)))) (Type) (Type) (Type)) debug: compDefine1 lhs: (ListFunctions3 A B C) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((List C) (Mapping C A B) (List A) (List B)))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((List C) (Mapping C A B) (List A) (List B)))) $param: (A B C) debug: evaluateType form: (List C) $param: (A B C) Debug: evaluateType1 form: (List C) debug: evaluateType1 x: C m: (Type) debug: evaluateType form: (Mapping C A B) $param: (A B C) debug: evaluateType form: C $param: (A B C) debug: evaluateType form: A $param: (A B C) debug: evaluateType form: B $param: (A B C) debug: evaluateType form: (List A) $param: (A B C) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (List B) $param: (A B C) Debug: evaluateType1 form: (List B) debug: evaluateType1 x: B m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((List C) (Mapping C A B) (List A) (List B)))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ListFunctions3 compiling into /tmp/oa-955VHl compiling exported map : ((A,B) -> C,List A,List B) -> List C Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor ListFunctions3 Time: 0.02 seconds finalizing NRLIB LIST3 Processing ListFunctions3 for Browser database: -- map : (((A,B) -> C),LA,LB) -> LC -- constructor ; compiling file "/tmp/oa-955VHl/code.lsp" (written 01 FEB 2016 10:59:17 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LIST3;map;MLLL;1| ...) ; compiling (DEFUN |ListFunctions3| ...) ; compiling (DEFUN |ListFunctions3;| ...) ; compiling (MAKEPROP (QUOTE |ListFunctions3|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-955VHl/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MKUCFUNC.spad && cp MKUCFUNC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MKUCFUNC.fasl \ && if test -f MKUCFUNC-.NRLIB/code.fasl; then \ cp MKUCFUNC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MKUCFUNC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MKUCFUNC.spad using Spad compiler. MKUCFUNC abbreviates package MakeUnaryCompiledFunction debug: compDefine1 lhs: (MakeUnaryCompiledFunction S D I) signature (pre-evaluate): ((CATEGORY package (SIGNATURE unaryFunction ((Mapping I D) (Symbol))) (SIGNATURE compiledFunction ((Mapping I D) S (Symbol)))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE unaryFunction ((Mapping I D) (Symbol))) (SIGNATURE compiledFunction ((Mapping I D) S (Symbol)))) $param: (S D I) debug: evaluateType form: (Mapping I D) $param: (S D I) debug: evaluateType form: I $param: (S D I) debug: evaluateType form: D $param: (S D I) debug: evaluateType form: (Symbol) $param: (S D I) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Mapping I D) $param: (S D I) debug: evaluateType form: I $param: (S D I) debug: evaluateType form: D $param: (S D I) debug: evaluateType form: S $param: (S D I) debug: evaluateType form: (Symbol) $param: (S D I) Debug: evaluateType1 form: (Symbol) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE unaryFunction ((Mapping I D) (Symbol))) (SIGNATURE compiledFunction ((Mapping I D) S (Symbol)))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for MakeUnaryCompiledFunction compiling into /tmp/oa-Ovrnss importing MakeFunction S compiling local func : (Symbol,D) -> I MKUCFUNC;func(name,x) is replaced by %funcall(name,x,%nil) Time: 0.00 SEC. compiling exported unaryFunction : Symbol -> D -> I Time: 0 SEC. compiling exported compiledFunction : (S,Symbol) -> D -> I Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor MakeUnaryCompiledFunction Time: 0.03 seconds finalizing NRLIB MKUCFUNC Processing MakeUnaryCompiledFunction for Browser database: -- unaryFunction : SY -> (D -> I) -- compiledFunction : (S,SY) -> (D -> I) -- constructor ; compiling file "/tmp/oa-Ovrnss/code.lsp" (written 01 FEB 2016 10:59:17 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MKUCFUNC;func|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MKUCFUNC;func| ...) ; compiling (DEFUN |MKUCFUNC;unaryFunction;SM;2| ...) ; compiling (DEFUN |MKUCFUNC;unaryFunction;SM;2!0| ...) ; compiling (DEFUN |MKUCFUNC;compiledFunction;SSM;3| ...) ; compiling (DEFUN |MakeUnaryCompiledFunction| ...) ; compiling (DEFUN |MakeUnaryCompiledFunction;| ...) ; compiling (MAKEPROP (QUOTE |MakeUnaryCompiledFunction|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-Ovrnss/code.fasl written ; compilation finished in 0:00:00.024 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FNCAT.spad && cp FNCAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FNCAT.fasl \ && if test -f FNCAT-.NRLIB/code.fasl; then \ cp FNCAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FNCAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FNCAT.spad using Spad compiler. FNCAT abbreviates category FileNameCategory debug: compDefine1 lhs: (FileNameCategory) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for FileNameCategory compiling into /tmp/oa-x0VHFt STYLE-WARNING: redefining BOOT::|FileNameCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB FNCAT Processing FileNameCategory for Browser database: -- filename : (String,String,String) -> % -- directory : % -> String -- name : % -> String -- extension : % -> String -- exists? : % -> Boolean -- readable? : % -> Boolean -- writable? : % -> Boolean -- new : (String,String,String) -> % -- constructor ; compiling file "/tmp/oa-x0VHFt/code.lsp" (written 01 FEB 2016 10:59:18 PM): ; compiling (DEFPARAMETER |FileNameCategory;AL| ...) ; compiling (DEFUN |FileNameCategory;| ...) ; compiling (DEFUN |FileNameCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-x0VHFt/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SCACHE.spad && cp SCACHE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SCACHE.fasl \ && if test -f SCACHE-.NRLIB/code.fasl; then \ cp SCACHE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SCACHE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SCACHE.spad using Spad compiler. SCACHE abbreviates package SortedCache debug: compDefine1 lhs: (SortedCache S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE clearCache ((Void))) (SIGNATURE cache ((List S))) (SIGNATURE enterInCache (S S (Mapping (Boolean) S))) (SIGNATURE enterInCache (S S (Mapping (Integer) S S)))) (CachableSet)) debug: evaluateType form: (CATEGORY package (SIGNATURE clearCache ((Void))) (SIGNATURE cache ((List S))) (SIGNATURE enterInCache (S S (Mapping (Boolean) S))) (SIGNATURE enterInCache (S S (Mapping (Integer) S S)))) $param: (S) debug: evaluateType form: (Void) $param: (S) Debug: evaluateType1 form: (Void) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Mapping (Boolean) S) $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Mapping (Integer) S S) $param: (S) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (CachableSet) $param: (S) Debug: evaluateType1 form: (CachableSet) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE clearCache ((Void))) (SIGNATURE cache ((List S))) (SIGNATURE enterInCache (S S (Mapping (Boolean) S))) (SIGNATURE enterInCache (S S (Mapping (Integer) S S)))) (CachableSet)) debug: compDefine1 lhs: (SortedCache S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE clearCache ((Void))) (SIGNATURE cache ((List S))) (SIGNATURE enterInCache (S S (Mapping (Boolean) S))) (SIGNATURE enterInCache (S S (Mapping (Integer) S S)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE clearCache ((Void))) (SIGNATURE cache ((List S))) (SIGNATURE enterInCache (S S (Mapping (Boolean) S))) (SIGNATURE enterInCache (S S (Mapping (Integer) S S)))) $param: (S) debug: evaluateType form: (Void) $param: (S) Debug: evaluateType1 form: (Void) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Mapping (Boolean) S) $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Mapping (Integer) S S) $param: (S) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE clearCache ((Void))) (SIGNATURE cache ((List S))) (SIGNATURE enterInCache (S S (Mapping (Boolean) S))) (SIGNATURE enterInCache (S S (Mapping (Integer) S S)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for SortedCache compiling into /tmp/oa-g7kSoE importing Reference List S compiling exported cache : () -> List S Time: 0.02 SEC. compiling local shiftCache : (List S,NonNegativeInteger) -> Void Time: 0.03 SEC. compiling exported clearCache : () -> Void Time: 0.00 SEC. compiling exported enterInCache : (S,S -> Boolean) -> S Time: 0.02 SEC. compiling exported enterInCache : (S,(S,S) -> Integer) -> S Time: 0.02 SEC. compiling local insertInCache : (List S,List S,S,NonNegativeInteger) -> S Time: 0.02 SEC. (time taken in buildFunctor: 4) Time: 0.01 SEC. Cumulative Statistics for Constructor SortedCache Time: 0.12 seconds finalizing NRLIB SCACHE Processing SortedCache for Browser database: -- clearCache : () -> Void -- cache : () -> List S -- enterInCache : (S,(S -> Boolean)) -> S -- enterInCache : (S,((S,S) -> Integer)) -> S -- constructor ; compiling file "/tmp/oa-g7kSoE/code.lsp" (written 01 FEB 2016 10:59:18 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SCACHE;cache;L;1| ...) ; file: /tmp/oa-g7kSoE/code.lsp ; in: DEFUN |SCACHE;cache;L;1| ; (DEFUN BOOT::|SCACHE;cache;L;1| (BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 11) ; (BOOT::|shellEntry| BOOT::$ 12))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SCACHE;cache;L;1| ; (BOOT::$) ; (BLOCK BOOT::|SCACHE;cache;L;1| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 11) ; (BOOT::|shellEntry| BOOT::$ 12)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SCACHE;shiftCache| ...) ; compiling (DEFUN |SCACHE;clearCache;V;3| ...) ; compiling (DEFUN |SCACHE;enterInCache;SMS;4| ...) ; compiling (DEFUN |SCACHE;enterInCache;SMS;5| ...) ; file: /tmp/oa-g7kSoE/code.lsp ; in: DEFUN |SCACHE;enterInCache;SMS;5| ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |SCACHE;insertInCache| ...) ; compiling (DEFUN |SortedCache| ...) ; compiling (DEFUN |SortedCache;| ...) ; compiling (MAKEPROP (QUOTE |SortedCache|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-g7kSoE/code.fasl written ; compilation finished in 0:00:00.051 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile IFARRAY.spad && cp IFARRAY.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IFARRAY.fasl \ && if test -f IFARRAY-.NRLIB/code.fasl; then \ cp IFARRAY-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IFARRAY-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IFARRAY.spad using Spad compiler. IFARRAY abbreviates domain IndexedFlexibleArray debug: compDefine1 lhs: (IndexedFlexibleArray S mn) signature (pre-evaluate): ((Join (OneDimensionalArrayAggregate S) (ExtensibleLinearAggregate S) (CATEGORY domain (SIGNATURE flexibleArray ($ (List S))) (SIGNATURE physicalLength ((NonNegativeInteger) $)) (SIGNATURE physicalLength! ($ $ (Integer))) (SIGNATURE shrinkable ((Boolean) (Boolean))))) (Type) (Integer)) debug: evaluateType form: (Join (OneDimensionalArrayAggregate S) (ExtensibleLinearAggregate S) (CATEGORY domain (SIGNATURE flexibleArray ($ (List S))) (SIGNATURE physicalLength ((NonNegativeInteger) $)) (SIGNATURE physicalLength! ($ $ (Integer))) (SIGNATURE shrinkable ((Boolean) (Boolean))))) $param: (S mn) debug: evaluateType form: (OneDimensionalArrayAggregate S) $param: (S mn) Debug: evaluateType1 form: (OneDimensionalArrayAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (ExtensibleLinearAggregate S) $param: (S mn) Debug: evaluateType1 form: (ExtensibleLinearAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE flexibleArray ($ (List S))) (SIGNATURE physicalLength ((NonNegativeInteger) $)) (SIGNATURE physicalLength! ($ $ (Integer))) (SIGNATURE shrinkable ((Boolean) (Boolean)))) $param: (S mn) debug: evaluateType form: (List S) $param: (S mn) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (S mn) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Integer) $param: (S mn) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Boolean) $param: (S mn) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (S mn) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Type) $param: (S mn) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (S mn) Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((Join (OneDimensionalArrayAggregate S) (ExtensibleLinearAggregate S) (CATEGORY domain (SIGNATURE flexibleArray ($ (List S))) (SIGNATURE physicalLength ((NonNegativeInteger) $)) (SIGNATURE physicalLength! ($ $ (Integer))) (SIGNATURE shrinkable ((Boolean) (Boolean))))) (Type) (Integer)) debug: compDefine1 lhs: (IndexedFlexibleArray S mn) signature (pre-evaluate): ((Join (OneDimensionalArrayAggregate S) (ExtensibleLinearAggregate S) (CATEGORY domain (SIGNATURE flexibleArray ($ (List S))) (SIGNATURE physicalLength ((NonNegativeInteger) $)) (SIGNATURE physicalLength! ($ $ (Integer))) (SIGNATURE shrinkable ((Boolean) (Boolean))))) NIL NIL) debug: evaluateType form: (Join (OneDimensionalArrayAggregate S) (ExtensibleLinearAggregate S) (CATEGORY domain (SIGNATURE flexibleArray ($ (List S))) (SIGNATURE physicalLength ((NonNegativeInteger) $)) (SIGNATURE physicalLength! ($ $ (Integer))) (SIGNATURE shrinkable ((Boolean) (Boolean))))) $param: (S mn) debug: evaluateType form: (OneDimensionalArrayAggregate S) $param: (S mn) Debug: evaluateType1 form: (OneDimensionalArrayAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (ExtensibleLinearAggregate S) $param: (S mn) Debug: evaluateType1 form: (ExtensibleLinearAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE flexibleArray ($ (List S))) (SIGNATURE physicalLength ((NonNegativeInteger) $)) (SIGNATURE physicalLength! ($ $ (Integer))) (SIGNATURE shrinkable ((Boolean) (Boolean)))) $param: (S mn) debug: evaluateType form: (List S) $param: (S mn) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (S mn) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Integer) $param: (S mn) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Boolean) $param: (S mn) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (S mn) Debug: evaluateType1 form: (Boolean) debug: compDefine1 signature (post evaluate): ((Join (OneDimensionalArrayAggregate S) (ExtensibleLinearAggregate S) (CATEGORY domain (SIGNATURE flexibleArray ($ (List S))) (SIGNATURE physicalLength ((NonNegativeInteger) $)) (SIGNATURE physicalLength! ($ $ (Integer))) (SIGNATURE shrinkable ((Boolean) (Boolean))))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for IndexedFlexibleArray compiling into /tmp/oa-S1qIr2 compiling exported physicalLength : % -> NonNegativeInteger IFARRAY;physicalLength;$Nni;1 r is replaced by %vref(r,0) Time: 0.05 SEC. compiling exported physicalLength! : (%,Integer) -> % Time: 0.01 SEC. compiling exported empty : () -> % Time: 0.00 SEC. compiling exported # : % -> NonNegativeInteger Time: 0.00 SEC. compiling exported fill! : (%,S) -> % Time: 0.00 SEC. compiling exported maxIndex : % -> Integer Time: 0 SEC. compiling exported minIndex : % -> Integer Time: 0 SEC. compiling exported new : (NonNegativeInteger,S) -> % Time: 0.01 SEC. compiling exported shrinkable : Boolean -> Boolean Time: 0 SEC. compiling exported flexibleArray : List S -> % Time: 0.02 SEC. compiling local newa : (NonNegativeInteger,PrimitiveArray S) -> PrimitiveArray S Time: 0.00 SEC. compiling local growAdding : (%,Integer,%) -> % Time: 0.02 SEC. compiling local growAndFill : (%,Integer,S) -> % Time: 0.00 SEC. compiling local growWith : (%,Integer,S) -> % Time: 0.02 SEC. compiling local shrink : (%,Integer) -> % Time: 0.02 SEC. compiling exported copy : % -> % Time: 0.01 SEC. compiling exported elt : (%,Integer) -> S Time: 0.01 SEC. compiling exported setelt : (%,Integer,S) -> S Time: 0.02 SEC. compiling exported merge : ((S,S) -> Boolean,%,%) -> % Time: 0 SEC. compiling exported concat : (S,%) -> % Time: 0.00 SEC. compiling exported concat! : (%,S) -> % Time: 0.02 SEC. compiling exported concat! : (%,%) -> % Time: 0.01 SEC. compiling exported remove! : (S -> Boolean,%) -> % Time: 0.03 SEC. compiling exported delete! : (%,Integer) -> % Time: 0.07 SEC. compiling exported delete! : (%,UniversalSegment Integer) -> % Time: 0.10 SEC. compiling exported insert! : (S,%,Integer) -> % Time: 0.04 SEC. compiling exported insert! : (%,%,Integer) -> % Time: 0.05 SEC. compiling exported merge! : ((S,S) -> Boolean,%,%) -> % Time: 0.05 SEC. compiling exported select! : (S -> Boolean,%) -> % Time: 0.01 SEC. compiling exported removeDuplicates! : % -> % Time: 0.02 SEC. (time taken in buildFunctor: 4) Time: 0.03 SEC. Warnings: [1] Type PrimitiveArray S is not in scope. Import it Cumulative Statistics for Constructor IndexedFlexibleArray Time: 0.63 seconds finalizing NRLIB IFARRAY Processing IndexedFlexibleArray for Browser database: -- flexibleArray : List S -> % -- physicalLength : % -> NonNegativeInteger -- physicalLength! : (%,I) -> % -- shrinkable : Boolean -> Boolean -- constructor ; compiling file "/tmp/oa-S1qIr2/code.lsp" (written 01 FEB 2016 10:59:19 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IFARRAY;physicalLength;$Nni;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IFARRAY;maxIndex;$I;6|) ...) ; compiling (PUT (QUOTE |IFARRAY;minIndex;$I;7|) ...) ; compiling (PUT (QUOTE |IFARRAY;elt;$IS;17|) ...) ; compiling (DEFUN |IFARRAY;physicalLength;$Nni;1| ...) ; compiling (DEFUN |IFARRAY;physicalLength!;$I$;2| ...) ; file: /tmp/oa-S1qIr2/code.lsp ; in: DEFUN |IFARRAY;physicalLength!;$I$;2| ; (DEFUN BOOT::|IFARRAY;physicalLength!;$I$;2| (BOOT::|r| BOOT::|n| BOOT::$) ; (COND ; ((ZEROP (SVREF BOOT::|r| 0)) ; (BOOT::|error| "flexible array must be non-empty")) ; (T ; (BOOT::|IFARRAY;growWith| BOOT::|r| BOOT::|n| ; (BOOT::|getSimpleArrayEntry| # 0) BOOT::$)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IFARRAY;physicalLength!;$I$;2| ; (BOOT::|r| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|IFARRAY;physicalLength!;$I$;2| ; (COND ((ZEROP #) (BOOT::|error| "flexible array must be non-empty")) ; (T (BOOT::|IFARRAY;growWith| BOOT::|r| BOOT::|n| # BOOT::$))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |IFARRAY;empty;$;3| ...) ; compiling (DEFUN |IFARRAY;#;$Nni;4| ...) ; file: /tmp/oa-S1qIr2/code.lsp ; in: DEFUN |IFARRAY;#;$Nni;4| ; (DEFUN BOOT::|IFARRAY;#;$Nni;4| (BOOT::|r| BOOT::$) ; (LET ((#:G584 (SVREF BOOT::|r| 1))) ; (COND ((NOT #) #:G584) (T (BOOT::|moanRetract| #:G584 '#))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IFARRAY;#;$Nni;4| ; (BOOT::|r| BOOT::$) ; (BLOCK BOOT::|IFARRAY;#;$Nni;4| ; (LET ((#:G584 #)) ; (COND (# #:G584) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |IFARRAY;fill!;$S$;5| ...) ; file: /tmp/oa-S1qIr2/code.lsp ; in: DEFUN |IFARRAY;fill!;$S$;5| ; (DEFUN BOOT::|IFARRAY;fill!;$S$;5| (BOOT::|r| BOOT::|x| BOOT::$) ; (PROGN (FILL (SVREF BOOT::|r| 2) BOOT::|x|) BOOT::|r|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IFARRAY;fill!;$S$;5| ; (BOOT::|r| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|IFARRAY;fill!;$S$;5| ; (PROGN (FILL (SVREF BOOT::|r| 2) BOOT::|x|) BOOT::|r|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |IFARRAY;maxIndex;$I;6| ...) ; compiling (DEFUN |IFARRAY;minIndex;$I;7| ...) ; file: /tmp/oa-S1qIr2/code.lsp ; in: DEFUN |IFARRAY;minIndex;$I;7| ; (DEFUN BOOT::|IFARRAY;minIndex;$I;7| (BOOT::|r| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 7)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IFARRAY;minIndex;$I;7| ; (BOOT::|r| BOOT::$) ; (BLOCK BOOT::|IFARRAY;minIndex;$I;7| (BOOT::|shellEntry| BOOT::$ 7))) ; ; caught STYLE-WARNING: ; The variable |r| is defined but never used. ; compiling (DEFUN |IFARRAY;new;NniS$;8| ...) ; compiling (DEFUN |IFARRAY;shrinkable;2B;9| ...) ; compiling (DEFUN |IFARRAY;flexibleArray;L$;10| ...) ; compiling (DEFUN |IFARRAY;newa| ...) ; file: /tmp/oa-S1qIr2/code.lsp ; in: DEFUN |IFARRAY;newa| ; (DEFUN BOOT::|IFARRAY;newa| (BOOT::|n| BOOT::|a| BOOT::$) ; (COND ((ZEROP BOOT::|n|) (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 20))) ; (T ; (BOOT::SPADCALL BOOT::|n| (BOOT::|getSimpleArrayEntry| BOOT::|a| 0) ; (BOOT::|shellEntry| BOOT::$ 30))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IFARRAY;newa| ; (BOOT::|n| BOOT::|a| BOOT::$) ; (BLOCK BOOT::|IFARRAY;newa| ; (COND ((ZEROP BOOT::|n|) (BOOT::SPADCALL #)) ; (T (BOOT::SPADCALL BOOT::|n| # #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-ARRAY &REST T). ; compiling (DEFUN |IFARRAY;growAdding| ...) ; file: /tmp/oa-S1qIr2/code.lsp ; in: DEFUN |IFARRAY;growAdding| ; (DEFUN BOOT::|IFARRAY;growAdding| (BOOT::|r| BOOT::|b| BOOT::|s| BOOT::$) ; (COND ((ZEROP BOOT::|b|) BOOT::|r|) ; ((PLUSP (BOOT::|IFARRAY;#;$Nni;4| BOOT::|r| BOOT::$)) ; (BOOT::|IFARRAY;growAndFill| BOOT::|r| BOOT::|b| ; (BOOT::|getSimpleArrayEntry| # 0) BOOT::$)) ; ((PLUSP (BOOT::|IFARRAY;#;$Nni;4| BOOT::|s| BOOT::$)) ; (BOOT::|IFARRAY;growAndFill| BOOT::|r| BOOT::|b| ; (BOOT::|getSimpleArrayEntry| # 0) BOOT::$)) ; (T (BOOT::|error| "no default filler element")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IFARRAY;growAdding| ; (BOOT::|r| BOOT::|b| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|IFARRAY;growAdding| ; (COND ((ZEROP BOOT::|b|) BOOT::|r|) ; ((PLUSP #) ; (BOOT::|IFARRAY;growAndFill| BOOT::|r| BOOT::|b| # BOOT::$)) ; ((PLUSP #) ; (BOOT::|IFARRAY;growAndFill| BOOT::|r| BOOT::|b| # BOOT::$)) ; (T (BOOT::|error| "no default filler element"))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |IFARRAY;growAndFill| ...) ; compiling (DEFUN |IFARRAY;growWith| ...) ; compiling (DEFUN |IFARRAY;shrink| ...) ; file: /tmp/oa-S1qIr2/code.lsp ; in: DEFUN |IFARRAY;shrink| ; (DEFUN BOOT::|IFARRAY;shrink| (BOOT::|r| BOOT::|i| BOOT::$) ; (PROG (BOOT::|y| BOOT::|a| BOOT::|n|) ; (RETURN ; (BOOT::SEQ (SETF #) (BOOT::LETT BOOT::|n| # BOOT::|IFARRAY;shrink|) ; (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IFARRAY;shrink| ; (BOOT::|r| BOOT::|i| BOOT::$) ; (BLOCK BOOT::|IFARRAY;shrink| ; (PROG (BOOT::|y| BOOT::|a| BOOT::|n|) (RETURN (BOOT::SEQ # # #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |IFARRAY;copy;2$;16| ...) ; compiling (DEFUN |IFARRAY;elt;$IS;17| ...) ; compiling (DEFUN |IFARRAY;setelt;$I2S;18| ...) ; compiling (DEFUN |IFARRAY;merge;M3$;19| ...) ; compiling (DEFUN |IFARRAY;concat;S2$;20| ...) ; compiling (DEFUN |IFARRAY;concat!;$S$;21| ...) ; compiling (DEFUN |IFARRAY;concat!;3$;22| ...) ; file: /tmp/oa-S1qIr2/code.lsp ; in: DEFUN |IFARRAY;concat!;3$;22| ; (DEFUN BOOT::|IFARRAY;concat!;3$;22| (BOOT::|a| BOOT::|b| BOOT::$) ; (PROG (BOOT::|n|) ; (RETURN ; (PROGN ; (COND #) ; (BOOT::LETT BOOT::|n| # BOOT::|IFARRAY;concat!;3$;22|) ; (BOOT::|IFARRAY;growAdding| BOOT::|a| # BOOT::|b| BOOT::$) ; (BOOT::SPADCALL BOOT::|a| BOOT::|b| # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IFARRAY;concat!;3$;22| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|IFARRAY;concat!;3$;22| ; (PROG (BOOT::|n|) (RETURN (PROGN # # # #))))) ; ; note: Assignment to argument: |b| ; prevents use of assertion from function type proclamation: ; SIMPLE-VECTOR ; ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |IFARRAY;remove!;M2$;23| ...) ; compiling (DEFUN |IFARRAY;delete!;$I$;24| ...) ; file: /tmp/oa-S1qIr2/code.lsp ; in: DEFUN |IFARRAY;delete!;$I$;24| ; (DEFUN BOOT::|IFARRAY;delete!;$I$;24| (BOOT::|r| BOOT::|i1| BOOT::$) ; (LET ((BOOT::|i| (- BOOT::|i1| #))) ; (BOOT::SEQ (COND (# #)) (COND (# #)) ; (LET (# #) ; (LOOP # ; #)) ; (BOOT::EXIT (BOOT::|IFARRAY;shrink| BOOT::|r| 1 BOOT::$))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IFARRAY;delete!;$I$;24| ; (BOOT::|r| BOOT::|i1| BOOT::$) ; (BLOCK BOOT::|IFARRAY;delete!;$I$;24| ; (LET ((BOOT::|i| #)) ; (BOOT::SEQ (COND #) (COND #) ; (LET # ; #) ; (BOOT::EXIT #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |IFARRAY;delete!;$Us$;25| ...) ; file: /tmp/oa-S1qIr2/code.lsp ; in: DEFUN |IFARRAY;delete!;$Us$;25| ; (DEFUN BOOT::|IFARRAY;delete!;$Us$;25| (BOOT::|r| BOOT::|i| BOOT::$) ; (LET* ((BOOT::|l| (- # #)) (BOOT::|m| (- # #)) (BOOT::|h| (COND # #))) ; (BOOT::SEQ (COND (# #)) ; (LET (# #) ; (LOOP # ; # ; #)) ; (BOOT::EXIT (BOOT::|IFARRAY;shrink| BOOT::|r| # BOOT::$))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IFARRAY;delete!;$Us$;25| ; (BOOT::|r| BOOT::|i| BOOT::$) ; (BLOCK BOOT::|IFARRAY;delete!;$Us$;25| ; (LET* ((BOOT::|l| #) (BOOT::|m| #) (BOOT::|h| #)) ; (BOOT::SEQ (COND #) ; (LET # ; #) ; (BOOT::EXIT #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |IFARRAY;insert!;S$I$;26| ...) ; file: /tmp/oa-S1qIr2/code.lsp ; in: DEFUN |IFARRAY;insert!;S$I$;26| ; (DEFUN BOOT::|IFARRAY;insert!;S$I$;26| ; (BOOT::|x| BOOT::|r| BOOT::|i1| BOOT::$) ; (LET ((BOOT::|i| (- BOOT::|i1| #)) (BOOT::|n| (SVREF BOOT::|r| 1))) ; (BOOT::SEQ (COND (# #)) ; (BOOT::|IFARRAY;growAndFill| BOOT::|r| 1 BOOT::|x| BOOT::$) ; (LET (#) ; (LOOP # ; #)) ; (BOOT::SPADCALL (SVREF BOOT::|r| 2) BOOT::|i| BOOT::|x| ; (BOOT::|shellEntry| BOOT::$ 49)) ; (BOOT::EXIT BOOT::|r|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IFARRAY;insert!;S$I$;26| ; (BOOT::|x| BOOT::|r| BOOT::|i1| BOOT::$) ; (BLOCK BOOT::|IFARRAY;insert!;S$I$;26| ; (LET ((BOOT::|i| #) (BOOT::|n| #)) ; (BOOT::SEQ (COND #) ; (BOOT::|IFARRAY;growAndFill| BOOT::|r| 1 BOOT::|x| ; BOOT::$) ; (LET # ; #) ; (BOOT::SPADCALL # BOOT::|i| BOOT::|x| #) ; (BOOT::EXIT BOOT::|r|))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |IFARRAY;insert!;2$I$;27| ...) ; file: /tmp/oa-S1qIr2/code.lsp ; in: DEFUN |IFARRAY;insert!;2$I$;27| ; (DEFUN BOOT::|IFARRAY;insert!;2$I$;27| ; (BOOT::|a| BOOT::|b| BOOT::|i1| BOOT::$) ; (PROG (BOOT::|n| BOOT::|m|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IFARRAY;insert!;2$I$;27| ; (BOOT::|a| BOOT::|b| BOOT::|i1| BOOT::$) ; (BLOCK BOOT::|IFARRAY;insert!;2$I$;27| ; (PROG (BOOT::|n| BOOT::|m|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |b| ; prevents use of assertion from function type proclamation: ; SIMPLE-VECTOR ; ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |IFARRAY;merge!;M3$;28| ...) ; compiling (DEFUN |IFARRAY;select!;M2$;29| ...) ; compiling (DEFUN |IFARRAY;removeDuplicates!;2$;30| ...) ; compiling (DEFUN |IndexedFlexibleArray| ...) ; compiling (DEFUN |IndexedFlexibleArray;| ...) ; compiling (MAKEPROP (QUOTE |IndexedFlexibleArray|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; printed 12 notes ; /tmp/oa-S1qIr2/code.fasl written ; compilation finished in 0:00:00.164 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FARRAY.spad && cp FARRAY.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FARRAY.fasl \ && if test -f FARRAY-.NRLIB/code.fasl; then \ cp FARRAY-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FARRAY-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FARRAY.spad using Spad compiler. FARRAY abbreviates domain FlexibleArray debug: compDefine1 lhs: (FlexibleArray S) signature (pre-evaluate): (NIL (Type)) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): (NIL (Type)) debug: compDefine1 lhs: (FlexibleArray S) signature (pre-evaluate): (NIL NIL) debug: compDefine1 signature (post evaluate): (NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FlexibleArray compiling into /tmp/oa-f8QrMU (time taken in buildFunctor: 8) Time: 0.09 SEC. Cumulative Statistics for Constructor FlexibleArray Time: 0.09 seconds finalizing NRLIB FARRAY Processing FlexibleArray for Browser database: -- constructor ; compiling file "/tmp/oa-f8QrMU/code.lsp" (written 01 FEB 2016 10:59:19 PM): ; compiling (DEFUN |FlexibleArray| ...) ; compiling (DEFUN |FlexibleArray;| ...) ; compiling (MAKEPROP (QUOTE |FlexibleArray|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-f8QrMU/code.fasl written ; compilation finished in 0:00:00.026 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SET.spad && cp SET.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SET.fasl \ && if test -f SET-.NRLIB/code.fasl; then \ cp SET-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SET-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SET.spad using Spad compiler. SET abbreviates domain Set debug: compDefine1 lhs: (Set S) signature (pre-evaluate): ((FiniteSetAggregate S) (SetCategory)) debug: evaluateType form: (FiniteSetAggregate S) $param: (S) Debug: evaluateType1 form: (FiniteSetAggregate S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((FiniteSetAggregate S) (SetCategory)) debug: compDefine1 lhs: (Set S) signature (pre-evaluate): ((FiniteSetAggregate S) NIL) debug: evaluateType form: (FiniteSetAggregate S) $param: (S) Debug: evaluateType1 form: (FiniteSetAggregate S) debug: evaluateType1 x: S m: (SetCategory) debug: compDefine1 signature (post evaluate): ((FiniteSetAggregate S) NIL) ------------------------------------------------------------------------ initializing stationary directory for Set compiling into /tmp/oa-T3liQg compiling exported # : % -> NonNegativeInteger Time: 0.07 SEC. compiling exported brace : () -> % Time: 0 SEC. compiling exported set : () -> % Time: 0 SEC. compiling exported empty : () -> % Time: 0 SEC. compiling exported copy : % -> % Time: 0 SEC. compiling exported members : % -> List S Time: 0.01 SEC. compiling exported inspect : % -> S Time: 0.01 SEC. compiling exported extract! : % -> S Time: 0.00 SEC. compiling exported find : (S -> Boolean,%) -> Union(S,failed) Time: 0.00 SEC. compiling exported map : (S -> S,%) -> % Time: 0 SEC. compiling exported map! : (S -> S,%) -> % Time: 0.00 SEC. compiling exported reduce : ((S,S) -> S,%) -> S Time: 0 SEC. compiling exported reduce : ((S,S) -> S,%,S) -> S Time: 0 SEC. compiling exported reduce : ((S,S) -> S,%,S,S) -> S Time: 0 SEC. compiling exported convert : % -> InputForm Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Debug compQuote expr: (QUOTE set) m: $EmptyMode Debug compQuote expr: (QUOTE set) m: (Symbol) Time: 0.29 SEC. compiling exported = : (%,%) -> Boolean Time: 0.01 SEC. compiling exported max : % -> S Time: 0 SEC. compiling exported min : % -> S Time: 0.01 SEC. compiling exported construct : List S -> % Time: 0.05 SEC. compiling exported insert! : (S,%) -> % Time: 0.03 SEC. compiling exported member? : (S,%) -> Boolean Time: 0.02 SEC. compiling exported remove! : (S,%) -> % Time: 0.00 SEC. compiling exported intersect : (%,%) -> % Time: 0.06 SEC. compiling exported difference : (%,%) -> % Time: 0.03 SEC. compiling exported symmetricDifference : (%,%) -> % Time: 0.02 SEC. compiling exported subset? : (%,%) -> Boolean Time: 0.02 SEC. compiling exported union : (%,%) -> % Time: 0.02 SEC. compiling exported insert! : (S,%) -> % Time: 0.02 SEC. compiling exported remove! : (S,%) -> % Time: 0.01 SEC. (time taken in buildFunctor: 4) Time: 0.03 SEC. Warnings: [1] construct: zero? has no value [2] insert!: inc has no value [3] remove!: inc has no value Cumulative Statistics for Constructor Set Time: 0.73 seconds finalizing NRLIB SET Processing Set for Browser database: -- constructor ; compiling file "/tmp/oa-T3liQg/code.lsp" (written 01 FEB 2016 10:59:20 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SET;#;$Nni;1| ...) ; file: /tmp/oa-T3liQg/code.lsp ; in: DEFUN |SET;#;$Nni;1| ; (DEFUN BOOT::|SET;#;$Nni;1| (BOOT::|s| BOOT::$) ; (BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 10))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SET;#;$Nni;1| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|SET;#;$Nni;1| ; (BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 10)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |SET;brace;$;2| ...) ; compiling (DEFUN |SET;set;$;3| ...) ; compiling (DEFUN |SET;empty;$;4| ...) ; compiling (DEFUN |SET;copy;2$;5| ...) ; compiling (DEFUN |SET;members;$L;6| ...) ; file: /tmp/oa-T3liQg/code.lsp ; in: DEFUN |SET;members;$L;6| ; (DEFUN BOOT::|SET;members;$L;6| (BOOT::|s| BOOT::$) ; (BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 19))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SET;members;$L;6| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|SET;members;$L;6| ; (BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 19)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SET;inspect;$S;7| ...) ; compiling (DEFUN |SET;extract!;$S;8| ...) ; compiling (DEFUN |SET;find;M$U;9| ...) ; file: /tmp/oa-T3liQg/code.lsp ; in: DEFUN |SET;find;M$U;9| ; (DEFUN BOOT::|SET;find;M$U;9| (BOOT::|f| BOOT::|s| BOOT::$) ; (BOOT::SPADCALL BOOT::|f| BOOT::|s| (BOOT::|shellEntry| BOOT::$ 31))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SET;find;M$U;9| ; (BOOT::|f| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|SET;find;M$U;9| ; (BOOT::SPADCALL BOOT::|f| BOOT::|s| (BOOT::|shellEntry| BOOT::$ 31)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SET;map;M2$;10| ...) ; compiling (DEFUN |SET;map!;M2$;11| ...) ; compiling (DEFUN |SET;reduce;M$S;12| ...) ; compiling (DEFUN |SET;reduce;M$2S;13| ...) ; compiling (DEFUN |SET;reduce;M$3S;14| ...) ; compiling (DEFUN |SET;convert;$If;15| ...) ; compiling (DEFUN |SET;=;2$B;16| ...) ; file: /tmp/oa-T3liQg/code.lsp ; in: DEFUN |SET;=;2$B;16| ; (DEFUN BOOT::|SET;=;2$B;16| (BOOT::|s| BOOT::|t| BOOT::$) ; (BOOT::SPADCALL BOOT::|s| BOOT::|t| (BOOT::|shellEntry| BOOT::$ 52))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SET;=;2$B;16| ; (BOOT::|s| BOOT::|t| BOOT::$) ; (BLOCK BOOT::|SET;=;2$B;16| ; (BOOT::SPADCALL BOOT::|s| BOOT::|t| (BOOT::|shellEntry| BOOT::$ 52)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |SET;max;$S;17| ...) ; compiling (DEFUN |SET;min;$S;18| ...) ; compiling (DEFUN |SET;construct;L$;19| ...) ; compiling (DEFUN |SET;insert!;S2$;20| ...) ; compiling (DEFUN |SET;member?;S$B;21| ...) ; file: /tmp/oa-T3liQg/code.lsp ; in: DEFUN |SET;member?;S$B;21| ; (DEFUN BOOT::|SET;member?;S$B;21| (BOOT::|x| BOOT::|s| BOOT::$) ; (PROG (BOOT::|m| BOOT::|b| BOOT::|t|) ; (RETURN (AND (NOT #) (BOOT::SEQ # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SET;member?;S$B;21| ; (BOOT::|x| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|SET;member?;S$B;21| ; (PROG (BOOT::|m| BOOT::|b| BOOT::|t|) (RETURN (AND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |SET;remove!;S2$;22| ...) ; compiling (DEFUN |SET;intersect;3$;23| ...) ; compiling (DEFUN |SET;difference;3$;24| ...) ; compiling (DEFUN |SET;symmetricDifference;3$;25| ...) ; compiling (DEFUN |SET;subset?;2$B;26| ...) ; compiling (DEFUN |SET;union;3$;27| ...) ; compiling (DEFUN |SET;insert!;S2$;28| ...) ; compiling (DEFUN |SET;remove!;S2$;29| ...) ; compiling (DEFUN |Set| ...) ; compiling (DEFUN |Set;| ...) ; compiling (MAKEPROP (QUOTE |Set|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 5 notes ; /tmp/oa-T3liQg/code.fasl written ; compilation finished in 0:00:00.112 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SIG.spad && cp SIG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SIG.fasl \ && if test -f SIG-.NRLIB/code.fasl; then \ cp SIG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SIG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SIG.spad using Spad compiler. SIG abbreviates domain Signature debug: compDefine1 lhs: (Signature) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE signature ($ (List (Syntax)) (Syntax))) (SIGNATURE target ((Syntax) $)) (SIGNATURE source ((List (Syntax)) $))))) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (SIGNATURE signature ($ (List (Syntax)) (Syntax))) (SIGNATURE target ((Syntax) $)) (SIGNATURE source ((List (Syntax)) $)))) $param: NIL debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE signature ($ (List (Syntax)) (Syntax))) (SIGNATURE target ((Syntax) $)) (SIGNATURE source ((List (Syntax)) $))) $param: NIL debug: evaluateType form: (List (Syntax)) $param: NIL Debug: evaluateType1 form: (List (Syntax)) debug: evaluateType1 x: (Syntax) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Syntax) $param: NIL Debug: evaluateType1 form: (Syntax) debug: evalCategory d: (Syntax) c: (Type) debug: evaluateType form: (Syntax) $param: NIL Debug: evaluateType1 form: (Syntax) debug: evaluateType form: (Syntax) $param: NIL Debug: evaluateType1 form: (Syntax) debug: evaluateType form: (List (Syntax)) $param: NIL Debug: evaluateType1 form: (List (Syntax)) debug: evaluateType1 x: (Syntax) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Syntax) $param: NIL Debug: evaluateType1 form: (Syntax) debug: evalCategory d: (Syntax) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE signature ($ (List (Syntax)) (Syntax))) (SIGNATURE target ((Syntax) $)) (SIGNATURE source ((List (Syntax)) $))))) ------------------------------------------------------------------------ initializing stationary directory for Signature compiling into /tmp/oa-aEZbVg compiling exported signature : (List Syntax,Syntax) -> % SIG;signature;LS$;1(s,t) is replaced by %pair(t,s) Time: 0.02 SEC. compiling exported target : % -> Syntax SIG;target;$S;2 is replaced by SPADfirst Time: 0 SEC. compiling exported source : % -> List Syntax SIG;source;$L;3 is replaced by %tail Time: 0.01 SEC. compiling exported = : (%,%) -> Boolean Time: 0 SEC. compiling local printType : Syntax -> OutputForm Time: 0.03 SEC. compiling exported coerce : % -> OutputForm Time: 0.05 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor Signature Time: 0.11 seconds finalizing NRLIB SIG Processing Signature for Browser database: -- signature : (List Syntax,Syntax) -> % -- target : % -> Syntax -- source : % -> List Syntax -- constructor ; compiling file "/tmp/oa-aEZbVg/code.lsp" (written 01 FEB 2016 10:59:20 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SIG;signature;LS$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SIG;target;$S;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SIG;source;$L;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SIG;signature;LS$;1| ...) ; compiling (DEFUN |SIG;target;$S;2| ...) ; compiling (DEFUN |SIG;source;$L;3| ...) ; compiling (DEFUN |SIG;=;2$B;4| ...) ; file: /tmp/oa-aEZbVg/code.lsp ; in: DEFUN |SIG;=;2$B;4| ; (DEFUN BOOT::|SIG;=;2$B;4| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 16))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SIG;=;2$B;4| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|SIG;=;2$B;4| ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 16)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |SIG;printType| ...) ; compiling (DEFUN |SIG;coerce;$Of;6| ...) ; compiling (DEFUN |Signature| ...) ; compiling (DEFUN |Signature;| ...) ; compiling (MAKEPROP (QUOTE |Signature|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-aEZbVg/code.fasl written ; compilation finished in 0:00:00.035 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FUNDESC.spad && cp FUNDESC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FUNDESC.fasl \ && if test -f FUNDESC-.NRLIB/code.fasl; then \ cp FUNDESC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FUNDESC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FUNDESC.spad using Spad compiler. FUNDESC abbreviates domain FunctionDescriptor debug: compDefine1 lhs: (FunctionDescriptor) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE signature ((Signature) $))))) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (SIGNATURE signature ((Signature) $)))) $param: NIL debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE signature ((Signature) $))) $param: NIL debug: evaluateType form: (Signature) $param: NIL Debug: evaluateType1 form: (Signature) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE signature ((Signature) $))))) ------------------------------------------------------------------------ initializing stationary directory for FunctionDescriptor compiling into /tmp/oa-ROsEeA compiling exported signature : % -> Signature FUNDESC;signature;$S;1 is replaced by %head Time: 0.00 SEC. compiling exported = : (%,%) -> Boolean FUNDESC;=;2$B;2 is replaced by %equal Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] coerce: : Syntax -- replace by pretend Cumulative Statistics for Constructor FunctionDescriptor Time: 0.04 seconds finalizing NRLIB FUNDESC Processing FunctionDescriptor for Browser database: -- signature : % -> Signature -- constructor ; compiling file "/tmp/oa-ROsEeA/code.lsp" (written 01 FEB 2016 10:59:20 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FUNDESC;signature;$S;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FUNDESC;=;2$B;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FUNDESC;signature;$S;1| ...) ; compiling (DEFUN |FUNDESC;=;2$B;2| ...) ; compiling (DEFUN |FUNDESC;coerce;$Of;3| ...) ; compiling (DEFUN |FunctionDescriptor| ...) ; compiling (DEFUN |FunctionDescriptor;| ...) ; compiling (MAKEPROP (QUOTE |FunctionDescriptor|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-ROsEeA/code.fasl written ; compilation finished in 0:00:00.023 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile DOMTMPLT.spad && cp DOMTMPLT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DOMTMPLT.fasl \ && if test -f DOMTMPLT-.NRLIB/code.fasl; then \ cp DOMTMPLT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DOMTMPLT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DOMTMPLT.spad using Spad compiler. DOMTMPLT abbreviates domain DomainTemplate debug: compDefine1 lhs: (DomainTemplate) signature (pre-evaluate): ((Join (SetCategory) (Eltable (NonNegativeInteger) (Syntax)) (CATEGORY domain (SIGNATURE # ((NonNegativeInteger) $))))) debug: evaluateType form: (Join (SetCategory) (Eltable (NonNegativeInteger) (Syntax)) (CATEGORY domain (SIGNATURE # ((NonNegativeInteger) $)))) $param: NIL debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Eltable (NonNegativeInteger) (Syntax)) $param: NIL Debug: evaluateType1 form: (Eltable (NonNegativeInteger) (Syntax)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType1 x: (Syntax) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Syntax) $param: NIL Debug: evaluateType1 form: (Syntax) debug: evalCategory d: (Syntax) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE # ((NonNegativeInteger) $))) $param: NIL debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (Eltable (NonNegativeInteger) (Syntax)) (CATEGORY domain (SIGNATURE # ((NonNegativeInteger) $))))) ------------------------------------------------------------------------ initializing stationary directory for DomainTemplate compiling into /tmp/oa-DRgRfE compiling exported # : % -> NonNegativeInteger DOMTMPLT;#;$Nni;1 is replaced by %vlength Time: 0.06 SEC. compiling exported elt : (%,NonNegativeInteger) -> Syntax DOMTMPLT;elt;$NniS;2 is replaced by %aref Time: 0.01 SEC. compiling exported = : (%,%) -> Boolean Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor DomainTemplate Time: 0.10 seconds finalizing NRLIB DOMTMPLT Processing DomainTemplate for Browser database: -- #? : % -> NonNegativeInteger -- constructor ; compiling file "/tmp/oa-DRgRfE/code.lsp" (written 01 FEB 2016 10:59:21 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DOMTMPLT;#;$Nni;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DOMTMPLT;elt;$NniS;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DOMTMPLT;#;$Nni;1| ...) ; compiling (DEFUN |DOMTMPLT;elt;$NniS;2| ...) ; compiling (DEFUN |DOMTMPLT;=;2$B;3| ...) ; file: /tmp/oa-DRgRfE/code.lsp ; in: DEFUN |DOMTMPLT;=;2$B;3| ; (DEFUN BOOT::|DOMTMPLT;=;2$B;3| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 16))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DOMTMPLT;=;2$B;3| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|DOMTMPLT;=;2$B;3| ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 16)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |DOMTMPLT;coerce;$Of;4| ...) ; compiling (DEFUN |DomainTemplate| ...) ; compiling (DEFUN |DomainTemplate;| ...) ; compiling (MAKEPROP (QUOTE |DomainTemplate|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-DRgRfE/code.fasl written ; compilation finished in 0:00:00.033 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MKBCFUNC.spad && cp MKBCFUNC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MKBCFUNC.fasl \ && if test -f MKBCFUNC-.NRLIB/code.fasl; then \ cp MKBCFUNC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MKBCFUNC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MKBCFUNC.spad using Spad compiler. MKBCFUNC abbreviates package MakeBinaryCompiledFunction debug: compDefine1 lhs: (MakeBinaryCompiledFunction S D1 D2 I) signature (pre-evaluate): ((CATEGORY package (SIGNATURE binaryFunction ((Mapping I D1 D2) (Symbol))) (SIGNATURE compiledFunction ((Mapping I D1 D2) S (Symbol) (Symbol)))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE binaryFunction ((Mapping I D1 D2) (Symbol))) (SIGNATURE compiledFunction ((Mapping I D1 D2) S (Symbol) (Symbol)))) $param: (S D1 D2 I) debug: evaluateType form: (Mapping I D1 D2) $param: (S D1 D2 I) debug: evaluateType form: I $param: (S D1 D2 I) debug: evaluateType form: D1 $param: (S D1 D2 I) debug: evaluateType form: D2 $param: (S D1 D2 I) debug: evaluateType form: (Symbol) $param: (S D1 D2 I) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Mapping I D1 D2) $param: (S D1 D2 I) debug: evaluateType form: I $param: (S D1 D2 I) debug: evaluateType form: D1 $param: (S D1 D2 I) debug: evaluateType form: D2 $param: (S D1 D2 I) debug: evaluateType form: S $param: (S D1 D2 I) debug: evaluateType form: (Symbol) $param: (S D1 D2 I) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Symbol) $param: (S D1 D2 I) Debug: evaluateType1 form: (Symbol) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE binaryFunction ((Mapping I D1 D2) (Symbol))) (SIGNATURE compiledFunction ((Mapping I D1 D2) S (Symbol) (Symbol)))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for MakeBinaryCompiledFunction compiling into /tmp/oa-P6rV1U importing MakeFunction S compiling local func : (Symbol,D1,D2) -> I MKBCFUNC;func(name,x,y) is replaced by %funcall(name,x,y,%nil) Time: 0.00 SEC. compiling exported binaryFunction : Symbol -> (D1,D2) -> I Time: 0 SEC. compiling exported compiledFunction : (S,Symbol,Symbol) -> (D1,D2) -> I Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor MakeBinaryCompiledFunction Time: 0.03 seconds finalizing NRLIB MKBCFUNC Processing MakeBinaryCompiledFunction for Browser database: -- binaryFunction : SY -> ((D1,D2) -> I) -- compiledFunction : (S,SY,SY) -> ((D1,D2) -> I) -- constructor ; compiling file "/tmp/oa-P6rV1U/code.lsp" (written 01 FEB 2016 10:59:21 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MKBCFUNC;func|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MKBCFUNC;func| ...) ; compiling (DEFUN |MKBCFUNC;binaryFunction;SM;2| ...) ; compiling (DEFUN |MKBCFUNC;binaryFunction;SM;2!0| ...) ; compiling (DEFUN |MKBCFUNC;compiledFunction;S2SM;3| ...) ; compiling (DEFUN |MakeBinaryCompiledFunction| ...) ; compiling (DEFUN |MakeBinaryCompiledFunction;| ...) ; compiling (MAKEPROP (QUOTE |MakeBinaryCompiledFunction|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-P6rV1U/code.fasl written ; compilation finished in 0:00:00.023 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile RNGBIND.spad && cp RNGBIND.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RNGBIND.fasl \ && if test -f RNGBIND-.NRLIB/code.fasl; then \ cp RNGBIND-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RNGBIND-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RNGBIND.spad using Spad compiler. RNGBIND abbreviates domain RangeBinding debug: compDefine1 lhs: (RangeBinding S T$) signature (pre-evaluate): ((Join (Type) (CATEGORY domain (SIGNATURE equation ($ (Symbol) S)) (SIGNATURE variable ((Symbol) $)) (SIGNATURE segment (S $)) (IF (has S (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch))) NIL NIL) debug: evaluateType form: (Join (Type) (CATEGORY domain (SIGNATURE equation ($ (Symbol) S)) (SIGNATURE variable ((Symbol) $)) (SIGNATURE segment (S $)) (IF (has S (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch))) $param: (S T$) debug: evaluateType form: (Type) $param: (S T$) Debug: evaluateType1 form: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE equation ($ (Symbol) S)) (SIGNATURE variable ((Symbol) $)) (SIGNATURE segment (S $)) (IF (has S (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch)) $param: (S T$) debug: evaluateType form: (Symbol) $param: (S T$) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: S $param: (S T$) debug: evaluateType form: (Symbol) $param: (S T$) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: S $param: (S T$) debug: compDefine1 signature (post evaluate): ((Join (Type) (CATEGORY domain (SIGNATURE equation ($ (Symbol) S)) (SIGNATURE variable ((Symbol) $)) (SIGNATURE segment (S $)) (IF (has S (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for RangeBinding compiling into /tmp/oa-gtLuJ6 compiling exported equation : (Symbol,S) -> % RNGBIND;equation;SS$;1 is replaced by %pair Time: 0.02 SEC. compiling exported variable : % -> Symbol RNGBIND;variable;$S;2 is replaced by %head Time: 0 SEC. compiling exported segment : % -> S RNGBIND;segment;$S;3 is replaced by %tail Time: 0 SEC. compiling exported = : (%,%) -> Boolean Time: 0.04 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] Type Symbol is not in scope. Import it Cumulative Statistics for Constructor RangeBinding Time: 0.07 seconds finalizing NRLIB RNGBIND Processing RangeBinding for Browser database: -- equation : (Symbol,S) -> % -- variable : % -> Symbol -- segment : % -> S -- constructor ; compiling file "/tmp/oa-gtLuJ6/code.lsp" (written 01 FEB 2016 10:59:21 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |RNGBIND;equation;SS$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |RNGBIND;variable;$S;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |RNGBIND;segment;$S;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RNGBIND;equation;SS$;1| ...) ; compiling (DEFUN |RNGBIND;variable;$S;2| ...) ; compiling (DEFUN |RNGBIND;segment;$S;3| ...) ; compiling (DEFUN |RNGBIND;=;2$B;4| ...) ; file: /tmp/oa-gtLuJ6/code.lsp ; in: DEFUN |RNGBIND;=;2$B;4| ; (DEFUN BOOT::|RNGBIND;=;2$B;4| (BOOT::|x| BOOT::|y| BOOT::$) ; (AND (EQUAL (CAR BOOT::|x|) (CAR BOOT::|y|)) ; (BOOT::SPADCALL (CDR BOOT::|x|) (CDR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 15)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RNGBIND;=;2$B;4| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|RNGBIND;=;2$B;4| ; (AND (EQUAL (CAR BOOT::|x|) (CAR BOOT::|y|)) ; (BOOT::SPADCALL (CDR BOOT::|x|) (CDR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 15))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |RNGBIND;coerce;$Of;5| ...) ; compiling (DEFUN |RangeBinding| ...) ; compiling (DEFUN |RangeBinding;| ...) ; compiling (MAKEPROP (QUOTE |RangeBinding|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-gtLuJ6/code.fasl written ; compilation finished in 0:00:00.032 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SEG.spad && cp SEG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SEG.fasl \ && if test -f SEG-.NRLIB/code.fasl; then \ cp SEG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SEG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SEG.spad using Spad compiler. SEG abbreviates domain Segment debug: compDefine1 lhs: (Segment S) signature (pre-evaluate): ((Join (SegmentCategory S) (CATEGORY package (IF (has S (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch) (IF (has S (OrderedRing)) (ATTRIBUTE (SegmentExpansionCategory S (List S))) %noBranch))) (Type)) debug: evaluateType form: (Join (SegmentCategory S) (CATEGORY package (IF (has S (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch) (IF (has S (OrderedRing)) (ATTRIBUTE (SegmentExpansionCategory S (List S))) %noBranch))) $param: (S) debug: evaluateType form: (SegmentCategory S) $param: (S) Debug: evaluateType1 form: (SegmentCategory S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY package (IF (has S (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch) (IF (has S (OrderedRing)) (ATTRIBUTE (SegmentExpansionCategory S (List S))) %noBranch)) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Join (SegmentCategory S) (CATEGORY package (IF (has S (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch) (IF (has S (OrderedRing)) (ATTRIBUTE (SegmentExpansionCategory S (List S))) %noBranch))) (Type)) debug: compDefine1 lhs: (Segment S) signature (pre-evaluate): ((Join (SegmentCategory S) (CATEGORY package (IF (has S (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch) (IF (has S (OrderedRing)) (ATTRIBUTE (SegmentExpansionCategory S (List S))) %noBranch))) NIL) debug: evaluateType form: (Join (SegmentCategory S) (CATEGORY package (IF (has S (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch) (IF (has S (OrderedRing)) (ATTRIBUTE (SegmentExpansionCategory S (List S))) %noBranch))) $param: (S) debug: evaluateType form: (SegmentCategory S) $param: (S) Debug: evaluateType1 form: (SegmentCategory S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY package (IF (has S (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch) (IF (has S (OrderedRing)) (ATTRIBUTE (SegmentExpansionCategory S (List S))) %noBranch)) $param: (S) debug: compDefine1 signature (post evaluate): ((Join (SegmentCategory S) (CATEGORY package (IF (has S (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch) (IF (has S (OrderedRing)) (ATTRIBUTE (SegmentExpansionCategory S (List S))) %noBranch))) NIL) ------------------------------------------------------------------------ initializing stationary directory for Segment compiling into /tmp/oa-037WNq compiling exported SEGMENT : (S,S) -> % SEG;SEGMENT;2S$;1(a,b) is replaced by %vector(a,b,1) Time: 0.01 SEC. compiling exported lo : % -> S SEG;lo;$S;2 s is replaced by %vref(s,0) Time: 0.00 SEC. compiling exported low : % -> S SEG;low;$S;3 s is replaced by %vref(s,0) Time: 0 SEC. compiling exported hi : % -> S SEG;hi;$S;4 s is replaced by %vref(s,1) Time: 0 SEC. compiling exported high : % -> S SEG;high;$S;5 s is replaced by %vref(s,1) Time: 0 SEC. compiling exported incr : % -> Integer SEG;incr;$I;6 s is replaced by %vref(s,2) Time: 0 SEC. compiling exported segment : (S,S) -> % SEG;segment;2S$;7(a,b) is replaced by %vector(a,b,1) Time: 0 SEC. compiling exported BY : (%,Integer) -> % Time: 0.00 SEC. compiling exported = : (%,%) -> Boolean Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Time: 0.02 SEC. compiling exported convert : S -> % Time: 0 SEC. compiling exported expand : List % -> List S Time: 0.08 SEC. compiling exported expand : % -> List S Time: 0.02 SEC. compiling exported map : (S -> S,%) -> List S Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Cumulative Statistics for Constructor Segment Time: 0.18 seconds finalizing NRLIB SEG Processing Segment for Browser database: -- constructor ; compiling file "/tmp/oa-037WNq/code.lsp" (written 01 FEB 2016 10:59:21 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEG;SEGMENT;2S$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEG;lo;$S;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEG;low;$S;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEG;hi;$S;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEG;high;$S;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEG;incr;$I;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEG;segment;2S$;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEG;BY;$I$;8|) ...) ; compiling (PUT (QUOTE |SEG;convert;S$;11|) ...) ; compiling (DEFUN |SEG;SEGMENT;2S$;1| ...) ; compiling (DEFUN |SEG;lo;$S;2| ...) ; compiling (DEFUN |SEG;low;$S;3| ...) ; compiling (DEFUN |SEG;hi;$S;4| ...) ; compiling (DEFUN |SEG;high;$S;5| ...) ; compiling (DEFUN |SEG;incr;$I;6| ...) ; compiling (DEFUN |SEG;segment;2S$;7| ...) ; compiling (DEFUN |SEG;BY;$I$;8| ...) ; file: /tmp/oa-037WNq/code.lsp ; in: DEFUN |SEG;BY;$I$;8| ; (DEFUN BOOT::|SEG;BY;$I$;8| (BOOT::|s| BOOT::|r| BOOT::$) ; (VECTOR (SVREF BOOT::|s| 0) (SVREF BOOT::|s| 1) BOOT::|r|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SEG;BY;$I$;8| ; (BOOT::|s| BOOT::|r| BOOT::$) ; (BLOCK BOOT::|SEG;BY;$I$;8| ; (VECTOR (SVREF BOOT::|s| 0) (SVREF BOOT::|s| 1) BOOT::|r|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SEG;=;2$B;9| ...) ; compiling (DEFUN |SEG;coerce;$Of;10| ...) ; compiling (DEFUN |SEG;convert;S$;11| ...) ; file: /tmp/oa-037WNq/code.lsp ; in: DEFUN |SEG;convert;S$;11| ; (DEFUN BOOT::|SEG;convert;S$;11| (BOOT::|a| BOOT::$) ; (VECTOR BOOT::|a| BOOT::|a| 1)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SEG;convert;S$;11| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|SEG;convert;S$;11| (VECTOR BOOT::|a| BOOT::|a| 1))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SEG;expand;LL;12| ...) ; file: /tmp/oa-037WNq/code.lsp ; in: DEFUN |SEG;expand;LL;12| ; (DEFUN BOOT::|SEG;expand;LL;12| (BOOT::|ls| BOOT::$) ; (PROG (BOOT::|inc| BOOT::|h| BOOT::|l|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SEG;expand;LL;12| ; (BOOT::|ls| BOOT::$) ; (BLOCK BOOT::|SEG;expand;LL;12| ; (PROG (BOOT::|inc| BOOT::|h| BOOT::|l|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SEG;expand;$L;13| ...) ; file: /tmp/oa-037WNq/code.lsp ; in: DEFUN |SEG;expand;$L;13| ; (DEFUN BOOT::|SEG;expand;$L;13| (BOOT::|s| BOOT::$) ; (BOOT::SPADCALL (LIST BOOT::|s|) (BOOT::|shellEntry| BOOT::$ 41))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SEG;expand;$L;13| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|SEG;expand;$L;13| ; (BOOT::SPADCALL (LIST BOOT::|s|) (BOOT::|shellEntry| BOOT::$ 41)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SEG;map;M$L;14| ...) ; file: /tmp/oa-037WNq/code.lsp ; in: DEFUN |SEG;map;M$L;14| ; (DEFUN BOOT::|SEG;map;M$L;14| (BOOT::|f| BOOT::|s| BOOT::$) ; (LET ((BOOT::|lr| NIL) ; (BOOT::|l| (SVREF BOOT::|s| 0)) ; (BOOT::|h| (SVREF BOOT::|s| 1)) ; (BOOT::|inc| (BOOT::SPADCALL # #))) ; (BOOT::SEQ (COND (# #) (T #)) ; (BOOT::EXIT (BOOTTRAN:|reverse!| BOOT::|lr|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SEG;map;M$L;14| ; (BOOT::|f| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|SEG;map;M$L;14| ; (LET ((BOOT::|lr| NIL) (BOOT::|l| #) (BOOT::|h| #) (BOOT::|inc| #)) ; (BOOT::SEQ (COND # #) (BOOT::EXIT #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |Segment| ...) ; compiling (DEFUN |Segment;| ...) ; compiling (MAKEPROP (QUOTE |Segment|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 3 notes ; /tmp/oa-037WNq/code.fasl written ; compilation finished in 0:00:00.073 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile OVERSET.spad && cp OVERSET.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/OVERSET.fasl \ && if test -f OVERSET-.NRLIB/code.fasl; then \ cp OVERSET-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/OVERSET-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OVERSET.spad using Spad compiler. OVERSET abbreviates domain OverloadSet debug: compDefine1 lhs: (OverloadSet) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE name ((Identifier) $)) (SIGNATURE members ((List (FunctionDescriptor)) $))))) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (SIGNATURE name ((Identifier) $)) (SIGNATURE members ((List (FunctionDescriptor)) $)))) $param: NIL debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE name ((Identifier) $)) (SIGNATURE members ((List (FunctionDescriptor)) $))) $param: NIL debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: (List (FunctionDescriptor)) $param: NIL Debug: evaluateType1 form: (List (FunctionDescriptor)) debug: evaluateType1 x: (FunctionDescriptor) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (FunctionDescriptor) $param: NIL Debug: evaluateType1 form: (FunctionDescriptor) debug: evalCategory d: (FunctionDescriptor) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE name ((Identifier) $)) (SIGNATURE members ((List (FunctionDescriptor)) $))))) ------------------------------------------------------------------------ initializing stationary directory for OverloadSet compiling into /tmp/oa-bAFXAF compiling exported name : % -> Identifier OVERSET;name;$I;1 is replaced by %head Time: 0.01 SEC. compiling exported members : % -> List FunctionDescriptor OVERSET;members;$L;2 is replaced by %tail Time: 0.01 SEC. compiling exported = : (%,%) -> Boolean Time: 0.02 SEC. compiling exported coerce : % -> OutputForm Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor OverloadSet Time: 0.07 seconds finalizing NRLIB OVERSET Processing OverloadSet for Browser database: -- name : % -> Identifier -- members : % -> List FunctionDescriptor -- constructor ; compiling file "/tmp/oa-bAFXAF/code.lsp" (written 01 FEB 2016 10:59:22 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OVERSET;name;$I;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OVERSET;members;$L;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |OVERSET;name;$I;1| ...) ; compiling (DEFUN |OVERSET;members;$L;2| ...) ; compiling (DEFUN |OVERSET;=;2$B;3| ...) ; file: /tmp/oa-bAFXAF/code.lsp ; in: DEFUN |OVERSET;=;2$B;3| ; (DEFUN BOOT::|OVERSET;=;2$B;3| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 16))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|OVERSET;=;2$B;3| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|OVERSET;=;2$B;3| ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 16)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |OVERSET;coerce;$Of;4| ...) ; compiling (DEFUN |OverloadSet| ...) ; compiling (DEFUN |OverloadSet;| ...) ; compiling (MAKEPROP (QUOTE |OverloadSet|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-bAFXAF/code.fasl written ; compilation finished in 0:00:00.032 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile CTORCAT.spad && cp CTORCAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CTORCAT.fasl \ && if test -f CTORCAT-.NRLIB/code.fasl; then \ cp CTORCAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CTORCAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CTORCAT.spad using Spad compiler. CTORCAT abbreviates category ConstructorCategory debug: compDefine1 lhs: (ConstructorCategory) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for ConstructorCategory compiling into /tmp/oa-J59WfY STYLE-WARNING: redefining BOOT::|ConstructorCategory| in DEFUN Time: 0.01 SEC. CTORCAT- abbreviates package ConstructorCategory& ------------------------------------------------------------------------ initializing stationary directory for ConstructorCategory& compiling into /tmp/oa-cNCZnp compiling exported kind : S -> ConstructorKind CTORCAT-;kind;$Ck;1 is replaced by getConstructorKind Time: 0.01 SEC. compiling exported arity : S -> Arity CTORCAT-;arity;$A;2 is replaced by getConstructorArity Time: 0 SEC. compiling exported dualSignature : S -> List Boolean CTORCAT-;dualSignature;$L;3 is replaced by getDualSignatureFromDB Time: 0.01 SEC. compiling exported operations : S -> List OverloadSet CTORCAT-;operations;$L;4 is replaced by getConstructorOperationsFromDB Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor ConstructorCategory& Time: 0.03 seconds finalizing NRLIB CTORCAT- ; compiling file "/tmp/oa-cNCZnp/code.lsp" (written 01 FEB 2016 10:59:22 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CTORCAT-;kind;$Ck;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CTORCAT-;arity;$A;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CTORCAT-;dualSignature;$L;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CTORCAT-;operations;$L;4|) ...) ; compiling (DEFUN |CTORCAT-;kind;$Ck;1| ...) ; compiling (DEFUN |CTORCAT-;arity;$A;2| ...) ; compiling (DEFUN |CTORCAT-;dualSignature;$L;3| ...) ; file: /tmp/oa-cNCZnp/code.lsp ; in: DEFUN |CTORCAT-;dualSignature;$L;3| ; (DEFUN BOOT::|CTORCAT-;dualSignature;$L;3| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|getDualSignatureFromDB| BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CTORCAT-;dualSignature;$L;3| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|CTORCAT-;dualSignature;$L;3| ; (BOOT::|getDualSignatureFromDB| BOOT::|x|))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS (MEMBER T NIL) T)) &REST T). ; compiling (DEFUN |CTORCAT-;operations;$L;4| ...) ; compiling (DEFUN |ConstructorCategory&| ...) ; compiling (MAKEPROP (QUOTE |ConstructorCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; file: /tmp/oa-cNCZnp/code.lsp ; in: DEFUN |CTORCAT-;dualSignature;$L;3| ; (BOOT::|getDualSignatureFromDB| BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: |getDualSignatureFromDB| ; ; compilation unit finished ; Undefined function: ; |getDualSignatureFromDB| ; caught 1 STYLE-WARNING condition ; printed 1 note ; /tmp/oa-cNCZnp/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ finalizing NRLIB CTORCAT Processing ConstructorCategory for Browser database: -- kind : % -> ConstructorKind -- dualSignature : % -> List Boolean -- operations : % -> List OverloadSet -- constructor ; compiling file "/tmp/oa-J59WfY/code.lsp" (written 01 FEB 2016 10:59:22 PM): ; compiling (DEFPARAMETER |ConstructorCategory;AL| ...) ; compiling (DEFUN |ConstructorCategory;| ...) ; compiling (DEFUN |ConstructorCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-J59WfY/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile CTOR.spad && cp CTOR.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CTOR.fasl \ && if test -f CTOR-.NRLIB/code.fasl; then \ cp CTOR-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CTOR-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CTOR.spad using Spad compiler. CTOR abbreviates domain Constructor debug: compDefine1 lhs: (Constructor) signature (pre-evaluate): ((Join (ConstructorCategory) (CATEGORY domain (SIGNATURE findConstructor ((Maybe $) (Identifier)))))) debug: evaluateType form: (Join (ConstructorCategory) (CATEGORY domain (SIGNATURE findConstructor ((Maybe $) (Identifier))))) $param: NIL debug: evaluateType form: (ConstructorCategory) $param: NIL Debug: evaluateType1 form: (ConstructorCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE findConstructor ((Maybe $) (Identifier)))) $param: NIL debug: evaluateType form: (Maybe $) $param: NIL Debug: evaluateType1 form: (Maybe $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: compDefine1 signature (post evaluate): ((Join (ConstructorCategory) (CATEGORY domain (SIGNATURE findConstructor ((Maybe $) (Identifier)))))) ------------------------------------------------------------------------ initializing stationary directory for Constructor compiling into /tmp/oa-UChRh9 compiling exported name : % -> Identifier CTOR;name;$I;1 x is replaced by x Time: 0.01 SEC. compiling exported kind : % -> ConstructorKind CTOR;kind;$Ck;2 is replaced by getConstructorKind Time: 0.00 SEC. compiling exported arity : % -> Arity CTOR;arity;$A;3 is replaced by getConstructorArity Time: 0 SEC. compiling exported findConstructor : Identifier -> Maybe % Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] findConstructor: pretend Identifier -- should replace by @ Cumulative Statistics for Constructor Constructor Time: 0.04 seconds finalizing NRLIB CTOR Processing Constructor for Browser database: -- findConstructor : Identifier -> Maybe % -- constructor ; compiling file "/tmp/oa-UChRh9/code.lsp" (written 01 FEB 2016 10:59:22 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CTOR;name;$I;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CTOR;kind;$Ck;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CTOR;arity;$A;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |CTOR;name;$I;1| ...) ; compiling (DEFUN |CTOR;kind;$Ck;2| ...) ; compiling (DEFUN |CTOR;arity;$A;3| ...) ; compiling (DEFUN |CTOR;findConstructor;IM;4| ...) ; file: /tmp/oa-UChRh9/code.lsp ; in: DEFUN |CTOR;findConstructor;IM;4| ; (DEFUN BOOT::|CTOR;findConstructor;IM;4| (BOOT::|s| BOOT::$) ; (COND ((BOOT::|isConstructorName| BOOT::|s|) BOOT::|s|) ; (T |AxiomCore|:|%nothing|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CTOR;findConstructor;IM;4| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|CTOR;findConstructor;IM;4| ; (COND ((BOOT::|isConstructorName| BOOT::|s|) BOOT::|s|) ; (T |AxiomCore|:|%nothing|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |Constructor| ...) ; compiling (DEFUN |Constructor;| ...) ; compiling (MAKEPROP (QUOTE |Constructor|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; /tmp/oa-UChRh9/code.fasl written ; compilation finished in 0:00:00.026 ------------------------------------------------------------------------ ================================== === layer 2 of 24 complete ====== ================================== ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SCOPE.spad && cp SCOPE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SCOPE.fasl \ && if test -f SCOPE-.NRLIB/code.fasl; then \ cp SCOPE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SCOPE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SCOPE.spad using Spad compiler. SCOPE abbreviates domain Scope debug: compDefine1 lhs: (Scope) signature (pre-evaluate): ((Join (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE empty ($)) (SIGNATURE contours ((List (Contour)) $)) (SIGNATURE findBinding ((Maybe (Binding)) (Identifier) $)) (SIGNATURE pushNewContour ($ (Binding) $)) (SIGNATURE currentScope ($)) (SIGNATURE currentCategoryFrame ($))))) debug: evaluateType form: (Join (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE empty ($)) (SIGNATURE contours ((List (Contour)) $)) (SIGNATURE findBinding ((Maybe (Binding)) (Identifier) $)) (SIGNATURE pushNewContour ($ (Binding) $)) (SIGNATURE currentScope ($)) (SIGNATURE currentCategoryFrame ($)))) $param: NIL debug: evaluateType form: (CoercibleTo (OutputForm)) $param: NIL Debug: evaluateType1 form: (CoercibleTo (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE empty ($)) (SIGNATURE contours ((List (Contour)) $)) (SIGNATURE findBinding ((Maybe (Binding)) (Identifier) $)) (SIGNATURE pushNewContour ($ (Binding) $)) (SIGNATURE currentScope ($)) (SIGNATURE currentCategoryFrame ($))) $param: NIL debug: evaluateType form: (List (Contour)) $param: NIL Debug: evaluateType1 form: (List (Contour)) debug: evaluateType1 x: (Contour) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Contour) $param: NIL Debug: evaluateType1 form: (Contour) debug: evalCategory d: (Contour) c: (Type) debug: evaluateType form: (Maybe (Binding)) $param: NIL Debug: evaluateType1 form: (Maybe (Binding)) debug: evaluateType1 x: (Binding) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Binding) $param: NIL Debug: evaluateType1 form: (Binding) debug: evalCategory d: (Binding) c: (Type) debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: (Binding) $param: NIL Debug: evaluateType1 form: (Binding) debug: compDefine1 signature (post evaluate): ((Join (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE empty ($)) (SIGNATURE contours ((List (Contour)) $)) (SIGNATURE findBinding ((Maybe (Binding)) (Identifier) $)) (SIGNATURE pushNewContour ($ (Binding) $)) (SIGNATURE currentScope ($)) (SIGNATURE currentCategoryFrame ($))))) ------------------------------------------------------------------------ initializing stationary directory for Scope compiling into /tmp/oa-iMvDQp importing Contour compiling exported empty : () -> % SCOPE;empty;$;1 is replaced by %nil Time: 0.02 SEC. compiling exported contours : % -> List Contour SCOPE;contours;$L;2 s is replaced by s Time: 0 SEC. compiling exported findBinding : (Identifier,%) -> Maybe Binding Time: 0 SEC. compiling exported pushNewContour : (Binding,%) -> % SCOPE;pushNewContour;B2$;4(b,s) is replaced by %pair(%list b,s) Time: 0 SEC. compiling exported currentScope : () -> % SCOPE;currentScope;$;5 is replaced by %head $e Time: 0.01 SEC. compiling exported currentCategoryFrame : () -> % SCOPE;currentCategoryFrame;$;6 is replaced by %head $CategoryFrame Time: 0 SEC. compiling exported coerce : % -> OutputForm Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor Scope Time: 0.04 seconds finalizing NRLIB SCOPE Processing Scope for Browser database: -- empty : () -> % -- contours : % -> List Contour -- findBinding : (Identifier,%) -> Maybe Binding -- pushNewContour : (Binding,%) -> % -- currentScope : () -> % -- currentCategoryFrame : () -> % -- constructor ; compiling file "/tmp/oa-iMvDQp/code.lsp" (written 01 FEB 2016 10:59:22 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SCOPE;empty;$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SCOPE;contours;$L;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SCOPE;pushNewContour;B2$;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SCOPE;currentScope;$;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SCOPE;currentCategoryFrame;$;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SCOPE;empty;$;1| ...) ; compiling (DEFUN |SCOPE;contours;$L;2| ...) ; compiling (DEFUN |SCOPE;findBinding;I$M;3| ...) ; compiling (DEFUN |SCOPE;pushNewContour;B2$;4| ...) ; compiling (DEFUN |SCOPE;currentScope;$;5| ...) ; compiling (DEFUN |SCOPE;currentCategoryFrame;$;6| ...) ; compiling (DEFUN |SCOPE;coerce;$Of;7| ...) ; compiling (DEFUN |Scope| ...) ; compiling (DEFUN |Scope;| ...) ; compiling (MAKEPROP (QUOTE |Scope|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-iMvDQp/code.fasl written ; compilation finished in 0:00:00.037 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MAPHACK1.spad && cp MAPHACK1.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MAPHACK1.fasl \ && if test -f MAPHACK1-.NRLIB/code.fasl; then \ cp MAPHACK1-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MAPHACK1-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MAPHACK1.spad using Spad compiler. MAPHACK1 abbreviates package MappingPackageInternalHacks1 debug: compDefine1 lhs: (MappingPackageInternalHacks1 A) signature (pre-evaluate): ((CATEGORY package (SIGNATURE iter (A (Mapping A A) (NonNegativeInteger) A)) (SIGNATURE recur (A (Mapping A (NonNegativeInteger) A) (NonNegativeInteger) A))) (SetCategory)) debug: evaluateType form: (CATEGORY package (SIGNATURE iter (A (Mapping A A) (NonNegativeInteger) A)) (SIGNATURE recur (A (Mapping A (NonNegativeInteger) A) (NonNegativeInteger) A))) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (Mapping A A) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (NonNegativeInteger) $param: (A) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: A $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (Mapping A (NonNegativeInteger) A) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (NonNegativeInteger) $param: (A) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: A $param: (A) debug: evaluateType form: (NonNegativeInteger) $param: (A) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: A $param: (A) debug: evaluateType form: (SetCategory) $param: (A) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE iter (A (Mapping A A) (NonNegativeInteger) A)) (SIGNATURE recur (A (Mapping A (NonNegativeInteger) A) (NonNegativeInteger) A))) (SetCategory)) debug: compDefine1 lhs: (MappingPackageInternalHacks1 A) signature (pre-evaluate): ((CATEGORY package (SIGNATURE iter (A (Mapping A A) (NonNegativeInteger) A)) (SIGNATURE recur (A (Mapping A (NonNegativeInteger) A) (NonNegativeInteger) A))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE iter (A (Mapping A A) (NonNegativeInteger) A)) (SIGNATURE recur (A (Mapping A (NonNegativeInteger) A) (NonNegativeInteger) A))) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (Mapping A A) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (NonNegativeInteger) $param: (A) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: A $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (Mapping A (NonNegativeInteger) A) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (NonNegativeInteger) $param: (A) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: A $param: (A) debug: evaluateType form: (NonNegativeInteger) $param: (A) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: A $param: (A) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE iter (A (Mapping A A) (NonNegativeInteger) A)) (SIGNATURE recur (A (Mapping A (NonNegativeInteger) A) (NonNegativeInteger) A))) NIL) ------------------------------------------------------------------------ initializing stationary directory for MappingPackageInternalHacks1 compiling into /tmp/oa-36JxqE compiling exported iter : (A -> A,NonNegativeInteger,A) -> A Time: 0.05 SEC. compiling exported recur : ((NonNegativeInteger,A) -> A,NonNegativeInteger,A) -> A Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor MappingPackageInternalHacks1 Time: 0.07 seconds finalizing NRLIB MAPHACK1 Processing MappingPackageInternalHacks1 for Browser database: -- iter : ((A -> A),NNI,A) -> A -- recur : (((NNI,A) -> A),NNI,A) -> A -- constructor ; compiling file "/tmp/oa-36JxqE/code.lsp" (written 01 FEB 2016 10:59:22 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MAPHACK1;iter;MNni2A;1| ...) ; file: /tmp/oa-36JxqE/code.lsp ; in: DEFUN |MAPHACK1;iter;MNni2A;1| ; (DEFUN BOOT::|MAPHACK1;iter;MNni2A;1| (BOOT::|g| BOOT::|n| BOOT::|x| BOOT::$) ; (PROGN ; (LET ((BOOT::|i| 1)) ; (LOOP (COND # #) ; (SETQ #))) ; BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MAPHACK1;iter;MNni2A;1| ; (BOOT::|g| BOOT::|n| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|MAPHACK1;iter;MNni2A;1| ; (PROGN ; (LET (#) ; (LOOP # ; #)) ; BOOT::|x|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |MAPHACK1;recur;MNni2A;2| ...) ; file: /tmp/oa-36JxqE/code.lsp ; in: DEFUN |MAPHACK1;recur;MNni2A;2| ; (DEFUN BOOT::|MAPHACK1;recur;MNni2A;2| ; (BOOT::|g| BOOT::|n| BOOT::|x| BOOT::$) ; (PROGN ; (LET ((BOOT::|i| 1)) ; (LOOP (COND # #) ; (SETQ #))) ; BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MAPHACK1;recur;MNni2A;2| ; (BOOT::|g| BOOT::|n| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|MAPHACK1;recur;MNni2A;2| ; (PROGN ; (LET (#) ; (LOOP # ; #)) ; BOOT::|x|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |MappingPackageInternalHacks1| ...) ; compiling (DEFUN |MappingPackageInternalHacks1;| ...) ; compiling (MAKEPROP (QUOTE |MappingPackageInternalHacks1|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; /tmp/oa-36JxqE/code.fasl written ; compilation finished in 0:00:00.025 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MAPHACK2.spad && cp MAPHACK2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MAPHACK2.fasl \ && if test -f MAPHACK2-.NRLIB/code.fasl; then \ cp MAPHACK2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MAPHACK2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MAPHACK2.spad using Spad compiler. MAPHACK2 abbreviates package MappingPackageInternalHacks2 debug: compDefine1 lhs: (MappingPackageInternalHacks2 A C) signature (pre-evaluate): ((CATEGORY package (SIGNATURE arg1 (A A C)) (SIGNATURE arg2 (C A C))) (SetCategory) (SetCategory)) debug: evaluateType form: (CATEGORY package (SIGNATURE arg1 (A A C)) (SIGNATURE arg2 (C A C))) $param: (A C) debug: evaluateType form: A $param: (A C) debug: evaluateType form: A $param: (A C) debug: evaluateType form: C $param: (A C) debug: evaluateType form: C $param: (A C) debug: evaluateType form: A $param: (A C) debug: evaluateType form: C $param: (A C) debug: evaluateType form: (SetCategory) $param: (A C) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (SetCategory) $param: (A C) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE arg1 (A A C)) (SIGNATURE arg2 (C A C))) (SetCategory) (SetCategory)) debug: compDefine1 lhs: (MappingPackageInternalHacks2 A C) signature (pre-evaluate): ((CATEGORY package (SIGNATURE arg1 (A A C)) (SIGNATURE arg2 (C A C))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE arg1 (A A C)) (SIGNATURE arg2 (C A C))) $param: (A C) debug: evaluateType form: A $param: (A C) debug: evaluateType form: A $param: (A C) debug: evaluateType form: C $param: (A C) debug: evaluateType form: C $param: (A C) debug: evaluateType form: A $param: (A C) debug: evaluateType form: C $param: (A C) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE arg1 (A A C)) (SIGNATURE arg2 (C A C))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for MappingPackageInternalHacks2 compiling into /tmp/oa-4G0nrM compiling exported arg1 : (A,C) -> A MAPHACK2;arg1;ACA;1(a,c) is replaced by a Time: 0.00 SEC. compiling exported arg2 : (A,C) -> C MAPHACK2;arg2;A2C;2(a,c) is replaced by c Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor MappingPackageInternalHacks2 Time: 0.01 seconds finalizing NRLIB MAPHACK2 Processing MappingPackageInternalHacks2 for Browser database: -- arg1 : (A,C) -> A -- arg2 : (A,C) -> C -- constructor ; compiling file "/tmp/oa-4G0nrM/code.lsp" (written 01 FEB 2016 10:59:23 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MAPHACK2;arg1;ACA;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MAPHACK2;arg2;A2C;2|) ...) ; compiling (DEFUN |MAPHACK2;arg1;ACA;1| ...) ; file: /tmp/oa-4G0nrM/code.lsp ; in: DEFUN |MAPHACK2;arg1;ACA;1| ; (DEFUN BOOT::|MAPHACK2;arg1;ACA;1| (BOOT::|a| BOOT::|c| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; BOOT::|a|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MAPHACK2;arg1;ACA;1| ; (BOOT::|a| BOOT::|c| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|MAPHACK2;arg1;ACA;1| BOOT::|a|)) ; ; caught STYLE-WARNING: ; The variable |c| is defined but never used. ; compiling (DEFUN |MAPHACK2;arg2;A2C;2| ...) ; file: /tmp/oa-4G0nrM/code.lsp ; in: DEFUN |MAPHACK2;arg2;A2C;2| ; (DEFUN BOOT::|MAPHACK2;arg2;A2C;2| (BOOT::|a| BOOT::|c| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; BOOT::|c|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MAPHACK2;arg2;A2C;2| ; (BOOT::|a| BOOT::|c| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|MAPHACK2;arg2;A2C;2| BOOT::|c|)) ; ; caught STYLE-WARNING: ; The variable |a| is defined but never used. ; compiling (DEFUN |MappingPackageInternalHacks2| ...) ; compiling (DEFUN |MappingPackageInternalHacks2;| ...) ; compiling (MAKEPROP (QUOTE |MappingPackageInternalHacks2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; /tmp/oa-4G0nrM/code.fasl written ; compilation finished in 0:00:00.021 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MAPHACK3.spad && cp MAPHACK3.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MAPHACK3.fasl \ && if test -f MAPHACK3-.NRLIB/code.fasl; then \ cp MAPHACK3-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MAPHACK3-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MAPHACK3.spad using Spad compiler. MAPHACK3 abbreviates package MappingPackageInternalHacks3 debug: compDefine1 lhs: (MappingPackageInternalHacks3 A B C) signature (pre-evaluate): ((CATEGORY package (SIGNATURE comp (C (Mapping C B) (Mapping B A) A))) (SetCategory) (SetCategory) (SetCategory)) debug: evaluateType form: (CATEGORY package (SIGNATURE comp (C (Mapping C B) (Mapping B A) A))) $param: (A B C) debug: evaluateType form: C $param: (A B C) debug: evaluateType form: (Mapping C B) $param: (A B C) debug: evaluateType form: C $param: (A B C) debug: evaluateType form: B $param: (A B C) debug: evaluateType form: (Mapping B A) $param: (A B C) debug: evaluateType form: B $param: (A B C) debug: evaluateType form: A $param: (A B C) debug: evaluateType form: A $param: (A B C) debug: evaluateType form: (SetCategory) $param: (A B C) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (SetCategory) $param: (A B C) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (SetCategory) $param: (A B C) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE comp (C (Mapping C B) (Mapping B A) A))) (SetCategory) (SetCategory) (SetCategory)) debug: compDefine1 lhs: (MappingPackageInternalHacks3 A B C) signature (pre-evaluate): ((CATEGORY package (SIGNATURE comp (C (Mapping C B) (Mapping B A) A))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE comp (C (Mapping C B) (Mapping B A) A))) $param: (A B C) debug: evaluateType form: C $param: (A B C) debug: evaluateType form: (Mapping C B) $param: (A B C) debug: evaluateType form: C $param: (A B C) debug: evaluateType form: B $param: (A B C) debug: evaluateType form: (Mapping B A) $param: (A B C) debug: evaluateType form: B $param: (A B C) debug: evaluateType form: A $param: (A B C) debug: evaluateType form: A $param: (A B C) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE comp (C (Mapping C B) (Mapping B A) A))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for MappingPackageInternalHacks3 compiling into /tmp/oa-UxZ7yT compiling exported comp : (B -> C,A -> B,A) -> C Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor MappingPackageInternalHacks3 Time: 0.00 seconds finalizing NRLIB MAPHACK3 Processing MappingPackageInternalHacks3 for Browser database: -- comp : ((B -> C),(A -> B),A) -> C -- constructor ; compiling file "/tmp/oa-UxZ7yT/code.lsp" (written 01 FEB 2016 10:59:23 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MAPHACK3;comp;MMAC;1| ...) ; file: /tmp/oa-UxZ7yT/code.lsp ; in: DEFUN |MAPHACK3;comp;MMAC;1| ; (DEFUN BOOT::|MAPHACK3;comp;MMAC;1| (BOOT::|g| BOOT::|h| BOOT::|x| BOOT::$) ; (FUNCALL (CAR BOOT::|g|) ; (FUNCALL (CAR BOOT::|h|) BOOT::|x| (CDR BOOT::|h|)) ; (CDR BOOT::|g|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MAPHACK3;comp;MMAC;1| ; (BOOT::|g| BOOT::|h| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|MAPHACK3;comp;MMAC;1| ; (FUNCALL (CAR BOOT::|g|) ; (FUNCALL (CAR BOOT::|h|) BOOT::|x| (CDR BOOT::|h|)) ; (CDR BOOT::|g|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |MappingPackageInternalHacks3| ...) ; compiling (DEFUN |MappingPackageInternalHacks3;| ...) ; compiling (MAKEPROP (QUOTE |MappingPackageInternalHacks3|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; /tmp/oa-UxZ7yT/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MAPPKG1.spad && cp MAPPKG1.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MAPPKG1.fasl \ && if test -f MAPPKG1-.NRLIB/code.fasl; then \ cp MAPPKG1-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MAPPKG1-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MAPPKG1.spad using Spad compiler. MAPPKG1 abbreviates package MappingPackage1 debug: compDefine1 lhs: (MappingPackage1 A) signature (pre-evaluate): ((CATEGORY package (SIGNATURE nullary ((Mapping A) A)) (SIGNATURE coerce ((Mapping A) A)) (SIGNATURE fixedPoint (A (Mapping A A))) (SIGNATURE fixedPoint ((List A) (Mapping (List A) (List A)) (Integer))) (SIGNATURE id (A A)) (SIGNATURE ** ((Mapping A A) (Mapping A A) (NonNegativeInteger))) (SIGNATURE recur ((Mapping A (NonNegativeInteger) A) (Mapping A (NonNegativeInteger) A)))) (SetCategory)) debug: evaluateType form: (CATEGORY package (SIGNATURE nullary ((Mapping A) A)) (SIGNATURE coerce ((Mapping A) A)) (SIGNATURE fixedPoint (A (Mapping A A))) (SIGNATURE fixedPoint ((List A) (Mapping (List A) (List A)) (Integer))) (SIGNATURE id (A A)) (SIGNATURE ** ((Mapping A A) (Mapping A A) (NonNegativeInteger))) (SIGNATURE recur ((Mapping A (NonNegativeInteger) A) (Mapping A (NonNegativeInteger) A)))) $param: (A) debug: evaluateType form: (Mapping A) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (Mapping A) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (Mapping A A) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (List A) $param: (A) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Mapping (List A) (List A)) $param: (A) debug: evaluateType form: (List A) $param: (A) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (List A) $param: (A) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Integer) $param: (A) Debug: evaluateType1 form: (Integer) debug: evaluateType form: A $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (Mapping A A) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (Mapping A A) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (NonNegativeInteger) $param: (A) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Mapping A (NonNegativeInteger) A) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (NonNegativeInteger) $param: (A) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: A $param: (A) debug: evaluateType form: (Mapping A (NonNegativeInteger) A) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (NonNegativeInteger) $param: (A) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: A $param: (A) debug: evaluateType form: (SetCategory) $param: (A) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE nullary ((Mapping A) A)) (SIGNATURE coerce ((Mapping A) A)) (SIGNATURE fixedPoint (A (Mapping A A))) (SIGNATURE fixedPoint ((List A) (Mapping (List A) (List A)) (Integer))) (SIGNATURE id (A A)) (SIGNATURE ** ((Mapping A A) (Mapping A A) (NonNegativeInteger))) (SIGNATURE recur ((Mapping A (NonNegativeInteger) A) (Mapping A (NonNegativeInteger) A)))) (SetCategory)) debug: compDefine1 lhs: (MappingPackage1 A) signature (pre-evaluate): ((CATEGORY package (SIGNATURE nullary ((Mapping A) A)) (SIGNATURE coerce ((Mapping A) A)) (SIGNATURE fixedPoint (A (Mapping A A))) (SIGNATURE fixedPoint ((List A) (Mapping (List A) (List A)) (Integer))) (SIGNATURE id (A A)) (SIGNATURE ** ((Mapping A A) (Mapping A A) (NonNegativeInteger))) (SIGNATURE recur ((Mapping A (NonNegativeInteger) A) (Mapping A (NonNegativeInteger) A)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE nullary ((Mapping A) A)) (SIGNATURE coerce ((Mapping A) A)) (SIGNATURE fixedPoint (A (Mapping A A))) (SIGNATURE fixedPoint ((List A) (Mapping (List A) (List A)) (Integer))) (SIGNATURE id (A A)) (SIGNATURE ** ((Mapping A A) (Mapping A A) (NonNegativeInteger))) (SIGNATURE recur ((Mapping A (NonNegativeInteger) A) (Mapping A (NonNegativeInteger) A)))) $param: (A) debug: evaluateType form: (Mapping A) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (Mapping A) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (Mapping A A) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (List A) $param: (A) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Mapping (List A) (List A)) $param: (A) debug: evaluateType form: (List A) $param: (A) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (List A) $param: (A) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Integer) $param: (A) Debug: evaluateType1 form: (Integer) debug: evaluateType form: A $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (Mapping A A) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (Mapping A A) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (NonNegativeInteger) $param: (A) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Mapping A (NonNegativeInteger) A) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (NonNegativeInteger) $param: (A) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: A $param: (A) debug: evaluateType form: (Mapping A (NonNegativeInteger) A) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (NonNegativeInteger) $param: (A) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: A $param: (A) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE nullary ((Mapping A) A)) (SIGNATURE coerce ((Mapping A) A)) (SIGNATURE fixedPoint (A (Mapping A A))) (SIGNATURE fixedPoint ((List A) (Mapping (List A) (List A)) (Integer))) (SIGNATURE id (A A)) (SIGNATURE ** ((Mapping A A) (Mapping A A) (NonNegativeInteger))) (SIGNATURE recur ((Mapping A (NonNegativeInteger) A) (Mapping A (NonNegativeInteger) A)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for MappingPackage1 compiling into /tmp/oa-H1oXwZ importing MappingPackageInternalHacks1 A compiling exported nullary : A -> () -> A Time: 0.01 SEC. compiling exported coerce : A -> () -> A Time: 0 SEC. compiling exported fixedPoint : A -> A -> A Time: 0.01 SEC. compiling exported fixedPoint : (List A -> List A,Integer) -> List A Time: 0.02 SEC. compiling exported id : A -> A MAPPKG1;id;2A;5 a is replaced by a Time: 0 SEC. compiling exported ** : (A -> A,NonNegativeInteger) -> A -> A Time: 0.00 SEC. compiling exported recur : (NonNegativeInteger,A) -> A -> (NonNegativeInteger,A) -> A Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Warnings: [1] fixedPoint: : A -- replace by pretend Cumulative Statistics for Constructor MappingPackage1 Time: 0.06 seconds finalizing NRLIB MAPPKG1 Processing MappingPackage1 for Browser database: -- nullary : A -> (() -> A) -- coerce : A -> (() -> A) -- fixedPoint : (A -> A) -> A -- fixedPoint : ((List A -> List A),Integer) -> List A -- id : A -> A -- ?**? : ((A -> A),NNI) -> (A -> A) -- recur : ((NNI,A) -> A) -> ((NNI,A) -> A) -- constructor ; compiling file "/tmp/oa-H1oXwZ/code.lsp" (written 01 FEB 2016 10:59:23 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MAPPKG1;id;2A;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MAPPKG1;nullary;AM;1| ...) ; file: /tmp/oa-H1oXwZ/code.lsp ; in: DEFUN |MAPPKG1;nullary;AM;1| ; (DEFUN BOOT::|MAPPKG1;nullary;AM;1| (BOOT::|a| BOOT::$) ; (CONS #'BOOT::|MAPPKG1;nullary;AM;1!0| BOOT::|a|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MAPPKG1;nullary;AM;1| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|MAPPKG1;nullary;AM;1| ; (CONS #'BOOT::|MAPPKG1;nullary;AM;1!0| BOOT::|a|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |MAPPKG1;nullary;AM;1!0| ...) ; compiling (DEFUN |MAPPKG1;coerce;AM;2| ...) ; compiling (DEFUN |MAPPKG1;fixedPoint;MA;3| ...) ; file: /tmp/oa-H1oXwZ/code.lsp ; in: DEFUN |MAPPKG1;fixedPoint;MA;3| ; (DEFUN BOOT::|MAPPKG1;fixedPoint;MA;3| (BOOT::|faa| BOOT::$) ; (LET* ((BOOT::|g0| (GENSYM)) (BOOT::|g1| (FUNCALL # BOOT::|g0| #))) ; (COND ; ((EQ BOOT::|g0| BOOT::|g1|) ; (BOOT::|error| "All points are fixed points")) ; (T (BOOT::GEQNSUBSTLIST # # BOOT::|g1|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MAPPKG1;fixedPoint;MA;3| ; (BOOT::|faa| BOOT::$) ; (BLOCK BOOT::|MAPPKG1;fixedPoint;MA;3| ; (LET* ((BOOT::|g0| #) (BOOT::|g1| #)) ; (COND (# #) (T #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |MAPPKG1;fixedPoint;MIL;4| ...) ; file: /tmp/oa-H1oXwZ/code.lsp ; in: DEFUN |MAPPKG1;fixedPoint;MIL;4| ; (DEFUN BOOT::|MAPPKG1;fixedPoint;MIL;4| (BOOT::|fll| BOOT::|n| BOOT::$) ; (LET* ((BOOT::|g0| ; (LET # ; #)) ; (BOOT::|g1| (FUNCALL # BOOT::|g0| #))) ; (COND ; ((LET # ; #) ; (BOOT::|error| "All points are fixed points")) ; (T (BOOT::GEQNSUBSTLIST BOOT::|g0| BOOT::|g1| BOOT::|g1|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MAPPKG1;fixedPoint;MIL;4| ; (BOOT::|fll| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|MAPPKG1;fixedPoint;MIL;4| ; (LET* ((BOOT::|g0| #) (BOOT::|g1| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |MAPPKG1;id;2A;5| ...) ; compiling (DEFUN |MAPPKG1;**;MNniM;6| ...) ; compiling (DEFUN |MAPPKG1;**;MNniM;6!0| ...) ; compiling (DEFUN |MAPPKG1;recur;2M;7| ...) ; compiling (DEFUN |MAPPKG1;recur;2M;7!0| ...) ; compiling (DEFUN |MappingPackage1| ...) ; compiling (DEFUN |MappingPackage1;| ...) ; compiling (MAKEPROP (QUOTE |MappingPackage1|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; file: /tmp/oa-H1oXwZ/code.lsp ; in: DEFUN |MAPPKG1;fixedPoint;MIL;4| ; (BOOT::GEQNSUBSTLIST BOOT::|g0| BOOT::|g1| BOOT::|g1|) ; ; caught STYLE-WARNING: ; undefined function: GEQNSUBSTLIST ; in: DEFUN |MAPPKG1;fixedPoint;MA;3| ; (BOOT::GEQNSUBSTLIST (BOOT::|construct| BOOT::|g0|) ; (BOOT::|construct| BOOT::|g1|) BOOT::|g1|) ; ; caught STYLE-WARNING: ; undefined function: GEQNSUBSTLIST ; (BOOT::|construct| BOOT::|g0|) ; ; caught STYLE-WARNING: ; undefined function: |construct| ; ; compilation unit finished ; Undefined functions: ; GEQNSUBSTLIST |construct| ; caught 6 STYLE-WARNING conditions ; printed 1 note ; /tmp/oa-H1oXwZ/code.fasl written ; compilation finished in 0:00:00.044 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SEGBIND.spad && cp SEGBIND.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SEGBIND.fasl \ && if test -f SEGBIND-.NRLIB/code.fasl; then \ cp SEGBIND-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SEGBIND-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SEGBIND.spad using Spad compiler. SEGBIND abbreviates domain SegmentBinding debug: compDefine1 lhs: (SegmentBinding S) signature (pre-evaluate): (NIL (Type)) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): (NIL (Type)) debug: compDefine1 lhs: (SegmentBinding S) signature (pre-evaluate): (NIL NIL) debug: compDefine1 signature (post evaluate): (NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for SegmentBinding compiling into /tmp/oa-Jd5Cbe (time taken in buildFunctor: 0) Time: 0.02 SEC. Cumulative Statistics for Constructor SegmentBinding Time: 0.02 seconds finalizing NRLIB SEGBIND Processing SegmentBinding for Browser database: -- constructor ; compiling file "/tmp/oa-Jd5Cbe/code.lsp" (written 01 FEB 2016 10:59:23 PM): ; compiling (DEFUN |SegmentBinding| ...) ; compiling (DEFUN |SegmentBinding;| ...) ; compiling (MAKEPROP (QUOTE |SegmentBinding|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Jd5Cbe/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MAPPKG2.spad && cp MAPPKG2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MAPPKG2.fasl \ && if test -f MAPPKG2-.NRLIB/code.fasl; then \ cp MAPPKG2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MAPPKG2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MAPPKG2.spad using Spad compiler. MAPPKG2 abbreviates package MappingPackage2 debug: compDefine1 lhs: (MappingPackage2 A C) signature (pre-evaluate): ((CATEGORY package (SIGNATURE const ((Mapping C A) C)) (SIGNATURE curry ((Mapping C) (Mapping C A) A)) (SIGNATURE constant ((Mapping C A) (Mapping C))) (SIGNATURE diag ((Mapping C A) (Mapping C A A)))) (SetCategory) (SetCategory)) debug: evaluateType form: (CATEGORY package (SIGNATURE const ((Mapping C A) C)) (SIGNATURE curry ((Mapping C) (Mapping C A) A)) (SIGNATURE constant ((Mapping C A) (Mapping C))) (SIGNATURE diag ((Mapping C A) (Mapping C A A)))) $param: (A C) debug: evaluateType form: (Mapping C A) $param: (A C) debug: evaluateType form: C $param: (A C) debug: evaluateType form: A $param: (A C) debug: evaluateType form: C $param: (A C) debug: evaluateType form: (Mapping C) $param: (A C) debug: evaluateType form: C $param: (A C) debug: evaluateType form: (Mapping C A) $param: (A C) debug: evaluateType form: C $param: (A C) debug: evaluateType form: A $param: (A C) debug: evaluateType form: A $param: (A C) debug: evaluateType form: (Mapping C A) $param: (A C) debug: evaluateType form: C $param: (A C) debug: evaluateType form: A $param: (A C) debug: evaluateType form: (Mapping C) $param: (A C) debug: evaluateType form: C $param: (A C) debug: evaluateType form: (Mapping C A) $param: (A C) debug: evaluateType form: C $param: (A C) debug: evaluateType form: A $param: (A C) debug: evaluateType form: (Mapping C A A) $param: (A C) debug: evaluateType form: C $param: (A C) debug: evaluateType form: A $param: (A C) debug: evaluateType form: A $param: (A C) debug: evaluateType form: (SetCategory) $param: (A C) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (SetCategory) $param: (A C) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE const ((Mapping C A) C)) (SIGNATURE curry ((Mapping C) (Mapping C A) A)) (SIGNATURE constant ((Mapping C A) (Mapping C))) (SIGNATURE diag ((Mapping C A) (Mapping C A A)))) (SetCategory) (SetCategory)) debug: compDefine1 lhs: (MappingPackage2 A C) signature (pre-evaluate): ((CATEGORY package (SIGNATURE const ((Mapping C A) C)) (SIGNATURE curry ((Mapping C) (Mapping C A) A)) (SIGNATURE constant ((Mapping C A) (Mapping C))) (SIGNATURE diag ((Mapping C A) (Mapping C A A)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE const ((Mapping C A) C)) (SIGNATURE curry ((Mapping C) (Mapping C A) A)) (SIGNATURE constant ((Mapping C A) (Mapping C))) (SIGNATURE diag ((Mapping C A) (Mapping C A A)))) $param: (A C) debug: evaluateType form: (Mapping C A) $param: (A C) debug: evaluateType form: C $param: (A C) debug: evaluateType form: A $param: (A C) debug: evaluateType form: C $param: (A C) debug: evaluateType form: (Mapping C) $param: (A C) debug: evaluateType form: C $param: (A C) debug: evaluateType form: (Mapping C A) $param: (A C) debug: evaluateType form: C $param: (A C) debug: evaluateType form: A $param: (A C) debug: evaluateType form: A $param: (A C) debug: evaluateType form: (Mapping C A) $param: (A C) debug: evaluateType form: C $param: (A C) debug: evaluateType form: A $param: (A C) debug: evaluateType form: (Mapping C) $param: (A C) debug: evaluateType form: C $param: (A C) debug: evaluateType form: (Mapping C A) $param: (A C) debug: evaluateType form: C $param: (A C) debug: evaluateType form: A $param: (A C) debug: evaluateType form: (Mapping C A A) $param: (A C) debug: evaluateType form: C $param: (A C) debug: evaluateType form: A $param: (A C) debug: evaluateType form: A $param: (A C) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE const ((Mapping C A) C)) (SIGNATURE curry ((Mapping C) (Mapping C A) A)) (SIGNATURE constant ((Mapping C A) (Mapping C))) (SIGNATURE diag ((Mapping C A) (Mapping C A A)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for MappingPackage2 compiling into /tmp/oa-AVk56n importing MappingPackageInternalHacks2(A,C) compiling exported const : C -> A -> C Time: 0.00 SEC. compiling exported curry : (A -> C,A) -> () -> C Time: 0.00 SEC. compiling exported constant : () -> C -> A -> C Time: 0 SEC. compiling exported diag : (A,A) -> C -> A -> C Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor MappingPackage2 Time: 0.01 seconds finalizing NRLIB MAPPKG2 Processing MappingPackage2 for Browser database: -- const : C -> (A -> C) -- curry : ((A -> C),A) -> (() -> C) -- constant : (() -> C) -> (A -> C) -- diag : ((A,A) -> C) -> (A -> C) -- constructor ; compiling file "/tmp/oa-AVk56n/code.lsp" (written 01 FEB 2016 10:59:23 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MAPPKG2;const;CM;1| ...) ; compiling (DEFUN |MAPPKG2;const;CM;1!0| ...) ; compiling (DEFUN |MAPPKG2;curry;MAM;2| ...) ; file: /tmp/oa-AVk56n/code.lsp ; in: DEFUN |MAPPKG2;curry;MAM;2| ; (DEFUN BOOT::|MAPPKG2;curry;MAM;2| (BOOT::|fac| BOOT::|a| BOOT::$) ; (CONS #'BOOT::|MAPPKG2;curry;MAM;2!0| (VECTOR BOOT::|a| BOOT::|fac|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MAPPKG2;curry;MAM;2| ; (BOOT::|fac| BOOT::|a| BOOT::$) ; (BLOCK BOOT::|MAPPKG2;curry;MAM;2| ; (CONS #'BOOT::|MAPPKG2;curry;MAM;2!0| (VECTOR BOOT::|a| BOOT::|fac|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |MAPPKG2;curry;MAM;2!0| ...) ; compiling (DEFUN |MAPPKG2;constant;MM;3| ...) ; compiling (DEFUN |MAPPKG2;constant;MM;3!0| ...) ; compiling (DEFUN |MAPPKG2;diag;MM;4| ...) ; file: /tmp/oa-AVk56n/code.lsp ; in: DEFUN |MAPPKG2;diag;MM;4| ; (DEFUN BOOT::|MAPPKG2;diag;MM;4| (BOOT::|faac| BOOT::$) ; (CONS #'BOOT::|MAPPKG2;diag;MM;4!0| BOOT::|faac|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MAPPKG2;diag;MM;4| ; (BOOT::|faac| BOOT::$) ; (BLOCK BOOT::|MAPPKG2;diag;MM;4| ; (CONS #'BOOT::|MAPPKG2;diag;MM;4!0| BOOT::|faac|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |MAPPKG2;diag;MM;4!0| ...) ; compiling (DEFUN |MappingPackage2| ...) ; compiling (DEFUN |MappingPackage2;| ...) ; compiling (MAKEPROP (QUOTE |MappingPackage2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; /tmp/oa-AVk56n/code.fasl written ; compilation finished in 0:00:00.038 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MAPPKG3.spad && cp MAPPKG3.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MAPPKG3.fasl \ && if test -f MAPPKG3-.NRLIB/code.fasl; then \ cp MAPPKG3-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MAPPKG3-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MAPPKG3.spad using Spad compiler. MAPPKG3 abbreviates package MappingPackage3 debug: compDefine1 lhs: (MappingPackage3 A B C) signature (pre-evaluate): ((CATEGORY package (SIGNATURE curryRight ((Mapping C A) (Mapping C A B) B)) (SIGNATURE curryLeft ((Mapping C B) (Mapping C A B) A)) (SIGNATURE constantRight ((Mapping C A B) (Mapping C A))) (SIGNATURE constantLeft ((Mapping C A B) (Mapping C B))) (SIGNATURE twist ((Mapping C B A) (Mapping C A B))) (SIGNATURE * ((Mapping C A) (Mapping C B) (Mapping B A)))) (SetCategory) (SetCategory) (SetCategory)) debug: evaluateType form: (CATEGORY package (SIGNATURE curryRight ((Mapping C A) (Mapping C A B) B)) (SIGNATURE curryLeft ((Mapping C B) (Mapping C A B) A)) (SIGNATURE constantRight ((Mapping C A B) (Mapping C A))) (SIGNATURE constantLeft ((Mapping C A B) (Mapping C B))) (SIGNATURE twist ((Mapping C B A) (Mapping C A B))) (SIGNATURE * ((Mapping C A) (Mapping C B) (Mapping B A)))) $param: (A B C) debug: evaluateType form: (Mapping C A) $param: (A B C) debug: evaluateType form: C $param: (A B C) debug: evaluateType form: A $param: (A B C) debug: evaluateType form: (Mapping C A B) $param: (A B C) debug: evaluateType form: C $param: (A B C) debug: evaluateType form: A $param: (A B C) debug: evaluateType form: B $param: (A B C) debug: evaluateType form: B $param: (A B C) debug: evaluateType form: (Mapping C B) $param: (A B C) debug: evaluateType form: C $param: (A B C) debug: evaluateType form: B $param: (A B C) debug: evaluateType form: (Mapping C A B) $param: (A B C) debug: evaluateType form: C $param: (A B C) debug: evaluateType form: A $param: (A B C) debug: evaluateType form: B $param: (A B C) debug: evaluateType form: A $param: (A B C) debug: evaluateType form: (Mapping C A B) $param: (A B C) debug: evaluateType form: C $param: (A B C) debug: evaluateType form: A $param: (A B C) debug: evaluateType form: B $param: (A B C) debug: evaluateType form: (Mapping C A) $param: (A B C) debug: evaluateType form: C $param: (A B C) debug: evaluateType form: A $param: (A B C) debug: evaluateType form: (Mapping C A B) $param: (A B C) debug: evaluateType form: C $param: (A B C) debug: evaluateType form: A $param: (A B C) debug: evaluateType form: B $param: (A B C) debug: evaluateType form: (Mapping C B) $param: (A B C) debug: evaluateType form: C $param: (A B C) debug: evaluateType form: B $param: (A B C) debug: evaluateType form: (Mapping C B A) $param: (A B C) debug: evaluateType form: C $param: (A B C) debug: evaluateType form: B $param: (A B C) debug: evaluateType form: A $param: (A B C) debug: evaluateType form: (Mapping C A B) $param: (A B C) debug: evaluateType form: C $param: (A B C) debug: evaluateType form: A $param: (A B C) debug: evaluateType form: B $param: (A B C) debug: evaluateType form: (Mapping C A) $param: (A B C) debug: evaluateType form: C $param: (A B C) debug: evaluateType form: A $param: (A B C) debug: evaluateType form: (Mapping C B) $param: (A B C) debug: evaluateType form: C $param: (A B C) debug: evaluateType form: B $param: (A B C) debug: evaluateType form: (Mapping B A) $param: (A B C) debug: evaluateType form: B $param: (A B C) debug: evaluateType form: A $param: (A B C) debug: evaluateType form: (SetCategory) $param: (A B C) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (SetCategory) $param: (A B C) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (SetCategory) $param: (A B C) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE curryRight ((Mapping C A) (Mapping C A B) B)) (SIGNATURE curryLeft ((Mapping C B) (Mapping C A B) A)) (SIGNATURE constantRight ((Mapping C A B) (Mapping C A))) (SIGNATURE constantLeft ((Mapping C A B) (Mapping C B))) (SIGNATURE twist ((Mapping C B A) (Mapping C A B))) (SIGNATURE * ((Mapping C A) (Mapping C B) (Mapping B A)))) (SetCategory) (SetCategory) (SetCategory)) debug: compDefine1 lhs: (MappingPackage3 A B C) signature (pre-evaluate): ((CATEGORY package (SIGNATURE curryRight ((Mapping C A) (Mapping C A B) B)) (SIGNATURE curryLeft ((Mapping C B) (Mapping C A B) A)) (SIGNATURE constantRight ((Mapping C A B) (Mapping C A))) (SIGNATURE constantLeft ((Mapping C A B) (Mapping C B))) (SIGNATURE twist ((Mapping C B A) (Mapping C A B))) (SIGNATURE * ((Mapping C A) (Mapping C B) (Mapping B A)))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE curryRight ((Mapping C A) (Mapping C A B) B)) (SIGNATURE curryLeft ((Mapping C B) (Mapping C A B) A)) (SIGNATURE constantRight ((Mapping C A B) (Mapping C A))) (SIGNATURE constantLeft ((Mapping C A B) (Mapping C B))) (SIGNATURE twist ((Mapping C B A) (Mapping C A B))) (SIGNATURE * ((Mapping C A) (Mapping C B) (Mapping B A)))) $param: (A B C) debug: evaluateType form: (Mapping C A) $param: (A B C) debug: evaluateType form: C $param: (A B C) debug: evaluateType form: A $param: (A B C) debug: evaluateType form: (Mapping C A B) $param: (A B C) debug: evaluateType form: C $param: (A B C) debug: evaluateType form: A $param: (A B C) debug: evaluateType form: B $param: (A B C) debug: evaluateType form: B $param: (A B C) debug: evaluateType form: (Mapping C B) $param: (A B C) debug: evaluateType form: C $param: (A B C) debug: evaluateType form: B $param: (A B C) debug: evaluateType form: (Mapping C A B) $param: (A B C) debug: evaluateType form: C $param: (A B C) debug: evaluateType form: A $param: (A B C) debug: evaluateType form: B $param: (A B C) debug: evaluateType form: A $param: (A B C) debug: evaluateType form: (Mapping C A B) $param: (A B C) debug: evaluateType form: C $param: (A B C) debug: evaluateType form: A $param: (A B C) debug: evaluateType form: B $param: (A B C) debug: evaluateType form: (Mapping C A) $param: (A B C) debug: evaluateType form: C $param: (A B C) debug: evaluateType form: A $param: (A B C) debug: evaluateType form: (Mapping C A B) $param: (A B C) debug: evaluateType form: C $param: (A B C) debug: evaluateType form: A $param: (A B C) debug: evaluateType form: B $param: (A B C) debug: evaluateType form: (Mapping C B) $param: (A B C) debug: evaluateType form: C $param: (A B C) debug: evaluateType form: B $param: (A B C) debug: evaluateType form: (Mapping C B A) $param: (A B C) debug: evaluateType form: C $param: (A B C) debug: evaluateType form: B $param: (A B C) debug: evaluateType form: A $param: (A B C) debug: evaluateType form: (Mapping C A B) $param: (A B C) debug: evaluateType form: C $param: (A B C) debug: evaluateType form: A $param: (A B C) debug: evaluateType form: B $param: (A B C) debug: evaluateType form: (Mapping C A) $param: (A B C) debug: evaluateType form: C $param: (A B C) debug: evaluateType form: A $param: (A B C) debug: evaluateType form: (Mapping C B) $param: (A B C) debug: evaluateType form: C $param: (A B C) debug: evaluateType form: B $param: (A B C) debug: evaluateType form: (Mapping B A) $param: (A B C) debug: evaluateType form: B $param: (A B C) debug: evaluateType form: A $param: (A B C) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE curryRight ((Mapping C A) (Mapping C A B) B)) (SIGNATURE curryLeft ((Mapping C B) (Mapping C A B) A)) (SIGNATURE constantRight ((Mapping C A B) (Mapping C A))) (SIGNATURE constantLeft ((Mapping C A B) (Mapping C B))) (SIGNATURE twist ((Mapping C B A) (Mapping C A B))) (SIGNATURE * ((Mapping C A) (Mapping C B) (Mapping B A)))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for MappingPackage3 compiling into /tmp/oa-N08HcB importing MappingPackageInternalHacks3(A,B,C) compiling exported curryRight : ((A,B) -> C,B) -> A -> C Time: 0.00 SEC. compiling exported curryLeft : ((A,B) -> C,A) -> B -> C Time: 0.00 SEC. compiling exported constantRight : A -> C -> (A,B) -> C Time: 0 SEC. compiling exported constantLeft : B -> C -> (A,B) -> C Time: 0 SEC. compiling exported twist : (A,B) -> C -> (B,A) -> C Time: 0 SEC. compiling exported * : (B -> C,A -> B) -> A -> C Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor MappingPackage3 Time: 0.02 seconds finalizing NRLIB MAPPKG3 Processing MappingPackage3 for Browser database: -- curryRight : (((A,B) -> C),B) -> (A -> C) -- curryLeft : (((A,B) -> C),A) -> (B -> C) -- constantRight : (A -> C) -> ((A,B) -> C) -- constantLeft : (B -> C) -> ((A,B) -> C) -- twist : ((A,B) -> C) -> ((B,A) -> C) -- ?*? : ((B -> C),(A -> B)) -> (A -> C) -- constructor ; compiling file "/tmp/oa-N08HcB/code.lsp" (written 01 FEB 2016 10:59:23 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MAPPKG3;curryRight;MBM;1| ...) ; file: /tmp/oa-N08HcB/code.lsp ; in: DEFUN |MAPPKG3;curryRight;MBM;1| ; (DEFUN BOOT::|MAPPKG3;curryRight;MBM;1| (BOOT::|fabc| BOOT::|b| BOOT::$) ; (CONS #'BOOT::|MAPPKG3;curryRight;MBM;1!0| (VECTOR BOOT::|b| BOOT::|fabc|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MAPPKG3;curryRight;MBM;1| ; (BOOT::|fabc| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|MAPPKG3;curryRight;MBM;1| ; (CONS #'BOOT::|MAPPKG3;curryRight;MBM;1!0| ; (VECTOR BOOT::|b| BOOT::|fabc|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |MAPPKG3;curryRight;MBM;1!0| ...) ; compiling (DEFUN |MAPPKG3;curryLeft;MAM;2| ...) ; file: /tmp/oa-N08HcB/code.lsp ; in: DEFUN |MAPPKG3;curryLeft;MAM;2| ; (DEFUN BOOT::|MAPPKG3;curryLeft;MAM;2| (BOOT::|fabc| BOOT::|a| BOOT::$) ; (CONS #'BOOT::|MAPPKG3;curryLeft;MAM;2!0| (VECTOR BOOT::|a| BOOT::|fabc|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MAPPKG3;curryLeft;MAM;2| ; (BOOT::|fabc| BOOT::|a| BOOT::$) ; (BLOCK BOOT::|MAPPKG3;curryLeft;MAM;2| ; (CONS #'BOOT::|MAPPKG3;curryLeft;MAM;2!0| ; (VECTOR BOOT::|a| BOOT::|fabc|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |MAPPKG3;curryLeft;MAM;2!0| ...) ; compiling (DEFUN |MAPPKG3;constantRight;MM;3| ...) ; file: /tmp/oa-N08HcB/code.lsp ; in: DEFUN |MAPPKG3;constantRight;MM;3| ; (DEFUN BOOT::|MAPPKG3;constantRight;MM;3| (BOOT::|fac| BOOT::$) ; (CONS #'BOOT::|MAPPKG3;constantRight;MM;3!0| BOOT::|fac|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MAPPKG3;constantRight;MM;3| ; (BOOT::|fac| BOOT::$) ; (BLOCK BOOT::|MAPPKG3;constantRight;MM;3| ; (CONS #'BOOT::|MAPPKG3;constantRight;MM;3!0| BOOT::|fac|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |MAPPKG3;constantRight;MM;3!0| ...) ; file: /tmp/oa-N08HcB/code.lsp ; in: DEFUN |MAPPKG3;constantRight;MM;3!0| ; (DEFUN BOOT::|MAPPKG3;constantRight;MM;3!0| ; (BOOT::|#1| BOOT::|#2| BOOT::|fac|) ; (FUNCALL (CAR BOOT::|fac|) BOOT::|#1| (CDR BOOT::|fac|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MAPPKG3;constantRight;MM;3!0| ; (BOOT::|#1| BOOT::|#2| BOOT::|fac|) ; (BLOCK BOOT::|MAPPKG3;constantRight;MM;3!0| ; (FUNCALL (CAR BOOT::|fac|) BOOT::|#1| (CDR BOOT::|fac|)))) ; ; caught STYLE-WARNING: ; The variable |#2| is defined but never used. ; compiling (DEFUN |MAPPKG3;constantLeft;MM;4| ...) ; file: /tmp/oa-N08HcB/code.lsp ; in: DEFUN |MAPPKG3;constantLeft;MM;4| ; (DEFUN BOOT::|MAPPKG3;constantLeft;MM;4| (BOOT::|fbc| BOOT::$) ; (CONS #'BOOT::|MAPPKG3;constantLeft;MM;4!0| BOOT::|fbc|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MAPPKG3;constantLeft;MM;4| ; (BOOT::|fbc| BOOT::$) ; (BLOCK BOOT::|MAPPKG3;constantLeft;MM;4| ; (CONS #'BOOT::|MAPPKG3;constantLeft;MM;4!0| BOOT::|fbc|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |MAPPKG3;constantLeft;MM;4!0| ...) ; file: /tmp/oa-N08HcB/code.lsp ; in: DEFUN |MAPPKG3;constantLeft;MM;4!0| ; (DEFUN BOOT::|MAPPKG3;constantLeft;MM;4!0| ; (BOOT::|#1| BOOT::|#2| BOOT::|fbc|) ; (FUNCALL (CAR BOOT::|fbc|) BOOT::|#2| (CDR BOOT::|fbc|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MAPPKG3;constantLeft;MM;4!0| ; (BOOT::|#1| BOOT::|#2| BOOT::|fbc|) ; (BLOCK BOOT::|MAPPKG3;constantLeft;MM;4!0| ; (FUNCALL (CAR BOOT::|fbc|) BOOT::|#2| (CDR BOOT::|fbc|)))) ; ; caught STYLE-WARNING: ; The variable |#1| is defined but never used. ; compiling (DEFUN |MAPPKG3;twist;MM;5| ...) ; file: /tmp/oa-N08HcB/code.lsp ; in: DEFUN |MAPPKG3;twist;MM;5| ; (DEFUN BOOT::|MAPPKG3;twist;MM;5| (BOOT::|fabc| BOOT::$) ; (CONS #'BOOT::|MAPPKG3;twist;MM;5!0| BOOT::|fabc|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MAPPKG3;twist;MM;5| ; (BOOT::|fabc| BOOT::$) ; (BLOCK BOOT::|MAPPKG3;twist;MM;5| ; (CONS #'BOOT::|MAPPKG3;twist;MM;5!0| BOOT::|fabc|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |MAPPKG3;twist;MM;5!0| ...) ; compiling (DEFUN |MAPPKG3;*;MMM;6| ...) ; compiling (DEFUN |MAPPKG3;*;MMM;6!0| ...) ; compiling (DEFUN |MappingPackage3| ...) ; compiling (DEFUN |MappingPackage3;| ...) ; compiling (MAKEPROP (QUOTE |MappingPackage3|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 7 STYLE-WARNING conditions ; /tmp/oa-N08HcB/code.fasl written ; compilation finished in 0:00:00.045 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile INTBIT.spad && cp INTBIT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INTBIT.fasl \ && if test -f INTBIT-.NRLIB/code.fasl; then \ cp INTBIT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INTBIT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INTBIT.spad using Spad compiler. INTBIT abbreviates package IntegerBits debug: compDefine1 lhs: (IntegerBits) signature (pre-evaluate): ((CATEGORY package (SIGNATURE bitLength ((Integer) (Integer))) (SIGNATURE bitCoef ((Integer) (Integer) (Integer))) (SIGNATURE bitTruth ((Boolean) (Integer) (Integer))))) debug: evaluateType form: (CATEGORY package (SIGNATURE bitLength ((Integer) (Integer))) (SIGNATURE bitCoef ((Integer) (Integer) (Integer))) (SIGNATURE bitTruth ((Boolean) (Integer) (Integer)))) $param: NIL debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE bitLength ((Integer) (Integer))) (SIGNATURE bitCoef ((Integer) (Integer) (Integer))) (SIGNATURE bitTruth ((Boolean) (Integer) (Integer))))) ------------------------------------------------------------------------ initializing stationary directory for IntegerBits compiling into /tmp/oa-Y1WLJG compiling exported bitLength : Integer -> Integer INTBIT;bitLength;2I;1 is replaced by %ilength Time: 0.01 SEC. compiling exported bitCoef : (Integer,Integer) -> Integer INTBIT;bitCoef;3I;2(n,i) is replaced by %when( 1,%otherwise 0) Time: 0.01 SEC. compiling exported bitTruth : (Integer,Integer) -> Boolean INTBIT;bitTruth;2IB;3 is replaced by %ibit Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor IntegerBits Time: 0.02 seconds finalizing NRLIB INTBIT Processing IntegerBits for Browser database: -- bitLength : Integer -> Integer -- bitCoef : (Integer,Integer) -> Integer -- bitTruth : (Integer,Integer) -> Boolean -- constructor ; compiling file "/tmp/oa-Y1WLJG/code.lsp" (written 01 FEB 2016 10:59:24 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INTBIT;bitLength;2I;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INTBIT;bitCoef;3I;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INTBIT;bitTruth;2IB;3|) ...) ; compiling (DEFUN |INTBIT;bitLength;2I;1| ...) ; compiling (DEFUN |INTBIT;bitCoef;3I;2| ...) ; compiling (DEFUN |INTBIT;bitTruth;2IB;3| ...) ; file: /tmp/oa-Y1WLJG/code.lsp ; in: DEFUN |INTBIT;bitTruth;2IB;3| ; (DEFUN BOOT::|INTBIT;bitTruth;2IB;3| (BOOT::|n| BOOT::|i| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::INTEGER-BIT BOOT::|n| BOOT::|i|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTBIT;bitTruth;2IB;3| ; (BOOT::|n| BOOT::|i| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|INTBIT;bitTruth;2IB;3| ; (BOOT::INTEGER-BIT BOOT::|n| BOOT::|i|))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |IntegerBits| ...) ; compiling (DEFUN |IntegerBits;| ...) ; compiling (MAKEPROP (QUOTE |IntegerBits|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-Y1WLJG/code.fasl written ; compilation finished in 0:00:00.026 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MONAD.spad && cp MONAD.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MONAD.fasl \ && if test -f MONAD-.NRLIB/code.fasl; then \ cp MONAD-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MONAD-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MONAD.spad using Spad compiler. MONAD abbreviates category Monad debug: compDefine1 lhs: (Monad) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for Monad compiling into /tmp/oa-AD0oTR STYLE-WARNING: redefining BOOT::|Monad| in DEFUN Time: 0.01 SEC. MONAD- abbreviates package Monad& ------------------------------------------------------------------------ initializing stationary directory for Monad& compiling into /tmp/oa-uOgTJn importing RepeatedSquaring S compiling exported ** : (S,PositiveInteger) -> S Time: 0.05 SEC. compiling exported rightPower : (S,PositiveInteger) -> S Time: 0.01 SEC. compiling exported leftPower : (S,PositiveInteger) -> S Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor Monad& Time: 0.07 seconds finalizing NRLIB MONAD- ; compiling file "/tmp/oa-uOgTJn/code.lsp" (written 01 FEB 2016 10:59:24 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MONAD-;**;$Pi$;1| ...) ; compiling (DEFUN |MONAD-;rightPower;$Pi$;2| ...) ; compiling (DEFUN |MONAD-;leftPower;$Pi$;3| ...) ; compiling (DEFUN |Monad&| ...) ; compiling (MAKEPROP (QUOTE |Monad&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-uOgTJn/code.fasl written ; compilation finished in 0:00:00.018 ------------------------------------------------------------------------ finalizing NRLIB MONAD Processing Monad for Browser database: -- ?*? : (%,%) -> % -- rightPower : (%,PositiveInteger) -> % -- leftPower : (%,PositiveInteger) -> % -- ?**? : (%,PositiveInteger) -> % -- constructor ; compiling file "/tmp/oa-AD0oTR/code.lsp" (written 01 FEB 2016 10:59:24 PM): ; compiling (DEFPARAMETER |Monad;AL| ...) ; compiling (DEFUN |Monad;| ...) ; compiling (DEFUN |Monad| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-AD0oTR/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SEG2.spad && cp SEG2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SEG2.fasl \ && if test -f SEG2-.NRLIB/code.fasl; then \ cp SEG2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SEG2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SEG2.spad using Spad compiler. SEG2 abbreviates package SegmentFunctions2 debug: compDefine1 lhs: (SegmentFunctions2 R S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((Segment S) (Mapping S R) (Segment R))) (IF (has R (OrderedRing)) (SIGNATURE map ((List S) (Mapping S R) (Segment R))) %noBranch)) (Type) (Type)) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((Segment S) (Mapping S R) (Segment R))) (IF (has R (OrderedRing)) (SIGNATURE map ((List S) (Mapping S R) (Segment R))) %noBranch)) $param: (R S) debug: evaluateType form: (Segment S) $param: (R S) Debug: evaluateType1 form: (Segment S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (Mapping S R) $param: (R S) debug: evaluateType form: S $param: (R S) debug: evaluateType form: R $param: (R S) debug: evaluateType form: (Segment R) $param: (R S) Debug: evaluateType1 form: (Segment R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (Type) $param: (R S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Type) $param: (R S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((Segment S) (Mapping S R) (Segment R))) (IF (has R (OrderedRing)) (SIGNATURE map ((List S) (Mapping S R) (Segment R))) %noBranch)) (Type) (Type)) debug: compDefine1 lhs: (SegmentFunctions2 R S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((Segment S) (Mapping S R) (Segment R))) (IF (has R (OrderedRing)) (SIGNATURE map ((List S) (Mapping S R) (Segment R))) %noBranch)) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((Segment S) (Mapping S R) (Segment R))) (IF (has R (OrderedRing)) (SIGNATURE map ((List S) (Mapping S R) (Segment R))) %noBranch)) $param: (R S) debug: evaluateType form: (Segment S) $param: (R S) Debug: evaluateType1 form: (Segment S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (Mapping S R) $param: (R S) debug: evaluateType form: S $param: (R S) debug: evaluateType form: R $param: (R S) debug: evaluateType form: (Segment R) $param: (R S) Debug: evaluateType1 form: (Segment R) debug: evaluateType1 x: R m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((Segment S) (Mapping S R) (Segment R))) (IF (has R (OrderedRing)) (SIGNATURE map ((List S) (Mapping S R) (Segment R))) %noBranch)) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for SegmentFunctions2 compiling into /tmp/oa-t4BLeb compiling exported map : (R -> S,Segment R) -> Segment S Time: 0.01 SEC. compiling exported map : (R -> S,Segment R) -> List S Time: 0.07 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor SegmentFunctions2 Time: 0.08 seconds finalizing NRLIB SEG2 Processing SegmentFunctions2 for Browser database: -- map : ((R -> S),Segment R) -> Segment S -- map : ((R -> S),Segment R) -> List S -- constructor ; compiling file "/tmp/oa-t4BLeb/code.lsp" (written 01 FEB 2016 10:59:24 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SEG2;map;MSS;1| ...) ; compiling (DEFUN |SEG2;map;MSL;2| ...) ; file: /tmp/oa-t4BLeb/code.lsp ; in: DEFUN |SEG2;map;MSL;2| ; (DEFUN BOOT::|SEG2;map;MSL;2| (BOOT::|f| BOOT::|r| BOOT::$) ; (LET ((BOOT::|lr| NIL) ; (BOOT::|l| (BOOT::SPADCALL BOOT::|r| #)) ; (BOOT::|h| (BOOT::SPADCALL BOOT::|r| #)) ; (BOOT::|inc| (BOOT::SPADCALL # #))) ; (BOOT::SEQ (COND (# #) (T #)) ; (BOOT::EXIT (BOOTTRAN:|reverse!| BOOT::|lr|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SEG2;map;MSL;2| ; (BOOT::|f| BOOT::|r| BOOT::$) ; (BLOCK BOOT::|SEG2;map;MSL;2| ; (LET ((BOOT::|lr| NIL) (BOOT::|l| #) (BOOT::|h| #) (BOOT::|inc| #)) ; (BOOT::SEQ (COND # #) (BOOT::EXIT #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SegmentFunctions2| ...) ; compiling (DEFUN |SegmentFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |SegmentFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-t4BLeb/code.fasl written ; compilation finished in 0:00:00.028 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile BOP.spad && cp BOP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/BOP.fasl \ && if test -f BOP-.NRLIB/code.fasl; then \ cp BOP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/BOP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/BOP.spad using Spad compiler. BOP abbreviates domain BasicOperator debug: compDefine1 lhs: (BasicOperator) signature (pre-evaluate): ((Join (OrderedSet) (OperatorCategory (Symbol)) (CATEGORY domain (SIGNATURE properties ((AssociationList (String) (None)) $)) (SIGNATURE copy ($ $)) (SIGNATURE operator ($ (Symbol))) (SIGNATURE operator ($ (Symbol) (NonNegativeInteger))) (SIGNATURE operator ($ (Symbol) (Arity))) (SIGNATURE nullary? ((Boolean) $)) (SIGNATURE unary? ((Boolean) $)) (SIGNATURE nary? ((Boolean) $)) (SIGNATURE weight ((NonNegativeInteger) $)) (SIGNATURE weight ($ $ (NonNegativeInteger))) (SIGNATURE equality ($ $ (Mapping (Boolean) $ $))) (SIGNATURE comparison ($ $ (Mapping (Boolean) $ $))) (SIGNATURE display ((Maybe (Mapping (OutputForm) (List (OutputForm)))) $)) (SIGNATURE display ($ $ (Mapping (OutputForm) (List (OutputForm))))) (SIGNATURE display ($ $ (Mapping (OutputForm) (OutputForm)))) (SIGNATURE input ($ $ (Mapping (InputForm) (List (InputForm))))) (SIGNATURE input ((Maybe (Mapping (InputForm) (List (InputForm)))) $)) (SIGNATURE has? ((Boolean) $ (Identifier))) (SIGNATURE assert ($ $ (Identifier))) (SIGNATURE deleteProperty! ($ $ (String))) (SIGNATURE deleteProperty! ($ $ (Identifier))) (SIGNATURE property ((Union (None) failed) $ (String))) (SIGNATURE property ((Maybe (None)) $ (Identifier))) (SIGNATURE setProperty ($ $ (String) (None))) (SIGNATURE setProperty ($ $ (Identifier) (None))) (SIGNATURE setProperties ($ $ (AssociationList (String) (None))))))) debug: evaluateType form: (Join (OrderedSet) (OperatorCategory (Symbol)) (CATEGORY domain (SIGNATURE properties ((AssociationList (String) (None)) $)) (SIGNATURE copy ($ $)) (SIGNATURE operator ($ (Symbol))) (SIGNATURE operator ($ (Symbol) (NonNegativeInteger))) (SIGNATURE operator ($ (Symbol) (Arity))) (SIGNATURE nullary? ((Boolean) $)) (SIGNATURE unary? ((Boolean) $)) (SIGNATURE nary? ((Boolean) $)) (SIGNATURE weight ((NonNegativeInteger) $)) (SIGNATURE weight ($ $ (NonNegativeInteger))) (SIGNATURE equality ($ $ (Mapping (Boolean) $ $))) (SIGNATURE comparison ($ $ (Mapping (Boolean) $ $))) (SIGNATURE display ((Maybe (Mapping (OutputForm) (List (OutputForm)))) $)) (SIGNATURE display ($ $ (Mapping (OutputForm) (List (OutputForm))))) (SIGNATURE display ($ $ (Mapping (OutputForm) (OutputForm)))) (SIGNATURE input ($ $ (Mapping (InputForm) (List (InputForm))))) (SIGNATURE input ((Maybe (Mapping (InputForm) (List (InputForm)))) $)) (SIGNATURE has? ((Boolean) $ (Identifier))) (SIGNATURE assert ($ $ (Identifier))) (SIGNATURE deleteProperty! ($ $ (String))) (SIGNATURE deleteProperty! ($ $ (Identifier))) (SIGNATURE property ((Union (None) failed) $ (String))) (SIGNATURE property ((Maybe (None)) $ (Identifier))) (SIGNATURE setProperty ($ $ (String) (None))) (SIGNATURE setProperty ($ $ (Identifier) (None))) (SIGNATURE setProperties ($ $ (AssociationList (String) (None)))))) $param: NIL debug: evaluateType form: (OrderedSet) $param: NIL Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OperatorCategory (Symbol)) $param: NIL Debug: evaluateType1 form: (OperatorCategory (Symbol)) debug: evaluateType1 x: (Symbol) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE properties ((AssociationList (String) (None)) $)) (SIGNATURE copy ($ $)) (SIGNATURE operator ($ (Symbol))) (SIGNATURE operator ($ (Symbol) (NonNegativeInteger))) (SIGNATURE operator ($ (Symbol) (Arity))) (SIGNATURE nullary? ((Boolean) $)) (SIGNATURE unary? ((Boolean) $)) (SIGNATURE nary? ((Boolean) $)) (SIGNATURE weight ((NonNegativeInteger) $)) (SIGNATURE weight ($ $ (NonNegativeInteger))) (SIGNATURE equality ($ $ (Mapping (Boolean) $ $))) (SIGNATURE comparison ($ $ (Mapping (Boolean) $ $))) (SIGNATURE display ((Maybe (Mapping (OutputForm) (List (OutputForm)))) $)) (SIGNATURE display ($ $ (Mapping (OutputForm) (List (OutputForm))))) (SIGNATURE display ($ $ (Mapping (OutputForm) (OutputForm)))) (SIGNATURE input ($ $ (Mapping (InputForm) (List (InputForm))))) (SIGNATURE input ((Maybe (Mapping (InputForm) (List (InputForm)))) $)) (SIGNATURE has? ((Boolean) $ (Identifier))) (SIGNATURE assert ($ $ (Identifier))) (SIGNATURE deleteProperty! ($ $ (String))) (SIGNATURE deleteProperty! ($ $ (Identifier))) (SIGNATURE property ((Union (None) failed) $ (String))) (SIGNATURE property ((Maybe (None)) $ (Identifier))) (SIGNATURE setProperty ($ $ (String) (None))) (SIGNATURE setProperty ($ $ (Identifier) (None))) (SIGNATURE setProperties ($ $ (AssociationList (String) (None))))) $param: NIL debug: evaluateType form: (AssociationList (String) (None)) $param: NIL Debug: evaluateType1 form: (AssociationList (String) (None)) debug: evaluateType1 x: (String) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evalCategory d: (String) c: (SetCategory) debug: evaluateType1 x: (None) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (None) $param: NIL Debug: evaluateType1 form: (None) debug: evalCategory d: (None) c: (SetCategory) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Arity) $param: NIL Debug: evaluateType1 form: (Arity) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Mapping (Boolean) $ $) $param: NIL debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: $ $param: NIL debug: evaluateType form: $ $param: NIL debug: evaluateType form: (Mapping (Boolean) $ $) $param: NIL debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: $ $param: NIL debug: evaluateType form: $ $param: NIL debug: evaluateType form: (Maybe (Mapping (OutputForm) (List (OutputForm)))) $param: NIL Debug: evaluateType1 form: (Maybe (Mapping (OutputForm) (List (OutputForm)))) debug: evaluateType1 x: (Mapping (OutputForm) (List (OutputForm))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Mapping (OutputForm) (List (OutputForm))) $param: NIL debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evaluateType form: (List (OutputForm)) $param: NIL Debug: evaluateType1 form: (List (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evalCategory d: (Mapping (OutputForm) (List (OutputForm))) c: (Type) debug: evaluateType form: (Mapping (OutputForm) (List (OutputForm))) $param: NIL debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evaluateType form: (List (OutputForm)) $param: NIL Debug: evaluateType1 form: (List (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (Mapping (OutputForm) (OutputForm)) $param: NIL debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evaluateType form: (Mapping (InputForm) (List (InputForm))) $param: NIL debug: evaluateType form: (InputForm) $param: NIL Debug: evaluateType1 form: (InputForm) debug: evaluateType form: (List (InputForm)) $param: NIL Debug: evaluateType1 form: (List (InputForm)) debug: evaluateType1 x: (InputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (InputForm) $param: NIL Debug: evaluateType1 form: (InputForm) debug: evalCategory d: (InputForm) c: (Type) debug: evaluateType form: (Maybe (Mapping (InputForm) (List (InputForm)))) $param: NIL Debug: evaluateType1 form: (Maybe (Mapping (InputForm) (List (InputForm)))) debug: evaluateType1 x: (Mapping (InputForm) (List (InputForm))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Mapping (InputForm) (List (InputForm))) $param: NIL debug: evaluateType form: (InputForm) $param: NIL Debug: evaluateType1 form: (InputForm) debug: evaluateType form: (List (InputForm)) $param: NIL Debug: evaluateType1 form: (List (InputForm)) debug: evaluateType1 x: (InputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (InputForm) $param: NIL Debug: evaluateType1 form: (InputForm) debug: evalCategory d: (InputForm) c: (Type) debug: evalCategory d: (Mapping (InputForm) (List (InputForm))) c: (Type) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: (Union (None) failed) $param: NIL debug: evaluateType form: (None) $param: NIL Debug: evaluateType1 form: (None) debug: evaluateType form: failed $param: NIL debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Maybe (None)) $param: NIL Debug: evaluateType1 form: (Maybe (None)) debug: evaluateType1 x: (None) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (None) $param: NIL Debug: evaluateType1 form: (None) debug: evalCategory d: (None) c: (Type) debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (None) $param: NIL Debug: evaluateType1 form: (None) debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: (None) $param: NIL Debug: evaluateType1 form: (None) debug: evaluateType form: (AssociationList (String) (None)) $param: NIL Debug: evaluateType1 form: (AssociationList (String) (None)) debug: evaluateType1 x: (String) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evalCategory d: (String) c: (SetCategory) debug: evaluateType1 x: (None) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (None) $param: NIL Debug: evaluateType1 form: (None) debug: evalCategory d: (None) c: (SetCategory) debug: compDefine1 signature (post evaluate): ((Join (OrderedSet) (OperatorCategory (Symbol)) (CATEGORY domain (SIGNATURE properties ((AssociationList (String) (None)) $)) (SIGNATURE copy ($ $)) (SIGNATURE operator ($ (Symbol))) (SIGNATURE operator ($ (Symbol) (NonNegativeInteger))) (SIGNATURE operator ($ (Symbol) (Arity))) (SIGNATURE nullary? ((Boolean) $)) (SIGNATURE unary? ((Boolean) $)) (SIGNATURE nary? ((Boolean) $)) (SIGNATURE weight ((NonNegativeInteger) $)) (SIGNATURE weight ($ $ (NonNegativeInteger))) (SIGNATURE equality ($ $ (Mapping (Boolean) $ $))) (SIGNATURE comparison ($ $ (Mapping (Boolean) $ $))) (SIGNATURE display ((Maybe (Mapping (OutputForm) (List (OutputForm)))) $)) (SIGNATURE display ($ $ (Mapping (OutputForm) (List (OutputForm))))) (SIGNATURE display ($ $ (Mapping (OutputForm) (OutputForm)))) (SIGNATURE input ($ $ (Mapping (InputForm) (List (InputForm))))) (SIGNATURE input ((Maybe (Mapping (InputForm) (List (InputForm)))) $)) (SIGNATURE has? ((Boolean) $ (Identifier))) (SIGNATURE assert ($ $ (Identifier))) (SIGNATURE deleteProperty! ($ $ (String))) (SIGNATURE deleteProperty! ($ $ (Identifier))) (SIGNATURE property ((Union (None) failed) $ (String))) (SIGNATURE property ((Maybe (None)) $ (Identifier))) (SIGNATURE setProperty ($ $ (String) (None))) (SIGNATURE setProperty ($ $ (Identifier) (None))) (SIGNATURE setProperties ($ $ (AssociationList (String) (None))))))) ------------------------------------------------------------------------ initializing stationary directory for BasicOperator compiling into /tmp/oa-KMypxs importing Arity importing String compiling exported is? : (%,Symbol) -> Boolean Time: 0.04 SEC. compiling exported name : % -> Symbol BOP;name;$S;2 op is replaced by %vref(op,0) Time: 0 SEC. compiling exported properties : % -> AssociationList(String,None) BOP;properties;$Al;3 op is replaced by %vref(op,2) Time: 0.02 SEC. compiling exported setProperties : (%,AssociationList(String,None)) -> % Time: 0.01 SEC. compiling exported operator : Symbol -> % Time: 0.01 SEC. compiling exported operator : (Symbol,NonNegativeInteger) -> % Time: 0.02 SEC. compiling exported operator : (Symbol,Arity) -> % Time: 0.01 SEC. compiling exported property : (%,String) -> Union(None,failed) Time: 0.00 SEC. compiling exported property : (%,Identifier) -> Maybe None Time: 0.02 SEC. compiling exported assert : (%,Identifier) -> % Time: 0 SEC. compiling exported has? : (%,Identifier) -> Boolean Time: 0.01 SEC. compiling exported weight : (%,NonNegativeInteger) -> % Debug compQuote expr: (QUOTE %weight) m: $EmptyMode Debug compQuote expr: (QUOTE %weight) m: (String) Debug compQuote expr: (QUOTE %weight) m: (Identifier) Time: 0.00 SEC. compiling exported nullary? : % -> Boolean BOP;nullary?;$B;13 op is replaced by %ieq(%vref(op,1),0) Time: 0.00 SEC. compiling exported unary? : % -> Boolean BOP;unary?;$B;14 op is replaced by %ieq(%vref(op,1),1) Time: 0.00 SEC. compiling exported nary? : % -> Boolean BOP;nary?;$B;15 op is replaced by %ieq(-1,%vref(op,1)) Time: 0.00 SEC. compiling exported equality : (%,(%,%) -> Boolean) -> % Debug compQuote expr: (QUOTE %equal?) m: $EmptyMode Debug compQuote expr: (QUOTE %equal?) m: (String) Debug compQuote expr: (QUOTE %equal?) m: (Identifier) Time: 0.01 SEC. compiling exported comparison : (%,(%,%) -> Boolean) -> % Debug compQuote expr: (QUOTE %less?) m: $EmptyMode Debug compQuote expr: (QUOTE %less?) m: (String) Debug compQuote expr: (QUOTE %less?) m: (Identifier) Time: 0.01 SEC. compiling exported display : (%,OutputForm -> OutputForm) -> % Time: 0.02 SEC. compiling exported deleteProperty! : (%,String) -> % Time: 0.02 SEC. compiling exported deleteProperty! : (%,Identifier) -> % Time: 0.02 SEC. compiling exported setProperty : (%,String,None) -> % Time: 0.04 SEC. compiling exported setProperty : (%,Identifier,None) -> % Time: 0.03 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. compiling exported input : (%,List InputForm -> InputForm) -> % Debug compQuote expr: (QUOTE %input) m: $EmptyMode Debug compQuote expr: (QUOTE %input) m: (String) Debug compQuote expr: (QUOTE %input) m: (Identifier) Time: 0.01 SEC. compiling exported display : (%,List OutputForm -> OutputForm) -> % Debug compQuote expr: (QUOTE %display) m: $EmptyMode Debug compQuote expr: (QUOTE %display) m: (String) Debug compQuote expr: (QUOTE %display) m: (Identifier) Time: 0.01 SEC. compiling exported display : % -> Maybe List OutputForm -> OutputForm Debug compQuote expr: (QUOTE %display) m: $EmptyMode Debug compQuote expr: (QUOTE %display) m: $EmptyMode Debug compQuote expr: (QUOTE %display) m: $EmptyMode Debug compQuote expr: (QUOTE %display) m: $EmptyMode Debug compQuote expr: (QUOTE %display) m: (String) Debug compQuote expr: (QUOTE %display) m: (Identifier) Time: 0.01 SEC. compiling exported input : % -> Maybe List InputForm -> InputForm Debug compQuote expr: (QUOTE %input) m: $EmptyMode Debug compQuote expr: (QUOTE %input) m: $EmptyMode Debug compQuote expr: (QUOTE %input) m: $EmptyMode Debug compQuote expr: (QUOTE %input) m: $EmptyMode Debug compQuote expr: (QUOTE %input) m: (String) Debug compQuote expr: (QUOTE %input) m: (Identifier) Time: 0.00 SEC. compiling exported arity : % -> Arity BOP;arity;$A;28 op is replaced by %vref(op,1) Time: 0.01 SEC. compiling exported copy : % -> % Time: 0.03 SEC. compiling exported = : (%,%) -> Boolean Debug compQuote expr: (QUOTE %equal?) m: $EmptyMode Debug compQuote expr: (QUOTE %equal?) m: (String) Debug compQuote expr: (QUOTE %equal?) m: (Identifier) Time: 0.14 SEC. compiling exported weight : % -> NonNegativeInteger Debug compQuote expr: (QUOTE %weight) m: $EmptyMode Debug compQuote expr: (QUOTE %weight) m: (String) Debug compQuote expr: (QUOTE %weight) m: (Identifier) Time: 0.01 SEC. compiling exported < : (%,%) -> Boolean Debug compQuote expr: (QUOTE %less?) m: $EmptyMode Debug compQuote expr: (QUOTE %less?) m: (String) Debug compQuote expr: (QUOTE %less?) m: (Identifier) Debug compQuote expr: (QUOTE %equal?) m: $EmptyMode Debug compQuote expr: (QUOTE %equal?) m: (Identifier) Time: 0.22 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] Type AssociationList(String,None) is not in scope. Import it [2] property: search has no value [3] has?: key? has no value [4] deleteProperty!: remove! has no value [5] =: keys has no value [6] <: keys has no value Cumulative Statistics for Constructor BasicOperator Time: 0.75 seconds finalizing NRLIB BOP Processing BasicOperator for Browser database: -- properties : % -> P -- copy : % -> % -- operator : Symbol -> % -- operator : (Symbol,NonNegativeInteger) -> % -- operator : (Symbol,Arity) -> % -- nullary? : % -> Boolean -- unary? : % -> Boolean -- nary? : % -> Boolean -- weight : % -> NonNegativeInteger -- weight : (%,NonNegativeInteger) -> % -- equality : (%,((%,%) -> Boolean)) -> % -- comparison : (%,((%,%) -> Boolean)) -> % -- display : % -> Maybe (List O -> O) -- display : (%,(List O -> O)) -> % -- display : (%,(O -> O)) -> % -- input : (%,(List SEX -> SEX)) -> % -- input : % -> Maybe (List SEX -> SEX) -- has? : (%,Identifier) -> Boolean -- assert : (%,Identifier) -> % -- deleteProperty! : (%,String) -> % -- deleteProperty! : (%,Identifier) -> % -- property : (%,String) -> Union(None,"failed") -- property : (%,Identifier) -> Maybe None -- setProperty : (%,String,None) -> % -- setProperty : (%,Identifier,None) -> % -- setProperties : (%,P) -> % -- constructor ; compiling file "/tmp/oa-KMypxs/code.lsp" (written 01 FEB 2016 10:59:25 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOP;name;$S;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOP;properties;$Al;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOP;nullary?;$B;13|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOP;unary?;$B;14|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOP;nary?;$B;15|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOP;arity;$A;28|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOP;is?;$SB;1|) ...) ; compiling (DEFUN |BOP;is?;$SB;1| ...) ; compiling (DEFUN |BOP;name;$S;2| ...) ; compiling (DEFUN |BOP;properties;$Al;3| ...) ; compiling (DEFUN |BOP;setProperties;$Al$;4| ...) ; file: /tmp/oa-KMypxs/code.lsp ; in: DEFUN |BOP;setProperties;$Al$;4| ; (DEFUN BOOT::|BOP;setProperties;$Al$;4| (BOOT::|op| BOOT::|l| BOOT::$) ; (PROGN (SETF (SVREF BOOT::|op| 2) BOOT::|l|) BOOT::|op|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BOP;setProperties;$Al$;4| ; (BOOT::|op| BOOT::|l| BOOT::$) ; (BLOCK BOOT::|BOP;setProperties;$Al$;4| ; (PROGN (SETF # BOOT::|l|) BOOT::|op|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |BOP;operator;S$;5| ...) ; compiling (DEFUN |BOP;operator;SNni$;6| ...) ; compiling (DEFUN |BOP;operator;SA$;7| ...) ; compiling (DEFUN |BOP;property;$SU;8| ...) ; file: /tmp/oa-KMypxs/code.lsp ; in: DEFUN |BOP;property;$SU;8| ; (DEFUN BOOT::|BOP;property;$SU;8| (BOOT::|op| BOOT::|name| BOOT::$) ; (BOOT::SPADCALL BOOT::|name| (SVREF BOOT::|op| 2) ; (BOOT::|shellEntry| BOOT::$ 26))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BOP;property;$SU;8| ; (BOOT::|op| BOOT::|name| BOOT::$) ; (BLOCK BOOT::|BOP;property;$SU;8| ; (BOOT::SPADCALL BOOT::|name| (SVREF BOOT::|op| 2) ; (BOOT::|shellEntry| BOOT::$ 26)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |BOP;property;$IM;9| ...) ; compiling (DEFUN |BOP;assert;$I$;10| ...) ; compiling (DEFUN |BOP;has?;$IB;11| ...) ; file: /tmp/oa-KMypxs/code.lsp ; in: DEFUN |BOP;has?;$IB;11| ; (DEFUN BOOT::|BOP;has?;$IB;11| (BOOT::|op| BOOT::|name| BOOT::$) ; (BOOT::SPADCALL (SYMBOL-NAME BOOT::|name|) (SVREF BOOT::|op| 2) ; (BOOT::|shellEntry| BOOT::$ 36))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BOP;has?;$IB;11| ; (BOOT::|op| BOOT::|name| BOOT::$) ; (BLOCK BOOT::|BOP;has?;$IB;11| ; (BOOT::SPADCALL (SYMBOL-NAME BOOT::|name|) (SVREF BOOT::|op| 2) ; (BOOT::|shellEntry| BOOT::$ 36)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |BOP;weight;$Nni$;12| ...) ; compiling (DEFUN |BOP;nullary?;$B;13| ...) ; compiling (DEFUN |BOP;unary?;$B;14| ...) ; compiling (DEFUN |BOP;nary?;$B;15| ...) ; compiling (DEFUN |BOP;equality;$M$;16| ...) ; compiling (DEFUN |BOP;comparison;$M$;17| ...) ; compiling (DEFUN |BOP;display;$M$;18| ...) ; compiling (DEFUN |BOP;display;$M$;18!0| ...) ; compiling (DEFUN |BOP;deleteProperty!;$S$;19| ...) ; compiling (DEFUN |BOP;deleteProperty!;$I$;20| ...) ; compiling (DEFUN |BOP;setProperty;$SN$;21| ...) ; compiling (DEFUN |BOP;setProperty;$IN$;22| ...) ; compiling (DEFUN |BOP;coerce;$Of;23| ...) ; compiling (DEFUN |BOP;input;$M$;24| ...) ; compiling (DEFUN |BOP;display;$M$;25| ...) ; compiling (DEFUN |BOP;display;$M;26| ...) ; compiling (DEFUN |BOP;input;$M;27| ...) ; compiling (DEFUN |BOP;arity;$A;28| ...) ; compiling (DEFUN |BOP;copy;2$;29| ...) ; compiling (DEFUN |BOP;=;2$B;30| ...) ; file: /tmp/oa-KMypxs/code.lsp ; in: DEFUN |BOP;=;2$B;30| ; (DEFUN BOOT::|BOP;=;2$B;30| (BOOT::|op1| BOOT::|op2| BOOT::$) ; (COND ((OR (OR # #) (BOOT::SPADCALL # # #)) NIL) ; (T ; (LET (#) ; (OR # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BOP;=;2$B;30| ; (BOOT::|op1| BOOT::|op2| BOOT::$) ; (BLOCK BOOT::|BOP;=;2$B;30| ; (COND ((OR # #) NIL) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |BOP;weight;$Nni;31| ...) ; compiling (DEFUN |BOP;<;2$B;32| ...) ; file: /tmp/oa-KMypxs/code.lsp ; in: DEFUN |BOP;<;2$B;32| ; (DEFUN BOOT::|BOP;<;2$B;32| (BOOT::|op1| BOOT::|op2| BOOT::$) ; (PROG (BOOT::|func| BOOT::|d2| BOOT::|d1| BOOT::|n2| BOOT::|k2| BOOT::|n1| ; BOOT::|k1|) ; (RETURN ; (LET (# #) ; (COND # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BOP;<;2$B;32| ; (BOOT::|op1| BOOT::|op2| BOOT::$) ; (BLOCK BOOT::|BOP;<;2$B;32| ; (PROG (BOOT::|func| BOOT::|d2| BOOT::|d1| BOOT::|n2| BOOT::|k2| ; BOOT::|n1| BOOT::|k1|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |BasicOperator| ...) ; compiling (DEFUN |BasicOperator;| ...) ; compiling (MAKEPROP (QUOTE |BasicOperator|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 4 notes ; /tmp/oa-KMypxs/code.fasl written ; compilation finished in 0:00:00.091 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile BOP1.spad && cp BOP1.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/BOP1.fasl \ && if test -f BOP1-.NRLIB/code.fasl; then \ cp BOP1-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/BOP1-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/BOP1.spad using Spad compiler. BOP1 abbreviates package BasicOperatorFunctions1 debug: compDefine1 lhs: (BasicOperatorFunctions1 A) signature (pre-evaluate): ((CATEGORY package (SIGNATURE evaluate ((Union A failed) (BasicOperator) (List A))) (SIGNATURE evaluate ((BasicOperator) (BasicOperator) (Mapping A (List A)))) (SIGNATURE evaluate ((BasicOperator) (BasicOperator) (Mapping A A))) (SIGNATURE evaluate ((Union (Mapping A (List A)) failed) (BasicOperator))) (SIGNATURE derivative ((BasicOperator) (BasicOperator) (List (Mapping A (List A))))) (SIGNATURE derivative ((BasicOperator) (BasicOperator) (Mapping A A))) (SIGNATURE derivative ((Union (List (Mapping A (List A))) failed) (BasicOperator))) (SIGNATURE constantOperator ((BasicOperator) A)) (SIGNATURE constantOpIfCan ((Union A failed) (BasicOperator)))) (SetCategory)) debug: evaluateType form: (CATEGORY package (SIGNATURE evaluate ((Union A failed) (BasicOperator) (List A))) (SIGNATURE evaluate ((BasicOperator) (BasicOperator) (Mapping A (List A)))) (SIGNATURE evaluate ((BasicOperator) (BasicOperator) (Mapping A A))) (SIGNATURE evaluate ((Union (Mapping A (List A)) failed) (BasicOperator))) (SIGNATURE derivative ((BasicOperator) (BasicOperator) (List (Mapping A (List A))))) (SIGNATURE derivative ((BasicOperator) (BasicOperator) (Mapping A A))) (SIGNATURE derivative ((Union (List (Mapping A (List A))) failed) (BasicOperator))) (SIGNATURE constantOperator ((BasicOperator) A)) (SIGNATURE constantOpIfCan ((Union A failed) (BasicOperator)))) $param: (A) debug: evaluateType form: (Union A failed) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: failed $param: (A) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (List A) $param: (A) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (Mapping A (List A)) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (List A) $param: (A) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (Mapping A A) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (Union (Mapping A (List A)) failed) $param: (A) debug: evaluateType form: (Mapping A (List A)) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (List A) $param: (A) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: failed $param: (A) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (List (Mapping A (List A))) $param: (A) Debug: evaluateType1 form: (List (Mapping A (List A))) debug: evaluateType1 x: (Mapping A (List A)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (A) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Mapping A (List A)) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (List A) $param: (A) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evalCategory d: (Mapping A (List A)) c: (Type) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (Mapping A A) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (Union (List (Mapping A (List A))) failed) $param: (A) debug: evaluateType form: (List (Mapping A (List A))) $param: (A) Debug: evaluateType1 form: (List (Mapping A (List A))) debug: evaluateType1 x: (Mapping A (List A)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (A) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Mapping A (List A)) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (List A) $param: (A) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evalCategory d: (Mapping A (List A)) c: (Type) debug: evaluateType form: failed $param: (A) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: A $param: (A) debug: evaluateType form: (Union A failed) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: failed $param: (A) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (SetCategory) $param: (A) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE evaluate ((Union A failed) (BasicOperator) (List A))) (SIGNATURE evaluate ((BasicOperator) (BasicOperator) (Mapping A (List A)))) (SIGNATURE evaluate ((BasicOperator) (BasicOperator) (Mapping A A))) (SIGNATURE evaluate ((Union (Mapping A (List A)) failed) (BasicOperator))) (SIGNATURE derivative ((BasicOperator) (BasicOperator) (List (Mapping A (List A))))) (SIGNATURE derivative ((BasicOperator) (BasicOperator) (Mapping A A))) (SIGNATURE derivative ((Union (List (Mapping A (List A))) failed) (BasicOperator))) (SIGNATURE constantOperator ((BasicOperator) A)) (SIGNATURE constantOpIfCan ((Union A failed) (BasicOperator)))) (SetCategory)) debug: compDefine1 lhs: (BasicOperatorFunctions1 A) signature (pre-evaluate): ((CATEGORY package (SIGNATURE evaluate ((Union A failed) (BasicOperator) (List A))) (SIGNATURE evaluate ((BasicOperator) (BasicOperator) (Mapping A (List A)))) (SIGNATURE evaluate ((BasicOperator) (BasicOperator) (Mapping A A))) (SIGNATURE evaluate ((Union (Mapping A (List A)) failed) (BasicOperator))) (SIGNATURE derivative ((BasicOperator) (BasicOperator) (List (Mapping A (List A))))) (SIGNATURE derivative ((BasicOperator) (BasicOperator) (Mapping A A))) (SIGNATURE derivative ((Union (List (Mapping A (List A))) failed) (BasicOperator))) (SIGNATURE constantOperator ((BasicOperator) A)) (SIGNATURE constantOpIfCan ((Union A failed) (BasicOperator)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE evaluate ((Union A failed) (BasicOperator) (List A))) (SIGNATURE evaluate ((BasicOperator) (BasicOperator) (Mapping A (List A)))) (SIGNATURE evaluate ((BasicOperator) (BasicOperator) (Mapping A A))) (SIGNATURE evaluate ((Union (Mapping A (List A)) failed) (BasicOperator))) (SIGNATURE derivative ((BasicOperator) (BasicOperator) (List (Mapping A (List A))))) (SIGNATURE derivative ((BasicOperator) (BasicOperator) (Mapping A A))) (SIGNATURE derivative ((Union (List (Mapping A (List A))) failed) (BasicOperator))) (SIGNATURE constantOperator ((BasicOperator) A)) (SIGNATURE constantOpIfCan ((Union A failed) (BasicOperator)))) $param: (A) debug: evaluateType form: (Union A failed) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: failed $param: (A) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (List A) $param: (A) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (Mapping A (List A)) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (List A) $param: (A) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (Mapping A A) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (Union (Mapping A (List A)) failed) $param: (A) debug: evaluateType form: (Mapping A (List A)) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (List A) $param: (A) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: failed $param: (A) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (List (Mapping A (List A))) $param: (A) Debug: evaluateType1 form: (List (Mapping A (List A))) debug: evaluateType1 x: (Mapping A (List A)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (A) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Mapping A (List A)) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (List A) $param: (A) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evalCategory d: (Mapping A (List A)) c: (Type) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (Mapping A A) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (Union (List (Mapping A (List A))) failed) $param: (A) debug: evaluateType form: (List (Mapping A (List A))) $param: (A) Debug: evaluateType1 form: (List (Mapping A (List A))) debug: evaluateType1 x: (Mapping A (List A)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (A) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Mapping A (List A)) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (List A) $param: (A) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evalCategory d: (Mapping A (List A)) c: (Type) debug: evaluateType form: failed $param: (A) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: A $param: (A) debug: evaluateType form: (Union A failed) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: failed $param: (A) debug: evaluateType form: (BasicOperator) $param: (A) Debug: evaluateType1 form: (BasicOperator) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE evaluate ((Union A failed) (BasicOperator) (List A))) (SIGNATURE evaluate ((BasicOperator) (BasicOperator) (Mapping A (List A)))) (SIGNATURE evaluate ((BasicOperator) (BasicOperator) (Mapping A A))) (SIGNATURE evaluate ((Union (Mapping A (List A)) failed) (BasicOperator))) (SIGNATURE derivative ((BasicOperator) (BasicOperator) (List (Mapping A (List A))))) (SIGNATURE derivative ((BasicOperator) (BasicOperator) (Mapping A A))) (SIGNATURE derivative ((Union (List (Mapping A (List A))) failed) (BasicOperator))) (SIGNATURE constantOperator ((BasicOperator) A)) (SIGNATURE constantOpIfCan ((Union A failed) (BasicOperator)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for BasicOperatorFunctions1 compiling into /tmp/oa-9RBOfA compiling exported evaluate : (BasicOperator,A -> A) -> BasicOperator Time: 0.02 SEC. compiling exported evaluate : BasicOperator -> Union(List A -> A,failed) Debug compQuote expr: (QUOTE %eval) m: $EmptyMode Debug compQuote expr: (QUOTE %eval) m: (Identifier) Time: 0.03 SEC. compiling exported evaluate : (BasicOperator,List A) -> Union(A,failed) Debug compQuote expr: (QUOTE %eval) m: $EmptyMode Debug compQuote expr: (QUOTE %eval) m: (Identifier) Time: 0.02 SEC. compiling exported evaluate : (BasicOperator,List A -> A) -> BasicOperator Debug compQuote expr: (QUOTE %eval) m: $EmptyMode Debug compQuote expr: (QUOTE %eval) m: (Identifier) Time: 0.01 SEC. compiling exported derivative : BasicOperator -> Union(List List A -> A,failed) Debug compQuote expr: (QUOTE %diff) m: $EmptyMode Debug compQuote expr: (QUOTE %diff) m: (Identifier) Time: 0.02 SEC. compiling exported derivative : (BasicOperator,List List A -> A) -> BasicOperator Debug compQuote expr: (QUOTE %diff) m: $EmptyMode Debug compQuote expr: (QUOTE %diff) m: (Identifier) Time: 0.02 SEC. compiling exported derivative : (BasicOperator,A -> A) -> BasicOperator Time: 0.04 SEC. compiling local cdisp : (OutputForm,List OutputForm) -> OutputForm BOP1;cdisp(a,l) is replaced by a Time: 0.01 SEC. compiling local csex : (InputForm,List InputForm) -> InputForm BOP1;csex(a,l) is replaced by a Time: 0.01 SEC. compiling local eqconst? : (BasicOperator,BasicOperator) -> Boolean Debug compQuote expr: (QUOTE %constant) m: $EmptyMode Debug compQuote expr: (QUOTE %constant) m: (Identifier) Debug compQuote expr: (QUOTE %constant) m: $EmptyMode Debug compQuote expr: (QUOTE %constant) m: (Identifier) Debug compQuote expr: (QUOTE %constant) m: $EmptyMode Debug compQuote expr: (QUOTE %constant) m: (Identifier) Time: 0.02 SEC. compiling local ltconst? : (BasicOperator,BasicOperator) -> Boolean Debug compQuote expr: (QUOTE %constant) m: $EmptyMode Debug compQuote expr: (QUOTE %constant) m: (Identifier) Debug compQuote expr: (QUOTE %constant) m: $EmptyMode Debug compQuote expr: (QUOTE %constant) m: (Identifier) Debug compQuote expr: (QUOTE %constant) m: $EmptyMode Debug compQuote expr: (QUOTE %constant) m: (Identifier) Time: 0.01 SEC. Debug compQuote expr: (QUOTE constant) m: $EmptyMode Debug compQuote expr: (QUOTE constant) m: (Symbol) Debug compQuote expr: (QUOTE constant) m: (Symbol) compiling local constOp : A -> BasicOperator Debug compQuote expr: (QUOTE %constant) m: (Identifier) Time: 0.08 SEC. compiling exported constantOpIfCan : BasicOperator -> Union(A,failed) Debug compQuote expr: (QUOTE constant) m: $EmptyMode Debug compQuote expr: (QUOTE constant) m: (Symbol) Debug compQuote expr: (QUOTE %constant) m: $EmptyMode Debug compQuote expr: (QUOTE %constant) m: (Identifier) Time: 0.01 SEC. compiling exported constantOperator : A -> BasicOperator Time: 0.01 SEC. compiling exported constantOperator : A -> BasicOperator Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] evaluate: first has no value Cumulative Statistics for Constructor BasicOperatorFunctions1 Time: 0.30 seconds finalizing NRLIB BOP1 Processing BasicOperatorFunctions1 for Browser database: -- evaluate : (OP,List A) -> Union(A,"failed") -- evaluate : (OP,(List A -> A)) -> OP -- evaluate : (OP,(A -> A)) -> OP -- evaluate : OP -> Union((List A -> A),"failed") -- derivative : (OP,List (List A -> A)) -> OP -- derivative : (OP,(A -> A)) -> OP -- derivative : OP -> Union(List (List A -> A),"failed") -- constantOperator : A -> OP -- constantOpIfCan : OP -> Union(A,"failed") -- constructor ; compiling file "/tmp/oa-9RBOfA/code.lsp" (written 01 FEB 2016 10:59:26 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOP1;cdisp|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BOP1;csex|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |BOP1;evaluate;BoMBo;1| ...) ; compiling (DEFUN |BOP1;evaluate;BoMBo;1!0| ...) ; compiling (DEFUN |BOP1;evaluate;BoU;2| ...) ; compiling (DEFUN |BOP1;evaluate;BoLU;3| ...) ; compiling (DEFUN |BOP1;evaluate;BoMBo;4| ...) ; compiling (DEFUN |BOP1;derivative;BoU;5| ...) ; compiling (DEFUN |BOP1;derivative;BoLBo;6| ...) ; compiling (DEFUN |BOP1;derivative;BoMBo;7| ...) ; compiling (DEFUN |BOP1;derivative;BoMBo;7!0| ...) ; compiling (DEFUN |BOP1;cdisp| ...) ; file: /tmp/oa-9RBOfA/code.lsp ; in: DEFUN |BOP1;cdisp| ; (DEFUN BOOT::|BOP1;cdisp| (BOOT::|a| BOOT::|l| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; BOOT::|a|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BOP1;cdisp| ; (BOOT::|a| BOOT::|l| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|BOP1;cdisp| BOOT::|a|)) ; ; caught STYLE-WARNING: ; The variable |l| is defined but never used. ; compiling (DEFUN |BOP1;csex| ...) ; file: /tmp/oa-9RBOfA/code.lsp ; in: DEFUN |BOP1;csex| ; (DEFUN BOOT::|BOP1;csex| (BOOT::|a| BOOT::|l| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; BOOT::|a|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BOP1;csex| ; (BOOT::|a| BOOT::|l| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|BOP1;csex| BOOT::|a|)) ; ; caught STYLE-WARNING: ; The variable |l| is defined but never used. ; compiling (DEFUN |BOP1;eqconst?| ...) ; file: /tmp/oa-9RBOfA/code.lsp ; in: DEFUN |BOP1;eqconst?| ; (DEFUN BOOT::|BOP1;eqconst?| (BOOT::|a| BOOT::|b| BOOT::$) ; (PROG (BOOT::|vb|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BOP1;eqconst?| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|BOP1;eqconst?| ; (PROG (BOOT::|vb|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |BOP1;ltconst?| ...) ; file: /tmp/oa-9RBOfA/code.lsp ; in: DEFUN |BOP1;ltconst?| ; (DEFUN BOOT::|BOP1;ltconst?| (BOOT::|a| BOOT::|b| BOOT::$) ; (PROG (BOOT::|vb|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BOP1;ltconst?| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|BOP1;ltconst?| ; (PROG (BOOT::|vb|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |BOP1;constOp| ...) ; compiling (DEFUN |BOP1;constOp!0| ...) ; compiling (DEFUN |BOP1;constantOpIfCan;BoU;13| ...) ; compiling (DEFUN |BOP1;constantOperator;ABo;14| ...) ; compiling (DEFUN |BOP1;constantOperator;ABo;14!0| ...) ; compiling (DEFUN |BOP1;constantOperator;ABo;15| ...) ; compiling (DEFUN |BasicOperatorFunctions1| ...) ; compiling (DEFUN |BasicOperatorFunctions1;| ...) ; compiling (MAKEPROP (QUOTE |BasicOperatorFunctions1|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 2 notes ; /tmp/oa-9RBOfA/code.fasl written ; compilation finished in 0:00:00.063 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile COMMONOP.spad && cp COMMONOP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/COMMONOP.fasl \ && if test -f COMMONOP-.NRLIB/code.fasl; then \ cp COMMONOP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/COMMONOP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/COMMONOP.spad using Spad compiler. COMMONOP abbreviates package CommonOperators debug: compDefine1 lhs: (CommonOperators) signature (pre-evaluate): ((CATEGORY package (SIGNATURE operator ((BasicOperator) (Symbol))))) debug: evaluateType form: (CATEGORY package (SIGNATURE operator ((BasicOperator) (Symbol)))) $param: NIL debug: evaluateType form: (BasicOperator) $param: NIL Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE operator ((BasicOperator) (Symbol))))) ------------------------------------------------------------------------ initializing stationary directory for CommonOperators compiling into /tmp/oa-I32BeZ Debug compQuote expr: (QUOTE rootOf) m: $EmptyMode Debug compQuote expr: (QUOTE rootOf) m: (Symbol) Debug compQuote expr: (QUOTE rootOf) m: (Symbol) Debug compQuote expr: (QUOTE nthRoot) m: $EmptyMode Debug compQuote expr: (QUOTE nthRoot) m: (Symbol) Debug compQuote expr: (QUOTE nthRoot) m: (Symbol) Debug compQuote expr: (QUOTE pi) m: $EmptyMode Debug compQuote expr: (QUOTE pi) m: (Symbol) Debug compQuote expr: (QUOTE pi) m: (Symbol) Debug compQuote expr: (QUOTE log) m: $EmptyMode Debug compQuote expr: (QUOTE log) m: (Symbol) Debug compQuote expr: (QUOTE log) m: (Symbol) Debug compQuote expr: (QUOTE exp) m: $EmptyMode Debug compQuote expr: (QUOTE exp) m: (Symbol) Debug compQuote expr: (QUOTE exp) m: (Symbol) Debug compQuote expr: (QUOTE abs) m: $EmptyMode Debug compQuote expr: (QUOTE abs) m: (Symbol) Debug compQuote expr: (QUOTE abs) m: (Symbol) Debug compQuote expr: (QUOTE sin) m: $EmptyMode Debug compQuote expr: (QUOTE sin) m: (Symbol) Debug compQuote expr: (QUOTE sin) m: (Symbol) Debug compQuote expr: (QUOTE cos) m: $EmptyMode Debug compQuote expr: (QUOTE cos) m: (Symbol) Debug compQuote expr: (QUOTE cos) m: (Symbol) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (Symbol) Debug compQuote expr: (QUOTE tan) m: (Symbol) Debug compQuote expr: (QUOTE cot) m: $EmptyMode Debug compQuote expr: (QUOTE cot) m: (Symbol) Debug compQuote expr: (QUOTE cot) m: (Symbol) Debug compQuote expr: (QUOTE sec) m: $EmptyMode Debug compQuote expr: (QUOTE sec) m: (Symbol) Debug compQuote expr: (QUOTE sec) m: (Symbol) Debug compQuote expr: (QUOTE csc) m: $EmptyMode Debug compQuote expr: (QUOTE csc) m: (Symbol) Debug compQuote expr: (QUOTE csc) m: (Symbol) Debug compQuote expr: (QUOTE asin) m: $EmptyMode Debug compQuote expr: (QUOTE asin) m: (Symbol) Debug compQuote expr: (QUOTE asin) m: (Symbol) Debug compQuote expr: (QUOTE acos) m: $EmptyMode Debug compQuote expr: (QUOTE acos) m: (Symbol) Debug compQuote expr: (QUOTE acos) m: (Symbol) Debug compQuote expr: (QUOTE atan) m: $EmptyMode Debug compQuote expr: (QUOTE atan) m: (Symbol) Debug compQuote expr: (QUOTE atan) m: (Symbol) Debug compQuote expr: (QUOTE acot) m: $EmptyMode Debug compQuote expr: (QUOTE acot) m: (Symbol) Debug compQuote expr: (QUOTE acot) m: (Symbol) Debug compQuote expr: (QUOTE asec) m: $EmptyMode Debug compQuote expr: (QUOTE asec) m: (Symbol) Debug compQuote expr: (QUOTE asec) m: (Symbol) Debug compQuote expr: (QUOTE acsc) m: $EmptyMode Debug compQuote expr: (QUOTE acsc) m: (Symbol) Debug compQuote expr: (QUOTE acsc) m: (Symbol) Debug compQuote expr: (QUOTE sinh) m: $EmptyMode Debug compQuote expr: (QUOTE sinh) m: (Symbol) Debug compQuote expr: (QUOTE sinh) m: (Symbol) Debug compQuote expr: (QUOTE cosh) m: $EmptyMode Debug compQuote expr: (QUOTE cosh) m: (Symbol) Debug compQuote expr: (QUOTE cosh) m: (Symbol) Debug compQuote expr: (QUOTE tanh) m: $EmptyMode Debug compQuote expr: (QUOTE tanh) m: (Symbol) Debug compQuote expr: (QUOTE tanh) m: (Symbol) Debug compQuote expr: (QUOTE coth) m: $EmptyMode Debug compQuote expr: (QUOTE coth) m: (Symbol) Debug compQuote expr: (QUOTE coth) m: (Symbol) Debug compQuote expr: (QUOTE sech) m: $EmptyMode Debug compQuote expr: (QUOTE sech) m: (Symbol) Debug compQuote expr: (QUOTE sech) m: (Symbol) Debug compQuote expr: (QUOTE csch) m: $EmptyMode Debug compQuote expr: (QUOTE csch) m: (Symbol) Debug compQuote expr: (QUOTE csch) m: (Symbol) Debug compQuote expr: (QUOTE asinh) m: $EmptyMode Debug compQuote expr: (QUOTE asinh) m: (Symbol) Debug compQuote expr: (QUOTE asinh) m: (Symbol) Debug compQuote expr: (QUOTE acosh) m: $EmptyMode Debug compQuote expr: (QUOTE acosh) m: (Symbol) Debug compQuote expr: (QUOTE acosh) m: (Symbol) Debug compQuote expr: (QUOTE atanh) m: $EmptyMode Debug compQuote expr: (QUOTE atanh) m: (Symbol) Debug compQuote expr: (QUOTE atanh) m: (Symbol) Debug compQuote expr: (QUOTE acoth) m: $EmptyMode Debug compQuote expr: (QUOTE acoth) m: (Symbol) Debug compQuote expr: (QUOTE acoth) m: (Symbol) Debug compQuote expr: (QUOTE asech) m: $EmptyMode Debug compQuote expr: (QUOTE asech) m: (Symbol) Debug compQuote expr: (QUOTE asech) m: (Symbol) Debug compQuote expr: (QUOTE acsch) m: $EmptyMode Debug compQuote expr: (QUOTE acsch) m: (Symbol) Debug compQuote expr: (QUOTE acsch) m: (Symbol) Debug compQuote expr: (QUOTE %box) m: $EmptyMode Debug compQuote expr: (QUOTE %box) m: (Symbol) Debug compQuote expr: (QUOTE %paren) m: $EmptyMode Debug compQuote expr: (QUOTE %paren) m: (Symbol) Debug compQuote expr: (QUOTE applyQuote) m: $EmptyMode Debug compQuote expr: (QUOTE applyQuote) m: (Symbol) Debug compQuote expr: (QUOTE %diff) m: $EmptyMode Debug compQuote expr: (QUOTE %diff) m: (Symbol) Debug compQuote expr: (QUOTE %diff) m: (Symbol) Debug compQuote expr: (QUOTE Si) m: $EmptyMode Debug compQuote expr: (QUOTE Si) m: (Symbol) Debug compQuote expr: (QUOTE Si) m: (Symbol) Debug compQuote expr: (QUOTE Ci) m: $EmptyMode Debug compQuote expr: (QUOTE Ci) m: (Symbol) Debug compQuote expr: (QUOTE Ci) m: (Symbol) Debug compQuote expr: (QUOTE Ei) m: $EmptyMode Debug compQuote expr: (QUOTE Ei) m: (Symbol) Debug compQuote expr: (QUOTE Ei) m: (Symbol) Debug compQuote expr: (QUOTE li) m: $EmptyMode Debug compQuote expr: (QUOTE li) m: (Symbol) Debug compQuote expr: (QUOTE li) m: (Symbol) Debug compQuote expr: (QUOTE erf) m: $EmptyMode Debug compQuote expr: (QUOTE erf) m: (Symbol) Debug compQuote expr: (QUOTE erf) m: (Symbol) Debug compQuote expr: (QUOTE dilog) m: $EmptyMode Debug compQuote expr: (QUOTE dilog) m: (Symbol) Debug compQuote expr: (QUOTE dilog) m: (Symbol) Debug compQuote expr: (QUOTE Gamma) m: $EmptyMode Debug compQuote expr: (QUOTE Gamma) m: (Symbol) Debug compQuote expr: (QUOTE Gamma) m: (Symbol) Debug compQuote expr: (QUOTE Gamma2) m: $EmptyMode Debug compQuote expr: (QUOTE Gamma2) m: (Symbol) Debug compQuote expr: (QUOTE Gamma2) m: (Symbol) Debug compQuote expr: (QUOTE Beta) m: $EmptyMode Debug compQuote expr: (QUOTE Beta) m: (Symbol) Debug compQuote expr: (QUOTE Beta) m: (Symbol) Debug compQuote expr: (QUOTE digamma) m: $EmptyMode Debug compQuote expr: (QUOTE digamma) m: (Symbol) Debug compQuote expr: (QUOTE digamma) m: (Symbol) Debug compQuote expr: (QUOTE polygamma) m: $EmptyMode Debug compQuote expr: (QUOTE polygamma) m: (Symbol) Debug compQuote expr: (QUOTE polygamma) m: (Symbol) Debug compQuote expr: (QUOTE besselJ) m: $EmptyMode Debug compQuote expr: (QUOTE besselJ) m: (Symbol) Debug compQuote expr: (QUOTE besselJ) m: (Symbol) Debug compQuote expr: (QUOTE besselY) m: $EmptyMode Debug compQuote expr: (QUOTE besselY) m: (Symbol) Debug compQuote expr: (QUOTE besselY) m: (Symbol) Debug compQuote expr: (QUOTE besselI) m: $EmptyMode Debug compQuote expr: (QUOTE besselI) m: (Symbol) Debug compQuote expr: (QUOTE besselI) m: (Symbol) Debug compQuote expr: (QUOTE besselK) m: $EmptyMode Debug compQuote expr: (QUOTE besselK) m: (Symbol) Debug compQuote expr: (QUOTE besselK) m: (Symbol) Debug compQuote expr: (QUOTE airyAi) m: $EmptyMode Debug compQuote expr: (QUOTE airyAi) m: (Symbol) Debug compQuote expr: (QUOTE airyAi) m: (Symbol) Debug compQuote expr: (QUOTE airyBi) m: $EmptyMode Debug compQuote expr: (QUOTE airyBi) m: (Symbol) Debug compQuote expr: (QUOTE airyBi) m: (Symbol) Debug compQuote expr: (QUOTE integral) m: $EmptyMode Debug compQuote expr: (QUOTE integral) m: (Symbol) Debug compQuote expr: (QUOTE integral) m: (Symbol) Debug compQuote expr: (QUOTE %defint) m: $EmptyMode Debug compQuote expr: (QUOTE %defint) m: (Symbol) Debug compQuote expr: (QUOTE %defint) m: (Symbol) Debug compQuote expr: (QUOTE factorial) m: $EmptyMode Debug compQuote expr: (QUOTE factorial) m: (Symbol) Debug compQuote expr: (QUOTE factorial) m: (Symbol) Debug compQuote expr: (QUOTE permutation) m: $EmptyMode Debug compQuote expr: (QUOTE permutation) m: (Symbol) Debug compQuote expr: (QUOTE permutation) m: (Symbol) Debug compQuote expr: (QUOTE binomial) m: $EmptyMode Debug compQuote expr: (QUOTE binomial) m: (Symbol) Debug compQuote expr: (QUOTE binomial) m: (Symbol) Debug compQuote expr: (QUOTE %power) m: $EmptyMode Debug compQuote expr: (QUOTE %power) m: (Symbol) Debug compQuote expr: (QUOTE %power) m: (Symbol) Debug compQuote expr: (QUOTE summation) m: $EmptyMode Debug compQuote expr: (QUOTE summation) m: (Symbol) Debug compQuote expr: (QUOTE summation) m: (Symbol) Debug compQuote expr: (QUOTE %defsum) m: $EmptyMode Debug compQuote expr: (QUOTE %defsum) m: (Symbol) Debug compQuote expr: (QUOTE %defsum) m: (Symbol) Debug compQuote expr: (QUOTE product) m: $EmptyMode Debug compQuote expr: (QUOTE product) m: (Symbol) Debug compQuote expr: (QUOTE product) m: (Symbol) Debug compQuote expr: (QUOTE %defprod) m: $EmptyMode Debug compQuote expr: (QUOTE %defprod) m: (Symbol) Debug compQuote expr: (QUOTE %defprod) m: (Symbol) compiling exported operator : Symbol -> BasicOperator Time: 0.20 SEC. compiling local dpi : List OutputForm -> OutputForm Debug compQuote expr: (QUOTE %pi) m: (OutputForm) COMMONOP;dpi l is replaced by %pi Time: 0.02 SEC. compiling local dfact : OutputForm -> OutputForm Time: 0.02 SEC. compiling local dquote : List OutputForm -> OutputForm Time: 0.02 SEC. compiling local dgamma : List OutputForm -> OutputForm Time: 0.02 SEC. compiling local setDummyVar : (BasicOperator,NonNegativeInteger) -> BasicOperator Time: 0.01 SEC. compiling local dexp : OutputForm -> OutputForm Debug compQuote expr: (QUOTE %e) m: (OutputForm) Time: 0.01 SEC. compiling local startUp : Boolean -> Void Debug compQuote expr: (QUOTE A) m: (OutputForm) Debug compQuote expr: (QUOTE A) m: (OutputForm) Debug compQuote expr: (QUOTE A) m: (OutputForm) Debug compQuote expr: (QUOTE A) m: (OutputForm) Debug compQuote expr: (QUOTE A) m: (OutputForm) Debug compQuote expr: (QUOTE A) m: (OutputForm) Debug compQuote expr: (QUOTE A) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE %alg) m: $EmptyMode Debug compQuote expr: (QUOTE %alg) m: (Identifier) Debug compQuote expr: (QUOTE rtrig) m: $EmptyMode Debug compQuote expr: (QUOTE rtrig) m: (Identifier) Debug compQuote expr: (QUOTE htrig) m: $EmptyMode Debug compQuote expr: (QUOTE htrig) m: (Identifier) Debug compQuote expr: (QUOTE trig) m: $EmptyMode Debug compQuote expr: (QUOTE trig) m: (Identifier) Debug compQuote expr: (QUOTE elem) m: $EmptyMode Debug compQuote expr: (QUOTE elem) m: (Identifier) Debug compQuote expr: (QUOTE prim) m: $EmptyMode Debug compQuote expr: (QUOTE prim) m: (Identifier) Debug compQuote expr: (QUOTE comb) m: $EmptyMode Debug compQuote expr: (QUOTE comb) m: (Identifier) Debug compQuote expr: (QUOTE special) m: $EmptyMode Debug compQuote expr: (QUOTE special) m: (Identifier) Debug compQuote expr: (QUOTE any) m: $EmptyMode Debug compQuote expr: (QUOTE any) m: (Identifier) Debug compQuote expr: (QUOTE even) m: $EmptyMode Debug compQuote expr: (QUOTE even) m: (Identifier) Debug compQuote expr: (QUOTE odd) m: $EmptyMode Debug compQuote expr: (QUOTE odd) m: (Identifier) Debug compQuote expr: (QUOTE linear) m: $EmptyMode Debug compQuote expr: (QUOTE linear) m: (Identifier) Time: 0.26 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] true has no value [2] startUp: paren has no value Cumulative Statistics for Constructor CommonOperators Time: 0.58 seconds finalizing NRLIB COMMONOP Processing CommonOperators for Browser database: -- operator : Symbol -> OP -- constructor ; compiling file "/tmp/oa-I32BeZ/code.lsp" (written 01 FEB 2016 10:59:26 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMMONOP;dpi|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |COMMONOP;operator;SBo;1| ...) ; compiling (DEFUN |COMMONOP;dpi| ...) ; file: /tmp/oa-I32BeZ/code.lsp ; in: DEFUN |COMMONOP;dpi| ; (DEFUN BOOT::|COMMONOP;dpi| (BOOT::|l| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; 'BOOT::|%pi|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COMMONOP;dpi| ; (BOOT::|l| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|COMMONOP;dpi| 'BOOT::|%pi|)) ; ; caught STYLE-WARNING: ; The variable |l| is defined but never used. ; compiling (DEFUN |COMMONOP;dfact| ...) ; compiling (DEFUN |COMMONOP;dquote| ...) ; compiling (DEFUN |COMMONOP;dgamma| ...) ; compiling (DEFUN |COMMONOP;setDummyVar| ...) ; compiling (DEFUN |COMMONOP;dexp| ...) ; compiling (DEFUN |COMMONOP;startUp| ...) ; compiling (DEFUN |COMMONOP;startUp!8| ...) ; compiling (DEFUN |COMMONOP;startUp!7| ...) ; compiling (DEFUN |COMMONOP;startUp!6| ...) ; compiling (DEFUN |COMMONOP;startUp!5| ...) ; compiling (DEFUN |COMMONOP;startUp!4| ...) ; compiling (DEFUN |COMMONOP;startUp!3| ...) ; compiling (DEFUN |COMMONOP;startUp!2| ...) ; compiling (DEFUN |COMMONOP;startUp!1| ...) ; compiling (DEFUN |COMMONOP;startUp!0| ...) ; compiling (DEFUN |CommonOperators| ...) ; compiling (DEFUN |CommonOperators;| ...) ; compiling (MAKEPROP (QUOTE |CommonOperators|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; /tmp/oa-I32BeZ/code.fasl written ; compilation finished in 0:00:00.282 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile CATCTOR.spad && cp CATCTOR.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CATCTOR.fasl \ && if test -f CATCTOR-.NRLIB/code.fasl; then \ cp CATCTOR-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CATCTOR-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CATCTOR.spad using Spad compiler. CATCTOR abbreviates domain CategoryConstructor debug: compDefine1 lhs: (CategoryConstructor) signature (pre-evaluate): ((Join (ConstructorCategory) (CoercibleTo (Constructor)))) debug: evaluateType form: (Join (ConstructorCategory) (CoercibleTo (Constructor))) $param: NIL debug: evaluateType form: (ConstructorCategory) $param: NIL Debug: evaluateType1 form: (ConstructorCategory) debug: evaluateType form: (CoercibleTo (Constructor)) $param: NIL Debug: evaluateType1 form: (CoercibleTo (Constructor)) debug: evaluateType1 x: (Constructor) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Constructor) $param: NIL Debug: evaluateType1 form: (Constructor) debug: evalCategory d: (Constructor) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (ConstructorCategory) (CoercibleTo (Constructor)))) ------------------------------------------------------------------------ initializing stationary directory for CategoryConstructor compiling into /tmp/oa-HSCEm3 compiling exported coerce : % -> Constructor CATCTOR;coerce;$C;1 x is replaced by x Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Cumulative Statistics for Constructor CategoryConstructor Time: 0.03 seconds --------------non extending category---------------------- CategoryConstructor of category Join(ConstructorCategory,CoercibleTo Constructor) has no findConstructor : Identifier -> Maybe % ---------------------------------------------------------- finalizing NRLIB CATCTOR Processing CategoryConstructor for Browser database: -- constructor ; compiling file "/tmp/oa-HSCEm3/code.lsp" (written 01 FEB 2016 10:59:27 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CATCTOR;coerce;$C;1|) ...) ; compiling (DEFUN |CATCTOR;coerce;$C;1| ...) ; compiling (DEFUN |CategoryConstructor| ...) ; compiling (DEFUN |CategoryConstructor;| ...) ; compiling (MAKEPROP (QUOTE |CategoryConstructor|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-HSCEm3/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile CTORCALL.spad && cp CTORCALL.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CTORCALL.fasl \ && if test -f CTORCALL-.NRLIB/code.fasl; then \ cp CTORCALL-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CTORCALL-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CTORCALL.spad using Spad compiler. CTORCALL abbreviates domain ConstructorCall debug: compDefine1 lhs: (ConstructorCall C) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE constructor (C $)) (SIGNATURE arguments ((List (Syntax)) $)))) (ConstructorCategory)) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (SIGNATURE constructor (C $)) (SIGNATURE arguments ((List (Syntax)) $)))) $param: (C) debug: evaluateType form: (SetCategory) $param: (C) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE constructor (C $)) (SIGNATURE arguments ((List (Syntax)) $))) $param: (C) debug: evaluateType form: C $param: (C) debug: evaluateType form: (List (Syntax)) $param: (C) Debug: evaluateType1 form: (List (Syntax)) debug: evaluateType1 x: (Syntax) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (C) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Syntax) $param: (C) Debug: evaluateType1 form: (Syntax) debug: evalCategory d: (Syntax) c: (Type) debug: evaluateType form: (ConstructorCategory) $param: (C) Debug: evaluateType1 form: (ConstructorCategory) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE constructor (C $)) (SIGNATURE arguments ((List (Syntax)) $)))) (ConstructorCategory)) debug: compDefine1 lhs: (ConstructorCall C) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE constructor (C $)) (SIGNATURE arguments ((List (Syntax)) $)))) NIL) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (SIGNATURE constructor (C $)) (SIGNATURE arguments ((List (Syntax)) $)))) $param: (C) debug: evaluateType form: (SetCategory) $param: (C) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE constructor (C $)) (SIGNATURE arguments ((List (Syntax)) $))) $param: (C) debug: evaluateType form: C $param: (C) debug: evaluateType form: (List (Syntax)) $param: (C) Debug: evaluateType1 form: (List (Syntax)) debug: evaluateType1 x: (Syntax) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (C) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Syntax) $param: (C) Debug: evaluateType1 form: (Syntax) debug: evalCategory d: (Syntax) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE constructor (C $)) (SIGNATURE arguments ((List (Syntax)) $)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for ConstructorCall compiling into /tmp/oa-WG9Ahe compiling exported constructor : % -> C CTORCALL;constructor;$C;1 is replaced by %head Time: 0.01 SEC. compiling exported arguments : % -> List Syntax CTORCALL;arguments;$L;2 is replaced by %tail Time: 0.00 SEC. compiling exported = : (%,%) -> Boolean CTORCALL;=;2$B;3 is replaced by %equal Time: 0 SEC. compiling exported coerce : % -> OutputForm CTORCALL;coerce;$Of;4 is replaced by outputDomainConstructor Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor ConstructorCall Time: 0.03 seconds finalizing NRLIB CTORCALL Processing ConstructorCall for Browser database: -- constructor : % -> C -- arguments : % -> List Syntax -- constructor ; compiling file "/tmp/oa-WG9Ahe/code.lsp" (written 01 FEB 2016 10:59:27 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CTORCALL;constructor;$C;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CTORCALL;arguments;$L;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CTORCALL;=;2$B;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CTORCALL;coerce;$Of;4|) ...) ; compiling (DEFUN |CTORCALL;constructor;$C;1| ...) ; compiling (DEFUN |CTORCALL;arguments;$L;2| ...) ; compiling (DEFUN |CTORCALL;=;2$B;3| ...) ; compiling (DEFUN |CTORCALL;coerce;$Of;4| ...) ; compiling (DEFUN |ConstructorCall| ...) ; compiling (DEFUN |ConstructorCall;| ...) ; compiling (MAKEPROP (QUOTE |ConstructorCall|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-WG9Ahe/code.fasl written ; compilation finished in 0:00:00.025 ------------------------------------------------------------------------ ================================== === layer 3 of 24 complete ====== ================================== ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ANON.spad && cp ANON.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ANON.fasl \ && if test -f ANON-.NRLIB/code.fasl; then \ cp ANON-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ANON-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ANON.spad using Spad compiler. ANON abbreviates domain AnonymousFunction debug: compDefine1 lhs: (AnonymousFunction) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE parameters ((List (Identifier)) $)) (SIGNATURE body ((Syntax) $))))) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (SIGNATURE parameters ((List (Identifier)) $)) (SIGNATURE body ((Syntax) $)))) $param: NIL debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE parameters ((List (Identifier)) $)) (SIGNATURE body ((Syntax) $))) $param: NIL debug: evaluateType form: (List (Identifier)) $param: NIL Debug: evaluateType1 form: (List (Identifier)) debug: evaluateType1 x: (Identifier) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evalCategory d: (Identifier) c: (Type) debug: evaluateType form: (Syntax) $param: NIL Debug: evaluateType1 form: (Syntax) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE parameters ((List (Identifier)) $)) (SIGNATURE body ((Syntax) $))))) ------------------------------------------------------------------------ initializing stationary directory for AnonymousFunction compiling into /tmp/oa-0BLnwt importing Syntax compiling exported coerce : % -> OutputForm ANON;coerce;$Of;1 x is replaced by x Time: 0.02 SEC. compiling exported parameters : % -> List Identifier Time: 0.01 SEC. compiling exported body : % -> Syntax ANON;body;$S;3 is replaced by %lthird Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor AnonymousFunction Time: 0.04 seconds finalizing NRLIB ANON Processing AnonymousFunction for Browser database: -- parameters : % -> List Identifier -- body : % -> Syntax -- constructor ; compiling file "/tmp/oa-0BLnwt/code.lsp" (written 01 FEB 2016 10:59:27 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ANON;coerce;$Of;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ANON;body;$S;3|) ...) ; compiling (DEFUN |ANON;coerce;$Of;1| ...) ; compiling (DEFUN |ANON;parameters;$L;2| ...) ; file: /tmp/oa-0BLnwt/code.lsp ; in: DEFUN |ANON;parameters;$L;2| ; (DEFUN BOOT::|ANON;parameters;$L;2| (BOOT::|f| BOOT::$) ; (LET ((BOOT::|ps| (CADR BOOT::|f|))) ; (COND ((BOOT::SPADCALL BOOT::|ps| '# #) (LIST #)) ; (T (BOOT::SPADCALL BOOT::|ps| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ANON;parameters;$L;2| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|ANON;parameters;$L;2| ; (LET ((BOOT::|ps| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS SYMBOL T)) &REST T). ; compiling (DEFUN |ANON;body;$S;3| ...) ; compiling (DEFUN |AnonymousFunction| ...) ; compiling (DEFUN |AnonymousFunction;| ...) ; compiling (MAKEPROP (QUOTE |AnonymousFunction|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-0BLnwt/code.fasl written ; compilation finished in 0:00:00.021 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile OSI.spad && cp OSI.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/OSI.fasl \ && if test -f OSI-.NRLIB/code.fasl; then \ cp OSI-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/OSI-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OSI.spad using Spad compiler. OSI abbreviates domain OrdSetInts debug: compDefine1 lhs: (OrdSetInts) signature (pre-evaluate): ((Join (OrderedSet) (CATEGORY domain (SIGNATURE coerce ($ (Integer))) (SIGNATURE value ((Integer) $))))) debug: evaluateType form: (Join (OrderedSet) (CATEGORY domain (SIGNATURE coerce ($ (Integer))) (SIGNATURE value ((Integer) $)))) $param: NIL debug: evaluateType form: (OrderedSet) $param: NIL Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (CATEGORY domain (SIGNATURE coerce ($ (Integer))) (SIGNATURE value ((Integer) $))) $param: NIL debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((Join (OrderedSet) (CATEGORY domain (SIGNATURE coerce ($ (Integer))) (SIGNATURE value ((Integer) $))))) ------------------------------------------------------------------------ initializing stationary directory for OrdSetInts compiling into /tmp/oa-AzYtAC compiling exported = : (%,%) -> Boolean OSI;=;2$B;1 is replaced by %ieq Time: 0.02 SEC. compiling exported < : (%,%) -> Boolean OSI;<;2$B;2 is replaced by %ilt Time: 0.00 SEC. compiling exported coerce : Integer -> % OSI;coerce;I$;3 i is replaced by i Time: 0.00 SEC. compiling exported value : % -> Integer OSI;value;$I;4 x is replaced by x Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] value: : Rep -- replace by pretend Cumulative Statistics for Constructor OrdSetInts Time: 0.07 seconds finalizing NRLIB OSI Processing OrdSetInts for Browser database: -- coerce : Integer -> % -- value : % -> I -- constructor ; compiling file "/tmp/oa-AzYtAC/code.lsp" (written 01 FEB 2016 10:59:27 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OSI;=;2$B;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OSI;<;2$B;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OSI;coerce;I$;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OSI;value;$I;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |OSI;=;2$B;1| ...) ; compiling (DEFUN |OSI;<;2$B;2| ...) ; compiling (DEFUN |OSI;coerce;I$;3| ...) ; compiling (DEFUN |OSI;value;$I;4| ...) ; compiling (DEFUN |OSI;coerce;$Of;5| ...) ; compiling (DEFUN |OrdSetInts| ...) ; compiling (DEFUN |OrdSetInts;| ...) ; compiling (MAKEPROP (QUOTE |OrdSetInts|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-AzYtAC/code.fasl written ; compilation finished in 0:00:00.021 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile COMM.spad && cp COMM.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/COMM.fasl \ && if test -f COMM-.NRLIB/code.fasl; then \ cp COMM-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/COMM-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/COMM.spad using Spad compiler. COMM abbreviates domain Commutator debug: compDefine1 lhs: (Commutator) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE mkcomm ($ (Integer))) (SIGNATURE mkcomm ($ $ $))))) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (SIGNATURE mkcomm ($ (Integer))) (SIGNATURE mkcomm ($ $ $)))) $param: NIL debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE mkcomm ($ (Integer))) (SIGNATURE mkcomm ($ $ $))) $param: NIL debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE mkcomm ($ (Integer))) (SIGNATURE mkcomm ($ $ $))))) ------------------------------------------------------------------------ initializing stationary directory for Commutator compiling into /tmp/oa-Viql0Q importing OrdSetInts compiling exported = : (%,%) -> Boolean Time: 0.02 SEC. compiling exported mkcomm : Integer -> % COMM;mkcomm;I$;2 i is replaced by %pair(0,i) Time: 0.01 SEC. compiling exported mkcomm : (%,%) -> % COMM;mkcomm;3$;3(x,y) is replaced by %pair(1,%pair(x,y)) Time: 0 SEC. compiling exported coerce : % -> OutputForm Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor Commutator Time: 0.06 seconds finalizing NRLIB COMM Processing Commutator for Browser database: -- mkcomm : I -> % -- mkcomm : (%,%) -> % -- constructor ; compiling file "/tmp/oa-Viql0Q/code.lsp" (written 01 FEB 2016 10:59:27 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMM;mkcomm;I$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMM;mkcomm;3$;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |COMM;=;2$B;1| ...) ; compiling (DEFUN |COMM;mkcomm;I$;2| ...) ; compiling (DEFUN |COMM;mkcomm;3$;3| ...) ; compiling (DEFUN |COMM;coerce;$Of;4| ...) ; compiling (DEFUN |Commutator| ...) ; compiling (DEFUN |Commutator;| ...) ; compiling (MAKEPROP (QUOTE |Commutator|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Viql0Q/code.fasl written ; compilation finished in 0:00:00.033 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile COMPPROP.spad && cp COMPPROP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/COMPPROP.fasl \ && if test -f COMPPROP-.NRLIB/code.fasl; then \ cp COMPPROP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/COMPPROP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/COMPPROP.spad using Spad compiler. COMPPROP abbreviates domain SubSpaceComponentProperty debug: compDefine1 lhs: (SubSpaceComponentProperty) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE new ($)) (SIGNATURE closed? ((Boolean) $)) (SIGNATURE solid? ((Boolean) $)) (SIGNATURE close ((Boolean) $ (Boolean))) (SIGNATURE solid ((Boolean) $ (Boolean))) (SIGNATURE copy ($ $))))) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (SIGNATURE new ($)) (SIGNATURE closed? ((Boolean) $)) (SIGNATURE solid? ((Boolean) $)) (SIGNATURE close ((Boolean) $ (Boolean))) (SIGNATURE solid ((Boolean) $ (Boolean))) (SIGNATURE copy ($ $)))) $param: NIL debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE new ($)) (SIGNATURE closed? ((Boolean) $)) (SIGNATURE solid? ((Boolean) $)) (SIGNATURE close ((Boolean) $ (Boolean))) (SIGNATURE solid ((Boolean) $ (Boolean))) (SIGNATURE copy ($ $))) $param: NIL debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE new ($)) (SIGNATURE closed? ((Boolean) $)) (SIGNATURE solid? ((Boolean) $)) (SIGNATURE close ((Boolean) $ (Boolean))) (SIGNATURE solid ((Boolean) $ (Boolean))) (SIGNATURE copy ($ $))))) ------------------------------------------------------------------------ initializing stationary directory for SubSpaceComponentProperty compiling into /tmp/oa-zZ9Q1X importing Boolean compiling exported closed? : % -> Boolean COMPPROP;closed?;$B;1 is replaced by %head Time: 0.01 SEC. compiling exported solid? : % -> Boolean COMPPROP;solid?;$B;2 is replaced by %tail Time: 0 SEC. compiling exported close : (%,Boolean) -> Boolean Time: 0 SEC. compiling exported solid : (%,Boolean) -> Boolean Time: 0 SEC. compiling exported new : () -> % COMPPROP;new;$;5 is replaced by %pair(%false,%false) Time: 0 SEC. compiling exported copy : % -> % Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor SubSpaceComponentProperty Time: 0.04 seconds finalizing NRLIB COMPPROP Processing SubSpaceComponentProperty for Browser database: -- new : () -> % -- closed? : % -> B -- solid? : % -> B -- close : (%,B) -> B -- solid : (%,B) -> B -- copy : % -> % -- constructor ; compiling file "/tmp/oa-zZ9Q1X/code.lsp" (written 01 FEB 2016 10:59:28 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPPROP;closed?;$B;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPPROP;solid?;$B;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPPROP;new;$;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |COMPPROP;closed?;$B;1| ...) ; compiling (DEFUN |COMPPROP;solid?;$B;2| ...) ; compiling (DEFUN |COMPPROP;close;$2B;3| ...) ; file: /tmp/oa-zZ9Q1X/code.lsp ; in: DEFUN |COMPPROP;close;$2B;3| ; (DEFUN BOOT::|COMPPROP;close;$2B;3| (BOOT::|p| BOOT::|b| BOOT::$) ; (PROGN (RPLACA BOOT::|p| BOOT::|b|) (CAR BOOT::|p|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COMPPROP;close;$2B;3| ; (BOOT::|p| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|COMPPROP;close;$2B;3| ; (PROGN (RPLACA BOOT::|p| BOOT::|b|) (CAR BOOT::|p|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |COMPPROP;solid;$2B;4| ...) ; file: /tmp/oa-zZ9Q1X/code.lsp ; in: DEFUN |COMPPROP;solid;$2B;4| ; (DEFUN BOOT::|COMPPROP;solid;$2B;4| (BOOT::|p| BOOT::|b| BOOT::$) ; (PROGN (RPLACD BOOT::|p| BOOT::|b|) (CDR BOOT::|p|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COMPPROP;solid;$2B;4| ; (BOOT::|p| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|COMPPROP;solid;$2B;4| ; (PROGN (RPLACD BOOT::|p| BOOT::|b|) (CDR BOOT::|p|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |COMPPROP;new;$;5| ...) ; compiling (DEFUN |COMPPROP;copy;2$;6| ...) ; compiling (DEFUN |COMPPROP;coerce;$Of;7| ...) ; compiling (DEFUN |SubSpaceComponentProperty| ...) ; compiling (DEFUN |SubSpaceComponentProperty;| ...) ; compiling (MAKEPROP (QUOTE |SubSpaceComponentProperty|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; /tmp/oa-zZ9Q1X/code.fasl written ; compilation finished in 0:00:00.033 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SEGBIND2.spad && cp SEGBIND2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SEGBIND2.fasl \ && if test -f SEGBIND2-.NRLIB/code.fasl; then \ cp SEGBIND2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SEGBIND2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SEGBIND2.spad using Spad compiler. SEGBIND2 abbreviates package SegmentBindingFunctions2 debug: compDefine1 lhs: (SegmentBindingFunctions2 R S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((SegmentBinding S) (Mapping S R) (SegmentBinding R)))) (Type) (Type)) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((SegmentBinding S) (Mapping S R) (SegmentBinding R)))) $param: (R S) debug: evaluateType form: (SegmentBinding S) $param: (R S) Debug: evaluateType1 form: (SegmentBinding S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (Mapping S R) $param: (R S) debug: evaluateType form: S $param: (R S) debug: evaluateType form: R $param: (R S) debug: evaluateType form: (SegmentBinding R) $param: (R S) Debug: evaluateType1 form: (SegmentBinding R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (Type) $param: (R S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Type) $param: (R S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((SegmentBinding S) (Mapping S R) (SegmentBinding R)))) (Type) (Type)) debug: compDefine1 lhs: (SegmentBindingFunctions2 R S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((SegmentBinding S) (Mapping S R) (SegmentBinding R)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((SegmentBinding S) (Mapping S R) (SegmentBinding R)))) $param: (R S) debug: evaluateType form: (SegmentBinding S) $param: (R S) Debug: evaluateType1 form: (SegmentBinding S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (Mapping S R) $param: (R S) debug: evaluateType form: S $param: (R S) debug: evaluateType form: R $param: (R S) debug: evaluateType form: (SegmentBinding R) $param: (R S) Debug: evaluateType1 form: (SegmentBinding R) debug: evaluateType1 x: R m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((SegmentBinding S) (Mapping S R) (SegmentBinding R)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for SegmentBindingFunctions2 compiling into /tmp/oa-Qilg6c compiling exported map : (R -> S,SegmentBinding R) -> SegmentBinding S Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor SegmentBindingFunctions2 Time: 0.02 seconds finalizing NRLIB SEGBIND2 Processing SegmentBindingFunctions2 for Browser database: -- map : ((R -> S),SegmentBinding R) -> SegmentBinding S -- constructor ; compiling file "/tmp/oa-Qilg6c/code.lsp" (written 01 FEB 2016 10:59:28 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SEGBIND2;map;MSbSb;1| ...) ; compiling (DEFUN |SegmentBindingFunctions2| ...) ; compiling (DEFUN |SegmentBindingFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |SegmentBindingFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-Qilg6c/code.fasl written ; compilation finished in 0:00:00.039 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FAMONC.spad && cp FAMONC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FAMONC.fasl \ && if test -f FAMONC-.NRLIB/code.fasl; then \ cp FAMONC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FAMONC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FAMONC.spad using Spad compiler. FAMONC abbreviates category FreeAbelianMonoidCategory debug: compDefine1 lhs: (FreeAbelianMonoidCategory S E) signature (pre-evaluate): ((Category) (SetCategory) (CancellationAbelianMonoid)) debug: evaluateType form: (Category) $param: (S E) debug: evaluateType form: (SetCategory) $param: (S E) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CancellationAbelianMonoid) $param: (S E) Debug: evaluateType1 form: (CancellationAbelianMonoid) debug: compDefine1 signature (post evaluate): ((Category) (SetCategory) (CancellationAbelianMonoid)) debug: compDefine1 lhs: (FreeAbelianMonoidCategory S E) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (S E) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FreeAbelianMonoidCategory compiling into /tmp/oa-MItJOp STYLE-WARNING: redefining BOOT::|FreeAbelianMonoidCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB FAMONC Processing FreeAbelianMonoidCategory for Browser database: -- ?+? : (S,%) -> % -- ?*? : (E,S) -> % -- size : % -> NonNegativeInteger -- terms : % -> List Record(gen: S,exp: E) -- nthCoef : (%,Integer) -> E -- nthFactor : (%,Integer) -> S -- coefficient : (S,%) -> E -- mapCoef : ((E -> E),%) -> % -- mapGen : ((S -> S),%) -> % -- highCommonTerms : (%,%) -> % -- constructor ; compiling file "/tmp/oa-MItJOp/code.lsp" (written 01 FEB 2016 10:59:28 PM): ; compiling (DEFPARAMETER |FreeAbelianMonoidCategory;AL| ...) ; compiling (DEFUN |FreeAbelianMonoidCategory;| ...) ; compiling (DEFUN |FreeAbelianMonoidCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-MItJOp/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile IDPC.spad && cp IDPC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IDPC.fasl \ && if test -f IDPC-.NRLIB/code.fasl; then \ cp IDPC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IDPC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IDPC.spad using Spad compiler. IDPC abbreviates category IndexedDirectProductCategory debug: compDefine1 lhs: (IndexedDirectProductCategory A S) signature (pre-evaluate): ((Category) (BasicType) (OrderedType)) debug: evaluateType form: (Category) $param: (A S) debug: evaluateType form: (BasicType) $param: (A S) Debug: evaluateType1 form: (BasicType) debug: evaluateType form: (OrderedType) $param: (A S) Debug: evaluateType1 form: (OrderedType) debug: compDefine1 signature (post evaluate): ((Category) (BasicType) (OrderedType)) debug: compDefine1 lhs: (IndexedDirectProductCategory A S) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (A S) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for IndexedDirectProductCategory compiling into /tmp/oa-qT4Yrx STYLE-WARNING: redefining BOOT::|IndexedDirectProductCategory| in DEFUN Time: 0.02 SEC. finalizing NRLIB IDPC Processing IndexedDirectProductCategory for Browser database: -- monomial : (A,S) -> % -- leadingCoefficient : % -> A -- leadingSupport : % -> S -- reductum : % -> % -- terms : % -> List IndexedProductTerm(A,S) -- constructor ; compiling file "/tmp/oa-qT4Yrx/code.lsp" (written 01 FEB 2016 10:59:28 PM): ; compiling (DEFPARAMETER |IndexedDirectProductCategory;AL| ...) ; compiling (DEFUN |IndexedDirectProductCategory;| ...) ; compiling (DEFUN |IndexedDirectProductCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-qT4Yrx/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile NONE.spad && cp NONE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/NONE.fasl \ && if test -f NONE-.NRLIB/code.fasl; then \ cp NONE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/NONE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NONE.spad using Spad compiler. NONE abbreviates domain None debug: compDefine1 lhs: (None) signature (pre-evaluate): ((SetCategory)) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((SetCategory)) ------------------------------------------------------------------------ initializing stationary directory for None compiling into /tmp/oa-rhtHSJ compiling exported coerce : % -> OutputForm NONE;coerce;$Of;1 none is replaced by "NONE" Time: 0 SEC. compiling exported = : (%,%) -> Boolean NONE;=;2$B;2 is replaced by %peq Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor None Time: 0.01 seconds finalizing NRLIB NONE Processing None for Browser database: -- constructor ; compiling file "/tmp/oa-rhtHSJ/code.lsp" (written 01 FEB 2016 10:59:28 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |NONE;coerce;$Of;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |NONE;=;2$B;2|) ...) ; compiling (DEFUN |NONE;coerce;$Of;1| ...) ; file: /tmp/oa-rhtHSJ/code.lsp ; in: DEFUN |NONE;coerce;$Of;1| ; (DEFUN BOOT::|NONE;coerce;$Of;1| (BOOT::|none| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; "NONE") ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NONE;coerce;$Of;1| ; (BOOT::|none| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|NONE;coerce;$Of;1| "NONE")) ; ; caught STYLE-WARNING: ; The variable |none| is defined but never used. ; compiling (DEFUN |NONE;=;2$B;2| ...) ; compiling (DEFUN |None| ...) ; compiling (DEFUN |None;| ...) ; compiling (MAKEPROP (QUOTE |None|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; /tmp/oa-rhtHSJ/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FCTRDATA.spad && cp FCTRDATA.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FCTRDATA.fasl \ && if test -f FCTRDATA-.NRLIB/code.fasl; then \ cp FCTRDATA-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FCTRDATA-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FCTRDATA.spad using Spad compiler. FCTRDATA abbreviates domain FunctorData debug: compDefine1 lhs: (FunctorData) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE domainTemplate ((DomainTemplate) $)) (SIGNATURE attributeData ((List (Pair (Syntax) (NonNegativeInteger))) $)) (SIGNATURE encodingDirectory ((PrimitiveArray (NonNegativeInteger)) $)) (SIGNATURE categories ((PrimitiveArray (ConstructorCall (CategoryConstructor))) $)) (SIGNATURE lookupFunction ((Identifier) $))))) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (SIGNATURE domainTemplate ((DomainTemplate) $)) (SIGNATURE attributeData ((List (Pair (Syntax) (NonNegativeInteger))) $)) (SIGNATURE encodingDirectory ((PrimitiveArray (NonNegativeInteger)) $)) (SIGNATURE categories ((PrimitiveArray (ConstructorCall (CategoryConstructor))) $)) (SIGNATURE lookupFunction ((Identifier) $)))) $param: NIL debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE domainTemplate ((DomainTemplate) $)) (SIGNATURE attributeData ((List (Pair (Syntax) (NonNegativeInteger))) $)) (SIGNATURE encodingDirectory ((PrimitiveArray (NonNegativeInteger)) $)) (SIGNATURE categories ((PrimitiveArray (ConstructorCall (CategoryConstructor))) $)) (SIGNATURE lookupFunction ((Identifier) $))) $param: NIL debug: evaluateType form: (DomainTemplate) $param: NIL Debug: evaluateType1 form: (DomainTemplate) debug: evaluateType form: (List (Pair (Syntax) (NonNegativeInteger))) $param: NIL Debug: evaluateType1 form: (List (Pair (Syntax) (NonNegativeInteger))) debug: evaluateType1 x: (Pair (Syntax) (NonNegativeInteger)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Pair (Syntax) (NonNegativeInteger)) $param: NIL Debug: evaluateType1 form: (Pair (Syntax) (NonNegativeInteger)) debug: evaluateType1 x: (Syntax) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Syntax) $param: NIL Debug: evaluateType1 form: (Syntax) debug: evalCategory d: (Syntax) c: (Type) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evalCategory d: (Pair (Syntax) (NonNegativeInteger)) c: (Type) debug: evaluateType form: (PrimitiveArray (NonNegativeInteger)) $param: NIL Debug: evaluateType1 form: (PrimitiveArray (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (PrimitiveArray (ConstructorCall (CategoryConstructor))) $param: NIL Debug: evaluateType1 form: (PrimitiveArray (ConstructorCall (CategoryConstructor))) debug: evaluateType1 x: (ConstructorCall (CategoryConstructor)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (ConstructorCall (CategoryConstructor)) $param: NIL Debug: evaluateType1 form: (ConstructorCall (CategoryConstructor)) debug: evaluateType1 x: (CategoryConstructor) m: (ConstructorCategory) debug: evaluateType1 categoryForm: (ConstructorCategory) debug: evaluateType form: (ConstructorCategory) $param: NIL Debug: evaluateType1 form: (ConstructorCategory) debug: evaluateType form: (CategoryConstructor) $param: NIL Debug: evaluateType1 form: (CategoryConstructor) debug: evalCategory d: (CategoryConstructor) c: (ConstructorCategory) debug: evalCategory d: (ConstructorCall (CategoryConstructor)) c: (Type) debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE domainTemplate ((DomainTemplate) $)) (SIGNATURE attributeData ((List (Pair (Syntax) (NonNegativeInteger))) $)) (SIGNATURE encodingDirectory ((PrimitiveArray (NonNegativeInteger)) $)) (SIGNATURE categories ((PrimitiveArray (ConstructorCall (CategoryConstructor))) $)) (SIGNATURE lookupFunction ((Identifier) $))))) ------------------------------------------------------------------------ initializing stationary directory for FunctorData compiling into /tmp/oa-b06CbT compiling exported domainTemplate : % -> DomainTemplate FCTRDATA;domainTemplate;$Dt;1 is replaced by %head Time: 0.01 SEC. compiling exported attributeData : % -> List Pair(Syntax,NonNegativeInteger) FCTRDATA;attributeData;$L;2 is replaced by CADDR Time: 0.00 SEC. compiling local part3Data : % -> SExpression FCTRDATA;part3Data is replaced by CADDDR Time: 0.00 SEC. compiling exported categories : % -> PrimitiveArray ConstructorCall CategoryConstructor Time: 0.00 SEC. compiling exported encodingDirectory : % -> PrimitiveArray NonNegativeInteger Time: 0 SEC. compiling exported lookupFunction : % -> Identifier FCTRDATA;lookupFunction;$I;6 is replaced by CADDDDR Time: 0.00 SEC. compiling exported = : (%,%) -> Boolean FCTRDATA;=;2$B;7 is replaced by %equal Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor FunctorData Time: 0.06 seconds finalizing NRLIB FCTRDATA Processing FunctorData for Browser database: -- domainTemplate : % -> DomainTemplate -- attributeData : % -> List Pair(Syntax,NonNegativeInteger) -- encodingDirectory : % -> PrimitiveArray NonNegativeInteger -- categories : % -> PrimitiveArray ConstructorCall CategoryConstructor -- lookupFunction : % -> Identifier -- constructor ; compiling file "/tmp/oa-b06CbT/code.lsp" (written 01 FEB 2016 10:59:28 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FCTRDATA;domainTemplate;$Dt;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FCTRDATA;attributeData;$L;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FCTRDATA;part3Data|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FCTRDATA;lookupFunction;$I;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FCTRDATA;=;2$B;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FCTRDATA;domainTemplate;$Dt;1| ...) ; compiling (DEFUN |FCTRDATA;attributeData;$L;2| ...) ; compiling (DEFUN |FCTRDATA;part3Data| ...) ; compiling (DEFUN |FCTRDATA;categories;$Pa;4| ...) ; file: /tmp/oa-b06CbT/code.lsp ; in: DEFUN |FCTRDATA;categories;$Pa;4| ; (DEFUN BOOT::|FCTRDATA;categories;$Pa;4| (BOOT::|x| BOOT::$) ; (CADDR (CADDDR BOOT::|x|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FCTRDATA;categories;$Pa;4| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FCTRDATA;categories;$Pa;4| (CADDR (CADDDR BOOT::|x|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |FCTRDATA;encodingDirectory;$Pa;5| ...) ; file: /tmp/oa-b06CbT/code.lsp ; in: DEFUN |FCTRDATA;encodingDirectory;$Pa;5| ; (DEFUN BOOT::|FCTRDATA;encodingDirectory;$Pa;5| (BOOT::|x| BOOT::$) ; (CDDDR (CADDDR BOOT::|x|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FCTRDATA;encodingDirectory;$Pa;5| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FCTRDATA;encodingDirectory;$Pa;5| ; (CDDDR (CADDDR BOOT::|x|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |FCTRDATA;lookupFunction;$I;6| ...) ; file: /tmp/oa-b06CbT/code.lsp ; in: DEFUN |FCTRDATA;lookupFunction;$I;6| ; (DEFUN BOOT::|FCTRDATA;lookupFunction;$I;6| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::CADDDDR BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FCTRDATA;lookupFunction;$I;6| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|FCTRDATA;lookupFunction;$I;6| (BOOT::CADDDDR BOOT::|x|))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL SYMBOL &REST T). ; compiling (DEFUN |FCTRDATA;=;2$B;7| ...) ; compiling (DEFUN |FCTRDATA;coerce;$Of;8| ...) ; compiling (DEFUN |FunctorData| ...) ; compiling (DEFUN |FunctorData;| ...) ; compiling (MAKEPROP (QUOTE |FunctorData|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; file: /tmp/oa-b06CbT/code.lsp ; in: DEFUN |FCTRDATA;lookupFunction;$I;6| ; (BOOT::CADDDDR BOOT::|x|) ; ; caught STYLE-WARNING: ; undefined function: CADDDDR ; ; compilation unit finished ; Undefined function: ; CADDDDR ; caught 3 STYLE-WARNING conditions ; printed 1 note ; /tmp/oa-b06CbT/code.fasl written ; compilation finished in 0:00:00.028 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile COLOR.spad && cp COLOR.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/COLOR.fasl \ && if test -f COLOR-.NRLIB/code.fasl; then \ cp COLOR-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/COLOR-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/COLOR.spad using Spad compiler. COLOR abbreviates domain Color debug: compDefine1 lhs: (Color) signature (pre-evaluate): ((Join (AbelianSemiGroup) (CATEGORY domain (SIGNATURE * ($ (PositiveInteger) $)) (SIGNATURE * ($ (DoubleFloat) $)) (SIGNATURE + ($ $ $)) (SIGNATURE red ($)) (SIGNATURE yellow ($)) (SIGNATURE green ($)) (SIGNATURE blue ($)) (SIGNATURE hue ((Integer) $)) (SIGNATURE numberOfHues ((PositiveInteger))) (SIGNATURE color ($ (Integer)))))) debug: evaluateType form: (Join (AbelianSemiGroup) (CATEGORY domain (SIGNATURE * ($ (PositiveInteger) $)) (SIGNATURE * ($ (DoubleFloat) $)) (SIGNATURE + ($ $ $)) (SIGNATURE red ($)) (SIGNATURE yellow ($)) (SIGNATURE green ($)) (SIGNATURE blue ($)) (SIGNATURE hue ((Integer) $)) (SIGNATURE numberOfHues ((PositiveInteger))) (SIGNATURE color ($ (Integer))))) $param: NIL debug: evaluateType form: (AbelianSemiGroup) $param: NIL Debug: evaluateType1 form: (AbelianSemiGroup) debug: evaluateType form: (CATEGORY domain (SIGNATURE * ($ (PositiveInteger) $)) (SIGNATURE * ($ (DoubleFloat) $)) (SIGNATURE + ($ $ $)) (SIGNATURE red ($)) (SIGNATURE yellow ($)) (SIGNATURE green ($)) (SIGNATURE blue ($)) (SIGNATURE hue ((Integer) $)) (SIGNATURE numberOfHues ((PositiveInteger))) (SIGNATURE color ($ (Integer)))) $param: NIL debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((Join (AbelianSemiGroup) (CATEGORY domain (SIGNATURE * ($ (PositiveInteger) $)) (SIGNATURE * ($ (DoubleFloat) $)) (SIGNATURE + ($ $ $)) (SIGNATURE red ($)) (SIGNATURE yellow ($)) (SIGNATURE green ($)) (SIGNATURE blue ($)) (SIGNATURE hue ((Integer) $)) (SIGNATURE numberOfHues ((PositiveInteger))) (SIGNATURE color ($ (Integer)))))) ------------------------------------------------------------------------ initializing stationary directory for Color compiling into /tmp/oa-H7c3FZ compiling exported * : (DoubleFloat,%) -> % Time: 0.04 SEC. compiling exported + : (%,%) -> % Time: 0.06 SEC. compiling exported = : (%,%) -> Boolean Time: 0.02 SEC. compiling exported red : () -> % COLOR;red;$;4 is replaced by %pair(1,%i2f 1) Time: 0.01 SEC. compiling exported yellow : () -> % COLOR;yellow;$;5 is replaced by %pair(11,%i2f 1) Time: 0.01 SEC. compiling exported green : () -> % COLOR;green;$;6 is replaced by %pair(14,%i2f 1) Time: 0.01 SEC. compiling exported blue : () -> % COLOR;blue;$;7 is replaced by %pair(22,%i2f 1) Time: 0.01 SEC. compiling exported hue : % -> Integer COLOR;hue;$I;8 is replaced by %head Time: 0.00 SEC. compiling exported * : (PositiveInteger,%) -> % Time: 0.01 SEC. compiling exported numberOfHues : () -> PositiveInteger COLOR;numberOfHues;Pi;10 is replaced by 27 Time: 0.00 SEC. compiling exported color : Integer -> % Time: 0.04 SEC. compiling exported coerce : % -> OutputForm Time: 0.03 SEC. (time taken in buildFunctor: 4) Time: 0.01 SEC. Warnings: [1] Type Integer is not in scope. Import it [2] Type DoubleFloat is not in scope. Import it [3] color: concat has no value Cumulative Statistics for Constructor Color Time: 0.27 seconds finalizing NRLIB COLOR Processing Color for Browser database: -- ?*? : (PI,%) -> % -- ?*? : (SF,%) -> % -- ?+? : (%,%) -> % -- red : () -> % -- yellow : () -> % -- green : () -> % -- blue : () -> % -- hue : % -> I -- numberOfHues : () -> PI -- color : Integer -> % -- constructor ; compiling file "/tmp/oa-H7c3FZ/code.lsp" (written 01 FEB 2016 10:59:29 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COLOR;red;$;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COLOR;yellow;$;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COLOR;green;$;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COLOR;blue;$;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COLOR;hue;$I;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COLOR;numberOfHues;Pi;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COLOR;*;Df2$;1|) ...) ; compiling (PUT (QUOTE |COLOR;=;2$B;3|) ...) ; compiling (DEFUN |COLOR;*;Df2$;1| ...) ; file: /tmp/oa-H7c3FZ/code.lsp ; in: DEFUN |COLOR;*;Df2$;1| ; (DEFUN BOOT::|COLOR;*;Df2$;1| (BOOT::|f| BOOT::|c| BOOT::$) ; (COND ((ZEROP BOOT::|f|) BOOT::|c|) ; (T (CONS (CAR BOOT::|c|) (* BOOT::|f| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COLOR;*;Df2$;1| ; (BOOT::|f| BOOT::|c| BOOT::$) ; (BLOCK BOOT::|COLOR;*;Df2$;1| ; (COND ((ZEROP BOOT::|f|) BOOT::|c|) (T (CONS # #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |COLOR;+;3$;2| ...) ; file: /tmp/oa-H7c3FZ/code.lsp ; in: DEFUN |COLOR;+;3$;2| ; (DEFUN BOOT::|COLOR;+;3$;2| (BOOT::|x| BOOT::|y| BOOT::$) ; (PROG (BOOT::|ans| BOOT::|offset| BOOT::|moreThanHalf| BOOT::|xHueSmaller| ; BOOT::|diff| BOOT::|c|) ; (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COLOR;+;3$;2| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|COLOR;+;3$;2| ; (PROG (BOOT::|ans| BOOT::|offset| BOOT::|moreThanHalf| ; BOOT::|xHueSmaller| BOOT::|diff| BOOT::|c|) ; (RETURN (COND # #))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; CONS ; ; ; note: Assignment to argument: |y| ; prevents use of assertion from function type proclamation: ; CONS ; ; (NOT BOOT::|moreThanHalf|) ; --> IF ; ==> ; BOOT::|moreThanHalf| ; ; note: deleting unreachable code ; (CAR BOOT::|x|) ; ==> ; BOOT::|x| ; ; note: deleting unreachable code ; compiling (DEFUN |COLOR;=;2$B;3| ...) ; file: /tmp/oa-H7c3FZ/code.lsp ; in: DEFUN |COLOR;=;2$B;3| ; (DEFUN BOOT::|COLOR;=;2$B;3| (BOOT::|x| BOOT::|y| BOOT::$) ; (AND (EQL (CAR BOOT::|x|) (CAR BOOT::|y|)) ; (= (CDR BOOT::|x|) (CDR BOOT::|y|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COLOR;=;2$B;3| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|COLOR;=;2$B;3| ; (AND (EQL (CAR BOOT::|x|) (CAR BOOT::|y|)) ; (= (CDR BOOT::|x|) (CDR BOOT::|y|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |COLOR;red;$;4| ...) ; compiling (DEFUN |COLOR;yellow;$;5| ...) ; compiling (DEFUN |COLOR;green;$;6| ...) ; compiling (DEFUN |COLOR;blue;$;7| ...) ; compiling (DEFUN |COLOR;hue;$I;8| ...) ; compiling (DEFUN |COLOR;*;Pi2$;9| ...) ; file: /tmp/oa-H7c3FZ/code.lsp ; in: DEFUN |COLOR;*;Pi2$;9| ; (COND ((ZEROP #:G652) BOOT::|c|) ; (T (CONS (CAR BOOT::|c|) (* #:G652 (CDR BOOT::|c|))))) ; --> IF PROGN ; ==> ; BOOT::|c| ; ; note: deleting unreachable code ; (DEFUN BOOT::|COLOR;*;Pi2$;9| (BOOT::|i| BOOT::|c| BOOT::$) ; (LET ((#:G652 (FLOAT BOOT::|i| BOOT::|$DoubleFloatMaximum|))) ; (COND ((ZEROP #:G652) BOOT::|c|) (T (CONS # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COLOR;*;Pi2$;9| ; (BOOT::|i| BOOT::|c| BOOT::$) ; (BLOCK BOOT::|COLOR;*;Pi2$;9| ; (LET ((#:G652 #)) ; (COND (# BOOT::|c|) (T #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |COLOR;numberOfHues;Pi;10| ...) ; compiling (DEFUN |COLOR;color;I$;11| ...) ; file: /tmp/oa-H7c3FZ/code.lsp ; in: DEFUN |COLOR;color;I$;11| ; (DEFUN BOOT::|COLOR;color;I$;11| (BOOT::|i| BOOT::$) ; (PROGN (COND ((OR # #) (BOOT::|error| #))) (CONS BOOT::|i| 1.0d0))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COLOR;color;I$;11| ; (BOOT::|i| BOOT::$) ; (BLOCK BOOT::|COLOR;color;I$;11| ; (PROGN (COND (# #)) (CONS BOOT::|i| 1.0d0)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |COLOR;coerce;$Of;12| ...) ; compiling (DEFUN |Color| ...) ; compiling (DEFUN |Color;| ...) ; compiling (MAKEPROP (QUOTE |Color|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; file: /tmp/oa-H7c3FZ/code.lsp ; in: DEFUN |COLOR;color;I$;11| ; (BOOT::|::| 27 (BOOT::|String|)) ; ; caught STYLE-WARNING: ; undefined function: |::| ; ; compilation unit finished ; Undefined function: ; |::| ; caught 5 STYLE-WARNING conditions ; printed 5 notes ; /tmp/oa-H7c3FZ/code.fasl written ; compilation finished in 0:00:00.061 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PALETTE.spad && cp PALETTE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PALETTE.fasl \ && if test -f PALETTE-.NRLIB/code.fasl; then \ cp PALETTE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PALETTE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PALETTE.spad using Spad compiler. PALETTE abbreviates domain Palette debug: compDefine1 lhs: (Palette) signature (pre-evaluate): ((Join (SetCategory) (CoercibleFrom (Color)) (CATEGORY domain (SIGNATURE dark ($ (Color))) (SIGNATURE dim ($ (Color))) (SIGNATURE bright ($ (Color))) (SIGNATURE pastel ($ (Color))) (SIGNATURE light ($ (Color))) (SIGNATURE hue ((Color) $)) (SIGNATURE shade ((Integer) $))))) debug: evaluateType form: (Join (SetCategory) (CoercibleFrom (Color)) (CATEGORY domain (SIGNATURE dark ($ (Color))) (SIGNATURE dim ($ (Color))) (SIGNATURE bright ($ (Color))) (SIGNATURE pastel ($ (Color))) (SIGNATURE light ($ (Color))) (SIGNATURE hue ((Color) $)) (SIGNATURE shade ((Integer) $)))) $param: NIL debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CoercibleFrom (Color)) $param: NIL Debug: evaluateType1 form: (CoercibleFrom (Color)) debug: evaluateType1 x: (Color) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Color) $param: NIL Debug: evaluateType1 form: (Color) debug: evalCategory d: (Color) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE dark ($ (Color))) (SIGNATURE dim ($ (Color))) (SIGNATURE bright ($ (Color))) (SIGNATURE pastel ($ (Color))) (SIGNATURE light ($ (Color))) (SIGNATURE hue ((Color) $)) (SIGNATURE shade ((Integer) $))) $param: NIL debug: evaluateType form: (Color) $param: NIL Debug: evaluateType1 form: (Color) debug: evaluateType form: (Color) $param: NIL Debug: evaluateType1 form: (Color) debug: evaluateType form: (Color) $param: NIL Debug: evaluateType1 form: (Color) debug: evaluateType form: (Color) $param: NIL Debug: evaluateType1 form: (Color) debug: evaluateType form: (Color) $param: NIL Debug: evaluateType1 form: (Color) debug: evaluateType form: (Color) $param: NIL Debug: evaluateType1 form: (Color) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CoercibleFrom (Color)) (CATEGORY domain (SIGNATURE dark ($ (Color))) (SIGNATURE dim ($ (Color))) (SIGNATURE bright ($ (Color))) (SIGNATURE pastel ($ (Color))) (SIGNATURE light ($ (Color))) (SIGNATURE hue ((Color) $)) (SIGNATURE shade ((Integer) $))))) ------------------------------------------------------------------------ initializing stationary directory for Palette compiling into /tmp/oa-ZlRhvx importing Integer importing Color compiling exported dark : Color -> % PALETTE;dark;C$;1 c is replaced by %pair(1,c) Time: 0.01 SEC. compiling exported dim : Color -> % PALETTE;dim;C$;2 c is replaced by %pair(2,c) Time: 0.01 SEC. compiling exported bright : Color -> % PALETTE;bright;C$;3 c is replaced by %pair(3,c) Time: 0 SEC. compiling exported pastel : Color -> % PALETTE;pastel;C$;4 c is replaced by %pair(4,c) Time: 0.00 SEC. compiling exported light : Color -> % PALETTE;light;C$;5 c is replaced by %pair(5,c) Time: 0.00 SEC. compiling exported hue : % -> Color PALETTE;hue;$C;6 is replaced by %tail Time: 0 SEC. compiling exported shade : % -> Integer PALETTE;shade;$I;7 is replaced by %head Time: 0 SEC. compiling exported coerce : Color -> % PALETTE;coerce;C$;8 c is replaced by %pair(3,c) Time: 0 SEC. compiling exported coerce : % -> OutputForm Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor Palette Time: 0.06 seconds finalizing NRLIB PALETTE Processing Palette for Browser database: -- dark : C -> % -- dim : C -> % -- bright : C -> % -- pastel : C -> % -- light : C -> % -- hue : % -> C -- shade : % -> I -- constructor ; compiling file "/tmp/oa-ZlRhvx/code.lsp" (written 01 FEB 2016 10:59:29 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PALETTE;dark;C$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PALETTE;dim;C$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PALETTE;bright;C$;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PALETTE;pastel;C$;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PALETTE;light;C$;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PALETTE;hue;$C;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PALETTE;shade;$I;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PALETTE;coerce;C$;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PALETTE;dark;C$;1| ...) ; compiling (DEFUN |PALETTE;dim;C$;2| ...) ; compiling (DEFUN |PALETTE;bright;C$;3| ...) ; compiling (DEFUN |PALETTE;pastel;C$;4| ...) ; compiling (DEFUN |PALETTE;light;C$;5| ...) ; compiling (DEFUN |PALETTE;hue;$C;6| ...) ; compiling (DEFUN |PALETTE;shade;$I;7| ...) ; compiling (DEFUN |PALETTE;coerce;C$;8| ...) ; compiling (DEFUN |PALETTE;coerce;$Of;9| ...) ; compiling (DEFUN |Palette| ...) ; compiling (DEFUN |Palette;| ...) ; compiling (MAKEPROP (QUOTE |Palette|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-ZlRhvx/code.fasl written ; compilation finished in 0:00:00.027 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PARPCURV.spad && cp PARPCURV.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PARPCURV.fasl \ && if test -f PARPCURV-.NRLIB/code.fasl; then \ cp PARPCURV-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PARPCURV-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PARPCURV.spad using Spad compiler. PARPCURV abbreviates domain ParametricPlaneCurve debug: compDefine1 lhs: (ParametricPlaneCurve ComponentFunction) signature (pre-evaluate): ((CATEGORY domain (SIGNATURE curve ($ ComponentFunction ComponentFunction)) (SIGNATURE coordinate (ComponentFunction $ (NonNegativeInteger)))) NIL) debug: evaluateType form: (CATEGORY domain (SIGNATURE curve ($ ComponentFunction ComponentFunction)) (SIGNATURE coordinate (ComponentFunction $ (NonNegativeInteger)))) $param: (ComponentFunction) debug: evaluateType form: ComponentFunction $param: (ComponentFunction) debug: evaluateType form: ComponentFunction $param: (ComponentFunction) debug: evaluateType form: ComponentFunction $param: (ComponentFunction) debug: evaluateType form: (NonNegativeInteger) $param: (ComponentFunction) Debug: evaluateType1 form: (NonNegativeInteger) debug: compDefine1 signature (post evaluate): ((CATEGORY domain (SIGNATURE curve ($ ComponentFunction ComponentFunction)) (SIGNATURE coordinate (ComponentFunction $ (NonNegativeInteger)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for ParametricPlaneCurve compiling into /tmp/oa-7fPPVM compiling exported curve : (ComponentFunction,ComponentFunction) -> % PARPCURV;curve;2ComponentFunction$;1 is replaced by %pair Time: 0 SEC. compiling exported coordinate : (%,NonNegativeInteger) -> ComponentFunction Time: 0.06 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor ParametricPlaneCurve Time: 0.06 seconds finalizing NRLIB PARPCURV Processing ParametricPlaneCurve for Browser database: -- curve : (ComponentFunction,ComponentFunction) -> % -- coordinate : (%,NNI) -> ComponentFunction -- constructor ; compiling file "/tmp/oa-7fPPVM/code.lsp" (written 01 FEB 2016 10:59:29 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PARPCURV;curve;2ComponentFunction$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PARPCURV;coordinate;$NniComponentFunction;2|) ...) ; compiling (DEFUN |PARPCURV;curve;2ComponentFunction$;1| ...) ; compiling (DEFUN |PARPCURV;coordinate;$NniComponentFunction;2| ...) ; file: /tmp/oa-7fPPVM/code.lsp ; in: DEFUN |PARPCURV;coordinate;$NniComponentFunction;2| ; (DEFUN BOOT::|PARPCURV;coordinate;$NniComponentFunction;2| ; (BOOT::|c| BOOT::|n| BOOT::$) ; (COND ((EQL BOOT::|n| 1) (CAR BOOT::|c|)) ; ((EQL BOOT::|n| 2) (CDR BOOT::|c|)) ; (T (BOOT::|error| "coordinate: index out of bounds")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PARPCURV;coordinate;$NniComponentFunction;2| ; (BOOT::|c| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|PARPCURV;coordinate;$NniComponentFunction;2| ; (COND ((EQL BOOT::|n| 1) (CAR BOOT::|c|)) ; ((EQL BOOT::|n| 2) (CDR BOOT::|c|)) ; (T (BOOT::|error| "coordinate: index out of bounds"))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |ParametricPlaneCurve| ...) ; compiling (DEFUN |ParametricPlaneCurve;| ...) ; compiling (MAKEPROP (QUOTE |ParametricPlaneCurve|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; /tmp/oa-7fPPVM/code.fasl written ; compilation finished in 0:00:00.023 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PARPC2.spad && cp PARPC2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PARPC2.fasl \ && if test -f PARPC2-.NRLIB/code.fasl; then \ cp PARPC2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PARPC2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PARPC2.spad using Spad compiler. PARPC2 abbreviates package ParametricPlaneCurveFunctions2 debug: compDefine1 lhs: (ParametricPlaneCurveFunctions2 CF1 CF2) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((ParametricPlaneCurve CF2) (Mapping CF2 CF1) (ParametricPlaneCurve CF1)))) (Type) (Type)) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((ParametricPlaneCurve CF2) (Mapping CF2 CF1) (ParametricPlaneCurve CF1)))) $param: (CF1 CF2) debug: evaluateType form: (ParametricPlaneCurve CF2) $param: (CF1 CF2) Debug: evaluateType1 form: (ParametricPlaneCurve CF2) debug: evaluateType1 x: CF2 m: (Type) debug: evaluateType form: (Mapping CF2 CF1) $param: (CF1 CF2) debug: evaluateType form: CF2 $param: (CF1 CF2) debug: evaluateType form: CF1 $param: (CF1 CF2) debug: evaluateType form: (ParametricPlaneCurve CF1) $param: (CF1 CF2) Debug: evaluateType1 form: (ParametricPlaneCurve CF1) debug: evaluateType1 x: CF1 m: (Type) debug: evaluateType form: (Type) $param: (CF1 CF2) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Type) $param: (CF1 CF2) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((ParametricPlaneCurve CF2) (Mapping CF2 CF1) (ParametricPlaneCurve CF1)))) (Type) (Type)) debug: compDefine1 lhs: (ParametricPlaneCurveFunctions2 CF1 CF2) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((ParametricPlaneCurve CF2) (Mapping CF2 CF1) (ParametricPlaneCurve CF1)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((ParametricPlaneCurve CF2) (Mapping CF2 CF1) (ParametricPlaneCurve CF1)))) $param: (CF1 CF2) debug: evaluateType form: (ParametricPlaneCurve CF2) $param: (CF1 CF2) Debug: evaluateType1 form: (ParametricPlaneCurve CF2) debug: evaluateType1 x: CF2 m: (Type) debug: evaluateType form: (Mapping CF2 CF1) $param: (CF1 CF2) debug: evaluateType form: CF2 $param: (CF1 CF2) debug: evaluateType form: CF1 $param: (CF1 CF2) debug: evaluateType form: (ParametricPlaneCurve CF1) $param: (CF1 CF2) Debug: evaluateType1 form: (ParametricPlaneCurve CF1) debug: evaluateType1 x: CF1 m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((ParametricPlaneCurve CF2) (Mapping CF2 CF1) (ParametricPlaneCurve CF1)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ParametricPlaneCurveFunctions2 compiling into /tmp/oa-ndjRx1 compiling exported map : (CF1 -> CF2,ParametricPlaneCurve CF1) -> ParametricPlaneCurve CF2 Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor ParametricPlaneCurveFunctions2 Time: 0.04 seconds finalizing NRLIB PARPC2 Processing ParametricPlaneCurveFunctions2 for Browser database: -- map : ((CF1 -> CF2),ParametricPlaneCurve CF1) -> ParametricPlaneCurve CF2 -- constructor ; compiling file "/tmp/oa-ndjRx1/code.lsp" (written 01 FEB 2016 10:59:30 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PARPC2;map;MPpcPpc;1| ...) ; compiling (DEFUN |ParametricPlaneCurveFunctions2| ...) ; compiling (DEFUN |ParametricPlaneCurveFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |ParametricPlaneCurveFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-ndjRx1/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PARSCURV.spad && cp PARSCURV.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PARSCURV.fasl \ && if test -f PARSCURV-.NRLIB/code.fasl; then \ cp PARSCURV-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PARSCURV-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PARSCURV.spad using Spad compiler. PARSCURV abbreviates domain ParametricSpaceCurve debug: compDefine1 lhs: (ParametricSpaceCurve ComponentFunction) signature (pre-evaluate): ((CATEGORY domain (SIGNATURE curve ($ ComponentFunction ComponentFunction ComponentFunction)) (SIGNATURE coordinate (ComponentFunction $ (NonNegativeInteger)))) NIL) debug: evaluateType form: (CATEGORY domain (SIGNATURE curve ($ ComponentFunction ComponentFunction ComponentFunction)) (SIGNATURE coordinate (ComponentFunction $ (NonNegativeInteger)))) $param: (ComponentFunction) debug: evaluateType form: ComponentFunction $param: (ComponentFunction) debug: evaluateType form: ComponentFunction $param: (ComponentFunction) debug: evaluateType form: ComponentFunction $param: (ComponentFunction) debug: evaluateType form: ComponentFunction $param: (ComponentFunction) debug: evaluateType form: (NonNegativeInteger) $param: (ComponentFunction) Debug: evaluateType1 form: (NonNegativeInteger) debug: compDefine1 signature (post evaluate): ((CATEGORY domain (SIGNATURE curve ($ ComponentFunction ComponentFunction ComponentFunction)) (SIGNATURE coordinate (ComponentFunction $ (NonNegativeInteger)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for ParametricSpaceCurve compiling into /tmp/oa-2czqA2 compiling exported curve : (ComponentFunction,ComponentFunction,ComponentFunction) -> % PARSCURV;curve;3ComponentFunction$;1 is replaced by %vector Time: 0.00 SEC. compiling exported coordinate : (%,NonNegativeInteger) -> ComponentFunction Time: 0.06 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor ParametricSpaceCurve Time: 0.06 seconds finalizing NRLIB PARSCURV Processing ParametricSpaceCurve for Browser database: -- curve : (ComponentFunction,ComponentFunction,ComponentFunction) -> % -- coordinate : (%,NNI) -> ComponentFunction -- constructor ; compiling file "/tmp/oa-2czqA2/code.lsp" (written 01 FEB 2016 10:59:30 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PARSCURV;curve;3ComponentFunction$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PARSCURV;coordinate;$NniComponentFunction;2|) ...) ; compiling (DEFUN |PARSCURV;curve;3ComponentFunction$;1| ...) ; compiling (DEFUN |PARSCURV;coordinate;$NniComponentFunction;2| ...) ; file: /tmp/oa-2czqA2/code.lsp ; in: DEFUN |PARSCURV;coordinate;$NniComponentFunction;2| ; (DEFUN BOOT::|PARSCURV;coordinate;$NniComponentFunction;2| ; (BOOT::|c| BOOT::|n| BOOT::$) ; (COND ((EQL BOOT::|n| 1) (SVREF BOOT::|c| 0)) ; ((EQL BOOT::|n| 2) (SVREF BOOT::|c| 1)) ; ((EQL BOOT::|n| 3) (SVREF BOOT::|c| 2)) ; (T (BOOT::|error| "coordinate: index out of bounds")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PARSCURV;coordinate;$NniComponentFunction;2| ; (BOOT::|c| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|PARSCURV;coordinate;$NniComponentFunction;2| ; (COND ((EQL BOOT::|n| 1) (SVREF BOOT::|c| 0)) ; ((EQL BOOT::|n| 2) (SVREF BOOT::|c| 1)) ; ((EQL BOOT::|n| 3) (SVREF BOOT::|c| 2)) ; (T (BOOT::|error| "coordinate: index out of bounds"))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |ParametricSpaceCurve| ...) ; compiling (DEFUN |ParametricSpaceCurve;| ...) ; compiling (MAKEPROP (QUOTE |ParametricSpaceCurve|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; /tmp/oa-2czqA2/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PARSC2.spad && cp PARSC2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PARSC2.fasl \ && if test -f PARSC2-.NRLIB/code.fasl; then \ cp PARSC2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PARSC2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PARSC2.spad using Spad compiler. PARSC2 abbreviates package ParametricSpaceCurveFunctions2 debug: compDefine1 lhs: (ParametricSpaceCurveFunctions2 CF1 CF2) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((ParametricSpaceCurve CF2) (Mapping CF2 CF1) (ParametricSpaceCurve CF1)))) (Type) (Type)) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((ParametricSpaceCurve CF2) (Mapping CF2 CF1) (ParametricSpaceCurve CF1)))) $param: (CF1 CF2) debug: evaluateType form: (ParametricSpaceCurve CF2) $param: (CF1 CF2) Debug: evaluateType1 form: (ParametricSpaceCurve CF2) debug: evaluateType1 x: CF2 m: (Type) debug: evaluateType form: (Mapping CF2 CF1) $param: (CF1 CF2) debug: evaluateType form: CF2 $param: (CF1 CF2) debug: evaluateType form: CF1 $param: (CF1 CF2) debug: evaluateType form: (ParametricSpaceCurve CF1) $param: (CF1 CF2) Debug: evaluateType1 form: (ParametricSpaceCurve CF1) debug: evaluateType1 x: CF1 m: (Type) debug: evaluateType form: (Type) $param: (CF1 CF2) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Type) $param: (CF1 CF2) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((ParametricSpaceCurve CF2) (Mapping CF2 CF1) (ParametricSpaceCurve CF1)))) (Type) (Type)) debug: compDefine1 lhs: (ParametricSpaceCurveFunctions2 CF1 CF2) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((ParametricSpaceCurve CF2) (Mapping CF2 CF1) (ParametricSpaceCurve CF1)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((ParametricSpaceCurve CF2) (Mapping CF2 CF1) (ParametricSpaceCurve CF1)))) $param: (CF1 CF2) debug: evaluateType form: (ParametricSpaceCurve CF2) $param: (CF1 CF2) Debug: evaluateType1 form: (ParametricSpaceCurve CF2) debug: evaluateType1 x: CF2 m: (Type) debug: evaluateType form: (Mapping CF2 CF1) $param: (CF1 CF2) debug: evaluateType form: CF2 $param: (CF1 CF2) debug: evaluateType form: CF1 $param: (CF1 CF2) debug: evaluateType form: (ParametricSpaceCurve CF1) $param: (CF1 CF2) Debug: evaluateType1 form: (ParametricSpaceCurve CF1) debug: evaluateType1 x: CF1 m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((ParametricSpaceCurve CF2) (Mapping CF2 CF1) (ParametricSpaceCurve CF1)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ParametricSpaceCurveFunctions2 compiling into /tmp/oa-skiw7h compiling exported map : (CF1 -> CF2,ParametricSpaceCurve CF1) -> ParametricSpaceCurve CF2 Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor ParametricSpaceCurveFunctions2 Time: 0.05 seconds finalizing NRLIB PARSC2 Processing ParametricSpaceCurveFunctions2 for Browser database: -- map : ((CF1 -> CF2),ParametricSpaceCurve CF1) -> ParametricSpaceCurve CF2 -- constructor ; compiling file "/tmp/oa-skiw7h/code.lsp" (written 01 FEB 2016 10:59:30 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PARSC2;map;MPscPsc;1| ...) ; compiling (DEFUN |ParametricSpaceCurveFunctions2| ...) ; compiling (DEFUN |ParametricSpaceCurveFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |ParametricSpaceCurveFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-skiw7h/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PARSURF.spad && cp PARSURF.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PARSURF.fasl \ && if test -f PARSURF-.NRLIB/code.fasl; then \ cp PARSURF-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PARSURF-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PARSURF.spad using Spad compiler. PARSURF abbreviates domain ParametricSurface debug: compDefine1 lhs: (ParametricSurface ComponentFunction) signature (pre-evaluate): ((CATEGORY domain (SIGNATURE surface ($ ComponentFunction ComponentFunction ComponentFunction)) (SIGNATURE coordinate (ComponentFunction $ (NonNegativeInteger)))) NIL) debug: evaluateType form: (CATEGORY domain (SIGNATURE surface ($ ComponentFunction ComponentFunction ComponentFunction)) (SIGNATURE coordinate (ComponentFunction $ (NonNegativeInteger)))) $param: (ComponentFunction) debug: evaluateType form: ComponentFunction $param: (ComponentFunction) debug: evaluateType form: ComponentFunction $param: (ComponentFunction) debug: evaluateType form: ComponentFunction $param: (ComponentFunction) debug: evaluateType form: ComponentFunction $param: (ComponentFunction) debug: evaluateType form: (NonNegativeInteger) $param: (ComponentFunction) Debug: evaluateType1 form: (NonNegativeInteger) debug: compDefine1 signature (post evaluate): ((CATEGORY domain (SIGNATURE surface ($ ComponentFunction ComponentFunction ComponentFunction)) (SIGNATURE coordinate (ComponentFunction $ (NonNegativeInteger)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for ParametricSurface compiling into /tmp/oa-6HlJSq compiling exported surface : (ComponentFunction,ComponentFunction,ComponentFunction) -> % PARSURF;surface;3ComponentFunction$;1 is replaced by %vector Time: 0.00 SEC. compiling exported coordinate : (%,NonNegativeInteger) -> ComponentFunction Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor ParametricSurface Time: 0.05 seconds finalizing NRLIB PARSURF Processing ParametricSurface for Browser database: -- surface : (ComponentFunction,ComponentFunction,ComponentFunction) -> % -- coordinate : (%,NNI) -> ComponentFunction -- constructor ; compiling file "/tmp/oa-6HlJSq/code.lsp" (written 01 FEB 2016 10:59:30 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PARSURF;surface;3ComponentFunction$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PARSURF;coordinate;$NniComponentFunction;2|) ...) ; compiling (DEFUN |PARSURF;surface;3ComponentFunction$;1| ...) ; compiling (DEFUN |PARSURF;coordinate;$NniComponentFunction;2| ...) ; file: /tmp/oa-6HlJSq/code.lsp ; in: DEFUN |PARSURF;coordinate;$NniComponentFunction;2| ; (DEFUN BOOT::|PARSURF;coordinate;$NniComponentFunction;2| ; (BOOT::|c| BOOT::|n| BOOT::$) ; (COND ((EQL BOOT::|n| 1) (SVREF BOOT::|c| 0)) ; ((EQL BOOT::|n| 2) (SVREF BOOT::|c| 1)) ; ((EQL BOOT::|n| 3) (SVREF BOOT::|c| 2)) ; (T (BOOT::|error| "coordinate: index out of bounds")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PARSURF;coordinate;$NniComponentFunction;2| ; (BOOT::|c| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|PARSURF;coordinate;$NniComponentFunction;2| ; (COND ((EQL BOOT::|n| 1) (SVREF BOOT::|c| 0)) ; ((EQL BOOT::|n| 2) (SVREF BOOT::|c| 1)) ; ((EQL BOOT::|n| 3) (SVREF BOOT::|c| 2)) ; (T (BOOT::|error| "coordinate: index out of bounds"))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |ParametricSurface| ...) ; compiling (DEFUN |ParametricSurface;| ...) ; compiling (MAKEPROP (QUOTE |ParametricSurface|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; /tmp/oa-6HlJSq/code.fasl written ; compilation finished in 0:00:00.033 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PARSU2.spad && cp PARSU2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PARSU2.fasl \ && if test -f PARSU2-.NRLIB/code.fasl; then \ cp PARSU2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PARSU2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PARSU2.spad using Spad compiler. PARSU2 abbreviates package ParametricSurfaceFunctions2 debug: compDefine1 lhs: (ParametricSurfaceFunctions2 CF1 CF2) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((ParametricSurface CF2) (Mapping CF2 CF1) (ParametricSurface CF1)))) (Type) (Type)) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((ParametricSurface CF2) (Mapping CF2 CF1) (ParametricSurface CF1)))) $param: (CF1 CF2) debug: evaluateType form: (ParametricSurface CF2) $param: (CF1 CF2) Debug: evaluateType1 form: (ParametricSurface CF2) debug: evaluateType1 x: CF2 m: (Type) debug: evaluateType form: (Mapping CF2 CF1) $param: (CF1 CF2) debug: evaluateType form: CF2 $param: (CF1 CF2) debug: evaluateType form: CF1 $param: (CF1 CF2) debug: evaluateType form: (ParametricSurface CF1) $param: (CF1 CF2) Debug: evaluateType1 form: (ParametricSurface CF1) debug: evaluateType1 x: CF1 m: (Type) debug: evaluateType form: (Type) $param: (CF1 CF2) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Type) $param: (CF1 CF2) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((ParametricSurface CF2) (Mapping CF2 CF1) (ParametricSurface CF1)))) (Type) (Type)) debug: compDefine1 lhs: (ParametricSurfaceFunctions2 CF1 CF2) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((ParametricSurface CF2) (Mapping CF2 CF1) (ParametricSurface CF1)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((ParametricSurface CF2) (Mapping CF2 CF1) (ParametricSurface CF1)))) $param: (CF1 CF2) debug: evaluateType form: (ParametricSurface CF2) $param: (CF1 CF2) Debug: evaluateType1 form: (ParametricSurface CF2) debug: evaluateType1 x: CF2 m: (Type) debug: evaluateType form: (Mapping CF2 CF1) $param: (CF1 CF2) debug: evaluateType form: CF2 $param: (CF1 CF2) debug: evaluateType form: CF1 $param: (CF1 CF2) debug: evaluateType form: (ParametricSurface CF1) $param: (CF1 CF2) Debug: evaluateType1 form: (ParametricSurface CF1) debug: evaluateType1 x: CF1 m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((ParametricSurface CF2) (Mapping CF2 CF1) (ParametricSurface CF1)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ParametricSurfaceFunctions2 compiling into /tmp/oa-BEplGH compiling exported map : (CF1 -> CF2,ParametricSurface CF1) -> ParametricSurface CF2 Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor ParametricSurfaceFunctions2 Time: 0.04 seconds finalizing NRLIB PARSU2 Processing ParametricSurfaceFunctions2 for Browser database: -- map : ((CF1 -> CF2),ParametricSurface CF1) -> ParametricSurface CF2 -- constructor ; compiling file "/tmp/oa-BEplGH/code.lsp" (written 01 FEB 2016 10:59:30 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PARSU2;map;MPsPs;1| ...) ; compiling (DEFUN |ParametricSurfaceFunctions2| ...) ; compiling (DEFUN |ParametricSurfaceFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |ParametricSurfaceFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-BEplGH/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PATRES2.spad && cp PATRES2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PATRES2.fasl \ && if test -f PATRES2-.NRLIB/code.fasl; then \ cp PATRES2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PATRES2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PATRES2.spad using Spad compiler. PATRES2 abbreviates package PatternMatchResultFunctions2 debug: compDefine1 lhs: (PatternMatchResultFunctions2 R A B) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((PatternMatchResult R B) (Mapping B A) (PatternMatchResult R A)))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((PatternMatchResult R B) (Mapping B A) (PatternMatchResult R A)))) $param: (R A B) debug: evaluateType form: (PatternMatchResult R B) $param: (R A B) Debug: evaluateType1 form: (PatternMatchResult R B) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType1 x: B m: (SetCategory) debug: evaluateType form: (Mapping B A) $param: (R A B) debug: evaluateType form: B $param: (R A B) debug: evaluateType form: A $param: (R A B) debug: evaluateType form: (PatternMatchResult R A) $param: (R A B) Debug: evaluateType1 form: (PatternMatchResult R A) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType1 x: A m: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((PatternMatchResult R B) (Mapping B A) (PatternMatchResult R A)))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PatternMatchResultFunctions2 compiling into /tmp/oa-6IflXR compiling exported map : (A -> B,PatternMatchResult(R,A)) -> PatternMatchResult(R,B) Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor PatternMatchResultFunctions2 Time: 0.04 seconds finalizing NRLIB PATRES2 Processing PatternMatchResultFunctions2 for Browser database: -- map : ((A -> B),PatternMatchResult(R,A)) -> PatternMatchResult(R,B) -- constructor ; compiling file "/tmp/oa-6IflXR/code.lsp" (written 01 FEB 2016 10:59:30 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PATRES2;map;MPmrPmr;1| ...) ; compiling (DEFUN |PatternMatchResultFunctions2| ...) ; compiling (DEFUN |PatternMatchResultFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |PatternMatchResultFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-6IflXR/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PATTERN1.spad && cp PATTERN1.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PATTERN1.fasl \ && if test -f PATTERN1-.NRLIB/code.fasl; then \ cp PATTERN1-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PATTERN1-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PATTERN1.spad using Spad compiler. PATTERN1 abbreviates package PatternFunctions1 debug: compDefine1 lhs: (PatternFunctions1 R D) signature (pre-evaluate): ((CATEGORY package (SIGNATURE suchThat ((Pattern R) (Pattern R) (Mapping (Boolean) D))) (SIGNATURE suchThat ((Pattern R) (Pattern R) (List (Mapping (Boolean) D)))) (SIGNATURE suchThat ((Pattern R) (Pattern R) (List (Symbol)) (Mapping (Boolean) (List D)))) (SIGNATURE predicate ((Mapping (Boolean) D) (Pattern R))) (SIGNATURE satisfy? ((Boolean) D (Pattern R))) (SIGNATURE satisfy? ((Boolean) (List D) (Pattern R))) (SIGNATURE addBadValue ((Pattern R) (Pattern R) D)) (SIGNATURE badValues ((List D) (Pattern R)))) (SetCategory) (Type)) debug: evaluateType form: (CATEGORY package (SIGNATURE suchThat ((Pattern R) (Pattern R) (Mapping (Boolean) D))) (SIGNATURE suchThat ((Pattern R) (Pattern R) (List (Mapping (Boolean) D)))) (SIGNATURE suchThat ((Pattern R) (Pattern R) (List (Symbol)) (Mapping (Boolean) (List D)))) (SIGNATURE predicate ((Mapping (Boolean) D) (Pattern R))) (SIGNATURE satisfy? ((Boolean) D (Pattern R))) (SIGNATURE satisfy? ((Boolean) (List D) (Pattern R))) (SIGNATURE addBadValue ((Pattern R) (Pattern R) D)) (SIGNATURE badValues ((List D) (Pattern R)))) $param: (R D) debug: evaluateType form: (Pattern R) $param: (R D) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (Pattern R) $param: (R D) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (Mapping (Boolean) D) $param: (R D) debug: evaluateType form: (Boolean) $param: (R D) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: D $param: (R D) debug: evaluateType form: (Pattern R) $param: (R D) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (Pattern R) $param: (R D) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (List (Mapping (Boolean) D)) $param: (R D) Debug: evaluateType1 form: (List (Mapping (Boolean) D)) debug: evaluateType1 x: (Mapping (Boolean) D) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R D) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Mapping (Boolean) D) $param: (R D) debug: evaluateType form: (Boolean) $param: (R D) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: D $param: (R D) debug: evalCategory d: (Mapping (Boolean) D) c: (Type) debug: evaluateType form: (Pattern R) $param: (R D) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (Pattern R) $param: (R D) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (List (Symbol)) $param: (R D) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R D) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (R D) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (Mapping (Boolean) (List D)) $param: (R D) debug: evaluateType form: (Boolean) $param: (R D) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List D) $param: (R D) Debug: evaluateType1 form: (List D) debug: evaluateType1 x: D m: (Type) debug: evaluateType form: (Mapping (Boolean) D) $param: (R D) debug: evaluateType form: (Boolean) $param: (R D) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: D $param: (R D) debug: evaluateType form: (Pattern R) $param: (R D) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (Boolean) $param: (R D) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: D $param: (R D) debug: evaluateType form: (Pattern R) $param: (R D) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (Boolean) $param: (R D) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List D) $param: (R D) Debug: evaluateType1 form: (List D) debug: evaluateType1 x: D m: (Type) debug: evaluateType form: (Pattern R) $param: (R D) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (Pattern R) $param: (R D) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (Pattern R) $param: (R D) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: D $param: (R D) debug: evaluateType form: (List D) $param: (R D) Debug: evaluateType1 form: (List D) debug: evaluateType1 x: D m: (Type) debug: evaluateType form: (Pattern R) $param: (R D) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R D) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Type) $param: (R D) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE suchThat ((Pattern R) (Pattern R) (Mapping (Boolean) D))) (SIGNATURE suchThat ((Pattern R) (Pattern R) (List (Mapping (Boolean) D)))) (SIGNATURE suchThat ((Pattern R) (Pattern R) (List (Symbol)) (Mapping (Boolean) (List D)))) (SIGNATURE predicate ((Mapping (Boolean) D) (Pattern R))) (SIGNATURE satisfy? ((Boolean) D (Pattern R))) (SIGNATURE satisfy? ((Boolean) (List D) (Pattern R))) (SIGNATURE addBadValue ((Pattern R) (Pattern R) D)) (SIGNATURE badValues ((List D) (Pattern R)))) (SetCategory) (Type)) debug: compDefine1 lhs: (PatternFunctions1 R D) signature (pre-evaluate): ((CATEGORY package (SIGNATURE suchThat ((Pattern R) (Pattern R) (Mapping (Boolean) D))) (SIGNATURE suchThat ((Pattern R) (Pattern R) (List (Mapping (Boolean) D)))) (SIGNATURE suchThat ((Pattern R) (Pattern R) (List (Symbol)) (Mapping (Boolean) (List D)))) (SIGNATURE predicate ((Mapping (Boolean) D) (Pattern R))) (SIGNATURE satisfy? ((Boolean) D (Pattern R))) (SIGNATURE satisfy? ((Boolean) (List D) (Pattern R))) (SIGNATURE addBadValue ((Pattern R) (Pattern R) D)) (SIGNATURE badValues ((List D) (Pattern R)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE suchThat ((Pattern R) (Pattern R) (Mapping (Boolean) D))) (SIGNATURE suchThat ((Pattern R) (Pattern R) (List (Mapping (Boolean) D)))) (SIGNATURE suchThat ((Pattern R) (Pattern R) (List (Symbol)) (Mapping (Boolean) (List D)))) (SIGNATURE predicate ((Mapping (Boolean) D) (Pattern R))) (SIGNATURE satisfy? ((Boolean) D (Pattern R))) (SIGNATURE satisfy? ((Boolean) (List D) (Pattern R))) (SIGNATURE addBadValue ((Pattern R) (Pattern R) D)) (SIGNATURE badValues ((List D) (Pattern R)))) $param: (R D) debug: evaluateType form: (Pattern R) $param: (R D) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (Pattern R) $param: (R D) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (Mapping (Boolean) D) $param: (R D) debug: evaluateType form: (Boolean) $param: (R D) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: D $param: (R D) debug: evaluateType form: (Pattern R) $param: (R D) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (Pattern R) $param: (R D) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (List (Mapping (Boolean) D)) $param: (R D) Debug: evaluateType1 form: (List (Mapping (Boolean) D)) debug: evaluateType1 x: (Mapping (Boolean) D) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R D) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Mapping (Boolean) D) $param: (R D) debug: evaluateType form: (Boolean) $param: (R D) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: D $param: (R D) debug: evalCategory d: (Mapping (Boolean) D) c: (Type) debug: evaluateType form: (Pattern R) $param: (R D) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (Pattern R) $param: (R D) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (List (Symbol)) $param: (R D) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R D) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (R D) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (Mapping (Boolean) (List D)) $param: (R D) debug: evaluateType form: (Boolean) $param: (R D) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List D) $param: (R D) Debug: evaluateType1 form: (List D) debug: evaluateType1 x: D m: (Type) debug: evaluateType form: (Mapping (Boolean) D) $param: (R D) debug: evaluateType form: (Boolean) $param: (R D) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: D $param: (R D) debug: evaluateType form: (Pattern R) $param: (R D) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (Boolean) $param: (R D) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: D $param: (R D) debug: evaluateType form: (Pattern R) $param: (R D) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (Boolean) $param: (R D) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List D) $param: (R D) Debug: evaluateType1 form: (List D) debug: evaluateType1 x: D m: (Type) debug: evaluateType form: (Pattern R) $param: (R D) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (Pattern R) $param: (R D) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (Pattern R) $param: (R D) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: D $param: (R D) debug: evaluateType form: (List D) $param: (R D) Debug: evaluateType1 form: (List D) debug: evaluateType1 x: D m: (Type) debug: evaluateType form: (Pattern R) $param: (R D) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE suchThat ((Pattern R) (Pattern R) (Mapping (Boolean) D))) (SIGNATURE suchThat ((Pattern R) (Pattern R) (List (Mapping (Boolean) D)))) (SIGNATURE suchThat ((Pattern R) (Pattern R) (List (Symbol)) (Mapping (Boolean) (List D)))) (SIGNATURE predicate ((Mapping (Boolean) D) (Pattern R))) (SIGNATURE satisfy? ((Boolean) D (Pattern R))) (SIGNATURE satisfy? ((Boolean) (List D) (Pattern R))) (SIGNATURE addBadValue ((Pattern R) (Pattern R) D)) (SIGNATURE badValues ((List D) (Pattern R)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PatternFunctions1 compiling into /tmp/oa-RGDMP6 compiling local st : (Pattern R,List Any) -> Pattern R Time: 0.02 SEC. compiling exported predicate : Pattern R -> D -> Boolean Time: 0.01 SEC. compiling exported addBadValue : (Pattern R,D) -> Pattern R Time: 0 SEC. compiling exported badValues : Pattern R -> List D Time: 0.01 SEC. compiling exported suchThat : (Pattern R,List Symbol,List D -> Boolean) -> Pattern R Time: 0.02 SEC. compiling exported suchThat : (Pattern R,D -> Boolean) -> Pattern R Time: 0.01 SEC. compiling exported satisfy? : (D,Pattern R) -> Boolean Time: 0.01 SEC. compiling exported satisfy? : (List D,Pattern R) -> Boolean Time: 0.02 SEC. compiling local applyAll : (List Any,D) -> Boolean Time: 0.02 SEC. compiling exported suchThat : (Pattern R,List D -> Boolean) -> Pattern R Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] satisfy?: var has no value [2] satisfy?: pred has no value Cumulative Statistics for Constructor PatternFunctions1 Time: 0.13 seconds finalizing NRLIB PATTERN1 Processing PatternFunctions1 for Browser database: -- suchThat : (Pattern R,(D -> Boolean)) -> Pattern R -- suchThat : (Pattern R,List (D -> Boolean)) -> Pattern R -- suchThat : (Pattern R,List Symbol,(List D -> Boolean)) -> Pattern R -- predicate : Pattern R -> (D -> Boolean) -- satisfy? : (D,Pattern R) -> Boolean -- satisfy? : (List D,Pattern R) -> Boolean -- addBadValue : (Pattern R,D) -> Pattern R -- badValues : Pattern R -> List D -- constructor ; compiling file "/tmp/oa-RGDMP6/code.lsp" (written 01 FEB 2016 10:59:31 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PATTERN1;st| ...) ; compiling (DEFUN |PATTERN1;predicate;PM;2| ...) ; compiling (DEFUN |PATTERN1;predicate;PM;2!0| ...) ; compiling (DEFUN |PATTERN1;addBadValue;PDP;3| ...) ; compiling (DEFUN |PATTERN1;badValues;PL;4| ...) ; file: /tmp/oa-RGDMP6/code.lsp ; in: DEFUN |PATTERN1;badValues;PL;4| ; (DEFUN BOOT::|PATTERN1;badValues;PL;4| (BOOT::|p| BOOT::$) ; (LET ((#:G571 (BOOT::SPADCALL BOOT::|p| #)) (#:G546 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G571 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATTERN1;badValues;PL;4| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|PATTERN1;badValues;PL;4| ; (LET ((#:G571 #) (#:G546 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PATTERN1;suchThat;PLMP;5| ...) ; compiling (DEFUN |PATTERN1;suchThat;PMP;6| ...) ; compiling (DEFUN |PATTERN1;satisfy?;DPB;7| ...) ; compiling (DEFUN |PATTERN1;satisfy?;LPB;8| ...) ; file: /tmp/oa-RGDMP6/code.lsp ; in: DEFUN |PATTERN1;satisfy?;LPB;8| ; (DEFUN BOOT::|PATTERN1;satisfy?;LPB;8| (BOOT::|l| BOOT::|p| BOOT::$) ; (PROG (BOOT::|rec|) (RETURN (OR (NULL #) (BOOT::SPADCALL BOOT::|l| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATTERN1;satisfy?;LPB;8| ; (BOOT::|l| BOOT::|p| BOOT::$) ; (BLOCK BOOT::|PATTERN1;satisfy?;LPB;8| ; (PROG (BOOT::|rec|) (RETURN (OR # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |PATTERN1;applyAll| ...) ; compiling (DEFUN |PATTERN1;suchThat;PLP;10| ...) ; compiling (DEFUN |PatternFunctions1| ...) ; compiling (DEFUN |PatternFunctions1;| ...) ; compiling (MAKEPROP (QUOTE |PatternFunctions1|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-RGDMP6/code.fasl written ; compilation finished in 0:00:00.052 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SPACEC.spad && cp SPACEC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SPACEC.fasl \ && if test -f SPACEC-.NRLIB/code.fasl; then \ cp SPACEC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SPACEC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SPACEC.spad using Spad compiler. SPACEC abbreviates category ThreeSpaceCategory debug: compDefine1 lhs: (ThreeSpaceCategory R) signature (pre-evaluate): ((Category) (Ring)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((Category) (Ring)) debug: compDefine1 lhs: (ThreeSpaceCategory R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for ThreeSpaceCategory compiling into /tmp/oa-6VNDnk STYLE-WARNING: redefining BOOT::|ThreeSpaceCategory| in DEFUN Time: 0.02 SEC. finalizing NRLIB SPACEC Processing ThreeSpaceCategory for Browser database: -- create3Space : () -> % -- create3Space : SUBSPACE -> % -- numberOfComponents : % -> NNI -- numberOfComposites : % -> NNI -- merge : L % -> % -- merge : (%,%) -> % -- composite : L % -> % -- components : % -> L % -- composites : % -> L % -- copy : % -> % -- enterPointData : (%,L POINT) -> NNI -- modifyPointData : (%,NNI,POINT) -> % -- point : (%,POINT) -> % -- point : (%,L R) -> % -- point : (%,NNI) -> % -- point : POINT -> % -- point : % -> POINT -- point? : % -> B -- curve : (%,L POINT) -> % -- curve : (%,L L R) -> % -- curve : L POINT -> % -- curve : % -> L POINT -- curve? : % -> B -- closedCurve : (%,L POINT) -> % -- closedCurve : (%,L L R) -> % -- closedCurve : L POINT -> % -- closedCurve : % -> L POINT -- closedCurve? : % -> B -- polygon : (%,L POINT) -> % -- polygon : (%,L L R) -> % -- polygon : L POINT -> % -- polygon : % -> L POINT -- polygon? : % -> B -- mesh : (%,L L POINT,L PROP,PROP) -> % -- mesh : (%,L L L R,L PROP,PROP) -> % -- mesh : (%,L L POINT,B,B) -> % -- mesh : (%,L L L R,B,B) -> % -- mesh : L L POINT -> % -- mesh : (L L POINT,B,B) -> % -- mesh : % -> L L POINT -- mesh? : % -> B -- lp : % -> L POINT -- lllip : % -> L L L NNI -- lllp : % -> L L L POINT -- llprop : % -> L L PROP -- lprop : % -> L PROP -- objects : % -> OBJ3D -- check : % -> % -- subspace : % -> SUBSPACE -- constructor ; compiling file "/tmp/oa-6VNDnk/code.lsp" (written 01 FEB 2016 10:59:31 PM): ; compiling (DEFPARAMETER |ThreeSpaceCategory;AL| ...) ; compiling (DEFUN |ThreeSpaceCategory;| ...) ; compiling (DEFUN |ThreeSpaceCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-6VNDnk/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SPLNODE.spad && cp SPLNODE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SPLNODE.fasl \ && if test -f SPLNODE-.NRLIB/code.fasl; then \ cp SPLNODE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SPLNODE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SPLNODE.spad using Spad compiler. SPLNODE abbreviates domain SplittingNode debug: compDefine1 lhs: (SplittingNode V C) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE empty ($)) (SIGNATURE empty? ((Boolean) $)) (SIGNATURE value (V $)) (SIGNATURE condition (C $)) (SIGNATURE status ((Boolean) $)) (SIGNATURE construct ($ V C (Boolean))) (SIGNATURE construct ($ V C)) (SIGNATURE construct ($ (Record (: val V) (: tower C)))) (SIGNATURE construct ((List $) (List (Record (: val V) (: tower C))))) (SIGNATURE construct ((List $) V (List C))) (SIGNATURE copy ($ $)) (SIGNATURE setValue! ($ $ V)) (SIGNATURE setCondition! ($ $ C)) (SIGNATURE setStatus! ($ $ (Boolean))) (SIGNATURE setEmpty! ($ $)) (SIGNATURE infLex? ((Boolean) $ $ (Mapping (Boolean) V V) (Mapping (Boolean) C C))) (SIGNATURE subNode? ((Boolean) $ $ (Mapping (Boolean) C C))))) NIL NIL) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (SIGNATURE empty ($)) (SIGNATURE empty? ((Boolean) $)) (SIGNATURE value (V $)) (SIGNATURE condition (C $)) (SIGNATURE status ((Boolean) $)) (SIGNATURE construct ($ V C (Boolean))) (SIGNATURE construct ($ V C)) (SIGNATURE construct ($ (Record (: val V) (: tower C)))) (SIGNATURE construct ((List $) (List (Record (: val V) (: tower C))))) (SIGNATURE construct ((List $) V (List C))) (SIGNATURE copy ($ $)) (SIGNATURE setValue! ($ $ V)) (SIGNATURE setCondition! ($ $ C)) (SIGNATURE setStatus! ($ $ (Boolean))) (SIGNATURE setEmpty! ($ $)) (SIGNATURE infLex? ((Boolean) $ $ (Mapping (Boolean) V V) (Mapping (Boolean) C C))) (SIGNATURE subNode? ((Boolean) $ $ (Mapping (Boolean) C C))))) $param: (V C) debug: evaluateType form: (SetCategory) $param: (V C) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE empty ($)) (SIGNATURE empty? ((Boolean) $)) (SIGNATURE value (V $)) (SIGNATURE condition (C $)) (SIGNATURE status ((Boolean) $)) (SIGNATURE construct ($ V C (Boolean))) (SIGNATURE construct ($ V C)) (SIGNATURE construct ($ (Record (: val V) (: tower C)))) (SIGNATURE construct ((List $) (List (Record (: val V) (: tower C))))) (SIGNATURE construct ((List $) V (List C))) (SIGNATURE copy ($ $)) (SIGNATURE setValue! ($ $ V)) (SIGNATURE setCondition! ($ $ C)) (SIGNATURE setStatus! ($ $ (Boolean))) (SIGNATURE setEmpty! ($ $)) (SIGNATURE infLex? ((Boolean) $ $ (Mapping (Boolean) V V) (Mapping (Boolean) C C))) (SIGNATURE subNode? ((Boolean) $ $ (Mapping (Boolean) C C)))) $param: (V C) debug: evaluateType form: (Boolean) $param: (V C) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: V $param: (V C) debug: evaluateType form: C $param: (V C) debug: evaluateType form: (Boolean) $param: (V C) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: V $param: (V C) debug: evaluateType form: C $param: (V C) debug: evaluateType form: (Boolean) $param: (V C) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: V $param: (V C) debug: evaluateType form: C $param: (V C) debug: evaluateType form: (Record (: val V) (: tower C)) $param: (V C) debug: evaluateType form: V $param: (V C) debug: evaluateType form: C $param: (V C) debug: evaluateType form: (List $) $param: (V C) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List (Record (: val V) (: tower C))) $param: (V C) Debug: evaluateType1 form: (List (Record (: val V) (: tower C))) debug: evaluateType1 x: (Record (: val V) (: tower C)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (V C) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: val V) (: tower C)) $param: (V C) debug: evaluateType form: V $param: (V C) debug: evaluateType form: C $param: (V C) debug: evalCategory d: (Record (: val V) (: tower C)) c: (Type) debug: evaluateType form: (List $) $param: (V C) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: V $param: (V C) debug: evaluateType form: (List C) $param: (V C) Debug: evaluateType1 form: (List C) debug: evaluateType1 x: C m: (Type) debug: evaluateType form: V $param: (V C) debug: evaluateType form: C $param: (V C) debug: evaluateType form: (Boolean) $param: (V C) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (V C) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Mapping (Boolean) V V) $param: (V C) debug: evaluateType form: (Boolean) $param: (V C) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: V $param: (V C) debug: evaluateType form: V $param: (V C) debug: evaluateType form: (Mapping (Boolean) C C) $param: (V C) debug: evaluateType form: (Boolean) $param: (V C) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: C $param: (V C) debug: evaluateType form: C $param: (V C) debug: evaluateType form: (Boolean) $param: (V C) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Mapping (Boolean) C C) $param: (V C) debug: evaluateType form: (Boolean) $param: (V C) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: C $param: (V C) debug: evaluateType form: C $param: (V C) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE empty ($)) (SIGNATURE empty? ((Boolean) $)) (SIGNATURE value (V $)) (SIGNATURE condition (C $)) (SIGNATURE status ((Boolean) $)) (SIGNATURE construct ($ V C (Boolean))) (SIGNATURE construct ($ V C)) (SIGNATURE construct ($ (Record (: val V) (: tower C)))) (SIGNATURE construct ((List $) (List (Record (: val V) (: tower C))))) (SIGNATURE construct ((List $) V (List C))) (SIGNATURE copy ($ $)) (SIGNATURE setValue! ($ $ V)) (SIGNATURE setCondition! ($ $ C)) (SIGNATURE setStatus! ($ $ (Boolean))) (SIGNATURE setEmpty! ($ $)) (SIGNATURE infLex? ((Boolean) $ $ (Mapping (Boolean) V V) (Mapping (Boolean) C C))) (SIGNATURE subNode? ((Boolean) $ $ (Mapping (Boolean) C C))))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for SplittingNode compiling into /tmp/oa-rIpMRE compiling exported empty : () -> % Time: 0.02 SEC. compiling exported empty? : % -> Boolean Time: 0.00 SEC. compiling exported value : % -> V SPLNODE;value;$V;3 n is replaced by %vref(n,0) Time: 0 SEC. compiling exported condition : % -> C SPLNODE;condition;$C;4 n is replaced by %vref(n,1) Time: 0 SEC. compiling exported status : % -> Boolean SPLNODE;status;$B;5 n is replaced by %vref(n,2) Time: 0.00 SEC. compiling exported construct : (V,C,Boolean) -> % SPLNODE;construct;VCB$;6 is replaced by %vector Time: 0.00 SEC. compiling exported construct : (V,C) -> % SPLNODE;construct;VC$;7(v,t) is replaced by %vector(v,t,%false) Time: 0 SEC. compiling exported construct : Record(val: V,tower: C) -> % Time: 0.00 SEC. compiling exported construct : List Record(val: V,tower: C) -> List % Time: 0.01 SEC. compiling exported construct : (V,List C) -> List % Time: 0.01 SEC. compiling exported copy : % -> % SPLNODE;copy;2$;11 is replaced by %vcopy Time: 0 SEC. compiling exported setValue! : (%,V) -> % Time: 0.00 SEC. compiling exported setCondition! : (%,C) -> % Time: 0 SEC. compiling exported setStatus! : (%,Boolean) -> % Time: 0 SEC. compiling exported setEmpty! : % -> % Time: 0 SEC. compiling exported infLex? : (%,%,(V,V) -> Boolean,(C,C) -> Boolean) -> Boolean Time: 0.01 SEC. compiling exported subNode? : (%,%,(C,C) -> Boolean) -> Boolean Time: 0.00 SEC. compiling exported = : (%,%) -> Boolean Time: 0.01 SEC. compiling exported ~= : (%,%) -> Boolean Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] Type Boolean is not in scope. Import it [2] construct: false has no value Cumulative Statistics for Constructor SplittingNode Time: 0.14 seconds finalizing NRLIB SPLNODE Processing SplittingNode for Browser database: -- empty : () -> % -- empty? : % -> B -- value : % -> V -- condition : % -> C -- status : % -> B -- construct : (V,C,B) -> % -- construct : (V,C) -> % -- construct : VT -> % -- construct : List VT -> List % -- construct : (V,List C) -> List % -- copy : % -> % -- setValue! : (%,V) -> % -- setCondition! : (%,C) -> % -- setStatus! : (%,B) -> % -- setEmpty! : % -> % -- infLex? : (%,%,((V,V) -> B),((C,C) -> B)) -> B -- subNode? : (%,%,((C,C) -> B)) -> B -- constructor ; compiling file "/tmp/oa-rIpMRE/code.lsp" (written 01 FEB 2016 10:59:31 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPLNODE;value;$V;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPLNODE;condition;$C;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPLNODE;status;$B;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPLNODE;construct;VCB$;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPLNODE;construct;VC$;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPLNODE;copy;2$;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPLNODE;construct;R$;8|) ...) ; compiling (DEFUN |SPLNODE;empty;$;1| ...) ; compiling (DEFUN |SPLNODE;empty?;$B;2| ...) ; file: /tmp/oa-rIpMRE/code.lsp ; in: DEFUN |SPLNODE;empty?;$B;2| ; (DEFUN BOOT::|SPLNODE;empty?;$B;2| (BOOT::|n| BOOT::$) ; (AND (BOOT::SPADCALL (SVREF BOOT::|n| 0) (BOOT::|shellEntry| BOOT::$ 14)) ; (BOOT::SPADCALL (SVREF BOOT::|n| 1) (BOOT::|shellEntry| BOOT::$ 15)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPLNODE;empty?;$B;2| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|SPLNODE;empty?;$B;2| ; (AND ; (BOOT::SPADCALL (SVREF BOOT::|n| 0) (BOOT::|shellEntry| BOOT::$ 14)) ; (BOOT::SPADCALL (SVREF BOOT::|n| 1) (BOOT::|shellEntry| BOOT::$ 15))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |SPLNODE;value;$V;3| ...) ; compiling (DEFUN |SPLNODE;condition;$C;4| ...) ; compiling (DEFUN |SPLNODE;status;$B;5| ...) ; compiling (DEFUN |SPLNODE;construct;VCB$;6| ...) ; compiling (DEFUN |SPLNODE;construct;VC$;7| ...) ; compiling (DEFUN |SPLNODE;construct;R$;8| ...) ; file: /tmp/oa-rIpMRE/code.lsp ; in: DEFUN |SPLNODE;construct;R$;8| ; (DEFUN BOOT::|SPLNODE;construct;R$;8| (BOOT::|vt| BOOT::$) ; (VECTOR (CAR BOOT::|vt|) (CDR BOOT::|vt|) NIL)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPLNODE;construct;R$;8| ; (BOOT::|vt| BOOT::$) ; (BLOCK BOOT::|SPLNODE;construct;R$;8| ; (VECTOR (CAR BOOT::|vt|) (CDR BOOT::|vt|) NIL))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SPLNODE;construct;LL;9| ...) ; file: /tmp/oa-rIpMRE/code.lsp ; in: DEFUN |SPLNODE;construct;LL;9| ; (DEFUN BOOT::|SPLNODE;construct;LL;9| (BOOT::|lvt| BOOT::$) ; (LET ((#:G688 BOOT::|lvt|) (#:G590 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G688 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPLNODE;construct;LL;9| ; (BOOT::|lvt| BOOT::$) ; (BLOCK BOOT::|SPLNODE;construct;LL;9| ; (LET ((#:G688 BOOT::|lvt|) (#:G590 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SPLNODE;construct;VLL;10| ...) ; file: /tmp/oa-rIpMRE/code.lsp ; in: DEFUN |SPLNODE;construct;VLL;10| ; (DEFUN BOOT::|SPLNODE;construct;VLL;10| (BOOT::|v| BOOT::|lt| BOOT::$) ; (LET ((#:G689 BOOT::|lt|) (#:G594 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G689 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPLNODE;construct;VLL;10| ; (BOOT::|v| BOOT::|lt| BOOT::$) ; (BLOCK BOOT::|SPLNODE;construct;VLL;10| ; (LET ((#:G689 BOOT::|lt|) (#:G594 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SPLNODE;copy;2$;11| ...) ; compiling (DEFUN |SPLNODE;setValue!;$V$;12| ...) ; file: /tmp/oa-rIpMRE/code.lsp ; in: DEFUN |SPLNODE;setValue!;$V$;12| ; (DEFUN BOOT::|SPLNODE;setValue!;$V$;12| (BOOT::|n| BOOT::|v| BOOT::$) ; (PROGN (SETF (SVREF BOOT::|n| 0) BOOT::|v|) BOOT::|n|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPLNODE;setValue!;$V$;12| ; (BOOT::|n| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|SPLNODE;setValue!;$V$;12| ; (PROGN (SETF # BOOT::|v|) BOOT::|n|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SPLNODE;setCondition!;$C$;13| ...) ; file: /tmp/oa-rIpMRE/code.lsp ; in: DEFUN |SPLNODE;setCondition!;$C$;13| ; (DEFUN BOOT::|SPLNODE;setCondition!;$C$;13| (BOOT::|n| BOOT::|t| BOOT::$) ; (PROGN (SETF (SVREF BOOT::|n| 1) BOOT::|t|) BOOT::|n|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPLNODE;setCondition!;$C$;13| ; (BOOT::|n| BOOT::|t| BOOT::$) ; (BLOCK BOOT::|SPLNODE;setCondition!;$C$;13| ; (PROGN (SETF # BOOT::|t|) BOOT::|n|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SPLNODE;setStatus!;$B$;14| ...) ; file: /tmp/oa-rIpMRE/code.lsp ; in: DEFUN |SPLNODE;setStatus!;$B$;14| ; (DEFUN BOOT::|SPLNODE;setStatus!;$B$;14| (BOOT::|n| BOOT::|b| BOOT::$) ; (PROGN (SETF (SVREF BOOT::|n| 2) BOOT::|b|) BOOT::|n|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPLNODE;setStatus!;$B$;14| ; (BOOT::|n| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|SPLNODE;setStatus!;$B$;14| ; (PROGN (SETF # BOOT::|b|) BOOT::|n|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SPLNODE;setEmpty!;2$;15| ...) ; compiling (DEFUN |SPLNODE;infLex?;2$MMB;16| ...) ; file: /tmp/oa-rIpMRE/code.lsp ; in: DEFUN |SPLNODE;infLex?;2$MMB;16| ; (DEFUN BOOT::|SPLNODE;infLex?;2$MMB;16| ; (BOOT::|n1| BOOT::|n2| BOOT::|o1| BOOT::|o2| BOOT::$) ; (COND ; ((FUNCALL (CAR BOOT::|o1|) (SVREF BOOT::|n1| 0) (SVREF BOOT::|n2| 0) ; (CDR BOOT::|o1|)) ; T) ; ((BOOT::SPADCALL (SVREF BOOT::|n1| 0) (SVREF BOOT::|n2| 0) ; (BOOT::|shellEntry| BOOT::$ 35)) ; (FUNCALL (CAR BOOT::|o2|) (SVREF BOOT::|n1| 1) (SVREF BOOT::|n2| 1) ; (CDR BOOT::|o2|))) ; (T NIL))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPLNODE;infLex?;2$MMB;16| ; (BOOT::|n1| BOOT::|n2| BOOT::|o1| BOOT::|o2| BOOT::$) ; (BLOCK BOOT::|SPLNODE;infLex?;2$MMB;16| ; (COND ((FUNCALL # # # #) T) ((BOOT::SPADCALL # # #) (FUNCALL # # # #)) ; (T NIL)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |SPLNODE;subNode?;2$MB;17| ...) ; file: /tmp/oa-rIpMRE/code.lsp ; in: DEFUN |SPLNODE;subNode?;2$MB;17| ; (DEFUN BOOT::|SPLNODE;subNode?;2$MB;17| ; (BOOT::|n1| BOOT::|n2| BOOT::|o2| BOOT::$) ; (AND ; (BOOT::SPADCALL (SVREF BOOT::|n1| 0) (SVREF BOOT::|n2| 0) ; (BOOT::|shellEntry| BOOT::$ 35)) ; (FUNCALL (CAR BOOT::|o2|) (SVREF BOOT::|n1| 1) (SVREF BOOT::|n2| 1) ; (CDR BOOT::|o2|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPLNODE;subNode?;2$MB;17| ; (BOOT::|n1| BOOT::|n2| BOOT::|o2| BOOT::$) ; (BLOCK BOOT::|SPLNODE;subNode?;2$MB;17| ; (AND ; (BOOT::SPADCALL (SVREF BOOT::|n1| 0) (SVREF BOOT::|n2| 0) ; (BOOT::|shellEntry| BOOT::$ 35)) ; (FUNCALL (CAR BOOT::|o2|) (SVREF BOOT::|n1| 1) (SVREF BOOT::|n2| 1) ; (CDR BOOT::|o2|))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |SPLNODE;=;2$B;18| ...) ; file: /tmp/oa-rIpMRE/code.lsp ; in: DEFUN |SPLNODE;=;2$B;18| ; (DEFUN BOOT::|SPLNODE;=;2$B;18| (BOOT::|n1| BOOT::|n2| BOOT::$) ; (AND ; (NOT ; (BOOT::SPADCALL (SVREF BOOT::|n1| 0) (SVREF BOOT::|n2| 0) ; (BOOT::|shellEntry| BOOT::$ 40))) ; (BOOT::SPADCALL (SVREF BOOT::|n1| 1) (SVREF BOOT::|n2| 1) ; (BOOT::|shellEntry| BOOT::$ 41)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPLNODE;=;2$B;18| ; (BOOT::|n1| BOOT::|n2| BOOT::$) ; (BLOCK BOOT::|SPLNODE;=;2$B;18| ; (AND (NOT (BOOT::SPADCALL # # #)) ; (BOOT::SPADCALL (SVREF BOOT::|n1| 1) (SVREF BOOT::|n2| 1) ; (BOOT::|shellEntry| BOOT::$ 41))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |SPLNODE;~=;2$B;19| ...) ; file: /tmp/oa-rIpMRE/code.lsp ; in: DEFUN |SPLNODE;~=;2$B;19| ; (DEFUN BOOT::|SPLNODE;~=;2$B;19| (BOOT::|n1| BOOT::|n2| BOOT::$) ; (AND ; (NOT ; (BOOT::SPADCALL (SVREF BOOT::|n1| 0) (SVREF BOOT::|n2| 0) ; (BOOT::|shellEntry| BOOT::$ 35))) ; (BOOT::SPADCALL (SVREF BOOT::|n1| 1) (SVREF BOOT::|n2| 1) ; (BOOT::|shellEntry| BOOT::$ 43)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPLNODE;~=;2$B;19| ; (BOOT::|n1| BOOT::|n2| BOOT::$) ; (BLOCK BOOT::|SPLNODE;~=;2$B;19| ; (AND (NOT (BOOT::SPADCALL # # #)) ; (BOOT::SPADCALL (SVREF BOOT::|n1| 1) (SVREF BOOT::|n2| 1) ; (BOOT::|shellEntry| BOOT::$ 43))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |SPLNODE;coerce;$Of;20| ...) ; file: /tmp/oa-rIpMRE/code.lsp ; in: DEFUN |SPLNODE;coerce;$Of;20| ; (LET ((BOOT::|l1| NIL) (BOOT::|l2| NIL) (BOOT::|l3| NIL) (BOOT::|l| NIL)) ; (PROGN ; (SETQ BOOT::|l1| (LIST # #)) ; (BOOT::LETT BOOT::|o1| ; (BOOT::SPADCALL BOOT::|l1| (BOOT::|shellEntry| BOOT::$ 49)) ; BOOT::|SPLNODE;coerce;$Of;20|) ; (SETQ BOOT::|l2| (LIST # #)) ; (BOOT::LETT BOOT::|o2| ; (BOOT::SPADCALL BOOT::|l2| (BOOT::|shellEntry| BOOT::$ 49)) ; BOOT::|SPLNODE;coerce;$Of;20|) ; (COND ; ((SVREF BOOT::|n| 2) ; (BOOT::LETT BOOT::|o3| # BOOT::|SPLNODE;coerce;$Of;20|)) ; (T (BOOT::LETT BOOT::|o3| # BOOT::|SPLNODE;coerce;$Of;20|))) ; (SETQ BOOT::|l| (LIST BOOT::|o1| BOOT::|o2| BOOT::|o3|)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|l| (BOOT::|shellEntry| BOOT::$ 51)) ; (BOOT::|shellEntry| BOOT::$ 52)))) ; ; caught STYLE-WARNING: ; The variable |l3| is defined but never used. ; compiling (DEFUN |SplittingNode| ...) ; compiling (DEFUN |SplittingNode;| ...) ; compiling (MAKEPROP (QUOTE |SplittingNode|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 7 STYLE-WARNING conditions ; printed 7 notes ; /tmp/oa-rIpMRE/code.fasl written ; compilation finished in 0:00:00.102 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile IDPOAM.spad && cp IDPOAM.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IDPOAM.fasl \ && if test -f IDPOAM-.NRLIB/code.fasl; then \ cp IDPOAM-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IDPOAM-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IDPOAM.spad using Spad compiler. IDPOAM abbreviates domain IndexedDirectProductOrderedAbelianMonoid debug: compDefine1 lhs: (IndexedDirectProductOrderedAbelianMonoid A S) signature (pre-evaluate): ((Join (OrderedAbelianMonoid) (IndexedDirectProductCategory A S)) (OrderedAbelianMonoid) (OrderedType)) debug: evaluateType form: (Join (OrderedAbelianMonoid) (IndexedDirectProductCategory A S)) $param: (A S) debug: evaluateType form: (OrderedAbelianMonoid) $param: (A S) Debug: evaluateType1 form: (OrderedAbelianMonoid) debug: evaluateType form: (IndexedDirectProductCategory A S) $param: (A S) Debug: evaluateType1 form: (IndexedDirectProductCategory A S) debug: evaluateType1 x: A m: (BasicType) debug: evaluateType1 x: S m: (OrderedType) debug: evaluateType form: (OrderedAbelianMonoid) $param: (A S) Debug: evaluateType1 form: (OrderedAbelianMonoid) debug: evaluateType form: (OrderedType) $param: (A S) Debug: evaluateType1 form: (OrderedType) debug: compDefine1 signature (post evaluate): ((Join (OrderedAbelianMonoid) (IndexedDirectProductCategory A S)) (OrderedAbelianMonoid) (OrderedType)) debug: compDefine1 lhs: (IndexedDirectProductOrderedAbelianMonoid A S) signature (pre-evaluate): ((Join (OrderedAbelianMonoid) (IndexedDirectProductCategory A S)) NIL NIL) debug: evaluateType form: (Join (OrderedAbelianMonoid) (IndexedDirectProductCategory A S)) $param: (A S) debug: evaluateType form: (OrderedAbelianMonoid) $param: (A S) Debug: evaluateType1 form: (OrderedAbelianMonoid) debug: evaluateType form: (IndexedDirectProductCategory A S) $param: (A S) Debug: evaluateType1 form: (IndexedDirectProductCategory A S) debug: evaluateType1 x: A m: (BasicType) debug: evaluateType1 x: S m: (OrderedType) debug: compDefine1 signature (post evaluate): ((Join (OrderedAbelianMonoid) (IndexedDirectProductCategory A S)) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for IndexedDirectProductOrderedAbelianMonoid compiling into /tmp/oa-iGx029 compiling exported < : (%,%) -> Boolean Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Cumulative Statistics for Constructor IndexedDirectProductOrderedAbelianMonoid Time: 0.05 seconds finalizing NRLIB IDPOAM Processing IndexedDirectProductOrderedAbelianMonoid for Browser database: -- constructor ; compiling file "/tmp/oa-iGx029/code.lsp" (written 01 FEB 2016 10:59:32 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |IDPOAM;<;2$B;1| ...) ; compiling (DEFUN |IndexedDirectProductOrderedAbelianMonoid| ...) ; compiling (DEFUN |IndexedDirectProductOrderedAbelianMonoid;| ...) ; compiling (MAKEPROP (QUOTE |IndexedDirectProductOrderedAbelianMonoid|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-iGx029/code.fasl written ; compilation finished in 0:00:00.029 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SUCH.spad && cp SUCH.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SUCH.fasl \ && if test -f SUCH-.NRLIB/code.fasl; then \ cp SUCH-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SUCH-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SUCH.spad using Spad compiler. SUCH abbreviates domain SuchThat debug: compDefine1 lhs: (SuchThat S1 S2) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE construct ($ S1 S2)) (SIGNATURE lhs (S1 $)) (SIGNATURE rhs (S2 $)))) NIL NIL) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (SIGNATURE construct ($ S1 S2)) (SIGNATURE lhs (S1 $)) (SIGNATURE rhs (S2 $)))) $param: (S1 S2) debug: evaluateType form: (SetCategory) $param: (S1 S2) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE construct ($ S1 S2)) (SIGNATURE lhs (S1 $)) (SIGNATURE rhs (S2 $))) $param: (S1 S2) debug: evaluateType form: S1 $param: (S1 S2) debug: evaluateType form: S2 $param: (S1 S2) debug: evaluateType form: S1 $param: (S1 S2) debug: evaluateType form: S2 $param: (S1 S2) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE construct ($ S1 S2)) (SIGNATURE lhs (S1 $)) (SIGNATURE rhs (S2 $)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for SuchThat compiling into /tmp/oa-5jbUXc compiling exported construct : (S1,S2) -> % SUCH;construct;S1S2$;1 is replaced by %pair Time: 0.01 SEC. compiling exported lhs : % -> S1 SUCH;lhs;$S1;2 is replaced by %head Time: 0 SEC. compiling exported rhs : % -> S2 SUCH;rhs;$S2;3 is replaced by %tail Time: 0 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor SuchThat Time: 0.02 seconds finalizing NRLIB SUCH Processing SuchThat for Browser database: -- construct : (S1,S2) -> % -- lhs : % -> S1 -- rhs : % -> S2 -- constructor ; compiling file "/tmp/oa-5jbUXc/code.lsp" (written 01 FEB 2016 10:59:32 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SUCH;construct;S1S2$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SUCH;lhs;$S1;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SUCH;rhs;$S2;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SUCH;construct;S1S2$;1| ...) ; compiling (DEFUN |SUCH;lhs;$S1;2| ...) ; compiling (DEFUN |SUCH;rhs;$S2;3| ...) ; compiling (DEFUN |SUCH;coerce;$Of;4| ...) ; compiling (DEFUN |SuchThat| ...) ; compiling (DEFUN |SuchThat;| ...) ; compiling (MAKEPROP (QUOTE |SuchThat|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-5jbUXc/code.fasl written ; compilation finished in 0:00:00.026 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile YSTREAM.spad && cp YSTREAM.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/YSTREAM.fasl \ && if test -f YSTREAM-.NRLIB/code.fasl; then \ cp YSTREAM-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/YSTREAM-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/YSTREAM.spad using Spad compiler. YSTREAM abbreviates package ParadoxicalCombinatorsForStreams debug: compDefine1 lhs: (ParadoxicalCombinatorsForStreams A) signature (pre-evaluate): ((CATEGORY package (SIGNATURE Y ((Stream A) (Mapping (Stream A) (Stream A)))) (SIGNATURE Y ((List (Stream A)) (Mapping (List (Stream A)) (List (Stream A))) (Integer)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE Y ((Stream A) (Mapping (Stream A) (Stream A)))) (SIGNATURE Y ((List (Stream A)) (Mapping (List (Stream A)) (List (Stream A))) (Integer)))) $param: (A) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Mapping (Stream A) (Stream A)) $param: (A) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (List (Stream A)) $param: (A) Debug: evaluateType1 form: (List (Stream A)) debug: evaluateType1 x: (Stream A) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (A) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evalCategory d: (Stream A) c: (Type) debug: evaluateType form: (Mapping (List (Stream A)) (List (Stream A))) $param: (A) debug: evaluateType form: (List (Stream A)) $param: (A) Debug: evaluateType1 form: (List (Stream A)) debug: evaluateType1 x: (Stream A) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (A) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evalCategory d: (Stream A) c: (Type) debug: evaluateType form: (List (Stream A)) $param: (A) Debug: evaluateType1 form: (List (Stream A)) debug: evaluateType1 x: (Stream A) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (A) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evalCategory d: (Stream A) c: (Type) debug: evaluateType form: (Integer) $param: (A) Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE Y ((Stream A) (Mapping (Stream A) (Stream A)))) (SIGNATURE Y ((List (Stream A)) (Mapping (List (Stream A)) (List (Stream A))) (Integer)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for ParadoxicalCombinatorsForStreams compiling into /tmp/oa-qWcAGr compiling exported Y : Stream A -> Stream A -> Stream A Time: 0.02 SEC. compiling exported Y : (List Stream A -> List Stream A,Integer) -> List Stream A Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor ParadoxicalCombinatorsForStreams Time: 0.05 seconds finalizing NRLIB YSTREAM Processing ParadoxicalCombinatorsForStreams for Browser database: -- Y : (ST A -> ST A) -> ST A -- Y : ((L ST A -> L ST A),I) -> L ST A -- constructor ; compiling file "/tmp/oa-qWcAGr/code.lsp" (written 01 FEB 2016 10:59:32 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |YSTREAM;Y;MS;1| ...) ; compiling (DEFUN |YSTREAM;Y;MIL;2| ...) ; compiling (DEFUN |ParadoxicalCombinatorsForStreams| ...) ; compiling (DEFUN |ParadoxicalCombinatorsForStreams;| ...) ; compiling (MAKEPROP (QUOTE |ParadoxicalCombinatorsForStreams|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-qWcAGr/code.fasl written ; compilation finished in 0:00:00.030 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ENV.spad && cp ENV.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ENV.fasl \ && if test -f ENV-.NRLIB/code.fasl; then \ cp ENV-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ENV-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ENV.spad using Spad compiler. ENV abbreviates domain Environment debug: compDefine1 lhs: (Environment) signature (pre-evaluate): ((Join (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE empty ($)) (SIGNATURE scopes ((List (Scope)) $)) (SIGNATURE getProperty ((Maybe (SExpression)) (Identifier) (Identifier) $)) (SIGNATURE putProperty ($ (Identifier) (Identifier) (SExpression) $)) (SIGNATURE getProperties ((List (Property)) (Identifier) $)) (SIGNATURE putProperties ($ (Identifier) (List (Property)) $)) (SIGNATURE currentEnv ($)) (SIGNATURE interactiveEnv ($)) (SIGNATURE categoryFrame ($))))) debug: evaluateType form: (Join (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE empty ($)) (SIGNATURE scopes ((List (Scope)) $)) (SIGNATURE getProperty ((Maybe (SExpression)) (Identifier) (Identifier) $)) (SIGNATURE putProperty ($ (Identifier) (Identifier) (SExpression) $)) (SIGNATURE getProperties ((List (Property)) (Identifier) $)) (SIGNATURE putProperties ($ (Identifier) (List (Property)) $)) (SIGNATURE currentEnv ($)) (SIGNATURE interactiveEnv ($)) (SIGNATURE categoryFrame ($)))) $param: NIL debug: evaluateType form: (CoercibleTo (OutputForm)) $param: NIL Debug: evaluateType1 form: (CoercibleTo (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE empty ($)) (SIGNATURE scopes ((List (Scope)) $)) (SIGNATURE getProperty ((Maybe (SExpression)) (Identifier) (Identifier) $)) (SIGNATURE putProperty ($ (Identifier) (Identifier) (SExpression) $)) (SIGNATURE getProperties ((List (Property)) (Identifier) $)) (SIGNATURE putProperties ($ (Identifier) (List (Property)) $)) (SIGNATURE currentEnv ($)) (SIGNATURE interactiveEnv ($)) (SIGNATURE categoryFrame ($))) $param: NIL debug: evaluateType form: (List (Scope)) $param: NIL Debug: evaluateType1 form: (List (Scope)) debug: evaluateType1 x: (Scope) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Scope) $param: NIL Debug: evaluateType1 form: (Scope) debug: evalCategory d: (Scope) c: (Type) debug: evaluateType form: (Maybe (SExpression)) $param: NIL Debug: evaluateType1 form: (Maybe (SExpression)) debug: evaluateType1 x: (SExpression) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (SExpression) $param: NIL Debug: evaluateType1 form: (SExpression) debug: evalCategory d: (SExpression) c: (Type) debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: (SExpression) $param: NIL Debug: evaluateType1 form: (SExpression) debug: evaluateType form: (List (Property)) $param: NIL Debug: evaluateType1 form: (List (Property)) debug: evaluateType1 x: (Property) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Property) $param: NIL Debug: evaluateType1 form: (Property) debug: evalCategory d: (Property) c: (Type) debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: (List (Property)) $param: NIL Debug: evaluateType1 form: (List (Property)) debug: evaluateType1 x: (Property) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Property) $param: NIL Debug: evaluateType1 form: (Property) debug: evalCategory d: (Property) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE empty ($)) (SIGNATURE scopes ((List (Scope)) $)) (SIGNATURE getProperty ((Maybe (SExpression)) (Identifier) (Identifier) $)) (SIGNATURE putProperty ($ (Identifier) (Identifier) (SExpression) $)) (SIGNATURE getProperties ((List (Property)) (Identifier) $)) (SIGNATURE putProperties ($ (Identifier) (List (Property)) $)) (SIGNATURE currentEnv ($)) (SIGNATURE interactiveEnv ($)) (SIGNATURE categoryFrame ($))))) ------------------------------------------------------------------------ initializing stationary directory for Environment compiling into /tmp/oa-UsN1dF compiling exported empty : () -> % ENV;empty;$;1 is replaced by %nil Time: 0.02 SEC. compiling exported scopes : % -> List Scope ENV;scopes;$L;2 e is replaced by e Time: 0 SEC. compiling exported getProperty : (Identifier,Identifier,%) -> Maybe SExpression Time: 0.01 SEC. compiling exported putProperty : (Identifier,Identifier,SExpression,%) -> % ENV;putProperty;2ISe2$;4 is replaced by put Time: 0.00 SEC. compiling exported getProperties : (Identifier,%) -> List Property ENV;getProperties;I$L;5 is replaced by getProplist Time: 0 SEC. compiling exported putProperties : (Identifier,List Property,%) -> % ENV;putProperties;IL2$;6 is replaced by addBinding Time: 0 SEC. compiling exported currentEnv : () -> % ENV;currentEnv;$;7 is replaced by $e Time: 0.00 SEC. compiling exported interactiveEnv : () -> % ENV;interactiveEnv;$;8 is replaced by $InteractiveFrame Time: 0 SEC. compiling exported categoryFrame : () -> % ENV;categoryFrame;$;9 is replaced by $CategoryFrame Time: 0 SEC. compiling exported coerce : % -> OutputForm Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor Environment Time: 0.04 seconds finalizing NRLIB ENV Processing Environment for Browser database: -- empty : () -> % -- scopes : % -> List Scope -- getProperty : (Identifier,Identifier,%) -> Maybe SExpression -- putProperty : (Identifier,Identifier,SExpression,%) -> % -- getProperties : (Identifier,%) -> List Property -- putProperties : (Identifier,List Property,%) -> % -- currentEnv : () -> % --->../../x86_64-unknown-linux-gnu/src/algebra/any.spad-->Environment((currentEnv (%))): Improper first word in comments: the "the current normal environment in effect." -- interactiveEnv : () -> % --->../../x86_64-unknown-linux-gnu/src/algebra/any.spad-->Environment((interactiveEnv (%))): Improper first word in comments: the "the current interactive environment in effect." -- categoryFrame : () -> % --->../../x86_64-unknown-linux-gnu/src/algebra/any.spad-->Environment((categoryFrame (%))): Improper first word in comments: the "the current category environment in the interpreter." -- constructor ; compiling file "/tmp/oa-UsN1dF/code.lsp" (written 01 FEB 2016 10:59:32 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ENV;empty;$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ENV;scopes;$L;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ENV;putProperty;2ISe2$;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ENV;getProperties;I$L;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ENV;putProperties;IL2$;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ENV;currentEnv;$;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ENV;interactiveEnv;$;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ENV;categoryFrame;$;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ENV;empty;$;1| ...) ; compiling (DEFUN |ENV;scopes;$L;2| ...) ; compiling (DEFUN |ENV;getProperty;2I$M;3| ...) ; compiling (DEFUN |ENV;putProperty;2ISe2$;4| ...) ; compiling (DEFUN |ENV;getProperties;I$L;5| ...) ; compiling (DEFUN |ENV;putProperties;IL2$;6| ...) ; compiling (DEFUN |ENV;currentEnv;$;7| ...) ; compiling (DEFUN |ENV;interactiveEnv;$;8| ...) ; compiling (DEFUN |ENV;categoryFrame;$;9| ...) ; compiling (DEFUN |ENV;coerce;$Of;10| ...) ; compiling (DEFUN |Environment| ...) ; compiling (DEFUN |Environment;| ...) ; compiling (MAKEPROP (QUOTE |Environment|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-UsN1dF/code.fasl written ; compilation finished in 0:00:00.037 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ATRIG.spad && cp ATRIG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ATRIG.fasl \ && if test -f ATRIG-.NRLIB/code.fasl; then \ cp ATRIG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ATRIG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ATRIG.spad using Spad compiler. ATRIG abbreviates category ArcTrigonometricFunctionCategory debug: compDefine1 lhs: (ArcTrigonometricFunctionCategory) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for ArcTrigonometricFunctionCategory compiling into /tmp/oa-wPBnxV STYLE-WARNING: redefining BOOT::|ArcTrigonometricFunctionCategory| in DEFUN Time: 0.00 SEC. ATRIG- abbreviates package ArcTrigonometricFunctionCategory& ------------------------------------------------------------------------ initializing stationary directory for ArcTrigonometricFunctionCategory& compiling into /tmp/oa-vqMjUM compiling exported asec : S -> S Time: 0.03 SEC. compiling exported acsc : S -> S Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor ArcTrigonometricFunctionCategory& Time: 0.04 seconds finalizing NRLIB ATRIG- ; compiling file "/tmp/oa-vqMjUM/code.lsp" (written 01 FEB 2016 10:59:32 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ATRIG-;asec;2$;1| ...) ; compiling (DEFUN |ATRIG-;acsc;2$;2| ...) ; compiling (DEFUN |ArcTrigonometricFunctionCategory&| ...) ; compiling (MAKEPROP (QUOTE |ArcTrigonometricFunctionCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-vqMjUM/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ finalizing NRLIB ATRIG Processing ArcTrigonometricFunctionCategory for Browser database: -- acos : % -> % -- acot : % -> % -- acsc : % -> % -- asec : % -> % -- asin : % -> % -- atan : % -> % -- constructor ; compiling file "/tmp/oa-wPBnxV/code.lsp" (written 01 FEB 2016 10:59:32 PM): ; compiling (DEFPARAMETER |ArcTrigonometricFunctionCategory;AL| ...) ; compiling (DEFUN |ArcTrigonometricFunctionCategory;| ...) ; compiling (DEFUN |ArcTrigonometricFunctionCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-wPBnxV/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile LALG.spad && cp LALG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LALG.fasl \ && if test -f LALG-.NRLIB/code.fasl; then \ cp LALG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LALG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LALG.spad using Spad compiler. LALG abbreviates category LeftAlgebra debug: compDefine1 lhs: (LeftAlgebra R) signature (pre-evaluate): ((Category) (Ring)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((Category) (Ring)) debug: compDefine1 lhs: (LeftAlgebra R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for LeftAlgebra compiling into /tmp/oa-MWPl39 STYLE-WARNING: redefining BOOT::|LeftAlgebra| in DEFUN Time: 0.02 SEC. LALG- abbreviates package LeftAlgebra& ------------------------------------------------------------------------ initializing stationary directory for LeftAlgebra& compiling into /tmp/oa-sxbHW1 compiling exported coerce : R -> S Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor LeftAlgebra& Time: 0.01 seconds finalizing NRLIB LALG- ; compiling file "/tmp/oa-sxbHW1/code.lsp" (written 01 FEB 2016 10:59:32 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LALG-;coerce;R$;1| ...) ; compiling (DEFUN |LeftAlgebra&| ...) ; compiling (MAKEPROP (QUOTE |LeftAlgebra&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-sxbHW1/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ finalizing NRLIB LALG Processing LeftAlgebra for Browser database: -- coerce : R -> % -- constructor ; compiling file "/tmp/oa-MWPl39/code.lsp" (written 01 FEB 2016 10:59:33 PM): ; compiling (DEFPARAMETER |LeftAlgebra;AL| ...) ; compiling (DEFUN |LeftAlgebra;| ...) ; compiling (DEFUN |LeftAlgebra| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-MWPl39/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile RANDSRC.spad && cp RANDSRC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RANDSRC.fasl \ && if test -f RANDSRC-.NRLIB/code.fasl; then \ cp RANDSRC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RANDSRC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RANDSRC.spad using Spad compiler. RANDSRC abbreviates package RandomNumberSource debug: compDefine1 lhs: (RandomNumberSource) signature (pre-evaluate): ((CATEGORY package (SIGNATURE randnum ((Integer))) (SIGNATURE size ((Integer))) (SIGNATURE randnum ((Integer) (Integer))) (SIGNATURE reseed ((Void) (Integer))) (SIGNATURE seed ((Integer))))) debug: evaluateType form: (CATEGORY package (SIGNATURE randnum ((Integer))) (SIGNATURE size ((Integer))) (SIGNATURE randnum ((Integer) (Integer))) (SIGNATURE reseed ((Void) (Integer))) (SIGNATURE seed ((Integer)))) $param: NIL debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE randnum ((Integer))) (SIGNATURE size ((Integer))) (SIGNATURE randnum ((Integer) (Integer))) (SIGNATURE reseed ((Void) (Integer))) (SIGNATURE seed ((Integer))))) ------------------------------------------------------------------------ initializing stationary directory for RandomNumberSource compiling into /tmp/oa-PwJbga compiling exported randnum : () -> Integer Time: 0.04 SEC. compiling exported size : () -> Integer Time: 0 SEC. compiling exported reseed : Integer -> Void Time: 0 SEC. compiling exported seed : () -> Integer Time: 0.00 SEC. compiling exported randnum : Integer -> Integer Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor RandomNumberSource Time: 0.04 seconds finalizing NRLIB RANDSRC Processing RandomNumberSource for Browser database: -- randnum : () -> Integer -- size : () -> Integer -- randnum : Integer -> Integer -- reseed : Integer -> Void -- seed : () -> Integer -- constructor ; compiling file "/tmp/oa-PwJbga/code.lsp" (written 01 FEB 2016 10:59:33 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |RANDSRC;size;I;2|) ...) ; compiling (PUT (QUOTE |RANDSRC;seed;I;4|) ...) ; compiling (DEFUN |RANDSRC;randnum;I;1| ...) ; compiling (DEFUN |RANDSRC;size;I;2| ...) ; compiling (DEFUN |RANDSRC;reseed;IV;3| ...) ; compiling (DEFUN |RANDSRC;seed;I;4| ...) ; compiling (DEFUN |RANDSRC;randnum;2I;5| ...) ; compiling (DEFUN |RandomNumberSource| ...) ; compiling (DEFUN |RandomNumberSource;| ...) ; compiling (MAKEPROP (QUOTE |RandomNumberSource|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-PwJbga/code.fasl written ; compilation finished in 0:00:00.022 ------------------------------------------------------------------------ ================================== === layer 4 of 24 complete ====== ================================== ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile CARD.spad && cp CARD.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CARD.fasl \ && if test -f CARD-.NRLIB/code.fasl; then \ cp CARD-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CARD-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CARD.spad using Spad compiler. CARD abbreviates domain CardinalNumber debug: compDefine1 lhs: (CardinalNumber) signature (pre-evaluate): ((Join (OrderedSet) (AbelianMonoid) (Monoid) (RetractableTo (NonNegativeInteger)) (CATEGORY domain (ATTRIBUTE (commutative *)) (SIGNATURE - ((Union $ failed) $ $)) (SIGNATURE ** ($ $ $)) (SIGNATURE Aleph ($ (NonNegativeInteger))) (SIGNATURE finite? ((Boolean) $)) (SIGNATURE countable? ((Boolean) $)) (SIGNATURE generalizedContinuumHypothesisAssumed? ((Boolean))) (SIGNATURE generalizedContinuumHypothesisAssumed ((Boolean) (Boolean)))))) debug: evaluateType form: (Join (OrderedSet) (AbelianMonoid) (Monoid) (RetractableTo (NonNegativeInteger)) (CATEGORY domain (ATTRIBUTE (commutative *)) (SIGNATURE - ((Union $ failed) $ $)) (SIGNATURE ** ($ $ $)) (SIGNATURE Aleph ($ (NonNegativeInteger))) (SIGNATURE finite? ((Boolean) $)) (SIGNATURE countable? ((Boolean) $)) (SIGNATURE generalizedContinuumHypothesisAssumed? ((Boolean))) (SIGNATURE generalizedContinuumHypothesisAssumed ((Boolean) (Boolean))))) $param: NIL debug: evaluateType form: (OrderedSet) $param: NIL Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (AbelianMonoid) $param: NIL Debug: evaluateType1 form: (AbelianMonoid) debug: evaluateType form: (Monoid) $param: NIL Debug: evaluateType1 form: (Monoid) debug: evaluateType form: (RetractableTo (NonNegativeInteger)) $param: NIL Debug: evaluateType1 form: (RetractableTo (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (CATEGORY domain (ATTRIBUTE (commutative *)) (SIGNATURE - ((Union $ failed) $ $)) (SIGNATURE ** ($ $ $)) (SIGNATURE Aleph ($ (NonNegativeInteger))) (SIGNATURE finite? ((Boolean) $)) (SIGNATURE countable? ((Boolean) $)) (SIGNATURE generalizedContinuumHypothesisAssumed? ((Boolean))) (SIGNATURE generalizedContinuumHypothesisAssumed ((Boolean) (Boolean)))) $param: NIL debug: evaluateType form: (Union $ failed) $param: NIL debug: evaluateType form: $ $param: NIL debug: evaluateType form: failed $param: NIL debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: compDefine1 signature (post evaluate): ((Join (OrderedSet) (AbelianMonoid) (Monoid) (RetractableTo (NonNegativeInteger)) (CATEGORY domain (ATTRIBUTE (commutative *)) (SIGNATURE - ((Union $ failed) $ $)) (SIGNATURE ** ($ $ $)) (SIGNATURE Aleph ($ (NonNegativeInteger))) (SIGNATURE finite? ((Boolean) $)) (SIGNATURE countable? ((Boolean) $)) (SIGNATURE generalizedContinuumHypothesisAssumed? ((Boolean))) (SIGNATURE generalizedContinuumHypothesisAssumed ((Boolean) (Boolean)))))) ------------------------------------------------------------------------ initializing stationary directory for CardinalNumber compiling into /tmp/oa-x4tOSs compiling exported Zero : () -> % CARD;Zero;$;1 is replaced by %pair(-1,0) Time: 0.00 SEC. compiling exported One : () -> % CARD;One;$;2 is replaced by %pair(-1,1) Time: 0 SEC. compiling exported coerce : NonNegativeInteger -> % CARD;coerce;Nni$;3 n is replaced by %pair(-1,n) Time: 0 SEC. compiling exported Aleph : NonNegativeInteger -> % CARD;Aleph;Nni$;4 n is replaced by %pair(n,-1) Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Time: 0.02 SEC. compiling exported = : (%,%) -> Boolean Time: 0.02 SEC. compiling exported < : (%,%) -> Boolean Time: 0.01 SEC. compiling exported + : (%,%) -> % Time: 0.01 SEC. compiling exported - : (%,%) -> Union(%,failed) Time: 0.01 SEC. compiling exported * : (%,%) -> % Time: 0.02 SEC. compiling exported * : (NonNegativeInteger,%) -> % Time: 0.01 SEC. compiling exported ** : (%,%) -> % Time: 0.05 SEC. compiling exported finite? : % -> Boolean CARD;finite?;$B;13 x is replaced by %ieq(%head x,-1) Time: 0 SEC. compiling exported countable? : % -> Boolean CARD;countable?;$B;14 x is replaced by %ilt(%head x,1) Time: 0 SEC. compiling exported retract : % -> NonNegativeInteger Time: 0.00 SEC. compiling exported retractIfCan : % -> Union(NonNegativeInteger,failed) Time: 0 SEC. compiling exported generalizedContinuumHypothesisAssumed? : () -> Boolean Time: 0 SEC. compiling exported generalizedContinuumHypothesisAssumed : Boolean -> Boolean Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] **: : NonNegativeInteger -- replace by pretend Cumulative Statistics for Constructor CardinalNumber Time: 0.16 seconds finalizing NRLIB CARD Processing CardinalNumber for Browser database: -- commutative : "*" -> attribute --->../../x86_64-unknown-linux-gnu/src/algebra/card.spad-->CardinalNumber((commutative (attribute *))): Improper first word in comments: a "a domain \\spad{D} has \\spad{commutative(\"*\")} if it has an operation \\spad{\"*\": (D,D) -> D} which is commutative." -- ?-? : (%,%) -> Union(%,"failed") -- ?**? : (%,%) -> % -- Aleph : NonNegativeInteger -> % -- finite? : % -> Boolean -- countable? : % -> Boolean -- generalizedContinuumHypothesisAssumed? : () -> Boolean -- generalizedContinuumHypothesisAssumed : Boolean -> Boolean -- constructor ; compiling file "/tmp/oa-x4tOSs/code.lsp" (written 01 FEB 2016 10:59:33 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CARD;Zero;$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CARD;One;$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CARD;coerce;Nni$;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CARD;Aleph;Nni$;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CARD;finite?;$B;13|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CARD;countable?;$B;14|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CARD;<;2$B;7|) ...) ; compiling (DEFUN |CARD;Zero;$;1| ...) ; compiling (DEFUN |CARD;One;$;2| ...) ; compiling (DEFUN |CARD;coerce;Nni$;3| ...) ; compiling (DEFUN |CARD;Aleph;Nni$;4| ...) ; compiling (DEFUN |CARD;coerce;$Of;5| ...) ; compiling (DEFUN |CARD;=;2$B;6| ...) ; compiling (DEFUN |CARD;<;2$B;7| ...) ; compiling (DEFUN |CARD;+;3$;8| ...) ; file: /tmp/oa-x4tOSs/code.lsp ; in: DEFUN |CARD;+;3$;8| ; (DEFUN BOOT::|CARD;+;3$;8| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ((AND (EQL # -1) (EQL # -1)) (CONS -1 (+ # #))) ; (T ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| ; (BOOT::|shellEntry| BOOT::$ 37))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CARD;+;3$;8| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|CARD;+;3$;8| ; (COND ((AND # #) (CONS -1 #)) ; (T (BOOT::SPADCALL BOOT::|x| BOOT::|y| #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |CARD;-;2$U;9| ...) ; compiling (DEFUN |CARD;*;3$;10| ...) ; file: /tmp/oa-x4tOSs/code.lsp ; in: DEFUN |CARD;*;3$;10| ; (DEFUN BOOT::|CARD;*;3$;10| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ((AND (EQL # -1) (EQL # -1)) (CONS -1 (* # #))) ; ((OR (BOOT::|CARD;=;2$B;6| BOOT::|x| # BOOT::$) ; (BOOT::|CARD;=;2$B;6| BOOT::|y| # BOOT::$)) ; (BOOT::|spadConstant| BOOT::$ 18)) ; (T ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| ; (BOOT::|shellEntry| BOOT::$ 37))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CARD;*;3$;10| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|CARD;*;3$;10| ; (COND ((AND # #) (CONS -1 #)) ; ((OR # #) (BOOT::|spadConstant| BOOT::$ 18)) ; (T (BOOT::SPADCALL BOOT::|x| BOOT::|y| #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |CARD;*;Nni2$;11| ...) ; file: /tmp/oa-x4tOSs/code.lsp ; in: DEFUN |CARD;*;Nni2$;11| ; (DEFUN BOOT::|CARD;*;Nni2$;11| (BOOT::|n| BOOT::|x| BOOT::$) ; (COND ((EQL (CAR BOOT::|x|) -1) (CONS -1 (BOOT::SPADCALL BOOT::|n| # #))) ; ((ZEROP BOOT::|n|) (BOOT::|spadConstant| BOOT::$ 18)) (T BOOT::|x|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CARD;*;Nni2$;11| ; (BOOT::|n| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|CARD;*;Nni2$;11| ; (COND ((EQL # -1) (CONS -1 #)) ; ((ZEROP BOOT::|n|) (BOOT::|spadConstant| BOOT::$ 18)) ; (T BOOT::|x|)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |CARD;**;3$;12| ...) ; file: /tmp/oa-x4tOSs/code.lsp ; in: DEFUN |CARD;**;3$;12| ; (DEFUN BOOT::|CARD;**;3$;12| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ; ((BOOT::|CARD;=;2$B;6| BOOT::|y| (BOOT::|spadConstant| BOOT::$ 18) ; BOOT::$) ; (COND (# #) (T #))) ; ((EQL (CAR BOOT::|y|) -1) (COND (# BOOT::|x|) (T #))) ; ((BOOT::|CARD;=;2$B;6| BOOT::|x| (BOOT::|spadConstant| BOOT::$ 18) ; BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 18)) ; ((BOOT::|CARD;=;2$B;6| BOOT::|x| (BOOT::|spadConstant| BOOT::$ 19) ; BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 19)) ; ((BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 11) ; (BOOT::|shellEntry| BOOT::$ 53)) ; (CONS (+ # 1) -1)) ; (T ; (BOOT::|error| "Transfinite exponentiation only implemented under GCH")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CARD;**;3$;12| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|CARD;**;3$;12| ; (COND ((BOOT::|CARD;=;2$B;6| BOOT::|y| # BOOT::$) (COND # #)) ; ((EQL # -1) (COND # #)) ; ((BOOT::|CARD;=;2$B;6| BOOT::|x| # BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 18)) ; ((BOOT::|CARD;=;2$B;6| BOOT::|x| # BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 19)) ; ((BOOT::SPADCALL # #) (CONS # -1)) ; (T ; (BOOT::|error| ; "Transfinite exponentiation only implemented under GCH"))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |CARD;finite?;$B;13| ...) ; compiling (DEFUN |CARD;countable?;$B;14| ...) ; compiling (DEFUN |CARD;retract;$Nni;15| ...) ; file: /tmp/oa-x4tOSs/code.lsp ; in: DEFUN |CARD;retract;$Nni;15| ; (DEFUN BOOT::|CARD;retract;$Nni;15| (BOOT::|x| BOOT::$) ; (COND ; ((EQL (CAR BOOT::|x|) -1) ; (LET (#) ; (COND # #))) ; (T (BOOT::|error| "Not finite")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CARD;retract;$Nni;15| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|CARD;retract;$Nni;15| ; (COND ; ((EQL # -1) ; (LET # ; #)) ; (T (BOOT::|error| "Not finite"))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |CARD;retractIfCan;$U;16| ...) ; file: /tmp/oa-x4tOSs/code.lsp ; in: DEFUN |CARD;retractIfCan;$U;16| ; (DEFUN BOOT::|CARD;retractIfCan;$U;16| (BOOT::|x| BOOT::$) ; (COND ; ((EQL (CAR BOOT::|x|) -1) ; (CONS 0 ; (LET # ; #))) ; (T (CONS 1 "failed")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CARD;retractIfCan;$U;16| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|CARD;retractIfCan;$U;16| ; (COND ((EQL # -1) (CONS 0 #)) (T (CONS 1 "failed"))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |CARD;generalizedContinuumHypothesisAssumed?;B;17| ...) ; file: /tmp/oa-x4tOSs/code.lsp ; in: DEFUN |CARD;generalizedContinuumHypothesisAssumed?;B;17| ; (DEFUN BOOT::|CARD;generalizedContinuumHypothesisAssumed?;B;17| (BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 11) ; (BOOT::|shellEntry| BOOT::$ 53))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CARD;generalizedContinuumHypothesisAssumed?;B;17| ; (BOOT::$) ; (BLOCK BOOT::|CARD;generalizedContinuumHypothesisAssumed?;B;17| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 11) ; (BOOT::|shellEntry| BOOT::$ 53)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |CARD;generalizedContinuumHypothesisAssumed;2B;18| ...) ; file: /tmp/oa-x4tOSs/code.lsp ; in: DEFUN |CARD;generalizedContinuumHypothesisAssumed;2B;18| ; (DEFUN BOOT::|CARD;generalizedContinuumHypothesisAssumed;2B;18| ; (BOOT::|b| BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 11) BOOT::|b| ; (BOOT::|shellEntry| BOOT::$ 62))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CARD;generalizedContinuumHypothesisAssumed;2B;18| ; (BOOT::|b| BOOT::$) ; (BLOCK BOOT::|CARD;generalizedContinuumHypothesisAssumed;2B;18| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 11) BOOT::|b| ; (BOOT::|shellEntry| BOOT::$ 62)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |CardinalNumber| ...) ; compiling (DEFUN |CardinalNumber;| ...) ; compiling (MAKEPROP (QUOTE |CardinalNumber|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 7 notes ; /tmp/oa-x4tOSs/code.fasl written ; compilation finished in 0:00:00.082 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile DVARCAT.spad && cp DVARCAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DVARCAT.fasl \ && if test -f DVARCAT-.NRLIB/code.fasl; then \ cp DVARCAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DVARCAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DVARCAT.spad using Spad compiler. DVARCAT abbreviates category DifferentialVariableCategory debug: compDefine1 lhs: (DifferentialVariableCategory S) signature (pre-evaluate): ((Category) (OrderedSet)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (OrderedSet) $param: (S) Debug: evaluateType1 form: (OrderedSet) debug: compDefine1 signature (post evaluate): ((Category) (OrderedSet)) debug: compDefine1 lhs: (DifferentialVariableCategory S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for DifferentialVariableCategory compiling into /tmp/oa-tew6BZ STYLE-WARNING: redefining BOOT::|DifferentialVariableCategory| in DEFUN Time: 0.01 SEC. DVARCAT- abbreviates package DifferentialVariableCategory& ------------------------------------------------------------------------ initializing stationary directory for DifferentialVariableCategory& compiling into /tmp/oa-ucA8zT importing NumberFormats compiling exported coerce : S -> A Time: 0.04 SEC. compiling exported differentiate : A -> A Time: 0.00 SEC. compiling exported differentiate : (A,NonNegativeInteger) -> A Time: 0.01 SEC. compiling exported retractIfCan : A -> Union(S,failed) Time: 0.01 SEC. compiling exported = : (A,A) -> Boolean Time: 0.01 SEC. compiling exported coerce : A -> OutputForm Time: 0.04 SEC. compiling exported retract : A -> S Time: 0.02 SEC. compiling exported < : (A,A) -> Boolean Time: 0.02 SEC. compiling exported weight : A -> NonNegativeInteger Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] retractIfCan: zero? has no value [2] coerce: zero? has no value [3] retract: zero? has no value Cumulative Statistics for Constructor DifferentialVariableCategory& Time: 0.16 seconds finalizing NRLIB DVARCAT- ; compiling file "/tmp/oa-ucA8zT/code.lsp" (written 01 FEB 2016 10:59:33 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DVARCAT-;coerce;S$;1| ...) ; compiling (DEFUN |DVARCAT-;differentiate;2$;2| ...) ; compiling (DEFUN |DVARCAT-;differentiate;$Nni$;3| ...) ; compiling (DEFUN |DVARCAT-;retractIfCan;$U;4| ...) ; compiling (DEFUN |DVARCAT-;=;2$B;5| ...) ; compiling (DEFUN |DVARCAT-;coerce;$Of;6| ...) ; compiling (DEFUN |DVARCAT-;retract;$S;7| ...) ; compiling (DEFUN |DVARCAT-;<;2$B;8| ...) ; file: /tmp/oa-ucA8zT/code.lsp ; in: DEFUN |DVARCAT-;<;2$B;8| ; (DEFUN BOOT::|DVARCAT-;<;2$B;8| (BOOT::|v| BOOT::|u| BOOT::$) ; (COND ; ((EQL (BOOT::SPADCALL BOOT::|v| #) (BOOT::SPADCALL BOOT::|u| #)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|v| #) (BOOT::SPADCALL BOOT::|u| #) ; (BOOT::|shellEntry| BOOT::$ 34))) ; (T (< (BOOT::SPADCALL BOOT::|v| #) (BOOT::SPADCALL BOOT::|u| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DVARCAT-;<;2$B;8| ; (BOOT::|v| BOOT::|u| BOOT::$) ; (BLOCK BOOT::|DVARCAT-;<;2$B;8| ; (COND ((EQL # #) (BOOT::SPADCALL # # #)) (T (< # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |DVARCAT-;weight;$Nni;9| ...) ; file: /tmp/oa-ucA8zT/code.lsp ; in: DEFUN |DVARCAT-;weight;$Nni;9| ; (DEFUN BOOT::|DVARCAT-;weight;$Nni;9| (BOOT::|v| BOOT::$) ; (BOOT::SPADCALL BOOT::|v| (BOOT::|shellEntry| BOOT::$ 16))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DVARCAT-;weight;$Nni;9| ; (BOOT::|v| BOOT::$) ; (BLOCK BOOT::|DVARCAT-;weight;$Nni;9| ; (BOOT::SPADCALL BOOT::|v| (BOOT::|shellEntry| BOOT::$ 16)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |DifferentialVariableCategory&| ...) ; compiling (MAKEPROP (QUOTE |DifferentialVariableCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-ucA8zT/code.fasl written ; compilation finished in 0:00:00.034 ------------------------------------------------------------------------ finalizing NRLIB DVARCAT Processing DifferentialVariableCategory for Browser database: -- makeVariable : (S,NonNegativeInteger) -> % -- order : % -> NonNegativeInteger -- variable : % -> S -- weight : % -> NonNegativeInteger -- constructor ; compiling file "/tmp/oa-tew6BZ/code.lsp" (written 01 FEB 2016 10:59:34 PM): ; compiling (DEFPARAMETER |DifferentialVariableCategory;AL| ...) ; compiling (DEFUN |DifferentialVariableCategory;| ...) ; compiling (DEFUN |DifferentialVariableCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-tew6BZ/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ELEMFUN.spad && cp ELEMFUN.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ELEMFUN.fasl \ && if test -f ELEMFUN-.NRLIB/code.fasl; then \ cp ELEMFUN-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ELEMFUN-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ELEMFUN.spad using Spad compiler. ELEMFUN abbreviates category ElementaryFunctionCategory debug: compDefine1 lhs: (ElementaryFunctionCategory) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for ElementaryFunctionCategory compiling into /tmp/oa-PTwNVg STYLE-WARNING: redefining BOOT::|ElementaryFunctionCategory| in DEFUN Time: 0.01 SEC. ELEMFUN- abbreviates package ElementaryFunctionCategory& ------------------------------------------------------------------------ initializing stationary directory for ElementaryFunctionCategory& compiling into /tmp/oa-VW3NRb compiling exported ** : (S,S) -> S Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor ElementaryFunctionCategory& Time: 0.01 seconds finalizing NRLIB ELEMFUN- ; compiling file "/tmp/oa-VW3NRb/code.lsp" (written 01 FEB 2016 10:59:34 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ELEMFUN-;**;3$;1| ...) ; compiling (DEFUN |ElementaryFunctionCategory&| ...) ; compiling (MAKEPROP (QUOTE |ElementaryFunctionCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-VW3NRb/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ finalizing NRLIB ELEMFUN Processing ElementaryFunctionCategory for Browser database: -- log : % -> % -- exp : % -> % -- ?**? : (%,%) -> % -- constructor ; compiling file "/tmp/oa-PTwNVg/code.lsp" (written 01 FEB 2016 10:59:34 PM): ; compiling (DEFPARAMETER |ElementaryFunctionCategory;AL| ...) ; compiling (DEFUN |ElementaryFunctionCategory;| ...) ; compiling (DEFUN |ElementaryFunctionCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-PTwNVg/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FCOMP.spad && cp FCOMP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FCOMP.fasl \ && if test -f FCOMP-.NRLIB/code.fasl; then \ cp FCOMP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FCOMP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FCOMP.spad using Spad compiler. FCOMP abbreviates domain FourierComponent debug: compDefine1 lhs: (FourierComponent E) signature (pre-evaluate): ((Join (OrderedSet) (CATEGORY domain (SIGNATURE sin ($ E)) (SIGNATURE cos ($ E)) (SIGNATURE sin? ((Boolean) $)) (SIGNATURE argument (E $)))) (OrderedSet)) debug: evaluateType form: (Join (OrderedSet) (CATEGORY domain (SIGNATURE sin ($ E)) (SIGNATURE cos ($ E)) (SIGNATURE sin? ((Boolean) $)) (SIGNATURE argument (E $)))) $param: (E) debug: evaluateType form: (OrderedSet) $param: (E) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (CATEGORY domain (SIGNATURE sin ($ E)) (SIGNATURE cos ($ E)) (SIGNATURE sin? ((Boolean) $)) (SIGNATURE argument (E $))) $param: (E) debug: evaluateType form: E $param: (E) debug: evaluateType form: E $param: (E) debug: evaluateType form: (Boolean) $param: (E) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: E $param: (E) debug: evaluateType form: (OrderedSet) $param: (E) Debug: evaluateType1 form: (OrderedSet) debug: compDefine1 signature (post evaluate): ((Join (OrderedSet) (CATEGORY domain (SIGNATURE sin ($ E)) (SIGNATURE cos ($ E)) (SIGNATURE sin? ((Boolean) $)) (SIGNATURE argument (E $)))) (OrderedSet)) debug: compDefine1 lhs: (FourierComponent E) signature (pre-evaluate): ((Join (OrderedSet) (CATEGORY domain (SIGNATURE sin ($ E)) (SIGNATURE cos ($ E)) (SIGNATURE sin? ((Boolean) $)) (SIGNATURE argument (E $)))) NIL) debug: evaluateType form: (Join (OrderedSet) (CATEGORY domain (SIGNATURE sin ($ E)) (SIGNATURE cos ($ E)) (SIGNATURE sin? ((Boolean) $)) (SIGNATURE argument (E $)))) $param: (E) debug: evaluateType form: (OrderedSet) $param: (E) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (CATEGORY domain (SIGNATURE sin ($ E)) (SIGNATURE cos ($ E)) (SIGNATURE sin? ((Boolean) $)) (SIGNATURE argument (E $))) $param: (E) debug: evaluateType form: E $param: (E) debug: evaluateType form: E $param: (E) debug: evaluateType form: (Boolean) $param: (E) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: E $param: (E) debug: compDefine1 signature (post evaluate): ((Join (OrderedSet) (CATEGORY domain (SIGNATURE sin ($ E)) (SIGNATURE cos ($ E)) (SIGNATURE sin? ((Boolean) $)) (SIGNATURE argument (E $)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for FourierComponent compiling into /tmp/oa-HlTtPr compiling exported sin : E -> % FCOMP;sin;E$;1 e is replaced by %pair(%true,e) Time: 0.00 SEC. compiling exported cos : E -> % FCOMP;cos;E$;2 e is replaced by %pair(%false,e) Time: 0 SEC. compiling exported sin? : % -> Boolean FCOMP;sin?;$B;3 is replaced by %head Time: 0.00 SEC. compiling exported argument : % -> E FCOMP;argument;$E;4 is replaced by %tail Time: 0 SEC. compiling exported coerce : % -> OutputForm Time: 0.02 SEC. compiling exported < : (%,%) -> Boolean Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] Type Boolean is not in scope. Import it [2] sin: true has no value [3] cos: false has no value Cumulative Statistics for Constructor FourierComponent Time: 0.05 seconds finalizing NRLIB FCOMP Processing FourierComponent for Browser database: -- sin : E -> % -- cos : E -> % -- sin? : % -> Boolean -- argument : % -> E -- constructor ; compiling file "/tmp/oa-HlTtPr/code.lsp" (written 01 FEB 2016 10:59:34 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FCOMP;sin;E$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FCOMP;cos;E$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FCOMP;sin?;$B;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FCOMP;argument;$E;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FCOMP;sin;E$;1| ...) ; compiling (DEFUN |FCOMP;cos;E$;2| ...) ; compiling (DEFUN |FCOMP;sin?;$B;3| ...) ; compiling (DEFUN |FCOMP;argument;$E;4| ...) ; compiling (DEFUN |FCOMP;coerce;$Of;5| ...) ; compiling (DEFUN |FCOMP;<;2$B;6| ...) ; compiling (DEFUN |FourierComponent| ...) ; compiling (DEFUN |FourierComponent;| ...) ; compiling (MAKEPROP (QUOTE |FourierComponent|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-HlTtPr/code.fasl written ; compilation finished in 0:00:00.029 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile IDPAM.spad && cp IDPAM.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IDPAM.fasl \ && if test -f IDPAM-.NRLIB/code.fasl; then \ cp IDPAM-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IDPAM-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IDPAM.spad using Spad compiler. IDPAM abbreviates domain IndexedDirectProductAbelianMonoid debug: compDefine1 lhs: (IndexedDirectProductAbelianMonoid A S) signature (pre-evaluate): ((Join (AbelianMonoid) (IndexedDirectProductCategory A S)) (AbelianMonoid) (OrderedType)) debug: evaluateType form: (Join (AbelianMonoid) (IndexedDirectProductCategory A S)) $param: (A S) debug: evaluateType form: (AbelianMonoid) $param: (A S) Debug: evaluateType1 form: (AbelianMonoid) debug: evaluateType form: (IndexedDirectProductCategory A S) $param: (A S) Debug: evaluateType1 form: (IndexedDirectProductCategory A S) debug: evaluateType1 x: A m: (BasicType) debug: evaluateType1 x: S m: (OrderedType) debug: evaluateType form: (AbelianMonoid) $param: (A S) Debug: evaluateType1 form: (AbelianMonoid) debug: evaluateType form: (OrderedType) $param: (A S) Debug: evaluateType1 form: (OrderedType) debug: compDefine1 signature (post evaluate): ((Join (AbelianMonoid) (IndexedDirectProductCategory A S)) (AbelianMonoid) (OrderedType)) debug: compDefine1 lhs: (IndexedDirectProductAbelianMonoid A S) signature (pre-evaluate): ((Join (AbelianMonoid) (IndexedDirectProductCategory A S)) NIL NIL) debug: evaluateType form: (Join (AbelianMonoid) (IndexedDirectProductCategory A S)) $param: (A S) debug: evaluateType form: (AbelianMonoid) $param: (A S) Debug: evaluateType1 form: (AbelianMonoid) debug: evaluateType form: (IndexedDirectProductCategory A S) $param: (A S) Debug: evaluateType1 form: (IndexedDirectProductCategory A S) debug: evaluateType1 x: A m: (BasicType) debug: evaluateType1 x: S m: (OrderedType) debug: compDefine1 signature (post evaluate): ((Join (AbelianMonoid) (IndexedDirectProductCategory A S)) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for IndexedDirectProductAbelianMonoid compiling into /tmp/oa-THK7SG importing IndexedProductTerm(A,S) compiling exported Zero : () -> % Time: 0.07 SEC. compiling exported zero? : % -> Boolean Time: 0.01 SEC. compiling local qsetrest! : (List IndexedProductTerm(A,S),List IndexedProductTerm(A,S)) -> List IndexedProductTerm(A,S) Time: 0.00 SEC. compiling exported + : (%,%) -> % Time: 0.02 SEC. compiling exported * : (NonNegativeInteger,%) -> % Time: 0.03 SEC. compiling exported monomial : (A,S) -> % Time: 0.01 SEC. compiling exported map : (A -> A,%) -> % Time: 0.02 SEC. compiling exported reductum : % -> % Time: 0.01 SEC. compiling exported leadingCoefficient : % -> A Time: 0.01 SEC. compiling exported opposite? : (%,%) -> Boolean Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] zero?: null has no value [2] +: newcell has no value [3] +: res has no value [4] reductum: null has no value [5] leadingCoefficient: null has no value Cumulative Statistics for Constructor IndexedDirectProductAbelianMonoid Time: 0.21 seconds --------------non extending category---------------------- IndexedDirectProductAbelianMonoid(#1,#2) of category Join( AbelianMonoid,IndexedDirectProductCategory(#1,#2)) has no combineWithIf : (%,%,((#1,#1) -> #1),((#1,#1) -> Boolean )) -> % ---------------------------------------------------------- finalizing NRLIB IDPAM Processing IndexedDirectProductAbelianMonoid for Browser database: -- constructor ; compiling file "/tmp/oa-THK7SG/code.lsp" (written 01 FEB 2016 10:59:34 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |IDPAM;Zero;$;1| ...) ; compiling (DEFUN |IDPAM;zero?;$B;2| ...) ; compiling (DEFUN |IDPAM;qsetrest!| ...) ; file: /tmp/oa-THK7SG/code.lsp ; in: DEFUN |IDPAM;qsetrest!| ; (DEFUN BOOT::|IDPAM;qsetrest!| (BOOT::|l| BOOT::|e| BOOT::$) ; (RPLACD BOOT::|l| BOOT::|e|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IDPAM;qsetrest!| ; (BOOT::|l| BOOT::|e| BOOT::$) ; (BLOCK BOOT::|IDPAM;qsetrest!| (RPLACD BOOT::|l| BOOT::|e|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |IDPAM;+;3$;4| ...) ; compiling (DEFUN |IDPAM;*;Nni2$;5| ...) ; compiling (DEFUN |IDPAM;monomial;AS$;6| ...) ; compiling (DEFUN |IDPAM;map;M2$;7| ...) ; compiling (DEFUN |IDPAM;reductum;2$;8| ...) ; compiling (DEFUN |IDPAM;leadingCoefficient;$A;9| ...) ; compiling (DEFUN |IDPAM;opposite?;2$B;10| ...) ; compiling (DEFUN |IndexedDirectProductAbelianMonoid| ...) ; compiling (DEFUN |IndexedDirectProductAbelianMonoid;| ...) ; compiling (MAKEPROP (QUOTE |IndexedDirectProductAbelianMonoid|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; /tmp/oa-THK7SG/code.fasl written ; compilation finished in 0:00:00.073 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile IDPO.spad && cp IDPO.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IDPO.fasl \ && if test -f IDPO-.NRLIB/code.fasl; then \ cp IDPO-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IDPO-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IDPO.spad using Spad compiler. IDPO abbreviates domain IndexedDirectProductObject debug: compDefine1 lhs: (IndexedDirectProductObject A S) signature (pre-evaluate): ((Join (IndexedDirectProductCategory A S) (CATEGORY domain (SIGNATURE combineWithIf ($ $ $ (Mapping A A A) (Mapping (Boolean) A A))))) NIL NIL) debug: evaluateType form: (Join (IndexedDirectProductCategory A S) (CATEGORY domain (SIGNATURE combineWithIf ($ $ $ (Mapping A A A) (Mapping (Boolean) A A))))) $param: (A S) debug: evaluateType form: (IndexedDirectProductCategory A S) $param: (A S) Debug: evaluateType1 form: (IndexedDirectProductCategory A S) debug: evaluateType1 x: A m: (BasicType) debug: evaluateType1 x: S m: (OrderedType) debug: evaluateType form: (CATEGORY domain (SIGNATURE combineWithIf ($ $ $ (Mapping A A A) (Mapping (Boolean) A A)))) $param: (A S) debug: evaluateType form: (Mapping A A A) $param: (A S) debug: evaluateType form: A $param: (A S) debug: evaluateType form: A $param: (A S) debug: evaluateType form: A $param: (A S) debug: evaluateType form: (Mapping (Boolean) A A) $param: (A S) debug: evaluateType form: (Boolean) $param: (A S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: A $param: (A S) debug: evaluateType form: A $param: (A S) debug: compDefine1 signature (post evaluate): ((Join (IndexedDirectProductCategory A S) (CATEGORY domain (SIGNATURE combineWithIf ($ $ $ (Mapping A A A) (Mapping (Boolean) A A))))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for IndexedDirectProductObject compiling into /tmp/oa-Hzvyqa compiling exported coerce : % -> OutputForm Time: 0.05 SEC. compiling exported = : (%,%) -> Boolean Time: 0 SEC. compiling exported monomial : (A,S) -> % IDPO;monomial;AS$;3(r,s) is replaced by %list %pair(s,r) Time: 0.01 SEC. compiling exported map : (A -> A,%) -> % Time: 0.01 SEC. compiling exported reductum : % -> % IDPO;reductum;2$;5 is replaced by %tail Time: 0.01 SEC. compiling exported leadingCoefficient : % -> A Time: 0.01 SEC. compiling exported leadingSupport : % -> S Time: 0.01 SEC. compiling exported terms : % -> List IndexedProductTerm(A,S) IDPO;terms;$L;8 x is replaced by x Time: 0.01 SEC. compiling exported convert : List IndexedProductTerm(A,S) -> % IDPO;convert;L$;9 l is replaced by l Time: 0.01 SEC. compiling exported combineWithIf : (%,%,(A,A) -> A,(A,A) -> Boolean) -> % Time: 0.10 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] leadingCoefficient: coefficient has no value Cumulative Statistics for Constructor IndexedDirectProductObject Time: 0.21 seconds finalizing NRLIB IDPO Processing IndexedDirectProductObject for Browser database: -- combineWithIf : (%,%,((A,A) -> A),((A,A) -> Boolean)) -> % -- constructor ; compiling file "/tmp/oa-Hzvyqa/code.lsp" (written 01 FEB 2016 10:59:35 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IDPO;monomial;AS$;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IDPO;reductum;2$;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IDPO;terms;$L;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IDPO;convert;L$;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IDPO;leadingCoefficient;$A;6|) ...) ; compiling (PUT (QUOTE |IDPO;leadingSupport;$S;7|) ...) ; compiling (DEFUN |IDPO;coerce;$Of;1| ...) ; compiling (DEFUN |IDPO;=;2$B;2| ...) ; file: /tmp/oa-Hzvyqa/code.lsp ; in: DEFUN |IDPO;=;2$B;2| ; (DEFUN BOOT::|IDPO;=;2$B;2| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 21))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IDPO;=;2$B;2| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|IDPO;=;2$B;2| ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 21)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |IDPO;monomial;AS$;3| ...) ; compiling (DEFUN |IDPO;map;M2$;4| ...) ; file: /tmp/oa-Hzvyqa/code.lsp ; in: DEFUN |IDPO;map;M2$;4| ; (DEFUN BOOT::|IDPO;map;M2$;4| (BOOT::|f| BOOT::|x| BOOT::$) ; (LET ((#:G593 BOOT::|x|) (#:G559 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G593 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IDPO;map;M2$;4| ; (BOOT::|f| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|IDPO;map;M2$;4| ; (LET ((#:G593 BOOT::|x|) (#:G559 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |IDPO;reductum;2$;5| ...) ; compiling (DEFUN |IDPO;leadingCoefficient;$A;6| ...) ; file: /tmp/oa-Hzvyqa/code.lsp ; in: DEFUN |IDPO;leadingCoefficient;$A;6| ; (DEFUN BOOT::|IDPO;leadingCoefficient;$A;6| (BOOT::|x| BOOT::$) ; (COND ; ((NULL BOOT::|x|) ; (BOOT::|error| "Can't take leadingCoefficient of empty product element")) ; (T (CDR (BOOT::|SPADfirst| BOOT::|x|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IDPO;leadingCoefficient;$A;6| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|IDPO;leadingCoefficient;$A;6| ; (COND ; ((NULL BOOT::|x|) ; (BOOT::|error| ; "Can't take leadingCoefficient of empty product element")) ; (T (CDR #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |IDPO;leadingSupport;$S;7| ...) ; file: /tmp/oa-Hzvyqa/code.lsp ; in: DEFUN |IDPO;leadingSupport;$S;7| ; (DEFUN BOOT::|IDPO;leadingSupport;$S;7| (BOOT::|x| BOOT::$) ; (COND ; ((NULL BOOT::|x|) ; (BOOT::|error| "Can't take leadingCoefficient of empty product element")) ; (T (CAR (BOOT::|SPADfirst| BOOT::|x|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IDPO;leadingSupport;$S;7| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|IDPO;leadingSupport;$S;7| ; (COND ; ((NULL BOOT::|x|) ; (BOOT::|error| ; "Can't take leadingCoefficient of empty product element")) ; (T (CAR #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |IDPO;terms;$L;8| ...) ; compiling (DEFUN |IDPO;convert;L$;9| ...) ; compiling (DEFUN |IDPO;combineWithIf;2$MM$;10| ...) ; compiling (DEFUN |IndexedDirectProductObject| ...) ; compiling (DEFUN |IndexedDirectProductObject;| ...) ; compiling (MAKEPROP (QUOTE |IndexedDirectProductObject|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; printed 2 notes ; /tmp/oa-Hzvyqa/code.fasl written ; compilation finished in 0:00:00.057 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile INCRMAPS.spad && cp INCRMAPS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INCRMAPS.fasl \ && if test -f INCRMAPS-.NRLIB/code.fasl; then \ cp INCRMAPS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INCRMAPS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INCRMAPS.spad using Spad compiler. INCRMAPS abbreviates package IncrementingMaps debug: compDefine1 lhs: (IncrementingMaps R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE increment ((Mapping R R))) (SIGNATURE incrementBy ((Mapping R R) R))) (Join (Monoid) (AbelianSemiGroup))) debug: evaluateType form: (CATEGORY package (SIGNATURE increment ((Mapping R R))) (SIGNATURE incrementBy ((Mapping R R) R))) $param: (R) debug: evaluateType form: (Mapping R R) $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Mapping R R) $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Join (Monoid) (AbelianSemiGroup)) $param: (R) debug: evaluateType form: (Monoid) $param: (R) Debug: evaluateType1 form: (Monoid) debug: evaluateType form: (AbelianSemiGroup) $param: (R) Debug: evaluateType1 form: (AbelianSemiGroup) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE increment ((Mapping R R))) (SIGNATURE incrementBy ((Mapping R R) R))) (Join (Monoid) (AbelianSemiGroup))) debug: compDefine1 lhs: (IncrementingMaps R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE increment ((Mapping R R))) (SIGNATURE incrementBy ((Mapping R R) R))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE increment ((Mapping R R))) (SIGNATURE incrementBy ((Mapping R R) R))) $param: (R) debug: evaluateType form: (Mapping R R) $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Mapping R R) $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: R $param: (R) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE increment ((Mapping R R))) (SIGNATURE incrementBy ((Mapping R R) R))) NIL) ------------------------------------------------------------------------ initializing stationary directory for IncrementingMaps compiling into /tmp/oa-L5GVkr compiling exported increment : () -> R -> R Time: 0.00 SEC. compiling exported incrementBy : R -> R -> R Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor IncrementingMaps Time: 0.01 seconds finalizing NRLIB INCRMAPS Processing IncrementingMaps for Browser database: -- increment : () -> (R -> R) -- incrementBy : R -> (R -> R) -- constructor ; compiling file "/tmp/oa-L5GVkr/code.lsp" (written 01 FEB 2016 10:59:35 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |INCRMAPS;increment;M;1| ...) ; compiling (DEFUN |INCRMAPS;increment;M;1!0| ...) ; compiling (DEFUN |INCRMAPS;incrementBy;RM;2| ...) ; compiling (DEFUN |INCRMAPS;incrementBy;RM;2!0| ...) ; compiling (DEFUN |IncrementingMaps| ...) ; compiling (DEFUN |IncrementingMaps;| ...) ; compiling (MAKEPROP (QUOTE |IncrementingMaps|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-L5GVkr/code.fasl written ; compilation finished in 0:00:00.021 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile KERNEL2.spad && cp KERNEL2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/KERNEL2.fasl \ && if test -f KERNEL2-.NRLIB/code.fasl; then \ cp KERNEL2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/KERNEL2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/KERNEL2.spad using Spad compiler. KERNEL2 abbreviates package KernelFunctions2 debug: compDefine1 lhs: (KernelFunctions2 R S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE constantKernel ((Kernel S) R)) (SIGNATURE constantIfCan ((Union R failed) (Kernel S)))) (SetCategory) (SetCategory)) debug: evaluateType form: (CATEGORY package (SIGNATURE constantKernel ((Kernel S) R)) (SIGNATURE constantIfCan ((Union R failed) (Kernel S)))) $param: (R S) debug: evaluateType form: (Kernel S) $param: (R S) Debug: evaluateType1 form: (Kernel S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: R $param: (R S) debug: evaluateType form: (Union R failed) $param: (R S) debug: evaluateType form: R $param: (R S) debug: evaluateType form: failed $param: (R S) debug: evaluateType form: (Kernel S) $param: (R S) Debug: evaluateType1 form: (Kernel S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R S) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE constantKernel ((Kernel S) R)) (SIGNATURE constantIfCan ((Union R failed) (Kernel S)))) (SetCategory) (SetCategory)) debug: compDefine1 lhs: (KernelFunctions2 R S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE constantKernel ((Kernel S) R)) (SIGNATURE constantIfCan ((Union R failed) (Kernel S)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE constantKernel ((Kernel S) R)) (SIGNATURE constantIfCan ((Union R failed) (Kernel S)))) $param: (R S) debug: evaluateType form: (Kernel S) $param: (R S) Debug: evaluateType1 form: (Kernel S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: R $param: (R S) debug: evaluateType form: (Union R failed) $param: (R S) debug: evaluateType form: R $param: (R S) debug: evaluateType form: failed $param: (R S) debug: evaluateType form: (Kernel S) $param: (R S) Debug: evaluateType1 form: (Kernel S) debug: evaluateType1 x: S m: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE constantKernel ((Kernel S) R)) (SIGNATURE constantIfCan ((Union R failed) (Kernel S)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for KernelFunctions2 compiling into /tmp/oa-5r7r4D importing BasicOperatorFunctions1 R compiling exported constantKernel : R -> Kernel S Time: 0.08 SEC. compiling exported constantIfCan : Kernel S -> Union(R,failed) Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor KernelFunctions2 Time: 0.08 seconds finalizing NRLIB KERNEL2 Processing KernelFunctions2 for Browser database: -- constantKernel : R -> Kernel S -- constantIfCan : Kernel S -> Union(R,"failed") -- constructor ; compiling file "/tmp/oa-5r7r4D/code.lsp" (written 01 FEB 2016 10:59:35 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |KERNEL2;constantKernel;RK;1| ...) ; compiling (DEFUN |KERNEL2;constantIfCan;KU;2| ...) ; file: /tmp/oa-5r7r4D/code.lsp ; in: DEFUN |KERNEL2;constantIfCan;KU;2| ; (DEFUN BOOT::|KERNEL2;constantIfCan;KU;2| (BOOT::|k| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|k| (BOOT::|shellEntry| BOOT::$ 18)) ; (BOOT::|shellEntry| BOOT::$ 20))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|KERNEL2;constantIfCan;KU;2| ; (BOOT::|k| BOOT::$) ; (BLOCK BOOT::|KERNEL2;constantIfCan;KU;2| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|k| (BOOT::|shellEntry| BOOT::$ 18)) ; (BOOT::|shellEntry| BOOT::$ 20)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |KernelFunctions2| ...) ; compiling (DEFUN |KernelFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |KernelFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-5r7r4D/code.fasl written ; compilation finished in 0:00:00.020 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MODMONOM.spad && cp MODMONOM.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MODMONOM.fasl \ && if test -f MODMONOM-.NRLIB/code.fasl; then \ cp MODMONOM-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MODMONOM-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MODMONOM.spad using Spad compiler. MODMONOM abbreviates domain ModuleMonomial debug: compDefine1 lhs: (ModuleMonomial IS E ff) signature (pre-evaluate): ((Join (OrderedSet) (HomotopicTo (Record (: index IS) (: exponent E))) (CATEGORY domain (SIGNATURE exponent (E $)) (SIGNATURE index (IS $)) (SIGNATURE construct ($ IS E)))) (OrderedSet) (SetCategory) (Mapping (Boolean) (Record (: index IS) (: exponent E)) (Record (: index IS) (: exponent E)))) debug: evaluateType form: (Join (OrderedSet) (HomotopicTo (Record (: index IS) (: exponent E))) (CATEGORY domain (SIGNATURE exponent (E $)) (SIGNATURE index (IS $)) (SIGNATURE construct ($ IS E)))) $param: (IS E ff) debug: evaluateType form: (OrderedSet) $param: (IS E ff) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (HomotopicTo (Record (: index IS) (: exponent E))) $param: (IS E ff) Debug: evaluateType1 form: (HomotopicTo (Record (: index IS) (: exponent E))) debug: evaluateType1 x: (Record (: index IS) (: exponent E)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (IS E ff) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: index IS) (: exponent E)) $param: (IS E ff) debug: evaluateType form: IS $param: (IS E ff) debug: evaluateType form: E $param: (IS E ff) debug: evalCategory d: (Record (: index IS) (: exponent E)) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE exponent (E $)) (SIGNATURE index (IS $)) (SIGNATURE construct ($ IS E))) $param: (IS E ff) debug: evaluateType form: E $param: (IS E ff) debug: evaluateType form: IS $param: (IS E ff) debug: evaluateType form: IS $param: (IS E ff) debug: evaluateType form: E $param: (IS E ff) debug: evaluateType form: (OrderedSet) $param: (IS E ff) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (SetCategory) $param: (IS E ff) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Mapping (Boolean) (Record (: index IS) (: exponent E)) (Record (: index IS) (: exponent E))) $param: (IS E ff) debug: evaluateType form: (Boolean) $param: (IS E ff) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Record (: index IS) (: exponent E)) $param: (IS E ff) debug: evaluateType form: IS $param: (IS E ff) debug: evaluateType form: E $param: (IS E ff) debug: evaluateType form: (Record (: index IS) (: exponent E)) $param: (IS E ff) debug: evaluateType form: IS $param: (IS E ff) debug: evaluateType form: E $param: (IS E ff) debug: compDefine1 signature (post evaluate): ((Join (OrderedSet) (HomotopicTo (Record (: index IS) (: exponent E))) (CATEGORY domain (SIGNATURE exponent (E $)) (SIGNATURE index (IS $)) (SIGNATURE construct ($ IS E)))) (OrderedSet) (SetCategory) (Mapping (Boolean) (Record (: index IS) (: exponent E)) (Record (: index IS) (: exponent E)))) debug: compDefine1 lhs: (ModuleMonomial IS E ff) signature (pre-evaluate): ((Join (OrderedSet) (HomotopicTo (Record (: index IS) (: exponent E))) (CATEGORY domain (SIGNATURE exponent (E $)) (SIGNATURE index (IS $)) (SIGNATURE construct ($ IS E)))) NIL NIL NIL) debug: evaluateType form: (Join (OrderedSet) (HomotopicTo (Record (: index IS) (: exponent E))) (CATEGORY domain (SIGNATURE exponent (E $)) (SIGNATURE index (IS $)) (SIGNATURE construct ($ IS E)))) $param: (IS E ff) debug: evaluateType form: (OrderedSet) $param: (IS E ff) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (HomotopicTo (Record (: index IS) (: exponent E))) $param: (IS E ff) Debug: evaluateType1 form: (HomotopicTo (Record (: index IS) (: exponent E))) debug: evaluateType1 x: (Record (: index IS) (: exponent E)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (IS E ff) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: index IS) (: exponent E)) $param: (IS E ff) debug: evaluateType form: IS $param: (IS E ff) debug: evaluateType form: E $param: (IS E ff) debug: evalCategory d: (Record (: index IS) (: exponent E)) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE exponent (E $)) (SIGNATURE index (IS $)) (SIGNATURE construct ($ IS E))) $param: (IS E ff) debug: evaluateType form: E $param: (IS E ff) debug: evaluateType form: IS $param: (IS E ff) debug: evaluateType form: IS $param: (IS E ff) debug: evaluateType form: E $param: (IS E ff) debug: compDefine1 signature (post evaluate): ((Join (OrderedSet) (HomotopicTo (Record (: index IS) (: exponent E))) (CATEGORY domain (SIGNATURE exponent (E $)) (SIGNATURE index (IS $)) (SIGNATURE construct ($ IS E)))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ModuleMonomial compiling into /tmp/oa-ViszPR compiling exported < : (%,%) -> Boolean Time: 0.02 SEC. compiling exported exponent : % -> E MODMONOM;exponent;$E;2 is replaced by %tail Time: 0 SEC. compiling exported index : % -> IS MODMONOM;index;$IS;3 is replaced by %head Time: 0 SEC. compiling exported coerce : % -> Record(index: IS,exponent: E) MODMONOM;coerce;$R;4 x is replaced by x Time: 0 SEC. compiling exported coerce : Record(index: IS,exponent: E) -> % MODMONOM;coerce;R$;5 x is replaced by x Time: 0.00 SEC. compiling exported construct : (IS,E) -> % MODMONOM;construct;ISE$;6 is replaced by %pair Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] OpenAxiom suggests removing assignment to Rep Cumulative Statistics for Constructor ModuleMonomial Time: 0.03 seconds --------------non extending category---------------------- ModuleMonomial(#1,#2,#3) of category Join(OrderedSet,HomotopicTo Record(index: #1,exponent: #2)) with exponent : % -> #2 index : % -> #1 construct : (#1,#2) -> % has no RecordCategory(index: #1,exponent: #2) ---------------------------------------------------------- finalizing NRLIB MODMONOM Processing ModuleMonomial for Browser database: -- exponent : % -> E -- index : % -> IS -- construct : (IS,E) -> % -- constructor ; compiling file "/tmp/oa-ViszPR/code.lsp" (written 01 FEB 2016 10:59:35 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MODMONOM;exponent;$E;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MODMONOM;index;$IS;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MODMONOM;coerce;$R;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MODMONOM;coerce;R$;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MODMONOM;construct;ISE$;6|) ...) ; compiling (DEFUN |MODMONOM;<;2$B;1| ...) ; file: /tmp/oa-ViszPR/code.lsp ; in: DEFUN |MODMONOM;<;2$B;1| ; (DEFUN BOOT::|MODMONOM;<;2$B;1| (BOOT::|x| BOOT::|y| BOOT::$) ; (FUNCALL (CAR (BOOT::|shellEntry| BOOT::$ 8)) BOOT::|x| BOOT::|y| ; (CDR (BOOT::|shellEntry| BOOT::$ 8)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MODMONOM;<;2$B;1| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|MODMONOM;<;2$B;1| ; (FUNCALL (CAR (BOOT::|shellEntry| BOOT::$ 8)) BOOT::|x| BOOT::|y| ; (CDR (BOOT::|shellEntry| BOOT::$ 8))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |MODMONOM;exponent;$E;2| ...) ; compiling (DEFUN |MODMONOM;index;$IS;3| ...) ; compiling (DEFUN |MODMONOM;coerce;$R;4| ...) ; compiling (DEFUN |MODMONOM;coerce;R$;5| ...) ; compiling (DEFUN |MODMONOM;construct;ISE$;6| ...) ; compiling (DEFUN |ModuleMonomial| ...) ; compiling (DEFUN |ModuleMonomial;| ...) ; compiling (MAKEPROP (QUOTE |ModuleMonomial|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-ViszPR/code.fasl written ; compilation finished in 0:00:00.023 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MONADWU.spad && cp MONADWU.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MONADWU.fasl \ && if test -f MONADWU-.NRLIB/code.fasl; then \ cp MONADWU-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MONADWU-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MONADWU.spad using Spad compiler. MONADWU abbreviates category MonadWithUnit debug: compDefine1 lhs: (MonadWithUnit) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for MonadWithUnit compiling into /tmp/oa-u4HSx5 STYLE-WARNING: redefining BOOT::|MonadWithUnit| in DEFUN Time: 0.00 SEC. MONADWU- abbreviates package MonadWithUnit& ------------------------------------------------------------------------ initializing stationary directory for MonadWithUnit& compiling into /tmp/oa-wx0Ww4 importing RepeatedSquaring S compiling exported one? : S -> Boolean Time: 0.01 SEC. compiling exported ** : (S,NonNegativeInteger) -> S Time: 0.05 SEC. compiling exported rightPower : (S,NonNegativeInteger) -> S Time: 0.01 SEC. compiling exported leftPower : (S,NonNegativeInteger) -> S Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor MonadWithUnit& Time: 0.08 seconds finalizing NRLIB MONADWU- ; compiling file "/tmp/oa-wx0Ww4/code.lsp" (written 01 FEB 2016 10:59:35 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MONADWU-;one?;$B;1| ...) ; file: /tmp/oa-wx0Ww4/code.lsp ; in: DEFUN |MONADWU-;one?;$B;1| ; (DEFUN BOOT::|MONADWU-;one?;$B;1| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|spadConstant| BOOT::$ 7) ; (BOOT::|shellEntry| BOOT::$ 9))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MONADWU-;one?;$B;1| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|MONADWU-;one?;$B;1| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|spadConstant| BOOT::$ 7) ; (BOOT::|shellEntry| BOOT::$ 9)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |MONADWU-;**;$Nni$;2| ...) ; compiling (DEFUN |MONADWU-;rightPower;$Nni$;3| ...) ; compiling (DEFUN |MONADWU-;leftPower;$Nni$;4| ...) ; compiling (DEFUN |MonadWithUnit&| ...) ; compiling (MAKEPROP (QUOTE |MonadWithUnit&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-wx0Ww4/code.fasl written ; compilation finished in 0:00:00.019 ------------------------------------------------------------------------ finalizing NRLIB MONADWU Processing MonadWithUnit for Browser database: -- 1 : () -> % --->../../x86_64-unknown-linux-gnu/src/algebra/naalgc.spad-->MonadWithUnit((One (%) constant)): Improper first word in comments: "1 returns the unit element,{} denoted by 1." -- one? : % -> Boolean -- rightPower : (%,NonNegativeInteger) -> % -- leftPower : (%,NonNegativeInteger) -> % -- ?**? : (%,NonNegativeInteger) -> % -- recip : % -> Union(%,"failed") -- leftRecip : % -> Union(%,"failed") -- rightRecip : % -> Union(%,"failed") -- constructor ; compiling file "/tmp/oa-u4HSx5/code.lsp" (written 01 FEB 2016 10:59:35 PM): ; compiling (DEFPARAMETER |MonadWithUnit;AL| ...) ; compiling (DEFUN |MonadWithUnit;| ...) ; compiling (DEFUN |MonadWithUnit| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-u4HSx5/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile NARNG.spad && cp NARNG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/NARNG.fasl \ && if test -f NARNG-.NRLIB/code.fasl; then \ cp NARNG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/NARNG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NARNG.spad using Spad compiler. NARNG abbreviates category NonAssociativeRng debug: compDefine1 lhs: (NonAssociativeRng) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for NonAssociativeRng compiling into /tmp/oa-6iBGMd STYLE-WARNING: redefining BOOT::|NonAssociativeRng| in DEFUN Time: 0.01 SEC. NARNG- abbreviates package NonAssociativeRng& ------------------------------------------------------------------------ initializing stationary directory for NonAssociativeRng& compiling into /tmp/oa-t6qmod compiling exported associator : (S,S,S) -> S Time: 0.04 SEC. compiling exported commutator : (S,S) -> S Time: 0 SEC. compiling exported antiCommutator : (S,S) -> S Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor NonAssociativeRng& Time: 0.04 seconds finalizing NRLIB NARNG- ; compiling file "/tmp/oa-t6qmod/code.lsp" (written 01 FEB 2016 10:59:36 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |NARNG-;associator;4$;1| ...) ; compiling (DEFUN |NARNG-;commutator;3$;2| ...) ; compiling (DEFUN |NARNG-;antiCommutator;3$;3| ...) ; compiling (DEFUN |NonAssociativeRng&| ...) ; compiling (MAKEPROP (QUOTE |NonAssociativeRng&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-t6qmod/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ finalizing NRLIB NARNG Processing NonAssociativeRng for Browser database: -- associator : (%,%,%) -> % -- commutator : (%,%) -> % -- antiCommutator : (%,%) -> % -- constructor ; compiling file "/tmp/oa-6iBGMd/code.lsp" (written 01 FEB 2016 10:59:36 PM): ; compiling (DEFPARAMETER |NonAssociativeRng;AL| ...) ; compiling (DEFUN |NonAssociativeRng;| ...) ; compiling (DEFUN |NonAssociativeRng| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-6iBGMd/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ODVAR.spad && cp ODVAR.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ODVAR.fasl \ && if test -f ODVAR-.NRLIB/code.fasl; then \ cp ODVAR-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ODVAR-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ODVAR.spad using Spad compiler. ODVAR abbreviates domain OrderlyDifferentialVariable debug: compDefine1 lhs: (OrderlyDifferentialVariable S) signature (pre-evaluate): ((DifferentialVariableCategory S) (OrderedSet)) debug: evaluateType form: (DifferentialVariableCategory S) $param: (S) Debug: evaluateType1 form: (DifferentialVariableCategory S) debug: evaluateType1 x: S m: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (S) Debug: evaluateType1 form: (OrderedSet) debug: compDefine1 signature (post evaluate): ((DifferentialVariableCategory S) (OrderedSet)) debug: compDefine1 lhs: (OrderlyDifferentialVariable S) signature (pre-evaluate): ((DifferentialVariableCategory S) NIL) debug: evaluateType form: (DifferentialVariableCategory S) $param: (S) Debug: evaluateType1 form: (DifferentialVariableCategory S) debug: evaluateType1 x: S m: (OrderedSet) debug: compDefine1 signature (post evaluate): ((DifferentialVariableCategory S) NIL) ------------------------------------------------------------------------ initializing stationary directory for OrderlyDifferentialVariable compiling into /tmp/oa-8sna6r compiling exported makeVariable : (S,NonNegativeInteger) -> % ODVAR;makeVariable;SNni$;1 is replaced by %pair Time: 0.04 SEC. compiling exported variable : % -> S ODVAR;variable;$S;2 is replaced by %head Time: 0 SEC. compiling exported order : % -> NonNegativeInteger ODVAR;order;$Nni;3 is replaced by %tail Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] Type NonNegativeInteger is not in scope. Import it Cumulative Statistics for Constructor OrderlyDifferentialVariable Time: 0.06 seconds finalizing NRLIB ODVAR Processing OrderlyDifferentialVariable for Browser database: -- constructor ; compiling file "/tmp/oa-8sna6r/code.lsp" (written 01 FEB 2016 10:59:36 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ODVAR;makeVariable;SNni$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ODVAR;variable;$S;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ODVAR;order;$Nni;3|) ...) ; compiling (DEFUN |ODVAR;makeVariable;SNni$;1| ...) ; compiling (DEFUN |ODVAR;variable;$S;2| ...) ; compiling (DEFUN |ODVAR;order;$Nni;3| ...) ; compiling (DEFUN |OrderlyDifferentialVariable| ...) ; compiling (DEFUN |OrderlyDifferentialVariable;| ...) ; compiling (MAKEPROP (QUOTE |OrderlyDifferentialVariable|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-8sna6r/code.fasl written ; compilation finished in 0:00:00.019 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PATLRES.spad && cp PATLRES.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PATLRES.fasl \ && if test -f PATLRES-.NRLIB/code.fasl; then \ cp PATLRES-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PATLRES-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PATLRES.spad using Spad compiler. PATLRES abbreviates domain PatternMatchListResult debug: compDefine1 lhs: (PatternMatchListResult R S L) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE failed? ((Boolean) $)) (SIGNATURE failed ($)) (SIGNATURE new ($)) (SIGNATURE makeResult ($ (PatternMatchResult R S) (PatternMatchResult R L))) (SIGNATURE atoms ((PatternMatchResult R S) $)) (SIGNATURE lists ((PatternMatchResult R L) $)))) (SetCategory) (SetCategory) (ListAggregate S)) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (SIGNATURE failed? ((Boolean) $)) (SIGNATURE failed ($)) (SIGNATURE new ($)) (SIGNATURE makeResult ($ (PatternMatchResult R S) (PatternMatchResult R L))) (SIGNATURE atoms ((PatternMatchResult R S) $)) (SIGNATURE lists ((PatternMatchResult R L) $)))) $param: (R S L) debug: evaluateType form: (SetCategory) $param: (R S L) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE failed? ((Boolean) $)) (SIGNATURE failed ($)) (SIGNATURE new ($)) (SIGNATURE makeResult ($ (PatternMatchResult R S) (PatternMatchResult R L))) (SIGNATURE atoms ((PatternMatchResult R S) $)) (SIGNATURE lists ((PatternMatchResult R L) $))) $param: (R S L) debug: evaluateType form: (Boolean) $param: (R S L) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (PatternMatchResult R S) $param: (R S L) Debug: evaluateType1 form: (PatternMatchResult R S) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (PatternMatchResult R L) $param: (R S L) Debug: evaluateType1 form: (PatternMatchResult R L) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType1 x: L m: (SetCategory) debug: evaluateType form: (PatternMatchResult R S) $param: (R S L) Debug: evaluateType1 form: (PatternMatchResult R S) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (PatternMatchResult R L) $param: (R S L) Debug: evaluateType1 form: (PatternMatchResult R L) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType1 x: L m: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R S L) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R S L) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (ListAggregate S) $param: (R S L) Debug: evaluateType1 form: (ListAggregate S) debug: evaluateType1 x: S m: (Type) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE failed? ((Boolean) $)) (SIGNATURE failed ($)) (SIGNATURE new ($)) (SIGNATURE makeResult ($ (PatternMatchResult R S) (PatternMatchResult R L))) (SIGNATURE atoms ((PatternMatchResult R S) $)) (SIGNATURE lists ((PatternMatchResult R L) $)))) (SetCategory) (SetCategory) (ListAggregate S)) debug: compDefine1 lhs: (PatternMatchListResult R S L) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE failed? ((Boolean) $)) (SIGNATURE failed ($)) (SIGNATURE new ($)) (SIGNATURE makeResult ($ (PatternMatchResult R S) (PatternMatchResult R L))) (SIGNATURE atoms ((PatternMatchResult R S) $)) (SIGNATURE lists ((PatternMatchResult R L) $)))) NIL NIL NIL) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (SIGNATURE failed? ((Boolean) $)) (SIGNATURE failed ($)) (SIGNATURE new ($)) (SIGNATURE makeResult ($ (PatternMatchResult R S) (PatternMatchResult R L))) (SIGNATURE atoms ((PatternMatchResult R S) $)) (SIGNATURE lists ((PatternMatchResult R L) $)))) $param: (R S L) debug: evaluateType form: (SetCategory) $param: (R S L) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE failed? ((Boolean) $)) (SIGNATURE failed ($)) (SIGNATURE new ($)) (SIGNATURE makeResult ($ (PatternMatchResult R S) (PatternMatchResult R L))) (SIGNATURE atoms ((PatternMatchResult R S) $)) (SIGNATURE lists ((PatternMatchResult R L) $))) $param: (R S L) debug: evaluateType form: (Boolean) $param: (R S L) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (PatternMatchResult R S) $param: (R S L) Debug: evaluateType1 form: (PatternMatchResult R S) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (PatternMatchResult R L) $param: (R S L) Debug: evaluateType1 form: (PatternMatchResult R L) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType1 x: L m: (SetCategory) debug: evaluateType form: (PatternMatchResult R S) $param: (R S L) Debug: evaluateType1 form: (PatternMatchResult R S) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (PatternMatchResult R L) $param: (R S L) Debug: evaluateType1 form: (PatternMatchResult R L) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType1 x: L m: (SetCategory) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE failed? ((Boolean) $)) (SIGNATURE failed ($)) (SIGNATURE new ($)) (SIGNATURE makeResult ($ (PatternMatchResult R S) (PatternMatchResult R L))) (SIGNATURE atoms ((PatternMatchResult R S) $)) (SIGNATURE lists ((PatternMatchResult R L) $)))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PatternMatchListResult compiling into /tmp/oa-BzEVCE compiling exported new : () -> % PATLRES;new;$;1 is replaced by %pair(%pair(0,%list %nil),%pair(0,%list %nil)) Time: 0.04 SEC. compiling exported atoms : % -> PatternMatchResult(R,S) PATLRES;atoms;$Pmr;2 is replaced by %head Time: 0 SEC. compiling exported lists : % -> PatternMatchResult(R,L) PATLRES;lists;$Pmr;3 is replaced by %tail Time: 0.00 SEC. compiling exported failed : () -> % PATLRES;failed;$;4 is replaced by %pair(%pair(1,"failed"),%pair(1,"failed")) Time: 0 SEC. compiling exported failed? : % -> Boolean PATLRES;failed?;$B;5 r is replaced by %ieq(%head %head r,1) Time: 0.01 SEC. compiling exported = : (%,%) -> Boolean Time: 0.01 SEC. compiling exported makeResult : (PatternMatchResult(R,S),PatternMatchResult(R,L)) -> % PATLRES;makeResult;PmrPmr$;7(r1,r2) is replaced by %when( %pair(%pair(1,"failed"),%pair(1,"failed")),%otherwise %pair(r1,r2)) Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] Type PatternMatchResult(R,S) is not in scope. Import it [2] Type PatternMatchResult(R,L) is not in scope. Import it Cumulative Statistics for Constructor PatternMatchListResult Time: 0.08 seconds finalizing NRLIB PATLRES Processing PatternMatchListResult for Browser database: -- failed? : % -> Boolean -- failed : () -> % -- new : () -> % -- makeResult : (PatternMatchResult(R,S),PatternMatchResult(R,L)) -> % -- atoms : % -> PatternMatchResult(R,S) -- lists : % -> PatternMatchResult(R,L) -- constructor ; compiling file "/tmp/oa-BzEVCE/code.lsp" (written 01 FEB 2016 10:59:36 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PATLRES;new;$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PATLRES;atoms;$Pmr;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PATLRES;lists;$Pmr;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PATLRES;failed;$;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PATLRES;failed?;$B;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PATLRES;makeResult;PmrPmr$;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PATLRES;new;$;1| ...) ; compiling (DEFUN |PATLRES;atoms;$Pmr;2| ...) ; compiling (DEFUN |PATLRES;lists;$Pmr;3| ...) ; compiling (DEFUN |PATLRES;failed;$;4| ...) ; compiling (DEFUN |PATLRES;failed?;$B;5| ...) ; compiling (DEFUN |PATLRES;=;2$B;6| ...) ; file: /tmp/oa-BzEVCE/code.lsp ; in: DEFUN |PATLRES;=;2$B;6| ; (DEFUN BOOT::|PATLRES;=;2$B;6| (BOOT::|x| BOOT::|y| BOOT::$) ; (AND ; (BOOT::SPADCALL (CAR BOOT::|x|) (CAR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 23)) ; (BOOT::SPADCALL (CDR BOOT::|x|) (CDR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 24)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATLRES;=;2$B;6| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|PATLRES;=;2$B;6| ; (AND ; (BOOT::SPADCALL (CAR BOOT::|x|) (CAR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 23)) ; (BOOT::SPADCALL (CDR BOOT::|x|) (CDR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 24))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |PATLRES;makeResult;PmrPmr$;7| ...) ; compiling (DEFUN |PATLRES;coerce;$Of;8| ...) ; compiling (DEFUN |PatternMatchListResult| ...) ; compiling (DEFUN |PatternMatchListResult;| ...) ; compiling (MAKEPROP (QUOTE |PatternMatchListResult|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-BzEVCE/code.fasl written ; compilation finished in 0:00:00.042 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PMLSAGG.spad && cp PMLSAGG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PMLSAGG.fasl \ && if test -f PMLSAGG-.NRLIB/code.fasl; then \ cp PMLSAGG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PMLSAGG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PMLSAGG.spad using Spad compiler. PMLSAGG abbreviates package PatternMatchListAggregate debug: compDefine1 lhs: (PatternMatchListAggregate S R L) signature (pre-evaluate): ((CATEGORY package (SIGNATURE patternMatch ((PatternMatchListResult S R L) L (Pattern S) (PatternMatchListResult S R L)))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE patternMatch ((PatternMatchListResult S R L) L (Pattern S) (PatternMatchListResult S R L)))) $param: (S R L) debug: evaluateType form: (PatternMatchListResult S R L) $param: (S R L) Debug: evaluateType1 form: (PatternMatchListResult S R L) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType1 x: L m: (ListAggregate R) debug: evaluateType form: L $param: (S R L) debug: evaluateType form: (Pattern S) $param: (S R L) Debug: evaluateType1 form: (Pattern S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (PatternMatchListResult S R L) $param: (S R L) Debug: evaluateType1 form: (PatternMatchListResult S R L) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType1 x: L m: (ListAggregate R) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE patternMatch ((PatternMatchListResult S R L) L (Pattern S) (PatternMatchListResult S R L)))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PatternMatchListAggregate compiling into /tmp/oa-QMeVjU compiling exported patternMatch : (L,Pattern S,PatternMatchListResult(S,R,L)) -> PatternMatchListResult(S,R,L) Time: 0.05 SEC. compiling local match : (L,List Pattern S,PatternMatchListResult(S,R,L),Boolean) -> PatternMatchListResult(S,R,L) Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] match: multiple? has no value [2] match: not known that SetCategory is of mode CATEGORY(package,patternMatch: (L,Pattern S,PatternMatchListResult(S,R,L)) -> PatternMatchListResult(S,R,L)) Cumulative Statistics for Constructor PatternMatchListAggregate Time: 0.08 seconds finalizing NRLIB PMLSAGG Processing PatternMatchListAggregate for Browser database: -- patternMatch : (L,Pattern S,PLR) -> PLR -- constructor ; compiling file "/tmp/oa-QMeVjU/code.lsp" (written 01 FEB 2016 10:59:36 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PMLSAGG;patternMatch;LP2Pmlr;1| ...) ; compiling (DEFUN |PMLSAGG;match| ...) ; compiling (DEFUN |PatternMatchListAggregate| ...) ; compiling (DEFUN |PatternMatchListAggregate;| ...) ; compiling (MAKEPROP (QUOTE |PatternMatchListAggregate|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-QMeVjU/code.fasl written ; compilation finished in 0:00:00.038 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ORDMON.spad && cp ORDMON.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ORDMON.fasl \ && if test -f ORDMON-.NRLIB/code.fasl; then \ cp ORDMON-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ORDMON-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ORDMON.spad using Spad compiler. ORDMON abbreviates category OrderedMonoid debug: compDefine1 lhs: (OrderedMonoid) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for OrderedMonoid compiling into /tmp/oa-GEVT3c STYLE-WARNING: redefining BOOT::|OrderedMonoid| in DEFUN Time: 0.01 SEC. finalizing NRLIB ORDMON Processing OrderedMonoid for Browser database: -- constructor ; compiling file "/tmp/oa-GEVT3c/code.lsp" (written 01 FEB 2016 10:59:36 PM): ; compiling (DEFPARAMETER |OrderedMonoid;AL| ...) ; compiling (DEFUN |OrderedMonoid;| ...) ; compiling (DEFUN |OrderedMonoid| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-GEVT3c/code.fasl written ; compilation finished in 0:00:00.005 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PERMCAT.spad && cp PERMCAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PERMCAT.fasl \ && if test -f PERMCAT-.NRLIB/code.fasl; then \ cp PERMCAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PERMCAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PERMCAT.spad using Spad compiler. PERMCAT abbreviates category PermutationCategory debug: compDefine1 lhs: (PermutationCategory S) signature (pre-evaluate): ((Category) (SetCategory)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Category) (SetCategory)) debug: compDefine1 lhs: (PermutationCategory S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for PermutationCategory compiling into /tmp/oa-RMMRWl STYLE-WARNING: redefining BOOT::|PermutationCategory| in DEFUN Time: 0.02 SEC. finalizing NRLIB PERMCAT Processing PermutationCategory for Browser database: -- cycle : List S -> % -- cycles : List List S -> % -- support : % -> Set S -- orbit : (%,S) -> Set S -- ? Boolean -- constructor ; compiling file "/tmp/oa-RMMRWl/code.lsp" (written 01 FEB 2016 10:59:37 PM): ; compiling (DEFPARAMETER |PermutationCategory;AL| ...) ; compiling (DEFUN |PermutationCategory;| ...) ; compiling (DEFUN |PermutationCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-RMMRWl/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile RFDIST.spad && cp RFDIST.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RFDIST.fasl \ && if test -f RFDIST-.NRLIB/code.fasl; then \ cp RFDIST-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RFDIST-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RFDIST.spad using Spad compiler. RFDIST abbreviates package RandomFloatDistributions debug: compDefine1 lhs: (RandomFloatDistributions) signature (pre-evaluate): ((CATEGORY package (SIGNATURE uniform01 ((Float))) (SIGNATURE normal01 ((Float))) (SIGNATURE exponential1 ((Float))) (SIGNATURE chiSquare1 ((Float) (NonNegativeInteger))) (SIGNATURE uniform ((Mapping (Float)) (Float) (Float))) (SIGNATURE normal ((Mapping (Float)) (Float) (Float))) (SIGNATURE exponential ((Mapping (Float)) (Float))) (SIGNATURE chiSquare ((Mapping (Float)) (NonNegativeInteger))) (SIGNATURE Beta ((Mapping (Float)) (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE F ((Mapping (Float)) (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE t ((Mapping (Float)) (NonNegativeInteger))))) debug: evaluateType form: (CATEGORY package (SIGNATURE uniform01 ((Float))) (SIGNATURE normal01 ((Float))) (SIGNATURE exponential1 ((Float))) (SIGNATURE chiSquare1 ((Float) (NonNegativeInteger))) (SIGNATURE uniform ((Mapping (Float)) (Float) (Float))) (SIGNATURE normal ((Mapping (Float)) (Float) (Float))) (SIGNATURE exponential ((Mapping (Float)) (Float))) (SIGNATURE chiSquare ((Mapping (Float)) (NonNegativeInteger))) (SIGNATURE Beta ((Mapping (Float)) (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE F ((Mapping (Float)) (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE t ((Mapping (Float)) (NonNegativeInteger)))) $param: NIL debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Mapping (Float)) $param: NIL debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Mapping (Float)) $param: NIL debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Mapping (Float)) $param: NIL debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Mapping (Float)) $param: NIL debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Mapping (Float)) $param: NIL debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Mapping (Float)) $param: NIL debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Mapping (Float)) $param: NIL debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE uniform01 ((Float))) (SIGNATURE normal01 ((Float))) (SIGNATURE exponential1 ((Float))) (SIGNATURE chiSquare1 ((Float) (NonNegativeInteger))) (SIGNATURE uniform ((Mapping (Float)) (Float) (Float))) (SIGNATURE normal ((Mapping (Float)) (Float) (Float))) (SIGNATURE exponential ((Mapping (Float)) (Float))) (SIGNATURE chiSquare ((Mapping (Float)) (NonNegativeInteger))) (SIGNATURE Beta ((Mapping (Float)) (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE F ((Mapping (Float)) (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE t ((Mapping (Float)) (NonNegativeInteger))))) ------------------------------------------------------------------------ initializing stationary directory for RandomFloatDistributions compiling into /tmp/oa-6Xcfbm importing RandomNumberSource compiling exported uniform01 : () -> Float Time: 0.04 SEC. compiling exported uniform : (Float,Float) -> () -> Float Time: 0.02 SEC. compiling exported exponential1 : () -> Float Time: 0.00 SEC. compiling exported exponential : Float -> () -> Float Time: 0.00 SEC. compiling exported normal01 : () -> Float Time: 0.03 SEC. compiling exported normal : (Float,Float) -> () -> Float Time: 0.01 SEC. compiling exported chiSquare1 : NonNegativeInteger -> Float Time: 0.02 SEC. compiling exported chiSquare : NonNegativeInteger -> () -> Float Time: 0.00 SEC. compiling exported Beta : (NonNegativeInteger,NonNegativeInteger) -> () -> Float Time: 0.01 SEC. compiling exported F : (NonNegativeInteger,NonNegativeInteger) -> () -> Float Time: 0.02 SEC. compiling exported t : NonNegativeInteger -> () -> Float Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] normal01: v1 has no value [2] chiSquare1: x has no value Cumulative Statistics for Constructor RandomFloatDistributions Time: 0.17 seconds finalizing NRLIB RFDIST Processing RandomFloatDistributions for Browser database: -- uniform01 : () -> Float -- normal01 : () -> Float -- exponential1 : () -> Float -- chiSquare1 : NNI -> Float -- uniform : (Float,Float) -> (() -> Float) -- normal : (Float,Float) -> (() -> Float) -- exponential : Float -> (() -> Float) -- chiSquare : NNI -> (() -> Float) -- Beta : (NNI,NNI) -> (() -> Float) -- F : (NNI,NNI) -> (() -> Float) -- t : NNI -> (() -> Float) --->../../x86_64-unknown-linux-gnu/src/algebra/random.spad-->RandomFloatDistributions(constructor): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/random.spad-->RandomFloatDistributions: Missing Description ; compiling file "/tmp/oa-6Xcfbm/code.lsp" (written 01 FEB 2016 10:59:37 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RFDIST;uniform01;F;1| ...) ; compiling (DEFUN |RFDIST;uniform;2FM;2| ...) ; compiling (DEFUN |RFDIST;uniform;2FM;2!0| ...) ; compiling (DEFUN |RFDIST;exponential1;F;3| ...) ; compiling (DEFUN |RFDIST;exponential;FM;4| ...) ; compiling (DEFUN |RFDIST;exponential;FM;4!0| ...) ; compiling (DEFUN |RFDIST;normal01;F;5| ...) ; compiling (DEFUN |RFDIST;normal;2FM;6| ...) ; compiling (DEFUN |RFDIST;normal;2FM;6!0| ...) ; compiling (DEFUN |RFDIST;chiSquare1;NniF;7| ...) ; compiling (DEFUN |RFDIST;chiSquare;NniM;8| ...) ; compiling (DEFUN |RFDIST;chiSquare;NniM;8!0| ...) ; compiling (DEFUN |RFDIST;Beta;2NniM;9| ...) ; compiling (DEFUN |RFDIST;Beta;2NniM;9!0| ...) ; compiling (DEFUN |RFDIST;F;2NniM;10| ...) ; compiling (DEFUN |RFDIST;F;2NniM;10!0| ...) ; compiling (DEFUN |RFDIST;t;NniM;11| ...) ; compiling (DEFUN |RFDIST;t;NniM;11!0| ...) ; compiling (DEFUN |RandomFloatDistributions| ...) ; compiling (DEFUN |RandomFloatDistributions;| ...) ; compiling (MAKEPROP (QUOTE |RandomFloatDistributions|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-6Xcfbm/code.fasl written ; compilation finished in 0:00:00.073 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile RIDIST.spad && cp RIDIST.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RIDIST.fasl \ && if test -f RIDIST-.NRLIB/code.fasl; then \ cp RIDIST-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RIDIST-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RIDIST.spad using Spad compiler. RIDIST abbreviates package RandomIntegerDistributions debug: compDefine1 lhs: (RandomIntegerDistributions) signature (pre-evaluate): ((CATEGORY package (SIGNATURE uniform ((Mapping (Integer)) (Segment (Integer)))) (SIGNATURE binomial ((Mapping (Integer)) (Integer) (Fraction (Integer)))) (SIGNATURE poisson ((Mapping (Integer)) (Fraction (Integer)))) (SIGNATURE geometric ((Mapping (Integer)) (Fraction (Integer)))) (SIGNATURE ridHack1 ((Integer) (Integer) (Integer) (Integer) (Integer))))) debug: evaluateType form: (CATEGORY package (SIGNATURE uniform ((Mapping (Integer)) (Segment (Integer)))) (SIGNATURE binomial ((Mapping (Integer)) (Integer) (Fraction (Integer)))) (SIGNATURE poisson ((Mapping (Integer)) (Fraction (Integer)))) (SIGNATURE geometric ((Mapping (Integer)) (Fraction (Integer)))) (SIGNATURE ridHack1 ((Integer) (Integer) (Integer) (Integer) (Integer)))) $param: NIL debug: evaluateType form: (Mapping (Integer)) $param: NIL debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Segment (Integer)) $param: NIL Debug: evaluateType1 form: (Segment (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (Mapping (Integer)) $param: NIL debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Mapping (Integer)) $param: NIL debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Mapping (Integer)) $param: NIL debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE uniform ((Mapping (Integer)) (Segment (Integer)))) (SIGNATURE binomial ((Mapping (Integer)) (Integer) (Fraction (Integer)))) (SIGNATURE poisson ((Mapping (Integer)) (Fraction (Integer)))) (SIGNATURE geometric ((Mapping (Integer)) (Fraction (Integer)))) (SIGNATURE ridHack1 ((Integer) (Integer) (Integer) (Integer) (Integer))))) ------------------------------------------------------------------------ initializing stationary directory for RandomIntegerDistributions compiling into /tmp/oa-aldtkS importing RandomNumberSource importing IntegerBits compiling exported uniform : Segment Integer -> () -> Integer Time: 0.06 SEC. compiling exported ridHack1 : (Integer,Integer,Integer,Integer) -> Integer Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.03 SEC. Cumulative Statistics for Constructor RandomIntegerDistributions Time: 0.11 seconds finalizing NRLIB RIDIST Processing RandomIntegerDistributions for Browser database: -- uniform : Segment Integer -> (() -> Integer) -- binomial : (Integer,RationalNumber) -> (() -> Integer) -- poisson : RationalNumber -> (() -> Integer) -- geometric : RationalNumber -> (() -> Integer) -- ridHack1 : (Integer,Integer,Integer,Integer) -> Integer --->../../x86_64-unknown-linux-gnu/src/algebra/random.spad-->RandomIntegerDistributions(constructor): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/random.spad-->RandomIntegerDistributions: Missing Description ; compiling file "/tmp/oa-aldtkS/code.lsp" (written 01 FEB 2016 10:59:37 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RIDIST;uniform;SM;1| ...) ; compiling (DEFUN |RIDIST;uniform;SM;1!0| ...) ; compiling (DEFUN |RIDIST;ridHack1;5I;2| ...) ; compiling (DEFUN |RandomIntegerDistributions| ...) ; compiling (DEFUN |RandomIntegerDistributions;| ...) ; compiling (MAKEPROP (QUOTE |RandomIntegerDistributions|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-aldtkS/code.fasl written ; compilation finished in 0:00:00.032 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SDVAR.spad && cp SDVAR.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SDVAR.fasl \ && if test -f SDVAR-.NRLIB/code.fasl; then \ cp SDVAR-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SDVAR-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SDVAR.spad using Spad compiler. SDVAR abbreviates domain SequentialDifferentialVariable debug: compDefine1 lhs: (SequentialDifferentialVariable S) signature (pre-evaluate): ((DifferentialVariableCategory S) (OrderedSet)) debug: evaluateType form: (DifferentialVariableCategory S) $param: (S) Debug: evaluateType1 form: (DifferentialVariableCategory S) debug: evaluateType1 x: S m: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (S) Debug: evaluateType1 form: (OrderedSet) debug: compDefine1 signature (post evaluate): ((DifferentialVariableCategory S) (OrderedSet)) debug: compDefine1 lhs: (SequentialDifferentialVariable S) signature (pre-evaluate): ((DifferentialVariableCategory S) NIL) debug: evaluateType form: (DifferentialVariableCategory S) $param: (S) Debug: evaluateType1 form: (DifferentialVariableCategory S) debug: evaluateType1 x: S m: (OrderedSet) debug: compDefine1 signature (post evaluate): ((DifferentialVariableCategory S) NIL) ------------------------------------------------------------------------ initializing stationary directory for SequentialDifferentialVariable compiling into /tmp/oa-S2hrQc compiling exported makeVariable : (S,NonNegativeInteger) -> % SDVAR;makeVariable;SNni$;1 is replaced by %pair Time: 0.05 SEC. compiling exported variable : % -> S SDVAR;variable;$S;2 is replaced by %head Time: 0 SEC. compiling exported order : % -> NonNegativeInteger SDVAR;order;$Nni;3 is replaced by %tail Time: 0.01 SEC. compiling exported < : (%,%) -> Boolean Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] Type NonNegativeInteger is not in scope. Import it Cumulative Statistics for Constructor SequentialDifferentialVariable Time: 0.08 seconds finalizing NRLIB SDVAR Processing SequentialDifferentialVariable for Browser database: -- constructor ; compiling file "/tmp/oa-S2hrQc/code.lsp" (written 01 FEB 2016 10:59:37 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SDVAR;makeVariable;SNni$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SDVAR;variable;$S;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SDVAR;order;$Nni;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SDVAR;makeVariable;SNni$;1| ...) ; compiling (DEFUN |SDVAR;variable;$S;2| ...) ; compiling (DEFUN |SDVAR;order;$Nni;3| ...) ; compiling (DEFUN |SDVAR;<;2$B;4| ...) ; file: /tmp/oa-S2hrQc/code.lsp ; in: DEFUN |SDVAR;<;2$B;4| ; (DEFUN BOOT::|SDVAR;<;2$B;4| (BOOT::|v| BOOT::|u| BOOT::$) ; (COND ; ((BOOT::SPADCALL (CAR BOOT::|v|) (CAR BOOT::|u|) ; (BOOT::|shellEntry| BOOT::$ 13)) ; (< (CDR BOOT::|v|) (CDR BOOT::|u|))) ; (T ; (BOOT::SPADCALL (CAR BOOT::|v|) (CAR BOOT::|u|) ; (BOOT::|shellEntry| BOOT::$ 15))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SDVAR;<;2$B;4| ; (BOOT::|v| BOOT::|u| BOOT::$) ; (BLOCK BOOT::|SDVAR;<;2$B;4| ; (COND ((BOOT::SPADCALL # # #) (< # #)) (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |SequentialDifferentialVariable| ...) ; compiling (DEFUN |SequentialDifferentialVariable;| ...) ; compiling (MAKEPROP (QUOTE |SequentialDifferentialVariable|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-S2hrQc/code.fasl written ; compilation finished in 0:00:00.031 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile TRIGCAT.spad && cp TRIGCAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/TRIGCAT.fasl \ && if test -f TRIGCAT-.NRLIB/code.fasl; then \ cp TRIGCAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/TRIGCAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TRIGCAT.spad using Spad compiler. TRIGCAT abbreviates category TrigonometricFunctionCategory debug: compDefine1 lhs: (TrigonometricFunctionCategory) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for TrigonometricFunctionCategory compiling into /tmp/oa-2Iti6k STYLE-WARNING: redefining BOOT::|TrigonometricFunctionCategory| in DEFUN Time: 0.01 SEC. TRIGCAT- abbreviates package TrigonometricFunctionCategory& ------------------------------------------------------------------------ initializing stationary directory for TrigonometricFunctionCategory& compiling into /tmp/oa-jPOAMp compiling exported csc : S -> S Time: 0.02 SEC. compiling exported sec : S -> S Time: 0.00 SEC. compiling exported tan : S -> S Time: 0.04 SEC. compiling exported cot : S -> S Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor TrigonometricFunctionCategory& Time: 0.08 seconds finalizing NRLIB TRIGCAT- ; compiling file "/tmp/oa-jPOAMp/code.lsp" (written 01 FEB 2016 10:59:38 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |TRIGCAT-;csc;2$;1| ...) ; compiling (DEFUN |TRIGCAT-;sec;2$;2| ...) ; compiling (DEFUN |TRIGCAT-;tan;2$;3| ...) ; compiling (DEFUN |TRIGCAT-;cot;2$;4| ...) ; compiling (DEFUN |TrigonometricFunctionCategory&| ...) ; compiling (MAKEPROP (QUOTE |TrigonometricFunctionCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-jPOAMp/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ finalizing NRLIB TRIGCAT Processing TrigonometricFunctionCategory for Browser database: -- cos : % -> % -- cot : % -> % -- csc : % -> % -- sec : % -> % -- sin : % -> % -- tan : % -> % -- constructor ; compiling file "/tmp/oa-2Iti6k/code.lsp" (written 01 FEB 2016 10:59:38 PM): ; compiling (DEFPARAMETER |TrigonometricFunctionCategory;AL| ...) ; compiling (DEFUN |TrigonometricFunctionCategory;| ...) ; compiling (DEFUN |TrigonometricFunctionCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-2Iti6k/code.fasl written ; compilation finished in 0:00:00.005 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ELABEXPR.spad && cp ELABEXPR.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ELABEXPR.fasl \ && if test -f ELABEXPR-.NRLIB/code.fasl; then \ cp ELABEXPR-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ELABEXPR-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ELABEXPR.spad using Spad compiler. ELABEXPR abbreviates domain ElaboratedExpression debug: compDefine1 lhs: (ElaboratedExpression) signature (pre-evaluate): ((Join (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE type ((Syntax) $)) (SIGNATURE constant? ((Boolean) $)) (SIGNATURE getConstant ((Union (SExpression) failed) $)) (SIGNATURE variable? ((Boolean) $)) (SIGNATURE getIdentifier ((Union (Identifier) failed) $)) (SIGNATURE callForm? ((Boolean) $)) (SIGNATURE getOperator ((Union (Identifier) failed) $)) (SIGNATURE getOperands ((Union (List $) failed) $))))) debug: evaluateType form: (Join (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE type ((Syntax) $)) (SIGNATURE constant? ((Boolean) $)) (SIGNATURE getConstant ((Union (SExpression) failed) $)) (SIGNATURE variable? ((Boolean) $)) (SIGNATURE getIdentifier ((Union (Identifier) failed) $)) (SIGNATURE callForm? ((Boolean) $)) (SIGNATURE getOperator ((Union (Identifier) failed) $)) (SIGNATURE getOperands ((Union (List $) failed) $)))) $param: NIL debug: evaluateType form: (CoercibleTo (OutputForm)) $param: NIL Debug: evaluateType1 form: (CoercibleTo (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE type ((Syntax) $)) (SIGNATURE constant? ((Boolean) $)) (SIGNATURE getConstant ((Union (SExpression) failed) $)) (SIGNATURE variable? ((Boolean) $)) (SIGNATURE getIdentifier ((Union (Identifier) failed) $)) (SIGNATURE callForm? ((Boolean) $)) (SIGNATURE getOperator ((Union (Identifier) failed) $)) (SIGNATURE getOperands ((Union (List $) failed) $))) $param: NIL debug: evaluateType form: (Syntax) $param: NIL Debug: evaluateType1 form: (Syntax) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Union (SExpression) failed) $param: NIL debug: evaluateType form: (SExpression) $param: NIL Debug: evaluateType1 form: (SExpression) debug: evaluateType form: failed $param: NIL debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Union (Identifier) failed) $param: NIL debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: failed $param: NIL debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Union (Identifier) failed) $param: NIL debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: failed $param: NIL debug: evaluateType form: (Union (List $) failed) $param: NIL debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: failed $param: NIL debug: compDefine1 signature (post evaluate): ((Join (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE type ((Syntax) $)) (SIGNATURE constant? ((Boolean) $)) (SIGNATURE getConstant ((Union (SExpression) failed) $)) (SIGNATURE variable? ((Boolean) $)) (SIGNATURE getIdentifier ((Union (Identifier) failed) $)) (SIGNATURE callForm? ((Boolean) $)) (SIGNATURE getOperator ((Union (Identifier) failed) $)) (SIGNATURE getOperands ((Union (List $) failed) $))))) ------------------------------------------------------------------------ initializing stationary directory for ElaboratedExpression compiling into /tmp/oa-5m90cC compiling local isAtomic : % -> Boolean ELABEXPR;isAtomic x is replaced by %not %pair? x Time: 0.01 SEC. compiling exported type : % -> Syntax ELABEXPR;type;$S;2 is replaced by getMode Time: 0.00 SEC. compiling exported callForm? : % -> Boolean ELABEXPR;callForm?;$B;3 is replaced by %pair? Time: 0 SEC. compiling exported getOperator : % -> Union(Identifier,failed) Time: 0 SEC. compiling exported constant? : % -> Boolean Time: 0.00 SEC. compiling exported getConstant : % -> Union(SExpression,failed) Time: 0 SEC. compiling exported variable? : % -> Boolean Time: 0 SEC. compiling exported getIdentifier : % -> Union(Identifier,failed) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor ElaboratedExpression Time: 0.03 seconds finalizing NRLIB ELABEXPR Processing ElaboratedExpression for Browser database: -- type : % -> Syntax -- constant? : % -> Boolean -- getConstant : % -> Union(SExpression,"failed") -- variable? : % -> Boolean -- getIdentifier : % -> Union(Identifier,"failed") -- callForm? : % -> Boolean -- getOperator : % -> Union(Identifier,"failed") -- getOperands : % -> Union(List %,"failed") -- constructor ; compiling file "/tmp/oa-5m90cC/code.lsp" (written 01 FEB 2016 10:59:38 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ELABEXPR;isAtomic|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ELABEXPR;type;$S;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ELABEXPR;callForm?;$B;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ELABEXPR;isAtomic| ...) ; compiling (DEFUN |ELABEXPR;type;$S;2| ...) ; compiling (DEFUN |ELABEXPR;callForm?;$B;3| ...) ; compiling (DEFUN |ELABEXPR;getOperator;$U;4| ...) ; compiling (DEFUN |ELABEXPR;constant?;$B;5| ...) ; file: /tmp/oa-5m90cC/code.lsp ; in: DEFUN |ELABEXPR;constant?;$B;5| ; (DEFUN BOOT::|ELABEXPR;constant?;$B;5| (BOOT::|x| BOOT::$) ; (AND (NOT (CONSP BOOT::|x|)) ; (EQ (BOOT::|getUnnameIfCan| BOOT::|x|) BOOT::|$immediateDataSymbol|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ELABEXPR;constant?;$B;5| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ELABEXPR;constant?;$B;5| ; (AND (NOT (CONSP BOOT::|x|)) ; (EQ (BOOT::|getUnnameIfCan| BOOT::|x|) ; BOOT::|$immediateDataSymbol|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |ELABEXPR;getConstant;$U;6| ...) ; compiling (DEFUN |ELABEXPR;variable?;$B;7| ...) ; compiling (DEFUN |ELABEXPR;getIdentifier;$U;8| ...) ; compiling (DEFUN |ElaboratedExpression| ...) ; compiling (DEFUN |ElaboratedExpression;| ...) ; compiling (MAKEPROP (QUOTE |ElaboratedExpression|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; /tmp/oa-5m90cC/code.fasl written ; compilation finished in 0:00:00.033 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile KERNEL.spad && cp KERNEL.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/KERNEL.fasl \ && if test -f KERNEL-.NRLIB/code.fasl; then \ cp KERNEL-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/KERNEL-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/KERNEL.spad using Spad compiler. KERNEL abbreviates domain Kernel debug: compDefine1 lhs: (Kernel S) signature (pre-evaluate): ((Join (CachableSet) (OrderedSet) (Patternable S) (CATEGORY domain (SIGNATURE operator ((BasicOperator) $)) (SIGNATURE argument ((List S) $)) (SIGNATURE height ((NonNegativeInteger) $)) (SIGNATURE kernel ($ (BasicOperator) (List S) (NonNegativeInteger))) (SIGNATURE kernel ($ (Symbol))) (SIGNATURE symbolIfCan ((Union (Symbol) failed) $)) (SIGNATURE is? ((Boolean) $ (BasicOperator))) (SIGNATURE is? ((Boolean) $ (Symbol))) (IF (has S (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch))) (SetCategory)) debug: evaluateType form: (Join (CachableSet) (OrderedSet) (Patternable S) (CATEGORY domain (SIGNATURE operator ((BasicOperator) $)) (SIGNATURE argument ((List S) $)) (SIGNATURE height ((NonNegativeInteger) $)) (SIGNATURE kernel ($ (BasicOperator) (List S) (NonNegativeInteger))) (SIGNATURE kernel ($ (Symbol))) (SIGNATURE symbolIfCan ((Union (Symbol) failed) $)) (SIGNATURE is? ((Boolean) $ (BasicOperator))) (SIGNATURE is? ((Boolean) $ (Symbol))) (IF (has S (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch))) $param: (S) debug: evaluateType form: (CachableSet) $param: (S) Debug: evaluateType1 form: (CachableSet) debug: evaluateType form: (OrderedSet) $param: (S) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (Patternable S) $param: (S) Debug: evaluateType1 form: (Patternable S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE operator ((BasicOperator) $)) (SIGNATURE argument ((List S) $)) (SIGNATURE height ((NonNegativeInteger) $)) (SIGNATURE kernel ($ (BasicOperator) (List S) (NonNegativeInteger))) (SIGNATURE kernel ($ (Symbol))) (SIGNATURE symbolIfCan ((Union (Symbol) failed) $)) (SIGNATURE is? ((Boolean) $ (BasicOperator))) (SIGNATURE is? ((Boolean) $ (Symbol))) (IF (has S (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch)) $param: (S) debug: evaluateType form: (BasicOperator) $param: (S) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (S) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (BasicOperator) $param: (S) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (S) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Union (Symbol) failed) $param: (S) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: failed $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (BasicOperator) $param: (S) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Join (CachableSet) (OrderedSet) (Patternable S) (CATEGORY domain (SIGNATURE operator ((BasicOperator) $)) (SIGNATURE argument ((List S) $)) (SIGNATURE height ((NonNegativeInteger) $)) (SIGNATURE kernel ($ (BasicOperator) (List S) (NonNegativeInteger))) (SIGNATURE kernel ($ (Symbol))) (SIGNATURE symbolIfCan ((Union (Symbol) failed) $)) (SIGNATURE is? ((Boolean) $ (BasicOperator))) (SIGNATURE is? ((Boolean) $ (Symbol))) (IF (has S (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch))) (SetCategory)) debug: compDefine1 lhs: (Kernel S) signature (pre-evaluate): ((Join (CachableSet) (OrderedSet) (Patternable S) (CATEGORY domain (SIGNATURE operator ((BasicOperator) $)) (SIGNATURE argument ((List S) $)) (SIGNATURE height ((NonNegativeInteger) $)) (SIGNATURE kernel ($ (BasicOperator) (List S) (NonNegativeInteger))) (SIGNATURE kernel ($ (Symbol))) (SIGNATURE symbolIfCan ((Union (Symbol) failed) $)) (SIGNATURE is? ((Boolean) $ (BasicOperator))) (SIGNATURE is? ((Boolean) $ (Symbol))) (IF (has S (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch))) NIL) debug: evaluateType form: (Join (CachableSet) (OrderedSet) (Patternable S) (CATEGORY domain (SIGNATURE operator ((BasicOperator) $)) (SIGNATURE argument ((List S) $)) (SIGNATURE height ((NonNegativeInteger) $)) (SIGNATURE kernel ($ (BasicOperator) (List S) (NonNegativeInteger))) (SIGNATURE kernel ($ (Symbol))) (SIGNATURE symbolIfCan ((Union (Symbol) failed) $)) (SIGNATURE is? ((Boolean) $ (BasicOperator))) (SIGNATURE is? ((Boolean) $ (Symbol))) (IF (has S (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch))) $param: (S) debug: evaluateType form: (CachableSet) $param: (S) Debug: evaluateType1 form: (CachableSet) debug: evaluateType form: (OrderedSet) $param: (S) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (Patternable S) $param: (S) Debug: evaluateType1 form: (Patternable S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE operator ((BasicOperator) $)) (SIGNATURE argument ((List S) $)) (SIGNATURE height ((NonNegativeInteger) $)) (SIGNATURE kernel ($ (BasicOperator) (List S) (NonNegativeInteger))) (SIGNATURE kernel ($ (Symbol))) (SIGNATURE symbolIfCan ((Union (Symbol) failed) $)) (SIGNATURE is? ((Boolean) $ (BasicOperator))) (SIGNATURE is? ((Boolean) $ (Symbol))) (IF (has S (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch)) $param: (S) debug: evaluateType form: (BasicOperator) $param: (S) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (S) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (BasicOperator) $param: (S) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (S) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Union (Symbol) failed) $param: (S) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: failed $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (BasicOperator) $param: (S) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: compDefine1 signature (post evaluate): ((Join (CachableSet) (OrderedSet) (Patternable S) (CATEGORY domain (SIGNATURE operator ((BasicOperator) $)) (SIGNATURE argument ((List S) $)) (SIGNATURE height ((NonNegativeInteger) $)) (SIGNATURE kernel ($ (BasicOperator) (List S) (NonNegativeInteger))) (SIGNATURE kernel ($ (Symbol))) (SIGNATURE symbolIfCan ((Union (Symbol) failed) $)) (SIGNATURE is? ((Boolean) $ (BasicOperator))) (SIGNATURE is? ((Boolean) $ (Symbol))) (IF (has S (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch))) NIL) ------------------------------------------------------------------------ initializing stationary directory for Kernel compiling into /tmp/oa-aUpY3Q importing SortedCache $ compiling exported is? : (%,Symbol) -> Boolean Time: 0.04 SEC. compiling exported is? : (%,BasicOperator) -> Boolean Time: 0.00 SEC. compiling exported height : % -> NonNegativeInteger KERNEL;height;$Nni;3 k is replaced by %vref(k,2) Time: 0.04 SEC. compiling exported operator : % -> BasicOperator KERNEL;operator;$Bo;4 k is replaced by %vref(k,0) Time: 0.00 SEC. compiling exported argument : % -> List S KERNEL;argument;$L;5 k is replaced by %vref(k,1) Time: 0.01 SEC. compiling exported position : % -> NonNegativeInteger KERNEL;position;$Nni;6 k is replaced by %vref(k,3) Time: 0.00 SEC. compiling exported setPosition : (%,NonNegativeInteger) -> Void Time: 0.01 SEC. compiling local B2Z : Boolean -> Integer KERNEL;B2Z flag is replaced by %when(flag -1,%otherwise 1) Time: 0.01 SEC. compiling exported kernel : Symbol -> % Debug compQuote expr: (QUOTE %symbol) m: (Identifier) Time: 0.02 SEC. compiling local preds : BasicOperator -> List Any Debug compQuote expr: (QUOTE %pmpredicate) m: $EmptyMode Debug compQuote expr: (QUOTE %pmpredicate) m: (Identifier) Time: 0.02 SEC. compiling exported symbolIfCan : % -> Union(Symbol,failed) Debug compQuote expr: (QUOTE %symbol) m: $EmptyMode Debug compQuote expr: (QUOTE %symbol) m: (Identifier) Time: 0.01 SEC. compiling exported = : (%,%) -> Boolean Time: 0.02 SEC. compiling exported < : (%,%) -> Boolean Time: 0.02 SEC. compiling exported kernel : (BasicOperator,List S,NonNegativeInteger) -> % Time: 0.07 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE %specialDisp) m: $EmptyMode Debug compQuote expr: (QUOTE %specialDisp) m: (Identifier) Time: 0.09 SEC. compiling local triage : (%,%) -> Integer Debug compQuote expr: (QUOTE %specialEqual) m: (Identifier) Time: 0.05 SEC. compiling exported convert : % -> InputForm Debug compQuote expr: (QUOTE %specialInput) m: $EmptyMode Debug compQuote expr: (QUOTE %specialInput) m: (Identifier) Time: 0.25 SEC. compiling exported convert : % -> Pattern Integer Debug compQuote expr: (QUOTE %pmconstant) m: $EmptyMode Debug compQuote expr: (QUOTE %pmconstant) m: (Identifier) Debug compQuote expr: (QUOTE %pmoptional) m: $EmptyMode Debug compQuote expr: (QUOTE %pmoptional) m: (Identifier) Debug compQuote expr: (QUOTE %pmmultiple) m: $EmptyMode Debug compQuote expr: (QUOTE %pmmultiple) m: (Identifier) Time: 0.05 SEC. compiling exported convert : % -> Pattern Float Debug compQuote expr: (QUOTE %pmconstant) m: $EmptyMode Debug compQuote expr: (QUOTE %pmconstant) m: (Identifier) Debug compQuote expr: (QUOTE %pmoptional) m: $EmptyMode Debug compQuote expr: (QUOTE %pmoptional) m: (Identifier) Debug compQuote expr: (QUOTE %pmmultiple) m: $EmptyMode Debug compQuote expr: (QUOTE %pmmultiple) m: (Identifier) Time: 0.06 SEC. (time taken in buildFunctor: 8) Time: 0.02 SEC. Warnings: [1] Type BasicOperator is not in scope. Import it [2] Type List S is not in scope. Import it [3] Type NonNegativeInteger is not in scope. Import it [4] symbolIfCan: has? has no value [5] coerce: property has no value [6] triage: # has no value [7] convert: property has no value [8] convert: empty? has no value Cumulative Statistics for Constructor Kernel Time: 0.80 seconds finalizing NRLIB KERNEL Processing Kernel for Browser database: -- operator : % -> OP -- argument : % -> List S -- height : % -> N -- kernel : (OP,List S,N) -> % -- kernel : Symbol -> % -- symbolIfCan : % -> Union(Symbol,"failed") -- is? : (%,OP) -> Boolean -- is? : (%,Symbol) -> Boolean -- constructor ; compiling file "/tmp/oa-aUpY3Q/code.lsp" (written 01 FEB 2016 10:59:39 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |KERNEL;height;$Nni;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |KERNEL;operator;$Bo;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |KERNEL;argument;$L;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |KERNEL;position;$Nni;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |KERNEL;B2Z|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |KERNEL;is?;$SB;1|) ...) ; compiling (DEFUN |KERNEL;is?;$SB;1| ...) ; compiling (DEFUN |KERNEL;is?;$BoB;2| ...) ; file: /tmp/oa-aUpY3Q/code.lsp ; in: DEFUN |KERNEL;is?;$BoB;2| ; (DEFUN BOOT::|KERNEL;is?;$BoB;2| (BOOT::|k| BOOT::|o| BOOT::$) ; (BOOT::SPADCALL (SVREF BOOT::|k| 0) BOOT::|o| ; (BOOT::|shellEntry| BOOT::$ 14))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|KERNEL;is?;$BoB;2| ; (BOOT::|k| BOOT::|o| BOOT::$) ; (BLOCK BOOT::|KERNEL;is?;$BoB;2| ; (BOOT::SPADCALL (SVREF BOOT::|k| 0) BOOT::|o| ; (BOOT::|shellEntry| BOOT::$ 14)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |KERNEL;height;$Nni;3| ...) ; compiling (DEFUN |KERNEL;operator;$Bo;4| ...) ; compiling (DEFUN |KERNEL;argument;$L;5| ...) ; compiling (DEFUN |KERNEL;position;$Nni;6| ...) ; compiling (DEFUN |KERNEL;setPosition;$NniV;7| ...) ; file: /tmp/oa-aUpY3Q/code.lsp ; in: DEFUN |KERNEL;setPosition;$NniV;7| ; (DEFUN BOOT::|KERNEL;setPosition;$NniV;7| (BOOT::|k| BOOT::|n| BOOT::$) ; (SETF (SVREF BOOT::|k| 3) BOOT::|n|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|KERNEL;setPosition;$NniV;7| ; (BOOT::|k| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|KERNEL;setPosition;$NniV;7| ; (SETF (SVREF BOOT::|k| 3) BOOT::|n|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |KERNEL;B2Z| ...) ; compiling (DEFUN |KERNEL;kernel;S$;9| ...) ; compiling (DEFUN |KERNEL;preds| ...) ; compiling (DEFUN |KERNEL;symbolIfCan;$U;11| ...) ; compiling (DEFUN |KERNEL;=;2$B;12| ...) ; compiling (DEFUN |KERNEL;<;2$B;13| ...) ; compiling (DEFUN |KERNEL;kernel;BoLNni$;14| ...) ; file: /tmp/oa-aUpY3Q/code.lsp ; in: DEFUN |KERNEL;kernel;BoLNni$;14| ; (DEFUN BOOT::|KERNEL;kernel;BoLNni$;14| ; (BOOT::|fn| BOOT::|x| BOOT::|n| BOOT::$) ; (COND ; ((AND (BOOT::SPADCALL # # #) (BOOT::SPADCALL # # #)) ; (BOOT::|error| "Wrong number of arguments")) ; (T ; (BOOT::SPADCALL (VECTOR BOOT::|fn| BOOT::|x| BOOT::|n| 0) ; (CONS #'BOOT::|KERNEL;triage| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 50))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|KERNEL;kernel;BoLNni$;14| ; (BOOT::|fn| BOOT::|x| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|KERNEL;kernel;BoLNni$;14| ; (COND ((AND # #) (BOOT::|error| "Wrong number of arguments")) ; (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |KERNEL;coerce;$Of;15| ...) ; compiling (DEFUN |KERNEL;triage| ...) ; compiling (DEFUN |KERNEL;convert;$If;17| ...) ; compiling (DEFUN |KERNEL;convert;$P;18| ...) ; compiling (DEFUN |KERNEL;convert;$P;19| ...) ; compiling (DEFUN |Kernel| ...) ; compiling (DEFUN |Kernel;| ...) ; compiling (MAKEPROP (QUOTE |Kernel|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 2 notes ; /tmp/oa-aUpY3Q/code.fasl written ; compilation finished in 0:00:00.125 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile IDPOAMS.spad && cp IDPOAMS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IDPOAMS.fasl \ && if test -f IDPOAMS-.NRLIB/code.fasl; then \ cp IDPOAMS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IDPOAMS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IDPOAMS.spad using Spad compiler. IDPOAMS abbreviates domain IndexedDirectProductOrderedAbelianMonoidSup debug: compDefine1 lhs: (IndexedDirectProductOrderedAbelianMonoidSup A S) signature (pre-evaluate): ((Join (OrderedAbelianMonoidSup) (IndexedDirectProductCategory A S)) (OrderedAbelianMonoidSup) (OrderedSet)) debug: evaluateType form: (Join (OrderedAbelianMonoidSup) (IndexedDirectProductCategory A S)) $param: (A S) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (A S) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (IndexedDirectProductCategory A S) $param: (A S) Debug: evaluateType1 form: (IndexedDirectProductCategory A S) debug: evaluateType1 x: A m: (BasicType) debug: evaluateType1 x: S m: (OrderedType) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (A S) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedSet) $param: (A S) Debug: evaluateType1 form: (OrderedSet) debug: compDefine1 signature (post evaluate): ((Join (OrderedAbelianMonoidSup) (IndexedDirectProductCategory A S)) (OrderedAbelianMonoidSup) (OrderedSet)) debug: compDefine1 lhs: (IndexedDirectProductOrderedAbelianMonoidSup A S) signature (pre-evaluate): ((Join (OrderedAbelianMonoidSup) (IndexedDirectProductCategory A S)) NIL NIL) debug: evaluateType form: (Join (OrderedAbelianMonoidSup) (IndexedDirectProductCategory A S)) $param: (A S) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (A S) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (IndexedDirectProductCategory A S) $param: (A S) Debug: evaluateType1 form: (IndexedDirectProductCategory A S) debug: evaluateType1 x: A m: (BasicType) debug: evaluateType1 x: S m: (OrderedType) debug: compDefine1 signature (post evaluate): ((Join (OrderedAbelianMonoidSup) (IndexedDirectProductCategory A S)) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for IndexedDirectProductOrderedAbelianMonoidSup compiling into /tmp/oa-Z5EoR0 compiling exported subtractIfCan : (%,%) -> Maybe % Time: 0.06 SEC. compiling exported sup : (%,%) -> % Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] Rep differs from the base domain Cumulative Statistics for Constructor IndexedDirectProductOrderedAbelianMonoidSup Time: 0.09 seconds finalizing NRLIB IDPOAMS Processing IndexedDirectProductOrderedAbelianMonoidSup for Browser database: -- constructor ; compiling file "/tmp/oa-Z5EoR0/code.lsp" (written 01 FEB 2016 10:59:39 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |IDPOAMS;subtractIfCan;2$M;1| ...) ; compiling (DEFUN |IDPOAMS;sup;3$;2| ...) ; compiling (DEFUN |IndexedDirectProductOrderedAbelianMonoidSup| ...) ; compiling (DEFUN |IndexedDirectProductOrderedAbelianMonoidSup;| ...) ; compiling (MAKEPROP (QUOTE |IndexedDirectProductOrderedAbelianMonoidSup|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Z5EoR0/code.fasl written ; compilation finished in 0:00:00.037 ------------------------------------------------------------------------ ================================== === layer 5 of 24 complete ====== ================================== ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PROPFRML.spad && cp PROPFRML.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PROPFRML.fasl \ && if test -f PROPFRML-.NRLIB/code.fasl; then \ cp PROPFRML-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PROPFRML-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PROPFRML.spad using Spad compiler. PROPFRML abbreviates domain PropositionalFormula debug: compDefine1 lhs: (PropositionalFormula T$) signature (pre-evaluate): ((Join (PropositionalLogic) (CoercibleFrom T$) (CATEGORY domain (SIGNATURE isAtom ((Maybe T$) $)) (SIGNATURE isNot ((Maybe $) $)) (SIGNATURE isAnd ((Maybe (Pair $ $)) $)) (SIGNATURE isOr ((Maybe (Pair $ $)) $)) (SIGNATURE isImplies ((Maybe (Pair $ $)) $)) (SIGNATURE isEquiv ((Maybe (Pair $ $)) $)) (SIGNATURE conjunction ($ $ $)) (SIGNATURE disjunction ($ $ $)))) (SetCategory)) debug: evaluateType form: (Join (PropositionalLogic) (CoercibleFrom T$) (CATEGORY domain (SIGNATURE isAtom ((Maybe T$) $)) (SIGNATURE isNot ((Maybe $) $)) (SIGNATURE isAnd ((Maybe (Pair $ $)) $)) (SIGNATURE isOr ((Maybe (Pair $ $)) $)) (SIGNATURE isImplies ((Maybe (Pair $ $)) $)) (SIGNATURE isEquiv ((Maybe (Pair $ $)) $)) (SIGNATURE conjunction ($ $ $)) (SIGNATURE disjunction ($ $ $)))) $param: (T$) debug: evaluateType form: (PropositionalLogic) $param: (T$) Debug: evaluateType1 form: (PropositionalLogic) debug: evaluateType form: (CoercibleFrom T$) $param: (T$) Debug: evaluateType1 form: (CoercibleFrom T$) debug: evaluateType1 x: T$ m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE isAtom ((Maybe T$) $)) (SIGNATURE isNot ((Maybe $) $)) (SIGNATURE isAnd ((Maybe (Pair $ $)) $)) (SIGNATURE isOr ((Maybe (Pair $ $)) $)) (SIGNATURE isImplies ((Maybe (Pair $ $)) $)) (SIGNATURE isEquiv ((Maybe (Pair $ $)) $)) (SIGNATURE conjunction ($ $ $)) (SIGNATURE disjunction ($ $ $))) $param: (T$) debug: evaluateType form: (Maybe T$) $param: (T$) Debug: evaluateType1 form: (Maybe T$) debug: evaluateType1 x: T$ m: (Type) debug: evaluateType form: (Maybe $) $param: (T$) Debug: evaluateType1 form: (Maybe $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (Maybe (Pair $ $)) $param: (T$) Debug: evaluateType1 form: (Maybe (Pair $ $)) debug: evaluateType1 x: (Pair $ $) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (T$) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Pair $ $) $param: (T$) Debug: evaluateType1 form: (Pair $ $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType1 x: $ m: (Type) debug: evalCategory d: (Pair $ $) c: (Type) debug: evaluateType form: (Maybe (Pair $ $)) $param: (T$) Debug: evaluateType1 form: (Maybe (Pair $ $)) debug: evaluateType1 x: (Pair $ $) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (T$) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Pair $ $) $param: (T$) Debug: evaluateType1 form: (Pair $ $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType1 x: $ m: (Type) debug: evalCategory d: (Pair $ $) c: (Type) debug: evaluateType form: (Maybe (Pair $ $)) $param: (T$) Debug: evaluateType1 form: (Maybe (Pair $ $)) debug: evaluateType1 x: (Pair $ $) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (T$) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Pair $ $) $param: (T$) Debug: evaluateType1 form: (Pair $ $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType1 x: $ m: (Type) debug: evalCategory d: (Pair $ $) c: (Type) debug: evaluateType form: (Maybe (Pair $ $)) $param: (T$) Debug: evaluateType1 form: (Maybe (Pair $ $)) debug: evaluateType1 x: (Pair $ $) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (T$) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Pair $ $) $param: (T$) Debug: evaluateType1 form: (Pair $ $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType1 x: $ m: (Type) debug: evalCategory d: (Pair $ $) c: (Type) debug: evaluateType form: (SetCategory) $param: (T$) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Join (PropositionalLogic) (CoercibleFrom T$) (CATEGORY domain (SIGNATURE isAtom ((Maybe T$) $)) (SIGNATURE isNot ((Maybe $) $)) (SIGNATURE isAnd ((Maybe (Pair $ $)) $)) (SIGNATURE isOr ((Maybe (Pair $ $)) $)) (SIGNATURE isImplies ((Maybe (Pair $ $)) $)) (SIGNATURE isEquiv ((Maybe (Pair $ $)) $)) (SIGNATURE conjunction ($ $ $)) (SIGNATURE disjunction ($ $ $)))) (SetCategory)) debug: compDefine1 lhs: (PropositionalFormula T$) signature (pre-evaluate): ((Join (PropositionalLogic) (CoercibleFrom T$) (CATEGORY domain (SIGNATURE isAtom ((Maybe T$) $)) (SIGNATURE isNot ((Maybe $) $)) (SIGNATURE isAnd ((Maybe (Pair $ $)) $)) (SIGNATURE isOr ((Maybe (Pair $ $)) $)) (SIGNATURE isImplies ((Maybe (Pair $ $)) $)) (SIGNATURE isEquiv ((Maybe (Pair $ $)) $)) (SIGNATURE conjunction ($ $ $)) (SIGNATURE disjunction ($ $ $)))) NIL) debug: evaluateType form: (Join (PropositionalLogic) (CoercibleFrom T$) (CATEGORY domain (SIGNATURE isAtom ((Maybe T$) $)) (SIGNATURE isNot ((Maybe $) $)) (SIGNATURE isAnd ((Maybe (Pair $ $)) $)) (SIGNATURE isOr ((Maybe (Pair $ $)) $)) (SIGNATURE isImplies ((Maybe (Pair $ $)) $)) (SIGNATURE isEquiv ((Maybe (Pair $ $)) $)) (SIGNATURE conjunction ($ $ $)) (SIGNATURE disjunction ($ $ $)))) $param: (T$) debug: evaluateType form: (PropositionalLogic) $param: (T$) Debug: evaluateType1 form: (PropositionalLogic) debug: evaluateType form: (CoercibleFrom T$) $param: (T$) Debug: evaluateType1 form: (CoercibleFrom T$) debug: evaluateType1 x: T$ m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE isAtom ((Maybe T$) $)) (SIGNATURE isNot ((Maybe $) $)) (SIGNATURE isAnd ((Maybe (Pair $ $)) $)) (SIGNATURE isOr ((Maybe (Pair $ $)) $)) (SIGNATURE isImplies ((Maybe (Pair $ $)) $)) (SIGNATURE isEquiv ((Maybe (Pair $ $)) $)) (SIGNATURE conjunction ($ $ $)) (SIGNATURE disjunction ($ $ $))) $param: (T$) debug: evaluateType form: (Maybe T$) $param: (T$) Debug: evaluateType1 form: (Maybe T$) debug: evaluateType1 x: T$ m: (Type) debug: evaluateType form: (Maybe $) $param: (T$) Debug: evaluateType1 form: (Maybe $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (Maybe (Pair $ $)) $param: (T$) Debug: evaluateType1 form: (Maybe (Pair $ $)) debug: evaluateType1 x: (Pair $ $) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (T$) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Pair $ $) $param: (T$) Debug: evaluateType1 form: (Pair $ $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType1 x: $ m: (Type) debug: evalCategory d: (Pair $ $) c: (Type) debug: evaluateType form: (Maybe (Pair $ $)) $param: (T$) Debug: evaluateType1 form: (Maybe (Pair $ $)) debug: evaluateType1 x: (Pair $ $) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (T$) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Pair $ $) $param: (T$) Debug: evaluateType1 form: (Pair $ $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType1 x: $ m: (Type) debug: evalCategory d: (Pair $ $) c: (Type) debug: evaluateType form: (Maybe (Pair $ $)) $param: (T$) Debug: evaluateType1 form: (Maybe (Pair $ $)) debug: evaluateType1 x: (Pair $ $) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (T$) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Pair $ $) $param: (T$) Debug: evaluateType1 form: (Pair $ $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType1 x: $ m: (Type) debug: evalCategory d: (Pair $ $) c: (Type) debug: evaluateType form: (Maybe (Pair $ $)) $param: (T$) Debug: evaluateType1 form: (Maybe (Pair $ $)) debug: evaluateType1 x: (Pair $ $) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (T$) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Pair $ $) $param: (T$) Debug: evaluateType1 form: (Pair $ $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType1 x: $ m: (Type) debug: evalCategory d: (Pair $ $) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (PropositionalLogic) (CoercibleFrom T$) (CATEGORY domain (SIGNATURE isAtom ((Maybe T$) $)) (SIGNATURE isNot ((Maybe $) $)) (SIGNATURE isAnd ((Maybe (Pair $ $)) $)) (SIGNATURE isOr ((Maybe (Pair $ $)) $)) (SIGNATURE isImplies ((Maybe (Pair $ $)) $)) (SIGNATURE isEquiv ((Maybe (Pair $ $)) $)) (SIGNATURE conjunction ($ $ $)) (SIGNATURE disjunction ($ $ $)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for PropositionalFormula compiling into /tmp/oa-MJQelk Loading ../../x86_64-unknown-linux-gnu/algebra/BOOLE.fasl for category BooleanLogic Loading ../../x86_64-unknown-linux-gnu/algebra/LOGIC.fasl for category Logic Loading ../../x86_64-unknown-linux-gnu/algebra/BASTYPE.fasl for category BasicType Loading ../../x86_64-unknown-linux-gnu/algebra/KOERCE.fasl for category CoercibleTo importing Kernel $ importing BasicOperator importing KernelFunctions2(Identifier,$) importing List $ Loading ../../x86_64-unknown-linux-gnu/algebra/INS.fasl for category IntegerNumberSystem Loading ../../x86_64-unknown-linux-gnu/algebra/UFD.fasl for category UniqueFactorizationDomain Loading ../../x86_64-unknown-linux-gnu/algebra/GCDDOM.fasl for category GcdDomain Loading ../../x86_64-unknown-linux-gnu/algebra/INTDOM.fasl for category IntegralDomain Loading ../../x86_64-unknown-linux-gnu/algebra/COMRING.fasl for category CommutativeRing Loading ../../x86_64-unknown-linux-gnu/algebra/RING.fasl for category Ring Loading ../../x86_64-unknown-linux-gnu/algebra/RNG.fasl for category Rng Loading ../../x86_64-unknown-linux-gnu/algebra/ABELGRP.fasl for category AbelianGroup Loading ../../x86_64-unknown-linux-gnu/algebra/CABMON.fasl for category CancellationAbelianMonoid Loading ../../x86_64-unknown-linux-gnu/algebra/ABELMON.fasl for category AbelianMonoid Loading ../../x86_64-unknown-linux-gnu/algebra/ABELSG.fasl for category AbelianSemiGroup Loading ../../x86_64-unknown-linux-gnu/algebra/LLINSET.fasl for category LeftLinearSet Loading ../../x86_64-unknown-linux-gnu/algebra/SGROUP.fasl for category SemiGroup Loading ../../x86_64-unknown-linux-gnu/algebra/SRING.fasl for category SemiRing Loading ../../x86_64-unknown-linux-gnu/algebra/MONOID.fasl for category Monoid Loading ../../x86_64-unknown-linux-gnu/algebra/LMODULE.fasl for category LeftModule Loading ../../x86_64-unknown-linux-gnu/algebra/BMODULE.fasl for category BiModule Loading ../../x86_64-unknown-linux-gnu/algebra/RMODULE.fasl for category RightModule Loading ../../x86_64-unknown-linux-gnu/algebra/RLINSET.fasl for category RightLinearSet Loading ../../x86_64-unknown-linux-gnu/algebra/ALGEBRA.fasl for category Algebra Loading ../../x86_64-unknown-linux-gnu/algebra/MODULE.fasl for category Module Loading ../../x86_64-unknown-linux-gnu/algebra/LINSET.fasl for category LinearSet Loading ../../x86_64-unknown-linux-gnu/algebra/ENTIRER.fasl for category EntireRing Loading ../../x86_64-unknown-linux-gnu/algebra/EUCDOM.fasl for category EuclideanDomain Loading ../../x86_64-unknown-linux-gnu/algebra/PID.fasl for category PrincipalIdealDomain Loading ../../x86_64-unknown-linux-gnu/algebra/OINTDOM.fasl for category OrderedIntegralDomain Loading ../../x86_64-unknown-linux-gnu/algebra/ORDRING.fasl for category OrderedRing Loading ../../x86_64-unknown-linux-gnu/algebra/OAGROUP.fasl for category OrderedAbelianGroup Loading ../../x86_64-unknown-linux-gnu/algebra/OCAMON.fasl for category OrderedCancellationAbelianMonoid Loading ../../x86_64-unknown-linux-gnu/algebra/OAMON.fasl for category OrderedAbelianMonoid Loading ../../x86_64-unknown-linux-gnu/algebra/OASGP.fasl for category OrderedAbelianSemiGroup Loading ../../x86_64-unknown-linux-gnu/algebra/ORDSET.fasl for category OrderedSet Loading ../../x86_64-unknown-linux-gnu/algebra/ORDTYPE.fasl for category OrderedType Loading ../../x86_64-unknown-linux-gnu/algebra/CHARZ.fasl for category CharacteristicZero Loading ../../x86_64-unknown-linux-gnu/algebra/DIFRING.fasl for category DifferentialRing Loading ../../x86_64-unknown-linux-gnu/algebra/DIFFSPC.fasl for category DifferentialSpace Loading ../../x86_64-unknown-linux-gnu/algebra/DIFFDOM.fasl for category DifferentialDomain Loading ../../x86_64-unknown-linux-gnu/algebra/KONVERT.fasl for category ConvertibleTo Loading ../../x86_64-unknown-linux-gnu/algebra/RETRACT.fasl for category RetractableTo Loading ../../x86_64-unknown-linux-gnu/algebra/LINEXP.fasl for category LinearlyExplicitRingOver Loading ../../x86_64-unknown-linux-gnu/algebra/PATMAB.fasl for category PatternMatchable Loading ../../x86_64-unknown-linux-gnu/algebra/CFCAT.fasl for category CombinatorialFunctionCategory Loading ../../x86_64-unknown-linux-gnu/algebra/REAL.fasl for category RealConstant Loading ../../x86_64-unknown-linux-gnu/algebra/STEP.fasl for category StepThrough compiling local level : % -> NonNegativeInteger Time: 0.08 SEC. compiling exported coerce : T -> % PROPFRML;coerce;T$$;2 t is replaced by %pair(0,t) Time: 0 SEC. compiling exported false : () -> % Debug compQuote expr: (QUOTE %false) m: $EmptyMode Debug compQuote expr: (QUOTE %false) m: (Identifier) Time: 0.01 SEC. compiling exported true : () -> % Debug compQuote expr: (QUOTE %true) m: $EmptyMode Debug compQuote expr: (QUOTE %true) m: (Identifier) Time: 0.00 SEC. compiling exported ~ : % -> % Debug compQuote expr: (QUOTE %not) m: $EmptyMode Debug compQuote expr: (QUOTE %not) m: (Symbol) Time: 0.01 SEC. compiling exported conjunction : (%,%) -> % Debug compQuote expr: (QUOTE %and) m: $EmptyMode Debug compQuote expr: (QUOTE %and) m: (Symbol) Debug compQuote expr: (QUOTE %and) m: (Symbol) Time: 0.01 SEC. compiling exported /\ : (%,%) -> % Time: 0.00 SEC. compiling exported disjunction : (%,%) -> % Debug compQuote expr: (QUOTE %or) m: $EmptyMode Debug compQuote expr: (QUOTE %or) m: (Symbol) Debug compQuote expr: (QUOTE %or) m: (Symbol) Time: 0.01 SEC. compiling exported \/ : (%,%) -> % Time: 0 SEC. compiling exported implies : (%,%) -> % Debug compQuote expr: (QUOTE %implies) m: $EmptyMode Debug compQuote expr: (QUOTE %implies) m: (Symbol) Debug compQuote expr: (QUOTE %implies) m: (Symbol) Time: 0.02 SEC. compiling exported equiv : (%,%) -> % Debug compQuote expr: (QUOTE %equiv) m: $EmptyMode Debug compQuote expr: (QUOTE %equiv) m: (Symbol) Debug compQuote expr: (QUOTE %equiv) m: (Symbol) Time: 0.02 SEC. compiling exported isAtom : % -> Maybe T Time: 0.01 SEC. compiling exported isNot : % -> Maybe % Debug compQuote expr: (QUOTE %not) m: $EmptyMode Debug compQuote expr: (QUOTE %not) m: (Symbol) Time: 0.01 SEC. compiling local isBinaryOperator : (Kernel %,Symbol) -> Maybe Pair(%,%) Time: 0.01 SEC. compiling exported isAnd : % -> Maybe Pair(%,%) Debug compQuote expr: (QUOTE %and) m: (Symbol) Time: 0.01 SEC. compiling exported isOr : % -> Maybe Pair(%,%) Debug compQuote expr: (QUOTE %or) m: (Symbol) Time: 0.01 SEC. compiling exported isImplies : % -> Maybe Pair(%,%) Debug compQuote expr: (QUOTE %implies) m: (Symbol) Time: 0.01 SEC. compiling exported isEquiv : % -> Maybe Pair(%,%) Debug compQuote expr: (QUOTE %equiv) m: (Symbol) Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. compiling local primaryFormula : % -> OutputForm Debug compQuote expr: (QUOTE %implies) m: $EmptyMode Debug compQuote expr: (QUOTE %implies) m: (Symbol) Debug compQuote expr: (QUOTE %equiv) m: $EmptyMode Debug compQuote expr: (QUOTE %equiv) m: (Symbol) Time: 0.04 SEC. compiling local notFormula : % -> OutputForm Debug compQuote expr: (QUOTE not) m: $EmptyMode Debug compQuote expr: (QUOTE not) m: (Symbol) Time: 0.02 SEC. compiling local andFormula : % -> OutputForm Debug compQuote expr: (QUOTE and) m: $EmptyMode Debug compQuote expr: (QUOTE and) m: (Symbol) Time: 0.02 SEC. compiling local orFormula : % -> OutputForm Debug compQuote expr: (QUOTE or) m: $EmptyMode Debug compQuote expr: (QUOTE or) m: (Symbol) Time: 0.01 SEC. compiling local formula : % -> OutputForm Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] Type Kernel $ is not in scope. Import it Cumulative Statistics for Constructor PropositionalFormula Time: 0.34 seconds finalizing NRLIB PROPFRML Processing PropositionalFormula for Browser database: -- isAtom : % -> Maybe T -- isNot : % -> Maybe % -- isAnd : % -> Maybe Pair(%,%) -- isOr : % -> Maybe Pair(%,%) -- isImplies : % -> Maybe Pair(%,%) -- isEquiv : % -> Maybe Pair(%,%) -- conjunction : (%,%) -> % -- disjunction : (%,%) -> % -- constructor ; compiling file "/tmp/oa-MJQelk/code.lsp" (written 01 FEB 2016 10:59:40 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PROPFRML;coerce;T$$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PROPFRML;level| ...) ; file: /tmp/oa-MJQelk/code.lsp ; in: DEFUN |PROPFRML;level| ; (DEFUN BOOT::|PROPFRML;level| (BOOT::|f| BOOT::$) ; (LET ((BOOT::|f'| BOOT::|f|)) ; (COND ((ZEROP #) 0) (T (SVREF # 2))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PROPFRML;level| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|PROPFRML;level| ; (LET ((BOOT::|f'| BOOT::|f|)) ; (COND (# 0) (T #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PROPFRML;coerce;T$$;2| ...) ; compiling (DEFUN |PROPFRML;false;$;3| ...) ; compiling (DEFUN |PROPFRML;true;$;4| ...) ; compiling (DEFUN |PROPFRML;~;2$;5| ...) ; compiling (DEFUN |PROPFRML;conjunction;3$;6| ...) ; compiling (DEFUN |PROPFRML;/\\;3$;7| ...) ; compiling (DEFUN |PROPFRML;disjunction;3$;8| ...) ; compiling (DEFUN |PROPFRML;\\/;3$;9| ...) ; compiling (DEFUN |PROPFRML;implies;3$;10| ...) ; compiling (DEFUN |PROPFRML;equiv;3$;11| ...) ; compiling (DEFUN |PROPFRML;isAtom;$M;12| ...) ; file: /tmp/oa-MJQelk/code.lsp ; in: DEFUN |PROPFRML;isAtom;$M;12| ; (DEFUN BOOT::|PROPFRML;isAtom;$M;12| (BOOT::|f| BOOT::$) ; (LET ((BOOT::|f'| BOOT::|f|)) ; (COND ((ZEROP #) (CDR BOOT::|f'|)) (T |AxiomCore|:|%nothing|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PROPFRML;isAtom;$M;12| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|PROPFRML;isAtom;$M;12| ; (LET ((BOOT::|f'| BOOT::|f|)) ; (COND (# #) (T |AxiomCore|:|%nothing|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PROPFRML;isNot;$M;13| ...) ; file: /tmp/oa-MJQelk/code.lsp ; in: DEFUN |PROPFRML;isNot;$M;13| ; (DEFUN BOOT::|PROPFRML;isNot;$M;13| (BOOT::|f| BOOT::$) ; (LET ((BOOT::|f'| BOOT::|f|)) ; (BOOT::SEQ (COND (# #)) (BOOT::EXIT |AxiomCore|:|%nothing|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PROPFRML;isNot;$M;13| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|PROPFRML;isNot;$M;13| ; (LET ((BOOT::|f'| BOOT::|f|)) ; (BOOT::SEQ (COND #) (BOOT::EXIT |AxiomCore|:|%nothing|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PROPFRML;isBinaryOperator| ...) ; compiling (DEFUN |PROPFRML;isAnd;$M;15| ...) ; compiling (DEFUN |PROPFRML;isOr;$M;16| ...) ; compiling (DEFUN |PROPFRML;isImplies;$M;17| ...) ; compiling (DEFUN |PROPFRML;isEquiv;$M;18| ...) ; compiling (DEFUN |PROPFRML;coerce;$Of;19| ...) ; compiling (DEFUN |PROPFRML;primaryFormula| ...) ; compiling (DEFUN |PROPFRML;notFormula| ...) ; compiling (DEFUN |PROPFRML;andFormula| ...) ; compiling (DEFUN |PROPFRML;orFormula| ...) ; compiling (DEFUN |PROPFRML;formula| ...) ; compiling (DEFUN |PropositionalFormula| ...) ; compiling (DEFUN |PropositionalFormula;| ...) ; compiling (MAKEPROP (QUOTE |PropositionalFormula|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; /tmp/oa-MJQelk/code.fasl written ; compilation finished in 0:00:00.106 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PROPFUN1.spad && cp PROPFUN1.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PROPFUN1.fasl \ && if test -f PROPFUN1-.NRLIB/code.fasl; then \ cp PROPFUN1-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PROPFUN1-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PROPFUN1.spad using Spad compiler. PROPFUN1 abbreviates package PropositionalFormulaFunctions1 debug: compDefine1 lhs: (PropositionalFormulaFunctions1 T$) signature (pre-evaluate): ((Join (Type) (CATEGORY package (SIGNATURE dual ((PropositionalFormula T$) (PropositionalFormula T$))) (SIGNATURE atoms ((Set T$) (PropositionalFormula T$))) (SIGNATURE simplify ((PropositionalFormula T$) (PropositionalFormula T$))))) NIL) debug: evaluateType form: (Join (Type) (CATEGORY package (SIGNATURE dual ((PropositionalFormula T$) (PropositionalFormula T$))) (SIGNATURE atoms ((Set T$) (PropositionalFormula T$))) (SIGNATURE simplify ((PropositionalFormula T$) (PropositionalFormula T$))))) $param: (T$) debug: evaluateType form: (Type) $param: (T$) Debug: evaluateType1 form: (Type) debug: evaluateType form: (CATEGORY package (SIGNATURE dual ((PropositionalFormula T$) (PropositionalFormula T$))) (SIGNATURE atoms ((Set T$) (PropositionalFormula T$))) (SIGNATURE simplify ((PropositionalFormula T$) (PropositionalFormula T$)))) $param: (T$) debug: evaluateType form: (PropositionalFormula T$) $param: (T$) Debug: evaluateType1 form: (PropositionalFormula T$) debug: evaluateType1 x: T$ m: (SetCategory) debug: evaluateType form: (PropositionalFormula T$) $param: (T$) Debug: evaluateType1 form: (PropositionalFormula T$) debug: evaluateType1 x: T$ m: (SetCategory) debug: evaluateType form: (Set T$) $param: (T$) Debug: evaluateType1 form: (Set T$) debug: evaluateType1 x: T$ m: (SetCategory) debug: evaluateType form: (PropositionalFormula T$) $param: (T$) Debug: evaluateType1 form: (PropositionalFormula T$) debug: evaluateType1 x: T$ m: (SetCategory) debug: evaluateType form: (PropositionalFormula T$) $param: (T$) Debug: evaluateType1 form: (PropositionalFormula T$) debug: evaluateType1 x: T$ m: (SetCategory) debug: evaluateType form: (PropositionalFormula T$) $param: (T$) Debug: evaluateType1 form: (PropositionalFormula T$) debug: evaluateType1 x: T$ m: (SetCategory) debug: compDefine1 signature (post evaluate): ((Join (Type) (CATEGORY package (SIGNATURE dual ((PropositionalFormula T$) (PropositionalFormula T$))) (SIGNATURE atoms ((Set T$) (PropositionalFormula T$))) (SIGNATURE simplify ((PropositionalFormula T$) (PropositionalFormula T$))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for PropositionalFormulaFunctions1 compiling into /tmp/oa-bJjoWR compiling exported dual : PropositionalFormula T -> PropositionalFormula T Time: 0.03 SEC. compiling exported atoms : PropositionalFormula T -> Set T Time: 0.02 SEC. compiling local simplifyOneStep : PropositionalFormula T -> PropositionalFormula T Time: 0.02 SEC. compiling exported simplify : PropositionalFormula T -> PropositionalFormula T Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor PropositionalFormulaFunctions1 Time: 0.10 seconds finalizing NRLIB PROPFUN1 Processing PropositionalFormulaFunctions1 for Browser database: -- dual : PropositionalFormula T -> PropositionalFormula T -- atoms : PropositionalFormula T -> Set T -- simplify : PropositionalFormula T -> PropositionalFormula T -- constructor ; compiling file "/tmp/oa-bJjoWR/code.lsp" (written 01 FEB 2016 10:59:40 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PROPFUN1;dual;2Pf;1| ...) ; compiling (DEFUN |PROPFUN1;atoms;PfS;2| ...) ; compiling (DEFUN |PROPFUN1;simplifyOneStep| ...) ; compiling (DEFUN |PROPFUN1;simplify;2Pf;4| ...) ; compiling (DEFUN |PropositionalFormulaFunctions1| ...) ; compiling (DEFUN |PropositionalFormulaFunctions1;| ...) ; compiling (MAKEPROP (QUOTE |PropositionalFormulaFunctions1|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-bJjoWR/code.fasl written ; compilation finished in 0:00:00.067 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile AUTOMOR.spad && cp AUTOMOR.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/AUTOMOR.fasl \ && if test -f AUTOMOR-.NRLIB/code.fasl; then \ cp AUTOMOR-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/AUTOMOR-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/AUTOMOR.spad using Spad compiler. AUTOMOR abbreviates domain Automorphism debug: compDefine1 lhs: (Automorphism R) signature (pre-evaluate): ((Join (Group) (Eltable R R) (CATEGORY domain (SIGNATURE morphism ($ (Mapping R R))) (SIGNATURE morphism ($ (Mapping R R) (Mapping R R))) (SIGNATURE morphism ($ (Mapping R R (Integer)))))) (Ring)) debug: evaluateType form: (Join (Group) (Eltable R R) (CATEGORY domain (SIGNATURE morphism ($ (Mapping R R))) (SIGNATURE morphism ($ (Mapping R R) (Mapping R R))) (SIGNATURE morphism ($ (Mapping R R (Integer)))))) $param: (R) debug: evaluateType form: (Group) $param: (R) Debug: evaluateType1 form: (Group) debug: evaluateType form: (Eltable R R) $param: (R) Debug: evaluateType1 form: (Eltable R R) debug: evaluateType1 x: R m: (Type) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE morphism ($ (Mapping R R))) (SIGNATURE morphism ($ (Mapping R R) (Mapping R R))) (SIGNATURE morphism ($ (Mapping R R (Integer))))) $param: (R) debug: evaluateType form: (Mapping R R) $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Mapping R R) $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Mapping R R) $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Mapping R R (Integer)) $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((Join (Group) (Eltable R R) (CATEGORY domain (SIGNATURE morphism ($ (Mapping R R))) (SIGNATURE morphism ($ (Mapping R R) (Mapping R R))) (SIGNATURE morphism ($ (Mapping R R (Integer)))))) (Ring)) debug: compDefine1 lhs: (Automorphism R) signature (pre-evaluate): ((Join (Group) (Eltable R R) (CATEGORY domain (SIGNATURE morphism ($ (Mapping R R))) (SIGNATURE morphism ($ (Mapping R R) (Mapping R R))) (SIGNATURE morphism ($ (Mapping R R (Integer)))))) NIL) debug: evaluateType form: (Join (Group) (Eltable R R) (CATEGORY domain (SIGNATURE morphism ($ (Mapping R R))) (SIGNATURE morphism ($ (Mapping R R) (Mapping R R))) (SIGNATURE morphism ($ (Mapping R R (Integer)))))) $param: (R) debug: evaluateType form: (Group) $param: (R) Debug: evaluateType1 form: (Group) debug: evaluateType form: (Eltable R R) $param: (R) Debug: evaluateType1 form: (Eltable R R) debug: evaluateType1 x: R m: (Type) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE morphism ($ (Mapping R R))) (SIGNATURE morphism ($ (Mapping R R) (Mapping R R))) (SIGNATURE morphism ($ (Mapping R R (Integer))))) $param: (R) debug: evaluateType form: (Mapping R R) $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Mapping R R) $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Mapping R R) $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Mapping R R (Integer)) $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((Join (Group) (Eltable R R) (CATEGORY domain (SIGNATURE morphism ($ (Mapping R R))) (SIGNATURE morphism ($ (Mapping R R) (Mapping R R))) (SIGNATURE morphism ($ (Mapping R R (Integer)))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for Automorphism compiling into /tmp/oa-mtu22c compiling exported One : () -> % Time: 0.01 SEC. compiling local err : R -> R AUTOMOR;err r is replaced by error "Morphism is not invertible" Time: 0.01 SEC. compiling local ident : (R,Integer) -> R AUTOMOR;ident(r,n) is replaced by r Time: 0 SEC. compiling exported = : (%,%) -> Boolean AUTOMOR;=;2$B;4 is replaced by %peq Time: 0 SEC. compiling exported elt : (%,R) -> R Time: 0 SEC. compiling exported inv : % -> % Time: 0 SEC. compiling exported ** : (%,Integer) -> % Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. compiling exported morphism : (R,Integer) -> R -> % AUTOMOR;morphism;M$;9 f is replaced by f Time: 0.00 SEC. compiling exported morphism : R -> R -> % Time: 0 SEC. compiling exported morphism : (R -> R,R -> R) -> % Time: 0 SEC. compiling local apply : (Rep,R,Integer) -> R Time: 0 SEC. compiling local iterat : (R -> R,R -> R,Integer,R) -> R Time: 0.00 SEC. compiling local iter : (R -> R,NonNegativeInteger,R) -> R Time: 0 SEC. compiling exported * : (%,%) -> % Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor Automorphism Time: 0.06 seconds finalizing NRLIB AUTOMOR Processing Automorphism for Browser database: -- morphism : (R -> R) -> % -- morphism : ((R -> R),(R -> R)) -> % -- morphism : ((R,Integer) -> R) -> % -- constructor ; compiling file "/tmp/oa-mtu22c/code.lsp" (written 01 FEB 2016 10:59:40 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |AUTOMOR;err|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |AUTOMOR;ident|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |AUTOMOR;=;2$B;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |AUTOMOR;morphism;M$;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |AUTOMOR;One;$;1|) ...) ; compiling (DEFUN |AUTOMOR;One;$;1| ...) ; compiling (DEFUN |AUTOMOR;err| ...) ; file: /tmp/oa-mtu22c/code.lsp ; in: DEFUN |AUTOMOR;err| ; (DEFUN BOOT::|AUTOMOR;err| (BOOT::|r| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|error| "Morphism is not invertible")) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|AUTOMOR;err| ; (BOOT::|r| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|AUTOMOR;err| (BOOT::|error| "Morphism is not invertible"))) ; ; caught STYLE-WARNING: ; The variable |r| is defined but never used. ; compiling (DEFUN |AUTOMOR;ident| ...) ; file: /tmp/oa-mtu22c/code.lsp ; in: DEFUN |AUTOMOR;ident| ; (DEFUN BOOT::|AUTOMOR;ident| (BOOT::|r| BOOT::|n| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; BOOT::|r|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|AUTOMOR;ident| ; (BOOT::|r| BOOT::|n| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|AUTOMOR;ident| BOOT::|r|)) ; ; caught STYLE-WARNING: ; The variable |n| is defined but never used. ; compiling (DEFUN |AUTOMOR;=;2$B;4| ...) ; compiling (DEFUN |AUTOMOR;elt;$2R;5| ...) ; compiling (DEFUN |AUTOMOR;inv;2$;6| ...) ; compiling (DEFUN |AUTOMOR;inv;2$;6!0| ...) ; compiling (DEFUN |AUTOMOR;**;$I$;7| ...) ; compiling (DEFUN |AUTOMOR;**;$I$;7!0| ...) ; compiling (DEFUN |AUTOMOR;coerce;$Of;8| ...) ; file: /tmp/oa-mtu22c/code.lsp ; in: DEFUN |AUTOMOR;coerce;$Of;8| ; (DEFUN BOOT::|AUTOMOR;coerce;$Of;8| (BOOT::|f| BOOT::$) ; (BOOT::SPADCALL "R -> R" (BOOT::|shellEntry| BOOT::$ 21))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|AUTOMOR;coerce;$Of;8| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|AUTOMOR;coerce;$Of;8| ; (BOOT::SPADCALL "R -> R" (BOOT::|shellEntry| BOOT::$ 21)))) ; ; caught STYLE-WARNING: ; The variable |f| is defined but never used. ; compiling (DEFUN |AUTOMOR;morphism;M$;9| ...) ; compiling (DEFUN |AUTOMOR;morphism;M$;10| ...) ; compiling (DEFUN |AUTOMOR;morphism;2M$;11| ...) ; compiling (DEFUN |AUTOMOR;morphism;2M$;11!0| ...) ; compiling (DEFUN |AUTOMOR;apply| ...) ; file: /tmp/oa-mtu22c/code.lsp ; in: DEFUN |AUTOMOR;apply| ; (DEFUN BOOT::|AUTOMOR;apply| (BOOT::|f| BOOT::|r| BOOT::|n| BOOT::$) ; (FUNCALL (CAR BOOT::|f|) BOOT::|r| BOOT::|n| (CDR BOOT::|f|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|AUTOMOR;apply| ; (BOOT::|f| BOOT::|r| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|AUTOMOR;apply| ; (FUNCALL (CAR BOOT::|f|) BOOT::|r| BOOT::|n| (CDR BOOT::|f|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |AUTOMOR;iterat| ...) ; file: /tmp/oa-mtu22c/code.lsp ; in: DEFUN |AUTOMOR;iterat| ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; ; note: deleting unreachable code ; (BOOT::|moanRetract| BOOT::|n| '(BOOT::|NonNegativeInteger|)) ; ==> ; BOOT::|n| ; ; note: deleting unreachable code ; compiling (DEFUN |AUTOMOR;iter| ...) ; file: /tmp/oa-mtu22c/code.lsp ; in: DEFUN |AUTOMOR;iter| ; (DEFUN BOOT::|AUTOMOR;iter| (BOOT::|f| BOOT::|n| BOOT::|r| BOOT::$) ; (PROGN ; (LET ((BOOT::|i| 1)) ; (LOOP (COND # #) ; (SETQ #))) ; BOOT::|r|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|AUTOMOR;iter| ; (BOOT::|f| BOOT::|n| BOOT::|r| BOOT::$) ; (BLOCK BOOT::|AUTOMOR;iter| ; (PROGN ; (LET (#) ; (LOOP # ; #)) ; BOOT::|r|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |AUTOMOR;*;3$;15| ...) ; compiling (DEFUN |AUTOMOR;*;3$;15!2| ...) ; compiling (DEFUN |AUTOMOR;*;3$;15!1| ...) ; compiling (DEFUN |AUTOMOR;*;3$;15!0| ...) ; compiling (DEFUN |Automorphism| ...) ; compiling (DEFUN |Automorphism;| ...) ; compiling (MAKEPROP (QUOTE |Automorphism|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 5 STYLE-WARNING conditions ; printed 3 notes ; /tmp/oa-mtu22c/code.fasl written ; compilation finished in 0:00:00.060 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile CHARPOL.spad && cp CHARPOL.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CHARPOL.fasl \ && if test -f CHARPOL-.NRLIB/code.fasl; then \ cp CHARPOL-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CHARPOL-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CHARPOL.spad using Spad compiler. CHARPOL abbreviates package CharacteristicPolynomialPackage debug: compDefine1 lhs: (CharacteristicPolynomialPackage R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE characteristicPolynomial (R (Matrix R) R))) (CommutativeRing)) debug: evaluateType form: (CATEGORY package (SIGNATURE characteristicPolynomial (R (Matrix R) R))) $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: (CommutativeRing) $param: (R) Debug: evaluateType1 form: (CommutativeRing) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE characteristicPolynomial (R (Matrix R) R))) (CommutativeRing)) debug: compDefine1 lhs: (CharacteristicPolynomialPackage R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE characteristicPolynomial (R (Matrix R) R))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE characteristicPolynomial (R (Matrix R) R))) $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE characteristicPolynomial (R (Matrix R) R))) NIL) ------------------------------------------------------------------------ initializing stationary directory for CharacteristicPolynomialPackage compiling into /tmp/oa-wx1L9p compiling exported characteristicPolynomial : (Matrix R,R) -> R Time: 0.07 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Warnings: [1] characteristicPolynomial: : PositiveInteger -- replace by pretend Cumulative Statistics for Constructor CharacteristicPolynomialPackage Time: 0.07 seconds finalizing NRLIB CHARPOL Processing CharacteristicPolynomialPackage for Browser database: -- characteristicPolynomial : (M,R) -> R -- constructor ; compiling file "/tmp/oa-wx1L9p/code.lsp" (written 01 FEB 2016 10:59:40 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |CHARPOL;characteristicPolynomial;M2R;1| ...) ; compiling (DEFUN |CharacteristicPolynomialPackage| ...) ; compiling (DEFUN |CharacteristicPolynomialPackage;| ...) ; compiling (MAKEPROP (QUOTE |CharacteristicPolynomialPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-wx1L9p/code.fasl written ; compilation finished in 0:00:00.019 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/UDPO.fasl --optimize=3 UDPO.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UDPO.spad using Spad compiler. UDPO abbreviates package UserDefinedPartialOrdering debug: compDefine1 lhs: (UserDefinedPartialOrdering S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE setOrder ((Void) (List S))) (SIGNATURE setOrder ((Void) (List S) (List S))) (SIGNATURE getOrder ((Record (: low (List S)) (: high (List S))))) (SIGNATURE less? ((Union (Boolean) failed) S S)) (SIGNATURE less? ((Boolean) S S (Mapping (Boolean) S S))) (SIGNATURE largest (S (List S) (Mapping (Boolean) S S))) (SIGNATURE userOrdered? ((Boolean))) (IF (has S (OrderedSet)) (PROGN (SIGNATURE largest (S (List S))) (SIGNATURE more? ((Boolean) S S))) %noBranch)) (SetCategory)) debug: evaluateType form: (CATEGORY package (SIGNATURE setOrder ((Void) (List S))) (SIGNATURE setOrder ((Void) (List S) (List S))) (SIGNATURE getOrder ((Record (: low (List S)) (: high (List S))))) (SIGNATURE less? ((Union (Boolean) failed) S S)) (SIGNATURE less? ((Boolean) S S (Mapping (Boolean) S S))) (SIGNATURE largest (S (List S) (Mapping (Boolean) S S))) (SIGNATURE userOrdered? ((Boolean))) (IF (has S (OrderedSet)) (PROGN (SIGNATURE largest (S (List S))) (SIGNATURE more? ((Boolean) S S))) %noBranch)) $param: (S) debug: evaluateType form: (Void) $param: (S) Debug: evaluateType1 form: (Void) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (Void) $param: (S) Debug: evaluateType1 form: (Void) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (Record (: low (List S)) (: high (List S))) $param: (S) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (Union (Boolean) failed) $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: failed $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Mapping (Boolean) S S) $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (Mapping (Boolean) S S) $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE setOrder ((Void) (List S))) (SIGNATURE setOrder ((Void) (List S) (List S))) (SIGNATURE getOrder ((Record (: low (List S)) (: high (List S))))) (SIGNATURE less? ((Union (Boolean) failed) S S)) (SIGNATURE less? ((Boolean) S S (Mapping (Boolean) S S))) (SIGNATURE largest (S (List S) (Mapping (Boolean) S S))) (SIGNATURE userOrdered? ((Boolean))) (IF (has S (OrderedSet)) (PROGN (SIGNATURE largest (S (List S))) (SIGNATURE more? ((Boolean) S S))) %noBranch)) (SetCategory)) debug: compDefine1 lhs: (UserDefinedPartialOrdering S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE setOrder ((Void) (List S))) (SIGNATURE setOrder ((Void) (List S) (List S))) (SIGNATURE getOrder ((Record (: low (List S)) (: high (List S))))) (SIGNATURE less? ((Union (Boolean) failed) S S)) (SIGNATURE less? ((Boolean) S S (Mapping (Boolean) S S))) (SIGNATURE largest (S (List S) (Mapping (Boolean) S S))) (SIGNATURE userOrdered? ((Boolean))) (IF (has S (OrderedSet)) (PROGN (SIGNATURE largest (S (List S))) (SIGNATURE more? ((Boolean) S S))) %noBranch)) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE setOrder ((Void) (List S))) (SIGNATURE setOrder ((Void) (List S) (List S))) (SIGNATURE getOrder ((Record (: low (List S)) (: high (List S))))) (SIGNATURE less? ((Union (Boolean) failed) S S)) (SIGNATURE less? ((Boolean) S S (Mapping (Boolean) S S))) (SIGNATURE largest (S (List S) (Mapping (Boolean) S S))) (SIGNATURE userOrdered? ((Boolean))) (IF (has S (OrderedSet)) (PROGN (SIGNATURE largest (S (List S))) (SIGNATURE more? ((Boolean) S S))) %noBranch)) $param: (S) debug: evaluateType form: (Void) $param: (S) Debug: evaluateType1 form: (Void) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (Void) $param: (S) Debug: evaluateType1 form: (Void) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (Record (: low (List S)) (: high (List S))) $param: (S) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (Union (Boolean) failed) $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: failed $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Mapping (Boolean) S S) $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (Mapping (Boolean) S S) $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE setOrder ((Void) (List S))) (SIGNATURE setOrder ((Void) (List S) (List S))) (SIGNATURE getOrder ((Record (: low (List S)) (: high (List S))))) (SIGNATURE less? ((Union (Boolean) failed) S S)) (SIGNATURE less? ((Boolean) S S (Mapping (Boolean) S S))) (SIGNATURE largest (S (List S) (Mapping (Boolean) S S))) (SIGNATURE userOrdered? ((Boolean))) (IF (has S (OrderedSet)) (PROGN (SIGNATURE largest (S (List S))) (SIGNATURE more? ((Boolean) S S))) %noBranch)) NIL) ------------------------------------------------------------------------ initializing stationary directory for UserDefinedPartialOrdering compiling into /tmp/oa-vVlKyv compiling exported userOrdered? : () -> Boolean Time: 0.01 SEC. compiling exported getOrder : () -> Record(low: List S,high: List S) Time: 0 SEC. compiling exported setOrder : List S -> Void Time: 0 SEC. compiling exported setOrder : (List S,List S) -> Void Time: 0.02 SEC. compiling exported less? : (S,S,(S,S) -> Boolean) -> Boolean Time: 0.00 SEC. compiling exported largest : (List S,(S,S) -> Boolean) -> S Time: 0.01 SEC. compiling exported less? : (S,S) -> Union(Boolean,failed) Time: 0.01 SEC. compiling exported more? : (S,S) -> Boolean Time: 0 SEC. compiling exported largest : List S -> S Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor UserDefinedPartialOrdering Time: 0.06 seconds finalizing NRLIB UDPO Processing UserDefinedPartialOrdering for Browser database: -- setOrder : List S -> Void -- setOrder : (List S,List S) -> Void -- getOrder : () -> Record(low: List S,high: List S) -- less? : (S,S) -> Union(Boolean,"failed") -- less? : (S,S,((S,S) -> Boolean)) -> Boolean -- largest : (List S,((S,S) -> Boolean)) -> S -- userOrdered? : () -> Boolean -- largest : List S -> S -- more? : (S,S) -> Boolean -- constructor ; compiling file "/tmp/oa-vVlKyv/code.lsp" (written 01 FEB 2016 10:59:41 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |UDPO;userOrdered?;B;1| ...) ; compiling (DEFUN |UDPO;getOrder;R;2| ...) ; compiling (DEFUN |UDPO;setOrder;LV;3| ...) ; compiling (DEFUN |UDPO;setOrder;2LV;4| ...) ; compiling (DEFUN |UDPO;less?;2SMB;5| ...) ; file: /tmp/oa-vVlKyv/code.lsp ; in: DEFUN |UDPO;less?;2SMB;5| ; (DEFUN BOOT::|UDPO;less?;2SMB;5| (BOOT::|a| BOOT::|b| BOOT::|f| BOOT::$) ; (LET ((BOOT::|u| (BOOT::|UDPO;less?;2SU;7| BOOT::|a| BOOT::|b| BOOT::$))) ; (COND ((EQL # 1) (FUNCALL # BOOT::|a| BOOT::|b| #)) (T (CDR BOOT::|u|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UDPO;less?;2SMB;5| ; (BOOT::|a| BOOT::|b| BOOT::|f| BOOT::$) ; (BLOCK BOOT::|UDPO;less?;2SMB;5| ; (LET ((BOOT::|u| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |UDPO;largest;LMS;6| ...) ; compiling (DEFUN |UDPO;less?;2SU;7| ...) ; compiling (DEFUN |UDPO;more?;2SB;8| ...) ; compiling (DEFUN |UDPO;more?;2SB;8!0| ...) ; compiling (DEFUN |UDPO;largest;LS;9| ...) ; compiling (DEFUN |UDPO;largest;LS;9!0| ...) ; compiling (DEFUN |UserDefinedPartialOrdering| ...) ; compiling (DEFUN |UserDefinedPartialOrdering;| ...) ; compiling (MAKEPROP (QUOTE |UserDefinedPartialOrdering|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-vVlKyv/code.fasl written ; compilation finished in 0:00:00.048 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/POLY.fasl --optimize=3 POLY.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/POLY.spad using Spad compiler. POLY abbreviates domain Polynomial debug: compDefine1 lhs: (Polynomial R) signature (pre-evaluate): ((Join (PolynomialCategory R (IndexedExponents (Symbol)) (Symbol)) (CATEGORY domain (IF (has R (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Symbol))) %noBranch))) (Ring)) debug: evaluateType form: (Join (PolynomialCategory R (IndexedExponents (Symbol)) (Symbol)) (CATEGORY domain (IF (has R (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Symbol))) %noBranch))) $param: (R) debug: evaluateType form: (PolynomialCategory R (IndexedExponents (Symbol)) (Symbol)) $param: (R) Debug: evaluateType1 form: (PolynomialCategory R (IndexedExponents (Symbol)) (Symbol)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: (IndexedExponents (Symbol)) m: (OrderedAbelianMonoidSup) debug: evaluateType1 categoryForm: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (R) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (IndexedExponents (Symbol)) $param: (R) Debug: evaluateType1 form: (IndexedExponents (Symbol)) debug: evaluateType1 x: (Symbol) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (OrderedSet) debug: evalCategory d: (IndexedExponents (Symbol)) c: (OrderedAbelianMonoidSup) debug: evaluateType1 x: (Symbol) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (OrderedSet) debug: evaluateType form: (CATEGORY domain (IF (has R (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Symbol))) %noBranch)) $param: (R) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((Join (PolynomialCategory R (IndexedExponents (Symbol)) (Symbol)) (CATEGORY domain (IF (has R (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Symbol))) %noBranch))) (Ring)) debug: compDefine1 lhs: (Polynomial R) signature (pre-evaluate): ((Join (PolynomialCategory R (IndexedExponents (Symbol)) (Symbol)) (CATEGORY domain (IF (has R (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Symbol))) %noBranch))) NIL) debug: evaluateType form: (Join (PolynomialCategory R (IndexedExponents (Symbol)) (Symbol)) (CATEGORY domain (IF (has R (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Symbol))) %noBranch))) $param: (R) debug: evaluateType form: (PolynomialCategory R (IndexedExponents (Symbol)) (Symbol)) $param: (R) Debug: evaluateType1 form: (PolynomialCategory R (IndexedExponents (Symbol)) (Symbol)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: (IndexedExponents (Symbol)) m: (OrderedAbelianMonoidSup) debug: evaluateType1 categoryForm: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (R) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (IndexedExponents (Symbol)) $param: (R) Debug: evaluateType1 form: (IndexedExponents (Symbol)) debug: evaluateType1 x: (Symbol) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (OrderedSet) debug: evalCategory d: (IndexedExponents (Symbol)) c: (OrderedAbelianMonoidSup) debug: evaluateType1 x: (Symbol) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (OrderedSet) debug: evaluateType form: (CATEGORY domain (IF (has R (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Symbol))) %noBranch)) $param: (R) debug: compDefine1 signature (post evaluate): ((Join (PolynomialCategory R (IndexedExponents (Symbol)) (Symbol)) (CATEGORY domain (IF (has R (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Symbol))) %noBranch))) NIL) ------------------------------------------------------------------------ initializing stationary directory for Polynomial compiling into /tmp/oa-31yIjI importing UserDefinedPartialOrdering Symbol compiling exported coerce : % -> OutputForm Time: 0.14 SEC. compiling exported integrate : (%,Symbol) -> % Time: 0.05 SEC. (time taken in buildFunctor: 140) Time: 0.27 SEC. Cumulative Statistics for Constructor Polynomial Time: 0.46 seconds finalizing NRLIB POLY Processing Polynomial for Browser database: -- integrate : (%,Symbol) -> % -- constructor ; compiling file "/tmp/oa-31yIjI/code.lsp" (written 01 FEB 2016 10:59:41 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |POLY;coerce;$Of;1| ...) ; compiling (DEFUN |POLY;integrate;$S$;2| ...) ; compiling (DEFUN |Polynomial| ...) ; compiling (DEFUN |Polynomial;| ...) ; compiling (MAKEPROP (QUOTE |Polynomial|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-31yIjI/code.fasl written ; compilation finished in 0:00:00.031 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PATMATCH.spad && cp PATMATCH.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PATMATCH.fasl \ && if test -f PATMATCH-.NRLIB/code.fasl; then \ cp PATMATCH-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PATMATCH-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PATMATCH.spad using Spad compiler. PATMATCH abbreviates package PatternMatch debug: compDefine1 lhs: (PatternMatch Base Subject Pat) signature (pre-evaluate): ((CATEGORY package (SIGNATURE is? ((Boolean) Subject Pat)) (SIGNATURE is? ((Boolean) (List Subject) Pat)) (SIGNATURE Is ((PatternMatchListResult Base Subject (List Subject)) (List Subject) Pat)) (IF (has Subject (RetractableTo (Symbol))) (SIGNATURE Is ((List (Equation Subject)) Subject Pat)) (IF (has Subject (Ring)) (SIGNATURE Is ((List (Equation (Polynomial Subject))) Subject Pat)) (SIGNATURE Is ((PatternMatchResult Base Subject) Subject Pat))))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE is? ((Boolean) Subject Pat)) (SIGNATURE is? ((Boolean) (List Subject) Pat)) (SIGNATURE Is ((PatternMatchListResult Base Subject (List Subject)) (List Subject) Pat)) (IF (has Subject (RetractableTo (Symbol))) (SIGNATURE Is ((List (Equation Subject)) Subject Pat)) (IF (has Subject (Ring)) (SIGNATURE Is ((List (Equation (Polynomial Subject))) Subject Pat)) (SIGNATURE Is ((PatternMatchResult Base Subject) Subject Pat))))) $param: (Base Subject Pat) debug: evaluateType form: (Boolean) $param: (Base Subject Pat) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: Subject $param: (Base Subject Pat) debug: evaluateType form: Pat $param: (Base Subject Pat) debug: evaluateType form: (Boolean) $param: (Base Subject Pat) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List Subject) $param: (Base Subject Pat) Debug: evaluateType1 form: (List Subject) debug: evaluateType1 x: Subject m: (Type) debug: evaluateType form: Pat $param: (Base Subject Pat) debug: evaluateType form: (PatternMatchListResult Base Subject (List Subject)) $param: (Base Subject Pat) Debug: evaluateType1 form: (PatternMatchListResult Base Subject (List Subject)) debug: evaluateType1 x: Base m: (SetCategory) debug: evaluateType1 x: Subject m: (SetCategory) debug: evaluateType1 x: (List Subject) m: (ListAggregate Subject) debug: evaluateType1 categoryForm: (ListAggregate Subject) debug: evaluateType form: (ListAggregate Subject) $param: (Base Subject Pat) Debug: evaluateType1 form: (ListAggregate Subject) debug: evaluateType1 x: Subject m: (Type) debug: evaluateType form: (List Subject) $param: (Base Subject Pat) Debug: evaluateType1 form: (List Subject) debug: evaluateType1 x: Subject m: (Type) debug: evalCategory d: (List Subject) c: (ListAggregate Subject) debug: evaluateType form: (List Subject) $param: (Base Subject Pat) Debug: evaluateType1 form: (List Subject) debug: evaluateType1 x: Subject m: (Type) debug: evaluateType form: Pat $param: (Base Subject Pat) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE is? ((Boolean) Subject Pat)) (SIGNATURE is? ((Boolean) (List Subject) Pat)) (SIGNATURE Is ((PatternMatchListResult Base Subject (List Subject)) (List Subject) Pat)) (IF (has Subject (RetractableTo (Symbol))) (SIGNATURE Is ((List (Equation Subject)) Subject Pat)) (IF (has Subject (Ring)) (SIGNATURE Is ((List (Equation (Polynomial Subject))) Subject Pat)) (SIGNATURE Is ((PatternMatchResult Base Subject) Subject Pat))))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PatternMatch compiling into /tmp/oa-DZAfbz importing PatternMatchListAggregate(Base,Subject,List Subject) compiling local ist : (Subject,Pat) -> PatternMatchResult(Base,Subject) Time: 0.02 SEC. compiling exported is? : (Subject,Pat) -> Boolean Time: 0.00 SEC. compiling exported is? : (List Subject,Pat) -> Boolean Time: 0.01 SEC. compiling exported Is : (List Subject,Pat) -> PatternMatchListResult(Base,Subject,List Subject) Time: 0.01 SEC. compiling exported Is : (Subject,Pat) -> List Equation Subject Time: 0.02 SEC. compiling exported Is : (Subject,Pat) -> List Equation Polynomial Subject Time: 0.04 SEC. compiling exported Is : (Subject,Pat) -> PatternMatchResult(Base,Subject) Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] ist: not known that SetCategory is of mode CATEGORY(package,is?: (Subject,Pat) -> Boolean,is?: (List Subject,Pat) -> Boolean,Is: (List Subject,Pat) -> PatternMatchListResult(Base,Subject,List Subject),IF(hasSubjectRetractableTo(Symbol()),Is: (Subject,Pat) -> List Equation Subject,IF(hasSubjectRing(),Is: (Subject,Pat) -> List Equation Polynomial Subject,Is: (Subject,Pat) -> PatternMatchResult(Base,Subject)))) [2] is?: failed? has no value [3] Is: failed? has no value Cumulative Statistics for Constructor PatternMatch Time: 0.11 seconds finalizing NRLIB PATMATCH Processing PatternMatch for Browser database: -- is? : (Subject,Pat) -> Boolean -- is? : (List Subject,Pat) -> Boolean -- Is : (List Subject,Pat) -> PatternMatchListResult(Base,Subject,List Subject) -- Is : (Subject,Pat) -> List Equation Subject -- Is : (Subject,Pat) -> List Equation Polynomial Subject -- Is : (Subject,Pat) -> PatternMatchResult(Base,Subject) -- constructor ; compiling file "/tmp/oa-DZAfbz/code.lsp" (written 01 FEB 2016 10:59:42 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PATMATCH;ist| ...) ; compiling (DEFUN |PATMATCH;is?;SubjectPatB;2| ...) ; compiling (DEFUN |PATMATCH;is?;LPatB;3| ...) ; compiling (DEFUN |PATMATCH;Is;LPatPmlr;4| ...) ; compiling (DEFUN |PATMATCH;Is;SubjectPatL;5| ...) ; file: /tmp/oa-DZAfbz/code.lsp ; in: DEFUN |PATMATCH;Is;SubjectPatL;5| ; (DEFUN BOOT::|PATMATCH;Is;SubjectPatL;5| (BOOT::|s| BOOT::|p| BOOT::$) ; (LET ((BOOT::|r| (BOOT::|PATMATCH;ist| BOOT::|s| BOOT::|p| BOOT::$))) ; (COND ((BOOT::SPADCALL BOOT::|r| #) NIL) ; (T ; (LET # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATMATCH;Is;SubjectPatL;5| ; (BOOT::|s| BOOT::|p| BOOT::$) ; (BLOCK BOOT::|PATMATCH;Is;SubjectPatL;5| ; (LET ((BOOT::|r| #)) ; (COND (# NIL) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PATMATCH;Is;SubjectPatL;6| ...) ; file: /tmp/oa-DZAfbz/code.lsp ; in: DEFUN |PATMATCH;Is;SubjectPatL;6| ; (DEFUN BOOT::|PATMATCH;Is;SubjectPatL;6| (BOOT::|s| BOOT::|p| BOOT::$) ; (LET ((BOOT::|r| (BOOT::|PATMATCH;ist| BOOT::|s| BOOT::|p| BOOT::$))) ; (COND ((BOOT::SPADCALL BOOT::|r| #) NIL) ; (T ; (LET # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATMATCH;Is;SubjectPatL;6| ; (BOOT::|s| BOOT::|p| BOOT::$) ; (BLOCK BOOT::|PATMATCH;Is;SubjectPatL;6| ; (LET ((BOOT::|r| #)) ; (COND (# NIL) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PATMATCH;Is;SubjectPatPmr;7| ...) ; compiling (DEFUN |PatternMatch| ...) ; compiling (DEFUN |PatternMatch;| ...) ; compiling (MAKEPROP (QUOTE |PatternMatch|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-DZAfbz/code.fasl written ; compilation finished in 0:00:00.035 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile OVAR.spad && cp OVAR.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/OVAR.fasl \ && if test -f OVAR-.NRLIB/code.fasl; then \ cp OVAR-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/OVAR-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OVAR.spad using Spad compiler. OVAR abbreviates domain OrderedVariableList debug: compDefine1 lhs: (OrderedVariableList VariableList) signature (pre-evaluate): ((Join (OrderedFinite) (ConvertibleTo (Symbol)) (ConvertibleTo (InputForm)) (ConvertibleTo (Pattern (Float))) (ConvertibleTo (Pattern (Integer))) (CATEGORY domain (SIGNATURE variable ((Union $ failed) (Symbol))))) (List (Symbol))) debug: evaluateType form: (Join (OrderedFinite) (ConvertibleTo (Symbol)) (ConvertibleTo (InputForm)) (ConvertibleTo (Pattern (Float))) (ConvertibleTo (Pattern (Integer))) (CATEGORY domain (SIGNATURE variable ((Union $ failed) (Symbol))))) $param: (VariableList) debug: evaluateType form: (OrderedFinite) $param: (VariableList) Debug: evaluateType1 form: (OrderedFinite) debug: evaluateType form: (ConvertibleTo (Symbol)) $param: (VariableList) Debug: evaluateType1 form: (ConvertibleTo (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (VariableList) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (VariableList) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (ConvertibleTo (InputForm)) $param: (VariableList) Debug: evaluateType1 form: (ConvertibleTo (InputForm)) debug: evaluateType1 x: (InputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (VariableList) Debug: evaluateType1 form: (Type) debug: evaluateType form: (InputForm) $param: (VariableList) Debug: evaluateType1 form: (InputForm) debug: evalCategory d: (InputForm) c: (Type) debug: evaluateType form: (ConvertibleTo (Pattern (Float))) $param: (VariableList) Debug: evaluateType1 form: (ConvertibleTo (Pattern (Float))) debug: evaluateType1 x: (Pattern (Float)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (VariableList) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Pattern (Float)) $param: (VariableList) Debug: evaluateType1 form: (Pattern (Float)) debug: evaluateType1 x: (Float) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (VariableList) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Float) $param: (VariableList) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (SetCategory) debug: evalCategory d: (Pattern (Float)) c: (Type) debug: evaluateType form: (ConvertibleTo (Pattern (Integer))) $param: (VariableList) Debug: evaluateType1 form: (ConvertibleTo (Pattern (Integer))) debug: evaluateType1 x: (Pattern (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (VariableList) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Pattern (Integer)) $param: (VariableList) Debug: evaluateType1 form: (Pattern (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (VariableList) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: (VariableList) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evalCategory d: (Pattern (Integer)) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE variable ((Union $ failed) (Symbol)))) $param: (VariableList) debug: evaluateType form: (Union $ failed) $param: (VariableList) debug: evaluateType form: $ $param: (VariableList) debug: evaluateType form: failed $param: (VariableList) debug: evaluateType form: (Symbol) $param: (VariableList) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (List (Symbol)) $param: (VariableList) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (VariableList) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (VariableList) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (OrderedFinite) (ConvertibleTo (Symbol)) (ConvertibleTo (InputForm)) (ConvertibleTo (Pattern (Float))) (ConvertibleTo (Pattern (Integer))) (CATEGORY domain (SIGNATURE variable ((Union $ failed) (Symbol))))) (List (Symbol))) debug: compDefine1 lhs: (OrderedVariableList VariableList) signature (pre-evaluate): ((Join (OrderedFinite) (ConvertibleTo (Symbol)) (ConvertibleTo (InputForm)) (ConvertibleTo (Pattern (Float))) (ConvertibleTo (Pattern (Integer))) (CATEGORY domain (SIGNATURE variable ((Union $ failed) (Symbol))))) NIL) debug: evaluateType form: (Join (OrderedFinite) (ConvertibleTo (Symbol)) (ConvertibleTo (InputForm)) (ConvertibleTo (Pattern (Float))) (ConvertibleTo (Pattern (Integer))) (CATEGORY domain (SIGNATURE variable ((Union $ failed) (Symbol))))) $param: (VariableList) debug: evaluateType form: (OrderedFinite) $param: (VariableList) Debug: evaluateType1 form: (OrderedFinite) debug: evaluateType form: (ConvertibleTo (Symbol)) $param: (VariableList) Debug: evaluateType1 form: (ConvertibleTo (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (VariableList) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (VariableList) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (ConvertibleTo (InputForm)) $param: (VariableList) Debug: evaluateType1 form: (ConvertibleTo (InputForm)) debug: evaluateType1 x: (InputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (VariableList) Debug: evaluateType1 form: (Type) debug: evaluateType form: (InputForm) $param: (VariableList) Debug: evaluateType1 form: (InputForm) debug: evalCategory d: (InputForm) c: (Type) debug: evaluateType form: (ConvertibleTo (Pattern (Float))) $param: (VariableList) Debug: evaluateType1 form: (ConvertibleTo (Pattern (Float))) debug: evaluateType1 x: (Pattern (Float)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (VariableList) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Pattern (Float)) $param: (VariableList) Debug: evaluateType1 form: (Pattern (Float)) debug: evaluateType1 x: (Float) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (VariableList) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Float) $param: (VariableList) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (SetCategory) debug: evalCategory d: (Pattern (Float)) c: (Type) debug: evaluateType form: (ConvertibleTo (Pattern (Integer))) $param: (VariableList) Debug: evaluateType1 form: (ConvertibleTo (Pattern (Integer))) debug: evaluateType1 x: (Pattern (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (VariableList) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Pattern (Integer)) $param: (VariableList) Debug: evaluateType1 form: (Pattern (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (VariableList) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: (VariableList) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evalCategory d: (Pattern (Integer)) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE variable ((Union $ failed) (Symbol)))) $param: (VariableList) debug: evaluateType form: (Union $ failed) $param: (VariableList) debug: evaluateType form: $ $param: (VariableList) debug: evaluateType form: failed $param: (VariableList) debug: evaluateType form: (Symbol) $param: (VariableList) Debug: evaluateType1 form: (Symbol) debug: compDefine1 signature (post evaluate): ((Join (OrderedFinite) (ConvertibleTo (Symbol)) (ConvertibleTo (InputForm)) (ConvertibleTo (Pattern (Float))) (ConvertibleTo (Pattern (Integer))) (CATEGORY domain (SIGNATURE variable ((Union $ failed) (Symbol))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for OrderedVariableList compiling into /tmp/oa-Lcx4EJ compiling exported convert : % -> Symbol Time: 0.08 SEC. compiling exported coerce : % -> OutputForm Time: 0.03 SEC. compiling exported convert : % -> InputForm Time: 0.05 SEC. compiling exported convert : % -> Pattern Integer Time: 0.02 SEC. compiling exported convert : % -> Pattern Float Time: 0.02 SEC. compiling exported index : PositiveInteger -> % OVAR;index;Pi$;6 i is replaced by i Time: 0.00 SEC. compiling exported lookup : % -> PositiveInteger OVAR;lookup;$Pi;7 j is replaced by j Time: 0.00 SEC. compiling exported size : () -> NonNegativeInteger Time: 0.01 SEC. compiling exported variable : Symbol -> Union(%,failed) Time: 0.01 SEC. compiling exported < : (%,%) -> Boolean OVAR;<;2$B;10(s1,s2) is replaced by %ilt(s2,s1) Time: 0 SEC. compiling exported = : (%,%) -> Boolean OVAR;=;2$B;11 is replaced by %ieq Time: 0.00 SEC. compiling exported latex : % -> String Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor OrderedVariableList Time: 0.24 seconds finalizing NRLIB OVAR Processing OrderedVariableList for Browser database: -- variable : Symbol -> Union(%,"failed") -- constructor ; compiling file "/tmp/oa-Lcx4EJ/code.lsp" (written 01 FEB 2016 10:59:42 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OVAR;index;Pi$;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OVAR;lookup;$Pi;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OVAR;<;2$B;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OVAR;=;2$B;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OVAR;size;Nni;8|) ...) ; compiling (DEFUN |OVAR;convert;$S;1| ...) ; compiling (DEFUN |OVAR;coerce;$Of;2| ...) ; compiling (DEFUN |OVAR;convert;$If;3| ...) ; compiling (DEFUN |OVAR;convert;$P;4| ...) ; compiling (DEFUN |OVAR;convert;$P;5| ...) ; compiling (DEFUN |OVAR;index;Pi$;6| ...) ; compiling (DEFUN |OVAR;lookup;$Pi;7| ...) ; compiling (DEFUN |OVAR;size;Nni;8| ...) ; compiling (DEFUN |OVAR;variable;SU;9| ...) ; compiling (DEFUN |OVAR;<;2$B;10| ...) ; compiling (DEFUN |OVAR;=;2$B;11| ...) ; compiling (DEFUN |OVAR;latex;$S;12| ...) ; file: /tmp/oa-Lcx4EJ/code.lsp ; in: DEFUN |OVAR;latex;$S;12| ; (DEFUN BOOT::|OVAR;latex;$S;12| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (BOOT::|OVAR;convert;$S;1| BOOT::|x| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 42))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|OVAR;latex;$S;12| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|OVAR;latex;$S;12| ; (BOOT::SPADCALL (BOOT::|OVAR;convert;$S;1| BOOT::|x| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 42)))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |OrderedVariableList| ...) ; compiling (DEFUN |OrderedVariableList;| ...) ; compiling (MAKEPROP (QUOTE |OrderedVariableList|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-Lcx4EJ/code.fasl written ; compilation finished in 0:00:00.049 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ES1.spad && cp ES1.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ES1.fasl \ && if test -f ES1-.NRLIB/code.fasl; then \ cp ES1-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ES1-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ES1.spad using Spad compiler. ES1 abbreviates package ExpressionSpaceFunctions1 debug: compDefine1 lhs: (ExpressionSpaceFunctions1 F S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map (S (Mapping S F) (String) (Kernel F)))) (ExpressionSpace) (Type)) debug: evaluateType form: (CATEGORY package (SIGNATURE map (S (Mapping S F) (String) (Kernel F)))) $param: (F S) debug: evaluateType form: S $param: (F S) debug: evaluateType form: (Mapping S F) $param: (F S) debug: evaluateType form: S $param: (F S) debug: evaluateType form: F $param: (F S) debug: evaluateType form: (String) $param: (F S) Debug: evaluateType1 form: (String) debug: evaluateType form: (Kernel F) $param: (F S) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: (ExpressionSpace) $param: (F S) Debug: evaluateType1 form: (ExpressionSpace) debug: evaluateType form: (Type) $param: (F S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map (S (Mapping S F) (String) (Kernel F)))) (ExpressionSpace) (Type)) debug: compDefine1 lhs: (ExpressionSpaceFunctions1 F S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map (S (Mapping S F) (String) (Kernel F)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map (S (Mapping S F) (String) (Kernel F)))) $param: (F S) debug: evaluateType form: S $param: (F S) debug: evaluateType form: (Mapping S F) $param: (F S) debug: evaluateType form: S $param: (F S) debug: evaluateType form: F $param: (F S) debug: evaluateType form: (String) $param: (F S) Debug: evaluateType1 form: (String) debug: evaluateType form: (Kernel F) $param: (F S) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map (S (Mapping S F) (String) (Kernel F)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ExpressionSpaceFunctions1 compiling into /tmp/oa-BnGr99 compiling exported map : (F -> S,String,Kernel F) -> S Time: 0.06 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Warnings: [1] map: property has no value Cumulative Statistics for Constructor ExpressionSpaceFunctions1 Time: 0.06 seconds finalizing NRLIB ES1 Processing ExpressionSpaceFunctions1 for Browser database: -- map : ((F -> S),String,Kernel F) -> S -- constructor ; compiling file "/tmp/oa-BnGr99/code.lsp" (written 01 FEB 2016 10:59:42 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ES1;map;MSKS;1| ...) ; compiling (DEFUN |ExpressionSpaceFunctions1| ...) ; compiling (DEFUN |ExpressionSpaceFunctions1;| ...) ; compiling (MAKEPROP (QUOTE |ExpressionSpaceFunctions1|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-BnGr99/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ES2.spad && cp ES2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ES2.fasl \ && if test -f ES2-.NRLIB/code.fasl; then \ cp ES2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ES2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ES2.spad using Spad compiler. ES2 abbreviates package ExpressionSpaceFunctions2 debug: compDefine1 lhs: (ExpressionSpaceFunctions2 E F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map (F (Mapping F E) (Kernel E)))) (ExpressionSpace) (ExpressionSpace)) debug: evaluateType form: (CATEGORY package (SIGNATURE map (F (Mapping F E) (Kernel E)))) $param: (E F) debug: evaluateType form: F $param: (E F) debug: evaluateType form: (Mapping F E) $param: (E F) debug: evaluateType form: F $param: (E F) debug: evaluateType form: E $param: (E F) debug: evaluateType form: (Kernel E) $param: (E F) Debug: evaluateType1 form: (Kernel E) debug: evaluateType1 x: E m: (SetCategory) debug: evaluateType form: (ExpressionSpace) $param: (E F) Debug: evaluateType1 form: (ExpressionSpace) debug: evaluateType form: (ExpressionSpace) $param: (E F) Debug: evaluateType1 form: (ExpressionSpace) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map (F (Mapping F E) (Kernel E)))) (ExpressionSpace) (ExpressionSpace)) debug: compDefine1 lhs: (ExpressionSpaceFunctions2 E F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map (F (Mapping F E) (Kernel E)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map (F (Mapping F E) (Kernel E)))) $param: (E F) debug: evaluateType form: F $param: (E F) debug: evaluateType form: (Mapping F E) $param: (E F) debug: evaluateType form: F $param: (E F) debug: evaluateType form: E $param: (E F) debug: evaluateType form: (Kernel E) $param: (E F) Debug: evaluateType1 form: (Kernel E) debug: evaluateType1 x: E m: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map (F (Mapping F E) (Kernel E)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ExpressionSpaceFunctions2 compiling into /tmp/oa-FnFvnl compiling exported map : (E -> F,Kernel E) -> F Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Warnings: [1] map: IN has no value [2] map: x has no value Cumulative Statistics for Constructor ExpressionSpaceFunctions2 Time: 0.03 seconds finalizing NRLIB ES2 Processing ExpressionSpaceFunctions2 for Browser database: -- map : ((E -> F),Kernel E) -> F -- constructor ; compiling file "/tmp/oa-FnFvnl/code.lsp" (written 01 FEB 2016 10:59:42 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ES2;map;MKF;1| ...) ; compiling (DEFUN |ExpressionSpaceFunctions2| ...) ; compiling (DEFUN |ExpressionSpaceFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |ExpressionSpaceFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-FnFvnl/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile GRMOD.spad && cp GRMOD.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GRMOD.fasl \ && if test -f GRMOD-.NRLIB/code.fasl; then \ cp GRMOD-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GRMOD-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GRMOD.spad using Spad compiler. GRMOD abbreviates category GradedModule debug: compDefine1 lhs: (GradedModule R E) signature (pre-evaluate): ((Category) (CommutativeRing) (AbelianMonoid)) debug: evaluateType form: (Category) $param: (R E) debug: evaluateType form: (CommutativeRing) $param: (R E) Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (AbelianMonoid) $param: (R E) Debug: evaluateType1 form: (AbelianMonoid) debug: compDefine1 signature (post evaluate): ((Category) (CommutativeRing) (AbelianMonoid)) debug: compDefine1 lhs: (GradedModule R E) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (R E) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for GradedModule compiling into /tmp/oa-VXsHZv STYLE-WARNING: redefining BOOT::|GradedModule| in DEFUN Time: 0.01 SEC. GRMOD- abbreviates package GradedModule& ------------------------------------------------------------------------ initializing stationary directory for GradedModule& compiling into /tmp/oa-VksfTM compiling exported - : (S,S) -> S Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor GradedModule& Time: 0.01 seconds finalizing NRLIB GRMOD- ; compiling file "/tmp/oa-VksfTM/code.lsp" (written 01 FEB 2016 10:59:42 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |GRMOD-;-;3$;1| ...) ; compiling (DEFUN |GradedModule&| ...) ; compiling (MAKEPROP (QUOTE |GradedModule&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-VksfTM/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ finalizing NRLIB GRMOD Processing GradedModule for Browser database: -- degree : % -> E -- 0 : () -> % --->../../x86_64-unknown-linux-gnu/src/algebra/carten.spad-->GradedModule((Zero (%) constant)): Improper first word in comments: "0 denotes the zero of degree 0." -- ?*? : (R,%) -> % -- ?*? : (%,R) -> % -- -? : % -> % -- ?+? : (%,%) -> % -- ?-? : (%,%) -> % -- constructor ; compiling file "/tmp/oa-VXsHZv/code.lsp" (written 01 FEB 2016 10:59:42 PM): ; compiling (DEFPARAMETER |GradedModule;AL| ...) ; compiling (DEFUN |GradedModule;| ...) ; compiling (DEFUN |GradedModule| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-VXsHZv/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile HYPCAT.spad && cp HYPCAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/HYPCAT.fasl \ && if test -f HYPCAT-.NRLIB/code.fasl; then \ cp HYPCAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/HYPCAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/HYPCAT.spad using Spad compiler. HYPCAT abbreviates category HyperbolicFunctionCategory debug: compDefine1 lhs: (HyperbolicFunctionCategory) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for HyperbolicFunctionCategory compiling into /tmp/oa-z2q3fu STYLE-WARNING: redefining BOOT::|HyperbolicFunctionCategory| in DEFUN Time: 0.00 SEC. HYPCAT- abbreviates package HyperbolicFunctionCategory& ------------------------------------------------------------------------ initializing stationary directory for HyperbolicFunctionCategory& compiling into /tmp/oa-BCyhsL compiling exported csch : S -> S Time: 0.02 SEC. compiling exported sech : S -> S Time: 0.01 SEC. compiling exported tanh : S -> S Time: 0.02 SEC. compiling exported coth : S -> S Time: 0.01 SEC. compiling exported cosh : S -> S Time: 0.02 SEC. compiling exported sinh : S -> S Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor HyperbolicFunctionCategory& Time: 0.10 seconds finalizing NRLIB HYPCAT- ; compiling file "/tmp/oa-BCyhsL/code.lsp" (written 01 FEB 2016 10:59:43 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |HYPCAT-;csch;2$;1| ...) ; compiling (DEFUN |HYPCAT-;sech;2$;2| ...) ; compiling (DEFUN |HYPCAT-;tanh;2$;3| ...) ; compiling (DEFUN |HYPCAT-;coth;2$;4| ...) ; compiling (DEFUN |HYPCAT-;cosh;2$;5| ...) ; compiling (DEFUN |HYPCAT-;sinh;2$;6| ...) ; compiling (DEFUN |HyperbolicFunctionCategory&| ...) ; compiling (MAKEPROP (QUOTE |HyperbolicFunctionCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-BCyhsL/code.fasl written ; compilation finished in 0:00:00.026 ------------------------------------------------------------------------ finalizing NRLIB HYPCAT Processing HyperbolicFunctionCategory for Browser database: -- cosh : % -> % -- coth : % -> % -- csch : % -> % -- sech : % -> % -- sinh : % -> % -- tanh : % -> % -- constructor ; compiling file "/tmp/oa-z2q3fu/code.lsp" (written 01 FEB 2016 10:59:43 PM): ; compiling (DEFPARAMETER |HyperbolicFunctionCategory;AL| ...) ; compiling (DEFUN |HyperbolicFunctionCategory;| ...) ; compiling (DEFUN |HyperbolicFunctionCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-z2q3fu/code.fasl written ; compilation finished in 0:00:00.005 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MODRING.spad && cp MODRING.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MODRING.fasl \ && if test -f MODRING-.NRLIB/code.fasl; then \ cp MODRING-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MODRING-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MODRING.spad using Spad compiler. MODRING abbreviates domain ModularRing debug: compDefine1 lhs: (ModularRing R Mod reduction merge exactQuo) signature (pre-evaluate): ((Join (Ring) (CoercibleTo R) (CATEGORY domain (SIGNATURE modulus (Mod $)) (SIGNATURE reduce ($ R Mod)) (SIGNATURE exQuo ((Union $ failed) $ $)) (SIGNATURE inv ($ $)))) NIL NIL (Mapping R R Mod) (Mapping (Union Mod failed) Mod Mod) (Mapping (Union R failed) R R Mod)) debug: evaluateType form: (Join (Ring) (CoercibleTo R) (CATEGORY domain (SIGNATURE modulus (Mod $)) (SIGNATURE reduce ($ R Mod)) (SIGNATURE exQuo ((Union $ failed) $ $)) (SIGNATURE inv ($ $)))) $param: (R Mod reduction merge exactQuo) debug: evaluateType form: (Ring) $param: (R Mod reduction merge exactQuo) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (CoercibleTo R) $param: (R Mod reduction merge exactQuo) Debug: evaluateType1 form: (CoercibleTo R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE modulus (Mod $)) (SIGNATURE reduce ($ R Mod)) (SIGNATURE exQuo ((Union $ failed) $ $)) (SIGNATURE inv ($ $))) $param: (R Mod reduction merge exactQuo) debug: evaluateType form: Mod $param: (R Mod reduction merge exactQuo) debug: evaluateType form: R $param: (R Mod reduction merge exactQuo) debug: evaluateType form: Mod $param: (R Mod reduction merge exactQuo) debug: evaluateType form: (Union $ failed) $param: (R Mod reduction merge exactQuo) debug: evaluateType form: $ $param: (R Mod reduction merge exactQuo) debug: evaluateType form: failed $param: (R Mod reduction merge exactQuo) debug: evaluateType form: (Mapping R R Mod) $param: (R Mod reduction merge exactQuo) debug: evaluateType form: R $param: (R Mod reduction merge exactQuo) debug: evaluateType form: R $param: (R Mod reduction merge exactQuo) debug: evaluateType form: Mod $param: (R Mod reduction merge exactQuo) debug: evaluateType form: (Mapping (Union Mod failed) Mod Mod) $param: (R Mod reduction merge exactQuo) debug: evaluateType form: (Union Mod failed) $param: (R Mod reduction merge exactQuo) debug: evaluateType form: Mod $param: (R Mod reduction merge exactQuo) debug: evaluateType form: failed $param: (R Mod reduction merge exactQuo) debug: evaluateType form: Mod $param: (R Mod reduction merge exactQuo) debug: evaluateType form: Mod $param: (R Mod reduction merge exactQuo) debug: evaluateType form: (Mapping (Union R failed) R R Mod) $param: (R Mod reduction merge exactQuo) debug: evaluateType form: (Union R failed) $param: (R Mod reduction merge exactQuo) debug: evaluateType form: R $param: (R Mod reduction merge exactQuo) debug: evaluateType form: failed $param: (R Mod reduction merge exactQuo) debug: evaluateType form: R $param: (R Mod reduction merge exactQuo) debug: evaluateType form: R $param: (R Mod reduction merge exactQuo) debug: evaluateType form: Mod $param: (R Mod reduction merge exactQuo) debug: compDefine1 signature (post evaluate): ((Join (Ring) (CoercibleTo R) (CATEGORY domain (SIGNATURE modulus (Mod $)) (SIGNATURE reduce ($ R Mod)) (SIGNATURE exQuo ((Union $ failed) $ $)) (SIGNATURE inv ($ $)))) NIL NIL (Mapping R R Mod) (Mapping (Union Mod failed) Mod Mod) (Mapping (Union R failed) R R Mod)) debug: compDefine1 lhs: (ModularRing R Mod reduction merge exactQuo) signature (pre-evaluate): ((Join (Ring) (CoercibleTo R) (CATEGORY domain (SIGNATURE modulus (Mod $)) (SIGNATURE reduce ($ R Mod)) (SIGNATURE exQuo ((Union $ failed) $ $)) (SIGNATURE inv ($ $)))) NIL NIL NIL NIL NIL) debug: evaluateType form: (Join (Ring) (CoercibleTo R) (CATEGORY domain (SIGNATURE modulus (Mod $)) (SIGNATURE reduce ($ R Mod)) (SIGNATURE exQuo ((Union $ failed) $ $)) (SIGNATURE inv ($ $)))) $param: (R Mod reduction merge exactQuo) debug: evaluateType form: (Ring) $param: (R Mod reduction merge exactQuo) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (CoercibleTo R) $param: (R Mod reduction merge exactQuo) Debug: evaluateType1 form: (CoercibleTo R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE modulus (Mod $)) (SIGNATURE reduce ($ R Mod)) (SIGNATURE exQuo ((Union $ failed) $ $)) (SIGNATURE inv ($ $))) $param: (R Mod reduction merge exactQuo) debug: evaluateType form: Mod $param: (R Mod reduction merge exactQuo) debug: evaluateType form: R $param: (R Mod reduction merge exactQuo) debug: evaluateType form: Mod $param: (R Mod reduction merge exactQuo) debug: evaluateType form: (Union $ failed) $param: (R Mod reduction merge exactQuo) debug: evaluateType form: $ $param: (R Mod reduction merge exactQuo) debug: evaluateType form: failed $param: (R Mod reduction merge exactQuo) debug: compDefine1 signature (post evaluate): ((Join (Ring) (CoercibleTo R) (CATEGORY domain (SIGNATURE modulus (Mod $)) (SIGNATURE reduce ($ R Mod)) (SIGNATURE exQuo ((Union $ failed) $ $)) (SIGNATURE inv ($ $)))) NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ModularRing compiling into /tmp/oa-hAWecL compiling exported modulus : % -> Mod MODRING;modulus;$Mod;1 is replaced by %tail Time: 0.01 SEC. compiling exported coerce : % -> R MODRING;coerce;$R;2 is replaced by %head Time: 0.00 SEC. compiling exported coerce : Integer -> % Time: 0.01 SEC. compiling exported * : (Integer,%) -> % Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Time: 0.00 SEC. compiling exported reduce : (R,Mod) -> % Time: 0 SEC. compiling exported characteristic : () -> NonNegativeInteger Time: 0.01 SEC. compiling exported Zero : () -> % Time: 0 SEC. compiling exported One : () -> % Time: 0.00 SEC. compiling exported zero? : % -> Boolean Time: 0 SEC. compiling exported one? : % -> Boolean Time: 0.00 SEC. compiling local newmodulo : (Mod,Mod) -> Mod Time: 0.01 SEC. compiling exported = : (%,%) -> Boolean Time: 0.01 SEC. compiling exported + : (%,%) -> % Time: 0.00 SEC. compiling exported - : (%,%) -> % Time: 0 SEC. compiling exported - : % -> % Time: 0.00 SEC. compiling exported * : (%,%) -> % Time: 0.01 SEC. compiling exported exQuo : (%,%) -> Union(%,failed) Time: 0.01 SEC. compiling exported recip : % -> Union(%,failed) Time: 0 SEC. compiling exported inv : % -> % Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor ModularRing Time: 0.11 seconds finalizing NRLIB MODRING Processing ModularRing for Browser database: -- modulus : % -> Mod -- reduce : (R,Mod) -> % -- exQuo : (%,%) -> Union(%,"failed") -- inv : % -> % -- constructor ; compiling file "/tmp/oa-hAWecL/code.lsp" (written 01 FEB 2016 10:59:43 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MODRING;modulus;$Mod;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MODRING;coerce;$R;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MODRING;modulus;$Mod;1| ...) ; compiling (DEFUN |MODRING;coerce;$R;2| ...) ; compiling (DEFUN |MODRING;coerce;I$;3| ...) ; compiling (DEFUN |MODRING;*;I2$;4| ...) ; compiling (DEFUN |MODRING;coerce;$Of;5| ...) ; compiling (DEFUN |MODRING;reduce;RMod$;6| ...) ; compiling (DEFUN |MODRING;characteristic;Nni;7| ...) ; file: /tmp/oa-hAWecL/code.lsp ; in: DEFUN |MODRING;characteristic;Nni;7| ; (DEFUN BOOT::|MODRING;characteristic;Nni;7| (BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 27)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MODRING;characteristic;Nni;7| ; (BOOT::$) ; (BLOCK BOOT::|MODRING;characteristic;Nni;7| ; (BOOT::|spadConstant| BOOT::$ 27))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |MODRING;Zero;$;8| ...) ; compiling (DEFUN |MODRING;One;$;9| ...) ; compiling (DEFUN |MODRING;zero?;$B;10| ...) ; file: /tmp/oa-hAWecL/code.lsp ; in: DEFUN |MODRING;zero?;$B;10| ; (DEFUN BOOT::|MODRING;zero?;$B;10| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (CAR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 32))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MODRING;zero?;$B;10| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|MODRING;zero?;$B;10| ; (BOOT::SPADCALL (CAR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 32)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |MODRING;one?;$B;11| ...) ; file: /tmp/oa-hAWecL/code.lsp ; in: DEFUN |MODRING;one?;$B;11| ; (DEFUN BOOT::|MODRING;one?;$B;11| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (CAR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 34))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MODRING;one?;$B;11| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|MODRING;one?;$B;11| ; (BOOT::SPADCALL (CAR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 34)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |MODRING;newmodulo| ...) ; compiling (DEFUN |MODRING;=;2$B;13| ...) ; file: /tmp/oa-hAWecL/code.lsp ; in: DEFUN |MODRING;=;2$B;13| ; (DEFUN BOOT::|MODRING;=;2$B;13| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ; ((BOOT::SPADCALL (CAR BOOT::|x|) (CAR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 36)) ; T) ; ((BOOT::SPADCALL (CDR BOOT::|x|) (CDR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 38)) ; NIL) ; (T ; (BOOT::SPADCALL (CAR #) (BOOT::|spadConstant| BOOT::$ 17) ; (BOOT::|shellEntry| BOOT::$ 36))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MODRING;=;2$B;13| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|MODRING;=;2$B;13| ; (COND ((BOOT::SPADCALL # # #) T) ((BOOT::SPADCALL # # #) NIL) ; (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |MODRING;+;3$;14| ...) ; compiling (DEFUN |MODRING;-;3$;15| ...) ; compiling (DEFUN |MODRING;-;2$;16| ...) ; compiling (DEFUN |MODRING;*;3$;17| ...) ; compiling (DEFUN |MODRING;exQuo;2$U;18| ...) ; compiling (DEFUN |MODRING;recip;$U;19| ...) ; compiling (DEFUN |MODRING;inv;2$;20| ...) ; file: /tmp/oa-hAWecL/code.lsp ; in: DEFUN |MODRING;inv;2$;20| ; (DEFUN BOOT::|MODRING;inv;2$;20| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|u| (BOOT::|MODRING;recip;$U;19| BOOT::|x| BOOT::$))) ; (COND ((EQL # 1) (BOOT::|error| "not invertible")) (T (CDR BOOT::|u|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MODRING;inv;2$;20| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|MODRING;inv;2$;20| ; (LET ((BOOT::|u| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ModularRing| ...) ; compiling (DEFUN |ModularRing;| ...) ; compiling (MAKEPROP (QUOTE |ModularRing|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 5 notes ; /tmp/oa-hAWecL/code.fasl written ; compilation finished in 0:00:00.063 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile NASRING.spad && cp NASRING.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/NASRING.fasl \ && if test -f NASRING-.NRLIB/code.fasl; then \ cp NASRING-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/NASRING-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NASRING.spad using Spad compiler. NASRING abbreviates category NonAssociativeRing debug: compDefine1 lhs: (NonAssociativeRing) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for NonAssociativeRing compiling into /tmp/oa-DQ3qU6 STYLE-WARNING: redefining BOOT::|NonAssociativeRing| in DEFUN Time: 0.01 SEC. NASRING- abbreviates package NonAssociativeRing& ------------------------------------------------------------------------ initializing stationary directory for NonAssociativeRing& compiling into /tmp/oa-cet7qp compiling exported coerce : Integer -> S Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor NonAssociativeRing& Time: 0.02 seconds finalizing NRLIB NASRING- ; compiling file "/tmp/oa-cet7qp/code.lsp" (written 01 FEB 2016 10:59:43 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |NASRING-;coerce;I$;1| ...) ; compiling (DEFUN |NonAssociativeRing&| ...) ; compiling (MAKEPROP (QUOTE |NonAssociativeRing&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-cet7qp/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ finalizing NRLIB NASRING Processing NonAssociativeRing for Browser database: -- characteristic : () -> NonNegativeInteger -- coerce : Integer -> % -- constructor ; compiling file "/tmp/oa-DQ3qU6/code.lsp" (written 01 FEB 2016 10:59:43 PM): ; compiling (DEFPARAMETER |NonAssociativeRing;AL| ...) ; compiling (DEFUN |NonAssociativeRing;| ...) ; compiling (DEFUN |NonAssociativeRing| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-DQ3qU6/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SORTPAK.spad && cp SORTPAK.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SORTPAK.fasl \ && if test -f SORTPAK-.NRLIB/code.fasl; then \ cp SORTPAK-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SORTPAK-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SORTPAK.spad using Spad compiler. SORTPAK abbreviates package SortPackage debug: compDefine1 lhs: (SortPackage S A) signature (pre-evaluate): ((CATEGORY package (SIGNATURE bubbleSort! (A A (Mapping (Boolean) S S))) (SIGNATURE insertionSort! (A A (Mapping (Boolean) S S))) (IF (has S (OrderedSet)) (PROGN (SIGNATURE bubbleSort! (A A)) (SIGNATURE insertionSort! (A A))) %noBranch)) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE bubbleSort! (A A (Mapping (Boolean) S S))) (SIGNATURE insertionSort! (A A (Mapping (Boolean) S S))) (IF (has S (OrderedSet)) (PROGN (SIGNATURE bubbleSort! (A A)) (SIGNATURE insertionSort! (A A))) %noBranch)) $param: (S A) debug: evaluateType form: A $param: (S A) debug: evaluateType form: A $param: (S A) debug: evaluateType form: (Mapping (Boolean) S S) $param: (S A) debug: evaluateType form: (Boolean) $param: (S A) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S A) debug: evaluateType form: S $param: (S A) debug: evaluateType form: A $param: (S A) debug: evaluateType form: A $param: (S A) debug: evaluateType form: (Mapping (Boolean) S S) $param: (S A) debug: evaluateType form: (Boolean) $param: (S A) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S A) debug: evaluateType form: S $param: (S A) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE bubbleSort! (A A (Mapping (Boolean) S S))) (SIGNATURE insertionSort! (A A (Mapping (Boolean) S S))) (IF (has S (OrderedSet)) (PROGN (SIGNATURE bubbleSort! (A A)) (SIGNATURE insertionSort! (A A))) %noBranch)) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for SortPackage compiling into /tmp/oa-RYh9di compiling exported bubbleSort! : (A,(S,S) -> Boolean) -> A Time: 0.05 SEC. compiling exported insertionSort! : (A,(S,S) -> Boolean) -> A Time: 0.00 SEC. compiling exported bubbleSort! : A -> A Time: 0.01 SEC. compiling exported insertionSort! : A -> A Time: 0 SEC. compiling exported bubbleSort! : (A,(S,S) -> Boolean) -> A Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor SortPackage Time: 0.08 seconds finalizing NRLIB SORTPAK Processing SortPackage for Browser database: -- bubbleSort! : (A,((S,S) -> Boolean)) -> A -- insertionSort! : (A,((S,S) -> Boolean)) -> A -- bubbleSort! : A -> A -- insertionSort! : A -> A -- constructor ; compiling file "/tmp/oa-RYh9di/code.lsp" (written 01 FEB 2016 10:59:43 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SORTPAK;bubbleSort!;AMA;1| ...) ; compiling (DEFUN |SORTPAK;insertionSort!;AMA;2| ...) ; compiling (DEFUN |SORTPAK;bubbleSort!;2A;3| ...) ; compiling (DEFUN |SORTPAK;insertionSort!;2A;4| ...) ; compiling (DEFUN |SORTPAK;bubbleSort!;AMA;5| ...) ; compiling (DEFUN |SortPackage| ...) ; compiling (DEFUN |SortPackage;| ...) ; compiling (MAKEPROP (QUOTE |SortPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-RYh9di/code.fasl written ; compilation finished in 0:00:00.035 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ZMOD.spad && cp ZMOD.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ZMOD.fasl \ && if test -f ZMOD-.NRLIB/code.fasl; then \ cp ZMOD-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ZMOD-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ZMOD.spad using Spad compiler. ZMOD abbreviates domain IntegerMod debug: compDefine1 lhs: (IntegerMod p) signature (pre-evaluate): ((Join (CommutativeRing) (Finite) (ConvertibleTo (Integer)) (StepThrough)) (PositiveInteger)) debug: evaluateType form: (Join (CommutativeRing) (Finite) (ConvertibleTo (Integer)) (StepThrough)) $param: (p) debug: evaluateType form: (CommutativeRing) $param: (p) Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (Finite) $param: (p) Debug: evaluateType1 form: (Finite) debug: evaluateType form: (ConvertibleTo (Integer)) $param: (p) Debug: evaluateType1 form: (ConvertibleTo (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (p) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (p) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (StepThrough) $param: (p) Debug: evaluateType1 form: (StepThrough) debug: evaluateType form: (PositiveInteger) $param: (p) Debug: evaluateType1 form: (PositiveInteger) debug: compDefine1 signature (post evaluate): ((Join (CommutativeRing) (Finite) (ConvertibleTo (Integer)) (StepThrough)) (PositiveInteger)) debug: compDefine1 lhs: (IntegerMod p) signature (pre-evaluate): ((Join (CommutativeRing) (Finite) (ConvertibleTo (Integer)) (StepThrough)) NIL) debug: evaluateType form: (Join (CommutativeRing) (Finite) (ConvertibleTo (Integer)) (StepThrough)) $param: (p) debug: evaluateType form: (CommutativeRing) $param: (p) Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (Finite) $param: (p) Debug: evaluateType1 form: (Finite) debug: evaluateType form: (ConvertibleTo (Integer)) $param: (p) Debug: evaluateType1 form: (ConvertibleTo (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (p) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (p) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (StepThrough) $param: (p) Debug: evaluateType1 form: (StepThrough) debug: compDefine1 signature (post evaluate): ((Join (CommutativeRing) (Finite) (ConvertibleTo (Integer)) (StepThrough)) NIL) ------------------------------------------------------------------------ initializing stationary directory for IntegerMod compiling into /tmp/oa-jKq71x compiling exported size : () -> NonNegativeInteger Time: 0.05 SEC. compiling exported characteristic : () -> NonNegativeInteger Time: 0 SEC. compiling exported lookup : % -> PositiveInteger Time: 0.00 SEC. compiling exported convert : % -> Integer ZMOD;convert;$I;4 x is replaced by x Time: 0 SEC. compiling exported coerce : Integer -> % Time: 0 SEC. compiling exported coerce : % -> OutputForm Time: 0.00 SEC. compiling exported Zero : () -> % ZMOD;Zero;$;7 is replaced by 0 Time: 0.00 SEC. compiling exported One : () -> % ZMOD;One;$;8 is replaced by 1 Time: 0 SEC. compiling exported init : () -> % ZMOD;init;$;9 is replaced by 0 Time: 0 SEC. compiling exported nextItem : % -> Maybe % Time: 0.01 SEC. compiling exported zero? : % -> Boolean ZMOD;zero?;$B;11 x is replaced by %ieq(x,0) Time: 0 SEC. compiling exported one? : % -> Boolean ZMOD;one?;$B;12 x is replaced by %ieq(x,1) Time: 0.00 SEC. compiling exported = : (%,%) -> Boolean ZMOD;=;2$B;13 is replaced by %ieq Time: 0.00 SEC. compiling exported * : (%,%) -> % Time: 0 SEC. compiling exported * : (Integer,%) -> % Time: 0.01 SEC. compiling exported + : (%,%) -> % Time: 0.00 SEC. compiling exported - : (%,%) -> % Time: 0 SEC. compiling exported random : () -> % Time: 0 SEC. compiling exported index : PositiveInteger -> % Time: 0.00 SEC. compiling exported - : % -> % Time: 0.01 SEC. compiling exported ** : (%,NonNegativeInteger) -> % Time: 0.01 SEC. compiling exported recip : % -> Union(%,failed) Time: 0.01 SEC. compiling exported before? : (%,%) -> Boolean Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor IntegerMod Time: 0.15 seconds finalizing NRLIB ZMOD Processing IntegerMod for Browser database: -- constructor ; compiling file "/tmp/oa-jKq71x/code.lsp" (written 01 FEB 2016 10:59:44 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ZMOD;convert;$I;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ZMOD;Zero;$;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ZMOD;One;$;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ZMOD;init;$;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ZMOD;zero?;$B;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ZMOD;one?;$B;12|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ZMOD;=;2$B;13|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ZMOD;size;Nni;1|) ...) ; compiling (PUT (QUOTE |ZMOD;characteristic;Nni;2|) ...) ; compiling (PUT (QUOTE |ZMOD;*;3$;14|) ...) ; compiling (PUT (QUOTE |ZMOD;+;3$;16|) ...) ; compiling (PUT (QUOTE |ZMOD;-;3$;17|) ...) ; compiling (PUT (QUOTE |ZMOD;random;$;18|) ...) ; compiling (PUT (QUOTE |ZMOD;-;2$;20|) ...) ; compiling (DEFUN |ZMOD;size;Nni;1| ...) ; compiling (DEFUN |ZMOD;characteristic;Nni;2| ...) ; compiling (DEFUN |ZMOD;lookup;$Pi;3| ...) ; file: /tmp/oa-jKq71x/code.lsp ; in: DEFUN |ZMOD;lookup;$Pi;3| ; (DEFUN BOOT::|ZMOD;lookup;$Pi;3| (BOOT::|x| BOOT::$) ; (COND ((ZEROP BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 6)) ; ((AND (NOT #) (PLUSP BOOT::|x|)) BOOT::|x|) ; (T (BOOT::|moanRetract| BOOT::|x| '(BOOT::|PositiveInteger|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ZMOD;lookup;$Pi;3| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ZMOD;lookup;$Pi;3| ; (COND ((ZEROP BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 6)) ; ((AND # #) BOOT::|x|) (T (BOOT::|moanRetract| BOOT::|x| '#))))) ; ; note: type assertion too complex to check: ; (VALUES (INTEGER 1) &REST T). ; compiling (DEFUN |ZMOD;convert;$I;4| ...) ; compiling (DEFUN |ZMOD;coerce;I$;5| ...) ; file: /tmp/oa-jKq71x/code.lsp ; in: DEFUN |ZMOD;coerce;I$;5| ; (DEFUN BOOT::|ZMOD;coerce;I$;5| (BOOT::|n| BOOT::$) ; (BOOT::SPADCALL BOOT::|n| (BOOT::|shellEntry| BOOT::$ 6) ; (BOOT::|shellEntry| BOOT::$ 17))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ZMOD;coerce;I$;5| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|ZMOD;coerce;I$;5| ; (BOOT::SPADCALL BOOT::|n| (BOOT::|shellEntry| BOOT::$ 6) ; (BOOT::|shellEntry| BOOT::$ 17)))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |ZMOD;coerce;$Of;6| ...) ; compiling (DEFUN |ZMOD;Zero;$;7| ...) ; compiling (DEFUN |ZMOD;One;$;8| ...) ; compiling (DEFUN |ZMOD;init;$;9| ...) ; compiling (DEFUN |ZMOD;nextItem;$M;10| ...) ; compiling (DEFUN |ZMOD;zero?;$B;11| ...) ; compiling (DEFUN |ZMOD;one?;$B;12| ...) ; compiling (DEFUN |ZMOD;=;2$B;13| ...) ; compiling (DEFUN |ZMOD;*;3$;14| ...) ; compiling (DEFUN |ZMOD;*;I2$;15| ...) ; compiling (DEFUN |ZMOD;+;3$;16| ...) ; compiling (DEFUN |ZMOD;-;3$;17| ...) ; compiling (DEFUN |ZMOD;random;$;18| ...) ; compiling (DEFUN |ZMOD;index;Pi$;19| ...) ; file: /tmp/oa-jKq71x/code.lsp ; in: DEFUN |ZMOD;index;Pi$;19| ; (DEFUN BOOT::|ZMOD;index;Pi$;19| (BOOT::|a| BOOT::$) ; (BOOT::SPADCALL BOOT::|a| (BOOT::|shellEntry| BOOT::$ 6) ; (BOOT::|shellEntry| BOOT::$ 17))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ZMOD;index;Pi$;19| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|ZMOD;index;Pi$;19| ; (BOOT::SPADCALL BOOT::|a| (BOOT::|shellEntry| BOOT::$ 6) ; (BOOT::|shellEntry| BOOT::$ 17)))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |ZMOD;-;2$;20| ...) ; compiling (DEFUN |ZMOD;**;$Nni$;21| ...) ; file: /tmp/oa-jKq71x/code.lsp ; in: DEFUN |ZMOD;**;$Nni$;21| ; (DEFUN BOOT::|ZMOD;**;$Nni$;21| (BOOT::|x| BOOT::|n| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|n| (BOOT::|shellEntry| BOOT::$ 6) ; (BOOT::|shellEntry| BOOT::$ 51))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ZMOD;**;$Nni$;21| ; (BOOT::|x| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|ZMOD;**;$Nni$;21| ; (BOOT::SPADCALL BOOT::|x| BOOT::|n| (BOOT::|shellEntry| BOOT::$ 6) ; (BOOT::|shellEntry| BOOT::$ 51)))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |ZMOD;recip;$U;22| ...) ; file: /tmp/oa-jKq71x/code.lsp ; in: DEFUN |ZMOD;recip;$U;22| ; (LET* ((BOOT::|#G25| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 6) ; (BOOT::|shellEntry| BOOT::$ 54))) ; (BOOT::|c1| (SVREF BOOT::|#G25| 0)) ; (BOOT::|c2| (SVREF BOOT::|#G25| 1)) ; (BOOT::|g| (SVREF BOOT::|#G25| 2))) ; (BOOT::SEQ (COND ((NOT #) (BOOT::EXIT #))) ; (BOOT::EXIT (CONS 0 (BOOT::SPADCALL BOOT::|c1| # #))))) ; ; caught STYLE-WARNING: ; The variable |c2| is defined but never used. ; compiling (DEFUN |ZMOD;before?;2$B;23| ...) ; file: /tmp/oa-jKq71x/code.lsp ; in: DEFUN |ZMOD;before?;2$B;23| ; (DEFUN BOOT::|ZMOD;before?;2$B;23| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 58))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ZMOD;before?;2$B;23| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|ZMOD;before?;2$B;23| ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 58)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |IntegerMod| ...) ; compiling (DEFUN |IntegerMod;| ...) ; compiling (MAKEPROP (QUOTE |IntegerMod|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 5 notes ; /tmp/oa-jKq71x/code.fasl written ; compilation finished in 0:00:00.071 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PROPFUN2.spad && cp PROPFUN2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PROPFUN2.fasl \ && if test -f PROPFUN2-.NRLIB/code.fasl; then \ cp PROPFUN2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PROPFUN2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PROPFUN2.spad using Spad compiler. PROPFUN2 abbreviates package PropositionalFormulaFunctions2 debug: compDefine1 lhs: (PropositionalFormulaFunctions2 S T$) signature (pre-evaluate): ((Join (Type) (CATEGORY package (SIGNATURE map ((PropositionalFormula T$) (Mapping T$ S) (PropositionalFormula S))))) NIL NIL) debug: evaluateType form: (Join (Type) (CATEGORY package (SIGNATURE map ((PropositionalFormula T$) (Mapping T$ S) (PropositionalFormula S))))) $param: (S T$) debug: evaluateType form: (Type) $param: (S T$) Debug: evaluateType1 form: (Type) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((PropositionalFormula T$) (Mapping T$ S) (PropositionalFormula S)))) $param: (S T$) debug: evaluateType form: (PropositionalFormula T$) $param: (S T$) Debug: evaluateType1 form: (PropositionalFormula T$) debug: evaluateType1 x: T$ m: (SetCategory) debug: evaluateType form: (Mapping T$ S) $param: (S T$) debug: evaluateType form: T$ $param: (S T$) debug: evaluateType form: S $param: (S T$) debug: evaluateType form: (PropositionalFormula S) $param: (S T$) Debug: evaluateType1 form: (PropositionalFormula S) debug: evaluateType1 x: S m: (SetCategory) debug: compDefine1 signature (post evaluate): ((Join (Type) (CATEGORY package (SIGNATURE map ((PropositionalFormula T$) (Mapping T$ S) (PropositionalFormula S))))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PropositionalFormulaFunctions2 compiling into /tmp/oa-0KfigP compiling exported map : (S -> T,PropositionalFormula S) -> PropositionalFormula T Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor PropositionalFormulaFunctions2 Time: 0.05 seconds finalizing NRLIB PROPFUN2 Processing PropositionalFormulaFunctions2 for Browser database: -- map : ((S -> T),PropositionalFormula S) -> PropositionalFormula T -- constructor ; compiling file "/tmp/oa-0KfigP/code.lsp" (written 01 FEB 2016 10:59:44 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PROPFUN2;map;MPfPf;1| ...) ; compiling (DEFUN |PropositionalFormulaFunctions2| ...) ; compiling (DEFUN |PropositionalFormulaFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |PropositionalFormulaFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-0KfigP/code.fasl written ; compilation finished in 0:00:00.039 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SAOS.spad && cp SAOS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SAOS.fasl \ && if test -f SAOS-.NRLIB/code.fasl; then \ cp SAOS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SAOS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SAOS.spad using Spad compiler. SAOS abbreviates domain SingletonAsOrderedSet debug: compDefine1 lhs: (SingletonAsOrderedSet) signature (pre-evaluate): ((Join (OrderedSet) (ConvertibleTo (Symbol)) (CATEGORY domain (SIGNATURE create ($))))) debug: evaluateType form: (Join (OrderedSet) (ConvertibleTo (Symbol)) (CATEGORY domain (SIGNATURE create ($)))) $param: NIL debug: evaluateType form: (OrderedSet) $param: NIL Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (ConvertibleTo (Symbol)) $param: NIL Debug: evaluateType1 form: (ConvertibleTo (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE create ($))) $param: NIL debug: compDefine1 signature (post evaluate): ((Join (OrderedSet) (ConvertibleTo (Symbol)) (CATEGORY domain (SIGNATURE create ($))))) ------------------------------------------------------------------------ initializing stationary directory for SingletonAsOrderedSet compiling into /tmp/oa-BZLlA3 compiling exported create : () -> % SAOS;create;$;1 is replaced by "?" Time: 0.01 SEC. compiling exported < : (%,%) -> Boolean SAOS;<;2$B;2(a,b) is replaced by %false Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Time: 0.02 SEC. compiling exported = : (%,%) -> Boolean SAOS;=;2$B;4(a,b) is replaced by %true Time: 0 SEC. compiling exported min : (%,%) -> % SAOS;min;3$;5(a,b) is replaced by a Time: 0 SEC. compiling exported max : (%,%) -> % SAOS;max;3$;6(a,b) is replaced by a Time: 0 SEC. compiling exported convert : % -> Symbol Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor SingletonAsOrderedSet Time: 0.08 seconds finalizing NRLIB SAOS Processing SingletonAsOrderedSet for Browser database: --->../../x86_64-unknown-linux-gnu/src/algebra/misc.spad-->SingletonAsOrderedSet((create (%))): Not documented!!!! -- constructor ; compiling file "/tmp/oa-BZLlA3/code.lsp" (written 01 FEB 2016 10:59:44 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SAOS;create;$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SAOS;<;2$B;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SAOS;=;2$B;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SAOS;min;3$;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SAOS;max;3$;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SAOS;create;$;1| ...) ; compiling (DEFUN |SAOS;<;2$B;2| ...) ; file: /tmp/oa-BZLlA3/code.lsp ; in: DEFUN |SAOS;<;2$B;2| ; (DEFUN BOOT::|SAOS;<;2$B;2| (BOOT::|a| BOOT::|b| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; NIL) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SAOS;<;2$B;2| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|SAOS;<;2$B;2| NIL)) ; ; caught STYLE-WARNING: ; The variable |a| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |b| is defined but never used. ; compiling (DEFUN |SAOS;coerce;$Of;3| ...) ; file: /tmp/oa-BZLlA3/code.lsp ; in: DEFUN |SAOS;coerce;$Of;3| ; (DEFUN BOOT::|SAOS;coerce;$Of;3| (BOOT::|a| BOOT::$) ; (BOOT::SPADCALL "?" (BOOT::|shellEntry| BOOT::$ 12))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SAOS;coerce;$Of;3| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|SAOS;coerce;$Of;3| ; (BOOT::SPADCALL "?" (BOOT::|shellEntry| BOOT::$ 12)))) ; ; caught STYLE-WARNING: ; The variable |a| is defined but never used. ; compiling (DEFUN |SAOS;=;2$B;4| ...) ; file: /tmp/oa-BZLlA3/code.lsp ; in: DEFUN |SAOS;=;2$B;4| ; (DEFUN BOOT::|SAOS;=;2$B;4| (BOOT::|a| BOOT::|b| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; T) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SAOS;=;2$B;4| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|SAOS;=;2$B;4| T)) ; ; caught STYLE-WARNING: ; The variable |a| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |b| is defined but never used. ; compiling (DEFUN |SAOS;min;3$;5| ...) ; file: /tmp/oa-BZLlA3/code.lsp ; in: DEFUN |SAOS;min;3$;5| ; (DEFUN BOOT::|SAOS;min;3$;5| (BOOT::|a| BOOT::|b| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; BOOT::|a|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SAOS;min;3$;5| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|SAOS;min;3$;5| BOOT::|a|)) ; ; caught STYLE-WARNING: ; The variable |b| is defined but never used. ; compiling (DEFUN |SAOS;max;3$;6| ...) ; file: /tmp/oa-BZLlA3/code.lsp ; in: DEFUN |SAOS;max;3$;6| ; (DEFUN BOOT::|SAOS;max;3$;6| (BOOT::|a| BOOT::|b| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; BOOT::|a|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SAOS;max;3$;6| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|SAOS;max;3$;6| BOOT::|a|)) ; ; caught STYLE-WARNING: ; The variable |b| is defined but never used. ; compiling (DEFUN |SAOS;convert;$S;7| ...) ; file: /tmp/oa-BZLlA3/code.lsp ; in: DEFUN |SAOS;convert;$S;7| ; (DEFUN BOOT::|SAOS;convert;$S;7| (BOOT::|a| BOOT::$) ; (BOOT::SPADCALL "?" (BOOT::|shellEntry| BOOT::$ 19))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SAOS;convert;$S;7| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|SAOS;convert;$S;7| ; (BOOT::SPADCALL "?" (BOOT::|shellEntry| BOOT::$ 19)))) ; ; caught STYLE-WARNING: ; The variable |a| is defined but never used. ; compiling (DEFUN |SingletonAsOrderedSet| ...) ; compiling (DEFUN |SingletonAsOrderedSet;| ...) ; compiling (MAKEPROP (QUOTE |SingletonAsOrderedSet|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 8 STYLE-WARNING conditions ; /tmp/oa-BZLlA3/code.fasl written ; compilation finished in 0:00:00.023 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile INDE.spad && cp INDE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INDE.fasl \ && if test -f INDE-.NRLIB/code.fasl; then \ cp INDE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INDE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INDE.spad using Spad compiler. INDE abbreviates domain IndexedExponents debug: compDefine1 lhs: (IndexedExponents Varset) signature (pre-evaluate): ((Join (OrderedAbelianMonoidSup) (IndexedDirectProductCategory (NonNegativeInteger) Varset)) (OrderedSet)) debug: evaluateType form: (Join (OrderedAbelianMonoidSup) (IndexedDirectProductCategory (NonNegativeInteger) Varset)) $param: (Varset) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (Varset) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (IndexedDirectProductCategory (NonNegativeInteger) Varset) $param: (Varset) Debug: evaluateType1 form: (IndexedDirectProductCategory (NonNegativeInteger) Varset) debug: evaluateType1 x: (NonNegativeInteger) m: (BasicType) debug: evaluateType1 categoryForm: (BasicType) debug: evaluateType form: (BasicType) $param: (Varset) Debug: evaluateType1 form: (BasicType) debug: evaluateType form: (NonNegativeInteger) $param: (Varset) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (BasicType) debug: evaluateType1 x: Varset m: (OrderedType) debug: evaluateType form: (OrderedSet) $param: (Varset) Debug: evaluateType1 form: (OrderedSet) debug: compDefine1 signature (post evaluate): ((Join (OrderedAbelianMonoidSup) (IndexedDirectProductCategory (NonNegativeInteger) Varset)) (OrderedSet)) debug: compDefine1 lhs: (IndexedExponents Varset) signature (pre-evaluate): ((Join (OrderedAbelianMonoidSup) (IndexedDirectProductCategory (NonNegativeInteger) Varset)) NIL) debug: evaluateType form: (Join (OrderedAbelianMonoidSup) (IndexedDirectProductCategory (NonNegativeInteger) Varset)) $param: (Varset) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (Varset) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (IndexedDirectProductCategory (NonNegativeInteger) Varset) $param: (Varset) Debug: evaluateType1 form: (IndexedDirectProductCategory (NonNegativeInteger) Varset) debug: evaluateType1 x: (NonNegativeInteger) m: (BasicType) debug: evaluateType1 categoryForm: (BasicType) debug: evaluateType form: (BasicType) $param: (Varset) Debug: evaluateType1 form: (BasicType) debug: evaluateType form: (NonNegativeInteger) $param: (Varset) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (BasicType) debug: evaluateType1 x: Varset m: (OrderedType) debug: compDefine1 signature (post evaluate): ((Join (OrderedAbelianMonoidSup) (IndexedDirectProductCategory (NonNegativeInteger) Varset)) NIL) ------------------------------------------------------------------------ initializing stationary directory for IndexedExponents compiling into /tmp/oa-D0uYni compiling local coerceOF : Term -> OutputForm Time: 0.09 SEC. compiling exported coerce : % -> OutputForm Time: 0.02 SEC. (time taken in buildFunctor: 4) Time: 0.02 SEC. Warnings: [1] Rep differs from the base domain Cumulative Statistics for Constructor IndexedExponents Time: 0.12 seconds finalizing NRLIB INDE Processing IndexedExponents for Browser database: -- constructor ; compiling file "/tmp/oa-D0uYni/code.lsp" (written 01 FEB 2016 10:59:44 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |INDE;coerceOF| ...) ; compiling (DEFUN |INDE;coerce;$Of;2| ...) ; compiling (DEFUN |IndexedExponents| ...) ; compiling (DEFUN |IndexedExponents;| ...) ; compiling (MAKEPROP (QUOTE |IndexedExponents|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-D0uYni/code.fasl written ; compilation finished in 0:00:00.022 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FLAGG2.spad && cp FLAGG2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FLAGG2.fasl \ && if test -f FLAGG2-.NRLIB/code.fasl; then \ cp FLAGG2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FLAGG2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FLAGG2.spad using Spad compiler. FLAGG2 abbreviates package FiniteLinearAggregateFunctions2 debug: compDefine1 lhs: (FiniteLinearAggregateFunctions2 S A R B) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map (B (Mapping R S) A)) (SIGNATURE reduce (R (Mapping R S R) A R)) (SIGNATURE scan (B (Mapping R S R) A R))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map (B (Mapping R S) A)) (SIGNATURE reduce (R (Mapping R S R) A R)) (SIGNATURE scan (B (Mapping R S R) A R))) $param: (S A R B) debug: evaluateType form: B $param: (S A R B) debug: evaluateType form: (Mapping R S) $param: (S A R B) debug: evaluateType form: R $param: (S A R B) debug: evaluateType form: S $param: (S A R B) debug: evaluateType form: A $param: (S A R B) debug: evaluateType form: R $param: (S A R B) debug: evaluateType form: (Mapping R S R) $param: (S A R B) debug: evaluateType form: R $param: (S A R B) debug: evaluateType form: S $param: (S A R B) debug: evaluateType form: R $param: (S A R B) debug: evaluateType form: A $param: (S A R B) debug: evaluateType form: R $param: (S A R B) debug: evaluateType form: B $param: (S A R B) debug: evaluateType form: (Mapping R S R) $param: (S A R B) debug: evaluateType form: R $param: (S A R B) debug: evaluateType form: S $param: (S A R B) debug: evaluateType form: R $param: (S A R B) debug: evaluateType form: A $param: (S A R B) debug: evaluateType form: R $param: (S A R B) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map (B (Mapping R S) A)) (SIGNATURE reduce (R (Mapping R S R) A R)) (SIGNATURE scan (B (Mapping R S R) A R))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FiniteLinearAggregateFunctions2 compiling into /tmp/oa-WQltux compiling local getRSample : () -> R Time: 0.02 SEC. compiling exported reduce : ((S,R) -> R,A,R) -> R Time: 0.02 SEC. compiling exported map : (S -> R,A) -> B Time: 0.03 SEC. compiling exported scan : ((S,R) -> R,A,R) -> B Time: 0 SEC. compiling exported map : (S -> R,A) -> B Time: 0.04 SEC. compiling exported scan : ((S,R) -> R,A,R) -> B Time: 0.02 SEC. compiling exported map : (S -> R,A) -> B Time: 0.01 SEC. compiling exported scan : ((S,R) -> R,A,R) -> B Time: 0.00 SEC. compiling exported reduce : ((S,R) -> R,A,R) -> R Time: 0.01 SEC. compiling exported map : (S -> R,A) -> B Time: 0.02 SEC. compiling exported scan : ((S,R) -> R,A,R) -> B Time: 0.01 SEC. compiling exported map : (S -> R,A) -> B Time: 0.01 SEC. compiling exported scan : ((S,R) -> R,A,R) -> B Time: 0.01 SEC. compiling exported map : (S -> R,A) -> B Time: 0.01 SEC. compiling exported scan : ((S,R) -> R,A,R) -> B Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor FiniteLinearAggregateFunctions2 Time: 0.22 seconds finalizing NRLIB FLAGG2 Processing FiniteLinearAggregateFunctions2 for Browser database: -- map : ((S -> R),A) -> B -- reduce : (((S,R) -> R),A,R) -> R -- scan : (((S,R) -> R),A,R) -> B -- constructor ; compiling file "/tmp/oa-WQltux/code.lsp" (written 01 FEB 2016 10:59:45 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FLAGG2;getRSample| ...) ; compiling (DEFUN |FLAGG2;reduce;MA2R;2| ...) ; compiling (DEFUN |FLAGG2;map;MAB;3| ...) ; compiling (DEFUN |FLAGG2;scan;MARB;4| ...) ; compiling (DEFUN |FLAGG2;map;MAB;5| ...) ; compiling (DEFUN |FLAGG2;scan;MARB;6| ...) ; compiling (DEFUN |FLAGG2;map;MAB;7| ...) ; compiling (DEFUN |FLAGG2;scan;MARB;8| ...) ; compiling (DEFUN |FLAGG2;reduce;MA2R;9| ...) ; compiling (DEFUN |FLAGG2;map;MAB;10| ...) ; compiling (DEFUN |FLAGG2;scan;MARB;11| ...) ; compiling (DEFUN |FLAGG2;map;MAB;12| ...) ; compiling (DEFUN |FLAGG2;scan;MARB;13| ...) ; compiling (DEFUN |FLAGG2;map;MAB;14| ...) ; compiling (DEFUN |FLAGG2;scan;MARB;15| ...) ; compiling (DEFUN |FiniteLinearAggregateFunctions2| ...) ; compiling (DEFUN |FiniteLinearAggregateFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |FiniteLinearAggregateFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-WQltux/code.fasl written ; compilation finished in 0:00:00.070 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile KTVLOGIC.spad && cp KTVLOGIC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/KTVLOGIC.fasl \ && if test -f KTVLOGIC-.NRLIB/code.fasl; then \ cp KTVLOGIC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/KTVLOGIC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/KTVLOGIC.spad using Spad compiler. KTVLOGIC abbreviates domain KleeneTrivalentLogic debug: compDefine1 lhs: (KleeneTrivalentLogic) signature (pre-evaluate): ((Join (PropositionalLogic) (Finite) (CATEGORY domain (SIGNATURE unknown ($) constant) (SIGNATURE case ((Boolean) $ ([||] false))) (SIGNATURE case ((Boolean) $ ([||] unknown))) (SIGNATURE case ((Boolean) $ ([||] true)))))) debug: evaluateType form: (Join (PropositionalLogic) (Finite) (CATEGORY domain (SIGNATURE unknown ($) constant) (SIGNATURE case ((Boolean) $ ([||] false))) (SIGNATURE case ((Boolean) $ ([||] unknown))) (SIGNATURE case ((Boolean) $ ([||] true))))) $param: NIL debug: evaluateType form: (PropositionalLogic) $param: NIL Debug: evaluateType1 form: (PropositionalLogic) debug: evaluateType form: (Finite) $param: NIL Debug: evaluateType1 form: (Finite) debug: evaluateType form: (CATEGORY domain (SIGNATURE unknown ($) constant) (SIGNATURE case ((Boolean) $ ([||] false))) (SIGNATURE case ((Boolean) $ ([||] unknown))) (SIGNATURE case ((Boolean) $ ([||] true)))) $param: NIL debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: ([||] false) $param: NIL debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: ([||] unknown) $param: NIL debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: ([||] true) $param: NIL debug: compDefine1 signature (post evaluate): ((Join (PropositionalLogic) (Finite) (CATEGORY domain (SIGNATURE unknown ($) constant) (SIGNATURE case ((Boolean) $ ([||] false))) (SIGNATURE case ((Boolean) $ ([||] unknown))) (SIGNATURE case ((Boolean) $ ([||] true)))))) ------------------------------------------------------------------------ initializing stationary directory for KleeneTrivalentLogic compiling into /tmp/oa-TzcKHT compiling exported false : () -> % KTVLOGIC;false;$;1 is replaced by %false Time: 0.01 SEC. compiling exported unknown : () -> % KTVLOGIC;unknown;$;2 is replaced by %nothing Time: 0.00 SEC. compiling exported true : () -> % KTVLOGIC;true;$;3 is replaced by %true Time: 0 SEC. compiling exported = : (%,%) -> Boolean KTVLOGIC;=;2$B;4 is replaced by %peq Time: 0 SEC. compiling exported case : (%,[||] true) -> Boolean KTVLOGIC;case;$_B;5(x,true) is replaced by %peq(x,%true) Time: 0.00 SEC. compiling exported case : (%,[||] false) -> Boolean KTVLOGIC;case;$_B;6(x,false) is replaced by %peq(x,%false) Time: 0 SEC. compiling exported case : (%,[||] unknown) -> Boolean KTVLOGIC;case;$_B;7(x,unknown) is replaced by %peq(x,%nothing) Time: 0 SEC. compiling exported not : % -> % KTVLOGIC;not;2$;8 x is replaced by %when( %true, %nothing,%otherwise %false) Time: 0.00 SEC. compiling exported and : (%,%) -> % KTVLOGIC;and;3$;9(x,y) is replaced by %when( %false, %when( %false,%otherwise %nothing),%otherwise y) Time: 0.00 SEC. compiling exported or : (%,%) -> % KTVLOGIC;or;3$;10(x,y) is replaced by %when( y, x, y,%otherwise %nothing) Time: 0 SEC. compiling exported implies : (%,%) -> % KTVLOGIC;implies;3$;11(x,y) is replaced by %when( %true, y, %true,%otherwise %nothing) Time: 0.00 SEC. compiling exported equiv : (%,%) -> % KTVLOGIC;equiv;3$;12(x,y) is replaced by %when( x, y,%otherwise %when( %true, %nothing,%otherwise %false)) Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE unknown) m: $EmptyMode Debug compQuote expr: (QUOTE unknown) m: (Symbol) Time: 0.01 SEC. compiling exported size : () -> NonNegativeInteger KTVLOGIC;size;Nni;14 is replaced by 3 Time: 0.04 SEC. compiling exported index : PositiveInteger -> % Time: 0.01 SEC. compiling exported lookup : % -> PositiveInteger KTVLOGIC;lookup;$Pi;16 x is replaced by %when( 1, 2,%otherwise 3) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor KleeneTrivalentLogic Time: 0.10 seconds --------------non extending category---------------------- KleeneTrivalentLogic of category Join(PropositionalLogic,Finite) with unknown : () -> % ?case? : (%,[|"false"|]) -> Boolean ?case? : (%,[|"unknown"|]) -> Boolean ?case? : (%,[|"true"|]) -> Boolean has no UnionType ---------------------------------------------------------- finalizing NRLIB KTVLOGIC Processing KleeneTrivalentLogic for Browser database: -- unknown : () -> % --->../../x86_64-unknown-linux-gnu/src/algebra/logic.spad-->KleeneTrivalentLogic((unknown (%) constant)): Improper first word in comments: the "the indefinite `unknown'" -- ?case? : (%,[|"false"|]) -> Boolean -- ?case? : (%,[|"unknown"|]) -> Boolean -- ?case? : (%,[|"true"|]) -> Boolean -- constructor ; compiling file "/tmp/oa-TzcKHT/code.lsp" (written 01 FEB 2016 10:59:45 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |KTVLOGIC;false;$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |KTVLOGIC;unknown;$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |KTVLOGIC;true;$;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |KTVLOGIC;=;2$B;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |KTVLOGIC;case;$_B;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |KTVLOGIC;case;$_B;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |KTVLOGIC;case;$_B;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |KTVLOGIC;not;2$;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |KTVLOGIC;and;3$;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |KTVLOGIC;or;3$;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |KTVLOGIC;implies;3$;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |KTVLOGIC;equiv;3$;12|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |KTVLOGIC;size;Nni;14|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |KTVLOGIC;lookup;$Pi;16|) ...) ; compiling (PUT (QUOTE |KTVLOGIC;index;Pi$;15|) ...) ; compiling (DEFUN |KTVLOGIC;false;$;1| ...) ; compiling (DEFUN |KTVLOGIC;unknown;$;2| ...) ; compiling (DEFUN |KTVLOGIC;true;$;3| ...) ; compiling (DEFUN |KTVLOGIC;=;2$B;4| ...) ; compiling (DEFUN |KTVLOGIC;case;$_B;5| ...) ; file: /tmp/oa-TzcKHT/code.lsp ; in: DEFUN |KTVLOGIC;case;$_B;5| ; (DEFUN BOOT::|KTVLOGIC;case;$_B;5| (BOOT::|x| BOOT::|true| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (EQ BOOT::|x| T)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|KTVLOGIC;case;$_B;5| ; (BOOT::|x| BOOT::|true| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|KTVLOGIC;case;$_B;5| (EQ BOOT::|x| T))) ; ; caught STYLE-WARNING: ; The variable |true| is defined but never used. ; compiling (DEFUN |KTVLOGIC;case;$_B;6| ...) ; file: /tmp/oa-TzcKHT/code.lsp ; in: DEFUN |KTVLOGIC;case;$_B;6| ; (DEFUN BOOT::|KTVLOGIC;case;$_B;6| (BOOT::|x| BOOT::|false| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (EQ BOOT::|x| NIL)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|KTVLOGIC;case;$_B;6| ; (BOOT::|x| BOOT::|false| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|KTVLOGIC;case;$_B;6| (EQ BOOT::|x| NIL))) ; ; caught STYLE-WARNING: ; The variable |false| is defined but never used. ; compiling (DEFUN |KTVLOGIC;case;$_B;7| ...) ; file: /tmp/oa-TzcKHT/code.lsp ; in: DEFUN |KTVLOGIC;case;$_B;7| ; (DEFUN BOOT::|KTVLOGIC;case;$_B;7| (BOOT::|x| BOOT::|unknown| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (EQ BOOT::|x| |AxiomCore|:|%nothing|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|KTVLOGIC;case;$_B;7| ; (BOOT::|x| BOOT::|unknown| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|KTVLOGIC;case;$_B;7| (EQ BOOT::|x| |AxiomCore|:|%nothing|))) ; ; caught STYLE-WARNING: ; The variable |unknown| is defined but never used. ; compiling (DEFUN |KTVLOGIC;not;2$;8| ...) ; compiling (DEFUN |KTVLOGIC;and;3$;9| ...) ; compiling (DEFUN |KTVLOGIC;or;3$;10| ...) ; compiling (DEFUN |KTVLOGIC;implies;3$;11| ...) ; compiling (DEFUN |KTVLOGIC;equiv;3$;12| ...) ; compiling (DEFUN |KTVLOGIC;coerce;$Of;13| ...) ; compiling (DEFUN |KTVLOGIC;size;Nni;14| ...) ; compiling (DEFUN |KTVLOGIC;index;Pi$;15| ...) ; file: /tmp/oa-TzcKHT/code.lsp ; in: DEFUN |KTVLOGIC;index;Pi$;15| ; (DEFUN BOOT::|KTVLOGIC;index;Pi$;15| (BOOT::|n| BOOT::$) ; (COND ((< 3 BOOT::|n|) (BOOT::|error| "index: argument out of bound")) ; ((EQL BOOT::|n| 1) NIL) ((EQL BOOT::|n| 2) |AxiomCore|:|%nothing|) ; (T T))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|KTVLOGIC;index;Pi$;15| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|KTVLOGIC;index;Pi$;15| ; (COND ((< 3 BOOT::|n|) (BOOT::|error| "index: argument out of bound")) ; ((EQL BOOT::|n| 1) NIL) ; ((EQL BOOT::|n| 2) |AxiomCore|:|%nothing|) (T T)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |KTVLOGIC;lookup;$Pi;16| ...) ; compiling (DEFUN |KleeneTrivalentLogic| ...) ; compiling (DEFUN |KleeneTrivalentLogic;| ...) ; compiling (MAKEPROP (QUOTE |KleeneTrivalentLogic|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 4 STYLE-WARNING conditions ; /tmp/oa-TzcKHT/code.fasl written ; compilation finished in 0:00:00.044 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile TREE.spad && cp TREE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/TREE.fasl \ && if test -f TREE-.NRLIB/code.fasl; then \ cp TREE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/TREE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TREE.spad using Spad compiler. TREE abbreviates domain Tree debug: compDefine1 lhs: (Tree S) signature (pre-evaluate): ((Join (RecursiveAggregate S) (FiniteAggregate S) (ShallowlyMutableAggregate S) (CATEGORY domain (SIGNATURE tree ($ S (List $))) (SIGNATURE tree ($ (List S))) (SIGNATURE tree ($ S)) (SIGNATURE cyclic? ((Boolean) $)) (SIGNATURE cyclicCopy ($ $)) (SIGNATURE cyclicEntries ((List $) $)) (SIGNATURE cyclicEqual? ((Boolean) $ $)) (SIGNATURE cyclicParents ((List $) $)))) (SetCategory)) debug: evaluateType form: (Join (RecursiveAggregate S) (FiniteAggregate S) (ShallowlyMutableAggregate S) (CATEGORY domain (SIGNATURE tree ($ S (List $))) (SIGNATURE tree ($ (List S))) (SIGNATURE tree ($ S)) (SIGNATURE cyclic? ((Boolean) $)) (SIGNATURE cyclicCopy ($ $)) (SIGNATURE cyclicEntries ((List $) $)) (SIGNATURE cyclicEqual? ((Boolean) $ $)) (SIGNATURE cyclicParents ((List $) $)))) $param: (S) debug: evaluateType form: (RecursiveAggregate S) $param: (S) Debug: evaluateType1 form: (RecursiveAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (FiniteAggregate S) $param: (S) Debug: evaluateType1 form: (FiniteAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (ShallowlyMutableAggregate S) $param: (S) Debug: evaluateType1 form: (ShallowlyMutableAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE tree ($ S (List $))) (SIGNATURE tree ($ (List S))) (SIGNATURE tree ($ S)) (SIGNATURE cyclic? ((Boolean) $)) (SIGNATURE cyclicCopy ($ $)) (SIGNATURE cyclicEntries ((List $) $)) (SIGNATURE cyclicEqual? ((Boolean) $ $)) (SIGNATURE cyclicParents ((List $) $))) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (List $) $param: (S) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List $) $param: (S) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List $) $param: (S) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Join (RecursiveAggregate S) (FiniteAggregate S) (ShallowlyMutableAggregate S) (CATEGORY domain (SIGNATURE tree ($ S (List $))) (SIGNATURE tree ($ (List S))) (SIGNATURE tree ($ S)) (SIGNATURE cyclic? ((Boolean) $)) (SIGNATURE cyclicCopy ($ $)) (SIGNATURE cyclicEntries ((List $) $)) (SIGNATURE cyclicEqual? ((Boolean) $ $)) (SIGNATURE cyclicParents ((List $) $)))) (SetCategory)) debug: compDefine1 lhs: (Tree S) signature (pre-evaluate): ((Join (RecursiveAggregate S) (FiniteAggregate S) (ShallowlyMutableAggregate S) (CATEGORY domain (SIGNATURE tree ($ S (List $))) (SIGNATURE tree ($ (List S))) (SIGNATURE tree ($ S)) (SIGNATURE cyclic? ((Boolean) $)) (SIGNATURE cyclicCopy ($ $)) (SIGNATURE cyclicEntries ((List $) $)) (SIGNATURE cyclicEqual? ((Boolean) $ $)) (SIGNATURE cyclicParents ((List $) $)))) NIL) debug: evaluateType form: (Join (RecursiveAggregate S) (FiniteAggregate S) (ShallowlyMutableAggregate S) (CATEGORY domain (SIGNATURE tree ($ S (List $))) (SIGNATURE tree ($ (List S))) (SIGNATURE tree ($ S)) (SIGNATURE cyclic? ((Boolean) $)) (SIGNATURE cyclicCopy ($ $)) (SIGNATURE cyclicEntries ((List $) $)) (SIGNATURE cyclicEqual? ((Boolean) $ $)) (SIGNATURE cyclicParents ((List $) $)))) $param: (S) debug: evaluateType form: (RecursiveAggregate S) $param: (S) Debug: evaluateType1 form: (RecursiveAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (FiniteAggregate S) $param: (S) Debug: evaluateType1 form: (FiniteAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (ShallowlyMutableAggregate S) $param: (S) Debug: evaluateType1 form: (ShallowlyMutableAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE tree ($ S (List $))) (SIGNATURE tree ($ (List S))) (SIGNATURE tree ($ S)) (SIGNATURE cyclic? ((Boolean) $)) (SIGNATURE cyclicCopy ($ $)) (SIGNATURE cyclicEntries ((List $) $)) (SIGNATURE cyclicEqual? ((Boolean) $ $)) (SIGNATURE cyclicParents ((List $) $))) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (List $) $param: (S) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List $) $param: (S) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List $) $param: (S) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: compDefine1 signature (post evaluate): ((Join (RecursiveAggregate S) (FiniteAggregate S) (ShallowlyMutableAggregate S) (CATEGORY domain (SIGNATURE tree ($ S (List $))) (SIGNATURE tree ($ (List S))) (SIGNATURE tree ($ S)) (SIGNATURE cyclic? ((Boolean) $)) (SIGNATURE cyclicCopy ($ $)) (SIGNATURE cyclicEntries ((List $) $)) (SIGNATURE cyclicEqual? ((Boolean) $ $)) (SIGNATURE cyclicParents ((List $) $)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for Tree compiling into /tmp/oa-V3TOJb compiling exported empty? : % -> Boolean TREE;empty?;$B;1 t is replaced by %ieq(%head t,1) Time: 0.02 SEC. compiling exported empty : () -> % TREE;empty;$;2 is replaced by %pair(1,"empty") Time: 0.00 SEC. compiling exported children : % -> List % Time: 0.01 SEC. compiling exported setchildren! : (%,List %) -> % Time: 0.01 SEC. compiling exported setvalue! : (%,S) -> S Time: 0.01 SEC. compiling exported count : (S,%) -> NonNegativeInteger Time: 0.04 SEC. compiling exported count : (S -> Boolean,%) -> NonNegativeInteger Time: 0.02 SEC. compiling exported map : (S -> S,%) -> % Time: 0.01 SEC. compiling exported map! : (S -> S,%) -> % Time: 0.00 SEC. compiling exported tree : (S,List %) -> % TREE;tree;SL$;10(s,lt) is replaced by %pair(0,%pair(s,lt)) Time: 0.00 SEC. compiling exported tree : S -> % TREE;tree;S$;11 s is replaced by %pair(0,%pair(s,%nil)) Time: 0.00 SEC. compiling exported tree : List S -> % Time: 0.01 SEC. compiling exported value : % -> S Time: 0.00 SEC. compiling exported child? : (%,%) -> Boolean Time: 0.01 SEC. compiling local distance1 : (%,%) -> Integer Time: 0.03 SEC. compiling exported distance : (%,%) -> Integer Time: 0.01 SEC. compiling exported node? : (%,%) -> Boolean Time: 0.01 SEC. compiling exported leaf? : % -> Boolean Time: 0.01 SEC. compiling exported leaves : % -> List S Time: 0.01 SEC. compiling exported nodes : % -> List % Time: 0.03 SEC. compiling exported any? : (S -> Boolean,%) -> Boolean Time: 0.02 SEC. compiling exported every? : (S -> Boolean,%) -> Boolean Time: 0.02 SEC. compiling exported member? : (S,%) -> Boolean Time: 0.01 SEC. compiling exported members : % -> List S Time: 0.03 SEC. compiling exported = : (%,%) -> Boolean Time: 0.00 SEC. compiling local equal? : (%,%,%,%,Integer) -> Boolean Time: 0.05 SEC. compiling exported # : % -> NonNegativeInteger Time: 0.00 SEC. compiling local treeCount : (%,%,NonNegativeInteger) -> NonNegativeInteger Time: 0.01 SEC. compiling exported copy : % -> % Time: 0 SEC. compiling local copy1 : (%,%,Integer) -> % Time: 0.03 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. compiling local coerce1 : (%,List %,List %) -> OutputForm Time: 0.04 SEC. compiling local multipleOverbar : (OutputForm,Integer,List %) -> OutputForm Time: 0.04 SEC. compiling exported cyclic? : % -> Boolean Time: 0 SEC. compiling local cyclic2? : (%,List %) -> Boolean Time: 0.01 SEC. compiling exported cyclicCopy : % -> % Time: 0.01 SEC. compiling local cyclicCopy2 : (%,List %) -> % Time: 0.01 SEC. compiling local copyCycle2 : (%,List %) -> % Time: 0.01 SEC. compiling local copyCycle4 : (%,%,%,List %) -> % Time: 0.02 SEC. compiling exported cyclicEntries : % -> List % Time: 0.00 SEC. compiling local cyclicEntries3 : (%,List %,List %) -> List % Time: 0.01 SEC. compiling exported cyclicEqual? : (%,%) -> Boolean Time: 0.03 SEC. compiling local cyclicEqual4? : (%,%,List %,List %) -> Boolean Time: 0.03 SEC. compiling exported cyclicParents : % -> List % Time: 0.00 SEC. compiling local cyclicParents3 : (%,List %,List %) -> List % Time: 0.02 SEC. compiling local insert : (%,List %) -> List % Time: 0.01 SEC. compiling local lastNode : List % -> List % Time: 0.01 SEC. compiling local eqMember? : (%,List %) -> Boolean Time: 0.01 SEC. compiling local eqMemberIndex : (%,List %,Integer) -> Integer Time: 0.01 SEC. compiling local eqUnion : (List %,List %) -> List % Time: 0.01 SEC. (time taken in buildFunctor: 4) Time: 0.03 SEC. Warnings: [1] Type List $ is not in scope. Import it [2] children: node has no value [3] setchildren!: node has no value [4] setchildren!: pretend $ -- should replace by @ [5] setvalue!: node has no value [6] value: node has no value Cumulative Statistics for Constructor Tree Time: 0.75 seconds finalizing NRLIB TREE Processing Tree for Browser database: -- tree : (S,List %) -> % -- tree : List S -> % -- tree : S -> % -- cyclic? : % -> Boolean -- cyclicCopy : % -> % -- cyclicEntries : % -> List % -- cyclicEqual? : (%,%) -> Boolean -- cyclicParents : % -> List % -- constructor ; compiling file "/tmp/oa-V3TOJb/code.lsp" (written 01 FEB 2016 10:59:46 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |TREE;empty?;$B;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |TREE;empty;$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |TREE;tree;SL$;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |TREE;tree;S$;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |TREE;children;$L;3|) ...) ; compiling (PUT (QUOTE |TREE;value;$S;13|) ...) ; compiling (PUT (QUOTE |TREE;leaf?;$B;18|) ...) ; compiling (DEFUN |TREE;empty?;$B;1| ...) ; compiling (DEFUN |TREE;empty;$;2| ...) ; compiling (DEFUN |TREE;children;$L;3| ...) ; file: /tmp/oa-V3TOJb/code.lsp ; in: DEFUN |TREE;children;$L;3| ; (DEFUN BOOT::|TREE;children;$L;3| (BOOT::|t| BOOT::$) ; (COND ; ((EQL (CAR BOOT::|t|) 1) ; (BOOT::|error| "cannot take the children of an empty tree")) ; (T (CDR (CDR BOOT::|t|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TREE;children;$L;3| ; (BOOT::|t| BOOT::$) ; (BLOCK BOOT::|TREE;children;$L;3| ; (COND ; ((EQL # 1) ; (BOOT::|error| "cannot take the children of an empty tree")) ; (T (CDR #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |TREE;setchildren!;$L$;4| ...) ; file: /tmp/oa-V3TOJb/code.lsp ; in: DEFUN |TREE;setchildren!;$L$;4| ; (DEFUN BOOT::|TREE;setchildren!;$L$;4| (BOOT::|t| BOOT::|lt| BOOT::$) ; (COND ; ((EQL (CAR BOOT::|t|) 1) ; (BOOT::|error| "cannot set children of an empty tree")) ; (T ; (PROGN ; (LET # ; #) ; BOOT::|t|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TREE;setchildren!;$L$;4| ; (BOOT::|t| BOOT::|lt| BOOT::$) ; (BLOCK BOOT::|TREE;setchildren!;$L$;4| ; (COND ; ((EQL # 1) (BOOT::|error| "cannot set children of an empty tree")) ; (T (PROGN # BOOT::|t|))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |TREE;setvalue!;$2S;5| ...) ; file: /tmp/oa-V3TOJb/code.lsp ; in: DEFUN |TREE;setvalue!;$2S;5| ; (DEFUN BOOT::|TREE;setvalue!;$2S;5| (BOOT::|t| BOOT::|s| BOOT::$) ; (COND ; ((EQL (CAR BOOT::|t|) 1) ; (BOOT::|error| "cannot set value of an empty tree")) ; (T ; (PROGN ; (LET # ; #) ; BOOT::|s|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TREE;setvalue!;$2S;5| ; (BOOT::|t| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|TREE;setvalue!;$2S;5| ; (COND ((EQL # 1) (BOOT::|error| "cannot set value of an empty tree")) ; (T (PROGN # BOOT::|s|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |TREE;count;S$Nni;6| ...) ; compiling (DEFUN |TREE;count;M$Nni;7| ...) ; compiling (DEFUN |TREE;map;M2$;8| ...) ; compiling (DEFUN |TREE;map!;M2$;9| ...) ; compiling (DEFUN |TREE;tree;SL$;10| ...) ; compiling (DEFUN |TREE;tree;S$;11| ...) ; compiling (DEFUN |TREE;tree;L$;12| ...) ; compiling (DEFUN |TREE;value;$S;13| ...) ; file: /tmp/oa-V3TOJb/code.lsp ; in: DEFUN |TREE;value;$S;13| ; (DEFUN BOOT::|TREE;value;$S;13| (BOOT::|t| BOOT::$) ; (COND ; ((EQL (CAR BOOT::|t|) 1) ; (BOOT::|error| "cannot take the value of an empty tree")) ; (T (CAR (CDR BOOT::|t|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TREE;value;$S;13| ; (BOOT::|t| BOOT::$) ; (BLOCK BOOT::|TREE;value;$S;13| ; (COND ; ((EQL # 1) (BOOT::|error| "cannot take the value of an empty tree")) ; (T (CAR #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |TREE;child?;2$B;14| ...) ; compiling (DEFUN |TREE;distance1| ...) ; compiling (DEFUN |TREE;distance;2$I;16| ...) ; compiling (DEFUN |TREE;node?;2$B;17| ...) ; compiling (DEFUN |TREE;leaf?;$B;18| ...) ; file: /tmp/oa-V3TOJb/code.lsp ; in: DEFUN |TREE;leaf?;$B;18| ; (DEFUN BOOT::|TREE;leaf?;$B;18| (BOOT::|t| BOOT::$) ; (AND (NOT (EQL (CAR BOOT::|t|) 1)) (NULL (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TREE;leaf?;$B;18| ; (BOOT::|t| BOOT::$) ; (BLOCK BOOT::|TREE;leaf?;$B;18| (AND (NOT (EQL # 1)) (NULL (COND # #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |TREE;leaves;$L;19| ...) ; compiling (DEFUN |TREE;nodes;$L;20| ...) ; compiling (DEFUN |TREE;any?;M$B;21| ...) ; compiling (DEFUN |TREE;every?;M$B;22| ...) ; compiling (DEFUN |TREE;member?;S$B;23| ...) ; compiling (DEFUN |TREE;members;$L;24| ...) ; compiling (DEFUN |TREE;=;2$B;25| ...) ; compiling (DEFUN |TREE;equal?| ...) ; file: /tmp/oa-V3TOJb/code.lsp ; in: DEFUN |TREE;equal?| ; (DEFUN BOOT::|TREE;equal?| ; (BOOT::|t1| BOOT::|t2| BOOT::|ot1| BOOT::|ot2| BOOT::|k| BOOT::$) ; (PROG (BOOT::|c2| BOOT::|c1|) (RETURN (BOOT::SEQ (COND #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TREE;equal?| ; (BOOT::|t1| BOOT::|t2| BOOT::|ot1| BOOT::|ot2| BOOT::|k| BOOT::$) ; (BLOCK BOOT::|TREE;equal?| ; (PROG (BOOT::|c2| BOOT::|c1|) (RETURN (BOOT::SEQ # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |TREE;#;$Nni;27| ...) ; compiling (DEFUN |TREE;treeCount| ...) ; file: /tmp/oa-V3TOJb/code.lsp ; in: DEFUN |TREE;treeCount| ; (DEFUN BOOT::|TREE;treeCount| (BOOT::|t| BOOT::|origTree| BOOT::|k| BOOT::$) ; (COND ; ((AND (EQL BOOT::|k| 5) ; (BOOT::|TREE;cyclic?;$B;34| BOOT::|origTree| BOOT::$)) ; (BOOT::|error| "# is not defined on cyclic trees")) ; ((EQL (CAR BOOT::|t|) 1) 0) ; (T ; (+ 1 ; (LET # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TREE;treeCount| ; (BOOT::|t| BOOT::|origTree| BOOT::|k| BOOT::$) ; (BLOCK BOOT::|TREE;treeCount| ; (COND ((AND # #) (BOOT::|error| "# is not defined on cyclic trees")) ; ((EQL # 1) 0) (T (+ 1 #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |TREE;copy;2$;29| ...) ; compiling (DEFUN |TREE;copy1| ...) ; file: /tmp/oa-V3TOJb/code.lsp ; in: DEFUN |TREE;copy1| ; (DEFUN BOOT::|TREE;copy1| (BOOT::|t| BOOT::|origTree| BOOT::|k| BOOT::$) ; (COND ; ((AND (EQL BOOT::|k| 5) ; (BOOT::|TREE;cyclic?;$B;34| BOOT::|origTree| BOOT::$)) ; (BOOT::|error| "use cyclicCopy to copy a cyclic tree")) ; ((EQL (CAR BOOT::|t|) 1) BOOT::|t|) ; ((NULL (COND # #)) (CONS 0 (CONS # NIL))) ; (T ; (BOOT::|TREE;tree;SL$;10| (COND # #) ; (LET # ; #) ; BOOT::$)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TREE;copy1| ; (BOOT::|t| BOOT::|origTree| BOOT::|k| BOOT::$) ; (BLOCK BOOT::|TREE;copy1| ; (COND ; ((AND # #) (BOOT::|error| "use cyclicCopy to copy a cyclic tree")) ; ((EQL # 1) BOOT::|t|) ((NULL #) (CONS 0 #)) ; (T (BOOT::|TREE;tree;SL$;10| # # BOOT::$))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |TREE;coerce;$Of;31| ...) ; compiling (DEFUN |TREE;coerce1| ...) ; compiling (DEFUN |TREE;multipleOverbar| ...) ; compiling (DEFUN |TREE;cyclic?;$B;34| ...) ; compiling (DEFUN |TREE;cyclic2?| ...) ; compiling (DEFUN |TREE;cyclicCopy;2$;36| ...) ; compiling (DEFUN |TREE;cyclicCopy2| ...) ; compiling (DEFUN |TREE;copyCycle2| ...) ; compiling (DEFUN |TREE;copyCycle4| ...) ; compiling (DEFUN |TREE;cyclicEntries;$L;40| ...) ; compiling (DEFUN |TREE;cyclicEntries3| ...) ; file: /tmp/oa-V3TOJb/code.lsp ; in: DEFUN |TREE;cyclicEntries3| ; (DEFUN BOOT::|TREE;cyclicEntries3| ; (BOOT::|t| BOOT::|parents| BOOT::|cl| BOOT::$) ; (COND ((EQL (CAR BOOT::|t|) 1) BOOT::|cl|) ; ((BOOT::|TREE;eqMember?| BOOT::|t| BOOT::|parents| BOOT::$) ; (BOOT::|TREE;insert| BOOT::|t| BOOT::|cl| BOOT::$)) ; (T ; (PROGN ; (SETQ #) ; (LET # ; #) ; BOOT::|cl|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TREE;cyclicEntries3| ; (BOOT::|t| BOOT::|parents| BOOT::|cl| BOOT::$) ; (BLOCK BOOT::|TREE;cyclicEntries3| ; (COND ((EQL # 1) BOOT::|cl|) ; ((BOOT::|TREE;eqMember?| BOOT::|t| BOOT::|parents| BOOT::$) ; (BOOT::|TREE;insert| BOOT::|t| BOOT::|cl| BOOT::$)) ; (T (PROGN # # BOOT::|cl|))))) ; ; note: Assignment to argument: |parents| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |cl| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |TREE;cyclicEqual?;2$B;42| ...) ; compiling (DEFUN |TREE;cyclicEqual4?| ...) ; file: /tmp/oa-V3TOJb/code.lsp ; in: DEFUN |TREE;cyclicEqual4?| ; (DEFUN BOOT::|TREE;cyclicEqual4?| ; (BOOT::|t1| BOOT::|t2| BOOT::|cp1| BOOT::|cp2| BOOT::$) ; (COND ((EQL (CAR BOOT::|t1|) 1) (EQL (CAR BOOT::|t2|) 1)) ; ((EQL (CAR BOOT::|t2|) 1) NIL) ; (T ; (LET (#) ; (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TREE;cyclicEqual4?| ; (BOOT::|t1| BOOT::|t2| BOOT::|cp1| BOOT::|cp2| BOOT::$) ; (BLOCK BOOT::|TREE;cyclicEqual4?| ; (COND ((EQL # 1) (EQL # 1)) ((EQL # 1) NIL) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |TREE;cyclicParents;$L;44| ...) ; compiling (DEFUN |TREE;cyclicParents3| ...) ; file: /tmp/oa-V3TOJb/code.lsp ; in: DEFUN |TREE;cyclicParents3| ; (DEFUN BOOT::|TREE;cyclicParents3| ; (BOOT::|x| BOOT::|parents| BOOT::|pl| BOOT::$) ; (COND ((EQL (CAR BOOT::|x|) 1) BOOT::|pl|) ; ((BOOT::|TREE;eqMember?| BOOT::|x| BOOT::|parents| BOOT::$) ; (LET (#) ; (BOOT::|TREE;eqUnion| # BOOT::|pl| BOOT::$))) ; (T ; (PROGN ; (SETQ #) ; (LET # ; #) ; BOOT::|pl|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TREE;cyclicParents3| ; (BOOT::|x| BOOT::|parents| BOOT::|pl| BOOT::$) ; (BLOCK BOOT::|TREE;cyclicParents3| ; (COND ((EQL # 1) BOOT::|pl|) ; ((BOOT::|TREE;eqMember?| BOOT::|x| BOOT::|parents| BOOT::$) ; (LET # ; #)) ; (T (PROGN # # BOOT::|pl|))))) ; ; note: Assignment to argument: |parents| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |pl| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |TREE;insert| ...) ; compiling (DEFUN |TREE;lastNode| ...) ; file: /tmp/oa-V3TOJb/code.lsp ; in: DEFUN |TREE;lastNode| ; (DEFUN BOOT::|TREE;lastNode| (BOOT::|l| BOOT::$) ; (COND ((NULL BOOT::|l|) (BOOT::|error| "empty tree has no last node")) ; (T (PROGN (LOOP #) BOOT::|l|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TREE;lastNode| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|TREE;lastNode| ; (COND ((NULL BOOT::|l|) (BOOT::|error| "empty tree has no last node")) ; (T (PROGN # BOOT::|l|))))) ; ; note: Assignment to argument: |l| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |TREE;eqMember?| ...) ; compiling (DEFUN |TREE;eqMemberIndex| ...) ; file: /tmp/oa-V3TOJb/code.lsp ; in: DEFUN |TREE;eqMemberIndex| ; (DEFUN BOOT::|TREE;eqMemberIndex| (BOOT::|x| BOOT::|l| BOOT::|k| BOOT::$) ; (COND ((NULL BOOT::|l|) BOOT::|k|) (T (PROGN (SETQ #) (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TREE;eqMemberIndex| ; (BOOT::|x| BOOT::|l| BOOT::|k| BOOT::$) ; (BLOCK BOOT::|TREE;eqMemberIndex| ; (COND ((NULL BOOT::|l|) BOOT::|k|) (T (PROGN # #))))) ; ; note: Assignment to argument: |k| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |TREE;eqUnion| ...) ; compiling (DEFUN |Tree| ...) ; compiling (DEFUN |Tree;| ...) ; compiling (MAKEPROP (QUOTE |Tree|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 6 STYLE-WARNING conditions ; printed 13 notes ; /tmp/oa-V3TOJb/code.fasl written ; compilation finished in 0:00:00.204 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile BYTE.spad && cp BYTE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/BYTE.fasl \ && if test -f BYTE-.NRLIB/code.fasl; then \ cp BYTE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/BYTE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/BYTE.spad using Spad compiler. BYTE abbreviates domain Byte debug: compDefine1 lhs: (Byte) signature (pre-evaluate): ((Join (OrderedFinite) (Logic) (CATEGORY domain (SIGNATURE byte ($ (NonNegativeInteger))) (SIGNATURE bitand ($ $ $)) (SIGNATURE bitior ($ $ $)) (SIGNATURE sample ($) constant)))) debug: evaluateType form: (Join (OrderedFinite) (Logic) (CATEGORY domain (SIGNATURE byte ($ (NonNegativeInteger))) (SIGNATURE bitand ($ $ $)) (SIGNATURE bitior ($ $ $)) (SIGNATURE sample ($) constant))) $param: NIL debug: evaluateType form: (OrderedFinite) $param: NIL Debug: evaluateType1 form: (OrderedFinite) debug: evaluateType form: (Logic) $param: NIL Debug: evaluateType1 form: (Logic) debug: evaluateType form: (CATEGORY domain (SIGNATURE byte ($ (NonNegativeInteger))) (SIGNATURE bitand ($ $ $)) (SIGNATURE bitior ($ $ $)) (SIGNATURE sample ($) constant)) $param: NIL debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: compDefine1 signature (post evaluate): ((Join (OrderedFinite) (Logic) (CATEGORY domain (SIGNATURE byte ($ (NonNegativeInteger))) (SIGNATURE bitand ($ $ $)) (SIGNATURE bitior ($ $ $)) (SIGNATURE sample ($) constant)))) ------------------------------------------------------------------------ initializing stationary directory for Byte compiling into /tmp/oa-H0WJ4r compiling exported byte : NonNegativeInteger -> % Time: 0.01 SEC. compiling exported sample : () -> % BYTE;sample;$;2 is replaced by 0 Time: 0 SEC. compiling exported = : (%,%) -> Boolean BYTE;=;2$B;3 is replaced by %beq Time: 0.00 SEC. compiling exported < : (%,%) -> Boolean BYTE;<;2$B;4 is replaced by %blt Time: 0 SEC. compiling exported > : (%,%) -> Boolean BYTE;>;2$B;5(x,y) is replaced by %blt(y,x) Time: 0.00 SEC. compiling exported <= : (%,%) -> Boolean BYTE;<=;2$B;6(x,y) is replaced by %not %blt(y,x) Time: 0.00 SEC. compiling exported >= : (%,%) -> Boolean BYTE;>=;2$B;7(x,y) is replaced by %not %blt(x,y) Time: 0 SEC. compiling exported min : () -> % BYTE;min;$;8 is replaced by 0 Time: 0 SEC. compiling exported max : () -> % BYTE;max;$;9 is replaced by 255 Time: 0.01 SEC. compiling exported size : () -> NonNegativeInteger BYTE;size;Nni;10 is replaced by 256 Time: 0 SEC. compiling exported index : PositiveInteger -> % Time: 0 SEC. compiling exported lookup : % -> PositiveInteger BYTE;lookup;$Pi;12 x is replaced by %iadd(x,1) Time: 0.00 SEC. compiling exported random : () -> % Time: 0 SEC. compiling exported bitand : (%,%) -> % BYTE;bitand;3$;14 is replaced by %bitand Time: 0 SEC. compiling exported bitior : (%,%) -> % BYTE;bitior;3$;15 is replaced by %bitior Time: 0.00 SEC. compiling exported /\ : (%,%) -> % BYTE;/\;3$;16 is replaced by %bitand Time: 0 SEC. compiling exported \/ : (%,%) -> % BYTE;\/;3$;17 is replaced by %bitior Time: 0 SEC. compiling exported ~ : % -> % BYTE;~;2$;18 is replaced by %bcompl Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor Byte Time: 0.06 seconds --------------non extending category---------------------- Byte of category Join(OrderedFinite,Logic) with byte : NonNegativeInteger -> % bitand : (%,%) -> % bitior : (%,%) -> % sample : () -> % has no OrderedAbelianMonoidSup ---------------------------------------------------------- finalizing NRLIB BYTE Processing Byte for Browser database: -- byte : NonNegativeInteger -> % -- bitand : (%,%) -> % -- bitior : (%,%) -> % --->../../x86_64-unknown-linux-gnu/src/algebra/data.spad-->Byte((bitior (% % %))): Improper first word in comments: bitor "bitor(\\spad{x},{}\\spad{y}) returns the bitwise `inclusive or' of `x' and `y'." -- sample : () -> % -- constructor ; compiling file "/tmp/oa-H0WJ4r/code.lsp" (written 01 FEB 2016 10:59:46 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BYTE;sample;$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BYTE;=;2$B;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BYTE;<;2$B;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BYTE;>;2$B;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BYTE;<=;2$B;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BYTE;>=;2$B;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BYTE;min;$;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BYTE;max;$;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BYTE;size;Nni;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BYTE;lookup;$Pi;12|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BYTE;bitand;3$;14|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BYTE;bitior;3$;15|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BYTE;/\\;3$;16|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BYTE;\\/;3$;17|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BYTE;~;2$;18|) ...) ; compiling (DEFUN |BYTE;byte;Nni$;1| ...) ; file: /tmp/oa-H0WJ4r/code.lsp ; in: DEFUN |BYTE;byte;Nni$;1| ; (DEFUN BOOT::|BYTE;byte;Nni$;1| (BOOT::|x| BOOT::$) ; (COND ((< BOOT::|x| 256) BOOT::|x|) ; (T (BOOT::|moanRetract| BOOT::|x| '(BOOT::|Byte|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BYTE;byte;Nni$;1| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|BYTE;byte;Nni$;1| ; (COND ((< BOOT::|x| 256) BOOT::|x|) ; (T (BOOT::|moanRetract| BOOT::|x| '#))))) ; ; note: type assertion too complex to check: ; (VALUES (UNSIGNED-BYTE 8) &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |BYTE;sample;$;2| ...) ; compiling (DEFUN |BYTE;=;2$B;3| ...) ; compiling (DEFUN |BYTE;<;2$B;4| ...) ; compiling (DEFUN |BYTE;>;2$B;5| ...) ; compiling (DEFUN |BYTE;<=;2$B;6| ...) ; compiling (DEFUN |BYTE;>=;2$B;7| ...) ; compiling (DEFUN |BYTE;min;$;8| ...) ; compiling (DEFUN |BYTE;max;$;9| ...) ; compiling (DEFUN |BYTE;size;Nni;10| ...) ; compiling (DEFUN |BYTE;index;Pi$;11| ...) ; compiling (DEFUN |BYTE;lookup;$Pi;12| ...) ; compiling (DEFUN |BYTE;random;$;13| ...) ; compiling (DEFUN |BYTE;bitand;3$;14| ...) ; compiling (DEFUN |BYTE;bitior;3$;15| ...) ; compiling (DEFUN |BYTE;/\\;3$;16| ...) ; compiling (DEFUN |BYTE;\\/;3$;17| ...) ; compiling (DEFUN |BYTE;~;2$;18| ...) ; compiling (DEFUN |Byte| ...) ; compiling (DEFUN |Byte;| ...) ; compiling (MAKEPROP (QUOTE |Byte|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbSuperDomain| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 1 note ; /tmp/oa-H0WJ4r/code.fasl written ; compilation finished in 0:00:00.069 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SYSINT.spad && cp SYSINT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SYSINT.fasl \ && if test -f SYSINT-.NRLIB/code.fasl; then \ cp SYSINT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SYSINT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SYSINT.spad using Spad compiler. SYSINT abbreviates domain SystemInteger debug: compDefine1 lhs: (SystemInteger N) signature (pre-evaluate): ((Join (OrderedFinite) (CATEGORY domain (SIGNATURE sample ($) constant))) (PositiveInteger)) debug: evaluateType form: (Join (OrderedFinite) (CATEGORY domain (SIGNATURE sample ($) constant))) $param: (N) debug: evaluateType form: (OrderedFinite) $param: (N) Debug: evaluateType1 form: (OrderedFinite) debug: evaluateType form: (CATEGORY domain (SIGNATURE sample ($) constant)) $param: (N) debug: evaluateType form: (PositiveInteger) $param: (N) Debug: evaluateType1 form: (PositiveInteger) debug: compDefine1 signature (post evaluate): ((Join (OrderedFinite) (CATEGORY domain (SIGNATURE sample ($) constant))) (PositiveInteger)) debug: compDefine1 lhs: (SystemInteger N) signature (pre-evaluate): ((Join (OrderedFinite) (CATEGORY domain (SIGNATURE sample ($) constant))) NIL) debug: evaluateType form: (Join (OrderedFinite) (CATEGORY domain (SIGNATURE sample ($) constant))) $param: (N) debug: evaluateType form: (OrderedFinite) $param: (N) Debug: evaluateType1 form: (OrderedFinite) debug: evaluateType form: (CATEGORY domain (SIGNATURE sample ($) constant)) $param: (N) debug: compDefine1 signature (post evaluate): ((Join (OrderedFinite) (CATEGORY domain (SIGNATURE sample ($) constant))) NIL) ------------------------------------------------------------------------ initializing stationary directory for SystemInteger compiling into /tmp/oa-sy6OXD compiling exported sample : () -> % SYSINT;sample;$;1 is replaced by 0 Time: 0.06 SEC. compiling exported min : () -> % Time: 0.00 SEC. compiling exported max : () -> % Time: 0 SEC. compiling exported size : () -> NonNegativeInteger Time: 0.00 SEC. compiling exported index : PositiveInteger -> % Time: 0 SEC. compiling exported lookup : % -> PositiveInteger Time: 0 SEC. compiling exported random : () -> % Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor SystemInteger Time: 0.08 seconds --------------non extending category---------------------- SystemInteger #1 of category OrderedFinite with sample : () -> % has no IntegerNumberSystem ---------------------------------------------------------- finalizing NRLIB SYSINT Processing SystemInteger for Browser database: -- sample : () -> % -- constructor ; compiling file "/tmp/oa-sy6OXD/code.lsp" (written 01 FEB 2016 10:59:47 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYSINT;sample;$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SYSINT;sample;$;1| ...) ; compiling (DEFUN |SYSINT;min;$;2| ...) ; file: /tmp/oa-sy6OXD/code.lsp ; in: DEFUN |SYSINT;min;$;2| ; (DEFUN BOOT::|SYSINT;min;$;2| (BOOT::$) ; (LET ((#:G545 (- #))) ; (COND ((NOT #) #:G545) (T (BOOT::|moanRetract| #:G545 #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYSINT;min;$;2| ; (BOOT::$) ; (BLOCK BOOT::|SYSINT;min;$;2| ; (LET ((#:G545 #)) ; (COND (# #:G545) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |SYSINT;max;$;3| ...) ; file: /tmp/oa-sy6OXD/code.lsp ; in: DEFUN |SYSINT;max;$;3| ; (DEFUN BOOT::|SYSINT;max;$;3| (BOOT::$) ; (LET ((#:G547 (- # 1))) ; (COND ((NOT #) #:G547) (T (BOOT::|moanRetract| #:G547 #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYSINT;max;$;3| ; (BOOT::$) ; (BLOCK BOOT::|SYSINT;max;$;3| ; (LET ((#:G547 #)) ; (COND (# #:G547) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |SYSINT;size;Nni;4| ...) ; file: /tmp/oa-sy6OXD/code.lsp ; in: DEFUN |SYSINT;size;Nni;4| ; (DEFUN BOOT::|SYSINT;size;Nni;4| (BOOT::$) ; (LET ((#:G549 (+ # 1))) ; (COND ((NOT #) #:G549) (T (BOOT::|moanRetract| #:G549 '#))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYSINT;size;Nni;4| ; (BOOT::$) ; (BLOCK BOOT::|SYSINT;size;Nni;4| ; (LET ((#:G549 #)) ; (COND (# #:G549) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |SYSINT;index;Pi$;5| ...) ; file: /tmp/oa-sy6OXD/code.lsp ; in: DEFUN |SYSINT;index;Pi$;5| ; (DEFUN BOOT::|SYSINT;index;Pi$;5| (BOOT::|i| BOOT::$) ; (LET ((#:G551 (- # 1))) ; (COND ((NOT #) #:G551) (T (BOOT::|moanRetract| #:G551 #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYSINT;index;Pi$;5| ; (BOOT::|i| BOOT::$) ; (BLOCK BOOT::|SYSINT;index;Pi$;5| ; (LET ((#:G551 #)) ; (COND (# #:G551) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |SYSINT;lookup;$Pi;6| ...) ; file: /tmp/oa-sy6OXD/code.lsp ; in: DEFUN |SYSINT;lookup;$Pi;6| ; (DEFUN BOOT::|SYSINT;lookup;$Pi;6| (BOOT::|x| BOOT::$) ; (LET ((#:G553 (+ # 1))) ; (COND ((AND # #) #:G553) (T (BOOT::|moanRetract| #:G553 '#))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYSINT;lookup;$Pi;6| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|SYSINT;lookup;$Pi;6| ; (LET ((#:G553 #)) ; (COND (# #:G553) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES (INTEGER 1) &REST T). ; compiling (DEFUN |SYSINT;random;$;7| ...) ; file: /tmp/oa-sy6OXD/code.lsp ; in: DEFUN |SYSINT;random;$;7| ; (DEFUN BOOT::|SYSINT;random;$;7| (BOOT::$) ; (LET ((#:G555 (RANDOM #))) ; (COND ((NOT #) #:G555) (T (BOOT::|moanRetract| #:G555 #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYSINT;random;$;7| ; (BOOT::$) ; (BLOCK BOOT::|SYSINT;random;$;7| ; (LET ((#:G555 #)) ; (COND (# #:G555) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |SystemInteger| ...) ; compiling (DEFUN |SystemInteger;| ...) ; compiling (MAKEPROP (QUOTE |SystemInteger|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbSuperDomain| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 6 notes ; /tmp/oa-sy6OXD/code.fasl written ; compilation finished in 0:00:00.037 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SYSNNI.spad && cp SYSNNI.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SYSNNI.fasl \ && if test -f SYSNNI-.NRLIB/code.fasl; then \ cp SYSNNI-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SYSNNI-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SYSNNI.spad using Spad compiler. SYSNNI abbreviates domain SystemNonNegativeInteger debug: compDefine1 lhs: (SystemNonNegativeInteger N) signature (pre-evaluate): ((Join (OrderedFinite) (Logic) (CATEGORY domain (SIGNATURE bitand ($ $ $)) (SIGNATURE bitior ($ $ $)) (SIGNATURE sample ($) constant))) (PositiveInteger)) debug: evaluateType form: (Join (OrderedFinite) (Logic) (CATEGORY domain (SIGNATURE bitand ($ $ $)) (SIGNATURE bitior ($ $ $)) (SIGNATURE sample ($) constant))) $param: (N) debug: evaluateType form: (OrderedFinite) $param: (N) Debug: evaluateType1 form: (OrderedFinite) debug: evaluateType form: (Logic) $param: (N) Debug: evaluateType1 form: (Logic) debug: evaluateType form: (CATEGORY domain (SIGNATURE bitand ($ $ $)) (SIGNATURE bitior ($ $ $)) (SIGNATURE sample ($) constant)) $param: (N) debug: evaluateType form: (PositiveInteger) $param: (N) Debug: evaluateType1 form: (PositiveInteger) debug: compDefine1 signature (post evaluate): ((Join (OrderedFinite) (Logic) (CATEGORY domain (SIGNATURE bitand ($ $ $)) (SIGNATURE bitior ($ $ $)) (SIGNATURE sample ($) constant))) (PositiveInteger)) debug: compDefine1 lhs: (SystemNonNegativeInteger N) signature (pre-evaluate): ((Join (OrderedFinite) (Logic) (CATEGORY domain (SIGNATURE bitand ($ $ $)) (SIGNATURE bitior ($ $ $)) (SIGNATURE sample ($) constant))) NIL) debug: evaluateType form: (Join (OrderedFinite) (Logic) (CATEGORY domain (SIGNATURE bitand ($ $ $)) (SIGNATURE bitior ($ $ $)) (SIGNATURE sample ($) constant))) $param: (N) debug: evaluateType form: (OrderedFinite) $param: (N) Debug: evaluateType1 form: (OrderedFinite) debug: evaluateType form: (Logic) $param: (N) Debug: evaluateType1 form: (Logic) debug: evaluateType form: (CATEGORY domain (SIGNATURE bitand ($ $ $)) (SIGNATURE bitior ($ $ $)) (SIGNATURE sample ($) constant)) $param: (N) debug: compDefine1 signature (post evaluate): ((Join (OrderedFinite) (Logic) (CATEGORY domain (SIGNATURE bitand ($ $ $)) (SIGNATURE bitior ($ $ $)) (SIGNATURE sample ($) constant))) NIL) ------------------------------------------------------------------------ initializing stationary directory for SystemNonNegativeInteger compiling into /tmp/oa-4mOhcU compiling exported min : () -> % SYSNNI;min;$;1 is replaced by 0 Time: 0.04 SEC. compiling exported max : () -> % Time: 0 SEC. compiling exported sample : () -> % SYSNNI;sample;$;3 is replaced by 0 Time: 0 SEC. compiling exported bitand : (%,%) -> % SYSNNI;bitand;3$;4 is replaced by %bitand Time: 0 SEC. compiling exported bitior : (%,%) -> % SYSNNI;bitior;3$;5 is replaced by %bitior Time: 0 SEC. compiling exported /\ : (%,%) -> % SYSNNI;/\;3$;6 is replaced by %bitand Time: 0.00 SEC. compiling exported \/ : (%,%) -> % SYSNNI;\/;3$;7 is replaced by %bitior Time: 0 SEC. compiling exported ~ : % -> % Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] max: : NonNegativeInteger -- replace by pretend [2] ~: : NonNegativeInteger -- should replace by @ Cumulative Statistics for Constructor SystemNonNegativeInteger Time: 0.06 seconds --------------non extending category---------------------- SystemNonNegativeInteger #1 of category Join(OrderedFinite,Logic) with bitand : (%,%) -> % bitior : (%,%) -> % sample : () -> % has no OrderedAbelianMonoidSup ---------------------------------------------------------- finalizing NRLIB SYSNNI Processing SystemNonNegativeInteger for Browser database: -- bitand : (%,%) -> % -- bitior : (%,%) -> % -- sample : () -> % -- constructor ; compiling file "/tmp/oa-4mOhcU/code.lsp" (written 01 FEB 2016 10:59:47 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYSNNI;min;$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYSNNI;sample;$;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYSNNI;bitand;3$;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYSNNI;bitior;3$;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYSNNI;/\\;3$;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYSNNI;\\/;3$;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SYSNNI;min;$;1| ...) ; compiling (DEFUN |SYSNNI;max;$;2| ...) ; file: /tmp/oa-4mOhcU/code.lsp ; in: DEFUN |SYSNNI;max;$;2| ; (DEFUN BOOT::|SYSNNI;max;$;2| (BOOT::$) ; (LET ((#:G545 (- # 1))) ; (COND ((NOT #) #:G545) (T (BOOT::|moanRetract| #:G545 #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYSNNI;max;$;2| ; (BOOT::$) ; (BLOCK BOOT::|SYSNNI;max;$;2| ; (LET ((#:G545 #)) ; (COND (# #:G545) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |SYSNNI;sample;$;3| ...) ; compiling (DEFUN |SYSNNI;bitand;3$;4| ...) ; compiling (DEFUN |SYSNNI;bitior;3$;5| ...) ; compiling (DEFUN |SYSNNI;/\\;3$;6| ...) ; compiling (DEFUN |SYSNNI;\\/;3$;7| ...) ; compiling (DEFUN |SYSNNI;~;2$;8| ...) ; file: /tmp/oa-4mOhcU/code.lsp ; in: DEFUN |SYSNNI;~;2$;8| ; (DEFUN BOOT::|SYSNNI;~;2$;8| (BOOT::|x| BOOT::$) ; (LET ((#:G552 (+ # #))) ; (COND ((NOT #) #:G552) (T (BOOT::|moanRetract| #:G552 #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYSNNI;~;2$;8| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|SYSNNI;~;2$;8| ; (LET ((#:G552 #)) ; (COND (# #:G552) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |SystemNonNegativeInteger| ...) ; compiling (DEFUN |SystemNonNegativeInteger;| ...) ; compiling (MAKEPROP (QUOTE |SystemNonNegativeInteger|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbSuperDomain| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-4mOhcU/code.fasl written ; compilation finished in 0:00:00.032 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile DIRPCAT.spad && cp DIRPCAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DIRPCAT.fasl \ && if test -f DIRPCAT-.NRLIB/code.fasl; then \ cp DIRPCAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DIRPCAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DIRPCAT.spad using Spad compiler. DIRPCAT abbreviates category DirectProductCategory debug: compDefine1 lhs: (DirectProductCategory dim R) signature (pre-evaluate): ((Category) (NonNegativeInteger) (Type)) debug: evaluateType form: (Category) $param: (dim R) debug: evaluateType form: (NonNegativeInteger) $param: (dim R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Type) $param: (dim R) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (NonNegativeInteger) (Type)) debug: compDefine1 lhs: (DirectProductCategory dim R) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (dim R) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for DirectProductCategory compiling into /tmp/oa-NH0ta7 STYLE-WARNING: redefining BOOT::|DirectProductCategory| in DEFUN Time: 0.05 SEC. DIRPCAT- abbreviates package DirectProductCategory& ------------------------------------------------------------------------ initializing stationary directory for DirectProductCategory& compiling into /tmp/oa-UTezBz compiling exported coerce : Integer -> S Time: 0.09 SEC. compiling exported characteristic : () -> NonNegativeInteger Time: 0 SEC. compiling exported differentiate : (S,R -> R) -> S Time: 0 SEC. compiling local equation2R : Vector S -> Matrix R Time: 0.01 SEC. compiling exported reducedSystem : Matrix S -> Matrix R Time: 0.03 SEC. compiling exported reducedSystem : (Matrix S,Vector S) -> Record(mat: Matrix R,vec: Vector R) Time: 0.02 SEC. compiling exported size : () -> NonNegativeInteger Time: 0 SEC. compiling exported / : (S,R) -> S Time: 0.01 SEC. compiling exported dimension : () -> CardinalNumber Time: 0.00 SEC. (time taken in buildFunctor: 4) Time: 0.01 SEC. Warnings: [1] reducedSystem: not known that Ring is of mode CATEGORY(package,coerce: Fraction Integer -> S,coerce: Integer -> S,differentiate: (S,Symbol) -> S,differentiate: (S,List Symbol) -> S,differentiate: (S,Symbol,NonNegativeInteger) -> S,differentiate: (S,List Symbol,List NonNegativeInteger) -> S,differentiate: S -> S,differentiate: (S,NonNegativeInteger) -> S,coerce: S -> OutputForm,characteristic: () -> NonNegativeInteger,reducedSystem: Matrix S -> Matrix Integer,reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix Integer,vec: Vector Integer),coerce: R -> S,differentiate: (S,(R -> R),NonNegativeInteger) -> S,differentiate: (S,(R -> R)) -> S,reducedSystem: Matrix S -> Matrix R,reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix R,vec: Vector R),size: () -> NonNegativeInteger,/: (S,R) -> S,dimension: () -> CardinalNumber,coerce: S -> Vector R) Cumulative Statistics for Constructor DirectProductCategory& Time: 0.18 seconds finalizing NRLIB DIRPCAT- ; compiling file "/tmp/oa-UTezBz/code.lsp" (written 01 FEB 2016 10:59:47 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DIRPCAT-;coerce;I$;1| ...) ; compiling (DEFUN |DIRPCAT-;characteristic;Nni;2| ...) ; file: /tmp/oa-UTezBz/code.lsp ; in: DEFUN |DIRPCAT-;characteristic;Nni;2| ; (DEFUN BOOT::|DIRPCAT-;characteristic;Nni;2| (BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 14)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DIRPCAT-;characteristic;Nni;2| ; (BOOT::$) ; (BLOCK BOOT::|DIRPCAT-;characteristic;Nni;2| ; (BOOT::|spadConstant| BOOT::$ 14))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |DIRPCAT-;differentiate;$M$;3| ...) ; compiling (DEFUN |DIRPCAT-;equation2R| ...) ; compiling (DEFUN |DIRPCAT-;reducedSystem;MM;5| ...) ; compiling (DEFUN |DIRPCAT-;reducedSystem;MVR;6| ...) ; compiling (DEFUN |DIRPCAT-;size;Nni;7| ...) ; compiling (DEFUN |DIRPCAT-;/;$R$;8| ...) ; compiling (DEFUN |DIRPCAT-;dimension;Cn;9| ...) ; compiling (DEFUN |DirectProductCategory&| ...) ; compiling (MAKEPROP (QUOTE |DirectProductCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-UTezBz/code.fasl written ; compilation finished in 0:00:00.041 ------------------------------------------------------------------------ finalizing NRLIB DIRPCAT Processing DirectProductCategory for Browser database: -- directProduct : Vector R -> % -- unitVector : PositiveInteger -> % -- dot : (%,%) -> R -- constructor ; compiling file "/tmp/oa-NH0ta7/code.lsp" (written 01 FEB 2016 10:59:47 PM): ; compiling (DEFPARAMETER |DirectProductCategory;AL| ...) ; compiling (DEFUN |DirectProductCategory;| ...) ; compiling (DEFUN |DirectProductCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-NH0ta7/code.fasl written ; compilation finished in 0:00:00.019 ------------------------------------------------------------------------ ================================== === layer 6 of 24 complete ====== ================================== ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile BTCAT.spad && cp BTCAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/BTCAT.fasl \ && if test -f BTCAT-.NRLIB/code.fasl; then \ cp BTCAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/BTCAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/BTCAT.spad using Spad compiler. BTCAT abbreviates category BinaryTreeCategory debug: compDefine1 lhs: (BinaryTreeCategory S) signature (pre-evaluate): ((Category) (SetCategory)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Category) (SetCategory)) debug: compDefine1 lhs: (BinaryTreeCategory S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for BinaryTreeCategory compiling into /tmp/oa-HbTV9B STYLE-WARNING: redefining BOOT::|BinaryTreeCategory| in DEFUN Time: 0.01 SEC. BTCAT- abbreviates package BinaryTreeCategory& ------------------------------------------------------------------------ initializing stationary directory for BinaryTreeCategory& compiling into /tmp/oa-9tRTn5 compiling exported copy : A -> A Time: 0.01 SEC. compiling exported map! : (S -> S,A) -> A Time: 0.00 SEC. compiling exported # : A -> NonNegativeInteger Time: 0.03 SEC. compiling local treeCount : (A,NonNegativeInteger) -> NonNegativeInteger Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor BinaryTreeCategory& Time: 0.06 seconds finalizing NRLIB BTCAT- ; compiling file "/tmp/oa-9tRTn5/code.lsp" (written 01 FEB 2016 10:59:47 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |BTCAT-;copy;2$;1| ...) ; compiling (DEFUN |BTCAT-;map!;M2$;2| ...) ; compiling (DEFUN |BTCAT-;#;$Nni;3| ...) ; compiling (DEFUN |BTCAT-;treeCount| ...) ; file: /tmp/oa-9tRTn5/code.lsp ; in: DEFUN |BTCAT-;treeCount| ; (DEFUN BOOT::|BTCAT-;treeCount| (BOOT::|t| BOOT::|k| BOOT::$) ; (COND ((BOOT::SPADCALL BOOT::|t| (BOOT::|shellEntry| BOOT::$ 9)) BOOT::|k|) ; (T (BOOT::SEQ (SETQ #) (COND #) (SETQ #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BTCAT-;treeCount| ; (BOOT::|t| BOOT::|k| BOOT::$) ; (BLOCK BOOT::|BTCAT-;treeCount| ; (COND ((BOOT::SPADCALL BOOT::|t| #) BOOT::|k|) ; (T (BOOT::SEQ # # # #))))) ; ; note: Assignment to argument: |k| ; prevents use of assertion from function type proclamation: ; UNSIGNED-BYTE ; ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |BinaryTreeCategory&| ...) ; compiling (MAKEPROP (QUOTE |BinaryTreeCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-9tRTn5/code.fasl written ; compilation finished in 0:00:00.022 ------------------------------------------------------------------------ finalizing NRLIB BTCAT Processing BinaryTreeCategory for Browser database: -- node : (%,S,%) -> % -- constructor ; compiling file "/tmp/oa-HbTV9B/code.lsp" (written 01 FEB 2016 10:59:47 PM): ; compiling (DEFPARAMETER |BinaryTreeCategory;AL| ...) ; compiling (DEFUN |BinaryTreeCategory;| ...) ; compiling (DEFUN |BinaryTreeCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-HbTV9B/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile LMOPS.spad && cp LMOPS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LMOPS.fasl \ && if test -f LMOPS-.NRLIB/code.fasl; then \ cp LMOPS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LMOPS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LMOPS.spad using Spad compiler. LMOPS abbreviates domain ListMonoidOps debug: compDefine1 lhs: (ListMonoidOps S E un) signature (pre-evaluate): ((Join (SetCategory) (RetractableTo S) (CATEGORY domain (SIGNATURE outputForm ((OutputForm) $ (Mapping (OutputForm) (OutputForm) (OutputForm)) (Mapping (OutputForm) (OutputForm) (OutputForm)) (Integer))) (SIGNATURE listOfMonoms ((List (Record (: gen S) (: exp E))) $)) (SIGNATURE makeTerm ($ S E)) (SIGNATURE makeMulti ($ (List (Record (: gen S) (: exp E))))) (SIGNATURE nthExpon (E $ (Integer))) (SIGNATURE nthFactor (S $ (Integer))) (SIGNATURE reverse ($ $)) (SIGNATURE reverse! ($ $)) (SIGNATURE size ((NonNegativeInteger) $)) (SIGNATURE makeUnit ($)) (SIGNATURE rightMult ($ $ S)) (SIGNATURE leftMult ($ S $)) (SIGNATURE plus ($ S E $)) (SIGNATURE plus ($ $ $)) (SIGNATURE commutativeEquality ((Boolean) $ $)) (SIGNATURE mapExpon ($ (Mapping E E) $)) (SIGNATURE mapGen ($ (Mapping S S) $)))) NIL NIL NIL) debug: evaluateType form: (Join (SetCategory) (RetractableTo S) (CATEGORY domain (SIGNATURE outputForm ((OutputForm) $ (Mapping (OutputForm) (OutputForm) (OutputForm)) (Mapping (OutputForm) (OutputForm) (OutputForm)) (Integer))) (SIGNATURE listOfMonoms ((List (Record (: gen S) (: exp E))) $)) (SIGNATURE makeTerm ($ S E)) (SIGNATURE makeMulti ($ (List (Record (: gen S) (: exp E))))) (SIGNATURE nthExpon (E $ (Integer))) (SIGNATURE nthFactor (S $ (Integer))) (SIGNATURE reverse ($ $)) (SIGNATURE reverse! ($ $)) (SIGNATURE size ((NonNegativeInteger) $)) (SIGNATURE makeUnit ($)) (SIGNATURE rightMult ($ $ S)) (SIGNATURE leftMult ($ S $)) (SIGNATURE plus ($ S E $)) (SIGNATURE plus ($ $ $)) (SIGNATURE commutativeEquality ((Boolean) $ $)) (SIGNATURE mapExpon ($ (Mapping E E) $)) (SIGNATURE mapGen ($ (Mapping S S) $)))) $param: (S E un) debug: evaluateType form: (SetCategory) $param: (S E un) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (RetractableTo S) $param: (S E un) Debug: evaluateType1 form: (RetractableTo S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE outputForm ((OutputForm) $ (Mapping (OutputForm) (OutputForm) (OutputForm)) (Mapping (OutputForm) (OutputForm) (OutputForm)) (Integer))) (SIGNATURE listOfMonoms ((List (Record (: gen S) (: exp E))) $)) (SIGNATURE makeTerm ($ S E)) (SIGNATURE makeMulti ($ (List (Record (: gen S) (: exp E))))) (SIGNATURE nthExpon (E $ (Integer))) (SIGNATURE nthFactor (S $ (Integer))) (SIGNATURE reverse ($ $)) (SIGNATURE reverse! ($ $)) (SIGNATURE size ((NonNegativeInteger) $)) (SIGNATURE makeUnit ($)) (SIGNATURE rightMult ($ $ S)) (SIGNATURE leftMult ($ S $)) (SIGNATURE plus ($ S E $)) (SIGNATURE plus ($ $ $)) (SIGNATURE commutativeEquality ((Boolean) $ $)) (SIGNATURE mapExpon ($ (Mapping E E) $)) (SIGNATURE mapGen ($ (Mapping S S) $))) $param: (S E un) debug: evaluateType form: (OutputForm) $param: (S E un) Debug: evaluateType1 form: (OutputForm) debug: evaluateType form: (Mapping (OutputForm) (OutputForm) (OutputForm)) $param: (S E un) debug: evaluateType form: (OutputForm) $param: (S E un) Debug: evaluateType1 form: (OutputForm) debug: evaluateType form: (OutputForm) $param: (S E un) Debug: evaluateType1 form: (OutputForm) debug: evaluateType form: (OutputForm) $param: (S E un) Debug: evaluateType1 form: (OutputForm) debug: evaluateType form: (Mapping (OutputForm) (OutputForm) (OutputForm)) $param: (S E un) debug: evaluateType form: (OutputForm) $param: (S E un) Debug: evaluateType1 form: (OutputForm) debug: evaluateType form: (OutputForm) $param: (S E un) Debug: evaluateType1 form: (OutputForm) debug: evaluateType form: (OutputForm) $param: (S E un) Debug: evaluateType1 form: (OutputForm) debug: evaluateType form: (Integer) $param: (S E un) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (List (Record (: gen S) (: exp E))) $param: (S E un) Debug: evaluateType1 form: (List (Record (: gen S) (: exp E))) debug: evaluateType1 x: (Record (: gen S) (: exp E)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S E un) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: gen S) (: exp E)) $param: (S E un) debug: evaluateType form: S $param: (S E un) debug: evaluateType form: E $param: (S E un) debug: evalCategory d: (Record (: gen S) (: exp E)) c: (Type) debug: evaluateType form: S $param: (S E un) debug: evaluateType form: E $param: (S E un) debug: evaluateType form: (List (Record (: gen S) (: exp E))) $param: (S E un) Debug: evaluateType1 form: (List (Record (: gen S) (: exp E))) debug: evaluateType1 x: (Record (: gen S) (: exp E)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S E un) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: gen S) (: exp E)) $param: (S E un) debug: evaluateType form: S $param: (S E un) debug: evaluateType form: E $param: (S E un) debug: evalCategory d: (Record (: gen S) (: exp E)) c: (Type) debug: evaluateType form: E $param: (S E un) debug: evaluateType form: (Integer) $param: (S E un) Debug: evaluateType1 form: (Integer) debug: evaluateType form: S $param: (S E un) debug: evaluateType form: (Integer) $param: (S E un) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (NonNegativeInteger) $param: (S E un) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: S $param: (S E un) debug: evaluateType form: S $param: (S E un) debug: evaluateType form: S $param: (S E un) debug: evaluateType form: E $param: (S E un) debug: evaluateType form: (Boolean) $param: (S E un) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Mapping E E) $param: (S E un) debug: evaluateType form: E $param: (S E un) debug: evaluateType form: E $param: (S E un) debug: evaluateType form: (Mapping S S) $param: (S E un) debug: evaluateType form: S $param: (S E un) debug: evaluateType form: S $param: (S E un) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (RetractableTo S) (CATEGORY domain (SIGNATURE outputForm ((OutputForm) $ (Mapping (OutputForm) (OutputForm) (OutputForm)) (Mapping (OutputForm) (OutputForm) (OutputForm)) (Integer))) (SIGNATURE listOfMonoms ((List (Record (: gen S) (: exp E))) $)) (SIGNATURE makeTerm ($ S E)) (SIGNATURE makeMulti ($ (List (Record (: gen S) (: exp E))))) (SIGNATURE nthExpon (E $ (Integer))) (SIGNATURE nthFactor (S $ (Integer))) (SIGNATURE reverse ($ $)) (SIGNATURE reverse! ($ $)) (SIGNATURE size ((NonNegativeInteger) $)) (SIGNATURE makeUnit ($)) (SIGNATURE rightMult ($ $ S)) (SIGNATURE leftMult ($ S $)) (SIGNATURE plus ($ S E $)) (SIGNATURE plus ($ $ $)) (SIGNATURE commutativeEquality ((Boolean) $ $)) (SIGNATURE mapExpon ($ (Mapping E E) $)) (SIGNATURE mapGen ($ (Mapping S S) $)))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ListMonoidOps compiling into /tmp/oa-v17DrK compiling exported makeUnit : () -> % LMOPS;makeUnit;$;1 is replaced by %nil Time: 0.02 SEC. compiling exported size : % -> NonNegativeInteger Time: 0.04 SEC. compiling exported coerce : S -> % Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Time: 0.00 SEC. compiling exported makeTerm : (S,E) -> % Time: 0.01 SEC. compiling exported makeMulti : List Record(gen: S,exp: E) -> % LMOPS;makeMulti;L$;6 l is replaced by l Time: 0.00 SEC. compiling exported = : (%,%) -> Boolean Time: 0.00 SEC. compiling exported listOfMonoms : % -> List Record(gen: S,exp: E) LMOPS;listOfMonoms;$L;8 l is replaced by l Time: 0.00 SEC. compiling exported nthExpon : (%,Integer) -> E Time: 0.01 SEC. compiling exported nthFactor : (%,Integer) -> S Time: 0.01 SEC. compiling exported reverse : % -> % LMOPS;reverse;2$;11 is replaced by %lreverse Time: 0 SEC. compiling exported reverse! : % -> % LMOPS;reverse!;2$;12 is replaced by %lreverse! Time: 0.01 SEC. compiling exported mapGen : (S -> S,%) -> % Time: 0.01 SEC. compiling exported mapExpon : (E -> E,%) -> % Time: 0.01 SEC. compiling exported outputForm : (%,(OutputForm,OutputForm) -> OutputForm,(OutputForm,OutputForm) -> OutputForm,Integer) -> OutputForm Time: 0.02 SEC. compiling exported retractIfCan : % -> Union(S,failed) Time: 0.00 SEC. compiling exported rightMult : (%,S) -> % Time: 0.01 SEC. compiling exported leftMult : (S,%) -> % Time: 0.02 SEC. compiling exported commutativeEquality : (%,%) -> Boolean Time: 0.03 SEC. compiling local plus! : (S,E,%) -> % Time: 0.02 SEC. compiling exported plus : (S,E,%) -> % Time: 0 SEC. compiling exported plus : (%,%) -> % Time: 0.02 SEC. compiling local localplus : (%,%) -> % Time: 0.00 SEC. (time taken in buildFunctor: 4) Time: 0.01 SEC. Warnings: [1] mapGen: gen has no value [2] mapGen: exp has no value [3] outputForm: The conditional modes List OutputForm and $ conflict Cumulative Statistics for Constructor ListMonoidOps Time: 0.28 seconds finalizing NRLIB LMOPS Processing ListMonoidOps for Browser database: -- outputForm : (%,((O,O) -> O),((O,O) -> O),Integer) -> O -- listOfMonoms : % -> List REC -- makeTerm : (S,E) -> % -- makeMulti : List REC -> % -- nthExpon : (%,Integer) -> E -- nthFactor : (%,Integer) -> S -- reverse : % -> % -- reverse! : % -> % -- size : % -> NonNegativeInteger -- makeUnit : () -> % -- rightMult : (%,S) -> % -- leftMult : (S,%) -> % -- plus : (S,E,%) -> % -- plus : (%,%) -> % -- commutativeEquality : (%,%) -> Boolean -- mapExpon : ((E -> E),%) -> % -- mapGen : ((S -> S),%) -> % -- constructor ; compiling file "/tmp/oa-v17DrK/code.lsp" (written 01 FEB 2016 10:59:48 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LMOPS;makeUnit;$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LMOPS;makeMulti;L$;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LMOPS;listOfMonoms;$L;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LMOPS;reverse;2$;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LMOPS;reverse!;2$;12|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LMOPS;size;$Nni;2|) ...) ; compiling (PUT (QUOTE |LMOPS;coerce;S$;3|) ...) ; compiling (DEFUN |LMOPS;makeUnit;$;1| ...) ; compiling (DEFUN |LMOPS;size;$Nni;2| ...) ; compiling (DEFUN |LMOPS;coerce;S$;3| ...) ; compiling (DEFUN |LMOPS;coerce;$Of;4| ...) ; compiling (DEFUN |LMOPS;makeTerm;SE$;5| ...) ; compiling (DEFUN |LMOPS;makeMulti;L$;6| ...) ; compiling (DEFUN |LMOPS;=;2$B;7| ...) ; file: /tmp/oa-v17DrK/code.lsp ; in: DEFUN |LMOPS;=;2$B;7| ; (DEFUN BOOT::|LMOPS;=;2$B;7| (BOOT::|f| BOOT::|g| BOOT::$) ; (BOOT::SPADCALL BOOT::|f| BOOT::|g| (BOOT::|shellEntry| BOOT::$ 26))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LMOPS;=;2$B;7| ; (BOOT::|f| BOOT::|g| BOOT::$) ; (BLOCK BOOT::|LMOPS;=;2$B;7| ; (BOOT::SPADCALL BOOT::|f| BOOT::|g| (BOOT::|shellEntry| BOOT::$ 26)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |LMOPS;listOfMonoms;$L;8| ...) ; compiling (DEFUN |LMOPS;nthExpon;$IE;9| ...) ; compiling (DEFUN |LMOPS;nthFactor;$IS;10| ...) ; compiling (DEFUN |LMOPS;reverse;2$;11| ...) ; file: /tmp/oa-v17DrK/code.lsp ; in: DEFUN |LMOPS;reverse;2$;11| ; (DEFUN BOOT::|LMOPS;reverse;2$;11| (BOOT::|l| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOTTRAN:|reverse| BOOT::|l|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LMOPS;reverse;2$;11| ; (BOOT::|l| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|LMOPS;reverse;2$;11| (BOOTTRAN:|reverse| BOOT::|l|))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |LMOPS;reverse!;2$;12| ...) ; file: /tmp/oa-v17DrK/code.lsp ; in: DEFUN |LMOPS;reverse!;2$;12| ; (DEFUN BOOT::|LMOPS;reverse!;2$;12| (BOOT::|l| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOTTRAN:|reverse!| BOOT::|l|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LMOPS;reverse!;2$;12| ; (BOOT::|l| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|LMOPS;reverse!;2$;12| (BOOTTRAN:|reverse!| BOOT::|l|))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |LMOPS;mapGen;M2$;13| ...) ; file: /tmp/oa-v17DrK/code.lsp ; in: DEFUN |LMOPS;mapGen;M2$;13| ; (DEFUN BOOT::|LMOPS;mapGen;M2$;13| (BOOT::|f| BOOT::|l| BOOT::$) ; (LET ((#:G723 BOOT::|l|) (#:G595 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G723 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LMOPS;mapGen;M2$;13| ; (BOOT::|f| BOOT::|l| BOOT::$) ; (BLOCK BOOT::|LMOPS;mapGen;M2$;13| ; (LET ((#:G723 BOOT::|l|) (#:G595 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |LMOPS;mapExpon;M2$;14| ...) ; file: /tmp/oa-v17DrK/code.lsp ; in: DEFUN |LMOPS;mapExpon;M2$;14| ; (DEFUN BOOT::|LMOPS;mapExpon;M2$;14| (BOOT::|f| BOOT::|l| BOOT::$) ; (PROG (BOOT::|a|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LMOPS;mapExpon;M2$;14| ; (BOOT::|f| BOOT::|l| BOOT::$) ; (BLOCK BOOT::|LMOPS;mapExpon;M2$;14| ; (PROG (BOOT::|a|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |LMOPS;outputForm;$2MIOf;15| ...) ; file: /tmp/oa-v17DrK/code.lsp ; in: DEFUN |LMOPS;outputForm;$2MIOf;15| ; (DEFUN BOOT::|LMOPS;outputForm;$2MIOf;15| ; (BOOT::|l| BOOT::|op| BOOT::|opexp| BOOT::|id| BOOT::$) ; (COND ; ((NULL BOOT::|l|) ; (BOOT::SPADCALL BOOT::|id| (BOOT::|shellEntry| BOOT::$ 48))) ; (T (PROGN (SETQ #) (BOOT::SPADCALL BOOT::|op| BOOT::|l| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LMOPS;outputForm;$2MIOf;15| ; (BOOT::|l| BOOT::|op| BOOT::|opexp| BOOT::|id| BOOT::$) ; (BLOCK BOOT::|LMOPS;outputForm;$2MIOf;15| ; (COND ((NULL BOOT::|l|) (BOOT::SPADCALL BOOT::|id| #)) ; (T (PROGN # #))))) ; ; note: Assignment to argument: |l| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS CONS T)) ; ; compiling (DEFUN |LMOPS;retractIfCan;$U;16| ...) ; compiling (DEFUN |LMOPS;rightMult;$S$;17| ...) ; file: /tmp/oa-v17DrK/code.lsp ; in: DEFUN |LMOPS;rightMult;$S$;17| ; (DEFUN BOOT::|LMOPS;rightMult;$S$;17| (BOOT::|f| BOOT::|s| BOOT::$) ; (COND ((NULL BOOT::|f|) (LIST (CONS BOOT::|s| #))) ; ((BOOT::SPADCALL BOOT::|s| (CAR #) (BOOT::|shellEntry| BOOT::$ 63)) ; (LET (#) ; (PROGN # BOOT::|h|))) ; (T ; (BOOT::SPADCALL BOOT::|f| (CONS BOOT::|s| #) ; (BOOT::|shellEntry| BOOT::$ 67))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LMOPS;rightMult;$S$;17| ; (BOOT::|f| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|LMOPS;rightMult;$S$;17| ; (COND ((NULL BOOT::|f|) (LIST #)) ; ((BOOT::SPADCALL BOOT::|s| # #) ; (LET # ; #)) ; (T (BOOT::SPADCALL BOOT::|f| # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |LMOPS;leftMult;S2$;18| ...) ; compiling (DEFUN |LMOPS;commutativeEquality;2$B;19| ...) ; compiling (DEFUN |LMOPS;plus!| ...) ; compiling (DEFUN |LMOPS;plus;SE2$;21| ...) ; compiling (DEFUN |LMOPS;plus;3$;22| ...) ; compiling (DEFUN |LMOPS;localplus| ...) ; file: /tmp/oa-v17DrK/code.lsp ; in: DEFUN |LMOPS;localplus| ; (DEFUN BOOT::|LMOPS;localplus| (BOOT::|f| BOOT::|g| BOOT::$) ; (PROGN ; (SETQ BOOT::|g| (COPY-LIST BOOT::|g|)) ; (LET ((#:G727 BOOT::|f|)) ; (LOOP (COND # #) ; (SETQ #))) ; BOOT::|g|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LMOPS;localplus| ; (BOOT::|f| BOOT::|g| BOOT::$) ; (BLOCK BOOT::|LMOPS;localplus| ; (PROGN ; (SETQ BOOT::|g| #) ; (LET (#) ; (LOOP # ; #)) ; BOOT::|g|))) ; ; note: Assignment to argument: |g| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS CONS T)) ; ; compiling (DEFUN |ListMonoidOps| ...) ; compiling (DEFUN |ListMonoidOps;| ...) ; compiling (MAKEPROP (QUOTE |ListMonoidOps|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 8 notes ; /tmp/oa-v17DrK/code.fasl written ; compilation finished in 0:00:00.116 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FMONCAT.spad && cp FMONCAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FMONCAT.fasl \ && if test -f FMONCAT-.NRLIB/code.fasl; then \ cp FMONCAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FMONCAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FMONCAT.spad using Spad compiler. FMONCAT abbreviates category FreeMonoidCategory debug: compDefine1 lhs: (FreeMonoidCategory S) signature (pre-evaluate): ((Category) (SetCategory)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Category) (SetCategory)) debug: compDefine1 lhs: (FreeMonoidCategory S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for FreeMonoidCategory compiling into /tmp/oa-6V0tfk STYLE-WARNING: redefining BOOT::|FreeMonoidCategory| in DEFUN Time: 0.02 SEC. finalizing NRLIB FMONCAT Processing FreeMonoidCategory for Browser database: -- ?*? : (S,%) -> % -- ?*? : (%,S) -> % -- ?**? : (S,NonNegativeInteger) -> % -- hclf : (%,%) -> % -- hcrf : (%,%) -> % -- lquo : (%,%) -> Union(%,"failed") -- rquo : (%,%) -> Union(%,"failed") -- divide : (%,%) -> Union(Record(lm: %,rm: %),"failed") -- overlap : (%,%) -> Record(lm: %,mm: %,rm: %) -- size : % -> NNI -- factors : % -> List Record(gen: S,exp: NonNegativeInteger) -- nthExpon : (%,Integer) -> NonNegativeInteger -- nthFactor : (%,Integer) -> S -- mapExpon : ((NNI -> NNI),%) -> % -- mapGen : ((S -> S),%) -> % -- constructor ; compiling file "/tmp/oa-6V0tfk/code.lsp" (written 01 FEB 2016 10:59:48 PM): ; compiling (DEFPARAMETER |FreeMonoidCategory;AL| ...) ; compiling (DEFUN |FreeMonoidCategory;| ...) ; compiling (DEFUN |FreeMonoidCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-6V0tfk/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FMCAT.spad && cp FMCAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FMCAT.fasl \ && if test -f FMCAT-.NRLIB/code.fasl; then \ cp FMCAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FMCAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FMCAT.spad using Spad compiler. FMCAT abbreviates category FreeModuleCat debug: compDefine1 lhs: (FreeModuleCat R Basis) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (R Basis) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FreeModuleCat compiling into /tmp/oa-4fxbGt STYLE-WARNING: redefining BOOT::|FreeModuleCat| in DEFUN Time: 0.01 SEC. finalizing NRLIB FMCAT Processing FreeModuleCat for Browser database: -- ?*? : (R,Basis) -> % -- coefficient : (%,Basis) -> R -- monom : (Basis,R) -> % -- monomial? : % -> Boolean -- ListOfTerms : % -> List TERM -- coefficients : % -> List R -- monomials : % -> List % -- numberOfMonomials : % -> NonNegativeInteger -- leadingMonomial : % -> Basis -- leadingCoefficient : % -> R -- leadingTerm : % -> TERM -- reductum : % -> % -- constructor ; compiling file "/tmp/oa-4fxbGt/code.lsp" (written 01 FEB 2016 10:59:48 PM): ; compiling (DEFPARAMETER |FreeModuleCat;AL| ...) ; compiling (DEFUN |FreeModuleCat;| ...) ; compiling (DEFUN |FreeModuleCat| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-4fxbGt/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile DIRPROD.spad && cp DIRPROD.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DIRPROD.fasl \ && if test -f DIRPROD-.NRLIB/code.fasl; then \ cp DIRPROD-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DIRPROD-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DIRPROD.spad using Spad compiler. DIRPROD abbreviates domain DirectProduct debug: compDefine1 lhs: (DirectProduct dim R) signature (pre-evaluate): ((DirectProductCategory dim R) (NonNegativeInteger) (Type)) debug: evaluateType form: (DirectProductCategory dim R) $param: (dim R) Debug: evaluateType1 form: (DirectProductCategory dim R) debug: evaluateType1 x: dim m: (NonNegativeInteger) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (dim R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Type) $param: (dim R) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((DirectProductCategory dim R) (NonNegativeInteger) (Type)) debug: compDefine1 lhs: (DirectProduct dim R) signature (pre-evaluate): ((DirectProductCategory dim R) NIL NIL) debug: evaluateType form: (DirectProductCategory dim R) $param: (dim R) Debug: evaluateType1 form: (DirectProductCategory dim R) debug: evaluateType1 x: dim m: (NonNegativeInteger) debug: evaluateType1 x: R m: (Type) debug: compDefine1 signature (post evaluate): ((DirectProductCategory dim R) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for DirectProduct compiling into /tmp/oa-9A6oJF compiling exported coerce : % -> Vector R Time: 0.06 SEC. compiling exported coerce : R -> % Time: 0 SEC. compiling exported members : % -> List R DIRPROD;members;$L;3 is replaced by VEC2LIST Time: 0.01 SEC. compiling exported directProduct : Vector R -> % Time: 0.01 SEC. compiling local same? : % -> Boolean Time: 0.00 SEC. compiling exported = : (%,%) -> Boolean Time: 0.01 SEC. compiling exported retract : % -> R Time: 0.00 SEC. compiling exported retractIfCan : % -> Union(R,failed) Time: 0 SEC. compiling exported + : (%,%) -> % Time: 0.01 SEC. compiling exported Zero : () -> % Time: 0.01 SEC. compiling exported One : () -> % Time: 0.00 SEC. compiling exported * : (%,R) -> % Time: 0.00 SEC. compiling exported * : (R,%) -> % Time: 0.01 SEC. compiling exported * : (%,%) -> % Time: 0.00 SEC. compiling exported subtractIfCan : (%,%) -> Maybe % Time: 0.02 SEC. compiling exported * : (%,%) -> % Time: 0.01 SEC. compiling exported recip : % -> Union(%,failed) Time: 0.01 SEC. compiling exported unitVector : PositiveInteger -> % Time: 0.01 SEC. compiling exported < : (%,%) -> Boolean Time: 0.01 SEC. compiling exported sup : (%,%) -> % Time: 0.01 SEC. (time taken in buildFunctor: 400) Time: 0.46 SEC. Cumulative Statistics for Constructor DirectProduct Time: 0.66 seconds --------------non extending category---------------------- DirectProduct(#1,#2) of category DirectProductCategory(#1,#2) has no VectorCategory #2 ---------------------------------------------------------- finalizing NRLIB DIRPROD Processing DirectProduct for Browser database: -- constructor ; compiling file "/tmp/oa-9A6oJF/code.lsp" (written 01 FEB 2016 10:59:49 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DIRPROD;members;$L;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DIRPROD;coerce;$V;1| ...) ; file: /tmp/oa-9A6oJF/code.lsp ; in: DEFUN |DIRPROD;coerce;$V;1| ; (DEFUN BOOT::|DIRPROD;coerce;$V;1| (BOOT::|z| BOOT::$) ; (BOOT::SPADCALL BOOT::|z| (BOOT::|shellEntry| BOOT::$ 8))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DIRPROD;coerce;$V;1| ; (BOOT::|z| BOOT::$) ; (BLOCK BOOT::|DIRPROD;coerce;$V;1| ; (BOOT::SPADCALL BOOT::|z| (BOOT::|shellEntry| BOOT::$ 8)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |DIRPROD;coerce;R$;2| ...) ; file: /tmp/oa-9A6oJF/code.lsp ; in: DEFUN |DIRPROD;coerce;R$;2| ; (DEFUN BOOT::|DIRPROD;coerce;R$;2| (BOOT::|r| BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 6) BOOT::|r| ; (BOOT::|shellEntry| BOOT::$ 11))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DIRPROD;coerce;R$;2| ; (BOOT::|r| BOOT::$) ; (BLOCK BOOT::|DIRPROD;coerce;R$;2| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 6) BOOT::|r| ; (BOOT::|shellEntry| BOOT::$ 11)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |DIRPROD;members;$L;3| ...) ; file: /tmp/oa-9A6oJF/code.lsp ; in: DEFUN |DIRPROD;members;$L;3| ; (DEFUN BOOT::|DIRPROD;members;$L;3| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::VEC2LIST BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DIRPROD;members;$L;3| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DIRPROD;members;$L;3| (BOOT::VEC2LIST BOOT::|x|))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |DIRPROD;directProduct;V$;4| ...) ; file: /tmp/oa-9A6oJF/code.lsp ; in: DEFUN |DIRPROD;directProduct;V$;4| ; (DEFUN BOOT::|DIRPROD;directProduct;V$;4| (BOOT::|z| BOOT::$) ; (COND ; ((EQL (BOOT::SPADCALL BOOT::|z| #) (BOOT::|shellEntry| BOOT::$ 6)) ; (BOOT::SPADCALL BOOT::|z| (BOOT::|shellEntry| BOOT::$ 8))) ; (T (BOOT::|error| "Not of the correct length")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DIRPROD;directProduct;V$;4| ; (BOOT::|z| BOOT::$) ; (BLOCK BOOT::|DIRPROD;directProduct;V$;4| ; (COND ((EQL # #) (BOOT::SPADCALL BOOT::|z| #)) ; (T (BOOT::|error| "Not of the correct length"))))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |DIRPROD;same?| ...) ; file: /tmp/oa-9A6oJF/code.lsp ; in: DEFUN |DIRPROD;same?| ; (DEFUN BOOT::|DIRPROD;same?| (BOOT::|z| BOOT::$) ; (BOOT::SPADCALL (CONS #'BOOT::|DIRPROD;same?!0| (VECTOR BOOT::$ BOOT::|z|)) ; BOOT::|z| (BOOT::|shellEntry| BOOT::$ 24))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DIRPROD;same?| ; (BOOT::|z| BOOT::$) ; (BLOCK BOOT::|DIRPROD;same?| ; (BOOT::SPADCALL ; (CONS #'BOOT::|DIRPROD;same?!0| (VECTOR BOOT::$ BOOT::|z|)) BOOT::|z| ; (BOOT::|shellEntry| BOOT::$ 24)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |DIRPROD;same?!0| ...) ; compiling (DEFUN |DIRPROD;=;2$B;6| ...) ; compiling (DEFUN |DIRPROD;retract;$R;7| ...) ; compiling (DEFUN |DIRPROD;retractIfCan;$U;8| ...) ; compiling (DEFUN |DIRPROD;+;3$;9| ...) ; file: /tmp/oa-9A6oJF/code.lsp ; in: DEFUN |DIRPROD;+;3$;9| ; (DEFUN BOOT::|DIRPROD;+;3$;9| (BOOT::|u| BOOT::|v| BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 32) BOOT::|u| BOOT::|v| ; (BOOT::|shellEntry| BOOT::$ 34))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DIRPROD;+;3$;9| ; (BOOT::|u| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|DIRPROD;+;3$;9| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 32) BOOT::|u| BOOT::|v| ; (BOOT::|shellEntry| BOOT::$ 34)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |DIRPROD;Zero;$;10| ...) ; file: /tmp/oa-9A6oJF/code.lsp ; in: DEFUN |DIRPROD;Zero;$;10| ; (DEFUN BOOT::|DIRPROD;Zero;$;10| (BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 6) ; (BOOT::|shellEntry| BOOT::$ 36))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DIRPROD;Zero;$;10| ; (BOOT::$) ; (BLOCK BOOT::|DIRPROD;Zero;$;10| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 6) ; (BOOT::|shellEntry| BOOT::$ 36)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |DIRPROD;One;$;11| ...) ; file: /tmp/oa-9A6oJF/code.lsp ; in: DEFUN |DIRPROD;One;$;11| ; (DEFUN BOOT::|DIRPROD;One;$;11| (BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 6) ; (BOOT::|spadConstant| BOOT::$ 40) ; (BOOT::|shellEntry| BOOT::$ 11))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DIRPROD;One;$;11| ; (BOOT::$) ; (BLOCK BOOT::|DIRPROD;One;$;11| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 6) ; (BOOT::|spadConstant| BOOT::$ 40) ; (BOOT::|shellEntry| BOOT::$ 11)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |DIRPROD;*;$R$;12| ...) ; file: /tmp/oa-9A6oJF/code.lsp ; in: DEFUN |DIRPROD;*;$R$;12| ; (DEFUN BOOT::|DIRPROD;*;$R$;12| (BOOT::|u| BOOT::|r| BOOT::$) ; (BOOT::SPADCALL ; (CONS #'BOOT::|DIRPROD;*;$R$;12!0| (VECTOR BOOT::$ BOOT::|r|)) BOOT::|u| ; (BOOT::|shellEntry| BOOT::$ 44))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DIRPROD;*;$R$;12| ; (BOOT::|u| BOOT::|r| BOOT::$) ; (BLOCK BOOT::|DIRPROD;*;$R$;12| ; (BOOT::SPADCALL ; (CONS #'BOOT::|DIRPROD;*;$R$;12!0| (VECTOR BOOT::$ BOOT::|r|)) ; BOOT::|u| (BOOT::|shellEntry| BOOT::$ 44)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |DIRPROD;*;$R$;12!0| ...) ; compiling (DEFUN |DIRPROD;*;R2$;13| ...) ; file: /tmp/oa-9A6oJF/code.lsp ; in: DEFUN |DIRPROD;*;R2$;13| ; (DEFUN BOOT::|DIRPROD;*;R2$;13| (BOOT::|r| BOOT::|u| BOOT::$) ; (BOOT::SPADCALL ; (CONS #'BOOT::|DIRPROD;*;R2$;13!0| (VECTOR BOOT::$ BOOT::|r|)) BOOT::|u| ; (BOOT::|shellEntry| BOOT::$ 44))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DIRPROD;*;R2$;13| ; (BOOT::|r| BOOT::|u| BOOT::$) ; (BLOCK BOOT::|DIRPROD;*;R2$;13| ; (BOOT::SPADCALL ; (CONS #'BOOT::|DIRPROD;*;R2$;13!0| (VECTOR BOOT::$ BOOT::|r|)) ; BOOT::|u| (BOOT::|shellEntry| BOOT::$ 44)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |DIRPROD;*;R2$;13!0| ...) ; compiling (DEFUN |DIRPROD;*;3$;14| ...) ; compiling (DEFUN |DIRPROD;subtractIfCan;2$M;15| ...) ; compiling (DEFUN |DIRPROD;*;3$;16| ...) ; file: /tmp/oa-9A6oJF/code.lsp ; in: DEFUN |DIRPROD;*;3$;16| ; (DEFUN BOOT::|DIRPROD;*;3$;16| (BOOT::|u| BOOT::|v| BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 42) BOOT::|u| BOOT::|v| ; (BOOT::|shellEntry| BOOT::$ 34))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DIRPROD;*;3$;16| ; (BOOT::|u| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|DIRPROD;*;3$;16| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 42) BOOT::|u| BOOT::|v| ; (BOOT::|shellEntry| BOOT::$ 34)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |DIRPROD;recip;$U;17| ...) ; compiling (DEFUN |DIRPROD;unitVector;Pi$;18| ...) ; compiling (DEFUN |DIRPROD;<;2$B;19| ...) ; compiling (DEFUN |DIRPROD;sup;3$;20| ...) ; file: /tmp/oa-9A6oJF/code.lsp ; in: DEFUN |DIRPROD;sup;3$;20| ; (DEFUN BOOT::|DIRPROD;sup;3$;20| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 76) BOOT::|x| BOOT::|y| ; (BOOT::|shellEntry| BOOT::$ 34))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DIRPROD;sup;3$;20| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|DIRPROD;sup;3$;20| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 76) BOOT::|x| BOOT::|y| ; (BOOT::|shellEntry| BOOT::$ 34)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |DirectProduct| ...) ; compiling (DEFUN |DirectProduct;| ...) ; compiling (MAKEPROP (QUOTE |DirectProduct|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 12 notes ; /tmp/oa-9A6oJF/code.fasl written ; compilation finished in 0:00:00.219 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile IFAMON.spad && cp IFAMON.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IFAMON.fasl \ && if test -f IFAMON-.NRLIB/code.fasl; then \ cp IFAMON-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IFAMON-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IFAMON.spad using Spad compiler. IFAMON abbreviates domain InnerFreeAbelianMonoid debug: compDefine1 lhs: (InnerFreeAbelianMonoid S E un) signature (pre-evaluate): ((FreeAbelianMonoidCategory S E) (SetCategory) (CancellationAbelianMonoid) E) debug: evaluateType form: (FreeAbelianMonoidCategory S E) $param: (S E un) Debug: evaluateType1 form: (FreeAbelianMonoidCategory S E) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: E m: (CancellationAbelianMonoid) debug: evaluateType form: (SetCategory) $param: (S E un) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CancellationAbelianMonoid) $param: (S E un) Debug: evaluateType1 form: (CancellationAbelianMonoid) debug: evaluateType form: E $param: (S E un) debug: compDefine1 signature (post evaluate): ((FreeAbelianMonoidCategory S E) (SetCategory) (CancellationAbelianMonoid) E) debug: compDefine1 lhs: (InnerFreeAbelianMonoid S E un) signature (pre-evaluate): ((FreeAbelianMonoidCategory S E) NIL NIL NIL) debug: evaluateType form: (FreeAbelianMonoidCategory S E) $param: (S E un) Debug: evaluateType1 form: (FreeAbelianMonoidCategory S E) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: E m: (CancellationAbelianMonoid) debug: compDefine1 signature (post evaluate): ((FreeAbelianMonoidCategory S E) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for InnerFreeAbelianMonoid compiling into /tmp/oa-YyOJJT compiling exported Zero : () -> % IFAMON;Zero;$;1 is replaced by %nil Time: 0.02 SEC. compiling exported zero? : % -> Boolean IFAMON;zero?;$B;2 is replaced by %lempty? Time: 0.01 SEC. compiling exported terms : % -> List Record(gen: S,exp: E) IFAMON;terms;$L;3 is replaced by %lcopy Time: 0.00 SEC. compiling exported nthCoef : (%,Integer) -> E Time: 0.01 SEC. compiling exported nthFactor : (%,Integer) -> S Time: 0.00 SEC. compiling exported + : (S,%) -> % Time: 0 SEC. compiling exported + : (%,%) -> % Time: 0 SEC. compiling exported = : (%,%) -> Boolean Time: 0.00 SEC. compiling exported * : (E,S) -> % Time: 0.00 SEC. compiling exported * : (NonNegativeInteger,%) -> % Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Time: 0.02 SEC. compiling exported mapCoef : (E -> E,%) -> % Time: 0 SEC. compiling exported mapGen : (S -> S,%) -> % Time: 0 SEC. compiling exported coefficient : (S,%) -> E Time: 0.01 SEC. compiling exported highCommonTerms : (%,%) -> % Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] OpenAxiom suggests removing assignment to Rep [2] zero?: empty? has no value Cumulative Statistics for Constructor InnerFreeAbelianMonoid Time: 0.11 seconds --------------non extending category---------------------- InnerFreeAbelianMonoid(#1,#2,#3) of category FreeAbelianMonoidCategory(#1,#2) has no outputForm : (%,((OutputForm,OutputForm) -> OutputForm),( (OutputForm,OutputForm) -> OutputForm),Integer) -> OutputForm ---------------------------------------------------------- finalizing NRLIB IFAMON Processing InnerFreeAbelianMonoid for Browser database: -- constructor ; compiling file "/tmp/oa-YyOJJT/code.lsp" (written 01 FEB 2016 10:59:50 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IFAMON;Zero;$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IFAMON;zero?;$B;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IFAMON;terms;$L;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |IFAMON;Zero;$;1| ...) ; compiling (DEFUN |IFAMON;zero?;$B;2| ...) ; compiling (DEFUN |IFAMON;terms;$L;3| ...) ; compiling (DEFUN |IFAMON;nthCoef;$IE;4| ...) ; compiling (DEFUN |IFAMON;nthFactor;$IS;5| ...) ; compiling (DEFUN |IFAMON;+;S2$;6| ...) ; compiling (DEFUN |IFAMON;+;3$;7| ...) ; compiling (DEFUN |IFAMON;=;2$B;8| ...) ; file: /tmp/oa-YyOJJT/code.lsp ; in: DEFUN |IFAMON;=;2$B;8| ; (DEFUN BOOT::|IFAMON;=;2$B;8| (BOOT::|f| BOOT::|g| BOOT::$) ; (BOOT::SPADCALL BOOT::|f| BOOT::|g| (BOOT::|shellEntry| BOOT::$ 29))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IFAMON;=;2$B;8| ; (BOOT::|f| BOOT::|g| BOOT::$) ; (BLOCK BOOT::|IFAMON;=;2$B;8| ; (BOOT::SPADCALL BOOT::|f| BOOT::|g| (BOOT::|shellEntry| BOOT::$ 29)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |IFAMON;*;ES$;9| ...) ; compiling (DEFUN |IFAMON;*;Nni2$;10| ...) ; compiling (DEFUN |IFAMON;*;Nni2$;10!0| ...) ; compiling (DEFUN |IFAMON;coerce;$Of;11| ...) ; compiling (DEFUN |IFAMON;coerce;$Of;11!0| ...) ; compiling (DEFUN |IFAMON;mapCoef;M2$;12| ...) ; compiling (DEFUN |IFAMON;mapGen;M2$;13| ...) ; compiling (DEFUN |IFAMON;coefficient;S$E;14| ...) ; compiling (DEFUN |IFAMON;highCommonTerms;3$;15| ...) ; compiling (DEFUN |InnerFreeAbelianMonoid| ...) ; compiling (DEFUN |InnerFreeAbelianMonoid;| ...) ; compiling (MAKEPROP (QUOTE |InnerFreeAbelianMonoid|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-YyOJJT/code.fasl written ; compilation finished in 0:00:00.049 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile GRALG.spad && cp GRALG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GRALG.fasl \ && if test -f GRALG-.NRLIB/code.fasl; then \ cp GRALG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GRALG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GRALG.spad using Spad compiler. GRALG abbreviates category GradedAlgebra debug: compDefine1 lhs: (GradedAlgebra R E) signature (pre-evaluate): ((Category) (CommutativeRing) (AbelianMonoid)) debug: evaluateType form: (Category) $param: (R E) debug: evaluateType form: (CommutativeRing) $param: (R E) Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (AbelianMonoid) $param: (R E) Debug: evaluateType1 form: (AbelianMonoid) debug: compDefine1 signature (post evaluate): ((Category) (CommutativeRing) (AbelianMonoid)) debug: compDefine1 lhs: (GradedAlgebra R E) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (R E) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for GradedAlgebra compiling into /tmp/oa-ilA1Nd STYLE-WARNING: redefining BOOT::|GradedAlgebra| in DEFUN Time: 0.02 SEC. GRALG- abbreviates package GradedAlgebra& ------------------------------------------------------------------------ initializing stationary directory for GradedAlgebra& compiling into /tmp/oa-pio4uN compiling exported Zero : () -> S Time: 0.02 SEC. compiling exported One : () -> S Time: 0 SEC. compiling exported * : (R,S) -> S Time: 0.00 SEC. compiling exported * : (S,R) -> S Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor GradedAlgebra& Time: 0.02 seconds finalizing NRLIB GRALG- ; compiling file "/tmp/oa-pio4uN/code.lsp" (written 01 FEB 2016 10:59:50 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |GRALG-;Zero;$;1| ...) ; compiling (DEFUN |GRALG-;One;$;2| ...) ; compiling (DEFUN |GRALG-;*;R2$;3| ...) ; compiling (DEFUN |GRALG-;*;$R$;4| ...) ; compiling (DEFUN |GradedAlgebra&| ...) ; compiling (MAKEPROP (QUOTE |GradedAlgebra&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-pio4uN/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ finalizing NRLIB GRALG Processing GradedAlgebra for Browser database: -- 1 : () -> % --->../../x86_64-unknown-linux-gnu/src/algebra/carten.spad-->GradedAlgebra((One (%) constant)): Improper first word in comments: "1 is the identity for \\spad{product}." -- product : (%,%) -> % -- constructor ; compiling file "/tmp/oa-ilA1Nd/code.lsp" (written 01 FEB 2016 10:59:50 PM): ; compiling (DEFPARAMETER |GradedAlgebra;AL| ...) ; compiling (DEFUN |GradedAlgebra;| ...) ; compiling (DEFUN |GradedAlgebra| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-ilA1Nd/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/PGCD.fasl --optimize=3 PGCD.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PGCD.spad using Spad compiler. PGCD abbreviates package PolynomialGcdPackage debug: compDefine1 lhs: (PolynomialGcdPackage E OV R P) signature (pre-evaluate): ((CATEGORY package (SIGNATURE gcd (P P P)) (SIGNATURE gcd (P (List P))) (SIGNATURE gcd ((SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P))) (SIGNATURE gcd ((SparseUnivariatePolynomial P) (List (SparseUnivariatePolynomial P)))) (SIGNATURE gcdPrimitive (P P P)) (SIGNATURE gcdPrimitive ((SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P))) (SIGNATURE gcdPrimitive (P (List P)))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE gcd (P P P)) (SIGNATURE gcd (P (List P))) (SIGNATURE gcd ((SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P))) (SIGNATURE gcd ((SparseUnivariatePolynomial P) (List (SparseUnivariatePolynomial P)))) (SIGNATURE gcdPrimitive (P P P)) (SIGNATURE gcdPrimitive ((SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P))) (SIGNATURE gcdPrimitive (P (List P)))) $param: (E OV R P) debug: evaluateType form: P $param: (E OV R P) debug: evaluateType form: P $param: (E OV R P) debug: evaluateType form: P $param: (E OV R P) debug: evaluateType form: P $param: (E OV R P) debug: evaluateType form: (List P) $param: (E OV R P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (List (SparseUnivariatePolynomial P)) $param: (E OV R P) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial P)) debug: evaluateType1 x: (SparseUnivariatePolynomial P) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial P) c: (Type) debug: evaluateType form: P $param: (E OV R P) debug: evaluateType form: P $param: (E OV R P) debug: evaluateType form: P $param: (E OV R P) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: P $param: (E OV R P) debug: evaluateType form: (List P) $param: (E OV R P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE gcd (P P P)) (SIGNATURE gcd (P (List P))) (SIGNATURE gcd ((SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P))) (SIGNATURE gcd ((SparseUnivariatePolynomial P) (List (SparseUnivariatePolynomial P)))) (SIGNATURE gcdPrimitive (P P P)) (SIGNATURE gcdPrimitive ((SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P))) (SIGNATURE gcdPrimitive (P (List P)))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PolynomialGcdPackage compiling into /tmp/oa-EhaDBs importing MultivariateLifting(E,OV,R,P) importing FactoringUtilities(E,OV,R,P) compiling local failtest : (SparseUnivariatePolynomial P,SparseUnivariatePolynomial P,SparseUnivariatePolynomial P) -> Boolean Time: 0.12 SEC. compiling local chooseVal : (SparseUnivariatePolynomial P,SparseUnivariatePolynomial P,List OV,List List R) -> Union(Record(lpol: List SparseUnivariatePolynomial R,lint: List List R,mpol: SparseUnivariatePolynomial P),failed) Time: 0.24 SEC. compiling local good : (SparseUnivariatePolynomial P,List OV,List List R) -> Record(upol: SparseUnivariatePolynomial R,inval: List List R) Time: 0.13 SEC. compiling local imposelc : (List SparseUnivariatePolynomial R,List OV,List R,List P) -> List SparseUnivariatePolynomial R Time: 0.14 SEC. compiling local notCoprime : (SparseUnivariatePolynomial P,SparseUnivariatePolynomial P,List NonNegativeInteger,List OV,List List R) -> SparseUnivariatePolynomial P Time: 0.41 SEC. compiling exported gcdPrimitive : (SparseUnivariatePolynomial P,SparseUnivariatePolynomial P) -> SparseUnivariatePolynomial P Time: 0.11 SEC. compiling local localgcd : (SparseUnivariatePolynomial P,SparseUnivariatePolynomial P,List OV,List List R) -> Record(locgcd: SparseUnivariatePolynomial P,goodint: List List R) Time: 0.14 SEC. compiling local monomContent : SparseUnivariatePolynomial P -> SparseUnivariatePolynomial P Time: 0.01 SEC. compiling local better : (P,P) -> Boolean Time: 0.02 SEC. compiling local gcdTermList : (P,P) -> P Time: 0.04 SEC. compiling exported gcd : (SparseUnivariatePolynomial P,SparseUnivariatePolynomial P) -> SparseUnivariatePolynomial P Time: 0.05 SEC. compiling local gcdMonom : (SparseUnivariatePolynomial P,SparseUnivariatePolynomial P) -> SparseUnivariatePolynomial P Time: 0.00 SEC. compiling local lift? : (SparseUnivariatePolynomial P,SparseUnivariatePolynomial P,Record(lpol: List SparseUnivariatePolynomial R,lint: List List R,mpol: SparseUnivariatePolynomial P),List NonNegativeInteger,List OV) -> Union(s: SparseUnivariatePolynomial P,failed: failed,notCoprime: notCoprime) Time: 0.16 SEC. compiling local lift : (SparseUnivariatePolynomial P,SparseUnivariatePolynomial R,SparseUnivariatePolynomial R,P,List OV,List NonNegativeInteger,List R) -> Union(SparseUnivariatePolynomial P,failed) Time: 1.84 SEC. compiling exported gcd : (P,P) -> P Time: 0.08 SEC. compiling exported gcd : List P -> P Time: 0.02 SEC. compiling exported gcd : List SparseUnivariatePolynomial P -> SparseUnivariatePolynomial P Time: 0.04 SEC. compiling exported gcdPrimitive : (P,P) -> P Time: 0.09 SEC. compiling exported gcdPrimitive : List P -> P Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] localgcd: s has no value [2] gcdTermList: not known that Ring is of mode CATEGORY(package,gcd: (P,P) -> P,gcd: List P -> P,gcd: (SparseUnivariatePolynomial P,SparseUnivariatePolynomial P) -> SparseUnivariatePolynomial P,gcd: List SparseUnivariatePolynomial P -> SparseUnivariatePolynomial P,gcdPrimitive: (P,P) -> P,gcdPrimitive: (SparseUnivariatePolynomial P,SparseUnivariatePolynomial P) -> SparseUnivariatePolynomial P,gcdPrimitive: List P -> P) [3] lift?: uf has no value Cumulative Statistics for Constructor PolynomialGcdPackage Time: 3.65 seconds finalizing NRLIB PGCD Processing PolynomialGcdPackage for Browser database: -- gcd : (P,P) -> P -- gcd : List P -> P -- gcd : (SUPP,SUPP) -> SUPP -- gcd : List SUPP -> SUPP -- gcdPrimitive : (P,P) -> P -- gcdPrimitive : (SUPP,SUPP) -> SUPP -- gcdPrimitive : List P -> P --->../../x86_64-unknown-linux-gnu/src/algebra/pgcd.spad-->PolynomialGcdPackage(constructor): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/pgcd.spad-->PolynomialGcdPackage: Missing Description ; compiling file "/tmp/oa-EhaDBs/code.lsp" (written 01 FEB 2016 10:59:54 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PGCD;failtest| ...) ; compiling (DEFUN |PGCD;chooseVal| ...) ; file: /tmp/oa-EhaDBs/code.lsp ; in: DEFUN |PGCD;chooseVal| ; (DEFUN BOOT::|PGCD;chooseVal| ; (BOOT::|p1| BOOT::|p2| BOOT::|lvr| BOOT::|ltry| BOOT::$) ; (PROG (BOOT::|f| BOOT::|uterm| BOOT::|ugcd| BOOT::|du| BOOT::|u| ; BOOT::|uf2| BOOT::|uf1|) ; (RETURN ; (LET (# # # # # #) ; (LOOP #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PGCD;chooseVal| ; (BOOT::|p1| BOOT::|p2| BOOT::|lvr| BOOT::|ltry| BOOT::$) ; (BLOCK BOOT::|PGCD;chooseVal| ; (PROG (BOOT::|f| BOOT::|uterm| BOOT::|ugcd| BOOT::|du| BOOT::|u| ; BOOT::|uf2| BOOT::|uf1|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |ltry| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS LIST T)) ; ; compiling (DEFUN |PGCD;good| ...) ; file: /tmp/oa-EhaDBs/code.lsp ; in: DEFUN |PGCD;good| ; (DEFUN BOOT::|PGCD;good| (BOOT::|f| BOOT::|lvr| BOOT::|ltry| BOOT::$) ; (PROG (BOOT::|uf| BOOT::|lval|) ; (RETURN ; (LET (# #) ; (LOOP #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PGCD;good| ; (BOOT::|f| BOOT::|lvr| BOOT::|ltry| BOOT::$) ; (BLOCK BOOT::|PGCD;good| ; (PROG (BOOT::|uf| BOOT::|lval|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |ltry| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS LIST T)) ; ; compiling (DEFUN |PGCD;imposelc| ...) ; file: /tmp/oa-EhaDBs/code.lsp ; in: DEFUN |PGCD;imposelc| ; (DEFUN BOOT::|PGCD;imposelc| ; (BOOT::|lipol| BOOT::|lvar| BOOT::|lval| BOOT::|leadc| BOOT::$) ; (PROG (BOOT::|p1|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PGCD;imposelc| ; (BOOT::|lipol| BOOT::|lvar| BOOT::|lval| BOOT::|leadc| BOOT::$) ; (BLOCK BOOT::|PGCD;imposelc| ; (PROG (BOOT::|p1|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PGCD;notCoprime| ...) ; file: /tmp/oa-EhaDBs/code.lsp ; in: DEFUN |PGCD;notCoprime| ; (DEFUN BOOT::|PGCD;notCoprime| ; (BOOT::|g| BOOT::|p2| BOOT::|ldeg| BOOT::|lvar1| BOOT::|ltry| BOOT::$) ; (PROG (BOOT::|gd1| BOOT::|gd2| BOOT::|gdl| BOOT::|lgcd| BOOT::|lquo| ; BOOT::|d| BOOT::|lcpol| BOOT::|ulist| BOOT::|ug1| BOOT::|newchoice| ; BOOT::|dl| BOOT::|ul| ...) ; (RETURN ; (LET* (# # # #) ; (BOOT::SEQ # # # # # # # # # # # ...))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PGCD;notCoprime| ; (BOOT::|g| BOOT::|p2| BOOT::|ldeg| BOOT::|lvar1| BOOT::|ltry| BOOT::$) ; (BLOCK BOOT::|PGCD;notCoprime| ; (PROG (BOOT::|gd1| BOOT::|gd2| BOOT::|gdl| BOOT::|lgcd| BOOT::|lquo| ; BOOT::|d| BOOT::|lcpol| BOOT::|ulist| BOOT::|ug1| ; BOOT::|newchoice| BOOT::|dl| BOOT::|ul| ...) ; (RETURN ; (LET* # ; #))))) ; ; note: Assignment to argument: |ltry| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS LIST T)) ; ; compiling (DEFUN |PGCD;gcdPrimitive;3Sup;6| ...) ; compiling (DEFUN |PGCD;gcdPrimitive;3Sup;6!0| ...) ; compiling (DEFUN |PGCD;localgcd| ...) ; file: /tmp/oa-EhaDBs/code.lsp ; in: DEFUN |PGCD;localgcd| ; (DEFUN BOOT::|PGCD;localgcd| ; (BOOT::|p1| BOOT::|p2| BOOT::|lvar| BOOT::|ltry| BOOT::$) ; (PROG (BOOT::|h| BOOT::|ldeg| BOOT::|dd| BOOT::|ud| BOOT::|listpol|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PGCD;localgcd| ; (BOOT::|p1| BOOT::|p2| BOOT::|lvar| BOOT::|ltry| BOOT::$) ; (BLOCK BOOT::|PGCD;localgcd| ; (PROG (BOOT::|h| BOOT::|ldeg| BOOT::|dd| BOOT::|ud| BOOT::|listpol|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |ltry| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS LIST T)) ; ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MIN BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PGCD;monomContent| ...) ; compiling (DEFUN |PGCD;better| ...) ; compiling (DEFUN |PGCD;gcdTermList| ...) ; compiling (DEFUN |PGCD;gcd;3Sup;11| ...) ; compiling (DEFUN |PGCD;gcdMonom| ...) ; compiling (DEFUN |PGCD;lift?| ...) ; file: /tmp/oa-EhaDBs/code.lsp ; in: DEFUN |PGCD;lift?| ; (LET* ((BOOT::|leadpol| NIL) ; (BOOT::|listpol| (SVREF BOOT::|uterm| 0)) ; (BOOT::|lval| (BOOT::|SPADfirst| (SVREF BOOT::|uterm| 1))) ; (BOOT::|d| (BOOT::|SPADfirst| BOOT::|listpol|)) ; (BOOT::|listpol| (CDR BOOT::|listpol|)) ; (BOOT::|nolift| T) ; (BOOT::|uf| NIL)) ; (BOOT::SEQ ; (LET ((#:G887 BOOT::|listpol|)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::EXIT (COND (BOOT::|nolift| #) (T #))))) ; ; caught STYLE-WARNING: ; The variable |leadpol| is defined but never used. ; compiling (DEFUN |PGCD;lift| ...) ; file: /tmp/oa-EhaDBs/code.lsp ; in: DEFUN |PGCD;lift| ; (DEFUN BOOT::|PGCD;lift| ; (BOOT::|f| BOOT::|d| BOOT::|uf| BOOT::|lgcd| BOOT::|lvar| BOOT::|ldeg| ; BOOT::|lval| BOOT::$) ; (PROG (BOOT::|plist| BOOT::|pl| BOOT::|lg| BOOT::|lcd| BOOT::|leadlist| ; BOOT::|df| BOOT::|p1| BOOT::|p0|) ; (RETURN ; (LET (# #) ; (BOOT::SEQ # # # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PGCD;lift| ; (BOOT::|f| BOOT::|d| BOOT::|uf| BOOT::|lgcd| BOOT::|lvar| BOOT::|ldeg| ; BOOT::|lval| BOOT::$) ; (BLOCK BOOT::|PGCD;lift| ; (PROG (BOOT::|plist| BOOT::|pl| BOOT::|lg| BOOT::|lcd| BOOT::|leadlist| ; BOOT::|df| BOOT::|p1| BOOT::|p0|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |ldeg| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS UNSIGNED-BYTE T)) ; ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |PGCD;gcd;3P;15| ...) ; compiling (DEFUN |PGCD;gcd;LP;16| ...) ; compiling (DEFUN |PGCD;gcd;LSup;17| ...) ; compiling (DEFUN |PGCD;gcd;LSup;17!0| ...) ; compiling (DEFUN |PGCD;gcdPrimitive;3P;18| ...) ; compiling (DEFUN |PGCD;gcdPrimitive;LP;19| ...) ; compiling (DEFUN |PolynomialGcdPackage| ...) ; compiling (DEFUN |PolynomialGcdPackage;| ...) ; compiling (MAKEPROP (QUOTE |PolynomialGcdPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 7 notes ; /tmp/oa-EhaDBs/code.fasl written ; compilation finished in 0:00:00.142 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SMP.spad && cp SMP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SMP.fasl \ && if test -f SMP-.NRLIB/code.fasl; then \ cp SMP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SMP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SMP.spad using Spad compiler. SMP abbreviates domain SparseMultivariatePolynomial debug: compDefine1 lhs: (SparseMultivariatePolynomial R VarSet) signature (pre-evaluate): ((PolynomialCategory R (IndexedExponents VarSet) VarSet) (Ring) (OrderedSet)) debug: evaluateType form: (PolynomialCategory R (IndexedExponents VarSet) VarSet) $param: (R VarSet) Debug: evaluateType1 form: (PolynomialCategory R (IndexedExponents VarSet) VarSet) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: (IndexedExponents VarSet) m: (OrderedAbelianMonoidSup) debug: evaluateType1 categoryForm: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (R VarSet) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (IndexedExponents VarSet) $param: (R VarSet) Debug: evaluateType1 form: (IndexedExponents VarSet) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evalCategory d: (IndexedExponents VarSet) c: (OrderedAbelianMonoidSup) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evaluateType form: (Ring) $param: (R VarSet) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (OrderedSet) $param: (R VarSet) Debug: evaluateType1 form: (OrderedSet) debug: compDefine1 signature (post evaluate): ((PolynomialCategory R (IndexedExponents VarSet) VarSet) (Ring) (OrderedSet)) debug: compDefine1 lhs: (SparseMultivariatePolynomial R VarSet) signature (pre-evaluate): ((PolynomialCategory R (IndexedExponents VarSet) VarSet) NIL NIL) debug: evaluateType form: (PolynomialCategory R (IndexedExponents VarSet) VarSet) $param: (R VarSet) Debug: evaluateType1 form: (PolynomialCategory R (IndexedExponents VarSet) VarSet) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: (IndexedExponents VarSet) m: (OrderedAbelianMonoidSup) debug: evaluateType1 categoryForm: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (R VarSet) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (IndexedExponents VarSet) $param: (R VarSet) Debug: evaluateType1 form: (IndexedExponents VarSet) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evalCategory d: (IndexedExponents VarSet) c: (OrderedAbelianMonoidSup) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: compDefine1 signature (post evaluate): ((PolynomialCategory R (IndexedExponents VarSet) VarSet) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for SparseMultivariatePolynomial compiling into /tmp/oa-oEXuIx compiling exported Zero : () -> % Time: 0.10 SEC. compiling exported One : () -> % Time: 0 SEC. compiling exported zero? : % -> Boolean Time: 0.01 SEC. compiling exported one? : % -> Boolean Time: 0.01 SEC. compiling local red : % -> % Time: 0.02 SEC. compiling exported numberOfMonomials : % -> NonNegativeInteger Time: 0.02 SEC. compiling exported coerce : VarSet -> % Time: 0.00 SEC. compiling exported monomial? : % -> Boolean Time: 0.08 SEC. compiling local moreThanOneVariable? : % -> Boolean Time: 0.01 SEC. compiling local univariateKnown : % -> SparseUnivariatePolynomial R Time: 0.06 SEC. compiling exported univariate : % -> SparseUnivariatePolynomial R Time: 0.02 SEC. compiling exported multivariate : (SparseUnivariatePolynomial R,VarSet) -> % Time: 0.00 SEC. compiling exported univariate : (%,VarSet) -> SparseUnivariatePolynomial % Time: 0.10 SEC. compiling local unlikeUnivReconstruct : (SparseUnivariatePolynomial %,VarSet) -> % Time: 0.08 SEC. compiling exported multivariate : (SparseUnivariatePolynomial %,VarSet) -> % Time: 0.10 SEC. compiling exported ground? : % -> Boolean SMP;ground?;$B;16 p is replaced by %ieq(%head p,0) Time: 0 SEC. compiling exported monomial : (%,VarSet,NonNegativeInteger) -> % Time: 0.02 SEC. compiling exported monomial : (R,IndexedExponents VarSet) -> % Time: 0.04 SEC. compiling exported coefficient : (%,IndexedExponents VarSet) -> R Time: 0.08 SEC. compiling exported coerce : Integer -> % Time: 0.00 SEC. compiling exported coerce : R -> % SMP;coerce;R$;21 c is replaced by %pair(0,c) Time: 0 SEC. compiling exported characteristic : () -> NonNegativeInteger Time: 0 SEC. compiling exported recip : % -> Union(%,failed) Time: 0.01 SEC. compiling exported - : % -> % Time: 0.01 SEC. compiling exported * : (Integer,%) -> % Time: 0.01 SEC. compiling exported * : (R,%) -> % Time: 0.03 SEC. compiling exported + : (%,%) -> % Time: 0.07 SEC. compiling exported - : (%,%) -> % Time: 0.06 SEC. compiling exported = : (%,%) -> Boolean Time: 0.02 SEC. compiling exported * : (%,%) -> % Time: 0.06 SEC. compiling exported ** : (%,PositiveInteger) -> % Time: 0 SEC. compiling exported ** : (%,NonNegativeInteger) -> % Time: 0.04 SEC. compiling exported unitNormal : % -> Record(unit: %,canonical: %,associate: %) Time: 0.02 SEC. compiling exported unitCanonical : % -> % Time: 0.01 SEC. compiling exported unit? : % -> Boolean Time: 0.00 SEC. compiling exported associates? : (%,%) -> Boolean Time: 0.02 SEC. compiling exported exquo : (%,%) -> Union(%,failed) Time: 0.13 SEC. compiling exported exquo : (%,%) -> Union(%,failed) Time: 0.11 SEC. compiling exported map : (R -> R,%) -> % Time: 0.01 SEC. compiling exported / : (%,R) -> % Time: 0.02 SEC. compiling exported content : % -> R Time: 0.02 SEC. compiling exported content : (%,VarSet) -> % Time: 0.03 SEC. compiling exported gcd : (%,%) -> % Time: 0.05 SEC. compiling exported gcdPolynomial : (SparseUnivariatePolynomial %,SparseUnivariatePolynomial %) -> SparseUnivariatePolynomial % Time: 0.09 SEC. compiling exported content : (%,VarSet) -> % Time: 0.01 SEC. compiling exported gcd : (%,%) -> % Time: 0 SEC. compiling exported gcd : List % -> % Time: 0.00 SEC. compiling exported gcdPolynomial : (SparseUnivariatePolynomial %,SparseUnivariatePolynomial %) -> SparseUnivariatePolynomial % Time: 0.02 SEC. compiling exported content : (%,VarSet) -> % Time: 0.01 SEC. compiling exported gcd : (%,%) -> % Time: 0.03 SEC. compiling exported gcdPolynomial : (SparseUnivariatePolynomial %,SparseUnivariatePolynomial %) -> SparseUnivariatePolynomial % Time: 0.08 SEC. compiling exported content : (%,VarSet) -> % Time: 0.02 SEC. compiling exported gcd : (%,%) -> % Time: 0.05 SEC. compiling exported gcdPolynomial : (SparseUnivariatePolynomial %,SparseUnivariatePolynomial %) -> SparseUnivariatePolynomial % Time: 0.08 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. compiling exported coefficients : % -> List R Time: 0.01 SEC. compiling exported retract : % -> R Time: 0.00 SEC. compiling exported retractIfCan : % -> Union(R,failed) SMP;retractIfCan;$U;58 p is replaced by %when( %pair(0,%tail p),%otherwise %pair(1,"failed")) Time: 0.00 SEC. compiling local mymerge : (List VarSet,List VarSet) -> List VarSet Time: 0.04 SEC. compiling exported variables : % -> List VarSet Time: 0 SEC. compiling exported mainVariable : % -> Union(VarSet,failed) SMP;mainVariable;$U;61 p is replaced by %when( %pair(1,"failed"),%otherwise %pair(0,%head %tail p)) Time: 0.01 SEC. compiling exported eval : (%,VarSet,%) -> % Time: 0.04 SEC. compiling exported eval : (%,VarSet,R) -> % Time: 0.04 SEC. compiling local evalSortedVarlist : (%,List VarSet,List %) -> % Time: 0.07 SEC. compiling exported eval : (%,List VarSet,List %) -> % Time: 0.02 SEC. compiling exported eval : (%,List VarSet,List R) -> % Time: 0.00 SEC. compiling exported degree : (%,VarSet) -> NonNegativeInteger Time: 0.02 SEC. compiling exported degree : (%,List VarSet) -> List NonNegativeInteger Time: 0.02 SEC. compiling exported degree : % -> IndexedExponents VarSet Time: 0.02 SEC. compiling exported minimumDegree : % -> IndexedExponents VarSet Time: 0.02 SEC. compiling exported minimumDegree : (%,VarSet) -> NonNegativeInteger Time: 0.02 SEC. compiling exported minimumDegree : (%,List VarSet) -> List NonNegativeInteger Time: 0.01 SEC. compiling exported totalDegree : (%,List VarSet) -> NonNegativeInteger Time: 0.04 SEC. compiling exported differentiate : (%,VarSet) -> % Time: 0.02 SEC. compiling exported leadingCoefficient : % -> R Time: 0.01 SEC. compiling exported leadingMonomial : % -> % Time: 0.01 SEC. compiling exported reductum : % -> % Time: 0.00 SEC. (time taken in buildFunctor: 112) Time: 0.22 SEC. Warnings: [1] **: pretend NonNegativeInteger -- should replace by @ [2] exquo: The conditional modes SparseUnivariatePolynomial $ and D conflict [3] eval: IN has no value [4] eval: val has no value Cumulative Statistics for Constructor SparseMultivariatePolynomial Time: 2.55 seconds finalizing NRLIB SMP Processing SparseMultivariatePolynomial for Browser database: -- constructor ; compiling file "/tmp/oa-oEXuIx/code.lsp" (written 01 FEB 2016 10:59:57 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SMP;ground?;$B;16|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SMP;coerce;R$;21|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SMP;retractIfCan;$U;58|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SMP;mainVariable;$U;61|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SMP;retract;$R;57|) ...) ; compiling (DEFUN |SMP;Zero;$;1| ...) ; compiling (DEFUN |SMP;One;$;2| ...) ; compiling (DEFUN |SMP;zero?;$B;3| ...) ; file: /tmp/oa-oEXuIx/code.lsp ; in: DEFUN |SMP;zero?;$B;3| ; (DEFUN BOOT::|SMP;zero?;$B;3| (BOOT::|p| BOOT::$) ; (AND (ZEROP (CAR BOOT::|p|)) ; (BOOT::SPADCALL (CDR BOOT::|p|) (BOOT::|shellEntry| BOOT::$ 16)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;zero?;$B;3| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|SMP;zero?;$B;3| ; (AND (ZEROP (CAR BOOT::|p|)) ; (BOOT::SPADCALL (CDR BOOT::|p|) (BOOT::|shellEntry| BOOT::$ 16))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |SMP;one?;$B;4| ...) ; file: /tmp/oa-oEXuIx/code.lsp ; in: DEFUN |SMP;one?;$B;4| ; (DEFUN BOOT::|SMP;one?;$B;4| (BOOT::|p| BOOT::$) ; (AND (ZEROP (CAR BOOT::|p|)) ; (BOOT::SPADCALL (CDR BOOT::|p|) (BOOT::|shellEntry| BOOT::$ 19)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;one?;$B;4| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|SMP;one?;$B;4| ; (AND (ZEROP (CAR BOOT::|p|)) ; (BOOT::SPADCALL (CDR BOOT::|p|) (BOOT::|shellEntry| BOOT::$ 19))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |SMP;red| ...) ; file: /tmp/oa-oEXuIx/code.lsp ; in: DEFUN |SMP;red| ; (DEFUN BOOT::|SMP;red| (BOOT::|p| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|p|)) (BOOT::|spadConstant| BOOT::$ 12)) ; ((BOOT::SPADCALL (BOOT::SPADCALL # #) ; (BOOT::|shellEntry| BOOT::$ 22)) ; (BOOT::SPADCALL (BOOT::SPADCALL # #) ; (BOOT::|shellEntry| BOOT::$ 23))) ; (T (CONS 1 (CONS # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;red| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|SMP;red| ; (COND ((ZEROP #) (BOOT::|spadConstant| BOOT::$ 12)) ; ((BOOT::SPADCALL # #) (BOOT::SPADCALL # #)) (T (CONS 1 #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SMP;numberOfMonomials;$Nni;6| ...) ; compiling (DEFUN |SMP;coerce;VarSet$;7| ...) ; compiling (DEFUN |SMP;monomial?;$B;8| ...) ; compiling (DEFUN |SMP;moreThanOneVariable?| ...) ; file: /tmp/oa-oEXuIx/code.lsp ; in: DEFUN |SMP;moreThanOneVariable?| ; (DEFUN BOOT::|SMP;moreThanOneVariable?| (BOOT::|p| BOOT::$) ; (PROG (BOOT::|q|) (RETURN (AND (NOT #) (PROGN # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;moreThanOneVariable?| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|SMP;moreThanOneVariable?| ; (PROG (BOOT::|q|) (RETURN (AND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |SMP;moreThanOneVariable?!0| ...) ; compiling (DEFUN |SMP;univariateKnown| ...) ; compiling (DEFUN |SMP;univariate;$Sup;11| ...) ; compiling (DEFUN |SMP;multivariate;SupVarSet$;12| ...) ; compiling (DEFUN |SMP;univariate;$VarSetSup;13| ...) ; compiling (DEFUN |SMP;unlikeUnivReconstruct| ...) ; file: /tmp/oa-oEXuIx/code.lsp ; in: DEFUN |SMP;unlikeUnivReconstruct| ; (DEFUN BOOT::|SMP;unlikeUnivReconstruct| (BOOT::|u| BOOT::|mvar| BOOT::$) ; (LET ((BOOT::|d| (BOOT::SPADCALL BOOT::|u| #))) ; (COND ((ZEROP BOOT::|d|) (BOOT::SPADCALL BOOT::|u| 0 #)) ; (T (BOOT::|SMP;+;3$;27| # # BOOT::$))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;unlikeUnivReconstruct| ; (BOOT::|u| BOOT::|mvar| BOOT::$) ; (BLOCK BOOT::|SMP;unlikeUnivReconstruct| ; (LET ((BOOT::|d| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SMP;multivariate;SupVarSet$;15| ...) ; file: /tmp/oa-oEXuIx/code.lsp ; in: DEFUN |SMP;multivariate;SupVarSet$;15| ; (DEFUN BOOT::|SMP;multivariate;SupVarSet$;15| ; (BOOT::|u| BOOT::|mvar| BOOT::$) ; (PROG (BOOT::|cc|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;multivariate;SupVarSet$;15| ; (BOOT::|u| BOOT::|mvar| BOOT::$) ; (BLOCK BOOT::|SMP;multivariate;SupVarSet$;15| ; (PROG (BOOT::|cc|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SMP;ground?;$B;16| ...) ; compiling (DEFUN |SMP;monomial;$VarSetNni$;17| ...) ; compiling (DEFUN |SMP;monomial;RIe$;18| ...) ; compiling (DEFUN |SMP;coefficient;$IeR;19| ...) ; compiling (DEFUN |SMP;coerce;I$;20| ...) ; compiling (DEFUN |SMP;coerce;R$;21| ...) ; compiling (DEFUN |SMP;characteristic;Nni;22| ...) ; file: /tmp/oa-oEXuIx/code.lsp ; in: DEFUN |SMP;characteristic;Nni;22| ; (DEFUN BOOT::|SMP;characteristic;Nni;22| (BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 86)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;characteristic;Nni;22| ; (BOOT::$) ; (BLOCK BOOT::|SMP;characteristic;Nni;22| ; (BOOT::|spadConstant| BOOT::$ 86))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |SMP;recip;$U;23| ...) ; compiling (DEFUN |SMP;-;2$;24| ...) ; compiling (DEFUN |SMP;*;I2$;25| ...) ; file: /tmp/oa-oEXuIx/code.lsp ; in: DEFUN |SMP;*;I2$;25| ; (DEFUN BOOT::|SMP;*;I2$;25| (BOOT::|n| BOOT::|p| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|p|)) (CONS 0 (BOOT::SPADCALL BOOT::|n| # #))) ; (T ; (LET (# #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;*;I2$;25| ; (BOOT::|n| BOOT::|p| BOOT::$) ; (BLOCK BOOT::|SMP;*;I2$;25| ; (COND ((ZEROP #) (CONS 0 #)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SMP;*;R2$;26| ...) ; file: /tmp/oa-oEXuIx/code.lsp ; in: DEFUN |SMP;*;R2$;26| ; (DEFUN BOOT::|SMP;*;R2$;26| (BOOT::|c| BOOT::|p| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|c| (CDR #) (BOOT::|shellEntry| BOOT::$ 97)) ; BOOT::|p|) ; ((ZEROP (CAR BOOT::|p|)) (CONS 0 (BOOT::SPADCALL BOOT::|c| # #))) ; (T ; (LET (# #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;*;R2$;26| ; (BOOT::|c| BOOT::|p| BOOT::$) ; (BLOCK BOOT::|SMP;*;R2$;26| ; (COND ((BOOT::SPADCALL BOOT::|c| # #) BOOT::|p|) ((ZEROP #) (CONS 0 #)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SMP;+;3$;27| ...) ; file: /tmp/oa-oEXuIx/code.lsp ; in: DEFUN |SMP;+;3$;27| ; (DEFUN BOOT::|SMP;+;3$;27| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (COND ((AND (ZEROP #) (ZEROP #)) (CONS 0 (BOOT::SPADCALL # # #))) ; ((ZEROP (CAR BOOT::|p1|)) (CONS 1 (CONS # #))) ; ((ZEROP (CAR BOOT::|p2|)) (CONS 1 (CONS # #))) ; ((BOOT::SPADCALL (CAR #) (CAR #) (BOOT::|shellEntry| BOOT::$ 57)) ; (LET (# #) ; (COND # #))) ; ((BOOT::SPADCALL (CAR #) (CAR #) (BOOT::|shellEntry| BOOT::$ 81)) ; (CONS 1 (CONS # #))) ; (T (CONS 1 (CONS # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;+;3$;27| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|SMP;+;3$;27| ; (COND ((AND # #) (CONS 0 #)) ((ZEROP #) (CONS 1 #)) ; ((ZEROP #) (CONS 1 #)) ; ((BOOT::SPADCALL # # #) ; (LET # ; #)) ; ((BOOT::SPADCALL # # #) (CONS 1 #)) (T (CONS 1 #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SMP;-;3$;28| ...) ; file: /tmp/oa-oEXuIx/code.lsp ; in: DEFUN |SMP;-;3$;28| ; (DEFUN BOOT::|SMP;-;3$;28| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (COND ((AND (ZEROP #) (ZEROP #)) (CONS 0 (BOOT::SPADCALL # # #))) ; ((ZEROP (CAR BOOT::|p1|)) (CONS 1 (CONS # #))) ; ((ZEROP (CAR BOOT::|p2|)) (CONS 1 (CONS # #))) ; ((BOOT::SPADCALL (CAR #) (CAR #) (BOOT::|shellEntry| BOOT::$ 57)) ; (LET (# #) ; (COND # #))) ; ((BOOT::SPADCALL (CAR #) (CAR #) (BOOT::|shellEntry| BOOT::$ 81)) ; (CONS 1 (CONS # #))) ; (T (CONS 1 (CONS # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;-;3$;28| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|SMP;-;3$;28| ; (COND ((AND # #) (CONS 0 #)) ((ZEROP #) (CONS 1 #)) ; ((ZEROP #) (CONS 1 #)) ; ((BOOT::SPADCALL # # #) ; (LET # ; #)) ; ((BOOT::SPADCALL # # #) (CONS 1 #)) (T (CONS 1 #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SMP;=;2$B;29| ...) ; file: /tmp/oa-oEXuIx/code.lsp ; in: DEFUN |SMP;=;2$B;29| ; (DEFUN BOOT::|SMP;=;2$B;29| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|p1|)) (AND (ZEROP #) (BOOT::SPADCALL # # #))) ; ((ZEROP (CAR BOOT::|p2|)) NIL) ; ((BOOT::SPADCALL (CAR #) (CAR #) (BOOT::|shellEntry| BOOT::$ 57)) ; (BOOT::SPADCALL (CDR #) (CDR #) (BOOT::|shellEntry| BOOT::$ 105))) ; (T NIL))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;=;2$B;29| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|SMP;=;2$B;29| ; (COND ((ZEROP #) (AND # #)) ((ZEROP #) NIL) ; ((BOOT::SPADCALL # # #) (BOOT::SPADCALL # # #)) (T NIL)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |SMP;*;3$;30| ...) ; file: /tmp/oa-oEXuIx/code.lsp ; in: DEFUN |SMP;*;3$;30| ; (DEFUN BOOT::|SMP;*;3$;30| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (COND ; ((ZEROP (CAR BOOT::|p1|)) ; (BOOT::|SMP;*;R2$;26| (CDR BOOT::|p1|) BOOT::|p2| BOOT::$)) ; ((ZEROP (CAR BOOT::|p2|)) ; (LET (# #) ; (COND # #))) ; ((BOOT::SPADCALL (CAR #) (CAR #) (BOOT::|shellEntry| BOOT::$ 57)) ; (LET (# #) ; (COND # #))) ; ((BOOT::SPADCALL (CAR #) (CAR #) (BOOT::|shellEntry| BOOT::$ 56)) ; (LET (# #) ; (COND # #))) ; (T ; (LET (# #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;*;3$;30| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|SMP;*;3$;30| ; (COND ((ZEROP #) (BOOT::|SMP;*;R2$;26| # BOOT::|p2| BOOT::$)) ; ((ZEROP #) ; (LET # ; #)) ; ((BOOT::SPADCALL # # #) ; (LET # ; #)) ; ((BOOT::SPADCALL # # #) ; (LET # ; #)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SMP;**;$Pi$;31| ...) ; compiling (DEFUN |SMP;**;$Nni$;32| ...) ; file: /tmp/oa-oEXuIx/code.lsp ; in: DEFUN |SMP;**;$Nni$;32| ; (DEFUN BOOT::|SMP;**;$Nni$;32| (BOOT::|p| BOOT::|k| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|p|)) (CONS 0 (BOOT::SPADCALL # BOOT::|k| #))) ; ((NOT (BOOT::|SMP;moreThanOneVariable?| BOOT::|p| BOOT::$)) ; (BOOT::|SMP;multivariate;SupVarSet$;12| ; (BOOT::SPADCALL # BOOT::|k| #) (CAR #) BOOT::$)) ; (T ; (LET (# #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;**;$Nni$;32| ; (BOOT::|p| BOOT::|k| BOOT::$) ; (BLOCK BOOT::|SMP;**;$Nni$;32| ; (COND ((ZEROP #) (CONS 0 #)) ; ((NOT #) (BOOT::|SMP;multivariate;SupVarSet$;12| # # BOOT::$)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SMP;unitNormal;$R;33| ...) ; compiling (DEFUN |SMP;unitCanonical;2$;34| ...) ; file: /tmp/oa-oEXuIx/code.lsp ; in: DEFUN |SMP;unitCanonical;2$;34| ; (LET* ((BOOT::|#G64| ; (BOOT::SPADCALL ; (BOOT::|SMP;leadingCoefficient;$R;75| BOOT::|p| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 115))) ; (BOOT::|u| (SVREF BOOT::|#G64| 0)) ; (BOOT::|c| (SVREF BOOT::|#G64| 1)) ; (BOOT::|a| (SVREF BOOT::|#G64| 2))) ; (BOOT::|SMP;*;R2$;26| BOOT::|a| BOOT::|p| BOOT::$)) ; ; caught STYLE-WARNING: ; The variable |u| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |c| is defined but never used. ; compiling (DEFUN |SMP;unit?;$B;35| ...) ; file: /tmp/oa-oEXuIx/code.lsp ; in: DEFUN |SMP;unit?;$B;35| ; (DEFUN BOOT::|SMP;unit?;$B;35| (BOOT::|p| BOOT::$) ; (AND (ZEROP (CAR BOOT::|p|)) ; (BOOT::SPADCALL (CDR BOOT::|p|) (BOOT::|shellEntry| BOOT::$ 119)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;unit?;$B;35| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|SMP;unit?;$B;35| ; (AND (ZEROP (CAR BOOT::|p|)) ; (BOOT::SPADCALL (CDR BOOT::|p|) ; (BOOT::|shellEntry| BOOT::$ 119))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |SMP;associates?;2$B;36| ...) ; file: /tmp/oa-oEXuIx/code.lsp ; in: DEFUN |SMP;associates?;2$B;36| ; (DEFUN BOOT::|SMP;associates?;2$B;36| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|p1|)) (AND (ZEROP #) (BOOT::SPADCALL # # #))) ; ((EQL (CAR BOOT::|p2|) 1) ; (AND (BOOT::SPADCALL # # #) (BOOT::SPADCALL # # #))) ; (T NIL))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;associates?;2$B;36| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|SMP;associates?;2$B;36| ; (COND ((ZEROP #) (AND # #)) ((EQL # 1) (AND # #)) (T NIL)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |SMP;exquo;2$U;37| ...) ; compiling (DEFUN |SMP;exquo;2$U;38| ...) ; compiling (DEFUN |SMP;map;M2$;39| ...) ; file: /tmp/oa-oEXuIx/code.lsp ; in: DEFUN |SMP;map;M2$;39| ; (DEFUN BOOT::|SMP;map;M2$;39| (BOOT::|fn| BOOT::|p| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|p|)) (CONS 0 (FUNCALL # # #))) ; (T ; (LET (# #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;map;M2$;39| ; (BOOT::|fn| BOOT::|p| BOOT::$) ; (BLOCK BOOT::|SMP;map;M2$;39| ; (COND ((ZEROP #) (CONS 0 #)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SMP;map;M2$;39!0| ...) ; compiling (DEFUN |SMP;/;$R$;40| ...) ; compiling (DEFUN |SMP;content;$R;41| ...) ; compiling (DEFUN |SMP;content;$VarSet$;42| ...) ; file: /tmp/oa-oEXuIx/code.lsp ; in: DEFUN |SMP;content;$VarSet$;42| ; (DEFUN BOOT::|SMP;content;$VarSet$;42| (BOOT::|p| BOOT::|mvar| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|p|)) BOOT::|p|) ; (T ; (BOOT::SPADCALL ; (BOOT::|SMP;univariate;$VarSetSup;13| BOOT::|p| BOOT::|mvar| ; BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 136))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;content;$VarSet$;42| ; (BOOT::|p| BOOT::|mvar| BOOT::$) ; (BLOCK BOOT::|SMP;content;$VarSet$;42| ; (COND ((ZEROP #) BOOT::|p|) (T (BOOT::SPADCALL # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SMP;gcd;3$;43| ...) ; file: /tmp/oa-oEXuIx/code.lsp ; in: DEFUN |SMP;gcd;3$;43| ; (DEFUN BOOT::|SMP;gcd;3$;43| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|p1|)) (COND (# #) (# BOOT::|p2|) (T #))) ; ((ZEROP (CAR BOOT::|p2|)) (COND (# BOOT::|p1|) (T #))) ; ((BOOT::SPADCALL (CAR #) (CAR #) (BOOT::|shellEntry| BOOT::$ 81)) ; (BOOT::SPADCALL BOOT::|p1| (BOOT::SPADCALL # #) ; (BOOT::|shellEntry| BOOT::$ 138))) ; ((BOOT::SPADCALL (CAR #) (CAR #) (BOOT::|shellEntry| BOOT::$ 56)) ; (BOOT::SPADCALL (BOOT::SPADCALL # #) BOOT::|p2| ; (BOOT::|shellEntry| BOOT::$ 138))) ; (T ; (LET (# #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;gcd;3$;43| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|SMP;gcd;3$;43| ; (COND ((ZEROP #) (COND # # #)) ((ZEROP #) (COND # #)) ; ((BOOT::SPADCALL # # #) (BOOT::SPADCALL BOOT::|p1| # #)) ; ((BOOT::SPADCALL # # #) (BOOT::SPADCALL # BOOT::|p2| #)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SMP;gcdPolynomial;3Sup;44| ...) ; compiling (DEFUN |SMP;content;$VarSet$;45| ...) ; file: /tmp/oa-oEXuIx/code.lsp ; in: DEFUN |SMP;content;$VarSet$;45| ; (DEFUN BOOT::|SMP;content;$VarSet$;45| (BOOT::|p| BOOT::|mvar| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|p|)) BOOT::|p|) ; (T ; (BOOT::SPADCALL (BOOT::SPADCALL # #) ; (BOOT::|shellEntry| BOOT::$ 150))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;content;$VarSet$;45| ; (BOOT::|p| BOOT::|mvar| BOOT::$) ; (BLOCK BOOT::|SMP;content;$VarSet$;45| ; (COND ((ZEROP #) BOOT::|p|) (T (BOOT::SPADCALL # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SMP;gcd;3$;46| ...) ; file: /tmp/oa-oEXuIx/code.lsp ; in: DEFUN |SMP;gcd;3$;46| ; (DEFUN BOOT::|SMP;gcd;3$;46| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BOOT::SPADCALL BOOT::|p1| BOOT::|p2| (BOOT::|shellEntry| BOOT::$ 151))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;gcd;3$;46| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|SMP;gcd;3$;46| ; (BOOT::SPADCALL BOOT::|p1| BOOT::|p2| ; (BOOT::|shellEntry| BOOT::$ 151)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SMP;gcd;L$;47| ...) ; file: /tmp/oa-oEXuIx/code.lsp ; in: DEFUN |SMP;gcd;L$;47| ; (DEFUN BOOT::|SMP;gcd;L$;47| (BOOT::|lp| BOOT::$) ; (BOOT::SPADCALL BOOT::|lp| (BOOT::|shellEntry| BOOT::$ 150))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;gcd;L$;47| ; (BOOT::|lp| BOOT::$) ; (BLOCK BOOT::|SMP;gcd;L$;47| ; (BOOT::SPADCALL BOOT::|lp| (BOOT::|shellEntry| BOOT::$ 150)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SMP;gcdPolynomial;3Sup;48| ...) ; compiling (DEFUN |SMP;content;$VarSet$;49| ...) ; file: /tmp/oa-oEXuIx/code.lsp ; in: DEFUN |SMP;content;$VarSet$;49| ; (DEFUN BOOT::|SMP;content;$VarSet$;49| (BOOT::|p| BOOT::|mvar| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|p|)) BOOT::|p|) ; (T ; (BOOT::SPADCALL ; (BOOT::|SMP;univariate;$VarSetSup;13| BOOT::|p| BOOT::|mvar| ; BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 136))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;content;$VarSet$;49| ; (BOOT::|p| BOOT::|mvar| BOOT::$) ; (BLOCK BOOT::|SMP;content;$VarSet$;49| ; (COND ((ZEROP #) BOOT::|p|) (T (BOOT::SPADCALL # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SMP;gcd;3$;50| ...) ; file: /tmp/oa-oEXuIx/code.lsp ; in: DEFUN |SMP;gcd;3$;50| ; (DEFUN BOOT::|SMP;gcd;3$;50| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|p1|)) (COND (# #) (# BOOT::|p2|) (T #))) ; ((ZEROP (CAR BOOT::|p2|)) (COND (# BOOT::|p1|) (T #))) ; ((BOOT::SPADCALL (CAR #) (CAR #) (BOOT::|shellEntry| BOOT::$ 81)) ; (BOOT::SPADCALL BOOT::|p1| (BOOT::SPADCALL # #) ; (BOOT::|shellEntry| BOOT::$ 138))) ; ((BOOT::SPADCALL (CAR #) (CAR #) (BOOT::|shellEntry| BOOT::$ 56)) ; (BOOT::SPADCALL (BOOT::SPADCALL # #) BOOT::|p2| ; (BOOT::|shellEntry| BOOT::$ 138))) ; (T ; (LET (# #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;gcd;3$;50| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|SMP;gcd;3$;50| ; (COND ((ZEROP #) (COND # # #)) ((ZEROP #) (COND # #)) ; ((BOOT::SPADCALL # # #) (BOOT::SPADCALL BOOT::|p1| # #)) ; ((BOOT::SPADCALL # # #) (BOOT::SPADCALL # BOOT::|p2| #)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SMP;gcdPolynomial;3Sup;51| ...) ; compiling (DEFUN |SMP;content;$VarSet$;52| ...) ; file: /tmp/oa-oEXuIx/code.lsp ; in: DEFUN |SMP;content;$VarSet$;52| ; (DEFUN BOOT::|SMP;content;$VarSet$;52| (BOOT::|p| BOOT::|mvar| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|p|)) BOOT::|p|) ; (T ; (BOOT::SPADCALL ; (BOOT::|SMP;univariate;$VarSetSup;13| BOOT::|p| BOOT::|mvar| ; BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 136))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;content;$VarSet$;52| ; (BOOT::|p| BOOT::|mvar| BOOT::$) ; (BLOCK BOOT::|SMP;content;$VarSet$;52| ; (COND ((ZEROP #) BOOT::|p|) (T (BOOT::SPADCALL # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SMP;gcd;3$;53| ...) ; file: /tmp/oa-oEXuIx/code.lsp ; in: DEFUN |SMP;gcd;3$;53| ; (DEFUN BOOT::|SMP;gcd;3$;53| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|p1|)) (COND (# #) (# BOOT::|p2|) (T #))) ; ((ZEROP (CAR BOOT::|p2|)) (COND (# BOOT::|p1|) (T #))) ; ((BOOT::SPADCALL (CAR #) (CAR #) (BOOT::|shellEntry| BOOT::$ 81)) ; (BOOT::SPADCALL BOOT::|p1| (BOOT::SPADCALL # #) ; (BOOT::|shellEntry| BOOT::$ 138))) ; ((BOOT::SPADCALL (CAR #) (CAR #) (BOOT::|shellEntry| BOOT::$ 56)) ; (BOOT::SPADCALL (BOOT::SPADCALL # #) BOOT::|p2| ; (BOOT::|shellEntry| BOOT::$ 138))) ; (T ; (LET (# #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;gcd;3$;53| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|SMP;gcd;3$;53| ; (COND ((ZEROP #) (COND # # #)) ((ZEROP #) (COND # #)) ; ((BOOT::SPADCALL # # #) (BOOT::SPADCALL BOOT::|p1| # #)) ; ((BOOT::SPADCALL # # #) (BOOT::SPADCALL # BOOT::|p2| #)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SMP;gcdPolynomial;3Sup;54| ...) ; compiling (DEFUN |SMP;coerce;$Of;55| ...) ; compiling (DEFUN |SMP;coefficients;$L;56| ...) ; file: /tmp/oa-oEXuIx/code.lsp ; in: DEFUN |SMP;coefficients;$L;56| ; (DEFUN BOOT::|SMP;coefficients;$L;56| (BOOT::|p| BOOT::$) ; (COND ; ((ZEROP (CAR BOOT::|p|)) ; (BOOT::SPADCALL (CDR BOOT::|p|) (BOOT::|shellEntry| BOOT::$ 161))) ; (T ; (LET (# # #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;coefficients;$L;56| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|SMP;coefficients;$L;56| ; (COND ((ZEROP #) (BOOT::SPADCALL # #)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SMP;retract;$R;57| ...) ; file: /tmp/oa-oEXuIx/code.lsp ; in: DEFUN |SMP;retract;$R;57| ; (DEFUN BOOT::|SMP;retract;$R;57| (BOOT::|p| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|p|)) (CDR BOOT::|p|)) ; (T (BOOT::|error| "cannot retract nonconstant polynomial")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;retract;$R;57| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|SMP;retract;$R;57| ; (COND ((ZEROP #) (CDR BOOT::|p|)) ; (T (BOOT::|error| "cannot retract nonconstant polynomial"))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SMP;retractIfCan;$U;58| ...) ; compiling (DEFUN |SMP;mymerge| ...) ; compiling (DEFUN |SMP;variables;$L;60| ...) ; compiling (DEFUN |SMP;mainVariable;$U;61| ...) ; compiling (DEFUN |SMP;eval;$VarSet2$;62| ...) ; file: /tmp/oa-oEXuIx/code.lsp ; in: DEFUN |SMP;eval;$VarSet2$;62| ; (DEFUN BOOT::|SMP;eval;$VarSet2$;62| ; (BOOT::|p| BOOT::|mvar| BOOT::|pval| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::|SMP;univariate;$VarSetSup;13| BOOT::|p| BOOT::|mvar| BOOT::$) ; BOOT::|pval| (BOOT::|shellEntry| BOOT::$ 178))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;eval;$VarSet2$;62| ; (BOOT::|p| BOOT::|mvar| BOOT::|pval| BOOT::$) ; (BLOCK BOOT::|SMP;eval;$VarSet2$;62| ; (BOOT::SPADCALL ; (BOOT::|SMP;univariate;$VarSetSup;13| BOOT::|p| BOOT::|mvar| BOOT::$) ; BOOT::|pval| (BOOT::|shellEntry| BOOT::$ 178)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SMP;eval;$VarSetR$;63| ...) ; file: /tmp/oa-oEXuIx/code.lsp ; in: DEFUN |SMP;eval;$VarSetR$;63| ; (DEFUN BOOT::|SMP;eval;$VarSetR$;63| ; (BOOT::|p| BOOT::|mvar| BOOT::|val| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::|SMP;univariate;$VarSetSup;13| BOOT::|p| BOOT::|mvar| BOOT::$) ; (CONS 0 BOOT::|val|) (BOOT::|shellEntry| BOOT::$ 178))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;eval;$VarSetR$;63| ; (BOOT::|p| BOOT::|mvar| BOOT::|val| BOOT::$) ; (BLOCK BOOT::|SMP;eval;$VarSetR$;63| ; (BOOT::SPADCALL ; (BOOT::|SMP;univariate;$VarSetSup;13| BOOT::|p| BOOT::|mvar| BOOT::$) ; (CONS 0 BOOT::|val|) (BOOT::|shellEntry| BOOT::$ 178)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SMP;evalSortedVarlist| ...) ; file: /tmp/oa-oEXuIx/code.lsp ; in: DEFUN |SMP;evalSortedVarlist| ; (DEFUN BOOT::|SMP;evalSortedVarlist| ; (BOOT::|p| BOOT::|Lvar| BOOT::|Lpval| BOOT::$) ; (PROG (BOOT::|pts| BOOT::|pval|) (RETURN (COND (# BOOT::|p|) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;evalSortedVarlist| ; (BOOT::|p| BOOT::|Lvar| BOOT::|Lpval| BOOT::$) ; (BLOCK BOOT::|SMP;evalSortedVarlist| ; (PROG (BOOT::|pts| BOOT::|pval|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SMP;evalSortedVarlist!0| ...) ; compiling (DEFUN |SMP;eval;$LL$;65| ...) ; compiling (DEFUN |SMP;eval;$LL$;65!1| ...) ; compiling (DEFUN |SMP;eval;$LL$;65!0| ...) ; compiling (DEFUN |SMP;eval;$LL$;66| ...) ; compiling (DEFUN |SMP;degree;$VarSetNni;67| ...) ; file: /tmp/oa-oEXuIx/code.lsp ; in: DEFUN |SMP;degree;$VarSetNni;67| ; (DEFUN BOOT::|SMP;degree;$VarSetNni;67| (BOOT::|p| BOOT::|mvar| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|p|)) 0) ; ((BOOT::SPADCALL BOOT::|mvar| (CAR #) ; (BOOT::|shellEntry| BOOT::$ 57)) ; (BOOT::SPADCALL (CDR #) (BOOT::|shellEntry| BOOT::$ 46))) ; ((BOOT::SPADCALL BOOT::|mvar| (CAR #) ; (BOOT::|shellEntry| BOOT::$ 56)) ; 0) ; (T ; (MAX (BOOT::|SMP;degree;$VarSetNni;67| # BOOT::|mvar| BOOT::$) ; (BOOT::|SMP;degree;$VarSetNni;67| # BOOT::|mvar| BOOT::$))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;degree;$VarSetNni;67| ; (BOOT::|p| BOOT::|mvar| BOOT::$) ; (BLOCK BOOT::|SMP;degree;$VarSetNni;67| ; (COND ((ZEROP #) 0) ; ((BOOT::SPADCALL BOOT::|mvar| # #) (BOOT::SPADCALL # #)) ; ((BOOT::SPADCALL BOOT::|mvar| # #) 0) (T (MAX # #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |SMP;degree;$LL;68| ...) ; file: /tmp/oa-oEXuIx/code.lsp ; in: DEFUN |SMP;degree;$LL;68| ; (DEFUN BOOT::|SMP;degree;$LL;68| (BOOT::|p| BOOT::|Lvar| BOOT::$) ; (LET ((#:G1926 BOOT::|Lvar|) (#:G1802 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G1926 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;degree;$LL;68| ; (BOOT::|p| BOOT::|Lvar| BOOT::$) ; (BLOCK BOOT::|SMP;degree;$LL;68| ; (LET ((#:G1926 BOOT::|Lvar|) (#:G1802 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS UNSIGNED-BYTE T)) &REST T). ; compiling (DEFUN |SMP;degree;$Ie;69| ...) ; compiling (DEFUN |SMP;minimumDegree;$Ie;70| ...) ; compiling (DEFUN |SMP;minimumDegree;$VarSetNni;71| ...) ; file: /tmp/oa-oEXuIx/code.lsp ; in: DEFUN |SMP;minimumDegree;$VarSetNni;71| ; (DEFUN BOOT::|SMP;minimumDegree;$VarSetNni;71| ; (BOOT::|p| BOOT::|mvar| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|p|)) 0) ; ((BOOT::SPADCALL BOOT::|mvar| (CAR #) ; (BOOT::|shellEntry| BOOT::$ 57)) ; (BOOT::SPADCALL (CDR #) (BOOT::|shellEntry| BOOT::$ 204))) ; (T ; (LET (# #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;minimumDegree;$VarSetNni;71| ; (BOOT::|p| BOOT::|mvar| BOOT::$) ; (BLOCK BOOT::|SMP;minimumDegree;$VarSetNni;71| ; (COND ((ZEROP #) 0) ; ((BOOT::SPADCALL BOOT::|mvar| # #) (BOOT::SPADCALL # #)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |SMP;minimumDegree;$LL;72| ...) ; file: /tmp/oa-oEXuIx/code.lsp ; in: DEFUN |SMP;minimumDegree;$LL;72| ; (DEFUN BOOT::|SMP;minimumDegree;$LL;72| (BOOT::|p| BOOT::|Lvar| BOOT::$) ; (LET ((#:G1927 BOOT::|Lvar|) (#:G1847 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G1927 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;minimumDegree;$LL;72| ; (BOOT::|p| BOOT::|Lvar| BOOT::$) ; (BLOCK BOOT::|SMP;minimumDegree;$LL;72| ; (LET ((#:G1927 BOOT::|Lvar|) (#:G1847 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS UNSIGNED-BYTE T)) &REST T). ; compiling (DEFUN |SMP;totalDegree;$LNni;73| ...) ; compiling (DEFUN |SMP;differentiate;$VarSet$;74| ...) ; file: /tmp/oa-oEXuIx/code.lsp ; in: DEFUN |SMP;differentiate;$VarSet$;74| ; (DEFUN BOOT::|SMP;differentiate;$VarSet$;74| (BOOT::|p| BOOT::|mvar| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|p|)) (BOOT::|spadConstant| BOOT::$ 12)) ; ((BOOT::SPADCALL BOOT::|mvar| (CAR #) ; (BOOT::|shellEntry| BOOT::$ 57)) ; (LET (#) ; (COND # #))) ; (T ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;differentiate;$VarSet$;74| ; (BOOT::|p| BOOT::|mvar| BOOT::$) ; (BLOCK BOOT::|SMP;differentiate;$VarSet$;74| ; (COND ((ZEROP #) (BOOT::|spadConstant| BOOT::$ 12)) ; ((BOOT::SPADCALL BOOT::|mvar| # #) ; (LET # ; #)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SMP;differentiate;$VarSet$;74!0| ...) ; compiling (DEFUN |SMP;leadingCoefficient;$R;75| ...) ; compiling (DEFUN |SMP;leadingMonomial;2$;76| ...) ; compiling (DEFUN |SMP;reductum;2$;77| ...) ; file: /tmp/oa-oEXuIx/code.lsp ; in: DEFUN |SMP;reductum;2$;77| ; (DEFUN BOOT::|SMP;reductum;2$;77| (BOOT::|p| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|p|)) (BOOT::|spadConstant| BOOT::$ 12)) ; (T ; (BOOT::|SMP;-;3$;28| BOOT::|p| ; (BOOT::|SMP;leadingMonomial;2$;76| BOOT::|p| BOOT::$) BOOT::$)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMP;reductum;2$;77| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|SMP;reductum;2$;77| ; (COND ((ZEROP #) (BOOT::|spadConstant| BOOT::$ 12)) ; (T (BOOT::|SMP;-;3$;28| BOOT::|p| # BOOT::$))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SparseMultivariatePolynomial| ...) ; compiling (DEFUN |SparseMultivariatePolynomial;| ...) ; compiling (MAKEPROP (QUOTE |SparseMultivariatePolynomial|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; printed 36 notes ; /tmp/oa-oEXuIx/code.fasl written ; compilation finished in 0:00:00.351 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile INTABL.spad && cp INTABL.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INTABL.fasl \ && if test -f INTABL-.NRLIB/code.fasl; then \ cp INTABL-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INTABL-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INTABL.spad using Spad compiler. INTABL abbreviates domain InnerTable debug: compDefine1 lhs: (InnerTable Key Entry addDom) signature (pre-evaluate): ((TableAggregate Key Entry) (SetCategory) (SetCategory) NIL) debug: evaluateType form: (TableAggregate Key Entry) $param: (Key Entry addDom) Debug: evaluateType1 form: (TableAggregate Key Entry) debug: evaluateType1 x: Key m: (SetCategory) debug: evaluateType1 x: Entry m: (SetCategory) debug: evaluateType form: (SetCategory) $param: (Key Entry addDom) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (SetCategory) $param: (Key Entry addDom) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((TableAggregate Key Entry) (SetCategory) (SetCategory) NIL) debug: compDefine1 lhs: (InnerTable Key Entry addDom) signature (pre-evaluate): ((TableAggregate Key Entry) NIL NIL NIL) debug: evaluateType form: (TableAggregate Key Entry) $param: (Key Entry addDom) Debug: evaluateType1 form: (TableAggregate Key Entry) debug: evaluateType1 x: Key m: (SetCategory) debug: evaluateType1 x: Entry m: (SetCategory) debug: compDefine1 signature (post evaluate): ((TableAggregate Key Entry) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for InnerTable compiling into /tmp/oa-yicjGR (time taken in buildFunctor: 104) Time: 0.16 SEC. Cumulative Statistics for Constructor InnerTable Time: 0.16 seconds finalizing NRLIB INTABL Processing InnerTable for Browser database: -- constructor ; compiling file "/tmp/oa-yicjGR/code.lsp" (written 01 FEB 2016 10:59:57 PM): ; compiling (DEFUN |InnerTable| ...) ; compiling (DEFUN |InnerTable;| ...) ; compiling (MAKEPROP (QUOTE |InnerTable|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-yicjGR/code.fasl written ; compilation finished in 0:00:00.053 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile HASHTBL.spad && cp HASHTBL.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/HASHTBL.fasl \ && if test -f HASHTBL-.NRLIB/code.fasl; then \ cp HASHTBL-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/HASHTBL-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/HASHTBL.spad using Spad compiler. HASHTBL abbreviates domain HashTable debug: compDefine1 lhs: (HashTable Key Entry hashfn) signature (pre-evaluate): ((TableAggregate Key Entry) NIL NIL NIL) debug: evaluateType form: (TableAggregate Key Entry) $param: (Key Entry hashfn) Debug: evaluateType1 form: (TableAggregate Key Entry) debug: evaluateType1 x: Key m: (SetCategory) debug: evaluateType1 x: Entry m: (SetCategory) debug: compDefine1 signature (post evaluate): ((TableAggregate Key Entry) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for HashTable compiling into /tmp/oa-eoRgmb compiling exported = : (%,%) -> Boolean HASHTBL;=;2$B;1 is replaced by %peq Time: 0.02 SEC. compiling exported keys : % -> List Key HASHTBL;keys;$L;2 is replaced by HKEYS Time: 0.00 SEC. compiling exported # : % -> NonNegativeInteger HASHTBL;#;$Nni;3 is replaced by tableLength Time: 0.03 SEC. compiling exported setelt : (%,Key,Entry) -> Entry Time: 0 SEC. compiling exported remove! : (Key,%) -> Union(Entry,failed) Time: 0.00 SEC. compiling exported empty : () -> % Time: 0 SEC. compiling exported search : (Key,%) -> Union(Entry,failed) Time: 0 SEC. (time taken in buildFunctor: 108) Time: 0.14 SEC. Warnings: [1] remove!: pretend Entry -- should replace by @ [2] search: pretend Entry -- should replace by @ Cumulative Statistics for Constructor HashTable Time: 0.20 seconds finalizing NRLIB HASHTBL Processing HashTable for Browser database: -- constructor ; compiling file "/tmp/oa-eoRgmb/code.lsp" (written 01 FEB 2016 10:59:58 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |HASHTBL;=;2$B;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |HASHTBL;keys;$L;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |HASHTBL;#;$Nni;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |HASHTBL;=;2$B;1| ...) ; compiling (DEFUN |HASHTBL;keys;$L;2| ...) ; file: /tmp/oa-eoRgmb/code.lsp ; in: DEFUN |HASHTBL;keys;$L;2| ; (DEFUN BOOT::|HASHTBL;keys;$L;2| (BOOT::|t| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::HKEYS BOOT::|t|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|HASHTBL;keys;$L;2| ; (BOOT::|t| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|HASHTBL;keys;$L;2| (BOOT::HKEYS BOOT::|t|))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |HASHTBL;#;$Nni;3| ...) ; compiling (DEFUN |HASHTBL;setelt;$Key2Entry;4| ...) ; file: /tmp/oa-eoRgmb/code.lsp ; in: DEFUN |HASHTBL;setelt;$Key2Entry;4| ; (DEFUN BOOT::|HASHTBL;setelt;$Key2Entry;4| ; (BOOT::|t| BOOT::|k| BOOT::|e| BOOT::$) ; (SETF (|AxiomCore|:|tableValue| BOOT::|t| BOOT::|k|) BOOT::|e|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|HASHTBL;setelt;$Key2Entry;4| ; (BOOT::|t| BOOT::|k| BOOT::|e| BOOT::$) ; (BLOCK BOOT::|HASHTBL;setelt;$Key2Entry;4| ; (SETF (|AxiomCore|:|tableValue| BOOT::|t| BOOT::|k|) BOOT::|e|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |HASHTBL;remove!;Key$U;5| ...) ; compiling (DEFUN |HASHTBL;empty;$;6| ...) ; compiling (DEFUN |HASHTBL;search;Key$U;7| ...) ; compiling (DEFUN |HashTable| ...) ; compiling (DEFUN |HashTable;| ...) ; compiling (MAKEPROP (QUOTE |HashTable|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 1 note ; /tmp/oa-eoRgmb/code.fasl written ; compilation finished in 0:00:00.047 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile INT8.spad && cp INT8.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INT8.fasl \ && if test -f INT8-.NRLIB/code.fasl; then \ cp INT8-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INT8-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INT8.spad using Spad compiler. INT8 abbreviates domain Int8 debug: compDefine1 lhs: (Int8) signature (pre-evaluate): (NIL) debug: compDefine1 signature (post evaluate): (NIL) ------------------------------------------------------------------------ initializing stationary directory for Int8 compiling into /tmp/oa-PpGujO (time taken in buildFunctor: 0) Time: 0.05 SEC. Cumulative Statistics for Constructor Int8 Time: 0.05 seconds finalizing NRLIB INT8 Processing Int8 for Browser database: -- constructor ; compiling file "/tmp/oa-PpGujO/code.lsp" (written 01 FEB 2016 10:59:58 PM): ; compiling (DEFUN |Int8| ...) ; compiling (DEFUN |Int8;| ...) ; compiling (MAKEPROP (QUOTE |Int8|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbSuperDomain| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-PpGujO/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile INT16.spad && cp INT16.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INT16.fasl \ && if test -f INT16-.NRLIB/code.fasl; then \ cp INT16-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INT16-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INT16.spad using Spad compiler. INT16 abbreviates domain Int16 debug: compDefine1 lhs: (Int16) signature (pre-evaluate): (NIL) debug: compDefine1 signature (post evaluate): (NIL) ------------------------------------------------------------------------ initializing stationary directory for Int16 compiling into /tmp/oa-BcUa6Z (time taken in buildFunctor: 0) Time: 0.06 SEC. Cumulative Statistics for Constructor Int16 Time: 0.06 seconds finalizing NRLIB INT16 Processing Int16 for Browser database: -- constructor ; compiling file "/tmp/oa-BcUa6Z/code.lsp" (written 01 FEB 2016 10:59:58 PM): ; compiling (DEFUN |Int16| ...) ; compiling (DEFUN |Int16;| ...) ; compiling (MAKEPROP (QUOTE |Int16|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbSuperDomain| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-BcUa6Z/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile INT32.spad && cp INT32.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INT32.fasl \ && if test -f INT32-.NRLIB/code.fasl; then \ cp INT32-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INT32-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INT32.spad using Spad compiler. INT32 abbreviates domain Int32 debug: compDefine1 lhs: (Int32) signature (pre-evaluate): (NIL) debug: compDefine1 signature (post evaluate): (NIL) ------------------------------------------------------------------------ initializing stationary directory for Int32 compiling into /tmp/oa-CYGSqb (time taken in buildFunctor: 0) Time: 0.05 SEC. Cumulative Statistics for Constructor Int32 Time: 0.05 seconds finalizing NRLIB INT32 Processing Int32 for Browser database: -- constructor ; compiling file "/tmp/oa-CYGSqb/code.lsp" (written 01 FEB 2016 10:59:58 PM): ; compiling (DEFUN |Int32| ...) ; compiling (DEFUN |Int32;| ...) ; compiling (MAKEPROP (QUOTE |Int32|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbSuperDomain| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-CYGSqb/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile INT64.spad && cp INT64.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INT64.fasl \ && if test -f INT64-.NRLIB/code.fasl; then \ cp INT64-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INT64-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INT64.spad using Spad compiler. INT64 abbreviates domain Int64 debug: compDefine1 lhs: (Int64) signature (pre-evaluate): (NIL) debug: compDefine1 signature (post evaluate): (NIL) ------------------------------------------------------------------------ initializing stationary directory for Int64 compiling into /tmp/oa-z8Ex1f (time taken in buildFunctor: 0) Time: 0.06 SEC. Cumulative Statistics for Constructor Int64 Time: 0.06 seconds finalizing NRLIB INT64 Processing Int64 for Browser database: -- constructor ; compiling file "/tmp/oa-z8Ex1f/code.lsp" (written 01 FEB 2016 10:59:59 PM): ; compiling (DEFUN |Int64| ...) ; compiling (DEFUN |Int64;| ...) ; compiling (MAKEPROP (QUOTE |Int64|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbSuperDomain| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-z8Ex1f/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile UINT8.spad && cp UINT8.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UINT8.fasl \ && if test -f UINT8-.NRLIB/code.fasl; then \ cp UINT8-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UINT8-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UINT8.spad using Spad compiler. UINT8 abbreviates domain UInt8 debug: compDefine1 lhs: (UInt8) signature (pre-evaluate): (NIL) debug: compDefine1 signature (post evaluate): (NIL) ------------------------------------------------------------------------ initializing stationary directory for UInt8 compiling into /tmp/oa-wBf4ox (time taken in buildFunctor: 0) Time: 0.08 SEC. Cumulative Statistics for Constructor UInt8 Time: 0.08 seconds finalizing NRLIB UINT8 Processing UInt8 for Browser database: -- constructor ; compiling file "/tmp/oa-wBf4ox/code.lsp" (written 01 FEB 2016 10:59:59 PM): ; compiling (DEFUN |UInt8| ...) ; compiling (DEFUN |UInt8;| ...) ; compiling (MAKEPROP (QUOTE |UInt8|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbSuperDomain| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-wBf4ox/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile UINT16.spad && cp UINT16.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UINT16.fasl \ && if test -f UINT16-.NRLIB/code.fasl; then \ cp UINT16-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UINT16-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UINT16.spad using Spad compiler. UINT16 abbreviates domain UInt16 debug: compDefine1 lhs: (UInt16) signature (pre-evaluate): (NIL) debug: compDefine1 signature (post evaluate): (NIL) ------------------------------------------------------------------------ initializing stationary directory for UInt16 compiling into /tmp/oa-Qcf3DJ (time taken in buildFunctor: 0) Time: 0.05 SEC. Cumulative Statistics for Constructor UInt16 Time: 0.05 seconds finalizing NRLIB UINT16 Processing UInt16 for Browser database: -- constructor ; compiling file "/tmp/oa-Qcf3DJ/code.lsp" (written 01 FEB 2016 10:59:59 PM): ; compiling (DEFUN |UInt16| ...) ; compiling (DEFUN |UInt16;| ...) ; compiling (MAKEPROP (QUOTE |UInt16|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbSuperDomain| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Qcf3DJ/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile UINT32.spad && cp UINT32.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UINT32.fasl \ && if test -f UINT32-.NRLIB/code.fasl; then \ cp UINT32-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UINT32-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UINT32.spad using Spad compiler. UINT32 abbreviates domain UInt32 debug: compDefine1 lhs: (UInt32) signature (pre-evaluate): (NIL) debug: compDefine1 signature (post evaluate): (NIL) ------------------------------------------------------------------------ initializing stationary directory for UInt32 compiling into /tmp/oa-olTD7Y (time taken in buildFunctor: 0) Time: 0.06 SEC. Cumulative Statistics for Constructor UInt32 Time: 0.06 seconds finalizing NRLIB UINT32 Processing UInt32 for Browser database: -- constructor ; compiling file "/tmp/oa-olTD7Y/code.lsp" (written 01 FEB 2016 10:59:59 PM): ; compiling (DEFUN |UInt32| ...) ; compiling (DEFUN |UInt32;| ...) ; compiling (MAKEPROP (QUOTE |UInt32|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbSuperDomain| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-olTD7Y/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile UINT64.spad && cp UINT64.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UINT64.fasl \ && if test -f UINT64-.NRLIB/code.fasl; then \ cp UINT64-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UINT64-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UINT64.spad using Spad compiler. UINT64 abbreviates domain UInt64 debug: compDefine1 lhs: (UInt64) signature (pre-evaluate): (NIL) debug: compDefine1 signature (post evaluate): (NIL) ------------------------------------------------------------------------ initializing stationary directory for UInt64 compiling into /tmp/oa-FzFqya (time taken in buildFunctor: 0) Time: 0.06 SEC. Cumulative Statistics for Constructor UInt64 Time: 0.06 seconds finalizing NRLIB UINT64 Processing UInt64 for Browser database: -- constructor ; compiling file "/tmp/oa-FzFqya/code.lsp" (written 01 FEB 2016 10:59:59 PM): ; compiling (DEFUN |UInt64| ...) ; compiling (DEFUN |UInt64;| ...) ; compiling (MAKEPROP (QUOTE |UInt64|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbSuperDomain| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-FzFqya/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile BTREE.spad && cp BTREE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/BTREE.fasl \ && if test -f BTREE-.NRLIB/code.fasl; then \ cp BTREE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/BTREE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/BTREE.spad using Spad compiler. BTREE abbreviates domain BinaryTree debug: compDefine1 lhs: (BinaryTree S) signature (pre-evaluate): ((Join (BinaryTreeCategory S) (CATEGORY domain (SIGNATURE binaryTree ($ S)) (SIGNATURE binaryTree ($ $ S $)))) (SetCategory)) debug: evaluateType form: (Join (BinaryTreeCategory S) (CATEGORY domain (SIGNATURE binaryTree ($ S)) (SIGNATURE binaryTree ($ $ S $)))) $param: (S) debug: evaluateType form: (BinaryTreeCategory S) $param: (S) Debug: evaluateType1 form: (BinaryTreeCategory S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE binaryTree ($ S)) (SIGNATURE binaryTree ($ $ S $))) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Join (BinaryTreeCategory S) (CATEGORY domain (SIGNATURE binaryTree ($ S)) (SIGNATURE binaryTree ($ $ S $)))) (SetCategory)) debug: compDefine1 lhs: (BinaryTree S) signature (pre-evaluate): ((Join (BinaryTreeCategory S) (CATEGORY domain (SIGNATURE binaryTree ($ S)) (SIGNATURE binaryTree ($ $ S $)))) NIL) debug: evaluateType form: (Join (BinaryTreeCategory S) (CATEGORY domain (SIGNATURE binaryTree ($ S)) (SIGNATURE binaryTree ($ $ S $)))) $param: (S) debug: evaluateType form: (BinaryTreeCategory S) $param: (S) Debug: evaluateType1 form: (BinaryTreeCategory S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE binaryTree ($ S)) (SIGNATURE binaryTree ($ $ S $))) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: compDefine1 signature (post evaluate): ((Join (BinaryTreeCategory S) (CATEGORY domain (SIGNATURE binaryTree ($ S)) (SIGNATURE binaryTree ($ $ S $)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for BinaryTree compiling into /tmp/oa-b33eXb compiling exported = : (%,%) -> Boolean Time: 0.03 SEC. compiling exported empty : () -> % BTREE;empty;$;2 is replaced by %nil Time: 0.00 SEC. compiling exported node : (%,S,%) -> % BTREE;node;$S2$;3(l,v,r) is replaced by %pair(%pair(0,%pair(v,l)),r) Time: 0.01 SEC. compiling exported binaryTree : (%,S,%) -> % BTREE;binaryTree;$S2$;4(l,v,r) is replaced by %pair(%pair(0,%pair(v,l)),r) Time: 0 SEC. compiling exported binaryTree : S -> % BTREE;binaryTree;S$;5 v is replaced by %pair(%pair(0,%pair(v,%nil)),%nil) Time: 0.00 SEC. compiling exported empty? : % -> Boolean BTREE;empty?;$B;6 is replaced by %lempty? Time: 0 SEC. compiling exported leaf? : % -> Boolean Time: 0.00 SEC. compiling exported right : % -> % Time: 0.01 SEC. compiling exported left : % -> % Time: 0.02 SEC. compiling exported value : % -> S Time: 0.02 SEC. compiling exported setvalue! : (%,S) -> S Time: 0.02 SEC. compiling exported setleft! : (%,%) -> % Time: 0.02 SEC. compiling exported setright! : (%,%) -> % Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] empty: pretend $ -- should replace by @ [2] node: : Rep -- replace by pretend [3] setvalue!: : Rep -- replace by pretend [4] setleft!: : Rep -- replace by pretend [5] setright!: : List Tree S -- replace by pretend Cumulative Statistics for Constructor BinaryTree Time: 0.18 seconds finalizing NRLIB BTREE Processing BinaryTree for Browser database: -- binaryTree : S -> % -- binaryTree : (%,S,%) -> % -- constructor ; compiling file "/tmp/oa-b33eXb/code.lsp" (written 01 FEB 2016 11:00:00 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BTREE;empty;$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BTREE;node;$S2$;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BTREE;binaryTree;$S2$;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BTREE;binaryTree;S$;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BTREE;empty?;$B;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BTREE;right;2$;8|) ...) ; compiling (DEFUN |BTREE;=;2$B;1| ...) ; file: /tmp/oa-b33eXb/code.lsp ; in: DEFUN |BTREE;=;2$B;1| ; (DEFUN BOOT::|BTREE;=;2$B;1| (BOOT::|t1| BOOT::|t2| BOOT::$) ; (BOOT::SPADCALL BOOT::|t1| BOOT::|t2| (BOOT::|shellEntry| BOOT::$ 11))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BTREE;=;2$B;1| ; (BOOT::|t1| BOOT::|t2| BOOT::$) ; (BLOCK BOOT::|BTREE;=;2$B;1| ; (BOOT::SPADCALL BOOT::|t1| BOOT::|t2| (BOOT::|shellEntry| BOOT::$ 11)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |BTREE;empty;$;2| ...) ; compiling (DEFUN |BTREE;node;$S2$;3| ...) ; compiling (DEFUN |BTREE;binaryTree;$S2$;4| ...) ; compiling (DEFUN |BTREE;binaryTree;S$;5| ...) ; compiling (DEFUN |BTREE;empty?;$B;6| ...) ; compiling (DEFUN |BTREE;leaf?;$B;7| ...) ; compiling (DEFUN |BTREE;right;2$;8| ...) ; file: /tmp/oa-b33eXb/code.lsp ; in: DEFUN |BTREE;right;2$;8| ; (DEFUN BOOT::|BTREE;right;2$;8| (BOOT::|t| BOOT::$) ; (COND ((NULL BOOT::|t|) (BOOT::|error| "binaryTree:no right")) ; (T (CDR BOOT::|t|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BTREE;right;2$;8| ; (BOOT::|t| BOOT::$) ; (BLOCK BOOT::|BTREE;right;2$;8| ; (COND ((NULL BOOT::|t|) (BOOT::|error| "binaryTree:no right")) ; (T (CDR BOOT::|t|))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |BTREE;left;2$;9| ...) ; file: /tmp/oa-b33eXb/code.lsp ; in: DEFUN |BTREE;left;2$;9| ; (DEFUN BOOT::|BTREE;left;2$;9| (BOOT::|t| BOOT::$) ; (COND ((NULL BOOT::|t|) (BOOT::|error| "binaryTree:no left")) ; (T ; (BOOT::SPADCALL (BOOT::|SPADfirst| BOOT::|t|) ; (BOOT::|shellEntry| BOOT::$ 29))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BTREE;left;2$;9| ; (BOOT::|t| BOOT::$) ; (BLOCK BOOT::|BTREE;left;2$;9| ; (COND ((NULL BOOT::|t|) (BOOT::|error| "binaryTree:no left")) ; (T (BOOT::SPADCALL # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |BTREE;value;$S;10| ...) ; compiling (DEFUN |BTREE;setvalue!;$2S;11| ...) ; compiling (DEFUN |BTREE;setleft!;3$;12| ...) ; file: /tmp/oa-b33eXb/code.lsp ; in: DEFUN |BTREE;setleft!;3$;12| ; (DEFUN BOOT::|BTREE;setleft!;3$;12| (BOOT::|t1| BOOT::|t2| BOOT::$) ; (COND ((NULL BOOT::|t1|) (BOOT::|error| "binaryTree:no left to set")) ; (T (PROGN (BOOT::SPADCALL # BOOT::|t2| #) BOOT::|t1|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BTREE;setleft!;3$;12| ; (BOOT::|t1| BOOT::|t2| BOOT::$) ; (BLOCK BOOT::|BTREE;setleft!;3$;12| ; (COND ((NULL BOOT::|t1|) (BOOT::|error| "binaryTree:no left to set")) ; (T (PROGN # BOOT::|t1|))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |BTREE;setright!;3$;13| ...) ; file: /tmp/oa-b33eXb/code.lsp ; in: DEFUN |BTREE;setright!;3$;13| ; (DEFUN BOOT::|BTREE;setright!;3$;13| (BOOT::|t1| BOOT::|t2| BOOT::$) ; (COND ((NULL BOOT::|t1|) (BOOT::|error| "binaryTree:no right to set")) ; (T ; (BOOT::SPADCALL BOOT::|t1| BOOT::|t2| ; (BOOT::|shellEntry| BOOT::$ 36))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BTREE;setright!;3$;13| ; (BOOT::|t1| BOOT::|t2| BOOT::$) ; (BLOCK BOOT::|BTREE;setright!;3$;13| ; (COND ((NULL BOOT::|t1|) (BOOT::|error| "binaryTree:no right to set")) ; (T (BOOT::SPADCALL BOOT::|t1| BOOT::|t2| #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |BinaryTree| ...) ; compiling (DEFUN |BinaryTree;| ...) ; compiling (MAKEPROP (QUOTE |BinaryTree|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 5 notes ; /tmp/oa-b33eXb/code.fasl written ; compilation finished in 0:00:00.040 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FAGROUP.spad && cp FAGROUP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FAGROUP.fasl \ && if test -f FAGROUP-.NRLIB/code.fasl; then \ cp FAGROUP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FAGROUP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FAGROUP.spad using Spad compiler. FAGROUP abbreviates domain FreeAbelianGroup debug: compDefine1 lhs: (FreeAbelianGroup S) signature (pre-evaluate): ((Join (AbelianGroup) (Module (Integer)) (FreeAbelianMonoidCategory S (Integer)) (CATEGORY package (IF (has S (OrderedSet)) (ATTRIBUTE (OrderedSet)) %noBranch))) (SetCategory)) debug: evaluateType form: (Join (AbelianGroup) (Module (Integer)) (FreeAbelianMonoidCategory S (Integer)) (CATEGORY package (IF (has S (OrderedSet)) (ATTRIBUTE (OrderedSet)) %noBranch))) $param: (S) debug: evaluateType form: (AbelianGroup) $param: (S) Debug: evaluateType1 form: (AbelianGroup) debug: evaluateType form: (Module (Integer)) $param: (S) Debug: evaluateType1 form: (Module (Integer)) debug: evaluateType1 x: (Integer) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: (S) Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (CommutativeRing) debug: evaluateType form: (FreeAbelianMonoidCategory S (Integer)) $param: (S) Debug: evaluateType1 form: (FreeAbelianMonoidCategory S (Integer)) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: (Integer) m: (CancellationAbelianMonoid) debug: evaluateType1 categoryForm: (CancellationAbelianMonoid) debug: evaluateType form: (CancellationAbelianMonoid) $param: (S) Debug: evaluateType1 form: (CancellationAbelianMonoid) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (CancellationAbelianMonoid) debug: evaluateType form: (CATEGORY package (IF (has S (OrderedSet)) (ATTRIBUTE (OrderedSet)) %noBranch)) $param: (S) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Join (AbelianGroup) (Module (Integer)) (FreeAbelianMonoidCategory S (Integer)) (CATEGORY package (IF (has S (OrderedSet)) (ATTRIBUTE (OrderedSet)) %noBranch))) (SetCategory)) debug: compDefine1 lhs: (FreeAbelianGroup S) signature (pre-evaluate): ((Join (AbelianGroup) (Module (Integer)) (FreeAbelianMonoidCategory S (Integer)) (CATEGORY package (IF (has S (OrderedSet)) (ATTRIBUTE (OrderedSet)) %noBranch))) NIL) debug: evaluateType form: (Join (AbelianGroup) (Module (Integer)) (FreeAbelianMonoidCategory S (Integer)) (CATEGORY package (IF (has S (OrderedSet)) (ATTRIBUTE (OrderedSet)) %noBranch))) $param: (S) debug: evaluateType form: (AbelianGroup) $param: (S) Debug: evaluateType1 form: (AbelianGroup) debug: evaluateType form: (Module (Integer)) $param: (S) Debug: evaluateType1 form: (Module (Integer)) debug: evaluateType1 x: (Integer) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: (S) Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (CommutativeRing) debug: evaluateType form: (FreeAbelianMonoidCategory S (Integer)) $param: (S) Debug: evaluateType1 form: (FreeAbelianMonoidCategory S (Integer)) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: (Integer) m: (CancellationAbelianMonoid) debug: evaluateType1 categoryForm: (CancellationAbelianMonoid) debug: evaluateType form: (CancellationAbelianMonoid) $param: (S) Debug: evaluateType1 form: (CancellationAbelianMonoid) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (CancellationAbelianMonoid) debug: evaluateType form: (CATEGORY package (IF (has S (OrderedSet)) (ATTRIBUTE (OrderedSet)) %noBranch)) $param: (S) debug: compDefine1 signature (post evaluate): ((Join (AbelianGroup) (Module (Integer)) (FreeAbelianMonoidCategory S (Integer)) (CATEGORY package (IF (has S (OrderedSet)) (ATTRIBUTE (OrderedSet)) %noBranch))) NIL) ------------------------------------------------------------------------ initializing stationary directory for FreeAbelianGroup compiling into /tmp/oa-w47VbA compiling exported - : % -> % Time: 0.04 SEC. compiling local inmax : List Record(gen: S,exp: Integer) -> Record(gen: S,exp: Integer) Time: 0.01 SEC. compiling exported < : (%,%) -> Boolean Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] <: exp has no value [2] <: gen has no value Cumulative Statistics for Constructor FreeAbelianGroup Time: 0.09 seconds finalizing NRLIB FAGROUP Processing FreeAbelianGroup for Browser database: -- constructor ; compiling file "/tmp/oa-w47VbA/code.lsp" (written 01 FEB 2016 11:00:00 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FAGROUP;-;2$;1| ...) ; file: /tmp/oa-w47VbA/code.lsp ; in: DEFUN |FAGROUP;-;2$;1| ; #'(LAMBDA (BOOT::|#1| BOOT::$) (- BOOT::|#1|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |FAGROUP;inmax| ...) ; compiling (DEFUN |FAGROUP;<;2$B;3| ...) ; file: /tmp/oa-w47VbA/code.lsp ; in: DEFUN |FAGROUP;<;2$B;3| ; (DEFUN BOOT::|FAGROUP;<;2$B;3| (BOOT::|a| BOOT::|b| BOOT::$) ; (PROG (BOOT::|lc| BOOT::|tb|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FAGROUP;<;2$B;3| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|FAGROUP;<;2$B;3| ; (PROG (BOOT::|lc| BOOT::|tb|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FreeAbelianGroup| ...) ; compiling (DEFUN |FreeAbelianGroup;| ...) ; compiling (MAKEPROP (QUOTE |FreeAbelianGroup|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 1 note ; /tmp/oa-w47VbA/code.fasl written ; compilation finished in 0:00:00.034 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FGROUP.spad && cp FGROUP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FGROUP.fasl \ && if test -f FGROUP-.NRLIB/code.fasl; then \ cp FGROUP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FGROUP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FGROUP.spad using Spad compiler. FGROUP abbreviates domain FreeGroup debug: compDefine1 lhs: (FreeGroup S) signature (pre-evaluate): ((Join (Group) (RetractableTo S) (CATEGORY domain (SIGNATURE * ($ S $)) (SIGNATURE * ($ $ S)) (SIGNATURE ** ($ S (Integer))) (SIGNATURE size ((NonNegativeInteger) $)) (SIGNATURE nthExpon ((Integer) $ (Integer))) (SIGNATURE nthFactor (S $ (Integer))) (SIGNATURE mapExpon ($ (Mapping (Integer) (Integer)) $)) (SIGNATURE mapGen ($ (Mapping S S) $)) (SIGNATURE factors ((List (Record (: gen S) (: exp (Integer)))) $)))) (SetCategory)) debug: evaluateType form: (Join (Group) (RetractableTo S) (CATEGORY domain (SIGNATURE * ($ S $)) (SIGNATURE * ($ $ S)) (SIGNATURE ** ($ S (Integer))) (SIGNATURE size ((NonNegativeInteger) $)) (SIGNATURE nthExpon ((Integer) $ (Integer))) (SIGNATURE nthFactor (S $ (Integer))) (SIGNATURE mapExpon ($ (Mapping (Integer) (Integer)) $)) (SIGNATURE mapGen ($ (Mapping S S) $)) (SIGNATURE factors ((List (Record (: gen S) (: exp (Integer)))) $)))) $param: (S) debug: evaluateType form: (Group) $param: (S) Debug: evaluateType1 form: (Group) debug: evaluateType form: (RetractableTo S) $param: (S) Debug: evaluateType1 form: (RetractableTo S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE * ($ S $)) (SIGNATURE * ($ $ S)) (SIGNATURE ** ($ S (Integer))) (SIGNATURE size ((NonNegativeInteger) $)) (SIGNATURE nthExpon ((Integer) $ (Integer))) (SIGNATURE nthFactor (S $ (Integer))) (SIGNATURE mapExpon ($ (Mapping (Integer) (Integer)) $)) (SIGNATURE mapGen ($ (Mapping S S) $)) (SIGNATURE factors ((List (Record (: gen S) (: exp (Integer)))) $))) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (NonNegativeInteger) $param: (S) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Mapping (Integer) (Integer)) $param: (S) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Mapping S S) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (List (Record (: gen S) (: exp (Integer)))) $param: (S) Debug: evaluateType1 form: (List (Record (: gen S) (: exp (Integer)))) debug: evaluateType1 x: (Record (: gen S) (: exp (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: gen S) (: exp (Integer))) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: gen S) (: exp (Integer))) c: (Type) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Join (Group) (RetractableTo S) (CATEGORY domain (SIGNATURE * ($ S $)) (SIGNATURE * ($ $ S)) (SIGNATURE ** ($ S (Integer))) (SIGNATURE size ((NonNegativeInteger) $)) (SIGNATURE nthExpon ((Integer) $ (Integer))) (SIGNATURE nthFactor (S $ (Integer))) (SIGNATURE mapExpon ($ (Mapping (Integer) (Integer)) $)) (SIGNATURE mapGen ($ (Mapping S S) $)) (SIGNATURE factors ((List (Record (: gen S) (: exp (Integer)))) $)))) (SetCategory)) debug: compDefine1 lhs: (FreeGroup S) signature (pre-evaluate): ((Join (Group) (RetractableTo S) (CATEGORY domain (SIGNATURE * ($ S $)) (SIGNATURE * ($ $ S)) (SIGNATURE ** ($ S (Integer))) (SIGNATURE size ((NonNegativeInteger) $)) (SIGNATURE nthExpon ((Integer) $ (Integer))) (SIGNATURE nthFactor (S $ (Integer))) (SIGNATURE mapExpon ($ (Mapping (Integer) (Integer)) $)) (SIGNATURE mapGen ($ (Mapping S S) $)) (SIGNATURE factors ((List (Record (: gen S) (: exp (Integer)))) $)))) NIL) debug: evaluateType form: (Join (Group) (RetractableTo S) (CATEGORY domain (SIGNATURE * ($ S $)) (SIGNATURE * ($ $ S)) (SIGNATURE ** ($ S (Integer))) (SIGNATURE size ((NonNegativeInteger) $)) (SIGNATURE nthExpon ((Integer) $ (Integer))) (SIGNATURE nthFactor (S $ (Integer))) (SIGNATURE mapExpon ($ (Mapping (Integer) (Integer)) $)) (SIGNATURE mapGen ($ (Mapping S S) $)) (SIGNATURE factors ((List (Record (: gen S) (: exp (Integer)))) $)))) $param: (S) debug: evaluateType form: (Group) $param: (S) Debug: evaluateType1 form: (Group) debug: evaluateType form: (RetractableTo S) $param: (S) Debug: evaluateType1 form: (RetractableTo S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE * ($ S $)) (SIGNATURE * ($ $ S)) (SIGNATURE ** ($ S (Integer))) (SIGNATURE size ((NonNegativeInteger) $)) (SIGNATURE nthExpon ((Integer) $ (Integer))) (SIGNATURE nthFactor (S $ (Integer))) (SIGNATURE mapExpon ($ (Mapping (Integer) (Integer)) $)) (SIGNATURE mapGen ($ (Mapping S S) $)) (SIGNATURE factors ((List (Record (: gen S) (: exp (Integer)))) $))) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (NonNegativeInteger) $param: (S) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Mapping (Integer) (Integer)) $param: (S) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Mapping S S) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (List (Record (: gen S) (: exp (Integer)))) $param: (S) Debug: evaluateType1 form: (List (Record (: gen S) (: exp (Integer)))) debug: evaluateType1 x: (Record (: gen S) (: exp (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: gen S) (: exp (Integer))) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: gen S) (: exp (Integer))) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (Group) (RetractableTo S) (CATEGORY domain (SIGNATURE * ($ S $)) (SIGNATURE * ($ $ S)) (SIGNATURE ** ($ S (Integer))) (SIGNATURE size ((NonNegativeInteger) $)) (SIGNATURE nthExpon ((Integer) $ (Integer))) (SIGNATURE nthFactor (S $ (Integer))) (SIGNATURE mapExpon ($ (Mapping (Integer) (Integer)) $)) (SIGNATURE mapGen ($ (Mapping S S) $)) (SIGNATURE factors ((List (Record (: gen S) (: exp (Integer)))) $)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for FreeGroup compiling into /tmp/oa-BblZGN compiling exported One : () -> % FGROUP;One;$;1 is replaced by %nil Time: 0.04 SEC. compiling exported one? : % -> Boolean FGROUP;one?;$B;2 is replaced by %lempty? Time: 0.01 SEC. compiling exported ** : (S,Integer) -> % Time: 0 SEC. compiling exported * : (%,S) -> % Time: 0 SEC. compiling exported * : (S,%) -> % Time: 0 SEC. compiling exported inv : % -> % Time: 0.00 SEC. compiling exported factors : % -> List Record(gen: S,exp: Integer) FGROUP;factors;$L;7 is replaced by %lcopy Time: 0.00 SEC. compiling exported mapExpon : (Integer -> Integer,%) -> % Time: 0 SEC. compiling exported mapGen : (S -> S,%) -> % Time: 0 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. compiling exported * : (%,%) -> % Time: 0.09 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] OpenAxiom suggests removing assignment to Rep [2] one?: empty? has no value [3] *: gen has no value [4] *: exp has no value Cumulative Statistics for Constructor FreeGroup Time: 0.17 seconds --------------non extending category---------------------- FreeGroup #1 of category Join(Group,RetractableTo #1) with ?*? : (#1,%) -> % ?*? : (%,#1) -> % ?**? : (#1,Integer) -> % size : % -> NonNegativeInteger nthExpon : (%,Integer) -> Integer nthFactor : (%,Integer) -> #1 mapExpon : ((Integer -> Integer),%) -> % mapGen : ((#1 -> #1),%) -> % factors : % -> List Record(gen: #1,exp: Integer) has no outputForm : (%,((OutputForm,OutputForm) -> OutputForm),( (OutputForm,OutputForm) -> OutputForm),Integer) -> OutputForm ---------------------------------------------------------- finalizing NRLIB FGROUP Processing FreeGroup for Browser database: -- ?*? : (S,%) -> % -- ?*? : (%,S) -> % -- ?**? : (S,Integer) -> % -- size : % -> NonNegativeInteger -- nthExpon : (%,Integer) -> Integer -- nthFactor : (%,Integer) -> S -- mapExpon : ((Integer -> Integer),%) -> % -- mapGen : ((S -> S),%) -> % -- factors : % -> List Record(gen: S,exp: Integer) -- constructor ; compiling file "/tmp/oa-BblZGN/code.lsp" (written 01 FEB 2016 11:00:00 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FGROUP;One;$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FGROUP;one?;$B;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FGROUP;factors;$L;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FGROUP;One;$;1| ...) ; compiling (DEFUN |FGROUP;one?;$B;2| ...) ; compiling (DEFUN |FGROUP;**;SI$;3| ...) ; compiling (DEFUN |FGROUP;*;$S$;4| ...) ; compiling (DEFUN |FGROUP;*;S2$;5| ...) ; compiling (DEFUN |FGROUP;inv;2$;6| ...) ; file: /tmp/oa-BblZGN/code.lsp ; in: DEFUN |FGROUP;inv;2$;6| ; #'(LAMBDA (BOOT::|#1| BOOT::$) (- BOOT::|#1|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |FGROUP;factors;$L;7| ...) ; compiling (DEFUN |FGROUP;mapExpon;M2$;8| ...) ; compiling (DEFUN |FGROUP;mapGen;M2$;9| ...) ; compiling (DEFUN |FGROUP;coerce;$Of;10| ...) ; compiling (DEFUN |FGROUP;*;3$;11| ...) ; compiling (DEFUN |FreeGroup| ...) ; compiling (DEFUN |FreeGroup;| ...) ; compiling (MAKEPROP (QUOTE |FreeGroup|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; /tmp/oa-BblZGN/code.fasl written ; compilation finished in 0:00:00.054 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MODOP.spad && cp MODOP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MODOP.fasl \ && if test -f MODOP-.NRLIB/code.fasl; then \ cp MODOP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MODOP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MODOP.spad using Spad compiler. MODOP abbreviates domain ModuleOperator debug: compDefine1 lhs: (ModuleOperator R M) signature (pre-evaluate): ((Join (Ring) (RetractableTo R) (RetractableTo (BasicOperator)) (Eltable M M) (CATEGORY domain (IF (has R (CharacteristicZero)) (ATTRIBUTE (CharacteristicZero)) %noBranch) (IF (has R (CharacteristicNonZero)) (ATTRIBUTE (CharacteristicNonZero)) %noBranch) (IF (has R (CommutativeRing)) (PROGN (ATTRIBUTE (Algebra R)) (SIGNATURE adjoint ($ $)) (SIGNATURE adjoint ($ $ $)) (SIGNATURE conjug (R R))) %noBranch) (SIGNATURE evaluate ($ $ (Mapping M M))) (SIGNATURE evaluateInverse ($ $ (Mapping M M))) (SIGNATURE ** ($ (BasicOperator) (Integer))) (SIGNATURE ** ($ $ (Integer))) (SIGNATURE opeval (M (BasicOperator) M)) (SIGNATURE makeop ($ R (FreeGroup (BasicOperator)))))) (Ring) (LeftModule R)) debug: evaluateType form: (Join (Ring) (RetractableTo R) (RetractableTo (BasicOperator)) (Eltable M M) (CATEGORY domain (IF (has R (CharacteristicZero)) (ATTRIBUTE (CharacteristicZero)) %noBranch) (IF (has R (CharacteristicNonZero)) (ATTRIBUTE (CharacteristicNonZero)) %noBranch) (IF (has R (CommutativeRing)) (PROGN (ATTRIBUTE (Algebra R)) (SIGNATURE adjoint ($ $)) (SIGNATURE adjoint ($ $ $)) (SIGNATURE conjug (R R))) %noBranch) (SIGNATURE evaluate ($ $ (Mapping M M))) (SIGNATURE evaluateInverse ($ $ (Mapping M M))) (SIGNATURE ** ($ (BasicOperator) (Integer))) (SIGNATURE ** ($ $ (Integer))) (SIGNATURE opeval (M (BasicOperator) M)) (SIGNATURE makeop ($ R (FreeGroup (BasicOperator)))))) $param: (R M) debug: evaluateType form: (Ring) $param: (R M) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (RetractableTo R) $param: (R M) Debug: evaluateType1 form: (RetractableTo R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (RetractableTo (BasicOperator)) $param: (R M) Debug: evaluateType1 form: (RetractableTo (BasicOperator)) debug: evaluateType1 x: (BasicOperator) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R M) Debug: evaluateType1 form: (Type) debug: evaluateType form: (BasicOperator) $param: (R M) Debug: evaluateType1 form: (BasicOperator) debug: evalCategory d: (BasicOperator) c: (Type) debug: evaluateType form: (Eltable M M) $param: (R M) Debug: evaluateType1 form: (Eltable M M) debug: evaluateType1 x: M m: (Type) debug: evaluateType1 x: M m: (Type) debug: evaluateType form: (CATEGORY domain (IF (has R (CharacteristicZero)) (ATTRIBUTE (CharacteristicZero)) %noBranch) (IF (has R (CharacteristicNonZero)) (ATTRIBUTE (CharacteristicNonZero)) %noBranch) (IF (has R (CommutativeRing)) (PROGN (ATTRIBUTE (Algebra R)) (SIGNATURE adjoint ($ $)) (SIGNATURE adjoint ($ $ $)) (SIGNATURE conjug (R R))) %noBranch) (SIGNATURE evaluate ($ $ (Mapping M M))) (SIGNATURE evaluateInverse ($ $ (Mapping M M))) (SIGNATURE ** ($ (BasicOperator) (Integer))) (SIGNATURE ** ($ $ (Integer))) (SIGNATURE opeval (M (BasicOperator) M)) (SIGNATURE makeop ($ R (FreeGroup (BasicOperator))))) $param: (R M) debug: evaluateType form: (Mapping M M) $param: (R M) debug: evaluateType form: M $param: (R M) debug: evaluateType form: M $param: (R M) debug: evaluateType form: (Mapping M M) $param: (R M) debug: evaluateType form: M $param: (R M) debug: evaluateType form: M $param: (R M) debug: evaluateType form: (BasicOperator) $param: (R M) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (Integer) $param: (R M) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (R M) Debug: evaluateType1 form: (Integer) debug: evaluateType form: M $param: (R M) debug: evaluateType form: (BasicOperator) $param: (R M) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: M $param: (R M) debug: evaluateType form: R $param: (R M) debug: evaluateType form: (FreeGroup (BasicOperator)) $param: (R M) Debug: evaluateType1 form: (FreeGroup (BasicOperator)) debug: evaluateType1 x: (BasicOperator) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R M) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (BasicOperator) $param: (R M) Debug: evaluateType1 form: (BasicOperator) debug: evalCategory d: (BasicOperator) c: (SetCategory) debug: evaluateType form: (Ring) $param: (R M) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (LeftModule R) $param: (R M) Debug: evaluateType1 form: (LeftModule R) debug: evaluateType1 x: R m: (Rng) debug: compDefine1 signature (post evaluate): ((Join (Ring) (RetractableTo R) (RetractableTo (BasicOperator)) (Eltable M M) (CATEGORY domain (IF (has R (CharacteristicZero)) (ATTRIBUTE (CharacteristicZero)) %noBranch) (IF (has R (CharacteristicNonZero)) (ATTRIBUTE (CharacteristicNonZero)) %noBranch) (IF (has R (CommutativeRing)) (PROGN (ATTRIBUTE (Algebra R)) (SIGNATURE adjoint ($ $)) (SIGNATURE adjoint ($ $ $)) (SIGNATURE conjug (R R))) %noBranch) (SIGNATURE evaluate ($ $ (Mapping M M))) (SIGNATURE evaluateInverse ($ $ (Mapping M M))) (SIGNATURE ** ($ (BasicOperator) (Integer))) (SIGNATURE ** ($ $ (Integer))) (SIGNATURE opeval (M (BasicOperator) M)) (SIGNATURE makeop ($ R (FreeGroup (BasicOperator)))))) (Ring) (LeftModule R)) debug: compDefine1 lhs: (ModuleOperator R M) signature (pre-evaluate): ((Join (Ring) (RetractableTo R) (RetractableTo (BasicOperator)) (Eltable M M) (CATEGORY domain (IF (has R (CharacteristicZero)) (ATTRIBUTE (CharacteristicZero)) %noBranch) (IF (has R (CharacteristicNonZero)) (ATTRIBUTE (CharacteristicNonZero)) %noBranch) (IF (has R (CommutativeRing)) (PROGN (ATTRIBUTE (Algebra R)) (SIGNATURE adjoint ($ $)) (SIGNATURE adjoint ($ $ $)) (SIGNATURE conjug (R R))) %noBranch) (SIGNATURE evaluate ($ $ (Mapping M M))) (SIGNATURE evaluateInverse ($ $ (Mapping M M))) (SIGNATURE ** ($ (BasicOperator) (Integer))) (SIGNATURE ** ($ $ (Integer))) (SIGNATURE opeval (M (BasicOperator) M)) (SIGNATURE makeop ($ R (FreeGroup (BasicOperator)))))) NIL NIL) debug: evaluateType form: (Join (Ring) (RetractableTo R) (RetractableTo (BasicOperator)) (Eltable M M) (CATEGORY domain (IF (has R (CharacteristicZero)) (ATTRIBUTE (CharacteristicZero)) %noBranch) (IF (has R (CharacteristicNonZero)) (ATTRIBUTE (CharacteristicNonZero)) %noBranch) (IF (has R (CommutativeRing)) (PROGN (ATTRIBUTE (Algebra R)) (SIGNATURE adjoint ($ $)) (SIGNATURE adjoint ($ $ $)) (SIGNATURE conjug (R R))) %noBranch) (SIGNATURE evaluate ($ $ (Mapping M M))) (SIGNATURE evaluateInverse ($ $ (Mapping M M))) (SIGNATURE ** ($ (BasicOperator) (Integer))) (SIGNATURE ** ($ $ (Integer))) (SIGNATURE opeval (M (BasicOperator) M)) (SIGNATURE makeop ($ R (FreeGroup (BasicOperator)))))) $param: (R M) debug: evaluateType form: (Ring) $param: (R M) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (RetractableTo R) $param: (R M) Debug: evaluateType1 form: (RetractableTo R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (RetractableTo (BasicOperator)) $param: (R M) Debug: evaluateType1 form: (RetractableTo (BasicOperator)) debug: evaluateType1 x: (BasicOperator) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R M) Debug: evaluateType1 form: (Type) debug: evaluateType form: (BasicOperator) $param: (R M) Debug: evaluateType1 form: (BasicOperator) debug: evalCategory d: (BasicOperator) c: (Type) debug: evaluateType form: (Eltable M M) $param: (R M) Debug: evaluateType1 form: (Eltable M M) debug: evaluateType1 x: M m: (Type) debug: evaluateType1 x: M m: (Type) debug: evaluateType form: (CATEGORY domain (IF (has R (CharacteristicZero)) (ATTRIBUTE (CharacteristicZero)) %noBranch) (IF (has R (CharacteristicNonZero)) (ATTRIBUTE (CharacteristicNonZero)) %noBranch) (IF (has R (CommutativeRing)) (PROGN (ATTRIBUTE (Algebra R)) (SIGNATURE adjoint ($ $)) (SIGNATURE adjoint ($ $ $)) (SIGNATURE conjug (R R))) %noBranch) (SIGNATURE evaluate ($ $ (Mapping M M))) (SIGNATURE evaluateInverse ($ $ (Mapping M M))) (SIGNATURE ** ($ (BasicOperator) (Integer))) (SIGNATURE ** ($ $ (Integer))) (SIGNATURE opeval (M (BasicOperator) M)) (SIGNATURE makeop ($ R (FreeGroup (BasicOperator))))) $param: (R M) debug: evaluateType form: (Mapping M M) $param: (R M) debug: evaluateType form: M $param: (R M) debug: evaluateType form: M $param: (R M) debug: evaluateType form: (Mapping M M) $param: (R M) debug: evaluateType form: M $param: (R M) debug: evaluateType form: M $param: (R M) debug: evaluateType form: (BasicOperator) $param: (R M) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (Integer) $param: (R M) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (R M) Debug: evaluateType1 form: (Integer) debug: evaluateType form: M $param: (R M) debug: evaluateType form: (BasicOperator) $param: (R M) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: M $param: (R M) debug: evaluateType form: R $param: (R M) debug: evaluateType form: (FreeGroup (BasicOperator)) $param: (R M) Debug: evaluateType1 form: (FreeGroup (BasicOperator)) debug: evaluateType1 x: (BasicOperator) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R M) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (BasicOperator) $param: (R M) Debug: evaluateType1 form: (BasicOperator) debug: evalCategory d: (BasicOperator) c: (SetCategory) debug: compDefine1 signature (post evaluate): ((Join (Ring) (RetractableTo R) (RetractableTo (BasicOperator)) (Eltable M M) (CATEGORY domain (IF (has R (CharacteristicZero)) (ATTRIBUTE (CharacteristicZero)) %noBranch) (IF (has R (CharacteristicNonZero)) (ATTRIBUTE (CharacteristicNonZero)) %noBranch) (IF (has R (CommutativeRing)) (PROGN (ATTRIBUTE (Algebra R)) (SIGNATURE adjoint ($ $)) (SIGNATURE adjoint ($ $ $)) (SIGNATURE conjug (R R))) %noBranch) (SIGNATURE evaluate ($ $ (Mapping M M))) (SIGNATURE evaluateInverse ($ $ (Mapping M M))) (SIGNATURE ** ($ (BasicOperator) (Integer))) (SIGNATURE ** ($ $ (Integer))) (SIGNATURE opeval (M (BasicOperator) M)) (SIGNATURE makeop ($ R (FreeGroup (BasicOperator)))))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ModuleOperator compiling into /tmp/oa-lOA8Oh importing NoneFunctions1 $ importing BasicOperatorFunctions1 M compiling exported One : () -> % Time: 0.05 SEC. compiling exported coerce : Integer -> % Time: 0.01 SEC. compiling exported coerce : R -> % Time: 0.01 SEC. compiling exported coerce : BasicOperator -> % Time: 0.00 SEC. compiling local nocopy : BasicOperator -> % Time: 0.00 SEC. compiling exported elt : (%,M) -> M Time: 0.04 SEC. compiling local rmeval : (Record(coef: R,monom: FreeGroup BasicOperator),M) -> M Time: 0.01 SEC. compiling local termcopy : List Record(coef: R,monom: FreeGroup BasicOperator) -> List Record(coef: R,monom: FreeGroup BasicOperator) Time: 0.01 SEC. compiling exported characteristic : () -> NonNegativeInteger Time: 0.01 SEC. compiling local mkop : (R,FreeGroup BasicOperator) -> % Time: 0.01 SEC. compiling exported evaluate : (%,M -> M) -> % Time: 0.01 SEC. compiling exported makeop : (R,FreeGroup BasicOperator) -> % Time: 0.00 SEC. compiling exported makeop : (R,FreeGroup BasicOperator) -> % Time: 0 SEC. compiling local inv : List Record(coef: R,monom: FreeGroup BasicOperator) -> % Time: 0.16 SEC. compiling exported ** : (%,Integer) -> % Time: 0.05 SEC. compiling exported evaluateInverse : (%,M -> M) -> % Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Time: 0.07 SEC. compiling local trm2O : (Integer,List Record(coef: R,monom: FreeGroup BasicOperator)) -> OutputForm Time: 0.02 SEC. compiling local term2O : List Record(coef: R,monom: FreeGroup BasicOperator) -> OutputForm Time: 0.03 SEC. compiling local rm2O : (R,FreeGroup BasicOperator) -> OutputForm Time: 0.02 SEC. compiling exported * : (%,%) -> % Time: 0.07 SEC. compiling local termprod0 : (Integer,List Record(coef: R,monom: FreeGroup BasicOperator),List Record(coef: R,monom: FreeGroup BasicOperator)) -> % Time: 0.02 SEC. compiling local termprod : (Integer,List Record(coef: R,monom: FreeGroup BasicOperator),List Record(coef: R,monom: FreeGroup BasicOperator)) -> List Record(coef: R,monom: FreeGroup BasicOperator) Time: 0.07 SEC. compiling exported opeval : (BasicOperator,M) -> M Time: 0.09 SEC. compiling exported opeval : (BasicOperator,M) -> M Time: 0.06 SEC. compiling local opInvEval : (BasicOperator,M) -> M Time: 0.06 SEC. compiling local termeval : (List Record(coef: R,monom: FreeGroup BasicOperator),M) -> M Time: 0.01 SEC. compiling local monomeval : (FreeGroup BasicOperator,M) -> M Time: 0.04 SEC. compiling exported recip : % -> Union(%,failed) Time: 0.02 SEC. compiling exported retractIfCan : % -> Union(R,failed) Time: 0.05 SEC. compiling exported retractIfCan : % -> Union(BasicOperator,failed) Time: 0.04 SEC. compiling exported * : (R,%) -> % Time: 0.02 SEC. compiling exported * : (%,R) -> % Time: 0.01 SEC. compiling exported adjoint : % -> % Time: 0.04 SEC. compiling local rmadj : Record(coef: R,monom: FreeGroup BasicOperator) -> % Time: 0.02 SEC. compiling exported adjoint : (%,%) -> % Time: 0.02 SEC. compiling local termadj : List Record(coef: R,monom: FreeGroup BasicOperator) -> % Time: 0.02 SEC. compiling local monomadj : FreeGroup BasicOperator -> % Time: 0.06 SEC. compiling local opadj : BasicOperator -> % Time: 0.03 SEC. compiling exported conjug : R -> R Time: 0 SEC. compiling exported conjug : R -> R MODOP;conjug;2R;41 r is replaced by r Time: 0 SEC. (time taken in buildFunctor: 8) Time: 0.03 SEC. Warnings: [1] Type FreeGroup BasicOperator is not in scope. Import it [2] OpenAxiom suggests removing assignment to Rep [3] monomeval: reverse! has no value Cumulative Statistics for Constructor ModuleOperator Time: 1.33 seconds --------------non extending category---------------------- ModuleOperator(#1,#2) of category Join(Ring,RetractableTo #1, RetractableTo BasicOperator,Eltable(#2,#2)) with IF (has #1 (CharacteristicZero))(ATTRIBUTE (CharacteristicZero))%noBranchIF (has #1 (CharacteristicNonZero))(ATTRIBUTE (CharacteristicNonZero)) %noBranchIF(has #1 (CommutativeRing)) (PROGN (ATTRIBUTE (Algebra #1)) (SIGNATURE adjoint ($ $)) (SIGNATURE adjoint ($ $ $)) (SIGNATURE conjug (#1 #1))) %noBranch evaluate : (%,(#2 -> #2)) -> % evaluateInverse : (%,(#2 -> #2)) -> % ?**? : (BasicOperator,Integer) -> % ?**? : (%,Integer) -> % opeval : (BasicOperator,#2) -> #2 makeop : (#1,FreeGroup BasicOperator) -> % has no Module Integer ---------------------------------------------------------- finalizing NRLIB MODOP Processing ModuleOperator for Browser database: -- adjoint : % -> % -- adjoint : (%,%) -> % -- conjug : R -> R -- evaluate : (%,(M -> M)) -> % -- evaluateInverse : (%,(M -> M)) -> % -- ?**? : (OP,Integer) -> % -- ?**? : (%,Integer) -> % -- opeval : (OP,M) -> M -- makeop : (R,FG) -> % -- constructor ; compiling file "/tmp/oa-lOA8Oh/code.lsp" (written 01 FEB 2016 11:00:02 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MODOP;conjug;2R;41|) ...) ; compiling (DEFUN |MODOP;One;$;1| ...) ; compiling (DEFUN |MODOP;coerce;I$;2| ...) ; compiling (DEFUN |MODOP;coerce;R$;3| ...) ; compiling (DEFUN |MODOP;coerce;Bo$;4| ...) ; compiling (DEFUN |MODOP;nocopy| ...) ; compiling (DEFUN |MODOP;elt;$2M;6| ...) ; compiling (DEFUN |MODOP;rmeval| ...) ; compiling (DEFUN |MODOP;termcopy| ...) ; file: /tmp/oa-lOA8Oh/code.lsp ; in: DEFUN |MODOP;termcopy| ; (DEFUN BOOT::|MODOP;termcopy| (BOOT::|t| BOOT::$) ; (LET ((#:G836 BOOT::|t|) (#:G589 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G836 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MODOP;termcopy| ; (BOOT::|t| BOOT::$) ; (BLOCK BOOT::|MODOP;termcopy| ; (LET ((#:G836 BOOT::|t|) (#:G589 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |MODOP;characteristic;Nni;9| ...) ; file: /tmp/oa-lOA8Oh/code.lsp ; in: DEFUN |MODOP;characteristic;Nni;9| ; (DEFUN BOOT::|MODOP;characteristic;Nni;9| (BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 36)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MODOP;characteristic;Nni;9| ; (BOOT::$) ; (BLOCK BOOT::|MODOP;characteristic;Nni;9| ; (BOOT::|spadConstant| BOOT::$ 36))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |MODOP;mkop| ...) ; compiling (DEFUN |MODOP;evaluate;$M$;11| ...) ; compiling (DEFUN |MODOP;makeop;RFg$;12| ...) ; compiling (DEFUN |MODOP;makeop;RFg$;13| ...) ; compiling (DEFUN |MODOP;inv| ...) ; compiling (DEFUN |MODOP;**;$I$;15| ...) ; compiling (DEFUN |MODOP;evaluateInverse;$M$;16| ...) ; compiling (DEFUN |MODOP;coerce;$Of;17| ...) ; compiling (DEFUN |MODOP;trm2O| ...) ; compiling (DEFUN |MODOP;term2O| ...) ; compiling (DEFUN |MODOP;rm2O| ...) ; compiling (DEFUN |MODOP;*;3$;21| ...) ; compiling (DEFUN |MODOP;termprod0| ...) ; compiling (DEFUN |MODOP;termprod| ...) ; file: /tmp/oa-lOA8Oh/code.lsp ; in: DEFUN |MODOP;termprod| ; (DEFUN BOOT::|MODOP;termprod| (BOOT::|n| BOOT::|x| BOOT::|y| BOOT::$) ; (PROG (BOOT::|rm|) ; (RETURN ; (LET* (# #) ; (BOOT::SEQ # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MODOP;termprod| ; (BOOT::|n| BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|MODOP;termprod| ; (PROG (BOOT::|rm|) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |MODOP;opeval;Bo2M;24| ...) ; compiling (DEFUN |MODOP;opeval;Bo2M;25| ...) ; compiling (DEFUN |MODOP;opInvEval| ...) ; compiling (DEFUN |MODOP;termeval| ...) ; compiling (DEFUN |MODOP;monomeval| ...) ; compiling (DEFUN |MODOP;recip;$U;29| ...) ; compiling (DEFUN |MODOP;retractIfCan;$U;30| ...) ; compiling (DEFUN |MODOP;retractIfCan;$U;31| ...) ; file: /tmp/oa-lOA8Oh/code.lsp ; in: DEFUN |MODOP;retractIfCan;$U;31| ; (DEFUN BOOT::|MODOP;retractIfCan;$U;31| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|rm| BOOT::|t|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MODOP;retractIfCan;$U;31| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|MODOP;retractIfCan;$U;31| ; (PROG (BOOT::|rm| BOOT::|t|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |MODOP;*;R2$;32| ...) ; compiling (DEFUN |MODOP;*;$R$;33| ...) ; compiling (DEFUN |MODOP;adjoint;2$;34| ...) ; compiling (DEFUN |MODOP;rmadj| ...) ; compiling (DEFUN |MODOP;adjoint;3$;36| ...) ; compiling (DEFUN |MODOP;termadj| ...) ; compiling (DEFUN |MODOP;monomadj| ...) ; compiling (DEFUN |MODOP;opadj| ...) ; compiling (DEFUN |MODOP;conjug;2R;40| ...) ; compiling (DEFUN |MODOP;conjug;2R;41| ...) ; compiling (DEFUN |ModuleOperator| ...) ; compiling (DEFUN |ModuleOperator;| ...) ; compiling (MAKEPROP (QUOTE |ModuleOperator|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 4 notes ; /tmp/oa-lOA8Oh/code.fasl written ; compilation finished in 0:00:00.181 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FMONOID.spad && cp FMONOID.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FMONOID.fasl \ && if test -f FMONOID-.NRLIB/code.fasl; then \ cp FMONOID-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FMONOID-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FMONOID.spad using Spad compiler. FMONOID abbreviates domain FreeMonoid debug: compDefine1 lhs: (FreeMonoid S) signature (pre-evaluate): ((FreeMonoidCategory S) (SetCategory)) debug: evaluateType form: (FreeMonoidCategory S) $param: (S) Debug: evaluateType1 form: (FreeMonoidCategory S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((FreeMonoidCategory S) (SetCategory)) debug: compDefine1 lhs: (FreeMonoid S) signature (pre-evaluate): ((FreeMonoidCategory S) NIL) debug: evaluateType form: (FreeMonoidCategory S) $param: (S) Debug: evaluateType1 form: (FreeMonoidCategory S) debug: evaluateType1 x: S m: (SetCategory) debug: compDefine1 signature (post evaluate): ((FreeMonoidCategory S) NIL) ------------------------------------------------------------------------ initializing stationary directory for FreeMonoid compiling into /tmp/oa-90RTgX compiling exported One : () -> % FMONOID;One;$;1 is replaced by %nil Time: 0.06 SEC. compiling exported one? : % -> Boolean FMONOID;one?;$B;2 is replaced by %lempty? Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. compiling exported hcrf : (%,%) -> % Time: 0.00 SEC. compiling exported * : (%,S) -> % Time: 0 SEC. compiling exported * : (S,%) -> % Time: 0 SEC. compiling exported factors : % -> List Record(gen: S,exp: NonNegativeInteger) FMONOID;factors;$L;7 is replaced by %lcopy Time: 0.01 SEC. compiling exported mapExpon : (NonNegativeInteger -> NonNegativeInteger,%) -> % Time: 0 SEC. compiling exported mapGen : (S -> S,%) -> % Time: 0 SEC. compiling exported ** : (S,NonNegativeInteger) -> % Time: 0 SEC. compiling exported * : (%,%) -> % Time: 0.04 SEC. compiling exported overlap : (%,%) -> Record(lm: %,mm: %,rm: %) Time: 0.06 SEC. compiling exported divide : (%,%) -> Union(Record(lm: %,rm: %),failed) Time: 0.12 SEC. compiling exported hclf : (%,%) -> % Time: 0.03 SEC. compiling exported lquo : (%,%) -> Union(%,failed) Time: 0.04 SEC. compiling exported rquo : (%,%) -> Union(%,failed) Time: 0.00 SEC. compiling exported < : (%,%) -> Boolean Time: 0.18 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] OpenAxiom suggests removing assignment to Rep [2] one?: empty? has no value [3] overlap: gen has no value [4] overlap: exp has no value [5] overlap: l has no value [6] divide: # has no value [7] divide: gen has no value [8] divide: exp has no value [9] divide: l has no value [10] lquo: # has no value [11] <: gen has no value [12] <: exp has no value Cumulative Statistics for Constructor FreeMonoid Time: 0.58 seconds --------------non extending category---------------------- FreeMonoid #1 of category FreeMonoidCategory #1 has no outputForm : (%,((OutputForm,OutputForm) -> OutputForm),( (OutputForm,OutputForm) -> OutputForm),Integer) -> OutputForm ---------------------------------------------------------- finalizing NRLIB FMONOID Processing FreeMonoid for Browser database: -- constructor ; compiling file "/tmp/oa-90RTgX/code.lsp" (written 01 FEB 2016 11:00:03 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FMONOID;One;$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FMONOID;one?;$B;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FMONOID;factors;$L;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FMONOID;One;$;1| ...) ; compiling (DEFUN |FMONOID;one?;$B;2| ...) ; compiling (DEFUN |FMONOID;coerce;$Of;3| ...) ; compiling (DEFUN |FMONOID;hcrf;3$;4| ...) ; compiling (DEFUN |FMONOID;*;$S$;5| ...) ; compiling (DEFUN |FMONOID;*;S2$;6| ...) ; compiling (DEFUN |FMONOID;factors;$L;7| ...) ; compiling (DEFUN |FMONOID;mapExpon;M2$;8| ...) ; compiling (DEFUN |FMONOID;mapGen;M2$;9| ...) ; compiling (DEFUN |FMONOID;**;SNni$;10| ...) ; compiling (DEFUN |FMONOID;*;3$;11| ...) ; compiling (DEFUN |FMONOID;overlap;2$R;12| ...) ; compiling (DEFUN |FMONOID;divide;2$U;13| ...) ; file: /tmp/oa-90RTgX/code.lsp ; in: DEFUN |FMONOID;divide;2$U;13| ; (GO #:G740) ; ; note: deleting unreachable code ; compiling (DEFUN |FMONOID;hclf;3$;14| ...) ; compiling (DEFUN |FMONOID;lquo;2$U;15| ...) ; compiling (DEFUN |FMONOID;rquo;2$U;16| ...) ; compiling (DEFUN |FMONOID;<;2$B;17| ...) ; compiling (DEFUN |FreeMonoid| ...) ; compiling (DEFUN |FreeMonoid;| ...) ; compiling (MAKEPROP (QUOTE |FreeMonoid|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-90RTgX/code.fasl written ; compilation finished in 0:00:00.087 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile GDMP.spad && cp GDMP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GDMP.fasl \ && if test -f GDMP-.NRLIB/code.fasl; then \ cp GDMP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GDMP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GDMP.spad using Spad compiler. GDMP abbreviates domain GeneralDistributedMultivariatePolynomial debug: compDefine1 lhs: (GeneralDistributedMultivariatePolynomial vl R E) signature (pre-evaluate): ((Join (PolynomialCategory R E (OrderedVariableList vl)) (CATEGORY domain (SIGNATURE reorder ($ $ (List (Integer)))))) NIL NIL NIL) debug: evaluateType form: (Join (PolynomialCategory R E (OrderedVariableList vl)) (CATEGORY domain (SIGNATURE reorder ($ $ (List (Integer)))))) $param: (vl R E) debug: evaluateType form: (PolynomialCategory R E (OrderedVariableList vl)) $param: (vl R E) Debug: evaluateType1 form: (PolynomialCategory R E (OrderedVariableList vl)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: E m: (OrderedAbelianMonoidSup) debug: evaluateType1 x: (OrderedVariableList vl) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (vl R E) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList vl) $param: (vl R E) Debug: evaluateType1 form: (OrderedVariableList vl) debug: evaluateType1 x: vl m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList vl) c: (OrderedSet) debug: evaluateType form: (CATEGORY domain (SIGNATURE reorder ($ $ (List (Integer))))) $param: (vl R E) debug: evaluateType form: (List (Integer)) $param: (vl R E) Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (vl R E) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (vl R E) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (PolynomialCategory R E (OrderedVariableList vl)) (CATEGORY domain (SIGNATURE reorder ($ $ (List (Integer)))))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for GeneralDistributedMultivariatePolynomial compiling into /tmp/oa-ExDZ6N compiling exported zero? : % -> Boolean GDMP;zero?;$B;1 p is replaced by %peq(p,%nil) Time: 0.13 SEC. compiling exported totalDegree : % -> NonNegativeInteger Time: 0.04 SEC. compiling exported monomial : (%,OrderedVariableList vl,NonNegativeInteger) -> % Time: 0.02 SEC. compiling exported coerce : OrderedVariableList vl -> % Time: 0.00 SEC. compiling local listCoef : % -> List R Time: 0.02 SEC. compiling exported mainVariable : % -> Union(OrderedVariableList vl,failed) Time: 0.02 SEC. compiling exported ground? : % -> Boolean Time: 0.01 SEC. compiling exported retract : % -> R Time: 0.01 SEC. compiling exported retractIfCan : % -> Union(R,failed) Time: 0.01 SEC. compiling exported degree : (%,OrderedVariableList vl) -> NonNegativeInteger Time: 0.04 SEC. compiling exported minimumDegree : (%,OrderedVariableList vl) -> NonNegativeInteger Time: 0.03 SEC. compiling exported differentiate : (%,OrderedVariableList vl) -> % Time: 0.08 SEC. compiling exported degree : (%,List OrderedVariableList vl) -> List NonNegativeInteger Time: 0.04 SEC. compiling exported minimumDegree : (%,List OrderedVariableList vl) -> List NonNegativeInteger Time: 0.04 SEC. compiling exported numberOfMonomials : % -> NonNegativeInteger Time: 0.02 SEC. compiling exported monomial? : % -> Boolean Time: 0.02 SEC. compiling local maxNorm : % -> R Time: 0.04 SEC. compiling exported / : (%,R) -> % Time: 0.07 SEC. compiling exported variables : % -> List OrderedVariableList vl Time: 0.24 SEC. compiling exported reorder : (%,List Integer) -> % Time: 0.11 SEC. compiling exported univariate : (%,OrderedVariableList vl) -> SparseUnivariatePolynomial % Time: 0.06 SEC. compiling exported eval : (%,OrderedVariableList vl,%) -> % Time: 0.09 SEC. compiling exported eval : (%,OrderedVariableList vl,R) -> % Time: 0.02 SEC. compiling exported eval : (%,List OrderedVariableList vl,List R) -> % Time: 0.17 SEC. compiling local evalSortedVarlist : (%,List OrderedVariableList vl,List %) -> % Time: 0.08 SEC. compiling exported eval : (%,List OrderedVariableList vl,List %) -> % Time: 0.06 SEC. compiling exported multivariate : (SparseUnivariatePolynomial %,OrderedVariableList vl) -> % Time: 0.08 SEC. compiling exported univariate : % -> SparseUnivariatePolynomial R Time: 0.04 SEC. compiling exported multivariate : (SparseUnivariatePolynomial R,OrderedVariableList vl) -> % Time: 0.05 SEC. compiling exported content : % -> R Time: 0.01 SEC. compiling exported gcd : (%,%) -> % Time: 0.15 SEC. compiling exported gcd : (%,%) -> % Time: 0.00 SEC. compiling exported gcd : (%,%) -> % Time: 0.13 SEC. compiling exported coerce : % -> OutputForm Time: 0.74 SEC. (time taken in buildFunctor: 160) Time: 0.30 SEC. Warnings: [1] Rep differs from the base domain [2] zero?: : Rep -- replace by pretend [3] listCoef: : Rep -- replace by pretend [4] numberOfMonomials: : Rep -- replace by pretend [5] monomial?: : Rep -- replace by pretend [6] variables: : PositiveInteger -- should replace by @ [7] coerce: l has no value Cumulative Statistics for Constructor GeneralDistributedMultivariatePolynomial Time: 2.96 seconds --------------non extending category---------------------- GeneralDistributedMultivariatePolynomial(#1,#2,#3) of category PolynomialCategory(#2,#3,OrderedVariableList #1) with reorder : (%,List Integer) -> % has no IF(has#2IntegralDomain(),IF(has#3CancellationAbelianMonoid() ,fmecg: (%,#3,#2,%) -> %,%noBranch),%noBranch) ---------------------------------------------------------- finalizing NRLIB GDMP Processing GeneralDistributedMultivariatePolynomial for Browser database: -- reorder : (%,List Integer) -> % -- constructor ; compiling file "/tmp/oa-ExDZ6N/code.lsp" (written 01 FEB 2016 11:00:06 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |GDMP;zero?;$B;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |GDMP;zero?;$B;1| ...) ; compiling (DEFUN |GDMP;totalDegree;$Nni;2| ...) ; file: /tmp/oa-ExDZ6N/code.lsp ; in: DEFUN |GDMP;totalDegree;$Nni;2| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (+ BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; (DEFUN BOOT::|GDMP;totalDegree;$Nni;2| (BOOT::|p| BOOT::$) ; (COND ((NULL BOOT::|p|) 0) ; (T ; (LET (# # #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GDMP;totalDegree;$Nni;2| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|GDMP;totalDegree;$Nni;2| ; (COND ((NULL BOOT::|p|) 0) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |GDMP;monomial;$OvlNni$;3| ...) ; file: /tmp/oa-ExDZ6N/code.lsp ; in: DEFUN |GDMP;monomial;$OvlNni$;3| ; (DEFUN BOOT::|GDMP;monomial;$OvlNni$;3| ; (BOOT::|p| BOOT::|v| BOOT::|e| BOOT::$) ; (LET ((BOOT::|locv| (BOOT::SPADCALL BOOT::|v| #))) ; (BOOT::SPADCALL BOOT::|p| ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 33) ; (BOOT::SPADCALL # #) ; (BOOT::|shellEntry| BOOT::$ 36)) ; (BOOT::|shellEntry| BOOT::$ 37)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GDMP;monomial;$OvlNni$;3| ; (BOOT::|p| BOOT::|v| BOOT::|e| BOOT::$) ; (BLOCK BOOT::|GDMP;monomial;$OvlNni$;3| ; (LET ((BOOT::|locv| #)) ; (BOOT::SPADCALL BOOT::|p| (BOOT::SPADCALL # # #) ; (BOOT::|shellEntry| BOOT::$ 37))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |GDMP;coerce;Ovl$;4| ...) ; compiling (DEFUN |GDMP;listCoef| ...) ; file: /tmp/oa-ExDZ6N/code.lsp ; in: DEFUN |GDMP;listCoef| ; (LET ((BOOT::|rec| NIL)) ; (LET ((#:G799 BOOT::|p|) (#:G577 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G799 #)))) ; ; caught STYLE-WARNING: ; The variable |rec| is defined but never used. ; (DEFUN BOOT::|GDMP;listCoef| (BOOT::|p| BOOT::$) ; (LET ((BOOT::|rec| NIL)) ; (LET ((#:G799 BOOT::|p|) (#:G577 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GDMP;listCoef| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|GDMP;listCoef| ; (LET ((BOOT::|rec| NIL)) ; (LET (# #) ; (LOOP # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |GDMP;mainVariable;$U;6| ...) ; compiling (DEFUN |GDMP;ground?;$B;7| ...) ; compiling (DEFUN |GDMP;retract;$R;8| ...) ; compiling (DEFUN |GDMP;retractIfCan;$U;9| ...) ; compiling (DEFUN |GDMP;degree;$OvlNni;10| ...) ; file: /tmp/oa-ExDZ6N/code.lsp ; in: DEFUN |GDMP;degree;$OvlNni;10| ; (DEFUN BOOT::|GDMP;degree;$OvlNni;10| (BOOT::|p| BOOT::|v| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::|GDMP;univariate;$OvlSup;21| BOOT::|p| BOOT::|v| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 55))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GDMP;degree;$OvlNni;10| ; (BOOT::|p| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|GDMP;degree;$OvlNni;10| ; (BOOT::SPADCALL ; (BOOT::|GDMP;univariate;$OvlSup;21| BOOT::|p| BOOT::|v| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 55)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |GDMP;minimumDegree;$OvlNni;11| ...) ; file: /tmp/oa-ExDZ6N/code.lsp ; in: DEFUN |GDMP;minimumDegree;$OvlNni;11| ; (DEFUN BOOT::|GDMP;minimumDegree;$OvlNni;11| (BOOT::|p| BOOT::|v| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::|GDMP;univariate;$OvlSup;21| BOOT::|p| BOOT::|v| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 56))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GDMP;minimumDegree;$OvlNni;11| ; (BOOT::|p| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|GDMP;minimumDegree;$OvlNni;11| ; (BOOT::SPADCALL ; (BOOT::|GDMP;univariate;$OvlSup;21| BOOT::|p| BOOT::|v| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 56)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |GDMP;differentiate;$Ovl$;12| ...) ; compiling (DEFUN |GDMP;degree;$LL;13| ...) ; file: /tmp/oa-ExDZ6N/code.lsp ; in: DEFUN |GDMP;degree;$LL;13| ; (DEFUN BOOT::|GDMP;degree;$LL;13| (BOOT::|p| BOOT::|lv| BOOT::$) ; (LET ((#:G801 BOOT::|lv|) (#:G614 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G801 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GDMP;degree;$LL;13| ; (BOOT::|p| BOOT::|lv| BOOT::$) ; (BLOCK BOOT::|GDMP;degree;$LL;13| ; (LET ((#:G801 BOOT::|lv|) (#:G614 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS UNSIGNED-BYTE T)) &REST T). ; compiling (DEFUN |GDMP;minimumDegree;$LL;14| ...) ; file: /tmp/oa-ExDZ6N/code.lsp ; in: DEFUN |GDMP;minimumDegree;$LL;14| ; (DEFUN BOOT::|GDMP;minimumDegree;$LL;14| (BOOT::|p| BOOT::|lv| BOOT::$) ; (LET ((#:G802 BOOT::|lv|) (#:G617 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G802 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GDMP;minimumDegree;$LL;14| ; (BOOT::|p| BOOT::|lv| BOOT::$) ; (BLOCK BOOT::|GDMP;minimumDegree;$LL;14| ; (LET ((#:G802 BOOT::|lv|) (#:G617 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS UNSIGNED-BYTE T)) &REST T). ; compiling (DEFUN |GDMP;numberOfMonomials;$Nni;15| ...) ; file: /tmp/oa-ExDZ6N/code.lsp ; in: DEFUN |GDMP;numberOfMonomials;$Nni;15| ; (DEFUN BOOT::|GDMP;numberOfMonomials;$Nni;15| (BOOT::|p| BOOT::$) ; (LET ((BOOT::|l| BOOT::|p|)) ; (COND ((NULL BOOT::|l|) 1) (T (LIST-LENGTH BOOT::|l|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GDMP;numberOfMonomials;$Nni;15| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|GDMP;numberOfMonomials;$Nni;15| ; (LET ((BOOT::|l| BOOT::|p|)) ; (COND (# 1) (T #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |GDMP;monomial?;$B;16| ...) ; file: /tmp/oa-ExDZ6N/code.lsp ; in: DEFUN |GDMP;monomial?;$B;16| ; (DEFUN BOOT::|GDMP;monomial?;$B;16| (BOOT::|p| BOOT::$) ; (LET ((BOOT::|l| BOOT::|p|)) ; (OR (NULL BOOT::|l|) (NULL (CDR BOOT::|l|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GDMP;monomial?;$B;16| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|GDMP;monomial?;$B;16| ; (LET ((BOOT::|l| BOOT::|p|)) ; (OR (NULL BOOT::|l|) (NULL #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |GDMP;maxNorm| ...) ; file: /tmp/oa-ExDZ6N/code.lsp ; in: DEFUN |GDMP;maxNorm| ; (LET ((BOOT::|l| NIL) (BOOT::|m| (BOOT::|spadConstant| BOOT::$ 72))) ; (PROGN ; (LET ((#:G803 #)) ; (LOOP (COND # #) ; (SETQ #))) ; BOOT::|m|)) ; ; caught STYLE-WARNING: ; The variable |l| is defined but never used. ; compiling (DEFUN |GDMP;/;$R$;18| ...) ; file: /tmp/oa-ExDZ6N/code.lsp ; in: DEFUN |GDMP;/;$R$;18| ; (DEFUN BOOT::|GDMP;/;$R$;18| (BOOT::|p| BOOT::|r| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 75)) ; BOOT::|p| (BOOT::|shellEntry| BOOT::$ 76))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GDMP;/;$R$;18| ; (BOOT::|p| BOOT::|r| BOOT::$) ; (BLOCK BOOT::|GDMP;/;$R$;18| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 75)) BOOT::|p| ; (BOOT::|shellEntry| BOOT::$ 76)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |GDMP;variables;$L;19| ...) ; file: /tmp/oa-ExDZ6N/code.lsp ; in: DEFUN |GDMP;variables;$L;19| ; (DEFUN BOOT::|GDMP;variables;$L;19| (BOOT::|p| BOOT::$) ; (PROG (BOOT::|tdeg|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GDMP;variables;$L;19| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|GDMP;variables;$L;19| ; (PROG (BOOT::|tdeg|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |p| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |GDMP;reorder;$L$;20| ...) ; file: /tmp/oa-ExDZ6N/code.lsp ; in: DEFUN |GDMP;reorder;$L$;20| ; (DEFUN BOOT::|GDMP;reorder;$L$;20| (BOOT::|p| BOOT::|perm| BOOT::$) ; (COND ; ((BOOT::SPADCALL (LIST-LENGTH BOOT::|perm|) ; (BOOT::|shellEntry| BOOT::$ 15) ; (BOOT::|shellEntry| BOOT::$ 91)) ; (BOOT::|error| "must be a complete permutation of all vars")) ; (T ; (LET (#) ; (BOOT::SPADCALL # BOOT::|q| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GDMP;reorder;$L$;20| ; (BOOT::|p| BOOT::|perm| BOOT::$) ; (BLOCK BOOT::|GDMP;reorder;$L$;20| ; (COND ; ((BOOT::SPADCALL # # #) ; (BOOT::|error| "must be a complete permutation of all vars")) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |GDMP;reorder;$L$;20!0| ...) ; compiling (DEFUN |GDMP;univariate;$OvlSup;21| ...) ; compiling (DEFUN |GDMP;eval;$Ovl2$;22| ...) ; file: /tmp/oa-ExDZ6N/code.lsp ; in: DEFUN |GDMP;eval;$Ovl2$;22| ; (DEFUN BOOT::|GDMP;eval;$Ovl2$;22| (BOOT::|p| BOOT::|v| BOOT::|val| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::|GDMP;univariate;$OvlSup;21| BOOT::|p| BOOT::|v| BOOT::$) ; BOOT::|val| (BOOT::|shellEntry| BOOT::$ 99))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GDMP;eval;$Ovl2$;22| ; (BOOT::|p| BOOT::|v| BOOT::|val| BOOT::$) ; (BLOCK BOOT::|GDMP;eval;$Ovl2$;22| ; (BOOT::SPADCALL ; (BOOT::|GDMP;univariate;$OvlSup;21| BOOT::|p| BOOT::|v| BOOT::$) ; BOOT::|val| (BOOT::|shellEntry| BOOT::$ 99)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |GDMP;eval;$OvlR$;23| ...) ; compiling (DEFUN |GDMP;eval;$LL$;24| ...) ; compiling (DEFUN |GDMP;evalSortedVarlist| ...) ; file: /tmp/oa-ExDZ6N/code.lsp ; in: DEFUN |GDMP;evalSortedVarlist| ; (DEFUN BOOT::|GDMP;evalSortedVarlist| ; (BOOT::|p| BOOT::|Lvar| BOOT::|Lpval| BOOT::$) ; (PROG (BOOT::|pts| BOOT::|pval| BOOT::|mvar| BOOT::|pv|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GDMP;evalSortedVarlist| ; (BOOT::|p| BOOT::|Lvar| BOOT::|Lpval| BOOT::$) ; (BLOCK BOOT::|GDMP;evalSortedVarlist| ; (PROG (BOOT::|pts| BOOT::|pval| BOOT::|mvar| BOOT::|pv|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |GDMP;evalSortedVarlist!0| ...) ; compiling (DEFUN |GDMP;eval;$LL$;26| ...) ; compiling (DEFUN |GDMP;eval;$LL$;26!0| ...) ; compiling (DEFUN |GDMP;multivariate;SupOvl$;27| ...) ; file: /tmp/oa-ExDZ6N/code.lsp ; in: DEFUN |GDMP;multivariate;SupOvl$;27| ; (DEFUN BOOT::|GDMP;multivariate;SupOvl$;27| (BOOT::|p1| BOOT::|v| BOOT::$) ; (COND ; ((BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 96) BOOT::|p1| ; (BOOT::|shellEntry| BOOT::$ 128)) ; (BOOT::|spadConstant| BOOT::$ 24)) ; ((ZEROP (BOOT::SPADCALL BOOT::|p1| #)) ; (BOOT::SPADCALL BOOT::|p1| (BOOT::|shellEntry| BOOT::$ 130))) ; (T ; (BOOT::SPADCALL (BOOT::SPADCALL # # #) ; (BOOT::|GDMP;multivariate;SupOvl$;27| # BOOT::|v| ; BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 133))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GDMP;multivariate;SupOvl$;27| ; (BOOT::|p1| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|GDMP;multivariate;SupOvl$;27| ; (COND ; ((BOOT::SPADCALL # BOOT::|p1| #) (BOOT::|spadConstant| BOOT::$ 24)) ; ((ZEROP #) (BOOT::SPADCALL BOOT::|p1| #)) (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |GDMP;univariate;$Sup;28| ...) ; compiling (DEFUN |GDMP;multivariate;SupOvl$;29| ...) ; file: /tmp/oa-ExDZ6N/code.lsp ; in: DEFUN |GDMP;multivariate;SupOvl$;29| ; (DEFUN BOOT::|GDMP;multivariate;SupOvl$;29| (BOOT::|p| BOOT::|v| BOOT::$) ; (COND ; ((BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 136) BOOT::|p| ; (BOOT::|shellEntry| BOOT::$ 141)) ; (BOOT::|spadConstant| BOOT::$ 24)) ; (T ; (BOOT::SPADCALL (BOOT::SPADCALL # # #) ; (BOOT::|GDMP;multivariate;SupOvl$;29| # BOOT::|v| ; BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 133))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GDMP;multivariate;SupOvl$;29| ; (BOOT::|p| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|GDMP;multivariate;SupOvl$;29| ; (COND ; ((BOOT::SPADCALL # BOOT::|p| #) (BOOT::|spadConstant| BOOT::$ 24)) ; (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |GDMP;content;$R;30| ...) ; compiling (DEFUN |GDMP;gcd;3$;31| ...) ; file: /tmp/oa-ExDZ6N/code.lsp ; in: DEFUN |GDMP;gcd;3$;31| ; (DEFUN BOOT::|GDMP;gcd;3$;31| (BOOT::|p| BOOT::|q| BOOT::$) ; (PROG (BOOT::|qv|) ; (RETURN ; (LET (# #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GDMP;gcd;3$;31| ; (BOOT::|p| BOOT::|q| BOOT::$) ; (BLOCK BOOT::|GDMP;gcd;3$;31| ; (PROG (BOOT::|qv|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |GDMP;gcd;3$;32| ...) ; file: /tmp/oa-ExDZ6N/code.lsp ; in: DEFUN |GDMP;gcd;3$;32| ; (DEFUN BOOT::|GDMP;gcd;3$;32| (BOOT::|p| BOOT::|q| BOOT::$) ; (BOOT::SPADCALL BOOT::|p| BOOT::|q| (BOOT::|shellEntry| BOOT::$ 154))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GDMP;gcd;3$;32| ; (BOOT::|p| BOOT::|q| BOOT::$) ; (BLOCK BOOT::|GDMP;gcd;3$;32| ; (BOOT::SPADCALL BOOT::|p| BOOT::|q| (BOOT::|shellEntry| BOOT::$ 154)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |GDMP;gcd;3$;33| ...) ; file: /tmp/oa-ExDZ6N/code.lsp ; in: DEFUN |GDMP;gcd;3$;33| ; (DEFUN BOOT::|GDMP;gcd;3$;33| (BOOT::|p| BOOT::|q| BOOT::$) ; (PROG (BOOT::|qv|) ; (RETURN ; (LET (# #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GDMP;gcd;3$;33| ; (BOOT::|p| BOOT::|q| BOOT::$) ; (BLOCK BOOT::|GDMP;gcd;3$;33| ; (PROG (BOOT::|qv|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |GDMP;coerce;$Of;34| ...) ; compiling (DEFUN |GeneralDistributedMultivariatePolynomial| ...) ; compiling (DEFUN |GeneralDistributedMultivariatePolynomial;| ...) ; compiling (MAKEPROP (QUOTE |GeneralDistributedMultivariatePolynomial|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 6 STYLE-WARNING conditions ; printed 18 notes ; /tmp/oa-ExDZ6N/code.fasl written ; compilation finished in 0:00:00.234 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PARTPERM.spad && cp PARTPERM.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PARTPERM.fasl \ && if test -f PARTPERM-.NRLIB/code.fasl; then \ cp PARTPERM-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PARTPERM-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PARTPERM.spad using Spad compiler. PARTPERM abbreviates package PartitionsAndPermutations debug: compDefine1 lhs: (PartitionsAndPermutations) signature (pre-evaluate): ((CATEGORY package (SIGNATURE conjugate ((List (PositiveInteger)) (List (PositiveInteger)))) (SIGNATURE conjugates ((Stream (List (PositiveInteger))) (Stream (List (PositiveInteger))))) (SIGNATURE shuffle ((Stream (List (Integer))) (List (Integer)) (List (Integer)))) (SIGNATURE shufflein ((Stream (List (Integer))) (List (Integer)) (Stream (List (Integer))))) (SIGNATURE sequences ((Stream (List (Integer))) (List (Integer)) (List (Integer)))) (SIGNATURE sequences ((Stream (List (Integer))) (List (Integer)))) (SIGNATURE permutations ((Stream (List (Integer))) (Integer))))) debug: evaluateType form: (CATEGORY package (SIGNATURE conjugate ((List (PositiveInteger)) (List (PositiveInteger)))) (SIGNATURE conjugates ((Stream (List (PositiveInteger))) (Stream (List (PositiveInteger))))) (SIGNATURE shuffle ((Stream (List (Integer))) (List (Integer)) (List (Integer)))) (SIGNATURE shufflein ((Stream (List (Integer))) (List (Integer)) (Stream (List (Integer))))) (SIGNATURE sequences ((Stream (List (Integer))) (List (Integer)) (List (Integer)))) (SIGNATURE sequences ((Stream (List (Integer))) (List (Integer)))) (SIGNATURE permutations ((Stream (List (Integer))) (Integer)))) $param: NIL debug: evaluateType form: (List (PositiveInteger)) $param: NIL Debug: evaluateType1 form: (List (PositiveInteger)) debug: evaluateType1 x: (PositiveInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evalCategory d: (PositiveInteger) c: (Type) debug: evaluateType form: (List (PositiveInteger)) $param: NIL Debug: evaluateType1 form: (List (PositiveInteger)) debug: evaluateType1 x: (PositiveInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evalCategory d: (PositiveInteger) c: (Type) debug: evaluateType form: (Stream (List (PositiveInteger))) $param: NIL Debug: evaluateType1 form: (Stream (List (PositiveInteger))) debug: evaluateType1 x: (List (PositiveInteger)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (PositiveInteger)) $param: NIL Debug: evaluateType1 form: (List (PositiveInteger)) debug: evaluateType1 x: (PositiveInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evalCategory d: (PositiveInteger) c: (Type) debug: evalCategory d: (List (PositiveInteger)) c: (Type) debug: evaluateType form: (Stream (List (PositiveInteger))) $param: NIL Debug: evaluateType1 form: (Stream (List (PositiveInteger))) debug: evaluateType1 x: (List (PositiveInteger)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (PositiveInteger)) $param: NIL Debug: evaluateType1 form: (List (PositiveInteger)) debug: evaluateType1 x: (PositiveInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evalCategory d: (PositiveInteger) c: (Type) debug: evalCategory d: (List (PositiveInteger)) c: (Type) debug: evaluateType form: (Stream (List (Integer))) $param: NIL Debug: evaluateType1 form: (Stream (List (Integer))) debug: evaluateType1 x: (List (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Integer)) $param: NIL Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evalCategory d: (List (Integer)) c: (Type) debug: evaluateType form: (List (Integer)) $param: NIL Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (List (Integer)) $param: NIL Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (Stream (List (Integer))) $param: NIL Debug: evaluateType1 form: (Stream (List (Integer))) debug: evaluateType1 x: (List (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Integer)) $param: NIL Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evalCategory d: (List (Integer)) c: (Type) debug: evaluateType form: (List (Integer)) $param: NIL Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (Stream (List (Integer))) $param: NIL Debug: evaluateType1 form: (Stream (List (Integer))) debug: evaluateType1 x: (List (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Integer)) $param: NIL Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evalCategory d: (List (Integer)) c: (Type) debug: evaluateType form: (Stream (List (Integer))) $param: NIL Debug: evaluateType1 form: (Stream (List (Integer))) debug: evaluateType1 x: (List (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Integer)) $param: NIL Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evalCategory d: (List (Integer)) c: (Type) debug: evaluateType form: (List (Integer)) $param: NIL Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (List (Integer)) $param: NIL Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (Stream (List (Integer))) $param: NIL Debug: evaluateType1 form: (Stream (List (Integer))) debug: evaluateType1 x: (List (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Integer)) $param: NIL Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evalCategory d: (List (Integer)) c: (Type) debug: evaluateType form: (List (Integer)) $param: NIL Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (Stream (List (Integer))) $param: NIL Debug: evaluateType1 form: (Stream (List (Integer))) debug: evaluateType1 x: (List (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Integer)) $param: NIL Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evalCategory d: (List (Integer)) c: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE conjugate ((List (PositiveInteger)) (List (PositiveInteger)))) (SIGNATURE conjugates ((Stream (List (PositiveInteger))) (Stream (List (PositiveInteger))))) (SIGNATURE shuffle ((Stream (List (Integer))) (List (Integer)) (List (Integer)))) (SIGNATURE shufflein ((Stream (List (Integer))) (List (Integer)) (Stream (List (Integer))))) (SIGNATURE sequences ((Stream (List (Integer))) (List (Integer)) (List (Integer)))) (SIGNATURE sequences ((Stream (List (Integer))) (List (Integer)))) (SIGNATURE permutations ((Stream (List (Integer))) (Integer))))) ------------------------------------------------------------------------ initializing stationary directory for PartitionsAndPermutations compiling into /tmp/oa-RbJxCz compiling local nogreq : (Integer,List PositiveInteger) -> Integer Time: 0.04 SEC. compiling exported conjugate : List PositiveInteger -> List PositiveInteger Time: 0.02 SEC. compiling exported conjugates : Stream List PositiveInteger -> Stream List PositiveInteger Time: 0.01 SEC. compiling exported shuffle : (List Integer,List Integer) -> Stream List Integer Time: 0.03 SEC. compiling exported shufflein : (List Integer,Stream List Integer) -> Stream List Integer Time: 0.02 SEC. compiling local rpt : (Integer,Integer) -> List Integer Time: 0.01 SEC. compiling local zrpt : (List Integer,List Integer) -> Stream List Integer Time: 0.03 SEC. compiling exported sequences : (List Integer,List Integer) -> Stream List Integer Time: 0.02 SEC. compiling exported sequences : List Integer -> Stream List Integer Time: 0.02 SEC. compiling exported permutations : Integer -> Stream List Integer Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor PartitionsAndPermutations Time: 0.22 seconds finalizing NRLIB PARTPERM Processing PartitionsAndPermutations for Browser database: -- conjugate : L PI -> L PI -- conjugates : ST L PI -> ST L PI -- shuffle : (L I,L I) -> ST L I -- shufflein : (L I,ST L I) -> ST L I -- sequences : (L I,L I) -> ST L I -- sequences : L I -> ST L I -- permutations : I -> ST L I -- constructor ; compiling file "/tmp/oa-RbJxCz/code.lsp" (written 01 FEB 2016 11:00:07 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PARTPERM;nogreq| ...) ; file: /tmp/oa-RbJxCz/code.lsp ; in: DEFUN |PARTPERM;nogreq| ; (DEFUN BOOT::|PARTPERM;nogreq| (BOOT::|n| BOOT::|x| BOOT::$) ; (LET ((#:G545 NIL) (#:G546 T) (#:G576 BOOT::|x|)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G576 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PARTPERM;nogreq| ; (BOOT::|n| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|PARTPERM;nogreq| ; (LET ((#:G545 NIL) (#:G546 T) (#:G576 BOOT::|x|)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PARTPERM;conjugate;2L;2| ...) ; file: /tmp/oa-RbJxCz/code.lsp ; in: DEFUN |PARTPERM;conjugate;2L;2| ; (DEFUN BOOT::|PARTPERM;conjugate;2L;2| (BOOT::|x| BOOT::$) ; (COND ((NULL BOOT::|x|) NIL) ; (T ; (LET (# # #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PARTPERM;conjugate;2L;2| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|PARTPERM;conjugate;2L;2| ; (COND ((NULL BOOT::|x|) NIL) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS (INTEGER 1) T)) &REST T). ; compiling (DEFUN |PARTPERM;conjugates;2S;3| ...) ; compiling (DEFUN |PARTPERM;shuffle;2LS;4| ...) ; compiling (DEFUN |PARTPERM;shuffle;2LS;4!1| ...) ; compiling (DEFUN |PARTPERM;shuffle;2LS;4!0| ...) ; compiling (DEFUN |PARTPERM;shufflein;L2S;5| ...) ; compiling (DEFUN |PARTPERM;shufflein;L2S;5!0| ...) ; compiling (DEFUN |PARTPERM;rpt| ...) ; file: /tmp/oa-RbJxCz/code.lsp ; in: DEFUN |PARTPERM;rpt| ; (DEFUN BOOT::|PARTPERM;rpt| (BOOT::|n| BOOT::|m| BOOT::$) ; (LET ((BOOT::|i| 1) (#:G563 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ BOOT::|i| #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PARTPERM;rpt| ; (BOOT::|n| BOOT::|m| BOOT::$) ; (BLOCK BOOT::|PARTPERM;rpt| ; (LET ((BOOT::|i| 1) (#:G563 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS INTEGER T)) &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PARTPERM;zrpt| ...) ; compiling (DEFUN |PARTPERM;sequences;2LS;8| ...) ; compiling (DEFUN |PARTPERM;sequences;LS;9| ...) ; compiling (DEFUN |PARTPERM;permutations;IS;10| ...) ; compiling (DEFUN |PartitionsAndPermutations| ...) ; compiling (DEFUN |PartitionsAndPermutations;| ...) ; compiling (MAKEPROP (QUOTE |PartitionsAndPermutations|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 2 notes ; /tmp/oa-RbJxCz/code.fasl written ; compilation finished in 0:00:00.074 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile HDP.spad && cp HDP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/HDP.fasl \ && if test -f HDP-.NRLIB/code.fasl; then \ cp HDP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/HDP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/HDP.spad using Spad compiler. HDP abbreviates domain HomogeneousDirectProduct debug: compDefine1 lhs: (HomogeneousDirectProduct dim S) signature (pre-evaluate): ((DirectProductCategory dim S) NIL NIL) debug: evaluateType form: (DirectProductCategory dim S) $param: (dim S) Debug: evaluateType1 form: (DirectProductCategory dim S) debug: evaluateType1 x: dim m: (NonNegativeInteger) debug: evaluateType1 x: S m: (Type) debug: compDefine1 signature (post evaluate): ((DirectProductCategory dim S) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for HomogeneousDirectProduct compiling into /tmp/oa-5gGn9V compiling exported < : (%,%) -> Boolean Time: 0.09 SEC. (time taken in buildFunctor: 492) Time: 0.57 SEC. Warnings: [1] Rep differs from the base domain Cumulative Statistics for Constructor HomogeneousDirectProduct Time: 0.66 seconds finalizing NRLIB HDP Processing HomogeneousDirectProduct for Browser database: -- constructor ; compiling file "/tmp/oa-5gGn9V/code.lsp" (written 01 FEB 2016 11:00:08 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |HDP;<;2$B;1| ...) ; compiling (DEFUN |HomogeneousDirectProduct| ...) ; compiling (DEFUN |HomogeneousDirectProduct;| ...) ; compiling (MAKEPROP (QUOTE |HomogeneousDirectProduct|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-5gGn9V/code.fasl written ; compilation finished in 0:00:00.092 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile RMATCAT.spad && cp RMATCAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RMATCAT.fasl \ && if test -f RMATCAT-.NRLIB/code.fasl; then \ cp RMATCAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RMATCAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RMATCAT.spad using Spad compiler. RMATCAT abbreviates category RectangularMatrixCategory debug: compDefine1 lhs: (RectangularMatrixCategory m n R Row Col) signature (pre-evaluate): ((Category) NIL NIL NIL NIL NIL) debug: evaluateType form: (Category) $param: (m n R Row Col) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for RectangularMatrixCategory compiling into /tmp/oa-w09rr7 STYLE-WARNING: redefining BOOT::|RectangularMatrixCategory| in DEFUN Time: 0.04 SEC. RMATCAT- abbreviates package RectangularMatrixCategory& ------------------------------------------------------------------------ initializing stationary directory for RectangularMatrixCategory& compiling into /tmp/oa-WmFsLq compiling exported nrows : S -> NonNegativeInteger Time: 0.04 SEC. compiling exported ncols : S -> NonNegativeInteger Time: 0.00 SEC. compiling exported square? : S -> Boolean Time: 0 SEC. compiling exported diagonal? : S -> Boolean Time: 0.02 SEC. compiling exported symmetric? : S -> Boolean Time: 0.01 SEC. compiling exported antisymmetric? : S -> Boolean Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor RectangularMatrixCategory& Time: 0.10 seconds finalizing NRLIB RMATCAT- ; compiling file "/tmp/oa-WmFsLq/code.lsp" (written 01 FEB 2016 11:00:08 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RMATCAT-;nrows;$Nni;1| ...) ; file: /tmp/oa-WmFsLq/code.lsp ; in: DEFUN |RMATCAT-;nrows;$Nni;1| ; (DEFUN BOOT::|RMATCAT-;nrows;$Nni;1| (BOOT::|x| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 7)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RMATCAT-;nrows;$Nni;1| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|RMATCAT-;nrows;$Nni;1| (BOOT::|shellEntry| BOOT::$ 7))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |RMATCAT-;ncols;$Nni;2| ...) ; file: /tmp/oa-WmFsLq/code.lsp ; in: DEFUN |RMATCAT-;ncols;$Nni;2| ; (DEFUN BOOT::|RMATCAT-;ncols;$Nni;2| (BOOT::|x| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 8)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RMATCAT-;ncols;$Nni;2| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|RMATCAT-;ncols;$Nni;2| (BOOT::|shellEntry| BOOT::$ 8))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |RMATCAT-;square?;$B;3| ...) ; file: /tmp/oa-WmFsLq/code.lsp ; in: DEFUN |RMATCAT-;square?;$B;3| ; (DEFUN BOOT::|RMATCAT-;square?;$B;3| (BOOT::|x| BOOT::$) ; (EQL (BOOT::|shellEntry| BOOT::$ 7) (BOOT::|shellEntry| BOOT::$ 8))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RMATCAT-;square?;$B;3| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|RMATCAT-;square?;$B;3| ; (EQL (BOOT::|shellEntry| BOOT::$ 7) (BOOT::|shellEntry| BOOT::$ 8)))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |RMATCAT-;diagonal?;$B;4| ...) ; compiling (DEFUN |RMATCAT-;symmetric?;$B;5| ...) ; compiling (DEFUN |RMATCAT-;antisymmetric?;$B;6| ...) ; compiling (DEFUN |RectangularMatrixCategory&| ...) ; compiling (MAKEPROP (QUOTE |RectangularMatrixCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; /tmp/oa-WmFsLq/code.fasl written ; compilation finished in 0:00:00.040 ------------------------------------------------------------------------ finalizing NRLIB RMATCAT Processing RectangularMatrixCategory for Browser database: -- matrix : List List R -> % -- square? : % -> Boolean -- diagonal? : % -> Boolean -- symmetric? : % -> Boolean -- antisymmetric? : % -> Boolean -- minRowIndex : % -> Integer -- maxRowIndex : % -> Integer -- minColIndex : % -> Integer -- maxColIndex : % -> Integer -- nrows : % -> NonNegativeInteger -- ncols : % -> NonNegativeInteger -- listOfLists : % -> List List R -- elt : (%,Integer,Integer) -> R -- qelt : (%,Integer,Integer) -> R -- elt : (%,Integer,Integer,R) -> R -- row : (%,Integer) -> Row -- column : (%,Integer) -> Col -- map : (((R,R) -> R),%,%) -> % -- exquo : (%,R) -> Union(%,"failed") -- ?/? : (%,R) -> % -- rowEchelon : % -> % -- rank : % -> NonNegativeInteger -- nullity : % -> NonNegativeInteger -- nullSpace : % -> List Col -- constructor ; compiling file "/tmp/oa-w09rr7/code.lsp" (written 01 FEB 2016 11:00:08 PM): ; compiling (DEFPARAMETER |RectangularMatrixCategory;AL| ...) ; compiling (DEFUN |RectangularMatrixCategory;| ...) ; compiling (DEFUN |RectangularMatrixCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-w09rr7/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ICDEN.spad && cp ICDEN.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ICDEN.fasl \ && if test -f ICDEN-.NRLIB/code.fasl; then \ cp ICDEN-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ICDEN-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ICDEN.spad using Spad compiler. ICDEN abbreviates package InnerCommonDenominator debug: compDefine1 lhs: (InnerCommonDenominator R Q A B) signature (pre-evaluate): ((CATEGORY package (SIGNATURE commonDenominator (R B)) (SIGNATURE clearDenominator (A B)) (SIGNATURE splitDenominator ((Record (: num A) (: den R)) B))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE commonDenominator (R B)) (SIGNATURE clearDenominator (A B)) (SIGNATURE splitDenominator ((Record (: num A) (: den R)) B))) $param: (R Q A B) debug: evaluateType form: R $param: (R Q A B) debug: evaluateType form: B $param: (R Q A B) debug: evaluateType form: A $param: (R Q A B) debug: evaluateType form: B $param: (R Q A B) debug: evaluateType form: (Record (: num A) (: den R)) $param: (R Q A B) debug: evaluateType form: A $param: (R Q A B) debug: evaluateType form: R $param: (R Q A B) debug: evaluateType form: B $param: (R Q A B) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE commonDenominator (R B)) (SIGNATURE clearDenominator (A B)) (SIGNATURE splitDenominator ((Record (: num A) (: den R)) B))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for InnerCommonDenominator compiling into /tmp/oa-vbGU0z importing FiniteLinearAggregateFunctions2(Q,B,R,A) compiling exported clearDenominator : B -> A Time: 0.14 SEC. compiling exported splitDenominator : B -> Record(num: A,den: R) Time: 0.05 SEC. compiling exported commonDenominator : B -> R Time: 0.01 SEC. compiling exported commonDenominator : B -> R Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor InnerCommonDenominator Time: 0.21 seconds finalizing NRLIB ICDEN Processing InnerCommonDenominator for Browser database: -- commonDenominator : B -> R -- clearDenominator : B -> A -- splitDenominator : B -> Record(num: A,den: R) -- constructor ; compiling file "/tmp/oa-vbGU0z/code.lsp" (written 01 FEB 2016 11:00:09 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ICDEN;clearDenominator;BA;1| ...) ; compiling (DEFUN |ICDEN;clearDenominator;BA;1!0| ...) ; compiling (DEFUN |ICDEN;splitDenominator;BR;2| ...) ; compiling (DEFUN |ICDEN;splitDenominator;BR;2!0| ...) ; compiling (DEFUN |ICDEN;commonDenominator;BR;3| ...) ; compiling (DEFUN |ICDEN;commonDenominator;BR;4| ...) ; compiling (DEFUN |InnerCommonDenominator| ...) ; compiling (DEFUN |InnerCommonDenominator;| ...) ; compiling (MAKEPROP (QUOTE |InnerCommonDenominator|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-vbGU0z/code.fasl written ; compilation finished in 0:00:00.034 ------------------------------------------------------------------------ ================================== === layer 7 of 24 complete ====== ================================== ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile BSTREE.spad && cp BSTREE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/BSTREE.fasl \ && if test -f BSTREE-.NRLIB/code.fasl; then \ cp BSTREE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/BSTREE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/BSTREE.spad using Spad compiler. BSTREE abbreviates domain BinarySearchTree debug: compDefine1 lhs: (BinarySearchTree S) signature (pre-evaluate): ((Join (BinaryTreeCategory S) (CATEGORY domain (SIGNATURE binarySearchTree ($ (List S))) (SIGNATURE insert! ($ S $)) (SIGNATURE insertRoot! ($ S $)) (SIGNATURE split ((Record (: less $) (: greater $)) S $)))) (OrderedSet)) debug: evaluateType form: (Join (BinaryTreeCategory S) (CATEGORY domain (SIGNATURE binarySearchTree ($ (List S))) (SIGNATURE insert! ($ S $)) (SIGNATURE insertRoot! ($ S $)) (SIGNATURE split ((Record (: less $) (: greater $)) S $)))) $param: (S) debug: evaluateType form: (BinaryTreeCategory S) $param: (S) Debug: evaluateType1 form: (BinaryTreeCategory S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE binarySearchTree ($ (List S))) (SIGNATURE insert! ($ S $)) (SIGNATURE insertRoot! ($ S $)) (SIGNATURE split ((Record (: less $) (: greater $)) S $))) $param: (S) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Record (: less $) (: greater $)) $param: (S) debug: evaluateType form: $ $param: (S) debug: evaluateType form: $ $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (OrderedSet) $param: (S) Debug: evaluateType1 form: (OrderedSet) debug: compDefine1 signature (post evaluate): ((Join (BinaryTreeCategory S) (CATEGORY domain (SIGNATURE binarySearchTree ($ (List S))) (SIGNATURE insert! ($ S $)) (SIGNATURE insertRoot! ($ S $)) (SIGNATURE split ((Record (: less $) (: greater $)) S $)))) (OrderedSet)) debug: compDefine1 lhs: (BinarySearchTree S) signature (pre-evaluate): ((Join (BinaryTreeCategory S) (CATEGORY domain (SIGNATURE binarySearchTree ($ (List S))) (SIGNATURE insert! ($ S $)) (SIGNATURE insertRoot! ($ S $)) (SIGNATURE split ((Record (: less $) (: greater $)) S $)))) NIL) debug: evaluateType form: (Join (BinaryTreeCategory S) (CATEGORY domain (SIGNATURE binarySearchTree ($ (List S))) (SIGNATURE insert! ($ S $)) (SIGNATURE insertRoot! ($ S $)) (SIGNATURE split ((Record (: less $) (: greater $)) S $)))) $param: (S) debug: evaluateType form: (BinaryTreeCategory S) $param: (S) Debug: evaluateType1 form: (BinaryTreeCategory S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE binarySearchTree ($ (List S))) (SIGNATURE insert! ($ S $)) (SIGNATURE insertRoot! ($ S $)) (SIGNATURE split ((Record (: less $) (: greater $)) S $))) $param: (S) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Record (: less $) (: greater $)) $param: (S) debug: evaluateType form: $ $param: (S) debug: evaluateType form: $ $param: (S) debug: evaluateType form: S $param: (S) debug: compDefine1 signature (post evaluate): ((Join (BinaryTreeCategory S) (CATEGORY domain (SIGNATURE binarySearchTree ($ (List S))) (SIGNATURE insert! ($ S $)) (SIGNATURE insertRoot! ($ S $)) (SIGNATURE split ((Record (: less $) (: greater $)) S $)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for BinarySearchTree compiling into /tmp/oa-JM0XYO compiling exported binarySearchTree : List S -> % Time: 0.03 SEC. compiling exported insert! : (S,%) -> % Time: 0.01 SEC. compiling exported split : (S,%) -> Record(less: %,greater: %) Time: 0.00 SEC. compiling exported insertRoot! : (S,%) -> % Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.03 SEC. Warnings: [1] OpenAxiom suggests removing assignment to Rep Cumulative Statistics for Constructor BinarySearchTree Time: 0.07 seconds --------------non extending category---------------------- BinarySearchTree #1 of category BinaryTreeCategory #1 with binarySearchTree : List #1 -> % insert! : (#1,%) -> % insertRoot! : (#1,%) -> % split : (#1,%) -> Record(less: %,greater: %) has no binaryTree : #1 -> % ---------------------------------------------------------- finalizing NRLIB BSTREE Processing BinarySearchTree for Browser database: -- binarySearchTree : List S -> % -- insert! : (S,%) -> % -- insertRoot! : (S,%) -> % -- split : (S,%) -> Record(less: %,greater: %) -- constructor ; compiling file "/tmp/oa-JM0XYO/code.lsp" (written 01 FEB 2016 11:00:09 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |BSTREE;binarySearchTree;L$;1| ...) ; compiling (DEFUN |BSTREE;insert!;S2$;2| ...) ; compiling (DEFUN |BSTREE;split;S$R;3| ...) ; compiling (DEFUN |BSTREE;insertRoot!;S2$;4| ...) ; compiling (DEFUN |BinarySearchTree| ...) ; compiling (DEFUN |BinarySearchTree;| ...) ; compiling (MAKEPROP (QUOTE |BinarySearchTree|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-JM0XYO/code.fasl written ; compilation finished in 0:00:00.043 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile BTOURN.spad && cp BTOURN.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/BTOURN.fasl \ && if test -f BTOURN-.NRLIB/code.fasl; then \ cp BTOURN-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/BTOURN-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/BTOURN.spad using Spad compiler. BTOURN abbreviates domain BinaryTournament debug: compDefine1 lhs: (BinaryTournament S) signature (pre-evaluate): ((Join (BinaryTreeCategory S) (CATEGORY domain (SIGNATURE binaryTournament ($ (List S))) (SIGNATURE insert! ($ S $)))) (OrderedSet)) debug: evaluateType form: (Join (BinaryTreeCategory S) (CATEGORY domain (SIGNATURE binaryTournament ($ (List S))) (SIGNATURE insert! ($ S $)))) $param: (S) debug: evaluateType form: (BinaryTreeCategory S) $param: (S) Debug: evaluateType1 form: (BinaryTreeCategory S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE binaryTournament ($ (List S))) (SIGNATURE insert! ($ S $))) $param: (S) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: S $param: (S) debug: evaluateType form: (OrderedSet) $param: (S) Debug: evaluateType1 form: (OrderedSet) debug: compDefine1 signature (post evaluate): ((Join (BinaryTreeCategory S) (CATEGORY domain (SIGNATURE binaryTournament ($ (List S))) (SIGNATURE insert! ($ S $)))) (OrderedSet)) debug: compDefine1 lhs: (BinaryTournament S) signature (pre-evaluate): ((Join (BinaryTreeCategory S) (CATEGORY domain (SIGNATURE binaryTournament ($ (List S))) (SIGNATURE insert! ($ S $)))) NIL) debug: evaluateType form: (Join (BinaryTreeCategory S) (CATEGORY domain (SIGNATURE binaryTournament ($ (List S))) (SIGNATURE insert! ($ S $)))) $param: (S) debug: evaluateType form: (BinaryTreeCategory S) $param: (S) Debug: evaluateType1 form: (BinaryTreeCategory S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE binaryTournament ($ (List S))) (SIGNATURE insert! ($ S $))) $param: (S) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: S $param: (S) debug: compDefine1 signature (post evaluate): ((Join (BinaryTreeCategory S) (CATEGORY domain (SIGNATURE binaryTournament ($ (List S))) (SIGNATURE insert! ($ S $)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for BinaryTournament compiling into /tmp/oa-ejBJm9 compiling exported binaryTournament : List S -> % Time: 0.03 SEC. compiling exported insert! : (S,%) -> % Time: 0.01 SEC. (time taken in buildFunctor: 4) Time: 0.02 SEC. Warnings: [1] OpenAxiom suggests removing assignment to Rep Cumulative Statistics for Constructor BinaryTournament Time: 0.06 seconds --------------non extending category---------------------- BinaryTournament #1 of category BinaryTreeCategory #1 with binaryTournament : List #1 -> % insert! : (#1,%) -> % has no binaryTree : #1 -> % ---------------------------------------------------------- finalizing NRLIB BTOURN Processing BinaryTournament for Browser database: -- binaryTournament : List S -> % -- insert! : (S,%) -> % -- constructor ; compiling file "/tmp/oa-ejBJm9/code.lsp" (written 01 FEB 2016 11:00:09 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |BTOURN;binaryTournament;L$;1| ...) ; compiling (DEFUN |BTOURN;insert!;S2$;2| ...) ; compiling (DEFUN |BinaryTournament| ...) ; compiling (DEFUN |BinaryTournament;| ...) ; compiling (MAKEPROP (QUOTE |BinaryTournament|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-ejBJm9/code.fasl written ; compilation finished in 0:00:00.032 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FACTFUNC.spad && cp FACTFUNC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FACTFUNC.fasl \ && if test -f FACTFUNC-.NRLIB/code.fasl; then \ cp FACTFUNC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FACTFUNC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FACTFUNC.spad using Spad compiler. FACTFUNC abbreviates package FactoredFunctions debug: compDefine1 lhs: (FactoredFunctions M) signature (pre-evaluate): ((CATEGORY package (SIGNATURE nthRoot ((Record (: exponent (NonNegativeInteger)) (: coef M) (: radicand (List M))) (Factored M) (NonNegativeInteger))) (SIGNATURE log ((List (Record (: coef (NonNegativeInteger)) (: logand M))) (Factored M)))) (IntegralDomain)) debug: evaluateType form: (CATEGORY package (SIGNATURE nthRoot ((Record (: exponent (NonNegativeInteger)) (: coef M) (: radicand (List M))) (Factored M) (NonNegativeInteger))) (SIGNATURE log ((List (Record (: coef (NonNegativeInteger)) (: logand M))) (Factored M)))) $param: (M) debug: evaluateType form: (Record (: exponent (NonNegativeInteger)) (: coef M) (: radicand (List M))) $param: (M) debug: evaluateType form: (NonNegativeInteger) $param: (M) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: M $param: (M) debug: evaluateType form: (List M) $param: (M) Debug: evaluateType1 form: (List M) debug: evaluateType1 x: M m: (Type) debug: evaluateType form: (Factored M) $param: (M) Debug: evaluateType1 form: (Factored M) debug: evaluateType1 x: M m: (IntegralDomain) debug: evaluateType form: (NonNegativeInteger) $param: (M) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (List (Record (: coef (NonNegativeInteger)) (: logand M))) $param: (M) Debug: evaluateType1 form: (List (Record (: coef (NonNegativeInteger)) (: logand M))) debug: evaluateType1 x: (Record (: coef (NonNegativeInteger)) (: logand M)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (M) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: coef (NonNegativeInteger)) (: logand M)) $param: (M) debug: evaluateType form: (NonNegativeInteger) $param: (M) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: M $param: (M) debug: evalCategory d: (Record (: coef (NonNegativeInteger)) (: logand M)) c: (Type) debug: evaluateType form: (Factored M) $param: (M) Debug: evaluateType1 form: (Factored M) debug: evaluateType1 x: M m: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (M) Debug: evaluateType1 form: (IntegralDomain) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE nthRoot ((Record (: exponent (NonNegativeInteger)) (: coef M) (: radicand (List M))) (Factored M) (NonNegativeInteger))) (SIGNATURE log ((List (Record (: coef (NonNegativeInteger)) (: logand M))) (Factored M)))) (IntegralDomain)) debug: compDefine1 lhs: (FactoredFunctions M) signature (pre-evaluate): ((CATEGORY package (SIGNATURE nthRoot ((Record (: exponent (NonNegativeInteger)) (: coef M) (: radicand (List M))) (Factored M) (NonNegativeInteger))) (SIGNATURE log ((List (Record (: coef (NonNegativeInteger)) (: logand M))) (Factored M)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE nthRoot ((Record (: exponent (NonNegativeInteger)) (: coef M) (: radicand (List M))) (Factored M) (NonNegativeInteger))) (SIGNATURE log ((List (Record (: coef (NonNegativeInteger)) (: logand M))) (Factored M)))) $param: (M) debug: evaluateType form: (Record (: exponent (NonNegativeInteger)) (: coef M) (: radicand (List M))) $param: (M) debug: evaluateType form: (NonNegativeInteger) $param: (M) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: M $param: (M) debug: evaluateType form: (List M) $param: (M) Debug: evaluateType1 form: (List M) debug: evaluateType1 x: M m: (Type) debug: evaluateType form: (Factored M) $param: (M) Debug: evaluateType1 form: (Factored M) debug: evaluateType1 x: M m: (IntegralDomain) debug: evaluateType form: (NonNegativeInteger) $param: (M) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (List (Record (: coef (NonNegativeInteger)) (: logand M))) $param: (M) Debug: evaluateType1 form: (List (Record (: coef (NonNegativeInteger)) (: logand M))) debug: evaluateType1 x: (Record (: coef (NonNegativeInteger)) (: logand M)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (M) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: coef (NonNegativeInteger)) (: logand M)) $param: (M) debug: evaluateType form: (NonNegativeInteger) $param: (M) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: M $param: (M) debug: evalCategory d: (Record (: coef (NonNegativeInteger)) (: logand M)) c: (Type) debug: evaluateType form: (Factored M) $param: (M) Debug: evaluateType1 form: (Factored M) debug: evaluateType1 x: M m: (IntegralDomain) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE nthRoot ((Record (: exponent (NonNegativeInteger)) (: coef M) (: radicand (List M))) (Factored M) (NonNegativeInteger))) (SIGNATURE log ((List (Record (: coef (NonNegativeInteger)) (: logand M))) (Factored M)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for FactoredFunctions compiling into /tmp/oa-J072Gm compiling exported nthRoot : (Factored M,NonNegativeInteger) -> Record(exponent: NonNegativeInteger,coef: M,radicand: List M) Time: 0.18 SEC. compiling exported log : Factored M -> List Record(coef: NonNegativeInteger,logand: M) Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor FactoredFunctions Time: 0.21 seconds finalizing NRLIB FACTFUNC Processing FactoredFunctions for Browser database: -- nthRoot : (Factored M,N) -> Record(exponent: N,coef: M,radicand: List M) -- log : Factored M -> List Record(coef: N,logand: M) -- constructor ; compiling file "/tmp/oa-J072Gm/code.lsp" (written 01 FEB 2016 11:00:09 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FACTFUNC;nthRoot;FNniR;1| ...) ; file: /tmp/oa-J072Gm/code.lsp ; in: DEFUN |FACTFUNC;nthRoot;FNniR;1| ; (DEFUN BOOT::|FACTFUNC;nthRoot;FNniR;1| (BOOT::|ff| BOOT::|n| BOOT::$) ; (PROG (BOOT::|qr|) ; (RETURN ; (LET* (# # # #) ; (BOOT::SEQ # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FACTFUNC;nthRoot;FNniR;1| ; (BOOT::|ff| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|FACTFUNC;nthRoot;FNniR;1| ; (PROG (BOOT::|qr|) ; (RETURN ; (LET* # ; #))))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; UNSIGNED-BYTE ; ; compiling (DEFUN |FACTFUNC;log;FL;2| ...) ; file: /tmp/oa-J072Gm/code.lsp ; in: DEFUN |FACTFUNC;log;FL;2| ; (LET ((BOOT::|ans| ; (BOOT::SPADCALL BOOT::|ff| (BOOT::|shellEntry| BOOT::$ 9)))) ; (CONS (CONS 1 (BOOT::SPADCALL BOOT::|ff| (BOOT::|shellEntry| BOOT::$ 9))) ; (LET ((#:G605 #) (#:G588 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; caught STYLE-WARNING: ; The variable |ans| is defined but never used. ; compiling (DEFUN |FactoredFunctions| ...) ; compiling (DEFUN |FactoredFunctions;| ...) ; compiling (MAKEPROP (QUOTE |FactoredFunctions|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 1 note ; /tmp/oa-J072Gm/code.fasl written ; compilation finished in 0:00:00.036 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile TABLE.spad && cp TABLE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/TABLE.fasl \ && if test -f TABLE-.NRLIB/code.fasl; then \ cp TABLE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/TABLE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TABLE.spad using Spad compiler. TABLE abbreviates domain Table debug: compDefine1 lhs: (Table Key Entry) signature (pre-evaluate): ((TableAggregate Key Entry) (SetCategory) (SetCategory)) debug: evaluateType form: (TableAggregate Key Entry) $param: (Key Entry) Debug: evaluateType1 form: (TableAggregate Key Entry) debug: evaluateType1 x: Key m: (SetCategory) debug: evaluateType1 x: Entry m: (SetCategory) debug: evaluateType form: (SetCategory) $param: (Key Entry) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (SetCategory) $param: (Key Entry) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((TableAggregate Key Entry) (SetCategory) (SetCategory)) debug: compDefine1 lhs: (Table Key Entry) signature (pre-evaluate): ((TableAggregate Key Entry) NIL NIL) debug: evaluateType form: (TableAggregate Key Entry) $param: (Key Entry) Debug: evaluateType1 form: (TableAggregate Key Entry) debug: evaluateType1 x: Key m: (SetCategory) debug: evaluateType1 x: Entry m: (SetCategory) debug: compDefine1 signature (post evaluate): ((TableAggregate Key Entry) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for Table compiling into /tmp/oa-RbI0DG (time taken in buildFunctor: 144) Time: 0.24 SEC. Cumulative Statistics for Constructor Table Time: 0.24 seconds finalizing NRLIB TABLE Processing Table for Browser database: -- constructor ; compiling file "/tmp/oa-RbI0DG/code.lsp" (written 01 FEB 2016 11:00:10 PM): ; compiling (DEFUN |Table| ...) ; compiling (DEFUN |Table;| ...) ; compiling (MAKEPROP (QUOTE |Table|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-RbI0DG/code.fasl written ; compilation finished in 0:00:00.023 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ONECOMP.spad && cp ONECOMP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ONECOMP.fasl \ && if test -f ONECOMP-.NRLIB/code.fasl; then \ cp ONECOMP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ONECOMP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ONECOMP.spad using Spad compiler. ONECOMP abbreviates domain OnePointCompletion debug: compDefine1 lhs: (OnePointCompletion R) signature (pre-evaluate): ((Join (SetCategory) (FullyRetractableTo R) (CATEGORY domain (SIGNATURE infinity ($)) (SIGNATURE finite? ((Boolean) $)) (SIGNATURE infinite? ((Boolean) $)) (IF (has R (AbelianGroup)) (ATTRIBUTE (AbelianGroup)) %noBranch) (IF (has R (OrderedRing)) (ATTRIBUTE (OrderedRing)) %noBranch) (IF (has R (IntegerNumberSystem)) (PROGN (SIGNATURE rational? ((Boolean) $)) (SIGNATURE rational ((Fraction (Integer)) $)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) $))) %noBranch))) (SetCategory)) debug: evaluateType form: (Join (SetCategory) (FullyRetractableTo R) (CATEGORY domain (SIGNATURE infinity ($)) (SIGNATURE finite? ((Boolean) $)) (SIGNATURE infinite? ((Boolean) $)) (IF (has R (AbelianGroup)) (ATTRIBUTE (AbelianGroup)) %noBranch) (IF (has R (OrderedRing)) (ATTRIBUTE (OrderedRing)) %noBranch) (IF (has R (IntegerNumberSystem)) (PROGN (SIGNATURE rational? ((Boolean) $)) (SIGNATURE rational ((Fraction (Integer)) $)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) $))) %noBranch))) $param: (R) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (FullyRetractableTo R) $param: (R) Debug: evaluateType1 form: (FullyRetractableTo R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE infinity ($)) (SIGNATURE finite? ((Boolean) $)) (SIGNATURE infinite? ((Boolean) $)) (IF (has R (AbelianGroup)) (ATTRIBUTE (AbelianGroup)) %noBranch) (IF (has R (OrderedRing)) (ATTRIBUTE (OrderedRing)) %noBranch) (IF (has R (IntegerNumberSystem)) (PROGN (SIGNATURE rational? ((Boolean) $)) (SIGNATURE rational ((Fraction (Integer)) $)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) $))) %noBranch)) $param: (R) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (FullyRetractableTo R) (CATEGORY domain (SIGNATURE infinity ($)) (SIGNATURE finite? ((Boolean) $)) (SIGNATURE infinite? ((Boolean) $)) (IF (has R (AbelianGroup)) (ATTRIBUTE (AbelianGroup)) %noBranch) (IF (has R (OrderedRing)) (ATTRIBUTE (OrderedRing)) %noBranch) (IF (has R (IntegerNumberSystem)) (PROGN (SIGNATURE rational? ((Boolean) $)) (SIGNATURE rational ((Fraction (Integer)) $)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) $))) %noBranch))) (SetCategory)) debug: compDefine1 lhs: (OnePointCompletion R) signature (pre-evaluate): ((Join (SetCategory) (FullyRetractableTo R) (CATEGORY domain (SIGNATURE infinity ($)) (SIGNATURE finite? ((Boolean) $)) (SIGNATURE infinite? ((Boolean) $)) (IF (has R (AbelianGroup)) (ATTRIBUTE (AbelianGroup)) %noBranch) (IF (has R (OrderedRing)) (ATTRIBUTE (OrderedRing)) %noBranch) (IF (has R (IntegerNumberSystem)) (PROGN (SIGNATURE rational? ((Boolean) $)) (SIGNATURE rational ((Fraction (Integer)) $)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) $))) %noBranch))) NIL) debug: evaluateType form: (Join (SetCategory) (FullyRetractableTo R) (CATEGORY domain (SIGNATURE infinity ($)) (SIGNATURE finite? ((Boolean) $)) (SIGNATURE infinite? ((Boolean) $)) (IF (has R (AbelianGroup)) (ATTRIBUTE (AbelianGroup)) %noBranch) (IF (has R (OrderedRing)) (ATTRIBUTE (OrderedRing)) %noBranch) (IF (has R (IntegerNumberSystem)) (PROGN (SIGNATURE rational? ((Boolean) $)) (SIGNATURE rational ((Fraction (Integer)) $)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) $))) %noBranch))) $param: (R) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (FullyRetractableTo R) $param: (R) Debug: evaluateType1 form: (FullyRetractableTo R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE infinity ($)) (SIGNATURE finite? ((Boolean) $)) (SIGNATURE infinite? ((Boolean) $)) (IF (has R (AbelianGroup)) (ATTRIBUTE (AbelianGroup)) %noBranch) (IF (has R (OrderedRing)) (ATTRIBUTE (OrderedRing)) %noBranch) (IF (has R (IntegerNumberSystem)) (PROGN (SIGNATURE rational? ((Boolean) $)) (SIGNATURE rational ((Fraction (Integer)) $)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) $))) %noBranch)) $param: (R) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (FullyRetractableTo R) (CATEGORY domain (SIGNATURE infinity ($)) (SIGNATURE finite? ((Boolean) $)) (SIGNATURE infinite? ((Boolean) $)) (IF (has R (AbelianGroup)) (ATTRIBUTE (AbelianGroup)) %noBranch) (IF (has R (OrderedRing)) (ATTRIBUTE (OrderedRing)) %noBranch) (IF (has R (IntegerNumberSystem)) (PROGN (SIGNATURE rational? ((Boolean) $)) (SIGNATURE rational ((Fraction (Integer)) $)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) $))) %noBranch))) NIL) ------------------------------------------------------------------------ initializing stationary directory for OnePointCompletion compiling into /tmp/oa-lnQ5rf compiling exported coerce : R -> % ONECOMP;coerce;R$;1 r is replaced by %pair(0,r) Time: 0.02 SEC. compiling exported retract : % -> R Time: 0.01 SEC. compiling exported finite? : % -> Boolean ONECOMP;finite?;$B;3 x is replaced by %ieq(%head x,0) Time: 0 SEC. compiling exported infinite? : % -> Boolean ONECOMP;infinite?;$B;4 x is replaced by %ieq(%head x,1) Time: 0 SEC. compiling exported infinity : () -> % ONECOMP;infinity;$;5 is replaced by %pair(1,"infinity") Time: 0.00 SEC. compiling exported retractIfCan : % -> Union(R,failed) ONECOMP;retractIfCan;$U;6 x is replaced by %when( %pair(0,%tail x),%otherwise %pair(1,"failed")) Time: 0 SEC. compiling exported coerce : % -> OutputForm Time: 0.00 SEC. compiling exported = : (%,%) -> Boolean Time: 0.01 SEC. compiling exported Zero : () -> % Time: 0 SEC. compiling exported * : (Integer,%) -> % Time: 0.01 SEC. compiling exported - : % -> % Time: 0.01 SEC. compiling exported + : (%,%) -> % Time: 0.00 SEC. compiling exported One : () -> % Time: 0.00 SEC. compiling exported characteristic : () -> NonNegativeInteger Time: 0.00 SEC. compiling local fininf : R -> % Time: 0.00 SEC. compiling exported * : (%,%) -> % Time: 0.01 SEC. compiling exported recip : % -> Union(%,failed) Time: 0.00 SEC. compiling exported < : (%,%) -> Boolean Time: 0.01 SEC. compiling exported rational? : % -> Boolean ONECOMP;rational?;$B;19 x is replaced by %ieq(%head x,0) Time: 0.02 SEC. compiling exported rational : % -> Fraction Integer Time: 0.01 SEC. compiling exported rationalIfCan : % -> Union(Fraction Integer,failed) Time: 0.01 SEC. compiling exported before? : (%,%) -> Boolean Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.03 SEC. Cumulative Statistics for Constructor OnePointCompletion Time: 0.18 seconds finalizing NRLIB ONECOMP Processing OnePointCompletion for Browser database: -- infinity : () -> % -- finite? : % -> B -- infinite? : % -> B -- rational? : % -> Boolean -- rational : % -> Fraction Integer -- rationalIfCan : % -> Union(Fraction Integer,"failed") -- constructor ; compiling file "/tmp/oa-lnQ5rf/code.lsp" (written 01 FEB 2016 11:00:10 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ONECOMP;coerce;R$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ONECOMP;finite?;$B;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ONECOMP;infinite?;$B;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ONECOMP;infinity;$;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ONECOMP;retractIfCan;$U;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ONECOMP;rational?;$B;19|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ONECOMP;retract;$R;2|) ...) ; compiling (DEFUN |ONECOMP;coerce;R$;1| ...) ; compiling (DEFUN |ONECOMP;retract;$R;2| ...) ; file: /tmp/oa-lnQ5rf/code.lsp ; in: DEFUN |ONECOMP;retract;$R;2| ; (DEFUN BOOT::|ONECOMP;retract;$R;2| (BOOT::|x| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|x|)) (CDR BOOT::|x|)) ; (T (BOOT::|error| "Not finite")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ONECOMP;retract;$R;2| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ONECOMP;retract;$R;2| ; (COND ((ZEROP #) (CDR BOOT::|x|)) (T (BOOT::|error| "Not finite"))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |ONECOMP;finite?;$B;3| ...) ; compiling (DEFUN |ONECOMP;infinite?;$B;4| ...) ; compiling (DEFUN |ONECOMP;infinity;$;5| ...) ; compiling (DEFUN |ONECOMP;retractIfCan;$U;6| ...) ; compiling (DEFUN |ONECOMP;coerce;$Of;7| ...) ; compiling (DEFUN |ONECOMP;=;2$B;8| ...) ; file: /tmp/oa-lnQ5rf/code.lsp ; in: DEFUN |ONECOMP;=;2$B;8| ; (DEFUN BOOT::|ONECOMP;=;2$B;8| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ((EQL (CAR BOOT::|x|) 1) (EQL (CAR BOOT::|y|) 1)) ; ((EQL (CAR BOOT::|y|) 1) NIL) ; (T ; (BOOT::SPADCALL (CDR BOOT::|x|) (CDR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 20))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ONECOMP;=;2$B;8| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|ONECOMP;=;2$B;8| ; (COND ((EQL # 1) (EQL # 1)) ((EQL # 1) NIL) ; (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |ONECOMP;Zero;$;9| ...) ; compiling (DEFUN |ONECOMP;*;I2$;10| ...) ; file: /tmp/oa-lnQ5rf/code.lsp ; in: DEFUN |ONECOMP;*;I2$;10| ; (DEFUN BOOT::|ONECOMP;*;I2$;10| (BOOT::|n| BOOT::|x| BOOT::$) ; (COND ((EQL (CAR BOOT::|x|) 1) (COND (# #) (T #))) ; (T (CONS 0 (BOOT::SPADCALL BOOT::|n| # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ONECOMP;*;I2$;10| ; (BOOT::|n| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ONECOMP;*;I2$;10| ; (COND ((EQL # 1) (COND # #)) (T (CONS 0 #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |ONECOMP;-;2$;11| ...) ; file: /tmp/oa-lnQ5rf/code.lsp ; in: DEFUN |ONECOMP;-;2$;11| ; (DEFUN BOOT::|ONECOMP;-;2$;11| (BOOT::|x| BOOT::$) ; (COND ((EQL (CAR BOOT::|x|) 1) (BOOT::|error| "Undefined inverse")) ; (T (CONS 0 (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ONECOMP;-;2$;11| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ONECOMP;-;2$;11| ; (COND ((EQL # 1) (BOOT::|error| "Undefined inverse")) (T (CONS 0 #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |ONECOMP;+;3$;12| ...) ; compiling (DEFUN |ONECOMP;One;$;13| ...) ; compiling (DEFUN |ONECOMP;characteristic;Nni;14| ...) ; file: /tmp/oa-lnQ5rf/code.lsp ; in: DEFUN |ONECOMP;characteristic;Nni;14| ; (DEFUN BOOT::|ONECOMP;characteristic;Nni;14| (BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 35)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ONECOMP;characteristic;Nni;14| ; (BOOT::$) ; (BLOCK BOOT::|ONECOMP;characteristic;Nni;14| ; (BOOT::|spadConstant| BOOT::$ 35))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |ONECOMP;fininf| ...) ; file: /tmp/oa-lnQ5rf/code.lsp ; in: DEFUN |ONECOMP;fininf| ; (DEFUN BOOT::|ONECOMP;fininf| (BOOT::|r| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 37)) ; (BOOT::|error| "Undefined product")) ; (T (CONS 1 "infinity")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ONECOMP;fininf| ; (BOOT::|r| BOOT::$) ; (BLOCK BOOT::|ONECOMP;fininf| ; (COND ; ((BOOT::SPADCALL BOOT::|r| #) (BOOT::|error| "Undefined product")) ; (T (CONS 1 "infinity"))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |ONECOMP;*;3$;16| ...) ; compiling (DEFUN |ONECOMP;recip;$U;17| ...) ; compiling (DEFUN |ONECOMP;<;2$B;18| ...) ; file: /tmp/oa-lnQ5rf/code.lsp ; in: DEFUN |ONECOMP;<;2$B;18| ; (DEFUN BOOT::|ONECOMP;<;2$B;18| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ((EQL (CAR BOOT::|x|) 1) NIL) ((EQL (CAR BOOT::|y|) 1) T) ; (T ; (BOOT::SPADCALL (CDR BOOT::|x|) (CDR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 44))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ONECOMP;<;2$B;18| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|ONECOMP;<;2$B;18| ; (COND ((EQL # 1) NIL) ((EQL # 1) T) (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |ONECOMP;rational?;$B;19| ...) ; compiling (DEFUN |ONECOMP;rational;$F;20| ...) ; compiling (DEFUN |ONECOMP;rationalIfCan;$U;21| ...) ; compiling (DEFUN |ONECOMP;before?;2$B;22| ...) ; file: /tmp/oa-lnQ5rf/code.lsp ; in: DEFUN |ONECOMP;before?;2$B;22| ; (DEFUN BOOT::|ONECOMP;before?;2$B;22| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ((EQL (CAR BOOT::|x|) 1) NIL) ((EQL (CAR BOOT::|y|) 1) T) ; (T ; (BOOT::SPADCALL (CDR BOOT::|x|) (CDR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 52))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ONECOMP;before?;2$B;22| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|ONECOMP;before?;2$B;22| ; (COND ((EQL # 1) NIL) ((EQL # 1) T) (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |OnePointCompletion| ...) ; compiling (DEFUN |OnePointCompletion;| ...) ; compiling (MAKEPROP (QUOTE |OnePointCompletion|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 7 notes ; /tmp/oa-lnQ5rf/code.fasl written ; compilation finished in 0:00:00.105 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FR2.spad && cp FR2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FR2.fasl \ && if test -f FR2-.NRLIB/code.fasl; then \ cp FR2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FR2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FR2.spad using Spad compiler. FR2 abbreviates package FactoredFunctions2 debug: compDefine1 lhs: (FactoredFunctions2 R S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((Factored S) (Mapping S R) (Factored R)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((Factored S) (Mapping S R) (Factored R)))) $param: (R S) debug: evaluateType form: (Factored S) $param: (R S) Debug: evaluateType1 form: (Factored S) debug: evaluateType1 x: S m: (IntegralDomain) debug: evaluateType form: (Mapping S R) $param: (R S) debug: evaluateType form: S $param: (R S) debug: evaluateType form: R $param: (R S) debug: evaluateType form: (Factored R) $param: (R S) Debug: evaluateType1 form: (Factored R) debug: evaluateType1 x: R m: (IntegralDomain) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((Factored S) (Mapping S R) (Factored R)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FactoredFunctions2 compiling into /tmp/oa-wnmpRJ compiling exported map : (R -> S,Factored R) -> Factored S Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor FactoredFunctions2 Time: 0.04 seconds finalizing NRLIB FR2 Processing FactoredFunctions2 for Browser database: -- map : ((R -> S),Factored R) -> Factored S -- constructor ; compiling file "/tmp/oa-wnmpRJ/code.lsp" (written 01 FEB 2016 11:00:11 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FR2;map;MFF;1| ...) ; compiling (DEFUN |FactoredFunctions2| ...) ; compiling (DEFUN |FactoredFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |FactoredFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-wnmpRJ/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FRUTIL.spad && cp FRUTIL.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FRUTIL.fasl \ && if test -f FRUTIL-.NRLIB/code.fasl; then \ cp FRUTIL-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FRUTIL-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FRUTIL.spad using Spad compiler. FRUTIL abbreviates package FactoredFunctionUtilities debug: compDefine1 lhs: (FactoredFunctionUtilities R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE refine ((Factored R) (Factored R) (Mapping (Factored R) R))) (SIGNATURE mergeFactors ((Factored R) (Factored R) (Factored R)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE refine ((Factored R) (Factored R) (Mapping (Factored R) R))) (SIGNATURE mergeFactors ((Factored R) (Factored R) (Factored R)))) $param: (R) debug: evaluateType form: (Factored R) $param: (R) Debug: evaluateType1 form: (Factored R) debug: evaluateType1 x: R m: (IntegralDomain) debug: evaluateType form: (Factored R) $param: (R) Debug: evaluateType1 form: (Factored R) debug: evaluateType1 x: R m: (IntegralDomain) debug: evaluateType form: (Mapping (Factored R) R) $param: (R) debug: evaluateType form: (Factored R) $param: (R) Debug: evaluateType1 form: (Factored R) debug: evaluateType1 x: R m: (IntegralDomain) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Factored R) $param: (R) Debug: evaluateType1 form: (Factored R) debug: evaluateType1 x: R m: (IntegralDomain) debug: evaluateType form: (Factored R) $param: (R) Debug: evaluateType1 form: (Factored R) debug: evaluateType1 x: R m: (IntegralDomain) debug: evaluateType form: (Factored R) $param: (R) Debug: evaluateType1 form: (Factored R) debug: evaluateType1 x: R m: (IntegralDomain) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE refine ((Factored R) (Factored R) (Mapping (Factored R) R))) (SIGNATURE mergeFactors ((Factored R) (Factored R) (Factored R)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for FactoredFunctionUtilities compiling into /tmp/oa-ykgJyK compiling exported mergeFactors : (Factored R,Factored R) -> Factored R Time: 0.05 SEC. compiling exported refine : (Factored R,R -> Factored R) -> Factored R Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor FactoredFunctionUtilities Time: 0.08 seconds finalizing NRLIB FRUTIL Processing FactoredFunctionUtilities for Browser database: -- refine : (FR,(R -> FR)) -> FR -- mergeFactors : (FR,FR) -> FR -- constructor ; compiling file "/tmp/oa-ykgJyK/code.lsp" (written 01 FEB 2016 11:00:11 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FRUTIL;mergeFactors;3F;1| ...) ; compiling (DEFUN |FRUTIL;refine;FMF;2| ...) ; compiling (DEFUN |FactoredFunctionUtilities| ...) ; compiling (DEFUN |FactoredFunctionUtilities;| ...) ; compiling (MAKEPROP (QUOTE |FactoredFunctionUtilities|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-ykgJyK/code.fasl written ; compilation finished in 0:00:00.026 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MLO.spad && cp MLO.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MLO.fasl \ && if test -f MLO-.NRLIB/code.fasl; then \ cp MLO-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MLO-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MLO.spad using Spad compiler. MLO abbreviates category MonogenicLinearOperator debug: compDefine1 lhs: (MonogenicLinearOperator R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for MonogenicLinearOperator compiling into /tmp/oa-a0Lhr1 STYLE-WARNING: redefining BOOT::|MonogenicLinearOperator| in DEFUN Time: 0.02 SEC. finalizing NRLIB MLO Processing MonogenicLinearOperator for Browser database: -- degree : % -> E -- minimumDegree : % -> E -- leadingCoefficient : % -> R -- reductum : % -> % -- coefficient : (%,E) -> R -- monomial : (R,E) -> % -- constructor ; compiling file "/tmp/oa-a0Lhr1/code.lsp" (written 01 FEB 2016 11:00:11 PM): ; compiling (DEFPARAMETER |MonogenicLinearOperator;AL| ...) ; compiling (DEFUN |MonogenicLinearOperator;| ...) ; compiling (DEFUN |MonogenicLinearOperator| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-a0Lhr1/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile NAALG.spad && cp NAALG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/NAALG.fasl \ && if test -f NAALG-.NRLIB/code.fasl; then \ cp NAALG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/NAALG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NAALG.spad using Spad compiler. NAALG abbreviates category NonAssociativeAlgebra debug: compDefine1 lhs: (NonAssociativeAlgebra R) signature (pre-evaluate): ((Category) (CommutativeRing)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (CommutativeRing) $param: (R) Debug: evaluateType1 form: (CommutativeRing) debug: compDefine1 signature (post evaluate): ((Category) (CommutativeRing)) debug: compDefine1 lhs: (NonAssociativeAlgebra R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for NonAssociativeAlgebra compiling into /tmp/oa-FKSQHb STYLE-WARNING: redefining BOOT::|NonAssociativeAlgebra| in DEFUN Time: 0.01 SEC. NAALG- abbreviates package NonAssociativeAlgebra& ------------------------------------------------------------------------ initializing stationary directory for NonAssociativeAlgebra& compiling into /tmp/oa-KpfjoC compiling exported plenaryPower : (S,PositiveInteger) -> S Time: 0.06 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor NonAssociativeAlgebra& Time: 0.06 seconds finalizing NRLIB NAALG- ; compiling file "/tmp/oa-KpfjoC/code.lsp" (written 01 FEB 2016 11:00:11 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |NAALG-;plenaryPower;$Pi$;1| ...) ; file: /tmp/oa-KpfjoC/code.lsp ; in: DEFUN |NAALG-;plenaryPower;$Pi$;1| ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |NonAssociativeAlgebra&| ...) ; compiling (MAKEPROP (QUOTE |NonAssociativeAlgebra&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-KpfjoC/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ finalizing NRLIB NAALG Processing NonAssociativeAlgebra for Browser database: -- plenaryPower : (%,PositiveInteger) -> % -- constructor ; compiling file "/tmp/oa-FKSQHb/code.lsp" (written 01 FEB 2016 11:00:11 PM): ; compiling (DEFPARAMETER |NonAssociativeAlgebra;AL| ...) ; compiling (DEFUN |NonAssociativeAlgebra;| ...) ; compiling (DEFUN |NonAssociativeAlgebra| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-FKSQHb/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ORDCOMP.spad && cp ORDCOMP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ORDCOMP.fasl \ && if test -f ORDCOMP-.NRLIB/code.fasl; then \ cp ORDCOMP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ORDCOMP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ORDCOMP.spad using Spad compiler. ORDCOMP abbreviates domain OrderedCompletion debug: compDefine1 lhs: (OrderedCompletion R) signature (pre-evaluate): ((Join (SetCategory) (FullyRetractableTo R) (CATEGORY domain (SIGNATURE plusInfinity ($)) (SIGNATURE minusInfinity ($)) (SIGNATURE finite? ((Boolean) $)) (SIGNATURE infinite? ((Boolean) $)) (SIGNATURE whatInfinity ((SingleInteger) $)) (IF (has R (AbelianGroup)) (ATTRIBUTE (AbelianGroup)) %noBranch) (IF (has R (OrderedRing)) (ATTRIBUTE (OrderedRing)) %noBranch) (IF (has R (IntegerNumberSystem)) (PROGN (SIGNATURE rational? ((Boolean) $)) (SIGNATURE rational ((Fraction (Integer)) $)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) $))) %noBranch))) (SetCategory)) debug: evaluateType form: (Join (SetCategory) (FullyRetractableTo R) (CATEGORY domain (SIGNATURE plusInfinity ($)) (SIGNATURE minusInfinity ($)) (SIGNATURE finite? ((Boolean) $)) (SIGNATURE infinite? ((Boolean) $)) (SIGNATURE whatInfinity ((SingleInteger) $)) (IF (has R (AbelianGroup)) (ATTRIBUTE (AbelianGroup)) %noBranch) (IF (has R (OrderedRing)) (ATTRIBUTE (OrderedRing)) %noBranch) (IF (has R (IntegerNumberSystem)) (PROGN (SIGNATURE rational? ((Boolean) $)) (SIGNATURE rational ((Fraction (Integer)) $)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) $))) %noBranch))) $param: (R) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (FullyRetractableTo R) $param: (R) Debug: evaluateType1 form: (FullyRetractableTo R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE plusInfinity ($)) (SIGNATURE minusInfinity ($)) (SIGNATURE finite? ((Boolean) $)) (SIGNATURE infinite? ((Boolean) $)) (SIGNATURE whatInfinity ((SingleInteger) $)) (IF (has R (AbelianGroup)) (ATTRIBUTE (AbelianGroup)) %noBranch) (IF (has R (OrderedRing)) (ATTRIBUTE (OrderedRing)) %noBranch) (IF (has R (IntegerNumberSystem)) (PROGN (SIGNATURE rational? ((Boolean) $)) (SIGNATURE rational ((Fraction (Integer)) $)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) $))) %noBranch)) $param: (R) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (SingleInteger) $param: (R) Debug: evaluateType1 form: (SingleInteger) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (FullyRetractableTo R) (CATEGORY domain (SIGNATURE plusInfinity ($)) (SIGNATURE minusInfinity ($)) (SIGNATURE finite? ((Boolean) $)) (SIGNATURE infinite? ((Boolean) $)) (SIGNATURE whatInfinity ((SingleInteger) $)) (IF (has R (AbelianGroup)) (ATTRIBUTE (AbelianGroup)) %noBranch) (IF (has R (OrderedRing)) (ATTRIBUTE (OrderedRing)) %noBranch) (IF (has R (IntegerNumberSystem)) (PROGN (SIGNATURE rational? ((Boolean) $)) (SIGNATURE rational ((Fraction (Integer)) $)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) $))) %noBranch))) (SetCategory)) debug: compDefine1 lhs: (OrderedCompletion R) signature (pre-evaluate): ((Join (SetCategory) (FullyRetractableTo R) (CATEGORY domain (SIGNATURE plusInfinity ($)) (SIGNATURE minusInfinity ($)) (SIGNATURE finite? ((Boolean) $)) (SIGNATURE infinite? ((Boolean) $)) (SIGNATURE whatInfinity ((SingleInteger) $)) (IF (has R (AbelianGroup)) (ATTRIBUTE (AbelianGroup)) %noBranch) (IF (has R (OrderedRing)) (ATTRIBUTE (OrderedRing)) %noBranch) (IF (has R (IntegerNumberSystem)) (PROGN (SIGNATURE rational? ((Boolean) $)) (SIGNATURE rational ((Fraction (Integer)) $)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) $))) %noBranch))) NIL) debug: evaluateType form: (Join (SetCategory) (FullyRetractableTo R) (CATEGORY domain (SIGNATURE plusInfinity ($)) (SIGNATURE minusInfinity ($)) (SIGNATURE finite? ((Boolean) $)) (SIGNATURE infinite? ((Boolean) $)) (SIGNATURE whatInfinity ((SingleInteger) $)) (IF (has R (AbelianGroup)) (ATTRIBUTE (AbelianGroup)) %noBranch) (IF (has R (OrderedRing)) (ATTRIBUTE (OrderedRing)) %noBranch) (IF (has R (IntegerNumberSystem)) (PROGN (SIGNATURE rational? ((Boolean) $)) (SIGNATURE rational ((Fraction (Integer)) $)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) $))) %noBranch))) $param: (R) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (FullyRetractableTo R) $param: (R) Debug: evaluateType1 form: (FullyRetractableTo R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE plusInfinity ($)) (SIGNATURE minusInfinity ($)) (SIGNATURE finite? ((Boolean) $)) (SIGNATURE infinite? ((Boolean) $)) (SIGNATURE whatInfinity ((SingleInteger) $)) (IF (has R (AbelianGroup)) (ATTRIBUTE (AbelianGroup)) %noBranch) (IF (has R (OrderedRing)) (ATTRIBUTE (OrderedRing)) %noBranch) (IF (has R (IntegerNumberSystem)) (PROGN (SIGNATURE rational? ((Boolean) $)) (SIGNATURE rational ((Fraction (Integer)) $)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) $))) %noBranch)) $param: (R) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (SingleInteger) $param: (R) Debug: evaluateType1 form: (SingleInteger) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (FullyRetractableTo R) (CATEGORY domain (SIGNATURE plusInfinity ($)) (SIGNATURE minusInfinity ($)) (SIGNATURE finite? ((Boolean) $)) (SIGNATURE infinite? ((Boolean) $)) (SIGNATURE whatInfinity ((SingleInteger) $)) (IF (has R (AbelianGroup)) (ATTRIBUTE (AbelianGroup)) %noBranch) (IF (has R (OrderedRing)) (ATTRIBUTE (OrderedRing)) %noBranch) (IF (has R (IntegerNumberSystem)) (PROGN (SIGNATURE rational? ((Boolean) $)) (SIGNATURE rational ((Fraction (Integer)) $)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) $))) %noBranch))) NIL) ------------------------------------------------------------------------ initializing stationary directory for OrderedCompletion compiling into /tmp/oa-cQQYMo compiling exported coerce : R -> % ORDCOMP;coerce;R$;1 r is replaced by %pair(0,r) Time: 0.02 SEC. compiling exported retract : % -> R Time: 0.01 SEC. compiling exported finite? : % -> Boolean ORDCOMP;finite?;$B;3 x is replaced by %ieq(%head x,0) Time: 0 SEC. compiling exported infinite? : % -> Boolean ORDCOMP;infinite?;$B;4 x is replaced by %ieq(%head x,1) Time: 0 SEC. compiling exported plusInfinity : () -> % ORDCOMP;plusInfinity;$;5 is replaced by %pair(1,%true) Time: 0.00 SEC. compiling exported minusInfinity : () -> % ORDCOMP;minusInfinity;$;6 is replaced by %pair(1,%false) Time: 0 SEC. compiling exported retractIfCan : % -> Union(R,failed) ORDCOMP;retractIfCan;$U;7 x is replaced by %when( %pair(0,%tail x),%otherwise %pair(1,"failed")) Time: 0 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. compiling exported whatInfinity : % -> SingleInteger Time: 0.03 SEC. compiling exported = : (%,%) -> Boolean Time: 0.01 SEC. compiling exported Zero : () -> % Time: 0.00 SEC. compiling exported * : (Integer,%) -> % Time: 0.01 SEC. compiling exported - : % -> % Time: 0 SEC. compiling exported + : (%,%) -> % Time: 0.01 SEC. compiling exported One : () -> % Time: 0 SEC. compiling exported characteristic : () -> NonNegativeInteger Time: 0.01 SEC. compiling local fininf : (Boolean,R) -> % Time: 0.00 SEC. compiling exported * : (%,%) -> % Time: 0.02 SEC. compiling exported recip : % -> Union(%,failed) Time: 0.01 SEC. compiling exported < : (%,%) -> Boolean Time: 0.01 SEC. compiling exported rational? : % -> Boolean ORDCOMP;rational?;$B;21 x is replaced by %ieq(%head x,0) Time: 0.00 SEC. compiling exported rational : % -> Fraction Integer Time: 0.01 SEC. compiling exported rationalIfCan : % -> Union(Fraction Integer,failed) Time: 0.01 SEC. (time taken in buildFunctor: 4) Time: 0.03 SEC. Warnings: [1] Type Boolean is not in scope. Import it [2] retract: fin has no value [3] plusInfinity: true has no value [4] minusInfinity: false has no value [5] retractIfCan: fin has no value [6] coerce: fin has no value [7] coerce: inf has no value [8] whatInfinity: inf has no value [9] =: inf has no value [10] =: fin has no value [11] *: inf has no value [12] *: fin has no value [13] -: inf has no value [14] -: fin has no value [15] +: inf has no value [16] +: fin has no value [17] recip: fin has no value [18] <: inf has no value [19] <: fin has no value Cumulative Statistics for Constructor OrderedCompletion Time: 0.20 seconds finalizing NRLIB ORDCOMP Processing OrderedCompletion for Browser database: -- plusInfinity : () -> % -- minusInfinity : () -> % -- finite? : % -> B -- infinite? : % -> B -- whatInfinity : % -> SingleInteger -- rational? : % -> Boolean -- rational : % -> Fraction Integer -- rationalIfCan : % -> Union(Fraction Integer,"failed") -- constructor ; compiling file "/tmp/oa-cQQYMo/code.lsp" (written 01 FEB 2016 11:00:11 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ORDCOMP;coerce;R$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ORDCOMP;finite?;$B;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ORDCOMP;infinite?;$B;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ORDCOMP;plusInfinity;$;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ORDCOMP;minusInfinity;$;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ORDCOMP;retractIfCan;$U;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ORDCOMP;rational?;$B;21|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ORDCOMP;retract;$R;2|) ...) ; compiling (DEFUN |ORDCOMP;coerce;R$;1| ...) ; compiling (DEFUN |ORDCOMP;retract;$R;2| ...) ; file: /tmp/oa-cQQYMo/code.lsp ; in: DEFUN |ORDCOMP;retract;$R;2| ; (DEFUN BOOT::|ORDCOMP;retract;$R;2| (BOOT::|x| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|x|)) (CDR BOOT::|x|)) ; (T (BOOT::|error| "Not finite")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ORDCOMP;retract;$R;2| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ORDCOMP;retract;$R;2| ; (COND ((ZEROP #) (CDR BOOT::|x|)) (T (BOOT::|error| "Not finite"))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |ORDCOMP;finite?;$B;3| ...) ; compiling (DEFUN |ORDCOMP;infinite?;$B;4| ...) ; compiling (DEFUN |ORDCOMP;plusInfinity;$;5| ...) ; compiling (DEFUN |ORDCOMP;minusInfinity;$;6| ...) ; compiling (DEFUN |ORDCOMP;retractIfCan;$U;7| ...) ; compiling (DEFUN |ORDCOMP;coerce;$Of;8| ...) ; compiling (DEFUN |ORDCOMP;whatInfinity;$Si;9| ...) ; file: /tmp/oa-cQQYMo/code.lsp ; in: DEFUN |ORDCOMP;whatInfinity;$Si;9| ; (DEFUN BOOT::|ORDCOMP;whatInfinity;$Si;9| (BOOT::|x| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|x|)) 0) ((COND (# #) (T #)) 1) (T -1))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ORDCOMP;whatInfinity;$Si;9| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ORDCOMP;whatInfinity;$Si;9| ; (COND ((ZEROP #) 0) ((COND # #) 1) (T -1)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |ORDCOMP;=;2$B;10| ...) ; file: /tmp/oa-cQQYMo/code.lsp ; in: DEFUN |ORDCOMP;=;2$B;10| ; (DEFUN BOOT::|ORDCOMP;=;2$B;10| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ((EQL (CAR BOOT::|x|) 1) (AND (EQL # 1) (NOT #))) ; ((EQL (CAR BOOT::|y|) 1) NIL) ; (T ; (BOOT::SPADCALL (CDR BOOT::|x|) (CDR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 34))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ORDCOMP;=;2$B;10| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|ORDCOMP;=;2$B;10| ; (COND ((EQL # 1) (AND # #)) ((EQL # 1) NIL) ; (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |ORDCOMP;Zero;$;11| ...) ; compiling (DEFUN |ORDCOMP;*;I2$;12| ...) ; file: /tmp/oa-cQQYMo/code.lsp ; in: DEFUN |ORDCOMP;*;I2$;12| ; (DEFUN BOOT::|ORDCOMP;*;I2$;12| (BOOT::|n| BOOT::|x| BOOT::$) ; (COND ((EQL (CAR BOOT::|x|) 1) (COND (# BOOT::|x|) (# #) (T #))) ; (T (CONS 0 (BOOT::SPADCALL BOOT::|n| # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ORDCOMP;*;I2$;12| ; (BOOT::|n| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ORDCOMP;*;I2$;12| ; (COND ((EQL # 1) (COND # # #)) (T (CONS 0 #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |ORDCOMP;-;2$;13| ...) ; compiling (DEFUN |ORDCOMP;+;3$;14| ...) ; file: /tmp/oa-cQQYMo/code.lsp ; in: DEFUN |ORDCOMP;+;3$;14| ; (DEFUN BOOT::|ORDCOMP;+;3$;14| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ((EQL (CAR BOOT::|x|) 1) (COND (# BOOT::|x|) (T #))) ; ((EQL (CAR BOOT::|y|) 1) BOOT::|y|) ; (T (CONS 0 (BOOT::SPADCALL # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ORDCOMP;+;3$;14| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|ORDCOMP;+;3$;14| ; (COND ((EQL # 1) (COND # #)) ((EQL # 1) BOOT::|y|) (T (CONS 0 #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |ORDCOMP;One;$;15| ...) ; compiling (DEFUN |ORDCOMP;characteristic;Nni;16| ...) ; file: /tmp/oa-cQQYMo/code.lsp ; in: DEFUN |ORDCOMP;characteristic;Nni;16| ; (DEFUN BOOT::|ORDCOMP;characteristic;Nni;16| (BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 49)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ORDCOMP;characteristic;Nni;16| ; (BOOT::$) ; (BLOCK BOOT::|ORDCOMP;characteristic;Nni;16| ; (BOOT::|spadConstant| BOOT::$ 49))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |ORDCOMP;fininf| ...) ; file: /tmp/oa-cQQYMo/code.lsp ; in: DEFUN |ORDCOMP;fininf| ; (DEFUN BOOT::|ORDCOMP;fininf| (BOOT::|b| BOOT::|r| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 51)) ; (CONS 1 BOOT::|b|)) ; ((BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 52)) ; (CONS 1 (NOT BOOT::|b|))) ; (T (BOOT::|error| "Undefined product")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ORDCOMP;fininf| ; (BOOT::|b| BOOT::|r| BOOT::$) ; (BLOCK BOOT::|ORDCOMP;fininf| ; (COND ((BOOT::SPADCALL BOOT::|r| #) (CONS 1 BOOT::|b|)) ; ((BOOT::SPADCALL BOOT::|r| #) (CONS 1 #)) ; (T (BOOT::|error| "Undefined product"))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |ORDCOMP;*;3$;18| ...) ; compiling (DEFUN |ORDCOMP;recip;$U;19| ...) ; compiling (DEFUN |ORDCOMP;<;2$B;20| ...) ; file: /tmp/oa-cQQYMo/code.lsp ; in: DEFUN |ORDCOMP;<;2$B;20| ; (DEFUN BOOT::|ORDCOMP;<;2$B;20| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ((EQL (CAR BOOT::|x|) 1) (COND (# #) (T #))) ; ((EQL (CAR BOOT::|y|) 1) (CDR BOOT::|y|)) ; (T ; (BOOT::SPADCALL (CDR BOOT::|x|) (CDR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 58))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ORDCOMP;<;2$B;20| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|ORDCOMP;<;2$B;20| ; (COND ((EQL # 1) (COND # #)) ((EQL # 1) (CDR BOOT::|y|)) ; (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |ORDCOMP;rational?;$B;21| ...) ; compiling (DEFUN |ORDCOMP;rational;$F;22| ...) ; compiling (DEFUN |ORDCOMP;rationalIfCan;$U;23| ...) ; compiling (DEFUN |OrderedCompletion| ...) ; compiling (DEFUN |OrderedCompletion;| ...) ; compiling (MAKEPROP (QUOTE |OrderedCompletion|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 6 notes ; /tmp/oa-cQQYMo/code.fasl written ; compilation finished in 0:00:00.091 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile LO.spad && cp LO.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LO.fasl \ && if test -f LO-.NRLIB/code.fasl; then \ cp LO-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LO-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LO.spad using Spad compiler. LO abbreviates domain Localize debug: compDefine1 lhs: (Localize M R S) signature (pre-evaluate): ((Join (Module R) (CATEGORY domain (IF (has M (OrderedAbelianGroup)) (ATTRIBUTE (OrderedAbelianGroup)) %noBranch) (SIGNATURE / ($ $ S)) (SIGNATURE / ($ M S)) (SIGNATURE numer (M $)) (SIGNATURE denom (S $)))) (Module R) (CommutativeRing) (SubsetCategory (Monoid) R)) debug: evaluateType form: (Join (Module R) (CATEGORY domain (IF (has M (OrderedAbelianGroup)) (ATTRIBUTE (OrderedAbelianGroup)) %noBranch) (SIGNATURE / ($ $ S)) (SIGNATURE / ($ M S)) (SIGNATURE numer (M $)) (SIGNATURE denom (S $)))) $param: (M R S) debug: evaluateType form: (Module R) $param: (M R S) Debug: evaluateType1 form: (Module R) debug: evaluateType1 x: R m: (CommutativeRing) debug: evaluateType form: (CATEGORY domain (IF (has M (OrderedAbelianGroup)) (ATTRIBUTE (OrderedAbelianGroup)) %noBranch) (SIGNATURE / ($ $ S)) (SIGNATURE / ($ M S)) (SIGNATURE numer (M $)) (SIGNATURE denom (S $))) $param: (M R S) debug: evaluateType form: S $param: (M R S) debug: evaluateType form: M $param: (M R S) debug: evaluateType form: S $param: (M R S) debug: evaluateType form: M $param: (M R S) debug: evaluateType form: S $param: (M R S) debug: evaluateType form: (Module R) $param: (M R S) Debug: evaluateType1 form: (Module R) debug: evaluateType1 x: R m: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: (M R S) Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (SubsetCategory (Monoid) R) $param: (M R S) debug: evaluateType form: (Monoid) $param: (M R S) Debug: evaluateType1 form: (Monoid) debug: evaluateType form: R $param: (M R S) debug: compDefine1 signature (post evaluate): ((Join (Module R) (CATEGORY domain (IF (has M (OrderedAbelianGroup)) (ATTRIBUTE (OrderedAbelianGroup)) %noBranch) (SIGNATURE / ($ $ S)) (SIGNATURE / ($ M S)) (SIGNATURE numer (M $)) (SIGNATURE denom (S $)))) (Module R) (CommutativeRing) (SubsetCategory (Monoid) R)) debug: compDefine1 lhs: (Localize M R S) signature (pre-evaluate): ((Join (Module R) (CATEGORY domain (IF (has M (OrderedAbelianGroup)) (ATTRIBUTE (OrderedAbelianGroup)) %noBranch) (SIGNATURE / ($ $ S)) (SIGNATURE / ($ M S)) (SIGNATURE numer (M $)) (SIGNATURE denom (S $)))) NIL NIL NIL) debug: evaluateType form: (Join (Module R) (CATEGORY domain (IF (has M (OrderedAbelianGroup)) (ATTRIBUTE (OrderedAbelianGroup)) %noBranch) (SIGNATURE / ($ $ S)) (SIGNATURE / ($ M S)) (SIGNATURE numer (M $)) (SIGNATURE denom (S $)))) $param: (M R S) debug: evaluateType form: (Module R) $param: (M R S) Debug: evaluateType1 form: (Module R) debug: evaluateType1 x: R m: (CommutativeRing) debug: evaluateType form: (CATEGORY domain (IF (has M (OrderedAbelianGroup)) (ATTRIBUTE (OrderedAbelianGroup)) %noBranch) (SIGNATURE / ($ $ S)) (SIGNATURE / ($ M S)) (SIGNATURE numer (M $)) (SIGNATURE denom (S $))) $param: (M R S) debug: evaluateType form: S $param: (M R S) debug: evaluateType form: M $param: (M R S) debug: evaluateType form: S $param: (M R S) debug: evaluateType form: M $param: (M R S) debug: evaluateType form: S $param: (M R S) debug: compDefine1 signature (post evaluate): ((Join (Module R) (CATEGORY domain (IF (has M (OrderedAbelianGroup)) (ATTRIBUTE (OrderedAbelianGroup)) %noBranch) (SIGNATURE / ($ $ S)) (SIGNATURE / ($ M S)) (SIGNATURE numer (M $)) (SIGNATURE denom (S $)))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for Localize compiling into /tmp/oa-yqCHFL compiling exported Zero : () -> % Time: 0.03 SEC. compiling exported zero? : % -> Boolean Time: 0.00 SEC. compiling exported - : % -> % Time: 0 SEC. compiling exported = : (%,%) -> Boolean Time: 0.02 SEC. compiling exported before? : (%,%) -> Boolean Time: 0.02 SEC. compiling exported numer : % -> M LO;numer;$M;6 is replaced by %head Time: 0 SEC. compiling exported denom : % -> S LO;denom;$S;7 is replaced by %tail Time: 0 SEC. compiling exported < : (%,%) -> Boolean Time: 0.04 SEC. compiling exported + : (%,%) -> % Time: 0.01 SEC. compiling exported * : (Integer,%) -> % Time: 0 SEC. compiling exported * : (R,%) -> % Time: 0.01 SEC. compiling exported / : (%,S) -> % Time: 0.01 SEC. compiling exported / : (M,S) -> % Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. compiling exported latex : % -> String Time: 0.02 SEC. (time taken in buildFunctor: 4) Time: 0.01 SEC. Cumulative Statistics for Constructor Localize Time: 0.19 seconds finalizing NRLIB LO Processing Localize for Browser database: -- ?/? : (%,S) -> % -- ?/? : (M,S) -> % -- numer : % -> M -- denom : % -> S -- constructor ; compiling file "/tmp/oa-yqCHFL/code.lsp" (written 01 FEB 2016 11:00:12 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LO;numer;$M;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LO;denom;$S;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LO;Zero;$;1| ...) ; compiling (DEFUN |LO;zero?;$B;2| ...) ; file: /tmp/oa-yqCHFL/code.lsp ; in: DEFUN |LO;zero?;$B;2| ; (DEFUN BOOT::|LO;zero?;$B;2| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (CAR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 14))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LO;zero?;$B;2| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|LO;zero?;$B;2| ; (BOOT::SPADCALL (CAR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 14)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |LO;-;2$;3| ...) ; compiling (DEFUN |LO;=;2$B;4| ...) ; file: /tmp/oa-yqCHFL/code.lsp ; in: DEFUN |LO;=;2$B;4| ; (DEFUN BOOT::|LO;=;2$B;4| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL (CDR BOOT::|y|) (CAR BOOT::|x|) ; (BOOT::|shellEntry| BOOT::$ 18)) ; (BOOT::SPADCALL (CDR BOOT::|x|) (CAR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 18)) ; (BOOT::|shellEntry| BOOT::$ 19))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LO;=;2$B;4| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|LO;=;2$B;4| ; (BOOT::SPADCALL ; (BOOT::SPADCALL (CDR BOOT::|y|) (CAR BOOT::|x|) ; (BOOT::|shellEntry| BOOT::$ 18)) ; (BOOT::SPADCALL (CDR BOOT::|x|) (CAR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 18)) ; (BOOT::|shellEntry| BOOT::$ 19)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |LO;before?;2$B;5| ...) ; file: /tmp/oa-yqCHFL/code.lsp ; in: DEFUN |LO;before?;2$B;5| ; (DEFUN BOOT::|LO;before?;2$B;5| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL (CDR BOOT::|y|) (CAR BOOT::|x|) ; (BOOT::|shellEntry| BOOT::$ 18)) ; (BOOT::SPADCALL (CDR BOOT::|x|) (CAR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 18)) ; (BOOT::|shellEntry| BOOT::$ 21))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LO;before?;2$B;5| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|LO;before?;2$B;5| ; (BOOT::SPADCALL ; (BOOT::SPADCALL (CDR BOOT::|y|) (CAR BOOT::|x|) ; (BOOT::|shellEntry| BOOT::$ 18)) ; (BOOT::SPADCALL (CDR BOOT::|x|) (CAR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 18)) ; (BOOT::|shellEntry| BOOT::$ 21)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |LO;numer;$M;6| ...) ; compiling (DEFUN |LO;denom;$S;7| ...) ; compiling (DEFUN |LO;<;2$B;8| ...) ; file: /tmp/oa-yqCHFL/code.lsp ; in: DEFUN |LO;<;2$B;8| ; (DEFUN BOOT::|LO;<;2$B;8| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL (CDR BOOT::|y|) (CAR BOOT::|x|) ; (BOOT::|shellEntry| BOOT::$ 18)) ; (BOOT::SPADCALL (CDR BOOT::|x|) (CAR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 18)) ; (BOOT::|shellEntry| BOOT::$ 25))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LO;<;2$B;8| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|LO;<;2$B;8| ; (BOOT::SPADCALL ; (BOOT::SPADCALL (CDR BOOT::|y|) (CAR BOOT::|x|) ; (BOOT::|shellEntry| BOOT::$ 18)) ; (BOOT::SPADCALL (CDR BOOT::|x|) (CAR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 18)) ; (BOOT::|shellEntry| BOOT::$ 25)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |LO;+;3$;9| ...) ; compiling (DEFUN |LO;*;I2$;10| ...) ; compiling (DEFUN |LO;*;R2$;11| ...) ; compiling (DEFUN |LO;/;$S$;12| ...) ; file: /tmp/oa-yqCHFL/code.lsp ; in: DEFUN |LO;/;$S$;12| ; (DEFUN BOOT::|LO;/;$S$;12| (BOOT::|x| BOOT::|d| BOOT::$) ; (LET ((BOOT::|u| (BOOT::SPADCALL BOOT::|d| # #))) ; (COND ((BOOT::SPADCALL BOOT::|u| #) (BOOT::|error| "division by zero")) ; (T (CONS # BOOT::|u|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LO;/;$S$;12| ; (BOOT::|x| BOOT::|d| BOOT::$) ; (BLOCK BOOT::|LO;/;$S$;12| ; (LET ((BOOT::|u| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |LO;/;MS$;13| ...) ; file: /tmp/oa-yqCHFL/code.lsp ; in: DEFUN |LO;/;MS$;13| ; (DEFUN BOOT::|LO;/;MS$;13| (BOOT::|m| BOOT::|d| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|d| (BOOT::|shellEntry| BOOT::$ 35)) ; (BOOT::|error| "division by zero")) ; (T (CONS BOOT::|m| BOOT::|d|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LO;/;MS$;13| ; (BOOT::|m| BOOT::|d| BOOT::$) ; (BLOCK BOOT::|LO;/;MS$;13| ; (COND ((BOOT::SPADCALL BOOT::|d| #) (BOOT::|error| "division by zero")) ; (T (CONS BOOT::|m| BOOT::|d|))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |LO;coerce;$Of;14| ...) ; compiling (DEFUN |LO;latex;$S;15| ...) ; file: /tmp/oa-yqCHFL/code.lsp ; in: DEFUN |LO;latex;$S;15| ; (DEFUN BOOT::|LO;latex;$S;15| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|dl| BOOT::|nl|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LO;latex;$S;15| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|LO;latex;$S;15| ; (PROG (BOOT::|dl| BOOT::|nl|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |Localize| ...) ; compiling (DEFUN |Localize;| ...) ; compiling (MAKEPROP (QUOTE |Localize|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 7 notes ; /tmp/oa-yqCHFL/code.fasl written ; compilation finished in 0:00:00.057 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile OP.spad && cp OP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/OP.fasl \ && if test -f OP-.NRLIB/code.fasl; then \ cp OP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/OP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OP.spad using Spad compiler. OP abbreviates domain Operator debug: compDefine1 lhs: (Operator R) signature (pre-evaluate): (NIL (Ring)) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): (NIL (Ring)) debug: compDefine1 lhs: (Operator R) signature (pre-evaluate): (NIL NIL) debug: compDefine1 signature (post evaluate): (NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for Operator compiling into /tmp/oa-zCVnjb (time taken in buildFunctor: 0) Time: 0.06 SEC. Cumulative Statistics for Constructor Operator Time: 0.06 seconds finalizing NRLIB OP Processing Operator for Browser database: -- constructor ; compiling file "/tmp/oa-zCVnjb/code.lsp" (written 01 FEB 2016 11:00:12 PM): ; compiling (DEFUN |Operator| ...) ; compiling (DEFUN |Operator;| ...) ; compiling (MAKEPROP (QUOTE |Operator|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-zCVnjb/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile UNISEG2.spad && cp UNISEG2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UNISEG2.fasl \ && if test -f UNISEG2-.NRLIB/code.fasl; then \ cp UNISEG2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UNISEG2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UNISEG2.spad using Spad compiler. UNISEG2 abbreviates package UniversalSegmentFunctions2 debug: compDefine1 lhs: (UniversalSegmentFunctions2 R S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((UniversalSegment S) (Mapping S R) (UniversalSegment R))) (IF (has R (OrderedRing)) (SIGNATURE map ((Stream S) (Mapping S R) (UniversalSegment R))) %noBranch)) (Type) (Type)) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((UniversalSegment S) (Mapping S R) (UniversalSegment R))) (IF (has R (OrderedRing)) (SIGNATURE map ((Stream S) (Mapping S R) (UniversalSegment R))) %noBranch)) $param: (R S) debug: evaluateType form: (UniversalSegment S) $param: (R S) Debug: evaluateType1 form: (UniversalSegment S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (Mapping S R) $param: (R S) debug: evaluateType form: S $param: (R S) debug: evaluateType form: R $param: (R S) debug: evaluateType form: (UniversalSegment R) $param: (R S) Debug: evaluateType1 form: (UniversalSegment R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (Type) $param: (R S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Type) $param: (R S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((UniversalSegment S) (Mapping S R) (UniversalSegment R))) (IF (has R (OrderedRing)) (SIGNATURE map ((Stream S) (Mapping S R) (UniversalSegment R))) %noBranch)) (Type) (Type)) debug: compDefine1 lhs: (UniversalSegmentFunctions2 R S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((UniversalSegment S) (Mapping S R) (UniversalSegment R))) (IF (has R (OrderedRing)) (SIGNATURE map ((Stream S) (Mapping S R) (UniversalSegment R))) %noBranch)) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((UniversalSegment S) (Mapping S R) (UniversalSegment R))) (IF (has R (OrderedRing)) (SIGNATURE map ((Stream S) (Mapping S R) (UniversalSegment R))) %noBranch)) $param: (R S) debug: evaluateType form: (UniversalSegment S) $param: (R S) Debug: evaluateType1 form: (UniversalSegment S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (Mapping S R) $param: (R S) debug: evaluateType form: S $param: (R S) debug: evaluateType form: R $param: (R S) debug: evaluateType form: (UniversalSegment R) $param: (R S) Debug: evaluateType1 form: (UniversalSegment R) debug: evaluateType1 x: R m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((UniversalSegment S) (Mapping S R) (UniversalSegment R))) (IF (has R (OrderedRing)) (SIGNATURE map ((Stream S) (Mapping S R) (UniversalSegment R))) %noBranch)) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for UniversalSegmentFunctions2 compiling into /tmp/oa-eFZGln compiling exported map : (R -> S,UniversalSegment R) -> UniversalSegment S Time: 0.01 SEC. compiling exported map : (R -> S,UniversalSegment R) -> Stream S Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor UniversalSegmentFunctions2 Time: 0.04 seconds finalizing NRLIB UNISEG2 Processing UniversalSegmentFunctions2 for Browser database: -- map : ((R -> S),UniversalSegment R) -> UniversalSegment S -- map : ((R -> S),UniversalSegment R) -> Stream S -- constructor ; compiling file "/tmp/oa-eFZGln/code.lsp" (written 01 FEB 2016 11:00:12 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |UNISEG2;map;MUsUs;1| ...) ; compiling (DEFUN |UNISEG2;map;MUsS;2| ...) ; compiling (DEFUN |UniversalSegmentFunctions2| ...) ; compiling (DEFUN |UniversalSegmentFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |UniversalSegmentFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-eFZGln/code.fasl written ; compilation finished in 0:00:00.024 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile XALG.spad && cp XALG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/XALG.fasl \ && if test -f XALG-.NRLIB/code.fasl; then \ cp XALG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/XALG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/XALG.spad using Spad compiler. XALG abbreviates category XAlgebra debug: compDefine1 lhs: (XAlgebra R) signature (pre-evaluate): ((Category) (Ring)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((Category) (Ring)) debug: compDefine1 lhs: (XAlgebra R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for XAlgebra compiling into /tmp/oa-Hdq7dA STYLE-WARNING: redefining BOOT::|XAlgebra| in DEFUN Time: 0.01 SEC. finalizing NRLIB XALG Processing XAlgebra for Browser database: -- constructor ; compiling file "/tmp/oa-Hdq7dA/code.lsp" (written 01 FEB 2016 11:00:12 PM): ; compiling (DEFPARAMETER |XAlgebra;AL| ...) ; compiling (DEFUN |XAlgebra;| ...) ; compiling (DEFUN |XAlgebra| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Hdq7dA/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FST.spad && cp FST.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FST.fasl \ && if test -f FST-.NRLIB/code.fasl; then \ cp FST-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FST-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FST.spad using Spad compiler. FST abbreviates domain FortranScalarType debug: compDefine1 lhs: (FortranScalarType) signature (pre-evaluate): ((Join (CoercibleTo (OutputForm)) (CoercibleTo (Symbol)) (CoercibleTo (SExpression)) (CATEGORY domain (SIGNATURE coerce ($ (String))) (SIGNATURE coerce ($ (Symbol))) (SIGNATURE real? ((Boolean) $)) (SIGNATURE double? ((Boolean) $)) (SIGNATURE integer? ((Boolean) $)) (SIGNATURE complex? ((Boolean) $)) (SIGNATURE doubleComplex? ((Boolean) $)) (SIGNATURE character? ((Boolean) $)) (SIGNATURE logical? ((Boolean) $)) (SIGNATURE = ((Boolean) $ $))))) debug: evaluateType form: (Join (CoercibleTo (OutputForm)) (CoercibleTo (Symbol)) (CoercibleTo (SExpression)) (CATEGORY domain (SIGNATURE coerce ($ (String))) (SIGNATURE coerce ($ (Symbol))) (SIGNATURE real? ((Boolean) $)) (SIGNATURE double? ((Boolean) $)) (SIGNATURE integer? ((Boolean) $)) (SIGNATURE complex? ((Boolean) $)) (SIGNATURE doubleComplex? ((Boolean) $)) (SIGNATURE character? ((Boolean) $)) (SIGNATURE logical? ((Boolean) $)) (SIGNATURE = ((Boolean) $ $)))) $param: NIL debug: evaluateType form: (CoercibleTo (OutputForm)) $param: NIL Debug: evaluateType1 form: (CoercibleTo (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (CoercibleTo (Symbol)) $param: NIL Debug: evaluateType1 form: (CoercibleTo (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (CoercibleTo (SExpression)) $param: NIL Debug: evaluateType1 form: (CoercibleTo (SExpression)) debug: evaluateType1 x: (SExpression) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (SExpression) $param: NIL Debug: evaluateType1 form: (SExpression) debug: evalCategory d: (SExpression) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE coerce ($ (String))) (SIGNATURE coerce ($ (Symbol))) (SIGNATURE real? ((Boolean) $)) (SIGNATURE double? ((Boolean) $)) (SIGNATURE integer? ((Boolean) $)) (SIGNATURE complex? ((Boolean) $)) (SIGNATURE doubleComplex? ((Boolean) $)) (SIGNATURE character? ((Boolean) $)) (SIGNATURE logical? ((Boolean) $)) (SIGNATURE = ((Boolean) $ $))) $param: NIL debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: compDefine1 signature (post evaluate): ((Join (CoercibleTo (OutputForm)) (CoercibleTo (Symbol)) (CoercibleTo (SExpression)) (CATEGORY domain (SIGNATURE coerce ($ (String))) (SIGNATURE coerce ($ (Symbol))) (SIGNATURE real? ((Boolean) $)) (SIGNATURE double? ((Boolean) $)) (SIGNATURE integer? ((Boolean) $)) (SIGNATURE complex? ((Boolean) $)) (SIGNATURE doubleComplex? ((Boolean) $)) (SIGNATURE character? ((Boolean) $)) (SIGNATURE logical? ((Boolean) $)) (SIGNATURE = ((Boolean) $ $))))) ------------------------------------------------------------------------ initializing stationary directory for FortranScalarType compiling into /tmp/oa-Wuy4bJ compiling exported = : (%,%) -> Boolean FST;=;2$B;1(u,v) is replaced by %when( %true,%otherwise %false) Time: 0.04 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. compiling exported coerce : % -> SExpression Time: 0.01 SEC. compiling exported coerce : % -> Symbol Time: 0.00 SEC. compiling exported coerce : Symbol -> % Time: 0.02 SEC. compiling exported coerce : String -> % Time: 0.03 SEC. compiling exported real? : % -> Boolean FST;real?;$B;7 t is replaced by %ieq(%head t,0) Time: 0 SEC. compiling exported double? : % -> Boolean FST;double?;$B;8 t is replaced by %ieq(%head t,5) Time: 0 SEC. compiling exported logical? : % -> Boolean FST;logical?;$B;9 t is replaced by %ieq(%head t,4) Time: 0.00 SEC. compiling exported integer? : % -> Boolean FST;integer?;$B;10 t is replaced by %ieq(%head t,1) Time: 0 SEC. compiling exported character? : % -> Boolean FST;character?;$B;11 t is replaced by %ieq(%head t,3) Time: 0.00 SEC. compiling exported complex? : % -> Boolean FST;complex?;$B;12 t is replaced by %ieq(%head t,2) Time: 0 SEC. compiling exported doubleComplex? : % -> Boolean FST;doubleComplex?;$B;13 t is replaced by %ieq(%head t,6) Time: 0 SEC. (time taken in buildFunctor: 4) Time: 0.01 SEC. Warnings: [1] coerce: REAL has no value [2] coerce: INTEGER has no value [3] coerce: COMPLEX has no value [4] coerce: CHARACTER has no value [5] coerce: LOGICAL has no value [6] coerce: real has no value [7] coerce: integer has no value [8] coerce: complex has no value [9] coerce: character has no value [10] coerce: logical has no value [11] coerce: upperDoubleCOmplexSymbol has no value Cumulative Statistics for Constructor FortranScalarType Time: 0.12 seconds finalizing NRLIB FST Processing FortranScalarType for Browser database: -- coerce : String -> % -- coerce : Symbol -> % -- real? : % -> Boolean -- double? : % -> Boolean -- integer? : % -> Boolean -- complex? : % -> Boolean -- doubleComplex? : % -> Boolean -- character? : % -> Boolean -- logical? : % -> Boolean -- ?=? : (%,%) -> Boolean -- constructor ; compiling file "/tmp/oa-Wuy4bJ/code.lsp" (written 01 FEB 2016 11:00:13 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FST;=;2$B;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FST;real?;$B;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FST;double?;$B;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FST;logical?;$B;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FST;integer?;$B;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FST;character?;$B;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FST;complex?;$B;12|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FST;doubleComplex?;$B;13|) ...) ; compiling (PUT (QUOTE |FST;coerce;$S;4|) ...) ; compiling (DEFUN |FST;=;2$B;1| ...) ; compiling (DEFUN |FST;coerce;$Of;2| ...) ; compiling (DEFUN |FST;coerce;$Se;3| ...) ; compiling (DEFUN |FST;coerce;$S;4| ...) ; compiling (DEFUN |FST;coerce;S$;5| ...) ; file: /tmp/oa-Wuy4bJ/code.lsp ; in: DEFUN |FST;coerce;S$;5| ; (DEFUN BOOT::|FST;coerce;S$;5| (BOOT::|s| BOOT::$) ; (COND ; ((OR (EQUAL BOOT::|s| 'BOOT::|real|) (EQUAL BOOT::|s| 'REAL)) ; (CONS 0 "real")) ; ((OR (EQUAL BOOT::|s| 'BOOT::|integer|) (EQUAL BOOT::|s| 'INTEGER)) ; (CONS 1 "integer")) ; ((OR (EQUAL BOOT::|s| 'BOOT::|complex|) (EQUAL BOOT::|s| 'COMPLEX)) ; (CONS 2 "complex")) ; ((OR (EQUAL BOOT::|s| 'BOOT::|character|) (EQUAL BOOT::|s| 'CHARACTER)) ; (CONS 3 "character")) ; ((OR (EQUAL BOOT::|s| 'BOOT::|logical|) (EQUAL BOOT::|s| 'BOOT::LOGICAL)) ; (CONS 4 "logical")) ; ((OR (EQUAL BOOT::|s| #) (EQUAL BOOT::|s| #)) (CONS 5 "double precision")) ; ((OR (EQUAL BOOT::|s| #) ; (EQUAL BOOT::|s| 'BOOT::|upperDoubleCOmplexSymbol|)) ; (CONS 6 "double complex")) ; (T (BOOT::|error| (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FST;coerce;S$;5| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|FST;coerce;S$;5| ; (COND ((OR # #) (CONS 0 "real")) ((OR # #) (CONS 1 "integer")) ; ((OR # #) (CONS 2 "complex")) ((OR # #) (CONS 3 "character")) ; ((OR # #) (CONS 4 "logical")) ; ((OR # #) (CONS 5 "double precision")) ; ((OR # #) (CONS 6 "double complex")) (T (BOOT::|error| #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |FST;coerce;S$;6| ...) ; file: /tmp/oa-Wuy4bJ/code.lsp ; in: DEFUN |FST;coerce;S$;6| ; (DEFUN BOOT::|FST;coerce;S$;6| (BOOT::|s| BOOT::$) ; (COND ((NOT (NULL #)) (CONS 0 "real")) ((NOT (NULL #)) (CONS 1 "integer")) ; ((NOT (NULL #)) (CONS 2 "complex")) ; ((NOT (NULL #)) (CONS 3 "character")) ; ((NOT (NULL #)) (CONS 4 "logical")) ; ((NOT (NULL #)) (CONS 5 "double precision")) ; ((NOT (NULL #)) (CONS 6 "double complex")) ; ((NOT (NULL #)) (CONS 0 "real")) ((NOT (NULL #)) (CONS 1 "integer")) ; ((NOT (NULL #)) (CONS 2 "complex")) ; ((NOT (NULL #)) (CONS 3 "character")) ...)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FST;coerce;S$;6| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|FST;coerce;S$;6| ; (COND ((NOT #) (CONS 0 "real")) ((NOT #) (CONS 1 "integer")) ; ((NOT #) (CONS 2 "complex")) ((NOT #) (CONS 3 "character")) ; ((NOT #) (CONS 4 "logical")) ; ((NOT #) (CONS 5 "double precision")) ; ((NOT #) (CONS 6 "double complex")) ((NOT #) (CONS 0 "real")) ; ((NOT #) (CONS 1 "integer")) ((NOT #) (CONS 2 "complex")) ; ((NOT #) (CONS 3 "character")) ...))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |FST;real?;$B;7| ...) ; compiling (DEFUN |FST;double?;$B;8| ...) ; compiling (DEFUN |FST;logical?;$B;9| ...) ; compiling (DEFUN |FST;integer?;$B;10| ...) ; compiling (DEFUN |FST;character?;$B;11| ...) ; compiling (DEFUN |FST;complex?;$B;12| ...) ; compiling (DEFUN |FST;doubleComplex?;$B;13| ...) ; compiling (DEFUN |FortranScalarType| ...) ; compiling (DEFUN |FortranScalarType;| ...) ; compiling (MAKEPROP (QUOTE |FortranScalarType|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-Wuy4bJ/code.fasl written ; compilation finished in 0:00:00.074 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile RADIX.spad && cp RADIX.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RADIX.fasl \ && if test -f RADIX-.NRLIB/code.fasl; then \ cp RADIX-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RADIX-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RADIX.spad using Spad compiler. RADIX abbreviates domain RadixExpansion debug: compDefine1 lhs: (RadixExpansion bb) signature (pre-evaluate): ((Join (QuotientFieldCategory (Integer)) (CoercibleTo (Fraction (Integer))) (CATEGORY domain (SIGNATURE fractionPart ((Fraction (Integer)) $)) (SIGNATURE wholeRagits ((List (Integer)) $)) (SIGNATURE fractRagits ((Stream (Integer)) $)) (SIGNATURE prefixRagits ((List (Integer)) $)) (SIGNATURE cycleRagits ((List (Integer)) $)) (SIGNATURE wholeRadix ($ (List (Integer)))) (SIGNATURE fractRadix ($ (List (Integer)) (List (Integer)))))) NIL) debug: evaluateType form: (Join (QuotientFieldCategory (Integer)) (CoercibleTo (Fraction (Integer))) (CATEGORY domain (SIGNATURE fractionPart ((Fraction (Integer)) $)) (SIGNATURE wholeRagits ((List (Integer)) $)) (SIGNATURE fractRagits ((Stream (Integer)) $)) (SIGNATURE prefixRagits ((List (Integer)) $)) (SIGNATURE cycleRagits ((List (Integer)) $)) (SIGNATURE wholeRadix ($ (List (Integer)))) (SIGNATURE fractRadix ($ (List (Integer)) (List (Integer)))))) $param: (bb) debug: evaluateType form: (QuotientFieldCategory (Integer)) $param: (bb) Debug: evaluateType1 form: (QuotientFieldCategory (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (bb) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (bb) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (CoercibleTo (Fraction (Integer))) $param: (bb) Debug: evaluateType1 form: (CoercibleTo (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (bb) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Integer)) $param: (bb) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (bb) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (bb) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE fractionPart ((Fraction (Integer)) $)) (SIGNATURE wholeRagits ((List (Integer)) $)) (SIGNATURE fractRagits ((Stream (Integer)) $)) (SIGNATURE prefixRagits ((List (Integer)) $)) (SIGNATURE cycleRagits ((List (Integer)) $)) (SIGNATURE wholeRadix ($ (List (Integer)))) (SIGNATURE fractRadix ($ (List (Integer)) (List (Integer))))) $param: (bb) debug: evaluateType form: (Fraction (Integer)) $param: (bb) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (bb) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (bb) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (List (Integer)) $param: (bb) Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (bb) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (bb) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (Stream (Integer)) $param: (bb) Debug: evaluateType1 form: (Stream (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (bb) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (bb) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (List (Integer)) $param: (bb) Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (bb) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (bb) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (List (Integer)) $param: (bb) Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (bb) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (bb) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (List (Integer)) $param: (bb) Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (bb) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (bb) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (List (Integer)) $param: (bb) Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (bb) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (bb) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (List (Integer)) $param: (bb) Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (bb) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (bb) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (QuotientFieldCategory (Integer)) (CoercibleTo (Fraction (Integer))) (CATEGORY domain (SIGNATURE fractionPart ((Fraction (Integer)) $)) (SIGNATURE wholeRagits ((List (Integer)) $)) (SIGNATURE fractRagits ((Stream (Integer)) $)) (SIGNATURE prefixRagits ((List (Integer)) $)) (SIGNATURE cycleRagits ((List (Integer)) $)) (SIGNATURE wholeRadix ($ (List (Integer)))) (SIGNATURE fractRadix ($ (List (Integer)) (List (Integer)))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for RadixExpansion compiling into /tmp/oa-q4TPgW compiling exported characteristic : () -> NonNegativeInteger RADIX;characteristic;Nni;1 is replaced by 0 Time: 0.08 SEC. compiling exported differentiate : % -> % Time: 0 SEC. compiling exported Zero : () -> % RADIX;Zero;$;3 is replaced by %vector(1,%nil,%nil,%nil) Time: 0.01 SEC. compiling exported One : () -> % RADIX;One;$;4 is replaced by %vector(1,%list 1,%nil,%nil) Time: 0.01 SEC. compiling exported - : % -> % Time: 0.01 SEC. compiling exported + : (%,%) -> % Time: 0.01 SEC. compiling exported - : (%,%) -> % Time: 0.01 SEC. compiling exported * : (Integer,%) -> % Time: 0.02 SEC. compiling exported * : (%,%) -> % Time: 0.04 SEC. compiling exported / : (%,%) -> % Time: 0.02 SEC. compiling exported / : (Integer,Integer) -> % Time: 0.01 SEC. compiling exported < : (%,%) -> Boolean Time: 0.01 SEC. compiling exported = : (%,%) -> Boolean Time: 0.04 SEC. compiling exported numer : % -> Integer Time: 0 SEC. compiling exported denom : % -> Integer Time: 0.00 SEC. compiling exported coerce : % -> Fraction Integer Time: 0 SEC. compiling exported coerce : Integer -> % Time: 0.00 SEC. compiling exported coerce : Fraction Integer -> % Time: 0.03 SEC. compiling exported retractIfCan : % -> Union(Fraction Integer,failed) Time: 0 SEC. compiling exported retractIfCan : % -> Union(Integer,failed) Time: 0.01 SEC. compiling exported ceiling : % -> Integer Time: 0.00 SEC. compiling exported floor : % -> Integer Time: 0 SEC. compiling exported wholePart : % -> Integer Time: 0.01 SEC. compiling exported fractionPart : % -> Fraction Integer Time: 0.02 SEC. compiling exported wholeRagits : % -> List Integer RADIX;wholeRagits;$L;25 a is replaced by %vref(a,1) Time: 0.01 SEC. compiling exported fractRagits : % -> Stream Integer Time: 0.01 SEC. compiling exported prefixRagits : % -> List Integer RADIX;prefixRagits;$L;27 a is replaced by %vref(a,2) Time: 0.01 SEC. compiling exported cycleRagits : % -> List Integer RADIX;cycleRagits;$L;28 a is replaced by %vref(a,3) Time: 0.01 SEC. compiling exported wholeRadix : List Integer -> % Time: 0.00 SEC. compiling exported fractRadix : (List Integer,List Integer) -> % Time: 0.01 SEC. compiling local intToExpr : Integer -> OutputForm Time: 0.06 SEC. compiling local exprgroup : List OutputForm -> OutputForm Time: 0.01 SEC. compiling local intgroup : List Integer -> OutputForm Time: 0.02 SEC. compiling local overBar : List Integer -> OutputForm Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Time: 0.05 SEC. compiling local checkRagits : List Integer -> Boolean Time: 0.01 SEC. compiling local radixInt : (Integer,Integer) -> List Integer Time: 0.02 SEC. compiling local radixFrac : (Integer,Integer,Integer) -> Record(pfx: List Integer,cyc: List Integer) Time: 0.08 SEC. (time taken in buildFunctor: 100) Time: 0.20 SEC. Warnings: [1] Type List Integer is not in scope. Import it [2] coerce: s has no value [3] retractIfCan: empty? has no value [4] coerce: le has no value [5] unknown Functor code: errorRadix base must be at least 2 Cumulative Statistics for Constructor RadixExpansion Time: 0.85 seconds finalizing NRLIB RADIX Processing RadixExpansion for Browser database: -- fractionPart : % -> Fraction Integer -- wholeRagits : % -> List Integer -- fractRagits : % -> Stream Integer -- prefixRagits : % -> List Integer -- cycleRagits : % -> List Integer -- wholeRadix : List Integer -> % -- fractRadix : (List Integer,List Integer) -> % -- constructor ; compiling file "/tmp/oa-q4TPgW/code.lsp" (written 01 FEB 2016 11:00:14 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |RADIX;characteristic;Nni;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |RADIX;Zero;$;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |RADIX;One;$;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |RADIX;wholeRagits;$L;25|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |RADIX;prefixRagits;$L;27|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |RADIX;cycleRagits;$L;28|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RADIX;characteristic;Nni;1| ...) ; compiling (DEFUN |RADIX;differentiate;2$;2| ...) ; file: /tmp/oa-q4TPgW/code.lsp ; in: DEFUN |RADIX;differentiate;2$;2| ; (DEFUN BOOT::|RADIX;differentiate;2$;2| (BOOT::|a| BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 14)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RADIX;differentiate;2$;2| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|RADIX;differentiate;2$;2| ; (BOOT::|spadConstant| BOOT::$ 14))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; ; caught STYLE-WARNING: ; The variable |a| is defined but never used. ; compiling (DEFUN |RADIX;Zero;$;3| ...) ; compiling (DEFUN |RADIX;One;$;4| ...) ; compiling (DEFUN |RADIX;-;2$;5| ...) ; file: /tmp/oa-q4TPgW/code.lsp ; in: DEFUN |RADIX;-;2$;5| ; (DEFUN BOOT::|RADIX;-;2$;5| (BOOT::|a| BOOT::$) ; (COND ; ((BOOT::|RADIX;=;2$B;13| BOOT::|a| (BOOT::|spadConstant| BOOT::$ 14) ; BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 14)) ; (T ; (VECTOR (- #) (SVREF BOOT::|a| 1) (SVREF BOOT::|a| 2) ; (SVREF BOOT::|a| 3))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RADIX;-;2$;5| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|RADIX;-;2$;5| ; (COND ; ((BOOT::|RADIX;=;2$B;13| BOOT::|a| # BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 14)) ; (T (VECTOR # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |RADIX;+;3$;6| ...) ; compiling (DEFUN |RADIX;-;3$;7| ...) ; compiling (DEFUN |RADIX;*;I2$;8| ...) ; compiling (DEFUN |RADIX;*;3$;9| ...) ; compiling (DEFUN |RADIX;/;3$;10| ...) ; compiling (DEFUN |RADIX;/;2I$;11| ...) ; compiling (DEFUN |RADIX;<;2$B;12| ...) ; file: /tmp/oa-q4TPgW/code.lsp ; in: DEFUN |RADIX;<;2$B;12| ; (DEFUN BOOT::|RADIX;<;2$B;12| (BOOT::|a| BOOT::|b| BOOT::$) ; (BOOT::SPADCALL (BOOT::|RADIX;coerce;$F;16| BOOT::|a| BOOT::$) ; (BOOT::|RADIX;coerce;$F;16| BOOT::|b| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 39))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RADIX;<;2$B;12| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|RADIX;<;2$B;12| ; (BOOT::SPADCALL (BOOT::|RADIX;coerce;$F;16| BOOT::|a| BOOT::$) ; (BOOT::|RADIX;coerce;$F;16| BOOT::|b| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 39)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |RADIX;=;2$B;13| ...) ; file: /tmp/oa-q4TPgW/code.lsp ; in: DEFUN |RADIX;=;2$B;13| ; (DEFUN BOOT::|RADIX;=;2$B;13| (BOOT::|a| BOOT::|b| BOOT::$) ; (AND (EQL (SVREF BOOT::|a| 0) (SVREF BOOT::|b| 0)) ; (AND ; (BOOT::SPADCALL (SVREF BOOT::|a| 1) (SVREF BOOT::|b| 1) ; (BOOT::|shellEntry| BOOT::$ 42)) ; (AND (BOOT::SPADCALL # # #) (BOOT::SPADCALL # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RADIX;=;2$B;13| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|RADIX;=;2$B;13| ; (AND (EQL (SVREF BOOT::|a| 0) (SVREF BOOT::|b| 0)) ; (AND (BOOT::SPADCALL # # #) (AND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |RADIX;numer;$I;14| ...) ; file: /tmp/oa-q4TPgW/code.lsp ; in: DEFUN |RADIX;numer;$I;14| ; (DEFUN BOOT::|RADIX;numer;$I;14| (BOOT::|a| BOOT::$) ; (BOOT::SPADCALL (BOOT::|RADIX;coerce;$F;16| BOOT::|a| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 44))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RADIX;numer;$I;14| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|RADIX;numer;$I;14| ; (BOOT::SPADCALL (BOOT::|RADIX;coerce;$F;16| BOOT::|a| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 44)))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |RADIX;denom;$I;15| ...) ; file: /tmp/oa-q4TPgW/code.lsp ; in: DEFUN |RADIX;denom;$I;15| ; (DEFUN BOOT::|RADIX;denom;$I;15| (BOOT::|a| BOOT::$) ; (BOOT::SPADCALL (BOOT::|RADIX;coerce;$F;16| BOOT::|a| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 46))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RADIX;denom;$I;15| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|RADIX;denom;$I;15| ; (BOOT::SPADCALL (BOOT::|RADIX;coerce;$F;16| BOOT::|a| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 46)))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |RADIX;coerce;$F;16| ...) ; compiling (DEFUN |RADIX;coerce;I$;17| ...) ; compiling (DEFUN |RADIX;coerce;F$;18| ...) ; compiling (DEFUN |RADIX;retractIfCan;$U;19| ...) ; compiling (DEFUN |RADIX;retractIfCan;$U;20| ...) ; compiling (DEFUN |RADIX;ceiling;$I;21| ...) ; file: /tmp/oa-q4TPgW/code.lsp ; in: DEFUN |RADIX;ceiling;$I;21| ; (DEFUN BOOT::|RADIX;ceiling;$I;21| (BOOT::|a| BOOT::$) ; (BOOT::SPADCALL (BOOT::|RADIX;coerce;$F;16| BOOT::|a| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 61))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RADIX;ceiling;$I;21| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|RADIX;ceiling;$I;21| ; (BOOT::SPADCALL (BOOT::|RADIX;coerce;$F;16| BOOT::|a| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 61)))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |RADIX;floor;$I;22| ...) ; file: /tmp/oa-q4TPgW/code.lsp ; in: DEFUN |RADIX;floor;$I;22| ; (DEFUN BOOT::|RADIX;floor;$I;22| (BOOT::|a| BOOT::$) ; (BOOT::SPADCALL (BOOT::|RADIX;coerce;$F;16| BOOT::|a| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 63))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RADIX;floor;$I;22| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|RADIX;floor;$I;22| ; (BOOT::SPADCALL (BOOT::|RADIX;coerce;$F;16| BOOT::|a| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 63)))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |RADIX;wholePart;$I;23| ...) ; compiling (DEFUN |RADIX;fractionPart;$F;24| ...) ; compiling (DEFUN |RADIX;wholeRagits;$L;25| ...) ; compiling (DEFUN |RADIX;fractRagits;$S;26| ...) ; compiling (DEFUN |RADIX;prefixRagits;$L;27| ...) ; compiling (DEFUN |RADIX;cycleRagits;$L;28| ...) ; compiling (DEFUN |RADIX;wholeRadix;L$;29| ...) ; compiling (DEFUN |RADIX;fractRadix;2L$;30| ...) ; compiling (DEFUN |RADIX;intToExpr| ...) ; compiling (DEFUN |RADIX;exprgroup| ...) ; compiling (DEFUN |RADIX;intgroup| ...) ; compiling (DEFUN |RADIX;overBar| ...) ; compiling (DEFUN |RADIX;coerce;$Of;35| ...) ; compiling (DEFUN |RADIX;checkRagits| ...) ; compiling (DEFUN |RADIX;radixInt| ...) ; file: /tmp/oa-q4TPgW/code.lsp ; in: DEFUN |RADIX;radixInt| ; (DEFUN BOOT::|RADIX;radixInt| (BOOT::|n| BOOT::|bas| BOOT::$) ; (PROG (BOOT::|qr|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RADIX;radixInt| ; (BOOT::|n| BOOT::|bas| BOOT::$) ; (BLOCK BOOT::|RADIX;radixInt| ; (PROG (BOOT::|qr|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |RADIX;radixFrac| ...) ; compiling (DEFUN |RadixExpansion| ...) ; compiling (DEFUN |RadixExpansion;| ...) ; compiling (MAKEPROP (QUOTE |RadixExpansion|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 9 notes ; /tmp/oa-q4TPgW/code.fasl written ; compilation finished in 0:00:00.144 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/INDE.fasl --optimize=3 INDE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INDE.spad using Spad compiler. INDE abbreviates domain IndexedExponents debug: compDefine1 lhs: (IndexedExponents Varset) signature (pre-evaluate): ((Join (OrderedAbelianMonoidSup) (IndexedDirectProductCategory (NonNegativeInteger) Varset)) (OrderedSet)) debug: evaluateType form: (Join (OrderedAbelianMonoidSup) (IndexedDirectProductCategory (NonNegativeInteger) Varset)) $param: (Varset) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (Varset) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (IndexedDirectProductCategory (NonNegativeInteger) Varset) $param: (Varset) Debug: evaluateType1 form: (IndexedDirectProductCategory (NonNegativeInteger) Varset) debug: evaluateType1 x: (NonNegativeInteger) m: (BasicType) debug: evaluateType1 categoryForm: (BasicType) debug: evaluateType form: (BasicType) $param: (Varset) Debug: evaluateType1 form: (BasicType) debug: evaluateType form: (NonNegativeInteger) $param: (Varset) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (BasicType) debug: evaluateType1 x: Varset m: (OrderedType) debug: evaluateType form: (OrderedSet) $param: (Varset) Debug: evaluateType1 form: (OrderedSet) debug: compDefine1 signature (post evaluate): ((Join (OrderedAbelianMonoidSup) (IndexedDirectProductCategory (NonNegativeInteger) Varset)) (OrderedSet)) debug: compDefine1 lhs: (IndexedExponents Varset) signature (pre-evaluate): ((Join (OrderedAbelianMonoidSup) (IndexedDirectProductCategory (NonNegativeInteger) Varset)) NIL) debug: evaluateType form: (Join (OrderedAbelianMonoidSup) (IndexedDirectProductCategory (NonNegativeInteger) Varset)) $param: (Varset) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (Varset) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (IndexedDirectProductCategory (NonNegativeInteger) Varset) $param: (Varset) Debug: evaluateType1 form: (IndexedDirectProductCategory (NonNegativeInteger) Varset) debug: evaluateType1 x: (NonNegativeInteger) m: (BasicType) debug: evaluateType1 categoryForm: (BasicType) debug: evaluateType form: (BasicType) $param: (Varset) Debug: evaluateType1 form: (BasicType) debug: evaluateType form: (NonNegativeInteger) $param: (Varset) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (BasicType) debug: evaluateType1 x: Varset m: (OrderedType) debug: compDefine1 signature (post evaluate): ((Join (OrderedAbelianMonoidSup) (IndexedDirectProductCategory (NonNegativeInteger) Varset)) NIL) ------------------------------------------------------------------------ initializing stationary directory for IndexedExponents compiling into /tmp/oa-LlDHV7 compiling local coerceOF : Term -> OutputForm Time: 0.10 SEC. compiling exported coerce : % -> OutputForm Time: 0.02 SEC. (time taken in buildFunctor: 4) Time: 0.01 SEC. Warnings: [1] Rep differs from the base domain Cumulative Statistics for Constructor IndexedExponents Time: 0.12 seconds finalizing NRLIB INDE Processing IndexedExponents for Browser database: -- constructor ; compiling file "/tmp/oa-LlDHV7/code.lsp" (written 01 FEB 2016 11:00:14 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |INDE;coerceOF| ...) ; compiling (DEFUN |INDE;coerce;$Of;2| ...) ; compiling (DEFUN |IndexedExponents| ...) ; compiling (DEFUN |IndexedExponents;| ...) ; compiling (MAKEPROP (QUOTE |IndexedExponents|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-LlDHV7/code.fasl written ; compilation finished in 0:00:00.022 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile POLY.spad && cp POLY.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/POLY.fasl \ && if test -f POLY-.NRLIB/code.fasl; then \ cp POLY-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/POLY-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/POLY.spad using Spad compiler. POLY abbreviates domain Polynomial debug: compDefine1 lhs: (Polynomial R) signature (pre-evaluate): ((Join (PolynomialCategory R (IndexedExponents (Symbol)) (Symbol)) (CATEGORY domain (IF (has R (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Symbol))) %noBranch))) (Ring)) debug: evaluateType form: (Join (PolynomialCategory R (IndexedExponents (Symbol)) (Symbol)) (CATEGORY domain (IF (has R (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Symbol))) %noBranch))) $param: (R) debug: evaluateType form: (PolynomialCategory R (IndexedExponents (Symbol)) (Symbol)) $param: (R) Debug: evaluateType1 form: (PolynomialCategory R (IndexedExponents (Symbol)) (Symbol)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: (IndexedExponents (Symbol)) m: (OrderedAbelianMonoidSup) debug: evaluateType1 categoryForm: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (R) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (IndexedExponents (Symbol)) $param: (R) Debug: evaluateType1 form: (IndexedExponents (Symbol)) debug: evaluateType1 x: (Symbol) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (OrderedSet) debug: evalCategory d: (IndexedExponents (Symbol)) c: (OrderedAbelianMonoidSup) debug: evaluateType1 x: (Symbol) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (OrderedSet) debug: evaluateType form: (CATEGORY domain (IF (has R (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Symbol))) %noBranch)) $param: (R) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((Join (PolynomialCategory R (IndexedExponents (Symbol)) (Symbol)) (CATEGORY domain (IF (has R (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Symbol))) %noBranch))) (Ring)) debug: compDefine1 lhs: (Polynomial R) signature (pre-evaluate): ((Join (PolynomialCategory R (IndexedExponents (Symbol)) (Symbol)) (CATEGORY domain (IF (has R (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Symbol))) %noBranch))) NIL) debug: evaluateType form: (Join (PolynomialCategory R (IndexedExponents (Symbol)) (Symbol)) (CATEGORY domain (IF (has R (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Symbol))) %noBranch))) $param: (R) debug: evaluateType form: (PolynomialCategory R (IndexedExponents (Symbol)) (Symbol)) $param: (R) Debug: evaluateType1 form: (PolynomialCategory R (IndexedExponents (Symbol)) (Symbol)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: (IndexedExponents (Symbol)) m: (OrderedAbelianMonoidSup) debug: evaluateType1 categoryForm: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (R) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (IndexedExponents (Symbol)) $param: (R) Debug: evaluateType1 form: (IndexedExponents (Symbol)) debug: evaluateType1 x: (Symbol) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (OrderedSet) debug: evalCategory d: (IndexedExponents (Symbol)) c: (OrderedAbelianMonoidSup) debug: evaluateType1 x: (Symbol) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (OrderedSet) debug: evaluateType form: (CATEGORY domain (IF (has R (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Symbol))) %noBranch)) $param: (R) debug: compDefine1 signature (post evaluate): ((Join (PolynomialCategory R (IndexedExponents (Symbol)) (Symbol)) (CATEGORY domain (IF (has R (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Symbol))) %noBranch))) NIL) ------------------------------------------------------------------------ initializing stationary directory for Polynomial compiling into /tmp/oa-fOYnmt importing UserDefinedPartialOrdering Symbol compiling exported coerce : % -> OutputForm Time: 0.13 SEC. compiling exported integrate : (%,Symbol) -> % Time: 0.05 SEC. (time taken in buildFunctor: 108) Time: 0.21 SEC. Cumulative Statistics for Constructor Polynomial Time: 0.38 seconds finalizing NRLIB POLY Processing Polynomial for Browser database: -- integrate : (%,Symbol) -> % -- constructor ; compiling file "/tmp/oa-fOYnmt/code.lsp" (written 01 FEB 2016 11:00:15 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |POLY;coerce;$Of;1| ...) ; compiling (DEFUN |POLY;integrate;$S$;2| ...) ; compiling (DEFUN |Polynomial| ...) ; compiling (DEFUN |Polynomial;| ...) ; compiling (MAKEPROP (QUOTE |Polynomial|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-fOYnmt/code.fasl written ; compilation finished in 0:00:00.026 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile OFMONOID.spad && cp OFMONOID.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/OFMONOID.fasl \ && if test -f OFMONOID-.NRLIB/code.fasl; then \ cp OFMONOID-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/OFMONOID-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OFMONOID.spad using Spad compiler. OFMONOID abbreviates domain OrderedFreeMonoid debug: compDefine1 lhs: (OrderedFreeMonoid S) signature (pre-evaluate): ((Join (FreeMonoidCategory S) (OrderedMonoid) (CATEGORY domain (SIGNATURE first (S $)) (SIGNATURE rest ($ $)) (SIGNATURE mirror ($ $)) (SIGNATURE lexico ((Boolean) $ $)) (SIGNATURE lquo ((Union $ failed) $ S)) (SIGNATURE rquo ((Union $ failed) $ S)) (SIGNATURE div ((Union (Record (: lm $) (: rm $)) failed) $ $)) (SIGNATURE length ((NonNegativeInteger) $)) (SIGNATURE varList ((List S) $)))) (OrderedSet)) debug: evaluateType form: (Join (FreeMonoidCategory S) (OrderedMonoid) (CATEGORY domain (SIGNATURE first (S $)) (SIGNATURE rest ($ $)) (SIGNATURE mirror ($ $)) (SIGNATURE lexico ((Boolean) $ $)) (SIGNATURE lquo ((Union $ failed) $ S)) (SIGNATURE rquo ((Union $ failed) $ S)) (SIGNATURE div ((Union (Record (: lm $) (: rm $)) failed) $ $)) (SIGNATURE length ((NonNegativeInteger) $)) (SIGNATURE varList ((List S) $)))) $param: (S) debug: evaluateType form: (FreeMonoidCategory S) $param: (S) Debug: evaluateType1 form: (FreeMonoidCategory S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (OrderedMonoid) $param: (S) Debug: evaluateType1 form: (OrderedMonoid) debug: evaluateType form: (CATEGORY domain (SIGNATURE first (S $)) (SIGNATURE rest ($ $)) (SIGNATURE mirror ($ $)) (SIGNATURE lexico ((Boolean) $ $)) (SIGNATURE lquo ((Union $ failed) $ S)) (SIGNATURE rquo ((Union $ failed) $ S)) (SIGNATURE div ((Union (Record (: lm $) (: rm $)) failed) $ $)) (SIGNATURE length ((NonNegativeInteger) $)) (SIGNATURE varList ((List S) $))) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Union $ failed) $param: (S) debug: evaluateType form: $ $param: (S) debug: evaluateType form: failed $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Union $ failed) $param: (S) debug: evaluateType form: $ $param: (S) debug: evaluateType form: failed $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Union (Record (: lm $) (: rm $)) failed) $param: (S) debug: evaluateType form: (Record (: lm $) (: rm $)) $param: (S) debug: evaluateType form: $ $param: (S) debug: evaluateType form: $ $param: (S) debug: evaluateType form: failed $param: (S) debug: evaluateType form: (NonNegativeInteger) $param: (S) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (OrderedSet) $param: (S) Debug: evaluateType1 form: (OrderedSet) debug: compDefine1 signature (post evaluate): ((Join (FreeMonoidCategory S) (OrderedMonoid) (CATEGORY domain (SIGNATURE first (S $)) (SIGNATURE rest ($ $)) (SIGNATURE mirror ($ $)) (SIGNATURE lexico ((Boolean) $ $)) (SIGNATURE lquo ((Union $ failed) $ S)) (SIGNATURE rquo ((Union $ failed) $ S)) (SIGNATURE div ((Union (Record (: lm $) (: rm $)) failed) $ $)) (SIGNATURE length ((NonNegativeInteger) $)) (SIGNATURE varList ((List S) $)))) (OrderedSet)) debug: compDefine1 lhs: (OrderedFreeMonoid S) signature (pre-evaluate): ((Join (FreeMonoidCategory S) (OrderedMonoid) (CATEGORY domain (SIGNATURE first (S $)) (SIGNATURE rest ($ $)) (SIGNATURE mirror ($ $)) (SIGNATURE lexico ((Boolean) $ $)) (SIGNATURE lquo ((Union $ failed) $ S)) (SIGNATURE rquo ((Union $ failed) $ S)) (SIGNATURE div ((Union (Record (: lm $) (: rm $)) failed) $ $)) (SIGNATURE length ((NonNegativeInteger) $)) (SIGNATURE varList ((List S) $)))) NIL) debug: evaluateType form: (Join (FreeMonoidCategory S) (OrderedMonoid) (CATEGORY domain (SIGNATURE first (S $)) (SIGNATURE rest ($ $)) (SIGNATURE mirror ($ $)) (SIGNATURE lexico ((Boolean) $ $)) (SIGNATURE lquo ((Union $ failed) $ S)) (SIGNATURE rquo ((Union $ failed) $ S)) (SIGNATURE div ((Union (Record (: lm $) (: rm $)) failed) $ $)) (SIGNATURE length ((NonNegativeInteger) $)) (SIGNATURE varList ((List S) $)))) $param: (S) debug: evaluateType form: (FreeMonoidCategory S) $param: (S) Debug: evaluateType1 form: (FreeMonoidCategory S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (OrderedMonoid) $param: (S) Debug: evaluateType1 form: (OrderedMonoid) debug: evaluateType form: (CATEGORY domain (SIGNATURE first (S $)) (SIGNATURE rest ($ $)) (SIGNATURE mirror ($ $)) (SIGNATURE lexico ((Boolean) $ $)) (SIGNATURE lquo ((Union $ failed) $ S)) (SIGNATURE rquo ((Union $ failed) $ S)) (SIGNATURE div ((Union (Record (: lm $) (: rm $)) failed) $ $)) (SIGNATURE length ((NonNegativeInteger) $)) (SIGNATURE varList ((List S) $))) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Union $ failed) $param: (S) debug: evaluateType form: $ $param: (S) debug: evaluateType form: failed $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Union $ failed) $param: (S) debug: evaluateType form: $ $param: (S) debug: evaluateType form: failed $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Union (Record (: lm $) (: rm $)) failed) $param: (S) debug: evaluateType form: (Record (: lm $) (: rm $)) $param: (S) debug: evaluateType form: $ $param: (S) debug: evaluateType form: $ $param: (S) debug: evaluateType form: failed $param: (S) debug: evaluateType form: (NonNegativeInteger) $param: (S) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: compDefine1 signature (post evaluate): ((Join (FreeMonoidCategory S) (OrderedMonoid) (CATEGORY domain (SIGNATURE first (S $)) (SIGNATURE rest ($ $)) (SIGNATURE mirror ($ $)) (SIGNATURE lexico ((Boolean) $ $)) (SIGNATURE lquo ((Union $ failed) $ S)) (SIGNATURE rquo ((Union $ failed) $ S)) (SIGNATURE div ((Union (Record (: lm $) (: rm $)) failed) $ $)) (SIGNATURE length ((NonNegativeInteger) $)) (SIGNATURE varList ((List S) $)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for OrderedFreeMonoid compiling into /tmp/oa-IBEUU1 compiling exported lquo : (%,S) -> Union(%,failed) Time: 0.07 SEC. compiling exported rquo : (%,S) -> Union(%,failed) Time: 0.00 SEC. compiling exported length : % -> NonNegativeInteger Time: 0.02 SEC. compiling exported varList : % -> List S Time: 0.02 SEC. compiling exported first : % -> S Time: 0.02 SEC. compiling exported rest : % -> % Time: 0.02 SEC. compiling exported lexico : (%,%) -> Boolean Time: 0.07 SEC. compiling exported < : (%,%) -> Boolean Time: 0.00 SEC. compiling exported mirror : % -> % OFMONOID;mirror;2$;9 is replaced by %lreverse Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] Rep differs from the base domain [2] length: reduce has no value [3] length: exp has no value [4] lexico: gen has no value [5] lexico: exp has no value Cumulative Statistics for Constructor OrderedFreeMonoid Time: 0.23 seconds finalizing NRLIB OFMONOID Processing OrderedFreeMonoid for Browser database: -- first : % -> S -- rest : % -> % -- mirror : % -> % -- lexico : (%,%) -> Boolean -- lquo : (%,S) -> Union(%,"failed") -- rquo : (%,S) -> Union(%,"failed") -- ?div? : (%,%) -> Union(Record(lm: %,rm: %),"failed") -- length : % -> NNI -- varList : % -> List S -- constructor ; compiling file "/tmp/oa-IBEUU1/code.lsp" (written 01 FEB 2016 11:00:15 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OFMONOID;mirror;2$;9|) ...) ; compiling (DEFUN |OFMONOID;lquo;$SU;1| ...) ; compiling (DEFUN |OFMONOID;rquo;$SU;2| ...) ; compiling (DEFUN |OFMONOID;length;$Nni;3| ...) ; file: /tmp/oa-IBEUU1/code.lsp ; in: DEFUN |OFMONOID;length;$Nni;3| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (+ BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; (DEFUN BOOT::|OFMONOID;length;$Nni;3| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL ; (CONS #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (+ BOOT::|#1| BOOT::|#2|)) ; NIL) ; (LET ((#:G706 BOOT::|x|) (#:G585 NIL)) ; (LOOP (COND # #) ; (SETQ #))) ; 0 (BOOT::|shellEntry| BOOT::$ 34))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|OFMONOID;length;$Nni;3| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|OFMONOID;length;$Nni;3| ; (BOOT::SPADCALL (CONS #'(LAMBDA # #) NIL) ; (LET (# #) ; (LOOP # ; #)) ; 0 (BOOT::|shellEntry| BOOT::$ 34)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |OFMONOID;varList;$L;4| ...) ; file: /tmp/oa-IBEUU1/code.lsp ; in: DEFUN |OFMONOID;varList;$L;4| ; (DEFUN BOOT::|OFMONOID;varList;$L;4| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|le| ; (LET # ; #))) ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|le| (BOOT::|shellEntry| BOOT::$ 37)) ; (BOOT::|shellEntry| BOOT::$ 38)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|OFMONOID;varList;$L;4| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|OFMONOID;varList;$L;4| ; (LET ((BOOT::|le| #)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|le| #) ; (BOOT::|shellEntry| BOOT::$ 38))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |OFMONOID;first;$S;5| ...) ; file: /tmp/oa-IBEUU1/code.lsp ; in: DEFUN |OFMONOID;first;$S;5| ; (DEFUN BOOT::|OFMONOID;first;$S;5| (BOOT::|w| BOOT::$) ; (LET ((BOOT::|x| BOOT::|w|)) ; (COND ((NULL BOOT::|x|) (BOOT::|error| "empty word !!!")) (T (CAR #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|OFMONOID;first;$S;5| ; (BOOT::|w| BOOT::$) ; (BLOCK BOOT::|OFMONOID;first;$S;5| ; (LET ((BOOT::|x| BOOT::|w|)) ; (COND (# #) (T #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |OFMONOID;rest;2$;6| ...) ; file: /tmp/oa-IBEUU1/code.lsp ; in: DEFUN |OFMONOID;rest;2$;6| ; (DEFUN BOOT::|OFMONOID;rest;2$;6| (BOOT::|w| BOOT::$) ; (PROG (BOOT::|fx|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|OFMONOID;rest;2$;6| ; (BOOT::|w| BOOT::$) ; (BLOCK BOOT::|OFMONOID;rest;2$;6| ; (PROG (BOOT::|fx|) ; (RETURN ; (LET # ; #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |OFMONOID;lexico;2$B;7| ...) ; compiling (DEFUN |OFMONOID;<;2$B;8| ...) ; compiling (DEFUN |OFMONOID;mirror;2$;9| ...) ; compiling (DEFUN |OrderedFreeMonoid| ...) ; compiling (DEFUN |OrderedFreeMonoid;| ...) ; compiling (MAKEPROP (QUOTE |OrderedFreeMonoid|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; printed 2 notes ; /tmp/oa-IBEUU1/code.fasl written ; compilation finished in 0:00:00.047 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ARR2CAT.spad && cp ARR2CAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ARR2CAT.fasl \ && if test -f ARR2CAT-.NRLIB/code.fasl; then \ cp ARR2CAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ARR2CAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ARR2CAT.spad using Spad compiler. ARR2CAT abbreviates category TwoDimensionalArrayCategory debug: compDefine1 lhs: (TwoDimensionalArrayCategory R Row Col) signature (pre-evaluate): ((Category) NIL NIL NIL) debug: evaluateType form: (Category) $param: (R Row Col) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for TwoDimensionalArrayCategory compiling into /tmp/oa-847pCv STYLE-WARNING: redefining BOOT::|TwoDimensionalArrayCategory| in DEFUN Time: 0.02 SEC. ARR2CAT- abbreviates package TwoDimensionalArrayCategory& ------------------------------------------------------------------------ initializing stationary directory for TwoDimensionalArrayCategory& compiling into /tmp/oa-XoYPF6 compiling exported any? : (R -> Boolean,S) -> Boolean Time: 0.05 SEC. compiling exported every? : (R -> Boolean,S) -> Boolean Time: 0.01 SEC. compiling exported # : S -> NonNegativeInteger Time: 0.01 SEC. compiling exported elt : (S,Integer,Integer,R) -> R Time: 0.01 SEC. compiling exported count : (R -> Boolean,S) -> NonNegativeInteger Time: 0.01 SEC. compiling exported members : S -> List R Time: 0.02 SEC. compiling exported setRow! : (S,Integer,Row) -> S Time: 0.04 SEC. compiling exported setColumn! : (S,Integer,Col) -> S Time: 0.01 SEC. compiling exported = : (S,S) -> Boolean Time: 0.03 SEC. compiling exported member? : (R,S) -> Boolean Time: 0.01 SEC. compiling exported count : (R,S) -> NonNegativeInteger Time: 0.01 SEC. compiling exported coerce : S -> OutputForm Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor TwoDimensionalArrayCategory& Time: 0.26 seconds finalizing NRLIB ARR2CAT- ; compiling file "/tmp/oa-XoYPF6/code.lsp" (written 01 FEB 2016 11:00:15 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ARR2CAT-;any?;M$B;1| ...) ; compiling (DEFUN |ARR2CAT-;every?;M$B;2| ...) ; compiling (DEFUN |ARR2CAT-;#;$Nni;3| ...) ; compiling (DEFUN |ARR2CAT-;elt;$2I2R;4| ...) ; compiling (DEFUN |ARR2CAT-;count;M$Nni;5| ...) ; compiling (DEFUN |ARR2CAT-;members;$L;6| ...) ; compiling (DEFUN |ARR2CAT-;setRow!;$IRow$;7| ...) ; compiling (DEFUN |ARR2CAT-;setColumn!;$ICol$;8| ...) ; compiling (DEFUN |ARR2CAT-;=;2$B;9| ...) ; compiling (DEFUN |ARR2CAT-;member?;R$B;10| ...) ; compiling (DEFUN |ARR2CAT-;count;R$Nni;11| ...) ; file: /tmp/oa-XoYPF6/code.lsp ; in: DEFUN |ARR2CAT-;count;R$Nni;11| ; (DEFUN BOOT::|ARR2CAT-;count;R$Nni;11| (BOOT::|r| BOOT::|m| BOOT::$) ; (BOOT::SPADCALL ; (CONS #'BOOT::|ARR2CAT-;count;R$Nni;11!0| (VECTOR BOOT::$ BOOT::|r|)) ; BOOT::|m| (BOOT::|shellEntry| BOOT::$ 56))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ARR2CAT-;count;R$Nni;11| ; (BOOT::|r| BOOT::|m| BOOT::$) ; (BLOCK BOOT::|ARR2CAT-;count;R$Nni;11| ; (BOOT::SPADCALL ; (CONS #'BOOT::|ARR2CAT-;count;R$Nni;11!0| (VECTOR BOOT::$ BOOT::|r|)) ; BOOT::|m| (BOOT::|shellEntry| BOOT::$ 56)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |ARR2CAT-;count;R$Nni;11!0| ...) ; compiling (DEFUN |ARR2CAT-;coerce;$Of;12| ...) ; compiling (DEFUN |TwoDimensionalArrayCategory&| ...) ; compiling (MAKEPROP (QUOTE |TwoDimensionalArrayCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-XoYPF6/code.fasl written ; compilation finished in 0:00:00.063 ------------------------------------------------------------------------ finalizing NRLIB ARR2CAT Processing TwoDimensionalArrayCategory for Browser database: -- new : (NonNegativeInteger,NonNegativeInteger,R) -> % -- fill! : (%,R) -> % -- minRowIndex : % -> Integer -- maxRowIndex : % -> Integer -- minColIndex : % -> Integer -- maxColIndex : % -> Integer -- nrows : % -> NonNegativeInteger -- ncols : % -> NonNegativeInteger -- elt : (%,Integer,Integer) -> R -- qelt : (%,Integer,Integer) -> R -- elt : (%,Integer,Integer,R) -> R -- row : (%,Integer) -> Row -- column : (%,Integer) -> Col -- setelt : (%,Integer,Integer,R) -> R -- qsetelt! : (%,Integer,Integer,R) -> R -- setRow! : (%,Integer,Row) -> % -- setColumn! : (%,Integer,Col) -> % -- map : (((R,R) -> R),%,%) -> % -- map : (((R,R) -> R),%,%,R) -> % -- constructor ; compiling file "/tmp/oa-847pCv/code.lsp" (written 01 FEB 2016 11:00:15 PM): ; compiling (DEFPARAMETER |TwoDimensionalArrayCategory;AL| ...) ; compiling (DEFUN |TwoDimensionalArrayCategory;| ...) ; compiling (DEFUN |TwoDimensionalArrayCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-847pCv/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/LSMP.fasl --optimize=3 LSMP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LSMP.spad using Spad compiler. LSMP abbreviates package LinearSystemMatrixPackage debug: compDefine1 lhs: (LinearSystemMatrixPackage F Row Col M) signature (pre-evaluate): ((CATEGORY package (SIGNATURE solve ((Record (: particular (Union Col failed)) (: basis (List Col))) M Col)) (SIGNATURE solve ((List (Record (: particular (Union Col failed)) (: basis (List Col)))) M (List Col))) (SIGNATURE particularSolution ((Union Col failed) M Col)) (SIGNATURE hasSolution? ((Boolean) M Col)) (SIGNATURE rank ((NonNegativeInteger) M Col))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE solve ((Record (: particular (Union Col failed)) (: basis (List Col))) M Col)) (SIGNATURE solve ((List (Record (: particular (Union Col failed)) (: basis (List Col)))) M (List Col))) (SIGNATURE particularSolution ((Union Col failed) M Col)) (SIGNATURE hasSolution? ((Boolean) M Col)) (SIGNATURE rank ((NonNegativeInteger) M Col))) $param: (F Row Col M) debug: evaluateType form: (Record (: particular (Union Col failed)) (: basis (List Col))) $param: (F Row Col M) debug: evaluateType form: (Union Col failed) $param: (F Row Col M) debug: evaluateType form: Col $param: (F Row Col M) debug: evaluateType form: failed $param: (F Row Col M) debug: evaluateType form: (List Col) $param: (F Row Col M) Debug: evaluateType1 form: (List Col) debug: evaluateType1 x: Col m: (Type) debug: evaluateType form: M $param: (F Row Col M) debug: evaluateType form: Col $param: (F Row Col M) debug: evaluateType form: (List (Record (: particular (Union Col failed)) (: basis (List Col)))) $param: (F Row Col M) Debug: evaluateType1 form: (List (Record (: particular (Union Col failed)) (: basis (List Col)))) debug: evaluateType1 x: (Record (: particular (Union Col failed)) (: basis (List Col))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F Row Col M) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: particular (Union Col failed)) (: basis (List Col))) $param: (F Row Col M) debug: evaluateType form: (Union Col failed) $param: (F Row Col M) debug: evaluateType form: Col $param: (F Row Col M) debug: evaluateType form: failed $param: (F Row Col M) debug: evaluateType form: (List Col) $param: (F Row Col M) Debug: evaluateType1 form: (List Col) debug: evaluateType1 x: Col m: (Type) debug: evalCategory d: (Record (: particular (Union Col failed)) (: basis (List Col))) c: (Type) debug: evaluateType form: M $param: (F Row Col M) debug: evaluateType form: (List Col) $param: (F Row Col M) Debug: evaluateType1 form: (List Col) debug: evaluateType1 x: Col m: (Type) debug: evaluateType form: (Union Col failed) $param: (F Row Col M) debug: evaluateType form: Col $param: (F Row Col M) debug: evaluateType form: failed $param: (F Row Col M) debug: evaluateType form: M $param: (F Row Col M) debug: evaluateType form: Col $param: (F Row Col M) debug: evaluateType form: (Boolean) $param: (F Row Col M) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: M $param: (F Row Col M) debug: evaluateType form: Col $param: (F Row Col M) debug: evaluateType form: (NonNegativeInteger) $param: (F Row Col M) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: M $param: (F Row Col M) debug: evaluateType form: Col $param: (F Row Col M) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE solve ((Record (: particular (Union Col failed)) (: basis (List Col))) M Col)) (SIGNATURE solve ((List (Record (: particular (Union Col failed)) (: basis (List Col)))) M (List Col))) (SIGNATURE particularSolution ((Union Col failed) M Col)) (SIGNATURE hasSolution? ((Boolean) M Col)) (SIGNATURE rank ((NonNegativeInteger) M Col))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for LinearSystemMatrixPackage compiling into /tmp/oa-FUUGTZ compiling exported hasSolution? : (M,Col) -> Boolean Time: 0.07 SEC. compiling local systemMatrix : (M,Col) -> M Time: 0.00 SEC. compiling exported rank : (M,Col) -> NonNegativeInteger Time: 0.01 SEC. compiling exported particularSolution : (M,Col) -> Union(Col,failed) Time: 0 SEC. compiling local aSolution : M -> Union(Col,failed) Time: 0.07 SEC. compiling exported solve : (M,Col) -> Record(particular: Union(Col,failed),basis: List Col) Time: 0.02 SEC. compiling exported solve : (M,List Col) -> List Record(particular: Union(Col,failed),basis: List Col) Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor LinearSystemMatrixPackage Time: 0.21 seconds finalizing NRLIB LSMP Processing LinearSystemMatrixPackage for Browser database: -- solve : (M,Col) -> Both -- solve : (M,List Col) -> List Both -- particularSolution : (M,Col) -> PartialV -- hasSolution? : (M,Col) -> Boolean -- rank : (M,Col) -> N -- constructor ; compiling file "/tmp/oa-FUUGTZ/code.lsp" (written 01 FEB 2016 11:00:16 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LSMP;hasSolution?;MColB;1| ...) ; compiling (DEFUN |LSMP;systemMatrix| ...) ; compiling (DEFUN |LSMP;rank;MColNni;3| ...) ; file: /tmp/oa-FUUGTZ/code.lsp ; in: DEFUN |LSMP;rank;MColNni;3| ; (DEFUN BOOT::|LSMP;rank;MColNni;3| (BOOT::A BOOT::|b| BOOT::$) ; (BOOT::SPADCALL (BOOT::|LSMP;systemMatrix| BOOT::A BOOT::|b| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 11))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LSMP;rank;MColNni;3| ; (BOOT::A BOOT::|b| BOOT::$) ; (BLOCK BOOT::|LSMP;rank;MColNni;3| ; (BOOT::SPADCALL (BOOT::|LSMP;systemMatrix| BOOT::A BOOT::|b| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 11)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |LSMP;particularSolution;MColU;4| ...) ; compiling (DEFUN |LSMP;aSolution| ...) ; compiling (DEFUN |LSMP;solve;MColR;6| ...) ; compiling (DEFUN |LSMP;solve;MLL;7| ...) ; compiling (DEFUN |LinearSystemMatrixPackage| ...) ; compiling (DEFUN |LinearSystemMatrixPackage;| ...) ; compiling (MAKEPROP (QUOTE |LinearSystemMatrixPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-FUUGTZ/code.fasl written ; compilation finished in 0:00:00.062 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/MATCAT2.fasl --optimize=3 MATCAT2.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MATCAT2.spad using Spad compiler. MATCAT2 abbreviates package MatrixCategoryFunctions2 debug: compDefine1 lhs: (MatrixCategoryFunctions2 R1 Row1 Col1 M1 R2 Row2 Col2 M2) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map (M2 (Mapping R2 R1) M1)) (SIGNATURE map ((Union M2 failed) (Mapping (Union R2 failed) R1) M1)) (SIGNATURE reduce (R2 (Mapping R2 R1 R2) M1 R2))) NIL NIL NIL NIL NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map (M2 (Mapping R2 R1) M1)) (SIGNATURE map ((Union M2 failed) (Mapping (Union R2 failed) R1) M1)) (SIGNATURE reduce (R2 (Mapping R2 R1 R2) M1 R2))) $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: M2 $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: (Mapping R2 R1) $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: R2 $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: R1 $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: M1 $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: (Union M2 failed) $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: M2 $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: failed $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: (Mapping (Union R2 failed) R1) $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: (Union R2 failed) $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: R2 $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: failed $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: R1 $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: M1 $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: R2 $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: (Mapping R2 R1 R2) $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: R2 $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: R1 $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: R2 $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: M1 $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: R2 $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map (M2 (Mapping R2 R1) M1)) (SIGNATURE map ((Union M2 failed) (Mapping (Union R2 failed) R1) M1)) (SIGNATURE reduce (R2 (Mapping R2 R1 R2) M1 R2))) NIL NIL NIL NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for MatrixCategoryFunctions2 compiling into /tmp/oa-98aiSq compiling exported map : (R1 -> R2,M1) -> M2 Time: 0.10 SEC. compiling exported map : (R1 -> Union(R2,failed),M1) -> Union(M2,failed) Time: 0.02 SEC. compiling exported reduce : ((R1,R2) -> R2,M1,R2) -> R2 Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor MatrixCategoryFunctions2 Time: 0.14 seconds finalizing NRLIB MATCAT2 Processing MatrixCategoryFunctions2 for Browser database: -- map : ((R1 -> R2),M1) -> M2 -- map : ((R1 -> Union(R2,"failed")),M1) -> Union(M2,"failed") -- reduce : (((R1,R2) -> R2),M1,R2) -> R2 -- constructor ; compiling file "/tmp/oa-98aiSq/code.lsp" (written 01 FEB 2016 11:00:16 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MATCAT2;map;MM1M2;1| ...) ; compiling (DEFUN |MATCAT2;map;MM1U;2| ...) ; compiling (DEFUN |MATCAT2;reduce;MM12R2;3| ...) ; compiling (DEFUN |MatrixCategoryFunctions2| ...) ; compiling (DEFUN |MatrixCategoryFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |MatrixCategoryFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-98aiSq/code.fasl written ; compilation finished in 0:00:00.042 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/VECTOR2.fasl --optimize=3 VECTOR2.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/VECTOR2.spad using Spad compiler. VECTOR2 abbreviates package VectorFunctions2 debug: compDefine1 lhs: (VectorFunctions2 A B) signature (pre-evaluate): ((CATEGORY package (SIGNATURE scan ((Vector B) (Mapping B A B) (Vector A) B)) (SIGNATURE reduce (B (Mapping B A B) (Vector A) B)) (SIGNATURE map ((Vector B) (Mapping B A) (Vector A))) (SIGNATURE map ((Union (Vector B) failed) (Mapping (Union B failed) A) (Vector A)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE scan ((Vector B) (Mapping B A B) (Vector A) B)) (SIGNATURE reduce (B (Mapping B A B) (Vector A) B)) (SIGNATURE map ((Vector B) (Mapping B A) (Vector A))) (SIGNATURE map ((Union (Vector B) failed) (Mapping (Union B failed) A) (Vector A)))) $param: (A B) debug: evaluateType form: (Vector B) $param: (A B) Debug: evaluateType1 form: (Vector B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: (Mapping B A B) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (Vector A) $param: (A B) Debug: evaluateType1 form: (Vector A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: B $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (Mapping B A B) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (Vector A) $param: (A B) Debug: evaluateType1 form: (Vector A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (Vector B) $param: (A B) Debug: evaluateType1 form: (Vector B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: (Mapping B A) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: (Vector A) $param: (A B) Debug: evaluateType1 form: (Vector A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Union (Vector B) failed) $param: (A B) debug: evaluateType form: (Vector B) $param: (A B) Debug: evaluateType1 form: (Vector B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: failed $param: (A B) debug: evaluateType form: (Mapping (Union B failed) A) $param: (A B) debug: evaluateType form: (Union B failed) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: failed $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: (Vector A) $param: (A B) Debug: evaluateType1 form: (Vector A) debug: evaluateType1 x: A m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE scan ((Vector B) (Mapping B A B) (Vector A) B)) (SIGNATURE reduce (B (Mapping B A B) (Vector A) B)) (SIGNATURE map ((Vector B) (Mapping B A) (Vector A))) (SIGNATURE map ((Union (Vector B) failed) (Mapping (Union B failed) A) (Vector A)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for VectorFunctions2 compiling into /tmp/oa-kfLJSI compiling exported scan : ((A,B) -> B,Vector A,B) -> Vector B Time: 0.02 SEC. compiling exported reduce : ((A,B) -> B,Vector A,B) -> B Time: 0.01 SEC. compiling exported map : (A -> B,Vector A) -> Vector B Time: 0.00 SEC. compiling exported map : (A -> Union(B,failed),Vector A) -> Union(Vector B,failed) Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor VectorFunctions2 Time: 0.08 seconds finalizing NRLIB VECTOR2 Processing VectorFunctions2 for Browser database: -- scan : (((A,B) -> B),VA,B) -> VB -- reduce : (((A,B) -> B),VA,B) -> B -- map : ((A -> B),VA) -> VB -- map : ((A -> UB),VA) -> Union(VB,"failed") -- constructor ; compiling file "/tmp/oa-kfLJSI/code.lsp" (written 01 FEB 2016 11:00:16 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |VECTOR2;scan;MVBV;1| ...) ; file: /tmp/oa-kfLJSI/code.lsp ; in: DEFUN |VECTOR2;scan;MVBV;1| ; (DEFUN BOOT::|VECTOR2;scan;MVBV;1| (BOOT::|f| BOOT::|v| BOOT::|b| BOOT::$) ; (BOOT::SPADCALL BOOT::|f| BOOT::|v| BOOT::|b| ; (BOOT::|shellEntry| BOOT::$ 12))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|VECTOR2;scan;MVBV;1| ; (BOOT::|f| BOOT::|v| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|VECTOR2;scan;MVBV;1| ; (BOOT::SPADCALL BOOT::|f| BOOT::|v| BOOT::|b| ; (BOOT::|shellEntry| BOOT::$ 12)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |VECTOR2;reduce;MV2B;2| ...) ; compiling (DEFUN |VECTOR2;map;MVV;3| ...) ; file: /tmp/oa-kfLJSI/code.lsp ; in: DEFUN |VECTOR2;map;MVV;3| ; (DEFUN BOOT::|VECTOR2;map;MVV;3| (BOOT::|f| BOOT::|v| BOOT::$) ; (BOOT::SPADCALL BOOT::|f| BOOT::|v| (BOOT::|shellEntry| BOOT::$ 17))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|VECTOR2;map;MVV;3| ; (BOOT::|f| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|VECTOR2;map;MVV;3| ; (BOOT::SPADCALL BOOT::|f| BOOT::|v| (BOOT::|shellEntry| BOOT::$ 17)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |VECTOR2;map;MVU;4| ...) ; compiling (DEFUN |VectorFunctions2| ...) ; compiling (DEFUN |VectorFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |VectorFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-kfLJSI/code.fasl written ; compilation finished in 0:00:00.035 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile LINDEP.spad && cp LINDEP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LINDEP.fasl \ && if test -f LINDEP-.NRLIB/code.fasl; then \ cp LINDEP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LINDEP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LINDEP.spad using Spad compiler. LINDEP abbreviates package LinearDependence debug: compDefine1 lhs: (LinearDependence S R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE linearlyDependent? ((Boolean) (Vector R))) (SIGNATURE linearDependence ((Union (Vector S) failed) (Vector R))) (IF (has S (Field)) (SIGNATURE solveLinear ((Union (Vector S) failed) (Vector R) R)) (SIGNATURE solveLinear ((Union (Vector (Fraction S)) failed) (Vector R) R)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE linearlyDependent? ((Boolean) (Vector R))) (SIGNATURE linearDependence ((Union (Vector S) failed) (Vector R))) (IF (has S (Field)) (SIGNATURE solveLinear ((Union (Vector S) failed) (Vector R) R)) (SIGNATURE solveLinear ((Union (Vector (Fraction S)) failed) (Vector R) R)))) $param: (S R) debug: evaluateType form: (Boolean) $param: (S R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Vector R) $param: (S R) Debug: evaluateType1 form: (Vector R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (Union (Vector S) failed) $param: (S R) debug: evaluateType form: (Vector S) $param: (S R) Debug: evaluateType1 form: (Vector S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: failed $param: (S R) debug: evaluateType form: (Vector R) $param: (S R) Debug: evaluateType1 form: (Vector R) debug: evaluateType1 x: R m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE linearlyDependent? ((Boolean) (Vector R))) (SIGNATURE linearDependence ((Union (Vector S) failed) (Vector R))) (IF (has S (Field)) (SIGNATURE solveLinear ((Union (Vector S) failed) (Vector R) R)) (SIGNATURE solveLinear ((Union (Vector (Fraction S)) failed) (Vector R) R)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for LinearDependence compiling into /tmp/oa-RWEuzQ compiling local aNonZeroSolution : Matrix S -> Union(Vector S,failed) Time: 0.05 SEC. compiling exported linearlyDependent? : Vector R -> Boolean Time: 0.04 SEC. compiling exported linearDependence : Vector R -> Union(Vector S,failed) Time: 0.04 SEC. compiling exported solveLinear : (Vector R,R) -> Union(Vector S,failed) Time: 0.04 SEC. compiling exported solveLinear : (Vector R,R) -> Union(Vector Fraction S,failed) Time: 0.10 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] linearlyDependent?: nullity has no value [2] linearlyDependent?: not known that Ring is of mode CATEGORY(package,linearlyDependent?: Vector R -> Boolean,linearDependence: Vector R -> Union(Vector S,"failed"),IF(hasSField(),solveLinear: (Vector R,R) -> Union(Vector S,"failed"),solveLinear: (Vector R,R) -> Union(Vector Fraction S,"failed"))) Cumulative Statistics for Constructor LinearDependence Time: 0.28 seconds finalizing NRLIB LINDEP Processing LinearDependence for Browser database: -- linearlyDependent? : Vector R -> Boolean -- linearDependence : Vector R -> Union(Vector S,"failed") -- solveLinear : (Vector R,R) -> Union(Vector S,"failed") -- solveLinear : (Vector R,R) -> Union(Vector Q,"failed") -- constructor ; compiling file "/tmp/oa-RWEuzQ/code.lsp" (written 01 FEB 2016 11:00:17 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LINDEP;aNonZeroSolution| ...) ; compiling (DEFUN |LINDEP;linearlyDependent?;VB;2| ...) ; file: /tmp/oa-RWEuzQ/code.lsp ; in: DEFUN |LINDEP;linearlyDependent?;VB;2| ; (DEFUN BOOT::|LINDEP;linearlyDependent?;VB;2| (BOOT::|v| BOOT::$) ; (LET ((BOOT::|n| (BOOT::SPADCALL BOOT::|v| #))) ; (COND ((ZEROP BOOT::|n|) T) ((EQL BOOT::|n| 1) (BOOT::SPADCALL # #)) ; (T (PLUSP #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LINDEP;linearlyDependent?;VB;2| ; (BOOT::|v| BOOT::$) ; (BLOCK BOOT::|LINDEP;linearlyDependent?;VB;2| ; (LET ((BOOT::|n| #)) ; (COND (# T) (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |LINDEP;linearDependence;VU;3| ...) ; compiling (DEFUN |LINDEP;solveLinear;VRU;4| ...) ; file: /tmp/oa-RWEuzQ/code.lsp ; in: DEFUN |LINDEP;solveLinear;VRU;4| ; (DEFUN BOOT::|LINDEP;solveLinear;VRU;4| (BOOT::|v| BOOT::|c| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|c| (BOOT::|shellEntry| BOOT::$ 26)) ; (CONS 0 (BOOT::SPADCALL # # #))) ; ((BOOT::SPADCALL BOOT::|v| (BOOT::|shellEntry| BOOT::$ 42)) ; (CONS 1 "failed")) ; (T ; (LET (#) ; (BOOT::SPADCALL # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LINDEP;solveLinear;VRU;4| ; (BOOT::|v| BOOT::|c| BOOT::$) ; (BLOCK BOOT::|LINDEP;solveLinear;VRU;4| ; (COND ((BOOT::SPADCALL BOOT::|c| #) (CONS 0 #)) ; ((BOOT::SPADCALL BOOT::|v| #) (CONS 1 "failed")) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |LINDEP;solveLinear;VRU;5| ...) ; file: /tmp/oa-RWEuzQ/code.lsp ; in: DEFUN |LINDEP;solveLinear;VRU;5| ; (DEFUN BOOT::|LINDEP;solveLinear;VRU;5| (BOOT::|v| BOOT::|c| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|c| (BOOT::|shellEntry| BOOT::$ 26)) ; (CONS 0 (BOOT::SPADCALL # # #))) ; ((BOOT::SPADCALL BOOT::|v| (BOOT::|shellEntry| BOOT::$ 42)) ; (CONS 1 "failed")) ; (T ; (LET (#) ; (BOOT::SPADCALL # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LINDEP;solveLinear;VRU;5| ; (BOOT::|v| BOOT::|c| BOOT::$) ; (BLOCK BOOT::|LINDEP;solveLinear;VRU;5| ; (COND ((BOOT::SPADCALL BOOT::|c| #) (CONS 0 #)) ; ((BOOT::SPADCALL BOOT::|v| #) (CONS 1 "failed")) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |LINDEP;solveLinear;VRU;5!1| ...) ; compiling (DEFUN |LINDEP;solveLinear;VRU;5!0| ...) ; compiling (DEFUN |LinearDependence| ...) ; compiling (DEFUN |LinearDependence;| ...) ; compiling (MAKEPROP (QUOTE |LinearDependence|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 3 notes ; /tmp/oa-RWEuzQ/code.fasl written ; compilation finished in 0:00:00.043 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile STACK.spad && cp STACK.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/STACK.fasl \ && if test -f STACK-.NRLIB/code.fasl; then \ cp STACK-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/STACK-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/STACK.spad using Spad compiler. STACK abbreviates domain Stack debug: compDefine1 lhs: (Stack S) signature (pre-evaluate): ((Join (StackAggregate S) (CATEGORY domain (SIGNATURE stack ($ (List S))))) (Type)) debug: evaluateType form: (Join (StackAggregate S) (CATEGORY domain (SIGNATURE stack ($ (List S))))) $param: (S) debug: evaluateType form: (StackAggregate S) $param: (S) Debug: evaluateType1 form: (StackAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE stack ($ (List S)))) $param: (S) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Join (StackAggregate S) (CATEGORY domain (SIGNATURE stack ($ (List S))))) (Type)) debug: compDefine1 lhs: (Stack S) signature (pre-evaluate): ((Join (StackAggregate S) (CATEGORY domain (SIGNATURE stack ($ (List S))))) NIL) debug: evaluateType form: (Join (StackAggregate S) (CATEGORY domain (SIGNATURE stack ($ (List S))))) $param: (S) debug: evaluateType form: (StackAggregate S) $param: (S) Debug: evaluateType1 form: (StackAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE stack ($ (List S)))) $param: (S) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: compDefine1 signature (post evaluate): ((Join (StackAggregate S) (CATEGORY domain (SIGNATURE stack ($ (List S))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for Stack compiling into /tmp/oa-CRVAtk compiling exported coerce : % -> OutputForm Time: 0.03 SEC. compiling exported = : (%,%) -> Boolean Time: 0.01 SEC. compiling exported members : % -> List S STACK;members;$L;3 is replaced by %head Time: 0 SEC. compiling exported map : (S -> S,%) -> % Time: 0.01 SEC. compiling exported map! : (S -> S,%) -> % Time: 0 SEC. compiling exported copy : % -> % STACK;copy;2$;6 s is replaced by %list %lcopy %head s Time: 0.01 SEC. compiling exported depth : % -> NonNegativeInteger STACK;depth;$Nni;7 s is replaced by %llength %head s Time: 0.04 SEC. compiling exported # : % -> NonNegativeInteger STACK;#;$Nni;8 s is replaced by %llength %head s Time: 0.00 SEC. compiling exported pop! : % -> S Time: 0.01 SEC. compiling exported extract! : % -> S Time: 0 SEC. compiling exported top : % -> S Time: 0.01 SEC. compiling exported inspect : % -> S Time: 0.00 SEC. compiling exported push! : (S,%) -> S Time: 0 SEC. compiling exported insert! : (S,%) -> % Time: 0.00 SEC. compiling exported empty : () -> % STACK;empty;$;15 is replaced by %list %nil Time: 0.00 SEC. compiling exported empty? : % -> Boolean STACK;empty?;$B;16 s is replaced by %peq(%head s,%nil) Time: 0.00 SEC. compiling exported stack : List S -> % STACK;stack;L$;17 s is replaced by %list %lcopy s Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] pop!: first has no value [2] top: first has no value [3] empty?: null has no value Cumulative Statistics for Constructor Stack Time: 0.15 seconds finalizing NRLIB STACK Processing Stack for Browser database: -- stack : List S -> % -- constructor ; compiling file "/tmp/oa-CRVAtk/code.lsp" (written 01 FEB 2016 11:00:17 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STACK;members;$L;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STACK;copy;2$;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STACK;depth;$Nni;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STACK;#;$Nni;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STACK;empty;$;15|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STACK;empty?;$B;16|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STACK;stack;L$;17|) ...) ; compiling (PUT (QUOTE |STACK;top;$S;11|) ...) ; compiling (PUT (QUOTE |STACK;inspect;$S;12|) ...) ; compiling (DEFUN |STACK;coerce;$Of;1| ...) ; compiling (DEFUN |STACK;=;2$B;2| ...) ; file: /tmp/oa-CRVAtk/code.lsp ; in: DEFUN |STACK;=;2$B;2| ; (DEFUN BOOT::|STACK;=;2$B;2| (BOOT::|s| BOOT::|t| BOOT::$) ; (BOOT::SPADCALL (CAR BOOT::|s|) (CAR BOOT::|t|) ; (BOOT::|shellEntry| BOOT::$ 17))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STACK;=;2$B;2| ; (BOOT::|s| BOOT::|t| BOOT::$) ; (BLOCK BOOT::|STACK;=;2$B;2| ; (BOOT::SPADCALL (CAR BOOT::|s|) (CAR BOOT::|t|) ; (BOOT::|shellEntry| BOOT::$ 17)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |STACK;members;$L;3| ...) ; compiling (DEFUN |STACK;map;M2$;4| ...) ; compiling (DEFUN |STACK;map!;M2$;5| ...) ; compiling (DEFUN |STACK;copy;2$;6| ...) ; compiling (DEFUN |STACK;depth;$Nni;7| ...) ; compiling (DEFUN |STACK;#;$Nni;8| ...) ; compiling (DEFUN |STACK;pop!;$S;9| ...) ; compiling (DEFUN |STACK;extract!;$S;10| ...) ; compiling (DEFUN |STACK;top;$S;11| ...) ; file: /tmp/oa-CRVAtk/code.lsp ; in: DEFUN |STACK;top;$S;11| ; (DEFUN BOOT::|STACK;top;$S;11| (BOOT::|s| BOOT::$) ; (COND ((NULL (CAR BOOT::|s|)) (BOOT::|error| "empty stack")) ; (T (BOOT::|SPADfirst| (CAR BOOT::|s|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STACK;top;$S;11| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|STACK;top;$S;11| ; (COND ((NULL #) (BOOT::|error| "empty stack")) ; (T (BOOT::|SPADfirst| #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |STACK;inspect;$S;12| ...) ; file: /tmp/oa-CRVAtk/code.lsp ; in: DEFUN |STACK;inspect;$S;12| ; (DEFUN BOOT::|STACK;inspect;$S;12| (BOOT::|s| BOOT::$) ; (COND ((NULL (CAR BOOT::|s|)) (BOOT::|error| "empty stack")) ; (T (BOOT::|SPADfirst| (CAR BOOT::|s|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STACK;inspect;$S;12| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|STACK;inspect;$S;12| ; (COND ((NULL #) (BOOT::|error| "empty stack")) ; (T (BOOT::|SPADfirst| #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |STACK;push!;S$S;13| ...) ; compiling (DEFUN |STACK;insert!;S2$;14| ...) ; compiling (DEFUN |STACK;empty;$;15| ...) ; compiling (DEFUN |STACK;empty?;$B;16| ...) ; compiling (DEFUN |STACK;stack;L$;17| ...) ; compiling (DEFUN |Stack| ...) ; compiling (DEFUN |Stack;| ...) ; compiling (MAKEPROP (QUOTE |Stack|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 1 note ; /tmp/oa-CRVAtk/code.fasl written ; compilation finished in 0:00:00.049 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PADICCT.spad && cp PADICCT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PADICCT.fasl \ && if test -f PADICCT-.NRLIB/code.fasl; then \ cp PADICCT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PADICCT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PADICCT.spad using Spad compiler. PADICCT abbreviates category PAdicIntegerCategory debug: compDefine1 lhs: (PAdicIntegerCategory p) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (p) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for PAdicIntegerCategory compiling into /tmp/oa-56Ua4F STYLE-WARNING: redefining BOOT::|PAdicIntegerCategory| in DEFUN Time: 0.02 SEC. finalizing NRLIB PADICCT Processing PAdicIntegerCategory for Browser database: -- digits : % -> ST I -- order : % -> NNI -- extend : (%,I) -> % -- complete : % -> % -- modulus : () -> I -- moduloP : % -> I -- quotientByP : % -> % -- approximate : (%,I) -> I -- sqrt : (%,I) -> % -- root : (SUP I,I) -> % -- constructor ; compiling file "/tmp/oa-56Ua4F/code.lsp" (written 01 FEB 2016 11:00:17 PM): ; compiling (DEFPARAMETER |PAdicIntegerCategory;AL| ...) ; compiling (DEFUN |PAdicIntegerCategory;| ...) ; compiling (DEFUN |PAdicIntegerCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-56Ua4F/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MOEBIUS.spad && cp MOEBIUS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MOEBIUS.fasl \ && if test -f MOEBIUS-.NRLIB/code.fasl; then \ cp MOEBIUS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MOEBIUS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MOEBIUS.spad using Spad compiler. MOEBIUS abbreviates domain MoebiusTransform debug: compDefine1 lhs: (MoebiusTransform F) signature (pre-evaluate): ((Join (Group) (CATEGORY domain (SIGNATURE moebius ($ F F F F)) (SIGNATURE shift ($ F)) (SIGNATURE scale ($ F)) (SIGNATURE recip ($)) (SIGNATURE shift ($ $ F)) (SIGNATURE scale ($ $ F)) (SIGNATURE recip ($ $)) (SIGNATURE eval (F $ F)) (SIGNATURE eval ((OnePointCompletion F) $ (OnePointCompletion F))))) NIL) debug: evaluateType form: (Join (Group) (CATEGORY domain (SIGNATURE moebius ($ F F F F)) (SIGNATURE shift ($ F)) (SIGNATURE scale ($ F)) (SIGNATURE recip ($)) (SIGNATURE shift ($ $ F)) (SIGNATURE scale ($ $ F)) (SIGNATURE recip ($ $)) (SIGNATURE eval (F $ F)) (SIGNATURE eval ((OnePointCompletion F) $ (OnePointCompletion F))))) $param: (F) debug: evaluateType form: (Group) $param: (F) Debug: evaluateType1 form: (Group) debug: evaluateType form: (CATEGORY domain (SIGNATURE moebius ($ F F F F)) (SIGNATURE shift ($ F)) (SIGNATURE scale ($ F)) (SIGNATURE recip ($)) (SIGNATURE shift ($ $ F)) (SIGNATURE scale ($ $ F)) (SIGNATURE recip ($ $)) (SIGNATURE eval (F $ F)) (SIGNATURE eval ((OnePointCompletion F) $ (OnePointCompletion F)))) $param: (F) debug: evaluateType form: F $param: (F) debug: evaluateType form: F $param: (F) debug: evaluateType form: F $param: (F) debug: evaluateType form: F $param: (F) debug: evaluateType form: F $param: (F) debug: evaluateType form: F $param: (F) debug: evaluateType form: F $param: (F) debug: evaluateType form: F $param: (F) debug: evaluateType form: F $param: (F) debug: evaluateType form: F $param: (F) debug: evaluateType form: (OnePointCompletion F) $param: (F) Debug: evaluateType1 form: (OnePointCompletion F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: (OnePointCompletion F) $param: (F) Debug: evaluateType1 form: (OnePointCompletion F) debug: evaluateType1 x: F m: (SetCategory) debug: compDefine1 signature (post evaluate): ((Join (Group) (CATEGORY domain (SIGNATURE moebius ($ F F F F)) (SIGNATURE shift ($ F)) (SIGNATURE scale ($ F)) (SIGNATURE recip ($)) (SIGNATURE shift ($ $ F)) (SIGNATURE scale ($ $ F)) (SIGNATURE recip ($ $)) (SIGNATURE eval (F $ F)) (SIGNATURE eval ((OnePointCompletion F) $ (OnePointCompletion F))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for MoebiusTransform compiling into /tmp/oa-WmP7IP compiling exported moebius : (F,F,F,F) -> % MOEBIUS;moebius;4F$;1 is replaced by %vector Time: 0.02 SEC. compiling local a : % -> F MOEBIUS;a t is replaced by %vref(t,0) Time: 0 SEC. compiling local b : % -> F MOEBIUS;b t is replaced by %vref(t,1) Time: 0 SEC. compiling local c : % -> F MOEBIUS;c t is replaced by %vref(t,2) Time: 0 SEC. compiling local d : % -> F MOEBIUS;d t is replaced by %vref(t,3) Time: 0 SEC. compiling exported One : () -> % Time: 0.00 SEC. compiling exported * : (%,%) -> % Time: 0.03 SEC. compiling exported inv : % -> % Time: 0 SEC. compiling exported shift : F -> % Time: 0 SEC. compiling exported scale : F -> % Time: 0 SEC. compiling exported recip : () -> % Time: 0.00 SEC. compiling exported shift : (%,F) -> % Time: 0 SEC. compiling exported scale : (%,F) -> % Time: 0 SEC. compiling exported recip : % -> % Time: 0.00 SEC. compiling exported eval : (%,F) -> F Time: 0.00 SEC. compiling exported eval : (%,OnePointCompletion F) -> OnePointCompletion F Time: 0.04 SEC. compiling exported coerce : % -> OutputForm Time: 0.09 SEC. compiling local proportional? : (List F,List F) -> Boolean Time: 0.02 SEC. compiling exported = : (%,%) -> Boolean Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Cumulative Statistics for Constructor MoebiusTransform Time: 0.24 seconds finalizing NRLIB MOEBIUS Processing MoebiusTransform for Browser database: -- moebius : (F,F,F,F) -> % -- shift : F -> % -- scale : F -> % -- recip : () -> % -- shift : (%,F) -> % -- scale : (%,F) -> % -- recip : % -> % -- eval : (%,F) -> F -- eval : (%,P1F) -> P1F -- constructor ; compiling file "/tmp/oa-WmP7IP/code.lsp" (written 01 FEB 2016 11:00:18 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MOEBIUS;moebius;4F$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MOEBIUS;a|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MOEBIUS;b|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MOEBIUS;c|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MOEBIUS;d|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MOEBIUS;recip;2$;14|) ...) ; compiling (DEFUN |MOEBIUS;moebius;4F$;1| ...) ; compiling (DEFUN |MOEBIUS;a| ...) ; compiling (DEFUN |MOEBIUS;b| ...) ; compiling (DEFUN |MOEBIUS;c| ...) ; compiling (DEFUN |MOEBIUS;d| ...) ; compiling (DEFUN |MOEBIUS;One;$;6| ...) ; compiling (DEFUN |MOEBIUS;*;3$;7| ...) ; compiling (DEFUN |MOEBIUS;inv;2$;8| ...) ; compiling (DEFUN |MOEBIUS;shift;F$;9| ...) ; compiling (DEFUN |MOEBIUS;scale;F$;10| ...) ; compiling (DEFUN |MOEBIUS;recip;$;11| ...) ; compiling (DEFUN |MOEBIUS;shift;$F$;12| ...) ; compiling (DEFUN |MOEBIUS;scale;$F$;13| ...) ; compiling (DEFUN |MOEBIUS;recip;2$;14| ...) ; file: /tmp/oa-WmP7IP/code.lsp ; in: DEFUN |MOEBIUS;recip;2$;14| ; (DEFUN BOOT::|MOEBIUS;recip;2$;14| (BOOT::|t| BOOT::$) ; (VECTOR (SVREF BOOT::|t| 2) (SVREF BOOT::|t| 3) (SVREF BOOT::|t| 0) ; (SVREF BOOT::|t| 1))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MOEBIUS;recip;2$;14| ; (BOOT::|t| BOOT::$) ; (BLOCK BOOT::|MOEBIUS;recip;2$;14| ; (VECTOR (SVREF BOOT::|t| 2) (SVREF BOOT::|t| 3) (SVREF BOOT::|t| 0) ; (SVREF BOOT::|t| 1)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |MOEBIUS;eval;$2F;15| ...) ; compiling (DEFUN |MOEBIUS;eval;$2Opc;16| ...) ; compiling (DEFUN |MOEBIUS;coerce;$Of;17| ...) ; compiling (DEFUN |MOEBIUS;proportional?| ...) ; file: /tmp/oa-WmP7IP/code.lsp ; in: DEFUN |MOEBIUS;proportional?| ; (DEFUN BOOT::|MOEBIUS;proportional?| (BOOT::|list1| BOOT::|list2| BOOT::$) ; (PROG (BOOT::|x2|) (RETURN (COND (# #) (# NIL) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MOEBIUS;proportional?| ; (BOOT::|list1| BOOT::|list2| BOOT::$) ; (BLOCK BOOT::|MOEBIUS;proportional?| ; (PROG (BOOT::|x2|) (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |MOEBIUS;proportional?!1| ...) ; compiling (DEFUN |MOEBIUS;proportional?!0| ...) ; compiling (DEFUN |MOEBIUS;=;2$B;19| ...) ; compiling (DEFUN |MoebiusTransform| ...) ; compiling (DEFUN |MoebiusTransform;| ...) ; compiling (MAKEPROP (QUOTE |MoebiusTransform|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 1 note ; /tmp/oa-WmP7IP/code.fasl written ; compilation finished in 0:00:00.102 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PRTITION.spad && cp PRTITION.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PRTITION.fasl \ && if test -f PRTITION-.NRLIB/code.fasl; then \ cp PRTITION-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PRTITION-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PRTITION.spad using Spad compiler. PRTITION abbreviates domain Partition debug: compDefine1 lhs: (Partition) signature (pre-evaluate): ((Join (OrderedCancellationAbelianMonoid) (CoercibleTo (List (PositiveInteger))) (CATEGORY domain (SIGNATURE partition ($ (List (PositiveInteger)))) (SIGNATURE parts ((List (PositiveInteger)) $)) (SIGNATURE # ((NonNegativeInteger) $)) (SIGNATURE partitions ((Stream $) (NonNegativeInteger))) (SIGNATURE powers ((List (Pair (PositiveInteger) (PositiveInteger))) $)) (SIGNATURE pdct ((PositiveInteger) $)) (SIGNATURE conjugate ($ $))))) debug: evaluateType form: (Join (OrderedCancellationAbelianMonoid) (CoercibleTo (List (PositiveInteger))) (CATEGORY domain (SIGNATURE partition ($ (List (PositiveInteger)))) (SIGNATURE parts ((List (PositiveInteger)) $)) (SIGNATURE # ((NonNegativeInteger) $)) (SIGNATURE partitions ((Stream $) (NonNegativeInteger))) (SIGNATURE powers ((List (Pair (PositiveInteger) (PositiveInteger))) $)) (SIGNATURE pdct ((PositiveInteger) $)) (SIGNATURE conjugate ($ $)))) $param: NIL debug: evaluateType form: (OrderedCancellationAbelianMonoid) $param: NIL Debug: evaluateType1 form: (OrderedCancellationAbelianMonoid) debug: evaluateType form: (CoercibleTo (List (PositiveInteger))) $param: NIL Debug: evaluateType1 form: (CoercibleTo (List (PositiveInteger))) debug: evaluateType1 x: (List (PositiveInteger)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (PositiveInteger)) $param: NIL Debug: evaluateType1 form: (List (PositiveInteger)) debug: evaluateType1 x: (PositiveInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evalCategory d: (PositiveInteger) c: (Type) debug: evalCategory d: (List (PositiveInteger)) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE partition ($ (List (PositiveInteger)))) (SIGNATURE parts ((List (PositiveInteger)) $)) (SIGNATURE # ((NonNegativeInteger) $)) (SIGNATURE partitions ((Stream $) (NonNegativeInteger))) (SIGNATURE powers ((List (Pair (PositiveInteger) (PositiveInteger))) $)) (SIGNATURE pdct ((PositiveInteger) $)) (SIGNATURE conjugate ($ $))) $param: NIL debug: evaluateType form: (List (PositiveInteger)) $param: NIL Debug: evaluateType1 form: (List (PositiveInteger)) debug: evaluateType1 x: (PositiveInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evalCategory d: (PositiveInteger) c: (Type) debug: evaluateType form: (List (PositiveInteger)) $param: NIL Debug: evaluateType1 form: (List (PositiveInteger)) debug: evaluateType1 x: (PositiveInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evalCategory d: (PositiveInteger) c: (Type) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Stream $) $param: NIL Debug: evaluateType1 form: (Stream $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (List (Pair (PositiveInteger) (PositiveInteger))) $param: NIL Debug: evaluateType1 form: (List (Pair (PositiveInteger) (PositiveInteger))) debug: evaluateType1 x: (Pair (PositiveInteger) (PositiveInteger)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Pair (PositiveInteger) (PositiveInteger)) $param: NIL Debug: evaluateType1 form: (Pair (PositiveInteger) (PositiveInteger)) debug: evaluateType1 x: (PositiveInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evalCategory d: (PositiveInteger) c: (Type) debug: evaluateType1 x: (PositiveInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evalCategory d: (PositiveInteger) c: (Type) debug: evalCategory d: (Pair (PositiveInteger) (PositiveInteger)) c: (Type) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: compDefine1 signature (post evaluate): ((Join (OrderedCancellationAbelianMonoid) (CoercibleTo (List (PositiveInteger))) (CATEGORY domain (SIGNATURE partition ($ (List (PositiveInteger)))) (SIGNATURE parts ((List (PositiveInteger)) $)) (SIGNATURE # ((NonNegativeInteger) $)) (SIGNATURE partitions ((Stream $) (NonNegativeInteger))) (SIGNATURE powers ((List (Pair (PositiveInteger) (PositiveInteger))) $)) (SIGNATURE pdct ((PositiveInteger) $)) (SIGNATURE conjugate ($ $))))) ------------------------------------------------------------------------ initializing stationary directory for Partition compiling into /tmp/oa-mM6Nsg compiling exported Zero : () -> % PRTITION;Zero;$;1 is replaced by %nil Time: 0.03 SEC. compiling exported coerce : % -> List PositiveInteger PRTITION;coerce;$L;2 s is replaced by s Time: 0.00 SEC. compiling exported partition : List PositiveInteger -> % Time: 0.01 SEC. compiling exported parts : % -> List PositiveInteger PRTITION;parts;$L;4 x is replaced by x Time: 0.01 SEC. compiling exported # : % -> NonNegativeInteger Time: 0.01 SEC. compiling local allPartitions : (NonNegativeInteger,NonNegativeInteger) -> Stream % Time: 0.07 SEC. compiling exported partitions : NonNegativeInteger -> Stream % Time: 0 SEC. compiling exported zero? : % -> Boolean PRTITION;zero?;$B;8 is replaced by %lempty? Time: 0.00 SEC. compiling exported < : (%,%) -> Boolean Time: 0.00 SEC. compiling exported = : (%,%) -> Boolean Time: 0 SEC. compiling exported + : (%,%) -> % Time: 0.02 SEC. compiling exported * : (NonNegativeInteger,%) -> % Time: 0.02 SEC. compiling local remv : (PositiveInteger,%) -> Maybe % Time: 0.03 SEC. compiling exported subtractIfCan : (%,%) -> Maybe % Time: 0.02 SEC. compiling exported powers : % -> List Pair(PositiveInteger,PositiveInteger) Time: 0.04 SEC. compiling exported conjugate : % -> % Time: 0.01 SEC. compiling local mkterm : (Integer,Integer) -> OutputForm Time: 0.02 SEC. compiling local mkexp1 : List Pair(PositiveInteger,PositiveInteger) -> List OutputForm Time: 0.06 SEC. compiling exported coerce : % -> OutputForm Time: 0.04 SEC. compiling exported pdct : % -> PositiveInteger Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor Partition Time: 0.43 seconds finalizing NRLIB PRTITION Processing Partition for Browser database: -- partition : L PI -> % -- parts : % -> L PI -- #? : % -> NNI -- partitions : NNI -> Stream % -- powers : % -> List Pair(PI,PI) -- pdct : % -> PI -- conjugate : % -> % -- constructor ; compiling file "/tmp/oa-mM6Nsg/code.lsp" (written 01 FEB 2016 11:00:18 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PRTITION;Zero;$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PRTITION;coerce;$L;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PRTITION;parts;$L;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PRTITION;zero?;$B;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PRTITION;Zero;$;1| ...) ; compiling (DEFUN |PRTITION;coerce;$L;2| ...) ; compiling (DEFUN |PRTITION;partition;L$;3| ...) ; file: /tmp/oa-mM6Nsg/code.lsp ; in: DEFUN |PRTITION;partition;L$;3| ; (DEFUN BOOT::|PRTITION;partition;L$;3| (BOOT::|list| BOOT::$) ; (BOOT::SPADCALL (CONS #'BOOT::|PRTITION;partition;L$;3!0| NIL) BOOT::|list| ; (BOOT::|shellEntry| BOOT::$ 15))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRTITION;partition;L$;3| ; (BOOT::|list| BOOT::$) ; (BLOCK BOOT::|PRTITION;partition;L$;3| ; (BOOT::SPADCALL (CONS #'BOOT::|PRTITION;partition;L$;3!0| NIL) ; BOOT::|list| (BOOT::|shellEntry| BOOT::$ 15)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS (INTEGER 1) T)) &REST T). ; compiling (DEFUN |PRTITION;partition;L$;3!0| ...) ; file: /tmp/oa-mM6Nsg/code.lsp ; in: DEFUN |PRTITION;partition;L$;3!0| ; (DEFUN BOOT::|PRTITION;partition;L$;3!0| (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (< BOOT::|#2| BOOT::|#1|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRTITION;partition;L$;3!0| ; (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (BLOCK BOOT::|PRTITION;partition;L$;3!0| (< BOOT::|#2| BOOT::|#1|))) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |PRTITION;parts;$L;4| ...) ; compiling (DEFUN |PRTITION;#;$Nni;5| ...) ; file: /tmp/oa-mM6Nsg/code.lsp ; in: DEFUN |PRTITION;#;$Nni;5| ; (DEFUN BOOT::|PRTITION;#;$Nni;5| (BOOT::|x| BOOT::$) ; (COND ((NULL BOOT::|x|) 0) ; (T ; (LET (# # #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRTITION;#;$Nni;5| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|PRTITION;#;$Nni;5| ; (COND ((NULL BOOT::|x|) 0) ; (T ; (LET # ; #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PRTITION;allPartitions| ...) ; compiling (DEFUN |PRTITION;allPartitions!0| ...) ; compiling (DEFUN |PRTITION;partitions;NniS;7| ...) ; compiling (DEFUN |PRTITION;zero?;$B;8| ...) ; compiling (DEFUN |PRTITION;<;2$B;9| ...) ; file: /tmp/oa-mM6Nsg/code.lsp ; in: DEFUN |PRTITION;<;2$B;9| ; (DEFUN BOOT::|PRTITION;<;2$B;9| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 41))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRTITION;<;2$B;9| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|PRTITION;<;2$B;9| ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 41)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |PRTITION;=;2$B;10| ...) ; file: /tmp/oa-mM6Nsg/code.lsp ; in: DEFUN |PRTITION;=;2$B;10| ; (DEFUN BOOT::|PRTITION;=;2$B;10| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 43))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRTITION;=;2$B;10| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|PRTITION;=;2$B;10| ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 43)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |PRTITION;+;3$;11| ...) ; file: /tmp/oa-mM6Nsg/code.lsp ; in: DEFUN |PRTITION;+;3$;11| ; (DEFUN BOOT::|PRTITION;+;3$;11| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL (CONS #'BOOT::|PRTITION;+;3$;11!0| NIL) BOOT::|x| BOOT::|y| ; (BOOT::|shellEntry| BOOT::$ 45))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRTITION;+;3$;11| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|PRTITION;+;3$;11| ; (BOOT::SPADCALL (CONS #'BOOT::|PRTITION;+;3$;11!0| NIL) BOOT::|x| ; BOOT::|y| (BOOT::|shellEntry| BOOT::$ 45)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS (INTEGER 1) T)) &REST T). ; compiling (DEFUN |PRTITION;+;3$;11!0| ...) ; file: /tmp/oa-mM6Nsg/code.lsp ; in: DEFUN |PRTITION;+;3$;11!0| ; (DEFUN BOOT::|PRTITION;+;3$;11!0| (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (< BOOT::|#2| BOOT::|#1|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRTITION;+;3$;11!0| ; (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (BLOCK BOOT::|PRTITION;+;3$;11!0| (< BOOT::|#2| BOOT::|#1|))) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |PRTITION;*;Nni2$;12| ...) ; compiling (DEFUN |PRTITION;remv| ...) ; compiling (DEFUN |PRTITION;subtractIfCan;2$M;14| ...) ; compiling (DEFUN |PRTITION;powers;$L;15| ...) ; file: /tmp/oa-mM6Nsg/code.lsp ; in: DEFUN |PRTITION;powers;$L;15| ; (DEFUN BOOT::|PRTITION;powers;$L;15| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|n| BOOT::|i|) ; (RETURN ; (LET (# #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRTITION;powers;$L;15| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|PRTITION;powers;$L;15| ; (PROG (BOOT::|n| BOOT::|i|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS (CONS (INTEGER 1) (INTEGER 1)) T)) &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PRTITION;conjugate;2$;16| ...) ; file: /tmp/oa-mM6Nsg/code.lsp ; in: DEFUN |PRTITION;conjugate;2$;16| ; (DEFUN BOOT::|PRTITION;conjugate;2$;16| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 74))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRTITION;conjugate;2$;16| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|PRTITION;conjugate;2$;16| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 74)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS (INTEGER 1) T)) &REST T). ; compiling (DEFUN |PRTITION;mkterm| ...) ; compiling (DEFUN |PRTITION;mkexp1| ...) ; compiling (DEFUN |PRTITION;coerce;$Of;19| ...) ; compiling (DEFUN |PRTITION;pdct;$Pi;20| ...) ; file: /tmp/oa-mM6Nsg/code.lsp ; in: DEFUN |PRTITION;pdct;$Pi;20| ; (DEFUN BOOT::|PRTITION;pdct;$Pi;20| (BOOT::|x| BOOT::$) ; (LET ((#:G617 ; (LET # ; #))) ; (COND ((AND # #) #:G617) (T (BOOT::|moanRetract| #:G617 '#))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRTITION;pdct;$Pi;20| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|PRTITION;pdct;$Pi;20| ; (LET ((#:G617 #)) ; (COND (# #:G617) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES (INTEGER 1) &REST T). ; compiling (DEFUN |Partition| ...) ; compiling (DEFUN |Partition;| ...) ; compiling (MAKEPROP (QUOTE |Partition|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 4 STYLE-WARNING conditions ; printed 7 notes ; /tmp/oa-mM6Nsg/code.fasl written ; compilation finished in 0:00:00.119 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile HDMP.spad && cp HDMP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/HDMP.fasl \ && if test -f HDMP-.NRLIB/code.fasl; then \ cp HDMP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/HDMP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/HDMP.spad using Spad compiler. HDMP abbreviates domain HomogeneousDistributedMultivariatePolynomial debug: compDefine1 lhs: (HomogeneousDistributedMultivariatePolynomial vl R) signature (pre-evaluate): ((Join (PolynomialCategory R (HomogeneousDirectProduct (# vl) (NonNegativeInteger)) (OrderedVariableList vl)) (CATEGORY domain (SIGNATURE reorder ($ $ (List (Integer)))))) NIL NIL) debug: evaluateType form: (Join (PolynomialCategory R (HomogeneousDirectProduct (# vl) (NonNegativeInteger)) (OrderedVariableList vl)) (CATEGORY domain (SIGNATURE reorder ($ $ (List (Integer)))))) $param: (vl R) debug: evaluateType form: (PolynomialCategory R (HomogeneousDirectProduct (# vl) (NonNegativeInteger)) (OrderedVariableList vl)) $param: (vl R) Debug: evaluateType1 form: (PolynomialCategory R (HomogeneousDirectProduct (# vl) (NonNegativeInteger)) (OrderedVariableList vl)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: (HomogeneousDirectProduct (# vl) (NonNegativeInteger)) m: (OrderedAbelianMonoidSup) debug: evaluateType1 categoryForm: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (vl R) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (HomogeneousDirectProduct (# vl) (NonNegativeInteger)) $param: (vl R) Debug: evaluateType1 form: (HomogeneousDirectProduct (# vl) (NonNegativeInteger)) debug: evaluateType1 x: (# vl) m: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (vl R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType1 x: (NonNegativeInteger) m: (OrderedAbelianMonoidSup) debug: evaluateType1 categoryForm: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (vl R) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (NonNegativeInteger) $param: (vl R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (OrderedAbelianMonoidSup) debug: evalCategory d: (HomogeneousDirectProduct (# vl) (NonNegativeInteger)) c: (OrderedAbelianMonoidSup) debug: evaluateType1 x: (OrderedVariableList vl) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (vl R) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList vl) $param: (vl R) Debug: evaluateType1 form: (OrderedVariableList vl) debug: evaluateType1 x: vl m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList vl) c: (OrderedSet) debug: evaluateType form: (CATEGORY domain (SIGNATURE reorder ($ $ (List (Integer))))) $param: (vl R) debug: evaluateType form: (List (Integer)) $param: (vl R) Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (vl R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (vl R) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (PolynomialCategory R (HomogeneousDirectProduct (# vl) (NonNegativeInteger)) (OrderedVariableList vl)) (CATEGORY domain (SIGNATURE reorder ($ $ (List (Integer)))))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for HomogeneousDistributedMultivariatePolynomial compiling into /tmp/oa-PceLwV (time taken in buildFunctor: 144) Time: 0.33 SEC. Cumulative Statistics for Constructor HomogeneousDistributedMultivariatePolynomial Time: 0.33 seconds finalizing NRLIB HDMP Processing HomogeneousDistributedMultivariatePolynomial for Browser database: -- reorder : (%,List Integer) -> % -- constructor ; compiling file "/tmp/oa-PceLwV/code.lsp" (written 01 FEB 2016 11:00:19 PM): ; compiling (DEFUN |HomogeneousDistributedMultivariatePolynomial| ...) ; compiling (DEFUN |HomogeneousDistributedMultivariatePolynomial;| ...) ; compiling (MAKEPROP (QUOTE |HomogeneousDistributedMultivariatePolynomial|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-PceLwV/code.fasl written ; compilation finished in 0:00:00.021 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MPC2.spad && cp MPC2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MPC2.fasl \ && if test -f MPC2-.NRLIB/code.fasl; then \ cp MPC2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MPC2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MPC2.spad using Spad compiler. MPC2 abbreviates package MPolyCatFunctions2 debug: compDefine1 lhs: (MPolyCatFunctions2 VarSet E1 E2 R S PR PS) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map (PS (Mapping S R) PR)) (SIGNATURE reshape (PS (List S) PR))) NIL NIL NIL NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map (PS (Mapping S R) PR)) (SIGNATURE reshape (PS (List S) PR))) $param: (VarSet E1 E2 R S PR PS) debug: evaluateType form: PS $param: (VarSet E1 E2 R S PR PS) debug: evaluateType form: (Mapping S R) $param: (VarSet E1 E2 R S PR PS) debug: evaluateType form: S $param: (VarSet E1 E2 R S PR PS) debug: evaluateType form: R $param: (VarSet E1 E2 R S PR PS) debug: evaluateType form: PR $param: (VarSet E1 E2 R S PR PS) debug: evaluateType form: PS $param: (VarSet E1 E2 R S PR PS) debug: evaluateType form: (List S) $param: (VarSet E1 E2 R S PR PS) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: PR $param: (VarSet E1 E2 R S PR PS) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map (PS (Mapping S R) PR)) (SIGNATURE reshape (PS (List S) PR))) NIL NIL NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for MPolyCatFunctions2 compiling into /tmp/oa-l17cyw compiling local supMap : (R -> S,SparseUnivariatePolynomial PR) -> SparseUnivariatePolynomial PS Time: 0.14 SEC. compiling exported map : (R -> S,PR) -> PS Time: 0.06 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Warnings: [1] map: not known that Ring is of mode CATEGORY(package,map: ((R -> S),PR) -> PS,reshape: (List S,PR) -> PS) Cumulative Statistics for Constructor MPolyCatFunctions2 Time: 0.19 seconds finalizing NRLIB MPC2 Processing MPolyCatFunctions2 for Browser database: -- map : ((R -> S),PR) -> PS -- reshape : (List S,PR) -> PS -- constructor ; compiling file "/tmp/oa-l17cyw/code.lsp" (written 01 FEB 2016 11:00:19 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MPC2;supMap| ...) ; compiling (DEFUN |MPC2;map;MPRPS;2| ...) ; compiling (DEFUN |MPolyCatFunctions2| ...) ; compiling (DEFUN |MPolyCatFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |MPolyCatFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-l17cyw/code.fasl written ; compilation finished in 0:00:00.023 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MPC3.spad && cp MPC3.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MPC3.fasl \ && if test -f MPC3-.NRLIB/code.fasl; then \ cp MPC3-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MPC3-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MPC3.spad using Spad compiler. MPC3 abbreviates package MPolyCatFunctions3 debug: compDefine1 lhs: (MPolyCatFunctions3 Vars1 Vars2 E1 E2 R PR1 PR2) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map (PR2 (Mapping Vars2 Vars1) PR1))) NIL NIL NIL NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map (PR2 (Mapping Vars2 Vars1) PR1))) $param: (Vars1 Vars2 E1 E2 R PR1 PR2) debug: evaluateType form: PR2 $param: (Vars1 Vars2 E1 E2 R PR1 PR2) debug: evaluateType form: (Mapping Vars2 Vars1) $param: (Vars1 Vars2 E1 E2 R PR1 PR2) debug: evaluateType form: Vars2 $param: (Vars1 Vars2 E1 E2 R PR1 PR2) debug: evaluateType form: Vars1 $param: (Vars1 Vars2 E1 E2 R PR1 PR2) debug: evaluateType form: PR1 $param: (Vars1 Vars2 E1 E2 R PR1 PR2) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map (PR2 (Mapping Vars2 Vars1) PR1))) NIL NIL NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for MPolyCatFunctions3 compiling into /tmp/oa-wFNwfT compiling exported map : (Vars1 -> Vars2,PR1) -> PR2 Time: 0.09 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] map: not known that Ring is of mode CATEGORY(package,map: ((Vars1 -> Vars2),PR1) -> PR2) Cumulative Statistics for Constructor MPolyCatFunctions3 Time: 0.10 seconds finalizing NRLIB MPC3 Processing MPolyCatFunctions3 for Browser database: -- map : ((Vars1 -> Vars2),PR1) -> PR2 -- constructor ; compiling file "/tmp/oa-wFNwfT/code.lsp" (written 01 FEB 2016 11:00:19 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MPC3;map;MPR1PR2;1| ...) ; compiling (DEFUN |MPolyCatFunctions3| ...) ; compiling (DEFUN |MPolyCatFunctions3;| ...) ; compiling (MAKEPROP (QUOTE |MPolyCatFunctions3|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-wFNwfT/code.fasl written ; compilation finished in 0:00:00.022 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile DMP.spad && cp DMP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DMP.fasl \ && if test -f DMP-.NRLIB/code.fasl; then \ cp DMP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DMP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DMP.spad using Spad compiler. DMP abbreviates domain DistributedMultivariatePolynomial debug: compDefine1 lhs: (DistributedMultivariatePolynomial vl R) signature (pre-evaluate): ((Join (PolynomialCategory R (DirectProduct (# vl) (NonNegativeInteger)) (OrderedVariableList vl)) (CATEGORY domain (SIGNATURE reorder ($ $ (List (Integer)))))) NIL NIL) debug: evaluateType form: (Join (PolynomialCategory R (DirectProduct (# vl) (NonNegativeInteger)) (OrderedVariableList vl)) (CATEGORY domain (SIGNATURE reorder ($ $ (List (Integer)))))) $param: (vl R) debug: evaluateType form: (PolynomialCategory R (DirectProduct (# vl) (NonNegativeInteger)) (OrderedVariableList vl)) $param: (vl R) Debug: evaluateType1 form: (PolynomialCategory R (DirectProduct (# vl) (NonNegativeInteger)) (OrderedVariableList vl)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: (DirectProduct (# vl) (NonNegativeInteger)) m: (OrderedAbelianMonoidSup) debug: evaluateType1 categoryForm: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (vl R) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (DirectProduct (# vl) (NonNegativeInteger)) $param: (vl R) Debug: evaluateType1 form: (DirectProduct (# vl) (NonNegativeInteger)) debug: evaluateType1 x: (# vl) m: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (vl R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (vl R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (vl R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evalCategory d: (DirectProduct (# vl) (NonNegativeInteger)) c: (OrderedAbelianMonoidSup) debug: evaluateType1 x: (OrderedVariableList vl) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (vl R) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList vl) $param: (vl R) Debug: evaluateType1 form: (OrderedVariableList vl) debug: evaluateType1 x: vl m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList vl) c: (OrderedSet) debug: evaluateType form: (CATEGORY domain (SIGNATURE reorder ($ $ (List (Integer))))) $param: (vl R) debug: evaluateType form: (List (Integer)) $param: (vl R) Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (vl R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (vl R) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (PolynomialCategory R (DirectProduct (# vl) (NonNegativeInteger)) (OrderedVariableList vl)) (CATEGORY domain (SIGNATURE reorder ($ $ (List (Integer)))))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for DistributedMultivariatePolynomial compiling into /tmp/oa-u6WofZ (time taken in buildFunctor: 132) Time: 0.32 SEC. Cumulative Statistics for Constructor DistributedMultivariatePolynomial Time: 0.32 seconds finalizing NRLIB DMP Processing DistributedMultivariatePolynomial for Browser database: -- reorder : (%,List Integer) -> % -- constructor ; compiling file "/tmp/oa-u6WofZ/code.lsp" (written 01 FEB 2016 11:00:20 PM): ; compiling (DEFUN |DistributedMultivariatePolynomial| ...) ; compiling (DEFUN |DistributedMultivariatePolynomial;| ...) ; compiling (MAKEPROP (QUOTE |DistributedMultivariatePolynomial|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-u6WofZ/code.fasl written ; compilation finished in 0:00:00.021 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile GBINTERN.spad && cp GBINTERN.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GBINTERN.fasl \ && if test -f GBINTERN-.NRLIB/code.fasl; then \ cp GBINTERN-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GBINTERN-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GBINTERN.spad using Spad compiler. GBINTERN abbreviates package GroebnerInternalPackage debug: compDefine1 lhs: (GroebnerInternalPackage Dom Expon VarSet Dpol) signature (pre-evaluate): ((CATEGORY package (SIGNATURE credPol (Dpol Dpol (List Dpol))) (SIGNATURE redPol (Dpol Dpol (List Dpol))) (SIGNATURE gbasis ((List Dpol) (List Dpol) (Integer) (Integer))) (SIGNATURE critT ((Boolean) (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)))) (SIGNATURE critM ((Boolean) Expon Expon)) (SIGNATURE critB ((Boolean) Expon Expon Expon Expon)) (SIGNATURE critBonD ((List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) Dpol (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))))) (SIGNATURE critMTonD1 ((List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))))) (SIGNATURE critMonD1 ((List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) Expon (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))))) (SIGNATURE redPo ((Record (: poly Dpol) (: mult Dom)) Dpol (List Dpol))) (SIGNATURE hMonic (Dpol Dpol)) (SIGNATURE updatF ((List (Record (: totdeg (NonNegativeInteger)) (: pol Dpol))) Dpol (NonNegativeInteger) (List (Record (: totdeg (NonNegativeInteger)) (: pol Dpol))))) (SIGNATURE sPol (Dpol (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)))) (SIGNATURE updatD ((List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))))) (SIGNATURE minGbasis ((List Dpol) (List Dpol))) (SIGNATURE lepol ((Integer) Dpol)) (SIGNATURE prinshINFO ((Void) Dpol)) (SIGNATURE prindINFO ((Integer) (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) Dpol Dpol (Integer) (Integer) (Integer))) (SIGNATURE fprindINFO ((Integer) (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) Dpol Dpol (Integer) (Integer) (Integer) (Integer))) (SIGNATURE prinpolINFO ((Void) (List Dpol))) (SIGNATURE prinb ((Void) (Integer))) (SIGNATURE critpOrder ((Boolean) (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)))) (SIGNATURE makeCrit ((Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) (Record (: totdeg (NonNegativeInteger)) (: pol Dpol)) Dpol (NonNegativeInteger))) (SIGNATURE virtualDegree ((NonNegativeInteger) Dpol))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE credPol (Dpol Dpol (List Dpol))) (SIGNATURE redPol (Dpol Dpol (List Dpol))) (SIGNATURE gbasis ((List Dpol) (List Dpol) (Integer) (Integer))) (SIGNATURE critT ((Boolean) (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)))) (SIGNATURE critM ((Boolean) Expon Expon)) (SIGNATURE critB ((Boolean) Expon Expon Expon Expon)) (SIGNATURE critBonD ((List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) Dpol (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))))) (SIGNATURE critMTonD1 ((List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))))) (SIGNATURE critMonD1 ((List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) Expon (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))))) (SIGNATURE redPo ((Record (: poly Dpol) (: mult Dom)) Dpol (List Dpol))) (SIGNATURE hMonic (Dpol Dpol)) (SIGNATURE updatF ((List (Record (: totdeg (NonNegativeInteger)) (: pol Dpol))) Dpol (NonNegativeInteger) (List (Record (: totdeg (NonNegativeInteger)) (: pol Dpol))))) (SIGNATURE sPol (Dpol (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)))) (SIGNATURE updatD ((List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))))) (SIGNATURE minGbasis ((List Dpol) (List Dpol))) (SIGNATURE lepol ((Integer) Dpol)) (SIGNATURE prinshINFO ((Void) Dpol)) (SIGNATURE prindINFO ((Integer) (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) Dpol Dpol (Integer) (Integer) (Integer))) (SIGNATURE fprindINFO ((Integer) (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) Dpol Dpol (Integer) (Integer) (Integer) (Integer))) (SIGNATURE prinpolINFO ((Void) (List Dpol))) (SIGNATURE prinb ((Void) (Integer))) (SIGNATURE critpOrder ((Boolean) (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)))) (SIGNATURE makeCrit ((Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) (Record (: totdeg (NonNegativeInteger)) (: pol Dpol)) Dpol (NonNegativeInteger))) (SIGNATURE virtualDegree ((NonNegativeInteger) Dpol))) $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (List Dpol) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List Dpol) debug: evaluateType1 x: Dpol m: (Type) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (List Dpol) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List Dpol) debug: evaluateType1 x: Dpol m: (Type) debug: evaluateType form: (List Dpol) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List Dpol) debug: evaluateType1 x: Dpol m: (Type) debug: evaluateType form: (List Dpol) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List Dpol) debug: evaluateType1 x: Dpol m: (Type) debug: evaluateType form: (Integer) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Boolean) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Expon $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (NonNegativeInteger) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (Boolean) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: Expon $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Expon $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (Boolean) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: Expon $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Expon $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Expon $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Expon $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) debug: evaluateType1 x: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Expon $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (NonNegativeInteger) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evalCategory d: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) c: (Type) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) debug: evaluateType1 x: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Expon $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (NonNegativeInteger) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evalCategory d: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) c: (Type) debug: evaluateType form: (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) debug: evaluateType1 x: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Expon $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (NonNegativeInteger) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evalCategory d: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) c: (Type) debug: evaluateType form: (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) debug: evaluateType1 x: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Expon $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (NonNegativeInteger) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evalCategory d: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) c: (Type) debug: evaluateType form: (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) debug: evaluateType1 x: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Expon $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (NonNegativeInteger) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evalCategory d: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) c: (Type) debug: evaluateType form: Expon $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) debug: evaluateType1 x: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Expon $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (NonNegativeInteger) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evalCategory d: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) c: (Type) debug: evaluateType form: (Record (: poly Dpol) (: mult Dom)) $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dom $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (List Dpol) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List Dpol) debug: evaluateType1 x: Dpol m: (Type) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (List (Record (: totdeg (NonNegativeInteger)) (: pol Dpol))) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List (Record (: totdeg (NonNegativeInteger)) (: pol Dpol))) debug: evaluateType1 x: (Record (: totdeg (NonNegativeInteger)) (: pol Dpol)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: totdeg (NonNegativeInteger)) (: pol Dpol)) $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (NonNegativeInteger) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evalCategory d: (Record (: totdeg (NonNegativeInteger)) (: pol Dpol)) c: (Type) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (NonNegativeInteger) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (List (Record (: totdeg (NonNegativeInteger)) (: pol Dpol))) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List (Record (: totdeg (NonNegativeInteger)) (: pol Dpol))) debug: evaluateType1 x: (Record (: totdeg (NonNegativeInteger)) (: pol Dpol)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: totdeg (NonNegativeInteger)) (: pol Dpol)) $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (NonNegativeInteger) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evalCategory d: (Record (: totdeg (NonNegativeInteger)) (: pol Dpol)) c: (Type) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Expon $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (NonNegativeInteger) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) debug: evaluateType1 x: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Expon $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (NonNegativeInteger) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evalCategory d: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) c: (Type) debug: evaluateType form: (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) debug: evaluateType1 x: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Expon $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (NonNegativeInteger) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evalCategory d: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) c: (Type) debug: evaluateType form: (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) debug: evaluateType1 x: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Expon $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (NonNegativeInteger) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evalCategory d: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) c: (Type) debug: evaluateType form: (List Dpol) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List Dpol) debug: evaluateType1 x: Dpol m: (Type) debug: evaluateType form: (List Dpol) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List Dpol) debug: evaluateType1 x: Dpol m: (Type) debug: evaluateType form: (Integer) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Integer) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (Void) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Void) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (Integer) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Expon $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (NonNegativeInteger) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (Integer) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Expon $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (NonNegativeInteger) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (Integer) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Void) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Void) debug: evaluateType form: (List Dpol) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List Dpol) debug: evaluateType1 x: Dpol m: (Type) debug: evaluateType form: (Void) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Void) debug: evaluateType form: (Integer) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Boolean) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Expon $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (NonNegativeInteger) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Expon $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (NonNegativeInteger) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Expon $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (NonNegativeInteger) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (Record (: totdeg (NonNegativeInteger)) (: pol Dpol)) $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (NonNegativeInteger) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (NonNegativeInteger) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE credPol (Dpol Dpol (List Dpol))) (SIGNATURE redPol (Dpol Dpol (List Dpol))) (SIGNATURE gbasis ((List Dpol) (List Dpol) (Integer) (Integer))) (SIGNATURE critT ((Boolean) (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)))) (SIGNATURE critM ((Boolean) Expon Expon)) (SIGNATURE critB ((Boolean) Expon Expon Expon Expon)) (SIGNATURE critBonD ((List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) Dpol (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))))) (SIGNATURE critMTonD1 ((List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))))) (SIGNATURE critMonD1 ((List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) Expon (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))))) (SIGNATURE redPo ((Record (: poly Dpol) (: mult Dom)) Dpol (List Dpol))) (SIGNATURE hMonic (Dpol Dpol)) (SIGNATURE updatF ((List (Record (: totdeg (NonNegativeInteger)) (: pol Dpol))) Dpol (NonNegativeInteger) (List (Record (: totdeg (NonNegativeInteger)) (: pol Dpol))))) (SIGNATURE sPol (Dpol (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)))) (SIGNATURE updatD ((List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))))) (SIGNATURE minGbasis ((List Dpol) (List Dpol))) (SIGNATURE lepol ((Integer) Dpol)) (SIGNATURE prinshINFO ((Void) Dpol)) (SIGNATURE prindINFO ((Integer) (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) Dpol Dpol (Integer) (Integer) (Integer))) (SIGNATURE fprindINFO ((Integer) (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) Dpol Dpol (Integer) (Integer) (Integer) (Integer))) (SIGNATURE prinpolINFO ((Void) (List Dpol))) (SIGNATURE prinb ((Void) (Integer))) (SIGNATURE critpOrder ((Boolean) (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)))) (SIGNATURE makeCrit ((Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) (Record (: totdeg (NonNegativeInteger)) (: pol Dpol)) Dpol (NonNegativeInteger))) (SIGNATURE virtualDegree ((NonNegativeInteger) Dpol))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for GroebnerInternalPackage compiling into /tmp/oa-pQWWvE importing OutputForm compiling exported virtualDegree : Dpol -> NonNegativeInteger Time: 0.08 SEC. compiling exported virtualDegree : Dpol -> NonNegativeInteger GBINTERN;virtualDegree;DpolNni;2 p is replaced by 0 Time: 0.00 SEC. compiling exported critpOrder : (Record(lcmfij: Expon,totdeg: NonNegativeInteger,poli: Dpol,polj: Dpol),Record(lcmfij: Expon,totdeg: NonNegativeInteger,poli: Dpol,polj: Dpol)) -> Boolean Time: 0.02 SEC. compiling exported makeCrit : (Record(totdeg: NonNegativeInteger,pol: Dpol),Dpol,NonNegativeInteger) -> Record(lcmfij: Expon,totdeg: NonNegativeInteger,poli: Dpol,polj: Dpol) Time: 0.03 SEC. compiling exported gbasis : (List Dpol,Integer,Integer) -> List Dpol Time: 0.10 SEC. compiling exported critMonD1 : (Expon,List Record(lcmfij: Expon,totdeg: NonNegativeInteger,poli: Dpol,polj: Dpol)) -> List Record(lcmfij: Expon,totdeg: NonNegativeInteger,poli: Dpol,polj: Dpol) Time: 0.02 SEC. compiling exported critMTonD1 : List Record(lcmfij: Expon,totdeg: NonNegativeInteger,poli: Dpol,polj: Dpol) -> List Record(lcmfij: Expon,totdeg: NonNegativeInteger,poli: Dpol,polj: Dpol) Time: 0.06 SEC. compiling exported critBonD : (Dpol,List Record(lcmfij: Expon,totdeg: NonNegativeInteger,poli: Dpol,polj: Dpol)) -> List Record(lcmfij: Expon,totdeg: NonNegativeInteger,poli: Dpol,polj: Dpol) Time: 0.04 SEC. compiling exported updatF : (Dpol,NonNegativeInteger,List Record(totdeg: NonNegativeInteger,pol: Dpol)) -> List Record(totdeg: NonNegativeInteger,pol: Dpol) Time: 0.02 SEC. compiling exported updatD : (List Record(lcmfij: Expon,totdeg: NonNegativeInteger,poli: Dpol,polj: Dpol),List Record(lcmfij: Expon,totdeg: NonNegativeInteger,poli: Dpol,polj: Dpol)) -> List Record(lcmfij: Expon,totdeg: NonNegativeInteger,poli: Dpol,polj: Dpol) Time: 0.02 SEC. compiling local gcdCo : (Dom,Dom) -> Record(co1: Dom,co2: Dom) Time: 0.01 SEC. compiling exported sPol : Record(lcmfij: Expon,totdeg: NonNegativeInteger,poli: Dpol,polj: Dpol) -> Dpol Time: 0.03 SEC. compiling exported redPo : (Dpol,List Dpol) -> Record(poly: Dpol,mult: Dom) Time: 0.07 SEC. compiling exported redPol : (Dpol,List Dpol) -> Dpol Time: 0.00 SEC. compiling exported critT : Record(lcmfij: Expon,totdeg: NonNegativeInteger,poli: Dpol,polj: Dpol) -> Boolean Time: 0.01 SEC. compiling exported critM : (Expon,Expon) -> Boolean Time: 0.00 SEC. compiling exported critB : (Expon,Expon,Expon,Expon) -> Boolean Time: 0.02 SEC. compiling exported hMonic : Dpol -> Dpol Time: 0.00 SEC. compiling exported credPol : (Dpol,List Dpol) -> Dpol Time: 0.06 SEC. compiling exported minGbasis : List Dpol -> List Dpol Time: 0.01 SEC. compiling exported lepol : Dpol -> Integer Time: 0.01 SEC. compiling exported prinb : Integer -> Void Time: 0.01 SEC. compiling exported prinshINFO : Dpol -> Void Time: 0.01 SEC. compiling exported prindINFO : (Record(lcmfij: Expon,totdeg: NonNegativeInteger,poli: Dpol,polj: Dpol),Dpol,Dpol,Integer,Integer,Integer) -> Integer Time: 0.10 SEC. compiling exported prinpolINFO : List Dpol -> Void Time: 0.04 SEC. compiling exported fprindINFO : (Record(lcmfij: Expon,totdeg: NonNegativeInteger,poli: Dpol,polj: Dpol),Dpol,Dpol,Integer,Integer,Integer,Integer) -> Integer Time: 0.20 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] gbasis: pol has no value [2] gbasis: totdeg has no value [3] updatF: pol has no value Cumulative Statistics for Constructor GroebnerInternalPackage Time: 0.99 seconds finalizing NRLIB GBINTERN Processing GroebnerInternalPackage for Browser database: -- credPol : (Dpol,List Dpol) -> Dpol -- redPol : (Dpol,List Dpol) -> Dpol -- gbasis : (List Dpol,Integer,Integer) -> List Dpol -- critT : critPair -> Boolean -- critM : (Expon,Expon) -> Boolean -- critB : (Expon,Expon,Expon,Expon) -> Boolean -- critBonD : (Dpol,List critPair) -> List critPair -- critMTonD1 : List critPair -> List critPair -- critMonD1 : (Expon,List critPair) -> List critPair -- redPo : (Dpol,List Dpol) -> Record(poly: Dpol,mult: Dom) -- hMonic : Dpol -> Dpol -- updatF : (Dpol,NNI,List sugarPol) -> List sugarPol -- sPol : critPair -> Dpol -- updatD : (List critPair,List critPair) -> List critPair -- minGbasis : List Dpol -> List Dpol -- lepol : Dpol -> Integer -- prinshINFO : Dpol -> Void -- prindINFO : (critPair,Dpol,Dpol,Integer,Integer,Integer) -> Integer -- fprindINFO : (critPair,Dpol,Dpol,Integer,Integer,Integer,Integer) -> Integer -- prinpolINFO : List Dpol -> Void -- prinb : Integer -> Void -- critpOrder : (critPair,critPair) -> Boolean -- makeCrit : (sugarPol,Dpol,NonNegativeInteger) -> critPair -- virtualDegree : Dpol -> NonNegativeInteger -- constructor ; compiling file "/tmp/oa-pQWWvE/code.lsp" (written 01 FEB 2016 11:00:21 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |GBINTERN;virtualDegree;DpolNni;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |GBINTERN;virtualDegree;DpolNni;1| ...) ; file: /tmp/oa-pQWWvE/code.lsp ; in: DEFUN |GBINTERN;virtualDegree;DpolNni;1| ; (DEFUN BOOT::|GBINTERN;virtualDegree;DpolNni;1| (BOOT::|p| BOOT::$) ; (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 11))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GBINTERN;virtualDegree;DpolNni;1| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|GBINTERN;virtualDegree;DpolNni;1| ; (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 11)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |GBINTERN;virtualDegree;DpolNni;2| ...) ; file: /tmp/oa-pQWWvE/code.lsp ; in: DEFUN |GBINTERN;virtualDegree;DpolNni;2| ; (DEFUN BOOT::|GBINTERN;virtualDegree;DpolNni;2| (BOOT::|p| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; 0) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GBINTERN;virtualDegree;DpolNni;2| ; (BOOT::|p| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|GBINTERN;virtualDegree;DpolNni;2| 0)) ; ; caught STYLE-WARNING: ; The variable |p| is defined but never used. ; compiling (DEFUN |GBINTERN;critpOrder;2RB;3| ...) ; file: /tmp/oa-pQWWvE/code.lsp ; in: DEFUN |GBINTERN;critpOrder;2RB;3| ; (DEFUN BOOT::|GBINTERN;critpOrder;2RB;3| (BOOT::|cp1| BOOT::|cp2| BOOT::$) ; (COND ((< (SVREF BOOT::|cp1| 1) (SVREF BOOT::|cp2| 1)) T) ; ((< (SVREF BOOT::|cp2| 1) (SVREF BOOT::|cp1| 1)) NIL) ; (T ; (BOOT::SPADCALL (SVREF BOOT::|cp1| 0) (SVREF BOOT::|cp2| 0) ; (BOOT::|shellEntry| BOOT::$ 18))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GBINTERN;critpOrder;2RB;3| ; (BOOT::|cp1| BOOT::|cp2| BOOT::$) ; (BLOCK BOOT::|GBINTERN;critpOrder;2RB;3| ; (COND ((< # #) T) ((< # #) NIL) (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |GBINTERN;makeCrit;RDpolNniR;4| ...) ; compiling (DEFUN |GBINTERN;gbasis;L2IL;5| ...) ; file: /tmp/oa-pQWWvE/code.lsp ; in: DEFUN |GBINTERN;gbasis;L2IL;5| ; (DEFUN BOOT::|GBINTERN;gbasis;L2IL;5| ; (BOOT::|Pol| BOOT::|xx1| BOOT::|xx2| BOOT::$) ; (PROG (BOOT::|h| BOOT::|s| BOOT::D0 BOOT::|redPols| BOOT::|xx| ; BOOT::|toth|) ; (RETURN ; (LET* (# # # #) ; (BOOT::SEQ # # # # # # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GBINTERN;gbasis;L2IL;5| ; (BOOT::|Pol| BOOT::|xx1| BOOT::|xx2| BOOT::$) ; (BLOCK BOOT::|GBINTERN;gbasis;L2IL;5| ; (PROG (BOOT::|h| BOOT::|s| BOOT::D0 BOOT::|redPols| BOOT::|xx| ; BOOT::|toth|) ; (RETURN ; (LET* # ; #))))) ; ; note: Assignment to argument: |Pol| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |GBINTERN;gbasis;L2IL;5!0| ...) ; compiling (DEFUN |GBINTERN;critMonD1;Expon2L;6| ...) ; compiling (DEFUN |GBINTERN;critMTonD1;2L;7| ...) ; file: /tmp/oa-pQWWvE/code.lsp ; in: DEFUN |GBINTERN;critMTonD1;2L;7| ; (DEFUN BOOT::|GBINTERN;critMTonD1;2L;7| (BOOT::D1 BOOT::$) ; (PROG (BOOT::|r1| BOOT::|e1|) (RETURN (COND (# NIL) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GBINTERN;critMTonD1;2L;7| ; (BOOT::D1 BOOT::$) ; (BLOCK BOOT::|GBINTERN;critMTonD1;2L;7| ; (PROG (BOOT::|r1| BOOT::|e1|) (RETURN (COND # #))))) ; ; note: Assignment to argument: D1 ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS SIMPLE-VECTOR T)) ; ; compiling (DEFUN |GBINTERN;critBonD;Dpol2L;8| ...) ; compiling (DEFUN |GBINTERN;updatF;DpolNni2L;9| ...) ; compiling (DEFUN |GBINTERN;updatD;3L;10| ...) ; compiling (DEFUN |GBINTERN;gcdCo| ...) ; compiling (DEFUN |GBINTERN;sPol;RDpol;12| ...) ; compiling (DEFUN |GBINTERN;redPo;DpolLR;13| ...) ; file: /tmp/oa-pQWWvE/code.lsp ; in: DEFUN |GBINTERN;redPo;DpolLR;13| ; (DEFUN BOOT::|GBINTERN;redPo;DpolLR;13| (BOOT::|s| BOOT::F BOOT::$) ; (PROG (BOOT::|cc| BOOT::|e| BOOT::|s1| BOOT::|f1|) ; (RETURN ; (LET (# #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GBINTERN;redPo;DpolLR;13| ; (BOOT::|s| BOOT::F BOOT::$) ; (BLOCK BOOT::|GBINTERN;redPo;DpolLR;13| ; (PROG (BOOT::|cc| BOOT::|e| BOOT::|s1| BOOT::|f1|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: F ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |GBINTERN;redPol;DpolLDpol;14| ...) ; compiling (DEFUN |GBINTERN;critT;RB;15| ...) ; file: /tmp/oa-pQWWvE/code.lsp ; in: DEFUN |GBINTERN;critT;RB;15| ; (DEFUN BOOT::|GBINTERN;critT;RB;15| (BOOT::|p| BOOT::$) ; (BOOT::SPADCALL (SVREF BOOT::|p| 0) ; (BOOT::SPADCALL ; (BOOT::SPADCALL (SVREF BOOT::|p| 2) ; (BOOT::|shellEntry| BOOT::$ 21)) ; (BOOT::SPADCALL (SVREF BOOT::|p| 3) ; (BOOT::|shellEntry| BOOT::$ 21)) ; (BOOT::|shellEntry| BOOT::$ 103)) ; (BOOT::|shellEntry| BOOT::$ 69))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GBINTERN;critT;RB;15| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|GBINTERN;critT;RB;15| ; (BOOT::SPADCALL (SVREF BOOT::|p| 0) ; (BOOT::SPADCALL (BOOT::SPADCALL # #) ; (BOOT::SPADCALL # #) ; (BOOT::|shellEntry| BOOT::$ 103)) ; (BOOT::|shellEntry| BOOT::$ 69)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |GBINTERN;critM;2ExponB;16| ...) ; compiling (DEFUN |GBINTERN;critB;4ExponB;17| ...) ; file: /tmp/oa-pQWWvE/code.lsp ; in: DEFUN |GBINTERN;critB;4ExponB;17| ; (DEFUN BOOT::|GBINTERN;critB;4ExponB;17| ; (BOOT::|eh| BOOT::|eik| BOOT::|ei| BOOT::|ek| BOOT::$) ; (AND (BOOT::|GBINTERN;critM;2ExponB;16| BOOT::|eh| BOOT::|eik| BOOT::$) ; (AND ; (BOOT::SPADCALL BOOT::|eik| (BOOT::SPADCALL BOOT::|eh| BOOT::|ei| #) ; (BOOT::|shellEntry| BOOT::$ 104)) ; (BOOT::SPADCALL BOOT::|eik| (BOOT::SPADCALL BOOT::|eh| BOOT::|ek| #) ; (BOOT::|shellEntry| BOOT::$ 104))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GBINTERN;critB;4ExponB;17| ; (BOOT::|eh| BOOT::|eik| BOOT::|ei| BOOT::|ek| BOOT::$) ; (BLOCK BOOT::|GBINTERN;critB;4ExponB;17| ; (AND (BOOT::|GBINTERN;critM;2ExponB;16| BOOT::|eh| BOOT::|eik| BOOT::$) ; (AND (BOOT::SPADCALL BOOT::|eik| # #) ; (BOOT::SPADCALL BOOT::|eik| # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |GBINTERN;hMonic;2Dpol;18| ...) ; compiling (DEFUN |GBINTERN;credPol;DpolLDpol;19| ...) ; compiling (DEFUN |GBINTERN;minGbasis;2L;20| ...) ; compiling (DEFUN |GBINTERN;lepol;DpolI;21| ...) ; compiling (DEFUN |GBINTERN;prinb;IV;22| ...) ; compiling (DEFUN |GBINTERN;prinshINFO;DpolV;23| ...) ; compiling (DEFUN |GBINTERN;prindINFO;R2Dpol4I;24| ...) ; file: /tmp/oa-pQWWvE/code.lsp ; in: DEFUN |GBINTERN;prindINFO;R2Dpol4I;24| ; (DEFUN BOOT::|GBINTERN;prindINFO;R2Dpol4I;24| ; (BOOT::|cp| BOOT::|ps| BOOT::|ph| BOOT::|i1| BOOT::|i2| BOOT::|n| ; BOOT::$) ; (LET ((BOOT::|ll| NIL) ; (BOOT::|a| NIL) ; (BOOT::|cpi| (SVREF BOOT::|cp| 2)) ; (BOOT::|cpj| (SVREF BOOT::|cp| 3))) ; (BOOT::SEQ (COND (# #)) (BOOT::|GBINTERN;prinb;IV;22| 1 BOOT::$) ; (SETQ BOOT::|a| #) (BOOT::EXIT (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GBINTERN;prindINFO;R2Dpol4I;24| ; (BOOT::|cp| BOOT::|ps| BOOT::|ph| BOOT::|i1| BOOT::|i2| BOOT::|n| ; BOOT::$) ; (BLOCK BOOT::|GBINTERN;prindINFO;R2Dpol4I;24| ; (LET ((BOOT::|ll| NIL) (BOOT::|a| NIL) (BOOT::|cpi| #) (BOOT::|cpj| #)) ; (BOOT::SEQ (COND #) (BOOT::|GBINTERN;prinb;IV;22| 1 BOOT::$) (SETQ #) ; (BOOT::EXIT #))))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |GBINTERN;prinpolINFO;LV;25| ...) ; compiling (DEFUN |GBINTERN;fprindINFO;R2Dpol5I;26| ...) ; file: /tmp/oa-pQWWvE/code.lsp ; in: DEFUN |GBINTERN;fprindINFO;R2Dpol5I;26| ; (DEFUN BOOT::|GBINTERN;fprindINFO;R2Dpol5I;26| ; (BOOT::|cp| BOOT::|ps| BOOT::|ph| BOOT::|i1| BOOT::|i2| BOOT::|i3| ; BOOT::|n| BOOT::$) ; (LET ((BOOT::|ll| NIL) ; (BOOT::|a| NIL) ; (BOOT::|cpi| (SVREF BOOT::|cp| 2)) ; (BOOT::|cpj| (SVREF BOOT::|cp| 3))) ; (BOOT::SEQ (COND (# #)) (BOOT::|GBINTERN;prinb;IV;22| 1 BOOT::$) ; (SETQ BOOT::|a| #) (BOOT::EXIT (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GBINTERN;fprindINFO;R2Dpol5I;26| ; (BOOT::|cp| BOOT::|ps| BOOT::|ph| BOOT::|i1| BOOT::|i2| BOOT::|i3| ; BOOT::|n| BOOT::$) ; (BLOCK BOOT::|GBINTERN;fprindINFO;R2Dpol5I;26| ; (LET ((BOOT::|ll| NIL) (BOOT::|a| NIL) (BOOT::|cpi| #) (BOOT::|cpj| #)) ; (BOOT::SEQ (COND #) (BOOT::|GBINTERN;prinb;IV;22| 1 BOOT::$) (SETQ #) ; (BOOT::EXIT #))))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |GroebnerInternalPackage| ...) ; compiling (DEFUN |GroebnerInternalPackage;| ...) ; compiling (MAKEPROP (QUOTE |GroebnerInternalPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 9 notes ; /tmp/oa-pQWWvE/code.fasl written ; compilation finished in 0:00:00.167 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile VARIABLE.spad && cp VARIABLE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/VARIABLE.fasl \ && if test -f VARIABLE-.NRLIB/code.fasl; then \ cp VARIABLE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/VARIABLE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/VARIABLE.spad using Spad compiler. VARIABLE abbreviates domain Variable debug: compDefine1 lhs: (Variable sym) signature (pre-evaluate): ((Join (SetCategory) (CoercibleTo (Symbol)) (CATEGORY package (SIGNATURE variable ((Symbol))))) (Symbol)) debug: evaluateType form: (Join (SetCategory) (CoercibleTo (Symbol)) (CATEGORY package (SIGNATURE variable ((Symbol))))) $param: (sym) debug: evaluateType form: (SetCategory) $param: (sym) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CoercibleTo (Symbol)) $param: (sym) Debug: evaluateType1 form: (CoercibleTo (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (sym) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (sym) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (CATEGORY package (SIGNATURE variable ((Symbol)))) $param: (sym) debug: evaluateType form: (Symbol) $param: (sym) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Symbol) $param: (sym) Debug: evaluateType1 form: (Symbol) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CoercibleTo (Symbol)) (CATEGORY package (SIGNATURE variable ((Symbol))))) (Symbol)) debug: compDefine1 lhs: (Variable sym) signature (pre-evaluate): ((Join (SetCategory) (CoercibleTo (Symbol)) (CATEGORY package (SIGNATURE variable ((Symbol))))) NIL) debug: evaluateType form: (Join (SetCategory) (CoercibleTo (Symbol)) (CATEGORY package (SIGNATURE variable ((Symbol))))) $param: (sym) debug: evaluateType form: (SetCategory) $param: (sym) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CoercibleTo (Symbol)) $param: (sym) Debug: evaluateType1 form: (CoercibleTo (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (sym) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (sym) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (CATEGORY package (SIGNATURE variable ((Symbol)))) $param: (sym) debug: evaluateType form: (Symbol) $param: (sym) Debug: evaluateType1 form: (Symbol) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CoercibleTo (Symbol)) (CATEGORY package (SIGNATURE variable ((Symbol))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for Variable compiling into /tmp/oa-FSB402 compiling exported coerce : % -> Symbol Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Time: 0.02 SEC. compiling exported variable : () -> Symbol Time: 0 SEC. compiling exported = : (%,%) -> Boolean VARIABLE;=;2$B;4(x,y) is replaced by %true Time: 0 SEC. compiling exported latex : % -> String Time: 0.00 SEC. (time taken in buildFunctor: 4) Time: 0.01 SEC. Cumulative Statistics for Constructor Variable Time: 0.04 seconds finalizing NRLIB VARIABLE Processing Variable for Browser database: -- variable : () -> Symbol -- constructor ; compiling file "/tmp/oa-FSB402/code.lsp" (written 01 FEB 2016 11:00:21 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |VARIABLE;=;2$B;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |VARIABLE;coerce;$S;1|) ...) ; compiling (PUT (QUOTE |VARIABLE;variable;S;3|) ...) ; compiling (DEFUN |VARIABLE;coerce;$S;1| ...) ; file: /tmp/oa-FSB402/code.lsp ; in: DEFUN |VARIABLE;coerce;$S;1| ; (DEFUN BOOT::|VARIABLE;coerce;$S;1| (BOOT::|x| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 6)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|VARIABLE;coerce;$S;1| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|VARIABLE;coerce;$S;1| (BOOT::|shellEntry| BOOT::$ 6))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |VARIABLE;coerce;$Of;2| ...) ; file: /tmp/oa-FSB402/code.lsp ; in: DEFUN |VARIABLE;coerce;$Of;2| ; (DEFUN BOOT::|VARIABLE;coerce;$Of;2| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 6) ; (BOOT::|shellEntry| BOOT::$ 10))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|VARIABLE;coerce;$Of;2| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|VARIABLE;coerce;$Of;2| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 6) ; (BOOT::|shellEntry| BOOT::$ 10)))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |VARIABLE;variable;S;3| ...) ; compiling (DEFUN |VARIABLE;=;2$B;4| ...) ; file: /tmp/oa-FSB402/code.lsp ; in: DEFUN |VARIABLE;=;2$B;4| ; (DEFUN BOOT::|VARIABLE;=;2$B;4| (BOOT::|x| BOOT::|y| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; T) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|VARIABLE;=;2$B;4| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|VARIABLE;=;2$B;4| T)) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |y| is defined but never used. ; compiling (DEFUN |VARIABLE;latex;$S;5| ...) ; file: /tmp/oa-FSB402/code.lsp ; in: DEFUN |VARIABLE;latex;$S;5| ; (DEFUN BOOT::|VARIABLE;latex;$S;5| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 6) ; (BOOT::|shellEntry| BOOT::$ 17))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|VARIABLE;latex;$S;5| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|VARIABLE;latex;$S;5| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 6) ; (BOOT::|shellEntry| BOOT::$ 17)))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |Variable| ...) ; compiling (DEFUN |Variable;| ...) ; compiling (MAKEPROP (QUOTE |Variable|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 5 STYLE-WARNING conditions ; printed 1 note ; /tmp/oa-FSB402/code.fasl written ; compilation finished in 0:00:00.024 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SMATCAT.spad && cp SMATCAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SMATCAT.fasl \ && if test -f SMATCAT-.NRLIB/code.fasl; then \ cp SMATCAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SMATCAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SMATCAT.spad using Spad compiler. SMATCAT abbreviates category SquareMatrixCategory debug: compDefine1 lhs: (SquareMatrixCategory ndim R Row Col) signature (pre-evaluate): ((Category) NIL NIL NIL NIL) debug: evaluateType form: (Category) $param: (ndim R Row Col) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for SquareMatrixCategory compiling into /tmp/oa-cGyJJ6 STYLE-WARNING: redefining BOOT::|SquareMatrixCategory| in DEFUN Time: 0.04 SEC. SMATCAT- abbreviates package SquareMatrixCategory& ------------------------------------------------------------------------ initializing stationary directory for SquareMatrixCategory& compiling into /tmp/oa-2etg0X compiling local positivePower : (S,Integer) -> S Time: 0.06 SEC. compiling exported ** : (S,NonNegativeInteger) -> S Time: 0.00 SEC. compiling exported coerce : R -> S Time: 0.00 SEC. compiling exported differentiate : (S,R -> R) -> S Time: 0 SEC. compiling exported diagonal : S -> Row Time: 0.02 SEC. compiling exported retract : S -> R Time: 0.02 SEC. compiling exported retractIfCan : S -> Union(R,failed) Time: 0.00 SEC. compiling local equation2R : Vector S -> Matrix R Time: 0.03 SEC. compiling exported reducedSystem : Matrix S -> Matrix R Time: 0.04 SEC. compiling exported reducedSystem : (Matrix S,Vector S) -> Record(mat: Matrix R,vec: Vector R) Time: 0.05 SEC. compiling exported trace : S -> R Time: 0 SEC. compiling exported diagonalProduct : S -> R Time: 0.01 SEC. compiling exported ** : (S,Integer) -> S Time: 0.02 SEC. (time taken in buildFunctor: 4) Time: 0.01 SEC. Warnings: [1] equation2R: not known that Ring is of mode CATEGORY(package,differentiate: (S,List Symbol,List NonNegativeInteger) -> S,differentiate: (S,Symbol,NonNegativeInteger) -> S,differentiate: (S,List Symbol) -> S,differentiate: (S,Symbol) -> S,differentiate: (S,NonNegativeInteger) -> S,differentiate: S -> S,**: (S,Integer) -> S,diagonalProduct: S -> R,trace: S -> R,diagonal: S -> Row,reducedSystem: Matrix S -> Matrix R,reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix R,vec: Vector R),reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix Integer,vec: Vector Integer),reducedSystem: Matrix S -> Matrix Integer,coerce: R -> S,retractIfCan: S -> Union(R,"failed"),retract: S -> R,retract: S -> Fraction Integer,retractIfCan: S -> Union(Fraction Integer,"failed"),coerce: Fraction Integer -> S,retract: S -> Integer,retractIfCan: S -> Union(Integer,"failed"),differentiate: (S,(R -> R)) -> S,differentiate: (S,(R -> R),NonNegativeInteger) -> S,coerce: Integer -> S,**: (S,NonNegativeInteger) -> S,**: (S,PositiveInteger) -> S,coerce: S -> OutputForm) Cumulative Statistics for Constructor SquareMatrixCategory& Time: 0.26 seconds finalizing NRLIB SMATCAT- ; compiling file "/tmp/oa-2etg0X/code.lsp" (written 01 FEB 2016 11:00:22 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SMATCAT-;positivePower| ...) ; compiling (DEFUN |SMATCAT-;**;$Nni$;2| ...) ; compiling (DEFUN |SMATCAT-;coerce;R$;3| ...) ; compiling (DEFUN |SMATCAT-;differentiate;$M$;4| ...) ; compiling (DEFUN |SMATCAT-;diagonal;$Row;5| ...) ; compiling (DEFUN |SMATCAT-;retract;$R;6| ...) ; compiling (DEFUN |SMATCAT-;retractIfCan;$U;7| ...) ; file: /tmp/oa-2etg0X/code.lsp ; in: DEFUN |SMATCAT-;retractIfCan;$U;7| ; (DEFUN BOOT::|SMATCAT-;retractIfCan;$U;7| (BOOT::|x| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 44)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) ; (BOOT::|shellEntry| BOOT::$ 49))) ; (T (CONS 1 "failed")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SMATCAT-;retractIfCan;$U;7| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|SMATCAT-;retractIfCan;$U;7| ; (COND ((BOOT::SPADCALL BOOT::|x| #) (BOOT::SPADCALL # #)) ; (T (CONS 1 "failed"))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SMATCAT-;equation2R| ...) ; compiling (DEFUN |SMATCAT-;reducedSystem;MM;9| ...) ; compiling (DEFUN |SMATCAT-;reducedSystem;MVR;10| ...) ; compiling (DEFUN |SMATCAT-;trace;$R;11| ...) ; compiling (DEFUN |SMATCAT-;diagonalProduct;$R;12| ...) ; compiling (DEFUN |SMATCAT-;**;$I$;13| ...) ; compiling (DEFUN |SquareMatrixCategory&| ...) ; compiling (MAKEPROP (QUOTE |SquareMatrixCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-2etg0X/code.fasl written ; compilation finished in 0:00:00.064 ------------------------------------------------------------------------ finalizing NRLIB SMATCAT Processing SquareMatrixCategory for Browser database: -- scalarMatrix : R -> % -- diagonalMatrix : List R -> % -- diagonal : % -> Row -- trace : % -> R -- diagonalProduct : % -> R -- ?*? : (%,Col) -> Col -- ?*? : (Row,%) -> Row -- determinant : % -> R -- minordet : % -> R -- inverse : % -> Union(%,"failed") -- ?**? : (%,Integer) -> % -- constructor ; compiling file "/tmp/oa-cGyJJ6/code.lsp" (written 01 FEB 2016 11:00:22 PM): ; compiling (DEFPARAMETER |SquareMatrixCategory;AL| ...) ; compiling (DEFUN |SquareMatrixCategory;| ...) ; compiling (DEFUN |SquareMatrixCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-cGyJJ6/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile IMATLIN.spad && cp IMATLIN.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IMATLIN.fasl \ && if test -f IMATLIN-.NRLIB/code.fasl; then \ cp IMATLIN-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IMATLIN-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IMATLIN.spad using Spad compiler. IMATLIN abbreviates package InnerMatrixLinearAlgebraFunctions debug: compDefine1 lhs: (InnerMatrixLinearAlgebraFunctions R Row Col M) signature (pre-evaluate): ((CATEGORY package (SIGNATURE rowEchelon (M M)) (SIGNATURE rank ((NonNegativeInteger) M)) (SIGNATURE nullity ((NonNegativeInteger) M)) (IF (has Col (ShallowlyMutableAggregate R)) (SIGNATURE nullSpace ((List Col) M)) %noBranch) (SIGNATURE determinant (R M)) (SIGNATURE generalizedInverse (M M)) (SIGNATURE inverse ((Union M failed) M))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE rowEchelon (M M)) (SIGNATURE rank ((NonNegativeInteger) M)) (SIGNATURE nullity ((NonNegativeInteger) M)) (IF (has Col (ShallowlyMutableAggregate R)) (SIGNATURE nullSpace ((List Col) M)) %noBranch) (SIGNATURE determinant (R M)) (SIGNATURE generalizedInverse (M M)) (SIGNATURE inverse ((Union M failed) M))) $param: (R Row Col M) debug: evaluateType form: M $param: (R Row Col M) debug: evaluateType form: M $param: (R Row Col M) debug: evaluateType form: (NonNegativeInteger) $param: (R Row Col M) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: M $param: (R Row Col M) debug: evaluateType form: (NonNegativeInteger) $param: (R Row Col M) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: M $param: (R Row Col M) debug: evaluateType form: R $param: (R Row Col M) debug: evaluateType form: M $param: (R Row Col M) debug: evaluateType form: M $param: (R Row Col M) debug: evaluateType form: M $param: (R Row Col M) debug: evaluateType form: (Union M failed) $param: (R Row Col M) debug: evaluateType form: M $param: (R Row Col M) debug: evaluateType form: failed $param: (R Row Col M) debug: evaluateType form: M $param: (R Row Col M) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE rowEchelon (M M)) (SIGNATURE rank ((NonNegativeInteger) M)) (SIGNATURE nullity ((NonNegativeInteger) M)) (IF (has Col (ShallowlyMutableAggregate R)) (SIGNATURE nullSpace ((List Col) M)) %noBranch) (SIGNATURE determinant (R M)) (SIGNATURE generalizedInverse (M M)) (SIGNATURE inverse ((Union M failed) M))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for InnerMatrixLinearAlgebraFunctions compiling into /tmp/oa-jnljeH compiling local rowAllZeroes? : (M,Integer) -> Boolean Time: 0.06 SEC. compiling local colAllZeroes? : (M,Integer) -> Boolean Time: 0.01 SEC. compiling exported rowEchelon : M -> M Time: 0.04 SEC. compiling exported rank : M -> NonNegativeInteger Time: 0.01 SEC. compiling exported nullity : M -> NonNegativeInteger Time: 0.01 SEC. compiling exported nullSpace : M -> List Col Time: 0.09 SEC. compiling exported determinant : M -> R Time: 0.06 SEC. compiling exported generalizedInverse : M -> M Time: 0.28 SEC. compiling exported inverse : M -> Union(M,failed) Time: 0.07 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] nullSpace: j has no value [2] determinant: ans has no value [3] generalizedInverse: not known that MatrixCategoryFSUPVFSUPVFSUP is of mode CATEGORY(domain,diagonalMatrix: Vector FSUP -> %,IF(hasFSUPConvertibleTo(InputForm()),ConvertibleTo InputForm,%noBranch),IF(hasFSUPField(),inverse: % -> Union(%,"failed"),%noBranch)) Cumulative Statistics for Constructor InnerMatrixLinearAlgebraFunctions Time: 0.64 seconds finalizing NRLIB IMATLIN Processing InnerMatrixLinearAlgebraFunctions for Browser database: -- rowEchelon : M -> M -- rank : M -> NonNegativeInteger -- nullity : M -> NonNegativeInteger -- nullSpace : M -> List Col -- determinant : M -> R -- generalizedInverse : M -> M -- inverse : M -> Union(M,"failed") -- constructor ; compiling file "/tmp/oa-jnljeH/code.lsp" (written 01 FEB 2016 11:00:23 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |IMATLIN;rowAllZeroes?| ...) ; compiling (DEFUN |IMATLIN;colAllZeroes?| ...) ; compiling (DEFUN |IMATLIN;rowEchelon;2M;3| ...) ; compiling (DEFUN |IMATLIN;rank;MNni;4| ...) ; compiling (DEFUN |IMATLIN;nullity;MNni;5| ...) ; file: /tmp/oa-jnljeH/code.lsp ; in: DEFUN |IMATLIN;nullity;MNni;5| ; (DEFUN BOOT::|IMATLIN;nullity;MNni;5| (BOOT::|x| BOOT::$) ; (LET ((#:G596 (- # #))) ; (COND ((NOT #) #:G596) (T (BOOT::|moanRetract| #:G596 '#))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IMATLIN;nullity;MNni;5| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|IMATLIN;nullity;MNni;5| ; (LET ((#:G596 #)) ; (COND (# #:G596) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |IMATLIN;nullSpace;ML;6| ...) ; compiling (DEFUN |IMATLIN;determinant;MR;7| ...) ; compiling (DEFUN |IMATLIN;generalizedInverse;2M;8| ...) ; file: /tmp/oa-jnljeH/code.lsp ; in: DEFUN |IMATLIN;generalizedInverse;2M;8| ; (LET* ((BOOT::SUP ; (BOOT::|SparseUnivariatePolynomial| (BOOT::|shellEntry| BOOT::$ 6))) ; (BOOT::FSUP (BOOT::|Fraction| BOOT::SUP)) ; (BOOT::VFSUP (BOOT::|Vector| BOOT::FSUP)) ; (BOOT::MATCAT2 ; (BOOT::|MatrixCategoryFunctions2| (BOOT::|shellEntry| BOOT::$ 6) ; (BOOT::|shellEntry| BOOT::$ 7) ; (BOOT::|shellEntry| BOOT::$ 8) ; (BOOT::|shellEntry| BOOT::$ 9) ; BOOT::FSUP BOOT::VFSUP BOOT::VFSUP ; (BOOT::|Matrix| BOOT::FSUP))) ; (BOOT::MATCAT22 ; (BOOT::|MatrixCategoryFunctions2| BOOT::FSUP BOOT::VFSUP BOOT::VFSUP ; (BOOT::|Matrix| BOOT::FSUP) ; (BOOT::|shellEntry| BOOT::$ 6) ; (BOOT::|shellEntry| BOOT::$ 7) ; (BOOT::|shellEntry| BOOT::$ 8) ; (BOOT::|shellEntry| BOOT::$ 9))) ; (BOOT::|y| ; (BOOT::SPADCALL (CONS #'BOOT::|IMATLIN;generalizedInverse;2M;8!0| #) ; BOOT::|x| ; (BOOT::|compiledLookupCheck| 'BOOT::|map| # ; BOOT::MATCAT2))) ; (BOOT::|ty| ; (BOOT::SPADCALL BOOT::|y| ; (BOOT::|compiledLookupCheck| 'BOOT::|transpose| '# ; #))) ; (BOOT::|yy| ; (BOOT::SPADCALL BOOT::|ty| BOOT::|y| ; (BOOT::|compiledLookupCheck| '* '# #))) ; (BOOT::|nc| ; (BOOT::SPADCALL BOOT::|yy| ; (BOOT::|compiledLookupCheck| 'BOOT::|ncols| '# #))) ; (BOOT::|var| ; (BOOT::SPADCALL (BOOT::SPADCALL # 1 #) ; (BOOT::|compiledLookupCheck| 'BOOT::|coerce| # #)))) ; (PROGN ; (SETQ BOOT::|yy| (BOOT::SPADCALL # BOOT::|ty| #)) ; (BOOT::SPADCALL ; (CONS #'BOOT::|IMATLIN;generalizedInverse;2M;8!1| ; (VECTOR BOOT::SUP BOOT::$)) ; BOOT::|yy| ; (BOOT::|compiledLookupCheck| 'BOOT::|map| (LIST # # #) BOOT::MATCAT22)))) ; ; caught STYLE-WARNING: ; The variable |nc| is defined but never used. ; compiling (DEFUN |IMATLIN;generalizedInverse;2M;8!1| ...) ; compiling (DEFUN |IMATLIN;generalizedInverse;2M;8!0| ...) ; compiling (DEFUN |IMATLIN;inverse;MU;9| ...) ; file: /tmp/oa-jnljeH/code.lsp ; in: DEFUN |IMATLIN;inverse;MU;9| ; (DEFUN BOOT::|IMATLIN;inverse;MU;9| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|lmax| BOOT::|lmin| BOOT::|kmax| BOOT::|kmin| BOOT::|maxC| ; BOOT::|minC| BOOT::|maxR| BOOT::|minR| BOOT::AB BOOT::|detinv| ; BOOT::|det| BOOT::|ans2|) ; (RETURN ; (LET (#) ; (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IMATLIN;inverse;MU;9| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|IMATLIN;inverse;MU;9| ; (PROG (BOOT::|lmax| BOOT::|lmin| BOOT::|kmax| BOOT::|kmin| BOOT::|maxC| ; BOOT::|minC| BOOT::|maxR| BOOT::|minR| BOOT::AB BOOT::|detinv| ; BOOT::|det| BOOT::|ans2|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |InnerMatrixLinearAlgebraFunctions| ...) ; compiling (DEFUN |InnerMatrixLinearAlgebraFunctions;| ...) ; compiling (MAKEPROP (QUOTE |InnerMatrixLinearAlgebraFunctions|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 2 notes ; /tmp/oa-jnljeH/code.fasl written ; compilation finished in 0:00:00.126 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile IMATQF.spad && cp IMATQF.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IMATQF.fasl \ && if test -f IMATQF-.NRLIB/code.fasl; then \ cp IMATQF-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IMATQF-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IMATQF.spad using Spad compiler. IMATQF abbreviates package InnerMatrixQuotientFieldFunctions debug: compDefine1 lhs: (InnerMatrixQuotientFieldFunctions R Row Col M QF Row2 Col2 M2) signature (pre-evaluate): ((CATEGORY package (SIGNATURE rowEchelon (M2 M)) (SIGNATURE inverse ((Union M2 failed) M)) (IF (has Col2 (ShallowlyMutableAggregate QF)) (SIGNATURE nullSpace ((List Col) M)) %noBranch)) NIL NIL NIL NIL NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE rowEchelon (M2 M)) (SIGNATURE inverse ((Union M2 failed) M)) (IF (has Col2 (ShallowlyMutableAggregate QF)) (SIGNATURE nullSpace ((List Col) M)) %noBranch)) $param: (R Row Col M QF Row2 Col2 M2) debug: evaluateType form: M2 $param: (R Row Col M QF Row2 Col2 M2) debug: evaluateType form: M $param: (R Row Col M QF Row2 Col2 M2) debug: evaluateType form: (Union M2 failed) $param: (R Row Col M QF Row2 Col2 M2) debug: evaluateType form: M2 $param: (R Row Col M QF Row2 Col2 M2) debug: evaluateType form: failed $param: (R Row Col M QF Row2 Col2 M2) debug: evaluateType form: M $param: (R Row Col M QF Row2 Col2 M2) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE rowEchelon (M2 M)) (SIGNATURE inverse ((Union M2 failed) M)) (IF (has Col2 (ShallowlyMutableAggregate QF)) (SIGNATURE nullSpace ((List Col) M)) %noBranch)) NIL NIL NIL NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for InnerMatrixQuotientFieldFunctions compiling into /tmp/oa-YiM8Tz compiling local qfMat : M -> M2 Time: 0.10 SEC. compiling exported rowEchelon : M -> M2 Time: 0.01 SEC. compiling exported inverse : M -> Union(M2,failed) Time: 0.00 SEC. compiling exported nullSpace : M -> List Col Time: 0.06 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor InnerMatrixQuotientFieldFunctions Time: 0.18 seconds finalizing NRLIB IMATQF Processing InnerMatrixQuotientFieldFunctions for Browser database: -- rowEchelon : M -> M2 -- inverse : M -> Union(M2,"failed") -- nullSpace : M -> List Col -- constructor ; compiling file "/tmp/oa-YiM8Tz/code.lsp" (written 01 FEB 2016 11:00:23 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |IMATQF;qfMat| ...) ; compiling (DEFUN |IMATQF;qfMat!0| ...) ; compiling (DEFUN |IMATQF;rowEchelon;MM2;2| ...) ; compiling (DEFUN |IMATQF;inverse;MU;3| ...) ; compiling (DEFUN |IMATQF;nullSpace;ML;4| ...) ; file: /tmp/oa-YiM8Tz/code.lsp ; in: DEFUN |IMATQF;nullSpace;ML;4| ; (DEFUN BOOT::|IMATQF;nullSpace;ML;4| (BOOT::|m| BOOT::$) ; (LET ((#:G556 (BOOT::SPADCALL # #)) (#:G553 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G556 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IMATQF;nullSpace;ML;4| ; (BOOT::|m| BOOT::$) ; (BLOCK BOOT::|IMATQF;nullSpace;ML;4| ; (LET ((#:G556 #) (#:G553 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |InnerMatrixQuotientFieldFunctions| ...) ; compiling (DEFUN |InnerMatrixQuotientFieldFunctions;| ...) ; compiling (MAKEPROP (QUOTE |InnerMatrixQuotientFieldFunctions|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-YiM8Tz/code.fasl written ; compilation finished in 0:00:00.024 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MODMON.spad && cp MODMON.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MODMON.fasl \ && if test -f MODMON-.NRLIB/code.fasl; then \ cp MODMON-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MODMON-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MODMON.spad using Spad compiler. MODMON abbreviates domain ModMonic debug: compDefine1 lhs: (ModMonic R P) signature (pre-evaluate): ((Join (UnivariatePolynomialCategory R) (CoercibleFrom P) (CATEGORY domain (SIGNATURE setPoly (P P)) (SIGNATURE modulus (P)) (SIGNATURE reduce ($ P)) (SIGNATURE lift (P $)) (SIGNATURE Vectorise ((Vector R) $)) (SIGNATURE UnVectorise ($ (Vector R))) (SIGNATURE An ((Vector R) $)) (SIGNATURE pow ((PrimitiveArray $))) (SIGNATURE computePowers ((PrimitiveArray $))) (IF (has R (FiniteFieldCategory)) (SIGNATURE frobenius ($ $)) %noBranch) (IF (has R (Finite)) (ATTRIBUTE (Finite)) %noBranch))) NIL NIL) debug: evaluateType form: (Join (UnivariatePolynomialCategory R) (CoercibleFrom P) (CATEGORY domain (SIGNATURE setPoly (P P)) (SIGNATURE modulus (P)) (SIGNATURE reduce ($ P)) (SIGNATURE lift (P $)) (SIGNATURE Vectorise ((Vector R) $)) (SIGNATURE UnVectorise ($ (Vector R))) (SIGNATURE An ((Vector R) $)) (SIGNATURE pow ((PrimitiveArray $))) (SIGNATURE computePowers ((PrimitiveArray $))) (IF (has R (FiniteFieldCategory)) (SIGNATURE frobenius ($ $)) %noBranch) (IF (has R (Finite)) (ATTRIBUTE (Finite)) %noBranch))) $param: (R P) debug: evaluateType form: (UnivariatePolynomialCategory R) $param: (R P) Debug: evaluateType1 form: (UnivariatePolynomialCategory R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (CoercibleFrom P) $param: (R P) Debug: evaluateType1 form: (CoercibleFrom P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE setPoly (P P)) (SIGNATURE modulus (P)) (SIGNATURE reduce ($ P)) (SIGNATURE lift (P $)) (SIGNATURE Vectorise ((Vector R) $)) (SIGNATURE UnVectorise ($ (Vector R))) (SIGNATURE An ((Vector R) $)) (SIGNATURE pow ((PrimitiveArray $))) (SIGNATURE computePowers ((PrimitiveArray $))) (IF (has R (FiniteFieldCategory)) (SIGNATURE frobenius ($ $)) %noBranch) (IF (has R (Finite)) (ATTRIBUTE (Finite)) %noBranch)) $param: (R P) debug: evaluateType form: P $param: (R P) debug: evaluateType form: P $param: (R P) debug: evaluateType form: P $param: (R P) debug: evaluateType form: P $param: (R P) debug: evaluateType form: P $param: (R P) debug: evaluateType form: (Vector R) $param: (R P) Debug: evaluateType1 form: (Vector R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (Vector R) $param: (R P) Debug: evaluateType1 form: (Vector R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (Vector R) $param: (R P) Debug: evaluateType1 form: (Vector R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (PrimitiveArray $) $param: (R P) Debug: evaluateType1 form: (PrimitiveArray $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (PrimitiveArray $) $param: (R P) Debug: evaluateType1 form: (PrimitiveArray $) debug: evaluateType1 x: $ m: (Type) debug: compDefine1 signature (post evaluate): ((Join (UnivariatePolynomialCategory R) (CoercibleFrom P) (CATEGORY domain (SIGNATURE setPoly (P P)) (SIGNATURE modulus (P)) (SIGNATURE reduce ($ P)) (SIGNATURE lift (P $)) (SIGNATURE Vectorise ((Vector R) $)) (SIGNATURE UnVectorise ($ (Vector R))) (SIGNATURE An ((Vector R) $)) (SIGNATURE pow ((PrimitiveArray $))) (SIGNATURE computePowers ((PrimitiveArray $))) (IF (has R (FiniteFieldCategory)) (SIGNATURE frobenius ($ $)) %noBranch) (IF (has R (Finite)) (ATTRIBUTE (Finite)) %noBranch))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ModMonic compiling into /tmp/oa-AIsua1 compiling exported setPoly : P -> P Time: 0.81 SEC. compiling exported modulus : () -> P Time: 0 SEC. compiling exported size : () -> NonNegativeInteger Time: 0.00 SEC. compiling exported random : () -> % Time: 0.02 SEC. compiling exported Zero : () -> % Time: 0 SEC. compiling exported One : () -> % Time: 0 SEC. compiling exported * : (R,%) -> % Time: 0.00 SEC. compiling exported * : (Integer,%) -> % Time: 0.00 SEC. compiling exported coerce : R -> % Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. compiling exported coefficient : (%,NonNegativeInteger) -> R Time: 0 SEC. compiling exported reductum : % -> % Time: 0 SEC. compiling exported leadingCoefficient : % -> R Time: 0.00 SEC. compiling exported degree : % -> NonNegativeInteger Time: 0 SEC. compiling exported lift : % -> P MODMON;lift;$P;15 x is replaced by x Time: 0 SEC. compiling exported reduce : P -> % Time: 0.00 SEC. compiling exported coerce : P -> % Time: 0.00 SEC. compiling exported = : (%,%) -> Boolean Time: 0.00 SEC. compiling exported + : (%,%) -> % Time: 0.00 SEC. compiling exported - : % -> % Time: 0 SEC. compiling exported * : (%,%) -> % Time: 0.06 SEC. compiling exported Vectorise : % -> Vector R Time: 0.02 SEC. compiling exported UnVectorise : Vector R -> % Time: 0.02 SEC. compiling exported computePowers : () -> PrimitiveArray % Time: 0.28 SEC. compiling local computeFrobeniusPowers : () -> PrimitiveArray % Time: 0.04 SEC. compiling exported frobenius : % -> % Time: 0.01 SEC. compiling exported pow : () -> PrimitiveArray % Time: 0 SEC. compiling exported monomial : (R,NonNegativeInteger) -> % Time: 0.08 SEC. compiling exported exquo : (%,%) -> Union(%,failed) Time: 0.00 SEC. compiling exported recip : % -> Union(%,failed) Time: 0.00 SEC. compiling exported divide : (%,%) -> Record(quotient: %,remainder: %) Time: 0.01 SEC. (time taken in buildFunctor: 244) Time: 0.32 SEC. Warnings: [1] : NonNegativeInteger -- replace by pretend [2] lift: pretend Rep -- should replace by @ [3] not known that SetCategory is of mode CATEGORY(domain,frobenius: % -> %) [4] not known that Ring is of mode CATEGORY(domain,frobenius: % -> %) [5] not known that IntegralDomain is of mode CATEGORY(domain,frobenius: % -> %) Cumulative Statistics for Constructor ModMonic Time: 1.71 seconds finalizing NRLIB MODMON Processing ModMonic for Browser database: -- setPoly : P -> P -- modulus : () -> P -- reduce : P -> % -- lift : % -> P -- Vectorise : % -> Vector R -- UnVectorise : Vector R -> % -- An : % -> Vector R -- pow : () -> PrimitiveArray % -- computePowers : () -> PrimitiveArray % -- frobenius : % -> % -- constructor ; compiling file "/tmp/oa-AIsua1/code.lsp" (written 01 FEB 2016 11:00:25 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MODMON;lift;$P;15|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MODMON;modulus;P;2|) ...) ; compiling (PUT (QUOTE |MODMON;pow;Pa;27|) ...) ; compiling (DEFUN |MODMON;setPoly;2P;1| ...) ; compiling (DEFUN |MODMON;modulus;P;2| ...) ; compiling (DEFUN |MODMON;size;Nni;3| ...) ; compiling (DEFUN |MODMON;random;$;4| ...) ; compiling (DEFUN |MODMON;Zero;$;5| ...) ; compiling (DEFUN |MODMON;One;$;6| ...) ; compiling (DEFUN |MODMON;*;R2$;7| ...) ; compiling (DEFUN |MODMON;*;I2$;8| ...) ; compiling (DEFUN |MODMON;coerce;R$;9| ...) ; compiling (DEFUN |MODMON;coerce;$Of;10| ...) ; compiling (DEFUN |MODMON;coefficient;$NniR;11| ...) ; compiling (DEFUN |MODMON;reductum;2$;12| ...) ; compiling (DEFUN |MODMON;leadingCoefficient;$R;13| ...) ; compiling (DEFUN |MODMON;degree;$Nni;14| ...) ; file: /tmp/oa-AIsua1/code.lsp ; in: DEFUN |MODMON;degree;$Nni;14| ; (DEFUN BOOT::|MODMON;degree;$Nni;14| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 15))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MODMON;degree;$Nni;14| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|MODMON;degree;$Nni;14| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 15)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |MODMON;lift;$P;15| ...) ; compiling (DEFUN |MODMON;reduce;P$;16| ...) ; compiling (DEFUN |MODMON;coerce;P$;17| ...) ; compiling (DEFUN |MODMON;=;2$B;18| ...) ; file: /tmp/oa-AIsua1/code.lsp ; in: DEFUN |MODMON;=;2$B;18| ; (DEFUN BOOT::|MODMON;=;2$B;18| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 34))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MODMON;=;2$B;18| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|MODMON;=;2$B;18| ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 34)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |MODMON;+;3$;19| ...) ; compiling (DEFUN |MODMON;-;2$;20| ...) ; compiling (DEFUN |MODMON;*;3$;21| ...) ; compiling (DEFUN |MODMON;Vectorise;$V;22| ...) ; compiling (DEFUN |MODMON;UnVectorise;V$;23| ...) ; compiling (DEFUN |MODMON;computePowers;Pa;24| ...) ; compiling (DEFUN |MODMON;computeFrobeniusPowers| ...) ; compiling (DEFUN |MODMON;frobenius;2$;26| ...) ; compiling (DEFUN |MODMON;pow;Pa;27| ...) ; compiling (DEFUN |MODMON;monomial;RNni$;28| ...) ; compiling (DEFUN |MODMON;exquo;2$U;29| ...) ; compiling (DEFUN |MODMON;recip;$U;30| ...) ; file: /tmp/oa-AIsua1/code.lsp ; in: DEFUN |MODMON;recip;$U;30| ; (DEFUN BOOT::|MODMON;recip;$U;30| (BOOT::|y| BOOT::$) ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 9) BOOT::|y| ; (BOOT::|shellEntry| BOOT::$ 97))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MODMON;recip;$U;30| ; (BOOT::|y| BOOT::$) ; (BLOCK BOOT::|MODMON;recip;$U;30| ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 9) BOOT::|y| ; (BOOT::|shellEntry| BOOT::$ 97)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |MODMON;divide;2$R;31| ...) ; file: /tmp/oa-AIsua1/code.lsp ; in: DEFUN |MODMON;divide;2$R;31| ; (DEFUN BOOT::|MODMON;divide;2$R;31| (BOOT::|x| BOOT::|y| BOOT::$) ; (LET ((BOOT::|q| (BOOT::SPADCALL BOOT::|x| BOOT::|y| #))) ; (COND ((EQL # 1) (BOOT::|error| "not divisible")) (T (CONS # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MODMON;divide;2$R;31| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|MODMON;divide;2$R;31| ; (LET ((BOOT::|q| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ModMonic| ...) ; compiling (DEFUN |ModMonic;| ...) ; compiling (MAKEPROP (QUOTE |ModMonic|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 4 notes ; /tmp/oa-AIsua1/code.fasl written ; compilation finished in 0:00:00.103 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FINRALG.spad && cp FINRALG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FINRALG.fasl \ && if test -f FINRALG-.NRLIB/code.fasl; then \ cp FINRALG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FINRALG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FINRALG.spad using Spad compiler. FINRALG abbreviates category FiniteRankAlgebra debug: compDefine1 lhs: (FiniteRankAlgebra R UP) signature (pre-evaluate): ((Category) (CommutativeRing) (UnivariatePolynomialCategory R)) debug: evaluateType form: (Category) $param: (R UP) debug: evaluateType form: (CommutativeRing) $param: (R UP) Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (UnivariatePolynomialCategory R) $param: (R UP) Debug: evaluateType1 form: (UnivariatePolynomialCategory R) debug: evaluateType1 x: R m: (Ring) debug: compDefine1 signature (post evaluate): ((Category) (CommutativeRing) (UnivariatePolynomialCategory R)) debug: compDefine1 lhs: (FiniteRankAlgebra R UP) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (R UP) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FiniteRankAlgebra compiling into /tmp/oa-clYcgg STYLE-WARNING: redefining BOOT::|FiniteRankAlgebra| in DEFUN Time: 0.02 SEC. FINRALG- abbreviates package FiniteRankAlgebra& ------------------------------------------------------------------------ initializing stationary directory for FiniteRankAlgebra& compiling into /tmp/oa-bS6n6g compiling exported discriminant : Vector S -> R Time: 0.04 SEC. compiling exported coordinates : (Vector S,Vector S) -> Matrix R Time: 0.02 SEC. compiling exported represents : (Vector R,Vector S) -> S Time: 0.05 SEC. compiling exported traceMatrix : Vector S -> Matrix R Time: 0.05 SEC. compiling exported regularRepresentation : (S,Vector S) -> Matrix R Time: 0.22 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] discriminant: determinant has no value Cumulative Statistics for Constructor FiniteRankAlgebra& Time: 0.40 seconds finalizing NRLIB FINRALG- ; compiling file "/tmp/oa-bS6n6g/code.lsp" (written 01 FEB 2016 11:00:26 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FINRALG-;discriminant;VR;1| ...) ; compiling (DEFUN |FINRALG-;coordinates;2VM;2| ...) ; compiling (DEFUN |FINRALG-;represents;VV$;3| ...) ; compiling (DEFUN |FINRALG-;traceMatrix;VM;4| ...) ; compiling (DEFUN |FINRALG-;regularRepresentation;$VM;5| ...) ; compiling (DEFUN |FiniteRankAlgebra&| ...) ; compiling (MAKEPROP (QUOTE |FiniteRankAlgebra&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-bS6n6g/code.fasl written ; compilation finished in 0:00:00.036 ------------------------------------------------------------------------ finalizing NRLIB FINRALG Processing FiniteRankAlgebra for Browser database: -- rank : () -> PositiveInteger -- regularRepresentation : (%,Vector %) -> Matrix R -- trace : % -> R -- norm : % -> R -- coordinates : (%,Vector %) -> Vector R -- coordinates : (Vector %,Vector %) -> Matrix R -- represents : (Vector R,Vector %) -> % -- discriminant : Vector % -> R -- traceMatrix : Vector % -> Matrix R -- characteristicPolynomial : % -> UP -- minimalPolynomial : % -> UP -- constructor ; compiling file "/tmp/oa-clYcgg/code.lsp" (written 01 FEB 2016 11:00:26 PM): ; compiling (DEFPARAMETER |FiniteRankAlgebra;AL| ...) ; compiling (DEFUN |FiniteRankAlgebra;| ...) ; compiling (DEFUN |FiniteRankAlgebra| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-clYcgg/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile CVMP.spad && cp CVMP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CVMP.fasl \ && if test -f CVMP-.NRLIB/code.fasl; then \ cp CVMP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CVMP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CVMP.spad using Spad compiler. CVMP abbreviates package CoerceVectorMatrixPackage debug: compDefine1 lhs: (CoerceVectorMatrixPackage R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE coerceP ((Vector (Matrix (Polynomial R))) (Vector (Matrix R)))) (SIGNATURE coerce ((Vector (Matrix (Fraction (Polynomial R)))) (Vector (Matrix R))))) (CommutativeRing)) debug: evaluateType form: (CATEGORY package (SIGNATURE coerceP ((Vector (Matrix (Polynomial R))) (Vector (Matrix R)))) (SIGNATURE coerce ((Vector (Matrix (Fraction (Polynomial R)))) (Vector (Matrix R))))) $param: (R) debug: evaluateType form: (Vector (Matrix (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Vector (Matrix (Polynomial R))) debug: evaluateType1 x: (Matrix (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Matrix (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Ring) debug: evalCategory d: (Matrix (Polynomial R)) c: (Type) debug: evaluateType form: (Vector (Matrix R)) $param: (R) Debug: evaluateType1 form: (Vector (Matrix R)) debug: evaluateType1 x: (Matrix R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Matrix R) c: (Type) debug: evaluateType form: (Vector (Matrix (Fraction (Polynomial R)))) $param: (R) Debug: evaluateType1 form: (Vector (Matrix (Fraction (Polynomial R)))) debug: evaluateType1 x: (Matrix (Fraction (Polynomial R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Matrix (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Ring) debug: evalCategory d: (Matrix (Fraction (Polynomial R))) c: (Type) debug: evaluateType form: (Vector (Matrix R)) $param: (R) Debug: evaluateType1 form: (Vector (Matrix R)) debug: evaluateType1 x: (Matrix R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Matrix R) c: (Type) debug: evaluateType form: (CommutativeRing) $param: (R) Debug: evaluateType1 form: (CommutativeRing) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE coerceP ((Vector (Matrix (Polynomial R))) (Vector (Matrix R)))) (SIGNATURE coerce ((Vector (Matrix (Fraction (Polynomial R)))) (Vector (Matrix R))))) (CommutativeRing)) debug: compDefine1 lhs: (CoerceVectorMatrixPackage R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE coerceP ((Vector (Matrix (Polynomial R))) (Vector (Matrix R)))) (SIGNATURE coerce ((Vector (Matrix (Fraction (Polynomial R)))) (Vector (Matrix R))))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE coerceP ((Vector (Matrix (Polynomial R))) (Vector (Matrix R)))) (SIGNATURE coerce ((Vector (Matrix (Fraction (Polynomial R)))) (Vector (Matrix R))))) $param: (R) debug: evaluateType form: (Vector (Matrix (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Vector (Matrix (Polynomial R))) debug: evaluateType1 x: (Matrix (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Matrix (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Ring) debug: evalCategory d: (Matrix (Polynomial R)) c: (Type) debug: evaluateType form: (Vector (Matrix R)) $param: (R) Debug: evaluateType1 form: (Vector (Matrix R)) debug: evaluateType1 x: (Matrix R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Matrix R) c: (Type) debug: evaluateType form: (Vector (Matrix (Fraction (Polynomial R)))) $param: (R) Debug: evaluateType1 form: (Vector (Matrix (Fraction (Polynomial R)))) debug: evaluateType1 x: (Matrix (Fraction (Polynomial R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Matrix (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Ring) debug: evalCategory d: (Matrix (Fraction (Polynomial R))) c: (Type) debug: evaluateType form: (Vector (Matrix R)) $param: (R) Debug: evaluateType1 form: (Vector (Matrix R)) debug: evaluateType1 x: (Matrix R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Matrix R) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE coerceP ((Vector (Matrix (Polynomial R))) (Vector (Matrix R)))) (SIGNATURE coerce ((Vector (Matrix (Fraction (Polynomial R)))) (Vector (Matrix R))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for CoerceVectorMatrixPackage compiling into /tmp/oa-VrKYFM compiling local imbedFP : R -> Fraction Polynomial R Time: 0.06 SEC. compiling local imbedP : R -> Polynomial R Time: 0.00 SEC. compiling exported coerceP : Vector Matrix R -> Vector Matrix Polynomial R Time: 0.08 SEC. compiling exported coerce : Vector Matrix R -> Vector Matrix Fraction Polynomial R Time: 0.10 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor CoerceVectorMatrixPackage Time: 0.25 seconds finalizing NRLIB CVMP Processing CoerceVectorMatrixPackage for Browser database: -- coerceP : Vector Matrix R -> Vector Matrix Polynomial R -- coerce : Vector Matrix R -> Vector Matrix Fraction Polynomial R -- constructor ; compiling file "/tmp/oa-VrKYFM/code.lsp" (written 01 FEB 2016 11:00:26 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |CVMP;imbedFP| ...) ; compiling (DEFUN |CVMP;imbedP| ...) ; compiling (DEFUN |CVMP;coerceP;VV;3| ...) ; file: /tmp/oa-VrKYFM/code.lsp ; in: DEFUN |CVMP;coerceP;VV;3| ; (DEFUN BOOT::|CVMP;coerceP;VV;3| (BOOT::|g| BOOT::$) ; (LET ((BOOT::|m2| NIL) ; (BOOT::|lim| (BOOT::SPADCALL BOOT::|g| #)) ; (BOOT::|l| NIL)) ; (BOOT::SEQ ; (LET (#) ; (LOOP # ; #)) ; (BOOT::EXIT (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CVMP;coerceP;VV;3| ; (BOOT::|g| BOOT::$) ; (BLOCK BOOT::|CVMP;coerceP;VV;3| ; (LET ((BOOT::|m2| NIL) (BOOT::|lim| #) (BOOT::|l| NIL)) ; (BOOT::SEQ ; (LET # ; #) ; (BOOT::EXIT #))))) ; ; note: type assertion too complex to check: ; (VALUES (VECTOR T) &REST T). ; compiling (DEFUN |CVMP;coerce;VV;4| ...) ; file: /tmp/oa-VrKYFM/code.lsp ; in: DEFUN |CVMP;coerce;VV;4| ; (DEFUN BOOT::|CVMP;coerce;VV;4| (BOOT::|g| BOOT::$) ; (LET ((BOOT::|m3| NIL) ; (BOOT::|lim| (BOOT::SPADCALL BOOT::|g| #)) ; (BOOT::|l| NIL)) ; (BOOT::SEQ ; (LET (#) ; (LOOP # ; #)) ; (BOOT::EXIT (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CVMP;coerce;VV;4| ; (BOOT::|g| BOOT::$) ; (BLOCK BOOT::|CVMP;coerce;VV;4| ; (LET ((BOOT::|m3| NIL) (BOOT::|lim| #) (BOOT::|l| NIL)) ; (BOOT::SEQ ; (LET # ; #) ; (BOOT::EXIT #))))) ; ; note: type assertion too complex to check: ; (VALUES (VECTOR T) &REST T). ; compiling (DEFUN |CoerceVectorMatrixPackage| ...) ; compiling (DEFUN |CoerceVectorMatrixPackage;| ...) ; compiling (MAKEPROP (QUOTE |CoerceVectorMatrixPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-VrKYFM/code.fasl written ; compilation finished in 0:00:00.038 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile LIST2.spad && cp LIST2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LIST2.fasl \ && if test -f LIST2-.NRLIB/code.fasl; then \ cp LIST2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LIST2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LIST2.spad using Spad compiler. LIST2 abbreviates package ListFunctions2 debug: compDefine1 lhs: (ListFunctions2 A B) signature (pre-evaluate): ((CATEGORY package (SIGNATURE scan ((List B) (Mapping B A B) (List A) B)) (SIGNATURE reduce (B (Mapping B A B) (List A) B)) (SIGNATURE map ((List B) (Mapping B A) (List A)))) (Type) (Type)) debug: evaluateType form: (CATEGORY package (SIGNATURE scan ((List B) (Mapping B A B) (List A) B)) (SIGNATURE reduce (B (Mapping B A B) (List A) B)) (SIGNATURE map ((List B) (Mapping B A) (List A)))) $param: (A B) debug: evaluateType form: (List B) $param: (A B) Debug: evaluateType1 form: (List B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: (Mapping B A B) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (List A) $param: (A B) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: B $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (Mapping B A B) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (List A) $param: (A B) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (List B) $param: (A B) Debug: evaluateType1 form: (List B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: (Mapping B A) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: (List A) $param: (A B) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Type) $param: (A B) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Type) $param: (A B) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE scan ((List B) (Mapping B A B) (List A) B)) (SIGNATURE reduce (B (Mapping B A B) (List A) B)) (SIGNATURE map ((List B) (Mapping B A) (List A)))) (Type) (Type)) debug: compDefine1 lhs: (ListFunctions2 A B) signature (pre-evaluate): ((CATEGORY package (SIGNATURE scan ((List B) (Mapping B A B) (List A) B)) (SIGNATURE reduce (B (Mapping B A B) (List A) B)) (SIGNATURE map ((List B) (Mapping B A) (List A)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE scan ((List B) (Mapping B A B) (List A) B)) (SIGNATURE reduce (B (Mapping B A B) (List A) B)) (SIGNATURE map ((List B) (Mapping B A) (List A)))) $param: (A B) debug: evaluateType form: (List B) $param: (A B) Debug: evaluateType1 form: (List B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: (Mapping B A B) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (List A) $param: (A B) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: B $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (Mapping B A B) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (List A) $param: (A B) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (List B) $param: (A B) Debug: evaluateType1 form: (List B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: (Mapping B A) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: (List A) $param: (A B) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE scan ((List B) (Mapping B A B) (List A) B)) (SIGNATURE reduce (B (Mapping B A B) (List A) B)) (SIGNATURE map ((List B) (Mapping B A) (List A)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ListFunctions2 compiling into /tmp/oa-cIupOe compiling exported map : (A -> B,List A) -> List B Time: 0.03 SEC. compiling exported scan : ((A,B) -> B,List A,B) -> List B Time: 0.01 SEC. compiling exported reduce : ((A,B) -> B,List A,B) -> B Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor ListFunctions2 Time: 0.05 seconds finalizing NRLIB LIST2 Processing ListFunctions2 for Browser database: -- scan : (((A,B) -> B),LA,B) -> LB -- reduce : (((A,B) -> B),LA,B) -> B -- map : ((A -> B),LA) -> LB -- constructor ; compiling file "/tmp/oa-cIupOe/code.lsp" (written 01 FEB 2016 11:00:26 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LIST2;map;MLL;1| ...) ; file: /tmp/oa-cIupOe/code.lsp ; in: DEFUN |LIST2;map;MLL;1| ; (DEFUN BOOT::|LIST2;map;MLL;1| (BOOT::|f| BOOT::|l| BOOT::$) ; (BOOT::SPADCALL BOOT::|f| BOOT::|l| (BOOT::|shellEntry| BOOT::$ 12))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST2;map;MLL;1| ; (BOOT::|f| BOOT::|l| BOOT::$) ; (BLOCK BOOT::|LIST2;map;MLL;1| ; (BOOT::SPADCALL BOOT::|f| BOOT::|l| (BOOT::|shellEntry| BOOT::$ 12)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |LIST2;scan;MLBL;2| ...) ; file: /tmp/oa-cIupOe/code.lsp ; in: DEFUN |LIST2;scan;MLBL;2| ; (DEFUN BOOT::|LIST2;scan;MLBL;2| (BOOT::|f| BOOT::|l| BOOT::|b| BOOT::$) ; (BOOT::SPADCALL BOOT::|f| BOOT::|l| BOOT::|b| ; (BOOT::|shellEntry| BOOT::$ 15))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIST2;scan;MLBL;2| ; (BOOT::|f| BOOT::|l| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|LIST2;scan;MLBL;2| ; (BOOT::SPADCALL BOOT::|f| BOOT::|l| BOOT::|b| ; (BOOT::|shellEntry| BOOT::$ 15)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |LIST2;reduce;ML2B;3| ...) ; compiling (DEFUN |ListFunctions2| ...) ; compiling (DEFUN |ListFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |ListFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-cIupOe/code.fasl written ; compilation finished in 0:00:00.023 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FINAALG.spad && cp FINAALG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FINAALG.fasl \ && if test -f FINAALG-.NRLIB/code.fasl; then \ cp FINAALG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FINAALG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FINAALG.spad using Spad compiler. FINAALG abbreviates category FiniteRankNonAssociativeAlgebra debug: compDefine1 lhs: (FiniteRankNonAssociativeAlgebra R) signature (pre-evaluate): ((Category) (CommutativeRing)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (CommutativeRing) $param: (R) Debug: evaluateType1 form: (CommutativeRing) debug: compDefine1 signature (post evaluate): ((Category) (CommutativeRing)) debug: compDefine1 lhs: (FiniteRankNonAssociativeAlgebra R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for FiniteRankNonAssociativeAlgebra compiling into /tmp/oa-Z16w7m STYLE-WARNING: redefining BOOT::|FiniteRankNonAssociativeAlgebra| in DEFUN Time: 0.01 SEC. FINAALG- abbreviates package FiniteRankNonAssociativeAlgebra& ------------------------------------------------------------------------ initializing stationary directory for FiniteRankNonAssociativeAlgebra& compiling into /tmp/oa-1yrOXq compiling exported leftCharacteristicPolynomial : S -> SparseUnivariatePolynomial R Time: 0.18 SEC. compiling exported rightCharacteristicPolynomial : S -> SparseUnivariatePolynomial R Time: 0.08 SEC. compiling exported leftTrace : S -> R Time: 0.04 SEC. compiling exported rightTrace : S -> R Time: 0.04 SEC. compiling exported leftNorm : S -> R Time: 0.01 SEC. compiling exported rightNorm : S -> R Time: 0.01 SEC. compiling exported antiAssociative? : () -> Boolean Time: 0.08 SEC. compiling exported jordanAdmissible? : () -> Boolean Time: 0.07 SEC. compiling exported lieAdmissible? : () -> Boolean Time: 0.04 SEC. compiling exported structuralConstants : Vector S -> Vector Matrix R Time: 0.06 SEC. compiling exported leftRecip : S -> Union(S,failed) Time: 0.28 SEC. compiling exported rightRecip : S -> Union(S,failed) Time: 0.27 SEC. compiling exported recip : S -> Union(S,failed) Time: 0.00 SEC. compiling exported leftMinimalPolynomial : S -> SparseUnivariatePolynomial R Time: 0.09 SEC. compiling exported rightMinimalPolynomial : S -> SparseUnivariatePolynomial R Time: 0.11 SEC. compiling exported associatorDependence : () -> List Vector R Time: 0.13 SEC. compiling exported jacobiIdentity? : () -> Boolean Time: 0.08 SEC. compiling exported lieAlgebra? : () -> Boolean Time: 0.02 SEC. compiling exported jordanAlgebra? : () -> Boolean Time: 0.08 SEC. compiling exported noncommutativeJordanAlgebra? : () -> Boolean Time: 0.05 SEC. compiling exported antiCommutative? : () -> Boolean Time: 0.04 SEC. compiling exported commutative? : () -> Boolean Time: 0.04 SEC. compiling exported associative? : () -> Boolean Time: 0.06 SEC. compiling exported leftAlternative? : () -> Boolean Time: 0.05 SEC. compiling exported rightAlternative? : () -> Boolean Time: 0.04 SEC. compiling exported flexible? : () -> Boolean Time: 0.06 SEC. compiling exported alternative? : () -> Boolean Time: 0.08 SEC. compiling exported leftDiscriminant : Vector S -> R Time: 0.01 SEC. compiling exported rightDiscriminant : Vector S -> R Time: 0.01 SEC. compiling exported coordinates : (Vector S,Vector S) -> Matrix R Time: 0.04 SEC. compiling exported represents : (Vector R,Vector S) -> S Time: 0.04 SEC. compiling exported leftTraceMatrix : Vector S -> Matrix R Time: 0.03 SEC. compiling exported rightTraceMatrix : Vector S -> Matrix R Time: 0.03 SEC. compiling exported leftRegularRepresentation : (S,Vector S) -> Matrix R Time: 0.11 SEC. compiling exported rightRegularRepresentation : (S,Vector S) -> Matrix R Time: 0.19 SEC. (time taken in buildFunctor: 0) Time: 0.06 SEC. Warnings: [1] leftNorm: determinant has no value [2] rightNorm: determinant has no value [3] leftDiscriminant: determinant has no value [4] rightDiscriminant: determinant has no value Cumulative Statistics for Constructor FiniteRankNonAssociativeAlgebra& Time: 2.61 seconds finalizing NRLIB FINAALG- ; compiling file "/tmp/oa-1yrOXq/code.lsp" (written 01 FEB 2016 11:00:29 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FINAALG-;leftCharacteristicPolynomial;$Sup;1| ...) ; compiling (DEFUN |FINAALG-;rightCharacteristicPolynomial;$Sup;2| ...) ; compiling (DEFUN |FINAALG-;leftTrace;$R;3| ...) ; compiling (DEFUN |FINAALG-;rightTrace;$R;4| ...) ; compiling (DEFUN |FINAALG-;leftNorm;$R;5| ...) ; compiling (DEFUN |FINAALG-;rightNorm;$R;6| ...) ; compiling (DEFUN |FINAALG-;antiAssociative?;B;7| ...) ; compiling (DEFUN |FINAALG-;jordanAdmissible?;B;8| ...) ; compiling (DEFUN |FINAALG-;lieAdmissible?;B;9| ...) ; compiling (DEFUN |FINAALG-;structuralConstants;VV;10| ...) ; file: /tmp/oa-1yrOXq/code.lsp ; in: DEFUN |FINAALG-;structuralConstants;VV;10| ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |FINAALG-;leftRecip;$U;11| ...) ; compiling (DEFUN |FINAALG-;rightRecip;$U;12| ...) ; compiling (DEFUN |FINAALG-;recip;$U;13| ...) ; compiling (DEFUN |FINAALG-;leftMinimalPolynomial;$Sup;14| ...) ; compiling (DEFUN |FINAALG-;rightMinimalPolynomial;$Sup;15| ...) ; compiling (DEFUN |FINAALG-;associatorDependence;L;16| ...) ; file: /tmp/oa-1yrOXq/code.lsp ; in: DEFUN |FINAALG-;associatorDependence;L;16| ; (DEFUN BOOT::|FINAALG-;associatorDependence;L;16| (BOOT::$) ; (PROG (BOOT::|a213| BOOT::|a321| BOOT::|a132| BOOT::|a312| BOOT::|a231| ; BOOT::|a123|) ; (RETURN ; (LET* (# # # #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FINAALG-;associatorDependence;L;16| ; (BOOT::$) ; (BLOCK BOOT::|FINAALG-;associatorDependence;L;16| ; (PROG (BOOT::|a213| BOOT::|a321| BOOT::|a132| BOOT::|a312| BOOT::|a231| ; BOOT::|a123|) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS VECTOR T)) &REST T). ; compiling (DEFUN |FINAALG-;jacobiIdentity?;B;17| ...) ; compiling (DEFUN |FINAALG-;lieAlgebra?;B;18| ...) ; compiling (DEFUN |FINAALG-;jordanAlgebra?;B;19| ...) ; compiling (DEFUN |FINAALG-;noncommutativeJordanAlgebra?;B;20| ...) ; file: /tmp/oa-1yrOXq/code.lsp ; in: DEFUN |FINAALG-;noncommutativeJordanAlgebra?;B;20| ; (LET ((BOOT::|b| (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 11))) ; (BOOT::|n| (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 9)))) ; (COND ; ((EQL (CAR #) 1) ; (PROGN ; (BOOT::SPADCALL ; "this is not a noncommutative Jordan algebra, as 2 is not invertible in the ground ring" ; #) ; NIL)) ; ((BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 109)) (COND (# #) (T #))) ; (T ; (PROGN ; (BOOT::SPADCALL ; "this is not a noncommutative Jordan algebra, as it is not flexible" #) ; NIL)))) ; ; caught STYLE-WARNING: ; The variable |b| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |n| is defined but never used. ; compiling (DEFUN |FINAALG-;antiCommutative?;B;21| ...) ; compiling (DEFUN |FINAALG-;commutative?;B;22| ...) ; compiling (DEFUN |FINAALG-;associative?;B;23| ...) ; compiling (DEFUN |FINAALG-;leftAlternative?;B;24| ...) ; compiling (DEFUN |FINAALG-;rightAlternative?;B;25| ...) ; compiling (DEFUN |FINAALG-;flexible?;B;26| ...) ; compiling (DEFUN |FINAALG-;alternative?;B;27| ...) ; compiling (DEFUN |FINAALG-;leftDiscriminant;VR;28| ...) ; compiling (DEFUN |FINAALG-;rightDiscriminant;VR;29| ...) ; compiling (DEFUN |FINAALG-;coordinates;2VM;30| ...) ; compiling (DEFUN |FINAALG-;represents;VV$;31| ...) ; compiling (DEFUN |FINAALG-;leftTraceMatrix;VM;32| ...) ; compiling (DEFUN |FINAALG-;rightTraceMatrix;VM;33| ...) ; compiling (DEFUN |FINAALG-;leftRegularRepresentation;$VM;34| ...) ; compiling (DEFUN |FINAALG-;rightRegularRepresentation;$VM;35| ...) ; compiling (DEFUN |FiniteRankNonAssociativeAlgebra&| ...) ; compiling (MAKEPROP (QUOTE |FiniteRankNonAssociativeAlgebra&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 2 notes ; /tmp/oa-1yrOXq/code.fasl written ; compilation finished in 0:00:00.344 ------------------------------------------------------------------------ finalizing NRLIB FINAALG Processing FiniteRankNonAssociativeAlgebra for Browser database: -- someBasis : () -> Vector % -- rank : () -> PositiveInteger -- conditionsForIdempotents : Vector % -> List Polynomial R -- structuralConstants : Vector % -> Vector Matrix R -- leftRegularRepresentation : (%,Vector %) -> Matrix R -- rightRegularRepresentation : (%,Vector %) -> Matrix R -- leftTrace : % -> R -- rightTrace : % -> R -- leftNorm : % -> R -- rightNorm : % -> R -- coordinates : (%,Vector %) -> Vector R -- coordinates : (Vector %,Vector %) -> Matrix R -- represents : (Vector R,Vector %) -> % -- leftDiscriminant : Vector % -> R -- rightDiscriminant : Vector % -> R -- leftTraceMatrix : Vector % -> Matrix R -- rightTraceMatrix : Vector % -> Matrix R -- leftCharacteristicPolynomial : % -> SparseUnivariatePolynomial R -- rightCharacteristicPolynomial : % -> SparseUnivariatePolynomial R -- commutative? : () -> Boolean -- antiCommutative? : () -> Boolean -- associative? : () -> Boolean -- antiAssociative? : () -> Boolean -- leftAlternative? : () -> Boolean -- rightAlternative? : () -> Boolean -- flexible? : () -> Boolean -- alternative? : () -> Boolean -- powerAssociative? : () -> Boolean -- jacobiIdentity? : () -> Boolean -- lieAdmissible? : () -> Boolean -- jordanAdmissible? : () -> Boolean -- noncommutativeJordanAlgebra? : () -> Boolean -- jordanAlgebra? : () -> Boolean -- lieAlgebra? : () -> Boolean -- recip : % -> Union(%,"failed") -- leftRecip : % -> Union(%,"failed") -- rightRecip : % -> Union(%,"failed") -- associatorDependence : () -> List Vector R -- leftMinimalPolynomial : % -> SparseUnivariatePolynomial R -- rightMinimalPolynomial : % -> SparseUnivariatePolynomial R -- leftUnits : () -> Union(Record(particular: %,basis: List %),"failed") -- rightUnits : () -> Union(Record(particular: %,basis: List %),"failed") -- leftUnit : () -> Union(%,"failed") -- rightUnit : () -> Union(%,"failed") -- unit : () -> Union(%,"failed") -- constructor ; compiling file "/tmp/oa-Z16w7m/code.lsp" (written 01 FEB 2016 11:00:30 PM): ; compiling (DEFPARAMETER |FiniteRankNonAssociativeAlgebra;AL| ...) ; compiling (DEFUN |FiniteRankNonAssociativeAlgebra;| ...) ; compiling (DEFUN |FiniteRankNonAssociativeAlgebra| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Z16w7m/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ================================== === layer 8 of 24 complete ====== ================================== ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile DLP.spad && cp DLP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DLP.fasl \ && if test -f DLP-.NRLIB/code.fasl; then \ cp DLP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DLP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DLP.spad using Spad compiler. DLP abbreviates package DiscreteLogarithmPackage debug: compDefine1 lhs: (DiscreteLogarithmPackage M) signature (pre-evaluate): ((CATEGORY package (SIGNATURE shanksDiscLogAlgorithm ((Union (NonNegativeInteger) failed) M M (NonNegativeInteger)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE shanksDiscLogAlgorithm ((Union (NonNegativeInteger) failed) M M (NonNegativeInteger)))) $param: (M) debug: evaluateType form: (Union (NonNegativeInteger) failed) $param: (M) debug: evaluateType form: (NonNegativeInteger) $param: (M) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: failed $param: (M) debug: evaluateType form: M $param: (M) debug: evaluateType form: M $param: (M) debug: evaluateType form: (NonNegativeInteger) $param: (M) Debug: evaluateType1 form: (NonNegativeInteger) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE shanksDiscLogAlgorithm ((Union (NonNegativeInteger) failed) M M (NonNegativeInteger)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for DiscreteLogarithmPackage compiling into /tmp/oa-Pv253L compiling exported shanksDiscLogAlgorithm : (M,M,NonNegativeInteger) -> Union(NonNegativeInteger,failed) Time: 0.06 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] shanksDiscLogAlgorithm: pretend Integer -- should replace by @ Cumulative Statistics for Constructor DiscreteLogarithmPackage Time: 0.07 seconds finalizing NRLIB DLP Processing DiscreteLogarithmPackage for Browser database: -- ?**? : (M,Integer) -> M -- shanksDiscLogAlgorithm : (M,M,NonNegativeInteger) -> Union(NonNegativeInteger,"failed") -- constructor ; compiling file "/tmp/oa-Pv253L/code.lsp" (written 01 FEB 2016 11:00:30 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DLP;shanksDiscLogAlgorithm;2MNniU;1| ...) ; compiling (DEFUN |DiscreteLogarithmPackage| ...) ; compiling (DEFUN |DiscreteLogarithmPackage;| ...) ; compiling (MAKEPROP (QUOTE |DiscreteLogarithmPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-Pv253L/code.fasl written ; compilation finished in 0:00:00.030 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile EAB.spad && cp EAB.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/EAB.fasl \ && if test -f EAB-.NRLIB/code.fasl; then \ cp EAB-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/EAB-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/EAB.spad using Spad compiler. EAB abbreviates domain ExtAlgBasis debug: compDefine1 lhs: (ExtAlgBasis) signature (pre-evaluate): ((Join (OrderedSet) (CATEGORY domain (SIGNATURE coerce ($ (List (Integer)))) (SIGNATURE degree ((NonNegativeInteger) $)) (SIGNATURE exponents ((List (Integer)) $)) (SIGNATURE Nul ($ (NonNegativeInteger)))))) debug: evaluateType form: (Join (OrderedSet) (CATEGORY domain (SIGNATURE coerce ($ (List (Integer)))) (SIGNATURE degree ((NonNegativeInteger) $)) (SIGNATURE exponents ((List (Integer)) $)) (SIGNATURE Nul ($ (NonNegativeInteger))))) $param: NIL debug: evaluateType form: (OrderedSet) $param: NIL Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (CATEGORY domain (SIGNATURE coerce ($ (List (Integer)))) (SIGNATURE degree ((NonNegativeInteger) $)) (SIGNATURE exponents ((List (Integer)) $)) (SIGNATURE Nul ($ (NonNegativeInteger)))) $param: NIL debug: evaluateType form: (List (Integer)) $param: NIL Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (List (Integer)) $param: NIL Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: compDefine1 signature (post evaluate): ((Join (OrderedSet) (CATEGORY domain (SIGNATURE coerce ($ (List (Integer)))) (SIGNATURE degree ((NonNegativeInteger) $)) (SIGNATURE exponents ((List (Integer)) $)) (SIGNATURE Nul ($ (NonNegativeInteger)))))) ------------------------------------------------------------------------ initializing stationary directory for ExtAlgBasis compiling into /tmp/oa-UCjGz0 compiling exported = : (%,%) -> Boolean Time: 0.04 SEC. compiling exported < : (%,%) -> Boolean Time: 0.02 SEC. compiling exported coerce : List Integer -> % Time: 0.02 SEC. compiling exported degree : % -> NonNegativeInteger Time: 0.00 SEC. compiling exported exponents : % -> List Integer EAB;exponents;$L;5 is replaced by %lcopy Time: 0.00 SEC. compiling exported Nul : NonNegativeInteger -> % Time: 0.02 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor ExtAlgBasis Time: 0.13 seconds finalizing NRLIB EAB Processing ExtAlgBasis for Browser database: -- coerce : L I -> % -- degree : % -> NNI -- exponents : % -> L I -- Nul : NNI -> % -- constructor ; compiling file "/tmp/oa-UCjGz0/code.lsp" (written 01 FEB 2016 11:00:30 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |EAB;exponents;$L;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |EAB;=;2$B;1| ...) ; file: /tmp/oa-UCjGz0/code.lsp ; in: DEFUN |EAB;=;2$B;1| ; (DEFUN BOOT::|EAB;=;2$B;1| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 10))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EAB;=;2$B;1| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|EAB;=;2$B;1| ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 10)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |EAB;<;2$B;2| ...) ; compiling (DEFUN |EAB;coerce;L$;3| ...) ; file: /tmp/oa-UCjGz0/code.lsp ; in: DEFUN |EAB;coerce;L$;3| ; (DEFUN BOOT::|EAB;coerce;L$;3| (BOOT::|li| BOOT::$) ; (PROGN ; (LET ((#:G574 BOOT::|li|)) ; (LOOP (COND # #) ; (SETQ #))) ; BOOT::|li|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EAB;coerce;L$;3| ; (BOOT::|li| BOOT::$) ; (BLOCK BOOT::|EAB;coerce;L$;3| ; (PROGN ; (LET (#) ; (LOOP # ; #)) ; BOOT::|li|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |EAB;degree;$Nni;4| ...) ; file: /tmp/oa-UCjGz0/code.lsp ; in: DEFUN |EAB;degree;$Nni;4| ; (DEFUN BOOT::|EAB;degree;$Nni;4| (BOOT::|x| BOOT::$) ; (LET ((#:G566 ; (LET # ; #))) ; (COND ((NOT #) #:G566) (T (BOOT::|moanRetract| #:G566 '#))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EAB;degree;$Nni;4| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|EAB;degree;$Nni;4| ; (LET ((#:G566 #)) ; (COND (# #:G566) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |EAB;exponents;$L;5| ...) ; compiling (DEFUN |EAB;Nul;Nni$;6| ...) ; file: /tmp/oa-UCjGz0/code.lsp ; in: DEFUN |EAB;Nul;Nni$;6| ; (DEFUN BOOT::|EAB;Nul;Nni$;6| (BOOT::|n| BOOT::$) ; (LET ((BOOT::|i| 1) (#:G570 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ BOOT::|i| #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EAB;Nul;Nni$;6| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|EAB;Nul;Nni$;6| ; (LET ((BOOT::|i| 1) (#:G570 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS INTEGER T)) &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |EAB;coerce;$Of;7| ...) ; compiling (DEFUN |ExtAlgBasis| ...) ; compiling (DEFUN |ExtAlgBasis;| ...) ; compiling (MAKEPROP (QUOTE |ExtAlgBasis|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; printed 3 notes ; /tmp/oa-UCjGz0/code.fasl written ; compilation finished in 0:00:00.055 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile IPADIC.spad && cp IPADIC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IPADIC.fasl \ && if test -f IPADIC-.NRLIB/code.fasl; then \ cp IPADIC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IPADIC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IPADIC.spad using Spad compiler. IPADIC abbreviates domain InnerPAdicInteger debug: compDefine1 lhs: (InnerPAdicInteger p unBalanced?) signature (pre-evaluate): ((PAdicIntegerCategory p) NIL NIL) debug: evaluateType form: (PAdicIntegerCategory p) $param: (p unBalanced?) Debug: evaluateType1 form: (PAdicIntegerCategory p) debug: evaluateType1 x: p m: (Integer) debug: compDefine1 signature (post evaluate): ((PAdicIntegerCategory p) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for InnerPAdicInteger compiling into /tmp/oa-5lwzRo compiling exported characteristic : () -> NonNegativeInteger IPADIC;characteristic;Nni;1 is replaced by 0 Time: 0.05 SEC. compiling exported euclideanSize : % -> NonNegativeInteger Time: 0.00 SEC. compiling local stream : % -> Stream Integer IPADIC;stream x is replaced by x Time: 0.00 SEC. compiling local padic : Stream Integer -> % IPADIC;padic x is replaced by x Time: 0 SEC. compiling exported digits : % -> Stream Integer IPADIC;digits;$S;5 x is replaced by x Time: 0.00 SEC. compiling exported extend : (%,Integer) -> % Time: 0 SEC. compiling exported complete : % -> % Time: 0 SEC. compiling local modP : Integer -> Integer Time: 0.00 SEC. compiling local modPInfo : Integer -> Record(digit: Integer,carry: Integer) Time: 0.02 SEC. compiling local invModP : Integer -> Integer Time: 0 SEC. compiling exported modulus : () -> Integer Time: 0.00 SEC. compiling exported moduloP : % -> Integer Time: 0 SEC. compiling exported quotientByP : % -> % Time: 0.00 SEC. compiling exported approximate : (%,Integer) -> Integer Time: 0.01 SEC. compiling exported = : (%,%) -> Boolean Time: 0.02 SEC. compiling exported order : % -> NonNegativeInteger Time: 0.01 SEC. compiling exported Zero : () -> % IPADIC;Zero;$;17 is replaced by %pair(0,%pair(%nullStream,%nil)) Time: 0.00 SEC. compiling exported One : () -> % IPADIC;One;$;18 is replaced by %pair(1,%pair(%nullStream,%nil)) Time: 0.00 SEC. compiling local intToPAdic : Integer -> Stream Integer Time: 0.01 SEC. compiling local intPlusPAdic : (Integer,Stream Integer) -> Stream Integer Time: 0.03 SEC. compiling local intMinusPAdic : (Integer,Stream Integer) -> Stream Integer Time: 0.03 SEC. compiling local plusAux : (Integer,Stream Integer,Stream Integer) -> Stream Integer Time: 0.03 SEC. compiling local minusAux : (Integer,Stream Integer,Stream Integer) -> Stream Integer Time: 0.06 SEC. compiling exported + : (%,%) -> % Time: 0.00 SEC. compiling exported - : (%,%) -> % Time: 0.00 SEC. compiling exported - : % -> % Time: 0 SEC. compiling exported coerce : Integer -> % Time: 0.00 SEC. compiling local intMult : (Integer,Stream Integer) -> Stream Integer Time: 0.04 SEC. compiling exported * : (Integer,%) -> % Time: 0.00 SEC. compiling local timesAux : (Stream Integer,Stream Integer) -> Stream Integer Time: 0.00 SEC. compiling exported * : (%,%) -> % Time: 0.00 SEC. compiling local quotientAux : (Stream Integer,Stream Integer) -> Stream Integer Time: 0.02 SEC. compiling exported recip : % -> Union(%,failed) Time: 0.00 SEC. compiling local iExquo : (%,%,Integer) -> Union(%,failed) Time: 0.04 SEC. compiling exported exquo : (%,%) -> Union(%,failed) Time: 0.01 SEC. compiling exported divide : (%,%) -> Record(quotient: %,remainder: %) Time: 0.02 SEC. compiling local iSqrt : (Integer,Integer,Integer,%) -> % Time: 0.12 SEC. compiling exported sqrt : (%,Integer) -> % Time: 0.00 SEC. compiling local iRoot : (SparseUnivariatePolynomial Integer,Integer,Integer,Integer) -> Stream Integer Time: 0.09 SEC. compiling exported root : (SparseUnivariatePolynomial Integer,Integer) -> % Time: 0.02 SEC. compiling local termOutput : (Integer,Integer) -> OutputForm Time: 0.00 SEC. compiling local showAll? : () -> Boolean IPADIC;showAll? is replaced by %true Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Time: 0.15 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] padic: pretend $ -- should replace by @ [2] intToPAdic: digit has no value [3] intToPAdic: carry has no value [4] intPlusPAdic: digit has no value [5] intPlusPAdic: carry has no value [6] intMinusPAdic: digit has no value [7] intMinusPAdic: carry has no value [8] plusAux: digit has no value [9] plusAux: carry has no value [10] minusAux: digit has no value [11] minusAux: carry has no value [12] intMult: digit has no value [13] intMult: carry has no value [14] timesAux: digit has no value [15] timesAux: carry has no value [16] coerce: pretend Integer -- should replace by @ Cumulative Statistics for Constructor InnerPAdicInteger Time: 0.84 seconds finalizing NRLIB IPADIC Processing InnerPAdicInteger for Browser database: -- constructor ; compiling file "/tmp/oa-5lwzRo/code.lsp" (written 01 FEB 2016 11:00:31 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IPADIC;characteristic;Nni;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IPADIC;stream|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IPADIC;padic|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IPADIC;digits;$S;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IPADIC;Zero;$;17|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IPADIC;One;$;18|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IPADIC;showAll?|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IPADIC;modulus;I;11|) ...) ; compiling (DEFUN |IPADIC;characteristic;Nni;1| ...) ; compiling (DEFUN |IPADIC;euclideanSize;$Nni;2| ...) ; compiling (DEFUN |IPADIC;stream| ...) ; compiling (DEFUN |IPADIC;padic| ...) ; compiling (DEFUN |IPADIC;digits;$S;5| ...) ; compiling (DEFUN |IPADIC;extend;$I$;6| ...) ; compiling (DEFUN |IPADIC;complete;2$;7| ...) ; compiling (DEFUN |IPADIC;modP| ...) ; file: /tmp/oa-5lwzRo/code.lsp ; in: DEFUN |IPADIC;modP| ; (DEFUN BOOT::|IPADIC;modP| (BOOT::|n| BOOT::$) ; (COND ; ((OR (BOOT::|shellEntry| BOOT::$ 7) (EQL # 2)) ; (BOOT::SPADCALL BOOT::|n| (BOOT::|shellEntry| BOOT::$ 6) ; (BOOT::|shellEntry| BOOT::$ 27))) ; (T ; (BOOT::SPADCALL BOOT::|n| (BOOT::|shellEntry| BOOT::$ 6) ; (BOOT::|shellEntry| BOOT::$ 30))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IPADIC;modP| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|IPADIC;modP| ; (COND ((OR # #) (BOOT::SPADCALL BOOT::|n| # #)) ; (T (BOOT::SPADCALL BOOT::|n| # #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |IPADIC;modPInfo| ...) ; compiling (DEFUN |IPADIC;invModP| ...) ; file: /tmp/oa-5lwzRo/code.lsp ; in: DEFUN |IPADIC;invModP| ; (DEFUN BOOT::|IPADIC;invModP| (BOOT::|n| BOOT::$) ; (BOOT::SPADCALL BOOT::|n| (BOOT::|shellEntry| BOOT::$ 6) ; (BOOT::|shellEntry| BOOT::$ 36))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IPADIC;invModP| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|IPADIC;invModP| ; (BOOT::SPADCALL BOOT::|n| (BOOT::|shellEntry| BOOT::$ 6) ; (BOOT::|shellEntry| BOOT::$ 36)))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |IPADIC;modulus;I;11| ...) ; compiling (DEFUN |IPADIC;moduloP;$I;12| ...) ; compiling (DEFUN |IPADIC;quotientByP;2$;13| ...) ; compiling (DEFUN |IPADIC;approximate;$2I;14| ...) ; compiling (DEFUN |IPADIC;=;2$B;15| ...) ; file: /tmp/oa-5lwzRo/code.lsp ; in: DEFUN |IPADIC;=;2$B;15| ; (DEFUN BOOT::|IPADIC;=;2$B;15| (BOOT::|x| BOOT::|y| BOOT::$) ; (DECLARE (SPECIAL BOOT::|$streamCount|)) ; (LET ((BOOT::|st| (BOOT::|IPADIC;-;3$;25| BOOT::|x| BOOT::|y| BOOT::$)) ; (BOOT::|n| BOOT::|$streamCount|)) ; (PROGN ; (LET (#) ; (LOOP # ; #)) ; (BOOT::SPADCALL BOOT::|st| (BOOT::|shellEntry| BOOT::$ 38))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IPADIC;=;2$B;15| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (DECLARE (SPECIAL BOOT::|$streamCount|)) ; (BLOCK BOOT::|IPADIC;=;2$B;15| ; (LET ((BOOT::|st| #) (BOOT::|n| BOOT::|$streamCount|)) ; (PROGN ; (LET # ; #) ; (BOOT::SPADCALL BOOT::|st| #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |IPADIC;order;$Nni;16| ...) ; file: /tmp/oa-5lwzRo/code.lsp ; in: DEFUN |IPADIC;order;$Nni;16| ; (DEFUN BOOT::|IPADIC;order;$Nni;16| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|st| BOOT::|x|)) ; (PROGN ; (LET (#) ; (LOOP # ; #)) ; (BOOT::|error| "order: series has more than 1000 leading zero coefs")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IPADIC;order;$Nni;16| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|IPADIC;order;$Nni;16| ; (LET ((BOOT::|st| BOOT::|x|)) ; (PROGN ; (LET # ; #) ; (BOOT::|error| ; "order: series has more than 1000 leading zero coefs"))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |IPADIC;Zero;$;17| ...) ; compiling (DEFUN |IPADIC;One;$;18| ...) ; compiling (DEFUN |IPADIC;intToPAdic| ...) ; compiling (DEFUN |IPADIC;intToPAdic!0| ...) ; compiling (DEFUN |IPADIC;intPlusPAdic| ...) ; compiling (DEFUN |IPADIC;intPlusPAdic!0| ...) ; compiling (DEFUN |IPADIC;intMinusPAdic| ...) ; compiling (DEFUN |IPADIC;intMinusPAdic!0| ...) ; compiling (DEFUN |IPADIC;plusAux| ...) ; compiling (DEFUN |IPADIC;plusAux!0| ...) ; compiling (DEFUN |IPADIC;minusAux| ...) ; compiling (DEFUN |IPADIC;minusAux!0| ...) ; compiling (DEFUN |IPADIC;+;3$;24| ...) ; compiling (DEFUN |IPADIC;-;3$;25| ...) ; compiling (DEFUN |IPADIC;-;2$;26| ...) ; compiling (DEFUN |IPADIC;coerce;I$;27| ...) ; compiling (DEFUN |IPADIC;intMult| ...) ; compiling (DEFUN |IPADIC;intMult!0| ...) ; compiling (DEFUN |IPADIC;*;I2$;29| ...) ; compiling (DEFUN |IPADIC;timesAux| ...) ; compiling (DEFUN |IPADIC;timesAux!0| ...) ; compiling (DEFUN |IPADIC;*;3$;31| ...) ; compiling (DEFUN |IPADIC;quotientAux| ...) ; compiling (DEFUN |IPADIC;quotientAux!0| ...) ; compiling (DEFUN |IPADIC;recip;$U;33| ...) ; compiling (DEFUN |IPADIC;iExquo| ...) ; file: /tmp/oa-5lwzRo/code.lsp ; in: DEFUN |IPADIC;iExquo| ; (DEFUN BOOT::|IPADIC;iExquo| (BOOT::|xx| BOOT::|yy| BOOT::|n| BOOT::$) ; (COND ; ((< 1000 BOOT::|n|) ; (BOOT::|error| "exquo: quotient by series with many leading zero coefs")) ; ((BOOT::SPADCALL BOOT::|yy| (BOOT::|shellEntry| BOOT::$ 38)) ; (CONS 1 "failed")) ; ((BOOT::SPADCALL BOOT::|xx| (BOOT::|shellEntry| BOOT::$ 38)) ; (CONS 0 (BOOT::|spadConstant| BOOT::$ 44))) ; ((ZEROP (CAR BOOT::|yy|)) (COND (# #) (T #))) ; (T ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IPADIC;iExquo| ; (BOOT::|xx| BOOT::|yy| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|IPADIC;iExquo| ; (COND ; ((< 1000 BOOT::|n|) ; (BOOT::|error| ; "exquo: quotient by series with many leading zero coefs")) ; ((BOOT::SPADCALL BOOT::|yy| #) (CONS 1 "failed")) ; ((BOOT::SPADCALL BOOT::|xx| #) (CONS 0 #)) ((ZEROP #) (COND # #)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |IPADIC;exquo;2$U;35| ...) ; compiling (DEFUN |IPADIC;divide;2$R;36| ...) ; compiling (DEFUN |IPADIC;iSqrt| ...) ; compiling (DEFUN |IPADIC;iSqrt!0| ...) ; compiling (DEFUN |IPADIC;sqrt;$I$;38| ...) ; file: /tmp/oa-5lwzRo/code.lsp ; in: DEFUN |IPADIC;sqrt;$I$;38| ; (DEFUN BOOT::|IPADIC;sqrt;$I$;38| (BOOT::|b| BOOT::|a| BOOT::$) ; (PROG (BOOT::|bb|) (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IPADIC;sqrt;$I$;38| ; (BOOT::|b| BOOT::|a| BOOT::$) ; (BLOCK BOOT::|IPADIC;sqrt;$I$;38| ; (PROG (BOOT::|bb|) (RETURN (COND # # #))))) ; ; note: Assignment to argument: |a| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |IPADIC;iRoot| ...) ; compiling (DEFUN |IPADIC;iRoot!0| ...) ; compiling (DEFUN |IPADIC;root;SupI$;40| ...) ; file: /tmp/oa-5lwzRo/code.lsp ; in: DEFUN |IPADIC;root;SupI$;40| ; (DEFUN BOOT::|IPADIC;root;SupI$;40| (BOOT::|f| BOOT::|x0| BOOT::$) ; (PROG (BOOT::|invFpx0| BOOT::|fpx0|) ; (RETURN ; (BOOT::SEQ (SETQ #) (COND #) ; (BOOT::LETT BOOT::|fpx0| # BOOT::|IPADIC;root;SupI$;40|) ; (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IPADIC;root;SupI$;40| ; (BOOT::|f| BOOT::|x0| BOOT::$) ; (BLOCK BOOT::|IPADIC;root;SupI$;40| ; (PROG (BOOT::|invFpx0| BOOT::|fpx0|) (RETURN (BOOT::SEQ # # # #))))) ; ; note: Assignment to argument: |x0| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |IPADIC;termOutput| ...) ; compiling (DEFUN |IPADIC;showAll?| ...) ; compiling (DEFUN |IPADIC;coerce;$Of;43| ...) ; compiling (DEFUN |InnerPAdicInteger| ...) ; compiling (DEFUN |InnerPAdicInteger;| ...) ; compiling (MAKEPROP (QUOTE |InnerPAdicInteger|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 7 notes ; /tmp/oa-5lwzRo/code.fasl written ; compilation finished in 0:00:00.140 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FMAGMA.spad && cp FMAGMA.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FMAGMA.fasl \ && if test -f FMAGMA-.NRLIB/code.fasl; then \ cp FMAGMA-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FMAGMA-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FMAGMA.spad using Spad compiler. FMAGMA abbreviates domain FreeMagma debug: compDefine1 lhs: (FreeMagma VarSet) signature (pre-evaluate): ((Join (OrderedSet) (RetractableTo VarSet) (CoercibleTo (OrderedFreeMonoid VarSet)) (CATEGORY domain (SIGNATURE * ($ $ $)) (SIGNATURE first (VarSet $)) (SIGNATURE left ($ $)) (SIGNATURE length ((PositiveInteger) $)) (SIGNATURE lexico ((Boolean) $ $)) (SIGNATURE mirror ($ $)) (SIGNATURE rest ($ $)) (SIGNATURE retractable? ((Boolean) $)) (SIGNATURE right ($ $)) (SIGNATURE varList ((List VarSet) $)))) (OrderedSet)) debug: evaluateType form: (Join (OrderedSet) (RetractableTo VarSet) (CoercibleTo (OrderedFreeMonoid VarSet)) (CATEGORY domain (SIGNATURE * ($ $ $)) (SIGNATURE first (VarSet $)) (SIGNATURE left ($ $)) (SIGNATURE length ((PositiveInteger) $)) (SIGNATURE lexico ((Boolean) $ $)) (SIGNATURE mirror ($ $)) (SIGNATURE rest ($ $)) (SIGNATURE retractable? ((Boolean) $)) (SIGNATURE right ($ $)) (SIGNATURE varList ((List VarSet) $)))) $param: (VarSet) debug: evaluateType form: (OrderedSet) $param: (VarSet) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (RetractableTo VarSet) $param: (VarSet) Debug: evaluateType1 form: (RetractableTo VarSet) debug: evaluateType1 x: VarSet m: (Type) debug: evaluateType form: (CoercibleTo (OrderedFreeMonoid VarSet)) $param: (VarSet) Debug: evaluateType1 form: (CoercibleTo (OrderedFreeMonoid VarSet)) debug: evaluateType1 x: (OrderedFreeMonoid VarSet) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (VarSet) Debug: evaluateType1 form: (Type) debug: evaluateType form: (OrderedFreeMonoid VarSet) $param: (VarSet) Debug: evaluateType1 form: (OrderedFreeMonoid VarSet) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evalCategory d: (OrderedFreeMonoid VarSet) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE * ($ $ $)) (SIGNATURE first (VarSet $)) (SIGNATURE left ($ $)) (SIGNATURE length ((PositiveInteger) $)) (SIGNATURE lexico ((Boolean) $ $)) (SIGNATURE mirror ($ $)) (SIGNATURE rest ($ $)) (SIGNATURE retractable? ((Boolean) $)) (SIGNATURE right ($ $)) (SIGNATURE varList ((List VarSet) $))) $param: (VarSet) debug: evaluateType form: VarSet $param: (VarSet) debug: evaluateType form: (PositiveInteger) $param: (VarSet) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (Boolean) $param: (VarSet) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (VarSet) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List VarSet) $param: (VarSet) Debug: evaluateType1 form: (List VarSet) debug: evaluateType1 x: VarSet m: (Type) debug: evaluateType form: (OrderedSet) $param: (VarSet) Debug: evaluateType1 form: (OrderedSet) debug: compDefine1 signature (post evaluate): ((Join (OrderedSet) (RetractableTo VarSet) (CoercibleTo (OrderedFreeMonoid VarSet)) (CATEGORY domain (SIGNATURE * ($ $ $)) (SIGNATURE first (VarSet $)) (SIGNATURE left ($ $)) (SIGNATURE length ((PositiveInteger) $)) (SIGNATURE lexico ((Boolean) $ $)) (SIGNATURE mirror ($ $)) (SIGNATURE rest ($ $)) (SIGNATURE retractable? ((Boolean) $)) (SIGNATURE right ($ $)) (SIGNATURE varList ((List VarSet) $)))) (OrderedSet)) debug: compDefine1 lhs: (FreeMagma VarSet) signature (pre-evaluate): ((Join (OrderedSet) (RetractableTo VarSet) (CoercibleTo (OrderedFreeMonoid VarSet)) (CATEGORY domain (SIGNATURE * ($ $ $)) (SIGNATURE first (VarSet $)) (SIGNATURE left ($ $)) (SIGNATURE length ((PositiveInteger) $)) (SIGNATURE lexico ((Boolean) $ $)) (SIGNATURE mirror ($ $)) (SIGNATURE rest ($ $)) (SIGNATURE retractable? ((Boolean) $)) (SIGNATURE right ($ $)) (SIGNATURE varList ((List VarSet) $)))) NIL) debug: evaluateType form: (Join (OrderedSet) (RetractableTo VarSet) (CoercibleTo (OrderedFreeMonoid VarSet)) (CATEGORY domain (SIGNATURE * ($ $ $)) (SIGNATURE first (VarSet $)) (SIGNATURE left ($ $)) (SIGNATURE length ((PositiveInteger) $)) (SIGNATURE lexico ((Boolean) $ $)) (SIGNATURE mirror ($ $)) (SIGNATURE rest ($ $)) (SIGNATURE retractable? ((Boolean) $)) (SIGNATURE right ($ $)) (SIGNATURE varList ((List VarSet) $)))) $param: (VarSet) debug: evaluateType form: (OrderedSet) $param: (VarSet) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (RetractableTo VarSet) $param: (VarSet) Debug: evaluateType1 form: (RetractableTo VarSet) debug: evaluateType1 x: VarSet m: (Type) debug: evaluateType form: (CoercibleTo (OrderedFreeMonoid VarSet)) $param: (VarSet) Debug: evaluateType1 form: (CoercibleTo (OrderedFreeMonoid VarSet)) debug: evaluateType1 x: (OrderedFreeMonoid VarSet) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (VarSet) Debug: evaluateType1 form: (Type) debug: evaluateType form: (OrderedFreeMonoid VarSet) $param: (VarSet) Debug: evaluateType1 form: (OrderedFreeMonoid VarSet) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evalCategory d: (OrderedFreeMonoid VarSet) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE * ($ $ $)) (SIGNATURE first (VarSet $)) (SIGNATURE left ($ $)) (SIGNATURE length ((PositiveInteger) $)) (SIGNATURE lexico ((Boolean) $ $)) (SIGNATURE mirror ($ $)) (SIGNATURE rest ($ $)) (SIGNATURE retractable? ((Boolean) $)) (SIGNATURE right ($ $)) (SIGNATURE varList ((List VarSet) $))) $param: (VarSet) debug: evaluateType form: VarSet $param: (VarSet) debug: evaluateType form: (PositiveInteger) $param: (VarSet) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (Boolean) $param: (VarSet) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (VarSet) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List VarSet) $param: (VarSet) Debug: evaluateType1 form: (List VarSet) debug: evaluateType1 x: VarSet m: (Type) debug: compDefine1 signature (post evaluate): ((Join (OrderedSet) (RetractableTo VarSet) (CoercibleTo (OrderedFreeMonoid VarSet)) (CATEGORY domain (SIGNATURE * ($ $ $)) (SIGNATURE first (VarSet $)) (SIGNATURE left ($ $)) (SIGNATURE length ((PositiveInteger) $)) (SIGNATURE lexico ((Boolean) $ $)) (SIGNATURE mirror ($ $)) (SIGNATURE rest ($ $)) (SIGNATURE retractable? ((Boolean) $)) (SIGNATURE right ($ $)) (SIGNATURE varList ((List VarSet) $)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for FreeMagma compiling into /tmp/oa-kxJa1s compiling exported = : (%,%) -> Boolean Time: 0.02 SEC. compiling exported varList : % -> List VarSet Time: 0.03 SEC. compiling exported left : % -> % Time: 0.02 SEC. compiling exported right : % -> % Time: 0.00 SEC. compiling exported retractable? : % -> Boolean FMAGMA;retractable?;$B;5 x is replaced by %ieq(%head x,0) Time: 0.00 SEC. compiling exported retract : % -> VarSet Time: 0.01 SEC. compiling exported retractIfCan : % -> Union(VarSet,failed) FMAGMA;retractIfCan;$U;7 x is replaced by %when( %pair(0,%tail x),%otherwise %pair(1,"failed")) Time: 0.00 SEC. compiling exported coerce : VarSet -> % FMAGMA;coerce;VarSet$;8 l is replaced by %pair(0,l) Time: 0.00 SEC. compiling exported mirror : % -> % Time: 0 SEC. compiling exported coerce : % -> OrderedFreeMonoid VarSet Time: 0.02 SEC. compiling exported coerce : % -> OutputForm Time: 0.02 SEC. compiling exported * : (%,%) -> % FMAGMA;*;3$;12(x,y) is replaced by %pair(1,%pair(x,y)) Time: 0.00 SEC. compiling exported first : % -> VarSet Time: 0.00 SEC. compiling exported rest : % -> % Time: 0.01 SEC. compiling exported length : % -> PositiveInteger Time: 0.06 SEC. compiling local recursif : (%,%) -> Boolean Time: 0.02 SEC. compiling exported lexico : (%,%) -> Boolean Time: 0.02 SEC. compiling exported < : (%,%) -> Boolean Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Cumulative Statistics for Constructor FreeMagma Time: 0.29 seconds finalizing NRLIB FMAGMA Processing FreeMagma for Browser database: -- ?*? : (%,%) -> % -- first : % -> VarSet -- left : % -> % -- length : % -> PositiveInteger -- lexico : (%,%) -> Boolean -- mirror : % -> % -- rest : % -> % -- retractable? : % -> Boolean -- right : % -> % -- varList : % -> List VarSet -- constructor ; compiling file "/tmp/oa-kxJa1s/code.lsp" (written 01 FEB 2016 11:00:32 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FMAGMA;retractable?;$B;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FMAGMA;retractIfCan;$U;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FMAGMA;coerce;VarSet$;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FMAGMA;*;3$;12|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FMAGMA;left;2$;3|) ...) ; compiling (PUT (QUOTE |FMAGMA;right;2$;4|) ...) ; compiling (PUT (QUOTE |FMAGMA;retract;$VarSet;6|) ...) ; compiling (DEFUN |FMAGMA;=;2$B;1| ...) ; file: /tmp/oa-kxJa1s/code.lsp ; in: DEFUN |FMAGMA;=;2$B;1| ; (DEFUN BOOT::|FMAGMA;=;2$B;1| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|x|)) (AND (ZEROP #) (BOOT::SPADCALL # # #))) ; ((EQL (CAR BOOT::|y|) 1) ; (BOOT::SPADCALL (CDR BOOT::|x|) (CDR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 12))) ; (T NIL))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FMAGMA;=;2$B;1| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|FMAGMA;=;2$B;1| ; (COND ((ZEROP #) (AND # #)) ((EQL # 1) (BOOT::SPADCALL # # #)) ; (T NIL)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FMAGMA;varList;$L;2| ...) ; file: /tmp/oa-kxJa1s/code.lsp ; in: DEFUN |FMAGMA;varList;$L;2| ; (DEFUN BOOT::|FMAGMA;varList;$L;2| (BOOT::|x| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|x|)) (LIST (CDR BOOT::|x|))) ; (T ; (LET (#) ; (BOOT::SPADCALL BOOT::|lv| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FMAGMA;varList;$L;2| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FMAGMA;varList;$L;2| ; (COND ((ZEROP #) (LIST #)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |FMAGMA;left;2$;3| ...) ; file: /tmp/oa-kxJa1s/code.lsp ; in: DEFUN |FMAGMA;left;2$;3| ; (DEFUN BOOT::|FMAGMA;left;2$;3| (BOOT::|x| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|x|)) (BOOT::|error| "x has only one entry")) ; (T (CAR (CDR BOOT::|x|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FMAGMA;left;2$;3| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FMAGMA;left;2$;3| ; (COND ((ZEROP #) (BOOT::|error| "x has only one entry")) (T (CAR #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |FMAGMA;right;2$;4| ...) ; file: /tmp/oa-kxJa1s/code.lsp ; in: DEFUN |FMAGMA;right;2$;4| ; (DEFUN BOOT::|FMAGMA;right;2$;4| (BOOT::|x| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|x|)) (BOOT::|error| "x has only one entry")) ; (T (CDR (CDR BOOT::|x|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FMAGMA;right;2$;4| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FMAGMA;right;2$;4| ; (COND ((ZEROP #) (BOOT::|error| "x has only one entry")) (T (CDR #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |FMAGMA;retractable?;$B;5| ...) ; compiling (DEFUN |FMAGMA;retract;$VarSet;6| ...) ; file: /tmp/oa-kxJa1s/code.lsp ; in: DEFUN |FMAGMA;retract;$VarSet;6| ; (DEFUN BOOT::|FMAGMA;retract;$VarSet;6| (BOOT::|x| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|x|)) (CDR BOOT::|x|)) ; (T (BOOT::|error| "Not retractable")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FMAGMA;retract;$VarSet;6| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FMAGMA;retract;$VarSet;6| ; (COND ((ZEROP #) (CDR BOOT::|x|)) ; (T (BOOT::|error| "Not retractable"))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |FMAGMA;retractIfCan;$U;7| ...) ; compiling (DEFUN |FMAGMA;coerce;VarSet$;8| ...) ; compiling (DEFUN |FMAGMA;mirror;2$;9| ...) ; compiling (DEFUN |FMAGMA;coerce;$Ofm;10| ...) ; compiling (DEFUN |FMAGMA;coerce;$Of;11| ...) ; compiling (DEFUN |FMAGMA;*;3$;12| ...) ; compiling (DEFUN |FMAGMA;first;$VarSet;13| ...) ; compiling (DEFUN |FMAGMA;rest;2$;14| ...) ; file: /tmp/oa-kxJa1s/code.lsp ; in: DEFUN |FMAGMA;rest;2$;14| ; (DEFUN BOOT::|FMAGMA;rest;2$;14| (BOOT::|x| BOOT::$) ; (COND ; ((ZEROP (CAR BOOT::|x|)) ; (BOOT::|error| "rest$FreeMagma: inexistant rest")) ; (T ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FMAGMA;rest;2$;14| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FMAGMA;rest;2$;14| ; (COND ((ZEROP #) (BOOT::|error| "rest$FreeMagma: inexistant rest")) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |FMAGMA;length;$Pi;15| ...) ; compiling (DEFUN |FMAGMA;recursif| ...) ; file: /tmp/oa-kxJa1s/code.lsp ; in: DEFUN |FMAGMA;recursif| ; (DEFUN BOOT::|FMAGMA;recursif| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|x|)) (OR (NOT #) (BOOT::SPADCALL # # #))) ; ((ZEROP (CAR BOOT::|y|)) NIL) ; ((BOOT::|FMAGMA;=;2$B;1| (CAR #) (CAR #) BOOT::$) ; (BOOT::|FMAGMA;<;2$B;18| (CDR #) (CDR #) BOOT::$)) ; (T (BOOT::|FMAGMA;<;2$B;18| (CAR #) (CAR #) BOOT::$)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FMAGMA;recursif| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|FMAGMA;recursif| ; (COND ((ZEROP #) (OR # #)) ((ZEROP #) NIL) ; ((BOOT::|FMAGMA;=;2$B;1| # # BOOT::$) ; (BOOT::|FMAGMA;<;2$B;18| # # BOOT::$)) ; (T (BOOT::|FMAGMA;<;2$B;18| # # BOOT::$))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FMAGMA;lexico;2$B;17| ...) ; file: /tmp/oa-kxJa1s/code.lsp ; in: DEFUN |FMAGMA;lexico;2$B;17| ; (DEFUN BOOT::|FMAGMA;lexico;2$B;17| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|x|)) (COND (# #) (T #))) ; ((ZEROP (CAR BOOT::|y|)) ; (BOOT::|FMAGMA;<;2$B;18| (CONS 0 #) (CONS 0 #) BOOT::$)) ; (T ; (LET (# #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FMAGMA;lexico;2$B;17| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|FMAGMA;lexico;2$B;17| ; (COND ((ZEROP #) (COND # #)) ; ((ZEROP #) (BOOT::|FMAGMA;<;2$B;18| # # BOOT::$)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FMAGMA;<;2$B;18| ...) ; compiling (DEFUN |FreeMagma| ...) ; compiling (DEFUN |FreeMagma;| ...) ; compiling (MAKEPROP (QUOTE |FreeMagma|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; printed 7 notes ; /tmp/oa-kxJa1s/code.fasl written ; compilation finished in 0:00:00.103 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile QUEUE.spad && cp QUEUE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/QUEUE.fasl \ && if test -f QUEUE-.NRLIB/code.fasl; then \ cp QUEUE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/QUEUE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/QUEUE.spad using Spad compiler. QUEUE abbreviates domain Queue debug: compDefine1 lhs: (Queue S) signature (pre-evaluate): ((Join (QueueAggregate S) (CATEGORY domain (SIGNATURE queue ($ (List S))))) (SetCategory)) debug: evaluateType form: (Join (QueueAggregate S) (CATEGORY domain (SIGNATURE queue ($ (List S))))) $param: (S) debug: evaluateType form: (QueueAggregate S) $param: (S) Debug: evaluateType1 form: (QueueAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE queue ($ (List S)))) $param: (S) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Join (QueueAggregate S) (CATEGORY domain (SIGNATURE queue ($ (List S))))) (SetCategory)) debug: compDefine1 lhs: (Queue S) signature (pre-evaluate): ((Join (QueueAggregate S) (CATEGORY domain (SIGNATURE queue ($ (List S))))) NIL) debug: evaluateType form: (Join (QueueAggregate S) (CATEGORY domain (SIGNATURE queue ($ (List S))))) $param: (S) debug: evaluateType form: (QueueAggregate S) $param: (S) Debug: evaluateType1 form: (QueueAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE queue ($ (List S)))) $param: (S) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: compDefine1 signature (post evaluate): ((Join (QueueAggregate S) (CATEGORY domain (SIGNATURE queue ($ (List S))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for Queue compiling into /tmp/oa-w7KD76 compiling exported enqueue! : (S,%) -> S Time: 0.04 SEC. compiling exported insert! : (S,%) -> % Time: 0 SEC. compiling exported dequeue! : % -> S Time: 0.02 SEC. compiling exported extract! : % -> S Time: 0 SEC. compiling exported rotate! : % -> % Time: 0 SEC. compiling exported length : % -> NonNegativeInteger QUEUE;length;$Nni;6 q is replaced by %llength %head q Time: 0.05 SEC. compiling exported front : % -> S Time: 0.02 SEC. compiling exported inspect : % -> S Time: 0 SEC. compiling exported back : % -> S Time: 0.01 SEC. compiling exported queue : List S -> % QUEUE;queue;L$;10 q is replaced by %list %lcopy q Time: 0.01 SEC. (time taken in buildFunctor: 4) Time: 0.01 SEC. Warnings: [1] Rep differs from the base domain [2] enqueue!: null has no value [3] dequeue!: first has no value [4] front: first has no value [5] back: last has no value Cumulative Statistics for Constructor Queue Time: 0.16 seconds --------------non extending category---------------------- Queue #1 of category QueueAggregate #1 with queue : List #1 -> % has no StackAggregate #1 ---------------------------------------------------------- finalizing NRLIB QUEUE Processing Queue for Browser database: -- queue : List S -> % -- constructor ; compiling file "/tmp/oa-w7KD76/code.lsp" (written 01 FEB 2016 11:00:32 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |QUEUE;length;$Nni;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |QUEUE;queue;L$;10|) ...) ; compiling (DEFUN |QUEUE;enqueue!;S$S;1| ...) ; compiling (DEFUN |QUEUE;insert!;S2$;2| ...) ; compiling (DEFUN |QUEUE;dequeue!;$S;3| ...) ; compiling (DEFUN |QUEUE;extract!;$S;4| ...) ; compiling (DEFUN |QUEUE;rotate!;2$;5| ...) ; compiling (DEFUN |QUEUE;length;$Nni;6| ...) ; compiling (DEFUN |QUEUE;front;$S;7| ...) ; compiling (DEFUN |QUEUE;inspect;$S;8| ...) ; compiling (DEFUN |QUEUE;back;$S;9| ...) ; compiling (DEFUN |QUEUE;queue;L$;10| ...) ; compiling (DEFUN |Queue| ...) ; compiling (DEFUN |Queue;| ...) ; compiling (MAKEPROP (QUOTE |Queue|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-w7KD76/code.fasl written ; compilation finished in 0:00:00.035 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MATLIN.spad && cp MATLIN.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MATLIN.fasl \ && if test -f MATLIN-.NRLIB/code.fasl; then \ cp MATLIN-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MATLIN-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MATLIN.spad using Spad compiler. MATLIN abbreviates package MatrixLinearAlgebraFunctions debug: compDefine1 lhs: (MatrixLinearAlgebraFunctions R Row Col M) signature (pre-evaluate): ((CATEGORY package (SIGNATURE determinant (R M)) (SIGNATURE minordet (R M)) (SIGNATURE elRow1! (M M (Integer) (Integer))) (SIGNATURE elRow2! (M M R (Integer) (Integer))) (SIGNATURE elColumn2! (M M R (Integer) (Integer))) (IF (has R (IntegralDomain)) (PROGN (SIGNATURE rank ((NonNegativeInteger) M)) (SIGNATURE nullity ((NonNegativeInteger) M)) (SIGNATURE nullSpace ((List Col) M)) (SIGNATURE fractionFreeGauss! (M M)) (SIGNATURE invertIfCan ((Union M failed) M)) (SIGNATURE adjoint ((Record (: adjMat M) (: detMat R)) M))) %noBranch) (IF (has R (EuclideanDomain)) (PROGN (SIGNATURE rowEchelon (M M)) (SIGNATURE normalizedDivide ((Record (: quotient R) (: remainder R)) R R))) %noBranch) (IF (has R (Field)) (SIGNATURE inverse ((Union M failed) M)) %noBranch)) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE determinant (R M)) (SIGNATURE minordet (R M)) (SIGNATURE elRow1! (M M (Integer) (Integer))) (SIGNATURE elRow2! (M M R (Integer) (Integer))) (SIGNATURE elColumn2! (M M R (Integer) (Integer))) (IF (has R (IntegralDomain)) (PROGN (SIGNATURE rank ((NonNegativeInteger) M)) (SIGNATURE nullity ((NonNegativeInteger) M)) (SIGNATURE nullSpace ((List Col) M)) (SIGNATURE fractionFreeGauss! (M M)) (SIGNATURE invertIfCan ((Union M failed) M)) (SIGNATURE adjoint ((Record (: adjMat M) (: detMat R)) M))) %noBranch) (IF (has R (EuclideanDomain)) (PROGN (SIGNATURE rowEchelon (M M)) (SIGNATURE normalizedDivide ((Record (: quotient R) (: remainder R)) R R))) %noBranch) (IF (has R (Field)) (SIGNATURE inverse ((Union M failed) M)) %noBranch)) $param: (R Row Col M) debug: evaluateType form: R $param: (R Row Col M) debug: evaluateType form: M $param: (R Row Col M) debug: evaluateType form: R $param: (R Row Col M) debug: evaluateType form: M $param: (R Row Col M) debug: evaluateType form: M $param: (R Row Col M) debug: evaluateType form: M $param: (R Row Col M) debug: evaluateType form: (Integer) $param: (R Row Col M) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (R Row Col M) Debug: evaluateType1 form: (Integer) debug: evaluateType form: M $param: (R Row Col M) debug: evaluateType form: M $param: (R Row Col M) debug: evaluateType form: R $param: (R Row Col M) debug: evaluateType form: (Integer) $param: (R Row Col M) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (R Row Col M) Debug: evaluateType1 form: (Integer) debug: evaluateType form: M $param: (R Row Col M) debug: evaluateType form: M $param: (R Row Col M) debug: evaluateType form: R $param: (R Row Col M) debug: evaluateType form: (Integer) $param: (R Row Col M) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (R Row Col M) Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE determinant (R M)) (SIGNATURE minordet (R M)) (SIGNATURE elRow1! (M M (Integer) (Integer))) (SIGNATURE elRow2! (M M R (Integer) (Integer))) (SIGNATURE elColumn2! (M M R (Integer) (Integer))) (IF (has R (IntegralDomain)) (PROGN (SIGNATURE rank ((NonNegativeInteger) M)) (SIGNATURE nullity ((NonNegativeInteger) M)) (SIGNATURE nullSpace ((List Col) M)) (SIGNATURE fractionFreeGauss! (M M)) (SIGNATURE invertIfCan ((Union M failed) M)) (SIGNATURE adjoint ((Record (: adjMat M) (: detMat R)) M))) %noBranch) (IF (has R (EuclideanDomain)) (PROGN (SIGNATURE rowEchelon (M M)) (SIGNATURE normalizedDivide ((Record (: quotient R) (: remainder R)) R R))) %noBranch) (IF (has R (Field)) (SIGNATURE inverse ((Union M failed) M)) %noBranch)) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for MatrixLinearAlgebraFunctions compiling into /tmp/oa-XYRvFr compiling local rowAllZeroes? : (M,Integer) -> Boolean Time: 0.05 SEC. compiling local colAllZeroes? : (M,Integer) -> Boolean Time: 0.01 SEC. compiling local minorDet : (M,Integer,List Integer,Integer,PrimitiveArray Union(R,uncomputed)) -> R Time: 0.09 SEC. compiling exported minordet : M -> R Time: 0.06 SEC. compiling exported elRow1! : (M,Integer,Integer) -> M Time: 0.01 SEC. compiling exported elRow2! : (M,R,Integer,Integer) -> M Time: 0.01 SEC. compiling exported elColumn2! : (M,R,Integer,Integer) -> M Time: 0.01 SEC. compiling exported fractionFreeGauss! : M -> M Time: 0.07 SEC. compiling local lastStep : M -> M Time: 0.28 SEC. compiling exported invertIfCan : M -> Union(M,failed) Time: 0.05 SEC. compiling exported adjoint : M -> Record(adjMat: M,detMat: R) Time: 0.09 SEC. compiling exported rowEchelon : M -> M Time: 0.01 SEC. compiling exported rank : M -> NonNegativeInteger Time: 0.01 SEC. compiling exported nullity : M -> NonNegativeInteger Time: 0.01 SEC. compiling exported determinant : M -> R Time: 0 SEC. compiling exported inverse : M -> Union(M,failed) Time: 0.00 SEC. compiling exported nullSpace : M -> List Col Time: 0.01 SEC. compiling exported nullSpace : M -> List Col Time: 0.05 SEC. compiling exported nullSpace : M -> List Col Time: 0.04 SEC. compiling exported determinant : M -> R Time: 0.02 SEC. compiling exported rank : M -> NonNegativeInteger Time: 0.01 SEC. compiling exported nullity : M -> NonNegativeInteger Time: 0.01 SEC. compiling exported normalizedDivide : (R,R) -> Record(quotient: R,remainder: R) Time: 0.02 SEC. compiling exported normalizedDivide : (R,R) -> Record(quotient: R,remainder: R) Time: 0.00 SEC. compiling exported rowEchelon : M -> M Time: 0.04 SEC. compiling exported determinant : M -> R Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.04 SEC. Warnings: [1] minorDet: ans has no value [2] rowEchelon: xnj has no value Cumulative Statistics for Constructor MatrixLinearAlgebraFunctions Time: 1.00 seconds finalizing NRLIB MATLIN Processing MatrixLinearAlgebraFunctions for Browser database: -- determinant : M -> R -- minordet : M -> R -- elRow1! : (M,I,I) -> M -- elRow2! : (M,R,I,I) -> M -- elColumn2! : (M,R,I,I) -> M -- rank : M -> NonNegativeInteger -- nullity : M -> NonNegativeInteger -- nullSpace : M -> List Col -- fractionFreeGauss! : M -> M -- invertIfCan : M -> Union(M,"failed") -- adjoint : M -> Record(adjMat: M,detMat: R) -- rowEchelon : M -> M -- normalizedDivide : (R,R) -> Record(quotient: R,remainder: R) -- inverse : M -> Union(M,"failed") -- constructor ; compiling file "/tmp/oa-XYRvFr/code.lsp" (written 01 FEB 2016 11:00:33 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MATLIN;rowAllZeroes?| ...) ; compiling (DEFUN |MATLIN;colAllZeroes?| ...) ; compiling (DEFUN |MATLIN;minorDet| ...) ; file: /tmp/oa-XYRvFr/code.lsp ; in: DEFUN |MATLIN;minorDet| ; (DEFUN BOOT::|MATLIN;minorDet| ; (BOOT::|x| BOOT::|m| BOOT::|l| BOOT::|i| BOOT::|v| BOOT::$) ; (PROG (BOOT::|md| BOOT::|minC| BOOT::|minR| BOOT::|pos| BOOT::|j| ; BOOT::|rl| BOOT::|ans|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MATLIN;minorDet| ; (BOOT::|x| BOOT::|m| BOOT::|l| BOOT::|i| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|MATLIN;minorDet| ; (PROG (BOOT::|md| BOOT::|minC| BOOT::|minR| BOOT::|pos| BOOT::|j| ; BOOT::|rl| BOOT::|ans|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |l| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS INTEGER T)) ; ; compiling (DEFUN |MATLIN;minordet;MR;4| ...) ; compiling (DEFUN |MATLIN;elRow1!;M2IM;5| ...) ; compiling (DEFUN |MATLIN;elRow2!;MR2IM;6| ...) ; compiling (DEFUN |MATLIN;elRow2!;MR2IM;6!0| ...) ; compiling (DEFUN |MATLIN;elColumn2!;MR2IM;7| ...) ; compiling (DEFUN |MATLIN;elColumn2!;MR2IM;7!0| ...) ; compiling (DEFUN |MATLIN;fractionFreeGauss!;2M;8| ...) ; compiling (DEFUN |MATLIN;lastStep| ...) ; file: /tmp/oa-XYRvFr/code.lsp ; in: DEFUN |MATLIN;lastStep| ; (LET* ((BOOT::|ndim| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 44))) ; (BOOT::|minR| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 19))) ; (BOOT::|maxR| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 20))) ; (BOOT::|minC| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 11))) ; (BOOT::|maxC| (- (+ BOOT::|minC| BOOT::|ndim|) 1)) ; (BOOT::|exCol| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 12))) ; (BOOT::|det| ; (BOOT::SPADCALL BOOT::|x| BOOT::|maxR| BOOT::|maxC| ; (BOOT::|shellEntry| BOOT::$ 74))) ; (BOOT::|maxR1| (- BOOT::|maxR| 1)) ; (BOOT::|maxC1| (+ BOOT::|maxC| 1)) ; (BOOT::|minC1| (+ BOOT::|minC| 1)) ; (BOOT::|iRow| BOOT::|maxR|) ; (BOOT::|iCol| (- BOOT::|maxC| 1))) ; (BOOT::SEQ ; (LET ((BOOT::|i| BOOT::|maxR1|)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::EXIT ; (BOOT::SPADCALL BOOT::|x| BOOT::|minR| BOOT::|maxR| BOOT::|maxC1| ; BOOT::|exCol| (BOOT::|shellEntry| BOOT::$ 78))))) ; ; caught STYLE-WARNING: ; The variable |minC1| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |iRow| is defined but never used. ; compiling (DEFUN |MATLIN;invertIfCan;MU;10| ...) ; file: /tmp/oa-XYRvFr/code.lsp ; in: DEFUN |MATLIN;invertIfCan;MU;10| ; (DEFUN BOOT::|MATLIN;invertIfCan;MU;10| (BOOT::|y| BOOT::$) ; (PROG (BOOT::|den| BOOT::|adjRec|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MATLIN;invertIfCan;MU;10| ; (BOOT::|y| BOOT::$) ; (BLOCK BOOT::|MATLIN;invertIfCan;MU;10| ; (PROG (BOOT::|den| BOOT::|adjRec|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |MATLIN;adjoint;MR;11| ...) ; file: /tmp/oa-XYRvFr/code.lsp ; in: DEFUN |MATLIN;adjoint;MR;11| ; (DEFUN BOOT::|MATLIN;adjoint;MR;11| (BOOT::|y| BOOT::$) ; (PROG (BOOT::|det| BOOT::|ffr| BOOT::|x| BOOT::|maxC| BOOT::|maxR|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MATLIN;adjoint;MR;11| ; (BOOT::|y| BOOT::$) ; (BLOCK BOOT::|MATLIN;adjoint;MR;11| ; (PROG (BOOT::|det| BOOT::|ffr| BOOT::|x| BOOT::|maxC| BOOT::|maxR|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |MATLIN;rowEchelon;2M;12| ...) ; compiling (DEFUN |MATLIN;rank;MNni;13| ...) ; file: /tmp/oa-XYRvFr/code.lsp ; in: DEFUN |MATLIN;rank;MNni;13| ; (DEFUN BOOT::|MATLIN;rank;MNni;13| (BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 91))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MATLIN;rank;MNni;13| ; (BOOT::|y| BOOT::$) ; (BLOCK BOOT::|MATLIN;rank;MNni;13| ; (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 91)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |MATLIN;nullity;MNni;14| ...) ; file: /tmp/oa-XYRvFr/code.lsp ; in: DEFUN |MATLIN;nullity;MNni;14| ; (DEFUN BOOT::|MATLIN;nullity;MNni;14| (BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 93))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MATLIN;nullity;MNni;14| ; (BOOT::|y| BOOT::$) ; (BLOCK BOOT::|MATLIN;nullity;MNni;14| ; (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 93)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |MATLIN;determinant;MR;15| ...) ; compiling (DEFUN |MATLIN;inverse;MU;16| ...) ; file: /tmp/oa-XYRvFr/code.lsp ; in: DEFUN |MATLIN;inverse;MU;16| ; (DEFUN BOOT::|MATLIN;inverse;MU;16| (BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 97))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MATLIN;inverse;MU;16| ; (BOOT::|y| BOOT::$) ; (BLOCK BOOT::|MATLIN;inverse;MU;16| ; (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 97)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |MATLIN;nullSpace;ML;17| ...) ; file: /tmp/oa-XYRvFr/code.lsp ; in: DEFUN |MATLIN;nullSpace;ML;17| ; (DEFUN BOOT::|MATLIN;nullSpace;ML;17| (BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 100))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MATLIN;nullSpace;ML;17| ; (BOOT::|y| BOOT::$) ; (BLOCK BOOT::|MATLIN;nullSpace;ML;17| ; (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 100)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |MATLIN;nullSpace;ML;18| ...) ; file: /tmp/oa-XYRvFr/code.lsp ; in: DEFUN |MATLIN;nullSpace;ML;18| ; (DEFUN BOOT::|MATLIN;nullSpace;ML;18| (BOOT::|y| BOOT::$) ; (LET ((#:G787 (BOOT::SPADCALL # #)) (#:G681 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G787 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MATLIN;nullSpace;ML;18| ; (BOOT::|y| BOOT::$) ; (BLOCK BOOT::|MATLIN;nullSpace;ML;18| ; (LET ((#:G787 #) (#:G681 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |MATLIN;nullSpace;ML;18!1| ...) ; file: /tmp/oa-XYRvFr/code.lsp ; in: DEFUN |MATLIN;nullSpace;ML;18!1| ; (DEFUN BOOT::|MATLIN;nullSpace;ML;18!1| (BOOT::|#1| BOOT::$$) BOOT::|#1|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MATLIN;nullSpace;ML;18!1| ; (BOOT::|#1| BOOT::$$) ; (BLOCK BOOT::|MATLIN;nullSpace;ML;18!1| BOOT::|#1|)) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |MATLIN;nullSpace;ML;18!0| ...) ; file: /tmp/oa-XYRvFr/code.lsp ; in: DEFUN |MATLIN;nullSpace;ML;18!0| ; (DEFUN BOOT::|MATLIN;nullSpace;ML;18!0| (BOOT::|#1| BOOT::$$) BOOT::|#1|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MATLIN;nullSpace;ML;18!0| ; (BOOT::|#1| BOOT::$$) ; (BLOCK BOOT::|MATLIN;nullSpace;ML;18!0| BOOT::|#1|)) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |MATLIN;nullSpace;ML;19| ...) ; file: /tmp/oa-XYRvFr/code.lsp ; in: DEFUN |MATLIN;nullSpace;ML;19| ; (DEFUN BOOT::|MATLIN;nullSpace;ML;19| (BOOT::|m| BOOT::$) ; (BOOT::SPADCALL BOOT::|m| (BOOT::|shellEntry| BOOT::$ 115))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MATLIN;nullSpace;ML;19| ; (BOOT::|m| BOOT::$) ; (BLOCK BOOT::|MATLIN;nullSpace;ML;19| ; (BOOT::SPADCALL BOOT::|m| (BOOT::|shellEntry| BOOT::$ 115)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |MATLIN;determinant;MR;20| ...) ; compiling (DEFUN |MATLIN;rank;MNni;21| ...) ; compiling (DEFUN |MATLIN;nullity;MNni;22| ...) ; file: /tmp/oa-XYRvFr/code.lsp ; in: DEFUN |MATLIN;nullity;MNni;22| ; (DEFUN BOOT::|MATLIN;nullity;MNni;22| (BOOT::|x| BOOT::$) ; (LET ((#:G700 (- # #))) ; (COND ((NOT #) #:G700) (T (BOOT::|moanRetract| #:G700 '#))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MATLIN;nullity;MNni;22| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|MATLIN;nullity;MNni;22| ; (LET ((#:G700 #)) ; (COND (# #:G700) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |MATLIN;normalizedDivide;2RR;23| ...) ; compiling (DEFUN |MATLIN;normalizedDivide;2RR;24| ...) ; file: /tmp/oa-XYRvFr/code.lsp ; in: DEFUN |MATLIN;normalizedDivide;2RR;24| ; (DEFUN BOOT::|MATLIN;normalizedDivide;2RR;24| (BOOT::|n| BOOT::|d| BOOT::$) ; (BOOT::SPADCALL BOOT::|n| BOOT::|d| (BOOT::|shellEntry| BOOT::$ 120))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MATLIN;normalizedDivide;2RR;24| ; (BOOT::|n| BOOT::|d| BOOT::$) ; (BLOCK BOOT::|MATLIN;normalizedDivide;2RR;24| ; (BOOT::SPADCALL BOOT::|n| BOOT::|d| (BOOT::|shellEntry| BOOT::$ 120)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |MATLIN;rowEchelon;2M;25| ...) ; compiling (DEFUN |MATLIN;determinant;MR;26| ...) ; compiling (DEFUN |MatrixLinearAlgebraFunctions| ...) ; compiling (DEFUN |MatrixLinearAlgebraFunctions;| ...) ; compiling (MAKEPROP (QUOTE |MatrixLinearAlgebraFunctions|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 4 STYLE-WARNING conditions ; printed 11 notes ; /tmp/oa-XYRvFr/code.fasl written ; compilation finished in 0:00:00.264 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FAMONOID.spad && cp FAMONOID.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FAMONOID.fasl \ && if test -f FAMONOID-.NRLIB/code.fasl; then \ cp FAMONOID-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FAMONOID-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FAMONOID.spad using Spad compiler. FAMONOID abbreviates domain FreeAbelianMonoid debug: compDefine1 lhs: (FreeAbelianMonoid S) signature (pre-evaluate): ((FreeAbelianMonoidCategory S (NonNegativeInteger)) (SetCategory)) debug: evaluateType form: (FreeAbelianMonoidCategory S (NonNegativeInteger)) $param: (S) Debug: evaluateType1 form: (FreeAbelianMonoidCategory S (NonNegativeInteger)) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: (NonNegativeInteger) m: (CancellationAbelianMonoid) debug: evaluateType1 categoryForm: (CancellationAbelianMonoid) debug: evaluateType form: (CancellationAbelianMonoid) $param: (S) Debug: evaluateType1 form: (CancellationAbelianMonoid) debug: evaluateType form: (NonNegativeInteger) $param: (S) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (CancellationAbelianMonoid) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((FreeAbelianMonoidCategory S (NonNegativeInteger)) (SetCategory)) debug: compDefine1 lhs: (FreeAbelianMonoid S) signature (pre-evaluate): ((FreeAbelianMonoidCategory S (NonNegativeInteger)) NIL) debug: evaluateType form: (FreeAbelianMonoidCategory S (NonNegativeInteger)) $param: (S) Debug: evaluateType1 form: (FreeAbelianMonoidCategory S (NonNegativeInteger)) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: (NonNegativeInteger) m: (CancellationAbelianMonoid) debug: evaluateType1 categoryForm: (CancellationAbelianMonoid) debug: evaluateType form: (CancellationAbelianMonoid) $param: (S) Debug: evaluateType1 form: (CancellationAbelianMonoid) debug: evaluateType form: (NonNegativeInteger) $param: (S) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (CancellationAbelianMonoid) debug: compDefine1 signature (post evaluate): ((FreeAbelianMonoidCategory S (NonNegativeInteger)) NIL) ------------------------------------------------------------------------ initializing stationary directory for FreeAbelianMonoid compiling into /tmp/oa-mtzZUS (time taken in buildFunctor: 0) Time: 0.08 SEC. Cumulative Statistics for Constructor FreeAbelianMonoid Time: 0.08 seconds finalizing NRLIB FAMONOID Processing FreeAbelianMonoid for Browser database: -- constructor ; compiling file "/tmp/oa-mtzZUS/code.lsp" (written 01 FEB 2016 11:00:34 PM): ; compiling (DEFUN |FreeAbelianMonoid| ...) ; compiling (DEFUN |FreeAbelianMonoid;| ...) ; compiling (MAKEPROP (QUOTE |FreeAbelianMonoid|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-mtzZUS/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile CONTFRAC.spad && cp CONTFRAC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CONTFRAC.fasl \ && if test -f CONTFRAC-.NRLIB/code.fasl; then \ cp CONTFRAC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CONTFRAC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CONTFRAC.spad using Spad compiler. CONTFRAC abbreviates domain ContinuedFraction debug: compDefine1 lhs: (ContinuedFraction R) signature (pre-evaluate): ((Join (Algebra R) (Algebra (Fraction R)) (Field) (CATEGORY domain (SIGNATURE continuedFraction ($ (Fraction R))) (SIGNATURE continuedFraction ($ R (Stream R) (Stream R))) (SIGNATURE reducedContinuedFraction ($ R (Stream R))) (SIGNATURE partialNumerators ((Stream R) $)) (SIGNATURE partialDenominators ((Stream R) $)) (SIGNATURE partialQuotients ((Stream R) $)) (SIGNATURE wholePart (R $)) (SIGNATURE reducedForm ($ $)) (SIGNATURE approximants ((Stream (Fraction R)) $)) (SIGNATURE convergents ((Stream (Fraction R)) $)) (SIGNATURE numerators ((Stream R) $)) (SIGNATURE denominators ((Stream R) $)) (SIGNATURE extend ($ $ (Integer))) (SIGNATURE complete ($ $)))) NIL) debug: evaluateType form: (Join (Algebra R) (Algebra (Fraction R)) (Field) (CATEGORY domain (SIGNATURE continuedFraction ($ (Fraction R))) (SIGNATURE continuedFraction ($ R (Stream R) (Stream R))) (SIGNATURE reducedContinuedFraction ($ R (Stream R))) (SIGNATURE partialNumerators ((Stream R) $)) (SIGNATURE partialDenominators ((Stream R) $)) (SIGNATURE partialQuotients ((Stream R) $)) (SIGNATURE wholePart (R $)) (SIGNATURE reducedForm ($ $)) (SIGNATURE approximants ((Stream (Fraction R)) $)) (SIGNATURE convergents ((Stream (Fraction R)) $)) (SIGNATURE numerators ((Stream R) $)) (SIGNATURE denominators ((Stream R) $)) (SIGNATURE extend ($ $ (Integer))) (SIGNATURE complete ($ $)))) $param: (R) debug: evaluateType form: (Algebra R) $param: (R) Debug: evaluateType1 form: (Algebra R) debug: evaluateType1 x: R m: (CommutativeRing) debug: evaluateType form: (Algebra (Fraction R)) $param: (R) Debug: evaluateType1 form: (Algebra (Fraction R)) debug: evaluateType1 x: (Fraction R) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: (R) Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (Fraction R) $param: (R) Debug: evaluateType1 form: (Fraction R) debug: evaluateType1 x: R m: (IntegralDomain) debug: evalCategory d: (Fraction R) c: (CommutativeRing) debug: evaluateType form: (Field) $param: (R) Debug: evaluateType1 form: (Field) debug: evaluateType form: (CATEGORY domain (SIGNATURE continuedFraction ($ (Fraction R))) (SIGNATURE continuedFraction ($ R (Stream R) (Stream R))) (SIGNATURE reducedContinuedFraction ($ R (Stream R))) (SIGNATURE partialNumerators ((Stream R) $)) (SIGNATURE partialDenominators ((Stream R) $)) (SIGNATURE partialQuotients ((Stream R) $)) (SIGNATURE wholePart (R $)) (SIGNATURE reducedForm ($ $)) (SIGNATURE approximants ((Stream (Fraction R)) $)) (SIGNATURE convergents ((Stream (Fraction R)) $)) (SIGNATURE numerators ((Stream R) $)) (SIGNATURE denominators ((Stream R) $)) (SIGNATURE extend ($ $ (Integer))) (SIGNATURE complete ($ $))) $param: (R) debug: evaluateType form: (Fraction R) $param: (R) Debug: evaluateType1 form: (Fraction R) debug: evaluateType1 x: R m: (IntegralDomain) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Stream R) $param: (R) Debug: evaluateType1 form: (Stream R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (Stream R) $param: (R) Debug: evaluateType1 form: (Stream R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Stream R) $param: (R) Debug: evaluateType1 form: (Stream R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (Stream R) $param: (R) Debug: evaluateType1 form: (Stream R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (Stream R) $param: (R) Debug: evaluateType1 form: (Stream R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (Stream R) $param: (R) Debug: evaluateType1 form: (Stream R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Stream (Fraction R)) $param: (R) Debug: evaluateType1 form: (Stream (Fraction R)) debug: evaluateType1 x: (Fraction R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction R) $param: (R) Debug: evaluateType1 form: (Fraction R) debug: evaluateType1 x: R m: (IntegralDomain) debug: evalCategory d: (Fraction R) c: (Type) debug: evaluateType form: (Stream (Fraction R)) $param: (R) Debug: evaluateType1 form: (Stream (Fraction R)) debug: evaluateType1 x: (Fraction R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction R) $param: (R) Debug: evaluateType1 form: (Fraction R) debug: evaluateType1 x: R m: (IntegralDomain) debug: evalCategory d: (Fraction R) c: (Type) debug: evaluateType form: (Stream R) $param: (R) Debug: evaluateType1 form: (Stream R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (Stream R) $param: (R) Debug: evaluateType1 form: (Stream R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((Join (Algebra R) (Algebra (Fraction R)) (Field) (CATEGORY domain (SIGNATURE continuedFraction ($ (Fraction R))) (SIGNATURE continuedFraction ($ R (Stream R) (Stream R))) (SIGNATURE reducedContinuedFraction ($ R (Stream R))) (SIGNATURE partialNumerators ((Stream R) $)) (SIGNATURE partialDenominators ((Stream R) $)) (SIGNATURE partialQuotients ((Stream R) $)) (SIGNATURE wholePart (R $)) (SIGNATURE reducedForm ($ $)) (SIGNATURE approximants ((Stream (Fraction R)) $)) (SIGNATURE convergents ((Stream (Fraction R)) $)) (SIGNATURE numerators ((Stream R) $)) (SIGNATURE denominators ((Stream R) $)) (SIGNATURE extend ($ $ (Integer))) (SIGNATURE complete ($ $)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for ContinuedFraction compiling into /tmp/oa-ePI38b importing Stream Record(num: R,den: R) compiling exported reducedForm : % -> % Time: 0.14 SEC. compiling local eucWhole : Fraction R -> R Time: 0.01 SEC. compiling local eucWhole0 : Fraction R -> R Time: 0.02 SEC. compiling exported = : (%,%) -> Boolean Time: 0.02 SEC. compiling exported continuedFraction : Fraction R -> % Time: 0.01 SEC. compiling exported continuedFraction : (R,Stream R,Stream R) -> % Time: 0.02 SEC. compiling local genFractionA : (Stream R,Stream R) -> Stream Record(num: R,den: R) Time: 0.02 SEC. compiling exported continuedFraction : (R,Stream R,Stream R) -> % Time: 0.01 SEC. compiling local genFractionB : (Stream R,Stream R) -> Stream Record(num: R,den: R) Time: 0.02 SEC. compiling exported reducedContinuedFraction : (R,Stream R) -> % Time: 0.02 SEC. compiling exported coerce : Integer -> % Time: 0.02 SEC. compiling exported coerce : R -> % CONTFRAC;coerce;R$;12 r is replaced by %pair(%pair(r,%pair(%nullStream,%nil)),%true) Time: 0.00 SEC. compiling exported coerce : Fraction R -> % Time: 0.08 SEC. compiling exported characteristic : () -> NonNegativeInteger Time: 0.02 SEC. compiling local genFromSequence : Stream Fraction R -> % Time: 0.04 SEC. compiling local genReducedForm : (Fraction R,Stream Fraction R,MoebiusTransform Fraction R) -> Stream Record(num: R,den: R) Time: 0.06 SEC. compiling exported wholePart : % -> R CONTFRAC;wholePart;$R;17 c is replaced by %head %head c Time: 0 SEC. compiling exported partialNumerators : % -> Stream R Time: 0.02 SEC. compiling exported partialDenominators : % -> Stream R Time: 0.01 SEC. compiling exported partialQuotients : % -> Stream R Time: 0.01 SEC. compiling exported approximants : % -> Stream Fraction R Time: 0.05 SEC. compiling exported convergents : % -> Stream Fraction R Time: 0.04 SEC. compiling exported numerators : % -> Stream R Time: 0.02 SEC. compiling exported denominators : % -> Stream R Time: 0.04 SEC. compiling exported extend : (%,Integer) -> % Time: 0.01 SEC. compiling exported complete : % -> % Time: 0.00 SEC. compiling local iGenApproximants : (R,R,R,R,Stream Record(num: R,den: R)) -> Stream Fraction R Time: 0.16 SEC. compiling local genApproximants : (R,R,R,R,Stream Record(num: R,den: R)) -> Stream Fraction R Time: 0.04 SEC. compiling local iGenConvergents : (R,R,R,R,Stream Record(num: R,den: R)) -> Stream Fraction R Time: 0.12 SEC. compiling local genConvergents : (R,R,R,R,Stream Record(num: R,den: R)) -> Stream Fraction R Time: 0.02 SEC. compiling local genNumDen : (R,R,Stream Record(num: R,den: R)) -> Stream R Time: 0.02 SEC. compiling exported Zero : () -> % Time: 0.01 SEC. compiling exported One : () -> % Time: 0.01 SEC. compiling exported + : (%,%) -> % Time: 0.01 SEC. compiling exported - : (%,%) -> % Time: 0.01 SEC. compiling exported - : % -> % Time: 0.01 SEC. compiling exported * : (%,%) -> % Time: 0.01 SEC. compiling exported * : (R,%) -> % Time: 0.02 SEC. compiling exported * : (Fraction R,%) -> % Time: 0.01 SEC. compiling exported * : (Integer,%) -> % Time: 0.02 SEC. compiling exported / : (%,%) -> % Time: 0.01 SEC. compiling exported recip : % -> Union(%,failed) Time: 0.01 SEC. compiling local showAll? : () -> Boolean Time: 0 SEC. compiling local zagRec : Record(num: R,den: R) -> OutputForm Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Time: 0.07 SEC. (time taken in buildFunctor: 4) Time: 0.04 SEC. Warnings: [1] Type Stream Record(num: R,den: R) is not in scope. Import it [2] Type Boolean is not in scope. Import it [3] =: whole has no value [4] =: den has no value [5] partialQuotients: whole has no value [6] extend: fract has no value [7] complete: fract has no value [8] iGenApproximants: num has no value [9] iGenApproximants: den has no value [10] iGenConvergents: num has no value [11] iGenConvergents: den has no value [12] coerce: l has no value Cumulative Statistics for Constructor ContinuedFraction Time: 1.29 seconds finalizing NRLIB CONTFRAC Processing ContinuedFraction for Browser database: -- continuedFraction : Q -> % -- continuedFraction : (R,Stream R,Stream R) -> % -- reducedContinuedFraction : (R,Stream R) -> % -- partialNumerators : % -> Stream R -- partialDenominators : % -> Stream R -- partialQuotients : % -> Stream R -- wholePart : % -> R -- reducedForm : % -> % -- approximants : % -> Stream Q -- convergents : % -> Stream Q -- numerators : % -> Stream R -- denominators : % -> Stream R -- extend : (%,Integer) -> % -- complete : % -> % -- constructor ; compiling file "/tmp/oa-ePI38b/code.lsp" (written 01 FEB 2016 11:00:35 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CONTFRAC;coerce;R$;12|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CONTFRAC;wholePart;$R;17|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |CONTFRAC;reducedForm;2$;1| ...) ; file: /tmp/oa-ePI38b/code.lsp ; in: DEFUN |CONTFRAC;reducedForm;2$;1| ; (DEFUN BOOT::|CONTFRAC;reducedForm;2$;1| (BOOT::|c| BOOT::$) ; (COND ((CDR BOOT::|c|) BOOT::|c|) ; ((BOOT::SPADCALL (CDR #) (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|CONTFRAC;continuedFraction;F$;5| (BOOT::SPADCALL # #) ; BOOT::$)) ; ((OR (AND # #) (BOOT::|HasAttribute| # 'BOOT::|additiveValuation|)) ; (BOOT::|CONTFRAC;genFromSequence| ; (BOOT::|CONTFRAC;approximants;$S;21| BOOT::|c| BOOT::$) BOOT::$)) ; (T ; (BOOT::|error| ; "Reduced form not defined for this continued fraction.")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CONTFRAC;reducedForm;2$;1| ; (BOOT::|c| BOOT::$) ; (BLOCK BOOT::|CONTFRAC;reducedForm;2$;1| ; (COND ((CDR BOOT::|c|) BOOT::|c|) ; ((BOOT::SPADCALL # #) ; (BOOT::|CONTFRAC;continuedFraction;F$;5| # BOOT::$)) ; ((OR # #) (BOOT::|CONTFRAC;genFromSequence| # BOOT::$)) ; (T ; (BOOT::|error| ; "Reduced form not defined for this continued fraction."))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |CONTFRAC;eucWhole| ...) ; compiling (DEFUN |CONTFRAC;eucWhole0| ...) ; compiling (DEFUN |CONTFRAC;=;2$B;4| ...) ; file: /tmp/oa-ePI38b/code.lsp ; in: DEFUN |CONTFRAC;=;2$B;4| ; (DEFUN BOOT::|CONTFRAC;=;2$B;4| (BOOT::|x| BOOT::|y| BOOT::$) ; (PROG (BOOT::|yl| BOOT::|xl|) ; (RETURN (BOOT::SEQ (SETQ #) (SETQ #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CONTFRAC;=;2$B;4| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|CONTFRAC;=;2$B;4| ; (PROG (BOOT::|yl| BOOT::|xl|) (RETURN (BOOT::SEQ # # #))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; CONS ; ; ; note: Assignment to argument: |y| ; prevents use of assertion from function type proclamation: ; CONS ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |CONTFRAC;continuedFraction;F$;5| ...) ; compiling (DEFUN |CONTFRAC;continuedFraction;R2S$;6| ...) ; compiling (DEFUN |CONTFRAC;genFractionA| ...) ; compiling (DEFUN |CONTFRAC;genFractionA!0| ...) ; compiling (DEFUN |CONTFRAC;continuedFraction;R2S$;8| ...) ; compiling (DEFUN |CONTFRAC;genFractionB| ...) ; compiling (DEFUN |CONTFRAC;genFractionB!0| ...) ; compiling (DEFUN |CONTFRAC;reducedContinuedFraction;RS$;10| ...) ; file: /tmp/oa-ePI38b/code.lsp ; in: DEFUN |CONTFRAC;reducedContinuedFraction;RS$;10| ; (DEFUN BOOT::|CONTFRAC;reducedContinuedFraction;RS$;10| ; (BOOT::|wh| BOOT::|dens| BOOT::$) ; (BOOT::SPADCALL BOOT::|wh| ; (BOOT::SPADCALL (LIST (BOOT::|spadConstant| BOOT::$ 29)) ; (BOOT::|shellEntry| BOOT::$ 47)) ; BOOT::|dens| (BOOT::|shellEntry| BOOT::$ 38))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CONTFRAC;reducedContinuedFraction;RS$;10| ; (BOOT::|wh| BOOT::|dens| BOOT::$) ; (BLOCK BOOT::|CONTFRAC;reducedContinuedFraction;RS$;10| ; (BOOT::SPADCALL BOOT::|wh| ; (BOOT::SPADCALL (LIST #) ; (BOOT::|shellEntry| BOOT::$ 47)) ; BOOT::|dens| (BOOT::|shellEntry| BOOT::$ 38)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |CONTFRAC;coerce;I$;11| ...) ; compiling (DEFUN |CONTFRAC;coerce;R$;12| ...) ; compiling (DEFUN |CONTFRAC;coerce;F$;13| ...) ; compiling (DEFUN |CONTFRAC;characteristic;Nni;14| ...) ; file: /tmp/oa-ePI38b/code.lsp ; in: DEFUN |CONTFRAC;characteristic;Nni;14| ; (DEFUN BOOT::|CONTFRAC;characteristic;Nni;14| (BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 66)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CONTFRAC;characteristic;Nni;14| ; (BOOT::$) ; (BLOCK BOOT::|CONTFRAC;characteristic;Nni;14| ; (BOOT::|spadConstant| BOOT::$ 66))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |CONTFRAC;genFromSequence| ...) ; compiling (DEFUN |CONTFRAC;genReducedForm| ...) ; compiling (DEFUN |CONTFRAC;genReducedForm!0| ...) ; compiling (DEFUN |CONTFRAC;wholePart;$R;17| ...) ; compiling (DEFUN |CONTFRAC;partialNumerators;$S;18| ...) ; compiling (DEFUN |CONTFRAC;partialNumerators;$S;18!0| ...) ; file: /tmp/oa-ePI38b/code.lsp ; in: DEFUN |CONTFRAC;partialNumerators;$S;18!0| ; (DEFUN BOOT::|CONTFRAC;partialNumerators;$S;18!0| (BOOT::|#1| BOOT::$$) ; (CAR BOOT::|#1|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CONTFRAC;partialNumerators;$S;18!0| ; (BOOT::|#1| BOOT::$$) ; (BLOCK BOOT::|CONTFRAC;partialNumerators;$S;18!0| (CAR BOOT::|#1|))) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |CONTFRAC;partialDenominators;$S;19| ...) ; compiling (DEFUN |CONTFRAC;partialDenominators;$S;19!0| ...) ; file: /tmp/oa-ePI38b/code.lsp ; in: DEFUN |CONTFRAC;partialDenominators;$S;19!0| ; (DEFUN BOOT::|CONTFRAC;partialDenominators;$S;19!0| (BOOT::|#1| BOOT::$$) ; (CDR BOOT::|#1|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CONTFRAC;partialDenominators;$S;19!0| ; (BOOT::|#1| BOOT::$$) ; (BLOCK BOOT::|CONTFRAC;partialDenominators;$S;19!0| (CDR BOOT::|#1|))) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |CONTFRAC;partialQuotients;$S;20| ...) ; compiling (DEFUN |CONTFRAC;approximants;$S;21| ...) ; compiling (DEFUN |CONTFRAC;convergents;$S;22| ...) ; compiling (DEFUN |CONTFRAC;numerators;$S;23| ...) ; compiling (DEFUN |CONTFRAC;denominators;$S;24| ...) ; compiling (DEFUN |CONTFRAC;extend;$I$;25| ...) ; compiling (DEFUN |CONTFRAC;complete;2$;26| ...) ; compiling (DEFUN |CONTFRAC;iGenApproximants| ...) ; compiling (DEFUN |CONTFRAC;iGenApproximants!0| ...) ; compiling (DEFUN |CONTFRAC;genApproximants| ...) ; compiling (DEFUN |CONTFRAC;iGenConvergents| ...) ; compiling (DEFUN |CONTFRAC;iGenConvergents!0| ...) ; compiling (DEFUN |CONTFRAC;genConvergents| ...) ; compiling (DEFUN |CONTFRAC;genNumDen| ...) ; compiling (DEFUN |CONTFRAC;genNumDen!0| ...) ; compiling (DEFUN |CONTFRAC;Zero;$;32| ...) ; compiling (DEFUN |CONTFRAC;One;$;33| ...) ; compiling (DEFUN |CONTFRAC;+;3$;34| ...) ; compiling (DEFUN |CONTFRAC;+;3$;34!0| ...) ; compiling (DEFUN |CONTFRAC;-;3$;35| ...) ; compiling (DEFUN |CONTFRAC;-;3$;35!0| ...) ; compiling (DEFUN |CONTFRAC;-;2$;36| ...) ; compiling (DEFUN |CONTFRAC;-;2$;36!0| ...) ; compiling (DEFUN |CONTFRAC;*;3$;37| ...) ; compiling (DEFUN |CONTFRAC;*;3$;37!0| ...) ; compiling (DEFUN |CONTFRAC;*;R2$;38| ...) ; compiling (DEFUN |CONTFRAC;*;R2$;38!0| ...) ; compiling (DEFUN |CONTFRAC;*;F2$;39| ...) ; compiling (DEFUN |CONTFRAC;*;F2$;39!0| ...) ; compiling (DEFUN |CONTFRAC;*;I2$;40| ...) ; compiling (DEFUN |CONTFRAC;*;I2$;40!0| ...) ; compiling (DEFUN |CONTFRAC;/;3$;41| ...) ; compiling (DEFUN |CONTFRAC;/;3$;41!0| ...) ; compiling (DEFUN |CONTFRAC;recip;$U;42| ...) ; compiling (DEFUN |CONTFRAC;recip;$U;42!0| ...) ; compiling (DEFUN |CONTFRAC;showAll?| ...) ; file: /tmp/oa-ePI38b/code.lsp ; in: DEFUN |CONTFRAC;showAll?| ; (DEFUN BOOT::|CONTFRAC;showAll?| (BOOT::$) ; (DECLARE (SPECIAL BOOT::|$streamsShowAll|)) ; (NOT (NULL BOOT::|$streamsShowAll|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CONTFRAC;showAll?| ; (BOOT::$) ; (DECLARE (SPECIAL BOOT::|$streamsShowAll|)) ; (BLOCK BOOT::|CONTFRAC;showAll?| (NOT (NULL BOOT::|$streamsShowAll|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |CONTFRAC;zagRec| ...) ; compiling (DEFUN |CONTFRAC;coerce;$Of;45| ...) ; compiling (DEFUN |ContinuedFraction| ...) ; compiling (DEFUN |ContinuedFraction;| ...) ; compiling (MAKEPROP (QUOTE |ContinuedFraction|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; printed 6 notes ; /tmp/oa-ePI38b/code.fasl written ; compilation finished in 0:00:00.165 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile WP.spad && cp WP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/WP.fasl \ && if test -f WP-.NRLIB/code.fasl; then \ cp WP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/WP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/WP.spad using Spad compiler. WP abbreviates domain WeightedPolynomials debug: compDefine1 lhs: (WeightedPolynomials R VarSet E P vl wl wtlevel) signature (pre-evaluate): ((Join (Ring) (HomotopicTo P) (CATEGORY domain (IF (has R (CommutativeRing)) (ATTRIBUTE (Algebra R)) %noBranch) (IF (has R (Field)) (SIGNATURE / ((Union $ failed) $ $)) %noBranch) (SIGNATURE changeWeightLevel ((Void) (NonNegativeInteger))))) (Ring) (OrderedSet) (OrderedAbelianMonoidSup) (PolynomialCategory R E VarSet) (List VarSet) (List (NonNegativeInteger)) (NonNegativeInteger)) debug: evaluateType form: (Join (Ring) (HomotopicTo P) (CATEGORY domain (IF (has R (CommutativeRing)) (ATTRIBUTE (Algebra R)) %noBranch) (IF (has R (Field)) (SIGNATURE / ((Union $ failed) $ $)) %noBranch) (SIGNATURE changeWeightLevel ((Void) (NonNegativeInteger))))) $param: (R VarSet E P vl wl wtlevel) debug: evaluateType form: (Ring) $param: (R VarSet E P vl wl wtlevel) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (HomotopicTo P) $param: (R VarSet E P vl wl wtlevel) Debug: evaluateType1 form: (HomotopicTo P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (CATEGORY domain (IF (has R (CommutativeRing)) (ATTRIBUTE (Algebra R)) %noBranch) (IF (has R (Field)) (SIGNATURE / ((Union $ failed) $ $)) %noBranch) (SIGNATURE changeWeightLevel ((Void) (NonNegativeInteger)))) $param: (R VarSet E P vl wl wtlevel) debug: evaluateType form: (Void) $param: (R VarSet E P vl wl wtlevel) Debug: evaluateType1 form: (Void) debug: evaluateType form: (NonNegativeInteger) $param: (R VarSet E P vl wl wtlevel) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Ring) $param: (R VarSet E P vl wl wtlevel) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (OrderedSet) $param: (R VarSet E P vl wl wtlevel) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (R VarSet E P vl wl wtlevel) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (PolynomialCategory R E VarSet) $param: (R VarSet E P vl wl wtlevel) Debug: evaluateType1 form: (PolynomialCategory R E VarSet) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: E m: (OrderedAbelianMonoidSup) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evaluateType form: (List VarSet) $param: (R VarSet E P vl wl wtlevel) Debug: evaluateType1 form: (List VarSet) debug: evaluateType1 x: VarSet m: (Type) debug: evaluateType form: (List (NonNegativeInteger)) $param: (R VarSet E P vl wl wtlevel) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R VarSet E P vl wl wtlevel) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (R VarSet E P vl wl wtlevel) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (R VarSet E P vl wl wtlevel) Debug: evaluateType1 form: (NonNegativeInteger) debug: compDefine1 signature (post evaluate): ((Join (Ring) (HomotopicTo P) (CATEGORY domain (IF (has R (CommutativeRing)) (ATTRIBUTE (Algebra R)) %noBranch) (IF (has R (Field)) (SIGNATURE / ((Union $ failed) $ $)) %noBranch) (SIGNATURE changeWeightLevel ((Void) (NonNegativeInteger))))) (Ring) (OrderedSet) (OrderedAbelianMonoidSup) (PolynomialCategory R E VarSet) (List VarSet) (List (NonNegativeInteger)) (NonNegativeInteger)) debug: compDefine1 lhs: (WeightedPolynomials R VarSet E P vl wl wtlevel) signature (pre-evaluate): ((Join (Ring) (HomotopicTo P) (CATEGORY domain (IF (has R (CommutativeRing)) (ATTRIBUTE (Algebra R)) %noBranch) (IF (has R (Field)) (SIGNATURE / ((Union $ failed) $ $)) %noBranch) (SIGNATURE changeWeightLevel ((Void) (NonNegativeInteger))))) NIL NIL NIL NIL NIL NIL NIL) debug: evaluateType form: (Join (Ring) (HomotopicTo P) (CATEGORY domain (IF (has R (CommutativeRing)) (ATTRIBUTE (Algebra R)) %noBranch) (IF (has R (Field)) (SIGNATURE / ((Union $ failed) $ $)) %noBranch) (SIGNATURE changeWeightLevel ((Void) (NonNegativeInteger))))) $param: (R VarSet E P vl wl wtlevel) debug: evaluateType form: (Ring) $param: (R VarSet E P vl wl wtlevel) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (HomotopicTo P) $param: (R VarSet E P vl wl wtlevel) Debug: evaluateType1 form: (HomotopicTo P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (CATEGORY domain (IF (has R (CommutativeRing)) (ATTRIBUTE (Algebra R)) %noBranch) (IF (has R (Field)) (SIGNATURE / ((Union $ failed) $ $)) %noBranch) (SIGNATURE changeWeightLevel ((Void) (NonNegativeInteger)))) $param: (R VarSet E P vl wl wtlevel) debug: evaluateType form: (Void) $param: (R VarSet E P vl wl wtlevel) Debug: evaluateType1 form: (Void) debug: evaluateType form: (NonNegativeInteger) $param: (R VarSet E P vl wl wtlevel) Debug: evaluateType1 form: (NonNegativeInteger) debug: compDefine1 signature (post evaluate): ((Join (Ring) (HomotopicTo P) (CATEGORY domain (IF (has R (CommutativeRing)) (ATTRIBUTE (Algebra R)) %noBranch) (IF (has R (Field)) (SIGNATURE / ((Union $ failed) $ $)) %noBranch) (SIGNATURE changeWeightLevel ((Void) (NonNegativeInteger))))) NIL NIL NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for WeightedPolynomials compiling into /tmp/oa-ttZmIR compiling exported changeWeightLevel : NonNegativeInteger -> Void Time: 0.08 SEC. compiling local lookup : VarSet -> NonNegativeInteger Time: 0.05 SEC. compiling local innercoerce : (P,Integer) -> % Time: 0.05 SEC. compiling exported coerce : P -> % Time: 0 SEC. compiling exported coerce : % -> P Time: 0.02 SEC. compiling exported coerce : % -> OutputForm Time: 0.08 SEC. compiling exported Zero : () -> % Time: 0.00 SEC. compiling exported One : () -> % Time: 0 SEC. compiling exported = : (%,%) -> Boolean Time: 0.01 SEC. compiling exported + : (%,%) -> % Time: 0 SEC. compiling exported - : % -> % Time: 0.01 SEC. compiling exported * : (%,%) -> % Time: 0.01 SEC. (time taken in buildFunctor: 8) Time: 0.03 SEC. Warnings: [1] unknown Functor code: errorincompatible length lists in WeightedPolynomial Cumulative Statistics for Constructor WeightedPolynomials Time: 0.34 seconds finalizing NRLIB WP Processing WeightedPolynomials for Browser database: -- ?/? : (%,%) -> Union(%,"failed") -- changeWeightLevel : NonNegativeInteger -> Void -- constructor ; compiling file "/tmp/oa-ttZmIR/code.lsp" (written 01 FEB 2016 11:00:36 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |WP;changeWeightLevel;NniV;1| ...) ; compiling (DEFUN |WP;lookup| ...) ; compiling (DEFUN |WP;innercoerce| ...) ; compiling (DEFUN |WP;coerce;P$;4| ...) ; compiling (DEFUN |WP;coerce;$P;5| ...) ; compiling (DEFUN |WP;coerce;$Of;6| ...) ; compiling (DEFUN |WP;Zero;$;7| ...) ; compiling (DEFUN |WP;One;$;8| ...) ; compiling (DEFUN |WP;=;2$B;9| ...) ; file: /tmp/oa-ttZmIR/code.lsp ; in: DEFUN |WP;=;2$B;9| ; (DEFUN BOOT::|WP;=;2$B;9| (BOOT::|x1| BOOT::|x2| BOOT::$) ; (PROGN ; (LOOP (COND (# #) (T #))) ; (LOOP (COND (# #) (T #))) ; (BOOT::SPADCALL BOOT::|x1| BOOT::|x2| (BOOT::|shellEntry| BOOT::$ 87)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|WP;=;2$B;9| ; (BOOT::|x1| BOOT::|x2| BOOT::$) ; (BLOCK BOOT::|WP;=;2$B;9| ; (PROGN ; (LOOP (COND # #)) ; (LOOP (COND # #)) ; (BOOT::SPADCALL BOOT::|x1| BOOT::|x2| ; (BOOT::|shellEntry| BOOT::$ 87))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |WP;+;3$;10| ...) ; compiling (DEFUN |WP;-;2$;11| ...) ; compiling (DEFUN |WP;*;3$;12| ...) ; compiling (DEFUN |WeightedPolynomials| ...) ; compiling (DEFUN |WeightedPolynomials;| ...) ; compiling (MAKEPROP (QUOTE |WeightedPolynomials|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-ttZmIR/code.fasl written ; compilation finished in 0:00:00.081 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PERM.spad && cp PERM.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PERM.fasl \ && if test -f PERM-.NRLIB/code.fasl; then \ cp PERM-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PERM-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PERM.spad using Spad compiler. PERM abbreviates domain Permutation debug: compDefine1 lhs: (Permutation S) signature (pre-evaluate): ((Join (PermutationCategory S) (CATEGORY domain (SIGNATURE listRepresentation ((Record (: preimage (List S)) (: image (List S))) $)) (SIGNATURE coercePreimagesImages ($ (List (List S)))) (SIGNATURE coerce ($ (List (List S)))) (SIGNATURE coerce ($ (List S))) (SIGNATURE coerceListOfPairs ($ (List (List S)))) (SIGNATURE degree ((NonNegativeInteger) $)) (SIGNATURE cyclePartition ((Partition) $)) (SIGNATURE order ((NonNegativeInteger) $)) (SIGNATURE numberOfCycles ((NonNegativeInteger) $)) (SIGNATURE sign ((Integer) $)) (SIGNATURE even? ((Boolean) $)) (SIGNATURE odd? ((Boolean) $)) (SIGNATURE sort ((List $) (List $))) (IF (has S (Finite)) (SIGNATURE fixedPoints ((Set S) $)) %noBranch) (IF (has S (IntegerNumberSystem)) (SIGNATURE coerceImages ($ (List S))) (IF (has S (Finite)) (SIGNATURE coerceImages ($ (List S))) %noBranch)))) (SetCategory)) debug: evaluateType form: (Join (PermutationCategory S) (CATEGORY domain (SIGNATURE listRepresentation ((Record (: preimage (List S)) (: image (List S))) $)) (SIGNATURE coercePreimagesImages ($ (List (List S)))) (SIGNATURE coerce ($ (List (List S)))) (SIGNATURE coerce ($ (List S))) (SIGNATURE coerceListOfPairs ($ (List (List S)))) (SIGNATURE degree ((NonNegativeInteger) $)) (SIGNATURE cyclePartition ((Partition) $)) (SIGNATURE order ((NonNegativeInteger) $)) (SIGNATURE numberOfCycles ((NonNegativeInteger) $)) (SIGNATURE sign ((Integer) $)) (SIGNATURE even? ((Boolean) $)) (SIGNATURE odd? ((Boolean) $)) (SIGNATURE sort ((List $) (List $))) (IF (has S (Finite)) (SIGNATURE fixedPoints ((Set S) $)) %noBranch) (IF (has S (IntegerNumberSystem)) (SIGNATURE coerceImages ($ (List S))) (IF (has S (Finite)) (SIGNATURE coerceImages ($ (List S))) %noBranch)))) $param: (S) debug: evaluateType form: (PermutationCategory S) $param: (S) Debug: evaluateType1 form: (PermutationCategory S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE listRepresentation ((Record (: preimage (List S)) (: image (List S))) $)) (SIGNATURE coercePreimagesImages ($ (List (List S)))) (SIGNATURE coerce ($ (List (List S)))) (SIGNATURE coerce ($ (List S))) (SIGNATURE coerceListOfPairs ($ (List (List S)))) (SIGNATURE degree ((NonNegativeInteger) $)) (SIGNATURE cyclePartition ((Partition) $)) (SIGNATURE order ((NonNegativeInteger) $)) (SIGNATURE numberOfCycles ((NonNegativeInteger) $)) (SIGNATURE sign ((Integer) $)) (SIGNATURE even? ((Boolean) $)) (SIGNATURE odd? ((Boolean) $)) (SIGNATURE sort ((List $) (List $))) (IF (has S (Finite)) (SIGNATURE fixedPoints ((Set S) $)) %noBranch) (IF (has S (IntegerNumberSystem)) (SIGNATURE coerceImages ($ (List S))) (IF (has S (Finite)) (SIGNATURE coerceImages ($ (List S))) %noBranch))) $param: (S) debug: evaluateType form: (Record (: preimage (List S)) (: image (List S))) $param: (S) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (S) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Partition) $param: (S) Debug: evaluateType1 form: (Partition) debug: evaluateType form: (NonNegativeInteger) $param: (S) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (S) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List $) $param: (S) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List $) $param: (S) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Join (PermutationCategory S) (CATEGORY domain (SIGNATURE listRepresentation ((Record (: preimage (List S)) (: image (List S))) $)) (SIGNATURE coercePreimagesImages ($ (List (List S)))) (SIGNATURE coerce ($ (List (List S)))) (SIGNATURE coerce ($ (List S))) (SIGNATURE coerceListOfPairs ($ (List (List S)))) (SIGNATURE degree ((NonNegativeInteger) $)) (SIGNATURE cyclePartition ((Partition) $)) (SIGNATURE order ((NonNegativeInteger) $)) (SIGNATURE numberOfCycles ((NonNegativeInteger) $)) (SIGNATURE sign ((Integer) $)) (SIGNATURE even? ((Boolean) $)) (SIGNATURE odd? ((Boolean) $)) (SIGNATURE sort ((List $) (List $))) (IF (has S (Finite)) (SIGNATURE fixedPoints ((Set S) $)) %noBranch) (IF (has S (IntegerNumberSystem)) (SIGNATURE coerceImages ($ (List S))) (IF (has S (Finite)) (SIGNATURE coerceImages ($ (List S))) %noBranch)))) (SetCategory)) debug: compDefine1 lhs: (Permutation S) signature (pre-evaluate): ((Join (PermutationCategory S) (CATEGORY domain (SIGNATURE listRepresentation ((Record (: preimage (List S)) (: image (List S))) $)) (SIGNATURE coercePreimagesImages ($ (List (List S)))) (SIGNATURE coerce ($ (List (List S)))) (SIGNATURE coerce ($ (List S))) (SIGNATURE coerceListOfPairs ($ (List (List S)))) (SIGNATURE degree ((NonNegativeInteger) $)) (SIGNATURE cyclePartition ((Partition) $)) (SIGNATURE order ((NonNegativeInteger) $)) (SIGNATURE numberOfCycles ((NonNegativeInteger) $)) (SIGNATURE sign ((Integer) $)) (SIGNATURE even? ((Boolean) $)) (SIGNATURE odd? ((Boolean) $)) (SIGNATURE sort ((List $) (List $))) (IF (has S (Finite)) (SIGNATURE fixedPoints ((Set S) $)) %noBranch) (IF (has S (IntegerNumberSystem)) (SIGNATURE coerceImages ($ (List S))) (IF (has S (Finite)) (SIGNATURE coerceImages ($ (List S))) %noBranch)))) NIL) debug: evaluateType form: (Join (PermutationCategory S) (CATEGORY domain (SIGNATURE listRepresentation ((Record (: preimage (List S)) (: image (List S))) $)) (SIGNATURE coercePreimagesImages ($ (List (List S)))) (SIGNATURE coerce ($ (List (List S)))) (SIGNATURE coerce ($ (List S))) (SIGNATURE coerceListOfPairs ($ (List (List S)))) (SIGNATURE degree ((NonNegativeInteger) $)) (SIGNATURE cyclePartition ((Partition) $)) (SIGNATURE order ((NonNegativeInteger) $)) (SIGNATURE numberOfCycles ((NonNegativeInteger) $)) (SIGNATURE sign ((Integer) $)) (SIGNATURE even? ((Boolean) $)) (SIGNATURE odd? ((Boolean) $)) (SIGNATURE sort ((List $) (List $))) (IF (has S (Finite)) (SIGNATURE fixedPoints ((Set S) $)) %noBranch) (IF (has S (IntegerNumberSystem)) (SIGNATURE coerceImages ($ (List S))) (IF (has S (Finite)) (SIGNATURE coerceImages ($ (List S))) %noBranch)))) $param: (S) debug: evaluateType form: (PermutationCategory S) $param: (S) Debug: evaluateType1 form: (PermutationCategory S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE listRepresentation ((Record (: preimage (List S)) (: image (List S))) $)) (SIGNATURE coercePreimagesImages ($ (List (List S)))) (SIGNATURE coerce ($ (List (List S)))) (SIGNATURE coerce ($ (List S))) (SIGNATURE coerceListOfPairs ($ (List (List S)))) (SIGNATURE degree ((NonNegativeInteger) $)) (SIGNATURE cyclePartition ((Partition) $)) (SIGNATURE order ((NonNegativeInteger) $)) (SIGNATURE numberOfCycles ((NonNegativeInteger) $)) (SIGNATURE sign ((Integer) $)) (SIGNATURE even? ((Boolean) $)) (SIGNATURE odd? ((Boolean) $)) (SIGNATURE sort ((List $) (List $))) (IF (has S (Finite)) (SIGNATURE fixedPoints ((Set S) $)) %noBranch) (IF (has S (IntegerNumberSystem)) (SIGNATURE coerceImages ($ (List S))) (IF (has S (Finite)) (SIGNATURE coerceImages ($ (List S))) %noBranch))) $param: (S) debug: evaluateType form: (Record (: preimage (List S)) (: image (List S))) $param: (S) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (S) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Partition) $param: (S) Debug: evaluateType1 form: (Partition) debug: evaluateType form: (NonNegativeInteger) $param: (S) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (S) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List $) $param: (S) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List $) $param: (S) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: compDefine1 signature (post evaluate): ((Join (PermutationCategory S) (CATEGORY domain (SIGNATURE listRepresentation ((Record (: preimage (List S)) (: image (List S))) $)) (SIGNATURE coercePreimagesImages ($ (List (List S)))) (SIGNATURE coerce ($ (List (List S)))) (SIGNATURE coerce ($ (List S))) (SIGNATURE coerceListOfPairs ($ (List (List S)))) (SIGNATURE degree ((NonNegativeInteger) $)) (SIGNATURE cyclePartition ((Partition) $)) (SIGNATURE order ((NonNegativeInteger) $)) (SIGNATURE numberOfCycles ((NonNegativeInteger) $)) (SIGNATURE sign ((Integer) $)) (SIGNATURE even? ((Boolean) $)) (SIGNATURE odd? ((Boolean) $)) (SIGNATURE sort ((List $) (List $))) (IF (has S (Finite)) (SIGNATURE fixedPoints ((Set S) $)) %noBranch) (IF (has S (IntegerNumberSystem)) (SIGNATURE coerceImages ($ (List S))) (IF (has S (Finite)) (SIGNATURE coerceImages ($ (List S))) %noBranch)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for Permutation compiling into /tmp/oa-y27cSy importing OutputForm importing Vector List S compiling local smaller? : (S,S) -> Boolean Time: 0.04 SEC. compiling local rotateCycle : List S -> List S Time: 0.11 SEC. compiling local coerceCycle : List List S -> % Time: 0.02 SEC. compiling local smallerCycle? : (List S,List S) -> Boolean Time: 0.03 SEC. compiling local shorterCycle? : (List S,List S) -> Boolean PERM;shorterCycle?(cyca,cycb) is replaced by %ilt(%llength cyca,%llength cycb) Time: 0.00 SEC. compiling local permord : (Record(cycl: List List S,permut: %),Record(cycl: List List S,permut: %)) -> Boolean Time: 0.03 SEC. compiling local coerceToCycle : (%,Boolean) -> List List S Time: 0.07 SEC. compiling local duplicates? : List S -> Boolean Time: 0.01 SEC. compiling exported listRepresentation : % -> Record(preimage: List S,image: List S) Time: 0.02 SEC. compiling exported coercePreimagesImages : List List S -> % Time: 0.02 SEC. compiling exported support : % -> Set S Time: 0.02 SEC. compiling exported degree : % -> NonNegativeInteger Time: 0.02 SEC. compiling exported = : (%,%) -> Boolean Time: 0.30 SEC. compiling exported orbit : (%,S) -> Set S Time: 0.01 SEC. compiling exported cyclePartition : % -> Partition Time: 0.02 SEC. compiling exported order : % -> NonNegativeInteger Time: 0.04 SEC. compiling exported sign : % -> Integer Time: 0 SEC. compiling exported even? : % -> Boolean Time: 0.14 SEC. compiling exported odd? : % -> Boolean Time: 0.11 SEC. compiling exported < : (%,%) -> Boolean Time: 0.02 SEC. compiling exported coerce : List List S -> % Time: 0 SEC. compiling exported coerce : List S -> % Time: 0 SEC. compiling exported sort : List % -> List % Time: 0.03 SEC. compiling exported coerce : % -> OutputForm Time: 0.08 SEC. compiling exported cycles : List List S -> % Time: 0 SEC. compiling exported cycle : List S -> % Time: 0.01 SEC. compiling exported coerceListOfPairs : List List S -> % Time: 0.06 SEC. compiling exported * : (%,%) -> % Time: 0.22 SEC. compiling exported One : () -> % Time: 0.00 SEC. compiling exported inv : % -> % Time: 0.01 SEC. compiling exported elt : (%,S) -> S Time: 0.02 SEC. compiling exported numberOfCycles : % -> NonNegativeInteger Time: 0.01 SEC. compiling exported coerceImages : List S -> % Time: 0.02 SEC. compiling exported coerceImages : List S -> % Time: 0.01 SEC. compiling exported fixedPoints : % -> Set S Time: 0 SEC. compiling exported cyclePartition : % -> Partition Time: 0.03 SEC. (time taken in buildFunctor: 8) Time: 0.03 SEC. Warnings: [1] coerceToCycle: nextCycle has no value [2] sort: permut has no value Cumulative Statistics for Constructor Permutation Time: 1.56 seconds finalizing NRLIB PERM Processing Permutation for Browser database: -- listRepresentation : % -> RECPRIM -- coercePreimagesImages : List List S -> % -- coerce : List List S -> % -- coerce : List S -> % -- coerceListOfPairs : List List S -> % -- degree : % -> NonNegativeInteger -- cyclePartition : % -> Partition -- order : % -> NonNegativeInteger -- numberOfCycles : % -> NonNegativeInteger -- sign : % -> Integer -- even? : % -> Boolean -- odd? : % -> Boolean -- sort : L % -> L % -- fixedPoints : % -> Set S -- coerceImages : L S -> % -- constructor ; compiling file "/tmp/oa-y27cSy/code.lsp" (written 01 FEB 2016 11:00:38 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PERM;shorterCycle?|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PERM;smaller?| ...) ; file: /tmp/oa-y27cSy/code.lsp ; in: DEFUN |PERM;smaller?| ; (DEFUN BOOT::|PERM;smaller?| (BOOT::|a| BOOT::|b| BOOT::$) ; (COND ; ((BOOT::|HasCategory| (BOOT::|shellEntry| BOOT::$ 6) ; '(BOOT::|OrderedSet|)) ; (BOOT::SPADCALL BOOT::|a| BOOT::|b| (BOOT::|shellEntry| BOOT::$ 9))) ; ((BOOT::|HasCategory| (BOOT::|shellEntry| BOOT::$ 6) '(BOOT::|Finite|)) ; (< (BOOT::SPADCALL BOOT::|a| #) (BOOT::SPADCALL BOOT::|b| #))) ; (T NIL))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PERM;smaller?| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|PERM;smaller?| ; (COND ; ((BOOT::|HasCategory| # '#) (BOOT::SPADCALL BOOT::|a| BOOT::|b| #)) ; ((BOOT::|HasCategory| # '#) (< # #)) (T NIL)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |PERM;rotateCycle| ...) ; file: /tmp/oa-y27cSy/code.lsp ; in: DEFUN |PERM;rotateCycle| ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; (DEFUN BOOT::|PERM;rotateCycle| (BOOT::|cyc| BOOT::$) ; (LET ((BOOT::|min| (BOOT::|SPADfirst| BOOT::|cyc|)) (BOOT::|minpos| 1)) ; (BOOT::SEQ ; (LET (# #) ; (LOOP # ; #)) ; (BOOT::EXIT (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PERM;rotateCycle| ; (BOOT::|cyc| BOOT::$) ; (BLOCK BOOT::|PERM;rotateCycle| ; (LET ((BOOT::|min| #) (BOOT::|minpos| 1)) ; (BOOT::SEQ ; (LET # ; #) ; (BOOT::EXIT #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PERM;coerceCycle| ...) ; compiling (DEFUN |PERM;smallerCycle?| ...) ; compiling (DEFUN |PERM;shorterCycle?| ...) ; compiling (DEFUN |PERM;permord| ...) ; compiling (DEFUN |PERM;coerceToCycle| ...) ; file: /tmp/oa-y27cSy/code.lsp ; in: DEFUN |PERM;coerceToCycle| ; (DEFUN BOOT::|PERM;coerceToCycle| (BOOT::|p| BOOT::|doSorting?| BOOT::$) ; (PROG (BOOT::|i| BOOT::|nextEltInCycle| BOOT::|nextCycle| ; BOOT::|firstEltInCycle|) ; (RETURN ; (LET (# # #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PERM;coerceToCycle| ; (BOOT::|p| BOOT::|doSorting?| BOOT::$) ; (BLOCK BOOT::|PERM;coerceToCycle| ; (PROG (BOOT::|i| BOOT::|nextEltInCycle| BOOT::|nextCycle| ; BOOT::|firstEltInCycle|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; compiling (DEFUN |PERM;duplicates?| ...) ; compiling (DEFUN |PERM;listRepresentation;$R;9| ...) ; compiling (DEFUN |PERM;coercePreimagesImages;L$;10| ...) ; compiling (DEFUN |PERM;support;$S;11| ...) ; compiling (DEFUN |PERM;degree;$Nni;12| ...) ; file: /tmp/oa-y27cSy/code.lsp ; in: DEFUN |PERM;degree;$Nni;12| ; (DEFUN BOOT::|PERM;degree;$Nni;12| (BOOT::|p| BOOT::$) ; (BOOT::SPADCALL (BOOT::|PERM;support;$S;11| BOOT::|p| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 62))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PERM;degree;$Nni;12| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|PERM;degree;$Nni;12| ; (BOOT::SPADCALL (BOOT::|PERM;support;$S;11| BOOT::|p| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 62)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |PERM;=;2$B;13| ...) ; compiling (DEFUN |PERM;orbit;$SS;14| ...) ; compiling (DEFUN |PERM;cyclePartition;$P;15| ...) ; compiling (DEFUN |PERM;order;$Nni;16| ...) ; file: /tmp/oa-y27cSy/code.lsp ; in: DEFUN |PERM;order;$Nni;16| ; (DEFUN BOOT::|PERM;order;$Nni;16| (BOOT::|p| BOOT::$) ; (LET ((BOOT::|ord| (BOOT::SPADCALL # #))) ; (COND ((NOT #) BOOT::|ord|) (T (BOOT::|moanRetract| BOOT::|ord| '#))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PERM;order;$Nni;16| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|PERM;order;$Nni;16| ; (LET ((BOOT::|ord| #)) ; (COND (# BOOT::|ord|) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |PERM;sign;$I;17| ...) ; compiling (DEFUN |PERM;even?;$B;18| ...) ; compiling (DEFUN |PERM;odd?;$B;19| ...) ; compiling (DEFUN |PERM;<;2$B;20| ...) ; compiling (DEFUN |PERM;coerce;L$;21| ...) ; compiling (DEFUN |PERM;coerce;L$;22| ...) ; compiling (DEFUN |PERM;sort;2L;23| ...) ; file: /tmp/oa-y27cSy/code.lsp ; in: DEFUN |PERM;sort;2L;23| ; (DEFUN BOOT::|PERM;sort;2L;23| (BOOT::|inList| BOOT::$) ; (PROG (BOOT::|outList|) (RETURN (COND (# BOOT::|inList|) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PERM;sort;2L;23| ; (BOOT::|inList| BOOT::$) ; (BLOCK BOOT::|PERM;sort;2L;23| ; (PROG (BOOT::|outList|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PERM;coerce;$Of;24| ...) ; compiling (DEFUN |PERM;cycles;L$;25| ...) ; compiling (DEFUN |PERM;cycle;L$;26| ...) ; file: /tmp/oa-y27cSy/code.lsp ; in: DEFUN |PERM;cycle;L$;26| ; (DEFUN BOOT::|PERM;cycle;L$;26| (BOOT::|ls| BOOT::$) ; (COND ((< (LIST-LENGTH BOOT::|ls|) 2) (BOOT::|spadConstant| BOOT::$ 24)) ; ((BOOT::|PERM;duplicates?| BOOT::|ls| BOOT::$) ; (BOOT::|error| "cycle: the input contains duplicates")) ; (T ; (MAKE-ARRAY 2 :ELEMENT-TYPE ; '(|AxiomCore|:|%List| |AxiomCore|:|%Thing|) ; :INITIAL-CONTENTS (LIST BOOT::|ls| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PERM;cycle;L$;26| ; (BOOT::|ls| BOOT::$) ; (BLOCK BOOT::|PERM;cycle;L$;26| ; (COND ((< # 2) (BOOT::|spadConstant| BOOT::$ 24)) ; ((BOOT::|PERM;duplicates?| BOOT::|ls| BOOT::$) ; (BOOT::|error| "cycle: the input contains duplicates")) ; (T (MAKE-ARRAY 2 :ELEMENT-TYPE '# :INITIAL-CONTENTS #))))) ; ; note: type assertion too complex to check: ; (VALUES (VECTOR LIST) &REST T). ; compiling (DEFUN |PERM;coerceListOfPairs;L$;27| ...) ; file: /tmp/oa-y27cSy/code.lsp ; in: DEFUN |PERM;coerceListOfPairs;L$;27| ; (DEFUN BOOT::|PERM;coerceListOfPairs;L$;27| (BOOT::|loP| BOOT::$) ; (LET ((BOOT::|preim| NIL) (BOOT::|im| NIL)) ; (BOOT::SEQ ; (LET (#) ; (LOOP # ; #)) ; (COND (# #)) (COND (# #)) (COND (# #)) ; (BOOT::EXIT (MAKE-ARRAY 2 :ELEMENT-TYPE '# :INITIAL-CONTENTS #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PERM;coerceListOfPairs;L$;27| ; (BOOT::|loP| BOOT::$) ; (BLOCK BOOT::|PERM;coerceListOfPairs;L$;27| ; (LET ((BOOT::|preim| NIL) (BOOT::|im| NIL)) ; (BOOT::SEQ ; (LET # ; #) ; (COND #) (COND #) (COND #) (BOOT::EXIT #))))) ; ; note: type assertion too complex to check: ; (VALUES (VECTOR LIST) &REST T). ; compiling (DEFUN |PERM;*;3$;28| ...) ; compiling (DEFUN |PERM;One;$;29| ...) ; file: /tmp/oa-y27cSy/code.lsp ; in: DEFUN |PERM;One;$;29| ; (DEFUN BOOT::|PERM;One;$;29| (BOOT::$) ; (BOOT::SPADCALL 2 NIL (BOOT::|shellEntry| BOOT::$ 130))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PERM;One;$;29| ; (BOOT::$) ; (BLOCK BOOT::|PERM;One;$;29| ; (BOOT::SPADCALL 2 NIL (BOOT::|shellEntry| BOOT::$ 130)))) ; ; note: type assertion too complex to check: ; (VALUES (VECTOR LIST) &REST T). ; compiling (DEFUN |PERM;inv;2$;30| ...) ; compiling (DEFUN |PERM;elt;$2S;31| ...) ; compiling (DEFUN |PERM;numberOfCycles;$Nni;32| ...) ; compiling (DEFUN |PERM;coerceImages;L$;33| ...) ; compiling (DEFUN |PERM;coerceImages;L$;34| ...) ; compiling (DEFUN |PERM;fixedPoints;$S;35| ...) ; compiling (DEFUN |PERM;cyclePartition;$P;36| ...) ; compiling (DEFUN |Permutation| ...) ; compiling (DEFUN |Permutation;| ...) ; compiling (MAKEPROP (QUOTE |Permutation|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 10 notes ; /tmp/oa-y27cSy/code.fasl written ; compilation finished in 0:00:00.161 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PERMGRP.spad && cp PERMGRP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PERMGRP.fasl \ && if test -f PERMGRP-.NRLIB/code.fasl; then \ cp PERMGRP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PERMGRP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PERMGRP.spad using Spad compiler. PERMGRP abbreviates domain PermutationGroup debug: compDefine1 lhs: (PermutationGroup S) signature (pre-evaluate): ((Join (SetCategory) (HomotopicTo (List (Permutation S))) (CATEGORY domain (SIGNATURE generators ((List (Permutation S)) $)) (SIGNATURE elt ((Permutation S) $ (NonNegativeInteger))) (SIGNATURE random ((Permutation S) $ (Integer))) (SIGNATURE random ((Permutation S) $)) (SIGNATURE order ((NonNegativeInteger) $)) (SIGNATURE degree ((NonNegativeInteger) $)) (SIGNATURE base ((List S) $)) (SIGNATURE strongGenerators ((List (Permutation S)) $)) (SIGNATURE wordsForStrongGenerators ((List (List (NonNegativeInteger))) $)) (SIGNATURE permutationGroup ($ (List (Permutation S)))) (SIGNATURE orbit ((Set S) $ S)) (SIGNATURE orbits ((Set (Set S)) $)) (SIGNATURE orbit ((Set (Set S)) $ (Set S))) (SIGNATURE orbit ((Set (List S)) $ (List S))) (SIGNATURE member? ((Boolean) (Permutation S) $)) (SIGNATURE wordInStrongGenerators ((List (NonNegativeInteger)) (Permutation S) $)) (SIGNATURE wordInGenerators ((List (NonNegativeInteger)) (Permutation S) $)) (SIGNATURE support ((Set S) $)) (SIGNATURE < ((Boolean) $ $)) (SIGNATURE <= ((Boolean) $ $)) (SIGNATURE initializeGroupForWordProblem ((Void) $)) (SIGNATURE initializeGroupForWordProblem ((Void) $ (Integer) (Integer))))) (SetCategory)) debug: evaluateType form: (Join (SetCategory) (HomotopicTo (List (Permutation S))) (CATEGORY domain (SIGNATURE generators ((List (Permutation S)) $)) (SIGNATURE elt ((Permutation S) $ (NonNegativeInteger))) (SIGNATURE random ((Permutation S) $ (Integer))) (SIGNATURE random ((Permutation S) $)) (SIGNATURE order ((NonNegativeInteger) $)) (SIGNATURE degree ((NonNegativeInteger) $)) (SIGNATURE base ((List S) $)) (SIGNATURE strongGenerators ((List (Permutation S)) $)) (SIGNATURE wordsForStrongGenerators ((List (List (NonNegativeInteger))) $)) (SIGNATURE permutationGroup ($ (List (Permutation S)))) (SIGNATURE orbit ((Set S) $ S)) (SIGNATURE orbits ((Set (Set S)) $)) (SIGNATURE orbit ((Set (Set S)) $ (Set S))) (SIGNATURE orbit ((Set (List S)) $ (List S))) (SIGNATURE member? ((Boolean) (Permutation S) $)) (SIGNATURE wordInStrongGenerators ((List (NonNegativeInteger)) (Permutation S) $)) (SIGNATURE wordInGenerators ((List (NonNegativeInteger)) (Permutation S) $)) (SIGNATURE support ((Set S) $)) (SIGNATURE < ((Boolean) $ $)) (SIGNATURE <= ((Boolean) $ $)) (SIGNATURE initializeGroupForWordProblem ((Void) $)) (SIGNATURE initializeGroupForWordProblem ((Void) $ (Integer) (Integer))))) $param: (S) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (HomotopicTo (List (Permutation S))) $param: (S) Debug: evaluateType1 form: (HomotopicTo (List (Permutation S))) debug: evaluateType1 x: (List (Permutation S)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Permutation S)) $param: (S) Debug: evaluateType1 form: (List (Permutation S)) debug: evaluateType1 x: (Permutation S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Permutation S) $param: (S) Debug: evaluateType1 form: (Permutation S) debug: evaluateType1 x: S m: (SetCategory) debug: evalCategory d: (Permutation S) c: (Type) debug: evalCategory d: (List (Permutation S)) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE generators ((List (Permutation S)) $)) (SIGNATURE elt ((Permutation S) $ (NonNegativeInteger))) (SIGNATURE random ((Permutation S) $ (Integer))) (SIGNATURE random ((Permutation S) $)) (SIGNATURE order ((NonNegativeInteger) $)) (SIGNATURE degree ((NonNegativeInteger) $)) (SIGNATURE base ((List S) $)) (SIGNATURE strongGenerators ((List (Permutation S)) $)) (SIGNATURE wordsForStrongGenerators ((List (List (NonNegativeInteger))) $)) (SIGNATURE permutationGroup ($ (List (Permutation S)))) (SIGNATURE orbit ((Set S) $ S)) (SIGNATURE orbits ((Set (Set S)) $)) (SIGNATURE orbit ((Set (Set S)) $ (Set S))) (SIGNATURE orbit ((Set (List S)) $ (List S))) (SIGNATURE member? ((Boolean) (Permutation S) $)) (SIGNATURE wordInStrongGenerators ((List (NonNegativeInteger)) (Permutation S) $)) (SIGNATURE wordInGenerators ((List (NonNegativeInteger)) (Permutation S) $)) (SIGNATURE support ((Set S) $)) (SIGNATURE < ((Boolean) $ $)) (SIGNATURE <= ((Boolean) $ $)) (SIGNATURE initializeGroupForWordProblem ((Void) $)) (SIGNATURE initializeGroupForWordProblem ((Void) $ (Integer) (Integer)))) $param: (S) debug: evaluateType form: (List (Permutation S)) $param: (S) Debug: evaluateType1 form: (List (Permutation S)) debug: evaluateType1 x: (Permutation S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Permutation S) $param: (S) Debug: evaluateType1 form: (Permutation S) debug: evaluateType1 x: S m: (SetCategory) debug: evalCategory d: (Permutation S) c: (Type) debug: evaluateType form: (Permutation S) $param: (S) Debug: evaluateType1 form: (Permutation S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (NonNegativeInteger) $param: (S) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Permutation S) $param: (S) Debug: evaluateType1 form: (Permutation S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Permutation S) $param: (S) Debug: evaluateType1 form: (Permutation S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (NonNegativeInteger) $param: (S) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (S) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (List (Permutation S)) $param: (S) Debug: evaluateType1 form: (List (Permutation S)) debug: evaluateType1 x: (Permutation S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Permutation S) $param: (S) Debug: evaluateType1 form: (Permutation S) debug: evaluateType1 x: S m: (SetCategory) debug: evalCategory d: (Permutation S) c: (Type) debug: evaluateType form: (List (List (NonNegativeInteger))) $param: (S) Debug: evaluateType1 form: (List (List (NonNegativeInteger))) debug: evaluateType1 x: (List (NonNegativeInteger)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (NonNegativeInteger)) $param: (S) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (S) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evalCategory d: (List (NonNegativeInteger)) c: (Type) debug: evaluateType form: (List (Permutation S)) $param: (S) Debug: evaluateType1 form: (List (Permutation S)) debug: evaluateType1 x: (Permutation S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Permutation S) $param: (S) Debug: evaluateType1 form: (Permutation S) debug: evaluateType1 x: S m: (SetCategory) debug: evalCategory d: (Permutation S) c: (Type) debug: evaluateType form: (Set S) $param: (S) Debug: evaluateType1 form: (Set S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Set (Set S)) $param: (S) Debug: evaluateType1 form: (Set (Set S)) debug: evaluateType1 x: (Set S) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Set S) $param: (S) Debug: evaluateType1 form: (Set S) debug: evaluateType1 x: S m: (SetCategory) debug: evalCategory d: (Set S) c: (SetCategory) debug: evaluateType form: (Set (Set S)) $param: (S) Debug: evaluateType1 form: (Set (Set S)) debug: evaluateType1 x: (Set S) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Set S) $param: (S) Debug: evaluateType1 form: (Set S) debug: evaluateType1 x: S m: (SetCategory) debug: evalCategory d: (Set S) c: (SetCategory) debug: evaluateType form: (Set S) $param: (S) Debug: evaluateType1 form: (Set S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (Set (List S)) $param: (S) Debug: evaluateType1 form: (Set (List S)) debug: evaluateType1 x: (List S) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (SetCategory) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Permutation S) $param: (S) Debug: evaluateType1 form: (Permutation S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (List (NonNegativeInteger)) $param: (S) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (S) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (Permutation S) $param: (S) Debug: evaluateType1 form: (Permutation S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (List (NonNegativeInteger)) $param: (S) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (S) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (Permutation S) $param: (S) Debug: evaluateType1 form: (Permutation S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (Set S) $param: (S) Debug: evaluateType1 form: (Set S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Void) $param: (S) Debug: evaluateType1 form: (Void) debug: evaluateType form: (Void) $param: (S) Debug: evaluateType1 form: (Void) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (HomotopicTo (List (Permutation S))) (CATEGORY domain (SIGNATURE generators ((List (Permutation S)) $)) (SIGNATURE elt ((Permutation S) $ (NonNegativeInteger))) (SIGNATURE random ((Permutation S) $ (Integer))) (SIGNATURE random ((Permutation S) $)) (SIGNATURE order ((NonNegativeInteger) $)) (SIGNATURE degree ((NonNegativeInteger) $)) (SIGNATURE base ((List S) $)) (SIGNATURE strongGenerators ((List (Permutation S)) $)) (SIGNATURE wordsForStrongGenerators ((List (List (NonNegativeInteger))) $)) (SIGNATURE permutationGroup ($ (List (Permutation S)))) (SIGNATURE orbit ((Set S) $ S)) (SIGNATURE orbits ((Set (Set S)) $)) (SIGNATURE orbit ((Set (Set S)) $ (Set S))) (SIGNATURE orbit ((Set (List S)) $ (List S))) (SIGNATURE member? ((Boolean) (Permutation S) $)) (SIGNATURE wordInStrongGenerators ((List (NonNegativeInteger)) (Permutation S) $)) (SIGNATURE wordInGenerators ((List (NonNegativeInteger)) (Permutation S) $)) (SIGNATURE support ((Set S) $)) (SIGNATURE < ((Boolean) $ $)) (SIGNATURE <= ((Boolean) $ $)) (SIGNATURE initializeGroupForWordProblem ((Void) $)) (SIGNATURE initializeGroupForWordProblem ((Void) $ (Integer) (Integer))))) (SetCategory)) debug: compDefine1 lhs: (PermutationGroup S) signature (pre-evaluate): ((Join (SetCategory) (HomotopicTo (List (Permutation S))) (CATEGORY domain (SIGNATURE generators ((List (Permutation S)) $)) (SIGNATURE elt ((Permutation S) $ (NonNegativeInteger))) (SIGNATURE random ((Permutation S) $ (Integer))) (SIGNATURE random ((Permutation S) $)) (SIGNATURE order ((NonNegativeInteger) $)) (SIGNATURE degree ((NonNegativeInteger) $)) (SIGNATURE base ((List S) $)) (SIGNATURE strongGenerators ((List (Permutation S)) $)) (SIGNATURE wordsForStrongGenerators ((List (List (NonNegativeInteger))) $)) (SIGNATURE permutationGroup ($ (List (Permutation S)))) (SIGNATURE orbit ((Set S) $ S)) (SIGNATURE orbits ((Set (Set S)) $)) (SIGNATURE orbit ((Set (Set S)) $ (Set S))) (SIGNATURE orbit ((Set (List S)) $ (List S))) (SIGNATURE member? ((Boolean) (Permutation S) $)) (SIGNATURE wordInStrongGenerators ((List (NonNegativeInteger)) (Permutation S) $)) (SIGNATURE wordInGenerators ((List (NonNegativeInteger)) (Permutation S) $)) (SIGNATURE support ((Set S) $)) (SIGNATURE < ((Boolean) $ $)) (SIGNATURE <= ((Boolean) $ $)) (SIGNATURE initializeGroupForWordProblem ((Void) $)) (SIGNATURE initializeGroupForWordProblem ((Void) $ (Integer) (Integer))))) NIL) debug: evaluateType form: (Join (SetCategory) (HomotopicTo (List (Permutation S))) (CATEGORY domain (SIGNATURE generators ((List (Permutation S)) $)) (SIGNATURE elt ((Permutation S) $ (NonNegativeInteger))) (SIGNATURE random ((Permutation S) $ (Integer))) (SIGNATURE random ((Permutation S) $)) (SIGNATURE order ((NonNegativeInteger) $)) (SIGNATURE degree ((NonNegativeInteger) $)) (SIGNATURE base ((List S) $)) (SIGNATURE strongGenerators ((List (Permutation S)) $)) (SIGNATURE wordsForStrongGenerators ((List (List (NonNegativeInteger))) $)) (SIGNATURE permutationGroup ($ (List (Permutation S)))) (SIGNATURE orbit ((Set S) $ S)) (SIGNATURE orbits ((Set (Set S)) $)) (SIGNATURE orbit ((Set (Set S)) $ (Set S))) (SIGNATURE orbit ((Set (List S)) $ (List S))) (SIGNATURE member? ((Boolean) (Permutation S) $)) (SIGNATURE wordInStrongGenerators ((List (NonNegativeInteger)) (Permutation S) $)) (SIGNATURE wordInGenerators ((List (NonNegativeInteger)) (Permutation S) $)) (SIGNATURE support ((Set S) $)) (SIGNATURE < ((Boolean) $ $)) (SIGNATURE <= ((Boolean) $ $)) (SIGNATURE initializeGroupForWordProblem ((Void) $)) (SIGNATURE initializeGroupForWordProblem ((Void) $ (Integer) (Integer))))) $param: (S) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (HomotopicTo (List (Permutation S))) $param: (S) Debug: evaluateType1 form: (HomotopicTo (List (Permutation S))) debug: evaluateType1 x: (List (Permutation S)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Permutation S)) $param: (S) Debug: evaluateType1 form: (List (Permutation S)) debug: evaluateType1 x: (Permutation S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Permutation S) $param: (S) Debug: evaluateType1 form: (Permutation S) debug: evaluateType1 x: S m: (SetCategory) debug: evalCategory d: (Permutation S) c: (Type) debug: evalCategory d: (List (Permutation S)) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE generators ((List (Permutation S)) $)) (SIGNATURE elt ((Permutation S) $ (NonNegativeInteger))) (SIGNATURE random ((Permutation S) $ (Integer))) (SIGNATURE random ((Permutation S) $)) (SIGNATURE order ((NonNegativeInteger) $)) (SIGNATURE degree ((NonNegativeInteger) $)) (SIGNATURE base ((List S) $)) (SIGNATURE strongGenerators ((List (Permutation S)) $)) (SIGNATURE wordsForStrongGenerators ((List (List (NonNegativeInteger))) $)) (SIGNATURE permutationGroup ($ (List (Permutation S)))) (SIGNATURE orbit ((Set S) $ S)) (SIGNATURE orbits ((Set (Set S)) $)) (SIGNATURE orbit ((Set (Set S)) $ (Set S))) (SIGNATURE orbit ((Set (List S)) $ (List S))) (SIGNATURE member? ((Boolean) (Permutation S) $)) (SIGNATURE wordInStrongGenerators ((List (NonNegativeInteger)) (Permutation S) $)) (SIGNATURE wordInGenerators ((List (NonNegativeInteger)) (Permutation S) $)) (SIGNATURE support ((Set S) $)) (SIGNATURE < ((Boolean) $ $)) (SIGNATURE <= ((Boolean) $ $)) (SIGNATURE initializeGroupForWordProblem ((Void) $)) (SIGNATURE initializeGroupForWordProblem ((Void) $ (Integer) (Integer)))) $param: (S) debug: evaluateType form: (List (Permutation S)) $param: (S) Debug: evaluateType1 form: (List (Permutation S)) debug: evaluateType1 x: (Permutation S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Permutation S) $param: (S) Debug: evaluateType1 form: (Permutation S) debug: evaluateType1 x: S m: (SetCategory) debug: evalCategory d: (Permutation S) c: (Type) debug: evaluateType form: (Permutation S) $param: (S) Debug: evaluateType1 form: (Permutation S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (NonNegativeInteger) $param: (S) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Permutation S) $param: (S) Debug: evaluateType1 form: (Permutation S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Permutation S) $param: (S) Debug: evaluateType1 form: (Permutation S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (NonNegativeInteger) $param: (S) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (S) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (List (Permutation S)) $param: (S) Debug: evaluateType1 form: (List (Permutation S)) debug: evaluateType1 x: (Permutation S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Permutation S) $param: (S) Debug: evaluateType1 form: (Permutation S) debug: evaluateType1 x: S m: (SetCategory) debug: evalCategory d: (Permutation S) c: (Type) debug: evaluateType form: (List (List (NonNegativeInteger))) $param: (S) Debug: evaluateType1 form: (List (List (NonNegativeInteger))) debug: evaluateType1 x: (List (NonNegativeInteger)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (NonNegativeInteger)) $param: (S) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (S) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evalCategory d: (List (NonNegativeInteger)) c: (Type) debug: evaluateType form: (List (Permutation S)) $param: (S) Debug: evaluateType1 form: (List (Permutation S)) debug: evaluateType1 x: (Permutation S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Permutation S) $param: (S) Debug: evaluateType1 form: (Permutation S) debug: evaluateType1 x: S m: (SetCategory) debug: evalCategory d: (Permutation S) c: (Type) debug: evaluateType form: (Set S) $param: (S) Debug: evaluateType1 form: (Set S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Set (Set S)) $param: (S) Debug: evaluateType1 form: (Set (Set S)) debug: evaluateType1 x: (Set S) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Set S) $param: (S) Debug: evaluateType1 form: (Set S) debug: evaluateType1 x: S m: (SetCategory) debug: evalCategory d: (Set S) c: (SetCategory) debug: evaluateType form: (Set (Set S)) $param: (S) Debug: evaluateType1 form: (Set (Set S)) debug: evaluateType1 x: (Set S) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Set S) $param: (S) Debug: evaluateType1 form: (Set S) debug: evaluateType1 x: S m: (SetCategory) debug: evalCategory d: (Set S) c: (SetCategory) debug: evaluateType form: (Set S) $param: (S) Debug: evaluateType1 form: (Set S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (Set (List S)) $param: (S) Debug: evaluateType1 form: (Set (List S)) debug: evaluateType1 x: (List S) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (SetCategory) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Permutation S) $param: (S) Debug: evaluateType1 form: (Permutation S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (List (NonNegativeInteger)) $param: (S) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (S) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (Permutation S) $param: (S) Debug: evaluateType1 form: (Permutation S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (List (NonNegativeInteger)) $param: (S) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (S) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (Permutation S) $param: (S) Debug: evaluateType1 form: (Permutation S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (Set S) $param: (S) Debug: evaluateType1 form: (Set S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Void) $param: (S) Debug: evaluateType1 form: (Void) debug: evaluateType form: (Void) $param: (S) Debug: evaluateType1 form: (Void) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (HomotopicTo (List (Permutation S))) (CATEGORY domain (SIGNATURE generators ((List (Permutation S)) $)) (SIGNATURE elt ((Permutation S) $ (NonNegativeInteger))) (SIGNATURE random ((Permutation S) $ (Integer))) (SIGNATURE random ((Permutation S) $)) (SIGNATURE order ((NonNegativeInteger) $)) (SIGNATURE degree ((NonNegativeInteger) $)) (SIGNATURE base ((List S) $)) (SIGNATURE strongGenerators ((List (Permutation S)) $)) (SIGNATURE wordsForStrongGenerators ((List (List (NonNegativeInteger))) $)) (SIGNATURE permutationGroup ($ (List (Permutation S)))) (SIGNATURE orbit ((Set S) $ S)) (SIGNATURE orbits ((Set (Set S)) $)) (SIGNATURE orbit ((Set (Set S)) $ (Set S))) (SIGNATURE orbit ((Set (List S)) $ (List S))) (SIGNATURE member? ((Boolean) (Permutation S) $)) (SIGNATURE wordInStrongGenerators ((List (NonNegativeInteger)) (Permutation S) $)) (SIGNATURE wordInGenerators ((List (NonNegativeInteger)) (Permutation S) $)) (SIGNATURE support ((Set S) $)) (SIGNATURE < ((Boolean) $ $)) (SIGNATURE <= ((Boolean) $ $)) (SIGNATURE initializeGroupForWordProblem ((Void) $)) (SIGNATURE initializeGroupForWordProblem ((Void) $ (Integer) (Integer))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for PermutationGroup compiling into /tmp/oa-O1hKxz importing Permutation S importing OutputForm importing Symbol importing Void compiling local shortenWord : (List NonNegativeInteger,%) -> List NonNegativeInteger Time: 1.38 SEC. compiling local times : (Vector NonNegativeInteger,Vector NonNegativeInteger) -> Vector NonNegativeInteger Time: 0.06 SEC. compiling local strip : (Vector NonNegativeInteger,Record(orb: List NonNegativeInteger,svc: Vector Integer),List Vector NonNegativeInteger,List List NonNegativeInteger) -> Record(elt: Vector NonNegativeInteger,lst: List NonNegativeInteger) Time: 0.15 SEC. compiling local orbitInternal : (%,List S) -> List List S Time: 0.25 SEC. compiling local inv : Vector NonNegativeInteger -> Vector NonNegativeInteger Time: 0.03 SEC. compiling local ranelt : (List Vector NonNegativeInteger,List List NonNegativeInteger,Integer) -> Record(elt: Vector NonNegativeInteger,lst: List NonNegativeInteger) Time: 0.08 SEC. compiling local testIdentity : Vector NonNegativeInteger -> Boolean Time: 0.06 SEC. compiling local pointList : % -> List S Time: 0.12 SEC. compiling local orbitWithSvc : (List Vector NonNegativeInteger,NonNegativeInteger) -> Record(orb: List NonNegativeInteger,svc: Vector Integer) Time: 0.41 SEC. compiling local cosetRep : (NonNegativeInteger,Record(orb: List NonNegativeInteger,svc: Vector Integer),List Vector NonNegativeInteger) -> Record(elt: Vector NonNegativeInteger,lst: List NonNegativeInteger) Time: 0.05 SEC. compiling local bsgs1 : (List Vector NonNegativeInteger,NonNegativeInteger,List List NonNegativeInteger,Integer,%,Integer) -> NonNegativeInteger Time: 1.66 SEC. compiling local computeOrbits : Integer -> List NonNegativeInteger Time: 0.02 SEC. compiling local reduceGenerators : Integer -> Void Time: 0.40 SEC. compiling local bsgs : (%,Integer,Integer) -> NonNegativeInteger Time: 0.70 SEC. compiling local initialize : % -> Set Permutation S Time: 0.03 SEC. compiling local knownGroup? : % -> Void Time: 0.02 SEC. compiling local subgroup : (%,%) -> Boolean Time: 0.02 SEC. compiling local memberInternal : (Permutation S,%,Boolean) -> Record(bool: Boolean,lst: List NonNegativeInteger) Time: 0.15 SEC. compiling exported coerce : % -> List Permutation S PERMGRP;coerce;$L;19 is replaced by %head Time: 0.02 SEC. compiling exported generators : % -> List Permutation S PERMGRP;generators;$L;20 is replaced by %head Time: 0.02 SEC. compiling exported strongGenerators : % -> List Permutation S Time: 0.04 SEC. compiling exported elt : (%,NonNegativeInteger) -> Permutation S Time: 0.04 SEC. compiling exported support : % -> Set S Time: 0.01 SEC. compiling exported random : (%,Integer) -> Permutation S Time: 0.05 SEC. compiling exported random : % -> Permutation S Time: 0.00 SEC. compiling exported order : % -> NonNegativeInteger Time: 0 SEC. compiling exported degree : % -> NonNegativeInteger Time: 0.01 SEC. compiling exported base : % -> List S Time: 0.01 SEC. compiling exported wordsForStrongGenerators : % -> List List NonNegativeInteger Time: 0 SEC. compiling exported coerce : List Permutation S -> % Time: 0.04 SEC. compiling exported permutationGroup : List Permutation S -> % Time: 0.04 SEC. compiling exported coerce : % -> OutputForm Time: 0.14 SEC. compiling exported orbit : (%,S) -> Set S Time: 0.15 SEC. compiling exported orbits : % -> Set Set S Time: 0.08 SEC. compiling exported member? : (Permutation S,%) -> Boolean Time: 0.01 SEC. compiling exported wordInStrongGenerators : (Permutation S,%) -> List NonNegativeInteger Time: 0 SEC. compiling exported wordInGenerators : (Permutation S,%) -> List NonNegativeInteger Time: 0.00 SEC. compiling exported < : (%,%) -> Boolean Time: 0.10 SEC. compiling exported <= : (%,%) -> Boolean Time: 0.08 SEC. compiling exported = : (%,%) -> Boolean Time: 0.12 SEC. compiling exported orbit : (%,Set S) -> Set Set S Time: 0.04 SEC. compiling exported orbit : (%,List S) -> Set List S Time: 0.01 SEC. compiling exported initializeGroupForWordProblem : (%,Integer,Integer) -> Void Time: 0.02 SEC. compiling exported initializeGroupForWordProblem : % -> Void Time: 0.00 SEC. (time taken in buildFunctor: 4) Time: 0.04 SEC. Warnings: [1] Type NonNegativeInteger is not in scope. Import it [2] bsgs1: i has no value [3] bsgs1: jj has no value [4] bsgs1: ort has no value [5] bsgs1: j has no value [6] bsgs1: k1 has no value [7] bsgs1: out has no value [8] bsgs1: outword has no value [9] bsgs1: baseOfGroup has no value [10] reduceGenerators: wordlist has no value [11] bsgs: gpbase has no value [12] bsgs: baseOfGroup has no value [13] bsgs: wordProblem has no value [14] bsgs: gporb has no value [15] bsgs: wordlist has no value [16] bsgs: word has no value [17] bsgs: z has no value [18] bsgs: word3 has no value [19] memberInternal: supp has no value [20] memberInternal: sgs has no value [21] memberInternal: baseOfGroup has no value [22] memberInternal: gporb has no value [23] coerce: : Symbol -- replace by pretend Cumulative Statistics for Constructor PermutationGroup Time: 6.68 seconds finalizing NRLIB PERMGRP Processing PermutationGroup for Browser database: -- generators : % -> L PERM S -- elt : (%,NNI) -> PERM S -- random : (%,I) -> PERM S -- random : % -> PERM S -- order : % -> NNI -- degree : % -> NNI -- base : % -> L S -- strongGenerators : % -> L PERM S -- wordsForStrongGenerators : % -> L L NNI -- permutationGroup : L PERM S -> % -- orbit : (%,S) -> FSET S -- orbits : % -> FSET FSET S -- orbit : (%,FSET S) -> FSET FSET S -- orbit : (%,L S) -> FSET L S -- member? : (PERM S,%) -> B -- wordInStrongGenerators : (PERM S,%) -> L NNI -- wordInGenerators : (PERM S,%) -> L NNI -- support : % -> FSET S -- ? B -- ?<=? : (%,%) -> B -- initializeGroupForWordProblem : % -> Void -- initializeGroupForWordProblem : (%,I,I) -> Void -- constructor ; compiling file "/tmp/oa-O1hKxz/code.lsp" (written 01 FEB 2016 11:00:45 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PERMGRP;coerce;$L;19|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PERMGRP;generators;$L;20|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PERMGRP;shortenWord| ...) ; compiling (DEFUN |PERMGRP;times| ...) ; compiling (DEFUN |PERMGRP;strip| ...) ; compiling (DEFUN |PERMGRP;orbitInternal| ...) ; file: /tmp/oa-O1hKxz/code.lsp ; in: DEFUN |PERMGRP;orbitInternal| ; (DEFUN BOOT::|PERMGRP;orbitInternal| (BOOT::|gp| BOOT::|startList| BOOT::$) ; (PROG (BOOT::|gpset| BOOT::|workList| BOOT::|newList|) ; (RETURN ; (LET (# #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PERMGRP;orbitInternal| ; (BOOT::|gp| BOOT::|startList| BOOT::$) ; (BLOCK BOOT::|PERMGRP;orbitInternal| ; (PROG (BOOT::|gpset| BOOT::|workList| BOOT::|newList|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; compiling (DEFUN |PERMGRP;inv| ...) ; compiling (DEFUN |PERMGRP;ranelt| ...) ; file: /tmp/oa-O1hKxz/code.lsp ; in: DEFUN |PERMGRP;ranelt| ; (BOOT::|moanRetract| BOOT::|randomInteger| '(BOOT::|NonNegativeInteger|)) ; ==> ; BOOT::|randomInteger| ; ; note: deleting unreachable code ; ; note: deleting unreachable code ; compiling (DEFUN |PERMGRP;testIdentity| ...) ; compiling (DEFUN |PERMGRP;pointList| ...) ; file: /tmp/oa-O1hKxz/code.lsp ; in: DEFUN |PERMGRP;pointList| ; (DEFUN BOOT::|PERMGRP;pointList| (BOOT::|group| BOOT::$) ; (LET ((BOOT::|s| (BOOT::SPADCALL #))) ; (PROGN ; (LET (#) ; (LOOP # ; #)) ; (BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 87))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PERMGRP;pointList| ; (BOOT::|group| BOOT::$) ; (BLOCK BOOT::|PERMGRP;pointList| ; (LET ((BOOT::|s| #)) ; (PROGN ; (LET # ; #) ; (BOOT::SPADCALL BOOT::|s| #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PERMGRP;orbitWithSvc| ...) ; compiling (DEFUN |PERMGRP;cosetRep| ...) ; file: /tmp/oa-O1hKxz/code.lsp ; in: DEFUN |PERMGRP;cosetRep| ; (LET ((BOOT::|ppt| BOOT::|point|) ; (BOOT::|xelt| ; (LET (#) ; (LET # ; #))) ; (BOOT::|word| NIL) ; (BOOT::|oorb| (CAR BOOT::|o|)) ; (BOOT::|osvc| (CDR BOOT::|o|))) ; (BOOT::SEQ (LOOP (COND (# #) (T #))) ; (BOOT::EXIT (CONS BOOT::|xelt| BOOT::|word|)))) ; ; caught STYLE-WARNING: ; The variable |oorb| is defined but never used. ; compiling (DEFUN |PERMGRP;bsgs1| ...) ; file: /tmp/oa-O1hKxz/code.lsp ; in: DEFUN |PERMGRP;bsgs1| ; (DEFUN BOOT::|PERMGRP;bsgs1| ; (BOOT::|group| BOOT::|number1| BOOT::|words| BOOT::|maxLoops| ; BOOT::|gp| BOOT::|diff| BOOT::$) ; (PROG (BOOT::|k2| BOOT::|help| BOOT::|el2| BOOT::|str| BOOT::|ran| ; BOOT::|j| BOOT::|words3| BOOT::|group2| BOOT::|jj| BOOT::|gplength| ; BOOT::|words2| BOOT::|gpsgs| ...) ; (RETURN ; (LET (# # #) ; (BOOT::SEQ # # # # # # # # # # # ...))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PERMGRP;bsgs1| ; (BOOT::|group| BOOT::|number1| BOOT::|words| BOOT::|maxLoops| ; BOOT::|gp| BOOT::|diff| BOOT::$) ; (BLOCK BOOT::|PERMGRP;bsgs1| ; (PROG (BOOT::|k2| BOOT::|help| BOOT::|el2| BOOT::|str| BOOT::|ran| ; BOOT::|j| BOOT::|words3| BOOT::|group2| BOOT::|jj| ; BOOT::|gplength| BOOT::|words2| BOOT::|gpsgs| ...) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |maxLoops| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |PERMGRP;computeOrbits| ...) ; file: /tmp/oa-O1hKxz/code.lsp ; in: DEFUN |PERMGRP;computeOrbits| ; (DEFUN BOOT::|PERMGRP;computeOrbits| (BOOT::|kkk| BOOT::$) ; (PROG (BOOT::|orbitLength| BOOT::|obs| BOOT::|pt|) ; (RETURN ; (BOOT::SEQ (SETF #) ; (BOOT::LETT BOOT::|orbitLength| NIL ; BOOT::|PERMGRP;computeOrbits|) ; (SETF #) ; (LET # ; #) ; (SETF #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PERMGRP;computeOrbits| ; (BOOT::|kkk| BOOT::$) ; (BLOCK BOOT::|PERMGRP;computeOrbits| ; (PROG (BOOT::|orbitLength| BOOT::|obs| BOOT::|pt|) ; (RETURN (BOOT::SEQ # # # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS UNSIGNED-BYTE T)) &REST T). ; ; caught STYLE-WARNING: ; The variable |kkk| is defined but never used. ; compiling (DEFUN |PERMGRP;reduceGenerators| ...) ; compiling (DEFUN |PERMGRP;bsgs| ...) ; file: /tmp/oa-O1hKxz/code.lsp ; in: DEFUN |PERMGRP;bsgs| ; (DEFUN BOOT::|PERMGRP;bsgs| ; (BOOT::|group| BOOT::|maxLoops| BOOT::|diff| BOOT::$) ; (PROG (BOOT::|word2| BOOT::|word| BOOT::|word3| BOOT::|noresult| BOOT::|z| ; BOOT::|noAnswer| BOOT::|kkk| BOOT::|k| BOOT::|words| BOOT::|gp| ; BOOT::|newGroup| BOOT::|q| ...) ; (RETURN ; (BOOT::SEQ (SETF #) (SETF #) (COND #) ; (BOOT::LETT BOOT::|newGroup| NIL BOOT::|PERMGRP;bsgs|) ; (BOOT::LETT BOOT::|gp| # BOOT::|PERMGRP;bsgs|) ; (BOOT::LETT BOOT::|words| NIL BOOT::|PERMGRP;bsgs|) ; (LET # ; #) ; (COND #) (BOOT::LETT BOOT::|k| # BOOT::|PERMGRP;bsgs|) ; (BOOT::LETT BOOT::|kkk| 1 BOOT::|PERMGRP;bsgs|) (SETQ #) ; ...)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PERMGRP;bsgs| ; (BOOT::|group| BOOT::|maxLoops| BOOT::|diff| BOOT::$) ; (BLOCK BOOT::|PERMGRP;bsgs| ; (PROG (BOOT::|word2| BOOT::|word| BOOT::|word3| BOOT::|noresult| ; BOOT::|z| BOOT::|noAnswer| BOOT::|kkk| BOOT::|k| BOOT::|words| ; BOOT::|gp| BOOT::|newGroup| BOOT::|q| ...) ; (RETURN (BOOT::SEQ # # # # # # # # # # # ...))))) ; ; note: Assignment to argument: |maxLoops| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |PERMGRP;initialize| ...) ; compiling (DEFUN |PERMGRP;knownGroup?| ...) ; compiling (DEFUN |PERMGRP;subgroup| ...) ; compiling (DEFUN |PERMGRP;memberInternal| ...) ; compiling (DEFUN |PERMGRP;coerce;$L;19| ...) ; compiling (DEFUN |PERMGRP;generators;$L;20| ...) ; compiling (DEFUN |PERMGRP;strongGenerators;$L;21| ...) ; file: /tmp/oa-O1hKxz/code.lsp ; in: DEFUN |PERMGRP;strongGenerators;$L;21| ; (DEFUN BOOT::|PERMGRP;strongGenerators;$L;21| (BOOT::|group| BOOT::$) ; (PROG (BOOT::|strongGens| BOOT::|pairs|) ; (RETURN ; (BOOT::SEQ (BOOT::|PERMGRP;knownGroup?| BOOT::|group| BOOT::$) (SETF #) ; (BOOT::LETT BOOT::|strongGens| NIL ; BOOT::|PERMGRP;strongGenerators;$L;21|) ; (LET # ; #) ; (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PERMGRP;strongGenerators;$L;21| ; (BOOT::|group| BOOT::$) ; (BLOCK BOOT::|PERMGRP;strongGenerators;$L;21| ; (PROG (BOOT::|strongGens| BOOT::|pairs|) ; (RETURN (BOOT::SEQ # # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PERMGRP;elt;$NniP;22| ...) ; compiling (DEFUN |PERMGRP;support;$S;23| ...) ; compiling (DEFUN |PERMGRP;random;$IP;24| ...) ; compiling (DEFUN |PERMGRP;random;$P;25| ...) ; compiling (DEFUN |PERMGRP;order;$Nni;26| ...) ; compiling (DEFUN |PERMGRP;degree;$Nni;27| ...) ; compiling (DEFUN |PERMGRP;base;$L;28| ...) ; file: /tmp/oa-O1hKxz/code.lsp ; in: DEFUN |PERMGRP;base;$L;28| ; (DEFUN BOOT::|PERMGRP;base;$L;28| (BOOT::|group| BOOT::$) ; (PROG (BOOT::|groupBase|) ; (RETURN ; (PROGN ; (BOOT::|PERMGRP;knownGroup?| BOOT::|group| BOOT::$) ; (BOOT::LETT BOOT::|groupBase| NIL BOOT::|PERMGRP;base;$L;28|) ; (LET # ; #) ; (BOOTTRAN:|reverse| BOOT::|groupBase|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PERMGRP;base;$L;28| ; (BOOT::|group| BOOT::$) ; (BLOCK BOOT::|PERMGRP;base;$L;28| ; (PROG (BOOT::|groupBase|) (RETURN (PROGN # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PERMGRP;wordsForStrongGenerators;$L;29| ...) ; compiling (DEFUN |PERMGRP;coerce;L$;30| ...) ; file: /tmp/oa-O1hKxz/code.lsp ; in: DEFUN |PERMGRP;coerce;L$;30| ; (DEFUN BOOT::|PERMGRP;coerce;L$;30| (BOOT::|gp| BOOT::$) ; (PROG (BOOT::|group|) ; (RETURN ; (LET (#) ; (BOOT::LETT BOOT::|group| # BOOT::|PERMGRP;coerce;L$;30|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PERMGRP;coerce;L$;30| ; (BOOT::|gp| BOOT::$) ; (BLOCK BOOT::|PERMGRP;coerce;L$;30| ; (PROG (BOOT::|group|) ; (RETURN ; (LET # ; #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PERMGRP;permutationGroup;L$;31| ...) ; file: /tmp/oa-O1hKxz/code.lsp ; in: DEFUN |PERMGRP;permutationGroup;L$;31| ; (DEFUN BOOT::|PERMGRP;permutationGroup;L$;31| (BOOT::|gp| BOOT::$) ; (PROG (BOOT::|group|) ; (RETURN ; (LET (#) ; (BOOT::LETT BOOT::|group| # BOOT::|PERMGRP;permutationGroup;L$;31|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PERMGRP;permutationGroup;L$;31| ; (BOOT::|gp| BOOT::$) ; (BLOCK BOOT::|PERMGRP;permutationGroup;L$;31| ; (PROG (BOOT::|group|) ; (RETURN ; (LET # ; #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PERMGRP;coerce;$Of;32| ...) ; compiling (DEFUN |PERMGRP;orbit;$SS;33| ...) ; compiling (DEFUN |PERMGRP;orbits;$S;34| ...) ; compiling (DEFUN |PERMGRP;member?;P$B;35| ...) ; compiling (DEFUN |PERMGRP;wordInStrongGenerators;P$L;36| ...) ; file: /tmp/oa-O1hKxz/code.lsp ; in: DEFUN |PERMGRP;wordInStrongGenerators;P$L;36| ; (DEFUN BOOT::|PERMGRP;wordInStrongGenerators;P$L;36| ; (BOOT::|p| BOOT::|gp| BOOT::$) ; (LET ((BOOT::|mi| ; (BOOT::|PERMGRP;memberInternal| # BOOT::|gp| NIL BOOT::$))) ; (BOOT::SEQ (COND (# #)) (BOOT::EXIT (CDR BOOT::|mi|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PERMGRP;wordInStrongGenerators;P$L;36| ; (BOOT::|p| BOOT::|gp| BOOT::$) ; (BLOCK BOOT::|PERMGRP;wordInStrongGenerators;P$L;36| ; (LET ((BOOT::|mi| #)) ; (BOOT::SEQ (COND #) (BOOT::EXIT #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS UNSIGNED-BYTE T)) &REST T). ; compiling (DEFUN |PERMGRP;wordInGenerators;P$L;37| ...) ; compiling (DEFUN |PERMGRP;<;2$B;38| ...) ; compiling (DEFUN |PERMGRP;<=;2$B;39| ...) ; compiling (DEFUN |PERMGRP;=;2$B;40| ...) ; compiling (DEFUN |PERMGRP;orbit;$SS;41| ...) ; compiling (DEFUN |PERMGRP;orbit;$LS;42| ...) ; compiling (DEFUN |PERMGRP;initializeGroupForWordProblem;$2IV;43| ...) ; compiling (DEFUN |PERMGRP;initializeGroupForWordProblem;$V;44| ...) ; compiling (DEFUN |PermutationGroup| ...) ; compiling (DEFUN |PermutationGroup;| ...) ; compiling (MAKEPROP (QUOTE |PermutationGroup|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 4 STYLE-WARNING conditions ; printed 10 notes ; /tmp/oa-O1hKxz/code.fasl written ; compilation finished in 0:00:00.309 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile DDFACT.spad && cp DDFACT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DDFACT.fasl \ && if test -f DDFACT-.NRLIB/code.fasl; then \ cp DDFACT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DDFACT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DDFACT.spad using Spad compiler. DDFACT abbreviates package DistinctDegreeFactorize debug: compDefine1 lhs: (DistinctDegreeFactorize F FP) signature (pre-evaluate): ((CATEGORY package (SIGNATURE factor ((Factored FP) FP)) (SIGNATURE factorSquareFree ((Factored FP) FP)) (SIGNATURE distdfact ((Record (: cont F) (: factors (List (Record (: irr FP) (: pow (Integer)))))) FP (Boolean))) (SIGNATURE separateDegrees ((List (Record (: deg (NonNegativeInteger)) (: prod FP))) FP)) (SIGNATURE separateFactors ((List FP) (List (Record (: deg (NonNegativeInteger)) (: prod FP))))) (SIGNATURE exptMod (FP FP (NonNegativeInteger) FP)) (SIGNATURE trace2PowMod (FP FP (NonNegativeInteger) FP)) (SIGNATURE tracePowMod (FP FP (NonNegativeInteger) FP)) (SIGNATURE irreducible? ((Boolean) FP))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE factor ((Factored FP) FP)) (SIGNATURE factorSquareFree ((Factored FP) FP)) (SIGNATURE distdfact ((Record (: cont F) (: factors (List (Record (: irr FP) (: pow (Integer)))))) FP (Boolean))) (SIGNATURE separateDegrees ((List (Record (: deg (NonNegativeInteger)) (: prod FP))) FP)) (SIGNATURE separateFactors ((List FP) (List (Record (: deg (NonNegativeInteger)) (: prod FP))))) (SIGNATURE exptMod (FP FP (NonNegativeInteger) FP)) (SIGNATURE trace2PowMod (FP FP (NonNegativeInteger) FP)) (SIGNATURE tracePowMod (FP FP (NonNegativeInteger) FP)) (SIGNATURE irreducible? ((Boolean) FP))) $param: (F FP) debug: evaluateType form: (Factored FP) $param: (F FP) Debug: evaluateType1 form: (Factored FP) debug: evaluateType1 x: FP m: (IntegralDomain) debug: evaluateType form: FP $param: (F FP) debug: evaluateType form: (Factored FP) $param: (F FP) Debug: evaluateType1 form: (Factored FP) debug: evaluateType1 x: FP m: (IntegralDomain) debug: evaluateType form: FP $param: (F FP) debug: evaluateType form: (Record (: cont F) (: factors (List (Record (: irr FP) (: pow (Integer)))))) $param: (F FP) debug: evaluateType form: F $param: (F FP) debug: evaluateType form: (List (Record (: irr FP) (: pow (Integer)))) $param: (F FP) Debug: evaluateType1 form: (List (Record (: irr FP) (: pow (Integer)))) debug: evaluateType1 x: (Record (: irr FP) (: pow (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F FP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: irr FP) (: pow (Integer))) $param: (F FP) debug: evaluateType form: FP $param: (F FP) debug: evaluateType form: (Integer) $param: (F FP) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: irr FP) (: pow (Integer))) c: (Type) debug: evaluateType form: FP $param: (F FP) debug: evaluateType form: (Boolean) $param: (F FP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List (Record (: deg (NonNegativeInteger)) (: prod FP))) $param: (F FP) Debug: evaluateType1 form: (List (Record (: deg (NonNegativeInteger)) (: prod FP))) debug: evaluateType1 x: (Record (: deg (NonNegativeInteger)) (: prod FP)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F FP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: deg (NonNegativeInteger)) (: prod FP)) $param: (F FP) debug: evaluateType form: (NonNegativeInteger) $param: (F FP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: FP $param: (F FP) debug: evalCategory d: (Record (: deg (NonNegativeInteger)) (: prod FP)) c: (Type) debug: evaluateType form: FP $param: (F FP) debug: evaluateType form: (List FP) $param: (F FP) Debug: evaluateType1 form: (List FP) debug: evaluateType1 x: FP m: (Type) debug: evaluateType form: (List (Record (: deg (NonNegativeInteger)) (: prod FP))) $param: (F FP) Debug: evaluateType1 form: (List (Record (: deg (NonNegativeInteger)) (: prod FP))) debug: evaluateType1 x: (Record (: deg (NonNegativeInteger)) (: prod FP)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F FP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: deg (NonNegativeInteger)) (: prod FP)) $param: (F FP) debug: evaluateType form: (NonNegativeInteger) $param: (F FP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: FP $param: (F FP) debug: evalCategory d: (Record (: deg (NonNegativeInteger)) (: prod FP)) c: (Type) debug: evaluateType form: FP $param: (F FP) debug: evaluateType form: FP $param: (F FP) debug: evaluateType form: (NonNegativeInteger) $param: (F FP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: FP $param: (F FP) debug: evaluateType form: FP $param: (F FP) debug: evaluateType form: FP $param: (F FP) debug: evaluateType form: (NonNegativeInteger) $param: (F FP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: FP $param: (F FP) debug: evaluateType form: FP $param: (F FP) debug: evaluateType form: FP $param: (F FP) debug: evaluateType form: (NonNegativeInteger) $param: (F FP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: FP $param: (F FP) debug: evaluateType form: (Boolean) $param: (F FP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: FP $param: (F FP) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE factor ((Factored FP) FP)) (SIGNATURE factorSquareFree ((Factored FP) FP)) (SIGNATURE distdfact ((Record (: cont F) (: factors (List (Record (: irr FP) (: pow (Integer)))))) FP (Boolean))) (SIGNATURE separateDegrees ((List (Record (: deg (NonNegativeInteger)) (: prod FP))) FP)) (SIGNATURE separateFactors ((List FP) (List (Record (: deg (NonNegativeInteger)) (: prod FP))))) (SIGNATURE exptMod (FP FP (NonNegativeInteger) FP)) (SIGNATURE trace2PowMod (FP FP (NonNegativeInteger) FP)) (SIGNATURE tracePowMod (FP FP (NonNegativeInteger) FP)) (SIGNATURE irreducible? ((Boolean) FP))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for DistinctDegreeFactorize compiling into /tmp/oa-uzj7X1 importing UnivariatePolynomialSquareFree(F,FP) compiling local ranpol : NonNegativeInteger -> FP Time: 0.24 SEC. compiling local notSqFr : (FP,FP -> List FP) -> List Record(irr: FP,pow: Integer) Time: 0.18 SEC. compiling exported exptMod : (FP,NonNegativeInteger,FP) -> FP Time: 0.00 SEC. compiling exported trace2PowMod : (FP,NonNegativeInteger,FP) -> FP Time: 0.00 SEC. compiling exported tracePowMod : (FP,NonNegativeInteger,FP) -> FP Time: 0 SEC. compiling local normPowMod : (FP,NonNegativeInteger,FP) -> FP Time: 0.02 SEC. compiling local ddffact1 : (FP,Boolean) -> List Record(deg: NonNegativeInteger,prod: FP) Time: 0.08 SEC. compiling exported irreducible? : FP -> Boolean Time: 0.04 SEC. compiling exported separateDegrees : FP -> List Record(deg: NonNegativeInteger,prod: FP) Time: 0 SEC. compiling exported separateFactors : List Record(deg: NonNegativeInteger,prod: FP) -> List FP Time: 0.24 SEC. compiling local ddffact : FP -> List FP Time: 0.02 SEC. compiling exported distdfact : (FP,Boolean) -> Record(cont: F,factors: List Record(irr: FP,pow: Integer)) Time: 0.17 SEC. compiling exported factor : FP -> Factored FP Time: 0.02 SEC. compiling exported factorSquareFree : FP -> Factored FP Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] notSqFr: factorList has no value [2] notSqFr: not known that IntegralDomain is of mode CATEGORY(package,factor: FP -> Factored FP,factorSquareFree: FP -> Factored FP,distdfact: (FP,Boolean) -> Record(cont: F,factors: List Record(irr: FP,pow: Integer)),separateDegrees: FP -> List Record(deg: NonNegativeInteger,prod: FP),separateFactors: List Record(deg: NonNegativeInteger,prod: FP) -> List FP,exptMod: (FP,NonNegativeInteger,FP) -> FP,trace2PowMod: (FP,NonNegativeInteger,FP) -> FP,tracePowMod: (FP,NonNegativeInteger,FP) -> FP,irreducible?: FP -> Boolean) [3] exptMod: : FP -- replace by pretend [4] separateFactors: n1 has no value [5] separateFactors: ris has no value [6] separateFactors: newaux has no value [7] distdfact: factlist has no value Cumulative Statistics for Constructor DistinctDegreeFactorize Time: 1.07 seconds finalizing NRLIB DDFACT Processing DistinctDegreeFactorize for Browser database: -- factor : FP -> Factored FP -- factorSquareFree : FP -> Factored FP -- distdfact : (FP,Boolean) -> FinalFact -- separateDegrees : FP -> List fact -- separateFactors : List fact -> List FP -- exptMod : (FP,NNI,FP) -> FP -- trace2PowMod : (FP,NNI,FP) -> FP -- tracePowMod : (FP,NNI,FP) -> FP -- irreducible? : FP -> Boolean -- constructor ; compiling file "/tmp/oa-uzj7X1/code.lsp" (written 01 FEB 2016 11:00:47 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DDFACT;ranpol| ...) ; compiling (DEFUN |DDFACT;notSqFr| ...) ; compiling (DEFUN |DDFACT;exptMod;FPNni2FP;3| ...) ; compiling (DEFUN |DDFACT;trace2PowMod;FPNni2FP;4| ...) ; compiling (DEFUN |DDFACT;tracePowMod;FPNni2FP;5| ...) ; compiling (DEFUN |DDFACT;normPowMod| ...) ; compiling (DEFUN |DDFACT;ddffact1| ...) ; file: /tmp/oa-uzj7X1/code.lsp ; in: DEFUN |DDFACT;ddffact1| ; (LET* ((BOOT::|p| (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 57))) ; (BOOT::|dg| 0) ; (BOOT::|ddfact| NIL) ; (BOOT::|u| BOOT::|m|) ; (BOOT::|du| ; (BOOT::SPADCALL BOOT::|u| (BOOT::|shellEntry| BOOT::$ 43)))) ; (BOOT::SEQ (BOOT::SPADCALL BOOT::|u| (BOOT::|shellEntry| BOOT::$ 61)) ; (BOOT::LETT BOOT::|mon| ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 21) 1 ; (BOOT::|shellEntry| BOOT::$ 19)) ; BOOT::|DDFACT;ddffact1|) ; (BOOT::LETT BOOT::|v| BOOT::|mon| BOOT::|DDFACT;ddffact1|) ; (LET ((BOOT::|k1| 1)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::EXIT (CONS (CONS BOOT::|du| BOOT::|u|) BOOT::|ddfact|)))) ; ; caught STYLE-WARNING: ; The variable |p| is defined but never used. ; compiling (DEFUN |DDFACT;irreducible?;FPB;8| ...) ; compiling (DEFUN |DDFACT;separateDegrees;FPL;9| ...) ; compiling (DEFUN |DDFACT;separateFactors;LL;10| ...) ; compiling (DEFUN |DDFACT;ddffact| ...) ; compiling (DEFUN |DDFACT;distdfact;FPBR;12| ...) ; compiling (DEFUN |DDFACT;factor;FPF;13| ...) ; compiling (DEFUN |DDFACT;factorSquareFree;FPF;14| ...) ; compiling (DEFUN |DistinctDegreeFactorize| ...) ; compiling (DEFUN |DistinctDegreeFactorize;| ...) ; compiling (MAKEPROP (QUOTE |DistinctDegreeFactorize|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; /tmp/oa-uzj7X1/code.fasl written ; compilation finished in 0:00:00.083 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FSERIES.spad && cp FSERIES.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FSERIES.fasl \ && if test -f FSERIES-.NRLIB/code.fasl; then \ cp FSERIES-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FSERIES-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FSERIES.spad using Spad compiler. FSERIES abbreviates domain FourierSeries debug: compDefine1 lhs: (FourierSeries R E) signature (pre-evaluate): ((Join (Algebra R) (CATEGORY domain (IF (has E (ATTRIBUTE canonical)) (IF (has R (ATTRIBUTE canonical)) (ATTRIBUTE canonical) %noBranch) %noBranch) (SIGNATURE coerce ($ R)) (SIGNATURE coerce ($ (FourierComponent E))) (SIGNATURE makeSin ($ E R)) (SIGNATURE makeCos ($ E R)))) (Join (CommutativeRing) (Algebra (Fraction (Integer)))) (Join (OrderedSet) (AbelianGroup))) debug: evaluateType form: (Join (Algebra R) (CATEGORY domain (IF (has E (ATTRIBUTE canonical)) (IF (has R (ATTRIBUTE canonical)) (ATTRIBUTE canonical) %noBranch) %noBranch) (SIGNATURE coerce ($ R)) (SIGNATURE coerce ($ (FourierComponent E))) (SIGNATURE makeSin ($ E R)) (SIGNATURE makeCos ($ E R)))) $param: (R E) debug: evaluateType form: (Algebra R) $param: (R E) Debug: evaluateType1 form: (Algebra R) debug: evaluateType1 x: R m: (CommutativeRing) debug: evaluateType form: (CATEGORY domain (IF (has E (ATTRIBUTE canonical)) (IF (has R (ATTRIBUTE canonical)) (ATTRIBUTE canonical) %noBranch) %noBranch) (SIGNATURE coerce ($ R)) (SIGNATURE coerce ($ (FourierComponent E))) (SIGNATURE makeSin ($ E R)) (SIGNATURE makeCos ($ E R))) $param: (R E) debug: evaluateType form: R $param: (R E) debug: evaluateType form: (FourierComponent E) $param: (R E) Debug: evaluateType1 form: (FourierComponent E) debug: evaluateType1 x: E m: (OrderedSet) debug: evaluateType form: E $param: (R E) debug: evaluateType form: R $param: (R E) debug: evaluateType form: E $param: (R E) debug: evaluateType form: R $param: (R E) debug: evaluateType form: (Join (CommutativeRing) (Algebra (Fraction (Integer)))) $param: (R E) debug: evaluateType form: (CommutativeRing) $param: (R E) Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (Algebra (Fraction (Integer))) $param: (R E) Debug: evaluateType1 form: (Algebra (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: (R E) Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (Fraction (Integer)) $param: (R E) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R E) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (R E) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (CommutativeRing) debug: evaluateType form: (Join (OrderedSet) (AbelianGroup)) $param: (R E) debug: evaluateType form: (OrderedSet) $param: (R E) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (AbelianGroup) $param: (R E) Debug: evaluateType1 form: (AbelianGroup) debug: compDefine1 signature (post evaluate): ((Join (Algebra R) (CATEGORY domain (IF (has E (ATTRIBUTE canonical)) (IF (has R (ATTRIBUTE canonical)) (ATTRIBUTE canonical) %noBranch) %noBranch) (SIGNATURE coerce ($ R)) (SIGNATURE coerce ($ (FourierComponent E))) (SIGNATURE makeSin ($ E R)) (SIGNATURE makeCos ($ E R)))) (Join (CommutativeRing) (Algebra (Fraction (Integer)))) (Join (OrderedSet) (AbelianGroup))) debug: compDefine1 lhs: (FourierSeries R E) signature (pre-evaluate): ((Join (Algebra R) (CATEGORY domain (IF (has E (ATTRIBUTE canonical)) (IF (has R (ATTRIBUTE canonical)) (ATTRIBUTE canonical) %noBranch) %noBranch) (SIGNATURE coerce ($ R)) (SIGNATURE coerce ($ (FourierComponent E))) (SIGNATURE makeSin ($ E R)) (SIGNATURE makeCos ($ E R)))) NIL NIL) debug: evaluateType form: (Join (Algebra R) (CATEGORY domain (IF (has E (ATTRIBUTE canonical)) (IF (has R (ATTRIBUTE canonical)) (ATTRIBUTE canonical) %noBranch) %noBranch) (SIGNATURE coerce ($ R)) (SIGNATURE coerce ($ (FourierComponent E))) (SIGNATURE makeSin ($ E R)) (SIGNATURE makeCos ($ E R)))) $param: (R E) debug: evaluateType form: (Algebra R) $param: (R E) Debug: evaluateType1 form: (Algebra R) debug: evaluateType1 x: R m: (CommutativeRing) debug: evaluateType form: (CATEGORY domain (IF (has E (ATTRIBUTE canonical)) (IF (has R (ATTRIBUTE canonical)) (ATTRIBUTE canonical) %noBranch) %noBranch) (SIGNATURE coerce ($ R)) (SIGNATURE coerce ($ (FourierComponent E))) (SIGNATURE makeSin ($ E R)) (SIGNATURE makeCos ($ E R))) $param: (R E) debug: evaluateType form: R $param: (R E) debug: evaluateType form: (FourierComponent E) $param: (R E) Debug: evaluateType1 form: (FourierComponent E) debug: evaluateType1 x: E m: (OrderedSet) debug: evaluateType form: E $param: (R E) debug: evaluateType form: R $param: (R E) debug: evaluateType form: E $param: (R E) debug: evaluateType form: R $param: (R E) debug: compDefine1 signature (post evaluate): ((Join (Algebra R) (CATEGORY domain (IF (has E (ATTRIBUTE canonical)) (IF (has R (ATTRIBUTE canonical)) (ATTRIBUTE canonical) %noBranch) %noBranch) (SIGNATURE coerce ($ R)) (SIGNATURE coerce ($ (FourierComponent E))) (SIGNATURE makeSin ($ E R)) (SIGNATURE makeCos ($ E R)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FourierSeries compiling into /tmp/oa-higbCo compiling exported One : () -> % Time: 0.07 SEC. compiling exported coerce : FourierComponent E -> % Time: 0.02 SEC. compiling local multiply : (Term,Term) -> % Time: 0.03 SEC. compiling exported * : (%,%) -> % Time: 0.01 SEC. compiling exported makeCos : (E,R) -> % Time: 0.01 SEC. compiling exported makeSin : (E,R) -> % Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] Rep differs from the base domain Cumulative Statistics for Constructor FourierSeries Time: 0.17 seconds --------------non extending category---------------------- FourierSeries(#1,#2) of category Algebra #1 with IF (has #2 (ATTRIBUTE canonical)) (IF (has #1 (ATTRIBUTE canonical)) (ATTRIBUTE canonical) %noBranch) %noBranch coerce : #1 -> % coerce : FourierComponent #2 -> % makeSin : (#2,#1) -> % makeCos : (#2,#1) -> % has no IndexedDirectProductCategory(#1,FourierComponent #2) ---------------------------------------------------------- finalizing NRLIB FSERIES Processing FourierSeries for Browser database: -- coerce : R -> % -- coerce : FourierComponent E -> % -- makeSin : (E,R) -> % -- makeCos : (E,R) -> % -- constructor ; compiling file "/tmp/oa-higbCo/code.lsp" (written 01 FEB 2016 11:00:47 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FSERIES;One;$;1| ...) ; compiling (DEFUN |FSERIES;coerce;Fc$;2| ...) ; file: /tmp/oa-higbCo/code.lsp ; in: DEFUN |FSERIES;coerce;Fc$;2| ; (DEFUN BOOT::|FSERIES;coerce;Fc$;2| (BOOT::|e| BOOT::$) ; (COND ; ((AND (CAR BOOT::|e|) (BOOT::SPADCALL # #)) ; (BOOT::|spadConstant| BOOT::$ 10)) ; (T (PROGN (COND #) (LIST #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FSERIES;coerce;Fc$;2| ; (BOOT::|e| BOOT::$) ; (BLOCK BOOT::|FSERIES;coerce;Fc$;2| ; (COND ((AND # #) (BOOT::|spadConstant| BOOT::$ 10)) (T (PROGN # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |FSERIES;multiply| ...) ; file: /tmp/oa-higbCo/code.lsp ; in: DEFUN |FSERIES;multiply| ; (DEFUN BOOT::|FSERIES;multiply| (BOOT::|t1| BOOT::|t2| BOOT::$) ; (LET* ((BOOT::|r| (BOOT::SPADCALL # # #)) ; (BOOT::|s1| (CDR #)) ; (BOOT::|s2| (CDR #)) ; (BOOT::|sum| (BOOT::SPADCALL BOOT::|s1| BOOT::|s2| #)) ; (BOOT::|diff| (BOOT::SPADCALL BOOT::|s1| BOOT::|s2| #))) ; (COND ((CAR #) (COND # #)) ((CAR #) (BOOT::SPADCALL # # #)) ; (T (BOOT::SPADCALL # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FSERIES;multiply| ; (BOOT::|t1| BOOT::|t2| BOOT::$) ; (BLOCK BOOT::|FSERIES;multiply| ; (LET* ((BOOT::|r| #) ; (BOOT::|s1| #) ; (BOOT::|s2| #) ; (BOOT::|sum| #) ; (BOOT::|diff| #)) ; (COND (# #) (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |FSERIES;*;3$;4| ...) ; file: /tmp/oa-higbCo/code.lsp ; in: DEFUN |FSERIES;*;3$;4| ; (DEFUN BOOT::|FSERIES;*;3$;4| (BOOT::|x1| BOOT::|x2| BOOT::$) ; (COND ; ((OR (NULL BOOT::|x1|) (NULL BOOT::|x2|)) ; (BOOT::|spadConstant| BOOT::$ 10)) ; (T ; (LET (# # #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FSERIES;*;3$;4| ; (BOOT::|x1| BOOT::|x2| BOOT::$) ; (BLOCK BOOT::|FSERIES;*;3$;4| ; (COND ((OR # #) (BOOT::|spadConstant| BOOT::$ 10)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |FSERIES;makeCos;ER$;5| ...) ; compiling (DEFUN |FSERIES;makeSin;ER$;6| ...) ; compiling (DEFUN |FourierSeries| ...) ; compiling (DEFUN |FourierSeries;| ...) ; compiling (MAKEPROP (QUOTE |FourierSeries|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 3 notes ; /tmp/oa-higbCo/code.fasl written ; compilation finished in 0:00:00.046 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FT.spad && cp FT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FT.fasl \ && if test -f FT-.NRLIB/code.fasl; then \ cp FT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FT.spad using Spad compiler. FT abbreviates domain FortranType debug: compDefine1 lhs: (FortranType) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE coerce ($ (FortranScalarType))) (SIGNATURE scalarTypeOf ((Union (: fst (FortranScalarType)) (: void void)) $)) (SIGNATURE dimensionsOf ((List (Polynomial (Integer))) $)) (SIGNATURE external? ((Boolean) $)) (SIGNATURE construct ($ (Union (: fst (FortranScalarType)) (: void void)) (List (Symbol)) (Boolean))) (SIGNATURE construct ($ (Union (: fst (FortranScalarType)) (: void void)) (List (Polynomial (Integer))) (Boolean))) (SIGNATURE fortranReal ($)) (SIGNATURE fortranDouble ($)) (SIGNATURE fortranInteger ($)) (SIGNATURE fortranLogical ($)) (SIGNATURE fortranComplex ($)) (SIGNATURE fortranDoubleComplex ($)) (SIGNATURE fortranCharacter ($))))) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (SIGNATURE coerce ($ (FortranScalarType))) (SIGNATURE scalarTypeOf ((Union (: fst (FortranScalarType)) (: void void)) $)) (SIGNATURE dimensionsOf ((List (Polynomial (Integer))) $)) (SIGNATURE external? ((Boolean) $)) (SIGNATURE construct ($ (Union (: fst (FortranScalarType)) (: void void)) (List (Symbol)) (Boolean))) (SIGNATURE construct ($ (Union (: fst (FortranScalarType)) (: void void)) (List (Polynomial (Integer))) (Boolean))) (SIGNATURE fortranReal ($)) (SIGNATURE fortranDouble ($)) (SIGNATURE fortranInteger ($)) (SIGNATURE fortranLogical ($)) (SIGNATURE fortranComplex ($)) (SIGNATURE fortranDoubleComplex ($)) (SIGNATURE fortranCharacter ($)))) $param: NIL debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE coerce ($ (FortranScalarType))) (SIGNATURE scalarTypeOf ((Union (: fst (FortranScalarType)) (: void void)) $)) (SIGNATURE dimensionsOf ((List (Polynomial (Integer))) $)) (SIGNATURE external? ((Boolean) $)) (SIGNATURE construct ($ (Union (: fst (FortranScalarType)) (: void void)) (List (Symbol)) (Boolean))) (SIGNATURE construct ($ (Union (: fst (FortranScalarType)) (: void void)) (List (Polynomial (Integer))) (Boolean))) (SIGNATURE fortranReal ($)) (SIGNATURE fortranDouble ($)) (SIGNATURE fortranInteger ($)) (SIGNATURE fortranLogical ($)) (SIGNATURE fortranComplex ($)) (SIGNATURE fortranDoubleComplex ($)) (SIGNATURE fortranCharacter ($))) $param: NIL debug: evaluateType form: (FortranScalarType) $param: NIL Debug: evaluateType1 form: (FortranScalarType) debug: evaluateType form: (Union (: fst (FortranScalarType)) (: void void)) $param: NIL debug: evaluateType form: (FortranScalarType) $param: NIL Debug: evaluateType1 form: (FortranScalarType) debug: evaluateType form: void $param: NIL debug: evaluateType form: (List (Polynomial (Integer))) $param: NIL Debug: evaluateType1 form: (List (Polynomial (Integer))) debug: evaluateType1 x: (Polynomial (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial (Integer)) $param: NIL Debug: evaluateType1 form: (Polynomial (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evalCategory d: (Polynomial (Integer)) c: (Type) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Union (: fst (FortranScalarType)) (: void void)) $param: NIL debug: evaluateType form: (FortranScalarType) $param: NIL Debug: evaluateType1 form: (FortranScalarType) debug: evaluateType form: void $param: NIL debug: evaluateType form: (List (Symbol)) $param: NIL Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Union (: fst (FortranScalarType)) (: void void)) $param: NIL debug: evaluateType form: (FortranScalarType) $param: NIL Debug: evaluateType1 form: (FortranScalarType) debug: evaluateType form: void $param: NIL debug: evaluateType form: (List (Polynomial (Integer))) $param: NIL Debug: evaluateType1 form: (List (Polynomial (Integer))) debug: evaluateType1 x: (Polynomial (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial (Integer)) $param: NIL Debug: evaluateType1 form: (Polynomial (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evalCategory d: (Polynomial (Integer)) c: (Type) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE coerce ($ (FortranScalarType))) (SIGNATURE scalarTypeOf ((Union (: fst (FortranScalarType)) (: void void)) $)) (SIGNATURE dimensionsOf ((List (Polynomial (Integer))) $)) (SIGNATURE external? ((Boolean) $)) (SIGNATURE construct ($ (Union (: fst (FortranScalarType)) (: void void)) (List (Symbol)) (Boolean))) (SIGNATURE construct ($ (Union (: fst (FortranScalarType)) (: void void)) (List (Polynomial (Integer))) (Boolean))) (SIGNATURE fortranReal ($)) (SIGNATURE fortranDouble ($)) (SIGNATURE fortranInteger ($)) (SIGNATURE fortranLogical ($)) (SIGNATURE fortranComplex ($)) (SIGNATURE fortranDoubleComplex ($)) (SIGNATURE fortranCharacter ($))))) ------------------------------------------------------------------------ initializing stationary directory for FortranType compiling into /tmp/oa-624d5L compiling exported coerce : % -> OutputForm Time: 0.07 SEC. compiling exported scalarTypeOf : % -> Union(fst: FortranScalarType,void: void) FT;scalarTypeOf;$U;2 u is replaced by %vref(u,0) Time: 0 SEC. compiling exported dimensionsOf : % -> List Polynomial Integer FT;dimensionsOf;$L;3 u is replaced by %vref(u,1) Time: 0.00 SEC. compiling exported external? : % -> Boolean FT;external?;$B;4 u is replaced by %vref(u,2) Time: 0 SEC. compiling exported construct : (Union(fst: FortranScalarType,void: void),List Symbol,Boolean) -> % Time: 0.04 SEC. compiling exported construct : (Union(fst: FortranScalarType,void: void),List Polynomial Integer,Boolean) -> % Time: 0.01 SEC. compiling exported coerce : FortranScalarType -> % Time: 0.01 SEC. compiling exported fortranReal : () -> % Time: 0.01 SEC. compiling exported fortranDouble : () -> % Time: 0 SEC. compiling exported fortranInteger : () -> % Time: 0 SEC. compiling exported fortranComplex : () -> % Time: 0.01 SEC. compiling exported fortranDoubleComplex : () -> % Time: 0 SEC. compiling exported fortranCharacter : () -> % Time: 0.00 SEC. compiling exported fortranLogical : () -> % Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] Type FortranScalarType is not in scope. Import it [2] Type List Polynomial Integer is not in scope. Import it [3] Type Boolean is not in scope. Import it Cumulative Statistics for Constructor FortranType Time: 0.16 seconds finalizing NRLIB FT Processing FortranType for Browser database: -- coerce : FST -> % -- scalarTypeOf : % -> FSTU -- dimensionsOf : % -> List Polynomial Integer -- external? : % -> Boolean -- construct : (FSTU,List Symbol,Boolean) -> % -- construct : (FSTU,List Polynomial Integer,Boolean) -> % -- fortranReal : () -> % -- fortranDouble : () -> % -- fortranInteger : () -> % -- fortranLogical : () -> % -- fortranComplex : () -> % -- fortranDoubleComplex : () -> % -- fortranCharacter : () -> % -- constructor ; compiling file "/tmp/oa-624d5L/code.lsp" (written 01 FEB 2016 11:00:47 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FT;scalarTypeOf;$U;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FT;dimensionsOf;$L;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FT;external?;$B;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FT;construct;ULB$;6|) ...) ; compiling (DEFUN |FT;coerce;$Of;1| ...) ; compiling (DEFUN |FT;scalarTypeOf;$U;2| ...) ; compiling (DEFUN |FT;dimensionsOf;$L;3| ...) ; compiling (DEFUN |FT;external?;$B;4| ...) ; compiling (DEFUN |FT;construct;ULB$;5| ...) ; file: /tmp/oa-624d5L/code.lsp ; in: DEFUN |FT;construct;ULB$;5| ; (DEFUN BOOT::|FT;construct;ULB$;5| (BOOT::|t| BOOT::|d| BOOT::|e| BOOT::$) ; (COND ; ((AND BOOT::|e| (NOT #)) ; (BOOT::|error| "EXTERNAL objects cannot have dimensions")) ; ((AND (NOT BOOT::|e|) (EQL # 1)) ; (BOOT::|error| "VOID objects must be EXTERNAL")) ; (T ; (VECTOR BOOT::|t| ; (LET # ; #) ; BOOT::|e|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FT;construct;ULB$;5| ; (BOOT::|t| BOOT::|d| BOOT::|e| BOOT::$) ; (BLOCK BOOT::|FT;construct;ULB$;5| ; (COND ; ((AND BOOT::|e| #) ; (BOOT::|error| "EXTERNAL objects cannot have dimensions")) ; ((AND # #) (BOOT::|error| "VOID objects must be EXTERNAL")) ; (T (VECTOR BOOT::|t| # BOOT::|e|))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |FT;construct;ULB$;6| ...) ; file: /tmp/oa-624d5L/code.lsp ; in: DEFUN |FT;construct;ULB$;6| ; (DEFUN BOOT::|FT;construct;ULB$;6| (BOOT::|t| BOOT::|d| BOOT::|e| BOOT::$) ; (COND ; ((AND BOOT::|e| (NOT #)) ; (BOOT::|error| "EXTERNAL objects cannot have dimensions")) ; ((AND (NOT BOOT::|e|) (EQL # 1)) ; (BOOT::|error| "VOID objects must be EXTERNAL")) ; (T (VECTOR BOOT::|t| BOOT::|d| BOOT::|e|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FT;construct;ULB$;6| ; (BOOT::|t| BOOT::|d| BOOT::|e| BOOT::$) ; (BLOCK BOOT::|FT;construct;ULB$;6| ; (COND ; ((AND BOOT::|e| #) ; (BOOT::|error| "EXTERNAL objects cannot have dimensions")) ; ((AND # #) (BOOT::|error| "VOID objects must be EXTERNAL")) ; (T (VECTOR BOOT::|t| BOOT::|d| BOOT::|e|))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |FT;coerce;Fst$;7| ...) ; file: /tmp/oa-624d5L/code.lsp ; in: DEFUN |FT;coerce;Fst$;7| ; (BOOT::|error| "EXTERNAL objects cannot have dimensions") ; ==> ; "EXTERNAL objects cannot have dimensions" ; ; note: deleting unreachable code ; (DEFUN BOOT::|FT;coerce;Fst$;7| (BOOT::|u| BOOT::$) ; (LET ((#:G605 (CONS 0 BOOT::|u|))) ; (COND ; ((AND NIL #) (BOOT::|error| "EXTERNAL objects cannot have dimensions")) ; ((AND # #) (BOOT::|error| "VOID objects must be EXTERNAL")) ; (T (VECTOR #:G605 NIL NIL))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FT;coerce;Fst$;7| ; (BOOT::|u| BOOT::$) ; (BLOCK BOOT::|FT;coerce;Fst$;7| ; (LET ((#:G605 #)) ; (COND (# #) (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |FT;fortranReal;$;8| ...) ; compiling (DEFUN |FT;fortranDouble;$;9| ...) ; compiling (DEFUN |FT;fortranInteger;$;10| ...) ; compiling (DEFUN |FT;fortranComplex;$;11| ...) ; compiling (DEFUN |FT;fortranDoubleComplex;$;12| ...) ; compiling (DEFUN |FT;fortranCharacter;$;13| ...) ; compiling (DEFUN |FT;fortranLogical;$;14| ...) ; compiling (DEFUN |FortranType| ...) ; compiling (DEFUN |FortranType;| ...) ; compiling (MAKEPROP (QUOTE |FortranType|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 4 notes ; /tmp/oa-624d5L/code.fasl written ; compilation finished in 0:00:00.053 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile IDPAG.spad && cp IDPAG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IDPAG.fasl \ && if test -f IDPAG-.NRLIB/code.fasl; then \ cp IDPAG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IDPAG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IDPAG.spad using Spad compiler. IDPAG abbreviates domain IndexedDirectProductAbelianGroup debug: compDefine1 lhs: (IndexedDirectProductAbelianGroup A S) signature (pre-evaluate): ((Join (AbelianGroup) (IndexedDirectProductCategory A S)) (AbelianGroup) (OrderedType)) debug: evaluateType form: (Join (AbelianGroup) (IndexedDirectProductCategory A S)) $param: (A S) debug: evaluateType form: (AbelianGroup) $param: (A S) Debug: evaluateType1 form: (AbelianGroup) debug: evaluateType form: (IndexedDirectProductCategory A S) $param: (A S) Debug: evaluateType1 form: (IndexedDirectProductCategory A S) debug: evaluateType1 x: A m: (BasicType) debug: evaluateType1 x: S m: (OrderedType) debug: evaluateType form: (AbelianGroup) $param: (A S) Debug: evaluateType1 form: (AbelianGroup) debug: evaluateType form: (OrderedType) $param: (A S) Debug: evaluateType1 form: (OrderedType) debug: compDefine1 signature (post evaluate): ((Join (AbelianGroup) (IndexedDirectProductCategory A S)) (AbelianGroup) (OrderedType)) debug: compDefine1 lhs: (IndexedDirectProductAbelianGroup A S) signature (pre-evaluate): ((Join (AbelianGroup) (IndexedDirectProductCategory A S)) NIL NIL) debug: evaluateType form: (Join (AbelianGroup) (IndexedDirectProductCategory A S)) $param: (A S) debug: evaluateType form: (AbelianGroup) $param: (A S) Debug: evaluateType1 form: (AbelianGroup) debug: evaluateType form: (IndexedDirectProductCategory A S) $param: (A S) Debug: evaluateType1 form: (IndexedDirectProductCategory A S) debug: evaluateType1 x: A m: (BasicType) debug: evaluateType1 x: S m: (OrderedType) debug: compDefine1 signature (post evaluate): ((Join (AbelianGroup) (IndexedDirectProductCategory A S)) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for IndexedDirectProductAbelianGroup compiling into /tmp/oa-uYaeP8 compiling exported - : % -> % Time: 0.02 SEC. compiling exported * : (Integer,%) -> % Time: 0.04 SEC. compiling local qsetrest! : (List IndexedProductTerm(A,S),List IndexedProductTerm(A,S)) -> List IndexedProductTerm(A,S) Time: 0.01 SEC. compiling exported - : (%,%) -> % Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] -: newcell has no value [2] -: res has no value Cumulative Statistics for Constructor IndexedDirectProductAbelianGroup Time: 0.10 seconds finalizing NRLIB IDPAG Processing IndexedDirectProductAbelianGroup for Browser database: -- constructor ; compiling file "/tmp/oa-uYaeP8/code.lsp" (written 01 FEB 2016 11:00:48 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |IDPAG;-;2$;1| ...) ; compiling (DEFUN |IDPAG;*;I2$;2| ...) ; compiling (DEFUN |IDPAG;qsetrest!| ...) ; file: /tmp/oa-uYaeP8/code.lsp ; in: DEFUN |IDPAG;qsetrest!| ; (DEFUN BOOT::|IDPAG;qsetrest!| (BOOT::|l| BOOT::|e| BOOT::$) ; (RPLACD BOOT::|l| BOOT::|e|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IDPAG;qsetrest!| ; (BOOT::|l| BOOT::|e| BOOT::$) ; (BLOCK BOOT::|IDPAG;qsetrest!| (RPLACD BOOT::|l| BOOT::|e|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |IDPAG;-;3$;4| ...) ; compiling (DEFUN |IndexedDirectProductAbelianGroup| ...) ; compiling (DEFUN |IndexedDirectProductAbelianGroup;| ...) ; compiling (MAKEPROP (QUOTE |IndexedDirectProductAbelianGroup|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; /tmp/oa-uYaeP8/code.fasl written ; compilation finished in 0:00:00.043 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile INFINITY.spad && cp INFINITY.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INFINITY.fasl \ && if test -f INFINITY-.NRLIB/code.fasl; then \ cp INFINITY-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INFINITY-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INFINITY.spad using Spad compiler. INFINITY abbreviates package Infinity debug: compDefine1 lhs: (Infinity) signature (pre-evaluate): ((CATEGORY package (SIGNATURE infinity ((OnePointCompletion (Integer)))) (SIGNATURE plusInfinity ((OrderedCompletion (Integer)))) (SIGNATURE minusInfinity ((OrderedCompletion (Integer)))))) debug: evaluateType form: (CATEGORY package (SIGNATURE infinity ((OnePointCompletion (Integer)))) (SIGNATURE plusInfinity ((OrderedCompletion (Integer)))) (SIGNATURE minusInfinity ((OrderedCompletion (Integer))))) $param: NIL debug: evaluateType form: (OnePointCompletion (Integer)) $param: NIL Debug: evaluateType1 form: (OnePointCompletion (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (OrderedCompletion (Integer)) $param: NIL Debug: evaluateType1 form: (OrderedCompletion (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (OrderedCompletion (Integer)) $param: NIL Debug: evaluateType1 form: (OrderedCompletion (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE infinity ((OnePointCompletion (Integer)))) (SIGNATURE plusInfinity ((OrderedCompletion (Integer)))) (SIGNATURE minusInfinity ((OrderedCompletion (Integer)))))) ------------------------------------------------------------------------ initializing stationary directory for Infinity compiling into /tmp/oa-3lDDBi compiling exported infinity : () -> OnePointCompletion Integer Time: 0.03 SEC. compiling exported plusInfinity : () -> OrderedCompletion Integer Time: 0 SEC. compiling exported minusInfinity : () -> OrderedCompletion Integer Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor Infinity Time: 0.04 seconds finalizing NRLIB INFINITY Processing Infinity for Browser database: -- infinity : () -> OnePointCompletion Integer -- plusInfinity : () -> OrderedCompletion Integer -- minusInfinity : () -> OrderedCompletion Integer -- constructor ; compiling file "/tmp/oa-3lDDBi/code.lsp" (written 01 FEB 2016 11:00:48 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |INFINITY;infinity;Opc;1| ...) ; compiling (DEFUN |INFINITY;plusInfinity;Oc;2| ...) ; compiling (DEFUN |INFINITY;minusInfinity;Oc;3| ...) ; compiling (DEFUN |Infinity| ...) ; compiling (DEFUN |Infinity;| ...) ; compiling (MAKEPROP (QUOTE |Infinity|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-3lDDBi/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile LA.spad && cp LA.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LA.fasl \ && if test -f LA-.NRLIB/code.fasl; then \ cp LA-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LA-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LA.spad using Spad compiler. LA abbreviates domain LocalAlgebra debug: compDefine1 lhs: (LocalAlgebra A R S) signature (pre-evaluate): ((Join (Algebra R) (CATEGORY domain (IF (has A (OrderedRing)) (ATTRIBUTE (OrderedRing)) %noBranch) (SIGNATURE / ($ $ S)) (SIGNATURE / ($ A S)) (SIGNATURE numer (A $)) (SIGNATURE denom (S $)))) (Algebra R) (CommutativeRing) (SubsetCategory (Monoid) R)) debug: evaluateType form: (Join (Algebra R) (CATEGORY domain (IF (has A (OrderedRing)) (ATTRIBUTE (OrderedRing)) %noBranch) (SIGNATURE / ($ $ S)) (SIGNATURE / ($ A S)) (SIGNATURE numer (A $)) (SIGNATURE denom (S $)))) $param: (A R S) debug: evaluateType form: (Algebra R) $param: (A R S) Debug: evaluateType1 form: (Algebra R) debug: evaluateType1 x: R m: (CommutativeRing) debug: evaluateType form: (CATEGORY domain (IF (has A (OrderedRing)) (ATTRIBUTE (OrderedRing)) %noBranch) (SIGNATURE / ($ $ S)) (SIGNATURE / ($ A S)) (SIGNATURE numer (A $)) (SIGNATURE denom (S $))) $param: (A R S) debug: evaluateType form: S $param: (A R S) debug: evaluateType form: A $param: (A R S) debug: evaluateType form: S $param: (A R S) debug: evaluateType form: A $param: (A R S) debug: evaluateType form: S $param: (A R S) debug: evaluateType form: (Algebra R) $param: (A R S) Debug: evaluateType1 form: (Algebra R) debug: evaluateType1 x: R m: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: (A R S) Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (SubsetCategory (Monoid) R) $param: (A R S) debug: evaluateType form: (Monoid) $param: (A R S) Debug: evaluateType1 form: (Monoid) debug: evaluateType form: R $param: (A R S) debug: compDefine1 signature (post evaluate): ((Join (Algebra R) (CATEGORY domain (IF (has A (OrderedRing)) (ATTRIBUTE (OrderedRing)) %noBranch) (SIGNATURE / ($ $ S)) (SIGNATURE / ($ A S)) (SIGNATURE numer (A $)) (SIGNATURE denom (S $)))) (Algebra R) (CommutativeRing) (SubsetCategory (Monoid) R)) debug: compDefine1 lhs: (LocalAlgebra A R S) signature (pre-evaluate): ((Join (Algebra R) (CATEGORY domain (IF (has A (OrderedRing)) (ATTRIBUTE (OrderedRing)) %noBranch) (SIGNATURE / ($ $ S)) (SIGNATURE / ($ A S)) (SIGNATURE numer (A $)) (SIGNATURE denom (S $)))) NIL NIL NIL) debug: evaluateType form: (Join (Algebra R) (CATEGORY domain (IF (has A (OrderedRing)) (ATTRIBUTE (OrderedRing)) %noBranch) (SIGNATURE / ($ $ S)) (SIGNATURE / ($ A S)) (SIGNATURE numer (A $)) (SIGNATURE denom (S $)))) $param: (A R S) debug: evaluateType form: (Algebra R) $param: (A R S) Debug: evaluateType1 form: (Algebra R) debug: evaluateType1 x: R m: (CommutativeRing) debug: evaluateType form: (CATEGORY domain (IF (has A (OrderedRing)) (ATTRIBUTE (OrderedRing)) %noBranch) (SIGNATURE / ($ $ S)) (SIGNATURE / ($ A S)) (SIGNATURE numer (A $)) (SIGNATURE denom (S $))) $param: (A R S) debug: evaluateType form: S $param: (A R S) debug: evaluateType form: A $param: (A R S) debug: evaluateType form: S $param: (A R S) debug: evaluateType form: A $param: (A R S) debug: evaluateType form: S $param: (A R S) debug: compDefine1 signature (post evaluate): ((Join (Algebra R) (CATEGORY domain (IF (has A (OrderedRing)) (ATTRIBUTE (OrderedRing)) %noBranch) (SIGNATURE / ($ $ S)) (SIGNATURE / ($ A S)) (SIGNATURE numer (A $)) (SIGNATURE denom (S $)))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for LocalAlgebra compiling into /tmp/oa-5hTKVr compiling exported One : () -> % Time: 0.02 SEC. compiling exported * : (%,%) -> % Time: 0.03 SEC. compiling exported characteristic : () -> NonNegativeInteger Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Cumulative Statistics for Constructor LocalAlgebra Time: 0.07 seconds --------------non extending category---------------------- LocalAlgebra(#1,#2,#3) of category Algebra #2 with IF (has #1 (OrderedRing))(ATTRIBUTE (OrderedRing))%noBranch ?/? : (%,#3) -> % ?/? : (#1,#3) -> % numer : % -> #1 denom : % -> #3 has no IF(has#1OrderedAbelianGroup(),OrderedAbelianGroup,%noBranch) ---------------------------------------------------------- finalizing NRLIB LA Processing LocalAlgebra for Browser database: -- ?/? : (%,S) -> % -- ?/? : (A,S) -> % -- numer : % -> A -- denom : % -> S -- constructor ; compiling file "/tmp/oa-5hTKVr/code.lsp" (written 01 FEB 2016 11:00:48 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LA;One;$;1| ...) ; compiling (DEFUN |LA;*;3$;2| ...) ; compiling (DEFUN |LA;characteristic;Nni;3| ...) ; file: /tmp/oa-5hTKVr/code.lsp ; in: DEFUN |LA;characteristic;Nni;3| ; (DEFUN BOOT::|LA;characteristic;Nni;3| (BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 19)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LA;characteristic;Nni;3| ; (BOOT::$) ; (BLOCK BOOT::|LA;characteristic;Nni;3| (BOOT::|spadConstant| BOOT::$ 19))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |LocalAlgebra| ...) ; compiling (DEFUN |LocalAlgebra;| ...) ; compiling (MAKEPROP (QUOTE |LocalAlgebra|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-5hTKVr/code.fasl written ; compilation finished in 0:00:00.022 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile OMLO.spad && cp OMLO.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/OMLO.fasl \ && if test -f OMLO-.NRLIB/code.fasl; then \ cp OMLO-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/OMLO-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OMLO.spad using Spad compiler. OMLO abbreviates domain OppositeMonogenicLinearOperator debug: compDefine1 lhs: (OppositeMonogenicLinearOperator P R) signature (pre-evaluate): ((Join (MonogenicLinearOperator R) (CATEGORY domain (IF (has P (DifferentialRing)) (ATTRIBUTE (DifferentialRing)) %noBranch) (SIGNATURE op ($ P)) (SIGNATURE po (P $)))) NIL NIL) debug: evaluateType form: (Join (MonogenicLinearOperator R) (CATEGORY domain (IF (has P (DifferentialRing)) (ATTRIBUTE (DifferentialRing)) %noBranch) (SIGNATURE op ($ P)) (SIGNATURE po (P $)))) $param: (P R) debug: evaluateType form: (MonogenicLinearOperator R) $param: (P R) Debug: evaluateType1 form: (MonogenicLinearOperator R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (CATEGORY domain (IF (has P (DifferentialRing)) (ATTRIBUTE (DifferentialRing)) %noBranch) (SIGNATURE op ($ P)) (SIGNATURE po (P $))) $param: (P R) debug: evaluateType form: P $param: (P R) debug: evaluateType form: P $param: (P R) debug: compDefine1 signature (post evaluate): ((Join (MonogenicLinearOperator R) (CATEGORY domain (IF (has P (DifferentialRing)) (ATTRIBUTE (DifferentialRing)) %noBranch) (SIGNATURE op ($ P)) (SIGNATURE po (P $)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for OppositeMonogenicLinearOperator compiling into /tmp/oa-Q25gqD compiling exported op : P -> % OMLO;op;P$;1 a is replaced by a Time: 0.02 SEC. compiling exported po : % -> P OMLO;po;$P;2 x is replaced by x Time: 0 SEC. compiling exported * : (%,%) -> % Time: 0.03 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor OppositeMonogenicLinearOperator Time: 0.07 seconds finalizing NRLIB OMLO Processing OppositeMonogenicLinearOperator for Browser database: -- op : P -> % -- po : % -> P -- constructor ; compiling file "/tmp/oa-Q25gqD/code.lsp" (written 01 FEB 2016 11:00:48 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OMLO;op;P$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OMLO;po;$P;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |OMLO;op;P$;1| ...) ; compiling (DEFUN |OMLO;po;$P;2| ...) ; compiling (DEFUN |OMLO;*;3$;3| ...) ; compiling (DEFUN |OMLO;coerce;$Of;4| ...) ; compiling (DEFUN |OppositeMonogenicLinearOperator| ...) ; compiling (DEFUN |OppositeMonogenicLinearOperator;| ...) ; compiling (MAKEPROP (QUOTE |OppositeMonogenicLinearOperator|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Q25gqD/code.fasl written ; compilation finished in 0:00:00.022 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ORTHPOL.spad && cp ORTHPOL.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ORTHPOL.fasl \ && if test -f ORTHPOL-.NRLIB/code.fasl; then \ cp ORTHPOL-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ORTHPOL-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ORTHPOL.spad using Spad compiler. ORTHPOL abbreviates package OrthogonalPolynomialFunctions debug: compDefine1 lhs: (OrthogonalPolynomialFunctions R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE chebyshevT (R (NonNegativeInteger) R)) (SIGNATURE chebyshevU (R (NonNegativeInteger) R)) (SIGNATURE hermiteH (R (NonNegativeInteger) R)) (SIGNATURE laguerreL (R (NonNegativeInteger) R)) (SIGNATURE laguerreL (R (NonNegativeInteger) (NonNegativeInteger) R)) (IF (has R (Algebra (Fraction (Integer)))) (SIGNATURE legendreP (R (NonNegativeInteger) R)) %noBranch)) (CommutativeRing)) debug: evaluateType form: (CATEGORY package (SIGNATURE chebyshevT (R (NonNegativeInteger) R)) (SIGNATURE chebyshevU (R (NonNegativeInteger) R)) (SIGNATURE hermiteH (R (NonNegativeInteger) R)) (SIGNATURE laguerreL (R (NonNegativeInteger) R)) (SIGNATURE laguerreL (R (NonNegativeInteger) (NonNegativeInteger) R)) (IF (has R (Algebra (Fraction (Integer)))) (SIGNATURE legendreP (R (NonNegativeInteger) R)) %noBranch)) $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: R $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: R $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: R $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: R $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: R $param: (R) debug: evaluateType form: (CommutativeRing) $param: (R) Debug: evaluateType1 form: (CommutativeRing) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE chebyshevT (R (NonNegativeInteger) R)) (SIGNATURE chebyshevU (R (NonNegativeInteger) R)) (SIGNATURE hermiteH (R (NonNegativeInteger) R)) (SIGNATURE laguerreL (R (NonNegativeInteger) R)) (SIGNATURE laguerreL (R (NonNegativeInteger) (NonNegativeInteger) R)) (IF (has R (Algebra (Fraction (Integer)))) (SIGNATURE legendreP (R (NonNegativeInteger) R)) %noBranch)) (CommutativeRing)) debug: compDefine1 lhs: (OrthogonalPolynomialFunctions R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE chebyshevT (R (NonNegativeInteger) R)) (SIGNATURE chebyshevU (R (NonNegativeInteger) R)) (SIGNATURE hermiteH (R (NonNegativeInteger) R)) (SIGNATURE laguerreL (R (NonNegativeInteger) R)) (SIGNATURE laguerreL (R (NonNegativeInteger) (NonNegativeInteger) R)) (IF (has R (Algebra (Fraction (Integer)))) (SIGNATURE legendreP (R (NonNegativeInteger) R)) %noBranch)) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE chebyshevT (R (NonNegativeInteger) R)) (SIGNATURE chebyshevU (R (NonNegativeInteger) R)) (SIGNATURE hermiteH (R (NonNegativeInteger) R)) (SIGNATURE laguerreL (R (NonNegativeInteger) R)) (SIGNATURE laguerreL (R (NonNegativeInteger) (NonNegativeInteger) R)) (IF (has R (Algebra (Fraction (Integer)))) (SIGNATURE legendreP (R (NonNegativeInteger) R)) %noBranch)) $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: R $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: R $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: R $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: R $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: R $param: (R) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE chebyshevT (R (NonNegativeInteger) R)) (SIGNATURE chebyshevU (R (NonNegativeInteger) R)) (SIGNATURE hermiteH (R (NonNegativeInteger) R)) (SIGNATURE laguerreL (R (NonNegativeInteger) R)) (SIGNATURE laguerreL (R (NonNegativeInteger) (NonNegativeInteger) R)) (IF (has R (Algebra (Fraction (Integer)))) (SIGNATURE legendreP (R (NonNegativeInteger) R)) %noBranch)) NIL) ------------------------------------------------------------------------ initializing stationary directory for OrthogonalPolynomialFunctions compiling into /tmp/oa-rnWblR importing IntegerCombinatoricFunctions compiling exported laguerreL : (NonNegativeInteger,R) -> R Time: 0.08 SEC. compiling exported laguerreL : (NonNegativeInteger,NonNegativeInteger,R) -> R Time: 0.06 SEC. compiling exported chebyshevT : (NonNegativeInteger,R) -> R Time: 0.02 SEC. compiling exported chebyshevU : (NonNegativeInteger,R) -> R Time: 0.00 SEC. compiling exported hermiteH : (NonNegativeInteger,R) -> R Time: 0.01 SEC. compiling exported legendreP : (NonNegativeInteger,R) -> R Time: 0.12 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor OrthogonalPolynomialFunctions Time: 0.30 seconds finalizing NRLIB ORTHPOL Processing OrthogonalPolynomialFunctions for Browser database: -- chebyshevT : (NNI,R) -> R -- chebyshevU : (NNI,R) -> R -- hermiteH : (NNI,R) -> R -- laguerreL : (NNI,R) -> R -- laguerreL : (NNI,NNI,R) -> R -- legendreP : (NNI,R) -> R -- constructor ; compiling file "/tmp/oa-rnWblR/code.lsp" (written 01 FEB 2016 11:00:48 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ORTHPOL;laguerreL;Nni2R;1| ...) ; compiling (DEFUN |ORTHPOL;laguerreL;2Nni2R;2| ...) ; compiling (DEFUN |ORTHPOL;chebyshevT;Nni2R;3| ...) ; compiling (DEFUN |ORTHPOL;chebyshevU;Nni2R;4| ...) ; compiling (DEFUN |ORTHPOL;hermiteH;Nni2R;5| ...) ; compiling (DEFUN |ORTHPOL;legendreP;Nni2R;6| ...) ; compiling (DEFUN |OrthogonalPolynomialFunctions| ...) ; compiling (DEFUN |OrthogonalPolynomialFunctions;| ...) ; compiling (MAKEPROP (QUOTE |OrthogonalPolynomialFunctions|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-rnWblR/code.fasl written ; compilation finished in 0:00:00.054 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PRODUCT.spad && cp PRODUCT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PRODUCT.fasl \ && if test -f PRODUCT-.NRLIB/code.fasl; then \ cp PRODUCT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PRODUCT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PRODUCT.spad using Spad compiler. PRODUCT abbreviates domain Product debug: compDefine1 lhs: (Product A B) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (IF (has A (Finite)) (IF (has B (Finite)) (ATTRIBUTE (Finite)) %noBranch) %noBranch) (IF (has A (Monoid)) (IF (has B (Monoid)) (ATTRIBUTE (Monoid)) %noBranch) %noBranch) (IF (has A (AbelianMonoid)) (IF (has B (AbelianMonoid)) (ATTRIBUTE (AbelianMonoid)) %noBranch) %noBranch) (IF (has A (CancellationAbelianMonoid)) (IF (has B (CancellationAbelianMonoid)) (ATTRIBUTE (CancellationAbelianMonoid)) %noBranch) %noBranch) (IF (has A (Group)) (IF (has B (Group)) (ATTRIBUTE (Group)) %noBranch) %noBranch) (IF (has A (AbelianGroup)) (IF (has B (AbelianGroup)) (ATTRIBUTE (AbelianGroup)) %noBranch) %noBranch) (IF (has A (OrderedAbelianMonoidSup)) (IF (has B (OrderedAbelianMonoidSup)) (ATTRIBUTE (OrderedAbelianMonoidSup)) %noBranch) %noBranch) (IF (has A (OrderedSet)) (IF (has B (OrderedSet)) (ATTRIBUTE (OrderedSet)) %noBranch) %noBranch) (SIGNATURE makeprod ($ A B)) (SIGNATURE selectfirst (A $)) (SIGNATURE selectsecond (B $)))) (SetCategory) (SetCategory)) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (IF (has A (Finite)) (IF (has B (Finite)) (ATTRIBUTE (Finite)) %noBranch) %noBranch) (IF (has A (Monoid)) (IF (has B (Monoid)) (ATTRIBUTE (Monoid)) %noBranch) %noBranch) (IF (has A (AbelianMonoid)) (IF (has B (AbelianMonoid)) (ATTRIBUTE (AbelianMonoid)) %noBranch) %noBranch) (IF (has A (CancellationAbelianMonoid)) (IF (has B (CancellationAbelianMonoid)) (ATTRIBUTE (CancellationAbelianMonoid)) %noBranch) %noBranch) (IF (has A (Group)) (IF (has B (Group)) (ATTRIBUTE (Group)) %noBranch) %noBranch) (IF (has A (AbelianGroup)) (IF (has B (AbelianGroup)) (ATTRIBUTE (AbelianGroup)) %noBranch) %noBranch) (IF (has A (OrderedAbelianMonoidSup)) (IF (has B (OrderedAbelianMonoidSup)) (ATTRIBUTE (OrderedAbelianMonoidSup)) %noBranch) %noBranch) (IF (has A (OrderedSet)) (IF (has B (OrderedSet)) (ATTRIBUTE (OrderedSet)) %noBranch) %noBranch) (SIGNATURE makeprod ($ A B)) (SIGNATURE selectfirst (A $)) (SIGNATURE selectsecond (B $)))) $param: (A B) debug: evaluateType form: (SetCategory) $param: (A B) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (IF (has A (Finite)) (IF (has B (Finite)) (ATTRIBUTE (Finite)) %noBranch) %noBranch) (IF (has A (Monoid)) (IF (has B (Monoid)) (ATTRIBUTE (Monoid)) %noBranch) %noBranch) (IF (has A (AbelianMonoid)) (IF (has B (AbelianMonoid)) (ATTRIBUTE (AbelianMonoid)) %noBranch) %noBranch) (IF (has A (CancellationAbelianMonoid)) (IF (has B (CancellationAbelianMonoid)) (ATTRIBUTE (CancellationAbelianMonoid)) %noBranch) %noBranch) (IF (has A (Group)) (IF (has B (Group)) (ATTRIBUTE (Group)) %noBranch) %noBranch) (IF (has A (AbelianGroup)) (IF (has B (AbelianGroup)) (ATTRIBUTE (AbelianGroup)) %noBranch) %noBranch) (IF (has A (OrderedAbelianMonoidSup)) (IF (has B (OrderedAbelianMonoidSup)) (ATTRIBUTE (OrderedAbelianMonoidSup)) %noBranch) %noBranch) (IF (has A (OrderedSet)) (IF (has B (OrderedSet)) (ATTRIBUTE (OrderedSet)) %noBranch) %noBranch) (SIGNATURE makeprod ($ A B)) (SIGNATURE selectfirst (A $)) (SIGNATURE selectsecond (B $))) $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (SetCategory) $param: (A B) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (SetCategory) $param: (A B) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (IF (has A (Finite)) (IF (has B (Finite)) (ATTRIBUTE (Finite)) %noBranch) %noBranch) (IF (has A (Monoid)) (IF (has B (Monoid)) (ATTRIBUTE (Monoid)) %noBranch) %noBranch) (IF (has A (AbelianMonoid)) (IF (has B (AbelianMonoid)) (ATTRIBUTE (AbelianMonoid)) %noBranch) %noBranch) (IF (has A (CancellationAbelianMonoid)) (IF (has B (CancellationAbelianMonoid)) (ATTRIBUTE (CancellationAbelianMonoid)) %noBranch) %noBranch) (IF (has A (Group)) (IF (has B (Group)) (ATTRIBUTE (Group)) %noBranch) %noBranch) (IF (has A (AbelianGroup)) (IF (has B (AbelianGroup)) (ATTRIBUTE (AbelianGroup)) %noBranch) %noBranch) (IF (has A (OrderedAbelianMonoidSup)) (IF (has B (OrderedAbelianMonoidSup)) (ATTRIBUTE (OrderedAbelianMonoidSup)) %noBranch) %noBranch) (IF (has A (OrderedSet)) (IF (has B (OrderedSet)) (ATTRIBUTE (OrderedSet)) %noBranch) %noBranch) (SIGNATURE makeprod ($ A B)) (SIGNATURE selectfirst (A $)) (SIGNATURE selectsecond (B $)))) (SetCategory) (SetCategory)) debug: compDefine1 lhs: (Product A B) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (IF (has A (Finite)) (IF (has B (Finite)) (ATTRIBUTE (Finite)) %noBranch) %noBranch) (IF (has A (Monoid)) (IF (has B (Monoid)) (ATTRIBUTE (Monoid)) %noBranch) %noBranch) (IF (has A (AbelianMonoid)) (IF (has B (AbelianMonoid)) (ATTRIBUTE (AbelianMonoid)) %noBranch) %noBranch) (IF (has A (CancellationAbelianMonoid)) (IF (has B (CancellationAbelianMonoid)) (ATTRIBUTE (CancellationAbelianMonoid)) %noBranch) %noBranch) (IF (has A (Group)) (IF (has B (Group)) (ATTRIBUTE (Group)) %noBranch) %noBranch) (IF (has A (AbelianGroup)) (IF (has B (AbelianGroup)) (ATTRIBUTE (AbelianGroup)) %noBranch) %noBranch) (IF (has A (OrderedAbelianMonoidSup)) (IF (has B (OrderedAbelianMonoidSup)) (ATTRIBUTE (OrderedAbelianMonoidSup)) %noBranch) %noBranch) (IF (has A (OrderedSet)) (IF (has B (OrderedSet)) (ATTRIBUTE (OrderedSet)) %noBranch) %noBranch) (SIGNATURE makeprod ($ A B)) (SIGNATURE selectfirst (A $)) (SIGNATURE selectsecond (B $)))) NIL NIL) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (IF (has A (Finite)) (IF (has B (Finite)) (ATTRIBUTE (Finite)) %noBranch) %noBranch) (IF (has A (Monoid)) (IF (has B (Monoid)) (ATTRIBUTE (Monoid)) %noBranch) %noBranch) (IF (has A (AbelianMonoid)) (IF (has B (AbelianMonoid)) (ATTRIBUTE (AbelianMonoid)) %noBranch) %noBranch) (IF (has A (CancellationAbelianMonoid)) (IF (has B (CancellationAbelianMonoid)) (ATTRIBUTE (CancellationAbelianMonoid)) %noBranch) %noBranch) (IF (has A (Group)) (IF (has B (Group)) (ATTRIBUTE (Group)) %noBranch) %noBranch) (IF (has A (AbelianGroup)) (IF (has B (AbelianGroup)) (ATTRIBUTE (AbelianGroup)) %noBranch) %noBranch) (IF (has A (OrderedAbelianMonoidSup)) (IF (has B (OrderedAbelianMonoidSup)) (ATTRIBUTE (OrderedAbelianMonoidSup)) %noBranch) %noBranch) (IF (has A (OrderedSet)) (IF (has B (OrderedSet)) (ATTRIBUTE (OrderedSet)) %noBranch) %noBranch) (SIGNATURE makeprod ($ A B)) (SIGNATURE selectfirst (A $)) (SIGNATURE selectsecond (B $)))) $param: (A B) debug: evaluateType form: (SetCategory) $param: (A B) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (IF (has A (Finite)) (IF (has B (Finite)) (ATTRIBUTE (Finite)) %noBranch) %noBranch) (IF (has A (Monoid)) (IF (has B (Monoid)) (ATTRIBUTE (Monoid)) %noBranch) %noBranch) (IF (has A (AbelianMonoid)) (IF (has B (AbelianMonoid)) (ATTRIBUTE (AbelianMonoid)) %noBranch) %noBranch) (IF (has A (CancellationAbelianMonoid)) (IF (has B (CancellationAbelianMonoid)) (ATTRIBUTE (CancellationAbelianMonoid)) %noBranch) %noBranch) (IF (has A (Group)) (IF (has B (Group)) (ATTRIBUTE (Group)) %noBranch) %noBranch) (IF (has A (AbelianGroup)) (IF (has B (AbelianGroup)) (ATTRIBUTE (AbelianGroup)) %noBranch) %noBranch) (IF (has A (OrderedAbelianMonoidSup)) (IF (has B (OrderedAbelianMonoidSup)) (ATTRIBUTE (OrderedAbelianMonoidSup)) %noBranch) %noBranch) (IF (has A (OrderedSet)) (IF (has B (OrderedSet)) (ATTRIBUTE (OrderedSet)) %noBranch) %noBranch) (SIGNATURE makeprod ($ A B)) (SIGNATURE selectfirst (A $)) (SIGNATURE selectsecond (B $))) $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: B $param: (A B) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (IF (has A (Finite)) (IF (has B (Finite)) (ATTRIBUTE (Finite)) %noBranch) %noBranch) (IF (has A (Monoid)) (IF (has B (Monoid)) (ATTRIBUTE (Monoid)) %noBranch) %noBranch) (IF (has A (AbelianMonoid)) (IF (has B (AbelianMonoid)) (ATTRIBUTE (AbelianMonoid)) %noBranch) %noBranch) (IF (has A (CancellationAbelianMonoid)) (IF (has B (CancellationAbelianMonoid)) (ATTRIBUTE (CancellationAbelianMonoid)) %noBranch) %noBranch) (IF (has A (Group)) (IF (has B (Group)) (ATTRIBUTE (Group)) %noBranch) %noBranch) (IF (has A (AbelianGroup)) (IF (has B (AbelianGroup)) (ATTRIBUTE (AbelianGroup)) %noBranch) %noBranch) (IF (has A (OrderedAbelianMonoidSup)) (IF (has B (OrderedAbelianMonoidSup)) (ATTRIBUTE (OrderedAbelianMonoidSup)) %noBranch) %noBranch) (IF (has A (OrderedSet)) (IF (has B (OrderedSet)) (ATTRIBUTE (OrderedSet)) %noBranch) %noBranch) (SIGNATURE makeprod ($ A B)) (SIGNATURE selectfirst (A $)) (SIGNATURE selectsecond (B $)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for Product compiling into /tmp/oa-mBtgsk compiling exported coerce : % -> OutputForm Time: 0.07 SEC. compiling exported = : (%,%) -> Boolean Time: 0.01 SEC. compiling exported makeprod : (A,B) -> % PRODUCT;makeprod;AB$;3 is replaced by %pair Time: 0.00 SEC. compiling exported selectfirst : % -> A PRODUCT;selectfirst;$A;4 is replaced by %head Time: 0 SEC. compiling exported selectsecond : % -> B PRODUCT;selectsecond;$B;5 is replaced by %tail Time: 0 SEC. compiling exported One : () -> % Time: 0.00 SEC. compiling exported * : (%,%) -> % Time: 0.00 SEC. compiling exported ** : (%,NonNegativeInteger) -> % Time: 0.01 SEC. compiling exported size : () -> NonNegativeInteger Time: 0.00 SEC. compiling exported inv : % -> % Time: 0.00 SEC. compiling exported Zero : () -> % Time: 0.00 SEC. compiling exported + : (%,%) -> % Time: 0 SEC. compiling exported * : (NonNegativeInteger,%) -> % Time: 0.01 SEC. compiling exported subtractIfCan : (%,%) -> Maybe % Time: 0.01 SEC. compiling exported - : % -> % Time: 0.00 SEC. compiling exported - : (%,%) -> % Time: 0.01 SEC. compiling exported * : (Integer,%) -> % Time: 0 SEC. compiling exported sup : (%,%) -> % Time: 0.00 SEC. compiling exported < : (%,%) -> Boolean Time: 0.01 SEC. (time taken in buildFunctor: 16) Time: 0.05 SEC. Cumulative Statistics for Constructor Product Time: 0.21 seconds finalizing NRLIB PRODUCT Processing Product for Browser database: -- makeprod : (A,B) -> % -- selectfirst : % -> A -- selectsecond : % -> B -- constructor ; compiling file "/tmp/oa-mBtgsk/code.lsp" (written 01 FEB 2016 11:00:49 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PRODUCT;makeprod;AB$;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PRODUCT;selectfirst;$A;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PRODUCT;selectsecond;$B;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PRODUCT;coerce;$Of;1| ...) ; compiling (DEFUN |PRODUCT;=;2$B;2| ...) ; file: /tmp/oa-mBtgsk/code.lsp ; in: DEFUN |PRODUCT;=;2$B;2| ; (DEFUN BOOT::|PRODUCT;=;2$B;2| (BOOT::|x| BOOT::|y| BOOT::$) ; (AND ; (BOOT::SPADCALL (CAR BOOT::|x|) (CAR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 16)) ; (BOOT::SPADCALL (CDR BOOT::|x|) (CDR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 17)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRODUCT;=;2$B;2| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|PRODUCT;=;2$B;2| ; (AND ; (BOOT::SPADCALL (CAR BOOT::|x|) (CAR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 16)) ; (BOOT::SPADCALL (CDR BOOT::|x|) (CDR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 17))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |PRODUCT;makeprod;AB$;3| ...) ; compiling (DEFUN |PRODUCT;selectfirst;$A;4| ...) ; compiling (DEFUN |PRODUCT;selectsecond;$B;5| ...) ; compiling (DEFUN |PRODUCT;One;$;6| ...) ; compiling (DEFUN |PRODUCT;*;3$;7| ...) ; compiling (DEFUN |PRODUCT;**;$Nni$;8| ...) ; compiling (DEFUN |PRODUCT;size;Nni;9| ...) ; compiling (DEFUN |PRODUCT;inv;2$;10| ...) ; compiling (DEFUN |PRODUCT;Zero;$;11| ...) ; compiling (DEFUN |PRODUCT;+;3$;12| ...) ; compiling (DEFUN |PRODUCT;*;Nni2$;13| ...) ; compiling (DEFUN |PRODUCT;subtractIfCan;2$M;14| ...) ; compiling (DEFUN |PRODUCT;-;2$;15| ...) ; compiling (DEFUN |PRODUCT;-;3$;16| ...) ; compiling (DEFUN |PRODUCT;*;I2$;17| ...) ; compiling (DEFUN |PRODUCT;sup;3$;18| ...) ; compiling (DEFUN |PRODUCT;<;2$B;19| ...) ; file: /tmp/oa-mBtgsk/code.lsp ; in: DEFUN |PRODUCT;<;2$B;19| ; (DEFUN BOOT::|PRODUCT;<;2$B;19| (BOOT::|x| BOOT::|y| BOOT::$) ; (PROG (BOOT::|yb| BOOT::|xb|) ; (RETURN ; (LET (# #) ; (OR # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRODUCT;<;2$B;19| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|PRODUCT;<;2$B;19| ; (PROG (BOOT::|yb| BOOT::|xb|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |Product| ...) ; compiling (DEFUN |Product;| ...) ; compiling (MAKEPROP (QUOTE |Product|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-mBtgsk/code.fasl written ; compilation finished in 0:00:00.080 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile POLTOPOL.spad && cp POLTOPOL.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/POLTOPOL.fasl \ && if test -f POLTOPOL-.NRLIB/code.fasl; then \ cp POLTOPOL-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/POLTOPOL-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/POLTOPOL.spad using Spad compiler. POLTOPOL abbreviates package PolToPol debug: compDefine1 lhs: (PolToPol lv R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE dmpToHdmp ((HomogeneousDistributedMultivariatePolynomial lv R) (DistributedMultivariatePolynomial lv R))) (SIGNATURE hdmpToDmp ((DistributedMultivariatePolynomial lv R) (HomogeneousDistributedMultivariatePolynomial lv R))) (SIGNATURE pToHdmp ((HomogeneousDistributedMultivariatePolynomial lv R) (Polynomial R))) (SIGNATURE hdmpToP ((Polynomial R) (HomogeneousDistributedMultivariatePolynomial lv R))) (SIGNATURE dmpToP ((Polynomial R) (DistributedMultivariatePolynomial lv R))) (SIGNATURE pToDmp ((DistributedMultivariatePolynomial lv R) (Polynomial R)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE dmpToHdmp ((HomogeneousDistributedMultivariatePolynomial lv R) (DistributedMultivariatePolynomial lv R))) (SIGNATURE hdmpToDmp ((DistributedMultivariatePolynomial lv R) (HomogeneousDistributedMultivariatePolynomial lv R))) (SIGNATURE pToHdmp ((HomogeneousDistributedMultivariatePolynomial lv R) (Polynomial R))) (SIGNATURE hdmpToP ((Polynomial R) (HomogeneousDistributedMultivariatePolynomial lv R))) (SIGNATURE dmpToP ((Polynomial R) (DistributedMultivariatePolynomial lv R))) (SIGNATURE pToDmp ((DistributedMultivariatePolynomial lv R) (Polynomial R)))) $param: (lv R) debug: evaluateType form: (HomogeneousDistributedMultivariatePolynomial lv R) $param: (lv R) Debug: evaluateType1 form: (HomogeneousDistributedMultivariatePolynomial lv R) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (DistributedMultivariatePolynomial lv R) $param: (lv R) Debug: evaluateType1 form: (DistributedMultivariatePolynomial lv R) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (DistributedMultivariatePolynomial lv R) $param: (lv R) Debug: evaluateType1 form: (DistributedMultivariatePolynomial lv R) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (HomogeneousDistributedMultivariatePolynomial lv R) $param: (lv R) Debug: evaluateType1 form: (HomogeneousDistributedMultivariatePolynomial lv R) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (HomogeneousDistributedMultivariatePolynomial lv R) $param: (lv R) Debug: evaluateType1 form: (HomogeneousDistributedMultivariatePolynomial lv R) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Polynomial R) $param: (lv R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Polynomial R) $param: (lv R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (HomogeneousDistributedMultivariatePolynomial lv R) $param: (lv R) Debug: evaluateType1 form: (HomogeneousDistributedMultivariatePolynomial lv R) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Polynomial R) $param: (lv R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (DistributedMultivariatePolynomial lv R) $param: (lv R) Debug: evaluateType1 form: (DistributedMultivariatePolynomial lv R) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (DistributedMultivariatePolynomial lv R) $param: (lv R) Debug: evaluateType1 form: (DistributedMultivariatePolynomial lv R) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Polynomial R) $param: (lv R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE dmpToHdmp ((HomogeneousDistributedMultivariatePolynomial lv R) (DistributedMultivariatePolynomial lv R))) (SIGNATURE hdmpToDmp ((DistributedMultivariatePolynomial lv R) (HomogeneousDistributedMultivariatePolynomial lv R))) (SIGNATURE pToHdmp ((HomogeneousDistributedMultivariatePolynomial lv R) (Polynomial R))) (SIGNATURE hdmpToP ((Polynomial R) (HomogeneousDistributedMultivariatePolynomial lv R))) (SIGNATURE dmpToP ((Polynomial R) (DistributedMultivariatePolynomial lv R))) (SIGNATURE pToDmp ((DistributedMultivariatePolynomial lv R) (Polynomial R)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PolToPol compiling into /tmp/oa-y0w19O compiling local variable1 : Symbol -> OrderedVariableList lv Time: 0.03 SEC. compiling exported pToHdmp : Polynomial R -> HomogeneousDistributedMultivariatePolynomial(lv,R) Time: 0.08 SEC. compiling exported hdmpToP : HomogeneousDistributedMultivariatePolynomial(lv,R) -> Polynomial R Time: 0.03 SEC. compiling exported dmpToP : DistributedMultivariatePolynomial(lv,R) -> Polynomial R Time: 0.03 SEC. compiling exported pToDmp : Polynomial R -> DistributedMultivariatePolynomial(lv,R) Time: 0.02 SEC. compiling exported dmpToHdmp : DistributedMultivariatePolynomial(lv,R) -> HomogeneousDistributedMultivariatePolynomial(lv,R) Time: 0.06 SEC. compiling exported hdmpToDmp : HomogeneousDistributedMultivariatePolynomial(lv,R) -> DistributedMultivariatePolynomial(lv,R) Time: 0.06 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor PolToPol Time: 0.30 seconds finalizing NRLIB POLTOPOL Processing PolToPol for Browser database: -- dmpToHdmp : DPoly -> HDPoly -- hdmpToDmp : HDPoly -> DPoly -- pToHdmp : P -> HDPoly -- hdmpToP : HDPoly -> P -- dmpToP : DPoly -> P -- pToDmp : P -> DPoly -- constructor ; compiling file "/tmp/oa-y0w19O/code.lsp" (written 01 FEB 2016 11:00:49 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |POLTOPOL;variable1| ...) ; compiling (DEFUN |POLTOPOL;pToHdmp;PHdmp;2| ...) ; compiling (DEFUN |POLTOPOL;hdmpToP;HdmpP;3| ...) ; compiling (DEFUN |POLTOPOL;dmpToP;DmpP;4| ...) ; compiling (DEFUN |POLTOPOL;pToDmp;PDmp;5| ...) ; compiling (DEFUN |POLTOPOL;dmpToHdmp;DmpHdmp;6| ...) ; compiling (DEFUN |POLTOPOL;hdmpToDmp;HdmpDmp;7| ...) ; compiling (DEFUN |PolToPol| ...) ; compiling (DEFUN |PolToPol;| ...) ; compiling (MAKEPROP (QUOTE |PolToPol|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-y0w19O/code.fasl written ; compilation finished in 0:00:00.039 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SQMATRIX.spad && cp SQMATRIX.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SQMATRIX.fasl \ && if test -f SQMATRIX-.NRLIB/code.fasl; then \ cp SQMATRIX-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SQMATRIX-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SQMATRIX.spad using Spad compiler. SQMATRIX abbreviates domain SquareMatrix debug: compDefine1 lhs: (SquareMatrix ndim R) signature (pre-evaluate): ((Join (SquareMatrixCategory ndim R (DirectProduct ndim R) (DirectProduct ndim R)) (CoercibleTo (Matrix R)) (CATEGORY domain (SIGNATURE new ($ R)) (SIGNATURE transpose ($ $)) (SIGNATURE squareMatrix ($ (Matrix R))) (IF (has R (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch))) NIL NIL) debug: evaluateType form: (Join (SquareMatrixCategory ndim R (DirectProduct ndim R) (DirectProduct ndim R)) (CoercibleTo (Matrix R)) (CATEGORY domain (SIGNATURE new ($ R)) (SIGNATURE transpose ($ $)) (SIGNATURE squareMatrix ($ (Matrix R))) (IF (has R (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch))) $param: (ndim R) debug: evaluateType form: (SquareMatrixCategory ndim R (DirectProduct ndim R) (DirectProduct ndim R)) $param: (ndim R) Debug: evaluateType1 form: (SquareMatrixCategory ndim R (DirectProduct ndim R) (DirectProduct ndim R)) debug: evaluateType1 x: ndim m: (NonNegativeInteger) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: (DirectProduct ndim R) m: (DirectProductCategory ndim R) debug: evaluateType1 categoryForm: (DirectProductCategory ndim R) debug: evaluateType form: (DirectProductCategory ndim R) $param: (ndim R) Debug: evaluateType1 form: (DirectProductCategory ndim R) debug: evaluateType1 x: ndim m: (NonNegativeInteger) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (DirectProduct ndim R) $param: (ndim R) Debug: evaluateType1 form: (DirectProduct ndim R) debug: evaluateType1 x: ndim m: (NonNegativeInteger) debug: evaluateType1 x: R m: (Type) debug: evalCategory d: (DirectProduct ndim R) c: (DirectProductCategory ndim R) debug: evaluateType1 x: (DirectProduct ndim R) m: (DirectProductCategory ndim R) debug: evaluateType1 categoryForm: (DirectProductCategory ndim R) debug: evaluateType form: (DirectProductCategory ndim R) $param: (ndim R) Debug: evaluateType1 form: (DirectProductCategory ndim R) debug: evaluateType1 x: ndim m: (NonNegativeInteger) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (DirectProduct ndim R) $param: (ndim R) Debug: evaluateType1 form: (DirectProduct ndim R) debug: evaluateType1 x: ndim m: (NonNegativeInteger) debug: evaluateType1 x: R m: (Type) debug: evalCategory d: (DirectProduct ndim R) c: (DirectProductCategory ndim R) debug: evaluateType form: (CoercibleTo (Matrix R)) $param: (ndim R) Debug: evaluateType1 form: (CoercibleTo (Matrix R)) debug: evaluateType1 x: (Matrix R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (ndim R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix R) $param: (ndim R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Matrix R) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE new ($ R)) (SIGNATURE transpose ($ $)) (SIGNATURE squareMatrix ($ (Matrix R))) (IF (has R (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch)) $param: (ndim R) debug: evaluateType form: R $param: (ndim R) debug: evaluateType form: (Matrix R) $param: (ndim R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: compDefine1 signature (post evaluate): ((Join (SquareMatrixCategory ndim R (DirectProduct ndim R) (DirectProduct ndim R)) (CoercibleTo (Matrix R)) (CATEGORY domain (SIGNATURE new ($ R)) (SIGNATURE transpose ($ $)) (SIGNATURE squareMatrix ($ (Matrix R))) (IF (has R (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for SquareMatrix compiling into /tmp/oa-FNZdNe compiling exported Zero : () -> % Time: 0.07 SEC. compiling exported One : () -> % Time: 0.00 SEC. compiling exported characteristic : () -> NonNegativeInteger Time: 0 SEC. compiling exported new : R -> % Time: 0.01 SEC. compiling exported matrix : List List R -> % Time: 0.06 SEC. compiling exported row : (%,Integer) -> DirectProduct(ndim,R) Time: 0.01 SEC. compiling exported column : (%,Integer) -> DirectProduct(ndim,R) Time: 0.02 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. compiling exported scalarMatrix : R -> % Time: 0.00 SEC. compiling exported diagonalMatrix : List R -> % Time: 0.02 SEC. compiling exported coerce : % -> Matrix R Time: 0.00 SEC. compiling exported squareMatrix : Matrix R -> % Time: 0.01 SEC. compiling exported * : (%,DirectProduct(ndim,R)) -> DirectProduct(ndim,R) Time: 0.02 SEC. compiling exported * : (DirectProduct(ndim,R),%) -> DirectProduct(ndim,R) Time: 0.02 SEC. compiling exported ** : (%,NonNegativeInteger) -> % Time: 0.00 SEC. compiling exported determinant : % -> R Time: 0.00 SEC. compiling exported minordet : % -> R Time: 0 SEC. compiling exported rowEchelon : % -> % Time: 0.01 SEC. compiling exported rank : % -> NonNegativeInteger Time: 0.00 SEC. compiling exported nullity : % -> NonNegativeInteger Time: 0 SEC. compiling exported nullSpace : % -> List DirectProduct(ndim,R) Time: 0.04 SEC. compiling exported inverse : % -> Union(%,failed) Time: 0.02 SEC. compiling exported ** : (%,Integer) -> % Time: 0.01 SEC. compiling exported recip : % -> Union(%,failed) Time: 0 SEC. compiling exported convert : % -> InputForm Debug compQuote expr: (QUOTE squareMatrix) m: $EmptyMode Debug compQuote expr: (QUOTE squareMatrix) m: (Symbol) Debug compQuote expr: (QUOTE squareMatrix) m: $EmptyMode Debug compQuote expr: (QUOTE squareMatrix) m: (Symbol) Debug compQuote expr: (QUOTE squareMatrix) m: $EmptyMode Debug compQuote expr: (QUOTE squareMatrix) m: (Symbol) Debug compQuote expr: (QUOTE squareMatrix) m: $EmptyMode Debug compQuote expr: (QUOTE squareMatrix) m: (Symbol) Debug compQuote expr: (QUOTE squareMatrix) m: $EmptyMode Debug compQuote expr: (QUOTE squareMatrix) m: (Symbol) Debug compQuote expr: (QUOTE squareMatrix) m: $EmptyMode Debug compQuote expr: (QUOTE squareMatrix) m: (Symbol) Debug compQuote expr: (QUOTE squareMatrix) m: $EmptyMode Debug compQuote expr: (QUOTE squareMatrix) m: (Symbol) Debug compQuote expr: (QUOTE squareMatrix) m: $EmptyMode Debug compQuote expr: (QUOTE squareMatrix) m: (Symbol) Debug compQuote expr: (QUOTE squareMatrix) m: $EmptyMode Debug compQuote expr: (QUOTE squareMatrix) m: (Symbol) Debug compQuote expr: (QUOTE squareMatrix) m: $EmptyMode Debug compQuote expr: (QUOTE squareMatrix) m: (Symbol) Time: 0.06 SEC. (time taken in buildFunctor: 16) Time: 0.06 SEC. Cumulative Statistics for Constructor SquareMatrix Time: 0.46 seconds --------------non extending category---------------------- SquareMatrix(#1,#2) of category Join(SquareMatrixCategory(#1,#2, DirectProduct(#1,#2),DirectProduct(#1,#2)),CoercibleTo Matrix #2) with new : #2 -> % transpose : % -> % squareMatrix : Matrix #2 -> %IF (has #2 (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm)))%noBranch has no MatrixCategory(#2,Vector #2,Vector #2) ---------------------------------------------------------- finalizing NRLIB SQMATRIX Processing SquareMatrix for Browser database: -- new : R -> % -- transpose : % -> % -- squareMatrix : Matrix R -> % -- constructor ; compiling file "/tmp/oa-FNZdNe/code.lsp" (written 01 FEB 2016 11:00:50 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SQMATRIX;Zero;$;1| ...) ; compiling (DEFUN |SQMATRIX;One;$;2| ...) ; compiling (DEFUN |SQMATRIX;characteristic;Nni;3| ...) ; file: /tmp/oa-FNZdNe/code.lsp ; in: DEFUN |SQMATRIX;characteristic;Nni;3| ; (DEFUN BOOT::|SQMATRIX;characteristic;Nni;3| (BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 20)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SQMATRIX;characteristic;Nni;3| ; (BOOT::$) ; (BLOCK BOOT::|SQMATRIX;characteristic;Nni;3| ; (BOOT::|spadConstant| BOOT::$ 20))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |SQMATRIX;new;R$;4| ...) ; compiling (DEFUN |SQMATRIX;matrix;L$;5| ...) ; compiling (DEFUN |SQMATRIX;row;$IDp;6| ...) ; compiling (DEFUN |SQMATRIX;column;$IDp;7| ...) ; compiling (DEFUN |SQMATRIX;coerce;$Of;8| ...) ; compiling (DEFUN |SQMATRIX;scalarMatrix;R$;9| ...) ; compiling (DEFUN |SQMATRIX;diagonalMatrix;L$;10| ...) ; compiling (DEFUN |SQMATRIX;coerce;$M;11| ...) ; compiling (DEFUN |SQMATRIX;squareMatrix;M$;12| ...) ; compiling (DEFUN |SQMATRIX;*;$2Dp;13| ...) ; compiling (DEFUN |SQMATRIX;*;Dp$Dp;14| ...) ; compiling (DEFUN |SQMATRIX;**;$Nni$;15| ...) ; compiling (DEFUN |SQMATRIX;determinant;$R;16| ...) ; compiling (DEFUN |SQMATRIX;minordet;$R;17| ...) ; compiling (DEFUN |SQMATRIX;rowEchelon;2$;18| ...) ; compiling (DEFUN |SQMATRIX;rank;$Nni;19| ...) ; file: /tmp/oa-FNZdNe/code.lsp ; in: DEFUN |SQMATRIX;rank;$Nni;19| ; (DEFUN BOOT::|SQMATRIX;rank;$Nni;19| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 67))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SQMATRIX;rank;$Nni;19| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|SQMATRIX;rank;$Nni;19| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 67)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |SQMATRIX;nullity;$Nni;20| ...) ; file: /tmp/oa-FNZdNe/code.lsp ; in: DEFUN |SQMATRIX;nullity;$Nni;20| ; (DEFUN BOOT::|SQMATRIX;nullity;$Nni;20| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 69))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SQMATRIX;nullity;$Nni;20| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|SQMATRIX;nullity;$Nni;20| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 69)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |SQMATRIX;nullSpace;$L;21| ...) ; file: /tmp/oa-FNZdNe/code.lsp ; in: DEFUN |SQMATRIX;nullSpace;$L;21| ; (DEFUN BOOT::|SQMATRIX;nullSpace;$L;21| (BOOT::|x| BOOT::$) ; (LET ((#:G608 (BOOT::SPADCALL BOOT::|x| #)) (#:G578 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G608 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SQMATRIX;nullSpace;$L;21| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|SQMATRIX;nullSpace;$L;21| ; (LET ((#:G608 #) (#:G578 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SQMATRIX;inverse;$U;22| ...) ; compiling (DEFUN |SQMATRIX;**;$I$;23| ...) ; compiling (DEFUN |SQMATRIX;recip;$U;24| ...) ; file: /tmp/oa-FNZdNe/code.lsp ; in: DEFUN |SQMATRIX;recip;$U;24| ; (DEFUN BOOT::|SQMATRIX;recip;$U;24| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 77))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SQMATRIX;recip;$U;24| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|SQMATRIX;recip;$U;24| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 77)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SQMATRIX;convert;$If;25| ...) ; compiling (DEFUN |SquareMatrix| ...) ; compiling (DEFUN |SquareMatrix;| ...) ; compiling (MAKEPROP (QUOTE |SquareMatrix|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 5 notes ; /tmp/oa-FNZdNe/code.fasl written ; compilation finished in 0:00:00.100 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile GB.spad && cp GB.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GB.fasl \ && if test -f GB-.NRLIB/code.fasl; then \ cp GB-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GB-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GB.spad using Spad compiler. GB abbreviates package GroebnerPackage debug: compDefine1 lhs: (GroebnerPackage Dom Expon VarSet Dpol) signature (pre-evaluate): ((CATEGORY package (SIGNATURE groebner ((List Dpol) (List Dpol))) (SIGNATURE groebner ((List Dpol) (List Dpol) (String))) (SIGNATURE groebner ((List Dpol) (List Dpol) (String) (String))) (IF (has Dom (Field)) (SIGNATURE normalForm (Dpol Dpol (List Dpol))) %noBranch)) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE groebner ((List Dpol) (List Dpol))) (SIGNATURE groebner ((List Dpol) (List Dpol) (String))) (SIGNATURE groebner ((List Dpol) (List Dpol) (String) (String))) (IF (has Dom (Field)) (SIGNATURE normalForm (Dpol Dpol (List Dpol))) %noBranch)) $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (List Dpol) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List Dpol) debug: evaluateType1 x: Dpol m: (Type) debug: evaluateType form: (List Dpol) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List Dpol) debug: evaluateType1 x: Dpol m: (Type) debug: evaluateType form: (List Dpol) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List Dpol) debug: evaluateType1 x: Dpol m: (Type) debug: evaluateType form: (List Dpol) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List Dpol) debug: evaluateType1 x: Dpol m: (Type) debug: evaluateType form: (String) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (String) debug: evaluateType form: (List Dpol) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List Dpol) debug: evaluateType1 x: Dpol m: (Type) debug: evaluateType form: (List Dpol) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List Dpol) debug: evaluateType1 x: Dpol m: (Type) debug: evaluateType form: (String) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (String) debug: evaluateType form: (String) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (String) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE groebner ((List Dpol) (List Dpol))) (SIGNATURE groebner ((List Dpol) (List Dpol) (String))) (SIGNATURE groebner ((List Dpol) (List Dpol) (String) (String))) (IF (has Dom (Field)) (SIGNATURE normalForm (Dpol Dpol (List Dpol))) %noBranch)) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for GroebnerPackage compiling into /tmp/oa-A5fhV3 importing OutputForm importing GroebnerInternalPackage(Dom,Expon,VarSet,Dpol) compiling local monicize : Dpol -> Dpol Time: 0.14 SEC. compiling exported normalForm : (Dpol,List Dpol) -> Dpol Time: 0.01 SEC. compiling exported groebner : List Dpol -> List Dpol Time: 0.02 SEC. compiling exported groebner : (List Dpol,String) -> List Dpol Time: 0.05 SEC. compiling exported groebner : (List Dpol,String,String) -> List Dpol Time: 0.06 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor GroebnerPackage Time: 0.28 seconds finalizing NRLIB GB Processing GroebnerPackage for Browser database: -- groebner : List Dpol -> List Dpol -- groebner : (List Dpol,String) -> List Dpol -- groebner : (List Dpol,String,String) -> List Dpol -- normalForm : (Dpol,List Dpol) -> Dpol -- constructor ; compiling file "/tmp/oa-A5fhV3/code.lsp" (written 01 FEB 2016 11:00:51 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |GB;monicize| ...) ; compiling (DEFUN |GB;normalForm;DpolLDpol;2| ...) ; compiling (DEFUN |GB;groebner;2L;3| ...) ; file: /tmp/oa-A5fhV3/code.lsp ; in: DEFUN |GB;groebner;2L;3| ; (DEFUN BOOT::|GB;groebner;2L;3| (BOOT::|Pol| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|Pol| NIL (BOOT::|shellEntry| BOOT::$ 21)) ; BOOT::|Pol|) ; (T (PROGN (SETQ #) (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GB;groebner;2L;3| ; (BOOT::|Pol| BOOT::$) ; (BLOCK BOOT::|GB;groebner;2L;3| ; (COND ((BOOT::SPADCALL BOOT::|Pol| NIL #) BOOT::|Pol|) ; (T (PROGN # #))))) ; ; note: Assignment to argument: |Pol| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |GB;groebner;2L;3!0| ...) ; compiling (DEFUN |GB;groebner;LSL;4| ...) ; file: /tmp/oa-A5fhV3/code.lsp ; in: DEFUN |GB;groebner;LSL;4| ; (DEFUN BOOT::|GB;groebner;LSL;4| (BOOT::|Pol| BOOT::|xx1| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|Pol| NIL (BOOT::|shellEntry| BOOT::$ 21)) ; BOOT::|Pol|) ; (T (BOOT::SEQ (SETQ #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GB;groebner;LSL;4| ; (BOOT::|Pol| BOOT::|xx1| BOOT::$) ; (BLOCK BOOT::|GB;groebner;LSL;4| ; (COND ((BOOT::SPADCALL BOOT::|Pol| NIL #) BOOT::|Pol|) ; (T (BOOT::SEQ # #))))) ; ; note: Assignment to argument: |Pol| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |GB;groebner;LSL;4!1| ...) ; compiling (DEFUN |GB;groebner;LSL;4!0| ...) ; compiling (DEFUN |GB;groebner;L2SL;5| ...) ; file: /tmp/oa-A5fhV3/code.lsp ; in: DEFUN |GB;groebner;L2SL;5| ; (DEFUN BOOT::|GB;groebner;L2SL;5| ; (BOOT::|Pol| BOOT::|xx1| BOOT::|xx2| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|Pol| NIL (BOOT::|shellEntry| BOOT::$ 21)) ; BOOT::|Pol|) ; (T (BOOT::SEQ (SETQ #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GB;groebner;L2SL;5| ; (BOOT::|Pol| BOOT::|xx1| BOOT::|xx2| BOOT::$) ; (BLOCK BOOT::|GB;groebner;L2SL;5| ; (COND ((BOOT::SPADCALL BOOT::|Pol| NIL #) BOOT::|Pol|) ; (T (BOOT::SEQ # #))))) ; ; note: Assignment to argument: |Pol| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |GB;groebner;L2SL;5!4| ...) ; compiling (DEFUN |GB;groebner;L2SL;5!3| ...) ; compiling (DEFUN |GB;groebner;L2SL;5!2| ...) ; compiling (DEFUN |GB;groebner;L2SL;5!1| ...) ; compiling (DEFUN |GB;groebner;L2SL;5!0| ...) ; compiling (DEFUN |GroebnerPackage| ...) ; compiling (DEFUN |GroebnerPackage;| ...) ; compiling (MAKEPROP (QUOTE |GroebnerPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 6 notes ; /tmp/oa-A5fhV3/code.fasl written ; compilation finished in 0:00:00.079 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile RATRET.spad && cp RATRET.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RATRET.fasl \ && if test -f RATRET-.NRLIB/code.fasl; then \ cp RATRET-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RATRET-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RATRET.spad using Spad compiler. RATRET abbreviates package RationalRetractions debug: compDefine1 lhs: (RationalRetractions S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE rational ((Fraction (Integer)) S)) (SIGNATURE rational? ((Boolean) S)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) S))) (RetractableTo (Fraction (Integer)))) debug: evaluateType form: (CATEGORY package (SIGNATURE rational ((Fraction (Integer)) S)) (SIGNATURE rational? ((Boolean) S)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) S))) $param: (S) debug: evaluateType form: (Fraction (Integer)) $param: (S) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (S) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Union (Fraction (Integer)) failed) $param: (S) debug: evaluateType form: (Fraction (Integer)) $param: (S) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (S) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: failed $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (RetractableTo (Fraction (Integer))) $param: (S) Debug: evaluateType1 form: (RetractableTo (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Integer)) $param: (S) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (S) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE rational ((Fraction (Integer)) S)) (SIGNATURE rational? ((Boolean) S)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) S))) (RetractableTo (Fraction (Integer)))) debug: compDefine1 lhs: (RationalRetractions S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE rational ((Fraction (Integer)) S)) (SIGNATURE rational? ((Boolean) S)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) S))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE rational ((Fraction (Integer)) S)) (SIGNATURE rational? ((Boolean) S)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) S))) $param: (S) debug: evaluateType form: (Fraction (Integer)) $param: (S) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (S) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Union (Fraction (Integer)) failed) $param: (S) debug: evaluateType form: (Fraction (Integer)) $param: (S) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (S) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: failed $param: (S) debug: evaluateType form: S $param: (S) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE rational ((Fraction (Integer)) S)) (SIGNATURE rational? ((Boolean) S)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) S))) NIL) ------------------------------------------------------------------------ initializing stationary directory for RationalRetractions compiling into /tmp/oa-YBNvLv compiling exported rational : S -> Fraction Integer Time: 0.04 SEC. compiling exported rational? : S -> Boolean Time: 0.00 SEC. compiling exported rationalIfCan : S -> Union(Fraction Integer,failed) Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor RationalRetractions Time: 0.05 seconds finalizing NRLIB RATRET Processing RationalRetractions for Browser database: -- rational : S -> Fraction Integer -- rational? : S -> Boolean -- rationalIfCan : S -> Union(Fraction Integer,"failed") -- constructor ; compiling file "/tmp/oa-YBNvLv/code.lsp" (written 01 FEB 2016 11:00:51 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RATRET;rational;SF;1| ...) ; compiling (DEFUN |RATRET;rational?;SB;2| ...) ; compiling (DEFUN |RATRET;rationalIfCan;SU;3| ...) ; file: /tmp/oa-YBNvLv/code.lsp ; in: DEFUN |RATRET;rationalIfCan;SU;3| ; (DEFUN BOOT::|RATRET;rationalIfCan;SU;3| (BOOT::|s| BOOT::$) ; (BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 12))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RATRET;rationalIfCan;SU;3| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|RATRET;rationalIfCan;SU;3| ; (BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 12)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |RationalRetractions| ...) ; compiling (DEFUN |RationalRetractions;| ...) ; compiling (MAKEPROP (QUOTE |RationalRetractions|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-YBNvLv/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile RADUTIL.spad && cp RADUTIL.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RADUTIL.fasl \ && if test -f RADUTIL-.NRLIB/code.fasl; then \ cp RADUTIL-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RADUTIL-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RADUTIL.spad using Spad compiler. RADUTIL abbreviates package RadixUtilities debug: compDefine1 lhs: (RadixUtilities) signature (pre-evaluate): ((CATEGORY package (SIGNATURE radix ((Any) (Fraction (Integer)) (Integer))))) debug: evaluateType form: (CATEGORY package (SIGNATURE radix ((Any) (Fraction (Integer)) (Integer)))) $param: NIL debug: evaluateType form: (Any) $param: NIL Debug: evaluateType1 form: (Any) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE radix ((Any) (Fraction (Integer)) (Integer))))) ------------------------------------------------------------------------ initializing stationary directory for RadixUtilities compiling into /tmp/oa-moTeZF compiling exported radix : (Fraction Integer,Integer) -> Any Time: 0.05 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor RadixUtilities Time: 0.06 seconds finalizing NRLIB RADUTIL Processing RadixUtilities for Browser database: -- radix : (Fraction Integer,Integer) -> Any -- constructor ; compiling file "/tmp/oa-moTeZF/code.lsp" (written 01 FEB 2016 11:00:51 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RADUTIL;radix;FIA;1| ...) ; file: /tmp/oa-moTeZF/code.lsp ; in: DEFUN |RADUTIL;radix;FIA;1| ; (DEFUN BOOT::|RADUTIL;radix;FIA;1| (BOOT::|q| BOOT::|b| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|q| ; (BOOT::|compiledLookupCheck| 'BOOT::|coerce| '(BOOT::$ #) ; (BOOT::|RadixExpansion| ; BOOT::|b|))) ; (BOOT::|compiledLookupCheck| 'BOOT::|coerce| ; (LIST '(BOOT::|Any|) ; (LIST 'BOOT::|RadixExpansion| ; BOOT::|b|)) ; (BOOT::|AnyFunctions1| ; (BOOT::|RadixExpansion| BOOT::|b|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RADUTIL;radix;FIA;1| ; (BOOT::|q| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|RADUTIL;radix;FIA;1| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|q| ; (BOOT::|compiledLookupCheck| 'BOOT::|coerce| '# #)) ; (BOOT::|compiledLookupCheck| 'BOOT::|coerce| (LIST '# #) ; (BOOT::|AnyFunctions1| #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |RadixUtilities| ...) ; compiling (DEFUN |RadixUtilities;| ...) ; compiling (MAKEPROP (QUOTE |RadixUtilities|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; /tmp/oa-moTeZF/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile UP.spad && cp UP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UP.fasl \ && if test -f UP-.NRLIB/code.fasl; then \ cp UP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UP.spad using Spad compiler. UP abbreviates domain UnivariatePolynomial debug: compDefine1 lhs: (UnivariatePolynomial x R) signature (pre-evaluate): ((Join (UnivariatePolynomialCategory R) (CoercibleFrom (Variable x)) (CATEGORY domain (SIGNATURE fmecg ($ $ (NonNegativeInteger) R $)))) (Symbol) (Ring)) debug: evaluateType form: (Join (UnivariatePolynomialCategory R) (CoercibleFrom (Variable x)) (CATEGORY domain (SIGNATURE fmecg ($ $ (NonNegativeInteger) R $)))) $param: (x R) debug: evaluateType form: (UnivariatePolynomialCategory R) $param: (x R) Debug: evaluateType1 form: (UnivariatePolynomialCategory R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (CoercibleFrom (Variable x)) $param: (x R) Debug: evaluateType1 form: (CoercibleFrom (Variable x)) debug: evaluateType1 x: (Variable x) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (x R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Variable x) $param: (x R) Debug: evaluateType1 form: (Variable x) debug: evaluateType1 x: x m: (Symbol) debug: evalCategory d: (Variable x) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE fmecg ($ $ (NonNegativeInteger) R $))) $param: (x R) debug: evaluateType form: (NonNegativeInteger) $param: (x R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: R $param: (x R) debug: evaluateType form: (Symbol) $param: (x R) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Ring) $param: (x R) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((Join (UnivariatePolynomialCategory R) (CoercibleFrom (Variable x)) (CATEGORY domain (SIGNATURE fmecg ($ $ (NonNegativeInteger) R $)))) (Symbol) (Ring)) debug: compDefine1 lhs: (UnivariatePolynomial x R) signature (pre-evaluate): ((Join (UnivariatePolynomialCategory R) (CoercibleFrom (Variable x)) (CATEGORY domain (SIGNATURE fmecg ($ $ (NonNegativeInteger) R $)))) NIL NIL) debug: evaluateType form: (Join (UnivariatePolynomialCategory R) (CoercibleFrom (Variable x)) (CATEGORY domain (SIGNATURE fmecg ($ $ (NonNegativeInteger) R $)))) $param: (x R) debug: evaluateType form: (UnivariatePolynomialCategory R) $param: (x R) Debug: evaluateType1 form: (UnivariatePolynomialCategory R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (CoercibleFrom (Variable x)) $param: (x R) Debug: evaluateType1 form: (CoercibleFrom (Variable x)) debug: evaluateType1 x: (Variable x) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (x R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Variable x) $param: (x R) Debug: evaluateType1 form: (Variable x) debug: evaluateType1 x: x m: (Symbol) debug: evalCategory d: (Variable x) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE fmecg ($ $ (NonNegativeInteger) R $))) $param: (x R) debug: evaluateType form: (NonNegativeInteger) $param: (x R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: R $param: (x R) debug: compDefine1 signature (post evaluate): ((Join (UnivariatePolynomialCategory R) (CoercibleFrom (Variable x)) (CATEGORY domain (SIGNATURE fmecg ($ $ (NonNegativeInteger) R $)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for UnivariatePolynomial compiling into /tmp/oa-sg9bhR compiling exported coerce : % -> OutputForm Time: 0.11 SEC. compiling exported coerce : Variable x -> % Time: 0.02 SEC. (time taken in buildFunctor: 224) Time: 0.37 SEC. Warnings: [1] OpenAxiom suggests removing assignment to Rep Cumulative Statistics for Constructor UnivariatePolynomial Time: 0.50 seconds --------------non extending category---------------------- UnivariatePolynomial(#1,#2) of category Join( UnivariatePolynomialCategory #2,CoercibleFrom Variable #1) with fmecg : (%,NonNegativeInteger,#2,%) -> % has no outputForm : (%,OutputForm) -> OutputForm ---------------------------------------------------------- finalizing NRLIB UP Processing UnivariatePolynomial for Browser database: -- fmecg : (%,NonNegativeInteger,R,%) -> % -- constructor ; compiling file "/tmp/oa-sg9bhR/code.lsp" (written 01 FEB 2016 11:00:52 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |UP;coerce;$Of;1| ...) ; compiling (DEFUN |UP;coerce;V$;2| ...) ; file: /tmp/oa-sg9bhR/code.lsp ; in: DEFUN |UP;coerce;V$;2| ; (DEFUN BOOT::|UP;coerce;V$;2| (BOOT::|v| BOOT::$) ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 15) 1 ; (BOOT::|shellEntry| BOOT::$ 18))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UP;coerce;V$;2| ; (BOOT::|v| BOOT::$) ; (BLOCK BOOT::|UP;coerce;V$;2| ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 15) 1 ; (BOOT::|shellEntry| BOOT::$ 18)))) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |UnivariatePolynomial| ...) ; compiling (DEFUN |UnivariatePolynomial;| ...) ; compiling (MAKEPROP (QUOTE |UnivariatePolynomial|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; /tmp/oa-sg9bhR/code.fasl written ; compilation finished in 0:00:00.038 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PINTERPA.spad && cp PINTERPA.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PINTERPA.fasl \ && if test -f PINTERPA-.NRLIB/code.fasl; then \ cp PINTERPA-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PINTERPA-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PINTERPA.spad using Spad compiler. PINTERPA abbreviates package PolynomialInterpolationAlgorithms debug: compDefine1 lhs: (PolynomialInterpolationAlgorithms F P) signature (pre-evaluate): ((CATEGORY package (SIGNATURE LagrangeInterpolation (P (List F) (List F)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE LagrangeInterpolation (P (List F) (List F)))) $param: (F P) debug: evaluateType form: P $param: (F P) debug: evaluateType form: (List F) $param: (F P) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (List F) $param: (F P) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE LagrangeInterpolation (P (List F) (List F)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PolynomialInterpolationAlgorithms compiling into /tmp/oa-PHRBCE compiling exported LagrangeInterpolation : (List F,List F) -> P Time: 0.17 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor PolynomialInterpolationAlgorithms Time: 0.17 seconds finalizing NRLIB PINTERPA Processing PolynomialInterpolationAlgorithms for Browser database: -- LagrangeInterpolation : (List F,List F) -> P -- constructor ; compiling file "/tmp/oa-PHRBCE/code.lsp" (written 01 FEB 2016 11:00:52 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PINTERPA;LagrangeInterpolation;2LP;1| ...) ; compiling (DEFUN |PolynomialInterpolationAlgorithms| ...) ; compiling (DEFUN |PolynomialInterpolationAlgorithms;| ...) ; compiling (MAKEPROP (QUOTE |PolynomialInterpolationAlgorithms|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-PHRBCE/code.fasl written ; compilation finished in 0:00:00.031 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile XFALG.spad && cp XFALG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/XFALG.fasl \ && if test -f XFALG-.NRLIB/code.fasl; then \ cp XFALG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/XFALG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/XFALG.spad using Spad compiler. XFALG abbreviates category XFreeAlgebra debug: compDefine1 lhs: (XFreeAlgebra vl R) signature (pre-evaluate): ((Category) (OrderedSet) (Ring)) debug: evaluateType form: (Category) $param: (vl R) debug: evaluateType form: (OrderedSet) $param: (vl R) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (Ring) $param: (vl R) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((Category) (OrderedSet) (Ring)) debug: compDefine1 lhs: (XFreeAlgebra vl R) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (vl R) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for XFreeAlgebra compiling into /tmp/oa-lDtzwZ STYLE-WARNING: redefining BOOT::|XFreeAlgebra| in DEFUN Time: 0.02 SEC. finalizing NRLIB XFALG Processing XFreeAlgebra for Browser database: -- ?*? : (vl,%) -> % -- ?*? : (%,R) -> % -- mindeg : % -> WORD -- mindegTerm : % -> TERM -- coef : (%,WORD) -> R -- coef : (%,%) -> R -- lquo : (%,vl) -> % -- lquo : (%,WORD) -> % -- lquo : (%,%) -> % -- rquo : (%,vl) -> % -- rquo : (%,WORD) -> % -- rquo : (%,%) -> % -- monom : (WORD,R) -> % -- monomial? : % -> Boolean -- mirror : % -> % -- coerce : vl -> % -- constant? : % -> Boolean -- constant : % -> R -- quasiRegular? : % -> Boolean -- quasiRegular : % -> % -- sh : (%,%) -> % -- sh : (%,NNI) -> % -- varList : % -> List vl -- constructor ; compiling file "/tmp/oa-lDtzwZ/code.lsp" (written 01 FEB 2016 11:00:52 PM): ; compiling (DEFPARAMETER |XFreeAlgebra;AL| ...) ; compiling (DEFUN |XFreeAlgebra;| ...) ; compiling (DEFUN |XFreeAlgebra| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-lDtzwZ/code.fasl written ; compilation finished in 0:00:00.018 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ZLINDEP.spad && cp ZLINDEP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ZLINDEP.fasl \ && if test -f ZLINDEP-.NRLIB/code.fasl; then \ cp ZLINDEP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ZLINDEP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ZLINDEP.spad using Spad compiler. ZLINDEP abbreviates package IntegerLinearDependence debug: compDefine1 lhs: (IntegerLinearDependence R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE linearlyDependentOverZ? ((Boolean) (Vector R))) (SIGNATURE linearDependenceOverZ ((Union (Vector (Integer)) failed) (Vector R))) (SIGNATURE solveLinearlyOverQ ((Union (Vector (Fraction (Integer))) failed) (Vector R) R))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE linearlyDependentOverZ? ((Boolean) (Vector R))) (SIGNATURE linearDependenceOverZ ((Union (Vector (Integer)) failed) (Vector R))) (SIGNATURE solveLinearlyOverQ ((Union (Vector (Fraction (Integer))) failed) (Vector R) R))) $param: (R) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Vector R) $param: (R) Debug: evaluateType1 form: (Vector R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (Union (Vector (Integer)) failed) $param: (R) debug: evaluateType form: (Vector (Integer)) $param: (R) Debug: evaluateType1 form: (Vector (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Vector R) $param: (R) Debug: evaluateType1 form: (Vector R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (Union (Vector (Fraction (Integer))) failed) $param: (R) debug: evaluateType form: (Vector (Fraction (Integer))) $param: (R) Debug: evaluateType1 form: (Vector (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Integer)) $param: (R) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Type) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Vector R) $param: (R) Debug: evaluateType1 form: (Vector R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: R $param: (R) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE linearlyDependentOverZ? ((Boolean) (Vector R))) (SIGNATURE linearDependenceOverZ ((Union (Vector (Integer)) failed) (Vector R))) (SIGNATURE solveLinearlyOverQ ((Union (Vector (Fraction (Integer))) failed) (Vector R) R))) NIL) ------------------------------------------------------------------------ initializing stationary directory for IntegerLinearDependence compiling into /tmp/oa-OTaMMd importing LinearDependence(Integer,R) compiling exported linearlyDependentOverZ? : Vector R -> Boolean Time: 0.04 SEC. compiling exported linearDependenceOverZ : Vector R -> Union(Vector Integer,failed) Time: 0.01 SEC. compiling exported solveLinearlyOverQ : (Vector R,R) -> Union(Vector Fraction Integer,failed) Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor IntegerLinearDependence Time: 0.05 seconds finalizing NRLIB ZLINDEP Processing IntegerLinearDependence for Browser database: -- linearlyDependentOverZ? : Vector R -> Boolean -- linearDependenceOverZ : Vector R -> Union(Vector Z,"failed") -- solveLinearlyOverQ : (Vector R,R) -> Union(Vector Fraction Z,"failed") -- constructor ; compiling file "/tmp/oa-OTaMMd/code.lsp" (written 01 FEB 2016 11:00:52 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ZLINDEP;linearlyDependentOverZ?;VB;1| ...) ; file: /tmp/oa-OTaMMd/code.lsp ; in: DEFUN |ZLINDEP;linearlyDependentOverZ?;VB;1| ; (DEFUN BOOT::|ZLINDEP;linearlyDependentOverZ?;VB;1| (BOOT::|v| BOOT::$) ; (BOOT::SPADCALL BOOT::|v| (BOOT::|shellEntry| BOOT::$ 11))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ZLINDEP;linearlyDependentOverZ?;VB;1| ; (BOOT::|v| BOOT::$) ; (BLOCK BOOT::|ZLINDEP;linearlyDependentOverZ?;VB;1| ; (BOOT::SPADCALL BOOT::|v| (BOOT::|shellEntry| BOOT::$ 11)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |ZLINDEP;linearDependenceOverZ;VU;2| ...) ; file: /tmp/oa-OTaMMd/code.lsp ; in: DEFUN |ZLINDEP;linearDependenceOverZ;VU;2| ; (DEFUN BOOT::|ZLINDEP;linearDependenceOverZ;VU;2| (BOOT::|v| BOOT::$) ; (BOOT::SPADCALL BOOT::|v| (BOOT::|shellEntry| BOOT::$ 15))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ZLINDEP;linearDependenceOverZ;VU;2| ; (BOOT::|v| BOOT::$) ; (BLOCK BOOT::|ZLINDEP;linearDependenceOverZ;VU;2| ; (BOOT::SPADCALL BOOT::|v| (BOOT::|shellEntry| BOOT::$ 15)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |ZLINDEP;solveLinearlyOverQ;VRU;3| ...) ; file: /tmp/oa-OTaMMd/code.lsp ; in: DEFUN |ZLINDEP;solveLinearlyOverQ;VRU;3| ; (DEFUN BOOT::|ZLINDEP;solveLinearlyOverQ;VRU;3| (BOOT::|v| BOOT::|c| BOOT::$) ; (BOOT::SPADCALL BOOT::|v| BOOT::|c| (BOOT::|shellEntry| BOOT::$ 20))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ZLINDEP;solveLinearlyOverQ;VRU;3| ; (BOOT::|v| BOOT::|c| BOOT::$) ; (BLOCK BOOT::|ZLINDEP;solveLinearlyOverQ;VRU;3| ; (BOOT::SPADCALL BOOT::|v| BOOT::|c| (BOOT::|shellEntry| BOOT::$ 20)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |IntegerLinearDependence| ...) ; compiling (DEFUN |IntegerLinearDependence;| ...) ; compiling (MAKEPROP (QUOTE |IntegerLinearDependence|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 3 notes ; /tmp/oa-OTaMMd/code.fasl written ; compilation finished in 0:00:00.024 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile BBTREE.spad && cp BBTREE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/BBTREE.fasl \ && if test -f BBTREE-.NRLIB/code.fasl; then \ cp BBTREE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/BBTREE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/BBTREE.spad using Spad compiler. BBTREE abbreviates domain BalancedBinaryTree debug: compDefine1 lhs: (BalancedBinaryTree S) signature (pre-evaluate): ((Join (BinaryTreeCategory S) (CATEGORY domain (SIGNATURE balancedBinaryTree ($ (NonNegativeInteger) S)) (SIGNATURE setleaves! ($ $ (List S))) (SIGNATURE mapUp! (S $ (Mapping S S S))) (SIGNATURE mapUp! ($ $ $ (Mapping S S S S S))) (SIGNATURE mapDown! ($ $ S (Mapping S S S))) (SIGNATURE mapDown! ($ $ S (Mapping (List S) S S S))))) (SetCategory)) debug: evaluateType form: (Join (BinaryTreeCategory S) (CATEGORY domain (SIGNATURE balancedBinaryTree ($ (NonNegativeInteger) S)) (SIGNATURE setleaves! ($ $ (List S))) (SIGNATURE mapUp! (S $ (Mapping S S S))) (SIGNATURE mapUp! ($ $ $ (Mapping S S S S S))) (SIGNATURE mapDown! ($ $ S (Mapping S S S))) (SIGNATURE mapDown! ($ $ S (Mapping (List S) S S S))))) $param: (S) debug: evaluateType form: (BinaryTreeCategory S) $param: (S) Debug: evaluateType1 form: (BinaryTreeCategory S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE balancedBinaryTree ($ (NonNegativeInteger) S)) (SIGNATURE setleaves! ($ $ (List S))) (SIGNATURE mapUp! (S $ (Mapping S S S))) (SIGNATURE mapUp! ($ $ $ (Mapping S S S S S))) (SIGNATURE mapDown! ($ $ S (Mapping S S S))) (SIGNATURE mapDown! ($ $ S (Mapping (List S) S S S)))) $param: (S) debug: evaluateType form: (NonNegativeInteger) $param: (S) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: S $param: (S) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Mapping S S S) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Mapping S S S S S) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Mapping S S S) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Mapping (List S) S S S) $param: (S) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Join (BinaryTreeCategory S) (CATEGORY domain (SIGNATURE balancedBinaryTree ($ (NonNegativeInteger) S)) (SIGNATURE setleaves! ($ $ (List S))) (SIGNATURE mapUp! (S $ (Mapping S S S))) (SIGNATURE mapUp! ($ $ $ (Mapping S S S S S))) (SIGNATURE mapDown! ($ $ S (Mapping S S S))) (SIGNATURE mapDown! ($ $ S (Mapping (List S) S S S))))) (SetCategory)) debug: compDefine1 lhs: (BalancedBinaryTree S) signature (pre-evaluate): ((Join (BinaryTreeCategory S) (CATEGORY domain (SIGNATURE balancedBinaryTree ($ (NonNegativeInteger) S)) (SIGNATURE setleaves! ($ $ (List S))) (SIGNATURE mapUp! (S $ (Mapping S S S))) (SIGNATURE mapUp! ($ $ $ (Mapping S S S S S))) (SIGNATURE mapDown! ($ $ S (Mapping S S S))) (SIGNATURE mapDown! ($ $ S (Mapping (List S) S S S))))) NIL) debug: evaluateType form: (Join (BinaryTreeCategory S) (CATEGORY domain (SIGNATURE balancedBinaryTree ($ (NonNegativeInteger) S)) (SIGNATURE setleaves! ($ $ (List S))) (SIGNATURE mapUp! (S $ (Mapping S S S))) (SIGNATURE mapUp! ($ $ $ (Mapping S S S S S))) (SIGNATURE mapDown! ($ $ S (Mapping S S S))) (SIGNATURE mapDown! ($ $ S (Mapping (List S) S S S))))) $param: (S) debug: evaluateType form: (BinaryTreeCategory S) $param: (S) Debug: evaluateType1 form: (BinaryTreeCategory S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE balancedBinaryTree ($ (NonNegativeInteger) S)) (SIGNATURE setleaves! ($ $ (List S))) (SIGNATURE mapUp! (S $ (Mapping S S S))) (SIGNATURE mapUp! ($ $ $ (Mapping S S S S S))) (SIGNATURE mapDown! ($ $ S (Mapping S S S))) (SIGNATURE mapDown! ($ $ S (Mapping (List S) S S S)))) $param: (S) debug: evaluateType form: (NonNegativeInteger) $param: (S) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: S $param: (S) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Mapping S S S) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Mapping S S S S S) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Mapping S S S) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Mapping (List S) S S S) $param: (S) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: compDefine1 signature (post evaluate): ((Join (BinaryTreeCategory S) (CATEGORY domain (SIGNATURE balancedBinaryTree ($ (NonNegativeInteger) S)) (SIGNATURE setleaves! ($ $ (List S))) (SIGNATURE mapUp! (S $ (Mapping S S S))) (SIGNATURE mapUp! ($ $ $ (Mapping S S S S S))) (SIGNATURE mapDown! ($ $ S (Mapping S S S))) (SIGNATURE mapDown! ($ $ S (Mapping (List S) S S S))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for BalancedBinaryTree compiling into /tmp/oa-PoQenn compiling exported leaf? : % -> Boolean Time: 0.03 SEC. compiling exported setleaves! : (%,List S) -> % Time: 0.10 SEC. compiling exported balancedBinaryTree : (NonNegativeInteger,S) -> % Time: 0.02 SEC. compiling exported mapUp! : (%,(S,S) -> S) -> S Time: 0.01 SEC. compiling exported mapUp! : (%,%,(S,S,S,S) -> S) -> % Time: 0.02 SEC. compiling exported mapDown! : (%,S,(S,S) -> S) -> % Time: 0.01 SEC. compiling exported mapDown! : (%,S,(S,S,S) -> List S) -> % Time: 0.04 SEC. (time taken in buildFunctor: 4) Time: 0.03 SEC. Warnings: [1] OpenAxiom suggests removing assignment to Rep Cumulative Statistics for Constructor BalancedBinaryTree Time: 0.26 seconds --------------non extending category---------------------- BalancedBinaryTree #1 of category BinaryTreeCategory #1 with balancedBinaryTree : (NonNegativeInteger,#1) -> % setleaves! : (%,List #1) -> % mapUp! : (%,((#1,#1) -> #1)) -> #1 mapUp! : (%,%,((#1,#1,#1,#1) -> #1)) -> % mapDown! : (%,#1,((#1,#1) -> #1)) -> % mapDown! : (%,#1,((#1,#1,#1) -> List #1)) -> % has no binaryTree : #1 -> % ---------------------------------------------------------- finalizing NRLIB BBTREE Processing BalancedBinaryTree for Browser database: -- balancedBinaryTree : (NonNegativeInteger,S) -> % -- setleaves! : (%,List S) -> % -- mapUp! : (%,((S,S) -> S)) -> S -- mapUp! : (%,%,((S,S,S,S) -> S)) -> % -- mapDown! : (%,S,((S,S) -> S)) -> % -- mapDown! : (%,S,((S,S,S) -> List S)) -> % -- constructor ; compiling file "/tmp/oa-PoQenn/code.lsp" (written 01 FEB 2016 11:00:53 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |BBTREE;leaf?;$B;1| ...) ; file: /tmp/oa-PoQenn/code.lsp ; in: DEFUN |BBTREE;leaf?;$B;1| ; (DEFUN BOOT::|BBTREE;leaf?;$B;1| (BOOT::|x| BOOT::$) ; (AND (NOT (OR (BOOT::SPADCALL BOOT::|x| #) (NOT #))) ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 12)) ; (BOOT::|shellEntry| BOOT::$ 9)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BBTREE;leaf?;$B;1| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|BBTREE;leaf?;$B;1| ; (AND (NOT (OR # #)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) ; (BOOT::|shellEntry| BOOT::$ 9))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |BBTREE;setleaves!;$L$;2| ...) ; file: /tmp/oa-PoQenn/code.lsp ; in: DEFUN |BBTREE;setleaves!;$L$;2| ; (DEFUN BOOT::|BBTREE;setleaves!;$L$;2| (BOOT::|t| BOOT::|u| BOOT::$) ; (PROG (BOOT::|acc| BOOT::|m|) ; (RETURN ; (LET (#) ; (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BBTREE;setleaves!;$L$;2| ; (BOOT::|t| BOOT::|u| BOOT::$) ; (BLOCK BOOT::|BBTREE;setleaves!;$L$;2| ; (PROG (BOOT::|acc| BOOT::|m|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |u| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |BBTREE;balancedBinaryTree;NniS$;3| ...) ; compiling (DEFUN |BBTREE;mapUp!;$MS;4| ...) ; compiling (DEFUN |BBTREE;mapUp!;2$M$;5| ...) ; compiling (DEFUN |BBTREE;mapDown!;$SM$;6| ...) ; compiling (DEFUN |BBTREE;mapDown!;$SM$;7| ...) ; compiling (DEFUN |BalancedBinaryTree| ...) ; compiling (DEFUN |BalancedBinaryTree;| ...) ; compiling (MAKEPROP (QUOTE |BalancedBinaryTree|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-PoQenn/code.fasl written ; compilation finished in 0:00:00.053 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile TABLEAU.spad && cp TABLEAU.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/TABLEAU.fasl \ && if test -f TABLEAU-.NRLIB/code.fasl; then \ cp TABLEAU-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/TABLEAU-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TABLEAU.spad using Spad compiler. TABLEAU abbreviates domain Tableau debug: compDefine1 lhs: (Tableau S) signature (pre-evaluate): ((Join (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE tableau ($ (List (List S)))) (SIGNATURE listOfLists ((List (List S)) $)))) (SetCategory)) debug: evaluateType form: (Join (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE tableau ($ (List (List S)))) (SIGNATURE listOfLists ((List (List S)) $)))) $param: (S) debug: evaluateType form: (CoercibleTo (OutputForm)) $param: (S) Debug: evaluateType1 form: (CoercibleTo (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: (S) Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE tableau ($ (List (List S)))) (SIGNATURE listOfLists ((List (List S)) $))) $param: (S) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Join (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE tableau ($ (List (List S)))) (SIGNATURE listOfLists ((List (List S)) $)))) (SetCategory)) debug: compDefine1 lhs: (Tableau S) signature (pre-evaluate): ((Join (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE tableau ($ (List (List S)))) (SIGNATURE listOfLists ((List (List S)) $)))) NIL) debug: evaluateType form: (Join (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE tableau ($ (List (List S)))) (SIGNATURE listOfLists ((List (List S)) $)))) $param: (S) debug: evaluateType form: (CoercibleTo (OutputForm)) $param: (S) Debug: evaluateType1 form: (CoercibleTo (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: (S) Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE tableau ($ (List (List S)))) (SIGNATURE listOfLists ((List (List S)) $))) $param: (S) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE tableau ($ (List (List S)))) (SIGNATURE listOfLists ((List (List S)) $)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for Tableau compiling into /tmp/oa-iwscCS compiling exported tableau : List List S -> % TABLEAU;tableau;L$;1 lls is replaced by lls Time: 0.02 SEC. compiling exported listOfLists : % -> List List S TABLEAU;listOfLists;$L;2 x is replaced by x Time: 0.00 SEC. compiling local makeupv : (NonNegativeInteger,List S) -> List OutputForm Time: 0.10 SEC. compiling local maketab : List List S -> OutputForm Time: 0.04 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] tableau: pretend $ -- should replace by @ Cumulative Statistics for Constructor Tableau Time: 0.19 seconds finalizing NRLIB TABLEAU Processing Tableau for Browser database: -- tableau : L L S -> % -- listOfLists : % -> L L S -- constructor ; compiling file "/tmp/oa-iwscCS/code.lsp" (written 01 FEB 2016 11:00:53 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |TABLEAU;tableau;L$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |TABLEAU;listOfLists;$L;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |TABLEAU;tableau;L$;1| ...) ; compiling (DEFUN |TABLEAU;listOfLists;$L;2| ...) ; compiling (DEFUN |TABLEAU;makeupv| ...) ; compiling (DEFUN |TABLEAU;maketab| ...) ; compiling (DEFUN |TABLEAU;coerce;$Of;5| ...) ; compiling (DEFUN |Tableau| ...) ; compiling (DEFUN |Tableau;| ...) ; compiling (MAKEPROP (QUOTE |Tableau|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-iwscCS/code.fasl written ; compilation finished in 0:00:00.044 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MATSTOR.spad && cp MATSTOR.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MATSTOR.fasl \ && if test -f MATSTOR-.NRLIB/code.fasl; then \ cp MATSTOR-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MATSTOR-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MATSTOR.spad using Spad compiler. MATSTOR abbreviates package StorageEfficientMatrixOperations debug: compDefine1 lhs: (StorageEfficientMatrixOperations R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE copy! ((Matrix R) (Matrix R) (Matrix R))) (SIGNATURE plus! ((Matrix R) (Matrix R) (Matrix R) (Matrix R))) (SIGNATURE minus! ((Matrix R) (Matrix R) (Matrix R))) (SIGNATURE minus! ((Matrix R) (Matrix R) (Matrix R) (Matrix R))) (SIGNATURE leftScalarTimes! ((Matrix R) (Matrix R) R (Matrix R))) (SIGNATURE rightScalarTimes! ((Matrix R) (Matrix R) (Matrix R) R)) (SIGNATURE times! ((Matrix R) (Matrix R) (Matrix R) (Matrix R))) (SIGNATURE power! ((Matrix R) (Matrix R) (Matrix R) (Matrix R) (Matrix R) (NonNegativeInteger))) (SIGNATURE ** ((Matrix R) (Matrix R) (NonNegativeInteger)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE copy! ((Matrix R) (Matrix R) (Matrix R))) (SIGNATURE plus! ((Matrix R) (Matrix R) (Matrix R) (Matrix R))) (SIGNATURE minus! ((Matrix R) (Matrix R) (Matrix R))) (SIGNATURE minus! ((Matrix R) (Matrix R) (Matrix R) (Matrix R))) (SIGNATURE leftScalarTimes! ((Matrix R) (Matrix R) R (Matrix R))) (SIGNATURE rightScalarTimes! ((Matrix R) (Matrix R) (Matrix R) R)) (SIGNATURE times! ((Matrix R) (Matrix R) (Matrix R) (Matrix R))) (SIGNATURE power! ((Matrix R) (Matrix R) (Matrix R) (Matrix R) (Matrix R) (NonNegativeInteger))) (SIGNATURE ** ((Matrix R) (Matrix R) (NonNegativeInteger)))) $param: (R) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE copy! ((Matrix R) (Matrix R) (Matrix R))) (SIGNATURE plus! ((Matrix R) (Matrix R) (Matrix R) (Matrix R))) (SIGNATURE minus! ((Matrix R) (Matrix R) (Matrix R))) (SIGNATURE minus! ((Matrix R) (Matrix R) (Matrix R) (Matrix R))) (SIGNATURE leftScalarTimes! ((Matrix R) (Matrix R) R (Matrix R))) (SIGNATURE rightScalarTimes! ((Matrix R) (Matrix R) (Matrix R) R)) (SIGNATURE times! ((Matrix R) (Matrix R) (Matrix R) (Matrix R))) (SIGNATURE power! ((Matrix R) (Matrix R) (Matrix R) (Matrix R) (Matrix R) (NonNegativeInteger))) (SIGNATURE ** ((Matrix R) (Matrix R) (NonNegativeInteger)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for StorageEfficientMatrixOperations compiling into /tmp/oa-5Vziih compiling local rep : Matrix R -> PrimitiveArray PrimitiveArray R MATSTOR;rep m is replaced by m Time: 0.02 SEC. compiling exported copy! : (Matrix R,Matrix R) -> Matrix R Time: 0.09 SEC. compiling exported plus! : (Matrix R,Matrix R,Matrix R) -> Matrix R Time: 0.04 SEC. compiling exported minus! : (Matrix R,Matrix R) -> Matrix R Time: 0.04 SEC. compiling exported minus! : (Matrix R,Matrix R,Matrix R) -> Matrix R Time: 0.06 SEC. compiling exported leftScalarTimes! : (Matrix R,R,Matrix R) -> Matrix R Time: 0.05 SEC. compiling exported rightScalarTimes! : (Matrix R,Matrix R,R) -> Matrix R Time: 0.04 SEC. compiling local copyCol! : (PrimitiveArray R,PrimitiveArray PrimitiveArray R,Integer,Integer) -> Void Time: 0.02 SEC. compiling exported times! : (Matrix R,Matrix R,Matrix R) -> Matrix R Time: 0.04 SEC. compiling exported power! : (Matrix R,Matrix R,Matrix R,Matrix R,NonNegativeInteger) -> Matrix R Time: 0.05 SEC. compiling exported ** : (Matrix R,NonNegativeInteger) -> Matrix R Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Cumulative Statistics for Constructor StorageEfficientMatrixOperations Time: 0.50 seconds finalizing NRLIB MATSTOR Processing StorageEfficientMatrixOperations for Browser database: -- copy! : (M,M) -> M -- plus! : (M,M,M) -> M -- minus! : (M,M) -> M -- minus! : (M,M,M) -> M -- leftScalarTimes! : (M,R,M) -> M -- rightScalarTimes! : (M,M,R) -> M -- times! : (M,M,M) -> M -- power! : (M,M,M,M,NNI) -> M -- ?**? : (M,NNI) -> M -- constructor ; compiling file "/tmp/oa-5Vziih/code.lsp" (written 01 FEB 2016 11:00:54 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MATSTOR;rep|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MATSTOR;rep| ...) ; compiling (DEFUN |MATSTOR;copy!;3M;2| ...) ; compiling (DEFUN |MATSTOR;plus!;4M;3| ...) ; compiling (DEFUN |MATSTOR;minus!;3M;4| ...) ; compiling (DEFUN |MATSTOR;minus!;4M;5| ...) ; compiling (DEFUN |MATSTOR;leftScalarTimes!;MR2M;6| ...) ; compiling (DEFUN |MATSTOR;rightScalarTimes!;2MRM;7| ...) ; compiling (DEFUN |MATSTOR;copyCol!| ...) ; compiling (DEFUN |MATSTOR;times!;4M;9| ...) ; compiling (DEFUN |MATSTOR;power!;4MNniM;10| ...) ; file: /tmp/oa-5Vziih/code.lsp ; in: DEFUN |MATSTOR;power!;4MNniM;10| ; (DEFUN BOOT::|MATSTOR;power!;4MNniM;10| ; (BOOT::|a| BOOT::|b| BOOT::|c| BOOT::|m| BOOT::|p| BOOT::$) ; (PROG (BOOT::|flag|) ; (RETURN ; (LET (# #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MATSTOR;power!;4MNniM;10| ; (BOOT::|a| BOOT::|b| BOOT::|c| BOOT::|m| BOOT::|p| BOOT::$) ; (BLOCK BOOT::|MATSTOR;power!;4MNniM;10| ; (PROG (BOOT::|flag|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |p| ; prevents use of assertion from function type proclamation: ; UNSIGNED-BYTE ; ; compiling (DEFUN |MATSTOR;**;MNniM;11| ...) ; compiling (DEFUN |StorageEfficientMatrixOperations| ...) ; compiling (DEFUN |StorageEfficientMatrixOperations;| ...) ; compiling (MAKEPROP (QUOTE |StorageEfficientMatrixOperations|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-5Vziih/code.fasl written ; compilation finished in 0:00:00.205 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FRNAALG.spad && cp FRNAALG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FRNAALG.fasl \ && if test -f FRNAALG-.NRLIB/code.fasl; then \ cp FRNAALG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FRNAALG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FRNAALG.spad using Spad compiler. FRNAALG abbreviates category FramedNonAssociativeAlgebra debug: compDefine1 lhs: (FramedNonAssociativeAlgebra R) signature (pre-evaluate): ((Category) (CommutativeRing)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (CommutativeRing) $param: (R) Debug: evaluateType1 form: (CommutativeRing) debug: compDefine1 signature (post evaluate): ((Category) (CommutativeRing)) debug: compDefine1 lhs: (FramedNonAssociativeAlgebra R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for FramedNonAssociativeAlgebra compiling into /tmp/oa-czo6Fa STYLE-WARNING: redefining BOOT::|FramedNonAssociativeAlgebra| in DEFUN Time: 0.02 SEC. FRNAALG- abbreviates package FramedNonAssociativeAlgebra& ------------------------------------------------------------------------ initializing stationary directory for FramedNonAssociativeAlgebra& compiling into /tmp/oa-Cu0xOl compiling exported leftRankPolynomial : () -> SparseUnivariatePolynomial Polynomial R Time: 1.32 SEC. compiling exported rightRankPolynomial : () -> SparseUnivariatePolynomial Polynomial R Time: 1.78 SEC. compiling local leftUnitsInternal : () -> Record(particular: Union(Vector R,failed),basis: List Vector R) Time: 0.08 SEC. compiling exported leftUnit : () -> Union(S,failed) Time: 0.03 SEC. compiling exported leftUnits : () -> Union(Record(particular: S,basis: List S),failed) Time: 0.07 SEC. compiling local rightUnitsInternal : () -> Record(particular: Union(Vector R,failed),basis: List Vector R) Time: 0.08 SEC. compiling exported rightUnit : () -> Union(S,failed) Time: 0.03 SEC. compiling exported rightUnits : () -> Union(Record(particular: S,basis: List S),failed) Time: 0.09 SEC. compiling exported unit : () -> Union(S,failed) Time: 0.10 SEC. compiling exported apply : (Matrix R,S) -> S Time: 0.01 SEC. compiling exported structuralConstants : () -> Vector Matrix R Time: 0.01 SEC. compiling exported conditionsForIdempotents : () -> List Polynomial R Time: 0.01 SEC. compiling exported convert : S -> Vector R Time: 0.00 SEC. compiling exported convert : Vector R -> S Time: 0.01 SEC. compiling exported leftTraceMatrix : () -> Matrix R Time: 0.00 SEC. compiling exported rightTraceMatrix : () -> Matrix R Time: 0.01 SEC. compiling exported leftDiscriminant : () -> R Time: 0 SEC. compiling exported rightDiscriminant : () -> R Time: 0.00 SEC. compiling exported leftRegularRepresentation : S -> Matrix R Time: 0.00 SEC. compiling exported rightRegularRepresentation : S -> Matrix R Time: 0.01 SEC. compiling exported coordinates : S -> Vector R Time: 0.00 SEC. compiling exported represents : Vector R -> S Time: 0.01 SEC. compiling exported coordinates : Vector S -> Matrix R Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Cumulative Statistics for Constructor FramedNonAssociativeAlgebra& Time: 3.72 seconds finalizing NRLIB FRNAALG- ; compiling file "/tmp/oa-Cu0xOl/code.lsp" (written 01 FEB 2016 11:00:58 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FRNAALG-;leftRankPolynomial;Sup;1| ...) ; compiling (DEFUN |FRNAALG-;rightRankPolynomial;Sup;2| ...) ; compiling (DEFUN |FRNAALG-;leftUnitsInternal| ...) ; file: /tmp/oa-Cu0xOl/code.lsp ; in: DEFUN |FRNAALG-;leftUnitsInternal| ; (DEFUN BOOT::|FRNAALG-;leftUnitsInternal| (BOOT::$) ; (LET* ((BOOT::|n| (BOOT::SPADCALL #)) ; (BOOT::|b| (BOOT::SPADCALL #)) ; (BOOT::|gamma| (BOOT::SPADCALL BOOT::|b| #)) ; (BOOT::|cond| (BOOT::SPADCALL # BOOT::|n| # #)) ; (BOOT::|rhs| (BOOT::SPADCALL # # #)) ; (BOOT::|z| 0) ; (BOOT::|addOn| (BOOT::|spadConstant| BOOT::$ 66))) ; (BOOT::SEQ ; (LET (#) ; (LOOP # ; #)) ; (BOOT::EXIT (BOOT::SPADCALL BOOT::|cond| BOOT::|rhs| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FRNAALG-;leftUnitsInternal| ; (BOOT::$) ; (BLOCK BOOT::|FRNAALG-;leftUnitsInternal| ; (LET* ((BOOT::|n| #) ; (BOOT::|b| #) ; (BOOT::|gamma| #) ; (BOOT::|cond| #) ; (BOOT::|rhs| #) ; (BOOT::|z| 0) ; (BOOT::|addOn| #)) ; (BOOT::SEQ ; (LET # ; #) ; (BOOT::EXIT #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FRNAALG-;leftUnit;U;4| ...) ; compiling (DEFUN |FRNAALG-;leftUnits;U;5| ...) ; compiling (DEFUN |FRNAALG-;rightUnitsInternal| ...) ; file: /tmp/oa-Cu0xOl/code.lsp ; in: DEFUN |FRNAALG-;rightUnitsInternal| ; (DEFUN BOOT::|FRNAALG-;rightUnitsInternal| (BOOT::$) ; (LET* ((BOOT::|n| (BOOT::SPADCALL #)) ; (BOOT::|b| (BOOT::SPADCALL #)) ; (BOOT::|gamma| (BOOT::SPADCALL BOOT::|b| #)) ; (BOOT::|condo| (BOOT::SPADCALL # BOOT::|n| # #)) ; (BOOT::|rhs| (BOOT::SPADCALL # # #)) ; (BOOT::|z| 0) ; (BOOT::|addOn| (BOOT::|spadConstant| BOOT::$ 66))) ; (BOOT::SEQ ; (LET (#) ; (LOOP # ; #)) ; (BOOT::EXIT (BOOT::SPADCALL BOOT::|condo| BOOT::|rhs| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FRNAALG-;rightUnitsInternal| ; (BOOT::$) ; (BLOCK BOOT::|FRNAALG-;rightUnitsInternal| ; (LET* ((BOOT::|n| #) ; (BOOT::|b| #) ; (BOOT::|gamma| #) ; (BOOT::|condo| #) ; (BOOT::|rhs| #) ; (BOOT::|z| 0) ; (BOOT::|addOn| #)) ; (BOOT::SEQ ; (LET # ; #) ; (BOOT::EXIT #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FRNAALG-;rightUnit;U;7| ...) ; compiling (DEFUN |FRNAALG-;rightUnits;U;8| ...) ; compiling (DEFUN |FRNAALG-;unit;U;9| ...) ; compiling (DEFUN |FRNAALG-;apply;M2$;10| ...) ; compiling (DEFUN |FRNAALG-;structuralConstants;V;11| ...) ; file: /tmp/oa-Cu0xOl/code.lsp ; in: DEFUN |FRNAALG-;structuralConstants;V;11| ; (DEFUN BOOT::|FRNAALG-;structuralConstants;V;11| (BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|shellEntry| BOOT::$ 14))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FRNAALG-;structuralConstants;V;11| ; (BOOT::$) ; (BLOCK BOOT::|FRNAALG-;structuralConstants;V;11| ; (BOOT::SPADCALL (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|shellEntry| BOOT::$ 14)))) ; ; note: type assertion too complex to check: ; (VALUES (VECTOR T) &REST T). ; compiling (DEFUN |FRNAALG-;conditionsForIdempotents;L;12| ...) ; file: /tmp/oa-Cu0xOl/code.lsp ; in: DEFUN |FRNAALG-;conditionsForIdempotents;L;12| ; (DEFUN BOOT::|FRNAALG-;conditionsForIdempotents;L;12| (BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|shellEntry| BOOT::$ 106))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FRNAALG-;conditionsForIdempotents;L;12| ; (BOOT::$) ; (BLOCK BOOT::|FRNAALG-;conditionsForIdempotents;L;12| ; (BOOT::SPADCALL (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|shellEntry| BOOT::$ 106)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |FRNAALG-;convert;$V;13| ...) ; file: /tmp/oa-Cu0xOl/code.lsp ; in: DEFUN |FRNAALG-;convert;$V;13| ; (DEFUN BOOT::|FRNAALG-;convert;$V;13| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|shellEntry| BOOT::$ 108))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FRNAALG-;convert;$V;13| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FRNAALG-;convert;$V;13| ; (BOOT::SPADCALL BOOT::|x| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|shellEntry| BOOT::$ 108)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |FRNAALG-;convert;V$;14| ...) ; compiling (DEFUN |FRNAALG-;leftTraceMatrix;M;15| ...) ; compiling (DEFUN |FRNAALG-;rightTraceMatrix;M;16| ...) ; compiling (DEFUN |FRNAALG-;leftDiscriminant;R;17| ...) ; compiling (DEFUN |FRNAALG-;rightDiscriminant;R;18| ...) ; compiling (DEFUN |FRNAALG-;leftRegularRepresentation;$M;19| ...) ; compiling (DEFUN |FRNAALG-;rightRegularRepresentation;$M;20| ...) ; compiling (DEFUN |FRNAALG-;coordinates;$V;21| ...) ; file: /tmp/oa-Cu0xOl/code.lsp ; in: DEFUN |FRNAALG-;coordinates;$V;21| ; (DEFUN BOOT::|FRNAALG-;coordinates;$V;21| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|shellEntry| BOOT::$ 108))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FRNAALG-;coordinates;$V;21| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FRNAALG-;coordinates;$V;21| ; (BOOT::SPADCALL BOOT::|x| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|shellEntry| BOOT::$ 108)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |FRNAALG-;represents;V$;22| ...) ; compiling (DEFUN |FRNAALG-;coordinates;VM;23| ...) ; compiling (DEFUN |FramedNonAssociativeAlgebra&| ...) ; compiling (MAKEPROP (QUOTE |FramedNonAssociativeAlgebra&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 6 notes ; /tmp/oa-Cu0xOl/code.fasl written ; compilation finished in 0:00:00.114 ------------------------------------------------------------------------ finalizing NRLIB FRNAALG Processing FramedNonAssociativeAlgebra for Browser database: -- basis : () -> Vector % -- coordinates : % -> Vector R -- coordinates : Vector % -> Matrix R -- structuralConstants : () -> Vector Matrix R -- conditionsForIdempotents : () -> List Polynomial R -- represents : Vector R -> % -- convert : % -> Vector R -- convert : Vector R -> % -- leftDiscriminant : () -> R -- rightDiscriminant : () -> R -- leftTraceMatrix : () -> Matrix R -- rightTraceMatrix : () -> Matrix R -- leftRegularRepresentation : % -> Matrix R -- rightRegularRepresentation : % -> Matrix R -- leftRankPolynomial : () -> SparseUnivariatePolynomial Polynomial R -- rightRankPolynomial : () -> SparseUnivariatePolynomial Polynomial R -- apply : (Matrix R,%) -> % -- constructor ; compiling file "/tmp/oa-czo6Fa/code.lsp" (written 01 FEB 2016 11:00:58 PM): ; compiling (DEFPARAMETER |FramedNonAssociativeAlgebra;AL| ...) ; compiling (DEFUN |FramedNonAssociativeAlgebra;| ...) ; compiling (DEFUN |FramedNonAssociativeAlgebra| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-czo6Fa/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FRAMALG.spad && cp FRAMALG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FRAMALG.fasl \ && if test -f FRAMALG-.NRLIB/code.fasl; then \ cp FRAMALG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FRAMALG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FRAMALG.spad using Spad compiler. FRAMALG abbreviates category FramedAlgebra debug: compDefine1 lhs: (FramedAlgebra R UP) signature (pre-evaluate): ((Category) (CommutativeRing) (UnivariatePolynomialCategory R)) debug: evaluateType form: (Category) $param: (R UP) debug: evaluateType form: (CommutativeRing) $param: (R UP) Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (UnivariatePolynomialCategory R) $param: (R UP) Debug: evaluateType1 form: (UnivariatePolynomialCategory R) debug: evaluateType1 x: R m: (Ring) debug: compDefine1 signature (post evaluate): ((Category) (CommutativeRing) (UnivariatePolynomialCategory R)) debug: compDefine1 lhs: (FramedAlgebra R UP) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (R UP) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FramedAlgebra compiling into /tmp/oa-aIodrj STYLE-WARNING: redefining BOOT::|FramedAlgebra| in DEFUN Time: 0.01 SEC. FRAMALG- abbreviates package FramedAlgebra& ------------------------------------------------------------------------ initializing stationary directory for FramedAlgebra& compiling into /tmp/oa-bUoBDE compiling exported convert : S -> Vector R Time: 0.06 SEC. compiling exported convert : Vector R -> S Time: 0.00 SEC. compiling exported traceMatrix : () -> Matrix R Time: 0.01 SEC. compiling exported discriminant : () -> R Time: 0.00 SEC. compiling exported coordinates : S -> Vector R Time: 0.01 SEC. compiling exported represents : Vector R -> S Time: 0.00 SEC. compiling exported coordinates : Vector S -> Matrix R Time: 0.04 SEC. compiling exported regularRepresentation : S -> Matrix R Time: 0.03 SEC. compiling exported characteristicPolynomial : S -> UP Time: 0.04 SEC. compiling exported minimalPolynomial : S -> UP Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor FramedAlgebra& Time: 0.26 seconds finalizing NRLIB FRAMALG- ; compiling file "/tmp/oa-bUoBDE/code.lsp" (written 01 FEB 2016 11:00:58 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FRAMALG-;convert;$V;1| ...) ; file: /tmp/oa-bUoBDE/code.lsp ; in: DEFUN |FRAMALG-;convert;$V;1| ; (DEFUN BOOT::|FRAMALG-;convert;$V;1| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 10))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FRAMALG-;convert;$V;1| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FRAMALG-;convert;$V;1| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 10)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |FRAMALG-;convert;V$;2| ...) ; compiling (DEFUN |FRAMALG-;traceMatrix;M;3| ...) ; compiling (DEFUN |FRAMALG-;discriminant;R;4| ...) ; compiling (DEFUN |FRAMALG-;coordinates;$V;5| ...) ; file: /tmp/oa-bUoBDE/code.lsp ; in: DEFUN |FRAMALG-;coordinates;$V;5| ; (DEFUN BOOT::|FRAMALG-;coordinates;$V;5| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 15)) ; (BOOT::|shellEntry| BOOT::$ 21))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FRAMALG-;coordinates;$V;5| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FRAMALG-;coordinates;$V;5| ; (BOOT::SPADCALL BOOT::|x| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 15)) ; (BOOT::|shellEntry| BOOT::$ 21)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |FRAMALG-;represents;V$;6| ...) ; compiling (DEFUN |FRAMALG-;coordinates;VM;7| ...) ; compiling (DEFUN |FRAMALG-;regularRepresentation;$M;8| ...) ; compiling (DEFUN |FRAMALG-;characteristicPolynomial;$UP;9| ...) ; compiling (DEFUN |FRAMALG-;characteristicPolynomial;$UP;9!0| ...) ; compiling (DEFUN |FRAMALG-;minimalPolynomial;$UP;10| ...) ; compiling (DEFUN |FramedAlgebra&| ...) ; compiling (MAKEPROP (QUOTE |FramedAlgebra&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-bUoBDE/code.fasl written ; compilation finished in 0:00:00.054 ------------------------------------------------------------------------ finalizing NRLIB FRAMALG Processing FramedAlgebra for Browser database: -- basis : () -> Vector % -- coordinates : % -> Vector R -- coordinates : Vector % -> Matrix R -- represents : Vector R -> % -- convert : % -> Vector R -- convert : Vector R -> % -- traceMatrix : () -> Matrix R -- discriminant : () -> R -- regularRepresentation : % -> Matrix R -- constructor ; compiling file "/tmp/oa-aIodrj/code.lsp" (written 01 FEB 2016 11:00:59 PM): ; compiling (DEFPARAMETER |FramedAlgebra;AL| ...) ; compiling (DEFUN |FramedAlgebra;| ...) ; compiling (DEFUN |FramedAlgebra| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-aIodrj/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/UPOLYC2.fasl --optimize=3 UPOLYC2.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UPOLYC2.spad using Spad compiler. UPOLYC2 abbreviates package UnivariatePolynomialCategoryFunctions2 debug: compDefine1 lhs: (UnivariatePolynomialCategoryFunctions2 R PR S PS) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map (PS (Mapping S R) PR))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map (PS (Mapping S R) PR))) $param: (R PR S PS) debug: evaluateType form: PS $param: (R PR S PS) debug: evaluateType form: (Mapping S R) $param: (R PR S PS) debug: evaluateType form: S $param: (R PR S PS) debug: evaluateType form: R $param: (R PR S PS) debug: evaluateType form: PR $param: (R PR S PS) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map (PS (Mapping S R) PR))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for UnivariatePolynomialCategoryFunctions2 compiling into /tmp/oa-6MC7iK compiling exported map : (R -> S,PR) -> PS Time: 0.09 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor UnivariatePolynomialCategoryFunctions2 Time: 0.09 seconds finalizing NRLIB UPOLYC2 Processing UnivariatePolynomialCategoryFunctions2 for Browser database: -- map : ((R -> S),PR) -> PS -- constructor ; compiling file "/tmp/oa-6MC7iK/code.lsp" (written 01 FEB 2016 11:00:59 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |UPOLYC2;map;MPRPS;1| ...) ; compiling (DEFUN |UnivariatePolynomialCategoryFunctions2| ...) ; compiling (DEFUN |UnivariatePolynomialCategoryFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |UnivariatePolynomialCategoryFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-6MC7iK/code.fasl written ; compilation finished in 0:00:00.018 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile CPIMA.spad && cp CPIMA.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CPIMA.fasl \ && if test -f CPIMA-.NRLIB/code.fasl; then \ cp CPIMA-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CPIMA-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CPIMA.spad using Spad compiler. CPIMA abbreviates package CharacteristicPolynomialInMonogenicalAlgebra debug: compDefine1 lhs: (CharacteristicPolynomialInMonogenicalAlgebra R PolR E) signature (pre-evaluate): ((CATEGORY package (SIGNATURE characteristicPolynomial (PolR E))) (CommutativeRing) (UnivariatePolynomialCategory R) (MonogenicAlgebra R PolR)) debug: evaluateType form: (CATEGORY package (SIGNATURE characteristicPolynomial (PolR E))) $param: (R PolR E) debug: evaluateType form: PolR $param: (R PolR E) debug: evaluateType form: E $param: (R PolR E) debug: evaluateType form: (CommutativeRing) $param: (R PolR E) Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (UnivariatePolynomialCategory R) $param: (R PolR E) Debug: evaluateType1 form: (UnivariatePolynomialCategory R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (MonogenicAlgebra R PolR) $param: (R PolR E) Debug: evaluateType1 form: (MonogenicAlgebra R PolR) debug: evaluateType1 x: R m: (CommutativeRing) debug: evaluateType1 x: PolR m: (UnivariatePolynomialCategory R) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE characteristicPolynomial (PolR E))) (CommutativeRing) (UnivariatePolynomialCategory R) (MonogenicAlgebra R PolR)) debug: compDefine1 lhs: (CharacteristicPolynomialInMonogenicalAlgebra R PolR E) signature (pre-evaluate): ((CATEGORY package (SIGNATURE characteristicPolynomial (PolR E))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE characteristicPolynomial (PolR E))) $param: (R PolR E) debug: evaluateType form: PolR $param: (R PolR E) debug: evaluateType form: E $param: (R PolR E) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE characteristicPolynomial (PolR E))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for CharacteristicPolynomialInMonogenicalAlgebra compiling into /tmp/oa-EAzT8U importing UnivariatePolynomialCategoryFunctions2(R,PolR,PolR,SparseUnivariatePolynomial PolR) compiling local XtoY : PolR -> SparseUnivariatePolynomial PolR Time: 0.11 SEC. compiling exported characteristicPolynomial : E -> PolR Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor CharacteristicPolynomialInMonogenicalAlgebra Time: 0.13 seconds finalizing NRLIB CPIMA Processing CharacteristicPolynomialInMonogenicalAlgebra for Browser database: -- characteristicPolynomial : E -> PolR -- constructor ; compiling file "/tmp/oa-EAzT8U/code.lsp" (written 01 FEB 2016 11:00:59 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |CPIMA;XtoY| ...) ; compiling (DEFUN |CPIMA;XtoY!0| ...) ; compiling (DEFUN |CPIMA;characteristicPolynomial;EPolR;2| ...) ; compiling (DEFUN |CharacteristicPolynomialInMonogenicalAlgebra| ...) ; compiling (DEFUN |CharacteristicPolynomialInMonogenicalAlgebra;| ...) ; compiling (MAKEPROP (QUOTE |CharacteristicPolynomialInMonogenicalAlgebra|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-EAzT8U/code.fasl written ; compilation finished in 0:00:00.020 ------------------------------------------------------------------------ ================================== === layer 9 of 24 complete ====== ================================== ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile BPADIC.spad && cp BPADIC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/BPADIC.fasl \ && if test -f BPADIC-.NRLIB/code.fasl; then \ cp BPADIC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/BPADIC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/BPADIC.spad using Spad compiler. BPADIC abbreviates domain BalancedPAdicInteger debug: compDefine1 lhs: (BalancedPAdicInteger p) signature (pre-evaluate): (NIL (Integer)) debug: evaluateType form: (Integer) $param: (p) Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): (NIL (Integer)) debug: compDefine1 lhs: (BalancedPAdicInteger p) signature (pre-evaluate): (NIL NIL) debug: compDefine1 signature (post evaluate): (NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for BalancedPAdicInteger compiling into /tmp/oa-DrXkYd (time taken in buildFunctor: 4) Time: 0.08 SEC. Cumulative Statistics for Constructor BalancedPAdicInteger Time: 0.08 seconds finalizing NRLIB BPADIC Processing BalancedPAdicInteger for Browser database: -- constructor ; compiling file "/tmp/oa-DrXkYd/code.lsp" (written 01 FEB 2016 11:00:59 PM): ; compiling (DEFUN |BalancedPAdicInteger| ...) ; compiling (DEFUN |BalancedPAdicInteger;| ...) ; compiling (MAKEPROP (QUOTE |BalancedPAdicInteger|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-DrXkYd/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ANY.spad && cp ANY.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ANY.fasl \ && if test -f ANY-.NRLIB/code.fasl; then \ cp ANY-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ANY-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ANY.spad using Spad compiler. ANY abbreviates domain Any debug: compDefine1 lhs: (Any) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE any ($ (SExpression) (None))) (SIGNATURE dom ((SExpression) $)) (SIGNATURE obj ((None) $))))) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (SIGNATURE any ($ (SExpression) (None))) (SIGNATURE dom ((SExpression) $)) (SIGNATURE obj ((None) $)))) $param: NIL debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE any ($ (SExpression) (None))) (SIGNATURE dom ((SExpression) $)) (SIGNATURE obj ((None) $))) $param: NIL debug: evaluateType form: (SExpression) $param: NIL Debug: evaluateType1 form: (SExpression) debug: evaluateType form: (None) $param: NIL Debug: evaluateType1 form: (None) debug: evaluateType form: (SExpression) $param: NIL Debug: evaluateType1 form: (SExpression) debug: evaluateType form: (None) $param: NIL Debug: evaluateType1 form: (None) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE any ($ (SExpression) (None))) (SIGNATURE dom ((SExpression) $)) (SIGNATURE obj ((None) $))))) ------------------------------------------------------------------------ initializing stationary directory for Any compiling into /tmp/oa-mrx8Yv compiling exported obj : % -> None ANY;obj;$N;1 is replaced by %tail Time: 0.00 SEC. compiling exported dom : % -> SExpression ANY;dom;$Se;2 is replaced by %head Time: 0 SEC. compiling exported = : (%,%) -> Boolean Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Time: 0 SEC. compiling exported any : (SExpression,None) -> % Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor Any Time: 0.02 seconds finalizing NRLIB ANY Processing Any for Browser database: -- any : (SExpression,None) -> % -- dom : % -> SExpression -- obj : % -> None -- constructor ; compiling file "/tmp/oa-mrx8Yv/code.lsp" (written 01 FEB 2016 11:00:59 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ANY;obj;$N;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ANY;dom;$Se;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ANY;obj;$N;1| ...) ; compiling (DEFUN |ANY;dom;$Se;2| ...) ; compiling (DEFUN |ANY;=;2$B;3| ...) ; file: /tmp/oa-mrx8Yv/code.lsp ; in: DEFUN |ANY;=;2$B;3| ; (DEFUN BOOT::|ANY;=;2$B;3| (BOOT::|x| BOOT::|y| BOOT::$) ; (LET ((BOOT::S (BOOT::|evalDomain| #))) ; (COND ((AND # #) (BOOT::SPADCALL # # #)) (T (EQ BOOT::|x| BOOT::|y|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ANY;=;2$B;3| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|ANY;=;2$B;3| ; (LET ((BOOT::S #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |ANY;coerce;$Of;4| ...) ; compiling (DEFUN |ANY;any;SeN$;5| ...) ; file: /tmp/oa-mrx8Yv/code.lsp ; in: DEFUN |ANY;any;SeN$;5| ; (DEFUN BOOT::|ANY;any;SeN$;5| (BOOT::|domain| BOOT::|object| BOOT::$) ; (COND ; ((BOOT::|isValidType| BOOT::|domain|) ; (CONS BOOT::|domain| BOOT::|object|)) ; (T (PROGN (SETQ #) (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ANY;any;SeN$;5| ; (BOOT::|domain| BOOT::|object| BOOT::$) ; (BLOCK BOOT::|ANY;any;SeN$;5| ; (COND ; ((BOOT::|isValidType| BOOT::|domain|) ; (CONS BOOT::|domain| BOOT::|object|)) ; (T (PROGN # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |Any| ...) ; compiling (DEFUN |Any;| ...) ; compiling (MAKEPROP (QUOTE |Any|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 2 notes ; /tmp/oa-mrx8Yv/code.fasl written ; compilation finished in 0:00:00.023 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile LWORD.spad && cp LWORD.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LWORD.fasl \ && if test -f LWORD-.NRLIB/code.fasl; then \ cp LWORD-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LWORD-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LWORD.spad using Spad compiler. LWORD abbreviates domain LyndonWord debug: compDefine1 lhs: (LyndonWord VarSet) signature (pre-evaluate): ((Join (OrderedSet) (RetractableTo VarSet) (CoercibleTo (OrderedFreeMonoid VarSet)) (CoercibleTo (FreeMagma VarSet)) (CATEGORY domain (SIGNATURE retractable? ((Boolean) $)) (SIGNATURE left ($ $)) (SIGNATURE right ($ $)) (SIGNATURE length ((PositiveInteger) $)) (SIGNATURE lexico ((Boolean) $ $)) (SIGNATURE factor ((List $) (OrderedFreeMonoid VarSet))) (SIGNATURE lyndon? ((Boolean) (OrderedFreeMonoid VarSet))) (SIGNATURE lyndon ($ (OrderedFreeMonoid VarSet))) (SIGNATURE lyndonIfCan ((Union $ failed) (OrderedFreeMonoid VarSet))) (SIGNATURE varList ((List VarSet) $)) (SIGNATURE LyndonWordsList1 ((OneDimensionalArray (List $)) (List VarSet) (PositiveInteger))) (SIGNATURE LyndonWordsList ((List $) (List VarSet) (PositiveInteger))))) (OrderedSet)) debug: evaluateType form: (Join (OrderedSet) (RetractableTo VarSet) (CoercibleTo (OrderedFreeMonoid VarSet)) (CoercibleTo (FreeMagma VarSet)) (CATEGORY domain (SIGNATURE retractable? ((Boolean) $)) (SIGNATURE left ($ $)) (SIGNATURE right ($ $)) (SIGNATURE length ((PositiveInteger) $)) (SIGNATURE lexico ((Boolean) $ $)) (SIGNATURE factor ((List $) (OrderedFreeMonoid VarSet))) (SIGNATURE lyndon? ((Boolean) (OrderedFreeMonoid VarSet))) (SIGNATURE lyndon ($ (OrderedFreeMonoid VarSet))) (SIGNATURE lyndonIfCan ((Union $ failed) (OrderedFreeMonoid VarSet))) (SIGNATURE varList ((List VarSet) $)) (SIGNATURE LyndonWordsList1 ((OneDimensionalArray (List $)) (List VarSet) (PositiveInteger))) (SIGNATURE LyndonWordsList ((List $) (List VarSet) (PositiveInteger))))) $param: (VarSet) debug: evaluateType form: (OrderedSet) $param: (VarSet) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (RetractableTo VarSet) $param: (VarSet) Debug: evaluateType1 form: (RetractableTo VarSet) debug: evaluateType1 x: VarSet m: (Type) debug: evaluateType form: (CoercibleTo (OrderedFreeMonoid VarSet)) $param: (VarSet) Debug: evaluateType1 form: (CoercibleTo (OrderedFreeMonoid VarSet)) debug: evaluateType1 x: (OrderedFreeMonoid VarSet) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (VarSet) Debug: evaluateType1 form: (Type) debug: evaluateType form: (OrderedFreeMonoid VarSet) $param: (VarSet) Debug: evaluateType1 form: (OrderedFreeMonoid VarSet) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evalCategory d: (OrderedFreeMonoid VarSet) c: (Type) debug: evaluateType form: (CoercibleTo (FreeMagma VarSet)) $param: (VarSet) Debug: evaluateType1 form: (CoercibleTo (FreeMagma VarSet)) debug: evaluateType1 x: (FreeMagma VarSet) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (VarSet) Debug: evaluateType1 form: (Type) debug: evaluateType form: (FreeMagma VarSet) $param: (VarSet) Debug: evaluateType1 form: (FreeMagma VarSet) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evalCategory d: (FreeMagma VarSet) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE retractable? ((Boolean) $)) (SIGNATURE left ($ $)) (SIGNATURE right ($ $)) (SIGNATURE length ((PositiveInteger) $)) (SIGNATURE lexico ((Boolean) $ $)) (SIGNATURE factor ((List $) (OrderedFreeMonoid VarSet))) (SIGNATURE lyndon? ((Boolean) (OrderedFreeMonoid VarSet))) (SIGNATURE lyndon ($ (OrderedFreeMonoid VarSet))) (SIGNATURE lyndonIfCan ((Union $ failed) (OrderedFreeMonoid VarSet))) (SIGNATURE varList ((List VarSet) $)) (SIGNATURE LyndonWordsList1 ((OneDimensionalArray (List $)) (List VarSet) (PositiveInteger))) (SIGNATURE LyndonWordsList ((List $) (List VarSet) (PositiveInteger)))) $param: (VarSet) debug: evaluateType form: (Boolean) $param: (VarSet) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (PositiveInteger) $param: (VarSet) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (Boolean) $param: (VarSet) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List $) $param: (VarSet) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (OrderedFreeMonoid VarSet) $param: (VarSet) Debug: evaluateType1 form: (OrderedFreeMonoid VarSet) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evaluateType form: (Boolean) $param: (VarSet) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (OrderedFreeMonoid VarSet) $param: (VarSet) Debug: evaluateType1 form: (OrderedFreeMonoid VarSet) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evaluateType form: (OrderedFreeMonoid VarSet) $param: (VarSet) Debug: evaluateType1 form: (OrderedFreeMonoid VarSet) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evaluateType form: (Union $ failed) $param: (VarSet) debug: evaluateType form: $ $param: (VarSet) debug: evaluateType form: failed $param: (VarSet) debug: evaluateType form: (OrderedFreeMonoid VarSet) $param: (VarSet) Debug: evaluateType1 form: (OrderedFreeMonoid VarSet) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evaluateType form: (List VarSet) $param: (VarSet) Debug: evaluateType1 form: (List VarSet) debug: evaluateType1 x: VarSet m: (Type) debug: evaluateType form: (OneDimensionalArray (List $)) $param: (VarSet) Debug: evaluateType1 form: (OneDimensionalArray (List $)) debug: evaluateType1 x: (List $) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (VarSet) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List $) $param: (VarSet) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evalCategory d: (List $) c: (Type) debug: evaluateType form: (List VarSet) $param: (VarSet) Debug: evaluateType1 form: (List VarSet) debug: evaluateType1 x: VarSet m: (Type) debug: evaluateType form: (PositiveInteger) $param: (VarSet) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (List $) $param: (VarSet) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List VarSet) $param: (VarSet) Debug: evaluateType1 form: (List VarSet) debug: evaluateType1 x: VarSet m: (Type) debug: evaluateType form: (PositiveInteger) $param: (VarSet) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (OrderedSet) $param: (VarSet) Debug: evaluateType1 form: (OrderedSet) debug: compDefine1 signature (post evaluate): ((Join (OrderedSet) (RetractableTo VarSet) (CoercibleTo (OrderedFreeMonoid VarSet)) (CoercibleTo (FreeMagma VarSet)) (CATEGORY domain (SIGNATURE retractable? ((Boolean) $)) (SIGNATURE left ($ $)) (SIGNATURE right ($ $)) (SIGNATURE length ((PositiveInteger) $)) (SIGNATURE lexico ((Boolean) $ $)) (SIGNATURE factor ((List $) (OrderedFreeMonoid VarSet))) (SIGNATURE lyndon? ((Boolean) (OrderedFreeMonoid VarSet))) (SIGNATURE lyndon ($ (OrderedFreeMonoid VarSet))) (SIGNATURE lyndonIfCan ((Union $ failed) (OrderedFreeMonoid VarSet))) (SIGNATURE varList ((List VarSet) $)) (SIGNATURE LyndonWordsList1 ((OneDimensionalArray (List $)) (List VarSet) (PositiveInteger))) (SIGNATURE LyndonWordsList ((List $) (List VarSet) (PositiveInteger))))) (OrderedSet)) debug: compDefine1 lhs: (LyndonWord VarSet) signature (pre-evaluate): ((Join (OrderedSet) (RetractableTo VarSet) (CoercibleTo (OrderedFreeMonoid VarSet)) (CoercibleTo (FreeMagma VarSet)) (CATEGORY domain (SIGNATURE retractable? ((Boolean) $)) (SIGNATURE left ($ $)) (SIGNATURE right ($ $)) (SIGNATURE length ((PositiveInteger) $)) (SIGNATURE lexico ((Boolean) $ $)) (SIGNATURE factor ((List $) (OrderedFreeMonoid VarSet))) (SIGNATURE lyndon? ((Boolean) (OrderedFreeMonoid VarSet))) (SIGNATURE lyndon ($ (OrderedFreeMonoid VarSet))) (SIGNATURE lyndonIfCan ((Union $ failed) (OrderedFreeMonoid VarSet))) (SIGNATURE varList ((List VarSet) $)) (SIGNATURE LyndonWordsList1 ((OneDimensionalArray (List $)) (List VarSet) (PositiveInteger))) (SIGNATURE LyndonWordsList ((List $) (List VarSet) (PositiveInteger))))) NIL) debug: evaluateType form: (Join (OrderedSet) (RetractableTo VarSet) (CoercibleTo (OrderedFreeMonoid VarSet)) (CoercibleTo (FreeMagma VarSet)) (CATEGORY domain (SIGNATURE retractable? ((Boolean) $)) (SIGNATURE left ($ $)) (SIGNATURE right ($ $)) (SIGNATURE length ((PositiveInteger) $)) (SIGNATURE lexico ((Boolean) $ $)) (SIGNATURE factor ((List $) (OrderedFreeMonoid VarSet))) (SIGNATURE lyndon? ((Boolean) (OrderedFreeMonoid VarSet))) (SIGNATURE lyndon ($ (OrderedFreeMonoid VarSet))) (SIGNATURE lyndonIfCan ((Union $ failed) (OrderedFreeMonoid VarSet))) (SIGNATURE varList ((List VarSet) $)) (SIGNATURE LyndonWordsList1 ((OneDimensionalArray (List $)) (List VarSet) (PositiveInteger))) (SIGNATURE LyndonWordsList ((List $) (List VarSet) (PositiveInteger))))) $param: (VarSet) debug: evaluateType form: (OrderedSet) $param: (VarSet) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (RetractableTo VarSet) $param: (VarSet) Debug: evaluateType1 form: (RetractableTo VarSet) debug: evaluateType1 x: VarSet m: (Type) debug: evaluateType form: (CoercibleTo (OrderedFreeMonoid VarSet)) $param: (VarSet) Debug: evaluateType1 form: (CoercibleTo (OrderedFreeMonoid VarSet)) debug: evaluateType1 x: (OrderedFreeMonoid VarSet) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (VarSet) Debug: evaluateType1 form: (Type) debug: evaluateType form: (OrderedFreeMonoid VarSet) $param: (VarSet) Debug: evaluateType1 form: (OrderedFreeMonoid VarSet) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evalCategory d: (OrderedFreeMonoid VarSet) c: (Type) debug: evaluateType form: (CoercibleTo (FreeMagma VarSet)) $param: (VarSet) Debug: evaluateType1 form: (CoercibleTo (FreeMagma VarSet)) debug: evaluateType1 x: (FreeMagma VarSet) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (VarSet) Debug: evaluateType1 form: (Type) debug: evaluateType form: (FreeMagma VarSet) $param: (VarSet) Debug: evaluateType1 form: (FreeMagma VarSet) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evalCategory d: (FreeMagma VarSet) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE retractable? ((Boolean) $)) (SIGNATURE left ($ $)) (SIGNATURE right ($ $)) (SIGNATURE length ((PositiveInteger) $)) (SIGNATURE lexico ((Boolean) $ $)) (SIGNATURE factor ((List $) (OrderedFreeMonoid VarSet))) (SIGNATURE lyndon? ((Boolean) (OrderedFreeMonoid VarSet))) (SIGNATURE lyndon ($ (OrderedFreeMonoid VarSet))) (SIGNATURE lyndonIfCan ((Union $ failed) (OrderedFreeMonoid VarSet))) (SIGNATURE varList ((List VarSet) $)) (SIGNATURE LyndonWordsList1 ((OneDimensionalArray (List $)) (List VarSet) (PositiveInteger))) (SIGNATURE LyndonWordsList ((List $) (List VarSet) (PositiveInteger)))) $param: (VarSet) debug: evaluateType form: (Boolean) $param: (VarSet) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (PositiveInteger) $param: (VarSet) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (Boolean) $param: (VarSet) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List $) $param: (VarSet) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (OrderedFreeMonoid VarSet) $param: (VarSet) Debug: evaluateType1 form: (OrderedFreeMonoid VarSet) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evaluateType form: (Boolean) $param: (VarSet) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (OrderedFreeMonoid VarSet) $param: (VarSet) Debug: evaluateType1 form: (OrderedFreeMonoid VarSet) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evaluateType form: (OrderedFreeMonoid VarSet) $param: (VarSet) Debug: evaluateType1 form: (OrderedFreeMonoid VarSet) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evaluateType form: (Union $ failed) $param: (VarSet) debug: evaluateType form: $ $param: (VarSet) debug: evaluateType form: failed $param: (VarSet) debug: evaluateType form: (OrderedFreeMonoid VarSet) $param: (VarSet) Debug: evaluateType1 form: (OrderedFreeMonoid VarSet) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evaluateType form: (List VarSet) $param: (VarSet) Debug: evaluateType1 form: (List VarSet) debug: evaluateType1 x: VarSet m: (Type) debug: evaluateType form: (OneDimensionalArray (List $)) $param: (VarSet) Debug: evaluateType1 form: (OneDimensionalArray (List $)) debug: evaluateType1 x: (List $) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (VarSet) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List $) $param: (VarSet) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evalCategory d: (List $) c: (Type) debug: evaluateType form: (List VarSet) $param: (VarSet) Debug: evaluateType1 form: (List VarSet) debug: evaluateType1 x: VarSet m: (Type) debug: evaluateType form: (PositiveInteger) $param: (VarSet) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (List $) $param: (VarSet) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List VarSet) $param: (VarSet) Debug: evaluateType1 form: (List VarSet) debug: evaluateType1 x: VarSet m: (Type) debug: evaluateType form: (PositiveInteger) $param: (VarSet) Debug: evaluateType1 form: (PositiveInteger) debug: compDefine1 signature (post evaluate): ((Join (OrderedSet) (RetractableTo VarSet) (CoercibleTo (OrderedFreeMonoid VarSet)) (CoercibleTo (FreeMagma VarSet)) (CATEGORY domain (SIGNATURE retractable? ((Boolean) $)) (SIGNATURE left ($ $)) (SIGNATURE right ($ $)) (SIGNATURE length ((PositiveInteger) $)) (SIGNATURE lexico ((Boolean) $ $)) (SIGNATURE factor ((List $) (OrderedFreeMonoid VarSet))) (SIGNATURE lyndon? ((Boolean) (OrderedFreeMonoid VarSet))) (SIGNATURE lyndon ($ (OrderedFreeMonoid VarSet))) (SIGNATURE lyndonIfCan ((Union $ failed) (OrderedFreeMonoid VarSet))) (SIGNATURE varList ((List VarSet) $)) (SIGNATURE LyndonWordsList1 ((OneDimensionalArray (List $)) (List VarSet) (PositiveInteger))) (SIGNATURE LyndonWordsList ((List $) (List VarSet) (PositiveInteger))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for LyndonWord compiling into /tmp/oa-YMak6H compiling exported lyndon? : OrderedFreeMonoid VarSet -> Boolean Time: 0.02 SEC. compiling exported lyndonIfCan : OrderedFreeMonoid VarSet -> Union(%,failed) Time: 0.05 SEC. compiling exported lyndon : OrderedFreeMonoid VarSet -> % Time: 0.04 SEC. compiling local LetterList : OrderedFreeMonoid VarSet -> List VarSet Time: 0.01 SEC. compiling local factor1 : (List %,%,List %) -> List % Time: 0.02 SEC. compiling exported factor : OrderedFreeMonoid VarSet -> List % Time: 0.02 SEC. compiling exported < : (%,%) -> Boolean Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Time: 0.00 SEC. compiling exported coerce : % -> FreeMagma VarSet LWORD;coerce;$Fm;9 x is replaced by x Time: 0.00 SEC. compiling exported LyndonWordsList1 : (List VarSet,PositiveInteger) -> OneDimensionalArray List % Time: 0.08 SEC. compiling exported LyndonWordsList : (List VarSet,PositiveInteger) -> List % Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] OpenAxiom suggests removing assignment to Rep [2] LyndonWordsList1: : Integer -- replace by pretend Cumulative Statistics for Constructor LyndonWord Time: 0.30 seconds --------------non extending category---------------------- LyndonWord #1 of category Join(OrderedSet,RetractableTo #1, CoercibleTo OrderedFreeMonoid #1,CoercibleTo FreeMagma #1) with retractable? : % -> Boolean left : % -> % right : % -> % length : % -> PositiveInteger lexico : (%,%) -> Boolean factor : OrderedFreeMonoid #1 -> List % lyndon? : OrderedFreeMonoid #1 -> Boolean lyndon : OrderedFreeMonoid #1 -> % lyndonIfCan : OrderedFreeMonoid #1 -> Union(%,"failed") varList : % -> List #1 LyndonWordsList1 : (List #1,PositiveInteger) -> OneDimensionalArray List % LyndonWordsList : (List #1,PositiveInteger) -> List % has no ?*? : (%,%) -> % ---------------------------------------------------------- finalizing NRLIB LWORD Processing LyndonWord for Browser database: -- retractable? : % -> Boolean -- left : % -> % -- right : % -> % -- length : % -> PI -- lexico : (%,%) -> Boolean -- factor : OFMON -> List % -- lyndon? : OFMON -> Boolean -- lyndon : OFMON -> % -- lyndonIfCan : OFMON -> Union(%,"failed") -- varList : % -> List VarSet -- LyndonWordsList1 : (List VarSet,PI) -> ARRAY1 List % -- LyndonWordsList : (List VarSet,PI) -> List % -- constructor -- constructor --->../../x86_64-unknown-linux-gnu/src/algebra/xlpoly.spad-->LyndonWord: Spurious comments: => right(\spad{l}) >= \spad{u} ; compiling file "/tmp/oa-YMak6H/code.lsp" (written 01 FEB 2016 11:01:00 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LWORD;coerce;$Fm;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LWORD;lyndon?;OfmB;1| ...) ; compiling (DEFUN |LWORD;lyndonIfCan;OfmU;2| ...) ; compiling (DEFUN |LWORD;lyndon;Ofm$;3| ...) ; compiling (DEFUN |LWORD;LetterList| ...) ; compiling (DEFUN |LWORD;factor1| ...) ; compiling (DEFUN |LWORD;factor;OfmL;6| ...) ; compiling (DEFUN |LWORD;<;2$B;7| ...) ; file: /tmp/oa-YMak6H/code.lsp ; in: DEFUN |LWORD;<;2$B;7| ; (DEFUN BOOT::|LWORD;<;2$B;7| (BOOT::|x| BOOT::|y| BOOT::$) ; (LET ((BOOT::|lx| NIL) (BOOT::|ly| NIL)) ; (PROGN (SETQ BOOT::|lx| #) (SETQ BOOT::|ly| #) (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LWORD;<;2$B;7| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|LWORD;<;2$B;7| ; (LET ((BOOT::|lx| NIL) (BOOT::|ly| NIL)) ; (PROGN (SETQ #) (SETQ #) (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |LWORD;coerce;$Of;8| ...) ; compiling (DEFUN |LWORD;coerce;$Fm;9| ...) ; compiling (DEFUN |LWORD;LyndonWordsList1;LPiOda;10| ...) ; file: /tmp/oa-YMak6H/code.lsp ; in: DEFUN |LWORD;LyndonWordsList1;LPiOda;10| ; (BOOT::|moanRetract| BOOT::|n| '(BOOT::|NonNegativeInteger|)) ; ==> ; BOOT::|n| ; ; note: deleting unreachable code ; compiling (DEFUN |LWORD;LyndonWordsList;LPiL;11| ...) ; compiling (DEFUN |LyndonWord| ...) ; compiling (DEFUN |LyndonWord;| ...) ; compiling (MAKEPROP (QUOTE |LyndonWord|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-YMak6H/code.fasl written ; compilation finished in 0:00:00.056 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FR.spad && cp FR.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FR.fasl \ && if test -f FR-.NRLIB/code.fasl; then \ cp FR-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FR-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FR.spad using Spad compiler. FR abbreviates domain Factored debug: compDefine1 lhs: (Factored R) signature (pre-evaluate): ((Join (IntegralDomain) (DifferentialExtension R) (Algebra R) (FullyEvalableOver R) (FullyRetractableTo R) (Functorial R) (CATEGORY domain (SIGNATURE expand (R $)) (SIGNATURE exponent ((Integer) $)) (SIGNATURE makeFR ($ R (List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))))) (SIGNATURE factorList ((List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))) $)) (SIGNATURE nilFactor ($ R (Integer))) (SIGNATURE factors ((List (Record (: factor R) (: exponent (Integer)))) $)) (SIGNATURE irreducibleFactor ($ R (Integer))) (SIGNATURE nthExponent ((Integer) $ (Integer))) (SIGNATURE nthFactor (R $ (Integer))) (SIGNATURE nthFlag ((Union nil sqfr irred prime) $ (Integer))) (SIGNATURE numberOfFactors ((NonNegativeInteger) $)) (SIGNATURE primeFactor ($ R (Integer))) (SIGNATURE sqfrFactor ($ R (Integer))) (SIGNATURE flagFactor ($ R (Integer) (Union nil sqfr irred prime))) (SIGNATURE unit (R $)) (SIGNATURE unitNormalize ($ $)) (IF (has R (GcdDomain)) (ATTRIBUTE (GcdDomain)) %noBranch) (IF (has R (RealConstant)) (ATTRIBUTE (RealConstant)) %noBranch) (IF (has R (UniqueFactorizationDomain)) (ATTRIBUTE (UniqueFactorizationDomain)) %noBranch) (IF (has R (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch) (IF (has R (IntegerNumberSystem)) (PROGN (SIGNATURE rational? ((Boolean) $)) (SIGNATURE rational ((Fraction (Integer)) $)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) $))) %noBranch) (IF (has R (Eltable $ $)) (ATTRIBUTE (Eltable $ $)) %noBranch) (IF (has R (Evalable $)) (ATTRIBUTE (Evalable $)) %noBranch) (IF (has R (InnerEvalable (Symbol) $)) (ATTRIBUTE (InnerEvalable (Symbol) $)) %noBranch))) (IntegralDomain)) debug: evaluateType form: (Join (IntegralDomain) (DifferentialExtension R) (Algebra R) (FullyEvalableOver R) (FullyRetractableTo R) (Functorial R) (CATEGORY domain (SIGNATURE expand (R $)) (SIGNATURE exponent ((Integer) $)) (SIGNATURE makeFR ($ R (List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))))) (SIGNATURE factorList ((List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))) $)) (SIGNATURE nilFactor ($ R (Integer))) (SIGNATURE factors ((List (Record (: factor R) (: exponent (Integer)))) $)) (SIGNATURE irreducibleFactor ($ R (Integer))) (SIGNATURE nthExponent ((Integer) $ (Integer))) (SIGNATURE nthFactor (R $ (Integer))) (SIGNATURE nthFlag ((Union nil sqfr irred prime) $ (Integer))) (SIGNATURE numberOfFactors ((NonNegativeInteger) $)) (SIGNATURE primeFactor ($ R (Integer))) (SIGNATURE sqfrFactor ($ R (Integer))) (SIGNATURE flagFactor ($ R (Integer) (Union nil sqfr irred prime))) (SIGNATURE unit (R $)) (SIGNATURE unitNormalize ($ $)) (IF (has R (GcdDomain)) (ATTRIBUTE (GcdDomain)) %noBranch) (IF (has R (RealConstant)) (ATTRIBUTE (RealConstant)) %noBranch) (IF (has R (UniqueFactorizationDomain)) (ATTRIBUTE (UniqueFactorizationDomain)) %noBranch) (IF (has R (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch) (IF (has R (IntegerNumberSystem)) (PROGN (SIGNATURE rational? ((Boolean) $)) (SIGNATURE rational ((Fraction (Integer)) $)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) $))) %noBranch) (IF (has R (Eltable $ $)) (ATTRIBUTE (Eltable $ $)) %noBranch) (IF (has R (Evalable $)) (ATTRIBUTE (Evalable $)) %noBranch) (IF (has R (InnerEvalable (Symbol) $)) (ATTRIBUTE (InnerEvalable (Symbol) $)) %noBranch))) $param: (R) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (DifferentialExtension R) $param: (R) Debug: evaluateType1 form: (DifferentialExtension R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Algebra R) $param: (R) Debug: evaluateType1 form: (Algebra R) debug: evaluateType1 x: R m: (CommutativeRing) debug: evaluateType form: (FullyEvalableOver R) $param: (R) Debug: evaluateType1 form: (FullyEvalableOver R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (FullyRetractableTo R) $param: (R) Debug: evaluateType1 form: (FullyRetractableTo R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (Functorial R) $param: (R) Debug: evaluateType1 form: (Functorial R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE expand (R $)) (SIGNATURE exponent ((Integer) $)) (SIGNATURE makeFR ($ R (List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))))) (SIGNATURE factorList ((List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))) $)) (SIGNATURE nilFactor ($ R (Integer))) (SIGNATURE factors ((List (Record (: factor R) (: exponent (Integer)))) $)) (SIGNATURE irreducibleFactor ($ R (Integer))) (SIGNATURE nthExponent ((Integer) $ (Integer))) (SIGNATURE nthFactor (R $ (Integer))) (SIGNATURE nthFlag ((Union nil sqfr irred prime) $ (Integer))) (SIGNATURE numberOfFactors ((NonNegativeInteger) $)) (SIGNATURE primeFactor ($ R (Integer))) (SIGNATURE sqfrFactor ($ R (Integer))) (SIGNATURE flagFactor ($ R (Integer) (Union nil sqfr irred prime))) (SIGNATURE unit (R $)) (SIGNATURE unitNormalize ($ $)) (IF (has R (GcdDomain)) (ATTRIBUTE (GcdDomain)) %noBranch) (IF (has R (RealConstant)) (ATTRIBUTE (RealConstant)) %noBranch) (IF (has R (UniqueFactorizationDomain)) (ATTRIBUTE (UniqueFactorizationDomain)) %noBranch) (IF (has R (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch) (IF (has R (IntegerNumberSystem)) (PROGN (SIGNATURE rational? ((Boolean) $)) (SIGNATURE rational ((Fraction (Integer)) $)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) $))) %noBranch) (IF (has R (Eltable $ $)) (ATTRIBUTE (Eltable $ $)) %noBranch) (IF (has R (Evalable $)) (ATTRIBUTE (Evalable $)) %noBranch) (IF (has R (InnerEvalable (Symbol) $)) (ATTRIBUTE (InnerEvalable (Symbol) $)) %noBranch)) $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: R $param: (R) debug: evaluateType form: (List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))) $param: (R) Debug: evaluateType1 form: (List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))) debug: evaluateType1 x: (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer))) $param: (R) debug: evaluateType form: (Union nil sqfr irred prime) $param: (R) debug: evaluateType form: nil $param: (R) debug: evaluateType form: sqfr $param: (R) debug: evaluateType form: irred $param: (R) debug: evaluateType form: prime $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer))) c: (Type) debug: evaluateType form: (List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))) $param: (R) Debug: evaluateType1 form: (List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))) debug: evaluateType1 x: (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer))) $param: (R) debug: evaluateType form: (Union nil sqfr irred prime) $param: (R) debug: evaluateType form: nil $param: (R) debug: evaluateType form: sqfr $param: (R) debug: evaluateType form: irred $param: (R) debug: evaluateType form: prime $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer))) c: (Type) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (List (Record (: factor R) (: exponent (Integer)))) $param: (R) Debug: evaluateType1 form: (List (Record (: factor R) (: exponent (Integer)))) debug: evaluateType1 x: (Record (: factor R) (: exponent (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: factor R) (: exponent (Integer))) $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: factor R) (: exponent (Integer))) c: (Type) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Union nil sqfr irred prime) $param: (R) debug: evaluateType form: nil $param: (R) debug: evaluateType form: sqfr $param: (R) debug: evaluateType form: irred $param: (R) debug: evaluateType form: prime $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Union nil sqfr irred prime) $param: (R) debug: evaluateType form: nil $param: (R) debug: evaluateType form: sqfr $param: (R) debug: evaluateType form: irred $param: (R) debug: evaluateType form: prime $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: compDefine1 signature (post evaluate): ((Join (IntegralDomain) (DifferentialExtension R) (Algebra R) (FullyEvalableOver R) (FullyRetractableTo R) (Functorial R) (CATEGORY domain (SIGNATURE expand (R $)) (SIGNATURE exponent ((Integer) $)) (SIGNATURE makeFR ($ R (List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))))) (SIGNATURE factorList ((List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))) $)) (SIGNATURE nilFactor ($ R (Integer))) (SIGNATURE factors ((List (Record (: factor R) (: exponent (Integer)))) $)) (SIGNATURE irreducibleFactor ($ R (Integer))) (SIGNATURE nthExponent ((Integer) $ (Integer))) (SIGNATURE nthFactor (R $ (Integer))) (SIGNATURE nthFlag ((Union nil sqfr irred prime) $ (Integer))) (SIGNATURE numberOfFactors ((NonNegativeInteger) $)) (SIGNATURE primeFactor ($ R (Integer))) (SIGNATURE sqfrFactor ($ R (Integer))) (SIGNATURE flagFactor ($ R (Integer) (Union nil sqfr irred prime))) (SIGNATURE unit (R $)) (SIGNATURE unitNormalize ($ $)) (IF (has R (GcdDomain)) (ATTRIBUTE (GcdDomain)) %noBranch) (IF (has R (RealConstant)) (ATTRIBUTE (RealConstant)) %noBranch) (IF (has R (UniqueFactorizationDomain)) (ATTRIBUTE (UniqueFactorizationDomain)) %noBranch) (IF (has R (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch) (IF (has R (IntegerNumberSystem)) (PROGN (SIGNATURE rational? ((Boolean) $)) (SIGNATURE rational ((Fraction (Integer)) $)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) $))) %noBranch) (IF (has R (Eltable $ $)) (ATTRIBUTE (Eltable $ $)) %noBranch) (IF (has R (Evalable $)) (ATTRIBUTE (Evalable $)) %noBranch) (IF (has R (InnerEvalable (Symbol) $)) (ATTRIBUTE (InnerEvalable (Symbol) $)) %noBranch))) (IntegralDomain)) debug: compDefine1 lhs: (Factored R) signature (pre-evaluate): ((Join (IntegralDomain) (DifferentialExtension R) (Algebra R) (FullyEvalableOver R) (FullyRetractableTo R) (Functorial R) (CATEGORY domain (SIGNATURE expand (R $)) (SIGNATURE exponent ((Integer) $)) (SIGNATURE makeFR ($ R (List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))))) (SIGNATURE factorList ((List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))) $)) (SIGNATURE nilFactor ($ R (Integer))) (SIGNATURE factors ((List (Record (: factor R) (: exponent (Integer)))) $)) (SIGNATURE irreducibleFactor ($ R (Integer))) (SIGNATURE nthExponent ((Integer) $ (Integer))) (SIGNATURE nthFactor (R $ (Integer))) (SIGNATURE nthFlag ((Union nil sqfr irred prime) $ (Integer))) (SIGNATURE numberOfFactors ((NonNegativeInteger) $)) (SIGNATURE primeFactor ($ R (Integer))) (SIGNATURE sqfrFactor ($ R (Integer))) (SIGNATURE flagFactor ($ R (Integer) (Union nil sqfr irred prime))) (SIGNATURE unit (R $)) (SIGNATURE unitNormalize ($ $)) (IF (has R (GcdDomain)) (ATTRIBUTE (GcdDomain)) %noBranch) (IF (has R (RealConstant)) (ATTRIBUTE (RealConstant)) %noBranch) (IF (has R (UniqueFactorizationDomain)) (ATTRIBUTE (UniqueFactorizationDomain)) %noBranch) (IF (has R (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch) (IF (has R (IntegerNumberSystem)) (PROGN (SIGNATURE rational? ((Boolean) $)) (SIGNATURE rational ((Fraction (Integer)) $)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) $))) %noBranch) (IF (has R (Eltable $ $)) (ATTRIBUTE (Eltable $ $)) %noBranch) (IF (has R (Evalable $)) (ATTRIBUTE (Evalable $)) %noBranch) (IF (has R (InnerEvalable (Symbol) $)) (ATTRIBUTE (InnerEvalable (Symbol) $)) %noBranch))) NIL) debug: evaluateType form: (Join (IntegralDomain) (DifferentialExtension R) (Algebra R) (FullyEvalableOver R) (FullyRetractableTo R) (Functorial R) (CATEGORY domain (SIGNATURE expand (R $)) (SIGNATURE exponent ((Integer) $)) (SIGNATURE makeFR ($ R (List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))))) (SIGNATURE factorList ((List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))) $)) (SIGNATURE nilFactor ($ R (Integer))) (SIGNATURE factors ((List (Record (: factor R) (: exponent (Integer)))) $)) (SIGNATURE irreducibleFactor ($ R (Integer))) (SIGNATURE nthExponent ((Integer) $ (Integer))) (SIGNATURE nthFactor (R $ (Integer))) (SIGNATURE nthFlag ((Union nil sqfr irred prime) $ (Integer))) (SIGNATURE numberOfFactors ((NonNegativeInteger) $)) (SIGNATURE primeFactor ($ R (Integer))) (SIGNATURE sqfrFactor ($ R (Integer))) (SIGNATURE flagFactor ($ R (Integer) (Union nil sqfr irred prime))) (SIGNATURE unit (R $)) (SIGNATURE unitNormalize ($ $)) (IF (has R (GcdDomain)) (ATTRIBUTE (GcdDomain)) %noBranch) (IF (has R (RealConstant)) (ATTRIBUTE (RealConstant)) %noBranch) (IF (has R (UniqueFactorizationDomain)) (ATTRIBUTE (UniqueFactorizationDomain)) %noBranch) (IF (has R (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch) (IF (has R (IntegerNumberSystem)) (PROGN (SIGNATURE rational? ((Boolean) $)) (SIGNATURE rational ((Fraction (Integer)) $)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) $))) %noBranch) (IF (has R (Eltable $ $)) (ATTRIBUTE (Eltable $ $)) %noBranch) (IF (has R (Evalable $)) (ATTRIBUTE (Evalable $)) %noBranch) (IF (has R (InnerEvalable (Symbol) $)) (ATTRIBUTE (InnerEvalable (Symbol) $)) %noBranch))) $param: (R) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (DifferentialExtension R) $param: (R) Debug: evaluateType1 form: (DifferentialExtension R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Algebra R) $param: (R) Debug: evaluateType1 form: (Algebra R) debug: evaluateType1 x: R m: (CommutativeRing) debug: evaluateType form: (FullyEvalableOver R) $param: (R) Debug: evaluateType1 form: (FullyEvalableOver R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (FullyRetractableTo R) $param: (R) Debug: evaluateType1 form: (FullyRetractableTo R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (Functorial R) $param: (R) Debug: evaluateType1 form: (Functorial R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE expand (R $)) (SIGNATURE exponent ((Integer) $)) (SIGNATURE makeFR ($ R (List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))))) (SIGNATURE factorList ((List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))) $)) (SIGNATURE nilFactor ($ R (Integer))) (SIGNATURE factors ((List (Record (: factor R) (: exponent (Integer)))) $)) (SIGNATURE irreducibleFactor ($ R (Integer))) (SIGNATURE nthExponent ((Integer) $ (Integer))) (SIGNATURE nthFactor (R $ (Integer))) (SIGNATURE nthFlag ((Union nil sqfr irred prime) $ (Integer))) (SIGNATURE numberOfFactors ((NonNegativeInteger) $)) (SIGNATURE primeFactor ($ R (Integer))) (SIGNATURE sqfrFactor ($ R (Integer))) (SIGNATURE flagFactor ($ R (Integer) (Union nil sqfr irred prime))) (SIGNATURE unit (R $)) (SIGNATURE unitNormalize ($ $)) (IF (has R (GcdDomain)) (ATTRIBUTE (GcdDomain)) %noBranch) (IF (has R (RealConstant)) (ATTRIBUTE (RealConstant)) %noBranch) (IF (has R (UniqueFactorizationDomain)) (ATTRIBUTE (UniqueFactorizationDomain)) %noBranch) (IF (has R (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch) (IF (has R (IntegerNumberSystem)) (PROGN (SIGNATURE rational? ((Boolean) $)) (SIGNATURE rational ((Fraction (Integer)) $)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) $))) %noBranch) (IF (has R (Eltable $ $)) (ATTRIBUTE (Eltable $ $)) %noBranch) (IF (has R (Evalable $)) (ATTRIBUTE (Evalable $)) %noBranch) (IF (has R (InnerEvalable (Symbol) $)) (ATTRIBUTE (InnerEvalable (Symbol) $)) %noBranch)) $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: R $param: (R) debug: evaluateType form: (List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))) $param: (R) Debug: evaluateType1 form: (List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))) debug: evaluateType1 x: (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer))) $param: (R) debug: evaluateType form: (Union nil sqfr irred prime) $param: (R) debug: evaluateType form: nil $param: (R) debug: evaluateType form: sqfr $param: (R) debug: evaluateType form: irred $param: (R) debug: evaluateType form: prime $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer))) c: (Type) debug: evaluateType form: (List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))) $param: (R) Debug: evaluateType1 form: (List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))) debug: evaluateType1 x: (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer))) $param: (R) debug: evaluateType form: (Union nil sqfr irred prime) $param: (R) debug: evaluateType form: nil $param: (R) debug: evaluateType form: sqfr $param: (R) debug: evaluateType form: irred $param: (R) debug: evaluateType form: prime $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer))) c: (Type) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (List (Record (: factor R) (: exponent (Integer)))) $param: (R) Debug: evaluateType1 form: (List (Record (: factor R) (: exponent (Integer)))) debug: evaluateType1 x: (Record (: factor R) (: exponent (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: factor R) (: exponent (Integer))) $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: factor R) (: exponent (Integer))) c: (Type) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Union nil sqfr irred prime) $param: (R) debug: evaluateType form: nil $param: (R) debug: evaluateType form: sqfr $param: (R) debug: evaluateType form: irred $param: (R) debug: evaluateType form: prime $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Union nil sqfr irred prime) $param: (R) debug: evaluateType form: nil $param: (R) debug: evaluateType form: sqfr $param: (R) debug: evaluateType form: irred $param: (R) debug: evaluateType form: prime $param: (R) debug: evaluateType form: R $param: (R) debug: compDefine1 signature (post evaluate): ((Join (IntegralDomain) (DifferentialExtension R) (Algebra R) (FullyEvalableOver R) (FullyRetractableTo R) (Functorial R) (CATEGORY domain (SIGNATURE expand (R $)) (SIGNATURE exponent ((Integer) $)) (SIGNATURE makeFR ($ R (List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))))) (SIGNATURE factorList ((List (Record (: flg (Union nil sqfr irred prime)) (: fctr R) (: xpnt (Integer)))) $)) (SIGNATURE nilFactor ($ R (Integer))) (SIGNATURE factors ((List (Record (: factor R) (: exponent (Integer)))) $)) (SIGNATURE irreducibleFactor ($ R (Integer))) (SIGNATURE nthExponent ((Integer) $ (Integer))) (SIGNATURE nthFactor (R $ (Integer))) (SIGNATURE nthFlag ((Union nil sqfr irred prime) $ (Integer))) (SIGNATURE numberOfFactors ((NonNegativeInteger) $)) (SIGNATURE primeFactor ($ R (Integer))) (SIGNATURE sqfrFactor ($ R (Integer))) (SIGNATURE flagFactor ($ R (Integer) (Union nil sqfr irred prime))) (SIGNATURE unit (R $)) (SIGNATURE unitNormalize ($ $)) (IF (has R (GcdDomain)) (ATTRIBUTE (GcdDomain)) %noBranch) (IF (has R (RealConstant)) (ATTRIBUTE (RealConstant)) %noBranch) (IF (has R (UniqueFactorizationDomain)) (ATTRIBUTE (UniqueFactorizationDomain)) %noBranch) (IF (has R (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch) (IF (has R (IntegerNumberSystem)) (PROGN (SIGNATURE rational? ((Boolean) $)) (SIGNATURE rational ((Fraction (Integer)) $)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) $))) %noBranch) (IF (has R (Eltable $ $)) (ATTRIBUTE (Eltable $ $)) %noBranch) (IF (has R (Evalable $)) (ATTRIBUTE (Evalable $)) %noBranch) (IF (has R (InnerEvalable (Symbol) $)) (ATTRIBUTE (InnerEvalable (Symbol) $)) %noBranch))) NIL) ------------------------------------------------------------------------ initializing stationary directory for Factored compiling into /tmp/oa-tmyMC7 compiling exported convert : % -> InputForm Time: 0.18 SEC. compiling exported nilFactor : (R,Integer) -> % Time: 0.00 SEC. compiling exported sqfrFactor : (R,Integer) -> % Time: 0.00 SEC. compiling exported irreducibleFactor : (R,Integer) -> % Time: 0.01 SEC. compiling exported primeFactor : (R,Integer) -> % Time: 0.00 SEC. compiling exported unit? : % -> Boolean Time: 0.01 SEC. compiling exported factorList : % -> List Record(flg: Union(nil,sqfr,irred,prime),fctr: R,xpnt: Integer) FR;factorList;$L;7 is replaced by %tail Time: 0.00 SEC. compiling exported unit : % -> R FR;unit;$R;8 is replaced by %head Time: 0 SEC. compiling exported numberOfFactors : % -> NonNegativeInteger FR;numberOfFactors;$Nni;9 u is replaced by %llength %tail u Time: 0.01 SEC. compiling exported Zero : () -> % Time: 0.01 SEC. compiling exported zero? : % -> Boolean Time: 0.02 SEC. compiling exported One : () -> % Time: 0.01 SEC. compiling exported one? : % -> Boolean Time: 0.01 SEC. compiling local mkFF : (R,List Record(flg: Union(nil,sqfr,irred,prime),fctr: R,xpnt: Integer)) -> % FR;mkFF is replaced by %pair Time: 0.01 SEC. compiling exported coerce : Integer -> % Time: 0.01 SEC. compiling exported characteristic : () -> NonNegativeInteger Time: 0.00 SEC. compiling exported * : (Integer,%) -> % Time: 0.02 SEC. compiling exported * : (R,%) -> % Time: 0.01 SEC. compiling exported factors : % -> List Record(factor: R,exponent: Integer) Time: 0.02 SEC. compiling exported expand : % -> R Time: 0.00 SEC. compiling local negexp? : % -> Boolean Time: 0.01 SEC. compiling exported makeFR : (R,List Record(flg: Union(nil,sqfr,irred,prime),fctr: R,xpnt: Integer)) -> % Time: 0.01 SEC. compiling exported rational? : % -> Boolean FR;rational?;$B;23 x is replaced by %true Time: 0.02 SEC. compiling exported rationalIfCan : % -> Union(Fraction Integer,failed) Time: 0.01 SEC. compiling exported rational : % -> Fraction Integer Time: 0.06 SEC. compiling exported elt : (%,%) -> % Time: 0.00 SEC. compiling exported eval : (%,List Equation %) -> % Time: 0.09 SEC. compiling exported eval : (%,List Symbol,List %) -> % Time: 0.02 SEC. compiling exported convert : % -> Float Time: 0.11 SEC. compiling exported convert : % -> DoubleFloat Time: 0.10 SEC. compiling exported * : (%,%) -> % Time: 0.04 SEC. compiling exported ** : (%,NonNegativeInteger) -> % Time: 0.04 SEC. compiling local SimplifyFactorization : List Record(flg: Union(nil,sqfr,irred,prime),fctr: R,xpnt: Integer) -> List Record(flg: Union(nil,sqfr,irred,prime),fctr: R,xpnt: Integer) Time: 0.06 SEC. compiling local SimplifyFactorization1 : (Record(flg: Union(nil,sqfr,irred,prime),fctr: R,xpnt: Integer),List Record(flg: Union(nil,sqfr,irred,prime),fctr: R,xpnt: Integer)) -> List Record(flg: Union(nil,sqfr,irred,prime),fctr: R,xpnt: Integer) Time: 0.12 SEC. compiling exported coerce : % -> OutputForm Time: 0.13 SEC. compiling exported retract : % -> R Time: 0.01 SEC. compiling local qexpand : % -> R Time: 0.01 SEC. compiling exported retractIfCan : % -> Union(R,failed) Time: 0.00 SEC. compiling local LispLessP : (Record(flg: Union(nil,sqfr,irred,prime),fctr: R,xpnt: Integer),Record(flg: Union(nil,sqfr,irred,prime),fctr: R,xpnt: Integer)) -> Boolean Time: 0.02 SEC. compiling local stricterFlag : (Union(nil,sqfr,irred,prime),Union(nil,sqfr,irred,prime)) -> Union(nil,sqfr,irred,prime) FR;stricterFlag(fl1,fl2) is replaced by %when( fl1, %when( fl2,%otherwise fl1), %when( fl1,%otherwise fl2),%otherwise fl2) Time: 0 SEC. compiling exported coerce : R -> % Time: 0.01 SEC. compiling exported coerce : R -> % Time: 0.02 SEC. compiling exported coerce : R -> % Time: 0.02 SEC. compiling exported = : (%,%) -> Boolean Time: 0.06 SEC. compiling exported - : % -> % Time: 0.02 SEC. compiling exported recip : % -> Union(%,failed) Time: 0.01 SEC. compiling local reciprocal : % -> % Time: 0.01 SEC. compiling exported exponent : % -> Integer Time: 0.02 SEC. compiling exported nthExponent : (%,Integer) -> Integer Time: 0.02 SEC. compiling exported nthFactor : (%,Integer) -> R Time: 0.03 SEC. compiling exported nthFlag : (%,Integer) -> Union(nil,sqfr,irred,prime) Time: 0.03 SEC. compiling exported flagFactor : (R,Integer,Union(nil,sqfr,irred,prime)) -> % Time: 0.03 SEC. compiling exported differentiate : (%,R -> R) -> % Time: 0.09 SEC. compiling exported map : (R -> R,%) -> % Time: 0.04 SEC. compiling exported exquo : (%,%) -> Union(%,failed) Time: 0.11 SEC. compiling exported unitNormal : % -> Record(unit: %,canonical: %,associate: %) Time: 0.03 SEC. compiling exported unitNormalize : % -> % Time: 0.01 SEC. compiling exported + : (%,%) -> % Time: 0.12 SEC. compiling exported gcd : (%,%) -> % Time: 0.19 SEC. compiling exported + : (%,%) -> % Time: 0.03 SEC. compiling exported prime? : % -> Boolean Time: 0.04 SEC. (time taken in buildFunctor: 32) Time: 0.08 SEC. Warnings: [1] Type List Record(flg: Union("nil","sqfr","irred","prime"),fctr: R,xpnt: Integer) is not in scope. Import it [2] convert: empty? has no value [3] convert: reverse has no value [4] unit?: empty? has no value [5] numberOfFactors: # has no value [6] zero?: # has no value [7] one?: empty? has no value [8] negexp?: negative? has no value [9] eval: IN has no value [10] eval: e has no value [11] convert: fctr has no value [12] convert: xpnt has no value [13] coerce: empty? has no value [14] coerce: reverse has no value [15] coerce: pretend $ -- should replace by @ [16] =: # has no value [17] recip: empty? has no value [18] exponent: empty? has no value [19] exquo: empty? has no value [20] exquo: associate has no value [21] gcd: fctr has no value [22] gcd: xpnt has no value [23] prime?: empty? has no value [24] prime?: xpnt has no value Cumulative Statistics for Constructor Factored Time: 2.24 seconds finalizing NRLIB FR Processing Factored for Browser database: -- expand : % -> R -- exponent : % -> Integer -- makeFR : (R,List FF) -> % -- factorList : % -> List FF -- nilFactor : (R,Integer) -> % -- factors : % -> List Record(factor: R,exponent: Integer) -- irreducibleFactor : (R,Integer) -> % -- nthExponent : (%,Integer) -> Integer -- nthFactor : (%,Integer) -> R -- nthFlag : (%,Integer) -> fUnion -- numberOfFactors : % -> NonNegativeInteger -- primeFactor : (R,Integer) -> % -- sqfrFactor : (R,Integer) -> % -- flagFactor : (R,Integer,fUnion) -> % -- unit : % -> R -- unitNormalize : % -> % -- rational? : % -> Boolean -- rational : % -> Fraction Integer -- rationalIfCan : % -> Union(Fraction Integer,"failed") -- constructor ; compiling file "/tmp/oa-tmyMC7/code.lsp" (written 01 FEB 2016 11:01:02 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FR;factorList;$L;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FR;unit;$R;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FR;numberOfFactors;$Nni;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FR;mkFF|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FR;rational?;$B;23|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FR;stricterFlag|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FR;convert;$If;1| ...) ; compiling (DEFUN |FR;nilFactor;RI$;2| ...) ; compiling (DEFUN |FR;sqfrFactor;RI$;3| ...) ; compiling (DEFUN |FR;irreducibleFactor;RI$;4| ...) ; compiling (DEFUN |FR;primeFactor;RI$;5| ...) ; compiling (DEFUN |FR;unit?;$B;6| ...) ; compiling (DEFUN |FR;factorList;$L;7| ...) ; compiling (DEFUN |FR;unit;$R;8| ...) ; compiling (DEFUN |FR;numberOfFactors;$Nni;9| ...) ; compiling (DEFUN |FR;Zero;$;10| ...) ; compiling (DEFUN |FR;zero?;$B;11| ...) ; file: /tmp/oa-tmyMC7/code.lsp ; in: DEFUN |FR;zero?;$B;11| ; (DEFUN BOOT::|FR;zero?;$B;11| (BOOT::|u| BOOT::$) ; (AND (EQL (LIST-LENGTH (CDR BOOT::|u|)) 1) ; (AND (ZEROP (CAR #)) (AND (BOOT::SPADCALL # #) (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;zero?;$B;11| ; (BOOT::|u| BOOT::$) ; (BLOCK BOOT::|FR;zero?;$B;11| ; (AND (EQL (LIST-LENGTH #) 1) (AND (ZEROP #) (AND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FR;One;$;12| ...) ; compiling (DEFUN |FR;one?;$B;13| ...) ; file: /tmp/oa-tmyMC7/code.lsp ; in: DEFUN |FR;one?;$B;13| ; (DEFUN BOOT::|FR;one?;$B;13| (BOOT::|u| BOOT::$) ; (AND (NULL (CDR BOOT::|u|)) ; (BOOT::SPADCALL (CAR BOOT::|u|) (BOOT::|spadConstant| BOOT::$ 21) ; (BOOT::|shellEntry| BOOT::$ 22)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;one?;$B;13| ; (BOOT::|u| BOOT::$) ; (BLOCK BOOT::|FR;one?;$B;13| ; (AND (NULL (CDR BOOT::|u|)) ; (BOOT::SPADCALL (CAR BOOT::|u|) (BOOT::|spadConstant| BOOT::$ 21) ; (BOOT::|shellEntry| BOOT::$ 22))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FR;mkFF| ...) ; compiling (DEFUN |FR;coerce;I$;15| ...) ; file: /tmp/oa-tmyMC7/code.lsp ; in: DEFUN |FR;coerce;I$;15| ; (DEFUN BOOT::|FR;coerce;I$;15| (BOOT::|j| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|j| (BOOT::|shellEntry| BOOT::$ 62)) ; (BOOT::|shellEntry| BOOT::$ 63))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;coerce;I$;15| ; (BOOT::|j| BOOT::$) ; (BLOCK BOOT::|FR;coerce;I$;15| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|j| (BOOT::|shellEntry| BOOT::$ 62)) ; (BOOT::|shellEntry| BOOT::$ 63)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FR;characteristic;Nni;16| ...) ; file: /tmp/oa-tmyMC7/code.lsp ; in: DEFUN |FR;characteristic;Nni;16| ; (DEFUN BOOT::|FR;characteristic;Nni;16| (BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 65)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;characteristic;Nni;16| ; (BOOT::$) ; (BLOCK BOOT::|FR;characteristic;Nni;16| ; (BOOT::|spadConstant| BOOT::$ 65))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |FR;*;I2$;17| ...) ; compiling (DEFUN |FR;*;R2$;18| ...) ; compiling (DEFUN |FR;factors;$L;19| ...) ; file: /tmp/oa-tmyMC7/code.lsp ; in: DEFUN |FR;factors;$L;19| ; (DEFUN BOOT::|FR;factors;$L;19| (BOOT::|u| BOOT::$) ; (LET ((#:G1207 (CDR BOOT::|u|)) (#:G734 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G1207 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;factors;$L;19| ; (BOOT::|u| BOOT::$) ; (BLOCK BOOT::|FR;factors;$L;19| ; (LET ((#:G1207 #) (#:G734 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |FR;expand;$R;20| ...) ; compiling (DEFUN |FR;negexp?| ...) ; file: /tmp/oa-tmyMC7/code.lsp ; in: DEFUN |FR;negexp?| ; (DEFUN BOOT::|FR;negexp?| (BOOT::|x| BOOT::$) ; (LET ((#:G748 NIL) (#:G749 T) (#:G1208 (CDR BOOT::|x|))) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G1208 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;negexp?| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FR;negexp?| ; (LET ((#:G748 NIL) (#:G749 T) (#:G1208 #)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |FR;makeFR;RL$;22| ...) ; compiling (DEFUN |FR;rational?;$B;23| ...) ; file: /tmp/oa-tmyMC7/code.lsp ; in: DEFUN |FR;rational?;$B;23| ; (DEFUN BOOT::|FR;rational?;$B;23| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; T) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;rational?;$B;23| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|FR;rational?;$B;23| T)) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |FR;rationalIfCan;$U;24| ...) ; compiling (DEFUN |FR;rational;$F;25| ...) ; compiling (DEFUN |FR;elt;3$;26| ...) ; file: /tmp/oa-tmyMC7/code.lsp ; in: DEFUN |FR;elt;3$;26| ; (DEFUN BOOT::|FR;elt;3$;26| (BOOT::|x| BOOT::|v| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|FR;expand;$R;20| BOOT::|v| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 91))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;elt;3$;26| ; (BOOT::|x| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|FR;elt;3$;26| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|FR;expand;$R;20| BOOT::|v| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 91)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FR;eval;$L$;27| ...) ; file: /tmp/oa-tmyMC7/code.lsp ; in: DEFUN |FR;eval;$L$;27| ; (DEFUN BOOT::|FR;eval;$L$;27| (BOOT::|x| BOOT::|l| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| ; (LET ((#:G1210 BOOT::|l|) (#:G772 NIL)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::|shellEntry| BOOT::$ 99))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;eval;$L$;27| ; (BOOT::|x| BOOT::|l| BOOT::$) ; (BLOCK BOOT::|FR;eval;$L$;27| ; (BOOT::SPADCALL BOOT::|x| ; (LET (# #) ; (LOOP # ; #)) ; (BOOT::|shellEntry| BOOT::$ 99)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FR;eval;$LL$;28| ...) ; file: /tmp/oa-tmyMC7/code.lsp ; in: DEFUN |FR;eval;$LL$;28| ; (DEFUN BOOT::|FR;eval;$LL$;28| (BOOT::|x| BOOT::|ls| BOOT::|lv| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|ls| ; (LET ((#:G1211 BOOT::|lv|) (#:G775 NIL)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::|shellEntry| BOOT::$ 105))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;eval;$LL$;28| ; (BOOT::|x| BOOT::|ls| BOOT::|lv| BOOT::$) ; (BLOCK BOOT::|FR;eval;$LL$;28| ; (BOOT::SPADCALL BOOT::|x| BOOT::|ls| ; (LET (# #) ; (LOOP # ; #)) ; (BOOT::|shellEntry| BOOT::$ 105)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FR;convert;$F;29| ...) ; compiling (DEFUN |FR;convert;$Df;30| ...) ; compiling (DEFUN |FR;*;3$;31| ...) ; file: /tmp/oa-tmyMC7/code.lsp ; in: DEFUN |FR;*;3$;31| ; (DEFUN BOOT::|FR;*;3$;31| (BOOT::|u| BOOT::|v| BOOT::$) ; (COND ; ((OR (BOOT::|FR;zero?;$B;11| BOOT::|u| BOOT::$) ; (BOOT::|FR;zero?;$B;11| BOOT::|v| BOOT::$)) ; (BOOT::|spadConstant| BOOT::$ 53)) ; ((BOOT::|FR;one?;$B;13| BOOT::|u| BOOT::$) BOOT::|v|) ; ((BOOT::|FR;one?;$B;13| BOOT::|v| BOOT::$) BOOT::|u|) ; (T ; (CONS (BOOT::SPADCALL # # #) ; (BOOT::|FR;SimplifyFactorization| # BOOT::$))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;*;3$;31| ; (BOOT::|u| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|FR;*;3$;31| ; (COND ((OR # #) (BOOT::|spadConstant| BOOT::$ 53)) ; ((BOOT::|FR;one?;$B;13| BOOT::|u| BOOT::$) BOOT::|v|) ; ((BOOT::|FR;one?;$B;13| BOOT::|v| BOOT::$) BOOT::|u|) ; (T (CONS # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FR;**;$Nni$;32| ...) ; compiling (DEFUN |FR;SimplifyFactorization| ...) ; file: /tmp/oa-tmyMC7/code.lsp ; in: DEFUN |FR;SimplifyFactorization| ; (DEFUN BOOT::|FR;SimplifyFactorization| (BOOT::|x| BOOT::$) ; (COND ((NULL BOOT::|x|) NIL) ; (T (PROGN (SETQ #) (SETQ #) (SETQ #) BOOT::|x|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;SimplifyFactorization| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FR;SimplifyFactorization| ; (COND ((NULL BOOT::|x|) NIL) (T (PROGN # # # BOOT::|x|))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS SIMPLE-VECTOR T)) ; ; compiling (DEFUN |FR;SimplifyFactorization1| ...) ; file: /tmp/oa-tmyMC7/code.lsp ; in: DEFUN |FR;SimplifyFactorization1| ; (DEFUN BOOT::|FR;SimplifyFactorization1| (BOOT::|f| BOOT::|x| BOOT::$) ; (PROG (BOOT::|l|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;SimplifyFactorization1| ; (BOOT::|f| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FR;SimplifyFactorization1| ; (PROG (BOOT::|l|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS SIMPLE-VECTOR T)) &REST T). ; compiling (DEFUN |FR;coerce;$Of;35| ...) ; compiling (DEFUN |FR;retract;$R;36| ...) ; compiling (DEFUN |FR;qexpand| ...) ; compiling (DEFUN |FR;retractIfCan;$U;38| ...) ; compiling (DEFUN |FR;LispLessP| ...) ; file: /tmp/oa-tmyMC7/code.lsp ; in: DEFUN |FR;LispLessP| ; (DEFUN BOOT::|FR;LispLessP| (BOOT::|y| BOOT::|y1| BOOT::$) ; (BOOT::SPADCALL (SVREF BOOT::|y| 1) (SVREF BOOT::|y1| 1) ; (BOOT::|shellEntry| BOOT::$ 148))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;LispLessP| ; (BOOT::|y| BOOT::|y1| BOOT::$) ; (BLOCK BOOT::|FR;LispLessP| ; (BOOT::SPADCALL (SVREF BOOT::|y| 1) (SVREF BOOT::|y1| 1) ; (BOOT::|shellEntry| BOOT::$ 148)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FR;stricterFlag| ...) ; compiling (DEFUN |FR;coerce;R$;41| ...) ; file: /tmp/oa-tmyMC7/code.lsp ; in: DEFUN |FR;coerce;R$;41| ; (DEFUN BOOT::|FR;coerce;R$;41| (BOOT::|r| BOOT::$) ; (BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 151))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;coerce;R$;41| ; (BOOT::|r| BOOT::$) ; (BLOCK BOOT::|FR;coerce;R$;41| ; (BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 151)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FR;coerce;R$;42| ...) ; file: /tmp/oa-tmyMC7/code.lsp ; in: DEFUN |FR;coerce;R$;42| ; (DEFUN BOOT::|FR;coerce;R$;42| (BOOT::|r| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 45)) ; (BOOT::|spadConstant| BOOT::$ 53)) ; ((BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 152)) ; (CONS BOOT::|r| NIL)) ; (T (BOOT::|FR;unitNormalize;2$;57| (BOOT::SPADCALL BOOT::|r| #) BOOT::$)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;coerce;R$;42| ; (BOOT::|r| BOOT::$) ; (BLOCK BOOT::|FR;coerce;R$;42| ; (COND ((BOOT::SPADCALL BOOT::|r| #) (BOOT::|spadConstant| BOOT::$ 53)) ; ((BOOT::SPADCALL BOOT::|r| #) (CONS BOOT::|r| NIL)) ; (T (BOOT::|FR;unitNormalize;2$;57| # BOOT::$))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FR;coerce;R$;43| ...) ; file: /tmp/oa-tmyMC7/code.lsp ; in: DEFUN |FR;coerce;R$;43| ; (DEFUN BOOT::|FR;coerce;R$;43| (BOOT::|r| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 36)) ; (BOOT::|spadConstant| BOOT::$ 52)) ; (T (BOOT::|FR;unitNormalize;2$;57| (CONS # #) BOOT::$)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;coerce;R$;43| ; (BOOT::|r| BOOT::$) ; (BLOCK BOOT::|FR;coerce;R$;43| ; (COND ((BOOT::SPADCALL BOOT::|r| #) (BOOT::|spadConstant| BOOT::$ 52)) ; (T (BOOT::|FR;unitNormalize;2$;57| # BOOT::$))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FR;=;2$B;44| ...) ; file: /tmp/oa-tmyMC7/code.lsp ; in: DEFUN |FR;=;2$B;44| ; (DEFUN BOOT::|FR;=;2$B;44| (BOOT::|u| BOOT::|v| BOOT::$) ; (AND ; (BOOT::SPADCALL (CAR BOOT::|u|) (CAR BOOT::|v|) ; (BOOT::|shellEntry| BOOT::$ 22)) ; (AND (EQL (LIST-LENGTH #) (LIST-LENGTH #)) ; (BOOT::SPADCALL (BOOT::SPADCALL # #) (BOOT::SPADCALL # #) ; (BOOT::|shellEntry| BOOT::$ 157))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;=;2$B;44| ; (BOOT::|u| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|FR;=;2$B;44| ; (AND ; (BOOT::SPADCALL (CAR BOOT::|u|) (CAR BOOT::|v|) ; (BOOT::|shellEntry| BOOT::$ 22)) ; (AND (EQL # #) (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FR;-;2$;45| ...) ; compiling (DEFUN |FR;recip;$U;46| ...) ; compiling (DEFUN |FR;reciprocal| ...) ; compiling (DEFUN |FR;exponent;$I;48| ...) ; compiling (DEFUN |FR;nthExponent;$2I;49| ...) ; compiling (DEFUN |FR;nthFactor;$IR;50| ...) ; compiling (DEFUN |FR;nthFlag;$IU;51| ...) ; compiling (DEFUN |FR;flagFactor;RIU$;52| ...) ; file: /tmp/oa-tmyMC7/code.lsp ; in: DEFUN |FR;flagFactor;RIU$;52| ; (DEFUN BOOT::|FR;flagFactor;RIU$;52| (BOOT::|r| BOOT::|i| BOOT::|fl| BOOT::$) ; (COND ((ZEROP BOOT::|i|) (BOOT::|spadConstant| BOOT::$ 52)) ; ((BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 45)) ; (BOOT::|spadConstant| BOOT::$ 53)) ; (T (BOOT::|FR;unitNormalize;2$;57| (CONS # #) BOOT::$)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;flagFactor;RIU$;52| ; (BOOT::|r| BOOT::|i| BOOT::|fl| BOOT::$) ; (BLOCK BOOT::|FR;flagFactor;RIU$;52| ; (COND ((ZEROP BOOT::|i|) (BOOT::|spadConstant| BOOT::$ 52)) ; ((BOOT::SPADCALL BOOT::|r| #) (BOOT::|spadConstant| BOOT::$ 53)) ; (T (BOOT::|FR;unitNormalize;2$;57| # BOOT::$))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FR;differentiate;$M$;53| ...) ; file: /tmp/oa-tmyMC7/code.lsp ; in: DEFUN |FR;differentiate;$M$;53| ; (DEFUN BOOT::|FR;differentiate;$M$;53| (BOOT::|u| BOOT::|deriv| BOOT::$) ; (LET ((BOOT::|ans| (BOOT::|FR;*;R2$;18| # # BOOT::$))) ; (BOOT::SPADCALL BOOT::|ans| ; (LET (# # #) ; (LOOP # ; #)) ; (BOOT::|shellEntry| BOOT::$ 179)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;differentiate;$M$;53| ; (BOOT::|u| BOOT::|deriv| BOOT::$) ; (BLOCK BOOT::|FR;differentiate;$M$;53| ; (LET ((BOOT::|ans| #)) ; (BOOT::SPADCALL BOOT::|ans| ; (LET # ; #) ; (BOOT::|shellEntry| BOOT::$ 179))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FR;map;M2$;54| ...) ; compiling (DEFUN |FR;exquo;2$U;55| ...) ; compiling (DEFUN |FR;unitNormal;$R;56| ...) ; file: /tmp/oa-tmyMC7/code.lsp ; in: DEFUN |FR;unitNormal;$R;56| ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |FR;unitNormalize;2$;57| ...) ; compiling (DEFUN |FR;+;3$;58| ...) ; compiling (DEFUN |FR;gcd;3$;59| ...) ; file: /tmp/oa-tmyMC7/code.lsp ; in: DEFUN |FR;gcd;3$;59| ; (DEFUN BOOT::|FR;gcd;3$;59| (BOOT::|u| BOOT::|v| BOOT::$) ; (PROG (BOOT::|y| BOOT::|i| BOOT::|x1|) ; (RETURN (COND (# #) (# BOOT::|v|) (# BOOT::|u|) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;gcd;3$;59| ; (BOOT::|u| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|FR;gcd;3$;59| ; (PROG (BOOT::|y| BOOT::|i| BOOT::|x1|) (RETURN (COND # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FR;+;3$;60| ...) ; compiling (DEFUN |FR;prime?;$B;61| ...) ; file: /tmp/oa-tmyMC7/code.lsp ; in: DEFUN |FR;prime?;$B;61| ; (DEFUN BOOT::|FR;prime?;$B;61| (BOOT::|u| BOOT::$) ; (LET ((BOOT::|l| (CDR BOOT::|u|))) ; (AND (NOT (OR # #)) (AND (EQL # 1) (EQL # 3))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FR;prime?;$B;61| ; (BOOT::|u| BOOT::$) ; (BLOCK BOOT::|FR;prime?;$B;61| ; (LET ((BOOT::|l| #)) ; (AND (NOT #) (AND # #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |Factored| ...) ; compiling (DEFUN |Factored;| ...) ; compiling (MAKEPROP (QUOTE |Factored|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 4 STYLE-WARNING conditions ; printed 20 notes ; /tmp/oa-tmyMC7/code.fasl written ; compilation finished in 0:00:00.204 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SEXOF.spad && cp SEXOF.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SEXOF.fasl \ && if test -f SEXOF-.NRLIB/code.fasl; then \ cp SEXOF-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SEXOF-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SEXOF.spad using Spad compiler. SEXOF abbreviates domain SExpressionOf debug: compDefine1 lhs: (SExpressionOf Str Sym Int Flt Expr) signature (pre-evaluate): ((SExpressionCategory Str Sym Int Flt Expr) NIL NIL NIL NIL NIL) debug: evaluateType form: (SExpressionCategory Str Sym Int Flt Expr) $param: (Str Sym Int Flt Expr) Debug: evaluateType1 form: (SExpressionCategory Str Sym Int Flt Expr) debug: evaluateType1 x: Str m: (SetCategory) debug: evaluateType1 x: Sym m: (SetCategory) debug: evaluateType1 x: Int m: (SetCategory) debug: evaluateType1 x: Flt m: (SetCategory) debug: evaluateType1 x: Expr m: (SetCategory) debug: compDefine1 signature (post evaluate): ((SExpressionCategory Str Sym Int Flt Expr) NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for SExpressionOf compiling into /tmp/oa-k3jEzP compiling exported coerce : % -> OutputForm Time: 0.07 SEC. compiling exported = : (%,%) -> Boolean SEXOF;=;2$B;2 is replaced by %equal Time: 0 SEC. compiling exported eq : (%,%) -> Boolean SEXOF;eq;2$B;3 is replaced by %peq Time: 0.00 SEC. compiling exported null? : % -> Boolean SEXOF;null?;$B;4 b is replaced by %peq(b,%nil) Time: 0 SEC. compiling exported atom? : % -> Boolean Time: 0 SEC. compiling exported pair? : % -> Boolean SEXOF;pair?;$B;6 is replaced by %pair? Time: 0.00 SEC. compiling exported list? : % -> Boolean Time: 0 SEC. compiling exported string? : % -> Boolean SEXOF;string?;$B;8 is replaced by %string? Time: 0 SEC. compiling exported symbol? : % -> Boolean SEXOF;symbol?;$B;9 is replaced by %ident? Time: 0.00 SEC. compiling exported integer? : % -> Boolean SEXOF;integer?;$B;10 is replaced by %integer? Time: 0.00 SEC. compiling exported float? : % -> Boolean SEXOF;float?;$B;11 is replaced by %float? Time: 0 SEC. compiling exported destruct : % -> List % Time: 0.01 SEC. compiling exported string : % -> Str Time: 0 SEC. compiling exported symbol : % -> Sym Time: 0 SEC. compiling exported float : % -> Flt Time: 0.00 SEC. compiling exported integer : % -> Int Time: 0.00 SEC. compiling exported expr : % -> Expr SEXOF;expr;$Expr;17 b is replaced by b Time: 0 SEC. compiling exported convert : List % -> % SEXOF;convert;L$;18 l is replaced by l Time: 0.00 SEC. compiling exported convert : Str -> % SEXOF;convert;Str$;19 st is replaced by st Time: 0.00 SEC. compiling exported convert : Sym -> % SEXOF;convert;Sym$;20 sy is replaced by sy Time: 0 SEC. compiling exported convert : Int -> % SEXOF;convert;Int$;21 n is replaced by n Time: 0 SEC. compiling exported convert : Flt -> % SEXOF;convert;Flt$;22 f is replaced by f Time: 0 SEC. compiling exported convert : Expr -> % SEXOF;convert;Expr$;23 e is replaced by e Time: 0.00 SEC. compiling exported car : % -> % SEXOF;car;2$;24 is replaced by %head Time: 0 SEC. compiling exported cdr : % -> % SEXOF;cdr;2$;25 is replaced by %tail Time: 0.00 SEC. compiling exported # : % -> Integer SEXOF;#;$I;26 is replaced by %llength Time: 0.00 SEC. compiling exported elt : (%,Integer) -> % Time: 0.01 SEC. compiling exported elt : (%,List Integer) -> % Time: 0.02 SEC. (time taken in buildFunctor: 4) Time: 0.02 SEC. Warnings: [1] coerce: l has no value [2] convert: pretend $ -- should replace by @ Cumulative Statistics for Constructor SExpressionOf Time: 0.17 seconds finalizing NRLIB SEXOF Processing SExpressionOf for Browser database: -- constructor ; compiling file "/tmp/oa-k3jEzP/code.lsp" (written 01 FEB 2016 11:01:03 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEXOF;=;2$B;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEXOF;eq;2$B;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEXOF;null?;$B;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEXOF;pair?;$B;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEXOF;string?;$B;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEXOF;symbol?;$B;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEXOF;integer?;$B;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEXOF;float?;$B;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEXOF;expr;$Expr;17|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEXOF;convert;L$;18|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEXOF;convert;Str$;19|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEXOF;convert;Sym$;20|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEXOF;convert;Int$;21|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEXOF;convert;Flt$;22|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEXOF;convert;Expr$;23|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEXOF;car;2$;24|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEXOF;cdr;2$;25|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEXOF;#;$I;26|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEXOF;atom?;$B;5|) ...) ; compiling (PUT (QUOTE |SEXOF;list?;$B;7|) ...) ; compiling (PUT (QUOTE |SEXOF;destruct;$L;12|) ...) ; compiling (PUT (QUOTE |SEXOF;string;$Str;13|) ...) ; compiling (PUT (QUOTE |SEXOF;symbol;$Sym;14|) ...) ; compiling (PUT (QUOTE |SEXOF;float;$Flt;15|) ...) ; compiling (PUT (QUOTE |SEXOF;integer;$Int;16|) ...) ; compiling (DEFUN |SEXOF;coerce;$Of;1| ...) ; compiling (DEFUN |SEXOF;=;2$B;2| ...) ; compiling (DEFUN |SEXOF;eq;2$B;3| ...) ; compiling (DEFUN |SEXOF;null?;$B;4| ...) ; compiling (DEFUN |SEXOF;atom?;$B;5| ...) ; compiling (DEFUN |SEXOF;pair?;$B;6| ...) ; compiling (DEFUN |SEXOF;list?;$B;7| ...) ; file: /tmp/oa-k3jEzP/code.lsp ; in: DEFUN |SEXOF;list?;$B;7| ; (DEFUN BOOT::|SEXOF;list?;$B;7| (BOOT::|b| BOOT::$) ; (OR (CONSP BOOT::|b|) (NULL BOOT::|b|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SEXOF;list?;$B;7| ; (BOOT::|b| BOOT::$) ; (BLOCK BOOT::|SEXOF;list?;$B;7| (OR (CONSP BOOT::|b|) (NULL BOOT::|b|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SEXOF;string?;$B;8| ...) ; compiling (DEFUN |SEXOF;symbol?;$B;9| ...) ; file: /tmp/oa-k3jEzP/code.lsp ; in: DEFUN |SEXOF;symbol?;$B;9| ; (DEFUN BOOT::|SEXOF;symbol?;$B;9| (BOOT::|b| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (|AxiomCore|:|ident?| BOOT::|b|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SEXOF;symbol?;$B;9| ; (BOOT::|b| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|SEXOF;symbol?;$B;9| (|AxiomCore|:|ident?| BOOT::|b|))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |SEXOF;integer?;$B;10| ...) ; compiling (DEFUN |SEXOF;float?;$B;11| ...) ; compiling (DEFUN |SEXOF;destruct;$L;12| ...) ; file: /tmp/oa-k3jEzP/code.lsp ; in: DEFUN |SEXOF;destruct;$L;12| ; (DEFUN BOOT::|SEXOF;destruct;$L;12| (BOOT::|b| BOOT::$) ; (COND ((OR (CONSP BOOT::|b|) (NULL BOOT::|b|)) BOOT::|b|) ; (T (BOOT::|error| "Non-list")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SEXOF;destruct;$L;12| ; (BOOT::|b| BOOT::$) ; (BLOCK BOOT::|SEXOF;destruct;$L;12| ; (COND ((OR # #) BOOT::|b|) (T (BOOT::|error| "Non-list"))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SEXOF;string;$Str;13| ...) ; file: /tmp/oa-k3jEzP/code.lsp ; in: DEFUN |SEXOF;string;$Str;13| ; (DEFUN BOOT::|SEXOF;string;$Str;13| (BOOT::|b| BOOT::$) ; (COND ((STRINGP BOOT::|b|) BOOT::|b|) (T (BOOT::|error| "Non-string")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SEXOF;string;$Str;13| ; (BOOT::|b| BOOT::$) ; (BLOCK BOOT::|SEXOF;string;$Str;13| ; (COND ((STRINGP BOOT::|b|) BOOT::|b|) ; (T (BOOT::|error| "Non-string"))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SEXOF;symbol;$Sym;14| ...) ; file: /tmp/oa-k3jEzP/code.lsp ; in: DEFUN |SEXOF;symbol;$Sym;14| ; (DEFUN BOOT::|SEXOF;symbol;$Sym;14| (BOOT::|b| BOOT::$) ; (COND ((|AxiomCore|:|ident?| BOOT::|b|) BOOT::|b|) ; (T (BOOT::|error| "Non-symbol")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SEXOF;symbol;$Sym;14| ; (BOOT::|b| BOOT::$) ; (BLOCK BOOT::|SEXOF;symbol;$Sym;14| ; (COND ((|AxiomCore|:|ident?| BOOT::|b|) BOOT::|b|) ; (T (BOOT::|error| "Non-symbol"))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SEXOF;float;$Flt;15| ...) ; file: /tmp/oa-k3jEzP/code.lsp ; in: DEFUN |SEXOF;float;$Flt;15| ; (DEFUN BOOT::|SEXOF;float;$Flt;15| (BOOT::|b| BOOT::$) ; (COND ((FLOATP BOOT::|b|) BOOT::|b|) (T (BOOT::|error| "Non-float")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SEXOF;float;$Flt;15| ; (BOOT::|b| BOOT::$) ; (BLOCK BOOT::|SEXOF;float;$Flt;15| ; (COND ((FLOATP BOOT::|b|) BOOT::|b|) (T (BOOT::|error| "Non-float"))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SEXOF;integer;$Int;16| ...) ; file: /tmp/oa-k3jEzP/code.lsp ; in: DEFUN |SEXOF;integer;$Int;16| ; (DEFUN BOOT::|SEXOF;integer;$Int;16| (BOOT::|b| BOOT::$) ; (COND ((INTEGERP BOOT::|b|) BOOT::|b|) (T (BOOT::|error| "Non-integer")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SEXOF;integer;$Int;16| ; (BOOT::|b| BOOT::$) ; (BLOCK BOOT::|SEXOF;integer;$Int;16| ; (COND ((INTEGERP BOOT::|b|) BOOT::|b|) ; (T (BOOT::|error| "Non-integer"))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SEXOF;expr;$Expr;17| ...) ; compiling (DEFUN |SEXOF;convert;L$;18| ...) ; compiling (DEFUN |SEXOF;convert;Str$;19| ...) ; compiling (DEFUN |SEXOF;convert;Sym$;20| ...) ; compiling (DEFUN |SEXOF;convert;Int$;21| ...) ; compiling (DEFUN |SEXOF;convert;Flt$;22| ...) ; compiling (DEFUN |SEXOF;convert;Expr$;23| ...) ; compiling (DEFUN |SEXOF;car;2$;24| ...) ; compiling (DEFUN |SEXOF;cdr;2$;25| ...) ; compiling (DEFUN |SEXOF;#;$I;26| ...) ; compiling (DEFUN |SEXOF;elt;$I$;27| ...) ; compiling (DEFUN |SEXOF;elt;$L$;28| ...) ; compiling (DEFUN |SExpressionOf| ...) ; compiling (DEFUN |SExpressionOf;| ...) ; compiling (MAKEPROP (QUOTE |SExpressionOf|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 6 STYLE-WARNING conditions ; printed 2 notes ; /tmp/oa-k3jEzP/code.fasl written ; compilation finished in 0:00:00.077 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile CRAPACK.spad && cp CRAPACK.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CRAPACK.fasl \ && if test -f CRAPACK-.NRLIB/code.fasl; then \ cp CRAPACK-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CRAPACK-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CRAPACK.spad using Spad compiler. CRAPACK abbreviates package CRApackage debug: compDefine1 lhs: (CRApackage R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE modTree ((List R) R (List R))) (SIGNATURE chineseRemainder (R (List R) (List R))) (SIGNATURE chineseRemainder ((List R) (List (List R)) (List R))) (SIGNATURE multiEuclideanTree ((List R) (List R) R))) (EuclideanDomain)) debug: evaluateType form: (CATEGORY package (SIGNATURE modTree ((List R) R (List R))) (SIGNATURE chineseRemainder (R (List R) (List R))) (SIGNATURE chineseRemainder ((List R) (List (List R)) (List R))) (SIGNATURE multiEuclideanTree ((List R) (List R) R))) $param: (R) debug: evaluateType form: (List R) $param: (R) Debug: evaluateType1 form: (List R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: R $param: (R) debug: evaluateType form: (List R) $param: (R) Debug: evaluateType1 form: (List R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: R $param: (R) debug: evaluateType form: (List R) $param: (R) Debug: evaluateType1 form: (List R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (List R) $param: (R) Debug: evaluateType1 form: (List R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (List R) $param: (R) Debug: evaluateType1 form: (List R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (List (List R)) $param: (R) Debug: evaluateType1 form: (List (List R)) debug: evaluateType1 x: (List R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List R) $param: (R) Debug: evaluateType1 form: (List R) debug: evaluateType1 x: R m: (Type) debug: evalCategory d: (List R) c: (Type) debug: evaluateType form: (List R) $param: (R) Debug: evaluateType1 form: (List R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (List R) $param: (R) Debug: evaluateType1 form: (List R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (List R) $param: (R) Debug: evaluateType1 form: (List R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: R $param: (R) debug: evaluateType form: (EuclideanDomain) $param: (R) Debug: evaluateType1 form: (EuclideanDomain) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE modTree ((List R) R (List R))) (SIGNATURE chineseRemainder (R (List R) (List R))) (SIGNATURE chineseRemainder ((List R) (List (List R)) (List R))) (SIGNATURE multiEuclideanTree ((List R) (List R) R))) (EuclideanDomain)) debug: compDefine1 lhs: (CRApackage R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE modTree ((List R) R (List R))) (SIGNATURE chineseRemainder (R (List R) (List R))) (SIGNATURE chineseRemainder ((List R) (List (List R)) (List R))) (SIGNATURE multiEuclideanTree ((List R) (List R) R))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE modTree ((List R) R (List R))) (SIGNATURE chineseRemainder (R (List R) (List R))) (SIGNATURE chineseRemainder ((List R) (List (List R)) (List R))) (SIGNATURE multiEuclideanTree ((List R) (List R) R))) $param: (R) debug: evaluateType form: (List R) $param: (R) Debug: evaluateType1 form: (List R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: R $param: (R) debug: evaluateType form: (List R) $param: (R) Debug: evaluateType1 form: (List R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: R $param: (R) debug: evaluateType form: (List R) $param: (R) Debug: evaluateType1 form: (List R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (List R) $param: (R) Debug: evaluateType1 form: (List R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (List R) $param: (R) Debug: evaluateType1 form: (List R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (List (List R)) $param: (R) Debug: evaluateType1 form: (List (List R)) debug: evaluateType1 x: (List R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List R) $param: (R) Debug: evaluateType1 form: (List R) debug: evaluateType1 x: R m: (Type) debug: evalCategory d: (List R) c: (Type) debug: evaluateType form: (List R) $param: (R) Debug: evaluateType1 form: (List R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (List R) $param: (R) Debug: evaluateType1 form: (List R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (List R) $param: (R) Debug: evaluateType1 form: (List R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: R $param: (R) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE modTree ((List R) R (List R))) (SIGNATURE chineseRemainder (R (List R) (List R))) (SIGNATURE chineseRemainder ((List R) (List (List R)) (List R))) (SIGNATURE multiEuclideanTree ((List R) (List R) R))) NIL) ------------------------------------------------------------------------ initializing stationary directory for CRApackage compiling into /tmp/oa-uUT2Dc compiling exported modTree : (R,List R) -> List R Time: 0.05 SEC. compiling exported chineseRemainder : (List R,List R) -> R Time: 0.04 SEC. compiling exported chineseRemainder : (List List R,List R) -> List R Time: 0.04 SEC. compiling local extEuclidean : (R,R,R) -> List R Time: 0.01 SEC. compiling exported multiEuclideanTree : (List R,R) -> List R Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor CRApackage Time: 0.15 seconds finalizing NRLIB CRAPACK Processing CRApackage for Browser database: -- modTree : (R,List R) -> List R -- chineseRemainder : (List R,List R) -> R -- chineseRemainder : (List List R,List R) -> List R -- multiEuclideanTree : (List R,R) -> List R -- constructor ; compiling file "/tmp/oa-uUT2Dc/code.lsp" (written 01 FEB 2016 11:01:03 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |CRAPACK;modTree;R2L;1| ...) ; file: /tmp/oa-uUT2Dc/code.lsp ; in: DEFUN |CRAPACK;modTree;R2L;1| ; (DEFUN BOOT::|CRAPACK;modTree;R2L;1| (BOOT::|a| BOOT::|lm| BOOT::$) ; (LET ((BOOT::|t| (BOOT::SPADCALL # # #))) ; (PROGN ; (BOOT::SPADCALL BOOT::|t| BOOT::|lm| (BOOT::|shellEntry| BOOT::$ 13)) ; (BOOT::SPADCALL BOOT::|t| (BOOT::|shellEntry| BOOT::$ 14) ; (BOOT::|shellEntry| BOOT::$ 16)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|t| BOOT::|a| # #) ; (BOOT::|shellEntry| BOOT::$ 19))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CRAPACK;modTree;R2L;1| ; (BOOT::|a| BOOT::|lm| BOOT::$) ; (BLOCK BOOT::|CRAPACK;modTree;R2L;1| ; (LET ((BOOT::|t| #)) ; (PROGN ; (BOOT::SPADCALL BOOT::|t| BOOT::|lm| #) ; (BOOT::SPADCALL BOOT::|t| # #) ; (BOOT::SPADCALL # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |CRAPACK;chineseRemainder;2LR;2| ...) ; compiling (DEFUN |CRAPACK;chineseRemainder;2LR;2!1| ...) ; compiling (DEFUN |CRAPACK;chineseRemainder;2LR;2!0| ...) ; compiling (DEFUN |CRAPACK;chineseRemainder;L2L;3| ...) ; file: /tmp/oa-uUT2Dc/code.lsp ; in: DEFUN |CRAPACK;chineseRemainder;L2L;3| ; (DEFUN BOOT::|CRAPACK;chineseRemainder;L2L;3| ; (BOOT::|llv| BOOT::|lm| BOOT::$) ; (PROG (BOOT::|retVal| BOOT::|linv| BOOT::|inv| BOOT::|u| BOOT::|y| ; BOOT::|l|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CRAPACK;chineseRemainder;L2L;3| ; (BOOT::|llv| BOOT::|lm| BOOT::$) ; (BLOCK BOOT::|CRAPACK;chineseRemainder;L2L;3| ; (PROG (BOOT::|retVal| BOOT::|linv| BOOT::|inv| BOOT::|u| BOOT::|y| ; BOOT::|l|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |CRAPACK;chineseRemainder;L2L;3!1| ...) ; compiling (DEFUN |CRAPACK;chineseRemainder;L2L;3!0| ...) ; compiling (DEFUN |CRAPACK;extEuclidean| ...) ; file: /tmp/oa-uUT2Dc/code.lsp ; in: DEFUN |CRAPACK;extEuclidean| ; (DEFUN BOOT::|CRAPACK;extEuclidean| (BOOT::|a| BOOT::|b| BOOT::|c| BOOT::$) ; (LET ((BOOT::|u| (BOOT::SPADCALL BOOT::|a| BOOT::|b| BOOT::|c| #))) ; (COND ((EQL # 1) (BOOT::|error| #)) (T (LIST # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CRAPACK;extEuclidean| ; (BOOT::|a| BOOT::|b| BOOT::|c| BOOT::$) ; (BLOCK BOOT::|CRAPACK;extEuclidean| ; (LET ((BOOT::|u| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |CRAPACK;multiEuclideanTree;LRL;5| ...) ; file: /tmp/oa-uUT2Dc/code.lsp ; in: DEFUN |CRAPACK;multiEuclideanTree;LRL;5| ; (DEFUN BOOT::|CRAPACK;multiEuclideanTree;LRL;5| ; (BOOT::|fl| BOOT::|rhs| BOOT::$) ; (LET ((BOOT::|x| (BOOT::SPADCALL # BOOT::|rhs| #))) ; (PROGN ; (SETQ BOOT::|x| #) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 14) ; (BOOT::|shellEntry| BOOT::$ 16)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| BOOT::|rhs| # #) ; (BOOT::|shellEntry| BOOT::$ 19))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CRAPACK;multiEuclideanTree;LRL;5| ; (BOOT::|fl| BOOT::|rhs| BOOT::$) ; (BLOCK BOOT::|CRAPACK;multiEuclideanTree;LRL;5| ; (LET ((BOOT::|x| #)) ; (PROGN ; (SETQ #) ; (BOOT::SPADCALL BOOT::|x| # #) ; (BOOT::SPADCALL # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |CRApackage| ...) ; compiling (DEFUN |CRApackage;| ...) ; compiling (MAKEPROP (QUOTE |CRApackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 4 notes ; /tmp/oa-uUT2Dc/code.fasl written ; compilation finished in 0:00:00.067 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile DEQUEUE.spad && cp DEQUEUE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DEQUEUE.fasl \ && if test -f DEQUEUE-.NRLIB/code.fasl; then \ cp DEQUEUE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DEQUEUE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DEQUEUE.spad using Spad compiler. DEQUEUE abbreviates domain Dequeue debug: compDefine1 lhs: (Dequeue S) signature (pre-evaluate): ((Join (DequeueAggregate S) (CATEGORY domain (SIGNATURE dequeue ($ (List S))))) (SetCategory)) debug: evaluateType form: (Join (DequeueAggregate S) (CATEGORY domain (SIGNATURE dequeue ($ (List S))))) $param: (S) debug: evaluateType form: (DequeueAggregate S) $param: (S) Debug: evaluateType1 form: (DequeueAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE dequeue ($ (List S)))) $param: (S) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Join (DequeueAggregate S) (CATEGORY domain (SIGNATURE dequeue ($ (List S))))) (SetCategory)) debug: compDefine1 lhs: (Dequeue S) signature (pre-evaluate): ((Join (DequeueAggregate S) (CATEGORY domain (SIGNATURE dequeue ($ (List S))))) NIL) debug: evaluateType form: (Join (DequeueAggregate S) (CATEGORY domain (SIGNATURE dequeue ($ (List S))))) $param: (S) debug: evaluateType form: (DequeueAggregate S) $param: (S) Debug: evaluateType1 form: (DequeueAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE dequeue ($ (List S)))) $param: (S) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: compDefine1 signature (post evaluate): ((Join (DequeueAggregate S) (CATEGORY domain (SIGNATURE dequeue ($ (List S))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for Dequeue compiling into /tmp/oa-Yr5b6A compiling exported bottom! : % -> S Time: 0.04 SEC. compiling exported dequeue : List S -> % DEQUEUE;dequeue;L$;2 d is replaced by %list %lcopy d Time: 0.01 SEC. compiling exported extractBottom! : % -> S Time: 0.06 SEC. compiling exported extractTop! : % -> S Time: 0.01 SEC. compiling exported height : % -> NonNegativeInteger DEQUEUE;height;$Nni;5 d is replaced by %llength %head d Time: 0.01 SEC. compiling exported insertTop! : (S,%) -> S Time: 0.00 SEC. compiling exported insertBottom! : (S,%) -> S Time: 0.01 SEC. compiling exported top : % -> S Time: 0.01 SEC. compiling exported reverse! : % -> % Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] Rep differs from the base domain [2] bottom!: last has no value [3] top: first has no value Cumulative Statistics for Constructor Dequeue Time: 0.17 seconds --------------non extending category---------------------- Dequeue #1 of category DequeueAggregate #1 with dequeue : List #1 -> % has no queue : List #1 -> % ---------------------------------------------------------- finalizing NRLIB DEQUEUE Processing Dequeue for Browser database: -- dequeue : List S -> % -- constructor ; compiling file "/tmp/oa-Yr5b6A/code.lsp" (written 01 FEB 2016 11:01:03 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DEQUEUE;dequeue;L$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DEQUEUE;height;$Nni;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DEQUEUE;bottom!;$S;1| ...) ; compiling (DEFUN |DEQUEUE;dequeue;L$;2| ...) ; compiling (DEFUN |DEQUEUE;extractBottom!;$S;3| ...) ; compiling (DEFUN |DEQUEUE;extractTop!;$S;4| ...) ; compiling (DEFUN |DEQUEUE;height;$Nni;5| ...) ; compiling (DEFUN |DEQUEUE;insertTop!;S$S;6| ...) ; compiling (DEFUN |DEQUEUE;insertBottom!;S$S;7| ...) ; compiling (DEFUN |DEQUEUE;top;$S;8| ...) ; compiling (DEFUN |DEQUEUE;reverse!;2$;9| ...) ; compiling (DEFUN |Dequeue| ...) ; compiling (DEFUN |Dequeue;| ...) ; compiling (MAKEPROP (QUOTE |Dequeue|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Yr5b6A/code.fasl written ; compilation finished in 0:00:00.038 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile DLIST.spad && cp DLIST.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DLIST.fasl \ && if test -f DLIST-.NRLIB/code.fasl; then \ cp DLIST-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DLIST-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DLIST.spad using Spad compiler. DLIST abbreviates domain DataList debug: compDefine1 lhs: (DataList S) signature (pre-evaluate): ((Join (ListAggregate S) (HomotopicTo (List S)) (CATEGORY domain (SIGNATURE datalist ($ (List S))) (SIGNATURE elt ($ $ unique)) (SIGNATURE elt ($ $ sort)) (SIGNATURE elt ((NonNegativeInteger) $ count)))) (OrderedSet)) debug: evaluateType form: (Join (ListAggregate S) (HomotopicTo (List S)) (CATEGORY domain (SIGNATURE datalist ($ (List S))) (SIGNATURE elt ($ $ unique)) (SIGNATURE elt ($ $ sort)) (SIGNATURE elt ((NonNegativeInteger) $ count)))) $param: (S) debug: evaluateType form: (ListAggregate S) $param: (S) Debug: evaluateType1 form: (ListAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (HomotopicTo (List S)) $param: (S) Debug: evaluateType1 form: (HomotopicTo (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE datalist ($ (List S))) (SIGNATURE elt ($ $ unique)) (SIGNATURE elt ($ $ sort)) (SIGNATURE elt ((NonNegativeInteger) $ count))) $param: (S) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: unique $param: (S) debug: evaluateType form: sort $param: (S) debug: evaluateType form: (NonNegativeInteger) $param: (S) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: count $param: (S) debug: evaluateType form: (OrderedSet) $param: (S) Debug: evaluateType1 form: (OrderedSet) debug: compDefine1 signature (post evaluate): ((Join (ListAggregate S) (HomotopicTo (List S)) (CATEGORY domain (SIGNATURE datalist ($ (List S))) (SIGNATURE elt ($ $ unique)) (SIGNATURE elt ($ $ sort)) (SIGNATURE elt ((NonNegativeInteger) $ count)))) (OrderedSet)) debug: compDefine1 lhs: (DataList S) signature (pre-evaluate): ((Join (ListAggregate S) (HomotopicTo (List S)) (CATEGORY domain (SIGNATURE datalist ($ (List S))) (SIGNATURE elt ($ $ unique)) (SIGNATURE elt ($ $ sort)) (SIGNATURE elt ((NonNegativeInteger) $ count)))) NIL) debug: evaluateType form: (Join (ListAggregate S) (HomotopicTo (List S)) (CATEGORY domain (SIGNATURE datalist ($ (List S))) (SIGNATURE elt ($ $ unique)) (SIGNATURE elt ($ $ sort)) (SIGNATURE elt ((NonNegativeInteger) $ count)))) $param: (S) debug: evaluateType form: (ListAggregate S) $param: (S) Debug: evaluateType1 form: (ListAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (HomotopicTo (List S)) $param: (S) Debug: evaluateType1 form: (HomotopicTo (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE datalist ($ (List S))) (SIGNATURE elt ($ $ unique)) (SIGNATURE elt ($ $ sort)) (SIGNATURE elt ((NonNegativeInteger) $ count))) $param: (S) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: unique $param: (S) debug: evaluateType form: sort $param: (S) debug: evaluateType form: (NonNegativeInteger) $param: (S) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: count $param: (S) debug: compDefine1 signature (post evaluate): ((Join (ListAggregate S) (HomotopicTo (List S)) (CATEGORY domain (SIGNATURE datalist ($ (List S))) (SIGNATURE elt ($ $ unique)) (SIGNATURE elt ($ $ sort)) (SIGNATURE elt ((NonNegativeInteger) $ count)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for DataList compiling into /tmp/oa-I3RPzO compiling exported elt : (%,unique) -> % Time: 0.03 SEC. compiling exported elt : (%,sort) -> % Time: 0 SEC. compiling exported elt : (%,count) -> NonNegativeInteger Time: 0.05 SEC. compiling exported coerce : List S -> % DLIST;coerce;L$;4 x is replaced by x Time: 0.00 SEC. compiling exported coerce : % -> List S DLIST;coerce;$L;5 x is replaced by x Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Time: 0.02 SEC. compiling exported datalist : List S -> % DLIST;datalist;L$;7 x is replaced by x Time: 0.01 SEC. (time taken in buildFunctor: 8) Time: 0.04 SEC. Cumulative Statistics for Constructor DataList Time: 0.15 seconds --------------non extending category---------------------- DataList #1 of category Join(ListAggregate #1,HomotopicTo List #1) with datalist : List #1 -> % ?.unique : (%,"unique") -> % ?.sort : (%,"sort") -> % ?.count : (%,"count") -> NonNegativeInteger has no nil : () -> % ---------------------------------------------------------- finalizing NRLIB DLIST Processing DataList for Browser database: -- datalist : List S -> % -- elt : (%,"unique") -> % -- elt : (%,"sort") -> % -- elt : (%,"count") -> NonNegativeInteger -- constructor ; compiling file "/tmp/oa-I3RPzO/code.lsp" (written 01 FEB 2016 11:01:04 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DLIST;coerce;L$;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DLIST;coerce;$L;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DLIST;datalist;L$;7|) ...) ; compiling (DEFUN |DLIST;elt;$unique$;1| ...) ; file: /tmp/oa-I3RPzO/code.lsp ; in: DEFUN |DLIST;elt;$unique$;1| ; (DEFUN BOOT::|DLIST;elt;$unique$;1| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 7))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DLIST;elt;$unique$;1| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|DLIST;elt;$unique$;1| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 7)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |DLIST;elt;$sort$;2| ...) ; file: /tmp/oa-I3RPzO/code.lsp ; in: DEFUN |DLIST;elt;$sort$;2| ; (DEFUN BOOT::|DLIST;elt;$sort$;2| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 10))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DLIST;elt;$sort$;2| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|DLIST;elt;$sort$;2| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 10)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |DLIST;elt;$countNni;3| ...) ; file: /tmp/oa-I3RPzO/code.lsp ; in: DEFUN |DLIST;elt;$countNni;3| ; (DEFUN BOOT::|DLIST;elt;$countNni;3| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 14))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DLIST;elt;$countNni;3| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|DLIST;elt;$countNni;3| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 14)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |DLIST;coerce;L$;4| ...) ; compiling (DEFUN |DLIST;coerce;$L;5| ...) ; compiling (DEFUN |DLIST;coerce;$Of;6| ...) ; compiling (DEFUN |DLIST;datalist;L$;7| ...) ; compiling (DEFUN |DataList| ...) ; compiling (DEFUN |DataList;| ...) ; compiling (MAKEPROP (QUOTE |DataList|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; printed 3 notes ; /tmp/oa-I3RPzO/code.fasl written ; compilation finished in 0:00:00.043 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FLASORT.spad && cp FLASORT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FLASORT.fasl \ && if test -f FLASORT-.NRLIB/code.fasl; then \ cp FLASORT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FLASORT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FLASORT.spad using Spad compiler. FLASORT abbreviates package FiniteLinearAggregateSort debug: compDefine1 lhs: (FiniteLinearAggregateSort S V) signature (pre-evaluate): ((CATEGORY package (SIGNATURE quickSort (V (Mapping (Boolean) S S) V)) (SIGNATURE heapSort (V (Mapping (Boolean) S S) V)) (SIGNATURE shellSort (V (Mapping (Boolean) S S) V))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE quickSort (V (Mapping (Boolean) S S) V)) (SIGNATURE heapSort (V (Mapping (Boolean) S S) V)) (SIGNATURE shellSort (V (Mapping (Boolean) S S) V))) $param: (S V) debug: evaluateType form: V $param: (S V) debug: evaluateType form: (Mapping (Boolean) S S) $param: (S V) debug: evaluateType form: (Boolean) $param: (S V) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S V) debug: evaluateType form: S $param: (S V) debug: evaluateType form: V $param: (S V) debug: evaluateType form: V $param: (S V) debug: evaluateType form: (Mapping (Boolean) S S) $param: (S V) debug: evaluateType form: (Boolean) $param: (S V) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S V) debug: evaluateType form: S $param: (S V) debug: evaluateType form: V $param: (S V) debug: evaluateType form: V $param: (S V) debug: evaluateType form: (Mapping (Boolean) S S) $param: (S V) debug: evaluateType form: (Boolean) $param: (S V) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S V) debug: evaluateType form: S $param: (S V) debug: evaluateType form: V $param: (S V) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE quickSort (V (Mapping (Boolean) S S) V)) (SIGNATURE heapSort (V (Mapping (Boolean) S S) V)) (SIGNATURE shellSort (V (Mapping (Boolean) S S) V))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FiniteLinearAggregateSort compiling into /tmp/oa-ha5dXc compiling exported quickSort : ((S,S) -> Boolean,V) -> V Time: 0.04 SEC. compiling local siftUp : ((S,S) -> Boolean,V,Integer,Integer) -> Void Time: 0.02 SEC. compiling exported heapSort : ((S,S) -> Boolean,V) -> V Time: 0.02 SEC. compiling local partition : ((S,S) -> Boolean,V,Integer,Integer,Integer) -> Integer Time: 0.00 SEC. compiling local QuickSort : ((S,S) -> Boolean,V,Integer,Integer) -> V Time: 0.02 SEC. compiling exported shellSort : ((S,S) -> Boolean,V) -> V Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] heapSort: zero? has no value Cumulative Statistics for Constructor FiniteLinearAggregateSort Time: 0.13 seconds finalizing NRLIB FLASORT Processing FiniteLinearAggregateSort for Browser database: -- quickSort : (((S,S) -> B),V) -> V -- heapSort : (((S,S) -> B),V) -> V -- shellSort : (((S,S) -> B),V) -> V -- constructor ; compiling file "/tmp/oa-ha5dXc/code.lsp" (written 01 FEB 2016 11:01:04 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FLASORT;quickSort;M2V;1| ...) ; compiling (DEFUN |FLASORT;siftUp| ...) ; file: /tmp/oa-ha5dXc/code.lsp ; in: DEFUN |FLASORT;siftUp| ; (DEFUN BOOT::|FLASORT;siftUp| ; (BOOT::|l| BOOT::|r| BOOT::|i| BOOT::|n| BOOT::$) ; (PROG (BOOT::|k| BOOT::|j|) ; (RETURN ; (LET (#) ; (LOOP #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLASORT;siftUp| ; (BOOT::|l| BOOT::|r| BOOT::|i| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|FLASORT;siftUp| ; (PROG (BOOT::|k| BOOT::|j|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |i| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |FLASORT;heapSort;M2V;3| ...) ; compiling (DEFUN |FLASORT;partition| ...) ; file: /tmp/oa-ha5dXc/code.lsp ; in: DEFUN |FLASORT;partition| ; (DEFUN BOOT::|FLASORT;partition| ; (BOOT::|l| BOOT::|r| BOOT::|i| BOOT::|j| BOOT::|k| BOOT::$) ; (LET ((BOOT::|x| (BOOT::SPADCALL BOOT::|r| BOOT::|k| #)) ; (BOOT::|t| (BOOT::SPADCALL BOOT::|r| BOOT::|i| #))) ; (BOOT::SEQ ; (BOOT::SPADCALL BOOT::|r| BOOT::|k| ; (BOOT::SPADCALL BOOT::|r| BOOT::|j| #) ; (BOOT::|shellEntry| BOOT::$ 22)) ; (LOOP (COND # #)) ; (BOOT::SPADCALL BOOT::|r| BOOT::|j| BOOT::|x| ; (BOOT::|shellEntry| BOOT::$ 22)) ; (BOOT::EXIT BOOT::|j|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLASORT;partition| ; (BOOT::|l| BOOT::|r| BOOT::|i| BOOT::|j| BOOT::|k| BOOT::$) ; (BLOCK BOOT::|FLASORT;partition| ; (LET ((BOOT::|x| #) (BOOT::|t| #)) ; (BOOT::SEQ (BOOT::SPADCALL BOOT::|r| BOOT::|k| # #) (LOOP #) ; (BOOT::SPADCALL BOOT::|r| BOOT::|j| BOOT::|x| #) ; (BOOT::EXIT BOOT::|j|))))) ; ; note: Assignment to argument: |i| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; ; note: Assignment to argument: |j| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |FLASORT;QuickSort| ...) ; compiling (DEFUN |FLASORT;shellSort;M2V;6| ...) ; compiling (DEFUN |FiniteLinearAggregateSort| ...) ; compiling (DEFUN |FiniteLinearAggregateSort;| ...) ; compiling (MAKEPROP (QUOTE |FiniteLinearAggregateSort|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 3 notes ; /tmp/oa-ha5dXc/code.fasl written ; compilation finished in 0:00:00.075 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PATRES.spad && cp PATRES.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PATRES.fasl \ && if test -f PATRES-.NRLIB/code.fasl; then \ cp PATRES-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PATRES-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PATRES.spad using Spad compiler. PATRES abbreviates domain PatternMatchResult debug: compDefine1 lhs: (PatternMatchResult R S) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE failed? ((Boolean) $)) (SIGNATURE failed ($)) (SIGNATURE new ($)) (SIGNATURE union ($ $ $)) (SIGNATURE getMatch ((Union S failed) (Pattern R) $)) (SIGNATURE addMatch ($ (Pattern R) S $)) (SIGNATURE insertMatch ($ (Pattern R) S $)) (SIGNATURE addMatchRestricted ($ (Pattern R) S $ S)) (SIGNATURE destruct ((List (Record (: key (Symbol)) (: entry S))) $)) (SIGNATURE construct ($ (List (Record (: key (Symbol)) (: entry S))))) (SIGNATURE satisfy? ((Union (Boolean) failed) $ (Pattern R))))) (SetCategory) (SetCategory)) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (SIGNATURE failed? ((Boolean) $)) (SIGNATURE failed ($)) (SIGNATURE new ($)) (SIGNATURE union ($ $ $)) (SIGNATURE getMatch ((Union S failed) (Pattern R) $)) (SIGNATURE addMatch ($ (Pattern R) S $)) (SIGNATURE insertMatch ($ (Pattern R) S $)) (SIGNATURE addMatchRestricted ($ (Pattern R) S $ S)) (SIGNATURE destruct ((List (Record (: key (Symbol)) (: entry S))) $)) (SIGNATURE construct ($ (List (Record (: key (Symbol)) (: entry S))))) (SIGNATURE satisfy? ((Union (Boolean) failed) $ (Pattern R))))) $param: (R S) debug: evaluateType form: (SetCategory) $param: (R S) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE failed? ((Boolean) $)) (SIGNATURE failed ($)) (SIGNATURE new ($)) (SIGNATURE union ($ $ $)) (SIGNATURE getMatch ((Union S failed) (Pattern R) $)) (SIGNATURE addMatch ($ (Pattern R) S $)) (SIGNATURE insertMatch ($ (Pattern R) S $)) (SIGNATURE addMatchRestricted ($ (Pattern R) S $ S)) (SIGNATURE destruct ((List (Record (: key (Symbol)) (: entry S))) $)) (SIGNATURE construct ($ (List (Record (: key (Symbol)) (: entry S))))) (SIGNATURE satisfy? ((Union (Boolean) failed) $ (Pattern R)))) $param: (R S) debug: evaluateType form: (Boolean) $param: (R S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Union S failed) $param: (R S) debug: evaluateType form: S $param: (R S) debug: evaluateType form: failed $param: (R S) debug: evaluateType form: (Pattern R) $param: (R S) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (Pattern R) $param: (R S) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: S $param: (R S) debug: evaluateType form: (Pattern R) $param: (R S) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: S $param: (R S) debug: evaluateType form: (Pattern R) $param: (R S) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: S $param: (R S) debug: evaluateType form: S $param: (R S) debug: evaluateType form: (List (Record (: key (Symbol)) (: entry S))) $param: (R S) Debug: evaluateType1 form: (List (Record (: key (Symbol)) (: entry S))) debug: evaluateType1 x: (Record (: key (Symbol)) (: entry S)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: key (Symbol)) (: entry S)) $param: (R S) debug: evaluateType form: (Symbol) $param: (R S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: S $param: (R S) debug: evalCategory d: (Record (: key (Symbol)) (: entry S)) c: (Type) debug: evaluateType form: (List (Record (: key (Symbol)) (: entry S))) $param: (R S) Debug: evaluateType1 form: (List (Record (: key (Symbol)) (: entry S))) debug: evaluateType1 x: (Record (: key (Symbol)) (: entry S)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: key (Symbol)) (: entry S)) $param: (R S) debug: evaluateType form: (Symbol) $param: (R S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: S $param: (R S) debug: evalCategory d: (Record (: key (Symbol)) (: entry S)) c: (Type) debug: evaluateType form: (Union (Boolean) failed) $param: (R S) debug: evaluateType form: (Boolean) $param: (R S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: failed $param: (R S) debug: evaluateType form: (Pattern R) $param: (R S) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R S) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE failed? ((Boolean) $)) (SIGNATURE failed ($)) (SIGNATURE new ($)) (SIGNATURE union ($ $ $)) (SIGNATURE getMatch ((Union S failed) (Pattern R) $)) (SIGNATURE addMatch ($ (Pattern R) S $)) (SIGNATURE insertMatch ($ (Pattern R) S $)) (SIGNATURE addMatchRestricted ($ (Pattern R) S $ S)) (SIGNATURE destruct ((List (Record (: key (Symbol)) (: entry S))) $)) (SIGNATURE construct ($ (List (Record (: key (Symbol)) (: entry S))))) (SIGNATURE satisfy? ((Union (Boolean) failed) $ (Pattern R))))) (SetCategory) (SetCategory)) debug: compDefine1 lhs: (PatternMatchResult R S) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE failed? ((Boolean) $)) (SIGNATURE failed ($)) (SIGNATURE new ($)) (SIGNATURE union ($ $ $)) (SIGNATURE getMatch ((Union S failed) (Pattern R) $)) (SIGNATURE addMatch ($ (Pattern R) S $)) (SIGNATURE insertMatch ($ (Pattern R) S $)) (SIGNATURE addMatchRestricted ($ (Pattern R) S $ S)) (SIGNATURE destruct ((List (Record (: key (Symbol)) (: entry S))) $)) (SIGNATURE construct ($ (List (Record (: key (Symbol)) (: entry S))))) (SIGNATURE satisfy? ((Union (Boolean) failed) $ (Pattern R))))) NIL NIL) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (SIGNATURE failed? ((Boolean) $)) (SIGNATURE failed ($)) (SIGNATURE new ($)) (SIGNATURE union ($ $ $)) (SIGNATURE getMatch ((Union S failed) (Pattern R) $)) (SIGNATURE addMatch ($ (Pattern R) S $)) (SIGNATURE insertMatch ($ (Pattern R) S $)) (SIGNATURE addMatchRestricted ($ (Pattern R) S $ S)) (SIGNATURE destruct ((List (Record (: key (Symbol)) (: entry S))) $)) (SIGNATURE construct ($ (List (Record (: key (Symbol)) (: entry S))))) (SIGNATURE satisfy? ((Union (Boolean) failed) $ (Pattern R))))) $param: (R S) debug: evaluateType form: (SetCategory) $param: (R S) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE failed? ((Boolean) $)) (SIGNATURE failed ($)) (SIGNATURE new ($)) (SIGNATURE union ($ $ $)) (SIGNATURE getMatch ((Union S failed) (Pattern R) $)) (SIGNATURE addMatch ($ (Pattern R) S $)) (SIGNATURE insertMatch ($ (Pattern R) S $)) (SIGNATURE addMatchRestricted ($ (Pattern R) S $ S)) (SIGNATURE destruct ((List (Record (: key (Symbol)) (: entry S))) $)) (SIGNATURE construct ($ (List (Record (: key (Symbol)) (: entry S))))) (SIGNATURE satisfy? ((Union (Boolean) failed) $ (Pattern R)))) $param: (R S) debug: evaluateType form: (Boolean) $param: (R S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Union S failed) $param: (R S) debug: evaluateType form: S $param: (R S) debug: evaluateType form: failed $param: (R S) debug: evaluateType form: (Pattern R) $param: (R S) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (Pattern R) $param: (R S) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: S $param: (R S) debug: evaluateType form: (Pattern R) $param: (R S) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: S $param: (R S) debug: evaluateType form: (Pattern R) $param: (R S) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: S $param: (R S) debug: evaluateType form: S $param: (R S) debug: evaluateType form: (List (Record (: key (Symbol)) (: entry S))) $param: (R S) Debug: evaluateType1 form: (List (Record (: key (Symbol)) (: entry S))) debug: evaluateType1 x: (Record (: key (Symbol)) (: entry S)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: key (Symbol)) (: entry S)) $param: (R S) debug: evaluateType form: (Symbol) $param: (R S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: S $param: (R S) debug: evalCategory d: (Record (: key (Symbol)) (: entry S)) c: (Type) debug: evaluateType form: (List (Record (: key (Symbol)) (: entry S))) $param: (R S) Debug: evaluateType1 form: (List (Record (: key (Symbol)) (: entry S))) debug: evaluateType1 x: (Record (: key (Symbol)) (: entry S)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: key (Symbol)) (: entry S)) $param: (R S) debug: evaluateType form: (Symbol) $param: (R S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: S $param: (R S) debug: evalCategory d: (Record (: key (Symbol)) (: entry S)) c: (Type) debug: evaluateType form: (Union (Boolean) failed) $param: (R S) debug: evaluateType form: (Boolean) $param: (R S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: failed $param: (R S) debug: evaluateType form: (Pattern R) $param: (R S) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE failed? ((Boolean) $)) (SIGNATURE failed ($)) (SIGNATURE new ($)) (SIGNATURE union ($ $ $)) (SIGNATURE getMatch ((Union S failed) (Pattern R) $)) (SIGNATURE addMatch ($ (Pattern R) S $)) (SIGNATURE insertMatch ($ (Pattern R) S $)) (SIGNATURE addMatchRestricted ($ (Pattern R) S $ S)) (SIGNATURE destruct ((List (Record (: key (Symbol)) (: entry S))) $)) (SIGNATURE construct ($ (List (Record (: key (Symbol)) (: entry S))))) (SIGNATURE satisfy? ((Union (Boolean) failed) $ (Pattern R))))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PatternMatchResult compiling into /tmp/oa-pq7p9E importing PatternFunctions1(R,S) compiling exported new : () -> % PATRES;new;$;1 is replaced by %pair(0,%list %nil) Time: 0.04 SEC. compiling exported failed : () -> % PATRES;failed;$;2 is replaced by %pair(1,"failed") Time: 0.01 SEC. compiling exported failed? : % -> Boolean PATRES;failed?;$B;3 x is replaced by %ieq(%head x,1) Time: 0 SEC. compiling exported insertMatch : (Pattern R,S,%) -> % Time: 0.02 SEC. compiling exported construct : List Record(key: Symbol,entry: S) -> % Time: 0.02 SEC. compiling exported destruct : % -> List Record(key: Symbol,entry: S) PATRES;destruct;$L;6 l is replaced by %head %tail l Time: 0.02 SEC. compiling exported satisfy? : (%,Pattern R) -> Union(Boolean,failed) Time: 0.05 SEC. compiling exported union : (%,%) -> % Time: 0.05 SEC. compiling exported = : (%,%) -> Boolean Time: 0.02 SEC. compiling exported coerce : % -> OutputForm Time: 0.02 SEC. compiling exported addMatchRestricted : (Pattern R,S,%,S) -> % Time: 0.02 SEC. compiling exported addMatch : (Pattern R,S,%) -> % Time: 0.03 SEC. compiling exported getMatch : (Pattern R,%) -> Union(S,failed) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] Type AssociationList(Symbol,S) is not in scope. Import it [2] new: empty has no value [3] insertMatch: concat has no value [4] union: removeDuplicates has no value [5] union: concat has no value [6] getMatch: search has no value Cumulative Statistics for Constructor PatternMatchResult Time: 0.32 seconds finalizing NRLIB PATRES Processing PatternMatchResult for Browser database: -- failed? : % -> Boolean -- failed : () -> % -- new : () -> % -- union : (%,%) -> % -- getMatch : (Pattern R,%) -> Union(S,"failed") -- addMatch : (Pattern R,S,%) -> % -- insertMatch : (Pattern R,S,%) -> % -- addMatchRestricted : (Pattern R,S,%,S) -> % -- destruct : % -> List Record(key: Symbol,entry: S) -- construct : List Record(key: Symbol,entry: S) -> % -- satisfy? : (%,Pattern R) -> Union(Boolean,"failed") -- constructor ; compiling file "/tmp/oa-pq7p9E/code.lsp" (written 01 FEB 2016 11:01:05 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PATRES;new;$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PATRES;failed;$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PATRES;failed?;$B;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PATRES;destruct;$L;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PATRES;new;$;1| ...) ; compiling (DEFUN |PATRES;failed;$;2| ...) ; compiling (DEFUN |PATRES;failed?;$B;3| ...) ; compiling (DEFUN |PATRES;insertMatch;PS2$;4| ...) ; compiling (DEFUN |PATRES;construct;L$;5| ...) ; compiling (DEFUN |PATRES;destruct;$L;6| ...) ; compiling (DEFUN |PATRES;satisfy?;$PU;7| ...) ; compiling (DEFUN |PATRES;union;3$;8| ...) ; compiling (DEFUN |PATRES;=;2$B;9| ...) ; file: /tmp/oa-pq7p9E/code.lsp ; in: DEFUN |PATRES;=;2$B;9| ; (DEFUN BOOT::|PATRES;=;2$B;9| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ((EQL (CAR BOOT::|x|) 1) (EQL (CAR BOOT::|y|) 1)) ; ((EQL (CAR BOOT::|y|) 1) NIL) ; (T ; (BOOT::SPADCALL (CDR BOOT::|x|) (CDR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 41))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATRES;=;2$B;9| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|PATRES;=;2$B;9| ; (COND ((EQL # 1) (EQL # 1)) ((EQL # 1) NIL) ; (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |PATRES;coerce;$Of;10| ...) ; compiling (DEFUN |PATRES;addMatchRestricted;PS$S$;11| ...) ; compiling (DEFUN |PATRES;addMatch;PS2$;12| ...) ; compiling (DEFUN |PATRES;getMatch;P$U;13| ...) ; file: /tmp/oa-pq7p9E/code.lsp ; in: DEFUN |PATRES;getMatch;P$U;13| ; (DEFUN BOOT::|PATRES;getMatch;P$U;13| (BOOT::|p| BOOT::|l| BOOT::$) ; (COND ((EQL (CAR BOOT::|l|) 1) (CONS 1 "failed")) ; (T ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|p| #) (CDR BOOT::|l|) ; (BOOT::|shellEntry| BOOT::$ 32))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATRES;getMatch;P$U;13| ; (BOOT::|p| BOOT::|l| BOOT::$) ; (BLOCK BOOT::|PATRES;getMatch;P$U;13| ; (COND ((EQL # 1) (CONS 1 "failed")) (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |PatternMatchResult| ...) ; compiling (DEFUN |PatternMatchResult;| ...) ; compiling (MAKEPROP (QUOTE |PatternMatchResult|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-pq7p9E/code.fasl written ; compilation finished in 0:00:00.079 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FM.spad && cp FM.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FM.fasl \ && if test -f FM-.NRLIB/code.fasl; then \ cp FM-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FM-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FM.spad using Spad compiler. FM abbreviates domain FreeModule debug: compDefine1 lhs: (FreeModule R S) signature (pre-evaluate): ((Join (BiModule R R) (IndexedDirectProductCategory R S) (CATEGORY package (IF (has R (CommutativeRing)) (ATTRIBUTE (Module R)) %noBranch))) (Ring) (OrderedType)) debug: evaluateType form: (Join (BiModule R R) (IndexedDirectProductCategory R S) (CATEGORY package (IF (has R (CommutativeRing)) (ATTRIBUTE (Module R)) %noBranch))) $param: (R S) debug: evaluateType form: (BiModule R R) $param: (R S) Debug: evaluateType1 form: (BiModule R R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (IndexedDirectProductCategory R S) $param: (R S) Debug: evaluateType1 form: (IndexedDirectProductCategory R S) debug: evaluateType1 x: R m: (BasicType) debug: evaluateType1 x: S m: (OrderedType) debug: evaluateType form: (CATEGORY package (IF (has R (CommutativeRing)) (ATTRIBUTE (Module R)) %noBranch)) $param: (R S) debug: evaluateType form: (Ring) $param: (R S) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (OrderedType) $param: (R S) Debug: evaluateType1 form: (OrderedType) debug: compDefine1 signature (post evaluate): ((Join (BiModule R R) (IndexedDirectProductCategory R S) (CATEGORY package (IF (has R (CommutativeRing)) (ATTRIBUTE (Module R)) %noBranch))) (Ring) (OrderedType)) debug: compDefine1 lhs: (FreeModule R S) signature (pre-evaluate): ((Join (BiModule R R) (IndexedDirectProductCategory R S) (CATEGORY package (IF (has R (CommutativeRing)) (ATTRIBUTE (Module R)) %noBranch))) NIL NIL) debug: evaluateType form: (Join (BiModule R R) (IndexedDirectProductCategory R S) (CATEGORY package (IF (has R (CommutativeRing)) (ATTRIBUTE (Module R)) %noBranch))) $param: (R S) debug: evaluateType form: (BiModule R R) $param: (R S) Debug: evaluateType1 form: (BiModule R R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (IndexedDirectProductCategory R S) $param: (R S) Debug: evaluateType1 form: (IndexedDirectProductCategory R S) debug: evaluateType1 x: R m: (BasicType) debug: evaluateType1 x: S m: (OrderedType) debug: evaluateType form: (CATEGORY package (IF (has R (CommutativeRing)) (ATTRIBUTE (Module R)) %noBranch)) $param: (R S) debug: compDefine1 signature (post evaluate): ((Join (BiModule R R) (IndexedDirectProductCategory R S) (CATEGORY package (IF (has R (CommutativeRing)) (ATTRIBUTE (Module R)) %noBranch))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FreeModule compiling into /tmp/oa-Ome7Yd compiling exported * : (R,%) -> % Time: 0.06 SEC. compiling exported * : (R,%) -> % Time: 0.06 SEC. compiling exported * : (%,R) -> % Time: 0.02 SEC. compiling exported * : (%,R) -> % Time: 0.08 SEC. compiling exported coerce : % -> OutputForm Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] Rep differs from the base domain Cumulative Statistics for Constructor FreeModule Time: 0.27 seconds finalizing NRLIB FM Processing FreeModule for Browser database: -- constructor ; compiling file "/tmp/oa-Ome7Yd/code.lsp" (written 01 FEB 2016 11:01:05 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FM;*;R2$;1| ...) ; file: /tmp/oa-Ome7Yd/code.lsp ; in: DEFUN |FM;*;R2$;1| ; (DEFUN BOOT::|FM;*;R2$;1| (BOOT::|r| BOOT::|x| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|spadConstant| BOOT::$ 12)) ; ((BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 13)) BOOT::|x|) ; (T ; (LET (# #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FM;*;R2$;1| ; (BOOT::|r| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FM;*;R2$;1| ; (COND ((BOOT::SPADCALL BOOT::|r| #) (BOOT::|spadConstant| BOOT::$ 12)) ; ((BOOT::SPADCALL BOOT::|r| #) BOOT::|x|) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |FM;*;R2$;2| ...) ; file: /tmp/oa-Ome7Yd/code.lsp ; in: DEFUN |FM;*;R2$;2| ; (DEFUN BOOT::|FM;*;R2$;2| (BOOT::|r| BOOT::|x| BOOT::$) ; (PROG (BOOT::|a|) (RETURN (COND (# #) (# BOOT::|x|) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FM;*;R2$;2| ; (BOOT::|r| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FM;*;R2$;2| (PROG (BOOT::|a|) (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |FM;*;$R$;3| ...) ; file: /tmp/oa-Ome7Yd/code.lsp ; in: DEFUN |FM;*;$R$;3| ; (DEFUN BOOT::|FM;*;$R$;3| (BOOT::|x| BOOT::|r| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|spadConstant| BOOT::$ 12)) ; ((BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 13)) BOOT::|x|) ; (T ; (LET (# #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FM;*;$R$;3| ; (BOOT::|x| BOOT::|r| BOOT::$) ; (BLOCK BOOT::|FM;*;$R$;3| ; (COND ((BOOT::SPADCALL BOOT::|r| #) (BOOT::|spadConstant| BOOT::$ 12)) ; ((BOOT::SPADCALL BOOT::|r| #) BOOT::|x|) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |FM;*;$R$;4| ...) ; file: /tmp/oa-Ome7Yd/code.lsp ; in: DEFUN |FM;*;$R$;4| ; (DEFUN BOOT::|FM;*;$R$;4| (BOOT::|x| BOOT::|r| BOOT::$) ; (PROG (BOOT::|a|) (RETURN (COND (# #) (# BOOT::|x|) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FM;*;$R$;4| ; (BOOT::|x| BOOT::|r| BOOT::$) ; (BLOCK BOOT::|FM;*;$R$;4| (PROG (BOOT::|a|) (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |FM;coerce;$Of;5| ...) ; compiling (DEFUN |FreeModule| ...) ; compiling (DEFUN |FreeModule;| ...) ; compiling (MAKEPROP (QUOTE |FreeModule|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 4 notes ; /tmp/oa-Ome7Yd/code.fasl written ; compilation finished in 0:00:00.048 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FM1.spad && cp FM1.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FM1.fasl \ && if test -f FM1-.NRLIB/code.fasl; then \ cp FM1-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FM1-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FM1.spad using Spad compiler. FM1 abbreviates domain FreeModule1 debug: compDefine1 lhs: (FreeModule1 R S) signature (pre-evaluate): ((Join (FreeModuleCat R S) (CATEGORY domain (SIGNATURE * ($ S R)))) (Ring) (OrderedSet)) debug: evaluateType form: (Join (FreeModuleCat R S) (CATEGORY domain (SIGNATURE * ($ S R)))) $param: (R S) debug: evaluateType form: (FreeModuleCat R S) $param: (R S) Debug: evaluateType1 form: (FreeModuleCat R S) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE * ($ S R))) $param: (R S) debug: evaluateType form: S $param: (R S) debug: evaluateType form: R $param: (R S) debug: evaluateType form: (Ring) $param: (R S) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (OrderedSet) $param: (R S) Debug: evaluateType1 form: (OrderedSet) debug: compDefine1 signature (post evaluate): ((Join (FreeModuleCat R S) (CATEGORY domain (SIGNATURE * ($ S R)))) (Ring) (OrderedSet)) debug: compDefine1 lhs: (FreeModule1 R S) signature (pre-evaluate): ((Join (FreeModuleCat R S) (CATEGORY domain (SIGNATURE * ($ S R)))) NIL NIL) debug: evaluateType form: (Join (FreeModuleCat R S) (CATEGORY domain (SIGNATURE * ($ S R)))) $param: (R S) debug: evaluateType form: (FreeModuleCat R S) $param: (R S) Debug: evaluateType1 form: (FreeModuleCat R S) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE * ($ S R))) $param: (R S) debug: evaluateType form: S $param: (R S) debug: evaluateType form: R $param: (R S) debug: compDefine1 signature (post evaluate): ((Join (FreeModuleCat R S) (CATEGORY domain (SIGNATURE * ($ S R)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FreeModule1 compiling into /tmp/oa-oeAL3L compiling exported numberOfMonomials : % -> NonNegativeInteger FM1;numberOfMonomials;$Nni;1 is replaced by %llength Time: 0.08 SEC. compiling exported ListOfTerms : % -> List Record(k: S,c: R) FM1;ListOfTerms;$L;2 x is replaced by x Time: 0 SEC. compiling exported leadingTerm : % -> Record(k: S,c: R) FM1;leadingTerm;$R;3 is replaced by SPADfirst Time: 0.00 SEC. compiling exported leadingMonomial : % -> S FM1;leadingMonomial;$S;4 x is replaced by %head SPADfirst x Time: 0 SEC. compiling exported coefficients : % -> List R Time: 0.01 SEC. compiling exported monomials : % -> List % Time: 0.01 SEC. compiling exported retractIfCan : % -> Union(S,failed) Time: 0.02 SEC. compiling exported coerce : S -> % Time: 0.00 SEC. compiling exported retract : % -> S Time: 0.01 SEC. compiling exported * : (R,%) -> % Time: 0.01 SEC. compiling exported * : (%,R) -> % Time: 0.02 SEC. compiling exported * : (R,%) -> % Time: 0.07 SEC. compiling exported * : (%,R) -> % Time: 0.09 SEC. compiling exported * : (R,S) -> % Time: 0.01 SEC. compiling exported * : (S,R) -> % Time: 0.00 SEC. compiling exported monom : (S,R) -> % FM1;monom;SR$;16(b,r) is replaced by %list %pair(b,r) Time: 0.00 SEC. compiling local outTerm : (R,S) -> OutputForm Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Time: 0.04 SEC. compiling exported coefficient : (%,S) -> R Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] Rep differs from the base domain [2] ListOfTerms: : List Record(k: S,c: R) -- replace by pretend [3] retractIfCan: c has no value [4] *: k has no value [5] *: c has no value Cumulative Statistics for Constructor FreeModule1 Time: 0.45 seconds --------------non extending category---------------------- FreeModule1(#1,#2) of category FreeModuleCat(#1,#2) with ?*? : (#2,#1) -> % has no IndexedDirectProductCategory(#1,#2) ---------------------------------------------------------- finalizing NRLIB FM1 Processing FreeModule1 for Browser database: -- ?*? : (S,R) -> % -- constructor ; compiling file "/tmp/oa-oeAL3L/code.lsp" (written 01 FEB 2016 11:01:06 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FM1;numberOfMonomials;$Nni;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FM1;ListOfTerms;$L;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FM1;leadingTerm;$R;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FM1;leadingMonomial;$S;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FM1;monom;SR$;16|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FM1;numberOfMonomials;$Nni;1| ...) ; compiling (DEFUN |FM1;ListOfTerms;$L;2| ...) ; compiling (DEFUN |FM1;leadingTerm;$R;3| ...) ; file: /tmp/oa-oeAL3L/code.lsp ; in: DEFUN |FM1;leadingTerm;$R;3| ; (DEFUN BOOT::|FM1;leadingTerm;$R;3| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|SPADfirst| BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FM1;leadingTerm;$R;3| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|FM1;leadingTerm;$R;3| (BOOT::|SPADfirst| BOOT::|x|))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FM1;leadingMonomial;$S;4| ...) ; compiling (DEFUN |FM1;coefficients;$L;5| ...) ; file: /tmp/oa-oeAL3L/code.lsp ; in: DEFUN |FM1;coefficients;$L;5| ; (DEFUN BOOT::|FM1;coefficients;$L;5| (BOOT::|x| BOOT::$) ; (LET ((#:G695 BOOT::|x|) (#:G563 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G695 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FM1;coefficients;$L;5| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FM1;coefficients;$L;5| ; (LET ((#:G695 BOOT::|x|) (#:G563 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |FM1;monomials;$L;6| ...) ; file: /tmp/oa-oeAL3L/code.lsp ; in: DEFUN |FM1;monomials;$L;6| ; (DEFUN BOOT::|FM1;monomials;$L;6| (BOOT::|x| BOOT::$) ; (LET ((#:G696 BOOT::|x|) (#:G569 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G696 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FM1;monomials;$L;6| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FM1;monomials;$L;6| ; (LET ((#:G696 BOOT::|x|) (#:G569 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |FM1;retractIfCan;$U;7| ...) ; compiling (DEFUN |FM1;coerce;S$;8| ...) ; compiling (DEFUN |FM1;retract;$S;9| ...) ; compiling (DEFUN |FM1;*;R2$;10| ...) ; file: /tmp/oa-oeAL3L/code.lsp ; in: DEFUN |FM1;*;R2$;10| ; (DEFUN BOOT::|FM1;*;R2$;10| (BOOT::|r| BOOT::|x| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|r| (BOOT::|spadConstant| BOOT::$ 33) ; (BOOT::|shellEntry| BOOT::$ 27)) ; (BOOT::|spadConstant| BOOT::$ 32)) ; (T ; (LET (# #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FM1;*;R2$;10| ; (BOOT::|r| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FM1;*;R2$;10| ; (COND ; ((BOOT::SPADCALL BOOT::|r| # #) (BOOT::|spadConstant| BOOT::$ 32)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |FM1;*;$R$;11| ...) ; file: /tmp/oa-oeAL3L/code.lsp ; in: DEFUN |FM1;*;$R$;11| ; (DEFUN BOOT::|FM1;*;$R$;11| (BOOT::|x| BOOT::|r| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|r| (BOOT::|spadConstant| BOOT::$ 33) ; (BOOT::|shellEntry| BOOT::$ 27)) ; (BOOT::|spadConstant| BOOT::$ 32)) ; (T ; (LET (# #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FM1;*;$R$;11| ; (BOOT::|x| BOOT::|r| BOOT::$) ; (BLOCK BOOT::|FM1;*;$R$;11| ; (COND ; ((BOOT::SPADCALL BOOT::|r| # #) (BOOT::|spadConstant| BOOT::$ 32)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |FM1;*;R2$;12| ...) ; file: /tmp/oa-oeAL3L/code.lsp ; in: DEFUN |FM1;*;R2$;12| ; (DEFUN BOOT::|FM1;*;R2$;12| (BOOT::|r| BOOT::|x| BOOT::$) ; (PROG (BOOT::|a|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FM1;*;R2$;12| ; (BOOT::|r| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FM1;*;R2$;12| (PROG (BOOT::|a|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |FM1;*;$R$;13| ...) ; file: /tmp/oa-oeAL3L/code.lsp ; in: DEFUN |FM1;*;$R$;13| ; (DEFUN BOOT::|FM1;*;$R$;13| (BOOT::|x| BOOT::|r| BOOT::$) ; (PROG (BOOT::|a|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FM1;*;$R$;13| ; (BOOT::|x| BOOT::|r| BOOT::$) ; (BLOCK BOOT::|FM1;*;$R$;13| (PROG (BOOT::|a|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |FM1;*;RS$;14| ...) ; file: /tmp/oa-oeAL3L/code.lsp ; in: DEFUN |FM1;*;RS$;14| ; (DEFUN BOOT::|FM1;*;RS$;14| (BOOT::|r| BOOT::|s| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|r| (BOOT::|spadConstant| BOOT::$ 33) ; (BOOT::|shellEntry| BOOT::$ 27)) ; (BOOT::|spadConstant| BOOT::$ 32)) ; (T (LIST (CONS BOOT::|s| BOOT::|r|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FM1;*;RS$;14| ; (BOOT::|r| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|FM1;*;RS$;14| ; (COND ; ((BOOT::SPADCALL BOOT::|r| # #) (BOOT::|spadConstant| BOOT::$ 32)) ; (T (LIST #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |FM1;*;SR$;15| ...) ; file: /tmp/oa-oeAL3L/code.lsp ; in: DEFUN |FM1;*;SR$;15| ; (DEFUN BOOT::|FM1;*;SR$;15| (BOOT::|s| BOOT::|r| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|r| (BOOT::|spadConstant| BOOT::$ 33) ; (BOOT::|shellEntry| BOOT::$ 27)) ; (BOOT::|spadConstant| BOOT::$ 32)) ; (T (LIST (CONS BOOT::|s| BOOT::|r|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FM1;*;SR$;15| ; (BOOT::|s| BOOT::|r| BOOT::$) ; (BLOCK BOOT::|FM1;*;SR$;15| ; (COND ; ((BOOT::SPADCALL BOOT::|r| # #) (BOOT::|spadConstant| BOOT::$ 32)) ; (T (LIST #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |FM1;monom;SR$;16| ...) ; compiling (DEFUN |FM1;outTerm| ...) ; compiling (DEFUN |FM1;coerce;$Of;18| ...) ; compiling (DEFUN |FM1;coefficient;$SR;19| ...) ; compiling (DEFUN |FreeModule1| ...) ; compiling (DEFUN |FreeModule1;| ...) ; compiling (MAKEPROP (QUOTE |FreeModule1|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 9 notes ; /tmp/oa-oeAL3L/code.fasl written ; compilation finished in 0:00:00.122 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FPC.spad && cp FPC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FPC.fasl \ && if test -f FPC-.NRLIB/code.fasl; then \ cp FPC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FPC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FPC.spad using Spad compiler. FPC abbreviates category FieldOfPrimeCharacteristic debug: compDefine1 lhs: (FieldOfPrimeCharacteristic) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for FieldOfPrimeCharacteristic compiling into /tmp/oa-OCSs0r STYLE-WARNING: redefining BOOT::|FieldOfPrimeCharacteristic| in DEFUN Time: 0.01 SEC. FPC- abbreviates package FieldOfPrimeCharacteristic& ------------------------------------------------------------------------ initializing stationary directory for FieldOfPrimeCharacteristic& compiling into /tmp/oa-rlScO6 compiling exported primeFrobenius : S -> S Time: 0.04 SEC. compiling exported primeFrobenius : (S,NonNegativeInteger) -> S Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor FieldOfPrimeCharacteristic& Time: 0.04 seconds finalizing NRLIB FPC- ; compiling file "/tmp/oa-rlScO6/code.lsp" (written 01 FEB 2016 11:01:06 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FPC-;primeFrobenius;2$;1| ...) ; compiling (DEFUN |FPC-;primeFrobenius;$Nni$;2| ...) ; compiling (DEFUN |FieldOfPrimeCharacteristic&| ...) ; compiling (MAKEPROP (QUOTE |FieldOfPrimeCharacteristic&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-rlScO6/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ finalizing NRLIB FPC Processing FieldOfPrimeCharacteristic for Browser database: -- order : % -> OnePointCompletion PositiveInteger -- discreteLog : (%,%) -> Union(NonNegativeInteger,"failed") -- primeFrobenius : % -> % -- primeFrobenius : (%,NonNegativeInteger) -> % -- constructor ; compiling file "/tmp/oa-OCSs0r/code.lsp" (written 01 FEB 2016 11:01:06 PM): ; compiling (DEFPARAMETER |FieldOfPrimeCharacteristic;AL| ...) ; compiling (DEFUN |FieldOfPrimeCharacteristic;| ...) ; compiling (DEFUN |FieldOfPrimeCharacteristic| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-OCSs0r/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile IROOT.spad && cp IROOT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IROOT.fasl \ && if test -f IROOT-.NRLIB/code.fasl; then \ cp IROOT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IROOT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IROOT.spad using Spad compiler. IROOT abbreviates package IntegerRoots debug: compDefine1 lhs: (IntegerRoots I) signature (pre-evaluate): ((CATEGORY package (SIGNATURE perfectNthPower? ((Boolean) I (NonNegativeInteger))) (SIGNATURE perfectNthRoot ((Union I failed) I (NonNegativeInteger))) (SIGNATURE perfectNthRoot ((Record (: base I) (: exponent (NonNegativeInteger))) I)) (SIGNATURE approxNthRoot (I I (NonNegativeInteger))) (SIGNATURE perfectSquare? ((Boolean) I)) (SIGNATURE perfectSqrt ((Union I failed) I)) (SIGNATURE approxSqrt (I I))) (IntegerNumberSystem)) debug: evaluateType form: (CATEGORY package (SIGNATURE perfectNthPower? ((Boolean) I (NonNegativeInteger))) (SIGNATURE perfectNthRoot ((Union I failed) I (NonNegativeInteger))) (SIGNATURE perfectNthRoot ((Record (: base I) (: exponent (NonNegativeInteger))) I)) (SIGNATURE approxNthRoot (I I (NonNegativeInteger))) (SIGNATURE perfectSquare? ((Boolean) I)) (SIGNATURE perfectSqrt ((Union I failed) I)) (SIGNATURE approxSqrt (I I))) $param: (I) debug: evaluateType form: (Boolean) $param: (I) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: I $param: (I) debug: evaluateType form: (NonNegativeInteger) $param: (I) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Union I failed) $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: failed $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: (NonNegativeInteger) $param: (I) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Record (: base I) (: exponent (NonNegativeInteger))) $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: (NonNegativeInteger) $param: (I) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: (NonNegativeInteger) $param: (I) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Boolean) $param: (I) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: I $param: (I) debug: evaluateType form: (Union I failed) $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: failed $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: (IntegerNumberSystem) $param: (I) Debug: evaluateType1 form: (IntegerNumberSystem) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE perfectNthPower? ((Boolean) I (NonNegativeInteger))) (SIGNATURE perfectNthRoot ((Union I failed) I (NonNegativeInteger))) (SIGNATURE perfectNthRoot ((Record (: base I) (: exponent (NonNegativeInteger))) I)) (SIGNATURE approxNthRoot (I I (NonNegativeInteger))) (SIGNATURE perfectSquare? ((Boolean) I)) (SIGNATURE perfectSqrt ((Union I failed) I)) (SIGNATURE approxSqrt (I I))) (IntegerNumberSystem)) debug: compDefine1 lhs: (IntegerRoots I) signature (pre-evaluate): ((CATEGORY package (SIGNATURE perfectNthPower? ((Boolean) I (NonNegativeInteger))) (SIGNATURE perfectNthRoot ((Union I failed) I (NonNegativeInteger))) (SIGNATURE perfectNthRoot ((Record (: base I) (: exponent (NonNegativeInteger))) I)) (SIGNATURE approxNthRoot (I I (NonNegativeInteger))) (SIGNATURE perfectSquare? ((Boolean) I)) (SIGNATURE perfectSqrt ((Union I failed) I)) (SIGNATURE approxSqrt (I I))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE perfectNthPower? ((Boolean) I (NonNegativeInteger))) (SIGNATURE perfectNthRoot ((Union I failed) I (NonNegativeInteger))) (SIGNATURE perfectNthRoot ((Record (: base I) (: exponent (NonNegativeInteger))) I)) (SIGNATURE approxNthRoot (I I (NonNegativeInteger))) (SIGNATURE perfectSquare? ((Boolean) I)) (SIGNATURE perfectSqrt ((Union I failed) I)) (SIGNATURE approxSqrt (I I))) $param: (I) debug: evaluateType form: (Boolean) $param: (I) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: I $param: (I) debug: evaluateType form: (NonNegativeInteger) $param: (I) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Union I failed) $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: failed $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: (NonNegativeInteger) $param: (I) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Record (: base I) (: exponent (NonNegativeInteger))) $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: (NonNegativeInteger) $param: (I) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: (NonNegativeInteger) $param: (I) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Boolean) $param: (I) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: I $param: (I) debug: evaluateType form: (Union I failed) $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: failed $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE perfectNthPower? ((Boolean) I (NonNegativeInteger))) (SIGNATURE perfectNthRoot ((Union I failed) I (NonNegativeInteger))) (SIGNATURE perfectNthRoot ((Record (: base I) (: exponent (NonNegativeInteger))) I)) (SIGNATURE approxNthRoot (I I (NonNegativeInteger))) (SIGNATURE perfectSquare? ((Boolean) I)) (SIGNATURE perfectSqrt ((Union I failed) I)) (SIGNATURE approxSqrt (I I))) NIL) ------------------------------------------------------------------------ initializing stationary directory for IntegerRoots compiling into /tmp/oa-3om2sF importing IntegerPrimesPackage I compiling exported perfectSquare? : I -> Boolean Time: 0.08 SEC. compiling exported perfectNthPower? : (I,NonNegativeInteger) -> Boolean Time: 0.00 SEC. compiling exported perfectNthRoot : I -> Record(base: I,exponent: NonNegativeInteger) Time: 0.02 SEC. compiling exported approxNthRoot : (I,NonNegativeInteger) -> I Time: 0.06 SEC. compiling exported perfectNthRoot : (I,NonNegativeInteger) -> Union(I,failed) Time: 0.00 SEC. compiling exported perfectSqrt : I -> Union(I,failed) Time: 0.01 SEC. compiling exported approxSqrt : I -> I Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] approxNthRoot: x has no value Cumulative Statistics for Constructor IntegerRoots Time: 0.21 seconds finalizing NRLIB IROOT Processing IntegerRoots for Browser database: -- perfectNthPower? : (I,NNI) -> Boolean -- perfectNthRoot : (I,NNI) -> Union(I,"failed") -- perfectNthRoot : I -> Record(base: I,exponent: NNI) -- approxNthRoot : (I,NNI) -> I -- perfectSquare? : I -> Boolean -- perfectSqrt : I -> Union(I,"failed") -- approxSqrt : I -> I -- constructor ; compiling file "/tmp/oa-3om2sF/code.lsp" (written 01 FEB 2016 11:01:06 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |IROOT;perfectSquare?;IB;1| ...) ; compiling (DEFUN |IROOT;perfectNthPower?;INniB;2| ...) ; compiling (DEFUN |IROOT;perfectNthRoot;IR;3| ...) ; compiling (DEFUN |IROOT;approxNthRoot;INniI;4| ...) ; compiling (DEFUN |IROOT;perfectNthRoot;INniU;5| ...) ; compiling (DEFUN |IROOT;perfectSqrt;IU;6| ...) ; compiling (DEFUN |IROOT;approxSqrt;2I;7| ...) ; compiling (DEFUN |IntegerRoots| ...) ; compiling (DEFUN |IntegerRoots;| ...) ; compiling (MAKEPROP (QUOTE |IntegerRoots|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-3om2sF/code.fasl written ; compilation finished in 0:00:00.070 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile LIECAT.spad && cp LIECAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LIECAT.fasl \ && if test -f LIECAT-.NRLIB/code.fasl; then \ cp LIECAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LIECAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LIECAT.spad using Spad compiler. LIECAT abbreviates category LieAlgebra debug: compDefine1 lhs: (LieAlgebra R) signature (pre-evaluate): ((Category) (CommutativeRing)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (CommutativeRing) $param: (R) Debug: evaluateType1 form: (CommutativeRing) debug: compDefine1 signature (post evaluate): ((Category) (CommutativeRing)) debug: compDefine1 lhs: (LieAlgebra R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for LieAlgebra compiling into /tmp/oa-5OxFUY STYLE-WARNING: redefining BOOT::|LieAlgebra| in DEFUN Time: 0.01 SEC. LIECAT- abbreviates package LieAlgebra& ------------------------------------------------------------------------ initializing stationary directory for LieAlgebra& compiling into /tmp/oa-WHhD9E compiling exported / : (S,R) -> S Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor LieAlgebra& Time: 0.04 seconds finalizing NRLIB LIECAT- ; compiling file "/tmp/oa-WHhD9E/code.lsp" (written 01 FEB 2016 11:01:07 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LIECAT-;/;$R$;1| ...) ; compiling (DEFUN |LieAlgebra&| ...) ; compiling (MAKEPROP (QUOTE |LieAlgebra&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-WHhD9E/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ finalizing NRLIB LIECAT Processing LieAlgebra for Browser database: -- construct : (%,%) -> % -- ?/? : (%,R) -> % -- constructor ; compiling file "/tmp/oa-5OxFUY/code.lsp" (written 01 FEB 2016 11:01:07 PM): ; compiling (DEFPARAMETER |LieAlgebra;AL| ...) ; compiling (DEFUN |LieAlgebra;| ...) ; compiling (DEFUN |LieAlgebra| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-5OxFUY/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile LIST2MAP.spad && cp LIST2MAP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LIST2MAP.fasl \ && if test -f LIST2MAP-.NRLIB/code.fasl; then \ cp LIST2MAP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LIST2MAP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LIST2MAP.spad using Spad compiler. LIST2MAP abbreviates package ListToMap debug: compDefine1 lhs: (ListToMap A B) signature (pre-evaluate): ((CATEGORY package (SIGNATURE match ((Mapping B A) (List A) (List B))) (SIGNATURE match (B (List A) (List B) A)) (SIGNATURE match ((Mapping B A) (List A) (List B) B)) (SIGNATURE match (B (List A) (List B) A B)) (SIGNATURE match ((Mapping B A) (List A) (List B) (Mapping B A))) (SIGNATURE match (B (List A) (List B) A (Mapping B A)))) (SetCategory) (Type)) debug: evaluateType form: (CATEGORY package (SIGNATURE match ((Mapping B A) (List A) (List B))) (SIGNATURE match (B (List A) (List B) A)) (SIGNATURE match ((Mapping B A) (List A) (List B) B)) (SIGNATURE match (B (List A) (List B) A B)) (SIGNATURE match ((Mapping B A) (List A) (List B) (Mapping B A))) (SIGNATURE match (B (List A) (List B) A (Mapping B A)))) $param: (A B) debug: evaluateType form: (Mapping B A) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: (List A) $param: (A B) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (List B) $param: (A B) Debug: evaluateType1 form: (List B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (List A) $param: (A B) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (List B) $param: (A B) Debug: evaluateType1 form: (List B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: A $param: (A B) debug: evaluateType form: (Mapping B A) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: (List A) $param: (A B) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (List B) $param: (A B) Debug: evaluateType1 form: (List B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: B $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (List A) $param: (A B) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (List B) $param: (A B) Debug: evaluateType1 form: (List B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: A $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (Mapping B A) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: (List A) $param: (A B) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (List B) $param: (A B) Debug: evaluateType1 form: (List B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: (Mapping B A) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (List A) $param: (A B) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (List B) $param: (A B) Debug: evaluateType1 form: (List B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: A $param: (A B) debug: evaluateType form: (Mapping B A) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: (SetCategory) $param: (A B) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Type) $param: (A B) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE match ((Mapping B A) (List A) (List B))) (SIGNATURE match (B (List A) (List B) A)) (SIGNATURE match ((Mapping B A) (List A) (List B) B)) (SIGNATURE match (B (List A) (List B) A B)) (SIGNATURE match ((Mapping B A) (List A) (List B) (Mapping B A))) (SIGNATURE match (B (List A) (List B) A (Mapping B A)))) (SetCategory) (Type)) debug: compDefine1 lhs: (ListToMap A B) signature (pre-evaluate): ((CATEGORY package (SIGNATURE match ((Mapping B A) (List A) (List B))) (SIGNATURE match (B (List A) (List B) A)) (SIGNATURE match ((Mapping B A) (List A) (List B) B)) (SIGNATURE match (B (List A) (List B) A B)) (SIGNATURE match ((Mapping B A) (List A) (List B) (Mapping B A))) (SIGNATURE match (B (List A) (List B) A (Mapping B A)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE match ((Mapping B A) (List A) (List B))) (SIGNATURE match (B (List A) (List B) A)) (SIGNATURE match ((Mapping B A) (List A) (List B) B)) (SIGNATURE match (B (List A) (List B) A B)) (SIGNATURE match ((Mapping B A) (List A) (List B) (Mapping B A))) (SIGNATURE match (B (List A) (List B) A (Mapping B A)))) $param: (A B) debug: evaluateType form: (Mapping B A) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: (List A) $param: (A B) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (List B) $param: (A B) Debug: evaluateType1 form: (List B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (List A) $param: (A B) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (List B) $param: (A B) Debug: evaluateType1 form: (List B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: A $param: (A B) debug: evaluateType form: (Mapping B A) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: (List A) $param: (A B) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (List B) $param: (A B) Debug: evaluateType1 form: (List B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: B $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (List A) $param: (A B) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (List B) $param: (A B) Debug: evaluateType1 form: (List B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: A $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (Mapping B A) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: (List A) $param: (A B) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (List B) $param: (A B) Debug: evaluateType1 form: (List B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: (Mapping B A) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (List A) $param: (A B) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (List B) $param: (A B) Debug: evaluateType1 form: (List B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: A $param: (A B) debug: evaluateType form: (Mapping B A) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE match ((Mapping B A) (List A) (List B))) (SIGNATURE match (B (List A) (List B) A)) (SIGNATURE match ((Mapping B A) (List A) (List B) B)) (SIGNATURE match (B (List A) (List B) A B)) (SIGNATURE match ((Mapping B A) (List A) (List B) (Mapping B A))) (SIGNATURE match (B (List A) (List B) A (Mapping B A)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ListToMap compiling into /tmp/oa-b51s1d compiling exported match : (List A,List B) -> A -> B Time: 0.02 SEC. compiling exported match : (List A,List B,A) -> B Time: 0.02 SEC. compiling exported match : (List A,List B,B) -> A -> B Time: 0.02 SEC. compiling exported match : (List A,List B,A -> B) -> A -> B Time: 0.02 SEC. compiling exported match : (List A,List B,A,B) -> B Time: 0.06 SEC. compiling exported match : (List A,List B,A,A -> B) -> B Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor ListToMap Time: 0.17 seconds finalizing NRLIB LIST2MAP Processing ListToMap for Browser database: -- match : (LA,LB) -> AB -- match : (LA,LB,A) -> B -- match : (LA,LB,B) -> AB -- match : (LA,LB,A,B) -> B -- match : (LA,LB,AB) -> AB -- match : (LA,LB,A,AB) -> B -- constructor ; compiling file "/tmp/oa-b51s1d/code.lsp" (written 01 FEB 2016 11:01:07 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LIST2MAP;match;LLM;1| ...) ; compiling (DEFUN |LIST2MAP;match;LLM;1!0| ...) ; compiling (DEFUN |LIST2MAP;match;LLAB;2| ...) ; compiling (DEFUN |LIST2MAP;match;LLBM;3| ...) ; compiling (DEFUN |LIST2MAP;match;LLBM;3!0| ...) ; compiling (DEFUN |LIST2MAP;match;LL2M;4| ...) ; compiling (DEFUN |LIST2MAP;match;LL2M;4!0| ...) ; compiling (DEFUN |LIST2MAP;match;LLA2B;5| ...) ; compiling (DEFUN |LIST2MAP;match;LLAMB;6| ...) ; compiling (DEFUN |ListToMap| ...) ; compiling (DEFUN |ListToMap;| ...) ; compiling (MAKEPROP (QUOTE |ListToMap|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-b51s1d/code.fasl written ; compilation finished in 0:00:00.038 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SEX.spad && cp SEX.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SEX.fasl \ && if test -f SEX-.NRLIB/code.fasl; then \ cp SEX-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SEX-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SEX.spad using Spad compiler. SEX abbreviates domain SExpression debug: compDefine1 lhs: (SExpression) signature (pre-evaluate): (NIL) debug: compDefine1 signature (post evaluate): (NIL) ------------------------------------------------------------------------ initializing stationary directory for SExpression compiling into /tmp/oa-AJznXI (time taken in buildFunctor: 0) Time: 0.07 SEC. Cumulative Statistics for Constructor SExpression Time: 0.07 seconds finalizing NRLIB SEX Processing SExpression for Browser database: -- constructor ; compiling file "/tmp/oa-AJznXI/code.lsp" (written 01 FEB 2016 11:01:07 PM): ; compiling (DEFUN |SExpression| ...) ; compiling (DEFUN |SExpression;| ...) ; compiling (MAKEPROP (QUOTE |SExpression|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-AJznXI/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MODFIELD.spad && cp MODFIELD.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MODFIELD.fasl \ && if test -f MODFIELD-.NRLIB/code.fasl; then \ cp MODFIELD-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MODFIELD-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MODFIELD.spad using Spad compiler. MODFIELD abbreviates domain ModularField debug: compDefine1 lhs: (ModularField R Mod reduction merge exactQuo) signature (pre-evaluate): ((Join (Field) (CoercibleTo R) (CATEGORY domain (SIGNATURE modulus (Mod $)) (SIGNATURE reduce ($ R Mod)) (SIGNATURE exQuo ((Union $ failed) $ $)))) NIL NIL (Mapping R R Mod) (Mapping (Union Mod failed) Mod Mod) (Mapping (Union R failed) R R Mod)) debug: evaluateType form: (Join (Field) (CoercibleTo R) (CATEGORY domain (SIGNATURE modulus (Mod $)) (SIGNATURE reduce ($ R Mod)) (SIGNATURE exQuo ((Union $ failed) $ $)))) $param: (R Mod reduction merge exactQuo) debug: evaluateType form: (Field) $param: (R Mod reduction merge exactQuo) Debug: evaluateType1 form: (Field) debug: evaluateType form: (CoercibleTo R) $param: (R Mod reduction merge exactQuo) Debug: evaluateType1 form: (CoercibleTo R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE modulus (Mod $)) (SIGNATURE reduce ($ R Mod)) (SIGNATURE exQuo ((Union $ failed) $ $))) $param: (R Mod reduction merge exactQuo) debug: evaluateType form: Mod $param: (R Mod reduction merge exactQuo) debug: evaluateType form: R $param: (R Mod reduction merge exactQuo) debug: evaluateType form: Mod $param: (R Mod reduction merge exactQuo) debug: evaluateType form: (Union $ failed) $param: (R Mod reduction merge exactQuo) debug: evaluateType form: $ $param: (R Mod reduction merge exactQuo) debug: evaluateType form: failed $param: (R Mod reduction merge exactQuo) debug: evaluateType form: (Mapping R R Mod) $param: (R Mod reduction merge exactQuo) debug: evaluateType form: R $param: (R Mod reduction merge exactQuo) debug: evaluateType form: R $param: (R Mod reduction merge exactQuo) debug: evaluateType form: Mod $param: (R Mod reduction merge exactQuo) debug: evaluateType form: (Mapping (Union Mod failed) Mod Mod) $param: (R Mod reduction merge exactQuo) debug: evaluateType form: (Union Mod failed) $param: (R Mod reduction merge exactQuo) debug: evaluateType form: Mod $param: (R Mod reduction merge exactQuo) debug: evaluateType form: failed $param: (R Mod reduction merge exactQuo) debug: evaluateType form: Mod $param: (R Mod reduction merge exactQuo) debug: evaluateType form: Mod $param: (R Mod reduction merge exactQuo) debug: evaluateType form: (Mapping (Union R failed) R R Mod) $param: (R Mod reduction merge exactQuo) debug: evaluateType form: (Union R failed) $param: (R Mod reduction merge exactQuo) debug: evaluateType form: R $param: (R Mod reduction merge exactQuo) debug: evaluateType form: failed $param: (R Mod reduction merge exactQuo) debug: evaluateType form: R $param: (R Mod reduction merge exactQuo) debug: evaluateType form: R $param: (R Mod reduction merge exactQuo) debug: evaluateType form: Mod $param: (R Mod reduction merge exactQuo) debug: compDefine1 signature (post evaluate): ((Join (Field) (CoercibleTo R) (CATEGORY domain (SIGNATURE modulus (Mod $)) (SIGNATURE reduce ($ R Mod)) (SIGNATURE exQuo ((Union $ failed) $ $)))) NIL NIL (Mapping R R Mod) (Mapping (Union Mod failed) Mod Mod) (Mapping (Union R failed) R R Mod)) debug: compDefine1 lhs: (ModularField R Mod reduction merge exactQuo) signature (pre-evaluate): ((Join (Field) (CoercibleTo R) (CATEGORY domain (SIGNATURE modulus (Mod $)) (SIGNATURE reduce ($ R Mod)) (SIGNATURE exQuo ((Union $ failed) $ $)))) NIL NIL NIL NIL NIL) debug: evaluateType form: (Join (Field) (CoercibleTo R) (CATEGORY domain (SIGNATURE modulus (Mod $)) (SIGNATURE reduce ($ R Mod)) (SIGNATURE exQuo ((Union $ failed) $ $)))) $param: (R Mod reduction merge exactQuo) debug: evaluateType form: (Field) $param: (R Mod reduction merge exactQuo) Debug: evaluateType1 form: (Field) debug: evaluateType form: (CoercibleTo R) $param: (R Mod reduction merge exactQuo) Debug: evaluateType1 form: (CoercibleTo R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE modulus (Mod $)) (SIGNATURE reduce ($ R Mod)) (SIGNATURE exQuo ((Union $ failed) $ $))) $param: (R Mod reduction merge exactQuo) debug: evaluateType form: Mod $param: (R Mod reduction merge exactQuo) debug: evaluateType form: R $param: (R Mod reduction merge exactQuo) debug: evaluateType form: Mod $param: (R Mod reduction merge exactQuo) debug: evaluateType form: (Union $ failed) $param: (R Mod reduction merge exactQuo) debug: evaluateType form: $ $param: (R Mod reduction merge exactQuo) debug: evaluateType form: failed $param: (R Mod reduction merge exactQuo) debug: compDefine1 signature (post evaluate): ((Join (Field) (CoercibleTo R) (CATEGORY domain (SIGNATURE modulus (Mod $)) (SIGNATURE reduce ($ R Mod)) (SIGNATURE exQuo ((Union $ failed) $ $)))) NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ModularField compiling into /tmp/oa-UthixR (time taken in buildFunctor: 0) Time: 0.07 SEC. Cumulative Statistics for Constructor ModularField Time: 0.07 seconds finalizing NRLIB MODFIELD Processing ModularField for Browser database: -- modulus : % -> Mod -- reduce : (R,Mod) -> % -- exQuo : (%,%) -> Union(%,"failed") -- constructor ; compiling file "/tmp/oa-UthixR/code.lsp" (written 01 FEB 2016 11:01:07 PM): ; compiling (DEFUN |ModularField| ...) ; compiling (DEFUN |ModularField;| ...) ; compiling (MAKEPROP (QUOTE |ModularField|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-UthixR/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MRING.spad && cp MRING.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MRING.fasl \ && if test -f MRING-.NRLIB/code.fasl; then \ cp MRING-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MRING-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MRING.spad using Spad compiler. MRING abbreviates domain MonoidRing debug: compDefine1 lhs: (MonoidRing R M) signature (pre-evaluate): ((Join (Ring) (RetractableTo M) (RetractableTo R) (Functorial R) (CATEGORY domain (SIGNATURE monomial ($ R M)) (SIGNATURE coefficient (R $ M)) (SIGNATURE coerce ($ (List (Record (: coef R) (: monom M))))) (SIGNATURE terms ((List (Record (: coef R) (: monom M))) $)) (SIGNATURE monomial? ((Boolean) $)) (SIGNATURE coefficients ((List R) $)) (SIGNATURE monomials ((List $) $)) (SIGNATURE numberOfMonomials ((NonNegativeInteger) $)) (IF (has R (CharacteristicZero)) (ATTRIBUTE (CharacteristicZero)) %noBranch) (IF (has R (CharacteristicNonZero)) (ATTRIBUTE (CharacteristicNonZero)) %noBranch) (IF (has R (CommutativeRing)) (ATTRIBUTE (Algebra R)) %noBranch) (IF (has R (Finite)) (IF (has M (Finite)) (ATTRIBUTE (Finite)) %noBranch) %noBranch) (IF (has M (OrderedSet)) (PROGN (SIGNATURE leadingMonomial (M $)) (SIGNATURE leadingCoefficient (R $)) (SIGNATURE reductum ($ $))) %noBranch))) (Ring) (Monoid)) debug: evaluateType form: (Join (Ring) (RetractableTo M) (RetractableTo R) (Functorial R) (CATEGORY domain (SIGNATURE monomial ($ R M)) (SIGNATURE coefficient (R $ M)) (SIGNATURE coerce ($ (List (Record (: coef R) (: monom M))))) (SIGNATURE terms ((List (Record (: coef R) (: monom M))) $)) (SIGNATURE monomial? ((Boolean) $)) (SIGNATURE coefficients ((List R) $)) (SIGNATURE monomials ((List $) $)) (SIGNATURE numberOfMonomials ((NonNegativeInteger) $)) (IF (has R (CharacteristicZero)) (ATTRIBUTE (CharacteristicZero)) %noBranch) (IF (has R (CharacteristicNonZero)) (ATTRIBUTE (CharacteristicNonZero)) %noBranch) (IF (has R (CommutativeRing)) (ATTRIBUTE (Algebra R)) %noBranch) (IF (has R (Finite)) (IF (has M (Finite)) (ATTRIBUTE (Finite)) %noBranch) %noBranch) (IF (has M (OrderedSet)) (PROGN (SIGNATURE leadingMonomial (M $)) (SIGNATURE leadingCoefficient (R $)) (SIGNATURE reductum ($ $))) %noBranch))) $param: (R M) debug: evaluateType form: (Ring) $param: (R M) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (RetractableTo M) $param: (R M) Debug: evaluateType1 form: (RetractableTo M) debug: evaluateType1 x: M m: (Type) debug: evaluateType form: (RetractableTo R) $param: (R M) Debug: evaluateType1 form: (RetractableTo R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (Functorial R) $param: (R M) Debug: evaluateType1 form: (Functorial R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE monomial ($ R M)) (SIGNATURE coefficient (R $ M)) (SIGNATURE coerce ($ (List (Record (: coef R) (: monom M))))) (SIGNATURE terms ((List (Record (: coef R) (: monom M))) $)) (SIGNATURE monomial? ((Boolean) $)) (SIGNATURE coefficients ((List R) $)) (SIGNATURE monomials ((List $) $)) (SIGNATURE numberOfMonomials ((NonNegativeInteger) $)) (IF (has R (CharacteristicZero)) (ATTRIBUTE (CharacteristicZero)) %noBranch) (IF (has R (CharacteristicNonZero)) (ATTRIBUTE (CharacteristicNonZero)) %noBranch) (IF (has R (CommutativeRing)) (ATTRIBUTE (Algebra R)) %noBranch) (IF (has R (Finite)) (IF (has M (Finite)) (ATTRIBUTE (Finite)) %noBranch) %noBranch) (IF (has M (OrderedSet)) (PROGN (SIGNATURE leadingMonomial (M $)) (SIGNATURE leadingCoefficient (R $)) (SIGNATURE reductum ($ $))) %noBranch)) $param: (R M) debug: evaluateType form: R $param: (R M) debug: evaluateType form: M $param: (R M) debug: evaluateType form: R $param: (R M) debug: evaluateType form: M $param: (R M) debug: evaluateType form: (List (Record (: coef R) (: monom M))) $param: (R M) Debug: evaluateType1 form: (List (Record (: coef R) (: monom M))) debug: evaluateType1 x: (Record (: coef R) (: monom M)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R M) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: coef R) (: monom M)) $param: (R M) debug: evaluateType form: R $param: (R M) debug: evaluateType form: M $param: (R M) debug: evalCategory d: (Record (: coef R) (: monom M)) c: (Type) debug: evaluateType form: (List (Record (: coef R) (: monom M))) $param: (R M) Debug: evaluateType1 form: (List (Record (: coef R) (: monom M))) debug: evaluateType1 x: (Record (: coef R) (: monom M)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R M) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: coef R) (: monom M)) $param: (R M) debug: evaluateType form: R $param: (R M) debug: evaluateType form: M $param: (R M) debug: evalCategory d: (Record (: coef R) (: monom M)) c: (Type) debug: evaluateType form: (Boolean) $param: (R M) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List R) $param: (R M) Debug: evaluateType1 form: (List R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (List $) $param: (R M) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (R M) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Ring) $param: (R M) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Monoid) $param: (R M) Debug: evaluateType1 form: (Monoid) debug: compDefine1 signature (post evaluate): ((Join (Ring) (RetractableTo M) (RetractableTo R) (Functorial R) (CATEGORY domain (SIGNATURE monomial ($ R M)) (SIGNATURE coefficient (R $ M)) (SIGNATURE coerce ($ (List (Record (: coef R) (: monom M))))) (SIGNATURE terms ((List (Record (: coef R) (: monom M))) $)) (SIGNATURE monomial? ((Boolean) $)) (SIGNATURE coefficients ((List R) $)) (SIGNATURE monomials ((List $) $)) (SIGNATURE numberOfMonomials ((NonNegativeInteger) $)) (IF (has R (CharacteristicZero)) (ATTRIBUTE (CharacteristicZero)) %noBranch) (IF (has R (CharacteristicNonZero)) (ATTRIBUTE (CharacteristicNonZero)) %noBranch) (IF (has R (CommutativeRing)) (ATTRIBUTE (Algebra R)) %noBranch) (IF (has R (Finite)) (IF (has M (Finite)) (ATTRIBUTE (Finite)) %noBranch) %noBranch) (IF (has M (OrderedSet)) (PROGN (SIGNATURE leadingMonomial (M $)) (SIGNATURE leadingCoefficient (R $)) (SIGNATURE reductum ($ $))) %noBranch))) (Ring) (Monoid)) debug: compDefine1 lhs: (MonoidRing R M) signature (pre-evaluate): ((Join (Ring) (RetractableTo M) (RetractableTo R) (Functorial R) (CATEGORY domain (SIGNATURE monomial ($ R M)) (SIGNATURE coefficient (R $ M)) (SIGNATURE coerce ($ (List (Record (: coef R) (: monom M))))) (SIGNATURE terms ((List (Record (: coef R) (: monom M))) $)) (SIGNATURE monomial? ((Boolean) $)) (SIGNATURE coefficients ((List R) $)) (SIGNATURE monomials ((List $) $)) (SIGNATURE numberOfMonomials ((NonNegativeInteger) $)) (IF (has R (CharacteristicZero)) (ATTRIBUTE (CharacteristicZero)) %noBranch) (IF (has R (CharacteristicNonZero)) (ATTRIBUTE (CharacteristicNonZero)) %noBranch) (IF (has R (CommutativeRing)) (ATTRIBUTE (Algebra R)) %noBranch) (IF (has R (Finite)) (IF (has M (Finite)) (ATTRIBUTE (Finite)) %noBranch) %noBranch) (IF (has M (OrderedSet)) (PROGN (SIGNATURE leadingMonomial (M $)) (SIGNATURE leadingCoefficient (R $)) (SIGNATURE reductum ($ $))) %noBranch))) NIL NIL) debug: evaluateType form: (Join (Ring) (RetractableTo M) (RetractableTo R) (Functorial R) (CATEGORY domain (SIGNATURE monomial ($ R M)) (SIGNATURE coefficient (R $ M)) (SIGNATURE coerce ($ (List (Record (: coef R) (: monom M))))) (SIGNATURE terms ((List (Record (: coef R) (: monom M))) $)) (SIGNATURE monomial? ((Boolean) $)) (SIGNATURE coefficients ((List R) $)) (SIGNATURE monomials ((List $) $)) (SIGNATURE numberOfMonomials ((NonNegativeInteger) $)) (IF (has R (CharacteristicZero)) (ATTRIBUTE (CharacteristicZero)) %noBranch) (IF (has R (CharacteristicNonZero)) (ATTRIBUTE (CharacteristicNonZero)) %noBranch) (IF (has R (CommutativeRing)) (ATTRIBUTE (Algebra R)) %noBranch) (IF (has R (Finite)) (IF (has M (Finite)) (ATTRIBUTE (Finite)) %noBranch) %noBranch) (IF (has M (OrderedSet)) (PROGN (SIGNATURE leadingMonomial (M $)) (SIGNATURE leadingCoefficient (R $)) (SIGNATURE reductum ($ $))) %noBranch))) $param: (R M) debug: evaluateType form: (Ring) $param: (R M) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (RetractableTo M) $param: (R M) Debug: evaluateType1 form: (RetractableTo M) debug: evaluateType1 x: M m: (Type) debug: evaluateType form: (RetractableTo R) $param: (R M) Debug: evaluateType1 form: (RetractableTo R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (Functorial R) $param: (R M) Debug: evaluateType1 form: (Functorial R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE monomial ($ R M)) (SIGNATURE coefficient (R $ M)) (SIGNATURE coerce ($ (List (Record (: coef R) (: monom M))))) (SIGNATURE terms ((List (Record (: coef R) (: monom M))) $)) (SIGNATURE monomial? ((Boolean) $)) (SIGNATURE coefficients ((List R) $)) (SIGNATURE monomials ((List $) $)) (SIGNATURE numberOfMonomials ((NonNegativeInteger) $)) (IF (has R (CharacteristicZero)) (ATTRIBUTE (CharacteristicZero)) %noBranch) (IF (has R (CharacteristicNonZero)) (ATTRIBUTE (CharacteristicNonZero)) %noBranch) (IF (has R (CommutativeRing)) (ATTRIBUTE (Algebra R)) %noBranch) (IF (has R (Finite)) (IF (has M (Finite)) (ATTRIBUTE (Finite)) %noBranch) %noBranch) (IF (has M (OrderedSet)) (PROGN (SIGNATURE leadingMonomial (M $)) (SIGNATURE leadingCoefficient (R $)) (SIGNATURE reductum ($ $))) %noBranch)) $param: (R M) debug: evaluateType form: R $param: (R M) debug: evaluateType form: M $param: (R M) debug: evaluateType form: R $param: (R M) debug: evaluateType form: M $param: (R M) debug: evaluateType form: (List (Record (: coef R) (: monom M))) $param: (R M) Debug: evaluateType1 form: (List (Record (: coef R) (: monom M))) debug: evaluateType1 x: (Record (: coef R) (: monom M)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R M) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: coef R) (: monom M)) $param: (R M) debug: evaluateType form: R $param: (R M) debug: evaluateType form: M $param: (R M) debug: evalCategory d: (Record (: coef R) (: monom M)) c: (Type) debug: evaluateType form: (List (Record (: coef R) (: monom M))) $param: (R M) Debug: evaluateType1 form: (List (Record (: coef R) (: monom M))) debug: evaluateType1 x: (Record (: coef R) (: monom M)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R M) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: coef R) (: monom M)) $param: (R M) debug: evaluateType form: R $param: (R M) debug: evaluateType form: M $param: (R M) debug: evalCategory d: (Record (: coef R) (: monom M)) c: (Type) debug: evaluateType form: (Boolean) $param: (R M) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List R) $param: (R M) Debug: evaluateType1 form: (List R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (List $) $param: (R M) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (R M) Debug: evaluateType1 form: (NonNegativeInteger) debug: compDefine1 signature (post evaluate): ((Join (Ring) (RetractableTo M) (RetractableTo R) (Functorial R) (CATEGORY domain (SIGNATURE monomial ($ R M)) (SIGNATURE coefficient (R $ M)) (SIGNATURE coerce ($ (List (Record (: coef R) (: monom M))))) (SIGNATURE terms ((List (Record (: coef R) (: monom M))) $)) (SIGNATURE monomial? ((Boolean) $)) (SIGNATURE coefficients ((List R) $)) (SIGNATURE monomials ((List $) $)) (SIGNATURE numberOfMonomials ((NonNegativeInteger) $)) (IF (has R (CharacteristicZero)) (ATTRIBUTE (CharacteristicZero)) %noBranch) (IF (has R (CharacteristicNonZero)) (ATTRIBUTE (CharacteristicNonZero)) %noBranch) (IF (has R (CommutativeRing)) (ATTRIBUTE (Algebra R)) %noBranch) (IF (has R (Finite)) (IF (has M (Finite)) (ATTRIBUTE (Finite)) %noBranch) %noBranch) (IF (has M (OrderedSet)) (PROGN (SIGNATURE leadingMonomial (M $)) (SIGNATURE leadingCoefficient (R $)) (SIGNATURE reductum ($ $))) %noBranch))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for MonoidRing compiling into /tmp/oa-BOo1nZ compiling exported coerce : List Record(coef: R,monom: M) -> % MRING;coerce;L$;1 x is replaced by x Time: 0.04 SEC. compiling exported monomial : (R,M) -> % Time: 0.01 SEC. compiling exported size : () -> NonNegativeInteger Time: 0.04 SEC. compiling exported index : PositiveInteger -> % Time: 0.04 SEC. compiling exported lookup : % -> PositiveInteger Time: 0.02 SEC. compiling exported random : () -> % Time: 0.02 SEC. compiling exported Zero : () -> % MRING;Zero;$;7 is replaced by %nil Time: 0 SEC. compiling exported One : () -> % Time: 0.01 SEC. compiling exported terms : % -> List Record(coef: R,monom: M) MRING;terms;$L;9 is replaced by %lcopy Time: 0.00 SEC. compiling exported monomials : % -> List % Time: 0.01 SEC. compiling exported coefficients : % -> List R Time: 0.01 SEC. compiling exported coerce : M -> % Time: 0.01 SEC. compiling exported coerce : R -> % Time: 0.01 SEC. compiling exported coerce : Integer -> % Time: 0.02 SEC. compiling exported - : % -> % Time: 0.01 SEC. compiling exported * : (R,%) -> % Time: 0.02 SEC. compiling exported * : (R,%) -> % Time: 0.04 SEC. compiling exported * : (Integer,%) -> % Time: 0.02 SEC. compiling exported * : (Integer,%) -> % Time: 0.06 SEC. compiling exported map : (R -> R,%) -> % Time: 0.02 SEC. compiling exported numberOfMonomials : % -> NonNegativeInteger MRING;numberOfMonomials;$Nni;21 is replaced by %llength Time: 0.01 SEC. compiling exported retractIfCan : % -> Union(M,failed) Time: 0.02 SEC. compiling exported retractIfCan : % -> Union(R,failed) Time: 0.04 SEC. compiling exported recip : % -> Union(%,failed) Time: 0.02 SEC. compiling exported recip : % -> Union(%,failed) Time: 0.02 SEC. compiling local mkTerm : (R,M) -> OutputForm Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Time: 0.02 SEC. compiling exported leadingCoefficient : % -> R Time: 0.00 SEC. compiling exported leadingMonomial : % -> M Time: 0 SEC. compiling exported reductum : % -> % MRING;reductum;2$;30 a is replaced by %when( a,%otherwise %tail a) Time: 0.00 SEC. compiling exported = : (%,%) -> Boolean Time: 0.03 SEC. compiling exported + : (%,%) -> % Time: 0.04 SEC. compiling exported coefficient : (%,M) -> R Time: 0.01 SEC. compiling exported * : (%,%) -> % Time: 0.02 SEC. compiling exported * : (%,%) -> % Time: 0.05 SEC. compiling local ge : (Record(coef: R,monom: M),Record(coef: R,monom: M)) -> Boolean Time: 0.01 SEC. compiling local sortAndAdd : List Record(coef: R,monom: M) -> List Record(coef: R,monom: M) Time: 0.01 SEC. compiling exported * : (%,%) -> % Time: 0.02 SEC. compiling exported * : (%,%) -> % Time: 0.04 SEC. compiling exported = : (%,%) -> Boolean Time: 0.03 SEC. compiling exported coefficient : (%,M) -> R Time: 0.01 SEC. compiling local addterm : (AssociationList(M,R),R,M) -> R Time: 0.05 SEC. compiling exported + : (%,%) -> % Time: 0.04 SEC. compiling exported * : (%,%) -> % Time: 0.05 SEC. (time taken in buildFunctor: 4) Time: 0.03 SEC. Warnings: [1] -: coef has no value [2] -: monom has no value [3] *: coef has no value [4] *: monom has no value [5] map: coef has no value [6] map: monom has no value [7] retractIfCan: coef has no value [8] retractIfCan: monom has no value [9] recip: coef has no value [10] recip: monom has no value [11] coerce: coef has no value [12] coerce: monom has no value [13] sortAndAdd: monom has no value [14] sortAndAdd: coef has no value [15] sortAndAdd: res has no value [16] +: coef has no value [17] +: monom has no value Cumulative Statistics for Constructor MonoidRing Time: 1.00 seconds finalizing NRLIB MRING Processing MonoidRing for Browser database: -- monomial : (R,M) -> % -- coefficient : (%,M) -> R -- coerce : List Term -> % -- terms : % -> List Term -- monomial? : % -> Boolean -- coefficients : % -> List R -- monomials : % -> List % -- numberOfMonomials : % -> NonNegativeInteger -- leadingMonomial : % -> M -- leadingCoefficient : % -> R -- reductum : % -> % -- constructor ; compiling file "/tmp/oa-BOo1nZ/code.lsp" (written 01 FEB 2016 11:01:09 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MRING;coerce;L$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MRING;Zero;$;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MRING;terms;$L;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MRING;numberOfMonomials;$Nni;21|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MRING;reductum;2$;30|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MRING;coerce;L$;1| ...) ; compiling (DEFUN |MRING;monomial;RM$;2| ...) ; compiling (DEFUN |MRING;size;Nni;3| ...) ; compiling (DEFUN |MRING;index;Pi$;4| ...) ; compiling (DEFUN |MRING;lookup;$Pi;5| ...) ; file: /tmp/oa-BOo1nZ/code.lsp ; in: DEFUN |MRING;lookup;$Pi;5| ; (DEFUN BOOT::|MRING;lookup;$Pi;5| (BOOT::|z| BOOT::$) ; (PROG (BOOT::|co| BOOT::|ex| BOOT::|l|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MRING;lookup;$Pi;5| ; (BOOT::|z| BOOT::$) ; (BLOCK BOOT::|MRING;lookup;$Pi;5| ; (PROG (BOOT::|co| BOOT::|ex| BOOT::|l|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES (INTEGER 1) &REST T). ; compiling (DEFUN |MRING;random;$;6| ...) ; file: /tmp/oa-BOo1nZ/code.lsp ; in: DEFUN |MRING;random;$;6| ; (DEFUN BOOT::|MRING;random;$;6| (BOOT::$) ; (BOOT::SPADCALL (+ 1 (RANDOM (BOOT::SPADCALL #))) ; (BOOT::|shellEntry| BOOT::$ 35))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MRING;random;$;6| ; (BOOT::$) ; (BLOCK BOOT::|MRING;random;$;6| ; (BOOT::SPADCALL (+ 1 (RANDOM #)) (BOOT::|shellEntry| BOOT::$ 35)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |MRING;Zero;$;7| ...) ; compiling (DEFUN |MRING;One;$;8| ...) ; compiling (DEFUN |MRING;terms;$L;9| ...) ; compiling (DEFUN |MRING;monomials;$L;10| ...) ; file: /tmp/oa-BOo1nZ/code.lsp ; in: DEFUN |MRING;monomials;$L;10| ; (DEFUN BOOT::|MRING;monomials;$L;10| (BOOT::|a| BOOT::$) ; (LET ((#:G1039 BOOT::|a|) (#:G610 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G1039 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MRING;monomials;$L;10| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|MRING;monomials;$L;10| ; (LET ((#:G1039 BOOT::|a|) (#:G610 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |MRING;coefficients;$L;11| ...) ; file: /tmp/oa-BOo1nZ/code.lsp ; in: DEFUN |MRING;coefficients;$L;11| ; (DEFUN BOOT::|MRING;coefficients;$L;11| (BOOT::|a| BOOT::$) ; (LET ((#:G1040 BOOT::|a|) (#:G614 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G1040 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MRING;coefficients;$L;11| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|MRING;coefficients;$L;11| ; (LET ((#:G1040 BOOT::|a|) (#:G614 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |MRING;coerce;M$;12| ...) ; compiling (DEFUN |MRING;coerce;R$;13| ...) ; compiling (DEFUN |MRING;coerce;I$;14| ...) ; compiling (DEFUN |MRING;-;2$;15| ...) ; file: /tmp/oa-BOo1nZ/code.lsp ; in: DEFUN |MRING;-;2$;15| ; (DEFUN BOOT::|MRING;-;2$;15| (BOOT::|a| BOOT::$) ; (LET ((#:G1041 BOOT::|a|) (#:G634 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G1041 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MRING;-;2$;15| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|MRING;-;2$;15| ; (LET ((#:G1041 BOOT::|a|) (#:G634 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |MRING;*;R2$;16| ...) ; file: /tmp/oa-BOo1nZ/code.lsp ; in: DEFUN |MRING;*;R2$;16| ; (DEFUN BOOT::|MRING;*;R2$;16| (BOOT::|r| BOOT::|a| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|r| (BOOT::|spadConstant| BOOT::$ 13) ; (BOOT::|shellEntry| BOOT::$ 15)) ; NIL) ; (T ; (LET (# #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MRING;*;R2$;16| ; (BOOT::|r| BOOT::|a| BOOT::$) ; (BLOCK BOOT::|MRING;*;R2$;16| ; (COND ((BOOT::SPADCALL BOOT::|r| # #) NIL) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |MRING;*;R2$;17| ...) ; file: /tmp/oa-BOo1nZ/code.lsp ; in: DEFUN |MRING;*;R2$;17| ; (DEFUN BOOT::|MRING;*;R2$;17| (BOOT::|r| BOOT::|a| BOOT::$) ; (PROG (BOOT::|rt|) (RETURN (COND (# NIL) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MRING;*;R2$;17| ; (BOOT::|r| BOOT::|a| BOOT::$) ; (BLOCK BOOT::|MRING;*;R2$;17| (PROG (BOOT::|rt|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |MRING;*;I2$;18| ...) ; file: /tmp/oa-BOo1nZ/code.lsp ; in: DEFUN |MRING;*;I2$;18| ; (DEFUN BOOT::|MRING;*;I2$;18| (BOOT::|n| BOOT::|a| BOOT::$) ; (COND ((ZEROP BOOT::|n|) NIL) ; (T ; (LET (# #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MRING;*;I2$;18| ; (BOOT::|n| BOOT::|a| BOOT::$) ; (BLOCK BOOT::|MRING;*;I2$;18| ; (COND ((ZEROP BOOT::|n|) NIL) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |MRING;*;I2$;19| ...) ; file: /tmp/oa-BOo1nZ/code.lsp ; in: DEFUN |MRING;*;I2$;19| ; (DEFUN BOOT::|MRING;*;I2$;19| (BOOT::|n| BOOT::|a| BOOT::$) ; (PROG (BOOT::|nt|) (RETURN (COND (# NIL) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MRING;*;I2$;19| ; (BOOT::|n| BOOT::|a| BOOT::$) ; (BLOCK BOOT::|MRING;*;I2$;19| (PROG (BOOT::|nt|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |MRING;map;M2$;20| ...) ; file: /tmp/oa-BOo1nZ/code.lsp ; in: DEFUN |MRING;map;M2$;20| ; (DEFUN BOOT::|MRING;map;M2$;20| (BOOT::|f| BOOT::|a| BOOT::$) ; (PROG (BOOT::|ft|) ; (RETURN ; (LET (# #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MRING;map;M2$;20| ; (BOOT::|f| BOOT::|a| BOOT::$) ; (BLOCK BOOT::|MRING;map;M2$;20| ; (PROG (BOOT::|ft|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |MRING;numberOfMonomials;$Nni;21| ...) ; compiling (DEFUN |MRING;retractIfCan;$U;22| ...) ; compiling (DEFUN |MRING;retractIfCan;$U;23| ...) ; compiling (DEFUN |MRING;recip;$U;24| ...) ; compiling (DEFUN |MRING;recip;$U;25| ...) ; compiling (DEFUN |MRING;mkTerm| ...) ; compiling (DEFUN |MRING;coerce;$Of;27| ...) ; compiling (DEFUN |MRING;leadingCoefficient;$R;28| ...) ; compiling (DEFUN |MRING;leadingMonomial;$M;29| ...) ; compiling (DEFUN |MRING;reductum;2$;30| ...) ; compiling (DEFUN |MRING;=;2$B;31| ...) ; compiling (DEFUN |MRING;+;3$;32| ...) ; file: /tmp/oa-BOo1nZ/code.lsp ; in: DEFUN |MRING;+;3$;32| ; (DEFUN BOOT::|MRING;+;3$;32| (BOOT::|a| BOOT::|b| BOOT::$) ; (PROG (BOOT::|r| BOOT::|rb| BOOT::|ra| BOOT::|tb| BOOT::|ta|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MRING;+;3$;32| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|MRING;+;3$;32| ; (PROG (BOOT::|r| BOOT::|rb| BOOT::|ra| BOOT::|tb| BOOT::|ta|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |a| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS CONS T)) ; ; ; note: Assignment to argument: |b| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS CONS T)) ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |MRING;coefficient;$MR;33| ...) ; compiling (DEFUN |MRING;*;3$;34| ...) ; compiling (DEFUN |MRING;*;3$;35| ...) ; compiling (DEFUN |MRING;ge| ...) ; file: /tmp/oa-BOo1nZ/code.lsp ; in: DEFUN |MRING;ge| ; (DEFUN BOOT::|MRING;ge| (BOOT::|s| BOOT::|t| BOOT::$) ; (BOOT::SPADCALL (CDR BOOT::|t|) (CDR BOOT::|s|) ; (BOOT::|shellEntry| BOOT::$ 118))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MRING;ge| ; (BOOT::|s| BOOT::|t| BOOT::$) ; (BLOCK BOOT::|MRING;ge| ; (BOOT::SPADCALL (CDR BOOT::|t|) (CDR BOOT::|s|) ; (BOOT::|shellEntry| BOOT::$ 118)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |MRING;sortAndAdd| ...) ; file: /tmp/oa-BOo1nZ/code.lsp ; in: DEFUN |MRING;sortAndAdd| ; (DEFUN BOOT::|MRING;sortAndAdd| (BOOT::|liTe| BOOT::$) ; (PROG (BOOT::|res| BOOT::|cf| BOOT::|m|) ; (RETURN ; (BOOT::SEQ (SETQ #) (BOOT::LETT BOOT::|m| # BOOT::|MRING;sortAndAdd|) ; (BOOT::LETT BOOT::|cf| # BOOT::|MRING;sortAndAdd|) ; (BOOT::LETT BOOT::|res| NIL BOOT::|MRING;sortAndAdd|) ; (LET # ; #) ; (COND #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MRING;sortAndAdd| ; (BOOT::|liTe| BOOT::$) ; (BLOCK BOOT::|MRING;sortAndAdd| ; (PROG (BOOT::|res| BOOT::|cf| BOOT::|m|) ; (RETURN (BOOT::SEQ # # # # # # #))))) ; ; note: Assignment to argument: |liTe| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS CONS T)) ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |MRING;*;3$;38| ...) ; compiling (DEFUN |MRING;*;3$;39| ...) ; compiling (DEFUN |MRING;=;2$B;40| ...) ; file: /tmp/oa-BOo1nZ/code.lsp ; in: DEFUN |MRING;=;2$B;40| ; (DEFUN BOOT::|MRING;=;2$B;40| (BOOT::|a| BOOT::|b| BOOT::$) ; (AND ; (NOT ; (BOOT::SPADCALL (LIST-LENGTH BOOT::|a|) (LIST-LENGTH BOOT::|b|) ; (BOOT::|shellEntry| BOOT::$ 100))) ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|a| (BOOT::|shellEntry| BOOT::$ 123)) ; (BOOT::SPADCALL BOOT::|b| (BOOT::|shellEntry| BOOT::$ 123)) ; (BOOT::|shellEntry| BOOT::$ 124)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MRING;=;2$B;40| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|MRING;=;2$B;40| ; (AND (NOT (BOOT::SPADCALL # # #)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|a| #) ; (BOOT::SPADCALL BOOT::|b| #) ; (BOOT::|shellEntry| BOOT::$ 124))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |MRING;coefficient;$MR;41| ...) ; compiling (DEFUN |MRING;addterm| ...) ; compiling (DEFUN |MRING;+;3$;43| ...) ; file: /tmp/oa-BOo1nZ/code.lsp ; in: DEFUN |MRING;+;3$;43| ; (DEFUN BOOT::|MRING;+;3$;43| (BOOT::|a| BOOT::|b| BOOT::$) ; (LET ((BOOT::|Tabl| (BOOT::SPADCALL #))) ; (PROGN ; (LET (#) ; (LOOP # ; #)) ; (LET (#) ; (LOOP # ; #)) ; (LET (# #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MRING;+;3$;43| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|MRING;+;3$;43| ; (LET ((BOOT::|Tabl| #)) ; (PROGN ; (LET # ; #) ; (LET # ; #) ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |MRING;*;3$;44| ...) ; file: /tmp/oa-BOo1nZ/code.lsp ; in: DEFUN |MRING;*;3$;44| ; (DEFUN BOOT::|MRING;*;3$;44| (BOOT::|a| BOOT::|b| BOOT::$) ; (LET ((BOOT::|Tabl| (BOOT::SPADCALL #))) ; (PROGN ; (LET (#) ; (LOOP # ; #)) ; (LET (# #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MRING;*;3$;44| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|MRING;*;3$;44| ; (LET ((BOOT::|Tabl| #)) ; (PROGN ; (LET # ; #) ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |MonoidRing| ...) ; compiling (DEFUN |MonoidRing;| ...) ; compiling (MAKEPROP (QUOTE |MonoidRing|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 19 notes ; /tmp/oa-BOo1nZ/code.fasl written ; compilation finished in 0:00:00.173 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MTHING.spad && cp MTHING.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MTHING.fasl \ && if test -f MTHING-.NRLIB/code.fasl; then \ cp MTHING-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MTHING-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MTHING.spad using Spad compiler. MTHING abbreviates package MergeThing debug: compDefine1 lhs: (MergeThing S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE mergeDifference ((List S) (List S) (List S)))) (OrderedSet)) debug: evaluateType form: (CATEGORY package (SIGNATURE mergeDifference ((List S) (List S) (List S)))) $param: (S) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (OrderedSet) $param: (S) Debug: evaluateType1 form: (OrderedSet) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE mergeDifference ((List S) (List S) (List S)))) (OrderedSet)) debug: compDefine1 lhs: (MergeThing S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE mergeDifference ((List S) (List S) (List S)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE mergeDifference ((List S) (List S) (List S)))) $param: (S) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE mergeDifference ((List S) (List S) (List S)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for MergeThing compiling into /tmp/oa-aKMlNp compiling exported mergeDifference : (List S,List S) -> List S Time: 0.02 SEC. compiling local mergeDifference1 : (List S,S,List S) -> List S Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor MergeThing Time: 0.04 seconds finalizing NRLIB MTHING Processing MergeThing for Browser database: -- mergeDifference : (List S,List S) -> List S -- constructor ; compiling file "/tmp/oa-aKMlNp/code.lsp" (written 01 FEB 2016 11:01:09 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MTHING;mergeDifference;3L;1| ...) ; compiling (DEFUN |MTHING;mergeDifference1| ...) ; file: /tmp/oa-aKMlNp/code.lsp ; in: DEFUN |MTHING;mergeDifference1| ; (DEFUN BOOT::|MTHING;mergeDifference1| ; (BOOT::|x| BOOT::|fy| BOOT::|ry| BOOT::$) ; (PROG (BOOT::|frx|) ; (RETURN ; (LET (#) ; (LOOP #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MTHING;mergeDifference1| ; (BOOT::|x| BOOT::|fy| BOOT::|ry| BOOT::$) ; (BLOCK BOOT::|MTHING;mergeDifference1| ; (PROG (BOOT::|frx|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |ry| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |MergeThing| ...) ; compiling (DEFUN |MergeThing;| ...) ; compiling (MAKEPROP (QUOTE |MergeThing|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-aKMlNp/code.fasl written ; compilation finished in 0:00:00.021 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile NCNTFRAC.spad && cp NCNTFRAC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/NCNTFRAC.fasl \ && if test -f NCNTFRAC-.NRLIB/code.fasl; then \ cp NCNTFRAC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/NCNTFRAC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NCNTFRAC.spad using Spad compiler. NCNTFRAC abbreviates package NumericContinuedFraction debug: compDefine1 lhs: (NumericContinuedFraction F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE continuedFraction ((ContinuedFraction (Integer)) F))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE continuedFraction ((ContinuedFraction (Integer)) F))) $param: (F) debug: evaluateType form: (ContinuedFraction (Integer)) $param: (F) Debug: evaluateType1 form: (ContinuedFraction (Integer)) debug: evaluateType1 x: (Integer) m: (EuclideanDomain) debug: evaluateType1 categoryForm: (EuclideanDomain) debug: evaluateType form: (EuclideanDomain) $param: (F) Debug: evaluateType1 form: (EuclideanDomain) debug: evaluateType form: (Integer) $param: (F) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (EuclideanDomain) debug: evaluateType form: F $param: (F) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE continuedFraction ((ContinuedFraction (Integer)) F))) NIL) ------------------------------------------------------------------------ initializing stationary directory for NumericContinuedFraction compiling into /tmp/oa-pkLhPz compiling local cfc : F -> Stream Integer Time: 0.05 SEC. compiling exported continuedFraction : F -> ContinuedFraction Integer Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor NumericContinuedFraction Time: 0.07 seconds finalizing NRLIB NCNTFRAC Processing NumericContinuedFraction for Browser database: -- continuedFraction : F -> CFC -- constructor ; compiling file "/tmp/oa-pkLhPz/code.lsp" (written 01 FEB 2016 11:01:09 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |NCNTFRAC;cfc| ...) ; compiling (DEFUN |NCNTFRAC;cfc!0| ...) ; compiling (DEFUN |NCNTFRAC;continuedFraction;FCf;2| ...) ; compiling (DEFUN |NumericContinuedFraction| ...) ; compiling (DEFUN |NumericContinuedFraction;| ...) ; compiling (MAKEPROP (QUOTE |NumericContinuedFraction|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-pkLhPz/code.fasl written ; compilation finished in 0:00:00.019 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile NCODIV.spad && cp NCODIV.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/NCODIV.fasl \ && if test -f NCODIV-.NRLIB/code.fasl; then \ cp NCODIV-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/NCODIV-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NCODIV.spad using Spad compiler. NCODIV abbreviates package NonCommutativeOperatorDivision debug: compDefine1 lhs: (NonCommutativeOperatorDivision P F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE leftDivide ((Record (: quotient P) (: remainder P)) P P)) (SIGNATURE leftQuotient (P P P)) (SIGNATURE leftRemainder (P P P)) (SIGNATURE leftExactQuotient ((Union P failed) P P)) (SIGNATURE leftGcd (P P P)) (SIGNATURE leftLcm (P P P))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE leftDivide ((Record (: quotient P) (: remainder P)) P P)) (SIGNATURE leftQuotient (P P P)) (SIGNATURE leftRemainder (P P P)) (SIGNATURE leftExactQuotient ((Union P failed) P P)) (SIGNATURE leftGcd (P P P)) (SIGNATURE leftLcm (P P P))) $param: (P F) debug: evaluateType form: (Record (: quotient P) (: remainder P)) $param: (P F) debug: evaluateType form: P $param: (P F) debug: evaluateType form: P $param: (P F) debug: evaluateType form: P $param: (P F) debug: evaluateType form: P $param: (P F) debug: evaluateType form: P $param: (P F) debug: evaluateType form: P $param: (P F) debug: evaluateType form: P $param: (P F) debug: evaluateType form: P $param: (P F) debug: evaluateType form: P $param: (P F) debug: evaluateType form: P $param: (P F) debug: evaluateType form: (Union P failed) $param: (P F) debug: evaluateType form: P $param: (P F) debug: evaluateType form: failed $param: (P F) debug: evaluateType form: P $param: (P F) debug: evaluateType form: P $param: (P F) debug: evaluateType form: P $param: (P F) debug: evaluateType form: P $param: (P F) debug: evaluateType form: P $param: (P F) debug: evaluateType form: P $param: (P F) debug: evaluateType form: P $param: (P F) debug: evaluateType form: P $param: (P F) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE leftDivide ((Record (: quotient P) (: remainder P)) P P)) (SIGNATURE leftQuotient (P P P)) (SIGNATURE leftRemainder (P P P)) (SIGNATURE leftExactQuotient ((Union P failed) P P)) (SIGNATURE leftGcd (P P P)) (SIGNATURE leftLcm (P P P))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for NonCommutativeOperatorDivision compiling into /tmp/oa-ecqNrK compiling exported leftDivide : (P,P) -> Record(quotient: P,remainder: P) Time: 0.05 SEC. compiling exported leftQuotient : (P,P) -> P Time: 0 SEC. compiling exported leftRemainder : (P,P) -> P Time: 0 SEC. compiling exported leftExactQuotient : (P,P) -> Union(P,failed) Time: 0.00 SEC. compiling exported leftGcd : (P,P) -> P Time: 0.01 SEC. compiling exported leftLcm : (P,P) -> P Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] leftGcd: positive? has no value Cumulative Statistics for Constructor NonCommutativeOperatorDivision Time: 0.08 seconds finalizing NRLIB NCODIV Processing NonCommutativeOperatorDivision for Browser database: -- leftDivide : (P,P) -> Record(quotient: P,remainder: P) -- leftQuotient : (P,P) -> P -- leftRemainder : (P,P) -> P -- leftExactQuotient : (P,P) -> Union(P,"failed") -- leftGcd : (P,P) -> P -- leftLcm : (P,P) -> P -- constructor ; compiling file "/tmp/oa-ecqNrK/code.lsp" (written 01 FEB 2016 11:01:09 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |NCODIV;leftDivide;2PR;1| ...) ; compiling (DEFUN |NCODIV;leftQuotient;3P;2| ...) ; compiling (DEFUN |NCODIV;leftRemainder;3P;3| ...) ; compiling (DEFUN |NCODIV;leftExactQuotient;2PU;4| ...) ; compiling (DEFUN |NCODIV;leftGcd;3P;5| ...) ; compiling (DEFUN |NCODIV;leftLcm;3P;6| ...) ; compiling (DEFUN |NonCommutativeOperatorDivision| ...) ; compiling (DEFUN |NonCommutativeOperatorDivision;| ...) ; compiling (MAKEPROP (QUOTE |NonCommutativeOperatorDivision|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-ecqNrK/code.fasl written ; compilation finished in 0:00:00.042 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ODR.spad && cp ODR.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ODR.fasl \ && if test -f ODR-.NRLIB/code.fasl; then \ cp ODR-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ODR-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ODR.spad using Spad compiler. ODR abbreviates domain OrdinaryDifferentialRing debug: compDefine1 lhs: (OrdinaryDifferentialRing Kernels R var) signature (pre-evaluate): ((Join (BiModule $ $) (DifferentialRing) (HomotopicTo R) (CATEGORY package (IF (has R (Field)) (ATTRIBUTE (Field)) %noBranch))) NIL NIL NIL) debug: evaluateType form: (Join (BiModule $ $) (DifferentialRing) (HomotopicTo R) (CATEGORY package (IF (has R (Field)) (ATTRIBUTE (Field)) %noBranch))) $param: (Kernels R var) debug: evaluateType form: (BiModule $ $) $param: (Kernels R var) Debug: evaluateType1 form: (BiModule $ $) debug: evaluateType1 x: $ m: (Ring) debug: evaluateType1 x: $ m: (Ring) debug: evaluateType form: (DifferentialRing) $param: (Kernels R var) Debug: evaluateType1 form: (DifferentialRing) debug: evaluateType form: (HomotopicTo R) $param: (Kernels R var) Debug: evaluateType1 form: (HomotopicTo R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (CATEGORY package (IF (has R (Field)) (ATTRIBUTE (Field)) %noBranch)) $param: (Kernels R var) debug: compDefine1 signature (post evaluate): ((Join (BiModule $ $) (DifferentialRing) (HomotopicTo R) (CATEGORY package (IF (has R (Field)) (ATTRIBUTE (Field)) %noBranch))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for OrdinaryDifferentialRing compiling into /tmp/oa-nVcjo3 compiling exported coerce : R -> % ODR;coerce;R$;1 u is replaced by u Time: 0.04 SEC. compiling exported coerce : % -> R ODR;coerce;$R;2 p is replaced by p Time: 0 SEC. compiling exported differentiate : % -> % Time: 0.01 SEC. compiling exported / : (%,%) -> % Time: 0.01 SEC. compiling exported ** : (%,Integer) -> % Time: 0.01 SEC. compiling exported inv : % -> % Time: 0 SEC. (time taken in buildFunctor: 8) Time: 0.04 SEC. Warnings: [1] not known that IntegralDomain is of mode CATEGORY(package,IF(hasRField(),Field,%noBranch)) Cumulative Statistics for Constructor OrdinaryDifferentialRing Time: 0.11 seconds finalizing NRLIB ODR Processing OrdinaryDifferentialRing for Browser database: -- constructor ; compiling file "/tmp/oa-nVcjo3/code.lsp" (written 01 FEB 2016 11:01:10 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ODR;coerce;R$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ODR;coerce;$R;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ODR;coerce;R$;1| ...) ; compiling (DEFUN |ODR;coerce;$R;2| ...) ; compiling (DEFUN |ODR;differentiate;2$;3| ...) ; compiling (DEFUN |ODR;/;3$;4| ...) ; compiling (DEFUN |ODR;**;$I$;5| ...) ; compiling (DEFUN |ODR;inv;2$;6| ...) ; compiling (DEFUN |OrdinaryDifferentialRing| ...) ; compiling (DEFUN |OrdinaryDifferentialRing;| ...) ; compiling (MAKEPROP (QUOTE |OrdinaryDifferentialRing|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-nVcjo3/code.fasl written ; compilation finished in 0:00:00.029 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile OREPCAT.spad && cp OREPCAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/OREPCAT.fasl \ && if test -f OREPCAT-.NRLIB/code.fasl; then \ cp OREPCAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/OREPCAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OREPCAT.spad using Spad compiler. OREPCAT abbreviates category UnivariateSkewPolynomialCategory debug: compDefine1 lhs: (UnivariateSkewPolynomialCategory R) signature (pre-evaluate): ((Category) (Ring)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((Category) (Ring)) debug: compDefine1 lhs: (UnivariateSkewPolynomialCategory R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for UnivariateSkewPolynomialCategory compiling into /tmp/oa-H3br79 STYLE-WARNING: redefining BOOT::|UnivariateSkewPolynomialCategory| in DEFUN Time: 0.02 SEC. OREPCAT- abbreviates package UnivariateSkewPolynomialCategory& ------------------------------------------------------------------------ initializing stationary directory for UnivariateSkewPolynomialCategory& compiling into /tmp/oa-jELl7X compiling exported coerce : R -> S Time: 0.06 SEC. compiling exported coefficients : S -> List R Time: 0.01 SEC. compiling exported * : (R,S) -> S Time: 0.01 SEC. compiling exported retractIfCan : S -> Union(R,failed) Time: 0.01 SEC. compiling exported exquo : (S,R) -> Union(S,failed) Time: 0.01 SEC. compiling exported content : S -> R Time: 0.00 SEC. compiling exported primitivePart : S -> S Time: 0.01 SEC. compiling exported leftQuotient : (S,S) -> S Time: 0.01 SEC. compiling exported leftRemainder : (S,S) -> S Time: 0 SEC. compiling exported leftExtendedGcd : (S,S) -> Record(coef1: S,coef2: S,generator: S) Time: 0.00 SEC. compiling exported rightLcm : (S,S) -> S Time: 0 SEC. compiling exported rightQuotient : (S,S) -> S Time: 0 SEC. compiling exported rightRemainder : (S,S) -> S Time: 0 SEC. compiling exported rightExtendedGcd : (S,S) -> Record(coef1: S,coef2: S,generator: S) Time: 0.00 SEC. compiling exported leftLcm : (S,S) -> S Time: 0 SEC. compiling exported leftExactQuotient : (S,S) -> Union(S,failed) Time: 0.00 SEC. compiling exported rightExactQuotient : (S,S) -> Union(S,failed) Time: 0.00 SEC. compiling exported rightGcd : (S,S) -> S Time: 0 SEC. compiling exported leftGcd : (S,S) -> S Time: 0 SEC. compiling local exactQuotient : Record(quotient: S,remainder: S) -> Union(S,failed) Time: 0.01 SEC. compiling local leftEEA : (S,S) -> Record(gcd: S,coef1: S,coef2: S,lcm: S) Time: 0.04 SEC. compiling local ncgcd : (S,S,(S,S) -> S) -> S Time: 0.02 SEC. compiling local extended : (S,S,(S,S) -> Record(gcd: S,coef1: S,coef2: S,lcm: S)) -> Record(coef1: S,coef2: S,generator: S) Time: 0.06 SEC. compiling local nclcm : (S,S,(S,S) -> Record(gcd: S,coef1: S,coef2: S,lcm: S)) -> S Time: 0.02 SEC. compiling local rightEEA : (S,S) -> Record(gcd: S,coef1: S,coef2: S,lcm: S) Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0.04 SEC. Cumulative Statistics for Constructor UnivariateSkewPolynomialCategory& Time: 0.36 seconds finalizing NRLIB OREPCAT- ; compiling file "/tmp/oa-jELl7X/code.lsp" (written 01 FEB 2016 11:01:10 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |OREPCAT-;coerce;R$;1| ...) ; compiling (DEFUN |OREPCAT-;coefficients;$L;2| ...) ; compiling (DEFUN |OREPCAT-;*;R2$;3| ...) ; compiling (DEFUN |OREPCAT-;retractIfCan;$U;4| ...) ; compiling (DEFUN |OREPCAT-;exquo;$RU;5| ...) ; compiling (DEFUN |OREPCAT-;content;$R;6| ...) ; compiling (DEFUN |OREPCAT-;primitivePart;2$;7| ...) ; compiling (DEFUN |OREPCAT-;leftQuotient;3$;8| ...) ; compiling (DEFUN |OREPCAT-;leftRemainder;3$;9| ...) ; compiling (DEFUN |OREPCAT-;leftExtendedGcd;2$R;10| ...) ; compiling (DEFUN |OREPCAT-;rightLcm;3$;11| ...) ; compiling (DEFUN |OREPCAT-;rightQuotient;3$;12| ...) ; compiling (DEFUN |OREPCAT-;rightRemainder;3$;13| ...) ; compiling (DEFUN |OREPCAT-;rightExtendedGcd;2$R;14| ...) ; compiling (DEFUN |OREPCAT-;leftLcm;3$;15| ...) ; compiling (DEFUN |OREPCAT-;leftExactQuotient;2$U;16| ...) ; compiling (DEFUN |OREPCAT-;rightExactQuotient;2$U;17| ...) ; compiling (DEFUN |OREPCAT-;rightGcd;3$;18| ...) ; compiling (DEFUN |OREPCAT-;leftGcd;3$;19| ...) ; compiling (DEFUN |OREPCAT-;exactQuotient| ...) ; compiling (DEFUN |OREPCAT-;leftEEA| ...) ; compiling (DEFUN |OREPCAT-;ncgcd| ...) ; compiling (DEFUN |OREPCAT-;extended| ...) ; compiling (DEFUN |OREPCAT-;nclcm| ...) ; compiling (DEFUN |OREPCAT-;rightEEA| ...) ; compiling (DEFUN |UnivariateSkewPolynomialCategory&| ...) ; compiling (MAKEPROP (QUOTE |UnivariateSkewPolynomialCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-jELl7X/code.fasl written ; compilation finished in 0:00:00.066 ------------------------------------------------------------------------ finalizing NRLIB OREPCAT Processing UnivariateSkewPolynomialCategory for Browser database: -- degree : % -> NonNegativeInteger -- minimumDegree : % -> NonNegativeInteger -- leadingCoefficient : % -> R -- reductum : % -> % -- coefficient : (%,NonNegativeInteger) -> R -- monomial : (R,NonNegativeInteger) -> % -- coefficients : % -> List R -- apply : (%,R,R) -> R -- exquo : (%,R) -> Union(%,"failed") -- monicLeftDivide : (%,%) -> Record(quotient: %,remainder: %) -- monicRightDivide : (%,%) -> Record(quotient: %,remainder: %) -- content : % -> R -- primitivePart : % -> % -- leftDivide : (%,%) -> Record(quotient: %,remainder: %) -- leftQuotient : (%,%) -> % -- leftRemainder : (%,%) -> % -- leftExactQuotient : (%,%) -> Union(%,"failed") -- leftGcd : (%,%) -> % -- leftExtendedGcd : (%,%) -> Record(coef1: %,coef2: %,generator: %) -- rightLcm : (%,%) -> % -- rightDivide : (%,%) -> Record(quotient: %,remainder: %) -- rightQuotient : (%,%) -> % -- rightRemainder : (%,%) -> % -- rightExactQuotient : (%,%) -> Union(%,"failed") -- rightGcd : (%,%) -> % -- rightExtendedGcd : (%,%) -> Record(coef1: %,coef2: %,generator: %) -- leftLcm : (%,%) -> % -- constructor ; compiling file "/tmp/oa-H3br79/code.lsp" (written 01 FEB 2016 11:01:10 PM): ; compiling (DEFPARAMETER |UnivariateSkewPolynomialCategory;AL| ...) ; compiling (DEFUN |UnivariateSkewPolynomialCategory;| ...) ; compiling (DEFUN |UnivariateSkewPolynomialCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-H3br79/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile OWP.spad && cp OWP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/OWP.fasl \ && if test -f OWP-.NRLIB/code.fasl; then \ cp OWP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/OWP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OWP.spad using Spad compiler. OWP abbreviates domain OrdinaryWeightedPolynomials debug: compDefine1 lhs: (OrdinaryWeightedPolynomials R vl wl wtlevel) signature (pre-evaluate): ((Join (Ring) (HomotopicTo (Polynomial R)) (CATEGORY domain (IF (has R (CommutativeRing)) (ATTRIBUTE (Algebra R)) %noBranch) (IF (has R (Field)) (SIGNATURE / ((Union $ failed) $ $)) %noBranch) (SIGNATURE changeWeightLevel ((Void) (NonNegativeInteger))))) (Ring) (List (Symbol)) (List (NonNegativeInteger)) (NonNegativeInteger)) debug: evaluateType form: (Join (Ring) (HomotopicTo (Polynomial R)) (CATEGORY domain (IF (has R (CommutativeRing)) (ATTRIBUTE (Algebra R)) %noBranch) (IF (has R (Field)) (SIGNATURE / ((Union $ failed) $ $)) %noBranch) (SIGNATURE changeWeightLevel ((Void) (NonNegativeInteger))))) $param: (R vl wl wtlevel) debug: evaluateType form: (Ring) $param: (R vl wl wtlevel) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (HomotopicTo (Polynomial R)) $param: (R vl wl wtlevel) Debug: evaluateType1 form: (HomotopicTo (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R vl wl wtlevel) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R vl wl wtlevel) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evaluateType form: (CATEGORY domain (IF (has R (CommutativeRing)) (ATTRIBUTE (Algebra R)) %noBranch) (IF (has R (Field)) (SIGNATURE / ((Union $ failed) $ $)) %noBranch) (SIGNATURE changeWeightLevel ((Void) (NonNegativeInteger)))) $param: (R vl wl wtlevel) debug: evaluateType form: (Void) $param: (R vl wl wtlevel) Debug: evaluateType1 form: (Void) debug: evaluateType form: (NonNegativeInteger) $param: (R vl wl wtlevel) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Ring) $param: (R vl wl wtlevel) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (List (Symbol)) $param: (R vl wl wtlevel) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R vl wl wtlevel) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (R vl wl wtlevel) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (List (NonNegativeInteger)) $param: (R vl wl wtlevel) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R vl wl wtlevel) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (R vl wl wtlevel) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (R vl wl wtlevel) Debug: evaluateType1 form: (NonNegativeInteger) debug: compDefine1 signature (post evaluate): ((Join (Ring) (HomotopicTo (Polynomial R)) (CATEGORY domain (IF (has R (CommutativeRing)) (ATTRIBUTE (Algebra R)) %noBranch) (IF (has R (Field)) (SIGNATURE / ((Union $ failed) $ $)) %noBranch) (SIGNATURE changeWeightLevel ((Void) (NonNegativeInteger))))) (Ring) (List (Symbol)) (List (NonNegativeInteger)) (NonNegativeInteger)) debug: compDefine1 lhs: (OrdinaryWeightedPolynomials R vl wl wtlevel) signature (pre-evaluate): ((Join (Ring) (HomotopicTo (Polynomial R)) (CATEGORY domain (IF (has R (CommutativeRing)) (ATTRIBUTE (Algebra R)) %noBranch) (IF (has R (Field)) (SIGNATURE / ((Union $ failed) $ $)) %noBranch) (SIGNATURE changeWeightLevel ((Void) (NonNegativeInteger))))) NIL NIL NIL NIL) debug: evaluateType form: (Join (Ring) (HomotopicTo (Polynomial R)) (CATEGORY domain (IF (has R (CommutativeRing)) (ATTRIBUTE (Algebra R)) %noBranch) (IF (has R (Field)) (SIGNATURE / ((Union $ failed) $ $)) %noBranch) (SIGNATURE changeWeightLevel ((Void) (NonNegativeInteger))))) $param: (R vl wl wtlevel) debug: evaluateType form: (Ring) $param: (R vl wl wtlevel) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (HomotopicTo (Polynomial R)) $param: (R vl wl wtlevel) Debug: evaluateType1 form: (HomotopicTo (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R vl wl wtlevel) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R vl wl wtlevel) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evaluateType form: (CATEGORY domain (IF (has R (CommutativeRing)) (ATTRIBUTE (Algebra R)) %noBranch) (IF (has R (Field)) (SIGNATURE / ((Union $ failed) $ $)) %noBranch) (SIGNATURE changeWeightLevel ((Void) (NonNegativeInteger)))) $param: (R vl wl wtlevel) debug: evaluateType form: (Void) $param: (R vl wl wtlevel) Debug: evaluateType1 form: (Void) debug: evaluateType form: (NonNegativeInteger) $param: (R vl wl wtlevel) Debug: evaluateType1 form: (NonNegativeInteger) debug: compDefine1 signature (post evaluate): ((Join (Ring) (HomotopicTo (Polynomial R)) (CATEGORY domain (IF (has R (CommutativeRing)) (ATTRIBUTE (Algebra R)) %noBranch) (IF (has R (Field)) (SIGNATURE / ((Union $ failed) $ $)) %noBranch) (SIGNATURE changeWeightLevel ((Void) (NonNegativeInteger))))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for OrdinaryWeightedPolynomials compiling into /tmp/oa-cZsHIU (time taken in buildFunctor: 4) Time: 0.05 SEC. Cumulative Statistics for Constructor OrdinaryWeightedPolynomials Time: 0.05 seconds finalizing NRLIB OWP Processing OrdinaryWeightedPolynomials for Browser database: -- ?/? : (%,%) -> Union(%,"failed") -- changeWeightLevel : NonNegativeInteger -> Void -- constructor ; compiling file "/tmp/oa-cZsHIU/code.lsp" (written 01 FEB 2016 11:01:10 PM): ; compiling (DEFUN |OrdinaryWeightedPolynomials| ...) ; compiling (DEFUN |OrdinaryWeightedPolynomials;| ...) ; compiling (MAKEPROP (QUOTE |OrdinaryWeightedPolynomials|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-cZsHIU/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PADIC.spad && cp PADIC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PADIC.fasl \ && if test -f PADIC-.NRLIB/code.fasl; then \ cp PADIC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PADIC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PADIC.spad using Spad compiler. PADIC abbreviates domain PAdicInteger debug: compDefine1 lhs: (PAdicInteger p) signature (pre-evaluate): (NIL (Integer)) debug: evaluateType form: (Integer) $param: (p) Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): (NIL (Integer)) debug: compDefine1 lhs: (PAdicInteger p) signature (pre-evaluate): (NIL NIL) debug: compDefine1 signature (post evaluate): (NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PAdicInteger compiling into /tmp/oa-lBKgV9 (time taken in buildFunctor: 0) Time: 0.06 SEC. Cumulative Statistics for Constructor PAdicInteger Time: 0.06 seconds finalizing NRLIB PADIC Processing PAdicInteger for Browser database: -- constructor ; compiling file "/tmp/oa-lBKgV9/code.lsp" (written 01 FEB 2016 11:01:11 PM): ; compiling (DEFUN |PAdicInteger| ...) ; compiling (DEFUN |PAdicInteger;| ...) ; compiling (MAKEPROP (QUOTE |PAdicInteger|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-lBKgV9/code.fasl written ; compilation finished in 0:00:00.020 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PATTERN2.spad && cp PATTERN2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PATTERN2.fasl \ && if test -f PATTERN2-.NRLIB/code.fasl; then \ cp PATTERN2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PATTERN2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PATTERN2.spad using Spad compiler. PATTERN2 abbreviates package PatternFunctions2 debug: compDefine1 lhs: (PatternFunctions2 R S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((Pattern S) (Mapping S R) (Pattern R)))) (SetCategory) (SetCategory)) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((Pattern S) (Mapping S R) (Pattern R)))) $param: (R S) debug: evaluateType form: (Pattern S) $param: (R S) Debug: evaluateType1 form: (Pattern S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (Mapping S R) $param: (R S) debug: evaluateType form: S $param: (R S) debug: evaluateType form: R $param: (R S) debug: evaluateType form: (Pattern R) $param: (R S) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R S) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((Pattern S) (Mapping S R) (Pattern R)))) (SetCategory) (SetCategory)) debug: compDefine1 lhs: (PatternFunctions2 R S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((Pattern S) (Mapping S R) (Pattern R)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((Pattern S) (Mapping S R) (Pattern R)))) $param: (R S) debug: evaluateType form: (Pattern S) $param: (R S) Debug: evaluateType1 form: (Pattern S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (Mapping S R) $param: (R S) debug: evaluateType form: S $param: (R S) debug: evaluateType form: R $param: (R S) debug: evaluateType form: (Pattern R) $param: (R S) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((Pattern S) (Mapping S R) (Pattern R)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PatternFunctions2 compiling into /tmp/oa-XfdjV9 compiling exported map : (R -> S,Pattern R) -> Pattern S Time: 0.12 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor PatternFunctions2 Time: 0.12 seconds finalizing NRLIB PATTERN2 Processing PatternFunctions2 for Browser database: -- map : ((R -> S),Pattern R) -> Pattern S -- constructor ; compiling file "/tmp/oa-XfdjV9/code.lsp" (written 01 FEB 2016 11:01:11 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PATTERN2;map;MPP;1| ...) ; compiling (DEFUN |PatternFunctions2| ...) ; compiling (DEFUN |PatternFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |PatternFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-XfdjV9/code.fasl written ; compilation finished in 0:00:00.029 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PBWLB.spad && cp PBWLB.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PBWLB.fasl \ && if test -f PBWLB-.NRLIB/code.fasl; then \ cp PBWLB-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PBWLB-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PBWLB.spad using Spad compiler. PBWLB abbreviates domain PoincareBirkhoffWittLyndonBasis debug: compDefine1 lhs: (PoincareBirkhoffWittLyndonBasis VarSet) signature (pre-evaluate): ((Join (OrderedSet) (RetractableTo (LyndonWord VarSet)) (CoercibleTo (OrderedFreeMonoid VarSet)) (CATEGORY domain (SIGNATURE One ($) constant) (SIGNATURE coerce ($ VarSet)) (SIGNATURE first ((LyndonWord VarSet) $)) (SIGNATURE length ((NonNegativeInteger) $)) (SIGNATURE ListOfTerms ((List (LyndonWord VarSet)) $)) (SIGNATURE rest ($ $)) (SIGNATURE retractable? ((Boolean) $)) (SIGNATURE varList ((List VarSet) $)))) (OrderedSet)) debug: evaluateType form: (Join (OrderedSet) (RetractableTo (LyndonWord VarSet)) (CoercibleTo (OrderedFreeMonoid VarSet)) (CATEGORY domain (SIGNATURE One ($) constant) (SIGNATURE coerce ($ VarSet)) (SIGNATURE first ((LyndonWord VarSet) $)) (SIGNATURE length ((NonNegativeInteger) $)) (SIGNATURE ListOfTerms ((List (LyndonWord VarSet)) $)) (SIGNATURE rest ($ $)) (SIGNATURE retractable? ((Boolean) $)) (SIGNATURE varList ((List VarSet) $)))) $param: (VarSet) debug: evaluateType form: (OrderedSet) $param: (VarSet) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (RetractableTo (LyndonWord VarSet)) $param: (VarSet) Debug: evaluateType1 form: (RetractableTo (LyndonWord VarSet)) debug: evaluateType1 x: (LyndonWord VarSet) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (VarSet) Debug: evaluateType1 form: (Type) debug: evaluateType form: (LyndonWord VarSet) $param: (VarSet) Debug: evaluateType1 form: (LyndonWord VarSet) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evalCategory d: (LyndonWord VarSet) c: (Type) debug: evaluateType form: (CoercibleTo (OrderedFreeMonoid VarSet)) $param: (VarSet) Debug: evaluateType1 form: (CoercibleTo (OrderedFreeMonoid VarSet)) debug: evaluateType1 x: (OrderedFreeMonoid VarSet) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (VarSet) Debug: evaluateType1 form: (Type) debug: evaluateType form: (OrderedFreeMonoid VarSet) $param: (VarSet) Debug: evaluateType1 form: (OrderedFreeMonoid VarSet) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evalCategory d: (OrderedFreeMonoid VarSet) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE One ($) constant) (SIGNATURE coerce ($ VarSet)) (SIGNATURE first ((LyndonWord VarSet) $)) (SIGNATURE length ((NonNegativeInteger) $)) (SIGNATURE ListOfTerms ((List (LyndonWord VarSet)) $)) (SIGNATURE rest ($ $)) (SIGNATURE retractable? ((Boolean) $)) (SIGNATURE varList ((List VarSet) $))) $param: (VarSet) debug: evaluateType form: VarSet $param: (VarSet) debug: evaluateType form: (LyndonWord VarSet) $param: (VarSet) Debug: evaluateType1 form: (LyndonWord VarSet) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evaluateType form: (NonNegativeInteger) $param: (VarSet) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (List (LyndonWord VarSet)) $param: (VarSet) Debug: evaluateType1 form: (List (LyndonWord VarSet)) debug: evaluateType1 x: (LyndonWord VarSet) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (VarSet) Debug: evaluateType1 form: (Type) debug: evaluateType form: (LyndonWord VarSet) $param: (VarSet) Debug: evaluateType1 form: (LyndonWord VarSet) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evalCategory d: (LyndonWord VarSet) c: (Type) debug: evaluateType form: (Boolean) $param: (VarSet) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List VarSet) $param: (VarSet) Debug: evaluateType1 form: (List VarSet) debug: evaluateType1 x: VarSet m: (Type) debug: evaluateType form: (OrderedSet) $param: (VarSet) Debug: evaluateType1 form: (OrderedSet) debug: compDefine1 signature (post evaluate): ((Join (OrderedSet) (RetractableTo (LyndonWord VarSet)) (CoercibleTo (OrderedFreeMonoid VarSet)) (CATEGORY domain (SIGNATURE One ($) constant) (SIGNATURE coerce ($ VarSet)) (SIGNATURE first ((LyndonWord VarSet) $)) (SIGNATURE length ((NonNegativeInteger) $)) (SIGNATURE ListOfTerms ((List (LyndonWord VarSet)) $)) (SIGNATURE rest ($ $)) (SIGNATURE retractable? ((Boolean) $)) (SIGNATURE varList ((List VarSet) $)))) (OrderedSet)) debug: compDefine1 lhs: (PoincareBirkhoffWittLyndonBasis VarSet) signature (pre-evaluate): ((Join (OrderedSet) (RetractableTo (LyndonWord VarSet)) (CoercibleTo (OrderedFreeMonoid VarSet)) (CATEGORY domain (SIGNATURE One ($) constant) (SIGNATURE coerce ($ VarSet)) (SIGNATURE first ((LyndonWord VarSet) $)) (SIGNATURE length ((NonNegativeInteger) $)) (SIGNATURE ListOfTerms ((List (LyndonWord VarSet)) $)) (SIGNATURE rest ($ $)) (SIGNATURE retractable? ((Boolean) $)) (SIGNATURE varList ((List VarSet) $)))) NIL) debug: evaluateType form: (Join (OrderedSet) (RetractableTo (LyndonWord VarSet)) (CoercibleTo (OrderedFreeMonoid VarSet)) (CATEGORY domain (SIGNATURE One ($) constant) (SIGNATURE coerce ($ VarSet)) (SIGNATURE first ((LyndonWord VarSet) $)) (SIGNATURE length ((NonNegativeInteger) $)) (SIGNATURE ListOfTerms ((List (LyndonWord VarSet)) $)) (SIGNATURE rest ($ $)) (SIGNATURE retractable? ((Boolean) $)) (SIGNATURE varList ((List VarSet) $)))) $param: (VarSet) debug: evaluateType form: (OrderedSet) $param: (VarSet) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (RetractableTo (LyndonWord VarSet)) $param: (VarSet) Debug: evaluateType1 form: (RetractableTo (LyndonWord VarSet)) debug: evaluateType1 x: (LyndonWord VarSet) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (VarSet) Debug: evaluateType1 form: (Type) debug: evaluateType form: (LyndonWord VarSet) $param: (VarSet) Debug: evaluateType1 form: (LyndonWord VarSet) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evalCategory d: (LyndonWord VarSet) c: (Type) debug: evaluateType form: (CoercibleTo (OrderedFreeMonoid VarSet)) $param: (VarSet) Debug: evaluateType1 form: (CoercibleTo (OrderedFreeMonoid VarSet)) debug: evaluateType1 x: (OrderedFreeMonoid VarSet) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (VarSet) Debug: evaluateType1 form: (Type) debug: evaluateType form: (OrderedFreeMonoid VarSet) $param: (VarSet) Debug: evaluateType1 form: (OrderedFreeMonoid VarSet) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evalCategory d: (OrderedFreeMonoid VarSet) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE One ($) constant) (SIGNATURE coerce ($ VarSet)) (SIGNATURE first ((LyndonWord VarSet) $)) (SIGNATURE length ((NonNegativeInteger) $)) (SIGNATURE ListOfTerms ((List (LyndonWord VarSet)) $)) (SIGNATURE rest ($ $)) (SIGNATURE retractable? ((Boolean) $)) (SIGNATURE varList ((List VarSet) $))) $param: (VarSet) debug: evaluateType form: VarSet $param: (VarSet) debug: evaluateType form: (LyndonWord VarSet) $param: (VarSet) Debug: evaluateType1 form: (LyndonWord VarSet) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evaluateType form: (NonNegativeInteger) $param: (VarSet) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (List (LyndonWord VarSet)) $param: (VarSet) Debug: evaluateType1 form: (List (LyndonWord VarSet)) debug: evaluateType1 x: (LyndonWord VarSet) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (VarSet) Debug: evaluateType1 form: (Type) debug: evaluateType form: (LyndonWord VarSet) $param: (VarSet) Debug: evaluateType1 form: (LyndonWord VarSet) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evalCategory d: (LyndonWord VarSet) c: (Type) debug: evaluateType form: (Boolean) $param: (VarSet) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List VarSet) $param: (VarSet) Debug: evaluateType1 form: (List VarSet) debug: evaluateType1 x: VarSet m: (Type) debug: compDefine1 signature (post evaluate): ((Join (OrderedSet) (RetractableTo (LyndonWord VarSet)) (CoercibleTo (OrderedFreeMonoid VarSet)) (CATEGORY domain (SIGNATURE One ($) constant) (SIGNATURE coerce ($ VarSet)) (SIGNATURE first ((LyndonWord VarSet) $)) (SIGNATURE length ((NonNegativeInteger) $)) (SIGNATURE ListOfTerms ((List (LyndonWord VarSet)) $)) (SIGNATURE rest ($ $)) (SIGNATURE retractable? ((Boolean) $)) (SIGNATURE varList ((List VarSet) $)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for PoincareBirkhoffWittLyndonBasis compiling into /tmp/oa-uiKmHu compiling exported One : () -> % PBWLB;One;$;1 is replaced by %nil Time: 0.02 SEC. compiling exported = : (%,%) -> Boolean Time: 0 SEC. compiling exported varList : % -> List VarSet Time: 0.01 SEC. compiling exported first : % -> LyndonWord VarSet PBWLB;first;$Lw;4 is replaced by SPADfirst Time: 0 SEC. compiling exported rest : % -> % PBWLB;rest;2$;5 is replaced by %tail Time: 0 SEC. compiling exported coerce : VarSet -> % PBWLB;coerce;VarSet$;6 v is replaced by %list %pair(0,v) Time: 0.01 SEC. compiling exported coerce : LyndonWord VarSet -> % PBWLB;coerce;Lw$;7 is replaced by %list Time: 0.01 SEC. compiling exported ListOfTerms : % -> List LyndonWord VarSet PBWLB;ListOfTerms;$L;8 x is replaced by x Time: 0.00 SEC. compiling exported coerce : % -> OrderedFreeMonoid VarSet Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Time: 0.02 SEC. compiling exported retractable? : % -> Boolean Time: 0 SEC. compiling exported retract : % -> LyndonWord VarSet Time: 0.02 SEC. compiling exported retractIfCan : % -> Union(LyndonWord VarSet,failed) Time: 0 SEC. compiling exported length : % -> NonNegativeInteger Time: 0.01 SEC. compiling local recursif : (%,%) -> Boolean Time: 0.02 SEC. compiling exported < : (%,%) -> Boolean Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] retract: one? has no value Cumulative Statistics for Constructor PoincareBirkhoffWittLyndonBasis Time: 0.16 seconds finalizing NRLIB PBWLB Processing PoincareBirkhoffWittLyndonBasis for Browser database: -- 1 : () -> % -- coerce : VarSet -> % -- first : % -> LWORD -- length : % -> NNI -- ListOfTerms : % -> LWORDS -- rest : % -> % -- retractable? : % -> Boolean -- varList : % -> List VarSet -- constructor ; compiling file "/tmp/oa-uiKmHu/code.lsp" (written 01 FEB 2016 11:01:11 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PBWLB;One;$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PBWLB;first;$Lw;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PBWLB;rest;2$;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PBWLB;coerce;VarSet$;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PBWLB;coerce;Lw$;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PBWLB;ListOfTerms;$L;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PBWLB;retractable?;$B;11|) ...) ; compiling (PUT (QUOTE |PBWLB;retract;$Lw;12|) ...) ; compiling (PUT (QUOTE |PBWLB;retractIfCan;$U;13|) ...) ; compiling (DEFUN |PBWLB;One;$;1| ...) ; compiling (DEFUN |PBWLB;=;2$B;2| ...) ; file: /tmp/oa-uiKmHu/code.lsp ; in: DEFUN |PBWLB;=;2$B;2| ; (DEFUN BOOT::|PBWLB;=;2$B;2| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 13))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PBWLB;=;2$B;2| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|PBWLB;=;2$B;2| ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 13)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |PBWLB;varList;$L;3| ...) ; compiling (DEFUN |PBWLB;first;$Lw;4| ...) ; compiling (DEFUN |PBWLB;rest;2$;5| ...) ; compiling (DEFUN |PBWLB;coerce;VarSet$;6| ...) ; compiling (DEFUN |PBWLB;coerce;Lw$;7| ...) ; compiling (DEFUN |PBWLB;ListOfTerms;$L;8| ...) ; compiling (DEFUN |PBWLB;coerce;$Ofm;9| ...) ; compiling (DEFUN |PBWLB;coerce;$Of;10| ...) ; compiling (DEFUN |PBWLB;retractable?;$B;11| ...) ; file: /tmp/oa-uiKmHu/code.lsp ; in: DEFUN |PBWLB;retractable?;$B;11| ; (DEFUN BOOT::|PBWLB;retractable?;$B;11| (BOOT::|x| BOOT::$) ; (AND (NOT (NULL BOOT::|x|)) (NULL (CDR BOOT::|x|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PBWLB;retractable?;$B;11| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|PBWLB;retractable?;$B;11| ; (AND (NOT (NULL BOOT::|x|)) (NULL (CDR BOOT::|x|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PBWLB;retract;$Lw;12| ...) ; file: /tmp/oa-uiKmHu/code.lsp ; in: DEFUN |PBWLB;retract;$Lw;12| ; (DEFUN BOOT::|PBWLB;retract;$Lw;12| (BOOT::|x| BOOT::$) ; (COND ((NOT (EQL # 1)) (BOOT::|error| "cannot convert to Lyndon word")) ; (T (BOOT::|SPADfirst| BOOT::|x|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PBWLB;retract;$Lw;12| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|PBWLB;retract;$Lw;12| ; (COND ((NOT #) (BOOT::|error| "cannot convert to Lyndon word")) ; (T (BOOT::|SPADfirst| BOOT::|x|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PBWLB;retractIfCan;$U;13| ...) ; compiling (DEFUN |PBWLB;length;$Nni;14| ...) ; file: /tmp/oa-uiKmHu/code.lsp ; in: DEFUN |PBWLB;length;$Nni;14| ; (DEFUN BOOT::|PBWLB;length;$Nni;14| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|n| ; (LET # ; #))) ; (COND ((NOT #) BOOT::|n|) (T (BOOT::|moanRetract| BOOT::|n| '#))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PBWLB;length;$Nni;14| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|PBWLB;length;$Nni;14| ; (LET ((BOOT::|n| #)) ; (COND (# BOOT::|n|) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |PBWLB;recursif| ...) ; file: /tmp/oa-uiKmHu/code.lsp ; in: DEFUN |PBWLB;recursif| ; (DEFUN BOOT::|PBWLB;recursif| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ((NULL BOOT::|y|) NIL) ((NULL BOOT::|x|) T) ; ((BOOT::SPADCALL (BOOT::|SPADfirst| BOOT::|x|) ; (BOOT::|SPADfirst| BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 62)) ; (BOOT::|PBWLB;recursif| (CDR BOOT::|x|) (CDR BOOT::|y|) BOOT::$)) ; (T ; (BOOT::SPADCALL (BOOT::|SPADfirst| BOOT::|x|) ; (BOOT::|SPADfirst| BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 63))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PBWLB;recursif| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|PBWLB;recursif| ; (COND ((NULL BOOT::|y|) NIL) ((NULL BOOT::|x|) T) ; ((BOOT::SPADCALL # # #) (BOOT::|PBWLB;recursif| # # BOOT::$)) ; (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |PBWLB;<;2$B;16| ...) ; compiling (DEFUN |PoincareBirkhoffWittLyndonBasis| ...) ; compiling (DEFUN |PoincareBirkhoffWittLyndonBasis;| ...) ; compiling (MAKEPROP (QUOTE |PoincareBirkhoffWittLyndonBasis|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 3 notes ; /tmp/oa-uiKmHu/code.fasl written ; compilation finished in 0:00:00.052 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PENDTREE.spad && cp PENDTREE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PENDTREE.fasl \ && if test -f PENDTREE-.NRLIB/code.fasl; then \ cp PENDTREE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PENDTREE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PENDTREE.spad using Spad compiler. PENDTREE abbreviates domain PendantTree debug: compDefine1 lhs: (PendantTree S) signature (pre-evaluate): ((Join (BinaryRecursiveAggregate S) (CoercibleTo (Tree S)) (CATEGORY domain (SIGNATURE ptree ($ S)) (SIGNATURE ptree ($ $ $)))) (SetCategory)) debug: evaluateType form: (Join (BinaryRecursiveAggregate S) (CoercibleTo (Tree S)) (CATEGORY domain (SIGNATURE ptree ($ S)) (SIGNATURE ptree ($ $ $)))) $param: (S) debug: evaluateType form: (BinaryRecursiveAggregate S) $param: (S) Debug: evaluateType1 form: (BinaryRecursiveAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CoercibleTo (Tree S)) $param: (S) Debug: evaluateType1 form: (CoercibleTo (Tree S)) debug: evaluateType1 x: (Tree S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Tree S) $param: (S) Debug: evaluateType1 form: (Tree S) debug: evaluateType1 x: S m: (SetCategory) debug: evalCategory d: (Tree S) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE ptree ($ S)) (SIGNATURE ptree ($ $ $))) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Join (BinaryRecursiveAggregate S) (CoercibleTo (Tree S)) (CATEGORY domain (SIGNATURE ptree ($ S)) (SIGNATURE ptree ($ $ $)))) (SetCategory)) debug: compDefine1 lhs: (PendantTree S) signature (pre-evaluate): ((Join (BinaryRecursiveAggregate S) (CoercibleTo (Tree S)) (CATEGORY domain (SIGNATURE ptree ($ S)) (SIGNATURE ptree ($ $ $)))) NIL) debug: evaluateType form: (Join (BinaryRecursiveAggregate S) (CoercibleTo (Tree S)) (CATEGORY domain (SIGNATURE ptree ($ S)) (SIGNATURE ptree ($ $ $)))) $param: (S) debug: evaluateType form: (BinaryRecursiveAggregate S) $param: (S) Debug: evaluateType1 form: (BinaryRecursiveAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CoercibleTo (Tree S)) $param: (S) Debug: evaluateType1 form: (CoercibleTo (Tree S)) debug: evaluateType1 x: (Tree S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Tree S) $param: (S) Debug: evaluateType1 form: (Tree S) debug: evaluateType1 x: S m: (SetCategory) debug: evalCategory d: (Tree S) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE ptree ($ S)) (SIGNATURE ptree ($ $ $))) $param: (S) debug: evaluateType form: S $param: (S) debug: compDefine1 signature (post evaluate): ((Join (BinaryRecursiveAggregate S) (CoercibleTo (Tree S)) (CATEGORY domain (SIGNATURE ptree ($ S)) (SIGNATURE ptree ($ $ $)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for PendantTree compiling into /tmp/oa-RgiQeP importing Tree S compiling exported coerce : % -> Tree S PENDTREE;coerce;$T;1 t is replaced by t Time: 0.02 SEC. compiling exported ptree : S -> % PENDTREE;ptree;S$;2 n is replaced by %pair(0,%pair(n,%nil)) Time: 0.01 SEC. compiling exported ptree : (%,%) -> % Time: 0.01 SEC. compiling exported leaf? : % -> Boolean Time: 0.01 SEC. compiling exported = : (%,%) -> Boolean Time: 0 SEC. compiling exported left : % -> % Time: 0.01 SEC. compiling exported right : % -> % Time: 0.01 SEC. compiling exported value : % -> S Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] ptree: pretend $ -- should replace by @ [2] ptree: : Rep -- replace by pretend [3] ptree: : $ -- should replace by @ [4] =: : Rep -- replace by pretend [5] left: first has no value Cumulative Statistics for Constructor PendantTree Time: 0.11 seconds finalizing NRLIB PENDTREE Processing PendantTree for Browser database: -- ptree : S -> % -- ptree : (%,%) -> % -- constructor ; compiling file "/tmp/oa-RgiQeP/code.lsp" (written 01 FEB 2016 11:01:11 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PENDTREE;coerce;$T;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PENDTREE;ptree;S$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PENDTREE;coerce;$T;1| ...) ; compiling (DEFUN |PENDTREE;ptree;S$;2| ...) ; compiling (DEFUN |PENDTREE;ptree;3$;3| ...) ; compiling (DEFUN |PENDTREE;leaf?;$B;4| ...) ; compiling (DEFUN |PENDTREE;=;2$B;5| ...) ; compiling (DEFUN |PENDTREE;left;2$;6| ...) ; compiling (DEFUN |PENDTREE;right;2$;7| ...) ; compiling (DEFUN |PENDTREE;value;$S;8| ...) ; compiling (DEFUN |PENDTREE;coerce;$Of;9| ...) ; compiling (DEFUN |PendantTree| ...) ; compiling (DEFUN |PendantTree;| ...) ; compiling (MAKEPROP (QUOTE |PendantTree|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-RgiQeP/code.fasl written ; compilation finished in 0:00:00.034 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PGE.spad && cp PGE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PGE.fasl \ && if test -f PGE-.NRLIB/code.fasl; then \ cp PGE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PGE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PGE.spad using Spad compiler. PGE abbreviates package PermutationGroupExamples debug: compDefine1 lhs: (PermutationGroupExamples) signature (pre-evaluate): ((CATEGORY package (SIGNATURE symmetricGroup ((PermutationGroup (Integer)) (PositiveInteger))) (SIGNATURE symmetricGroup ((PermutationGroup (Integer)) (List (Integer)))) (SIGNATURE alternatingGroup ((PermutationGroup (Integer)) (PositiveInteger))) (SIGNATURE alternatingGroup ((PermutationGroup (Integer)) (List (Integer)))) (SIGNATURE abelianGroup ((PermutationGroup (Integer)) (List (PositiveInteger)))) (SIGNATURE cyclicGroup ((PermutationGroup (Integer)) (PositiveInteger))) (SIGNATURE cyclicGroup ((PermutationGroup (Integer)) (List (Integer)))) (SIGNATURE dihedralGroup ((PermutationGroup (Integer)) (PositiveInteger))) (SIGNATURE dihedralGroup ((PermutationGroup (Integer)) (List (Integer)))) (SIGNATURE mathieu11 ((PermutationGroup (Integer)) (List (Integer)))) (SIGNATURE mathieu11 ((PermutationGroup (Integer)))) (SIGNATURE mathieu12 ((PermutationGroup (Integer)) (List (Integer)))) (SIGNATURE mathieu12 ((PermutationGroup (Integer)))) (SIGNATURE mathieu22 ((PermutationGroup (Integer)) (List (Integer)))) (SIGNATURE mathieu22 ((PermutationGroup (Integer)))) (SIGNATURE mathieu23 ((PermutationGroup (Integer)) (List (Integer)))) (SIGNATURE mathieu23 ((PermutationGroup (Integer)))) (SIGNATURE mathieu24 ((PermutationGroup (Integer)) (List (Integer)))) (SIGNATURE mathieu24 ((PermutationGroup (Integer)))) (SIGNATURE janko2 ((PermutationGroup (Integer)) (List (Integer)))) (SIGNATURE janko2 ((PermutationGroup (Integer)))) (SIGNATURE rubiksGroup ((PermutationGroup (Integer)))) (SIGNATURE youngGroup ((PermutationGroup (Integer)) (List (Integer)))) (SIGNATURE youngGroup ((PermutationGroup (Integer)) (Partition))))) debug: evaluateType form: (CATEGORY package (SIGNATURE symmetricGroup ((PermutationGroup (Integer)) (PositiveInteger))) (SIGNATURE symmetricGroup ((PermutationGroup (Integer)) (List (Integer)))) (SIGNATURE alternatingGroup ((PermutationGroup (Integer)) (PositiveInteger))) (SIGNATURE alternatingGroup ((PermutationGroup (Integer)) (List (Integer)))) (SIGNATURE abelianGroup ((PermutationGroup (Integer)) (List (PositiveInteger)))) (SIGNATURE cyclicGroup ((PermutationGroup (Integer)) (PositiveInteger))) (SIGNATURE cyclicGroup ((PermutationGroup (Integer)) (List (Integer)))) (SIGNATURE dihedralGroup ((PermutationGroup (Integer)) (PositiveInteger))) (SIGNATURE dihedralGroup ((PermutationGroup (Integer)) (List (Integer)))) (SIGNATURE mathieu11 ((PermutationGroup (Integer)) (List (Integer)))) (SIGNATURE mathieu11 ((PermutationGroup (Integer)))) (SIGNATURE mathieu12 ((PermutationGroup (Integer)) (List (Integer)))) (SIGNATURE mathieu12 ((PermutationGroup (Integer)))) (SIGNATURE mathieu22 ((PermutationGroup (Integer)) (List (Integer)))) (SIGNATURE mathieu22 ((PermutationGroup (Integer)))) (SIGNATURE mathieu23 ((PermutationGroup (Integer)) (List (Integer)))) (SIGNATURE mathieu23 ((PermutationGroup (Integer)))) (SIGNATURE mathieu24 ((PermutationGroup (Integer)) (List (Integer)))) (SIGNATURE mathieu24 ((PermutationGroup (Integer)))) (SIGNATURE janko2 ((PermutationGroup (Integer)) (List (Integer)))) (SIGNATURE janko2 ((PermutationGroup (Integer)))) (SIGNATURE rubiksGroup ((PermutationGroup (Integer)))) (SIGNATURE youngGroup ((PermutationGroup (Integer)) (List (Integer)))) (SIGNATURE youngGroup ((PermutationGroup (Integer)) (Partition)))) $param: NIL debug: evaluateType form: (PermutationGroup (Integer)) $param: NIL Debug: evaluateType1 form: (PermutationGroup (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PermutationGroup (Integer)) $param: NIL Debug: evaluateType1 form: (PermutationGroup (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (List (Integer)) $param: NIL Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (PermutationGroup (Integer)) $param: NIL Debug: evaluateType1 form: (PermutationGroup (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PermutationGroup (Integer)) $param: NIL Debug: evaluateType1 form: (PermutationGroup (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (List (Integer)) $param: NIL Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (PermutationGroup (Integer)) $param: NIL Debug: evaluateType1 form: (PermutationGroup (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (List (PositiveInteger)) $param: NIL Debug: evaluateType1 form: (List (PositiveInteger)) debug: evaluateType1 x: (PositiveInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evalCategory d: (PositiveInteger) c: (Type) debug: evaluateType form: (PermutationGroup (Integer)) $param: NIL Debug: evaluateType1 form: (PermutationGroup (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PermutationGroup (Integer)) $param: NIL Debug: evaluateType1 form: (PermutationGroup (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (List (Integer)) $param: NIL Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (PermutationGroup (Integer)) $param: NIL Debug: evaluateType1 form: (PermutationGroup (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PermutationGroup (Integer)) $param: NIL Debug: evaluateType1 form: (PermutationGroup (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (List (Integer)) $param: NIL Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (PermutationGroup (Integer)) $param: NIL Debug: evaluateType1 form: (PermutationGroup (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (List (Integer)) $param: NIL Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (PermutationGroup (Integer)) $param: NIL Debug: evaluateType1 form: (PermutationGroup (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (PermutationGroup (Integer)) $param: NIL Debug: evaluateType1 form: (PermutationGroup (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (List (Integer)) $param: NIL Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (PermutationGroup (Integer)) $param: NIL Debug: evaluateType1 form: (PermutationGroup (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (PermutationGroup (Integer)) $param: NIL Debug: evaluateType1 form: (PermutationGroup (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (List (Integer)) $param: NIL Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (PermutationGroup (Integer)) $param: NIL Debug: evaluateType1 form: (PermutationGroup (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (PermutationGroup (Integer)) $param: NIL Debug: evaluateType1 form: (PermutationGroup (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (List (Integer)) $param: NIL Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (PermutationGroup (Integer)) $param: NIL Debug: evaluateType1 form: (PermutationGroup (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (PermutationGroup (Integer)) $param: NIL Debug: evaluateType1 form: (PermutationGroup (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (List (Integer)) $param: NIL Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (PermutationGroup (Integer)) $param: NIL Debug: evaluateType1 form: (PermutationGroup (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (PermutationGroup (Integer)) $param: NIL Debug: evaluateType1 form: (PermutationGroup (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (List (Integer)) $param: NIL Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (PermutationGroup (Integer)) $param: NIL Debug: evaluateType1 form: (PermutationGroup (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (PermutationGroup (Integer)) $param: NIL Debug: evaluateType1 form: (PermutationGroup (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (PermutationGroup (Integer)) $param: NIL Debug: evaluateType1 form: (PermutationGroup (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (List (Integer)) $param: NIL Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (PermutationGroup (Integer)) $param: NIL Debug: evaluateType1 form: (PermutationGroup (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (Partition) $param: NIL Debug: evaluateType1 form: (Partition) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE symmetricGroup ((PermutationGroup (Integer)) (PositiveInteger))) (SIGNATURE symmetricGroup ((PermutationGroup (Integer)) (List (Integer)))) (SIGNATURE alternatingGroup ((PermutationGroup (Integer)) (PositiveInteger))) (SIGNATURE alternatingGroup ((PermutationGroup (Integer)) (List (Integer)))) (SIGNATURE abelianGroup ((PermutationGroup (Integer)) (List (PositiveInteger)))) (SIGNATURE cyclicGroup ((PermutationGroup (Integer)) (PositiveInteger))) (SIGNATURE cyclicGroup ((PermutationGroup (Integer)) (List (Integer)))) (SIGNATURE dihedralGroup ((PermutationGroup (Integer)) (PositiveInteger))) (SIGNATURE dihedralGroup ((PermutationGroup (Integer)) (List (Integer)))) (SIGNATURE mathieu11 ((PermutationGroup (Integer)) (List (Integer)))) (SIGNATURE mathieu11 ((PermutationGroup (Integer)))) (SIGNATURE mathieu12 ((PermutationGroup (Integer)) (List (Integer)))) (SIGNATURE mathieu12 ((PermutationGroup (Integer)))) (SIGNATURE mathieu22 ((PermutationGroup (Integer)) (List (Integer)))) (SIGNATURE mathieu22 ((PermutationGroup (Integer)))) (SIGNATURE mathieu23 ((PermutationGroup (Integer)) (List (Integer)))) (SIGNATURE mathieu23 ((PermutationGroup (Integer)))) (SIGNATURE mathieu24 ((PermutationGroup (Integer)) (List (Integer)))) (SIGNATURE mathieu24 ((PermutationGroup (Integer)))) (SIGNATURE janko2 ((PermutationGroup (Integer)) (List (Integer)))) (SIGNATURE janko2 ((PermutationGroup (Integer)))) (SIGNATURE rubiksGroup ((PermutationGroup (Integer)))) (SIGNATURE youngGroup ((PermutationGroup (Integer)) (List (Integer)))) (SIGNATURE youngGroup ((PermutationGroup (Integer)) (Partition))))) ------------------------------------------------------------------------ initializing stationary directory for PermutationGroupExamples compiling into /tmp/oa-le30F4 importing Permutation Integer importing PermutationGroup Integer importing ListFunctions2(List List Integer,Permutation Integer) compiling local llli2gp : List List List Integer -> PermutationGroup Integer Time: 0.07 SEC. compiling local li1n : Integer -> List Integer Time: 0.01 SEC. compiling exported youngGroup : List Integer -> PermutationGroup Integer Time: 0.03 SEC. compiling exported youngGroup : Partition -> PermutationGroup Integer Time: 0.00 SEC. compiling exported rubiksGroup : () -> PermutationGroup Integer Time: 0.02 SEC. compiling exported mathieu11 : List Integer -> PermutationGroup Integer Time: 0.06 SEC. compiling exported mathieu11 : () -> PermutationGroup Integer Time: 0.00 SEC. compiling exported mathieu12 : List Integer -> PermutationGroup Integer Time: 0.05 SEC. compiling exported mathieu12 : () -> PermutationGroup Integer Time: 0.00 SEC. compiling exported mathieu22 : List Integer -> PermutationGroup Integer Time: 0.06 SEC. compiling exported mathieu22 : () -> PermutationGroup Integer Time: 0.00 SEC. compiling exported mathieu23 : List Integer -> PermutationGroup Integer Time: 0.06 SEC. compiling exported mathieu23 : () -> PermutationGroup Integer Time: 0.00 SEC. compiling exported mathieu24 : List Integer -> PermutationGroup Integer Time: 0.08 SEC. compiling exported mathieu24 : () -> PermutationGroup Integer Time: 0.00 SEC. compiling exported janko2 : List Integer -> PermutationGroup Integer Time: 0.16 SEC. compiling exported janko2 : () -> PermutationGroup Integer Time: 0.00 SEC. compiling exported abelianGroup : List PositiveInteger -> PermutationGroup Integer Time: 0.04 SEC. compiling exported alternatingGroup : List Integer -> PermutationGroup Integer Time: 0.06 SEC. compiling exported alternatingGroup : PositiveInteger -> PermutationGroup Integer Time: 0.01 SEC. compiling exported symmetricGroup : List Integer -> PermutationGroup Integer Time: 0.03 SEC. compiling exported symmetricGroup : PositiveInteger -> PermutationGroup Integer Time: 0.01 SEC. compiling exported cyclicGroup : List Integer -> PermutationGroup Integer Time: 0.03 SEC. compiling exported cyclicGroup : PositiveInteger -> PermutationGroup Integer Time: 0.01 SEC. compiling exported dihedralGroup : List Integer -> PermutationGroup Integer Time: 0.06 SEC. compiling exported dihedralGroup : PositiveInteger -> PermutationGroup Integer Time: 0.06 SEC. (time taken in buildFunctor: 0) Time: 0.03 SEC. Cumulative Statistics for Constructor PermutationGroupExamples Time: 0.96 seconds finalizing NRLIB PGE Processing PermutationGroupExamples for Browser database: -- symmetricGroup : PI -> PERMGRP I -- symmetricGroup : L I -> PERMGRP I -- alternatingGroup : PI -> PERMGRP I -- alternatingGroup : L I -> PERMGRP I -- abelianGroup : L PI -> PERMGRP I -- cyclicGroup : PI -> PERMGRP I -- cyclicGroup : L I -> PERMGRP I -- dihedralGroup : PI -> PERMGRP I -- dihedralGroup : L I -> PERMGRP I -- mathieu11 : L I -> PERMGRP I -- mathieu11 : () -> PERMGRP I -- mathieu12 : L I -> PERMGRP I -- mathieu12 : () -> PERMGRP I -- mathieu22 : L I -> PERMGRP I -- mathieu22 : () -> PERMGRP I -- mathieu23 : L I -> PERMGRP I -- mathieu23 : () -> PERMGRP I -- mathieu24 : L I -> PERMGRP I -- mathieu24 : () -> PERMGRP I -- janko2 : L I -> PERMGRP I -- janko2 : () -> PERMGRP I -- rubiksGroup : () -> PERMGRP I -- youngGroup : L I -> PERMGRP I -- youngGroup : Partition -> PERMGRP I -- constructor ; compiling file "/tmp/oa-le30F4/code.lsp" (written 01 FEB 2016 11:01:12 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PGE;llli2gp| ...) ; compiling (DEFUN |PGE;li1n| ...) ; file: /tmp/oa-le30F4/code.lsp ; in: DEFUN |PGE;li1n| ; (DEFUN BOOT::|PGE;li1n| (BOOT::|n| BOOT::$) ; (LET ((BOOT::|i| 1) (#:G559 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ BOOT::|i| #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PGE;li1n| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|PGE;li1n| ; (LET ((BOOT::|i| 1) (#:G559 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS INTEGER T)) &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PGE;youngGroup;LPg;3| ...) ; compiling (DEFUN |PGE;youngGroup;PPg;4| ...) ; compiling (DEFUN |PGE;rubiksGroup;Pg;5| ...) ; compiling (DEFUN |PGE;mathieu11;LPg;6| ...) ; file: /tmp/oa-le30F4/code.lsp ; in: DEFUN |PGE;mathieu11;LPg;6| ; (DEFUN BOOT::|PGE;mathieu11;LPg;6| (BOOT::|l| BOOT::$) ; (PROG (BOOT::|a|) (RETURN (BOOT::SEQ (SETQ #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PGE;mathieu11;LPg;6| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|PGE;mathieu11;LPg;6| ; (PROG (BOOT::|a|) (RETURN (BOOT::SEQ # #))))) ; ; note: Assignment to argument: |l| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS INTEGER T)) ; ; compiling (DEFUN |PGE;mathieu11;Pg;7| ...) ; compiling (DEFUN |PGE;mathieu12;LPg;8| ...) ; file: /tmp/oa-le30F4/code.lsp ; in: DEFUN |PGE;mathieu12;LPg;8| ; (DEFUN BOOT::|PGE;mathieu12;LPg;8| (BOOT::|l| BOOT::$) ; (PROG (BOOT::|a|) (RETURN (BOOT::SEQ (SETQ #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PGE;mathieu12;LPg;8| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|PGE;mathieu12;LPg;8| ; (PROG (BOOT::|a|) (RETURN (BOOT::SEQ # #))))) ; ; note: Assignment to argument: |l| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS INTEGER T)) ; ; compiling (DEFUN |PGE;mathieu12;Pg;9| ...) ; compiling (DEFUN |PGE;mathieu22;LPg;10| ...) ; file: /tmp/oa-le30F4/code.lsp ; in: DEFUN |PGE;mathieu22;LPg;10| ; (DEFUN BOOT::|PGE;mathieu22;LPg;10| (BOOT::|l| BOOT::$) ; (PROG (BOOT::|b| BOOT::|a|) (RETURN (BOOT::SEQ (SETQ #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PGE;mathieu22;LPg;10| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|PGE;mathieu22;LPg;10| ; (PROG (BOOT::|b| BOOT::|a|) (RETURN (BOOT::SEQ # #))))) ; ; note: Assignment to argument: |l| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS INTEGER T)) ; ; compiling (DEFUN |PGE;mathieu22;Pg;11| ...) ; compiling (DEFUN |PGE;mathieu23;LPg;12| ...) ; file: /tmp/oa-le30F4/code.lsp ; in: DEFUN |PGE;mathieu23;LPg;12| ; (DEFUN BOOT::|PGE;mathieu23;LPg;12| (BOOT::|l| BOOT::$) ; (PROG (BOOT::|b| BOOT::|a|) (RETURN (BOOT::SEQ (SETQ #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PGE;mathieu23;LPg;12| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|PGE;mathieu23;LPg;12| ; (PROG (BOOT::|b| BOOT::|a|) (RETURN (BOOT::SEQ # #))))) ; ; note: Assignment to argument: |l| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS INTEGER T)) ; ; compiling (DEFUN |PGE;mathieu23;Pg;13| ...) ; compiling (DEFUN |PGE;mathieu24;LPg;14| ...) ; file: /tmp/oa-le30F4/code.lsp ; in: DEFUN |PGE;mathieu24;LPg;14| ; (DEFUN BOOT::|PGE;mathieu24;LPg;14| (BOOT::|l| BOOT::$) ; (PROG (BOOT::|b| BOOT::|a|) (RETURN (BOOT::SEQ (SETQ #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PGE;mathieu24;LPg;14| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|PGE;mathieu24;LPg;14| ; (PROG (BOOT::|b| BOOT::|a|) (RETURN (BOOT::SEQ # #))))) ; ; note: Assignment to argument: |l| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS INTEGER T)) ; ; compiling (DEFUN |PGE;mathieu24;Pg;15| ...) ; compiling (DEFUN |PGE;janko2;LPg;16| ...) ; file: /tmp/oa-le30F4/code.lsp ; in: DEFUN |PGE;janko2;LPg;16| ; (DEFUN BOOT::|PGE;janko2;LPg;16| (BOOT::|l| BOOT::$) ; (PROG (BOOT::|b| BOOT::|a|) (RETURN (BOOT::SEQ (SETQ #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PGE;janko2;LPg;16| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|PGE;janko2;LPg;16| ; (PROG (BOOT::|b| BOOT::|a|) (RETURN (BOOT::SEQ # #))))) ; ; note: Assignment to argument: |l| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS INTEGER T)) ; ; compiling (DEFUN |PGE;janko2;Pg;17| ...) ; compiling (DEFUN |PGE;abelianGroup;LPg;18| ...) ; compiling (DEFUN |PGE;alternatingGroup;LPg;19| ...) ; file: /tmp/oa-le30F4/code.lsp ; in: DEFUN |PGE;alternatingGroup;LPg;19| ; (DEFUN BOOT::|PGE;alternatingGroup;LPg;19| (BOOT::|l| BOOT::$) ; (PROG (BOOT::|gens| BOOT::|tmp|) ; (RETURN (BOOT::SEQ (SETQ #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PGE;alternatingGroup;LPg;19| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|PGE;alternatingGroup;LPg;19| ; (PROG (BOOT::|gens| BOOT::|tmp|) (RETURN (BOOT::SEQ # #))))) ; ; note: Assignment to argument: |l| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS INTEGER T)) ; ; compiling (DEFUN |PGE;alternatingGroup;PiPg;20| ...) ; compiling (DEFUN |PGE;symmetricGroup;LPg;21| ...) ; file: /tmp/oa-le30F4/code.lsp ; in: DEFUN |PGE;symmetricGroup;LPg;21| ; (DEFUN BOOT::|PGE;symmetricGroup;LPg;21| (BOOT::|l| BOOT::$) ; (PROGN ; (SETQ BOOT::|l| (BOOT::SPADCALL BOOT::|l| #)) ; (COND ; ((ZEROP #) ; (BOOT::|error| "Cannot construct symmetric group on empty set !")) ; ((< # 3) (BOOT::|PGE;llli2gp| # BOOT::$)) ; (T (BOOT::|PGE;llli2gp| # BOOT::$))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PGE;symmetricGroup;LPg;21| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|PGE;symmetricGroup;LPg;21| ; (PROGN (SETQ BOOT::|l| #) (COND (# #) (# #) (T #))))) ; ; note: Assignment to argument: |l| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS INTEGER T)) ; ; compiling (DEFUN |PGE;symmetricGroup;PiPg;22| ...) ; compiling (DEFUN |PGE;cyclicGroup;LPg;23| ...) ; file: /tmp/oa-le30F4/code.lsp ; in: DEFUN |PGE;cyclicGroup;LPg;23| ; (DEFUN BOOT::|PGE;cyclicGroup;LPg;23| (BOOT::|l| BOOT::$) ; (PROGN ; (SETQ BOOT::|l| (BOOT::SPADCALL BOOT::|l| #)) ; (COND ; ((ZEROP #) (BOOT::|error| "Cannot construct cyclic group on empty set")) ; (T (BOOT::|PGE;llli2gp| # BOOT::$))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PGE;cyclicGroup;LPg;23| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|PGE;cyclicGroup;LPg;23| ; (PROGN (SETQ BOOT::|l| #) (COND (# #) (T #))))) ; ; note: Assignment to argument: |l| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS INTEGER T)) ; ; compiling (DEFUN |PGE;cyclicGroup;PiPg;24| ...) ; compiling (DEFUN |PGE;dihedralGroup;LPg;25| ...) ; file: /tmp/oa-le30F4/code.lsp ; in: DEFUN |PGE;dihedralGroup;LPg;25| ; (DEFUN BOOT::|PGE;dihedralGroup;LPg;25| (BOOT::|l| BOOT::$) ; (PROG (BOOT::|tmp|) (RETURN (BOOT::SEQ (SETQ #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PGE;dihedralGroup;LPg;25| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|PGE;dihedralGroup;LPg;25| ; (PROG (BOOT::|tmp|) (RETURN (BOOT::SEQ # #))))) ; ; note: Assignment to argument: |l| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS INTEGER T)) ; ; compiling (DEFUN |PGE;dihedralGroup;PiPg;26| ...) ; compiling (DEFUN |PermutationGroupExamples| ...) ; compiling (DEFUN |PermutationGroupExamples;| ...) ; compiling (MAKEPROP (QUOTE |PermutationGroupExamples|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 11 notes ; /tmp/oa-le30F4/code.fasl written ; compilation finished in 0:00:00.453 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PGROEB.spad && cp PGROEB.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PGROEB.fasl \ && if test -f PGROEB-.NRLIB/code.fasl; then \ cp PGROEB-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PGROEB-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PGROEB.spad using Spad compiler. PGROEB abbreviates package PolyGroebner debug: compDefine1 lhs: (PolyGroebner F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE lexGroebner ((List (Polynomial F)) (List (Polynomial F)) (List (Symbol)))) (SIGNATURE totalGroebner ((List (Polynomial F)) (List (Polynomial F)) (List (Symbol))))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE lexGroebner ((List (Polynomial F)) (List (Polynomial F)) (List (Symbol)))) (SIGNATURE totalGroebner ((List (Polynomial F)) (List (Polynomial F)) (List (Symbol))))) $param: (F) debug: evaluateType form: (List (Polynomial F)) $param: (F) Debug: evaluateType1 form: (List (Polynomial F)) debug: evaluateType1 x: (Polynomial F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial F) $param: (F) Debug: evaluateType1 form: (Polynomial F) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (Polynomial F) c: (Type) debug: evaluateType form: (List (Polynomial F)) $param: (F) Debug: evaluateType1 form: (List (Polynomial F)) debug: evaluateType1 x: (Polynomial F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial F) $param: (F) Debug: evaluateType1 form: (Polynomial F) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (Polynomial F) c: (Type) debug: evaluateType form: (List (Symbol)) $param: (F) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (F) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (List (Polynomial F)) $param: (F) Debug: evaluateType1 form: (List (Polynomial F)) debug: evaluateType1 x: (Polynomial F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial F) $param: (F) Debug: evaluateType1 form: (Polynomial F) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (Polynomial F) c: (Type) debug: evaluateType form: (List (Polynomial F)) $param: (F) Debug: evaluateType1 form: (List (Polynomial F)) debug: evaluateType1 x: (Polynomial F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial F) $param: (F) Debug: evaluateType1 form: (Polynomial F) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (Polynomial F) c: (Type) debug: evaluateType form: (List (Symbol)) $param: (F) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (F) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE lexGroebner ((List (Polynomial F)) (List (Polynomial F)) (List (Symbol)))) (SIGNATURE totalGroebner ((List (Polynomial F)) (List (Polynomial F)) (List (Symbol))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for PolyGroebner compiling into /tmp/oa-I1EtlO compiling exported lexGroebner : (List Polynomial F,List Symbol) -> List Polynomial F Time: 0.16 SEC. compiling exported totalGroebner : (List Polynomial F,List Symbol) -> List Polynomial F Time: 0.14 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor PolyGroebner Time: 0.32 seconds finalizing NRLIB PGROEB Processing PolyGroebner for Browser database: -- lexGroebner : (L P,L E) -> L P -- totalGroebner : (L P,L E) -> L P -- constructor ; compiling file "/tmp/oa-I1EtlO/code.lsp" (written 01 FEB 2016 11:01:13 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PGROEB;lexGroebner;LLL;1| ...) ; file: /tmp/oa-I1EtlO/code.lsp ; in: DEFUN |PGROEB;lexGroebner;LLL;1| ; (DEFUN BOOT::|PGROEB;lexGroebner;LLL;1| (BOOT::|lp| BOOT::|lv| BOOT::$) ; (LET* ((BOOT::PP (BOOT::|PolToPol| BOOT::|lv| #)) ; (BOOT::|DPoly| ; (BOOT::|DistributedMultivariatePolynomial| BOOT::|lv| #)) ; (BOOT::DP (BOOT::|DirectProduct| # #)) ; (BOOT::OV (BOOT::|OrderedVariableList| BOOT::|lv|)) ; (BOOT::|b| ; (LET # ; #)) ; (BOOT::|gb| (BOOT::SPADCALL BOOT::|b| #))) ; (LET ((#:G553 BOOT::|gb|) (#:G543 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PGROEB;lexGroebner;LLL;1| ; (BOOT::|lp| BOOT::|lv| BOOT::$) ; (BLOCK BOOT::|PGROEB;lexGroebner;LLL;1| ; (LET* ((BOOT::PP #) ; (BOOT::|DPoly| #) ; (BOOT::DP #) ; (BOOT::OV #) ; (BOOT::|b| #) ; (BOOT::|gb| #)) ; (LET (# #) ; (LOOP # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PGROEB;totalGroebner;LLL;2| ...) ; file: /tmp/oa-I1EtlO/code.lsp ; in: DEFUN |PGROEB;totalGroebner;LLL;2| ; (DEFUN BOOT::|PGROEB;totalGroebner;LLL;2| (BOOT::|lp| BOOT::|lv| BOOT::$) ; (LET* ((BOOT::PP (BOOT::|PolToPol| BOOT::|lv| #)) ; (BOOT::|HDPoly| ; (BOOT::|HomogeneousDistributedMultivariatePolynomial| BOOT::|lv| ; #)) ; (BOOT::HDP (BOOT::|HomogeneousDirectProduct| # #)) ; (BOOT::OV (BOOT::|OrderedVariableList| BOOT::|lv|)) ; (BOOT::|b| ; (LET # ; #)) ; (BOOT::|gb| (BOOT::SPADCALL BOOT::|b| #))) ; (LET ((#:G555 BOOT::|gb|) (#:G549 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PGROEB;totalGroebner;LLL;2| ; (BOOT::|lp| BOOT::|lv| BOOT::$) ; (BLOCK BOOT::|PGROEB;totalGroebner;LLL;2| ; (LET* ((BOOT::PP #) ; (BOOT::|HDPoly| #) ; (BOOT::HDP #) ; (BOOT::OV #) ; (BOOT::|b| #) ; (BOOT::|gb| #)) ; (LET (# #) ; (LOOP # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PolyGroebner| ...) ; compiling (DEFUN |PolyGroebner;| ...) ; compiling (MAKEPROP (QUOTE |PolyGroebner|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-I1EtlO/code.fasl written ; compilation finished in 0:00:00.032 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PINTERP.spad && cp PINTERP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PINTERP.fasl \ && if test -f PINTERP-.NRLIB/code.fasl; then \ cp PINTERP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PINTERP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PINTERP.spad using Spad compiler. PINTERP abbreviates package PolynomialInterpolation debug: compDefine1 lhs: (PolynomialInterpolation xx F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE interpolate ((UnivariatePolynomial xx F) (UnivariatePolynomial xx F) (List F) (List F))) (SIGNATURE interpolate ((SparseUnivariatePolynomial F) (List F) (List F)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE interpolate ((UnivariatePolynomial xx F) (UnivariatePolynomial xx F) (List F) (List F))) (SIGNATURE interpolate ((SparseUnivariatePolynomial F) (List F) (List F)))) $param: (xx F) debug: evaluateType form: (UnivariatePolynomial xx F) $param: (xx F) Debug: evaluateType1 form: (UnivariatePolynomial xx F) debug: evaluateType1 x: xx m: (Symbol) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (UnivariatePolynomial xx F) $param: (xx F) Debug: evaluateType1 form: (UnivariatePolynomial xx F) debug: evaluateType1 x: xx m: (Symbol) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (List F) $param: (xx F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (List F) $param: (xx F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (xx F) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (List F) $param: (xx F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (List F) $param: (xx F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE interpolate ((UnivariatePolynomial xx F) (UnivariatePolynomial xx F) (List F) (List F))) (SIGNATURE interpolate ((SparseUnivariatePolynomial F) (List F) (List F)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PolynomialInterpolation compiling into /tmp/oa-Md8dve compiling exported interpolate : (UnivariatePolynomial(xx,F),List F,List F) -> UnivariatePolynomial(xx,F) Time: 0.06 SEC. compiling exported interpolate : (List F,List F) -> SparseUnivariatePolynomial F Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor PolynomialInterpolation Time: 0.08 seconds finalizing NRLIB PINTERP Processing PolynomialInterpolation for Browser database: -- interpolate : (UP(xx,F),List F,List F) -> UP(xx,F) -- interpolate : (List F,List F) -> SUP F -- constructor ; compiling file "/tmp/oa-Md8dve/code.lsp" (written 01 FEB 2016 11:01:14 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PINTERP;interpolate;Up2LUp;1| ...) ; compiling (DEFUN |PINTERP;interpolate;2LSup;2| ...) ; compiling (DEFUN |PolynomialInterpolation| ...) ; compiling (DEFUN |PolynomialInterpolation;| ...) ; compiling (MAKEPROP (QUOTE |PolynomialInterpolation|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-Md8dve/code.fasl written ; compilation finished in 0:00:00.023 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PFR.spad && cp PFR.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PFR.fasl \ && if test -f PFR-.NRLIB/code.fasl; then \ cp PFR-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PFR-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PFR.spad using Spad compiler. PFR abbreviates domain PartialFraction debug: compDefine1 lhs: (PartialFraction R) signature (pre-evaluate): ((Join (Field) (Algebra R) (CoercibleTo (Fraction R)) (CATEGORY domain (SIGNATURE coerce ($ (Fraction (Factored R)))) (SIGNATURE compactFraction ($ $)) (SIGNATURE firstDenom ((Factored R) $)) (SIGNATURE firstNumer (R $)) (SIGNATURE nthFractionalTerm ($ $ (Integer))) (SIGNATURE numberOfFractionalTerms ((Integer) $)) (SIGNATURE padicallyExpand ((SparseUnivariatePolynomial R) R R)) (SIGNATURE padicFraction ($ $)) (SIGNATURE partialFraction ($ R (Factored R))) (SIGNATURE wholePart (R $)))) (EuclideanDomain)) debug: evaluateType form: (Join (Field) (Algebra R) (CoercibleTo (Fraction R)) (CATEGORY domain (SIGNATURE coerce ($ (Fraction (Factored R)))) (SIGNATURE compactFraction ($ $)) (SIGNATURE firstDenom ((Factored R) $)) (SIGNATURE firstNumer (R $)) (SIGNATURE nthFractionalTerm ($ $ (Integer))) (SIGNATURE numberOfFractionalTerms ((Integer) $)) (SIGNATURE padicallyExpand ((SparseUnivariatePolynomial R) R R)) (SIGNATURE padicFraction ($ $)) (SIGNATURE partialFraction ($ R (Factored R))) (SIGNATURE wholePart (R $)))) $param: (R) debug: evaluateType form: (Field) $param: (R) Debug: evaluateType1 form: (Field) debug: evaluateType form: (Algebra R) $param: (R) Debug: evaluateType1 form: (Algebra R) debug: evaluateType1 x: R m: (CommutativeRing) debug: evaluateType form: (CoercibleTo (Fraction R)) $param: (R) Debug: evaluateType1 form: (CoercibleTo (Fraction R)) debug: evaluateType1 x: (Fraction R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction R) $param: (R) Debug: evaluateType1 form: (Fraction R) debug: evaluateType1 x: R m: (IntegralDomain) debug: evalCategory d: (Fraction R) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE coerce ($ (Fraction (Factored R)))) (SIGNATURE compactFraction ($ $)) (SIGNATURE firstDenom ((Factored R) $)) (SIGNATURE firstNumer (R $)) (SIGNATURE nthFractionalTerm ($ $ (Integer))) (SIGNATURE numberOfFractionalTerms ((Integer) $)) (SIGNATURE padicallyExpand ((SparseUnivariatePolynomial R) R R)) (SIGNATURE padicFraction ($ $)) (SIGNATURE partialFraction ($ R (Factored R))) (SIGNATURE wholePart (R $))) $param: (R) debug: evaluateType form: (Fraction (Factored R)) $param: (R) Debug: evaluateType1 form: (Fraction (Factored R)) debug: evaluateType1 x: (Factored R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Factored R) $param: (R) Debug: evaluateType1 form: (Factored R) debug: evaluateType1 x: R m: (IntegralDomain) debug: evalCategory d: (Factored R) c: (IntegralDomain) debug: evaluateType form: (Factored R) $param: (R) Debug: evaluateType1 form: (Factored R) debug: evaluateType1 x: R m: (IntegralDomain) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (R) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Factored R) $param: (R) Debug: evaluateType1 form: (Factored R) debug: evaluateType1 x: R m: (IntegralDomain) debug: evaluateType form: R $param: (R) debug: evaluateType form: (EuclideanDomain) $param: (R) Debug: evaluateType1 form: (EuclideanDomain) debug: compDefine1 signature (post evaluate): ((Join (Field) (Algebra R) (CoercibleTo (Fraction R)) (CATEGORY domain (SIGNATURE coerce ($ (Fraction (Factored R)))) (SIGNATURE compactFraction ($ $)) (SIGNATURE firstDenom ((Factored R) $)) (SIGNATURE firstNumer (R $)) (SIGNATURE nthFractionalTerm ($ $ (Integer))) (SIGNATURE numberOfFractionalTerms ((Integer) $)) (SIGNATURE padicallyExpand ((SparseUnivariatePolynomial R) R R)) (SIGNATURE padicFraction ($ $)) (SIGNATURE partialFraction ($ R (Factored R))) (SIGNATURE wholePart (R $)))) (EuclideanDomain)) debug: compDefine1 lhs: (PartialFraction R) signature (pre-evaluate): ((Join (Field) (Algebra R) (CoercibleTo (Fraction R)) (CATEGORY domain (SIGNATURE coerce ($ (Fraction (Factored R)))) (SIGNATURE compactFraction ($ $)) (SIGNATURE firstDenom ((Factored R) $)) (SIGNATURE firstNumer (R $)) (SIGNATURE nthFractionalTerm ($ $ (Integer))) (SIGNATURE numberOfFractionalTerms ((Integer) $)) (SIGNATURE padicallyExpand ((SparseUnivariatePolynomial R) R R)) (SIGNATURE padicFraction ($ $)) (SIGNATURE partialFraction ($ R (Factored R))) (SIGNATURE wholePart (R $)))) NIL) debug: evaluateType form: (Join (Field) (Algebra R) (CoercibleTo (Fraction R)) (CATEGORY domain (SIGNATURE coerce ($ (Fraction (Factored R)))) (SIGNATURE compactFraction ($ $)) (SIGNATURE firstDenom ((Factored R) $)) (SIGNATURE firstNumer (R $)) (SIGNATURE nthFractionalTerm ($ $ (Integer))) (SIGNATURE numberOfFractionalTerms ((Integer) $)) (SIGNATURE padicallyExpand ((SparseUnivariatePolynomial R) R R)) (SIGNATURE padicFraction ($ $)) (SIGNATURE partialFraction ($ R (Factored R))) (SIGNATURE wholePart (R $)))) $param: (R) debug: evaluateType form: (Field) $param: (R) Debug: evaluateType1 form: (Field) debug: evaluateType form: (Algebra R) $param: (R) Debug: evaluateType1 form: (Algebra R) debug: evaluateType1 x: R m: (CommutativeRing) debug: evaluateType form: (CoercibleTo (Fraction R)) $param: (R) Debug: evaluateType1 form: (CoercibleTo (Fraction R)) debug: evaluateType1 x: (Fraction R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction R) $param: (R) Debug: evaluateType1 form: (Fraction R) debug: evaluateType1 x: R m: (IntegralDomain) debug: evalCategory d: (Fraction R) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE coerce ($ (Fraction (Factored R)))) (SIGNATURE compactFraction ($ $)) (SIGNATURE firstDenom ((Factored R) $)) (SIGNATURE firstNumer (R $)) (SIGNATURE nthFractionalTerm ($ $ (Integer))) (SIGNATURE numberOfFractionalTerms ((Integer) $)) (SIGNATURE padicallyExpand ((SparseUnivariatePolynomial R) R R)) (SIGNATURE padicFraction ($ $)) (SIGNATURE partialFraction ($ R (Factored R))) (SIGNATURE wholePart (R $))) $param: (R) debug: evaluateType form: (Fraction (Factored R)) $param: (R) Debug: evaluateType1 form: (Fraction (Factored R)) debug: evaluateType1 x: (Factored R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Factored R) $param: (R) Debug: evaluateType1 form: (Factored R) debug: evaluateType1 x: R m: (IntegralDomain) debug: evalCategory d: (Factored R) c: (IntegralDomain) debug: evaluateType form: (Factored R) $param: (R) Debug: evaluateType1 form: (Factored R) debug: evaluateType1 x: R m: (IntegralDomain) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (R) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Factored R) $param: (R) Debug: evaluateType1 form: (Factored R) debug: evaluateType1 x: R m: (IntegralDomain) debug: evaluateType form: R $param: (R) debug: compDefine1 signature (post evaluate): ((Join (Field) (Algebra R) (CoercibleTo (Fraction R)) (CATEGORY domain (SIGNATURE coerce ($ (Fraction (Factored R)))) (SIGNATURE compactFraction ($ $)) (SIGNATURE firstDenom ((Factored R) $)) (SIGNATURE firstNumer (R $)) (SIGNATURE nthFractionalTerm ($ $ (Integer))) (SIGNATURE numberOfFractionalTerms ((Integer) $)) (SIGNATURE padicallyExpand ((SparseUnivariatePolynomial R) R R)) (SIGNATURE padicFraction ($ $)) (SIGNATURE partialFraction ($ R (Factored R))) (SIGNATURE wholePart (R $)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for PartialFraction compiling into /tmp/oa-D8dSxu compiling local copypf : % -> % Time: 0.07 SEC. compiling local LessThan : (Record(num: R,den: Factored R),Record(num: R,den: Factored R)) -> Boolean PFR;LessThan(s,t) is replaced by %before?(%tail s,%tail t) Time: 0.01 SEC. compiling local multiplyFracTerms : (Record(num: R,den: Factored R),Record(num: R,den: Factored R)) -> % Time: 0.06 SEC. compiling local normalizeFracTerm : Record(num: R,den: Factored R) -> % Time: 0.03 SEC. compiling local partialFractionNormalized : (R,Factored R) -> % Time: 0.02 SEC. compiling exported padicFraction : % -> % Time: 0.03 SEC. compiling exported compactFraction : % -> % Time: 0.04 SEC. compiling exported Zero : () -> % Time: 0.00 SEC. compiling exported One : () -> % Time: 0.01 SEC. compiling exported characteristic : () -> NonNegativeInteger Time: 0.00 SEC. compiling exported coerce : R -> % PFR;coerce;R$;11 r is replaced by %pair(r,%nil) Time: 0.00 SEC. compiling exported coerce : Integer -> % Time: 0.01 SEC. compiling exported coerce : % -> Fraction R Time: 0.03 SEC. compiling exported coerce : Fraction Factored R -> % Time: 0.02 SEC. compiling exported exquo : (%,%) -> Union(%,failed) Time: 0.04 SEC. compiling exported recip : % -> Union(%,failed) Time: 0.00 SEC. compiling exported firstDenom : % -> Factored R Time: 0.02 SEC. compiling exported firstNumer : % -> R Time: 0.01 SEC. compiling exported numberOfFractionalTerms : % -> Integer PFR;numberOfFractionalTerms;$I;19 a is replaced by %llength %tail a Time: 0.01 SEC. compiling exported nthFractionalTerm : (%,Integer) -> % Time: 0.03 SEC. compiling exported wholePart : % -> R PFR;wholePart;$R;21 is replaced by %head Time: 0 SEC. compiling exported partialFraction : (R,Factored R) -> % Time: 0.01 SEC. compiling exported padicallyExpand : (R,R) -> SparseUnivariatePolynomial R Time: 0.06 SEC. compiling exported = : (%,%) -> Boolean Time: 0.10 SEC. compiling exported - : % -> % Time: 0.02 SEC. compiling exported * : (R,%) -> % Time: 0.05 SEC. compiling exported * : (Integer,%) -> % Time: 0 SEC. compiling exported + : (%,%) -> % Time: 0.01 SEC. compiling exported * : (%,%) -> % Time: 0.05 SEC. compiling exported coerce : % -> OutputForm Time: 0.06 SEC. (time taken in buildFunctor: 8) Time: 0.05 SEC. Warnings: [1] Type List Record(num: R,den: Factored R) is not in scope. Import it [2] multiplyFracTerms: nthFactor has no value [3] multiplyFracTerms: : Rep -- replace by pretend [4] multiplyFracTerms: c has no value [5] multiplyFracTerms: null has no value [6] normalizeFracTerm: expand has no value [7] padicFraction: null has no value [8] padicFraction: nthExponent has no value [9] padicFraction: degree has no value [10] compactFraction: # has no value [11] compactFraction: : NonNegativeInteger -- replace by pretend [12] coerce: expand has no value [13] coerce: unit has no value [14] firstDenom: null has no value [15] firstNumer: null has no value [16] numberOfFractionalTerms: # has no value [17] =: null has no value [18] *: reverse has no value [19] *: null has no value [20] coerce: null has no value Cumulative Statistics for Constructor PartialFraction Time: 0.88 seconds finalizing NRLIB PFR Processing PartialFraction for Browser database: -- coerce : Fraction FRR -> % -- compactFraction : % -> % -- firstDenom : % -> FRR -- firstNumer : % -> R -- nthFractionalTerm : (%,Integer) -> % -- numberOfFractionalTerms : % -> Integer -- padicallyExpand : (R,R) -> SUPR -- padicFraction : % -> % -- partialFraction : (R,FRR) -> % -- wholePart : % -> R -- constructor ; compiling file "/tmp/oa-D8dSxu/code.lsp" (written 01 FEB 2016 11:01:15 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PFR;LessThan|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PFR;coerce;R$;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PFR;numberOfFractionalTerms;$I;19|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PFR;wholePart;$R;21|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PFR;copypf|) ...) ; compiling (DEFUN |PFR;copypf| ...) ; file: /tmp/oa-D8dSxu/code.lsp ; in: DEFUN |PFR;copypf| ; (DEFUN BOOT::|PFR;copypf| (BOOT::|a| BOOT::$) ; (CONS (CAR BOOT::|a|) (COPY-LIST (CDR BOOT::|a|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PFR;copypf| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|PFR;copypf| ; (CONS (CAR BOOT::|a|) (COPY-LIST (CDR BOOT::|a|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PFR;LessThan| ...) ; file: /tmp/oa-D8dSxu/code.lsp ; in: DEFUN |PFR;LessThan| ; (DEFUN BOOT::|PFR;LessThan| (BOOT::|s| BOOT::|t| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::GGREATERP (CDR BOOT::|t|) (CDR BOOT::|s|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PFR;LessThan| ; (BOOT::|s| BOOT::|t| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|PFR;LessThan| ; (BOOT::GGREATERP (CDR BOOT::|t|) (CDR BOOT::|s|)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |PFR;multiplyFracTerms| ...) ; file: /tmp/oa-D8dSxu/code.lsp ; in: DEFUN |PFR;multiplyFracTerms| ; (DEFUN BOOT::|PFR;multiplyFracTerms| (BOOT::|s| BOOT::|t| BOOT::$) ; (PROG (BOOT::|d| BOOT::|c|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PFR;multiplyFracTerms| ; (BOOT::|s| BOOT::|t| BOOT::$) ; (BLOCK BOOT::|PFR;multiplyFracTerms| ; (PROG (BOOT::|d| BOOT::|c|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |PFR;normalizeFracTerm| ...) ; compiling (DEFUN |PFR;partialFractionNormalized| ...) ; file: /tmp/oa-D8dSxu/code.lsp ; in: DEFUN |PFR;partialFractionNormalized| ; (DEFUN BOOT::|PFR;partialFractionNormalized| (BOOT::|nm| BOOT::|dn| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|nm| (BOOT::|spadConstant| BOOT::$ 25) ; (BOOT::|shellEntry| BOOT::$ 17)) ; (BOOT::|spadConstant| BOOT::$ 24)) ; ((BOOT::SPADCALL BOOT::|dn| (BOOT::|spadConstant| BOOT::$ 43) ; (BOOT::|shellEntry| BOOT::$ 44)) ; (CONS BOOT::|nm| NIL)) ; (T ; (LET* (# # #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PFR;partialFractionNormalized| ; (BOOT::|nm| BOOT::|dn| BOOT::$) ; (BLOCK BOOT::|PFR;partialFractionNormalized| ; (COND ; ((BOOT::SPADCALL BOOT::|nm| # #) (BOOT::|spadConstant| BOOT::$ 24)) ; ((BOOT::SPADCALL BOOT::|dn| # #) (CONS BOOT::|nm| NIL)) ; (T ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |PFR;padicFraction;2$;6| ...) ; compiling (DEFUN |PFR;compactFraction;2$;7| ...) ; compiling (DEFUN |PFR;Zero;$;8| ...) ; compiling (DEFUN |PFR;One;$;9| ...) ; compiling (DEFUN |PFR;characteristic;Nni;10| ...) ; file: /tmp/oa-D8dSxu/code.lsp ; in: DEFUN |PFR;characteristic;Nni;10| ; (DEFUN BOOT::|PFR;characteristic;Nni;10| (BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 69)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PFR;characteristic;Nni;10| ; (BOOT::$) ; (BLOCK BOOT::|PFR;characteristic;Nni;10| ; (BOOT::|spadConstant| BOOT::$ 69))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |PFR;coerce;R$;11| ...) ; compiling (DEFUN |PFR;coerce;I$;12| ...) ; compiling (DEFUN |PFR;coerce;$F;13| ...) ; compiling (DEFUN |PFR;coerce;F$;14| ...) ; compiling (DEFUN |PFR;exquo;2$U;15| ...) ; compiling (DEFUN |PFR;recip;$U;16| ...) ; compiling (DEFUN |PFR;firstDenom;$F;17| ...) ; compiling (DEFUN |PFR;firstNumer;$R;18| ...) ; compiling (DEFUN |PFR;numberOfFractionalTerms;$I;19| ...) ; compiling (DEFUN |PFR;nthFractionalTerm;$I$;20| ...) ; file: /tmp/oa-D8dSxu/code.lsp ; in: DEFUN |PFR;nthFractionalTerm;$I$;20| ; (DEFUN BOOT::|PFR;nthFractionalTerm;$I$;20| (BOOT::|a| BOOT::|n| BOOT::$) ; (LET ((BOOT::|l| (CDR BOOT::|a|))) ; (COND ((OR # #) (BOOT::|spadConstant| BOOT::$ 24)) (T (CONS # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PFR;nthFractionalTerm;$I$;20| ; (BOOT::|a| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|PFR;nthFractionalTerm;$I$;20| ; (LET ((BOOT::|l| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |PFR;wholePart;$R;21| ...) ; compiling (DEFUN |PFR;partialFraction;RF$;22| ...) ; file: /tmp/oa-D8dSxu/code.lsp ; in: DEFUN |PFR;partialFraction;RF$;22| ; (DEFUN BOOT::|PFR;partialFraction;RF$;22| (BOOT::|nm| BOOT::|dn| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|nm| (BOOT::|spadConstant| BOOT::$ 25) ; (BOOT::|shellEntry| BOOT::$ 17)) ; (BOOT::|spadConstant| BOOT::$ 24)) ; (T ; (LET (#) ; (PROGN # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PFR;partialFraction;RF$;22| ; (BOOT::|nm| BOOT::|dn| BOOT::$) ; (BLOCK BOOT::|PFR;partialFraction;RF$;22| ; (COND ; ((BOOT::SPADCALL BOOT::|nm| # #) (BOOT::|spadConstant| BOOT::$ 24)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |PFR;padicallyExpand;2RSup;23| ...) ; compiling (DEFUN |PFR;=;2$B;24| ...) ; file: /tmp/oa-D8dSxu/code.lsp ; in: DEFUN |PFR;=;2$B;24| ; (DEFUN BOOT::|PFR;=;2$B;24| (BOOT::|a| BOOT::|b| BOOT::$) ; (COND ; ((BOOT::SPADCALL (CAR BOOT::|a|) (CAR BOOT::|b|) ; (BOOT::|shellEntry| BOOT::$ 26)) ; NIL) ; ((NULL (CDR BOOT::|a|)) (AND (NULL #) (BOOT::SPADCALL # # #))) ; ((NULL (CDR BOOT::|b|)) NIL) ; (T ; (BOOT::SPADCALL (BOOT::|PFR;coerce;$F;13| BOOT::|a| BOOT::$) ; (BOOT::|PFR;coerce;$F;13| BOOT::|b| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 105))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PFR;=;2$B;24| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|PFR;=;2$B;24| ; (COND ((BOOT::SPADCALL # # #) NIL) ((NULL #) (AND # #)) ((NULL #) NIL) ; (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |PFR;-;2$;25| ...) ; compiling (DEFUN |PFR;*;R2$;26| ...) ; file: /tmp/oa-D8dSxu/code.lsp ; in: DEFUN |PFR;*;R2$;26| ; (DEFUN BOOT::|PFR;*;R2$;26| (BOOT::|r| BOOT::|a| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|r| (BOOT::|spadConstant| BOOT::$ 25) ; (BOOT::|shellEntry| BOOT::$ 17)) ; (BOOT::|spadConstant| BOOT::$ 24)) ; ((BOOT::SPADCALL BOOT::|r| (BOOT::|spadConstant| BOOT::$ 37) ; (BOOT::|shellEntry| BOOT::$ 17)) ; BOOT::|a|) ; (T ; (LET (# #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PFR;*;R2$;26| ; (BOOT::|r| BOOT::|a| BOOT::$) ; (BLOCK BOOT::|PFR;*;R2$;26| ; (COND ; ((BOOT::SPADCALL BOOT::|r| # #) (BOOT::|spadConstant| BOOT::$ 24)) ; ((BOOT::SPADCALL BOOT::|r| # #) BOOT::|a|) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |PFR;*;I2$;27| ...) ; compiling (DEFUN |PFR;+;3$;28| ...) ; compiling (DEFUN |PFR;*;3$;29| ...) ; compiling (DEFUN |PFR;coerce;$Of;30| ...) ; compiling (DEFUN |PartialFraction| ...) ; compiling (DEFUN |PartialFraction;| ...) ; compiling (MAKEPROP (QUOTE |PartialFraction|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 8 notes ; /tmp/oa-D8dSxu/code.fasl written ; compilation finished in 0:00:00.167 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PMDOWN.spad && cp PMDOWN.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PMDOWN.fasl \ && if test -f PMDOWN-.NRLIB/code.fasl; then \ cp PMDOWN-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PMDOWN-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PMDOWN.spad using Spad compiler. PMDOWN abbreviates package PatternMatchPushDown debug: compDefine1 lhs: (PatternMatchPushDown S A B) signature (pre-evaluate): ((CATEGORY package (SIGNATURE fixPredicate ((Mapping (Boolean) A) (Mapping (Boolean) B))) (SIGNATURE patternMatch ((PatternMatchResult S B) A (Pattern S) (PatternMatchResult S B)))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE fixPredicate ((Mapping (Boolean) A) (Mapping (Boolean) B))) (SIGNATURE patternMatch ((PatternMatchResult S B) A (Pattern S) (PatternMatchResult S B)))) $param: (S A B) debug: evaluateType form: (Mapping (Boolean) A) $param: (S A B) debug: evaluateType form: (Boolean) $param: (S A B) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: A $param: (S A B) debug: evaluateType form: (Mapping (Boolean) B) $param: (S A B) debug: evaluateType form: (Boolean) $param: (S A B) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: B $param: (S A B) debug: evaluateType form: (PatternMatchResult S B) $param: (S A B) Debug: evaluateType1 form: (PatternMatchResult S B) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: B m: (SetCategory) debug: evaluateType form: A $param: (S A B) debug: evaluateType form: (Pattern S) $param: (S A B) Debug: evaluateType1 form: (Pattern S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (PatternMatchResult S B) $param: (S A B) Debug: evaluateType1 form: (PatternMatchResult S B) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: B m: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE fixPredicate ((Mapping (Boolean) A) (Mapping (Boolean) B))) (SIGNATURE patternMatch ((PatternMatchResult S B) A (Pattern S) (PatternMatchResult S B)))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PatternMatchPushDown compiling into /tmp/oa-8WK9MM importing PatternMatchResultFunctions2(S,A,B) compiling exported fixPredicate : B -> Boolean -> A -> Boolean Time: 0.02 SEC. compiling exported patternMatch : (A,Pattern S,PatternMatchResult(S,B)) -> PatternMatchResult(S,B) Time: 0.01 SEC. compiling local inA : (Pattern S,PatternMatchResult(S,B)) -> Union(List A,failed) Time: 0.02 SEC. compiling local fixList : (List Pattern S -> Pattern S,List Pattern S,PatternMatchResult(S,B),PatternMatchResult(S,A)) -> Union(Record(pat: Pattern S,res: PatternMatchResult(S,A)),failed) Time: 0.02 SEC. compiling local fixPred : Any -> Union(Any,failed) Time: 0.01 SEC. compiling local fixPredicates : (Pattern S,PatternMatchResult(S,B),PatternMatchResult(S,A)) -> Union(Record(pat: Pattern S,res: PatternMatchResult(S,A)),failed) Time: 0.19 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] patternMatch: not known that SetCategory is of mode CATEGORY(package,fixPredicate: (B -> Boolean) -> (A -> Boolean),patternMatch: (A,Pattern S,PatternMatchResult(S,B)) -> PatternMatchResult(S,B)) Cumulative Statistics for Constructor PatternMatchPushDown Time: 0.27 seconds finalizing NRLIB PMDOWN Processing PatternMatchPushDown for Browser database: -- fixPredicate : (B -> Boolean) -> (A -> Boolean) -- patternMatch : (A,PAT,PRB) -> PRB -- constructor ; compiling file "/tmp/oa-8WK9MM/code.lsp" (written 01 FEB 2016 11:01:15 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PMDOWN;fixPredicate;MM;1| ...) ; compiling (DEFUN |PMDOWN;fixPredicate;MM;1!0| ...) ; compiling (DEFUN |PMDOWN;patternMatch;AP2Pmr;2| ...) ; compiling (DEFUN |PMDOWN;patternMatch;AP2Pmr;2!0| ...) ; compiling (DEFUN |PMDOWN;inA| ...) ; compiling (DEFUN |PMDOWN;fixList| ...) ; compiling (DEFUN |PMDOWN;fixPred| ...) ; compiling (DEFUN |PMDOWN;fixPredicates| ...) ; file: /tmp/oa-8WK9MM/code.lsp ; in: DEFUN |PMDOWN;fixPredicates| ; (DEFUN BOOT::|PMDOWN;fixPredicates| (BOOT::|p| BOOT::|lb| BOOT::|la| BOOT::$) ; (PROG (BOOT::|q| BOOT::|lp| BOOT::|ua| BOOT::|fe| BOOT::|fv| BOOT::|uur| ; BOOT::|uu| BOOT::|f| BOOT::|wr| BOOT::|w| BOOT::|fd| BOOT::|fn| ...) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PMDOWN;fixPredicates| ; (BOOT::|p| BOOT::|lb| BOOT::|la| BOOT::$) ; (BLOCK BOOT::|PMDOWN;fixPredicates| ; (PROG (BOOT::|q| BOOT::|lp| BOOT::|ua| BOOT::|fe| BOOT::|fv| ; BOOT::|uur| BOOT::|uu| BOOT::|f| BOOT::|wr| BOOT::|w| BOOT::|fd| ; BOOT::|fn| ...) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |PMDOWN;fixPredicates!2| ...) ; compiling (DEFUN |PMDOWN;fixPredicates!1| ...) ; compiling (DEFUN |PMDOWN;fixPredicates!0| ...) ; compiling (DEFUN |PatternMatchPushDown| ...) ; compiling (DEFUN |PatternMatchPushDown;| ...) ; compiling (MAKEPROP (QUOTE |PatternMatchPushDown|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-8WK9MM/code.fasl written ; compilation finished in 0:00:00.071 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PMINS.spad && cp PMINS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PMINS.fasl \ && if test -f PMINS-.NRLIB/code.fasl; then \ cp PMINS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PMINS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PMINS.spad using Spad compiler. PMINS abbreviates package PatternMatchIntegerNumberSystem debug: compDefine1 lhs: (PatternMatchIntegerNumberSystem I) signature (pre-evaluate): ((CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult (Integer) I) I (Pattern (Integer)) (PatternMatchResult (Integer) I)))) (IntegerNumberSystem)) debug: evaluateType form: (CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult (Integer) I) I (Pattern (Integer)) (PatternMatchResult (Integer) I)))) $param: (I) debug: evaluateType form: (PatternMatchResult (Integer) I) $param: (I) Debug: evaluateType1 form: (PatternMatchResult (Integer) I) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (I) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: (I) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType1 x: I m: (SetCategory) debug: evaluateType form: I $param: (I) debug: evaluateType form: (Pattern (Integer)) $param: (I) Debug: evaluateType1 form: (Pattern (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (I) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: (I) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (PatternMatchResult (Integer) I) $param: (I) Debug: evaluateType1 form: (PatternMatchResult (Integer) I) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (I) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: (I) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType1 x: I m: (SetCategory) debug: evaluateType form: (IntegerNumberSystem) $param: (I) Debug: evaluateType1 form: (IntegerNumberSystem) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult (Integer) I) I (Pattern (Integer)) (PatternMatchResult (Integer) I)))) (IntegerNumberSystem)) debug: compDefine1 lhs: (PatternMatchIntegerNumberSystem I) signature (pre-evaluate): ((CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult (Integer) I) I (Pattern (Integer)) (PatternMatchResult (Integer) I)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult (Integer) I) I (Pattern (Integer)) (PatternMatchResult (Integer) I)))) $param: (I) debug: evaluateType form: (PatternMatchResult (Integer) I) $param: (I) Debug: evaluateType1 form: (PatternMatchResult (Integer) I) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (I) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: (I) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType1 x: I m: (SetCategory) debug: evaluateType form: I $param: (I) debug: evaluateType form: (Pattern (Integer)) $param: (I) Debug: evaluateType1 form: (Pattern (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (I) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: (I) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (PatternMatchResult (Integer) I) $param: (I) Debug: evaluateType1 form: (PatternMatchResult (Integer) I) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (I) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: (I) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType1 x: I m: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult (Integer) I) I (Pattern (Integer)) (PatternMatchResult (Integer) I)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for PatternMatchIntegerNumberSystem compiling into /tmp/oa-Vui5oi importing IntegerRoots I compiling exported patternMatch : (I,Pattern Integer,PatternMatchResult(Integer,I)) -> PatternMatchResult(Integer,I) Time: 0.04 SEC. compiling local patternMatchRestricted : (I,Pattern Integer,PatternMatchResult(Integer,I),I) -> PatternMatchResult(Integer,I) Time: 0.00 SEC. compiling local patternMatchSumProd : (I,List Pattern Integer,PatternMatchResult(Integer,I),(I,I) -> Union(I,failed),I) -> PatternMatchResult(Integer,I) Time: 0.03 SEC. compiling local patternMatchInner : (I,Pattern Integer,PatternMatchResult(Integer,I)) -> PatternMatchResult(Integer,I) Time: 0.06 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor PatternMatchIntegerNumberSystem Time: 0.14 seconds finalizing NRLIB PMINS Processing PatternMatchIntegerNumberSystem for Browser database: -- patternMatch : (I,Pattern Integer,PatternMatchResult(Integer,I)) -> PatternMatchResult(Integer,I) -- constructor ; compiling file "/tmp/oa-Vui5oi/code.lsp" (written 01 FEB 2016 11:01:16 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PMINS;patternMatch;IP2Pmr;1| ...) ; compiling (DEFUN |PMINS;patternMatchRestricted| ...) ; compiling (DEFUN |PMINS;patternMatchSumProd| ...) ; compiling (DEFUN |PMINS;patternMatchInner| ...) ; compiling (DEFUN |PMINS;patternMatchInner!1| ...) ; compiling (DEFUN |PMINS;patternMatchInner!0| ...) ; compiling (DEFUN |PatternMatchIntegerNumberSystem| ...) ; compiling (DEFUN |PatternMatchIntegerNumberSystem;| ...) ; compiling (MAKEPROP (QUOTE |PatternMatchIntegerNumberSystem|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-Vui5oi/code.fasl written ; compilation finished in 0:00:00.047 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PMTOOLS.spad && cp PMTOOLS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PMTOOLS.fasl \ && if test -f PMTOOLS-.NRLIB/code.fasl; then \ cp PMTOOLS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PMTOOLS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PMTOOLS.spad using Spad compiler. PMTOOLS abbreviates package PatternMatchTools debug: compDefine1 lhs: (PatternMatchTools S R P) signature (pre-evaluate): ((CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult S P) (List P) (List (Pattern S)) (Mapping P (List P)) (PatternMatchResult S P) (Mapping (PatternMatchResult S P) P (Pattern S) (PatternMatchResult S P)))) (SIGNATURE patternMatchTimes ((PatternMatchResult S P) (List P) (List (Pattern S)) (PatternMatchResult S P) (Mapping (PatternMatchResult S P) P (Pattern S) (PatternMatchResult S P))))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult S P) (List P) (List (Pattern S)) (Mapping P (List P)) (PatternMatchResult S P) (Mapping (PatternMatchResult S P) P (Pattern S) (PatternMatchResult S P)))) (SIGNATURE patternMatchTimes ((PatternMatchResult S P) (List P) (List (Pattern S)) (PatternMatchResult S P) (Mapping (PatternMatchResult S P) P (Pattern S) (PatternMatchResult S P))))) $param: (S R P) debug: evaluateType form: (PatternMatchResult S P) $param: (S R P) Debug: evaluateType1 form: (PatternMatchResult S P) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: P m: (SetCategory) debug: evaluateType form: (List P) $param: (S R P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List (Pattern S)) $param: (S R P) Debug: evaluateType1 form: (List (Pattern S)) debug: evaluateType1 x: (Pattern S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Pattern S) $param: (S R P) Debug: evaluateType1 form: (Pattern S) debug: evaluateType1 x: S m: (SetCategory) debug: evalCategory d: (Pattern S) c: (Type) debug: evaluateType form: (Mapping P (List P)) $param: (S R P) debug: evaluateType form: P $param: (S R P) debug: evaluateType form: (List P) $param: (S R P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (PatternMatchResult S P) $param: (S R P) Debug: evaluateType1 form: (PatternMatchResult S P) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: P m: (SetCategory) debug: evaluateType form: (Mapping (PatternMatchResult S P) P (Pattern S) (PatternMatchResult S P)) $param: (S R P) debug: evaluateType form: (PatternMatchResult S P) $param: (S R P) Debug: evaluateType1 form: (PatternMatchResult S P) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: P m: (SetCategory) debug: evaluateType form: P $param: (S R P) debug: evaluateType form: (Pattern S) $param: (S R P) Debug: evaluateType1 form: (Pattern S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (PatternMatchResult S P) $param: (S R P) Debug: evaluateType1 form: (PatternMatchResult S P) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: P m: (SetCategory) debug: evaluateType form: (PatternMatchResult S P) $param: (S R P) Debug: evaluateType1 form: (PatternMatchResult S P) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: P m: (SetCategory) debug: evaluateType form: (List P) $param: (S R P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List (Pattern S)) $param: (S R P) Debug: evaluateType1 form: (List (Pattern S)) debug: evaluateType1 x: (Pattern S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Pattern S) $param: (S R P) Debug: evaluateType1 form: (Pattern S) debug: evaluateType1 x: S m: (SetCategory) debug: evalCategory d: (Pattern S) c: (Type) debug: evaluateType form: (PatternMatchResult S P) $param: (S R P) Debug: evaluateType1 form: (PatternMatchResult S P) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: P m: (SetCategory) debug: evaluateType form: (Mapping (PatternMatchResult S P) P (Pattern S) (PatternMatchResult S P)) $param: (S R P) debug: evaluateType form: (PatternMatchResult S P) $param: (S R P) Debug: evaluateType1 form: (PatternMatchResult S P) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: P m: (SetCategory) debug: evaluateType form: P $param: (S R P) debug: evaluateType form: (Pattern S) $param: (S R P) Debug: evaluateType1 form: (Pattern S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (PatternMatchResult S P) $param: (S R P) Debug: evaluateType1 form: (PatternMatchResult S P) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: P m: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult S P) (List P) (List (Pattern S)) (Mapping P (List P)) (PatternMatchResult S P) (Mapping (PatternMatchResult S P) P (Pattern S) (PatternMatchResult S P)))) (SIGNATURE patternMatchTimes ((PatternMatchResult S P) (List P) (List (Pattern S)) (PatternMatchResult S P) (Mapping (PatternMatchResult S P) P (Pattern S) (PatternMatchResult S P))))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PatternMatchTools compiling into /tmp/oa-5erwHr importing PatternFunctions1(S,P) compiling local negConstant : List P -> Union(P,failed) Time: 0.04 SEC. compiling local tryToMatch : (List Pattern S,Record(res: PatternMatchResult(S,P),s: List P),P,(P,Pattern S,PatternMatchResult(S,P)) -> PatternMatchResult(S,P)) -> Union(Record(res: PatternMatchResult(S,P),s: List P),failed) Time: 0.02 SEC. compiling exported patternMatchTimes : (List P,List Pattern S,PatternMatchResult(S,P),(P,Pattern S,PatternMatchResult(S,P)) -> PatternMatchResult(S,P)) -> PatternMatchResult(S,P) Time: 0.05 SEC. compiling local findMatch : (Pattern S,List P,PatternMatchResult(S,P),P,(P,Pattern S,PatternMatchResult(S,P)) -> PatternMatchResult(S,P)) -> Record(res: PatternMatchResult(S,P),s: List P) Time: 0.04 SEC. compiling local preprocessList : (Pattern S,List P,PatternMatchResult(S,P)) -> Union(List P,failed) Time: 0.01 SEC. compiling local filterMatchedPatterns : (List Pattern S,List P,PatternMatchResult(S,P)) -> Union(Record(pat: List Pattern S,s: List P),failed) Time: 0.04 SEC. compiling local selBestGen : List Pattern S -> List Pattern S Time: 0.00 SEC. compiling exported patternMatch : (List P,List Pattern S,List P -> P,PatternMatchResult(S,P),(P,Pattern S,PatternMatchResult(S,P)) -> PatternMatchResult(S,P)) -> PatternMatchResult(S,P) Time: 0.25 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] findMatch: t has no value Cumulative Statistics for Constructor PatternMatchTools Time: 0.48 seconds finalizing NRLIB PMTOOLS Processing PatternMatchTools for Browser database: -- patternMatch : (List P,List PAT,(List P -> P),PRS,((P,PAT,PRS) -> PRS)) -> PRS -- patternMatchTimes : (List P,List PAT,PRS,((P,PAT,PRS) -> PRS)) -> PRS -- constructor ; compiling file "/tmp/oa-5erwHr/code.lsp" (written 01 FEB 2016 11:01:16 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PMTOOLS;negConstant| ...) ; compiling (DEFUN |PMTOOLS;tryToMatch| ...) ; compiling (DEFUN |PMTOOLS;patternMatchTimes;LLPmrMPmr;3| ...) ; file: /tmp/oa-5erwHr/code.lsp ; in: DEFUN |PMTOOLS;patternMatchTimes;LLPmrMPmr;3| ; (DEFUN BOOT::|PMTOOLS;patternMatchTimes;LLPmrMPmr;3| ; (BOOT::|ls| BOOT::|lp| BOOT::|l| BOOT::|pmatch| BOOT::$) ; (COND ; ((BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 13) BOOT::|lp| ; (BOOT::|shellEntry| BOOT::$ 23)) ; (LET (#) ; (COND # #))) ; (T ; (BOOT::|PMTOOLS;patternMatch;LLMPmrMPmr;8| BOOT::|ls| BOOT::|lp| ; (CONS #'BOOT::|PMTOOLS;patternMatchTimes;LLPmrMPmr;3!1| BOOT::$) ; BOOT::|l| BOOT::|pmatch| BOOT::$)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PMTOOLS;patternMatchTimes;LLPmrMPmr;3| ; (BOOT::|ls| BOOT::|lp| BOOT::|l| BOOT::|pmatch| BOOT::$) ; (BLOCK BOOT::|PMTOOLS;patternMatchTimes;LLPmrMPmr;3| ; (COND ; ((BOOT::SPADCALL # BOOT::|lp| #) ; (LET # ; #)) ; (T ; (BOOT::|PMTOOLS;patternMatch;LLMPmrMPmr;8| BOOT::|ls| BOOT::|lp| # ; BOOT::|l| BOOT::|pmatch| BOOT::$))))) ; ; note: Assignment to argument: |ls| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |PMTOOLS;patternMatchTimes;LLPmrMPmr;3!1| ...) ; compiling (DEFUN |PMTOOLS;patternMatchTimes;LLPmrMPmr;3!0| ...) ; compiling (DEFUN |PMTOOLS;findMatch| ...) ; compiling (DEFUN |PMTOOLS;preprocessList| ...) ; compiling (DEFUN |PMTOOLS;filterMatchedPatterns| ...) ; file: /tmp/oa-5erwHr/code.lsp ; in: DEFUN |PMTOOLS;filterMatchedPatterns| ; (DEFUN BOOT::|PMTOOLS;filterMatchedPatterns| ; (BOOT::|lp| BOOT::|ls| BOOT::|l| BOOT::$) ; (PROG (BOOT::|rc|) ; (RETURN ; (BOOT::SEQ ; (LET # ; #) ; (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PMTOOLS;filterMatchedPatterns| ; (BOOT::|lp| BOOT::|ls| BOOT::|l| BOOT::$) ; (BLOCK BOOT::|PMTOOLS;filterMatchedPatterns| ; (PROG (BOOT::|rc|) (RETURN (BOOT::SEQ # #))))) ; ; note: Assignment to argument: |lp| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |ls| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |PMTOOLS;selBestGen| ...) ; compiling (DEFUN |PMTOOLS;patternMatch;LLMPmrMPmr;8| ...) ; file: /tmp/oa-5erwHr/code.lsp ; in: DEFUN |PMTOOLS;patternMatch;LLMPmrMPmr;8| ; (DEFUN BOOT::|PMTOOLS;patternMatch;LLMPmrMPmr;8| ; (BOOT::|ls| BOOT::|lp| BOOT::|op| BOOT::|l| BOOT::|pmatch| BOOT::$) ; (PROG (BOOT::|u| BOOT::|rec| BOOT::|l4| BOOT::|l3| BOOT::|l2| BOOT::|l1| ; #:G699 BOOT::|lpm|) ; (RETURN ; (LET (# #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PMTOOLS;patternMatch;LLMPmrMPmr;8| ; (BOOT::|ls| BOOT::|lp| BOOT::|op| BOOT::|l| BOOT::|pmatch| BOOT::$) ; (BLOCK BOOT::|PMTOOLS;patternMatch;LLMPmrMPmr;8| ; (PROG (BOOT::|u| BOOT::|rec| BOOT::|l4| BOOT::|l3| BOOT::|l2| ; BOOT::|l1| #:G699 BOOT::|lpm|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |ls| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |lp| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |PMTOOLS;patternMatch;LLMPmrMPmr;8!3| ...) ; compiling (DEFUN |PMTOOLS;patternMatch;LLMPmrMPmr;8!2| ...) ; compiling (DEFUN |PMTOOLS;patternMatch;LLMPmrMPmr;8!1| ...) ; compiling (DEFUN |PMTOOLS;patternMatch;LLMPmrMPmr;8!0| ...) ; compiling (DEFUN |PatternMatchTools| ...) ; compiling (DEFUN |PatternMatchTools;| ...) ; compiling (MAKEPROP (QUOTE |PatternMatchTools|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 5 notes ; /tmp/oa-5erwHr/code.fasl written ; compilation finished in 0:00:00.064 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MONOGEN.spad && cp MONOGEN.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MONOGEN.fasl \ && if test -f MONOGEN-.NRLIB/code.fasl; then \ cp MONOGEN-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MONOGEN-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MONOGEN.spad using Spad compiler. MONOGEN abbreviates category MonogenicAlgebra debug: compDefine1 lhs: (MonogenicAlgebra R UP) signature (pre-evaluate): ((Category) (CommutativeRing) (UnivariatePolynomialCategory R)) debug: evaluateType form: (Category) $param: (R UP) debug: evaluateType form: (CommutativeRing) $param: (R UP) Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (UnivariatePolynomialCategory R) $param: (R UP) Debug: evaluateType1 form: (UnivariatePolynomialCategory R) debug: evaluateType1 x: R m: (Ring) debug: compDefine1 signature (post evaluate): ((Category) (CommutativeRing) (UnivariatePolynomialCategory R)) debug: compDefine1 lhs: (MonogenicAlgebra R UP) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (R UP) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for MonogenicAlgebra compiling into /tmp/oa-j3Uzed STYLE-WARNING: redefining BOOT::|MonogenicAlgebra| in DEFUN Time: 0.02 SEC. MONOGEN- abbreviates package MonogenicAlgebra& ------------------------------------------------------------------------ initializing stationary directory for MonogenicAlgebra& compiling into /tmp/oa-oWy8Yh compiling exported convert : S -> UP Time: 0.06 SEC. compiling exported convert : UP -> S Time: 0 SEC. compiling exported generator : () -> S Time: 0.02 SEC. compiling exported norm : S -> R Time: 0 SEC. compiling exported retract : S -> R Time: 0.00 SEC. compiling exported retractIfCan : S -> Union(R,failed) Time: 0.00 SEC. compiling exported basis : () -> Vector S Time: 0.03 SEC. compiling exported characteristicPolynomial : S -> UP Time: 0 SEC. compiling exported size : () -> NonNegativeInteger Time: 0.02 SEC. compiling exported random : () -> S Time: 0.02 SEC. compiling exported reduce : Fraction UP -> Union(S,failed) Time: 0.02 SEC. compiling exported differentiate : (S,R -> R) -> S Time: 0.00 SEC. compiling exported derivationCoordinates : (Vector S,R -> R) -> Matrix R Time: 0.02 SEC. compiling exported recip : S -> Union(S,failed) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor MonogenicAlgebra& Time: 0.21 seconds finalizing NRLIB MONOGEN- ; compiling file "/tmp/oa-oWy8Yh/code.lsp" (written 01 FEB 2016 11:01:17 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MONOGEN-;convert;$UP;1| ...) ; compiling (DEFUN |MONOGEN-;convert;UP$;2| ...) ; compiling (DEFUN |MONOGEN-;generator;$;3| ...) ; compiling (DEFUN |MONOGEN-;norm;$R;4| ...) ; compiling (DEFUN |MONOGEN-;retract;$R;5| ...) ; compiling (DEFUN |MONOGEN-;retractIfCan;$U;6| ...) ; file: /tmp/oa-oWy8Yh/code.lsp ; in: DEFUN |MONOGEN-;retractIfCan;$U;6| ; (DEFUN BOOT::|MONOGEN-;retractIfCan;$U;6| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 9)) ; (BOOT::|shellEntry| BOOT::$ 25))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MONOGEN-;retractIfCan;$U;6| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|MONOGEN-;retractIfCan;$U;6| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 9)) ; (BOOT::|shellEntry| BOOT::$ 25)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |MONOGEN-;basis;V;7| ...) ; compiling (DEFUN |MONOGEN-;characteristicPolynomial;$UP;8| ...) ; compiling (DEFUN |MONOGEN-;size;Nni;9| ...) ; file: /tmp/oa-oWy8Yh/code.lsp ; in: DEFUN |MONOGEN-;size;Nni;9| ; (DEFUN BOOT::|MONOGEN-;size;Nni;9| (BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 37)) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 28)) ; (BOOT::|shellEntry| BOOT::$ 38))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MONOGEN-;size;Nni;9| ; (BOOT::$) ; (BLOCK BOOT::|MONOGEN-;size;Nni;9| ; (BOOT::SPADCALL (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 37)) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 28)) ; (BOOT::|shellEntry| BOOT::$ 38)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |MONOGEN-;random;$;10| ...) ; compiling (DEFUN |MONOGEN-;reduce;FU;11| ...) ; file: /tmp/oa-oWy8Yh/code.lsp ; in: DEFUN |MONOGEN-;reduce;FU;11| ; (DEFUN BOOT::|MONOGEN-;reduce;FU;11| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 45)) ; (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 46)) ; (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|shellEntry| BOOT::$ 48))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MONOGEN-;reduce;FU;11| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|MONOGEN-;reduce;FU;11| ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) ; (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) ; (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|shellEntry| BOOT::$ 48)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |MONOGEN-;differentiate;$M$;12| ...) ; compiling (DEFUN |MONOGEN-;derivationCoordinates;VMM;13| ...) ; compiling (DEFUN |MONOGEN-;derivationCoordinates;VMM;13!0| ...) ; compiling (DEFUN |MONOGEN-;recip;$U;14| ...) ; compiling (DEFUN |MonogenicAlgebra&| ...) ; compiling (MAKEPROP (QUOTE |MonogenicAlgebra&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 3 notes ; /tmp/oa-oWy8Yh/code.fasl written ; compilation finished in 0:00:00.053 ------------------------------------------------------------------------ finalizing NRLIB MONOGEN Processing MonogenicAlgebra for Browser database: -- generator : () -> % -- definingPolynomial : () -> UP -- reduce : UP -> % -- convert : UP -> % -- lift : % -> UP -- reduce : Fraction UP -> Union(%,"failed") -- derivationCoordinates : (Vector %,(R -> R)) -> Matrix R -- constructor ; compiling file "/tmp/oa-j3Uzed/code.lsp" (written 01 FEB 2016 11:01:17 PM): ; compiling (DEFPARAMETER |MonogenicAlgebra;AL| ...) ; compiling (DEFUN |MonogenicAlgebra;| ...) ; compiling (DEFUN |MonogenicAlgebra| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-j3Uzed/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile EMR.spad && cp EMR.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/EMR.fasl \ && if test -f EMR-.NRLIB/code.fasl; then \ cp EMR-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/EMR-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/EMR.spad using Spad compiler. EMR abbreviates domain EuclideanModularRing debug: compDefine1 lhs: (EuclideanModularRing S R Mod reduction merge exactQuo) signature (pre-evaluate): ((Join (EuclideanDomain) (Eltable R R) (CoercibleTo R) (CATEGORY domain (SIGNATURE modulus (Mod $)) (SIGNATURE reduce ($ R Mod)) (SIGNATURE exQuo ((Union $ failed) $ $)) (SIGNATURE inv ($ $)))) NIL NIL NIL (Mapping R R Mod) (Mapping (Union Mod failed) Mod Mod) (Mapping (Union R failed) R R Mod)) debug: evaluateType form: (Join (EuclideanDomain) (Eltable R R) (CoercibleTo R) (CATEGORY domain (SIGNATURE modulus (Mod $)) (SIGNATURE reduce ($ R Mod)) (SIGNATURE exQuo ((Union $ failed) $ $)) (SIGNATURE inv ($ $)))) $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: (EuclideanDomain) $param: (S R Mod reduction merge exactQuo) Debug: evaluateType1 form: (EuclideanDomain) debug: evaluateType form: (Eltable R R) $param: (S R Mod reduction merge exactQuo) Debug: evaluateType1 form: (Eltable R R) debug: evaluateType1 x: R m: (Type) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (CoercibleTo R) $param: (S R Mod reduction merge exactQuo) Debug: evaluateType1 form: (CoercibleTo R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE modulus (Mod $)) (SIGNATURE reduce ($ R Mod)) (SIGNATURE exQuo ((Union $ failed) $ $)) (SIGNATURE inv ($ $))) $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: Mod $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: R $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: Mod $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: (Union $ failed) $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: $ $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: failed $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: (Mapping R R Mod) $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: R $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: R $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: Mod $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: (Mapping (Union Mod failed) Mod Mod) $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: (Union Mod failed) $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: Mod $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: failed $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: Mod $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: Mod $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: (Mapping (Union R failed) R R Mod) $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: (Union R failed) $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: R $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: failed $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: R $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: R $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: Mod $param: (S R Mod reduction merge exactQuo) debug: compDefine1 signature (post evaluate): ((Join (EuclideanDomain) (Eltable R R) (CoercibleTo R) (CATEGORY domain (SIGNATURE modulus (Mod $)) (SIGNATURE reduce ($ R Mod)) (SIGNATURE exQuo ((Union $ failed) $ $)) (SIGNATURE inv ($ $)))) NIL NIL NIL (Mapping R R Mod) (Mapping (Union Mod failed) Mod Mod) (Mapping (Union R failed) R R Mod)) debug: compDefine1 lhs: (EuclideanModularRing S R Mod reduction merge exactQuo) signature (pre-evaluate): ((Join (EuclideanDomain) (Eltable R R) (CoercibleTo R) (CATEGORY domain (SIGNATURE modulus (Mod $)) (SIGNATURE reduce ($ R Mod)) (SIGNATURE exQuo ((Union $ failed) $ $)) (SIGNATURE inv ($ $)))) NIL NIL NIL NIL NIL NIL) debug: evaluateType form: (Join (EuclideanDomain) (Eltable R R) (CoercibleTo R) (CATEGORY domain (SIGNATURE modulus (Mod $)) (SIGNATURE reduce ($ R Mod)) (SIGNATURE exQuo ((Union $ failed) $ $)) (SIGNATURE inv ($ $)))) $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: (EuclideanDomain) $param: (S R Mod reduction merge exactQuo) Debug: evaluateType1 form: (EuclideanDomain) debug: evaluateType form: (Eltable R R) $param: (S R Mod reduction merge exactQuo) Debug: evaluateType1 form: (Eltable R R) debug: evaluateType1 x: R m: (Type) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (CoercibleTo R) $param: (S R Mod reduction merge exactQuo) Debug: evaluateType1 form: (CoercibleTo R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE modulus (Mod $)) (SIGNATURE reduce ($ R Mod)) (SIGNATURE exQuo ((Union $ failed) $ $)) (SIGNATURE inv ($ $))) $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: Mod $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: R $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: Mod $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: (Union $ failed) $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: $ $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: failed $param: (S R Mod reduction merge exactQuo) debug: compDefine1 signature (post evaluate): ((Join (EuclideanDomain) (Eltable R R) (CoercibleTo R) (CATEGORY domain (SIGNATURE modulus (Mod $)) (SIGNATURE reduce ($ R Mod)) (SIGNATURE exQuo ((Union $ failed) $ $)) (SIGNATURE inv ($ $)))) NIL NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for EuclideanModularRing compiling into /tmp/oa-AvkpZw compiling exported divide : (%,%) -> Record(quotient: %,remainder: %) Time: 0.07 SEC. compiling exported rem : (%,%) -> % Time: 0.04 SEC. compiling exported rem : (%,%) -> % Time: 0.01 SEC. compiling exported euclideanSize : % -> NonNegativeInteger Time: 0.01 SEC. compiling exported unitCanonical : % -> % Time: 0.02 SEC. compiling exported unitNormal : % -> Record(unit: %,canonical: %,associate: %) Time: 0.02 SEC. compiling exported elt : (%,R) -> R Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] Rep differs from the base domain Cumulative Statistics for Constructor EuclideanModularRing Time: 0.19 seconds finalizing NRLIB EMR Processing EuclideanModularRing for Browser database: -- modulus : % -> Mod -- reduce : (R,Mod) -> % -- exQuo : (%,%) -> Union(%,"failed") -- inv : % -> % -- constructor ; compiling file "/tmp/oa-AvkpZw/code.lsp" (written 01 FEB 2016 11:01:17 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |EMR;divide;2$R;1| ...) ; file: /tmp/oa-AvkpZw/code.lsp ; in: DEFUN |EMR;divide;2$R;1| ; (DEFUN BOOT::|EMR;divide;2$R;1| (BOOT::|x| BOOT::|y| BOOT::$) ; (PROG (BOOT::|r| BOOT::|invlcy| BOOT::|yv| BOOT::|xm|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EMR;divide;2$R;1| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|EMR;divide;2$R;1| ; (PROG (BOOT::|r| BOOT::|invlcy| BOOT::|yv| BOOT::|xm|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |EMR;rem;3$;2| ...) ; file: /tmp/oa-AvkpZw/code.lsp ; in: DEFUN |EMR;rem;3$;2| ; (DEFUN BOOT::|EMR;rem;3$;2| (BOOT::|x| BOOT::|y| BOOT::$) ; (PROG (BOOT::|d| BOOT::|xv| BOOT::|dy| BOOT::|invlcy| BOOT::|yv| ; BOOT::|xm|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EMR;rem;3$;2| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|EMR;rem;3$;2| ; (PROG (BOOT::|d| BOOT::|xv| BOOT::|dy| BOOT::|invlcy| BOOT::|yv| ; BOOT::|xm|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |EMR;rem;3$;3| ...) ; file: /tmp/oa-AvkpZw/code.lsp ; in: DEFUN |EMR;rem;3$;3| ; (DEFUN BOOT::|EMR;rem;3$;3| (BOOT::|x| BOOT::|y| BOOT::$) ; (PROG (BOOT::|r| BOOT::|invlcy| BOOT::|yv| BOOT::|xm|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EMR;rem;3$;3| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|EMR;rem;3$;3| ; (PROG (BOOT::|r| BOOT::|invlcy| BOOT::|yv| BOOT::|xm|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |EMR;euclideanSize;$Nni;4| ...) ; file: /tmp/oa-AvkpZw/code.lsp ; in: DEFUN |EMR;euclideanSize;$Nni;4| ; (DEFUN BOOT::|EMR;euclideanSize;$Nni;4| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (CAR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 25))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EMR;euclideanSize;$Nni;4| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|EMR;euclideanSize;$Nni;4| ; (BOOT::SPADCALL (CAR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 25)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |EMR;unitCanonical;2$;5| ...) ; file: /tmp/oa-AvkpZw/code.lsp ; in: DEFUN |EMR;unitCanonical;2$;5| ; (DEFUN BOOT::|EMR;unitCanonical;2$;5| (BOOT::|x| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 37)) BOOT::|x|) ; ((ZEROP (BOOT::SPADCALL # #)) (BOOT::|spadConstant| BOOT::$ 39)) ; ((BOOT::SPADCALL (BOOT::SPADCALL # #) (BOOT::|shellEntry| BOOT::$ 15)) ; BOOT::|x|) ; (T ; (LET (#) ; (BOOT::SPADCALL BOOT::|invlcx| BOOT::|x| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EMR;unitCanonical;2$;5| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|EMR;unitCanonical;2$;5| ; (COND ((BOOT::SPADCALL BOOT::|x| #) BOOT::|x|) ; ((ZEROP #) (BOOT::|spadConstant| BOOT::$ 39)) ; ((BOOT::SPADCALL # #) BOOT::|x|) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |EMR;unitNormal;$R;6| ...) ; compiling (DEFUN |EMR;elt;$2R;7| ...) ; compiling (DEFUN |EuclideanModularRing| ...) ; compiling (DEFUN |EuclideanModularRing;| ...) ; compiling (MAKEPROP (QUOTE |EuclideanModularRing|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 5 notes ; /tmp/oa-AvkpZw/code.fasl written ; compilation finished in 0:00:00.060 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PSCAT.spad && cp PSCAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PSCAT.fasl \ && if test -f PSCAT-.NRLIB/code.fasl; then \ cp PSCAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PSCAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PSCAT.spad using Spad compiler. PSCAT abbreviates category PowerSeriesCategory debug: compDefine1 lhs: (PowerSeriesCategory Coef Expon Var) signature (pre-evaluate): ((Category) NIL NIL NIL) debug: evaluateType form: (Category) $param: (Coef Expon Var) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PowerSeriesCategory compiling into /tmp/oa-8FGE3Y STYLE-WARNING: redefining BOOT::|PowerSeriesCategory| in DEFUN Time: 0.02 SEC. PSCAT- abbreviates package PowerSeriesCategory& ------------------------------------------------------------------------ initializing stationary directory for PowerSeriesCategory& compiling into /tmp/oa-yr9VG5 compiling exported * : (Integer,S) -> S Time: 0.03 SEC. compiling exported * : (Coef,S) -> S Time: 0.00 SEC. compiling exported * : (S,Coef) -> S Time: 0 SEC. compiling exported - : S -> S Time: 0 SEC. compiling exported * : (Fraction Integer,S) -> S Time: 0.02 SEC. compiling exported * : (S,Fraction Integer) -> S Time: 0.01 SEC. compiling exported / : (S,Coef) -> S Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor PowerSeriesCategory& Time: 0.08 seconds finalizing NRLIB PSCAT- ; compiling file "/tmp/oa-yr9VG5/code.lsp" (written 01 FEB 2016 11:01:17 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PSCAT-;*;I2$;1| ...) ; compiling (DEFUN |PSCAT-;*;I2$;1!0| ...) ; compiling (DEFUN |PSCAT-;*;Coef2$;2| ...) ; compiling (DEFUN |PSCAT-;*;Coef2$;2!0| ...) ; compiling (DEFUN |PSCAT-;*;$Coef$;3| ...) ; compiling (DEFUN |PSCAT-;*;$Coef$;3!0| ...) ; compiling (DEFUN |PSCAT-;-;2$;4| ...) ; compiling (DEFUN |PSCAT-;-;2$;4!0| ...) ; compiling (DEFUN |PSCAT-;*;F2$;5| ...) ; compiling (DEFUN |PSCAT-;*;F2$;5!0| ...) ; compiling (DEFUN |PSCAT-;*;$F$;6| ...) ; compiling (DEFUN |PSCAT-;*;$F$;6!0| ...) ; compiling (DEFUN |PSCAT-;/;$Coef$;7| ...) ; compiling (DEFUN |PSCAT-;/;$Coef$;7!0| ...) ; compiling (DEFUN |PowerSeriesCategory&| ...) ; compiling (MAKEPROP (QUOTE |PowerSeriesCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-yr9VG5/code.fasl written ; compilation finished in 0:00:00.042 ------------------------------------------------------------------------ finalizing NRLIB PSCAT Processing PowerSeriesCategory for Browser database: -- monomial : (%,Var,Expon) -> % -- monomial : (%,List Var,List Expon) -> % -- leadingMonomial : % -> % -- leadingCoefficient : % -> Coef -- degree : % -> Expon -- variables : % -> List Var -- pole? : % -> Boolean -- complete : % -> % -- constructor ; compiling file "/tmp/oa-8FGE3Y/code.lsp" (written 01 FEB 2016 11:01:17 PM): ; compiling (DEFPARAMETER |PowerSeriesCategory;AL| ...) ; compiling (DEFUN |PowerSeriesCategory;| ...) ; compiling (DEFUN |PowerSeriesCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-8FGE3Y/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile QFORM.spad && cp QFORM.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/QFORM.fasl \ && if test -f QFORM-.NRLIB/code.fasl; then \ cp QFORM-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/QFORM-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/QFORM.spad using Spad compiler. QFORM abbreviates domain QuadraticForm debug: compDefine1 lhs: (QuadraticForm n K) signature (pre-evaluate): ((Join (AbelianGroup) (Eltable (DirectProduct n K) K) (CATEGORY domain (SIGNATURE quadraticForm ($ (SquareMatrix n K))) (SIGNATURE matrix ((SquareMatrix n K) $)))) NIL NIL) debug: evaluateType form: (Join (AbelianGroup) (Eltable (DirectProduct n K) K) (CATEGORY domain (SIGNATURE quadraticForm ($ (SquareMatrix n K))) (SIGNATURE matrix ((SquareMatrix n K) $)))) $param: (n K) debug: evaluateType form: (AbelianGroup) $param: (n K) Debug: evaluateType1 form: (AbelianGroup) debug: evaluateType form: (Eltable (DirectProduct n K) K) $param: (n K) Debug: evaluateType1 form: (Eltable (DirectProduct n K) K) debug: evaluateType1 x: (DirectProduct n K) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (n K) Debug: evaluateType1 form: (Type) debug: evaluateType form: (DirectProduct n K) $param: (n K) Debug: evaluateType1 form: (DirectProduct n K) debug: evaluateType1 x: n m: (NonNegativeInteger) debug: evaluateType1 x: K m: (Type) debug: evalCategory d: (DirectProduct n K) c: (Type) debug: evaluateType1 x: K m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE quadraticForm ($ (SquareMatrix n K))) (SIGNATURE matrix ((SquareMatrix n K) $))) $param: (n K) debug: evaluateType form: (SquareMatrix n K) $param: (n K) Debug: evaluateType1 form: (SquareMatrix n K) debug: evaluateType1 x: n m: (NonNegativeInteger) debug: evaluateType1 x: K m: (Ring) debug: evaluateType form: (SquareMatrix n K) $param: (n K) Debug: evaluateType1 form: (SquareMatrix n K) debug: evaluateType1 x: n m: (NonNegativeInteger) debug: evaluateType1 x: K m: (Ring) debug: compDefine1 signature (post evaluate): ((Join (AbelianGroup) (Eltable (DirectProduct n K) K) (CATEGORY domain (SIGNATURE quadraticForm ($ (SquareMatrix n K))) (SIGNATURE matrix ((SquareMatrix n K) $)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for QuadraticForm compiling into /tmp/oa-OrmyVj compiling exported quadraticForm : SquareMatrix(n,K) -> % Time: 0.06 SEC. compiling exported matrix : % -> SquareMatrix(n,K) QFORM;matrix;$Sm;2 q is replaced by q Time: 0.01 SEC. compiling exported elt : (%,DirectProduct(n,K)) -> K Time: 0.02 SEC. (time taken in buildFunctor: 4) Time: 0.01 SEC. Warnings: [1] OpenAxiom suggests removing assignment to Rep Cumulative Statistics for Constructor QuadraticForm Time: 0.10 seconds --------------non extending category---------------------- QuadraticForm(#1,#2) of category Join(AbelianGroup,Eltable( DirectProduct(#1,#2),#2)) with quadraticForm : SquareMatrix(#1,#2) -> % matrix : % -> SquareMatrix(#1,#2) has no SquareMatrixCategory(#1,#2,DirectProduct(#1,#2), DirectProduct(#1,#2)) ---------------------------------------------------------- finalizing NRLIB QFORM Processing QuadraticForm for Browser database: -- quadraticForm : SM(n,K) -> % -- matrix : % -> SM(n,K) -- constructor ; compiling file "/tmp/oa-OrmyVj/code.lsp" (written 01 FEB 2016 11:01:17 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |QFORM;matrix;$Sm;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |QFORM;quadraticForm;Sm$;1| ...) ; compiling (DEFUN |QFORM;matrix;$Sm;2| ...) ; compiling (DEFUN |QFORM;elt;$DpK;3| ...) ; compiling (DEFUN |QuadraticForm| ...) ; compiling (DEFUN |QuadraticForm;| ...) ; compiling (MAKEPROP (QUOTE |QuadraticForm|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-OrmyVj/code.fasl written ; compilation finished in 0:00:00.019 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MTSCAT.spad && cp MTSCAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MTSCAT.fasl \ && if test -f MTSCAT-.NRLIB/code.fasl; then \ cp MTSCAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MTSCAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MTSCAT.spad using Spad compiler. MTSCAT abbreviates category MultivariateTaylorSeriesCategory debug: compDefine1 lhs: (MultivariateTaylorSeriesCategory Coef Var) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (Coef Var) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for MultivariateTaylorSeriesCategory compiling into /tmp/oa-iFgX7k STYLE-WARNING: redefining BOOT::|MultivariateTaylorSeriesCategory| in DEFUN Time: 0.02 SEC. finalizing NRLIB MTSCAT Processing MultivariateTaylorSeriesCategory for Browser database: -- coefficient : (%,Var,NNI) -> % -- coefficient : (%,L Var,L NNI) -> % -- extend : (%,NNI) -> % -- monomial : (%,Var,NNI) -> % -- monomial : (%,L Var,L NNI) -> % -- order : (%,Var) -> NNI -- order : (%,Var,NNI) -> NNI -- polynomial : (%,NNI) -> Polynomial Coef -- polynomial : (%,NNI,NNI) -> Polynomial Coef -- integrate : (%,Var) -> % -- constructor ; compiling file "/tmp/oa-iFgX7k/code.lsp" (written 01 FEB 2016 11:01:18 PM): ; compiling (DEFPARAMETER |MultivariateTaylorSeriesCategory;AL| ...) ; compiling (DEFUN |MultivariateTaylorSeriesCategory;| ...) ; compiling (DEFUN |MultivariateTaylorSeriesCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-iFgX7k/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/MODRING.fasl --bootstrap MODRING.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MODRING.spad using Spad compiler. MODRING abbreviates domain ModularRing ------------------------------------------------------------------------ initializing stationary directory for ModularRing compiling into /tmp/oa-9qqQvw Time: 0.02 SEC. Cumulative Statistics for Constructor ModularRing Time: 0.02 seconds finalizing NRLIB MODRING ; compiling file "/tmp/oa-9qqQvw/code.lsp" (written 01 FEB 2016 11:01:18 PM): ; compiling (DEFUN |ModularRing| ...) ; compiling (DEFUN |ModularRing;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-9qqQvw/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/EMR.fasl --optimize=3 EMR.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/EMR.spad using Spad compiler. EMR abbreviates domain EuclideanModularRing debug: compDefine1 lhs: (EuclideanModularRing S R Mod reduction merge exactQuo) signature (pre-evaluate): ((Join (EuclideanDomain) (Eltable R R) (CoercibleTo R) (CATEGORY domain (SIGNATURE modulus (Mod $)) (SIGNATURE reduce ($ R Mod)) (SIGNATURE exQuo ((Union $ failed) $ $)) (SIGNATURE inv ($ $)))) NIL NIL NIL (Mapping R R Mod) (Mapping (Union Mod failed) Mod Mod) (Mapping (Union R failed) R R Mod)) debug: evaluateType form: (Join (EuclideanDomain) (Eltable R R) (CoercibleTo R) (CATEGORY domain (SIGNATURE modulus (Mod $)) (SIGNATURE reduce ($ R Mod)) (SIGNATURE exQuo ((Union $ failed) $ $)) (SIGNATURE inv ($ $)))) $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: (EuclideanDomain) $param: (S R Mod reduction merge exactQuo) Debug: evaluateType1 form: (EuclideanDomain) debug: evaluateType form: (Eltable R R) $param: (S R Mod reduction merge exactQuo) Debug: evaluateType1 form: (Eltable R R) debug: evaluateType1 x: R m: (Type) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (CoercibleTo R) $param: (S R Mod reduction merge exactQuo) Debug: evaluateType1 form: (CoercibleTo R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE modulus (Mod $)) (SIGNATURE reduce ($ R Mod)) (SIGNATURE exQuo ((Union $ failed) $ $)) (SIGNATURE inv ($ $))) $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: Mod $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: R $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: Mod $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: (Union $ failed) $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: $ $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: failed $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: (Mapping R R Mod) $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: R $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: R $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: Mod $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: (Mapping (Union Mod failed) Mod Mod) $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: (Union Mod failed) $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: Mod $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: failed $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: Mod $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: Mod $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: (Mapping (Union R failed) R R Mod) $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: (Union R failed) $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: R $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: failed $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: R $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: R $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: Mod $param: (S R Mod reduction merge exactQuo) debug: compDefine1 signature (post evaluate): ((Join (EuclideanDomain) (Eltable R R) (CoercibleTo R) (CATEGORY domain (SIGNATURE modulus (Mod $)) (SIGNATURE reduce ($ R Mod)) (SIGNATURE exQuo ((Union $ failed) $ $)) (SIGNATURE inv ($ $)))) NIL NIL NIL (Mapping R R Mod) (Mapping (Union Mod failed) Mod Mod) (Mapping (Union R failed) R R Mod)) debug: compDefine1 lhs: (EuclideanModularRing S R Mod reduction merge exactQuo) signature (pre-evaluate): ((Join (EuclideanDomain) (Eltable R R) (CoercibleTo R) (CATEGORY domain (SIGNATURE modulus (Mod $)) (SIGNATURE reduce ($ R Mod)) (SIGNATURE exQuo ((Union $ failed) $ $)) (SIGNATURE inv ($ $)))) NIL NIL NIL NIL NIL NIL) debug: evaluateType form: (Join (EuclideanDomain) (Eltable R R) (CoercibleTo R) (CATEGORY domain (SIGNATURE modulus (Mod $)) (SIGNATURE reduce ($ R Mod)) (SIGNATURE exQuo ((Union $ failed) $ $)) (SIGNATURE inv ($ $)))) $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: (EuclideanDomain) $param: (S R Mod reduction merge exactQuo) Debug: evaluateType1 form: (EuclideanDomain) debug: evaluateType form: (Eltable R R) $param: (S R Mod reduction merge exactQuo) Debug: evaluateType1 form: (Eltable R R) debug: evaluateType1 x: R m: (Type) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (CoercibleTo R) $param: (S R Mod reduction merge exactQuo) Debug: evaluateType1 form: (CoercibleTo R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE modulus (Mod $)) (SIGNATURE reduce ($ R Mod)) (SIGNATURE exQuo ((Union $ failed) $ $)) (SIGNATURE inv ($ $))) $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: Mod $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: R $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: Mod $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: (Union $ failed) $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: $ $param: (S R Mod reduction merge exactQuo) debug: evaluateType form: failed $param: (S R Mod reduction merge exactQuo) debug: compDefine1 signature (post evaluate): ((Join (EuclideanDomain) (Eltable R R) (CoercibleTo R) (CATEGORY domain (SIGNATURE modulus (Mod $)) (SIGNATURE reduce ($ R Mod)) (SIGNATURE exQuo ((Union $ failed) $ $)) (SIGNATURE inv ($ $)))) NIL NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for EuclideanModularRing compiling into /tmp/oa-AkLunG compiling exported divide : (%,%) -> Record(quotient: %,remainder: %) Time: 0.08 SEC. compiling exported rem : (%,%) -> % Time: 0.04 SEC. compiling exported rem : (%,%) -> % Time: 0.02 SEC. compiling exported euclideanSize : % -> NonNegativeInteger Time: 0.01 SEC. compiling exported unitCanonical : % -> % Time: 0.01 SEC. compiling exported unitNormal : % -> Record(unit: %,canonical: %,associate: %) Time: 0.02 SEC. compiling exported elt : (%,R) -> R Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] Rep differs from the base domain Cumulative Statistics for Constructor EuclideanModularRing Time: 0.21 seconds finalizing NRLIB EMR Processing EuclideanModularRing for Browser database: -- modulus : % -> Mod -- reduce : (R,Mod) -> % -- exQuo : (%,%) -> Union(%,"failed") -- inv : % -> % -- constructor ; compiling file "/tmp/oa-AkLunG/code.lsp" (written 01 FEB 2016 11:01:18 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |EMR;divide;2$R;1| ...) ; file: /tmp/oa-AkLunG/code.lsp ; in: DEFUN |EMR;divide;2$R;1| ; (DEFUN BOOT::|EMR;divide;2$R;1| (BOOT::|x| BOOT::|y| BOOT::$) ; (PROG (BOOT::|r| BOOT::|invlcy| BOOT::|yv| BOOT::|xm|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EMR;divide;2$R;1| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|EMR;divide;2$R;1| ; (PROG (BOOT::|r| BOOT::|invlcy| BOOT::|yv| BOOT::|xm|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |EMR;rem;3$;2| ...) ; file: /tmp/oa-AkLunG/code.lsp ; in: DEFUN |EMR;rem;3$;2| ; (DEFUN BOOT::|EMR;rem;3$;2| (BOOT::|x| BOOT::|y| BOOT::$) ; (PROG (BOOT::|d| BOOT::|xv| BOOT::|dy| BOOT::|invlcy| BOOT::|yv| ; BOOT::|xm|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EMR;rem;3$;2| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|EMR;rem;3$;2| ; (PROG (BOOT::|d| BOOT::|xv| BOOT::|dy| BOOT::|invlcy| BOOT::|yv| ; BOOT::|xm|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |EMR;rem;3$;3| ...) ; file: /tmp/oa-AkLunG/code.lsp ; in: DEFUN |EMR;rem;3$;3| ; (DEFUN BOOT::|EMR;rem;3$;3| (BOOT::|x| BOOT::|y| BOOT::$) ; (PROG (BOOT::|r| BOOT::|invlcy| BOOT::|yv| BOOT::|xm|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EMR;rem;3$;3| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|EMR;rem;3$;3| ; (PROG (BOOT::|r| BOOT::|invlcy| BOOT::|yv| BOOT::|xm|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |EMR;euclideanSize;$Nni;4| ...) ; file: /tmp/oa-AkLunG/code.lsp ; in: DEFUN |EMR;euclideanSize;$Nni;4| ; (DEFUN BOOT::|EMR;euclideanSize;$Nni;4| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (CAR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 25))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EMR;euclideanSize;$Nni;4| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|EMR;euclideanSize;$Nni;4| ; (BOOT::SPADCALL (CAR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 25)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |EMR;unitCanonical;2$;5| ...) ; file: /tmp/oa-AkLunG/code.lsp ; in: DEFUN |EMR;unitCanonical;2$;5| ; (DEFUN BOOT::|EMR;unitCanonical;2$;5| (BOOT::|x| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 37)) BOOT::|x|) ; ((ZEROP (BOOT::SPADCALL # #)) (BOOT::|spadConstant| BOOT::$ 39)) ; ((BOOT::SPADCALL (BOOT::SPADCALL # #) (BOOT::|shellEntry| BOOT::$ 15)) ; BOOT::|x|) ; (T ; (LET (#) ; (BOOT::SPADCALL BOOT::|invlcx| BOOT::|x| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EMR;unitCanonical;2$;5| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|EMR;unitCanonical;2$;5| ; (COND ((BOOT::SPADCALL BOOT::|x| #) BOOT::|x|) ; ((ZEROP #) (BOOT::|spadConstant| BOOT::$ 39)) ; ((BOOT::SPADCALL # #) BOOT::|x|) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |EMR;unitNormal;$R;6| ...) ; compiling (DEFUN |EMR;elt;$2R;7| ...) ; compiling (DEFUN |EuclideanModularRing| ...) ; compiling (DEFUN |EuclideanModularRing;| ...) ; compiling (MAKEPROP (QUOTE |EuclideanModularRing|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 5 notes ; /tmp/oa-AkLunG/code.fasl written ; compilation finished in 0:00:00.065 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/GENEEZ.fasl --optimize=3 GENEEZ.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GENEEZ.spad using Spad compiler. GENEEZ abbreviates package GenExEuclid debug: compDefine1 lhs: (GenExEuclid R BP) signature (pre-evaluate): ((CATEGORY package (SIGNATURE reduction (BP BP R)) (SIGNATURE compBound ((NonNegativeInteger) BP (List BP))) (SIGNATURE tablePow ((Union (Vector (List BP)) failed) (NonNegativeInteger) R (List BP))) (SIGNATURE solveid ((Union (List BP) failed) BP R (Vector (List BP)))) (SIGNATURE testModulus ((Boolean) R (List BP)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE reduction (BP BP R)) (SIGNATURE compBound ((NonNegativeInteger) BP (List BP))) (SIGNATURE tablePow ((Union (Vector (List BP)) failed) (NonNegativeInteger) R (List BP))) (SIGNATURE solveid ((Union (List BP) failed) BP R (Vector (List BP)))) (SIGNATURE testModulus ((Boolean) R (List BP)))) $param: (R BP) debug: evaluateType form: BP $param: (R BP) debug: evaluateType form: BP $param: (R BP) debug: evaluateType form: R $param: (R BP) debug: evaluateType form: (NonNegativeInteger) $param: (R BP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: BP $param: (R BP) debug: evaluateType form: (List BP) $param: (R BP) Debug: evaluateType1 form: (List BP) debug: evaluateType1 x: BP m: (Type) debug: evaluateType form: (Union (Vector (List BP)) failed) $param: (R BP) debug: evaluateType form: (Vector (List BP)) $param: (R BP) Debug: evaluateType1 form: (Vector (List BP)) debug: evaluateType1 x: (List BP) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R BP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List BP) $param: (R BP) Debug: evaluateType1 form: (List BP) debug: evaluateType1 x: BP m: (Type) debug: evalCategory d: (List BP) c: (Type) debug: evaluateType form: failed $param: (R BP) debug: evaluateType form: (NonNegativeInteger) $param: (R BP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: R $param: (R BP) debug: evaluateType form: (List BP) $param: (R BP) Debug: evaluateType1 form: (List BP) debug: evaluateType1 x: BP m: (Type) debug: evaluateType form: (Union (List BP) failed) $param: (R BP) debug: evaluateType form: (List BP) $param: (R BP) Debug: evaluateType1 form: (List BP) debug: evaluateType1 x: BP m: (Type) debug: evaluateType form: failed $param: (R BP) debug: evaluateType form: BP $param: (R BP) debug: evaluateType form: R $param: (R BP) debug: evaluateType form: (Vector (List BP)) $param: (R BP) Debug: evaluateType1 form: (Vector (List BP)) debug: evaluateType1 x: (List BP) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R BP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List BP) $param: (R BP) Debug: evaluateType1 form: (List BP) debug: evaluateType1 x: BP m: (Type) debug: evalCategory d: (List BP) c: (Type) debug: evaluateType form: (Boolean) $param: (R BP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: R $param: (R BP) debug: evaluateType form: (List BP) $param: (R BP) Debug: evaluateType1 form: (List BP) debug: evaluateType1 x: BP m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE reduction (BP BP R)) (SIGNATURE compBound ((NonNegativeInteger) BP (List BP))) (SIGNATURE tablePow ((Union (Vector (List BP)) failed) (NonNegativeInteger) R (List BP))) (SIGNATURE solveid ((Union (List BP) failed) BP R (Vector (List BP)))) (SIGNATURE testModulus ((Boolean) R (List BP)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for GenExEuclid compiling into /tmp/oa-BEUdr7 compiling exported compBound : (BP,List BP) -> NonNegativeInteger Time: 0.11 SEC. compiling exported compBound : (BP,List BP) -> NonNegativeInteger Time: 0.04 SEC. compiling exported compBound : (BP,List BP) -> NonNegativeInteger GENEEZ;compBound;BPLNni;3(m,listpolys) is replaced by error "attempt to use compBound without a well-understood valuation" Time: 0.02 SEC. compiling exported reduction : (BP,R) -> BP Time: 0.01 SEC. compiling exported reduction : (BP,R) -> BP Time: 0.00 SEC. compiling local merge : (R,R) -> Union(R,failed) Time: 0.00 SEC. compiling local modInverse : (R,R) -> R Time: 0.01 SEC. compiling local exactquo : (BP,BP,R) -> Union(BP,failed) Time: 0.01 SEC. importing GeneralHenselPackage(R,BP) compiling local reduceList : (List BP,R) -> List FP Time: 0.05 SEC. compiling local coerceLFP : List FP -> List BP Time: 0.02 SEC. compiling local liftSol : (List BP,BP,R,R,Vector List BP,BP,NonNegativeInteger) -> Union(List BP,failed) Time: 0.12 SEC. compiling local makeProducts : List BP -> List BP Time: 0.04 SEC. compiling exported testModulus : (R,List BP) -> Boolean Time: 0.06 SEC. compiling exported tablePow : (NonNegativeInteger,R,List BP) -> Union(Vector List BP,failed) Time: 0.06 SEC. compiling exported solveid : (BP,R,Vector List BP) -> Union(List BP,failed) Time: 0.06 SEC. compiling exported tablePow : (NonNegativeInteger,R,List BP) -> Union(Vector List BP,failed) Time: 0.08 SEC. compiling exported solveid : (BP,R,Vector List BP) -> Union(List BP,failed) Time: 0.09 SEC. (time taken in buildFunctor: 0) Time: 0.04 SEC. Cumulative Statistics for Constructor GenExEuclid Time: 0.82 seconds finalizing NRLIB GENEEZ Processing GenExEuclid for Browser database: -- reduction : (BP,R) -> BP -- compBound : (BP,L BP) -> NNI -- tablePow : (NNI,R,L BP) -> Union(Vector L BP,"failed") -- solveid : (BP,R,Vector L BP) -> Union(L BP,"failed") -- testModulus : (R,L BP) -> Boolean -- constructor ; compiling file "/tmp/oa-BEUdr7/code.lsp" (written 01 FEB 2016 11:01:19 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |GENEEZ;compBound;BPLNni;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |GENEEZ;compBound;BPLNni;1| ...) ; file: /tmp/oa-BEUdr7/code.lsp ; in: DEFUN |GENEEZ;compBound;BPLNni;1| ; (DEFUN BOOT::|GENEEZ;compBound;BPLNni;1| ; (BOOT::|m| BOOT::|listpolys| BOOT::$) ; (LET* ((BOOT::|ldeg| ; (LET # ; #)) ; (BOOT::|n| ; (LET # ; #)) ; (BOOT::|normlist| ; (LET # ; #)) ; (BOOT::|nm| ; (LET # ; #)) ; (BOOT::|normprod| ; (LET # ; #))) ; (BOOT::SPADCALL 2 ; (LET (#) ; (COND # #)) ; (BOOT::|shellEntry| BOOT::$ 24)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GENEEZ;compBound;BPLNni;1| ; (BOOT::|m| BOOT::|listpolys| BOOT::$) ; (BLOCK BOOT::|GENEEZ;compBound;BPLNni;1| ; (LET* ((BOOT::|ldeg| #) ; (BOOT::|n| #) ; (BOOT::|normlist| #) ; (BOOT::|nm| #) ; (BOOT::|normprod| #)) ; (BOOT::SPADCALL 2 ; (LET # ; #) ; (BOOT::|shellEntry| BOOT::$ 24))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |GENEEZ;compBound;BPLNni;2| ...) ; compiling (DEFUN |GENEEZ;compBound;BPLNni;3| ...) ; file: /tmp/oa-BEUdr7/code.lsp ; in: DEFUN |GENEEZ;compBound;BPLNni;3| ; (DEFUN BOOT::|GENEEZ;compBound;BPLNni;3| ; (BOOT::|m| BOOT::|listpolys| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|error| ; "attempt to use compBound without a well-understood valuation")) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GENEEZ;compBound;BPLNni;3| ; (BOOT::|m| BOOT::|listpolys| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|GENEEZ;compBound;BPLNni;3| ; (BOOT::|error| ; "attempt to use compBound without a well-understood valuation"))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; ; caught STYLE-WARNING: ; The variable |m| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |listpolys| is defined but never used. ; compiling (DEFUN |GENEEZ;reduction;BPRBP;4| ...) ; compiling (DEFUN |GENEEZ;reduction;BPRBP;4!0| ...) ; compiling (DEFUN |GENEEZ;reduction;BPRBP;5| ...) ; compiling (DEFUN |GENEEZ;reduction;BPRBP;5!0| ...) ; compiling (DEFUN |GENEEZ;merge| ...) ; compiling (DEFUN |GENEEZ;modInverse| ...) ; compiling (DEFUN |GENEEZ;exactquo| ...) ; compiling (DEFUN |GENEEZ;reduceList| ...) ; file: /tmp/oa-BEUdr7/code.lsp ; in: DEFUN |GENEEZ;reduceList| ; (DEFUN BOOT::|GENEEZ;reduceList| (BOOT::|lp| BOOT::|lmod| BOOT::$) ; (LET ((#:G726 BOOT::|lp|) (#:G609 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G726 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GENEEZ;reduceList| ; (BOOT::|lp| BOOT::|lmod| BOOT::$) ; (BLOCK BOOT::|GENEEZ;reduceList| ; (LET ((#:G726 BOOT::|lp|) (#:G609 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |GENEEZ;coerceLFP| ...) ; file: /tmp/oa-BEUdr7/code.lsp ; in: DEFUN |GENEEZ;coerceLFP| ; (DEFUN BOOT::|GENEEZ;coerceLFP| (BOOT::|lf| BOOT::$) ; (LET ((#:G727 BOOT::|lf|) (#:G612 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G727 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GENEEZ;coerceLFP| ; (BOOT::|lf| BOOT::$) ; (BLOCK BOOT::|GENEEZ;coerceLFP| ; (LET ((#:G727 BOOT::|lf|) (#:G612 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |GENEEZ;liftSol| ...) ; compiling (DEFUN |GENEEZ;liftSol!0| ...) ; compiling (DEFUN |GENEEZ;makeProducts| ...) ; file: /tmp/oa-BEUdr7/code.lsp ; in: DEFUN |GENEEZ;makeProducts| ; (DEFUN BOOT::|GENEEZ;makeProducts| (BOOT::|listPol| BOOT::$) ; (COND ((< (LIST-LENGTH BOOT::|listPol|) 2) BOOT::|listPol|) ; ((EQL (LIST-LENGTH BOOT::|listPol|) 2) ; (BOOTTRAN:|reverse| BOOT::|listPol|)) ; (T ; (LET (# #) ; (CONS # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GENEEZ;makeProducts| ; (BOOT::|listPol| BOOT::$) ; (BLOCK BOOT::|GENEEZ;makeProducts| ; (COND ((< # 2) BOOT::|listPol|) ; ((EQL # 2) (BOOTTRAN:|reverse| BOOT::|listPol|)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |GENEEZ;testModulus;RLB;13| ...) ; compiling (DEFUN |GENEEZ;tablePow;NniRLU;14| ...) ; file: /tmp/oa-BEUdr7/code.lsp ; in: DEFUN |GENEEZ;tablePow;NniRLU;14| ; (DEFUN BOOT::|GENEEZ;tablePow;NniRLU;14| ; (BOOT::|mdeg| BOOT::|pmod| BOOT::|listPol| BOOT::$) ; (PROG (BOOT::|x| BOOT::|ptable|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GENEEZ;tablePow;NniRLU;14| ; (BOOT::|mdeg| BOOT::|pmod| BOOT::|listPol| BOOT::$) ; (BLOCK BOOT::|GENEEZ;tablePow;NniRLU;14| ; (PROG (BOOT::|x| BOOT::|ptable|) ; (RETURN ; (LET # ; #))))) ; ; caught STYLE-WARNING: ; The variable |pmod| is defined but never used. ; compiling (DEFUN |GENEEZ;solveid;BPRVU;15| ...) ; file: /tmp/oa-BEUdr7/code.lsp ; in: DEFUN |GENEEZ;solveid;BPRVU;15| ; (DEFUN BOOT::|GENEEZ;solveid;BPRVU;15| ; (BOOT::|m| BOOT::|pmod| BOOT::|table| BOOT::$) ; (LET ((BOOT::|d| (BOOT::SPADCALL BOOT::|m| #)) ; (BOOT::|sln| ; (LET # ; #))) ; (PROGN ; (LET (#) ; (LOOP # ; #)) ; (CONS 0 BOOT::|sln|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GENEEZ;solveid;BPRVU;15| ; (BOOT::|m| BOOT::|pmod| BOOT::|table| BOOT::$) ; (BLOCK BOOT::|GENEEZ;solveid;BPRVU;15| ; (LET ((BOOT::|d| #) (BOOT::|sln| #)) ; (PROGN ; (LET # ; #) ; (CONS 0 BOOT::|sln|))))) ; ; caught STYLE-WARNING: ; The variable |pmod| is defined but never used. ; compiling (DEFUN |GENEEZ;tablePow;NniRLU;16| ...) ; compiling (DEFUN |GENEEZ;solveid;BPRVU;17| ...) ; compiling (DEFUN |GENEEZ;solveid;BPRVU;17!0| ...) ; compiling (DEFUN |GenExEuclid| ...) ; compiling (DEFUN |GenExEuclid;| ...) ; compiling (MAKEPROP (QUOTE |GenExEuclid|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 4 STYLE-WARNING conditions ; printed 5 notes ; /tmp/oa-BEUdr7/code.fasl written ; compilation finished in 0:00:00.199 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile GHENSEL.spad && cp GHENSEL.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GHENSEL.fasl \ && if test -f GHENSEL-.NRLIB/code.fasl; then \ cp GHENSEL-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GHENSEL-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GHENSEL.spad using Spad compiler. GHENSEL abbreviates package GeneralHenselPackage debug: compDefine1 lhs: (GeneralHenselPackage RP TP) signature (pre-evaluate): ((CATEGORY package (SIGNATURE HenselLift ((Record (: plist (List TP)) (: modulo RP)) TP (List TP) RP (PositiveInteger))) (SIGNATURE completeHensel ((List TP) TP (List TP) RP (PositiveInteger))) (SIGNATURE reduction (TP TP RP))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE HenselLift ((Record (: plist (List TP)) (: modulo RP)) TP (List TP) RP (PositiveInteger))) (SIGNATURE completeHensel ((List TP) TP (List TP) RP (PositiveInteger))) (SIGNATURE reduction (TP TP RP))) $param: (RP TP) debug: evaluateType form: (Record (: plist (List TP)) (: modulo RP)) $param: (RP TP) debug: evaluateType form: (List TP) $param: (RP TP) Debug: evaluateType1 form: (List TP) debug: evaluateType1 x: TP m: (Type) debug: evaluateType form: RP $param: (RP TP) debug: evaluateType form: TP $param: (RP TP) debug: evaluateType form: (List TP) $param: (RP TP) Debug: evaluateType1 form: (List TP) debug: evaluateType1 x: TP m: (Type) debug: evaluateType form: RP $param: (RP TP) debug: evaluateType form: (PositiveInteger) $param: (RP TP) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (List TP) $param: (RP TP) Debug: evaluateType1 form: (List TP) debug: evaluateType1 x: TP m: (Type) debug: evaluateType form: TP $param: (RP TP) debug: evaluateType form: (List TP) $param: (RP TP) Debug: evaluateType1 form: (List TP) debug: evaluateType1 x: TP m: (Type) debug: evaluateType form: RP $param: (RP TP) debug: evaluateType form: (PositiveInteger) $param: (RP TP) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: TP $param: (RP TP) debug: evaluateType form: TP $param: (RP TP) debug: evaluateType form: RP $param: (RP TP) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE HenselLift ((Record (: plist (List TP)) (: modulo RP)) TP (List TP) RP (PositiveInteger))) (SIGNATURE completeHensel ((List TP) TP (List TP) RP (PositiveInteger))) (SIGNATURE reduction (TP TP RP))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for GeneralHenselPackage compiling into /tmp/oa-ZbOstt compiling local reduceCoef : (RP,RP) -> RP Time: 0.10 SEC. compiling exported reduction : (TP,RP) -> TP Time: 0.01 SEC. compiling local merge : (RP,RP) -> Union(RP,failed) Time: 0.00 SEC. compiling local modInverse : (RP,RP) -> RP Time: 0.01 SEC. compiling local exactquo : (TP,TP,RP) -> Union(TP,failed) Time: 0.01 SEC. compiling local mQuo : (TP,RP) -> TP Time: 0.01 SEC. compiling local GenExEuclid : (List FP,List FP,FP) -> List FP Time: 0.01 SEC. compiling local genFact : (List TP,List List TP) -> List List TP Time: 0.14 SEC. compiling local HenselLift1 : (TP,List TP,List FP,List FP,RP,RP,RP) -> List TP Time: 0.04 SEC. compiling exported HenselLift : (TP,List TP,RP,PositiveInteger) -> Record(plist: List TP,modulo: RP) Time: 0.18 SEC. compiling exported completeHensel : (TP,List TP,RP,PositiveInteger) -> List TP Time: 0.06 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] reduceCoef: symmetricRemainder has no value [2] reduction: symmetricRemainder has no value [3] HenselLift: constp has no value [4] HenselLift: fln has no value [5] completeHensel: factlist has no value [6] completeHensel: finallist has no value Cumulative Statistics for Constructor GeneralHenselPackage Time: 0.60 seconds finalizing NRLIB GHENSEL Processing GeneralHenselPackage for Browser database: -- HenselLift : (TP,List TP,RP,PI) -> Record(plist: List TP,modulo: RP) -- completeHensel : (TP,List TP,RP,PI) -> List TP -- reduction : (TP,RP) -> TP -- constructor ; compiling file "/tmp/oa-ZbOstt/code.lsp" (written 01 FEB 2016 11:01:20 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |GHENSEL;reduceCoef| ...) ; compiling (DEFUN |GHENSEL;reduction;TPRPTP;2| ...) ; compiling (DEFUN |GHENSEL;reduction;TPRPTP;2!1| ...) ; compiling (DEFUN |GHENSEL;reduction;TPRPTP;2!0| ...) ; compiling (DEFUN |GHENSEL;merge| ...) ; compiling (DEFUN |GHENSEL;modInverse| ...) ; compiling (DEFUN |GHENSEL;exactquo| ...) ; compiling (DEFUN |GHENSEL;mQuo| ...) ; compiling (DEFUN |GHENSEL;mQuo!0| ...) ; compiling (DEFUN |GHENSEL;GenExEuclid| ...) ; file: /tmp/oa-ZbOstt/code.lsp ; in: DEFUN |GHENSEL;GenExEuclid| ; (DEFUN BOOT::|GHENSEL;GenExEuclid| ; (BOOT::|fl| BOOT::|cl| BOOT::|rhs| BOOT::$) ; (LET ((#:G745 BOOT::|cl|) (#:G746 BOOT::|fl|) (#:G588 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G745 #) ; (SETQ #:G746 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GHENSEL;GenExEuclid| ; (BOOT::|fl| BOOT::|cl| BOOT::|rhs| BOOT::$) ; (BLOCK BOOT::|GHENSEL;GenExEuclid| ; (LET ((#:G745 BOOT::|cl|) (#:G746 BOOT::|fl|) (#:G588 NIL)) ; (LOOP (COND # #) ; (SETQ #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |GHENSEL;genFact| ...) ; file: /tmp/oa-ZbOstt/code.lsp ; in: DEFUN |GHENSEL;genFact| ; (DEFUN BOOT::|GHENSEL;genFact| (BOOT::|fln| BOOT::|factlist| BOOT::$) ; (PROG (BOOT::|dp|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GHENSEL;genFact| ; (BOOT::|fln| BOOT::|factlist| BOOT::$) ; (BLOCK BOOT::|GHENSEL;genFact| (PROG (BOOT::|dp|) (RETURN (COND # #))))) ; ; note: Assignment to argument: |factlist| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS LIST T)) ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; compiling (DEFUN |GHENSEL;HenselLift1| ...) ; file: /tmp/oa-ZbOstt/code.lsp ; in: DEFUN |GHENSEL;HenselLift1| ; (DEFUN BOOT::|GHENSEL;HenselLift1| ; (BOOT::|poly| BOOT::|fln| BOOT::|fl1| BOOT::|cl1| BOOT::|prime| ; BOOT::|Modulus| BOOT::|cinv| BOOT::$) ; (PROG (BOOT::|vl| BOOT::|lcinv|) ; (RETURN ; (LET* (# #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GHENSEL;HenselLift1| ; (BOOT::|poly| BOOT::|fln| BOOT::|fl1| BOOT::|cl1| BOOT::|prime| ; BOOT::|Modulus| BOOT::|cinv| BOOT::$) ; (BLOCK BOOT::|GHENSEL;HenselLift1| ; (PROG (BOOT::|vl| BOOT::|lcinv|) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |GHENSEL;HenselLift;TPLRPPiR;10| ...) ; file: /tmp/oa-ZbOstt/code.lsp ; in: DEFUN |GHENSEL;HenselLift;TPLRPPiR;10| ; (DEFUN BOOT::|GHENSEL;HenselLift;TPLRPPiR;10| ; (BOOT::|poly| BOOT::|tl1| BOOT::|prime| BOOT::|bound| BOOT::$) ; (PROG (#:G693 BOOT::|err| BOOT::|nfln| BOOT::|lcinv| BOOT::|fln| ; BOOT::|Modulus| BOOT::|cl1| BOOT::|fl1|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GHENSEL;HenselLift;TPLRPPiR;10| ; (BOOT::|poly| BOOT::|tl1| BOOT::|prime| BOOT::|bound| BOOT::$) ; (BLOCK BOOT::|GHENSEL;HenselLift;TPLRPPiR;10| ; (PROG (#:G693 BOOT::|err| BOOT::|nfln| BOOT::|lcinv| BOOT::|fln| ; BOOT::|Modulus| BOOT::|cl1| BOOT::|fl1|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |tl1| ; prevents use of assertion from function type proclamation: ; LIST ; ; (GO #:G693) ; ; note: deleting unreachable code ; compiling (DEFUN |GHENSEL;completeHensel;TPLRPPiL;11| ...) ; compiling (DEFUN |GeneralHenselPackage| ...) ; compiling (DEFUN |GeneralHenselPackage;| ...) ; compiling (MAKEPROP (QUOTE |GeneralHenselPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 6 notes ; /tmp/oa-ZbOstt/code.fasl written ; compilation finished in 0:00:00.111 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile STTAYLOR.spad && cp STTAYLOR.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/STTAYLOR.fasl \ && if test -f STTAYLOR-.NRLIB/code.fasl; then \ cp STTAYLOR-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/STTAYLOR-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/STTAYLOR.spad using Spad compiler. STTAYLOR abbreviates package StreamTaylorSeriesOperations debug: compDefine1 lhs: (StreamTaylorSeriesOperations A) signature (pre-evaluate): ((CATEGORY package (SIGNATURE + ((Stream A) (Stream A) (Stream A))) (SIGNATURE - ((Stream A) (Stream A) (Stream A))) (SIGNATURE - ((Stream A) (Stream A))) (SIGNATURE * ((Stream A) (Stream A) (Stream A))) (SIGNATURE * ((Stream A) A (Stream A))) (SIGNATURE * ((Stream A) (Stream A) A)) (SIGNATURE exquo ((Union (Stream A) failed) (Stream A) (Stream A))) (SIGNATURE / ((Stream A) (Stream A) (Stream A))) (SIGNATURE recip ((Union (Stream A) failed) (Stream A))) (SIGNATURE monom ((Stream A) A (Integer))) (SIGNATURE integers ((Stream (Integer)) (Integer))) (SIGNATURE oddintegers ((Stream (Integer)) (Integer))) (SIGNATURE int ((Stream A) A)) (SIGNATURE mapmult ((Stream A) (Stream A) (Stream A))) (SIGNATURE deriv ((Stream A) (Stream A))) (SIGNATURE gderiv ((Stream A) (Mapping A (Integer)) (Stream A))) (SIGNATURE coerce ((Stream A) A)) (SIGNATURE eval ((Stream A) (Stream A) A)) (SIGNATURE compose ((Stream A) (Stream A) (Stream A))) (SIGNATURE lagrange ((Stream A) (Stream A))) (SIGNATURE revert ((Stream A) (Stream A))) (SIGNATURE addiag ((Stream A) (Stream (Stream A)))) (SIGNATURE lambert ((Stream A) (Stream A))) (SIGNATURE oddlambert ((Stream A) (Stream A))) (SIGNATURE evenlambert ((Stream A) (Stream A))) (SIGNATURE generalLambert ((Stream A) (Stream A) (Integer) (Integer))) (SIGNATURE multisect ((Stream A) (Integer) (Integer) (Stream A))) (SIGNATURE invmultisect ((Stream A) (Integer) (Integer) (Stream A))) (IF (has A (Algebra (Fraction (Integer)))) (PROGN (SIGNATURE integrate ((Stream A) A (Stream A))) (SIGNATURE lazyIntegrate ((Stream A) A (Mapping (Stream A)))) (SIGNATURE nlde ((Stream A) (Stream (Stream A)))) (SIGNATURE powern ((Stream A) (Fraction (Integer)) (Stream A)))) %noBranch) (IF (has A (Field)) (PROGN (SIGNATURE mapdiv ((Stream A) (Stream A) (Stream A))) (SIGNATURE lazyGintegrate ((Stream A) (Mapping A (Integer)) A (Mapping (Stream A)))) (SIGNATURE power ((Stream A) A (Stream A)))) %noBranch)) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE + ((Stream A) (Stream A) (Stream A))) (SIGNATURE - ((Stream A) (Stream A) (Stream A))) (SIGNATURE - ((Stream A) (Stream A))) (SIGNATURE * ((Stream A) (Stream A) (Stream A))) (SIGNATURE * ((Stream A) A (Stream A))) (SIGNATURE * ((Stream A) (Stream A) A)) (SIGNATURE exquo ((Union (Stream A) failed) (Stream A) (Stream A))) (SIGNATURE / ((Stream A) (Stream A) (Stream A))) (SIGNATURE recip ((Union (Stream A) failed) (Stream A))) (SIGNATURE monom ((Stream A) A (Integer))) (SIGNATURE integers ((Stream (Integer)) (Integer))) (SIGNATURE oddintegers ((Stream (Integer)) (Integer))) (SIGNATURE int ((Stream A) A)) (SIGNATURE mapmult ((Stream A) (Stream A) (Stream A))) (SIGNATURE deriv ((Stream A) (Stream A))) (SIGNATURE gderiv ((Stream A) (Mapping A (Integer)) (Stream A))) (SIGNATURE coerce ((Stream A) A)) (SIGNATURE eval ((Stream A) (Stream A) A)) (SIGNATURE compose ((Stream A) (Stream A) (Stream A))) (SIGNATURE lagrange ((Stream A) (Stream A))) (SIGNATURE revert ((Stream A) (Stream A))) (SIGNATURE addiag ((Stream A) (Stream (Stream A)))) (SIGNATURE lambert ((Stream A) (Stream A))) (SIGNATURE oddlambert ((Stream A) (Stream A))) (SIGNATURE evenlambert ((Stream A) (Stream A))) (SIGNATURE generalLambert ((Stream A) (Stream A) (Integer) (Integer))) (SIGNATURE multisect ((Stream A) (Integer) (Integer) (Stream A))) (SIGNATURE invmultisect ((Stream A) (Integer) (Integer) (Stream A))) (IF (has A (Algebra (Fraction (Integer)))) (PROGN (SIGNATURE integrate ((Stream A) A (Stream A))) (SIGNATURE lazyIntegrate ((Stream A) A (Mapping (Stream A)))) (SIGNATURE nlde ((Stream A) (Stream (Stream A)))) (SIGNATURE powern ((Stream A) (Fraction (Integer)) (Stream A)))) %noBranch) (IF (has A (Field)) (PROGN (SIGNATURE mapdiv ((Stream A) (Stream A) (Stream A))) (SIGNATURE lazyGintegrate ((Stream A) (Mapping A (Integer)) A (Mapping (Stream A)))) (SIGNATURE power ((Stream A) A (Stream A)))) %noBranch)) $param: (A) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: A $param: (A) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: A $param: (A) debug: evaluateType form: (Union (Stream A) failed) $param: (A) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: failed $param: (A) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Union (Stream A) failed) $param: (A) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: failed $param: (A) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: A $param: (A) debug: evaluateType form: (Integer) $param: (A) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Stream (Integer)) $param: (A) Debug: evaluateType1 form: (Stream (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (A) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (A) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (Integer) $param: (A) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Stream (Integer)) $param: (A) Debug: evaluateType1 form: (Stream (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (A) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (A) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (Integer) $param: (A) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: A $param: (A) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Mapping A (Integer)) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (Integer) $param: (A) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: A $param: (A) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: A $param: (A) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream (Stream A)) $param: (A) Debug: evaluateType1 form: (Stream (Stream A)) debug: evaluateType1 x: (Stream A) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (A) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evalCategory d: (Stream A) c: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Integer) $param: (A) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (A) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Integer) $param: (A) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (A) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Integer) $param: (A) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (A) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE + ((Stream A) (Stream A) (Stream A))) (SIGNATURE - ((Stream A) (Stream A) (Stream A))) (SIGNATURE - ((Stream A) (Stream A))) (SIGNATURE * ((Stream A) (Stream A) (Stream A))) (SIGNATURE * ((Stream A) A (Stream A))) (SIGNATURE * ((Stream A) (Stream A) A)) (SIGNATURE exquo ((Union (Stream A) failed) (Stream A) (Stream A))) (SIGNATURE / ((Stream A) (Stream A) (Stream A))) (SIGNATURE recip ((Union (Stream A) failed) (Stream A))) (SIGNATURE monom ((Stream A) A (Integer))) (SIGNATURE integers ((Stream (Integer)) (Integer))) (SIGNATURE oddintegers ((Stream (Integer)) (Integer))) (SIGNATURE int ((Stream A) A)) (SIGNATURE mapmult ((Stream A) (Stream A) (Stream A))) (SIGNATURE deriv ((Stream A) (Stream A))) (SIGNATURE gderiv ((Stream A) (Mapping A (Integer)) (Stream A))) (SIGNATURE coerce ((Stream A) A)) (SIGNATURE eval ((Stream A) (Stream A) A)) (SIGNATURE compose ((Stream A) (Stream A) (Stream A))) (SIGNATURE lagrange ((Stream A) (Stream A))) (SIGNATURE revert ((Stream A) (Stream A))) (SIGNATURE addiag ((Stream A) (Stream (Stream A)))) (SIGNATURE lambert ((Stream A) (Stream A))) (SIGNATURE oddlambert ((Stream A) (Stream A))) (SIGNATURE evenlambert ((Stream A) (Stream A))) (SIGNATURE generalLambert ((Stream A) (Stream A) (Integer) (Integer))) (SIGNATURE multisect ((Stream A) (Integer) (Integer) (Stream A))) (SIGNATURE invmultisect ((Stream A) (Integer) (Integer) (Stream A))) (IF (has A (Algebra (Fraction (Integer)))) (PROGN (SIGNATURE integrate ((Stream A) A (Stream A))) (SIGNATURE lazyIntegrate ((Stream A) A (Mapping (Stream A)))) (SIGNATURE nlde ((Stream A) (Stream (Stream A)))) (SIGNATURE powern ((Stream A) (Fraction (Integer)) (Stream A)))) %noBranch) (IF (has A (Field)) (PROGN (SIGNATURE mapdiv ((Stream A) (Stream A) (Stream A))) (SIGNATURE lazyGintegrate ((Stream A) (Mapping A (Integer)) A (Mapping (Stream A)))) (SIGNATURE power ((Stream A) A (Stream A)))) %noBranch)) NIL) ------------------------------------------------------------------------ initializing stationary directory for StreamTaylorSeriesOperations compiling into /tmp/oa-jTE8ap compiling local zro : () -> Stream A Time: 0.04 SEC. compiling exported + : (Stream A,Stream A) -> Stream A Time: 0.02 SEC. compiling exported - : (Stream A,Stream A) -> Stream A Time: 0.02 SEC. compiling exported - : Stream A -> Stream A Time: 0.00 SEC. compiling exported * : (Stream A,Stream A) -> Stream A Time: 0.06 SEC. compiling exported * : (A,Stream A) -> Stream A Time: 0.01 SEC. compiling exported * : (Stream A,A) -> Stream A Time: 0.01 SEC. compiling local iDiv : (Stream A,Stream A,A) -> Stream A Time: 0.02 SEC. compiling exported exquo : (Stream A,Stream A) -> Union(Stream A,failed) Time: 0.02 SEC. compiling exported / : (Stream A,Stream A) -> Stream A Time: 0.03 SEC. compiling exported recip : Stream A -> Union(Stream A,failed) Time: 0.01 SEC. compiling local rp : (Integer,A) -> List A Time: 0.02 SEC. compiling local rpSt : (Integer,A) -> Stream A Time: 0.01 SEC. compiling exported monom : (A,Integer) -> Stream A Time: 0.02 SEC. compiling local nnintegers : NonNegativeInteger -> Stream NonNegativeInteger Time: 0.02 SEC. compiling exported integers : Integer -> Stream Integer Time: 0.01 SEC. compiling exported oddintegers : Integer -> Stream Integer Time: 0.02 SEC. compiling exported int : A -> Stream A Time: 0.01 SEC. compiling exported mapmult : (Stream A,Stream A) -> Stream A Time: 0.05 SEC. compiling exported deriv : Stream A -> Stream A Time: 0.02 SEC. compiling exported gderiv : (Integer -> A,Stream A) -> Stream A Time: 0.04 SEC. compiling exported coerce : A -> Stream A Time: 0.04 SEC. compiling exported eval : (Stream A,A) -> Stream A Time: 0.01 SEC. compiling exported compose : (Stream A,Stream A) -> Stream A Time: 0.07 SEC. compiling local lagrangere : (Stream A,Stream A) -> Stream A Time: 0.01 SEC. compiling exported lagrange : Stream A -> Stream A Time: 0.01 SEC. compiling exported revert : Stream A -> Stream A Time: 0.02 SEC. compiling exported addiag : Stream Stream A -> Stream A Time: 0.08 SEC. compiling local rptg1 : (Integer,A) -> Stream A Time: 0.02 SEC. compiling local rptg2 : (Integer,A) -> Stream A Time: 0.02 SEC. compiling local rptg3 : (Integer,Integer,Integer,A) -> Stream A Time: 0.06 SEC. compiling exported lambert : Stream A -> Stream A Time: 0.06 SEC. compiling exported oddlambert : Stream A -> Stream A Time: 0.05 SEC. compiling exported evenlambert : Stream A -> Stream A Time: 0.08 SEC. compiling exported generalLambert : (Stream A,Integer,Integer) -> Stream A Time: 0.15 SEC. compiling local ms : (Integer,Integer,Stream A) -> Stream A Time: 0.07 SEC. compiling exported multisect : (Integer,Integer,Stream A) -> Stream A Time: 0.02 SEC. compiling local altn : (Stream A,Stream A) -> Stream A Time: 0.13 SEC. compiling exported invmultisect : (Integer,Integer,Stream A) -> Stream A Time: 0.08 SEC. compiling local comps : (Stream Stream A,Stream A) -> Stream Stream A Time: 0.11 SEC. compiling local integre : (Stream A,Integer) -> Stream A Time: 0.20 SEC. compiling local integ : Stream A -> Stream A Time: 0.01 SEC. compiling exported integrate : (A,Stream A) -> Stream A Time: 0.01 SEC. compiling exported lazyIntegrate : (A,() -> Stream A) -> Stream A Time: 0.01 SEC. compiling local nldere : (Stream Stream A,Stream A) -> Stream A Time: 0.02 SEC. compiling exported nlde : Stream Stream A -> Stream A Time: 0.01 SEC. compiling local smult : (Fraction Integer,Stream A) -> Stream A Time: 0.01 SEC. compiling local powerrn : (Fraction Integer,Stream A,Stream A) -> Stream A Time: 0.04 SEC. compiling exported powern : (Fraction Integer,Stream A) -> Stream A Time: 0.12 SEC. compiling exported mapdiv : (Stream A,Stream A) -> Stream A Time: 0.06 SEC. compiling local ginteg : (Integer -> A,Stream A) -> Stream A Time: 0.03 SEC. compiling exported lazyGintegrate : (Integer -> A,A,() -> Stream A) -> Stream A Time: 0.02 SEC. compiling local finteg : Stream A -> Stream A Time: 0.02 SEC. compiling local powerre : (A,Stream A,Stream A) -> Stream A Time: 0.05 SEC. compiling exported power : (A,Stream A) -> Stream A Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.03 SEC. Warnings: [1] String syntax for ** in signature is deprecated. Cumulative Statistics for Constructor StreamTaylorSeriesOperations Time: 2.17 seconds finalizing NRLIB STTAYLOR Processing StreamTaylorSeriesOperations for Browser database: -- ?+? : (ST A,ST A) -> ST A -- ?-? : (ST A,ST A) -> ST A -- -? : ST A -> ST A -- ?*? : (ST A,ST A) -> ST A -- ?*? : (A,ST A) -> ST A -- ?*? : (ST A,A) -> ST A -- exquo : (ST A,ST A) -> Union(ST A,"failed") -- ?/? : (ST A,ST A) -> ST A -- recip : ST A -> UN -- monom : (A,I) -> ST A -- integers : I -> ST I -- oddintegers : I -> ST I -- int : A -> ST A -- mapmult : (ST A,ST A) -> ST A -- deriv : ST A -> ST A -- gderiv : ((I -> A),ST A) -> ST A -- coerce : A -> ST A -- eval : (ST A,A) -> ST A -- compose : (ST A,ST A) -> ST A -- lagrange : ST A -> ST A -- revert : ST A -> ST A -- addiag : ST ST A -> ST A -- lambert : ST A -> ST A -- oddlambert : ST A -> ST A -- evenlambert : ST A -> ST A -- generalLambert : (ST A,I,I) -> ST A -- multisect : (I,I,ST A) -> ST A -- invmultisect : (I,I,ST A) -> ST A -- integrate : (A,ST A) -> ST A -- lazyIntegrate : (A,(() -> ST A)) -> ST A -- nlde : ST ST A -> ST A -- powern : (RN,ST A) -> ST A -- mapdiv : (ST A,ST A) -> ST A -- lazyGintegrate : ((I -> A),A,(() -> ST A)) -> ST A -- power : (A,ST A) -> ST A -- constructor ; compiling file "/tmp/oa-jTE8ap/code.lsp" (written 01 FEB 2016 11:01:23 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |STTAYLOR;zro| ...) ; compiling (DEFUN |STTAYLOR;+;3S;2| ...) ; compiling (DEFUN |STTAYLOR;+;3S;2!2| ...) ; compiling (DEFUN |STTAYLOR;+;3S;2!1| ...) ; compiling (DEFUN |STTAYLOR;+;3S;2!0| ...) ; compiling (DEFUN |STTAYLOR;-;3S;3| ...) ; compiling (DEFUN |STTAYLOR;-;3S;3!2| ...) ; compiling (DEFUN |STTAYLOR;-;3S;3!1| ...) ; compiling (DEFUN |STTAYLOR;-;3S;3!0| ...) ; compiling (DEFUN |STTAYLOR;-;2S;4| ...) ; compiling (DEFUN |STTAYLOR;-;2S;4!0| ...) ; compiling (DEFUN |STTAYLOR;*;3S;5| ...) ; compiling (DEFUN |STTAYLOR;*;3S;5!0| ...) ; compiling (DEFUN |STTAYLOR;*;A2S;6| ...) ; compiling (DEFUN |STTAYLOR;*;A2S;6!0| ...) ; compiling (DEFUN |STTAYLOR;*;SAS;7| ...) ; compiling (DEFUN |STTAYLOR;*;SAS;7!0| ...) ; compiling (DEFUN |STTAYLOR;iDiv| ...) ; compiling (DEFUN |STTAYLOR;iDiv!0| ...) ; compiling (DEFUN |STTAYLOR;exquo;2SU;9| ...) ; compiling (DEFUN |STTAYLOR;exquo;2SU;9!0| ...) ; compiling (DEFUN |STTAYLOR;/;3S;10| ...) ; compiling (DEFUN |STTAYLOR;/;3S;10!1| ...) ; compiling (DEFUN |STTAYLOR;/;3S;10!0| ...) ; compiling (DEFUN |STTAYLOR;recip;SU;11| ...) ; compiling (DEFUN |STTAYLOR;recip;SU;11!0| ...) ; compiling (DEFUN |STTAYLOR;rp| ...) ; compiling (DEFUN |STTAYLOR;rpSt| ...) ; compiling (DEFUN |STTAYLOR;rpSt!0| ...) ; compiling (DEFUN |STTAYLOR;monom;AIS;14| ...) ; compiling (DEFUN |STTAYLOR;nnintegers| ...) ; compiling (DEFUN |STTAYLOR;nnintegers!0| ...) ; file: /tmp/oa-jTE8ap/code.lsp ; in: DEFUN |STTAYLOR;nnintegers!0| ; (DEFUN BOOT::|STTAYLOR;nnintegers!0| (BOOT::|#1| BOOT::$$) (+ BOOT::|#1| 1)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STTAYLOR;nnintegers!0| ; (BOOT::|#1| BOOT::$$) ; (BLOCK BOOT::|STTAYLOR;nnintegers!0| (+ BOOT::|#1| 1))) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |STTAYLOR;integers;IS;16| ...) ; compiling (DEFUN |STTAYLOR;integers;IS;16!0| ...) ; file: /tmp/oa-jTE8ap/code.lsp ; in: DEFUN |STTAYLOR;integers;IS;16!0| ; (DEFUN BOOT::|STTAYLOR;integers;IS;16!0| (BOOT::|#1| BOOT::$$) ; (+ BOOT::|#1| 1)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STTAYLOR;integers;IS;16!0| ; (BOOT::|#1| BOOT::$$) ; (BLOCK BOOT::|STTAYLOR;integers;IS;16!0| (+ BOOT::|#1| 1))) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |STTAYLOR;oddintegers;IS;17| ...) ; compiling (DEFUN |STTAYLOR;oddintegers;IS;17!0| ...) ; file: /tmp/oa-jTE8ap/code.lsp ; in: DEFUN |STTAYLOR;oddintegers;IS;17!0| ; (DEFUN BOOT::|STTAYLOR;oddintegers;IS;17!0| (BOOT::|#1| BOOT::$$) ; (+ BOOT::|#1| 2)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STTAYLOR;oddintegers;IS;17!0| ; (BOOT::|#1| BOOT::$$) ; (BLOCK BOOT::|STTAYLOR;oddintegers;IS;17!0| (+ BOOT::|#1| 2))) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |STTAYLOR;int;AS;18| ...) ; compiling (DEFUN |STTAYLOR;int;AS;18!0| ...) ; compiling (DEFUN |STTAYLOR;mapmult;3S;19| ...) ; compiling (DEFUN |STTAYLOR;mapmult;3S;19!0| ...) ; compiling (DEFUN |STTAYLOR;deriv;2S;20| ...) ; compiling (DEFUN |STTAYLOR;gderiv;M2S;21| ...) ; compiling (DEFUN |STTAYLOR;coerce;AS;22| ...) ; compiling (DEFUN |STTAYLOR;eval;SAS;23| ...) ; compiling (DEFUN |STTAYLOR;eval;SAS;23!1| ...) ; compiling (DEFUN |STTAYLOR;eval;SAS;23!0| ...) ; compiling (DEFUN |STTAYLOR;compose;3S;24| ...) ; compiling (DEFUN |STTAYLOR;compose;3S;24!0| ...) ; compiling (DEFUN |STTAYLOR;lagrangere| ...) ; compiling (DEFUN |STTAYLOR;lagrangere!0| ...) ; compiling (DEFUN |STTAYLOR;lagrange;2S;26| ...) ; compiling (DEFUN |STTAYLOR;lagrange;2S;26!0| ...) ; compiling (DEFUN |STTAYLOR;revert;2S;27| ...) ; compiling (DEFUN |STTAYLOR;addiag;SS;28| ...) ; compiling (DEFUN |STTAYLOR;addiag;SS;28!0| ...) ; compiling (DEFUN |STTAYLOR;rptg1| ...) ; compiling (DEFUN |STTAYLOR;rptg2| ...) ; compiling (DEFUN |STTAYLOR;rptg3| ...) ; compiling (DEFUN |STTAYLOR;lambert;2S;32| ...) ; compiling (DEFUN |STTAYLOR;lambert;2S;32!0| ...) ; compiling (DEFUN |STTAYLOR;oddlambert;2S;33| ...) ; compiling (DEFUN |STTAYLOR;oddlambert;2S;33!0| ...) ; compiling (DEFUN |STTAYLOR;evenlambert;2S;34| ...) ; compiling (DEFUN |STTAYLOR;evenlambert;2S;34!0| ...) ; compiling (DEFUN |STTAYLOR;generalLambert;S2IS;35| ...) ; compiling (DEFUN |STTAYLOR;generalLambert;S2IS;35!1| ...) ; compiling (DEFUN |STTAYLOR;generalLambert;S2IS;35!0| ...) ; compiling (DEFUN |STTAYLOR;ms| ...) ; compiling (DEFUN |STTAYLOR;ms!0| ...) ; compiling (DEFUN |STTAYLOR;multisect;2I2S;37| ...) ; compiling (DEFUN |STTAYLOR;altn| ...) ; compiling (DEFUN |STTAYLOR;altn!0| ...) ; compiling (DEFUN |STTAYLOR;invmultisect;2I2S;39| ...) ; compiling (DEFUN |STTAYLOR;comps| ...) ; compiling (DEFUN |STTAYLOR;comps!1| ...) ; compiling (DEFUN |STTAYLOR;comps!0| ...) ; compiling (DEFUN |STTAYLOR;integre| ...) ; compiling (DEFUN |STTAYLOR;integre!0| ...) ; compiling (DEFUN |STTAYLOR;integ| ...) ; compiling (DEFUN |STTAYLOR;integrate;A2S;43| ...) ; compiling (DEFUN |STTAYLOR;lazyIntegrate;AMS;44| ...) ; compiling (DEFUN |STTAYLOR;nldere| ...) ; compiling (DEFUN |STTAYLOR;nldere!0| ...) ; compiling (DEFUN |STTAYLOR;nlde;SS;46| ...) ; compiling (DEFUN |STTAYLOR;nlde;SS;46!0| ...) ; compiling (DEFUN |STTAYLOR;smult| ...) ; compiling (DEFUN |STTAYLOR;smult!0| ...) ; compiling (DEFUN |STTAYLOR;powerrn| ...) ; compiling (DEFUN |STTAYLOR;powerrn!0| ...) ; compiling (DEFUN |STTAYLOR;powern;F2S;49| ...) ; compiling (DEFUN |STTAYLOR;powern;F2S;49!3| ...) ; compiling (DEFUN |STTAYLOR;powern;F2S;49!2| ...) ; compiling (DEFUN |STTAYLOR;powern;F2S;49!1| ...) ; compiling (DEFUN |STTAYLOR;powern;F2S;49!0| ...) ; compiling (DEFUN |STTAYLOR;mapdiv;3S;50| ...) ; compiling (DEFUN |STTAYLOR;mapdiv;3S;50!0| ...) ; compiling (DEFUN |STTAYLOR;ginteg| ...) ; compiling (DEFUN |STTAYLOR;lazyGintegrate;MAMS;52| ...) ; compiling (DEFUN |STTAYLOR;finteg| ...) ; compiling (DEFUN |STTAYLOR;powerre| ...) ; compiling (DEFUN |STTAYLOR;powerre!0| ...) ; compiling (DEFUN |STTAYLOR;power;A2S;55| ...) ; compiling (DEFUN |STTAYLOR;power;A2S;55!0| ...) ; compiling (DEFUN |StreamTaylorSeriesOperations| ...) ; compiling (DEFUN |StreamTaylorSeriesOperations;| ...) ; compiling (MAKEPROP (QUOTE |StreamTaylorSeriesOperations|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; /tmp/oa-jTE8ap/code.fasl written ; compilation finished in 0:00:00.284 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile TABLBUMP.spad && cp TABLBUMP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/TABLBUMP.fasl \ && if test -f TABLBUMP-.NRLIB/code.fasl; then \ cp TABLBUMP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/TABLBUMP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TABLBUMP.spad using Spad compiler. TABLBUMP abbreviates package TableauxBumpers debug: compDefine1 lhs: (TableauxBumpers S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE bumprow ((Record (: fs (Boolean)) (: sd (List S)) (: td (List (List S)))) (Mapping (Boolean) S S) (List S) (List (List S)))) (SIGNATURE bumptab ((List (List (List S))) (Mapping (Boolean) S S) (List S) (List (List (List S))))) (SIGNATURE bumptab1 ((List (List (List S))) (List S) (List (List (List S))))) (SIGNATURE untab ((List (List S)) (List (List S)) (List (List (List S))))) (SIGNATURE bat1 ((List (List S)) (List (List (List S))))) (SIGNATURE bat ((List (List S)) (Tableau (List S)))) (SIGNATURE tab1 ((List (List (List S))) (List (List S)))) (SIGNATURE tab ((Tableau (List S)) (List S))) (SIGNATURE lex ((List (List S)) (List (List S)))) (SIGNATURE slex ((List (List S)) (List S))) (SIGNATURE inverse ((List S) (List S))) (SIGNATURE maxrow ((Record (: f1 (List S)) (: f2 (List (List (List S)))) (: f3 (List (List S))) (: f4 (List (List (List S))))) (List S) (List (List (List S))) (List (List S)) (List (List (List S))) (List (List (List S))) (List (List (List S))))) (SIGNATURE mr ((Record (: f1 (List S)) (: f2 (List (List (List S)))) (: f3 (List (List S))) (: f4 (List (List (List S))))) (List (List (List S)))))) (OrderedSet)) debug: evaluateType form: (CATEGORY package (SIGNATURE bumprow ((Record (: fs (Boolean)) (: sd (List S)) (: td (List (List S)))) (Mapping (Boolean) S S) (List S) (List (List S)))) (SIGNATURE bumptab ((List (List (List S))) (Mapping (Boolean) S S) (List S) (List (List (List S))))) (SIGNATURE bumptab1 ((List (List (List S))) (List S) (List (List (List S))))) (SIGNATURE untab ((List (List S)) (List (List S)) (List (List (List S))))) (SIGNATURE bat1 ((List (List S)) (List (List (List S))))) (SIGNATURE bat ((List (List S)) (Tableau (List S)))) (SIGNATURE tab1 ((List (List (List S))) (List (List S)))) (SIGNATURE tab ((Tableau (List S)) (List S))) (SIGNATURE lex ((List (List S)) (List (List S)))) (SIGNATURE slex ((List (List S)) (List S))) (SIGNATURE inverse ((List S) (List S))) (SIGNATURE maxrow ((Record (: f1 (List S)) (: f2 (List (List (List S)))) (: f3 (List (List S))) (: f4 (List (List (List S))))) (List S) (List (List (List S))) (List (List S)) (List (List (List S))) (List (List (List S))) (List (List (List S))))) (SIGNATURE mr ((Record (: f1 (List S)) (: f2 (List (List (List S)))) (: f3 (List (List S))) (: f4 (List (List (List S))))) (List (List (List S)))))) $param: (S) debug: evaluateType form: (Record (: fs (Boolean)) (: sd (List S)) (: td (List (List S)))) $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evaluateType form: (Mapping (Boolean) S S) $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evaluateType form: (List (List (List S))) $param: (S) Debug: evaluateType1 form: (List (List (List S))) debug: evaluateType1 x: (List (List S)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evalCategory d: (List (List S)) c: (Type) debug: evaluateType form: (Mapping (Boolean) S S) $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (List (List (List S))) $param: (S) Debug: evaluateType1 form: (List (List (List S))) debug: evaluateType1 x: (List (List S)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evalCategory d: (List (List S)) c: (Type) debug: evaluateType form: (List (List (List S))) $param: (S) Debug: evaluateType1 form: (List (List (List S))) debug: evaluateType1 x: (List (List S)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evalCategory d: (List (List S)) c: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (List (List (List S))) $param: (S) Debug: evaluateType1 form: (List (List (List S))) debug: evaluateType1 x: (List (List S)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evalCategory d: (List (List S)) c: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evaluateType form: (List (List (List S))) $param: (S) Debug: evaluateType1 form: (List (List (List S))) debug: evaluateType1 x: (List (List S)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evalCategory d: (List (List S)) c: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evaluateType form: (List (List (List S))) $param: (S) Debug: evaluateType1 form: (List (List (List S))) debug: evaluateType1 x: (List (List S)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evalCategory d: (List (List S)) c: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evaluateType form: (Tableau (List S)) $param: (S) Debug: evaluateType1 form: (Tableau (List S)) debug: evaluateType1 x: (List S) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (SetCategory) debug: evaluateType form: (List (List (List S))) $param: (S) Debug: evaluateType1 form: (List (List (List S))) debug: evaluateType1 x: (List (List S)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evalCategory d: (List (List S)) c: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evaluateType form: (Tableau (List S)) $param: (S) Debug: evaluateType1 form: (Tableau (List S)) debug: evaluateType1 x: (List S) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (SetCategory) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (Record (: f1 (List S)) (: f2 (List (List (List S)))) (: f3 (List (List S))) (: f4 (List (List (List S))))) $param: (S) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (List (List (List S))) $param: (S) Debug: evaluateType1 form: (List (List (List S))) debug: evaluateType1 x: (List (List S)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evalCategory d: (List (List S)) c: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evaluateType form: (List (List (List S))) $param: (S) Debug: evaluateType1 form: (List (List (List S))) debug: evaluateType1 x: (List (List S)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evalCategory d: (List (List S)) c: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (List (List (List S))) $param: (S) Debug: evaluateType1 form: (List (List (List S))) debug: evaluateType1 x: (List (List S)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evalCategory d: (List (List S)) c: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evaluateType form: (List (List (List S))) $param: (S) Debug: evaluateType1 form: (List (List (List S))) debug: evaluateType1 x: (List (List S)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evalCategory d: (List (List S)) c: (Type) debug: evaluateType form: (List (List (List S))) $param: (S) Debug: evaluateType1 form: (List (List (List S))) debug: evaluateType1 x: (List (List S)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evalCategory d: (List (List S)) c: (Type) debug: evaluateType form: (List (List (List S))) $param: (S) Debug: evaluateType1 form: (List (List (List S))) debug: evaluateType1 x: (List (List S)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evalCategory d: (List (List S)) c: (Type) debug: evaluateType form: (Record (: f1 (List S)) (: f2 (List (List (List S)))) (: f3 (List (List S))) (: f4 (List (List (List S))))) $param: (S) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (List (List (List S))) $param: (S) Debug: evaluateType1 form: (List (List (List S))) debug: evaluateType1 x: (List (List S)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evalCategory d: (List (List S)) c: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evaluateType form: (List (List (List S))) $param: (S) Debug: evaluateType1 form: (List (List (List S))) debug: evaluateType1 x: (List (List S)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evalCategory d: (List (List S)) c: (Type) debug: evaluateType form: (List (List (List S))) $param: (S) Debug: evaluateType1 form: (List (List (List S))) debug: evaluateType1 x: (List (List S)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evalCategory d: (List (List S)) c: (Type) debug: evaluateType form: (OrderedSet) $param: (S) Debug: evaluateType1 form: (OrderedSet) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE bumprow ((Record (: fs (Boolean)) (: sd (List S)) (: td (List (List S)))) (Mapping (Boolean) S S) (List S) (List (List S)))) (SIGNATURE bumptab ((List (List (List S))) (Mapping (Boolean) S S) (List S) (List (List (List S))))) (SIGNATURE bumptab1 ((List (List (List S))) (List S) (List (List (List S))))) (SIGNATURE untab ((List (List S)) (List (List S)) (List (List (List S))))) (SIGNATURE bat1 ((List (List S)) (List (List (List S))))) (SIGNATURE bat ((List (List S)) (Tableau (List S)))) (SIGNATURE tab1 ((List (List (List S))) (List (List S)))) (SIGNATURE tab ((Tableau (List S)) (List S))) (SIGNATURE lex ((List (List S)) (List (List S)))) (SIGNATURE slex ((List (List S)) (List S))) (SIGNATURE inverse ((List S) (List S))) (SIGNATURE maxrow ((Record (: f1 (List S)) (: f2 (List (List (List S)))) (: f3 (List (List S))) (: f4 (List (List (List S))))) (List S) (List (List (List S))) (List (List S)) (List (List (List S))) (List (List (List S))) (List (List (List S))))) (SIGNATURE mr ((Record (: f1 (List S)) (: f2 (List (List (List S)))) (: f3 (List (List S))) (: f4 (List (List (List S))))) (List (List (List S)))))) (OrderedSet)) debug: compDefine1 lhs: (TableauxBumpers S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE bumprow ((Record (: fs (Boolean)) (: sd (List S)) (: td (List (List S)))) (Mapping (Boolean) S S) (List S) (List (List S)))) (SIGNATURE bumptab ((List (List (List S))) (Mapping (Boolean) S S) (List S) (List (List (List S))))) (SIGNATURE bumptab1 ((List (List (List S))) (List S) (List (List (List S))))) (SIGNATURE untab ((List (List S)) (List (List S)) (List (List (List S))))) (SIGNATURE bat1 ((List (List S)) (List (List (List S))))) (SIGNATURE bat ((List (List S)) (Tableau (List S)))) (SIGNATURE tab1 ((List (List (List S))) (List (List S)))) (SIGNATURE tab ((Tableau (List S)) (List S))) (SIGNATURE lex ((List (List S)) (List (List S)))) (SIGNATURE slex ((List (List S)) (List S))) (SIGNATURE inverse ((List S) (List S))) (SIGNATURE maxrow ((Record (: f1 (List S)) (: f2 (List (List (List S)))) (: f3 (List (List S))) (: f4 (List (List (List S))))) (List S) (List (List (List S))) (List (List S)) (List (List (List S))) (List (List (List S))) (List (List (List S))))) (SIGNATURE mr ((Record (: f1 (List S)) (: f2 (List (List (List S)))) (: f3 (List (List S))) (: f4 (List (List (List S))))) (List (List (List S)))))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE bumprow ((Record (: fs (Boolean)) (: sd (List S)) (: td (List (List S)))) (Mapping (Boolean) S S) (List S) (List (List S)))) (SIGNATURE bumptab ((List (List (List S))) (Mapping (Boolean) S S) (List S) (List (List (List S))))) (SIGNATURE bumptab1 ((List (List (List S))) (List S) (List (List (List S))))) (SIGNATURE untab ((List (List S)) (List (List S)) (List (List (List S))))) (SIGNATURE bat1 ((List (List S)) (List (List (List S))))) (SIGNATURE bat ((List (List S)) (Tableau (List S)))) (SIGNATURE tab1 ((List (List (List S))) (List (List S)))) (SIGNATURE tab ((Tableau (List S)) (List S))) (SIGNATURE lex ((List (List S)) (List (List S)))) (SIGNATURE slex ((List (List S)) (List S))) (SIGNATURE inverse ((List S) (List S))) (SIGNATURE maxrow ((Record (: f1 (List S)) (: f2 (List (List (List S)))) (: f3 (List (List S))) (: f4 (List (List (List S))))) (List S) (List (List (List S))) (List (List S)) (List (List (List S))) (List (List (List S))) (List (List (List S))))) (SIGNATURE mr ((Record (: f1 (List S)) (: f2 (List (List (List S)))) (: f3 (List (List S))) (: f4 (List (List (List S))))) (List (List (List S)))))) $param: (S) debug: evaluateType form: (Record (: fs (Boolean)) (: sd (List S)) (: td (List (List S)))) $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evaluateType form: (Mapping (Boolean) S S) $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evaluateType form: (List (List (List S))) $param: (S) Debug: evaluateType1 form: (List (List (List S))) debug: evaluateType1 x: (List (List S)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evalCategory d: (List (List S)) c: (Type) debug: evaluateType form: (Mapping (Boolean) S S) $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (List (List (List S))) $param: (S) Debug: evaluateType1 form: (List (List (List S))) debug: evaluateType1 x: (List (List S)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evalCategory d: (List (List S)) c: (Type) debug: evaluateType form: (List (List (List S))) $param: (S) Debug: evaluateType1 form: (List (List (List S))) debug: evaluateType1 x: (List (List S)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evalCategory d: (List (List S)) c: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (List (List (List S))) $param: (S) Debug: evaluateType1 form: (List (List (List S))) debug: evaluateType1 x: (List (List S)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evalCategory d: (List (List S)) c: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evaluateType form: (List (List (List S))) $param: (S) Debug: evaluateType1 form: (List (List (List S))) debug: evaluateType1 x: (List (List S)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evalCategory d: (List (List S)) c: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evaluateType form: (List (List (List S))) $param: (S) Debug: evaluateType1 form: (List (List (List S))) debug: evaluateType1 x: (List (List S)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evalCategory d: (List (List S)) c: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evaluateType form: (Tableau (List S)) $param: (S) Debug: evaluateType1 form: (Tableau (List S)) debug: evaluateType1 x: (List S) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (SetCategory) debug: evaluateType form: (List (List (List S))) $param: (S) Debug: evaluateType1 form: (List (List (List S))) debug: evaluateType1 x: (List (List S)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evalCategory d: (List (List S)) c: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evaluateType form: (Tableau (List S)) $param: (S) Debug: evaluateType1 form: (Tableau (List S)) debug: evaluateType1 x: (List S) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (SetCategory) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (Record (: f1 (List S)) (: f2 (List (List (List S)))) (: f3 (List (List S))) (: f4 (List (List (List S))))) $param: (S) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (List (List (List S))) $param: (S) Debug: evaluateType1 form: (List (List (List S))) debug: evaluateType1 x: (List (List S)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evalCategory d: (List (List S)) c: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evaluateType form: (List (List (List S))) $param: (S) Debug: evaluateType1 form: (List (List (List S))) debug: evaluateType1 x: (List (List S)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evalCategory d: (List (List S)) c: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (List (List (List S))) $param: (S) Debug: evaluateType1 form: (List (List (List S))) debug: evaluateType1 x: (List (List S)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evalCategory d: (List (List S)) c: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evaluateType form: (List (List (List S))) $param: (S) Debug: evaluateType1 form: (List (List (List S))) debug: evaluateType1 x: (List (List S)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evalCategory d: (List (List S)) c: (Type) debug: evaluateType form: (List (List (List S))) $param: (S) Debug: evaluateType1 form: (List (List (List S))) debug: evaluateType1 x: (List (List S)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evalCategory d: (List (List S)) c: (Type) debug: evaluateType form: (List (List (List S))) $param: (S) Debug: evaluateType1 form: (List (List (List S))) debug: evaluateType1 x: (List (List S)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evalCategory d: (List (List S)) c: (Type) debug: evaluateType form: (Record (: f1 (List S)) (: f2 (List (List (List S)))) (: f3 (List (List S))) (: f4 (List (List (List S))))) $param: (S) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (List (List (List S))) $param: (S) Debug: evaluateType1 form: (List (List (List S))) debug: evaluateType1 x: (List (List S)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evalCategory d: (List (List S)) c: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evaluateType form: (List (List (List S))) $param: (S) Debug: evaluateType1 form: (List (List (List S))) debug: evaluateType1 x: (List (List S)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evalCategory d: (List (List S)) c: (Type) debug: evaluateType form: (List (List (List S))) $param: (S) Debug: evaluateType1 form: (List (List (List S))) debug: evaluateType1 x: (List (List S)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (List S)) $param: (S) Debug: evaluateType1 form: (List (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evalCategory d: (List (List S)) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE bumprow ((Record (: fs (Boolean)) (: sd (List S)) (: td (List (List S)))) (Mapping (Boolean) S S) (List S) (List (List S)))) (SIGNATURE bumptab ((List (List (List S))) (Mapping (Boolean) S S) (List S) (List (List (List S))))) (SIGNATURE bumptab1 ((List (List (List S))) (List S) (List (List (List S))))) (SIGNATURE untab ((List (List S)) (List (List S)) (List (List (List S))))) (SIGNATURE bat1 ((List (List S)) (List (List (List S))))) (SIGNATURE bat ((List (List S)) (Tableau (List S)))) (SIGNATURE tab1 ((List (List (List S))) (List (List S)))) (SIGNATURE tab ((Tableau (List S)) (List S))) (SIGNATURE lex ((List (List S)) (List (List S)))) (SIGNATURE slex ((List (List S)) (List S))) (SIGNATURE inverse ((List S) (List S))) (SIGNATURE maxrow ((Record (: f1 (List S)) (: f2 (List (List (List S)))) (: f3 (List (List S))) (: f4 (List (List (List S))))) (List S) (List (List (List S))) (List (List S)) (List (List (List S))) (List (List (List S))) (List (List (List S))))) (SIGNATURE mr ((Record (: f1 (List S)) (: f2 (List (List (List S)))) (: f3 (List (List S))) (: f4 (List (List (List S))))) (List (List (List S)))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for TableauxBumpers compiling into /tmp/oa-ZeMAu8 compiling exported bumprow : ((S,S) -> Boolean,List S,List List S) -> Record(fs: Boolean,sd: List S,td: List List S) Time: 0.07 SEC. compiling exported bumptab : ((S,S) -> Boolean,List S,List List List S) -> List List List S Time: 0.02 SEC. compiling exported bumptab1 : (List S,List List List S) -> List List List S Time: 0.02 SEC. compiling exported tab1 : List List S -> List List List S Time: 0.04 SEC. compiling local lexorder : (List S,List S) -> Boolean Time: 0.02 SEC. compiling exported lex : List List S -> List List S Time: 0.02 SEC. compiling exported slex : List S -> List List S Time: 0.02 SEC. compiling exported inverse : List S -> List S Time: 0.03 SEC. compiling exported tab : List S -> Tableau List S Time: 0.04 SEC. compiling exported maxrow : (List S,List List List S,List List S,List List List S,List List List S,List List List S) -> Record(f1: List S,f2: List List List S,f3: List List S,f4: List List List S) Time: 0.06 SEC. compiling exported mr : List List List S -> Record(f1: List S,f2: List List List S,f3: List List S,f4: List List List S) Time: 0.02 SEC. compiling exported untab : (List List S,List List List S) -> List List S Time: 0.02 SEC. compiling exported bat1 : List List List S -> List List S Time: 0.01 SEC. compiling exported bat : Tableau List S -> List List S Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor TableauxBumpers Time: 0.41 seconds finalizing NRLIB TABLBUMP Processing TableauxBumpers for Browser database: -- bumprow : (((S,S) -> B),PAIR,L PAIR) -> ROW -- bumptab : (((S,S) -> B),PAIR,L L PAIR) -> L L PAIR -- bumptab1 : (PAIR,L L PAIR) -> L L PAIR -- untab : (L PAIR,L L PAIR) -> L PAIR -- bat1 : L L PAIR -> L PAIR -- bat : Tableau L S -> L L S -- tab1 : L PAIR -> L L PAIR -- tab : L S -> Tableau L S -- lex : L PAIR -> L PAIR -- slex : L S -> L PAIR -- inverse : L S -> L S -- maxrow : (PAIR,L L PAIR,L PAIR,L L PAIR,L L PAIR,L L PAIR) -> RC -- mr : L L PAIR -> RC -- constructor ; compiling file "/tmp/oa-ZeMAu8/code.lsp" (written 01 FEB 2016 11:01:23 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |TABLBUMP;bumprow;MLLR;1| ...) ; compiling (DEFUN |TABLBUMP;bumptab;ML2L;2| ...) ; compiling (DEFUN |TABLBUMP;bumptab1;L2L;3| ...) ; compiling (DEFUN |TABLBUMP;bumptab1;L2L;3!0| ...) ; compiling (DEFUN |TABLBUMP;tab1;LL;4| ...) ; file: /tmp/oa-ZeMAu8/code.lsp ; in: DEFUN |TABLBUMP;tab1;LL;4| ; (DEFUN BOOT::|TABLBUMP;tab1;LL;4| (BOOT::|lls| BOOT::$) ; (BOOT::SPADCALL NIL (BOOT::|shellEntry| BOOT::$ 32) ; (BOOT::SPADCALL BOOT::|lls| ; (BOOT::|shellEntry| BOOT::$ 34)) ; (BOOT::|shellEntry| BOOT::$ 37))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TABLBUMP;tab1;LL;4| ; (BOOT::|lls| BOOT::$) ; (BLOCK BOOT::|TABLBUMP;tab1;LL;4| ; (BOOT::SPADCALL NIL (BOOT::|shellEntry| BOOT::$ 32) ; (BOOT::SPADCALL BOOT::|lls| ; (BOOT::|shellEntry| BOOT::$ 34)) ; (BOOT::|shellEntry| BOOT::$ 37)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS (OR NULL (CONS LIST T)) T)) &REST T). ; compiling (DEFUN |TABLBUMP;lexorder| ...) ; file: /tmp/oa-ZeMAu8/code.lsp ; in: DEFUN |TABLBUMP;lexorder| ; (DEFUN BOOT::|TABLBUMP;lexorder| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (COND ; ((BOOT::SPADCALL (BOOT::SPADCALL BOOT::|p1| 1 #) ; (BOOT::SPADCALL BOOT::|p2| 1 #) ; (BOOT::|shellEntry| BOOT::$ 40)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|p1| 2 #) ; (BOOT::SPADCALL BOOT::|p2| 2 #) ; (BOOT::|shellEntry| BOOT::$ 31))) ; (T ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|p1| 1 #) ; (BOOT::SPADCALL BOOT::|p2| 1 #) ; (BOOT::|shellEntry| BOOT::$ 31))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TABLBUMP;lexorder| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|TABLBUMP;lexorder| ; (COND ((BOOT::SPADCALL # # #) (BOOT::SPADCALL # # #)) ; (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |TABLBUMP;lex;2L;6| ...) ; file: /tmp/oa-ZeMAu8/code.lsp ; in: DEFUN |TABLBUMP;lex;2L;6| ; (DEFUN BOOT::|TABLBUMP;lex;2L;6| (BOOT::|lp| BOOT::$) ; (BOOT::SPADCALL (CONS #'BOOT::|TABLBUMP;lex;2L;6!0| BOOT::$) BOOT::|lp| ; (BOOT::|shellEntry| BOOT::$ 42))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TABLBUMP;lex;2L;6| ; (BOOT::|lp| BOOT::$) ; (BLOCK BOOT::|TABLBUMP;lex;2L;6| ; (BOOT::SPADCALL (CONS #'BOOT::|TABLBUMP;lex;2L;6!0| BOOT::$) BOOT::|lp| ; (BOOT::|shellEntry| BOOT::$ 42)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; compiling (DEFUN |TABLBUMP;lex;2L;6!0| ...) ; compiling (DEFUN |TABLBUMP;slex;LL;7| ...) ; compiling (DEFUN |TABLBUMP;slex;LL;7!0| ...) ; compiling (DEFUN |TABLBUMP;inverse;2L;8| ...) ; file: /tmp/oa-ZeMAu8/code.lsp ; in: DEFUN |TABLBUMP;inverse;2L;8| ; (DEFUN BOOT::|TABLBUMP;inverse;2L;8| (BOOT::|ls| BOOT::$) ; (LET ((#:G636 (BOOT::|TABLBUMP;lex;2L;6| # BOOT::$)) (#:G593 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G636 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TABLBUMP;inverse;2L;8| ; (BOOT::|ls| BOOT::$) ; (BLOCK BOOT::|TABLBUMP;inverse;2L;8| ; (LET ((#:G636 #) (#:G593 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |TABLBUMP;inverse;2L;8!0| ...) ; compiling (DEFUN |TABLBUMP;tab;LT;9| ...) ; compiling (DEFUN |TABLBUMP;maxrow;LLL3LR;10| ...) ; compiling (DEFUN |TABLBUMP;mr;LR;11| ...) ; compiling (DEFUN |TABLBUMP;untab;LLL;12| ...) ; compiling (DEFUN |TABLBUMP;untab;LLL;12!0| ...) ; compiling (DEFUN |TABLBUMP;bat1;LL;13| ...) ; compiling (DEFUN |TABLBUMP;bat;TL;14| ...) ; compiling (DEFUN |TableauxBumpers| ...) ; compiling (DEFUN |TableauxBumpers;| ...) ; compiling (MAKEPROP (QUOTE |TableauxBumpers|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 4 notes ; /tmp/oa-ZeMAu8/code.fasl written ; compilation finished in 0:00:00.170 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile UPSCAT.spad && cp UPSCAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UPSCAT.fasl \ && if test -f UPSCAT-.NRLIB/code.fasl; then \ cp UPSCAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UPSCAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UPSCAT.spad using Spad compiler. UPSCAT abbreviates category UnivariatePowerSeriesCategory debug: compDefine1 lhs: (UnivariatePowerSeriesCategory Coef Expon) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (Coef Expon) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for UnivariatePowerSeriesCategory compiling into /tmp/oa-rQu8PO STYLE-WARNING: redefining BOOT::|UnivariatePowerSeriesCategory| in DEFUN Time: 0.02 SEC. UPSCAT- abbreviates package UnivariatePowerSeriesCategory& ------------------------------------------------------------------------ initializing stationary directory for UnivariatePowerSeriesCategory& compiling into /tmp/oa-QKwkdc compiling exported degree : S -> Expon Time: 0.04 SEC. compiling exported leadingCoefficient : S -> Coef Time: 0 SEC. compiling exported leadingMonomial : S -> S Time: 0 SEC. compiling exported monomial : (S,List SingletonAsOrderedSet,List Expon) -> S Time: 0.04 SEC. compiling exported monomial : (S,SingletonAsOrderedSet,Expon) -> S Time: 0.00 SEC. compiling exported reductum : S -> S Time: 0 SEC. compiling exported variables : S -> List SingletonAsOrderedSet Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Warnings: [1] String syntax for ** in signature is deprecated. [2] String syntax for * in signature is deprecated. Cumulative Statistics for Constructor UnivariatePowerSeriesCategory& Time: 0.08 seconds finalizing NRLIB UPSCAT- ; compiling file "/tmp/oa-QKwkdc/code.lsp" (written 01 FEB 2016 11:01:24 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |UPSCAT-;degree;$Expon;1| ...) ; compiling (DEFUN |UPSCAT-;leadingCoefficient;$Coef;2| ...) ; compiling (DEFUN |UPSCAT-;leadingMonomial;2$;3| ...) ; compiling (DEFUN |UPSCAT-;monomial;$LL$;4| ...) ; compiling (DEFUN |UPSCAT-;monomial;$SaosExpon$;5| ...) ; file: /tmp/oa-QKwkdc/code.lsp ; in: DEFUN |UPSCAT-;monomial;$SaosExpon$;5| ; (DEFUN BOOT::|UPSCAT-;monomial;$SaosExpon$;5| ; (BOOT::|f| BOOT::|v| BOOT::|n| BOOT::$) ; (BOOT::SPADCALL BOOT::|f| ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 24) BOOT::|n| ; (BOOT::|shellEntry| BOOT::$ 13)) ; (BOOT::|shellEntry| BOOT::$ 26))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPSCAT-;monomial;$SaosExpon$;5| ; (BOOT::|f| BOOT::|v| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|UPSCAT-;monomial;$SaosExpon$;5| ; (BOOT::SPADCALL BOOT::|f| ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 24) ; BOOT::|n| ; (BOOT::|shellEntry| BOOT::$ 13)) ; (BOOT::|shellEntry| BOOT::$ 26)))) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |UPSCAT-;reductum;2$;6| ...) ; compiling (DEFUN |UPSCAT-;variables;$L;7| ...) ; file: /tmp/oa-QKwkdc/code.lsp ; in: DEFUN |UPSCAT-;variables;$L;7| ; (DEFUN BOOT::|UPSCAT-;variables;$L;7| (BOOT::|f| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 32)) ; (BOOT::|shellEntry| BOOT::$ 33))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPSCAT-;variables;$L;7| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|UPSCAT-;variables;$L;7| ; (BOOT::SPADCALL (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 32)) ; (BOOT::|shellEntry| BOOT::$ 33)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; ; caught STYLE-WARNING: ; The variable |f| is defined but never used. ; compiling (DEFUN |UnivariatePowerSeriesCategory&| ...) ; compiling (MAKEPROP (QUOTE |UnivariatePowerSeriesCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 1 note ; /tmp/oa-QKwkdc/code.fasl written ; compilation finished in 0:00:00.026 ------------------------------------------------------------------------ finalizing NRLIB UPSCAT Processing UnivariatePowerSeriesCategory for Browser database: -- terms : % -> Stream Term -- variable : % -> Symbol -- center : % -> Coef -- multiplyExponents : (%,PositiveInteger) -> % -- order : % -> Expon -- order : (%,Expon) -> Expon -- truncate : (%,Expon) -> % -- truncate : (%,Expon,Expon) -> % -- approximate : (%,Expon) -> Coef -- extend : (%,Expon) -> % -- eval : (%,Coef) -> Stream Coef -- constructor ; compiling file "/tmp/oa-rQu8PO/code.lsp" (written 01 FEB 2016 11:01:24 PM): ; compiling (DEFPARAMETER |UnivariatePowerSeriesCategory;AL| ...) ; compiling (DEFUN |UnivariatePowerSeriesCategory;| ...) ; compiling (DEFUN |UnivariatePowerSeriesCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-rQu8PO/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile UDPO.spad && cp UDPO.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UDPO.fasl \ && if test -f UDPO-.NRLIB/code.fasl; then \ cp UDPO-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UDPO-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UDPO.spad using Spad compiler. UDPO abbreviates package UserDefinedPartialOrdering debug: compDefine1 lhs: (UserDefinedPartialOrdering S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE setOrder ((Void) (List S))) (SIGNATURE setOrder ((Void) (List S) (List S))) (SIGNATURE getOrder ((Record (: low (List S)) (: high (List S))))) (SIGNATURE less? ((Union (Boolean) failed) S S)) (SIGNATURE less? ((Boolean) S S (Mapping (Boolean) S S))) (SIGNATURE largest (S (List S) (Mapping (Boolean) S S))) (SIGNATURE userOrdered? ((Boolean))) (IF (has S (OrderedSet)) (PROGN (SIGNATURE largest (S (List S))) (SIGNATURE more? ((Boolean) S S))) %noBranch)) (SetCategory)) debug: evaluateType form: (CATEGORY package (SIGNATURE setOrder ((Void) (List S))) (SIGNATURE setOrder ((Void) (List S) (List S))) (SIGNATURE getOrder ((Record (: low (List S)) (: high (List S))))) (SIGNATURE less? ((Union (Boolean) failed) S S)) (SIGNATURE less? ((Boolean) S S (Mapping (Boolean) S S))) (SIGNATURE largest (S (List S) (Mapping (Boolean) S S))) (SIGNATURE userOrdered? ((Boolean))) (IF (has S (OrderedSet)) (PROGN (SIGNATURE largest (S (List S))) (SIGNATURE more? ((Boolean) S S))) %noBranch)) $param: (S) debug: evaluateType form: (Void) $param: (S) Debug: evaluateType1 form: (Void) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (Void) $param: (S) Debug: evaluateType1 form: (Void) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (Record (: low (List S)) (: high (List S))) $param: (S) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (Union (Boolean) failed) $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: failed $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Mapping (Boolean) S S) $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (Mapping (Boolean) S S) $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE setOrder ((Void) (List S))) (SIGNATURE setOrder ((Void) (List S) (List S))) (SIGNATURE getOrder ((Record (: low (List S)) (: high (List S))))) (SIGNATURE less? ((Union (Boolean) failed) S S)) (SIGNATURE less? ((Boolean) S S (Mapping (Boolean) S S))) (SIGNATURE largest (S (List S) (Mapping (Boolean) S S))) (SIGNATURE userOrdered? ((Boolean))) (IF (has S (OrderedSet)) (PROGN (SIGNATURE largest (S (List S))) (SIGNATURE more? ((Boolean) S S))) %noBranch)) (SetCategory)) debug: compDefine1 lhs: (UserDefinedPartialOrdering S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE setOrder ((Void) (List S))) (SIGNATURE setOrder ((Void) (List S) (List S))) (SIGNATURE getOrder ((Record (: low (List S)) (: high (List S))))) (SIGNATURE less? ((Union (Boolean) failed) S S)) (SIGNATURE less? ((Boolean) S S (Mapping (Boolean) S S))) (SIGNATURE largest (S (List S) (Mapping (Boolean) S S))) (SIGNATURE userOrdered? ((Boolean))) (IF (has S (OrderedSet)) (PROGN (SIGNATURE largest (S (List S))) (SIGNATURE more? ((Boolean) S S))) %noBranch)) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE setOrder ((Void) (List S))) (SIGNATURE setOrder ((Void) (List S) (List S))) (SIGNATURE getOrder ((Record (: low (List S)) (: high (List S))))) (SIGNATURE less? ((Union (Boolean) failed) S S)) (SIGNATURE less? ((Boolean) S S (Mapping (Boolean) S S))) (SIGNATURE largest (S (List S) (Mapping (Boolean) S S))) (SIGNATURE userOrdered? ((Boolean))) (IF (has S (OrderedSet)) (PROGN (SIGNATURE largest (S (List S))) (SIGNATURE more? ((Boolean) S S))) %noBranch)) $param: (S) debug: evaluateType form: (Void) $param: (S) Debug: evaluateType1 form: (Void) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (Void) $param: (S) Debug: evaluateType1 form: (Void) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (Record (: low (List S)) (: high (List S))) $param: (S) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (Union (Boolean) failed) $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: failed $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Mapping (Boolean) S S) $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (Mapping (Boolean) S S) $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE setOrder ((Void) (List S))) (SIGNATURE setOrder ((Void) (List S) (List S))) (SIGNATURE getOrder ((Record (: low (List S)) (: high (List S))))) (SIGNATURE less? ((Union (Boolean) failed) S S)) (SIGNATURE less? ((Boolean) S S (Mapping (Boolean) S S))) (SIGNATURE largest (S (List S) (Mapping (Boolean) S S))) (SIGNATURE userOrdered? ((Boolean))) (IF (has S (OrderedSet)) (PROGN (SIGNATURE largest (S (List S))) (SIGNATURE more? ((Boolean) S S))) %noBranch)) NIL) ------------------------------------------------------------------------ initializing stationary directory for UserDefinedPartialOrdering compiling into /tmp/oa-xPZr87 compiling exported userOrdered? : () -> Boolean Time: 0.02 SEC. compiling exported getOrder : () -> Record(low: List S,high: List S) Time: 0.00 SEC. compiling exported setOrder : List S -> Void Time: 0 SEC. compiling exported setOrder : (List S,List S) -> Void Time: 0.02 SEC. compiling exported less? : (S,S,(S,S) -> Boolean) -> Boolean Time: 0.00 SEC. compiling exported largest : (List S,(S,S) -> Boolean) -> S Time: 0.01 SEC. compiling exported less? : (S,S) -> Union(Boolean,failed) Time: 0.01 SEC. compiling exported more? : (S,S) -> Boolean Time: 0.00 SEC. compiling exported largest : List S -> S Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor UserDefinedPartialOrdering Time: 0.07 seconds finalizing NRLIB UDPO Processing UserDefinedPartialOrdering for Browser database: -- setOrder : List S -> Void -- setOrder : (List S,List S) -> Void -- getOrder : () -> Record(low: List S,high: List S) -- less? : (S,S) -> Union(Boolean,"failed") -- less? : (S,S,((S,S) -> Boolean)) -> Boolean -- largest : (List S,((S,S) -> Boolean)) -> S -- userOrdered? : () -> Boolean -- largest : List S -> S -- more? : (S,S) -> Boolean -- constructor ; compiling file "/tmp/oa-xPZr87/code.lsp" (written 01 FEB 2016 11:01:24 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |UDPO;userOrdered?;B;1| ...) ; compiling (DEFUN |UDPO;getOrder;R;2| ...) ; compiling (DEFUN |UDPO;setOrder;LV;3| ...) ; compiling (DEFUN |UDPO;setOrder;2LV;4| ...) ; compiling (DEFUN |UDPO;less?;2SMB;5| ...) ; file: /tmp/oa-xPZr87/code.lsp ; in: DEFUN |UDPO;less?;2SMB;5| ; (DEFUN BOOT::|UDPO;less?;2SMB;5| (BOOT::|a| BOOT::|b| BOOT::|f| BOOT::$) ; (LET ((BOOT::|u| (BOOT::|UDPO;less?;2SU;7| BOOT::|a| BOOT::|b| BOOT::$))) ; (COND ((EQL # 1) (FUNCALL # BOOT::|a| BOOT::|b| #)) (T (CDR BOOT::|u|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UDPO;less?;2SMB;5| ; (BOOT::|a| BOOT::|b| BOOT::|f| BOOT::$) ; (BLOCK BOOT::|UDPO;less?;2SMB;5| ; (LET ((BOOT::|u| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |UDPO;largest;LMS;6| ...) ; compiling (DEFUN |UDPO;less?;2SU;7| ...) ; compiling (DEFUN |UDPO;more?;2SB;8| ...) ; compiling (DEFUN |UDPO;more?;2SB;8!0| ...) ; compiling (DEFUN |UDPO;largest;LS;9| ...) ; compiling (DEFUN |UDPO;largest;LS;9!0| ...) ; compiling (DEFUN |UserDefinedPartialOrdering| ...) ; compiling (DEFUN |UserDefinedPartialOrdering;| ...) ; compiling (MAKEPROP (QUOTE |UserDefinedPartialOrdering|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-xPZr87/code.fasl written ; compilation finished in 0:00:00.044 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile UNISEG.spad && cp UNISEG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UNISEG.fasl \ && if test -f UNISEG-.NRLIB/code.fasl; then \ cp UNISEG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UNISEG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UNISEG.spad using Spad compiler. UNISEG abbreviates domain UniversalSegment debug: compDefine1 lhs: (UniversalSegment S) signature (pre-evaluate): ((Join (SegmentCategory S) (CATEGORY domain (SIGNATURE SEGMENT ($ S)) (SIGNATURE segment ($ S)) (SIGNATURE coerce ($ (Segment S))) (SIGNATURE hasHi ((Boolean) $)) (IF (has S (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch) (IF (has S (OrderedRing)) (ATTRIBUTE (SegmentExpansionCategory S (Stream S))) %noBranch))) (Type)) debug: evaluateType form: (Join (SegmentCategory S) (CATEGORY domain (SIGNATURE SEGMENT ($ S)) (SIGNATURE segment ($ S)) (SIGNATURE coerce ($ (Segment S))) (SIGNATURE hasHi ((Boolean) $)) (IF (has S (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch) (IF (has S (OrderedRing)) (ATTRIBUTE (SegmentExpansionCategory S (Stream S))) %noBranch))) $param: (S) debug: evaluateType form: (SegmentCategory S) $param: (S) Debug: evaluateType1 form: (SegmentCategory S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE SEGMENT ($ S)) (SIGNATURE segment ($ S)) (SIGNATURE coerce ($ (Segment S))) (SIGNATURE hasHi ((Boolean) $)) (IF (has S (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch) (IF (has S (OrderedRing)) (ATTRIBUTE (SegmentExpansionCategory S (Stream S))) %noBranch)) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Segment S) $param: (S) Debug: evaluateType1 form: (Segment S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Join (SegmentCategory S) (CATEGORY domain (SIGNATURE SEGMENT ($ S)) (SIGNATURE segment ($ S)) (SIGNATURE coerce ($ (Segment S))) (SIGNATURE hasHi ((Boolean) $)) (IF (has S (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch) (IF (has S (OrderedRing)) (ATTRIBUTE (SegmentExpansionCategory S (Stream S))) %noBranch))) (Type)) debug: compDefine1 lhs: (UniversalSegment S) signature (pre-evaluate): ((Join (SegmentCategory S) (CATEGORY domain (SIGNATURE SEGMENT ($ S)) (SIGNATURE segment ($ S)) (SIGNATURE coerce ($ (Segment S))) (SIGNATURE hasHi ((Boolean) $)) (IF (has S (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch) (IF (has S (OrderedRing)) (ATTRIBUTE (SegmentExpansionCategory S (Stream S))) %noBranch))) NIL) debug: evaluateType form: (Join (SegmentCategory S) (CATEGORY domain (SIGNATURE SEGMENT ($ S)) (SIGNATURE segment ($ S)) (SIGNATURE coerce ($ (Segment S))) (SIGNATURE hasHi ((Boolean) $)) (IF (has S (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch) (IF (has S (OrderedRing)) (ATTRIBUTE (SegmentExpansionCategory S (Stream S))) %noBranch))) $param: (S) debug: evaluateType form: (SegmentCategory S) $param: (S) Debug: evaluateType1 form: (SegmentCategory S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE SEGMENT ($ S)) (SIGNATURE segment ($ S)) (SIGNATURE coerce ($ (Segment S))) (SIGNATURE hasHi ((Boolean) $)) (IF (has S (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch) (IF (has S (OrderedRing)) (ATTRIBUTE (SegmentExpansionCategory S (Stream S))) %noBranch)) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Segment S) $param: (S) Debug: evaluateType1 form: (Segment S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: compDefine1 signature (post evaluate): ((Join (SegmentCategory S) (CATEGORY domain (SIGNATURE SEGMENT ($ S)) (SIGNATURE segment ($ S)) (SIGNATURE coerce ($ (Segment S))) (SIGNATURE hasHi ((Boolean) $)) (IF (has S (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch) (IF (has S (OrderedRing)) (ATTRIBUTE (SegmentExpansionCategory S (Stream S))) %noBranch))) NIL) ------------------------------------------------------------------------ initializing stationary directory for UniversalSegment compiling into /tmp/oa-XvI5Ax compiling exported segment : S -> % UNISEG;segment;S$;1 a is replaced by %pair(0,%pair(a,1)) Time: 0.03 SEC. compiling exported segment : (S,S) -> % UNISEG;segment;2S$;2(a,b) is replaced by %pair(1,%vector(a,b,1)) Time: 0.00 SEC. compiling exported BY : (%,Integer) -> % Time: 0.01 SEC. compiling exported lo : % -> S UNISEG;lo;$S;4 s is replaced by %when( %head %tail s,%otherwise %vref(%tail s,0)) Time: 0.00 SEC. compiling exported low : % -> S UNISEG;low;$S;5 s is replaced by %when( %head %tail s,%otherwise %vref(%tail s,0)) Time: 0.00 SEC. compiling exported hasHi : % -> Boolean UNISEG;hasHi;$B;6 s is replaced by %ieq(%head s,1) Time: 0.00 SEC. compiling exported hi : % -> S Time: 0.01 SEC. compiling exported high : % -> S Time: 0.00 SEC. compiling exported incr : % -> Integer UNISEG;incr;$I;9 s is replaced by %when( %tail %tail s,%otherwise %vref(%tail s,2)) Time: 0.00 SEC. compiling exported SEGMENT : S -> % UNISEG;SEGMENT;S$;10 a is replaced by %pair(0,%pair(a,1)) Time: 0.00 SEC. compiling exported SEGMENT : (S,S) -> % UNISEG;SEGMENT;2S$;11(a,b) is replaced by %pair(1,%vector(a,b,1)) Time: 0.00 SEC. compiling exported coerce : Segment S -> % Time: 0 SEC. compiling exported convert : S -> % Time: 0.00 SEC. compiling exported = : (%,%) -> Boolean Time: 0.04 SEC. compiling exported coerce : % -> OutputForm Time: 0.02 SEC. compiling exported expand : % -> Stream S Time: 0.02 SEC. compiling exported map : (S -> S,%) -> Stream S Time: 0.01 SEC. compiling local plusInc : (S,S) -> S Time: 0 SEC. compiling exported expand : List % -> Stream S Time: 0.06 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] Type Integer is not in scope. Import it Cumulative Statistics for Constructor UniversalSegment Time: 0.25 seconds finalizing NRLIB UNISEG Processing UniversalSegment for Browser database: -- ?SEGMENT : S -> % -- segment : S -> % -- coerce : Segment S -> % -- hasHi : % -> Boolean -- constructor ; compiling file "/tmp/oa-XvI5Ax/code.lsp" (written 01 FEB 2016 11:01:25 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UNISEG;segment;S$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UNISEG;segment;2S$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UNISEG;lo;$S;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UNISEG;low;$S;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UNISEG;hasHi;$B;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UNISEG;incr;$I;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UNISEG;SEGMENT;S$;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UNISEG;SEGMENT;2S$;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UNISEG;hi;$S;7|) ...) ; compiling (PUT (QUOTE |UNISEG;high;$S;8|) ...) ; compiling (PUT (QUOTE |UNISEG;convert;S$;13|) ...) ; compiling (DEFUN |UNISEG;segment;S$;1| ...) ; compiling (DEFUN |UNISEG;segment;2S$;2| ...) ; compiling (DEFUN |UNISEG;BY;$I$;3| ...) ; compiling (DEFUN |UNISEG;lo;$S;4| ...) ; compiling (DEFUN |UNISEG;low;$S;5| ...) ; compiling (DEFUN |UNISEG;hasHi;$B;6| ...) ; compiling (DEFUN |UNISEG;hi;$S;7| ...) ; file: /tmp/oa-XvI5Ax/code.lsp ; in: DEFUN |UNISEG;hi;$S;7| ; (DEFUN BOOT::|UNISEG;hi;$S;7| (BOOT::|s| BOOT::$) ; (COND ((NOT (EQL # 1)) (BOOT::|error| "hi: segment has no upper bound")) ; (T (SVREF (CDR BOOT::|s|) 1)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UNISEG;hi;$S;7| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|UNISEG;hi;$S;7| ; (COND ((NOT #) (BOOT::|error| "hi: segment has no upper bound")) ; (T (SVREF # 1))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |UNISEG;high;$S;8| ...) ; file: /tmp/oa-XvI5Ax/code.lsp ; in: DEFUN |UNISEG;high;$S;8| ; (DEFUN BOOT::|UNISEG;high;$S;8| (BOOT::|s| BOOT::$) ; (COND ((NOT (EQL # 1)) (BOOT::|error| "high: segment has no upper bound")) ; (T (SVREF (CDR BOOT::|s|) 1)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UNISEG;high;$S;8| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|UNISEG;high;$S;8| ; (COND ((NOT #) (BOOT::|error| "high: segment has no upper bound")) ; (T (SVREF # 1))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |UNISEG;incr;$I;9| ...) ; compiling (DEFUN |UNISEG;SEGMENT;S$;10| ...) ; compiling (DEFUN |UNISEG;SEGMENT;2S$;11| ...) ; compiling (DEFUN |UNISEG;coerce;S$;12| ...) ; compiling (DEFUN |UNISEG;convert;S$;13| ...) ; file: /tmp/oa-XvI5Ax/code.lsp ; in: DEFUN |UNISEG;convert;S$;13| ; (DEFUN BOOT::|UNISEG;convert;S$;13| (BOOT::|a| BOOT::$) ; (CONS 1 (VECTOR BOOT::|a| BOOT::|a| 1))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UNISEG;convert;S$;13| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|UNISEG;convert;S$;13| ; (CONS 1 (VECTOR BOOT::|a| BOOT::|a| 1)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |UNISEG;=;2$B;14| ...) ; compiling (DEFUN |UNISEG;coerce;$Of;15| ...) ; compiling (DEFUN |UNISEG;expand;$S;16| ...) ; compiling (DEFUN |UNISEG;map;M$S;17| ...) ; compiling (DEFUN |UNISEG;plusInc| ...) ; compiling (DEFUN |UNISEG;expand;LS;19| ...) ; file: /tmp/oa-XvI5Ax/code.lsp ; in: DEFUN |UNISEG;expand;LS;19| ; (DEFUN BOOT::|UNISEG;expand;LS;19| (BOOT::|ls| BOOT::$) ; (PROG (BOOT::|s| BOOT::|ns| BOOT::|lb|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UNISEG;expand;LS;19| ; (BOOT::|ls| BOOT::$) ; (BLOCK BOOT::|UNISEG;expand;LS;19| ; (PROG (BOOT::|s| BOOT::|ns| BOOT::|lb|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |ls| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |UNISEG;expand;LS;19!0| ...) ; compiling (DEFUN |UniversalSegment| ...) ; compiling (DEFUN |UniversalSegment;| ...) ; compiling (MAKEPROP (QUOTE |UniversalSegment|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; printed 1 note ; /tmp/oa-XvI5Ax/code.fasl written ; compilation finished in 0:00:00.105 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile VSPACE.spad && cp VSPACE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/VSPACE.fasl \ && if test -f VSPACE-.NRLIB/code.fasl; then \ cp VSPACE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/VSPACE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/VSPACE.spad using Spad compiler. VSPACE abbreviates category VectorSpace debug: compDefine1 lhs: (VectorSpace S) signature (pre-evaluate): ((Category) (Field)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Field) $param: (S) Debug: evaluateType1 form: (Field) debug: compDefine1 signature (post evaluate): ((Category) (Field)) debug: compDefine1 lhs: (VectorSpace S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for VectorSpace compiling into /tmp/oa-Wcd4UT STYLE-WARNING: redefining BOOT::|VectorSpace| in DEFUN Time: 0.02 SEC. VSPACE- abbreviates package VectorSpace& ------------------------------------------------------------------------ initializing stationary directory for VectorSpace& compiling into /tmp/oa-j388Mj compiling exported / : (A,S) -> A Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor VectorSpace& Time: 0.03 seconds finalizing NRLIB VSPACE- ; compiling file "/tmp/oa-j388Mj/code.lsp" (written 01 FEB 2016 11:01:25 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |VSPACE-;/;$S$;1| ...) ; compiling (DEFUN |VectorSpace&| ...) ; compiling (MAKEPROP (QUOTE |VectorSpace&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-j388Mj/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ finalizing NRLIB VSPACE Processing VectorSpace for Browser database: -- ?/? : (%,S) -> % -- dimension : () -> CardinalNumber -- constructor ; compiling file "/tmp/oa-Wcd4UT/code.lsp" (written 01 FEB 2016 11:01:25 PM): ; compiling (DEFPARAMETER |VectorSpace;AL| ...) ; compiling (DEFUN |VectorSpace;| ...) ; compiling (DEFUN |VectorSpace| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Wcd4UT/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile OREPCTO.spad && cp OREPCTO.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/OREPCTO.fasl \ && if test -f OREPCTO-.NRLIB/code.fasl; then \ cp OREPCTO-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/OREPCTO-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OREPCTO.spad using Spad compiler. OREPCTO abbreviates package UnivariateSkewPolynomialCategoryOps debug: compDefine1 lhs: (UnivariateSkewPolynomialCategoryOps R C) signature (pre-evaluate): ((CATEGORY package (SIGNATURE times (C C C (Automorphism R) (Mapping R R))) (SIGNATURE apply (R C R R (Automorphism R) (Mapping R R))) (IF (has R (IntegralDomain)) (PROGN (SIGNATURE monicLeftDivide ((Record (: quotient C) (: remainder C)) C C (Automorphism R))) (SIGNATURE monicRightDivide ((Record (: quotient C) (: remainder C)) C C (Automorphism R)))) %noBranch) (IF (has R (Field)) (PROGN (SIGNATURE leftDivide ((Record (: quotient C) (: remainder C)) C C (Automorphism R))) (SIGNATURE rightDivide ((Record (: quotient C) (: remainder C)) C C (Automorphism R)))) %noBranch)) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE times (C C C (Automorphism R) (Mapping R R))) (SIGNATURE apply (R C R R (Automorphism R) (Mapping R R))) (IF (has R (IntegralDomain)) (PROGN (SIGNATURE monicLeftDivide ((Record (: quotient C) (: remainder C)) C C (Automorphism R))) (SIGNATURE monicRightDivide ((Record (: quotient C) (: remainder C)) C C (Automorphism R)))) %noBranch) (IF (has R (Field)) (PROGN (SIGNATURE leftDivide ((Record (: quotient C) (: remainder C)) C C (Automorphism R))) (SIGNATURE rightDivide ((Record (: quotient C) (: remainder C)) C C (Automorphism R)))) %noBranch)) $param: (R C) debug: evaluateType form: C $param: (R C) debug: evaluateType form: C $param: (R C) debug: evaluateType form: C $param: (R C) debug: evaluateType form: (Automorphism R) $param: (R C) Debug: evaluateType1 form: (Automorphism R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Mapping R R) $param: (R C) debug: evaluateType form: R $param: (R C) debug: evaluateType form: R $param: (R C) debug: evaluateType form: R $param: (R C) debug: evaluateType form: C $param: (R C) debug: evaluateType form: R $param: (R C) debug: evaluateType form: R $param: (R C) debug: evaluateType form: (Automorphism R) $param: (R C) Debug: evaluateType1 form: (Automorphism R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Mapping R R) $param: (R C) debug: evaluateType form: R $param: (R C) debug: evaluateType form: R $param: (R C) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE times (C C C (Automorphism R) (Mapping R R))) (SIGNATURE apply (R C R R (Automorphism R) (Mapping R R))) (IF (has R (IntegralDomain)) (PROGN (SIGNATURE monicLeftDivide ((Record (: quotient C) (: remainder C)) C C (Automorphism R))) (SIGNATURE monicRightDivide ((Record (: quotient C) (: remainder C)) C C (Automorphism R)))) %noBranch) (IF (has R (Field)) (PROGN (SIGNATURE leftDivide ((Record (: quotient C) (: remainder C)) C C (Automorphism R))) (SIGNATURE rightDivide ((Record (: quotient C) (: remainder C)) C C (Automorphism R)))) %noBranch)) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for UnivariateSkewPolynomialCategoryOps compiling into /tmp/oa-dJP7Y4 compiling exported times : (C,C,Automorphism R,R -> R) -> C Time: 0.05 SEC. compiling local termPoly : (R,NonNegativeInteger,C,Automorphism R,R -> R) -> C Time: 0.01 SEC. compiling exported apply : (C,R,R,Automorphism R,R -> R) -> R Time: 0.01 SEC. compiling local localLeftDivide : (C,C,Automorphism R,R) -> Record(quotient: C,remainder: C) Time: 0.04 SEC. compiling local localRightDivide : (C,C,Automorphism R,R) -> Record(quotient: C,remainder: C) Time: 0.04 SEC. compiling exported monicLeftDivide : (C,C,Automorphism R) -> Record(quotient: C,remainder: C) Time: 0.02 SEC. compiling exported monicRightDivide : (C,C,Automorphism R) -> Record(quotient: C,remainder: C) Time: 0.01 SEC. compiling exported leftDivide : (C,C,Automorphism R) -> Record(quotient: C,remainder: C) Time: 0.02 SEC. compiling exported rightDivide : (C,C,Automorphism R) -> Record(quotient: C,remainder: C) Time: 0 SEC. (time taken in buildFunctor: 4) Time: 0.02 SEC. Cumulative Statistics for Constructor UnivariateSkewPolynomialCategoryOps Time: 0.20 seconds finalizing NRLIB OREPCTO Processing UnivariateSkewPolynomialCategoryOps for Browser database: -- times : (C,C,MOR,(R -> R)) -> C -- apply : (C,R,R,MOR,(R -> R)) -> R -- monicLeftDivide : (C,C,MOR) -> QUOREM -- monicRightDivide : (C,C,MOR) -> QUOREM -- leftDivide : (C,C,MOR) -> QUOREM -- rightDivide : (C,C,MOR) -> QUOREM -- constructor ; compiling file "/tmp/oa-dJP7Y4/code.lsp" (written 01 FEB 2016 11:01:25 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |OREPCTO;times;2CAMC;1| ...) ; compiling (DEFUN |OREPCTO;termPoly| ...) ; compiling (DEFUN |OREPCTO;apply;C2RAMR;3| ...) ; compiling (DEFUN |OREPCTO;localLeftDivide| ...) ; file: /tmp/oa-dJP7Y4/code.lsp ; in: DEFUN |OREPCTO;localLeftDivide| ; (DEFUN BOOT::|OREPCTO;localLeftDivide| ; (BOOT::|a| BOOT::|b| BOOT::|sigma| BOOT::|b1| BOOT::$) ; (PROG (BOOT::|qr| BOOT::|q|) (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|OREPCTO;localLeftDivide| ; (BOOT::|a| BOOT::|b| BOOT::|sigma| BOOT::|b1| BOOT::$) ; (BLOCK BOOT::|OREPCTO;localLeftDivide| ; (PROG (BOOT::|qr| BOOT::|q|) (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |OREPCTO;localRightDivide| ...) ; file: /tmp/oa-dJP7Y4/code.lsp ; in: DEFUN |OREPCTO;localRightDivide| ; (DEFUN BOOT::|OREPCTO;localRightDivide| ; (BOOT::|a| BOOT::|b| BOOT::|sigma| BOOT::|b1| BOOT::$) ; (PROG (BOOT::|qr| BOOT::|q|) (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|OREPCTO;localRightDivide| ; (BOOT::|a| BOOT::|b| BOOT::|sigma| BOOT::|b1| BOOT::$) ; (BLOCK BOOT::|OREPCTO;localRightDivide| ; (PROG (BOOT::|qr| BOOT::|q|) (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |OREPCTO;monicLeftDivide;2CAR;6| ...) ; file: /tmp/oa-dJP7Y4/code.lsp ; in: DEFUN |OREPCTO;monicLeftDivide;2CAR;6| ; (DEFUN BOOT::|OREPCTO;monicLeftDivide;2CAR;6| ; (BOOT::|a| BOOT::|b| BOOT::|sigma| BOOT::$) ; (LET ((BOOT::|u| (BOOT::SPADCALL BOOT::|b| #))) ; (COND ; ((BOOT::SPADCALL BOOT::|u| #) ; (BOOT::|OREPCTO;localLeftDivide| BOOT::|a| BOOT::|b| BOOT::|sigma| # ; BOOT::$)) ; (T (BOOT::|error| "monicLeftDivide: divisor is not monic"))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|OREPCTO;monicLeftDivide;2CAR;6| ; (BOOT::|a| BOOT::|b| BOOT::|sigma| BOOT::$) ; (BLOCK BOOT::|OREPCTO;monicLeftDivide;2CAR;6| ; (LET ((BOOT::|u| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |OREPCTO;monicRightDivide;2CAR;7| ...) ; file: /tmp/oa-dJP7Y4/code.lsp ; in: DEFUN |OREPCTO;monicRightDivide;2CAR;7| ; (DEFUN BOOT::|OREPCTO;monicRightDivide;2CAR;7| ; (BOOT::|a| BOOT::|b| BOOT::|sigma| BOOT::$) ; (LET ((BOOT::|u| (BOOT::SPADCALL BOOT::|b| #))) ; (COND ; ((BOOT::SPADCALL BOOT::|u| #) ; (BOOT::|OREPCTO;localRightDivide| BOOT::|a| BOOT::|b| BOOT::|sigma| # ; BOOT::$)) ; (T (BOOT::|error| "monicRightDivide: divisor is not monic"))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|OREPCTO;monicRightDivide;2CAR;7| ; (BOOT::|a| BOOT::|b| BOOT::|sigma| BOOT::$) ; (BLOCK BOOT::|OREPCTO;monicRightDivide;2CAR;7| ; (LET ((BOOT::|u| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |OREPCTO;leftDivide;2CAR;8| ...) ; compiling (DEFUN |OREPCTO;rightDivide;2CAR;9| ...) ; compiling (DEFUN |UnivariateSkewPolynomialCategoryOps| ...) ; compiling (DEFUN |UnivariateSkewPolynomialCategoryOps;| ...) ; compiling (MAKEPROP (QUOTE |UnivariateSkewPolynomialCategoryOps|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 4 notes ; /tmp/oa-dJP7Y4/code.fasl written ; compilation finished in 0:00:00.096 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile GENEEZ.spad && cp GENEEZ.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GENEEZ.fasl \ && if test -f GENEEZ-.NRLIB/code.fasl; then \ cp GENEEZ-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GENEEZ-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GENEEZ.spad using Spad compiler. GENEEZ abbreviates package GenExEuclid debug: compDefine1 lhs: (GenExEuclid R BP) signature (pre-evaluate): ((CATEGORY package (SIGNATURE reduction (BP BP R)) (SIGNATURE compBound ((NonNegativeInteger) BP (List BP))) (SIGNATURE tablePow ((Union (Vector (List BP)) failed) (NonNegativeInteger) R (List BP))) (SIGNATURE solveid ((Union (List BP) failed) BP R (Vector (List BP)))) (SIGNATURE testModulus ((Boolean) R (List BP)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE reduction (BP BP R)) (SIGNATURE compBound ((NonNegativeInteger) BP (List BP))) (SIGNATURE tablePow ((Union (Vector (List BP)) failed) (NonNegativeInteger) R (List BP))) (SIGNATURE solveid ((Union (List BP) failed) BP R (Vector (List BP)))) (SIGNATURE testModulus ((Boolean) R (List BP)))) $param: (R BP) debug: evaluateType form: BP $param: (R BP) debug: evaluateType form: BP $param: (R BP) debug: evaluateType form: R $param: (R BP) debug: evaluateType form: (NonNegativeInteger) $param: (R BP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: BP $param: (R BP) debug: evaluateType form: (List BP) $param: (R BP) Debug: evaluateType1 form: (List BP) debug: evaluateType1 x: BP m: (Type) debug: evaluateType form: (Union (Vector (List BP)) failed) $param: (R BP) debug: evaluateType form: (Vector (List BP)) $param: (R BP) Debug: evaluateType1 form: (Vector (List BP)) debug: evaluateType1 x: (List BP) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R BP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List BP) $param: (R BP) Debug: evaluateType1 form: (List BP) debug: evaluateType1 x: BP m: (Type) debug: evalCategory d: (List BP) c: (Type) debug: evaluateType form: failed $param: (R BP) debug: evaluateType form: (NonNegativeInteger) $param: (R BP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: R $param: (R BP) debug: evaluateType form: (List BP) $param: (R BP) Debug: evaluateType1 form: (List BP) debug: evaluateType1 x: BP m: (Type) debug: evaluateType form: (Union (List BP) failed) $param: (R BP) debug: evaluateType form: (List BP) $param: (R BP) Debug: evaluateType1 form: (List BP) debug: evaluateType1 x: BP m: (Type) debug: evaluateType form: failed $param: (R BP) debug: evaluateType form: BP $param: (R BP) debug: evaluateType form: R $param: (R BP) debug: evaluateType form: (Vector (List BP)) $param: (R BP) Debug: evaluateType1 form: (Vector (List BP)) debug: evaluateType1 x: (List BP) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R BP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List BP) $param: (R BP) Debug: evaluateType1 form: (List BP) debug: evaluateType1 x: BP m: (Type) debug: evalCategory d: (List BP) c: (Type) debug: evaluateType form: (Boolean) $param: (R BP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: R $param: (R BP) debug: evaluateType form: (List BP) $param: (R BP) Debug: evaluateType1 form: (List BP) debug: evaluateType1 x: BP m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE reduction (BP BP R)) (SIGNATURE compBound ((NonNegativeInteger) BP (List BP))) (SIGNATURE tablePow ((Union (Vector (List BP)) failed) (NonNegativeInteger) R (List BP))) (SIGNATURE solveid ((Union (List BP) failed) BP R (Vector (List BP)))) (SIGNATURE testModulus ((Boolean) R (List BP)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for GenExEuclid compiling into /tmp/oa-Rbi47C compiling exported compBound : (BP,List BP) -> NonNegativeInteger Time: 0.14 SEC. compiling exported compBound : (BP,List BP) -> NonNegativeInteger Time: 0.02 SEC. compiling exported compBound : (BP,List BP) -> NonNegativeInteger GENEEZ;compBound;BPLNni;3(m,listpolys) is replaced by error "attempt to use compBound without a well-understood valuation" Time: 0.02 SEC. compiling exported reduction : (BP,R) -> BP Time: 0.01 SEC. compiling exported reduction : (BP,R) -> BP Time: 0.00 SEC. compiling local merge : (R,R) -> Union(R,failed) Time: 0 SEC. compiling local modInverse : (R,R) -> R Time: 0.00 SEC. compiling local exactquo : (BP,BP,R) -> Union(BP,failed) Time: 0.01 SEC. importing GeneralHenselPackage(R,BP) compiling local reduceList : (List BP,R) -> List FP Time: 0.03 SEC. compiling local coerceLFP : List FP -> List BP Time: 0.01 SEC. compiling local liftSol : (List BP,BP,R,R,Vector List BP,BP,NonNegativeInteger) -> Union(List BP,failed) Time: 0.12 SEC. compiling local makeProducts : List BP -> List BP Time: 0.03 SEC. compiling exported testModulus : (R,List BP) -> Boolean Time: 0.07 SEC. compiling exported tablePow : (NonNegativeInteger,R,List BP) -> Union(Vector List BP,failed) Time: 0.08 SEC. compiling exported solveid : (BP,R,Vector List BP) -> Union(List BP,failed) Time: 0.06 SEC. compiling exported tablePow : (NonNegativeInteger,R,List BP) -> Union(Vector List BP,failed) Time: 0.06 SEC. compiling exported solveid : (BP,R,Vector List BP) -> Union(List BP,failed) Time: 0.07 SEC. (time taken in buildFunctor: 0) Time: 0.03 SEC. Cumulative Statistics for Constructor GenExEuclid Time: 0.76 seconds finalizing NRLIB GENEEZ Processing GenExEuclid for Browser database: -- reduction : (BP,R) -> BP -- compBound : (BP,L BP) -> NNI -- tablePow : (NNI,R,L BP) -> Union(Vector L BP,"failed") -- solveid : (BP,R,Vector L BP) -> Union(L BP,"failed") -- testModulus : (R,L BP) -> Boolean -- constructor ; compiling file "/tmp/oa-Rbi47C/code.lsp" (written 01 FEB 2016 11:01:26 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |GENEEZ;compBound;BPLNni;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |GENEEZ;compBound;BPLNni;1| ...) ; file: /tmp/oa-Rbi47C/code.lsp ; in: DEFUN |GENEEZ;compBound;BPLNni;1| ; (DEFUN BOOT::|GENEEZ;compBound;BPLNni;1| ; (BOOT::|m| BOOT::|listpolys| BOOT::$) ; (LET* ((BOOT::|ldeg| ; (LET # ; #)) ; (BOOT::|n| ; (LET # ; #)) ; (BOOT::|normlist| ; (LET # ; #)) ; (BOOT::|nm| ; (LET # ; #)) ; (BOOT::|normprod| ; (LET # ; #))) ; (BOOT::SPADCALL 2 ; (LET (#) ; (COND # #)) ; (BOOT::|shellEntry| BOOT::$ 24)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GENEEZ;compBound;BPLNni;1| ; (BOOT::|m| BOOT::|listpolys| BOOT::$) ; (BLOCK BOOT::|GENEEZ;compBound;BPLNni;1| ; (LET* ((BOOT::|ldeg| #) ; (BOOT::|n| #) ; (BOOT::|normlist| #) ; (BOOT::|nm| #) ; (BOOT::|normprod| #)) ; (BOOT::SPADCALL 2 ; (LET # ; #) ; (BOOT::|shellEntry| BOOT::$ 24))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |GENEEZ;compBound;BPLNni;2| ...) ; compiling (DEFUN |GENEEZ;compBound;BPLNni;3| ...) ; file: /tmp/oa-Rbi47C/code.lsp ; in: DEFUN |GENEEZ;compBound;BPLNni;3| ; (DEFUN BOOT::|GENEEZ;compBound;BPLNni;3| ; (BOOT::|m| BOOT::|listpolys| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|error| ; "attempt to use compBound without a well-understood valuation")) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GENEEZ;compBound;BPLNni;3| ; (BOOT::|m| BOOT::|listpolys| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|GENEEZ;compBound;BPLNni;3| ; (BOOT::|error| ; "attempt to use compBound without a well-understood valuation"))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; ; caught STYLE-WARNING: ; The variable |m| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |listpolys| is defined but never used. ; compiling (DEFUN |GENEEZ;reduction;BPRBP;4| ...) ; compiling (DEFUN |GENEEZ;reduction;BPRBP;4!0| ...) ; compiling (DEFUN |GENEEZ;reduction;BPRBP;5| ...) ; compiling (DEFUN |GENEEZ;reduction;BPRBP;5!0| ...) ; compiling (DEFUN |GENEEZ;merge| ...) ; compiling (DEFUN |GENEEZ;modInverse| ...) ; compiling (DEFUN |GENEEZ;exactquo| ...) ; compiling (DEFUN |GENEEZ;reduceList| ...) ; file: /tmp/oa-Rbi47C/code.lsp ; in: DEFUN |GENEEZ;reduceList| ; (DEFUN BOOT::|GENEEZ;reduceList| (BOOT::|lp| BOOT::|lmod| BOOT::$) ; (LET ((#:G726 BOOT::|lp|) (#:G609 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G726 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GENEEZ;reduceList| ; (BOOT::|lp| BOOT::|lmod| BOOT::$) ; (BLOCK BOOT::|GENEEZ;reduceList| ; (LET ((#:G726 BOOT::|lp|) (#:G609 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |GENEEZ;coerceLFP| ...) ; file: /tmp/oa-Rbi47C/code.lsp ; in: DEFUN |GENEEZ;coerceLFP| ; (DEFUN BOOT::|GENEEZ;coerceLFP| (BOOT::|lf| BOOT::$) ; (LET ((#:G727 BOOT::|lf|) (#:G612 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G727 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GENEEZ;coerceLFP| ; (BOOT::|lf| BOOT::$) ; (BLOCK BOOT::|GENEEZ;coerceLFP| ; (LET ((#:G727 BOOT::|lf|) (#:G612 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |GENEEZ;liftSol| ...) ; compiling (DEFUN |GENEEZ;liftSol!0| ...) ; compiling (DEFUN |GENEEZ;makeProducts| ...) ; file: /tmp/oa-Rbi47C/code.lsp ; in: DEFUN |GENEEZ;makeProducts| ; (DEFUN BOOT::|GENEEZ;makeProducts| (BOOT::|listPol| BOOT::$) ; (COND ((< (LIST-LENGTH BOOT::|listPol|) 2) BOOT::|listPol|) ; ((EQL (LIST-LENGTH BOOT::|listPol|) 2) ; (BOOTTRAN:|reverse| BOOT::|listPol|)) ; (T ; (LET (# #) ; (CONS # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GENEEZ;makeProducts| ; (BOOT::|listPol| BOOT::$) ; (BLOCK BOOT::|GENEEZ;makeProducts| ; (COND ((< # 2) BOOT::|listPol|) ; ((EQL # 2) (BOOTTRAN:|reverse| BOOT::|listPol|)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |GENEEZ;testModulus;RLB;13| ...) ; compiling (DEFUN |GENEEZ;tablePow;NniRLU;14| ...) ; file: /tmp/oa-Rbi47C/code.lsp ; in: DEFUN |GENEEZ;tablePow;NniRLU;14| ; (DEFUN BOOT::|GENEEZ;tablePow;NniRLU;14| ; (BOOT::|mdeg| BOOT::|pmod| BOOT::|listPol| BOOT::$) ; (PROG (BOOT::|x| BOOT::|ptable|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GENEEZ;tablePow;NniRLU;14| ; (BOOT::|mdeg| BOOT::|pmod| BOOT::|listPol| BOOT::$) ; (BLOCK BOOT::|GENEEZ;tablePow;NniRLU;14| ; (PROG (BOOT::|x| BOOT::|ptable|) ; (RETURN ; (LET # ; #))))) ; ; caught STYLE-WARNING: ; The variable |pmod| is defined but never used. ; compiling (DEFUN |GENEEZ;solveid;BPRVU;15| ...) ; file: /tmp/oa-Rbi47C/code.lsp ; in: DEFUN |GENEEZ;solveid;BPRVU;15| ; (DEFUN BOOT::|GENEEZ;solveid;BPRVU;15| ; (BOOT::|m| BOOT::|pmod| BOOT::|table| BOOT::$) ; (LET ((BOOT::|d| (BOOT::SPADCALL BOOT::|m| #)) ; (BOOT::|sln| ; (LET # ; #))) ; (PROGN ; (LET (#) ; (LOOP # ; #)) ; (CONS 0 BOOT::|sln|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GENEEZ;solveid;BPRVU;15| ; (BOOT::|m| BOOT::|pmod| BOOT::|table| BOOT::$) ; (BLOCK BOOT::|GENEEZ;solveid;BPRVU;15| ; (LET ((BOOT::|d| #) (BOOT::|sln| #)) ; (PROGN ; (LET # ; #) ; (CONS 0 BOOT::|sln|))))) ; ; caught STYLE-WARNING: ; The variable |pmod| is defined but never used. ; compiling (DEFUN |GENEEZ;tablePow;NniRLU;16| ...) ; compiling (DEFUN |GENEEZ;solveid;BPRVU;17| ...) ; compiling (DEFUN |GENEEZ;solveid;BPRVU;17!0| ...) ; compiling (DEFUN |GenExEuclid| ...) ; compiling (DEFUN |GenExEuclid;| ...) ; compiling (MAKEPROP (QUOTE |GenExEuclid|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 4 STYLE-WARNING conditions ; printed 5 notes ; /tmp/oa-Rbi47C/code.fasl written ; compilation finished in 0:00:00.117 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile XPOLYC.spad && cp XPOLYC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/XPOLYC.fasl \ && if test -f XPOLYC-.NRLIB/code.fasl; then \ cp XPOLYC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/XPOLYC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/XPOLYC.spad using Spad compiler. XPOLYC abbreviates category XPolynomialsCat debug: compDefine1 lhs: (XPolynomialsCat vl R) signature (pre-evaluate): ((Category) (OrderedSet) (Ring)) debug: evaluateType form: (Category) $param: (vl R) debug: evaluateType form: (OrderedSet) $param: (vl R) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (Ring) $param: (vl R) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((Category) (OrderedSet) (Ring)) debug: compDefine1 lhs: (XPolynomialsCat vl R) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (vl R) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for XPolynomialsCat compiling into /tmp/oa-5URRCF STYLE-WARNING: redefining BOOT::|XPolynomialsCat| in DEFUN Time: 0.01 SEC. finalizing NRLIB XPOLYC Processing XPolynomialsCat for Browser database: -- maxdeg : % -> WORD -- degree : % -> NonNegativeInteger -- trunc : (%,NonNegativeInteger) -> % -- constructor ; compiling file "/tmp/oa-5URRCF/code.lsp" (written 01 FEB 2016 11:01:26 PM): ; compiling (DEFPARAMETER |XPolynomialsCat;AL| ...) ; compiling (DEFUN |XPolynomialsCat;| ...) ; compiling (DEFUN |XPolynomialsCat| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-5URRCF/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile XPR.spad && cp XPR.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/XPR.fasl \ && if test -f XPR-.NRLIB/code.fasl; then \ cp XPR-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/XPR-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/XPR.spad using Spad compiler. XPR abbreviates domain XPolynomialRing debug: compDefine1 lhs: (XPolynomialRing R E) signature (pre-evaluate): ((Join (Ring) (XAlgebra R) (FreeModuleCat R E) (CoercibleFrom E) (Functorial R) (CATEGORY domain (SIGNATURE * ($ $ R)) (SIGNATURE # ((NonNegativeInteger) $)) (SIGNATURE maxdeg (E $)) (SIGNATURE mindeg (E $)) (SIGNATURE reductum ($ $)) (SIGNATURE coef (R $ E)) (SIGNATURE constant? ((Boolean) $)) (SIGNATURE constant (R $)) (SIGNATURE quasiRegular? ((Boolean) $)) (SIGNATURE quasiRegular ($ $)) (IF (has R (Field)) (SIGNATURE / ($ $ R)) %noBranch) (IF (has R (ATTRIBUTE noZeroDivisors)) (ATTRIBUTE noZeroDivisors) %noBranch) (IF (has R (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonicalUnitNormal) %noBranch))) (Ring) (OrderedMonoid)) debug: evaluateType form: (Join (Ring) (XAlgebra R) (FreeModuleCat R E) (CoercibleFrom E) (Functorial R) (CATEGORY domain (SIGNATURE * ($ $ R)) (SIGNATURE # ((NonNegativeInteger) $)) (SIGNATURE maxdeg (E $)) (SIGNATURE mindeg (E $)) (SIGNATURE reductum ($ $)) (SIGNATURE coef (R $ E)) (SIGNATURE constant? ((Boolean) $)) (SIGNATURE constant (R $)) (SIGNATURE quasiRegular? ((Boolean) $)) (SIGNATURE quasiRegular ($ $)) (IF (has R (Field)) (SIGNATURE / ($ $ R)) %noBranch) (IF (has R (ATTRIBUTE noZeroDivisors)) (ATTRIBUTE noZeroDivisors) %noBranch) (IF (has R (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonicalUnitNormal) %noBranch))) $param: (R E) debug: evaluateType form: (Ring) $param: (R E) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (XAlgebra R) $param: (R E) Debug: evaluateType1 form: (XAlgebra R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (FreeModuleCat R E) $param: (R E) Debug: evaluateType1 form: (FreeModuleCat R E) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: E m: (SetCategory) debug: evaluateType form: (CoercibleFrom E) $param: (R E) Debug: evaluateType1 form: (CoercibleFrom E) debug: evaluateType1 x: E m: (Type) debug: evaluateType form: (Functorial R) $param: (R E) Debug: evaluateType1 form: (Functorial R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE * ($ $ R)) (SIGNATURE # ((NonNegativeInteger) $)) (SIGNATURE maxdeg (E $)) (SIGNATURE mindeg (E $)) (SIGNATURE reductum ($ $)) (SIGNATURE coef (R $ E)) (SIGNATURE constant? ((Boolean) $)) (SIGNATURE constant (R $)) (SIGNATURE quasiRegular? ((Boolean) $)) (SIGNATURE quasiRegular ($ $)) (IF (has R (Field)) (SIGNATURE / ($ $ R)) %noBranch) (IF (has R (ATTRIBUTE noZeroDivisors)) (ATTRIBUTE noZeroDivisors) %noBranch) (IF (has R (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonicalUnitNormal) %noBranch)) $param: (R E) debug: evaluateType form: R $param: (R E) debug: evaluateType form: (NonNegativeInteger) $param: (R E) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: E $param: (R E) debug: evaluateType form: E $param: (R E) debug: evaluateType form: R $param: (R E) debug: evaluateType form: E $param: (R E) debug: evaluateType form: (Boolean) $param: (R E) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: R $param: (R E) debug: evaluateType form: (Boolean) $param: (R E) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Ring) $param: (R E) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (OrderedMonoid) $param: (R E) Debug: evaluateType1 form: (OrderedMonoid) debug: compDefine1 signature (post evaluate): ((Join (Ring) (XAlgebra R) (FreeModuleCat R E) (CoercibleFrom E) (Functorial R) (CATEGORY domain (SIGNATURE * ($ $ R)) (SIGNATURE # ((NonNegativeInteger) $)) (SIGNATURE maxdeg (E $)) (SIGNATURE mindeg (E $)) (SIGNATURE reductum ($ $)) (SIGNATURE coef (R $ E)) (SIGNATURE constant? ((Boolean) $)) (SIGNATURE constant (R $)) (SIGNATURE quasiRegular? ((Boolean) $)) (SIGNATURE quasiRegular ($ $)) (IF (has R (Field)) (SIGNATURE / ($ $ R)) %noBranch) (IF (has R (ATTRIBUTE noZeroDivisors)) (ATTRIBUTE noZeroDivisors) %noBranch) (IF (has R (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonicalUnitNormal) %noBranch))) (Ring) (OrderedMonoid)) debug: compDefine1 lhs: (XPolynomialRing R E) signature (pre-evaluate): ((Join (Ring) (XAlgebra R) (FreeModuleCat R E) (CoercibleFrom E) (Functorial R) (CATEGORY domain (SIGNATURE * ($ $ R)) (SIGNATURE # ((NonNegativeInteger) $)) (SIGNATURE maxdeg (E $)) (SIGNATURE mindeg (E $)) (SIGNATURE reductum ($ $)) (SIGNATURE coef (R $ E)) (SIGNATURE constant? ((Boolean) $)) (SIGNATURE constant (R $)) (SIGNATURE quasiRegular? ((Boolean) $)) (SIGNATURE quasiRegular ($ $)) (IF (has R (Field)) (SIGNATURE / ($ $ R)) %noBranch) (IF (has R (ATTRIBUTE noZeroDivisors)) (ATTRIBUTE noZeroDivisors) %noBranch) (IF (has R (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonicalUnitNormal) %noBranch))) NIL NIL) debug: evaluateType form: (Join (Ring) (XAlgebra R) (FreeModuleCat R E) (CoercibleFrom E) (Functorial R) (CATEGORY domain (SIGNATURE * ($ $ R)) (SIGNATURE # ((NonNegativeInteger) $)) (SIGNATURE maxdeg (E $)) (SIGNATURE mindeg (E $)) (SIGNATURE reductum ($ $)) (SIGNATURE coef (R $ E)) (SIGNATURE constant? ((Boolean) $)) (SIGNATURE constant (R $)) (SIGNATURE quasiRegular? ((Boolean) $)) (SIGNATURE quasiRegular ($ $)) (IF (has R (Field)) (SIGNATURE / ($ $ R)) %noBranch) (IF (has R (ATTRIBUTE noZeroDivisors)) (ATTRIBUTE noZeroDivisors) %noBranch) (IF (has R (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonicalUnitNormal) %noBranch))) $param: (R E) debug: evaluateType form: (Ring) $param: (R E) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (XAlgebra R) $param: (R E) Debug: evaluateType1 form: (XAlgebra R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (FreeModuleCat R E) $param: (R E) Debug: evaluateType1 form: (FreeModuleCat R E) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: E m: (SetCategory) debug: evaluateType form: (CoercibleFrom E) $param: (R E) Debug: evaluateType1 form: (CoercibleFrom E) debug: evaluateType1 x: E m: (Type) debug: evaluateType form: (Functorial R) $param: (R E) Debug: evaluateType1 form: (Functorial R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE * ($ $ R)) (SIGNATURE # ((NonNegativeInteger) $)) (SIGNATURE maxdeg (E $)) (SIGNATURE mindeg (E $)) (SIGNATURE reductum ($ $)) (SIGNATURE coef (R $ E)) (SIGNATURE constant? ((Boolean) $)) (SIGNATURE constant (R $)) (SIGNATURE quasiRegular? ((Boolean) $)) (SIGNATURE quasiRegular ($ $)) (IF (has R (Field)) (SIGNATURE / ($ $ R)) %noBranch) (IF (has R (ATTRIBUTE noZeroDivisors)) (ATTRIBUTE noZeroDivisors) %noBranch) (IF (has R (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonicalUnitNormal) %noBranch)) $param: (R E) debug: evaluateType form: R $param: (R E) debug: evaluateType form: (NonNegativeInteger) $param: (R E) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: E $param: (R E) debug: evaluateType form: E $param: (R E) debug: evaluateType form: R $param: (R E) debug: evaluateType form: E $param: (R E) debug: evaluateType form: (Boolean) $param: (R E) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: R $param: (R E) debug: evaluateType form: (Boolean) $param: (R E) Debug: evaluateType1 form: (Boolean) debug: compDefine1 signature (post evaluate): ((Join (Ring) (XAlgebra R) (FreeModuleCat R E) (CoercibleFrom E) (Functorial R) (CATEGORY domain (SIGNATURE * ($ $ R)) (SIGNATURE # ((NonNegativeInteger) $)) (SIGNATURE maxdeg (E $)) (SIGNATURE mindeg (E $)) (SIGNATURE reductum ($ $)) (SIGNATURE coef (R $ E)) (SIGNATURE constant? ((Boolean) $)) (SIGNATURE constant (R $)) (SIGNATURE quasiRegular? ((Boolean) $)) (SIGNATURE quasiRegular ($ $)) (IF (has R (Field)) (SIGNATURE / ($ $ R)) %noBranch) (IF (has R (ATTRIBUTE noZeroDivisors)) (ATTRIBUTE noZeroDivisors) %noBranch) (IF (has R (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonicalUnitNormal) %noBranch))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for XPolynomialRing compiling into /tmp/oa-3WJrOG compiling exported One : () -> % Time: 0.04 SEC. compiling exported characteristic : () -> NonNegativeInteger Time: 0.03 SEC. compiling exported # : % -> NonNegativeInteger XPR;#;$Nni;3 is replaced by %llength Time: 0 SEC. compiling exported maxdeg : % -> E Time: 0.01 SEC. compiling exported mindeg : % -> E Time: 0.01 SEC. compiling exported coef : (%,E) -> R Time: 0.01 SEC. compiling exported constant? : % -> Boolean Time: 0.02 SEC. compiling exported constant : % -> R Time: 0 SEC. compiling exported quasiRegular? : % -> Boolean Time: 0.01 SEC. compiling exported quasiRegular : % -> % Time: 0.01 SEC. compiling exported recip : % -> Union(%,failed) Time: 0.01 SEC. compiling exported coerce : R -> % Time: 0.01 SEC. compiling exported coerce : Integer -> % Time: 0.02 SEC. compiling exported * : (%,%) -> % Time: 0.07 SEC. compiling exported * : (%,%) -> % Time: 0.04 SEC. compiling exported ** : (%,NonNegativeInteger) -> % Time: 0.01 SEC. compiling local repeatMultExpt : (%,NonNegativeInteger) -> % Time: 0.01 SEC. compiling local outTerm : (R,E) -> OutputForm Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Time: 0.02 SEC. compiling exported / : (%,R) -> % Time: 0.02 SEC. (time taken in buildFunctor: 8) Time: 0.02 SEC. Warnings: [1] Rep differs from the base domain [2] quasiRegular?: k has no value [3] quasiRegular: k has no value [4] *: k has no value [5] *: c has no value Cumulative Statistics for Constructor XPolynomialRing Time: 0.37 seconds --------------non extending category---------------------- XPolynomialRing(#1,#2) of category Join(Ring,XAlgebra #1, FreeModuleCat(#1,#2),CoercibleFrom #2,Functorial #1) with ?*? : (%,#1) -> % #? : % -> NonNegativeInteger maxdeg : % -> #2 mindeg : % -> #2 reductum : % -> % coef : (%,#2) -> #1 constant? : % -> Boolean constant : % -> #1 quasiRegular? : % -> Boolean quasiRegular : % -> %IF(has #1 (Field))(SIGNATURE / ($ $ #1))%noBranch IF(has #1 (ATTRIBUTE noZeroDivisors))(ATTRIBUTE noZeroDivisors) %noBranchIF(has #1 (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonicalUnitNormal)%noBranch has no ?*? : (#2,#1) -> % ---------------------------------------------------------- finalizing NRLIB XPR Processing XPolynomialRing for Browser database: -- ?*? : (%,R) -> % -- #? : % -> NonNegativeInteger -- maxdeg : % -> E -- mindeg : % -> E -- reductum : % -> % -- coef : (%,E) -> R -- constant? : % -> Boolean -- constant : % -> R -- quasiRegular? : % -> Boolean -- quasiRegular : % -> % -- ?/? : (%,R) -> % -- canonicalUnitNormal : () -> attribute -- constructor ; compiling file "/tmp/oa-3WJrOG/code.lsp" (written 01 FEB 2016 11:01:27 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |XPR;#;$Nni;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |XPR;maxdeg;$E;4|) ...) ; compiling (DEFUN |XPR;One;$;1| ...) ; compiling (DEFUN |XPR;characteristic;Nni;2| ...) ; file: /tmp/oa-3WJrOG/code.lsp ; in: DEFUN |XPR;characteristic;Nni;2| ; (DEFUN BOOT::|XPR;characteristic;Nni;2| (BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 13)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XPR;characteristic;Nni;2| ; (BOOT::$) ; (BLOCK BOOT::|XPR;characteristic;Nni;2| ; (BOOT::|spadConstant| BOOT::$ 13))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |XPR;#;$Nni;3| ...) ; compiling (DEFUN |XPR;maxdeg;$E;4| ...) ; file: /tmp/oa-3WJrOG/code.lsp ; in: DEFUN |XPR;maxdeg;$E;4| ; (DEFUN BOOT::|XPR;maxdeg;$E;4| (BOOT::|p| BOOT::$) ; (COND ((NULL BOOT::|p|) (BOOT::|error| " polynome nul !!")) ; (T (CAR (BOOT::|SPADfirst| BOOT::|p|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XPR;maxdeg;$E;4| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|XPR;maxdeg;$E;4| ; (COND ((NULL BOOT::|p|) (BOOT::|error| " polynome nul !!")) ; (T (CAR #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |XPR;mindeg;$E;5| ...) ; compiling (DEFUN |XPR;coef;$ER;6| ...) ; compiling (DEFUN |XPR;constant?;$B;7| ...) ; file: /tmp/oa-3WJrOG/code.lsp ; in: DEFUN |XPR;constant?;$B;7| ; (DEFUN BOOT::|XPR;constant?;$B;7| (BOOT::|p| BOOT::$) ; (OR ; (BOOT::SPADCALL BOOT::|p| (BOOT::|spadConstant| BOOT::$ 30) ; (BOOT::|shellEntry| BOOT::$ 31)) ; (BOOT::SPADCALL (COND (# #) (T #)) (BOOT::|spadConstant| BOOT::$ 9) ; (BOOT::|shellEntry| BOOT::$ 26)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XPR;constant?;$B;7| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|XPR;constant?;$B;7| ; (OR ; (BOOT::SPADCALL BOOT::|p| (BOOT::|spadConstant| BOOT::$ 30) ; (BOOT::|shellEntry| BOOT::$ 31)) ; (BOOT::SPADCALL (COND # #) (BOOT::|spadConstant| BOOT::$ 9) ; (BOOT::|shellEntry| BOOT::$ 26))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |XPR;constant;$R;8| ...) ; compiling (DEFUN |XPR;quasiRegular?;$B;9| ...) ; compiling (DEFUN |XPR;quasiRegular;2$;10| ...) ; file: /tmp/oa-3WJrOG/code.lsp ; in: DEFUN |XPR;quasiRegular;2$;10| ; (DEFUN BOOT::|XPR;quasiRegular;2$;10| (BOOT::|p| BOOT::$) ; (COND ((BOOT::|XPR;quasiRegular?;$B;9| BOOT::|p| BOOT::$) BOOT::|p|) ; (T ; (LET (# #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XPR;quasiRegular;2$;10| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|XPR;quasiRegular;2$;10| ; (COND ((BOOT::|XPR;quasiRegular?;$B;9| BOOT::|p| BOOT::$) BOOT::|p|) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |XPR;recip;$U;11| ...) ; compiling (DEFUN |XPR;coerce;R$;12| ...) ; file: /tmp/oa-3WJrOG/code.lsp ; in: DEFUN |XPR;coerce;R$;12| ; (DEFUN BOOT::|XPR;coerce;R$;12| (BOOT::|r| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|r| (BOOT::|spadConstant| BOOT::$ 28) ; (BOOT::|shellEntry| BOOT::$ 44)) ; (BOOT::|spadConstant| BOOT::$ 30)) ; (T (LIST (CONS # BOOT::|r|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XPR;coerce;R$;12| ; (BOOT::|r| BOOT::$) ; (BLOCK BOOT::|XPR;coerce;R$;12| ; (COND ; ((BOOT::SPADCALL BOOT::|r| # #) (BOOT::|spadConstant| BOOT::$ 30)) ; (T (LIST #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |XPR;coerce;I$;13| ...) ; compiling (DEFUN |XPR;*;3$;14| ...) ; file: /tmp/oa-3WJrOG/code.lsp ; in: DEFUN |XPR;*;3$;14| ; (DEFUN BOOT::|XPR;*;3$;14| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (COND ; ((OR (NULL BOOT::|p1|) (NULL BOOT::|p2|)) ; (BOOT::|spadConstant| BOOT::$ 30)) ; ((BOOT::SPADCALL (CAR #) (BOOT::|spadConstant| BOOT::$ 9) ; (BOOT::|shellEntry| BOOT::$ 26)) ; (BOOT::SPADCALL (CDR #) BOOT::|p2| (BOOT::|shellEntry| BOOT::$ 48))) ; ((BOOT::SPADCALL BOOT::|p2| (BOOT::|spadConstant| BOOT::$ 11) ; (BOOT::|shellEntry| BOOT::$ 31)) ; BOOT::|p1|) ; (T ; (LET (# # #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XPR;*;3$;14| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|XPR;*;3$;14| ; (COND ((OR # #) (BOOT::|spadConstant| BOOT::$ 30)) ; ((BOOT::SPADCALL # # #) (BOOT::SPADCALL # BOOT::|p2| #)) ; ((BOOT::SPADCALL BOOT::|p2| # #) BOOT::|p1|) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |XPR;*;3$;15| ...) ; file: /tmp/oa-3WJrOG/code.lsp ; in: DEFUN |XPR;*;3$;15| ; (DEFUN BOOT::|XPR;*;3$;15| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (PROG (BOOT::|r|) (RETURN (COND (# #) (# #) (# BOOT::|p1|) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XPR;*;3$;15| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|XPR;*;3$;15| (PROG (BOOT::|r|) (RETURN (COND # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |XPR;**;$Nni$;16| ...) ; compiling (DEFUN |XPR;repeatMultExpt| ...) ; file: /tmp/oa-3WJrOG/code.lsp ; in: DEFUN |XPR;repeatMultExpt| ; (DEFUN BOOT::|XPR;repeatMultExpt| (BOOT::|x| BOOT::|nn| BOOT::$) ; (COND ((ZEROP BOOT::|nn|) (BOOT::|spadConstant| BOOT::$ 11)) ; (T ; (LET (#) ; (PROGN # BOOT::|y|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XPR;repeatMultExpt| ; (BOOT::|x| BOOT::|nn| BOOT::$) ; (BLOCK BOOT::|XPR;repeatMultExpt| ; (COND ((ZEROP BOOT::|nn|) (BOOT::|spadConstant| BOOT::$ 11)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |XPR;outTerm| ...) ; compiling (DEFUN |XPR;coerce;$Of;19| ...) ; compiling (DEFUN |XPR;/;$R$;20| ...) ; file: /tmp/oa-3WJrOG/code.lsp ; in: DEFUN |XPR;/;$R$;20| ; (DEFUN BOOT::|XPR;/;$R$;20| (BOOT::|x| BOOT::|r| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 67)) ; BOOT::|x| (BOOT::|shellEntry| BOOT::$ 48))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XPR;/;$R$;20| ; (BOOT::|x| BOOT::|r| BOOT::$) ; (BLOCK BOOT::|XPR;/;$R$;20| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 67)) BOOT::|x| ; (BOOT::|shellEntry| BOOT::$ 48)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |XPolynomialRing| ...) ; compiling (DEFUN |XPolynomialRing;| ...) ; compiling (MAKEPROP (QUOTE |XPolynomialRing|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 8 notes ; /tmp/oa-3WJrOG/code.fasl written ; compilation finished in 0:00:00.083 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile BTAGG.spad && cp BTAGG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/BTAGG.fasl \ && if test -f BTAGG-.NRLIB/code.fasl; then \ cp BTAGG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/BTAGG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/BTAGG.spad using Spad compiler. BTAGG abbreviates category BitAggregate debug: compDefine1 lhs: (BitAggregate) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for BitAggregate compiling into /tmp/oa-iM0aTp STYLE-WARNING: redefining BOOT::|BitAggregate| in DEFUN Time: 0.01 SEC. BTAGG- abbreviates package BitAggregate& ------------------------------------------------------------------------ initializing stationary directory for BitAggregate& compiling into /tmp/oa-EbkNFV compiling exported not : S -> S Time: 0.02 SEC. compiling exported ~ : S -> S Time: 0 SEC. compiling exported /\ : (S,S) -> S Time: 0 SEC. compiling exported \/ : (S,S) -> S Time: 0.00 SEC. compiling exported nand : (S,S) -> S Time: 0 SEC. compiling exported nor : (S,S) -> S Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor BitAggregate& Time: 0.03 seconds finalizing NRLIB BTAGG- ; compiling file "/tmp/oa-EbkNFV/code.lsp" (written 01 FEB 2016 11:01:27 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |BTAGG-;not;2$;1| ...) ; file: /tmp/oa-EbkNFV/code.lsp ; in: DEFUN |BTAGG-;not;2$;1| ; #'(LAMBDA (BOOT::|#1| BOOT::$) (NOT BOOT::|#1|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |BTAGG-;~;2$;2| ...) ; file: /tmp/oa-EbkNFV/code.lsp ; in: DEFUN |BTAGG-;~;2$;2| ; #'(LAMBDA (BOOT::|#1| BOOT::$) (NOT BOOT::|#1|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |BTAGG-;/\\;3$;3| ...) ; file: /tmp/oa-EbkNFV/code.lsp ; in: DEFUN |BTAGG-;/\\;3$;3| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (AND BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |BTAGG-;\\/;3$;4| ...) ; file: /tmp/oa-EbkNFV/code.lsp ; in: DEFUN |BTAGG-;\\/;3$;4| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (OR BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |BTAGG-;nand;3$;5| ...) ; file: /tmp/oa-EbkNFV/code.lsp ; in: DEFUN |BTAGG-;nand;3$;5| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) ; (OR (NOT BOOT::|#1|) (NOT BOOT::|#2|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |BTAGG-;nor;3$;6| ...) ; file: /tmp/oa-EbkNFV/code.lsp ; in: DEFUN |BTAGG-;nor;3$;6| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) ; (AND (NOT BOOT::|#1|) (NOT BOOT::|#2|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |BitAggregate&| ...) ; compiling (MAKEPROP (QUOTE |BitAggregate&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 6 STYLE-WARNING conditions ; /tmp/oa-EbkNFV/code.fasl written ; compilation finished in 0:00:00.024 ------------------------------------------------------------------------ finalizing NRLIB BTAGG Processing BitAggregate for Browser database: -- nand : (%,%) -> % -- nor : (%,%) -> % -- xor : (%,%) -> % -- constructor ; compiling file "/tmp/oa-iM0aTp/code.lsp" (written 01 FEB 2016 11:01:27 PM): ; compiling (DEFPARAMETER |BitAggregate;AL| ...) ; compiling (DEFUN |BitAggregate;| ...) ; compiling (DEFUN |BitAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-iM0aTp/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile RMATRIX.spad && cp RMATRIX.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RMATRIX.fasl \ && if test -f RMATRIX-.NRLIB/code.fasl; then \ cp RMATRIX-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RMATRIX-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RMATRIX.spad using Spad compiler. RMATRIX abbreviates domain RectangularMatrix debug: compDefine1 lhs: (RectangularMatrix m n R) signature (pre-evaluate): ((Join (RectangularMatrixCategory m n R (DirectProduct n R) (DirectProduct m R)) (CoercibleTo (Matrix R)) (CATEGORY domain (IF (has R (Field)) (ATTRIBUTE (VectorSpace R)) %noBranch) (IF (has R (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch) (SIGNATURE rectangularMatrix ($ (Matrix R))))) NIL NIL NIL) debug: evaluateType form: (Join (RectangularMatrixCategory m n R (DirectProduct n R) (DirectProduct m R)) (CoercibleTo (Matrix R)) (CATEGORY domain (IF (has R (Field)) (ATTRIBUTE (VectorSpace R)) %noBranch) (IF (has R (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch) (SIGNATURE rectangularMatrix ($ (Matrix R))))) $param: (m n R) debug: evaluateType form: (RectangularMatrixCategory m n R (DirectProduct n R) (DirectProduct m R)) $param: (m n R) Debug: evaluateType1 form: (RectangularMatrixCategory m n R (DirectProduct n R) (DirectProduct m R)) debug: evaluateType1 x: m m: (NonNegativeInteger) debug: evaluateType1 x: n m: (NonNegativeInteger) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: (DirectProduct n R) m: (DirectProductCategory n R) debug: evaluateType1 categoryForm: (DirectProductCategory n R) debug: evaluateType form: (DirectProductCategory n R) $param: (m n R) Debug: evaluateType1 form: (DirectProductCategory n R) debug: evaluateType1 x: n m: (NonNegativeInteger) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (DirectProduct n R) $param: (m n R) Debug: evaluateType1 form: (DirectProduct n R) debug: evaluateType1 x: n m: (NonNegativeInteger) debug: evaluateType1 x: R m: (Type) debug: evalCategory d: (DirectProduct n R) c: (DirectProductCategory n R) debug: evaluateType1 x: (DirectProduct m R) m: (DirectProductCategory m R) debug: evaluateType1 categoryForm: (DirectProductCategory m R) debug: evaluateType form: (DirectProductCategory m R) $param: (m n R) Debug: evaluateType1 form: (DirectProductCategory m R) debug: evaluateType1 x: m m: (NonNegativeInteger) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (DirectProduct m R) $param: (m n R) Debug: evaluateType1 form: (DirectProduct m R) debug: evaluateType1 x: m m: (NonNegativeInteger) debug: evaluateType1 x: R m: (Type) debug: evalCategory d: (DirectProduct m R) c: (DirectProductCategory m R) debug: evaluateType form: (CoercibleTo (Matrix R)) $param: (m n R) Debug: evaluateType1 form: (CoercibleTo (Matrix R)) debug: evaluateType1 x: (Matrix R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (m n R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix R) $param: (m n R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Matrix R) c: (Type) debug: evaluateType form: (CATEGORY domain (IF (has R (Field)) (ATTRIBUTE (VectorSpace R)) %noBranch) (IF (has R (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch) (SIGNATURE rectangularMatrix ($ (Matrix R)))) $param: (m n R) debug: evaluateType form: (Matrix R) $param: (m n R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: compDefine1 signature (post evaluate): ((Join (RectangularMatrixCategory m n R (DirectProduct n R) (DirectProduct m R)) (CoercibleTo (Matrix R)) (CATEGORY domain (IF (has R (Field)) (ATTRIBUTE (VectorSpace R)) %noBranch) (IF (has R (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch) (SIGNATURE rectangularMatrix ($ (Matrix R))))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for RectangularMatrix compiling into /tmp/oa-T729dD compiling exported Zero : () -> % Time: 0.06 SEC. compiling exported coerce : % -> OutputForm Time: 0.02 SEC. compiling exported matrix : List List R -> % Time: 0.04 SEC. compiling exported row : (%,Integer) -> DirectProduct(n,R) Time: 0.02 SEC. compiling exported column : (%,Integer) -> DirectProduct(m,R) Time: 0.01 SEC. compiling exported coerce : % -> Matrix R Time: 0.01 SEC. compiling exported rectangularMatrix : Matrix R -> % Time: 0.02 SEC. compiling exported rowEchelon : % -> % Time: 0.00 SEC. compiling exported rank : % -> NonNegativeInteger Time: 0.01 SEC. compiling exported nullity : % -> NonNegativeInteger Time: 0.01 SEC. compiling exported nullSpace : % -> List DirectProduct(m,R) Time: 0.04 SEC. compiling exported dimension : () -> CardinalNumber Time: 0.01 SEC. compiling exported convert : % -> InputForm Debug compQuote expr: (QUOTE rectangularMatrix) m: $EmptyMode Debug compQuote expr: (QUOTE rectangularMatrix) m: (Symbol) Debug compQuote expr: (QUOTE rectangularMatrix) m: $EmptyMode Debug compQuote expr: (QUOTE rectangularMatrix) m: (Symbol) Debug compQuote expr: (QUOTE rectangularMatrix) m: $EmptyMode Debug compQuote expr: (QUOTE rectangularMatrix) m: (Symbol) Debug compQuote expr: (QUOTE rectangularMatrix) m: $EmptyMode Debug compQuote expr: (QUOTE rectangularMatrix) m: (Symbol) Debug compQuote expr: (QUOTE rectangularMatrix) m: $EmptyMode Debug compQuote expr: (QUOTE rectangularMatrix) m: (Symbol) Debug compQuote expr: (QUOTE rectangularMatrix) m: $EmptyMode Debug compQuote expr: (QUOTE rectangularMatrix) m: (Symbol) Debug compQuote expr: (QUOTE rectangularMatrix) m: $EmptyMode Debug compQuote expr: (QUOTE rectangularMatrix) m: (Symbol) Debug compQuote expr: (QUOTE rectangularMatrix) m: $EmptyMode Debug compQuote expr: (QUOTE rectangularMatrix) m: (Symbol) Time: 0.10 SEC. (time taken in buildFunctor: 8) Time: 0.02 SEC. Cumulative Statistics for Constructor RectangularMatrix Time: 0.36 seconds --------------non extending category---------------------- RectangularMatrix(#1,#2,#3) of category Join( RectangularMatrixCategory(#1,#2,#3,DirectProduct(#2,#3), DirectProduct(#1,#3)),CoercibleTo Matrix #3) with IF(has #3 (Field)) (ATTRIBUTE (VectorSpace #3))%noBranchIF (has #3 (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm)))%noBranch rectangularMatrix : Matrix #3 -> % has no MatrixCategory(#3,Vector #3,Vector #3) ---------------------------------------------------------- finalizing NRLIB RMATRIX Processing RectangularMatrix for Browser database: -- rectangularMatrix : Matrix R -> % -- constructor ; compiling file "/tmp/oa-T729dD/code.lsp" (written 01 FEB 2016 11:01:28 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RMATRIX;Zero;$;1| ...) ; compiling (DEFUN |RMATRIX;coerce;$Of;2| ...) ; compiling (DEFUN |RMATRIX;matrix;L$;3| ...) ; compiling (DEFUN |RMATRIX;row;$IDp;4| ...) ; compiling (DEFUN |RMATRIX;column;$IDp;5| ...) ; compiling (DEFUN |RMATRIX;coerce;$M;6| ...) ; compiling (DEFUN |RMATRIX;rectangularMatrix;M$;7| ...) ; compiling (DEFUN |RMATRIX;rowEchelon;2$;8| ...) ; compiling (DEFUN |RMATRIX;rank;$Nni;9| ...) ; file: /tmp/oa-T729dD/code.lsp ; in: DEFUN |RMATRIX;rank;$Nni;9| ; (DEFUN BOOT::|RMATRIX;rank;$Nni;9| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 47))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RMATRIX;rank;$Nni;9| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|RMATRIX;rank;$Nni;9| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 47)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |RMATRIX;nullity;$Nni;10| ...) ; file: /tmp/oa-T729dD/code.lsp ; in: DEFUN |RMATRIX;nullity;$Nni;10| ; (DEFUN BOOT::|RMATRIX;nullity;$Nni;10| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 49))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RMATRIX;nullity;$Nni;10| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|RMATRIX;nullity;$Nni;10| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 49)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |RMATRIX;nullSpace;$L;11| ...) ; file: /tmp/oa-T729dD/code.lsp ; in: DEFUN |RMATRIX;nullSpace;$L;11| ; (DEFUN BOOT::|RMATRIX;nullSpace;$L;11| (BOOT::|x| BOOT::$) ; (LET ((#:G581 (BOOT::SPADCALL BOOT::|x| #)) (#:G566 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G581 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RMATRIX;nullSpace;$L;11| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|RMATRIX;nullSpace;$L;11| ; (LET ((#:G581 #) (#:G566 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |RMATRIX;dimension;Cn;12| ...) ; compiling (DEFUN |RMATRIX;convert;$If;13| ...) ; compiling (DEFUN |RectangularMatrix| ...) ; compiling (DEFUN |RectangularMatrix;| ...) ; compiling (MAKEPROP (QUOTE |RectangularMatrix|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 3 notes ; /tmp/oa-T729dD/code.fasl written ; compilation finished in 0:00:00.063 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PTCAT.spad && cp PTCAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PTCAT.fasl \ && if test -f PTCAT-.NRLIB/code.fasl; then \ cp PTCAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PTCAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PTCAT.spad using Spad compiler. PTCAT abbreviates category PointCategory debug: compDefine1 lhs: (PointCategory R) signature (pre-evaluate): ((Category) (Ring)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((Category) (Ring)) debug: compDefine1 lhs: (PointCategory R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for PointCategory compiling into /tmp/oa-WgHBB6 STYLE-WARNING: redefining BOOT::|PointCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB PTCAT Processing PointCategory for Browser database: -- point : List R -> % -- dimension : % -> PositiveInteger -- cross : (%,%) -> % -- extend : (%,List R) -> % -- constructor ; compiling file "/tmp/oa-WgHBB6/code.lsp" (written 01 FEB 2016 11:01:28 PM): ; compiling (DEFPARAMETER |PointCategory;AL| ...) ; compiling (DEFUN |PointCategory;| ...) ; compiling (DEFUN |PointCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-WgHBB6/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile XDPOLY.spad && cp XDPOLY.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/XDPOLY.fasl \ && if test -f XDPOLY-.NRLIB/code.fasl; then \ cp XDPOLY-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/XDPOLY-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/XDPOLY.spad using Spad compiler. XDPOLY abbreviates domain XDistributedPolynomial debug: compDefine1 lhs: (XDistributedPolynomial vl R) signature (pre-evaluate): ((Join (FreeModuleCat R (OrderedFreeMonoid vl)) (XPolynomialsCat vl R)) (OrderedSet) (Ring)) debug: evaluateType form: (Join (FreeModuleCat R (OrderedFreeMonoid vl)) (XPolynomialsCat vl R)) $param: (vl R) debug: evaluateType form: (FreeModuleCat R (OrderedFreeMonoid vl)) $param: (vl R) Debug: evaluateType1 form: (FreeModuleCat R (OrderedFreeMonoid vl)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: (OrderedFreeMonoid vl) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (vl R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (OrderedFreeMonoid vl) $param: (vl R) Debug: evaluateType1 form: (OrderedFreeMonoid vl) debug: evaluateType1 x: vl m: (OrderedSet) debug: evalCategory d: (OrderedFreeMonoid vl) c: (SetCategory) debug: evaluateType form: (XPolynomialsCat vl R) $param: (vl R) Debug: evaluateType1 form: (XPolynomialsCat vl R) debug: evaluateType1 x: vl m: (OrderedSet) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (OrderedSet) $param: (vl R) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (Ring) $param: (vl R) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((Join (FreeModuleCat R (OrderedFreeMonoid vl)) (XPolynomialsCat vl R)) (OrderedSet) (Ring)) debug: compDefine1 lhs: (XDistributedPolynomial vl R) signature (pre-evaluate): ((Join (FreeModuleCat R (OrderedFreeMonoid vl)) (XPolynomialsCat vl R)) NIL NIL) debug: evaluateType form: (Join (FreeModuleCat R (OrderedFreeMonoid vl)) (XPolynomialsCat vl R)) $param: (vl R) debug: evaluateType form: (FreeModuleCat R (OrderedFreeMonoid vl)) $param: (vl R) Debug: evaluateType1 form: (FreeModuleCat R (OrderedFreeMonoid vl)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: (OrderedFreeMonoid vl) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (vl R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (OrderedFreeMonoid vl) $param: (vl R) Debug: evaluateType1 form: (OrderedFreeMonoid vl) debug: evaluateType1 x: vl m: (OrderedSet) debug: evalCategory d: (OrderedFreeMonoid vl) c: (SetCategory) debug: evaluateType form: (XPolynomialsCat vl R) $param: (vl R) Debug: evaluateType1 form: (XPolynomialsCat vl R) debug: evaluateType1 x: vl m: (OrderedSet) debug: evaluateType1 x: R m: (Ring) debug: compDefine1 signature (post evaluate): ((Join (FreeModuleCat R (OrderedFreeMonoid vl)) (XPolynomialsCat vl R)) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for XDistributedPolynomial compiling into /tmp/oa-scV6qg importing OrderedFreeMonoid vl importing Record(k: OrderedFreeMonoid vl,c: R) compiling exported mindegTerm : % -> Record(k: OrderedFreeMonoid vl,c: R) Time: 0.04 SEC. compiling exported sh : (%,NonNegativeInteger) -> % Time: 0.03 SEC. compiling exported sh : (%,%) -> % Time: 0.03 SEC. compiling exported coerce : vl -> % Time: 0.00 SEC. compiling exported * : (vl,%) -> % Time: 0.00 SEC. compiling exported mirror : % -> % Time: 0.01 SEC. compiling exported degree : % -> NonNegativeInteger Time: 0.00 SEC. compiling exported trunc : (%,NonNegativeInteger) -> % Time: 0.02 SEC. compiling exported varList : % -> List vl Time: 0.04 SEC. compiling exported rquo : (%,OrderedFreeMonoid vl) -> % Time: 0.02 SEC. compiling exported lquo : (%,OrderedFreeMonoid vl) -> % Time: 0.02 SEC. compiling exported rquo : (%,vl) -> % Time: 0.02 SEC. compiling exported lquo : (%,vl) -> % Time: 0.02 SEC. compiling local shw : (OrderedFreeMonoid vl,OrderedFreeMonoid vl) -> % Time: 0.01 SEC. compiling exported lquo : (%,%) -> % Time: 0.01 SEC. compiling exported rquo : (%,%) -> % Time: 0.01 SEC. compiling exported coef : (%,%) -> R Time: 0.06 SEC. (time taken in buildFunctor: 4) Time: 0.02 SEC. Warnings: [1] Rep differs from the base domain Cumulative Statistics for Constructor XDistributedPolynomial Time: 0.36 seconds --------------non extending category---------------------- XDistributedPolynomial(#1,#2) of category Join(FreeModuleCat(#2, OrderedFreeMonoid #1),XPolynomialsCat(#1,#2)) has no #? : % -> NonNegativeInteger ---------------------------------------------------------- finalizing NRLIB XDPOLY Processing XDistributedPolynomial for Browser database: -- constructor ; compiling file "/tmp/oa-scV6qg/code.lsp" (written 01 FEB 2016 11:01:28 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |XDPOLY;mindegTerm;$R;1| ...) ; file: /tmp/oa-scV6qg/code.lsp ; in: DEFUN |XDPOLY;mindegTerm;$R;1| ; (DEFUN BOOT::|XDPOLY;mindegTerm;$R;1| (BOOT::|p| BOOT::$) ; (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 12))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XDPOLY;mindegTerm;$R;1| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|XDPOLY;mindegTerm;$R;1| ; (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 12)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |XDPOLY;sh;$Nni$;2| ...) ; file: /tmp/oa-scV6qg/code.lsp ; in: DEFUN |XDPOLY;sh;$Nni$;2| ; (DEFUN BOOT::|XDPOLY;sh;$Nni$;2| (BOOT::|p| BOOT::|n| BOOT::$) ; (COND ((ZEROP BOOT::|n|) (BOOT::|spadConstant| BOOT::$ 20)) ; ((EQL BOOT::|n| 1) BOOT::|p|) ; (T ; (LET (#) ; (BOOT::SPADCALL BOOT::|p| # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XDPOLY;sh;$Nni$;2| ; (BOOT::|p| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|XDPOLY;sh;$Nni$;2| ; (COND ((ZEROP BOOT::|n|) (BOOT::|spadConstant| BOOT::$ 20)) ; ((EQL BOOT::|n| 1) BOOT::|p|) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |XDPOLY;sh;3$;3| ...) ; compiling (DEFUN |XDPOLY;coerce;vl$;4| ...) ; file: /tmp/oa-scV6qg/code.lsp ; in: DEFUN |XDPOLY;coerce;vl$;4| ; (DEFUN BOOT::|XDPOLY;coerce;vl$;4| (BOOT::|v| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|v| (BOOT::|shellEntry| BOOT::$ 30)) ; (BOOT::|shellEntry| BOOT::$ 31))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XDPOLY;coerce;vl$;4| ; (BOOT::|v| BOOT::$) ; (BLOCK BOOT::|XDPOLY;coerce;vl$;4| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|v| (BOOT::|shellEntry| BOOT::$ 30)) ; (BOOT::|shellEntry| BOOT::$ 31)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |XDPOLY;*;vl2$;5| ...) ; file: /tmp/oa-scV6qg/code.lsp ; in: DEFUN |XDPOLY;*;vl2$;5| ; (DEFUN BOOT::|XDPOLY;*;vl2$;5| (BOOT::|v| BOOT::|p| BOOT::$) ; (LET ((#:G711 BOOT::|p|) (#:G569 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G711 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XDPOLY;*;vl2$;5| ; (BOOT::|v| BOOT::|p| BOOT::$) ; (BLOCK BOOT::|XDPOLY;*;vl2$;5| ; (LET ((#:G711 BOOT::|p|) (#:G569 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |XDPOLY;mirror;2$;6| ...) ; file: /tmp/oa-scV6qg/code.lsp ; in: DEFUN |XDPOLY;mirror;2$;6| ; (DEFUN BOOT::|XDPOLY;mirror;2$;6| (BOOT::|p| BOOT::$) ; (COND ((NULL BOOT::|p|) BOOT::|p|) ; (T ; (BOOT::SPADCALL (BOOT::SPADCALL # # #) ; (BOOT::|XDPOLY;mirror;2$;6| # BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 29))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XDPOLY;mirror;2$;6| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|XDPOLY;mirror;2$;6| ; (COND ((NULL BOOT::|p|) BOOT::|p|) (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |XDPOLY;degree;$Nni;7| ...) ; file: /tmp/oa-scV6qg/code.lsp ; in: DEFUN |XDPOLY;degree;$Nni;7| ; (DEFUN BOOT::|XDPOLY;degree;$Nni;7| (BOOT::|p| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 42)) ; (BOOT::|shellEntry| BOOT::$ 43))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XDPOLY;degree;$Nni;7| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|XDPOLY;degree;$Nni;7| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 42)) ; (BOOT::|shellEntry| BOOT::$ 43)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |XDPOLY;trunc;$Nni$;8| ...) ; compiling (DEFUN |XDPOLY;varList;$L;9| ...) ; file: /tmp/oa-scV6qg/code.lsp ; in: DEFUN |XDPOLY;varList;$L;9| ; (DEFUN BOOT::|XDPOLY;varList;$L;9| (BOOT::|p| BOOT::$) ; (COND ((BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 48)) NIL) ; (T ; (LET (#) ; (BOOT::SPADCALL BOOT::|le| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XDPOLY;varList;$L;9| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|XDPOLY;varList;$L;9| ; (COND ((BOOT::SPADCALL BOOT::|p| #) NIL) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |XDPOLY;rquo;$Ofm$;10| ...) ; file: /tmp/oa-scV6qg/code.lsp ; in: DEFUN |XDPOLY;rquo;$Ofm$;10| ; (DEFUN BOOT::|XDPOLY;rquo;$Ofm$;10| (BOOT::|p| BOOT::|w| BOOT::$) ; (PROG (BOOT::|r|) ; (RETURN ; (LET (# #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XDPOLY;rquo;$Ofm$;10| ; (BOOT::|p| BOOT::|w| BOOT::$) ; (BLOCK BOOT::|XDPOLY;rquo;$Ofm$;10| ; (PROG (BOOT::|r|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |XDPOLY;lquo;$Ofm$;11| ...) ; file: /tmp/oa-scV6qg/code.lsp ; in: DEFUN |XDPOLY;lquo;$Ofm$;11| ; (DEFUN BOOT::|XDPOLY;lquo;$Ofm$;11| (BOOT::|p| BOOT::|w| BOOT::$) ; (PROG (BOOT::|r|) ; (RETURN ; (LET (# #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XDPOLY;lquo;$Ofm$;11| ; (BOOT::|p| BOOT::|w| BOOT::$) ; (BLOCK BOOT::|XDPOLY;lquo;$Ofm$;11| ; (PROG (BOOT::|r|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |XDPOLY;rquo;$vl$;12| ...) ; file: /tmp/oa-scV6qg/code.lsp ; in: DEFUN |XDPOLY;rquo;$vl$;12| ; (DEFUN BOOT::|XDPOLY;rquo;$vl$;12| (BOOT::|p| BOOT::|v| BOOT::$) ; (PROG (BOOT::|r|) ; (RETURN ; (LET (# #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XDPOLY;rquo;$vl$;12| ; (BOOT::|p| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|XDPOLY;rquo;$vl$;12| ; (PROG (BOOT::|r|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |XDPOLY;lquo;$vl$;13| ...) ; file: /tmp/oa-scV6qg/code.lsp ; in: DEFUN |XDPOLY;lquo;$vl$;13| ; (DEFUN BOOT::|XDPOLY;lquo;$vl$;13| (BOOT::|p| BOOT::|v| BOOT::$) ; (PROG (BOOT::|r|) ; (RETURN ; (LET (# #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XDPOLY;lquo;$vl$;13| ; (BOOT::|p| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|XDPOLY;lquo;$vl$;13| ; (PROG (BOOT::|r|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |XDPOLY;shw| ...) ; file: /tmp/oa-scV6qg/code.lsp ; in: DEFUN |XDPOLY;shw| ; (DEFUN BOOT::|XDPOLY;shw| (BOOT::|w1| BOOT::|w2| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|w1| NIL (BOOT::|shellEntry| BOOT::$ 66)) ; (BOOT::SPADCALL BOOT::|w2| (BOOT::|shellEntry| BOOT::$ 31))) ; ((BOOT::SPADCALL BOOT::|w2| NIL (BOOT::|shellEntry| BOOT::$ 66)) ; (BOOT::SPADCALL BOOT::|w1| (BOOT::|shellEntry| BOOT::$ 31))) ; (T ; (LET (# #) ; (BOOT::SPADCALL # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XDPOLY;shw| ; (BOOT::|w1| BOOT::|w2| BOOT::$) ; (BLOCK BOOT::|XDPOLY;shw| ; (COND ((BOOT::SPADCALL BOOT::|w1| NIL #) (BOOT::SPADCALL BOOT::|w2| #)) ; ((BOOT::SPADCALL BOOT::|w2| NIL #) (BOOT::SPADCALL BOOT::|w1| #)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |XDPOLY;lquo;3$;15| ...) ; file: /tmp/oa-scV6qg/code.lsp ; in: DEFUN |XDPOLY;lquo;3$;15| ; (DEFUN BOOT::|XDPOLY;lquo;3$;15| (BOOT::|p| BOOT::|q| BOOT::$) ; (PROG (BOOT::|r|) ; (RETURN ; (LET (# # #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XDPOLY;lquo;3$;15| ; (BOOT::|p| BOOT::|q| BOOT::$) ; (BLOCK BOOT::|XDPOLY;lquo;3$;15| ; (PROG (BOOT::|r|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |XDPOLY;rquo;3$;16| ...) ; file: /tmp/oa-scV6qg/code.lsp ; in: DEFUN |XDPOLY;rquo;3$;16| ; (DEFUN BOOT::|XDPOLY;rquo;3$;16| (BOOT::|p| BOOT::|q| BOOT::$) ; (PROG (BOOT::|r|) ; (RETURN ; (LET (# # #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XDPOLY;rquo;3$;16| ; (BOOT::|p| BOOT::|q| BOOT::$) ; (BLOCK BOOT::|XDPOLY;rquo;3$;16| ; (PROG (BOOT::|r|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |XDPOLY;coef;2$R;17| ...) ; compiling (DEFUN |XDistributedPolynomial| ...) ; compiling (DEFUN |XDistributedPolynomial;| ...) ; compiling (MAKEPROP (QUOTE |XDistributedPolynomial|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 14 notes ; /tmp/oa-scV6qg/code.fasl written ; compilation finished in 0:00:00.081 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile XRPOLY.spad && cp XRPOLY.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/XRPOLY.fasl \ && if test -f XRPOLY-.NRLIB/code.fasl; then \ cp XRPOLY-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/XRPOLY-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/XRPOLY.spad using Spad compiler. XRPOLY abbreviates domain XRecursivePolynomial debug: compDefine1 lhs: (XRecursivePolynomial VarSet R) signature (pre-evaluate): ((Join (XPolynomialsCat VarSet R) (CATEGORY domain (SIGNATURE expand ((XDistributedPolynomial VarSet R) $)) (SIGNATURE unexpand ($ (XDistributedPolynomial VarSet R))) (SIGNATURE RemainderList ((List (Record (: k VarSet) (: c $))) $)))) (OrderedSet) (Ring)) debug: evaluateType form: (Join (XPolynomialsCat VarSet R) (CATEGORY domain (SIGNATURE expand ((XDistributedPolynomial VarSet R) $)) (SIGNATURE unexpand ($ (XDistributedPolynomial VarSet R))) (SIGNATURE RemainderList ((List (Record (: k VarSet) (: c $))) $)))) $param: (VarSet R) debug: evaluateType form: (XPolynomialsCat VarSet R) $param: (VarSet R) Debug: evaluateType1 form: (XPolynomialsCat VarSet R) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (CATEGORY domain (SIGNATURE expand ((XDistributedPolynomial VarSet R) $)) (SIGNATURE unexpand ($ (XDistributedPolynomial VarSet R))) (SIGNATURE RemainderList ((List (Record (: k VarSet) (: c $))) $))) $param: (VarSet R) debug: evaluateType form: (XDistributedPolynomial VarSet R) $param: (VarSet R) Debug: evaluateType1 form: (XDistributedPolynomial VarSet R) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (XDistributedPolynomial VarSet R) $param: (VarSet R) Debug: evaluateType1 form: (XDistributedPolynomial VarSet R) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (List (Record (: k VarSet) (: c $))) $param: (VarSet R) Debug: evaluateType1 form: (List (Record (: k VarSet) (: c $))) debug: evaluateType1 x: (Record (: k VarSet) (: c $)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (VarSet R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: k VarSet) (: c $)) $param: (VarSet R) debug: evaluateType form: VarSet $param: (VarSet R) debug: evaluateType form: $ $param: (VarSet R) debug: evalCategory d: (Record (: k VarSet) (: c $)) c: (Type) debug: evaluateType form: (OrderedSet) $param: (VarSet R) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (Ring) $param: (VarSet R) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((Join (XPolynomialsCat VarSet R) (CATEGORY domain (SIGNATURE expand ((XDistributedPolynomial VarSet R) $)) (SIGNATURE unexpand ($ (XDistributedPolynomial VarSet R))) (SIGNATURE RemainderList ((List (Record (: k VarSet) (: c $))) $)))) (OrderedSet) (Ring)) debug: compDefine1 lhs: (XRecursivePolynomial VarSet R) signature (pre-evaluate): ((Join (XPolynomialsCat VarSet R) (CATEGORY domain (SIGNATURE expand ((XDistributedPolynomial VarSet R) $)) (SIGNATURE unexpand ($ (XDistributedPolynomial VarSet R))) (SIGNATURE RemainderList ((List (Record (: k VarSet) (: c $))) $)))) NIL NIL) debug: evaluateType form: (Join (XPolynomialsCat VarSet R) (CATEGORY domain (SIGNATURE expand ((XDistributedPolynomial VarSet R) $)) (SIGNATURE unexpand ($ (XDistributedPolynomial VarSet R))) (SIGNATURE RemainderList ((List (Record (: k VarSet) (: c $))) $)))) $param: (VarSet R) debug: evaluateType form: (XPolynomialsCat VarSet R) $param: (VarSet R) Debug: evaluateType1 form: (XPolynomialsCat VarSet R) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (CATEGORY domain (SIGNATURE expand ((XDistributedPolynomial VarSet R) $)) (SIGNATURE unexpand ($ (XDistributedPolynomial VarSet R))) (SIGNATURE RemainderList ((List (Record (: k VarSet) (: c $))) $))) $param: (VarSet R) debug: evaluateType form: (XDistributedPolynomial VarSet R) $param: (VarSet R) Debug: evaluateType1 form: (XDistributedPolynomial VarSet R) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (XDistributedPolynomial VarSet R) $param: (VarSet R) Debug: evaluateType1 form: (XDistributedPolynomial VarSet R) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (List (Record (: k VarSet) (: c $))) $param: (VarSet R) Debug: evaluateType1 form: (List (Record (: k VarSet) (: c $))) debug: evaluateType1 x: (Record (: k VarSet) (: c $)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (VarSet R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: k VarSet) (: c $)) $param: (VarSet R) debug: evaluateType form: VarSet $param: (VarSet R) debug: evaluateType form: $ $param: (VarSet R) debug: evalCategory d: (Record (: k VarSet) (: c $)) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (XPolynomialsCat VarSet R) (CATEGORY domain (SIGNATURE expand ((XDistributedPolynomial VarSet R) $)) (SIGNATURE unexpand ($ (XDistributedPolynomial VarSet R))) (SIGNATURE RemainderList ((List (Record (: k VarSet) (: c $))) $)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for XRecursivePolynomial compiling into /tmp/oa-Aquh5N importing Record(c0: R,reg: FreeModule1($,VarSet)) compiling local construct : List Record(k: VarSet,c: %) -> FreeModule1(%,VarSet) XRPOLY;construct lt is replaced by lt Time: 0.04 SEC. compiling exported = : (%,%) -> Boolean Time: 0.01 SEC. compiling exported monom : (OrderedFreeMonoid VarSet,R) -> % Time: 0.01 SEC. compiling exported rquo : (%,%) -> % Time: 0.01 SEC. compiling exported trunc : (%,NonNegativeInteger) -> % Time: 0.04 SEC. compiling exported unexpand : XDistributedPolynomial(VarSet,R) -> % Time: 0.03 SEC. compiling exported sh : (%,NonNegativeInteger) -> % Time: 0.03 SEC. compiling exported sh : (%,%) -> % Time: 0.02 SEC. compiling exported RemainderList : % -> List Record(k: VarSet,c: %) XRPOLY;RemainderList;$L;9 p is replaced by %when( %nil,%otherwise %tail %tail p) Time: 0.01 SEC. compiling exported lquo : (%,%) -> % Time: 0.02 SEC. compiling local lquo1 : (List Record(k: VarSet,c: %),List Record(k: VarSet,c: %)) -> % Time: 0.05 SEC. compiling exported coef : (%,%) -> R Time: 0.04 SEC. compiling local coef1 : (List Record(k: VarSet,c: %),List Record(k: VarSet,c: %)) -> R Time: 0.10 SEC. compiling local outForm : FreeModule1(%,VarSet) -> OutputForm Time: 0.02 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. compiling exported Zero : () -> % Time: 0 SEC. compiling exported One : () -> % Time: 0 SEC. compiling exported constant? : % -> Boolean XRPOLY;constant?;$B;18 p is replaced by %ieq(%head p,0) Time: 0.00 SEC. compiling exported constant : % -> R XRPOLY;constant;$R;19 p is replaced by %when( %tail p,%otherwise %head %tail p) Time: 0 SEC. compiling local simplifie : Record(c0: R,reg: FreeModule1(%,VarSet)) -> % Time: 0.02 SEC. compiling exported coerce : VarSet -> % Time: 0.01 SEC. compiling exported coerce : R -> % XRPOLY;coerce;R$;22 r is replaced by %pair(0,r) Time: 0 SEC. compiling exported coerce : Integer -> % Time: 0.01 SEC. compiling exported coerce : OrderedFreeMonoid VarSet -> % Time: 0.02 SEC. compiling exported expand : % -> XDistributedPolynomial(VarSet,R) Time: 0.02 SEC. compiling exported - : % -> % Time: 0.01 SEC. compiling exported + : (%,%) -> % Time: 0.04 SEC. compiling exported - : (%,%) -> % Time: 0.05 SEC. compiling exported * : (Integer,%) -> % Time: 0.04 SEC. compiling exported * : (R,%) -> % Time: 0.04 SEC. compiling exported * : (%,R) -> % Time: 0.05 SEC. compiling exported * : (VarSet,%) -> % Time: 0.01 SEC. compiling exported * : (%,%) -> % Time: 0.09 SEC. compiling exported lquo : (%,VarSet) -> % Time: 0.01 SEC. compiling exported lquo : (%,OrderedFreeMonoid VarSet) -> % Time: 0.00 SEC. compiling exported rquo : (%,VarSet) -> % Time: 0.02 SEC. compiling exported rquo : (%,OrderedFreeMonoid VarSet) -> % Time: 0.00 SEC. compiling exported coef : (%,OrderedFreeMonoid VarSet) -> R Time: 0.01 SEC. compiling exported quasiRegular? : % -> Boolean Time: 0.00 SEC. compiling exported quasiRegular : % -> % Time: 0.00 SEC. compiling exported characteristic : () -> NonNegativeInteger Time: 0.01 SEC. compiling exported recip : % -> Union(%,failed) Time: 0.00 SEC. compiling exported mindeg : % -> OrderedFreeMonoid VarSet Time: 0.02 SEC. compiling exported maxdeg : % -> OrderedFreeMonoid VarSet Time: 0.03 SEC. compiling exported degree : % -> NonNegativeInteger Time: 0.02 SEC. compiling exported map : (R -> R,%) -> % Time: 0.02 SEC. compiling exported varList : % -> List VarSet Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] Type FreeModule1($,VarSet) is not in scope. Import it [2] trunc: ListOfTerms has no value [3] sh: ListOfTerms has no value [4] sh: k has no value [5] sh: c has no value [6] lquo: ListOfTerms has no value [7] coef: ListOfTerms has no value [8] mindeg: ListOfTerms has no value [9] maxdeg: ListOfTerms has no value [10] varList: ListOfTerms has no value [11] varList: k has no value Cumulative Statistics for Constructor XRecursivePolynomial Time: 1.06 seconds finalizing NRLIB XRPOLY Processing XRecursivePolynomial for Browser database: -- expand : % -> XDPOLY -- unexpand : XDPOLY -> % -- RemainderList : % -> LTERMS -- constructor -- constructor --->../../x86_64-unknown-linux-gnu/src/algebra/xpoly.spad-->XRecursivePolynomial: Spurious comments: a ajouter ; compiling file "/tmp/oa-Aquh5N/code.lsp" (written 01 FEB 2016 11:01:30 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |XRPOLY;construct|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |XRPOLY;RemainderList;$L;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |XRPOLY;constant?;$B;18|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |XRPOLY;constant;$R;19|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |XRPOLY;coerce;R$;22|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |XRPOLY;construct| ...) ; compiling (DEFUN |XRPOLY;=;2$B;2| ...) ; file: /tmp/oa-Aquh5N/code.lsp ; in: DEFUN |XRPOLY;=;2$B;2| ; (DEFUN BOOT::|XRPOLY;=;2$B;2| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|p1|)) (AND (ZEROP #) (BOOT::SPADCALL # # #))) ; ((ZEROP (CAR BOOT::|p2|)) NIL) ; ((BOOT::SPADCALL (CAR #) (CAR #) (BOOT::|shellEntry| BOOT::$ 10)) ; (BOOT::SPADCALL (CDR #) (CDR #) (BOOT::|shellEntry| BOOT::$ 13))) ; (T NIL))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XRPOLY;=;2$B;2| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|XRPOLY;=;2$B;2| ; (COND ((ZEROP #) (AND # #)) ((ZEROP #) NIL) ; ((BOOT::SPADCALL # # #) (BOOT::SPADCALL # # #)) (T NIL)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |XRPOLY;monom;OfmR$;3| ...) ; file: /tmp/oa-Aquh5N/code.lsp ; in: DEFUN |XRPOLY;monom;OfmR$;3| ; (DEFUN BOOT::|XRPOLY;monom;OfmR$;3| (BOOT::|w| BOOT::|r| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|r| (CDR #) (BOOT::|shellEntry| BOOT::$ 10)) ; (BOOT::|spadConstant| BOOT::$ 15)) ; (T ; (BOOT::|XRPOLY;*;R2$;30| BOOT::|r| ; (BOOT::|XRPOLY;coerce;Ofm$;24| BOOT::|w| BOOT::$) BOOT::$)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XRPOLY;monom;OfmR$;3| ; (BOOT::|w| BOOT::|r| BOOT::$) ; (BLOCK BOOT::|XRPOLY;monom;OfmR$;3| ; (COND ; ((BOOT::SPADCALL BOOT::|r| # #) (BOOT::|spadConstant| BOOT::$ 15)) ; (T (BOOT::|XRPOLY;*;R2$;30| BOOT::|r| # BOOT::$))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |XRPOLY;rquo;3$;4| ...) ; compiling (DEFUN |XRPOLY;trunc;$Nni$;5| ...) ; compiling (DEFUN |XRPOLY;unexpand;Xdp$;6| ...) ; compiling (DEFUN |XRPOLY;unexpand;Xdp$;6!0| ...) ; compiling (DEFUN |XRPOLY;sh;$Nni$;7| ...) ; file: /tmp/oa-Aquh5N/code.lsp ; in: DEFUN |XRPOLY;sh;$Nni$;7| ; (DEFUN BOOT::|XRPOLY;sh;$Nni$;7| (BOOT::|p| BOOT::|n| BOOT::$) ; (COND ((ZEROP BOOT::|n|) (BOOT::|spadConstant| BOOT::$ 33)) ; ((ZEROP (CAR BOOT::|p|)) (CONS 0 (BOOT::SPADCALL # BOOT::|n| #))) ; (T ; (LET* (# # #) ; (CONS 1 #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XRPOLY;sh;$Nni$;7| ; (BOOT::|p| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|XRPOLY;sh;$Nni$;7| ; (COND ((ZEROP BOOT::|n|) (BOOT::|spadConstant| BOOT::$ 33)) ; ((ZEROP #) (CONS 0 #)) ; (T ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |XRPOLY;sh;3$;8| ...) ; compiling (DEFUN |XRPOLY;RemainderList;$L;9| ...) ; compiling (DEFUN |XRPOLY;lquo;3$;10| ...) ; compiling (DEFUN |XRPOLY;lquo1| ...) ; file: /tmp/oa-Aquh5N/code.lsp ; in: DEFUN |XRPOLY;lquo1| ; (DEFUN BOOT::|XRPOLY;lquo1| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ; ((OR (NULL BOOT::|x|) (NULL BOOT::|y|)) (BOOT::|spadConstant| BOOT::$ 15)) ; ((BOOT::SPADCALL (CAR #) (CAR #) (BOOT::|shellEntry| BOOT::$ 66)) ; (BOOT::|XRPOLY;lquo1| BOOT::|x| (CDR BOOT::|y|) BOOT::$)) ; ((BOOT::SPADCALL (CAR #) (CAR #) (BOOT::|shellEntry| BOOT::$ 69)) ; (BOOT::|XRPOLY;+;3$;27| (BOOT::|XRPOLY;lquo;3$;10| # # BOOT::$) ; (BOOT::|XRPOLY;lquo1| # # BOOT::$) BOOT::$)) ; (T (BOOT::|XRPOLY;lquo1| (CDR BOOT::|x|) BOOT::|y| BOOT::$)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XRPOLY;lquo1| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|XRPOLY;lquo1| ; (COND ((OR # #) (BOOT::|spadConstant| BOOT::$ 15)) ; ((BOOT::SPADCALL # # #) ; (BOOT::|XRPOLY;lquo1| BOOT::|x| # BOOT::$)) ; ((BOOT::SPADCALL # # #) (BOOT::|XRPOLY;+;3$;27| # # BOOT::$)) ; (T (BOOT::|XRPOLY;lquo1| # BOOT::|y| BOOT::$))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |XRPOLY;coef;2$R;12| ...) ; compiling (DEFUN |XRPOLY;coef1| ...) ; compiling (DEFUN |XRPOLY;outForm| ...) ; compiling (DEFUN |XRPOLY;coerce;$Of;15| ...) ; compiling (DEFUN |XRPOLY;Zero;$;16| ...) ; compiling (DEFUN |XRPOLY;One;$;17| ...) ; compiling (DEFUN |XRPOLY;constant?;$B;18| ...) ; compiling (DEFUN |XRPOLY;constant;$R;19| ...) ; compiling (DEFUN |XRPOLY;simplifie| ...) ; compiling (DEFUN |XRPOLY;coerce;VarSet$;21| ...) ; compiling (DEFUN |XRPOLY;coerce;R$;22| ...) ; compiling (DEFUN |XRPOLY;coerce;I$;23| ...) ; compiling (DEFUN |XRPOLY;coerce;Ofm$;24| ...) ; compiling (DEFUN |XRPOLY;expand;$Xdp;25| ...) ; compiling (DEFUN |XRPOLY;-;2$;26| ...) ; compiling (DEFUN |XRPOLY;+;3$;27| ...) ; compiling (DEFUN |XRPOLY;-;3$;28| ...) ; compiling (DEFUN |XRPOLY;*;I2$;29| ...) ; file: /tmp/oa-Aquh5N/code.lsp ; in: DEFUN |XRPOLY;*;I2$;29| ; (DEFUN BOOT::|XRPOLY;*;I2$;29| (BOOT::|n| BOOT::|p| BOOT::$) ; (COND ((ZEROP BOOT::|n|) (BOOT::|spadConstant| BOOT::$ 15)) ; ((ZEROP (CAR BOOT::|p|)) (CONS 0 (BOOT::SPADCALL BOOT::|n| # #))) ; (T (BOOT::|XRPOLY;simplifie| (CONS # #) BOOT::$)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XRPOLY;*;I2$;29| ; (BOOT::|n| BOOT::|p| BOOT::$) ; (BLOCK BOOT::|XRPOLY;*;I2$;29| ; (COND ((ZEROP BOOT::|n|) (BOOT::|spadConstant| BOOT::$ 15)) ; ((ZEROP #) (CONS 0 #)) (T (BOOT::|XRPOLY;simplifie| # BOOT::$))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |XRPOLY;*;R2$;30| ...) ; file: /tmp/oa-Aquh5N/code.lsp ; in: DEFUN |XRPOLY;*;R2$;30| ; (DEFUN BOOT::|XRPOLY;*;R2$;30| (BOOT::|r| BOOT::|p| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|r| (CDR #) (BOOT::|shellEntry| BOOT::$ 10)) ; (BOOT::|spadConstant| BOOT::$ 15)) ; ((ZEROP (CAR BOOT::|p|)) (CONS 0 (BOOT::SPADCALL BOOT::|r| # #))) ; (T (BOOT::|XRPOLY;simplifie| (CONS # #) BOOT::$)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XRPOLY;*;R2$;30| ; (BOOT::|r| BOOT::|p| BOOT::$) ; (BLOCK BOOT::|XRPOLY;*;R2$;30| ; (COND ; ((BOOT::SPADCALL BOOT::|r| # #) (BOOT::|spadConstant| BOOT::$ 15)) ; ((ZEROP #) (CONS 0 #)) (T (BOOT::|XRPOLY;simplifie| # BOOT::$))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |XRPOLY;*;$R$;31| ...) ; file: /tmp/oa-Aquh5N/code.lsp ; in: DEFUN |XRPOLY;*;$R$;31| ; (DEFUN BOOT::|XRPOLY;*;$R$;31| (BOOT::|p| BOOT::|r| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|r| (CDR #) (BOOT::|shellEntry| BOOT::$ 10)) ; (BOOT::|spadConstant| BOOT::$ 15)) ; ((ZEROP (CAR BOOT::|p|)) (CONS 0 (BOOT::SPADCALL # BOOT::|r| #))) ; (T (BOOT::|XRPOLY;simplifie| (CONS # #) BOOT::$)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XRPOLY;*;$R$;31| ; (BOOT::|p| BOOT::|r| BOOT::$) ; (BLOCK BOOT::|XRPOLY;*;$R$;31| ; (COND ; ((BOOT::SPADCALL BOOT::|r| # #) (BOOT::|spadConstant| BOOT::$ 15)) ; ((ZEROP #) (CONS 0 #)) (T (BOOT::|XRPOLY;simplifie| # BOOT::$))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |XRPOLY;*;VarSet2$;32| ...) ; file: /tmp/oa-Aquh5N/code.lsp ; in: DEFUN |XRPOLY;*;VarSet2$;32| ; (DEFUN BOOT::|XRPOLY;*;VarSet2$;32| (BOOT::|v| BOOT::|p| BOOT::$) ; (COND ; ((BOOT::|XRPOLY;=;2$B;2| BOOT::|p| (BOOT::|spadConstant| BOOT::$ 15) ; BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 15)) ; (T (CONS 1 (CONS # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XRPOLY;*;VarSet2$;32| ; (BOOT::|v| BOOT::|p| BOOT::$) ; (BLOCK BOOT::|XRPOLY;*;VarSet2$;32| ; (COND ; ((BOOT::|XRPOLY;=;2$B;2| BOOT::|p| # BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 15)) ; (T (CONS 1 #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |XRPOLY;*;3$;33| ...) ; compiling (DEFUN |XRPOLY;lquo;$VarSet$;34| ...) ; file: /tmp/oa-Aquh5N/code.lsp ; in: DEFUN |XRPOLY;lquo;$VarSet$;34| ; (DEFUN BOOT::|XRPOLY;lquo;$VarSet$;34| (BOOT::|p| BOOT::|v| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|p|)) (BOOT::|spadConstant| BOOT::$ 15)) ; (T ; (BOOT::SPADCALL (CDR #) BOOT::|v| ; (BOOT::|shellEntry| BOOT::$ 111))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XRPOLY;lquo;$VarSet$;34| ; (BOOT::|p| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|XRPOLY;lquo;$VarSet$;34| ; (COND ((ZEROP #) (BOOT::|spadConstant| BOOT::$ 15)) ; (T (BOOT::SPADCALL # BOOT::|v| #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |XRPOLY;lquo;$Ofm$;35| ...) ; compiling (DEFUN |XRPOLY;rquo;$VarSet$;36| ...) ; file: /tmp/oa-Aquh5N/code.lsp ; in: DEFUN |XRPOLY;rquo;$VarSet$;36| ; (DEFUN BOOT::|XRPOLY;rquo;$VarSet$;36| (BOOT::|p| BOOT::|v| BOOT::$) ; (PROG (BOOT::|x| BOOT::|a|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XRPOLY;rquo;$VarSet$;36| ; (BOOT::|p| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|XRPOLY;rquo;$VarSet$;36| ; (PROG (BOOT::|x| BOOT::|a|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |XRPOLY;rquo;$Ofm$;37| ...) ; compiling (DEFUN |XRPOLY;coef;$OfmR;38| ...) ; compiling (DEFUN |XRPOLY;quasiRegular?;$B;39| ...) ; compiling (DEFUN |XRPOLY;quasiRegular;2$;40| ...) ; file: /tmp/oa-Aquh5N/code.lsp ; in: DEFUN |XRPOLY;quasiRegular;2$;40| ; (DEFUN BOOT::|XRPOLY;quasiRegular;2$;40| (BOOT::|p| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|p|)) (BOOT::|spadConstant| BOOT::$ 15)) ; (T (CONS 1 (CONS # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XRPOLY;quasiRegular;2$;40| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|XRPOLY;quasiRegular;2$;40| ; (COND ((ZEROP #) (BOOT::|spadConstant| BOOT::$ 15)) (T (CONS 1 #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |XRPOLY;characteristic;Nni;41| ...) ; file: /tmp/oa-Aquh5N/code.lsp ; in: DEFUN |XRPOLY;characteristic;Nni;41| ; (DEFUN BOOT::|XRPOLY;characteristic;Nni;41| (BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 119)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XRPOLY;characteristic;Nni;41| ; (BOOT::$) ; (BLOCK BOOT::|XRPOLY;characteristic;Nni;41| ; (BOOT::|spadConstant| BOOT::$ 119))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |XRPOLY;recip;$U;42| ...) ; compiling (DEFUN |XRPOLY;mindeg;$Ofm;43| ...) ; compiling (DEFUN |XRPOLY;maxdeg;$Ofm;44| ...) ; compiling (DEFUN |XRPOLY;degree;$Nni;45| ...) ; file: /tmp/oa-Aquh5N/code.lsp ; in: DEFUN |XRPOLY;degree;$Nni;45| ; (DEFUN BOOT::|XRPOLY;degree;$Nni;45| (BOOT::|p| BOOT::$) ; (COND ; ((BOOT::|XRPOLY;=;2$B;2| BOOT::|p| (BOOT::|spadConstant| BOOT::$ 15) ; BOOT::$) ; (BOOT::|error| "XRPOLY.degree: polynome nul !!")) ; (T ; (BOOT::SPADCALL (BOOT::|XRPOLY;maxdeg;$Ofm;44| BOOT::|p| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 128))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XRPOLY;degree;$Nni;45| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|XRPOLY;degree;$Nni;45| ; (COND ; ((BOOT::|XRPOLY;=;2$B;2| BOOT::|p| # BOOT::$) ; (BOOT::|error| "XRPOLY.degree: polynome nul !!")) ; (T (BOOT::SPADCALL # #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |XRPOLY;map;M2$;46| ...) ; compiling (DEFUN |XRPOLY;varList;$L;47| ...) ; file: /tmp/oa-Aquh5N/code.lsp ; in: DEFUN |XRPOLY;varList;$L;47| ; (DEFUN BOOT::|XRPOLY;varList;$L;47| (BOOT::|p| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|p|)) NIL) ; (T ; (LET (#) ; (PROGN # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XRPOLY;varList;$L;47| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|XRPOLY;varList;$L;47| ; (COND ((ZEROP #) NIL) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |XRecursivePolynomial| ...) ; compiling (DEFUN |XRecursivePolynomial;| ...) ; compiling (MAKEPROP (QUOTE |XRecursivePolynomial|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 14 notes ; /tmp/oa-Aquh5N/code.fasl written ; compilation finished in 0:00:00.178 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile CINTSLPE.spad && cp CINTSLPE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CINTSLPE.fasl \ && if test -f CINTSLPE-.NRLIB/code.fasl; then \ cp CINTSLPE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CINTSLPE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CINTSLPE.spad using Spad compiler. CINTSLPE abbreviates package ComplexIntegerSolveLinearPolynomialEquation debug: compDefine1 lhs: (ComplexIntegerSolveLinearPolynomialEquation R CR) signature (pre-evaluate): ((CATEGORY package (SIGNATURE solveLinearPolynomialEquation ((Union (List (SparseUnivariatePolynomial CR)) failed) (List (SparseUnivariatePolynomial CR)) (SparseUnivariatePolynomial CR)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE solveLinearPolynomialEquation ((Union (List (SparseUnivariatePolynomial CR)) failed) (List (SparseUnivariatePolynomial CR)) (SparseUnivariatePolynomial CR)))) $param: (R CR) debug: evaluateType form: (Union (List (SparseUnivariatePolynomial CR)) failed) $param: (R CR) debug: evaluateType form: (List (SparseUnivariatePolynomial CR)) $param: (R CR) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial CR)) debug: evaluateType1 x: (SparseUnivariatePolynomial CR) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R CR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial CR) $param: (R CR) Debug: evaluateType1 form: (SparseUnivariatePolynomial CR) debug: evaluateType1 x: CR m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial CR) c: (Type) debug: evaluateType form: failed $param: (R CR) debug: evaluateType form: (List (SparseUnivariatePolynomial CR)) $param: (R CR) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial CR)) debug: evaluateType1 x: (SparseUnivariatePolynomial CR) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R CR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial CR) $param: (R CR) Debug: evaluateType1 form: (SparseUnivariatePolynomial CR) debug: evaluateType1 x: CR m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial CR) c: (Type) debug: evaluateType form: (SparseUnivariatePolynomial CR) $param: (R CR) Debug: evaluateType1 form: (SparseUnivariatePolynomial CR) debug: evaluateType1 x: CR m: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE solveLinearPolynomialEquation ((Union (List (SparseUnivariatePolynomial CR)) failed) (List (SparseUnivariatePolynomial CR)) (SparseUnivariatePolynomial CR)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ComplexIntegerSolveLinearPolynomialEquation compiling into /tmp/oa-mH507g compiling exported solveLinearPolynomialEquation : (List SparseUnivariatePolynomial CR,SparseUnivariatePolynomial CR) -> Union(List SparseUnivariatePolynomial CR,failed) Time: 0.22 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] solveLinearPolynomialEquation: slpePrime has no value [2] solveLinearPolynomialEquation: oldtable has no value Cumulative Statistics for Constructor ComplexIntegerSolveLinearPolynomialEquation Time: 0.22 seconds finalizing NRLIB CINTSLPE Processing ComplexIntegerSolveLinearPolynomialEquation for Browser database: -- solveLinearPolynomialEquation : (List CP,CP) -> Union(List CP,"failed") -- constructor ; compiling file "/tmp/oa-mH507g/code.lsp" (written 01 FEB 2016 11:01:30 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |CINTSLPE;solveLinearPolynomialEquation;LSupU;1| ...) ; compiling (DEFUN |ComplexIntegerSolveLinearPolynomialEquation| ...) ; compiling (DEFUN |ComplexIntegerSolveLinearPolynomialEquation;| ...) ; compiling (MAKEPROP (QUOTE |ComplexIntegerSolveLinearPolynomialEquation|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-mH507g/code.fasl written ; compilation finished in 0:00:00.035 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MATRIX.spad && cp MATRIX.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MATRIX.fasl \ && if test -f MATRIX-.NRLIB/code.fasl; then \ cp MATRIX-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MATRIX-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MATRIX.spad using Spad compiler. MATRIX abbreviates domain Matrix debug: compDefine1 lhs: (Matrix R) signature (pre-evaluate): ((Join (MatrixCategory R (Vector R) (Vector R)) (CATEGORY domain (SIGNATURE diagonalMatrix ($ (Vector R))) (IF (has R (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch) (IF (has R (Field)) (SIGNATURE inverse ((Union $ failed) $)) %noBranch))) NIL) debug: evaluateType form: (Join (MatrixCategory R (Vector R) (Vector R)) (CATEGORY domain (SIGNATURE diagonalMatrix ($ (Vector R))) (IF (has R (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch) (IF (has R (Field)) (SIGNATURE inverse ((Union $ failed) $)) %noBranch))) $param: (R) debug: evaluateType form: (MatrixCategory R (Vector R) (Vector R)) $param: (R) Debug: evaluateType1 form: (MatrixCategory R (Vector R) (Vector R)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: (Vector R) m: (FiniteLinearAggregate R) debug: evaluateType1 categoryForm: (FiniteLinearAggregate R) debug: evaluateType form: (FiniteLinearAggregate R) $param: (R) Debug: evaluateType1 form: (FiniteLinearAggregate R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (Vector R) $param: (R) Debug: evaluateType1 form: (Vector R) debug: evaluateType1 x: R m: (Type) debug: evalCategory d: (Vector R) c: (FiniteLinearAggregate R) debug: evaluateType1 x: (Vector R) m: (FiniteLinearAggregate R) debug: evaluateType1 categoryForm: (FiniteLinearAggregate R) debug: evaluateType form: (FiniteLinearAggregate R) $param: (R) Debug: evaluateType1 form: (FiniteLinearAggregate R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (Vector R) $param: (R) Debug: evaluateType1 form: (Vector R) debug: evaluateType1 x: R m: (Type) debug: evalCategory d: (Vector R) c: (FiniteLinearAggregate R) debug: evaluateType form: (CATEGORY domain (SIGNATURE diagonalMatrix ($ (Vector R))) (IF (has R (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch) (IF (has R (Field)) (SIGNATURE inverse ((Union $ failed) $)) %noBranch)) $param: (R) debug: evaluateType form: (Vector R) $param: (R) Debug: evaluateType1 form: (Vector R) debug: evaluateType1 x: R m: (Type) debug: compDefine1 signature (post evaluate): ((Join (MatrixCategory R (Vector R) (Vector R)) (CATEGORY domain (SIGNATURE diagonalMatrix ($ (Vector R))) (IF (has R (ConvertibleTo (InputForm))) (ATTRIBUTE (ConvertibleTo (InputForm))) %noBranch) (IF (has R (Field)) (SIGNATURE inverse ((Union $ failed) $)) %noBranch))) NIL) ------------------------------------------------------------------------ initializing stationary directory for Matrix compiling into /tmp/oa-L7gjzH compiling exported minRowIndex : % -> Integer MATRIX;minRowIndex;$I;1 x is replaced by 1 Time: 0.05 SEC. compiling exported minColIndex : % -> Integer MATRIX;minColIndex;$I;2 x is replaced by 1 Time: 0.01 SEC. compiling exported swapRows! : (%,Integer,Integer) -> % Time: 0.02 SEC. compiling local positivePower : (%,Integer,NonNegativeInteger) -> % Time: 0.01 SEC. compiling exported ** : (%,NonNegativeInteger) -> % Time: 0.02 SEC. compiling exported determinant : % -> R Time: 0.01 SEC. compiling exported minordet : % -> R Time: 0 SEC. compiling exported rowEchelon : % -> % Time: 0.01 SEC. compiling exported rank : % -> NonNegativeInteger Time: 0.01 SEC. compiling exported nullity : % -> NonNegativeInteger Time: 0.00 SEC. compiling exported nullSpace : % -> List Vector R Time: 0.01 SEC. compiling exported inverse : % -> Union(%,failed) Time: 0.01 SEC. compiling exported ** : (%,Integer) -> % Time: 0.02 SEC. compiling exported diagonalMatrix : Vector R -> % Time: 0.02 SEC. compiling exported convert : % -> InputForm Debug compQuote expr: (QUOTE matrix) m: $EmptyMode Debug compQuote expr: (QUOTE matrix) m: (Symbol) Debug compQuote expr: (QUOTE matrix) m: $EmptyMode Debug compQuote expr: (QUOTE matrix) m: (Symbol) Debug compQuote expr: (QUOTE matrix) m: $EmptyMode Debug compQuote expr: (QUOTE matrix) m: (Symbol) Debug compQuote expr: (QUOTE matrix) m: $EmptyMode Debug compQuote expr: (QUOTE matrix) m: (Symbol) Debug compQuote expr: (QUOTE matrix) m: $EmptyMode Debug compQuote expr: (QUOTE matrix) m: (Symbol) Debug compQuote expr: (QUOTE matrix) m: $EmptyMode Debug compQuote expr: (QUOTE matrix) m: (Symbol) Debug compQuote expr: (QUOTE matrix) m: $EmptyMode Debug compQuote expr: (QUOTE matrix) m: (Symbol) Time: 0.20 SEC. (time taken in buildFunctor: 12) Time: 0.03 SEC. Warnings: [1] positivePower: pretend Matrix R -- should replace by @ [2] positivePower: pretend $ -- should replace by @ [3] determinant: not known that CommutativeRing is of mode CATEGORY(package,commutative "*") Cumulative Statistics for Constructor Matrix Time: 0.42 seconds finalizing NRLIB MATRIX Processing Matrix for Browser database: -- diagonalMatrix : Vector R -> % -- inverse : % -> Union(%,"failed") -- constructor ; compiling file "/tmp/oa-L7gjzH/code.lsp" (written 01 FEB 2016 11:01:31 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MATRIX;minRowIndex;$I;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MATRIX;minColIndex;$I;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MATRIX;minRowIndex;$I;1| ...) ; file: /tmp/oa-L7gjzH/code.lsp ; in: DEFUN |MATRIX;minRowIndex;$I;1| ; (DEFUN BOOT::|MATRIX;minRowIndex;$I;1| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; 1) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MATRIX;minRowIndex;$I;1| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|MATRIX;minRowIndex;$I;1| 1)) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |MATRIX;minColIndex;$I;2| ...) ; file: /tmp/oa-L7gjzH/code.lsp ; in: DEFUN |MATRIX;minColIndex;$I;2| ; (DEFUN BOOT::|MATRIX;minColIndex;$I;2| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; 1) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MATRIX;minColIndex;$I;2| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|MATRIX;minColIndex;$I;2| 1)) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |MATRIX;swapRows!;$2I$;3| ...) ; compiling (DEFUN |MATRIX;positivePower| ...) ; compiling (DEFUN |MATRIX;**;$Nni$;5| ...) ; compiling (DEFUN |MATRIX;determinant;$R;6| ...) ; compiling (DEFUN |MATRIX;minordet;$R;7| ...) ; compiling (DEFUN |MATRIX;rowEchelon;2$;8| ...) ; compiling (DEFUN |MATRIX;rank;$Nni;9| ...) ; file: /tmp/oa-L7gjzH/code.lsp ; in: DEFUN |MATRIX;rank;$Nni;9| ; (DEFUN BOOT::|MATRIX;rank;$Nni;9| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 47))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MATRIX;rank;$Nni;9| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|MATRIX;rank;$Nni;9| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 47)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |MATRIX;nullity;$Nni;10| ...) ; file: /tmp/oa-L7gjzH/code.lsp ; in: DEFUN |MATRIX;nullity;$Nni;10| ; (DEFUN BOOT::|MATRIX;nullity;$Nni;10| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 49))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MATRIX;nullity;$Nni;10| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|MATRIX;nullity;$Nni;10| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 49)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |MATRIX;nullSpace;$L;11| ...) ; file: /tmp/oa-L7gjzH/code.lsp ; in: DEFUN |MATRIX;nullSpace;$L;11| ; (DEFUN BOOT::|MATRIX;nullSpace;$L;11| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 52))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MATRIX;nullSpace;$L;11| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|MATRIX;nullSpace;$L;11| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 52)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS VECTOR T)) &REST T). ; compiling (DEFUN |MATRIX;inverse;$U;12| ...) ; file: /tmp/oa-L7gjzH/code.lsp ; in: DEFUN |MATRIX;inverse;$U;12| ; (DEFUN BOOT::|MATRIX;inverse;$U;12| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 55))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MATRIX;inverse;$U;12| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|MATRIX;inverse;$U;12| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 55)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |MATRIX;**;$I$;13| ...) ; compiling (DEFUN |MATRIX;diagonalMatrix;V$;14| ...) ; compiling (DEFUN |MATRIX;convert;$If;15| ...) ; compiling (DEFUN |Matrix| ...) ; compiling (DEFUN |Matrix;| ...) ; compiling (MAKEPROP (QUOTE |Matrix|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 4 notes ; /tmp/oa-L7gjzH/code.fasl written ; compilation finished in 0:00:00.113 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MATCAT.spad && cp MATCAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MATCAT.fasl \ && if test -f MATCAT-.NRLIB/code.fasl; then \ cp MATCAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MATCAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MATCAT.spad using Spad compiler. MATCAT abbreviates category MatrixCategory debug: compDefine1 lhs: (MatrixCategory R Row Col) signature (pre-evaluate): ((Category) NIL NIL NIL) debug: evaluateType form: (Category) $param: (R Row Col) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for MatrixCategory compiling into /tmp/oa-FKlDyh STYLE-WARNING: redefining BOOT::|MatrixCategory| in DEFUN Time: 0.01 SEC. MATCAT- abbreviates package MatrixCategory& ------------------------------------------------------------------------ initializing stationary directory for MatrixCategory& compiling into /tmp/oa-Cwd1QW compiling exported square? : S -> Boolean Time: 0.08 SEC. compiling exported diagonal? : S -> Boolean Time: 0.03 SEC. compiling exported symmetric? : S -> Boolean Time: 0.02 SEC. compiling exported antisymmetric? : S -> Boolean Time: 0.03 SEC. compiling exported zero : (NonNegativeInteger,NonNegativeInteger) -> S Time: 0.01 SEC. compiling exported matrix : List List R -> S Time: 0.06 SEC. compiling exported matrix : (NonNegativeInteger,NonNegativeInteger,(Integer,Integer) -> R) -> S Time: 0.02 SEC. compiling exported scalarMatrix : (NonNegativeInteger,R) -> S Time: 0.01 SEC. compiling exported diagonalMatrix : List R -> S Time: 0.02 SEC. compiling exported diagonalMatrix : List S -> S Time: 0.06 SEC. compiling exported coerce : Col -> S Time: 0.02 SEC. compiling exported transpose : Row -> S Time: 0.01 SEC. compiling exported transpose : S -> S Time: 0.01 SEC. compiling exported squareTop : S -> S Time: 0.04 SEC. compiling exported horizConcat : (S,S) -> S Time: 0.04 SEC. compiling exported vertConcat : (S,S) -> S Time: 0.03 SEC. compiling exported listOfLists : S -> List List R Time: 0.07 SEC. compiling exported swapRows! : (S,Integer,Integer) -> S Time: 0.01 SEC. compiling exported swapColumns! : (S,Integer,Integer) -> S Time: 0.01 SEC. compiling exported elt : (S,List Integer,List Integer) -> S Time: 0.04 SEC. compiling exported setelt : (S,List Integer,List Integer,S) -> S Time: 0.04 SEC. compiling exported subMatrix : (S,Integer,Integer,Integer,Integer) -> S Time: 0.03 SEC. compiling exported setsubMatrix! : (S,Integer,Integer,S) -> S Time: 0.04 SEC. compiling exported + : (S,S) -> S Time: 0.05 SEC. compiling exported - : (S,S) -> S Time: 0.08 SEC. compiling exported - : S -> S Time: 0.00 SEC. compiling exported * : (R,S) -> S Time: 0 SEC. compiling exported * : (S,R) -> S Time: 0.01 SEC. compiling exported * : (Integer,S) -> S Time: 0.01 SEC. compiling exported * : (S,S) -> S Time: 0.05 SEC. compiling local positivePower : (S,Integer) -> S Time: 0.01 SEC. compiling exported ** : (S,NonNegativeInteger) -> S Time: 0.02 SEC. compiling exported * : (S,Col) -> Col Time: 0.05 SEC. compiling exported * : (Row,S) -> Row Time: 0.05 SEC. compiling exported exquo : (S,R) -> Union(S,failed) Time: 0.02 SEC. compiling exported / : (S,R) -> S Time: 0.01 SEC. compiling exported ** : (S,Integer) -> S Time: 0.08 SEC. (time taken in buildFunctor: 0) Time: 0.03 SEC. Cumulative Statistics for Constructor MatrixCategory& Time: 1.21 seconds finalizing NRLIB MATCAT- ; compiling file "/tmp/oa-Cwd1QW/code.lsp" (written 01 FEB 2016 11:01:32 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MATCAT-;square?;$B;1| ...) ; compiling (DEFUN |MATCAT-;diagonal?;$B;2| ...) ; compiling (DEFUN |MATCAT-;symmetric?;$B;3| ...) ; compiling (DEFUN |MATCAT-;antisymmetric?;$B;4| ...) ; compiling (DEFUN |MATCAT-;zero;2Nni$;5| ...) ; compiling (DEFUN |MATCAT-;matrix;L$;6| ...) ; compiling (DEFUN |MATCAT-;matrix;2NniM$;7| ...) ; compiling (DEFUN |MATCAT-;scalarMatrix;NniR$;8| ...) ; compiling (DEFUN |MATCAT-;diagonalMatrix;L$;9| ...) ; compiling (DEFUN |MATCAT-;diagonalMatrix;L$;10| ...) ; compiling (DEFUN |MATCAT-;coerce;Col$;11| ...) ; compiling (DEFUN |MATCAT-;transpose;Row$;12| ...) ; compiling (DEFUN |MATCAT-;transpose;2$;13| ...) ; compiling (DEFUN |MATCAT-;squareTop;2$;14| ...) ; compiling (DEFUN |MATCAT-;horizConcat;3$;15| ...) ; compiling (DEFUN |MATCAT-;vertConcat;3$;16| ...) ; compiling (DEFUN |MATCAT-;listOfLists;$L;17| ...) ; compiling (DEFUN |MATCAT-;swapRows!;$2I$;18| ...) ; compiling (DEFUN |MATCAT-;swapColumns!;$2I$;19| ...) ; compiling (DEFUN |MATCAT-;elt;$2L$;20| ...) ; compiling (DEFUN |MATCAT-;setelt;$2L2$;21| ...) ; compiling (DEFUN |MATCAT-;subMatrix;$4I$;22| ...) ; compiling (DEFUN |MATCAT-;setsubMatrix!;$2I2$;23| ...) ; compiling (DEFUN |MATCAT-;+;3$;24| ...) ; compiling (DEFUN |MATCAT-;-;3$;25| ...) ; compiling (DEFUN |MATCAT-;-;2$;26| ...) ; compiling (DEFUN |MATCAT-;-;2$;26!0| ...) ; compiling (DEFUN |MATCAT-;*;R2$;27| ...) ; compiling (DEFUN |MATCAT-;*;R2$;27!0| ...) ; compiling (DEFUN |MATCAT-;*;$R$;28| ...) ; compiling (DEFUN |MATCAT-;*;$R$;28!0| ...) ; compiling (DEFUN |MATCAT-;*;I2$;29| ...) ; compiling (DEFUN |MATCAT-;*;I2$;29!0| ...) ; compiling (DEFUN |MATCAT-;*;3$;30| ...) ; compiling (DEFUN |MATCAT-;positivePower| ...) ; compiling (DEFUN |MATCAT-;**;$Nni$;32| ...) ; compiling (DEFUN |MATCAT-;*;$2Col;33| ...) ; compiling (DEFUN |MATCAT-;*;Row$Row;34| ...) ; compiling (DEFUN |MATCAT-;exquo;$RU;35| ...) ; compiling (DEFUN |MATCAT-;/;$R$;36| ...) ; compiling (DEFUN |MATCAT-;/;$R$;36!0| ...) ; compiling (DEFUN |MATCAT-;**;$I$;37| ...) ; compiling (DEFUN |MatrixCategory&| ...) ; compiling (MAKEPROP (QUOTE |MatrixCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-Cwd1QW/code.fasl written ; compilation finished in 0:00:00.219 ------------------------------------------------------------------------ finalizing NRLIB MATCAT Processing MatrixCategory for Browser database: -- square? : % -> Boolean -- diagonal? : % -> Boolean -- symmetric? : % -> Boolean -- antisymmetric? : % -> Boolean -- zero : (NonNegativeInteger,NonNegativeInteger) -> % -- matrix : List List R -> % -- matrix : (NNI,NNI,((I,I) -> R)) -> % -- scalarMatrix : (NonNegativeInteger,R) -> % -- diagonalMatrix : List R -> % -- diagonalMatrix : List % -> % -- coerce : Col -> % -- transpose : Row -> % -- transpose : % -> % -- squareTop : % -> % -- horizConcat : (%,%) -> % -- vertConcat : (%,%) -> % -- listOfLists : % -> List List R -- elt : (%,List Integer,List Integer) -> % -- setelt : (%,List Integer,List Integer,%) -> % -- swapRows! : (%,Integer,Integer) -> % -- swapColumns! : (%,Integer,Integer) -> % -- subMatrix : (%,Integer,Integer,Integer,Integer) -> % -- setsubMatrix! : (%,Integer,Integer,%) -> % -- ?+? : (%,%) -> % -- ?-? : (%,%) -> % -- -? : % -> % -- ?*? : (%,%) -> % -- ?*? : (R,%) -> % -- ?*? : (%,R) -> % -- ?*? : (Integer,%) -> % -- ?*? : (%,Col) -> Col -- ?*? : (Row,%) -> Row -- ?**? : (%,NonNegativeInteger) -> % -- exquo : (%,R) -> Union(%,"failed") -- ?/? : (%,R) -> % -- rowEchelon : % -> % -- rank : % -> NonNegativeInteger -- nullity : % -> NonNegativeInteger -- nullSpace : % -> List Col -- determinant : % -> R -- minordet : % -> R -- inverse : % -> Union(%,"failed") -- ?**? : (%,Integer) -> % -- constructor ; compiling file "/tmp/oa-FKlDyh/code.lsp" (written 01 FEB 2016 11:01:32 PM): ; compiling (DEFPARAMETER |MatrixCategory;AL| ...) ; compiling (DEFUN |MatrixCategory;| ...) ; compiling (DEFUN |MatrixCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-FKlDyh/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile IARRAY2.spad && cp IARRAY2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IARRAY2.fasl \ && if test -f IARRAY2-.NRLIB/code.fasl; then \ cp IARRAY2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IARRAY2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IARRAY2.spad using Spad compiler. IARRAY2 abbreviates domain InnerTwoDimensionalArray debug: compDefine1 lhs: (InnerTwoDimensionalArray R Row Col) signature (pre-evaluate): ((TwoDimensionalArrayCategory R Row Col) NIL NIL NIL) debug: evaluateType form: (TwoDimensionalArrayCategory R Row Col) $param: (R Row Col) Debug: evaluateType1 form: (TwoDimensionalArrayCategory R Row Col) debug: evaluateType1 x: R m: (Type) debug: evaluateType1 x: Row m: (FiniteLinearAggregate R) debug: evaluateType1 x: Col m: (FiniteLinearAggregate R) debug: compDefine1 signature (post evaluate): ((TwoDimensionalArrayCategory R Row Col) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for InnerTwoDimensionalArray compiling into /tmp/oa-KIgaEX compiling exported new : (NonNegativeInteger,NonNegativeInteger,R) -> % Time: 0.11 SEC. compiling exported minRowIndex : % -> Integer IARRAY2;minRowIndex;$I;2 m is replaced by 1 Time: 0.00 SEC. compiling exported minColIndex : % -> Integer IARRAY2;minColIndex;$I;3 m is replaced by 1 Time: 0.00 SEC. compiling exported maxRowIndex : % -> Integer Time: 0.00 SEC. compiling exported maxColIndex : % -> Integer Time: 0.00 SEC. compiling exported nrows : % -> NonNegativeInteger IARRAY2;nrows;$Nni;6 is replaced by %vlength Time: 0.02 SEC. compiling exported ncols : % -> NonNegativeInteger Time: 0.04 SEC. compiling exported qelt : (%,Integer,Integer) -> R IARRAY2;qelt;$2IR;8(m,i,j) is replaced by %aref(%aref(m,%isub(i,1)),%isub(j,1)) Time: 0.02 SEC. compiling exported elt : (%,Integer,Integer) -> R Time: 0.01 SEC. compiling exported qsetelt! : (%,Integer,Integer,R) -> R Time: 0.03 SEC. compiling exported setelt : (%,Integer,Integer,R) -> R Time: 0.01 SEC. compiling exported latex : % -> String Time: 0.02 SEC. compiling exported row : (%,Integer) -> Row Time: 0.08 SEC. compiling exported column : (%,Integer) -> Col Time: 0.08 SEC. compiling exported copy : % -> % Time: 0.03 SEC. compiling exported fill! : (%,R) -> % Time: 0.04 SEC. compiling exported map : (R -> R,%) -> % Time: 0.02 SEC. compiling exported map! : (R -> R,%) -> % Time: 0.03 SEC. compiling exported map : ((R,R) -> R,%,%) -> % Time: 0.05 SEC. compiling exported map : ((R,R) -> R,%,%,R) -> % Time: 0.06 SEC. (time taken in buildFunctor: 4) Time: 0.02 SEC. Cumulative Statistics for Constructor InnerTwoDimensionalArray Time: 0.68 seconds --------------non extending category---------------------- InnerTwoDimensionalArray(#1,#2,#3) of category TwoDimensionalArrayCategory(#1,#2,#3) has no OneDimensionalArrayAggregate PrimitiveArray #1 ---------------------------------------------------------- finalizing NRLIB IARRAY2 Processing InnerTwoDimensionalArray for Browser database: -- constructor ; compiling file "/tmp/oa-KIgaEX/code.lsp" (written 01 FEB 2016 11:01:33 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IARRAY2;minRowIndex;$I;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IARRAY2;minColIndex;$I;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IARRAY2;nrows;$Nni;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IARRAY2;qelt;$2IR;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IARRAY2;maxRowIndex;$I;4|) ...) ; compiling (DEFUN |IARRAY2;new;2NniR$;1| ...) ; file: /tmp/oa-KIgaEX/code.lsp ; in: DEFUN |IARRAY2;new;2NniR$;1| ; (DEFUN BOOT::|IARRAY2;new;2NniR$;1| ; (BOOT::|rows| BOOT::|cols| BOOT::|a| BOOT::$) ; (COND ; ((ZEROP BOOT::|rows|) ; (BOOT::|error| "new: arrays with zero rows are not supported")) ; (T ; (LET (#) ; (PROGN # BOOT::|arr|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IARRAY2;new;2NniR$;1| ; (BOOT::|rows| BOOT::|cols| BOOT::|a| BOOT::$) ; (BLOCK BOOT::|IARRAY2;new;2NniR$;1| ; (COND ; ((ZEROP BOOT::|rows|) ; (BOOT::|error| "new: arrays with zero rows are not supported")) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (SIMPLE-ARRAY SIMPLE-ARRAY) &REST T). ; compiling (DEFUN |IARRAY2;minRowIndex;$I;2| ...) ; file: /tmp/oa-KIgaEX/code.lsp ; in: DEFUN |IARRAY2;minRowIndex;$I;2| ; (DEFUN BOOT::|IARRAY2;minRowIndex;$I;2| (BOOT::|m| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; 1) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IARRAY2;minRowIndex;$I;2| ; (BOOT::|m| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|IARRAY2;minRowIndex;$I;2| 1)) ; ; caught STYLE-WARNING: ; The variable |m| is defined but never used. ; compiling (DEFUN |IARRAY2;minColIndex;$I;3| ...) ; file: /tmp/oa-KIgaEX/code.lsp ; in: DEFUN |IARRAY2;minColIndex;$I;3| ; (DEFUN BOOT::|IARRAY2;minColIndex;$I;3| (BOOT::|m| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; 1) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IARRAY2;minColIndex;$I;3| ; (BOOT::|m| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|IARRAY2;minColIndex;$I;3| 1)) ; ; caught STYLE-WARNING: ; The variable |m| is defined but never used. ; compiling (DEFUN |IARRAY2;maxRowIndex;$I;4| ...) ; compiling (DEFUN |IARRAY2;maxColIndex;$I;5| ...) ; compiling (DEFUN |IARRAY2;nrows;$Nni;6| ...) ; compiling (DEFUN |IARRAY2;ncols;$Nni;7| ...) ; compiling (DEFUN |IARRAY2;qelt;$2IR;8| ...) ; compiling (DEFUN |IARRAY2;elt;$2IR;9| ...) ; compiling (DEFUN |IARRAY2;qsetelt!;$2I2R;10| ...) ; compiling (DEFUN |IARRAY2;setelt;$2I2R;11| ...) ; compiling (DEFUN |IARRAY2;latex;$S;12| ...) ; file: /tmp/oa-KIgaEX/code.lsp ; in: DEFUN |IARRAY2;latex;$S;12| ; (DEFUN BOOT::|IARRAY2;latex;$S;12| (BOOT::|m| BOOT::$) ; (LET ((BOOT::|s| "\\left[ \\begin{array}{")) ; (BOOT::SEQ ; (LET (# #) ; (LOOP # ; #)) ; (SETQ BOOT::|s| #) ; (LET (# #) ; (LOOP # ; #)) ; (BOOT::EXIT (BOOT::STRCONC BOOT::|s| "\\end{array} \\right]"))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IARRAY2;latex;$S;12| ; (BOOT::|m| BOOT::$) ; (BLOCK BOOT::|IARRAY2;latex;$S;12| ; (LET ((BOOT::|s| "\\left[ \\begin{array}{")) ; (BOOT::SEQ ; (LET # ; #) ; (SETQ #) ; (LET # ; #) ; (BOOT::EXIT #))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |IARRAY2;row;$IRow;13| ...) ; file: /tmp/oa-KIgaEX/code.lsp ; in: DEFUN |IARRAY2;row;$IRow;13| ; (DEFUN BOOT::|IARRAY2;row;$IRow;13| (BOOT::|m| BOOT::|i| BOOT::$) ; (COND ; ((OR (< BOOT::|i| 1) (< # BOOT::|i|)) ; (BOOT::|error| "row: index out of range")) ; (T (PROGN (SETQ #) (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IARRAY2;row;$IRow;13| ; (BOOT::|m| BOOT::|i| BOOT::$) ; (BLOCK BOOT::|IARRAY2;row;$IRow;13| ; (COND ((OR # #) (BOOT::|error| "row: index out of range")) ; (T (PROGN # #))))) ; ; note: Assignment to argument: |i| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |IARRAY2;column;$ICol;14| ...) ; file: /tmp/oa-KIgaEX/code.lsp ; in: DEFUN |IARRAY2;column;$ICol;14| ; (DEFUN BOOT::|IARRAY2;column;$ICol;14| (BOOT::|m| BOOT::|j| BOOT::$) ; (COND ; ((OR (< BOOT::|j| 1) (< # BOOT::|j|)) ; (BOOT::|error| "column: index out of range")) ; (T (PROGN (SETQ #) (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IARRAY2;column;$ICol;14| ; (BOOT::|m| BOOT::|j| BOOT::$) ; (BLOCK BOOT::|IARRAY2;column;$ICol;14| ; (COND ((OR # #) (BOOT::|error| "column: index out of range")) ; (T (PROGN # #))))) ; ; note: Assignment to argument: |j| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |IARRAY2;copy;2$;15| ...) ; compiling (DEFUN |IARRAY2;fill!;$R$;16| ...) ; file: /tmp/oa-KIgaEX/code.lsp ; in: DEFUN |IARRAY2;fill!;$R$;16| ; (DEFUN BOOT::|IARRAY2;fill!;$R$;16| (BOOT::|m| BOOT::|r| BOOT::$) ; (PROGN ; (LET ((BOOT::|i| 0) (#:G668 #)) ; (LOOP (COND # #) ; (SETQ #))) ; BOOT::|m|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IARRAY2;fill!;$R$;16| ; (BOOT::|m| BOOT::|r| BOOT::$) ; (BLOCK BOOT::|IARRAY2;fill!;$R$;16| ; (PROGN ; (LET (# #) ; (LOOP # ; #)) ; BOOT::|m|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |IARRAY2;map;M2$;17| ...) ; compiling (DEFUN |IARRAY2;map!;M2$;18| ...) ; compiling (DEFUN |IARRAY2;map;M3$;19| ...) ; file: /tmp/oa-KIgaEX/code.lsp ; in: DEFUN |IARRAY2;map;M3$;19| ; (DEFUN BOOT::|IARRAY2;map;M3$;19| (BOOT::|f| BOOT::|m| BOOT::|n| BOOT::$) ; (COND ; ((OR (BOOT::SPADCALL # # #) (BOOT::SPADCALL # # #)) ; (BOOT::|error| "map: arguments must have same dimensions")) ; (T ; (LET (#) ; (PROGN # BOOT::|t|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IARRAY2;map;M3$;19| ; (BOOT::|f| BOOT::|m| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|IARRAY2;map;M3$;19| ; (COND ; ((OR # #) (BOOT::|error| "map: arguments must have same dimensions")) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (SIMPLE-ARRAY SIMPLE-ARRAY) &REST T). ; compiling (DEFUN |IARRAY2;map;M2$R$;20| ...) ; compiling (DEFUN |InnerTwoDimensionalArray| ...) ; compiling (DEFUN |InnerTwoDimensionalArray;| ...) ; compiling (MAKEPROP (QUOTE |InnerTwoDimensionalArray|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; printed 5 notes ; /tmp/oa-KIgaEX/code.fasl written ; compilation finished in 0:00:00.121 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FFIELDC.spad && cp FFIELDC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FFIELDC.fasl \ && if test -f FFIELDC-.NRLIB/code.fasl; then \ cp FFIELDC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FFIELDC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FFIELDC.spad using Spad compiler. FFIELDC abbreviates category FiniteFieldCategory debug: compDefine1 lhs: (FiniteFieldCategory) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for FiniteFieldCategory compiling into /tmp/oa-At3f32 STYLE-WARNING: redefining BOOT::|FiniteFieldCategory| in DEFUN Time: 0.01 SEC. FFIELDC- abbreviates package FiniteFieldCategory& ------------------------------------------------------------------------ initializing stationary directory for FiniteFieldCategory& compiling into /tmp/oa-SHJX2O compiling exported differentiate : S -> S Time: 0.02 SEC. compiling exported init : () -> S Time: 0 SEC. compiling exported nextItem : S -> Maybe S Time: 0.00 SEC. compiling exported order : S -> OnePointCompletion PositiveInteger Time: 0.01 SEC. compiling exported conditionP : Matrix S -> Union(Vector S,failed) Time: 0.02 SEC. compiling exported charthRoot : S -> S Time: 0.00 SEC. compiling exported charthRoot : S -> Maybe S Time: 0.00 SEC. compiling exported createPrimitiveElement : () -> S Time: 0.00 SEC. compiling exported primitive? : S -> Boolean Time: 0.01 SEC. compiling exported order : S -> PositiveInteger Time: 0.02 SEC. compiling exported discreteLog : S -> NonNegativeInteger Time: 0.07 SEC. compiling exported discreteLog : (S,S) -> Union(NonNegativeInteger,failed) Time: 0.10 SEC. compiling local squareFreePolynomial : SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S Time: 0.05 SEC. compiling local factorPolynomial : SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S Time: 0.01 SEC. compiling local factorSquareFreePolynomial : SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S Time: 0.03 SEC. compiling exported gcdPolynomial : (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] conditionP: not known that Ring is of mode CATEGORY(package,order: S -> PositiveInteger,discreteLog: S -> NonNegativeInteger,primitive?: S -> Boolean,createPrimitiveElement: () -> S,conditionP: Matrix S -> Union(Vector S,"failed"),charthRoot: S -> S,differentiate: (S,NonNegativeInteger) -> S,differentiate: S -> S,init: () -> S,nextItem: S -> Maybe S,discreteLog: (S,S) -> Union(NonNegativeInteger,"failed"),order: S -> OnePointCompletion PositiveInteger,charthRoot: S -> Maybe S,gcdPolynomial: (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S) [2] createPrimitiveElement: e has no value [3] discreteLog: factors has no value [4] discreteLog: not known that IntegralDomain is of mode CATEGORY(package,order: S -> PositiveInteger,discreteLog: S -> NonNegativeInteger,primitive?: S -> Boolean,createPrimitiveElement: () -> S,conditionP: Matrix S -> Union(Vector S,"failed"),charthRoot: S -> S,differentiate: (S,NonNegativeInteger) -> S,differentiate: S -> S,init: () -> S,nextItem: S -> Maybe S,discreteLog: (S,S) -> Union(NonNegativeInteger,"failed"),order: S -> OnePointCompletion PositiveInteger,charthRoot: S -> Maybe S,gcdPolynomial: (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S) [5] gcdPolynomial: not known that Ring is of mode CATEGORY(package,order: S -> PositiveInteger,discreteLog: S -> NonNegativeInteger,primitive?: S -> Boolean,createPrimitiveElement: () -> S,conditionP: Matrix S -> Union(Vector S,"failed"),charthRoot: S -> S,differentiate: (S,NonNegativeInteger) -> S,differentiate: S -> S,init: () -> S,nextItem: S -> Maybe S,discreteLog: (S,S) -> Union(NonNegativeInteger,"failed"),order: S -> OnePointCompletion PositiveInteger,charthRoot: S -> Maybe S,gcdPolynomial: (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S) Cumulative Statistics for Constructor FiniteFieldCategory& Time: 0.39 seconds finalizing NRLIB FFIELDC- ; compiling file "/tmp/oa-SHJX2O/code.lsp" (written 01 FEB 2016 11:01:34 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FFIELDC-;differentiate;2$;1| ...) ; file: /tmp/oa-SHJX2O/code.lsp ; in: DEFUN |FFIELDC-;differentiate;2$;1| ; (DEFUN BOOT::|FFIELDC-;differentiate;2$;1| (BOOT::|x| BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 7)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFIELDC-;differentiate;2$;1| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FFIELDC-;differentiate;2$;1| ; (BOOT::|spadConstant| BOOT::$ 7))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |FFIELDC-;init;$;2| ...) ; compiling (DEFUN |FFIELDC-;nextItem;$M;3| ...) ; compiling (DEFUN |FFIELDC-;order;$Opc;4| ...) ; compiling (DEFUN |FFIELDC-;conditionP;MU;5| ...) ; compiling (DEFUN |FFIELDC-;charthRoot;2$;6| ...) ; compiling (DEFUN |FFIELDC-;charthRoot;$M;7| ...) ; compiling (DEFUN |FFIELDC-;createPrimitiveElement;$;8| ...) ; compiling (DEFUN |FFIELDC-;primitive?;$B;9| ...) ; compiling (DEFUN |FFIELDC-;order;$Pi;10| ...) ; file: /tmp/oa-SHJX2O/code.lsp ; in: DEFUN |FFIELDC-;order;$Pi;10| ; (DEFUN BOOT::|FFIELDC-;order;$Pi;10| (BOOT::|e| BOOT::$) ; (PROG (BOOT::|goon| BOOT::|a| BOOT::|primeDivisor|) ; (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFIELDC-;order;$Pi;10| ; (BOOT::|e| BOOT::$) ; (BLOCK BOOT::|FFIELDC-;order;$Pi;10| ; (PROG (BOOT::|goon| BOOT::|a| BOOT::|primeDivisor|) ; (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES (INTEGER 1) &REST T). ; compiling (DEFUN |FFIELDC-;discreteLog;$Nni;11| ...) ; file: /tmp/oa-SHJX2O/code.lsp ; in: DEFUN |FFIELDC-;discreteLog;$Nni;11| ; (DEFUN BOOT::|FFIELDC-;discreteLog;$Nni;11| (BOOT::|b| BOOT::$) ; (PROG (BOOT::|exp| BOOT::|groupord| BOOT::|mult| BOOT::|disclog| ; BOOT::|fac| BOOT::|disc1| BOOT::|found| BOOT::|end| BOOT::|c| ; BOOT::|n| BOOT::|exptable| BOOT::|rho|) ; (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFIELDC-;discreteLog;$Nni;11| ; (BOOT::|b| BOOT::$) ; (BLOCK BOOT::|FFIELDC-;discreteLog;$Nni;11| ; (PROG (BOOT::|exp| BOOT::|groupord| BOOT::|mult| BOOT::|disclog| ; BOOT::|fac| BOOT::|disc1| BOOT::|found| BOOT::|end| BOOT::|c| ; BOOT::|n| BOOT::|exptable| BOOT::|rho|) ; (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |FFIELDC-;discreteLog;2$U;12| ...) ; compiling (DEFUN |FFIELDC-;squareFreePolynomial| ...) ; compiling (DEFUN |FFIELDC-;factorPolynomial| ...) ; compiling (DEFUN |FFIELDC-;factorSquareFreePolynomial| ...) ; compiling (DEFUN |FFIELDC-;gcdPolynomial;3Sup;16| ...) ; compiling (DEFUN |FiniteFieldCategory&| ...) ; compiling (MAKEPROP (QUOTE |FiniteFieldCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 2 notes ; /tmp/oa-SHJX2O/code.fasl written ; compilation finished in 0:00:00.104 ------------------------------------------------------------------------ finalizing NRLIB FFIELDC Processing FiniteFieldCategory for Browser database: -- charthRoot : % -> % -- conditionP : Matrix % -> Union(Vector %,"failed") -- factorsOfCyclicGroupSize : () -> List Record(factor: Integer,exponent: Integer) -- tableForDiscreteLogarithm : Integer -> Table(PositiveInteger,NonNegativeInteger) -- createPrimitiveElement : () -> % -- primitiveElement : () -> % -- primitive? : % -> Boolean -- discreteLog : % -> NonNegativeInteger -- order : % -> PositiveInteger -- representationType : () -> Union("prime","polynomial","normal","cyclic") -- constructor ; compiling file "/tmp/oa-At3f32/code.lsp" (written 01 FEB 2016 11:01:34 PM): ; compiling (DEFPARAMETER |FiniteFieldCategory;AL| ...) ; compiling (DEFUN |FiniteFieldCategory;| ...) ; compiling (DEFUN |FiniteFieldCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-At3f32/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ================================== === layer 10 of 24 complete ====== ================================== ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile APPLYORE.spad && cp APPLYORE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/APPLYORE.fasl \ && if test -f APPLYORE-.NRLIB/code.fasl; then \ cp APPLYORE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/APPLYORE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/APPLYORE.spad using Spad compiler. APPLYORE abbreviates package ApplyUnivariateSkewPolynomial debug: compDefine1 lhs: (ApplyUnivariateSkewPolynomial R M P) signature (pre-evaluate): ((CATEGORY package (SIGNATURE apply (M P (Mapping M M) M))) (Ring) (LeftModule R) (UnivariateSkewPolynomialCategory R)) debug: evaluateType form: (CATEGORY package (SIGNATURE apply (M P (Mapping M M) M))) $param: (R M P) debug: evaluateType form: M $param: (R M P) debug: evaluateType form: P $param: (R M P) debug: evaluateType form: (Mapping M M) $param: (R M P) debug: evaluateType form: M $param: (R M P) debug: evaluateType form: M $param: (R M P) debug: evaluateType form: M $param: (R M P) debug: evaluateType form: (Ring) $param: (R M P) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (LeftModule R) $param: (R M P) Debug: evaluateType1 form: (LeftModule R) debug: evaluateType1 x: R m: (Rng) debug: evaluateType form: (UnivariateSkewPolynomialCategory R) $param: (R M P) Debug: evaluateType1 form: (UnivariateSkewPolynomialCategory R) debug: evaluateType1 x: R m: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE apply (M P (Mapping M M) M))) (Ring) (LeftModule R) (UnivariateSkewPolynomialCategory R)) debug: compDefine1 lhs: (ApplyUnivariateSkewPolynomial R M P) signature (pre-evaluate): ((CATEGORY package (SIGNATURE apply (M P (Mapping M M) M))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE apply (M P (Mapping M M) M))) $param: (R M P) debug: evaluateType form: M $param: (R M P) debug: evaluateType form: P $param: (R M P) debug: evaluateType form: (Mapping M M) $param: (R M P) debug: evaluateType form: M $param: (R M P) debug: evaluateType form: M $param: (R M P) debug: evaluateType form: M $param: (R M P) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE apply (M P (Mapping M M) M))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ApplyUnivariateSkewPolynomial compiling into /tmp/oa-nQkeXL compiling exported apply : (P,M -> M,M) -> M Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor ApplyUnivariateSkewPolynomial Time: 0.05 seconds finalizing NRLIB APPLYORE Processing ApplyUnivariateSkewPolynomial for Browser database: -- apply : (P,(M -> M),M) -> M -- constructor ; compiling file "/tmp/oa-nQkeXL/code.lsp" (written 01 FEB 2016 11:01:34 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |APPLYORE;apply;PM2M;1| ...) ; compiling (DEFUN |ApplyUnivariateSkewPolynomial| ...) ; compiling (DEFUN |ApplyUnivariateSkewPolynomial;| ...) ; compiling (MAKEPROP (QUOTE |ApplyUnivariateSkewPolynomial|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-nQkeXL/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ARRAY1.spad && cp ARRAY1.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ARRAY1.fasl \ && if test -f ARRAY1-.NRLIB/code.fasl; then \ cp ARRAY1-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ARRAY1-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ARRAY1.spad using Spad compiler. ARRAY1 abbreviates domain OneDimensionalArray debug: compDefine1 lhs: (OneDimensionalArray S) signature (pre-evaluate): ((Join (OneDimensionalArrayAggregate S) (CATEGORY domain (SIGNATURE oneDimensionalArray ($ (List S))) (SIGNATURE oneDimensionalArray ($ (NonNegativeInteger) S)))) (Type)) debug: evaluateType form: (Join (OneDimensionalArrayAggregate S) (CATEGORY domain (SIGNATURE oneDimensionalArray ($ (List S))) (SIGNATURE oneDimensionalArray ($ (NonNegativeInteger) S)))) $param: (S) debug: evaluateType form: (OneDimensionalArrayAggregate S) $param: (S) Debug: evaluateType1 form: (OneDimensionalArrayAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE oneDimensionalArray ($ (List S))) (SIGNATURE oneDimensionalArray ($ (NonNegativeInteger) S))) $param: (S) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (S) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Join (OneDimensionalArrayAggregate S) (CATEGORY domain (SIGNATURE oneDimensionalArray ($ (List S))) (SIGNATURE oneDimensionalArray ($ (NonNegativeInteger) S)))) (Type)) debug: compDefine1 lhs: (OneDimensionalArray S) signature (pre-evaluate): ((Join (OneDimensionalArrayAggregate S) (CATEGORY domain (SIGNATURE oneDimensionalArray ($ (List S))) (SIGNATURE oneDimensionalArray ($ (NonNegativeInteger) S)))) NIL) debug: evaluateType form: (Join (OneDimensionalArrayAggregate S) (CATEGORY domain (SIGNATURE oneDimensionalArray ($ (List S))) (SIGNATURE oneDimensionalArray ($ (NonNegativeInteger) S)))) $param: (S) debug: evaluateType form: (OneDimensionalArrayAggregate S) $param: (S) Debug: evaluateType1 form: (OneDimensionalArrayAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE oneDimensionalArray ($ (List S))) (SIGNATURE oneDimensionalArray ($ (NonNegativeInteger) S))) $param: (S) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (S) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: S $param: (S) debug: compDefine1 signature (post evaluate): ((Join (OneDimensionalArrayAggregate S) (CATEGORY domain (SIGNATURE oneDimensionalArray ($ (List S))) (SIGNATURE oneDimensionalArray ($ (NonNegativeInteger) S)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for OneDimensionalArray compiling into /tmp/oa-9QF3f1 compiling exported oneDimensionalArray : List S -> % Time: 0.04 SEC. compiling exported oneDimensionalArray : (NonNegativeInteger,S) -> % Time: 0 SEC. (time taken in buildFunctor: 4) Time: 0.06 SEC. Cumulative Statistics for Constructor OneDimensionalArray Time: 0.09 seconds finalizing NRLIB ARRAY1 Processing OneDimensionalArray for Browser database: -- oneDimensionalArray : List S -> % -- oneDimensionalArray : (NonNegativeInteger,S) -> % -- constructor ; compiling file "/tmp/oa-9QF3f1/code.lsp" (written 01 FEB 2016 11:01:34 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ARRAY1;oneDimensionalArray;L$;1| ...) ; compiling (DEFUN |ARRAY1;oneDimensionalArray;NniS$;2| ...) ; compiling (DEFUN |OneDimensionalArray| ...) ; compiling (DEFUN |OneDimensionalArray;| ...) ; compiling (MAKEPROP (QUOTE |OneDimensionalArray|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-9QF3f1/code.fasl written ; compilation finished in 0:00:00.024 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ARRAY12.spad && cp ARRAY12.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ARRAY12.fasl \ && if test -f ARRAY12-.NRLIB/code.fasl; then \ cp ARRAY12-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ARRAY12-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ARRAY12.spad using Spad compiler. ARRAY12 abbreviates package OneDimensionalArrayFunctions2 debug: compDefine1 lhs: (OneDimensionalArrayFunctions2 A B) signature (pre-evaluate): ((CATEGORY package (SIGNATURE scan ((OneDimensionalArray B) (Mapping B A B) (OneDimensionalArray A) B)) (SIGNATURE reduce (B (Mapping B A B) (OneDimensionalArray A) B)) (SIGNATURE map ((OneDimensionalArray B) (Mapping B A) (OneDimensionalArray A)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE scan ((OneDimensionalArray B) (Mapping B A B) (OneDimensionalArray A) B)) (SIGNATURE reduce (B (Mapping B A B) (OneDimensionalArray A) B)) (SIGNATURE map ((OneDimensionalArray B) (Mapping B A) (OneDimensionalArray A)))) $param: (A B) debug: evaluateType form: (OneDimensionalArray B) $param: (A B) Debug: evaluateType1 form: (OneDimensionalArray B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: (Mapping B A B) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (OneDimensionalArray A) $param: (A B) Debug: evaluateType1 form: (OneDimensionalArray A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: B $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (Mapping B A B) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (OneDimensionalArray A) $param: (A B) Debug: evaluateType1 form: (OneDimensionalArray A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (OneDimensionalArray B) $param: (A B) Debug: evaluateType1 form: (OneDimensionalArray B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: (Mapping B A) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: (OneDimensionalArray A) $param: (A B) Debug: evaluateType1 form: (OneDimensionalArray A) debug: evaluateType1 x: A m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE scan ((OneDimensionalArray B) (Mapping B A B) (OneDimensionalArray A) B)) (SIGNATURE reduce (B (Mapping B A B) (OneDimensionalArray A) B)) (SIGNATURE map ((OneDimensionalArray B) (Mapping B A) (OneDimensionalArray A)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for OneDimensionalArrayFunctions2 compiling into /tmp/oa-Zf8gW6 compiling exported map : (A -> B,OneDimensionalArray A) -> OneDimensionalArray B Time: 0.02 SEC. compiling exported scan : ((A,B) -> B,OneDimensionalArray A,B) -> OneDimensionalArray B Time: 0.01 SEC. compiling exported reduce : ((A,B) -> B,OneDimensionalArray A,B) -> B Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor OneDimensionalArrayFunctions2 Time: 0.03 seconds finalizing NRLIB ARRAY12 Processing OneDimensionalArrayFunctions2 for Browser database: -- scan : (((A,B) -> B),VA,B) -> VB -- reduce : (((A,B) -> B),VA,B) -> B -- map : ((A -> B),VA) -> VB -- constructor ; compiling file "/tmp/oa-Zf8gW6/code.lsp" (written 01 FEB 2016 11:01:35 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ARRAY12;map;MOdaOda;1| ...) ; compiling (DEFUN |ARRAY12;scan;MOdaBOda;2| ...) ; compiling (DEFUN |ARRAY12;reduce;MOda2B;3| ...) ; compiling (DEFUN |OneDimensionalArrayFunctions2| ...) ; compiling (DEFUN |OneDimensionalArrayFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |OneDimensionalArrayFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-Zf8gW6/code.fasl written ; compilation finished in 0:00:00.019 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ARRAY2.spad && cp ARRAY2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ARRAY2.fasl \ && if test -f ARRAY2-.NRLIB/code.fasl; then \ cp ARRAY2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ARRAY2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ARRAY2.spad using Spad compiler. ARRAY2 abbreviates domain TwoDimensionalArray debug: compDefine1 lhs: (TwoDimensionalArray R) signature (pre-evaluate): ((TwoDimensionalArrayCategory R (OneDimensionalArray R) (OneDimensionalArray R)) NIL) debug: evaluateType form: (TwoDimensionalArrayCategory R (OneDimensionalArray R) (OneDimensionalArray R)) $param: (R) Debug: evaluateType1 form: (TwoDimensionalArrayCategory R (OneDimensionalArray R) (OneDimensionalArray R)) debug: evaluateType1 x: R m: (Type) debug: evaluateType1 x: (OneDimensionalArray R) m: (FiniteLinearAggregate R) debug: evaluateType1 categoryForm: (FiniteLinearAggregate R) debug: evaluateType form: (FiniteLinearAggregate R) $param: (R) Debug: evaluateType1 form: (FiniteLinearAggregate R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (OneDimensionalArray R) $param: (R) Debug: evaluateType1 form: (OneDimensionalArray R) debug: evaluateType1 x: R m: (Type) debug: evalCategory d: (OneDimensionalArray R) c: (FiniteLinearAggregate R) debug: evaluateType1 x: (OneDimensionalArray R) m: (FiniteLinearAggregate R) debug: evaluateType1 categoryForm: (FiniteLinearAggregate R) debug: evaluateType form: (FiniteLinearAggregate R) $param: (R) Debug: evaluateType1 form: (FiniteLinearAggregate R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (OneDimensionalArray R) $param: (R) Debug: evaluateType1 form: (OneDimensionalArray R) debug: evaluateType1 x: R m: (Type) debug: evalCategory d: (OneDimensionalArray R) c: (FiniteLinearAggregate R) debug: compDefine1 signature (post evaluate): ((TwoDimensionalArrayCategory R (OneDimensionalArray R) (OneDimensionalArray R)) NIL) ------------------------------------------------------------------------ initializing stationary directory for TwoDimensionalArray compiling into /tmp/oa-hQUsIh (time taken in buildFunctor: 4) Time: 0.05 SEC. Cumulative Statistics for Constructor TwoDimensionalArray Time: 0.05 seconds finalizing NRLIB ARRAY2 Processing TwoDimensionalArray for Browser database: -- constructor ; compiling file "/tmp/oa-hQUsIh/code.lsp" (written 01 FEB 2016 11:01:35 PM): ; compiling (DEFUN |TwoDimensionalArray| ...) ; compiling (DEFUN |TwoDimensionalArray;| ...) ; compiling (MAKEPROP (QUOTE |TwoDimensionalArray|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-hQUsIh/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ONECOMP2.spad && cp ONECOMP2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ONECOMP2.fasl \ && if test -f ONECOMP2-.NRLIB/code.fasl; then \ cp ONECOMP2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ONECOMP2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ONECOMP2.spad using Spad compiler. ONECOMP2 abbreviates package OnePointCompletionFunctions2 debug: compDefine1 lhs: (OnePointCompletionFunctions2 R S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((OnePointCompletion S) (Mapping S R) (OnePointCompletion R))) (SIGNATURE map ((OnePointCompletion S) (Mapping S R) (OnePointCompletion R) (OnePointCompletion S)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((OnePointCompletion S) (Mapping S R) (OnePointCompletion R))) (SIGNATURE map ((OnePointCompletion S) (Mapping S R) (OnePointCompletion R) (OnePointCompletion S)))) $param: (R S) debug: evaluateType form: (OnePointCompletion S) $param: (R S) Debug: evaluateType1 form: (OnePointCompletion S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (Mapping S R) $param: (R S) debug: evaluateType form: S $param: (R S) debug: evaluateType form: R $param: (R S) debug: evaluateType form: (OnePointCompletion R) $param: (R S) Debug: evaluateType1 form: (OnePointCompletion R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (OnePointCompletion S) $param: (R S) Debug: evaluateType1 form: (OnePointCompletion S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (Mapping S R) $param: (R S) debug: evaluateType form: S $param: (R S) debug: evaluateType form: R $param: (R S) debug: evaluateType form: (OnePointCompletion R) $param: (R S) Debug: evaluateType1 form: (OnePointCompletion R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (OnePointCompletion S) $param: (R S) Debug: evaluateType1 form: (OnePointCompletion S) debug: evaluateType1 x: S m: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((OnePointCompletion S) (Mapping S R) (OnePointCompletion R))) (SIGNATURE map ((OnePointCompletion S) (Mapping S R) (OnePointCompletion R) (OnePointCompletion S)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for OnePointCompletionFunctions2 compiling into /tmp/oa-URwPXs compiling exported map : (R -> S,OnePointCompletion R) -> OnePointCompletion S Time: 0.01 SEC. compiling exported map : (R -> S,OnePointCompletion R,OnePointCompletion S) -> OnePointCompletion S Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor OnePointCompletionFunctions2 Time: 0.02 seconds finalizing NRLIB ONECOMP2 Processing OnePointCompletionFunctions2 for Browser database: -- map : ((R -> S),OPR) -> OPS -- map : ((R -> S),OPR,OPS) -> OPS -- constructor ; compiling file "/tmp/oa-URwPXs/code.lsp" (written 01 FEB 2016 11:01:35 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ONECOMP2;map;MOpcOpc;1| ...) ; compiling (DEFUN |ONECOMP2;map;MOpc2Opc;2| ...) ; compiling (DEFUN |OnePointCompletionFunctions2| ...) ; compiling (DEFUN |OnePointCompletionFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |OnePointCompletionFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-URwPXs/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ASTACK.spad && cp ASTACK.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ASTACK.fasl \ && if test -f ASTACK-.NRLIB/code.fasl; then \ cp ASTACK-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ASTACK-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ASTACK.spad using Spad compiler. ASTACK abbreviates domain ArrayStack debug: compDefine1 lhs: (ArrayStack S) signature (pre-evaluate): ((Join (StackAggregate S) (CATEGORY domain (SIGNATURE arrayStack ($ (List S))))) (SetCategory)) debug: evaluateType form: (Join (StackAggregate S) (CATEGORY domain (SIGNATURE arrayStack ($ (List S))))) $param: (S) debug: evaluateType form: (StackAggregate S) $param: (S) Debug: evaluateType1 form: (StackAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE arrayStack ($ (List S)))) $param: (S) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Join (StackAggregate S) (CATEGORY domain (SIGNATURE arrayStack ($ (List S))))) (SetCategory)) debug: compDefine1 lhs: (ArrayStack S) signature (pre-evaluate): ((Join (StackAggregate S) (CATEGORY domain (SIGNATURE arrayStack ($ (List S))))) NIL) debug: evaluateType form: (Join (StackAggregate S) (CATEGORY domain (SIGNATURE arrayStack ($ (List S))))) $param: (S) debug: evaluateType form: (StackAggregate S) $param: (S) Debug: evaluateType1 form: (StackAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE arrayStack ($ (List S)))) $param: (S) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: compDefine1 signature (post evaluate): ((Join (StackAggregate S) (CATEGORY domain (SIGNATURE arrayStack ($ (List S))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for ArrayStack compiling into /tmp/oa-m8pm1C compiling exported # : % -> NonNegativeInteger Time: 0.03 SEC. compiling exported = : (%,%) -> Boolean Time: 0 SEC. compiling exported copy : % -> % Time: 0 SEC. compiling exported coerce : % -> OutputForm Time: 0.04 SEC. compiling exported depth : % -> NonNegativeInteger Time: 0 SEC. compiling exported empty? : % -> Boolean Time: 0 SEC. compiling exported extract! : % -> S Time: 0 SEC. compiling exported insert! : (S,%) -> % Time: 0 SEC. compiling exported push! : (S,%) -> S Time: 0.00 SEC. compiling exported pop! : % -> S Time: 0.03 SEC. compiling exported top : % -> S Time: 0.01 SEC. compiling exported arrayStack : List S -> % Time: 0.01 SEC. compiling exported empty : () -> % Time: 0.00 SEC. (time taken in buildFunctor: 8) Time: 0.02 SEC. Cumulative Statistics for Constructor ArrayStack Time: 0.14 seconds finalizing NRLIB ASTACK Processing ArrayStack for Browser database: -- arrayStack : List S -> % -- constructor ; compiling file "/tmp/oa-m8pm1C/code.lsp" (written 01 FEB 2016 11:01:35 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ASTACK;#;$Nni;1| ...) ; file: /tmp/oa-m8pm1C/code.lsp ; in: DEFUN |ASTACK;#;$Nni;1| ; (DEFUN BOOT::|ASTACK;#;$Nni;1| (BOOT::|s| BOOT::$) ; (BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 13))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ASTACK;#;$Nni;1| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|ASTACK;#;$Nni;1| ; (BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 13)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |ASTACK;=;2$B;2| ...) ; file: /tmp/oa-m8pm1C/code.lsp ; in: DEFUN |ASTACK;=;2$B;2| ; (DEFUN BOOT::|ASTACK;=;2$B;2| (BOOT::|s| BOOT::|t| BOOT::$) ; (BOOT::SPADCALL BOOT::|s| BOOT::|t| (BOOT::|shellEntry| BOOT::$ 16))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ASTACK;=;2$B;2| ; (BOOT::|s| BOOT::|t| BOOT::$) ; (BLOCK BOOT::|ASTACK;=;2$B;2| ; (BOOT::SPADCALL BOOT::|s| BOOT::|t| (BOOT::|shellEntry| BOOT::$ 16)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |ASTACK;copy;2$;3| ...) ; compiling (DEFUN |ASTACK;coerce;$Of;4| ...) ; compiling (DEFUN |ASTACK;depth;$Nni;5| ...) ; compiling (DEFUN |ASTACK;empty?;$B;6| ...) ; file: /tmp/oa-m8pm1C/code.lsp ; in: DEFUN |ASTACK;empty?;$B;6| ; (DEFUN BOOT::|ASTACK;empty?;$B;6| (BOOT::|s| BOOT::$) ; (BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 34))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ASTACK;empty?;$B;6| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|ASTACK;empty?;$B;6| ; (BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 34)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |ASTACK;extract!;$S;7| ...) ; compiling (DEFUN |ASTACK;insert!;S2$;8| ...) ; compiling (DEFUN |ASTACK;push!;S$S;9| ...) ; compiling (DEFUN |ASTACK;pop!;$S;10| ...) ; compiling (DEFUN |ASTACK;top;$S;11| ...) ; compiling (DEFUN |ASTACK;arrayStack;L$;12| ...) ; compiling (DEFUN |ASTACK;empty;$;13| ...) ; compiling (DEFUN |ArrayStack| ...) ; compiling (DEFUN |ArrayStack;| ...) ; compiling (MAKEPROP (QUOTE |ArrayStack|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 3 notes ; /tmp/oa-m8pm1C/code.fasl written ; compilation finished in 0:00:00.051 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile COMBINAT.spad && cp COMBINAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/COMBINAT.fasl \ && if test -f COMBINAT-.NRLIB/code.fasl; then \ cp COMBINAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/COMBINAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/COMBINAT.spad using Spad compiler. COMBINAT abbreviates package IntegerCombinatoricFunctions debug: compDefine1 lhs: (IntegerCombinatoricFunctions I) signature (pre-evaluate): ((CATEGORY package (SIGNATURE binomial (I I I)) (SIGNATURE factorial (I I)) (SIGNATURE multinomial (I I (List I))) (SIGNATURE partition (I I)) (SIGNATURE permutation (I I I)) (SIGNATURE stirling1 (I I I)) (SIGNATURE stirling2 (I I I))) (IntegerNumberSystem)) debug: evaluateType form: (CATEGORY package (SIGNATURE binomial (I I I)) (SIGNATURE factorial (I I)) (SIGNATURE multinomial (I I (List I))) (SIGNATURE partition (I I)) (SIGNATURE permutation (I I I)) (SIGNATURE stirling1 (I I I)) (SIGNATURE stirling2 (I I I))) $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: (List I) $param: (I) Debug: evaluateType1 form: (List I) debug: evaluateType1 x: I m: (Type) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: (IntegerNumberSystem) $param: (I) Debug: evaluateType1 form: (IntegerNumberSystem) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE binomial (I I I)) (SIGNATURE factorial (I I)) (SIGNATURE multinomial (I I (List I))) (SIGNATURE partition (I I)) (SIGNATURE permutation (I I I)) (SIGNATURE stirling1 (I I I)) (SIGNATURE stirling2 (I I I))) (IntegerNumberSystem)) debug: compDefine1 lhs: (IntegerCombinatoricFunctions I) signature (pre-evaluate): ((CATEGORY package (SIGNATURE binomial (I I I)) (SIGNATURE factorial (I I)) (SIGNATURE multinomial (I I (List I))) (SIGNATURE partition (I I)) (SIGNATURE permutation (I I I)) (SIGNATURE stirling1 (I I I)) (SIGNATURE stirling2 (I I I))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE binomial (I I I)) (SIGNATURE factorial (I I)) (SIGNATURE multinomial (I I (List I))) (SIGNATURE partition (I I)) (SIGNATURE permutation (I I I)) (SIGNATURE stirling1 (I I I)) (SIGNATURE stirling2 (I I I))) $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: (List I) $param: (I) Debug: evaluateType1 form: (List I) debug: evaluateType1 x: I m: (Type) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE binomial (I I I)) (SIGNATURE factorial (I I)) (SIGNATURE multinomial (I I (List I))) (SIGNATURE partition (I I)) (SIGNATURE permutation (I I I)) (SIGNATURE stirling1 (I I I)) (SIGNATURE stirling2 (I I I))) NIL) ------------------------------------------------------------------------ initializing stationary directory for IntegerCombinatoricFunctions compiling into /tmp/oa-DKMdX0 compiling exported partition : I -> I Time: 0.67 SEC. compiling exported factorial : I -> I Time: 0.02 SEC. compiling exported binomial : (I,I) -> I Time: 0.04 SEC. compiling exported multinomial : (I,List I) -> I Time: 0.02 SEC. compiling exported permutation : (I,I) -> I Time: 0.04 SEC. compiling exported stirling1 : (I,I) -> I Time: 0.05 SEC. compiling exported stirling2 : (I,I) -> I Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] binomial: s has no value [2] binomial: b has no value Cumulative Statistics for Constructor IntegerCombinatoricFunctions Time: 0.87 seconds finalizing NRLIB COMBINAT Processing IntegerCombinatoricFunctions for Browser database: -- binomial : (I,I) -> I -- factorial : I -> I -- multinomial : (I,List I) -> I -- partition : I -> I -- permutation : (I,I) -> I -- stirling1 : (I,I) -> I -- stirling2 : (I,I) -> I --->../../x86_64-unknown-linux-gnu/src/algebra/combinat.spad-->IntegerCombinatoricFunctions(constructor): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/combinat.spad-->IntegerCombinatoricFunctions: Missing Description ; compiling file "/tmp/oa-DKMdX0/code.lsp" (written 01 FEB 2016 11:01:36 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |COMBINAT;partition;2I;1| ...) ; compiling (DEFUN |COMBINAT;factorial;2I;2| ...) ; compiling (DEFUN |COMBINAT;binomial;3I;3| ...) ; compiling (DEFUN |COMBINAT;multinomial;ILI;4| ...) ; compiling (DEFUN |COMBINAT;permutation;3I;5| ...) ; compiling (DEFUN |COMBINAT;stirling1;3I;6| ...) ; compiling (DEFUN |COMBINAT;stirling2;3I;7| ...) ; compiling (DEFUN |IntegerCombinatoricFunctions| ...) ; compiling (DEFUN |IntegerCombinatoricFunctions;| ...) ; compiling (MAKEPROP (QUOTE |IntegerCombinatoricFunctions|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-DKMdX0/code.fasl written ; compilation finished in 0:00:00.129 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile POINT.spad && cp POINT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/POINT.fasl \ && if test -f POINT-.NRLIB/code.fasl; then \ cp POINT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/POINT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/POINT.spad using Spad compiler. POINT abbreviates domain Point debug: compDefine1 lhs: (Point R) signature (pre-evaluate): ((PointCategory R) (Ring)) debug: evaluateType form: (PointCategory R) $param: (R) Debug: evaluateType1 form: (PointCategory R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((PointCategory R) (Ring)) debug: compDefine1 lhs: (Point R) signature (pre-evaluate): ((PointCategory R) NIL) debug: evaluateType form: (PointCategory R) $param: (R) Debug: evaluateType1 form: (PointCategory R) debug: evaluateType1 x: R m: (Ring) debug: compDefine1 signature (post evaluate): ((PointCategory R) NIL) ------------------------------------------------------------------------ initializing stationary directory for Point compiling into /tmp/oa-oM7Jr9 compiling exported point : List R -> % Time: 0.04 SEC. compiling exported dimension : % -> PositiveInteger Time: 0.03 SEC. compiling exported convert : List R -> % Time: 0.00 SEC. compiling exported cross : (%,%) -> % Time: 0.05 SEC. compiling exported extend : (%,List R) -> % Time: 0.01 SEC. (time taken in buildFunctor: 8) Time: 0.02 SEC. Cumulative Statistics for Constructor Point Time: 0.16 seconds --------------non extending category---------------------- Point #1 of category PointCategory #1 has no vector : List #1 -> % ---------------------------------------------------------- finalizing NRLIB POINT Processing Point for Browser database: -- constructor ; compiling file "/tmp/oa-oM7Jr9/code.lsp" (written 01 FEB 2016 11:01:37 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |POINT;point;L$;1| ...) ; file: /tmp/oa-oM7Jr9/code.lsp ; in: DEFUN |POINT;point;L$;1| ; (DEFUN BOOT::|POINT;point;L$;1| (BOOT::|l| BOOT::$) ; (BOOT::SPADCALL BOOT::|l| (BOOT::|shellEntry| BOOT::$ 8))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|POINT;point;L$;1| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|POINT;point;L$;1| ; (BOOT::SPADCALL BOOT::|l| (BOOT::|shellEntry| BOOT::$ 8)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |POINT;dimension;$Pi;2| ...) ; file: /tmp/oa-oM7Jr9/code.lsp ; in: DEFUN |POINT;dimension;$Pi;2| ; (DEFUN BOOT::|POINT;dimension;$Pi;2| (BOOT::|p| BOOT::$) ; (LET ((#:G545 (BOOT::SPADCALL BOOT::|p| #))) ; (COND ((PLUSP #:G545) #:G545) (T (BOOT::|moanRetract| #:G545 '#))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|POINT;dimension;$Pi;2| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|POINT;dimension;$Pi;2| ; (LET ((#:G545 #)) ; (COND (# #:G545) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES (INTEGER 1) &REST T). ; compiling (DEFUN |POINT;convert;L$;3| ...) ; compiling (DEFUN |POINT;cross;3$;4| ...) ; file: /tmp/oa-oM7Jr9/code.lsp ; in: DEFUN |POINT;cross;3$;4| ; (DEFUN BOOT::|POINT;cross;3$;4| (BOOT::|p0| BOOT::|p1| BOOT::$) ; (COND ; ((OR (BOOT::SPADCALL # 3 #) (BOOT::SPADCALL # 3 #)) ; (BOOT::|error| "Arguments to cross must be three dimensional")) ; (T (BOOT::|POINT;point;L$;1| (LIST # # #) BOOT::$)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|POINT;cross;3$;4| ; (BOOT::|p0| BOOT::|p1| BOOT::$) ; (BLOCK BOOT::|POINT;cross;3$;4| ; (COND ; ((OR # #) ; (BOOT::|error| "Arguments to cross must be three dimensional")) ; (T (BOOT::|POINT;point;L$;1| # BOOT::$))))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |POINT;extend;$L$;5| ...) ; file: /tmp/oa-oM7Jr9/code.lsp ; in: DEFUN |POINT;extend;$L$;5| ; (DEFUN BOOT::|POINT;extend;$L$;5| (BOOT::|p| BOOT::|l| BOOT::$) ; (BOOT::SPADCALL BOOT::|p| (BOOT::|POINT;point;L$;1| BOOT::|l| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 24))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|POINT;extend;$L$;5| ; (BOOT::|p| BOOT::|l| BOOT::$) ; (BLOCK BOOT::|POINT;extend;$L$;5| ; (BOOT::SPADCALL BOOT::|p| (BOOT::|POINT;point;L$;1| BOOT::|l| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 24)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |Point| ...) ; compiling (DEFUN |Point;| ...) ; compiling (MAKEPROP (QUOTE |Point|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 4 notes ; /tmp/oa-oM7Jr9/code.fasl written ; compilation finished in 0:00:00.040 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile UDVO.spad && cp UDVO.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UDVO.fasl \ && if test -f UDVO-.NRLIB/code.fasl; then \ cp UDVO-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UDVO-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UDVO.spad using Spad compiler. UDVO abbreviates package UserDefinedVariableOrdering debug: compDefine1 lhs: (UserDefinedVariableOrdering) signature (pre-evaluate): ((CATEGORY package (SIGNATURE setVariableOrder ((Void) (List (Symbol)))) (SIGNATURE setVariableOrder ((Void) (List (Symbol)) (List (Symbol)))) (SIGNATURE getVariableOrder ((Record (: high (List (Symbol))) (: low (List (Symbol)))))) (SIGNATURE resetVariableOrder ((Void))))) debug: evaluateType form: (CATEGORY package (SIGNATURE setVariableOrder ((Void) (List (Symbol)))) (SIGNATURE setVariableOrder ((Void) (List (Symbol)) (List (Symbol)))) (SIGNATURE getVariableOrder ((Record (: high (List (Symbol))) (: low (List (Symbol)))))) (SIGNATURE resetVariableOrder ((Void)))) $param: NIL debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (List (Symbol)) $param: NIL Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (List (Symbol)) $param: NIL Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (List (Symbol)) $param: NIL Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (Record (: high (List (Symbol))) (: low (List (Symbol)))) $param: NIL debug: evaluateType form: (List (Symbol)) $param: NIL Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (List (Symbol)) $param: NIL Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE setVariableOrder ((Void) (List (Symbol)))) (SIGNATURE setVariableOrder ((Void) (List (Symbol)) (List (Symbol)))) (SIGNATURE getVariableOrder ((Record (: high (List (Symbol))) (: low (List (Symbol)))))) (SIGNATURE resetVariableOrder ((Void))))) ------------------------------------------------------------------------ initializing stationary directory for UserDefinedVariableOrdering compiling into /tmp/oa-MOChQn importing UserDefinedPartialOrdering Symbol compiling exported setVariableOrder : List Symbol -> Void Time: 0.02 SEC. compiling exported setVariableOrder : (List Symbol,List Symbol) -> Void Time: 0.00 SEC. compiling exported resetVariableOrder : () -> Void Time: 0.00 SEC. compiling exported getVariableOrder : () -> Record(high: List Symbol,low: List Symbol) Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor UserDefinedVariableOrdering Time: 0.03 seconds finalizing NRLIB UDVO Processing UserDefinedVariableOrdering for Browser database: -- setVariableOrder : List Symbol -> Void -- setVariableOrder : (List Symbol,List Symbol) -> Void -- getVariableOrder : () -> Record(high: List Symbol,low: List Symbol) -- resetVariableOrder : () -> Void -- constructor ; compiling file "/tmp/oa-MOChQn/code.lsp" (written 01 FEB 2016 11:01:37 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |UDVO;setVariableOrder;LV;1| ...) ; compiling (DEFUN |UDVO;setVariableOrder;2LV;2| ...) ; compiling (DEFUN |UDVO;resetVariableOrder;V;3| ...) ; compiling (DEFUN |UDVO;getVariableOrder;R;4| ...) ; compiling (DEFUN |UserDefinedVariableOrdering| ...) ; compiling (DEFUN |UserDefinedVariableOrdering;| ...) ; compiling (MAKEPROP (QUOTE |UserDefinedVariableOrdering|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-MOChQn/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile CSTTOOLS.spad && cp CSTTOOLS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CSTTOOLS.fasl \ && if test -f CSTTOOLS-.NRLIB/code.fasl; then \ cp CSTTOOLS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CSTTOOLS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CSTTOOLS.spad using Spad compiler. CSTTOOLS abbreviates package CyclicStreamTools debug: compDefine1 lhs: (CyclicStreamTools S ST) signature (pre-evaluate): ((CATEGORY package (SIGNATURE cycleElt ((Union ST failed) ST)) (SIGNATURE computeCycleLength ((NonNegativeInteger) ST)) (SIGNATURE computeCycleEntry (ST ST ST))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE cycleElt ((Union ST failed) ST)) (SIGNATURE computeCycleLength ((NonNegativeInteger) ST)) (SIGNATURE computeCycleEntry (ST ST ST))) $param: (S ST) debug: evaluateType form: (Union ST failed) $param: (S ST) debug: evaluateType form: ST $param: (S ST) debug: evaluateType form: failed $param: (S ST) debug: evaluateType form: ST $param: (S ST) debug: evaluateType form: (NonNegativeInteger) $param: (S ST) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: ST $param: (S ST) debug: evaluateType form: ST $param: (S ST) debug: evaluateType form: ST $param: (S ST) debug: evaluateType form: ST $param: (S ST) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE cycleElt ((Union ST failed) ST)) (SIGNATURE computeCycleLength ((NonNegativeInteger) ST)) (SIGNATURE computeCycleEntry (ST ST ST))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for CyclicStreamTools compiling into /tmp/oa-8Iwbdz compiling exported cycleElt : ST -> Union(ST,failed) Time: 0.02 SEC. compiling exported computeCycleLength : ST -> NonNegativeInteger Time: 0 SEC. compiling exported computeCycleEntry : (ST,ST) -> ST Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor CyclicStreamTools Time: 0.04 seconds finalizing NRLIB CSTTOOLS Processing CyclicStreamTools for Browser database: -- cycleElt : ST -> Union(ST,"failed") -- computeCycleLength : ST -> NonNegativeInteger -- computeCycleEntry : (ST,ST) -> ST -- constructor ; compiling file "/tmp/oa-8Iwbdz/code.lsp" (written 01 FEB 2016 11:01:37 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |CSTTOOLS;cycleElt;STU;1| ...) ; compiling (DEFUN |CSTTOOLS;computeCycleLength;STNni;2| ...) ; compiling (DEFUN |CSTTOOLS;computeCycleEntry;3ST;3| ...) ; compiling (DEFUN |CyclicStreamTools| ...) ; compiling (DEFUN |CyclicStreamTools;| ...) ; compiling (MAKEPROP (QUOTE |CyclicStreamTools|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-8Iwbdz/code.fasl written ; compilation finished in 0:00:00.026 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MRF2.spad && cp MRF2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MRF2.fasl \ && if test -f MRF2-.NRLIB/code.fasl; then \ cp MRF2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MRF2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MRF2.spad using Spad compiler. MRF2 abbreviates package MonoidRingFunctions2 debug: compDefine1 lhs: (MonoidRingFunctions2 R S M) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((MonoidRing S M) (Mapping S R) (MonoidRing R M)))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((MonoidRing S M) (Mapping S R) (MonoidRing R M)))) $param: (R S M) debug: evaluateType form: (MonoidRing S M) $param: (R S M) Debug: evaluateType1 form: (MonoidRing S M) debug: evaluateType1 x: S m: (Ring) debug: evaluateType1 x: M m: (Monoid) debug: evaluateType form: (Mapping S R) $param: (R S M) debug: evaluateType form: S $param: (R S M) debug: evaluateType form: R $param: (R S M) debug: evaluateType form: (MonoidRing R M) $param: (R S M) Debug: evaluateType1 form: (MonoidRing R M) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: M m: (Monoid) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((MonoidRing S M) (Mapping S R) (MonoidRing R M)))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for MonoidRingFunctions2 compiling into /tmp/oa-KaBtAJ compiling exported map : (R -> S,MonoidRing(R,M)) -> MonoidRing(S,M) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor MonoidRingFunctions2 Time: 0.03 seconds finalizing NRLIB MRF2 Processing MonoidRingFunctions2 for Browser database: -- map : ((R -> S),MonoidRing(R,M)) -> MonoidRing(S,M) -- constructor ; compiling file "/tmp/oa-KaBtAJ/code.lsp" (written 01 FEB 2016 11:01:37 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MRF2;map;MMrMr;1| ...) ; compiling (DEFUN |MonoidRingFunctions2| ...) ; compiling (DEFUN |MonoidRingFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |MonoidRingFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-KaBtAJ/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ITAYLOR.spad && cp ITAYLOR.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ITAYLOR.fasl \ && if test -f ITAYLOR-.NRLIB/code.fasl; then \ cp ITAYLOR-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ITAYLOR-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ITAYLOR.spad using Spad compiler. ITAYLOR abbreviates domain InnerTaylorSeries debug: compDefine1 lhs: (InnerTaylorSeries Coef) signature (pre-evaluate): ((Join (Ring) (BiModule Coef Coef) (CATEGORY domain (SIGNATURE coefficients ((Stream Coef) $)) (SIGNATURE series ($ (Stream Coef))) (SIGNATURE pole? ((Boolean) $)) (SIGNATURE order ((NonNegativeInteger) $)) (SIGNATURE order ((NonNegativeInteger) $ (NonNegativeInteger))) (SIGNATURE * ($ $ (Integer))) (IF (has Coef (IntegralDomain)) (ATTRIBUTE (IntegralDomain)) %noBranch))) NIL) debug: evaluateType form: (Join (Ring) (BiModule Coef Coef) (CATEGORY domain (SIGNATURE coefficients ((Stream Coef) $)) (SIGNATURE series ($ (Stream Coef))) (SIGNATURE pole? ((Boolean) $)) (SIGNATURE order ((NonNegativeInteger) $)) (SIGNATURE order ((NonNegativeInteger) $ (NonNegativeInteger))) (SIGNATURE * ($ $ (Integer))) (IF (has Coef (IntegralDomain)) (ATTRIBUTE (IntegralDomain)) %noBranch))) $param: (Coef) debug: evaluateType form: (Ring) $param: (Coef) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (BiModule Coef Coef) $param: (Coef) Debug: evaluateType1 form: (BiModule Coef Coef) debug: evaluateType1 x: Coef m: (Ring) debug: evaluateType1 x: Coef m: (Ring) debug: evaluateType form: (CATEGORY domain (SIGNATURE coefficients ((Stream Coef) $)) (SIGNATURE series ($ (Stream Coef))) (SIGNATURE pole? ((Boolean) $)) (SIGNATURE order ((NonNegativeInteger) $)) (SIGNATURE order ((NonNegativeInteger) $ (NonNegativeInteger))) (SIGNATURE * ($ $ (Integer))) (IF (has Coef (IntegralDomain)) (ATTRIBUTE (IntegralDomain)) %noBranch)) $param: (Coef) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Boolean) $param: (Coef) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (NonNegativeInteger) $param: (Coef) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (Coef) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (Coef) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Integer) $param: (Coef) Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((Join (Ring) (BiModule Coef Coef) (CATEGORY domain (SIGNATURE coefficients ((Stream Coef) $)) (SIGNATURE series ($ (Stream Coef))) (SIGNATURE pole? ((Boolean) $)) (SIGNATURE order ((NonNegativeInteger) $)) (SIGNATURE order ((NonNegativeInteger) $ (NonNegativeInteger))) (SIGNATURE * ($ $ (Integer))) (IF (has Coef (IntegralDomain)) (ATTRIBUTE (IntegralDomain)) %noBranch))) NIL) ------------------------------------------------------------------------ initializing stationary directory for InnerTaylorSeries compiling into /tmp/oa-h3UtoW compiling exported series : Stream Coef -> % ITAYLOR;series;S$;1 st is replaced by st Time: 0.03 SEC. compiling exported Zero : () -> % Time: 0.01 SEC. compiling exported One : () -> % Time: 0.00 SEC. compiling exported = : (%,%) -> Boolean Time: 0.02 SEC. compiling exported coefficients : % -> Stream Coef ITAYLOR;coefficients;$S;5 x is replaced by x Time: 0.00 SEC. compiling exported + : (%,%) -> % Time: 0.00 SEC. compiling exported - : (%,%) -> % Time: 0.01 SEC. compiling exported * : (%,%) -> % Time: 0.00 SEC. compiling exported - : % -> % Time: 0.00 SEC. compiling exported * : (Integer,%) -> % Time: 0.02 SEC. compiling exported * : (%,Integer) -> % Time: 0.01 SEC. compiling exported * : (Coef,%) -> % Time: 0.00 SEC. compiling exported * : (%,Coef) -> % Time: 0.01 SEC. compiling exported recip : % -> Union(%,failed) Time: 0.01 SEC. compiling exported exquo : (%,%) -> Union(%,failed) Time: 0.01 SEC. compiling exported ** : (%,NonNegativeInteger) -> % Time: 0.01 SEC. compiling exported characteristic : () -> NonNegativeInteger Time: 0.01 SEC. compiling exported pole? : % -> Boolean ITAYLOR;pole?;$B;18 x is replaced by %false Time: 0 SEC. compiling local iOrder : (Stream Coef,NonNegativeInteger,NonNegativeInteger) -> NonNegativeInteger Time: 0.02 SEC. compiling exported order : (%,NonNegativeInteger) -> NonNegativeInteger Time: 0.01 SEC. compiling local iOrder2 : (Stream Coef,NonNegativeInteger) -> NonNegativeInteger Time: 0.02 SEC. compiling exported order : % -> NonNegativeInteger Time: 0.01 SEC. compiling exported zero? : % -> Boolean Time: 0 SEC. (time taken in buildFunctor: 4) Time: 0.02 SEC. Cumulative Statistics for Constructor InnerTaylorSeries Time: 0.24 seconds finalizing NRLIB ITAYLOR Processing InnerTaylorSeries for Browser database: -- coefficients : % -> Stream Coef -- series : Stream Coef -> % -- pole? : % -> Boolean -- order : % -> NNI -- order : (%,NNI) -> NNI -- ?*? : (%,Integer) -> % -- constructor ; compiling file "/tmp/oa-h3UtoW/code.lsp" (written 01 FEB 2016 11:01:37 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ITAYLOR;series;S$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ITAYLOR;coefficients;$S;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ITAYLOR;pole?;$B;18|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ITAYLOR;series;S$;1| ...) ; compiling (DEFUN |ITAYLOR;Zero;$;2| ...) ; compiling (DEFUN |ITAYLOR;One;$;3| ...) ; compiling (DEFUN |ITAYLOR;=;2$B;4| ...) ; file: /tmp/oa-h3UtoW/code.lsp ; in: DEFUN |ITAYLOR;=;2$B;4| ; (DEFUN BOOT::|ITAYLOR;=;2$B;4| (BOOT::|x| BOOT::|y| BOOT::$) ; (DECLARE (SPECIAL BOOT::|$streamCount|)) ; (LET ((BOOT::|st| (BOOT::|ITAYLOR;-;3$;7| BOOT::|x| BOOT::|y| BOOT::$)) ; (BOOT::|n| BOOT::|$streamCount|)) ; (PROGN ; (LET (#) ; (LOOP # ; #)) ; (BOOT::SPADCALL BOOT::|st| (BOOT::|shellEntry| BOOT::$ 18))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ITAYLOR;=;2$B;4| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (DECLARE (SPECIAL BOOT::|$streamCount|)) ; (BLOCK BOOT::|ITAYLOR;=;2$B;4| ; (LET ((BOOT::|st| #) (BOOT::|n| BOOT::|$streamCount|)) ; (PROGN ; (LET # ; #) ; (BOOT::SPADCALL BOOT::|st| #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |ITAYLOR;coefficients;$S;5| ...) ; compiling (DEFUN |ITAYLOR;+;3$;6| ...) ; compiling (DEFUN |ITAYLOR;-;3$;7| ...) ; compiling (DEFUN |ITAYLOR;*;3$;8| ...) ; compiling (DEFUN |ITAYLOR;-;2$;9| ...) ; compiling (DEFUN |ITAYLOR;*;I2$;10| ...) ; compiling (DEFUN |ITAYLOR;*;$I$;11| ...) ; compiling (DEFUN |ITAYLOR;*;Coef2$;12| ...) ; compiling (DEFUN |ITAYLOR;*;$Coef$;13| ...) ; compiling (DEFUN |ITAYLOR;recip;$U;14| ...) ; compiling (DEFUN |ITAYLOR;exquo;2$U;15| ...) ; compiling (DEFUN |ITAYLOR;**;$Nni$;16| ...) ; compiling (DEFUN |ITAYLOR;characteristic;Nni;17| ...) ; file: /tmp/oa-h3UtoW/code.lsp ; in: DEFUN |ITAYLOR;characteristic;Nni;17| ; (DEFUN BOOT::|ITAYLOR;characteristic;Nni;17| (BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 54)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ITAYLOR;characteristic;Nni;17| ; (BOOT::$) ; (BLOCK BOOT::|ITAYLOR;characteristic;Nni;17| ; (BOOT::|spadConstant| BOOT::$ 54))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |ITAYLOR;pole?;$B;18| ...) ; file: /tmp/oa-h3UtoW/code.lsp ; in: DEFUN |ITAYLOR;pole?;$B;18| ; (DEFUN BOOT::|ITAYLOR;pole?;$B;18| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; NIL) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ITAYLOR;pole?;$B;18| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|ITAYLOR;pole?;$B;18| NIL)) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |ITAYLOR;iOrder| ...) ; compiling (DEFUN |ITAYLOR;order;$2Nni;20| ...) ; compiling (DEFUN |ITAYLOR;iOrder2| ...) ; file: /tmp/oa-h3UtoW/code.lsp ; in: DEFUN |ITAYLOR;iOrder2| ; (DEFUN BOOT::|ITAYLOR;iOrder2| (BOOT::|st| BOOT::|n| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|st| (BOOT::|shellEntry| BOOT::$ 18)) ; (BOOT::|error| "order: series has infinite order")) ; ((BOOT::SPADCALL (CAR BOOT::|st|) (BOOT::|shellEntry| BOOT::$ 57)) ; (BOOT::|ITAYLOR;iOrder2| (CDR BOOT::|st|) (+ BOOT::|n| 1) BOOT::$)) ; (T BOOT::|n|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ITAYLOR;iOrder2| ; (BOOT::|st| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|ITAYLOR;iOrder2| ; (COND ; ((BOOT::SPADCALL BOOT::|st| #) ; (BOOT::|error| "order: series has infinite order")) ; ((BOOT::SPADCALL # #) (BOOT::|ITAYLOR;iOrder2| # # BOOT::$)) ; (T BOOT::|n|)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |ITAYLOR;order;$Nni;22| ...) ; compiling (DEFUN |ITAYLOR;zero?;$B;23| ...) ; file: /tmp/oa-h3UtoW/code.lsp ; in: DEFUN |ITAYLOR;zero?;$B;23| ; (DEFUN BOOT::|ITAYLOR;zero?;$B;23| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 18))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ITAYLOR;zero?;$B;23| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ITAYLOR;zero?;$B;23| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 18)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |InnerTaylorSeries| ...) ; compiling (DEFUN |InnerTaylorSeries;| ...) ; compiling (MAKEPROP (QUOTE |InnerTaylorSeries|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 4 notes ; /tmp/oa-h3UtoW/code.fasl written ; compilation finished in 0:00:00.077 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ORDCOMP2.spad && cp ORDCOMP2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ORDCOMP2.fasl \ && if test -f ORDCOMP2-.NRLIB/code.fasl; then \ cp ORDCOMP2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ORDCOMP2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ORDCOMP2.spad using Spad compiler. ORDCOMP2 abbreviates package OrderedCompletionFunctions2 debug: compDefine1 lhs: (OrderedCompletionFunctions2 R S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((OrderedCompletion S) (Mapping S R) (OrderedCompletion R))) (SIGNATURE map ((OrderedCompletion S) (Mapping S R) (OrderedCompletion R) (OrderedCompletion S) (OrderedCompletion S)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((OrderedCompletion S) (Mapping S R) (OrderedCompletion R))) (SIGNATURE map ((OrderedCompletion S) (Mapping S R) (OrderedCompletion R) (OrderedCompletion S) (OrderedCompletion S)))) $param: (R S) debug: evaluateType form: (OrderedCompletion S) $param: (R S) Debug: evaluateType1 form: (OrderedCompletion S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (Mapping S R) $param: (R S) debug: evaluateType form: S $param: (R S) debug: evaluateType form: R $param: (R S) debug: evaluateType form: (OrderedCompletion R) $param: (R S) Debug: evaluateType1 form: (OrderedCompletion R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (OrderedCompletion S) $param: (R S) Debug: evaluateType1 form: (OrderedCompletion S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (Mapping S R) $param: (R S) debug: evaluateType form: S $param: (R S) debug: evaluateType form: R $param: (R S) debug: evaluateType form: (OrderedCompletion R) $param: (R S) Debug: evaluateType1 form: (OrderedCompletion R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (OrderedCompletion S) $param: (R S) Debug: evaluateType1 form: (OrderedCompletion S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (OrderedCompletion S) $param: (R S) Debug: evaluateType1 form: (OrderedCompletion S) debug: evaluateType1 x: S m: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((OrderedCompletion S) (Mapping S R) (OrderedCompletion R))) (SIGNATURE map ((OrderedCompletion S) (Mapping S R) (OrderedCompletion R) (OrderedCompletion S) (OrderedCompletion S)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for OrderedCompletionFunctions2 compiling into /tmp/oa-oWJqJf compiling exported map : (R -> S,OrderedCompletion R) -> OrderedCompletion S Time: 0.01 SEC. compiling exported map : (R -> S,OrderedCompletion R,OrderedCompletion S,OrderedCompletion S) -> OrderedCompletion S Time: 0.07 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor OrderedCompletionFunctions2 Time: 0.09 seconds finalizing NRLIB ORDCOMP2 Processing OrderedCompletionFunctions2 for Browser database: -- map : ((R -> S),ORR) -> ORS -- map : ((R -> S),ORR,ORS,ORS) -> ORS -- constructor ; compiling file "/tmp/oa-oWJqJf/code.lsp" (written 01 FEB 2016 11:01:38 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ORDCOMP2;map;MOcOc;1| ...) ; compiling (DEFUN |ORDCOMP2;map;MOc3Oc;2| ...) ; compiling (DEFUN |OrderedCompletionFunctions2| ...) ; compiling (DEFUN |OrderedCompletionFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |OrderedCompletionFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-oWJqJf/code.fasl written ; compilation finished in 0:00:00.026 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FLALG.spad && cp FLALG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FLALG.fasl \ && if test -f FLALG-.NRLIB/code.fasl; then \ cp FLALG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FLALG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FLALG.spad using Spad compiler. FLALG abbreviates category FreeLieAlgebra debug: compDefine1 lhs: (FreeLieAlgebra VarSet R) signature (pre-evaluate): ((Category) (OrderedSet) (CommutativeRing)) debug: evaluateType form: (Category) $param: (VarSet R) debug: evaluateType form: (OrderedSet) $param: (VarSet R) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (CommutativeRing) $param: (VarSet R) Debug: evaluateType1 form: (CommutativeRing) debug: compDefine1 signature (post evaluate): ((Category) (OrderedSet) (CommutativeRing)) debug: compDefine1 lhs: (FreeLieAlgebra VarSet R) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (VarSet R) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FreeLieAlgebra compiling into /tmp/oa-fMDszx STYLE-WARNING: redefining BOOT::|FreeLieAlgebra| in DEFUN Time: 0.04 SEC. finalizing NRLIB FLALG Processing FreeLieAlgebra for Browser database: -- coef : (XRPOLY,%) -> R -- coerce : VarSet -> % -- degree : % -> NonNegativeInteger -- lquo : (XRPOLY,%) -> XRPOLY -- rquo : (XRPOLY,%) -> XRPOLY -- LiePoly : LWORD -> % -- mirror : % -> % -- trunc : (%,NonNegativeInteger) -> % -- varList : % -> List VarSet -- eval : (%,VarSet,%) -> % -- eval : (%,List VarSet,List %) -> % -- constructor ; compiling file "/tmp/oa-fMDszx/code.lsp" (written 01 FEB 2016 11:01:38 PM): ; compiling (DEFPARAMETER |FreeLieAlgebra;AL| ...) ; compiling (DEFUN |FreeLieAlgebra;| ...) ; compiling (DEFUN |FreeLieAlgebra| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-fMDszx/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile GALUTIL.spad && cp GALUTIL.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GALUTIL.fasl \ && if test -f GALUTIL-.NRLIB/code.fasl; then \ cp GALUTIL-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GALUTIL-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GALUTIL.spad using Spad compiler. GALUTIL abbreviates package GaloisGroupUtilities debug: compDefine1 lhs: (GaloisGroupUtilities R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE pascalTriangle (R (NonNegativeInteger) (Integer))) (SIGNATURE rangePascalTriangle ((NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE rangePascalTriangle ((NonNegativeInteger))) (SIGNATURE sizePascalTriangle ((NonNegativeInteger))) (SIGNATURE fillPascalTriangle ((Void))) (IF (has R (FloatingPointSystem)) (PROGN (SIGNATURE safeCeiling ((Integer) R)) (SIGNATURE safeFloor ((Integer) R)) (SIGNATURE safetyMargin ((NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE safetyMargin ((NonNegativeInteger)))) %noBranch)) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE pascalTriangle (R (NonNegativeInteger) (Integer))) (SIGNATURE rangePascalTriangle ((NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE rangePascalTriangle ((NonNegativeInteger))) (SIGNATURE sizePascalTriangle ((NonNegativeInteger))) (SIGNATURE fillPascalTriangle ((Void))) (IF (has R (FloatingPointSystem)) (PROGN (SIGNATURE safeCeiling ((Integer) R)) (SIGNATURE safeFloor ((Integer) R)) (SIGNATURE safetyMargin ((NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE safetyMargin ((NonNegativeInteger)))) %noBranch)) $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Void) $param: (R) Debug: evaluateType1 form: (Void) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE pascalTriangle (R (NonNegativeInteger) (Integer))) (SIGNATURE rangePascalTriangle ((NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE rangePascalTriangle ((NonNegativeInteger))) (SIGNATURE sizePascalTriangle ((NonNegativeInteger))) (SIGNATURE fillPascalTriangle ((Void))) (IF (has R (FloatingPointSystem)) (PROGN (SIGNATURE safeCeiling ((Integer) R)) (SIGNATURE safeFloor ((Integer) R)) (SIGNATURE safetyMargin ((NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE safetyMargin ((NonNegativeInteger)))) %noBranch)) NIL) ------------------------------------------------------------------------ initializing stationary directory for GaloisGroupUtilities compiling into /tmp/oa-ywKcoM compiling exported safeFloor : R -> Integer Time: 0.08 SEC. compiling exported safeCeiling : R -> Integer Time: 0.01 SEC. compiling exported safetyMargin : NonNegativeInteger -> NonNegativeInteger Time: 0 SEC. compiling exported safetyMargin : () -> NonNegativeInteger Time: 0 SEC. compiling exported pascalTriangle : (NonNegativeInteger,Integer) -> R Time: 0.05 SEC. compiling exported rangePascalTriangle : NonNegativeInteger -> NonNegativeInteger Time: 0.08 SEC. compiling exported rangePascalTriangle : () -> NonNegativeInteger Time: 0 SEC. compiling exported sizePascalTriangle : () -> NonNegativeInteger Time: 0 SEC. compiling exported fillPascalTriangle : () -> Void Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] rangePascalTriangle: SEGMENT has no value Cumulative Statistics for Constructor GaloisGroupUtilities Time: 0.23 seconds finalizing NRLIB GALUTIL Processing GaloisGroupUtilities for Browser database: -- pascalTriangle : (N,Z) -> R -- rangePascalTriangle : N -> N -- rangePascalTriangle : () -> N -- sizePascalTriangle : () -> N -- fillPascalTriangle : () -> Void -- safeCeiling : R -> Z -- safeFloor : R -> Z -- safetyMargin : N -> N -- safetyMargin : () -> N -- constructor ; compiling file "/tmp/oa-ywKcoM/code.lsp" (written 01 FEB 2016 11:01:38 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |GALUTIL;safetyMargin;Nni;4|) ...) ; compiling (PUT (QUOTE |GALUTIL;rangePascalTriangle;Nni;7|) ...) ; compiling (DEFUN |GALUTIL;safeFloor;RI;1| ...) ; file: /tmp/oa-ywKcoM/code.lsp ; in: DEFUN |GALUTIL;safeFloor;RI;1| ; (DEFUN BOOT::|GALUTIL;safeFloor;RI;1| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|shift| (+ # #))) ; (PROGN ; (COND (# #)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) ; (BOOT::|shellEntry| BOOT::$ 24))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALUTIL;safeFloor;RI;1| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|GALUTIL;safeFloor;RI;1| ; (LET ((BOOT::|shift| #)) ; (PROGN (COND #) (BOOT::SPADCALL # #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |GALUTIL;safeCeiling;RI;2| ...) ; file: /tmp/oa-ywKcoM/code.lsp ; in: DEFUN |GALUTIL;safeCeiling;RI;2| ; (DEFUN BOOT::|GALUTIL;safeCeiling;RI;2| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|shift| (+ # #))) ; (PROGN ; (COND (# #)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) ; (BOOT::|shellEntry| BOOT::$ 24))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALUTIL;safeCeiling;RI;2| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|GALUTIL;safeCeiling;RI;2| ; (LET ((BOOT::|shift| #)) ; (PROGN (COND #) (BOOT::SPADCALL # #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |GALUTIL;safetyMargin;2Nni;3| ...) ; file: /tmp/oa-ywKcoM/code.lsp ; in: DEFUN |GALUTIL;safetyMargin;2Nni;3| ; (DEFUN BOOT::|GALUTIL;safetyMargin;2Nni;3| (BOOT::|n| BOOT::$) ; (PROGN ; (LET ((BOOT::|#G6| BOOT::|n|)) ; (PROGN (SETF #) (SETQ #))) ; BOOT::|n|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALUTIL;safetyMargin;2Nni;3| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|GALUTIL;safetyMargin;2Nni;3| ; (PROGN ; (LET (#) ; (PROGN # #)) ; BOOT::|n|))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; UNSIGNED-BYTE ; ; compiling (DEFUN |GALUTIL;safetyMargin;Nni;4| ...) ; compiling (DEFUN |GALUTIL;pascalTriangle;NniIR;5| ...) ; compiling (DEFUN |GALUTIL;rangePascalTriangle;2Nni;6| ...) ; file: /tmp/oa-ywKcoM/code.lsp ; in: DEFUN |GALUTIL;rangePascalTriangle;2Nni;6| ; (DEFUN BOOT::|GALUTIL;rangePascalTriangle;2Nni;6| (BOOT::|n| BOOT::$) ; (PROG (BOOT::|dq| BOOT::|d|) ; (RETURN ; (BOOT::SEQ (COND #) ; (LET # ; #) ; (BOOT::EXIT BOOT::|n|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALUTIL;rangePascalTriangle;2Nni;6| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|GALUTIL;rangePascalTriangle;2Nni;6| ; (PROG (BOOT::|dq| BOOT::|d|) (RETURN (BOOT::SEQ # # #))))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; UNSIGNED-BYTE ; ; compiling (DEFUN |GALUTIL;rangePascalTriangle;Nni;7| ...) ; compiling (DEFUN |GALUTIL;sizePascalTriangle;Nni;8| ...) ; file: /tmp/oa-ywKcoM/code.lsp ; in: DEFUN |GALUTIL;sizePascalTriangle;Nni;8| ; (DEFUN BOOT::|GALUTIL;sizePascalTriangle;Nni;8| (BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 32) ; (BOOT::|shellEntry| BOOT::$ 53))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALUTIL;sizePascalTriangle;Nni;8| ; (BOOT::$) ; (BLOCK BOOT::|GALUTIL;sizePascalTriangle;Nni;8| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 32) ; (BOOT::|shellEntry| BOOT::$ 53)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |GALUTIL;fillPascalTriangle;V;9| ...) ; compiling (DEFUN |GaloisGroupUtilities| ...) ; compiling (DEFUN |GaloisGroupUtilities;| ...) ; compiling (MAKEPROP (QUOTE |GaloisGroupUtilities|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 5 notes ; /tmp/oa-ywKcoM/code.fasl written ; compilation finished in 0:00:00.059 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile HEAP.spad && cp HEAP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/HEAP.fasl \ && if test -f HEAP-.NRLIB/code.fasl; then \ cp HEAP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/HEAP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/HEAP.spad using Spad compiler. HEAP abbreviates domain Heap debug: compDefine1 lhs: (Heap S) signature (pre-evaluate): ((Join (PriorityQueueAggregate S) (CATEGORY domain (SIGNATURE heap ($ (List S))))) (OrderedSet)) debug: evaluateType form: (Join (PriorityQueueAggregate S) (CATEGORY domain (SIGNATURE heap ($ (List S))))) $param: (S) debug: evaluateType form: (PriorityQueueAggregate S) $param: (S) Debug: evaluateType1 form: (PriorityQueueAggregate S) debug: evaluateType1 x: S m: (OrderedSet) debug: evaluateType form: (CATEGORY domain (SIGNATURE heap ($ (List S)))) $param: (S) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (OrderedSet) $param: (S) Debug: evaluateType1 form: (OrderedSet) debug: compDefine1 signature (post evaluate): ((Join (PriorityQueueAggregate S) (CATEGORY domain (SIGNATURE heap ($ (List S))))) (OrderedSet)) debug: compDefine1 lhs: (Heap S) signature (pre-evaluate): ((Join (PriorityQueueAggregate S) (CATEGORY domain (SIGNATURE heap ($ (List S))))) NIL) debug: evaluateType form: (Join (PriorityQueueAggregate S) (CATEGORY domain (SIGNATURE heap ($ (List S))))) $param: (S) debug: evaluateType form: (PriorityQueueAggregate S) $param: (S) Debug: evaluateType1 form: (PriorityQueueAggregate S) debug: evaluateType1 x: S m: (OrderedSet) debug: evaluateType form: (CATEGORY domain (SIGNATURE heap ($ (List S)))) $param: (S) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: compDefine1 signature (post evaluate): ((Join (PriorityQueueAggregate S) (CATEGORY domain (SIGNATURE heap ($ (List S))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for Heap compiling into /tmp/oa-FBefIe compiling exported empty : () -> % Time: 0.02 SEC. compiling exported heap : List S -> % Time: 0.01 SEC. compiling local siftUp : (%,Integer,Integer) -> Void Time: 0.03 SEC. compiling exported extract! : % -> S Time: 0.01 SEC. compiling exported insert! : (S,%) -> % Time: 0.01 SEC. compiling exported max : % -> S Time: 0.01 SEC. compiling exported inspect : % -> S Time: 0 SEC. compiling local makeHeap : % -> % Time: 0.00 SEC. compiling exported bag : List S -> % Time: 0.01 SEC. compiling exported merge : (%,%) -> % Time: 0 SEC. compiling exported merge! : (%,%) -> % Time: 0 SEC. (time taken in buildFunctor: 4) Time: 0.02 SEC. Warnings: [1] OpenAxiom suggests removing assignment to Rep Cumulative Statistics for Constructor Heap Time: 0.12 seconds --------------non extending category---------------------- Heap #1 of category PriorityQueueAggregate #1 with heap : List #1 -> % has no OneDimensionalArrayAggregate #1 ---------------------------------------------------------- finalizing NRLIB HEAP Processing Heap for Browser database: -- heap : List S -> % -- constructor ; compiling file "/tmp/oa-FBefIe/code.lsp" (written 01 FEB 2016 11:01:39 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |HEAP;empty;$;1| ...) ; compiling (DEFUN |HEAP;heap;L$;2| ...) ; compiling (DEFUN |HEAP;siftUp| ...) ; file: /tmp/oa-FBefIe/code.lsp ; in: DEFUN |HEAP;siftUp| ; (DEFUN BOOT::|HEAP;siftUp| (BOOT::|r| BOOT::|i| BOOT::|n| BOOT::$) ; (PROG (BOOT::|k| BOOT::|j|) ; (RETURN ; (LET (#) ; (LOOP #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|HEAP;siftUp| ; (BOOT::|r| BOOT::|i| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|HEAP;siftUp| ; (PROG (BOOT::|k| BOOT::|j|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |i| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |HEAP;extract!;$S;4| ...) ; compiling (DEFUN |HEAP;insert!;S2$;5| ...) ; compiling (DEFUN |HEAP;max;$S;6| ...) ; compiling (DEFUN |HEAP;inspect;$S;7| ...) ; compiling (DEFUN |HEAP;makeHeap| ...) ; compiling (DEFUN |HEAP;bag;L$;9| ...) ; compiling (DEFUN |HEAP;merge;3$;10| ...) ; compiling (DEFUN |HEAP;merge!;3$;11| ...) ; compiling (DEFUN |Heap| ...) ; compiling (DEFUN |Heap;| ...) ; compiling (MAKEPROP (QUOTE |Heap|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-FBefIe/code.fasl written ; compilation finished in 0:00:00.049 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile COMPLPAT.spad && cp COMPLPAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/COMPLPAT.fasl \ && if test -f COMPLPAT-.NRLIB/code.fasl; then \ cp COMPLPAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/COMPLPAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/COMPLPAT.spad using Spad compiler. COMPLPAT abbreviates package ComplexPattern debug: compDefine1 lhs: (ComplexPattern R S CS) signature (pre-evaluate): ((CATEGORY package (SIGNATURE convert ((Pattern R) CS))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE convert ((Pattern R) CS))) $param: (R S CS) debug: evaluateType form: (Pattern R) $param: (R S CS) Debug: evaluateType1 form: (Pattern R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: CS $param: (R S CS) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE convert ((Pattern R) CS))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ComplexPattern compiling into /tmp/oa-IxQhup Debug compQuote expr: (QUOTE %i) m: $EmptyMode Debug compQuote expr: (QUOTE %i) m: (Symbol) compiling exported convert : CS -> Pattern R Time: 0.08 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Warnings: [1] true has no value Cumulative Statistics for Constructor ComplexPattern Time: 0.08 seconds finalizing NRLIB COMPLPAT Processing ComplexPattern for Browser database: -- convert : CS -> Pattern R -- constructor ; compiling file "/tmp/oa-IxQhup/code.lsp" (written 01 FEB 2016 11:01:39 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |COMPLPAT;convert;CSP;1| ...) ; compiling (DEFUN |ComplexPattern| ...) ; compiling (DEFUN |ComplexPattern;| ...) ; compiling (MAKEPROP (QUOTE |ComplexPattern|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-IxQhup/code.fasl written ; compilation finished in 0:00:00.023 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile CPMATCH.spad && cp CPMATCH.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CPMATCH.fasl \ && if test -f CPMATCH-.NRLIB/code.fasl; then \ cp CPMATCH-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CPMATCH-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CPMATCH.spad using Spad compiler. CPMATCH abbreviates package ComplexPatternMatch debug: compDefine1 lhs: (ComplexPatternMatch R S CS) signature (pre-evaluate): ((CATEGORY package (IF (has (Polynomial S) (PatternMatchable R)) (SIGNATURE patternMatch ((PatternMatchResult R CS) CS (Pattern R) (PatternMatchResult R CS))) %noBranch)) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (IF (has (Polynomial S) (PatternMatchable R)) (SIGNATURE patternMatch ((PatternMatchResult R CS) CS (Pattern R) (PatternMatchResult R CS))) %noBranch)) $param: (R S CS) debug: compDefine1 signature (post evaluate): ((CATEGORY package (IF (has (Polynomial S) (PatternMatchable R)) (SIGNATURE patternMatch ((PatternMatchResult R CS) CS (Pattern R) (PatternMatchResult R CS))) %noBranch)) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ComplexPatternMatch compiling into /tmp/oa-OVJgiF importing PatternMatchPushDown(R,S,CS) importing PatternMatchResultFunctions2(R,Polynomial S,CS) importing PatternMatchResultFunctions2(R,CS,Polynomial S) Debug compQuote expr: (QUOTE %i) m: (Polynomial S) Debug compQuote expr: (QUOTE %i) m: $EmptyMode compiling local makeComplex : Polynomial S -> CS Time: 0.12 SEC. compiling local makePoly : CS -> Polynomial S Time: 0.00 SEC. compiling exported patternMatch : (CS,Pattern R,PatternMatchResult(R,CS)) -> PatternMatchResult(R,CS) Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] patternMatch: not known that SetCategory is of mode CATEGORY(package,patternMatch: (CS,Pattern R,PatternMatchResult(R,CS)) -> PatternMatchResult(R,CS)) Cumulative Statistics for Constructor ComplexPatternMatch Time: 0.18 seconds finalizing NRLIB CPMATCH Processing ComplexPatternMatch for Browser database: -- patternMatch : (CS,Pattern R,PMRS) -> PMRS -- constructor ; compiling file "/tmp/oa-OVJgiF/code.lsp" (written 01 FEB 2016 11:01:39 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |CPMATCH;makeComplex| ...) ; compiling (DEFUN |CPMATCH;makePoly| ...) ; compiling (DEFUN |CPMATCH;patternMatch;CSP2Pmr;3| ...) ; compiling (DEFUN |ComplexPatternMatch| ...) ; compiling (DEFUN |ComplexPatternMatch;| ...) ; compiling (MAKEPROP (QUOTE |ComplexPatternMatch|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-OVJgiF/code.fasl written ; compilation finished in 0:00:00.025 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile INTCAT.spad && cp INTCAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INTCAT.fasl \ && if test -f INTCAT-.NRLIB/code.fasl; then \ cp INTCAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INTCAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INTCAT.spad using Spad compiler. INTCAT abbreviates category IntervalCategory debug: compDefine1 lhs: (IntervalCategory R) signature (pre-evaluate): ((Category) (Join (FloatingPointSystem) (TranscendentalFunctionCategory))) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (Join (FloatingPointSystem) (TranscendentalFunctionCategory)) $param: (R) debug: evaluateType form: (FloatingPointSystem) $param: (R) Debug: evaluateType1 form: (FloatingPointSystem) debug: evaluateType form: (TranscendentalFunctionCategory) $param: (R) Debug: evaluateType1 form: (TranscendentalFunctionCategory) debug: compDefine1 signature (post evaluate): ((Category) (Join (FloatingPointSystem) (TranscendentalFunctionCategory))) debug: compDefine1 lhs: (IntervalCategory R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for IntervalCategory compiling into /tmp/oa-iGa9t0 STYLE-WARNING: redefining BOOT::|IntervalCategory| in DEFUN Time: 0.02 SEC. finalizing NRLIB INTCAT Processing IntervalCategory for Browser database: -- interval : (R,R) -> % -- qinterval : (R,R) -> % -- interval : R -> % -- interval : Fraction Integer -> % -- inf : % -> R -- sup : % -> R -- width : % -> R -- positive? : % -> Boolean -- negative? : % -> Boolean -- contains? : (%,R) -> Boolean -- constructor ; compiling file "/tmp/oa-iGa9t0/code.lsp" (written 01 FEB 2016 11:01:39 PM): ; compiling (DEFPARAMETER |IntervalCategory;AL| ...) ; compiling (DEFUN |IntervalCategory;| ...) ; compiling (DEFUN |IntervalCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-iGa9t0/code.fasl written ; compilation finished in 0:00:00.018 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile INTHEORY.spad && cp INTHEORY.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INTHEORY.fasl \ && if test -f INTHEORY-.NRLIB/code.fasl; then \ cp INTHEORY-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INTHEORY-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INTHEORY.spad using Spad compiler. INTHEORY abbreviates package IntegerNumberTheoryFunctions debug: compDefine1 lhs: (IntegerNumberTheoryFunctions) signature (pre-evaluate): ((CATEGORY package (SIGNATURE bernoulli ((Fraction (Integer)) (Integer))) (SIGNATURE chineseRemainder ((Integer) (Integer) (Integer) (Integer) (Integer))) (SIGNATURE divisors ((List (Integer)) (Integer))) (SIGNATURE euler ((Integer) (Integer))) (SIGNATURE eulerPhi ((Integer) (Integer))) (SIGNATURE fibonacci ((Integer) (Integer))) (SIGNATURE harmonic ((Fraction (Integer)) (Integer))) (SIGNATURE jacobi ((Integer) (Integer) (Integer))) (SIGNATURE legendre ((Integer) (Integer) (Integer))) (SIGNATURE moebiusMu ((Integer) (Integer))) (SIGNATURE numberOfDivisors ((Integer) (Integer))) (SIGNATURE sumOfDivisors ((Integer) (Integer))) (SIGNATURE sumOfKthPowerDivisors ((Integer) (Integer) (NonNegativeInteger))))) debug: evaluateType form: (CATEGORY package (SIGNATURE bernoulli ((Fraction (Integer)) (Integer))) (SIGNATURE chineseRemainder ((Integer) (Integer) (Integer) (Integer) (Integer))) (SIGNATURE divisors ((List (Integer)) (Integer))) (SIGNATURE euler ((Integer) (Integer))) (SIGNATURE eulerPhi ((Integer) (Integer))) (SIGNATURE fibonacci ((Integer) (Integer))) (SIGNATURE harmonic ((Fraction (Integer)) (Integer))) (SIGNATURE jacobi ((Integer) (Integer) (Integer))) (SIGNATURE legendre ((Integer) (Integer) (Integer))) (SIGNATURE moebiusMu ((Integer) (Integer))) (SIGNATURE numberOfDivisors ((Integer) (Integer))) (SIGNATURE sumOfDivisors ((Integer) (Integer))) (SIGNATURE sumOfKthPowerDivisors ((Integer) (Integer) (NonNegativeInteger)))) $param: NIL debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (List (Integer)) $param: NIL Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE bernoulli ((Fraction (Integer)) (Integer))) (SIGNATURE chineseRemainder ((Integer) (Integer) (Integer) (Integer) (Integer))) (SIGNATURE divisors ((List (Integer)) (Integer))) (SIGNATURE euler ((Integer) (Integer))) (SIGNATURE eulerPhi ((Integer) (Integer))) (SIGNATURE fibonacci ((Integer) (Integer))) (SIGNATURE harmonic ((Fraction (Integer)) (Integer))) (SIGNATURE jacobi ((Integer) (Integer) (Integer))) (SIGNATURE legendre ((Integer) (Integer) (Integer))) (SIGNATURE moebiusMu ((Integer) (Integer))) (SIGNATURE numberOfDivisors ((Integer) (Integer))) (SIGNATURE sumOfDivisors ((Integer) (Integer))) (SIGNATURE sumOfKthPowerDivisors ((Integer) (Integer) (NonNegativeInteger))))) ------------------------------------------------------------------------ initializing stationary directory for IntegerNumberTheoryFunctions compiling into /tmp/oa-D6MiJi importing IntegerPrimesPackage Integer compiling exported harmonic : Integer -> Fraction Integer Time: 0.10 SEC. compiling exported fibonacci : Integer -> Integer Time: 0.03 SEC. compiling exported euler : Integer -> Integer Time: 0.08 SEC. compiling exported bernoulli : Integer -> Fraction Integer Time: 0.10 SEC. compiling local inverse : (Integer,Integer) -> Integer Time: 0.02 SEC. compiling exported chineseRemainder : (Integer,Integer,Integer,Integer) -> Integer Time: 0.02 SEC. compiling exported jacobi : (Integer,Integer) -> Integer Time: 0.04 SEC. compiling exported legendre : (Integer,Integer) -> Integer Time: 0.01 SEC. compiling exported eulerPhi : Integer -> Integer Time: 0.05 SEC. compiling exported divisors : Integer -> List Integer Time: 0.07 SEC. compiling exported numberOfDivisors : Integer -> Integer Time: 0.04 SEC. compiling exported sumOfDivisors : Integer -> Integer Time: 0.04 SEC. compiling exported sumOfKthPowerDivisors : (Integer,NonNegativeInteger) -> Integer Time: 0.06 SEC. compiling exported moebiusMu : Integer -> Integer Time: 0.08 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] eulerPhi: factors has no value [2] eulerPhi: not known that IntegralDomain is of mode CATEGORY(package,bernoulli: Integer -> Fraction Integer,chineseRemainder: (Integer,Integer,Integer,Integer) -> Integer,divisors: Integer -> List Integer,euler: Integer -> Integer,eulerPhi: Integer -> Integer,fibonacci: Integer -> Integer,harmonic: Integer -> Fraction Integer,jacobi: (Integer,Integer) -> Integer,legendre: (Integer,Integer) -> Integer,moebiusMu: Integer -> Integer,numberOfDivisors: Integer -> Integer,sumOfDivisors: Integer -> Integer,sumOfKthPowerDivisors: (Integer,NonNegativeInteger) -> Integer) [3] divisors: factors has no value [4] numberOfDivisors: factors has no value [5] sumOfDivisors: factors has no value [6] sumOfKthPowerDivisors: factors has no value Cumulative Statistics for Constructor IntegerNumberTheoryFunctions Time: 0.74 seconds finalizing NRLIB INTHEORY Processing IntegerNumberTheoryFunctions for Browser database: -- bernoulli : I -> RN -- chineseRemainder : (I,I,I,I) -> I -- divisors : I -> List I -- euler : I -> I -- eulerPhi : I -> I -- fibonacci : I -> I -- harmonic : I -> RN -- jacobi : (I,I) -> I -- legendre : (I,I) -> I -- moebiusMu : I -> I -- numberOfDivisors : I -> I -- sumOfDivisors : I -> I -- sumOfKthPowerDivisors : (I,NNI) -> I -- constructor ; compiling file "/tmp/oa-D6MiJi/code.lsp" (written 01 FEB 2016 11:01:40 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |INTHEORY;harmonic;IF;1| ...) ; compiling (DEFUN |INTHEORY;fibonacci;2I;2| ...) ; compiling (DEFUN |INTHEORY;euler;2I;3| ...) ; file: /tmp/oa-D6MiJi/code.lsp ; in: DEFUN |INTHEORY;euler;2I;3| ; (DEFUN BOOT::|INTHEORY;euler;2I;3| (BOOT::|n| BOOT::$) ; (PROG (BOOT::|e| BOOT::|t|) (RETURN (COND (# #) (# 0) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTHEORY;euler;2I;3| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|INTHEORY;euler;2I;3| ; (PROG (BOOT::|e| BOOT::|t|) (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |INTHEORY;bernoulli;IF;4| ...) ; compiling (DEFUN |INTHEORY;inverse| ...) ; file: /tmp/oa-D6MiJi/code.lsp ; in: DEFUN |INTHEORY;inverse| ; (DEFUN BOOT::|INTHEORY;inverse| (BOOT::|a| BOOT::|b| BOOT::$) ; (PROG (BOOT::|r| BOOT::|q|) ; (RETURN ; (LET (# # #) ; (BOOT::SEQ # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTHEORY;inverse| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|INTHEORY;inverse| ; (PROG (BOOT::|r| BOOT::|q|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |a| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; ; note: Assignment to argument: |b| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |INTHEORY;chineseRemainder;5I;6| ...) ; file: /tmp/oa-D6MiJi/code.lsp ; in: DEFUN |INTHEORY;chineseRemainder;5I;6| ; (DEFUN BOOT::|INTHEORY;chineseRemainder;5I;6| ; (BOOT::|x1| BOOT::|m1| BOOT::|x2| BOOT::|m2| BOOT::$) ; (COND ; ((OR (MINUSP BOOT::|m1|) (MINUSP BOOT::|m2|)) ; (BOOT::|error| "moduli must be positive")) ; (T (PROGN (SETQ #) (SETQ #) (+ BOOT::|x1| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTHEORY;chineseRemainder;5I;6| ; (BOOT::|x1| BOOT::|m1| BOOT::|x2| BOOT::|m2| BOOT::$) ; (BLOCK BOOT::|INTHEORY;chineseRemainder;5I;6| ; (COND ((OR # #) (BOOT::|error| "moduli must be positive")) ; (T (PROGN # # #))))) ; ; note: Assignment to argument: |x1| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; ; note: Assignment to argument: |x2| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |INTHEORY;jacobi;3I;7| ...) ; file: /tmp/oa-D6MiJi/code.lsp ; in: DEFUN |INTHEORY;jacobi;3I;7| ; (DEFUN BOOT::|INTHEORY;jacobi;3I;7| (BOOT::|a| BOOT::|b| BOOT::$) ; (PROG (BOOT::|j| BOOT::|k|) (RETURN (BOOT::SEQ (COND #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTHEORY;jacobi;3I;7| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|INTHEORY;jacobi;3I;7| ; (PROG (BOOT::|j| BOOT::|k|) (RETURN (BOOT::SEQ # #))))) ; ; note: Assignment to argument: |a| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; ; note: Assignment to argument: |b| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |INTHEORY;legendre;3I;8| ...) ; file: /tmp/oa-D6MiJi/code.lsp ; in: DEFUN |INTHEORY;legendre;3I;8| ; (DEFUN BOOT::|INTHEORY;legendre;3I;8| (BOOT::|a| BOOT::|p| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 66)) ; (BOOT::|INTHEORY;jacobi;3I;7| BOOT::|a| BOOT::|p| BOOT::$)) ; (T (BOOT::|error| "characteristic of legendre must be prime")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTHEORY;legendre;3I;8| ; (BOOT::|a| BOOT::|p| BOOT::$) ; (BLOCK BOOT::|INTHEORY;legendre;3I;8| ; (COND ; ((BOOT::SPADCALL BOOT::|p| #) ; (BOOT::|INTHEORY;jacobi;3I;7| BOOT::|a| BOOT::|p| BOOT::$)) ; (T (BOOT::|error| "characteristic of legendre must be prime"))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |INTHEORY;eulerPhi;2I;9| ...) ; file: /tmp/oa-D6MiJi/code.lsp ; in: DEFUN |INTHEORY;eulerPhi;2I;9| ; (DEFUN BOOT::|INTHEORY;eulerPhi;2I;9| (BOOT::|n| BOOT::$) ; (COND ((ZEROP BOOT::|n|) 0) ; (T ; (LET (#) ; (PROGN # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTHEORY;eulerPhi;2I;9| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|INTHEORY;eulerPhi;2I;9| ; (COND ((ZEROP BOOT::|n|) 0) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |INTHEORY;divisors;IL;10| ...) ; file: /tmp/oa-D6MiJi/code.lsp ; in: DEFUN |INTHEORY;divisors;IL;10| ; (DEFUN BOOT::|INTHEORY;divisors;IL;10| (BOOT::|n| BOOT::$) ; (PROG (BOOT::|newList| BOOT::|pow|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTHEORY;divisors;IL;10| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|INTHEORY;divisors;IL;10| ; (PROG (BOOT::|newList| BOOT::|pow|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS INTEGER T)) &REST T). ; compiling (DEFUN |INTHEORY;divisors;IL;10!0| ...) ; file: /tmp/oa-D6MiJi/code.lsp ; in: DEFUN |INTHEORY;divisors;IL;10!0| ; (DEFUN BOOT::|INTHEORY;divisors;IL;10!0| (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (< BOOT::|#1| BOOT::|#2|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTHEORY;divisors;IL;10!0| ; (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (BLOCK BOOT::|INTHEORY;divisors;IL;10!0| (< BOOT::|#1| BOOT::|#2|))) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |INTHEORY;numberOfDivisors;2I;11| ...) ; compiling (DEFUN |INTHEORY;sumOfDivisors;2I;12| ...) ; file: /tmp/oa-D6MiJi/code.lsp ; in: DEFUN |INTHEORY;sumOfDivisors;2I;12| ; (DEFUN BOOT::|INTHEORY;sumOfDivisors;2I;12| (BOOT::|n| BOOT::$) ; (COND ((ZEROP BOOT::|n|) 0) ; (T ; (LET (#) ; (BOOT::SPADCALL BOOT::|r| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTHEORY;sumOfDivisors;2I;12| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|INTHEORY;sumOfDivisors;2I;12| ; (COND ((ZEROP BOOT::|n|) 0) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |INTHEORY;sumOfKthPowerDivisors;INniI;13| ...) ; file: /tmp/oa-D6MiJi/code.lsp ; in: DEFUN |INTHEORY;sumOfKthPowerDivisors;INniI;13| ; (DEFUN BOOT::|INTHEORY;sumOfKthPowerDivisors;INniI;13| ; (BOOT::|n| BOOT::|k| BOOT::$) ; (COND ((ZEROP BOOT::|n|) 0) ; (T ; (LET (#) ; (BOOT::SPADCALL BOOT::|r| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTHEORY;sumOfKthPowerDivisors;INniI;13| ; (BOOT::|n| BOOT::|k| BOOT::$) ; (BLOCK BOOT::|INTHEORY;sumOfKthPowerDivisors;INniI;13| ; (COND ((ZEROP BOOT::|n|) 0) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |INTHEORY;moebiusMu;2I;14| ...) ; compiling (DEFUN |IntegerNumberTheoryFunctions| ...) ; compiling (DEFUN |IntegerNumberTheoryFunctions;| ...) ; compiling (MAKEPROP (QUOTE |IntegerNumberTheoryFunctions|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 15 notes ; /tmp/oa-D6MiJi/code.fasl written ; compilation finished in 0:00:00.159 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile COMPCAT.spad && cp COMPCAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/COMPCAT.fasl \ && if test -f COMPCAT-.NRLIB/code.fasl; then \ cp COMPCAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/COMPCAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/COMPCAT.spad using Spad compiler. COMPCAT abbreviates category ComplexCategory debug: compDefine1 lhs: (ComplexCategory R) signature (pre-evaluate): ((Category) (CommutativeRing)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (CommutativeRing) $param: (R) Debug: evaluateType1 form: (CommutativeRing) debug: compDefine1 signature (post evaluate): ((Category) (CommutativeRing)) debug: compDefine1 lhs: (ComplexCategory R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for ComplexCategory compiling into /tmp/oa-YA38vl STYLE-WARNING: redefining BOOT::|ComplexCategory| in DEFUN Time: 0.05 SEC. COMPCAT- abbreviates package ComplexCategory& ------------------------------------------------------------------------ initializing stationary directory for ComplexCategory& compiling into /tmp/oa-G6kStp importing MatrixCategoryFunctions2(S,Vector S,Vector S,Matrix S,R,Vector R,Vector R,Matrix R) compiling exported before? : (S,S) -> Boolean Time: 0.12 SEC. compiling exported characteristicPolynomial : S -> SparseUnivariatePolynomial R Time: 0.06 SEC. importing FactoredFunctionUtilities SparseUnivariatePolynomial S importing UnivariatePolynomialCategoryFunctions2(R,SparseUnivariatePolynomial R,S,SparseUnivariatePolynomial S) importing UnivariatePolynomialCategoryFunctions2(S,SparseUnivariatePolynomial S,R,SparseUnivariatePolynomial R) compiling local myNextPrime : (S,NonNegativeInteger) -> S Time: 0.08 SEC. compiling exported solveLinearPolynomialEquation : (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,failed) Time: 0.03 SEC. compiling local normPolynomial : SparseUnivariatePolynomial S -> SparseUnivariatePolynomial R Time: 0.12 SEC. compiling exported factorPolynomial : SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S Time: 0.09 SEC. compiling exported factorSquareFreePolynomial : SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S Time: 0.29 SEC. compiling exported rank : () -> PositiveInteger COMPCAT-;rank;Pi;8 is replaced by 2 Time: 0.01 SEC. compiling exported discriminant : () -> R Time: 0.02 SEC. compiling exported norm : S -> R Time: 0.02 SEC. compiling exported trace : S -> R Time: 0.02 SEC. compiling exported imaginary : () -> S Time: 0 SEC. compiling exported conjugate : S -> S Time: 0.00 SEC. compiling exported characteristic : () -> NonNegativeInteger Time: 0.01 SEC. compiling exported map : (R -> R,S) -> S Time: 0.01 SEC. compiling exported = : (S,S) -> Boolean Time: 0.05 SEC. compiling exported + : (S,S) -> S Time: 0.01 SEC. compiling exported - : S -> S Time: 0.00 SEC. compiling exported * : (R,S) -> S Time: 0 SEC. compiling exported coordinates : S -> Vector R Time: 0.00 SEC. compiling exported * : (Integer,S) -> S Time: 0.01 SEC. compiling exported differentiate : (S,R -> R) -> S Time: 0 SEC. compiling exported definingPolynomial : () -> SparseUnivariatePolynomial R Time: 0.03 SEC. compiling exported reduce : SparseUnivariatePolynomial R -> S Time: 0.02 SEC. compiling exported lift : S -> SparseUnivariatePolynomial R Time: 0.02 SEC. compiling exported minimalPolynomial : S -> SparseUnivariatePolynomial R Time: 0.02 SEC. compiling exported coordinates : (S,Vector S) -> Vector R Time: 0.27 SEC. compiling exported coerce : S -> OutputForm Debug compQuote expr: (QUOTE %i) m: (OutputForm) Time: 0.02 SEC. compiling exported retract : S -> R Time: 0.00 SEC. compiling exported retractIfCan : S -> Union(R,failed) Time: 0.00 SEC. compiling exported * : (S,S) -> S Time: 0.03 SEC. compiling exported reducedSystem : Matrix S -> Matrix R Time: 0.03 SEC. compiling exported reducedSystem : (Matrix S,Vector S) -> Record(mat: Matrix R,vec: Vector R) Time: 0.03 SEC. compiling exported abs : S -> S Time: 0.01 SEC. compiling exported convert : S -> Complex DoubleFloat Time: 0.04 SEC. compiling exported convert : S -> Complex Float Time: 0.04 SEC. compiling exported convert : S -> InputForm Debug compQuote expr: (QUOTE complex) m: $EmptyMode Debug compQuote expr: (QUOTE complex) m: (Symbol) Debug compQuote expr: (QUOTE complex) m: $EmptyMode Debug compQuote expr: (QUOTE complex) m: (Symbol) Debug compQuote expr: (QUOTE complex) m: $EmptyMode Debug compQuote expr: (QUOTE complex) m: (Symbol) Debug compQuote expr: (QUOTE complex) m: $EmptyMode Debug compQuote expr: (QUOTE complex) m: (Symbol) Debug compQuote expr: (QUOTE complex) m: $EmptyMode Debug compQuote expr: (QUOTE complex) m: (Symbol) Debug compQuote expr: (QUOTE complex) m: $EmptyMode Debug compQuote expr: (QUOTE complex) m: (Symbol) Debug compQuote expr: (QUOTE complex) m: $EmptyMode Debug compQuote expr: (QUOTE complex) m: (Symbol) Time: 0.10 SEC. compiling exported convert : S -> Pattern Integer Time: 0.01 SEC. compiling exported convert : S -> Pattern Float Time: 0.01 SEC. compiling exported patternMatch : (S,Pattern Integer,PatternMatchResult(Integer,S)) -> PatternMatchResult(Integer,S) Time: 0.02 SEC. compiling exported patternMatch : (S,Pattern Float,PatternMatchResult(Float,S)) -> PatternMatchResult(Float,S) Time: 0.02 SEC. compiling exported rational? : S -> Boolean Time: 0.01 SEC. compiling exported rational : S -> Fraction Integer Time: 0.02 SEC. compiling exported rationalIfCan : S -> Union(Fraction Integer,failed) Time: 0.02 SEC. compiling exported inv : S -> S Time: 0.02 SEC. compiling exported exquo : (S,R) -> Union(S,failed) Time: 0.03 SEC. compiling exported exquo : (S,S) -> Union(S,failed) Time: 0.02 SEC. compiling exported recip : S -> Union(S,failed) Time: 0.00 SEC. compiling exported unitNormal : S -> Record(unit: S,canonical: S,associate: S) Time: 0.12 SEC. compiling exported unitNormal : S -> Record(unit: S,canonical: S,associate: S) Time: 0.10 SEC. compiling exported euclideanSize : S -> NonNegativeInteger Time: 0.02 SEC. compiling exported euclideanSize : S -> NonNegativeInteger Time: 0.01 SEC. compiling exported rem : (S,S) -> S Time: 0.01 SEC. compiling exported quo : (S,S) -> S Time: 0.01 SEC. compiling exported rem : (S,S) -> S Time: 0.00 SEC. compiling exported quo : (S,S) -> S Time: 0.02 SEC. compiling exported divide : (S,S) -> Record(quotient: S,remainder: S) Time: 0.10 SEC. compiling local atan2loc : (R,R) -> R Time: 0.33 SEC. compiling exported argument : S -> R Time: 0.01 SEC. compiling exported argument : S -> R Time: 0.04 SEC. compiling exported argument : S -> R Time: 0.10 SEC. compiling exported pi : () -> S Time: 0.00 SEC. compiling exported exp : S -> S COMPCAT-;exp;2$;63 x is replaced by %z2val %zexp %val2z x Time: 0 SEC. compiling exported log : S -> S COMPCAT-;log;2$;64 x is replaced by %z2val %zlog %val2z x Time: 0.00 SEC. compiling exported sin : S -> S COMPCAT-;sin;2$;65 x is replaced by %z2val %zsin %val2z x Time: 0 SEC. compiling exported cos : S -> S COMPCAT-;cos;2$;66 x is replaced by %z2val %zcos %val2z x Time: 0 SEC. compiling exported tan : S -> S COMPCAT-;tan;2$;67 x is replaced by %z2val %ztan %val2z x Time: 0 SEC. compiling exported asin : S -> S COMPCAT-;asin;2$;68 x is replaced by %z2val %zasin %val2z x Time: 0.00 SEC. compiling exported acos : S -> S COMPCAT-;acos;2$;69 x is replaced by %z2val %zacos %val2z x Time: 0.00 SEC. compiling exported atan : S -> S COMPCAT-;atan;2$;70 x is replaced by %z2val %zatan %val2z x Time: 0 SEC. compiling exported sinh : S -> S COMPCAT-;sinh;2$;71 x is replaced by %z2val %zsinh %val2z x Time: 0.00 SEC. compiling exported cosh : S -> S COMPCAT-;cosh;2$;72 x is replaced by %z2val %zcosh %val2z x Time: 0 SEC. compiling exported tanh : S -> S COMPCAT-;tanh;2$;73 x is replaced by %z2val %ztanh %val2z x Time: 0 SEC. compiling exported asinh : S -> S COMPCAT-;asinh;2$;74 x is replaced by %z2val %zasinh %val2z x Time: 0.00 SEC. compiling exported acosh : S -> S COMPCAT-;acosh;2$;75 x is replaced by %z2val %zacosh %val2z x Time: 0.00 SEC. compiling exported atanh : S -> S COMPCAT-;atanh;2$;76 x is replaced by %z2val %zatanh %val2z x Time: 0 SEC. compiling exported atan : S -> S Time: 0.06 SEC. compiling exported log : S -> S Time: 0.01 SEC. compiling exported exp : S -> S Time: 0.02 SEC. compiling exported cos : S -> S Time: 0.02 SEC. compiling exported sin : S -> S Time: 0.01 SEC. compiling exported polarCoordinates : S -> Record(r: R,phi: R) Time: 0.02 SEC. compiling exported ** : (S,Fraction Integer) -> S Time: 0.23 SEC. compiling exported ** : (S,Fraction Integer) -> S Time: 1.82 SEC. (time taken in buildFunctor: 4) Time: 0.06 SEC. Warnings: [1] solveLinearPolynomialEquation: not known that Ring is of mode CATEGORY(package,differentiate: (S,Symbol) -> S,differentiate: (S,List Symbol) -> S,differentiate: (S,Symbol,NonNegativeInteger) -> S,differentiate: (S,List Symbol,List NonNegativeInteger) -> S,differentiate: S -> S,differentiate: (S,NonNegativeInteger) -> S,coerce: S -> S,exquo: (S,S) -> Union(S,"failed"),unitNormal: S -> Record(unit: S,canonical: S,associate: S),euclideanSize: S -> NonNegativeInteger,divide: (S,S) -> Record(quotient: S,remainder: S),quo: (S,S) -> S,rem: (S,S) -> S,inv: S -> S,**: (S,Integer) -> S,*: (S,Fraction Integer) -> S,*: (Fraction Integer,S) -> S,coerce: Fraction Integer -> S,convert: S -> InputForm,convert: S -> Complex DoubleFloat,convert: S -> Complex Float,tan: S -> S,sin: S -> S,cos: S -> S,acos: S -> S,asin: S -> S,atan: S -> S,cosh: S -> S,sinh: S -> S,tanh: S -> S,acosh: S -> S,asinh: S -> S,atanh: S -> S,log: S -> S,exp: S -> S,**: (S,S) -> S,pi: () -> S,**: (S,Fraction Integer) -> S,factorPolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,solveLinearPolynomialEquation: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),rationalIfCan: S -> Union(Fraction Integer,"failed"),rational: S -> Fraction Integer,rational?: S -> Boolean,polarCoordinates: S -> Record(r: R,phi: R),argument: S -> R,abs: S -> S,exquo: (S,R) -> Union(S,"failed"),conjugate: S -> S,imaginary: () -> S,convert: S -> Pattern Float,convert: S -> Pattern Integer,patternMatch: (S,Pattern Float,PatternMatchResult(Float,S)) -> PatternMatchResult(Float,S),patternMatch: (S,Pattern Integer,PatternMatchResult(Integer,S)) -> PatternMatchResult(Integer,S),map: ((R -> R),S) -> S,differentiate: (S,(R -> R),NonNegativeInteger) -> S,differentiate: (S,(R -> R)) -> S,reduce: Fraction SparseUnivariatePolynomial R -> Union(S,"failed"),lift: S -> SparseUnivariatePolynomial R,convert: SparseUnivariatePolynomial R -> S,reduce: SparseUnivariatePolynomial R -> S,definingPolynomial: () -> SparseUnivariatePolynomial R,reducedSystem: Matrix S -> Matrix R,reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix R,vec: Vector R),reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix Integer,vec: Vector Integer),reducedSystem: Matrix S -> Matrix Integer,retractIfCan: S -> Union(R,"failed"),retract: S -> R,retract: S -> Fraction Integer,retractIfCan: S -> Union(Fraction Integer,"failed"),retract: S -> Integer,retractIfCan: S -> Union(Integer,"failed"),convert: S -> SparseUnivariatePolynomial R,discriminant: () -> R,convert: Vector R -> S,convert: S -> Vector R,coordinates: Vector S -> Matrix R,coordinates: S -> Vector R,minimalPolynomial: S -> SparseUnivariatePolynomial R,characteristicPolynomial: S -> SparseUnivariatePolynomial R,discriminant: Vector S -> R,coordinates: (Vector S,Vector S) -> Matrix R,coordinates: (S,Vector S) -> Vector R,norm: S -> R,trace: S -> R,rank: () -> PositiveInteger,coerce: R -> S,*: (R,S) -> S,*: (S,R) -> S,characteristic: () -> NonNegativeInteger,coerce: Integer -> S,recip: S -> Union(S,"failed"),**: (S,NonNegativeInteger) -> S,*: (S,S) -> S,**: (S,PositiveInteger) -> S,-: (S,S) -> S,-: S -> S,*: (Integer,S) -> S,*: (NonNegativeInteger,S) -> S,*: (PositiveInteger,S) -> S,+: (S,S) -> S,coerce: S -> OutputForm,before?: (S,S) -> Boolean,=: (S,S) -> Boolean) [2] factorPolynomial: not known that IntegralDomain is of mode CATEGORY(package,differentiate: (S,Symbol) -> S,differentiate: (S,List Symbol) -> S,differentiate: (S,Symbol,NonNegativeInteger) -> S,differentiate: (S,List Symbol,List NonNegativeInteger) -> S,differentiate: S -> S,differentiate: (S,NonNegativeInteger) -> S,coerce: S -> S,exquo: (S,S) -> Union(S,"failed"),unitNormal: S -> Record(unit: S,canonical: S,associate: S),euclideanSize: S -> NonNegativeInteger,divide: (S,S) -> Record(quotient: S,remainder: S),quo: (S,S) -> S,rem: (S,S) -> S,inv: S -> S,**: (S,Integer) -> S,*: (S,Fraction Integer) -> S,*: (Fraction Integer,S) -> S,coerce: Fraction Integer -> S,convert: S -> InputForm,convert: S -> Complex DoubleFloat,convert: S -> Complex Float,tan: S -> S,sin: S -> S,cos: S -> S,acos: S -> S,asin: S -> S,atan: S -> S,cosh: S -> S,sinh: S -> S,tanh: S -> S,acosh: S -> S,asinh: S -> S,atanh: S -> S,log: S -> S,exp: S -> S,**: (S,S) -> S,pi: () -> S,**: (S,Fraction Integer) -> S,factorPolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,solveLinearPolynomialEquation: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),rationalIfCan: S -> Union(Fraction Integer,"failed"),rational: S -> Fraction Integer,rational?: S -> Boolean,polarCoordinates: S -> Record(r: R,phi: R),argument: S -> R,abs: S -> S,exquo: (S,R) -> Union(S,"failed"),conjugate: S -> S,imaginary: () -> S,convert: S -> Pattern Float,convert: S -> Pattern Integer,patternMatch: (S,Pattern Float,PatternMatchResult(Float,S)) -> PatternMatchResult(Float,S),patternMatch: (S,Pattern Integer,PatternMatchResult(Integer,S)) -> PatternMatchResult(Integer,S),map: ((R -> R),S) -> S,differentiate: (S,(R -> R),NonNegativeInteger) -> S,differentiate: (S,(R -> R)) -> S,reduce: Fraction SparseUnivariatePolynomial R -> Union(S,"failed"),lift: S -> SparseUnivariatePolynomial R,convert: SparseUnivariatePolynomial R -> S,reduce: SparseUnivariatePolynomial R -> S,definingPolynomial: () -> SparseUnivariatePolynomial R,reducedSystem: Matrix S -> Matrix R,reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix R,vec: Vector R),reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix Integer,vec: Vector Integer),reducedSystem: Matrix S -> Matrix Integer,retractIfCan: S -> Union(R,"failed"),retract: S -> R,retract: S -> Fraction Integer,retractIfCan: S -> Union(Fraction Integer,"failed"),retract: S -> Integer,retractIfCan: S -> Union(Integer,"failed"),convert: S -> SparseUnivariatePolynomial R,discriminant: () -> R,convert: Vector R -> S,convert: S -> Vector R,coordinates: Vector S -> Matrix R,coordinates: S -> Vector R,minimalPolynomial: S -> SparseUnivariatePolynomial R,characteristicPolynomial: S -> SparseUnivariatePolynomial R,discriminant: Vector S -> R,coordinates: (Vector S,Vector S) -> Matrix R,coordinates: (S,Vector S) -> Vector R,norm: S -> R,trace: S -> R,rank: () -> PositiveInteger,coerce: R -> S,*: (R,S) -> S,*: (S,R) -> S,characteristic: () -> NonNegativeInteger,coerce: Integer -> S,recip: S -> Union(S,"failed"),**: (S,NonNegativeInteger) -> S,*: (S,S) -> S,**: (S,PositiveInteger) -> S,-: (S,S) -> S,-: S -> S,*: (Integer,S) -> S,*: (NonNegativeInteger,S) -> S,*: (PositiveInteger,S) -> S,+: (S,S) -> S,coerce: S -> OutputForm,before?: (S,S) -> Boolean,=: (S,S) -> Boolean) [3] factorPolynomial: not known that Ring is of mode CATEGORY(package,differentiate: (S,Symbol) -> S,differentiate: (S,List Symbol) -> S,differentiate: (S,Symbol,NonNegativeInteger) -> S,differentiate: (S,List Symbol,List NonNegativeInteger) -> S,differentiate: S -> S,differentiate: (S,NonNegativeInteger) -> S,coerce: S -> S,exquo: (S,S) -> Union(S,"failed"),unitNormal: S -> Record(unit: S,canonical: S,associate: S),euclideanSize: S -> NonNegativeInteger,divide: (S,S) -> Record(quotient: S,remainder: S),quo: (S,S) -> S,rem: (S,S) -> S,inv: S -> S,**: (S,Integer) -> S,*: (S,Fraction Integer) -> S,*: (Fraction Integer,S) -> S,coerce: Fraction Integer -> S,convert: S -> InputForm,convert: S -> Complex DoubleFloat,convert: S -> Complex Float,tan: S -> S,sin: S -> S,cos: S -> S,acos: S -> S,asin: S -> S,atan: S -> S,cosh: S -> S,sinh: S -> S,tanh: S -> S,acosh: S -> S,asinh: S -> S,atanh: S -> S,log: S -> S,exp: S -> S,**: (S,S) -> S,pi: () -> S,**: (S,Fraction Integer) -> S,factorPolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,solveLinearPolynomialEquation: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),rationalIfCan: S -> Union(Fraction Integer,"failed"),rational: S -> Fraction Integer,rational?: S -> Boolean,polarCoordinates: S -> Record(r: R,phi: R),argument: S -> R,abs: S -> S,exquo: (S,R) -> Union(S,"failed"),conjugate: S -> S,imaginary: () -> S,convert: S -> Pattern Float,convert: S -> Pattern Integer,patternMatch: (S,Pattern Float,PatternMatchResult(Float,S)) -> PatternMatchResult(Float,S),patternMatch: (S,Pattern Integer,PatternMatchResult(Integer,S)) -> PatternMatchResult(Integer,S),map: ((R -> R),S) -> S,differentiate: (S,(R -> R),NonNegativeInteger) -> S,differentiate: (S,(R -> R)) -> S,reduce: Fraction SparseUnivariatePolynomial R -> Union(S,"failed"),lift: S -> SparseUnivariatePolynomial R,convert: SparseUnivariatePolynomial R -> S,reduce: SparseUnivariatePolynomial R -> S,definingPolynomial: () -> SparseUnivariatePolynomial R,reducedSystem: Matrix S -> Matrix R,reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix R,vec: Vector R),reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix Integer,vec: Vector Integer),reducedSystem: Matrix S -> Matrix Integer,retractIfCan: S -> Union(R,"failed"),retract: S -> R,retract: S -> Fraction Integer,retractIfCan: S -> Union(Fraction Integer,"failed"),retract: S -> Integer,retractIfCan: S -> Union(Integer,"failed"),convert: S -> SparseUnivariatePolynomial R,discriminant: () -> R,convert: Vector R -> S,convert: S -> Vector R,coordinates: Vector S -> Matrix R,coordinates: S -> Vector R,minimalPolynomial: S -> SparseUnivariatePolynomial R,characteristicPolynomial: S -> SparseUnivariatePolynomial R,discriminant: Vector S -> R,coordinates: (Vector S,Vector S) -> Matrix R,coordinates: (S,Vector S) -> Vector R,norm: S -> R,trace: S -> R,rank: () -> PositiveInteger,coerce: R -> S,*: (R,S) -> S,*: (S,R) -> S,characteristic: () -> NonNegativeInteger,coerce: Integer -> S,recip: S -> Union(S,"failed"),**: (S,NonNegativeInteger) -> S,*: (S,S) -> S,**: (S,PositiveInteger) -> S,-: (S,S) -> S,-: S -> S,*: (Integer,S) -> S,*: (NonNegativeInteger,S) -> S,*: (PositiveInteger,S) -> S,+: (S,S) -> S,coerce: S -> OutputForm,before?: (S,S) -> Boolean,=: (S,S) -> Boolean) [4] factorSquareFreePolynomial: positive? has no value [5] reducedSystem: not known that Ring is of mode CATEGORY(package,differentiate: (S,Symbol) -> S,differentiate: (S,List Symbol) -> S,differentiate: (S,Symbol,NonNegativeInteger) -> S,differentiate: (S,List Symbol,List NonNegativeInteger) -> S,differentiate: S -> S,differentiate: (S,NonNegativeInteger) -> S,coerce: S -> S,exquo: (S,S) -> Union(S,"failed"),unitNormal: S -> Record(unit: S,canonical: S,associate: S),euclideanSize: S -> NonNegativeInteger,divide: (S,S) -> Record(quotient: S,remainder: S),quo: (S,S) -> S,rem: (S,S) -> S,inv: S -> S,**: (S,Integer) -> S,*: (S,Fraction Integer) -> S,*: (Fraction Integer,S) -> S,coerce: Fraction Integer -> S,convert: S -> InputForm,convert: S -> Complex DoubleFloat,convert: S -> Complex Float,tan: S -> S,sin: S -> S,cos: S -> S,acos: S -> S,asin: S -> S,atan: S -> S,cosh: S -> S,sinh: S -> S,tanh: S -> S,acosh: S -> S,asinh: S -> S,atanh: S -> S,log: S -> S,exp: S -> S,**: (S,S) -> S,pi: () -> S,**: (S,Fraction Integer) -> S,factorPolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,solveLinearPolynomialEquation: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),rationalIfCan: S -> Union(Fraction Integer,"failed"),rational: S -> Fraction Integer,rational?: S -> Boolean,polarCoordinates: S -> Record(r: R,phi: R),argument: S -> R,abs: S -> S,exquo: (S,R) -> Union(S,"failed"),conjugate: S -> S,imaginary: () -> S,convert: S -> Pattern Float,convert: S -> Pattern Integer,patternMatch: (S,Pattern Float,PatternMatchResult(Float,S)) -> PatternMatchResult(Float,S),patternMatch: (S,Pattern Integer,PatternMatchResult(Integer,S)) -> PatternMatchResult(Integer,S),map: ((R -> R),S) -> S,differentiate: (S,(R -> R),NonNegativeInteger) -> S,differentiate: (S,(R -> R)) -> S,reduce: Fraction SparseUnivariatePolynomial R -> Union(S,"failed"),lift: S -> SparseUnivariatePolynomial R,convert: SparseUnivariatePolynomial R -> S,reduce: SparseUnivariatePolynomial R -> S,definingPolynomial: () -> SparseUnivariatePolynomial R,reducedSystem: Matrix S -> Matrix R,reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix R,vec: Vector R),reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix Integer,vec: Vector Integer),reducedSystem: Matrix S -> Matrix Integer,retractIfCan: S -> Union(R,"failed"),retract: S -> R,retract: S -> Fraction Integer,retractIfCan: S -> Union(Fraction Integer,"failed"),retract: S -> Integer,retractIfCan: S -> Union(Integer,"failed"),convert: S -> SparseUnivariatePolynomial R,discriminant: () -> R,convert: Vector R -> S,convert: S -> Vector R,coordinates: Vector S -> Matrix R,coordinates: S -> Vector R,minimalPolynomial: S -> SparseUnivariatePolynomial R,characteristicPolynomial: S -> SparseUnivariatePolynomial R,discriminant: Vector S -> R,coordinates: (Vector S,Vector S) -> Matrix R,coordinates: (S,Vector S) -> Vector R,norm: S -> R,trace: S -> R,rank: () -> PositiveInteger,coerce: R -> S,*: (R,S) -> S,*: (S,R) -> S,characteristic: () -> NonNegativeInteger,coerce: Integer -> S,recip: S -> Union(S,"failed"),**: (S,NonNegativeInteger) -> S,*: (S,S) -> S,**: (S,PositiveInteger) -> S,-: (S,S) -> S,-: S -> S,*: (Integer,S) -> S,*: (NonNegativeInteger,S) -> S,*: (PositiveInteger,S) -> S,+: (S,S) -> S,coerce: S -> OutputForm,before?: (S,S) -> Boolean,=: (S,S) -> Boolean) [6] patternMatch: not known that SetCategory is of mode CATEGORY(package,differentiate: (S,Symbol) -> S,differentiate: (S,List Symbol) -> S,differentiate: (S,Symbol,NonNegativeInteger) -> S,differentiate: (S,List Symbol,List NonNegativeInteger) -> S,differentiate: S -> S,differentiate: (S,NonNegativeInteger) -> S,coerce: S -> S,exquo: (S,S) -> Union(S,"failed"),unitNormal: S -> Record(unit: S,canonical: S,associate: S),euclideanSize: S -> NonNegativeInteger,divide: (S,S) -> Record(quotient: S,remainder: S),quo: (S,S) -> S,rem: (S,S) -> S,inv: S -> S,**: (S,Integer) -> S,*: (S,Fraction Integer) -> S,*: (Fraction Integer,S) -> S,coerce: Fraction Integer -> S,convert: S -> InputForm,convert: S -> Complex DoubleFloat,convert: S -> Complex Float,tan: S -> S,sin: S -> S,cos: S -> S,acos: S -> S,asin: S -> S,atan: S -> S,cosh: S -> S,sinh: S -> S,tanh: S -> S,acosh: S -> S,asinh: S -> S,atanh: S -> S,log: S -> S,exp: S -> S,**: (S,S) -> S,pi: () -> S,**: (S,Fraction Integer) -> S,factorPolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,solveLinearPolynomialEquation: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),rationalIfCan: S -> Union(Fraction Integer,"failed"),rational: S -> Fraction Integer,rational?: S -> Boolean,polarCoordinates: S -> Record(r: R,phi: R),argument: S -> R,abs: S -> S,exquo: (S,R) -> Union(S,"failed"),conjugate: S -> S,imaginary: () -> S,convert: S -> Pattern Float,convert: S -> Pattern Integer,patternMatch: (S,Pattern Float,PatternMatchResult(Float,S)) -> PatternMatchResult(Float,S),patternMatch: (S,Pattern Integer,PatternMatchResult(Integer,S)) -> PatternMatchResult(Integer,S),map: ((R -> R),S) -> S,differentiate: (S,(R -> R),NonNegativeInteger) -> S,differentiate: (S,(R -> R)) -> S,reduce: Fraction SparseUnivariatePolynomial R -> Union(S,"failed"),lift: S -> SparseUnivariatePolynomial R,convert: SparseUnivariatePolynomial R -> S,reduce: SparseUnivariatePolynomial R -> S,definingPolynomial: () -> SparseUnivariatePolynomial R,reducedSystem: Matrix S -> Matrix R,reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix R,vec: Vector R),reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix Integer,vec: Vector Integer),reducedSystem: Matrix S -> Matrix Integer,retractIfCan: S -> Union(R,"failed"),retract: S -> R,retract: S -> Fraction Integer,retractIfCan: S -> Union(Fraction Integer,"failed"),retract: S -> Integer,retractIfCan: S -> Union(Integer,"failed"),convert: S -> SparseUnivariatePolynomial R,discriminant: () -> R,convert: Vector R -> S,convert: S -> Vector R,coordinates: Vector S -> Matrix R,coordinates: S -> Vector R,minimalPolynomial: S -> SparseUnivariatePolynomial R,characteristicPolynomial: S -> SparseUnivariatePolynomial R,discriminant: Vector S -> R,coordinates: (Vector S,Vector S) -> Matrix R,coordinates: (S,Vector S) -> Vector R,norm: S -> R,trace: S -> R,rank: () -> PositiveInteger,coerce: R -> S,*: (R,S) -> S,*: (S,R) -> S,characteristic: () -> NonNegativeInteger,coerce: Integer -> S,recip: S -> Union(S,"failed"),**: (S,NonNegativeInteger) -> S,*: (S,S) -> S,**: (S,PositiveInteger) -> S,-: (S,S) -> S,-: S -> S,*: (Integer,S) -> S,*: (NonNegativeInteger,S) -> S,*: (PositiveInteger,S) -> S,+: (S,S) -> S,coerce: S -> OutputForm,before?: (S,S) -> Boolean,=: (S,S) -> Boolean) Cumulative Statistics for Constructor ComplexCategory& Time: 4.90 seconds finalizing NRLIB COMPCAT- ; compiling file "/tmp/oa-G6kStp/code.lsp" (written 01 FEB 2016 11:01:46 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPCAT-;rank;Pi;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPCAT-;exp;2$;63|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPCAT-;log;2$;64|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPCAT-;sin;2$;65|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPCAT-;cos;2$;66|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPCAT-;tan;2$;67|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPCAT-;asin;2$;68|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPCAT-;acos;2$;69|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPCAT-;atan;2$;70|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPCAT-;sinh;2$;71|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPCAT-;cosh;2$;72|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPCAT-;tanh;2$;73|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPCAT-;asinh;2$;74|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPCAT-;acosh;2$;75|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPCAT-;atanh;2$;76|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |COMPCAT-;before?;2$B;1| ...) ; file: /tmp/oa-G6kStp/code.lsp ; in: DEFUN |COMPCAT-;before?;2$B;1| ; (DEFUN BOOT::|COMPCAT-;before?;2$B;1| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ; ((BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) (BOOT::SPADCALL BOOT::|y| #) ; (BOOT::|shellEntry| BOOT::$ 10)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) (BOOT::SPADCALL BOOT::|y| #) ; (BOOT::|shellEntry| BOOT::$ 12))) ; (T ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) (BOOT::SPADCALL BOOT::|y| #) ; (BOOT::|shellEntry| BOOT::$ 12))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COMPCAT-;before?;2$B;1| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|COMPCAT-;before?;2$B;1| ; (COND ((BOOT::SPADCALL # # #) (BOOT::SPADCALL # # #)) ; (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |COMPCAT-;characteristicPolynomial;$Sup;2| ...) ; compiling (DEFUN |COMPCAT-;myNextPrime| ...) ; file: /tmp/oa-G6kStp/code.lsp ; in: DEFUN |COMPCAT-;myNextPrime| ; (DEFUN BOOT::|COMPCAT-;myNextPrime| (BOOT::|x| BOOT::|n| BOOT::$) ; (LET ((BOOT::|xr| (BOOT::SPADCALL # # #))) ; (PROGN ; (LOOP (COND # #)) ; (BOOT::SPADCALL BOOT::|xr| (BOOT::|spadConstant| BOOT::$ 29) ; (BOOT::|shellEntry| BOOT::$ 38))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COMPCAT-;myNextPrime| ; (BOOT::|x| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|COMPCAT-;myNextPrime| ; (LET ((BOOT::|xr| #)) ; (PROGN (LOOP #) (BOOT::SPADCALL BOOT::|xr| # #))))) ; ; caught STYLE-WARNING: ; The variable |n| is defined but never used. ; compiling (DEFUN |COMPCAT-;solveLinearPolynomialEquation;LSupU;4| ...) ; file: /tmp/oa-G6kStp/code.lsp ; in: DEFUN |COMPCAT-;solveLinearPolynomialEquation;LSupU;4| ; (DEFUN BOOT::|COMPCAT-;solveLinearPolynomialEquation;LSupU;4| ; (BOOT::|lp| BOOT::|p| BOOT::$) ; (BOOT::SPADCALL BOOT::|lp| BOOT::|p| (BOOT::|shellEntry| BOOT::$ 43))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COMPCAT-;solveLinearPolynomialEquation;LSupU;4| ; (BOOT::|lp| BOOT::|p| BOOT::$) ; (BLOCK BOOT::|COMPCAT-;solveLinearPolynomialEquation;LSupU;4| ; (BOOT::SPADCALL BOOT::|lp| BOOT::|p| (BOOT::|shellEntry| BOOT::$ 43)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |COMPCAT-;normPolynomial| ...) ; compiling (DEFUN |COMPCAT-;normPolynomial!0| ...) ; compiling (DEFUN |COMPCAT-;factorPolynomial;SupF;6| ...) ; compiling (DEFUN |COMPCAT-;factorSquareFreePolynomial;SupF;7| ...) ; compiling (DEFUN |COMPCAT-;factorSquareFreePolynomial;SupF;7!0| ...) ; compiling (DEFUN |COMPCAT-;rank;Pi;8| ...) ; compiling (DEFUN |COMPCAT-;discriminant;R;9| ...) ; compiling (DEFUN |COMPCAT-;norm;$R;10| ...) ; compiling (DEFUN |COMPCAT-;trace;$R;11| ...) ; compiling (DEFUN |COMPCAT-;imaginary;$;12| ...) ; compiling (DEFUN |COMPCAT-;conjugate;2$;13| ...) ; compiling (DEFUN |COMPCAT-;characteristic;Nni;14| ...) ; file: /tmp/oa-G6kStp/code.lsp ; in: DEFUN |COMPCAT-;characteristic;Nni;14| ; (DEFUN BOOT::|COMPCAT-;characteristic;Nni;14| (BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 105)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COMPCAT-;characteristic;Nni;14| ; (BOOT::$) ; (BLOCK BOOT::|COMPCAT-;characteristic;Nni;14| ; (BOOT::|spadConstant| BOOT::$ 105))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |COMPCAT-;map;M2$;15| ...) ; compiling (DEFUN |COMPCAT-;=;2$B;16| ...) ; file: /tmp/oa-G6kStp/code.lsp ; in: DEFUN |COMPCAT-;=;2$B;16| ; (DEFUN BOOT::|COMPCAT-;=;2$B;16| (BOOT::|x| BOOT::|y| BOOT::$) ; (AND ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 8)) ; (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 8)) ; (BOOT::|shellEntry| BOOT::$ 10)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|shellEntry| BOOT::$ 10)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COMPCAT-;=;2$B;16| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|COMPCAT-;=;2$B;16| ; (AND ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) ; (BOOT::SPADCALL BOOT::|y| #) ; (BOOT::|shellEntry| BOOT::$ 10)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) ; (BOOT::SPADCALL BOOT::|y| #) ; (BOOT::|shellEntry| BOOT::$ 10))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |COMPCAT-;+;3$;17| ...) ; compiling (DEFUN |COMPCAT-;-;2$;18| ...) ; compiling (DEFUN |COMPCAT-;*;R2$;19| ...) ; compiling (DEFUN |COMPCAT-;coordinates;$V;20| ...) ; compiling (DEFUN |COMPCAT-;*;I2$;21| ...) ; compiling (DEFUN |COMPCAT-;differentiate;$M$;22| ...) ; compiling (DEFUN |COMPCAT-;definingPolynomial;Sup;23| ...) ; compiling (DEFUN |COMPCAT-;reduce;Sup$;24| ...) ; compiling (DEFUN |COMPCAT-;lift;$Sup;25| ...) ; compiling (DEFUN |COMPCAT-;minimalPolynomial;$Sup;26| ...) ; compiling (DEFUN |COMPCAT-;coordinates;$VV;27| ...) ; file: /tmp/oa-G6kStp/code.lsp ; in: DEFUN |COMPCAT-;coordinates;$VV;27| ; (DEFUN BOOT::|COMPCAT-;coordinates;$VV;27| (BOOT::|x| BOOT::|v| BOOT::$) ; (PROG (BOOT::|ix| BOOT::|rx| BOOT::|d| BOOT::|ia| BOOT::|ib|) ; (RETURN ; (LET* (# # # #) ; (BOOT::SEQ # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COMPCAT-;coordinates;$VV;27| ; (BOOT::|x| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|COMPCAT-;coordinates;$VV;27| ; (PROG (BOOT::|ix| BOOT::|rx| BOOT::|d| BOOT::|ia| BOOT::|ib|) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |COMPCAT-;coerce;$Of;28| ...) ; compiling (DEFUN |COMPCAT-;retract;$R;29| ...) ; compiling (DEFUN |COMPCAT-;retractIfCan;$U;30| ...) ; compiling (DEFUN |COMPCAT-;*;3$;31| ...) ; compiling (DEFUN |COMPCAT-;reducedSystem;MM;32| ...) ; compiling (DEFUN |COMPCAT-;reducedSystem;MVR;33| ...) ; compiling (DEFUN |COMPCAT-;abs;2$;34| ...) ; compiling (DEFUN |COMPCAT-;convert;$C;35| ...) ; compiling (DEFUN |COMPCAT-;convert;$C;36| ...) ; compiling (DEFUN |COMPCAT-;convert;$If;37| ...) ; compiling (DEFUN |COMPCAT-;convert;$P;38| ...) ; compiling (DEFUN |COMPCAT-;convert;$P;39| ...) ; compiling (DEFUN |COMPCAT-;patternMatch;$P2Pmr;40| ...) ; compiling (DEFUN |COMPCAT-;patternMatch;$P2Pmr;41| ...) ; compiling (DEFUN |COMPCAT-;rational?;$B;42| ...) ; file: /tmp/oa-G6kStp/code.lsp ; in: DEFUN |COMPCAT-;rational?;$B;42| ; (DEFUN BOOT::|COMPCAT-;rational?;$B;42| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|shellEntry| BOOT::$ 89))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COMPCAT-;rational?;$B;42| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|COMPCAT-;rational?;$B;42| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|shellEntry| BOOT::$ 89)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |COMPCAT-;rational;$F;43| ...) ; compiling (DEFUN |COMPCAT-;rationalIfCan;$U;44| ...) ; compiling (DEFUN |COMPCAT-;inv;2$;45| ...) ; compiling (DEFUN |COMPCAT-;exquo;$RU;46| ...) ; compiling (DEFUN |COMPCAT-;exquo;2$U;47| ...) ; file: /tmp/oa-G6kStp/code.lsp ; in: DEFUN |COMPCAT-;exquo;2$U;47| ; (DEFUN BOOT::|COMPCAT-;exquo;2$U;47| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ; ((BOOT::SPADCALL (BOOT::SPADCALL BOOT::|y| #) ; (BOOT::|shellEntry| BOOT::$ 89)) ; (BOOT::SPADCALL BOOT::|x| (BOOT::SPADCALL BOOT::|y| #) ; (BOOT::|shellEntry| BOOT::$ 209))) ; (T ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| # #) ; (BOOT::SPADCALL BOOT::|y| #) ; (BOOT::|shellEntry| BOOT::$ 209))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COMPCAT-;exquo;2$U;47| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|COMPCAT-;exquo;2$U;47| ; (COND ((BOOT::SPADCALL # #) (BOOT::SPADCALL BOOT::|x| # #)) ; (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |COMPCAT-;recip;$U;48| ...) ; file: /tmp/oa-G6kStp/code.lsp ; in: DEFUN |COMPCAT-;recip;$U;48| ; (DEFUN BOOT::|COMPCAT-;recip;$U;48| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 14) BOOT::|x| ; (BOOT::|shellEntry| BOOT::$ 212))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COMPCAT-;recip;$U;48| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|COMPCAT-;recip;$U;48| ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 14) BOOT::|x| ; (BOOT::|shellEntry| BOOT::$ 212)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |COMPCAT-;unitNormal;$R;49| ...) ; compiling (DEFUN |COMPCAT-;unitNormal;$R;50| ...) ; compiling (DEFUN |COMPCAT-;euclideanSize;$Nni;51| ...) ; compiling (DEFUN |COMPCAT-;euclideanSize;$Nni;52| ...) ; file: /tmp/oa-G6kStp/code.lsp ; in: DEFUN |COMPCAT-;euclideanSize;$Nni;52| ; (DEFUN BOOT::|COMPCAT-;euclideanSize;$Nni;52| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) 2 ; (BOOT::|shellEntry| BOOT::$ 99)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) 2 ; (BOOT::|shellEntry| BOOT::$ 99)) ; (BOOT::|shellEntry| BOOT::$ 69)) ; (BOOT::|shellEntry| BOOT::$ 223))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COMPCAT-;euclideanSize;$Nni;52| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|COMPCAT-;euclideanSize;$Nni;52| ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL # 2 #) (BOOT::SPADCALL # 2 #) ; (BOOT::|shellEntry| BOOT::$ 69)) ; (BOOT::|shellEntry| BOOT::$ 223)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |COMPCAT-;rem;3$;53| ...) ; compiling (DEFUN |COMPCAT-;quo;3$;54| ...) ; compiling (DEFUN |COMPCAT-;rem;3$;55| ...) ; compiling (DEFUN |COMPCAT-;quo;3$;56| ...) ; compiling (DEFUN |COMPCAT-;divide;2$R;57| ...) ; compiling (DEFUN |COMPCAT-;atan2loc| ...) ; compiling (DEFUN |COMPCAT-;argument;$R;59| ...) ; compiling (DEFUN |COMPCAT-;argument;$R;60| ...) ; compiling (DEFUN |COMPCAT-;argument;$R;61| ...) ; compiling (DEFUN |COMPCAT-;pi;$;62| ...) ; compiling (DEFUN |COMPCAT-;exp;2$;63| ...) ; compiling (DEFUN |COMPCAT-;log;2$;64| ...) ; compiling (DEFUN |COMPCAT-;sin;2$;65| ...) ; compiling (DEFUN |COMPCAT-;cos;2$;66| ...) ; compiling (DEFUN |COMPCAT-;tan;2$;67| ...) ; compiling (DEFUN |COMPCAT-;asin;2$;68| ...) ; compiling (DEFUN |COMPCAT-;acos;2$;69| ...) ; compiling (DEFUN |COMPCAT-;atan;2$;70| ...) ; compiling (DEFUN |COMPCAT-;sinh;2$;71| ...) ; compiling (DEFUN |COMPCAT-;cosh;2$;72| ...) ; compiling (DEFUN |COMPCAT-;tanh;2$;73| ...) ; compiling (DEFUN |COMPCAT-;asinh;2$;74| ...) ; compiling (DEFUN |COMPCAT-;acosh;2$;75| ...) ; compiling (DEFUN |COMPCAT-;atanh;2$;76| ...) ; compiling (DEFUN |COMPCAT-;atan;2$;77| ...) ; compiling (DEFUN |COMPCAT-;log;2$;78| ...) ; compiling (DEFUN |COMPCAT-;exp;2$;79| ...) ; compiling (DEFUN |COMPCAT-;cos;2$;80| ...) ; compiling (DEFUN |COMPCAT-;sin;2$;81| ...) ; compiling (DEFUN |COMPCAT-;polarCoordinates;$R;82| ...) ; compiling (DEFUN |COMPCAT-;**;$F$;83| ...) ; compiling (DEFUN |COMPCAT-;**;$F$;84| ...) ; compiling (DEFUN |ComplexCategory&| ...) ; compiling (MAKEPROP (QUOTE |ComplexCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 9 notes ; /tmp/oa-G6kStp/code.fasl written ; compilation finished in 0:00:00.454 ------------------------------------------------------------------------ finalizing NRLIB COMPCAT Processing ComplexCategory for Browser database: -- complex : () -> attribute -- imaginary : () -> % -- conjugate : % -> % -- complex : (R,R) -> % -- imag : % -> R -- real : % -> R -- norm : % -> R -- exquo : (%,R) -> Union(%,"failed") -- abs : % -> % -- argument : % -> R -- polarCoordinates : % -> Record(r: R,phi: R) -- rational? : % -> Boolean -- rational : % -> Fraction Integer -- rationalIfCan : % -> Union(Fraction Integer,"failed") -- constructor ; compiling file "/tmp/oa-YA38vl/code.lsp" (written 01 FEB 2016 11:01:46 PM): ; compiling (DEFPARAMETER |ComplexCategory;AL| ...) ; compiling (DEFUN |ComplexCategory;| ...) ; compiling (DEFUN |ComplexCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-YA38vl/code.fasl written ; compilation finished in 0:00:00.029 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile IRREDFFX.spad && cp IRREDFFX.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IRREDFFX.fasl \ && if test -f IRREDFFX-.NRLIB/code.fasl; then \ cp IRREDFFX-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IRREDFFX-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IRREDFFX.spad using Spad compiler. IRREDFFX abbreviates package IrredPolyOverFiniteField debug: compDefine1 lhs: (IrredPolyOverFiniteField GF) signature (pre-evaluate): ((CATEGORY package (SIGNATURE generateIrredPoly ((SparseUnivariatePolynomial GF) (PositiveInteger)))) (FiniteFieldCategory)) debug: evaluateType form: (CATEGORY package (SIGNATURE generateIrredPoly ((SparseUnivariatePolynomial GF) (PositiveInteger)))) $param: (GF) debug: evaluateType form: (SparseUnivariatePolynomial GF) $param: (GF) Debug: evaluateType1 form: (SparseUnivariatePolynomial GF) debug: evaluateType1 x: GF m: (Ring) debug: evaluateType form: (PositiveInteger) $param: (GF) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (FiniteFieldCategory) $param: (GF) Debug: evaluateType1 form: (FiniteFieldCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE generateIrredPoly ((SparseUnivariatePolynomial GF) (PositiveInteger)))) (FiniteFieldCategory)) debug: compDefine1 lhs: (IrredPolyOverFiniteField GF) signature (pre-evaluate): ((CATEGORY package (SIGNATURE generateIrredPoly ((SparseUnivariatePolynomial GF) (PositiveInteger)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE generateIrredPoly ((SparseUnivariatePolynomial GF) (PositiveInteger)))) $param: (GF) debug: evaluateType form: (SparseUnivariatePolynomial GF) $param: (GF) Debug: evaluateType1 form: (SparseUnivariatePolynomial GF) debug: evaluateType1 x: GF m: (Ring) debug: evaluateType form: (PositiveInteger) $param: (GF) Debug: evaluateType1 form: (PositiveInteger) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE generateIrredPoly ((SparseUnivariatePolynomial GF) (PositiveInteger)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for IrredPolyOverFiniteField compiling into /tmp/oa-xUS8By importing DistinctDegreeFactorize(GF,SparseUnivariatePolynomial GF) compiling local qAdicExpansion : Integer -> SparseUnivariatePolynomial GF Time: 0.14 SEC. compiling local getIrredPoly : (Integer,PositiveInteger) -> SparseUnivariatePolynomial GF Time: 0.02 SEC. compiling exported generateIrredPoly : PositiveInteger -> SparseUnivariatePolynomial GF Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor IrredPolyOverFiniteField Time: 0.17 seconds finalizing NRLIB IRREDFFX Processing IrredPolyOverFiniteField for Browser database: -- generateIrredPoly : N -> SUP -- constructor ; compiling file "/tmp/oa-xUS8By/code.lsp" (written 01 FEB 2016 11:01:47 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |IRREDFFX;qAdicExpansion| ...) ; compiling (DEFUN |IRREDFFX;getIrredPoly| ...) ; file: /tmp/oa-xUS8By/code.lsp ; in: DEFUN |IRREDFFX;getIrredPoly| ; (DEFUN BOOT::|IRREDFFX;getIrredPoly| (BOOT::|start| BOOT::|n| BOOT::$) ; (LET ((BOOT::|mon| (BOOT::SPADCALL # BOOT::|n| #)) ; (BOOT::|pol| (BOOT::|spadConstant| BOOT::$ 26)) ; (BOOT::|found| NIL) ; (BOOT::|end| (- # 1))) ; (BOOT::SEQ (LOOP (COND # #)) (BOOT::EXIT (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IRREDFFX;getIrredPoly| ; (BOOT::|start| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|IRREDFFX;getIrredPoly| ; (LET ((BOOT::|mon| #) ; (BOOT::|pol| #) ; (BOOT::|found| NIL) ; (BOOT::|end| #)) ; (BOOT::SEQ (LOOP #) (BOOT::EXIT #))))) ; ; note: Assignment to argument: |start| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |IRREDFFX;generateIrredPoly;PiSup;3| ...) ; compiling (DEFUN |IrredPolyOverFiniteField| ...) ; compiling (DEFUN |IrredPolyOverFiniteField;| ...) ; compiling (MAKEPROP (QUOTE |IrredPolyOverFiniteField|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-xUS8By/code.fasl written ; compilation finished in 0:00:00.044 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile LFCAT.spad && cp LFCAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LFCAT.fasl \ && if test -f LFCAT-.NRLIB/code.fasl; then \ cp LFCAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LFCAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LFCAT.spad using Spad compiler. LFCAT abbreviates category LiouvillianFunctionCategory debug: compDefine1 lhs: (LiouvillianFunctionCategory) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for LiouvillianFunctionCategory compiling into /tmp/oa-RGq5gP STYLE-WARNING: redefining BOOT::|LiouvillianFunctionCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB LFCAT Processing LiouvillianFunctionCategory for Browser database: -- Ei : % -> % -- Si : % -> % -- Ci : % -> % -- li : % -> % -- dilog : % -> % -- erf : % -> % -- constructor ; compiling file "/tmp/oa-RGq5gP/code.lsp" (written 01 FEB 2016 11:01:47 PM): ; compiling (DEFPARAMETER |LiouvillianFunctionCategory;AL| ...) ; compiling (DEFUN |LiouvillianFunctionCategory;| ...) ; compiling (DEFUN |LiouvillianFunctionCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-RGq5gP/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile LODOCAT.spad && cp LODOCAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LODOCAT.fasl \ && if test -f LODOCAT-.NRLIB/code.fasl; then \ cp LODOCAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LODOCAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LODOCAT.spad using Spad compiler. LODOCAT abbreviates category LinearOrdinaryDifferentialOperatorCategory debug: compDefine1 lhs: (LinearOrdinaryDifferentialOperatorCategory A) signature (pre-evaluate): ((Category) (Ring)) debug: evaluateType form: (Category) $param: (A) debug: evaluateType form: (Ring) $param: (A) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((Category) (Ring)) debug: compDefine1 lhs: (LinearOrdinaryDifferentialOperatorCategory A) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (A) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for LinearOrdinaryDifferentialOperatorCategory compiling into /tmp/oa-XeZtp4 STYLE-WARNING: redefining BOOT::|LinearOrdinaryDifferentialOperatorCategory| in DEFUN Time: 0.01 SEC. LODOCAT- abbreviates package LinearOrdinaryDifferentialOperatorCategory& ------------------------------------------------------------------------ initializing stationary directory for LinearOrdinaryDifferentialOperatorCategory& compiling into /tmp/oa-pt2B5n compiling exported D : () -> S Time: 0.06 SEC. compiling local m1monom : NonNegativeInteger -> S Time: 0.01 SEC. compiling exported adjoint : S -> S Time: 0.02 SEC. compiling exported symmetricSquare : S -> S Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor LinearOrdinaryDifferentialOperatorCategory& Time: 0.11 seconds finalizing NRLIB LODOCAT- ; compiling file "/tmp/oa-pt2B5n/code.lsp" (written 01 FEB 2016 11:01:47 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LODOCAT-;D;$;1| ...) ; compiling (DEFUN |LODOCAT-;m1monom| ...) ; compiling (DEFUN |LODOCAT-;adjoint;2$;3| ...) ; compiling (DEFUN |LODOCAT-;symmetricSquare;2$;4| ...) ; compiling (DEFUN |LinearOrdinaryDifferentialOperatorCategory&| ...) ; compiling (MAKEPROP (QUOTE |LinearOrdinaryDifferentialOperatorCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-pt2B5n/code.fasl written ; compilation finished in 0:00:00.025 ------------------------------------------------------------------------ finalizing NRLIB LODOCAT Processing LinearOrdinaryDifferentialOperatorCategory for Browser database: -- D : () -> % -- adjoint : % -> % -- symmetricProduct : (%,%) -> % -- symmetricPower : (%,NonNegativeInteger) -> % -- symmetricSquare : % -> % -- directSum : (%,%) -> % -- constructor ; compiling file "/tmp/oa-XeZtp4/code.lsp" (written 01 FEB 2016 11:01:47 PM): ; compiling (DEFPARAMETER |LinearOrdinaryDifferentialOperatorCategory;AL| ...) ; compiling (DEFUN |LinearOrdinaryDifferentialOperatorCategory;| ...) ; compiling (DEFUN |LinearOrdinaryDifferentialOperatorCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-XeZtp4/code.fasl written ; compilation finished in 0:00:00.024 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ORESUP.spad && cp ORESUP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ORESUP.fasl \ && if test -f ORESUP-.NRLIB/code.fasl; then \ cp ORESUP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ORESUP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ORESUP.spad using Spad compiler. ORESUP abbreviates domain SparseUnivariateSkewPolynomial debug: compDefine1 lhs: (SparseUnivariateSkewPolynomial R sigma delta) signature (pre-evaluate): ((Join (UnivariateSkewPolynomialCategory R) (CATEGORY domain (SIGNATURE outputForm ((OutputForm) $ (OutputForm))))) (Ring) (Automorphism R) (Mapping R R)) debug: evaluateType form: (Join (UnivariateSkewPolynomialCategory R) (CATEGORY domain (SIGNATURE outputForm ((OutputForm) $ (OutputForm))))) $param: (R sigma delta) debug: evaluateType form: (UnivariateSkewPolynomialCategory R) $param: (R sigma delta) Debug: evaluateType1 form: (UnivariateSkewPolynomialCategory R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (CATEGORY domain (SIGNATURE outputForm ((OutputForm) $ (OutputForm)))) $param: (R sigma delta) debug: evaluateType form: (OutputForm) $param: (R sigma delta) Debug: evaluateType1 form: (OutputForm) debug: evaluateType form: (OutputForm) $param: (R sigma delta) Debug: evaluateType1 form: (OutputForm) debug: evaluateType form: (Ring) $param: (R sigma delta) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Automorphism R) $param: (R sigma delta) Debug: evaluateType1 form: (Automorphism R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Mapping R R) $param: (R sigma delta) debug: evaluateType form: R $param: (R sigma delta) debug: evaluateType form: R $param: (R sigma delta) debug: compDefine1 signature (post evaluate): ((Join (UnivariateSkewPolynomialCategory R) (CATEGORY domain (SIGNATURE outputForm ((OutputForm) $ (OutputForm))))) (Ring) (Automorphism R) (Mapping R R)) debug: compDefine1 lhs: (SparseUnivariateSkewPolynomial R sigma delta) signature (pre-evaluate): ((Join (UnivariateSkewPolynomialCategory R) (CATEGORY domain (SIGNATURE outputForm ((OutputForm) $ (OutputForm))))) NIL NIL NIL) debug: evaluateType form: (Join (UnivariateSkewPolynomialCategory R) (CATEGORY domain (SIGNATURE outputForm ((OutputForm) $ (OutputForm))))) $param: (R sigma delta) debug: evaluateType form: (UnivariateSkewPolynomialCategory R) $param: (R sigma delta) Debug: evaluateType1 form: (UnivariateSkewPolynomialCategory R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (CATEGORY domain (SIGNATURE outputForm ((OutputForm) $ (OutputForm)))) $param: (R sigma delta) debug: evaluateType form: (OutputForm) $param: (R sigma delta) Debug: evaluateType1 form: (OutputForm) debug: evaluateType form: (OutputForm) $param: (R sigma delta) Debug: evaluateType1 form: (OutputForm) debug: compDefine1 signature (post evaluate): ((Join (UnivariateSkewPolynomialCategory R) (CATEGORY domain (SIGNATURE outputForm ((OutputForm) $ (OutputForm))))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for SparseUnivariateSkewPolynomial compiling into /tmp/oa-CdA28u importing UnivariateSkewPolynomialCategoryOps(R,$) compiling exported * : (%,%) -> % Time: 0.04 SEC. compiling exported apply : (%,R,R) -> R Time: 0 SEC. compiling exported ** : (%,PositiveInteger) -> % Time: 0.04 SEC. compiling exported ** : (%,NonNegativeInteger) -> % Time: 0.01 SEC. compiling exported monicLeftDivide : (%,%) -> Record(quotient: %,remainder: %) Time: 0.00 SEC. compiling exported monicRightDivide : (%,%) -> Record(quotient: %,remainder: %) Time: 0 SEC. compiling exported leftDivide : (%,%) -> Record(quotient: %,remainder: %) Time: 0.00 SEC. compiling exported rightDivide : (%,%) -> Record(quotient: %,remainder: %) Time: 0 SEC. (time taken in buildFunctor: 4) Time: 0.02 SEC. Cumulative Statistics for Constructor SparseUnivariateSkewPolynomial Time: 0.12 seconds --------------non extending category---------------------- SparseUnivariateSkewPolynomial(#1,#2,#3) of category UnivariateSkewPolynomialCategory #1 with outputForm : (%,OutputForm) -> OutputForm has no UnivariatePolynomialCategory #1 ---------------------------------------------------------- finalizing NRLIB ORESUP Processing SparseUnivariateSkewPolynomial for Browser database: -- outputForm : (%,OutputForm) -> OutputForm -- constructor ; compiling file "/tmp/oa-CdA28u/code.lsp" (written 01 FEB 2016 11:01:47 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ORESUP;*;3$;1| ...) ; compiling (DEFUN |ORESUP;apply;$3R;2| ...) ; compiling (DEFUN |ORESUP;**;$Pi$;3| ...) ; compiling (DEFUN |ORESUP;**;$Nni$;4| ...) ; compiling (DEFUN |ORESUP;monicLeftDivide;2$R;5| ...) ; file: /tmp/oa-CdA28u/code.lsp ; in: DEFUN |ORESUP;monicLeftDivide;2$R;5| ; (DEFUN BOOT::|ORESUP;monicLeftDivide;2$R;5| (BOOT::|a| BOOT::|b| BOOT::$) ; (BOOT::SPADCALL BOOT::|a| BOOT::|b| (BOOT::|shellEntry| BOOT::$ 7) ; (BOOT::|shellEntry| BOOT::$ 26))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ORESUP;monicLeftDivide;2$R;5| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|ORESUP;monicLeftDivide;2$R;5| ; (BOOT::SPADCALL BOOT::|a| BOOT::|b| (BOOT::|shellEntry| BOOT::$ 7) ; (BOOT::|shellEntry| BOOT::$ 26)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ORESUP;monicRightDivide;2$R;6| ...) ; file: /tmp/oa-CdA28u/code.lsp ; in: DEFUN |ORESUP;monicRightDivide;2$R;6| ; (DEFUN BOOT::|ORESUP;monicRightDivide;2$R;6| (BOOT::|a| BOOT::|b| BOOT::$) ; (BOOT::SPADCALL BOOT::|a| BOOT::|b| (BOOT::|shellEntry| BOOT::$ 7) ; (BOOT::|shellEntry| BOOT::$ 29))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ORESUP;monicRightDivide;2$R;6| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|ORESUP;monicRightDivide;2$R;6| ; (BOOT::SPADCALL BOOT::|a| BOOT::|b| (BOOT::|shellEntry| BOOT::$ 7) ; (BOOT::|shellEntry| BOOT::$ 29)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ORESUP;leftDivide;2$R;7| ...) ; file: /tmp/oa-CdA28u/code.lsp ; in: DEFUN |ORESUP;leftDivide;2$R;7| ; (DEFUN BOOT::|ORESUP;leftDivide;2$R;7| (BOOT::|a| BOOT::|b| BOOT::$) ; (BOOT::SPADCALL BOOT::|a| BOOT::|b| (BOOT::|shellEntry| BOOT::$ 7) ; (BOOT::|shellEntry| BOOT::$ 31))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ORESUP;leftDivide;2$R;7| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|ORESUP;leftDivide;2$R;7| ; (BOOT::SPADCALL BOOT::|a| BOOT::|b| (BOOT::|shellEntry| BOOT::$ 7) ; (BOOT::|shellEntry| BOOT::$ 31)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ORESUP;rightDivide;2$R;8| ...) ; file: /tmp/oa-CdA28u/code.lsp ; in: DEFUN |ORESUP;rightDivide;2$R;8| ; (DEFUN BOOT::|ORESUP;rightDivide;2$R;8| (BOOT::|a| BOOT::|b| BOOT::$) ; (BOOT::SPADCALL BOOT::|a| BOOT::|b| (BOOT::|shellEntry| BOOT::$ 7) ; (BOOT::|shellEntry| BOOT::$ 33))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ORESUP;rightDivide;2$R;8| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|ORESUP;rightDivide;2$R;8| ; (BOOT::SPADCALL BOOT::|a| BOOT::|b| (BOOT::|shellEntry| BOOT::$ 7) ; (BOOT::|shellEntry| BOOT::$ 33)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |SparseUnivariateSkewPolynomial| ...) ; compiling (DEFUN |SparseUnivariateSkewPolynomial;| ...) ; compiling (MAKEPROP (QUOTE |SparseUnivariateSkewPolynomial|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 4 notes ; /tmp/oa-CdA28u/code.fasl written ; compilation finished in 0:00:00.058 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile OREUP.spad && cp OREUP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/OREUP.fasl \ && if test -f OREUP-.NRLIB/code.fasl; then \ cp OREUP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/OREUP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OREUP.spad using Spad compiler. OREUP abbreviates domain UnivariateSkewPolynomial debug: compDefine1 lhs: (UnivariateSkewPolynomial x R sigma delta) signature (pre-evaluate): ((Join (UnivariateSkewPolynomialCategory R) (CoercibleFrom (Variable x))) (Symbol) (Ring) (Automorphism R) (Mapping R R)) debug: evaluateType form: (Join (UnivariateSkewPolynomialCategory R) (CoercibleFrom (Variable x))) $param: (x R sigma delta) debug: evaluateType form: (UnivariateSkewPolynomialCategory R) $param: (x R sigma delta) Debug: evaluateType1 form: (UnivariateSkewPolynomialCategory R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (CoercibleFrom (Variable x)) $param: (x R sigma delta) Debug: evaluateType1 form: (CoercibleFrom (Variable x)) debug: evaluateType1 x: (Variable x) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (x R sigma delta) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Variable x) $param: (x R sigma delta) Debug: evaluateType1 form: (Variable x) debug: evaluateType1 x: x m: (Symbol) debug: evalCategory d: (Variable x) c: (Type) debug: evaluateType form: (Symbol) $param: (x R sigma delta) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Ring) $param: (x R sigma delta) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Automorphism R) $param: (x R sigma delta) Debug: evaluateType1 form: (Automorphism R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Mapping R R) $param: (x R sigma delta) debug: evaluateType form: R $param: (x R sigma delta) debug: evaluateType form: R $param: (x R sigma delta) debug: compDefine1 signature (post evaluate): ((Join (UnivariateSkewPolynomialCategory R) (CoercibleFrom (Variable x))) (Symbol) (Ring) (Automorphism R) (Mapping R R)) debug: compDefine1 lhs: (UnivariateSkewPolynomial x R sigma delta) signature (pre-evaluate): ((Join (UnivariateSkewPolynomialCategory R) (CoercibleFrom (Variable x))) NIL NIL NIL NIL) debug: evaluateType form: (Join (UnivariateSkewPolynomialCategory R) (CoercibleFrom (Variable x))) $param: (x R sigma delta) debug: evaluateType form: (UnivariateSkewPolynomialCategory R) $param: (x R sigma delta) Debug: evaluateType1 form: (UnivariateSkewPolynomialCategory R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (CoercibleFrom (Variable x)) $param: (x R sigma delta) Debug: evaluateType1 form: (CoercibleFrom (Variable x)) debug: evaluateType1 x: (Variable x) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (x R sigma delta) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Variable x) $param: (x R sigma delta) Debug: evaluateType1 form: (Variable x) debug: evaluateType1 x: x m: (Symbol) debug: evalCategory d: (Variable x) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (UnivariateSkewPolynomialCategory R) (CoercibleFrom (Variable x))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for UnivariateSkewPolynomial compiling into /tmp/oa-4WP9lI compiling exported coerce : Variable x -> % Time: 0.06 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. (time taken in buildFunctor: 4) Time: 0.03 SEC. Warnings: [1] OpenAxiom suggests removing assignment to Rep Cumulative Statistics for Constructor UnivariateSkewPolynomial Time: 0.10 seconds --------------non extending category---------------------- UnivariateSkewPolynomial(#1,#2,#3,#4) of category Join( UnivariateSkewPolynomialCategory #2,CoercibleFrom Variable #1) has no outputForm : (%,OutputForm) -> OutputForm ---------------------------------------------------------- finalizing NRLIB OREUP Processing UnivariateSkewPolynomial for Browser database: -- constructor ; compiling file "/tmp/oa-4WP9lI/code.lsp" (written 01 FEB 2016 11:01:48 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |OREUP;coerce;V$;1| ...) ; file: /tmp/oa-4WP9lI/code.lsp ; in: DEFUN |OREUP;coerce;V$;1| ; (DEFUN BOOT::|OREUP;coerce;V$;1| (BOOT::|v| BOOT::$) ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 14) 1 ; (BOOT::|shellEntry| BOOT::$ 17))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|OREUP;coerce;V$;1| ; (BOOT::|v| BOOT::$) ; (BLOCK BOOT::|OREUP;coerce;V$;1| ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 14) 1 ; (BOOT::|shellEntry| BOOT::$ 17)))) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |OREUP;coerce;$Of;2| ...) ; compiling (DEFUN |UnivariateSkewPolynomial| ...) ; compiling (DEFUN |UnivariateSkewPolynomial;| ...) ; compiling (MAKEPROP (QUOTE |UnivariateSkewPolynomial|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; /tmp/oa-4WP9lI/code.fasl written ; compilation finished in 0:00:00.023 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile QEQUAT.spad && cp QEQUAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/QEQUAT.fasl \ && if test -f QEQUAT-.NRLIB/code.fasl; then \ cp QEQUAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/QEQUAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/QEQUAT.spad using Spad compiler. QEQUAT abbreviates domain QueryEquation debug: compDefine1 lhs: (QueryEquation) signature (pre-evaluate): ((Join (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE equation ($ (Symbol) (String))) (SIGNATURE variable ((Symbol) $)) (SIGNATURE value ((String) $))))) debug: evaluateType form: (Join (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE equation ($ (Symbol) (String))) (SIGNATURE variable ((Symbol) $)) (SIGNATURE value ((String) $)))) $param: NIL debug: evaluateType form: (CoercibleTo (OutputForm)) $param: NIL Debug: evaluateType1 form: (CoercibleTo (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE equation ($ (Symbol) (String))) (SIGNATURE variable ((Symbol) $)) (SIGNATURE value ((String) $))) $param: NIL debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: compDefine1 signature (post evaluate): ((Join (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE equation ($ (Symbol) (String))) (SIGNATURE variable ((Symbol) $)) (SIGNATURE value ((String) $))))) ------------------------------------------------------------------------ initializing stationary directory for QueryEquation compiling into /tmp/oa-B2KEuZ compiling exported coerce : % -> OutputForm Time: 0.04 SEC. compiling exported equation : (Symbol,String) -> % QEQUAT;equation;SS$;2 is replaced by %pair Time: 0.01 SEC. compiling exported variable : % -> Symbol QEQUAT;variable;$S;3 is replaced by %head Time: 0.00 SEC. compiling exported value : % -> String QEQUAT;value;$S;4 is replaced by %tail Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Warnings: [1] Type Symbol is not in scope. Import it [2] Type String is not in scope. Import it Cumulative Statistics for Constructor QueryEquation Time: 0.06 seconds finalizing NRLIB QEQUAT Processing QueryEquation for Browser database: -- equation : (Symbol,String) -> % -- variable : % -> Symbol -- value : % -> String -- constructor ; compiling file "/tmp/oa-B2KEuZ/code.lsp" (written 01 FEB 2016 11:01:48 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |QEQUAT;equation;SS$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |QEQUAT;variable;$S;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |QEQUAT;value;$S;4|) ...) ; compiling (DEFUN |QEQUAT;coerce;$Of;1| ...) ; compiling (DEFUN |QEQUAT;equation;SS$;2| ...) ; compiling (DEFUN |QEQUAT;variable;$S;3| ...) ; compiling (DEFUN |QEQUAT;value;$S;4| ...) ; compiling (DEFUN |QueryEquation| ...) ; compiling (DEFUN |QueryEquation;| ...) ; compiling (MAKEPROP (QUOTE |QueryEquation|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-B2KEuZ/code.fasl written ; compilation finished in 0:00:00.022 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PR.spad && cp PR.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PR.fasl \ && if test -f PR-.NRLIB/code.fasl; then \ cp PR-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PR-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PR.spad using Spad compiler. PR abbreviates domain PolynomialRing debug: compDefine1 lhs: (PolynomialRing R E) signature (pre-evaluate): ((Join (FiniteAbelianMonoidRing R E) (CATEGORY domain (IF (has R (IntegralDomain)) (IF (has E (CancellationAbelianMonoid)) (SIGNATURE fmecg ($ $ E R $)) %noBranch) %noBranch) (IF (has R (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonicalUnitNormal) %noBranch))) (Ring) (OrderedAbelianMonoid)) debug: evaluateType form: (Join (FiniteAbelianMonoidRing R E) (CATEGORY domain (IF (has R (IntegralDomain)) (IF (has E (CancellationAbelianMonoid)) (SIGNATURE fmecg ($ $ E R $)) %noBranch) %noBranch) (IF (has R (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonicalUnitNormal) %noBranch))) $param: (R E) debug: evaluateType form: (FiniteAbelianMonoidRing R E) $param: (R E) Debug: evaluateType1 form: (FiniteAbelianMonoidRing R E) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: E m: (OrderedAbelianMonoid) debug: evaluateType form: (CATEGORY domain (IF (has R (IntegralDomain)) (IF (has E (CancellationAbelianMonoid)) (SIGNATURE fmecg ($ $ E R $)) %noBranch) %noBranch) (IF (has R (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonicalUnitNormal) %noBranch)) $param: (R E) debug: evaluateType form: (Ring) $param: (R E) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (OrderedAbelianMonoid) $param: (R E) Debug: evaluateType1 form: (OrderedAbelianMonoid) debug: compDefine1 signature (post evaluate): ((Join (FiniteAbelianMonoidRing R E) (CATEGORY domain (IF (has R (IntegralDomain)) (IF (has E (CancellationAbelianMonoid)) (SIGNATURE fmecg ($ $ E R $)) %noBranch) %noBranch) (IF (has R (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonicalUnitNormal) %noBranch))) (Ring) (OrderedAbelianMonoid)) debug: compDefine1 lhs: (PolynomialRing R E) signature (pre-evaluate): ((Join (FiniteAbelianMonoidRing R E) (CATEGORY domain (IF (has R (IntegralDomain)) (IF (has E (CancellationAbelianMonoid)) (SIGNATURE fmecg ($ $ E R $)) %noBranch) %noBranch) (IF (has R (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonicalUnitNormal) %noBranch))) NIL NIL) debug: evaluateType form: (Join (FiniteAbelianMonoidRing R E) (CATEGORY domain (IF (has R (IntegralDomain)) (IF (has E (CancellationAbelianMonoid)) (SIGNATURE fmecg ($ $ E R $)) %noBranch) %noBranch) (IF (has R (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonicalUnitNormal) %noBranch))) $param: (R E) debug: evaluateType form: (FiniteAbelianMonoidRing R E) $param: (R E) Debug: evaluateType1 form: (FiniteAbelianMonoidRing R E) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: E m: (OrderedAbelianMonoid) debug: evaluateType form: (CATEGORY domain (IF (has R (IntegralDomain)) (IF (has E (CancellationAbelianMonoid)) (SIGNATURE fmecg ($ $ E R $)) %noBranch) %noBranch) (IF (has R (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonicalUnitNormal) %noBranch)) $param: (R E) debug: compDefine1 signature (post evaluate): ((Join (FiniteAbelianMonoidRing R E) (CATEGORY domain (IF (has R (IntegralDomain)) (IF (has E (CancellationAbelianMonoid)) (SIGNATURE fmecg ($ $ E R $)) %noBranch) %noBranch) (IF (has R (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonicalUnitNormal) %noBranch))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PolynomialRing compiling into /tmp/oa-VkDPLe compiling exported One : () -> % Time: 0.08 SEC. compiling exported characteristic : () -> NonNegativeInteger Time: 0 SEC. compiling exported numberOfMonomials : % -> NonNegativeInteger PR;numberOfMonomials;$Nni;3 is replaced by %llength Time: 0.00 SEC. compiling exported degree : % -> E Time: 0.00 SEC. compiling exported minimumDegree : % -> E Time: 0 SEC. compiling exported leadingCoefficient : % -> R Time: 0.00 SEC. compiling exported leadingMonomial : % -> % Time: 0.01 SEC. compiling exported reductum : % -> % PR;reductum;2$;8 p is replaced by %when( p,%otherwise %tail p) Time: 0.00 SEC. compiling exported retractIfCan : % -> Union(R,failed) Time: 0.02 SEC. compiling exported coefficient : (%,E) -> R Time: 0.03 SEC. compiling exported recip : % -> Union(%,failed) Time: 0.03 SEC. compiling exported coerce : R -> % Time: 0.01 SEC. compiling exported coerce : Integer -> % Time: 0.01 SEC. compiling exported ground? : % -> Boolean Time: 0.02 SEC. compiling local qsetrest! : (Rep,Rep) -> Rep Time: 0 SEC. compiling local termTimes : (R,E,Term) -> Term Time: 0.00 SEC. compiling local times : (R,E,%) -> % Time: 0.01 SEC. compiling local addm! : (Rep,R,E,Rep) -> Rep Time: 0.09 SEC. compiling exported pomopo! : (%,R,E,%) -> % Time: 0.01 SEC. compiling exported * : (%,%) -> % Time: 0.14 SEC. compiling exported ** : (%,PositiveInteger) -> % Time: 0.00 SEC. compiling exported ** : (%,NonNegativeInteger) -> % Time: 0.12 SEC. compiling exported unitNormal : % -> Record(unit: %,canonical: %,associate: %) Time: 0.02 SEC. compiling exported unitCanonical : % -> % Time: 0.00 SEC. compiling exported unitNormal : % -> Record(unit: %,canonical: %,associate: %) Time: 0.02 SEC. compiling exported unitCanonical : % -> % Time: 0.02 SEC. compiling exported associates? : (%,%) -> Boolean Time: 0.43 SEC. compiling exported exquo : (%,R) -> Union(%,failed) Time: 0.03 SEC. compiling exported fmecg : (%,E,R,%) -> % Time: 0.07 SEC. compiling exported exquo : (%,%) -> Union(%,failed) Time: 0.10 SEC. compiling exported exquo : (%,%) -> Union(%,failed) Time: 0.10 SEC. compiling exported / : (%,R) -> % Time: 0.02 SEC. (time taken in buildFunctor: 32) Time: 0.09 SEC. Warnings: [1] Rep differs from the base domain [2] addm!: newcell has no value [3] **: pretend NonNegativeInteger -- should replace by @ Cumulative Statistics for Constructor PolynomialRing Time: 1.52 seconds --------------non extending category---------------------- PolynomialRing(#1,#2) of category FiniteAbelianMonoidRing(#1,#2) with IF(has #1 (IntegralDomain)) (IF (has #2 (CancellationAbelianMonoid)) (SIGNATURE fmecg ($ $ #2 #1 $)) %noBranch) %noBranchIF(has #1 (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonicalUnitNormal)%noBranch has no IndexedDirectProductCategory(#1,#2) ---------------------------------------------------------- finalizing NRLIB PR Processing PolynomialRing for Browser database: -- fmecg : (%,E,R,%) -> % -- canonicalUnitNormal : () -> attribute -- constructor ; compiling file "/tmp/oa-VkDPLe/code.lsp" (written 01 FEB 2016 11:01:50 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PR;numberOfMonomials;$Nni;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PR;reductum;2$;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PR;One;$;1| ...) ; compiling (DEFUN |PR;characteristic;Nni;2| ...) ; file: /tmp/oa-VkDPLe/code.lsp ; in: DEFUN |PR;characteristic;Nni;2| ; (DEFUN BOOT::|PR;characteristic;Nni;2| (BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 14)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PR;characteristic;Nni;2| ; (BOOT::$) ; (BLOCK BOOT::|PR;characteristic;Nni;2| (BOOT::|spadConstant| BOOT::$ 14))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |PR;numberOfMonomials;$Nni;3| ...) ; compiling (DEFUN |PR;degree;$E;4| ...) ; compiling (DEFUN |PR;minimumDegree;$E;5| ...) ; compiling (DEFUN |PR;leadingCoefficient;$R;6| ...) ; compiling (DEFUN |PR;leadingMonomial;2$;7| ...) ; file: /tmp/oa-VkDPLe/code.lsp ; in: DEFUN |PR;leadingMonomial;2$;7| ; (DEFUN BOOT::|PR;leadingMonomial;2$;7| (BOOT::|p| BOOT::$) ; (COND ((NULL BOOT::|p|) (BOOT::|spadConstant| BOOT::$ 28)) ; (T (LIST (BOOT::|SPADfirst| BOOT::|p|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PR;leadingMonomial;2$;7| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|PR;leadingMonomial;2$;7| ; (COND ((NULL BOOT::|p|) (BOOT::|spadConstant| BOOT::$ 28)) ; (T (LIST #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PR;reductum;2$;8| ...) ; compiling (DEFUN |PR;retractIfCan;$U;9| ...) ; compiling (DEFUN |PR;coefficient;$ER;10| ...) ; compiling (DEFUN |PR;recip;$U;11| ...) ; compiling (DEFUN |PR;coerce;R$;12| ...) ; file: /tmp/oa-VkDPLe/code.lsp ; in: DEFUN |PR;coerce;R$;12| ; (DEFUN BOOT::|PR;coerce;R$;12| (BOOT::|r| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 44)) ; (BOOT::|spadConstant| BOOT::$ 28)) ; (T (LIST (CONS # BOOT::|r|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PR;coerce;R$;12| ; (BOOT::|r| BOOT::$) ; (BLOCK BOOT::|PR;coerce;R$;12| ; (COND ((BOOT::SPADCALL BOOT::|r| #) (BOOT::|spadConstant| BOOT::$ 28)) ; (T (LIST #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PR;coerce;I$;13| ...) ; compiling (DEFUN |PR;ground?;$B;14| ...) ; file: /tmp/oa-VkDPLe/code.lsp ; in: DEFUN |PR;ground?;$B;14| ; (DEFUN BOOT::|PR;ground?;$B;14| (BOOT::|p| BOOT::$) ; (COND ((NULL BOOT::|p|) T) ; ((NULL (CDR BOOT::|p|)) ; (BOOT::SPADCALL (BOOT::|PR;degree;$E;4| BOOT::|p| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 33))) ; (T NIL))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PR;ground?;$B;14| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|PR;ground?;$B;14| ; (COND ((NULL BOOT::|p|) T) ((NULL #) (BOOT::SPADCALL # #)) (T NIL)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |PR;qsetrest!| ...) ; file: /tmp/oa-VkDPLe/code.lsp ; in: DEFUN |PR;qsetrest!| ; (DEFUN BOOT::|PR;qsetrest!| (BOOT::|l| BOOT::|e| BOOT::$) ; (RPLACD BOOT::|l| BOOT::|e|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PR;qsetrest!| ; (BOOT::|l| BOOT::|e| BOOT::$) ; (BLOCK BOOT::|PR;qsetrest!| (RPLACD BOOT::|l| BOOT::|e|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PR;termTimes| ...) ; compiling (DEFUN |PR;times| ...) ; file: /tmp/oa-VkDPLe/code.lsp ; in: DEFUN |PR;times| ; (DEFUN BOOT::|PR;times| (BOOT::|tco| BOOT::|tex| BOOT::|rx| BOOT::$) ; (PROG (BOOT::|r|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PR;times| ; (BOOT::|tco| BOOT::|tex| BOOT::|rx| BOOT::$) ; (BLOCK BOOT::|PR;times| (PROG (BOOT::|r|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PR;times!0| ...) ; compiling (DEFUN |PR;addm!| ...) ; file: /tmp/oa-VkDPLe/code.lsp ; in: DEFUN |PR;addm!| ; (LET ((BOOT::|res| NIL) ; (BOOT::|newcell| NIL) ; (BOOT::|endcell| NIL) ; (BOOT::|spare| NIL)) ; (BOOT::SEQ (SETQ BOOT::|res| NIL) (SETQ BOOT::|endcell| NIL) ; (LOOP (COND (# #) (T #))) ; (COND ((NULL BOOT::|p1|) (SETQ #)) (T (SETQ #))) ; (BOOT::EXIT (COND (# BOOT::|newcell|) (T #))))) ; ; caught STYLE-WARNING: ; The variable |spare| is defined but never used. ; compiling (DEFUN |PR;pomopo!;$RE2$;19| ...) ; file: /tmp/oa-VkDPLe/code.lsp ; in: DEFUN |PR;pomopo!;$RE2$;19| ; (DEFUN BOOT::|PR;pomopo!;$RE2$;19| ; (BOOT::|p1| BOOT::|r| BOOT::|e| BOOT::|p2| BOOT::$) ; (BOOT::|PR;addm!| BOOT::|p1| BOOT::|r| BOOT::|e| BOOT::|p2| BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PR;pomopo!;$RE2$;19| ; (BOOT::|p1| BOOT::|r| BOOT::|e| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|PR;pomopo!;$RE2$;19| ; (BOOT::|PR;addm!| BOOT::|p1| BOOT::|r| BOOT::|e| BOOT::|p2| BOOT::$))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PR;*;3$;20| ...) ; file: /tmp/oa-VkDPLe/code.lsp ; in: DEFUN |PR;*;3$;20| ; (DEFUN BOOT::|PR;*;3$;20| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (PROG (BOOT::|res| BOOT::|yy|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PR;*;3$;20| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|PR;*;3$;20| ; (PROG (BOOT::|res| BOOT::|yy|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PR;**;$Pi$;21| ...) ; file: /tmp/oa-VkDPLe/code.lsp ; in: DEFUN |PR;**;$Pi$;21| ; (DEFUN BOOT::|PR;**;$Pi$;21| (BOOT::|p| BOOT::|np| BOOT::$) ; (BOOT::SPADCALL BOOT::|p| BOOT::|np| (BOOT::|shellEntry| BOOT::$ 69))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PR;**;$Pi$;21| ; (BOOT::|p| BOOT::|np| BOOT::$) ; (BLOCK BOOT::|PR;**;$Pi$;21| ; (BOOT::SPADCALL BOOT::|p| BOOT::|np| (BOOT::|shellEntry| BOOT::$ 69)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PR;**;$Nni$;22| ...) ; file: /tmp/oa-VkDPLe/code.lsp ; in: DEFUN |PR;**;$Nni$;22| ; (DEFUN BOOT::|PR;**;$Nni$;22| (BOOT::|p| BOOT::|nn| BOOT::$) ; (COND ((NULL BOOT::|p|) (BOOT::|spadConstant| BOOT::$ 28)) ; ((ZEROP BOOT::|nn|) (BOOT::|spadConstant| BOOT::$ 12)) ; ((EQL BOOT::|nn| 1) BOOT::|p|) ; ((NULL (CDR BOOT::|p|)) ; (LET (#) ; (COND # #))) ; (T ; (BOOT::SPADCALL (LIST #) (CDR BOOT::|p|) BOOT::|nn| ; (BOOT::|shellEntry| BOOT::$ 76))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PR;**;$Nni$;22| ; (BOOT::|p| BOOT::|nn| BOOT::$) ; (BLOCK BOOT::|PR;**;$Nni$;22| ; (COND ((NULL BOOT::|p|) (BOOT::|spadConstant| BOOT::$ 28)) ; ((ZEROP BOOT::|nn|) (BOOT::|spadConstant| BOOT::$ 12)) ; ((EQL BOOT::|nn| 1) BOOT::|p|) ; ((NULL #) ; (LET # ; #)) ; (T (BOOT::SPADCALL # # BOOT::|nn| #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PR;unitNormal;$R;23| ...) ; compiling (DEFUN |PR;unitCanonical;2$;24| ...) ; compiling (DEFUN |PR;unitNormal;$R;25| ...) ; compiling (DEFUN |PR;unitCanonical;2$;26| ...) ; file: /tmp/oa-VkDPLe/code.lsp ; in: DEFUN |PR;unitCanonical;2$;26| ; (LET* ((BOOT::|#G57| ; (BOOT::SPADCALL (CDR #) (BOOT::|shellEntry| BOOT::$ 82))) ; (BOOT::|u| (SVREF BOOT::|#G57| 0)) ; (BOOT::|cf| (SVREF BOOT::|#G57| 1)) ; (BOOT::|a| (SVREF BOOT::|#G57| 2))) ; (CONS (CONS (CAR (BOOT::|SPADfirst| BOOT::|p|)) BOOT::|cf|) ; (BOOT::SPADCALL BOOT::|a| (CDR BOOT::|p|) ; (BOOT::|shellEntry| BOOT::$ 65)))) ; ; caught STYLE-WARNING: ; The variable |u| is defined but never used. ; compiling (DEFUN |PR;associates?;2$B;27| ...) ; file: /tmp/oa-VkDPLe/code.lsp ; in: DEFUN |PR;associates?;2$B;27| ; (DEFUN BOOT::|PR;associates?;2$B;27| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (COND ((NULL BOOT::|p1|) (NULL BOOT::|p2|)) ((NULL BOOT::|p2|) NIL) ; ((BOOT::SPADCALL (CAR #) (CAR #) (BOOT::|shellEntry| BOOT::$ 36)) ; (AND (BOOT::SPADCALL # # #) (BOOT::SPADCALL # # #))) ; (T NIL))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PR;associates?;2$B;27| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|PR;associates?;2$B;27| ; (COND ((NULL BOOT::|p1|) (NULL BOOT::|p2|)) ((NULL BOOT::|p2|) NIL) ; ((BOOT::SPADCALL # # #) (AND # #)) (T NIL)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |PR;exquo;$RU;28| ...) ; compiling (DEFUN |PR;fmecg;$ER2$;29| ...) ; file: /tmp/oa-VkDPLe/code.lsp ; in: DEFUN |PR;fmecg;$ER2$;29| ; (DEFUN BOOT::|PR;fmecg;$ER2$;29| ; (BOOT::|p1| BOOT::|e| BOOT::|r| BOOT::|p2| BOOT::$) ; (PROG (BOOT::|u| BOOT::|c2| BOOT::|e2|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PR;fmecg;$ER2$;29| ; (BOOT::|p1| BOOT::|e| BOOT::|r| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|PR;fmecg;$ER2$;29| ; (PROG (BOOT::|u| BOOT::|c2| BOOT::|e2|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |p1| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |PR;exquo;2$U;30| ...) ; file: /tmp/oa-VkDPLe/code.lsp ; in: DEFUN |PR;exquo;2$U;30| ; (DEFUN BOOT::|PR;exquo;2$U;30| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (PROG (BOOT::|ee| BOOT::|a|) (RETURN (COND (# #) (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PR;exquo;2$U;30| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|PR;exquo;2$U;30| ; (PROG (BOOT::|ee| BOOT::|a|) (RETURN (COND # # # #))))) ; ; note: Assignment to argument: |p1| ; prevents use of assertion from function type proclamation: ; LIST ; ; (CONS 1 "failed") ; ==> ; "failed" ; ; note: deleting unreachable code ; (DEFUN BOOT::|PR;exquo;2$U;30| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (PROG (BOOT::|ee| BOOT::|a|) (RETURN (COND (# #) (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PR;exquo;2$U;30| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|PR;exquo;2$U;30| ; (PROG (BOOT::|ee| BOOT::|a|) (RETURN (COND # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |PR;exquo;2$U;31| ...) ; file: /tmp/oa-VkDPLe/code.lsp ; in: DEFUN |PR;exquo;2$U;31| ; (DEFUN BOOT::|PR;exquo;2$U;31| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (PROG (BOOT::|ee| BOOT::|a|) (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PR;exquo;2$U;31| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|PR;exquo;2$U;31| ; (PROG (BOOT::|ee| BOOT::|a|) (RETURN (COND # # #))))) ; ; note: Assignment to argument: |p1| ; prevents use of assertion from function type proclamation: ; LIST ; ; (CONS 1 "failed") ; ==> ; "failed" ; ; note: deleting unreachable code ; (DEFUN BOOT::|PR;exquo;2$U;31| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (PROG (BOOT::|ee| BOOT::|a|) (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PR;exquo;2$U;31| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|PR;exquo;2$U;31| ; (PROG (BOOT::|ee| BOOT::|a|) (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |PR;/;$R$;32| ...) ; file: /tmp/oa-VkDPLe/code.lsp ; in: DEFUN |PR;/;$R$;32| ; (DEFUN BOOT::|PR;/;$R$;32| (BOOT::|x| BOOT::|r| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 78)) ; BOOT::|x| (BOOT::|shellEntry| BOOT::$ 65))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PR;/;$R$;32| ; (BOOT::|x| BOOT::|r| BOOT::$) ; (BLOCK BOOT::|PR;/;$R$;32| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 78)) BOOT::|x| ; (BOOT::|shellEntry| BOOT::$ 65)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PolynomialRing| ...) ; compiling (DEFUN |PolynomialRing;| ...) ; compiling (MAKEPROP (QUOTE |PolynomialRing|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; printed 18 notes ; /tmp/oa-VkDPLe/code.fasl written ; compilation finished in 0:00:00.192 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PREASSOC.spad && cp PREASSOC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PREASSOC.fasl \ && if test -f PREASSOC-.NRLIB/code.fasl; then \ cp PREASSOC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PREASSOC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PREASSOC.spad using Spad compiler. PREASSOC abbreviates package PrecomputedAssociatedEquations debug: compDefine1 lhs: (PrecomputedAssociatedEquations R L) signature (pre-evaluate): ((CATEGORY package (SIGNATURE firstUncouplingMatrix ((Union (Matrix R) failed) L (PositiveInteger)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE firstUncouplingMatrix ((Union (Matrix R) failed) L (PositiveInteger)))) $param: (R L) debug: evaluateType form: (Union (Matrix R) failed) $param: (R L) debug: evaluateType form: (Matrix R) $param: (R L) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: failed $param: (R L) debug: evaluateType form: L $param: (R L) debug: evaluateType form: (PositiveInteger) $param: (R L) Debug: evaluateType1 form: (PositiveInteger) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE firstUncouplingMatrix ((Union (Matrix R) failed) L (PositiveInteger)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PrecomputedAssociatedEquations compiling into /tmp/oa-sqSd4k compiling exported firstUncouplingMatrix : (L,PositiveInteger) -> Union(Matrix R,failed) Time: 0.08 SEC. compiling local makeMonic : L -> Union(PrimitiveArray R,failed) Time: 0.04 SEC. compiling local A32 : L -> Union(Matrix R,failed) Time: 0.08 SEC. compiling local A42 : L -> Union(Matrix R,failed) Time: 0.10 SEC. compiling local A425 : (PrimitiveArray R,PrimitiveArray R,PrimitiveArray R) -> List R Time: 0.37 SEC. compiling local A426 : (PrimitiveArray R,PrimitiveArray R,PrimitiveArray R) -> List R Time: 3.05 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor PrecomputedAssociatedEquations Time: 3.73 seconds finalizing NRLIB PREASSOC Processing PrecomputedAssociatedEquations for Browser database: -- firstUncouplingMatrix : (L,PI) -> U -- constructor ; compiling file "/tmp/oa-sqSd4k/code.lsp" (written 01 FEB 2016 11:01:54 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PREASSOC;firstUncouplingMatrix;LPiU;1| ...) ; compiling (DEFUN |PREASSOC;makeMonic| ...) ; compiling (DEFUN |PREASSOC;A32| ...) ; compiling (DEFUN |PREASSOC;A42| ...) ; compiling (DEFUN |PREASSOC;A425| ...) ; compiling (DEFUN |PREASSOC;A426| ...) ; compiling (DEFUN |PrecomputedAssociatedEquations| ...) ; compiling (DEFUN |PrecomputedAssociatedEquations;| ...) ; compiling (MAKEPROP (QUOTE |PrecomputedAssociatedEquations|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-sqSd4k/code.fasl written ; compilation finished in 0:00:00.392 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PRIMARR2.spad && cp PRIMARR2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PRIMARR2.fasl \ && if test -f PRIMARR2-.NRLIB/code.fasl; then \ cp PRIMARR2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PRIMARR2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PRIMARR2.spad using Spad compiler. PRIMARR2 abbreviates package PrimitiveArrayFunctions2 debug: compDefine1 lhs: (PrimitiveArrayFunctions2 A B) signature (pre-evaluate): ((CATEGORY package (SIGNATURE scan ((PrimitiveArray B) (Mapping B A B) (PrimitiveArray A) B)) (SIGNATURE reduce (B (Mapping B A B) (PrimitiveArray A) B)) (SIGNATURE map ((PrimitiveArray B) (Mapping B A) (PrimitiveArray A)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE scan ((PrimitiveArray B) (Mapping B A B) (PrimitiveArray A) B)) (SIGNATURE reduce (B (Mapping B A B) (PrimitiveArray A) B)) (SIGNATURE map ((PrimitiveArray B) (Mapping B A) (PrimitiveArray A)))) $param: (A B) debug: evaluateType form: (PrimitiveArray B) $param: (A B) Debug: evaluateType1 form: (PrimitiveArray B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: (Mapping B A B) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (PrimitiveArray A) $param: (A B) Debug: evaluateType1 form: (PrimitiveArray A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: B $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (Mapping B A B) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (PrimitiveArray A) $param: (A B) Debug: evaluateType1 form: (PrimitiveArray A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (PrimitiveArray B) $param: (A B) Debug: evaluateType1 form: (PrimitiveArray B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: (Mapping B A) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: (PrimitiveArray A) $param: (A B) Debug: evaluateType1 form: (PrimitiveArray A) debug: evaluateType1 x: A m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE scan ((PrimitiveArray B) (Mapping B A B) (PrimitiveArray A) B)) (SIGNATURE reduce (B (Mapping B A B) (PrimitiveArray A) B)) (SIGNATURE map ((PrimitiveArray B) (Mapping B A) (PrimitiveArray A)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PrimitiveArrayFunctions2 compiling into /tmp/oa-KJDoqP compiling exported map : (A -> B,PrimitiveArray A) -> PrimitiveArray B Time: 0.03 SEC. compiling exported scan : ((A,B) -> B,PrimitiveArray A,B) -> PrimitiveArray B Time: 0.01 SEC. compiling exported reduce : ((A,B) -> B,PrimitiveArray A,B) -> B Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor PrimitiveArrayFunctions2 Time: 0.05 seconds finalizing NRLIB PRIMARR2 Processing PrimitiveArrayFunctions2 for Browser database: -- scan : (((A,B) -> B),VA,B) -> VB -- reduce : (((A,B) -> B),VA,B) -> B -- map : ((A -> B),VA) -> VB -- constructor ; compiling file "/tmp/oa-KJDoqP/code.lsp" (written 01 FEB 2016 11:01:54 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PRIMARR2;map;MPaPa;1| ...) ; file: /tmp/oa-KJDoqP/code.lsp ; in: DEFUN |PRIMARR2;map;MPaPa;1| ; (DEFUN BOOT::|PRIMARR2;map;MPaPa;1| (BOOT::|f| BOOT::|v| BOOT::$) ; (BOOT::SPADCALL BOOT::|f| BOOT::|v| (BOOT::|shellEntry| BOOT::$ 12))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRIMARR2;map;MPaPa;1| ; (BOOT::|f| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|PRIMARR2;map;MPaPa;1| ; (BOOT::SPADCALL BOOT::|f| BOOT::|v| (BOOT::|shellEntry| BOOT::$ 12)))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-ARRAY &REST T). ; compiling (DEFUN |PRIMARR2;scan;MPaBPa;2| ...) ; file: /tmp/oa-KJDoqP/code.lsp ; in: DEFUN |PRIMARR2;scan;MPaBPa;2| ; (DEFUN BOOT::|PRIMARR2;scan;MPaBPa;2| (BOOT::|f| BOOT::|v| BOOT::|b| BOOT::$) ; (BOOT::SPADCALL BOOT::|f| BOOT::|v| BOOT::|b| ; (BOOT::|shellEntry| BOOT::$ 15))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRIMARR2;scan;MPaBPa;2| ; (BOOT::|f| BOOT::|v| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|PRIMARR2;scan;MPaBPa;2| ; (BOOT::SPADCALL BOOT::|f| BOOT::|v| BOOT::|b| ; (BOOT::|shellEntry| BOOT::$ 15)))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-ARRAY &REST T). ; compiling (DEFUN |PRIMARR2;reduce;MPa2B;3| ...) ; compiling (DEFUN |PrimitiveArrayFunctions2| ...) ; compiling (DEFUN |PrimitiveArrayFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |PrimitiveArrayFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-KJDoqP/code.fasl written ; compilation finished in 0:00:00.020 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile REDORDER.spad && cp REDORDER.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/REDORDER.fasl \ && if test -f REDORDER-.NRLIB/code.fasl; then \ cp REDORDER-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/REDORDER-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/REDORDER.spad using Spad compiler. REDORDER abbreviates package ReductionOfOrder debug: compDefine1 lhs: (ReductionOfOrder F L) signature (pre-evaluate): ((CATEGORY package (SIGNATURE ReduceOrder (L L F)) (SIGNATURE ReduceOrder ((Record (: eq L) (: op (List F))) L (List F)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE ReduceOrder (L L F)) (SIGNATURE ReduceOrder ((Record (: eq L) (: op (List F))) L (List F)))) $param: (F L) debug: evaluateType form: L $param: (F L) debug: evaluateType form: L $param: (F L) debug: evaluateType form: F $param: (F L) debug: evaluateType form: (Record (: eq L) (: op (List F))) $param: (F L) debug: evaluateType form: L $param: (F L) debug: evaluateType form: (List F) $param: (F L) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: L $param: (F L) debug: evaluateType form: (List F) $param: (F L) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE ReduceOrder (L L F)) (SIGNATURE ReduceOrder ((Record (: eq L) (: op (List F))) L (List F)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ReductionOfOrder compiling into /tmp/oa-VUzOJT compiling local localbinom : (Integer,Integer) -> Integer Time: 0.04 SEC. compiling local locals : (PrimitiveArray F,Integer,Integer) -> F Time: 0.01 SEC. compiling exported ReduceOrder : (L,List F) -> Record(eq: L,op: List F) Time: 0.02 SEC. compiling local ithcoef : (L,Integer,PrimitiveArray F) -> F Time: 0.02 SEC. compiling exported ReduceOrder : (L,F) -> L Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor ReductionOfOrder Time: 0.13 seconds finalizing NRLIB REDORDER Processing ReductionOfOrder for Browser database: -- ReduceOrder : (L,F) -> L -- ReduceOrder : (L,List F) -> Record(eq: L,op: List F) --->../../x86_64-unknown-linux-gnu/src/algebra/odeef.spad-->ReductionOfOrder((ReduceOrder ((Record (: eq L) (: op (List F))) L (List F)))): Mismatch: left brace matches right brace --->../../x86_64-unknown-linux-gnu/src/algebra/odeef.spad-->ReductionOfOrder((ReduceOrder ((Record (: eq L) (: op (List F))) L (List F)))): Missing right brace --->../../x86_64-unknown-linux-gnu/src/algebra/odeef.spad-->ReductionOfOrder((ReduceOrder ((Record (: eq L) (: op (List F))) L (List F)))): Missing right pren "\\spad{ReduceOrder(op, [f1,...,fk])} returns \\spad{[op1,[g1,...,gk]]} such that for any solution \\spad{z} of \\spad{op1 z = 0},{} \\spad{y = gk \\int(g_{k-1} \\int(... \\int(g1 \\int z)...)} is a solution of \\spad{op y = 0}. Each \\spad{fi} must satisfy \\spad{op fi = 0}." -- constructor ; compiling file "/tmp/oa-VUzOJT/code.lsp" (written 01 FEB 2016 11:01:55 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |REDORDER;localbinom| ...) ; file: /tmp/oa-VUzOJT/code.lsp ; in: DEFUN |REDORDER;localbinom| ; (DEFUN BOOT::|REDORDER;localbinom| (BOOT::|j| BOOT::|i| BOOT::$) ; (COND ; ((< BOOT::|i| BOOT::|j|) ; (BOOT::SPADCALL BOOT::|j| (+ BOOT::|i| 1) ; (BOOT::|shellEntry| BOOT::$ 17))) ; (T 0))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|REDORDER;localbinom| ; (BOOT::|j| BOOT::|i| BOOT::$) ; (BLOCK BOOT::|REDORDER;localbinom| ; (COND ((< BOOT::|i| BOOT::|j|) (BOOT::SPADCALL BOOT::|j| # #)) (T 0)))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |REDORDER;locals| ...) ; compiling (DEFUN |REDORDER;ReduceOrder;LLR;3| ...) ; compiling (DEFUN |REDORDER;ithcoef| ...) ; compiling (DEFUN |REDORDER;ReduceOrder;LFL;5| ...) ; compiling (DEFUN |ReductionOfOrder| ...) ; compiling (DEFUN |ReductionOfOrder;| ...) ; compiling (MAKEPROP (QUOTE |ReductionOfOrder|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-VUzOJT/code.fasl written ; compilation finished in 0:00:00.037 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SYMPOLY.spad && cp SYMPOLY.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SYMPOLY.fasl \ && if test -f SYMPOLY-.NRLIB/code.fasl; then \ cp SYMPOLY-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SYMPOLY-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SYMPOLY.spad using Spad compiler. SYMPOLY abbreviates domain SymmetricPolynomial debug: compDefine1 lhs: (SymmetricPolynomial R) signature (pre-evaluate): (NIL (Ring)) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): (NIL (Ring)) debug: compDefine1 lhs: (SymmetricPolynomial R) signature (pre-evaluate): (NIL NIL) debug: compDefine1 signature (post evaluate): (NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for SymmetricPolynomial compiling into /tmp/oa-xD3Yvc compiling exported * : (%,%) -> % Time: 0.08 SEC. compiling exported * : (%,%) -> % Time: 0.07 SEC. (time taken in buildFunctor: 20) Time: 0.04 SEC. Warnings: [1] Rep differs from the base domain [2] *: k has no value [3] *: c has no value Cumulative Statistics for Constructor SymmetricPolynomial Time: 0.20 seconds finalizing NRLIB SYMPOLY Processing SymmetricPolynomial for Browser database: -- constructor ; compiling file "/tmp/oa-xD3Yvc/code.lsp" (written 01 FEB 2016 11:01:55 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SYMPOLY;*;3$;1| ...) ; file: /tmp/oa-xD3Yvc/code.lsp ; in: DEFUN |SYMPOLY;*;3$;1| ; (DEFUN BOOT::|SYMPOLY;*;3$;1| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (COND ; ((OR (NULL BOOT::|p1|) (NULL BOOT::|p2|)) ; (BOOT::|spadConstant| BOOT::$ 13)) ; ((NULL (CAR #)) ; (BOOT::SPADCALL (CDR #) BOOT::|p2| (BOOT::|shellEntry| BOOT::$ 17))) ; ((BOOT::SPADCALL BOOT::|p2| (BOOT::|shellEntry| BOOT::$ 18)) BOOT::|p1|) ; (T ; (LET (# # #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYMPOLY;*;3$;1| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|SYMPOLY;*;3$;1| ; (COND ((OR # #) (BOOT::|spadConstant| BOOT::$ 13)) ; ((NULL #) (BOOT::SPADCALL # BOOT::|p2| #)) ; ((BOOT::SPADCALL BOOT::|p2| #) BOOT::|p1|) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |SYMPOLY;*;3$;2| ...) ; file: /tmp/oa-xD3Yvc/code.lsp ; in: DEFUN |SYMPOLY;*;3$;2| ; (DEFUN BOOT::|SYMPOLY;*;3$;2| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (PROG (BOOT::|r|) (RETURN (COND (# #) (# #) (# BOOT::|p1|) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYMPOLY;*;3$;2| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|SYMPOLY;*;3$;2| (PROG (BOOT::|r|) (RETURN (COND # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |SymmetricPolynomial| ...) ; compiling (DEFUN |SymmetricPolynomial;| ...) ; compiling (MAKEPROP (QUOTE |SymmetricPolynomial|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-xD3Yvc/code.fasl written ; compilation finished in 0:00:00.039 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile TUPLE.spad && cp TUPLE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/TUPLE.fasl \ && if test -f TUPLE-.NRLIB/code.fasl; then \ cp TUPLE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/TUPLE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TUPLE.spad using Spad compiler. TUPLE abbreviates domain Tuple debug: compDefine1 lhs: (Tuple S) signature (pre-evaluate): ((Join (HomotopicTo (PrimitiveArray S)) (CATEGORY domain (SIGNATURE select (S $ (NonNegativeInteger))) (SIGNATURE length ((NonNegativeInteger) $)) (IF (has S (CoercibleTo (OutputForm))) (ATTRIBUTE (CoercibleTo (OutputForm))) %noBranch) (IF (has S (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch))) (Type)) debug: evaluateType form: (Join (HomotopicTo (PrimitiveArray S)) (CATEGORY domain (SIGNATURE select (S $ (NonNegativeInteger))) (SIGNATURE length ((NonNegativeInteger) $)) (IF (has S (CoercibleTo (OutputForm))) (ATTRIBUTE (CoercibleTo (OutputForm))) %noBranch) (IF (has S (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch))) $param: (S) debug: evaluateType form: (HomotopicTo (PrimitiveArray S)) $param: (S) Debug: evaluateType1 form: (HomotopicTo (PrimitiveArray S)) debug: evaluateType1 x: (PrimitiveArray S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (PrimitiveArray S) $param: (S) Debug: evaluateType1 form: (PrimitiveArray S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (PrimitiveArray S) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE select (S $ (NonNegativeInteger))) (SIGNATURE length ((NonNegativeInteger) $)) (IF (has S (CoercibleTo (OutputForm))) (ATTRIBUTE (CoercibleTo (OutputForm))) %noBranch) (IF (has S (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch)) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (NonNegativeInteger) $param: (S) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (S) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Join (HomotopicTo (PrimitiveArray S)) (CATEGORY domain (SIGNATURE select (S $ (NonNegativeInteger))) (SIGNATURE length ((NonNegativeInteger) $)) (IF (has S (CoercibleTo (OutputForm))) (ATTRIBUTE (CoercibleTo (OutputForm))) %noBranch) (IF (has S (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch))) (Type)) debug: compDefine1 lhs: (Tuple S) signature (pre-evaluate): ((Join (HomotopicTo (PrimitiveArray S)) (CATEGORY domain (SIGNATURE select (S $ (NonNegativeInteger))) (SIGNATURE length ((NonNegativeInteger) $)) (IF (has S (CoercibleTo (OutputForm))) (ATTRIBUTE (CoercibleTo (OutputForm))) %noBranch) (IF (has S (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch))) NIL) debug: evaluateType form: (Join (HomotopicTo (PrimitiveArray S)) (CATEGORY domain (SIGNATURE select (S $ (NonNegativeInteger))) (SIGNATURE length ((NonNegativeInteger) $)) (IF (has S (CoercibleTo (OutputForm))) (ATTRIBUTE (CoercibleTo (OutputForm))) %noBranch) (IF (has S (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch))) $param: (S) debug: evaluateType form: (HomotopicTo (PrimitiveArray S)) $param: (S) Debug: evaluateType1 form: (HomotopicTo (PrimitiveArray S)) debug: evaluateType1 x: (PrimitiveArray S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (PrimitiveArray S) $param: (S) Debug: evaluateType1 form: (PrimitiveArray S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (PrimitiveArray S) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE select (S $ (NonNegativeInteger))) (SIGNATURE length ((NonNegativeInteger) $)) (IF (has S (CoercibleTo (OutputForm))) (ATTRIBUTE (CoercibleTo (OutputForm))) %noBranch) (IF (has S (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch)) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (NonNegativeInteger) $param: (S) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (S) Debug: evaluateType1 form: (NonNegativeInteger) debug: compDefine1 signature (post evaluate): ((Join (HomotopicTo (PrimitiveArray S)) (CATEGORY domain (SIGNATURE select (S $ (NonNegativeInteger))) (SIGNATURE length ((NonNegativeInteger) $)) (IF (has S (CoercibleTo (OutputForm))) (ATTRIBUTE (CoercibleTo (OutputForm))) %noBranch) (IF (has S (SetCategory)) (ATTRIBUTE (SetCategory)) %noBranch))) NIL) ------------------------------------------------------------------------ initializing stationary directory for Tuple compiling into /tmp/oa-oSygkz compiling exported coerce : PrimitiveArray S -> % Time: 0.04 SEC. compiling exported coerce : % -> PrimitiveArray S TUPLE;coerce;$Pa;2 is replaced by %tail Time: 0 SEC. compiling exported length : % -> NonNegativeInteger TUPLE;length;$Nni;3 is replaced by %head Time: 0.00 SEC. compiling exported select : (%,NonNegativeInteger) -> S Time: 0.02 SEC. compiling exported = : (%,%) -> Boolean Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] Type NonNegativeInteger is not in scope. Import it Cumulative Statistics for Constructor Tuple Time: 0.12 seconds finalizing NRLIB TUPLE Processing Tuple for Browser database: -- select : (%,NonNegativeInteger) -> S -- length : % -> NonNegativeInteger -- constructor ; compiling file "/tmp/oa-oSygkz/code.lsp" (written 01 FEB 2016 11:01:55 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |TUPLE;coerce;$Pa;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |TUPLE;length;$Nni;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |TUPLE;coerce;Pa$;1|) ...) ; compiling (PUT (QUOTE |TUPLE;select;$NniS;4|) ...) ; compiling (DEFUN |TUPLE;coerce;Pa$;1| ...) ; file: /tmp/oa-oSygkz/code.lsp ; in: DEFUN |TUPLE;coerce;Pa$;1| ; (DEFUN BOOT::|TUPLE;coerce;Pa$;1| (BOOT::|x| BOOT::$) ; (CONS (BOOT::|sizeOfSimpleArray| BOOT::|x|) BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TUPLE;coerce;Pa$;1| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|TUPLE;coerce;Pa$;1| ; (CONS (BOOT::|sizeOfSimpleArray| BOOT::|x|) BOOT::|x|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |TUPLE;coerce;$Pa;2| ...) ; compiling (DEFUN |TUPLE;length;$Nni;3| ...) ; compiling (DEFUN |TUPLE;select;$NniS;4| ...) ; file: /tmp/oa-oSygkz/code.lsp ; in: DEFUN |TUPLE;select;$NniS;4| ; (DEFUN BOOT::|TUPLE;select;$NniS;4| (BOOT::|x| BOOT::|n| BOOT::$) ; (COND ((NOT (< BOOT::|n| #)) (BOOT::|error| "Index out of bounds")) ; (T (BOOT::|getSimpleArrayEntry| (CDR BOOT::|x|) BOOT::|n|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TUPLE;select;$NniS;4| ; (BOOT::|x| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|TUPLE;select;$NniS;4| ; (COND ((NOT #) (BOOT::|error| "Index out of bounds")) ; (T (BOOT::|getSimpleArrayEntry| # BOOT::|n|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |TUPLE;=;2$B;5| ...) ; file: /tmp/oa-oSygkz/code.lsp ; in: DEFUN |TUPLE;=;2$B;5| ; (DEFUN BOOT::|TUPLE;=;2$B;5| (BOOT::|x| BOOT::|y| BOOT::$) ; (AND (EQL (CAR BOOT::|x|) (CAR BOOT::|y|)) ; (BOOT::SPADCALL (CDR BOOT::|x|) (CDR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 20)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TUPLE;=;2$B;5| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|TUPLE;=;2$B;5| ; (AND (EQL (CAR BOOT::|x|) (CAR BOOT::|y|)) ; (BOOT::SPADCALL (CDR BOOT::|x|) (CDR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 20))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |TUPLE;coerce;$Of;6| ...) ; compiling (DEFUN |Tuple| ...) ; compiling (DEFUN |Tuple;| ...) ; compiling (MAKEPROP (QUOTE |Tuple|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 1 note ; /tmp/oa-oSygkz/code.fasl written ; compilation finished in 0:00:00.035 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile XEXPPKG.spad && cp XEXPPKG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/XEXPPKG.fasl \ && if test -f XEXPPKG-.NRLIB/code.fasl; then \ cp XEXPPKG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/XEXPPKG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/XEXPPKG.spad using Spad compiler. XEXPPKG abbreviates package XExponentialPackage debug: compDefine1 lhs: (XExponentialPackage R VarSet XPOLY) signature (pre-evaluate): ((CATEGORY package (SIGNATURE exp (XPOLY XPOLY (NonNegativeInteger))) (SIGNATURE log (XPOLY XPOLY (NonNegativeInteger))) (SIGNATURE Hausdorff (XPOLY XPOLY XPOLY (NonNegativeInteger)))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE exp (XPOLY XPOLY (NonNegativeInteger))) (SIGNATURE log (XPOLY XPOLY (NonNegativeInteger))) (SIGNATURE Hausdorff (XPOLY XPOLY XPOLY (NonNegativeInteger)))) $param: (R VarSet XPOLY) debug: evaluateType form: XPOLY $param: (R VarSet XPOLY) debug: evaluateType form: XPOLY $param: (R VarSet XPOLY) debug: evaluateType form: (NonNegativeInteger) $param: (R VarSet XPOLY) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: XPOLY $param: (R VarSet XPOLY) debug: evaluateType form: XPOLY $param: (R VarSet XPOLY) debug: evaluateType form: (NonNegativeInteger) $param: (R VarSet XPOLY) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: XPOLY $param: (R VarSet XPOLY) debug: evaluateType form: XPOLY $param: (R VarSet XPOLY) debug: evaluateType form: XPOLY $param: (R VarSet XPOLY) debug: evaluateType form: (NonNegativeInteger) $param: (R VarSet XPOLY) Debug: evaluateType1 form: (NonNegativeInteger) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE exp (XPOLY XPOLY (NonNegativeInteger))) (SIGNATURE log (XPOLY XPOLY (NonNegativeInteger))) (SIGNATURE Hausdorff (XPOLY XPOLY XPOLY (NonNegativeInteger)))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for XExponentialPackage compiling into /tmp/oa-1nmIvZ compiling exported log : (XPOLY,NonNegativeInteger) -> XPOLY Time: 0.04 SEC. compiling exported exp : (XPOLY,NonNegativeInteger) -> XPOLY Time: 0.02 SEC. compiling exported Hausdorff : (XPOLY,XPOLY,NonNegativeInteger) -> XPOLY Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor XExponentialPackage Time: 0.07 seconds finalizing NRLIB XEXPPKG Processing XExponentialPackage for Browser database: -- exp : (XPOLY,NNI) -> XPOLY -- log : (XPOLY,NNI) -> XPOLY -- Hausdorff : (XPOLY,XPOLY,NNI) -> XPOLY -- constructor ; compiling file "/tmp/oa-1nmIvZ/code.lsp" (written 01 FEB 2016 11:01:56 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |XEXPPKG;log;XPOLYNniXPOLY;1| ...) ; compiling (DEFUN |XEXPPKG;exp;XPOLYNniXPOLY;2| ...) ; compiling (DEFUN |XEXPPKG;Hausdorff;2XPOLYNniXPOLY;3| ...) ; compiling (DEFUN |XExponentialPackage| ...) ; compiling (DEFUN |XExponentialPackage;| ...) ; compiling (MAKEPROP (QUOTE |XExponentialPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-1nmIvZ/code.fasl written ; compilation finished in 0:00:00.036 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile HB.spad && cp HB.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/HB.fasl \ && if test -f HB-.NRLIB/code.fasl; then \ cp HB-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/HB-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/HB.spad using Spad compiler. HB abbreviates package HallBasis debug: compDefine1 lhs: (HallBasis) signature (pre-evaluate): ((CATEGORY package (SIGNATURE lfunc ((Integer) (Integer) (Integer))) (SIGNATURE inHallBasis? ((Boolean) (Integer) (Integer) (Integer) (Integer))) (SIGNATURE generate ((Vector (List (Integer))) (NonNegativeInteger) (NonNegativeInteger))))) debug: evaluateType form: (CATEGORY package (SIGNATURE lfunc ((Integer) (Integer) (Integer))) (SIGNATURE inHallBasis? ((Boolean) (Integer) (Integer) (Integer) (Integer))) (SIGNATURE generate ((Vector (List (Integer))) (NonNegativeInteger) (NonNegativeInteger)))) $param: NIL debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Vector (List (Integer))) $param: NIL Debug: evaluateType1 form: (Vector (List (Integer))) debug: evaluateType1 x: (List (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Integer)) $param: NIL Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evalCategory d: (List (Integer)) c: (Type) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE lfunc ((Integer) (Integer) (Integer))) (SIGNATURE inHallBasis? ((Boolean) (Integer) (Integer) (Integer) (Integer))) (SIGNATURE generate ((Vector (List (Integer))) (NonNegativeInteger) (NonNegativeInteger))))) ------------------------------------------------------------------------ initializing stationary directory for HallBasis compiling into /tmp/oa-Yf1c31 compiling exported lfunc : (Integer,Integer) -> Integer Time: 0.04 SEC. compiling exported inHallBasis? : (Integer,Integer,Integer,Integer) -> Boolean HB;inHallBasis?;4IB;2(n,i,j,l) is replaced by %when( %false, %true,%otherwise %false) Time: 0.00 SEC. compiling exported generate : (NonNegativeInteger,NonNegativeInteger) -> Vector List Integer Time: 0.06 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor HallBasis Time: 0.11 seconds finalizing NRLIB HB Processing HallBasis for Browser database: -- lfunc : (I,I) -> I -- inHallBasis? : (I,I,I,I) -> B -- generate : (NNI,NNI) -> VLI -- constructor ; compiling file "/tmp/oa-Yf1c31/code.lsp" (written 01 FEB 2016 11:01:56 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |HB;inHallBasis?;4IB;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |HB;lfunc;3I;1| ...) ; file: /tmp/oa-Yf1c31/code.lsp ; in: DEFUN |HB;lfunc;3I;1| ; (BOOT::|moanRetract| BOOT::|n| '(BOOT::|NonNegativeInteger|)) ; ==> ; BOOT::|n| ; ; note: deleting unreachable code ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |HB;inHallBasis?;4IB;2| ...) ; compiling (DEFUN |HB;generate;2NniV;3| ...) ; compiling (DEFUN |HallBasis| ...) ; compiling (DEFUN |HallBasis;| ...) ; compiling (MAKEPROP (QUOTE |HallBasis|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-Yf1c31/code.fasl written ; compilation finished in 0:00:00.039 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile IBITS.spad && cp IBITS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IBITS.fasl \ && if test -f IBITS-.NRLIB/code.fasl; then \ cp IBITS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IBITS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IBITS.spad using Spad compiler. IBITS abbreviates domain IndexedBits debug: compDefine1 lhs: (IndexedBits mn) signature (pre-evaluate): ((BitAggregate) (Integer)) debug: evaluateType form: (BitAggregate) $param: (mn) Debug: evaluateType1 form: (BitAggregate) debug: evaluateType form: (Integer) $param: (mn) Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((BitAggregate) (Integer)) debug: compDefine1 lhs: (IndexedBits mn) signature (pre-evaluate): ((BitAggregate) NIL) debug: evaluateType form: (BitAggregate) $param: (mn) Debug: evaluateType1 form: (BitAggregate) debug: compDefine1 signature (post evaluate): ((BitAggregate) NIL) ------------------------------------------------------------------------ initializing stationary directory for IndexedBits compiling into /tmp/oa-083SXl compiling exported minIndex : % -> Integer Time: 0.03 SEC. compiling local range : (%,Integer) -> Integer Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Time: 0.07 SEC. compiling exported new : (NonNegativeInteger,Boolean) -> % IBITS;new;NniB$;4(n,b) is replaced by %bitvector(n,%when(b %icst1,%otherwise %icst0)) Time: 0.00 SEC. compiling exported empty : () -> % IBITS;empty;$;5 is replaced by %bitvector(0,0) Time: 0.00 SEC. compiling exported copy : % -> % IBITS;copy;2$;6 is replaced by %bitveccopy Time: 0 SEC. compiling exported # : % -> NonNegativeInteger IBITS;#;$Nni;7 is replaced by %bitveclength Time: 0.00 SEC. compiling exported = : (%,%) -> Boolean IBITS;=;2$B;8 is replaced by %bitveceq Time: 0 SEC. compiling exported < : (%,%) -> Boolean Time: 0.02 SEC. compiling exported and : (%,%) -> % Time: 0.00 SEC. compiling exported or : (%,%) -> % Time: 0.00 SEC. compiling exported xor : (%,%) -> % Time: 0 SEC. compiling exported setelt : (%,Integer,Boolean) -> Boolean Time: 0.00 SEC. compiling exported elt : (%,Integer) -> Boolean Time: 0 SEC. compiling exported ~ : % -> % IBITS;~;2$;15 is replaced by %bitvecnot Time: 0 SEC. compiling exported /\ : (%,%) -> % Time: 0.01 SEC. compiling exported \/ : (%,%) -> % Time: 0.01 SEC. (time taken in buildFunctor: 4) Time: 0.02 SEC. Cumulative Statistics for Constructor IndexedBits Time: 0.18 seconds finalizing NRLIB IBITS Processing IndexedBits for Browser database: -- constructor ; compiling file "/tmp/oa-083SXl/code.lsp" (written 01 FEB 2016 11:01:56 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IBITS;new;NniB$;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IBITS;empty;$;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IBITS;copy;2$;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IBITS;#;$Nni;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IBITS;=;2$B;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IBITS;~;2$;15|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IBITS;minIndex;$I;1|) ...) ; compiling (PUT (QUOTE |IBITS;range|) ...) ; compiling (DEFUN |IBITS;minIndex;$I;1| ...) ; file: /tmp/oa-083SXl/code.lsp ; in: DEFUN |IBITS;minIndex;$I;1| ; (DEFUN BOOT::|IBITS;minIndex;$I;1| (BOOT::|u| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 6)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IBITS;minIndex;$I;1| ; (BOOT::|u| BOOT::$) ; (BLOCK BOOT::|IBITS;minIndex;$I;1| (BOOT::|shellEntry| BOOT::$ 6))) ; ; caught STYLE-WARNING: ; The variable |u| is defined but never used. ; compiling (DEFUN |IBITS;range| ...) ; file: /tmp/oa-083SXl/code.lsp ; in: DEFUN |IBITS;range| ; (DEFUN BOOT::|IBITS;range| (BOOT::|v| BOOT::|i| BOOT::$) ; (COND ((AND (NOT #) (< BOOT::|i| #)) BOOT::|i|) ; (T (BOOT::|error| "Index out of range")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IBITS;range| ; (BOOT::|v| BOOT::|i| BOOT::$) ; (BLOCK BOOT::|IBITS;range| ; (COND ((AND # #) BOOT::|i|) (T (BOOT::|error| "Index out of range"))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |IBITS;coerce;$Of;3| ...) ; compiling (DEFUN |IBITS;new;NniB$;4| ...) ; compiling (DEFUN |IBITS;empty;$;5| ...) ; compiling (DEFUN |IBITS;copy;2$;6| ...) ; compiling (DEFUN |IBITS;#;$Nni;7| ...) ; compiling (DEFUN |IBITS;=;2$B;8| ...) ; compiling (DEFUN |IBITS;<;2$B;9| ...) ; file: /tmp/oa-083SXl/code.lsp ; in: DEFUN |IBITS;<;2$B;9| ; (DEFUN BOOT::|IBITS;<;2$B;9| (BOOT::|u| BOOT::|v| BOOT::$) ; (LET ((BOOT::|nu| (LENGTH BOOT::|u|)) (BOOT::|nv| (LENGTH BOOT::|v|))) ; (LET ((BOOT::|i| 0)) ; (LOOP (COND # # # #) ; (SETQ #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IBITS;<;2$B;9| ; (BOOT::|u| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|IBITS;<;2$B;9| ; (LET ((BOOT::|nu| #) (BOOT::|nv| #)) ; (LET (#) ; (LOOP # ; #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |IBITS;and;3$;10| ...) ; file: /tmp/oa-083SXl/code.lsp ; in: DEFUN |IBITS;and;3$;10| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (AND BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |IBITS;or;3$;11| ...) ; file: /tmp/oa-083SXl/code.lsp ; in: DEFUN |IBITS;or;3$;11| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (OR BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |IBITS;xor;3$;12| ...) ; file: /tmp/oa-083SXl/code.lsp ; in: DEFUN |IBITS;xor;3$;12| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) ; (COND (BOOT::|#1| (NOT BOOT::|#2|)) (T BOOT::|#2|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |IBITS;setelt;$I2B;13| ...) ; compiling (DEFUN |IBITS;elt;$IB;14| ...) ; compiling (DEFUN |IBITS;~;2$;15| ...) ; compiling (DEFUN |IBITS;/\\;3$;16| ...) ; file: /tmp/oa-083SXl/code.lsp ; in: DEFUN |IBITS;/\\;3$;16| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (AND BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |IBITS;\\/;3$;17| ...) ; file: /tmp/oa-083SXl/code.lsp ; in: DEFUN |IBITS;\\/;3$;17| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (OR BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |IndexedBits| ...) ; compiling (DEFUN |IndexedBits;| ...) ; compiling (MAKEPROP (QUOTE |IndexedBits|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 8 STYLE-WARNING conditions ; printed 1 note ; /tmp/oa-083SXl/code.fasl written ; compilation finished in 0:00:00.100 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile XF.spad && cp XF.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/XF.fasl \ && if test -f XF-.NRLIB/code.fasl; then \ cp XF-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/XF-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/XF.spad using Spad compiler. XF abbreviates category ExtensionField debug: compDefine1 lhs: (ExtensionField F) signature (pre-evaluate): ((Category) (Field)) debug: evaluateType form: (Category) $param: (F) debug: evaluateType form: (Field) $param: (F) Debug: evaluateType1 form: (Field) debug: compDefine1 signature (post evaluate): ((Category) (Field)) debug: compDefine1 lhs: (ExtensionField F) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (F) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for ExtensionField compiling into /tmp/oa-lP3mbN STYLE-WARNING: redefining BOOT::|ExtensionField| in DEFUN Time: 0.01 SEC. XF- abbreviates package ExtensionField& ------------------------------------------------------------------------ initializing stationary directory for ExtensionField& compiling into /tmp/oa-cYIoeu compiling exported algebraic? : S -> Boolean Time: 0.04 SEC. compiling exported transcendent? : S -> Boolean Time: 0 SEC. compiling exported Frobenius : S -> S Time: 0.02 SEC. compiling exported Frobenius : (S,NonNegativeInteger) -> S Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] algebraic?: infinite? has no value Cumulative Statistics for Constructor ExtensionField& Time: 0.07 seconds finalizing NRLIB XF- ; compiling file "/tmp/oa-cYIoeu/code.lsp" (written 01 FEB 2016 11:01:56 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |XF-;algebraic?;$B;1| ...) ; compiling (DEFUN |XF-;transcendent?;$B;2| ...) ; file: /tmp/oa-cYIoeu/code.lsp ; in: DEFUN |XF-;transcendent?;$B;2| ; (DEFUN BOOT::|XF-;transcendent?;$B;2| (BOOT::|a| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|a| (BOOT::|shellEntry| BOOT::$ 10)) ; (BOOT::|shellEntry| BOOT::$ 12))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XF-;transcendent?;$B;2| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|XF-;transcendent?;$B;2| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|a| (BOOT::|shellEntry| BOOT::$ 10)) ; (BOOT::|shellEntry| BOOT::$ 12)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |XF-;Frobenius;2$;3| ...) ; compiling (DEFUN |XF-;Frobenius;$Nni$;4| ...) ; compiling (DEFUN |ExtensionField&| ...) ; compiling (MAKEPROP (QUOTE |ExtensionField&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-cYIoeu/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ finalizing NRLIB XF Processing ExtensionField for Browser database: -- algebraic? : % -> Boolean -- transcendent? : % -> Boolean -- inGroundField? : % -> Boolean -- degree : % -> OnePointCompletion PositiveInteger -- extensionDegree : () -> OnePointCompletion PositiveInteger -- transcendenceDegree : () -> NonNegativeInteger -- Frobenius : % -> % -- Frobenius : (%,NonNegativeInteger) -> % -- constructor ; compiling file "/tmp/oa-lP3mbN/code.lsp" (written 01 FEB 2016 11:01:56 PM): ; compiling (DEFPARAMETER |ExtensionField;AL| ...) ; compiling (DEFUN |ExtensionField;| ...) ; compiling (DEFUN |ExtensionField| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-lP3mbN/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile XPOLY.spad && cp XPOLY.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/XPOLY.fasl \ && if test -f XPOLY-.NRLIB/code.fasl; then \ cp XPOLY-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/XPOLY-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/XPOLY.spad using Spad compiler. XPOLY abbreviates domain XPolynomial debug: compDefine1 lhs: (XPolynomial R) signature (pre-evaluate): (NIL (Ring)) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): (NIL (Ring)) debug: compDefine1 lhs: (XPolynomial R) signature (pre-evaluate): (NIL NIL) debug: compDefine1 signature (post evaluate): (NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for XPolynomial compiling into /tmp/oa-ujBwfS (time taken in buildFunctor: 4) Time: 0.05 SEC. Cumulative Statistics for Constructor XPolynomial Time: 0.05 seconds finalizing NRLIB XPOLY Processing XPolynomial for Browser database: -- constructor ; compiling file "/tmp/oa-ujBwfS/code.lsp" (written 01 FEB 2016 11:01:57 PM): ; compiling (DEFUN |XPolynomial| ...) ; compiling (DEFUN |XPolynomial;| ...) ; compiling (MAKEPROP (QUOTE |XPolynomial|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-ujBwfS/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile INFORM.spad && cp INFORM.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INFORM.fasl \ && if test -f INFORM-.NRLIB/code.fasl; then \ cp INFORM-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INFORM-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INFORM.spad using Spad compiler. INFORM abbreviates domain InputForm debug: compDefine1 lhs: (InputForm) signature (pre-evaluate): ((Join (SExpressionCategory (String) (Symbol) (Integer) (DoubleFloat) (OutputForm)) (ConvertibleTo (SExpression)) (CATEGORY domain (SIGNATURE interpret ((Any) $)) (SIGNATURE convert ($ (SExpression))) (SIGNATURE binary ($ $ (List $))) (SIGNATURE function ($ $ (List (Symbol)) (Symbol))) (SIGNATURE lambda ($ $ (List (Symbol)))) (SIGNATURE + ($ $ $)) (SIGNATURE * ($ $ $)) (SIGNATURE / ($ $ $)) (SIGNATURE ** ($ $ (NonNegativeInteger))) (SIGNATURE ** ($ $ (Integer))) (SIGNATURE Zero ($) constant) (SIGNATURE One ($) constant) (SIGNATURE flatten ($ $)) (SIGNATURE unparse ((String) $)) (SIGNATURE parseString ($ (String))) (SIGNATURE declare ((Symbol) (List $))) (SIGNATURE compile ((Symbol) (Symbol) (List $)))))) debug: evaluateType form: (Join (SExpressionCategory (String) (Symbol) (Integer) (DoubleFloat) (OutputForm)) (ConvertibleTo (SExpression)) (CATEGORY domain (SIGNATURE interpret ((Any) $)) (SIGNATURE convert ($ (SExpression))) (SIGNATURE binary ($ $ (List $))) (SIGNATURE function ($ $ (List (Symbol)) (Symbol))) (SIGNATURE lambda ($ $ (List (Symbol)))) (SIGNATURE + ($ $ $)) (SIGNATURE * ($ $ $)) (SIGNATURE / ($ $ $)) (SIGNATURE ** ($ $ (NonNegativeInteger))) (SIGNATURE ** ($ $ (Integer))) (SIGNATURE Zero ($) constant) (SIGNATURE One ($) constant) (SIGNATURE flatten ($ $)) (SIGNATURE unparse ((String) $)) (SIGNATURE parseString ($ (String))) (SIGNATURE declare ((Symbol) (List $))) (SIGNATURE compile ((Symbol) (Symbol) (List $))))) $param: NIL debug: evaluateType form: (SExpressionCategory (String) (Symbol) (Integer) (DoubleFloat) (OutputForm)) $param: NIL Debug: evaluateType1 form: (SExpressionCategory (String) (Symbol) (Integer) (DoubleFloat) (OutputForm)) debug: evaluateType1 x: (String) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evalCategory d: (String) c: (SetCategory) debug: evaluateType1 x: (Symbol) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (SetCategory) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType1 x: (DoubleFloat) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (SetCategory) debug: evaluateType1 x: (OutputForm) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (SetCategory) debug: evaluateType form: (ConvertibleTo (SExpression)) $param: NIL Debug: evaluateType1 form: (ConvertibleTo (SExpression)) debug: evaluateType1 x: (SExpression) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (SExpression) $param: NIL Debug: evaluateType1 form: (SExpression) debug: evalCategory d: (SExpression) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE interpret ((Any) $)) (SIGNATURE convert ($ (SExpression))) (SIGNATURE binary ($ $ (List $))) (SIGNATURE function ($ $ (List (Symbol)) (Symbol))) (SIGNATURE lambda ($ $ (List (Symbol)))) (SIGNATURE + ($ $ $)) (SIGNATURE * ($ $ $)) (SIGNATURE / ($ $ $)) (SIGNATURE ** ($ $ (NonNegativeInteger))) (SIGNATURE ** ($ $ (Integer))) (SIGNATURE Zero ($) constant) (SIGNATURE One ($) constant) (SIGNATURE flatten ($ $)) (SIGNATURE unparse ((String) $)) (SIGNATURE parseString ($ (String))) (SIGNATURE declare ((Symbol) (List $))) (SIGNATURE compile ((Symbol) (Symbol) (List $)))) $param: NIL debug: evaluateType form: (Any) $param: NIL Debug: evaluateType1 form: (Any) debug: evaluateType form: (SExpression) $param: NIL Debug: evaluateType1 form: (SExpression) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List (Symbol)) $param: NIL Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (List (Symbol)) $param: NIL Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: compDefine1 signature (post evaluate): ((Join (SExpressionCategory (String) (Symbol) (Integer) (DoubleFloat) (OutputForm)) (ConvertibleTo (SExpression)) (CATEGORY domain (SIGNATURE interpret ((Any) $)) (SIGNATURE convert ($ (SExpression))) (SIGNATURE binary ($ $ (List $))) (SIGNATURE function ($ $ (List (Symbol)) (Symbol))) (SIGNATURE lambda ($ $ (List (Symbol)))) (SIGNATURE + ($ $ $)) (SIGNATURE * ($ $ $)) (SIGNATURE / ($ $ $)) (SIGNATURE ** ($ $ (NonNegativeInteger))) (SIGNATURE ** ($ $ (Integer))) (SIGNATURE Zero ($) constant) (SIGNATURE One ($) constant) (SIGNATURE flatten ($ $)) (SIGNATURE unparse ((String) $)) (SIGNATURE parseString ($ (String))) (SIGNATURE declare ((Symbol) (List $))) (SIGNATURE compile ((Symbol) (Symbol) (List $)))))) ------------------------------------------------------------------------ initializing stationary directory for InputForm compiling into /tmp/oa-6VL223 compiling exported Zero : () -> % Time: 0.07 SEC. compiling exported One : () -> % Time: 0.00 SEC. compiling exported convert : % -> SExpression INFORM;convert;$Se;3 x is replaced by x Time: 0 SEC. compiling exported convert : SExpression -> % INFORM;convert;Se$;4 x is replaced by x Time: 0 SEC. compiling local conv : List % -> % INFORM;conv ll is replaced by ll Time: 0.01 SEC. compiling exported lambda : (%,List Symbol) -> % Time: 0.02 SEC. compiling exported interpret : % -> Any Time: 0.00 SEC. compiling exported convert : DoubleFloat -> % Time: 0.00 SEC. compiling exported flatten : % -> % Time: 0.04 SEC. compiling local flatten0 : (%,Symbol,NonNegativeInteger) -> Record(lst: List %,symb: %) Time: 0.07 SEC. compiling local strsym : % -> String Time: 0.02 SEC. compiling exported unparse : % -> String INFORM;unparse;$S;12 is replaced by inputForm2String Time: 0.00 SEC. compiling exported parseString : String -> % INFORM;parseString;S$;13 is replaced by ncParseFromString Time: 0 SEC. compiling exported declare : List % -> Symbol Time: 0.01 SEC. compiling exported compile : (Symbol,List %) -> Symbol Time: 0.01 SEC. compiling exported binary : (%,List %) -> % Time: 0.06 SEC. compiling local tuplify : List Symbol -> % Time: 0.02 SEC. compiling exported function : (%,List Symbol,Symbol) -> % Time: 0.06 SEC. compiling exported + : (%,%) -> % Time: 0.04 SEC. compiling exported * : (%,%) -> % Time: 0.02 SEC. compiling exported ** : (%,Integer) -> % Time: 0.02 SEC. compiling exported ** : (%,NonNegativeInteger) -> % Time: 0.00 SEC. compiling exported / : (%,%) -> % Time: 0.01 SEC. compiling exported coerce : % -> OutputForm INFORM;coerce;$Of;24 is replaced by inputForm2OutputForm Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] flatten: lst has no value [2] flatten: symb has no value Cumulative Statistics for Constructor InputForm Time: 0.50 seconds finalizing NRLIB INFORM Processing InputForm for Browser database: -- interpret : % -> Any -- convert : SExpression -> % -- binary : (%,List %) -> % -- function : (%,List Symbol,Symbol) -> % -- lambda : (%,List Symbol) -> % -- ?+? : (%,%) -> % -- ?*? : (%,%) -> % -- ?/? : (%,%) -> % -- ?**? : (%,NonNegativeInteger) -> % -- ?**? : (%,Integer) -> % -- 0 : () -> % -- 1 : () -> % -- flatten : % -> % -- unparse : % -> String -- parseString : String -> % --->../../x86_64-unknown-linux-gnu/src/algebra/mkfunc.spad-->InputForm((parseString (% String))): Improper initial operator in comments: is "parseString is the inverse of unparse. It parses a string to InputForm." -- declare : List % -> Symbol -- compile : (Symbol,List %) -> Symbol -- constructor ; compiling file "/tmp/oa-6VL223/code.lsp" (written 01 FEB 2016 11:01:57 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INFORM;convert;$Se;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INFORM;convert;Se$;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INFORM;conv|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INFORM;unparse;$S;12|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INFORM;parseString;S$;13|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INFORM;coerce;$Of;24|) ...) ; compiling (DEFUN |INFORM;Zero;$;1| ...) ; compiling (DEFUN |INFORM;One;$;2| ...) ; compiling (DEFUN |INFORM;convert;$Se;3| ...) ; compiling (DEFUN |INFORM;convert;Se$;4| ...) ; compiling (DEFUN |INFORM;conv| ...) ; compiling (DEFUN |INFORM;lambda;$L$;6| ...) ; compiling (DEFUN |INFORM;interpret;$A;7| ...) ; file: /tmp/oa-6VL223/code.lsp ; in: DEFUN |INFORM;interpret;$A;7| ; (DEFUN BOOT::|INFORM;interpret;$A;7| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|v| (BOOT::|interpret| BOOT::|x|))) ; (BOOT::|objNew| (BOOT::|unwrap| (BOOT::|objVal| BOOT::|v|)) ; (BOOT::|objMode| BOOT::|v|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INFORM;interpret;$A;7| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|INFORM;interpret;$A;7| ; (LET ((BOOT::|v| #)) ; (BOOT::|objNew| (BOOT::|unwrap| #) (BOOT::|objMode| BOOT::|v|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |INFORM;convert;Df$;8| ...) ; compiling (DEFUN |INFORM;flatten;2$;9| ...) ; compiling (DEFUN |INFORM;flatten0| ...) ; file: /tmp/oa-6VL223/code.lsp ; in: DEFUN |INFORM;flatten0| ; (DEFUN BOOT::|INFORM;flatten0| (BOOT::|s| BOOT::|sy| BOOT::|n| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 29)) ; (CONS NIL BOOT::|s|)) ; (T ; (LET* (# # #) ; (CONS # BOOT::|a|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INFORM;flatten0| ; (BOOT::|s| BOOT::|sy| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|INFORM;flatten0| ; (COND ((BOOT::SPADCALL BOOT::|s| #) (CONS NIL BOOT::|s|)) ; (T ; (LET* # ; #))))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; UNSIGNED-BYTE ; ; compiling (DEFUN |INFORM;strsym| ...) ; file: /tmp/oa-6VL223/code.lsp ; in: DEFUN |INFORM;strsym| ; (DEFUN BOOT::|INFORM;strsym| (BOOT::|s| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 49)) ; (BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 50))) ; ((BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 51)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|s| #) ; (BOOT::|shellEntry| BOOT::$ 46))) ; (T ; (BOOT::|error| (LIST "strsym: form" # "is neither a string or symbol"))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INFORM;strsym| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|INFORM;strsym| ; (COND ((BOOT::SPADCALL BOOT::|s| #) (BOOT::SPADCALL BOOT::|s| #)) ; ((BOOT::SPADCALL BOOT::|s| #) (BOOT::SPADCALL # #)) ; (T (BOOT::|error| #))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |INFORM;unparse;$S;12| ...) ; file: /tmp/oa-6VL223/code.lsp ; in: DEFUN |INFORM;unparse;$S;12| ; (DEFUN BOOT::|INFORM;unparse;$S;12| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|inputForm2String| BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INFORM;unparse;$S;12| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|INFORM;unparse;$S;12| (BOOT::|inputForm2String| BOOT::|x|))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |INFORM;parseString;S$;13| ...) ; compiling (DEFUN |INFORM;declare;LS;14| ...) ; compiling (DEFUN |INFORM;compile;SLS;15| ...) ; compiling (DEFUN |INFORM;binary;$L$;16| ...) ; compiling (DEFUN |INFORM;tuplify| ...) ; compiling (DEFUN |INFORM;function;$LS$;18| ...) ; compiling (DEFUN |INFORM;+;3$;19| ...) ; compiling (DEFUN |INFORM;*;3$;20| ...) ; compiling (DEFUN |INFORM;**;$I$;21| ...) ; compiling (DEFUN |INFORM;**;$Nni$;22| ...) ; compiling (DEFUN |INFORM;/;3$;23| ...) ; compiling (DEFUN |INFORM;coerce;$Of;24| ...) ; compiling (DEFUN |InputForm| ...) ; compiling (DEFUN |InputForm;| ...) ; compiling (MAKEPROP (QUOTE |InputForm|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 3 notes ; /tmp/oa-6VL223/code.fasl written ; compilation finished in 0:00:00.069 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile INFORM1.spad && cp INFORM1.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INFORM1.fasl \ && if test -f INFORM1-.NRLIB/code.fasl; then \ cp INFORM1-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INFORM1-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INFORM1.spad using Spad compiler. INFORM1 abbreviates package InputFormFunctions1 debug: compDefine1 lhs: (InputFormFunctions1 R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE packageCall ((InputForm) (Symbol))) (SIGNATURE interpret (R (InputForm)))) (Type)) debug: evaluateType form: (CATEGORY package (SIGNATURE packageCall ((InputForm) (Symbol))) (SIGNATURE interpret (R (InputForm)))) $param: (R) debug: evaluateType form: (InputForm) $param: (R) Debug: evaluateType1 form: (InputForm) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: R $param: (R) debug: evaluateType form: (InputForm) $param: (R) Debug: evaluateType1 form: (InputForm) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE packageCall ((InputForm) (Symbol))) (SIGNATURE interpret (R (InputForm)))) (Type)) debug: compDefine1 lhs: (InputFormFunctions1 R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE packageCall ((InputForm) (Symbol))) (SIGNATURE interpret (R (InputForm)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE packageCall ((InputForm) (Symbol))) (SIGNATURE interpret (R (InputForm)))) $param: (R) debug: evaluateType form: (InputForm) $param: (R) Debug: evaluateType1 form: (InputForm) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: R $param: (R) debug: evaluateType form: (InputForm) $param: (R) Debug: evaluateType1 form: (InputForm) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE packageCall ((InputForm) (Symbol))) (SIGNATURE interpret (R (InputForm)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for InputFormFunctions1 compiling into /tmp/oa-RFFITQ compiling exported packageCall : Symbol -> InputForm Time: 0.04 SEC. compiling exported interpret : InputForm -> R Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor InputFormFunctions1 Time: 0.05 seconds finalizing NRLIB INFORM1 Processing InputFormFunctions1 for Browser database: -- packageCall : Symbol -> InputForm -- interpret : InputForm -> R -- constructor ; compiling file "/tmp/oa-RFFITQ/code.lsp" (written 01 FEB 2016 11:01:57 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |INFORM1;packageCall;SIf;1| ...) ; compiling (DEFUN |INFORM1;interpret;IfR;2| ...) ; compiling (DEFUN |InputFormFunctions1| ...) ; compiling (DEFUN |InputFormFunctions1;| ...) ; compiling (MAKEPROP (QUOTE |InputFormFunctions1|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-RFFITQ/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ================================== === layer 11 of 24 complete ====== ================================== ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ULSCAT.spad && cp ULSCAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ULSCAT.fasl \ && if test -f ULSCAT-.NRLIB/code.fasl; then \ cp ULSCAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ULSCAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ULSCAT.spad using Spad compiler. ULSCAT abbreviates category UnivariateLaurentSeriesCategory debug: compDefine1 lhs: (UnivariateLaurentSeriesCategory Coef) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (Coef) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for UnivariateLaurentSeriesCategory compiling into /tmp/oa-TAsmW0 STYLE-WARNING: redefining BOOT::|UnivariateLaurentSeriesCategory| in DEFUN Time: 0.04 SEC. finalizing NRLIB ULSCAT Processing UnivariateLaurentSeriesCategory for Browser database: -- series : Stream Term -> % -- multiplyCoefficients : ((I -> Coef),%) -> % -- rationalFunction : (%,I) -> Fraction Polynomial Coef -- rationalFunction : (%,I,I) -> Fraction Polynomial Coef -- integrate : % -> % -- integrate : (%,Symbol) -> % -- integrate : (%,Symbol) -> % -- constructor ; compiling file "/tmp/oa-TAsmW0/code.lsp" (written 01 FEB 2016 11:01:58 PM): ; compiling (DEFPARAMETER |UnivariateLaurentSeriesCategory;AL| ...) ; compiling (DEFUN |UnivariateLaurentSeriesCategory;| ...) ; compiling (DEFUN |UnivariateLaurentSeriesCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-TAsmW0/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile TUBE.spad && cp TUBE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/TUBE.fasl \ && if test -f TUBE-.NRLIB/code.fasl; then \ cp TUBE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/TUBE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TUBE.spad using Spad compiler. TUBE abbreviates domain TubePlot debug: compDefine1 lhs: (TubePlot Curve) signature (pre-evaluate): ((CATEGORY domain (SIGNATURE getCurve (Curve $)) (SIGNATURE listLoops ((List (List (Point (DoubleFloat)))) $)) (SIGNATURE closed? ((Boolean) $)) (SIGNATURE open? ((Boolean) $)) (SIGNATURE setClosed ((Boolean) $ (Boolean))) (SIGNATURE tube ($ Curve (List (List (Point (DoubleFloat)))) (Boolean)))) NIL) debug: evaluateType form: (CATEGORY domain (SIGNATURE getCurve (Curve $)) (SIGNATURE listLoops ((List (List (Point (DoubleFloat)))) $)) (SIGNATURE closed? ((Boolean) $)) (SIGNATURE open? ((Boolean) $)) (SIGNATURE setClosed ((Boolean) $ (Boolean))) (SIGNATURE tube ($ Curve (List (List (Point (DoubleFloat)))) (Boolean)))) $param: (Curve) debug: evaluateType form: Curve $param: (Curve) debug: evaluateType form: (List (List (Point (DoubleFloat)))) $param: (Curve) Debug: evaluateType1 form: (List (List (Point (DoubleFloat)))) debug: evaluateType1 x: (List (Point (DoubleFloat))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Curve) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Point (DoubleFloat))) $param: (Curve) Debug: evaluateType1 form: (List (Point (DoubleFloat))) debug: evaluateType1 x: (Point (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Curve) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Point (DoubleFloat)) $param: (Curve) Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (Curve) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: (Curve) Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evalCategory d: (Point (DoubleFloat)) c: (Type) debug: evalCategory d: (List (Point (DoubleFloat))) c: (Type) debug: evaluateType form: (Boolean) $param: (Curve) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (Curve) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (Curve) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (Curve) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: Curve $param: (Curve) debug: evaluateType form: (List (List (Point (DoubleFloat)))) $param: (Curve) Debug: evaluateType1 form: (List (List (Point (DoubleFloat)))) debug: evaluateType1 x: (List (Point (DoubleFloat))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Curve) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Point (DoubleFloat))) $param: (Curve) Debug: evaluateType1 form: (List (Point (DoubleFloat))) debug: evaluateType1 x: (Point (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Curve) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Point (DoubleFloat)) $param: (Curve) Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (Curve) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: (Curve) Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evalCategory d: (Point (DoubleFloat)) c: (Type) debug: evalCategory d: (List (Point (DoubleFloat))) c: (Type) debug: evaluateType form: (Boolean) $param: (Curve) Debug: evaluateType1 form: (Boolean) debug: compDefine1 signature (post evaluate): ((CATEGORY domain (SIGNATURE getCurve (Curve $)) (SIGNATURE listLoops ((List (List (Point (DoubleFloat)))) $)) (SIGNATURE closed? ((Boolean) $)) (SIGNATURE open? ((Boolean) $)) (SIGNATURE setClosed ((Boolean) $ (Boolean))) (SIGNATURE tube ($ Curve (List (List (Point (DoubleFloat)))) (Boolean)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for TubePlot compiling into /tmp/oa-jZUhx8 compiling exported getCurve : % -> Curve TUBE;getCurve;$Curve;1 plot is replaced by %vref(plot,0) Time: 0.01 SEC. compiling exported listLoops : % -> List List Point DoubleFloat TUBE;listLoops;$L;2 plot is replaced by %vref(plot,1) Time: 0.03 SEC. compiling exported closed? : % -> Boolean TUBE;closed?;$B;3 plot is replaced by %vref(plot,2) Time: 0 SEC. compiling exported open? : % -> Boolean TUBE;open?;$B;4 plot is replaced by %not %vref(plot,2) Time: 0 SEC. compiling exported setClosed : (%,Boolean) -> Boolean Time: 0 SEC. compiling exported tube : (Curve,List List Point DoubleFloat,Boolean) -> % TUBE;tube;CurveLB$;6 is replaced by %vector Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Warnings: [1] Type List List Point DoubleFloat is not in scope. Import it [2] Type Boolean is not in scope. Import it Cumulative Statistics for Constructor TubePlot Time: 0.05 seconds finalizing NRLIB TUBE Processing TubePlot for Browser database: -- getCurve : % -> Curve -- listLoops : % -> L L Pt -- closed? : % -> B -- open? : % -> B -- setClosed : (%,B) -> B -- tube : (Curve,L L Pt,B) -> % -- constructor ; compiling file "/tmp/oa-jZUhx8/code.lsp" (written 01 FEB 2016 11:01:58 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |TUBE;getCurve;$Curve;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |TUBE;listLoops;$L;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |TUBE;closed?;$B;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |TUBE;open?;$B;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |TUBE;tube;CurveLB$;6|) ...) ; compiling (DEFUN |TUBE;getCurve;$Curve;1| ...) ; compiling (DEFUN |TUBE;listLoops;$L;2| ...) ; compiling (DEFUN |TUBE;closed?;$B;3| ...) ; compiling (DEFUN |TUBE;open?;$B;4| ...) ; compiling (DEFUN |TUBE;setClosed;$2B;5| ...) ; file: /tmp/oa-jZUhx8/code.lsp ; in: DEFUN |TUBE;setClosed;$2B;5| ; (DEFUN BOOT::|TUBE;setClosed;$2B;5| (BOOT::|plot| BOOT::|flag| BOOT::$) ; (SETF (SVREF BOOT::|plot| 2) BOOT::|flag|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TUBE;setClosed;$2B;5| ; (BOOT::|plot| BOOT::|flag| BOOT::$) ; (BLOCK BOOT::|TUBE;setClosed;$2B;5| ; (SETF (SVREF BOOT::|plot| 2) BOOT::|flag|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |TUBE;tube;CurveLB$;6| ...) ; compiling (DEFUN |TubePlot| ...) ; compiling (DEFUN |TubePlot;| ...) ; compiling (MAKEPROP (QUOTE |TubePlot|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; /tmp/oa-jZUhx8/code.fasl written ; compilation finished in 0:00:00.031 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile BITS.spad && cp BITS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/BITS.fasl \ && if test -f BITS-.NRLIB/code.fasl; then \ cp BITS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/BITS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/BITS.spad using Spad compiler. BITS abbreviates domain Bits debug: compDefine1 lhs: (Bits) signature (pre-evaluate): ((Join (BitAggregate) (CATEGORY domain (SIGNATURE bits ($ (NonNegativeInteger) (Boolean)))))) debug: evaluateType form: (Join (BitAggregate) (CATEGORY domain (SIGNATURE bits ($ (NonNegativeInteger) (Boolean))))) $param: NIL debug: evaluateType form: (BitAggregate) $param: NIL Debug: evaluateType1 form: (BitAggregate) debug: evaluateType form: (CATEGORY domain (SIGNATURE bits ($ (NonNegativeInteger) (Boolean)))) $param: NIL debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: compDefine1 signature (post evaluate): ((Join (BitAggregate) (CATEGORY domain (SIGNATURE bits ($ (NonNegativeInteger) (Boolean)))))) ------------------------------------------------------------------------ initializing stationary directory for Bits compiling into /tmp/oa-f2lenj compiling exported bits : (NonNegativeInteger,Boolean) -> % Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.05 SEC. Cumulative Statistics for Constructor Bits Time: 0.09 seconds finalizing NRLIB BITS Processing Bits for Browser database: -- bits : (NonNegativeInteger,Boolean) -> % -- constructor ; compiling file "/tmp/oa-f2lenj/code.lsp" (written 01 FEB 2016 11:01:58 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |BITS;bits;NniB$;1| ...) ; compiling (DEFUN |Bits| ...) ; compiling (DEFUN |Bits;| ...) ; compiling (MAKEPROP (QUOTE |Bits|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-f2lenj/code.fasl written ; compilation finished in 0:00:00.024 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile DIRPROD2.spad && cp DIRPROD2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DIRPROD2.fasl \ && if test -f DIRPROD2-.NRLIB/code.fasl; then \ cp DIRPROD2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DIRPROD2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DIRPROD2.spad using Spad compiler. DIRPROD2 abbreviates package DirectProductFunctions2 debug: compDefine1 lhs: (DirectProductFunctions2 dim A B) signature (pre-evaluate): ((CATEGORY package (SIGNATURE scan ((DirectProduct dim B) (Mapping B A B) (DirectProduct dim A) B)) (SIGNATURE reduce (B (Mapping B A B) (DirectProduct dim A) B)) (SIGNATURE map ((DirectProduct dim B) (Mapping B A) (DirectProduct dim A)))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE scan ((DirectProduct dim B) (Mapping B A B) (DirectProduct dim A) B)) (SIGNATURE reduce (B (Mapping B A B) (DirectProduct dim A) B)) (SIGNATURE map ((DirectProduct dim B) (Mapping B A) (DirectProduct dim A)))) $param: (dim A B) debug: evaluateType form: (DirectProduct dim B) $param: (dim A B) Debug: evaluateType1 form: (DirectProduct dim B) debug: evaluateType1 x: dim m: (NonNegativeInteger) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: (Mapping B A B) $param: (dim A B) debug: evaluateType form: B $param: (dim A B) debug: evaluateType form: A $param: (dim A B) debug: evaluateType form: B $param: (dim A B) debug: evaluateType form: (DirectProduct dim A) $param: (dim A B) Debug: evaluateType1 form: (DirectProduct dim A) debug: evaluateType1 x: dim m: (NonNegativeInteger) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: B $param: (dim A B) debug: evaluateType form: B $param: (dim A B) debug: evaluateType form: (Mapping B A B) $param: (dim A B) debug: evaluateType form: B $param: (dim A B) debug: evaluateType form: A $param: (dim A B) debug: evaluateType form: B $param: (dim A B) debug: evaluateType form: (DirectProduct dim A) $param: (dim A B) Debug: evaluateType1 form: (DirectProduct dim A) debug: evaluateType1 x: dim m: (NonNegativeInteger) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: B $param: (dim A B) debug: evaluateType form: (DirectProduct dim B) $param: (dim A B) Debug: evaluateType1 form: (DirectProduct dim B) debug: evaluateType1 x: dim m: (NonNegativeInteger) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: (Mapping B A) $param: (dim A B) debug: evaluateType form: B $param: (dim A B) debug: evaluateType form: A $param: (dim A B) debug: evaluateType form: (DirectProduct dim A) $param: (dim A B) Debug: evaluateType1 form: (DirectProduct dim A) debug: evaluateType1 x: dim m: (NonNegativeInteger) debug: evaluateType1 x: A m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE scan ((DirectProduct dim B) (Mapping B A B) (DirectProduct dim A) B)) (SIGNATURE reduce (B (Mapping B A B) (DirectProduct dim A) B)) (SIGNATURE map ((DirectProduct dim B) (Mapping B A) (DirectProduct dim A)))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for DirectProductFunctions2 compiling into /tmp/oa-OAzCtD importing FiniteLinearAggregateFunctions2(A,Vector A,B,Vector B) compiling exported map : (A -> B,DirectProduct(dim,A)) -> DirectProduct(dim,B) Time: 0.06 SEC. compiling exported scan : ((A,B) -> B,DirectProduct(dim,A),B) -> DirectProduct(dim,B) Time: 0.02 SEC. compiling exported reduce : ((A,B) -> B,DirectProduct(dim,A),B) -> B Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor DirectProductFunctions2 Time: 0.09 seconds finalizing NRLIB DIRPROD2 Processing DirectProductFunctions2 for Browser database: -- scan : (((A,B) -> B),DA,B) -> DB -- reduce : (((A,B) -> B),DA,B) -> B -- map : ((A -> B),DA) -> DB -- constructor ; compiling file "/tmp/oa-OAzCtD/code.lsp" (written 01 FEB 2016 11:01:58 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DIRPROD2;map;MDpDp;1| ...) ; compiling (DEFUN |DIRPROD2;scan;MDpBDp;2| ...) ; compiling (DEFUN |DIRPROD2;reduce;MDp2B;3| ...) ; compiling (DEFUN |DirectProductFunctions2| ...) ; compiling (DEFUN |DirectProductFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |DirectProductFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-OAzCtD/code.fasl written ; compilation finished in 0:00:00.020 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile UPXSCAT.spad && cp UPXSCAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UPXSCAT.fasl \ && if test -f UPXSCAT-.NRLIB/code.fasl; then \ cp UPXSCAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UPXSCAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UPXSCAT.spad using Spad compiler. UPXSCAT abbreviates category UnivariatePuiseuxSeriesCategory debug: compDefine1 lhs: (UnivariatePuiseuxSeriesCategory Coef) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (Coef) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for UnivariatePuiseuxSeriesCategory compiling into /tmp/oa-vYSjfQ STYLE-WARNING: redefining BOOT::|UnivariatePuiseuxSeriesCategory| in DEFUN Time: 0.06 SEC. finalizing NRLIB UPXSCAT Processing UnivariatePuiseuxSeriesCategory for Browser database: -- series : (NNI,Stream Term) -> % -- multiplyExponents : (%,Fraction Integer) -> % -- integrate : % -> % -- integrate : (%,Symbol) -> % -- integrate : (%,Symbol) -> % -- constructor ; compiling file "/tmp/oa-vYSjfQ/code.lsp" (written 01 FEB 2016 11:01:58 PM): ; compiling (DEFPARAMETER |UnivariatePuiseuxSeriesCategory;AL| ...) ; compiling (DEFUN |UnivariatePuiseuxSeriesCategory;| ...) ; compiling (DEFUN |UnivariatePuiseuxSeriesCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-vYSjfQ/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SETMN.spad && cp SETMN.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SETMN.fasl \ && if test -f SETMN-.NRLIB/code.fasl; then \ cp SETMN-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SETMN-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SETMN.spad using Spad compiler. SETMN abbreviates domain SetOfMIntegersInOneToN debug: compDefine1 lhs: (SetOfMIntegersInOneToN m n) signature (pre-evaluate): ((Join (Finite) (CATEGORY domain (SIGNATURE incrementKthElement ((Union $ failed) $ (PositiveInteger))) (SIGNATURE replaceKthElement ((Union $ failed) $ (PositiveInteger) (PositiveInteger))) (SIGNATURE elements ((List (PositiveInteger)) $)) (SIGNATURE setOfMinN ($ (List (PositiveInteger)))) (SIGNATURE enumerate ((Vector $))) (SIGNATURE member? ((Boolean) (PositiveInteger) $)) (SIGNATURE delta ((NonNegativeInteger) $ (PositiveInteger) (PositiveInteger))))) NIL NIL) debug: evaluateType form: (Join (Finite) (CATEGORY domain (SIGNATURE incrementKthElement ((Union $ failed) $ (PositiveInteger))) (SIGNATURE replaceKthElement ((Union $ failed) $ (PositiveInteger) (PositiveInteger))) (SIGNATURE elements ((List (PositiveInteger)) $)) (SIGNATURE setOfMinN ($ (List (PositiveInteger)))) (SIGNATURE enumerate ((Vector $))) (SIGNATURE member? ((Boolean) (PositiveInteger) $)) (SIGNATURE delta ((NonNegativeInteger) $ (PositiveInteger) (PositiveInteger))))) $param: (m n) debug: evaluateType form: (Finite) $param: (m n) Debug: evaluateType1 form: (Finite) debug: evaluateType form: (CATEGORY domain (SIGNATURE incrementKthElement ((Union $ failed) $ (PositiveInteger))) (SIGNATURE replaceKthElement ((Union $ failed) $ (PositiveInteger) (PositiveInteger))) (SIGNATURE elements ((List (PositiveInteger)) $)) (SIGNATURE setOfMinN ($ (List (PositiveInteger)))) (SIGNATURE enumerate ((Vector $))) (SIGNATURE member? ((Boolean) (PositiveInteger) $)) (SIGNATURE delta ((NonNegativeInteger) $ (PositiveInteger) (PositiveInteger)))) $param: (m n) debug: evaluateType form: (Union $ failed) $param: (m n) debug: evaluateType form: $ $param: (m n) debug: evaluateType form: failed $param: (m n) debug: evaluateType form: (PositiveInteger) $param: (m n) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (Union $ failed) $param: (m n) debug: evaluateType form: $ $param: (m n) debug: evaluateType form: failed $param: (m n) debug: evaluateType form: (PositiveInteger) $param: (m n) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: (m n) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (List (PositiveInteger)) $param: (m n) Debug: evaluateType1 form: (List (PositiveInteger)) debug: evaluateType1 x: (PositiveInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (m n) Debug: evaluateType1 form: (Type) debug: evaluateType form: (PositiveInteger) $param: (m n) Debug: evaluateType1 form: (PositiveInteger) debug: evalCategory d: (PositiveInteger) c: (Type) debug: evaluateType form: (List (PositiveInteger)) $param: (m n) Debug: evaluateType1 form: (List (PositiveInteger)) debug: evaluateType1 x: (PositiveInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (m n) Debug: evaluateType1 form: (Type) debug: evaluateType form: (PositiveInteger) $param: (m n) Debug: evaluateType1 form: (PositiveInteger) debug: evalCategory d: (PositiveInteger) c: (Type) debug: evaluateType form: (Vector $) $param: (m n) Debug: evaluateType1 form: (Vector $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (Boolean) $param: (m n) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (PositiveInteger) $param: (m n) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (NonNegativeInteger) $param: (m n) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (PositiveInteger) $param: (m n) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: (m n) Debug: evaluateType1 form: (PositiveInteger) debug: compDefine1 signature (post evaluate): ((Join (Finite) (CATEGORY domain (SIGNATURE incrementKthElement ((Union $ failed) $ (PositiveInteger))) (SIGNATURE replaceKthElement ((Union $ failed) $ (PositiveInteger) (PositiveInteger))) (SIGNATURE elements ((List (PositiveInteger)) $)) (SIGNATURE setOfMinN ($ (List (PositiveInteger)))) (SIGNATURE enumerate ((Vector $))) (SIGNATURE member? ((Boolean) (PositiveInteger) $)) (SIGNATURE delta ((NonNegativeInteger) $ (PositiveInteger) (PositiveInteger))))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for SetOfMIntegersInOneToN compiling into /tmp/oa-og9cN6 compiling exported = : (%,%) -> Boolean SETMN;=;2$B;1(s1,s2) is replaced by %bitveceq(%head s1,%head s2) Time: 0.05 SEC. compiling exported coerce : % -> OutputForm Time: 0.02 SEC. compiling exported random : () -> % Time: 0.00 SEC. compiling local reallyEnumerate : () -> Vector % Time: 0.01 SEC. compiling exported member? : (PositiveInteger,%) -> Boolean Time: 0.00 SEC. compiling exported enumerate : () -> Vector % Time: 0.00 SEC. compiling local enum : (NonNegativeInteger,NonNegativeInteger) -> List Bits Time: 0.04 SEC. compiling exported size : () -> NonNegativeInteger Time: 0.00 SEC. compiling exported lookup : % -> PositiveInteger Time: 0.01 SEC. compiling exported index : PositiveInteger -> % Time: 0.01 SEC. compiling exported setOfMinN : List PositiveInteger -> % Time: 0.02 SEC. compiling exported elements : % -> List PositiveInteger Time: 0.03 SEC. compiling exported incrementKthElement : (%,PositiveInteger) -> Union(%,failed) Time: 0.03 SEC. compiling exported delta : (%,PositiveInteger,PositiveInteger) -> NonNegativeInteger Time: 0.02 SEC. compiling exported replaceKthElement : (%,PositiveInteger,PositiveInteger) -> Union(%,failed) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] Type Bits is not in scope. Import it [2] setOfMinN: false has no value [3] replaceKthElement: found has no value Cumulative Statistics for Constructor SetOfMIntegersInOneToN Time: 0.30 seconds finalizing NRLIB SETMN Processing SetOfMIntegersInOneToN for Browser database: -- incrementKthElement : (%,PI) -> U -- replaceKthElement : (%,PI,PI) -> U -- elements : % -> List PI -- setOfMinN : List PI -> % -- enumerate : () -> Vector % -- member? : (PI,%) -> Boolean -- delta : (%,PI,PI) -> N -- constructor ; compiling file "/tmp/oa-og9cN6/code.lsp" (written 01 FEB 2016 11:01:59 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SETMN;=;2$B;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SETMN;=;2$B;1| ...) ; compiling (DEFUN |SETMN;coerce;$Of;2| ...) ; compiling (DEFUN |SETMN;random;$;3| ...) ; file: /tmp/oa-og9cN6/code.lsp ; in: DEFUN |SETMN;random;$;3| ; '(BOOT::|PositiveInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |SETMN;reallyEnumerate| ...) ; compiling (DEFUN |SETMN;member?;Pi$B;5| ...) ; file: /tmp/oa-og9cN6/code.lsp ; in: DEFUN |SETMN;member?;Pi$B;5| ; (DEFUN BOOT::|SETMN;member?;Pi$B;5| (BOOT::|p| BOOT::|s| BOOT::$) ; (BOOT::SPADCALL (CAR BOOT::|s|) BOOT::|p| (BOOT::|shellEntry| BOOT::$ 40))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SETMN;member?;Pi$B;5| ; (BOOT::|p| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|SETMN;member?;Pi$B;5| ; (BOOT::SPADCALL (CAR BOOT::|s|) BOOT::|p| ; (BOOT::|shellEntry| BOOT::$ 40)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |SETMN;enumerate;V;6| ...) ; file: /tmp/oa-og9cN6/code.lsp ; in: DEFUN |SETMN;enumerate;V;6| ; (DEFUN BOOT::|SETMN;enumerate;V;6| (BOOT::$) ; (PROGN ; (COND ((BOOT::SPADCALL # #) (BOOT::SPADCALL # # #))) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 13) ; (BOOT::|shellEntry| BOOT::$ 42)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SETMN;enumerate;V;6| ; (BOOT::$) ; (BLOCK BOOT::|SETMN;enumerate;V;6| ; (PROGN ; (COND (# #)) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 13) ; (BOOT::|shellEntry| BOOT::$ 42))))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |SETMN;enum| ...) ; file: /tmp/oa-og9cN6/code.lsp ; in: DEFUN |SETMN;enum| ; (DEFUN BOOT::|SETMN;enum| (BOOT::|p| BOOT::|q| BOOT::$) ; (COND ((OR (ZEROP BOOT::|p|) (ZEROP BOOT::|q|)) NIL) ; ((EQL BOOT::|p| BOOT::|q|) ; (LET (#) ; (PROGN # #))) ; (T ; (LET* (# #) ; (PROGN # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SETMN;enum| ; (BOOT::|p| BOOT::|q| BOOT::$) ; (BLOCK BOOT::|SETMN;enum| ; (COND ((OR # #) NIL) ; ((EQL BOOT::|p| BOOT::|q|) ; (LET # ; #)) ; (T ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SETMN;size;Nni;8| ...) ; file: /tmp/oa-og9cN6/code.lsp ; in: DEFUN |SETMN;size;Nni;8| ; (DEFUN BOOT::|SETMN;size;Nni;8| (BOOT::$) ; (PROGN ; (COND ((ZEROP #) (BOOT::SPADCALL # # #))) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 20) ; (BOOT::|shellEntry| BOOT::$ 58)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SETMN;size;Nni;8| ; (BOOT::$) ; (BLOCK BOOT::|SETMN;size;Nni;8| ; (PROGN ; (COND (# #)) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 20) ; (BOOT::|shellEntry| BOOT::$ 58))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |SETMN;lookup;$Pi;9| ...) ; file: /tmp/oa-og9cN6/code.lsp ; in: DEFUN |SETMN;lookup;$Pi;9| ; (DEFUN BOOT::|SETMN;lookup;$Pi;9| (BOOT::|s| BOOT::$) ; (PROGN ; (COND ((BOOT::SPADCALL # #) (BOOT::SPADCALL # # #))) ; (COND ((ZEROP #) (PROGN # #))) ; (LET ((#:G618 #)) ; (COND (# #:G618) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SETMN;lookup;$Pi;9| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|SETMN;lookup;$Pi;9| ; (PROGN ; (COND (# #)) ; (COND (# #)) ; (LET (#) ; (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES (INTEGER 1) &REST T). ; compiling (DEFUN |SETMN;index;Pi$;10| ...) ; file: /tmp/oa-og9cN6/code.lsp ; in: DEFUN |SETMN;index;Pi$;10| ; (DEFUN BOOT::|SETMN;index;Pi$;10| (BOOT::|p| BOOT::$) ; (COND ; ((< (BOOT::|SETMN;size;Nni;8| BOOT::$) BOOT::|p|) ; (BOOT::|error| "index: argument too large")) ; (T (PROGN (COND #) (BOOT::SPADCALL # BOOT::|p| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SETMN;index;Pi$;10| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|SETMN;index;Pi$;10| ; (COND ((< # BOOT::|p|) (BOOT::|error| "index: argument too large")) ; (T (PROGN # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |SETMN;setOfMinN;L$;11| ...) ; file: /tmp/oa-og9cN6/code.lsp ; in: DEFUN |SETMN;setOfMinN;L$;11| ; (DEFUN BOOT::|SETMN;setOfMinN;L$;11| (BOOT::|l| BOOT::$) ; (LET ((BOOT::|s| ; (MAKE-ARRAY # :ELEMENT-TYPE '|AxiomCore|:|%Bit| :INITIAL-ELEMENT 0)) ; (BOOT::|count| 0)) ; (BOOT::SEQ ; (LET (#) ; (LOOP # ; #)) ; (BOOT::EXIT (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SETMN;setOfMinN;L$;11| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|SETMN;setOfMinN;L$;11| ; (LET ((BOOT::|s| #) (BOOT::|count| 0)) ; (BOOT::SEQ ; (LET # ; #) ; (BOOT::EXIT #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |SETMN;elements;$L;12| ...) ; file: /tmp/oa-og9cN6/code.lsp ; in: DEFUN |SETMN;elements;$L;12| ; (DEFUN BOOT::|SETMN;elements;$L;12| (BOOT::|s| BOOT::$) ; (LET ((BOOT::|b| (CAR BOOT::|s|)) ; (BOOT::|l| NIL) ; (BOOT::|found| 0) ; (BOOT::|i| 1)) ; (BOOT::SEQ (LOOP (COND # #)) ; (BOOT::EXIT (BOOTTRAN:|reverse!| BOOT::|l|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SETMN;elements;$L;12| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|SETMN;elements;$L;12| ; (LET ((BOOT::|b| #) (BOOT::|l| NIL) (BOOT::|found| 0) (BOOT::|i| 1)) ; (BOOT::SEQ (LOOP #) (BOOT::EXIT #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS (INTEGER 1) T)) &REST T). ; compiling (DEFUN |SETMN;incrementKthElement;$PiU;13| ...) ; file: /tmp/oa-og9cN6/code.lsp ; in: DEFUN |SETMN;incrementKthElement;$PiU;13| ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |SETMN;delta;$2PiNni;14| ...) ; compiling (DEFUN |SETMN;replaceKthElement;$2PiU;15| ...) ; compiling (DEFUN |SetOfMIntegersInOneToN| ...) ; compiling (DEFUN |SetOfMIntegersInOneToN;| ...) ; compiling (MAKEPROP (QUOTE |SetOfMIntegersInOneToN|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 10 notes ; /tmp/oa-og9cN6/code.fasl written ; compilation finished in 0:00:00.154 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile POLYROOT.spad && cp POLYROOT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/POLYROOT.fasl \ && if test -f POLYROOT-.NRLIB/code.fasl; then \ cp POLYROOT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/POLYROOT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/POLYROOT.spad using Spad compiler. POLYROOT abbreviates package PolynomialRoots debug: compDefine1 lhs: (PolynomialRoots E V R P F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE rroot ((Record (: exponent (NonNegativeInteger)) (: coef F) (: radicand F)) R (NonNegativeInteger))) (SIGNATURE qroot ((Record (: exponent (NonNegativeInteger)) (: coef F) (: radicand F)) (Fraction (Integer)) (NonNegativeInteger))) (IF (has R (GcdDomain)) (SIGNATURE froot ((Record (: exponent (NonNegativeInteger)) (: coef F) (: radicand F)) F (NonNegativeInteger))) %noBranch) (SIGNATURE nthr ((Record (: exponent (NonNegativeInteger)) (: coef P) (: radicand (List P))) P (NonNegativeInteger)))) NIL NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE rroot ((Record (: exponent (NonNegativeInteger)) (: coef F) (: radicand F)) R (NonNegativeInteger))) (SIGNATURE qroot ((Record (: exponent (NonNegativeInteger)) (: coef F) (: radicand F)) (Fraction (Integer)) (NonNegativeInteger))) (IF (has R (GcdDomain)) (SIGNATURE froot ((Record (: exponent (NonNegativeInteger)) (: coef F) (: radicand F)) F (NonNegativeInteger))) %noBranch) (SIGNATURE nthr ((Record (: exponent (NonNegativeInteger)) (: coef P) (: radicand (List P))) P (NonNegativeInteger)))) $param: (E V R P F) debug: evaluateType form: (Record (: exponent (NonNegativeInteger)) (: coef F) (: radicand F)) $param: (E V R P F) debug: evaluateType form: (NonNegativeInteger) $param: (E V R P F) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: F $param: (E V R P F) debug: evaluateType form: F $param: (E V R P F) debug: evaluateType form: R $param: (E V R P F) debug: evaluateType form: (NonNegativeInteger) $param: (E V R P F) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Record (: exponent (NonNegativeInteger)) (: coef F) (: radicand F)) $param: (E V R P F) debug: evaluateType form: (NonNegativeInteger) $param: (E V R P F) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: F $param: (E V R P F) debug: evaluateType form: F $param: (E V R P F) debug: evaluateType form: (Fraction (Integer)) $param: (E V R P F) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (E V R P F) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (E V R P F) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (NonNegativeInteger) $param: (E V R P F) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Record (: exponent (NonNegativeInteger)) (: coef P) (: radicand (List P))) $param: (E V R P F) debug: evaluateType form: (NonNegativeInteger) $param: (E V R P F) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: P $param: (E V R P F) debug: evaluateType form: (List P) $param: (E V R P F) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: P $param: (E V R P F) debug: evaluateType form: (NonNegativeInteger) $param: (E V R P F) Debug: evaluateType1 form: (NonNegativeInteger) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE rroot ((Record (: exponent (NonNegativeInteger)) (: coef F) (: radicand F)) R (NonNegativeInteger))) (SIGNATURE qroot ((Record (: exponent (NonNegativeInteger)) (: coef F) (: radicand F)) (Fraction (Integer)) (NonNegativeInteger))) (IF (has R (GcdDomain)) (SIGNATURE froot ((Record (: exponent (NonNegativeInteger)) (: coef F) (: radicand F)) F (NonNegativeInteger))) %noBranch) (SIGNATURE nthr ((Record (: exponent (NonNegativeInteger)) (: coef P) (: radicand (List P))) P (NonNegativeInteger)))) NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PolynomialRoots compiling into /tmp/oa-pwxa9D importing FactoredFunctions Integer importing FactoredFunctions P compiling local zroot : (Integer,NonNegativeInteger) -> Record(exponent: NonNegativeInteger,coef: Integer,radicand: Integer) Time: 0.11 SEC. compiling local czroot : (Integer,NonNegativeInteger) -> Record(exponent: NonNegativeInteger,coef: F,radicand: F) Time: 0.06 SEC. compiling exported qroot : (Fraction Integer,NonNegativeInteger) -> Record(exponent: NonNegativeInteger,coef: F,radicand: F) Time: 0.04 SEC. compiling exported qroot : (Fraction Integer,NonNegativeInteger) -> Record(exponent: NonNegativeInteger,coef: F,radicand: F) Time: 0.15 SEC. compiling exported rroot : (R,NonNegativeInteger) -> Record(exponent: NonNegativeInteger,coef: F,radicand: F) Time: 0.03 SEC. compiling exported rroot : (R,NonNegativeInteger) -> Record(exponent: NonNegativeInteger,coef: F,radicand: F) Time: 0.03 SEC. compiling exported rroot : (R,NonNegativeInteger) -> Record(exponent: NonNegativeInteger,coef: F,radicand: F) Time: 0.01 SEC. compiling local rsplit : List P -> Record(coef: R,poly: P) Time: 0.01 SEC. compiling exported nthr : (P,NonNegativeInteger) -> Record(exponent: NonNegativeInteger,coef: P,radicand: List P) Time: 0.05 SEC. compiling exported nthr : (P,NonNegativeInteger) -> Record(exponent: NonNegativeInteger,coef: P,radicand: List P) Time: 0.02 SEC. compiling exported froot : (F,NonNegativeInteger) -> Record(exponent: NonNegativeInteger,coef: F,radicand: F) Time: 0.40 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] zroot: not known that IntegralDomain is of mode CATEGORY(package,rroot: (R,NonNegativeInteger) -> Record(exponent: NonNegativeInteger,coef: F,radicand: F),qroot: (Fraction Integer,NonNegativeInteger) -> Record(exponent: NonNegativeInteger,coef: F,radicand: F),IF(hasRGcdDomain(),froot: (F,NonNegativeInteger) -> Record(exponent: NonNegativeInteger,coef: F,radicand: F),%noBranch),nthr: (P,NonNegativeInteger) -> Record(exponent: NonNegativeInteger,coef: P,radicand: List P)) Cumulative Statistics for Constructor PolynomialRoots Time: 0.92 seconds finalizing NRLIB POLYROOT Processing PolynomialRoots for Browser database: --->../../x86_64-unknown-linux-gnu/src/algebra/manip.spad-->PolynomialRoots((coerce (% P))): Not documented!!!! -- numer : % -> P -- denom : % -> P -- rroot : (R,N) -> REC -- qroot : (Q,N) -> REC -- froot : (F,N) -> REC -- nthr : (P,N) -> Record(exponent: N,coef: P,radicand: List P) -- constructor ; compiling file "/tmp/oa-pwxa9D/code.lsp" (written 01 FEB 2016 11:02:00 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |POLYROOT;zroot| ...) ; compiling (DEFUN |POLYROOT;czroot| ...) ; compiling (DEFUN |POLYROOT;qroot;FNniR;3| ...) ; compiling (DEFUN |POLYROOT;qroot;FNniR;4| ...) ; compiling (DEFUN |POLYROOT;rroot;RNniR;5| ...) ; file: /tmp/oa-pwxa9D/code.lsp ; in: DEFUN |POLYROOT;rroot;RNniR;5| ; (DEFUN BOOT::|POLYROOT;rroot;RNniR;5| (BOOT::|x| BOOT::|n| BOOT::$) ; (LET ((BOOT::|r| (BOOT::SPADCALL BOOT::|x| #))) ; (COND ((EQL # 1) (VECTOR BOOT::|n| # #)) ; (T (BOOT::SPADCALL # BOOT::|n| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|POLYROOT;rroot;RNniR;5| ; (BOOT::|x| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|POLYROOT;rroot;RNniR;5| ; (LET ((BOOT::|r| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |POLYROOT;rroot;RNniR;6| ...) ; file: /tmp/oa-pwxa9D/code.lsp ; in: DEFUN |POLYROOT;rroot;RNniR;6| ; (DEFUN BOOT::|POLYROOT;rroot;RNniR;6| (BOOT::|x| BOOT::|n| BOOT::$) ; (LET ((BOOT::|r| (BOOT::SPADCALL BOOT::|x| #))) ; (COND ((EQL # 1) (VECTOR BOOT::|n| # #)) ; (T (BOOT::SPADCALL # BOOT::|n| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|POLYROOT;rroot;RNniR;6| ; (BOOT::|x| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|POLYROOT;rroot;RNniR;6| ; (LET ((BOOT::|r| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |POLYROOT;rroot;RNniR;7| ...) ; compiling (DEFUN |POLYROOT;rsplit| ...) ; compiling (DEFUN |POLYROOT;nthr;PNniR;9| ...) ; file: /tmp/oa-pwxa9D/code.lsp ; in: DEFUN |POLYROOT;nthr;PNniR;9| ; (DEFUN BOOT::|POLYROOT;nthr;PNniR;9| (BOOT::|x| BOOT::|n| BOOT::$) ; (PROG (BOOT::|rec|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|POLYROOT;nthr;PNniR;9| ; (BOOT::|x| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|POLYROOT;nthr;PNniR;9| ; (PROG (BOOT::|rec|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |POLYROOT;nthr;PNniR;10| ...) ; file: /tmp/oa-pwxa9D/code.lsp ; in: DEFUN |POLYROOT;nthr;PNniR;10| ; (DEFUN BOOT::|POLYROOT;nthr;PNniR;10| (BOOT::|x| BOOT::|n| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 57)) ; BOOT::|n| (BOOT::|shellEntry| BOOT::$ 62))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|POLYROOT;nthr;PNniR;10| ; (BOOT::|x| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|POLYROOT;nthr;PNniR;10| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 57)) BOOT::|n| ; (BOOT::|shellEntry| BOOT::$ 62)))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |POLYROOT;froot;FNniR;11| ...) ; compiling (DEFUN |PolynomialRoots| ...) ; compiling (DEFUN |PolynomialRoots;| ...) ; compiling (MAKEPROP (QUOTE |PolynomialRoots|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 4 notes ; /tmp/oa-pwxa9D/code.fasl written ; compilation finished in 0:00:00.099 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile STTF.spad && cp STTF.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/STTF.fasl \ && if test -f STTF-.NRLIB/code.fasl; then \ cp STTF-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/STTF-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/STTF.spad using Spad compiler. STTF abbreviates package StreamTranscendentalFunctions debug: compDefine1 lhs: (StreamTranscendentalFunctions Coef) signature (pre-evaluate): ((CATEGORY package (SIGNATURE exp ((Stream Coef) (Stream Coef))) (SIGNATURE log ((Stream Coef) (Stream Coef))) (SIGNATURE ** ((Stream Coef) (Stream Coef) (Stream Coef))) (SIGNATURE sincos ((Record (: sin (Stream Coef)) (: cos (Stream Coef))) (Stream Coef))) (SIGNATURE sin ((Stream Coef) (Stream Coef))) (SIGNATURE cos ((Stream Coef) (Stream Coef))) (SIGNATURE tan ((Stream Coef) (Stream Coef))) (SIGNATURE cot ((Stream Coef) (Stream Coef))) (SIGNATURE sec ((Stream Coef) (Stream Coef))) (SIGNATURE csc ((Stream Coef) (Stream Coef))) (SIGNATURE asin ((Stream Coef) (Stream Coef))) (SIGNATURE acos ((Stream Coef) (Stream Coef))) (SIGNATURE atan ((Stream Coef) (Stream Coef))) (SIGNATURE acot ((Stream Coef) (Stream Coef))) (SIGNATURE asec ((Stream Coef) (Stream Coef))) (SIGNATURE acsc ((Stream Coef) (Stream Coef))) (SIGNATURE sinhcosh ((Record (: sinh (Stream Coef)) (: cosh (Stream Coef))) (Stream Coef))) (SIGNATURE sinh ((Stream Coef) (Stream Coef))) (SIGNATURE cosh ((Stream Coef) (Stream Coef))) (SIGNATURE tanh ((Stream Coef) (Stream Coef))) (SIGNATURE coth ((Stream Coef) (Stream Coef))) (SIGNATURE sech ((Stream Coef) (Stream Coef))) (SIGNATURE csch ((Stream Coef) (Stream Coef))) (SIGNATURE asinh ((Stream Coef) (Stream Coef))) (SIGNATURE acosh ((Stream Coef) (Stream Coef))) (SIGNATURE atanh ((Stream Coef) (Stream Coef))) (SIGNATURE acoth ((Stream Coef) (Stream Coef))) (SIGNATURE asech ((Stream Coef) (Stream Coef))) (SIGNATURE acsch ((Stream Coef) (Stream Coef)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE exp ((Stream Coef) (Stream Coef))) (SIGNATURE log ((Stream Coef) (Stream Coef))) (SIGNATURE ** ((Stream Coef) (Stream Coef) (Stream Coef))) (SIGNATURE sincos ((Record (: sin (Stream Coef)) (: cos (Stream Coef))) (Stream Coef))) (SIGNATURE sin ((Stream Coef) (Stream Coef))) (SIGNATURE cos ((Stream Coef) (Stream Coef))) (SIGNATURE tan ((Stream Coef) (Stream Coef))) (SIGNATURE cot ((Stream Coef) (Stream Coef))) (SIGNATURE sec ((Stream Coef) (Stream Coef))) (SIGNATURE csc ((Stream Coef) (Stream Coef))) (SIGNATURE asin ((Stream Coef) (Stream Coef))) (SIGNATURE acos ((Stream Coef) (Stream Coef))) (SIGNATURE atan ((Stream Coef) (Stream Coef))) (SIGNATURE acot ((Stream Coef) (Stream Coef))) (SIGNATURE asec ((Stream Coef) (Stream Coef))) (SIGNATURE acsc ((Stream Coef) (Stream Coef))) (SIGNATURE sinhcosh ((Record (: sinh (Stream Coef)) (: cosh (Stream Coef))) (Stream Coef))) (SIGNATURE sinh ((Stream Coef) (Stream Coef))) (SIGNATURE cosh ((Stream Coef) (Stream Coef))) (SIGNATURE tanh ((Stream Coef) (Stream Coef))) (SIGNATURE coth ((Stream Coef) (Stream Coef))) (SIGNATURE sech ((Stream Coef) (Stream Coef))) (SIGNATURE csch ((Stream Coef) (Stream Coef))) (SIGNATURE asinh ((Stream Coef) (Stream Coef))) (SIGNATURE acosh ((Stream Coef) (Stream Coef))) (SIGNATURE atanh ((Stream Coef) (Stream Coef))) (SIGNATURE acoth ((Stream Coef) (Stream Coef))) (SIGNATURE asech ((Stream Coef) (Stream Coef))) (SIGNATURE acsch ((Stream Coef) (Stream Coef)))) $param: (Coef) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Record (: sin (Stream Coef)) (: cos (Stream Coef))) $param: (Coef) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Record (: sinh (Stream Coef)) (: cosh (Stream Coef))) $param: (Coef) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE exp ((Stream Coef) (Stream Coef))) (SIGNATURE log ((Stream Coef) (Stream Coef))) (SIGNATURE ** ((Stream Coef) (Stream Coef) (Stream Coef))) (SIGNATURE sincos ((Record (: sin (Stream Coef)) (: cos (Stream Coef))) (Stream Coef))) (SIGNATURE sin ((Stream Coef) (Stream Coef))) (SIGNATURE cos ((Stream Coef) (Stream Coef))) (SIGNATURE tan ((Stream Coef) (Stream Coef))) (SIGNATURE cot ((Stream Coef) (Stream Coef))) (SIGNATURE sec ((Stream Coef) (Stream Coef))) (SIGNATURE csc ((Stream Coef) (Stream Coef))) (SIGNATURE asin ((Stream Coef) (Stream Coef))) (SIGNATURE acos ((Stream Coef) (Stream Coef))) (SIGNATURE atan ((Stream Coef) (Stream Coef))) (SIGNATURE acot ((Stream Coef) (Stream Coef))) (SIGNATURE asec ((Stream Coef) (Stream Coef))) (SIGNATURE acsc ((Stream Coef) (Stream Coef))) (SIGNATURE sinhcosh ((Record (: sinh (Stream Coef)) (: cosh (Stream Coef))) (Stream Coef))) (SIGNATURE sinh ((Stream Coef) (Stream Coef))) (SIGNATURE cosh ((Stream Coef) (Stream Coef))) (SIGNATURE tanh ((Stream Coef) (Stream Coef))) (SIGNATURE coth ((Stream Coef) (Stream Coef))) (SIGNATURE sech ((Stream Coef) (Stream Coef))) (SIGNATURE csch ((Stream Coef) (Stream Coef))) (SIGNATURE asinh ((Stream Coef) (Stream Coef))) (SIGNATURE acosh ((Stream Coef) (Stream Coef))) (SIGNATURE atanh ((Stream Coef) (Stream Coef))) (SIGNATURE acoth ((Stream Coef) (Stream Coef))) (SIGNATURE asech ((Stream Coef) (Stream Coef))) (SIGNATURE acsch ((Stream Coef) (Stream Coef)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for StreamTranscendentalFunctions compiling into /tmp/oa-uEyvHO importing StreamTaylorSeriesOperations Coef compiling local expre : (Coef,Stream Coef,Stream Coef) -> Stream Coef Time: 0.04 SEC. compiling exported exp : Stream Coef -> Stream Coef Time: 0.02 SEC. compiling exported log : Stream Coef -> Stream Coef Time: 0.01 SEC. compiling exported ** : (Stream Coef,Stream Coef) -> Stream Coef Time: 0.00 SEC. compiling local sincosre : (Coef,Coef,List Stream Coef,Stream Coef,Coef) -> List Stream Coef Time: 0.12 SEC. compiling exported sincos : Stream Coef -> Record(sin: Stream Coef,cos: Stream Coef) Time: 0.03 SEC. compiling exported sin : Stream Coef -> Stream Coef Time: 0.00 SEC. compiling exported cos : Stream Coef -> Stream Coef Time: 0.00 SEC. compiling local tanre : (Coef,Stream Coef,Stream Coef,Coef) -> Stream Coef Time: 0.28 SEC. compiling exported tan : Stream Coef -> Stream Coef Time: 0.01 SEC. compiling local cotre : (Coef,Stream Coef,Stream Coef) -> Stream Coef Time: 0.79 SEC. compiling exported cot : Stream Coef -> Stream Coef Time: 0.03 SEC. compiling exported sec : Stream Coef -> Stream Coef Time: 0.02 SEC. compiling exported csc : Stream Coef -> Stream Coef Time: 0.02 SEC. compiling local orderOrFailed : Stream Coef -> Union(Integer,failed) Time: 0.01 SEC. compiling exported asin : Stream Coef -> Stream Coef Time: 0.18 SEC. compiling exported acos : Stream Coef -> Stream Coef Time: 0.14 SEC. compiling exported atan : Stream Coef -> Stream Coef Time: 0.07 SEC. compiling exported acot : Stream Coef -> Stream Coef Time: 0.06 SEC. compiling exported asec : Stream Coef -> Stream Coef Time: 0.16 SEC. compiling exported acsc : Stream Coef -> Stream Coef Time: 0.24 SEC. compiling exported sinhcosh : Stream Coef -> Record(sinh: Stream Coef,cosh: Stream Coef) Time: 0.04 SEC. compiling exported sinh : Stream Coef -> Stream Coef Time: 0.01 SEC. compiling exported cosh : Stream Coef -> Stream Coef Time: 0.01 SEC. compiling exported tanh : Stream Coef -> Stream Coef Time: 0.01 SEC. compiling exported coth : Stream Coef -> Stream Coef Time: 0.01 SEC. compiling exported sech : Stream Coef -> Stream Coef Time: 0.01 SEC. compiling exported csch : Stream Coef -> Stream Coef Time: 0.01 SEC. compiling exported asinh : Stream Coef -> Stream Coef Time: 0.10 SEC. compiling exported acosh : Stream Coef -> Stream Coef Time: 0.24 SEC. compiling exported atanh : Stream Coef -> Stream Coef Time: 0.14 SEC. compiling exported acoth : Stream Coef -> Stream Coef Time: 0.13 SEC. compiling exported asech : Stream Coef -> Stream Coef Time: 0.26 SEC. compiling exported acsch : Stream Coef -> Stream Coef Time: 0.16 SEC. (time taken in buildFunctor: 0) Time: 0.05 SEC. Warnings: [1] atanh: inv has no value [2] acoth: inv has no value Cumulative Statistics for Constructor StreamTranscendentalFunctions Time: 3.44 seconds finalizing NRLIB STTF Processing StreamTranscendentalFunctions for Browser database: -- exp : ST -> ST -- log : ST -> ST -- ?**? : (ST,ST) -> ST -- sincos : ST -> Record(sin: ST,cos: ST) -- sin : ST -> ST -- cos : ST -> ST -- tan : ST -> ST -- cot : ST -> ST -- sec : ST -> ST -- csc : ST -> ST -- asin : ST -> ST -- acos : ST -> ST -- atan : ST -> ST -- acot : ST -> ST -- asec : ST -> ST -- acsc : ST -> ST -- sinhcosh : ST -> Record(sinh: ST,cosh: ST) -- sinh : ST -> ST -- cosh : ST -> ST -- tanh : ST -> ST -- coth : ST -> ST -- sech : ST -> ST -- csch : ST -> ST -- asinh : ST -> ST -- acosh : ST -> ST -- atanh : ST -> ST -- acoth : ST -> ST -- asech : ST -> ST -- acsch : ST -> ST -- constructor ; compiling file "/tmp/oa-uEyvHO/code.lsp" (written 01 FEB 2016 11:02:04 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |STTF;expre| ...) ; compiling (DEFUN |STTF;expre!0| ...) ; compiling (DEFUN |STTF;exp;2S;2| ...) ; compiling (DEFUN |STTF;exp;2S;2!1| ...) ; compiling (DEFUN |STTF;exp;2S;2!0| ...) ; compiling (DEFUN |STTF;log;2S;3| ...) ; compiling (DEFUN |STTF;log;2S;3!1| ...) ; compiling (DEFUN |STTF;log;2S;3!0| ...) ; compiling (DEFUN |STTF;**;3S;4| ...) ; compiling (DEFUN |STTF;sincosre| ...) ; compiling (DEFUN |STTF;sincosre!1| ...) ; compiling (DEFUN |STTF;sincosre!0| ...) ; compiling (DEFUN |STTF;sincos;SR;6| ...) ; compiling (DEFUN |STTF;sincos;SR;6!1| ...) ; compiling (DEFUN |STTF;sincos;SR;6!0| ...) ; compiling (DEFUN |STTF;sin;2S;7| ...) ; compiling (DEFUN |STTF;cos;2S;8| ...) ; compiling (DEFUN |STTF;tanre| ...) ; compiling (DEFUN |STTF;tanre!0| ...) ; compiling (DEFUN |STTF;tan;2S;10| ...) ; compiling (DEFUN |STTF;tan;2S;10!1| ...) ; compiling (DEFUN |STTF;tan;2S;10!0| ...) ; compiling (DEFUN |STTF;cotre| ...) ; compiling (DEFUN |STTF;cotre!0| ...) ; compiling (DEFUN |STTF;cot;2S;12| ...) ; compiling (DEFUN |STTF;cot;2S;12!0| ...) ; compiling (DEFUN |STTF;sec;2S;13| ...) ; compiling (DEFUN |STTF;csc;2S;14| ...) ; compiling (DEFUN |STTF;orderOrFailed| ...) ; compiling (DEFUN |STTF;asin;2S;16| ...) ; compiling (DEFUN |STTF;acos;2S;17| ...) ; compiling (DEFUN |STTF;atan;2S;18| ...) ; compiling (DEFUN |STTF;acot;2S;19| ...) ; compiling (DEFUN |STTF;asec;2S;20| ...) ; compiling (DEFUN |STTF;acsc;2S;21| ...) ; compiling (DEFUN |STTF;sinhcosh;SR;22| ...) ; compiling (DEFUN |STTF;sinhcosh;SR;22!1| ...) ; compiling (DEFUN |STTF;sinhcosh;SR;22!0| ...) ; compiling (DEFUN |STTF;sinh;2S;23| ...) ; compiling (DEFUN |STTF;cosh;2S;24| ...) ; compiling (DEFUN |STTF;tanh;2S;25| ...) ; compiling (DEFUN |STTF;tanh;2S;25!1| ...) ; compiling (DEFUN |STTF;tanh;2S;25!0| ...) ; compiling (DEFUN |STTF;coth;2S;26| ...) ; compiling (DEFUN |STTF;sech;2S;27| ...) ; compiling (DEFUN |STTF;csch;2S;28| ...) ; compiling (DEFUN |STTF;asinh;2S;29| ...) ; compiling (DEFUN |STTF;acosh;2S;30| ...) ; compiling (DEFUN |STTF;atanh;2S;31| ...) ; compiling (DEFUN |STTF;acoth;2S;32| ...) ; compiling (DEFUN |STTF;asech;2S;33| ...) ; compiling (DEFUN |STTF;acsch;2S;34| ...) ; compiling (DEFUN |StreamTranscendentalFunctions| ...) ; compiling (DEFUN |StreamTranscendentalFunctions;| ...) ; compiling (MAKEPROP (QUOTE |StreamTranscendentalFunctions|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-uEyvHO/code.fasl written ; compilation finished in 0:00:00.443 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile LPOLY.spad && cp LPOLY.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LPOLY.fasl \ && if test -f LPOLY-.NRLIB/code.fasl; then \ cp LPOLY-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LPOLY-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LPOLY.spad using Spad compiler. LPOLY abbreviates domain LiePolynomial debug: compDefine1 lhs: (LiePolynomial VarSet R) signature (pre-evaluate): ((Join (FreeLieAlgebra VarSet R) (FreeModuleCat R (LyndonWord VarSet)) (CATEGORY domain (SIGNATURE LiePolyIfCan ((Union $ failed) (XDistributedPolynomial VarSet R))) (SIGNATURE construct ($ (LyndonWord VarSet) (LyndonWord VarSet))) (SIGNATURE construct ($ (LyndonWord VarSet) $)) (SIGNATURE construct ($ $ (LyndonWord VarSet))))) (OrderedSet) (CommutativeRing)) debug: evaluateType form: (Join (FreeLieAlgebra VarSet R) (FreeModuleCat R (LyndonWord VarSet)) (CATEGORY domain (SIGNATURE LiePolyIfCan ((Union $ failed) (XDistributedPolynomial VarSet R))) (SIGNATURE construct ($ (LyndonWord VarSet) (LyndonWord VarSet))) (SIGNATURE construct ($ (LyndonWord VarSet) $)) (SIGNATURE construct ($ $ (LyndonWord VarSet))))) $param: (VarSet R) debug: evaluateType form: (FreeLieAlgebra VarSet R) $param: (VarSet R) Debug: evaluateType1 form: (FreeLieAlgebra VarSet R) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evaluateType1 x: R m: (CommutativeRing) debug: evaluateType form: (FreeModuleCat R (LyndonWord VarSet)) $param: (VarSet R) Debug: evaluateType1 form: (FreeModuleCat R (LyndonWord VarSet)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: (LyndonWord VarSet) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (VarSet R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (LyndonWord VarSet) $param: (VarSet R) Debug: evaluateType1 form: (LyndonWord VarSet) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evalCategory d: (LyndonWord VarSet) c: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE LiePolyIfCan ((Union $ failed) (XDistributedPolynomial VarSet R))) (SIGNATURE construct ($ (LyndonWord VarSet) (LyndonWord VarSet))) (SIGNATURE construct ($ (LyndonWord VarSet) $)) (SIGNATURE construct ($ $ (LyndonWord VarSet)))) $param: (VarSet R) debug: evaluateType form: (Union $ failed) $param: (VarSet R) debug: evaluateType form: $ $param: (VarSet R) debug: evaluateType form: failed $param: (VarSet R) debug: evaluateType form: (XDistributedPolynomial VarSet R) $param: (VarSet R) Debug: evaluateType1 form: (XDistributedPolynomial VarSet R) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (LyndonWord VarSet) $param: (VarSet R) Debug: evaluateType1 form: (LyndonWord VarSet) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evaluateType form: (LyndonWord VarSet) $param: (VarSet R) Debug: evaluateType1 form: (LyndonWord VarSet) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evaluateType form: (LyndonWord VarSet) $param: (VarSet R) Debug: evaluateType1 form: (LyndonWord VarSet) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evaluateType form: (LyndonWord VarSet) $param: (VarSet R) Debug: evaluateType1 form: (LyndonWord VarSet) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (VarSet R) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (CommutativeRing) $param: (VarSet R) Debug: evaluateType1 form: (CommutativeRing) debug: compDefine1 signature (post evaluate): ((Join (FreeLieAlgebra VarSet R) (FreeModuleCat R (LyndonWord VarSet)) (CATEGORY domain (SIGNATURE LiePolyIfCan ((Union $ failed) (XDistributedPolynomial VarSet R))) (SIGNATURE construct ($ (LyndonWord VarSet) (LyndonWord VarSet))) (SIGNATURE construct ($ (LyndonWord VarSet) $)) (SIGNATURE construct ($ $ (LyndonWord VarSet))))) (OrderedSet) (CommutativeRing)) debug: compDefine1 lhs: (LiePolynomial VarSet R) signature (pre-evaluate): ((Join (FreeLieAlgebra VarSet R) (FreeModuleCat R (LyndonWord VarSet)) (CATEGORY domain (SIGNATURE LiePolyIfCan ((Union $ failed) (XDistributedPolynomial VarSet R))) (SIGNATURE construct ($ (LyndonWord VarSet) (LyndonWord VarSet))) (SIGNATURE construct ($ (LyndonWord VarSet) $)) (SIGNATURE construct ($ $ (LyndonWord VarSet))))) NIL NIL) debug: evaluateType form: (Join (FreeLieAlgebra VarSet R) (FreeModuleCat R (LyndonWord VarSet)) (CATEGORY domain (SIGNATURE LiePolyIfCan ((Union $ failed) (XDistributedPolynomial VarSet R))) (SIGNATURE construct ($ (LyndonWord VarSet) (LyndonWord VarSet))) (SIGNATURE construct ($ (LyndonWord VarSet) $)) (SIGNATURE construct ($ $ (LyndonWord VarSet))))) $param: (VarSet R) debug: evaluateType form: (FreeLieAlgebra VarSet R) $param: (VarSet R) Debug: evaluateType1 form: (FreeLieAlgebra VarSet R) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evaluateType1 x: R m: (CommutativeRing) debug: evaluateType form: (FreeModuleCat R (LyndonWord VarSet)) $param: (VarSet R) Debug: evaluateType1 form: (FreeModuleCat R (LyndonWord VarSet)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: (LyndonWord VarSet) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (VarSet R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (LyndonWord VarSet) $param: (VarSet R) Debug: evaluateType1 form: (LyndonWord VarSet) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evalCategory d: (LyndonWord VarSet) c: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE LiePolyIfCan ((Union $ failed) (XDistributedPolynomial VarSet R))) (SIGNATURE construct ($ (LyndonWord VarSet) (LyndonWord VarSet))) (SIGNATURE construct ($ (LyndonWord VarSet) $)) (SIGNATURE construct ($ $ (LyndonWord VarSet)))) $param: (VarSet R) debug: evaluateType form: (Union $ failed) $param: (VarSet R) debug: evaluateType form: $ $param: (VarSet R) debug: evaluateType form: failed $param: (VarSet R) debug: evaluateType form: (XDistributedPolynomial VarSet R) $param: (VarSet R) Debug: evaluateType1 form: (XDistributedPolynomial VarSet R) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (LyndonWord VarSet) $param: (VarSet R) Debug: evaluateType1 form: (LyndonWord VarSet) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evaluateType form: (LyndonWord VarSet) $param: (VarSet R) Debug: evaluateType1 form: (LyndonWord VarSet) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evaluateType form: (LyndonWord VarSet) $param: (VarSet R) Debug: evaluateType1 form: (LyndonWord VarSet) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evaluateType form: (LyndonWord VarSet) $param: (VarSet R) Debug: evaluateType1 form: (LyndonWord VarSet) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: compDefine1 signature (post evaluate): ((Join (FreeLieAlgebra VarSet R) (FreeModuleCat R (LyndonWord VarSet)) (CATEGORY domain (SIGNATURE LiePolyIfCan ((Union $ failed) (XDistributedPolynomial VarSet R))) (SIGNATURE construct ($ (LyndonWord VarSet) (LyndonWord VarSet))) (SIGNATURE construct ($ (LyndonWord VarSet) $)) (SIGNATURE construct ($ $ (LyndonWord VarSet))))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for LiePolynomial compiling into /tmp/oa-fuSmAi importing Record(k: LyndonWord VarSet,c: R) compiling local eval1 : (LyndonWord VarSet,VarSet,%) -> % Time: 0.06 SEC. compiling local eval2 : (LyndonWord VarSet,List VarSet,List %) -> % Time: 0.07 SEC. compiling exported eval : (%,VarSet,%) -> % Time: 0.02 SEC. compiling exported eval : (%,List VarSet,List %) -> % Time: 0.04 SEC. compiling local lquo1 : (XRecursivePolynomial(VarSet,R),LyndonWord VarSet) -> XRecursivePolynomial(VarSet,R) Time: 0.02 SEC. compiling local rquo1 : (XRecursivePolynomial(VarSet,R),LyndonWord VarSet) -> XRecursivePolynomial(VarSet,R) Time: 0.02 SEC. compiling exported coef : (XRecursivePolynomial(VarSet,R),%) -> R Time: 0.01 SEC. compiling exported lquo : (XRecursivePolynomial(VarSet,R),%) -> XRecursivePolynomial(VarSet,R) Time: 0.06 SEC. compiling exported rquo : (XRecursivePolynomial(VarSet,R),%) -> XRecursivePolynomial(VarSet,R) Time: 0.06 SEC. compiling exported LiePolyIfCan : XDistributedPolynomial(VarSet,R) -> Union(%,failed) Time: 0.06 SEC. compiling local makeLyndon : (LyndonWord VarSet,LyndonWord VarSet) -> LyndonWord VarSet Time: 0.01 SEC. compiling local crw : (LyndonWord VarSet,LyndonWord VarSet) -> % Time: 0.02 SEC. compiling local lyndon : (LyndonWord VarSet,LyndonWord VarSet) -> % Time: 0.01 SEC. compiling local cr1 : (LyndonWord VarSet,%) -> % Time: 0.02 SEC. compiling local cr2 : (%,LyndonWord VarSet) -> % Time: 0.03 SEC. compiling local DPoly : LyndonWord VarSet -> XDistributedPolynomial(VarSet,R) Time: 0.03 SEC. compiling local RPoly : LyndonWord VarSet -> XRecursivePolynomial(VarSet,R) Time: 0.02 SEC. compiling exported coerce : VarSet -> % Time: 0.01 SEC. compiling exported construct : (%,%) -> % Time: 0.02 SEC. compiling exported construct : (LyndonWord VarSet,%) -> % Time: 0 SEC. compiling exported construct : (%,LyndonWord VarSet) -> % Time: 0.00 SEC. compiling exported construct : (LyndonWord VarSet,LyndonWord VarSet) -> % Time: 0.00 SEC. compiling exported coerce : % -> XDistributedPolynomial(VarSet,R) Time: 0.04 SEC. compiling exported coerce : % -> XRecursivePolynomial(VarSet,R) Time: 0.03 SEC. compiling exported LiePoly : LyndonWord VarSet -> % Time: 0.02 SEC. compiling exported varList : % -> List VarSet Time: 0.00 SEC. compiling exported mirror : % -> % Time: 0.02 SEC. compiling exported trunc : (%,NonNegativeInteger) -> % Time: 0.01 SEC. compiling exported degree : % -> NonNegativeInteger Time: 0.01 SEC. (time taken in buildFunctor: 4) Time: 0.04 SEC. Warnings: [1] Rep differs from the base domain [2] mirror: odd? has no value Cumulative Statistics for Constructor LiePolynomial Time: 0.76 seconds --------------non extending category---------------------- LiePolynomial(#1,#2) of category Join(FreeLieAlgebra(#1,#2), FreeModuleCat(#2,LyndonWord #1)) with LiePolyIfCan : XDistributedPolynomial(#1,#2) -> Union(%, "failed") construct : (LyndonWord #1,LyndonWord #1) -> % construct : (LyndonWord #1,%) -> % construct : (%,LyndonWord #1) -> % has no ?*? : (LyndonWord #1,#2) -> % ---------------------------------------------------------- finalizing NRLIB LPOLY Processing LiePolynomial for Browser database: -- LiePolyIfCan : XDPOLY -> Union(%,"failed") -- construct : (LWORD,LWORD) -> % -- construct : (LWORD,%) -> % -- construct : (%,LWORD) -> % -- constructor ; compiling file "/tmp/oa-fuSmAi/code.lsp" (written 01 FEB 2016 11:02:05 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LPOLY;eval1| ...) ; compiling (DEFUN |LPOLY;eval2| ...) ; file: /tmp/oa-fuSmAi/code.lsp ; in: DEFUN |LPOLY;eval2| ; (DEFUN BOOT::|LPOLY;eval2| (BOOT::|lw| BOOT::|lv| BOOT::|lnv| BOOT::$) ; (PROG (BOOT::|r| BOOT::|l|) ; (RETURN ; (LET (# #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LPOLY;eval2| ; (BOOT::|lw| BOOT::|lv| BOOT::|lnv| BOOT::$) ; (BLOCK BOOT::|LPOLY;eval2| ; (PROG (BOOT::|r| BOOT::|l|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |LPOLY;eval;$VarSet2$;3| ...) ; file: /tmp/oa-fuSmAi/code.lsp ; in: DEFUN |LPOLY;eval;$VarSet2$;3| ; (DEFUN BOOT::|LPOLY;eval;$VarSet2$;3| ; (BOOT::|p| BOOT::|v| BOOT::|nv| BOOT::$) ; (LET ((#:G575 NIL) (#:G576 T) (#:G730 BOOT::|p|)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G730 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LPOLY;eval;$VarSet2$;3| ; (BOOT::|p| BOOT::|v| BOOT::|nv| BOOT::$) ; (BLOCK BOOT::|LPOLY;eval;$VarSet2$;3| ; (LET ((#:G575 NIL) (#:G576 T) (#:G730 BOOT::|p|)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |LPOLY;eval;$LL$;4| ...) ; file: /tmp/oa-fuSmAi/code.lsp ; in: DEFUN |LPOLY;eval;$LL$;4| ; (DEFUN BOOT::|LPOLY;eval;$LL$;4| (BOOT::|p| BOOT::|lv| BOOT::|lnv| BOOT::$) ; (LET ((#:G583 NIL) (#:G584 T) (#:G731 BOOT::|p|)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G731 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LPOLY;eval;$LL$;4| ; (BOOT::|p| BOOT::|lv| BOOT::|lnv| BOOT::$) ; (BLOCK BOOT::|LPOLY;eval;$LL$;4| ; (LET ((#:G583 NIL) (#:G584 T) (#:G731 BOOT::|p|)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |LPOLY;lquo1| ...) ; compiling (DEFUN |LPOLY;rquo1| ...) ; compiling (DEFUN |LPOLY;coef;Xrp$R;7| ...) ; compiling (DEFUN |LPOLY;lquo;Xrp$Xrp;8| ...) ; compiling (DEFUN |LPOLY;rquo;Xrp$Xrp;9| ...) ; compiling (DEFUN |LPOLY;LiePolyIfCan;XdpU;10| ...) ; compiling (DEFUN |LPOLY;makeLyndon| ...) ; compiling (DEFUN |LPOLY;crw| ...) ; file: /tmp/oa-fuSmAi/code.lsp ; in: DEFUN |LPOLY;crw| ; (DEFUN BOOT::|LPOLY;crw| (BOOT::|u| BOOT::|v| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|u| BOOT::|v| (BOOT::|shellEntry| BOOT::$ 66)) ; (BOOT::|spadConstant| BOOT::$ 23)) ; ((BOOT::SPADCALL BOOT::|u| BOOT::|v| (BOOT::|shellEntry| BOOT::$ 67)) ; (BOOT::|LPOLY;lyndon| BOOT::|u| BOOT::|v| BOOT::$)) ; (T ; (BOOT::SPADCALL (BOOT::|LPOLY;lyndon| BOOT::|v| BOOT::|u| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 68))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LPOLY;crw| ; (BOOT::|u| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|LPOLY;crw| ; (COND ; ((BOOT::SPADCALL BOOT::|u| BOOT::|v| #) ; (BOOT::|spadConstant| BOOT::$ 23)) ; ((BOOT::SPADCALL BOOT::|u| BOOT::|v| #) ; (BOOT::|LPOLY;lyndon| BOOT::|u| BOOT::|v| BOOT::$)) ; (T (BOOT::SPADCALL # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |LPOLY;lyndon| ...) ; file: /tmp/oa-fuSmAi/code.lsp ; in: DEFUN |LPOLY;lyndon| ; (DEFUN BOOT::|LPOLY;lyndon| (BOOT::|u| BOOT::|v| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|u| (BOOT::|shellEntry| BOOT::$ 38)) ; (BOOT::SPADCALL (BOOT::|LPOLY;makeLyndon| BOOT::|u| BOOT::|v| BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 69) ; (BOOT::|shellEntry| BOOT::$ 70))) ; (T ; (LET (# #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LPOLY;lyndon| ; (BOOT::|u| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|LPOLY;lyndon| ; (COND ((BOOT::SPADCALL BOOT::|u| #) (BOOT::SPADCALL # # #)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |LPOLY;cr1| ...) ; file: /tmp/oa-fuSmAi/code.lsp ; in: DEFUN |LPOLY;cr1| ; (DEFUN BOOT::|LPOLY;cr1| (BOOT::|l| BOOT::|p| BOOT::$) ; (LET ((#:G641 NIL) (#:G642 T) (#:G734 BOOT::|p|)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G734 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LPOLY;cr1| ; (BOOT::|l| BOOT::|p| BOOT::$) ; (BLOCK BOOT::|LPOLY;cr1| ; (LET ((#:G641 NIL) (#:G642 T) (#:G734 BOOT::|p|)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |LPOLY;cr2| ...) ; file: /tmp/oa-fuSmAi/code.lsp ; in: DEFUN |LPOLY;cr2| ; (DEFUN BOOT::|LPOLY;cr2| (BOOT::|p| BOOT::|l| BOOT::$) ; (LET ((#:G649 NIL) (#:G650 T) (#:G735 BOOT::|p|)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G735 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LPOLY;cr2| ; (BOOT::|p| BOOT::|l| BOOT::$) ; (BLOCK BOOT::|LPOLY;cr2| ; (LET ((#:G649 NIL) (#:G650 T) (#:G735 BOOT::|p|)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |LPOLY;DPoly| ...) ; compiling (DEFUN |LPOLY;RPoly| ...) ; compiling (DEFUN |LPOLY;coerce;VarSet$;18| ...) ; file: /tmp/oa-fuSmAi/code.lsp ; in: DEFUN |LPOLY;coerce;VarSet$;18| ; (DEFUN BOOT::|LPOLY;coerce;VarSet$;18| (BOOT::|v| BOOT::$) ; (BOOT::SPADCALL (CONS 0 BOOT::|v|) (BOOT::|spadConstant| BOOT::$ 69) ; (BOOT::|shellEntry| BOOT::$ 70))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LPOLY;coerce;VarSet$;18| ; (BOOT::|v| BOOT::$) ; (BLOCK BOOT::|LPOLY;coerce;VarSet$;18| ; (BOOT::SPADCALL (CONS 0 BOOT::|v|) (BOOT::|spadConstant| BOOT::$ 69) ; (BOOT::|shellEntry| BOOT::$ 70)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |LPOLY;construct;3$;19| ...) ; file: /tmp/oa-fuSmAi/code.lsp ; in: DEFUN |LPOLY;construct;3$;19| ; (DEFUN BOOT::|LPOLY;construct;3$;19| (BOOT::|x| BOOT::|y| BOOT::$) ; (LET ((#:G665 NIL) (#:G666 T) (#:G736 BOOT::|x|)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G736 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LPOLY;construct;3$;19| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|LPOLY;construct;3$;19| ; (LET ((#:G665 NIL) (#:G666 T) (#:G736 BOOT::|x|)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |LPOLY;construct;Lw2$;20| ...) ; compiling (DEFUN |LPOLY;construct;$Lw$;21| ...) ; compiling (DEFUN |LPOLY;construct;2Lw$;22| ...) ; compiling (DEFUN |LPOLY;coerce;$Xdp;23| ...) ; compiling (DEFUN |LPOLY;coerce;$Xrp;24| ...) ; compiling (DEFUN |LPOLY;LiePoly;Lw$;25| ...) ; file: /tmp/oa-fuSmAi/code.lsp ; in: DEFUN |LPOLY;LiePoly;Lw$;25| ; (DEFUN BOOT::|LPOLY;LiePoly;Lw$;25| (BOOT::|l| BOOT::$) ; (BOOT::SPADCALL BOOT::|l| (BOOT::|spadConstant| BOOT::$ 69) ; (BOOT::|shellEntry| BOOT::$ 70))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LPOLY;LiePoly;Lw$;25| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|LPOLY;LiePoly;Lw$;25| ; (BOOT::SPADCALL BOOT::|l| (BOOT::|spadConstant| BOOT::$ 69) ; (BOOT::|shellEntry| BOOT::$ 70)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |LPOLY;varList;$L;26| ...) ; file: /tmp/oa-fuSmAi/code.lsp ; in: DEFUN |LPOLY;varList;$L;26| ; (DEFUN BOOT::|LPOLY;varList;$L;26| (BOOT::|p| BOOT::$) ; (LET ((BOOT::|le| ; (LET # ; #))) ; (BOOT::SPADCALL BOOT::|le| (BOOT::|shellEntry| BOOT::$ 84)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LPOLY;varList;$L;26| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|LPOLY;varList;$L;26| ; (LET ((BOOT::|le| #)) ; (BOOT::SPADCALL BOOT::|le| (BOOT::|shellEntry| BOOT::$ 84))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |LPOLY;mirror;2$;27| ...) ; file: /tmp/oa-fuSmAi/code.lsp ; in: DEFUN |LPOLY;mirror;2$;27| ; (DEFUN BOOT::|LPOLY;mirror;2$;27| (BOOT::|p| BOOT::$) ; (LET ((#:G740 BOOT::|p|) (#:G703 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G740 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LPOLY;mirror;2$;27| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|LPOLY;mirror;2$;27| ; (LET ((#:G740 BOOT::|p|) (#:G703 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |LPOLY;trunc;$Nni$;28| ...) ; compiling (DEFUN |LPOLY;degree;$Nni;29| ...) ; file: /tmp/oa-fuSmAi/code.lsp ; in: DEFUN |LPOLY;degree;$Nni;29| ; (DEFUN BOOT::|LPOLY;degree;$Nni;29| (BOOT::|p| BOOT::$) ; (COND ((NULL BOOT::|p|) 0) ; (T (BOOT::SPADCALL (CAR #) (BOOT::|shellEntry| BOOT::$ 87))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LPOLY;degree;$Nni;29| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|LPOLY;degree;$Nni;29| ; (COND ((NULL BOOT::|p|) 0) (T (BOOT::SPADCALL # #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |LiePolynomial| ...) ; compiling (DEFUN |LiePolynomial;| ...) ; compiling (MAKEPROP (QUOTE |LiePolynomial|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 13 notes ; /tmp/oa-fuSmAi/code.fasl written ; compilation finished in 0:00:00.149 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile LSMP.spad && cp LSMP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LSMP.fasl \ && if test -f LSMP-.NRLIB/code.fasl; then \ cp LSMP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LSMP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LSMP.spad using Spad compiler. LSMP abbreviates package LinearSystemMatrixPackage debug: compDefine1 lhs: (LinearSystemMatrixPackage F Row Col M) signature (pre-evaluate): ((CATEGORY package (SIGNATURE solve ((Record (: particular (Union Col failed)) (: basis (List Col))) M Col)) (SIGNATURE solve ((List (Record (: particular (Union Col failed)) (: basis (List Col)))) M (List Col))) (SIGNATURE particularSolution ((Union Col failed) M Col)) (SIGNATURE hasSolution? ((Boolean) M Col)) (SIGNATURE rank ((NonNegativeInteger) M Col))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE solve ((Record (: particular (Union Col failed)) (: basis (List Col))) M Col)) (SIGNATURE solve ((List (Record (: particular (Union Col failed)) (: basis (List Col)))) M (List Col))) (SIGNATURE particularSolution ((Union Col failed) M Col)) (SIGNATURE hasSolution? ((Boolean) M Col)) (SIGNATURE rank ((NonNegativeInteger) M Col))) $param: (F Row Col M) debug: evaluateType form: (Record (: particular (Union Col failed)) (: basis (List Col))) $param: (F Row Col M) debug: evaluateType form: (Union Col failed) $param: (F Row Col M) debug: evaluateType form: Col $param: (F Row Col M) debug: evaluateType form: failed $param: (F Row Col M) debug: evaluateType form: (List Col) $param: (F Row Col M) Debug: evaluateType1 form: (List Col) debug: evaluateType1 x: Col m: (Type) debug: evaluateType form: M $param: (F Row Col M) debug: evaluateType form: Col $param: (F Row Col M) debug: evaluateType form: (List (Record (: particular (Union Col failed)) (: basis (List Col)))) $param: (F Row Col M) Debug: evaluateType1 form: (List (Record (: particular (Union Col failed)) (: basis (List Col)))) debug: evaluateType1 x: (Record (: particular (Union Col failed)) (: basis (List Col))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F Row Col M) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: particular (Union Col failed)) (: basis (List Col))) $param: (F Row Col M) debug: evaluateType form: (Union Col failed) $param: (F Row Col M) debug: evaluateType form: Col $param: (F Row Col M) debug: evaluateType form: failed $param: (F Row Col M) debug: evaluateType form: (List Col) $param: (F Row Col M) Debug: evaluateType1 form: (List Col) debug: evaluateType1 x: Col m: (Type) debug: evalCategory d: (Record (: particular (Union Col failed)) (: basis (List Col))) c: (Type) debug: evaluateType form: M $param: (F Row Col M) debug: evaluateType form: (List Col) $param: (F Row Col M) Debug: evaluateType1 form: (List Col) debug: evaluateType1 x: Col m: (Type) debug: evaluateType form: (Union Col failed) $param: (F Row Col M) debug: evaluateType form: Col $param: (F Row Col M) debug: evaluateType form: failed $param: (F Row Col M) debug: evaluateType form: M $param: (F Row Col M) debug: evaluateType form: Col $param: (F Row Col M) debug: evaluateType form: (Boolean) $param: (F Row Col M) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: M $param: (F Row Col M) debug: evaluateType form: Col $param: (F Row Col M) debug: evaluateType form: (NonNegativeInteger) $param: (F Row Col M) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: M $param: (F Row Col M) debug: evaluateType form: Col $param: (F Row Col M) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE solve ((Record (: particular (Union Col failed)) (: basis (List Col))) M Col)) (SIGNATURE solve ((List (Record (: particular (Union Col failed)) (: basis (List Col)))) M (List Col))) (SIGNATURE particularSolution ((Union Col failed) M Col)) (SIGNATURE hasSolution? ((Boolean) M Col)) (SIGNATURE rank ((NonNegativeInteger) M Col))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for LinearSystemMatrixPackage compiling into /tmp/oa-sxQUPf compiling exported hasSolution? : (M,Col) -> Boolean Time: 0.06 SEC. compiling local systemMatrix : (M,Col) -> M Time: 0.01 SEC. compiling exported rank : (M,Col) -> NonNegativeInteger Time: 0.00 SEC. compiling exported particularSolution : (M,Col) -> Union(Col,failed) Time: 0.00 SEC. compiling local aSolution : M -> Union(Col,failed) Time: 0.06 SEC. compiling exported solve : (M,Col) -> Record(particular: Union(Col,failed),basis: List Col) Time: 0.02 SEC. compiling exported solve : (M,List Col) -> List Record(particular: Union(Col,failed),basis: List Col) Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor LinearSystemMatrixPackage Time: 0.20 seconds finalizing NRLIB LSMP Processing LinearSystemMatrixPackage for Browser database: -- solve : (M,Col) -> Both -- solve : (M,List Col) -> List Both -- particularSolution : (M,Col) -> PartialV -- hasSolution? : (M,Col) -> Boolean -- rank : (M,Col) -> N -- constructor ; compiling file "/tmp/oa-sxQUPf/code.lsp" (written 01 FEB 2016 11:02:06 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LSMP;hasSolution?;MColB;1| ...) ; compiling (DEFUN |LSMP;systemMatrix| ...) ; compiling (DEFUN |LSMP;rank;MColNni;3| ...) ; file: /tmp/oa-sxQUPf/code.lsp ; in: DEFUN |LSMP;rank;MColNni;3| ; (DEFUN BOOT::|LSMP;rank;MColNni;3| (BOOT::A BOOT::|b| BOOT::$) ; (BOOT::SPADCALL (BOOT::|LSMP;systemMatrix| BOOT::A BOOT::|b| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 11))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LSMP;rank;MColNni;3| ; (BOOT::A BOOT::|b| BOOT::$) ; (BLOCK BOOT::|LSMP;rank;MColNni;3| ; (BOOT::SPADCALL (BOOT::|LSMP;systemMatrix| BOOT::A BOOT::|b| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 11)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |LSMP;particularSolution;MColU;4| ...) ; compiling (DEFUN |LSMP;aSolution| ...) ; compiling (DEFUN |LSMP;solve;MColR;6| ...) ; compiling (DEFUN |LSMP;solve;MLL;7| ...) ; compiling (DEFUN |LinearSystemMatrixPackage| ...) ; compiling (DEFUN |LinearSystemMatrixPackage;| ...) ; compiling (MAKEPROP (QUOTE |LinearSystemMatrixPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-sxQUPf/code.fasl written ; compilation finished in 0:00:00.054 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile LSMP1.spad && cp LSMP1.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LSMP1.fasl \ && if test -f LSMP1-.NRLIB/code.fasl; then \ cp LSMP1-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LSMP1-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LSMP1.spad using Spad compiler. LSMP1 abbreviates package LinearSystemMatrixPackage1 debug: compDefine1 lhs: (LinearSystemMatrixPackage1 F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE solve ((Record (: particular (Union (Vector F) failed)) (: basis (List (Vector F)))) (Matrix F) (Vector F))) (SIGNATURE solve ((Record (: particular (Union (Vector F) failed)) (: basis (List (Vector F)))) (List (List F)) (Vector F))) (SIGNATURE solve ((List (Record (: particular (Union (Vector F) failed)) (: basis (List (Vector F))))) (Matrix F) (List (Vector F)))) (SIGNATURE solve ((List (Record (: particular (Union (Vector F) failed)) (: basis (List (Vector F))))) (List (List F)) (List (Vector F)))) (SIGNATURE particularSolution ((Union (Vector F) failed) (Matrix F) (Vector F))) (SIGNATURE hasSolution? ((Boolean) (Matrix F) (Vector F))) (SIGNATURE rank ((NonNegativeInteger) (Matrix F) (Vector F)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE solve ((Record (: particular (Union (Vector F) failed)) (: basis (List (Vector F)))) (Matrix F) (Vector F))) (SIGNATURE solve ((Record (: particular (Union (Vector F) failed)) (: basis (List (Vector F)))) (List (List F)) (Vector F))) (SIGNATURE solve ((List (Record (: particular (Union (Vector F) failed)) (: basis (List (Vector F))))) (Matrix F) (List (Vector F)))) (SIGNATURE solve ((List (Record (: particular (Union (Vector F) failed)) (: basis (List (Vector F))))) (List (List F)) (List (Vector F)))) (SIGNATURE particularSolution ((Union (Vector F) failed) (Matrix F) (Vector F))) (SIGNATURE hasSolution? ((Boolean) (Matrix F) (Vector F))) (SIGNATURE rank ((NonNegativeInteger) (Matrix F) (Vector F)))) $param: (F) debug: evaluateType form: (Record (: particular (Union (Vector F) failed)) (: basis (List (Vector F)))) $param: (F) debug: evaluateType form: (Union (Vector F) failed) $param: (F) debug: evaluateType form: (Vector F) $param: (F) Debug: evaluateType1 form: (Vector F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: failed $param: (F) debug: evaluateType form: (List (Vector F)) $param: (F) Debug: evaluateType1 form: (List (Vector F)) debug: evaluateType1 x: (Vector F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Vector F) $param: (F) Debug: evaluateType1 form: (Vector F) debug: evaluateType1 x: F m: (Type) debug: evalCategory d: (Vector F) c: (Type) debug: evaluateType form: (Matrix F) $param: (F) Debug: evaluateType1 form: (Matrix F) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (Vector F) $param: (F) Debug: evaluateType1 form: (Vector F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (Record (: particular (Union (Vector F) failed)) (: basis (List (Vector F)))) $param: (F) debug: evaluateType form: (Union (Vector F) failed) $param: (F) debug: evaluateType form: (Vector F) $param: (F) Debug: evaluateType1 form: (Vector F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: failed $param: (F) debug: evaluateType form: (List (Vector F)) $param: (F) Debug: evaluateType1 form: (List (Vector F)) debug: evaluateType1 x: (Vector F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Vector F) $param: (F) Debug: evaluateType1 form: (Vector F) debug: evaluateType1 x: F m: (Type) debug: evalCategory d: (Vector F) c: (Type) debug: evaluateType form: (List (List F)) $param: (F) Debug: evaluateType1 form: (List (List F)) debug: evaluateType1 x: (List F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List F) $param: (F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evalCategory d: (List F) c: (Type) debug: evaluateType form: (Vector F) $param: (F) Debug: evaluateType1 form: (Vector F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (List (Record (: particular (Union (Vector F) failed)) (: basis (List (Vector F))))) $param: (F) Debug: evaluateType1 form: (List (Record (: particular (Union (Vector F) failed)) (: basis (List (Vector F))))) debug: evaluateType1 x: (Record (: particular (Union (Vector F) failed)) (: basis (List (Vector F)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: particular (Union (Vector F) failed)) (: basis (List (Vector F)))) $param: (F) debug: evaluateType form: (Union (Vector F) failed) $param: (F) debug: evaluateType form: (Vector F) $param: (F) Debug: evaluateType1 form: (Vector F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: failed $param: (F) debug: evaluateType form: (List (Vector F)) $param: (F) Debug: evaluateType1 form: (List (Vector F)) debug: evaluateType1 x: (Vector F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Vector F) $param: (F) Debug: evaluateType1 form: (Vector F) debug: evaluateType1 x: F m: (Type) debug: evalCategory d: (Vector F) c: (Type) debug: evalCategory d: (Record (: particular (Union (Vector F) failed)) (: basis (List (Vector F)))) c: (Type) debug: evaluateType form: (Matrix F) $param: (F) Debug: evaluateType1 form: (Matrix F) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (List (Vector F)) $param: (F) Debug: evaluateType1 form: (List (Vector F)) debug: evaluateType1 x: (Vector F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Vector F) $param: (F) Debug: evaluateType1 form: (Vector F) debug: evaluateType1 x: F m: (Type) debug: evalCategory d: (Vector F) c: (Type) debug: evaluateType form: (List (Record (: particular (Union (Vector F) failed)) (: basis (List (Vector F))))) $param: (F) Debug: evaluateType1 form: (List (Record (: particular (Union (Vector F) failed)) (: basis (List (Vector F))))) debug: evaluateType1 x: (Record (: particular (Union (Vector F) failed)) (: basis (List (Vector F)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: particular (Union (Vector F) failed)) (: basis (List (Vector F)))) $param: (F) debug: evaluateType form: (Union (Vector F) failed) $param: (F) debug: evaluateType form: (Vector F) $param: (F) Debug: evaluateType1 form: (Vector F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: failed $param: (F) debug: evaluateType form: (List (Vector F)) $param: (F) Debug: evaluateType1 form: (List (Vector F)) debug: evaluateType1 x: (Vector F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Vector F) $param: (F) Debug: evaluateType1 form: (Vector F) debug: evaluateType1 x: F m: (Type) debug: evalCategory d: (Vector F) c: (Type) debug: evalCategory d: (Record (: particular (Union (Vector F) failed)) (: basis (List (Vector F)))) c: (Type) debug: evaluateType form: (List (List F)) $param: (F) Debug: evaluateType1 form: (List (List F)) debug: evaluateType1 x: (List F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List F) $param: (F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evalCategory d: (List F) c: (Type) debug: evaluateType form: (List (Vector F)) $param: (F) Debug: evaluateType1 form: (List (Vector F)) debug: evaluateType1 x: (Vector F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Vector F) $param: (F) Debug: evaluateType1 form: (Vector F) debug: evaluateType1 x: F m: (Type) debug: evalCategory d: (Vector F) c: (Type) debug: evaluateType form: (Union (Vector F) failed) $param: (F) debug: evaluateType form: (Vector F) $param: (F) Debug: evaluateType1 form: (Vector F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: failed $param: (F) debug: evaluateType form: (Matrix F) $param: (F) Debug: evaluateType1 form: (Matrix F) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (Vector F) $param: (F) Debug: evaluateType1 form: (Vector F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (Boolean) $param: (F) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Matrix F) $param: (F) Debug: evaluateType1 form: (Matrix F) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (Vector F) $param: (F) Debug: evaluateType1 form: (Vector F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (F) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Matrix F) $param: (F) Debug: evaluateType1 form: (Matrix F) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (Vector F) $param: (F) Debug: evaluateType1 form: (Vector F) debug: evaluateType1 x: F m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE solve ((Record (: particular (Union (Vector F) failed)) (: basis (List (Vector F)))) (Matrix F) (Vector F))) (SIGNATURE solve ((Record (: particular (Union (Vector F) failed)) (: basis (List (Vector F)))) (List (List F)) (Vector F))) (SIGNATURE solve ((List (Record (: particular (Union (Vector F) failed)) (: basis (List (Vector F))))) (Matrix F) (List (Vector F)))) (SIGNATURE solve ((List (Record (: particular (Union (Vector F) failed)) (: basis (List (Vector F))))) (List (List F)) (List (Vector F)))) (SIGNATURE particularSolution ((Union (Vector F) failed) (Matrix F) (Vector F))) (SIGNATURE hasSolution? ((Boolean) (Matrix F) (Vector F))) (SIGNATURE rank ((NonNegativeInteger) (Matrix F) (Vector F)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for LinearSystemMatrixPackage1 compiling into /tmp/oa-4oGGNH compiling exported solve : (Matrix F,Vector F) -> Record(particular: Union(Vector F,failed),basis: List Vector F) Time: 0.08 SEC. compiling exported solve : (List List F,Vector F) -> Record(particular: Union(Vector F,failed),basis: List Vector F) Time: 0.02 SEC. compiling exported solve : (Matrix F,List Vector F) -> List Record(particular: Union(Vector F,failed),basis: List Vector F) Time: 0.02 SEC. compiling exported solve : (List List F,List Vector F) -> List Record(particular: Union(Vector F,failed),basis: List Vector F) Time: 0.04 SEC. compiling exported particularSolution : (Matrix F,Vector F) -> Union(Vector F,failed) Time: 0.02 SEC. compiling exported hasSolution? : (Matrix F,Vector F) -> Boolean Time: 0.02 SEC. compiling exported rank : (Matrix F,Vector F) -> NonNegativeInteger Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor LinearSystemMatrixPackage1 Time: 0.24 seconds finalizing NRLIB LSMP1 Processing LinearSystemMatrixPackage1 for Browser database: -- solve : (M,Col) -> Both -- solve : (LL,Col) -> Both -- solve : (M,List Col) -> List Both -- solve : (LL,List Col) -> List Both -- particularSolution : (M,Col) -> PartialV -- hasSolution? : (M,Col) -> Boolean -- rank : (M,Col) -> N -- constructor ; compiling file "/tmp/oa-4oGGNH/code.lsp" (written 01 FEB 2016 11:02:06 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LSMP1;solve;MVR;1| ...) ; file: /tmp/oa-4oGGNH/code.lsp ; in: DEFUN |LSMP1;solve;MVR;1| ; (DEFUN BOOT::|LSMP1;solve;MVR;1| (BOOT::|m| BOOT::|c| BOOT::$) ; (BOOT::SPADCALL BOOT::|m| BOOT::|c| (BOOT::|shellEntry| BOOT::$ 13))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LSMP1;solve;MVR;1| ; (BOOT::|m| BOOT::|c| BOOT::$) ; (BLOCK BOOT::|LSMP1;solve;MVR;1| ; (BOOT::SPADCALL BOOT::|m| BOOT::|c| (BOOT::|shellEntry| BOOT::$ 13)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |LSMP1;solve;LVR;2| ...) ; file: /tmp/oa-4oGGNH/code.lsp ; in: DEFUN |LSMP1;solve;LVR;2| ; (DEFUN BOOT::|LSMP1;solve;LVR;2| (BOOT::|ll| BOOT::|c| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|ll| (BOOT::|shellEntry| BOOT::$ 17)) ; BOOT::|c| (BOOT::|shellEntry| BOOT::$ 13))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LSMP1;solve;LVR;2| ; (BOOT::|ll| BOOT::|c| BOOT::$) ; (BLOCK BOOT::|LSMP1;solve;LVR;2| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|ll| (BOOT::|shellEntry| BOOT::$ 17)) BOOT::|c| ; (BOOT::|shellEntry| BOOT::$ 13)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |LSMP1;solve;MLL;3| ...) ; file: /tmp/oa-4oGGNH/code.lsp ; in: DEFUN |LSMP1;solve;MLL;3| ; (DEFUN BOOT::|LSMP1;solve;MLL;3| (BOOT::|m| BOOT::|l| BOOT::$) ; (BOOT::SPADCALL BOOT::|m| BOOT::|l| (BOOT::|shellEntry| BOOT::$ 20))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LSMP1;solve;MLL;3| ; (BOOT::|m| BOOT::|l| BOOT::$) ; (BLOCK BOOT::|LSMP1;solve;MLL;3| ; (BOOT::SPADCALL BOOT::|m| BOOT::|l| (BOOT::|shellEntry| BOOT::$ 20)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |LSMP1;solve;LLL;4| ...) ; file: /tmp/oa-4oGGNH/code.lsp ; in: DEFUN |LSMP1;solve;LLL;4| ; (DEFUN BOOT::|LSMP1;solve;LLL;4| (BOOT::|ll| BOOT::|l| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|ll| (BOOT::|shellEntry| BOOT::$ 17)) ; BOOT::|l| (BOOT::|shellEntry| BOOT::$ 20))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LSMP1;solve;LLL;4| ; (BOOT::|ll| BOOT::|l| BOOT::$) ; (BLOCK BOOT::|LSMP1;solve;LLL;4| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|ll| (BOOT::|shellEntry| BOOT::$ 17)) BOOT::|l| ; (BOOT::|shellEntry| BOOT::$ 20)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |LSMP1;particularSolution;MVU;5| ...) ; file: /tmp/oa-4oGGNH/code.lsp ; in: DEFUN |LSMP1;particularSolution;MVU;5| ; (DEFUN BOOT::|LSMP1;particularSolution;MVU;5| (BOOT::|m| BOOT::|c| BOOT::$) ; (BOOT::SPADCALL BOOT::|m| BOOT::|c| (BOOT::|shellEntry| BOOT::$ 23))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LSMP1;particularSolution;MVU;5| ; (BOOT::|m| BOOT::|c| BOOT::$) ; (BLOCK BOOT::|LSMP1;particularSolution;MVU;5| ; (BOOT::SPADCALL BOOT::|m| BOOT::|c| (BOOT::|shellEntry| BOOT::$ 23)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |LSMP1;hasSolution?;MVB;6| ...) ; file: /tmp/oa-4oGGNH/code.lsp ; in: DEFUN |LSMP1;hasSolution?;MVB;6| ; (DEFUN BOOT::|LSMP1;hasSolution?;MVB;6| (BOOT::|m| BOOT::|c| BOOT::$) ; (BOOT::SPADCALL BOOT::|m| BOOT::|c| (BOOT::|shellEntry| BOOT::$ 26))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LSMP1;hasSolution?;MVB;6| ; (BOOT::|m| BOOT::|c| BOOT::$) ; (BLOCK BOOT::|LSMP1;hasSolution?;MVB;6| ; (BOOT::SPADCALL BOOT::|m| BOOT::|c| (BOOT::|shellEntry| BOOT::$ 26)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |LSMP1;rank;MVNni;7| ...) ; file: /tmp/oa-4oGGNH/code.lsp ; in: DEFUN |LSMP1;rank;MVNni;7| ; (DEFUN BOOT::|LSMP1;rank;MVNni;7| (BOOT::|m| BOOT::|c| BOOT::$) ; (BOOT::SPADCALL BOOT::|m| BOOT::|c| (BOOT::|shellEntry| BOOT::$ 29))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LSMP1;rank;MVNni;7| ; (BOOT::|m| BOOT::|c| BOOT::$) ; (BLOCK BOOT::|LSMP1;rank;MVNni;7| ; (BOOT::SPADCALL BOOT::|m| BOOT::|c| (BOOT::|shellEntry| BOOT::$ 29)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |LinearSystemMatrixPackage1| ...) ; compiling (DEFUN |LinearSystemMatrixPackage1;| ...) ; compiling (MAKEPROP (QUOTE |LinearSystemMatrixPackage1|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 7 notes ; /tmp/oa-4oGGNH/code.fasl written ; compilation finished in 0:00:00.056 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MATCAT2.spad && cp MATCAT2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MATCAT2.fasl \ && if test -f MATCAT2-.NRLIB/code.fasl; then \ cp MATCAT2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MATCAT2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MATCAT2.spad using Spad compiler. MATCAT2 abbreviates package MatrixCategoryFunctions2 debug: compDefine1 lhs: (MatrixCategoryFunctions2 R1 Row1 Col1 M1 R2 Row2 Col2 M2) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map (M2 (Mapping R2 R1) M1)) (SIGNATURE map ((Union M2 failed) (Mapping (Union R2 failed) R1) M1)) (SIGNATURE reduce (R2 (Mapping R2 R1 R2) M1 R2))) NIL NIL NIL NIL NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map (M2 (Mapping R2 R1) M1)) (SIGNATURE map ((Union M2 failed) (Mapping (Union R2 failed) R1) M1)) (SIGNATURE reduce (R2 (Mapping R2 R1 R2) M1 R2))) $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: M2 $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: (Mapping R2 R1) $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: R2 $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: R1 $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: M1 $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: (Union M2 failed) $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: M2 $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: failed $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: (Mapping (Union R2 failed) R1) $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: (Union R2 failed) $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: R2 $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: failed $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: R1 $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: M1 $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: R2 $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: (Mapping R2 R1 R2) $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: R2 $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: R1 $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: R2 $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: M1 $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: R2 $param: (R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map (M2 (Mapping R2 R1) M1)) (SIGNATURE map ((Union M2 failed) (Mapping (Union R2 failed) R1) M1)) (SIGNATURE reduce (R2 (Mapping R2 R1 R2) M1 R2))) NIL NIL NIL NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for MatrixCategoryFunctions2 compiling into /tmp/oa-feJdKa compiling exported map : (R1 -> R2,M1) -> M2 Time: 0.09 SEC. compiling exported map : (R1 -> Union(R2,failed),M1) -> Union(M2,failed) Time: 0.03 SEC. compiling exported reduce : ((R1,R2) -> R2,M1,R2) -> R2 Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor MatrixCategoryFunctions2 Time: 0.13 seconds finalizing NRLIB MATCAT2 Processing MatrixCategoryFunctions2 for Browser database: -- map : ((R1 -> R2),M1) -> M2 -- map : ((R1 -> Union(R2,"failed")),M1) -> Union(M2,"failed") -- reduce : (((R1,R2) -> R2),M1,R2) -> R2 -- constructor ; compiling file "/tmp/oa-feJdKa/code.lsp" (written 01 FEB 2016 11:02:06 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MATCAT2;map;MM1M2;1| ...) ; compiling (DEFUN |MATCAT2;map;MM1U;2| ...) ; compiling (DEFUN |MATCAT2;reduce;MM12R2;3| ...) ; compiling (DEFUN |MatrixCategoryFunctions2| ...) ; compiling (DEFUN |MatrixCategoryFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |MatrixCategoryFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-feJdKa/code.fasl written ; compilation finished in 0:00:00.037 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile TRIMAT.spad && cp TRIMAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/TRIMAT.fasl \ && if test -f TRIMAT-.NRLIB/code.fasl; then \ cp TRIMAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/TRIMAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TRIMAT.spad using Spad compiler. TRIMAT abbreviates package TriangularMatrixOperations debug: compDefine1 lhs: (TriangularMatrixOperations R Row Col M) signature (pre-evaluate): ((CATEGORY package (SIGNATURE UpTriBddDenomInv (M M R)) (SIGNATURE LowTriBddDenomInv (M M R))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE UpTriBddDenomInv (M M R)) (SIGNATURE LowTriBddDenomInv (M M R))) $param: (R Row Col M) debug: evaluateType form: M $param: (R Row Col M) debug: evaluateType form: M $param: (R Row Col M) debug: evaluateType form: R $param: (R Row Col M) debug: evaluateType form: M $param: (R Row Col M) debug: evaluateType form: M $param: (R Row Col M) debug: evaluateType form: R $param: (R Row Col M) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE UpTriBddDenomInv (M M R)) (SIGNATURE LowTriBddDenomInv (M M R))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for TriangularMatrixOperations compiling into /tmp/oa-m7yiln compiling exported UpTriBddDenomInv : (M,R) -> M Time: 0.07 SEC. compiling exported LowTriBddDenomInv : (M,R) -> M Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor TriangularMatrixOperations Time: 0.10 seconds finalizing NRLIB TRIMAT Processing TriangularMatrixOperations for Browser database: -- UpTriBddDenomInv : (M,R) -> M -- LowTriBddDenomInv : (M,R) -> M -- constructor ; compiling file "/tmp/oa-m7yiln/code.lsp" (written 01 FEB 2016 11:02:07 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |TRIMAT;UpTriBddDenomInv;MRM;1| ...) ; compiling (DEFUN |TRIMAT;LowTriBddDenomInv;MRM;2| ...) ; compiling (DEFUN |TriangularMatrixOperations| ...) ; compiling (DEFUN |TriangularMatrixOperations;| ...) ; compiling (MAKEPROP (QUOTE |TriangularMatrixOperations|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-m7yiln/code.fasl written ; compilation finished in 0:00:00.045 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/SUP2.fasl --optimize=3 SUP2.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SUP2.spad using Spad compiler. SUP2 abbreviates package SparseUnivariatePolynomialFunctions2 debug: compDefine1 lhs: (SparseUnivariatePolynomialFunctions2 R S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((SparseUnivariatePolynomial S) (Mapping S R) (SparseUnivariatePolynomial R)))) (Ring) (Ring)) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((SparseUnivariatePolynomial S) (Mapping S R) (SparseUnivariatePolynomial R)))) $param: (R S) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evaluateType form: (Mapping S R) $param: (R S) debug: evaluateType form: S $param: (R S) debug: evaluateType form: R $param: (R S) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (R S) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Ring) $param: (R S) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Ring) $param: (R S) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((SparseUnivariatePolynomial S) (Mapping S R) (SparseUnivariatePolynomial R)))) (Ring) (Ring)) debug: compDefine1 lhs: (SparseUnivariatePolynomialFunctions2 R S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((SparseUnivariatePolynomial S) (Mapping S R) (SparseUnivariatePolynomial R)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((SparseUnivariatePolynomial S) (Mapping S R) (SparseUnivariatePolynomial R)))) $param: (R S) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evaluateType form: (Mapping S R) $param: (R S) debug: evaluateType form: S $param: (R S) debug: evaluateType form: R $param: (R S) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (R S) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((SparseUnivariatePolynomial S) (Mapping S R) (SparseUnivariatePolynomial R)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for SparseUnivariatePolynomialFunctions2 compiling into /tmp/oa-aPCFLE compiling exported map : (R -> S,SparseUnivariatePolynomial R) -> SparseUnivariatePolynomial S Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor SparseUnivariatePolynomialFunctions2 Time: 0.03 seconds finalizing NRLIB SUP2 Processing SparseUnivariatePolynomialFunctions2 for Browser database: -- map : ((R -> S),SparseUnivariatePolynomial R) -> SparseUnivariatePolynomial S -- constructor ; compiling file "/tmp/oa-aPCFLE/code.lsp" (written 01 FEB 2016 11:02:07 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SUP2;map;MSupSup;1| ...) ; compiling (DEFUN |SparseUnivariatePolynomialFunctions2| ...) ; compiling (DEFUN |SparseUnivariatePolynomialFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |SparseUnivariatePolynomialFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-aPCFLE/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile POLYCATQ.spad && cp POLYCATQ.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/POLYCATQ.fasl \ && if test -f POLYCATQ-.NRLIB/code.fasl; then \ cp POLYCATQ-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/POLYCATQ-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/POLYCATQ.spad using Spad compiler. POLYCATQ abbreviates package PolynomialCategoryQuotientFunctions debug: compDefine1 lhs: (PolynomialCategoryQuotientFunctions E V R P F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE variables ((List V) F)) (SIGNATURE mainVariable ((Union V failed) F)) (SIGNATURE univariate ((Fraction (SparseUnivariatePolynomial F)) F V)) (SIGNATURE multivariate (F (Fraction (SparseUnivariatePolynomial F)) V)) (SIGNATURE univariate ((SparseUnivariatePolynomial F) F V (SparseUnivariatePolynomial F))) (SIGNATURE isPlus ((Union (List F) failed) F)) (SIGNATURE isTimes ((Union (List F) failed) F)) (SIGNATURE isExpt ((Union (Record (: var V) (: exponent (Integer))) failed) F)) (SIGNATURE isPower ((Union (Record (: val F) (: exponent (Integer))) failed) F))) NIL NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE variables ((List V) F)) (SIGNATURE mainVariable ((Union V failed) F)) (SIGNATURE univariate ((Fraction (SparseUnivariatePolynomial F)) F V)) (SIGNATURE multivariate (F (Fraction (SparseUnivariatePolynomial F)) V)) (SIGNATURE univariate ((SparseUnivariatePolynomial F) F V (SparseUnivariatePolynomial F))) (SIGNATURE isPlus ((Union (List F) failed) F)) (SIGNATURE isTimes ((Union (List F) failed) F)) (SIGNATURE isExpt ((Union (Record (: var V) (: exponent (Integer))) failed) F)) (SIGNATURE isPower ((Union (Record (: val F) (: exponent (Integer))) failed) F))) $param: (E V R P F) debug: evaluateType form: (List V) $param: (E V R P F) Debug: evaluateType1 form: (List V) debug: evaluateType1 x: V m: (Type) debug: evaluateType form: F $param: (E V R P F) debug: evaluateType form: (Union V failed) $param: (E V R P F) debug: evaluateType form: V $param: (E V R P F) debug: evaluateType form: failed $param: (E V R P F) debug: evaluateType form: F $param: (E V R P F) debug: evaluateType form: (Fraction (SparseUnivariatePolynomial F)) $param: (E V R P F) Debug: evaluateType1 form: (Fraction (SparseUnivariatePolynomial F)) debug: evaluateType1 x: (SparseUnivariatePolynomial F) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (E V R P F) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (E V R P F) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial F) c: (IntegralDomain) debug: evaluateType form: F $param: (E V R P F) debug: evaluateType form: V $param: (E V R P F) debug: evaluateType form: F $param: (E V R P F) debug: evaluateType form: (Fraction (SparseUnivariatePolynomial F)) $param: (E V R P F) Debug: evaluateType1 form: (Fraction (SparseUnivariatePolynomial F)) debug: evaluateType1 x: (SparseUnivariatePolynomial F) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (E V R P F) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (E V R P F) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial F) c: (IntegralDomain) debug: evaluateType form: V $param: (E V R P F) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (E V R P F) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: F $param: (E V R P F) debug: evaluateType form: V $param: (E V R P F) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (E V R P F) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (Union (List F) failed) $param: (E V R P F) debug: evaluateType form: (List F) $param: (E V R P F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: failed $param: (E V R P F) debug: evaluateType form: F $param: (E V R P F) debug: evaluateType form: (Union (List F) failed) $param: (E V R P F) debug: evaluateType form: (List F) $param: (E V R P F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: failed $param: (E V R P F) debug: evaluateType form: F $param: (E V R P F) debug: evaluateType form: (Union (Record (: var V) (: exponent (Integer))) failed) $param: (E V R P F) debug: evaluateType form: (Record (: var V) (: exponent (Integer))) $param: (E V R P F) debug: evaluateType form: V $param: (E V R P F) debug: evaluateType form: (Integer) $param: (E V R P F) Debug: evaluateType1 form: (Integer) debug: evaluateType form: failed $param: (E V R P F) debug: evaluateType form: F $param: (E V R P F) debug: evaluateType form: (Union (Record (: val F) (: exponent (Integer))) failed) $param: (E V R P F) debug: evaluateType form: (Record (: val F) (: exponent (Integer))) $param: (E V R P F) debug: evaluateType form: F $param: (E V R P F) debug: evaluateType form: (Integer) $param: (E V R P F) Debug: evaluateType1 form: (Integer) debug: evaluateType form: failed $param: (E V R P F) debug: evaluateType form: F $param: (E V R P F) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE variables ((List V) F)) (SIGNATURE mainVariable ((Union V failed) F)) (SIGNATURE univariate ((Fraction (SparseUnivariatePolynomial F)) F V)) (SIGNATURE multivariate (F (Fraction (SparseUnivariatePolynomial F)) V)) (SIGNATURE univariate ((SparseUnivariatePolynomial F) F V (SparseUnivariatePolynomial F))) (SIGNATURE isPlus ((Union (List F) failed) F)) (SIGNATURE isTimes ((Union (List F) failed) F)) (SIGNATURE isExpt ((Union (Record (: var V) (: exponent (Integer))) failed) F)) (SIGNATURE isPower ((Union (Record (: val F) (: exponent (Integer))) failed) F))) NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PolynomialCategoryQuotientFunctions compiling into /tmp/oa-kYyevN compiling exported univariate : (F,V) -> Fraction SparseUnivariatePolynomial F Time: 0.09 SEC. compiling exported univariate : (F,V,SparseUnivariatePolynomial F) -> SparseUnivariatePolynomial F Time: 0.04 SEC. compiling exported multivariate : (Fraction SparseUnivariatePolynomial F,V) -> F Time: 0.02 SEC. compiling local mymerge : (List V,List V) -> List V Time: 0.01 SEC. compiling exported variables : F -> List V Time: 0.00 SEC. compiling exported isPower : F -> Union(Record(val: F,exponent: Integer),failed) Time: 0.06 SEC. compiling exported isExpt : F -> Union(Record(var: V,exponent: Integer),failed) Time: 0.03 SEC. compiling exported isTimes : F -> Union(List F,failed) Time: 0.05 SEC. compiling exported isPlus : F -> Union(List F,failed) Time: 0.04 SEC. compiling exported mainVariable : F -> Union(V,failed) Time: 0.02 SEC. compiling local P2UP : (P,V) -> SparseUnivariatePolynomial F Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] isPower: var has no value [2] P2UP: not known that Ring is of mode CATEGORY(package,variables: F -> List V,mainVariable: F -> Union(V,"failed"),univariate: (F,V) -> Fraction SparseUnivariatePolynomial F,multivariate: (Fraction SparseUnivariatePolynomial F,V) -> F,univariate: (F,V,SparseUnivariatePolynomial F) -> SparseUnivariatePolynomial F,isPlus: F -> Union(List F,"failed"),isTimes: F -> Union(List F,"failed"),isExpt: F -> Union(Record(var: V,exponent: Integer),"failed"),isPower: F -> Union(Record(val: F,exponent: Integer),"failed")) Cumulative Statistics for Constructor PolynomialCategoryQuotientFunctions Time: 0.42 seconds finalizing NRLIB POLYCATQ Processing PolynomialCategoryQuotientFunctions for Browser database: --->../../x86_64-unknown-linux-gnu/src/algebra/rf.spad-->PolynomialCategoryQuotientFunctions((coerce (% P))): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/rf.spad-->PolynomialCategoryQuotientFunctions((numer (P %))): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/rf.spad-->PolynomialCategoryQuotientFunctions((denom (P %))): Not documented!!!! -- variables : F -> List V -- mainVariable : F -> Union(V,"failed") -- univariate : (F,V) -> RF -- multivariate : (RF,V) -> F -- univariate : (F,V,UP) -> UP -- isPlus : F -> Union(List F,"failed") -- isTimes : F -> Union(List F,"failed") -- isExpt : F -> Union(Record(var: V,exponent: Integer),"failed") -- isPower : F -> Union(Record(val: F,exponent: Integer),"failed") -- constructor ; compiling file "/tmp/oa-kYyevN/code.lsp" (written 01 FEB 2016 11:02:07 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |POLYCATQ;univariate;FVF;1| ...) ; compiling (DEFUN |POLYCATQ;univariate;FV2Sup;2| ...) ; compiling (DEFUN |POLYCATQ;multivariate;FVF;3| ...) ; compiling (DEFUN |POLYCATQ;mymerge| ...) ; compiling (DEFUN |POLYCATQ;variables;FL;5| ...) ; compiling (DEFUN |POLYCATQ;isPower;FU;6| ...) ; compiling (DEFUN |POLYCATQ;isExpt;FU;7| ...) ; compiling (DEFUN |POLYCATQ;isTimes;FU;8| ...) ; compiling (DEFUN |POLYCATQ;isPlus;FU;9| ...) ; compiling (DEFUN |POLYCATQ;mainVariable;FU;10| ...) ; compiling (DEFUN |POLYCATQ;P2UP| ...) ; compiling (DEFUN |POLYCATQ;P2UP!0| ...) ; compiling (DEFUN |PolynomialCategoryQuotientFunctions| ...) ; compiling (DEFUN |PolynomialCategoryQuotientFunctions;| ...) ; compiling (MAKEPROP (QUOTE |PolynomialCategoryQuotientFunctions|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-kYyevN/code.fasl written ; compilation finished in 0:00:00.055 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile STTFNC.spad && cp STTFNC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/STTFNC.fasl \ && if test -f STTFNC-.NRLIB/code.fasl; then \ cp STTFNC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/STTFNC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/STTFNC.spad using Spad compiler. STTFNC abbreviates package StreamTranscendentalFunctionsNonCommutative debug: compDefine1 lhs: (StreamTranscendentalFunctionsNonCommutative Coef) signature (pre-evaluate): ((CATEGORY package (SIGNATURE exp ((Stream Coef) (Stream Coef))) (SIGNATURE log ((Stream Coef) (Stream Coef))) (SIGNATURE ** ((Stream Coef) (Stream Coef) (Stream Coef))) (SIGNATURE sin ((Stream Coef) (Stream Coef))) (SIGNATURE cos ((Stream Coef) (Stream Coef))) (SIGNATURE tan ((Stream Coef) (Stream Coef))) (SIGNATURE cot ((Stream Coef) (Stream Coef))) (SIGNATURE sec ((Stream Coef) (Stream Coef))) (SIGNATURE csc ((Stream Coef) (Stream Coef))) (SIGNATURE asin ((Stream Coef) (Stream Coef))) (SIGNATURE acos ((Stream Coef) (Stream Coef))) (SIGNATURE atan ((Stream Coef) (Stream Coef))) (SIGNATURE acot ((Stream Coef) (Stream Coef))) (SIGNATURE asec ((Stream Coef) (Stream Coef))) (SIGNATURE acsc ((Stream Coef) (Stream Coef))) (SIGNATURE sinh ((Stream Coef) (Stream Coef))) (SIGNATURE cosh ((Stream Coef) (Stream Coef))) (SIGNATURE tanh ((Stream Coef) (Stream Coef))) (SIGNATURE coth ((Stream Coef) (Stream Coef))) (SIGNATURE sech ((Stream Coef) (Stream Coef))) (SIGNATURE csch ((Stream Coef) (Stream Coef))) (SIGNATURE asinh ((Stream Coef) (Stream Coef))) (SIGNATURE acosh ((Stream Coef) (Stream Coef))) (SIGNATURE atanh ((Stream Coef) (Stream Coef))) (SIGNATURE acoth ((Stream Coef) (Stream Coef))) (SIGNATURE asech ((Stream Coef) (Stream Coef))) (SIGNATURE acsch ((Stream Coef) (Stream Coef)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE exp ((Stream Coef) (Stream Coef))) (SIGNATURE log ((Stream Coef) (Stream Coef))) (SIGNATURE ** ((Stream Coef) (Stream Coef) (Stream Coef))) (SIGNATURE sin ((Stream Coef) (Stream Coef))) (SIGNATURE cos ((Stream Coef) (Stream Coef))) (SIGNATURE tan ((Stream Coef) (Stream Coef))) (SIGNATURE cot ((Stream Coef) (Stream Coef))) (SIGNATURE sec ((Stream Coef) (Stream Coef))) (SIGNATURE csc ((Stream Coef) (Stream Coef))) (SIGNATURE asin ((Stream Coef) (Stream Coef))) (SIGNATURE acos ((Stream Coef) (Stream Coef))) (SIGNATURE atan ((Stream Coef) (Stream Coef))) (SIGNATURE acot ((Stream Coef) (Stream Coef))) (SIGNATURE asec ((Stream Coef) (Stream Coef))) (SIGNATURE acsc ((Stream Coef) (Stream Coef))) (SIGNATURE sinh ((Stream Coef) (Stream Coef))) (SIGNATURE cosh ((Stream Coef) (Stream Coef))) (SIGNATURE tanh ((Stream Coef) (Stream Coef))) (SIGNATURE coth ((Stream Coef) (Stream Coef))) (SIGNATURE sech ((Stream Coef) (Stream Coef))) (SIGNATURE csch ((Stream Coef) (Stream Coef))) (SIGNATURE asinh ((Stream Coef) (Stream Coef))) (SIGNATURE acosh ((Stream Coef) (Stream Coef))) (SIGNATURE atanh ((Stream Coef) (Stream Coef))) (SIGNATURE acoth ((Stream Coef) (Stream Coef))) (SIGNATURE asech ((Stream Coef) (Stream Coef))) (SIGNATURE acsch ((Stream Coef) (Stream Coef)))) $param: (Coef) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE exp ((Stream Coef) (Stream Coef))) (SIGNATURE log ((Stream Coef) (Stream Coef))) (SIGNATURE ** ((Stream Coef) (Stream Coef) (Stream Coef))) (SIGNATURE sin ((Stream Coef) (Stream Coef))) (SIGNATURE cos ((Stream Coef) (Stream Coef))) (SIGNATURE tan ((Stream Coef) (Stream Coef))) (SIGNATURE cot ((Stream Coef) (Stream Coef))) (SIGNATURE sec ((Stream Coef) (Stream Coef))) (SIGNATURE csc ((Stream Coef) (Stream Coef))) (SIGNATURE asin ((Stream Coef) (Stream Coef))) (SIGNATURE acos ((Stream Coef) (Stream Coef))) (SIGNATURE atan ((Stream Coef) (Stream Coef))) (SIGNATURE acot ((Stream Coef) (Stream Coef))) (SIGNATURE asec ((Stream Coef) (Stream Coef))) (SIGNATURE acsc ((Stream Coef) (Stream Coef))) (SIGNATURE sinh ((Stream Coef) (Stream Coef))) (SIGNATURE cosh ((Stream Coef) (Stream Coef))) (SIGNATURE tanh ((Stream Coef) (Stream Coef))) (SIGNATURE coth ((Stream Coef) (Stream Coef))) (SIGNATURE sech ((Stream Coef) (Stream Coef))) (SIGNATURE csch ((Stream Coef) (Stream Coef))) (SIGNATURE asinh ((Stream Coef) (Stream Coef))) (SIGNATURE acosh ((Stream Coef) (Stream Coef))) (SIGNATURE atanh ((Stream Coef) (Stream Coef))) (SIGNATURE acoth ((Stream Coef) (Stream Coef))) (SIGNATURE asech ((Stream Coef) (Stream Coef))) (SIGNATURE acsch ((Stream Coef) (Stream Coef)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for StreamTranscendentalFunctionsNonCommutative compiling into /tmp/oa-l8RBon importing StreamTaylorSeriesOperations Coef compiling exported exp : Stream Coef -> Stream Coef Time: 0.09 SEC. compiling exported log : Stream Coef -> Stream Coef Time: 0.03 SEC. compiling exported ** : (Stream Coef,Stream Coef) -> Stream Coef Time: 0.01 SEC. compiling exported sin : Stream Coef -> Stream Coef Time: 0.03 SEC. compiling exported cos : Stream Coef -> Stream Coef Time: 0.03 SEC. compiling exported tan : Stream Coef -> Stream Coef Time: 0.02 SEC. compiling exported cot : Stream Coef -> Stream Coef Time: 0.02 SEC. compiling exported sec : Stream Coef -> Stream Coef Time: 0.03 SEC. compiling exported csc : Stream Coef -> Stream Coef Time: 0.02 SEC. compiling exported asin : Stream Coef -> Stream Coef Time: 0.04 SEC. compiling exported atan : Stream Coef -> Stream Coef Time: 0.03 SEC. compiling exported acos : Stream Coef -> Stream Coef STTFNC;acos;2S;12 z is replaced by error "acos: acos undefined on this coefficient domain" Time: 0.02 SEC. compiling exported acot : Stream Coef -> Stream Coef STTFNC;acot;2S;13 z is replaced by error "acot: acot undefined on this coefficient domain" Time: 0.01 SEC. compiling exported asec : Stream Coef -> Stream Coef STTFNC;asec;2S;14 z is replaced by error "asec: asec undefined on this coefficient domain" Time: 0.01 SEC. compiling exported acsc : Stream Coef -> Stream Coef STTFNC;acsc;2S;15 z is replaced by error "acsc: acsc undefined on this coefficient domain" Time: 0.01 SEC. compiling exported sinh : Stream Coef -> Stream Coef Time: 0.03 SEC. compiling exported cosh : Stream Coef -> Stream Coef Time: 0.04 SEC. compiling exported tanh : Stream Coef -> Stream Coef Time: 0.03 SEC. compiling exported coth : Stream Coef -> Stream Coef Time: 0.03 SEC. compiling exported sech : Stream Coef -> Stream Coef Time: 0.04 SEC. compiling exported csch : Stream Coef -> Stream Coef Time: 0.02 SEC. compiling exported asinh : Stream Coef -> Stream Coef Time: 0.09 SEC. compiling exported atanh : Stream Coef -> Stream Coef Time: 0.04 SEC. compiling exported acosh : Stream Coef -> Stream Coef STTFNC;acosh;2S;24 z is replaced by error "acosh: acosh undefined on this coefficient domain" Time: 0.01 SEC. compiling exported acoth : Stream Coef -> Stream Coef STTFNC;acoth;2S;25 z is replaced by error "acoth: acoth undefined on this coefficient domain" Time: 0.01 SEC. compiling exported asech : Stream Coef -> Stream Coef STTFNC;asech;2S;26 z is replaced by error "asech: asech undefined on this coefficient domain" Time: 0.01 SEC. compiling exported acsch : Stream Coef -> Stream Coef STTFNC;acsch;2S;27 z is replaced by error "acsch: acsch undefined on this coefficient domain" Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Cumulative Statistics for Constructor StreamTranscendentalFunctionsNonCommutative Time: 0.78 seconds finalizing NRLIB STTFNC Processing StreamTranscendentalFunctionsNonCommutative for Browser database: -- exp : ST -> ST -- log : ST -> ST -- ?**? : (ST,ST) -> ST -- sin : ST -> ST -- cos : ST -> ST -- tan : ST -> ST -- cot : ST -> ST -- sec : ST -> ST -- csc : ST -> ST -- asin : ST -> ST -- acos : ST -> ST -- atan : ST -> ST -- acot : ST -> ST -- asec : ST -> ST -- acsc : ST -> ST -- sinh : ST -> ST -- cosh : ST -> ST -- tanh : ST -> ST -- coth : ST -> ST -- sech : ST -> ST -- csch : ST -> ST -- asinh : ST -> ST -- acosh : ST -> ST -- atanh : ST -> ST -- acoth : ST -> ST -- asech : ST -> ST -- acsch : ST -> ST -- constructor ; compiling file "/tmp/oa-l8RBon/code.lsp" (written 01 FEB 2016 11:02:08 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STTFNC;acos;2S;12|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STTFNC;acot;2S;13|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STTFNC;asec;2S;14|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STTFNC;acsc;2S;15|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STTFNC;acosh;2S;24|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STTFNC;acoth;2S;25|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STTFNC;asech;2S;26|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STTFNC;acsch;2S;27|) ...) ; compiling (DEFUN |STTFNC;exp;2S;1| ...) ; compiling (DEFUN |STTFNC;log;2S;2| ...) ; compiling (DEFUN |STTFNC;**;3S;3| ...) ; compiling (DEFUN |STTFNC;sin;2S;4| ...) ; compiling (DEFUN |STTFNC;cos;2S;5| ...) ; compiling (DEFUN |STTFNC;tan;2S;6| ...) ; compiling (DEFUN |STTFNC;cot;2S;7| ...) ; compiling (DEFUN |STTFNC;sec;2S;8| ...) ; compiling (DEFUN |STTFNC;csc;2S;9| ...) ; compiling (DEFUN |STTFNC;asin;2S;10| ...) ; compiling (DEFUN |STTFNC;atan;2S;11| ...) ; compiling (DEFUN |STTFNC;acos;2S;12| ...) ; file: /tmp/oa-l8RBon/code.lsp ; in: DEFUN |STTFNC;acos;2S;12| ; (DEFUN BOOT::|STTFNC;acos;2S;12| (BOOT::|z| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|error| "acos: acos undefined on this coefficient domain")) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STTFNC;acos;2S;12| ; (BOOT::|z| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|STTFNC;acos;2S;12| ; (BOOT::|error| "acos: acos undefined on this coefficient domain"))) ; ; caught STYLE-WARNING: ; The variable |z| is defined but never used. ; compiling (DEFUN |STTFNC;acot;2S;13| ...) ; file: /tmp/oa-l8RBon/code.lsp ; in: DEFUN |STTFNC;acot;2S;13| ; (DEFUN BOOT::|STTFNC;acot;2S;13| (BOOT::|z| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|error| "acot: acot undefined on this coefficient domain")) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STTFNC;acot;2S;13| ; (BOOT::|z| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|STTFNC;acot;2S;13| ; (BOOT::|error| "acot: acot undefined on this coefficient domain"))) ; ; caught STYLE-WARNING: ; The variable |z| is defined but never used. ; compiling (DEFUN |STTFNC;asec;2S;14| ...) ; file: /tmp/oa-l8RBon/code.lsp ; in: DEFUN |STTFNC;asec;2S;14| ; (DEFUN BOOT::|STTFNC;asec;2S;14| (BOOT::|z| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|error| "asec: asec undefined on this coefficient domain")) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STTFNC;asec;2S;14| ; (BOOT::|z| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|STTFNC;asec;2S;14| ; (BOOT::|error| "asec: asec undefined on this coefficient domain"))) ; ; caught STYLE-WARNING: ; The variable |z| is defined but never used. ; compiling (DEFUN |STTFNC;acsc;2S;15| ...) ; file: /tmp/oa-l8RBon/code.lsp ; in: DEFUN |STTFNC;acsc;2S;15| ; (DEFUN BOOT::|STTFNC;acsc;2S;15| (BOOT::|z| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|error| "acsc: acsc undefined on this coefficient domain")) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STTFNC;acsc;2S;15| ; (BOOT::|z| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|STTFNC;acsc;2S;15| ; (BOOT::|error| "acsc: acsc undefined on this coefficient domain"))) ; ; caught STYLE-WARNING: ; The variable |z| is defined but never used. ; compiling (DEFUN |STTFNC;sinh;2S;16| ...) ; compiling (DEFUN |STTFNC;cosh;2S;17| ...) ; compiling (DEFUN |STTFNC;tanh;2S;18| ...) ; compiling (DEFUN |STTFNC;coth;2S;19| ...) ; compiling (DEFUN |STTFNC;sech;2S;20| ...) ; compiling (DEFUN |STTFNC;csch;2S;21| ...) ; compiling (DEFUN |STTFNC;asinh;2S;22| ...) ; compiling (DEFUN |STTFNC;atanh;2S;23| ...) ; compiling (DEFUN |STTFNC;acosh;2S;24| ...) ; file: /tmp/oa-l8RBon/code.lsp ; in: DEFUN |STTFNC;acosh;2S;24| ; (DEFUN BOOT::|STTFNC;acosh;2S;24| (BOOT::|z| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|error| "acosh: acosh undefined on this coefficient domain")) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STTFNC;acosh;2S;24| ; (BOOT::|z| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|STTFNC;acosh;2S;24| ; (BOOT::|error| "acosh: acosh undefined on this coefficient domain"))) ; ; caught STYLE-WARNING: ; The variable |z| is defined but never used. ; compiling (DEFUN |STTFNC;acoth;2S;25| ...) ; file: /tmp/oa-l8RBon/code.lsp ; in: DEFUN |STTFNC;acoth;2S;25| ; (DEFUN BOOT::|STTFNC;acoth;2S;25| (BOOT::|z| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|error| "acoth: acoth undefined on this coefficient domain")) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STTFNC;acoth;2S;25| ; (BOOT::|z| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|STTFNC;acoth;2S;25| ; (BOOT::|error| "acoth: acoth undefined on this coefficient domain"))) ; ; caught STYLE-WARNING: ; The variable |z| is defined but never used. ; compiling (DEFUN |STTFNC;asech;2S;26| ...) ; file: /tmp/oa-l8RBon/code.lsp ; in: DEFUN |STTFNC;asech;2S;26| ; (DEFUN BOOT::|STTFNC;asech;2S;26| (BOOT::|z| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|error| "asech: asech undefined on this coefficient domain")) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STTFNC;asech;2S;26| ; (BOOT::|z| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|STTFNC;asech;2S;26| ; (BOOT::|error| "asech: asech undefined on this coefficient domain"))) ; ; caught STYLE-WARNING: ; The variable |z| is defined but never used. ; compiling (DEFUN |STTFNC;acsch;2S;27| ...) ; file: /tmp/oa-l8RBon/code.lsp ; in: DEFUN |STTFNC;acsch;2S;27| ; (DEFUN BOOT::|STTFNC;acsch;2S;27| (BOOT::|z| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|error| "acsch: acsch undefined on this coefficient domain")) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STTFNC;acsch;2S;27| ; (BOOT::|z| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|STTFNC;acsch;2S;27| ; (BOOT::|error| "acsch: acsch undefined on this coefficient domain"))) ; ; caught STYLE-WARNING: ; The variable |z| is defined but never used. ; compiling (DEFUN |StreamTranscendentalFunctionsNonCommutative| ...) ; compiling (DEFUN |StreamTranscendentalFunctionsNonCommutative;| ...) ; compiling (MAKEPROP (QUOTE |StreamTranscendentalFunctionsNonCommutative|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 8 STYLE-WARNING conditions ; /tmp/oa-l8RBon/code.fasl written ; compilation finished in 0:00:00.153 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SYSTEM.spad && cp SYSTEM.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SYSTEM.fasl \ && if test -f SYSTEM-.NRLIB/code.fasl; then \ cp SYSTEM-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SYSTEM-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SYSTEM.spad using Spad compiler. SYSTEM abbreviates package System debug: compDefine1 lhs: (System) signature (pre-evaluate): ((Join (Type) (CATEGORY package (SIGNATURE rootDirectory ((String))) (SIGNATURE hostPlatform ((String)) constant) (SIGNATURE hostByteOrder ((ByteOrder)) constant) (SIGNATURE nativeModuleExtension ((String)) constant) (SIGNATURE loadNativeModule ((Void) (String)))))) debug: evaluateType form: (Join (Type) (CATEGORY package (SIGNATURE rootDirectory ((String))) (SIGNATURE hostPlatform ((String)) constant) (SIGNATURE hostByteOrder ((ByteOrder)) constant) (SIGNATURE nativeModuleExtension ((String)) constant) (SIGNATURE loadNativeModule ((Void) (String))))) $param: NIL debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (CATEGORY package (SIGNATURE rootDirectory ((String))) (SIGNATURE hostPlatform ((String)) constant) (SIGNATURE hostByteOrder ((ByteOrder)) constant) (SIGNATURE nativeModuleExtension ((String)) constant) (SIGNATURE loadNativeModule ((Void) (String)))) $param: NIL debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (ByteOrder) $param: NIL Debug: evaluateType1 form: (ByteOrder) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: compDefine1 signature (post evaluate): ((Join (Type) (CATEGORY package (SIGNATURE rootDirectory ((String))) (SIGNATURE hostPlatform ((String)) constant) (SIGNATURE hostByteOrder ((ByteOrder)) constant) (SIGNATURE nativeModuleExtension ((String)) constant) (SIGNATURE loadNativeModule ((Void) (String)))))) ------------------------------------------------------------------------ initializing stationary directory for System compiling into /tmp/oa-x6CWlw compiling exported rootDirectory : () -> String SYSTEM;rootDirectory;S;1 is replaced by systemRootDirectory Time: 0.01 SEC. compiling exported hostPlatform : () -> String SYSTEM;hostPlatform;S;2 is replaced by $hostPlatform Time: 0.01 SEC. compiling exported hostByteOrder : () -> ByteOrder SYSTEM;hostByteOrder;Bo;3 is replaced by %hostByteOrder Time: 0 SEC. compiling exported nativeModuleExtension : () -> String SYSTEM;nativeModuleExtension;S;4 is replaced by $NativeModuleExt Time: 0.00 SEC. compiling exported loadNativeModule : String -> Void SYSTEM;loadNativeModule;SV;5 is replaced by loadNativeModule Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor System Time: 0.03 seconds finalizing NRLIB SYSTEM Processing System for Browser database: -- rootDirectory : () -> String -- hostPlatform : () -> String -- hostByteOrder : () -> ByteOrder --->/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SYSTEM.spad-->System((hostByteOrder (ByteOrder) constant)): Unexpected HT command: \sapd "\\sapd{hostByteOrder}" -- nativeModuleExtension : () -> String -- loadNativeModule : String -> Void -- constructor ; compiling file "/tmp/oa-x6CWlw/code.lsp" (written 01 FEB 2016 11:02:09 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYSTEM;rootDirectory;S;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYSTEM;hostPlatform;S;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYSTEM;hostByteOrder;Bo;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYSTEM;nativeModuleExtension;S;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYSTEM;loadNativeModule;SV;5|) ...) ; compiling (DEFUN |SYSTEM;rootDirectory;S;1| ...) ; file: /tmp/oa-x6CWlw/code.lsp ; in: DEFUN |SYSTEM;rootDirectory;S;1| ; (DEFUN BOOT::|SYSTEM;rootDirectory;S;1| (BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (|AxiomCore|:|systemRootDirectory|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYSTEM;rootDirectory;S;1| ; (BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|SYSTEM;rootDirectory;S;1| ; (|AxiomCore|:|systemRootDirectory|))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |SYSTEM;hostPlatform;S;2| ...) ; compiling (DEFUN |SYSTEM;hostByteOrder;Bo;3| ...) ; compiling (DEFUN |SYSTEM;nativeModuleExtension;S;4| ...) ; compiling (DEFUN |SYSTEM;loadNativeModule;SV;5| ...) ; compiling (DEFUN |System| ...) ; compiling (DEFUN |System;| ...) ; compiling (MAKEPROP (QUOTE |System|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-x6CWlw/code.fasl written ; compilation finished in 0:00:00.025 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile HOSTNAME.spad && cp HOSTNAME.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/HOSTNAME.fasl \ && if test -f HOSTNAME-.NRLIB/code.fasl; then \ cp HOSTNAME-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/HOSTNAME-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/HOSTNAME.spad using Spad compiler. HOSTNAME abbreviates domain Hostname debug: compDefine1 lhs: (Hostname) signature (pre-evaluate): ((Join (SetCategory) (CoercibleTo (String)) (CATEGORY domain (SIGNATURE host ($ (String)))))) debug: evaluateType form: (Join (SetCategory) (CoercibleTo (String)) (CATEGORY domain (SIGNATURE host ($ (String))))) $param: NIL debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CoercibleTo (String)) $param: NIL Debug: evaluateType1 form: (CoercibleTo (String)) debug: evaluateType1 x: (String) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evalCategory d: (String) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE host ($ (String)))) $param: NIL debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CoercibleTo (String)) (CATEGORY domain (SIGNATURE host ($ (String)))))) ------------------------------------------------------------------------ initializing stationary directory for Hostname compiling into /tmp/oa-OPOMEI compiling exported host : String -> % HOSTNAME;host;S$;1 n is replaced by n Time: 0.02 SEC. compiling exported = : (%,%) -> Boolean HOSTNAME;=;2$B;2 is replaced by %streq Time: 0.02 SEC. compiling exported coerce : % -> String HOSTNAME;coerce;$S;3 x is replaced by x Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor Hostname Time: 0.06 seconds finalizing NRLIB HOSTNAME Processing Hostname for Browser database: -- host : String -> % -- constructor ; compiling file "/tmp/oa-OPOMEI/code.lsp" (written 01 FEB 2016 11:02:09 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |HOSTNAME;host;S$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |HOSTNAME;=;2$B;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |HOSTNAME;coerce;$S;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |HOSTNAME;host;S$;1| ...) ; compiling (DEFUN |HOSTNAME;=;2$B;2| ...) ; compiling (DEFUN |HOSTNAME;coerce;$S;3| ...) ; compiling (DEFUN |HOSTNAME;coerce;$Of;4| ...) ; compiling (DEFUN |Hostname| ...) ; compiling (DEFUN |Hostname;| ...) ; compiling (MAKEPROP (QUOTE |Hostname|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-OPOMEI/code.fasl written ; compilation finished in 0:00:00.031 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PORTNUM.spad && cp PORTNUM.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PORTNUM.fasl \ && if test -f PORTNUM-.NRLIB/code.fasl; then \ cp PORTNUM-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PORTNUM-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PORTNUM.spad using Spad compiler. PORTNUM abbreviates domain PortNumber debug: compDefine1 lhs: (PortNumber) signature (pre-evaluate): ((Join (SetCategory) (CoercibleTo (SingleInteger)) (CATEGORY domain (SIGNATURE port ($ (SingleInteger)))))) debug: evaluateType form: (Join (SetCategory) (CoercibleTo (SingleInteger)) (CATEGORY domain (SIGNATURE port ($ (SingleInteger))))) $param: NIL debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CoercibleTo (SingleInteger)) $param: NIL Debug: evaluateType1 form: (CoercibleTo (SingleInteger)) debug: evaluateType1 x: (SingleInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (SingleInteger) $param: NIL Debug: evaluateType1 form: (SingleInteger) debug: evalCategory d: (SingleInteger) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE port ($ (SingleInteger)))) $param: NIL debug: evaluateType form: (SingleInteger) $param: NIL Debug: evaluateType1 form: (SingleInteger) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CoercibleTo (SingleInteger)) (CATEGORY domain (SIGNATURE port ($ (SingleInteger)))))) ------------------------------------------------------------------------ initializing stationary directory for PortNumber compiling into /tmp/oa-YDE5fY compiling exported port : SingleInteger -> % PORTNUM;port;Si$;1 n is replaced by n Time: 0.06 SEC. compiling exported = : (%,%) -> Boolean PORTNUM;=;2$B;2 is replaced by %ieq Time: 0.00 SEC. compiling exported coerce : % -> SingleInteger PORTNUM;coerce;$Si;3 x is replaced by x Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor PortNumber Time: 0.10 seconds finalizing NRLIB PORTNUM Processing PortNumber for Browser database: -- port : SingleInteger -> % -- constructor ; compiling file "/tmp/oa-YDE5fY/code.lsp" (written 01 FEB 2016 11:02:09 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PORTNUM;port;Si$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PORTNUM;=;2$B;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PORTNUM;coerce;$Si;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PORTNUM;port;Si$;1| ...) ; compiling (DEFUN |PORTNUM;=;2$B;2| ...) ; compiling (DEFUN |PORTNUM;coerce;$Si;3| ...) ; compiling (DEFUN |PORTNUM;coerce;$Of;4| ...) ; compiling (DEFUN |PortNumber| ...) ; compiling (DEFUN |PortNumber;| ...) ; compiling (MAKEPROP (QUOTE |PortNumber|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-YDE5fY/code.fasl written ; compilation finished in 0:00:00.021 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile UPOLYC2.spad && cp UPOLYC2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UPOLYC2.fasl \ && if test -f UPOLYC2-.NRLIB/code.fasl; then \ cp UPOLYC2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UPOLYC2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UPOLYC2.spad using Spad compiler. UPOLYC2 abbreviates package UnivariatePolynomialCategoryFunctions2 debug: compDefine1 lhs: (UnivariatePolynomialCategoryFunctions2 R PR S PS) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map (PS (Mapping S R) PR))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map (PS (Mapping S R) PR))) $param: (R PR S PS) debug: evaluateType form: PS $param: (R PR S PS) debug: evaluateType form: (Mapping S R) $param: (R PR S PS) debug: evaluateType form: S $param: (R PR S PS) debug: evaluateType form: R $param: (R PR S PS) debug: evaluateType form: PR $param: (R PR S PS) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map (PS (Mapping S R) PR))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for UnivariatePolynomialCategoryFunctions2 compiling into /tmp/oa-JvT9xe compiling exported map : (R -> S,PR) -> PS Time: 0.14 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor UnivariatePolynomialCategoryFunctions2 Time: 0.14 seconds finalizing NRLIB UPOLYC2 Processing UnivariatePolynomialCategoryFunctions2 for Browser database: -- map : ((R -> S),PR) -> PS -- constructor ; compiling file "/tmp/oa-JvT9xe/code.lsp" (written 01 FEB 2016 11:02:09 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |UPOLYC2;map;MPRPS;1| ...) ; compiling (DEFUN |UnivariatePolynomialCategoryFunctions2| ...) ; compiling (DEFUN |UnivariatePolynomialCategoryFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |UnivariatePolynomialCategoryFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-JvT9xe/code.fasl written ; compilation finished in 0:00:00.027 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PFBRU.spad && cp PFBRU.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PFBRU.fasl \ && if test -f PFBRU-.NRLIB/code.fasl; then \ cp PFBRU-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PFBRU-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PFBRU.spad using Spad compiler. PFBRU abbreviates package PolynomialFactorizationByRecursionUnivariate debug: compDefine1 lhs: (PolynomialFactorizationByRecursionUnivariate R S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE solveLinearPolynomialEquationByRecursion ((Union (List (SparseUnivariatePolynomial S)) failed) (List (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE factorByRecursion ((Factored (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE factorSquareFreeByRecursion ((Factored (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE randomR (R)) (SIGNATURE factorSFBRlcUnit ((Factored (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE solveLinearPolynomialEquationByRecursion ((Union (List (SparseUnivariatePolynomial S)) failed) (List (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE factorByRecursion ((Factored (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE factorSquareFreeByRecursion ((Factored (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE randomR (R)) (SIGNATURE factorSFBRlcUnit ((Factored (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S)))) $param: (R S) debug: evaluateType form: (Union (List (SparseUnivariatePolynomial S)) failed) $param: (R S) debug: evaluateType form: (List (SparseUnivariatePolynomial S)) $param: (R S) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial S)) debug: evaluateType1 x: (SparseUnivariatePolynomial S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial S) c: (Type) debug: evaluateType form: failed $param: (R S) debug: evaluateType form: (List (SparseUnivariatePolynomial S)) $param: (R S) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial S)) debug: evaluateType1 x: (SparseUnivariatePolynomial S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial S) c: (Type) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evaluateType form: (Factored (SparseUnivariatePolynomial S)) $param: (R S) Debug: evaluateType1 form: (Factored (SparseUnivariatePolynomial S)) debug: evaluateType1 x: (SparseUnivariatePolynomial S) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R S) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial S) c: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evaluateType form: (Factored (SparseUnivariatePolynomial S)) $param: (R S) Debug: evaluateType1 form: (Factored (SparseUnivariatePolynomial S)) debug: evaluateType1 x: (SparseUnivariatePolynomial S) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R S) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial S) c: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evaluateType form: R $param: (R S) debug: evaluateType form: (Factored (SparseUnivariatePolynomial S)) $param: (R S) Debug: evaluateType1 form: (Factored (SparseUnivariatePolynomial S)) debug: evaluateType1 x: (SparseUnivariatePolynomial S) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R S) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial S) c: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE solveLinearPolynomialEquationByRecursion ((Union (List (SparseUnivariatePolynomial S)) failed) (List (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE factorByRecursion ((Factored (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE factorSquareFreeByRecursion ((Factored (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE randomR (R)) (SIGNATURE factorSFBRlcUnit ((Factored (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PolynomialFactorizationByRecursionUnivariate compiling into /tmp/oa-QDIGpu importing FactoredFunctionUtilities SparseUnivariatePolynomial S importing FactoredFunctions2(SparseUnivariatePolynomial R,SparseUnivariatePolynomial S) importing FactoredFunctions2(S,SparseUnivariatePolynomial S) importing UnivariatePolynomialCategoryFunctions2(S,SparseUnivariatePolynomial S,R,SparseUnivariatePolynomial R) importing UnivariatePolynomialCategoryFunctions2(R,SparseUnivariatePolynomial R,S,SparseUnivariatePolynomial S) compiling exported solveLinearPolynomialEquationByRecursion : (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,failed) Time: 0.30 SEC. compiling local hensel : (SparseUnivariatePolynomial S,R,List SparseUnivariatePolynomial S) -> Union(Record(fctrs: List SparseUnivariatePolynomial S),failed) Time: 0.61 SEC. compiling local chooseFSQViableSubstitutions : SparseUnivariatePolynomial S -> Record(substnsField: R,ppRField: SparseUnivariatePolynomial R) Time: 0.31 SEC. compiling local raise : SparseUnivariatePolynomial R -> SparseUnivariatePolynomial S Time: 0.01 SEC. compiling local lower : SparseUnivariatePolynomial S -> SparseUnivariatePolynomial R Time: 0.03 SEC. compiling local factorSFBRlcUnitInner : (SparseUnivariatePolynomial S,R) -> Union(Factored SparseUnivariatePolynomial S,failed) Time: 1.34 SEC. compiling exported factorSFBRlcUnit : SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S Time: 0.02 SEC. compiling exported factorSFBRlcUnit : SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S Time: 0.01 SEC. compiling exported randomR : () -> R Time: 0.01 SEC. compiling exported randomR : () -> R Time: 0 SEC. compiling exported randomR : () -> R Time: 0.02 SEC. compiling exported factorByRecursion : SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S Time: 0.14 SEC. compiling exported factorSquareFreeByRecursion : SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S Time: 0.48 SEC. (time taken in buildFunctor: 0) Time: 0.03 SEC. Warnings: [1] solveLinearPolynomialEquationByRecursion: not known that Ring is of mode CATEGORY(package,solveLinearPolynomialEquationByRecursion: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),factorByRecursion: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreeByRecursion: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,randomR: () -> R,factorSFBRlcUnit: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S) [2] chooseFSQViableSubstitutions: substns has no value [3] chooseFSQViableSubstitutions: ppR has no value [4] raise: : R -- replace by pretend [5] raise: : R -- should replace by @ [6] factorSFBRlcUnitInner: not known that Ring is of mode CATEGORY(package,solveLinearPolynomialEquationByRecursion: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),factorByRecursion: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreeByRecursion: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,randomR: () -> R,factorSFBRlcUnit: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S) [7] factorSFBRlcUnitInner: fctr has no value [8] factorByRecursion: not known that IntegralDomain is of mode CATEGORY(package,solveLinearPolynomialEquationByRecursion: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),factorByRecursion: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreeByRecursion: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,randomR: () -> R,factorSFBRlcUnit: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S) [9] factorByRecursion: : S -- replace by pretend [10] factorByRecursion: : S -- should replace by @ [11] factorSquareFreeByRecursion: lcppPow has no value Cumulative Statistics for Constructor PolynomialFactorizationByRecursionUnivariate Time: 3.30 seconds finalizing NRLIB PFBRU Processing PolynomialFactorizationByRecursionUnivariate for Browser database: -- solveLinearPolynomialEquationByRecursion : (List SupS,SupS) -> Union(List SupS,"failed") -- factorByRecursion : SupS -> Factored SupS -- factorSquareFreeByRecursion : SupS -> Factored SupS -- randomR : () -> R -- factorSFBRlcUnit : SupS -> Factored SupS -- constructor ; compiling file "/tmp/oa-QDIGpu/code.lsp" (written 01 FEB 2016 11:02:13 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PFBRU;solveLinearPolynomialEquationByRecursion;LSupU;1| ...) ; file: /tmp/oa-QDIGpu/code.lsp ; in: DEFUN |PFBRU;solveLinearPolynomialEquationByRecursion;LSupU;1| ; (DEFUN BOOT::|PFBRU;solveLinearPolynomialEquationByRecursion;LSupU;1| ; (BOOT::|lpolys| BOOT::|pp| BOOT::$) ; (PROG (BOOT::|answer| BOOT::|lpolysLower| BOOT::|recAns| BOOT::|ppx|) ; (RETURN ; (LET (# #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PFBRU;solveLinearPolynomialEquationByRecursion;LSupU;1| ; (BOOT::|lpolys| BOOT::|pp| BOOT::$) ; (BLOCK BOOT::|PFBRU;solveLinearPolynomialEquationByRecursion;LSupU;1| ; (PROG (BOOT::|answer| BOOT::|lpolysLower| BOOT::|recAns| BOOT::|ppx|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |PFBRU;solveLinearPolynomialEquationByRecursion;LSupU;1!0| ...) ; compiling (DEFUN |PFBRU;hensel| ...) ; file: /tmp/oa-QDIGpu/code.lsp ; in: DEFUN |PFBRU;hensel| ; (DEFUN BOOT::|PFBRU;hensel| (BOOT::|pp| BOOT::|r| BOOT::|factors| BOOT::$) ; (PROG (BOOT::|step| BOOT::|Ecart| BOOT::|pp1|) ; (RETURN ; (LET* (# # # # # # #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PFBRU;hensel| ; (BOOT::|pp| BOOT::|r| BOOT::|factors| BOOT::$) ; (BLOCK BOOT::|PFBRU;hensel| ; (PROG (BOOT::|step| BOOT::|Ecart| BOOT::|pp1|) ; (RETURN ; (LET* # ; #))))) ; ; note: Assignment to argument: |factors| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |PFBRU;hensel!0| ...) ; compiling (DEFUN |PFBRU;chooseFSQViableSubstitutions| ...) ; compiling (DEFUN |PFBRU;chooseFSQViableSubstitutions!0| ...) ; compiling (DEFUN |PFBRU;raise| ...) ; compiling (DEFUN |PFBRU;raise!0| ...) ; compiling (DEFUN |PFBRU;lower| ...) ; compiling (DEFUN |PFBRU;lower!0| ...) ; compiling (DEFUN |PFBRU;factorSFBRlcUnitInner| ...) ; compiling (DEFUN |PFBRU;factorSFBRlcUnitInner!0| ...) ; compiling (DEFUN |PFBRU;factorSFBRlcUnit;SupF;7| ...) ; compiling (DEFUN |PFBRU;factorSFBRlcUnit;SupF;8| ...) ; compiling (DEFUN |PFBRU;randomR;R;9| ...) ; compiling (DEFUN |PFBRU;randomR;R;10| ...) ; compiling (DEFUN |PFBRU;randomR;R;11| ...) ; compiling (DEFUN |PFBRU;factorByRecursion;SupF;12| ...) ; compiling (DEFUN |PFBRU;factorByRecursion;SupF;12!0| ...) ; compiling (DEFUN |PFBRU;factorSquareFreeByRecursion;SupF;13| ...) ; compiling (DEFUN |PolynomialFactorizationByRecursionUnivariate| ...) ; compiling (DEFUN |PolynomialFactorizationByRecursionUnivariate;| ...) ; compiling (MAKEPROP (QUOTE |PolynomialFactorizationByRecursionUnivariate|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-QDIGpu/code.fasl written ; compilation finished in 0:00:00.211 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SGCF.spad && cp SGCF.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SGCF.fasl \ && if test -f SGCF-.NRLIB/code.fasl; then \ cp SGCF-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SGCF-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SGCF.spad using Spad compiler. SGCF abbreviates package SymmetricGroupCombinatoricFunctions debug: compDefine1 lhs: (SymmetricGroupCombinatoricFunctions) signature (pre-evaluate): ((CATEGORY package (SIGNATURE coleman ((Matrix (Integer)) (List (Integer)) (List (Integer)) (List (Integer)))) (SIGNATURE inverseColeman ((List (Integer)) (List (Integer)) (List (Integer)) (Matrix (Integer)))) (SIGNATURE listYoungTableaus ((List (Matrix (Integer))) (List (PositiveInteger)))) (SIGNATURE makeYoungTableau ((Matrix (Integer)) (List (PositiveInteger)) (List (Integer)))) (SIGNATURE nextColeman ((Matrix (Integer)) (List (Integer)) (List (Integer)) (Matrix (Integer)))) (SIGNATURE nextLatticePermutation ((List (Integer)) (List (PositiveInteger)) (List (Integer)) (Boolean))) (SIGNATURE nextPartition ((Vector (Integer)) (Vector (Integer)) (Vector (Integer)) (Integer))) (SIGNATURE nextPartition ((Vector (Integer)) (List (Integer)) (Vector (Integer)) (Integer))) (SIGNATURE numberOfImproperPartitions ((Integer) (Integer) (Integer))) (SIGNATURE subSet ((List (Integer)) (Integer) (Integer) (Integer))) (SIGNATURE unrankImproperPartitions0 ((List (Integer)) (Integer) (Integer) (Integer))) (SIGNATURE unrankImproperPartitions1 ((List (Integer)) (Integer) (Integer) (Integer))))) debug: evaluateType form: (CATEGORY package (SIGNATURE coleman ((Matrix (Integer)) (List (Integer)) (List (Integer)) (List (Integer)))) (SIGNATURE inverseColeman ((List (Integer)) (List (Integer)) (List (Integer)) (Matrix (Integer)))) (SIGNATURE listYoungTableaus ((List (Matrix (Integer))) (List (PositiveInteger)))) (SIGNATURE makeYoungTableau ((Matrix (Integer)) (List (PositiveInteger)) (List (Integer)))) (SIGNATURE nextColeman ((Matrix (Integer)) (List (Integer)) (List (Integer)) (Matrix (Integer)))) (SIGNATURE nextLatticePermutation ((List (Integer)) (List (PositiveInteger)) (List (Integer)) (Boolean))) (SIGNATURE nextPartition ((Vector (Integer)) (Vector (Integer)) (Vector (Integer)) (Integer))) (SIGNATURE nextPartition ((Vector (Integer)) (List (Integer)) (Vector (Integer)) (Integer))) (SIGNATURE numberOfImproperPartitions ((Integer) (Integer) (Integer))) (SIGNATURE subSet ((List (Integer)) (Integer) (Integer) (Integer))) (SIGNATURE unrankImproperPartitions0 ((List (Integer)) (Integer) (Integer) (Integer))) (SIGNATURE unrankImproperPartitions1 ((List (Integer)) (Integer) (Integer) (Integer)))) $param: NIL debug: evaluateType form: (Matrix (Integer)) $param: NIL Debug: evaluateType1 form: (Matrix (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evaluateType form: (List (Integer)) $param: NIL Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (List (Integer)) $param: NIL Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (List (Integer)) $param: NIL Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (List (Integer)) $param: NIL Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (List (Integer)) $param: NIL Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (List (Integer)) $param: NIL Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (Matrix (Integer)) $param: NIL Debug: evaluateType1 form: (Matrix (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evaluateType form: (List (Matrix (Integer))) $param: NIL Debug: evaluateType1 form: (List (Matrix (Integer))) debug: evaluateType1 x: (Matrix (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix (Integer)) $param: NIL Debug: evaluateType1 form: (Matrix (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evalCategory d: (Matrix (Integer)) c: (Type) debug: evaluateType form: (List (PositiveInteger)) $param: NIL Debug: evaluateType1 form: (List (PositiveInteger)) debug: evaluateType1 x: (PositiveInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evalCategory d: (PositiveInteger) c: (Type) debug: evaluateType form: (Matrix (Integer)) $param: NIL Debug: evaluateType1 form: (Matrix (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evaluateType form: (List (PositiveInteger)) $param: NIL Debug: evaluateType1 form: (List (PositiveInteger)) debug: evaluateType1 x: (PositiveInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evalCategory d: (PositiveInteger) c: (Type) debug: evaluateType form: (List (Integer)) $param: NIL Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (Matrix (Integer)) $param: NIL Debug: evaluateType1 form: (Matrix (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evaluateType form: (List (Integer)) $param: NIL Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (List (Integer)) $param: NIL Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (Matrix (Integer)) $param: NIL Debug: evaluateType1 form: (Matrix (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evaluateType form: (List (Integer)) $param: NIL Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (List (PositiveInteger)) $param: NIL Debug: evaluateType1 form: (List (PositiveInteger)) debug: evaluateType1 x: (PositiveInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evalCategory d: (PositiveInteger) c: (Type) debug: evaluateType form: (List (Integer)) $param: NIL Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Vector (Integer)) $param: NIL Debug: evaluateType1 form: (Vector (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (Vector (Integer)) $param: NIL Debug: evaluateType1 form: (Vector (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (Vector (Integer)) $param: NIL Debug: evaluateType1 form: (Vector (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Vector (Integer)) $param: NIL Debug: evaluateType1 form: (Vector (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (List (Integer)) $param: NIL Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (Vector (Integer)) $param: NIL Debug: evaluateType1 form: (Vector (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (List (Integer)) $param: NIL Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (List (Integer)) $param: NIL Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (List (Integer)) $param: NIL Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE coleman ((Matrix (Integer)) (List (Integer)) (List (Integer)) (List (Integer)))) (SIGNATURE inverseColeman ((List (Integer)) (List (Integer)) (List (Integer)) (Matrix (Integer)))) (SIGNATURE listYoungTableaus ((List (Matrix (Integer))) (List (PositiveInteger)))) (SIGNATURE makeYoungTableau ((Matrix (Integer)) (List (PositiveInteger)) (List (Integer)))) (SIGNATURE nextColeman ((Matrix (Integer)) (List (Integer)) (List (Integer)) (Matrix (Integer)))) (SIGNATURE nextLatticePermutation ((List (Integer)) (List (PositiveInteger)) (List (Integer)) (Boolean))) (SIGNATURE nextPartition ((Vector (Integer)) (Vector (Integer)) (Vector (Integer)) (Integer))) (SIGNATURE nextPartition ((Vector (Integer)) (List (Integer)) (Vector (Integer)) (Integer))) (SIGNATURE numberOfImproperPartitions ((Integer) (Integer) (Integer))) (SIGNATURE subSet ((List (Integer)) (Integer) (Integer) (Integer))) (SIGNATURE unrankImproperPartitions0 ((List (Integer)) (Integer) (Integer) (Integer))) (SIGNATURE unrankImproperPartitions1 ((List (Integer)) (Integer) (Integer) (Integer))))) ------------------------------------------------------------------------ initializing stationary directory for SymmetricGroupCombinatoricFunctions compiling into /tmp/oa-Z7rulz importing Set Integer compiling local numberOfImproperPartitionsInternal : (Integer,Integer,Integer) -> Integer Time: 0.05 SEC. compiling exported numberOfImproperPartitions : (Integer,Integer) -> Integer Time: 0.01 SEC. compiling exported unrankImproperPartitions0 : (Integer,Integer,Integer) -> List Integer Time: 0.03 SEC. compiling exported unrankImproperPartitions1 : (Integer,Integer,Integer) -> List Integer Time: 0.07 SEC. compiling exported subSet : (Integer,Integer,Integer) -> List Integer Time: 0.04 SEC. compiling exported nextLatticePermutation : (List PositiveInteger,List Integer,Boolean) -> List Integer Time: 0.33 SEC. compiling exported makeYoungTableau : (List PositiveInteger,List Integer) -> Matrix Integer Time: 0.09 SEC. compiling exported listYoungTableaus : List PositiveInteger -> List Matrix Integer Time: 0.04 SEC. compiling exported nextColeman : (List Integer,List Integer,Matrix Integer) -> Matrix Integer Time: 0.09 SEC. compiling exported nextPartition : (Vector Integer,Vector Integer,Integer) -> Vector Integer Time: 0.02 SEC. compiling exported nextPartition : (List Integer,Vector Integer,Integer) -> Vector Integer Time: 0.07 SEC. compiling exported inverseColeman : (List Integer,List Integer,Matrix Integer) -> List Integer Time: 0.08 SEC. compiling exported coleman : (List Integer,List Integer,List Integer) -> Matrix Integer Time: 0.13 SEC. (time taken in buildFunctor: 0) Time: 0.03 SEC. Warnings: [1] unrankImproperPartitions0: y has no value [2] unrankImproperPartitions0: sOld has no value [3] unrankImproperPartitions1: y has no value [4] unrankImproperPartitions1: sOld has no value [5] subSet: y has no value [6] nextLatticePermutation: ready has no value [7] listYoungTableaus: false has no value Cumulative Statistics for Constructor SymmetricGroupCombinatoricFunctions Time: 1.08 seconds finalizing NRLIB SGCF Processing SymmetricGroupCombinatoricFunctions for Browser database: -- coleman : (L I,L I,L I) -> M I -- inverseColeman : (L I,L I,M I) -> L I -- listYoungTableaus : L PI -> L M I -- makeYoungTableau : (L PI,L I) -> M I -- nextColeman : (L I,L I,M I) -> M I -- nextLatticePermutation : (L PI,L I,B) -> L I -- nextPartition : (V I,V I,I) -> V I -- nextPartition : (L I,V I,I) -> V I -- numberOfImproperPartitions : (I,I) -> I -- subSet : (I,I,I) -> L I -- unrankImproperPartitions0 : (I,I,I) -> L I -- unrankImproperPartitions1 : (I,I,I) -> L I -- constructor ; compiling file "/tmp/oa-Z7rulz/code.lsp" (written 01 FEB 2016 11:02:15 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SGCF;numberOfImproperPartitionsInternal| ...) ; file: /tmp/oa-Z7rulz/code.lsp ; in: DEFUN |SGCF;numberOfImproperPartitionsInternal| ; (DEFUN BOOT::|SGCF;numberOfImproperPartitionsInternal| ; (BOOT::|n| BOOT::|m| BOOT::|cm| BOOT::$) ; (COND ; ((ZEROP BOOT::|n|) ; (BOOT::SPADCALL BOOT::|m| BOOT::|cm| (BOOT::|shellEntry| BOOT::$ 11))) ; ((AND (ZEROP BOOT::|cm|) (PLUSP BOOT::|n|)) 0) ; (T ; (LET (#) ; (PROGN # BOOT::|s|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SGCF;numberOfImproperPartitionsInternal| ; (BOOT::|n| BOOT::|m| BOOT::|cm| BOOT::$) ; (BLOCK BOOT::|SGCF;numberOfImproperPartitionsInternal| ; (COND ((ZEROP BOOT::|n|) (BOOT::SPADCALL BOOT::|m| BOOT::|cm| #)) ; ((AND # #) 0) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |SGCF;numberOfImproperPartitions;3I;2| ...) ; compiling (DEFUN |SGCF;unrankImproperPartitions0;3IL;3| ...) ; file: /tmp/oa-Z7rulz/code.lsp ; in: DEFUN |SGCF;unrankImproperPartitions0;3IL;3| ; (DEFUN BOOT::|SGCF;unrankImproperPartitions0;3IL;3| ; (BOOT::|n| BOOT::|m| BOOT::|k| BOOT::$) ; (PROG (BOOT::|y| BOOT::|sOld| BOOT::|s|) ; (RETURN ; (LET (#) ; (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SGCF;unrankImproperPartitions0;3IL;3| ; (BOOT::|n| BOOT::|m| BOOT::|k| BOOT::$) ; (BLOCK BOOT::|SGCF;unrankImproperPartitions0;3IL;3| ; (PROG (BOOT::|y| BOOT::|sOld| BOOT::|s|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; ; note: Assignment to argument: |k| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS INTEGER T)) &REST T). ; compiling (DEFUN |SGCF;unrankImproperPartitions1;3IL;4| ...) ; file: /tmp/oa-Z7rulz/code.lsp ; in: DEFUN |SGCF;unrankImproperPartitions1;3IL;4| ; (DEFUN BOOT::|SGCF;unrankImproperPartitions1;3IL;4| ; (BOOT::|n| BOOT::|m| BOOT::|k| BOOT::$) ; (PROG (BOOT::|nonZeroPos| BOOT::|y| BOOT::|sOld| BOOT::|s| BOOT::|cm|) ; (RETURN ; (LET (# #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SGCF;unrankImproperPartitions1;3IL;4| ; (BOOT::|n| BOOT::|m| BOOT::|k| BOOT::$) ; (BLOCK BOOT::|SGCF;unrankImproperPartitions1;3IL;4| ; (PROG (BOOT::|nonZeroPos| BOOT::|y| BOOT::|sOld| BOOT::|s| BOOT::|cm|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; ; note: Assignment to argument: |k| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS INTEGER T)) &REST T). ; compiling (DEFUN |SGCF;subSet;3IL;5| ...) ; file: /tmp/oa-Z7rulz/code.lsp ; in: DEFUN |SGCF;subSet;3IL;5| ; (DEFUN BOOT::|SGCF;subSet;3IL;5| (BOOT::|n| BOOT::|m| BOOT::|k| BOOT::$) ; (PROG (BOOT::|s| BOOT::|mm| BOOT::|l| BOOT::|y|) ; (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SGCF;subSet;3IL;5| ; (BOOT::|n| BOOT::|m| BOOT::|k| BOOT::$) ; (BLOCK BOOT::|SGCF;subSet;3IL;5| ; (PROG (BOOT::|s| BOOT::|mm| BOOT::|l| BOOT::|y|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS INTEGER T)) &REST T). ; compiling (DEFUN |SGCF;nextLatticePermutation;LLBL;6| ...) ; file: /tmp/oa-Z7rulz/code.lsp ; in: DEFUN |SGCF;nextLatticePermutation;LLBL;6| ; (DEFUN BOOT::|SGCF;nextLatticePermutation;LLBL;6| ; (BOOT::|lambda| BOOT::|lattP| BOOT::|constructNotFirst| BOOT::$) ; (PROG (BOOT::|ready| BOOT::|leftEntry| BOOT::|rightPosition| BOOT::|help| ; BOOT::|j| BOOT::|rightEntry|) ; (RETURN ; (LET* (# # # #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SGCF;nextLatticePermutation;LLBL;6| ; (BOOT::|lambda| BOOT::|lattP| BOOT::|constructNotFirst| BOOT::$) ; (BLOCK BOOT::|SGCF;nextLatticePermutation;LLBL;6| ; (PROG (BOOT::|ready| BOOT::|leftEntry| BOOT::|rightPosition| ; BOOT::|help| BOOT::|j| BOOT::|rightEntry|) ; (RETURN ; (LET* # ; #))))) ; ; note: Assignment to argument: |lattP| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS INTEGER T)) ; ; ; note: Assignment to argument: |constructNotFirst| ; prevents use of assertion from function type proclamation: ; (MEMBER T NIL) ; ; (LET* ((BOOT::|lprime| ; (BOOT::SPADCALL BOOT::|lambda| (BOOT::|shellEntry| BOOT::$ 43))) ; (BOOT::|columns| (BOOT::|SPADfirst| BOOT::|lambda|)) ; (BOOT::|rows| (BOOT::|SPADfirst| BOOT::|lprime|)) ; (BOOT::|n| ; (LET (# # #) ; (LOOP # ; #)))) ; (COND ; (BOOT::|constructNotFirst| ; (BOOT::SEQ ; (BOOT::LETT BOOT::|help| # BOOT::|SGCF;nextLatticePermutation;LLBL;6|) ; (BOOT::LETT BOOT::|rightPosition| BOOT::|n| ; BOOT::|SGCF;nextLatticePermutation;LLBL;6|) ; (BOOT::LETT BOOT::|leftEntry| # ; BOOT::|SGCF;nextLatticePermutation;LLBL;6|) ; (BOOT::LETT BOOT::|ready| NIL ; BOOT::|SGCF;nextLatticePermutation;LLBL;6|) ; (LET # ; #) ; (BOOT::EXIT #))) ; (T ; (PROGN ; (SETQ #) ; (LET # ; #) ; BOOT::|lattP|)))) ; ; caught STYLE-WARNING: ; The variable |rows| is defined but never used. ; compiling (DEFUN |SGCF;makeYoungTableau;LLM;7| ...) ; compiling (DEFUN |SGCF;listYoungTableaus;LL;8| ...) ; compiling (DEFUN |SGCF;nextColeman;2L2M;9| ...) ; file: /tmp/oa-Z7rulz/code.lsp ; in: DEFUN |SGCF;nextColeman;2L2M;9| ; (LET* ((BOOT::|nrow| (LIST-LENGTH BOOT::|beta|)) ; (BOOT::|ncol| (LIST-LENGTH BOOT::|alpha|)) ; (BOOT::|vnull| (BOOT::SPADCALL NIL (BOOT::|shellEntry| BOOT::$ 68))) ; (BOOT::|vzero| ; (BOOT::SPADCALL BOOT::|ncol| 0 (BOOT::|shellEntry| BOOT::$ 32))) ; (BOOT::|vrest| ; (BOOT::SPADCALL BOOT::|ncol| 0 (BOOT::|shellEntry| BOOT::$ 32))) ; (BOOT::|cnull| (BOOT::SPADCALL 1 1 0 (BOOT::|shellEntry| BOOT::$ 58))) ; (BOOT::|coleman| ; (BOOT::SPADCALL BOOT::C (BOOT::|shellEntry| BOOT::$ 69)))) ; (BOOT::SEQ ; (COND ; ((BOOT::SPADCALL BOOT::|coleman| BOOT::|cnull| #) ; (BOOT::SEQ # # # # # # #)) ; (T (PROGN # # #))) ; (LET ((BOOT::|i| #) (#:G704 #)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::EXIT ; (BOOT::SPADCALL BOOT::|coleman| BOOT::|nrow| BOOT::|vrest| ; (BOOT::|shellEntry| BOOT::$ 75))))) ; ; caught STYLE-WARNING: ; The variable |vzero| is defined but never used. ; compiling (DEFUN |SGCF;nextPartition;2VIV;10| ...) ; compiling (DEFUN |SGCF;nextPartition;LVIV;11| ...) ; file: /tmp/oa-Z7rulz/code.lsp ; in: DEFUN |SGCF;nextPartition;LVIV;11| ; (DEFUN BOOT::|SGCF;nextPartition;LVIV;11| ; (BOOT::|gamma| BOOT::|part| BOOT::|number| BOOT::$) ; (PROG (BOOT::|sum| BOOT::|j| BOOT::|i|) ; (RETURN ; (LET (# #) ; (BOOT::SEQ # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SGCF;nextPartition;LVIV;11| ; (BOOT::|gamma| BOOT::|part| BOOT::|number| BOOT::$) ; (BLOCK BOOT::|SGCF;nextPartition;LVIV;11| ; (PROG (BOOT::|sum| BOOT::|j| BOOT::|i|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |part| ; prevents use of assertion from function type proclamation: ; (VECTOR INTEGER) ; ; compiling (DEFUN |SGCF;inverseColeman;2LML;12| ...) ; compiling (DEFUN |SGCF;coleman;3LM;13| ...) ; compiling (DEFUN |SymmetricGroupCombinatoricFunctions| ...) ; compiling (DEFUN |SymmetricGroupCombinatoricFunctions;| ...) ; compiling (MAKEPROP (QUOTE |SymmetricGroupCombinatoricFunctions|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 11 notes ; /tmp/oa-Z7rulz/code.fasl written ; compilation finished in 0:00:00.140 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile OUT.spad && cp OUT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/OUT.fasl \ && if test -f OUT-.NRLIB/code.fasl; then \ cp OUT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/OUT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OUT.spad using Spad compiler. OUT abbreviates package OutputPackage debug: compDefine1 lhs: (OutputPackage) signature (pre-evaluate): ((CATEGORY package (SIGNATURE output ((Void) (String))) (SIGNATURE output ((Void) (OutputForm))) (SIGNATURE output ((Void) (String) (OutputForm))) (SIGNATURE outputList ((Void) (List (Any)))))) debug: evaluateType form: (CATEGORY package (SIGNATURE output ((Void) (String))) (SIGNATURE output ((Void) (OutputForm))) (SIGNATURE output ((Void) (String) (OutputForm))) (SIGNATURE outputList ((Void) (List (Any))))) $param: NIL debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (List (Any)) $param: NIL Debug: evaluateType1 form: (List (Any)) debug: evaluateType1 x: (Any) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Any) $param: NIL Debug: evaluateType1 form: (Any) debug: evalCategory d: (Any) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE output ((Void) (String))) (SIGNATURE output ((Void) (OutputForm))) (SIGNATURE output ((Void) (String) (OutputForm))) (SIGNATURE outputList ((Void) (List (Any)))))) ------------------------------------------------------------------------ initializing stationary directory for OutputPackage compiling into /tmp/oa-tIVX94 compiling exported output : OutputForm -> Void OUT;output;OfV;1 is replaced by mathprint Time: 0.00 SEC. compiling exported output : String -> Void OUT;output;SV;2 is replaced by mathprint Time: 0 SEC. compiling exported output : (String,OutputForm) -> Void Time: 0.00 SEC. compiling exported outputList : List Any -> Void Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] output: : OutputForm -- replace by pretend Cumulative Statistics for Constructor OutputPackage Time: 0.02 seconds finalizing NRLIB OUT Processing OutputPackage for Browser database: -- output : String -> Void -- output : OutputForm -> Void -- output : (String,OutputForm) -> Void -- outputList : List Any -> Void -- constructor ; compiling file "/tmp/oa-tIVX94/code.lsp" (written 01 FEB 2016 11:02:15 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUT;output;OfV;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUT;output;SV;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |OUT;output;OfV;1| ...) ; compiling (DEFUN |OUT;output;SV;2| ...) ; compiling (DEFUN |OUT;output;SOfV;3| ...) ; compiling (DEFUN |OUT;outputList;LV;4| ...) ; compiling (DEFUN |OutputPackage| ...) ; compiling (DEFUN |OutputPackage;| ...) ; compiling (MAKEPROP (QUOTE |OutputPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-tIVX94/code.fasl written ; compilation finished in 0:00:00.018 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PSEUDLIN.spad && cp PSEUDLIN.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PSEUDLIN.fasl \ && if test -f PSEUDLIN-.NRLIB/code.fasl; then \ cp PSEUDLIN-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PSEUDLIN-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PSEUDLIN.spad using Spad compiler. PSEUDLIN abbreviates package PseudoLinearNormalForm debug: compDefine1 lhs: (PseudoLinearNormalForm K) signature (pre-evaluate): ((CATEGORY package (SIGNATURE normalForm ((Record (: R (Matrix K)) (: A (Matrix K)) (: Ainv (Matrix K))) (Matrix K) (Automorphism K) (Mapping K K))) (SIGNATURE changeBase ((Matrix K) (Matrix K) (Matrix K) (Automorphism K) (Mapping K K))) (SIGNATURE companionBlocks ((List (Record (: C (Matrix K)) (: g (Vector K)))) (Matrix K) (Vector K)))) (Field)) debug: evaluateType form: (CATEGORY package (SIGNATURE normalForm ((Record (: R (Matrix K)) (: A (Matrix K)) (: Ainv (Matrix K))) (Matrix K) (Automorphism K) (Mapping K K))) (SIGNATURE changeBase ((Matrix K) (Matrix K) (Matrix K) (Automorphism K) (Mapping K K))) (SIGNATURE companionBlocks ((List (Record (: C (Matrix K)) (: g (Vector K)))) (Matrix K) (Vector K)))) $param: (K) debug: evaluateType form: (Record (: R (Matrix K)) (: A (Matrix K)) (: Ainv (Matrix K))) $param: (K) debug: evaluateType form: (Matrix K) $param: (K) Debug: evaluateType1 form: (Matrix K) debug: evaluateType1 x: K m: (Ring) debug: evaluateType form: (Matrix K) $param: (K) Debug: evaluateType1 form: (Matrix K) debug: evaluateType1 x: K m: (Ring) debug: evaluateType form: (Matrix K) $param: (K) Debug: evaluateType1 form: (Matrix K) debug: evaluateType1 x: K m: (Ring) debug: evaluateType form: (Matrix K) $param: (K) Debug: evaluateType1 form: (Matrix K) debug: evaluateType1 x: K m: (Ring) debug: evaluateType form: (Automorphism K) $param: (K) Debug: evaluateType1 form: (Automorphism K) debug: evaluateType1 x: K m: (Ring) debug: evaluateType form: (Mapping K K) $param: (K) debug: evaluateType form: K $param: (K) debug: evaluateType form: K $param: (K) debug: evaluateType form: (Matrix K) $param: (K) Debug: evaluateType1 form: (Matrix K) debug: evaluateType1 x: K m: (Ring) debug: evaluateType form: (Matrix K) $param: (K) Debug: evaluateType1 form: (Matrix K) debug: evaluateType1 x: K m: (Ring) debug: evaluateType form: (Matrix K) $param: (K) Debug: evaluateType1 form: (Matrix K) debug: evaluateType1 x: K m: (Ring) debug: evaluateType form: (Automorphism K) $param: (K) Debug: evaluateType1 form: (Automorphism K) debug: evaluateType1 x: K m: (Ring) debug: evaluateType form: (Mapping K K) $param: (K) debug: evaluateType form: K $param: (K) debug: evaluateType form: K $param: (K) debug: evaluateType form: (List (Record (: C (Matrix K)) (: g (Vector K)))) $param: (K) Debug: evaluateType1 form: (List (Record (: C (Matrix K)) (: g (Vector K)))) debug: evaluateType1 x: (Record (: C (Matrix K)) (: g (Vector K))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (K) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: C (Matrix K)) (: g (Vector K))) $param: (K) debug: evaluateType form: (Matrix K) $param: (K) Debug: evaluateType1 form: (Matrix K) debug: evaluateType1 x: K m: (Ring) debug: evaluateType form: (Vector K) $param: (K) Debug: evaluateType1 form: (Vector K) debug: evaluateType1 x: K m: (Type) debug: evalCategory d: (Record (: C (Matrix K)) (: g (Vector K))) c: (Type) debug: evaluateType form: (Matrix K) $param: (K) Debug: evaluateType1 form: (Matrix K) debug: evaluateType1 x: K m: (Ring) debug: evaluateType form: (Vector K) $param: (K) Debug: evaluateType1 form: (Vector K) debug: evaluateType1 x: K m: (Type) debug: evaluateType form: (Field) $param: (K) Debug: evaluateType1 form: (Field) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE normalForm ((Record (: R (Matrix K)) (: A (Matrix K)) (: Ainv (Matrix K))) (Matrix K) (Automorphism K) (Mapping K K))) (SIGNATURE changeBase ((Matrix K) (Matrix K) (Matrix K) (Automorphism K) (Mapping K K))) (SIGNATURE companionBlocks ((List (Record (: C (Matrix K)) (: g (Vector K)))) (Matrix K) (Vector K)))) (Field)) debug: compDefine1 lhs: (PseudoLinearNormalForm K) signature (pre-evaluate): ((CATEGORY package (SIGNATURE normalForm ((Record (: R (Matrix K)) (: A (Matrix K)) (: Ainv (Matrix K))) (Matrix K) (Automorphism K) (Mapping K K))) (SIGNATURE changeBase ((Matrix K) (Matrix K) (Matrix K) (Automorphism K) (Mapping K K))) (SIGNATURE companionBlocks ((List (Record (: C (Matrix K)) (: g (Vector K)))) (Matrix K) (Vector K)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE normalForm ((Record (: R (Matrix K)) (: A (Matrix K)) (: Ainv (Matrix K))) (Matrix K) (Automorphism K) (Mapping K K))) (SIGNATURE changeBase ((Matrix K) (Matrix K) (Matrix K) (Automorphism K) (Mapping K K))) (SIGNATURE companionBlocks ((List (Record (: C (Matrix K)) (: g (Vector K)))) (Matrix K) (Vector K)))) $param: (K) debug: evaluateType form: (Record (: R (Matrix K)) (: A (Matrix K)) (: Ainv (Matrix K))) $param: (K) debug: evaluateType form: (Matrix K) $param: (K) Debug: evaluateType1 form: (Matrix K) debug: evaluateType1 x: K m: (Ring) debug: evaluateType form: (Matrix K) $param: (K) Debug: evaluateType1 form: (Matrix K) debug: evaluateType1 x: K m: (Ring) debug: evaluateType form: (Matrix K) $param: (K) Debug: evaluateType1 form: (Matrix K) debug: evaluateType1 x: K m: (Ring) debug: evaluateType form: (Matrix K) $param: (K) Debug: evaluateType1 form: (Matrix K) debug: evaluateType1 x: K m: (Ring) debug: evaluateType form: (Automorphism K) $param: (K) Debug: evaluateType1 form: (Automorphism K) debug: evaluateType1 x: K m: (Ring) debug: evaluateType form: (Mapping K K) $param: (K) debug: evaluateType form: K $param: (K) debug: evaluateType form: K $param: (K) debug: evaluateType form: (Matrix K) $param: (K) Debug: evaluateType1 form: (Matrix K) debug: evaluateType1 x: K m: (Ring) debug: evaluateType form: (Matrix K) $param: (K) Debug: evaluateType1 form: (Matrix K) debug: evaluateType1 x: K m: (Ring) debug: evaluateType form: (Matrix K) $param: (K) Debug: evaluateType1 form: (Matrix K) debug: evaluateType1 x: K m: (Ring) debug: evaluateType form: (Automorphism K) $param: (K) Debug: evaluateType1 form: (Automorphism K) debug: evaluateType1 x: K m: (Ring) debug: evaluateType form: (Mapping K K) $param: (K) debug: evaluateType form: K $param: (K) debug: evaluateType form: K $param: (K) debug: evaluateType form: (List (Record (: C (Matrix K)) (: g (Vector K)))) $param: (K) Debug: evaluateType1 form: (List (Record (: C (Matrix K)) (: g (Vector K)))) debug: evaluateType1 x: (Record (: C (Matrix K)) (: g (Vector K))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (K) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: C (Matrix K)) (: g (Vector K))) $param: (K) debug: evaluateType form: (Matrix K) $param: (K) Debug: evaluateType1 form: (Matrix K) debug: evaluateType1 x: K m: (Ring) debug: evaluateType form: (Vector K) $param: (K) Debug: evaluateType1 form: (Vector K) debug: evaluateType1 x: K m: (Type) debug: evalCategory d: (Record (: C (Matrix K)) (: g (Vector K))) c: (Type) debug: evaluateType form: (Matrix K) $param: (K) Debug: evaluateType1 form: (Matrix K) debug: evaluateType1 x: K m: (Ring) debug: evaluateType form: (Vector K) $param: (K) Debug: evaluateType1 form: (Vector K) debug: evaluateType1 x: K m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE normalForm ((Record (: R (Matrix K)) (: A (Matrix K)) (: Ainv (Matrix K))) (Matrix K) (Automorphism K) (Mapping K K))) (SIGNATURE changeBase ((Matrix K) (Matrix K) (Matrix K) (Automorphism K) (Mapping K K))) (SIGNATURE companionBlocks ((List (Record (: C (Matrix K)) (: g (Vector K)))) (Matrix K) (Vector K)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for PseudoLinearNormalForm compiling into /tmp/oa-OwHuxg compiling local inv : Matrix K -> Matrix K Time: 0.04 SEC. compiling exported changeBase : (Matrix K,Matrix K,Automorphism K,K -> K) -> Matrix K Time: 0.08 SEC. compiling exported normalForm : (Matrix K,Automorphism K,K -> K) -> Record(R: Matrix K,A: Matrix K,Ainv: Matrix K) Time: 0.01 SEC. compiling exported companionBlocks : (Matrix K,Vector K) -> List Record(C: Matrix K,g: Vector K) Time: 0.12 SEC. compiling local normalForm0 : (Matrix K,Automorphism K,Automorphism K,K -> K) -> Record(R: Matrix K,A: Matrix K,Ainv: Matrix K) Time: 0.12 SEC. compiling local mulMatrix : (Integer,Integer,K) -> Matrix K Time: 0.03 SEC. compiling local addMatrix : (Integer,Integer,Integer,K) -> Matrix K Time: 0.03 SEC. compiling local permutationMatrix : (Integer,Integer,Integer) -> Matrix K Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] normalForm0: B has no value [2] normalForm0: Binv has no value Cumulative Statistics for Constructor PseudoLinearNormalForm Time: 0.45 seconds finalizing NRLIB PSEUDLIN Processing PseudoLinearNormalForm for Browser database: -- normalForm : (Matrix K,Automorphism K,(K -> K)) -> REC -- changeBase : (Matrix K,Matrix K,Automorphism K,(K -> K)) -> Matrix K -- companionBlocks : (Matrix K,Vector K) -> List ER -- constructor ; compiling file "/tmp/oa-OwHuxg/code.lsp" (written 01 FEB 2016 11:02:16 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PSEUDLIN;inv| ...) ; compiling (DEFUN |PSEUDLIN;changeBase;2MAMM;2| ...) ; compiling (DEFUN |PSEUDLIN;changeBase;2MAMM;2!0| ...) ; compiling (DEFUN |PSEUDLIN;normalForm;MAMR;3| ...) ; compiling (DEFUN |PSEUDLIN;companionBlocks;MVL;4| ...) ; compiling (DEFUN |PSEUDLIN;normalForm0| ...) ; compiling (DEFUN |PSEUDLIN;mulMatrix| ...) ; compiling (DEFUN |PSEUDLIN;addMatrix| ...) ; compiling (DEFUN |PSEUDLIN;permutationMatrix| ...) ; compiling (DEFUN |PseudoLinearNormalForm| ...) ; compiling (DEFUN |PseudoLinearNormalForm;| ...) ; compiling (MAKEPROP (QUOTE |PseudoLinearNormalForm|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-OwHuxg/code.fasl written ; compilation finished in 0:00:00.095 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile BYTEBUF.spad && cp BYTEBUF.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/BYTEBUF.fasl \ && if test -f BYTEBUF-.NRLIB/code.fasl; then \ cp BYTEBUF-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/BYTEBUF-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/BYTEBUF.spad using Spad compiler. BYTEBUF abbreviates domain ByteBuffer debug: compDefine1 lhs: (ByteBuffer) signature (pre-evaluate): ((Join (OneDimensionalArrayAggregate (Byte)) (CoercibleTo (PrimitiveArray (Byte))) (CoercibleTo (String)) (CATEGORY domain (SIGNATURE byteBuffer ($ (NonNegativeInteger))) (SIGNATURE capacity ((NonNegativeInteger) $)) (SIGNATURE setLength! ((NonNegativeInteger) $ (NonNegativeInteger)))))) debug: evaluateType form: (Join (OneDimensionalArrayAggregate (Byte)) (CoercibleTo (PrimitiveArray (Byte))) (CoercibleTo (String)) (CATEGORY domain (SIGNATURE byteBuffer ($ (NonNegativeInteger))) (SIGNATURE capacity ((NonNegativeInteger) $)) (SIGNATURE setLength! ((NonNegativeInteger) $ (NonNegativeInteger))))) $param: NIL debug: evaluateType form: (OneDimensionalArrayAggregate (Byte)) $param: NIL Debug: evaluateType1 form: (OneDimensionalArrayAggregate (Byte)) debug: evaluateType1 x: (Byte) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Byte) $param: NIL Debug: evaluateType1 form: (Byte) debug: evalCategory d: (Byte) c: (Type) debug: evaluateType form: (CoercibleTo (PrimitiveArray (Byte))) $param: NIL Debug: evaluateType1 form: (CoercibleTo (PrimitiveArray (Byte))) debug: evaluateType1 x: (PrimitiveArray (Byte)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (PrimitiveArray (Byte)) $param: NIL Debug: evaluateType1 form: (PrimitiveArray (Byte)) debug: evaluateType1 x: (Byte) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Byte) $param: NIL Debug: evaluateType1 form: (Byte) debug: evalCategory d: (Byte) c: (Type) debug: evalCategory d: (PrimitiveArray (Byte)) c: (Type) debug: evaluateType form: (CoercibleTo (String)) $param: NIL Debug: evaluateType1 form: (CoercibleTo (String)) debug: evaluateType1 x: (String) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evalCategory d: (String) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE byteBuffer ($ (NonNegativeInteger))) (SIGNATURE capacity ((NonNegativeInteger) $)) (SIGNATURE setLength! ((NonNegativeInteger) $ (NonNegativeInteger)))) $param: NIL debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: compDefine1 signature (post evaluate): ((Join (OneDimensionalArrayAggregate (Byte)) (CoercibleTo (PrimitiveArray (Byte))) (CoercibleTo (String)) (CATEGORY domain (SIGNATURE byteBuffer ($ (NonNegativeInteger))) (SIGNATURE capacity ((NonNegativeInteger) $)) (SIGNATURE setLength! ((NonNegativeInteger) $ (NonNegativeInteger)))))) ------------------------------------------------------------------------ initializing stationary directory for ByteBuffer compiling into /tmp/oa-JTQKfV compiling local makeByteBuffer : NonNegativeInteger -> % Time: 0.03 SEC. compiling exported byteBuffer : NonNegativeInteger -> % Time: 0 SEC. compiling exported empty : () -> % Time: 0 SEC. compiling exported new : (NonNegativeInteger,Byte) -> % Time: 0.00 SEC. compiling exported # : % -> NonNegativeInteger BYTEBUF;#;$Nni;5 is replaced by %tail Time: 0.00 SEC. compiling exported capacity : % -> NonNegativeInteger BYTEBUF;capacity;$Nni;6 buf is replaced by %vlength %head buf Time: 0.00 SEC. compiling exported qelt : (%,Integer) -> Byte BYTEBUF;qelt;$IB;7(buf,i) is replaced by %aref(%head buf,i) Time: 0.01 SEC. compiling exported elt : (%,Integer) -> Byte Time: 0.02 SEC. compiling exported qsetelt! : (%,Integer,Byte) -> Byte Time: 0.00 SEC. compiling exported setelt : (%,Integer,Byte) -> Byte Time: 0.02 SEC. compiling exported minIndex : % -> Integer BYTEBUF;minIndex;$I;11 buf is replaced by 0 Time: 0.00 SEC. compiling exported maxIndex : % -> Integer BYTEBUF;maxIndex;$I;12 buf is replaced by %isub(%tail buf,1) Time: 0 SEC. compiling exported = : (%,%) -> Boolean Time: 0.00 SEC. compiling exported setLength! : (%,NonNegativeInteger) -> NonNegativeInteger Time: 0.01 SEC. compiling exported coerce : % -> PrimitiveArray Byte BYTEBUF;coerce;$Pa;15 is replaced by %head Time: 0.01 SEC. compiling exported coerce : % -> String BYTEBUF;coerce;$S;16 buf is replaced by %bytevec2str %head buf Time: 0.01 SEC. compiling exported construct : List Byte -> % Time: 0.02 SEC. compiling exported concat : (%,%) -> % Time: 0.02 SEC. (time taken in buildFunctor: 12) Time: 0.04 SEC. Cumulative Statistics for Constructor ByteBuffer Time: 0.20 seconds finalizing NRLIB BYTEBUF Processing ByteBuffer for Browser database: -- byteBuffer : NNI -> % -- capacity : % -> NNI -- setLength! : (%,NNI) -> NNI -- constructor ; compiling file "/tmp/oa-JTQKfV/code.lsp" (written 01 FEB 2016 11:02:16 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BYTEBUF;#;$Nni;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BYTEBUF;capacity;$Nni;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BYTEBUF;qelt;$IB;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BYTEBUF;minIndex;$I;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BYTEBUF;maxIndex;$I;12|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BYTEBUF;coerce;$Pa;15|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BYTEBUF;coerce;$S;16|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BYTEBUF;elt;$IB;8|) ...) ; compiling (DEFUN |BYTEBUF;makeByteBuffer| ...) ; file: /tmp/oa-JTQKfV/code.lsp ; in: DEFUN |BYTEBUF;makeByteBuffer| ; (DEFUN BOOT::|BYTEBUF;makeByteBuffer| (BOOT::|n| BOOT::$) ; (CONS (BOOT::|makeByteBuffer| BOOT::|n|) BOOT::|n|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BYTEBUF;makeByteBuffer| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|BYTEBUF;makeByteBuffer| ; (CONS (BOOT::|makeByteBuffer| BOOT::|n|) BOOT::|n|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |BYTEBUF;byteBuffer;Nni$;2| ...) ; compiling (DEFUN |BYTEBUF;empty;$;3| ...) ; compiling (DEFUN |BYTEBUF;new;NniB$;4| ...) ; file: /tmp/oa-JTQKfV/code.lsp ; in: DEFUN |BYTEBUF;new;NniB$;4| ; (DEFUN BOOT::|BYTEBUF;new;NniB$;4| (BOOT::|n| BOOT::|b| BOOT::$) ; (CONS (BOOT::|makeByteBuffer| BOOT::|n| BOOT::|b|) BOOT::|n|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BYTEBUF;new;NniB$;4| ; (BOOT::|n| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|BYTEBUF;new;NniB$;4| ; (CONS (BOOT::|makeByteBuffer| BOOT::|n| BOOT::|b|) BOOT::|n|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |BYTEBUF;#;$Nni;5| ...) ; compiling (DEFUN |BYTEBUF;capacity;$Nni;6| ...) ; compiling (DEFUN |BYTEBUF;qelt;$IB;7| ...) ; compiling (DEFUN |BYTEBUF;elt;$IB;8| ...) ; file: /tmp/oa-JTQKfV/code.lsp ; in: DEFUN |BYTEBUF;elt;$IB;8| ; (DEFUN BOOT::|BYTEBUF;elt;$IB;8| (BOOT::|buf| BOOT::|i| BOOT::$) ; (COND ((NOT (< BOOT::|i| #)) (BOOT::|error| "index out of range")) ; (T (BOOT::|getSimpleArrayEntry| (CAR BOOT::|buf|) BOOT::|i|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BYTEBUF;elt;$IB;8| ; (BOOT::|buf| BOOT::|i| BOOT::$) ; (BLOCK BOOT::|BYTEBUF;elt;$IB;8| ; (COND ((NOT #) (BOOT::|error| "index out of range")) ; (T (BOOT::|getSimpleArrayEntry| # BOOT::|i|))))) ; ; note: type assertion too complex to check: ; (VALUES (UNSIGNED-BYTE 8) &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |BYTEBUF;qsetelt!;$I2B;9| ...) ; file: /tmp/oa-JTQKfV/code.lsp ; in: DEFUN |BYTEBUF;qsetelt!;$I2B;9| ; (DEFUN BOOT::|BYTEBUF;qsetelt!;$I2B;9| ; (BOOT::|buf| BOOT::|i| BOOT::|b| BOOT::$) ; (BOOT::SPADCALL (CAR BOOT::|buf|) BOOT::|i| BOOT::|b| ; (BOOT::|shellEntry| BOOT::$ 24))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BYTEBUF;qsetelt!;$I2B;9| ; (BOOT::|buf| BOOT::|i| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|BYTEBUF;qsetelt!;$I2B;9| ; (BOOT::SPADCALL (CAR BOOT::|buf|) BOOT::|i| BOOT::|b| ; (BOOT::|shellEntry| BOOT::$ 24)))) ; ; note: type assertion too complex to check: ; (VALUES (UNSIGNED-BYTE 8) &REST T). ; compiling (DEFUN |BYTEBUF;setelt;$I2B;10| ...) ; file: /tmp/oa-JTQKfV/code.lsp ; in: DEFUN |BYTEBUF;setelt;$I2B;10| ; (DEFUN BOOT::|BYTEBUF;setelt;$I2B;10| ; (BOOT::|buf| BOOT::|i| BOOT::|b| BOOT::$) ; (COND ((NOT (< BOOT::|i| #)) (BOOT::|error| "index out of range")) ; (T ; (BOOT::SPADCALL (CAR BOOT::|buf|) BOOT::|i| BOOT::|b| ; (BOOT::|shellEntry| BOOT::$ 24))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BYTEBUF;setelt;$I2B;10| ; (BOOT::|buf| BOOT::|i| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|BYTEBUF;setelt;$I2B;10| ; (COND ((NOT #) (BOOT::|error| "index out of range")) ; (T (BOOT::SPADCALL # BOOT::|i| BOOT::|b| #))))) ; ; note: type assertion too complex to check: ; (VALUES (UNSIGNED-BYTE 8) &REST T). ; compiling (DEFUN |BYTEBUF;minIndex;$I;11| ...) ; file: /tmp/oa-JTQKfV/code.lsp ; in: DEFUN |BYTEBUF;minIndex;$I;11| ; (DEFUN BOOT::|BYTEBUF;minIndex;$I;11| (BOOT::|buf| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; 0) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BYTEBUF;minIndex;$I;11| ; (BOOT::|buf| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|BYTEBUF;minIndex;$I;11| 0)) ; ; caught STYLE-WARNING: ; The variable |buf| is defined but never used. ; compiling (DEFUN |BYTEBUF;maxIndex;$I;12| ...) ; compiling (DEFUN |BYTEBUF;=;2$B;13| ...) ; file: /tmp/oa-JTQKfV/code.lsp ; in: DEFUN |BYTEBUF;=;2$B;13| ; (DEFUN BOOT::|BYTEBUF;=;2$B;13| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 32))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BYTEBUF;=;2$B;13| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|BYTEBUF;=;2$B;13| ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 32)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |BYTEBUF;setLength!;$2Nni;14| ...) ; file: /tmp/oa-JTQKfV/code.lsp ; in: DEFUN |BYTEBUF;setLength!;$2Nni;14| ; (DEFUN BOOT::|BYTEBUF;setLength!;$2Nni;14| (BOOT::|buf| BOOT::|n| BOOT::$) ; (COND ; ((< (BOOT::|sizeOfSimpleArray| #) BOOT::|n|) ; (BOOT::|error| "attempt to set length higher than capacity")) ; (T (PROGN (RPLACD BOOT::|buf| BOOT::|n|) (CDR BOOT::|buf|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BYTEBUF;setLength!;$2Nni;14| ; (BOOT::|buf| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|BYTEBUF;setLength!;$2Nni;14| ; (COND ; ((< # BOOT::|n|) ; (BOOT::|error| "attempt to set length higher than capacity")) ; (T (PROGN # #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |BYTEBUF;coerce;$Pa;15| ...) ; compiling (DEFUN |BYTEBUF;coerce;$S;16| ...) ; compiling (DEFUN |BYTEBUF;construct;L$;17| ...) ; compiling (DEFUN |BYTEBUF;concat;3$;18| ...) ; compiling (DEFUN |ByteBuffer| ...) ; compiling (DEFUN |ByteBuffer;| ...) ; compiling (MAKEPROP (QUOTE |ByteBuffer|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 5 STYLE-WARNING conditions ; printed 5 notes ; /tmp/oa-JTQKfV/code.fasl written ; compilation finished in 0:00:00.112 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile COMPLEX.spad && cp COMPLEX.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/COMPLEX.fasl \ && if test -f COMPLEX-.NRLIB/code.fasl; then \ cp COMPLEX-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/COMPLEX-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/COMPLEX.spad using Spad compiler. COMPLEX abbreviates domain Complex debug: compDefine1 lhs: (Complex R) signature (pre-evaluate): ((ComplexCategory R) (CommutativeRing)) debug: evaluateType form: (ComplexCategory R) $param: (R) Debug: evaluateType1 form: (ComplexCategory R) debug: evaluateType1 x: R m: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: (R) Debug: evaluateType1 form: (CommutativeRing) debug: compDefine1 signature (post evaluate): ((ComplexCategory R) (CommutativeRing)) debug: compDefine1 lhs: (Complex R) signature (pre-evaluate): ((ComplexCategory R) NIL) debug: evaluateType form: (ComplexCategory R) $param: (R) Debug: evaluateType1 form: (ComplexCategory R) debug: evaluateType1 x: R m: (CommutativeRing) debug: compDefine1 signature (post evaluate): ((ComplexCategory R) NIL) ------------------------------------------------------------------------ initializing stationary directory for Complex compiling into /tmp/oa-MVJTaw compiling exported Zero : () -> % Time: 0.09 SEC. compiling exported One : () -> % Time: 0 SEC. compiling exported zero? : % -> Boolean Time: 0.01 SEC. compiling exported one? : % -> Boolean Time: 0.00 SEC. compiling exported coerce : R -> % Time: 0 SEC. compiling exported complex : (R,R) -> % COMPLEX;complex;2R$;6 is replaced by %pair Time: 0.00 SEC. compiling exported real : % -> R COMPLEX;real;$R;7 is replaced by %head Time: 0 SEC. compiling exported imag : % -> R COMPLEX;imag;$R;8 is replaced by %tail Time: 0 SEC. compiling exported + : (%,%) -> % Time: 0 SEC. compiling exported * : (%,%) -> % Time: 0.04 SEC. compiling exported exquo : (%,%) -> Union(%,failed) Time: 0.01 SEC. (time taken in buildFunctor: 1564) Time: 1.79 SEC. Cumulative Statistics for Constructor Complex Time: 1.94 seconds finalizing NRLIB COMPLEX Processing Complex for Browser database: -- constructor ; compiling file "/tmp/oa-MVJTaw/code.lsp" (written 01 FEB 2016 11:02:19 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPLEX;complex;2R$;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPLEX;real;$R;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPLEX;imag;$R;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |COMPLEX;Zero;$;1| ...) ; compiling (DEFUN |COMPLEX;One;$;2| ...) ; compiling (DEFUN |COMPLEX;zero?;$B;3| ...) ; file: /tmp/oa-MVJTaw/code.lsp ; in: DEFUN |COMPLEX;zero?;$B;3| ; (DEFUN BOOT::|COMPLEX;zero?;$B;3| (BOOT::|x| BOOT::$) ; (AND (BOOT::SPADCALL (CAR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 13)) ; (BOOT::SPADCALL (CDR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 13)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COMPLEX;zero?;$B;3| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|COMPLEX;zero?;$B;3| ; (AND (BOOT::SPADCALL (CAR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 13)) ; (BOOT::SPADCALL (CDR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 13))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |COMPLEX;one?;$B;4| ...) ; file: /tmp/oa-MVJTaw/code.lsp ; in: DEFUN |COMPLEX;one?;$B;4| ; (DEFUN BOOT::|COMPLEX;one?;$B;4| (BOOT::|x| BOOT::$) ; (AND (BOOT::SPADCALL (CAR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 16)) ; (BOOT::SPADCALL (CDR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 13)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COMPLEX;one?;$B;4| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|COMPLEX;one?;$B;4| ; (AND (BOOT::SPADCALL (CAR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 16)) ; (BOOT::SPADCALL (CDR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 13))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |COMPLEX;coerce;R$;5| ...) ; compiling (DEFUN |COMPLEX;complex;2R$;6| ...) ; compiling (DEFUN |COMPLEX;real;$R;7| ...) ; compiling (DEFUN |COMPLEX;imag;$R;8| ...) ; compiling (DEFUN |COMPLEX;+;3$;9| ...) ; compiling (DEFUN |COMPLEX;*;3$;10| ...) ; compiling (DEFUN |COMPLEX;exquo;2$U;11| ...) ; file: /tmp/oa-MVJTaw/code.lsp ; in: DEFUN |COMPLEX;exquo;2$U;11| ; (DEFUN BOOT::|COMPLEX;exquo;2$U;11| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ; ((BOOT::SPADCALL (CDR BOOT::|y|) (BOOT::|shellEntry| BOOT::$ 13)) ; (BOOT::SPADCALL BOOT::|x| (CAR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 28))) ; (T ; (BOOT::SPADCALL (BOOT::|COMPLEX;*;3$;10| BOOT::|x| # BOOT::$) ; (BOOT::SPADCALL BOOT::|y| #) ; (BOOT::|shellEntry| BOOT::$ 28))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COMPLEX;exquo;2$U;11| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|COMPLEX;exquo;2$U;11| ; (COND ((BOOT::SPADCALL # #) (BOOT::SPADCALL BOOT::|x| # #)) ; (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |Complex| ...) ; compiling (DEFUN |Complex;| ...) ; compiling (MAKEPROP (QUOTE |Complex|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 3 notes ; /tmp/oa-MVJTaw/code.fasl written ; compilation finished in 0:00:00.095 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FS.spad && cp FS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FS.fasl \ && if test -f FS-.NRLIB/code.fasl; then \ cp FS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FS.spad using Spad compiler. FS abbreviates category FunctionSpace debug: compDefine1 lhs: (FunctionSpace R) signature (pre-evaluate): ((Category) (SetCategory)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Category) (SetCategory)) debug: compDefine1 lhs: (FunctionSpace R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for FunctionSpace compiling into /tmp/oa-jPti84 STYLE-WARNING: redefining BOOT::|FunctionSpace| in DEFUN Time: 0.04 SEC. FS- abbreviates package FunctionSpace& ------------------------------------------------------------------------ initializing stationary directory for FunctionSpace& compiling into /tmp/oa-UgQKdJ importing BasicOperatorFunctions1 S Debug compQuote expr: (QUOTE %diff) m: $EmptyMode Debug compQuote expr: (QUOTE %diff) m: (Symbol) Debug compQuote expr: (QUOTE applyQuote) m: $EmptyMode Debug compQuote expr: (QUOTE applyQuote) m: (Symbol) compiling exported ground? : S -> Boolean Time: 0.10 SEC. compiling exported ground : S -> R Time: 0.01 SEC. compiling exported coerce : Symbol -> S Time: 0.01 SEC. compiling exported retract : S -> Symbol Time: 0.00 SEC. compiling exported applyQuote : (Symbol,S) -> S Time: 0.01 SEC. compiling exported applyQuote : (Symbol,S,S) -> S Time: 0.01 SEC. compiling exported applyQuote : (Symbol,S,S,S) -> S Time: 0.01 SEC. compiling exported applyQuote : (Symbol,S,S,S,S) -> S Time: 0.01 SEC. compiling exported applyQuote : (Symbol,List S) -> S Time: 0.03 SEC. compiling exported belong? : BasicOperator -> Boolean Time: 0.01 SEC. compiling local subs : (S -> S,Kernel S) -> S Time: 0.01 SEC. compiling exported operator : BasicOperator -> BasicOperator Debug compQuote expr: (QUOTE %diff) m: $EmptyMode Debug compQuote expr: (QUOTE %diff) m: (Symbol) Debug compQuote expr: (QUOTE %quote) m: $EmptyMode Debug compQuote expr: (QUOTE %quote) m: (Symbol) Time: 0.01 SEC. importing MakeUnaryCompiledFunction(S,S,S) compiling local differentiand : List S -> S Time: 0.03 SEC. compiling local pint : List InputForm -> InputForm Time: 0.08 SEC. compiling local indiff : List S -> InputForm Time: 0.11 SEC. compiling exported eval : (S,Symbol) -> S Time: 0.03 SEC. compiling exported eval : (S,BasicOperator,S,Symbol) -> S Time: 0.03 SEC. compiling exported eval : (S,List BasicOperator,List S,Symbol) -> S Time: 0.05 SEC. Debug compQuote expr: (QUOTE %specialInput) m: $EmptyMode Debug compQuote expr: (QUOTE %specialInput) m: (Identifier) compiling exported variables : S -> List Symbol Time: 0.16 SEC. compiling exported retractIfCan : S -> Union(Symbol,failed) Time: 0.01 SEC. importing UserDefinedPartialOrdering Symbol compiling exported characteristic : () -> NonNegativeInteger Time: 0.02 SEC. compiling exported coerce : Kernel S -> S Time: 0.03 SEC. compiling local symsub : (Symbol,Integer) -> Symbol Time: 0.02 SEC. compiling exported numerator : S -> S Time: 0.01 SEC. compiling exported eval : (S,Symbol,NonNegativeInteger,S -> S) -> S Time: 0.14 SEC. compiling exported eval : (S,Symbol,NonNegativeInteger,List S -> S) -> S Time: 0.13 SEC. compiling exported eval : (S,List Symbol,List List S -> S) -> S Time: 0.06 SEC. compiling exported elt : (BasicOperator,List S) -> S Debug compQuote expr: (QUOTE odd) m: $EmptyMode Debug compQuote expr: (QUOTE odd) m: (Identifier) Debug compQuote expr: (QUOTE even) m: $EmptyMode Debug compQuote expr: (QUOTE even) m: (Identifier) Time: 0.06 SEC. compiling exported eval : (S,List Symbol,List NonNegativeInteger,List S -> S) -> S Time: 0.07 SEC. compiling local smprep : (List Symbol,List NonNegativeInteger,List List S -> S,SparseMultivariatePolynomial(R,Kernel S)) -> S Time: 0.59 SEC. compiling local dispdiff : List S -> Record(name: OutputForm,sub: OutputForm,arg: List OutputForm,level: NonNegativeInteger) Time: 0.48 SEC. compiling local ddiff : List S -> OutputForm Time: 0.06 SEC. compiling local substArg : (BasicOperator,List S,Integer,S) -> S Time: 0.02 SEC. compiling local diffdiff : (List S,Symbol) -> S Time: 0.02 SEC. compiling local diffdiff0 : (List S,Symbol,S,Kernel S,List S) -> S Time: 0.70 SEC. compiling local dfeval : (List S,Kernel S) -> S Time: 0.02 SEC. compiling local diffEval : List S -> S Time: 0.25 SEC. compiling local diffArg : (List S,BasicOperator,NonNegativeInteger) -> List S Time: 0.09 SEC. compiling local opderiv : (BasicOperator,NonNegativeInteger) -> List List S -> S Time: 0.10 SEC. compiling local kderiv : Kernel S -> List S Time: 0.08 SEC. compiling local kerderiv : (Kernel S,Symbol) -> S Debug compQuote expr: (QUOTE %specialDiff) m: (Identifier) Time: 0.08 SEC. compiling local smpderiv : (SparseMultivariatePolynomial(R,Kernel S),Symbol) -> S Time: 0.28 SEC. compiling exported coerce : Polynomial R -> S Time: 0.02 SEC. compiling local worse? : (Kernel S,Kernel S) -> Boolean Time: 0.01 SEC. compiling local bestKernel : List Kernel S -> Kernel S Time: 0.03 SEC. compiling local smp2O : SparseMultivariatePolynomial(R,Kernel S) -> OutputForm Time: 0.11 SEC. compiling local smpsubst : (SparseMultivariatePolynomial(R,Kernel S),List Kernel S,List S) -> S Time: 0.03 SEC. compiling local smpeval : (SparseMultivariatePolynomial(R,Kernel S),List Kernel S,List S) -> S Time: 0.04 SEC. compiling local notfound : (Kernel S -> S,List Kernel S,Kernel S) -> S Time: 0.02 SEC. compiling local pushunq : (List Symbol,List S) -> List S Time: 0.02 SEC. compiling local kunq : (Kernel S,List Symbol,Boolean) -> S Time: 0.25 SEC. compiling local smpunq : (SparseMultivariatePolynomial(R,Kernel S),List Symbol,Boolean) -> S Time: 0.02 SEC. compiling local smpret : SparseMultivariatePolynomial(R,Kernel S) -> Union(Polynomial R,failed) Time: 0.06 SEC. compiling exported isExpt : (S,BasicOperator) -> Union(Record(var: Kernel S,exponent: Integer),failed) Time: 0.12 SEC. compiling exported isExpt : (S,Symbol) -> Union(Record(var: Kernel S,exponent: Integer),failed) Time: 0.12 SEC. compiling local smpIsMult : SparseMultivariatePolynomial(R,Kernel S) -> Union(Record(coef: Integer,var: Kernel S),failed) Time: 0.19 SEC. compiling local debugA : (List S,List S,Boolean) -> Boolean FS-;debugA(a1,a2,t) is replaced by t Time: 0.02 SEC. compiling local equaldiff : (Kernel S,Kernel S) -> Boolean Time: 0.14 SEC. Debug compQuote expr: (QUOTE %specialEqual) m: $EmptyMode Debug compQuote expr: (QUOTE %specialEqual) m: (Identifier) Debug compQuote expr: (QUOTE %specialDiff) m: $EmptyMode Debug compQuote expr: (QUOTE %specialDiff) m: (Identifier) Debug compQuote expr: (QUOTE %specialDisp) m: $EmptyMode Debug compQuote expr: (QUOTE %specialDisp) m: (Identifier) compiling exported mainKernel : S -> Union(Kernel S,failed) Time: 0.07 SEC. compiling exported kernels : S -> List Kernel S Time: 0.03 SEC. compiling exported retract : S -> R Time: 0.01 SEC. compiling exported retract : S -> Polynomial R Time: 0.03 SEC. compiling exported retractIfCan : S -> Union(R,failed) Time: 0.02 SEC. compiling exported retractIfCan : S -> Union(Polynomial R,failed) Time: 0.02 SEC. compiling exported eval : (S,List Kernel S,List S) -> S Time: 0.04 SEC. compiling exported subst : (S,List Kernel S,List S) -> S Time: 0.03 SEC. compiling exported differentiate : (S,Symbol) -> S Time: 0.02 SEC. compiling exported coerce : S -> OutputForm Time: 0.02 SEC. compiling exported eval : (S,List Symbol) -> S Time: 0.03 SEC. compiling exported eval : S -> S Time: 0.02 SEC. compiling exported eval : (S,List Symbol,List NonNegativeInteger,List List S -> S) -> S Time: 0.06 SEC. compiling exported isPlus : S -> Union(List S,failed) Time: 0.06 SEC. compiling exported isTimes : S -> Union(List S,failed) Time: 0.06 SEC. compiling exported isExpt : S -> Union(Record(var: Kernel S,exponent: Integer),failed) Time: 0.07 SEC. compiling exported isPower : S -> Union(Record(val: S,exponent: Integer),failed) Time: 0.06 SEC. compiling exported convert : S -> Pattern Integer Time: 0.04 SEC. compiling exported convert : S -> Pattern Float Time: 0.05 SEC. compiling exported isMult : S -> Union(Record(coef: Integer,var: Kernel S),failed) Time: 0.02 SEC. compiling exported * : (R,S) -> S Time: 0.06 SEC. compiling exported mainKernel : S -> Union(Kernel S,failed) Time: 0.02 SEC. compiling exported kernels : S -> List Kernel S Time: 0.01 SEC. compiling exported univariate : (S,Kernel S) -> Fraction SparseUnivariatePolynomial S Time: 0.02 SEC. compiling exported isPlus : S -> Union(List S,failed) Time: 0.02 SEC. compiling exported isTimes : S -> Union(List S,failed) Time: 0.01 SEC. compiling exported isExpt : S -> Union(Record(var: Kernel S,exponent: Integer),failed) Time: 0.01 SEC. compiling exported isPower : S -> Union(Record(val: S,exponent: Integer),failed) Time: 0.01 SEC. compiling exported denominator : S -> S Time: 0.02 SEC. compiling exported coerce : Fraction R -> S Time: 0.06 SEC. compiling exported coerce : Fraction Polynomial R -> S Time: 0.07 SEC. compiling exported coerce : Fraction Polynomial Fraction R -> S Time: 0.08 SEC. compiling exported retract : S -> Polynomial R Time: 0.03 SEC. compiling exported retract : S -> Fraction Polynomial R Time: 0.06 SEC. compiling exported retract : S -> R Time: 0.03 SEC. compiling exported coerce : S -> OutputForm Time: 0.06 SEC. compiling exported retractIfCan : S -> Union(R,failed) Time: 0.03 SEC. compiling exported eval : (S,List Symbol) -> S Time: 0.06 SEC. compiling exported eval : S -> S Time: 0.06 SEC. compiling exported eval : (S,List Symbol,List NonNegativeInteger,List List S -> S) -> S Time: 0.11 SEC. compiling exported differentiate : (S,Symbol) -> S Time: 0.80 SEC. compiling exported eval : (S,List Kernel S,List S) -> S Time: 0.04 SEC. compiling exported subst : (S,List Kernel S,List S) -> S Time: 0.02 SEC. compiling local par : S -> S Time: 0.01 SEC. compiling exported convert : Factored S -> S Time: 0.23 SEC. compiling exported retractIfCan : S -> Union(Polynomial R,failed) Time: 0.03 SEC. compiling exported retractIfCan : S -> Union(Fraction Polynomial R,failed) Time: 0.06 SEC. compiling exported coerce : Polynomial Fraction R -> S Time: 0.04 SEC. compiling exported coerce : Fraction Integer -> S Time: 0.06 SEC. compiling exported isMult : S -> Union(Record(coef: Integer,var: Kernel S),failed) Time: 0.13 SEC. compiling exported convert : S -> Pattern Integer Time: 0.06 SEC. compiling exported convert : S -> Pattern Float Time: 0.05 SEC. (time taken in buildFunctor: 8) Time: 0.07 SEC. Warnings: [1] coerce: not known that SetCategory is of mode CATEGORY(package,*: (PositiveInteger,S) -> S,*: (NonNegativeInteger,S) -> S,*: (Integer,S) -> S,coerce: Fraction Integer -> S,retractIfCan: S -> Union(Fraction Integer,"failed"),retract: S -> Fraction Integer,*: (S,S) -> S,coerce: Integer -> S,characteristic: () -> NonNegativeInteger,*: (R,S) -> S,convert: S -> InputForm,coerce: Polynomial R -> S,retractIfCan: S -> Union(Polynomial R,"failed"),retract: S -> Polynomial R,differentiate: (S,List Symbol,List NonNegativeInteger) -> S,differentiate: (S,Symbol,NonNegativeInteger) -> S,differentiate: (S,List Symbol) -> S,differentiate: (S,Symbol) -> S,*: (S,R) -> S,coerce: S -> S,*: (S,Fraction Integer) -> S,*: (Fraction Integer,S) -> S,coerce: Fraction Polynomial R -> S,retractIfCan: S -> Union(Fraction Polynomial R,"failed"),retract: S -> Fraction Polynomial R,univariate: (S,Kernel S) -> Fraction SparseUnivariatePolynomial S,coerce: Fraction Polynomial Fraction R -> S,coerce: Polynomial Fraction R -> S,coerce: Fraction R -> S,denominator: S -> S,convert: Factored S -> S,eval: (S,Symbol,NonNegativeInteger,(S -> S)) -> S,eval: (S,Symbol,NonNegativeInteger,(List S -> S)) -> S,eval: (S,List Symbol,List NonNegativeInteger,List (List S -> S)) -> S,eval: (S,List Symbol,List NonNegativeInteger,List (S -> S)) -> S,isPower: S -> Union(Record(val: S,exponent: Integer),"failed"),isExpt: (S,Symbol) -> Union(Record(var: Kernel S,exponent: Integer),"failed"),isExpt: (S,BasicOperator) -> Union(Record(var: Kernel S,exponent: Integer),"failed"),numerator: S -> S,coerce: SparseMultivariatePolynomial(R,Kernel S) -> S,isMult: S -> Union(Record(coef: Integer,var: Kernel S),"failed"),isPlus: S -> Union(List S,"failed"),isExpt: S -> Union(Record(var: Kernel S,exponent: Integer),"failed"),isTimes: S -> Union(List S,"failed"),eval: (S,List BasicOperator,List S,Symbol) -> S,eval: (S,BasicOperator,S,Symbol) -> S,eval: S -> S,eval: (S,List Symbol) -> S,eval: (S,Symbol) -> S,applyQuote: (Symbol,List S) -> S,applyQuote: (Symbol,S,S,S,S) -> S,applyQuote: (Symbol,S,S,S) -> S,applyQuote: (Symbol,S,S) -> S,applyQuote: (Symbol,S) -> S,variables: S -> List Symbol,ground: S -> R,ground?: S -> Boolean,coerce: R -> S,retractIfCan: S -> Union(R,"failed"),retract: S -> R,retract: S -> Integer,retractIfCan: S -> Union(Integer,"failed"),convert: S -> Pattern Float,convert: S -> Pattern Integer,coerce: Symbol -> S,retractIfCan: S -> Union(Symbol,"failed"),retract: S -> Symbol,eval: (S,BasicOperator,(S -> S)) -> S,eval: (S,BasicOperator,(List S -> S)) -> S,eval: (S,List BasicOperator,List (List S -> S)) -> S,eval: (S,List BasicOperator,List (S -> S)) -> S,eval: (S,Symbol,(S -> S)) -> S,eval: (S,Symbol,(List S -> S)) -> S,eval: (S,List Symbol,List (List S -> S)) -> S,eval: (S,List Symbol,List (S -> S)) -> S,belong?: BasicOperator -> Boolean,operator: BasicOperator -> BasicOperator,kernels: S -> List Kernel S,mainKernel: S -> Union(Kernel S,"failed"),subst: (S,List Kernel S,List S) -> S,subst: (S,List Equation S) -> S,subst: (S,Equation S) -> S,elt: (BasicOperator,List S) -> S,elt: (BasicOperator,S,S,S,S) -> S,elt: (BasicOperator,S,S,S) -> S,elt: (BasicOperator,S,S) -> S,elt: (BasicOperator,S) -> S,eval: (S,List S,List S) -> S,eval: (S,S,S) -> S,eval: (S,Equation S) -> S,eval: (S,List Equation S) -> S,eval: (S,List Kernel S,List S) -> S,eval: (S,Kernel S,S) -> S,coerce: Kernel S -> S,retractIfCan: S -> Union(Kernel S,"failed"),retract: S -> Kernel S,coerce: S -> OutputForm) [2] retract: symbolIfCan has no value [3] subs: IN has no value [4] subs: x has no value [5] variables: not known that SetCategory is of mode CATEGORY(package,*: (PositiveInteger,S) -> S,*: (NonNegativeInteger,S) -> S,*: (Integer,S) -> S,coerce: Fraction Integer -> S,retractIfCan: S -> Union(Fraction Integer,"failed"),retract: S -> Fraction Integer,*: (S,S) -> S,coerce: Integer -> S,characteristic: () -> NonNegativeInteger,*: (R,S) -> S,convert: S -> InputForm,coerce: Polynomial R -> S,retractIfCan: S -> Union(Polynomial R,"failed"),retract: S -> Polynomial R,differentiate: (S,List Symbol,List NonNegativeInteger) -> S,differentiate: (S,Symbol,NonNegativeInteger) -> S,differentiate: (S,List Symbol) -> S,differentiate: (S,Symbol) -> S,*: (S,R) -> S,coerce: S -> S,*: (S,Fraction Integer) -> S,*: (Fraction Integer,S) -> S,coerce: Fraction Polynomial R -> S,retractIfCan: S -> Union(Fraction Polynomial R,"failed"),retract: S -> Fraction Polynomial R,univariate: (S,Kernel S) -> Fraction SparseUnivariatePolynomial S,coerce: Fraction Polynomial Fraction R -> S,coerce: Polynomial Fraction R -> S,coerce: Fraction R -> S,denominator: S -> S,convert: Factored S -> S,eval: (S,Symbol,NonNegativeInteger,(S -> S)) -> S,eval: (S,Symbol,NonNegativeInteger,(List S -> S)) -> S,eval: (S,List Symbol,List NonNegativeInteger,List (List S -> S)) -> S,eval: (S,List Symbol,List NonNegativeInteger,List (S -> S)) -> S,isPower: S -> Union(Record(val: S,exponent: Integer),"failed"),isExpt: (S,Symbol) -> Union(Record(var: Kernel S,exponent: Integer),"failed"),isExpt: (S,BasicOperator) -> Union(Record(var: Kernel S,exponent: Integer),"failed"),numerator: S -> S,coerce: SparseMultivariatePolynomial(R,Kernel S) -> S,isMult: S -> Union(Record(coef: Integer,var: Kernel S),"failed"),isPlus: S -> Union(List S,"failed"),isExpt: S -> Union(Record(var: Kernel S,exponent: Integer),"failed"),isTimes: S -> Union(List S,"failed"),eval: (S,List BasicOperator,List S,Symbol) -> S,eval: (S,BasicOperator,S,Symbol) -> S,eval: S -> S,eval: (S,List Symbol) -> S,eval: (S,Symbol) -> S,applyQuote: (Symbol,List S) -> S,applyQuote: (Symbol,S,S,S,S) -> S,applyQuote: (Symbol,S,S,S) -> S,applyQuote: (Symbol,S,S) -> S,applyQuote: (Symbol,S) -> S,variables: S -> List Symbol,ground: S -> R,ground?: S -> Boolean,coerce: R -> S,retractIfCan: S -> Union(R,"failed"),retract: S -> R,retract: S -> Integer,retractIfCan: S -> Union(Integer,"failed"),convert: S -> Pattern Float,convert: S -> Pattern Integer,coerce: Symbol -> S,retractIfCan: S -> Union(Symbol,"failed"),retract: S -> Symbol,eval: (S,BasicOperator,(S -> S)) -> S,eval: (S,BasicOperator,(List S -> S)) -> S,eval: (S,List BasicOperator,List (List S -> S)) -> S,eval: (S,List BasicOperator,List (S -> S)) -> S,eval: (S,Symbol,(S -> S)) -> S,eval: (S,Symbol,(List S -> S)) -> S,eval: (S,List Symbol,List (List S -> S)) -> S,eval: (S,List Symbol,List (S -> S)) -> S,belong?: BasicOperator -> Boolean,operator: BasicOperator -> BasicOperator,kernels: S -> List Kernel S,mainKernel: S -> Union(Kernel S,"failed"),subst: (S,List Kernel S,List S) -> S,subst: (S,List Equation S) -> S,subst: (S,Equation S) -> S,elt: (BasicOperator,List S) -> S,elt: (BasicOperator,S,S,S,S) -> S,elt: (BasicOperator,S,S,S) -> S,elt: (BasicOperator,S,S) -> S,elt: (BasicOperator,S) -> S,eval: (S,List S,List S) -> S,eval: (S,S,S) -> S,eval: (S,Equation S) -> S,eval: (S,List Equation S) -> S,eval: (S,List Kernel S,List S) -> S,eval: (S,Kernel S,S) -> S,coerce: Kernel S -> S,retractIfCan: S -> Union(Kernel S,"failed"),retract: S -> Kernel S,coerce: S -> OutputForm) [6] symsub: concat has no value [7] elt: leadingCoefficient has no value [8] eval: IN has no value [9] eval: f has no value [10] smprep: IN has no value [11] smprep: a has no value [12] smprep: not known that Ring is of mode CATEGORY(package,*: (PositiveInteger,S) -> S,*: (NonNegativeInteger,S) -> S,*: (Integer,S) -> S,coerce: Fraction Integer -> S,retractIfCan: S -> Union(Fraction Integer,"failed"),retract: S -> Fraction Integer,*: (S,S) -> S,coerce: Integer -> S,characteristic: () -> NonNegativeInteger,*: (R,S) -> S,convert: S -> InputForm,coerce: Polynomial R -> S,retractIfCan: S -> Union(Polynomial R,"failed"),retract: S -> Polynomial R,differentiate: (S,List Symbol,List NonNegativeInteger) -> S,differentiate: (S,Symbol,NonNegativeInteger) -> S,differentiate: (S,List Symbol) -> S,differentiate: (S,Symbol) -> S,*: (S,R) -> S,coerce: S -> S,*: (S,Fraction Integer) -> S,*: (Fraction Integer,S) -> S,coerce: Fraction Polynomial R -> S,retractIfCan: S -> Union(Fraction Polynomial R,"failed"),retract: S -> Fraction Polynomial R,univariate: (S,Kernel S) -> Fraction SparseUnivariatePolynomial S,coerce: Fraction Polynomial Fraction R -> S,coerce: Polynomial Fraction R -> S,coerce: Fraction R -> S,denominator: S -> S,convert: Factored S -> S,eval: (S,Symbol,NonNegativeInteger,(S -> S)) -> S,eval: (S,Symbol,NonNegativeInteger,(List S -> S)) -> S,eval: (S,List Symbol,List NonNegativeInteger,List (List S -> S)) -> S,eval: (S,List Symbol,List NonNegativeInteger,List (S -> S)) -> S,isPower: S -> Union(Record(val: S,exponent: Integer),"failed"),isExpt: (S,Symbol) -> Union(Record(var: Kernel S,exponent: Integer),"failed"),isExpt: (S,BasicOperator) -> Union(Record(var: Kernel S,exponent: Integer),"failed"),numerator: S -> S,coerce: SparseMultivariatePolynomial(R,Kernel S) -> S,isMult: S -> Union(Record(coef: Integer,var: Kernel S),"failed"),isPlus: S -> Union(List S,"failed"),isExpt: S -> Union(Record(var: Kernel S,exponent: Integer),"failed"),isTimes: S -> Union(List S,"failed"),eval: (S,List BasicOperator,List S,Symbol) -> S,eval: (S,BasicOperator,S,Symbol) -> S,eval: S -> S,eval: (S,List Symbol) -> S,eval: (S,Symbol) -> S,applyQuote: (Symbol,List S) -> S,applyQuote: (Symbol,S,S,S,S) -> S,applyQuote: (Symbol,S,S,S) -> S,applyQuote: (Symbol,S,S) -> S,applyQuote: (Symbol,S) -> S,variables: S -> List Symbol,ground: S -> R,ground?: S -> Boolean,coerce: R -> S,retractIfCan: S -> Union(R,"failed"),retract: S -> R,retract: S -> Integer,retractIfCan: S -> Union(Integer,"failed"),convert: S -> Pattern Float,convert: S -> Pattern Integer,coerce: Symbol -> S,retractIfCan: S -> Union(Symbol,"failed"),retract: S -> Symbol,eval: (S,BasicOperator,(S -> S)) -> S,eval: (S,BasicOperator,(List S -> S)) -> S,eval: (S,List BasicOperator,List (List S -> S)) -> S,eval: (S,List BasicOperator,List (S -> S)) -> S,eval: (S,Symbol,(S -> S)) -> S,eval: (S,Symbol,(List S -> S)) -> S,eval: (S,List Symbol,List (List S -> S)) -> S,eval: (S,List Symbol,List (S -> S)) -> S,belong?: BasicOperator -> Boolean,operator: BasicOperator -> BasicOperator,kernels: S -> List Kernel S,mainKernel: S -> Union(Kernel S,"failed"),subst: (S,List Kernel S,List S) -> S,subst: (S,List Equation S) -> S,subst: (S,Equation S) -> S,elt: (BasicOperator,List S) -> S,elt: (BasicOperator,S,S,S,S) -> S,elt: (BasicOperator,S,S,S) -> S,elt: (BasicOperator,S,S) -> S,elt: (BasicOperator,S) -> S,eval: (S,List S,List S) -> S,eval: (S,S,S) -> S,eval: (S,Equation S) -> S,eval: (S,List Equation S) -> S,eval: (S,List Kernel S,List S) -> S,eval: (S,Kernel S,S) -> S,coerce: Kernel S -> S,retractIfCan: S -> Union(Kernel S,"failed"),retract: S -> Kernel S,coerce: S -> OutputForm) [13] dispdiff: argument has no value [14] diffdiff0: ans has no value [15] diffEval: k has no value [16] isExpt: # has no value [17] mainKernel: mainVariable has no value [18] univariate: not known that Ring is of mode CATEGORY(package,*: (PositiveInteger,S) -> S,*: (NonNegativeInteger,S) -> S,*: (Integer,S) -> S,coerce: Fraction Integer -> S,retractIfCan: S -> Union(Fraction Integer,"failed"),retract: S -> Fraction Integer,*: (S,S) -> S,coerce: Integer -> S,characteristic: () -> NonNegativeInteger,*: (R,S) -> S,convert: S -> InputForm,coerce: Polynomial R -> S,retractIfCan: S -> Union(Polynomial R,"failed"),retract: S -> Polynomial R,differentiate: (S,List Symbol,List NonNegativeInteger) -> S,differentiate: (S,Symbol,NonNegativeInteger) -> S,differentiate: (S,List Symbol) -> S,differentiate: (S,Symbol) -> S,*: (S,R) -> S,coerce: S -> S,*: (S,Fraction Integer) -> S,*: (Fraction Integer,S) -> S,coerce: Fraction Polynomial R -> S,retractIfCan: S -> Union(Fraction Polynomial R,"failed"),retract: S -> Fraction Polynomial R,univariate: (S,Kernel S) -> Fraction SparseUnivariatePolynomial S,coerce: Fraction Polynomial Fraction R -> S,coerce: Polynomial Fraction R -> S,coerce: Fraction R -> S,denominator: S -> S,convert: Factored S -> S,eval: (S,Symbol,NonNegativeInteger,(S -> S)) -> S,eval: (S,Symbol,NonNegativeInteger,(List S -> S)) -> S,eval: (S,List Symbol,List NonNegativeInteger,List (List S -> S)) -> S,eval: (S,List Symbol,List NonNegativeInteger,List (S -> S)) -> S,isPower: S -> Union(Record(val: S,exponent: Integer),"failed"),isExpt: (S,Symbol) -> Union(Record(var: Kernel S,exponent: Integer),"failed"),isExpt: (S,BasicOperator) -> Union(Record(var: Kernel S,exponent: Integer),"failed"),numerator: S -> S,coerce: SparseMultivariatePolynomial(R,Kernel S) -> S,isMult: S -> Union(Record(coef: Integer,var: Kernel S),"failed"),isPlus: S -> Union(List S,"failed"),isExpt: S -> Union(Record(var: Kernel S,exponent: Integer),"failed"),isTimes: S -> Union(List S,"failed"),eval: (S,List BasicOperator,List S,Symbol) -> S,eval: (S,BasicOperator,S,Symbol) -> S,eval: S -> S,eval: (S,List Symbol) -> S,eval: (S,Symbol) -> S,applyQuote: (Symbol,List S) -> S,applyQuote: (Symbol,S,S,S,S) -> S,applyQuote: (Symbol,S,S,S) -> S,applyQuote: (Symbol,S,S) -> S,applyQuote: (Symbol,S) -> S,variables: S -> List Symbol,ground: S -> R,ground?: S -> Boolean,coerce: R -> S,retractIfCan: S -> Union(R,"failed"),retract: S -> R,retract: S -> Integer,retractIfCan: S -> Union(Integer,"failed"),convert: S -> Pattern Float,convert: S -> Pattern Integer,coerce: Symbol -> S,retractIfCan: S -> Union(Symbol,"failed"),retract: S -> Symbol,eval: (S,BasicOperator,(S -> S)) -> S,eval: (S,BasicOperator,(List S -> S)) -> S,eval: (S,List BasicOperator,List (List S -> S)) -> S,eval: (S,List BasicOperator,List (S -> S)) -> S,eval: (S,Symbol,(S -> S)) -> S,eval: (S,Symbol,(List S -> S)) -> S,eval: (S,List Symbol,List (List S -> S)) -> S,eval: (S,List Symbol,List (S -> S)) -> S,belong?: BasicOperator -> Boolean,operator: BasicOperator -> BasicOperator,kernels: S -> List Kernel S,mainKernel: S -> Union(Kernel S,"failed"),subst: (S,List Kernel S,List S) -> S,subst: (S,List Equation S) -> S,subst: (S,Equation S) -> S,elt: (BasicOperator,List S) -> S,elt: (BasicOperator,S,S,S,S) -> S,elt: (BasicOperator,S,S,S) -> S,elt: (BasicOperator,S,S) -> S,elt: (BasicOperator,S) -> S,eval: (S,List S,List S) -> S,eval: (S,S,S) -> S,eval: (S,Equation S) -> S,eval: (S,List Equation S) -> S,eval: (S,List Kernel S,List S) -> S,eval: (S,Kernel S,S) -> S,coerce: Kernel S -> S,retractIfCan: S -> Union(Kernel S,"failed"),retract: S -> Kernel S,coerce: S -> OutputForm) [19] convert: not known that IntegralDomain is of mode CATEGORY(package,*: (PositiveInteger,S) -> S,*: (NonNegativeInteger,S) -> S,*: (Integer,S) -> S,coerce: Fraction Integer -> S,retractIfCan: S -> Union(Fraction Integer,"failed"),retract: S -> Fraction Integer,*: (S,S) -> S,coerce: Integer -> S,characteristic: () -> NonNegativeInteger,*: (R,S) -> S,convert: S -> InputForm,coerce: Polynomial R -> S,retractIfCan: S -> Union(Polynomial R,"failed"),retract: S -> Polynomial R,differentiate: (S,List Symbol,List NonNegativeInteger) -> S,differentiate: (S,Symbol,NonNegativeInteger) -> S,differentiate: (S,List Symbol) -> S,differentiate: (S,Symbol) -> S,*: (S,R) -> S,coerce: S -> S,*: (S,Fraction Integer) -> S,*: (Fraction Integer,S) -> S,coerce: Fraction Polynomial R -> S,retractIfCan: S -> Union(Fraction Polynomial R,"failed"),retract: S -> Fraction Polynomial R,univariate: (S,Kernel S) -> Fraction SparseUnivariatePolynomial S,coerce: Fraction Polynomial Fraction R -> S,coerce: Polynomial Fraction R -> S,coerce: Fraction R -> S,denominator: S -> S,convert: Factored S -> S,eval: (S,Symbol,NonNegativeInteger,(S -> S)) -> S,eval: (S,Symbol,NonNegativeInteger,(List S -> S)) -> S,eval: (S,List Symbol,List NonNegativeInteger,List (List S -> S)) -> S,eval: (S,List Symbol,List NonNegativeInteger,List (S -> S)) -> S,isPower: S -> Union(Record(val: S,exponent: Integer),"failed"),isExpt: (S,Symbol) -> Union(Record(var: Kernel S,exponent: Integer),"failed"),isExpt: (S,BasicOperator) -> Union(Record(var: Kernel S,exponent: Integer),"failed"),numerator: S -> S,coerce: SparseMultivariatePolynomial(R,Kernel S) -> S,isMult: S -> Union(Record(coef: Integer,var: Kernel S),"failed"),isPlus: S -> Union(List S,"failed"),isExpt: S -> Union(Record(var: Kernel S,exponent: Integer),"failed"),isTimes: S -> Union(List S,"failed"),eval: (S,List BasicOperator,List S,Symbol) -> S,eval: (S,BasicOperator,S,Symbol) -> S,eval: S -> S,eval: (S,List Symbol) -> S,eval: (S,Symbol) -> S,applyQuote: (Symbol,List S) -> S,applyQuote: (Symbol,S,S,S,S) -> S,applyQuote: (Symbol,S,S,S) -> S,applyQuote: (Symbol,S,S) -> S,applyQuote: (Symbol,S) -> S,variables: S -> List Symbol,ground: S -> R,ground?: S -> Boolean,coerce: R -> S,retractIfCan: S -> Union(R,"failed"),retract: S -> R,retract: S -> Integer,retractIfCan: S -> Union(Integer,"failed"),convert: S -> Pattern Float,convert: S -> Pattern Integer,coerce: Symbol -> S,retractIfCan: S -> Union(Symbol,"failed"),retract: S -> Symbol,eval: (S,BasicOperator,(S -> S)) -> S,eval: (S,BasicOperator,(List S -> S)) -> S,eval: (S,List BasicOperator,List (List S -> S)) -> S,eval: (S,List BasicOperator,List (S -> S)) -> S,eval: (S,Symbol,(S -> S)) -> S,eval: (S,Symbol,(List S -> S)) -> S,eval: (S,List Symbol,List (List S -> S)) -> S,eval: (S,List Symbol,List (S -> S)) -> S,belong?: BasicOperator -> Boolean,operator: BasicOperator -> BasicOperator,kernels: S -> List Kernel S,mainKernel: S -> Union(Kernel S,"failed"),subst: (S,List Kernel S,List S) -> S,subst: (S,List Equation S) -> S,subst: (S,Equation S) -> S,elt: (BasicOperator,List S) -> S,elt: (BasicOperator,S,S,S,S) -> S,elt: (BasicOperator,S,S,S) -> S,elt: (BasicOperator,S,S) -> S,elt: (BasicOperator,S) -> S,eval: (S,List S,List S) -> S,eval: (S,S,S) -> S,eval: (S,Equation S) -> S,eval: (S,List Equation S) -> S,eval: (S,List Kernel S,List S) -> S,eval: (S,Kernel S,S) -> S,coerce: Kernel S -> S,retractIfCan: S -> Union(Kernel S,"failed"),retract: S -> Kernel S,coerce: S -> OutputForm) Cumulative Statistics for Constructor FunctionSpace& Time: 8.40 seconds finalizing NRLIB FS- ; compiling file "/tmp/oa-UgQKdJ/code.lsp" (written 01 FEB 2016 11:02:29 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FS-;debugA|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FS-;ground?;$B;1| ...) ; compiling (DEFUN |FS-;ground;$R;2| ...) ; compiling (DEFUN |FS-;coerce;S$;3| ...) ; compiling (DEFUN |FS-;retract;$S;4| ...) ; compiling (DEFUN |FS-;applyQuote;S2$;5| ...) ; compiling (DEFUN |FS-;applyQuote;S3$;6| ...) ; compiling (DEFUN |FS-;applyQuote;S4$;7| ...) ; compiling (DEFUN |FS-;applyQuote;S5$;8| ...) ; compiling (DEFUN |FS-;applyQuote;SL$;9| ...) ; compiling (DEFUN |FS-;belong?;BoB;10| ...) ; file: /tmp/oa-UgQKdJ/code.lsp ; in: DEFUN |FS-;belong?;BoB;10| ; (DEFUN BOOT::|FS-;belong?;BoB;10| (BOOT::|op| BOOT::$) ; (OR ; (BOOT::SPADCALL BOOT::|op| (BOOT::|shellEntry| BOOT::$ 12) ; (BOOT::|shellEntry| BOOT::$ 40)) ; (BOOT::SPADCALL BOOT::|op| (BOOT::|shellEntry| BOOT::$ 13) ; (BOOT::|shellEntry| BOOT::$ 40)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS-;belong?;BoB;10| ; (BOOT::|op| BOOT::$) ; (BLOCK BOOT::|FS-;belong?;BoB;10| ; (OR ; (BOOT::SPADCALL BOOT::|op| (BOOT::|shellEntry| BOOT::$ 12) ; (BOOT::|shellEntry| BOOT::$ 40)) ; (BOOT::SPADCALL BOOT::|op| (BOOT::|shellEntry| BOOT::$ 13) ; (BOOT::|shellEntry| BOOT::$ 40))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FS-;subs| ...) ; compiling (DEFUN |FS-;operator;2Bo;12| ...) ; compiling (DEFUN |FS-;differentiand| ...) ; compiling (DEFUN |FS-;pint| ...) ; compiling (DEFUN |FS-;indiff| ...) ; compiling (DEFUN |FS-;eval;$S$;16| ...) ; compiling (DEFUN |FS-;eval;$Bo$S$;17| ...) ; compiling (DEFUN |FS-;eval;$LLS$;18| ...) ; compiling (DEFUN |FS-;variables;$L;19| ...) ; file: /tmp/oa-UgQKdJ/code.lsp ; in: DEFUN |FS-;variables;$L;19| ; (DEFUN BOOT::|FS-;variables;$L;19| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|s|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS-;variables;$L;19| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FS-;variables;$L;19| ; (PROG (BOOT::|s|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |FS-;retractIfCan;$U;20| ...) ; file: /tmp/oa-UgQKdJ/code.lsp ; in: DEFUN |FS-;retractIfCan;$U;20| ; (DEFUN BOOT::|FS-;retractIfCan;$U;20| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|k| (BOOT::SPADCALL BOOT::|x| #))) ; (COND ((EQL # 1) (CONS 1 "failed")) (T (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS-;retractIfCan;$U;20| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FS-;retractIfCan;$U;20| ; (LET ((BOOT::|k| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |FS-;characteristic;Nni;21| ...) ; file: /tmp/oa-UgQKdJ/code.lsp ; in: DEFUN |FS-;characteristic;Nni;21| ; (DEFUN BOOT::|FS-;characteristic;Nni;21| (BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 87)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS-;characteristic;Nni;21| ; (BOOT::$) ; (BLOCK BOOT::|FS-;characteristic;Nni;21| ; (BOOT::|spadConstant| BOOT::$ 87))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |FS-;coerce;K$;22| ...) ; compiling (DEFUN |FS-;symsub| ...) ; compiling (DEFUN |FS-;numerator;2$;24| ...) ; compiling (DEFUN |FS-;eval;$SNniM$;25| ...) ; compiling (DEFUN |FS-;eval;$SNniM$;25!0| ...) ; compiling (DEFUN |FS-;eval;$SNniM$;26| ...) ; compiling (DEFUN |FS-;eval;$LL$;27| ...) ; compiling (DEFUN |FS-;elt;BoL$;28| ...) ; file: /tmp/oa-UgQKdJ/code.lsp ; in: DEFUN |FS-;elt;BoL$;28| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 115)) ; --> LET THE FUNCALL SB-C::%FUNCALL ; ==> ; BOOT::|x| ; ; note: deleting unreachable code ; (COND ; (BOOT::|od?| (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 115))) ; (T BOOT::|x|)) ; --> IF COND THE PROGN ; ==> ; BOOT::|x| ; ; note: deleting unreachable code ; compiling (DEFUN |FS-;eval;$LLL$;29| ...) ; compiling (DEFUN |FS-;eval;$LLL$;29!0| ...) ; compiling (DEFUN |FS-;smprep| ...) ; compiling (DEFUN |FS-;smprep!0| ...) ; compiling (DEFUN |FS-;dispdiff| ...) ; compiling (DEFUN |FS-;ddiff| ...) ; compiling (DEFUN |FS-;substArg| ...) ; compiling (DEFUN |FS-;diffdiff| ...) ; compiling (DEFUN |FS-;diffdiff0| ...) ; file: /tmp/oa-UgQKdJ/code.lsp ; in: DEFUN |FS-;diffdiff0| ; (DEFUN BOOT::|FS-;diffdiff0| ; (BOOT::|l| BOOT::|x| BOOT::|expr| BOOT::|kd| BOOT::|done| BOOT::$) ; (PROG (BOOT::|g| BOOT::|bp|) ; (RETURN ; (LET* (# # # # # #) ; (BOOT::SEQ # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS-;diffdiff0| ; (BOOT::|l| BOOT::|x| BOOT::|expr| BOOT::|kd| BOOT::|done| BOOT::$) ; (BLOCK BOOT::|FS-;diffdiff0| ; (PROG (BOOT::|g| BOOT::|bp|) ; (RETURN ; (LET* # ; #))))) ; ; note: Assignment to argument: |done| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |FS-;dfeval| ...) ; compiling (DEFUN |FS-;diffEval| ...) ; compiling (DEFUN |FS-;diffArg| ...) ; compiling (DEFUN |FS-;opderiv| ...) ; file: /tmp/oa-UgQKdJ/code.lsp ; in: DEFUN |FS-;opderiv| ; (DEFUN BOOT::|FS-;opderiv| (BOOT::|op| BOOT::|n| BOOT::$) ; (COND ; ((EQL BOOT::|n| 1) ; (LET (#) ; (LIST #))) ; (T ; (LET (# #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS-;opderiv| ; (BOOT::|op| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|FS-;opderiv| ; (COND ; ((EQL BOOT::|n| 1) ; (LET # ; #)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |FS-;opderiv!1| ...) ; compiling (DEFUN |FS-;opderiv!0| ...) ; compiling (DEFUN |FS-;kderiv| ...) ; file: /tmp/oa-UgQKdJ/code.lsp ; in: DEFUN |FS-;kderiv| ; (DEFUN BOOT::|FS-;kderiv| (BOOT::|k| BOOT::$) ; (PROG (BOOT::|grad| BOOT::|u| BOOT::|op|) ; (RETURN ; (LET* (# #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS-;kderiv| ; (BOOT::|k| BOOT::$) ; (BLOCK BOOT::|FS-;kderiv| ; (PROG (BOOT::|grad| BOOT::|u| BOOT::|op|) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |FS-;kerderiv| ...) ; compiling (DEFUN |FS-;smpderiv| ...) ; compiling (DEFUN |FS-;smpderiv!0| ...) ; compiling (DEFUN |FS-;coerce;P$;43| ...) ; compiling (DEFUN |FS-;coerce;P$;43!1| ...) ; compiling (DEFUN |FS-;coerce;P$;43!0| ...) ; compiling (DEFUN |FS-;worse?| ...) ; file: /tmp/oa-UgQKdJ/code.lsp ; in: DEFUN |FS-;worse?| ; (DEFUN BOOT::|FS-;worse?| (BOOT::|k1| BOOT::|k2| BOOT::$) ; (LET ((BOOT::|u| (BOOT::SPADCALL # # #))) ; (COND ((EQL # 1) (BOOT::SPADCALL BOOT::|k1| BOOT::|k2| #)) ; (T (CDR BOOT::|u|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS-;worse?| ; (BOOT::|k1| BOOT::|k2| BOOT::$) ; (BLOCK BOOT::|FS-;worse?| ; (LET ((BOOT::|u| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FS-;bestKernel| ...) ; compiling (DEFUN |FS-;smp2O| ...) ; compiling (DEFUN |FS-;smp2O!0| ...) ; compiling (DEFUN |FS-;smpsubst| ...) ; compiling (DEFUN |FS-;smpsubst!3| ...) ; compiling (DEFUN |FS-;smpsubst!2| ...) ; compiling (DEFUN |FS-;smpsubst!1| ...) ; compiling (DEFUN |FS-;smpsubst!0| ...) ; compiling (DEFUN |FS-;smpeval| ...) ; compiling (DEFUN |FS-;smpeval!3| ...) ; compiling (DEFUN |FS-;smpeval!2| ...) ; compiling (DEFUN |FS-;smpeval!1| ...) ; compiling (DEFUN |FS-;smpeval!0| ...) ; compiling (DEFUN |FS-;notfound| ...) ; compiling (DEFUN |FS-;pushunq| ...) ; file: /tmp/oa-UgQKdJ/code.lsp ; in: DEFUN |FS-;pushunq| ; (DEFUN BOOT::|FS-;pushunq| (BOOT::|l| BOOT::|arg| BOOT::$) ; (COND ; ((NULL BOOT::|l|) ; (LET (# #) ; (LOOP # ; #))) ; (T ; (LET (# #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS-;pushunq| ; (BOOT::|l| BOOT::|arg| BOOT::$) ; (BLOCK BOOT::|FS-;pushunq| ; (COND ; ((NULL BOOT::|l|) ; (LET # ; #)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |FS-;kunq| ...) ; compiling (DEFUN |FS-;smpunq| ...) ; compiling (DEFUN |FS-;smpunq!1| ...) ; compiling (DEFUN |FS-;smpunq!0| ...) ; compiling (DEFUN |FS-;smpret| ...) ; compiling (DEFUN |FS-;smpret!1| ...) ; compiling (DEFUN |FS-;smpret!0| ...) ; compiling (DEFUN |FS-;isExpt;$BoU;54| ...) ; compiling (DEFUN |FS-;isExpt;$SU;55| ...) ; compiling (DEFUN |FS-;smpIsMult| ...) ; compiling (DEFUN |FS-;debugA| ...) ; file: /tmp/oa-UgQKdJ/code.lsp ; in: DEFUN |FS-;debugA| ; (DEFUN BOOT::|FS-;debugA| (BOOT::|a1| BOOT::|a2| BOOT::|t| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; BOOT::|t|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS-;debugA| ; (BOOT::|a1| BOOT::|a2| BOOT::|t| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|FS-;debugA| BOOT::|t|)) ; ; caught STYLE-WARNING: ; The variable |a1| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |a2| is defined but never used. ; compiling (DEFUN |FS-;equaldiff| ...) ; compiling (DEFUN |FS-;mainKernel;$U;59| ...) ; file: /tmp/oa-UgQKdJ/code.lsp ; in: DEFUN |FS-;mainKernel;$U;59| ; (DEFUN BOOT::|FS-;mainKernel;$U;59| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 98)) ; (BOOT::|shellEntry| BOOT::$ 122))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS-;mainKernel;$U;59| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FS-;mainKernel;$U;59| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 98)) ; (BOOT::|shellEntry| BOOT::$ 122)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |FS-;kernels;$L;60| ...) ; file: /tmp/oa-UgQKdJ/code.lsp ; in: DEFUN |FS-;kernels;$L;60| ; (DEFUN BOOT::|FS-;kernels;$L;60| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 98)) ; (BOOT::|shellEntry| BOOT::$ 208))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS-;kernels;$L;60| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FS-;kernels;$L;60| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 98)) ; (BOOT::|shellEntry| BOOT::$ 208)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |FS-;retract;$R;61| ...) ; compiling (DEFUN |FS-;retract;$P;62| ...) ; compiling (DEFUN |FS-;retractIfCan;$U;63| ...) ; compiling (DEFUN |FS-;retractIfCan;$U;64| ...) ; compiling (DEFUN |FS-;eval;$LL$;65| ...) ; compiling (DEFUN |FS-;subst;$LL$;66| ...) ; compiling (DEFUN |FS-;differentiate;$S$;67| ...) ; compiling (DEFUN |FS-;coerce;$Of;68| ...) ; compiling (DEFUN |FS-;eval;$L$;69| ...) ; compiling (DEFUN |FS-;eval;2$;70| ...) ; compiling (DEFUN |FS-;eval;$LLL$;71| ...) ; compiling (DEFUN |FS-;isPlus;$U;72| ...) ; compiling (DEFUN |FS-;isTimes;$U;73| ...) ; compiling (DEFUN |FS-;isExpt;$U;74| ...) ; compiling (DEFUN |FS-;isPower;$U;75| ...) ; compiling (DEFUN |FS-;convert;$P;76| ...) ; compiling (DEFUN |FS-;convert;$P;77| ...) ; compiling (DEFUN |FS-;isMult;$U;78| ...) ; compiling (DEFUN |FS-;*;R2$;79| ...) ; compiling (DEFUN |FS-;mainKernel;$U;80| ...) ; file: /tmp/oa-UgQKdJ/code.lsp ; in: DEFUN |FS-;mainKernel;$U;80| ; (DEFUN BOOT::|FS-;mainKernel;$U;80| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 308))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS-;mainKernel;$U;80| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FS-;mainKernel;$U;80| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 308)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |FS-;kernels;$L;81| ...) ; file: /tmp/oa-UgQKdJ/code.lsp ; in: DEFUN |FS-;kernels;$L;81| ; (DEFUN BOOT::|FS-;kernels;$L;81| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 309))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS-;kernels;$L;81| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FS-;kernels;$L;81| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 309)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |FS-;univariate;$KF;82| ...) ; compiling (DEFUN |FS-;isPlus;$U;83| ...) ; file: /tmp/oa-UgQKdJ/code.lsp ; in: DEFUN |FS-;isPlus;$U;83| ; (DEFUN BOOT::|FS-;isPlus;$U;83| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 315))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS-;isPlus;$U;83| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FS-;isPlus;$U;83| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 315)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |FS-;isTimes;$U;84| ...) ; file: /tmp/oa-UgQKdJ/code.lsp ; in: DEFUN |FS-;isTimes;$U;84| ; (DEFUN BOOT::|FS-;isTimes;$U;84| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 316))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS-;isTimes;$U;84| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FS-;isTimes;$U;84| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 316)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |FS-;isExpt;$U;85| ...) ; file: /tmp/oa-UgQKdJ/code.lsp ; in: DEFUN |FS-;isExpt;$U;85| ; (DEFUN BOOT::|FS-;isExpt;$U;85| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 319))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS-;isExpt;$U;85| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FS-;isExpt;$U;85| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 319)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |FS-;isPower;$U;86| ...) ; file: /tmp/oa-UgQKdJ/code.lsp ; in: DEFUN |FS-;isPower;$U;86| ; (DEFUN BOOT::|FS-;isPower;$U;86| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 322))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS-;isPower;$U;86| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FS-;isPower;$U;86| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 322)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |FS-;denominator;2$;87| ...) ; compiling (DEFUN |FS-;coerce;F$;88| ...) ; compiling (DEFUN |FS-;coerce;F$;89| ...) ; compiling (DEFUN |FS-;coerce;F$;90| ...) ; compiling (DEFUN |FS-;retract;$P;91| ...) ; compiling (DEFUN |FS-;retract;$F;92| ...) ; compiling (DEFUN |FS-;retract;$R;93| ...) ; compiling (DEFUN |FS-;coerce;$Of;94| ...) ; compiling (DEFUN |FS-;retractIfCan;$U;95| ...) ; compiling (DEFUN |FS-;eval;$L$;96| ...) ; compiling (DEFUN |FS-;eval;2$;97| ...) ; compiling (DEFUN |FS-;eval;$LLL$;98| ...) ; compiling (DEFUN |FS-;differentiate;$S$;99| ...) ; compiling (DEFUN |FS-;eval;$LL$;100| ...) ; compiling (DEFUN |FS-;subst;$LL$;101| ...) ; compiling (DEFUN |FS-;par| ...) ; compiling (DEFUN |FS-;convert;F$;103| ...) ; compiling (DEFUN |FS-;retractIfCan;$U;104| ...) ; file: /tmp/oa-UgQKdJ/code.lsp ; in: DEFUN |FS-;retractIfCan;$U;104| ; (DEFUN BOOT::|FS-;retractIfCan;$U;104| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|u| (BOOT::SPADCALL BOOT::|x| #))) ; (COND ((EQL # 1) (CONS 1 "failed")) (T (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS-;retractIfCan;$U;104| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FS-;retractIfCan;$U;104| ; (LET ((BOOT::|u| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |FS-;retractIfCan;$U;105| ...) ; compiling (DEFUN |FS-;coerce;P$;106| ...) ; compiling (DEFUN |FS-;coerce;P$;106!1| ...) ; compiling (DEFUN |FS-;coerce;P$;106!0| ...) ; compiling (DEFUN |FS-;coerce;F$;107| ...) ; compiling (DEFUN |FS-;isMult;$U;108| ...) ; compiling (DEFUN |FS-;convert;$P;109| ...) ; compiling (DEFUN |FS-;convert;$P;110| ...) ; compiling (DEFUN |FunctionSpace&| ...) ; compiling (MAKEPROP (QUOTE |FunctionSpace&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 20 notes ; /tmp/oa-UgQKdJ/code.fasl written ; compilation finished in 0:00:00.619 ------------------------------------------------------------------------ finalizing NRLIB FS Processing FunctionSpace for Browser database: -- ground? : % -> Boolean -- ground : % -> R -- variables : % -> List SY -- applyQuote : (SY,%) -> % -- applyQuote : (SY,%,%) -> % -- applyQuote : (SY,%,%,%) -> % -- applyQuote : (SY,%,%,%,%) -> % -- applyQuote : (SY,List %) -> % -- eval : (%,SY) -> % -- eval : (%,List SY) -> % -- eval : % -> % -- eval : (%,OP,%,SY) -> % -- eval : (%,List OP,List %,SY) -> % -- ?**? : (%,N) -> % -- isTimes : % -> Union(List %,"failed") -- isExpt : % -> Union(Record(var: K,exponent: Z),"failed") -- isPlus : % -> Union(List %,"failed") -- isMult : % -> Union(Record(coef: Z,var: K),"failed") -- coerce : MP -> % -- numer : % -> MP -- numerator : % -> % -- isExpt : (%,OP) -> Union(Record(var: K,exponent: Z),"failed") -- isExpt : (%,SY) -> Union(Record(var: K,exponent: Z),"failed") -- isPower : % -> Union(Record(val: %,exponent: Z),"failed") -- eval : (%,List SY,List N,List (% -> %)) -> % -- eval : (%,List SY,List N,List (List % -> %)) -> % -- eval : (%,SY,N,(List % -> %)) -> % -- eval : (%,SY,N,(% -> %)) -> % -- convert : Factored % -> % -- denom : % -> MP -- denominator : % -> % -- ?/? : (MP,MP) -> % -- coerce : Q -> % -- coerce : Polynomial Q -> % -- coerce : Fraction Polynomial Q -> % -- univariate : (%,K) -> Fraction SparseUnivariatePolynomial % -- constructor ; compiling file "/tmp/oa-jPti84/code.lsp" (written 01 FEB 2016 11:02:29 PM): ; compiling (DEFPARAMETER |FunctionSpace;AL| ...) ; compiling (DEFUN |FunctionSpace;| ...) ; compiling (DEFUN |FunctionSpace| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-jPti84/code.fasl written ; compilation finished in 0:00:00.038 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ALGMANIP.spad && cp ALGMANIP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ALGMANIP.fasl \ && if test -f ALGMANIP-.NRLIB/code.fasl; then \ cp ALGMANIP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ALGMANIP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ALGMANIP.spad using Spad compiler. ALGMANIP abbreviates package AlgebraicManipulations debug: compDefine1 lhs: (AlgebraicManipulations R F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE rootSplit (F F)) (SIGNATURE ratDenom (F F)) (SIGNATURE ratDenom (F F F)) (SIGNATURE ratDenom (F F (List F))) (SIGNATURE ratDenom (F F (List (Kernel F)))) (SIGNATURE ratPoly ((SparseUnivariatePolynomial F) F)) (IF (has R (Join (GcdDomain) (RetractableTo (Integer)))) (IF (has F (FunctionSpace R)) (PROGN (SIGNATURE rootPower (F F)) (SIGNATURE rootProduct (F F)) (SIGNATURE rootSimp (F F)) (SIGNATURE rootKerSimp (F (BasicOperator) F (NonNegativeInteger)))) %noBranch) %noBranch)) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE rootSplit (F F)) (SIGNATURE ratDenom (F F)) (SIGNATURE ratDenom (F F F)) (SIGNATURE ratDenom (F F (List F))) (SIGNATURE ratDenom (F F (List (Kernel F)))) (SIGNATURE ratPoly ((SparseUnivariatePolynomial F) F)) (IF (has R (Join (GcdDomain) (RetractableTo (Integer)))) (IF (has F (FunctionSpace R)) (PROGN (SIGNATURE rootPower (F F)) (SIGNATURE rootProduct (F F)) (SIGNATURE rootSimp (F F)) (SIGNATURE rootKerSimp (F (BasicOperator) F (NonNegativeInteger)))) %noBranch) %noBranch)) $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (List F) $param: (R F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (List (Kernel F)) $param: (R F) Debug: evaluateType1 form: (List (Kernel F)) debug: evaluateType1 x: (Kernel F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Kernel F) $param: (R F) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evalCategory d: (Kernel F) c: (Type) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (R F) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: F $param: (R F) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE rootSplit (F F)) (SIGNATURE ratDenom (F F)) (SIGNATURE ratDenom (F F F)) (SIGNATURE ratDenom (F F (List F))) (SIGNATURE ratDenom (F F (List (Kernel F)))) (SIGNATURE ratPoly ((SparseUnivariatePolynomial F) F)) (IF (has R (Join (GcdDomain) (RetractableTo (Integer)))) (IF (has F (FunctionSpace R)) (PROGN (SIGNATURE rootPower (F F)) (SIGNATURE rootProduct (F F)) (SIGNATURE rootSimp (F F)) (SIGNATURE rootKerSimp (F (BasicOperator) F (NonNegativeInteger)))) %noBranch) %noBranch)) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for AlgebraicManipulations compiling into /tmp/oa-bMeuym importing PolynomialCategoryQuotientFunctions(IndexedExponents Kernel F,Kernel F,R,SparseMultivariatePolynomial(R,Kernel F),F) compiling exported ratDenom : F -> F Time: 0.10 SEC. compiling exported ratDenom : (F,List Kernel F) -> F Time: 0.01 SEC. compiling exported ratDenom : (F,F) -> F Time: 0.02 SEC. compiling exported ratDenom : (F,List F) -> F Time: 0.02 SEC. compiling local algkernels : List Kernel F -> List Kernel F Debug compQuote expr: (QUOTE %alg) m: $EmptyMode Debug compQuote expr: (QUOTE %alg) m: (Identifier) Time: 0.02 SEC. compiling local rootkernels : List Kernel F -> List Kernel F Debug compQuote expr: (QUOTE nthRoot) m: (Symbol) Debug compQuote expr: (QUOTE nthRoot) m: (Symbol) Time: 0.02 SEC. compiling exported ratPoly : F -> SparseUnivariatePolynomial F Time: 0.13 SEC. compiling exported rootSplit : F -> F Time: 0.02 SEC. compiling local rootExpand : Kernel F -> F Time: 0.02 SEC. compiling local innerRF : (F,List Kernel F) -> F Time: 0.13 SEC. importing PolynomialRoots(IndexedExponents Kernel F,Kernel F,R,SparseMultivariatePolynomial(R,Kernel F),F) compiling exported rootKerSimp : (BasicOperator,F,NonNegativeInteger) -> F Time: 0.06 SEC. compiling exported rootKerSimp : (BasicOperator,F,NonNegativeInteger) -> F Time: 0.02 SEC. compiling local breakup : List Kernel F -> List Record(ker: List Kernel F,exponent: List Integer) Time: 0.24 SEC. compiling exported rootProduct : F -> F Time: 0.18 SEC. compiling exported rootPower : F -> F Time: 0.02 SEC. compiling local radeval : (SparseMultivariatePolynomial(R,Kernel F),Kernel F) -> F Time: 0.14 SEC. compiling local inroot : (BasicOperator,F,NonNegativeInteger) -> F Time: 0.18 SEC. compiling local sroot : Kernel F -> F Time: 0.03 SEC. compiling exported rootSimp : F -> F Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.03 SEC. Warnings: [1] ratDenom: not known that SetCategory is of mode CATEGORY(package,rootSplit: F -> F,ratDenom: F -> F,ratDenom: (F,F) -> F,ratDenom: (F,List F) -> F,ratDenom: (F,List Kernel F) -> F,ratPoly: F -> SparseUnivariatePolynomial F,IF(hasRJoin(GcdDomain(),RetractableTo(Integer())),IF(hasFFunctionSpace(R),PROGN(rootPower: F -> F,rootProduct: F -> F,rootSimp: F -> F,rootKerSimp: (BasicOperator,F,NonNegativeInteger) -> F),%noBranch),%noBranch)) [2] algkernels: has? has no value [3] ratPoly: not known that SetCategory is of mode CATEGORY(package,rootSplit: F -> F,ratDenom: F -> F,ratDenom: (F,F) -> F,ratDenom: (F,List F) -> F,ratDenom: (F,List Kernel F) -> F,ratPoly: F -> SparseUnivariatePolynomial F,IF(hasRJoin(GcdDomain(),RetractableTo(Integer())),IF(hasFFunctionSpace(R),PROGN(rootPower: F -> F,rootProduct: F -> F,rootSimp: F -> F,rootKerSimp: (BasicOperator,F,NonNegativeInteger) -> F),%noBranch),%noBranch)) [4] ratPoly: not known that SIGNATUREcoerce($ (SparseMultivariatePolynomial R (Kernel F))) is of mode CATEGORY(domain,numer: % -> SparseMultivariatePolynomial(R,Kernel %),denom: % -> SparseMultivariatePolynomial(R,Kernel %),coerce: SparseMultivariatePolynomial(R,Kernel %) -> %) [5] ratPoly: not known that SIGNATUREnumer((SparseMultivariatePolynomial R (Kernel F)) $) is of mode CATEGORY(domain,numer: % -> SparseMultivariatePolynomial(R,Kernel %),denom: % -> SparseMultivariatePolynomial(R,Kernel %),coerce: SparseMultivariatePolynomial(R,Kernel %) -> %) [6] ratPoly: not known that SIGNATUREdenom((SparseMultivariatePolynomial R (Kernel F)) $) is of mode CATEGORY(domain,numer: % -> SparseMultivariatePolynomial(R,Kernel %),denom: % -> SparseMultivariatePolynomial(R,Kernel %),coerce: SparseMultivariatePolynomial(R,Kernel %) -> %) [7] rootExpand: first has no value [8] innerRF: k has no value [9] innerRF: not known that Ring is of mode CATEGORY(package,rootSplit: F -> F,ratDenom: F -> F,ratDenom: (F,F) -> F,ratDenom: (F,List F) -> F,ratDenom: (F,List Kernel F) -> F,ratPoly: F -> SparseUnivariatePolynomial F,IF(hasRJoin(GcdDomain(),RetractableTo(Integer())),IF(hasFFunctionSpace(R),PROGN(rootPower: F -> F,rootProduct: F -> F,rootSimp: F -> F,rootKerSimp: (BasicOperator,F,NonNegativeInteger) -> F),%noBranch),%noBranch)) [10] radeval: first has no value [11] sroot: first has no value Cumulative Statistics for Constructor AlgebraicManipulations Time: 1.40 seconds finalizing NRLIB ALGMANIP Processing AlgebraicManipulations for Browser database: -- numer : % -> SparseMultivariatePolynomial(R,Kernel %) -- denom : % -> SparseMultivariatePolynomial(R,Kernel %) -- coerce : SparseMultivariatePolynomial(R,Kernel %) -> % -- rootSplit : F -> F -- ratDenom : F -> F -- ratDenom : (F,F) -> F -- ratDenom : (F,List F) -> F -- ratDenom : (F,List K) -> F -- ratPoly : F -> SparseUnivariatePolynomial F -- rootPower : F -> F -- rootProduct : F -> F -- rootSimp : F -> F -- rootKerSimp : (OP,F,N) -> F -- constructor ; compiling file "/tmp/oa-bMeuym/code.lsp" (written 01 FEB 2016 11:02:31 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ALGMANIP;ratDenom;2F;1| ...) ; compiling (DEFUN |ALGMANIP;ratDenom;FLF;2| ...) ; compiling (DEFUN |ALGMANIP;ratDenom;3F;3| ...) ; compiling (DEFUN |ALGMANIP;ratDenom;FLF;4| ...) ; compiling (DEFUN |ALGMANIP;algkernels| ...) ; file: /tmp/oa-bMeuym/code.lsp ; in: DEFUN |ALGMANIP;algkernels| ; (DEFUN BOOT::|ALGMANIP;algkernels| (BOOT::|l| BOOT::$) ; (BOOT::SPADCALL (CONS #'BOOT::|ALGMANIP;algkernels!0| BOOT::$) BOOT::|l| ; (BOOT::|shellEntry| BOOT::$ 29))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ALGMANIP;algkernels| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|ALGMANIP;algkernels| ; (BOOT::SPADCALL (CONS #'BOOT::|ALGMANIP;algkernels!0| BOOT::$) ; BOOT::|l| (BOOT::|shellEntry| BOOT::$ 29)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ALGMANIP;algkernels!0| ...) ; compiling (DEFUN |ALGMANIP;rootkernels| ...) ; file: /tmp/oa-bMeuym/code.lsp ; in: DEFUN |ALGMANIP;rootkernels| ; (DEFUN BOOT::|ALGMANIP;rootkernels| (BOOT::|l| BOOT::$) ; (BOOT::SPADCALL (CONS #'BOOT::|ALGMANIP;rootkernels!0| BOOT::$) BOOT::|l| ; (BOOT::|shellEntry| BOOT::$ 29))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ALGMANIP;rootkernels| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|ALGMANIP;rootkernels| ; (BOOT::SPADCALL (CONS #'BOOT::|ALGMANIP;rootkernels!0| BOOT::$) ; BOOT::|l| (BOOT::|shellEntry| BOOT::$ 29)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ALGMANIP;rootkernels!0| ...) ; compiling (DEFUN |ALGMANIP;ratPoly;FSup;7| ...) ; compiling (DEFUN |ALGMANIP;rootSplit;2F;8| ...) ; compiling (DEFUN |ALGMANIP;rootExpand| ...) ; compiling (DEFUN |ALGMANIP;innerRF| ...) ; compiling (DEFUN |ALGMANIP;innerRF!4| ...) ; compiling (DEFUN |ALGMANIP;innerRF!3| ...) ; compiling (DEFUN |ALGMANIP;innerRF!2| ...) ; compiling (DEFUN |ALGMANIP;innerRF!1| ...) ; compiling (DEFUN |ALGMANIP;innerRF!0| ...) ; compiling (DEFUN |ALGMANIP;rootKerSimp;BoFNniF;11| ...) ; compiling (DEFUN |ALGMANIP;rootKerSimp;BoFNniF;12| ...) ; compiling (DEFUN |ALGMANIP;breakup| ...) ; compiling (DEFUN |ALGMANIP;rootProduct;2F;14| ...) ; compiling (DEFUN |ALGMANIP;rootPower;2F;15| ...) ; compiling (DEFUN |ALGMANIP;radeval| ...) ; compiling (DEFUN |ALGMANIP;inroot| ...) ; compiling (DEFUN |ALGMANIP;sroot| ...) ; compiling (DEFUN |ALGMANIP;rootSimp;2F;19| ...) ; compiling (DEFUN |AlgebraicManipulations| ...) ; compiling (DEFUN |AlgebraicManipulations;| ...) ; compiling (MAKEPROP (QUOTE |AlgebraicManipulations|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-bMeuym/code.fasl written ; compilation finished in 0:00:00.122 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/INTHEORY.fasl --optimize=3 INTHEORY.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INTHEORY.spad using Spad compiler. INTHEORY abbreviates package IntegerNumberTheoryFunctions debug: compDefine1 lhs: (IntegerNumberTheoryFunctions) signature (pre-evaluate): ((CATEGORY package (SIGNATURE bernoulli ((Fraction (Integer)) (Integer))) (SIGNATURE chineseRemainder ((Integer) (Integer) (Integer) (Integer) (Integer))) (SIGNATURE divisors ((List (Integer)) (Integer))) (SIGNATURE euler ((Integer) (Integer))) (SIGNATURE eulerPhi ((Integer) (Integer))) (SIGNATURE fibonacci ((Integer) (Integer))) (SIGNATURE harmonic ((Fraction (Integer)) (Integer))) (SIGNATURE jacobi ((Integer) (Integer) (Integer))) (SIGNATURE legendre ((Integer) (Integer) (Integer))) (SIGNATURE moebiusMu ((Integer) (Integer))) (SIGNATURE numberOfDivisors ((Integer) (Integer))) (SIGNATURE sumOfDivisors ((Integer) (Integer))) (SIGNATURE sumOfKthPowerDivisors ((Integer) (Integer) (NonNegativeInteger))))) debug: evaluateType form: (CATEGORY package (SIGNATURE bernoulli ((Fraction (Integer)) (Integer))) (SIGNATURE chineseRemainder ((Integer) (Integer) (Integer) (Integer) (Integer))) (SIGNATURE divisors ((List (Integer)) (Integer))) (SIGNATURE euler ((Integer) (Integer))) (SIGNATURE eulerPhi ((Integer) (Integer))) (SIGNATURE fibonacci ((Integer) (Integer))) (SIGNATURE harmonic ((Fraction (Integer)) (Integer))) (SIGNATURE jacobi ((Integer) (Integer) (Integer))) (SIGNATURE legendre ((Integer) (Integer) (Integer))) (SIGNATURE moebiusMu ((Integer) (Integer))) (SIGNATURE numberOfDivisors ((Integer) (Integer))) (SIGNATURE sumOfDivisors ((Integer) (Integer))) (SIGNATURE sumOfKthPowerDivisors ((Integer) (Integer) (NonNegativeInteger)))) $param: NIL debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (List (Integer)) $param: NIL Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE bernoulli ((Fraction (Integer)) (Integer))) (SIGNATURE chineseRemainder ((Integer) (Integer) (Integer) (Integer) (Integer))) (SIGNATURE divisors ((List (Integer)) (Integer))) (SIGNATURE euler ((Integer) (Integer))) (SIGNATURE eulerPhi ((Integer) (Integer))) (SIGNATURE fibonacci ((Integer) (Integer))) (SIGNATURE harmonic ((Fraction (Integer)) (Integer))) (SIGNATURE jacobi ((Integer) (Integer) (Integer))) (SIGNATURE legendre ((Integer) (Integer) (Integer))) (SIGNATURE moebiusMu ((Integer) (Integer))) (SIGNATURE numberOfDivisors ((Integer) (Integer))) (SIGNATURE sumOfDivisors ((Integer) (Integer))) (SIGNATURE sumOfKthPowerDivisors ((Integer) (Integer) (NonNegativeInteger))))) ------------------------------------------------------------------------ initializing stationary directory for IntegerNumberTheoryFunctions compiling into /tmp/oa-KPDeEg importing IntegerPrimesPackage Integer compiling exported harmonic : Integer -> Fraction Integer Time: 0.11 SEC. compiling exported fibonacci : Integer -> Integer Time: 0.05 SEC. compiling exported euler : Integer -> Integer Time: 0.10 SEC. compiling exported bernoulli : Integer -> Fraction Integer Time: 0.12 SEC. compiling local inverse : (Integer,Integer) -> Integer Time: 0.02 SEC. compiling exported chineseRemainder : (Integer,Integer,Integer,Integer) -> Integer Time: 0.02 SEC. compiling exported jacobi : (Integer,Integer) -> Integer Time: 0.04 SEC. compiling exported legendre : (Integer,Integer) -> Integer Time: 0.01 SEC. compiling exported eulerPhi : Integer -> Integer Time: 0.04 SEC. compiling exported divisors : Integer -> List Integer Time: 0.06 SEC. compiling exported numberOfDivisors : Integer -> Integer Time: 0.03 SEC. compiling exported sumOfDivisors : Integer -> Integer Time: 0.04 SEC. compiling exported sumOfKthPowerDivisors : (Integer,NonNegativeInteger) -> Integer Time: 0.06 SEC. compiling exported moebiusMu : Integer -> Integer Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.05 SEC. Warnings: [1] eulerPhi: factors has no value [2] eulerPhi: not known that IntegralDomain is of mode CATEGORY(package,bernoulli: Integer -> Fraction Integer,chineseRemainder: (Integer,Integer,Integer,Integer) -> Integer,divisors: Integer -> List Integer,euler: Integer -> Integer,eulerPhi: Integer -> Integer,fibonacci: Integer -> Integer,harmonic: Integer -> Fraction Integer,jacobi: (Integer,Integer) -> Integer,legendre: (Integer,Integer) -> Integer,moebiusMu: Integer -> Integer,numberOfDivisors: Integer -> Integer,sumOfDivisors: Integer -> Integer,sumOfKthPowerDivisors: (Integer,NonNegativeInteger) -> Integer) [3] divisors: factors has no value [4] numberOfDivisors: factors has no value [5] sumOfDivisors: factors has no value [6] sumOfKthPowerDivisors: factors has no value Cumulative Statistics for Constructor IntegerNumberTheoryFunctions Time: 0.80 seconds finalizing NRLIB INTHEORY Processing IntegerNumberTheoryFunctions for Browser database: -- bernoulli : I -> RN -- chineseRemainder : (I,I,I,I) -> I -- divisors : I -> List I -- euler : I -> I -- eulerPhi : I -> I -- fibonacci : I -> I -- harmonic : I -> RN -- jacobi : (I,I) -> I -- legendre : (I,I) -> I -- moebiusMu : I -> I -- numberOfDivisors : I -> I -- sumOfDivisors : I -> I -- sumOfKthPowerDivisors : (I,NNI) -> I -- constructor ; compiling file "/tmp/oa-KPDeEg/code.lsp" (written 01 FEB 2016 11:02:32 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |INTHEORY;harmonic;IF;1| ...) ; compiling (DEFUN |INTHEORY;fibonacci;2I;2| ...) ; compiling (DEFUN |INTHEORY;euler;2I;3| ...) ; file: /tmp/oa-KPDeEg/code.lsp ; in: DEFUN |INTHEORY;euler;2I;3| ; (DEFUN BOOT::|INTHEORY;euler;2I;3| (BOOT::|n| BOOT::$) ; (PROG (BOOT::|e| BOOT::|t|) (RETURN (COND (# #) (# 0) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTHEORY;euler;2I;3| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|INTHEORY;euler;2I;3| ; (PROG (BOOT::|e| BOOT::|t|) (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |INTHEORY;bernoulli;IF;4| ...) ; compiling (DEFUN |INTHEORY;inverse| ...) ; file: /tmp/oa-KPDeEg/code.lsp ; in: DEFUN |INTHEORY;inverse| ; (DEFUN BOOT::|INTHEORY;inverse| (BOOT::|a| BOOT::|b| BOOT::$) ; (PROG (BOOT::|r| BOOT::|q|) ; (RETURN ; (LET (# # #) ; (BOOT::SEQ # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTHEORY;inverse| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|INTHEORY;inverse| ; (PROG (BOOT::|r| BOOT::|q|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |a| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; ; note: Assignment to argument: |b| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |INTHEORY;chineseRemainder;5I;6| ...) ; file: /tmp/oa-KPDeEg/code.lsp ; in: DEFUN |INTHEORY;chineseRemainder;5I;6| ; (DEFUN BOOT::|INTHEORY;chineseRemainder;5I;6| ; (BOOT::|x1| BOOT::|m1| BOOT::|x2| BOOT::|m2| BOOT::$) ; (COND ; ((OR (MINUSP BOOT::|m1|) (MINUSP BOOT::|m2|)) ; (BOOT::|error| "moduli must be positive")) ; (T (PROGN (SETQ #) (SETQ #) (+ BOOT::|x1| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTHEORY;chineseRemainder;5I;6| ; (BOOT::|x1| BOOT::|m1| BOOT::|x2| BOOT::|m2| BOOT::$) ; (BLOCK BOOT::|INTHEORY;chineseRemainder;5I;6| ; (COND ((OR # #) (BOOT::|error| "moduli must be positive")) ; (T (PROGN # # #))))) ; ; note: Assignment to argument: |x1| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; ; note: Assignment to argument: |x2| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |INTHEORY;jacobi;3I;7| ...) ; file: /tmp/oa-KPDeEg/code.lsp ; in: DEFUN |INTHEORY;jacobi;3I;7| ; (DEFUN BOOT::|INTHEORY;jacobi;3I;7| (BOOT::|a| BOOT::|b| BOOT::$) ; (PROG (BOOT::|j| BOOT::|k|) (RETURN (BOOT::SEQ (COND #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTHEORY;jacobi;3I;7| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|INTHEORY;jacobi;3I;7| ; (PROG (BOOT::|j| BOOT::|k|) (RETURN (BOOT::SEQ # #))))) ; ; note: Assignment to argument: |a| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; ; note: Assignment to argument: |b| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |INTHEORY;legendre;3I;8| ...) ; file: /tmp/oa-KPDeEg/code.lsp ; in: DEFUN |INTHEORY;legendre;3I;8| ; (DEFUN BOOT::|INTHEORY;legendre;3I;8| (BOOT::|a| BOOT::|p| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 66)) ; (BOOT::|INTHEORY;jacobi;3I;7| BOOT::|a| BOOT::|p| BOOT::$)) ; (T (BOOT::|error| "characteristic of legendre must be prime")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTHEORY;legendre;3I;8| ; (BOOT::|a| BOOT::|p| BOOT::$) ; (BLOCK BOOT::|INTHEORY;legendre;3I;8| ; (COND ; ((BOOT::SPADCALL BOOT::|p| #) ; (BOOT::|INTHEORY;jacobi;3I;7| BOOT::|a| BOOT::|p| BOOT::$)) ; (T (BOOT::|error| "characteristic of legendre must be prime"))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |INTHEORY;eulerPhi;2I;9| ...) ; file: /tmp/oa-KPDeEg/code.lsp ; in: DEFUN |INTHEORY;eulerPhi;2I;9| ; (DEFUN BOOT::|INTHEORY;eulerPhi;2I;9| (BOOT::|n| BOOT::$) ; (COND ((ZEROP BOOT::|n|) 0) ; (T ; (LET (#) ; (PROGN # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTHEORY;eulerPhi;2I;9| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|INTHEORY;eulerPhi;2I;9| ; (COND ((ZEROP BOOT::|n|) 0) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |INTHEORY;divisors;IL;10| ...) ; file: /tmp/oa-KPDeEg/code.lsp ; in: DEFUN |INTHEORY;divisors;IL;10| ; (DEFUN BOOT::|INTHEORY;divisors;IL;10| (BOOT::|n| BOOT::$) ; (PROG (BOOT::|newList| BOOT::|pow|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTHEORY;divisors;IL;10| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|INTHEORY;divisors;IL;10| ; (PROG (BOOT::|newList| BOOT::|pow|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS INTEGER T)) &REST T). ; compiling (DEFUN |INTHEORY;divisors;IL;10!0| ...) ; file: /tmp/oa-KPDeEg/code.lsp ; in: DEFUN |INTHEORY;divisors;IL;10!0| ; (DEFUN BOOT::|INTHEORY;divisors;IL;10!0| (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (< BOOT::|#1| BOOT::|#2|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTHEORY;divisors;IL;10!0| ; (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (BLOCK BOOT::|INTHEORY;divisors;IL;10!0| (< BOOT::|#1| BOOT::|#2|))) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |INTHEORY;numberOfDivisors;2I;11| ...) ; compiling (DEFUN |INTHEORY;sumOfDivisors;2I;12| ...) ; file: /tmp/oa-KPDeEg/code.lsp ; in: DEFUN |INTHEORY;sumOfDivisors;2I;12| ; (DEFUN BOOT::|INTHEORY;sumOfDivisors;2I;12| (BOOT::|n| BOOT::$) ; (COND ((ZEROP BOOT::|n|) 0) ; (T ; (LET (#) ; (BOOT::SPADCALL BOOT::|r| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTHEORY;sumOfDivisors;2I;12| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|INTHEORY;sumOfDivisors;2I;12| ; (COND ((ZEROP BOOT::|n|) 0) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |INTHEORY;sumOfKthPowerDivisors;INniI;13| ...) ; file: /tmp/oa-KPDeEg/code.lsp ; in: DEFUN |INTHEORY;sumOfKthPowerDivisors;INniI;13| ; (DEFUN BOOT::|INTHEORY;sumOfKthPowerDivisors;INniI;13| ; (BOOT::|n| BOOT::|k| BOOT::$) ; (COND ((ZEROP BOOT::|n|) 0) ; (T ; (LET (#) ; (BOOT::SPADCALL BOOT::|r| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTHEORY;sumOfKthPowerDivisors;INniI;13| ; (BOOT::|n| BOOT::|k| BOOT::$) ; (BLOCK BOOT::|INTHEORY;sumOfKthPowerDivisors;INniI;13| ; (COND ((ZEROP BOOT::|n|) 0) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |INTHEORY;moebiusMu;2I;14| ...) ; compiling (DEFUN |IntegerNumberTheoryFunctions| ...) ; compiling (DEFUN |IntegerNumberTheoryFunctions;| ...) ; compiling (MAKEPROP (QUOTE |IntegerNumberTheoryFunctions|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 15 notes ; /tmp/oa-KPDeEg/code.fasl written ; compilation finished in 0:00:00.131 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/PNTHEORY.fasl --optimize=3 PNTHEORY.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PNTHEORY.spad using Spad compiler. PNTHEORY abbreviates package PolynomialNumberTheoryFunctions debug: compDefine1 lhs: (PolynomialNumberTheoryFunctions) signature (pre-evaluate): ((CATEGORY package (SIGNATURE bernoulli ((SparseUnivariatePolynomial (Fraction (Integer))) (Integer))) (SIGNATURE chebyshevT ((SparseUnivariatePolynomial (Integer)) (Integer))) (SIGNATURE chebyshevU ((SparseUnivariatePolynomial (Integer)) (Integer))) (SIGNATURE cyclotomic ((SparseUnivariatePolynomial (Integer)) (Integer))) (SIGNATURE euler ((SparseUnivariatePolynomial (Fraction (Integer))) (Integer))) (SIGNATURE fixedDivisor ((Integer) (SparseUnivariatePolynomial (Integer)))) (SIGNATURE hermite ((SparseUnivariatePolynomial (Integer)) (Integer))) (SIGNATURE laguerre ((SparseUnivariatePolynomial (Integer)) (Integer))) (SIGNATURE legendre ((SparseUnivariatePolynomial (Fraction (Integer))) (Integer))))) debug: evaluateType form: (CATEGORY package (SIGNATURE bernoulli ((SparseUnivariatePolynomial (Fraction (Integer))) (Integer))) (SIGNATURE chebyshevT ((SparseUnivariatePolynomial (Integer)) (Integer))) (SIGNATURE chebyshevU ((SparseUnivariatePolynomial (Integer)) (Integer))) (SIGNATURE cyclotomic ((SparseUnivariatePolynomial (Integer)) (Integer))) (SIGNATURE euler ((SparseUnivariatePolynomial (Fraction (Integer))) (Integer))) (SIGNATURE fixedDivisor ((Integer) (SparseUnivariatePolynomial (Integer)))) (SIGNATURE hermite ((SparseUnivariatePolynomial (Integer)) (Integer))) (SIGNATURE laguerre ((SparseUnivariatePolynomial (Integer)) (Integer))) (SIGNATURE legendre ((SparseUnivariatePolynomial (Fraction (Integer))) (Integer)))) $param: NIL debug: evaluateType form: (SparseUnivariatePolynomial (Fraction (Integer))) $param: NIL Debug: evaluateType1 form: (SparseUnivariatePolynomial (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (SparseUnivariatePolynomial (Integer)) $param: NIL Debug: evaluateType1 form: (SparseUnivariatePolynomial (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (SparseUnivariatePolynomial (Integer)) $param: NIL Debug: evaluateType1 form: (SparseUnivariatePolynomial (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (SparseUnivariatePolynomial (Integer)) $param: NIL Debug: evaluateType1 form: (SparseUnivariatePolynomial (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (SparseUnivariatePolynomial (Fraction (Integer))) $param: NIL Debug: evaluateType1 form: (SparseUnivariatePolynomial (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (SparseUnivariatePolynomial (Integer)) $param: NIL Debug: evaluateType1 form: (SparseUnivariatePolynomial (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial (Integer)) $param: NIL Debug: evaluateType1 form: (SparseUnivariatePolynomial (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (SparseUnivariatePolynomial (Integer)) $param: NIL Debug: evaluateType1 form: (SparseUnivariatePolynomial (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (SparseUnivariatePolynomial (Fraction (Integer))) $param: NIL Debug: evaluateType1 form: (SparseUnivariatePolynomial (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE bernoulli ((SparseUnivariatePolynomial (Fraction (Integer))) (Integer))) (SIGNATURE chebyshevT ((SparseUnivariatePolynomial (Integer)) (Integer))) (SIGNATURE chebyshevU ((SparseUnivariatePolynomial (Integer)) (Integer))) (SIGNATURE cyclotomic ((SparseUnivariatePolynomial (Integer)) (Integer))) (SIGNATURE euler ((SparseUnivariatePolynomial (Fraction (Integer))) (Integer))) (SIGNATURE fixedDivisor ((Integer) (SparseUnivariatePolynomial (Integer)))) (SIGNATURE hermite ((SparseUnivariatePolynomial (Integer)) (Integer))) (SIGNATURE laguerre ((SparseUnivariatePolynomial (Integer)) (Integer))) (SIGNATURE legendre ((SparseUnivariatePolynomial (Fraction (Integer))) (Integer))))) ------------------------------------------------------------------------ initializing stationary directory for PolynomialNumberTheoryFunctions compiling into /tmp/oa-XuS0St importing IntegerPrimesPackage Integer compiling local MonicQuotient : (SparseUnivariatePolynomial Integer,SparseUnivariatePolynomial Integer) -> SparseUnivariatePolynomial Integer Time: 0.16 SEC. compiling exported cyclotomic : Integer -> SparseUnivariatePolynomial Integer Time: 0.04 SEC. compiling exported euler : Integer -> SparseUnivariatePolynomial Fraction Integer Time: 0.04 SEC. compiling exported bernoulli : Integer -> SparseUnivariatePolynomial Fraction Integer Time: 0.03 SEC. compiling exported fixedDivisor : SparseUnivariatePolynomial Integer -> Integer Time: 0.04 SEC. compiling exported hermite : Integer -> SparseUnivariatePolynomial Integer Time: 0.11 SEC. compiling exported legendre : Integer -> SparseUnivariatePolynomial Fraction Integer Time: 0.39 SEC. compiling exported laguerre : Integer -> SparseUnivariatePolynomial Integer Time: 0.05 SEC. compiling exported chebyshevT : Integer -> SparseUnivariatePolynomial Integer Time: 0.05 SEC. compiling exported chebyshevU : Integer -> SparseUnivariatePolynomial Integer Time: 0.07 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] euler: s has no value [2] euler: p has no value [3] bernoulli: s has no value [4] bernoulli: p has no value Cumulative Statistics for Constructor PolynomialNumberTheoryFunctions Time: 0.98 seconds finalizing NRLIB PNTHEORY Processing PolynomialNumberTheoryFunctions for Browser database: -- bernoulli : I -> SUP RN -- chebyshevT : I -> SUP I -- chebyshevU : I -> SUP I -- cyclotomic : I -> SUP I -- euler : I -> SUP RN -- fixedDivisor : SUP I -> I -- hermite : I -> SUP I -- laguerre : I -> SUP I -- legendre : I -> SUP RN -- constructor ; compiling file "/tmp/oa-XuS0St/code.lsp" (written 01 FEB 2016 11:02:33 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PNTHEORY;MonicQuotient| ...) ; compiling (DEFUN |PNTHEORY;cyclotomic;ISup;2| ...) ; compiling (DEFUN |PNTHEORY;euler;ISup;3| ...) ; compiling (DEFUN |PNTHEORY;bernoulli;ISup;4| ...) ; compiling (DEFUN |PNTHEORY;fixedDivisor;SupI;5| ...) ; compiling (DEFUN |PNTHEORY;hermite;ISup;6| ...) ; compiling (DEFUN |PNTHEORY;legendre;ISup;7| ...) ; compiling (DEFUN |PNTHEORY;laguerre;ISup;8| ...) ; compiling (DEFUN |PNTHEORY;chebyshevT;ISup;9| ...) ; compiling (DEFUN |PNTHEORY;chebyshevU;ISup;10| ...) ; compiling (DEFUN |PolynomialNumberTheoryFunctions| ...) ; compiling (DEFUN |PolynomialNumberTheoryFunctions;| ...) ; compiling (MAKEPROP (QUOTE |PolynomialNumberTheoryFunctions|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-XuS0St/code.fasl written ; compilation finished in 0:00:00.097 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/NTPOLFN.fasl --optimize=3 NTPOLFN.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NTPOLFN.spad using Spad compiler. NTPOLFN abbreviates package NumberTheoreticPolynomialFunctions debug: compDefine1 lhs: (NumberTheoreticPolynomialFunctions R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE cyclotomic (R (NonNegativeInteger) R)) (IF (has R (Algebra (Fraction (Integer)))) (PROGN (SIGNATURE bernoulliB (R (NonNegativeInteger) R)) (SIGNATURE eulerE (R (NonNegativeInteger) R))) %noBranch)) (CommutativeRing)) debug: evaluateType form: (CATEGORY package (SIGNATURE cyclotomic (R (NonNegativeInteger) R)) (IF (has R (Algebra (Fraction (Integer)))) (PROGN (SIGNATURE bernoulliB (R (NonNegativeInteger) R)) (SIGNATURE eulerE (R (NonNegativeInteger) R))) %noBranch)) $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: R $param: (R) debug: evaluateType form: (CommutativeRing) $param: (R) Debug: evaluateType1 form: (CommutativeRing) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE cyclotomic (R (NonNegativeInteger) R)) (IF (has R (Algebra (Fraction (Integer)))) (PROGN (SIGNATURE bernoulliB (R (NonNegativeInteger) R)) (SIGNATURE eulerE (R (NonNegativeInteger) R))) %noBranch)) (CommutativeRing)) debug: compDefine1 lhs: (NumberTheoreticPolynomialFunctions R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE cyclotomic (R (NonNegativeInteger) R)) (IF (has R (Algebra (Fraction (Integer)))) (PROGN (SIGNATURE bernoulliB (R (NonNegativeInteger) R)) (SIGNATURE eulerE (R (NonNegativeInteger) R))) %noBranch)) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE cyclotomic (R (NonNegativeInteger) R)) (IF (has R (Algebra (Fraction (Integer)))) (PROGN (SIGNATURE bernoulliB (R (NonNegativeInteger) R)) (SIGNATURE eulerE (R (NonNegativeInteger) R))) %noBranch)) $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: R $param: (R) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE cyclotomic (R (NonNegativeInteger) R)) (IF (has R (Algebra (Fraction (Integer)))) (PROGN (SIGNATURE bernoulliB (R (NonNegativeInteger) R)) (SIGNATURE eulerE (R (NonNegativeInteger) R))) %noBranch)) NIL) ------------------------------------------------------------------------ initializing stationary directory for NumberTheoreticPolynomialFunctions compiling into /tmp/oa-BiePfD importing PolynomialNumberTheoryFunctions compiling exported cyclotomic : (NonNegativeInteger,R) -> R Time: 0.07 SEC. compiling exported eulerE : (NonNegativeInteger,R) -> R Time: 0.05 SEC. compiling exported bernoulliB : (NonNegativeInteger,R) -> R Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor NumberTheoreticPolynomialFunctions Time: 0.16 seconds finalizing NRLIB NTPOLFN Processing NumberTheoreticPolynomialFunctions for Browser database: -- cyclotomic : (NNI,R) -> R -- bernoulliB : (NNI,R) -> R -- eulerE : (NNI,R) -> R -- constructor ; compiling file "/tmp/oa-BiePfD/code.lsp" (written 01 FEB 2016 11:02:34 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |NTPOLFN;cyclotomic;Nni2R;1| ...) ; compiling (DEFUN |NTPOLFN;eulerE;Nni2R;2| ...) ; compiling (DEFUN |NTPOLFN;bernoulliB;Nni2R;3| ...) ; compiling (DEFUN |NumberTheoreticPolynomialFunctions| ...) ; compiling (DEFUN |NumberTheoreticPolynomialFunctions;| ...) ; compiling (MAKEPROP (QUOTE |NumberTheoreticPolynomialFunctions|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-BiePfD/code.fasl written ; compilation finished in 0:00:00.039 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/PDECOMP.fasl --optimize=3 PDECOMP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PDECOMP.spad using Spad compiler. PDECOMP abbreviates package PolynomialDecomposition debug: compDefine1 lhs: (PolynomialDecomposition UP F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE decompose ((List UP) UP)) (SIGNATURE decompose ((Union (Record (: left UP) (: right UP)) failed) UP (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE leftFactor ((Union UP failed) UP UP)) (SIGNATURE rightFactorCandidate (UP UP (NonNegativeInteger)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE decompose ((List UP) UP)) (SIGNATURE decompose ((Union (Record (: left UP) (: right UP)) failed) UP (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE leftFactor ((Union UP failed) UP UP)) (SIGNATURE rightFactorCandidate (UP UP (NonNegativeInteger)))) $param: (UP F) debug: evaluateType form: (List UP) $param: (UP F) Debug: evaluateType1 form: (List UP) debug: evaluateType1 x: UP m: (Type) debug: evaluateType form: UP $param: (UP F) debug: evaluateType form: (Union (Record (: left UP) (: right UP)) failed) $param: (UP F) debug: evaluateType form: (Record (: left UP) (: right UP)) $param: (UP F) debug: evaluateType form: UP $param: (UP F) debug: evaluateType form: UP $param: (UP F) debug: evaluateType form: failed $param: (UP F) debug: evaluateType form: UP $param: (UP F) debug: evaluateType form: (NonNegativeInteger) $param: (UP F) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (UP F) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Union UP failed) $param: (UP F) debug: evaluateType form: UP $param: (UP F) debug: evaluateType form: failed $param: (UP F) debug: evaluateType form: UP $param: (UP F) debug: evaluateType form: UP $param: (UP F) debug: evaluateType form: UP $param: (UP F) debug: evaluateType form: UP $param: (UP F) debug: evaluateType form: (NonNegativeInteger) $param: (UP F) Debug: evaluateType1 form: (NonNegativeInteger) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE decompose ((List UP) UP)) (SIGNATURE decompose ((Union (Record (: left UP) (: right UP)) failed) UP (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE leftFactor ((Union UP failed) UP UP)) (SIGNATURE rightFactorCandidate (UP UP (NonNegativeInteger)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PolynomialDecomposition compiling into /tmp/oa-C2mXz1 compiling exported leftFactor : (UP,UP) -> Union(UP,failed) Time: 0.11 SEC. compiling exported decompose : (UP,NonNegativeInteger,NonNegativeInteger) -> Union(Record(left: UP,right: UP),failed) Time: 0.06 SEC. compiling exported decompose : UP -> List UP Time: 0.03 SEC. compiling exported rightFactorCandidate : (UP,NonNegativeInteger) -> UP Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor PolynomialDecomposition Time: 0.24 seconds finalizing NRLIB PDECOMP Processing PolynomialDecomposition for Browser database: -- decompose : UP -> List UP -- decompose : (UP,NNI,NNI) -> Union(LR,"failed") -- leftFactor : (UP,UP) -> Union(UP,"failed") -- rightFactorCandidate : (UP,NNI) -> UP -- constructor ; compiling file "/tmp/oa-C2mXz1/code.lsp" (written 01 FEB 2016 11:02:34 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PDECOMP;leftFactor;2UPU;1| ...) ; compiling (DEFUN |PDECOMP;decompose;UP2NniU;2| ...) ; compiling (DEFUN |PDECOMP;decompose;UPL;3| ...) ; compiling (DEFUN |PDECOMP;rightFactorCandidate;UPNniUP;4| ...) ; compiling (DEFUN |PolynomialDecomposition| ...) ; compiling (DEFUN |PolynomialDecomposition;| ...) ; compiling (MAKEPROP (QUOTE |PolynomialDecomposition|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-C2mXz1/code.fasl written ; compilation finished in 0:00:00.047 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/ACF.fasl --optimize=3 ACF.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ACF.spad using Spad compiler. ACF abbreviates category AlgebraicallyClosedField debug: compDefine1 lhs: (AlgebraicallyClosedField) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for AlgebraicallyClosedField compiling into /tmp/oa-udvVRs STYLE-WARNING: redefining BOOT::|AlgebraicallyClosedField| in DEFUN Time: 0.01 SEC. ACF- abbreviates package AlgebraicallyClosedField& ------------------------------------------------------------------------ initializing stationary directory for AlgebraicallyClosedField& compiling into /tmp/oa-xpLyFH compiling exported zeroOf : SparseUnivariatePolynomial S -> S Time: 0.07 SEC. compiling exported rootOf : SparseUnivariatePolynomial S -> S Time: 0.01 SEC. compiling exported zerosOf : SparseUnivariatePolynomial S -> List S Time: 0.02 SEC. compiling exported rootsOf : SparseUnivariatePolynomial S -> List S Time: 0.02 SEC. compiling exported rootsOf : (SparseUnivariatePolynomial S,Symbol) -> List S Time: 0.02 SEC. compiling exported zerosOf : (SparseUnivariatePolynomial S,Symbol) -> List S Time: 0.02 SEC. compiling local assign : (Symbol,S) -> S Time: 0 SEC. compiling exported zeroOf : Polynomial S -> S Time: 0.04 SEC. compiling exported rootOf : Polynomial S -> S Time: 0.04 SEC. compiling exported zerosOf : Polynomial S -> List S Time: 0.04 SEC. compiling exported rootsOf : Polynomial S -> List S Time: 0.06 SEC. compiling exported zeroOf : (SparseUnivariatePolynomial S,Symbol) -> S Time: 0.04 SEC. compiling local binomialRoots : (SparseUnivariatePolynomial S,Symbol,(SparseUnivariatePolynomial S,Symbol) -> S) -> List S Time: 0.13 SEC. importing PolynomialDecomposition(SparseUnivariatePolynomial S,S) compiling local allroots : (SparseUnivariatePolynomial S,Symbol,(SparseUnivariatePolynomial S,Symbol) -> S) -> List S Time: 0.20 SEC. (time taken in buildFunctor: 4) Time: 0.01 SEC. Warnings: [1] zeroOf: not known that Ring is of mode CATEGORY(package,zerosOf: (SparseUnivariatePolynomial S,Symbol) -> List S,zerosOf: SparseUnivariatePolynomial S -> List S,zerosOf: Polynomial S -> List S,zeroOf: (SparseUnivariatePolynomial S,Symbol) -> S,zeroOf: SparseUnivariatePolynomial S -> S,zeroOf: Polynomial S -> S,rootsOf: (SparseUnivariatePolynomial S,Symbol) -> List S,rootsOf: SparseUnivariatePolynomial S -> List S,rootsOf: Polynomial S -> List S,rootOf: (SparseUnivariatePolynomial S,Symbol) -> S,rootOf: SparseUnivariatePolynomial S -> S,rootOf: Polynomial S -> S) [2] zeroOf: empty? has no value [3] rootOf: empty? has no value Cumulative Statistics for Constructor AlgebraicallyClosedField& Time: 0.72 seconds finalizing NRLIB ACF- ; compiling file "/tmp/oa-xpLyFH/code.lsp" (written 01 FEB 2016 11:02:35 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ACF-;zeroOf;Sup$;1| ...) ; compiling (DEFUN |ACF-;rootOf;Sup$;2| ...) ; compiling (DEFUN |ACF-;zerosOf;SupL;3| ...) ; file: /tmp/oa-xpLyFH/code.lsp ; in: DEFUN |ACF-;zerosOf;SupL;3| ; (DEFUN BOOT::|ACF-;zerosOf;SupL;3| (BOOT::|p| BOOT::$) ; (BOOT::SPADCALL BOOT::|p| (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 8)) ; (BOOT::|shellEntry| BOOT::$ 15))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ACF-;zerosOf;SupL;3| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|ACF-;zerosOf;SupL;3| ; (BOOT::SPADCALL BOOT::|p| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 8)) ; (BOOT::|shellEntry| BOOT::$ 15)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ACF-;rootsOf;SupL;4| ...) ; file: /tmp/oa-xpLyFH/code.lsp ; in: DEFUN |ACF-;rootsOf;SupL;4| ; (DEFUN BOOT::|ACF-;rootsOf;SupL;4| (BOOT::|p| BOOT::$) ; (BOOT::SPADCALL BOOT::|p| (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 8)) ; (BOOT::|shellEntry| BOOT::$ 17))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ACF-;rootsOf;SupL;4| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|ACF-;rootsOf;SupL;4| ; (BOOT::SPADCALL BOOT::|p| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 8)) ; (BOOT::|shellEntry| BOOT::$ 17)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ACF-;rootsOf;SupSL;5| ...) ; compiling (DEFUN |ACF-;zerosOf;SupSL;6| ...) ; compiling (DEFUN |ACF-;assign| ...) ; compiling (DEFUN |ACF-;zeroOf;P$;8| ...) ; compiling (DEFUN |ACF-;rootOf;P$;9| ...) ; compiling (DEFUN |ACF-;zerosOf;PL;10| ...) ; file: /tmp/oa-xpLyFH/code.lsp ; in: DEFUN |ACF-;zerosOf;PL;10| ; (DEFUN BOOT::|ACF-;zerosOf;PL;10| (BOOT::|p| BOOT::$) ; (LET ((BOOT::|l| (BOOT::SPADCALL BOOT::|p| #))) ; (COND ((NULL BOOT::|l|) (BOOT::|error| "zerosOf: constant polynomial")) ; (T (BOOT::SPADCALL # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ACF-;zerosOf;PL;10| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|ACF-;zerosOf;PL;10| ; (LET ((BOOT::|l| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ACF-;rootsOf;PL;11| ...) ; file: /tmp/oa-xpLyFH/code.lsp ; in: DEFUN |ACF-;rootsOf;PL;11| ; (DEFUN BOOT::|ACF-;rootsOf;PL;11| (BOOT::|p| BOOT::$) ; (LET ((BOOT::|l| (BOOT::SPADCALL BOOT::|p| #))) ; (COND ((NULL BOOT::|l|) (BOOT::|error| "rootsOf: constant polynomial")) ; (T (BOOT::SPADCALL # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ACF-;rootsOf;PL;11| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|ACF-;rootsOf;PL;11| ; (LET ((BOOT::|l| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ACF-;zeroOf;SupS$;12| ...) ; compiling (DEFUN |ACF-;binomialRoots| ...) ; file: /tmp/oa-xpLyFH/code.lsp ; in: DEFUN |ACF-;binomialRoots| ; (DEFUN BOOT::|ACF-;binomialRoots| (BOOT::|p| BOOT::|y| BOOT::|fn| BOOT::$) ; (PROG (BOOT::|beta| BOOT::|cyclo|) ; (RETURN ; (LET* (# # #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ACF-;binomialRoots| ; (BOOT::|p| BOOT::|y| BOOT::|fn| BOOT::$) ; (BLOCK BOOT::|ACF-;binomialRoots| ; (PROG (BOOT::|beta| BOOT::|cyclo|) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ACF-;allroots| ...) ; file: /tmp/oa-xpLyFH/code.lsp ; in: DEFUN |ACF-;allroots| ; (DEFUN BOOT::|ACF-;allroots| (BOOT::|p| BOOT::|y| BOOT::|fn| BOOT::$) ; (PROG (BOOT::|q| BOOT::|alpha| BOOT::|x| BOOT::|ans| BOOT::|groots| ; BOOT::|g| BOOT::|h| BOOT::|decompList|) ; (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ACF-;allroots| ; (BOOT::|p| BOOT::|y| BOOT::|fn| BOOT::$) ; (BLOCK BOOT::|ACF-;allroots| ; (PROG (BOOT::|q| BOOT::|alpha| BOOT::|x| BOOT::|ans| BOOT::|groots| ; BOOT::|g| BOOT::|h| BOOT::|decompList|) ; (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |AlgebraicallyClosedField&| ...) ; compiling (MAKEPROP (QUOTE |AlgebraicallyClosedField&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 6 notes ; /tmp/oa-xpLyFH/code.fasl written ; compilation finished in 0:00:00.066 ------------------------------------------------------------------------ finalizing NRLIB ACF Processing AlgebraicallyClosedField for Browser database: -- rootOf : Polynomial % -> % -- rootOf : SparseUnivariatePolynomial % -> % -- rootOf : (SparseUnivariatePolynomial %,Symbol) -> % -- rootsOf : Polynomial % -> List % -- rootsOf : SparseUnivariatePolynomial % -> List % -- rootsOf : (SparseUnivariatePolynomial %,Symbol) -> List % -- zeroOf : Polynomial % -> % -- zeroOf : SparseUnivariatePolynomial % -> % -- zeroOf : (SparseUnivariatePolynomial %,Symbol) -> % -- zerosOf : Polynomial % -> List % -- zerosOf : SparseUnivariatePolynomial % -> List % -- zerosOf : (SparseUnivariatePolynomial %,Symbol) -> List % -- constructor ; compiling file "/tmp/oa-udvVRs/code.lsp" (written 01 FEB 2016 11:02:35 PM): ; compiling (DEFPARAMETER |AlgebraicallyClosedField;AL| ...) ; compiling (DEFUN |AlgebraicallyClosedField;| ...) ; compiling (DEFUN |AlgebraicallyClosedField| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-udvVRs/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile AF.spad && cp AF.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/AF.fasl \ && if test -f AF-.NRLIB/code.fasl; then \ cp AF-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/AF-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/AF.spad using Spad compiler. AF abbreviates package AlgebraicFunction debug: compDefine1 lhs: (AlgebraicFunction R F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE rootOf (F (SparseUnivariatePolynomial F) (Symbol))) (SIGNATURE operator ((BasicOperator) (BasicOperator))) (SIGNATURE belong? ((Boolean) (BasicOperator))) (SIGNATURE inrootof (F (SparseUnivariatePolynomial F) F)) (SIGNATURE droot ((OutputForm) (List F))) (IF (has R (RetractableTo (Integer))) (PROGN (SIGNATURE ** (F F (Fraction (Integer)))) (SIGNATURE minPoly ((SparseUnivariatePolynomial F) (Kernel F))) (SIGNATURE definingPolynomial (F F)) (SIGNATURE iroot (F R (Integer)))) %noBranch)) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE rootOf (F (SparseUnivariatePolynomial F) (Symbol))) (SIGNATURE operator ((BasicOperator) (BasicOperator))) (SIGNATURE belong? ((Boolean) (BasicOperator))) (SIGNATURE inrootof (F (SparseUnivariatePolynomial F) F)) (SIGNATURE droot ((OutputForm) (List F))) (IF (has R (RetractableTo (Integer))) (PROGN (SIGNATURE ** (F F (Fraction (Integer)))) (SIGNATURE minPoly ((SparseUnivariatePolynomial F) (Kernel F))) (SIGNATURE definingPolynomial (F F)) (SIGNATURE iroot (F R (Integer)))) %noBranch)) $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (R F) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (BasicOperator) $param: (R F) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (BasicOperator) $param: (R F) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (Boolean) $param: (R F) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (BasicOperator) $param: (R F) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (R F) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (OutputForm) $param: (R F) Debug: evaluateType1 form: (OutputForm) debug: evaluateType form: (List F) $param: (R F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE rootOf (F (SparseUnivariatePolynomial F) (Symbol))) (SIGNATURE operator ((BasicOperator) (BasicOperator))) (SIGNATURE belong? ((Boolean) (BasicOperator))) (SIGNATURE inrootof (F (SparseUnivariatePolynomial F) F)) (SIGNATURE droot ((OutputForm) (List F))) (IF (has R (RetractableTo (Integer))) (PROGN (SIGNATURE ** (F F (Fraction (Integer)))) (SIGNATURE minPoly ((SparseUnivariatePolynomial F) (Kernel F))) (SIGNATURE definingPolynomial (F F)) (SIGNATURE iroot (F R (Integer)))) %noBranch)) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for AlgebraicFunction compiling into /tmp/oa-QIBFXv Debug compQuote expr: (QUOTE rootOf) m: $EmptyMode Debug compQuote expr: (QUOTE rootOf) m: (Symbol) Debug compQuote expr: (QUOTE nthRoot) m: $EmptyMode Debug compQuote expr: (QUOTE nthRoot) m: (Symbol) compiling exported belong? : BasicOperator -> Boolean Debug compQuote expr: (QUOTE %alg) m: $EmptyMode Debug compQuote expr: (QUOTE %alg) m: (Identifier) Time: 0.09 SEC. compiling local dalg : List F -> OutputForm Time: 0.01 SEC. compiling exported rootOf : (SparseUnivariatePolynomial F,Symbol) -> F Time: 0.12 SEC. compiling local dvalg : (List F,Symbol) -> F Time: 0.12 SEC. compiling local ialg : List F -> F Time: 0.08 SEC. compiling exported operator : BasicOperator -> BasicOperator Debug compQuote expr: (QUOTE rootOf) m: $EmptyMode Debug compQuote expr: (QUOTE rootOf) m: (Symbol) Debug compQuote expr: (QUOTE nthRoot) m: $EmptyMode Debug compQuote expr: (QUOTE nthRoot) m: (Symbol) Time: 0.01 SEC. compiling exported inrootof : (SparseUnivariatePolynomial F,F) -> F Time: 0.16 SEC. compiling local UP2R : SparseUnivariatePolynomial F -> Union(SparseUnivariatePolynomial R,failed) Time: 0.08 SEC. compiling exported inrootof : (SparseUnivariatePolynomial F,F) -> F Time: 0.08 SEC. Debug compQuote expr: (QUOTE %specialDiff) m: $EmptyMode Debug compQuote expr: (QUOTE %specialDiff) m: (Identifier) Debug compQuote expr: (QUOTE %specialDisp) m: $EmptyMode Debug compQuote expr: (QUOTE %specialDisp) m: (Identifier) importing PolynomialRoots(IndexedExponents Kernel F,Kernel F,R,SparseMultivariatePolynomial(R,Kernel F),F) Debug compQuote expr: (QUOTE %%var) m: F Debug compQuote expr: (QUOTE %%var) m: ##2 Debug compQuote expr: (QUOTE %%var) m: $EmptyMode compiling local lzero : List F -> F Time: 0.09 SEC. compiling exported droot : List F -> OutputForm Time: 0.06 SEC. compiling local dvroot : List F -> F Time: 0.12 SEC. compiling exported ** : (F,Fraction Integer) -> F Time: 0.26 SEC. compiling local hackroot : (F,Integer) -> F Time: 0.14 SEC. compiling local inroot : List F -> F Time: 0.08 SEC. compiling local inroot0 : (F,Integer,Boolean,Boolean) -> F Time: 0.24 SEC. compiling exported iroot : (R,Integer) -> F Time: 0.01 SEC. compiling exported iroot : (R,Integer) -> F Time: 0.00 SEC. compiling exported iroot : (R,Integer) -> F Time: 0.01 SEC. compiling exported iroot : (R,Integer) -> F Time: 0.01 SEC. compiling local iroot0 : (R,Integer) -> F Time: 0.03 SEC. compiling exported definingPolynomial : F -> F Time: 0.07 SEC. compiling exported minPoly : Kernel F -> SparseUnivariatePolynomial F Time: 0.06 SEC. compiling exported droot : List F -> OutputForm Time: 0.08 SEC. compiling exported minPoly : Kernel F -> SparseUnivariatePolynomial F Time: 0.07 SEC. Debug compQuote expr: (QUOTE %specialDisp) m: $EmptyMode Debug compQuote expr: (QUOTE %specialDisp) m: (Identifier) (time taken in buildFunctor: 0) Time: 0.06 SEC. Warnings: [1] rootOf: not known that SetCategory is of mode CATEGORY(package,rootOf: (SparseUnivariatePolynomial F,Symbol) -> F,operator: BasicOperator -> BasicOperator,belong?: BasicOperator -> Boolean,inrootof: (SparseUnivariatePolynomial F,F) -> F,droot: List F -> OutputForm,IF(hasRRetractableTo(Integer()),PROGN(**: (F,Fraction Integer) -> F,minPoly: Kernel F -> SparseUnivariatePolynomial F,definingPolynomial: F -> F,iroot: (R,Integer) -> F),%noBranch)) [2] rootOf: not known that Ring is of mode CATEGORY(package,rootOf: (SparseUnivariatePolynomial F,Symbol) -> F,operator: BasicOperator -> BasicOperator,belong?: BasicOperator -> Boolean,inrootof: (SparseUnivariatePolynomial F,F) -> F,droot: List F -> OutputForm,IF(hasRRetractableTo(Integer()),PROGN(**: (F,Fraction Integer) -> F,minPoly: Kernel F -> SparseUnivariatePolynomial F,definingPolynomial: F -> F,iroot: (R,Integer) -> F),%noBranch)) [3] ialg: degree has no value [4] hackroot: not known that SetCategory is of mode CATEGORY(package,iroot: (R,Integer) -> F) [5] inroot0: rn has no value [6] inroot0: coef has no value [7] inroot0: radicand has no value [8] inroot0: exponent has no value [9] inroot0: rd has no value [10] definingPolynomial: first has no value [11] minPoly: first has no value Cumulative Statistics for Constructor AlgebraicFunction Time: 2.12 seconds finalizing NRLIB AF Processing AlgebraicFunction for Browser database: -- rootOf : (UP,SE) -> F -- operator : OP -> OP -- belong? : OP -> Boolean -- inrootof : (UP,F) -> F -- droot : List F -> OutputForm -- ?**? : (F,Q) -> F -- minPoly : K -> UP -- definingPolynomial : F -> F -- iroot : (R,Z) -> F -- constructor ; compiling file "/tmp/oa-QIBFXv/code.lsp" (written 01 FEB 2016 11:02:38 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |AF;belong?;BoB;1| ...) ; file: /tmp/oa-QIBFXv/code.lsp ; in: DEFUN |AF;belong?;BoB;1| ; (DEFUN BOOT::|AF;belong?;BoB;1| (BOOT::|op| BOOT::$) ; (BOOT::SPADCALL BOOT::|op| 'BOOT::|%alg| (BOOT::|shellEntry| BOOT::$ 16))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|AF;belong?;BoB;1| ; (BOOT::|op| BOOT::$) ; (BLOCK BOOT::|AF;belong?;BoB;1| ; (BOOT::SPADCALL BOOT::|op| 'BOOT::|%alg| ; (BOOT::|shellEntry| BOOT::$ 16)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |AF;dalg| ...) ; compiling (DEFUN |AF;rootOf;SupSF;3| ...) ; compiling (DEFUN |AF;dvalg| ...) ; compiling (DEFUN |AF;dvalg!0| ...) ; compiling (DEFUN |AF;ialg| ...) ; compiling (DEFUN |AF;operator;2Bo;6| ...) ; compiling (DEFUN |AF;inrootof;Sup2F;7| ...) ; compiling (DEFUN |AF;UP2R| ...) ; compiling (DEFUN |AF;inrootof;Sup2F;9| ...) ; compiling (DEFUN |AF;lzero| ...) ; file: /tmp/oa-QIBFXv/code.lsp ; in: DEFUN |AF;lzero| ; (DEFUN BOOT::|AF;lzero| (BOOT::|l| BOOT::$) (BOOT::|spadConstant| BOOT::$ 55)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|AF;lzero| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|AF;lzero| (BOOT::|spadConstant| BOOT::$ 55))) ; ; caught STYLE-WARNING: ; The variable |l| is defined but never used. ; compiling (DEFUN |AF;droot;LOf;11| ...) ; compiling (DEFUN |AF;dvroot| ...) ; compiling (DEFUN |AF;**;FFF;13| ...) ; compiling (DEFUN |AF;hackroot| ...) ; compiling (DEFUN |AF;inroot| ...) ; compiling (DEFUN |AF;inroot0| ...) ; compiling (DEFUN |AF;iroot;RIF;17| ...) ; compiling (DEFUN |AF;iroot;RIF;18| ...) ; compiling (DEFUN |AF;iroot;RIF;19| ...) ; compiling (DEFUN |AF;iroot;RIF;20| ...) ; compiling (DEFUN |AF;iroot0| ...) ; compiling (DEFUN |AF;definingPolynomial;2F;22| ...) ; compiling (DEFUN |AF;minPoly;KSup;23| ...) ; compiling (DEFUN |AF;droot;LOf;24| ...) ; compiling (DEFUN |AF;minPoly;KSup;25| ...) ; compiling (DEFUN |AlgebraicFunction| ...) ; compiling (DEFUN |AlgebraicFunction;| ...) ; compiling (MAKEPROP (QUOTE |AlgebraicFunction|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 1 note ; /tmp/oa-QIBFXv/code.fasl written ; compilation finished in 0:00:00.234 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile EF.spad && cp EF.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/EF.fasl \ && if test -f EF-.NRLIB/code.fasl; then \ cp EF-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/EF-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/EF.spad using Spad compiler. EF abbreviates package ElementaryFunction debug: compDefine1 lhs: (ElementaryFunction R F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE exp (F F)) (SIGNATURE log (F F)) (SIGNATURE sin (F F)) (SIGNATURE cos (F F)) (SIGNATURE tan (F F)) (SIGNATURE cot (F F)) (SIGNATURE sec (F F)) (SIGNATURE csc (F F)) (SIGNATURE asin (F F)) (SIGNATURE acos (F F)) (SIGNATURE atan (F F)) (SIGNATURE acot (F F)) (SIGNATURE asec (F F)) (SIGNATURE acsc (F F)) (SIGNATURE sinh (F F)) (SIGNATURE cosh (F F)) (SIGNATURE tanh (F F)) (SIGNATURE coth (F F)) (SIGNATURE sech (F F)) (SIGNATURE csch (F F)) (SIGNATURE asinh (F F)) (SIGNATURE acosh (F F)) (SIGNATURE atanh (F F)) (SIGNATURE acoth (F F)) (SIGNATURE asech (F F)) (SIGNATURE acsch (F F)) (SIGNATURE pi (F)) (SIGNATURE belong? ((Boolean) (BasicOperator))) (SIGNATURE operator ((BasicOperator) (BasicOperator))) (SIGNATURE iisqrt2 (F)) (SIGNATURE iisqrt3 (F)) (SIGNATURE iiexp (F F)) (SIGNATURE iilog (F F)) (SIGNATURE iisin (F F)) (SIGNATURE iicos (F F)) (SIGNATURE iitan (F F)) (SIGNATURE iicot (F F)) (SIGNATURE iisec (F F)) (SIGNATURE iicsc (F F)) (SIGNATURE iiasin (F F)) (SIGNATURE iiacos (F F)) (SIGNATURE iiatan (F F)) (SIGNATURE iiacot (F F)) (SIGNATURE iiasec (F F)) (SIGNATURE iiacsc (F F)) (SIGNATURE iisinh (F F)) (SIGNATURE iicosh (F F)) (SIGNATURE iitanh (F F)) (SIGNATURE iicoth (F F)) (SIGNATURE iisech (F F)) (SIGNATURE iicsch (F F)) (SIGNATURE iiasinh (F F)) (SIGNATURE iiacosh (F F)) (SIGNATURE iiatanh (F F)) (SIGNATURE iiacoth (F F)) (SIGNATURE iiasech (F F)) (SIGNATURE iiacsch (F F)) (SIGNATURE specialTrigs ((Union F failed) F (List (Record (: func F) (: pole (Boolean)))))) (SIGNATURE localReal? ((Boolean) F))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE exp (F F)) (SIGNATURE log (F F)) (SIGNATURE sin (F F)) (SIGNATURE cos (F F)) (SIGNATURE tan (F F)) (SIGNATURE cot (F F)) (SIGNATURE sec (F F)) (SIGNATURE csc (F F)) (SIGNATURE asin (F F)) (SIGNATURE acos (F F)) (SIGNATURE atan (F F)) (SIGNATURE acot (F F)) (SIGNATURE asec (F F)) (SIGNATURE acsc (F F)) (SIGNATURE sinh (F F)) (SIGNATURE cosh (F F)) (SIGNATURE tanh (F F)) (SIGNATURE coth (F F)) (SIGNATURE sech (F F)) (SIGNATURE csch (F F)) (SIGNATURE asinh (F F)) (SIGNATURE acosh (F F)) (SIGNATURE atanh (F F)) (SIGNATURE acoth (F F)) (SIGNATURE asech (F F)) (SIGNATURE acsch (F F)) (SIGNATURE pi (F)) (SIGNATURE belong? ((Boolean) (BasicOperator))) (SIGNATURE operator ((BasicOperator) (BasicOperator))) (SIGNATURE iisqrt2 (F)) (SIGNATURE iisqrt3 (F)) (SIGNATURE iiexp (F F)) (SIGNATURE iilog (F F)) (SIGNATURE iisin (F F)) (SIGNATURE iicos (F F)) (SIGNATURE iitan (F F)) (SIGNATURE iicot (F F)) (SIGNATURE iisec (F F)) (SIGNATURE iicsc (F F)) (SIGNATURE iiasin (F F)) (SIGNATURE iiacos (F F)) (SIGNATURE iiatan (F F)) (SIGNATURE iiacot (F F)) (SIGNATURE iiasec (F F)) (SIGNATURE iiacsc (F F)) (SIGNATURE iisinh (F F)) (SIGNATURE iicosh (F F)) (SIGNATURE iitanh (F F)) (SIGNATURE iicoth (F F)) (SIGNATURE iisech (F F)) (SIGNATURE iicsch (F F)) (SIGNATURE iiasinh (F F)) (SIGNATURE iiacosh (F F)) (SIGNATURE iiatanh (F F)) (SIGNATURE iiacoth (F F)) (SIGNATURE iiasech (F F)) (SIGNATURE iiacsch (F F)) (SIGNATURE specialTrigs ((Union F failed) F (List (Record (: func F) (: pole (Boolean)))))) (SIGNATURE localReal? ((Boolean) F))) $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Boolean) $param: (R F) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (BasicOperator) $param: (R F) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (BasicOperator) $param: (R F) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (BasicOperator) $param: (R F) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Union F failed) $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: failed $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (List (Record (: func F) (: pole (Boolean)))) $param: (R F) Debug: evaluateType1 form: (List (Record (: func F) (: pole (Boolean)))) debug: evaluateType1 x: (Record (: func F) (: pole (Boolean))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: func F) (: pole (Boolean))) $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Boolean) $param: (R F) Debug: evaluateType1 form: (Boolean) debug: evalCategory d: (Record (: func F) (: pole (Boolean))) c: (Type) debug: evaluateType form: (Boolean) $param: (R F) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: F $param: (R F) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE exp (F F)) (SIGNATURE log (F F)) (SIGNATURE sin (F F)) (SIGNATURE cos (F F)) (SIGNATURE tan (F F)) (SIGNATURE cot (F F)) (SIGNATURE sec (F F)) (SIGNATURE csc (F F)) (SIGNATURE asin (F F)) (SIGNATURE acos (F F)) (SIGNATURE atan (F F)) (SIGNATURE acot (F F)) (SIGNATURE asec (F F)) (SIGNATURE acsc (F F)) (SIGNATURE sinh (F F)) (SIGNATURE cosh (F F)) (SIGNATURE tanh (F F)) (SIGNATURE coth (F F)) (SIGNATURE sech (F F)) (SIGNATURE csch (F F)) (SIGNATURE asinh (F F)) (SIGNATURE acosh (F F)) (SIGNATURE atanh (F F)) (SIGNATURE acoth (F F)) (SIGNATURE asech (F F)) (SIGNATURE acsch (F F)) (SIGNATURE pi (F)) (SIGNATURE belong? ((Boolean) (BasicOperator))) (SIGNATURE operator ((BasicOperator) (BasicOperator))) (SIGNATURE iisqrt2 (F)) (SIGNATURE iisqrt3 (F)) (SIGNATURE iiexp (F F)) (SIGNATURE iilog (F F)) (SIGNATURE iisin (F F)) (SIGNATURE iicos (F F)) (SIGNATURE iitan (F F)) (SIGNATURE iicot (F F)) (SIGNATURE iisec (F F)) (SIGNATURE iicsc (F F)) (SIGNATURE iiasin (F F)) (SIGNATURE iiacos (F F)) (SIGNATURE iiatan (F F)) (SIGNATURE iiacot (F F)) (SIGNATURE iiasec (F F)) (SIGNATURE iiacsc (F F)) (SIGNATURE iisinh (F F)) (SIGNATURE iicosh (F F)) (SIGNATURE iitanh (F F)) (SIGNATURE iicoth (F F)) (SIGNATURE iisech (F F)) (SIGNATURE iicsch (F F)) (SIGNATURE iiasinh (F F)) (SIGNATURE iiacosh (F F)) (SIGNATURE iiatanh (F F)) (SIGNATURE iiacoth (F F)) (SIGNATURE iiasech (F F)) (SIGNATURE iiacsch (F F)) (SIGNATURE specialTrigs ((Union F failed) F (List (Record (: func F) (: pole (Boolean)))))) (SIGNATURE localReal? ((Boolean) F))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ElementaryFunction compiling into /tmp/oa-XYXyyz Debug compQuote expr: (QUOTE pi) m: $EmptyMode Debug compQuote expr: (QUOTE pi) m: (Symbol) Debug compQuote expr: (QUOTE log) m: $EmptyMode Debug compQuote expr: (QUOTE log) m: (Symbol) Debug compQuote expr: (QUOTE exp) m: $EmptyMode Debug compQuote expr: (QUOTE exp) m: (Symbol) Debug compQuote expr: (QUOTE sin) m: $EmptyMode Debug compQuote expr: (QUOTE sin) m: (Symbol) Debug compQuote expr: (QUOTE cos) m: $EmptyMode Debug compQuote expr: (QUOTE cos) m: (Symbol) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (Symbol) Debug compQuote expr: (QUOTE cot) m: $EmptyMode Debug compQuote expr: (QUOTE cot) m: (Symbol) Debug compQuote expr: (QUOTE sec) m: $EmptyMode Debug compQuote expr: (QUOTE sec) m: (Symbol) Debug compQuote expr: (QUOTE csc) m: $EmptyMode Debug compQuote expr: (QUOTE csc) m: (Symbol) Debug compQuote expr: (QUOTE asin) m: $EmptyMode Debug compQuote expr: (QUOTE asin) m: (Symbol) Debug compQuote expr: (QUOTE acos) m: $EmptyMode Debug compQuote expr: (QUOTE acos) m: (Symbol) Debug compQuote expr: (QUOTE atan) m: $EmptyMode Debug compQuote expr: (QUOTE atan) m: (Symbol) Debug compQuote expr: (QUOTE acot) m: $EmptyMode Debug compQuote expr: (QUOTE acot) m: (Symbol) Debug compQuote expr: (QUOTE asec) m: $EmptyMode Debug compQuote expr: (QUOTE asec) m: (Symbol) Debug compQuote expr: (QUOTE acsc) m: $EmptyMode Debug compQuote expr: (QUOTE acsc) m: (Symbol) Debug compQuote expr: (QUOTE sinh) m: $EmptyMode Debug compQuote expr: (QUOTE sinh) m: (Symbol) Debug compQuote expr: (QUOTE cosh) m: $EmptyMode Debug compQuote expr: (QUOTE cosh) m: (Symbol) Debug compQuote expr: (QUOTE tanh) m: $EmptyMode Debug compQuote expr: (QUOTE tanh) m: (Symbol) Debug compQuote expr: (QUOTE coth) m: $EmptyMode Debug compQuote expr: (QUOTE coth) m: (Symbol) Debug compQuote expr: (QUOTE sech) m: $EmptyMode Debug compQuote expr: (QUOTE sech) m: (Symbol) Debug compQuote expr: (QUOTE csch) m: $EmptyMode Debug compQuote expr: (QUOTE csch) m: (Symbol) Debug compQuote expr: (QUOTE asinh) m: $EmptyMode Debug compQuote expr: (QUOTE asinh) m: (Symbol) Debug compQuote expr: (QUOTE acosh) m: $EmptyMode Debug compQuote expr: (QUOTE acosh) m: (Symbol) Debug compQuote expr: (QUOTE atanh) m: $EmptyMode Debug compQuote expr: (QUOTE atanh) m: (Symbol) Debug compQuote expr: (QUOTE acoth) m: $EmptyMode Debug compQuote expr: (QUOTE acoth) m: (Symbol) Debug compQuote expr: (QUOTE asech) m: $EmptyMode Debug compQuote expr: (QUOTE asech) m: (Symbol) Debug compQuote expr: (QUOTE acsch) m: $EmptyMode Debug compQuote expr: (QUOTE acsch) m: (Symbol) compiling exported pi : () -> F Time: 0.18 SEC. compiling exported pi : () -> F Time: 0.00 SEC. compiling exported pi : () -> F Time: 0 SEC. compiling local iisqrt1 : () -> F Time: 0.17 SEC. compiling exported iisqrt2 : () -> F Time: 0.02 SEC. compiling exported iisqrt3 : () -> F Time: 0.03 SEC. compiling exported iisqrt2 : () -> F Time: 0 SEC. compiling exported iisqrt3 : () -> F Time: 0 SEC. compiling exported iisqrt2 : () -> F Time: 0 SEC. compiling exported iisqrt3 : () -> F Time: 0 SEC. compiling local ipi : List F -> F Time: 0.01 SEC. compiling exported log : F -> F Time: 0 SEC. compiling exported exp : F -> F Time: 0 SEC. compiling exported sin : F -> F Time: 0.00 SEC. compiling exported cos : F -> F Time: 0 SEC. compiling exported tan : F -> F Time: 0 SEC. compiling exported cot : F -> F Time: 0 SEC. compiling exported sec : F -> F Time: 0.00 SEC. compiling exported csc : F -> F Time: 0 SEC. compiling exported asin : F -> F Time: 0 SEC. compiling exported acos : F -> F Time: 0.00 SEC. compiling exported atan : F -> F Time: 0.00 SEC. compiling exported acot : F -> F Time: 0 SEC. compiling exported asec : F -> F Time: 0 SEC. compiling exported acsc : F -> F Time: 0.00 SEC. compiling exported sinh : F -> F Time: 0 SEC. compiling exported cosh : F -> F Time: 0.00 SEC. compiling exported tanh : F -> F Time: 0.00 SEC. compiling exported coth : F -> F Time: 0 SEC. compiling exported sech : F -> F Time: 0 SEC. compiling exported csch : F -> F Time: 0.00 SEC. compiling exported asinh : F -> F Time: 0 SEC. compiling exported acosh : F -> F Time: 0.01 SEC. compiling exported atanh : F -> F Time: 0.00 SEC. compiling exported acoth : F -> F Time: 0 SEC. compiling exported asech : F -> F Time: 0.00 SEC. compiling exported acsch : F -> F Time: 0.01 SEC. compiling local kernel : F -> Kernel F Time: 0.00 SEC. compiling local posrem : (Integer,Integer) -> Integer Time: 0.02 SEC. compiling local valueOrPole : Record(func: F,pole: Boolean) -> F Time: 0.01 SEC. compiling exported belong? : BasicOperator -> Boolean Debug compQuote expr: (QUOTE elem) m: $EmptyMode Debug compQuote expr: (QUOTE elem) m: (Identifier) Time: 0.01 SEC. compiling exported operator : BasicOperator -> BasicOperator Debug compQuote expr: (QUOTE pi) m: $EmptyMode Debug compQuote expr: (QUOTE pi) m: (Symbol) Debug compQuote expr: (QUOTE log) m: $EmptyMode Debug compQuote expr: (QUOTE log) m: (Symbol) Debug compQuote expr: (QUOTE exp) m: $EmptyMode Debug compQuote expr: (QUOTE exp) m: (Symbol) Debug compQuote expr: (QUOTE sin) m: $EmptyMode Debug compQuote expr: (QUOTE sin) m: (Symbol) Debug compQuote expr: (QUOTE cos) m: $EmptyMode Debug compQuote expr: (QUOTE cos) m: (Symbol) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (Symbol) Debug compQuote expr: (QUOTE cot) m: $EmptyMode Debug compQuote expr: (QUOTE cot) m: (Symbol) Debug compQuote expr: (QUOTE sec) m: $EmptyMode Debug compQuote expr: (QUOTE sec) m: (Symbol) Debug compQuote expr: (QUOTE csc) m: $EmptyMode Debug compQuote expr: (QUOTE csc) m: (Symbol) Debug compQuote expr: (QUOTE asin) m: $EmptyMode Debug compQuote expr: (QUOTE asin) m: (Symbol) Debug compQuote expr: (QUOTE acos) m: $EmptyMode Debug compQuote expr: (QUOTE acos) m: (Symbol) Debug compQuote expr: (QUOTE atan) m: $EmptyMode Debug compQuote expr: (QUOTE atan) m: (Symbol) Debug compQuote expr: (QUOTE acot) m: $EmptyMode Debug compQuote expr: (QUOTE acot) m: (Symbol) Debug compQuote expr: (QUOTE asec) m: $EmptyMode Debug compQuote expr: (QUOTE asec) m: (Symbol) Debug compQuote expr: (QUOTE acsc) m: $EmptyMode Debug compQuote expr: (QUOTE acsc) m: (Symbol) Debug compQuote expr: (QUOTE sinh) m: $EmptyMode Debug compQuote expr: (QUOTE sinh) m: (Symbol) Debug compQuote expr: (QUOTE cosh) m: $EmptyMode Debug compQuote expr: (QUOTE cosh) m: (Symbol) Debug compQuote expr: (QUOTE tanh) m: $EmptyMode Debug compQuote expr: (QUOTE tanh) m: (Symbol) Debug compQuote expr: (QUOTE coth) m: $EmptyMode Debug compQuote expr: (QUOTE coth) m: (Symbol) Debug compQuote expr: (QUOTE sech) m: $EmptyMode Debug compQuote expr: (QUOTE sech) m: (Symbol) Debug compQuote expr: (QUOTE csch) m: $EmptyMode Debug compQuote expr: (QUOTE csch) m: (Symbol) Debug compQuote expr: (QUOTE asinh) m: $EmptyMode Debug compQuote expr: (QUOTE asinh) m: (Symbol) Debug compQuote expr: (QUOTE acosh) m: $EmptyMode Debug compQuote expr: (QUOTE acosh) m: (Symbol) Debug compQuote expr: (QUOTE atanh) m: $EmptyMode Debug compQuote expr: (QUOTE atanh) m: (Symbol) Debug compQuote expr: (QUOTE acoth) m: $EmptyMode Debug compQuote expr: (QUOTE acoth) m: (Symbol) Debug compQuote expr: (QUOTE asech) m: $EmptyMode Debug compQuote expr: (QUOTE asech) m: (Symbol) Debug compQuote expr: (QUOTE acsch) m: $EmptyMode Debug compQuote expr: (QUOTE acsch) m: (Symbol) Time: 0.07 SEC. compiling local dropfun : F -> F Time: 0.04 SEC. compiling exported specialTrigs : (F,List Record(func: F,pole: Boolean)) -> Union(F,failed) Time: 0.33 SEC. compiling exported specialTrigs : (F,List Record(func: F,pole: Boolean)) -> Union(F,failed) EF;specialTrigs;FLU;45(x,values) is replaced by %pair(1,"failed") Time: 0.01 SEC. compiling local isin : F -> F Time: 0.14 SEC. compiling local icos : F -> F Time: 0.08 SEC. compiling local itan : F -> F Time: 0.07 SEC. compiling local icot : F -> F Time: 0.12 SEC. compiling local isec : F -> F Time: 0.11 SEC. compiling local icsc : F -> F Time: 0.14 SEC. compiling local iasin : F -> F Time: 0.04 SEC. compiling local iacos : F -> F Time: 0.04 SEC. compiling local iatan : F -> F Time: 0.06 SEC. compiling local iacot : F -> F Time: 0.14 SEC. compiling local iasec : F -> F Time: 0.06 SEC. compiling local iacsc : F -> F Time: 0.08 SEC. compiling local isinh : F -> F Time: 0.08 SEC. compiling local icosh : F -> F Time: 0.08 SEC. compiling local itanh : F -> F Time: 0.06 SEC. compiling local icoth : F -> F Time: 0.08 SEC. compiling local isech : F -> F Time: 0.06 SEC. compiling local icsch : F -> F Time: 0.07 SEC. compiling local iasinh : F -> F Time: 0.02 SEC. compiling local iacosh : F -> F Time: 0.02 SEC. compiling local iatanh : F -> F Time: 0.02 SEC. compiling local iacoth : F -> F Time: 0.02 SEC. compiling local iasech : F -> F Time: 0.02 SEC. compiling local iacsch : F -> F Time: 0.02 SEC. compiling local iexp : F -> F Time: 0.15 SEC. compiling exported localReal? : F -> Boolean Time: 0.01 SEC. compiling exported localReal? : F -> Boolean EF;localReal?;FB;72 x is replaced by %true Time: 0 SEC. compiling exported localReal? : F -> Boolean EF;localReal?;FB;73 x is replaced by %true Time: 0.00 SEC. compiling local iiilog : F -> F Time: 0.06 SEC. compiling local ilog : F -> F Time: 0.06 SEC. compiling exported iilog : F -> F Time: 0.02 SEC. compiling exported iiexp : F -> F Time: 0.02 SEC. compiling exported iilog : F -> F Time: 0 SEC. compiling exported iiexp : F -> F Time: 0 SEC. compiling exported iisin : F -> F Time: 0.02 SEC. compiling exported iicos : F -> F Time: 0.02 SEC. compiling exported iitan : F -> F Time: 0.02 SEC. compiling exported iicot : F -> F Time: 0.02 SEC. compiling exported iisec : F -> F Time: 0.02 SEC. compiling exported iicsc : F -> F Time: 0.02 SEC. compiling exported iisin : F -> F Time: 0.00 SEC. compiling exported iicos : F -> F Time: 0 SEC. compiling exported iitan : F -> F Time: 0 SEC. compiling exported iicot : F -> F Time: 0.00 SEC. compiling exported iisec : F -> F Time: 0 SEC. compiling exported iicsc : F -> F Time: 0 SEC. compiling exported iiasin : F -> F Time: 0.02 SEC. compiling exported iiacos : F -> F Time: 0.03 SEC. compiling exported iiatan : F -> F Time: 0.02 SEC. compiling exported iiacot : F -> F Time: 0.02 SEC. compiling exported iiasec : F -> F Time: 0.02 SEC. compiling exported iiacsc : F -> F Time: 0.03 SEC. compiling exported iiasin : F -> F Time: 0 SEC. compiling exported iiacos : F -> F Time: 0 SEC. compiling exported iiatan : F -> F Time: 0.00 SEC. compiling exported iiacot : F -> F Time: 0 SEC. compiling exported iiasec : F -> F Time: 0 SEC. compiling exported iiacsc : F -> F Time: 0.00 SEC. compiling exported iisinh : F -> F Time: 0.02 SEC. compiling exported iicosh : F -> F Time: 0.03 SEC. compiling exported iitanh : F -> F Time: 0.02 SEC. compiling exported iicoth : F -> F Time: 0.02 SEC. compiling exported iisech : F -> F Time: 0.01 SEC. compiling exported iicsch : F -> F Time: 0.02 SEC. compiling exported iisinh : F -> F Time: 0 SEC. compiling exported iicosh : F -> F Time: 0 SEC. compiling exported iitanh : F -> F Time: 0 SEC. compiling exported iicoth : F -> F Time: 0.00 SEC. compiling exported iisech : F -> F Time: 0 SEC. compiling exported iicsch : F -> F Time: 0 SEC. compiling exported iiasinh : F -> F Time: 0.02 SEC. compiling exported iiacosh : F -> F Time: 0.02 SEC. compiling exported iiatanh : F -> F Time: 0.02 SEC. compiling exported iiacoth : F -> F Time: 0.02 SEC. compiling exported iiasech : F -> F Time: 0.02 SEC. compiling exported iiacsch : F -> F Time: 0.02 SEC. compiling exported iiasinh : F -> F Time: 0 SEC. compiling exported iiacosh : F -> F Time: 0 SEC. compiling exported iiatanh : F -> F Time: 0 SEC. compiling exported iiacoth : F -> F Time: 0.00 SEC. compiling exported iiasech : F -> F Time: 0 SEC. compiling exported iiacsch : F -> F Time: 0 SEC. (time taken in buildFunctor: 4) Time: 5.75 SEC. Warnings: [1] pi: Pie has no value [2] iisqrt1: isqrt1 has no value [3] iisqrt2: isqrt2 has no value [4] iisqrt3: isqrt3 has no value [5] kernel: not known that SetCategory is of mode CATEGORY(package,exp: F -> F,log: F -> F,sin: F -> F,cos: F -> F,tan: F -> F,cot: F -> F,sec: F -> F,csc: F -> F,asin: F -> F,acos: F -> F,atan: F -> F,acot: F -> F,asec: F -> F,acsc: F -> F,sinh: F -> F,cosh: F -> F,tanh: F -> F,coth: F -> F,sech: F -> F,csch: F -> F,asinh: F -> F,acosh: F -> F,atanh: F -> F,acoth: F -> F,asech: F -> F,acsch: F -> F,pi: () -> F,belong?: BasicOperator -> Boolean,operator: BasicOperator -> BasicOperator,iisqrt2: () -> F,iisqrt3: () -> F,iiexp: F -> F,iilog: F -> F,iisin: F -> F,iicos: F -> F,iitan: F -> F,iicot: F -> F,iisec: F -> F,iicsc: F -> F,iiasin: F -> F,iiacos: F -> F,iiatan: F -> F,iiacot: F -> F,iiasec: F -> F,iiacsc: F -> F,iisinh: F -> F,iicosh: F -> F,iitanh: F -> F,iicoth: F -> F,iisech: F -> F,iicsch: F -> F,iiasinh: F -> F,iiacosh: F -> F,iiatanh: F -> F,iiacoth: F -> F,iiasech: F -> F,iiacsch: F -> F,specialTrigs: (F,List Record(func: F,pole: Boolean)) -> Union(F,"failed"),localReal?: F -> Boolean) [6] dropfun: empty? has no value [7] iasinh: first has no value [8] iasinh: argument has no value [9] iacosh: first has no value [10] iacosh: argument has no value [11] iatanh: first has no value [12] iatanh: argument has no value [13] iacoth: first has no value [14] iacoth: argument has no value [15] iasech: first has no value [16] iasech: argument has no value [17] iacsch: first has no value [18] iacsch: argument has no value [19] iexp: first has no value [20] iexp: argument has no value [21] iiilog: first has no value [22] iiilog: argument has no value [23] ilog: not known that SetCategory is of mode CATEGORY(package,exp: F -> F,log: F -> F,sin: F -> F,cos: F -> F,tan: F -> F,cot: F -> F,sec: F -> F,csc: F -> F,asin: F -> F,acos: F -> F,atan: F -> F,acot: F -> F,asec: F -> F,acsc: F -> F,sinh: F -> F,cosh: F -> F,tanh: F -> F,coth: F -> F,sech: F -> F,csch: F -> F,asinh: F -> F,acosh: F -> F,atanh: F -> F,acoth: F -> F,asech: F -> F,acsch: F -> F,pi: () -> F,belong?: BasicOperator -> Boolean,operator: BasicOperator -> BasicOperator,iisqrt2: () -> F,iisqrt3: () -> F,iiexp: F -> F,iilog: F -> F,iisin: F -> F,iicos: F -> F,iitan: F -> F,iicot: F -> F,iisec: F -> F,iicsc: F -> F,iiasin: F -> F,iiacos: F -> F,iiatan: F -> F,iiacot: F -> F,iiasec: F -> F,iiacsc: F -> F,iisinh: F -> F,iicosh: F -> F,iitanh: F -> F,iicoth: F -> F,iisech: F -> F,iicsch: F -> F,iiasinh: F -> F,iiacosh: F -> F,iiatanh: F -> F,iiacoth: F -> F,iiasech: F -> F,iiacsch: F -> F,specialTrigs: (F,List Record(func: F,pole: Boolean)) -> Union(F,"failed"),localReal?: F -> Boolean) [24] ilog: empty? has no value Cumulative Statistics for Constructor ElementaryFunction Time: 9.19 seconds finalizing NRLIB EF Processing ElementaryFunction for Browser database: -- exp : F -> F -- log : F -> F -- sin : F -> F -- cos : F -> F -- tan : F -> F -- cot : F -> F -- sec : F -> F -- csc : F -> F -- asin : F -> F -- acos : F -> F -- atan : F -> F -- acot : F -> F -- asec : F -> F -- acsc : F -> F -- sinh : F -> F -- cosh : F -> F -- tanh : F -> F -- coth : F -> F -- sech : F -> F -- csch : F -> F -- asinh : F -> F -- acosh : F -> F -- atanh : F -> F -- acoth : F -> F -- asech : F -> F -- acsch : F -> F -- pi : () -> F -- belong? : OP -> Boolean -- operator : OP -> OP -- iisqrt2 : () -> F -- iisqrt3 : () -> F -- iiexp : F -> F -- iilog : F -> F -- iisin : F -> F -- iicos : F -> F -- iitan : F -> F -- iicot : F -> F -- iisec : F -> F -- iicsc : F -> F -- iiasin : F -> F -- iiacos : F -> F -- iiatan : F -> F -- iiacot : F -> F -- iiasec : F -> F -- iiacsc : F -> F -- iisinh : F -> F -- iicosh : F -> F -- iitanh : F -> F -- iicoth : F -> F -- iisech : F -> F -- iicsch : F -> F -- iiasinh : F -> F -- iiacosh : F -> F -- iiatanh : F -> F -- iiacoth : F -> F -- iiasech : F -> F -- iiacsch : F -> F -- specialTrigs : (F,L Record(func: F,pole: B)) -> Union(F,"failed") -- localReal? : F -> Boolean -- constructor ; compiling file "/tmp/oa-XYXyyz/code.lsp" (written 01 FEB 2016 11:02:48 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |EF;specialTrigs;FLU;45|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |EF;localReal?;FB;72|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |EF;localReal?;FB;73|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |EF;pi;F;2|) ...) ; compiling (PUT (QUOTE |EF;pi;F;3|) ...) ; compiling (PUT (QUOTE |EF;iisqrt1|) ...) ; compiling (PUT (QUOTE |EF;iisqrt2;F;7|) ...) ; compiling (PUT (QUOTE |EF;iisqrt3;F;8|) ...) ; compiling (PUT (QUOTE |EF;iisqrt2;F;9|) ...) ; compiling (PUT (QUOTE |EF;iisqrt3;F;10|) ...) ; compiling (PUT (QUOTE |EF;valueOrPole|) ...) ; compiling (DEFUN |EF;pi;F;1| ...) ; compiling (DEFUN |EF;pi;F;2| ...) ; compiling (DEFUN |EF;pi;F;3| ...) ; compiling (DEFUN |EF;iisqrt1| ...) ; compiling (DEFUN |EF;iisqrt2;F;5| ...) ; compiling (DEFUN |EF;iisqrt3;F;6| ...) ; compiling (DEFUN |EF;iisqrt2;F;7| ...) ; compiling (DEFUN |EF;iisqrt3;F;8| ...) ; compiling (DEFUN |EF;iisqrt2;F;9| ...) ; compiling (DEFUN |EF;iisqrt3;F;10| ...) ; compiling (DEFUN |EF;ipi| ...) ; file: /tmp/oa-XYXyyz/code.lsp ; in: DEFUN |EF;ipi| ; (DEFUN BOOT::|EF;ipi| (BOOT::|l| BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 46))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EF;ipi| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|EF;ipi| (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 46)))) ; ; caught STYLE-WARNING: ; The variable |l| is defined but never used. ; compiling (DEFUN |EF;log;2F;12| ...) ; compiling (DEFUN |EF;exp;2F;13| ...) ; compiling (DEFUN |EF;sin;2F;14| ...) ; compiling (DEFUN |EF;cos;2F;15| ...) ; compiling (DEFUN |EF;tan;2F;16| ...) ; compiling (DEFUN |EF;cot;2F;17| ...) ; compiling (DEFUN |EF;sec;2F;18| ...) ; compiling (DEFUN |EF;csc;2F;19| ...) ; compiling (DEFUN |EF;asin;2F;20| ...) ; compiling (DEFUN |EF;acos;2F;21| ...) ; compiling (DEFUN |EF;atan;2F;22| ...) ; compiling (DEFUN |EF;acot;2F;23| ...) ; compiling (DEFUN |EF;asec;2F;24| ...) ; compiling (DEFUN |EF;acsc;2F;25| ...) ; compiling (DEFUN |EF;sinh;2F;26| ...) ; compiling (DEFUN |EF;cosh;2F;27| ...) ; compiling (DEFUN |EF;tanh;2F;28| ...) ; compiling (DEFUN |EF;coth;2F;29| ...) ; compiling (DEFUN |EF;sech;2F;30| ...) ; compiling (DEFUN |EF;csch;2F;31| ...) ; compiling (DEFUN |EF;asinh;2F;32| ...) ; compiling (DEFUN |EF;acosh;2F;33| ...) ; compiling (DEFUN |EF;atanh;2F;34| ...) ; compiling (DEFUN |EF;acoth;2F;35| ...) ; compiling (DEFUN |EF;asech;2F;36| ...) ; compiling (DEFUN |EF;acsch;2F;37| ...) ; compiling (DEFUN |EF;kernel| ...) ; compiling (DEFUN |EF;posrem| ...) ; file: /tmp/oa-XYXyyz/code.lsp ; in: DEFUN |EF;posrem| ; (DEFUN BOOT::|EF;posrem| (BOOT::|n| BOOT::|m| BOOT::$) ; (LET ((BOOT::|r| (REM BOOT::|n| BOOT::|m|))) ; (COND ((MINUSP BOOT::|r|) (+ BOOT::|r| BOOT::|m|)) (T BOOT::|r|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EF;posrem| ; (BOOT::|n| BOOT::|m| BOOT::$) ; (BLOCK BOOT::|EF;posrem| ; (LET ((BOOT::|r| #)) ; (COND (# #) (T BOOT::|r|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |EF;valueOrPole| ...) ; file: /tmp/oa-XYXyyz/code.lsp ; in: DEFUN |EF;valueOrPole| ; (DEFUN BOOT::|EF;valueOrPole| (BOOT::|rec| BOOT::$) ; (COND ((CDR BOOT::|rec|) (BOOT::|error| "Invalid argument")) ; (T (CAR BOOT::|rec|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EF;valueOrPole| ; (BOOT::|rec| BOOT::$) ; (BLOCK BOOT::|EF;valueOrPole| ; (COND ((CDR BOOT::|rec|) (BOOT::|error| "Invalid argument")) ; (T (CAR BOOT::|rec|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |EF;belong?;BoB;41| ...) ; file: /tmp/oa-XYXyyz/code.lsp ; in: DEFUN |EF;belong?;BoB;41| ; (DEFUN BOOT::|EF;belong?;BoB;41| (BOOT::|op| BOOT::$) ; (BOOT::SPADCALL BOOT::|op| 'BOOT::|elem| (BOOT::|shellEntry| BOOT::$ 94))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EF;belong?;BoB;41| ; (BOOT::|op| BOOT::$) ; (BLOCK BOOT::|EF;belong?;BoB;41| ; (BOOT::SPADCALL BOOT::|op| 'BOOT::|elem| ; (BOOT::|shellEntry| BOOT::$ 94)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |EF;operator;2Bo;42| ...) ; compiling (DEFUN |EF;dropfun| ...) ; compiling (DEFUN |EF;specialTrigs;FLU;44| ...) ; compiling (DEFUN |EF;specialTrigs;FLU;45| ...) ; file: /tmp/oa-XYXyyz/code.lsp ; in: DEFUN |EF;specialTrigs;FLU;45| ; (DEFUN BOOT::|EF;specialTrigs;FLU;45| (BOOT::|x| BOOT::|values| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (CONS 1 "failed")) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EF;specialTrigs;FLU;45| ; (BOOT::|x| BOOT::|values| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|EF;specialTrigs;FLU;45| (CONS 1 "failed"))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |values| is defined but never used. ; compiling (DEFUN |EF;isin| ...) ; compiling (DEFUN |EF;icos| ...) ; compiling (DEFUN |EF;itan| ...) ; compiling (DEFUN |EF;icot| ...) ; compiling (DEFUN |EF;isec| ...) ; compiling (DEFUN |EF;icsc| ...) ; compiling (DEFUN |EF;iasin| ...) ; compiling (DEFUN |EF;iacos| ...) ; compiling (DEFUN |EF;iatan| ...) ; compiling (DEFUN |EF;iacot| ...) ; compiling (DEFUN |EF;iasec| ...) ; compiling (DEFUN |EF;iacsc| ...) ; compiling (DEFUN |EF;isinh| ...) ; compiling (DEFUN |EF;icosh| ...) ; compiling (DEFUN |EF;itanh| ...) ; compiling (DEFUN |EF;icoth| ...) ; compiling (DEFUN |EF;isech| ...) ; compiling (DEFUN |EF;icsch| ...) ; compiling (DEFUN |EF;iasinh| ...) ; compiling (DEFUN |EF;iacosh| ...) ; compiling (DEFUN |EF;iatanh| ...) ; compiling (DEFUN |EF;iacoth| ...) ; compiling (DEFUN |EF;iasech| ...) ; compiling (DEFUN |EF;iacsch| ...) ; compiling (DEFUN |EF;iexp| ...) ; compiling (DEFUN |EF;localReal?;FB;71| ...) ; file: /tmp/oa-XYXyyz/code.lsp ; in: DEFUN |EF;localReal?;FB;71| ; (DEFUN BOOT::|EF;localReal?;FB;71| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|u| (BOOT::SPADCALL BOOT::|x| #))) ; (AND (ZEROP (CAR BOOT::|u|)) ; (BOOT::SPADCALL (CDR BOOT::|u|) (BOOT::SPADCALL # #) ; (BOOT::|shellEntry| BOOT::$ 145))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EF;localReal?;FB;71| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|EF;localReal?;FB;71| ; (LET ((BOOT::|u| #)) ; (AND (ZEROP #) (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |EF;localReal?;FB;72| ...) ; file: /tmp/oa-XYXyyz/code.lsp ; in: DEFUN |EF;localReal?;FB;72| ; (DEFUN BOOT::|EF;localReal?;FB;72| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; T) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EF;localReal?;FB;72| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|EF;localReal?;FB;72| T)) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |EF;localReal?;FB;73| ...) ; file: /tmp/oa-XYXyyz/code.lsp ; in: DEFUN |EF;localReal?;FB;73| ; (DEFUN BOOT::|EF;localReal?;FB;73| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; T) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EF;localReal?;FB;73| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|EF;localReal?;FB;73| T)) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |EF;iiilog| ...) ; compiling (DEFUN |EF;ilog| ...) ; compiling (DEFUN |EF;iilog;2F;76| ...) ; compiling (DEFUN |EF;iiexp;2F;77| ...) ; compiling (DEFUN |EF;iilog;2F;78| ...) ; compiling (DEFUN |EF;iiexp;2F;79| ...) ; compiling (DEFUN |EF;iisin;2F;80| ...) ; compiling (DEFUN |EF;iicos;2F;81| ...) ; compiling (DEFUN |EF;iitan;2F;82| ...) ; compiling (DEFUN |EF;iicot;2F;83| ...) ; compiling (DEFUN |EF;iisec;2F;84| ...) ; compiling (DEFUN |EF;iicsc;2F;85| ...) ; compiling (DEFUN |EF;iisin;2F;86| ...) ; compiling (DEFUN |EF;iicos;2F;87| ...) ; compiling (DEFUN |EF;iitan;2F;88| ...) ; compiling (DEFUN |EF;iicot;2F;89| ...) ; compiling (DEFUN |EF;iisec;2F;90| ...) ; compiling (DEFUN |EF;iicsc;2F;91| ...) ; compiling (DEFUN |EF;iiasin;2F;92| ...) ; compiling (DEFUN |EF;iiacos;2F;93| ...) ; compiling (DEFUN |EF;iiatan;2F;94| ...) ; compiling (DEFUN |EF;iiacot;2F;95| ...) ; compiling (DEFUN |EF;iiasec;2F;96| ...) ; compiling (DEFUN |EF;iiacsc;2F;97| ...) ; compiling (DEFUN |EF;iiasin;2F;98| ...) ; compiling (DEFUN |EF;iiacos;2F;99| ...) ; compiling (DEFUN |EF;iiatan;2F;100| ...) ; compiling (DEFUN |EF;iiacot;2F;101| ...) ; compiling (DEFUN |EF;iiasec;2F;102| ...) ; compiling (DEFUN |EF;iiacsc;2F;103| ...) ; compiling (DEFUN |EF;iisinh;2F;104| ...) ; compiling (DEFUN |EF;iicosh;2F;105| ...) ; compiling (DEFUN |EF;iitanh;2F;106| ...) ; compiling (DEFUN |EF;iicoth;2F;107| ...) ; compiling (DEFUN |EF;iisech;2F;108| ...) ; compiling (DEFUN |EF;iicsch;2F;109| ...) ; compiling (DEFUN |EF;iisinh;2F;110| ...) ; compiling (DEFUN |EF;iicosh;2F;111| ...) ; compiling (DEFUN |EF;iitanh;2F;112| ...) ; compiling (DEFUN |EF;iicoth;2F;113| ...) ; compiling (DEFUN |EF;iisech;2F;114| ...) ; compiling (DEFUN |EF;iicsch;2F;115| ...) ; compiling (DEFUN |EF;iiasinh;2F;116| ...) ; compiling (DEFUN |EF;iiacosh;2F;117| ...) ; compiling (DEFUN |EF;iiatanh;2F;118| ...) ; compiling (DEFUN |EF;iiacoth;2F;119| ...) ; compiling (DEFUN |EF;iiasech;2F;120| ...) ; compiling (DEFUN |EF;iiacsch;2F;121| ...) ; compiling (DEFUN |EF;iiasinh;2F;122| ...) ; compiling (DEFUN |EF;iiacosh;2F;123| ...) ; compiling (DEFUN |EF;iiatanh;2F;124| ...) ; compiling (DEFUN |EF;iiacoth;2F;125| ...) ; compiling (DEFUN |EF;iiasech;2F;126| ...) ; compiling (DEFUN |EF;iiacsch;2F;127| ...) ; compiling (DEFUN |ElementaryFunction| ...) ; compiling (DEFUN |ElementaryFunction;| ...) ; compiling (DEFUN |ElementaryFunction;!20| ...) ; compiling (DEFUN |ElementaryFunction;!19| ...) ; compiling (DEFUN |ElementaryFunction;!18| ...) ; compiling (DEFUN |ElementaryFunction;!17| ...) ; compiling (DEFUN |ElementaryFunction;!16| ...) ; compiling (DEFUN |ElementaryFunction;!15| ...) ; compiling (DEFUN |ElementaryFunction;!14| ...) ; compiling (DEFUN |ElementaryFunction;!13| ...) ; compiling (DEFUN |ElementaryFunction;!12| ...) ; compiling (DEFUN |ElementaryFunction;!11| ...) ; compiling (DEFUN |ElementaryFunction;!10| ...) ; compiling (DEFUN |ElementaryFunction;!9| ...) ; compiling (DEFUN |ElementaryFunction;!8| ...) ; compiling (DEFUN |ElementaryFunction;!7| ...) ; compiling (DEFUN |ElementaryFunction;!6| ...) ; compiling (DEFUN |ElementaryFunction;!5| ...) ; compiling (DEFUN |ElementaryFunction;!4| ...) ; compiling (DEFUN |ElementaryFunction;!3| ...) ; compiling (DEFUN |ElementaryFunction;!2| ...) ; compiling (DEFUN |ElementaryFunction;!1| ...) ; compiling (DEFUN |ElementaryFunction;!0| ...) ; compiling (MAKEPROP (QUOTE |ElementaryFunction|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 7 STYLE-WARNING conditions ; printed 2 notes ; /tmp/oa-XYXyyz/code.fasl written ; compilation finished in 0:00:00.691 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FSPECF.spad && cp FSPECF.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FSPECF.fasl \ && if test -f FSPECF-.NRLIB/code.fasl; then \ cp FSPECF-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FSPECF-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FSPECF.spad using Spad compiler. FSPECF abbreviates package FunctionalSpecialFunction debug: compDefine1 lhs: (FunctionalSpecialFunction R F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE belong? ((Boolean) (BasicOperator))) (SIGNATURE operator ((BasicOperator) (BasicOperator))) (SIGNATURE abs (F F)) (SIGNATURE Gamma (F F)) (SIGNATURE Gamma (F F F)) (SIGNATURE Beta (F F F)) (SIGNATURE digamma (F F)) (SIGNATURE polygamma (F F F)) (SIGNATURE besselJ (F F F)) (SIGNATURE besselY (F F F)) (SIGNATURE besselI (F F F)) (SIGNATURE besselK (F F F)) (SIGNATURE airyAi (F F)) (SIGNATURE airyBi (F F)) (SIGNATURE iiGamma (F F)) (SIGNATURE iiabs (F F))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE belong? ((Boolean) (BasicOperator))) (SIGNATURE operator ((BasicOperator) (BasicOperator))) (SIGNATURE abs (F F)) (SIGNATURE Gamma (F F)) (SIGNATURE Gamma (F F F)) (SIGNATURE Beta (F F F)) (SIGNATURE digamma (F F)) (SIGNATURE polygamma (F F F)) (SIGNATURE besselJ (F F F)) (SIGNATURE besselY (F F F)) (SIGNATURE besselI (F F F)) (SIGNATURE besselK (F F F)) (SIGNATURE airyAi (F F)) (SIGNATURE airyBi (F F)) (SIGNATURE iiGamma (F F)) (SIGNATURE iiabs (F F))) $param: (R F) debug: evaluateType form: (Boolean) $param: (R F) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (BasicOperator) $param: (R F) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (BasicOperator) $param: (R F) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (BasicOperator) $param: (R F) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE belong? ((Boolean) (BasicOperator))) (SIGNATURE operator ((BasicOperator) (BasicOperator))) (SIGNATURE abs (F F)) (SIGNATURE Gamma (F F)) (SIGNATURE Gamma (F F F)) (SIGNATURE Beta (F F F)) (SIGNATURE digamma (F F)) (SIGNATURE polygamma (F F F)) (SIGNATURE besselJ (F F F)) (SIGNATURE besselY (F F F)) (SIGNATURE besselI (F F F)) (SIGNATURE besselK (F F F)) (SIGNATURE airyAi (F F)) (SIGNATURE airyBi (F F)) (SIGNATURE iiGamma (F F)) (SIGNATURE iiabs (F F))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FunctionalSpecialFunction compiling into /tmp/oa-OAuFj1 Debug compQuote expr: (QUOTE abs) m: $EmptyMode Debug compQuote expr: (QUOTE abs) m: (Symbol) Debug compQuote expr: (QUOTE Gamma) m: $EmptyMode Debug compQuote expr: (QUOTE Gamma) m: (Symbol) Debug compQuote expr: (QUOTE Gamma2) m: $EmptyMode Debug compQuote expr: (QUOTE Gamma2) m: (Symbol) Debug compQuote expr: (QUOTE Beta) m: $EmptyMode Debug compQuote expr: (QUOTE Beta) m: (Symbol) Debug compQuote expr: (QUOTE digamma) m: $EmptyMode Debug compQuote expr: (QUOTE digamma) m: (Symbol) Debug compQuote expr: (QUOTE polygamma) m: $EmptyMode Debug compQuote expr: (QUOTE polygamma) m: (Symbol) Debug compQuote expr: (QUOTE besselJ) m: $EmptyMode Debug compQuote expr: (QUOTE besselJ) m: (Symbol) Debug compQuote expr: (QUOTE besselY) m: $EmptyMode Debug compQuote expr: (QUOTE besselY) m: (Symbol) Debug compQuote expr: (QUOTE besselI) m: $EmptyMode Debug compQuote expr: (QUOTE besselI) m: (Symbol) Debug compQuote expr: (QUOTE besselK) m: $EmptyMode Debug compQuote expr: (QUOTE besselK) m: (Symbol) Debug compQuote expr: (QUOTE airyAi) m: $EmptyMode Debug compQuote expr: (QUOTE airyAi) m: (Symbol) Debug compQuote expr: (QUOTE airyBi) m: $EmptyMode Debug compQuote expr: (QUOTE airyBi) m: (Symbol) compiling exported abs : F -> F Time: 0.06 SEC. compiling exported Gamma : F -> F Time: 0 SEC. compiling exported Gamma : (F,F) -> F Time: 0 SEC. compiling exported Beta : (F,F) -> F Time: 0 SEC. compiling exported digamma : F -> F Time: 0 SEC. compiling exported polygamma : (F,F) -> F Time: 0 SEC. compiling exported besselJ : (F,F) -> F Time: 0.00 SEC. compiling exported besselY : (F,F) -> F Time: 0 SEC. compiling exported besselI : (F,F) -> F Time: 0 SEC. compiling exported besselK : (F,F) -> F Time: 0 SEC. compiling exported airyAi : F -> F Time: 0.00 SEC. compiling exported airyBi : F -> F Time: 0 SEC. compiling exported belong? : BasicOperator -> Boolean Debug compQuote expr: (QUOTE special) m: $EmptyMode Debug compQuote expr: (QUOTE special) m: (Identifier) Time: 0.00 SEC. compiling exported operator : BasicOperator -> BasicOperator Debug compQuote expr: (QUOTE abs) m: $EmptyMode Debug compQuote expr: (QUOTE abs) m: (Symbol) Debug compQuote expr: (QUOTE Gamma) m: $EmptyMode Debug compQuote expr: (QUOTE Gamma) m: (Symbol) Debug compQuote expr: (QUOTE Gamma2) m: $EmptyMode Debug compQuote expr: (QUOTE Gamma2) m: (Symbol) Debug compQuote expr: (QUOTE Beta) m: $EmptyMode Debug compQuote expr: (QUOTE Beta) m: (Symbol) Debug compQuote expr: (QUOTE digamma) m: $EmptyMode Debug compQuote expr: (QUOTE digamma) m: (Symbol) Debug compQuote expr: (QUOTE polygamma) m: $EmptyMode Debug compQuote expr: (QUOTE polygamma) m: (Symbol) Debug compQuote expr: (QUOTE besselJ) m: $EmptyMode Debug compQuote expr: (QUOTE besselJ) m: (Symbol) Debug compQuote expr: (QUOTE besselY) m: $EmptyMode Debug compQuote expr: (QUOTE besselY) m: (Symbol) Debug compQuote expr: (QUOTE besselI) m: $EmptyMode Debug compQuote expr: (QUOTE besselI) m: (Symbol) Debug compQuote expr: (QUOTE besselK) m: $EmptyMode Debug compQuote expr: (QUOTE besselK) m: (Symbol) Debug compQuote expr: (QUOTE airyAi) m: $EmptyMode Debug compQuote expr: (QUOTE airyAi) m: (Symbol) Debug compQuote expr: (QUOTE airyBi) m: $EmptyMode Debug compQuote expr: (QUOTE airyBi) m: (Symbol) Time: 0.01 SEC. compiling local iGamma : F -> F Time: 0 SEC. compiling local iabs : F -> F Time: 0.01 SEC. compiling exported iiabs : F -> F Time: 0.09 SEC. compiling exported iiabs : F -> F Time: 0 SEC. compiling exported iiGamma : F -> F Time: 0.01 SEC. compiling exported iiGamma : F -> F Time: 0.03 SEC. compiling exported iiGamma : F -> F Time: 0.00 SEC. importing Fraction Integer compiling local lzero : List F -> F Time: 0.18 SEC. compiling local iBesselJGrad : List F -> F Time: 0.05 SEC. compiling local iBesselYGrad : List F -> F Time: 0.05 SEC. compiling local iBesselIGrad : List F -> F Time: 0.07 SEC. compiling local iBesselKGrad : List F -> F Time: 0.11 SEC. compiling local ipolygammaGrad : List F -> F Time: 0.01 SEC. compiling local iBetaGrad1 : List F -> F Time: 0.02 SEC. compiling local iBetaGrad2 : List F -> F Time: 0.02 SEC. compiling local iGamma2Grad : List F -> F Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.19 SEC. Warnings: [1] iiabs: not known that Ring is of mode CATEGORY(package,abs: R -> R) Cumulative Statistics for Constructor FunctionalSpecialFunction Time: 0.96 seconds finalizing NRLIB FSPECF Processing FunctionalSpecialFunction for Browser database: -- belong? : OP -> Boolean -- operator : OP -> OP -- abs : F -> F -- Gamma : F -> F -- Gamma : (F,F) -> F -- Beta : (F,F) -> F -- digamma : F -> F -- polygamma : (F,F) -> F -- besselJ : (F,F) -> F -- besselY : (F,F) -> F -- besselI : (F,F) -> F -- besselK : (F,F) -> F -- airyAi : F -> F -- airyBi : F -> F -- iiGamma : F -> F -- iiabs : F -> F -- constructor ; compiling file "/tmp/oa-OAuFj1/code.lsp" (written 01 FEB 2016 11:02:50 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FSPECF;abs;2F;1| ...) ; compiling (DEFUN |FSPECF;Gamma;2F;2| ...) ; compiling (DEFUN |FSPECF;Gamma;3F;3| ...) ; compiling (DEFUN |FSPECF;Beta;3F;4| ...) ; compiling (DEFUN |FSPECF;digamma;2F;5| ...) ; compiling (DEFUN |FSPECF;polygamma;3F;6| ...) ; compiling (DEFUN |FSPECF;besselJ;3F;7| ...) ; compiling (DEFUN |FSPECF;besselY;3F;8| ...) ; compiling (DEFUN |FSPECF;besselI;3F;9| ...) ; compiling (DEFUN |FSPECF;besselK;3F;10| ...) ; compiling (DEFUN |FSPECF;airyAi;2F;11| ...) ; compiling (DEFUN |FSPECF;airyBi;2F;12| ...) ; compiling (DEFUN |FSPECF;belong?;BoB;13| ...) ; file: /tmp/oa-OAuFj1/code.lsp ; in: DEFUN |FSPECF;belong?;BoB;13| ; (DEFUN BOOT::|FSPECF;belong?;BoB;13| (BOOT::|op| BOOT::$) ; (BOOT::SPADCALL BOOT::|op| 'BOOT::|special| ; (BOOT::|shellEntry| BOOT::$ 40))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FSPECF;belong?;BoB;13| ; (BOOT::|op| BOOT::$) ; (BLOCK BOOT::|FSPECF;belong?;BoB;13| ; (BOOT::SPADCALL BOOT::|op| 'BOOT::|special| ; (BOOT::|shellEntry| BOOT::$ 40)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FSPECF;operator;2Bo;14| ...) ; compiling (DEFUN |FSPECF;iGamma| ...) ; compiling (DEFUN |FSPECF;iabs| ...) ; compiling (DEFUN |FSPECF;iiabs;2F;17| ...) ; compiling (DEFUN |FSPECF;iiabs;2F;18| ...) ; compiling (DEFUN |FSPECF;iiGamma;2F;19| ...) ; compiling (DEFUN |FSPECF;iiGamma;2F;20| ...) ; compiling (DEFUN |FSPECF;iiGamma;2F;21| ...) ; compiling (DEFUN |FSPECF;lzero| ...) ; file: /tmp/oa-OAuFj1/code.lsp ; in: DEFUN |FSPECF;lzero| ; (DEFUN BOOT::|FSPECF;lzero| (BOOT::|l| BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 47)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FSPECF;lzero| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|FSPECF;lzero| (BOOT::|spadConstant| BOOT::$ 47))) ; ; caught STYLE-WARNING: ; The variable |l| is defined but never used. ; compiling (DEFUN |FSPECF;iBesselJGrad| ...) ; compiling (DEFUN |FSPECF;iBesselYGrad| ...) ; compiling (DEFUN |FSPECF;iBesselIGrad| ...) ; compiling (DEFUN |FSPECF;iBesselKGrad| ...) ; compiling (DEFUN |FSPECF;ipolygammaGrad| ...) ; compiling (DEFUN |FSPECF;iBetaGrad1| ...) ; compiling (DEFUN |FSPECF;iBetaGrad2| ...) ; compiling (DEFUN |FSPECF;iGamma2Grad| ...) ; compiling (DEFUN |FunctionalSpecialFunction| ...) ; compiling (DEFUN |FunctionalSpecialFunction;| ...) ; compiling (DEFUN |FunctionalSpecialFunction;!2| ...) ; compiling (DEFUN |FunctionalSpecialFunction;!1| ...) ; compiling (DEFUN |FunctionalSpecialFunction;!0| ...) ; compiling (MAKEPROP (QUOTE |FunctionalSpecialFunction|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 1 note ; /tmp/oa-OAuFj1/code.fasl written ; compilation finished in 0:00:00.121 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile COMBF.spad && cp COMBF.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/COMBF.fasl \ && if test -f COMBF-.NRLIB/code.fasl; then \ cp COMBF-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/COMBF-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/COMBF.spad using Spad compiler. COMBF abbreviates package CombinatorialFunction debug: compDefine1 lhs: (CombinatorialFunction R F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE belong? ((Boolean) (BasicOperator))) (SIGNATURE operator ((BasicOperator) (BasicOperator))) (SIGNATURE ** (F F F)) (SIGNATURE binomial (F F F)) (SIGNATURE permutation (F F F)) (SIGNATURE factorial (F F)) (SIGNATURE factorials (F F)) (SIGNATURE factorials (F F (Symbol))) (SIGNATURE summation (F F (Symbol))) (SIGNATURE summation (F F (SegmentBinding F))) (SIGNATURE product (F F (Symbol))) (SIGNATURE product (F F (SegmentBinding F))) (SIGNATURE iifact (F F)) (SIGNATURE iibinom (F (List F))) (SIGNATURE iiperm (F (List F))) (SIGNATURE iipow (F (List F))) (SIGNATURE iidsum (F (List F))) (SIGNATURE iidprod (F (List F))) (SIGNATURE ipow (F (List F)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE belong? ((Boolean) (BasicOperator))) (SIGNATURE operator ((BasicOperator) (BasicOperator))) (SIGNATURE ** (F F F)) (SIGNATURE binomial (F F F)) (SIGNATURE permutation (F F F)) (SIGNATURE factorial (F F)) (SIGNATURE factorials (F F)) (SIGNATURE factorials (F F (Symbol))) (SIGNATURE summation (F F (Symbol))) (SIGNATURE summation (F F (SegmentBinding F))) (SIGNATURE product (F F (Symbol))) (SIGNATURE product (F F (SegmentBinding F))) (SIGNATURE iifact (F F)) (SIGNATURE iibinom (F (List F))) (SIGNATURE iiperm (F (List F))) (SIGNATURE iipow (F (List F))) (SIGNATURE iidsum (F (List F))) (SIGNATURE iidprod (F (List F))) (SIGNATURE ipow (F (List F)))) $param: (R F) debug: evaluateType form: (Boolean) $param: (R F) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (BasicOperator) $param: (R F) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (BasicOperator) $param: (R F) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (BasicOperator) $param: (R F) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (SegmentBinding F) $param: (R F) Debug: evaluateType1 form: (SegmentBinding F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (SegmentBinding F) $param: (R F) Debug: evaluateType1 form: (SegmentBinding F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (List F) $param: (R F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (List F) $param: (R F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (List F) $param: (R F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (List F) $param: (R F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (List F) $param: (R F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (List F) $param: (R F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE belong? ((Boolean) (BasicOperator))) (SIGNATURE operator ((BasicOperator) (BasicOperator))) (SIGNATURE ** (F F F)) (SIGNATURE binomial (F F F)) (SIGNATURE permutation (F F F)) (SIGNATURE factorial (F F)) (SIGNATURE factorials (F F)) (SIGNATURE factorials (F F (Symbol))) (SIGNATURE summation (F F (Symbol))) (SIGNATURE summation (F F (SegmentBinding F))) (SIGNATURE product (F F (Symbol))) (SIGNATURE product (F F (SegmentBinding F))) (SIGNATURE iifact (F F)) (SIGNATURE iibinom (F (List F))) (SIGNATURE iiperm (F (List F))) (SIGNATURE iipow (F (List F))) (SIGNATURE iidsum (F (List F))) (SIGNATURE iidprod (F (List F))) (SIGNATURE ipow (F (List F)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for CombinatorialFunction compiling into /tmp/oa-XkIHyq Debug compQuote expr: (QUOTE factorial) m: $EmptyMode Debug compQuote expr: (QUOTE factorial) m: (Symbol) Debug compQuote expr: (QUOTE permutation) m: $EmptyMode Debug compQuote expr: (QUOTE permutation) m: (Symbol) Debug compQuote expr: (QUOTE binomial) m: $EmptyMode Debug compQuote expr: (QUOTE binomial) m: (Symbol) Debug compQuote expr: (QUOTE summation) m: $EmptyMode Debug compQuote expr: (QUOTE summation) m: (Symbol) Debug compQuote expr: (QUOTE %defsum) m: $EmptyMode Debug compQuote expr: (QUOTE %defsum) m: (Symbol) Debug compQuote expr: (QUOTE product) m: $EmptyMode Debug compQuote expr: (QUOTE product) m: (Symbol) Debug compQuote expr: (QUOTE %defprod) m: $EmptyMode Debug compQuote expr: (QUOTE %defprod) m: (Symbol) Debug compQuote expr: (QUOTE %power) m: $EmptyMode Debug compQuote expr: (QUOTE %power) m: (Symbol) compiling exported factorial : F -> F Time: 0.06 SEC. compiling exported binomial : (F,F) -> F Time: 0.01 SEC. compiling exported permutation : (F,F) -> F Time: 0 SEC. importing F importing Kernel F compiling local number? : F -> Boolean Time: 0.03 SEC. compiling exported ** : (F,F) -> F Debug compQuote expr: (QUOTE %power) m: $EmptyMode Debug compQuote expr: (QUOTE %power) m: (Symbol) Time: 0.18 SEC. compiling exported belong? : BasicOperator -> Boolean Debug compQuote expr: (QUOTE comb) m: $EmptyMode Debug compQuote expr: (QUOTE comb) m: (Identifier) Time: 0.00 SEC. compiling local fourth : List F -> F Time: 0.00 SEC. compiling local dvpow1 : List F -> F Time: 0.06 SEC. compiling exported factorials : F -> F Time: 0.01 SEC. compiling exported factorials : (F,Symbol) -> F Time: 0.00 SEC. compiling local facts : (F,List Symbol) -> F Time: 0.03 SEC. compiling local summand : List F -> F Time: 0.00 SEC. compiling exported product : (F,Symbol) -> F Time: 0.02 SEC. compiling exported summation : (F,Symbol) -> F Time: 0.01 SEC. compiling local dvsum : (List F,Symbol) -> F Time: 0.02 SEC. compiling local dvdsum : (List F,Symbol) -> F Time: 0.05 SEC. compiling local dvprod : (List F,Symbol) -> F Time: 0.18 SEC. compiling local dvdprod : (List F,Symbol) -> F Time: 0.16 SEC. compiling local dprod : List F -> OutputForm Time: 0.02 SEC. compiling local ddprod : List F -> OutputForm Time: 0.02 SEC. compiling local dsum : List F -> OutputForm Time: 0.01 SEC. compiling local ddsum : List F -> OutputForm Time: 0.02 SEC. compiling local equalsumprod : (Kernel F,Kernel F) -> Boolean Time: 0.02 SEC. compiling local equaldsumprod : (Kernel F,Kernel F) -> Boolean Time: 0.03 SEC. compiling exported product : (F,SegmentBinding F) -> F Time: 0.02 SEC. compiling exported summation : (F,SegmentBinding F) -> F Time: 0.01 SEC. compiling local smpfact : (SparseMultivariatePolynomial(R,Kernel F),List Symbol) -> F Time: 0.02 SEC. compiling local K2fact : (Kernel F,List Symbol) -> F Time: 0.16 SEC. compiling exported operator : BasicOperator -> BasicOperator Debug compQuote expr: (QUOTE factorial) m: $EmptyMode Debug compQuote expr: (QUOTE factorial) m: (Symbol) Debug compQuote expr: (QUOTE permutation) m: $EmptyMode Debug compQuote expr: (QUOTE permutation) m: (Symbol) Debug compQuote expr: (QUOTE binomial) m: $EmptyMode Debug compQuote expr: (QUOTE binomial) m: (Symbol) Debug compQuote expr: (QUOTE summation) m: $EmptyMode Debug compQuote expr: (QUOTE summation) m: (Symbol) Debug compQuote expr: (QUOTE %defsum) m: $EmptyMode Debug compQuote expr: (QUOTE %defsum) m: (Symbol) Debug compQuote expr: (QUOTE product) m: $EmptyMode Debug compQuote expr: (QUOTE product) m: (Symbol) Debug compQuote expr: (QUOTE %defprod) m: $EmptyMode Debug compQuote expr: (QUOTE %defprod) m: (Symbol) Debug compQuote expr: (QUOTE %power) m: $EmptyMode Debug compQuote expr: (QUOTE %power) m: (Symbol) Time: 0.01 SEC. compiling local iprod : List F -> F Time: 0.02 SEC. compiling local isum : List F -> F Time: 0.01 SEC. compiling local idprod : List F -> F Time: 0.04 SEC. compiling local idsum : List F -> F Time: 0.14 SEC. compiling local ifact : F -> F Time: 0.00 SEC. compiling local ibinom : List F -> F Time: 0.01 SEC. compiling local iperm : List F -> F Time: 0.01 SEC. compiling exported iidsum : List F -> F Time: 0.03 SEC. compiling exported iidprod : List F -> F Time: 0.04 SEC. compiling local iiipow : List F -> F Debug compQuote expr: (QUOTE exp) m: (BasicOperator) Debug compQuote expr: (QUOTE exp) m: (Symbol) Time: 0.06 SEC. compiling exported ipow : List F -> F Time: 0.02 SEC. compiling exported ipow : List F -> F Time: 0.01 SEC. compiling exported ipow : List F -> F Debug compQuote expr: (QUOTE exp) m: $EmptyMode Debug compQuote expr: (QUOTE exp) m: (Symbol) Time: 0.11 SEC. compiling exported iifact : F -> F Time: 0.01 SEC. compiling exported iiperm : List F -> F Time: 0.02 SEC. compiling exported iibinom : List F -> F Time: 0.08 SEC. compiling exported iibinom : List F -> F Time: 0.02 SEC. compiling exported iibinom : List F -> F Time: 0.02 SEC. compiling exported iifact : F -> F Time: 0 SEC. compiling exported iibinom : List F -> F Time: 0 SEC. compiling exported iiperm : List F -> F Time: 0.01 SEC. compiling exported iipow : List F -> F Time: 0.04 SEC. compiling exported iipow : List F -> F Time: 0.00 SEC. compiling local dvpow2 : List F -> F Time: 0.07 SEC. (time taken in buildFunctor: 0) Time: 0.38 SEC. Warnings: [1] **: not known that SetCategory is of mode CATEGORY(package,belong?: BasicOperator -> Boolean,operator: BasicOperator -> BasicOperator,**: (F,F) -> F,binomial: (F,F) -> F,permutation: (F,F) -> F,factorial: F -> F,factorials: F -> F,factorials: (F,Symbol) -> F,summation: (F,Symbol) -> F,summation: (F,SegmentBinding F) -> F,product: (F,Symbol) -> F,product: (F,SegmentBinding F) -> F,iifact: F -> F,iibinom: List F -> F,iiperm: List F -> F,iipow: List F -> F,iidsum: List F -> F,iidprod: List F -> F,ipow: List F -> F) [2] facts: not known that SetCategory is of mode CATEGORY(package,belong?: BasicOperator -> Boolean,operator: BasicOperator -> BasicOperator,**: (F,F) -> F,binomial: (F,F) -> F,permutation: (F,F) -> F,factorial: F -> F,factorials: F -> F,factorials: (F,Symbol) -> F,summation: (F,Symbol) -> F,summation: (F,SegmentBinding F) -> F,product: (F,Symbol) -> F,product: (F,SegmentBinding F) -> F,iifact: F -> F,iibinom: List F -> F,iiperm: List F -> F,iipow: List F -> F,iidsum: List F -> F,iidprod: List F -> F,ipow: List F -> F) [3] product: lo has no value [4] summation: lo has no value [5] K2fact: kf has no value Cumulative Statistics for Constructor CombinatorialFunction Time: 2.29 seconds finalizing NRLIB COMBF Processing CombinatorialFunction for Browser database: -- belong? : OP -> Boolean -- operator : OP -> OP -- ?**? : (F,F) -> F -- binomial : (F,F) -> F -- permutation : (F,F) -> F -- factorial : F -> F -- factorials : F -> F -- factorials : (F,SE) -> F -- summation : (F,SE) -> F -- summation : (F,SegmentBinding F) -> F -- product : (F,SE) -> F -- product : (F,SegmentBinding F) -> F -- iifact : F -> F -- iibinom : List F -> F -- iiperm : List F -> F -- iipow : List F -> F -- iidsum : List F -> F -- iidprod : List F -> F -- ipow : List F -> F -- constructor ; compiling file "/tmp/oa-XkIHyq/code.lsp" (written 01 FEB 2016 11:02:52 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |COMBF;factorial;2F;1| ...) ; compiling (DEFUN |COMBF;binomial;3F;2| ...) ; compiling (DEFUN |COMBF;permutation;3F;3| ...) ; compiling (DEFUN |COMBF;number?| ...) ; file: /tmp/oa-XkIHyq/code.lsp ; in: DEFUN |COMBF;number?| ; (DEFUN BOOT::|COMBF;number?| (BOOT::|x| BOOT::$) ; (COND ; ((BOOT::|HasCategory| (BOOT::|shellEntry| BOOT::$ 6) ; '(BOOT::|RetractableTo| #)) ; (OR (BOOT::SPADCALL BOOT::|x| #) (ZEROP #))) ; (T (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 27))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COMBF;number?| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|COMBF;number?| ; (COND ((BOOT::|HasCategory| # '#) (OR # #)) ; (T (BOOT::SPADCALL BOOT::|x| #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |COMBF;**;3F;5| ...) ; compiling (DEFUN |COMBF;belong?;BoB;6| ...) ; file: /tmp/oa-XkIHyq/code.lsp ; in: DEFUN |COMBF;belong?;BoB;6| ; (DEFUN BOOT::|COMBF;belong?;BoB;6| (BOOT::|op| BOOT::$) ; (BOOT::SPADCALL BOOT::|op| 'BOOT::|comb| (BOOT::|shellEntry| BOOT::$ 54))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COMBF;belong?;BoB;6| ; (BOOT::|op| BOOT::$) ; (BLOCK BOOT::|COMBF;belong?;BoB;6| ; (BOOT::SPADCALL BOOT::|op| 'BOOT::|comb| ; (BOOT::|shellEntry| BOOT::$ 54)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |COMBF;fourth| ...) ; compiling (DEFUN |COMBF;dvpow1| ...) ; compiling (DEFUN |COMBF;factorials;2F;9| ...) ; compiling (DEFUN |COMBF;factorials;FSF;10| ...) ; compiling (DEFUN |COMBF;facts| ...) ; compiling (DEFUN |COMBF;summand| ...) ; compiling (DEFUN |COMBF;product;FSF;13| ...) ; compiling (DEFUN |COMBF;summation;FSF;14| ...) ; compiling (DEFUN |COMBF;dvsum| ...) ; compiling (DEFUN |COMBF;dvdsum| ...) ; compiling (DEFUN |COMBF;dvprod| ...) ; compiling (DEFUN |COMBF;dvdprod| ...) ; compiling (DEFUN |COMBF;dprod| ...) ; compiling (DEFUN |COMBF;ddprod| ...) ; compiling (DEFUN |COMBF;dsum| ...) ; compiling (DEFUN |COMBF;ddsum| ...) ; compiling (DEFUN |COMBF;equalsumprod| ...) ; file: /tmp/oa-XkIHyq/code.lsp ; in: DEFUN |COMBF;equalsumprod| ; (DEFUN BOOT::|COMBF;equalsumprod| (BOOT::|s1| BOOT::|s2| BOOT::$) ; (LET ((BOOT::|l1| (BOOT::SPADCALL BOOT::|s1| #)) ; (BOOT::|l2| (BOOT::SPADCALL BOOT::|s2| #))) ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::|SPADfirst| BOOT::|l1|) (BOOT::SPADCALL # #) ; (BOOT::SPADCALL BOOT::|l2| #) ; (BOOT::|shellEntry| BOOT::$ 69)) ; (BOOT::|SPADfirst| BOOT::|l2|) (BOOT::|shellEntry| BOOT::$ 89)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COMBF;equalsumprod| ; (BOOT::|s1| BOOT::|s2| BOOT::$) ; (BLOCK BOOT::|COMBF;equalsumprod| ; (LET ((BOOT::|l1| #) (BOOT::|l2| #)) ; (BOOT::SPADCALL (BOOT::SPADCALL # # # #) ; (BOOT::|SPADfirst| BOOT::|l2|) ; (BOOT::|shellEntry| BOOT::$ 89))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |COMBF;equaldsumprod| ...) ; file: /tmp/oa-XkIHyq/code.lsp ; in: DEFUN |COMBF;equaldsumprod| ; (DEFUN BOOT::|COMBF;equaldsumprod| (BOOT::|s1| BOOT::|s2| BOOT::$) ; (LET ((BOOT::|l1| (BOOT::SPADCALL BOOT::|s1| #)) ; (BOOT::|l2| (BOOT::SPADCALL BOOT::|s2| #))) ; (AND ; (BOOT::SPADCALL (BOOT::SPADCALL # #) (BOOT::SPADCALL # #) ; (BOOT::|shellEntry| BOOT::$ 89)) ; (AND (BOOT::SPADCALL # # #) (BOOT::SPADCALL # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COMBF;equaldsumprod| ; (BOOT::|s1| BOOT::|s2| BOOT::$) ; (BLOCK BOOT::|COMBF;equaldsumprod| ; (LET ((BOOT::|l1| #) (BOOT::|l2| #)) ; (AND (BOOT::SPADCALL # # #) (AND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |COMBF;product;FSbF;25| ...) ; compiling (DEFUN |COMBF;summation;FSbF;26| ...) ; compiling (DEFUN |COMBF;smpfact| ...) ; compiling (DEFUN |COMBF;smpfact!1| ...) ; compiling (DEFUN |COMBF;smpfact!0| ...) ; compiling (DEFUN |COMBF;K2fact| ...) ; compiling (DEFUN |COMBF;operator;2Bo;29| ...) ; compiling (DEFUN |COMBF;iprod| ...) ; compiling (DEFUN |COMBF;isum| ...) ; compiling (DEFUN |COMBF;idprod| ...) ; compiling (DEFUN |COMBF;idsum| ...) ; compiling (DEFUN |COMBF;ifact| ...) ; compiling (DEFUN |COMBF;ibinom| ...) ; compiling (DEFUN |COMBF;iperm| ...) ; compiling (DEFUN |COMBF;iidsum;LF;37| ...) ; compiling (DEFUN |COMBF;iidprod;LF;38| ...) ; compiling (DEFUN |COMBF;iiipow| ...) ; compiling (DEFUN |COMBF;ipow;LF;40| ...) ; compiling (DEFUN |COMBF;ipow;LF;41| ...) ; compiling (DEFUN |COMBF;ipow;LF;42| ...) ; compiling (DEFUN |COMBF;iifact;2F;43| ...) ; compiling (DEFUN |COMBF;iiperm;LF;44| ...) ; compiling (DEFUN |COMBF;iibinom;LF;45| ...) ; compiling (DEFUN |COMBF;iibinom;LF;46| ...) ; compiling (DEFUN |COMBF;iibinom;LF;47| ...) ; compiling (DEFUN |COMBF;iifact;2F;48| ...) ; compiling (DEFUN |COMBF;iibinom;LF;49| ...) ; compiling (DEFUN |COMBF;iiperm;LF;50| ...) ; compiling (DEFUN |COMBF;iipow;LF;51| ...) ; compiling (DEFUN |COMBF;iipow;LF;52| ...) ; compiling (DEFUN |COMBF;dvpow2| ...) ; compiling (DEFUN |CombinatorialFunction| ...) ; compiling (DEFUN |CombinatorialFunction;| ...) ; compiling (MAKEPROP (QUOTE |CombinatorialFunction|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 4 notes ; /tmp/oa-XkIHyq/code.fasl written ; compilation finished in 0:00:00.255 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile LF.spad && cp LF.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LF.fasl \ && if test -f LF-.NRLIB/code.fasl; then \ cp LF-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LF-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LF.spad using Spad compiler. LF abbreviates package LiouvillianFunction debug: compDefine1 lhs: (LiouvillianFunction R F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE belong? ((Boolean) (BasicOperator))) (SIGNATURE operator ((BasicOperator) (BasicOperator))) (SIGNATURE Ei (F F)) (SIGNATURE Si (F F)) (SIGNATURE Ci (F F)) (SIGNATURE li (F F)) (SIGNATURE erf (F F)) (SIGNATURE dilog (F F)) (SIGNATURE integral (F F (Symbol))) (SIGNATURE integral (F F (SegmentBinding F)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE belong? ((Boolean) (BasicOperator))) (SIGNATURE operator ((BasicOperator) (BasicOperator))) (SIGNATURE Ei (F F)) (SIGNATURE Si (F F)) (SIGNATURE Ci (F F)) (SIGNATURE li (F F)) (SIGNATURE erf (F F)) (SIGNATURE dilog (F F)) (SIGNATURE integral (F F (Symbol))) (SIGNATURE integral (F F (SegmentBinding F)))) $param: (R F) debug: evaluateType form: (Boolean) $param: (R F) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (BasicOperator) $param: (R F) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (BasicOperator) $param: (R F) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (BasicOperator) $param: (R F) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (SegmentBinding F) $param: (R F) Debug: evaluateType1 form: (SegmentBinding F) debug: evaluateType1 x: F m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE belong? ((Boolean) (BasicOperator))) (SIGNATURE operator ((BasicOperator) (BasicOperator))) (SIGNATURE Ei (F F)) (SIGNATURE Si (F F)) (SIGNATURE Ci (F F)) (SIGNATURE li (F F)) (SIGNATURE erf (F F)) (SIGNATURE dilog (F F)) (SIGNATURE integral (F F (Symbol))) (SIGNATURE integral (F F (SegmentBinding F)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for LiouvillianFunction compiling into /tmp/oa-o98el9 Debug compQuote expr: (QUOTE integral) m: $EmptyMode Debug compQuote expr: (QUOTE integral) m: (Symbol) Debug compQuote expr: (QUOTE %defint) m: $EmptyMode Debug compQuote expr: (QUOTE %defint) m: (Symbol) Debug compQuote expr: (QUOTE Ei) m: $EmptyMode Debug compQuote expr: (QUOTE Ei) m: (Symbol) Debug compQuote expr: (QUOTE li) m: $EmptyMode Debug compQuote expr: (QUOTE li) m: (Symbol) Debug compQuote expr: (QUOTE Si) m: $EmptyMode Debug compQuote expr: (QUOTE Si) m: (Symbol) Debug compQuote expr: (QUOTE Ci) m: $EmptyMode Debug compQuote expr: (QUOTE Ci) m: (Symbol) Debug compQuote expr: (QUOTE dilog) m: $EmptyMode Debug compQuote expr: (QUOTE dilog) m: (Symbol) Debug compQuote expr: (QUOTE erf) m: $EmptyMode Debug compQuote expr: (QUOTE erf) m: (Symbol) compiling exported Si : F -> F Time: 0.09 SEC. compiling exported Ci : F -> F Time: 0.00 SEC. compiling exported Ei : F -> F Time: 0 SEC. compiling exported erf : F -> F Time: 0 SEC. compiling exported li : F -> F Time: 0 SEC. compiling exported dilog : F -> F Time: 0 SEC. compiling exported belong? : BasicOperator -> Boolean Debug compQuote expr: (QUOTE prim) m: $EmptyMode Debug compQuote expr: (QUOTE prim) m: (Identifier) Time: 0.00 SEC. compiling local isi : F -> F Time: 0 SEC. compiling local ici : F -> F Time: 0.00 SEC. compiling local ierf : F -> F Time: 0 SEC. compiling local ili2 : F -> F Time: 0.01 SEC. compiling local integrand : List F -> F Time: 0.01 SEC. compiling exported integral : (F,Symbol) -> F Time: 0.02 SEC. compiling local iint : List F -> F Time: 0.02 SEC. compiling local ddint : List F -> OutputForm Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Time: 0.03 SEC. compiling local eqint : (Kernel F,Kernel F) -> Boolean Time: 0.13 SEC. compiling local dvint : (List F,Symbol) -> F Time: 0.11 SEC. compiling local dvdint : (List F,Symbol) -> F Time: 0.25 SEC. compiling exported integral : (F,SegmentBinding F) -> F Time: 0.01 SEC. compiling local ili : F -> F Debug compQuote expr: (QUOTE exp) m: $EmptyMode Debug compQuote expr: (QUOTE exp) m: (Symbol) Time: 0.02 SEC. compiling local iei : F -> F Debug compQuote expr: (QUOTE log) m: $EmptyMode Debug compQuote expr: (QUOTE log) m: (Symbol) Time: 0.02 SEC. compiling exported operator : BasicOperator -> BasicOperator Debug compQuote expr: (QUOTE integral) m: $EmptyMode Debug compQuote expr: (QUOTE integral) m: (Symbol) Debug compQuote expr: (QUOTE %defint) m: $EmptyMode Debug compQuote expr: (QUOTE %defint) m: (Symbol) Debug compQuote expr: (QUOTE Ei) m: $EmptyMode Debug compQuote expr: (QUOTE Ei) m: (Symbol) Debug compQuote expr: (QUOTE Si) m: $EmptyMode Debug compQuote expr: (QUOTE Si) m: (Symbol) Debug compQuote expr: (QUOTE Ci) m: $EmptyMode Debug compQuote expr: (QUOTE Ci) m: (Symbol) Debug compQuote expr: (QUOTE li) m: $EmptyMode Debug compQuote expr: (QUOTE li) m: (Symbol) Debug compQuote expr: (QUOTE erf) m: $EmptyMode Debug compQuote expr: (QUOTE erf) m: (Symbol) Debug compQuote expr: (QUOTE dilog) m: $EmptyMode Debug compQuote expr: (QUOTE dilog) m: (Symbol) Time: 0.01 SEC. compiling local pint : List InputForm -> InputForm Debug compQuote expr: (QUOTE integral) m: $EmptyMode Debug compQuote expr: (QUOTE integral) m: (Symbol) Debug compQuote expr: (QUOTE integral) m: $EmptyMode Debug compQuote expr: (QUOTE integral) m: (Symbol) Debug compQuote expr: (QUOTE integral) m: $EmptyMode Debug compQuote expr: (QUOTE integral) m: (Symbol) Debug compQuote expr: (QUOTE integral) m: $EmptyMode Debug compQuote expr: (QUOTE integral) m: (Symbol) Debug compQuote expr: (QUOTE integral) m: $EmptyMode Debug compQuote expr: (QUOTE integral) m: (Symbol) Debug compQuote expr: (QUOTE integral) m: $EmptyMode Debug compQuote expr: (QUOTE integral) m: (Symbol) Debug compQuote expr: (QUOTE integral) m: $EmptyMode Debug compQuote expr: (QUOTE integral) m: (Symbol) Debug compQuote expr: (QUOTE integral) m: $EmptyMode Debug compQuote expr: (QUOTE integral) m: (Symbol) Debug compQuote expr: (QUOTE integral) m: $EmptyMode Debug compQuote expr: (QUOTE integral) m: (Symbol) Debug compQuote expr: (QUOTE integral) m: $EmptyMode Debug compQuote expr: (QUOTE integral) m: (Symbol) Debug compQuote expr: (QUOTE integral) m: $EmptyMode Debug compQuote expr: (QUOTE integral) m: (Symbol) Debug compQuote expr: (QUOTE integral) m: $EmptyMode Debug compQuote expr: (QUOTE integral) m: (Symbol) Debug compQuote expr: (QUOTE integral) m: $EmptyMode Debug compQuote expr: (QUOTE integral) m: (Symbol) Debug compQuote expr: (QUOTE integral) m: $EmptyMode Debug compQuote expr: (QUOTE integral) m: (Symbol) Debug compQuote expr: (QUOTE integral) m: $EmptyMode Debug compQuote expr: (QUOTE integral) m: (Symbol) Debug compQuote expr: (QUOTE integral) m: $EmptyMode Debug compQuote expr: (QUOTE integral) m: (Symbol) Time: 1.10 SEC. compiling local inint : List F -> InputForm Time: 0.05 SEC. compiling local indint : List F -> InputForm Time: 1.80 SEC. (time taken in buildFunctor: 0) Time: 0.06 SEC. Warnings: [1] integrand: not known that SetCategory is of mode CATEGORY(package,belong?: BasicOperator -> Boolean,operator: BasicOperator -> BasicOperator,Ei: F -> F,Si: F -> F,Ci: F -> F,li: F -> F,erf: F -> F,dilog: F -> F,integral: (F,Symbol) -> F,integral: (F,SegmentBinding F) -> F) [2] eqint: not known that SetCategory is of mode CATEGORY(package,belong?: BasicOperator -> Boolean,operator: BasicOperator -> BasicOperator,Ei: F -> F,Si: F -> F,Ci: F -> F,li: F -> F,erf: F -> F,dilog: F -> F,integral: (F,Symbol) -> F,integral: (F,SegmentBinding F) -> F) [3] integral: lo has no value [4] ili: first has no value [5] ili: argument has no value [6] iei: first has no value [7] iei: argument has no value Cumulative Statistics for Constructor LiouvillianFunction Time: 3.75 seconds finalizing NRLIB LF Processing LiouvillianFunction for Browser database: -- belong? : OP -> Boolean -- operator : OP -> OP -- Ei : F -> F -- Si : F -> F -- Ci : F -> F -- li : F -> F -- erf : F -> F -- dilog : F -> F -- integral : (F,SE) -> F -- integral : (F,SegmentBinding F) -> F -- constructor ; compiling file "/tmp/oa-o98el9/code.lsp" (written 01 FEB 2016 11:02:56 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LF;Si;2F;1| ...) ; compiling (DEFUN |LF;Ci;2F;2| ...) ; compiling (DEFUN |LF;Ei;2F;3| ...) ; compiling (DEFUN |LF;erf;2F;4| ...) ; compiling (DEFUN |LF;li;2F;5| ...) ; compiling (DEFUN |LF;dilog;2F;6| ...) ; compiling (DEFUN |LF;belong?;BoB;7| ...) ; file: /tmp/oa-o98el9/code.lsp ; in: DEFUN |LF;belong?;BoB;7| ; (DEFUN BOOT::|LF;belong?;BoB;7| (BOOT::|op| BOOT::$) ; (BOOT::SPADCALL BOOT::|op| 'BOOT::|prim| (BOOT::|shellEntry| BOOT::$ 32))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LF;belong?;BoB;7| ; (BOOT::|op| BOOT::$) ; (BLOCK BOOT::|LF;belong?;BoB;7| ; (BOOT::SPADCALL BOOT::|op| 'BOOT::|prim| ; (BOOT::|shellEntry| BOOT::$ 32)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |LF;isi| ...) ; compiling (DEFUN |LF;ici| ...) ; compiling (DEFUN |LF;ierf| ...) ; compiling (DEFUN |LF;ili2| ...) ; compiling (DEFUN |LF;integrand| ...) ; compiling (DEFUN |LF;integral;FSF;13| ...) ; compiling (DEFUN |LF;iint| ...) ; compiling (DEFUN |LF;ddint| ...) ; compiling (DEFUN |LF;eqint| ...) ; compiling (DEFUN |LF;dvint| ...) ; file: /tmp/oa-o98el9/code.lsp ; in: DEFUN |LF;dvint| ; (LET ((BOOT::|k| ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|l| #) ; (BOOT::|shellEntry| BOOT::$ 42)))) ; (BOOT::SPADCALL ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|l| #) BOOT::|x| ; (BOOT::|shellEntry| BOOT::$ 72)) ; (BOOT::|LF;integrand| BOOT::|l| BOOT::$) (BOOT::|shellEntry| BOOT::$ 73)) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 15) ; (LIST (BOOT::SPADCALL # BOOT::|x| #) ; (BOOT::SPADCALL BOOT::|l| #) ; (BOOT::SPADCALL BOOT::|l| #)) ; (BOOT::|shellEntry| BOOT::$ 49)) ; (BOOT::|shellEntry| BOOT::$ 74))) ; ; caught STYLE-WARNING: ; The variable |k| is defined but never used. ; compiling (DEFUN |LF;dvdint| ...) ; compiling (DEFUN |LF;integral;FSbF;19| ...) ; compiling (DEFUN |LF;ili| ...) ; compiling (DEFUN |LF;iei| ...) ; compiling (DEFUN |LF;operator;2Bo;22| ...) ; compiling (DEFUN |LF;pint| ...) ; compiling (DEFUN |LF;inint| ...) ; compiling (DEFUN |LF;indint| ...) ; compiling (DEFUN |LiouvillianFunction| ...) ; compiling (DEFUN |LiouvillianFunction;| ...) ; compiling (DEFUN |LiouvillianFunction;!5| ...) ; compiling (DEFUN |LiouvillianFunction;!4| ...) ; compiling (DEFUN |LiouvillianFunction;!3| ...) ; compiling (DEFUN |LiouvillianFunction;!2| ...) ; compiling (DEFUN |LiouvillianFunction;!1| ...) ; compiling (DEFUN |LiouvillianFunction;!0| ...) ; compiling (MAKEPROP (QUOTE |LiouvillianFunction|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 1 note ; /tmp/oa-o98el9/code.fasl written ; compilation finished in 0:00:00.132 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile RATFACT.spad && cp RATFACT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RATFACT.fasl \ && if test -f RATFACT-.NRLIB/code.fasl; then \ cp RATFACT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RATFACT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RATFACT.spad using Spad compiler. RATFACT abbreviates package RationalFactorize debug: compDefine1 lhs: (RationalFactorize RP) signature (pre-evaluate): ((CATEGORY package (SIGNATURE factor ((Factored RP) RP)) (SIGNATURE factorSquareFree ((Factored RP) RP))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE factor ((Factored RP) RP)) (SIGNATURE factorSquareFree ((Factored RP) RP))) $param: (RP) debug: evaluateType form: (Factored RP) $param: (RP) Debug: evaluateType1 form: (Factored RP) debug: evaluateType1 x: RP m: (IntegralDomain) debug: evaluateType form: RP $param: (RP) debug: evaluateType form: (Factored RP) $param: (RP) Debug: evaluateType1 form: (Factored RP) debug: evaluateType1 x: RP m: (IntegralDomain) debug: evaluateType form: RP $param: (RP) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE factor ((Factored RP) RP)) (SIGNATURE factorSquareFree ((Factored RP) RP))) NIL) ------------------------------------------------------------------------ initializing stationary directory for RationalFactorize compiling into /tmp/oa-QNoKBt importing GaloisGroupFactorizer SparseUnivariatePolynomial Integer compiling exported factor : RP -> Factored RP Time: 0.30 SEC. compiling exported factorSquareFree : RP -> Factored RP Time: 0.19 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor RationalFactorize Time: 0.49 seconds finalizing NRLIB RATFACT Processing RationalFactorize for Browser database: -- factor : RP -> Factored RP -- factorSquareFree : RP -> Factored RP --->../../x86_64-unknown-linux-gnu/src/algebra/ratfact.spad-->RationalFactorize(constructor): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/ratfact.spad-->RationalFactorize: Missing Description ; compiling file "/tmp/oa-QNoKBt/code.lsp" (written 01 FEB 2016 11:02:57 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RATFACT;factor;RPF;1| ...) ; compiling (DEFUN |RATFACT;factorSquareFree;RPF;2| ...) ; compiling (DEFUN |RationalFactorize| ...) ; compiling (DEFUN |RationalFactorize;| ...) ; compiling (MAKEPROP (QUOTE |RationalFactorize|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-QNoKBt/code.fasl written ; compilation finished in 0:00:00.038 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/MRATFAC.fasl --optimize=3 MRATFAC.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MRATFAC.spad using Spad compiler. MRATFAC abbreviates package MRationalFactorize debug: compDefine1 lhs: (MRationalFactorize E OV R P) signature (pre-evaluate): ((CATEGORY package (SIGNATURE factor ((Factored P) P))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE factor ((Factored P) P))) $param: (E OV R P) debug: evaluateType form: (Factored P) $param: (E OV R P) Debug: evaluateType1 form: (Factored P) debug: evaluateType1 x: P m: (IntegralDomain) debug: evaluateType form: P $param: (E OV R P) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE factor ((Factored P) P))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for MRationalFactorize compiling into /tmp/oa-Ky9Ozd compiling local numer1 : Fraction R -> SparseMultivariatePolynomial(R,OV) Time: 0.08 SEC. compiling local numer2 : P -> SparseMultivariatePolynomial(R,OV) Time: 0.03 SEC. compiling local coerce1 : R -> P Time: 0.02 SEC. compiling local coerce2 : SparseMultivariatePolynomial(R,OV) -> P Time: 0.00 SEC. compiling exported factor : P -> Factored P Time: 0.26 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor MRationalFactorize Time: 0.39 seconds finalizing NRLIB MRATFAC Processing MRationalFactorize for Browser database: -- factor : P -> Factored P -- constructor ; compiling file "/tmp/oa-Ky9Ozd/code.lsp" (written 01 FEB 2016 11:02:58 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MRATFAC;numer1| ...) ; compiling (DEFUN |MRATFAC;numer2| ...) ; compiling (DEFUN |MRATFAC;coerce1| ...) ; compiling (DEFUN |MRATFAC;coerce2| ...) ; compiling (DEFUN |MRATFAC;factor;PF;5| ...) ; compiling (DEFUN |MRationalFactorize| ...) ; compiling (DEFUN |MRationalFactorize;| ...) ; compiling (MAKEPROP (QUOTE |MRationalFactorize|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-Ky9Ozd/code.fasl written ; compilation finished in 0:00:00.042 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/MFINFACT.fasl --bootstrap MFINFACT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MFINFACT.spad using Spad compiler. MFINFACT abbreviates package MultFiniteFactorize ------------------------------------------------------------------------ initializing stationary directory for MultFiniteFactorize compiling into /tmp/oa-UvyonN Time: 0.08 SEC. Cumulative Statistics for Constructor MultFiniteFactorize Time: 0.08 seconds finalizing NRLIB MFINFACT ; compiling file "/tmp/oa-UvyonN/code.lsp" (written 01 FEB 2016 11:02:58 PM): ; compiling (DEFUN |MultFiniteFactorize| ...) ; compiling (DEFUN |MultFiniteFactorize;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-UvyonN/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/MPRFF.fasl --optimize=3 MPRFF.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MPRFF.spad using Spad compiler. MPRFF abbreviates package MPolyCatRationalFunctionFactorizer debug: compDefine1 lhs: (MPolyCatRationalFunctionFactorizer E OV R PRF) signature (pre-evaluate): ((CATEGORY package (SIGNATURE totalfract ((Record (: sup (Polynomial R)) (: inf (Polynomial R))) PRF)) (SIGNATURE pushdown (PRF PRF OV)) (SIGNATURE pushdterm (PRF (SparseUnivariatePolynomial PRF) OV)) (SIGNATURE pushup (PRF PRF OV)) (SIGNATURE pushucoef (PRF (SparseUnivariatePolynomial (Polynomial R)) OV)) (SIGNATURE pushuconst (PRF (Fraction (Polynomial R)) OV)) (SIGNATURE factor ((Factored PRF) PRF))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE totalfract ((Record (: sup (Polynomial R)) (: inf (Polynomial R))) PRF)) (SIGNATURE pushdown (PRF PRF OV)) (SIGNATURE pushdterm (PRF (SparseUnivariatePolynomial PRF) OV)) (SIGNATURE pushup (PRF PRF OV)) (SIGNATURE pushucoef (PRF (SparseUnivariatePolynomial (Polynomial R)) OV)) (SIGNATURE pushuconst (PRF (Fraction (Polynomial R)) OV)) (SIGNATURE factor ((Factored PRF) PRF))) $param: (E OV R PRF) debug: evaluateType form: (Record (: sup (Polynomial R)) (: inf (Polynomial R))) $param: (E OV R PRF) debug: evaluateType form: (Polynomial R) $param: (E OV R PRF) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Polynomial R) $param: (E OV R PRF) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: PRF $param: (E OV R PRF) debug: evaluateType form: PRF $param: (E OV R PRF) debug: evaluateType form: PRF $param: (E OV R PRF) debug: evaluateType form: OV $param: (E OV R PRF) debug: evaluateType form: PRF $param: (E OV R PRF) debug: evaluateType form: (SparseUnivariatePolynomial PRF) $param: (E OV R PRF) Debug: evaluateType1 form: (SparseUnivariatePolynomial PRF) debug: evaluateType1 x: PRF m: (Ring) debug: evaluateType form: OV $param: (E OV R PRF) debug: evaluateType form: PRF $param: (E OV R PRF) debug: evaluateType form: PRF $param: (E OV R PRF) debug: evaluateType form: OV $param: (E OV R PRF) debug: evaluateType form: PRF $param: (E OV R PRF) debug: evaluateType form: (SparseUnivariatePolynomial (Polynomial R)) $param: (E OV R PRF) Debug: evaluateType1 form: (SparseUnivariatePolynomial (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (E OV R PRF) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Polynomial R) $param: (E OV R PRF) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Ring) debug: evaluateType form: OV $param: (E OV R PRF) debug: evaluateType form: PRF $param: (E OV R PRF) debug: evaluateType form: (Fraction (Polynomial R)) $param: (E OV R PRF) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (E OV R PRF) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (E OV R PRF) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: OV $param: (E OV R PRF) debug: evaluateType form: (Factored PRF) $param: (E OV R PRF) Debug: evaluateType1 form: (Factored PRF) debug: evaluateType1 x: PRF m: (IntegralDomain) debug: evaluateType form: PRF $param: (E OV R PRF) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE totalfract ((Record (: sup (Polynomial R)) (: inf (Polynomial R))) PRF)) (SIGNATURE pushdown (PRF PRF OV)) (SIGNATURE pushdterm (PRF (SparseUnivariatePolynomial PRF) OV)) (SIGNATURE pushup (PRF PRF OV)) (SIGNATURE pushucoef (PRF (SparseUnivariatePolynomial (Polynomial R)) OV)) (SIGNATURE pushuconst (PRF (Fraction (Polynomial R)) OV)) (SIGNATURE factor ((Factored PRF) PRF))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for MPolyCatRationalFunctionFactorizer compiling into /tmp/oa-Y4LMH0 compiling exported factor : PRF -> Factored PRF Time: 0.36 SEC. compiling exported pushdown : (PRF,OV) -> PRF Time: 0.01 SEC. compiling exported pushdterm : (SparseUnivariatePolynomial PRF,OV) -> PRF Time: 0.07 SEC. compiling exported pushup : (PRF,OV) -> PRF Time: 0.04 SEC. compiling exported pushuconst : (Fraction Polynomial R,OV) -> PRF Time: 0.14 SEC. compiling exported pushucoef : (SparseUnivariatePolynomial Polynomial R,OV) -> PRF Time: 0.05 SEC. compiling exported totalfract : PRF -> Record(sup: Polynomial R,inf: Polynomial R) Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] factor: not known that PolynomialCategory(Fraction (Integer))(IndexedExponents (Symbol))(Symbol) is of mode CATEGORY(domain,IF(hasRAlgebra(Fraction(Integer())),integrate: (%,Symbol) -> %,%noBranch)) [2] factor: pretend Factored Polynomial R -- should replace by @ [3] factor: flist has no value [4] factor: irr has no value [5] factor: pow has no value [6] pushdown: not known that Ring is of mode CATEGORY(package,totalfract: PRF -> Record(sup: Polynomial R,inf: Polynomial R),pushdown: (PRF,OV) -> PRF,pushdterm: (SparseUnivariatePolynomial PRF,OV) -> PRF,pushup: (PRF,OV) -> PRF,pushucoef: (SparseUnivariatePolynomial Polynomial R,OV) -> PRF,pushuconst: (Fraction Polynomial R,OV) -> PRF,factor: PRF -> Factored PRF) Cumulative Statistics for Constructor MPolyCatRationalFunctionFactorizer Time: 0.71 seconds finalizing NRLIB MPRFF Processing MPolyCatRationalFunctionFactorizer for Browser database: -- convert : % -> Symbol -- totalfract : PRF -> QuoForm -- pushdown : (PRF,OV) -> PRF -- pushdterm : (UPRF,OV) -> PRF -- pushup : (PRF,OV) -> PRF -- pushucoef : (UP,OV) -> PRF -- pushuconst : (F,OV) -> PRF -- factor : PRF -> Factored PRF -- constructor ; compiling file "/tmp/oa-Y4LMH0/code.lsp" (written 01 FEB 2016 11:02:59 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MPRFF;factor;PRFF;1| ...) ; compiling (DEFUN |MPRFF;pushdown;PRFOVPRF;2| ...) ; compiling (DEFUN |MPRFF;pushdterm;SupOVPRF;3| ...) ; compiling (DEFUN |MPRFF;pushup;PRFOVPRF;4| ...) ; compiling (DEFUN |MPRFF;pushup;PRFOVPRF;4!0| ...) ; compiling (DEFUN |MPRFF;pushuconst;FOVPRF;5| ...) ; compiling (DEFUN |MPRFF;pushucoef;SupOVPRF;6| ...) ; compiling (DEFUN |MPRFF;totalfract;PRFR;7| ...) ; compiling (DEFUN |MPolyCatRationalFunctionFactorizer| ...) ; compiling (DEFUN |MPolyCatRationalFunctionFactorizer;| ...) ; compiling (MAKEPROP (QUOTE |MPolyCatRationalFunctionFactorizer|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-Y4LMH0/code.fasl written ; compilation finished in 0:00:00.083 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/LEADCDET.fasl --bootstrap LEADCDET.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LEADCDET.spad using Spad compiler. LEADCDET abbreviates package LeadingCoefDetermination ------------------------------------------------------------------------ initializing stationary directory for LeadingCoefDetermination compiling into /tmp/oa-Yk05HW Time: 0.04 SEC. Cumulative Statistics for Constructor LeadingCoefDetermination Time: 0.04 seconds finalizing NRLIB LEADCDET ; compiling file "/tmp/oa-Yk05HW/code.lsp" (written 01 FEB 2016 11:02:59 PM): ; compiling (DEFUN |LeadingCoefDetermination| ...) ; compiling (DEFUN |LeadingCoefDetermination;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-Yk05HW/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/ACF.fasl --bootstrap ACF.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ACF.spad using Spad compiler. ACF abbreviates category AlgebraicallyClosedField ------------------------------------------------------------------------ initializing stationary directory for AlgebraicallyClosedField compiling into /tmp/oa-us9sr8 STYLE-WARNING: redefining BOOT::|AlgebraicallyClosedField| in DEFUN Time: 0.01 SEC. finalizing NRLIB ACF ; compiling file "/tmp/oa-us9sr8/code.lsp" (written 01 FEB 2016 11:02:59 PM): ; compiling (DEFPARAMETER |AlgebraicallyClosedField;AL| ...) ; compiling (DEFUN |AlgebraicallyClosedField;| ...) ; compiling (DEFUN |AlgebraicallyClosedField| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-us9sr8/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/AN.fasl --bootstrap AN.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/AN.spad using Spad compiler. AN abbreviates domain AlgebraicNumber ------------------------------------------------------------------------ initializing stationary directory for AlgebraicNumber compiling into /tmp/oa-S85aLj Time: 0.04 SEC. Cumulative Statistics for Constructor AlgebraicNumber Time: 0.04 seconds finalizing NRLIB AN ; compiling file "/tmp/oa-S85aLj/code.lsp" (written 01 FEB 2016 11:02:59 PM): ; compiling (DEFUN |AlgebraicNumber| ...) ; compiling (DEFUN |AlgebraicNumber;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-S85aLj/code.fasl written ; compilation finished in 0:00:00.022 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/INNMFACT.fasl --optimize=3 INNMFACT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INNMFACT.spad using Spad compiler. INNMFACT abbreviates package InnerMultFact debug: compDefine1 lhs: (InnerMultFact OV E R P) signature (pre-evaluate): ((CATEGORY package (SIGNATURE factor ((Factored P) P (Mapping (Factored (SparseUnivariatePolynomial R)) (SparseUnivariatePolynomial R)))) (SIGNATURE factor ((Factored (SparseUnivariatePolynomial P)) (SparseUnivariatePolynomial P) (Mapping (Factored (SparseUnivariatePolynomial R)) (SparseUnivariatePolynomial R))))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE factor ((Factored P) P (Mapping (Factored (SparseUnivariatePolynomial R)) (SparseUnivariatePolynomial R)))) (SIGNATURE factor ((Factored (SparseUnivariatePolynomial P)) (SparseUnivariatePolynomial P) (Mapping (Factored (SparseUnivariatePolynomial R)) (SparseUnivariatePolynomial R))))) $param: (OV E R P) debug: evaluateType form: (Factored P) $param: (OV E R P) Debug: evaluateType1 form: (Factored P) debug: evaluateType1 x: P m: (IntegralDomain) debug: evaluateType form: P $param: (OV E R P) debug: evaluateType form: (Mapping (Factored (SparseUnivariatePolynomial R)) (SparseUnivariatePolynomial R)) $param: (OV E R P) debug: evaluateType form: (Factored (SparseUnivariatePolynomial R)) $param: (OV E R P) Debug: evaluateType1 form: (Factored (SparseUnivariatePolynomial R)) debug: evaluateType1 x: (SparseUnivariatePolynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (OV E R P) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (OV E R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial R) c: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (OV E R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Factored (SparseUnivariatePolynomial P)) $param: (OV E R P) Debug: evaluateType1 form: (Factored (SparseUnivariatePolynomial P)) debug: evaluateType1 x: (SparseUnivariatePolynomial P) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (OV E R P) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (OV E R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial P) c: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (OV E R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (Mapping (Factored (SparseUnivariatePolynomial R)) (SparseUnivariatePolynomial R)) $param: (OV E R P) debug: evaluateType form: (Factored (SparseUnivariatePolynomial R)) $param: (OV E R P) Debug: evaluateType1 form: (Factored (SparseUnivariatePolynomial R)) debug: evaluateType1 x: (SparseUnivariatePolynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (OV E R P) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (OV E R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial R) c: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (OV E R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE factor ((Factored P) P (Mapping (Factored (SparseUnivariatePolynomial R)) (SparseUnivariatePolynomial R)))) (SIGNATURE factor ((Factored (SparseUnivariatePolynomial P)) (SparseUnivariatePolynomial P) (Mapping (Factored (SparseUnivariatePolynomial R)) (SparseUnivariatePolynomial R))))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for InnerMultFact compiling into /tmp/oa-O1HAUw importing GenExEuclid(R,SparseUnivariatePolynomial R) importing MultivariateLifting(E,OV,R,P) importing FactoringUtilities(E,OV,R,P) importing LeadingCoefDetermination(OV,E,R,P) compiling local convertPUP : Record(contp: R,factors: List Record(irr: P,pow: Integer)) -> Record(contp: R,factors: List Record(irr: SparseUnivariatePolynomial P,pow: Integer)) Time: 0.22 SEC. compiling local supFactor : (SparseUnivariatePolynomial P,SparseUnivariatePolynomial R -> Factored SparseUnivariatePolynomial R) -> Record(contp: R,factors: List Record(irr: SparseUnivariatePolynomial P,pow: Integer)) Time: 1.39 SEC. compiling exported factor : (SparseUnivariatePolynomial P,SparseUnivariatePolynomial R -> Factored SparseUnivariatePolynomial R) -> Factored SparseUnivariatePolynomial P Time: 0.14 SEC. compiling local checkzero : (SparseUnivariatePolynomial P,SparseUnivariatePolynomial R) -> Boolean Time: 0.08 SEC. compiling local varChoose : (P,List OV,List NonNegativeInteger) -> Record(npol: SparseUnivariatePolynomial P,nvar: List OV,newdeg: List NonNegativeInteger) Time: 0.06 SEC. compiling local localNorm : List SparseUnivariatePolynomial R -> Integer Time: 0.05 SEC. compiling local intChoose : (SparseUnivariatePolynomial P,List OV,R,List P,List List R,SparseUnivariatePolynomial R -> Factored SparseUnivariatePolynomial R) -> Union(Record(inval: List List R,unvfact: List SparseUnivariatePolynomial R,lu: R,complead: List R),failed) Time: 0.70 SEC. compiling local simplify : (P,List OV,List NonNegativeInteger,SparseUnivariatePolynomial R -> Factored SparseUnivariatePolynomial R) -> Record(contp: R,factors: List Record(irr: P,pow: Integer)) Time: 0.10 SEC. compiling local intfact : (SparseUnivariatePolynomial P,List OV,List NonNegativeInteger,Record(contp: R,factors: List Record(irr: P,pow: Integer)),List List R,SparseUnivariatePolynomial R -> Factored SparseUnivariatePolynomial R) -> List SparseUnivariatePolynomial P Time: 3.36 SEC. compiling local mfconst : (SparseUnivariatePolynomial P,List OV,List NonNegativeInteger,SparseUnivariatePolynomial R -> Factored SparseUnivariatePolynomial R) -> List SparseUnivariatePolynomial P Time: 0.21 SEC. compiling local monicize : (SparseUnivariatePolynomial P,P) -> SparseUnivariatePolynomial P Time: 0.06 SEC. compiling local unmonicize : (SparseUnivariatePolynomial P,P) -> SparseUnivariatePolynomial P Time: 0.00 SEC. compiling local monicMfpol : (SparseUnivariatePolynomial P,List OV,List NonNegativeInteger,SparseUnivariatePolynomial R -> Factored SparseUnivariatePolynomial R) -> List SparseUnivariatePolynomial P Time: 0.09 SEC. compiling local mfpol : (SparseUnivariatePolynomial P,List OV,List NonNegativeInteger,SparseUnivariatePolynomial R -> Factored SparseUnivariatePolynomial R) -> List SparseUnivariatePolynomial P Time: 0.11 SEC. compiling local mFactor : (P,SparseUnivariatePolynomial R -> Factored SparseUnivariatePolynomial R) -> Record(contp: R,factors: List Record(irr: P,pow: Integer)) Time: 0.66 SEC. compiling exported factor : (P,SparseUnivariatePolynomial R -> Factored SparseUnivariatePolynomial R) -> Factored P Time: 0.10 SEC. (time taken in buildFunctor: 4) Time: 0.04 SEC. Warnings: [1] supFactor: factorlist has no value [2] supFactor: irr has no value [3] supFactor: pow has no value [4] varChoose: not known that Ring is of mode CATEGORY(package,factor: (P,(SparseUnivariatePolynomial R -> Factored SparseUnivariatePolynomial R)) -> Factored P,factor: (SparseUnivariatePolynomial P,(SparseUnivariatePolynomial R -> Factored SparseUnivariatePolynomial R)) -> Factored SparseUnivariatePolynomial P) [5] intChoose: unifact has no value [6] intfact: unifact has no value [7] intfact: lpol has no value [8] intfact: factfin has no value [9] mFactor: not known that IntegralDomain is of mode CATEGORY(package,factor: (P,(SparseUnivariatePolynomial R -> Factored SparseUnivariatePolynomial R)) -> Factored P,factor: (SparseUnivariatePolynomial P,(SparseUnivariatePolynomial R -> Factored SparseUnivariatePolynomial R)) -> Factored SparseUnivariatePolynomial P) [10] mFactor: irr has no value [11] mFactor: pow has no value [12] mFactor: x has no value [13] mFactor: ffactor has no value [14] mFactor: lvar has no value Cumulative Statistics for Constructor InnerMultFact Time: 7.36 seconds finalizing NRLIB INNMFACT Processing InnerMultFact for Browser database: -- factor : (P,UFactor) -> Factored P -- factor : (USP,UFactor) -> Factored USP -- constructor ; compiling file "/tmp/oa-O1HAUw/code.lsp" (written 01 FEB 2016 11:03:07 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |INNMFACT;convertPUP| ...) ; compiling (DEFUN |INNMFACT;supFactor| ...) ; compiling (DEFUN |INNMFACT;factor;SupMF;3| ...) ; compiling (DEFUN |INNMFACT;checkzero| ...) ; file: /tmp/oa-O1HAUw/code.lsp ; in: DEFUN |INNMFACT;checkzero| ; (DEFUN BOOT::|INNMFACT;checkzero| (BOOT::|u| BOOT::|um| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|u| (BOOT::|spadConstant| BOOT::$ 91) ; (BOOT::|shellEntry| BOOT::$ 92)) ; (BOOT::SPADCALL BOOT::|um| (BOOT::|spadConstant| BOOT::$ 93) ; (BOOT::|shellEntry| BOOT::$ 94))) ; ((BOOT::SPADCALL BOOT::|um| (BOOT::|spadConstant| BOOT::$ 93) ; (BOOT::|shellEntry| BOOT::$ 94)) ; NIL) ; ((EQL (BOOT::SPADCALL BOOT::|u| #) (BOOT::SPADCALL BOOT::|um| #)) ; (BOOT::|INNMFACT;checkzero| (BOOT::SPADCALL BOOT::|u| #) ; (BOOT::SPADCALL BOOT::|um| #) BOOT::$)) ; (T NIL))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INNMFACT;checkzero| ; (BOOT::|u| BOOT::|um| BOOT::$) ; (BLOCK BOOT::|INNMFACT;checkzero| ; (COND ((BOOT::SPADCALL BOOT::|u| # #) (BOOT::SPADCALL BOOT::|um| # #)) ; ((BOOT::SPADCALL BOOT::|um| # #) NIL) ; ((EQL # #) (BOOT::|INNMFACT;checkzero| # # BOOT::$)) (T NIL)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |INNMFACT;varChoose| ...) ; file: /tmp/oa-O1HAUw/code.lsp ; in: DEFUN |INNMFACT;varChoose| ; (DEFUN BOOT::|INNMFACT;varChoose| ; (BOOT::|m| BOOT::|lvar| BOOT::|ldeg| BOOT::$) ; (PROG (BOOT::|x| BOOT::|i|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INNMFACT;varChoose| ; (BOOT::|m| BOOT::|lvar| BOOT::|ldeg| BOOT::$) ; (BLOCK BOOT::|INNMFACT;varChoose| ; (PROG (BOOT::|x| BOOT::|i|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |lvar| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |ldeg| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS UNSIGNED-BYTE T)) ; ; compiling (DEFUN |INNMFACT;localNorm| ...) ; file: /tmp/oa-O1HAUw/code.lsp ; in: DEFUN |INNMFACT;localNorm| ; (DEFUN BOOT::|INNMFACT;localNorm| (BOOT::|lum| BOOT::$) ; (PROG (BOOT::|cc|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INNMFACT;localNorm| ; (BOOT::|lum| BOOT::$) ; (BLOCK BOOT::|INNMFACT;localNorm| ; (PROG (BOOT::|cc|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |INNMFACT;intChoose| ...) ; file: /tmp/oa-O1HAUw/code.lsp ; in: DEFUN |INNMFACT;intChoose| ; (DEFUN BOOT::|INNMFACT;intChoose| ; (BOOT::|um| BOOT::|lvar| BOOT::|clc| BOOT::|plist| BOOT::|ltry| ; BOOT::|ufactor| BOOT::$) ; (PROG (BOOT::|nf| BOOT::|lunivf| BOOT::|luniv| BOOT::|newm| BOOT::|lval| ; BOOT::|int| BOOT::|leadtest| BOOT::|newunifact| BOOT::|lffc1| ; BOOT::|lffc| BOOT::|nfatt|) ; (RETURN ; (LET (# # # # # # # #) ; (BOOT::SEQ # # # # # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INNMFACT;intChoose| ; (BOOT::|um| BOOT::|lvar| BOOT::|clc| BOOT::|plist| BOOT::|ltry| ; BOOT::|ufactor| BOOT::$) ; (BLOCK BOOT::|INNMFACT;intChoose| ; (PROG (BOOT::|nf| BOOT::|lunivf| BOOT::|luniv| BOOT::|newm| ; BOOT::|lval| BOOT::|int| BOOT::|leadtest| BOOT::|newunifact| ; BOOT::|lffc1| BOOT::|lffc| BOOT::|nfatt|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |ltry| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS LIST T)) ; ; (SETQ BOOT::|leadcomp| BOOT::|leadcomp1|) ; --> THE ; ==> ; BOOT::|leadcomp1| ; ; note: deleting unreachable code ; (LET ((BOOT::|degum| ; (BOOT::SPADCALL BOOT::|um| (BOOT::|shellEntry| BOOT::$ 60))) ; (BOOT::|nvar1| (LIST-LENGTH BOOT::|lvar|)) ; (BOOT::|range| 5) ; (BOOT::|unifact| NIL) ; (BOOT::|ctf1| (BOOT::|spadConstant| BOOT::$ 53)) ; (BOOT::|testp| (NOT (NULL BOOT::|plist|))) ; (BOOT::|leadcomp| NIL) ; (BOOT::|leadcomp1| NIL)) ; (BOOT::SEQ (SETQ BOOT::|leadcomp1| NIL) ; (SETQ BOOT::|leadcomp| BOOT::|leadcomp1|) ; (BOOT::LETT BOOT::|nfatt| (+ BOOT::|degum| 1) ; BOOT::|INNMFACT;intChoose|) ; (BOOT::LETT BOOT::|lffc| (BOOT::|spadConstant| BOOT::$ 53) ; BOOT::|INNMFACT;intChoose|) ; (BOOT::LETT BOOT::|lffc1| BOOT::|lffc| ; BOOT::|INNMFACT;intChoose|) ; (BOOT::LETT BOOT::|newunifact| NIL BOOT::|INNMFACT;intChoose|) ; (BOOT::LETT BOOT::|leadtest| T BOOT::|INNMFACT;intChoose|) ; (BOOT::LETT BOOT::|int| NIL BOOT::|INNMFACT;intChoose|) ; (LOOP (COND (# #) (T #))) ; (BOOT::EXIT ; (CONS 0 ; (VECTOR # BOOT::|unifact| BOOT::|lffc| ; BOOT::|leadcomp|))))) ; ; caught STYLE-WARNING: ; The variable |ctf1| is defined but never used. ; compiling (DEFUN |INNMFACT;simplify| ...) ; compiling (DEFUN |INNMFACT;intfact| ...) ; file: /tmp/oa-O1HAUw/code.lsp ; in: DEFUN |INNMFACT;intfact| ; (DEFUN BOOT::|INNMFACT;intfact| ; (BOOT::|um| BOOT::|lvar| BOOT::|ldeg| BOOT::|tleadpol| BOOT::|ltry| ; BOOT::|ufactor| BOOT::$) ; (PROG (BOOT::|factfin| BOOT::|ffin| BOOT::|umd| BOOT::|dist| BOOT::|distf| ; BOOT::|lpol| BOOT::|leadval| BOOT::|dd| BOOT::|lval| BOOT::|nfact| ; BOOT::|unifact| BOOT::|vfchoo| ...) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INNMFACT;intfact| ; (BOOT::|um| BOOT::|lvar| BOOT::|ldeg| BOOT::|tleadpol| BOOT::|ltry| ; BOOT::|ufactor| BOOT::$) ; (BLOCK BOOT::|INNMFACT;intfact| ; (PROG (BOOT::|factfin| BOOT::|ffin| BOOT::|umd| BOOT::|dist| ; BOOT::|distf| BOOT::|lpol| BOOT::|leadval| BOOT::|dd| ; BOOT::|lval| BOOT::|nfact| BOOT::|unifact| BOOT::|vfchoo| ...) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |ltry| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS LIST T)) ; ; compiling (DEFUN |INNMFACT;mfconst| ...) ; file: /tmp/oa-O1HAUw/code.lsp ; in: DEFUN |INNMFACT;mfconst| ; (LET ((BOOT::|factfin| NIL)) ; (COND ; ((NULL BOOT::|lvar|) ; (PROGN ; (BOOT::LETT BOOT::|lum| # BOOT::|INNMFACT;mfconst|) ; (LET # ; #))) ; (T ; (BOOT::|INNMFACT;intfact| BOOT::|um| BOOT::|lvar| BOOT::|ldeg| ; (CONS # NIL) NIL BOOT::|ufactor| BOOT::$)))) ; ; caught STYLE-WARNING: ; The variable |factfin| is defined but never used. ; (DEFUN BOOT::|INNMFACT;mfconst| ; (BOOT::|um| BOOT::|lvar| BOOT::|ldeg| BOOT::|ufactor| BOOT::$) ; (PROG (BOOT::|lum|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INNMFACT;mfconst| ; (BOOT::|um| BOOT::|lvar| BOOT::|ldeg| BOOT::|ufactor| BOOT::$) ; (BLOCK BOOT::|INNMFACT;mfconst| ; (PROG (BOOT::|lum|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |INNMFACT;monicize| ...) ; compiling (DEFUN |INNMFACT;unmonicize| ...) ; compiling (DEFUN |INNMFACT;monicMfpol| ...) ; file: /tmp/oa-O1HAUw/code.lsp ; in: DEFUN |INNMFACT;monicMfpol| ; (DEFUN BOOT::|INNMFACT;monicMfpol| ; (BOOT::|um| BOOT::|lvar| BOOT::|ldeg| BOOT::|ufactor| BOOT::$) ; (LET* ((BOOT::|l| (BOOT::SPADCALL BOOT::|um| #)) ; (BOOT::|monpol| ; (BOOT::|INNMFACT;monicize| BOOT::|um| BOOT::|l| BOOT::$)) ; (BOOT::|nldeg| (BOOT::SPADCALL BOOT::|monpol| BOOT::|lvar| #))) ; (BOOT::SPADCALL ; (CONS #'BOOT::|INNMFACT;monicMfpol!0| (VECTOR BOOT::$ BOOT::|l|)) ; (BOOT::|INNMFACT;mfconst| BOOT::|monpol| BOOT::|lvar| BOOT::|nldeg| ; BOOT::|ufactor| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 185)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INNMFACT;monicMfpol| ; (BOOT::|um| BOOT::|lvar| BOOT::|ldeg| BOOT::|ufactor| BOOT::$) ; (BLOCK BOOT::|INNMFACT;monicMfpol| ; (LET* ((BOOT::|l| #) (BOOT::|monpol| #) (BOOT::|nldeg| #)) ; (BOOT::SPADCALL (CONS #'BOOT::|INNMFACT;monicMfpol!0| #) ; (BOOT::|INNMFACT;mfconst| BOOT::|monpol| BOOT::|lvar| ; BOOT::|nldeg| BOOT::|ufactor| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 185))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; ; caught STYLE-WARNING: ; The variable |ldeg| is defined but never used. ; compiling (DEFUN |INNMFACT;monicMfpol!0| ...) ; compiling (DEFUN |INNMFACT;mfpol| ...) ; compiling (DEFUN |INNMFACT;mFactor| ...) ; compiling (DEFUN |INNMFACT;factor;PMF;16| ...) ; compiling (DEFUN |InnerMultFact| ...) ; compiling (DEFUN |InnerMultFact;| ...) ; compiling (MAKEPROP (QUOTE |InnerMultFact|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; printed 9 notes ; /tmp/oa-O1HAUw/code.fasl written ; compilation finished in 0:00:00.372 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/OUT.fasl --bootstrap OUT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OUT.spad using Spad compiler. OUT abbreviates package OutputPackage ------------------------------------------------------------------------ initializing stationary directory for OutputPackage compiling into /tmp/oa-CBuTP8 Time: 0 SEC. Cumulative Statistics for Constructor OutputPackage Time: 0 seconds finalizing NRLIB OUT ; compiling file "/tmp/oa-CBuTP8/code.lsp" (written 01 FEB 2016 11:03:08 PM): ; compiling (DEFUN |OutputPackage| ...) ; compiling (DEFUN |OutputPackage;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-CBuTP8/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/RATFACT.fasl --bootstrap RATFACT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RATFACT.spad using Spad compiler. RATFACT abbreviates package RationalFactorize ------------------------------------------------------------------------ initializing stationary directory for RationalFactorize compiling into /tmp/oa-TTaDmi Time: 0.08 SEC. Cumulative Statistics for Constructor RationalFactorize Time: 0.08 seconds finalizing NRLIB RATFACT ; compiling file "/tmp/oa-TTaDmi/code.lsp" (written 01 FEB 2016 11:03:08 PM): ; compiling (DEFUN |RationalFactorize| ...) ; compiling (DEFUN |RationalFactorize;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-TTaDmi/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/COMPFACT.fasl --bootstrap COMPFACT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/COMPFACT.spad using Spad compiler. COMPFACT abbreviates package ComplexFactorization ------------------------------------------------------------------------ initializing stationary directory for ComplexFactorization compiling into /tmp/oa-tnewxA Time: 0.08 SEC. Cumulative Statistics for Constructor ComplexFactorization Time: 0.08 seconds finalizing NRLIB COMPFACT ; compiling file "/tmp/oa-tnewxA/code.lsp" (written 01 FEB 2016 11:03:08 PM): ; compiling (DEFUN |ComplexFactorization| ...) ; compiling (DEFUN |ComplexFactorization;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-tnewxA/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/ALGFACT.fasl --bootstrap ALGFACT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ALGFACT.spad using Spad compiler. ALGFACT abbreviates package AlgFactor ------------------------------------------------------------------------ initializing stationary directory for AlgFactor compiling into /tmp/oa-GPqp7O Time: 0.06 SEC. Cumulative Statistics for Constructor AlgFactor Time: 0.06 seconds finalizing NRLIB ALGFACT ; compiling file "/tmp/oa-GPqp7O/code.lsp" (written 01 FEB 2016 11:03:08 PM): ; compiling (DEFUN |AlgFactor| ...) ; compiling (DEFUN |AlgFactor;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-GPqp7O/code.fasl written ; compilation finished in 0:00:00.024 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/UP.fasl --bootstrap UP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UP.spad using Spad compiler. UP abbreviates domain UnivariatePolynomial ------------------------------------------------------------------------ initializing stationary directory for UnivariatePolynomial compiling into /tmp/oa-iYXNpS Time: 0.10 SEC. Cumulative Statistics for Constructor UnivariatePolynomial Time: 0.10 seconds finalizing NRLIB UP ; compiling file "/tmp/oa-iYXNpS/code.lsp" (written 01 FEB 2016 11:03:09 PM): ; compiling (DEFUN |UnivariatePolynomial| ...) ; compiling (DEFUN |UnivariatePolynomial;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-iYXNpS/code.fasl written ; compilation finished in 0:00:00.032 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/SAEFACT.fasl --bootstrap SAEFACT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SAEFACT.spad using Spad compiler. SAEFACT abbreviates package SimpleAlgebraicExtensionAlgFactor ------------------------------------------------------------------------ initializing stationary directory for SimpleAlgebraicExtensionAlgFactor compiling into /tmp/oa-HWCYwm Time: 0.13 SEC. Cumulative Statistics for Constructor SimpleAlgebraicExtensionAlgFactor Time: 0.13 seconds finalizing NRLIB SAEFACT ; compiling file "/tmp/oa-HWCYwm/code.lsp" (written 01 FEB 2016 11:03:09 PM): ; compiling (DEFUN |SimpleAlgebraicExtensionAlgFactor| ...) ; compiling (DEFUN |SimpleAlgebraicExtensionAlgFactor;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-HWCYwm/code.fasl written ; compilation finished in 0:00:00.030 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/SAERFFC.fasl --bootstrap SAERFFC.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SAERFFC.spad using Spad compiler. SAERFFC abbreviates package SAERationalFunctionAlgFactor ------------------------------------------------------------------------ initializing stationary directory for SAERationalFunctionAlgFactor compiling into /tmp/oa-pWC3WQ Time: 0.14 SEC. Cumulative Statistics for Constructor SAERationalFunctionAlgFactor Time: 0.14 seconds finalizing NRLIB SAERFFC ; compiling file "/tmp/oa-pWC3WQ/code.lsp" (written 01 FEB 2016 11:03:10 PM): ; compiling (DEFUN |SAERationalFunctionAlgFactor| ...) ; compiling (DEFUN |SAERationalFunctionAlgFactor;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-pWC3WQ/code.fasl written ; compilation finished in 0:00:00.030 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/GENUFACT.fasl --optimize=3 GENUFACT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GENUFACT.spad using Spad compiler. GENUFACT abbreviates package GenUFactorize debug: compDefine1 lhs: (GenUFactorize R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE factor ((Factored (SparseUnivariatePolynomial R)) (SparseUnivariatePolynomial R)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE factor ((Factored (SparseUnivariatePolynomial R)) (SparseUnivariatePolynomial R)))) $param: (R) debug: evaluateType form: (Factored (SparseUnivariatePolynomial R)) $param: (R) Debug: evaluateType1 form: (Factored (SparseUnivariatePolynomial R)) debug: evaluateType1 x: (SparseUnivariatePolynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (R) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial R) c: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (R) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE factor ((Factored (SparseUnivariatePolynomial R)) (SparseUnivariatePolynomial R)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for GenUFactorize compiling into /tmp/oa-Fe1bg7 compiling local factorWarning : OutputForm -> Void Time: 0.06 SEC. compiling exported factor : SparseUnivariatePolynomial R -> Factored SparseUnivariatePolynomial R Time: 0.73 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] factor: not known that UnivariatePolynomialCategory(Integer) is of mode CATEGORY(domain,outputForm: (%,OutputForm) -> OutputForm,fmecg: (%,NonNegativeInteger,R,%) -> %) [2] factor: not known that UnivariatePolynomialCategory(Fraction (Integer)) is of mode CATEGORY(domain,outputForm: (%,OutputForm) -> OutputForm,fmecg: (%,NonNegativeInteger,R,%) -> %) [3] factor: not known that UnivariatePolynomialCategory(Complex (Integer)) is of mode CATEGORY(domain,outputForm: (%,OutputForm) -> OutputForm,fmecg: (%,NonNegativeInteger,R,%) -> %) [4] factor: not known that UnivariatePolynomialCategory(Complex (Fraction (Integer))) is of mode CATEGORY(domain,outputForm: (%,OutputForm) -> OutputForm,fmecg: (%,NonNegativeInteger,R,%) -> %) [5] factor: not known that UnivariatePolynomialCategory(AlgebraicNumber) is of mode CATEGORY(domain,outputForm: (%,OutputForm) -> OutputForm,fmecg: (%,NonNegativeInteger,R,%) -> %) [6] factor: symbol has no value [7] factor: not known that IntegralDomain is of mode CATEGORY(package,factor: SparseUnivariatePolynomial R -> Factored SparseUnivariatePolynomial R) Cumulative Statistics for Constructor GenUFactorize Time: 0.80 seconds finalizing NRLIB GENUFACT Processing GenUFactorize for Browser database: -- factor : PR -> Factored PR -- constructor ; compiling file "/tmp/oa-Fe1bg7/code.lsp" (written 01 FEB 2016 11:03:11 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |GENUFACT;factorWarning| ...) ; compiling (DEFUN |GENUFACT;factor;SupF;2| ...) ; compiling (DEFUN |GenUFactorize| ...) ; compiling (DEFUN |GenUFactorize;| ...) ; compiling (MAKEPROP (QUOTE |GenUFactorize|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-Fe1bg7/code.fasl written ; compilation finished in 0:00:00.052 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/MULTFACT.fasl --optimize=3 MULTFACT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MULTFACT.spad using Spad compiler. MULTFACT abbreviates package MultivariateFactorize debug: compDefine1 lhs: (MultivariateFactorize OV E R P) signature (pre-evaluate): ((CATEGORY package (SIGNATURE factor ((Factored P) P)) (SIGNATURE factor ((Factored (SparseUnivariatePolynomial P)) (SparseUnivariatePolynomial P)))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE factor ((Factored P) P)) (SIGNATURE factor ((Factored (SparseUnivariatePolynomial P)) (SparseUnivariatePolynomial P)))) $param: (OV E R P) debug: evaluateType form: (Factored P) $param: (OV E R P) Debug: evaluateType1 form: (Factored P) debug: evaluateType1 x: P m: (IntegralDomain) debug: evaluateType form: P $param: (OV E R P) debug: evaluateType form: (Factored (SparseUnivariatePolynomial P)) $param: (OV E R P) Debug: evaluateType1 form: (Factored (SparseUnivariatePolynomial P)) debug: evaluateType1 x: (SparseUnivariatePolynomial P) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (OV E R P) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (OV E R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial P) c: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (OV E R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE factor ((Factored P) P)) (SIGNATURE factor ((Factored (SparseUnivariatePolynomial P)) (SparseUnivariatePolynomial P)))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for MultivariateFactorize compiling into /tmp/oa-cXz3hj compiling exported factor : P -> Factored P Time: 0.22 SEC. compiling exported factor : SparseUnivariatePolynomial P -> Factored SparseUnivariatePolynomial P Time: 0.07 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Warnings: [1] factor: not known that OrderedSet is of mode CATEGORY(package,convert: % -> Symbol) Cumulative Statistics for Constructor MultivariateFactorize Time: 0.29 seconds finalizing NRLIB MULTFACT Processing MultivariateFactorize for Browser database: -- factor : P -> Factored P -- factor : USP -> Factored USP -- constructor ; compiling file "/tmp/oa-cXz3hj/code.lsp" (written 01 FEB 2016 11:03:11 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MULTFACT;factor;PF;1| ...) ; compiling (DEFUN |MULTFACT;factor;SupF;2| ...) ; compiling (DEFUN |MultivariateFactorize| ...) ; compiling (DEFUN |MultivariateFactorize;| ...) ; compiling (MAKEPROP (QUOTE |MultivariateFactorize|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-cXz3hj/code.fasl written ; compilation finished in 0:00:00.026 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SUPFRACF.spad && cp SUPFRACF.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SUPFRACF.fasl \ && if test -f SUPFRACF-.NRLIB/code.fasl; then \ cp SUPFRACF-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SUPFRACF-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SUPFRACF.spad using Spad compiler. SUPFRACF abbreviates package SupFractionFactorizer debug: compDefine1 lhs: (SupFractionFactorizer E OV R P) signature (pre-evaluate): ((CATEGORY package (SIGNATURE factor ((Factored (SparseUnivariatePolynomial (Fraction P))) (SparseUnivariatePolynomial (Fraction P)))) (SIGNATURE squareFree ((Factored (SparseUnivariatePolynomial (Fraction P))) (SparseUnivariatePolynomial (Fraction P))))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE factor ((Factored (SparseUnivariatePolynomial (Fraction P))) (SparseUnivariatePolynomial (Fraction P)))) (SIGNATURE squareFree ((Factored (SparseUnivariatePolynomial (Fraction P))) (SparseUnivariatePolynomial (Fraction P))))) $param: (E OV R P) debug: evaluateType form: (Factored (SparseUnivariatePolynomial (Fraction P))) $param: (E OV R P) Debug: evaluateType1 form: (Factored (SparseUnivariatePolynomial (Fraction P))) debug: evaluateType1 x: (SparseUnivariatePolynomial (Fraction P)) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (E OV R P) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial (Fraction P)) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial (Fraction P)) debug: evaluateType1 x: (Fraction P) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (E OV R P) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction P) $param: (E OV R P) Debug: evaluateType1 form: (Fraction P) debug: evaluateType1 x: P m: (IntegralDomain) debug: evalCategory d: (Fraction P) c: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial (Fraction P)) c: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial (Fraction P)) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial (Fraction P)) debug: evaluateType1 x: (Fraction P) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (E OV R P) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction P) $param: (E OV R P) Debug: evaluateType1 form: (Fraction P) debug: evaluateType1 x: P m: (IntegralDomain) debug: evalCategory d: (Fraction P) c: (Ring) debug: evaluateType form: (Factored (SparseUnivariatePolynomial (Fraction P))) $param: (E OV R P) Debug: evaluateType1 form: (Factored (SparseUnivariatePolynomial (Fraction P))) debug: evaluateType1 x: (SparseUnivariatePolynomial (Fraction P)) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (E OV R P) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial (Fraction P)) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial (Fraction P)) debug: evaluateType1 x: (Fraction P) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (E OV R P) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction P) $param: (E OV R P) Debug: evaluateType1 form: (Fraction P) debug: evaluateType1 x: P m: (IntegralDomain) debug: evalCategory d: (Fraction P) c: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial (Fraction P)) c: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial (Fraction P)) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial (Fraction P)) debug: evaluateType1 x: (Fraction P) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (E OV R P) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction P) $param: (E OV R P) Debug: evaluateType1 form: (Fraction P) debug: evaluateType1 x: P m: (IntegralDomain) debug: evalCategory d: (Fraction P) c: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE factor ((Factored (SparseUnivariatePolynomial (Fraction P))) (SparseUnivariatePolynomial (Fraction P)))) (SIGNATURE squareFree ((Factored (SparseUnivariatePolynomial (Fraction P))) (SparseUnivariatePolynomial (Fraction P))))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for SupFractionFactorizer compiling into /tmp/oa-CdV4aU compiling exported factor : SparseUnivariatePolynomial Fraction P -> Factored SparseUnivariatePolynomial Fraction P Time: 0.46 SEC. compiling exported squareFree : SparseUnivariatePolynomial Fraction P -> Factored SparseUnivariatePolynomial Fraction P Time: 0.36 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] squareFree: not known that IntegralDomain is of mode CATEGORY(package,factor: SparseUnivariatePolynomial Fraction P -> Factored SparseUnivariatePolynomial Fraction P,squareFree: SparseUnivariatePolynomial Fraction P -> Factored SparseUnivariatePolynomial Fraction P) Cumulative Statistics for Constructor SupFractionFactorizer Time: 0.82 seconds finalizing NRLIB SUPFRACF Processing SupFractionFactorizer for Browser database: -- factor : SUP FP -> Factored SUP FP -- squareFree : SUP FP -> Factored SUP FP -- constructor ; compiling file "/tmp/oa-CdV4aU/code.lsp" (written 01 FEB 2016 11:03:12 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SUPFRACF;factor;SupF;1| ...) ; compiling (DEFUN |SUPFRACF;squareFree;SupF;2| ...) ; compiling (DEFUN |SupFractionFactorizer| ...) ; compiling (DEFUN |SupFractionFactorizer;| ...) ; compiling (MAKEPROP (QUOTE |SupFractionFactorizer|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-CdV4aU/code.fasl written ; compilation finished in 0:00:00.051 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile COMMUPC.spad && cp COMMUPC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/COMMUPC.fasl \ && if test -f COMMUPC-.NRLIB/code.fasl; then \ cp COMMUPC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/COMMUPC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/COMMUPC.spad using Spad compiler. COMMUPC abbreviates package CommuteUnivariatePolynomialCategory debug: compDefine1 lhs: (CommuteUnivariatePolynomialCategory R UP UPUP) signature (pre-evaluate): ((CATEGORY package (SIGNATURE swap (UPUP UPUP))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE swap (UPUP UPUP))) $param: (R UP UPUP) debug: evaluateType form: UPUP $param: (R UP UPUP) debug: evaluateType form: UPUP $param: (R UP UPUP) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE swap (UPUP UPUP))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for CommuteUnivariatePolynomialCategory compiling into /tmp/oa-knzaiY compiling exported swap : UPUP -> UPUP Time: 0.12 SEC. compiling local makePoly : (UP,NonNegativeInteger) -> UPUP Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor CommuteUnivariatePolynomialCategory Time: 0.14 seconds finalizing NRLIB COMMUPC Processing CommuteUnivariatePolynomialCategory for Browser database: -- swap : UPUP -> UPUP -- constructor ; compiling file "/tmp/oa-knzaiY/code.lsp" (written 01 FEB 2016 11:03:13 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |COMMUPC;swap;2UPUP;1| ...) ; compiling (DEFUN |COMMUPC;makePoly| ...) ; compiling (DEFUN |CommuteUnivariatePolynomialCategory| ...) ; compiling (DEFUN |CommuteUnivariatePolynomialCategory;| ...) ; compiling (MAKEPROP (QUOTE |CommuteUnivariatePolynomialCategory|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-knzaiY/code.fasl written ; compilation finished in 0:00:00.030 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/COMBOPC.fasl --optimize=3 COMBOPC.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/COMBOPC.spad using Spad compiler. COMBOPC abbreviates category CombinatorialOpsCategory debug: compDefine1 lhs: (CombinatorialOpsCategory) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for CombinatorialOpsCategory compiling into /tmp/oa-4PYMlb STYLE-WARNING: redefining BOOT::|CombinatorialOpsCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB COMBOPC Processing CombinatorialOpsCategory for Browser database: -- factorials : % -> % -- factorials : (%,Symbol) -> % -- summation : (%,Symbol) -> % -- summation : (%,SegmentBinding %) -> % -- product : (%,Symbol) -> % -- product : (%,SegmentBinding %) -> % -- constructor ; compiling file "/tmp/oa-4PYMlb/code.lsp" (written 01 FEB 2016 11:03:13 PM): ; compiling (DEFPARAMETER |CombinatorialOpsCategory;AL| ...) ; compiling (DEFUN |CombinatorialOpsCategory;| ...) ; compiling (DEFUN |CombinatorialOpsCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-4PYMlb/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/PRIMCAT.fasl --optimize=3 PRIMCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PRIMCAT.spad using Spad compiler. PRIMCAT abbreviates category PrimitiveFunctionCategory debug: compDefine1 lhs: (PrimitiveFunctionCategory) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for PrimitiveFunctionCategory compiling into /tmp/oa-QWRSHm STYLE-WARNING: redefining BOOT::|PrimitiveFunctionCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB PRIMCAT Processing PrimitiveFunctionCategory for Browser database: -- integral : (%,Symbol) -> % -- integral : (%,SegmentBinding %) -> % -- constructor ; compiling file "/tmp/oa-QWRSHm/code.lsp" (written 01 FEB 2016 11:03:13 PM): ; compiling (DEFPARAMETER |PrimitiveFunctionCategory;AL| ...) ; compiling (DEFUN |PrimitiveFunctionCategory;| ...) ; compiling (DEFUN |PrimitiveFunctionCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-QWRSHm/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/LFCAT.fasl --optimize=3 LFCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LFCAT.spad using Spad compiler. LFCAT abbreviates category LiouvillianFunctionCategory debug: compDefine1 lhs: (LiouvillianFunctionCategory) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for LiouvillianFunctionCategory compiling into /tmp/oa-fF4Pat STYLE-WARNING: redefining BOOT::|LiouvillianFunctionCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB LFCAT Processing LiouvillianFunctionCategory for Browser database: -- Ei : % -> % -- Si : % -> % -- Ci : % -> % -- li : % -> % -- dilog : % -> % -- erf : % -> % -- constructor ; compiling file "/tmp/oa-fF4Pat/code.lsp" (written 01 FEB 2016 11:03:13 PM): ; compiling (DEFPARAMETER |LiouvillianFunctionCategory;AL| ...) ; compiling (DEFUN |LiouvillianFunctionCategory;| ...) ; compiling (DEFUN |LiouvillianFunctionCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-fF4Pat/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/SPFCAT.fasl --optimize=3 SPFCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SPFCAT.spad using Spad compiler. SPFCAT abbreviates category SpecialFunctionCategory debug: compDefine1 lhs: (SpecialFunctionCategory) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for SpecialFunctionCategory compiling into /tmp/oa-Vsq6gF STYLE-WARNING: redefining BOOT::|SpecialFunctionCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB SPFCAT Processing SpecialFunctionCategory for Browser database: -- abs : % -> % -- Gamma : % -> % -- Beta : (%,%) -> % -- digamma : % -> % -- polygamma : (%,%) -> % -- Gamma : (%,%) -> % -- besselJ : (%,%) -> % -- besselY : (%,%) -> % -- besselI : (%,%) -> % -- besselK : (%,%) -> % -- airyAi : % -> % -- airyBi : % -> % -- constructor ; compiling file "/tmp/oa-Vsq6gF/code.lsp" (written 01 FEB 2016 11:03:13 PM): ; compiling (DEFPARAMETER |SpecialFunctionCategory;AL| ...) ; compiling (DEFUN |SpecialFunctionCategory;| ...) ; compiling (DEFUN |SpecialFunctionCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-Vsq6gF/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/KERNEL2.fasl --optimize=3 KERNEL2.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/KERNEL2.spad using Spad compiler. KERNEL2 abbreviates package KernelFunctions2 debug: compDefine1 lhs: (KernelFunctions2 R S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE constantKernel ((Kernel S) R)) (SIGNATURE constantIfCan ((Union R failed) (Kernel S)))) (SetCategory) (SetCategory)) debug: evaluateType form: (CATEGORY package (SIGNATURE constantKernel ((Kernel S) R)) (SIGNATURE constantIfCan ((Union R failed) (Kernel S)))) $param: (R S) debug: evaluateType form: (Kernel S) $param: (R S) Debug: evaluateType1 form: (Kernel S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: R $param: (R S) debug: evaluateType form: (Union R failed) $param: (R S) debug: evaluateType form: R $param: (R S) debug: evaluateType form: failed $param: (R S) debug: evaluateType form: (Kernel S) $param: (R S) Debug: evaluateType1 form: (Kernel S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R S) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE constantKernel ((Kernel S) R)) (SIGNATURE constantIfCan ((Union R failed) (Kernel S)))) (SetCategory) (SetCategory)) debug: compDefine1 lhs: (KernelFunctions2 R S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE constantKernel ((Kernel S) R)) (SIGNATURE constantIfCan ((Union R failed) (Kernel S)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE constantKernel ((Kernel S) R)) (SIGNATURE constantIfCan ((Union R failed) (Kernel S)))) $param: (R S) debug: evaluateType form: (Kernel S) $param: (R S) Debug: evaluateType1 form: (Kernel S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: R $param: (R S) debug: evaluateType form: (Union R failed) $param: (R S) debug: evaluateType form: R $param: (R S) debug: evaluateType form: failed $param: (R S) debug: evaluateType form: (Kernel S) $param: (R S) Debug: evaluateType1 form: (Kernel S) debug: evaluateType1 x: S m: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE constantKernel ((Kernel S) R)) (SIGNATURE constantIfCan ((Union R failed) (Kernel S)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for KernelFunctions2 compiling into /tmp/oa-jJzELR importing BasicOperatorFunctions1 R compiling exported constantKernel : R -> Kernel S Time: 0.07 SEC. compiling exported constantIfCan : Kernel S -> Union(R,failed) Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor KernelFunctions2 Time: 0.07 seconds finalizing NRLIB KERNEL2 Processing KernelFunctions2 for Browser database: -- constantKernel : R -> Kernel S -- constantIfCan : Kernel S -> Union(R,"failed") -- constructor ; compiling file "/tmp/oa-jJzELR/code.lsp" (written 01 FEB 2016 11:03:13 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |KERNEL2;constantKernel;RK;1| ...) ; compiling (DEFUN |KERNEL2;constantIfCan;KU;2| ...) ; file: /tmp/oa-jJzELR/code.lsp ; in: DEFUN |KERNEL2;constantIfCan;KU;2| ; (DEFUN BOOT::|KERNEL2;constantIfCan;KU;2| (BOOT::|k| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|k| (BOOT::|shellEntry| BOOT::$ 18)) ; (BOOT::|shellEntry| BOOT::$ 20))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|KERNEL2;constantIfCan;KU;2| ; (BOOT::|k| BOOT::$) ; (BLOCK BOOT::|KERNEL2;constantIfCan;KU;2| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|k| (BOOT::|shellEntry| BOOT::$ 18)) ; (BOOT::|shellEntry| BOOT::$ 20)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |KernelFunctions2| ...) ; compiling (DEFUN |KernelFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |KernelFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-jJzELR/code.fasl written ; compilation finished in 0:00:00.022 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/FACTFUNC.fasl --bootstrap FACTFUNC.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FACTFUNC.spad using Spad compiler. FACTFUNC abbreviates package FactoredFunctions ------------------------------------------------------------------------ initializing stationary directory for FactoredFunctions compiling into /tmp/oa-asEAk6 Time: 0.02 SEC. Cumulative Statistics for Constructor FactoredFunctions Time: 0.02 seconds finalizing NRLIB FACTFUNC ; compiling file "/tmp/oa-asEAk6/code.lsp" (written 01 FEB 2016 11:03:13 PM): ; compiling (DEFUN |FactoredFunctions| ...) ; compiling (DEFUN |FactoredFunctions;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-asEAk6/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/POLYROOT.fasl --optimize=3 POLYROOT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/POLYROOT.spad using Spad compiler. POLYROOT abbreviates package PolynomialRoots debug: compDefine1 lhs: (PolynomialRoots E V R P F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE rroot ((Record (: exponent (NonNegativeInteger)) (: coef F) (: radicand F)) R (NonNegativeInteger))) (SIGNATURE qroot ((Record (: exponent (NonNegativeInteger)) (: coef F) (: radicand F)) (Fraction (Integer)) (NonNegativeInteger))) (IF (has R (GcdDomain)) (SIGNATURE froot ((Record (: exponent (NonNegativeInteger)) (: coef F) (: radicand F)) F (NonNegativeInteger))) %noBranch) (SIGNATURE nthr ((Record (: exponent (NonNegativeInteger)) (: coef P) (: radicand (List P))) P (NonNegativeInteger)))) NIL NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE rroot ((Record (: exponent (NonNegativeInteger)) (: coef F) (: radicand F)) R (NonNegativeInteger))) (SIGNATURE qroot ((Record (: exponent (NonNegativeInteger)) (: coef F) (: radicand F)) (Fraction (Integer)) (NonNegativeInteger))) (IF (has R (GcdDomain)) (SIGNATURE froot ((Record (: exponent (NonNegativeInteger)) (: coef F) (: radicand F)) F (NonNegativeInteger))) %noBranch) (SIGNATURE nthr ((Record (: exponent (NonNegativeInteger)) (: coef P) (: radicand (List P))) P (NonNegativeInteger)))) $param: (E V R P F) debug: evaluateType form: (Record (: exponent (NonNegativeInteger)) (: coef F) (: radicand F)) $param: (E V R P F) debug: evaluateType form: (NonNegativeInteger) $param: (E V R P F) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: F $param: (E V R P F) debug: evaluateType form: F $param: (E V R P F) debug: evaluateType form: R $param: (E V R P F) debug: evaluateType form: (NonNegativeInteger) $param: (E V R P F) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Record (: exponent (NonNegativeInteger)) (: coef F) (: radicand F)) $param: (E V R P F) debug: evaluateType form: (NonNegativeInteger) $param: (E V R P F) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: F $param: (E V R P F) debug: evaluateType form: F $param: (E V R P F) debug: evaluateType form: (Fraction (Integer)) $param: (E V R P F) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (E V R P F) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (E V R P F) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (NonNegativeInteger) $param: (E V R P F) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Record (: exponent (NonNegativeInteger)) (: coef P) (: radicand (List P))) $param: (E V R P F) debug: evaluateType form: (NonNegativeInteger) $param: (E V R P F) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: P $param: (E V R P F) debug: evaluateType form: (List P) $param: (E V R P F) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: P $param: (E V R P F) debug: evaluateType form: (NonNegativeInteger) $param: (E V R P F) Debug: evaluateType1 form: (NonNegativeInteger) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE rroot ((Record (: exponent (NonNegativeInteger)) (: coef F) (: radicand F)) R (NonNegativeInteger))) (SIGNATURE qroot ((Record (: exponent (NonNegativeInteger)) (: coef F) (: radicand F)) (Fraction (Integer)) (NonNegativeInteger))) (IF (has R (GcdDomain)) (SIGNATURE froot ((Record (: exponent (NonNegativeInteger)) (: coef F) (: radicand F)) F (NonNegativeInteger))) %noBranch) (SIGNATURE nthr ((Record (: exponent (NonNegativeInteger)) (: coef P) (: radicand (List P))) P (NonNegativeInteger)))) NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PolynomialRoots compiling into /tmp/oa-2tvur6 importing FactoredFunctions Integer importing FactoredFunctions P compiling local zroot : (Integer,NonNegativeInteger) -> Record(exponent: NonNegativeInteger,coef: Integer,radicand: Integer) Time: 0.14 SEC. compiling local czroot : (Integer,NonNegativeInteger) -> Record(exponent: NonNegativeInteger,coef: F,radicand: F) Time: 0.09 SEC. compiling exported qroot : (Fraction Integer,NonNegativeInteger) -> Record(exponent: NonNegativeInteger,coef: F,radicand: F) Time: 0.04 SEC. compiling exported qroot : (Fraction Integer,NonNegativeInteger) -> Record(exponent: NonNegativeInteger,coef: F,radicand: F) Time: 0.16 SEC. compiling exported rroot : (R,NonNegativeInteger) -> Record(exponent: NonNegativeInteger,coef: F,radicand: F) Time: 0.03 SEC. compiling exported rroot : (R,NonNegativeInteger) -> Record(exponent: NonNegativeInteger,coef: F,radicand: F) Time: 0.03 SEC. compiling exported rroot : (R,NonNegativeInteger) -> Record(exponent: NonNegativeInteger,coef: F,radicand: F) Time: 0.01 SEC. compiling local rsplit : List P -> Record(coef: R,poly: P) Time: 0.01 SEC. compiling exported nthr : (P,NonNegativeInteger) -> Record(exponent: NonNegativeInteger,coef: P,radicand: List P) Time: 0.06 SEC. compiling exported nthr : (P,NonNegativeInteger) -> Record(exponent: NonNegativeInteger,coef: P,radicand: List P) Time: 0.02 SEC. compiling exported froot : (F,NonNegativeInteger) -> Record(exponent: NonNegativeInteger,coef: F,radicand: F) Time: 0.40 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] zroot: not known that IntegralDomain is of mode CATEGORY(package,rroot: (R,NonNegativeInteger) -> Record(exponent: NonNegativeInteger,coef: F,radicand: F),qroot: (Fraction Integer,NonNegativeInteger) -> Record(exponent: NonNegativeInteger,coef: F,radicand: F),IF(hasRGcdDomain(),froot: (F,NonNegativeInteger) -> Record(exponent: NonNegativeInteger,coef: F,radicand: F),%noBranch),nthr: (P,NonNegativeInteger) -> Record(exponent: NonNegativeInteger,coef: P,radicand: List P)) Cumulative Statistics for Constructor PolynomialRoots Time: 0.99 seconds finalizing NRLIB POLYROOT Processing PolynomialRoots for Browser database: --->../../x86_64-unknown-linux-gnu/src/algebra/manip.spad-->PolynomialRoots((coerce (% P))): Not documented!!!! -- numer : % -> P -- denom : % -> P -- rroot : (R,N) -> REC -- qroot : (Q,N) -> REC -- froot : (F,N) -> REC -- nthr : (P,N) -> Record(exponent: N,coef: P,radicand: List P) -- constructor ; compiling file "/tmp/oa-2tvur6/code.lsp" (written 01 FEB 2016 11:03:15 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |POLYROOT;zroot| ...) ; compiling (DEFUN |POLYROOT;czroot| ...) ; compiling (DEFUN |POLYROOT;qroot;FNniR;3| ...) ; compiling (DEFUN |POLYROOT;qroot;FNniR;4| ...) ; compiling (DEFUN |POLYROOT;rroot;RNniR;5| ...) ; file: /tmp/oa-2tvur6/code.lsp ; in: DEFUN |POLYROOT;rroot;RNniR;5| ; (DEFUN BOOT::|POLYROOT;rroot;RNniR;5| (BOOT::|x| BOOT::|n| BOOT::$) ; (LET ((BOOT::|r| (BOOT::SPADCALL BOOT::|x| #))) ; (COND ((EQL # 1) (VECTOR BOOT::|n| # #)) ; (T (BOOT::SPADCALL # BOOT::|n| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|POLYROOT;rroot;RNniR;5| ; (BOOT::|x| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|POLYROOT;rroot;RNniR;5| ; (LET ((BOOT::|r| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |POLYROOT;rroot;RNniR;6| ...) ; file: /tmp/oa-2tvur6/code.lsp ; in: DEFUN |POLYROOT;rroot;RNniR;6| ; (DEFUN BOOT::|POLYROOT;rroot;RNniR;6| (BOOT::|x| BOOT::|n| BOOT::$) ; (LET ((BOOT::|r| (BOOT::SPADCALL BOOT::|x| #))) ; (COND ((EQL # 1) (VECTOR BOOT::|n| # #)) ; (T (BOOT::SPADCALL # BOOT::|n| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|POLYROOT;rroot;RNniR;6| ; (BOOT::|x| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|POLYROOT;rroot;RNniR;6| ; (LET ((BOOT::|r| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |POLYROOT;rroot;RNniR;7| ...) ; compiling (DEFUN |POLYROOT;rsplit| ...) ; compiling (DEFUN |POLYROOT;nthr;PNniR;9| ...) ; file: /tmp/oa-2tvur6/code.lsp ; in: DEFUN |POLYROOT;nthr;PNniR;9| ; (DEFUN BOOT::|POLYROOT;nthr;PNniR;9| (BOOT::|x| BOOT::|n| BOOT::$) ; (PROG (BOOT::|rec|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|POLYROOT;nthr;PNniR;9| ; (BOOT::|x| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|POLYROOT;nthr;PNniR;9| ; (PROG (BOOT::|rec|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |POLYROOT;nthr;PNniR;10| ...) ; file: /tmp/oa-2tvur6/code.lsp ; in: DEFUN |POLYROOT;nthr;PNniR;10| ; (DEFUN BOOT::|POLYROOT;nthr;PNniR;10| (BOOT::|x| BOOT::|n| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 57)) ; BOOT::|n| (BOOT::|shellEntry| BOOT::$ 62))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|POLYROOT;nthr;PNniR;10| ; (BOOT::|x| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|POLYROOT;nthr;PNniR;10| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 57)) BOOT::|n| ; (BOOT::|shellEntry| BOOT::$ 62)))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |POLYROOT;froot;FNniR;11| ...) ; compiling (DEFUN |PolynomialRoots| ...) ; compiling (DEFUN |PolynomialRoots;| ...) ; compiling (MAKEPROP (QUOTE |PolynomialRoots|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 4 notes ; /tmp/oa-2tvur6/code.fasl written ; compilation finished in 0:00:00.128 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/POLYCATQ.fasl --optimize=3 POLYCATQ.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/POLYCATQ.spad using Spad compiler. POLYCATQ abbreviates package PolynomialCategoryQuotientFunctions debug: compDefine1 lhs: (PolynomialCategoryQuotientFunctions E V R P F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE variables ((List V) F)) (SIGNATURE mainVariable ((Union V failed) F)) (SIGNATURE univariate ((Fraction (SparseUnivariatePolynomial F)) F V)) (SIGNATURE multivariate (F (Fraction (SparseUnivariatePolynomial F)) V)) (SIGNATURE univariate ((SparseUnivariatePolynomial F) F V (SparseUnivariatePolynomial F))) (SIGNATURE isPlus ((Union (List F) failed) F)) (SIGNATURE isTimes ((Union (List F) failed) F)) (SIGNATURE isExpt ((Union (Record (: var V) (: exponent (Integer))) failed) F)) (SIGNATURE isPower ((Union (Record (: val F) (: exponent (Integer))) failed) F))) NIL NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE variables ((List V) F)) (SIGNATURE mainVariable ((Union V failed) F)) (SIGNATURE univariate ((Fraction (SparseUnivariatePolynomial F)) F V)) (SIGNATURE multivariate (F (Fraction (SparseUnivariatePolynomial F)) V)) (SIGNATURE univariate ((SparseUnivariatePolynomial F) F V (SparseUnivariatePolynomial F))) (SIGNATURE isPlus ((Union (List F) failed) F)) (SIGNATURE isTimes ((Union (List F) failed) F)) (SIGNATURE isExpt ((Union (Record (: var V) (: exponent (Integer))) failed) F)) (SIGNATURE isPower ((Union (Record (: val F) (: exponent (Integer))) failed) F))) $param: (E V R P F) debug: evaluateType form: (List V) $param: (E V R P F) Debug: evaluateType1 form: (List V) debug: evaluateType1 x: V m: (Type) debug: evaluateType form: F $param: (E V R P F) debug: evaluateType form: (Union V failed) $param: (E V R P F) debug: evaluateType form: V $param: (E V R P F) debug: evaluateType form: failed $param: (E V R P F) debug: evaluateType form: F $param: (E V R P F) debug: evaluateType form: (Fraction (SparseUnivariatePolynomial F)) $param: (E V R P F) Debug: evaluateType1 form: (Fraction (SparseUnivariatePolynomial F)) debug: evaluateType1 x: (SparseUnivariatePolynomial F) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (E V R P F) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (E V R P F) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial F) c: (IntegralDomain) debug: evaluateType form: F $param: (E V R P F) debug: evaluateType form: V $param: (E V R P F) debug: evaluateType form: F $param: (E V R P F) debug: evaluateType form: (Fraction (SparseUnivariatePolynomial F)) $param: (E V R P F) Debug: evaluateType1 form: (Fraction (SparseUnivariatePolynomial F)) debug: evaluateType1 x: (SparseUnivariatePolynomial F) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (E V R P F) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (E V R P F) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial F) c: (IntegralDomain) debug: evaluateType form: V $param: (E V R P F) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (E V R P F) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: F $param: (E V R P F) debug: evaluateType form: V $param: (E V R P F) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (E V R P F) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (Union (List F) failed) $param: (E V R P F) debug: evaluateType form: (List F) $param: (E V R P F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: failed $param: (E V R P F) debug: evaluateType form: F $param: (E V R P F) debug: evaluateType form: (Union (List F) failed) $param: (E V R P F) debug: evaluateType form: (List F) $param: (E V R P F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: failed $param: (E V R P F) debug: evaluateType form: F $param: (E V R P F) debug: evaluateType form: (Union (Record (: var V) (: exponent (Integer))) failed) $param: (E V R P F) debug: evaluateType form: (Record (: var V) (: exponent (Integer))) $param: (E V R P F) debug: evaluateType form: V $param: (E V R P F) debug: evaluateType form: (Integer) $param: (E V R P F) Debug: evaluateType1 form: (Integer) debug: evaluateType form: failed $param: (E V R P F) debug: evaluateType form: F $param: (E V R P F) debug: evaluateType form: (Union (Record (: val F) (: exponent (Integer))) failed) $param: (E V R P F) debug: evaluateType form: (Record (: val F) (: exponent (Integer))) $param: (E V R P F) debug: evaluateType form: F $param: (E V R P F) debug: evaluateType form: (Integer) $param: (E V R P F) Debug: evaluateType1 form: (Integer) debug: evaluateType form: failed $param: (E V R P F) debug: evaluateType form: F $param: (E V R P F) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE variables ((List V) F)) (SIGNATURE mainVariable ((Union V failed) F)) (SIGNATURE univariate ((Fraction (SparseUnivariatePolynomial F)) F V)) (SIGNATURE multivariate (F (Fraction (SparseUnivariatePolynomial F)) V)) (SIGNATURE univariate ((SparseUnivariatePolynomial F) F V (SparseUnivariatePolynomial F))) (SIGNATURE isPlus ((Union (List F) failed) F)) (SIGNATURE isTimes ((Union (List F) failed) F)) (SIGNATURE isExpt ((Union (Record (: var V) (: exponent (Integer))) failed) F)) (SIGNATURE isPower ((Union (Record (: val F) (: exponent (Integer))) failed) F))) NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PolynomialCategoryQuotientFunctions compiling into /tmp/oa-2JjVns compiling exported univariate : (F,V) -> Fraction SparseUnivariatePolynomial F Time: 0.13 SEC. compiling exported univariate : (F,V,SparseUnivariatePolynomial F) -> SparseUnivariatePolynomial F Time: 0.06 SEC. compiling exported multivariate : (Fraction SparseUnivariatePolynomial F,V) -> F Time: 0.04 SEC. compiling local mymerge : (List V,List V) -> List V Time: 0.02 SEC. compiling exported variables : F -> List V Time: 0.00 SEC. compiling exported isPower : F -> Union(Record(val: F,exponent: Integer),failed) Time: 0.07 SEC. compiling exported isExpt : F -> Union(Record(var: V,exponent: Integer),failed) Time: 0.05 SEC. compiling exported isTimes : F -> Union(List F,failed) Time: 0.06 SEC. compiling exported isPlus : F -> Union(List F,failed) Time: 0.04 SEC. compiling exported mainVariable : F -> Union(V,failed) Time: 0.01 SEC. compiling local P2UP : (P,V) -> SparseUnivariatePolynomial F Time: 0.05 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] isPower: var has no value [2] P2UP: not known that Ring is of mode CATEGORY(package,variables: F -> List V,mainVariable: F -> Union(V,"failed"),univariate: (F,V) -> Fraction SparseUnivariatePolynomial F,multivariate: (Fraction SparseUnivariatePolynomial F,V) -> F,univariate: (F,V,SparseUnivariatePolynomial F) -> SparseUnivariatePolynomial F,isPlus: F -> Union(List F,"failed"),isTimes: F -> Union(List F,"failed"),isExpt: F -> Union(Record(var: V,exponent: Integer),"failed"),isPower: F -> Union(Record(val: F,exponent: Integer),"failed")) Cumulative Statistics for Constructor PolynomialCategoryQuotientFunctions Time: 0.53 seconds finalizing NRLIB POLYCATQ Processing PolynomialCategoryQuotientFunctions for Browser database: --->../../x86_64-unknown-linux-gnu/src/algebra/rf.spad-->PolynomialCategoryQuotientFunctions((coerce (% P))): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/rf.spad-->PolynomialCategoryQuotientFunctions((numer (P %))): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/rf.spad-->PolynomialCategoryQuotientFunctions((denom (P %))): Not documented!!!! -- variables : F -> List V -- mainVariable : F -> Union(V,"failed") -- univariate : (F,V) -> RF -- multivariate : (RF,V) -> F -- univariate : (F,V,UP) -> UP -- isPlus : F -> Union(List F,"failed") -- isTimes : F -> Union(List F,"failed") -- isExpt : F -> Union(Record(var: V,exponent: Integer),"failed") -- isPower : F -> Union(Record(val: F,exponent: Integer),"failed") -- constructor ; compiling file "/tmp/oa-2JjVns/code.lsp" (written 01 FEB 2016 11:03:15 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |POLYCATQ;univariate;FVF;1| ...) ; compiling (DEFUN |POLYCATQ;univariate;FV2Sup;2| ...) ; compiling (DEFUN |POLYCATQ;multivariate;FVF;3| ...) ; compiling (DEFUN |POLYCATQ;mymerge| ...) ; compiling (DEFUN |POLYCATQ;variables;FL;5| ...) ; compiling (DEFUN |POLYCATQ;isPower;FU;6| ...) ; compiling (DEFUN |POLYCATQ;isExpt;FU;7| ...) ; compiling (DEFUN |POLYCATQ;isTimes;FU;8| ...) ; compiling (DEFUN |POLYCATQ;isPlus;FU;9| ...) ; compiling (DEFUN |POLYCATQ;mainVariable;FU;10| ...) ; compiling (DEFUN |POLYCATQ;P2UP| ...) ; compiling (DEFUN |POLYCATQ;P2UP!0| ...) ; compiling (DEFUN |PolynomialCategoryQuotientFunctions| ...) ; compiling (DEFUN |PolynomialCategoryQuotientFunctions;| ...) ; compiling (MAKEPROP (QUOTE |PolynomialCategoryQuotientFunctions|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-2JjVns/code.fasl written ; compilation finished in 0:00:00.093 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/MKUCFUNC.fasl --bootstrap MKUCFUNC.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MKUCFUNC.spad using Spad compiler. MKUCFUNC abbreviates package MakeUnaryCompiledFunction ------------------------------------------------------------------------ initializing stationary directory for MakeUnaryCompiledFunction compiling into /tmp/oa-6TVHPd Time: 0.00 SEC. Cumulative Statistics for Constructor MakeUnaryCompiledFunction Time: 0.00 seconds finalizing NRLIB MKUCFUNC ; compiling file "/tmp/oa-6TVHPd/code.lsp" (written 01 FEB 2016 11:03:16 PM): ; compiling (DEFUN |MakeUnaryCompiledFunction| ...) ; compiling (DEFUN |MakeUnaryCompiledFunction;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-6TVHPd/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/CACHSET.fasl --bootstrap CACHSET.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CACHSET.spad using Spad compiler. CACHSET abbreviates category CachableSet ------------------------------------------------------------------------ initializing stationary directory for CachableSet compiling into /tmp/oa-whkCEp STYLE-WARNING: redefining BOOT::|CachableSet| in DEFUN Time: 0.00 SEC. finalizing NRLIB CACHSET ; compiling file "/tmp/oa-whkCEp/code.lsp" (written 01 FEB 2016 11:03:16 PM): ; compiling (DEFPARAMETER |CachableSet;AL| ...) ; compiling (DEFUN |CachableSet;| ...) ; compiling (DEFUN |CachableSet| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-whkCEp/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/KERNEL.fasl --bootstrap KERNEL.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/KERNEL.spad using Spad compiler. KERNEL abbreviates domain Kernel ------------------------------------------------------------------------ initializing stationary directory for Kernel compiling into /tmp/oa-RHELvx Time: 0.01 SEC. Cumulative Statistics for Constructor Kernel Time: 0.01 seconds finalizing NRLIB KERNEL ; compiling file "/tmp/oa-RHELvx/code.lsp" (written 01 FEB 2016 11:03:16 PM): ; compiling (DEFUN |Kernel| ...) ; compiling (DEFUN |Kernel;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-RHELvx/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/COMMONOP.fasl --bootstrap COMMONOP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/COMMONOP.spad using Spad compiler. COMMONOP abbreviates package CommonOperators ------------------------------------------------------------------------ initializing stationary directory for CommonOperators compiling into /tmp/oa-XW93JK Time: 0.00 SEC. Cumulative Statistics for Constructor CommonOperators Time: 0.00 seconds finalizing NRLIB COMMONOP ; compiling file "/tmp/oa-XW93JK/code.lsp" (written 01 FEB 2016 11:03:16 PM): ; compiling (DEFUN |CommonOperators| ...) ; compiling (DEFUN |CommonOperators;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-XW93JK/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/BOP1.fasl --bootstrap BOP1.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/BOP1.spad using Spad compiler. BOP1 abbreviates package BasicOperatorFunctions1 ------------------------------------------------------------------------ initializing stationary directory for BasicOperatorFunctions1 compiling into /tmp/oa-oAnyiO Time: 0.00 SEC. Cumulative Statistics for Constructor BasicOperatorFunctions1 Time: 0.00 seconds finalizing NRLIB BOP1 ; compiling file "/tmp/oa-oAnyiO/code.lsp" (written 01 FEB 2016 11:03:16 PM): ; compiling (DEFUN |BasicOperatorFunctions1| ...) ; compiling (DEFUN |BasicOperatorFunctions1;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-oAnyiO/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/ES.fasl --optimize=3 ES.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ES.spad using Spad compiler. ES abbreviates category ExpressionSpace debug: compDefine1 lhs: (ExpressionSpace) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for ExpressionSpace compiling into /tmp/oa-EiXdfW STYLE-WARNING: redefining BOOT::|ExpressionSpace| in DEFUN Time: 0.02 SEC. ES- abbreviates package ExpressionSpace& ------------------------------------------------------------------------ initializing stationary directory for ExpressionSpace& compiling into /tmp/oa-982xYR Debug compQuote expr: (QUOTE %paren) m: $EmptyMode Debug compQuote expr: (QUOTE %paren) m: (Symbol) Debug compQuote expr: (QUOTE %box) m: $EmptyMode Debug compQuote expr: (QUOTE %box) m: (Symbol) compiling exported box : S -> S Time: 0.02 SEC. compiling exported paren : S -> S Time: 0 SEC. compiling exported belong? : BasicOperator -> Boolean Time: 0.00 SEC. compiling exported tower : S -> List Kernel S Time: 0.02 SEC. compiling local allk : List S -> List Kernel S Time: 0.02 SEC. compiling exported operators : S -> List BasicOperator Time: 0.01 SEC. compiling exported height : S -> NonNegativeInteger Time: 0.07 SEC. compiling exported freeOf? : (S,Symbol) -> Boolean Time: 0.03 SEC. compiling exported distribute : S -> S Time: 0.01 SEC. compiling exported box : List S -> S Time: 0.01 SEC. compiling exported paren : List S -> S Time: 0.01 SEC. compiling exported freeOf? : (S,S) -> Boolean Time: 0.02 SEC. compiling exported kernel : (BasicOperator,S) -> S Time: 0.01 SEC. compiling exported elt : (BasicOperator,S) -> S Time: 0.01 SEC. compiling exported elt : (BasicOperator,S,S) -> S Time: 0.01 SEC. compiling exported elt : (BasicOperator,S,S,S) -> S Time: 0.01 SEC. compiling exported elt : (BasicOperator,S,S,S,S) -> S Time: 0.02 SEC. compiling exported eval : (S,Symbol,List S -> S) -> S Time: 0.08 SEC. compiling exported eval : (S,BasicOperator,List S -> S) -> S Time: 0.09 SEC. compiling exported eval : (S,Symbol,S -> S) -> S Time: 0.11 SEC. compiling exported eval : (S,BasicOperator,S -> S) -> S Time: 0.15 SEC. compiling exported subst : (S,Equation S) -> S Time: 0.01 SEC. compiling exported eval : (S,List BasicOperator,List S -> S) -> S Time: 0.05 SEC. compiling exported eval : (S,List Symbol,List S -> S) -> S Time: 0.05 SEC. compiling exported eval : (S,List BasicOperator,List List S -> S) -> S Time: 0.16 SEC. compiling exported map : (S -> S,Kernel S) -> S Time: 0.02 SEC. compiling exported operator : BasicOperator -> BasicOperator Debug compQuote expr: (QUOTE %paren) m: $EmptyMode Debug compQuote expr: (QUOTE %paren) m: (Symbol) Debug compQuote expr: (QUOTE %box) m: $EmptyMode Debug compQuote expr: (QUOTE %box) m: (Symbol) Time: 0.01 SEC. compiling exported mainKernel : S -> Union(Kernel S,failed) Time: 0.02 SEC. compiling local allKernels : S -> List Kernel S Debug compQuote expr: (QUOTE %dummyVar) m: (Identifier) Time: 0.09 SEC. compiling exported kernel : (BasicOperator,List S) -> S Time: 0.01 SEC. compiling local okkernel : (BasicOperator,List S) -> S Time: 0.04 SEC. compiling exported elt : (BasicOperator,List S) -> S Time: 0.08 SEC. compiling exported retract : S -> Kernel S Time: 0.01 SEC. compiling exported retractIfCan : S -> Union(Kernel S,failed) Time: 0.00 SEC. compiling exported is? : (S,Symbol) -> Boolean Time: 0.01 SEC. compiling exported is? : (S,BasicOperator) -> Boolean Time: 0.01 SEC. compiling local unwrap : (List Kernel S,S) -> S Time: 0.02 SEC. compiling exported distribute : (S,S) -> S Debug compQuote expr: (QUOTE %paren) m: $EmptyMode Debug compQuote expr: (QUOTE %paren) m: (Symbol) Time: 0.02 SEC. compiling exported eval : (S,List Equation S) -> S Time: 0.04 SEC. compiling exported subst : (S,List Equation S) -> S Time: 0.02 SEC. compiling local mkKerLists : List Equation S -> Record(lstk: List Kernel S,lstv: List S) Time: 0.08 SEC. compiling exported even? : S -> Boolean Time: 0.01 SEC. compiling exported odd? : S -> Boolean Time: 0.01 SEC. compiling local intpred? : (S,Integer -> Boolean) -> Boolean Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] tower: not known that SetCategory is of mode CATEGORY(package,odd?: S -> Boolean,even?: S -> Boolean,eval: (S,BasicOperator,(S -> S)) -> S,eval: (S,BasicOperator,(List S -> S)) -> S,eval: (S,List BasicOperator,List (List S -> S)) -> S,eval: (S,List BasicOperator,List (S -> S)) -> S,eval: (S,Symbol,(S -> S)) -> S,eval: (S,Symbol,(List S -> S)) -> S,eval: (S,List Symbol,List (List S -> S)) -> S,eval: (S,List Symbol,List (S -> S)) -> S,freeOf?: (S,Symbol) -> Boolean,freeOf?: (S,S) -> Boolean,map: ((S -> S),Kernel S) -> S,kernel: (BasicOperator,List S) -> S,kernel: (BasicOperator,S) -> S,is?: (S,Symbol) -> Boolean,is?: (S,BasicOperator) -> Boolean,belong?: BasicOperator -> Boolean,operator: BasicOperator -> BasicOperator,operators: S -> List BasicOperator,tower: S -> List Kernel S,mainKernel: S -> Union(Kernel S,"failed"),height: S -> NonNegativeInteger,distribute: (S,S) -> S,distribute: S -> S,paren: List S -> S,paren: S -> S,box: List S -> S,box: S -> S,subst: (S,List Kernel S,List S) -> S,subst: (S,List Equation S) -> S,subst: (S,Equation S) -> S,elt: (BasicOperator,List S) -> S,elt: (BasicOperator,S,S,S,S) -> S,elt: (BasicOperator,S,S,S) -> S,elt: (BasicOperator,S,S) -> S,elt: (BasicOperator,S) -> S,eval: (S,List S,List S) -> S,eval: (S,S,S) -> S,eval: (S,Equation S) -> S,eval: (S,List Equation S) -> S,eval: (S,List Kernel S,List S) -> S,eval: (S,Kernel S,S) -> S,retractIfCan: S -> Union(Kernel S,"failed"),retract: S -> Kernel S) [2] height: reduce has no value [3] freeOf?: member? has no value [4] eval: IN has no value [5] eval: f has no value [6] eval: s has no value [7] map: IN has no value [8] map: x has no value [9] mainKernel: empty? has no value [10] okkernel: + has no value Cumulative Statistics for Constructor ExpressionSpace& Time: 1.50 seconds finalizing NRLIB ES- ; compiling file "/tmp/oa-982xYR/code.lsp" (written 01 FEB 2016 11:03:18 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ES-;box;2$;1| ...) ; compiling (DEFUN |ES-;paren;2$;2| ...) ; compiling (DEFUN |ES-;belong?;BoB;3| ...) ; file: /tmp/oa-982xYR/code.lsp ; in: DEFUN |ES-;belong?;BoB;3| ; (DEFUN BOOT::|ES-;belong?;BoB;3| (BOOT::|op| BOOT::$) ; (OR ; (BOOT::SPADCALL BOOT::|op| (BOOT::|shellEntry| BOOT::$ 11) ; (BOOT::|shellEntry| BOOT::$ 19)) ; (BOOT::SPADCALL BOOT::|op| (BOOT::|shellEntry| BOOT::$ 12) ; (BOOT::|shellEntry| BOOT::$ 19)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ES-;belong?;BoB;3| ; (BOOT::|op| BOOT::$) ; (BLOCK BOOT::|ES-;belong?;BoB;3| ; (OR ; (BOOT::SPADCALL BOOT::|op| (BOOT::|shellEntry| BOOT::$ 11) ; (BOOT::|shellEntry| BOOT::$ 19)) ; (BOOT::SPADCALL BOOT::|op| (BOOT::|shellEntry| BOOT::$ 12) ; (BOOT::|shellEntry| BOOT::$ 19))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |ES-;tower;$L;4| ...) ; file: /tmp/oa-982xYR/code.lsp ; in: DEFUN |ES-;tower;$L;4| ; (DEFUN BOOT::|ES-;tower;$L;4| (BOOT::|f| BOOT::$) ; (BOOT::SPADCALL (BOOT::|ES-;allKernels| BOOT::|f| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 24))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ES-;tower;$L;4| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|ES-;tower;$L;4| ; (BOOT::SPADCALL (BOOT::|ES-;allKernels| BOOT::|f| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 24)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ES-;allk| ...) ; file: /tmp/oa-982xYR/code.lsp ; in: DEFUN |ES-;allk| ; (DEFUN BOOT::|ES-;allk| (BOOT::|l| BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 29) ; (LET ((#:G762 BOOT::|l|) (#:G564 NIL)) ; (LOOP (COND # #) ; (SETQ #))) ; NIL (BOOT::|shellEntry| BOOT::$ 32))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ES-;allk| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|ES-;allk| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 29) ; (LET (# #) ; (LOOP # ; #)) ; NIL (BOOT::|shellEntry| BOOT::$ 32)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ES-;operators;$L;6| ...) ; file: /tmp/oa-982xYR/code.lsp ; in: DEFUN |ES-;operators;$L;6| ; (DEFUN BOOT::|ES-;operators;$L;6| (BOOT::|f| BOOT::$) ; (LET ((#:G763 (BOOT::|ES-;allKernels| BOOT::|f| BOOT::$)) (#:G568 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G763 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ES-;operators;$L;6| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|ES-;operators;$L;6| ; (LET ((#:G763 #) (#:G568 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ES-;height;$Nni;7| ...) ; file: /tmp/oa-982xYR/code.lsp ; in: DEFUN |ES-;height;$Nni;7| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; (DEFUN BOOT::|ES-;height;$Nni;7| (BOOT::|f| BOOT::$) ; (BOOT::SPADCALL ; (CONS ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; NIL) ; (LET ((#:G764 #) (#:G573 NIL)) ; (LOOP (COND # #) ; (SETQ #))) ; 0 (BOOT::|shellEntry| BOOT::$ 43))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ES-;height;$Nni;7| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|ES-;height;$Nni;7| ; (BOOT::SPADCALL (CONS #'(LAMBDA # #) NIL) ; (LET (# #) ; (LOOP # ; #)) ; 0 (BOOT::|shellEntry| BOOT::$ 43)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |ES-;freeOf?;$SB;8| ...) ; compiling (DEFUN |ES-;distribute;2$;9| ...) ; compiling (DEFUN |ES-;box;L$;10| ...) ; compiling (DEFUN |ES-;paren;L$;11| ...) ; compiling (DEFUN |ES-;freeOf?;2$B;12| ...) ; compiling (DEFUN |ES-;kernel;Bo2$;13| ...) ; compiling (DEFUN |ES-;elt;Bo2$;14| ...) ; compiling (DEFUN |ES-;elt;Bo3$;15| ...) ; compiling (DEFUN |ES-;elt;Bo4$;16| ...) ; compiling (DEFUN |ES-;elt;Bo5$;17| ...) ; compiling (DEFUN |ES-;eval;$SM$;18| ...) ; compiling (DEFUN |ES-;eval;$BoM$;19| ...) ; compiling (DEFUN |ES-;eval;$SM$;20| ...) ; compiling (DEFUN |ES-;eval;$SM$;20!0| ...) ; compiling (DEFUN |ES-;eval;$BoM$;21| ...) ; compiling (DEFUN |ES-;eval;$BoM$;21!0| ...) ; compiling (DEFUN |ES-;subst;$E$;22| ...) ; compiling (DEFUN |ES-;eval;$LL$;23| ...) ; compiling (DEFUN |ES-;eval;$LL$;23!0| ...) ; compiling (DEFUN |ES-;eval;$LL$;24| ...) ; compiling (DEFUN |ES-;eval;$LL$;24!0| ...) ; compiling (DEFUN |ES-;eval;$LL$;25| ...) ; compiling (DEFUN |ES-;map;MK$;26| ...) ; compiling (DEFUN |ES-;operator;2Bo;27| ...) ; compiling (DEFUN |ES-;mainKernel;$U;28| ...) ; compiling (DEFUN |ES-;allKernels| ...) ; compiling (DEFUN |ES-;kernel;BoL$;30| ...) ; compiling (DEFUN |ES-;okkernel| ...) ; file: /tmp/oa-982xYR/code.lsp ; in: DEFUN |ES-;okkernel| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |ES-;elt;BoL$;32| ...) ; compiling (DEFUN |ES-;retract;$K;33| ...) ; compiling (DEFUN |ES-;retractIfCan;$U;34| ...) ; compiling (DEFUN |ES-;is?;$SB;35| ...) ; file: /tmp/oa-982xYR/code.lsp ; in: DEFUN |ES-;is?;$SB;35| ; (DEFUN BOOT::|ES-;is?;$SB;35| (BOOT::|f| BOOT::|s| BOOT::$) ; (LET ((BOOT::|k| (BOOT::SPADCALL BOOT::|f| #))) ; (AND (NOT (EQL # 1)) ; (BOOT::SPADCALL (CDR BOOT::|k|) BOOT::|s| ; (BOOT::|shellEntry| BOOT::$ 131))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ES-;is?;$SB;35| ; (BOOT::|f| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|ES-;is?;$SB;35| ; (LET ((BOOT::|k| #)) ; (AND (NOT #) (BOOT::SPADCALL # BOOT::|s| #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |ES-;is?;$BoB;36| ...) ; file: /tmp/oa-982xYR/code.lsp ; in: DEFUN |ES-;is?;$BoB;36| ; (DEFUN BOOT::|ES-;is?;$BoB;36| (BOOT::|f| BOOT::|op| BOOT::$) ; (LET ((BOOT::|k| (BOOT::SPADCALL BOOT::|f| #))) ; (AND (NOT (EQL # 1)) ; (BOOT::SPADCALL (CDR BOOT::|k|) BOOT::|op| ; (BOOT::|shellEntry| BOOT::$ 50))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ES-;is?;$BoB;36| ; (BOOT::|f| BOOT::|op| BOOT::$) ; (BLOCK BOOT::|ES-;is?;$BoB;36| ; (LET ((BOOT::|k| #)) ; (AND (NOT #) (BOOT::SPADCALL # BOOT::|op| #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |ES-;unwrap| ...) ; compiling (DEFUN |ES-;distribute;3$;38| ...) ; compiling (DEFUN |ES-;eval;$L$;39| ...) ; compiling (DEFUN |ES-;subst;$L$;40| ...) ; compiling (DEFUN |ES-;mkKerLists| ...) ; compiling (DEFUN |ES-;even?;$B;42| ...) ; file: /tmp/oa-982xYR/code.lsp ; in: DEFUN |ES-;even?;$B;42| ; #'(LAMBDA (BOOT::|#1| BOOT::$) (EVENP BOOT::|#1|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |ES-;odd?;$B;43| ...) ; file: /tmp/oa-982xYR/code.lsp ; in: DEFUN |ES-;odd?;$B;43| ; #'(LAMBDA (BOOT::|#1| BOOT::$) (ODDP BOOT::|#1|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |ES-;intpred?| ...) ; file: /tmp/oa-982xYR/code.lsp ; in: DEFUN |ES-;intpred?| ; (DEFUN BOOT::|ES-;intpred?| (BOOT::|x| BOOT::|pred?| BOOT::$) ; (LET ((BOOT::|u| (BOOT::SPADCALL BOOT::|x| #))) ; (AND (ZEROP (CAR BOOT::|u|)) ; (FUNCALL (CAR BOOT::|pred?|) (CDR BOOT::|u|) (CDR BOOT::|pred?|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ES-;intpred?| ; (BOOT::|x| BOOT::|pred?| BOOT::$) ; (BLOCK BOOT::|ES-;intpred?| ; (LET ((BOOT::|u| #)) ; (AND (ZEROP #) (FUNCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |ExpressionSpace&| ...) ; compiling (MAKEPROP (QUOTE |ExpressionSpace&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 4 STYLE-WARNING conditions ; printed 8 notes ; /tmp/oa-982xYR/code.fasl written ; compilation finished in 0:00:00.186 ------------------------------------------------------------------------ finalizing NRLIB ES Processing ExpressionSpace for Browser database: -- elt : (OP,%) -> % -- elt : (OP,%,%) -> % -- elt : (OP,%,%,%) -> % -- elt : (OP,%,%,%,%) -> % -- elt : (OP,List %) -> % -- subst : (%,Equation %) -> % -- subst : (%,List Equation %) -> % -- subst : (%,List K,List %) -> % -- box : % -> % -- box : List % -> % -- paren : % -> % -- paren : List % -> % -- distribute : % -> % -- distribute : (%,%) -> % -- height : % -> N -- mainKernel : % -> Union(K,"failed") -- kernels : % -> List K -- tower : % -> List K -- operators : % -> List OP -- operator : OP -> OP -- belong? : OP -> Boolean -- is? : (%,OP) -> Boolean -- is? : (%,SY) -> Boolean -- kernel : (OP,%) -> % -- kernel : (OP,List %) -> % -- map : ((% -> %),K) -> % -- freeOf? : (%,%) -> Boolean -- freeOf? : (%,SY) -> Boolean -- eval : (%,List SY,List (% -> %)) -> % -- eval : (%,List SY,List (List % -> %)) -> % -- eval : (%,SY,(List % -> %)) -> % -- eval : (%,SY,(% -> %)) -> % -- eval : (%,List OP,List (% -> %)) -> % -- eval : (%,List OP,List (List % -> %)) -> % -- eval : (%,OP,(List % -> %)) -> % -- eval : (%,OP,(% -> %)) -> % -- minPoly : K -> SparseUnivariatePolynomial % -- definingPolynomial : % -> % -- even? : % -> Boolean -- odd? : % -> Boolean -- constructor ; compiling file "/tmp/oa-EiXdfW/code.lsp" (written 01 FEB 2016 11:03:18 PM): ; compiling (DEFPARAMETER |ExpressionSpace;AL| ...) ; compiling (DEFUN |ExpressionSpace;| ...) ; compiling (DEFUN |ExpressionSpace| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-EiXdfW/code.fasl written ; compilation finished in 0:00:00.020 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/LIST2MAP.fasl --bootstrap LIST2MAP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LIST2MAP.spad using Spad compiler. LIST2MAP abbreviates package ListToMap ------------------------------------------------------------------------ initializing stationary directory for ListToMap compiling into /tmp/oa-SADgS4 Time: 0.00 SEC. Cumulative Statistics for Constructor ListToMap Time: 0.00 seconds finalizing NRLIB LIST2MAP ; compiling file "/tmp/oa-SADgS4/code.lsp" (written 01 FEB 2016 11:03:18 PM): ; compiling (DEFUN |ListToMap| ...) ; compiling (DEFUN |ListToMap;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-SADgS4/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/INFORM1.fasl --bootstrap INFORM1.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INFORM1.spad using Spad compiler. INFORM1 abbreviates package InputFormFunctions1 ------------------------------------------------------------------------ initializing stationary directory for InputFormFunctions1 compiling into /tmp/oa-HGB3Be Time: 0.00 SEC. Cumulative Statistics for Constructor InputFormFunctions1 Time: 0.00 seconds finalizing NRLIB INFORM1 ; compiling file "/tmp/oa-HGB3Be/code.lsp" (written 01 FEB 2016 11:03:18 PM): ; compiling (DEFUN |InputFormFunctions1| ...) ; compiling (DEFUN |InputFormFunctions1;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-HGB3Be/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/POLYCATQ.fasl --bootstrap POLYCATQ.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/POLYCATQ.spad using Spad compiler. POLYCATQ abbreviates package PolynomialCategoryQuotientFunctions ------------------------------------------------------------------------ initializing stationary directory for PolynomialCategoryQuotientFunctions compiling into /tmp/oa-AmTMCb Time: 0.07 SEC. Cumulative Statistics for Constructor PolynomialCategoryQuotientFunctions Time: 0.07 seconds finalizing NRLIB POLYCATQ ; compiling file "/tmp/oa-AmTMCb/code.lsp" (written 01 FEB 2016 11:03:19 PM): ; compiling (DEFUN |PolynomialCategoryQuotientFunctions| ...) ; compiling (DEFUN |PolynomialCategoryQuotientFunctions;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-AmTMCb/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/FS.fasl --optimize=3 FS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FS.spad using Spad compiler. FS abbreviates category FunctionSpace debug: compDefine1 lhs: (FunctionSpace R) signature (pre-evaluate): ((Category) (SetCategory)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Category) (SetCategory)) debug: compDefine1 lhs: (FunctionSpace R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for FunctionSpace compiling into /tmp/oa-YwUscz STYLE-WARNING: redefining BOOT::|FunctionSpace| in DEFUN Time: 0.04 SEC. FS- abbreviates package FunctionSpace& ------------------------------------------------------------------------ initializing stationary directory for FunctionSpace& compiling into /tmp/oa-Wu4xzB importing BasicOperatorFunctions1 S Debug compQuote expr: (QUOTE %diff) m: $EmptyMode Debug compQuote expr: (QUOTE %diff) m: (Symbol) Debug compQuote expr: (QUOTE applyQuote) m: $EmptyMode Debug compQuote expr: (QUOTE applyQuote) m: (Symbol) compiling exported ground? : S -> Boolean Time: 0.11 SEC. compiling exported ground : S -> R Time: 0.01 SEC. compiling exported coerce : Symbol -> S Time: 0.01 SEC. compiling exported retract : S -> Symbol Time: 0.00 SEC. compiling exported applyQuote : (Symbol,S) -> S Time: 0.01 SEC. compiling exported applyQuote : (Symbol,S,S) -> S Time: 0.01 SEC. compiling exported applyQuote : (Symbol,S,S,S) -> S Time: 0.02 SEC. compiling exported applyQuote : (Symbol,S,S,S,S) -> S Time: 0.01 SEC. compiling exported applyQuote : (Symbol,List S) -> S Time: 0.02 SEC. compiling exported belong? : BasicOperator -> Boolean Time: 0.01 SEC. compiling local subs : (S -> S,Kernel S) -> S Time: 0.02 SEC. compiling exported operator : BasicOperator -> BasicOperator Debug compQuote expr: (QUOTE %diff) m: $EmptyMode Debug compQuote expr: (QUOTE %diff) m: (Symbol) Debug compQuote expr: (QUOTE %quote) m: $EmptyMode Debug compQuote expr: (QUOTE %quote) m: (Symbol) Time: 0.01 SEC. importing MakeUnaryCompiledFunction(S,S,S) compiling local differentiand : List S -> S Time: 0.03 SEC. compiling local pint : List InputForm -> InputForm Time: 0.07 SEC. compiling local indiff : List S -> InputForm Time: 0.08 SEC. compiling exported eval : (S,Symbol) -> S Time: 0.03 SEC. compiling exported eval : (S,BasicOperator,S,Symbol) -> S Time: 0.02 SEC. compiling exported eval : (S,List BasicOperator,List S,Symbol) -> S Time: 0.04 SEC. Debug compQuote expr: (QUOTE %specialInput) m: $EmptyMode Debug compQuote expr: (QUOTE %specialInput) m: (Identifier) compiling exported variables : S -> List Symbol Time: 0.14 SEC. compiling exported retractIfCan : S -> Union(Symbol,failed) Time: 0.00 SEC. importing UserDefinedPartialOrdering Symbol compiling exported characteristic : () -> NonNegativeInteger Time: 0.02 SEC. compiling exported coerce : Kernel S -> S Time: 0.03 SEC. compiling local symsub : (Symbol,Integer) -> Symbol Time: 0.01 SEC. compiling exported numerator : S -> S Time: 0.01 SEC. compiling exported eval : (S,Symbol,NonNegativeInteger,S -> S) -> S Time: 0.14 SEC. compiling exported eval : (S,Symbol,NonNegativeInteger,List S -> S) -> S Time: 0.13 SEC. compiling exported eval : (S,List Symbol,List List S -> S) -> S Time: 0.07 SEC. compiling exported elt : (BasicOperator,List S) -> S Debug compQuote expr: (QUOTE odd) m: $EmptyMode Debug compQuote expr: (QUOTE odd) m: (Identifier) Debug compQuote expr: (QUOTE even) m: $EmptyMode Debug compQuote expr: (QUOTE even) m: (Identifier) Time: 0.06 SEC. compiling exported eval : (S,List Symbol,List NonNegativeInteger,List S -> S) -> S Time: 0.08 SEC. compiling local smprep : (List Symbol,List NonNegativeInteger,List List S -> S,SparseMultivariatePolynomial(R,Kernel S)) -> S Time: 0.62 SEC. compiling local dispdiff : List S -> Record(name: OutputForm,sub: OutputForm,arg: List OutputForm,level: NonNegativeInteger) Time: 0.46 SEC. compiling local ddiff : List S -> OutputForm Time: 0.05 SEC. compiling local substArg : (BasicOperator,List S,Integer,S) -> S Time: 0.01 SEC. compiling local diffdiff : (List S,Symbol) -> S Time: 0.01 SEC. compiling local diffdiff0 : (List S,Symbol,S,Kernel S,List S) -> S Time: 0.74 SEC. compiling local dfeval : (List S,Kernel S) -> S Time: 0.02 SEC. compiling local diffEval : List S -> S Time: 0.30 SEC. compiling local diffArg : (List S,BasicOperator,NonNegativeInteger) -> List S Time: 0.09 SEC. compiling local opderiv : (BasicOperator,NonNegativeInteger) -> List List S -> S Time: 0.10 SEC. compiling local kderiv : Kernel S -> List S Time: 0.08 SEC. compiling local kerderiv : (Kernel S,Symbol) -> S Debug compQuote expr: (QUOTE %specialDiff) m: (Identifier) Time: 0.08 SEC. compiling local smpderiv : (SparseMultivariatePolynomial(R,Kernel S),Symbol) -> S Time: 0.30 SEC. compiling exported coerce : Polynomial R -> S Time: 0.02 SEC. compiling local worse? : (Kernel S,Kernel S) -> Boolean Time: 0.00 SEC. compiling local bestKernel : List Kernel S -> Kernel S Time: 0.04 SEC. compiling local smp2O : SparseMultivariatePolynomial(R,Kernel S) -> OutputForm Time: 0.12 SEC. compiling local smpsubst : (SparseMultivariatePolynomial(R,Kernel S),List Kernel S,List S) -> S Time: 0.04 SEC. compiling local smpeval : (SparseMultivariatePolynomial(R,Kernel S),List Kernel S,List S) -> S Time: 0.03 SEC. compiling local notfound : (Kernel S -> S,List Kernel S,Kernel S) -> S Time: 0.02 SEC. compiling local pushunq : (List Symbol,List S) -> List S Time: 0.02 SEC. compiling local kunq : (Kernel S,List Symbol,Boolean) -> S Time: 0.25 SEC. compiling local smpunq : (SparseMultivariatePolynomial(R,Kernel S),List Symbol,Boolean) -> S Time: 0.02 SEC. compiling local smpret : SparseMultivariatePolynomial(R,Kernel S) -> Union(Polynomial R,failed) Time: 0.06 SEC. compiling exported isExpt : (S,BasicOperator) -> Union(Record(var: Kernel S,exponent: Integer),failed) Time: 0.13 SEC. compiling exported isExpt : (S,Symbol) -> Union(Record(var: Kernel S,exponent: Integer),failed) Time: 0.10 SEC. compiling local smpIsMult : SparseMultivariatePolynomial(R,Kernel S) -> Union(Record(coef: Integer,var: Kernel S),failed) Time: 0.20 SEC. compiling local debugA : (List S,List S,Boolean) -> Boolean FS-;debugA(a1,a2,t) is replaced by t Time: 0.03 SEC. compiling local equaldiff : (Kernel S,Kernel S) -> Boolean Time: 0.14 SEC. Debug compQuote expr: (QUOTE %specialEqual) m: $EmptyMode Debug compQuote expr: (QUOTE %specialEqual) m: (Identifier) Debug compQuote expr: (QUOTE %specialDiff) m: $EmptyMode Debug compQuote expr: (QUOTE %specialDiff) m: (Identifier) Debug compQuote expr: (QUOTE %specialDisp) m: $EmptyMode Debug compQuote expr: (QUOTE %specialDisp) m: (Identifier) compiling exported mainKernel : S -> Union(Kernel S,failed) Time: 0.07 SEC. compiling exported kernels : S -> List Kernel S Time: 0.03 SEC. compiling exported retract : S -> R Time: 0.01 SEC. compiling exported retract : S -> Polynomial R Time: 0.03 SEC. compiling exported retractIfCan : S -> Union(R,failed) Time: 0.02 SEC. compiling exported retractIfCan : S -> Union(Polynomial R,failed) Time: 0.02 SEC. compiling exported eval : (S,List Kernel S,List S) -> S Time: 0.04 SEC. compiling exported subst : (S,List Kernel S,List S) -> S Time: 0.03 SEC. compiling exported differentiate : (S,Symbol) -> S Time: 0.02 SEC. compiling exported coerce : S -> OutputForm Time: 0.02 SEC. compiling exported eval : (S,List Symbol) -> S Time: 0.02 SEC. compiling exported eval : S -> S Time: 0.02 SEC. compiling exported eval : (S,List Symbol,List NonNegativeInteger,List List S -> S) -> S Time: 0.07 SEC. compiling exported isPlus : S -> Union(List S,failed) Time: 0.04 SEC. compiling exported isTimes : S -> Union(List S,failed) Time: 0.04 SEC. compiling exported isExpt : S -> Union(Record(var: Kernel S,exponent: Integer),failed) Time: 0.06 SEC. compiling exported isPower : S -> Union(Record(val: S,exponent: Integer),failed) Time: 0.06 SEC. compiling exported convert : S -> Pattern Integer Time: 0.03 SEC. compiling exported convert : S -> Pattern Float Time: 0.04 SEC. compiling exported isMult : S -> Union(Record(coef: Integer,var: Kernel S),failed) Time: 0.01 SEC. compiling exported * : (R,S) -> S Time: 0.05 SEC. compiling exported mainKernel : S -> Union(Kernel S,failed) Time: 0.02 SEC. compiling exported kernels : S -> List Kernel S Time: 0.01 SEC. compiling exported univariate : (S,Kernel S) -> Fraction SparseUnivariatePolynomial S Time: 0.02 SEC. compiling exported isPlus : S -> Union(List S,failed) Time: 0.01 SEC. compiling exported isTimes : S -> Union(List S,failed) Time: 0.01 SEC. compiling exported isExpt : S -> Union(Record(var: Kernel S,exponent: Integer),failed) Time: 0.01 SEC. compiling exported isPower : S -> Union(Record(val: S,exponent: Integer),failed) Time: 0.00 SEC. compiling exported denominator : S -> S Time: 0.02 SEC. compiling exported coerce : Fraction R -> S Time: 0.06 SEC. compiling exported coerce : Fraction Polynomial R -> S Time: 0.07 SEC. compiling exported coerce : Fraction Polynomial Fraction R -> S Time: 0.08 SEC. compiling exported retract : S -> Polynomial R Time: 0.03 SEC. compiling exported retract : S -> Fraction Polynomial R Time: 0.06 SEC. compiling exported retract : S -> R Time: 0.04 SEC. compiling exported coerce : S -> OutputForm Time: 0.05 SEC. compiling exported retractIfCan : S -> Union(R,failed) Time: 0.03 SEC. compiling exported eval : (S,List Symbol) -> S Time: 0.06 SEC. compiling exported eval : S -> S Time: 0.06 SEC. compiling exported eval : (S,List Symbol,List NonNegativeInteger,List List S -> S) -> S Time: 0.08 SEC. compiling exported differentiate : (S,Symbol) -> S Time: 1.01 SEC. compiling exported eval : (S,List Kernel S,List S) -> S Time: 0.08 SEC. compiling exported subst : (S,List Kernel S,List S) -> S Time: 0.05 SEC. compiling local par : S -> S Time: 0.01 SEC. compiling exported convert : Factored S -> S Time: 0.26 SEC. compiling exported retractIfCan : S -> Union(Polynomial R,failed) Time: 0.03 SEC. compiling exported retractIfCan : S -> Union(Fraction Polynomial R,failed) Time: 0.06 SEC. compiling exported coerce : Polynomial Fraction R -> S Time: 0.04 SEC. compiling exported coerce : Fraction Integer -> S Time: 0.06 SEC. compiling exported isMult : S -> Union(Record(coef: Integer,var: Kernel S),failed) Time: 0.12 SEC. compiling exported convert : S -> Pattern Integer Time: 0.06 SEC. compiling exported convert : S -> Pattern Float Time: 0.04 SEC. (time taken in buildFunctor: 4) Time: 0.04 SEC. Warnings: [1] coerce: not known that SetCategory is of mode CATEGORY(package,*: (PositiveInteger,S) -> S,*: (NonNegativeInteger,S) -> S,*: (Integer,S) -> S,coerce: Fraction Integer -> S,retractIfCan: S -> Union(Fraction Integer,"failed"),retract: S -> Fraction Integer,*: (S,S) -> S,coerce: Integer -> S,characteristic: () -> NonNegativeInteger,*: (R,S) -> S,convert: S -> InputForm,coerce: Polynomial R -> S,retractIfCan: S -> Union(Polynomial R,"failed"),retract: S -> Polynomial R,differentiate: (S,List Symbol,List NonNegativeInteger) -> S,differentiate: (S,Symbol,NonNegativeInteger) -> S,differentiate: (S,List Symbol) -> S,differentiate: (S,Symbol) -> S,*: (S,R) -> S,coerce: S -> S,*: (S,Fraction Integer) -> S,*: (Fraction Integer,S) -> S,coerce: Fraction Polynomial R -> S,retractIfCan: S -> Union(Fraction Polynomial R,"failed"),retract: S -> Fraction Polynomial R,univariate: (S,Kernel S) -> Fraction SparseUnivariatePolynomial S,coerce: Fraction Polynomial Fraction R -> S,coerce: Polynomial Fraction R -> S,coerce: Fraction R -> S,denominator: S -> S,convert: Factored S -> S,eval: (S,Symbol,NonNegativeInteger,(S -> S)) -> S,eval: (S,Symbol,NonNegativeInteger,(List S -> S)) -> S,eval: (S,List Symbol,List NonNegativeInteger,List (List S -> S)) -> S,eval: (S,List Symbol,List NonNegativeInteger,List (S -> S)) -> S,isPower: S -> Union(Record(val: S,exponent: Integer),"failed"),isExpt: (S,Symbol) -> Union(Record(var: Kernel S,exponent: Integer),"failed"),isExpt: (S,BasicOperator) -> Union(Record(var: Kernel S,exponent: Integer),"failed"),numerator: S -> S,coerce: SparseMultivariatePolynomial(R,Kernel S) -> S,isMult: S -> Union(Record(coef: Integer,var: Kernel S),"failed"),isPlus: S -> Union(List S,"failed"),isExpt: S -> Union(Record(var: Kernel S,exponent: Integer),"failed"),isTimes: S -> Union(List S,"failed"),eval: (S,List BasicOperator,List S,Symbol) -> S,eval: (S,BasicOperator,S,Symbol) -> S,eval: S -> S,eval: (S,List Symbol) -> S,eval: (S,Symbol) -> S,applyQuote: (Symbol,List S) -> S,applyQuote: (Symbol,S,S,S,S) -> S,applyQuote: (Symbol,S,S,S) -> S,applyQuote: (Symbol,S,S) -> S,applyQuote: (Symbol,S) -> S,variables: S -> List Symbol,ground: S -> R,ground?: S -> Boolean,coerce: R -> S,retractIfCan: S -> Union(R,"failed"),retract: S -> R,retract: S -> Integer,retractIfCan: S -> Union(Integer,"failed"),convert: S -> Pattern Float,convert: S -> Pattern Integer,coerce: Symbol -> S,retractIfCan: S -> Union(Symbol,"failed"),retract: S -> Symbol,eval: (S,BasicOperator,(S -> S)) -> S,eval: (S,BasicOperator,(List S -> S)) -> S,eval: (S,List BasicOperator,List (List S -> S)) -> S,eval: (S,List BasicOperator,List (S -> S)) -> S,eval: (S,Symbol,(S -> S)) -> S,eval: (S,Symbol,(List S -> S)) -> S,eval: (S,List Symbol,List (List S -> S)) -> S,eval: (S,List Symbol,List (S -> S)) -> S,belong?: BasicOperator -> Boolean,operator: BasicOperator -> BasicOperator,kernels: S -> List Kernel S,mainKernel: S -> Union(Kernel S,"failed"),subst: (S,List Kernel S,List S) -> S,subst: (S,List Equation S) -> S,subst: (S,Equation S) -> S,elt: (BasicOperator,List S) -> S,elt: (BasicOperator,S,S,S,S) -> S,elt: (BasicOperator,S,S,S) -> S,elt: (BasicOperator,S,S) -> S,elt: (BasicOperator,S) -> S,eval: (S,List S,List S) -> S,eval: (S,S,S) -> S,eval: (S,Equation S) -> S,eval: (S,List Equation S) -> S,eval: (S,List Kernel S,List S) -> S,eval: (S,Kernel S,S) -> S,coerce: Kernel S -> S,retractIfCan: S -> Union(Kernel S,"failed"),retract: S -> Kernel S,coerce: S -> OutputForm) [2] retract: symbolIfCan has no value [3] subs: IN has no value [4] subs: x has no value [5] variables: not known that SetCategory is of mode CATEGORY(package,*: (PositiveInteger,S) -> S,*: (NonNegativeInteger,S) -> S,*: (Integer,S) -> S,coerce: Fraction Integer -> S,retractIfCan: S -> Union(Fraction Integer,"failed"),retract: S -> Fraction Integer,*: (S,S) -> S,coerce: Integer -> S,characteristic: () -> NonNegativeInteger,*: (R,S) -> S,convert: S -> InputForm,coerce: Polynomial R -> S,retractIfCan: S -> Union(Polynomial R,"failed"),retract: S -> Polynomial R,differentiate: (S,List Symbol,List NonNegativeInteger) -> S,differentiate: (S,Symbol,NonNegativeInteger) -> S,differentiate: (S,List Symbol) -> S,differentiate: (S,Symbol) -> S,*: (S,R) -> S,coerce: S -> S,*: (S,Fraction Integer) -> S,*: (Fraction Integer,S) -> S,coerce: Fraction Polynomial R -> S,retractIfCan: S -> Union(Fraction Polynomial R,"failed"),retract: S -> Fraction Polynomial R,univariate: (S,Kernel S) -> Fraction SparseUnivariatePolynomial S,coerce: Fraction Polynomial Fraction R -> S,coerce: Polynomial Fraction R -> S,coerce: Fraction R -> S,denominator: S -> S,convert: Factored S -> S,eval: (S,Symbol,NonNegativeInteger,(S -> S)) -> S,eval: (S,Symbol,NonNegativeInteger,(List S -> S)) -> S,eval: (S,List Symbol,List NonNegativeInteger,List (List S -> S)) -> S,eval: (S,List Symbol,List NonNegativeInteger,List (S -> S)) -> S,isPower: S -> Union(Record(val: S,exponent: Integer),"failed"),isExpt: (S,Symbol) -> Union(Record(var: Kernel S,exponent: Integer),"failed"),isExpt: (S,BasicOperator) -> Union(Record(var: Kernel S,exponent: Integer),"failed"),numerator: S -> S,coerce: SparseMultivariatePolynomial(R,Kernel S) -> S,isMult: S -> Union(Record(coef: Integer,var: Kernel S),"failed"),isPlus: S -> Union(List S,"failed"),isExpt: S -> Union(Record(var: Kernel S,exponent: Integer),"failed"),isTimes: S -> Union(List S,"failed"),eval: (S,List BasicOperator,List S,Symbol) -> S,eval: (S,BasicOperator,S,Symbol) -> S,eval: S -> S,eval: (S,List Symbol) -> S,eval: (S,Symbol) -> S,applyQuote: (Symbol,List S) -> S,applyQuote: (Symbol,S,S,S,S) -> S,applyQuote: (Symbol,S,S,S) -> S,applyQuote: (Symbol,S,S) -> S,applyQuote: (Symbol,S) -> S,variables: S -> List Symbol,ground: S -> R,ground?: S -> Boolean,coerce: R -> S,retractIfCan: S -> Union(R,"failed"),retract: S -> R,retract: S -> Integer,retractIfCan: S -> Union(Integer,"failed"),convert: S -> Pattern Float,convert: S -> Pattern Integer,coerce: Symbol -> S,retractIfCan: S -> Union(Symbol,"failed"),retract: S -> Symbol,eval: (S,BasicOperator,(S -> S)) -> S,eval: (S,BasicOperator,(List S -> S)) -> S,eval: (S,List BasicOperator,List (List S -> S)) -> S,eval: (S,List BasicOperator,List (S -> S)) -> S,eval: (S,Symbol,(S -> S)) -> S,eval: (S,Symbol,(List S -> S)) -> S,eval: (S,List Symbol,List (List S -> S)) -> S,eval: (S,List Symbol,List (S -> S)) -> S,belong?: BasicOperator -> Boolean,operator: BasicOperator -> BasicOperator,kernels: S -> List Kernel S,mainKernel: S -> Union(Kernel S,"failed"),subst: (S,List Kernel S,List S) -> S,subst: (S,List Equation S) -> S,subst: (S,Equation S) -> S,elt: (BasicOperator,List S) -> S,elt: (BasicOperator,S,S,S,S) -> S,elt: (BasicOperator,S,S,S) -> S,elt: (BasicOperator,S,S) -> S,elt: (BasicOperator,S) -> S,eval: (S,List S,List S) -> S,eval: (S,S,S) -> S,eval: (S,Equation S) -> S,eval: (S,List Equation S) -> S,eval: (S,List Kernel S,List S) -> S,eval: (S,Kernel S,S) -> S,coerce: Kernel S -> S,retractIfCan: S -> Union(Kernel S,"failed"),retract: S -> Kernel S,coerce: S -> OutputForm) [6] symsub: concat has no value [7] elt: leadingCoefficient has no value [8] eval: IN has no value [9] eval: f has no value [10] smprep: IN has no value [11] smprep: a has no value [12] smprep: not known that Ring is of mode CATEGORY(package,*: (PositiveInteger,S) -> S,*: (NonNegativeInteger,S) -> S,*: (Integer,S) -> S,coerce: Fraction Integer -> S,retractIfCan: S -> Union(Fraction Integer,"failed"),retract: S -> Fraction Integer,*: (S,S) -> S,coerce: Integer -> S,characteristic: () -> NonNegativeInteger,*: (R,S) -> S,convert: S -> InputForm,coerce: Polynomial R -> S,retractIfCan: S -> Union(Polynomial R,"failed"),retract: S -> Polynomial R,differentiate: (S,List Symbol,List NonNegativeInteger) -> S,differentiate: (S,Symbol,NonNegativeInteger) -> S,differentiate: (S,List Symbol) -> S,differentiate: (S,Symbol) -> S,*: (S,R) -> S,coerce: S -> S,*: (S,Fraction Integer) -> S,*: (Fraction Integer,S) -> S,coerce: Fraction Polynomial R -> S,retractIfCan: S -> Union(Fraction Polynomial R,"failed"),retract: S -> Fraction Polynomial R,univariate: (S,Kernel S) -> Fraction SparseUnivariatePolynomial S,coerce: Fraction Polynomial Fraction R -> S,coerce: Polynomial Fraction R -> S,coerce: Fraction R -> S,denominator: S -> S,convert: Factored S -> S,eval: (S,Symbol,NonNegativeInteger,(S -> S)) -> S,eval: (S,Symbol,NonNegativeInteger,(List S -> S)) -> S,eval: (S,List Symbol,List NonNegativeInteger,List (List S -> S)) -> S,eval: (S,List Symbol,List NonNegativeInteger,List (S -> S)) -> S,isPower: S -> Union(Record(val: S,exponent: Integer),"failed"),isExpt: (S,Symbol) -> Union(Record(var: Kernel S,exponent: Integer),"failed"),isExpt: (S,BasicOperator) -> Union(Record(var: Kernel S,exponent: Integer),"failed"),numerator: S -> S,coerce: SparseMultivariatePolynomial(R,Kernel S) -> S,isMult: S -> Union(Record(coef: Integer,var: Kernel S),"failed"),isPlus: S -> Union(List S,"failed"),isExpt: S -> Union(Record(var: Kernel S,exponent: Integer),"failed"),isTimes: S -> Union(List S,"failed"),eval: (S,List BasicOperator,List S,Symbol) -> S,eval: (S,BasicOperator,S,Symbol) -> S,eval: S -> S,eval: (S,List Symbol) -> S,eval: (S,Symbol) -> S,applyQuote: (Symbol,List S) -> S,applyQuote: (Symbol,S,S,S,S) -> S,applyQuote: (Symbol,S,S,S) -> S,applyQuote: (Symbol,S,S) -> S,applyQuote: (Symbol,S) -> S,variables: S -> List Symbol,ground: S -> R,ground?: S -> Boolean,coerce: R -> S,retractIfCan: S -> Union(R,"failed"),retract: S -> R,retract: S -> Integer,retractIfCan: S -> Union(Integer,"failed"),convert: S -> Pattern Float,convert: S -> Pattern Integer,coerce: Symbol -> S,retractIfCan: S -> Union(Symbol,"failed"),retract: S -> Symbol,eval: (S,BasicOperator,(S -> S)) -> S,eval: (S,BasicOperator,(List S -> S)) -> S,eval: (S,List BasicOperator,List (List S -> S)) -> S,eval: (S,List BasicOperator,List (S -> S)) -> S,eval: (S,Symbol,(S -> S)) -> S,eval: (S,Symbol,(List S -> S)) -> S,eval: (S,List Symbol,List (List S -> S)) -> S,eval: (S,List Symbol,List (S -> S)) -> S,belong?: BasicOperator -> Boolean,operator: BasicOperator -> BasicOperator,kernels: S -> List Kernel S,mainKernel: S -> Union(Kernel S,"failed"),subst: (S,List Kernel S,List S) -> S,subst: (S,List Equation S) -> S,subst: (S,Equation S) -> S,elt: (BasicOperator,List S) -> S,elt: (BasicOperator,S,S,S,S) -> S,elt: (BasicOperator,S,S,S) -> S,elt: (BasicOperator,S,S) -> S,elt: (BasicOperator,S) -> S,eval: (S,List S,List S) -> S,eval: (S,S,S) -> S,eval: (S,Equation S) -> S,eval: (S,List Equation S) -> S,eval: (S,List Kernel S,List S) -> S,eval: (S,Kernel S,S) -> S,coerce: Kernel S -> S,retractIfCan: S -> Union(Kernel S,"failed"),retract: S -> Kernel S,coerce: S -> OutputForm) [13] dispdiff: argument has no value [14] diffdiff0: ans has no value [15] diffEval: k has no value [16] isExpt: # has no value [17] mainKernel: mainVariable has no value [18] univariate: not known that Ring is of mode CATEGORY(package,*: (PositiveInteger,S) -> S,*: (NonNegativeInteger,S) -> S,*: (Integer,S) -> S,coerce: Fraction Integer -> S,retractIfCan: S -> Union(Fraction Integer,"failed"),retract: S -> Fraction Integer,*: (S,S) -> S,coerce: Integer -> S,characteristic: () -> NonNegativeInteger,*: (R,S) -> S,convert: S -> InputForm,coerce: Polynomial R -> S,retractIfCan: S -> Union(Polynomial R,"failed"),retract: S -> Polynomial R,differentiate: (S,List Symbol,List NonNegativeInteger) -> S,differentiate: (S,Symbol,NonNegativeInteger) -> S,differentiate: (S,List Symbol) -> S,differentiate: (S,Symbol) -> S,*: (S,R) -> S,coerce: S -> S,*: (S,Fraction Integer) -> S,*: (Fraction Integer,S) -> S,coerce: Fraction Polynomial R -> S,retractIfCan: S -> Union(Fraction Polynomial R,"failed"),retract: S -> Fraction Polynomial R,univariate: (S,Kernel S) -> Fraction SparseUnivariatePolynomial S,coerce: Fraction Polynomial Fraction R -> S,coerce: Polynomial Fraction R -> S,coerce: Fraction R -> S,denominator: S -> S,convert: Factored S -> S,eval: (S,Symbol,NonNegativeInteger,(S -> S)) -> S,eval: (S,Symbol,NonNegativeInteger,(List S -> S)) -> S,eval: (S,List Symbol,List NonNegativeInteger,List (List S -> S)) -> S,eval: (S,List Symbol,List NonNegativeInteger,List (S -> S)) -> S,isPower: S -> Union(Record(val: S,exponent: Integer),"failed"),isExpt: (S,Symbol) -> Union(Record(var: Kernel S,exponent: Integer),"failed"),isExpt: (S,BasicOperator) -> Union(Record(var: Kernel S,exponent: Integer),"failed"),numerator: S -> S,coerce: SparseMultivariatePolynomial(R,Kernel S) -> S,isMult: S -> Union(Record(coef: Integer,var: Kernel S),"failed"),isPlus: S -> Union(List S,"failed"),isExpt: S -> Union(Record(var: Kernel S,exponent: Integer),"failed"),isTimes: S -> Union(List S,"failed"),eval: (S,List BasicOperator,List S,Symbol) -> S,eval: (S,BasicOperator,S,Symbol) -> S,eval: S -> S,eval: (S,List Symbol) -> S,eval: (S,Symbol) -> S,applyQuote: (Symbol,List S) -> S,applyQuote: (Symbol,S,S,S,S) -> S,applyQuote: (Symbol,S,S,S) -> S,applyQuote: (Symbol,S,S) -> S,applyQuote: (Symbol,S) -> S,variables: S -> List Symbol,ground: S -> R,ground?: S -> Boolean,coerce: R -> S,retractIfCan: S -> Union(R,"failed"),retract: S -> R,retract: S -> Integer,retractIfCan: S -> Union(Integer,"failed"),convert: S -> Pattern Float,convert: S -> Pattern Integer,coerce: Symbol -> S,retractIfCan: S -> Union(Symbol,"failed"),retract: S -> Symbol,eval: (S,BasicOperator,(S -> S)) -> S,eval: (S,BasicOperator,(List S -> S)) -> S,eval: (S,List BasicOperator,List (List S -> S)) -> S,eval: (S,List BasicOperator,List (S -> S)) -> S,eval: (S,Symbol,(S -> S)) -> S,eval: (S,Symbol,(List S -> S)) -> S,eval: (S,List Symbol,List (List S -> S)) -> S,eval: (S,List Symbol,List (S -> S)) -> S,belong?: BasicOperator -> Boolean,operator: BasicOperator -> BasicOperator,kernels: S -> List Kernel S,mainKernel: S -> Union(Kernel S,"failed"),subst: (S,List Kernel S,List S) -> S,subst: (S,List Equation S) -> S,subst: (S,Equation S) -> S,elt: (BasicOperator,List S) -> S,elt: (BasicOperator,S,S,S,S) -> S,elt: (BasicOperator,S,S,S) -> S,elt: (BasicOperator,S,S) -> S,elt: (BasicOperator,S) -> S,eval: (S,List S,List S) -> S,eval: (S,S,S) -> S,eval: (S,Equation S) -> S,eval: (S,List Equation S) -> S,eval: (S,List Kernel S,List S) -> S,eval: (S,Kernel S,S) -> S,coerce: Kernel S -> S,retractIfCan: S -> Union(Kernel S,"failed"),retract: S -> Kernel S,coerce: S -> OutputForm) [19] convert: not known that IntegralDomain is of mode CATEGORY(package,*: (PositiveInteger,S) -> S,*: (NonNegativeInteger,S) -> S,*: (Integer,S) -> S,coerce: Fraction Integer -> S,retractIfCan: S -> Union(Fraction Integer,"failed"),retract: S -> Fraction Integer,*: (S,S) -> S,coerce: Integer -> S,characteristic: () -> NonNegativeInteger,*: (R,S) -> S,convert: S -> InputForm,coerce: Polynomial R -> S,retractIfCan: S -> Union(Polynomial R,"failed"),retract: S -> Polynomial R,differentiate: (S,List Symbol,List NonNegativeInteger) -> S,differentiate: (S,Symbol,NonNegativeInteger) -> S,differentiate: (S,List Symbol) -> S,differentiate: (S,Symbol) -> S,*: (S,R) -> S,coerce: S -> S,*: (S,Fraction Integer) -> S,*: (Fraction Integer,S) -> S,coerce: Fraction Polynomial R -> S,retractIfCan: S -> Union(Fraction Polynomial R,"failed"),retract: S -> Fraction Polynomial R,univariate: (S,Kernel S) -> Fraction SparseUnivariatePolynomial S,coerce: Fraction Polynomial Fraction R -> S,coerce: Polynomial Fraction R -> S,coerce: Fraction R -> S,denominator: S -> S,convert: Factored S -> S,eval: (S,Symbol,NonNegativeInteger,(S -> S)) -> S,eval: (S,Symbol,NonNegativeInteger,(List S -> S)) -> S,eval: (S,List Symbol,List NonNegativeInteger,List (List S -> S)) -> S,eval: (S,List Symbol,List NonNegativeInteger,List (S -> S)) -> S,isPower: S -> Union(Record(val: S,exponent: Integer),"failed"),isExpt: (S,Symbol) -> Union(Record(var: Kernel S,exponent: Integer),"failed"),isExpt: (S,BasicOperator) -> Union(Record(var: Kernel S,exponent: Integer),"failed"),numerator: S -> S,coerce: SparseMultivariatePolynomial(R,Kernel S) -> S,isMult: S -> Union(Record(coef: Integer,var: Kernel S),"failed"),isPlus: S -> Union(List S,"failed"),isExpt: S -> Union(Record(var: Kernel S,exponent: Integer),"failed"),isTimes: S -> Union(List S,"failed"),eval: (S,List BasicOperator,List S,Symbol) -> S,eval: (S,BasicOperator,S,Symbol) -> S,eval: S -> S,eval: (S,List Symbol) -> S,eval: (S,Symbol) -> S,applyQuote: (Symbol,List S) -> S,applyQuote: (Symbol,S,S,S,S) -> S,applyQuote: (Symbol,S,S,S) -> S,applyQuote: (Symbol,S,S) -> S,applyQuote: (Symbol,S) -> S,variables: S -> List Symbol,ground: S -> R,ground?: S -> Boolean,coerce: R -> S,retractIfCan: S -> Union(R,"failed"),retract: S -> R,retract: S -> Integer,retractIfCan: S -> Union(Integer,"failed"),convert: S -> Pattern Float,convert: S -> Pattern Integer,coerce: Symbol -> S,retractIfCan: S -> Union(Symbol,"failed"),retract: S -> Symbol,eval: (S,BasicOperator,(S -> S)) -> S,eval: (S,BasicOperator,(List S -> S)) -> S,eval: (S,List BasicOperator,List (List S -> S)) -> S,eval: (S,List BasicOperator,List (S -> S)) -> S,eval: (S,Symbol,(S -> S)) -> S,eval: (S,Symbol,(List S -> S)) -> S,eval: (S,List Symbol,List (List S -> S)) -> S,eval: (S,List Symbol,List (S -> S)) -> S,belong?: BasicOperator -> Boolean,operator: BasicOperator -> BasicOperator,kernels: S -> List Kernel S,mainKernel: S -> Union(Kernel S,"failed"),subst: (S,List Kernel S,List S) -> S,subst: (S,List Equation S) -> S,subst: (S,Equation S) -> S,elt: (BasicOperator,List S) -> S,elt: (BasicOperator,S,S,S,S) -> S,elt: (BasicOperator,S,S,S) -> S,elt: (BasicOperator,S,S) -> S,elt: (BasicOperator,S) -> S,eval: (S,List S,List S) -> S,eval: (S,S,S) -> S,eval: (S,Equation S) -> S,eval: (S,List Equation S) -> S,eval: (S,List Kernel S,List S) -> S,eval: (S,Kernel S,S) -> S,coerce: Kernel S -> S,retractIfCan: S -> Union(Kernel S,"failed"),retract: S -> Kernel S,coerce: S -> OutputForm) Cumulative Statistics for Constructor FunctionSpace& Time: 8.60 seconds finalizing NRLIB FS- ; compiling file "/tmp/oa-Wu4xzB/code.lsp" (written 01 FEB 2016 11:03:28 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FS-;debugA|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FS-;ground?;$B;1| ...) ; compiling (DEFUN |FS-;ground;$R;2| ...) ; compiling (DEFUN |FS-;coerce;S$;3| ...) ; compiling (DEFUN |FS-;retract;$S;4| ...) ; compiling (DEFUN |FS-;applyQuote;S2$;5| ...) ; compiling (DEFUN |FS-;applyQuote;S3$;6| ...) ; compiling (DEFUN |FS-;applyQuote;S4$;7| ...) ; compiling (DEFUN |FS-;applyQuote;S5$;8| ...) ; compiling (DEFUN |FS-;applyQuote;SL$;9| ...) ; compiling (DEFUN |FS-;belong?;BoB;10| ...) ; file: /tmp/oa-Wu4xzB/code.lsp ; in: DEFUN |FS-;belong?;BoB;10| ; (DEFUN BOOT::|FS-;belong?;BoB;10| (BOOT::|op| BOOT::$) ; (OR ; (BOOT::SPADCALL BOOT::|op| (BOOT::|shellEntry| BOOT::$ 12) ; (BOOT::|shellEntry| BOOT::$ 40)) ; (BOOT::SPADCALL BOOT::|op| (BOOT::|shellEntry| BOOT::$ 13) ; (BOOT::|shellEntry| BOOT::$ 40)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS-;belong?;BoB;10| ; (BOOT::|op| BOOT::$) ; (BLOCK BOOT::|FS-;belong?;BoB;10| ; (OR ; (BOOT::SPADCALL BOOT::|op| (BOOT::|shellEntry| BOOT::$ 12) ; (BOOT::|shellEntry| BOOT::$ 40)) ; (BOOT::SPADCALL BOOT::|op| (BOOT::|shellEntry| BOOT::$ 13) ; (BOOT::|shellEntry| BOOT::$ 40))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FS-;subs| ...) ; compiling (DEFUN |FS-;operator;2Bo;12| ...) ; compiling (DEFUN |FS-;differentiand| ...) ; compiling (DEFUN |FS-;pint| ...) ; compiling (DEFUN |FS-;indiff| ...) ; compiling (DEFUN |FS-;eval;$S$;16| ...) ; compiling (DEFUN |FS-;eval;$Bo$S$;17| ...) ; compiling (DEFUN |FS-;eval;$LLS$;18| ...) ; compiling (DEFUN |FS-;variables;$L;19| ...) ; file: /tmp/oa-Wu4xzB/code.lsp ; in: DEFUN |FS-;variables;$L;19| ; (DEFUN BOOT::|FS-;variables;$L;19| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|s|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS-;variables;$L;19| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FS-;variables;$L;19| ; (PROG (BOOT::|s|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |FS-;retractIfCan;$U;20| ...) ; file: /tmp/oa-Wu4xzB/code.lsp ; in: DEFUN |FS-;retractIfCan;$U;20| ; (DEFUN BOOT::|FS-;retractIfCan;$U;20| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|k| (BOOT::SPADCALL BOOT::|x| #))) ; (COND ((EQL # 1) (CONS 1 "failed")) (T (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS-;retractIfCan;$U;20| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FS-;retractIfCan;$U;20| ; (LET ((BOOT::|k| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |FS-;characteristic;Nni;21| ...) ; file: /tmp/oa-Wu4xzB/code.lsp ; in: DEFUN |FS-;characteristic;Nni;21| ; (DEFUN BOOT::|FS-;characteristic;Nni;21| (BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 87)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS-;characteristic;Nni;21| ; (BOOT::$) ; (BLOCK BOOT::|FS-;characteristic;Nni;21| ; (BOOT::|spadConstant| BOOT::$ 87))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |FS-;coerce;K$;22| ...) ; compiling (DEFUN |FS-;symsub| ...) ; compiling (DEFUN |FS-;numerator;2$;24| ...) ; compiling (DEFUN |FS-;eval;$SNniM$;25| ...) ; compiling (DEFUN |FS-;eval;$SNniM$;25!0| ...) ; compiling (DEFUN |FS-;eval;$SNniM$;26| ...) ; compiling (DEFUN |FS-;eval;$LL$;27| ...) ; compiling (DEFUN |FS-;elt;BoL$;28| ...) ; file: /tmp/oa-Wu4xzB/code.lsp ; in: DEFUN |FS-;elt;BoL$;28| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 115)) ; --> LET THE FUNCALL SB-C::%FUNCALL ; ==> ; BOOT::|x| ; ; note: deleting unreachable code ; (COND ; (BOOT::|od?| (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 115))) ; (T BOOT::|x|)) ; --> IF COND THE PROGN ; ==> ; BOOT::|x| ; ; note: deleting unreachable code ; compiling (DEFUN |FS-;eval;$LLL$;29| ...) ; compiling (DEFUN |FS-;eval;$LLL$;29!0| ...) ; compiling (DEFUN |FS-;smprep| ...) ; compiling (DEFUN |FS-;smprep!0| ...) ; compiling (DEFUN |FS-;dispdiff| ...) ; compiling (DEFUN |FS-;ddiff| ...) ; compiling (DEFUN |FS-;substArg| ...) ; compiling (DEFUN |FS-;diffdiff| ...) ; compiling (DEFUN |FS-;diffdiff0| ...) ; file: /tmp/oa-Wu4xzB/code.lsp ; in: DEFUN |FS-;diffdiff0| ; (DEFUN BOOT::|FS-;diffdiff0| ; (BOOT::|l| BOOT::|x| BOOT::|expr| BOOT::|kd| BOOT::|done| BOOT::$) ; (PROG (BOOT::|g| BOOT::|bp|) ; (RETURN ; (LET* (# # # # # #) ; (BOOT::SEQ # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS-;diffdiff0| ; (BOOT::|l| BOOT::|x| BOOT::|expr| BOOT::|kd| BOOT::|done| BOOT::$) ; (BLOCK BOOT::|FS-;diffdiff0| ; (PROG (BOOT::|g| BOOT::|bp|) ; (RETURN ; (LET* # ; #))))) ; ; note: Assignment to argument: |done| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |FS-;dfeval| ...) ; compiling (DEFUN |FS-;diffEval| ...) ; compiling (DEFUN |FS-;diffArg| ...) ; compiling (DEFUN |FS-;opderiv| ...) ; file: /tmp/oa-Wu4xzB/code.lsp ; in: DEFUN |FS-;opderiv| ; (DEFUN BOOT::|FS-;opderiv| (BOOT::|op| BOOT::|n| BOOT::$) ; (COND ; ((EQL BOOT::|n| 1) ; (LET (#) ; (LIST #))) ; (T ; (LET (# #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS-;opderiv| ; (BOOT::|op| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|FS-;opderiv| ; (COND ; ((EQL BOOT::|n| 1) ; (LET # ; #)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |FS-;opderiv!1| ...) ; compiling (DEFUN |FS-;opderiv!0| ...) ; compiling (DEFUN |FS-;kderiv| ...) ; file: /tmp/oa-Wu4xzB/code.lsp ; in: DEFUN |FS-;kderiv| ; (DEFUN BOOT::|FS-;kderiv| (BOOT::|k| BOOT::$) ; (PROG (BOOT::|grad| BOOT::|u| BOOT::|op|) ; (RETURN ; (LET* (# #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS-;kderiv| ; (BOOT::|k| BOOT::$) ; (BLOCK BOOT::|FS-;kderiv| ; (PROG (BOOT::|grad| BOOT::|u| BOOT::|op|) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |FS-;kerderiv| ...) ; compiling (DEFUN |FS-;smpderiv| ...) ; compiling (DEFUN |FS-;smpderiv!0| ...) ; compiling (DEFUN |FS-;coerce;P$;43| ...) ; compiling (DEFUN |FS-;coerce;P$;43!1| ...) ; compiling (DEFUN |FS-;coerce;P$;43!0| ...) ; compiling (DEFUN |FS-;worse?| ...) ; file: /tmp/oa-Wu4xzB/code.lsp ; in: DEFUN |FS-;worse?| ; (DEFUN BOOT::|FS-;worse?| (BOOT::|k1| BOOT::|k2| BOOT::$) ; (LET ((BOOT::|u| (BOOT::SPADCALL # # #))) ; (COND ((EQL # 1) (BOOT::SPADCALL BOOT::|k1| BOOT::|k2| #)) ; (T (CDR BOOT::|u|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS-;worse?| ; (BOOT::|k1| BOOT::|k2| BOOT::$) ; (BLOCK BOOT::|FS-;worse?| ; (LET ((BOOT::|u| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FS-;bestKernel| ...) ; compiling (DEFUN |FS-;smp2O| ...) ; compiling (DEFUN |FS-;smp2O!0| ...) ; compiling (DEFUN |FS-;smpsubst| ...) ; compiling (DEFUN |FS-;smpsubst!3| ...) ; compiling (DEFUN |FS-;smpsubst!2| ...) ; compiling (DEFUN |FS-;smpsubst!1| ...) ; compiling (DEFUN |FS-;smpsubst!0| ...) ; compiling (DEFUN |FS-;smpeval| ...) ; compiling (DEFUN |FS-;smpeval!3| ...) ; compiling (DEFUN |FS-;smpeval!2| ...) ; compiling (DEFUN |FS-;smpeval!1| ...) ; compiling (DEFUN |FS-;smpeval!0| ...) ; compiling (DEFUN |FS-;notfound| ...) ; compiling (DEFUN |FS-;pushunq| ...) ; file: /tmp/oa-Wu4xzB/code.lsp ; in: DEFUN |FS-;pushunq| ; (DEFUN BOOT::|FS-;pushunq| (BOOT::|l| BOOT::|arg| BOOT::$) ; (COND ; ((NULL BOOT::|l|) ; (LET (# #) ; (LOOP # ; #))) ; (T ; (LET (# #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS-;pushunq| ; (BOOT::|l| BOOT::|arg| BOOT::$) ; (BLOCK BOOT::|FS-;pushunq| ; (COND ; ((NULL BOOT::|l|) ; (LET # ; #)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |FS-;kunq| ...) ; compiling (DEFUN |FS-;smpunq| ...) ; compiling (DEFUN |FS-;smpunq!1| ...) ; compiling (DEFUN |FS-;smpunq!0| ...) ; compiling (DEFUN |FS-;smpret| ...) ; compiling (DEFUN |FS-;smpret!1| ...) ; compiling (DEFUN |FS-;smpret!0| ...) ; compiling (DEFUN |FS-;isExpt;$BoU;54| ...) ; compiling (DEFUN |FS-;isExpt;$SU;55| ...) ; compiling (DEFUN |FS-;smpIsMult| ...) ; compiling (DEFUN |FS-;debugA| ...) ; file: /tmp/oa-Wu4xzB/code.lsp ; in: DEFUN |FS-;debugA| ; (DEFUN BOOT::|FS-;debugA| (BOOT::|a1| BOOT::|a2| BOOT::|t| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; BOOT::|t|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS-;debugA| ; (BOOT::|a1| BOOT::|a2| BOOT::|t| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|FS-;debugA| BOOT::|t|)) ; ; caught STYLE-WARNING: ; The variable |a1| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |a2| is defined but never used. ; compiling (DEFUN |FS-;equaldiff| ...) ; compiling (DEFUN |FS-;mainKernel;$U;59| ...) ; file: /tmp/oa-Wu4xzB/code.lsp ; in: DEFUN |FS-;mainKernel;$U;59| ; (DEFUN BOOT::|FS-;mainKernel;$U;59| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 98)) ; (BOOT::|shellEntry| BOOT::$ 122))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS-;mainKernel;$U;59| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FS-;mainKernel;$U;59| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 98)) ; (BOOT::|shellEntry| BOOT::$ 122)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |FS-;kernels;$L;60| ...) ; file: /tmp/oa-Wu4xzB/code.lsp ; in: DEFUN |FS-;kernels;$L;60| ; (DEFUN BOOT::|FS-;kernels;$L;60| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 98)) ; (BOOT::|shellEntry| BOOT::$ 208))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS-;kernels;$L;60| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FS-;kernels;$L;60| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 98)) ; (BOOT::|shellEntry| BOOT::$ 208)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |FS-;retract;$R;61| ...) ; compiling (DEFUN |FS-;retract;$P;62| ...) ; compiling (DEFUN |FS-;retractIfCan;$U;63| ...) ; compiling (DEFUN |FS-;retractIfCan;$U;64| ...) ; compiling (DEFUN |FS-;eval;$LL$;65| ...) ; compiling (DEFUN |FS-;subst;$LL$;66| ...) ; compiling (DEFUN |FS-;differentiate;$S$;67| ...) ; compiling (DEFUN |FS-;coerce;$Of;68| ...) ; compiling (DEFUN |FS-;eval;$L$;69| ...) ; compiling (DEFUN |FS-;eval;2$;70| ...) ; compiling (DEFUN |FS-;eval;$LLL$;71| ...) ; compiling (DEFUN |FS-;isPlus;$U;72| ...) ; compiling (DEFUN |FS-;isTimes;$U;73| ...) ; compiling (DEFUN |FS-;isExpt;$U;74| ...) ; compiling (DEFUN |FS-;isPower;$U;75| ...) ; compiling (DEFUN |FS-;convert;$P;76| ...) ; compiling (DEFUN |FS-;convert;$P;77| ...) ; compiling (DEFUN |FS-;isMult;$U;78| ...) ; compiling (DEFUN |FS-;*;R2$;79| ...) ; compiling (DEFUN |FS-;mainKernel;$U;80| ...) ; file: /tmp/oa-Wu4xzB/code.lsp ; in: DEFUN |FS-;mainKernel;$U;80| ; (DEFUN BOOT::|FS-;mainKernel;$U;80| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 308))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS-;mainKernel;$U;80| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FS-;mainKernel;$U;80| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 308)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |FS-;kernels;$L;81| ...) ; file: /tmp/oa-Wu4xzB/code.lsp ; in: DEFUN |FS-;kernels;$L;81| ; (DEFUN BOOT::|FS-;kernels;$L;81| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 309))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS-;kernels;$L;81| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FS-;kernels;$L;81| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 309)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |FS-;univariate;$KF;82| ...) ; compiling (DEFUN |FS-;isPlus;$U;83| ...) ; file: /tmp/oa-Wu4xzB/code.lsp ; in: DEFUN |FS-;isPlus;$U;83| ; (DEFUN BOOT::|FS-;isPlus;$U;83| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 315))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS-;isPlus;$U;83| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FS-;isPlus;$U;83| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 315)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |FS-;isTimes;$U;84| ...) ; file: /tmp/oa-Wu4xzB/code.lsp ; in: DEFUN |FS-;isTimes;$U;84| ; (DEFUN BOOT::|FS-;isTimes;$U;84| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 316))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS-;isTimes;$U;84| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FS-;isTimes;$U;84| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 316)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |FS-;isExpt;$U;85| ...) ; file: /tmp/oa-Wu4xzB/code.lsp ; in: DEFUN |FS-;isExpt;$U;85| ; (DEFUN BOOT::|FS-;isExpt;$U;85| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 319))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS-;isExpt;$U;85| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FS-;isExpt;$U;85| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 319)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |FS-;isPower;$U;86| ...) ; file: /tmp/oa-Wu4xzB/code.lsp ; in: DEFUN |FS-;isPower;$U;86| ; (DEFUN BOOT::|FS-;isPower;$U;86| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 322))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS-;isPower;$U;86| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FS-;isPower;$U;86| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 322)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |FS-;denominator;2$;87| ...) ; compiling (DEFUN |FS-;coerce;F$;88| ...) ; compiling (DEFUN |FS-;coerce;F$;89| ...) ; compiling (DEFUN |FS-;coerce;F$;90| ...) ; compiling (DEFUN |FS-;retract;$P;91| ...) ; compiling (DEFUN |FS-;retract;$F;92| ...) ; compiling (DEFUN |FS-;retract;$R;93| ...) ; compiling (DEFUN |FS-;coerce;$Of;94| ...) ; compiling (DEFUN |FS-;retractIfCan;$U;95| ...) ; compiling (DEFUN |FS-;eval;$L$;96| ...) ; compiling (DEFUN |FS-;eval;2$;97| ...) ; compiling (DEFUN |FS-;eval;$LLL$;98| ...) ; compiling (DEFUN |FS-;differentiate;$S$;99| ...) ; compiling (DEFUN |FS-;eval;$LL$;100| ...) ; compiling (DEFUN |FS-;subst;$LL$;101| ...) ; compiling (DEFUN |FS-;par| ...) ; compiling (DEFUN |FS-;convert;F$;103| ...) ; compiling (DEFUN |FS-;retractIfCan;$U;104| ...) ; file: /tmp/oa-Wu4xzB/code.lsp ; in: DEFUN |FS-;retractIfCan;$U;104| ; (DEFUN BOOT::|FS-;retractIfCan;$U;104| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|u| (BOOT::SPADCALL BOOT::|x| #))) ; (COND ((EQL # 1) (CONS 1 "failed")) (T (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS-;retractIfCan;$U;104| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FS-;retractIfCan;$U;104| ; (LET ((BOOT::|u| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |FS-;retractIfCan;$U;105| ...) ; compiling (DEFUN |FS-;coerce;P$;106| ...) ; compiling (DEFUN |FS-;coerce;P$;106!1| ...) ; compiling (DEFUN |FS-;coerce;P$;106!0| ...) ; compiling (DEFUN |FS-;coerce;F$;107| ...) ; compiling (DEFUN |FS-;isMult;$U;108| ...) ; compiling (DEFUN |FS-;convert;$P;109| ...) ; compiling (DEFUN |FS-;convert;$P;110| ...) ; compiling (DEFUN |FunctionSpace&| ...) ; compiling (MAKEPROP (QUOTE |FunctionSpace&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 20 notes ; /tmp/oa-Wu4xzB/code.fasl written ; compilation finished in 0:00:00.470 ------------------------------------------------------------------------ finalizing NRLIB FS Processing FunctionSpace for Browser database: -- ground? : % -> Boolean -- ground : % -> R -- variables : % -> List SY -- applyQuote : (SY,%) -> % -- applyQuote : (SY,%,%) -> % -- applyQuote : (SY,%,%,%) -> % -- applyQuote : (SY,%,%,%,%) -> % -- applyQuote : (SY,List %) -> % -- eval : (%,SY) -> % -- eval : (%,List SY) -> % -- eval : % -> % -- eval : (%,OP,%,SY) -> % -- eval : (%,List OP,List %,SY) -> % -- ?**? : (%,N) -> % -- isTimes : % -> Union(List %,"failed") -- isExpt : % -> Union(Record(var: K,exponent: Z),"failed") -- isPlus : % -> Union(List %,"failed") -- isMult : % -> Union(Record(coef: Z,var: K),"failed") -- coerce : MP -> % -- numer : % -> MP -- numerator : % -> % -- isExpt : (%,OP) -> Union(Record(var: K,exponent: Z),"failed") -- isExpt : (%,SY) -> Union(Record(var: K,exponent: Z),"failed") -- isPower : % -> Union(Record(val: %,exponent: Z),"failed") -- eval : (%,List SY,List N,List (% -> %)) -> % -- eval : (%,List SY,List N,List (List % -> %)) -> % -- eval : (%,SY,N,(List % -> %)) -> % -- eval : (%,SY,N,(% -> %)) -> % -- convert : Factored % -> % -- denom : % -> MP -- denominator : % -> % -- ?/? : (MP,MP) -> % -- coerce : Q -> % -- coerce : Polynomial Q -> % -- coerce : Fraction Polynomial Q -> % -- univariate : (%,K) -> Fraction SparseUnivariatePolynomial % -- constructor ; compiling file "/tmp/oa-YwUscz/code.lsp" (written 01 FEB 2016 11:03:29 PM): ; compiling (DEFPARAMETER |FunctionSpace;AL| ...) ; compiling (DEFUN |FunctionSpace;| ...) ; compiling (DEFUN |FunctionSpace| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-YwUscz/code.fasl written ; compilation finished in 0:00:00.023 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/ALGMANIP.fasl --optimize=3 ALGMANIP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ALGMANIP.spad using Spad compiler. ALGMANIP abbreviates package AlgebraicManipulations debug: compDefine1 lhs: (AlgebraicManipulations R F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE rootSplit (F F)) (SIGNATURE ratDenom (F F)) (SIGNATURE ratDenom (F F F)) (SIGNATURE ratDenom (F F (List F))) (SIGNATURE ratDenom (F F (List (Kernel F)))) (SIGNATURE ratPoly ((SparseUnivariatePolynomial F) F)) (IF (has R (Join (GcdDomain) (RetractableTo (Integer)))) (IF (has F (FunctionSpace R)) (PROGN (SIGNATURE rootPower (F F)) (SIGNATURE rootProduct (F F)) (SIGNATURE rootSimp (F F)) (SIGNATURE rootKerSimp (F (BasicOperator) F (NonNegativeInteger)))) %noBranch) %noBranch)) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE rootSplit (F F)) (SIGNATURE ratDenom (F F)) (SIGNATURE ratDenom (F F F)) (SIGNATURE ratDenom (F F (List F))) (SIGNATURE ratDenom (F F (List (Kernel F)))) (SIGNATURE ratPoly ((SparseUnivariatePolynomial F) F)) (IF (has R (Join (GcdDomain) (RetractableTo (Integer)))) (IF (has F (FunctionSpace R)) (PROGN (SIGNATURE rootPower (F F)) (SIGNATURE rootProduct (F F)) (SIGNATURE rootSimp (F F)) (SIGNATURE rootKerSimp (F (BasicOperator) F (NonNegativeInteger)))) %noBranch) %noBranch)) $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (List F) $param: (R F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (List (Kernel F)) $param: (R F) Debug: evaluateType1 form: (List (Kernel F)) debug: evaluateType1 x: (Kernel F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Kernel F) $param: (R F) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evalCategory d: (Kernel F) c: (Type) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (R F) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: F $param: (R F) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE rootSplit (F F)) (SIGNATURE ratDenom (F F)) (SIGNATURE ratDenom (F F F)) (SIGNATURE ratDenom (F F (List F))) (SIGNATURE ratDenom (F F (List (Kernel F)))) (SIGNATURE ratPoly ((SparseUnivariatePolynomial F) F)) (IF (has R (Join (GcdDomain) (RetractableTo (Integer)))) (IF (has F (FunctionSpace R)) (PROGN (SIGNATURE rootPower (F F)) (SIGNATURE rootProduct (F F)) (SIGNATURE rootSimp (F F)) (SIGNATURE rootKerSimp (F (BasicOperator) F (NonNegativeInteger)))) %noBranch) %noBranch)) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for AlgebraicManipulations compiling into /tmp/oa-AGVNPK importing PolynomialCategoryQuotientFunctions(IndexedExponents Kernel F,Kernel F,R,SparseMultivariatePolynomial(R,Kernel F),F) compiling exported ratDenom : F -> F Time: 0.07 SEC. compiling exported ratDenom : (F,List Kernel F) -> F Time: 0.00 SEC. compiling exported ratDenom : (F,F) -> F Time: 0.01 SEC. compiling exported ratDenom : (F,List F) -> F Time: 0.01 SEC. compiling local algkernels : List Kernel F -> List Kernel F Debug compQuote expr: (QUOTE %alg) m: $EmptyMode Debug compQuote expr: (QUOTE %alg) m: (Identifier) Time: 0.02 SEC. compiling local rootkernels : List Kernel F -> List Kernel F Debug compQuote expr: (QUOTE nthRoot) m: (Symbol) Debug compQuote expr: (QUOTE nthRoot) m: (Symbol) Time: 0.01 SEC. compiling exported ratPoly : F -> SparseUnivariatePolynomial F Time: 0.09 SEC. compiling exported rootSplit : F -> F Time: 0.02 SEC. compiling local rootExpand : Kernel F -> F Time: 0.02 SEC. compiling local innerRF : (F,List Kernel F) -> F Time: 0.08 SEC. importing PolynomialRoots(IndexedExponents Kernel F,Kernel F,R,SparseMultivariatePolynomial(R,Kernel F),F) compiling exported rootKerSimp : (BasicOperator,F,NonNegativeInteger) -> F Time: 0.05 SEC. compiling exported rootKerSimp : (BasicOperator,F,NonNegativeInteger) -> F Time: 0.01 SEC. compiling local breakup : List Kernel F -> List Record(ker: List Kernel F,exponent: List Integer) Time: 0.23 SEC. compiling exported rootProduct : F -> F Time: 0.17 SEC. compiling exported rootPower : F -> F Time: 0.02 SEC. compiling local radeval : (SparseMultivariatePolynomial(R,Kernel F),Kernel F) -> F Time: 0.11 SEC. compiling local inroot : (BasicOperator,F,NonNegativeInteger) -> F Time: 0.12 SEC. compiling local sroot : Kernel F -> F Time: 0.02 SEC. compiling exported rootSimp : F -> F Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] ratDenom: not known that SetCategory is of mode CATEGORY(package,rootSplit: F -> F,ratDenom: F -> F,ratDenom: (F,F) -> F,ratDenom: (F,List F) -> F,ratDenom: (F,List Kernel F) -> F,ratPoly: F -> SparseUnivariatePolynomial F,IF(hasRJoin(GcdDomain(),RetractableTo(Integer())),IF(hasFFunctionSpace(R),PROGN(rootPower: F -> F,rootProduct: F -> F,rootSimp: F -> F,rootKerSimp: (BasicOperator,F,NonNegativeInteger) -> F),%noBranch),%noBranch)) [2] algkernels: has? has no value [3] ratPoly: not known that SetCategory is of mode CATEGORY(package,rootSplit: F -> F,ratDenom: F -> F,ratDenom: (F,F) -> F,ratDenom: (F,List F) -> F,ratDenom: (F,List Kernel F) -> F,ratPoly: F -> SparseUnivariatePolynomial F,IF(hasRJoin(GcdDomain(),RetractableTo(Integer())),IF(hasFFunctionSpace(R),PROGN(rootPower: F -> F,rootProduct: F -> F,rootSimp: F -> F,rootKerSimp: (BasicOperator,F,NonNegativeInteger) -> F),%noBranch),%noBranch)) [4] ratPoly: not known that SIGNATUREcoerce($ (SparseMultivariatePolynomial R (Kernel F))) is of mode CATEGORY(domain,numer: % -> SparseMultivariatePolynomial(R,Kernel %),denom: % -> SparseMultivariatePolynomial(R,Kernel %),coerce: SparseMultivariatePolynomial(R,Kernel %) -> %) [5] ratPoly: not known that SIGNATUREnumer((SparseMultivariatePolynomial R (Kernel F)) $) is of mode CATEGORY(domain,numer: % -> SparseMultivariatePolynomial(R,Kernel %),denom: % -> SparseMultivariatePolynomial(R,Kernel %),coerce: SparseMultivariatePolynomial(R,Kernel %) -> %) [6] ratPoly: not known that SIGNATUREdenom((SparseMultivariatePolynomial R (Kernel F)) $) is of mode CATEGORY(domain,numer: % -> SparseMultivariatePolynomial(R,Kernel %),denom: % -> SparseMultivariatePolynomial(R,Kernel %),coerce: SparseMultivariatePolynomial(R,Kernel %) -> %) [7] rootExpand: first has no value [8] innerRF: k has no value [9] innerRF: not known that Ring is of mode CATEGORY(package,rootSplit: F -> F,ratDenom: F -> F,ratDenom: (F,F) -> F,ratDenom: (F,List F) -> F,ratDenom: (F,List Kernel F) -> F,ratPoly: F -> SparseUnivariatePolynomial F,IF(hasRJoin(GcdDomain(),RetractableTo(Integer())),IF(hasFFunctionSpace(R),PROGN(rootPower: F -> F,rootProduct: F -> F,rootSimp: F -> F,rootKerSimp: (BasicOperator,F,NonNegativeInteger) -> F),%noBranch),%noBranch)) [10] radeval: first has no value [11] sroot: first has no value Cumulative Statistics for Constructor AlgebraicManipulations Time: 1.08 seconds finalizing NRLIB ALGMANIP Processing AlgebraicManipulations for Browser database: -- numer : % -> SparseMultivariatePolynomial(R,Kernel %) -- denom : % -> SparseMultivariatePolynomial(R,Kernel %) -- coerce : SparseMultivariatePolynomial(R,Kernel %) -> % -- rootSplit : F -> F -- ratDenom : F -> F -- ratDenom : (F,F) -> F -- ratDenom : (F,List F) -> F -- ratDenom : (F,List K) -> F -- ratPoly : F -> SparseUnivariatePolynomial F -- rootPower : F -> F -- rootProduct : F -> F -- rootSimp : F -> F -- rootKerSimp : (OP,F,N) -> F -- constructor ; compiling file "/tmp/oa-AGVNPK/code.lsp" (written 01 FEB 2016 11:03:30 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ALGMANIP;ratDenom;2F;1| ...) ; compiling (DEFUN |ALGMANIP;ratDenom;FLF;2| ...) ; compiling (DEFUN |ALGMANIP;ratDenom;3F;3| ...) ; compiling (DEFUN |ALGMANIP;ratDenom;FLF;4| ...) ; compiling (DEFUN |ALGMANIP;algkernels| ...) ; file: /tmp/oa-AGVNPK/code.lsp ; in: DEFUN |ALGMANIP;algkernels| ; (DEFUN BOOT::|ALGMANIP;algkernels| (BOOT::|l| BOOT::$) ; (BOOT::SPADCALL (CONS #'BOOT::|ALGMANIP;algkernels!0| BOOT::$) BOOT::|l| ; (BOOT::|shellEntry| BOOT::$ 29))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ALGMANIP;algkernels| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|ALGMANIP;algkernels| ; (BOOT::SPADCALL (CONS #'BOOT::|ALGMANIP;algkernels!0| BOOT::$) ; BOOT::|l| (BOOT::|shellEntry| BOOT::$ 29)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ALGMANIP;algkernels!0| ...) ; compiling (DEFUN |ALGMANIP;rootkernels| ...) ; file: /tmp/oa-AGVNPK/code.lsp ; in: DEFUN |ALGMANIP;rootkernels| ; (DEFUN BOOT::|ALGMANIP;rootkernels| (BOOT::|l| BOOT::$) ; (BOOT::SPADCALL (CONS #'BOOT::|ALGMANIP;rootkernels!0| BOOT::$) BOOT::|l| ; (BOOT::|shellEntry| BOOT::$ 29))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ALGMANIP;rootkernels| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|ALGMANIP;rootkernels| ; (BOOT::SPADCALL (CONS #'BOOT::|ALGMANIP;rootkernels!0| BOOT::$) ; BOOT::|l| (BOOT::|shellEntry| BOOT::$ 29)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ALGMANIP;rootkernels!0| ...) ; compiling (DEFUN |ALGMANIP;ratPoly;FSup;7| ...) ; compiling (DEFUN |ALGMANIP;rootSplit;2F;8| ...) ; compiling (DEFUN |ALGMANIP;rootExpand| ...) ; compiling (DEFUN |ALGMANIP;innerRF| ...) ; compiling (DEFUN |ALGMANIP;innerRF!4| ...) ; compiling (DEFUN |ALGMANIP;innerRF!3| ...) ; compiling (DEFUN |ALGMANIP;innerRF!2| ...) ; compiling (DEFUN |ALGMANIP;innerRF!1| ...) ; compiling (DEFUN |ALGMANIP;innerRF!0| ...) ; compiling (DEFUN |ALGMANIP;rootKerSimp;BoFNniF;11| ...) ; compiling (DEFUN |ALGMANIP;rootKerSimp;BoFNniF;12| ...) ; compiling (DEFUN |ALGMANIP;breakup| ...) ; compiling (DEFUN |ALGMANIP;rootProduct;2F;14| ...) ; compiling (DEFUN |ALGMANIP;rootPower;2F;15| ...) ; compiling (DEFUN |ALGMANIP;radeval| ...) ; compiling (DEFUN |ALGMANIP;inroot| ...) ; compiling (DEFUN |ALGMANIP;sroot| ...) ; compiling (DEFUN |ALGMANIP;rootSimp;2F;19| ...) ; compiling (DEFUN |AlgebraicManipulations| ...) ; compiling (DEFUN |AlgebraicManipulations;| ...) ; compiling (MAKEPROP (QUOTE |AlgebraicManipulations|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-AGVNPK/code.fasl written ; compilation finished in 0:00:00.097 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/AF.fasl --optimize=3 AF.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/AF.spad using Spad compiler. AF abbreviates package AlgebraicFunction debug: compDefine1 lhs: (AlgebraicFunction R F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE rootOf (F (SparseUnivariatePolynomial F) (Symbol))) (SIGNATURE operator ((BasicOperator) (BasicOperator))) (SIGNATURE belong? ((Boolean) (BasicOperator))) (SIGNATURE inrootof (F (SparseUnivariatePolynomial F) F)) (SIGNATURE droot ((OutputForm) (List F))) (IF (has R (RetractableTo (Integer))) (PROGN (SIGNATURE ** (F F (Fraction (Integer)))) (SIGNATURE minPoly ((SparseUnivariatePolynomial F) (Kernel F))) (SIGNATURE definingPolynomial (F F)) (SIGNATURE iroot (F R (Integer)))) %noBranch)) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE rootOf (F (SparseUnivariatePolynomial F) (Symbol))) (SIGNATURE operator ((BasicOperator) (BasicOperator))) (SIGNATURE belong? ((Boolean) (BasicOperator))) (SIGNATURE inrootof (F (SparseUnivariatePolynomial F) F)) (SIGNATURE droot ((OutputForm) (List F))) (IF (has R (RetractableTo (Integer))) (PROGN (SIGNATURE ** (F F (Fraction (Integer)))) (SIGNATURE minPoly ((SparseUnivariatePolynomial F) (Kernel F))) (SIGNATURE definingPolynomial (F F)) (SIGNATURE iroot (F R (Integer)))) %noBranch)) $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (R F) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (BasicOperator) $param: (R F) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (BasicOperator) $param: (R F) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (Boolean) $param: (R F) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (BasicOperator) $param: (R F) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (R F) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (OutputForm) $param: (R F) Debug: evaluateType1 form: (OutputForm) debug: evaluateType form: (List F) $param: (R F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE rootOf (F (SparseUnivariatePolynomial F) (Symbol))) (SIGNATURE operator ((BasicOperator) (BasicOperator))) (SIGNATURE belong? ((Boolean) (BasicOperator))) (SIGNATURE inrootof (F (SparseUnivariatePolynomial F) F)) (SIGNATURE droot ((OutputForm) (List F))) (IF (has R (RetractableTo (Integer))) (PROGN (SIGNATURE ** (F F (Fraction (Integer)))) (SIGNATURE minPoly ((SparseUnivariatePolynomial F) (Kernel F))) (SIGNATURE definingPolynomial (F F)) (SIGNATURE iroot (F R (Integer)))) %noBranch)) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for AlgebraicFunction compiling into /tmp/oa-fM7iBc Debug compQuote expr: (QUOTE rootOf) m: $EmptyMode Debug compQuote expr: (QUOTE rootOf) m: (Symbol) Debug compQuote expr: (QUOTE nthRoot) m: $EmptyMode Debug compQuote expr: (QUOTE nthRoot) m: (Symbol) compiling exported belong? : BasicOperator -> Boolean Debug compQuote expr: (QUOTE %alg) m: $EmptyMode Debug compQuote expr: (QUOTE %alg) m: (Identifier) Time: 0.06 SEC. compiling local dalg : List F -> OutputForm Time: 0.01 SEC. compiling exported rootOf : (SparseUnivariatePolynomial F,Symbol) -> F Time: 0.10 SEC. compiling local dvalg : (List F,Symbol) -> F Time: 0.10 SEC. compiling local ialg : List F -> F Time: 0.07 SEC. compiling exported operator : BasicOperator -> BasicOperator Debug compQuote expr: (QUOTE rootOf) m: $EmptyMode Debug compQuote expr: (QUOTE rootOf) m: (Symbol) Debug compQuote expr: (QUOTE nthRoot) m: $EmptyMode Debug compQuote expr: (QUOTE nthRoot) m: (Symbol) Time: 0.01 SEC. compiling exported inrootof : (SparseUnivariatePolynomial F,F) -> F Time: 0.16 SEC. compiling local UP2R : SparseUnivariatePolynomial F -> Union(SparseUnivariatePolynomial R,failed) Time: 0.08 SEC. compiling exported inrootof : (SparseUnivariatePolynomial F,F) -> F Time: 0.09 SEC. Debug compQuote expr: (QUOTE %specialDiff) m: $EmptyMode Debug compQuote expr: (QUOTE %specialDiff) m: (Identifier) Debug compQuote expr: (QUOTE %specialDisp) m: $EmptyMode Debug compQuote expr: (QUOTE %specialDisp) m: (Identifier) importing PolynomialRoots(IndexedExponents Kernel F,Kernel F,R,SparseMultivariatePolynomial(R,Kernel F),F) Debug compQuote expr: (QUOTE %%var) m: F Debug compQuote expr: (QUOTE %%var) m: ##2 Debug compQuote expr: (QUOTE %%var) m: $EmptyMode compiling local lzero : List F -> F Time: 0.06 SEC. compiling exported droot : List F -> OutputForm Time: 0.04 SEC. compiling local dvroot : List F -> F Time: 0.10 SEC. compiling exported ** : (F,Fraction Integer) -> F Time: 0.16 SEC. compiling local hackroot : (F,Integer) -> F Time: 0.08 SEC. compiling local inroot : List F -> F Time: 0.05 SEC. compiling local inroot0 : (F,Integer,Boolean,Boolean) -> F Time: 0.18 SEC. compiling exported iroot : (R,Integer) -> F Time: 0.00 SEC. compiling exported iroot : (R,Integer) -> F Time: 0.01 SEC. compiling exported iroot : (R,Integer) -> F Time: 0.00 SEC. compiling exported iroot : (R,Integer) -> F Time: 0.00 SEC. compiling local iroot0 : (R,Integer) -> F Time: 0.02 SEC. compiling exported definingPolynomial : F -> F Time: 0.06 SEC. compiling exported minPoly : Kernel F -> SparseUnivariatePolynomial F Time: 0.05 SEC. compiling exported droot : List F -> OutputForm Time: 0.05 SEC. compiling exported minPoly : Kernel F -> SparseUnivariatePolynomial F Time: 0.05 SEC. Debug compQuote expr: (QUOTE %specialDisp) m: $EmptyMode Debug compQuote expr: (QUOTE %specialDisp) m: (Identifier) (time taken in buildFunctor: 4) Time: 0.04 SEC. Warnings: [1] rootOf: not known that SetCategory is of mode CATEGORY(package,rootOf: (SparseUnivariatePolynomial F,Symbol) -> F,operator: BasicOperator -> BasicOperator,belong?: BasicOperator -> Boolean,inrootof: (SparseUnivariatePolynomial F,F) -> F,droot: List F -> OutputForm,IF(hasRRetractableTo(Integer()),PROGN(**: (F,Fraction Integer) -> F,minPoly: Kernel F -> SparseUnivariatePolynomial F,definingPolynomial: F -> F,iroot: (R,Integer) -> F),%noBranch)) [2] rootOf: not known that Ring is of mode CATEGORY(package,rootOf: (SparseUnivariatePolynomial F,Symbol) -> F,operator: BasicOperator -> BasicOperator,belong?: BasicOperator -> Boolean,inrootof: (SparseUnivariatePolynomial F,F) -> F,droot: List F -> OutputForm,IF(hasRRetractableTo(Integer()),PROGN(**: (F,Fraction Integer) -> F,minPoly: Kernel F -> SparseUnivariatePolynomial F,definingPolynomial: F -> F,iroot: (R,Integer) -> F),%noBranch)) [3] ialg: degree has no value [4] hackroot: not known that SetCategory is of mode CATEGORY(package,iroot: (R,Integer) -> F) [5] inroot0: rn has no value [6] inroot0: coef has no value [7] inroot0: radicand has no value [8] inroot0: exponent has no value [9] inroot0: rd has no value [10] definingPolynomial: first has no value [11] minPoly: first has no value Cumulative Statistics for Constructor AlgebraicFunction Time: 1.64 seconds finalizing NRLIB AF Processing AlgebraicFunction for Browser database: -- rootOf : (UP,SE) -> F -- operator : OP -> OP -- belong? : OP -> Boolean -- inrootof : (UP,F) -> F -- droot : List F -> OutputForm -- ?**? : (F,Q) -> F -- minPoly : K -> UP -- definingPolynomial : F -> F -- iroot : (R,Z) -> F -- constructor ; compiling file "/tmp/oa-fM7iBc/code.lsp" (written 01 FEB 2016 11:03:32 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |AF;belong?;BoB;1| ...) ; file: /tmp/oa-fM7iBc/code.lsp ; in: DEFUN |AF;belong?;BoB;1| ; (DEFUN BOOT::|AF;belong?;BoB;1| (BOOT::|op| BOOT::$) ; (BOOT::SPADCALL BOOT::|op| 'BOOT::|%alg| (BOOT::|shellEntry| BOOT::$ 16))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|AF;belong?;BoB;1| ; (BOOT::|op| BOOT::$) ; (BLOCK BOOT::|AF;belong?;BoB;1| ; (BOOT::SPADCALL BOOT::|op| 'BOOT::|%alg| ; (BOOT::|shellEntry| BOOT::$ 16)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |AF;dalg| ...) ; compiling (DEFUN |AF;rootOf;SupSF;3| ...) ; compiling (DEFUN |AF;dvalg| ...) ; compiling (DEFUN |AF;dvalg!0| ...) ; compiling (DEFUN |AF;ialg| ...) ; compiling (DEFUN |AF;operator;2Bo;6| ...) ; compiling (DEFUN |AF;inrootof;Sup2F;7| ...) ; compiling (DEFUN |AF;UP2R| ...) ; compiling (DEFUN |AF;inrootof;Sup2F;9| ...) ; compiling (DEFUN |AF;lzero| ...) ; file: /tmp/oa-fM7iBc/code.lsp ; in: DEFUN |AF;lzero| ; (DEFUN BOOT::|AF;lzero| (BOOT::|l| BOOT::$) (BOOT::|spadConstant| BOOT::$ 55)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|AF;lzero| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|AF;lzero| (BOOT::|spadConstant| BOOT::$ 55))) ; ; caught STYLE-WARNING: ; The variable |l| is defined but never used. ; compiling (DEFUN |AF;droot;LOf;11| ...) ; compiling (DEFUN |AF;dvroot| ...) ; compiling (DEFUN |AF;**;FFF;13| ...) ; compiling (DEFUN |AF;hackroot| ...) ; compiling (DEFUN |AF;inroot| ...) ; compiling (DEFUN |AF;inroot0| ...) ; compiling (DEFUN |AF;iroot;RIF;17| ...) ; compiling (DEFUN |AF;iroot;RIF;18| ...) ; compiling (DEFUN |AF;iroot;RIF;19| ...) ; compiling (DEFUN |AF;iroot;RIF;20| ...) ; compiling (DEFUN |AF;iroot0| ...) ; compiling (DEFUN |AF;definingPolynomial;2F;22| ...) ; compiling (DEFUN |AF;minPoly;KSup;23| ...) ; compiling (DEFUN |AF;droot;LOf;24| ...) ; compiling (DEFUN |AF;minPoly;KSup;25| ...) ; compiling (DEFUN |AlgebraicFunction| ...) ; compiling (DEFUN |AlgebraicFunction;| ...) ; compiling (MAKEPROP (QUOTE |AlgebraicFunction|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 1 note ; /tmp/oa-fM7iBc/code.fasl written ; compilation finished in 0:00:00.157 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/EF.fasl --optimize=3 EF.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/EF.spad using Spad compiler. EF abbreviates package ElementaryFunction debug: compDefine1 lhs: (ElementaryFunction R F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE exp (F F)) (SIGNATURE log (F F)) (SIGNATURE sin (F F)) (SIGNATURE cos (F F)) (SIGNATURE tan (F F)) (SIGNATURE cot (F F)) (SIGNATURE sec (F F)) (SIGNATURE csc (F F)) (SIGNATURE asin (F F)) (SIGNATURE acos (F F)) (SIGNATURE atan (F F)) (SIGNATURE acot (F F)) (SIGNATURE asec (F F)) (SIGNATURE acsc (F F)) (SIGNATURE sinh (F F)) (SIGNATURE cosh (F F)) (SIGNATURE tanh (F F)) (SIGNATURE coth (F F)) (SIGNATURE sech (F F)) (SIGNATURE csch (F F)) (SIGNATURE asinh (F F)) (SIGNATURE acosh (F F)) (SIGNATURE atanh (F F)) (SIGNATURE acoth (F F)) (SIGNATURE asech (F F)) (SIGNATURE acsch (F F)) (SIGNATURE pi (F)) (SIGNATURE belong? ((Boolean) (BasicOperator))) (SIGNATURE operator ((BasicOperator) (BasicOperator))) (SIGNATURE iisqrt2 (F)) (SIGNATURE iisqrt3 (F)) (SIGNATURE iiexp (F F)) (SIGNATURE iilog (F F)) (SIGNATURE iisin (F F)) (SIGNATURE iicos (F F)) (SIGNATURE iitan (F F)) (SIGNATURE iicot (F F)) (SIGNATURE iisec (F F)) (SIGNATURE iicsc (F F)) (SIGNATURE iiasin (F F)) (SIGNATURE iiacos (F F)) (SIGNATURE iiatan (F F)) (SIGNATURE iiacot (F F)) (SIGNATURE iiasec (F F)) (SIGNATURE iiacsc (F F)) (SIGNATURE iisinh (F F)) (SIGNATURE iicosh (F F)) (SIGNATURE iitanh (F F)) (SIGNATURE iicoth (F F)) (SIGNATURE iisech (F F)) (SIGNATURE iicsch (F F)) (SIGNATURE iiasinh (F F)) (SIGNATURE iiacosh (F F)) (SIGNATURE iiatanh (F F)) (SIGNATURE iiacoth (F F)) (SIGNATURE iiasech (F F)) (SIGNATURE iiacsch (F F)) (SIGNATURE specialTrigs ((Union F failed) F (List (Record (: func F) (: pole (Boolean)))))) (SIGNATURE localReal? ((Boolean) F))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE exp (F F)) (SIGNATURE log (F F)) (SIGNATURE sin (F F)) (SIGNATURE cos (F F)) (SIGNATURE tan (F F)) (SIGNATURE cot (F F)) (SIGNATURE sec (F F)) (SIGNATURE csc (F F)) (SIGNATURE asin (F F)) (SIGNATURE acos (F F)) (SIGNATURE atan (F F)) (SIGNATURE acot (F F)) (SIGNATURE asec (F F)) (SIGNATURE acsc (F F)) (SIGNATURE sinh (F F)) (SIGNATURE cosh (F F)) (SIGNATURE tanh (F F)) (SIGNATURE coth (F F)) (SIGNATURE sech (F F)) (SIGNATURE csch (F F)) (SIGNATURE asinh (F F)) (SIGNATURE acosh (F F)) (SIGNATURE atanh (F F)) (SIGNATURE acoth (F F)) (SIGNATURE asech (F F)) (SIGNATURE acsch (F F)) (SIGNATURE pi (F)) (SIGNATURE belong? ((Boolean) (BasicOperator))) (SIGNATURE operator ((BasicOperator) (BasicOperator))) (SIGNATURE iisqrt2 (F)) (SIGNATURE iisqrt3 (F)) (SIGNATURE iiexp (F F)) (SIGNATURE iilog (F F)) (SIGNATURE iisin (F F)) (SIGNATURE iicos (F F)) (SIGNATURE iitan (F F)) (SIGNATURE iicot (F F)) (SIGNATURE iisec (F F)) (SIGNATURE iicsc (F F)) (SIGNATURE iiasin (F F)) (SIGNATURE iiacos (F F)) (SIGNATURE iiatan (F F)) (SIGNATURE iiacot (F F)) (SIGNATURE iiasec (F F)) (SIGNATURE iiacsc (F F)) (SIGNATURE iisinh (F F)) (SIGNATURE iicosh (F F)) (SIGNATURE iitanh (F F)) (SIGNATURE iicoth (F F)) (SIGNATURE iisech (F F)) (SIGNATURE iicsch (F F)) (SIGNATURE iiasinh (F F)) (SIGNATURE iiacosh (F F)) (SIGNATURE iiatanh (F F)) (SIGNATURE iiacoth (F F)) (SIGNATURE iiasech (F F)) (SIGNATURE iiacsch (F F)) (SIGNATURE specialTrigs ((Union F failed) F (List (Record (: func F) (: pole (Boolean)))))) (SIGNATURE localReal? ((Boolean) F))) $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Boolean) $param: (R F) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (BasicOperator) $param: (R F) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (BasicOperator) $param: (R F) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (BasicOperator) $param: (R F) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Union F failed) $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: failed $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (List (Record (: func F) (: pole (Boolean)))) $param: (R F) Debug: evaluateType1 form: (List (Record (: func F) (: pole (Boolean)))) debug: evaluateType1 x: (Record (: func F) (: pole (Boolean))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: func F) (: pole (Boolean))) $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Boolean) $param: (R F) Debug: evaluateType1 form: (Boolean) debug: evalCategory d: (Record (: func F) (: pole (Boolean))) c: (Type) debug: evaluateType form: (Boolean) $param: (R F) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: F $param: (R F) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE exp (F F)) (SIGNATURE log (F F)) (SIGNATURE sin (F F)) (SIGNATURE cos (F F)) (SIGNATURE tan (F F)) (SIGNATURE cot (F F)) (SIGNATURE sec (F F)) (SIGNATURE csc (F F)) (SIGNATURE asin (F F)) (SIGNATURE acos (F F)) (SIGNATURE atan (F F)) (SIGNATURE acot (F F)) (SIGNATURE asec (F F)) (SIGNATURE acsc (F F)) (SIGNATURE sinh (F F)) (SIGNATURE cosh (F F)) (SIGNATURE tanh (F F)) (SIGNATURE coth (F F)) (SIGNATURE sech (F F)) (SIGNATURE csch (F F)) (SIGNATURE asinh (F F)) (SIGNATURE acosh (F F)) (SIGNATURE atanh (F F)) (SIGNATURE acoth (F F)) (SIGNATURE asech (F F)) (SIGNATURE acsch (F F)) (SIGNATURE pi (F)) (SIGNATURE belong? ((Boolean) (BasicOperator))) (SIGNATURE operator ((BasicOperator) (BasicOperator))) (SIGNATURE iisqrt2 (F)) (SIGNATURE iisqrt3 (F)) (SIGNATURE iiexp (F F)) (SIGNATURE iilog (F F)) (SIGNATURE iisin (F F)) (SIGNATURE iicos (F F)) (SIGNATURE iitan (F F)) (SIGNATURE iicot (F F)) (SIGNATURE iisec (F F)) (SIGNATURE iicsc (F F)) (SIGNATURE iiasin (F F)) (SIGNATURE iiacos (F F)) (SIGNATURE iiatan (F F)) (SIGNATURE iiacot (F F)) (SIGNATURE iiasec (F F)) (SIGNATURE iiacsc (F F)) (SIGNATURE iisinh (F F)) (SIGNATURE iicosh (F F)) (SIGNATURE iitanh (F F)) (SIGNATURE iicoth (F F)) (SIGNATURE iisech (F F)) (SIGNATURE iicsch (F F)) (SIGNATURE iiasinh (F F)) (SIGNATURE iiacosh (F F)) (SIGNATURE iiatanh (F F)) (SIGNATURE iiacoth (F F)) (SIGNATURE iiasech (F F)) (SIGNATURE iiacsch (F F)) (SIGNATURE specialTrigs ((Union F failed) F (List (Record (: func F) (: pole (Boolean)))))) (SIGNATURE localReal? ((Boolean) F))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ElementaryFunction compiling into /tmp/oa-E3usRf Debug compQuote expr: (QUOTE pi) m: $EmptyMode Debug compQuote expr: (QUOTE pi) m: (Symbol) Debug compQuote expr: (QUOTE log) m: $EmptyMode Debug compQuote expr: (QUOTE log) m: (Symbol) Debug compQuote expr: (QUOTE exp) m: $EmptyMode Debug compQuote expr: (QUOTE exp) m: (Symbol) Debug compQuote expr: (QUOTE sin) m: $EmptyMode Debug compQuote expr: (QUOTE sin) m: (Symbol) Debug compQuote expr: (QUOTE cos) m: $EmptyMode Debug compQuote expr: (QUOTE cos) m: (Symbol) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (Symbol) Debug compQuote expr: (QUOTE cot) m: $EmptyMode Debug compQuote expr: (QUOTE cot) m: (Symbol) Debug compQuote expr: (QUOTE sec) m: $EmptyMode Debug compQuote expr: (QUOTE sec) m: (Symbol) Debug compQuote expr: (QUOTE csc) m: $EmptyMode Debug compQuote expr: (QUOTE csc) m: (Symbol) Debug compQuote expr: (QUOTE asin) m: $EmptyMode Debug compQuote expr: (QUOTE asin) m: (Symbol) Debug compQuote expr: (QUOTE acos) m: $EmptyMode Debug compQuote expr: (QUOTE acos) m: (Symbol) Debug compQuote expr: (QUOTE atan) m: $EmptyMode Debug compQuote expr: (QUOTE atan) m: (Symbol) Debug compQuote expr: (QUOTE acot) m: $EmptyMode Debug compQuote expr: (QUOTE acot) m: (Symbol) Debug compQuote expr: (QUOTE asec) m: $EmptyMode Debug compQuote expr: (QUOTE asec) m: (Symbol) Debug compQuote expr: (QUOTE acsc) m: $EmptyMode Debug compQuote expr: (QUOTE acsc) m: (Symbol) Debug compQuote expr: (QUOTE sinh) m: $EmptyMode Debug compQuote expr: (QUOTE sinh) m: (Symbol) Debug compQuote expr: (QUOTE cosh) m: $EmptyMode Debug compQuote expr: (QUOTE cosh) m: (Symbol) Debug compQuote expr: (QUOTE tanh) m: $EmptyMode Debug compQuote expr: (QUOTE tanh) m: (Symbol) Debug compQuote expr: (QUOTE coth) m: $EmptyMode Debug compQuote expr: (QUOTE coth) m: (Symbol) Debug compQuote expr: (QUOTE sech) m: $EmptyMode Debug compQuote expr: (QUOTE sech) m: (Symbol) Debug compQuote expr: (QUOTE csch) m: $EmptyMode Debug compQuote expr: (QUOTE csch) m: (Symbol) Debug compQuote expr: (QUOTE asinh) m: $EmptyMode Debug compQuote expr: (QUOTE asinh) m: (Symbol) Debug compQuote expr: (QUOTE acosh) m: $EmptyMode Debug compQuote expr: (QUOTE acosh) m: (Symbol) Debug compQuote expr: (QUOTE atanh) m: $EmptyMode Debug compQuote expr: (QUOTE atanh) m: (Symbol) Debug compQuote expr: (QUOTE acoth) m: $EmptyMode Debug compQuote expr: (QUOTE acoth) m: (Symbol) Debug compQuote expr: (QUOTE asech) m: $EmptyMode Debug compQuote expr: (QUOTE asech) m: (Symbol) Debug compQuote expr: (QUOTE acsch) m: $EmptyMode Debug compQuote expr: (QUOTE acsch) m: (Symbol) compiling exported pi : () -> F Time: 0.12 SEC. compiling exported pi : () -> F Time: 0 SEC. compiling exported pi : () -> F Time: 0.00 SEC. compiling local iisqrt1 : () -> F Time: 0.12 SEC. compiling exported iisqrt2 : () -> F Time: 0.02 SEC. compiling exported iisqrt3 : () -> F Time: 0.02 SEC. compiling exported iisqrt2 : () -> F Time: 0 SEC. compiling exported iisqrt3 : () -> F Time: 0 SEC. compiling exported iisqrt2 : () -> F Time: 0 SEC. compiling exported iisqrt3 : () -> F Time: 0.00 SEC. compiling local ipi : List F -> F Time: 0.01 SEC. compiling exported log : F -> F Time: 0 SEC. compiling exported exp : F -> F Time: 0 SEC. compiling exported sin : F -> F Time: 0 SEC. compiling exported cos : F -> F Time: 0 SEC. compiling exported tan : F -> F Time: 0 SEC. compiling exported cot : F -> F Time: 0.00 SEC. compiling exported sec : F -> F Time: 0 SEC. compiling exported csc : F -> F Time: 0 SEC. compiling exported asin : F -> F Time: 0 SEC. compiling exported acos : F -> F Time: 0 SEC. compiling exported atan : F -> F Time: 0.01 SEC. compiling exported acot : F -> F Time: 0 SEC. compiling exported asec : F -> F Time: 0 SEC. compiling exported acsc : F -> F Time: 0 SEC. compiling exported sinh : F -> F Time: 0 SEC. compiling exported cosh : F -> F Time: 0.00 SEC. compiling exported tanh : F -> F Time: 0 SEC. compiling exported coth : F -> F Time: 0.00 SEC. compiling exported sech : F -> F Time: 0 SEC. compiling exported csch : F -> F Time: 0 SEC. compiling exported asinh : F -> F Time: 0.00 SEC. compiling exported acosh : F -> F Time: 0 SEC. compiling exported atanh : F -> F Time: 0.00 SEC. compiling exported acoth : F -> F Time: 0 SEC. compiling exported asech : F -> F Time: 0.00 SEC. compiling exported acsch : F -> F Time: 0.00 SEC. compiling local kernel : F -> Kernel F Time: 0.00 SEC. compiling local posrem : (Integer,Integer) -> Integer Time: 0.01 SEC. compiling local valueOrPole : Record(func: F,pole: Boolean) -> F Time: 0.01 SEC. compiling exported belong? : BasicOperator -> Boolean Debug compQuote expr: (QUOTE elem) m: $EmptyMode Debug compQuote expr: (QUOTE elem) m: (Identifier) Time: 0.01 SEC. compiling exported operator : BasicOperator -> BasicOperator Debug compQuote expr: (QUOTE pi) m: $EmptyMode Debug compQuote expr: (QUOTE pi) m: (Symbol) Debug compQuote expr: (QUOTE log) m: $EmptyMode Debug compQuote expr: (QUOTE log) m: (Symbol) Debug compQuote expr: (QUOTE exp) m: $EmptyMode Debug compQuote expr: (QUOTE exp) m: (Symbol) Debug compQuote expr: (QUOTE sin) m: $EmptyMode Debug compQuote expr: (QUOTE sin) m: (Symbol) Debug compQuote expr: (QUOTE cos) m: $EmptyMode Debug compQuote expr: (QUOTE cos) m: (Symbol) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (Symbol) Debug compQuote expr: (QUOTE cot) m: $EmptyMode Debug compQuote expr: (QUOTE cot) m: (Symbol) Debug compQuote expr: (QUOTE sec) m: $EmptyMode Debug compQuote expr: (QUOTE sec) m: (Symbol) Debug compQuote expr: (QUOTE csc) m: $EmptyMode Debug compQuote expr: (QUOTE csc) m: (Symbol) Debug compQuote expr: (QUOTE asin) m: $EmptyMode Debug compQuote expr: (QUOTE asin) m: (Symbol) Debug compQuote expr: (QUOTE acos) m: $EmptyMode Debug compQuote expr: (QUOTE acos) m: (Symbol) Debug compQuote expr: (QUOTE atan) m: $EmptyMode Debug compQuote expr: (QUOTE atan) m: (Symbol) Debug compQuote expr: (QUOTE acot) m: $EmptyMode Debug compQuote expr: (QUOTE acot) m: (Symbol) Debug compQuote expr: (QUOTE asec) m: $EmptyMode Debug compQuote expr: (QUOTE asec) m: (Symbol) Debug compQuote expr: (QUOTE acsc) m: $EmptyMode Debug compQuote expr: (QUOTE acsc) m: (Symbol) Debug compQuote expr: (QUOTE sinh) m: $EmptyMode Debug compQuote expr: (QUOTE sinh) m: (Symbol) Debug compQuote expr: (QUOTE cosh) m: $EmptyMode Debug compQuote expr: (QUOTE cosh) m: (Symbol) Debug compQuote expr: (QUOTE tanh) m: $EmptyMode Debug compQuote expr: (QUOTE tanh) m: (Symbol) Debug compQuote expr: (QUOTE coth) m: $EmptyMode Debug compQuote expr: (QUOTE coth) m: (Symbol) Debug compQuote expr: (QUOTE sech) m: $EmptyMode Debug compQuote expr: (QUOTE sech) m: (Symbol) Debug compQuote expr: (QUOTE csch) m: $EmptyMode Debug compQuote expr: (QUOTE csch) m: (Symbol) Debug compQuote expr: (QUOTE asinh) m: $EmptyMode Debug compQuote expr: (QUOTE asinh) m: (Symbol) Debug compQuote expr: (QUOTE acosh) m: $EmptyMode Debug compQuote expr: (QUOTE acosh) m: (Symbol) Debug compQuote expr: (QUOTE atanh) m: $EmptyMode Debug compQuote expr: (QUOTE atanh) m: (Symbol) Debug compQuote expr: (QUOTE acoth) m: $EmptyMode Debug compQuote expr: (QUOTE acoth) m: (Symbol) Debug compQuote expr: (QUOTE asech) m: $EmptyMode Debug compQuote expr: (QUOTE asech) m: (Symbol) Debug compQuote expr: (QUOTE acsch) m: $EmptyMode Debug compQuote expr: (QUOTE acsch) m: (Symbol) Time: 0.06 SEC. compiling local dropfun : F -> F Time: 0.02 SEC. compiling exported specialTrigs : (F,List Record(func: F,pole: Boolean)) -> Union(F,failed) Time: 0.18 SEC. compiling exported specialTrigs : (F,List Record(func: F,pole: Boolean)) -> Union(F,failed) EF;specialTrigs;FLU;45(x,values) is replaced by %pair(1,"failed") Time: 0.01 SEC. compiling local isin : F -> F Time: 0.08 SEC. compiling local icos : F -> F Time: 0.08 SEC. compiling local itan : F -> F Time: 0.07 SEC. compiling local icot : F -> F Time: 0.11 SEC. compiling local isec : F -> F Time: 0.16 SEC. compiling local icsc : F -> F Time: 0.14 SEC. compiling local iasin : F -> F Time: 0.04 SEC. compiling local iacos : F -> F Time: 0.04 SEC. compiling local iatan : F -> F Time: 0.04 SEC. compiling local iacot : F -> F Time: 0.08 SEC. compiling local iasec : F -> F Time: 0.04 SEC. compiling local iacsc : F -> F Time: 0.04 SEC. compiling local isinh : F -> F Time: 0.04 SEC. compiling local icosh : F -> F Time: 0.04 SEC. compiling local itanh : F -> F Time: 0.03 SEC. compiling local icoth : F -> F Time: 0.05 SEC. compiling local isech : F -> F Time: 0.04 SEC. compiling local icsch : F -> F Time: 0.04 SEC. compiling local iasinh : F -> F Time: 0.01 SEC. compiling local iacosh : F -> F Time: 0.01 SEC. compiling local iatanh : F -> F Time: 0.01 SEC. compiling local iacoth : F -> F Time: 0.01 SEC. compiling local iasech : F -> F Time: 0.01 SEC. compiling local iacsch : F -> F Time: 0.02 SEC. compiling local iexp : F -> F Time: 0.10 SEC. compiling exported localReal? : F -> Boolean Time: 0.00 SEC. compiling exported localReal? : F -> Boolean EF;localReal?;FB;72 x is replaced by %true Time: 0 SEC. compiling exported localReal? : F -> Boolean EF;localReal?;FB;73 x is replaced by %true Time: 0 SEC. compiling local iiilog : F -> F Time: 0.05 SEC. compiling local ilog : F -> F Time: 0.04 SEC. compiling exported iilog : F -> F Time: 0.02 SEC. compiling exported iiexp : F -> F Time: 0.02 SEC. compiling exported iilog : F -> F Time: 0 SEC. compiling exported iiexp : F -> F Time: 0 SEC. compiling exported iisin : F -> F Time: 0.02 SEC. compiling exported iicos : F -> F Time: 0.02 SEC. compiling exported iitan : F -> F Time: 0.02 SEC. compiling exported iicot : F -> F Time: 0.02 SEC. compiling exported iisec : F -> F Time: 0.02 SEC. compiling exported iicsc : F -> F Time: 0.02 SEC. compiling exported iisin : F -> F Time: 0 SEC. compiling exported iicos : F -> F Time: 0 SEC. compiling exported iitan : F -> F Time: 0 SEC. compiling exported iicot : F -> F Time: 0.00 SEC. compiling exported iisec : F -> F Time: 0 SEC. compiling exported iicsc : F -> F Time: 0 SEC. compiling exported iiasin : F -> F Time: 0.02 SEC. compiling exported iiacos : F -> F Time: 0.02 SEC. compiling exported iiatan : F -> F Time: 0.02 SEC. compiling exported iiacot : F -> F Time: 0.02 SEC. compiling exported iiasec : F -> F Time: 0.02 SEC. compiling exported iiacsc : F -> F Time: 0.02 SEC. compiling exported iiasin : F -> F Time: 0 SEC. compiling exported iiacos : F -> F Time: 0 SEC. compiling exported iiatan : F -> F Time: 0.00 SEC. compiling exported iiacot : F -> F Time: 0 SEC. compiling exported iiasec : F -> F Time: 0 SEC. compiling exported iiacsc : F -> F Time: 0.00 SEC. compiling exported iisinh : F -> F Time: 0.02 SEC. compiling exported iicosh : F -> F Time: 0.03 SEC. compiling exported iitanh : F -> F Time: 0.01 SEC. compiling exported iicoth : F -> F Time: 0.02 SEC. compiling exported iisech : F -> F Time: 0.01 SEC. compiling exported iicsch : F -> F Time: 0.02 SEC. compiling exported iisinh : F -> F Time: 0 SEC. compiling exported iicosh : F -> F Time: 0 SEC. compiling exported iitanh : F -> F Time: 0 SEC. compiling exported iicoth : F -> F Time: 0.00 SEC. compiling exported iisech : F -> F Time: 0 SEC. compiling exported iicsch : F -> F Time: 0 SEC. compiling exported iiasinh : F -> F Time: 0.02 SEC. compiling exported iiacosh : F -> F Time: 0.02 SEC. compiling exported iiatanh : F -> F Time: 0.02 SEC. compiling exported iiacoth : F -> F Time: 0.02 SEC. compiling exported iiasech : F -> F Time: 0.02 SEC. compiling exported iiacsch : F -> F Time: 0.03 SEC. compiling exported iiasinh : F -> F Time: 0.00 SEC. compiling exported iiacosh : F -> F Time: 0 SEC. compiling exported iiatanh : F -> F Time: 0 SEC. compiling exported iiacoth : F -> F Time: 0.00 SEC. compiling exported iiasech : F -> F Time: 0 SEC. compiling exported iiacsch : F -> F Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 5.23 SEC. Warnings: [1] pi: Pie has no value [2] iisqrt1: isqrt1 has no value [3] iisqrt2: isqrt2 has no value [4] iisqrt3: isqrt3 has no value [5] kernel: not known that SetCategory is of mode CATEGORY(package,exp: F -> F,log: F -> F,sin: F -> F,cos: F -> F,tan: F -> F,cot: F -> F,sec: F -> F,csc: F -> F,asin: F -> F,acos: F -> F,atan: F -> F,acot: F -> F,asec: F -> F,acsc: F -> F,sinh: F -> F,cosh: F -> F,tanh: F -> F,coth: F -> F,sech: F -> F,csch: F -> F,asinh: F -> F,acosh: F -> F,atanh: F -> F,acoth: F -> F,asech: F -> F,acsch: F -> F,pi: () -> F,belong?: BasicOperator -> Boolean,operator: BasicOperator -> BasicOperator,iisqrt2: () -> F,iisqrt3: () -> F,iiexp: F -> F,iilog: F -> F,iisin: F -> F,iicos: F -> F,iitan: F -> F,iicot: F -> F,iisec: F -> F,iicsc: F -> F,iiasin: F -> F,iiacos: F -> F,iiatan: F -> F,iiacot: F -> F,iiasec: F -> F,iiacsc: F -> F,iisinh: F -> F,iicosh: F -> F,iitanh: F -> F,iicoth: F -> F,iisech: F -> F,iicsch: F -> F,iiasinh: F -> F,iiacosh: F -> F,iiatanh: F -> F,iiacoth: F -> F,iiasech: F -> F,iiacsch: F -> F,specialTrigs: (F,List Record(func: F,pole: Boolean)) -> Union(F,"failed"),localReal?: F -> Boolean) [6] dropfun: empty? has no value [7] iasinh: first has no value [8] iasinh: argument has no value [9] iacosh: first has no value [10] iacosh: argument has no value [11] iatanh: first has no value [12] iatanh: argument has no value [13] iacoth: first has no value [14] iacoth: argument has no value [15] iasech: first has no value [16] iasech: argument has no value [17] iacsch: first has no value [18] iacsch: argument has no value [19] iexp: first has no value [20] iexp: argument has no value [21] iiilog: first has no value [22] iiilog: argument has no value [23] ilog: not known that SetCategory is of mode CATEGORY(package,exp: F -> F,log: F -> F,sin: F -> F,cos: F -> F,tan: F -> F,cot: F -> F,sec: F -> F,csc: F -> F,asin: F -> F,acos: F -> F,atan: F -> F,acot: F -> F,asec: F -> F,acsc: F -> F,sinh: F -> F,cosh: F -> F,tanh: F -> F,coth: F -> F,sech: F -> F,csch: F -> F,asinh: F -> F,acosh: F -> F,atanh: F -> F,acoth: F -> F,asech: F -> F,acsch: F -> F,pi: () -> F,belong?: BasicOperator -> Boolean,operator: BasicOperator -> BasicOperator,iisqrt2: () -> F,iisqrt3: () -> F,iiexp: F -> F,iilog: F -> F,iisin: F -> F,iicos: F -> F,iitan: F -> F,iicot: F -> F,iisec: F -> F,iicsc: F -> F,iiasin: F -> F,iiacos: F -> F,iiatan: F -> F,iiacot: F -> F,iiasec: F -> F,iiacsc: F -> F,iisinh: F -> F,iicosh: F -> F,iitanh: F -> F,iicoth: F -> F,iisech: F -> F,iicsch: F -> F,iiasinh: F -> F,iiacosh: F -> F,iiatanh: F -> F,iiacoth: F -> F,iiasech: F -> F,iiacsch: F -> F,specialTrigs: (F,List Record(func: F,pole: Boolean)) -> Union(F,"failed"),localReal?: F -> Boolean) [24] ilog: empty? has no value Cumulative Statistics for Constructor ElementaryFunction Time: 7.82 seconds finalizing NRLIB EF Processing ElementaryFunction for Browser database: -- exp : F -> F -- log : F -> F -- sin : F -> F -- cos : F -> F -- tan : F -> F -- cot : F -> F -- sec : F -> F -- csc : F -> F -- asin : F -> F -- acos : F -> F -- atan : F -> F -- acot : F -> F -- asec : F -> F -- acsc : F -> F -- sinh : F -> F -- cosh : F -> F -- tanh : F -> F -- coth : F -> F -- sech : F -> F -- csch : F -> F -- asinh : F -> F -- acosh : F -> F -- atanh : F -> F -- acoth : F -> F -- asech : F -> F -- acsch : F -> F -- pi : () -> F -- belong? : OP -> Boolean -- operator : OP -> OP -- iisqrt2 : () -> F -- iisqrt3 : () -> F -- iiexp : F -> F -- iilog : F -> F -- iisin : F -> F -- iicos : F -> F -- iitan : F -> F -- iicot : F -> F -- iisec : F -> F -- iicsc : F -> F -- iiasin : F -> F -- iiacos : F -> F -- iiatan : F -> F -- iiacot : F -> F -- iiasec : F -> F -- iiacsc : F -> F -- iisinh : F -> F -- iicosh : F -> F -- iitanh : F -> F -- iicoth : F -> F -- iisech : F -> F -- iicsch : F -> F -- iiasinh : F -> F -- iiacosh : F -> F -- iiatanh : F -> F -- iiacoth : F -> F -- iiasech : F -> F -- iiacsch : F -> F -- specialTrigs : (F,L Record(func: F,pole: B)) -> Union(F,"failed") -- localReal? : F -> Boolean -- constructor ; compiling file "/tmp/oa-E3usRf/code.lsp" (written 01 FEB 2016 11:03:40 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |EF;specialTrigs;FLU;45|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |EF;localReal?;FB;72|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |EF;localReal?;FB;73|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |EF;pi;F;2|) ...) ; compiling (PUT (QUOTE |EF;pi;F;3|) ...) ; compiling (PUT (QUOTE |EF;iisqrt1|) ...) ; compiling (PUT (QUOTE |EF;iisqrt2;F;7|) ...) ; compiling (PUT (QUOTE |EF;iisqrt3;F;8|) ...) ; compiling (PUT (QUOTE |EF;iisqrt2;F;9|) ...) ; compiling (PUT (QUOTE |EF;iisqrt3;F;10|) ...) ; compiling (PUT (QUOTE |EF;valueOrPole|) ...) ; compiling (DEFUN |EF;pi;F;1| ...) ; compiling (DEFUN |EF;pi;F;2| ...) ; compiling (DEFUN |EF;pi;F;3| ...) ; compiling (DEFUN |EF;iisqrt1| ...) ; compiling (DEFUN |EF;iisqrt2;F;5| ...) ; compiling (DEFUN |EF;iisqrt3;F;6| ...) ; compiling (DEFUN |EF;iisqrt2;F;7| ...) ; compiling (DEFUN |EF;iisqrt3;F;8| ...) ; compiling (DEFUN |EF;iisqrt2;F;9| ...) ; compiling (DEFUN |EF;iisqrt3;F;10| ...) ; compiling (DEFUN |EF;ipi| ...) ; file: /tmp/oa-E3usRf/code.lsp ; in: DEFUN |EF;ipi| ; (DEFUN BOOT::|EF;ipi| (BOOT::|l| BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 46))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EF;ipi| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|EF;ipi| (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 46)))) ; ; caught STYLE-WARNING: ; The variable |l| is defined but never used. ; compiling (DEFUN |EF;log;2F;12| ...) ; compiling (DEFUN |EF;exp;2F;13| ...) ; compiling (DEFUN |EF;sin;2F;14| ...) ; compiling (DEFUN |EF;cos;2F;15| ...) ; compiling (DEFUN |EF;tan;2F;16| ...) ; compiling (DEFUN |EF;cot;2F;17| ...) ; compiling (DEFUN |EF;sec;2F;18| ...) ; compiling (DEFUN |EF;csc;2F;19| ...) ; compiling (DEFUN |EF;asin;2F;20| ...) ; compiling (DEFUN |EF;acos;2F;21| ...) ; compiling (DEFUN |EF;atan;2F;22| ...) ; compiling (DEFUN |EF;acot;2F;23| ...) ; compiling (DEFUN |EF;asec;2F;24| ...) ; compiling (DEFUN |EF;acsc;2F;25| ...) ; compiling (DEFUN |EF;sinh;2F;26| ...) ; compiling (DEFUN |EF;cosh;2F;27| ...) ; compiling (DEFUN |EF;tanh;2F;28| ...) ; compiling (DEFUN |EF;coth;2F;29| ...) ; compiling (DEFUN |EF;sech;2F;30| ...) ; compiling (DEFUN |EF;csch;2F;31| ...) ; compiling (DEFUN |EF;asinh;2F;32| ...) ; compiling (DEFUN |EF;acosh;2F;33| ...) ; compiling (DEFUN |EF;atanh;2F;34| ...) ; compiling (DEFUN |EF;acoth;2F;35| ...) ; compiling (DEFUN |EF;asech;2F;36| ...) ; compiling (DEFUN |EF;acsch;2F;37| ...) ; compiling (DEFUN |EF;kernel| ...) ; compiling (DEFUN |EF;posrem| ...) ; file: /tmp/oa-E3usRf/code.lsp ; in: DEFUN |EF;posrem| ; (DEFUN BOOT::|EF;posrem| (BOOT::|n| BOOT::|m| BOOT::$) ; (LET ((BOOT::|r| (REM BOOT::|n| BOOT::|m|))) ; (COND ((MINUSP BOOT::|r|) (+ BOOT::|r| BOOT::|m|)) (T BOOT::|r|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EF;posrem| ; (BOOT::|n| BOOT::|m| BOOT::$) ; (BLOCK BOOT::|EF;posrem| ; (LET ((BOOT::|r| #)) ; (COND (# #) (T BOOT::|r|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |EF;valueOrPole| ...) ; file: /tmp/oa-E3usRf/code.lsp ; in: DEFUN |EF;valueOrPole| ; (DEFUN BOOT::|EF;valueOrPole| (BOOT::|rec| BOOT::$) ; (COND ((CDR BOOT::|rec|) (BOOT::|error| "Invalid argument")) ; (T (CAR BOOT::|rec|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EF;valueOrPole| ; (BOOT::|rec| BOOT::$) ; (BLOCK BOOT::|EF;valueOrPole| ; (COND ((CDR BOOT::|rec|) (BOOT::|error| "Invalid argument")) ; (T (CAR BOOT::|rec|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |EF;belong?;BoB;41| ...) ; file: /tmp/oa-E3usRf/code.lsp ; in: DEFUN |EF;belong?;BoB;41| ; (DEFUN BOOT::|EF;belong?;BoB;41| (BOOT::|op| BOOT::$) ; (BOOT::SPADCALL BOOT::|op| 'BOOT::|elem| (BOOT::|shellEntry| BOOT::$ 94))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EF;belong?;BoB;41| ; (BOOT::|op| BOOT::$) ; (BLOCK BOOT::|EF;belong?;BoB;41| ; (BOOT::SPADCALL BOOT::|op| 'BOOT::|elem| ; (BOOT::|shellEntry| BOOT::$ 94)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |EF;operator;2Bo;42| ...) ; compiling (DEFUN |EF;dropfun| ...) ; compiling (DEFUN |EF;specialTrigs;FLU;44| ...) ; compiling (DEFUN |EF;specialTrigs;FLU;45| ...) ; file: /tmp/oa-E3usRf/code.lsp ; in: DEFUN |EF;specialTrigs;FLU;45| ; (DEFUN BOOT::|EF;specialTrigs;FLU;45| (BOOT::|x| BOOT::|values| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (CONS 1 "failed")) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EF;specialTrigs;FLU;45| ; (BOOT::|x| BOOT::|values| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|EF;specialTrigs;FLU;45| (CONS 1 "failed"))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |values| is defined but never used. ; compiling (DEFUN |EF;isin| ...) ; compiling (DEFUN |EF;icos| ...) ; compiling (DEFUN |EF;itan| ...) ; compiling (DEFUN |EF;icot| ...) ; compiling (DEFUN |EF;isec| ...) ; compiling (DEFUN |EF;icsc| ...) ; compiling (DEFUN |EF;iasin| ...) ; compiling (DEFUN |EF;iacos| ...) ; compiling (DEFUN |EF;iatan| ...) ; compiling (DEFUN |EF;iacot| ...) ; compiling (DEFUN |EF;iasec| ...) ; compiling (DEFUN |EF;iacsc| ...) ; compiling (DEFUN |EF;isinh| ...) ; compiling (DEFUN |EF;icosh| ...) ; compiling (DEFUN |EF;itanh| ...) ; compiling (DEFUN |EF;icoth| ...) ; compiling (DEFUN |EF;isech| ...) ; compiling (DEFUN |EF;icsch| ...) ; compiling (DEFUN |EF;iasinh| ...) ; compiling (DEFUN |EF;iacosh| ...) ; compiling (DEFUN |EF;iatanh| ...) ; compiling (DEFUN |EF;iacoth| ...) ; compiling (DEFUN |EF;iasech| ...) ; compiling (DEFUN |EF;iacsch| ...) ; compiling (DEFUN |EF;iexp| ...) ; compiling (DEFUN |EF;localReal?;FB;71| ...) ; file: /tmp/oa-E3usRf/code.lsp ; in: DEFUN |EF;localReal?;FB;71| ; (DEFUN BOOT::|EF;localReal?;FB;71| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|u| (BOOT::SPADCALL BOOT::|x| #))) ; (AND (ZEROP (CAR BOOT::|u|)) ; (BOOT::SPADCALL (CDR BOOT::|u|) (BOOT::SPADCALL # #) ; (BOOT::|shellEntry| BOOT::$ 145))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EF;localReal?;FB;71| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|EF;localReal?;FB;71| ; (LET ((BOOT::|u| #)) ; (AND (ZEROP #) (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |EF;localReal?;FB;72| ...) ; file: /tmp/oa-E3usRf/code.lsp ; in: DEFUN |EF;localReal?;FB;72| ; (DEFUN BOOT::|EF;localReal?;FB;72| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; T) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EF;localReal?;FB;72| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|EF;localReal?;FB;72| T)) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |EF;localReal?;FB;73| ...) ; file: /tmp/oa-E3usRf/code.lsp ; in: DEFUN |EF;localReal?;FB;73| ; (DEFUN BOOT::|EF;localReal?;FB;73| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; T) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EF;localReal?;FB;73| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|EF;localReal?;FB;73| T)) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |EF;iiilog| ...) ; compiling (DEFUN |EF;ilog| ...) ; compiling (DEFUN |EF;iilog;2F;76| ...) ; compiling (DEFUN |EF;iiexp;2F;77| ...) ; compiling (DEFUN |EF;iilog;2F;78| ...) ; compiling (DEFUN |EF;iiexp;2F;79| ...) ; compiling (DEFUN |EF;iisin;2F;80| ...) ; compiling (DEFUN |EF;iicos;2F;81| ...) ; compiling (DEFUN |EF;iitan;2F;82| ...) ; compiling (DEFUN |EF;iicot;2F;83| ...) ; compiling (DEFUN |EF;iisec;2F;84| ...) ; compiling (DEFUN |EF;iicsc;2F;85| ...) ; compiling (DEFUN |EF;iisin;2F;86| ...) ; compiling (DEFUN |EF;iicos;2F;87| ...) ; compiling (DEFUN |EF;iitan;2F;88| ...) ; compiling (DEFUN |EF;iicot;2F;89| ...) ; compiling (DEFUN |EF;iisec;2F;90| ...) ; compiling (DEFUN |EF;iicsc;2F;91| ...) ; compiling (DEFUN |EF;iiasin;2F;92| ...) ; compiling (DEFUN |EF;iiacos;2F;93| ...) ; compiling (DEFUN |EF;iiatan;2F;94| ...) ; compiling (DEFUN |EF;iiacot;2F;95| ...) ; compiling (DEFUN |EF;iiasec;2F;96| ...) ; compiling (DEFUN |EF;iiacsc;2F;97| ...) ; compiling (DEFUN |EF;iiasin;2F;98| ...) ; compiling (DEFUN |EF;iiacos;2F;99| ...) ; compiling (DEFUN |EF;iiatan;2F;100| ...) ; compiling (DEFUN |EF;iiacot;2F;101| ...) ; compiling (DEFUN |EF;iiasec;2F;102| ...) ; compiling (DEFUN |EF;iiacsc;2F;103| ...) ; compiling (DEFUN |EF;iisinh;2F;104| ...) ; compiling (DEFUN |EF;iicosh;2F;105| ...) ; compiling (DEFUN |EF;iitanh;2F;106| ...) ; compiling (DEFUN |EF;iicoth;2F;107| ...) ; compiling (DEFUN |EF;iisech;2F;108| ...) ; compiling (DEFUN |EF;iicsch;2F;109| ...) ; compiling (DEFUN |EF;iisinh;2F;110| ...) ; compiling (DEFUN |EF;iicosh;2F;111| ...) ; compiling (DEFUN |EF;iitanh;2F;112| ...) ; compiling (DEFUN |EF;iicoth;2F;113| ...) ; compiling (DEFUN |EF;iisech;2F;114| ...) ; compiling (DEFUN |EF;iicsch;2F;115| ...) ; compiling (DEFUN |EF;iiasinh;2F;116| ...) ; compiling (DEFUN |EF;iiacosh;2F;117| ...) ; compiling (DEFUN |EF;iiatanh;2F;118| ...) ; compiling (DEFUN |EF;iiacoth;2F;119| ...) ; compiling (DEFUN |EF;iiasech;2F;120| ...) ; compiling (DEFUN |EF;iiacsch;2F;121| ...) ; compiling (DEFUN |EF;iiasinh;2F;122| ...) ; compiling (DEFUN |EF;iiacosh;2F;123| ...) ; compiling (DEFUN |EF;iiatanh;2F;124| ...) ; compiling (DEFUN |EF;iiacoth;2F;125| ...) ; compiling (DEFUN |EF;iiasech;2F;126| ...) ; compiling (DEFUN |EF;iiacsch;2F;127| ...) ; compiling (DEFUN |ElementaryFunction| ...) ; compiling (DEFUN |ElementaryFunction;| ...) ; compiling (DEFUN |ElementaryFunction;!20| ...) ; compiling (DEFUN |ElementaryFunction;!19| ...) ; compiling (DEFUN |ElementaryFunction;!18| ...) ; compiling (DEFUN |ElementaryFunction;!17| ...) ; compiling (DEFUN |ElementaryFunction;!16| ...) ; compiling (DEFUN |ElementaryFunction;!15| ...) ; compiling (DEFUN |ElementaryFunction;!14| ...) ; compiling (DEFUN |ElementaryFunction;!13| ...) ; compiling (DEFUN |ElementaryFunction;!12| ...) ; compiling (DEFUN |ElementaryFunction;!11| ...) ; compiling (DEFUN |ElementaryFunction;!10| ...) ; compiling (DEFUN |ElementaryFunction;!9| ...) ; compiling (DEFUN |ElementaryFunction;!8| ...) ; compiling (DEFUN |ElementaryFunction;!7| ...) ; compiling (DEFUN |ElementaryFunction;!6| ...) ; compiling (DEFUN |ElementaryFunction;!5| ...) ; compiling (DEFUN |ElementaryFunction;!4| ...) ; compiling (DEFUN |ElementaryFunction;!3| ...) ; compiling (DEFUN |ElementaryFunction;!2| ...) ; compiling (DEFUN |ElementaryFunction;!1| ...) ; compiling (DEFUN |ElementaryFunction;!0| ...) ; compiling (MAKEPROP (QUOTE |ElementaryFunction|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 7 STYLE-WARNING conditions ; printed 2 notes ; /tmp/oa-E3usRf/code.fasl written ; compilation finished in 0:00:00.666 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/FSPECF.fasl --optimize=3 FSPECF.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FSPECF.spad using Spad compiler. FSPECF abbreviates package FunctionalSpecialFunction debug: compDefine1 lhs: (FunctionalSpecialFunction R F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE belong? ((Boolean) (BasicOperator))) (SIGNATURE operator ((BasicOperator) (BasicOperator))) (SIGNATURE abs (F F)) (SIGNATURE Gamma (F F)) (SIGNATURE Gamma (F F F)) (SIGNATURE Beta (F F F)) (SIGNATURE digamma (F F)) (SIGNATURE polygamma (F F F)) (SIGNATURE besselJ (F F F)) (SIGNATURE besselY (F F F)) (SIGNATURE besselI (F F F)) (SIGNATURE besselK (F F F)) (SIGNATURE airyAi (F F)) (SIGNATURE airyBi (F F)) (SIGNATURE iiGamma (F F)) (SIGNATURE iiabs (F F))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE belong? ((Boolean) (BasicOperator))) (SIGNATURE operator ((BasicOperator) (BasicOperator))) (SIGNATURE abs (F F)) (SIGNATURE Gamma (F F)) (SIGNATURE Gamma (F F F)) (SIGNATURE Beta (F F F)) (SIGNATURE digamma (F F)) (SIGNATURE polygamma (F F F)) (SIGNATURE besselJ (F F F)) (SIGNATURE besselY (F F F)) (SIGNATURE besselI (F F F)) (SIGNATURE besselK (F F F)) (SIGNATURE airyAi (F F)) (SIGNATURE airyBi (F F)) (SIGNATURE iiGamma (F F)) (SIGNATURE iiabs (F F))) $param: (R F) debug: evaluateType form: (Boolean) $param: (R F) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (BasicOperator) $param: (R F) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (BasicOperator) $param: (R F) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (BasicOperator) $param: (R F) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE belong? ((Boolean) (BasicOperator))) (SIGNATURE operator ((BasicOperator) (BasicOperator))) (SIGNATURE abs (F F)) (SIGNATURE Gamma (F F)) (SIGNATURE Gamma (F F F)) (SIGNATURE Beta (F F F)) (SIGNATURE digamma (F F)) (SIGNATURE polygamma (F F F)) (SIGNATURE besselJ (F F F)) (SIGNATURE besselY (F F F)) (SIGNATURE besselI (F F F)) (SIGNATURE besselK (F F F)) (SIGNATURE airyAi (F F)) (SIGNATURE airyBi (F F)) (SIGNATURE iiGamma (F F)) (SIGNATURE iiabs (F F))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FunctionalSpecialFunction compiling into /tmp/oa-qhwEwp Debug compQuote expr: (QUOTE abs) m: $EmptyMode Debug compQuote expr: (QUOTE abs) m: (Symbol) Debug compQuote expr: (QUOTE Gamma) m: $EmptyMode Debug compQuote expr: (QUOTE Gamma) m: (Symbol) Debug compQuote expr: (QUOTE Gamma2) m: $EmptyMode Debug compQuote expr: (QUOTE Gamma2) m: (Symbol) Debug compQuote expr: (QUOTE Beta) m: $EmptyMode Debug compQuote expr: (QUOTE Beta) m: (Symbol) Debug compQuote expr: (QUOTE digamma) m: $EmptyMode Debug compQuote expr: (QUOTE digamma) m: (Symbol) Debug compQuote expr: (QUOTE polygamma) m: $EmptyMode Debug compQuote expr: (QUOTE polygamma) m: (Symbol) Debug compQuote expr: (QUOTE besselJ) m: $EmptyMode Debug compQuote expr: (QUOTE besselJ) m: (Symbol) Debug compQuote expr: (QUOTE besselY) m: $EmptyMode Debug compQuote expr: (QUOTE besselY) m: (Symbol) Debug compQuote expr: (QUOTE besselI) m: $EmptyMode Debug compQuote expr: (QUOTE besselI) m: (Symbol) Debug compQuote expr: (QUOTE besselK) m: $EmptyMode Debug compQuote expr: (QUOTE besselK) m: (Symbol) Debug compQuote expr: (QUOTE airyAi) m: $EmptyMode Debug compQuote expr: (QUOTE airyAi) m: (Symbol) Debug compQuote expr: (QUOTE airyBi) m: $EmptyMode Debug compQuote expr: (QUOTE airyBi) m: (Symbol) compiling exported abs : F -> F Time: 0.05 SEC. compiling exported Gamma : F -> F Time: 0 SEC. compiling exported Gamma : (F,F) -> F Time: 0 SEC. compiling exported Beta : (F,F) -> F Time: 0.00 SEC. compiling exported digamma : F -> F Time: 0 SEC. compiling exported polygamma : (F,F) -> F Time: 0 SEC. compiling exported besselJ : (F,F) -> F Time: 0 SEC. compiling exported besselY : (F,F) -> F Time: 0 SEC. compiling exported besselI : (F,F) -> F Time: 0 SEC. compiling exported besselK : (F,F) -> F Time: 0 SEC. compiling exported airyAi : F -> F Time: 0.00 SEC. compiling exported airyBi : F -> F Time: 0 SEC. compiling exported belong? : BasicOperator -> Boolean Debug compQuote expr: (QUOTE special) m: $EmptyMode Debug compQuote expr: (QUOTE special) m: (Identifier) Time: 0.00 SEC. compiling exported operator : BasicOperator -> BasicOperator Debug compQuote expr: (QUOTE abs) m: $EmptyMode Debug compQuote expr: (QUOTE abs) m: (Symbol) Debug compQuote expr: (QUOTE Gamma) m: $EmptyMode Debug compQuote expr: (QUOTE Gamma) m: (Symbol) Debug compQuote expr: (QUOTE Gamma2) m: $EmptyMode Debug compQuote expr: (QUOTE Gamma2) m: (Symbol) Debug compQuote expr: (QUOTE Beta) m: $EmptyMode Debug compQuote expr: (QUOTE Beta) m: (Symbol) Debug compQuote expr: (QUOTE digamma) m: $EmptyMode Debug compQuote expr: (QUOTE digamma) m: (Symbol) Debug compQuote expr: (QUOTE polygamma) m: $EmptyMode Debug compQuote expr: (QUOTE polygamma) m: (Symbol) Debug compQuote expr: (QUOTE besselJ) m: $EmptyMode Debug compQuote expr: (QUOTE besselJ) m: (Symbol) Debug compQuote expr: (QUOTE besselY) m: $EmptyMode Debug compQuote expr: (QUOTE besselY) m: (Symbol) Debug compQuote expr: (QUOTE besselI) m: $EmptyMode Debug compQuote expr: (QUOTE besselI) m: (Symbol) Debug compQuote expr: (QUOTE besselK) m: $EmptyMode Debug compQuote expr: (QUOTE besselK) m: (Symbol) Debug compQuote expr: (QUOTE airyAi) m: $EmptyMode Debug compQuote expr: (QUOTE airyAi) m: (Symbol) Debug compQuote expr: (QUOTE airyBi) m: $EmptyMode Debug compQuote expr: (QUOTE airyBi) m: (Symbol) Time: 0.01 SEC. compiling local iGamma : F -> F Time: 0.00 SEC. compiling local iabs : F -> F Time: 0.00 SEC. compiling exported iiabs : F -> F Time: 0.08 SEC. compiling exported iiabs : F -> F Time: 0 SEC. compiling exported iiGamma : F -> F Time: 0.01 SEC. compiling exported iiGamma : F -> F Time: 0.02 SEC. compiling exported iiGamma : F -> F Time: 0 SEC. importing Fraction Integer compiling local lzero : List F -> F Time: 0.15 SEC. compiling local iBesselJGrad : List F -> F Time: 0.05 SEC. compiling local iBesselYGrad : List F -> F Time: 0.05 SEC. compiling local iBesselIGrad : List F -> F Time: 0.06 SEC. compiling local iBesselKGrad : List F -> F Time: 0.07 SEC. compiling local ipolygammaGrad : List F -> F Time: 0.01 SEC. compiling local iBetaGrad1 : List F -> F Time: 0.01 SEC. compiling local iBetaGrad2 : List F -> F Time: 0.02 SEC. compiling local iGamma2Grad : List F -> F Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.14 SEC. Warnings: [1] iiabs: not known that Ring is of mode CATEGORY(package,abs: R -> R) Cumulative Statistics for Constructor FunctionalSpecialFunction Time: 0.77 seconds finalizing NRLIB FSPECF Processing FunctionalSpecialFunction for Browser database: -- belong? : OP -> Boolean -- operator : OP -> OP -- abs : F -> F -- Gamma : F -> F -- Gamma : (F,F) -> F -- Beta : (F,F) -> F -- digamma : F -> F -- polygamma : (F,F) -> F -- besselJ : (F,F) -> F -- besselY : (F,F) -> F -- besselI : (F,F) -> F -- besselK : (F,F) -> F -- airyAi : F -> F -- airyBi : F -> F -- iiGamma : F -> F -- iiabs : F -> F -- constructor ; compiling file "/tmp/oa-qhwEwp/code.lsp" (written 01 FEB 2016 11:03:42 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FSPECF;abs;2F;1| ...) ; compiling (DEFUN |FSPECF;Gamma;2F;2| ...) ; compiling (DEFUN |FSPECF;Gamma;3F;3| ...) ; compiling (DEFUN |FSPECF;Beta;3F;4| ...) ; compiling (DEFUN |FSPECF;digamma;2F;5| ...) ; compiling (DEFUN |FSPECF;polygamma;3F;6| ...) ; compiling (DEFUN |FSPECF;besselJ;3F;7| ...) ; compiling (DEFUN |FSPECF;besselY;3F;8| ...) ; compiling (DEFUN |FSPECF;besselI;3F;9| ...) ; compiling (DEFUN |FSPECF;besselK;3F;10| ...) ; compiling (DEFUN |FSPECF;airyAi;2F;11| ...) ; compiling (DEFUN |FSPECF;airyBi;2F;12| ...) ; compiling (DEFUN |FSPECF;belong?;BoB;13| ...) ; file: /tmp/oa-qhwEwp/code.lsp ; in: DEFUN |FSPECF;belong?;BoB;13| ; (DEFUN BOOT::|FSPECF;belong?;BoB;13| (BOOT::|op| BOOT::$) ; (BOOT::SPADCALL BOOT::|op| 'BOOT::|special| ; (BOOT::|shellEntry| BOOT::$ 40))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FSPECF;belong?;BoB;13| ; (BOOT::|op| BOOT::$) ; (BLOCK BOOT::|FSPECF;belong?;BoB;13| ; (BOOT::SPADCALL BOOT::|op| 'BOOT::|special| ; (BOOT::|shellEntry| BOOT::$ 40)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FSPECF;operator;2Bo;14| ...) ; compiling (DEFUN |FSPECF;iGamma| ...) ; compiling (DEFUN |FSPECF;iabs| ...) ; compiling (DEFUN |FSPECF;iiabs;2F;17| ...) ; compiling (DEFUN |FSPECF;iiabs;2F;18| ...) ; compiling (DEFUN |FSPECF;iiGamma;2F;19| ...) ; compiling (DEFUN |FSPECF;iiGamma;2F;20| ...) ; compiling (DEFUN |FSPECF;iiGamma;2F;21| ...) ; compiling (DEFUN |FSPECF;lzero| ...) ; file: /tmp/oa-qhwEwp/code.lsp ; in: DEFUN |FSPECF;lzero| ; (DEFUN BOOT::|FSPECF;lzero| (BOOT::|l| BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 47)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FSPECF;lzero| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|FSPECF;lzero| (BOOT::|spadConstant| BOOT::$ 47))) ; ; caught STYLE-WARNING: ; The variable |l| is defined but never used. ; compiling (DEFUN |FSPECF;iBesselJGrad| ...) ; compiling (DEFUN |FSPECF;iBesselYGrad| ...) ; compiling (DEFUN |FSPECF;iBesselIGrad| ...) ; compiling (DEFUN |FSPECF;iBesselKGrad| ...) ; compiling (DEFUN |FSPECF;ipolygammaGrad| ...) ; compiling (DEFUN |FSPECF;iBetaGrad1| ...) ; compiling (DEFUN |FSPECF;iBetaGrad2| ...) ; compiling (DEFUN |FSPECF;iGamma2Grad| ...) ; compiling (DEFUN |FunctionalSpecialFunction| ...) ; compiling (DEFUN |FunctionalSpecialFunction;| ...) ; compiling (DEFUN |FunctionalSpecialFunction;!2| ...) ; compiling (DEFUN |FunctionalSpecialFunction;!1| ...) ; compiling (DEFUN |FunctionalSpecialFunction;!0| ...) ; compiling (MAKEPROP (QUOTE |FunctionalSpecialFunction|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 1 note ; /tmp/oa-qhwEwp/code.fasl written ; compilation finished in 0:00:00.099 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/RNGBIND.fasl --bootstrap RNGBIND.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RNGBIND.spad using Spad compiler. RNGBIND abbreviates domain RangeBinding ------------------------------------------------------------------------ initializing stationary directory for RangeBinding compiling into /tmp/oa-rumXmq Time: 0.00 SEC. Cumulative Statistics for Constructor RangeBinding Time: 0.00 seconds finalizing NRLIB RNGBIND ; compiling file "/tmp/oa-rumXmq/code.lsp" (written 01 FEB 2016 11:03:42 PM): ; compiling (DEFUN |RangeBinding| ...) ; compiling (DEFUN |RangeBinding;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-rumXmq/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/SEG.fasl --bootstrap SEG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SEG.spad using Spad compiler. SEG abbreviates domain Segment ------------------------------------------------------------------------ initializing stationary directory for Segment compiling into /tmp/oa-z0YO0t Time: 0.00 SEC. Cumulative Statistics for Constructor Segment Time: 0.00 seconds finalizing NRLIB SEG ; compiling file "/tmp/oa-z0YO0t/code.lsp" (written 01 FEB 2016 11:03:42 PM): ; compiling (DEFUN |Segment| ...) ; compiling (DEFUN |Segment;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-z0YO0t/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/SEGBIND.fasl --bootstrap SEGBIND.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SEGBIND.spad using Spad compiler. SEGBIND abbreviates domain SegmentBinding ------------------------------------------------------------------------ initializing stationary directory for SegmentBinding compiling into /tmp/oa-LAt2TA Time: 0 SEC. Cumulative Statistics for Constructor SegmentBinding Time: 0 seconds finalizing NRLIB SEGBIND ; compiling file "/tmp/oa-LAt2TA/code.lsp" (written 01 FEB 2016 11:03:42 PM): ; compiling (DEFUN |SegmentBinding| ...) ; compiling (DEFUN |SegmentBinding;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-LAt2TA/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/COMBF.fasl --optimize=3 COMBF.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/COMBF.spad using Spad compiler. COMBF abbreviates package CombinatorialFunction debug: compDefine1 lhs: (CombinatorialFunction R F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE belong? ((Boolean) (BasicOperator))) (SIGNATURE operator ((BasicOperator) (BasicOperator))) (SIGNATURE ** (F F F)) (SIGNATURE binomial (F F F)) (SIGNATURE permutation (F F F)) (SIGNATURE factorial (F F)) (SIGNATURE factorials (F F)) (SIGNATURE factorials (F F (Symbol))) (SIGNATURE summation (F F (Symbol))) (SIGNATURE summation (F F (SegmentBinding F))) (SIGNATURE product (F F (Symbol))) (SIGNATURE product (F F (SegmentBinding F))) (SIGNATURE iifact (F F)) (SIGNATURE iibinom (F (List F))) (SIGNATURE iiperm (F (List F))) (SIGNATURE iipow (F (List F))) (SIGNATURE iidsum (F (List F))) (SIGNATURE iidprod (F (List F))) (SIGNATURE ipow (F (List F)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE belong? ((Boolean) (BasicOperator))) (SIGNATURE operator ((BasicOperator) (BasicOperator))) (SIGNATURE ** (F F F)) (SIGNATURE binomial (F F F)) (SIGNATURE permutation (F F F)) (SIGNATURE factorial (F F)) (SIGNATURE factorials (F F)) (SIGNATURE factorials (F F (Symbol))) (SIGNATURE summation (F F (Symbol))) (SIGNATURE summation (F F (SegmentBinding F))) (SIGNATURE product (F F (Symbol))) (SIGNATURE product (F F (SegmentBinding F))) (SIGNATURE iifact (F F)) (SIGNATURE iibinom (F (List F))) (SIGNATURE iiperm (F (List F))) (SIGNATURE iipow (F (List F))) (SIGNATURE iidsum (F (List F))) (SIGNATURE iidprod (F (List F))) (SIGNATURE ipow (F (List F)))) $param: (R F) debug: evaluateType form: (Boolean) $param: (R F) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (BasicOperator) $param: (R F) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (BasicOperator) $param: (R F) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (BasicOperator) $param: (R F) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (SegmentBinding F) $param: (R F) Debug: evaluateType1 form: (SegmentBinding F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (SegmentBinding F) $param: (R F) Debug: evaluateType1 form: (SegmentBinding F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (List F) $param: (R F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (List F) $param: (R F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (List F) $param: (R F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (List F) $param: (R F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (List F) $param: (R F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (List F) $param: (R F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE belong? ((Boolean) (BasicOperator))) (SIGNATURE operator ((BasicOperator) (BasicOperator))) (SIGNATURE ** (F F F)) (SIGNATURE binomial (F F F)) (SIGNATURE permutation (F F F)) (SIGNATURE factorial (F F)) (SIGNATURE factorials (F F)) (SIGNATURE factorials (F F (Symbol))) (SIGNATURE summation (F F (Symbol))) (SIGNATURE summation (F F (SegmentBinding F))) (SIGNATURE product (F F (Symbol))) (SIGNATURE product (F F (SegmentBinding F))) (SIGNATURE iifact (F F)) (SIGNATURE iibinom (F (List F))) (SIGNATURE iiperm (F (List F))) (SIGNATURE iipow (F (List F))) (SIGNATURE iidsum (F (List F))) (SIGNATURE iidprod (F (List F))) (SIGNATURE ipow (F (List F)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for CombinatorialFunction compiling into /tmp/oa-6SoCVL Debug compQuote expr: (QUOTE factorial) m: $EmptyMode Debug compQuote expr: (QUOTE factorial) m: (Symbol) Debug compQuote expr: (QUOTE permutation) m: $EmptyMode Debug compQuote expr: (QUOTE permutation) m: (Symbol) Debug compQuote expr: (QUOTE binomial) m: $EmptyMode Debug compQuote expr: (QUOTE binomial) m: (Symbol) Debug compQuote expr: (QUOTE summation) m: $EmptyMode Debug compQuote expr: (QUOTE summation) m: (Symbol) Debug compQuote expr: (QUOTE %defsum) m: $EmptyMode Debug compQuote expr: (QUOTE %defsum) m: (Symbol) Debug compQuote expr: (QUOTE product) m: $EmptyMode Debug compQuote expr: (QUOTE product) m: (Symbol) Debug compQuote expr: (QUOTE %defprod) m: $EmptyMode Debug compQuote expr: (QUOTE %defprod) m: (Symbol) Debug compQuote expr: (QUOTE %power) m: $EmptyMode Debug compQuote expr: (QUOTE %power) m: (Symbol) compiling exported factorial : F -> F Time: 0.06 SEC. compiling exported binomial : (F,F) -> F Time: 0.01 SEC. compiling exported permutation : (F,F) -> F Time: 0 SEC. importing F importing Kernel F compiling local number? : F -> Boolean Time: 0.03 SEC. compiling exported ** : (F,F) -> F Debug compQuote expr: (QUOTE %power) m: $EmptyMode Debug compQuote expr: (QUOTE %power) m: (Symbol) Time: 0.17 SEC. compiling exported belong? : BasicOperator -> Boolean Debug compQuote expr: (QUOTE comb) m: $EmptyMode Debug compQuote expr: (QUOTE comb) m: (Identifier) Time: 0.00 SEC. compiling local fourth : List F -> F Time: 0.01 SEC. compiling local dvpow1 : List F -> F Time: 0.05 SEC. compiling exported factorials : F -> F Time: 0.01 SEC. compiling exported factorials : (F,Symbol) -> F Time: 0.01 SEC. compiling local facts : (F,List Symbol) -> F Time: 0.03 SEC. compiling local summand : List F -> F Time: 0.01 SEC. compiling exported product : (F,Symbol) -> F Time: 0.02 SEC. compiling exported summation : (F,Symbol) -> F Time: 0.01 SEC. compiling local dvsum : (List F,Symbol) -> F Time: 0.02 SEC. compiling local dvdsum : (List F,Symbol) -> F Time: 0.06 SEC. compiling local dvprod : (List F,Symbol) -> F Time: 0.18 SEC. compiling local dvdprod : (List F,Symbol) -> F Time: 0.14 SEC. compiling local dprod : List F -> OutputForm Time: 0.01 SEC. compiling local ddprod : List F -> OutputForm Time: 0.02 SEC. compiling local dsum : List F -> OutputForm Time: 0.01 SEC. compiling local ddsum : List F -> OutputForm Time: 0.02 SEC. compiling local equalsumprod : (Kernel F,Kernel F) -> Boolean Time: 0.01 SEC. compiling local equaldsumprod : (Kernel F,Kernel F) -> Boolean Time: 0.02 SEC. compiling exported product : (F,SegmentBinding F) -> F Time: 0.01 SEC. compiling exported summation : (F,SegmentBinding F) -> F Time: 0.01 SEC. compiling local smpfact : (SparseMultivariatePolynomial(R,Kernel F),List Symbol) -> F Time: 0.01 SEC. compiling local K2fact : (Kernel F,List Symbol) -> F Time: 0.11 SEC. compiling exported operator : BasicOperator -> BasicOperator Debug compQuote expr: (QUOTE factorial) m: $EmptyMode Debug compQuote expr: (QUOTE factorial) m: (Symbol) Debug compQuote expr: (QUOTE permutation) m: $EmptyMode Debug compQuote expr: (QUOTE permutation) m: (Symbol) Debug compQuote expr: (QUOTE binomial) m: $EmptyMode Debug compQuote expr: (QUOTE binomial) m: (Symbol) Debug compQuote expr: (QUOTE summation) m: $EmptyMode Debug compQuote expr: (QUOTE summation) m: (Symbol) Debug compQuote expr: (QUOTE %defsum) m: $EmptyMode Debug compQuote expr: (QUOTE %defsum) m: (Symbol) Debug compQuote expr: (QUOTE product) m: $EmptyMode Debug compQuote expr: (QUOTE product) m: (Symbol) Debug compQuote expr: (QUOTE %defprod) m: $EmptyMode Debug compQuote expr: (QUOTE %defprod) m: (Symbol) Debug compQuote expr: (QUOTE %power) m: $EmptyMode Debug compQuote expr: (QUOTE %power) m: (Symbol) Time: 0.01 SEC. compiling local iprod : List F -> F Time: 0.01 SEC. compiling local isum : List F -> F Time: 0.01 SEC. compiling local idprod : List F -> F Time: 0.02 SEC. compiling local idsum : List F -> F Time: 0.13 SEC. compiling local ifact : F -> F Time: 0.00 SEC. compiling local ibinom : List F -> F Time: 0.01 SEC. compiling local iperm : List F -> F Time: 0.00 SEC. compiling exported iidsum : List F -> F Time: 0.03 SEC. compiling exported iidprod : List F -> F Time: 0.02 SEC. compiling local iiipow : List F -> F Debug compQuote expr: (QUOTE exp) m: (BasicOperator) Debug compQuote expr: (QUOTE exp) m: (Symbol) Time: 0.06 SEC. compiling exported ipow : List F -> F Time: 0.02 SEC. compiling exported ipow : List F -> F Time: 0.02 SEC. compiling exported ipow : List F -> F Debug compQuote expr: (QUOTE exp) m: $EmptyMode Debug compQuote expr: (QUOTE exp) m: (Symbol) Time: 0.14 SEC. compiling exported iifact : F -> F Time: 0.01 SEC. compiling exported iiperm : List F -> F Time: 0.03 SEC. compiling exported iibinom : List F -> F Time: 0.09 SEC. compiling exported iibinom : List F -> F Time: 0.02 SEC. compiling exported iibinom : List F -> F Time: 0.02 SEC. compiling exported iifact : F -> F Time: 0 SEC. compiling exported iibinom : List F -> F Time: 0.00 SEC. compiling exported iiperm : List F -> F Time: 0.00 SEC. compiling exported iipow : List F -> F Time: 0.03 SEC. compiling exported iipow : List F -> F Time: 0.00 SEC. compiling local dvpow2 : List F -> F Time: 0.05 SEC. (time taken in buildFunctor: 0) Time: 0.32 SEC. Warnings: [1] **: not known that SetCategory is of mode CATEGORY(package,belong?: BasicOperator -> Boolean,operator: BasicOperator -> BasicOperator,**: (F,F) -> F,binomial: (F,F) -> F,permutation: (F,F) -> F,factorial: F -> F,factorials: F -> F,factorials: (F,Symbol) -> F,summation: (F,Symbol) -> F,summation: (F,SegmentBinding F) -> F,product: (F,Symbol) -> F,product: (F,SegmentBinding F) -> F,iifact: F -> F,iibinom: List F -> F,iiperm: List F -> F,iipow: List F -> F,iidsum: List F -> F,iidprod: List F -> F,ipow: List F -> F) [2] facts: not known that SetCategory is of mode CATEGORY(package,belong?: BasicOperator -> Boolean,operator: BasicOperator -> BasicOperator,**: (F,F) -> F,binomial: (F,F) -> F,permutation: (F,F) -> F,factorial: F -> F,factorials: F -> F,factorials: (F,Symbol) -> F,summation: (F,Symbol) -> F,summation: (F,SegmentBinding F) -> F,product: (F,Symbol) -> F,product: (F,SegmentBinding F) -> F,iifact: F -> F,iibinom: List F -> F,iiperm: List F -> F,iipow: List F -> F,iidsum: List F -> F,iidprod: List F -> F,ipow: List F -> F) [3] product: lo has no value [4] summation: lo has no value [5] K2fact: kf has no value Cumulative Statistics for Constructor CombinatorialFunction Time: 2.12 seconds finalizing NRLIB COMBF Processing CombinatorialFunction for Browser database: -- belong? : OP -> Boolean -- operator : OP -> OP -- ?**? : (F,F) -> F -- binomial : (F,F) -> F -- permutation : (F,F) -> F -- factorial : F -> F -- factorials : F -> F -- factorials : (F,SE) -> F -- summation : (F,SE) -> F -- summation : (F,SegmentBinding F) -> F -- product : (F,SE) -> F -- product : (F,SegmentBinding F) -> F -- iifact : F -> F -- iibinom : List F -> F -- iiperm : List F -> F -- iipow : List F -> F -- iidsum : List F -> F -- iidprod : List F -> F -- ipow : List F -> F -- constructor ; compiling file "/tmp/oa-6SoCVL/code.lsp" (written 01 FEB 2016 11:03:44 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |COMBF;factorial;2F;1| ...) ; compiling (DEFUN |COMBF;binomial;3F;2| ...) ; compiling (DEFUN |COMBF;permutation;3F;3| ...) ; compiling (DEFUN |COMBF;number?| ...) ; file: /tmp/oa-6SoCVL/code.lsp ; in: DEFUN |COMBF;number?| ; (DEFUN BOOT::|COMBF;number?| (BOOT::|x| BOOT::$) ; (COND ; ((BOOT::|HasCategory| (BOOT::|shellEntry| BOOT::$ 6) ; '(BOOT::|RetractableTo| #)) ; (OR (BOOT::SPADCALL BOOT::|x| #) (ZEROP #))) ; (T (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 27))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COMBF;number?| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|COMBF;number?| ; (COND ((BOOT::|HasCategory| # '#) (OR # #)) ; (T (BOOT::SPADCALL BOOT::|x| #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |COMBF;**;3F;5| ...) ; compiling (DEFUN |COMBF;belong?;BoB;6| ...) ; file: /tmp/oa-6SoCVL/code.lsp ; in: DEFUN |COMBF;belong?;BoB;6| ; (DEFUN BOOT::|COMBF;belong?;BoB;6| (BOOT::|op| BOOT::$) ; (BOOT::SPADCALL BOOT::|op| 'BOOT::|comb| (BOOT::|shellEntry| BOOT::$ 54))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COMBF;belong?;BoB;6| ; (BOOT::|op| BOOT::$) ; (BLOCK BOOT::|COMBF;belong?;BoB;6| ; (BOOT::SPADCALL BOOT::|op| 'BOOT::|comb| ; (BOOT::|shellEntry| BOOT::$ 54)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |COMBF;fourth| ...) ; compiling (DEFUN |COMBF;dvpow1| ...) ; compiling (DEFUN |COMBF;factorials;2F;9| ...) ; compiling (DEFUN |COMBF;factorials;FSF;10| ...) ; compiling (DEFUN |COMBF;facts| ...) ; compiling (DEFUN |COMBF;summand| ...) ; compiling (DEFUN |COMBF;product;FSF;13| ...) ; compiling (DEFUN |COMBF;summation;FSF;14| ...) ; compiling (DEFUN |COMBF;dvsum| ...) ; compiling (DEFUN |COMBF;dvdsum| ...) ; compiling (DEFUN |COMBF;dvprod| ...) ; compiling (DEFUN |COMBF;dvdprod| ...) ; compiling (DEFUN |COMBF;dprod| ...) ; compiling (DEFUN |COMBF;ddprod| ...) ; compiling (DEFUN |COMBF;dsum| ...) ; compiling (DEFUN |COMBF;ddsum| ...) ; compiling (DEFUN |COMBF;equalsumprod| ...) ; file: /tmp/oa-6SoCVL/code.lsp ; in: DEFUN |COMBF;equalsumprod| ; (DEFUN BOOT::|COMBF;equalsumprod| (BOOT::|s1| BOOT::|s2| BOOT::$) ; (LET ((BOOT::|l1| (BOOT::SPADCALL BOOT::|s1| #)) ; (BOOT::|l2| (BOOT::SPADCALL BOOT::|s2| #))) ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::|SPADfirst| BOOT::|l1|) (BOOT::SPADCALL # #) ; (BOOT::SPADCALL BOOT::|l2| #) ; (BOOT::|shellEntry| BOOT::$ 69)) ; (BOOT::|SPADfirst| BOOT::|l2|) (BOOT::|shellEntry| BOOT::$ 89)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COMBF;equalsumprod| ; (BOOT::|s1| BOOT::|s2| BOOT::$) ; (BLOCK BOOT::|COMBF;equalsumprod| ; (LET ((BOOT::|l1| #) (BOOT::|l2| #)) ; (BOOT::SPADCALL (BOOT::SPADCALL # # # #) ; (BOOT::|SPADfirst| BOOT::|l2|) ; (BOOT::|shellEntry| BOOT::$ 89))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |COMBF;equaldsumprod| ...) ; file: /tmp/oa-6SoCVL/code.lsp ; in: DEFUN |COMBF;equaldsumprod| ; (DEFUN BOOT::|COMBF;equaldsumprod| (BOOT::|s1| BOOT::|s2| BOOT::$) ; (LET ((BOOT::|l1| (BOOT::SPADCALL BOOT::|s1| #)) ; (BOOT::|l2| (BOOT::SPADCALL BOOT::|s2| #))) ; (AND ; (BOOT::SPADCALL (BOOT::SPADCALL # #) (BOOT::SPADCALL # #) ; (BOOT::|shellEntry| BOOT::$ 89)) ; (AND (BOOT::SPADCALL # # #) (BOOT::SPADCALL # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COMBF;equaldsumprod| ; (BOOT::|s1| BOOT::|s2| BOOT::$) ; (BLOCK BOOT::|COMBF;equaldsumprod| ; (LET ((BOOT::|l1| #) (BOOT::|l2| #)) ; (AND (BOOT::SPADCALL # # #) (AND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |COMBF;product;FSbF;25| ...) ; compiling (DEFUN |COMBF;summation;FSbF;26| ...) ; compiling (DEFUN |COMBF;smpfact| ...) ; compiling (DEFUN |COMBF;smpfact!1| ...) ; compiling (DEFUN |COMBF;smpfact!0| ...) ; compiling (DEFUN |COMBF;K2fact| ...) ; compiling (DEFUN |COMBF;operator;2Bo;29| ...) ; compiling (DEFUN |COMBF;iprod| ...) ; compiling (DEFUN |COMBF;isum| ...) ; compiling (DEFUN |COMBF;idprod| ...) ; compiling (DEFUN |COMBF;idsum| ...) ; compiling (DEFUN |COMBF;ifact| ...) ; compiling (DEFUN |COMBF;ibinom| ...) ; compiling (DEFUN |COMBF;iperm| ...) ; compiling (DEFUN |COMBF;iidsum;LF;37| ...) ; compiling (DEFUN |COMBF;iidprod;LF;38| ...) ; compiling (DEFUN |COMBF;iiipow| ...) ; compiling (DEFUN |COMBF;ipow;LF;40| ...) ; compiling (DEFUN |COMBF;ipow;LF;41| ...) ; compiling (DEFUN |COMBF;ipow;LF;42| ...) ; compiling (DEFUN |COMBF;iifact;2F;43| ...) ; compiling (DEFUN |COMBF;iiperm;LF;44| ...) ; compiling (DEFUN |COMBF;iibinom;LF;45| ...) ; compiling (DEFUN |COMBF;iibinom;LF;46| ...) ; compiling (DEFUN |COMBF;iibinom;LF;47| ...) ; compiling (DEFUN |COMBF;iifact;2F;48| ...) ; compiling (DEFUN |COMBF;iibinom;LF;49| ...) ; compiling (DEFUN |COMBF;iiperm;LF;50| ...) ; compiling (DEFUN |COMBF;iipow;LF;51| ...) ; compiling (DEFUN |COMBF;iipow;LF;52| ...) ; compiling (DEFUN |COMBF;dvpow2| ...) ; compiling (DEFUN |CombinatorialFunction| ...) ; compiling (DEFUN |CombinatorialFunction;| ...) ; compiling (MAKEPROP (QUOTE |CombinatorialFunction|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 4 notes ; /tmp/oa-6SoCVL/code.fasl written ; compilation finished in 0:00:00.229 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/SEGBIND.fasl --optimize=3 SEGBIND.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SEGBIND.spad using Spad compiler. SEGBIND abbreviates domain SegmentBinding debug: compDefine1 lhs: (SegmentBinding S) signature (pre-evaluate): (NIL (Type)) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): (NIL (Type)) debug: compDefine1 lhs: (SegmentBinding S) signature (pre-evaluate): (NIL NIL) debug: compDefine1 signature (post evaluate): (NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for SegmentBinding compiling into /tmp/oa-JmI0Xf (time taken in buildFunctor: 0) Time: 0.03 SEC. Cumulative Statistics for Constructor SegmentBinding Time: 0.03 seconds finalizing NRLIB SEGBIND Processing SegmentBinding for Browser database: -- constructor ; compiling file "/tmp/oa-JmI0Xf/code.lsp" (written 01 FEB 2016 11:03:45 PM): ; compiling (DEFUN |SegmentBinding| ...) ; compiling (DEFUN |SegmentBinding;| ...) ; compiling (MAKEPROP (QUOTE |SegmentBinding|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-JmI0Xf/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/SUPFRACF.fasl --optimize=3 SUPFRACF.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SUPFRACF.spad using Spad compiler. SUPFRACF abbreviates package SupFractionFactorizer debug: compDefine1 lhs: (SupFractionFactorizer E OV R P) signature (pre-evaluate): ((CATEGORY package (SIGNATURE factor ((Factored (SparseUnivariatePolynomial (Fraction P))) (SparseUnivariatePolynomial (Fraction P)))) (SIGNATURE squareFree ((Factored (SparseUnivariatePolynomial (Fraction P))) (SparseUnivariatePolynomial (Fraction P))))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE factor ((Factored (SparseUnivariatePolynomial (Fraction P))) (SparseUnivariatePolynomial (Fraction P)))) (SIGNATURE squareFree ((Factored (SparseUnivariatePolynomial (Fraction P))) (SparseUnivariatePolynomial (Fraction P))))) $param: (E OV R P) debug: evaluateType form: (Factored (SparseUnivariatePolynomial (Fraction P))) $param: (E OV R P) Debug: evaluateType1 form: (Factored (SparseUnivariatePolynomial (Fraction P))) debug: evaluateType1 x: (SparseUnivariatePolynomial (Fraction P)) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (E OV R P) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial (Fraction P)) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial (Fraction P)) debug: evaluateType1 x: (Fraction P) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (E OV R P) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction P) $param: (E OV R P) Debug: evaluateType1 form: (Fraction P) debug: evaluateType1 x: P m: (IntegralDomain) debug: evalCategory d: (Fraction P) c: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial (Fraction P)) c: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial (Fraction P)) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial (Fraction P)) debug: evaluateType1 x: (Fraction P) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (E OV R P) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction P) $param: (E OV R P) Debug: evaluateType1 form: (Fraction P) debug: evaluateType1 x: P m: (IntegralDomain) debug: evalCategory d: (Fraction P) c: (Ring) debug: evaluateType form: (Factored (SparseUnivariatePolynomial (Fraction P))) $param: (E OV R P) Debug: evaluateType1 form: (Factored (SparseUnivariatePolynomial (Fraction P))) debug: evaluateType1 x: (SparseUnivariatePolynomial (Fraction P)) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (E OV R P) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial (Fraction P)) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial (Fraction P)) debug: evaluateType1 x: (Fraction P) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (E OV R P) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction P) $param: (E OV R P) Debug: evaluateType1 form: (Fraction P) debug: evaluateType1 x: P m: (IntegralDomain) debug: evalCategory d: (Fraction P) c: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial (Fraction P)) c: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial (Fraction P)) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial (Fraction P)) debug: evaluateType1 x: (Fraction P) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (E OV R P) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction P) $param: (E OV R P) Debug: evaluateType1 form: (Fraction P) debug: evaluateType1 x: P m: (IntegralDomain) debug: evalCategory d: (Fraction P) c: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE factor ((Factored (SparseUnivariatePolynomial (Fraction P))) (SparseUnivariatePolynomial (Fraction P)))) (SIGNATURE squareFree ((Factored (SparseUnivariatePolynomial (Fraction P))) (SparseUnivariatePolynomial (Fraction P))))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for SupFractionFactorizer compiling into /tmp/oa-LBpQzo compiling exported factor : SparseUnivariatePolynomial Fraction P -> Factored SparseUnivariatePolynomial Fraction P Time: 0.32 SEC. compiling exported squareFree : SparseUnivariatePolynomial Fraction P -> Factored SparseUnivariatePolynomial Fraction P Time: 0.30 SEC. (time taken in buildFunctor: 4) Time: 0.01 SEC. Warnings: [1] squareFree: not known that IntegralDomain is of mode CATEGORY(package,factor: SparseUnivariatePolynomial Fraction P -> Factored SparseUnivariatePolynomial Fraction P,squareFree: SparseUnivariatePolynomial Fraction P -> Factored SparseUnivariatePolynomial Fraction P) Cumulative Statistics for Constructor SupFractionFactorizer Time: 0.64 seconds finalizing NRLIB SUPFRACF Processing SupFractionFactorizer for Browser database: -- factor : SUP FP -> Factored SUP FP -- squareFree : SUP FP -> Factored SUP FP -- constructor ; compiling file "/tmp/oa-LBpQzo/code.lsp" (written 01 FEB 2016 11:03:45 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SUPFRACF;factor;SupF;1| ...) ; compiling (DEFUN |SUPFRACF;squareFree;SupF;2| ...) ; compiling (DEFUN |SupFractionFactorizer| ...) ; compiling (DEFUN |SupFractionFactorizer;| ...) ; compiling (MAKEPROP (QUOTE |SupFractionFactorizer|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-LBpQzo/code.fasl written ; compilation finished in 0:00:00.054 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/FS.fasl --bootstrap FS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FS.spad using Spad compiler. FS abbreviates category FunctionSpace ------------------------------------------------------------------------ initializing stationary directory for FunctionSpace compiling into /tmp/oa-sNndOr STYLE-WARNING: redefining BOOT::|FunctionSpace| in DEFUN Time: 0.03 SEC. finalizing NRLIB FS ; compiling file "/tmp/oa-sNndOr/code.lsp" (written 01 FEB 2016 11:03:46 PM): ; compiling (DEFPARAMETER |FunctionSpace;AL| ...) ; compiling (DEFUN |FunctionSpace;| ...) ; compiling (DEFUN |FunctionSpace| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-sNndOr/code.fasl written ; compilation finished in 0:00:00.031 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/ACFS.fasl --bootstrap ACFS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ACFS.spad using Spad compiler. ACFS abbreviates category AlgebraicallyClosedFunctionSpace ------------------------------------------------------------------------ initializing stationary directory for AlgebraicallyClosedFunctionSpace compiling into /tmp/oa-L9ovMy STYLE-WARNING: redefining BOOT::|AlgebraicallyClosedFunctionSpace| in DEFUN Time: 0.02 SEC. finalizing NRLIB ACFS ; compiling file "/tmp/oa-L9ovMy/code.lsp" (written 01 FEB 2016 11:03:46 PM): ; compiling (DEFPARAMETER |AlgebraicallyClosedFunctionSpace;AL| ...) ; compiling (DEFUN |AlgebraicallyClosedFunctionSpace;| ...) ; compiling (DEFUN |AlgebraicallyClosedFunctionSpace| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-L9ovMy/code.fasl written ; compilation finished in 0:00:00.019 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/COMBOPC.fasl --bootstrap COMBOPC.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/COMBOPC.spad using Spad compiler. COMBOPC abbreviates category CombinatorialOpsCategory ------------------------------------------------------------------------ initializing stationary directory for CombinatorialOpsCategory compiling into /tmp/oa-Se4S8M STYLE-WARNING: redefining BOOT::|CombinatorialOpsCategory| in DEFUN Time: 0.00 SEC. finalizing NRLIB COMBOPC ; compiling file "/tmp/oa-Se4S8M/code.lsp" (written 01 FEB 2016 11:03:46 PM): ; compiling (DEFPARAMETER |CombinatorialOpsCategory;AL| ...) ; compiling (DEFUN |CombinatorialOpsCategory;| ...) ; compiling (DEFUN |CombinatorialOpsCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Se4S8M/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/PRIMCAT.fasl --bootstrap PRIMCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PRIMCAT.spad using Spad compiler. PRIMCAT abbreviates category PrimitiveFunctionCategory ------------------------------------------------------------------------ initializing stationary directory for PrimitiveFunctionCategory compiling into /tmp/oa-WsbObW STYLE-WARNING: redefining BOOT::|PrimitiveFunctionCategory| in DEFUN Time: 0.00 SEC. finalizing NRLIB PRIMCAT ; compiling file "/tmp/oa-WsbObW/code.lsp" (written 01 FEB 2016 11:03:46 PM): ; compiling (DEFPARAMETER |PrimitiveFunctionCategory;AL| ...) ; compiling (DEFUN |PrimitiveFunctionCategory;| ...) ; compiling (DEFUN |PrimitiveFunctionCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-WsbObW/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/LFCAT.fasl --bootstrap LFCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LFCAT.spad using Spad compiler. LFCAT abbreviates category LiouvillianFunctionCategory ------------------------------------------------------------------------ initializing stationary directory for LiouvillianFunctionCategory compiling into /tmp/oa-foKnD2 STYLE-WARNING: redefining BOOT::|LiouvillianFunctionCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB LFCAT ; compiling file "/tmp/oa-foKnD2/code.lsp" (written 01 FEB 2016 11:03:46 PM): ; compiling (DEFPARAMETER |LiouvillianFunctionCategory;AL| ...) ; compiling (DEFUN |LiouvillianFunctionCategory;| ...) ; compiling (DEFUN |LiouvillianFunctionCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-foKnD2/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/SPFCAT.fasl --bootstrap SPFCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SPFCAT.spad using Spad compiler. SPFCAT abbreviates category SpecialFunctionCategory ------------------------------------------------------------------------ initializing stationary directory for SpecialFunctionCategory compiling into /tmp/oa-OYXTI8 STYLE-WARNING: redefining BOOT::|SpecialFunctionCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB SPFCAT ; compiling file "/tmp/oa-OYXTI8/code.lsp" (written 01 FEB 2016 11:03:46 PM): ; compiling (DEFPARAMETER |SpecialFunctionCategory;AL| ...) ; compiling (DEFUN |SpecialFunctionCategory;| ...) ; compiling (DEFUN |SpecialFunctionCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-OYXTI8/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/EXPR.fasl --bootstrap EXPR.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/EXPR.spad using Spad compiler. EXPR abbreviates domain Expression ------------------------------------------------------------------------ initializing stationary directory for Expression compiling into /tmp/oa-AjoKNo Time: 0.08 SEC. Cumulative Statistics for Constructor Expression Time: 0.08 seconds finalizing NRLIB EXPR ; compiling file "/tmp/oa-AjoKNo/code.lsp" (written 01 FEB 2016 11:03:47 PM): ; compiling (DEFUN |Expression| ...) ; compiling (DEFUN |Expression;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-AjoKNo/code.fasl written ; compilation finished in 0:00:00.027 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/EXPR2.fasl --bootstrap EXPR2.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/EXPR2.spad using Spad compiler. EXPR2 abbreviates package ExpressionFunctions2 ------------------------------------------------------------------------ initializing stationary directory for ExpressionFunctions2 compiling into /tmp/oa-zu6eSA Time: 0 SEC. Cumulative Statistics for Constructor ExpressionFunctions2 Time: 0 seconds finalizing NRLIB EXPR2 ; compiling file "/tmp/oa-zu6eSA/code.lsp" (written 01 FEB 2016 11:03:47 PM): ; compiling (DEFUN |ExpressionFunctions2| ...) ; compiling (DEFUN |ExpressionFunctions2;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-zu6eSA/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/IAN.fasl --optimize=3 IAN.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IAN.spad using Spad compiler. IAN abbreviates domain InnerAlgebraicNumber debug: compDefine1 lhs: (InnerAlgebraicNumber) signature (pre-evaluate): ((Join (ExpressionSpace) (AlgebraicallyClosedField) (RetractableTo (Integer)) (RetractableTo (Fraction (Integer))) (LinearlyExplicitRingOver (Integer)) (RealConstant) (LinearlyExplicitRingOver (Fraction (Integer))) (CharacteristicZero) (ConvertibleTo (Complex (Float))) (DifferentialRing) (CoercibleFrom (SparseMultivariatePolynomial (Integer) (Kernel $))) (CATEGORY domain (SIGNATURE numer ((SparseMultivariatePolynomial (Integer) (Kernel $)) $)) (SIGNATURE denom ((SparseMultivariatePolynomial (Integer) (Kernel $)) $)) (SIGNATURE reduce ($ $)) (SIGNATURE trueEqual ((Boolean) $ $)) (SIGNATURE norm ((SparseUnivariatePolynomial $) (SparseUnivariatePolynomial $) (Kernel $))) (SIGNATURE norm ((SparseUnivariatePolynomial $) (SparseUnivariatePolynomial $) (List (Kernel $)))) (SIGNATURE norm ($ $ (Kernel $))) (SIGNATURE norm ($ $ (List (Kernel $))))))) debug: evaluateType form: (Join (ExpressionSpace) (AlgebraicallyClosedField) (RetractableTo (Integer)) (RetractableTo (Fraction (Integer))) (LinearlyExplicitRingOver (Integer)) (RealConstant) (LinearlyExplicitRingOver (Fraction (Integer))) (CharacteristicZero) (ConvertibleTo (Complex (Float))) (DifferentialRing) (CoercibleFrom (SparseMultivariatePolynomial (Integer) (Kernel $))) (CATEGORY domain (SIGNATURE numer ((SparseMultivariatePolynomial (Integer) (Kernel $)) $)) (SIGNATURE denom ((SparseMultivariatePolynomial (Integer) (Kernel $)) $)) (SIGNATURE reduce ($ $)) (SIGNATURE trueEqual ((Boolean) $ $)) (SIGNATURE norm ((SparseUnivariatePolynomial $) (SparseUnivariatePolynomial $) (Kernel $))) (SIGNATURE norm ((SparseUnivariatePolynomial $) (SparseUnivariatePolynomial $) (List (Kernel $)))) (SIGNATURE norm ($ $ (Kernel $))) (SIGNATURE norm ($ $ (List (Kernel $)))))) $param: NIL debug: evaluateType form: (ExpressionSpace) $param: NIL Debug: evaluateType1 form: (ExpressionSpace) debug: evaluateType form: (AlgebraicallyClosedField) $param: NIL Debug: evaluateType1 form: (AlgebraicallyClosedField) debug: evaluateType form: (RetractableTo (Integer)) $param: NIL Debug: evaluateType1 form: (RetractableTo (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (RetractableTo (Fraction (Integer))) $param: NIL Debug: evaluateType1 form: (RetractableTo (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Type) debug: evaluateType form: (LinearlyExplicitRingOver (Integer)) $param: NIL Debug: evaluateType1 form: (LinearlyExplicitRingOver (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evaluateType form: (RealConstant) $param: NIL Debug: evaluateType1 form: (RealConstant) debug: evaluateType form: (LinearlyExplicitRingOver (Fraction (Integer))) $param: NIL Debug: evaluateType1 form: (LinearlyExplicitRingOver (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evaluateType form: (CharacteristicZero) $param: NIL Debug: evaluateType1 form: (CharacteristicZero) debug: evaluateType form: (ConvertibleTo (Complex (Float))) $param: NIL Debug: evaluateType1 form: (ConvertibleTo (Complex (Float))) debug: evaluateType1 x: (Complex (Float)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Complex (Float)) $param: NIL Debug: evaluateType1 form: (Complex (Float)) debug: evaluateType1 x: (Float) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (CommutativeRing) debug: evalCategory d: (Complex (Float)) c: (Type) debug: evaluateType form: (DifferentialRing) $param: NIL Debug: evaluateType1 form: (DifferentialRing) debug: evaluateType form: (CoercibleFrom (SparseMultivariatePolynomial (Integer) (Kernel $))) $param: NIL Debug: evaluateType1 form: (CoercibleFrom (SparseMultivariatePolynomial (Integer) (Kernel $))) debug: evaluateType1 x: (SparseMultivariatePolynomial (Integer) (Kernel $)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseMultivariatePolynomial (Integer) (Kernel $)) $param: NIL Debug: evaluateType1 form: (SparseMultivariatePolynomial (Integer) (Kernel $)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evaluateType1 x: (Kernel $) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: NIL Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (Kernel $) $param: NIL Debug: evaluateType1 form: (Kernel $) debug: evaluateType1 x: $ m: (SetCategory) debug: evalCategory d: (Kernel $) c: (OrderedSet) debug: evalCategory d: (SparseMultivariatePolynomial (Integer) (Kernel $)) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE numer ((SparseMultivariatePolynomial (Integer) (Kernel $)) $)) (SIGNATURE denom ((SparseMultivariatePolynomial (Integer) (Kernel $)) $)) (SIGNATURE reduce ($ $)) (SIGNATURE trueEqual ((Boolean) $ $)) (SIGNATURE norm ((SparseUnivariatePolynomial $) (SparseUnivariatePolynomial $) (Kernel $))) (SIGNATURE norm ((SparseUnivariatePolynomial $) (SparseUnivariatePolynomial $) (List (Kernel $)))) (SIGNATURE norm ($ $ (Kernel $))) (SIGNATURE norm ($ $ (List (Kernel $))))) $param: NIL debug: evaluateType form: (SparseMultivariatePolynomial (Integer) (Kernel $)) $param: NIL Debug: evaluateType1 form: (SparseMultivariatePolynomial (Integer) (Kernel $)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evaluateType1 x: (Kernel $) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: NIL Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (Kernel $) $param: NIL Debug: evaluateType1 form: (Kernel $) debug: evaluateType1 x: $ m: (SetCategory) debug: evalCategory d: (Kernel $) c: (OrderedSet) debug: evaluateType form: (SparseMultivariatePolynomial (Integer) (Kernel $)) $param: NIL Debug: evaluateType1 form: (SparseMultivariatePolynomial (Integer) (Kernel $)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evaluateType1 x: (Kernel $) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: NIL Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (Kernel $) $param: NIL Debug: evaluateType1 form: (Kernel $) debug: evaluateType1 x: $ m: (SetCategory) debug: evalCategory d: (Kernel $) c: (OrderedSet) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (SparseUnivariatePolynomial $) $param: NIL Debug: evaluateType1 form: (SparseUnivariatePolynomial $) debug: evaluateType1 x: $ m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial $) $param: NIL Debug: evaluateType1 form: (SparseUnivariatePolynomial $) debug: evaluateType1 x: $ m: (Ring) debug: evaluateType form: (Kernel $) $param: NIL Debug: evaluateType1 form: (Kernel $) debug: evaluateType1 x: $ m: (SetCategory) debug: evaluateType form: (SparseUnivariatePolynomial $) $param: NIL Debug: evaluateType1 form: (SparseUnivariatePolynomial $) debug: evaluateType1 x: $ m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial $) $param: NIL Debug: evaluateType1 form: (SparseUnivariatePolynomial $) debug: evaluateType1 x: $ m: (Ring) debug: evaluateType form: (List (Kernel $)) $param: NIL Debug: evaluateType1 form: (List (Kernel $)) debug: evaluateType1 x: (Kernel $) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Kernel $) $param: NIL Debug: evaluateType1 form: (Kernel $) debug: evaluateType1 x: $ m: (SetCategory) debug: evalCategory d: (Kernel $) c: (Type) debug: evaluateType form: (Kernel $) $param: NIL Debug: evaluateType1 form: (Kernel $) debug: evaluateType1 x: $ m: (SetCategory) debug: evaluateType form: (List (Kernel $)) $param: NIL Debug: evaluateType1 form: (List (Kernel $)) debug: evaluateType1 x: (Kernel $) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Kernel $) $param: NIL Debug: evaluateType1 form: (Kernel $) debug: evaluateType1 x: $ m: (SetCategory) debug: evalCategory d: (Kernel $) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (ExpressionSpace) (AlgebraicallyClosedField) (RetractableTo (Integer)) (RetractableTo (Fraction (Integer))) (LinearlyExplicitRingOver (Integer)) (RealConstant) (LinearlyExplicitRingOver (Fraction (Integer))) (CharacteristicZero) (ConvertibleTo (Complex (Float))) (DifferentialRing) (CoercibleFrom (SparseMultivariatePolynomial (Integer) (Kernel $))) (CATEGORY domain (SIGNATURE numer ((SparseMultivariatePolynomial (Integer) (Kernel $)) $)) (SIGNATURE denom ((SparseMultivariatePolynomial (Integer) (Kernel $)) $)) (SIGNATURE reduce ($ $)) (SIGNATURE trueEqual ((Boolean) $ $)) (SIGNATURE norm ((SparseUnivariatePolynomial $) (SparseUnivariatePolynomial $) (Kernel $))) (SIGNATURE norm ((SparseUnivariatePolynomial $) (SparseUnivariatePolynomial $) (List (Kernel $)))) (SIGNATURE norm ($ $ (Kernel $))) (SIGNATURE norm ($ $ (List (Kernel $))))))) ------------------------------------------------------------------------ initializing stationary directory for InnerAlgebraicNumber compiling into /tmp/oa-xKbwFK compiling local mainRatDenom : % -> % Time: 0.12 SEC. compiling local findDenominator : SparseUnivariatePolynomial % -> Record(num: SparseUnivariatePolynomial %,den: %) Time: 0.10 SEC. compiling local makeUnivariate : (SparseMultivariatePolynomial(Integer,Kernel %),Kernel %) -> SparseUnivariatePolynomial % Time: 0.12 SEC. compiling exported differentiate : % -> % Time: 0 SEC. compiling exported zero? : % -> Boolean Time: 0.07 SEC. compiling exported one? : % -> Boolean Time: 0.07 SEC. compiling exported / : (%,%) -> % Time: 0.00 SEC. compiling exported ** : (%,Integer) -> % Time: 0.02 SEC. compiling exported trueEqual : (%,%) -> Boolean Time: 0.23 SEC. compiling exported norm : (%,Kernel %) -> % Time: 0.02 SEC. compiling exported norm : (%,List Kernel %) -> % Time: 0.01 SEC. compiling exported norm : (SparseUnivariatePolynomial %,Kernel %) -> SparseUnivariatePolynomial % Time: 0.06 SEC. compiling exported norm : (SparseUnivariatePolynomial %,List Kernel %) -> SparseUnivariatePolynomial % Time: 0.01 SEC. compiling exported belong? : BasicOperator -> Boolean Debug compQuote expr: (QUOTE %alg) m: $EmptyMode Debug compQuote expr: (QUOTE %alg) m: (Identifier) Time: 0.03 SEC. compiling exported convert : % -> Float Time: 0.16 SEC. compiling exported convert : % -> DoubleFloat Time: 0.11 SEC. compiling exported convert : % -> Complex Float Time: 0.14 SEC. (time taken in buildFunctor: 4) Time: 0.02 SEC. Warnings: [1] OpenAxiom suggests removing assignment to Rep [2] trueEqual: reverse has no value Cumulative Statistics for Constructor InnerAlgebraicNumber Time: 1.30 seconds --------------non extending category---------------------- InnerAlgebraicNumber of category Join(ExpressionSpace, AlgebraicallyClosedField,RetractableTo Integer,RetractableTo Fraction Integer,LinearlyExplicitRingOver Integer,RealConstant, LinearlyExplicitRingOver Fraction Integer,CharacteristicZero, ConvertibleTo Complex Float,DifferentialRing,CoercibleFrom SparseMultivariatePolynomial(Integer,Kernel $)) with numer : % -> SparseMultivariatePolynomial(Integer,Kernel %) denom : % -> SparseMultivariatePolynomial(Integer,Kernel %) reduce : % -> % trueEqual : (%,%) -> Boolean norm : (SparseUnivariatePolynomial %,Kernel %) -> SparseUnivariatePolynomial % norm : (SparseUnivariatePolynomial %,List Kernel %) -> SparseUnivariatePolynomial % norm : (%,Kernel %) -> % norm : (%,List Kernel %) -> % has no FunctionSpace Integer ---------------------------------------------------------- finalizing NRLIB IAN Processing InnerAlgebraicNumber for Browser database: -- numer : % -> P -- denom : % -> P -- reduce : % -> % -- trueEqual : (%,%) -> Boolean -- norm : (SUP %,Kernel %) -> SUP % -- norm : (SUP %,List Kernel %) -> SUP % -- norm : (%,Kernel %) -> % -- norm : (%,List Kernel %) -> % -- constructor ; compiling file "/tmp/oa-xKbwFK/code.lsp" (written 01 FEB 2016 11:03:48 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |IAN;mainRatDenom| ...) ; compiling (DEFUN |IAN;findDenominator| ...) ; compiling (DEFUN |IAN;makeUnivariate| ...) ; compiling (DEFUN |IAN;makeUnivariate!0| ...) ; compiling (DEFUN |IAN;differentiate;2$;4| ...) ; file: /tmp/oa-xKbwFK/code.lsp ; in: DEFUN |IAN;differentiate;2$;4| ; (DEFUN BOOT::|IAN;differentiate;2$;4| (BOOT::|x| BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 10)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IAN;differentiate;2$;4| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|IAN;differentiate;2$;4| (BOOT::|spadConstant| BOOT::$ 10))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |IAN;zero?;$B;5| ...) ; file: /tmp/oa-xKbwFK/code.lsp ; in: DEFUN |IAN;zero?;$B;5| ; (DEFUN BOOT::|IAN;zero?;$B;5| (BOOT::|a| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|a| (BOOT::|shellEntry| BOOT::$ 37)) ; (BOOT::|shellEntry| BOOT::$ 38))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IAN;zero?;$B;5| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|IAN;zero?;$B;5| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|a| (BOOT::|shellEntry| BOOT::$ 37)) ; (BOOT::|shellEntry| BOOT::$ 38)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |IAN;one?;$B;6| ...) ; file: /tmp/oa-xKbwFK/code.lsp ; in: DEFUN |IAN;one?;$B;6| ; (DEFUN BOOT::|IAN;one?;$B;6| (BOOT::|a| BOOT::$) ; (AND ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|a| (BOOT::|shellEntry| BOOT::$ 37)) ; (BOOT::|shellEntry| BOOT::$ 40)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|a| (BOOT::|shellEntry| BOOT::$ 20)) ; (BOOT::|shellEntry| BOOT::$ 40)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IAN;one?;$B;6| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|IAN;one?;$B;6| ; (AND ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|a| #) ; (BOOT::|shellEntry| BOOT::$ 40)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|a| #) ; (BOOT::|shellEntry| BOOT::$ 40))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |IAN;/;3$;7| ...) ; compiling (DEFUN |IAN;**;$I$;8| ...) ; compiling (DEFUN |IAN;trueEqual;2$B;9| ...) ; file: /tmp/oa-xKbwFK/code.lsp ; in: DEFUN |IAN;trueEqual;2$B;9| ; (DEFUN BOOT::|IAN;trueEqual;2$B;9| (BOOT::|a| BOOT::|b| BOOT::$) ; (PROG (BOOT::|dg| BOOT::|g| BOOT::|sb| BOOT::|sa| BOOT::|nb| BOOT::|na| ; BOOT::|pb| BOOT::|pa|) ; (RETURN ; (LET (# #) ; (BOOT::SEQ # # # # # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IAN;trueEqual;2$B;9| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|IAN;trueEqual;2$B;9| ; (PROG (BOOT::|dg| BOOT::|g| BOOT::|sb| BOOT::|sa| BOOT::|nb| BOOT::|na| ; BOOT::|pb| BOOT::|pa|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |IAN;norm;$K$;10| ...) ; compiling (DEFUN |IAN;norm;$L$;11| ...) ; compiling (DEFUN |IAN;norm;SupKSup;12| ...) ; compiling (DEFUN |IAN;norm;SupKSup;12!1| ...) ; compiling (DEFUN |IAN;norm;SupKSup;12!0| ...) ; compiling (DEFUN |IAN;norm;SupLSup;13| ...) ; compiling (DEFUN |IAN;belong?;BoB;14| ...) ; file: /tmp/oa-xKbwFK/code.lsp ; in: DEFUN |IAN;belong?;BoB;14| ; (DEFUN BOOT::|IAN;belong?;BoB;14| (BOOT::|op| BOOT::$) ; (OR (BOOT::SPADCALL BOOT::|op| (BOOT::|shellEntry| BOOT::$ 89)) ; (BOOT::SPADCALL BOOT::|op| 'BOOT::|%alg| ; (BOOT::|shellEntry| BOOT::$ 91)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IAN;belong?;BoB;14| ; (BOOT::|op| BOOT::$) ; (BLOCK BOOT::|IAN;belong?;BoB;14| ; (OR (BOOT::SPADCALL BOOT::|op| (BOOT::|shellEntry| BOOT::$ 89)) ; (BOOT::SPADCALL BOOT::|op| 'BOOT::|%alg| ; (BOOT::|shellEntry| BOOT::$ 91))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |IAN;convert;$F;15| ...) ; compiling (DEFUN |IAN;convert;$F;15!0| ...) ; compiling (DEFUN |IAN;convert;$Df;16| ...) ; file: /tmp/oa-xKbwFK/code.lsp ; in: DEFUN |IAN;convert;$Df;16| ; (DEFUN BOOT::|IAN;convert;$Df;16| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL (CONS #'BOOT::|IAN;convert;$Df;16!0| NIL) BOOT::|x| ; (BOOT::|shellEntry| BOOT::$ 106)) ; (BOOT::|shellEntry| BOOT::$ 107))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IAN;convert;$Df;16| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|IAN;convert;$Df;16| ; (BOOT::SPADCALL ; (BOOT::SPADCALL (CONS #'BOOT::|IAN;convert;$Df;16!0| NIL) BOOT::|x| ; (BOOT::|shellEntry| BOOT::$ 106)) ; (BOOT::|shellEntry| BOOT::$ 107)))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |IAN;convert;$Df;16!0| ...) ; file: /tmp/oa-xKbwFK/code.lsp ; in: DEFUN |IAN;convert;$Df;16!0| ; (DEFUN BOOT::|IAN;convert;$Df;16!0| (BOOT::|#1| BOOT::$$) ; (FLOAT BOOT::|#1| BOOT::|$DoubleFloatMaximum|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IAN;convert;$Df;16!0| ; (BOOT::|#1| BOOT::$$) ; (BLOCK BOOT::|IAN;convert;$Df;16!0| ; (FLOAT BOOT::|#1| BOOT::|$DoubleFloatMaximum|))) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |IAN;convert;$C;17| ...) ; compiling (DEFUN |IAN;convert;$C;17!0| ...) ; compiling (DEFUN |InnerAlgebraicNumber| ...) ; compiling (DEFUN |InnerAlgebraicNumber;| ...) ; compiling (MAKEPROP (QUOTE |InnerAlgebraicNumber|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 5 notes ; /tmp/oa-xKbwFK/code.fasl written ; compilation finished in 0:00:00.063 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/AN.fasl --optimize=3 AN.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/AN.spad using Spad compiler. AN abbreviates domain AlgebraicNumber debug: compDefine1 lhs: (AlgebraicNumber) signature (pre-evaluate): ((Join (ExpressionSpace) (AlgebraicallyClosedField) (RetractableTo (Integer)) (RetractableTo (Fraction (Integer))) (LinearlyExplicitRingOver (Integer)) (RealConstant) (LinearlyExplicitRingOver (Fraction (Integer))) (CharacteristicZero) (ConvertibleTo (Complex (Float))) (DifferentialRing) (CoercibleFrom (SparseMultivariatePolynomial (Integer) (Kernel $))) (CATEGORY domain (SIGNATURE numer ((SparseMultivariatePolynomial (Integer) (Kernel $)) $)) (SIGNATURE denom ((SparseMultivariatePolynomial (Integer) (Kernel $)) $)) (SIGNATURE reduce ($ $)) (SIGNATURE norm ((SparseUnivariatePolynomial $) (SparseUnivariatePolynomial $) (Kernel $))) (SIGNATURE norm ((SparseUnivariatePolynomial $) (SparseUnivariatePolynomial $) (List (Kernel $)))) (SIGNATURE norm ($ $ (Kernel $))) (SIGNATURE norm ($ $ (List (Kernel $))))))) debug: evaluateType form: (Join (ExpressionSpace) (AlgebraicallyClosedField) (RetractableTo (Integer)) (RetractableTo (Fraction (Integer))) (LinearlyExplicitRingOver (Integer)) (RealConstant) (LinearlyExplicitRingOver (Fraction (Integer))) (CharacteristicZero) (ConvertibleTo (Complex (Float))) (DifferentialRing) (CoercibleFrom (SparseMultivariatePolynomial (Integer) (Kernel $))) (CATEGORY domain (SIGNATURE numer ((SparseMultivariatePolynomial (Integer) (Kernel $)) $)) (SIGNATURE denom ((SparseMultivariatePolynomial (Integer) (Kernel $)) $)) (SIGNATURE reduce ($ $)) (SIGNATURE norm ((SparseUnivariatePolynomial $) (SparseUnivariatePolynomial $) (Kernel $))) (SIGNATURE norm ((SparseUnivariatePolynomial $) (SparseUnivariatePolynomial $) (List (Kernel $)))) (SIGNATURE norm ($ $ (Kernel $))) (SIGNATURE norm ($ $ (List (Kernel $)))))) $param: NIL debug: evaluateType form: (ExpressionSpace) $param: NIL Debug: evaluateType1 form: (ExpressionSpace) debug: evaluateType form: (AlgebraicallyClosedField) $param: NIL Debug: evaluateType1 form: (AlgebraicallyClosedField) debug: evaluateType form: (RetractableTo (Integer)) $param: NIL Debug: evaluateType1 form: (RetractableTo (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (RetractableTo (Fraction (Integer))) $param: NIL Debug: evaluateType1 form: (RetractableTo (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Type) debug: evaluateType form: (LinearlyExplicitRingOver (Integer)) $param: NIL Debug: evaluateType1 form: (LinearlyExplicitRingOver (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evaluateType form: (RealConstant) $param: NIL Debug: evaluateType1 form: (RealConstant) debug: evaluateType form: (LinearlyExplicitRingOver (Fraction (Integer))) $param: NIL Debug: evaluateType1 form: (LinearlyExplicitRingOver (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evaluateType form: (CharacteristicZero) $param: NIL Debug: evaluateType1 form: (CharacteristicZero) debug: evaluateType form: (ConvertibleTo (Complex (Float))) $param: NIL Debug: evaluateType1 form: (ConvertibleTo (Complex (Float))) debug: evaluateType1 x: (Complex (Float)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Complex (Float)) $param: NIL Debug: evaluateType1 form: (Complex (Float)) debug: evaluateType1 x: (Float) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (CommutativeRing) debug: evalCategory d: (Complex (Float)) c: (Type) debug: evaluateType form: (DifferentialRing) $param: NIL Debug: evaluateType1 form: (DifferentialRing) debug: evaluateType form: (CoercibleFrom (SparseMultivariatePolynomial (Integer) (Kernel $))) $param: NIL Debug: evaluateType1 form: (CoercibleFrom (SparseMultivariatePolynomial (Integer) (Kernel $))) debug: evaluateType1 x: (SparseMultivariatePolynomial (Integer) (Kernel $)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseMultivariatePolynomial (Integer) (Kernel $)) $param: NIL Debug: evaluateType1 form: (SparseMultivariatePolynomial (Integer) (Kernel $)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evaluateType1 x: (Kernel $) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: NIL Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (Kernel $) $param: NIL Debug: evaluateType1 form: (Kernel $) debug: evaluateType1 x: $ m: (SetCategory) debug: evalCategory d: (Kernel $) c: (OrderedSet) debug: evalCategory d: (SparseMultivariatePolynomial (Integer) (Kernel $)) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE numer ((SparseMultivariatePolynomial (Integer) (Kernel $)) $)) (SIGNATURE denom ((SparseMultivariatePolynomial (Integer) (Kernel $)) $)) (SIGNATURE reduce ($ $)) (SIGNATURE norm ((SparseUnivariatePolynomial $) (SparseUnivariatePolynomial $) (Kernel $))) (SIGNATURE norm ((SparseUnivariatePolynomial $) (SparseUnivariatePolynomial $) (List (Kernel $)))) (SIGNATURE norm ($ $ (Kernel $))) (SIGNATURE norm ($ $ (List (Kernel $))))) $param: NIL debug: evaluateType form: (SparseMultivariatePolynomial (Integer) (Kernel $)) $param: NIL Debug: evaluateType1 form: (SparseMultivariatePolynomial (Integer) (Kernel $)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evaluateType1 x: (Kernel $) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: NIL Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (Kernel $) $param: NIL Debug: evaluateType1 form: (Kernel $) debug: evaluateType1 x: $ m: (SetCategory) debug: evalCategory d: (Kernel $) c: (OrderedSet) debug: evaluateType form: (SparseMultivariatePolynomial (Integer) (Kernel $)) $param: NIL Debug: evaluateType1 form: (SparseMultivariatePolynomial (Integer) (Kernel $)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evaluateType1 x: (Kernel $) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: NIL Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (Kernel $) $param: NIL Debug: evaluateType1 form: (Kernel $) debug: evaluateType1 x: $ m: (SetCategory) debug: evalCategory d: (Kernel $) c: (OrderedSet) debug: evaluateType form: (SparseUnivariatePolynomial $) $param: NIL Debug: evaluateType1 form: (SparseUnivariatePolynomial $) debug: evaluateType1 x: $ m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial $) $param: NIL Debug: evaluateType1 form: (SparseUnivariatePolynomial $) debug: evaluateType1 x: $ m: (Ring) debug: evaluateType form: (Kernel $) $param: NIL Debug: evaluateType1 form: (Kernel $) debug: evaluateType1 x: $ m: (SetCategory) debug: evaluateType form: (SparseUnivariatePolynomial $) $param: NIL Debug: evaluateType1 form: (SparseUnivariatePolynomial $) debug: evaluateType1 x: $ m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial $) $param: NIL Debug: evaluateType1 form: (SparseUnivariatePolynomial $) debug: evaluateType1 x: $ m: (Ring) debug: evaluateType form: (List (Kernel $)) $param: NIL Debug: evaluateType1 form: (List (Kernel $)) debug: evaluateType1 x: (Kernel $) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Kernel $) $param: NIL Debug: evaluateType1 form: (Kernel $) debug: evaluateType1 x: $ m: (SetCategory) debug: evalCategory d: (Kernel $) c: (Type) debug: evaluateType form: (Kernel $) $param: NIL Debug: evaluateType1 form: (Kernel $) debug: evaluateType1 x: $ m: (SetCategory) debug: evaluateType form: (List (Kernel $)) $param: NIL Debug: evaluateType1 form: (List (Kernel $)) debug: evaluateType1 x: (Kernel $) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Kernel $) $param: NIL Debug: evaluateType1 form: (Kernel $) debug: evaluateType1 x: $ m: (SetCategory) debug: evalCategory d: (Kernel $) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (ExpressionSpace) (AlgebraicallyClosedField) (RetractableTo (Integer)) (RetractableTo (Fraction (Integer))) (LinearlyExplicitRingOver (Integer)) (RealConstant) (LinearlyExplicitRingOver (Fraction (Integer))) (CharacteristicZero) (ConvertibleTo (Complex (Float))) (DifferentialRing) (CoercibleFrom (SparseMultivariatePolynomial (Integer) (Kernel $))) (CATEGORY domain (SIGNATURE numer ((SparseMultivariatePolynomial (Integer) (Kernel $)) $)) (SIGNATURE denom ((SparseMultivariatePolynomial (Integer) (Kernel $)) $)) (SIGNATURE reduce ($ $)) (SIGNATURE norm ((SparseUnivariatePolynomial $) (SparseUnivariatePolynomial $) (Kernel $))) (SIGNATURE norm ((SparseUnivariatePolynomial $) (SparseUnivariatePolynomial $) (List (Kernel $)))) (SIGNATURE norm ($ $ (Kernel $))) (SIGNATURE norm ($ $ (List (Kernel $))))))) ------------------------------------------------------------------------ initializing stationary directory for AlgebraicNumber compiling into /tmp/oa-5uVygo compiling exported zero? : % -> Boolean Time: 0.11 SEC. compiling exported one? : % -> Boolean Time: 0.01 SEC. compiling exported = : (%,%) -> Boolean Time: 0.00 SEC. (time taken in buildFunctor: 4) Time: 0.04 SEC. Warnings: [1] zero?: trueEqual has no value [2] one?: trueEqual has no value [3] =: trueEqual has no value Cumulative Statistics for Constructor AlgebraicNumber Time: 0.16 seconds (|RealConstant|) extends (|ConvertibleTo| (|DoubleFloat|)) but not (|ConvertibleTo| (|Complex| (|Float|))) (|RetractableTo| (|Kernel| $)) extends (|CoercibleFrom| (|Kernel| $)) but not (|CoercibleFrom| (|SparseMultivariatePolynomial| (|Integer|) (|Kernel| $))) (|RetractableTo| (|Integer|)) extends (|CoercibleFrom| (|Integer|)) but not (|CoercibleFrom| (|SparseMultivariatePolynomial| (|Integer|) (|Kernel| $))) (|RetractableTo| (|Fraction| (|Integer|))) extends (|CoercibleFrom| (|Fraction| (|Integer|))) but not (|CoercibleFrom| (|SparseMultivariatePolynomial| (|Integer|) (|Kernel| $))) --------------non extending category---------------------- AlgebraicNumber of category Join(ExpressionSpace, AlgebraicallyClosedField,RetractableTo Integer,RetractableTo Fraction Integer,LinearlyExplicitRingOver Integer,RealConstant, LinearlyExplicitRingOver Fraction Integer,CharacteristicZero, ConvertibleTo Complex Float,DifferentialRing,CoercibleFrom SparseMultivariatePolynomial(Integer,Kernel $)) with numer : % -> SparseMultivariatePolynomial(Integer,Kernel %) denom : % -> SparseMultivariatePolynomial(Integer,Kernel %) reduce : % -> % norm : (SparseUnivariatePolynomial %,Kernel %) -> SparseUnivariatePolynomial % norm : (SparseUnivariatePolynomial %,List Kernel %) -> SparseUnivariatePolynomial % norm : (%,Kernel %) -> % norm : (%,List Kernel %) -> % has no trueEqual : (%,%) -> Boolean ---------------------------------------------------------- finalizing NRLIB AN Processing AlgebraicNumber for Browser database: -- numer : % -> P -- denom : % -> P -- reduce : % -> % -- norm : (SUP %,Kernel %) -> SUP % -- norm : (SUP %,List Kernel %) -> SUP % -- norm : (%,Kernel %) -> % -- norm : (%,List Kernel %) -> % -- constructor ; compiling file "/tmp/oa-5uVygo/code.lsp" (written 01 FEB 2016 11:03:49 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |AN;zero?;$B;1| ...) ; file: /tmp/oa-5uVygo/code.lsp ; in: DEFUN |AN;zero?;$B;1| ; (DEFUN BOOT::|AN;zero?;$B;1| (BOOT::|a| BOOT::$) ; (BOOT::SPADCALL BOOT::|a| (BOOT::|spadConstant| BOOT::$ 6) ; (BOOT::|shellEntry| BOOT::$ 8))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|AN;zero?;$B;1| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|AN;zero?;$B;1| ; (BOOT::SPADCALL BOOT::|a| (BOOT::|spadConstant| BOOT::$ 6) ; (BOOT::|shellEntry| BOOT::$ 8)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |AN;one?;$B;2| ...) ; file: /tmp/oa-5uVygo/code.lsp ; in: DEFUN |AN;one?;$B;2| ; (DEFUN BOOT::|AN;one?;$B;2| (BOOT::|a| BOOT::$) ; (BOOT::SPADCALL BOOT::|a| (BOOT::|spadConstant| BOOT::$ 10) ; (BOOT::|shellEntry| BOOT::$ 8))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|AN;one?;$B;2| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|AN;one?;$B;2| ; (BOOT::SPADCALL BOOT::|a| (BOOT::|spadConstant| BOOT::$ 10) ; (BOOT::|shellEntry| BOOT::$ 8)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |AN;=;2$B;3| ...) ; file: /tmp/oa-5uVygo/code.lsp ; in: DEFUN |AN;=;2$B;3| ; (DEFUN BOOT::|AN;=;2$B;3| (BOOT::|a| BOOT::|b| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|a| BOOT::|b| (BOOT::|shellEntry| BOOT::$ 12)) ; (BOOT::|spadConstant| BOOT::$ 6) (BOOT::|shellEntry| BOOT::$ 8))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|AN;=;2$B;3| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|AN;=;2$B;3| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|a| BOOT::|b| (BOOT::|shellEntry| BOOT::$ 12)) ; (BOOT::|spadConstant| BOOT::$ 6) (BOOT::|shellEntry| BOOT::$ 8)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |AlgebraicNumber| ...) ; compiling (DEFUN |AlgebraicNumber;| ...) ; compiling (MAKEPROP (QUOTE |AlgebraicNumber|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 3 notes ; /tmp/oa-5uVygo/code.fasl written ; compilation finished in 0:00:00.024 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/FS2.fasl --bootstrap FS2.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FS2.spad using Spad compiler. FS2 abbreviates package FunctionSpaceFunctions2 ------------------------------------------------------------------------ initializing stationary directory for FunctionSpaceFunctions2 compiling into /tmp/oa-pwsFSy Time: 0.07 SEC. Cumulative Statistics for Constructor FunctionSpaceFunctions2 Time: 0.07 seconds finalizing NRLIB FS2 ; compiling file "/tmp/oa-pwsFSy/code.lsp" (written 01 FEB 2016 11:03:49 PM): ; compiling (DEFUN |FunctionSpaceFunctions2| ...) ; compiling (DEFUN |FunctionSpaceFunctions2;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-pwsFSy/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/ES2.fasl --bootstrap ES2.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ES2.spad using Spad compiler. ES2 abbreviates package ExpressionSpaceFunctions2 ------------------------------------------------------------------------ initializing stationary directory for ExpressionSpaceFunctions2 compiling into /tmp/oa-xGmrPO Time: 0.01 SEC. Cumulative Statistics for Constructor ExpressionSpaceFunctions2 Time: 0.01 seconds finalizing NRLIB ES2 ; compiling file "/tmp/oa-xGmrPO/code.lsp" (written 01 FEB 2016 11:03:49 PM): ; compiling (DEFUN |ExpressionSpaceFunctions2| ...) ; compiling (DEFUN |ExpressionSpaceFunctions2;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-xGmrPO/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/EXPR2.fasl --optimize=3 EXPR2.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/EXPR2.spad using Spad compiler. EXPR2 abbreviates package ExpressionFunctions2 debug: compDefine1 lhs: (ExpressionFunctions2 R S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((Expression S) (Mapping S R) (Expression R)))) (SetCategory) (SetCategory)) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((Expression S) (Mapping S R) (Expression R)))) $param: (R S) debug: evaluateType form: (Expression S) $param: (R S) Debug: evaluateType1 form: (Expression S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (Mapping S R) $param: (R S) debug: evaluateType form: S $param: (R S) debug: evaluateType form: R $param: (R S) debug: evaluateType form: (Expression R) $param: (R S) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R S) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((Expression S) (Mapping S R) (Expression R)))) (SetCategory) (SetCategory)) debug: compDefine1 lhs: (ExpressionFunctions2 R S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((Expression S) (Mapping S R) (Expression R)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((Expression S) (Mapping S R) (Expression R)))) $param: (R S) debug: evaluateType form: (Expression S) $param: (R S) Debug: evaluateType1 form: (Expression S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (Mapping S R) $param: (R S) debug: evaluateType form: S $param: (R S) debug: evaluateType form: R $param: (R S) debug: evaluateType form: (Expression R) $param: (R S) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((Expression S) (Mapping S R) (Expression R)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ExpressionFunctions2 compiling into /tmp/oa-rjEAhV compiling exported map : (R -> S,Expression R) -> Expression S Time: 0.04 SEC. compiling exported map : (R -> S,Expression R) -> Expression S Time: 0.06 SEC. compiling exported map : (R -> S,Expression R) -> Expression S Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Warnings: [1] map: not known that SetCategory is of mode CATEGORY(package,map: ((R -> S),Expression R) -> Expression S) Cumulative Statistics for Constructor ExpressionFunctions2 Time: 0.12 seconds finalizing NRLIB EXPR2 Processing ExpressionFunctions2 for Browser database: -- map : ((R -> S),Expression R) -> Expression S -- constructor ; compiling file "/tmp/oa-rjEAhV/code.lsp" (written 01 FEB 2016 11:03:49 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |EXPR2;map;MEE;1| ...) ; compiling (DEFUN |EXPR2;map;MEE;2| ...) ; compiling (DEFUN |EXPR2;map;MEE;2!0| ...) ; compiling (DEFUN |EXPR2;map;MEE;3| ...) ; compiling (DEFUN |EXPR2;map;MEE;3!0| ...) ; compiling (DEFUN |ExpressionFunctions2| ...) ; compiling (DEFUN |ExpressionFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |ExpressionFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-rjEAhV/code.fasl written ; compilation finished in 0:00:00.026 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/ES2.fasl --optimize=3 ES2.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ES2.spad using Spad compiler. ES2 abbreviates package ExpressionSpaceFunctions2 debug: compDefine1 lhs: (ExpressionSpaceFunctions2 E F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map (F (Mapping F E) (Kernel E)))) (ExpressionSpace) (ExpressionSpace)) debug: evaluateType form: (CATEGORY package (SIGNATURE map (F (Mapping F E) (Kernel E)))) $param: (E F) debug: evaluateType form: F $param: (E F) debug: evaluateType form: (Mapping F E) $param: (E F) debug: evaluateType form: F $param: (E F) debug: evaluateType form: E $param: (E F) debug: evaluateType form: (Kernel E) $param: (E F) Debug: evaluateType1 form: (Kernel E) debug: evaluateType1 x: E m: (SetCategory) debug: evaluateType form: (ExpressionSpace) $param: (E F) Debug: evaluateType1 form: (ExpressionSpace) debug: evaluateType form: (ExpressionSpace) $param: (E F) Debug: evaluateType1 form: (ExpressionSpace) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map (F (Mapping F E) (Kernel E)))) (ExpressionSpace) (ExpressionSpace)) debug: compDefine1 lhs: (ExpressionSpaceFunctions2 E F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map (F (Mapping F E) (Kernel E)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map (F (Mapping F E) (Kernel E)))) $param: (E F) debug: evaluateType form: F $param: (E F) debug: evaluateType form: (Mapping F E) $param: (E F) debug: evaluateType form: F $param: (E F) debug: evaluateType form: E $param: (E F) debug: evaluateType form: (Kernel E) $param: (E F) Debug: evaluateType1 form: (Kernel E) debug: evaluateType1 x: E m: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map (F (Mapping F E) (Kernel E)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ExpressionSpaceFunctions2 compiling into /tmp/oa-daYqpb compiling exported map : (E -> F,Kernel E) -> F Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Warnings: [1] map: IN has no value [2] map: x has no value Cumulative Statistics for Constructor ExpressionSpaceFunctions2 Time: 0.03 seconds finalizing NRLIB ES2 Processing ExpressionSpaceFunctions2 for Browser database: -- map : ((E -> F),Kernel E) -> F -- constructor ; compiling file "/tmp/oa-daYqpb/code.lsp" (written 01 FEB 2016 11:03:49 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ES2;map;MKF;1| ...) ; compiling (DEFUN |ExpressionSpaceFunctions2| ...) ; compiling (DEFUN |ExpressionSpaceFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |ExpressionSpaceFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-daYqpb/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/MKFUNC.fasl --bootstrap MKFUNC.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MKFUNC.spad using Spad compiler. MKFUNC abbreviates package MakeFunction ------------------------------------------------------------------------ initializing stationary directory for MakeFunction compiling into /tmp/oa-88Xmdn Time: 0.00 SEC. Cumulative Statistics for Constructor MakeFunction Time: 0.00 seconds finalizing NRLIB MKFUNC ; compiling file "/tmp/oa-88Xmdn/code.lsp" (written 01 FEB 2016 11:03:49 PM): ; compiling (DEFUN |MakeFunction| ...) ; compiling (DEFUN |MakeFunction;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-88Xmdn/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/MKUCFUNC.fasl --optimize=3 MKUCFUNC.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MKUCFUNC.spad using Spad compiler. MKUCFUNC abbreviates package MakeUnaryCompiledFunction debug: compDefine1 lhs: (MakeUnaryCompiledFunction S D I) signature (pre-evaluate): ((CATEGORY package (SIGNATURE unaryFunction ((Mapping I D) (Symbol))) (SIGNATURE compiledFunction ((Mapping I D) S (Symbol)))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE unaryFunction ((Mapping I D) (Symbol))) (SIGNATURE compiledFunction ((Mapping I D) S (Symbol)))) $param: (S D I) debug: evaluateType form: (Mapping I D) $param: (S D I) debug: evaluateType form: I $param: (S D I) debug: evaluateType form: D $param: (S D I) debug: evaluateType form: (Symbol) $param: (S D I) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Mapping I D) $param: (S D I) debug: evaluateType form: I $param: (S D I) debug: evaluateType form: D $param: (S D I) debug: evaluateType form: S $param: (S D I) debug: evaluateType form: (Symbol) $param: (S D I) Debug: evaluateType1 form: (Symbol) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE unaryFunction ((Mapping I D) (Symbol))) (SIGNATURE compiledFunction ((Mapping I D) S (Symbol)))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for MakeUnaryCompiledFunction compiling into /tmp/oa-DvBUyq importing MakeFunction S compiling local func : (Symbol,D) -> I MKUCFUNC;func(name,x) is replaced by %funcall(name,x,%nil) Time: 0 SEC. compiling exported unaryFunction : Symbol -> D -> I Time: 0 SEC. compiling exported compiledFunction : (S,Symbol) -> D -> I Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor MakeUnaryCompiledFunction Time: 0.02 seconds finalizing NRLIB MKUCFUNC Processing MakeUnaryCompiledFunction for Browser database: -- unaryFunction : SY -> (D -> I) -- compiledFunction : (S,SY) -> (D -> I) -- constructor ; compiling file "/tmp/oa-DvBUyq/code.lsp" (written 01 FEB 2016 11:03:49 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MKUCFUNC;func|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MKUCFUNC;func| ...) ; compiling (DEFUN |MKUCFUNC;unaryFunction;SM;2| ...) ; compiling (DEFUN |MKUCFUNC;unaryFunction;SM;2!0| ...) ; compiling (DEFUN |MKUCFUNC;compiledFunction;SSM;3| ...) ; compiling (DEFUN |MakeUnaryCompiledFunction| ...) ; compiling (DEFUN |MakeUnaryCompiledFunction;| ...) ; compiling (MAKEPROP (QUOTE |MakeUnaryCompiledFunction|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-DvBUyq/code.fasl written ; compilation finished in 0:00:00.018 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/PMKERNEL.fasl --optimize=3 PMKERNEL.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PMKERNEL.spad using Spad compiler. PMKERNEL abbreviates package PatternMatchKernel debug: compDefine1 lhs: (PatternMatchKernel S E) signature (pre-evaluate): ((CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult S E) (Kernel E) (Pattern S) (PatternMatchResult S E)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult S E) (Kernel E) (Pattern S) (PatternMatchResult S E)))) $param: (S E) debug: evaluateType form: (PatternMatchResult S E) $param: (S E) Debug: evaluateType1 form: (PatternMatchResult S E) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: E m: (SetCategory) debug: evaluateType form: (Kernel E) $param: (S E) Debug: evaluateType1 form: (Kernel E) debug: evaluateType1 x: E m: (SetCategory) debug: evaluateType form: (Pattern S) $param: (S E) Debug: evaluateType1 form: (Pattern S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (PatternMatchResult S E) $param: (S E) Debug: evaluateType1 form: (PatternMatchResult S E) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: E m: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult S E) (Kernel E) (Pattern S) (PatternMatchResult S E)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PatternMatchKernel compiling into /tmp/oa-Y3nxHv compiling local patternMatchArg : (List E,List Pattern S,PatternMatchResult(S,E)) -> PatternMatchResult(S,E) Time: 0.08 SEC. compiling local patternMatchInner : (Kernel E,Pattern S,PatternMatchResult(S,E)) -> Union(PatternMatchResult(S,E),failed) Time: 0.06 SEC. compiling local patternMatchOpt : (E,List Pattern S,PatternMatchResult(S,E),E) -> PatternMatchResult(S,E) Time: 0.01 SEC. compiling local patternMatchMonoid : (Kernel E,Pattern S,PatternMatchResult(S,E)) -> Union(PatternMatchResult(S,E),failed) Debug compQuote expr: (QUOTE %power) m: $EmptyMode Debug compQuote expr: (QUOTE %power) m: (Symbol) Debug compQuote expr: (QUOTE nthRoot) m: $EmptyMode Debug compQuote expr: (QUOTE nthRoot) m: (Symbol) Time: 0.04 SEC. compiling exported patternMatch : (Kernel E,Pattern S,PatternMatchResult(S,E)) -> PatternMatchResult(S,E) Time: 0.02 SEC. compiling exported patternMatch : (Kernel E,Pattern S,PatternMatchResult(S,E)) -> PatternMatchResult(S,E) Time: 0.01 SEC. compiling exported patternMatch : (Kernel E,Pattern S,PatternMatchResult(S,E)) -> PatternMatchResult(S,E) Time: 0.00 SEC. (time taken in buildFunctor: 4) Time: 0.01 SEC. Warnings: [1] patternMatchArg: not known that SetCategory is of mode CATEGORY(package,patternMatch: (Kernel E,Pattern S,PatternMatchResult(S,E)) -> PatternMatchResult(S,E)) [2] patternMatchInner: not known that SetCategory is of mode CATEGORY(package,patternMatch: (Kernel E,Pattern S,PatternMatchResult(S,E)) -> PatternMatchResult(S,E)) Cumulative Statistics for Constructor PatternMatchKernel Time: 0.23 seconds finalizing NRLIB PMKERNEL Processing PatternMatchKernel for Browser database: -- patternMatch : (Kernel E,PAT,PRS) -> PRS -- constructor ; compiling file "/tmp/oa-Y3nxHv/code.lsp" (written 01 FEB 2016 11:03:50 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PMKERNEL;patternMatchArg| ...) ; compiling (DEFUN |PMKERNEL;patternMatchInner| ...) ; compiling (DEFUN |PMKERNEL;patternMatchOpt| ...) ; compiling (DEFUN |PMKERNEL;patternMatchMonoid| ...) ; compiling (DEFUN |PMKERNEL;patternMatch;KP2Pmr;5| ...) ; compiling (DEFUN |PMKERNEL;patternMatch;KP2Pmr;6| ...) ; compiling (DEFUN |PMKERNEL;patternMatch;KP2Pmr;7| ...) ; compiling (DEFUN |PatternMatchKernel| ...) ; compiling (DEFUN |PatternMatchKernel;| ...) ; compiling (MAKEPROP (QUOTE |PatternMatchKernel|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-Y3nxHv/code.fasl written ; compilation finished in 0:00:00.056 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/PMFS.fasl --optimize=3 PMFS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PMFS.spad using Spad compiler. PMFS abbreviates package PatternMatchFunctionSpace debug: compDefine1 lhs: (PatternMatchFunctionSpace S R F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult S F) F (Pattern S) (PatternMatchResult S F)))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult S F) F (Pattern S) (PatternMatchResult S F)))) $param: (S R F) debug: evaluateType form: (PatternMatchResult S F) $param: (S R F) Debug: evaluateType1 form: (PatternMatchResult S F) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: F $param: (S R F) debug: evaluateType form: (Pattern S) $param: (S R F) Debug: evaluateType1 form: (Pattern S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (PatternMatchResult S F) $param: (S R F) Debug: evaluateType1 form: (PatternMatchResult S F) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: F m: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult S F) F (Pattern S) (PatternMatchResult S F)))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PatternMatchFunctionSpace compiling into /tmp/oa-FsWfbV importing PatternMatchKernel(S,F) importing PatternMatchTools(S,R,F) importing PatternMatchPushDown(S,R,F) compiling exported patternMatch : (F,Pattern S,PatternMatchResult(S,F)) -> PatternMatchResult(S,F) Time: 0.30 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] patternMatch: not known that SetCategory is of mode CATEGORY(package,patternMatch: (F,Pattern S,PatternMatchResult(S,F)) -> PatternMatchResult(S,F)) [2] patternMatch: var has no value Cumulative Statistics for Constructor PatternMatchFunctionSpace Time: 0.31 seconds finalizing NRLIB PMFS Processing PatternMatchFunctionSpace for Browser database: -- patternMatch : (F,PAT,PRS) -> PRS -- constructor ; compiling file "/tmp/oa-FsWfbV/code.lsp" (written 01 FEB 2016 11:03:50 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PMFS;patternMatch;FP2Pmr;1| ...) ; compiling (DEFUN |PMFS;patternMatch;FP2Pmr;1!0| ...) ; compiling (DEFUN |PatternMatchFunctionSpace| ...) ; compiling (DEFUN |PatternMatchFunctionSpace;| ...) ; compiling (MAKEPROP (QUOTE |PatternMatchFunctionSpace|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-FsWfbV/code.fasl written ; compilation finished in 0:00:00.061 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/LIST2MAP.fasl --optimize=3 LIST2MAP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LIST2MAP.spad using Spad compiler. LIST2MAP abbreviates package ListToMap debug: compDefine1 lhs: (ListToMap A B) signature (pre-evaluate): ((CATEGORY package (SIGNATURE match ((Mapping B A) (List A) (List B))) (SIGNATURE match (B (List A) (List B) A)) (SIGNATURE match ((Mapping B A) (List A) (List B) B)) (SIGNATURE match (B (List A) (List B) A B)) (SIGNATURE match ((Mapping B A) (List A) (List B) (Mapping B A))) (SIGNATURE match (B (List A) (List B) A (Mapping B A)))) (SetCategory) (Type)) debug: evaluateType form: (CATEGORY package (SIGNATURE match ((Mapping B A) (List A) (List B))) (SIGNATURE match (B (List A) (List B) A)) (SIGNATURE match ((Mapping B A) (List A) (List B) B)) (SIGNATURE match (B (List A) (List B) A B)) (SIGNATURE match ((Mapping B A) (List A) (List B) (Mapping B A))) (SIGNATURE match (B (List A) (List B) A (Mapping B A)))) $param: (A B) debug: evaluateType form: (Mapping B A) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: (List A) $param: (A B) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (List B) $param: (A B) Debug: evaluateType1 form: (List B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (List A) $param: (A B) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (List B) $param: (A B) Debug: evaluateType1 form: (List B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: A $param: (A B) debug: evaluateType form: (Mapping B A) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: (List A) $param: (A B) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (List B) $param: (A B) Debug: evaluateType1 form: (List B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: B $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (List A) $param: (A B) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (List B) $param: (A B) Debug: evaluateType1 form: (List B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: A $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (Mapping B A) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: (List A) $param: (A B) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (List B) $param: (A B) Debug: evaluateType1 form: (List B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: (Mapping B A) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (List A) $param: (A B) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (List B) $param: (A B) Debug: evaluateType1 form: (List B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: A $param: (A B) debug: evaluateType form: (Mapping B A) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: (SetCategory) $param: (A B) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Type) $param: (A B) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE match ((Mapping B A) (List A) (List B))) (SIGNATURE match (B (List A) (List B) A)) (SIGNATURE match ((Mapping B A) (List A) (List B) B)) (SIGNATURE match (B (List A) (List B) A B)) (SIGNATURE match ((Mapping B A) (List A) (List B) (Mapping B A))) (SIGNATURE match (B (List A) (List B) A (Mapping B A)))) (SetCategory) (Type)) debug: compDefine1 lhs: (ListToMap A B) signature (pre-evaluate): ((CATEGORY package (SIGNATURE match ((Mapping B A) (List A) (List B))) (SIGNATURE match (B (List A) (List B) A)) (SIGNATURE match ((Mapping B A) (List A) (List B) B)) (SIGNATURE match (B (List A) (List B) A B)) (SIGNATURE match ((Mapping B A) (List A) (List B) (Mapping B A))) (SIGNATURE match (B (List A) (List B) A (Mapping B A)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE match ((Mapping B A) (List A) (List B))) (SIGNATURE match (B (List A) (List B) A)) (SIGNATURE match ((Mapping B A) (List A) (List B) B)) (SIGNATURE match (B (List A) (List B) A B)) (SIGNATURE match ((Mapping B A) (List A) (List B) (Mapping B A))) (SIGNATURE match (B (List A) (List B) A (Mapping B A)))) $param: (A B) debug: evaluateType form: (Mapping B A) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: (List A) $param: (A B) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (List B) $param: (A B) Debug: evaluateType1 form: (List B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (List A) $param: (A B) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (List B) $param: (A B) Debug: evaluateType1 form: (List B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: A $param: (A B) debug: evaluateType form: (Mapping B A) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: (List A) $param: (A B) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (List B) $param: (A B) Debug: evaluateType1 form: (List B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: B $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (List A) $param: (A B) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (List B) $param: (A B) Debug: evaluateType1 form: (List B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: A $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (Mapping B A) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: (List A) $param: (A B) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (List B) $param: (A B) Debug: evaluateType1 form: (List B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: (Mapping B A) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (List A) $param: (A B) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (List B) $param: (A B) Debug: evaluateType1 form: (List B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: A $param: (A B) debug: evaluateType form: (Mapping B A) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE match ((Mapping B A) (List A) (List B))) (SIGNATURE match (B (List A) (List B) A)) (SIGNATURE match ((Mapping B A) (List A) (List B) B)) (SIGNATURE match (B (List A) (List B) A B)) (SIGNATURE match ((Mapping B A) (List A) (List B) (Mapping B A))) (SIGNATURE match (B (List A) (List B) A (Mapping B A)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ListToMap compiling into /tmp/oa-uHr8Bt compiling exported match : (List A,List B) -> A -> B Time: 0.02 SEC. compiling exported match : (List A,List B,A) -> B Time: 0.02 SEC. compiling exported match : (List A,List B,B) -> A -> B Time: 0.01 SEC. compiling exported match : (List A,List B,A -> B) -> A -> B Time: 0.01 SEC. compiling exported match : (List A,List B,A,B) -> B Time: 0.04 SEC. compiling exported match : (List A,List B,A,A -> B) -> B Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor ListToMap Time: 0.11 seconds finalizing NRLIB LIST2MAP Processing ListToMap for Browser database: -- match : (LA,LB) -> AB -- match : (LA,LB,A) -> B -- match : (LA,LB,B) -> AB -- match : (LA,LB,A,B) -> B -- match : (LA,LB,AB) -> AB -- match : (LA,LB,A,AB) -> B -- constructor ; compiling file "/tmp/oa-uHr8Bt/code.lsp" (written 01 FEB 2016 11:03:50 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LIST2MAP;match;LLM;1| ...) ; compiling (DEFUN |LIST2MAP;match;LLM;1!0| ...) ; compiling (DEFUN |LIST2MAP;match;LLAB;2| ...) ; compiling (DEFUN |LIST2MAP;match;LLBM;3| ...) ; compiling (DEFUN |LIST2MAP;match;LLBM;3!0| ...) ; compiling (DEFUN |LIST2MAP;match;LL2M;4| ...) ; compiling (DEFUN |LIST2MAP;match;LL2M;4!0| ...) ; compiling (DEFUN |LIST2MAP;match;LLA2B;5| ...) ; compiling (DEFUN |LIST2MAP;match;LLAMB;6| ...) ; compiling (DEFUN |ListToMap| ...) ; compiling (DEFUN |ListToMap;| ...) ; compiling (MAKEPROP (QUOTE |ListToMap|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-uHr8Bt/code.fasl written ; compilation finished in 0:00:00.029 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/FAMONC.fasl --optimize=3 FAMONC.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FAMONC.spad using Spad compiler. FAMONC abbreviates category FreeAbelianMonoidCategory debug: compDefine1 lhs: (FreeAbelianMonoidCategory S E) signature (pre-evaluate): ((Category) (SetCategory) (CancellationAbelianMonoid)) debug: evaluateType form: (Category) $param: (S E) debug: evaluateType form: (SetCategory) $param: (S E) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CancellationAbelianMonoid) $param: (S E) Debug: evaluateType1 form: (CancellationAbelianMonoid) debug: compDefine1 signature (post evaluate): ((Category) (SetCategory) (CancellationAbelianMonoid)) debug: compDefine1 lhs: (FreeAbelianMonoidCategory S E) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (S E) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FreeAbelianMonoidCategory compiling into /tmp/oa-JTc1aD STYLE-WARNING: redefining BOOT::|FreeAbelianMonoidCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB FAMONC Processing FreeAbelianMonoidCategory for Browser database: -- ?+? : (S,%) -> % -- ?*? : (E,S) -> % -- size : % -> NonNegativeInteger -- terms : % -> List Record(gen: S,exp: E) -- nthCoef : (%,Integer) -> E -- nthFactor : (%,Integer) -> S -- coefficient : (S,%) -> E -- mapCoef : ((E -> E),%) -> % -- mapGen : ((S -> S),%) -> % -- highCommonTerms : (%,%) -> % -- constructor ; compiling file "/tmp/oa-JTc1aD/code.lsp" (written 01 FEB 2016 11:03:51 PM): ; compiling (DEFPARAMETER |FreeAbelianMonoidCategory;AL| ...) ; compiling (DEFUN |FreeAbelianMonoidCategory;| ...) ; compiling (DEFUN |FreeAbelianMonoidCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-JTc1aD/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/FAMONC.fasl --bootstrap FAMONC.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FAMONC.spad using Spad compiler. FAMONC abbreviates category FreeAbelianMonoidCategory ------------------------------------------------------------------------ initializing stationary directory for FreeAbelianMonoidCategory compiling into /tmp/oa-nA3shJ STYLE-WARNING: redefining BOOT::|FreeAbelianMonoidCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB FAMONC ; compiling file "/tmp/oa-nA3shJ/code.lsp" (written 01 FEB 2016 11:03:51 PM): ; compiling (DEFPARAMETER |FreeAbelianMonoidCategory;AL| ...) ; compiling (DEFUN |FreeAbelianMonoidCategory;| ...) ; compiling (DEFUN |FreeAbelianMonoidCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-nA3shJ/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/IFAMON.fasl --bootstrap IFAMON.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IFAMON.spad using Spad compiler. IFAMON abbreviates domain InnerFreeAbelianMonoid ------------------------------------------------------------------------ initializing stationary directory for InnerFreeAbelianMonoid compiling into /tmp/oa-cwV5tT Time: 0.01 SEC. Cumulative Statistics for Constructor InnerFreeAbelianMonoid Time: 0.01 seconds finalizing NRLIB IFAMON ; compiling file "/tmp/oa-cwV5tT/code.lsp" (written 01 FEB 2016 11:03:51 PM): ; compiling (DEFUN |InnerFreeAbelianMonoid| ...) ; compiling (DEFUN |InnerFreeAbelianMonoid;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-cwV5tT/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/FAGROUP.fasl --optimize=3 FAGROUP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FAGROUP.spad using Spad compiler. FAGROUP abbreviates domain FreeAbelianGroup debug: compDefine1 lhs: (FreeAbelianGroup S) signature (pre-evaluate): ((Join (AbelianGroup) (Module (Integer)) (FreeAbelianMonoidCategory S (Integer)) (CATEGORY package (IF (has S (OrderedSet)) (ATTRIBUTE (OrderedSet)) %noBranch))) (SetCategory)) debug: evaluateType form: (Join (AbelianGroup) (Module (Integer)) (FreeAbelianMonoidCategory S (Integer)) (CATEGORY package (IF (has S (OrderedSet)) (ATTRIBUTE (OrderedSet)) %noBranch))) $param: (S) debug: evaluateType form: (AbelianGroup) $param: (S) Debug: evaluateType1 form: (AbelianGroup) debug: evaluateType form: (Module (Integer)) $param: (S) Debug: evaluateType1 form: (Module (Integer)) debug: evaluateType1 x: (Integer) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: (S) Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (CommutativeRing) debug: evaluateType form: (FreeAbelianMonoidCategory S (Integer)) $param: (S) Debug: evaluateType1 form: (FreeAbelianMonoidCategory S (Integer)) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: (Integer) m: (CancellationAbelianMonoid) debug: evaluateType1 categoryForm: (CancellationAbelianMonoid) debug: evaluateType form: (CancellationAbelianMonoid) $param: (S) Debug: evaluateType1 form: (CancellationAbelianMonoid) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (CancellationAbelianMonoid) debug: evaluateType form: (CATEGORY package (IF (has S (OrderedSet)) (ATTRIBUTE (OrderedSet)) %noBranch)) $param: (S) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Join (AbelianGroup) (Module (Integer)) (FreeAbelianMonoidCategory S (Integer)) (CATEGORY package (IF (has S (OrderedSet)) (ATTRIBUTE (OrderedSet)) %noBranch))) (SetCategory)) debug: compDefine1 lhs: (FreeAbelianGroup S) signature (pre-evaluate): ((Join (AbelianGroup) (Module (Integer)) (FreeAbelianMonoidCategory S (Integer)) (CATEGORY package (IF (has S (OrderedSet)) (ATTRIBUTE (OrderedSet)) %noBranch))) NIL) debug: evaluateType form: (Join (AbelianGroup) (Module (Integer)) (FreeAbelianMonoidCategory S (Integer)) (CATEGORY package (IF (has S (OrderedSet)) (ATTRIBUTE (OrderedSet)) %noBranch))) $param: (S) debug: evaluateType form: (AbelianGroup) $param: (S) Debug: evaluateType1 form: (AbelianGroup) debug: evaluateType form: (Module (Integer)) $param: (S) Debug: evaluateType1 form: (Module (Integer)) debug: evaluateType1 x: (Integer) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: (S) Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (CommutativeRing) debug: evaluateType form: (FreeAbelianMonoidCategory S (Integer)) $param: (S) Debug: evaluateType1 form: (FreeAbelianMonoidCategory S (Integer)) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: (Integer) m: (CancellationAbelianMonoid) debug: evaluateType1 categoryForm: (CancellationAbelianMonoid) debug: evaluateType form: (CancellationAbelianMonoid) $param: (S) Debug: evaluateType1 form: (CancellationAbelianMonoid) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (CancellationAbelianMonoid) debug: evaluateType form: (CATEGORY package (IF (has S (OrderedSet)) (ATTRIBUTE (OrderedSet)) %noBranch)) $param: (S) debug: compDefine1 signature (post evaluate): ((Join (AbelianGroup) (Module (Integer)) (FreeAbelianMonoidCategory S (Integer)) (CATEGORY package (IF (has S (OrderedSet)) (ATTRIBUTE (OrderedSet)) %noBranch))) NIL) ------------------------------------------------------------------------ initializing stationary directory for FreeAbelianGroup compiling into /tmp/oa-0TjiMX compiling exported - : % -> % Time: 0.04 SEC. compiling local inmax : List Record(gen: S,exp: Integer) -> Record(gen: S,exp: Integer) Time: 0.02 SEC. compiling exported < : (%,%) -> Boolean Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] <: exp has no value [2] <: gen has no value Cumulative Statistics for Constructor FreeAbelianGroup Time: 0.09 seconds finalizing NRLIB FAGROUP Processing FreeAbelianGroup for Browser database: -- constructor ; compiling file "/tmp/oa-0TjiMX/code.lsp" (written 01 FEB 2016 11:03:51 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FAGROUP;-;2$;1| ...) ; file: /tmp/oa-0TjiMX/code.lsp ; in: DEFUN |FAGROUP;-;2$;1| ; #'(LAMBDA (BOOT::|#1| BOOT::$) (- BOOT::|#1|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |FAGROUP;inmax| ...) ; compiling (DEFUN |FAGROUP;<;2$B;3| ...) ; file: /tmp/oa-0TjiMX/code.lsp ; in: DEFUN |FAGROUP;<;2$B;3| ; (DEFUN BOOT::|FAGROUP;<;2$B;3| (BOOT::|a| BOOT::|b| BOOT::$) ; (PROG (BOOT::|lc| BOOT::|tb|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FAGROUP;<;2$B;3| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|FAGROUP;<;2$B;3| ; (PROG (BOOT::|lc| BOOT::|tb|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FreeAbelianGroup| ...) ; compiling (DEFUN |FreeAbelianGroup;| ...) ; compiling (MAKEPROP (QUOTE |FreeAbelianGroup|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 1 note ; /tmp/oa-0TjiMX/code.fasl written ; compilation finished in 0:00:00.031 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/NTPOLFN.fasl --bootstrap NTPOLFN.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NTPOLFN.spad using Spad compiler. NTPOLFN abbreviates package NumberTheoreticPolynomialFunctions ------------------------------------------------------------------------ initializing stationary directory for NumberTheoreticPolynomialFunctions compiling into /tmp/oa-GZ7kmf Time: 0.01 SEC. Cumulative Statistics for Constructor NumberTheoreticPolynomialFunctions Time: 0.01 seconds finalizing NRLIB NTPOLFN ; compiling file "/tmp/oa-GZ7kmf/code.lsp" (written 01 FEB 2016 11:03:51 PM): ; compiling (DEFUN |NumberTheoreticPolynomialFunctions| ...) ; compiling (DEFUN |NumberTheoreticPolynomialFunctions;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-GZ7kmf/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/PDECOMP.fasl --bootstrap PDECOMP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PDECOMP.spad using Spad compiler. PDECOMP abbreviates package PolynomialDecomposition ------------------------------------------------------------------------ initializing stationary directory for PolynomialDecomposition compiling into /tmp/oa-KeKful Time: 0.05 SEC. Cumulative Statistics for Constructor PolynomialDecomposition Time: 0.05 seconds finalizing NRLIB PDECOMP ; compiling file "/tmp/oa-KeKful/code.lsp" (written 01 FEB 2016 11:03:51 PM): ; compiling (DEFUN |PolynomialDecomposition| ...) ; compiling (DEFUN |PolynomialDecomposition;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-KeKful/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/ACF.fasl --optimize=3 ACF.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ACF.spad using Spad compiler. ACF abbreviates category AlgebraicallyClosedField debug: compDefine1 lhs: (AlgebraicallyClosedField) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for AlgebraicallyClosedField compiling into /tmp/oa-yKOqGy STYLE-WARNING: redefining BOOT::|AlgebraicallyClosedField| in DEFUN Time: 0.01 SEC. ACF- abbreviates package AlgebraicallyClosedField& ------------------------------------------------------------------------ initializing stationary directory for AlgebraicallyClosedField& compiling into /tmp/oa-LuBHFU compiling exported zeroOf : SparseUnivariatePolynomial S -> S Time: 0.08 SEC. compiling exported rootOf : SparseUnivariatePolynomial S -> S Time: 0.00 SEC. compiling exported zerosOf : SparseUnivariatePolynomial S -> List S Time: 0.01 SEC. compiling exported rootsOf : SparseUnivariatePolynomial S -> List S Time: 0.02 SEC. compiling exported rootsOf : (SparseUnivariatePolynomial S,Symbol) -> List S Time: 0.02 SEC. compiling exported zerosOf : (SparseUnivariatePolynomial S,Symbol) -> List S Time: 0.02 SEC. compiling local assign : (Symbol,S) -> S Time: 0 SEC. compiling exported zeroOf : Polynomial S -> S Time: 0.04 SEC. compiling exported rootOf : Polynomial S -> S Time: 0.03 SEC. compiling exported zerosOf : Polynomial S -> List S Time: 0.04 SEC. compiling exported rootsOf : Polynomial S -> List S Time: 0.04 SEC. compiling exported zeroOf : (SparseUnivariatePolynomial S,Symbol) -> S Time: 0.04 SEC. compiling local binomialRoots : (SparseUnivariatePolynomial S,Symbol,(SparseUnivariatePolynomial S,Symbol) -> S) -> List S Time: 0.10 SEC. importing PolynomialDecomposition(SparseUnivariatePolynomial S,S) compiling local allroots : (SparseUnivariatePolynomial S,Symbol,(SparseUnivariatePolynomial S,Symbol) -> S) -> List S Time: 0.16 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] zeroOf: not known that Ring is of mode CATEGORY(package,zerosOf: (SparseUnivariatePolynomial S,Symbol) -> List S,zerosOf: SparseUnivariatePolynomial S -> List S,zerosOf: Polynomial S -> List S,zeroOf: (SparseUnivariatePolynomial S,Symbol) -> S,zeroOf: SparseUnivariatePolynomial S -> S,zeroOf: Polynomial S -> S,rootsOf: (SparseUnivariatePolynomial S,Symbol) -> List S,rootsOf: SparseUnivariatePolynomial S -> List S,rootsOf: Polynomial S -> List S,rootOf: (SparseUnivariatePolynomial S,Symbol) -> S,rootOf: SparseUnivariatePolynomial S -> S,rootOf: Polynomial S -> S) [2] zeroOf: empty? has no value [3] rootOf: empty? has no value Cumulative Statistics for Constructor AlgebraicallyClosedField& Time: 0.60 seconds finalizing NRLIB ACF- ; compiling file "/tmp/oa-LuBHFU/code.lsp" (written 01 FEB 2016 11:03:52 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ACF-;zeroOf;Sup$;1| ...) ; compiling (DEFUN |ACF-;rootOf;Sup$;2| ...) ; compiling (DEFUN |ACF-;zerosOf;SupL;3| ...) ; file: /tmp/oa-LuBHFU/code.lsp ; in: DEFUN |ACF-;zerosOf;SupL;3| ; (DEFUN BOOT::|ACF-;zerosOf;SupL;3| (BOOT::|p| BOOT::$) ; (BOOT::SPADCALL BOOT::|p| (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 8)) ; (BOOT::|shellEntry| BOOT::$ 15))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ACF-;zerosOf;SupL;3| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|ACF-;zerosOf;SupL;3| ; (BOOT::SPADCALL BOOT::|p| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 8)) ; (BOOT::|shellEntry| BOOT::$ 15)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ACF-;rootsOf;SupL;4| ...) ; file: /tmp/oa-LuBHFU/code.lsp ; in: DEFUN |ACF-;rootsOf;SupL;4| ; (DEFUN BOOT::|ACF-;rootsOf;SupL;4| (BOOT::|p| BOOT::$) ; (BOOT::SPADCALL BOOT::|p| (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 8)) ; (BOOT::|shellEntry| BOOT::$ 17))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ACF-;rootsOf;SupL;4| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|ACF-;rootsOf;SupL;4| ; (BOOT::SPADCALL BOOT::|p| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 8)) ; (BOOT::|shellEntry| BOOT::$ 17)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ACF-;rootsOf;SupSL;5| ...) ; compiling (DEFUN |ACF-;zerosOf;SupSL;6| ...) ; compiling (DEFUN |ACF-;assign| ...) ; compiling (DEFUN |ACF-;zeroOf;P$;8| ...) ; compiling (DEFUN |ACF-;rootOf;P$;9| ...) ; compiling (DEFUN |ACF-;zerosOf;PL;10| ...) ; file: /tmp/oa-LuBHFU/code.lsp ; in: DEFUN |ACF-;zerosOf;PL;10| ; (DEFUN BOOT::|ACF-;zerosOf;PL;10| (BOOT::|p| BOOT::$) ; (LET ((BOOT::|l| (BOOT::SPADCALL BOOT::|p| #))) ; (COND ((NULL BOOT::|l|) (BOOT::|error| "zerosOf: constant polynomial")) ; (T (BOOT::SPADCALL # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ACF-;zerosOf;PL;10| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|ACF-;zerosOf;PL;10| ; (LET ((BOOT::|l| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ACF-;rootsOf;PL;11| ...) ; file: /tmp/oa-LuBHFU/code.lsp ; in: DEFUN |ACF-;rootsOf;PL;11| ; (DEFUN BOOT::|ACF-;rootsOf;PL;11| (BOOT::|p| BOOT::$) ; (LET ((BOOT::|l| (BOOT::SPADCALL BOOT::|p| #))) ; (COND ((NULL BOOT::|l|) (BOOT::|error| "rootsOf: constant polynomial")) ; (T (BOOT::SPADCALL # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ACF-;rootsOf;PL;11| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|ACF-;rootsOf;PL;11| ; (LET ((BOOT::|l| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ACF-;zeroOf;SupS$;12| ...) ; compiling (DEFUN |ACF-;binomialRoots| ...) ; file: /tmp/oa-LuBHFU/code.lsp ; in: DEFUN |ACF-;binomialRoots| ; (DEFUN BOOT::|ACF-;binomialRoots| (BOOT::|p| BOOT::|y| BOOT::|fn| BOOT::$) ; (PROG (BOOT::|beta| BOOT::|cyclo|) ; (RETURN ; (LET* (# # #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ACF-;binomialRoots| ; (BOOT::|p| BOOT::|y| BOOT::|fn| BOOT::$) ; (BLOCK BOOT::|ACF-;binomialRoots| ; (PROG (BOOT::|beta| BOOT::|cyclo|) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ACF-;allroots| ...) ; file: /tmp/oa-LuBHFU/code.lsp ; in: DEFUN |ACF-;allroots| ; (DEFUN BOOT::|ACF-;allroots| (BOOT::|p| BOOT::|y| BOOT::|fn| BOOT::$) ; (PROG (BOOT::|q| BOOT::|alpha| BOOT::|x| BOOT::|ans| BOOT::|groots| ; BOOT::|g| BOOT::|h| BOOT::|decompList|) ; (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ACF-;allroots| ; (BOOT::|p| BOOT::|y| BOOT::|fn| BOOT::$) ; (BLOCK BOOT::|ACF-;allroots| ; (PROG (BOOT::|q| BOOT::|alpha| BOOT::|x| BOOT::|ans| BOOT::|groots| ; BOOT::|g| BOOT::|h| BOOT::|decompList|) ; (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |AlgebraicallyClosedField&| ...) ; compiling (MAKEPROP (QUOTE |AlgebraicallyClosedField&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 6 notes ; /tmp/oa-LuBHFU/code.fasl written ; compilation finished in 0:00:00.057 ------------------------------------------------------------------------ finalizing NRLIB ACF Processing AlgebraicallyClosedField for Browser database: -- rootOf : Polynomial % -> % -- rootOf : SparseUnivariatePolynomial % -> % -- rootOf : (SparseUnivariatePolynomial %,Symbol) -> % -- rootsOf : Polynomial % -> List % -- rootsOf : SparseUnivariatePolynomial % -> List % -- rootsOf : (SparseUnivariatePolynomial %,Symbol) -> List % -- zeroOf : Polynomial % -> % -- zeroOf : SparseUnivariatePolynomial % -> % -- zeroOf : (SparseUnivariatePolynomial %,Symbol) -> % -- zerosOf : Polynomial % -> List % -- zerosOf : SparseUnivariatePolynomial % -> List % -- zerosOf : (SparseUnivariatePolynomial %,Symbol) -> List % -- constructor ; compiling file "/tmp/oa-yKOqGy/code.lsp" (written 01 FEB 2016 11:03:52 PM): ; compiling (DEFPARAMETER |AlgebraicallyClosedField;AL| ...) ; compiling (DEFUN |AlgebraicallyClosedField;| ...) ; compiling (DEFUN |AlgebraicallyClosedField| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-yKOqGy/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/ACFS.fasl --optimize=3 ACFS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ACFS.spad using Spad compiler. ACFS abbreviates category AlgebraicallyClosedFunctionSpace debug: compDefine1 lhs: (AlgebraicallyClosedFunctionSpace R) signature (pre-evaluate): ((Category) (IntegralDomain)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: compDefine1 signature (post evaluate): ((Category) (IntegralDomain)) debug: compDefine1 lhs: (AlgebraicallyClosedFunctionSpace R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for AlgebraicallyClosedFunctionSpace compiling into /tmp/oa-gvUadn STYLE-WARNING: redefining BOOT::|AlgebraicallyClosedFunctionSpace| in DEFUN Time: 0.02 SEC. ACFS- abbreviates package AlgebraicallyClosedFunctionSpace& ------------------------------------------------------------------------ initializing stationary directory for AlgebraicallyClosedFunctionSpace& compiling into /tmp/oa-SAsYiL compiling exported rootOf : S -> S Time: 0.07 SEC. compiling exported rootsOf : S -> List S Time: 0.02 SEC. compiling exported zeroOf : S -> S Time: 0.01 SEC. compiling exported zerosOf : S -> List S Time: 0.02 SEC. compiling exported zeroOf : (S,Symbol) -> S Time: 0.10 SEC. compiling exported rootOf : (S,Symbol) -> S Time: 0.05 SEC. compiling exported zerosOf : (S,Symbol) -> List S Time: 0.06 SEC. compiling exported rootsOf : (S,Symbol) -> List S Time: 0.07 SEC. compiling exported rootsOf : (SparseUnivariatePolynomial S,Symbol) -> List S Time: 0.03 SEC. compiling exported zerosOf : (SparseUnivariatePolynomial S,Symbol) -> List S Time: 0.02 SEC. compiling exported zeroOf : (SparseUnivariatePolynomial S,Symbol) -> S Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] rootOf: empty? has no value [2] zeroOf: empty? has no value [3] zeroOf: not known that Ring is of mode CATEGORY(package,zerosOf: (S,Symbol) -> List S,zeroOf: (S,Symbol) -> S,zerosOf: S -> List S,zeroOf: S -> S,rootsOf: (S,Symbol) -> List S,rootOf: (S,Symbol) -> S,rootsOf: S -> List S,rootOf: S -> S,zerosOf: (SparseUnivariatePolynomial S,Symbol) -> List S,zerosOf: SparseUnivariatePolynomial S -> List S,zerosOf: Polynomial S -> List S,zeroOf: (SparseUnivariatePolynomial S,Symbol) -> S,zeroOf: SparseUnivariatePolynomial S -> S,zeroOf: Polynomial S -> S,rootsOf: (SparseUnivariatePolynomial S,Symbol) -> List S,rootsOf: SparseUnivariatePolynomial S -> List S,rootsOf: Polynomial S -> List S,rootOf: (SparseUnivariatePolynomial S,Symbol) -> S,rootOf: SparseUnivariatePolynomial S -> S,rootOf: Polynomial S -> S) [4] zeroOf: not known that SetCategory is of mode CATEGORY(package,zerosOf: (S,Symbol) -> List S,zeroOf: (S,Symbol) -> S,zerosOf: S -> List S,zeroOf: S -> S,rootsOf: (S,Symbol) -> List S,rootOf: (S,Symbol) -> S,rootsOf: S -> List S,rootOf: S -> S,zerosOf: (SparseUnivariatePolynomial S,Symbol) -> List S,zerosOf: SparseUnivariatePolynomial S -> List S,zerosOf: Polynomial S -> List S,zeroOf: (SparseUnivariatePolynomial S,Symbol) -> S,zeroOf: SparseUnivariatePolynomial S -> S,zeroOf: Polynomial S -> S,rootsOf: (SparseUnivariatePolynomial S,Symbol) -> List S,rootsOf: SparseUnivariatePolynomial S -> List S,rootsOf: Polynomial S -> List S,rootOf: (SparseUnivariatePolynomial S,Symbol) -> S,rootOf: SparseUnivariatePolynomial S -> S,rootOf: Polynomial S -> S) [5] not known that Ring is of mode CATEGORY(package,zerosOf: (S,Symbol) -> List S,zeroOf: (S,Symbol) -> S,zerosOf: S -> List S,zeroOf: S -> S,rootsOf: (S,Symbol) -> List S,rootOf: (S,Symbol) -> S,rootsOf: S -> List S,rootOf: S -> S,zerosOf: (SparseUnivariatePolynomial S,Symbol) -> List S,zerosOf: SparseUnivariatePolynomial S -> List S,zerosOf: Polynomial S -> List S,zeroOf: (SparseUnivariatePolynomial S,Symbol) -> S,zeroOf: SparseUnivariatePolynomial S -> S,zeroOf: Polynomial S -> S,rootsOf: (SparseUnivariatePolynomial S,Symbol) -> List S,rootsOf: SparseUnivariatePolynomial S -> List S,rootsOf: Polynomial S -> List S,rootOf: (SparseUnivariatePolynomial S,Symbol) -> S,rootOf: SparseUnivariatePolynomial S -> S,rootOf: Polynomial S -> S) Cumulative Statistics for Constructor AlgebraicallyClosedFunctionSpace& Time: 0.47 seconds finalizing NRLIB ACFS- ; compiling file "/tmp/oa-SAsYiL/code.lsp" (written 01 FEB 2016 11:03:53 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ACFS-;rootOf;2$;1| ...) ; compiling (DEFUN |ACFS-;rootsOf;$L;2| ...) ; file: /tmp/oa-SAsYiL/code.lsp ; in: DEFUN |ACFS-;rootsOf;$L;2| ; (DEFUN BOOT::|ACFS-;rootsOf;$L;2| (BOOT::|p| BOOT::$) ; (LET ((BOOT::|l| (BOOT::SPADCALL BOOT::|p| #))) ; (COND ((NULL BOOT::|l|) (BOOT::|error| "rootsOf: constant expression")) ; (T (BOOT::SPADCALL BOOT::|p| # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ACFS-;rootsOf;$L;2| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|ACFS-;rootsOf;$L;2| ; (LET ((BOOT::|l| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ACFS-;zeroOf;2$;3| ...) ; compiling (DEFUN |ACFS-;zerosOf;$L;4| ...) ; file: /tmp/oa-SAsYiL/code.lsp ; in: DEFUN |ACFS-;zerosOf;$L;4| ; (DEFUN BOOT::|ACFS-;zerosOf;$L;4| (BOOT::|p| BOOT::$) ; (LET ((BOOT::|l| (BOOT::SPADCALL BOOT::|p| #))) ; (COND ((NULL BOOT::|l|) (BOOT::|error| "zerosOf: constant expression")) ; (T (BOOT::SPADCALL BOOT::|p| # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ACFS-;zerosOf;$L;4| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|ACFS-;zerosOf;$L;4| ; (LET ((BOOT::|l| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ACFS-;zeroOf;$S$;5| ...) ; compiling (DEFUN |ACFS-;rootOf;$S$;6| ...) ; compiling (DEFUN |ACFS-;zerosOf;$SL;7| ...) ; file: /tmp/oa-SAsYiL/code.lsp ; in: DEFUN |ACFS-;zerosOf;$SL;7| ; (DEFUN BOOT::|ACFS-;zerosOf;$SL;7| (BOOT::|p| BOOT::|x| BOOT::$) ; (LET* ((BOOT::|f| (BOOT::SPADCALL BOOT::|p| # #)) ; (BOOT::|n| (BOOT::SPADCALL BOOT::|f| #))) ; (COND ((PLUSP #) (BOOT::|error| "zerosOf: variable appears in denom")) ; ((ZEROP #) NIL) (T (BOOT::SPADCALL BOOT::|n| BOOT::|x| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ACFS-;zerosOf;$SL;7| ; (BOOT::|p| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ACFS-;zerosOf;$SL;7| ; (LET* ((BOOT::|f| #) (BOOT::|n| #)) ; (COND (# #) (# NIL) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ACFS-;rootsOf;$SL;8| ...) ; file: /tmp/oa-SAsYiL/code.lsp ; in: DEFUN |ACFS-;rootsOf;$SL;8| ; (DEFUN BOOT::|ACFS-;rootsOf;$SL;8| (BOOT::|p| BOOT::|x| BOOT::$) ; (LET* ((BOOT::|f| (BOOT::SPADCALL BOOT::|p| # #)) ; (BOOT::|n| (BOOT::SPADCALL BOOT::|f| #))) ; (COND ((PLUSP #) (BOOT::|error| "roofsOf: variable appears in denom")) ; ((ZEROP #) NIL) (T (BOOT::SPADCALL BOOT::|n| BOOT::|x| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ACFS-;rootsOf;$SL;8| ; (BOOT::|p| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ACFS-;rootsOf;$SL;8| ; (LET* ((BOOT::|f| #) (BOOT::|n| #)) ; (COND (# #) (# NIL) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ACFS-;rootsOf;SupSL;9| ...) ; file: /tmp/oa-SAsYiL/code.lsp ; in: DEFUN |ACFS-;rootsOf;SupSL;9| ; (DEFUN BOOT::|ACFS-;rootsOf;SupSL;9| (BOOT::|p| BOOT::|y| BOOT::$) ; (LET ((BOOT::|r| (BOOT::SPADCALL BOOT::|p| #))) ; (COND ((ZEROP #) (BOOT::SPADCALL # BOOT::|y| #)) ; (T (BOOT::SPADCALL BOOT::|p| BOOT::|y| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ACFS-;rootsOf;SupSL;9| ; (BOOT::|p| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|ACFS-;rootsOf;SupSL;9| ; (LET ((BOOT::|r| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ACFS-;zerosOf;SupSL;10| ...) ; file: /tmp/oa-SAsYiL/code.lsp ; in: DEFUN |ACFS-;zerosOf;SupSL;10| ; (DEFUN BOOT::|ACFS-;zerosOf;SupSL;10| (BOOT::|p| BOOT::|y| BOOT::$) ; (LET ((BOOT::|r| (BOOT::SPADCALL BOOT::|p| #))) ; (COND ((ZEROP #) (BOOT::SPADCALL # BOOT::|y| #)) ; (T (BOOT::SPADCALL BOOT::|p| BOOT::|y| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ACFS-;zerosOf;SupSL;10| ; (BOOT::|p| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|ACFS-;zerosOf;SupSL;10| ; (LET ((BOOT::|r| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ACFS-;zeroOf;SupS$;11| ...) ; compiling (DEFUN |AlgebraicallyClosedFunctionSpace&| ...) ; compiling (MAKEPROP (QUOTE |AlgebraicallyClosedFunctionSpace&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 6 notes ; /tmp/oa-SAsYiL/code.fasl written ; compilation finished in 0:00:00.041 ------------------------------------------------------------------------ finalizing NRLIB ACFS Processing AlgebraicallyClosedFunctionSpace for Browser database: -- rootOf : % -> % -- rootsOf : % -> List % -- rootOf : (%,Symbol) -> % -- rootsOf : (%,Symbol) -> List % -- zeroOf : % -> % -- zerosOf : % -> List % -- zeroOf : (%,Symbol) -> % -- zerosOf : (%,Symbol) -> List % -- constructor ; compiling file "/tmp/oa-gvUadn/code.lsp" (written 01 FEB 2016 11:03:53 PM): ; compiling (DEFPARAMETER |AlgebraicallyClosedFunctionSpace;AL| ...) ; compiling (DEFUN |AlgebraicallyClosedFunctionSpace;| ...) ; compiling (DEFUN |AlgebraicallyClosedFunctionSpace| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-gvUadn/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/LF.fasl --optimize=3 LF.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LF.spad using Spad compiler. LF abbreviates package LiouvillianFunction debug: compDefine1 lhs: (LiouvillianFunction R F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE belong? ((Boolean) (BasicOperator))) (SIGNATURE operator ((BasicOperator) (BasicOperator))) (SIGNATURE Ei (F F)) (SIGNATURE Si (F F)) (SIGNATURE Ci (F F)) (SIGNATURE li (F F)) (SIGNATURE erf (F F)) (SIGNATURE dilog (F F)) (SIGNATURE integral (F F (Symbol))) (SIGNATURE integral (F F (SegmentBinding F)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE belong? ((Boolean) (BasicOperator))) (SIGNATURE operator ((BasicOperator) (BasicOperator))) (SIGNATURE Ei (F F)) (SIGNATURE Si (F F)) (SIGNATURE Ci (F F)) (SIGNATURE li (F F)) (SIGNATURE erf (F F)) (SIGNATURE dilog (F F)) (SIGNATURE integral (F F (Symbol))) (SIGNATURE integral (F F (SegmentBinding F)))) $param: (R F) debug: evaluateType form: (Boolean) $param: (R F) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (BasicOperator) $param: (R F) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (BasicOperator) $param: (R F) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (BasicOperator) $param: (R F) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (SegmentBinding F) $param: (R F) Debug: evaluateType1 form: (SegmentBinding F) debug: evaluateType1 x: F m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE belong? ((Boolean) (BasicOperator))) (SIGNATURE operator ((BasicOperator) (BasicOperator))) (SIGNATURE Ei (F F)) (SIGNATURE Si (F F)) (SIGNATURE Ci (F F)) (SIGNATURE li (F F)) (SIGNATURE erf (F F)) (SIGNATURE dilog (F F)) (SIGNATURE integral (F F (Symbol))) (SIGNATURE integral (F F (SegmentBinding F)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for LiouvillianFunction compiling into /tmp/oa-eQH1F6 Debug compQuote expr: (QUOTE integral) m: $EmptyMode Debug compQuote expr: (QUOTE integral) m: (Symbol) Debug compQuote expr: (QUOTE %defint) m: $EmptyMode Debug compQuote expr: (QUOTE %defint) m: (Symbol) Debug compQuote expr: (QUOTE Ei) m: $EmptyMode Debug compQuote expr: (QUOTE Ei) m: (Symbol) Debug compQuote expr: (QUOTE li) m: $EmptyMode Debug compQuote expr: (QUOTE li) m: (Symbol) Debug compQuote expr: (QUOTE Si) m: $EmptyMode Debug compQuote expr: (QUOTE Si) m: (Symbol) Debug compQuote expr: (QUOTE Ci) m: $EmptyMode Debug compQuote expr: (QUOTE Ci) m: (Symbol) Debug compQuote expr: (QUOTE dilog) m: $EmptyMode Debug compQuote expr: (QUOTE dilog) m: (Symbol) Debug compQuote expr: (QUOTE erf) m: $EmptyMode Debug compQuote expr: (QUOTE erf) m: (Symbol) compiling exported Si : F -> F Time: 0.08 SEC. compiling exported Ci : F -> F Time: 0 SEC. compiling exported Ei : F -> F Time: 0 SEC. compiling exported erf : F -> F Time: 0 SEC. compiling exported li : F -> F Time: 0 SEC. compiling exported dilog : F -> F Time: 0 SEC. compiling exported belong? : BasicOperator -> Boolean Debug compQuote expr: (QUOTE prim) m: $EmptyMode Debug compQuote expr: (QUOTE prim) m: (Identifier) Time: 0.00 SEC. compiling local isi : F -> F Time: 0 SEC. compiling local ici : F -> F Time: 0 SEC. compiling local ierf : F -> F Time: 0.00 SEC. compiling local ili2 : F -> F Time: 0.01 SEC. compiling local integrand : List F -> F Time: 0.01 SEC. compiling exported integral : (F,Symbol) -> F Time: 0.01 SEC. compiling local iint : List F -> F Time: 0.01 SEC. compiling local ddint : List F -> OutputForm Debug compQuote expr: (QUOTE d) m: (OutputForm) Debug compQuote expr: (QUOTE d) m: (OutputForm) Time: 0.02 SEC. compiling local eqint : (Kernel F,Kernel F) -> Boolean Time: 0.10 SEC. compiling local dvint : (List F,Symbol) -> F Time: 0.08 SEC. compiling local dvdint : (List F,Symbol) -> F Time: 0.14 SEC. compiling exported integral : (F,SegmentBinding F) -> F Time: 0.01 SEC. compiling local ili : F -> F Debug compQuote expr: (QUOTE exp) m: $EmptyMode Debug compQuote expr: (QUOTE exp) m: (Symbol) Time: 0.01 SEC. compiling local iei : F -> F Debug compQuote expr: (QUOTE log) m: $EmptyMode Debug compQuote expr: (QUOTE log) m: (Symbol) Time: 0.01 SEC. compiling exported operator : BasicOperator -> BasicOperator Debug compQuote expr: (QUOTE integral) m: $EmptyMode Debug compQuote expr: (QUOTE integral) m: (Symbol) Debug compQuote expr: (QUOTE %defint) m: $EmptyMode Debug compQuote expr: (QUOTE %defint) m: (Symbol) Debug compQuote expr: (QUOTE Ei) m: $EmptyMode Debug compQuote expr: (QUOTE Ei) m: (Symbol) Debug compQuote expr: (QUOTE Si) m: $EmptyMode Debug compQuote expr: (QUOTE Si) m: (Symbol) Debug compQuote expr: (QUOTE Ci) m: $EmptyMode Debug compQuote expr: (QUOTE Ci) m: (Symbol) Debug compQuote expr: (QUOTE li) m: $EmptyMode Debug compQuote expr: (QUOTE li) m: (Symbol) Debug compQuote expr: (QUOTE erf) m: $EmptyMode Debug compQuote expr: (QUOTE erf) m: (Symbol) Debug compQuote expr: (QUOTE dilog) m: $EmptyMode Debug compQuote expr: (QUOTE dilog) m: (Symbol) Time: 0.00 SEC. compiling local pint : List InputForm -> InputForm Debug compQuote expr: (QUOTE integral) m: $EmptyMode Debug compQuote expr: (QUOTE integral) m: (Symbol) Debug compQuote expr: (QUOTE integral) m: $EmptyMode Debug compQuote expr: (QUOTE integral) m: (Symbol) Debug compQuote expr: (QUOTE integral) m: $EmptyMode Debug compQuote expr: (QUOTE integral) m: (Symbol) Debug compQuote expr: (QUOTE integral) m: $EmptyMode Debug compQuote expr: (QUOTE integral) m: (Symbol) Debug compQuote expr: (QUOTE integral) m: $EmptyMode Debug compQuote expr: (QUOTE integral) m: (Symbol) Debug compQuote expr: (QUOTE integral) m: $EmptyMode Debug compQuote expr: (QUOTE integral) m: (Symbol) Debug compQuote expr: (QUOTE integral) m: $EmptyMode Debug compQuote expr: (QUOTE integral) m: (Symbol) Debug compQuote expr: (QUOTE integral) m: $EmptyMode Debug compQuote expr: (QUOTE integral) m: (Symbol) Debug compQuote expr: (QUOTE integral) m: $EmptyMode Debug compQuote expr: (QUOTE integral) m: (Symbol) Debug compQuote expr: (QUOTE integral) m: $EmptyMode Debug compQuote expr: (QUOTE integral) m: (Symbol) Debug compQuote expr: (QUOTE integral) m: $EmptyMode Debug compQuote expr: (QUOTE integral) m: (Symbol) Debug compQuote expr: (QUOTE integral) m: $EmptyMode Debug compQuote expr: (QUOTE integral) m: (Symbol) Debug compQuote expr: (QUOTE integral) m: $EmptyMode Debug compQuote expr: (QUOTE integral) m: (Symbol) Debug compQuote expr: (QUOTE integral) m: $EmptyMode Debug compQuote expr: (QUOTE integral) m: (Symbol) Debug compQuote expr: (QUOTE integral) m: $EmptyMode Debug compQuote expr: (QUOTE integral) m: (Symbol) Debug compQuote expr: (QUOTE integral) m: $EmptyMode Debug compQuote expr: (QUOTE integral) m: (Symbol) Time: 0.79 SEC. compiling local inint : List F -> InputForm Time: 0.05 SEC. compiling local indint : List F -> InputForm Time: 1.44 SEC. (time taken in buildFunctor: 0) Time: 0.04 SEC. Warnings: [1] integrand: not known that SetCategory is of mode CATEGORY(package,belong?: BasicOperator -> Boolean,operator: BasicOperator -> BasicOperator,Ei: F -> F,Si: F -> F,Ci: F -> F,li: F -> F,erf: F -> F,dilog: F -> F,integral: (F,Symbol) -> F,integral: (F,SegmentBinding F) -> F) [2] eqint: not known that SetCategory is of mode CATEGORY(package,belong?: BasicOperator -> Boolean,operator: BasicOperator -> BasicOperator,Ei: F -> F,Si: F -> F,Ci: F -> F,li: F -> F,erf: F -> F,dilog: F -> F,integral: (F,Symbol) -> F,integral: (F,SegmentBinding F) -> F) [3] integral: lo has no value [4] ili: first has no value [5] ili: argument has no value [6] iei: first has no value [7] iei: argument has no value Cumulative Statistics for Constructor LiouvillianFunction Time: 2.83 seconds finalizing NRLIB LF Processing LiouvillianFunction for Browser database: -- belong? : OP -> Boolean -- operator : OP -> OP -- Ei : F -> F -- Si : F -> F -- Ci : F -> F -- li : F -> F -- erf : F -> F -- dilog : F -> F -- integral : (F,SE) -> F -- integral : (F,SegmentBinding F) -> F -- constructor ; compiling file "/tmp/oa-eQH1F6/code.lsp" (written 01 FEB 2016 11:03:56 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LF;Si;2F;1| ...) ; compiling (DEFUN |LF;Ci;2F;2| ...) ; compiling (DEFUN |LF;Ei;2F;3| ...) ; compiling (DEFUN |LF;erf;2F;4| ...) ; compiling (DEFUN |LF;li;2F;5| ...) ; compiling (DEFUN |LF;dilog;2F;6| ...) ; compiling (DEFUN |LF;belong?;BoB;7| ...) ; file: /tmp/oa-eQH1F6/code.lsp ; in: DEFUN |LF;belong?;BoB;7| ; (DEFUN BOOT::|LF;belong?;BoB;7| (BOOT::|op| BOOT::$) ; (BOOT::SPADCALL BOOT::|op| 'BOOT::|prim| (BOOT::|shellEntry| BOOT::$ 32))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LF;belong?;BoB;7| ; (BOOT::|op| BOOT::$) ; (BLOCK BOOT::|LF;belong?;BoB;7| ; (BOOT::SPADCALL BOOT::|op| 'BOOT::|prim| ; (BOOT::|shellEntry| BOOT::$ 32)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |LF;isi| ...) ; compiling (DEFUN |LF;ici| ...) ; compiling (DEFUN |LF;ierf| ...) ; compiling (DEFUN |LF;ili2| ...) ; compiling (DEFUN |LF;integrand| ...) ; compiling (DEFUN |LF;integral;FSF;13| ...) ; compiling (DEFUN |LF;iint| ...) ; compiling (DEFUN |LF;ddint| ...) ; compiling (DEFUN |LF;eqint| ...) ; compiling (DEFUN |LF;dvint| ...) ; file: /tmp/oa-eQH1F6/code.lsp ; in: DEFUN |LF;dvint| ; (LET ((BOOT::|k| ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|l| #) ; (BOOT::|shellEntry| BOOT::$ 42)))) ; (BOOT::SPADCALL ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|l| #) BOOT::|x| ; (BOOT::|shellEntry| BOOT::$ 72)) ; (BOOT::|LF;integrand| BOOT::|l| BOOT::$) (BOOT::|shellEntry| BOOT::$ 73)) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 15) ; (LIST (BOOT::SPADCALL # BOOT::|x| #) ; (BOOT::SPADCALL BOOT::|l| #) ; (BOOT::SPADCALL BOOT::|l| #)) ; (BOOT::|shellEntry| BOOT::$ 49)) ; (BOOT::|shellEntry| BOOT::$ 74))) ; ; caught STYLE-WARNING: ; The variable |k| is defined but never used. ; compiling (DEFUN |LF;dvdint| ...) ; compiling (DEFUN |LF;integral;FSbF;19| ...) ; compiling (DEFUN |LF;ili| ...) ; compiling (DEFUN |LF;iei| ...) ; compiling (DEFUN |LF;operator;2Bo;22| ...) ; compiling (DEFUN |LF;pint| ...) ; compiling (DEFUN |LF;inint| ...) ; compiling (DEFUN |LF;indint| ...) ; compiling (DEFUN |LiouvillianFunction| ...) ; compiling (DEFUN |LiouvillianFunction;| ...) ; compiling (DEFUN |LiouvillianFunction;!5| ...) ; compiling (DEFUN |LiouvillianFunction;!4| ...) ; compiling (DEFUN |LiouvillianFunction;!3| ...) ; compiling (DEFUN |LiouvillianFunction;!2| ...) ; compiling (DEFUN |LiouvillianFunction;!1| ...) ; compiling (DEFUN |LiouvillianFunction;!0| ...) ; compiling (MAKEPROP (QUOTE |LiouvillianFunction|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 1 note ; /tmp/oa-eQH1F6/code.fasl written ; compilation finished in 0:00:00.136 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/EXPR.fasl --optimize=3 EXPR.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/EXPR.spad using Spad compiler. EXPR abbreviates domain Expression debug: compDefine1 lhs: (Expression R) signature (pre-evaluate): ((Join (FunctionSpace R) (CATEGORY domain (IF (has R (IntegralDomain)) (PROGN (ATTRIBUTE (AlgebraicallyClosedFunctionSpace R)) (ATTRIBUTE (TranscendentalFunctionCategory)) (ATTRIBUTE (CombinatorialOpsCategory)) (ATTRIBUTE (LiouvillianFunctionCategory)) (ATTRIBUTE (SpecialFunctionCategory)) (SIGNATURE reduce ($ $)) (SIGNATURE number? ((Boolean) $)) (SIGNATURE simplifyPower ($ $ (Integer))) (IF (has R (GcdDomain)) (PROGN (SIGNATURE factorPolynomial ((Factored (SparseUnivariatePolynomial $)) (SparseUnivariatePolynomial $))) (SIGNATURE squareFreePolynomial ((Factored (SparseUnivariatePolynomial $)) (SparseUnivariatePolynomial $)))) %noBranch) (IF (has R (RetractableTo (Integer))) (ATTRIBUTE (RetractableTo (AlgebraicNumber))) %noBranch)) %noBranch))) (SetCategory)) debug: evaluateType form: (Join (FunctionSpace R) (CATEGORY domain (IF (has R (IntegralDomain)) (PROGN (ATTRIBUTE (AlgebraicallyClosedFunctionSpace R)) (ATTRIBUTE (TranscendentalFunctionCategory)) (ATTRIBUTE (CombinatorialOpsCategory)) (ATTRIBUTE (LiouvillianFunctionCategory)) (ATTRIBUTE (SpecialFunctionCategory)) (SIGNATURE reduce ($ $)) (SIGNATURE number? ((Boolean) $)) (SIGNATURE simplifyPower ($ $ (Integer))) (IF (has R (GcdDomain)) (PROGN (SIGNATURE factorPolynomial ((Factored (SparseUnivariatePolynomial $)) (SparseUnivariatePolynomial $))) (SIGNATURE squareFreePolynomial ((Factored (SparseUnivariatePolynomial $)) (SparseUnivariatePolynomial $)))) %noBranch) (IF (has R (RetractableTo (Integer))) (ATTRIBUTE (RetractableTo (AlgebraicNumber))) %noBranch)) %noBranch))) $param: (R) debug: evaluateType form: (FunctionSpace R) $param: (R) Debug: evaluateType1 form: (FunctionSpace R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (CATEGORY domain (IF (has R (IntegralDomain)) (PROGN (ATTRIBUTE (AlgebraicallyClosedFunctionSpace R)) (ATTRIBUTE (TranscendentalFunctionCategory)) (ATTRIBUTE (CombinatorialOpsCategory)) (ATTRIBUTE (LiouvillianFunctionCategory)) (ATTRIBUTE (SpecialFunctionCategory)) (SIGNATURE reduce ($ $)) (SIGNATURE number? ((Boolean) $)) (SIGNATURE simplifyPower ($ $ (Integer))) (IF (has R (GcdDomain)) (PROGN (SIGNATURE factorPolynomial ((Factored (SparseUnivariatePolynomial $)) (SparseUnivariatePolynomial $))) (SIGNATURE squareFreePolynomial ((Factored (SparseUnivariatePolynomial $)) (SparseUnivariatePolynomial $)))) %noBranch) (IF (has R (RetractableTo (Integer))) (ATTRIBUTE (RetractableTo (AlgebraicNumber))) %noBranch)) %noBranch)) $param: (R) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Join (FunctionSpace R) (CATEGORY domain (IF (has R (IntegralDomain)) (PROGN (ATTRIBUTE (AlgebraicallyClosedFunctionSpace R)) (ATTRIBUTE (TranscendentalFunctionCategory)) (ATTRIBUTE (CombinatorialOpsCategory)) (ATTRIBUTE (LiouvillianFunctionCategory)) (ATTRIBUTE (SpecialFunctionCategory)) (SIGNATURE reduce ($ $)) (SIGNATURE number? ((Boolean) $)) (SIGNATURE simplifyPower ($ $ (Integer))) (IF (has R (GcdDomain)) (PROGN (SIGNATURE factorPolynomial ((Factored (SparseUnivariatePolynomial $)) (SparseUnivariatePolynomial $))) (SIGNATURE squareFreePolynomial ((Factored (SparseUnivariatePolynomial $)) (SparseUnivariatePolynomial $)))) %noBranch) (IF (has R (RetractableTo (Integer))) (ATTRIBUTE (RetractableTo (AlgebraicNumber))) %noBranch)) %noBranch))) (SetCategory)) debug: compDefine1 lhs: (Expression R) signature (pre-evaluate): ((Join (FunctionSpace R) (CATEGORY domain (IF (has R (IntegralDomain)) (PROGN (ATTRIBUTE (AlgebraicallyClosedFunctionSpace R)) (ATTRIBUTE (TranscendentalFunctionCategory)) (ATTRIBUTE (CombinatorialOpsCategory)) (ATTRIBUTE (LiouvillianFunctionCategory)) (ATTRIBUTE (SpecialFunctionCategory)) (SIGNATURE reduce ($ $)) (SIGNATURE number? ((Boolean) $)) (SIGNATURE simplifyPower ($ $ (Integer))) (IF (has R (GcdDomain)) (PROGN (SIGNATURE factorPolynomial ((Factored (SparseUnivariatePolynomial $)) (SparseUnivariatePolynomial $))) (SIGNATURE squareFreePolynomial ((Factored (SparseUnivariatePolynomial $)) (SparseUnivariatePolynomial $)))) %noBranch) (IF (has R (RetractableTo (Integer))) (ATTRIBUTE (RetractableTo (AlgebraicNumber))) %noBranch)) %noBranch))) NIL) debug: evaluateType form: (Join (FunctionSpace R) (CATEGORY domain (IF (has R (IntegralDomain)) (PROGN (ATTRIBUTE (AlgebraicallyClosedFunctionSpace R)) (ATTRIBUTE (TranscendentalFunctionCategory)) (ATTRIBUTE (CombinatorialOpsCategory)) (ATTRIBUTE (LiouvillianFunctionCategory)) (ATTRIBUTE (SpecialFunctionCategory)) (SIGNATURE reduce ($ $)) (SIGNATURE number? ((Boolean) $)) (SIGNATURE simplifyPower ($ $ (Integer))) (IF (has R (GcdDomain)) (PROGN (SIGNATURE factorPolynomial ((Factored (SparseUnivariatePolynomial $)) (SparseUnivariatePolynomial $))) (SIGNATURE squareFreePolynomial ((Factored (SparseUnivariatePolynomial $)) (SparseUnivariatePolynomial $)))) %noBranch) (IF (has R (RetractableTo (Integer))) (ATTRIBUTE (RetractableTo (AlgebraicNumber))) %noBranch)) %noBranch))) $param: (R) debug: evaluateType form: (FunctionSpace R) $param: (R) Debug: evaluateType1 form: (FunctionSpace R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (CATEGORY domain (IF (has R (IntegralDomain)) (PROGN (ATTRIBUTE (AlgebraicallyClosedFunctionSpace R)) (ATTRIBUTE (TranscendentalFunctionCategory)) (ATTRIBUTE (CombinatorialOpsCategory)) (ATTRIBUTE (LiouvillianFunctionCategory)) (ATTRIBUTE (SpecialFunctionCategory)) (SIGNATURE reduce ($ $)) (SIGNATURE number? ((Boolean) $)) (SIGNATURE simplifyPower ($ $ (Integer))) (IF (has R (GcdDomain)) (PROGN (SIGNATURE factorPolynomial ((Factored (SparseUnivariatePolynomial $)) (SparseUnivariatePolynomial $))) (SIGNATURE squareFreePolynomial ((Factored (SparseUnivariatePolynomial $)) (SparseUnivariatePolynomial $)))) %noBranch) (IF (has R (RetractableTo (Integer))) (ATTRIBUTE (RetractableTo (AlgebraicNumber))) %noBranch)) %noBranch)) $param: (R) debug: compDefine1 signature (post evaluate): ((Join (FunctionSpace R) (CATEGORY domain (IF (has R (IntegralDomain)) (PROGN (ATTRIBUTE (AlgebraicallyClosedFunctionSpace R)) (ATTRIBUTE (TranscendentalFunctionCategory)) (ATTRIBUTE (CombinatorialOpsCategory)) (ATTRIBUTE (LiouvillianFunctionCategory)) (ATTRIBUTE (SpecialFunctionCategory)) (SIGNATURE reduce ($ $)) (SIGNATURE number? ((Boolean) $)) (SIGNATURE simplifyPower ($ $ (Integer))) (IF (has R (GcdDomain)) (PROGN (SIGNATURE factorPolynomial ((Factored (SparseUnivariatePolynomial $)) (SparseUnivariatePolynomial $))) (SIGNATURE squareFreePolynomial ((Factored (SparseUnivariatePolynomial $)) (SparseUnivariatePolynomial $)))) %noBranch) (IF (has R (RetractableTo (Integer))) (ATTRIBUTE (RetractableTo (AlgebraicNumber))) %noBranch)) %noBranch))) NIL) ------------------------------------------------------------------------ initializing stationary directory for Expression compiling into /tmp/oa-zZshdp importing KernelFunctions2(R,$) compiling exported belong? : BasicOperator -> Boolean EXPR;belong?;BoB;1 op is replaced by %true Time: 0.08 SEC. compiling local retNotUnit : % -> R Time: 0.01 SEC. compiling local retNotUnitIfCan : % -> Union(R,failed) Time: 0.01 SEC. compiling exported Zero : () -> % Time: 0.09 SEC. compiling exported One : () -> % Time: 0 SEC. compiling exported one? : % -> Boolean Time: 0 SEC. compiling exported zero? : % -> Boolean Time: 0 SEC. compiling exported - : % -> % Time: 0 SEC. compiling exported * : (Integer,%) -> % Time: 0.01 SEC. compiling exported coerce : Integer -> % Time: 0.02 SEC. compiling exported * : (%,%) -> % Time: 0.01 SEC. compiling exported + : (%,%) -> % Time: 0.01 SEC. compiling exported - : (%,%) -> % Time: 0.00 SEC. compiling exported / : (%,%) -> % Time: 0.01 SEC. compiling exported number? : % -> Boolean Time: 0.03 SEC. compiling exported simplifyPower : (%,Integer) -> % Debug compQuote expr: (QUOTE %power) m: $EmptyMode Debug compQuote expr: (QUOTE %power) m: (Symbol) Time: 0.08 SEC. compiling exported ** : (%,NonNegativeInteger) -> % Time: 0.04 SEC. compiling exported ** : (%,Integer) -> % Time: 0.07 SEC. compiling exported ** : (%,PositiveInteger) -> % Time: 0.02 SEC. compiling exported before? : (%,%) -> Boolean Time: 0 SEC. compiling exported = : (%,%) -> Boolean Time: 0 SEC. compiling exported numer : % -> SparseMultivariatePolynomial(R,Kernel %) Time: 0.01 SEC. compiling exported denom : % -> SparseMultivariatePolynomial(R,Kernel %) Time: 0.00 SEC. compiling exported coerce : SparseMultivariatePolynomial(R,Kernel %) -> % Time: 0.01 SEC. compiling exported reduce : % -> % Time: 0.00 SEC. compiling local commonk : (%,%) -> List Kernel % Time: 0.00 SEC. compiling local algkernels : List Kernel % -> List Kernel % Debug compQuote expr: (QUOTE %alg) m: $EmptyMode Debug compQuote expr: (QUOTE %alg) m: (Identifier) Time: 0.01 SEC. compiling local toprat : % -> % Time: 0.02 SEC. compiling exported / : (SparseMultivariatePolynomial(R,Kernel %),SparseMultivariatePolynomial(R,Kernel %)) -> % Time: 0.01 SEC. compiling exported reducedSystem : Matrix % -> Matrix R Time: 0.02 SEC. compiling exported reducedSystem : (Matrix %,Vector %) -> Record(mat: Matrix R,vec: Vector R) Time: 0.03 SEC. compiling local commonk0 : (List Kernel %,List Kernel %) -> List Kernel % Time: 0.02 SEC. compiling exported rootOf : (SparseUnivariatePolynomial %,Symbol) -> % Time: 0.02 SEC. compiling exported pi : () -> % Time: 0.01 SEC. compiling exported exp : % -> % Time: 0.00 SEC. compiling exported log : % -> % Time: 0 SEC. compiling exported sin : % -> % Time: 0.00 SEC. compiling exported cos : % -> % Time: 0 SEC. compiling exported tan : % -> % Time: 0.00 SEC. compiling exported cot : % -> % Time: 0 SEC. compiling exported sec : % -> % Time: 0.00 SEC. compiling exported csc : % -> % Time: 0 SEC. compiling exported asin : % -> % Time: 0.00 SEC. compiling exported acos : % -> % Time: 0.00 SEC. compiling exported atan : % -> % Time: 0.00 SEC. compiling exported acot : % -> % Time: 0.00 SEC. compiling exported asec : % -> % Time: 0.00 SEC. compiling exported acsc : % -> % Time: 0.00 SEC. compiling exported sinh : % -> % Time: 0.00 SEC. compiling exported cosh : % -> % Time: 0.00 SEC. compiling exported tanh : % -> % Time: 0 SEC. compiling exported coth : % -> % Time: 0 SEC. compiling exported sech : % -> % Time: 0.00 SEC. compiling exported csch : % -> % Time: 0.00 SEC. compiling exported asinh : % -> % Time: 0 SEC. compiling exported acosh : % -> % Time: 0.00 SEC. compiling exported atanh : % -> % Time: 0.00 SEC. compiling exported acoth : % -> % Time: 0.00 SEC. compiling exported asech : % -> % Time: 0 SEC. compiling exported acsch : % -> % Time: 0.00 SEC. compiling exported abs : % -> % Time: 0.00 SEC. compiling exported Gamma : % -> % Time: 0.00 SEC. compiling exported Gamma : (%,%) -> % Time: 0.00 SEC. compiling exported Beta : (%,%) -> % Time: 0.02 SEC. compiling exported digamma : % -> % Time: 0 SEC. compiling exported polygamma : (%,%) -> % Time: 0.00 SEC. compiling exported besselJ : (%,%) -> % Time: 0 SEC. compiling exported besselY : (%,%) -> % Time: 0.00 SEC. compiling exported besselI : (%,%) -> % Time: 0.00 SEC. compiling exported besselK : (%,%) -> % Time: 0.00 SEC. compiling exported airyAi : % -> % Time: 0.00 SEC. compiling exported airyBi : % -> % Time: 0 SEC. compiling exported ** : (%,%) -> % Time: 0.01 SEC. compiling exported factorial : % -> % Time: 0.00 SEC. compiling exported binomial : (%,%) -> % Time: 0 SEC. compiling exported permutation : (%,%) -> % Time: 0.00 SEC. compiling exported factorials : % -> % Time: 0 SEC. compiling exported factorials : (%,Symbol) -> % Time: 0.00 SEC. compiling exported summation : (%,Symbol) -> % Time: 0.00 SEC. compiling exported summation : (%,SegmentBinding %) -> % Time: 0 SEC. compiling exported product : (%,Symbol) -> % Time: 0.00 SEC. compiling exported product : (%,SegmentBinding %) -> % Time: 0.00 SEC. compiling exported erf : % -> % Time: 0.00 SEC. compiling exported Ei : % -> % Time: 0 SEC. compiling exported Si : % -> % Time: 0.00 SEC. compiling exported Ci : % -> % Time: 0.00 SEC. compiling exported li : % -> % Time: 0 SEC. compiling exported dilog : % -> % Time: 0.00 SEC. compiling exported integral : (%,Symbol) -> % Time: 0.00 SEC. compiling exported integral : (%,SegmentBinding %) -> % Time: 0 SEC. compiling exported operator : BasicOperator -> BasicOperator Debug compQuote expr: (QUOTE %symbol) m: $EmptyMode Debug compQuote expr: (QUOTE %symbol) m: (Identifier) Time: 0.08 SEC. compiling local reduc : (%,List Kernel %) -> % Time: 0.09 SEC. compiling local evl0 : (SparseMultivariatePolynomial(R,Kernel %),Kernel %) -> SparseUnivariatePolynomial Fraction SparseMultivariatePolynomial(R,Kernel %) Time: 0.10 SEC. compiling local evl : (SparseMultivariatePolynomial(R,Kernel %),Kernel %,SparseUnivariatePolynomial %) -> Fraction SparseMultivariatePolynomial(R,Kernel %) Time: 0.25 SEC. compiling local noalg? : SparseUnivariatePolynomial % -> Boolean Time: 0.03 SEC. compiling exported gcdPolynomial : (SparseUnivariatePolynomial %,SparseUnivariatePolynomial %) -> SparseUnivariatePolynomial % Time: 0.02 SEC. compiling exported factorPolynomial : SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial % Time: 0.09 SEC. compiling exported squareFreePolynomial : SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial % Time: 0.08 SEC. compiling exported coerce : AlgebraicNumber -> % Time: 0.04 SEC. compiling exported ** : (%,Fraction Integer) -> % Time: 0.02 SEC. compiling exported minPoly : Kernel % -> SparseUnivariatePolynomial % Time: 0.01 SEC. compiling exported definingPolynomial : % -> % Time: 0.00 SEC. compiling exported retract : % -> Fraction Integer Time: 0.00 SEC. compiling exported retractIfCan : % -> Union(Fraction Integer,failed) Time: 0.01 SEC. compiling exported coerce : AlgebraicNumber -> % Time: 0.04 SEC. compiling local k2expr : Kernel AlgebraicNumber -> % Time: 0.02 SEC. compiling local smp2expr : SparseMultivariatePolynomial(Integer,Kernel AlgebraicNumber) -> % Time: 0.03 SEC. compiling exported retractIfCan : % -> Union(AlgebraicNumber,failed) Time: 0.02 SEC. compiling local R2AN : R -> Union(AlgebraicNumber,failed) Time: 0.10 SEC. compiling local k2an : Kernel % -> Union(AlgebraicNumber,failed) Time: 0.07 SEC. compiling local smp2an : SparseMultivariatePolynomial(R,Kernel %) -> Union(AlgebraicNumber,failed) Time: 0.09 SEC. compiling exported convert : % -> InputForm Time: 0.03 SEC. importing MakeUnaryCompiledFunction($,$,$) compiling exported eval : (%,BasicOperator,%,Symbol) -> % Time: 0.02 SEC. compiling exported eval : (%,List BasicOperator,List %,Symbol) -> % Time: 0.20 SEC. compiling exported patternMatch : (%,Pattern Integer,PatternMatchResult(Integer,%)) -> PatternMatchResult(Integer,%) Time: 0.02 SEC. compiling exported patternMatch : (%,Pattern Float,PatternMatchResult(Float,%)) -> PatternMatchResult(Float,%) Time: 0.01 SEC. compiling exported operator : BasicOperator -> BasicOperator Debug compQuote expr: (QUOTE %symbol) m: $EmptyMode Debug compQuote expr: (QUOTE %symbol) m: (Identifier) Time: 0.04 SEC. compiling exported Zero : () -> % Time: 0.01 SEC. compiling exported One : () -> % Time: 0.00 SEC. compiling exported - : % -> % Time: 0.00 SEC. compiling exported * : (Integer,%) -> % Time: 0.01 SEC. compiling exported * : (%,%) -> % Time: 0.02 SEC. compiling exported + : (%,%) -> % Time: 0.01 SEC. compiling exported = : (%,%) -> Boolean Time: 0.01 SEC. compiling exported before? : (%,%) -> Boolean Time: 0.00 SEC. compiling exported numer : % -> SparseMultivariatePolynomial(R,Kernel %) EXPR;numer;$Smp;126 x is replaced by x Time: 0.01 SEC. compiling exported coerce : SparseMultivariatePolynomial(R,Kernel %) -> % EXPR;coerce;Smp$;127 p is replaced by p Time: 0.01 SEC. compiling exported reducedSystem : Matrix % -> Matrix R Time: 0.01 SEC. compiling exported reducedSystem : (Matrix %,Vector %) -> Record(mat: Matrix R,vec: Vector R) Time: 0.01 SEC. compiling exported convert : % -> InputForm Time: 0.01 SEC. compiling local kintmatch : (Kernel %,Pattern Integer,PatternMatchResult(Integer,Rep)) -> PatternMatchResult(Integer,Rep) Time: 0.02 SEC. compiling exported patternMatch : (%,Pattern Integer,PatternMatchResult(Integer,%)) -> PatternMatchResult(Integer,%) Time: 0.01 SEC. compiling local kfltmatch : (Kernel %,Pattern Float,PatternMatchResult(Float,Rep)) -> PatternMatchResult(Float,Rep) Time: 0.02 SEC. compiling exported patternMatch : (%,Pattern Float,PatternMatchResult(Float,%)) -> PatternMatchResult(Float,%) Time: 0.02 SEC. importing ListToMap(Kernel $,$) compiling exported Zero : () -> % Time: 0.01 SEC. compiling exported + : (%,%) -> % Time: 0.01 SEC. compiling exported = : (%,%) -> Boolean Time: 0.01 SEC. compiling exported before? : (%,%) -> Boolean Time: 0.01 SEC. compiling exported coerce : Kernel % -> % Time: 0.01 SEC. compiling exported kernels : % -> List Kernel % Time: 0.02 SEC. compiling exported coerce : R -> % Time: 0.02 SEC. compiling exported retract : % -> R Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. compiling local kereval : (Kernel %,List Kernel %,List %) -> % Time: 0.04 SEC. compiling local subeval : (Kernel %,List Kernel %,List %) -> % Time: 0.02 SEC. compiling exported isPlus : % -> Union(List %,failed) Time: 0.04 SEC. compiling exported isMult : % -> Union(Record(coef: Integer,var: Kernel %),failed) Time: 0.05 SEC. compiling exported eval : (%,List Kernel %,List %) -> % Time: 0.07 SEC. compiling exported subst : (%,List Kernel %,List %) -> % Time: 0.07 SEC. compiling exported retractIfCan : % -> Union(R,failed) Time: 0.00 SEC. compiling exported - : % -> % Time: 0.01 SEC. importing ListToMap(Kernel $,$) compiling exported before? : (%,%) -> Boolean Time: 0.01 SEC. compiling exported = : (%,%) -> Boolean Time: 0.01 SEC. compiling exported coerce : Kernel % -> % EXPR;coerce;K$;154 k is replaced by k Time: 0 SEC. compiling exported kernels : % -> List Kernel % EXPR;kernels;$L;155 is replaced by %list Time: 0.01 SEC. compiling exported coerce : R -> % Time: 0.00 SEC. compiling exported retract : % -> R Time: 0 SEC. compiling exported retractIfCan : % -> Union(R,failed) Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Time: 0.00 SEC. compiling exported eval : (%,List Kernel %,List %) -> % Time: 0.04 SEC. compiling exported subst : (%,List Kernel %,List %) -> % Time: 0.02 SEC. compiling exported convert : % -> InputForm Time: 0.02 SEC. (time taken in buildFunctor: 352) Time: 0.59 SEC. Warnings: [1] not known that SetCategory is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [2] Zero: not known that SetCategory is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [3] simplifyPower: not known that SetCategory is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [4] simplifyPower: argument has no value [5] **: pretend Integer -- should replace by @ [6] numer: not known that SetCategory is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [7] algkernels: has? has no value [8] toprat: not known that Field is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [9] toprat: not known that ExpressionSpace is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [10] toprat: not known that SIGNATUREnumer((SparseMultivariatePolynomial R (Kernel $)) $) is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [11] toprat: not known that SIGNATUREdenom((SparseMultivariatePolynomial R (Kernel $)) $) is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [12] toprat: not known that SIGNATUREcoerce($ (SparseMultivariatePolynomial R (Kernel $))) is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [13] reducedSystem: not known that Ring is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [14] commonk0: not known that SetCategory is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [15] rootOf: not known that FunctionSpaceR is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [16] rootOf: not known that Ring is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [17] pi: not known that FunctionSpaceR is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [18] pi: not known that RadicalCategory is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [19] abs: not known that FunctionSpaceR is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [20] **: not known that FunctionSpaceR is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [21] erf: not known that FunctionSpaceR is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [22] erf: not known that RadicalCategory is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [23] erf: not known that TranscendentalFunctionCategory is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [24] operator: not known that FunctionSpaceR is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [25] operator: not known that ExpressionSpace is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [26] evl0: not known that SetCategory is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [27] noalg?: empty? has no value [28] gcdPolynomial: not known that GcdDomain is of mode CATEGORY(domain,squareFreePolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %) [29] factorPolynomial: not known that SetCategory is of mode CATEGORY(domain,squareFreePolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %) [30] factorPolynomial: not known that Ring is of mode CATEGORY(domain,squareFreePolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %) [31] retract: not known that SetCategory is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [32] retractIfCan: not known that SetCategory is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [33] coerce: not known that SetCategory is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [34] k2expr: not known that ExpressionSpace is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [35] smp2expr: not known that SetCategory is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [36] smp2expr: not known that SIGNATURE+($ $ $) is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [37] smp2expr: not known that SIGNATURE*($ $ $) is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [38] smp2expr: not known that SIGNATURE**($ $ (NonNegativeInteger)) is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [39] smp2an: not known that SetCategory is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [40] convert: not known that SetCategory is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [41] eval: not known that ConvertibleTo(InputForm) is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [42] patternMatch: not known that FunctionSpaceR is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [43] patternMatch: not known that ConvertibleTo(Pattern (Integer)) is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [44] patternMatch: not known that PatternMatchable(Integer) is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [45] patternMatch: not known that RetractableTo(Kernel $) is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [46] patternMatch: not known that SetCategory is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [47] patternMatch: not known that ConvertibleTo(Pattern (Float)) is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [48] patternMatch: not known that PatternMatchable(Float) is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [49] isMult: empty? has no value [50] not known that Ring is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [51] not known that IntegralDomain is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) Cumulative Statistics for Constructor Expression Time: 3.66 seconds finalizing NRLIB EXPR Processing Expression for Browser database: -- reduce : % -> % -- number? : % -> Boolean -- simplifyPower : (%,Integer) -> % --->../../x86_64-unknown-linux-gnu/src/algebra/expr.spad-->Expression((simplifyPower (% % Integer))): Improper first word in comments: simplifyPower? "simplifyPower?(\\spad{f},{}\\spad{n}) \\undocumented{}" -- factorPolynomial : SUP % -> Factored SUP % -- squareFreePolynomial : SUP % -> Factored SUP % -- constructor ; compiling file "/tmp/oa-zZshdp/code.lsp" (written 01 FEB 2016 11:04:00 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |EXPR;belong?;BoB;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |EXPR;numer;$Smp;126|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |EXPR;coerce;Smp$;127|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |EXPR;coerce;K$;154|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |EXPR;kernels;$L;155|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |EXPR;belong?;BoB;1| ...) ; file: /tmp/oa-zZshdp/code.lsp ; in: DEFUN |EXPR;belong?;BoB;1| ; (DEFUN BOOT::|EXPR;belong?;BoB;1| (BOOT::|op| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; T) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EXPR;belong?;BoB;1| ; (BOOT::|op| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|EXPR;belong?;BoB;1| T)) ; ; caught STYLE-WARNING: ; The variable |op| is defined but never used. ; compiling (DEFUN |EXPR;retNotUnit| ...) ; compiling (DEFUN |EXPR;retNotUnitIfCan| ...) ; file: /tmp/oa-zZshdp/code.lsp ; in: DEFUN |EXPR;retNotUnitIfCan| ; (DEFUN BOOT::|EXPR;retNotUnitIfCan| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|r| (BOOT::SPADCALL BOOT::|x| #))) ; (COND ((EQL # 1) (CONS 1 "failed")) (T (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EXPR;retNotUnitIfCan| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|EXPR;retNotUnitIfCan| ; (LET ((BOOT::|r| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |EXPR;Zero;$;4| ...) ; compiling (DEFUN |EXPR;One;$;5| ...) ; compiling (DEFUN |EXPR;one?;$B;6| ...) ; file: /tmp/oa-zZshdp/code.lsp ; in: DEFUN |EXPR;one?;$B;6| ; (DEFUN BOOT::|EXPR;one?;$B;6| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 26))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EXPR;one?;$B;6| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|EXPR;one?;$B;6| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 26)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |EXPR;zero?;$B;7| ...) ; file: /tmp/oa-zZshdp/code.lsp ; in: DEFUN |EXPR;zero?;$B;7| ; (DEFUN BOOT::|EXPR;zero?;$B;7| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 28))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EXPR;zero?;$B;7| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|EXPR;zero?;$B;7| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 28)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |EXPR;-;2$;8| ...) ; compiling (DEFUN |EXPR;*;I2$;9| ...) ; compiling (DEFUN |EXPR;coerce;I$;10| ...) ; compiling (DEFUN |EXPR;*;3$;11| ...) ; compiling (DEFUN |EXPR;+;3$;12| ...) ; compiling (DEFUN |EXPR;-;3$;13| ...) ; compiling (DEFUN |EXPR;/;3$;14| ...) ; compiling (DEFUN |EXPR;number?;$B;15| ...) ; file: /tmp/oa-zZshdp/code.lsp ; in: DEFUN |EXPR;number?;$B;15| ; (DEFUN BOOT::|EXPR;number?;$B;15| (BOOT::|x| BOOT::$) ; (COND ; ((BOOT::|HasCategory| (BOOT::|shellEntry| BOOT::$ 6) ; '(BOOT::|RetractableTo| #)) ; (OR (BOOT::SPADCALL BOOT::|x| #) (ZEROP #))) ; (T (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 45))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EXPR;number?;$B;15| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|EXPR;number?;$B;15| ; (COND ((BOOT::|HasCategory| # '#) (OR # #)) ; (T (BOOT::SPADCALL BOOT::|x| #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |EXPR;simplifyPower;$I$;16| ...) ; compiling (DEFUN |EXPR;**;$Nni$;17| ...) ; compiling (DEFUN |EXPR;**;$I$;18| ...) ; compiling (DEFUN |EXPR;**;$Pi$;19| ...) ; compiling (DEFUN |EXPR;before?;2$B;20| ...) ; file: /tmp/oa-zZshdp/code.lsp ; in: DEFUN |EXPR;before?;2$B;20| ; (DEFUN BOOT::|EXPR;before?;2$B;20| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 84))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EXPR;before?;2$B;20| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|EXPR;before?;2$B;20| ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 84)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |EXPR;=;2$B;21| ...) ; file: /tmp/oa-zZshdp/code.lsp ; in: DEFUN |EXPR;=;2$B;21| ; (DEFUN BOOT::|EXPR;=;2$B;21| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 86))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EXPR;=;2$B;21| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|EXPR;=;2$B;21| ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 86)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |EXPR;numer;$Smp;22| ...) ; compiling (DEFUN |EXPR;denom;$Smp;23| ...) ; compiling (DEFUN |EXPR;coerce;Smp$;24| ...) ; compiling (DEFUN |EXPR;reduce;2$;25| ...) ; compiling (DEFUN |EXPR;commonk| ...) ; compiling (DEFUN |EXPR;algkernels| ...) ; file: /tmp/oa-zZshdp/code.lsp ; in: DEFUN |EXPR;algkernels| ; (DEFUN BOOT::|EXPR;algkernels| (BOOT::|l| BOOT::$) ; (BOOT::SPADCALL (CONS #'BOOT::|EXPR;algkernels!0| BOOT::$) BOOT::|l| ; (BOOT::|shellEntry| BOOT::$ 100))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EXPR;algkernels| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|EXPR;algkernels| ; (BOOT::SPADCALL (CONS #'BOOT::|EXPR;algkernels!0| BOOT::$) BOOT::|l| ; (BOOT::|shellEntry| BOOT::$ 100)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |EXPR;algkernels!0| ...) ; compiling (DEFUN |EXPR;toprat| ...) ; compiling (DEFUN |EXPR;/;2Smp$;29| ...) ; compiling (DEFUN |EXPR;reducedSystem;MM;30| ...) ; compiling (DEFUN |EXPR;reducedSystem;MVR;31| ...) ; file: /tmp/oa-zZshdp/code.lsp ; in: DEFUN |EXPR;reducedSystem;MVR;31| ; (DEFUN BOOT::|EXPR;reducedSystem;MVR;31| (BOOT::|m| BOOT::|v| BOOT::$) ; (LET ((BOOT::|r| (BOOT::SPADCALL # # #))) ; (BOOT::SPADCALL (CAR BOOT::|r|) (CDR BOOT::|r|) ; (BOOT::|shellEntry| BOOT::$ 123)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EXPR;reducedSystem;MVR;31| ; (BOOT::|m| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|EXPR;reducedSystem;MVR;31| ; (LET ((BOOT::|r| #)) ; (BOOT::SPADCALL (CAR BOOT::|r|) (CDR BOOT::|r|) ; (BOOT::|shellEntry| BOOT::$ 123))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |EXPR;commonk0| ...) ; compiling (DEFUN |EXPR;rootOf;SupS$;33| ...) ; compiling (DEFUN |EXPR;pi;$;34| ...) ; compiling (DEFUN |EXPR;exp;2$;35| ...) ; compiling (DEFUN |EXPR;log;2$;36| ...) ; compiling (DEFUN |EXPR;sin;2$;37| ...) ; compiling (DEFUN |EXPR;cos;2$;38| ...) ; compiling (DEFUN |EXPR;tan;2$;39| ...) ; compiling (DEFUN |EXPR;cot;2$;40| ...) ; compiling (DEFUN |EXPR;sec;2$;41| ...) ; compiling (DEFUN |EXPR;csc;2$;42| ...) ; compiling (DEFUN |EXPR;asin;2$;43| ...) ; compiling (DEFUN |EXPR;acos;2$;44| ...) ; compiling (DEFUN |EXPR;atan;2$;45| ...) ; compiling (DEFUN |EXPR;acot;2$;46| ...) ; compiling (DEFUN |EXPR;asec;2$;47| ...) ; compiling (DEFUN |EXPR;acsc;2$;48| ...) ; compiling (DEFUN |EXPR;sinh;2$;49| ...) ; compiling (DEFUN |EXPR;cosh;2$;50| ...) ; compiling (DEFUN |EXPR;tanh;2$;51| ...) ; compiling (DEFUN |EXPR;coth;2$;52| ...) ; compiling (DEFUN |EXPR;sech;2$;53| ...) ; compiling (DEFUN |EXPR;csch;2$;54| ...) ; compiling (DEFUN |EXPR;asinh;2$;55| ...) ; compiling (DEFUN |EXPR;acosh;2$;56| ...) ; compiling (DEFUN |EXPR;atanh;2$;57| ...) ; compiling (DEFUN |EXPR;acoth;2$;58| ...) ; compiling (DEFUN |EXPR;asech;2$;59| ...) ; compiling (DEFUN |EXPR;acsch;2$;60| ...) ; compiling (DEFUN |EXPR;abs;2$;61| ...) ; compiling (DEFUN |EXPR;Gamma;2$;62| ...) ; compiling (DEFUN |EXPR;Gamma;3$;63| ...) ; compiling (DEFUN |EXPR;Beta;3$;64| ...) ; compiling (DEFUN |EXPR;digamma;2$;65| ...) ; compiling (DEFUN |EXPR;polygamma;3$;66| ...) ; compiling (DEFUN |EXPR;besselJ;3$;67| ...) ; compiling (DEFUN |EXPR;besselY;3$;68| ...) ; compiling (DEFUN |EXPR;besselI;3$;69| ...) ; compiling (DEFUN |EXPR;besselK;3$;70| ...) ; compiling (DEFUN |EXPR;airyAi;2$;71| ...) ; compiling (DEFUN |EXPR;airyBi;2$;72| ...) ; compiling (DEFUN |EXPR;**;3$;73| ...) ; compiling (DEFUN |EXPR;factorial;2$;74| ...) ; compiling (DEFUN |EXPR;binomial;3$;75| ...) ; compiling (DEFUN |EXPR;permutation;3$;76| ...) ; compiling (DEFUN |EXPR;factorials;2$;77| ...) ; compiling (DEFUN |EXPR;factorials;$S$;78| ...) ; compiling (DEFUN |EXPR;summation;$S$;79| ...) ; compiling (DEFUN |EXPR;summation;$Sb$;80| ...) ; compiling (DEFUN |EXPR;product;$S$;81| ...) ; compiling (DEFUN |EXPR;product;$Sb$;82| ...) ; compiling (DEFUN |EXPR;erf;2$;83| ...) ; compiling (DEFUN |EXPR;Ei;2$;84| ...) ; compiling (DEFUN |EXPR;Si;2$;85| ...) ; compiling (DEFUN |EXPR;Ci;2$;86| ...) ; compiling (DEFUN |EXPR;li;2$;87| ...) ; compiling (DEFUN |EXPR;dilog;2$;88| ...) ; compiling (DEFUN |EXPR;integral;$S$;89| ...) ; compiling (DEFUN |EXPR;integral;$Sb$;90| ...) ; compiling (DEFUN |EXPR;operator;2Bo;91| ...) ; compiling (DEFUN |EXPR;reduc| ...) ; compiling (DEFUN |EXPR;evl0| ...) ; compiling (DEFUN |EXPR;evl| ...) ; compiling (DEFUN |EXPR;noalg?| ...) ; compiling (DEFUN |EXPR;gcdPolynomial;3Sup;96| ...) ; compiling (DEFUN |EXPR;factorPolynomial;SupF;97| ...) ; compiling (DEFUN |EXPR;squareFreePolynomial;SupF;98| ...) ; compiling (DEFUN |EXPR;coerce;An$;99| ...) ; compiling (DEFUN |EXPR;**;$F$;100| ...) ; compiling (DEFUN |EXPR;minPoly;KSup;101| ...) ; compiling (DEFUN |EXPR;definingPolynomial;2$;102| ...) ; compiling (DEFUN |EXPR;retract;$F;103| ...) ; compiling (DEFUN |EXPR;retractIfCan;$U;104| ...) ; file: /tmp/oa-zZshdp/code.lsp ; in: DEFUN |EXPR;retractIfCan;$U;104| ; (DEFUN BOOT::|EXPR;retractIfCan;$U;104| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 317))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EXPR;retractIfCan;$U;104| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|EXPR;retractIfCan;$U;104| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 317)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |EXPR;coerce;An$;105| ...) ; compiling (DEFUN |EXPR;k2expr| ...) ; compiling (DEFUN |EXPR;k2expr!0| ...) ; compiling (DEFUN |EXPR;smp2expr| ...) ; compiling (DEFUN |EXPR;smp2expr!0| ...) ; compiling (DEFUN |EXPR;retractIfCan;$U;108| ...) ; compiling (DEFUN |EXPR;R2AN| ...) ; compiling (DEFUN |EXPR;k2an| ...) ; compiling (DEFUN |EXPR;smp2an| ...) ; compiling (DEFUN |EXPR;convert;$If;112| ...) ; compiling (DEFUN |EXPR;eval;$Bo$S$;113| ...) ; compiling (DEFUN |EXPR;eval;$LLS$;114| ...) ; file: /tmp/oa-zZshdp/code.lsp ; in: DEFUN |EXPR;eval;$LLS$;114| ; #'(LAMBDA (BOOT::|#1| BOOT::$) (CONSP BOOT::|#1|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |EXPR;patternMatch;$P2Pmr;115| ...) ; compiling (DEFUN |EXPR;patternMatch;$P2Pmr;116| ...) ; compiling (DEFUN |EXPR;operator;2Bo;117| ...) ; compiling (DEFUN |EXPR;Zero;$;118| ...) ; compiling (DEFUN |EXPR;One;$;119| ...) ; compiling (DEFUN |EXPR;-;2$;120| ...) ; compiling (DEFUN |EXPR;*;I2$;121| ...) ; compiling (DEFUN |EXPR;*;3$;122| ...) ; compiling (DEFUN |EXPR;+;3$;123| ...) ; compiling (DEFUN |EXPR;=;2$B;124| ...) ; file: /tmp/oa-zZshdp/code.lsp ; in: DEFUN |EXPR;=;2$B;124| ; (DEFUN BOOT::|EXPR;=;2$B;124| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 402))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EXPR;=;2$B;124| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|EXPR;=;2$B;124| ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 402)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |EXPR;before?;2$B;125| ...) ; file: /tmp/oa-zZshdp/code.lsp ; in: DEFUN |EXPR;before?;2$B;125| ; (DEFUN BOOT::|EXPR;before?;2$B;125| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 403))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EXPR;before?;2$B;125| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|EXPR;before?;2$B;125| ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 403)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |EXPR;numer;$Smp;126| ...) ; compiling (DEFUN |EXPR;coerce;Smp$;127| ...) ; compiling (DEFUN |EXPR;reducedSystem;MM;128| ...) ; compiling (DEFUN |EXPR;reducedSystem;MVR;129| ...) ; file: /tmp/oa-zZshdp/code.lsp ; in: DEFUN |EXPR;reducedSystem;MVR;129| ; (DEFUN BOOT::|EXPR;reducedSystem;MVR;129| (BOOT::|m| BOOT::|v| BOOT::$) ; (BOOT::SPADCALL BOOT::|m| BOOT::|v| (BOOT::|shellEntry| BOOT::$ 123))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EXPR;reducedSystem;MVR;129| ; (BOOT::|m| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|EXPR;reducedSystem;MVR;129| ; (BOOT::SPADCALL BOOT::|m| BOOT::|v| (BOOT::|shellEntry| BOOT::$ 123)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |EXPR;convert;$If;130| ...) ; compiling (DEFUN |EXPR;kintmatch| ...) ; compiling (DEFUN |EXPR;patternMatch;$P2Pmr;132| ...) ; compiling (DEFUN |EXPR;kfltmatch| ...) ; compiling (DEFUN |EXPR;patternMatch;$P2Pmr;134| ...) ; compiling (DEFUN |EXPR;Zero;$;135| ...) ; compiling (DEFUN |EXPR;+;3$;136| ...) ; compiling (DEFUN |EXPR;=;2$B;137| ...) ; file: /tmp/oa-zZshdp/code.lsp ; in: DEFUN |EXPR;=;2$B;137| ; (DEFUN BOOT::|EXPR;=;2$B;137| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 420))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EXPR;=;2$B;137| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|EXPR;=;2$B;137| ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 420)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |EXPR;before?;2$B;138| ...) ; file: /tmp/oa-zZshdp/code.lsp ; in: DEFUN |EXPR;before?;2$B;138| ; (DEFUN BOOT::|EXPR;before?;2$B;138| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 421))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EXPR;before?;2$B;138| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|EXPR;before?;2$B;138| ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 421)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |EXPR;coerce;K$;139| ...) ; compiling (DEFUN |EXPR;kernels;$L;140| ...) ; file: /tmp/oa-zZshdp/code.lsp ; in: DEFUN |EXPR;kernels;$L;140| ; (DEFUN BOOT::|EXPR;kernels;$L;140| (BOOT::|x| BOOT::$) ; (LET ((#:G994 (BOOT::SPADCALL BOOT::|x| #)) (#:G872 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G994 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EXPR;kernels;$L;140| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|EXPR;kernels;$L;140| ; (LET ((#:G994 #) (#:G872 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |EXPR;coerce;R$;141| ...) ; compiling (DEFUN |EXPR;retract;$R;142| ...) ; compiling (DEFUN |EXPR;coerce;$Of;143| ...) ; compiling (DEFUN |EXPR;kereval| ...) ; compiling (DEFUN |EXPR;kereval!1| ...) ; compiling (DEFUN |EXPR;kereval!0| ...) ; compiling (DEFUN |EXPR;subeval| ...) ; compiling (DEFUN |EXPR;subeval!0| ...) ; compiling (DEFUN |EXPR;isPlus;$U;146| ...) ; compiling (DEFUN |EXPR;isMult;$U;147| ...) ; compiling (DEFUN |EXPR;eval;$LL$;148| ...) ; compiling (DEFUN |EXPR;subst;$LL$;149| ...) ; compiling (DEFUN |EXPR;retractIfCan;$U;150| ...) ; compiling (DEFUN |EXPR;-;2$;151| ...) ; compiling (DEFUN |EXPR;before?;2$B;152| ...) ; file: /tmp/oa-zZshdp/code.lsp ; in: DEFUN |EXPR;before?;2$B;152| ; (DEFUN BOOT::|EXPR;before?;2$B;152| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 452))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EXPR;before?;2$B;152| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|EXPR;before?;2$B;152| ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 452)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |EXPR;=;2$B;153| ...) ; file: /tmp/oa-zZshdp/code.lsp ; in: DEFUN |EXPR;=;2$B;153| ; (DEFUN BOOT::|EXPR;=;2$B;153| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 453))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EXPR;=;2$B;153| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|EXPR;=;2$B;153| ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 453)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |EXPR;coerce;K$;154| ...) ; compiling (DEFUN |EXPR;kernels;$L;155| ...) ; compiling (DEFUN |EXPR;coerce;R$;156| ...) ; compiling (DEFUN |EXPR;retract;$R;157| ...) ; compiling (DEFUN |EXPR;retractIfCan;$U;158| ...) ; compiling (DEFUN |EXPR;coerce;$Of;159| ...) ; compiling (DEFUN |EXPR;eval;$LL$;160| ...) ; compiling (DEFUN |EXPR;eval;$LL$;160!1| ...) ; compiling (DEFUN |EXPR;eval;$LL$;160!0| ...) ; compiling (DEFUN |EXPR;subst;$LL$;161| ...) ; compiling (DEFUN |EXPR;subst;$LL$;161!0| ...) ; compiling (DEFUN |EXPR;convert;$If;162| ...) ; compiling (DEFUN |Expression| ...) ; compiling (DEFUN |Expression;| ...) ; compiling (MAKEPROP (QUOTE |Expression|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 17 notes ; /tmp/oa-zZshdp/code.fasl written ; compilation finished in 0:00:00.417 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/AN.fasl --optimize=3 AN.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/AN.spad using Spad compiler. AN abbreviates domain AlgebraicNumber debug: compDefine1 lhs: (AlgebraicNumber) signature (pre-evaluate): ((Join (ExpressionSpace) (AlgebraicallyClosedField) (RetractableTo (Integer)) (RetractableTo (Fraction (Integer))) (LinearlyExplicitRingOver (Integer)) (RealConstant) (LinearlyExplicitRingOver (Fraction (Integer))) (CharacteristicZero) (ConvertibleTo (Complex (Float))) (DifferentialRing) (CoercibleFrom (SparseMultivariatePolynomial (Integer) (Kernel $))) (CATEGORY domain (SIGNATURE numer ((SparseMultivariatePolynomial (Integer) (Kernel $)) $)) (SIGNATURE denom ((SparseMultivariatePolynomial (Integer) (Kernel $)) $)) (SIGNATURE reduce ($ $)) (SIGNATURE norm ((SparseUnivariatePolynomial $) (SparseUnivariatePolynomial $) (Kernel $))) (SIGNATURE norm ((SparseUnivariatePolynomial $) (SparseUnivariatePolynomial $) (List (Kernel $)))) (SIGNATURE norm ($ $ (Kernel $))) (SIGNATURE norm ($ $ (List (Kernel $))))))) debug: evaluateType form: (Join (ExpressionSpace) (AlgebraicallyClosedField) (RetractableTo (Integer)) (RetractableTo (Fraction (Integer))) (LinearlyExplicitRingOver (Integer)) (RealConstant) (LinearlyExplicitRingOver (Fraction (Integer))) (CharacteristicZero) (ConvertibleTo (Complex (Float))) (DifferentialRing) (CoercibleFrom (SparseMultivariatePolynomial (Integer) (Kernel $))) (CATEGORY domain (SIGNATURE numer ((SparseMultivariatePolynomial (Integer) (Kernel $)) $)) (SIGNATURE denom ((SparseMultivariatePolynomial (Integer) (Kernel $)) $)) (SIGNATURE reduce ($ $)) (SIGNATURE norm ((SparseUnivariatePolynomial $) (SparseUnivariatePolynomial $) (Kernel $))) (SIGNATURE norm ((SparseUnivariatePolynomial $) (SparseUnivariatePolynomial $) (List (Kernel $)))) (SIGNATURE norm ($ $ (Kernel $))) (SIGNATURE norm ($ $ (List (Kernel $)))))) $param: NIL debug: evaluateType form: (ExpressionSpace) $param: NIL Debug: evaluateType1 form: (ExpressionSpace) debug: evaluateType form: (AlgebraicallyClosedField) $param: NIL Debug: evaluateType1 form: (AlgebraicallyClosedField) debug: evaluateType form: (RetractableTo (Integer)) $param: NIL Debug: evaluateType1 form: (RetractableTo (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (RetractableTo (Fraction (Integer))) $param: NIL Debug: evaluateType1 form: (RetractableTo (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Type) debug: evaluateType form: (LinearlyExplicitRingOver (Integer)) $param: NIL Debug: evaluateType1 form: (LinearlyExplicitRingOver (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evaluateType form: (RealConstant) $param: NIL Debug: evaluateType1 form: (RealConstant) debug: evaluateType form: (LinearlyExplicitRingOver (Fraction (Integer))) $param: NIL Debug: evaluateType1 form: (LinearlyExplicitRingOver (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evaluateType form: (CharacteristicZero) $param: NIL Debug: evaluateType1 form: (CharacteristicZero) debug: evaluateType form: (ConvertibleTo (Complex (Float))) $param: NIL Debug: evaluateType1 form: (ConvertibleTo (Complex (Float))) debug: evaluateType1 x: (Complex (Float)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Complex (Float)) $param: NIL Debug: evaluateType1 form: (Complex (Float)) debug: evaluateType1 x: (Float) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (CommutativeRing) debug: evalCategory d: (Complex (Float)) c: (Type) debug: evaluateType form: (DifferentialRing) $param: NIL Debug: evaluateType1 form: (DifferentialRing) debug: evaluateType form: (CoercibleFrom (SparseMultivariatePolynomial (Integer) (Kernel $))) $param: NIL Debug: evaluateType1 form: (CoercibleFrom (SparseMultivariatePolynomial (Integer) (Kernel $))) debug: evaluateType1 x: (SparseMultivariatePolynomial (Integer) (Kernel $)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseMultivariatePolynomial (Integer) (Kernel $)) $param: NIL Debug: evaluateType1 form: (SparseMultivariatePolynomial (Integer) (Kernel $)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evaluateType1 x: (Kernel $) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: NIL Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (Kernel $) $param: NIL Debug: evaluateType1 form: (Kernel $) debug: evaluateType1 x: $ m: (SetCategory) debug: evalCategory d: (Kernel $) c: (OrderedSet) debug: evalCategory d: (SparseMultivariatePolynomial (Integer) (Kernel $)) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE numer ((SparseMultivariatePolynomial (Integer) (Kernel $)) $)) (SIGNATURE denom ((SparseMultivariatePolynomial (Integer) (Kernel $)) $)) (SIGNATURE reduce ($ $)) (SIGNATURE norm ((SparseUnivariatePolynomial $) (SparseUnivariatePolynomial $) (Kernel $))) (SIGNATURE norm ((SparseUnivariatePolynomial $) (SparseUnivariatePolynomial $) (List (Kernel $)))) (SIGNATURE norm ($ $ (Kernel $))) (SIGNATURE norm ($ $ (List (Kernel $))))) $param: NIL debug: evaluateType form: (SparseMultivariatePolynomial (Integer) (Kernel $)) $param: NIL Debug: evaluateType1 form: (SparseMultivariatePolynomial (Integer) (Kernel $)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evaluateType1 x: (Kernel $) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: NIL Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (Kernel $) $param: NIL Debug: evaluateType1 form: (Kernel $) debug: evaluateType1 x: $ m: (SetCategory) debug: evalCategory d: (Kernel $) c: (OrderedSet) debug: evaluateType form: (SparseMultivariatePolynomial (Integer) (Kernel $)) $param: NIL Debug: evaluateType1 form: (SparseMultivariatePolynomial (Integer) (Kernel $)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evaluateType1 x: (Kernel $) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: NIL Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (Kernel $) $param: NIL Debug: evaluateType1 form: (Kernel $) debug: evaluateType1 x: $ m: (SetCategory) debug: evalCategory d: (Kernel $) c: (OrderedSet) debug: evaluateType form: (SparseUnivariatePolynomial $) $param: NIL Debug: evaluateType1 form: (SparseUnivariatePolynomial $) debug: evaluateType1 x: $ m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial $) $param: NIL Debug: evaluateType1 form: (SparseUnivariatePolynomial $) debug: evaluateType1 x: $ m: (Ring) debug: evaluateType form: (Kernel $) $param: NIL Debug: evaluateType1 form: (Kernel $) debug: evaluateType1 x: $ m: (SetCategory) debug: evaluateType form: (SparseUnivariatePolynomial $) $param: NIL Debug: evaluateType1 form: (SparseUnivariatePolynomial $) debug: evaluateType1 x: $ m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial $) $param: NIL Debug: evaluateType1 form: (SparseUnivariatePolynomial $) debug: evaluateType1 x: $ m: (Ring) debug: evaluateType form: (List (Kernel $)) $param: NIL Debug: evaluateType1 form: (List (Kernel $)) debug: evaluateType1 x: (Kernel $) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Kernel $) $param: NIL Debug: evaluateType1 form: (Kernel $) debug: evaluateType1 x: $ m: (SetCategory) debug: evalCategory d: (Kernel $) c: (Type) debug: evaluateType form: (Kernel $) $param: NIL Debug: evaluateType1 form: (Kernel $) debug: evaluateType1 x: $ m: (SetCategory) debug: evaluateType form: (List (Kernel $)) $param: NIL Debug: evaluateType1 form: (List (Kernel $)) debug: evaluateType1 x: (Kernel $) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Kernel $) $param: NIL Debug: evaluateType1 form: (Kernel $) debug: evaluateType1 x: $ m: (SetCategory) debug: evalCategory d: (Kernel $) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (ExpressionSpace) (AlgebraicallyClosedField) (RetractableTo (Integer)) (RetractableTo (Fraction (Integer))) (LinearlyExplicitRingOver (Integer)) (RealConstant) (LinearlyExplicitRingOver (Fraction (Integer))) (CharacteristicZero) (ConvertibleTo (Complex (Float))) (DifferentialRing) (CoercibleFrom (SparseMultivariatePolynomial (Integer) (Kernel $))) (CATEGORY domain (SIGNATURE numer ((SparseMultivariatePolynomial (Integer) (Kernel $)) $)) (SIGNATURE denom ((SparseMultivariatePolynomial (Integer) (Kernel $)) $)) (SIGNATURE reduce ($ $)) (SIGNATURE norm ((SparseUnivariatePolynomial $) (SparseUnivariatePolynomial $) (Kernel $))) (SIGNATURE norm ((SparseUnivariatePolynomial $) (SparseUnivariatePolynomial $) (List (Kernel $)))) (SIGNATURE norm ($ $ (Kernel $))) (SIGNATURE norm ($ $ (List (Kernel $))))))) ------------------------------------------------------------------------ initializing stationary directory for AlgebraicNumber compiling into /tmp/oa-Sxwjc8 compiling exported zero? : % -> Boolean Time: 0.09 SEC. compiling exported one? : % -> Boolean Time: 0.01 SEC. compiling exported = : (%,%) -> Boolean Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.04 SEC. Warnings: [1] zero?: trueEqual has no value [2] one?: trueEqual has no value [3] =: trueEqual has no value Cumulative Statistics for Constructor AlgebraicNumber Time: 0.15 seconds (|RealConstant|) extends (|ConvertibleTo| (|DoubleFloat|)) but not (|ConvertibleTo| (|Complex| (|Float|))) (|RetractableTo| (|Kernel| $)) extends (|CoercibleFrom| (|Kernel| $)) but not (|CoercibleFrom| (|SparseMultivariatePolynomial| (|Integer|) (|Kernel| $))) (|RetractableTo| (|Integer|)) extends (|CoercibleFrom| (|Integer|)) but not (|CoercibleFrom| (|SparseMultivariatePolynomial| (|Integer|) (|Kernel| $))) (|RetractableTo| (|Fraction| (|Integer|))) extends (|CoercibleFrom| (|Fraction| (|Integer|))) but not (|CoercibleFrom| (|SparseMultivariatePolynomial| (|Integer|) (|Kernel| $))) --------------non extending category---------------------- AlgebraicNumber of category Join(ExpressionSpace, AlgebraicallyClosedField,RetractableTo Integer,RetractableTo Fraction Integer,LinearlyExplicitRingOver Integer,RealConstant, LinearlyExplicitRingOver Fraction Integer,CharacteristicZero, ConvertibleTo Complex Float,DifferentialRing,CoercibleFrom SparseMultivariatePolynomial(Integer,Kernel $)) with numer : % -> SparseMultivariatePolynomial(Integer,Kernel %) denom : % -> SparseMultivariatePolynomial(Integer,Kernel %) reduce : % -> % norm : (SparseUnivariatePolynomial %,Kernel %) -> SparseUnivariatePolynomial % norm : (SparseUnivariatePolynomial %,List Kernel %) -> SparseUnivariatePolynomial % norm : (%,Kernel %) -> % norm : (%,List Kernel %) -> % has no trueEqual : (%,%) -> Boolean ---------------------------------------------------------- finalizing NRLIB AN Processing AlgebraicNumber for Browser database: -- numer : % -> P -- denom : % -> P -- reduce : % -> % -- norm : (SUP %,Kernel %) -> SUP % -- norm : (SUP %,List Kernel %) -> SUP % -- norm : (%,Kernel %) -> % -- norm : (%,List Kernel %) -> % -- constructor ; compiling file "/tmp/oa-Sxwjc8/code.lsp" (written 01 FEB 2016 11:04:01 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |AN;zero?;$B;1| ...) ; file: /tmp/oa-Sxwjc8/code.lsp ; in: DEFUN |AN;zero?;$B;1| ; (DEFUN BOOT::|AN;zero?;$B;1| (BOOT::|a| BOOT::$) ; (BOOT::SPADCALL BOOT::|a| (BOOT::|spadConstant| BOOT::$ 6) ; (BOOT::|shellEntry| BOOT::$ 8))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|AN;zero?;$B;1| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|AN;zero?;$B;1| ; (BOOT::SPADCALL BOOT::|a| (BOOT::|spadConstant| BOOT::$ 6) ; (BOOT::|shellEntry| BOOT::$ 8)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |AN;one?;$B;2| ...) ; file: /tmp/oa-Sxwjc8/code.lsp ; in: DEFUN |AN;one?;$B;2| ; (DEFUN BOOT::|AN;one?;$B;2| (BOOT::|a| BOOT::$) ; (BOOT::SPADCALL BOOT::|a| (BOOT::|spadConstant| BOOT::$ 10) ; (BOOT::|shellEntry| BOOT::$ 8))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|AN;one?;$B;2| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|AN;one?;$B;2| ; (BOOT::SPADCALL BOOT::|a| (BOOT::|spadConstant| BOOT::$ 10) ; (BOOT::|shellEntry| BOOT::$ 8)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |AN;=;2$B;3| ...) ; file: /tmp/oa-Sxwjc8/code.lsp ; in: DEFUN |AN;=;2$B;3| ; (DEFUN BOOT::|AN;=;2$B;3| (BOOT::|a| BOOT::|b| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|a| BOOT::|b| (BOOT::|shellEntry| BOOT::$ 12)) ; (BOOT::|spadConstant| BOOT::$ 6) (BOOT::|shellEntry| BOOT::$ 8))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|AN;=;2$B;3| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|AN;=;2$B;3| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|a| BOOT::|b| (BOOT::|shellEntry| BOOT::$ 12)) ; (BOOT::|spadConstant| BOOT::$ 6) (BOOT::|shellEntry| BOOT::$ 8)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |AlgebraicNumber| ...) ; compiling (DEFUN |AlgebraicNumber;| ...) ; compiling (MAKEPROP (QUOTE |AlgebraicNumber|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 3 notes ; /tmp/oa-Sxwjc8/code.fasl written ; compilation finished in 0:00:00.039 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/FS2.fasl --optimize=3 FS2.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FS2.spad using Spad compiler. FS2 abbreviates package FunctionSpaceFunctions2 debug: compDefine1 lhs: (FunctionSpaceFunctions2 R A S B) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map (B (Mapping S R) A))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map (B (Mapping S R) A))) $param: (R A S B) debug: evaluateType form: B $param: (R A S B) debug: evaluateType form: (Mapping S R) $param: (R A S B) debug: evaluateType form: S $param: (R A S B) debug: evaluateType form: R $param: (R A S B) debug: evaluateType form: A $param: (R A S B) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map (B (Mapping S R) A))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FunctionSpaceFunctions2 compiling into /tmp/oa-w1smar compiling local smpmap : (R -> S,SparseMultivariatePolynomial(R,Kernel A)) -> B Time: 0.11 SEC. compiling exported map : (R -> S,A) -> B Time: 0.06 SEC. compiling exported map : (R -> S,A) -> B Time: 0.17 SEC. compiling exported map : (R -> S,A) -> B Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] map: not known that SetCategory is of mode CATEGORY(package,map: ((R -> S),A) -> B) Cumulative Statistics for Constructor FunctionSpaceFunctions2 Time: 0.36 seconds finalizing NRLIB FS2 Processing FunctionSpaceFunctions2 for Browser database: -- map : ((R -> S),A) -> B -- constructor ; compiling file "/tmp/oa-w1smar/code.lsp" (written 01 FEB 2016 11:04:01 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FS2;smpmap| ...) ; compiling (DEFUN |FS2;smpmap!2| ...) ; compiling (DEFUN |FS2;smpmap!1| ...) ; compiling (DEFUN |FS2;smpmap!0| ...) ; compiling (DEFUN |FS2;map;MAB;2| ...) ; compiling (DEFUN |FS2;map;MAB;3| ...) ; compiling (DEFUN |FS2;map;MAB;4| ...) ; compiling (DEFUN |FunctionSpaceFunctions2| ...) ; compiling (DEFUN |FunctionSpaceFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |FunctionSpaceFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-w1smar/code.fasl written ; compilation finished in 0:00:00.043 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/EXPR2.fasl --optimize=3 EXPR2.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/EXPR2.spad using Spad compiler. EXPR2 abbreviates package ExpressionFunctions2 debug: compDefine1 lhs: (ExpressionFunctions2 R S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((Expression S) (Mapping S R) (Expression R)))) (SetCategory) (SetCategory)) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((Expression S) (Mapping S R) (Expression R)))) $param: (R S) debug: evaluateType form: (Expression S) $param: (R S) Debug: evaluateType1 form: (Expression S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (Mapping S R) $param: (R S) debug: evaluateType form: S $param: (R S) debug: evaluateType form: R $param: (R S) debug: evaluateType form: (Expression R) $param: (R S) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R S) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((Expression S) (Mapping S R) (Expression R)))) (SetCategory) (SetCategory)) debug: compDefine1 lhs: (ExpressionFunctions2 R S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((Expression S) (Mapping S R) (Expression R)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((Expression S) (Mapping S R) (Expression R)))) $param: (R S) debug: evaluateType form: (Expression S) $param: (R S) Debug: evaluateType1 form: (Expression S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (Mapping S R) $param: (R S) debug: evaluateType form: S $param: (R S) debug: evaluateType form: R $param: (R S) debug: evaluateType form: (Expression R) $param: (R S) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((Expression S) (Mapping S R) (Expression R)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ExpressionFunctions2 compiling into /tmp/oa-SBelMV compiling exported map : (R -> S,Expression R) -> Expression S Time: 0.04 SEC. compiling exported map : (R -> S,Expression R) -> Expression S Time: 0.09 SEC. compiling exported map : (R -> S,Expression R) -> Expression S Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Warnings: [1] map: not known that SetCategory is of mode CATEGORY(package,map: ((R -> S),Expression R) -> Expression S) Cumulative Statistics for Constructor ExpressionFunctions2 Time: 0.16 seconds finalizing NRLIB EXPR2 Processing ExpressionFunctions2 for Browser database: -- map : ((R -> S),Expression R) -> Expression S -- constructor ; compiling file "/tmp/oa-SBelMV/code.lsp" (written 01 FEB 2016 11:04:02 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |EXPR2;map;MEE;1| ...) ; compiling (DEFUN |EXPR2;map;MEE;2| ...) ; compiling (DEFUN |EXPR2;map;MEE;2!0| ...) ; compiling (DEFUN |EXPR2;map;MEE;3| ...) ; compiling (DEFUN |EXPR2;map;MEE;3!0| ...) ; compiling (DEFUN |ExpressionFunctions2| ...) ; compiling (DEFUN |ExpressionFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |ExpressionFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-SBelMV/code.fasl written ; compilation finished in 0:00:00.025 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile IAN.spad && cp IAN.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IAN.fasl \ && if test -f IAN-.NRLIB/code.fasl; then \ cp IAN-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IAN-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IAN.spad using Spad compiler. IAN abbreviates domain InnerAlgebraicNumber debug: compDefine1 lhs: (InnerAlgebraicNumber) signature (pre-evaluate): ((Join (ExpressionSpace) (AlgebraicallyClosedField) (RetractableTo (Integer)) (RetractableTo (Fraction (Integer))) (LinearlyExplicitRingOver (Integer)) (RealConstant) (LinearlyExplicitRingOver (Fraction (Integer))) (CharacteristicZero) (ConvertibleTo (Complex (Float))) (DifferentialRing) (CoercibleFrom (SparseMultivariatePolynomial (Integer) (Kernel $))) (CATEGORY domain (SIGNATURE numer ((SparseMultivariatePolynomial (Integer) (Kernel $)) $)) (SIGNATURE denom ((SparseMultivariatePolynomial (Integer) (Kernel $)) $)) (SIGNATURE reduce ($ $)) (SIGNATURE trueEqual ((Boolean) $ $)) (SIGNATURE norm ((SparseUnivariatePolynomial $) (SparseUnivariatePolynomial $) (Kernel $))) (SIGNATURE norm ((SparseUnivariatePolynomial $) (SparseUnivariatePolynomial $) (List (Kernel $)))) (SIGNATURE norm ($ $ (Kernel $))) (SIGNATURE norm ($ $ (List (Kernel $))))))) debug: evaluateType form: (Join (ExpressionSpace) (AlgebraicallyClosedField) (RetractableTo (Integer)) (RetractableTo (Fraction (Integer))) (LinearlyExplicitRingOver (Integer)) (RealConstant) (LinearlyExplicitRingOver (Fraction (Integer))) (CharacteristicZero) (ConvertibleTo (Complex (Float))) (DifferentialRing) (CoercibleFrom (SparseMultivariatePolynomial (Integer) (Kernel $))) (CATEGORY domain (SIGNATURE numer ((SparseMultivariatePolynomial (Integer) (Kernel $)) $)) (SIGNATURE denom ((SparseMultivariatePolynomial (Integer) (Kernel $)) $)) (SIGNATURE reduce ($ $)) (SIGNATURE trueEqual ((Boolean) $ $)) (SIGNATURE norm ((SparseUnivariatePolynomial $) (SparseUnivariatePolynomial $) (Kernel $))) (SIGNATURE norm ((SparseUnivariatePolynomial $) (SparseUnivariatePolynomial $) (List (Kernel $)))) (SIGNATURE norm ($ $ (Kernel $))) (SIGNATURE norm ($ $ (List (Kernel $)))))) $param: NIL debug: evaluateType form: (ExpressionSpace) $param: NIL Debug: evaluateType1 form: (ExpressionSpace) debug: evaluateType form: (AlgebraicallyClosedField) $param: NIL Debug: evaluateType1 form: (AlgebraicallyClosedField) debug: evaluateType form: (RetractableTo (Integer)) $param: NIL Debug: evaluateType1 form: (RetractableTo (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (RetractableTo (Fraction (Integer))) $param: NIL Debug: evaluateType1 form: (RetractableTo (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Type) debug: evaluateType form: (LinearlyExplicitRingOver (Integer)) $param: NIL Debug: evaluateType1 form: (LinearlyExplicitRingOver (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evaluateType form: (RealConstant) $param: NIL Debug: evaluateType1 form: (RealConstant) debug: evaluateType form: (LinearlyExplicitRingOver (Fraction (Integer))) $param: NIL Debug: evaluateType1 form: (LinearlyExplicitRingOver (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evaluateType form: (CharacteristicZero) $param: NIL Debug: evaluateType1 form: (CharacteristicZero) debug: evaluateType form: (ConvertibleTo (Complex (Float))) $param: NIL Debug: evaluateType1 form: (ConvertibleTo (Complex (Float))) debug: evaluateType1 x: (Complex (Float)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Complex (Float)) $param: NIL Debug: evaluateType1 form: (Complex (Float)) debug: evaluateType1 x: (Float) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (CommutativeRing) debug: evalCategory d: (Complex (Float)) c: (Type) debug: evaluateType form: (DifferentialRing) $param: NIL Debug: evaluateType1 form: (DifferentialRing) debug: evaluateType form: (CoercibleFrom (SparseMultivariatePolynomial (Integer) (Kernel $))) $param: NIL Debug: evaluateType1 form: (CoercibleFrom (SparseMultivariatePolynomial (Integer) (Kernel $))) debug: evaluateType1 x: (SparseMultivariatePolynomial (Integer) (Kernel $)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseMultivariatePolynomial (Integer) (Kernel $)) $param: NIL Debug: evaluateType1 form: (SparseMultivariatePolynomial (Integer) (Kernel $)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evaluateType1 x: (Kernel $) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: NIL Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (Kernel $) $param: NIL Debug: evaluateType1 form: (Kernel $) debug: evaluateType1 x: $ m: (SetCategory) debug: evalCategory d: (Kernel $) c: (OrderedSet) debug: evalCategory d: (SparseMultivariatePolynomial (Integer) (Kernel $)) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE numer ((SparseMultivariatePolynomial (Integer) (Kernel $)) $)) (SIGNATURE denom ((SparseMultivariatePolynomial (Integer) (Kernel $)) $)) (SIGNATURE reduce ($ $)) (SIGNATURE trueEqual ((Boolean) $ $)) (SIGNATURE norm ((SparseUnivariatePolynomial $) (SparseUnivariatePolynomial $) (Kernel $))) (SIGNATURE norm ((SparseUnivariatePolynomial $) (SparseUnivariatePolynomial $) (List (Kernel $)))) (SIGNATURE norm ($ $ (Kernel $))) (SIGNATURE norm ($ $ (List (Kernel $))))) $param: NIL debug: evaluateType form: (SparseMultivariatePolynomial (Integer) (Kernel $)) $param: NIL Debug: evaluateType1 form: (SparseMultivariatePolynomial (Integer) (Kernel $)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evaluateType1 x: (Kernel $) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: NIL Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (Kernel $) $param: NIL Debug: evaluateType1 form: (Kernel $) debug: evaluateType1 x: $ m: (SetCategory) debug: evalCategory d: (Kernel $) c: (OrderedSet) debug: evaluateType form: (SparseMultivariatePolynomial (Integer) (Kernel $)) $param: NIL Debug: evaluateType1 form: (SparseMultivariatePolynomial (Integer) (Kernel $)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evaluateType1 x: (Kernel $) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: NIL Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (Kernel $) $param: NIL Debug: evaluateType1 form: (Kernel $) debug: evaluateType1 x: $ m: (SetCategory) debug: evalCategory d: (Kernel $) c: (OrderedSet) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (SparseUnivariatePolynomial $) $param: NIL Debug: evaluateType1 form: (SparseUnivariatePolynomial $) debug: evaluateType1 x: $ m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial $) $param: NIL Debug: evaluateType1 form: (SparseUnivariatePolynomial $) debug: evaluateType1 x: $ m: (Ring) debug: evaluateType form: (Kernel $) $param: NIL Debug: evaluateType1 form: (Kernel $) debug: evaluateType1 x: $ m: (SetCategory) debug: evaluateType form: (SparseUnivariatePolynomial $) $param: NIL Debug: evaluateType1 form: (SparseUnivariatePolynomial $) debug: evaluateType1 x: $ m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial $) $param: NIL Debug: evaluateType1 form: (SparseUnivariatePolynomial $) debug: evaluateType1 x: $ m: (Ring) debug: evaluateType form: (List (Kernel $)) $param: NIL Debug: evaluateType1 form: (List (Kernel $)) debug: evaluateType1 x: (Kernel $) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Kernel $) $param: NIL Debug: evaluateType1 form: (Kernel $) debug: evaluateType1 x: $ m: (SetCategory) debug: evalCategory d: (Kernel $) c: (Type) debug: evaluateType form: (Kernel $) $param: NIL Debug: evaluateType1 form: (Kernel $) debug: evaluateType1 x: $ m: (SetCategory) debug: evaluateType form: (List (Kernel $)) $param: NIL Debug: evaluateType1 form: (List (Kernel $)) debug: evaluateType1 x: (Kernel $) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Kernel $) $param: NIL Debug: evaluateType1 form: (Kernel $) debug: evaluateType1 x: $ m: (SetCategory) debug: evalCategory d: (Kernel $) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (ExpressionSpace) (AlgebraicallyClosedField) (RetractableTo (Integer)) (RetractableTo (Fraction (Integer))) (LinearlyExplicitRingOver (Integer)) (RealConstant) (LinearlyExplicitRingOver (Fraction (Integer))) (CharacteristicZero) (ConvertibleTo (Complex (Float))) (DifferentialRing) (CoercibleFrom (SparseMultivariatePolynomial (Integer) (Kernel $))) (CATEGORY domain (SIGNATURE numer ((SparseMultivariatePolynomial (Integer) (Kernel $)) $)) (SIGNATURE denom ((SparseMultivariatePolynomial (Integer) (Kernel $)) $)) (SIGNATURE reduce ($ $)) (SIGNATURE trueEqual ((Boolean) $ $)) (SIGNATURE norm ((SparseUnivariatePolynomial $) (SparseUnivariatePolynomial $) (Kernel $))) (SIGNATURE norm ((SparseUnivariatePolynomial $) (SparseUnivariatePolynomial $) (List (Kernel $)))) (SIGNATURE norm ($ $ (Kernel $))) (SIGNATURE norm ($ $ (List (Kernel $))))))) ------------------------------------------------------------------------ initializing stationary directory for InnerAlgebraicNumber compiling into /tmp/oa-hiHQLl compiling local mainRatDenom : % -> % Time: 0.14 SEC. compiling local findDenominator : SparseUnivariatePolynomial % -> Record(num: SparseUnivariatePolynomial %,den: %) Time: 0.12 SEC. compiling local makeUnivariate : (SparseMultivariatePolynomial(Integer,Kernel %),Kernel %) -> SparseUnivariatePolynomial % Time: 0.12 SEC. compiling exported differentiate : % -> % Time: 0 SEC. compiling exported zero? : % -> Boolean Time: 0.07 SEC. compiling exported one? : % -> Boolean Time: 0.07 SEC. compiling exported / : (%,%) -> % Time: 0.00 SEC. compiling exported ** : (%,Integer) -> % Time: 0.02 SEC. compiling exported trueEqual : (%,%) -> Boolean Time: 0.22 SEC. compiling exported norm : (%,Kernel %) -> % Time: 0.02 SEC. compiling exported norm : (%,List Kernel %) -> % Time: 0.01 SEC. compiling exported norm : (SparseUnivariatePolynomial %,Kernel %) -> SparseUnivariatePolynomial % Time: 0.06 SEC. compiling exported norm : (SparseUnivariatePolynomial %,List Kernel %) -> SparseUnivariatePolynomial % Time: 0.02 SEC. compiling exported belong? : BasicOperator -> Boolean Debug compQuote expr: (QUOTE %alg) m: $EmptyMode Debug compQuote expr: (QUOTE %alg) m: (Identifier) Time: 0.03 SEC. compiling exported convert : % -> Float Time: 0.14 SEC. compiling exported convert : % -> DoubleFloat Time: 0.13 SEC. compiling exported convert : % -> Complex Float Time: 0.12 SEC. (time taken in buildFunctor: 4) Time: 0.03 SEC. Warnings: [1] OpenAxiom suggests removing assignment to Rep [2] trueEqual: reverse has no value Cumulative Statistics for Constructor InnerAlgebraicNumber Time: 1.32 seconds --------------non extending category---------------------- InnerAlgebraicNumber of category Join(ExpressionSpace, AlgebraicallyClosedField,RetractableTo Integer,RetractableTo Fraction Integer,LinearlyExplicitRingOver Integer,RealConstant, LinearlyExplicitRingOver Fraction Integer,CharacteristicZero, ConvertibleTo Complex Float,DifferentialRing,CoercibleFrom SparseMultivariatePolynomial(Integer,Kernel $)) with numer : % -> SparseMultivariatePolynomial(Integer,Kernel %) denom : % -> SparseMultivariatePolynomial(Integer,Kernel %) reduce : % -> % trueEqual : (%,%) -> Boolean norm : (SparseUnivariatePolynomial %,Kernel %) -> SparseUnivariatePolynomial % norm : (SparseUnivariatePolynomial %,List Kernel %) -> SparseUnivariatePolynomial % norm : (%,Kernel %) -> % norm : (%,List Kernel %) -> % has no FunctionSpace Integer ---------------------------------------------------------- finalizing NRLIB IAN Processing InnerAlgebraicNumber for Browser database: -- numer : % -> P -- denom : % -> P -- reduce : % -> % -- trueEqual : (%,%) -> Boolean -- norm : (SUP %,Kernel %) -> SUP % -- norm : (SUP %,List Kernel %) -> SUP % -- norm : (%,Kernel %) -> % -- norm : (%,List Kernel %) -> % -- constructor ; compiling file "/tmp/oa-hiHQLl/code.lsp" (written 01 FEB 2016 11:04:03 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |IAN;mainRatDenom| ...) ; compiling (DEFUN |IAN;findDenominator| ...) ; compiling (DEFUN |IAN;makeUnivariate| ...) ; compiling (DEFUN |IAN;makeUnivariate!0| ...) ; compiling (DEFUN |IAN;differentiate;2$;4| ...) ; file: /tmp/oa-hiHQLl/code.lsp ; in: DEFUN |IAN;differentiate;2$;4| ; (DEFUN BOOT::|IAN;differentiate;2$;4| (BOOT::|x| BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 10)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IAN;differentiate;2$;4| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|IAN;differentiate;2$;4| (BOOT::|spadConstant| BOOT::$ 10))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |IAN;zero?;$B;5| ...) ; file: /tmp/oa-hiHQLl/code.lsp ; in: DEFUN |IAN;zero?;$B;5| ; (DEFUN BOOT::|IAN;zero?;$B;5| (BOOT::|a| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|a| (BOOT::|shellEntry| BOOT::$ 37)) ; (BOOT::|shellEntry| BOOT::$ 38))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IAN;zero?;$B;5| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|IAN;zero?;$B;5| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|a| (BOOT::|shellEntry| BOOT::$ 37)) ; (BOOT::|shellEntry| BOOT::$ 38)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |IAN;one?;$B;6| ...) ; file: /tmp/oa-hiHQLl/code.lsp ; in: DEFUN |IAN;one?;$B;6| ; (DEFUN BOOT::|IAN;one?;$B;6| (BOOT::|a| BOOT::$) ; (AND ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|a| (BOOT::|shellEntry| BOOT::$ 37)) ; (BOOT::|shellEntry| BOOT::$ 40)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|a| (BOOT::|shellEntry| BOOT::$ 20)) ; (BOOT::|shellEntry| BOOT::$ 40)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IAN;one?;$B;6| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|IAN;one?;$B;6| ; (AND ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|a| #) ; (BOOT::|shellEntry| BOOT::$ 40)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|a| #) ; (BOOT::|shellEntry| BOOT::$ 40))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |IAN;/;3$;7| ...) ; compiling (DEFUN |IAN;**;$I$;8| ...) ; compiling (DEFUN |IAN;trueEqual;2$B;9| ...) ; file: /tmp/oa-hiHQLl/code.lsp ; in: DEFUN |IAN;trueEqual;2$B;9| ; (DEFUN BOOT::|IAN;trueEqual;2$B;9| (BOOT::|a| BOOT::|b| BOOT::$) ; (PROG (BOOT::|dg| BOOT::|g| BOOT::|sb| BOOT::|sa| BOOT::|nb| BOOT::|na| ; BOOT::|pb| BOOT::|pa|) ; (RETURN ; (LET (# #) ; (BOOT::SEQ # # # # # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IAN;trueEqual;2$B;9| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|IAN;trueEqual;2$B;9| ; (PROG (BOOT::|dg| BOOT::|g| BOOT::|sb| BOOT::|sa| BOOT::|nb| BOOT::|na| ; BOOT::|pb| BOOT::|pa|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |IAN;norm;$K$;10| ...) ; compiling (DEFUN |IAN;norm;$L$;11| ...) ; compiling (DEFUN |IAN;norm;SupKSup;12| ...) ; compiling (DEFUN |IAN;norm;SupKSup;12!1| ...) ; compiling (DEFUN |IAN;norm;SupKSup;12!0| ...) ; compiling (DEFUN |IAN;norm;SupLSup;13| ...) ; compiling (DEFUN |IAN;belong?;BoB;14| ...) ; file: /tmp/oa-hiHQLl/code.lsp ; in: DEFUN |IAN;belong?;BoB;14| ; (DEFUN BOOT::|IAN;belong?;BoB;14| (BOOT::|op| BOOT::$) ; (OR (BOOT::SPADCALL BOOT::|op| (BOOT::|shellEntry| BOOT::$ 89)) ; (BOOT::SPADCALL BOOT::|op| 'BOOT::|%alg| ; (BOOT::|shellEntry| BOOT::$ 91)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IAN;belong?;BoB;14| ; (BOOT::|op| BOOT::$) ; (BLOCK BOOT::|IAN;belong?;BoB;14| ; (OR (BOOT::SPADCALL BOOT::|op| (BOOT::|shellEntry| BOOT::$ 89)) ; (BOOT::SPADCALL BOOT::|op| 'BOOT::|%alg| ; (BOOT::|shellEntry| BOOT::$ 91))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |IAN;convert;$F;15| ...) ; compiling (DEFUN |IAN;convert;$F;15!0| ...) ; compiling (DEFUN |IAN;convert;$Df;16| ...) ; file: /tmp/oa-hiHQLl/code.lsp ; in: DEFUN |IAN;convert;$Df;16| ; (DEFUN BOOT::|IAN;convert;$Df;16| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL (CONS #'BOOT::|IAN;convert;$Df;16!0| NIL) BOOT::|x| ; (BOOT::|shellEntry| BOOT::$ 106)) ; (BOOT::|shellEntry| BOOT::$ 107))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IAN;convert;$Df;16| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|IAN;convert;$Df;16| ; (BOOT::SPADCALL ; (BOOT::SPADCALL (CONS #'BOOT::|IAN;convert;$Df;16!0| NIL) BOOT::|x| ; (BOOT::|shellEntry| BOOT::$ 106)) ; (BOOT::|shellEntry| BOOT::$ 107)))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |IAN;convert;$Df;16!0| ...) ; file: /tmp/oa-hiHQLl/code.lsp ; in: DEFUN |IAN;convert;$Df;16!0| ; (DEFUN BOOT::|IAN;convert;$Df;16!0| (BOOT::|#1| BOOT::$$) ; (FLOAT BOOT::|#1| BOOT::|$DoubleFloatMaximum|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IAN;convert;$Df;16!0| ; (BOOT::|#1| BOOT::$$) ; (BLOCK BOOT::|IAN;convert;$Df;16!0| ; (FLOAT BOOT::|#1| BOOT::|$DoubleFloatMaximum|))) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |IAN;convert;$C;17| ...) ; compiling (DEFUN |IAN;convert;$C;17!0| ...) ; compiling (DEFUN |InnerAlgebraicNumber| ...) ; compiling (DEFUN |InnerAlgebraicNumber;| ...) ; compiling (MAKEPROP (QUOTE |InnerAlgebraicNumber|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 5 notes ; /tmp/oa-hiHQLl/code.fasl written ; compilation finished in 0:00:00.065 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile AN.spad && cp AN.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/AN.fasl \ && if test -f AN-.NRLIB/code.fasl; then \ cp AN-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/AN-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/AN.spad using Spad compiler. AN abbreviates domain AlgebraicNumber debug: compDefine1 lhs: (AlgebraicNumber) signature (pre-evaluate): ((Join (ExpressionSpace) (AlgebraicallyClosedField) (RetractableTo (Integer)) (RetractableTo (Fraction (Integer))) (LinearlyExplicitRingOver (Integer)) (RealConstant) (LinearlyExplicitRingOver (Fraction (Integer))) (CharacteristicZero) (ConvertibleTo (Complex (Float))) (DifferentialRing) (CoercibleFrom (SparseMultivariatePolynomial (Integer) (Kernel $))) (CATEGORY domain (SIGNATURE numer ((SparseMultivariatePolynomial (Integer) (Kernel $)) $)) (SIGNATURE denom ((SparseMultivariatePolynomial (Integer) (Kernel $)) $)) (SIGNATURE reduce ($ $)) (SIGNATURE norm ((SparseUnivariatePolynomial $) (SparseUnivariatePolynomial $) (Kernel $))) (SIGNATURE norm ((SparseUnivariatePolynomial $) (SparseUnivariatePolynomial $) (List (Kernel $)))) (SIGNATURE norm ($ $ (Kernel $))) (SIGNATURE norm ($ $ (List (Kernel $))))))) debug: evaluateType form: (Join (ExpressionSpace) (AlgebraicallyClosedField) (RetractableTo (Integer)) (RetractableTo (Fraction (Integer))) (LinearlyExplicitRingOver (Integer)) (RealConstant) (LinearlyExplicitRingOver (Fraction (Integer))) (CharacteristicZero) (ConvertibleTo (Complex (Float))) (DifferentialRing) (CoercibleFrom (SparseMultivariatePolynomial (Integer) (Kernel $))) (CATEGORY domain (SIGNATURE numer ((SparseMultivariatePolynomial (Integer) (Kernel $)) $)) (SIGNATURE denom ((SparseMultivariatePolynomial (Integer) (Kernel $)) $)) (SIGNATURE reduce ($ $)) (SIGNATURE norm ((SparseUnivariatePolynomial $) (SparseUnivariatePolynomial $) (Kernel $))) (SIGNATURE norm ((SparseUnivariatePolynomial $) (SparseUnivariatePolynomial $) (List (Kernel $)))) (SIGNATURE norm ($ $ (Kernel $))) (SIGNATURE norm ($ $ (List (Kernel $)))))) $param: NIL debug: evaluateType form: (ExpressionSpace) $param: NIL Debug: evaluateType1 form: (ExpressionSpace) debug: evaluateType form: (AlgebraicallyClosedField) $param: NIL Debug: evaluateType1 form: (AlgebraicallyClosedField) debug: evaluateType form: (RetractableTo (Integer)) $param: NIL Debug: evaluateType1 form: (RetractableTo (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (RetractableTo (Fraction (Integer))) $param: NIL Debug: evaluateType1 form: (RetractableTo (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Type) debug: evaluateType form: (LinearlyExplicitRingOver (Integer)) $param: NIL Debug: evaluateType1 form: (LinearlyExplicitRingOver (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evaluateType form: (RealConstant) $param: NIL Debug: evaluateType1 form: (RealConstant) debug: evaluateType form: (LinearlyExplicitRingOver (Fraction (Integer))) $param: NIL Debug: evaluateType1 form: (LinearlyExplicitRingOver (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evaluateType form: (CharacteristicZero) $param: NIL Debug: evaluateType1 form: (CharacteristicZero) debug: evaluateType form: (ConvertibleTo (Complex (Float))) $param: NIL Debug: evaluateType1 form: (ConvertibleTo (Complex (Float))) debug: evaluateType1 x: (Complex (Float)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Complex (Float)) $param: NIL Debug: evaluateType1 form: (Complex (Float)) debug: evaluateType1 x: (Float) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (CommutativeRing) debug: evalCategory d: (Complex (Float)) c: (Type) debug: evaluateType form: (DifferentialRing) $param: NIL Debug: evaluateType1 form: (DifferentialRing) debug: evaluateType form: (CoercibleFrom (SparseMultivariatePolynomial (Integer) (Kernel $))) $param: NIL Debug: evaluateType1 form: (CoercibleFrom (SparseMultivariatePolynomial (Integer) (Kernel $))) debug: evaluateType1 x: (SparseMultivariatePolynomial (Integer) (Kernel $)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseMultivariatePolynomial (Integer) (Kernel $)) $param: NIL Debug: evaluateType1 form: (SparseMultivariatePolynomial (Integer) (Kernel $)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evaluateType1 x: (Kernel $) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: NIL Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (Kernel $) $param: NIL Debug: evaluateType1 form: (Kernel $) debug: evaluateType1 x: $ m: (SetCategory) debug: evalCategory d: (Kernel $) c: (OrderedSet) debug: evalCategory d: (SparseMultivariatePolynomial (Integer) (Kernel $)) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE numer ((SparseMultivariatePolynomial (Integer) (Kernel $)) $)) (SIGNATURE denom ((SparseMultivariatePolynomial (Integer) (Kernel $)) $)) (SIGNATURE reduce ($ $)) (SIGNATURE norm ((SparseUnivariatePolynomial $) (SparseUnivariatePolynomial $) (Kernel $))) (SIGNATURE norm ((SparseUnivariatePolynomial $) (SparseUnivariatePolynomial $) (List (Kernel $)))) (SIGNATURE norm ($ $ (Kernel $))) (SIGNATURE norm ($ $ (List (Kernel $))))) $param: NIL debug: evaluateType form: (SparseMultivariatePolynomial (Integer) (Kernel $)) $param: NIL Debug: evaluateType1 form: (SparseMultivariatePolynomial (Integer) (Kernel $)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evaluateType1 x: (Kernel $) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: NIL Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (Kernel $) $param: NIL Debug: evaluateType1 form: (Kernel $) debug: evaluateType1 x: $ m: (SetCategory) debug: evalCategory d: (Kernel $) c: (OrderedSet) debug: evaluateType form: (SparseMultivariatePolynomial (Integer) (Kernel $)) $param: NIL Debug: evaluateType1 form: (SparseMultivariatePolynomial (Integer) (Kernel $)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evaluateType1 x: (Kernel $) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: NIL Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (Kernel $) $param: NIL Debug: evaluateType1 form: (Kernel $) debug: evaluateType1 x: $ m: (SetCategory) debug: evalCategory d: (Kernel $) c: (OrderedSet) debug: evaluateType form: (SparseUnivariatePolynomial $) $param: NIL Debug: evaluateType1 form: (SparseUnivariatePolynomial $) debug: evaluateType1 x: $ m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial $) $param: NIL Debug: evaluateType1 form: (SparseUnivariatePolynomial $) debug: evaluateType1 x: $ m: (Ring) debug: evaluateType form: (Kernel $) $param: NIL Debug: evaluateType1 form: (Kernel $) debug: evaluateType1 x: $ m: (SetCategory) debug: evaluateType form: (SparseUnivariatePolynomial $) $param: NIL Debug: evaluateType1 form: (SparseUnivariatePolynomial $) debug: evaluateType1 x: $ m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial $) $param: NIL Debug: evaluateType1 form: (SparseUnivariatePolynomial $) debug: evaluateType1 x: $ m: (Ring) debug: evaluateType form: (List (Kernel $)) $param: NIL Debug: evaluateType1 form: (List (Kernel $)) debug: evaluateType1 x: (Kernel $) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Kernel $) $param: NIL Debug: evaluateType1 form: (Kernel $) debug: evaluateType1 x: $ m: (SetCategory) debug: evalCategory d: (Kernel $) c: (Type) debug: evaluateType form: (Kernel $) $param: NIL Debug: evaluateType1 form: (Kernel $) debug: evaluateType1 x: $ m: (SetCategory) debug: evaluateType form: (List (Kernel $)) $param: NIL Debug: evaluateType1 form: (List (Kernel $)) debug: evaluateType1 x: (Kernel $) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Kernel $) $param: NIL Debug: evaluateType1 form: (Kernel $) debug: evaluateType1 x: $ m: (SetCategory) debug: evalCategory d: (Kernel $) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (ExpressionSpace) (AlgebraicallyClosedField) (RetractableTo (Integer)) (RetractableTo (Fraction (Integer))) (LinearlyExplicitRingOver (Integer)) (RealConstant) (LinearlyExplicitRingOver (Fraction (Integer))) (CharacteristicZero) (ConvertibleTo (Complex (Float))) (DifferentialRing) (CoercibleFrom (SparseMultivariatePolynomial (Integer) (Kernel $))) (CATEGORY domain (SIGNATURE numer ((SparseMultivariatePolynomial (Integer) (Kernel $)) $)) (SIGNATURE denom ((SparseMultivariatePolynomial (Integer) (Kernel $)) $)) (SIGNATURE reduce ($ $)) (SIGNATURE norm ((SparseUnivariatePolynomial $) (SparseUnivariatePolynomial $) (Kernel $))) (SIGNATURE norm ((SparseUnivariatePolynomial $) (SparseUnivariatePolynomial $) (List (Kernel $)))) (SIGNATURE norm ($ $ (Kernel $))) (SIGNATURE norm ($ $ (List (Kernel $))))))) ------------------------------------------------------------------------ initializing stationary directory for AlgebraicNumber compiling into /tmp/oa-RrtXKX compiling exported zero? : % -> Boolean Time: 0.12 SEC. compiling exported one? : % -> Boolean Time: 0.00 SEC. compiling exported = : (%,%) -> Boolean Time: 0.01 SEC. (time taken in buildFunctor: 4) Time: 0.05 SEC. Warnings: [1] zero?: trueEqual has no value [2] one?: trueEqual has no value [3] =: trueEqual has no value Cumulative Statistics for Constructor AlgebraicNumber Time: 0.18 seconds (|RealConstant|) extends (|ConvertibleTo| (|DoubleFloat|)) but not (|ConvertibleTo| (|Complex| (|Float|))) (|RetractableTo| (|Kernel| $)) extends (|CoercibleFrom| (|Kernel| $)) but not (|CoercibleFrom| (|SparseMultivariatePolynomial| (|Integer|) (|Kernel| $))) (|RetractableTo| (|Integer|)) extends (|CoercibleFrom| (|Integer|)) but not (|CoercibleFrom| (|SparseMultivariatePolynomial| (|Integer|) (|Kernel| $))) (|RetractableTo| (|Fraction| (|Integer|))) extends (|CoercibleFrom| (|Fraction| (|Integer|))) but not (|CoercibleFrom| (|SparseMultivariatePolynomial| (|Integer|) (|Kernel| $))) --------------non extending category---------------------- AlgebraicNumber of category Join(ExpressionSpace, AlgebraicallyClosedField,RetractableTo Integer,RetractableTo Fraction Integer,LinearlyExplicitRingOver Integer,RealConstant, LinearlyExplicitRingOver Fraction Integer,CharacteristicZero, ConvertibleTo Complex Float,DifferentialRing,CoercibleFrom SparseMultivariatePolynomial(Integer,Kernel $)) with numer : % -> SparseMultivariatePolynomial(Integer,Kernel %) denom : % -> SparseMultivariatePolynomial(Integer,Kernel %) reduce : % -> % norm : (SparseUnivariatePolynomial %,Kernel %) -> SparseUnivariatePolynomial % norm : (SparseUnivariatePolynomial %,List Kernel %) -> SparseUnivariatePolynomial % norm : (%,Kernel %) -> % norm : (%,List Kernel %) -> % has no trueEqual : (%,%) -> Boolean ---------------------------------------------------------- finalizing NRLIB AN Processing AlgebraicNumber for Browser database: -- numer : % -> P -- denom : % -> P -- reduce : % -> % -- norm : (SUP %,Kernel %) -> SUP % -- norm : (SUP %,List Kernel %) -> SUP % -- norm : (%,Kernel %) -> % -- norm : (%,List Kernel %) -> % -- constructor ; compiling file "/tmp/oa-RrtXKX/code.lsp" (written 01 FEB 2016 11:04:04 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |AN;zero?;$B;1| ...) ; file: /tmp/oa-RrtXKX/code.lsp ; in: DEFUN |AN;zero?;$B;1| ; (DEFUN BOOT::|AN;zero?;$B;1| (BOOT::|a| BOOT::$) ; (BOOT::SPADCALL BOOT::|a| (BOOT::|spadConstant| BOOT::$ 6) ; (BOOT::|shellEntry| BOOT::$ 8))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|AN;zero?;$B;1| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|AN;zero?;$B;1| ; (BOOT::SPADCALL BOOT::|a| (BOOT::|spadConstant| BOOT::$ 6) ; (BOOT::|shellEntry| BOOT::$ 8)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |AN;one?;$B;2| ...) ; file: /tmp/oa-RrtXKX/code.lsp ; in: DEFUN |AN;one?;$B;2| ; (DEFUN BOOT::|AN;one?;$B;2| (BOOT::|a| BOOT::$) ; (BOOT::SPADCALL BOOT::|a| (BOOT::|spadConstant| BOOT::$ 10) ; (BOOT::|shellEntry| BOOT::$ 8))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|AN;one?;$B;2| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|AN;one?;$B;2| ; (BOOT::SPADCALL BOOT::|a| (BOOT::|spadConstant| BOOT::$ 10) ; (BOOT::|shellEntry| BOOT::$ 8)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |AN;=;2$B;3| ...) ; file: /tmp/oa-RrtXKX/code.lsp ; in: DEFUN |AN;=;2$B;3| ; (DEFUN BOOT::|AN;=;2$B;3| (BOOT::|a| BOOT::|b| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|a| BOOT::|b| (BOOT::|shellEntry| BOOT::$ 12)) ; (BOOT::|spadConstant| BOOT::$ 6) (BOOT::|shellEntry| BOOT::$ 8))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|AN;=;2$B;3| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|AN;=;2$B;3| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|a| BOOT::|b| (BOOT::|shellEntry| BOOT::$ 12)) ; (BOOT::|spadConstant| BOOT::$ 6) (BOOT::|shellEntry| BOOT::$ 8)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |AlgebraicNumber| ...) ; compiling (DEFUN |AlgebraicNumber;| ...) ; compiling (MAKEPROP (QUOTE |AlgebraicNumber|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 3 notes ; /tmp/oa-RrtXKX/code.fasl written ; compilation finished in 0:00:00.042 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile IALGFACT.spad && cp IALGFACT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IALGFACT.fasl \ && if test -f IALGFACT-.NRLIB/code.fasl; then \ cp IALGFACT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IALGFACT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IALGFACT.spad using Spad compiler. IALGFACT abbreviates package InnerAlgFactor debug: compDefine1 lhs: (InnerAlgFactor F UP AlExt AlPol) signature (pre-evaluate): ((CATEGORY package (SIGNATURE factor ((Factored AlPol) AlPol (Mapping (Factored UP) UP)))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE factor ((Factored AlPol) AlPol (Mapping (Factored UP) UP)))) $param: (F UP AlExt AlPol) debug: evaluateType form: (Factored AlPol) $param: (F UP AlExt AlPol) Debug: evaluateType1 form: (Factored AlPol) debug: evaluateType1 x: AlPol m: (IntegralDomain) debug: evaluateType form: AlPol $param: (F UP AlExt AlPol) debug: evaluateType form: (Mapping (Factored UP) UP) $param: (F UP AlExt AlPol) debug: evaluateType form: (Factored UP) $param: (F UP AlExt AlPol) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (F UP AlExt AlPol) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE factor ((Factored AlPol) AlPol (Mapping (Factored UP) UP)))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for InnerAlgFactor compiling into /tmp/oa-Z9pbCd compiling local perturbfactor : (AlPol,Integer,UP -> Factored UP) -> List AlPol Time: 0.22 SEC. compiling local irrfactor : (AlPol,Integer,UP -> Factored UP) -> List AlPol Time: 0.14 SEC. compiling exported factor : (AlPol,UP -> Factored UP) -> Factored AlPol Time: 0.14 SEC. compiling local pnorm : AlPol -> UP Time: 0.05 SEC. compiling local change : UP -> AlPol Time: 0.00 SEC. compiling local convrt : AlPol -> SparseUnivariatePolynomial UP Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] irrfactor: factors has no value [2] factor: not known that IntegralDomain is of mode CATEGORY(package,factor: (AlPol,(UP -> Factored UP)) -> Factored AlPol) Cumulative Statistics for Constructor InnerAlgFactor Time: 0.56 seconds finalizing NRLIB IALGFACT Processing InnerAlgFactor for Browser database: -- factor : (AlPol,(UP -> FR)) -> Factored AlPol -- constructor ; compiling file "/tmp/oa-Z9pbCd/code.lsp" (written 01 FEB 2016 11:04:04 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |IALGFACT;perturbfactor| ...) ; file: /tmp/oa-Z9pbCd/code.lsp ; in: DEFUN |IALGFACT;perturbfactor| ; (DEFUN BOOT::|IALGFACT;perturbfactor| ; (BOOT::|f| BOOT::|k| BOOT::|fact| BOOT::$) ; (LET* ((BOOT::|pol| (BOOT::SPADCALL # # #)) ; (BOOT::|newf| (BOOT::SPADCALL BOOT::|f| BOOT::|pol| #)) ; (BOOT::|lsols| ; (BOOT::|IALGFACT;irrfactor| BOOT::|newf| BOOT::|k| BOOT::|fact| ; BOOT::$))) ; (PROGN ; (SETQ BOOT::|pol| #) ; (LET (# #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IALGFACT;perturbfactor| ; (BOOT::|f| BOOT::|k| BOOT::|fact| BOOT::$) ; (BLOCK BOOT::|IALGFACT;perturbfactor| ; (LET* ((BOOT::|pol| #) (BOOT::|newf| #) (BOOT::|lsols| #)) ; (PROGN ; (SETQ #) ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |IALGFACT;irrfactor| ...) ; compiling (DEFUN |IALGFACT;factor;AlPolMF;3| ...) ; compiling (DEFUN |IALGFACT;pnorm| ...) ; compiling (DEFUN |IALGFACT;change| ...) ; compiling (DEFUN |IALGFACT;convrt| ...) ; compiling (DEFUN |InnerAlgFactor| ...) ; compiling (DEFUN |InnerAlgFactor;| ...) ; compiling (DEFUN |InnerAlgFactor;!0| ...) ; compiling (MAKEPROP (QUOTE |InnerAlgFactor|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-Z9pbCd/code.fasl written ; compilation finished in 0:00:00.051 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SAE.spad && cp SAE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SAE.fasl \ && if test -f SAE-.NRLIB/code.fasl; then \ cp SAE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SAE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SAE.spad using Spad compiler. SAE abbreviates domain SimpleAlgebraicExtension debug: compDefine1 lhs: (SimpleAlgebraicExtension R UP M) signature (pre-evaluate): ((MonogenicAlgebra R UP) (CommutativeRing) (UnivariatePolynomialCategory R) UP) debug: evaluateType form: (MonogenicAlgebra R UP) $param: (R UP M) Debug: evaluateType1 form: (MonogenicAlgebra R UP) debug: evaluateType1 x: R m: (CommutativeRing) debug: evaluateType1 x: UP m: (UnivariatePolynomialCategory R) debug: evaluateType form: (CommutativeRing) $param: (R UP M) Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (UnivariatePolynomialCategory R) $param: (R UP M) Debug: evaluateType1 form: (UnivariatePolynomialCategory R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: UP $param: (R UP M) debug: compDefine1 signature (post evaluate): ((MonogenicAlgebra R UP) (CommutativeRing) (UnivariatePolynomialCategory R) UP) debug: compDefine1 lhs: (SimpleAlgebraicExtension R UP M) signature (pre-evaluate): ((MonogenicAlgebra R UP) NIL NIL NIL) debug: evaluateType form: (MonogenicAlgebra R UP) $param: (R UP M) Debug: evaluateType1 form: (MonogenicAlgebra R UP) debug: evaluateType1 x: R m: (CommutativeRing) debug: evaluateType1 x: UP m: (UnivariatePolynomialCategory R) debug: compDefine1 signature (post evaluate): ((MonogenicAlgebra R UP) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for SimpleAlgebraicExtension compiling into /tmp/oa-FqFxZ8 compiling exported size : () -> NonNegativeInteger Time: 0.25 SEC. compiling exported random : () -> % Time: 0.02 SEC. compiling exported Zero : () -> % Time: 0 SEC. compiling exported One : () -> % Time: 0 SEC. compiling exported * : (R,%) -> % Time: 0 SEC. compiling exported * : (Integer,%) -> % Time: 0.00 SEC. compiling exported coerce : Integer -> % Time: 0 SEC. compiling exported coerce : R -> % Time: 0 SEC. compiling exported coerce : % -> OutputForm Time: 0.02 SEC. compiling exported lift : % -> UP SAE;lift;$UP;10 x is replaced by x Time: 0 SEC. compiling exported reduce : UP -> % Time: 0.01 SEC. compiling exported = : (%,%) -> Boolean Time: 0 SEC. compiling exported + : (%,%) -> % Time: 0.01 SEC. compiling exported - : % -> % Time: 0 SEC. compiling exported * : (%,%) -> % Time: 0.01 SEC. compiling exported coordinates : % -> Vector R Time: 0.03 SEC. compiling exported represents : Vector R -> % Time: 0.02 SEC. compiling exported definingPolynomial : () -> UP Time: 0.00 SEC. compiling exported characteristic : () -> NonNegativeInteger Time: 0 SEC. compiling exported rank : () -> PositiveInteger Time: 0.00 SEC. compiling exported basis : () -> Vector % Time: 0.02 SEC. compiling exported minimalPolynomial : % -> UP Time: 0.01 SEC. compiling exported coordinates : (%,Vector %) -> Vector R Time: 0.06 SEC. compiling exported coordinates : (%,Vector %) -> Vector R Time: 0.34 SEC. compiling exported reducedSystem : Matrix % -> Matrix R Time: 0.04 SEC. compiling exported reducedSystem : (Matrix %,Vector %) -> Record(mat: Matrix R,vec: Vector R) Time: 0.08 SEC. compiling exported discriminant : () -> R Time: 0.01 SEC. compiling local mkDisc : Boolean -> Void Time: 0.00 SEC. compiling exported traceMatrix : () -> Matrix R Time: 0 SEC. compiling local mkDiscMat : Boolean -> Void Time: 0.02 SEC. compiling exported trace : % -> R Time: 0.01 SEC. compiling exported index : PositiveInteger -> % Time: 0.04 SEC. compiling exported lookup : % -> PositiveInteger Time: 0.09 SEC. (time taken in buildFunctor: 80) Time: 0.13 SEC. Warnings: [1] true has no value [2] lift: pretend Rep -- should replace by @ [3] unknown Functor code: errorModulus cannot be made monic Cumulative Statistics for Constructor SimpleAlgebraicExtension Time: 1.24 seconds finalizing NRLIB SAE Processing SimpleAlgebraicExtension for Browser database: -- constructor ; compiling file "/tmp/oa-FqFxZ8/code.lsp" (written 01 FEB 2016 11:04:06 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SAE;lift;$UP;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SAE;definingPolynomial;UP;18|) ...) ; compiling (DEFUN |SAE;size;Nni;1| ...) ; compiling (DEFUN |SAE;random;$;2| ...) ; compiling (DEFUN |SAE;Zero;$;3| ...) ; compiling (DEFUN |SAE;One;$;4| ...) ; compiling (DEFUN |SAE;*;R2$;5| ...) ; compiling (DEFUN |SAE;*;I2$;6| ...) ; compiling (DEFUN |SAE;coerce;I$;7| ...) ; compiling (DEFUN |SAE;coerce;R$;8| ...) ; compiling (DEFUN |SAE;coerce;$Of;9| ...) ; compiling (DEFUN |SAE;lift;$UP;10| ...) ; compiling (DEFUN |SAE;reduce;UP$;11| ...) ; compiling (DEFUN |SAE;=;2$B;12| ...) ; file: /tmp/oa-FqFxZ8/code.lsp ; in: DEFUN |SAE;=;2$B;12| ; (DEFUN BOOT::|SAE;=;2$B;12| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 66))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SAE;=;2$B;12| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|SAE;=;2$B;12| ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 66)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |SAE;+;3$;13| ...) ; compiling (DEFUN |SAE;-;2$;14| ...) ; compiling (DEFUN |SAE;*;3$;15| ...) ; compiling (DEFUN |SAE;coordinates;$V;16| ...) ; compiling (DEFUN |SAE;represents;V$;17| ...) ; compiling (DEFUN |SAE;definingPolynomial;UP;18| ...) ; compiling (DEFUN |SAE;characteristic;Nni;19| ...) ; file: /tmp/oa-FqFxZ8/code.lsp ; in: DEFUN |SAE;characteristic;Nni;19| ; (DEFUN BOOT::|SAE;characteristic;Nni;19| (BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 81)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SAE;characteristic;Nni;19| ; (BOOT::$) ; (BLOCK BOOT::|SAE;characteristic;Nni;19| ; (BOOT::|spadConstant| BOOT::$ 81))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |SAE;rank;Pi;20| ...) ; file: /tmp/oa-FqFxZ8/code.lsp ; in: DEFUN |SAE;rank;Pi;20| ; (DEFUN BOOT::|SAE;rank;Pi;20| (BOOT::$) ; (COND ; ((PLUSP (BOOT::|shellEntry| BOOT::$ 17)) (BOOT::|shellEntry| BOOT::$ 17)) ; (T ; (BOOT::|moanRetract| (BOOT::|shellEntry| BOOT::$ 17) ; '(BOOT::|PositiveInteger|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SAE;rank;Pi;20| ; (BOOT::$) ; (BLOCK BOOT::|SAE;rank;Pi;20| ; (COND ((PLUSP #) (BOOT::|shellEntry| BOOT::$ 17)) ; (T (BOOT::|moanRetract| # '#))))) ; ; note: type assertion too complex to check: ; (VALUES (INTEGER 1) &REST T). ; compiling (DEFUN |SAE;basis;V;21| ...) ; file: /tmp/oa-FqFxZ8/code.lsp ; in: DEFUN |SAE;basis;V;21| ; (DEFUN BOOT::|SAE;basis;V;21| (BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 43) ; (BOOT::|shellEntry| BOOT::$ 85))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SAE;basis;V;21| ; (BOOT::$) ; (BLOCK BOOT::|SAE;basis;V;21| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 43) ; (BOOT::|shellEntry| BOOT::$ 85)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |SAE;minimalPolynomial;$UP;22| ...) ; compiling (DEFUN |SAE;coordinates;$VV;23| ...) ; file: /tmp/oa-FqFxZ8/code.lsp ; in: DEFUN |SAE;coordinates;$VV;23| ; (DEFUN BOOT::|SAE;coordinates;$VV;23| (BOOT::|x| BOOT::|bas| BOOT::$) ; (LET ((BOOT::|m| (BOOT::SPADCALL # #))) ; (COND ; ((EQL # 1) ; (BOOT::|error| "coordinates: second argument must be a basis")) ; (T (BOOT::SPADCALL # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SAE;coordinates;$VV;23| ; (BOOT::|x| BOOT::|bas| BOOT::$) ; (BLOCK BOOT::|SAE;coordinates;$VV;23| ; (LET ((BOOT::|m| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |SAE;coordinates;$VV;24| ...) ; file: /tmp/oa-FqFxZ8/code.lsp ; in: DEFUN |SAE;coordinates;$VV;24| ; (DEFUN BOOT::|SAE;coordinates;$VV;24| (BOOT::|x| BOOT::|bas| BOOT::$) ; (PROG (BOOT::|vec| BOOT::|vecQF| BOOT::|coordsQF| BOOT::|xi|) ; (RETURN ; (LET* (# # # #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SAE;coordinates;$VV;24| ; (BOOT::|x| BOOT::|bas| BOOT::$) ; (BLOCK BOOT::|SAE;coordinates;$VV;24| ; (PROG (BOOT::|vec| BOOT::|vecQF| BOOT::|coordsQF| BOOT::|xi|) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |SAE;coordinates;$VV;24!0| ...) ; compiling (DEFUN |SAE;reducedSystem;MM;25| ...) ; compiling (DEFUN |SAE;reducedSystem;MVR;26| ...) ; file: /tmp/oa-FqFxZ8/code.lsp ; in: DEFUN |SAE;reducedSystem;MVR;26| ; (DEFUN BOOT::|SAE;reducedSystem;MVR;26| (BOOT::|m| BOOT::|v| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 62) BOOT::|m| ; (BOOT::|shellEntry| BOOT::$ 104)) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 62) BOOT::|v| ; (BOOT::|shellEntry| BOOT::$ 109)) ; (BOOT::|shellEntry| BOOT::$ 111))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SAE;reducedSystem;MVR;26| ; (BOOT::|m| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|SAE;reducedSystem;MVR;26| ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 62) BOOT::|m| ; (BOOT::|shellEntry| BOOT::$ 104)) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 62) BOOT::|v| ; (BOOT::|shellEntry| BOOT::$ 109)) ; (BOOT::|shellEntry| BOOT::$ 111)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |SAE;discriminant;R;27| ...) ; compiling (DEFUN |SAE;mkDisc| ...) ; compiling (DEFUN |SAE;traceMatrix;M;29| ...) ; compiling (DEFUN |SAE;mkDiscMat| ...) ; compiling (DEFUN |SAE;trace;$R;31| ...) ; compiling (DEFUN |SAE;index;Pi$;32| ...) ; compiling (DEFUN |SAE;lookup;$Pi;33| ...) ; file: /tmp/oa-FqFxZ8/code.lsp ; in: DEFUN |SAE;lookup;$Pi;33| ; (DEFUN BOOT::|SAE;lookup;$Pi;33| (BOOT::|z| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|z| (BOOT::|shellEntry| BOOT::$ 135)) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 46))) ; (T ; (LET (# # #) ; (PROGN # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SAE;lookup;$Pi;33| ; (BOOT::|z| BOOT::$) ; (BLOCK BOOT::|SAE;lookup;$Pi;33| ; (COND ((BOOT::SPADCALL BOOT::|z| #) (BOOT::SPADCALL #)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (INTEGER 1) &REST T). ; compiling (DEFUN |SimpleAlgebraicExtension| ...) ; compiling (DEFUN |SimpleAlgebraicExtension;| ...) ; compiling (MAKEPROP (QUOTE |SimpleAlgebraicExtension|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 8 notes ; /tmp/oa-FqFxZ8/code.fasl written ; compilation finished in 0:00:00.135 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SAEFACT.spad && cp SAEFACT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SAEFACT.fasl \ && if test -f SAEFACT-.NRLIB/code.fasl; then \ cp SAEFACT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SAEFACT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SAEFACT.spad using Spad compiler. SAEFACT abbreviates package SimpleAlgebraicExtensionAlgFactor debug: compDefine1 lhs: (SimpleAlgebraicExtensionAlgFactor UP SAE UPA) signature (pre-evaluate): ((CATEGORY package (SIGNATURE factor ((Factored UPA) UPA))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE factor ((Factored UPA) UPA))) $param: (UP SAE UPA) debug: evaluateType form: (Factored UPA) $param: (UP SAE UPA) Debug: evaluateType1 form: (Factored UPA) debug: evaluateType1 x: UPA m: (IntegralDomain) debug: evaluateType form: UPA $param: (UP SAE UPA) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE factor ((Factored UPA) UPA))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for SimpleAlgebraicExtensionAlgFactor compiling into /tmp/oa-GwrlHE compiling exported factor : UPA -> Factored UPA Time: 0.21 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor SimpleAlgebraicExtensionAlgFactor Time: 0.21 seconds finalizing NRLIB SAEFACT Processing SimpleAlgebraicExtensionAlgFactor for Browser database: -- factor : UPA -> Factored UPA -- constructor ; compiling file "/tmp/oa-GwrlHE/code.lsp" (written 01 FEB 2016 11:04:06 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SAEFACT;factor;UPAF;1| ...) ; compiling (DEFUN |SimpleAlgebraicExtensionAlgFactor| ...) ; compiling (DEFUN |SimpleAlgebraicExtensionAlgFactor;| ...) ; compiling (MAKEPROP (QUOTE |SimpleAlgebraicExtensionAlgFactor|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-GwrlHE/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ALGFACT.spad && cp ALGFACT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ALGFACT.fasl \ && if test -f ALGFACT-.NRLIB/code.fasl; then \ cp ALGFACT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ALGFACT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ALGFACT.spad using Spad compiler. ALGFACT abbreviates package AlgFactor debug: compDefine1 lhs: (AlgFactor UP) signature (pre-evaluate): ((CATEGORY package (SIGNATURE factor ((Factored UP) UP (List (AlgebraicNumber)))) (SIGNATURE factor ((Factored UP) UP)) (SIGNATURE split ((Factored UP) UP)) (SIGNATURE doublyTransitive? ((Boolean) UP))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE factor ((Factored UP) UP (List (AlgebraicNumber)))) (SIGNATURE factor ((Factored UP) UP)) (SIGNATURE split ((Factored UP) UP)) (SIGNATURE doublyTransitive? ((Boolean) UP))) $param: (UP) debug: evaluateType form: (Factored UP) $param: (UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (List (AlgebraicNumber)) $param: (UP) Debug: evaluateType1 form: (List (AlgebraicNumber)) debug: evaluateType1 x: (AlgebraicNumber) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (AlgebraicNumber) $param: (UP) Debug: evaluateType1 form: (AlgebraicNumber) debug: evalCategory d: (AlgebraicNumber) c: (Type) debug: evaluateType form: (Factored UP) $param: (UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (Factored UP) $param: (UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (Boolean) $param: (UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: UP $param: (UP) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE factor ((Factored UP) UP (List (AlgebraicNumber)))) (SIGNATURE factor ((Factored UP) UP)) (SIGNATURE split ((Factored UP) UP)) (SIGNATURE doublyTransitive? ((Boolean) UP))) NIL) ------------------------------------------------------------------------ initializing stationary directory for AlgFactor compiling into /tmp/oa-ErLxe0 importing PolynomialCategoryQuotientFunctions(IndexedExponents Kernel AlgebraicNumber,Kernel AlgebraicNumber,Integer,SparseMultivariatePolynomial(Integer,Kernel AlgebraicNumber),AlgebraicNumber) compiling local allk : List AlgebraicNumber -> List Kernel AlgebraicNumber Time: 0.10 SEC. compiling local liftpoly : SparseUnivariatePolynomial Fraction Integer -> UP Time: 0.05 SEC. compiling local downpoly : UP -> SparseUnivariatePolynomial Fraction Integer Time: 0.03 SEC. compiling local ifactor : (SparseUnivariatePolynomial AlgebraicNumber,List Kernel AlgebraicNumber) -> Factored SparseUnivariatePolynomial AlgebraicNumber Time: 0.05 SEC. compiling exported factor : UP -> Factored UP Time: 0.02 SEC. compiling exported factor : (UP,List AlgebraicNumber) -> Factored UP Time: 0.03 SEC. compiling exported split : UP -> Factored UP Time: 0.02 SEC. compiling local extend : (UP,Integer) -> Factored UP Time: 0.17 SEC. compiling exported doublyTransitive? : UP -> Boolean Time: 0.08 SEC. compiling local irred? : UP -> Boolean Time: 0.02 SEC. compiling local fact : (UP,List Kernel AlgebraicNumber) -> Factored UP Time: 1.06 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] allk: not known that SetCategory is of mode CATEGORY(package,factor: (UP,List AlgebraicNumber) -> Factored UP,factor: UP -> Factored UP,split: UP -> Factored UP,doublyTransitive?: UP -> Boolean) [2] extend: not known that Ring is of mode CATEGORY(package,factor: (UP,List AlgebraicNumber) -> Factored UP,factor: UP -> Factored UP,split: UP -> Factored UP,doublyTransitive?: UP -> Boolean) [3] fact: not known that SIGNATUREnumer((SparseMultivariatePolynomial (Integer) (Kernel (AlgebraicNumber))) $) is of mode CATEGORY(domain,numer: % -> SparseMultivariatePolynomial(Integer,Kernel %),denom: % -> SparseMultivariatePolynomial(Integer,Kernel %),reduce: % -> %,norm: (SparseUnivariatePolynomial %,Kernel %) -> SparseUnivariatePolynomial %,norm: (SparseUnivariatePolynomial %,List Kernel %) -> SparseUnivariatePolynomial %,norm: (%,Kernel %) -> %,norm: (%,List Kernel %) -> %) [4] fact: not known that SIGNATUREdenom((SparseMultivariatePolynomial (Integer) (Kernel (AlgebraicNumber))) $) is of mode CATEGORY(domain,numer: % -> SparseMultivariatePolynomial(Integer,Kernel %),denom: % -> SparseMultivariatePolynomial(Integer,Kernel %),reduce: % -> %,norm: (SparseUnivariatePolynomial %,Kernel %) -> SparseUnivariatePolynomial %,norm: (SparseUnivariatePolynomial %,List Kernel %) -> SparseUnivariatePolynomial %,norm: (%,Kernel %) -> %,norm: (%,List Kernel %) -> %) Cumulative Statistics for Constructor AlgFactor Time: 1.64 seconds finalizing NRLIB ALGFACT Processing AlgFactor for Browser database: -- factor : (UP,List AN) -> FR -- factor : UP -> FR -- split : UP -> FR -- doublyTransitive? : UP -> Boolean -- constructor ; compiling file "/tmp/oa-ErLxe0/code.lsp" (written 01 FEB 2016 11:04:08 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ALGFACT;allk| ...) ; file: /tmp/oa-ErLxe0/code.lsp ; in: DEFUN |ALGFACT;allk| ; (DEFUN BOOT::|ALGFACT;allk| (BOOT::|l| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL ; (LET (# #) ; (LOOP # ; #)) ; (BOOT::|shellEntry| BOOT::$ 14)) ; (BOOT::|shellEntry| BOOT::$ 15))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ALGFACT;allk| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|ALGFACT;allk| ; (BOOT::SPADCALL ; (BOOT::SPADCALL ; (LET # ; #) ; (BOOT::|shellEntry| BOOT::$ 14)) ; (BOOT::|shellEntry| BOOT::$ 15)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ALGFACT;liftpoly| ...) ; compiling (DEFUN |ALGFACT;liftpoly!0| ...) ; compiling (DEFUN |ALGFACT;downpoly| ...) ; compiling (DEFUN |ALGFACT;downpoly!0| ...) ; compiling (DEFUN |ALGFACT;ifactor| ...) ; compiling (DEFUN |ALGFACT;factor;UPF;5| ...) ; compiling (DEFUN |ALGFACT;factor;UPLF;6| ...) ; compiling (DEFUN |ALGFACT;split;UPF;7| ...) ; compiling (DEFUN |ALGFACT;extend| ...) ; compiling (DEFUN |ALGFACT;doublyTransitive?;UPB;9| ...) ; compiling (DEFUN |ALGFACT;irred?| ...) ; compiling (DEFUN |ALGFACT;fact| ...) ; compiling (DEFUN |ALGFACT;fact!4| ...) ; compiling (DEFUN |ALGFACT;fact!3| ...) ; compiling (DEFUN |ALGFACT;fact!2| ...) ; compiling (DEFUN |ALGFACT;fact!1| ...) ; compiling (DEFUN |ALGFACT;fact!0| ...) ; compiling (DEFUN |AlgFactor| ...) ; compiling (DEFUN |AlgFactor;| ...) ; compiling (MAKEPROP (QUOTE |AlgFactor|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-ErLxe0/code.fasl written ; compilation finished in 0:00:00.075 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile RFFACT.spad && cp RFFACT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RFFACT.fasl \ && if test -f RFFACT-.NRLIB/code.fasl; then \ cp RFFACT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RFFACT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RFFACT.spad using Spad compiler. RFFACT abbreviates package RationalFunctionFactor debug: compDefine1 lhs: (RationalFunctionFactor UP) signature (pre-evaluate): ((CATEGORY package (SIGNATURE factor ((Factored UP) UP))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE factor ((Factored UP) UP))) $param: (UP) debug: evaluateType form: (Factored UP) $param: (UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (UP) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE factor ((Factored UP) UP))) NIL) ------------------------------------------------------------------------ initializing stationary directory for RationalFunctionFactor compiling into /tmp/oa-4377YS compiling local likuniv : (Polynomial Integer,Symbol,Polynomial Integer) -> UP Time: 0.13 SEC. compiling exported factor : UP -> Factored UP Time: 0.06 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Warnings: [1] likuniv: not known that Ring is of mode CATEGORY(package,factor: UP -> Factored UP) [2] factor: denom has no value Cumulative Statistics for Constructor RationalFunctionFactor Time: 0.20 seconds finalizing NRLIB RFFACT Processing RationalFunctionFactor for Browser database: -- factor : UP -> Factored UP -- constructor ; compiling file "/tmp/oa-4377YS/code.lsp" (written 01 FEB 2016 11:04:08 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RFFACT;likuniv| ...) ; compiling (DEFUN |RFFACT;likuniv!0| ...) ; compiling (DEFUN |RFFACT;factor;UPF;2| ...) ; compiling (DEFUN |RFFACT;factor;UPF;2!0| ...) ; compiling (DEFUN |RationalFunctionFactor| ...) ; compiling (DEFUN |RationalFunctionFactor;| ...) ; compiling (MAKEPROP (QUOTE |RationalFunctionFactor|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-4377YS/code.fasl written ; compilation finished in 0:00:00.021 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SAERFFC.spad && cp SAERFFC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SAERFFC.fasl \ && if test -f SAERFFC-.NRLIB/code.fasl; then \ cp SAERFFC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SAERFFC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SAERFFC.spad using Spad compiler. SAERFFC abbreviates package SAERationalFunctionAlgFactor debug: compDefine1 lhs: (SAERationalFunctionAlgFactor UP SAE UPA) signature (pre-evaluate): ((CATEGORY package (SIGNATURE factor ((Factored UPA) UPA))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE factor ((Factored UPA) UPA))) $param: (UP SAE UPA) debug: evaluateType form: (Factored UPA) $param: (UP SAE UPA) Debug: evaluateType1 form: (Factored UPA) debug: evaluateType1 x: UPA m: (IntegralDomain) debug: evaluateType form: UPA $param: (UP SAE UPA) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE factor ((Factored UPA) UPA))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for SAERationalFunctionAlgFactor compiling into /tmp/oa-V5wTxk compiling exported factor : UPA -> Factored UPA Time: 0.23 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor SAERationalFunctionAlgFactor Time: 0.23 seconds finalizing NRLIB SAERFFC Processing SAERationalFunctionAlgFactor for Browser database: -- factor : UPA -> Factored UPA -- constructor ; compiling file "/tmp/oa-V5wTxk/code.lsp" (written 01 FEB 2016 11:04:09 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SAERFFC;factor;UPAF;1| ...) ; compiling (DEFUN |SAERationalFunctionAlgFactor| ...) ; compiling (DEFUN |SAERationalFunctionAlgFactor;| ...) ; compiling (MAKEPROP (QUOTE |SAERationalFunctionAlgFactor|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-V5wTxk/code.fasl written ; compilation finished in 0:00:00.019 ------------------------------------------------------------------------ ================================== === layer 12 of 24 complete ====== ================================== ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ASSOCEQ.spad && cp ASSOCEQ.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ASSOCEQ.fasl \ && if test -f ASSOCEQ-.NRLIB/code.fasl; then \ cp ASSOCEQ-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ASSOCEQ-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ASSOCEQ.spad using Spad compiler. ASSOCEQ abbreviates package AssociatedEquations debug: compDefine1 lhs: (AssociatedEquations R L) signature (pre-evaluate): ((CATEGORY package (SIGNATURE associatedSystem ((Record (: mat (Matrix R)) (: vec (Vector (List (PositiveInteger))))) L (PositiveInteger))) (SIGNATURE uncouplingMatrices ((Vector (Matrix R)) (Matrix R))) (IF (has R (Field)) (SIGNATURE associatedEquations ((Record (: minor (List (PositiveInteger))) (: eq L) (: minors (List (List (PositiveInteger)))) (: ops (List L))) L (PositiveInteger))) %noBranch)) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE associatedSystem ((Record (: mat (Matrix R)) (: vec (Vector (List (PositiveInteger))))) L (PositiveInteger))) (SIGNATURE uncouplingMatrices ((Vector (Matrix R)) (Matrix R))) (IF (has R (Field)) (SIGNATURE associatedEquations ((Record (: minor (List (PositiveInteger))) (: eq L) (: minors (List (List (PositiveInteger)))) (: ops (List L))) L (PositiveInteger))) %noBranch)) $param: (R L) debug: evaluateType form: (Record (: mat (Matrix R)) (: vec (Vector (List (PositiveInteger))))) $param: (R L) debug: evaluateType form: (Matrix R) $param: (R L) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Vector (List (PositiveInteger))) $param: (R L) Debug: evaluateType1 form: (Vector (List (PositiveInteger))) debug: evaluateType1 x: (List (PositiveInteger)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R L) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (PositiveInteger)) $param: (R L) Debug: evaluateType1 form: (List (PositiveInteger)) debug: evaluateType1 x: (PositiveInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R L) Debug: evaluateType1 form: (Type) debug: evaluateType form: (PositiveInteger) $param: (R L) Debug: evaluateType1 form: (PositiveInteger) debug: evalCategory d: (PositiveInteger) c: (Type) debug: evalCategory d: (List (PositiveInteger)) c: (Type) debug: evaluateType form: L $param: (R L) debug: evaluateType form: (PositiveInteger) $param: (R L) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (Vector (Matrix R)) $param: (R L) Debug: evaluateType1 form: (Vector (Matrix R)) debug: evaluateType1 x: (Matrix R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R L) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix R) $param: (R L) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Matrix R) c: (Type) debug: evaluateType form: (Matrix R) $param: (R L) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE associatedSystem ((Record (: mat (Matrix R)) (: vec (Vector (List (PositiveInteger))))) L (PositiveInteger))) (SIGNATURE uncouplingMatrices ((Vector (Matrix R)) (Matrix R))) (IF (has R (Field)) (SIGNATURE associatedEquations ((Record (: minor (List (PositiveInteger))) (: eq L) (: minors (List (List (PositiveInteger)))) (: ops (List L))) L (PositiveInteger))) %noBranch)) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for AssociatedEquations compiling into /tmp/oa-LhPhyD compiling local makeMatrix : (Vector Matrix R,NonNegativeInteger) -> Matrix R Time: 0.11 SEC. compiling exported associatedSystem : (L,PositiveInteger) -> Record(mat: Matrix R,vec: Vector List PositiveInteger) Time: 0.10 SEC. compiling exported uncouplingMatrices : Matrix R -> Vector Matrix R Time: 0.02 SEC. importing PrecomputedAssociatedEquations(R,L) compiling local makeeq : (Vector List PositiveInteger,Matrix R,NonNegativeInteger,NonNegativeInteger) -> Record(minor: List PositiveInteger,eq: L,minors: List List PositiveInteger,ops: List L) Time: 0.09 SEC. compiling exported associatedEquations : (L,PositiveInteger) -> Record(minor: List PositiveInteger,eq: L,minors: List List PositiveInteger,ops: List L) Time: 0.07 SEC. compiling local computeIt : (L,PositiveInteger,NonNegativeInteger) -> Record(minor: List PositiveInteger,eq: L,minors: List List PositiveInteger,ops: List L) Time: 0.06 SEC. compiling local makeop : Vector R -> L Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Cumulative Statistics for Constructor AssociatedEquations Time: 0.49 seconds finalizing NRLIB ASSOCEQ Processing AssociatedEquations for Browser database: -- associatedSystem : (L,PI) -> Record(mat: MAT,vec: Vector List PI) -- uncouplingMatrices : MAT -> Vector MAT -- associatedEquations : (L,PI) -> REC -- constructor ; compiling file "/tmp/oa-LhPhyD/code.lsp" (written 01 FEB 2016 11:04:09 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ASSOCEQ;makeMatrix| ...) ; compiling (DEFUN |ASSOCEQ;associatedSystem;LPiR;2| ...) ; compiling (DEFUN |ASSOCEQ;uncouplingMatrices;MV;3| ...) ; compiling (DEFUN |ASSOCEQ;uncouplingMatrices;MV;3!0| ...) ; compiling (DEFUN |ASSOCEQ;makeeq| ...) ; compiling (DEFUN |ASSOCEQ;associatedEquations;LPiR;5| ...) ; compiling (DEFUN |ASSOCEQ;computeIt| ...) ; file: /tmp/oa-LhPhyD/code.lsp ; in: DEFUN |ASSOCEQ;computeIt| ; (DEFUN BOOT::|ASSOCEQ;computeIt| (BOOT::|op| BOOT::|m| BOOT::|k| BOOT::$) ; (PROG (BOOT::|u|) ; (RETURN ; (LET* (# # #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ASSOCEQ;computeIt| ; (BOOT::|op| BOOT::|m| BOOT::|k| BOOT::$) ; (BLOCK BOOT::|ASSOCEQ;computeIt| ; (PROG (BOOT::|u|) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |ASSOCEQ;makeop| ...) ; compiling (DEFUN |AssociatedEquations| ...) ; compiling (DEFUN |AssociatedEquations;| ...) ; compiling (MAKEPROP (QUOTE |AssociatedEquations|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-LhPhyD/code.fasl written ; compilation finished in 0:00:00.114 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile CARTEN.spad && cp CARTEN.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CARTEN.fasl \ && if test -f CARTEN-.NRLIB/code.fasl; then \ cp CARTEN-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CARTEN-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CARTEN.spad using Spad compiler. CARTEN abbreviates domain CartesianTensor debug: compDefine1 lhs: (CartesianTensor minix dim R) signature (pre-evaluate): ((Join (GradedAlgebra R (NonNegativeInteger)) (GradedModule (Integer) (NonNegativeInteger)) (Eltable (Integer) R) (CoercibleFrom (DirectProduct dim R)) (CoercibleFrom (SquareMatrix dim R)) (CoercibleFrom (List R)) (CoercibleFrom (List $)) (CATEGORY domain (SIGNATURE rank ((NonNegativeInteger) $)) (SIGNATURE elt (R $)) (SIGNATURE elt (R $ (Integer) (Integer))) (SIGNATURE elt (R $ (Integer) (Integer) (Integer))) (SIGNATURE elt (R $ (Integer) (Integer) (Integer) (Integer))) (SIGNATURE elt (R $ (List (Integer)))) (SIGNATURE product ($ $ $)) (SIGNATURE * ($ $ $)) (SIGNATURE contract ($ $ (Integer) $ (Integer))) (SIGNATURE contract ($ $ (Integer) (Integer))) (SIGNATURE transpose ($ $)) (SIGNATURE transpose ($ $ (Integer) (Integer))) (SIGNATURE reindex ($ $ (List (Integer)))) (SIGNATURE kroneckerDelta ($)) (SIGNATURE leviCivitaSymbol ($)) (SIGNATURE ravel ((List R) $)) (SIGNATURE unravel ($ (List R))) (SIGNATURE sample ($)))) NIL NIL NIL) debug: evaluateType form: (Join (GradedAlgebra R (NonNegativeInteger)) (GradedModule (Integer) (NonNegativeInteger)) (Eltable (Integer) R) (CoercibleFrom (DirectProduct dim R)) (CoercibleFrom (SquareMatrix dim R)) (CoercibleFrom (List R)) (CoercibleFrom (List $)) (CATEGORY domain (SIGNATURE rank ((NonNegativeInteger) $)) (SIGNATURE elt (R $)) (SIGNATURE elt (R $ (Integer) (Integer))) (SIGNATURE elt (R $ (Integer) (Integer) (Integer))) (SIGNATURE elt (R $ (Integer) (Integer) (Integer) (Integer))) (SIGNATURE elt (R $ (List (Integer)))) (SIGNATURE product ($ $ $)) (SIGNATURE * ($ $ $)) (SIGNATURE contract ($ $ (Integer) $ (Integer))) (SIGNATURE contract ($ $ (Integer) (Integer))) (SIGNATURE transpose ($ $)) (SIGNATURE transpose ($ $ (Integer) (Integer))) (SIGNATURE reindex ($ $ (List (Integer)))) (SIGNATURE kroneckerDelta ($)) (SIGNATURE leviCivitaSymbol ($)) (SIGNATURE ravel ((List R) $)) (SIGNATURE unravel ($ (List R))) (SIGNATURE sample ($)))) $param: (minix dim R) debug: evaluateType form: (GradedAlgebra R (NonNegativeInteger)) $param: (minix dim R) Debug: evaluateType1 form: (GradedAlgebra R (NonNegativeInteger)) debug: evaluateType1 x: R m: (CommutativeRing) debug: evaluateType1 x: (NonNegativeInteger) m: (AbelianMonoid) debug: evaluateType1 categoryForm: (AbelianMonoid) debug: evaluateType form: (AbelianMonoid) $param: (minix dim R) Debug: evaluateType1 form: (AbelianMonoid) debug: evaluateType form: (NonNegativeInteger) $param: (minix dim R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (AbelianMonoid) debug: evaluateType form: (GradedModule (Integer) (NonNegativeInteger)) $param: (minix dim R) Debug: evaluateType1 form: (GradedModule (Integer) (NonNegativeInteger)) debug: evaluateType1 x: (Integer) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: (minix dim R) Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (Integer) $param: (minix dim R) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (CommutativeRing) debug: evaluateType1 x: (NonNegativeInteger) m: (AbelianMonoid) debug: evaluateType1 categoryForm: (AbelianMonoid) debug: evaluateType form: (AbelianMonoid) $param: (minix dim R) Debug: evaluateType1 form: (AbelianMonoid) debug: evaluateType form: (NonNegativeInteger) $param: (minix dim R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (AbelianMonoid) debug: evaluateType form: (Eltable (Integer) R) $param: (minix dim R) Debug: evaluateType1 form: (Eltable (Integer) R) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (minix dim R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (minix dim R) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (CoercibleFrom (DirectProduct dim R)) $param: (minix dim R) Debug: evaluateType1 form: (CoercibleFrom (DirectProduct dim R)) debug: evaluateType1 x: (DirectProduct dim R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (minix dim R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (DirectProduct dim R) $param: (minix dim R) Debug: evaluateType1 form: (DirectProduct dim R) debug: evaluateType1 x: dim m: (NonNegativeInteger) debug: evaluateType1 x: R m: (Type) debug: evalCategory d: (DirectProduct dim R) c: (Type) debug: evaluateType form: (CoercibleFrom (SquareMatrix dim R)) $param: (minix dim R) Debug: evaluateType1 form: (CoercibleFrom (SquareMatrix dim R)) debug: evaluateType1 x: (SquareMatrix dim R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (minix dim R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SquareMatrix dim R) $param: (minix dim R) Debug: evaluateType1 form: (SquareMatrix dim R) debug: evaluateType1 x: dim m: (NonNegativeInteger) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (SquareMatrix dim R) c: (Type) debug: evaluateType form: (CoercibleFrom (List R)) $param: (minix dim R) Debug: evaluateType1 form: (CoercibleFrom (List R)) debug: evaluateType1 x: (List R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (minix dim R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List R) $param: (minix dim R) Debug: evaluateType1 form: (List R) debug: evaluateType1 x: R m: (Type) debug: evalCategory d: (List R) c: (Type) debug: evaluateType form: (CoercibleFrom (List $)) $param: (minix dim R) Debug: evaluateType1 form: (CoercibleFrom (List $)) debug: evaluateType1 x: (List $) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (minix dim R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List $) $param: (minix dim R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evalCategory d: (List $) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE rank ((NonNegativeInteger) $)) (SIGNATURE elt (R $)) (SIGNATURE elt (R $ (Integer) (Integer))) (SIGNATURE elt (R $ (Integer) (Integer) (Integer))) (SIGNATURE elt (R $ (Integer) (Integer) (Integer) (Integer))) (SIGNATURE elt (R $ (List (Integer)))) (SIGNATURE product ($ $ $)) (SIGNATURE * ($ $ $)) (SIGNATURE contract ($ $ (Integer) $ (Integer))) (SIGNATURE contract ($ $ (Integer) (Integer))) (SIGNATURE transpose ($ $)) (SIGNATURE transpose ($ $ (Integer) (Integer))) (SIGNATURE reindex ($ $ (List (Integer)))) (SIGNATURE kroneckerDelta ($)) (SIGNATURE leviCivitaSymbol ($)) (SIGNATURE ravel ((List R) $)) (SIGNATURE unravel ($ (List R))) (SIGNATURE sample ($))) $param: (minix dim R) debug: evaluateType form: (NonNegativeInteger) $param: (minix dim R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: R $param: (minix dim R) debug: evaluateType form: R $param: (minix dim R) debug: evaluateType form: (Integer) $param: (minix dim R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (minix dim R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: R $param: (minix dim R) debug: evaluateType form: (Integer) $param: (minix dim R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (minix dim R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (minix dim R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: R $param: (minix dim R) debug: evaluateType form: (Integer) $param: (minix dim R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (minix dim R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (minix dim R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (minix dim R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: R $param: (minix dim R) debug: evaluateType form: (List (Integer)) $param: (minix dim R) Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (minix dim R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (minix dim R) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (Integer) $param: (minix dim R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (minix dim R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (minix dim R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (minix dim R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (minix dim R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (minix dim R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (List (Integer)) $param: (minix dim R) Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (minix dim R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (minix dim R) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (List R) $param: (minix dim R) Debug: evaluateType1 form: (List R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (List R) $param: (minix dim R) Debug: evaluateType1 form: (List R) debug: evaluateType1 x: R m: (Type) debug: compDefine1 signature (post evaluate): ((Join (GradedAlgebra R (NonNegativeInteger)) (GradedModule (Integer) (NonNegativeInteger)) (Eltable (Integer) R) (CoercibleFrom (DirectProduct dim R)) (CoercibleFrom (SquareMatrix dim R)) (CoercibleFrom (List R)) (CoercibleFrom (List $)) (CATEGORY domain (SIGNATURE rank ((NonNegativeInteger) $)) (SIGNATURE elt (R $)) (SIGNATURE elt (R $ (Integer) (Integer))) (SIGNATURE elt (R $ (Integer) (Integer) (Integer))) (SIGNATURE elt (R $ (Integer) (Integer) (Integer) (Integer))) (SIGNATURE elt (R $ (List (Integer)))) (SIGNATURE product ($ $ $)) (SIGNATURE * ($ $ $)) (SIGNATURE contract ($ $ (Integer) $ (Integer))) (SIGNATURE contract ($ $ (Integer) (Integer))) (SIGNATURE transpose ($ $)) (SIGNATURE transpose ($ $ (Integer) (Integer))) (SIGNATURE reindex ($ $ (List (Integer)))) (SIGNATURE kroneckerDelta ($)) (SIGNATURE leviCivitaSymbol ($)) (SIGNATURE ravel ((List R) $)) (SIGNATURE unravel ($ (List R))) (SIGNATURE sample ($)))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for CartesianTensor compiling into /tmp/oa-s9KOlm compiling exported sample : () -> % Time: 0.07 SEC. compiling local int2index : (Integer,Vector Integer) -> Vector Integer Time: 0.05 SEC. compiling local index2int : Vector Integer -> Integer Time: 0.01 SEC. compiling local lengthRankOrElse : Integer -> NonNegativeInteger Time: 0.02 SEC. compiling local mkPerm : (NonNegativeInteger,List Integer) -> Vector Integer Time: 0.04 SEC. compiling local permute! : (Vector Integer,Vector Integer,Vector Integer) -> Vector Integer Time: 0.01 SEC. compiling local permsign! : Vector Integer -> Integer Time: 0.05 SEC. compiling exported ravel : % -> List R Time: 0.01 SEC. compiling exported unravel : List R -> % Time: 0.01 SEC. compiling exported kroneckerDelta : () -> % Time: 0.01 SEC. compiling exported leviCivitaSymbol : () -> % Time: 0.01 SEC. compiling exported degree : % -> NonNegativeInteger Time: 0 SEC. compiling exported rank : % -> NonNegativeInteger Time: 0.00 SEC. compiling exported elt : % -> R Time: 0.01 SEC. compiling exported elt : (%,Integer) -> R Time: 0.01 SEC. compiling exported elt : (%,Integer,Integer) -> R Time: 0.03 SEC. compiling exported elt : (%,Integer,Integer,Integer) -> R Time: 0.10 SEC. compiling exported elt : (%,Integer,Integer,Integer,Integer) -> R Time: 0.08 SEC. compiling exported elt : (%,List Integer) -> R Time: 0.03 SEC. compiling exported coerce : List R -> % Time: 0.03 SEC. compiling exported coerce : List % -> % Time: 0.04 SEC. compiling exported retractIfCan : % -> Union(R,failed) Time: 0 SEC. compiling local mkOutf : (%,Integer,NonNegativeInteger) -> OutputForm Time: 0.06 SEC. compiling exported coerce : % -> OutputForm Time: 0.00 SEC. compiling exported Zero : () -> % Time: 0.01 SEC. compiling exported One : () -> % Time: 0.01 SEC. compiling exported coerce : R -> % Time: 0.00 SEC. compiling exported coerce : DirectProduct(dim,R) -> % Time: 0.02 SEC. compiling exported coerce : SquareMatrix(dim,R) -> % Time: 0.04 SEC. compiling exported = : (%,%) -> Boolean Time: 0.02 SEC. compiling exported + : (%,%) -> % Time: 0.02 SEC. compiling exported - : (%,%) -> % Time: 0.02 SEC. compiling exported - : % -> % Time: 0.03 SEC. compiling exported * : (Integer,%) -> % Time: 0.02 SEC. compiling exported * : (%,Integer) -> % Time: 0.03 SEC. compiling exported * : (R,%) -> % Time: 0.03 SEC. compiling exported * : (%,R) -> % Time: 0.04 SEC. compiling exported product : (%,%) -> % Time: 0.01 SEC. compiling exported * : (%,%) -> % Time: 0.08 SEC. compiling exported contract : (%,Integer,Integer) -> % Time: 0.10 SEC. compiling exported contract : (%,Integer,%,Integer) -> % Time: 0.09 SEC. compiling exported transpose : % -> % Time: 0 SEC. compiling exported transpose : (%,Integer,Integer) -> % Time: 0.01 SEC. compiling exported reindex : (%,List Integer) -> % Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.03 SEC. Cumulative Statistics for Constructor CartesianTensor Time: 1.31 seconds finalizing NRLIB CARTEN Processing CartesianTensor for Browser database: -- rank : % -> NNI -- elt : % -> R -- elt : (%,I,I) -> R -- elt : (%,I,I,I) -> R -- elt : (%,I,I,I,I) -> R -- elt : (%,List I) -> R -- product : (%,%) -> % -- ?*? : (%,%) -> % -- contract : (%,Integer,%,Integer) -> % -- contract : (%,Integer,Integer) -> % -- transpose : % -> % -- transpose : (%,Integer,Integer) -> % -- reindex : (%,List Integer) -> % -- kroneckerDelta : () -> % -- leviCivitaSymbol : () -> % -- ravel : % -> List R -- unravel : List R -> % -- sample : () -> % -- constructor ; compiling file "/tmp/oa-s9KOlm/code.lsp" (written 01 FEB 2016 11:04:11 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CARTEN;elt;$R;14|) ...) ; compiling (DEFUN |CARTEN;sample;$;1| ...) ; compiling (DEFUN |CARTEN;int2index| ...) ; file: /tmp/oa-s9KOlm/code.lsp ; in: DEFUN |CARTEN;int2index| ; (DEFUN BOOT::|CARTEN;int2index| (BOOT::|n| BOOT::|indv| BOOT::$) ; (PROG (BOOT::|qr|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CARTEN;int2index| ; (BOOT::|n| BOOT::|indv| BOOT::$) ; (BLOCK BOOT::|CARTEN;int2index| (PROG (BOOT::|qr|) (RETURN (COND # #))))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; ; note: type assertion too complex to check: ; (VALUES (VECTOR INTEGER) &REST T). ; compiling (DEFUN |CARTEN;index2int| ...) ; compiling (DEFUN |CARTEN;lengthRankOrElse| ...) ; file: /tmp/oa-s9KOlm/code.lsp ; in: DEFUN |CARTEN;lengthRankOrElse| ; (DEFUN BOOT::|CARTEN;lengthRankOrElse| (BOOT::|v| BOOT::$) ; (PROG (BOOT::|qr|) (RETURN (COND (# 0) (# 1) (# 2) (# 3) (# 4) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CARTEN;lengthRankOrElse| ; (BOOT::|v| BOOT::$) ; (BLOCK BOOT::|CARTEN;lengthRankOrElse| ; (PROG (BOOT::|qr|) (RETURN (COND # # # # # #))))) ; ; note: Assignment to argument: |v| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |CARTEN;mkPerm| ...) ; file: /tmp/oa-s9KOlm/code.lsp ; in: DEFUN |CARTEN;mkPerm| ; (DEFUN BOOT::|CARTEN;mkPerm| (BOOT::|n| BOOT::|l| BOOT::$) ; (COND ; ((BOOT::SPADCALL (LIST-LENGTH BOOT::|l|) BOOT::|n| ; (BOOT::|shellEntry| BOOT::$ 40)) ; (BOOT::|error| "The list is not a permutation.")) ; (T ; (LET (# #) ; (BOOT::SEQ # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CARTEN;mkPerm| ; (BOOT::|n| BOOT::|l| BOOT::$) ; (BLOCK BOOT::|CARTEN;mkPerm| ; (COND ; ((BOOT::SPADCALL # BOOT::|n| #) ; (BOOT::|error| "The list is not a permutation.")) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (VECTOR INTEGER) &REST T). ; compiling (DEFUN |CARTEN;permute!| ...) ; compiling (DEFUN |CARTEN;permsign!| ...) ; compiling (DEFUN |CARTEN;ravel;$L;8| ...) ; file: /tmp/oa-s9KOlm/code.lsp ; in: DEFUN |CARTEN;ravel;$L;8| ; (DEFUN BOOT::|CARTEN;ravel;$L;8| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|i| 0) (#:G797 (- # 1)) (#:G631 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ BOOT::|i| #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CARTEN;ravel;$L;8| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|CARTEN;ravel;$L;8| ; (LET ((BOOT::|i| 0) (#:G797 #) (#:G631 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |CARTEN;unravel;L$;9| ...) ; compiling (DEFUN |CARTEN;kroneckerDelta;$;10| ...) ; compiling (DEFUN |CARTEN;leviCivitaSymbol;$;11| ...) ; compiling (DEFUN |CARTEN;degree;$Nni;12| ...) ; compiling (DEFUN |CARTEN;rank;$Nni;13| ...) ; compiling (DEFUN |CARTEN;elt;$R;14| ...) ; file: /tmp/oa-s9KOlm/code.lsp ; in: DEFUN |CARTEN;elt;$R;14| ; (DEFUN BOOT::|CARTEN;elt;$R;14| (BOOT::|x| BOOT::$) ; (COND ((NOT (EQL # 1)) (BOOT::|error| "Index error (the rank is not 0)")) ; (T (BOOT::|getSimpleArrayEntry| BOOT::|x| 0)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CARTEN;elt;$R;14| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|CARTEN;elt;$R;14| ; (COND ((NOT #) (BOOT::|error| "Index error (the rank is not 0)")) ; (T (BOOT::|getSimpleArrayEntry| BOOT::|x| 0))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |CARTEN;elt;$IR;15| ...) ; compiling (DEFUN |CARTEN;elt;$2IR;16| ...) ; compiling (DEFUN |CARTEN;elt;$3IR;17| ...) ; compiling (DEFUN |CARTEN;elt;$4IR;18| ...) ; compiling (DEFUN |CARTEN;elt;$LR;19| ...) ; compiling (DEFUN |CARTEN;coerce;L$;20| ...) ; file: /tmp/oa-s9KOlm/code.lsp ; in: DEFUN |CARTEN;coerce;L$;20| ; (DEFUN BOOT::|CARTEN;coerce;L$;20| (BOOT::|lr| BOOT::$) ; (COND ; ((BOOT::SPADCALL (LIST-LENGTH BOOT::|lr|) (BOOT::|shellEntry| BOOT::$ 7) ; (BOOT::|shellEntry| BOOT::$ 40)) ; (BOOT::|error| "Incorrect number of components")) ; (T ; (LET (#) ; (PROGN # BOOT::|z|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CARTEN;coerce;L$;20| ; (BOOT::|lr| BOOT::$) ; (BLOCK BOOT::|CARTEN;coerce;L$;20| ; (COND ; ((BOOT::SPADCALL # # #) ; (BOOT::|error| "Incorrect number of components")) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-ARRAY &REST T). ; compiling (DEFUN |CARTEN;coerce;L$;21| ...) ; file: /tmp/oa-s9KOlm/code.lsp ; in: DEFUN |CARTEN;coerce;L$;21| ; (DEFUN BOOT::|CARTEN;coerce;L$;21| (BOOT::|lx| BOOT::$) ; (PROG (BOOT::|z| BOOT::|nx|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CARTEN;coerce;L$;21| ; (BOOT::|lx| BOOT::$) ; (BLOCK BOOT::|CARTEN;coerce;L$;21| ; (PROG (BOOT::|z| BOOT::|nx|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-ARRAY &REST T). ; compiling (DEFUN |CARTEN;retractIfCan;$U;22| ...) ; compiling (DEFUN |CARTEN;mkOutf| ...) ; compiling (DEFUN |CARTEN;coerce;$Of;24| ...) ; compiling (DEFUN |CARTEN;Zero;$;25| ...) ; compiling (DEFUN |CARTEN;One;$;26| ...) ; compiling (DEFUN |CARTEN;coerce;R$;27| ...) ; file: /tmp/oa-s9KOlm/code.lsp ; in: DEFUN |CARTEN;coerce;R$;27| ; (DEFUN BOOT::|CARTEN;coerce;R$;27| (BOOT::|r| BOOT::$) ; (BOOT::SPADCALL 1 BOOT::|r| (BOOT::|shellEntry| BOOT::$ 61))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CARTEN;coerce;R$;27| ; (BOOT::|r| BOOT::$) ; (BLOCK BOOT::|CARTEN;coerce;R$;27| ; (BOOT::SPADCALL 1 BOOT::|r| (BOOT::|shellEntry| BOOT::$ 61)))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-ARRAY &REST T). ; compiling (DEFUN |CARTEN;coerce;Dp$;28| ...) ; compiling (DEFUN |CARTEN;coerce;Sm$;29| ...) ; compiling (DEFUN |CARTEN;=;2$B;30| ...) ; compiling (DEFUN |CARTEN;+;3$;31| ...) ; file: /tmp/oa-s9KOlm/code.lsp ; in: DEFUN |CARTEN;+;3$;31| ; (DEFUN BOOT::|CARTEN;+;3$;31| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ; ((BOOT::SPADCALL (BOOT::|sizeOfSimpleArray| BOOT::|x|) ; (BOOT::|sizeOfSimpleArray| BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 40)) ; (BOOT::|error| "Rank mismatch")) ; (T ; (LET (#) ; (PROGN # BOOT::|z|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CARTEN;+;3$;31| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|CARTEN;+;3$;31| ; (COND ((BOOT::SPADCALL # # #) (BOOT::|error| "Rank mismatch")) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-ARRAY &REST T). ; compiling (DEFUN |CARTEN;-;3$;32| ...) ; file: /tmp/oa-s9KOlm/code.lsp ; in: DEFUN |CARTEN;-;3$;32| ; (DEFUN BOOT::|CARTEN;-;3$;32| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ; ((BOOT::SPADCALL (BOOT::|sizeOfSimpleArray| BOOT::|x|) ; (BOOT::|sizeOfSimpleArray| BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 40)) ; (BOOT::|error| "Rank mismatch")) ; (T ; (LET (#) ; (PROGN # BOOT::|z|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CARTEN;-;3$;32| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|CARTEN;-;3$;32| ; (COND ((BOOT::SPADCALL # # #) (BOOT::|error| "Rank mismatch")) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-ARRAY &REST T). ; compiling (DEFUN |CARTEN;-;2$;33| ...) ; compiling (DEFUN |CARTEN;*;I2$;34| ...) ; compiling (DEFUN |CARTEN;*;$I$;35| ...) ; compiling (DEFUN |CARTEN;*;R2$;36| ...) ; compiling (DEFUN |CARTEN;*;$R$;37| ...) ; compiling (DEFUN |CARTEN;product;3$;38| ...) ; compiling (DEFUN |CARTEN;*;3$;39| ...) ; compiling (DEFUN |CARTEN;contract;$2I$;40| ...) ; file: /tmp/oa-s9KOlm/code.lsp ; in: DEFUN |CARTEN;contract;$2I$;40| ; (DEFUN BOOT::|CARTEN;contract;$2I$;40| ; (BOOT::|x| BOOT::|i| BOOT::|j| BOOT::$) ; (PROG (BOOT::|z| BOOT::|xok| BOOT::|xoh| BOOT::|zoh| BOOT::|nh| BOOT::|rh| ; BOOT::|xom| BOOT::|zom| BOOT::|nm| BOOT::|rm| BOOT::|nl| BOOT::|rl|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CARTEN;contract;$2I$;40| ; (BOOT::|x| BOOT::|i| BOOT::|j| BOOT::$) ; (BLOCK BOOT::|CARTEN;contract;$2I$;40| ; (PROG (BOOT::|z| BOOT::|xok| BOOT::|xoh| BOOT::|zoh| BOOT::|nh| ; BOOT::|rh| BOOT::|xom| BOOT::|zom| BOOT::|nm| BOOT::|rm| ; BOOT::|nl| BOOT::|rl|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |i| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; ; note: Assignment to argument: |j| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-ARRAY &REST T). ; compiling (DEFUN |CARTEN;contract;$I$I$;41| ...) ; file: /tmp/oa-s9KOlm/code.lsp ; in: DEFUN |CARTEN;contract;$I$I$;41| ; (DEFUN BOOT::|CARTEN;contract;$I$I$;41| ; (BOOT::|x| BOOT::|i| BOOT::|y| BOOT::|j| BOOT::$) ; (PROG (BOOT::|z| BOOT::|zohx| BOOT::|ohx| BOOT::|nhx| BOOT::|rhx| ; BOOT::|zolx| BOOT::|nlx| BOOT::|rlx| BOOT::|zohy| BOOT::|ohy| ; BOOT::|nhy| BOOT::|rhy| ...) ; (RETURN ; (LET (# #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CARTEN;contract;$I$I$;41| ; (BOOT::|x| BOOT::|i| BOOT::|y| BOOT::|j| BOOT::$) ; (BLOCK BOOT::|CARTEN;contract;$I$I$;41| ; (PROG (BOOT::|z| BOOT::|zohx| BOOT::|ohx| BOOT::|nhx| BOOT::|rhx| ; BOOT::|zolx| BOOT::|nlx| BOOT::|rlx| BOOT::|zohy| BOOT::|ohy| ; BOOT::|nhy| BOOT::|rhy| ...) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-ARRAY &REST T). ; compiling (DEFUN |CARTEN;transpose;2$;42| ...) ; compiling (DEFUN |CARTEN;transpose;$2I$;43| ...) ; file: /tmp/oa-s9KOlm/code.lsp ; in: DEFUN |CARTEN;transpose;$2I$;43| ; (DEFUN BOOT::|CARTEN;transpose;$2I$;43| ; (BOOT::|x| BOOT::|i| BOOT::|j| BOOT::$) ; (PROG (BOOT::|z| BOOT::|zoh| BOOT::|nh| BOOT::|rh| BOOT::|zoj| BOOT::|zom| ; BOOT::|nm| BOOT::|rm| BOOT::|zoi| BOOT::|nl| BOOT::|rl|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CARTEN;transpose;$2I$;43| ; (BOOT::|x| BOOT::|i| BOOT::|j| BOOT::$) ; (BLOCK BOOT::|CARTEN;transpose;$2I$;43| ; (PROG (BOOT::|z| BOOT::|zoh| BOOT::|nh| BOOT::|rh| BOOT::|zoj| ; BOOT::|zom| BOOT::|nm| BOOT::|rm| BOOT::|zoi| BOOT::|nl| ; BOOT::|rl|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |i| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; ; note: Assignment to argument: |j| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-ARRAY &REST T). ; compiling (DEFUN |CARTEN;reindex;$L$;44| ...) ; compiling (DEFUN |CartesianTensor| ...) ; compiling (DEFUN |CartesianTensor;| ...) ; compiling (MAKEPROP (QUOTE |CartesianTensor|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 17 notes ; /tmp/oa-s9KOlm/code.fasl written ; compilation finished in 0:00:00.241 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile UTSCAT.spad && cp UTSCAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UTSCAT.fasl \ && if test -f UTSCAT-.NRLIB/code.fasl; then \ cp UTSCAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UTSCAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UTSCAT.spad using Spad compiler. UTSCAT abbreviates category UnivariateTaylorSeriesCategory debug: compDefine1 lhs: (UnivariateTaylorSeriesCategory Coef) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (Coef) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for UnivariateTaylorSeriesCategory compiling into /tmp/oa-Yvssua STYLE-WARNING: redefining BOOT::|UnivariateTaylorSeriesCategory| in DEFUN Time: 0.02 SEC. UTSCAT- abbreviates package UnivariateTaylorSeriesCategory& ------------------------------------------------------------------------ initializing stationary directory for UnivariateTaylorSeriesCategory& compiling into /tmp/oa-Hdynmk compiling exported zero? : S -> Boolean Time: 0.04 SEC. compiling local factorials? : () -> Boolean UTSCAT-;factorials? is replaced by %false Time: 0.00 SEC. compiling local termOutput : (Integer,Coef,OutputForm) -> OutputForm Time: 0.02 SEC. compiling local showAll? : () -> Boolean UTSCAT-;showAll? is replaced by %true Time: 0 SEC. compiling exported coerce : S -> OutputForm Time: 0.13 SEC. compiling exported ** : (S,Coef) -> S Time: 0.02 SEC. compiling exported ** : (S,S) -> S Time: 0.02 SEC. compiling exported ** : (S,Fraction Integer) -> S Time: 0.03 SEC. compiling exported exp : S -> S Time: 0.01 SEC. compiling exported log : S -> S Time: 0.01 SEC. compiling exported sin : S -> S Time: 0.01 SEC. compiling exported cos : S -> S Time: 0.01 SEC. compiling exported tan : S -> S Time: 0.01 SEC. compiling exported cot : S -> S Time: 0.02 SEC. compiling exported sec : S -> S Time: 0.01 SEC. compiling exported csc : S -> S Time: 0.02 SEC. compiling exported asin : S -> S Time: 0.01 SEC. compiling exported acos : S -> S Time: 0.01 SEC. compiling exported atan : S -> S Time: 0.05 SEC. compiling exported acot : S -> S Time: 0.01 SEC. compiling exported asec : S -> S Time: 0.01 SEC. compiling exported acsc : S -> S Time: 0.01 SEC. compiling exported sinh : S -> S Time: 0.01 SEC. compiling exported cosh : S -> S Time: 0.01 SEC. compiling exported tanh : S -> S Time: 0.01 SEC. compiling exported coth : S -> S Time: 0.01 SEC. compiling exported sech : S -> S Time: 0.01 SEC. compiling exported csch : S -> S Time: 0.01 SEC. compiling exported asinh : S -> S Time: 0.01 SEC. compiling exported acosh : S -> S Time: 0.01 SEC. compiling exported atanh : S -> S Time: 0.01 SEC. compiling exported acoth : S -> S Time: 0.01 SEC. compiling exported asech : S -> S Time: 0.01 SEC. compiling exported acsch : S -> S Time: 0.01 SEC. compiling exported ** : (S,S) -> S Time: 0.01 SEC. compiling exported ** : (S,Fraction Integer) -> S Time: 0.06 SEC. compiling exported exp : S -> S Time: 0.01 SEC. compiling exported log : S -> S Time: 0.01 SEC. compiling exported sin : S -> S Time: 0.01 SEC. compiling exported cos : S -> S Time: 0.01 SEC. compiling exported tan : S -> S Time: 0.01 SEC. compiling exported cot : S -> S Time: 0.01 SEC. compiling exported sec : S -> S Time: 0.01 SEC. compiling exported csc : S -> S Time: 0.01 SEC. compiling exported asin : S -> S Time: 0.01 SEC. compiling exported acos : S -> S Time: 0.01 SEC. compiling exported atan : S -> S Time: 0.01 SEC. compiling exported acot : S -> S Time: 0.01 SEC. compiling exported asec : S -> S Time: 0.01 SEC. compiling exported acsc : S -> S Time: 0.02 SEC. compiling exported sinh : S -> S Time: 0.01 SEC. compiling exported cosh : S -> S Time: 0.01 SEC. compiling exported tanh : S -> S Time: 0.01 SEC. compiling exported coth : S -> S Time: 0.01 SEC. compiling exported sech : S -> S Time: 0.02 SEC. compiling exported csch : S -> S Time: 0.01 SEC. compiling exported asinh : S -> S Time: 0.01 SEC. compiling exported acosh : S -> S Time: 0.02 SEC. compiling exported atanh : S -> S Time: 0.01 SEC. compiling exported acoth : S -> S Time: 0.01 SEC. compiling exported asech : S -> S Time: 0.01 SEC. compiling exported acsch : S -> S Time: 0.01 SEC. (time taken in buildFunctor: 4) Time: 0.02 SEC. Warnings: [1] zero?: empty? has no value [2] coerce: empty? has no value Cumulative Statistics for Constructor UnivariateTaylorSeriesCategory& Time: 0.96 seconds finalizing NRLIB UTSCAT- ; compiling file "/tmp/oa-Hdynmk/code.lsp" (written 01 FEB 2016 11:04:12 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UTSCAT-;factorials?|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UTSCAT-;showAll?|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |UTSCAT-;zero?;$B;1| ...) ; file: /tmp/oa-Hdynmk/code.lsp ; in: DEFUN |UTSCAT-;zero?;$B;1| ; (DEFUN BOOT::|UTSCAT-;zero?;$B;1| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|coefs| (BOOT::SPADCALL BOOT::|x| #))) ; (OR (BOOT::SPADCALL BOOT::|coefs| (BOOT::|shellEntry| BOOT::$ 11)) ; (AND (BOOT::SPADCALL # #) (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UTSCAT-;zero?;$B;1| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|UTSCAT-;zero?;$B;1| ; (LET ((BOOT::|coefs| #)) ; (OR (BOOT::SPADCALL BOOT::|coefs| #) (AND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |UTSCAT-;factorials?| ...) ; compiling (DEFUN |UTSCAT-;termOutput| ...) ; compiling (DEFUN |UTSCAT-;showAll?| ...) ; compiling (DEFUN |UTSCAT-;coerce;$Of;5| ...) ; compiling (DEFUN |UTSCAT-;**;$Coef$;6| ...) ; compiling (DEFUN |UTSCAT-;**;3$;7| ...) ; compiling (DEFUN |UTSCAT-;**;$F$;8| ...) ; compiling (DEFUN |UTSCAT-;exp;2$;9| ...) ; compiling (DEFUN |UTSCAT-;log;2$;10| ...) ; compiling (DEFUN |UTSCAT-;sin;2$;11| ...) ; compiling (DEFUN |UTSCAT-;cos;2$;12| ...) ; compiling (DEFUN |UTSCAT-;tan;2$;13| ...) ; compiling (DEFUN |UTSCAT-;cot;2$;14| ...) ; compiling (DEFUN |UTSCAT-;sec;2$;15| ...) ; compiling (DEFUN |UTSCAT-;csc;2$;16| ...) ; compiling (DEFUN |UTSCAT-;asin;2$;17| ...) ; compiling (DEFUN |UTSCAT-;acos;2$;18| ...) ; compiling (DEFUN |UTSCAT-;atan;2$;19| ...) ; compiling (DEFUN |UTSCAT-;acot;2$;20| ...) ; compiling (DEFUN |UTSCAT-;asec;2$;21| ...) ; compiling (DEFUN |UTSCAT-;acsc;2$;22| ...) ; compiling (DEFUN |UTSCAT-;sinh;2$;23| ...) ; compiling (DEFUN |UTSCAT-;cosh;2$;24| ...) ; compiling (DEFUN |UTSCAT-;tanh;2$;25| ...) ; compiling (DEFUN |UTSCAT-;coth;2$;26| ...) ; compiling (DEFUN |UTSCAT-;sech;2$;27| ...) ; compiling (DEFUN |UTSCAT-;csch;2$;28| ...) ; compiling (DEFUN |UTSCAT-;asinh;2$;29| ...) ; compiling (DEFUN |UTSCAT-;acosh;2$;30| ...) ; compiling (DEFUN |UTSCAT-;atanh;2$;31| ...) ; compiling (DEFUN |UTSCAT-;acoth;2$;32| ...) ; compiling (DEFUN |UTSCAT-;asech;2$;33| ...) ; compiling (DEFUN |UTSCAT-;acsch;2$;34| ...) ; compiling (DEFUN |UTSCAT-;**;3$;35| ...) ; compiling (DEFUN |UTSCAT-;**;$F$;36| ...) ; compiling (DEFUN |UTSCAT-;exp;2$;37| ...) ; compiling (DEFUN |UTSCAT-;log;2$;38| ...) ; compiling (DEFUN |UTSCAT-;sin;2$;39| ...) ; compiling (DEFUN |UTSCAT-;cos;2$;40| ...) ; compiling (DEFUN |UTSCAT-;tan;2$;41| ...) ; compiling (DEFUN |UTSCAT-;cot;2$;42| ...) ; compiling (DEFUN |UTSCAT-;sec;2$;43| ...) ; compiling (DEFUN |UTSCAT-;csc;2$;44| ...) ; compiling (DEFUN |UTSCAT-;asin;2$;45| ...) ; compiling (DEFUN |UTSCAT-;acos;2$;46| ...) ; compiling (DEFUN |UTSCAT-;atan;2$;47| ...) ; compiling (DEFUN |UTSCAT-;acot;2$;48| ...) ; compiling (DEFUN |UTSCAT-;asec;2$;49| ...) ; compiling (DEFUN |UTSCAT-;acsc;2$;50| ...) ; compiling (DEFUN |UTSCAT-;sinh;2$;51| ...) ; compiling (DEFUN |UTSCAT-;cosh;2$;52| ...) ; compiling (DEFUN |UTSCAT-;tanh;2$;53| ...) ; compiling (DEFUN |UTSCAT-;coth;2$;54| ...) ; compiling (DEFUN |UTSCAT-;sech;2$;55| ...) ; compiling (DEFUN |UTSCAT-;csch;2$;56| ...) ; compiling (DEFUN |UTSCAT-;asinh;2$;57| ...) ; compiling (DEFUN |UTSCAT-;acosh;2$;58| ...) ; compiling (DEFUN |UTSCAT-;atanh;2$;59| ...) ; compiling (DEFUN |UTSCAT-;acoth;2$;60| ...) ; compiling (DEFUN |UTSCAT-;asech;2$;61| ...) ; compiling (DEFUN |UTSCAT-;acsch;2$;62| ...) ; compiling (DEFUN |UnivariateTaylorSeriesCategory&| ...) ; compiling (MAKEPROP (QUOTE |UnivariateTaylorSeriesCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-Hdynmk/code.fasl written ; compilation finished in 0:00:00.237 ------------------------------------------------------------------------ finalizing NRLIB UTSCAT Processing UnivariateTaylorSeriesCategory for Browser database: -- series : Stream Term -> % -- coefficients : % -> Stream Coef -- series : Stream Coef -> % -- quoByVar : % -> % -- multiplyCoefficients : ((I -> Coef),%) -> % -- polynomial : (%,NNI) -> Polynomial Coef -- polynomial : (%,NNI,NNI) -> Polynomial Coef -- ?**? : (%,Coef) -> % -- integrate : % -> % -- integrate : (%,Symbol) -> % -- integrate : (%,Symbol) -> % -- constructor ; compiling file "/tmp/oa-Yvssua/code.lsp" (written 01 FEB 2016 11:04:13 PM): ; compiling (DEFPARAMETER |UnivariateTaylorSeriesCategory;AL| ...) ; compiling (DEFUN |UnivariateTaylorSeriesCategory;| ...) ; compiling (DEFUN |UnivariateTaylorSeriesCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Yvssua/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PNTHEORY.spad && cp PNTHEORY.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PNTHEORY.fasl \ && if test -f PNTHEORY-.NRLIB/code.fasl; then \ cp PNTHEORY-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PNTHEORY-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PNTHEORY.spad using Spad compiler. PNTHEORY abbreviates package PolynomialNumberTheoryFunctions debug: compDefine1 lhs: (PolynomialNumberTheoryFunctions) signature (pre-evaluate): ((CATEGORY package (SIGNATURE bernoulli ((SparseUnivariatePolynomial (Fraction (Integer))) (Integer))) (SIGNATURE chebyshevT ((SparseUnivariatePolynomial (Integer)) (Integer))) (SIGNATURE chebyshevU ((SparseUnivariatePolynomial (Integer)) (Integer))) (SIGNATURE cyclotomic ((SparseUnivariatePolynomial (Integer)) (Integer))) (SIGNATURE euler ((SparseUnivariatePolynomial (Fraction (Integer))) (Integer))) (SIGNATURE fixedDivisor ((Integer) (SparseUnivariatePolynomial (Integer)))) (SIGNATURE hermite ((SparseUnivariatePolynomial (Integer)) (Integer))) (SIGNATURE laguerre ((SparseUnivariatePolynomial (Integer)) (Integer))) (SIGNATURE legendre ((SparseUnivariatePolynomial (Fraction (Integer))) (Integer))))) debug: evaluateType form: (CATEGORY package (SIGNATURE bernoulli ((SparseUnivariatePolynomial (Fraction (Integer))) (Integer))) (SIGNATURE chebyshevT ((SparseUnivariatePolynomial (Integer)) (Integer))) (SIGNATURE chebyshevU ((SparseUnivariatePolynomial (Integer)) (Integer))) (SIGNATURE cyclotomic ((SparseUnivariatePolynomial (Integer)) (Integer))) (SIGNATURE euler ((SparseUnivariatePolynomial (Fraction (Integer))) (Integer))) (SIGNATURE fixedDivisor ((Integer) (SparseUnivariatePolynomial (Integer)))) (SIGNATURE hermite ((SparseUnivariatePolynomial (Integer)) (Integer))) (SIGNATURE laguerre ((SparseUnivariatePolynomial (Integer)) (Integer))) (SIGNATURE legendre ((SparseUnivariatePolynomial (Fraction (Integer))) (Integer)))) $param: NIL debug: evaluateType form: (SparseUnivariatePolynomial (Fraction (Integer))) $param: NIL Debug: evaluateType1 form: (SparseUnivariatePolynomial (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (SparseUnivariatePolynomial (Integer)) $param: NIL Debug: evaluateType1 form: (SparseUnivariatePolynomial (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (SparseUnivariatePolynomial (Integer)) $param: NIL Debug: evaluateType1 form: (SparseUnivariatePolynomial (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (SparseUnivariatePolynomial (Integer)) $param: NIL Debug: evaluateType1 form: (SparseUnivariatePolynomial (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (SparseUnivariatePolynomial (Fraction (Integer))) $param: NIL Debug: evaluateType1 form: (SparseUnivariatePolynomial (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (SparseUnivariatePolynomial (Integer)) $param: NIL Debug: evaluateType1 form: (SparseUnivariatePolynomial (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial (Integer)) $param: NIL Debug: evaluateType1 form: (SparseUnivariatePolynomial (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (SparseUnivariatePolynomial (Integer)) $param: NIL Debug: evaluateType1 form: (SparseUnivariatePolynomial (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (SparseUnivariatePolynomial (Fraction (Integer))) $param: NIL Debug: evaluateType1 form: (SparseUnivariatePolynomial (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE bernoulli ((SparseUnivariatePolynomial (Fraction (Integer))) (Integer))) (SIGNATURE chebyshevT ((SparseUnivariatePolynomial (Integer)) (Integer))) (SIGNATURE chebyshevU ((SparseUnivariatePolynomial (Integer)) (Integer))) (SIGNATURE cyclotomic ((SparseUnivariatePolynomial (Integer)) (Integer))) (SIGNATURE euler ((SparseUnivariatePolynomial (Fraction (Integer))) (Integer))) (SIGNATURE fixedDivisor ((Integer) (SparseUnivariatePolynomial (Integer)))) (SIGNATURE hermite ((SparseUnivariatePolynomial (Integer)) (Integer))) (SIGNATURE laguerre ((SparseUnivariatePolynomial (Integer)) (Integer))) (SIGNATURE legendre ((SparseUnivariatePolynomial (Fraction (Integer))) (Integer))))) ------------------------------------------------------------------------ initializing stationary directory for PolynomialNumberTheoryFunctions compiling into /tmp/oa-awx65w importing IntegerPrimesPackage Integer compiling local MonicQuotient : (SparseUnivariatePolynomial Integer,SparseUnivariatePolynomial Integer) -> SparseUnivariatePolynomial Integer Time: 0.15 SEC. compiling exported cyclotomic : Integer -> SparseUnivariatePolynomial Integer Time: 0.02 SEC. compiling exported euler : Integer -> SparseUnivariatePolynomial Fraction Integer Time: 0.03 SEC. compiling exported bernoulli : Integer -> SparseUnivariatePolynomial Fraction Integer Time: 0.03 SEC. compiling exported fixedDivisor : SparseUnivariatePolynomial Integer -> Integer Time: 0.04 SEC. compiling exported hermite : Integer -> SparseUnivariatePolynomial Integer Time: 0.08 SEC. compiling exported legendre : Integer -> SparseUnivariatePolynomial Fraction Integer Time: 0.33 SEC. compiling exported laguerre : Integer -> SparseUnivariatePolynomial Integer Time: 0.04 SEC. compiling exported chebyshevT : Integer -> SparseUnivariatePolynomial Integer Time: 0.03 SEC. compiling exported chebyshevU : Integer -> SparseUnivariatePolynomial Integer Time: 0.06 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] euler: s has no value [2] euler: p has no value [3] bernoulli: s has no value [4] bernoulli: p has no value Cumulative Statistics for Constructor PolynomialNumberTheoryFunctions Time: 0.83 seconds finalizing NRLIB PNTHEORY Processing PolynomialNumberTheoryFunctions for Browser database: -- bernoulli : I -> SUP RN -- chebyshevT : I -> SUP I -- chebyshevU : I -> SUP I -- cyclotomic : I -> SUP I -- euler : I -> SUP RN -- fixedDivisor : SUP I -> I -- hermite : I -> SUP I -- laguerre : I -> SUP I -- legendre : I -> SUP RN -- constructor ; compiling file "/tmp/oa-awx65w/code.lsp" (written 01 FEB 2016 11:04:13 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PNTHEORY;MonicQuotient| ...) ; compiling (DEFUN |PNTHEORY;cyclotomic;ISup;2| ...) ; compiling (DEFUN |PNTHEORY;euler;ISup;3| ...) ; compiling (DEFUN |PNTHEORY;bernoulli;ISup;4| ...) ; compiling (DEFUN |PNTHEORY;fixedDivisor;SupI;5| ...) ; compiling (DEFUN |PNTHEORY;hermite;ISup;6| ...) ; compiling (DEFUN |PNTHEORY;legendre;ISup;7| ...) ; compiling (DEFUN |PNTHEORY;laguerre;ISup;8| ...) ; compiling (DEFUN |PNTHEORY;chebyshevT;ISup;9| ...) ; compiling (DEFUN |PNTHEORY;chebyshevU;ISup;10| ...) ; compiling (DEFUN |PolynomialNumberTheoryFunctions| ...) ; compiling (DEFUN |PolynomialNumberTheoryFunctions;| ...) ; compiling (MAKEPROP (QUOTE |PolynomialNumberTheoryFunctions|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-awx65w/code.fasl written ; compilation finished in 0:00:00.071 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile NTPOLFN.spad && cp NTPOLFN.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/NTPOLFN.fasl \ && if test -f NTPOLFN-.NRLIB/code.fasl; then \ cp NTPOLFN-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/NTPOLFN-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NTPOLFN.spad using Spad compiler. NTPOLFN abbreviates package NumberTheoreticPolynomialFunctions debug: compDefine1 lhs: (NumberTheoreticPolynomialFunctions R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE cyclotomic (R (NonNegativeInteger) R)) (IF (has R (Algebra (Fraction (Integer)))) (PROGN (SIGNATURE bernoulliB (R (NonNegativeInteger) R)) (SIGNATURE eulerE (R (NonNegativeInteger) R))) %noBranch)) (CommutativeRing)) debug: evaluateType form: (CATEGORY package (SIGNATURE cyclotomic (R (NonNegativeInteger) R)) (IF (has R (Algebra (Fraction (Integer)))) (PROGN (SIGNATURE bernoulliB (R (NonNegativeInteger) R)) (SIGNATURE eulerE (R (NonNegativeInteger) R))) %noBranch)) $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: R $param: (R) debug: evaluateType form: (CommutativeRing) $param: (R) Debug: evaluateType1 form: (CommutativeRing) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE cyclotomic (R (NonNegativeInteger) R)) (IF (has R (Algebra (Fraction (Integer)))) (PROGN (SIGNATURE bernoulliB (R (NonNegativeInteger) R)) (SIGNATURE eulerE (R (NonNegativeInteger) R))) %noBranch)) (CommutativeRing)) debug: compDefine1 lhs: (NumberTheoreticPolynomialFunctions R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE cyclotomic (R (NonNegativeInteger) R)) (IF (has R (Algebra (Fraction (Integer)))) (PROGN (SIGNATURE bernoulliB (R (NonNegativeInteger) R)) (SIGNATURE eulerE (R (NonNegativeInteger) R))) %noBranch)) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE cyclotomic (R (NonNegativeInteger) R)) (IF (has R (Algebra (Fraction (Integer)))) (PROGN (SIGNATURE bernoulliB (R (NonNegativeInteger) R)) (SIGNATURE eulerE (R (NonNegativeInteger) R))) %noBranch)) $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: R $param: (R) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE cyclotomic (R (NonNegativeInteger) R)) (IF (has R (Algebra (Fraction (Integer)))) (PROGN (SIGNATURE bernoulliB (R (NonNegativeInteger) R)) (SIGNATURE eulerE (R (NonNegativeInteger) R))) %noBranch)) NIL) ------------------------------------------------------------------------ initializing stationary directory for NumberTheoreticPolynomialFunctions compiling into /tmp/oa-2rLr6A importing PolynomialNumberTheoryFunctions compiling exported cyclotomic : (NonNegativeInteger,R) -> R Time: 0.05 SEC. compiling exported eulerE : (NonNegativeInteger,R) -> R Time: 0.04 SEC. compiling exported bernoulliB : (NonNegativeInteger,R) -> R Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor NumberTheoreticPolynomialFunctions Time: 0.12 seconds finalizing NRLIB NTPOLFN Processing NumberTheoreticPolynomialFunctions for Browser database: -- cyclotomic : (NNI,R) -> R -- bernoulliB : (NNI,R) -> R -- eulerE : (NNI,R) -> R -- constructor ; compiling file "/tmp/oa-2rLr6A/code.lsp" (written 01 FEB 2016 11:04:14 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |NTPOLFN;cyclotomic;Nni2R;1| ...) ; compiling (DEFUN |NTPOLFN;eulerE;Nni2R;2| ...) ; compiling (DEFUN |NTPOLFN;bernoulliB;Nni2R;3| ...) ; compiling (DEFUN |NumberTheoreticPolynomialFunctions| ...) ; compiling (DEFUN |NumberTheoreticPolynomialFunctions;| ...) ; compiling (MAKEPROP (QUOTE |NumberTheoreticPolynomialFunctions|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-2rLr6A/code.fasl written ; compilation finished in 0:00:00.040 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile UPOLYC.spad && cp UPOLYC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UPOLYC.fasl \ && if test -f UPOLYC-.NRLIB/code.fasl; then \ cp UPOLYC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UPOLYC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UPOLYC.spad using Spad compiler. UPOLYC abbreviates category UnivariatePolynomialCategory debug: compDefine1 lhs: (UnivariatePolynomialCategory R) signature (pre-evaluate): ((Category) (Ring)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((Category) (Ring)) debug: compDefine1 lhs: (UnivariatePolynomialCategory R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for UnivariatePolynomialCategory compiling into /tmp/oa-Iid7wU STYLE-WARNING: redefining BOOT::|UnivariatePolynomialCategory| in DEFUN Time: 0.02 SEC. UPOLYC- abbreviates package UnivariatePolynomialCategory& ------------------------------------------------------------------------ initializing stationary directory for UnivariatePolynomialCategory& compiling into /tmp/oa-tLH68a compiling exported variables : S -> List SingletonAsOrderedSet Time: 0.14 SEC. compiling exported degree : (S,SingletonAsOrderedSet) -> NonNegativeInteger Time: 0.01 SEC. compiling exported totalDegree : (S,List SingletonAsOrderedSet) -> NonNegativeInteger Time: 0.03 SEC. compiling exported degree : (S,List SingletonAsOrderedSet) -> List NonNegativeInteger Time: 0.03 SEC. compiling exported eval : (S,List SingletonAsOrderedSet,List S) -> S Time: 0.04 SEC. compiling exported eval : (S,SingletonAsOrderedSet,S) -> S Time: 0 SEC. compiling exported eval : (S,List SingletonAsOrderedSet,List R) -> S Time: 0.05 SEC. compiling exported eval : (S,SingletonAsOrderedSet,R) -> S Time: 0.02 SEC. compiling exported eval : (S,List Equation S) -> S Time: 0.04 SEC. compiling exported mainVariable : S -> Union(SingletonAsOrderedSet,failed) Time: 0.02 SEC. compiling exported minimumDegree : (S,SingletonAsOrderedSet) -> NonNegativeInteger Time: 0.02 SEC. compiling exported minimumDegree : (S,List SingletonAsOrderedSet) -> List NonNegativeInteger Time: 0.04 SEC. compiling exported monomial : (S,SingletonAsOrderedSet,NonNegativeInteger) -> S Time: 0.01 SEC. compiling exported coerce : SingletonAsOrderedSet -> S Time: 0.01 SEC. compiling exported makeSUP : S -> SparseUnivariatePolynomial R Time: 0.04 SEC. compiling exported unmakeSUP : SparseUnivariatePolynomial R -> S Time: 0.05 SEC. compiling exported karatsubaDivide : (S,NonNegativeInteger) -> Record(quotient: S,remainder: S) Time: 0.02 SEC. compiling exported shiftRight : (S,NonNegativeInteger) -> S Time: 0.02 SEC. compiling exported shiftLeft : (S,NonNegativeInteger) -> S Time: 0.01 SEC. compiling exported solveLinearPolynomialEquation : (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,failed) Time: 0.06 SEC. compiling exported factorPolynomial : SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S Time: 0.05 SEC. compiling exported factorSquareFreePolynomial : SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S Time: 0.04 SEC. importing FactoredFunctions2(SparseUnivariatePolynomial R,S) compiling exported factor : S -> Factored S Time: 0.22 SEC. compiling exported vectorise : (S,NonNegativeInteger) -> Vector R Time: 0.02 SEC. compiling exported retract : S -> R Time: 0.01 SEC. compiling exported retractIfCan : S -> Union(R,failed) Time: 0.01 SEC. compiling exported init : () -> S Time: 0.00 SEC. compiling local nextItemInner : S -> Maybe S Time: 0.04 SEC. compiling exported nextItem : S -> Maybe S Time: 0.01 SEC. compiling exported content : (S,SingletonAsOrderedSet) -> S Time: 0.01 SEC. compiling local primeFactor : (S,S) -> S Time: 0.00 SEC. compiling exported separate : (S,S) -> Record(primePart: S,commonPart: S) Time: 0.00 SEC. compiling exported differentiate : (S,R -> R,S) -> S Time: 0.05 SEC. compiling local ncdiff : (NonNegativeInteger,S) -> S Time: 0.12 SEC. compiling exported differentiate : (S,R -> R,S) -> S Time: 0.04 SEC. compiling exported differentiate : (S,R -> R) -> S Time: 0.01 SEC. compiling exported differentiate : S -> S Time: 0.03 SEC. compiling exported differentiate : (S,SingletonAsOrderedSet) -> S Time: 0.00 SEC. compiling exported elt : (Fraction S,Fraction S) -> Fraction S Time: 0.14 SEC. compiling exported pseudoQuotient : (S,S) -> S Time: 0.17 SEC. compiling exported pseudoDivide : (S,S) -> Record(coef: R,quotient: S,remainder: S) Time: 0.04 SEC. compiling exported composite : (Fraction S,S) -> Union(Fraction S,failed) Time: 0.04 SEC. compiling exported composite : (S,S) -> Union(S,failed) Time: 0.07 SEC. compiling exported elt : (S,Fraction S) -> Fraction S Time: 0.10 SEC. compiling exported order : (S,S) -> NonNegativeInteger Time: 0.02 SEC. compiling exported squareFree : S -> Factored S Time: 0.01 SEC. compiling exported squareFreePart : S -> S Time: 0 SEC. compiling exported gcdPolynomial : (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S Time: 0.03 SEC. compiling exported squareFreePolynomial : SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S Time: 0.01 SEC. compiling exported elt : (Fraction S,R) -> R Time: 0.02 SEC. compiling exported euclideanSize : S -> NonNegativeInteger Time: 0.01 SEC. compiling exported divide : (S,S) -> Record(quotient: S,remainder: S) Time: 0.09 SEC. compiling exported integrate : S -> S Time: 0.06 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] eval: lhs has no value [2] solveLinearPolynomialEquation: not known that Ring is of mode CATEGORY(package,coerce: S -> S,gcdPolynomial: (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S,differentiate: (S,List Symbol,List NonNegativeInteger) -> S,differentiate: (S,Symbol,NonNegativeInteger) -> S,differentiate: (S,List Symbol) -> S,differentiate: (S,Symbol) -> S,squareFree: S -> Factored S,squareFreePart: S -> S,coerce: Fraction Integer -> S,init: () -> S,nextItem: S -> Maybe S,elt: (S,Fraction S) -> Fraction S,euclideanSize: S -> NonNegativeInteger,divide: (S,S) -> Record(quotient: S,remainder: S),integrate: S -> S,elt: (Fraction S,R) -> R,separate: (S,S) -> Record(primePart: S,commonPart: S),pseudoDivide: (S,S) -> Record(coef: R,quotient: S,remainder: S),pseudoQuotient: (S,S) -> S,composite: (Fraction S,S) -> Union(Fraction S,"failed"),composite: (S,S) -> Union(S,"failed"),order: (S,S) -> NonNegativeInteger,elt: (Fraction S,Fraction S) -> Fraction S,differentiate: (S,(R -> R),S) -> S,shiftLeft: (S,NonNegativeInteger) -> S,shiftRight: (S,NonNegativeInteger) -> S,karatsubaDivide: (S,NonNegativeInteger) -> Record(quotient: S,remainder: S),unmakeSUP: SparseUnivariatePolynomial R -> S,makeSUP: S -> SparseUnivariatePolynomial R,vectorise: (S,NonNegativeInteger) -> Vector R,differentiate: (S,(R -> R),NonNegativeInteger) -> S,differentiate: (S,(R -> R)) -> S,differentiate: (S,NonNegativeInteger) -> S,differentiate: S -> S,elt: (S,S) -> S,elt: (S,R) -> R,factor: S -> Factored S,squareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorPolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,solveLinearPolynomialEquation: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),content: (S,SingletonAsOrderedSet) -> S,variables: S -> List SingletonAsOrderedSet,totalDegree: (S,List SingletonAsOrderedSet) -> NonNegativeInteger,totalDegree: S -> NonNegativeInteger,monomial: (S,List SingletonAsOrderedSet,List NonNegativeInteger) -> S,monomial: (S,SingletonAsOrderedSet,NonNegativeInteger) -> S,minimumDegree: (S,List SingletonAsOrderedSet) -> List NonNegativeInteger,minimumDegree: (S,SingletonAsOrderedSet) -> NonNegativeInteger,mainVariable: S -> Union(SingletonAsOrderedSet,"failed"),degree: (S,List SingletonAsOrderedSet) -> List NonNegativeInteger,degree: (S,SingletonAsOrderedSet) -> NonNegativeInteger,coerce: SingletonAsOrderedSet -> S,retractIfCan: S -> Union(SingletonAsOrderedSet,"failed"),retract: S -> SingletonAsOrderedSet,eval: (S,List SingletonAsOrderedSet,List S) -> S,eval: (S,SingletonAsOrderedSet,S) -> S,eval: (S,List SingletonAsOrderedSet,List R) -> S,eval: (S,SingletonAsOrderedSet,R) -> S,eval: (S,List S,List S) -> S,eval: (S,S,S) -> S,eval: (S,Equation S) -> S,eval: (S,List Equation S) -> S,degree: S -> NonNegativeInteger,monomial: (R,NonNegativeInteger) -> S,retractIfCan: S -> Union(Integer,"failed"),retract: S -> Integer,retractIfCan: S -> Union(Fraction Integer,"failed"),retract: S -> Fraction Integer,retract: S -> R,retractIfCan: S -> Union(R,"failed"),coerce: R -> S,minimumDegree: S -> NonNegativeInteger,content: S -> R,differentiate: (S,SingletonAsOrderedSet) -> S,differentiate: (S,List SingletonAsOrderedSet) -> S,differentiate: (S,SingletonAsOrderedSet,NonNegativeInteger) -> S,differentiate: (S,List SingletonAsOrderedSet,List NonNegativeInteger) -> S,coerce: Integer -> S,coerce: S -> OutputForm) [3] factorPolynomial: not known that Ring is of mode CATEGORY(package,coerce: S -> S,gcdPolynomial: (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S,differentiate: (S,List Symbol,List NonNegativeInteger) -> S,differentiate: (S,Symbol,NonNegativeInteger) -> S,differentiate: (S,List Symbol) -> S,differentiate: (S,Symbol) -> S,squareFree: S -> Factored S,squareFreePart: S -> S,coerce: Fraction Integer -> S,init: () -> S,nextItem: S -> Maybe S,elt: (S,Fraction S) -> Fraction S,euclideanSize: S -> NonNegativeInteger,divide: (S,S) -> Record(quotient: S,remainder: S),integrate: S -> S,elt: (Fraction S,R) -> R,separate: (S,S) -> Record(primePart: S,commonPart: S),pseudoDivide: (S,S) -> Record(coef: R,quotient: S,remainder: S),pseudoQuotient: (S,S) -> S,composite: (Fraction S,S) -> Union(Fraction S,"failed"),composite: (S,S) -> Union(S,"failed"),order: (S,S) -> NonNegativeInteger,elt: (Fraction S,Fraction S) -> Fraction S,differentiate: (S,(R -> R),S) -> S,shiftLeft: (S,NonNegativeInteger) -> S,shiftRight: (S,NonNegativeInteger) -> S,karatsubaDivide: (S,NonNegativeInteger) -> Record(quotient: S,remainder: S),unmakeSUP: SparseUnivariatePolynomial R -> S,makeSUP: S -> SparseUnivariatePolynomial R,vectorise: (S,NonNegativeInteger) -> Vector R,differentiate: (S,(R -> R),NonNegativeInteger) -> S,differentiate: (S,(R -> R)) -> S,differentiate: (S,NonNegativeInteger) -> S,differentiate: S -> S,elt: (S,S) -> S,elt: (S,R) -> R,factor: S -> Factored S,squareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorPolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,solveLinearPolynomialEquation: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),content: (S,SingletonAsOrderedSet) -> S,variables: S -> List SingletonAsOrderedSet,totalDegree: (S,List SingletonAsOrderedSet) -> NonNegativeInteger,totalDegree: S -> NonNegativeInteger,monomial: (S,List SingletonAsOrderedSet,List NonNegativeInteger) -> S,monomial: (S,SingletonAsOrderedSet,NonNegativeInteger) -> S,minimumDegree: (S,List SingletonAsOrderedSet) -> List NonNegativeInteger,minimumDegree: (S,SingletonAsOrderedSet) -> NonNegativeInteger,mainVariable: S -> Union(SingletonAsOrderedSet,"failed"),degree: (S,List SingletonAsOrderedSet) -> List NonNegativeInteger,degree: (S,SingletonAsOrderedSet) -> NonNegativeInteger,coerce: SingletonAsOrderedSet -> S,retractIfCan: S -> Union(SingletonAsOrderedSet,"failed"),retract: S -> SingletonAsOrderedSet,eval: (S,List SingletonAsOrderedSet,List S) -> S,eval: (S,SingletonAsOrderedSet,S) -> S,eval: (S,List SingletonAsOrderedSet,List R) -> S,eval: (S,SingletonAsOrderedSet,R) -> S,eval: (S,List S,List S) -> S,eval: (S,S,S) -> S,eval: (S,Equation S) -> S,eval: (S,List Equation S) -> S,degree: S -> NonNegativeInteger,monomial: (R,NonNegativeInteger) -> S,retractIfCan: S -> Union(Integer,"failed"),retract: S -> Integer,retractIfCan: S -> Union(Fraction Integer,"failed"),retract: S -> Fraction Integer,retract: S -> R,retractIfCan: S -> Union(R,"failed"),coerce: R -> S,minimumDegree: S -> NonNegativeInteger,content: S -> R,differentiate: (S,SingletonAsOrderedSet) -> S,differentiate: (S,List SingletonAsOrderedSet) -> S,differentiate: (S,SingletonAsOrderedSet,NonNegativeInteger) -> S,differentiate: (S,List SingletonAsOrderedSet,List NonNegativeInteger) -> S,coerce: Integer -> S,coerce: S -> OutputForm) [4] factor: not known that IntegralDomain is of mode CATEGORY(package,coerce: S -> S,gcdPolynomial: (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S,differentiate: (S,List Symbol,List NonNegativeInteger) -> S,differentiate: (S,Symbol,NonNegativeInteger) -> S,differentiate: (S,List Symbol) -> S,differentiate: (S,Symbol) -> S,squareFree: S -> Factored S,squareFreePart: S -> S,coerce: Fraction Integer -> S,init: () -> S,nextItem: S -> Maybe S,elt: (S,Fraction S) -> Fraction S,euclideanSize: S -> NonNegativeInteger,divide: (S,S) -> Record(quotient: S,remainder: S),integrate: S -> S,elt: (Fraction S,R) -> R,separate: (S,S) -> Record(primePart: S,commonPart: S),pseudoDivide: (S,S) -> Record(coef: R,quotient: S,remainder: S),pseudoQuotient: (S,S) -> S,composite: (Fraction S,S) -> Union(Fraction S,"failed"),composite: (S,S) -> Union(S,"failed"),order: (S,S) -> NonNegativeInteger,elt: (Fraction S,Fraction S) -> Fraction S,differentiate: (S,(R -> R),S) -> S,shiftLeft: (S,NonNegativeInteger) -> S,shiftRight: (S,NonNegativeInteger) -> S,karatsubaDivide: (S,NonNegativeInteger) -> Record(quotient: S,remainder: S),unmakeSUP: SparseUnivariatePolynomial R -> S,makeSUP: S -> SparseUnivariatePolynomial R,vectorise: (S,NonNegativeInteger) -> Vector R,differentiate: (S,(R -> R),NonNegativeInteger) -> S,differentiate: (S,(R -> R)) -> S,differentiate: (S,NonNegativeInteger) -> S,differentiate: S -> S,elt: (S,S) -> S,elt: (S,R) -> R,factor: S -> Factored S,squareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorPolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,solveLinearPolynomialEquation: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),content: (S,SingletonAsOrderedSet) -> S,variables: S -> List SingletonAsOrderedSet,totalDegree: (S,List SingletonAsOrderedSet) -> NonNegativeInteger,totalDegree: S -> NonNegativeInteger,monomial: (S,List SingletonAsOrderedSet,List NonNegativeInteger) -> S,monomial: (S,SingletonAsOrderedSet,NonNegativeInteger) -> S,minimumDegree: (S,List SingletonAsOrderedSet) -> List NonNegativeInteger,minimumDegree: (S,SingletonAsOrderedSet) -> NonNegativeInteger,mainVariable: S -> Union(SingletonAsOrderedSet,"failed"),degree: (S,List SingletonAsOrderedSet) -> List NonNegativeInteger,degree: (S,SingletonAsOrderedSet) -> NonNegativeInteger,coerce: SingletonAsOrderedSet -> S,retractIfCan: S -> Union(SingletonAsOrderedSet,"failed"),retract: S -> SingletonAsOrderedSet,eval: (S,List SingletonAsOrderedSet,List S) -> S,eval: (S,SingletonAsOrderedSet,S) -> S,eval: (S,List SingletonAsOrderedSet,List R) -> S,eval: (S,SingletonAsOrderedSet,R) -> S,eval: (S,List S,List S) -> S,eval: (S,S,S) -> S,eval: (S,Equation S) -> S,eval: (S,List Equation S) -> S,degree: S -> NonNegativeInteger,monomial: (R,NonNegativeInteger) -> S,retractIfCan: S -> Union(Integer,"failed"),retract: S -> Integer,retractIfCan: S -> Union(Fraction Integer,"failed"),retract: S -> Fraction Integer,retract: S -> R,retractIfCan: S -> Union(R,"failed"),coerce: R -> S,minimumDegree: S -> NonNegativeInteger,content: S -> R,differentiate: (S,SingletonAsOrderedSet) -> S,differentiate: (S,List SingletonAsOrderedSet) -> S,differentiate: (S,SingletonAsOrderedSet,NonNegativeInteger) -> S,differentiate: (S,List SingletonAsOrderedSet,List NonNegativeInteger) -> S,coerce: Integer -> S,coerce: S -> OutputForm) [5] differentiate: positive? has no value [6] elt: not known that IntegralDomain is of mode CATEGORY(package,coerce: S -> S,gcdPolynomial: (SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> SparseUnivariatePolynomial S,differentiate: (S,List Symbol,List NonNegativeInteger) -> S,differentiate: (S,Symbol,NonNegativeInteger) -> S,differentiate: (S,List Symbol) -> S,differentiate: (S,Symbol) -> S,squareFree: S -> Factored S,squareFreePart: S -> S,coerce: Fraction Integer -> S,init: () -> S,nextItem: S -> Maybe S,elt: (S,Fraction S) -> Fraction S,euclideanSize: S -> NonNegativeInteger,divide: (S,S) -> Record(quotient: S,remainder: S),integrate: S -> S,elt: (Fraction S,R) -> R,separate: (S,S) -> Record(primePart: S,commonPart: S),pseudoDivide: (S,S) -> Record(coef: R,quotient: S,remainder: S),pseudoQuotient: (S,S) -> S,composite: (Fraction S,S) -> Union(Fraction S,"failed"),composite: (S,S) -> Union(S,"failed"),order: (S,S) -> NonNegativeInteger,elt: (Fraction S,Fraction S) -> Fraction S,differentiate: (S,(R -> R),S) -> S,shiftLeft: (S,NonNegativeInteger) -> S,shiftRight: (S,NonNegativeInteger) -> S,karatsubaDivide: (S,NonNegativeInteger) -> Record(quotient: S,remainder: S),unmakeSUP: SparseUnivariatePolynomial R -> S,makeSUP: S -> SparseUnivariatePolynomial R,vectorise: (S,NonNegativeInteger) -> Vector R,differentiate: (S,(R -> R),NonNegativeInteger) -> S,differentiate: (S,(R -> R)) -> S,differentiate: (S,NonNegativeInteger) -> S,differentiate: S -> S,elt: (S,S) -> S,elt: (S,R) -> R,factor: S -> Factored S,squareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorPolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreePolynomial: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,solveLinearPolynomialEquation: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),content: (S,SingletonAsOrderedSet) -> S,variables: S -> List SingletonAsOrderedSet,totalDegree: (S,List SingletonAsOrderedSet) -> NonNegativeInteger,totalDegree: S -> NonNegativeInteger,monomial: (S,List SingletonAsOrderedSet,List NonNegativeInteger) -> S,monomial: (S,SingletonAsOrderedSet,NonNegativeInteger) -> S,minimumDegree: (S,List SingletonAsOrderedSet) -> List NonNegativeInteger,minimumDegree: (S,SingletonAsOrderedSet) -> NonNegativeInteger,mainVariable: S -> Union(SingletonAsOrderedSet,"failed"),degree: (S,List SingletonAsOrderedSet) -> List NonNegativeInteger,degree: (S,SingletonAsOrderedSet) -> NonNegativeInteger,coerce: SingletonAsOrderedSet -> S,retractIfCan: S -> Union(SingletonAsOrderedSet,"failed"),retract: S -> SingletonAsOrderedSet,eval: (S,List SingletonAsOrderedSet,List S) -> S,eval: (S,SingletonAsOrderedSet,S) -> S,eval: (S,List SingletonAsOrderedSet,List R) -> S,eval: (S,SingletonAsOrderedSet,R) -> S,eval: (S,List S,List S) -> S,eval: (S,S,S) -> S,eval: (S,Equation S) -> S,eval: (S,List Equation S) -> S,degree: S -> NonNegativeInteger,monomial: (R,NonNegativeInteger) -> S,retractIfCan: S -> Union(Integer,"failed"),retract: S -> Integer,retractIfCan: S -> Union(Fraction Integer,"failed"),retract: S -> Fraction Integer,retract: S -> R,retractIfCan: S -> Union(R,"failed"),coerce: R -> S,minimumDegree: S -> NonNegativeInteger,content: S -> R,differentiate: (S,SingletonAsOrderedSet) -> S,differentiate: (S,List SingletonAsOrderedSet) -> S,differentiate: (S,SingletonAsOrderedSet,NonNegativeInteger) -> S,differentiate: (S,List SingletonAsOrderedSet,List NonNegativeInteger) -> S,coerce: Integer -> S,coerce: S -> OutputForm) [7] integrate: inv has no value Cumulative Statistics for Constructor UnivariatePolynomialCategory& Time: 2.16 seconds finalizing NRLIB UPOLYC- ; compiling file "/tmp/oa-tLH68a/code.lsp" (written 01 FEB 2016 11:04:16 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |UPOLYC-;variables;$L;1| ...) ; compiling (DEFUN |UPOLYC-;degree;$SaosNni;2| ...) ; file: /tmp/oa-tLH68a/code.lsp ; in: DEFUN |UPOLYC-;degree;$SaosNni;2| ; (DEFUN BOOT::|UPOLYC-;degree;$SaosNni;2| (BOOT::|p| BOOT::|v| BOOT::$) ; (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 11))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPOLYC-;degree;$SaosNni;2| ; (BOOT::|p| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|UPOLYC-;degree;$SaosNni;2| ; (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 11)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |UPOLYC-;totalDegree;$LNni;3| ...) ; file: /tmp/oa-tLH68a/code.lsp ; in: DEFUN |UPOLYC-;totalDegree;$LNni;3| ; (DEFUN BOOT::|UPOLYC-;totalDegree;$LNni;3| (BOOT::|p| BOOT::|lv| BOOT::$) ; (COND ((NULL BOOT::|lv|) 0) ; (T (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 20))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPOLYC-;totalDegree;$LNni;3| ; (BOOT::|p| BOOT::|lv| BOOT::$) ; (BLOCK BOOT::|UPOLYC-;totalDegree;$LNni;3| ; (COND ((NULL BOOT::|lv|) 0) (T (BOOT::SPADCALL BOOT::|p| #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |UPOLYC-;degree;$LL;4| ...) ; compiling (DEFUN |UPOLYC-;eval;$LL$;5| ...) ; compiling (DEFUN |UPOLYC-;eval;$Saos2$;6| ...) ; file: /tmp/oa-tLH68a/code.lsp ; in: DEFUN |UPOLYC-;eval;$Saos2$;6| ; (DEFUN BOOT::|UPOLYC-;eval;$Saos2$;6| (BOOT::|p| BOOT::|v| BOOT::|q| BOOT::$) ; (BOOT::SPADCALL BOOT::|p| BOOT::|q| (BOOT::|shellEntry| BOOT::$ 31))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPOLYC-;eval;$Saos2$;6| ; (BOOT::|p| BOOT::|v| BOOT::|q| BOOT::$) ; (BLOCK BOOT::|UPOLYC-;eval;$Saos2$;6| ; (BOOT::SPADCALL BOOT::|p| BOOT::|q| (BOOT::|shellEntry| BOOT::$ 31)))) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |UPOLYC-;eval;$LL$;7| ...) ; compiling (DEFUN |UPOLYC-;eval;$SaosR$;8| ...) ; file: /tmp/oa-tLH68a/code.lsp ; in: DEFUN |UPOLYC-;eval;$SaosR$;8| ; (DEFUN BOOT::|UPOLYC-;eval;$SaosR$;8| (BOOT::|p| BOOT::|v| BOOT::|r| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|p| BOOT::|r| (BOOT::|shellEntry| BOOT::$ 37)) ; (BOOT::|shellEntry| BOOT::$ 38))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPOLYC-;eval;$SaosR$;8| ; (BOOT::|p| BOOT::|v| BOOT::|r| BOOT::$) ; (BLOCK BOOT::|UPOLYC-;eval;$SaosR$;8| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|p| BOOT::|r| (BOOT::|shellEntry| BOOT::$ 37)) ; (BOOT::|shellEntry| BOOT::$ 38)))) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |UPOLYC-;eval;$L$;9| ...) ; compiling (DEFUN |UPOLYC-;mainVariable;$U;10| ...) ; compiling (DEFUN |UPOLYC-;minimumDegree;$SaosNni;11| ...) ; file: /tmp/oa-tLH68a/code.lsp ; in: DEFUN |UPOLYC-;minimumDegree;$SaosNni;11| ; (DEFUN BOOT::|UPOLYC-;minimumDegree;$SaosNni;11| ; (BOOT::|p| BOOT::|v| BOOT::$) ; (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 53))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPOLYC-;minimumDegree;$SaosNni;11| ; (BOOT::|p| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|UPOLYC-;minimumDegree;$SaosNni;11| ; (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 53)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |UPOLYC-;minimumDegree;$LL;12| ...) ; compiling (DEFUN |UPOLYC-;monomial;$SaosNni$;13| ...) ; file: /tmp/oa-tLH68a/code.lsp ; in: DEFUN |UPOLYC-;monomial;$SaosNni$;13| ; (DEFUN BOOT::|UPOLYC-;monomial;$SaosNni$;13| ; (BOOT::|p| BOOT::|v| BOOT::|n| BOOT::$) ; (BOOT::SPADCALL (CONS #'BOOT::|UPOLYC-;monomial;$SaosNni$;13!0| BOOT::|n|) ; BOOT::|p| (BOOT::|shellEntry| BOOT::$ 58))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPOLYC-;monomial;$SaosNni$;13| ; (BOOT::|p| BOOT::|v| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|UPOLYC-;monomial;$SaosNni$;13| ; (BOOT::SPADCALL ; (CONS #'BOOT::|UPOLYC-;monomial;$SaosNni$;13!0| BOOT::|n|) BOOT::|p| ; (BOOT::|shellEntry| BOOT::$ 58)))) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |UPOLYC-;monomial;$SaosNni$;13!0| ...) ; compiling (DEFUN |UPOLYC-;coerce;Saos$;14| ...) ; file: /tmp/oa-tLH68a/code.lsp ; in: DEFUN |UPOLYC-;coerce;Saos$;14| ; (DEFUN BOOT::|UPOLYC-;coerce;Saos$;14| (BOOT::|v| BOOT::$) ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 61) 1 ; (BOOT::|shellEntry| BOOT::$ 63))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPOLYC-;coerce;Saos$;14| ; (BOOT::|v| BOOT::$) ; (BLOCK BOOT::|UPOLYC-;coerce;Saos$;14| ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 61) 1 ; (BOOT::|shellEntry| BOOT::$ 63)))) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |UPOLYC-;makeSUP;$Sup;15| ...) ; compiling (DEFUN |UPOLYC-;unmakeSUP;Sup$;16| ...) ; compiling (DEFUN |UPOLYC-;karatsubaDivide;$NniR;17| ...) ; file: /tmp/oa-tLH68a/code.lsp ; in: DEFUN |UPOLYC-;karatsubaDivide;$NniR;17| ; (DEFUN BOOT::|UPOLYC-;karatsubaDivide;$NniR;17| (BOOT::|p| BOOT::|n| BOOT::$) ; (BOOT::SPADCALL BOOT::|p| ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 61) BOOT::|n| ; (BOOT::|shellEntry| BOOT::$ 63)) ; (BOOT::|shellEntry| BOOT::$ 82))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPOLYC-;karatsubaDivide;$NniR;17| ; (BOOT::|p| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|UPOLYC-;karatsubaDivide;$NniR;17| ; (BOOT::SPADCALL BOOT::|p| ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 61) ; BOOT::|n| ; (BOOT::|shellEntry| BOOT::$ 63)) ; (BOOT::|shellEntry| BOOT::$ 82)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |UPOLYC-;shiftRight;$Nni$;18| ...) ; compiling (DEFUN |UPOLYC-;shiftLeft;$Nni$;19| ...) ; compiling (DEFUN |UPOLYC-;solveLinearPolynomialEquation;LSupU;20| ...) ; file: /tmp/oa-tLH68a/code.lsp ; in: DEFUN |UPOLYC-;solveLinearPolynomialEquation;LSupU;20| ; (DEFUN BOOT::|UPOLYC-;solveLinearPolynomialEquation;LSupU;20| ; (BOOT::|lpp| BOOT::|pp| BOOT::$) ; (BOOT::SPADCALL BOOT::|lpp| BOOT::|pp| (BOOT::|shellEntry| BOOT::$ 91))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPOLYC-;solveLinearPolynomialEquation;LSupU;20| ; (BOOT::|lpp| BOOT::|pp| BOOT::$) ; (BLOCK BOOT::|UPOLYC-;solveLinearPolynomialEquation;LSupU;20| ; (BOOT::SPADCALL BOOT::|lpp| BOOT::|pp| ; (BOOT::|shellEntry| BOOT::$ 91)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |UPOLYC-;factorPolynomial;SupF;21| ...) ; compiling (DEFUN |UPOLYC-;factorSquareFreePolynomial;SupF;22| ...) ; compiling (DEFUN |UPOLYC-;factor;$F;23| ...) ; compiling (DEFUN |UPOLYC-;vectorise;$NniV;24| ...) ; compiling (DEFUN |UPOLYC-;retract;$R;25| ...) ; compiling (DEFUN |UPOLYC-;retractIfCan;$U;26| ...) ; compiling (DEFUN |UPOLYC-;init;$;27| ...) ; compiling (DEFUN |UPOLYC-;nextItemInner| ...) ; compiling (DEFUN |UPOLYC-;nextItem;$M;29| ...) ; compiling (DEFUN |UPOLYC-;content;$Saos$;30| ...) ; file: /tmp/oa-tLH68a/code.lsp ; in: DEFUN |UPOLYC-;content;$Saos$;30| ; (DEFUN BOOT::|UPOLYC-;content;$Saos$;30| (BOOT::|p| BOOT::|v| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 150)) ; (BOOT::|shellEntry| BOOT::$ 38))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPOLYC-;content;$Saos$;30| ; (BOOT::|p| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|UPOLYC-;content;$Saos$;30| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 150)) ; (BOOT::|shellEntry| BOOT::$ 38)))) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |UPOLYC-;primeFactor| ...) ; compiling (DEFUN |UPOLYC-;separate;2$R;32| ...) ; compiling (DEFUN |UPOLYC-;differentiate;$M2$;33| ...) ; compiling (DEFUN |UPOLYC-;ncdiff| ...) ; compiling (DEFUN |UPOLYC-;differentiate;$M2$;35| ...) ; compiling (DEFUN |UPOLYC-;differentiate;$M$;36| ...) ; compiling (DEFUN |UPOLYC-;differentiate;2$;37| ...) ; compiling (DEFUN |UPOLYC-;differentiate;$Saos$;38| ...) ; file: /tmp/oa-tLH68a/code.lsp ; in: DEFUN |UPOLYC-;differentiate;$Saos$;38| ; (DEFUN BOOT::|UPOLYC-;differentiate;$Saos$;38| (BOOT::|x| BOOT::|v| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 168))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPOLYC-;differentiate;$Saos$;38| ; (BOOT::|x| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|UPOLYC-;differentiate;$Saos$;38| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 168)))) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |UPOLYC-;elt;3F;39| ...) ; compiling (DEFUN |UPOLYC-;pseudoQuotient;3$;40| ...) ; compiling (DEFUN |UPOLYC-;pseudoDivide;2$R;41| ...) ; compiling (DEFUN |UPOLYC-;composite;F$U;42| ...) ; compiling (DEFUN |UPOLYC-;composite;2$U;43| ...) ; compiling (DEFUN |UPOLYC-;elt;$2F;44| ...) ; compiling (DEFUN |UPOLYC-;order;2$Nni;45| ...) ; file: /tmp/oa-tLH68a/code.lsp ; in: DEFUN |UPOLYC-;order;2$Nni;45| ; (DEFUN BOOT::|UPOLYC-;order;2$Nni;45| (BOOT::|p| BOOT::|q| BOOT::$) ; (PROG (BOOT::|u|) (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPOLYC-;order;2$Nni;45| ; (BOOT::|p| BOOT::|q| BOOT::$) ; (BLOCK BOOT::|UPOLYC-;order;2$Nni;45| ; (PROG (BOOT::|u|) (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |UPOLYC-;squareFree;$F;46| ...) ; compiling (DEFUN |UPOLYC-;squareFreePart;2$;47| ...) ; compiling (DEFUN |UPOLYC-;gcdPolynomial;3Sup;48| ...) ; compiling (DEFUN |UPOLYC-;squareFreePolynomial;SupF;49| ...) ; compiling (DEFUN |UPOLYC-;elt;F2R;50| ...) ; compiling (DEFUN |UPOLYC-;euclideanSize;$Nni;51| ...) ; file: /tmp/oa-tLH68a/code.lsp ; in: DEFUN |UPOLYC-;euclideanSize;$Nni;51| ; (DEFUN BOOT::|UPOLYC-;euclideanSize;$Nni;51| (BOOT::|x| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 9)) ; (BOOT::|error| "euclideanSize called on 0 in Univariate Polynomial")) ; (T (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 11))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPOLYC-;euclideanSize;$Nni;51| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|UPOLYC-;euclideanSize;$Nni;51| ; (COND ; ((BOOT::SPADCALL BOOT::|x| #) ; (BOOT::|error| "euclideanSize called on 0 in Univariate Polynomial")) ; (T (BOOT::SPADCALL BOOT::|x| #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |UPOLYC-;divide;2$R;52| ...) ; file: /tmp/oa-tLH68a/code.lsp ; in: DEFUN |UPOLYC-;divide;2$R;52| ; (DEFUN BOOT::|UPOLYC-;divide;2$R;52| (BOOT::|x| BOOT::|y| BOOT::$) ; (PROG (BOOT::|n| BOOT::|f|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPOLYC-;divide;2$R;52| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|UPOLYC-;divide;2$R;52| ; (PROG (BOOT::|n| BOOT::|f|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |UPOLYC-;integrate;2$;53| ...) ; compiling (DEFUN |UnivariatePolynomialCategory&| ...) ; compiling (MAKEPROP (QUOTE |UnivariatePolynomialCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 8 STYLE-WARNING conditions ; printed 8 notes ; /tmp/oa-tLH68a/code.fasl written ; compilation finished in 0:00:00.181 ------------------------------------------------------------------------ finalizing NRLIB UPOLYC Processing UnivariatePolynomialCategory for Browser database: -- vectorise : (%,NonNegativeInteger) -> Vector R -- makeSUP : % -> SparseUnivariatePolynomial R -- unmakeSUP : SparseUnivariatePolynomial R -> % -- multiplyExponents : (%,NonNegativeInteger) -> % -- divideExponents : (%,NonNegativeInteger) -> Union(%,"failed") -- monicDivide : (%,%) -> Record(quotient: %,remainder: %) -- karatsubaDivide : (%,NonNegativeInteger) -> Record(quotient: %,remainder: %) -- shiftRight : (%,NonNegativeInteger) -> % -- shiftLeft : (%,NonNegativeInteger) -> % -- pseudoRemainder : (%,%) -> % -- differentiate : (%,(R -> R),%) -> % -- discriminant : % -> R -- resultant : (%,%) -> R -- elt : (Fraction %,Fraction %) -> Fraction % -- order : (%,%) -> NonNegativeInteger -- subResultantGcd : (%,%) -> % -- composite : (%,%) -> Union(%,"failed") -- composite : (Fraction %,%) -> Union(Fraction %,"failed") -- pseudoQuotient : (%,%) -> % -- pseudoDivide : (%,%) -> Record(coef: R,quotient: %,remainder: %) -- separate : (%,%) -> Record(primePart: %,commonPart: %) -- additiveValuation : () -> attribute -- elt : (Fraction %,R) -> R -- integrate : % -> % -- constructor ; compiling file "/tmp/oa-Iid7wU/code.lsp" (written 01 FEB 2016 11:04:16 PM): ; compiling (DEFPARAMETER |UnivariatePolynomialCategory;AL| ...) ; compiling (DEFUN |UnivariatePolynomialCategory;| ...) ; compiling (DEFUN |UnivariatePolynomialCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Iid7wU/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MRATFAC.spad && cp MRATFAC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MRATFAC.fasl \ && if test -f MRATFAC-.NRLIB/code.fasl; then \ cp MRATFAC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MRATFAC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MRATFAC.spad using Spad compiler. MRATFAC abbreviates package MRationalFactorize debug: compDefine1 lhs: (MRationalFactorize E OV R P) signature (pre-evaluate): ((CATEGORY package (SIGNATURE factor ((Factored P) P))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE factor ((Factored P) P))) $param: (E OV R P) debug: evaluateType form: (Factored P) $param: (E OV R P) Debug: evaluateType1 form: (Factored P) debug: evaluateType1 x: P m: (IntegralDomain) debug: evaluateType form: P $param: (E OV R P) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE factor ((Factored P) P))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for MRationalFactorize compiling into /tmp/oa-P0veoB compiling local numer1 : Fraction R -> SparseMultivariatePolynomial(R,OV) Time: 0.07 SEC. compiling local numer2 : P -> SparseMultivariatePolynomial(R,OV) Time: 0.02 SEC. compiling local coerce1 : R -> P Time: 0.01 SEC. compiling local coerce2 : SparseMultivariatePolynomial(R,OV) -> P Time: 0.00 SEC. compiling exported factor : P -> Factored P Time: 0.22 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor MRationalFactorize Time: 0.33 seconds finalizing NRLIB MRATFAC Processing MRationalFactorize for Browser database: -- factor : P -> Factored P -- constructor ; compiling file "/tmp/oa-P0veoB/code.lsp" (written 01 FEB 2016 11:04:17 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MRATFAC;numer1| ...) ; compiling (DEFUN |MRATFAC;numer2| ...) ; compiling (DEFUN |MRATFAC;coerce1| ...) ; compiling (DEFUN |MRATFAC;coerce2| ...) ; compiling (DEFUN |MRATFAC;factor;PF;5| ...) ; compiling (DEFUN |MRationalFactorize| ...) ; compiling (DEFUN |MRationalFactorize;| ...) ; compiling (MAKEPROP (QUOTE |MRationalFactorize|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-P0veoB/code.fasl written ; compilation finished in 0:00:00.044 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile NPCOEF.spad && cp NPCOEF.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/NPCOEF.fasl \ && if test -f NPCOEF-.NRLIB/code.fasl; then \ cp NPCOEF-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/NPCOEF-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NPCOEF.spad using Spad compiler. NPCOEF abbreviates package NPCoef debug: compDefine1 lhs: (NPCoef BP E OV R P) signature (pre-evaluate): ((CATEGORY package (SIGNATURE npcoef ((Record (: deter (List (SparseUnivariatePolynomial P))) (: dterm (List (List (Record (: expt (NonNegativeInteger)) (: pcoef P))))) (: nfacts (List BP)) (: nlead (List P))) (SparseUnivariatePolynomial P) (List BP) (List P))) (SIGNATURE listexp ((List (NonNegativeInteger)) BP))) NIL NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE npcoef ((Record (: deter (List (SparseUnivariatePolynomial P))) (: dterm (List (List (Record (: expt (NonNegativeInteger)) (: pcoef P))))) (: nfacts (List BP)) (: nlead (List P))) (SparseUnivariatePolynomial P) (List BP) (List P))) (SIGNATURE listexp ((List (NonNegativeInteger)) BP))) $param: (BP E OV R P) debug: evaluateType form: (Record (: deter (List (SparseUnivariatePolynomial P))) (: dterm (List (List (Record (: expt (NonNegativeInteger)) (: pcoef P))))) (: nfacts (List BP)) (: nlead (List P))) $param: (BP E OV R P) debug: evaluateType form: (List (SparseUnivariatePolynomial P)) $param: (BP E OV R P) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial P)) debug: evaluateType1 x: (SparseUnivariatePolynomial P) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (BP E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (BP E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial P) c: (Type) debug: evaluateType form: (List (List (Record (: expt (NonNegativeInteger)) (: pcoef P)))) $param: (BP E OV R P) Debug: evaluateType1 form: (List (List (Record (: expt (NonNegativeInteger)) (: pcoef P)))) debug: evaluateType1 x: (List (Record (: expt (NonNegativeInteger)) (: pcoef P))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (BP E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Record (: expt (NonNegativeInteger)) (: pcoef P))) $param: (BP E OV R P) Debug: evaluateType1 form: (List (Record (: expt (NonNegativeInteger)) (: pcoef P))) debug: evaluateType1 x: (Record (: expt (NonNegativeInteger)) (: pcoef P)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (BP E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: expt (NonNegativeInteger)) (: pcoef P)) $param: (BP E OV R P) debug: evaluateType form: (NonNegativeInteger) $param: (BP E OV R P) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: P $param: (BP E OV R P) debug: evalCategory d: (Record (: expt (NonNegativeInteger)) (: pcoef P)) c: (Type) debug: evalCategory d: (List (Record (: expt (NonNegativeInteger)) (: pcoef P))) c: (Type) debug: evaluateType form: (List BP) $param: (BP E OV R P) Debug: evaluateType1 form: (List BP) debug: evaluateType1 x: BP m: (Type) debug: evaluateType form: (List P) $param: (BP E OV R P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (BP E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (List BP) $param: (BP E OV R P) Debug: evaluateType1 form: (List BP) debug: evaluateType1 x: BP m: (Type) debug: evaluateType form: (List P) $param: (BP E OV R P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List (NonNegativeInteger)) $param: (BP E OV R P) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (BP E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (BP E OV R P) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: BP $param: (BP E OV R P) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE npcoef ((Record (: deter (List (SparseUnivariatePolynomial P))) (: dterm (List (List (Record (: expt (NonNegativeInteger)) (: pcoef P))))) (: nfacts (List BP)) (: nlead (List P))) (SparseUnivariatePolynomial P) (List BP) (List P))) (SIGNATURE listexp ((List (NonNegativeInteger)) BP))) NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for NPCoef compiling into /tmp/oa-d6lXV0 compiling exported npcoef : (SparseUnivariatePolynomial P,List BP,List P) -> Record(deter: List SparseUnivariatePolynomial P,dterm: List List Record(expt: NonNegativeInteger,pcoef: P),nfacts: List BP,nlead: List P) Time: 1.50 SEC. compiling local check : (Record(coefu: P,detfacts: List List Record(expt: NonNegativeInteger,pcoef: P)),Vector P) -> Union(Record(valexp: NonNegativeInteger,valcoef: P,posit: NonNegativeInteger),failed) Time: 0.12 SEC. compiling local buildvect : (List List Record(expt: NonNegativeInteger,pcoef: P),NonNegativeInteger) -> Vector List List Record(expt: NonNegativeInteger,pcoef: P) Time: 0.12 SEC. compiling local buildtable : (Vector P,List List NonNegativeInteger,List P) -> List Record(coefu: P,detfacts: List List Record(expt: NonNegativeInteger,pcoef: P)) Time: 0.53 SEC. compiling local modify : (List Record(coefu: P,detfacts: List List Record(expt: NonNegativeInteger,pcoef: P)),Record(valexp: NonNegativeInteger,valcoef: P,posit: NonNegativeInteger)) -> List Record(coefu: P,detfacts: List List Record(expt: NonNegativeInteger,pcoef: P)) Time: 0.39 SEC. compiling exported listexp : BP -> List NonNegativeInteger Time: 0.03 SEC. compiling local constructp : List Record(expt: NonNegativeInteger,pcoef: P) -> SparseUnivariatePolynomial P Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] npcoef: : NonNegativeInteger -- replace by pretend [2] npcoef: detufact has no value [3] check: : NonNegativeInteger -- replace by pretend [4] buildvect: expt has no value [5] modify: expt has no value [6] modify: pcoef has no value [7] modify: : NonNegativeInteger -- replace by pretend Cumulative Statistics for Constructor NPCoef Time: 2.73 seconds finalizing NRLIB NPCOEF Processing NPCoef for Browser database: -- npcoef : (USP,List BP,List P) -> DetCoef -- listexp : BP -> List NNI -- constructor ; compiling file "/tmp/oa-d6lXV0/code.lsp" (written 01 FEB 2016 11:04:20 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |NPCOEF;npcoef;SupLLR;1| ...) ; file: /tmp/oa-d6lXV0/code.lsp ; in: DEFUN |NPCOEF;npcoef;SupLLR;1| ; (DEFUN BOOT::|NPCOEF;npcoef;SupLLR;1| ; (BOOT::|u| BOOT::|factlist| BOOT::|leadlist| BOOT::$) ; (PROG (BOOT::|uu| BOOT::|dt| BOOT::|ltodel| BOOT::|ltochange| ; BOOT::|changed| BOOT::|ndet| BOOT::|ldtcf| BOOT::|nterm| ; BOOT::|vexp| BOOT::|vpos| BOOT::|celtf| BOOT::|cf|) ; (RETURN ; (LET* (# # # # #) ; (BOOT::SEQ # # # # # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NPCOEF;npcoef;SupLLR;1| ; (BOOT::|u| BOOT::|factlist| BOOT::|leadlist| BOOT::$) ; (BLOCK BOOT::|NPCOEF;npcoef;SupLLR;1| ; (PROG (BOOT::|uu| BOOT::|dt| BOOT::|ltodel| BOOT::|ltochange| ; BOOT::|changed| BOOT::|ndet| BOOT::|ldtcf| BOOT::|nterm| ; BOOT::|vexp| BOOT::|vpos| BOOT::|celtf| BOOT::|cf|) ; (RETURN ; (LET* # ; #))))) ; ; note: Assignment to argument: |factlist| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |leadlist| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |NPCOEF;npcoef;SupLLR;1!0| ...) ; file: /tmp/oa-d6lXV0/code.lsp ; in: DEFUN |NPCOEF;npcoef;SupLLR;1!0| ; (DEFUN BOOT::|NPCOEF;npcoef;SupLLR;1!0| (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (< BOOT::|#2| BOOT::|#1|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NPCOEF;npcoef;SupLLR;1!0| ; (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (BLOCK BOOT::|NPCOEF;npcoef;SupLLR;1!0| (< BOOT::|#2| BOOT::|#1|))) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |NPCOEF;check| ...) ; file: /tmp/oa-d6lXV0/code.lsp ; in: DEFUN |NPCOEF;check| ; (DEFUN BOOT::|NPCOEF;check| (BOOT::|tterm| BOOT::|ulist| BOOT::$) ; (PROG (BOOT::|cu1|) ; (RETURN ; (LET (# # # # # #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NPCOEF;check| ; (BOOT::|tterm| BOOT::|ulist| BOOT::$) ; (BLOCK BOOT::|NPCOEF;check| ; (PROG (BOOT::|cu1|) ; (RETURN ; (LET # ; #))))) ; ; caught STYLE-WARNING: ; The variable |ulist| is defined but never used. ; compiling (DEFUN |NPCOEF;buildvect| ...) ; compiling (DEFUN |NPCOEF;buildtable| ...) ; compiling (DEFUN |NPCOEF;modify| ...) ; compiling (DEFUN |NPCOEF;modify!0| ...) ; file: /tmp/oa-d6lXV0/code.lsp ; in: DEFUN |NPCOEF;modify!0| ; (DEFUN BOOT::|NPCOEF;modify!0| (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (< BOOT::|#2| BOOT::|#1|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NPCOEF;modify!0| ; (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (BLOCK BOOT::|NPCOEF;modify!0| (< BOOT::|#2| BOOT::|#1|))) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |NPCOEF;listexp;BPL;6| ...) ; compiling (DEFUN |NPCOEF;constructp| ...) ; compiling (DEFUN |NPCoef| ...) ; compiling (DEFUN |NPCoef;| ...) ; compiling (MAKEPROP (QUOTE |NPCoef|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; printed 2 notes ; /tmp/oa-d6lXV0/code.fasl written ; compilation finished in 0:00:00.090 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MLIFT.spad && cp MLIFT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MLIFT.fasl \ && if test -f MLIFT-.NRLIB/code.fasl; then \ cp MLIFT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MLIFT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MLIFT.spad using Spad compiler. MLIFT abbreviates package MultivariateLifting debug: compDefine1 lhs: (MultivariateLifting E OV R P) signature (pre-evaluate): ((CATEGORY package (SIGNATURE corrPoly ((Union (List (SparseUnivariatePolynomial P)) failed) (SparseUnivariatePolynomial P) (List OV) (List R) (List (NonNegativeInteger)) (List (SparseUnivariatePolynomial P)) (Vector (List (SparseUnivariatePolynomial R))) R)) (SIGNATURE lifting ((Union (List (SparseUnivariatePolynomial P)) failed) (SparseUnivariatePolynomial P) (List OV) (List (SparseUnivariatePolynomial R)) (List R) (List P) (List (NonNegativeInteger)) R)) (SIGNATURE lifting1 ((Union (List (SparseUnivariatePolynomial P)) failed) (SparseUnivariatePolynomial P) (List OV) (List (SparseUnivariatePolynomial P)) (List R) (List P) (List (List (Record (: expt (NonNegativeInteger)) (: pcoef P)))) (List (NonNegativeInteger)) (Vector (List (SparseUnivariatePolynomial R))) R))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE corrPoly ((Union (List (SparseUnivariatePolynomial P)) failed) (SparseUnivariatePolynomial P) (List OV) (List R) (List (NonNegativeInteger)) (List (SparseUnivariatePolynomial P)) (Vector (List (SparseUnivariatePolynomial R))) R)) (SIGNATURE lifting ((Union (List (SparseUnivariatePolynomial P)) failed) (SparseUnivariatePolynomial P) (List OV) (List (SparseUnivariatePolynomial R)) (List R) (List P) (List (NonNegativeInteger)) R)) (SIGNATURE lifting1 ((Union (List (SparseUnivariatePolynomial P)) failed) (SparseUnivariatePolynomial P) (List OV) (List (SparseUnivariatePolynomial P)) (List R) (List P) (List (List (Record (: expt (NonNegativeInteger)) (: pcoef P)))) (List (NonNegativeInteger)) (Vector (List (SparseUnivariatePolynomial R))) R))) $param: (E OV R P) debug: evaluateType form: (Union (List (SparseUnivariatePolynomial P)) failed) $param: (E OV R P) debug: evaluateType form: (List (SparseUnivariatePolynomial P)) $param: (E OV R P) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial P)) debug: evaluateType1 x: (SparseUnivariatePolynomial P) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial P) c: (Type) debug: evaluateType form: failed $param: (E OV R P) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (List OV) $param: (E OV R P) Debug: evaluateType1 form: (List OV) debug: evaluateType1 x: OV m: (Type) debug: evaluateType form: (List R) $param: (E OV R P) Debug: evaluateType1 form: (List R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (List (NonNegativeInteger)) $param: (E OV R P) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (E OV R P) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (List (SparseUnivariatePolynomial P)) $param: (E OV R P) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial P)) debug: evaluateType1 x: (SparseUnivariatePolynomial P) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial P) c: (Type) debug: evaluateType form: (Vector (List (SparseUnivariatePolynomial R))) $param: (E OV R P) Debug: evaluateType1 form: (Vector (List (SparseUnivariatePolynomial R))) debug: evaluateType1 x: (List (SparseUnivariatePolynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (SparseUnivariatePolynomial R)) $param: (E OV R P) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial R)) debug: evaluateType1 x: (SparseUnivariatePolynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial R) c: (Type) debug: evalCategory d: (List (SparseUnivariatePolynomial R)) c: (Type) debug: evaluateType form: R $param: (E OV R P) debug: evaluateType form: (Union (List (SparseUnivariatePolynomial P)) failed) $param: (E OV R P) debug: evaluateType form: (List (SparseUnivariatePolynomial P)) $param: (E OV R P) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial P)) debug: evaluateType1 x: (SparseUnivariatePolynomial P) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial P) c: (Type) debug: evaluateType form: failed $param: (E OV R P) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (List OV) $param: (E OV R P) Debug: evaluateType1 form: (List OV) debug: evaluateType1 x: OV m: (Type) debug: evaluateType form: (List (SparseUnivariatePolynomial R)) $param: (E OV R P) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial R)) debug: evaluateType1 x: (SparseUnivariatePolynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial R) c: (Type) debug: evaluateType form: (List R) $param: (E OV R P) Debug: evaluateType1 form: (List R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (List P) $param: (E OV R P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List (NonNegativeInteger)) $param: (E OV R P) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (E OV R P) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: R $param: (E OV R P) debug: evaluateType form: (Union (List (SparseUnivariatePolynomial P)) failed) $param: (E OV R P) debug: evaluateType form: (List (SparseUnivariatePolynomial P)) $param: (E OV R P) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial P)) debug: evaluateType1 x: (SparseUnivariatePolynomial P) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial P) c: (Type) debug: evaluateType form: failed $param: (E OV R P) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (List OV) $param: (E OV R P) Debug: evaluateType1 form: (List OV) debug: evaluateType1 x: OV m: (Type) debug: evaluateType form: (List (SparseUnivariatePolynomial P)) $param: (E OV R P) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial P)) debug: evaluateType1 x: (SparseUnivariatePolynomial P) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial P) c: (Type) debug: evaluateType form: (List R) $param: (E OV R P) Debug: evaluateType1 form: (List R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (List P) $param: (E OV R P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List (List (Record (: expt (NonNegativeInteger)) (: pcoef P)))) $param: (E OV R P) Debug: evaluateType1 form: (List (List (Record (: expt (NonNegativeInteger)) (: pcoef P)))) debug: evaluateType1 x: (List (Record (: expt (NonNegativeInteger)) (: pcoef P))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Record (: expt (NonNegativeInteger)) (: pcoef P))) $param: (E OV R P) Debug: evaluateType1 form: (List (Record (: expt (NonNegativeInteger)) (: pcoef P))) debug: evaluateType1 x: (Record (: expt (NonNegativeInteger)) (: pcoef P)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: expt (NonNegativeInteger)) (: pcoef P)) $param: (E OV R P) debug: evaluateType form: (NonNegativeInteger) $param: (E OV R P) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: P $param: (E OV R P) debug: evalCategory d: (Record (: expt (NonNegativeInteger)) (: pcoef P)) c: (Type) debug: evalCategory d: (List (Record (: expt (NonNegativeInteger)) (: pcoef P))) c: (Type) debug: evaluateType form: (List (NonNegativeInteger)) $param: (E OV R P) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (E OV R P) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (Vector (List (SparseUnivariatePolynomial R))) $param: (E OV R P) Debug: evaluateType1 form: (Vector (List (SparseUnivariatePolynomial R))) debug: evaluateType1 x: (List (SparseUnivariatePolynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (SparseUnivariatePolynomial R)) $param: (E OV R P) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial R)) debug: evaluateType1 x: (SparseUnivariatePolynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial R) c: (Type) debug: evalCategory d: (List (SparseUnivariatePolynomial R)) c: (Type) debug: evaluateType form: R $param: (E OV R P) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE corrPoly ((Union (List (SparseUnivariatePolynomial P)) failed) (SparseUnivariatePolynomial P) (List OV) (List R) (List (NonNegativeInteger)) (List (SparseUnivariatePolynomial P)) (Vector (List (SparseUnivariatePolynomial R))) R)) (SIGNATURE lifting ((Union (List (SparseUnivariatePolynomial P)) failed) (SparseUnivariatePolynomial P) (List OV) (List (SparseUnivariatePolynomial R)) (List R) (List P) (List (NonNegativeInteger)) R)) (SIGNATURE lifting1 ((Union (List (SparseUnivariatePolynomial P)) failed) (SparseUnivariatePolynomial P) (List OV) (List (SparseUnivariatePolynomial P)) (List R) (List P) (List (List (Record (: expt (NonNegativeInteger)) (: pcoef P)))) (List (NonNegativeInteger)) (Vector (List (SparseUnivariatePolynomial R))) R))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for MultivariateLifting compiling into /tmp/oa-afbfQ9 importing GenExEuclid(R,SparseUnivariatePolynomial R) importing NPCoef(SparseUnivariatePolynomial R,E,OV,R,P) importing IntegerCombinatoricFunctions Integer compiling exported corrPoly : (SparseUnivariatePolynomial P,List OV,List R,List NonNegativeInteger,List SparseUnivariatePolynomial P,Vector List SparseUnivariatePolynomial R,R) -> Union(List SparseUnivariatePolynomial P,failed) Time: 5.37 SEC. compiling exported lifting1 : (SparseUnivariatePolynomial P,List OV,List SparseUnivariatePolynomial P,List R,List P,List List Record(expt: NonNegativeInteger,pcoef: P),List NonNegativeInteger,Vector List SparseUnivariatePolynomial R,R) -> Union(List SparseUnivariatePolynomial P,failed) Time: 0.40 SEC. compiling local maxDegree : (SparseUnivariatePolynomial P,OV) -> NonNegativeInteger Time: 0.02 SEC. compiling exported lifting : (SparseUnivariatePolynomial P,List OV,List SparseUnivariatePolynomial R,List R,List P,List NonNegativeInteger,R) -> Union(List SparseUnivariatePolynomial P,failed) Time: 0.34 SEC. compiling local normalDerivM : (P,Integer,OV) -> P Time: 0.02 SEC. compiling local normalDeriv : (SparseUnivariatePolynomial P,Integer) -> SparseUnivariatePolynomial P Time: 0.02 SEC. compiling local subslead : (SparseUnivariatePolynomial P,P) -> SparseUnivariatePolynomial P Time: 0 SEC. compiling local subscoef : (SparseUnivariatePolynomial P,List Record(expt: NonNegativeInteger,pcoef: P)) -> SparseUnivariatePolynomial P Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] Use: import GenExEuclid(R,SparseUnivariatePolynomial R) [2] Use: import NPCoef(SparseUnivariatePolynomial R,E,OV,R,P) [3] Use: import IntegerCombinatoricFunctions Integer [4] lifting: nplist has no value [5] normalDerivM: not known that Ring is of mode CATEGORY(package,corrPoly: (SparseUnivariatePolynomial P,List OV,List R,List NonNegativeInteger,List SparseUnivariatePolynomial P,Vector List SparseUnivariatePolynomial R,R) -> Union(List SparseUnivariatePolynomial P,"failed"),lifting: (SparseUnivariatePolynomial P,List OV,List SparseUnivariatePolynomial R,List R,List P,List NonNegativeInteger,R) -> Union(List SparseUnivariatePolynomial P,"failed"),lifting1: (SparseUnivariatePolynomial P,List OV,List SparseUnivariatePolynomial P,List R,List P,List List Record(expt: NonNegativeInteger,pcoef: P),List NonNegativeInteger,Vector List SparseUnivariatePolynomial R,R) -> Union(List SparseUnivariatePolynomial P,"failed")) [6] subscoef: expt has no value Cumulative Statistics for Constructor MultivariateLifting Time: 6.21 seconds finalizing NRLIB MLIFT Processing MultivariateLifting for Browser database: -- corrPoly : (SUP,L OV,L R,L NNI,L SUP,Table,R) -> Union(L SUP,"failed") -- lifting : (SUP,L OV,L BP,L R,L P,L NNI,R) -> Union(L SUP,"failed") -- lifting1 : (SUP,L OV,L SUP,L R,L P,L VTerm,L NNI,Table,R) -> Union(L SUP,"failed") -- constructor ; compiling file "/tmp/oa-afbfQ9/code.lsp" (written 01 FEB 2016 11:04:26 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MLIFT;corrPoly;SupLLLLVRU;1| ...) ; file: /tmp/oa-afbfQ9/code.lsp ; in: DEFUN |MLIFT;corrPoly;SupLLLLVRU;1| ; (DEFUN BOOT::|MLIFT;corrPoly;SupLLLLVRU;1| ; (BOOT::|m| BOOT::|lvar| BOOT::|fval| BOOT::|ld| BOOT::|flist| ; BOOT::|table| BOOT::|pmod| BOOT::$) ; (PROG (BOOT::|lcoef| BOOT::|flcoef| BOOT::|um| BOOT::|beta| BOOT::|fbeta|) ; (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MLIFT;corrPoly;SupLLLLVRU;1| ; (BOOT::|m| BOOT::|lvar| BOOT::|fval| BOOT::|ld| BOOT::|flist| ; BOOT::|table| BOOT::|pmod| BOOT::$) ; (BLOCK BOOT::|MLIFT;corrPoly;SupLLLLVRU;1| ; (PROG (BOOT::|lcoef| BOOT::|flcoef| BOOT::|um| BOOT::|beta| ; BOOT::|fbeta|) ; (RETURN (COND # #))))) ; ; note: Assignment to argument: |lvar| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |MLIFT;corrPoly;SupLLLLVRU;1!2| ...) ; compiling (DEFUN |MLIFT;corrPoly;SupLLLLVRU;1!1| ...) ; compiling (DEFUN |MLIFT;corrPoly;SupLLLLVRU;1!0| ...) ; compiling (DEFUN |MLIFT;lifting1;SupLLLLLLVRU;2| ...) ; file: /tmp/oa-afbfQ9/code.lsp ; in: DEFUN |MLIFT;lifting1;SupLLLLLLVRU;2| ; (DEFUN BOOT::|MLIFT;lifting1;SupLLLLLLVRU;2| ; (BOOT::|m| BOOT::|lvar| BOOT::|plist| BOOT::|vlist| BOOT::|tlist| ; BOOT::|coeflist| BOOT::|listdeg| BOOT::|table| BOOT::|pmod| BOOT::$) ; (PROG (BOOT::|idegj| BOOT::|degj| BOOT::|v| BOOT::|x| BOOT::|flalpha|) ; (RETURN ; (LET (# # # # # # # # # # # # ...) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MLIFT;lifting1;SupLLLLLLVRU;2| ; (BOOT::|m| BOOT::|lvar| BOOT::|plist| BOOT::|vlist| BOOT::|tlist| ; BOOT::|coeflist| BOOT::|listdeg| BOOT::|table| BOOT::|pmod| BOOT::$) ; (BLOCK BOOT::|MLIFT;lifting1;SupLLLLLLVRU;2| ; (PROG (BOOT::|idegj| BOOT::|degj| BOOT::|v| BOOT::|x| BOOT::|flalpha|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |plist| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |vlist| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |MLIFT;lifting1;SupLLLLLLVRU;2!2| ...) ; compiling (DEFUN |MLIFT;lifting1;SupLLLLLLVRU;2!1| ...) ; compiling (DEFUN |MLIFT;lifting1;SupLLLLLLVRU;2!0| ...) ; compiling (DEFUN |MLIFT;maxDegree| ...) ; compiling (DEFUN |MLIFT;lifting;SupLLLLLRU;4| ...) ; file: /tmp/oa-afbfQ9/code.lsp ; in: DEFUN |MLIFT;lifting;SupLLLLLRU;4| ; (DEFUN BOOT::|MLIFT;lifting;SupLLLLLRU;4| ; (BOOT::|um| BOOT::|lvar| BOOT::|plist| BOOT::|vlist| BOOT::|tlist| ; BOOT::|listdeg| BOOT::|pmod| BOOT::$) ; (PROG (BOOT::|ffl| BOOT::|table| BOOT::|tab| BOOT::|listdet| ; BOOT::|ldcoef|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MLIFT;lifting;SupLLLLLRU;4| ; (BOOT::|um| BOOT::|lvar| BOOT::|plist| BOOT::|vlist| BOOT::|tlist| ; BOOT::|listdeg| BOOT::|pmod| BOOT::$) ; (BLOCK BOOT::|MLIFT;lifting;SupLLLLLRU;4| ; (PROG (BOOT::|ffl| BOOT::|table| BOOT::|tab| BOOT::|listdet| ; BOOT::|ldcoef|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |plist| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |tlist| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |MLIFT;normalDerivM| ...) ; compiling (DEFUN |MLIFT;normalDeriv| ...) ; compiling (DEFUN |MLIFT;subslead| ...) ; compiling (DEFUN |MLIFT;subscoef| ...) ; file: /tmp/oa-afbfQ9/code.lsp ; in: DEFUN |MLIFT;subscoef| ; (DEFUN BOOT::|MLIFT;subscoef| (BOOT::|um| BOOT::|lterm| BOOT::$) ; (PROG (BOOT::|i|) ; (RETURN ; (LET* (# #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MLIFT;subscoef| ; (BOOT::|um| BOOT::|lterm| BOOT::$) ; (BLOCK BOOT::|MLIFT;subscoef| ; (PROG (BOOT::|i|) ; (RETURN ; (LET* # ; #))))) ; ; note: Assignment to argument: |lterm| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS CONS T)) ; ; compiling (DEFUN |MultivariateLifting| ...) ; compiling (DEFUN |MultivariateLifting;| ...) ; compiling (MAKEPROP (QUOTE |MultivariateLifting|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 7 notes ; /tmp/oa-afbfQ9/code.fasl written ; compilation finished in 0:00:00.151 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PDECOMP.spad && cp PDECOMP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PDECOMP.fasl \ && if test -f PDECOMP-.NRLIB/code.fasl; then \ cp PDECOMP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PDECOMP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PDECOMP.spad using Spad compiler. PDECOMP abbreviates package PolynomialDecomposition debug: compDefine1 lhs: (PolynomialDecomposition UP F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE decompose ((List UP) UP)) (SIGNATURE decompose ((Union (Record (: left UP) (: right UP)) failed) UP (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE leftFactor ((Union UP failed) UP UP)) (SIGNATURE rightFactorCandidate (UP UP (NonNegativeInteger)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE decompose ((List UP) UP)) (SIGNATURE decompose ((Union (Record (: left UP) (: right UP)) failed) UP (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE leftFactor ((Union UP failed) UP UP)) (SIGNATURE rightFactorCandidate (UP UP (NonNegativeInteger)))) $param: (UP F) debug: evaluateType form: (List UP) $param: (UP F) Debug: evaluateType1 form: (List UP) debug: evaluateType1 x: UP m: (Type) debug: evaluateType form: UP $param: (UP F) debug: evaluateType form: (Union (Record (: left UP) (: right UP)) failed) $param: (UP F) debug: evaluateType form: (Record (: left UP) (: right UP)) $param: (UP F) debug: evaluateType form: UP $param: (UP F) debug: evaluateType form: UP $param: (UP F) debug: evaluateType form: failed $param: (UP F) debug: evaluateType form: UP $param: (UP F) debug: evaluateType form: (NonNegativeInteger) $param: (UP F) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (UP F) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Union UP failed) $param: (UP F) debug: evaluateType form: UP $param: (UP F) debug: evaluateType form: failed $param: (UP F) debug: evaluateType form: UP $param: (UP F) debug: evaluateType form: UP $param: (UP F) debug: evaluateType form: UP $param: (UP F) debug: evaluateType form: UP $param: (UP F) debug: evaluateType form: (NonNegativeInteger) $param: (UP F) Debug: evaluateType1 form: (NonNegativeInteger) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE decompose ((List UP) UP)) (SIGNATURE decompose ((Union (Record (: left UP) (: right UP)) failed) UP (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE leftFactor ((Union UP failed) UP UP)) (SIGNATURE rightFactorCandidate (UP UP (NonNegativeInteger)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PolynomialDecomposition compiling into /tmp/oa-F6rpFY compiling exported leftFactor : (UP,UP) -> Union(UP,failed) Time: 0.09 SEC. compiling exported decompose : (UP,NonNegativeInteger,NonNegativeInteger) -> Union(Record(left: UP,right: UP),failed) Time: 0.04 SEC. compiling exported decompose : UP -> List UP Time: 0.02 SEC. compiling exported rightFactorCandidate : (UP,NonNegativeInteger) -> UP Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor PolynomialDecomposition Time: 0.19 seconds finalizing NRLIB PDECOMP Processing PolynomialDecomposition for Browser database: -- decompose : UP -> List UP -- decompose : (UP,NNI,NNI) -> Union(LR,"failed") -- leftFactor : (UP,UP) -> Union(UP,"failed") -- rightFactorCandidate : (UP,NNI) -> UP -- constructor ; compiling file "/tmp/oa-F6rpFY/code.lsp" (written 01 FEB 2016 11:04:27 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PDECOMP;leftFactor;2UPU;1| ...) ; compiling (DEFUN |PDECOMP;decompose;UP2NniU;2| ...) ; compiling (DEFUN |PDECOMP;decompose;UPL;3| ...) ; compiling (DEFUN |PDECOMP;rightFactorCandidate;UPNniUP;4| ...) ; compiling (DEFUN |PolynomialDecomposition| ...) ; compiling (DEFUN |PolynomialDecomposition;| ...) ; compiling (MAKEPROP (QUOTE |PolynomialDecomposition|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-F6rpFY/code.fasl written ; compilation finished in 0:00:00.049 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile COORDSYS.spad && cp COORDSYS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/COORDSYS.fasl \ && if test -f COORDSYS-.NRLIB/code.fasl; then \ cp COORDSYS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/COORDSYS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/COORDSYS.spad using Spad compiler. COORDSYS abbreviates package CoordinateSystems debug: compDefine1 lhs: (CoordinateSystems R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE cartesian ((Point R) (Point R))) (SIGNATURE polar ((Point R) (Point R))) (SIGNATURE cylindrical ((Point R) (Point R))) (SIGNATURE spherical ((Point R) (Point R))) (SIGNATURE parabolic ((Point R) (Point R))) (SIGNATURE parabolicCylindrical ((Point R) (Point R))) (SIGNATURE paraboloidal ((Point R) (Point R))) (SIGNATURE elliptic ((Mapping (Point R) (Point R)) R)) (SIGNATURE ellipticCylindrical ((Mapping (Point R) (Point R)) R)) (SIGNATURE prolateSpheroidal ((Mapping (Point R) (Point R)) R)) (SIGNATURE oblateSpheroidal ((Mapping (Point R) (Point R)) R)) (SIGNATURE bipolar ((Mapping (Point R) (Point R)) R)) (SIGNATURE bipolarCylindrical ((Mapping (Point R) (Point R)) R)) (SIGNATURE toroidal ((Mapping (Point R) (Point R)) R)) (SIGNATURE conical ((Mapping (Point R) (Point R)) R R))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE cartesian ((Point R) (Point R))) (SIGNATURE polar ((Point R) (Point R))) (SIGNATURE cylindrical ((Point R) (Point R))) (SIGNATURE spherical ((Point R) (Point R))) (SIGNATURE parabolic ((Point R) (Point R))) (SIGNATURE parabolicCylindrical ((Point R) (Point R))) (SIGNATURE paraboloidal ((Point R) (Point R))) (SIGNATURE elliptic ((Mapping (Point R) (Point R)) R)) (SIGNATURE ellipticCylindrical ((Mapping (Point R) (Point R)) R)) (SIGNATURE prolateSpheroidal ((Mapping (Point R) (Point R)) R)) (SIGNATURE oblateSpheroidal ((Mapping (Point R) (Point R)) R)) (SIGNATURE bipolar ((Mapping (Point R) (Point R)) R)) (SIGNATURE bipolarCylindrical ((Mapping (Point R) (Point R)) R)) (SIGNATURE toroidal ((Mapping (Point R) (Point R)) R)) (SIGNATURE conical ((Mapping (Point R) (Point R)) R R))) $param: (R) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Mapping (Point R) (Point R)) $param: (R) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Mapping (Point R) (Point R)) $param: (R) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Mapping (Point R) (Point R)) $param: (R) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Mapping (Point R) (Point R)) $param: (R) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Mapping (Point R) (Point R)) $param: (R) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Mapping (Point R) (Point R)) $param: (R) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Mapping (Point R) (Point R)) $param: (R) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Mapping (Point R) (Point R)) $param: (R) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: R $param: (R) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE cartesian ((Point R) (Point R))) (SIGNATURE polar ((Point R) (Point R))) (SIGNATURE cylindrical ((Point R) (Point R))) (SIGNATURE spherical ((Point R) (Point R))) (SIGNATURE parabolic ((Point R) (Point R))) (SIGNATURE parabolicCylindrical ((Point R) (Point R))) (SIGNATURE paraboloidal ((Point R) (Point R))) (SIGNATURE elliptic ((Mapping (Point R) (Point R)) R)) (SIGNATURE ellipticCylindrical ((Mapping (Point R) (Point R)) R)) (SIGNATURE prolateSpheroidal ((Mapping (Point R) (Point R)) R)) (SIGNATURE oblateSpheroidal ((Mapping (Point R) (Point R)) R)) (SIGNATURE bipolar ((Mapping (Point R) (Point R)) R)) (SIGNATURE bipolarCylindrical ((Mapping (Point R) (Point R)) R)) (SIGNATURE toroidal ((Mapping (Point R) (Point R)) R)) (SIGNATURE conical ((Mapping (Point R) (Point R)) R R))) NIL) ------------------------------------------------------------------------ initializing stationary directory for CoordinateSystems compiling into /tmp/oa-xT4cEd compiling exported cartesian : Point R -> Point R COORDSYS;cartesian;2P;1 pt is replaced by pt Time: 0.03 SEC. compiling exported polar : Point R -> Point R Time: 0.03 SEC. compiling exported cylindrical : Point R -> Point R Time: 0.01 SEC. compiling exported spherical : Point R -> Point R Time: 0.02 SEC. compiling exported parabolic : Point R -> Point R Time: 0.01 SEC. compiling exported parabolicCylindrical : Point R -> Point R Time: 0.00 SEC. compiling exported paraboloidal : Point R -> Point R Time: 0.02 SEC. compiling exported elliptic : R -> Point R -> Point R Time: 0.03 SEC. compiling exported ellipticCylindrical : R -> Point R -> Point R Time: 0 SEC. compiling exported prolateSpheroidal : R -> Point R -> Point R Time: 0.06 SEC. compiling exported oblateSpheroidal : R -> Point R -> Point R Time: 0.08 SEC. compiling exported bipolar : R -> Point R -> Point R Time: 0.03 SEC. compiling exported bipolarCylindrical : R -> Point R -> Point R Time: 0.00 SEC. compiling exported toroidal : R -> Point R -> Point R Time: 0.02 SEC. compiling exported conical : (R,R) -> Point R -> Point R Time: 0.08 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor CoordinateSystems Time: 0.43 seconds finalizing NRLIB COORDSYS Processing CoordinateSystems for Browser database: -- cartesian : Pt -> Pt -- polar : Pt -> Pt -- cylindrical : Pt -> Pt -- spherical : Pt -> Pt -- parabolic : Pt -> Pt -- parabolicCylindrical : Pt -> Pt -- paraboloidal : Pt -> Pt -- elliptic : R -> (Pt -> Pt) -- ellipticCylindrical : R -> (Pt -> Pt) -- prolateSpheroidal : R -> (Pt -> Pt) -- oblateSpheroidal : R -> (Pt -> Pt) -- bipolar : R -> (Pt -> Pt) -- bipolarCylindrical : R -> (Pt -> Pt) -- toroidal : R -> (Pt -> Pt) -- conical : (R,R) -> (Pt -> Pt) -- constructor ; compiling file "/tmp/oa-xT4cEd/code.lsp" (written 01 FEB 2016 11:04:27 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COORDSYS;cartesian;2P;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |COORDSYS;cartesian;2P;1| ...) ; compiling (DEFUN |COORDSYS;polar;2P;2| ...) ; compiling (DEFUN |COORDSYS;cylindrical;2P;3| ...) ; compiling (DEFUN |COORDSYS;spherical;2P;4| ...) ; compiling (DEFUN |COORDSYS;parabolic;2P;5| ...) ; compiling (DEFUN |COORDSYS;parabolicCylindrical;2P;6| ...) ; compiling (DEFUN |COORDSYS;paraboloidal;2P;7| ...) ; compiling (DEFUN |COORDSYS;elliptic;RM;8| ...) ; compiling (DEFUN |COORDSYS;elliptic;RM;8!0| ...) ; compiling (DEFUN |COORDSYS;ellipticCylindrical;RM;9| ...) ; compiling (DEFUN |COORDSYS;prolateSpheroidal;RM;10| ...) ; compiling (DEFUN |COORDSYS;prolateSpheroidal;RM;10!0| ...) ; compiling (DEFUN |COORDSYS;oblateSpheroidal;RM;11| ...) ; compiling (DEFUN |COORDSYS;oblateSpheroidal;RM;11!0| ...) ; compiling (DEFUN |COORDSYS;bipolar;RM;12| ...) ; compiling (DEFUN |COORDSYS;bipolar;RM;12!0| ...) ; compiling (DEFUN |COORDSYS;bipolarCylindrical;RM;13| ...) ; compiling (DEFUN |COORDSYS;toroidal;RM;14| ...) ; compiling (DEFUN |COORDSYS;toroidal;RM;14!0| ...) ; compiling (DEFUN |COORDSYS;conical;2RM;15| ...) ; compiling (DEFUN |COORDSYS;conical;2RM;15!0| ...) ; compiling (DEFUN |CoordinateSystems| ...) ; compiling (DEFUN |CoordinateSystems;| ...) ; compiling (MAKEPROP (QUOTE |CoordinateSystems|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-xT4cEd/code.fasl written ; compilation finished in 0:00:00.087 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile DBASE.spad && cp DBASE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DBASE.fasl \ && if test -f DBASE-.NRLIB/code.fasl; then \ cp DBASE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DBASE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DBASE.spad using Spad compiler. DBASE abbreviates domain Database debug: compDefine1 lhs: (Database S) signature (pre-evaluate): ((Join (SetCategory) (CoercibleFrom (List S)) (CATEGORY domain (SIGNATURE elt ($ $ (QueryEquation))) (SIGNATURE elt ((DataList (String)) $ (Symbol))) (SIGNATURE + ($ $ $)) (SIGNATURE - ($ $ $)) (SIGNATURE display ((Void) $)) (SIGNATURE fullDisplay ((Void) $)) (SIGNATURE fullDisplay ((Void) $ (PositiveInteger) (PositiveInteger))))) NIL) debug: evaluateType form: (Join (SetCategory) (CoercibleFrom (List S)) (CATEGORY domain (SIGNATURE elt ($ $ (QueryEquation))) (SIGNATURE elt ((DataList (String)) $ (Symbol))) (SIGNATURE + ($ $ $)) (SIGNATURE - ($ $ $)) (SIGNATURE display ((Void) $)) (SIGNATURE fullDisplay ((Void) $)) (SIGNATURE fullDisplay ((Void) $ (PositiveInteger) (PositiveInteger))))) $param: (S) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CoercibleFrom (List S)) $param: (S) Debug: evaluateType1 form: (CoercibleFrom (List S)) debug: evaluateType1 x: (List S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evalCategory d: (List S) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE elt ($ $ (QueryEquation))) (SIGNATURE elt ((DataList (String)) $ (Symbol))) (SIGNATURE + ($ $ $)) (SIGNATURE - ($ $ $)) (SIGNATURE display ((Void) $)) (SIGNATURE fullDisplay ((Void) $)) (SIGNATURE fullDisplay ((Void) $ (PositiveInteger) (PositiveInteger)))) $param: (S) debug: evaluateType form: (QueryEquation) $param: (S) Debug: evaluateType1 form: (QueryEquation) debug: evaluateType form: (DataList (String)) $param: (S) Debug: evaluateType1 form: (DataList (String)) debug: evaluateType1 x: (String) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (S) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (String) $param: (S) Debug: evaluateType1 form: (String) debug: evalCategory d: (String) c: (OrderedSet) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Void) $param: (S) Debug: evaluateType1 form: (Void) debug: evaluateType form: (Void) $param: (S) Debug: evaluateType1 form: (Void) debug: evaluateType form: (Void) $param: (S) Debug: evaluateType1 form: (Void) debug: evaluateType form: (PositiveInteger) $param: (S) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: (S) Debug: evaluateType1 form: (PositiveInteger) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CoercibleFrom (List S)) (CATEGORY domain (SIGNATURE elt ($ $ (QueryEquation))) (SIGNATURE elt ((DataList (String)) $ (Symbol))) (SIGNATURE + ($ $ $)) (SIGNATURE - ($ $ $)) (SIGNATURE display ((Void) $)) (SIGNATURE fullDisplay ((Void) $)) (SIGNATURE fullDisplay ((Void) $ (PositiveInteger) (PositiveInteger))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for Database compiling into /tmp/oa-6KQYXX compiling exported coerce : List S -> % DBASE;coerce;L$;1 u is replaced by u Time: 0.03 SEC. compiling exported elt : (%,Symbol) -> DataList String Time: 0.03 SEC. compiling exported elt : (%,QueryEquation) -> % Time: 0.01 SEC. compiling exported + : (%,%) -> % Time: 0 SEC. compiling exported - : (%,%) -> % Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Time: 0.03 SEC. compiling exported display : % -> Void Time: 0.00 SEC. compiling exported fullDisplay : % -> Void Time: 0 SEC. compiling exported fullDisplay : (%,PositiveInteger,PositiveInteger) -> Void Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] OpenAxiom suggests removing assignment to Rep Cumulative Statistics for Constructor Database Time: 0.13 seconds --------------non extending category---------------------- Database #1 of category Join(SetCategory,CoercibleFrom List #1) with ?.? : (%,QueryEquation) -> % ?.? : (%,Symbol) -> DataList String ?+? : (%,%) -> % ?-? : (%,%) -> % display : % -> Void fullDisplay : % -> Void fullDisplay : (%,PositiveInteger,PositiveInteger) -> Void has no ListAggregate #1 ---------------------------------------------------------- finalizing NRLIB DBASE Processing Database for Browser database: -- elt : (%,Symbol) -> String -- display : % -> Void -- fullDisplay : % -> Void -- elt : (%,QueryEquation) -> % -- elt : (%,Symbol) -> DataList String -- ?+? : (%,%) -> % -- ?-? : (%,%) -> % -- display : % -> Void -- fullDisplay : % -> Void -- fullDisplay : (%,PositiveInteger,PositiveInteger) -> Void -- constructor ; compiling file "/tmp/oa-6KQYXX/code.lsp" (written 01 FEB 2016 11:04:28 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DBASE;coerce;L$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DBASE;coerce;L$;1| ...) ; compiling (DEFUN |DBASE;elt;$SDl;2| ...) ; compiling (DEFUN |DBASE;elt;$Qe$;3| ...) ; file: /tmp/oa-6KQYXX/code.lsp ; in: DEFUN |DBASE;elt;$Qe$;3| ; (DEFUN BOOT::|DBASE;elt;$Qe$;3| (BOOT::|data| BOOT::|eq| BOOT::$) ; (LET ((BOOT::|field| (BOOT::SPADCALL BOOT::|eq| #)) ; (BOOT::|val| (BOOT::SPADCALL BOOT::|eq| #))) ; (LET ((#:G563 BOOT::|data|) (#:G547 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DBASE;elt;$Qe$;3| ; (BOOT::|data| BOOT::|eq| BOOT::$) ; (BLOCK BOOT::|DBASE;elt;$Qe$;3| ; (LET ((BOOT::|field| #) (BOOT::|val| #)) ; (LET (# #) ; (LOOP # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |DBASE;+;3$;4| ...) ; file: /tmp/oa-6KQYXX/code.lsp ; in: DEFUN |DBASE;+;3$;4| ; (DEFUN BOOT::|DBASE;+;3$;4| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 20)) ; (BOOT::|shellEntry| BOOT::$ 21))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DBASE;+;3$;4| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|DBASE;+;3$;4| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 20)) ; (BOOT::|shellEntry| BOOT::$ 21)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |DBASE;-;3$;5| ...) ; file: /tmp/oa-6KQYXX/code.lsp ; in: DEFUN |DBASE;-;3$;5| ; (DEFUN BOOT::|DBASE;-;3$;5| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL (COPY-LIST BOOT::|x|) BOOT::|y| ; (BOOT::|shellEntry| BOOT::$ 25))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DBASE;-;3$;5| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|DBASE;-;3$;5| ; (BOOT::SPADCALL (COPY-LIST BOOT::|x|) BOOT::|y| ; (BOOT::|shellEntry| BOOT::$ 25)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |DBASE;coerce;$Of;6| ...) ; compiling (DEFUN |DBASE;display;$V;7| ...) ; compiling (DEFUN |DBASE;fullDisplay;$V;8| ...) ; compiling (DEFUN |DBASE;fullDisplay;$2PiV;9| ...) ; compiling (DEFUN |Database| ...) ; compiling (DEFUN |Database;| ...) ; compiling (MAKEPROP (QUOTE |Database|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 3 notes ; /tmp/oa-6KQYXX/code.fasl written ; compilation finished in 0:00:00.041 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile DHMATRIX.spad && cp DHMATRIX.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DHMATRIX.fasl \ && if test -f DHMATRIX-.NRLIB/code.fasl; then \ cp DHMATRIX-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DHMATRIX-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DHMATRIX.spad using Spad compiler. DHMATRIX abbreviates domain DenavitHartenbergMatrix debug: compDefine1 lhs: (DenavitHartenbergMatrix R) signature (pre-evaluate): ((Join (MatrixCategory R (Vector R) (Vector R)) (CATEGORY domain (SIGNATURE * ((Point R) $ (Point R))) (SIGNATURE identity ($)) (SIGNATURE rotatex ($ R)) (SIGNATURE rotatey ($ R)) (SIGNATURE rotatez ($ R)) (SIGNATURE scale ($ R R R)) (SIGNATURE translate ($ R R R)))) NIL) debug: evaluateType form: (Join (MatrixCategory R (Vector R) (Vector R)) (CATEGORY domain (SIGNATURE * ((Point R) $ (Point R))) (SIGNATURE identity ($)) (SIGNATURE rotatex ($ R)) (SIGNATURE rotatey ($ R)) (SIGNATURE rotatez ($ R)) (SIGNATURE scale ($ R R R)) (SIGNATURE translate ($ R R R)))) $param: (R) debug: evaluateType form: (MatrixCategory R (Vector R) (Vector R)) $param: (R) Debug: evaluateType1 form: (MatrixCategory R (Vector R) (Vector R)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: (Vector R) m: (FiniteLinearAggregate R) debug: evaluateType1 categoryForm: (FiniteLinearAggregate R) debug: evaluateType form: (FiniteLinearAggregate R) $param: (R) Debug: evaluateType1 form: (FiniteLinearAggregate R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (Vector R) $param: (R) Debug: evaluateType1 form: (Vector R) debug: evaluateType1 x: R m: (Type) debug: evalCategory d: (Vector R) c: (FiniteLinearAggregate R) debug: evaluateType1 x: (Vector R) m: (FiniteLinearAggregate R) debug: evaluateType1 categoryForm: (FiniteLinearAggregate R) debug: evaluateType form: (FiniteLinearAggregate R) $param: (R) Debug: evaluateType1 form: (FiniteLinearAggregate R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (Vector R) $param: (R) Debug: evaluateType1 form: (Vector R) debug: evaluateType1 x: R m: (Type) debug: evalCategory d: (Vector R) c: (FiniteLinearAggregate R) debug: evaluateType form: (CATEGORY domain (SIGNATURE * ((Point R) $ (Point R))) (SIGNATURE identity ($)) (SIGNATURE rotatex ($ R)) (SIGNATURE rotatey ($ R)) (SIGNATURE rotatez ($ R)) (SIGNATURE scale ($ R R R)) (SIGNATURE translate ($ R R R))) $param: (R) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: R $param: (R) debug: compDefine1 signature (post evaluate): ((Join (MatrixCategory R (Vector R) (Vector R)) (CATEGORY domain (SIGNATURE * ((Point R) $ (Point R))) (SIGNATURE identity ($)) (SIGNATURE rotatex ($ R)) (SIGNATURE rotatey ($ R)) (SIGNATURE rotatez ($ R)) (SIGNATURE scale ($ R R R)) (SIGNATURE translate ($ R R R)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for DenavitHartenbergMatrix compiling into /tmp/oa-Nv5j08 compiling exported identity : () -> % Time: 0.07 SEC. compiling exported * : (%,Point R) -> Point R Time: 0.04 SEC. compiling exported rotatex : R -> % Time: 0.03 SEC. compiling exported rotatey : R -> % Time: 0.02 SEC. compiling exported rotatez : R -> % Time: 0.02 SEC. compiling exported scale : (R,R,R) -> % Time: 0.01 SEC. compiling exported translate : (R,R,R) -> % Time: 0.01 SEC. (time taken in buildFunctor: 4) Time: 0.02 SEC. Cumulative Statistics for Constructor DenavitHartenbergMatrix Time: 0.22 seconds --------------non extending category---------------------- DenavitHartenbergMatrix #1 of category MatrixCategory(#1,Vector #1, Vector #1) with ?*? : (%,Point #1) -> Point #1 identity : () -> % rotatex : #1 -> % rotatey : #1 -> % rotatez : #1 -> % scale : (#1,#1,#1) -> % translate : (#1,#1,#1) -> % has no diagonalMatrix : Vector #1 -> % ---------------------------------------------------------- finalizing NRLIB DHMATRIX Processing DenavitHartenbergMatrix for Browser database: -- ?*? : (%,Point R) -> Point R -- identity : () -> % -- rotatex : R -> % -- rotatey : R -> % -- rotatez : R -> % -- scale : (R,R,R) -> % -- translate : (R,R,R) -> % -- constructor ; compiling file "/tmp/oa-Nv5j08/code.lsp" (written 01 FEB 2016 11:04:28 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DHMATRIX;identity;$;1| ...) ; compiling (DEFUN |DHMATRIX;*;$2P;2| ...) ; compiling (DEFUN |DHMATRIX;rotatex;R$;3| ...) ; compiling (DEFUN |DHMATRIX;rotatey;R$;4| ...) ; compiling (DEFUN |DHMATRIX;rotatez;R$;5| ...) ; compiling (DEFUN |DHMATRIX;scale;3R$;6| ...) ; compiling (DEFUN |DHMATRIX;translate;3R$;7| ...) ; compiling (DEFUN |DenavitHartenbergMatrix| ...) ; compiling (DEFUN |DenavitHartenbergMatrix;| ...) ; compiling (MAKEPROP (QUOTE |DenavitHartenbergMatrix|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Nv5j08/code.fasl written ; compilation finished in 0:00:00.063 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile DIOSP.spad && cp DIOSP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DIOSP.fasl \ && if test -f DIOSP-.NRLIB/code.fasl; then \ cp DIOSP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DIOSP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DIOSP.spad using Spad compiler. DIOSP abbreviates package DiophantineSolutionPackage debug: compDefine1 lhs: (DiophantineSolutionPackage) signature (pre-evaluate): ((CATEGORY package (SIGNATURE dioSolve ((Record (: varOrder (List (Symbol))) (: inhom (Union (List (Vector (NonNegativeInteger))) failed)) (: hom (List (Vector (NonNegativeInteger))))) (Equation (Polynomial (Integer))))))) debug: evaluateType form: (CATEGORY package (SIGNATURE dioSolve ((Record (: varOrder (List (Symbol))) (: inhom (Union (List (Vector (NonNegativeInteger))) failed)) (: hom (List (Vector (NonNegativeInteger))))) (Equation (Polynomial (Integer)))))) $param: NIL debug: evaluateType form: (Record (: varOrder (List (Symbol))) (: inhom (Union (List (Vector (NonNegativeInteger))) failed)) (: hom (List (Vector (NonNegativeInteger))))) $param: NIL debug: evaluateType form: (List (Symbol)) $param: NIL Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (Union (List (Vector (NonNegativeInteger))) failed) $param: NIL debug: evaluateType form: (List (Vector (NonNegativeInteger))) $param: NIL Debug: evaluateType1 form: (List (Vector (NonNegativeInteger))) debug: evaluateType1 x: (Vector (NonNegativeInteger)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Vector (NonNegativeInteger)) $param: NIL Debug: evaluateType1 form: (Vector (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evalCategory d: (Vector (NonNegativeInteger)) c: (Type) debug: evaluateType form: failed $param: NIL debug: evaluateType form: (List (Vector (NonNegativeInteger))) $param: NIL Debug: evaluateType1 form: (List (Vector (NonNegativeInteger))) debug: evaluateType1 x: (Vector (NonNegativeInteger)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Vector (NonNegativeInteger)) $param: NIL Debug: evaluateType1 form: (Vector (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evalCategory d: (Vector (NonNegativeInteger)) c: (Type) debug: evaluateType form: (Equation (Polynomial (Integer))) $param: NIL Debug: evaluateType1 form: (Equation (Polynomial (Integer))) debug: evaluateType1 x: (Polynomial (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial (Integer)) $param: NIL Debug: evaluateType1 form: (Polynomial (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evalCategory d: (Polynomial (Integer)) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE dioSolve ((Record (: varOrder (List (Symbol))) (: inhom (Union (List (Vector (NonNegativeInteger))) failed)) (: hom (List (Vector (NonNegativeInteger))))) (Equation (Polynomial (Integer))))))) ------------------------------------------------------------------------ initializing stationary directory for DiophantineSolutionPackage compiling into /tmp/oa-NOj6AF importing Integer importing Polynomial Integer compiling exported dioSolve : Equation Polynomial Integer -> Record(varOrder: List Symbol,inhom: Union(List Vector NonNegativeInteger,failed),hom: List Vector NonNegativeInteger) Time: 0.11 SEC. compiling local initializeGraph : (List Polynomial Integer,Integer) -> Record(vn: Vector Record(vert: Vector Integer,free: Boolean),dim: NonNegativeInteger,zeroNode: Integer) Time: 0.04 SEC. compiling local createNode : (Integer,Vector Integer,NonNegativeInteger,Integer) -> Record(vert: Vector Integer,free: Boolean) Time: 0.04 SEC. compiling local findSolutions : (Vector NonNegativeInteger,Integer,Integer,Integer,Record(vn: Vector Record(vert: Vector Integer,free: Boolean),dim: NonNegativeInteger,zeroNode: Integer),Boolean) -> List Vector NonNegativeInteger Time: 0.07 SEC. compiling local verifyMinimality : (Vector NonNegativeInteger,Record(vn: Vector Record(vert: Vector Integer,free: Boolean),dim: NonNegativeInteger,zeroNode: Integer),Boolean) -> Boolean Time: 0.02 SEC. compiling local verifySolution : (Vector NonNegativeInteger,Integer,Integer,Integer,Record(vn: Vector Record(vert: Vector Integer,free: Boolean),dim: NonNegativeInteger,zeroNode: Integer)) -> Boolean Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor DiophantineSolutionPackage Time: 0.33 seconds finalizing NRLIB DIOSP Processing DiophantineSolutionPackage for Browser database: -- dioSolve : EPOLI -> Solutions -- constructor ; compiling file "/tmp/oa-NOj6AF/code.lsp" (written 01 FEB 2016 11:04:28 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DIOSP;dioSolve;ER;1| ...) ; file: /tmp/oa-NOj6AF/code.lsp ; in: DEFUN |DIOSP;dioSolve;ER;1| ; (DEFUN BOOT::|DIOSP;dioSolve;ER;1| (BOOT::|eq| BOOT::$) ; (PROG (BOOT::|vars| BOOT::|ihs| BOOT::|hs| BOOT::|sol| BOOT::|graph| ; BOOT::|c| BOOT::|mon|) ; (RETURN ; (LET* (# #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DIOSP;dioSolve;ER;1| ; (BOOT::|eq| BOOT::$) ; (BLOCK BOOT::|DIOSP;dioSolve;ER;1| ; (PROG (BOOT::|vars| BOOT::|ihs| BOOT::|hs| BOOT::|sol| BOOT::|graph| ; BOOT::|c| BOOT::|mon|) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |DIOSP;initializeGraph| ...) ; file: /tmp/oa-NOj6AF/code.lsp ; in: DEFUN |DIOSP;initializeGraph| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MIN BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |DIOSP;createNode| ...) ; compiling (DEFUN |DIOSP;findSolutions| ...) ; compiling (DEFUN |DIOSP;verifyMinimality| ...) ; file: /tmp/oa-NOj6AF/code.lsp ; in: DEFUN |DIOSP;verifyMinimality| ; (DEFUN BOOT::|DIOSP;verifyMinimality| ; (BOOT::|sol| BOOT::|graph| BOOT::|flag| BOOT::$) ; (PROG (BOOT::|x|) (RETURN (COND (BOOT::|flag| #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DIOSP;verifyMinimality| ; (BOOT::|sol| BOOT::|graph| BOOT::|flag| BOOT::$) ; (BLOCK BOOT::|DIOSP;verifyMinimality| ; (PROG (BOOT::|x|) (RETURN (COND # #))))) ; ; note: Assignment to argument: |flag| ; prevents use of assertion from function type proclamation: ; (MEMBER T NIL) ; ; compiling (DEFUN |DIOSP;verifySolution| ...) ; compiling (DEFUN |DiophantineSolutionPackage| ...) ; compiling (DEFUN |DiophantineSolutionPackage;| ...) ; compiling (MAKEPROP (QUOTE |DiophantineSolutionPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 2 notes ; /tmp/oa-NOj6AF/code.fasl written ; compilation finished in 0:00:00.074 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FACUTIL.spad && cp FACUTIL.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FACUTIL.fasl \ && if test -f FACUTIL-.NRLIB/code.fasl; then \ cp FACUTIL-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FACUTIL-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FACUTIL.spad using Spad compiler. FACUTIL abbreviates package FactoringUtilities debug: compDefine1 lhs: (FactoringUtilities E OV R P) signature (pre-evaluate): ((CATEGORY package (SIGNATURE completeEval ((SparseUnivariatePolynomial R) (SparseUnivariatePolynomial P) (List OV) (List R))) (SIGNATURE degree ((List (NonNegativeInteger)) (SparseUnivariatePolynomial P) (List OV))) (SIGNATURE variables ((List OV) (SparseUnivariatePolynomial P))) (SIGNATURE lowerPolynomial ((SparseUnivariatePolynomial R) (SparseUnivariatePolynomial P))) (SIGNATURE raisePolynomial ((SparseUnivariatePolynomial P) (SparseUnivariatePolynomial R))) (SIGNATURE normalDeriv ((SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P) (Integer))) (SIGNATURE ran (R (Integer)))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE completeEval ((SparseUnivariatePolynomial R) (SparseUnivariatePolynomial P) (List OV) (List R))) (SIGNATURE degree ((List (NonNegativeInteger)) (SparseUnivariatePolynomial P) (List OV))) (SIGNATURE variables ((List OV) (SparseUnivariatePolynomial P))) (SIGNATURE lowerPolynomial ((SparseUnivariatePolynomial R) (SparseUnivariatePolynomial P))) (SIGNATURE raisePolynomial ((SparseUnivariatePolynomial P) (SparseUnivariatePolynomial R))) (SIGNATURE normalDeriv ((SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P) (Integer))) (SIGNATURE ran (R (Integer)))) $param: (E OV R P) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (List OV) $param: (E OV R P) Debug: evaluateType1 form: (List OV) debug: evaluateType1 x: OV m: (Type) debug: evaluateType form: (List R) $param: (E OV R P) Debug: evaluateType1 form: (List R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (List (NonNegativeInteger)) $param: (E OV R P) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (E OV R P) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (List OV) $param: (E OV R P) Debug: evaluateType1 form: (List OV) debug: evaluateType1 x: OV m: (Type) debug: evaluateType form: (List OV) $param: (E OV R P) Debug: evaluateType1 form: (List OV) debug: evaluateType1 x: OV m: (Type) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (Integer) $param: (E OV R P) Debug: evaluateType1 form: (Integer) debug: evaluateType form: R $param: (E OV R P) debug: evaluateType form: (Integer) $param: (E OV R P) Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE completeEval ((SparseUnivariatePolynomial R) (SparseUnivariatePolynomial P) (List OV) (List R))) (SIGNATURE degree ((List (NonNegativeInteger)) (SparseUnivariatePolynomial P) (List OV))) (SIGNATURE variables ((List OV) (SparseUnivariatePolynomial P))) (SIGNATURE lowerPolynomial ((SparseUnivariatePolynomial R) (SparseUnivariatePolynomial P))) (SIGNATURE raisePolynomial ((SparseUnivariatePolynomial P) (SparseUnivariatePolynomial R))) (SIGNATURE normalDeriv ((SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P) (Integer))) (SIGNATURE ran (R (Integer)))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FactoringUtilities compiling into /tmp/oa-VxgOj8 compiling exported lowerPolynomial : SparseUnivariatePolynomial P -> SparseUnivariatePolynomial R Time: 0.12 SEC. compiling exported raisePolynomial : SparseUnivariatePolynomial R -> SparseUnivariatePolynomial P Time: 0.05 SEC. compiling exported completeEval : (SparseUnivariatePolynomial P,List OV,List R) -> SparseUnivariatePolynomial R Time: 0.08 SEC. compiling exported degree : (SparseUnivariatePolynomial P,List OV) -> List NonNegativeInteger Time: 0.06 SEC. compiling exported variables : SparseUnivariatePolynomial P -> List OV Time: 0.03 SEC. compiling exported ran : Integer -> R Time: 0.02 SEC. compiling exported ran : Integer -> R Time: 0.29 SEC. compiling exported normalDeriv : (SparseUnivariatePolynomial P,Integer) -> SparseUnivariatePolynomial P Time: 0.03 SEC. (time taken in buildFunctor: 4) Time: 0.01 SEC. Cumulative Statistics for Constructor FactoringUtilities Time: 0.69 seconds finalizing NRLIB FACUTIL Processing FactoringUtilities for Browser database: -- completeEval : (SUP P,List OV,List R) -> SUP R -- degree : (SUP P,List OV) -> List NNI -- variables : SUP P -> List OV -- lowerPolynomial : SUP P -> SUP R -- raisePolynomial : SUP R -> SUP P -- normalDeriv : (SUP P,Z) -> SUP P -- ran : Z -> R -- constructor ; compiling file "/tmp/oa-VxgOj8/code.lsp" (written 01 FEB 2016 11:04:29 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FACUTIL;lowerPolynomial;SupSup;1| ...) ; compiling (DEFUN |FACUTIL;raisePolynomial;SupSup;2| ...) ; compiling (DEFUN |FACUTIL;completeEval;SupLLSup;3| ...) ; compiling (DEFUN |FACUTIL;degree;SupLL;4| ...) ; compiling (DEFUN |FACUTIL;variables;SupL;5| ...) ; compiling (DEFUN |FACUTIL;ran;IR;6| ...) ; file: /tmp/oa-VxgOj8/code.lsp ; in: DEFUN |FACUTIL;ran;IR;6| ; (DEFUN BOOT::|FACUTIL;ran;IR;6| (BOOT::|k| BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 46))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FACUTIL;ran;IR;6| ; (BOOT::|k| BOOT::$) ; (BLOCK BOOT::|FACUTIL;ran;IR;6| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 46)))) ; ; caught STYLE-WARNING: ; The variable |k| is defined but never used. ; compiling (DEFUN |FACUTIL;ran;IR;7| ...) ; compiling (DEFUN |FACUTIL;normalDeriv;SupISup;8| ...) ; compiling (DEFUN |FactoringUtilities| ...) ; compiling (DEFUN |FactoringUtilities;| ...) ; compiling (MAKEPROP (QUOTE |FactoringUtilities|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; /tmp/oa-VxgOj8/code.fasl written ; compilation finished in 0:00:00.053 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/ACFS.fasl --optimize=3 ACFS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ACFS.spad using Spad compiler. ACFS abbreviates category AlgebraicallyClosedFunctionSpace debug: compDefine1 lhs: (AlgebraicallyClosedFunctionSpace R) signature (pre-evaluate): ((Category) (IntegralDomain)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: compDefine1 signature (post evaluate): ((Category) (IntegralDomain)) debug: compDefine1 lhs: (AlgebraicallyClosedFunctionSpace R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for AlgebraicallyClosedFunctionSpace compiling into /tmp/oa-zeDLQ4 STYLE-WARNING: redefining BOOT::|AlgebraicallyClosedFunctionSpace| in DEFUN Time: 0.02 SEC. ACFS- abbreviates package AlgebraicallyClosedFunctionSpace& ------------------------------------------------------------------------ initializing stationary directory for AlgebraicallyClosedFunctionSpace& compiling into /tmp/oa-iJRSkY compiling exported rootOf : S -> S Time: 0.06 SEC. compiling exported rootsOf : S -> List S Time: 0.02 SEC. compiling exported zeroOf : S -> S Time: 0.01 SEC. compiling exported zerosOf : S -> List S Time: 0.02 SEC. compiling exported zeroOf : (S,Symbol) -> S Time: 0.08 SEC. compiling exported rootOf : (S,Symbol) -> S Time: 0.06 SEC. compiling exported zerosOf : (S,Symbol) -> List S Time: 0.06 SEC. compiling exported rootsOf : (S,Symbol) -> List S Time: 0.07 SEC. compiling exported rootsOf : (SparseUnivariatePolynomial S,Symbol) -> List S Time: 0.02 SEC. compiling exported zerosOf : (SparseUnivariatePolynomial S,Symbol) -> List S Time: 0.02 SEC. compiling exported zeroOf : (SparseUnivariatePolynomial S,Symbol) -> S Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] rootOf: empty? has no value [2] zeroOf: empty? has no value [3] zeroOf: not known that Ring is of mode CATEGORY(package,zerosOf: (S,Symbol) -> List S,zeroOf: (S,Symbol) -> S,zerosOf: S -> List S,zeroOf: S -> S,rootsOf: (S,Symbol) -> List S,rootOf: (S,Symbol) -> S,rootsOf: S -> List S,rootOf: S -> S,zerosOf: (SparseUnivariatePolynomial S,Symbol) -> List S,zerosOf: SparseUnivariatePolynomial S -> List S,zerosOf: Polynomial S -> List S,zeroOf: (SparseUnivariatePolynomial S,Symbol) -> S,zeroOf: SparseUnivariatePolynomial S -> S,zeroOf: Polynomial S -> S,rootsOf: (SparseUnivariatePolynomial S,Symbol) -> List S,rootsOf: SparseUnivariatePolynomial S -> List S,rootsOf: Polynomial S -> List S,rootOf: (SparseUnivariatePolynomial S,Symbol) -> S,rootOf: SparseUnivariatePolynomial S -> S,rootOf: Polynomial S -> S) [4] zeroOf: not known that SetCategory is of mode CATEGORY(package,zerosOf: (S,Symbol) -> List S,zeroOf: (S,Symbol) -> S,zerosOf: S -> List S,zeroOf: S -> S,rootsOf: (S,Symbol) -> List S,rootOf: (S,Symbol) -> S,rootsOf: S -> List S,rootOf: S -> S,zerosOf: (SparseUnivariatePolynomial S,Symbol) -> List S,zerosOf: SparseUnivariatePolynomial S -> List S,zerosOf: Polynomial S -> List S,zeroOf: (SparseUnivariatePolynomial S,Symbol) -> S,zeroOf: SparseUnivariatePolynomial S -> S,zeroOf: Polynomial S -> S,rootsOf: (SparseUnivariatePolynomial S,Symbol) -> List S,rootsOf: SparseUnivariatePolynomial S -> List S,rootsOf: Polynomial S -> List S,rootOf: (SparseUnivariatePolynomial S,Symbol) -> S,rootOf: SparseUnivariatePolynomial S -> S,rootOf: Polynomial S -> S) [5] not known that Ring is of mode CATEGORY(package,zerosOf: (S,Symbol) -> List S,zeroOf: (S,Symbol) -> S,zerosOf: S -> List S,zeroOf: S -> S,rootsOf: (S,Symbol) -> List S,rootOf: (S,Symbol) -> S,rootsOf: S -> List S,rootOf: S -> S,zerosOf: (SparseUnivariatePolynomial S,Symbol) -> List S,zerosOf: SparseUnivariatePolynomial S -> List S,zerosOf: Polynomial S -> List S,zeroOf: (SparseUnivariatePolynomial S,Symbol) -> S,zeroOf: SparseUnivariatePolynomial S -> S,zeroOf: Polynomial S -> S,rootsOf: (SparseUnivariatePolynomial S,Symbol) -> List S,rootsOf: SparseUnivariatePolynomial S -> List S,rootsOf: Polynomial S -> List S,rootOf: (SparseUnivariatePolynomial S,Symbol) -> S,rootOf: SparseUnivariatePolynomial S -> S,rootOf: Polynomial S -> S) Cumulative Statistics for Constructor AlgebraicallyClosedFunctionSpace& Time: 0.45 seconds finalizing NRLIB ACFS- ; compiling file "/tmp/oa-iJRSkY/code.lsp" (written 01 FEB 2016 11:04:30 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ACFS-;rootOf;2$;1| ...) ; compiling (DEFUN |ACFS-;rootsOf;$L;2| ...) ; file: /tmp/oa-iJRSkY/code.lsp ; in: DEFUN |ACFS-;rootsOf;$L;2| ; (DEFUN BOOT::|ACFS-;rootsOf;$L;2| (BOOT::|p| BOOT::$) ; (LET ((BOOT::|l| (BOOT::SPADCALL BOOT::|p| #))) ; (COND ((NULL BOOT::|l|) (BOOT::|error| "rootsOf: constant expression")) ; (T (BOOT::SPADCALL BOOT::|p| # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ACFS-;rootsOf;$L;2| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|ACFS-;rootsOf;$L;2| ; (LET ((BOOT::|l| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ACFS-;zeroOf;2$;3| ...) ; compiling (DEFUN |ACFS-;zerosOf;$L;4| ...) ; file: /tmp/oa-iJRSkY/code.lsp ; in: DEFUN |ACFS-;zerosOf;$L;4| ; (DEFUN BOOT::|ACFS-;zerosOf;$L;4| (BOOT::|p| BOOT::$) ; (LET ((BOOT::|l| (BOOT::SPADCALL BOOT::|p| #))) ; (COND ((NULL BOOT::|l|) (BOOT::|error| "zerosOf: constant expression")) ; (T (BOOT::SPADCALL BOOT::|p| # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ACFS-;zerosOf;$L;4| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|ACFS-;zerosOf;$L;4| ; (LET ((BOOT::|l| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ACFS-;zeroOf;$S$;5| ...) ; compiling (DEFUN |ACFS-;rootOf;$S$;6| ...) ; compiling (DEFUN |ACFS-;zerosOf;$SL;7| ...) ; file: /tmp/oa-iJRSkY/code.lsp ; in: DEFUN |ACFS-;zerosOf;$SL;7| ; (DEFUN BOOT::|ACFS-;zerosOf;$SL;7| (BOOT::|p| BOOT::|x| BOOT::$) ; (LET* ((BOOT::|f| (BOOT::SPADCALL BOOT::|p| # #)) ; (BOOT::|n| (BOOT::SPADCALL BOOT::|f| #))) ; (COND ((PLUSP #) (BOOT::|error| "zerosOf: variable appears in denom")) ; ((ZEROP #) NIL) (T (BOOT::SPADCALL BOOT::|n| BOOT::|x| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ACFS-;zerosOf;$SL;7| ; (BOOT::|p| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ACFS-;zerosOf;$SL;7| ; (LET* ((BOOT::|f| #) (BOOT::|n| #)) ; (COND (# #) (# NIL) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ACFS-;rootsOf;$SL;8| ...) ; file: /tmp/oa-iJRSkY/code.lsp ; in: DEFUN |ACFS-;rootsOf;$SL;8| ; (DEFUN BOOT::|ACFS-;rootsOf;$SL;8| (BOOT::|p| BOOT::|x| BOOT::$) ; (LET* ((BOOT::|f| (BOOT::SPADCALL BOOT::|p| # #)) ; (BOOT::|n| (BOOT::SPADCALL BOOT::|f| #))) ; (COND ((PLUSP #) (BOOT::|error| "roofsOf: variable appears in denom")) ; ((ZEROP #) NIL) (T (BOOT::SPADCALL BOOT::|n| BOOT::|x| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ACFS-;rootsOf;$SL;8| ; (BOOT::|p| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ACFS-;rootsOf;$SL;8| ; (LET* ((BOOT::|f| #) (BOOT::|n| #)) ; (COND (# #) (# NIL) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ACFS-;rootsOf;SupSL;9| ...) ; file: /tmp/oa-iJRSkY/code.lsp ; in: DEFUN |ACFS-;rootsOf;SupSL;9| ; (DEFUN BOOT::|ACFS-;rootsOf;SupSL;9| (BOOT::|p| BOOT::|y| BOOT::$) ; (LET ((BOOT::|r| (BOOT::SPADCALL BOOT::|p| #))) ; (COND ((ZEROP #) (BOOT::SPADCALL # BOOT::|y| #)) ; (T (BOOT::SPADCALL BOOT::|p| BOOT::|y| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ACFS-;rootsOf;SupSL;9| ; (BOOT::|p| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|ACFS-;rootsOf;SupSL;9| ; (LET ((BOOT::|r| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ACFS-;zerosOf;SupSL;10| ...) ; file: /tmp/oa-iJRSkY/code.lsp ; in: DEFUN |ACFS-;zerosOf;SupSL;10| ; (DEFUN BOOT::|ACFS-;zerosOf;SupSL;10| (BOOT::|p| BOOT::|y| BOOT::$) ; (LET ((BOOT::|r| (BOOT::SPADCALL BOOT::|p| #))) ; (COND ((ZEROP #) (BOOT::SPADCALL # BOOT::|y| #)) ; (T (BOOT::SPADCALL BOOT::|p| BOOT::|y| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ACFS-;zerosOf;SupSL;10| ; (BOOT::|p| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|ACFS-;zerosOf;SupSL;10| ; (LET ((BOOT::|r| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ACFS-;zeroOf;SupS$;11| ...) ; compiling (DEFUN |AlgebraicallyClosedFunctionSpace&| ...) ; compiling (MAKEPROP (QUOTE |AlgebraicallyClosedFunctionSpace&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 6 notes ; /tmp/oa-iJRSkY/code.fasl written ; compilation finished in 0:00:00.044 ------------------------------------------------------------------------ finalizing NRLIB ACFS Processing AlgebraicallyClosedFunctionSpace for Browser database: -- rootOf : % -> % -- rootsOf : % -> List % -- rootOf : (%,Symbol) -> % -- rootsOf : (%,Symbol) -> List % -- zeroOf : % -> % -- zerosOf : % -> List % -- zeroOf : (%,Symbol) -> % -- zerosOf : (%,Symbol) -> List % -- constructor ; compiling file "/tmp/oa-zeDLQ4/code.lsp" (written 01 FEB 2016 11:04:30 PM): ; compiling (DEFPARAMETER |AlgebraicallyClosedFunctionSpace;AL| ...) ; compiling (DEFUN |AlgebraicallyClosedFunctionSpace;| ...) ; compiling (DEFUN |AlgebraicallyClosedFunctionSpace| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-zeDLQ4/code.fasl written ; compilation finished in 0:00:00.019 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile EXPR.spad && cp EXPR.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/EXPR.fasl \ && if test -f EXPR-.NRLIB/code.fasl; then \ cp EXPR-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/EXPR-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/EXPR.spad using Spad compiler. EXPR abbreviates domain Expression debug: compDefine1 lhs: (Expression R) signature (pre-evaluate): ((Join (FunctionSpace R) (CATEGORY domain (IF (has R (IntegralDomain)) (PROGN (ATTRIBUTE (AlgebraicallyClosedFunctionSpace R)) (ATTRIBUTE (TranscendentalFunctionCategory)) (ATTRIBUTE (CombinatorialOpsCategory)) (ATTRIBUTE (LiouvillianFunctionCategory)) (ATTRIBUTE (SpecialFunctionCategory)) (SIGNATURE reduce ($ $)) (SIGNATURE number? ((Boolean) $)) (SIGNATURE simplifyPower ($ $ (Integer))) (IF (has R (GcdDomain)) (PROGN (SIGNATURE factorPolynomial ((Factored (SparseUnivariatePolynomial $)) (SparseUnivariatePolynomial $))) (SIGNATURE squareFreePolynomial ((Factored (SparseUnivariatePolynomial $)) (SparseUnivariatePolynomial $)))) %noBranch) (IF (has R (RetractableTo (Integer))) (ATTRIBUTE (RetractableTo (AlgebraicNumber))) %noBranch)) %noBranch))) (SetCategory)) debug: evaluateType form: (Join (FunctionSpace R) (CATEGORY domain (IF (has R (IntegralDomain)) (PROGN (ATTRIBUTE (AlgebraicallyClosedFunctionSpace R)) (ATTRIBUTE (TranscendentalFunctionCategory)) (ATTRIBUTE (CombinatorialOpsCategory)) (ATTRIBUTE (LiouvillianFunctionCategory)) (ATTRIBUTE (SpecialFunctionCategory)) (SIGNATURE reduce ($ $)) (SIGNATURE number? ((Boolean) $)) (SIGNATURE simplifyPower ($ $ (Integer))) (IF (has R (GcdDomain)) (PROGN (SIGNATURE factorPolynomial ((Factored (SparseUnivariatePolynomial $)) (SparseUnivariatePolynomial $))) (SIGNATURE squareFreePolynomial ((Factored (SparseUnivariatePolynomial $)) (SparseUnivariatePolynomial $)))) %noBranch) (IF (has R (RetractableTo (Integer))) (ATTRIBUTE (RetractableTo (AlgebraicNumber))) %noBranch)) %noBranch))) $param: (R) debug: evaluateType form: (FunctionSpace R) $param: (R) Debug: evaluateType1 form: (FunctionSpace R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (CATEGORY domain (IF (has R (IntegralDomain)) (PROGN (ATTRIBUTE (AlgebraicallyClosedFunctionSpace R)) (ATTRIBUTE (TranscendentalFunctionCategory)) (ATTRIBUTE (CombinatorialOpsCategory)) (ATTRIBUTE (LiouvillianFunctionCategory)) (ATTRIBUTE (SpecialFunctionCategory)) (SIGNATURE reduce ($ $)) (SIGNATURE number? ((Boolean) $)) (SIGNATURE simplifyPower ($ $ (Integer))) (IF (has R (GcdDomain)) (PROGN (SIGNATURE factorPolynomial ((Factored (SparseUnivariatePolynomial $)) (SparseUnivariatePolynomial $))) (SIGNATURE squareFreePolynomial ((Factored (SparseUnivariatePolynomial $)) (SparseUnivariatePolynomial $)))) %noBranch) (IF (has R (RetractableTo (Integer))) (ATTRIBUTE (RetractableTo (AlgebraicNumber))) %noBranch)) %noBranch)) $param: (R) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Join (FunctionSpace R) (CATEGORY domain (IF (has R (IntegralDomain)) (PROGN (ATTRIBUTE (AlgebraicallyClosedFunctionSpace R)) (ATTRIBUTE (TranscendentalFunctionCategory)) (ATTRIBUTE (CombinatorialOpsCategory)) (ATTRIBUTE (LiouvillianFunctionCategory)) (ATTRIBUTE (SpecialFunctionCategory)) (SIGNATURE reduce ($ $)) (SIGNATURE number? ((Boolean) $)) (SIGNATURE simplifyPower ($ $ (Integer))) (IF (has R (GcdDomain)) (PROGN (SIGNATURE factorPolynomial ((Factored (SparseUnivariatePolynomial $)) (SparseUnivariatePolynomial $))) (SIGNATURE squareFreePolynomial ((Factored (SparseUnivariatePolynomial $)) (SparseUnivariatePolynomial $)))) %noBranch) (IF (has R (RetractableTo (Integer))) (ATTRIBUTE (RetractableTo (AlgebraicNumber))) %noBranch)) %noBranch))) (SetCategory)) debug: compDefine1 lhs: (Expression R) signature (pre-evaluate): ((Join (FunctionSpace R) (CATEGORY domain (IF (has R (IntegralDomain)) (PROGN (ATTRIBUTE (AlgebraicallyClosedFunctionSpace R)) (ATTRIBUTE (TranscendentalFunctionCategory)) (ATTRIBUTE (CombinatorialOpsCategory)) (ATTRIBUTE (LiouvillianFunctionCategory)) (ATTRIBUTE (SpecialFunctionCategory)) (SIGNATURE reduce ($ $)) (SIGNATURE number? ((Boolean) $)) (SIGNATURE simplifyPower ($ $ (Integer))) (IF (has R (GcdDomain)) (PROGN (SIGNATURE factorPolynomial ((Factored (SparseUnivariatePolynomial $)) (SparseUnivariatePolynomial $))) (SIGNATURE squareFreePolynomial ((Factored (SparseUnivariatePolynomial $)) (SparseUnivariatePolynomial $)))) %noBranch) (IF (has R (RetractableTo (Integer))) (ATTRIBUTE (RetractableTo (AlgebraicNumber))) %noBranch)) %noBranch))) NIL) debug: evaluateType form: (Join (FunctionSpace R) (CATEGORY domain (IF (has R (IntegralDomain)) (PROGN (ATTRIBUTE (AlgebraicallyClosedFunctionSpace R)) (ATTRIBUTE (TranscendentalFunctionCategory)) (ATTRIBUTE (CombinatorialOpsCategory)) (ATTRIBUTE (LiouvillianFunctionCategory)) (ATTRIBUTE (SpecialFunctionCategory)) (SIGNATURE reduce ($ $)) (SIGNATURE number? ((Boolean) $)) (SIGNATURE simplifyPower ($ $ (Integer))) (IF (has R (GcdDomain)) (PROGN (SIGNATURE factorPolynomial ((Factored (SparseUnivariatePolynomial $)) (SparseUnivariatePolynomial $))) (SIGNATURE squareFreePolynomial ((Factored (SparseUnivariatePolynomial $)) (SparseUnivariatePolynomial $)))) %noBranch) (IF (has R (RetractableTo (Integer))) (ATTRIBUTE (RetractableTo (AlgebraicNumber))) %noBranch)) %noBranch))) $param: (R) debug: evaluateType form: (FunctionSpace R) $param: (R) Debug: evaluateType1 form: (FunctionSpace R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (CATEGORY domain (IF (has R (IntegralDomain)) (PROGN (ATTRIBUTE (AlgebraicallyClosedFunctionSpace R)) (ATTRIBUTE (TranscendentalFunctionCategory)) (ATTRIBUTE (CombinatorialOpsCategory)) (ATTRIBUTE (LiouvillianFunctionCategory)) (ATTRIBUTE (SpecialFunctionCategory)) (SIGNATURE reduce ($ $)) (SIGNATURE number? ((Boolean) $)) (SIGNATURE simplifyPower ($ $ (Integer))) (IF (has R (GcdDomain)) (PROGN (SIGNATURE factorPolynomial ((Factored (SparseUnivariatePolynomial $)) (SparseUnivariatePolynomial $))) (SIGNATURE squareFreePolynomial ((Factored (SparseUnivariatePolynomial $)) (SparseUnivariatePolynomial $)))) %noBranch) (IF (has R (RetractableTo (Integer))) (ATTRIBUTE (RetractableTo (AlgebraicNumber))) %noBranch)) %noBranch)) $param: (R) debug: compDefine1 signature (post evaluate): ((Join (FunctionSpace R) (CATEGORY domain (IF (has R (IntegralDomain)) (PROGN (ATTRIBUTE (AlgebraicallyClosedFunctionSpace R)) (ATTRIBUTE (TranscendentalFunctionCategory)) (ATTRIBUTE (CombinatorialOpsCategory)) (ATTRIBUTE (LiouvillianFunctionCategory)) (ATTRIBUTE (SpecialFunctionCategory)) (SIGNATURE reduce ($ $)) (SIGNATURE number? ((Boolean) $)) (SIGNATURE simplifyPower ($ $ (Integer))) (IF (has R (GcdDomain)) (PROGN (SIGNATURE factorPolynomial ((Factored (SparseUnivariatePolynomial $)) (SparseUnivariatePolynomial $))) (SIGNATURE squareFreePolynomial ((Factored (SparseUnivariatePolynomial $)) (SparseUnivariatePolynomial $)))) %noBranch) (IF (has R (RetractableTo (Integer))) (ATTRIBUTE (RetractableTo (AlgebraicNumber))) %noBranch)) %noBranch))) NIL) ------------------------------------------------------------------------ initializing stationary directory for Expression compiling into /tmp/oa-ConaaQ importing KernelFunctions2(R,$) compiling exported belong? : BasicOperator -> Boolean EXPR;belong?;BoB;1 op is replaced by %true Time: 0.12 SEC. compiling local retNotUnit : % -> R Time: 0.02 SEC. compiling local retNotUnitIfCan : % -> Union(R,failed) Time: 0 SEC. compiling exported Zero : () -> % Time: 0.10 SEC. compiling exported One : () -> % Time: 0 SEC. compiling exported one? : % -> Boolean Time: 0 SEC. compiling exported zero? : % -> Boolean Time: 0 SEC. compiling exported - : % -> % Time: 0.00 SEC. compiling exported * : (Integer,%) -> % Time: 0.01 SEC. compiling exported coerce : Integer -> % Time: 0.02 SEC. compiling exported * : (%,%) -> % Time: 0.01 SEC. compiling exported + : (%,%) -> % Time: 0.00 SEC. compiling exported - : (%,%) -> % Time: 0.01 SEC. compiling exported / : (%,%) -> % Time: 0.00 SEC. compiling exported number? : % -> Boolean Time: 0.04 SEC. compiling exported simplifyPower : (%,Integer) -> % Debug compQuote expr: (QUOTE %power) m: $EmptyMode Debug compQuote expr: (QUOTE %power) m: (Symbol) Time: 0.08 SEC. compiling exported ** : (%,NonNegativeInteger) -> % Time: 0.03 SEC. compiling exported ** : (%,Integer) -> % Time: 0.07 SEC. compiling exported ** : (%,PositiveInteger) -> % Time: 0.02 SEC. compiling exported before? : (%,%) -> Boolean Time: 0 SEC. compiling exported = : (%,%) -> Boolean Time: 0.00 SEC. compiling exported numer : % -> SparseMultivariatePolynomial(R,Kernel %) EXPR;numer;$Smp;22 is replaced by %head Time: 0.00 SEC. compiling exported denom : % -> SparseMultivariatePolynomial(R,Kernel %) EXPR;denom;$Smp;23 is replaced by %tail Time: 0.00 SEC. compiling exported coerce : SparseMultivariatePolynomial(R,Kernel %) -> % Time: 0.01 SEC. compiling exported reduce : % -> % Time: 0.00 SEC. compiling local commonk : (%,%) -> List Kernel % Time: 0.00 SEC. compiling local algkernels : List Kernel % -> List Kernel % Debug compQuote expr: (QUOTE %alg) m: $EmptyMode Debug compQuote expr: (QUOTE %alg) m: (Identifier) Time: 0.01 SEC. compiling local toprat : % -> % Time: 0.03 SEC. compiling exported / : (SparseMultivariatePolynomial(R,Kernel %),SparseMultivariatePolynomial(R,Kernel %)) -> % Time: 0.02 SEC. compiling exported reducedSystem : Matrix % -> Matrix R Time: 0.02 SEC. compiling exported reducedSystem : (Matrix %,Vector %) -> Record(mat: Matrix R,vec: Vector R) Time: 0.03 SEC. compiling local commonk0 : (List Kernel %,List Kernel %) -> List Kernel % Time: 0.02 SEC. compiling exported rootOf : (SparseUnivariatePolynomial %,Symbol) -> % Time: 0.02 SEC. compiling exported pi : () -> % Time: 0.01 SEC. compiling exported exp : % -> % Time: 0.00 SEC. compiling exported log : % -> % Time: 0 SEC. compiling exported sin : % -> % Time: 0.00 SEC. compiling exported cos : % -> % Time: 0 SEC. compiling exported tan : % -> % Time: 0.00 SEC. compiling exported cot : % -> % Time: 0 SEC. compiling exported sec : % -> % Time: 0.00 SEC. compiling exported csc : % -> % Time: 0.00 SEC. compiling exported asin : % -> % Time: 0 SEC. compiling exported acos : % -> % Time: 0.00 SEC. compiling exported atan : % -> % Time: 0.00 SEC. compiling exported acot : % -> % Time: 0.00 SEC. compiling exported asec : % -> % Time: 0 SEC. compiling exported acsc : % -> % Time: 0.00 SEC. compiling exported sinh : % -> % Time: 0.00 SEC. compiling exported cosh : % -> % Time: 0 SEC. compiling exported tanh : % -> % Time: 0.00 SEC. compiling exported coth : % -> % Time: 0 SEC. compiling exported sech : % -> % Time: 0.00 SEC. compiling exported csch : % -> % Time: 0 SEC. compiling exported asinh : % -> % Time: 0.00 SEC. compiling exported acosh : % -> % Time: 0.00 SEC. compiling exported atanh : % -> % Time: 0.00 SEC. compiling exported acoth : % -> % Time: 0.00 SEC. compiling exported asech : % -> % Time: 0.00 SEC. compiling exported acsch : % -> % Time: 0.00 SEC. compiling exported abs : % -> % Time: 0.00 SEC. compiling exported Gamma : % -> % Time: 0.00 SEC. compiling exported Gamma : (%,%) -> % Time: 0.02 SEC. compiling exported Beta : (%,%) -> % Time: 0.00 SEC. compiling exported digamma : % -> % Time: 0 SEC. compiling exported polygamma : (%,%) -> % Time: 0.00 SEC. compiling exported besselJ : (%,%) -> % Time: 0.00 SEC. compiling exported besselY : (%,%) -> % Time: 0 SEC. compiling exported besselI : (%,%) -> % Time: 0.00 SEC. compiling exported besselK : (%,%) -> % Time: 0.00 SEC. compiling exported airyAi : % -> % Time: 0.00 SEC. compiling exported airyBi : % -> % Time: 0 SEC. compiling exported ** : (%,%) -> % Time: 0.01 SEC. compiling exported factorial : % -> % Time: 0.00 SEC. compiling exported binomial : (%,%) -> % Time: 0.00 SEC. compiling exported permutation : (%,%) -> % Time: 0 SEC. compiling exported factorials : % -> % Time: 0.00 SEC. compiling exported factorials : (%,Symbol) -> % Time: 0 SEC. compiling exported summation : (%,Symbol) -> % Time: 0.00 SEC. compiling exported summation : (%,SegmentBinding %) -> % Time: 0.00 SEC. compiling exported product : (%,Symbol) -> % Time: 0 SEC. compiling exported product : (%,SegmentBinding %) -> % Time: 0.00 SEC. compiling exported erf : % -> % Time: 0.00 SEC. compiling exported Ei : % -> % Time: 0.00 SEC. compiling exported Si : % -> % Time: 0.00 SEC. compiling exported Ci : % -> % Time: 0.00 SEC. compiling exported li : % -> % Time: 0.00 SEC. compiling exported dilog : % -> % Time: 0 SEC. compiling exported integral : (%,Symbol) -> % Time: 0.00 SEC. compiling exported integral : (%,SegmentBinding %) -> % Time: 0.00 SEC. compiling exported operator : BasicOperator -> BasicOperator Debug compQuote expr: (QUOTE %symbol) m: $EmptyMode Debug compQuote expr: (QUOTE %symbol) m: (Identifier) Time: 0.08 SEC. compiling local reduc : (%,List Kernel %) -> % Time: 0.09 SEC. compiling local evl0 : (SparseMultivariatePolynomial(R,Kernel %),Kernel %) -> SparseUnivariatePolynomial Fraction SparseMultivariatePolynomial(R,Kernel %) Time: 0.10 SEC. compiling local evl : (SparseMultivariatePolynomial(R,Kernel %),Kernel %,SparseUnivariatePolynomial %) -> Fraction SparseMultivariatePolynomial(R,Kernel %) Time: 0.26 SEC. compiling local noalg? : SparseUnivariatePolynomial % -> Boolean Time: 0.03 SEC. compiling exported gcdPolynomial : (SparseUnivariatePolynomial %,SparseUnivariatePolynomial %) -> SparseUnivariatePolynomial % Time: 0.02 SEC. compiling exported factorPolynomial : SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial % Time: 0.09 SEC. compiling exported squareFreePolynomial : SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial % Time: 0.09 SEC. compiling exported coerce : AlgebraicNumber -> % Time: 0.05 SEC. compiling exported ** : (%,Fraction Integer) -> % Time: 0.02 SEC. compiling exported minPoly : Kernel % -> SparseUnivariatePolynomial % Time: 0.01 SEC. compiling exported definingPolynomial : % -> % Time: 0 SEC. compiling exported retract : % -> Fraction Integer Time: 0.01 SEC. compiling exported retractIfCan : % -> Union(Fraction Integer,failed) Time: 0.00 SEC. compiling exported coerce : AlgebraicNumber -> % Time: 0.04 SEC. compiling local k2expr : Kernel AlgebraicNumber -> % Time: 0.02 SEC. compiling local smp2expr : SparseMultivariatePolynomial(Integer,Kernel AlgebraicNumber) -> % Time: 0.03 SEC. compiling exported retractIfCan : % -> Union(AlgebraicNumber,failed) Time: 0.02 SEC. compiling local R2AN : R -> Union(AlgebraicNumber,failed) Time: 0.10 SEC. compiling local k2an : Kernel % -> Union(AlgebraicNumber,failed) Time: 0.09 SEC. compiling local smp2an : SparseMultivariatePolynomial(R,Kernel %) -> Union(AlgebraicNumber,failed) Time: 0.10 SEC. compiling exported convert : % -> InputForm Time: 0.03 SEC. importing MakeUnaryCompiledFunction($,$,$) compiling exported eval : (%,BasicOperator,%,Symbol) -> % Time: 0.02 SEC. compiling exported eval : (%,List BasicOperator,List %,Symbol) -> % Time: 0.19 SEC. compiling exported patternMatch : (%,Pattern Integer,PatternMatchResult(Integer,%)) -> PatternMatchResult(Integer,%) Time: 0.02 SEC. compiling exported patternMatch : (%,Pattern Float,PatternMatchResult(Float,%)) -> PatternMatchResult(Float,%) Time: 0.02 SEC. compiling exported operator : BasicOperator -> BasicOperator Debug compQuote expr: (QUOTE %symbol) m: $EmptyMode Debug compQuote expr: (QUOTE %symbol) m: (Identifier) Time: 0.04 SEC. compiling exported Zero : () -> % Time: 0.01 SEC. compiling exported One : () -> % Time: 0 SEC. compiling exported - : % -> % Time: 0.00 SEC. compiling exported * : (Integer,%) -> % Time: 0.02 SEC. compiling exported * : (%,%) -> % Time: 0.02 SEC. compiling exported + : (%,%) -> % Time: 0.01 SEC. compiling exported = : (%,%) -> Boolean Time: 0.00 SEC. compiling exported before? : (%,%) -> Boolean Time: 0.01 SEC. compiling exported numer : % -> SparseMultivariatePolynomial(R,Kernel %) EXPR;numer;$Smp;126 x is replaced by x Time: 0.01 SEC. compiling exported coerce : SparseMultivariatePolynomial(R,Kernel %) -> % EXPR;coerce;Smp$;127 p is replaced by p Time: 0.00 SEC. compiling exported reducedSystem : Matrix % -> Matrix R Time: 0.01 SEC. compiling exported reducedSystem : (Matrix %,Vector %) -> Record(mat: Matrix R,vec: Vector R) Time: 0.01 SEC. compiling exported convert : % -> InputForm Time: 0.01 SEC. compiling local kintmatch : (Kernel %,Pattern Integer,PatternMatchResult(Integer,Rep)) -> PatternMatchResult(Integer,Rep) Time: 0.02 SEC. compiling exported patternMatch : (%,Pattern Integer,PatternMatchResult(Integer,%)) -> PatternMatchResult(Integer,%) Time: 0.01 SEC. compiling local kfltmatch : (Kernel %,Pattern Float,PatternMatchResult(Float,Rep)) -> PatternMatchResult(Float,Rep) Time: 0.01 SEC. compiling exported patternMatch : (%,Pattern Float,PatternMatchResult(Float,%)) -> PatternMatchResult(Float,%) Time: 0.01 SEC. importing ListToMap(Kernel $,$) compiling exported Zero : () -> % Time: 0.01 SEC. compiling exported + : (%,%) -> % Time: 0.01 SEC. compiling exported = : (%,%) -> Boolean Time: 0.01 SEC. compiling exported before? : (%,%) -> Boolean Time: 0.01 SEC. compiling exported coerce : Kernel % -> % Time: 0.01 SEC. compiling exported kernels : % -> List Kernel % Time: 0.02 SEC. compiling exported coerce : R -> % Time: 0.01 SEC. compiling exported retract : % -> R Time: 0 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. compiling local kereval : (Kernel %,List Kernel %,List %) -> % Time: 0.03 SEC. compiling local subeval : (Kernel %,List Kernel %,List %) -> % Time: 0.02 SEC. compiling exported isPlus : % -> Union(List %,failed) Time: 0.04 SEC. compiling exported isMult : % -> Union(Record(coef: Integer,var: Kernel %),failed) Time: 0.06 SEC. compiling exported eval : (%,List Kernel %,List %) -> % Time: 0.08 SEC. compiling exported subst : (%,List Kernel %,List %) -> % Time: 0.06 SEC. compiling exported retractIfCan : % -> Union(R,failed) Time: 0.00 SEC. compiling exported - : % -> % Time: 0.00 SEC. importing ListToMap(Kernel $,$) compiling exported before? : (%,%) -> Boolean Time: 0.01 SEC. compiling exported = : (%,%) -> Boolean Time: 0.01 SEC. compiling exported coerce : Kernel % -> % EXPR;coerce;K$;154 k is replaced by k Time: 0.00 SEC. compiling exported kernels : % -> List Kernel % EXPR;kernels;$L;155 is replaced by %list Time: 0.00 SEC. compiling exported coerce : R -> % Time: 0.01 SEC. compiling exported retract : % -> R Time: 0 SEC. compiling exported retractIfCan : % -> Union(R,failed) Time: 0 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. compiling exported eval : (%,List Kernel %,List %) -> % Time: 0.03 SEC. compiling exported subst : (%,List Kernel %,List %) -> % Time: 0.02 SEC. compiling exported convert : % -> InputForm Time: 0.02 SEC. (time taken in buildFunctor: 308) Time: 0.58 SEC. Warnings: [1] not known that SetCategory is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [2] Zero: not known that SetCategory is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [3] simplifyPower: not known that SetCategory is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [4] simplifyPower: argument has no value [5] **: pretend Integer -- should replace by @ [6] numer: not known that SetCategory is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [7] algkernels: has? has no value [8] toprat: not known that Field is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [9] toprat: not known that ExpressionSpace is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [10] toprat: not known that SIGNATUREnumer((SparseMultivariatePolynomial R (Kernel $)) $) is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [11] toprat: not known that SIGNATUREdenom((SparseMultivariatePolynomial R (Kernel $)) $) is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [12] toprat: not known that SIGNATUREcoerce($ (SparseMultivariatePolynomial R (Kernel $))) is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [13] reducedSystem: not known that Ring is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [14] commonk0: not known that SetCategory is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [15] rootOf: not known that FunctionSpaceR is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [16] rootOf: not known that Ring is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [17] pi: not known that FunctionSpaceR is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [18] pi: not known that RadicalCategory is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [19] abs: not known that FunctionSpaceR is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [20] **: not known that FunctionSpaceR is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [21] erf: not known that FunctionSpaceR is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [22] erf: not known that RadicalCategory is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [23] erf: not known that TranscendentalFunctionCategory is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [24] operator: not known that FunctionSpaceR is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [25] operator: not known that ExpressionSpace is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [26] evl0: not known that SetCategory is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [27] noalg?: empty? has no value [28] gcdPolynomial: not known that GcdDomain is of mode CATEGORY(domain,squareFreePolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %) [29] factorPolynomial: not known that SetCategory is of mode CATEGORY(domain,squareFreePolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %) [30] factorPolynomial: not known that Ring is of mode CATEGORY(domain,squareFreePolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %) [31] retract: not known that SetCategory is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [32] retractIfCan: not known that SetCategory is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [33] coerce: not known that SetCategory is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [34] k2expr: not known that ExpressionSpace is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [35] smp2expr: not known that SetCategory is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [36] smp2expr: not known that SIGNATURE+($ $ $) is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [37] smp2expr: not known that SIGNATURE*($ $ $) is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [38] smp2expr: not known that SIGNATURE**($ $ (NonNegativeInteger)) is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [39] smp2an: not known that SetCategory is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [40] convert: not known that SetCategory is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [41] eval: not known that ConvertibleTo(InputForm) is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [42] patternMatch: not known that FunctionSpaceR is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [43] patternMatch: not known that ConvertibleTo(Pattern (Integer)) is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [44] patternMatch: not known that PatternMatchable(Integer) is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [45] patternMatch: not known that RetractableTo(Kernel $) is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [46] patternMatch: not known that SetCategory is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [47] patternMatch: not known that ConvertibleTo(Pattern (Float)) is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [48] patternMatch: not known that PatternMatchable(Float) is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [49] isMult: empty? has no value [50] not known that Ring is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) [51] not known that IntegralDomain is of mode CATEGORY(domain,simplifyPower: (%,Integer) -> %) Cumulative Statistics for Constructor Expression Time: 3.72 seconds finalizing NRLIB EXPR Processing Expression for Browser database: -- reduce : % -> % -- number? : % -> Boolean -- simplifyPower : (%,Integer) -> % --->../../x86_64-unknown-linux-gnu/src/algebra/expr.spad-->Expression((simplifyPower (% % Integer))): Improper first word in comments: simplifyPower? "simplifyPower?(\\spad{f},{}\\spad{n}) \\undocumented{}" -- factorPolynomial : SUP % -> Factored SUP % -- squareFreePolynomial : SUP % -> Factored SUP % -- constructor ; compiling file "/tmp/oa-ConaaQ/code.lsp" (written 01 FEB 2016 11:04:34 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |EXPR;belong?;BoB;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |EXPR;numer;$Smp;22|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |EXPR;denom;$Smp;23|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |EXPR;numer;$Smp;126|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |EXPR;coerce;Smp$;127|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |EXPR;coerce;K$;154|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |EXPR;kernels;$L;155|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |EXPR;belong?;BoB;1| ...) ; file: /tmp/oa-ConaaQ/code.lsp ; in: DEFUN |EXPR;belong?;BoB;1| ; (DEFUN BOOT::|EXPR;belong?;BoB;1| (BOOT::|op| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; T) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EXPR;belong?;BoB;1| ; (BOOT::|op| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|EXPR;belong?;BoB;1| T)) ; ; caught STYLE-WARNING: ; The variable |op| is defined but never used. ; compiling (DEFUN |EXPR;retNotUnit| ...) ; compiling (DEFUN |EXPR;retNotUnitIfCan| ...) ; file: /tmp/oa-ConaaQ/code.lsp ; in: DEFUN |EXPR;retNotUnitIfCan| ; (DEFUN BOOT::|EXPR;retNotUnitIfCan| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|r| (BOOT::SPADCALL BOOT::|x| #))) ; (COND ((EQL # 1) (CONS 1 "failed")) (T (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EXPR;retNotUnitIfCan| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|EXPR;retNotUnitIfCan| ; (LET ((BOOT::|r| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |EXPR;Zero;$;4| ...) ; compiling (DEFUN |EXPR;One;$;5| ...) ; compiling (DEFUN |EXPR;one?;$B;6| ...) ; file: /tmp/oa-ConaaQ/code.lsp ; in: DEFUN |EXPR;one?;$B;6| ; (DEFUN BOOT::|EXPR;one?;$B;6| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 26))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EXPR;one?;$B;6| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|EXPR;one?;$B;6| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 26)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |EXPR;zero?;$B;7| ...) ; file: /tmp/oa-ConaaQ/code.lsp ; in: DEFUN |EXPR;zero?;$B;7| ; (DEFUN BOOT::|EXPR;zero?;$B;7| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 28))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EXPR;zero?;$B;7| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|EXPR;zero?;$B;7| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 28)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |EXPR;-;2$;8| ...) ; compiling (DEFUN |EXPR;*;I2$;9| ...) ; compiling (DEFUN |EXPR;coerce;I$;10| ...) ; compiling (DEFUN |EXPR;*;3$;11| ...) ; compiling (DEFUN |EXPR;+;3$;12| ...) ; compiling (DEFUN |EXPR;-;3$;13| ...) ; compiling (DEFUN |EXPR;/;3$;14| ...) ; compiling (DEFUN |EXPR;number?;$B;15| ...) ; file: /tmp/oa-ConaaQ/code.lsp ; in: DEFUN |EXPR;number?;$B;15| ; (DEFUN BOOT::|EXPR;number?;$B;15| (BOOT::|x| BOOT::$) ; (COND ; ((BOOT::|HasCategory| (BOOT::|shellEntry| BOOT::$ 6) ; '(BOOT::|RetractableTo| #)) ; (OR (BOOT::SPADCALL BOOT::|x| #) (ZEROP #))) ; (T (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 45))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EXPR;number?;$B;15| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|EXPR;number?;$B;15| ; (COND ((BOOT::|HasCategory| # '#) (OR # #)) ; (T (BOOT::SPADCALL BOOT::|x| #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |EXPR;simplifyPower;$I$;16| ...) ; compiling (DEFUN |EXPR;**;$Nni$;17| ...) ; compiling (DEFUN |EXPR;**;$I$;18| ...) ; compiling (DEFUN |EXPR;**;$Pi$;19| ...) ; compiling (DEFUN |EXPR;before?;2$B;20| ...) ; file: /tmp/oa-ConaaQ/code.lsp ; in: DEFUN |EXPR;before?;2$B;20| ; (DEFUN BOOT::|EXPR;before?;2$B;20| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 84))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EXPR;before?;2$B;20| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|EXPR;before?;2$B;20| ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 84)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |EXPR;=;2$B;21| ...) ; file: /tmp/oa-ConaaQ/code.lsp ; in: DEFUN |EXPR;=;2$B;21| ; (DEFUN BOOT::|EXPR;=;2$B;21| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 86))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EXPR;=;2$B;21| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|EXPR;=;2$B;21| ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 86)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |EXPR;numer;$Smp;22| ...) ; compiling (DEFUN |EXPR;denom;$Smp;23| ...) ; compiling (DEFUN |EXPR;coerce;Smp$;24| ...) ; compiling (DEFUN |EXPR;reduce;2$;25| ...) ; compiling (DEFUN |EXPR;commonk| ...) ; compiling (DEFUN |EXPR;algkernels| ...) ; file: /tmp/oa-ConaaQ/code.lsp ; in: DEFUN |EXPR;algkernels| ; (DEFUN BOOT::|EXPR;algkernels| (BOOT::|l| BOOT::$) ; (BOOT::SPADCALL (CONS #'BOOT::|EXPR;algkernels!0| BOOT::$) BOOT::|l| ; (BOOT::|shellEntry| BOOT::$ 100))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EXPR;algkernels| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|EXPR;algkernels| ; (BOOT::SPADCALL (CONS #'BOOT::|EXPR;algkernels!0| BOOT::$) BOOT::|l| ; (BOOT::|shellEntry| BOOT::$ 100)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |EXPR;algkernels!0| ...) ; compiling (DEFUN |EXPR;toprat| ...) ; compiling (DEFUN |EXPR;/;2Smp$;29| ...) ; compiling (DEFUN |EXPR;reducedSystem;MM;30| ...) ; compiling (DEFUN |EXPR;reducedSystem;MVR;31| ...) ; file: /tmp/oa-ConaaQ/code.lsp ; in: DEFUN |EXPR;reducedSystem;MVR;31| ; (DEFUN BOOT::|EXPR;reducedSystem;MVR;31| (BOOT::|m| BOOT::|v| BOOT::$) ; (LET ((BOOT::|r| (BOOT::SPADCALL # # #))) ; (BOOT::SPADCALL (CAR BOOT::|r|) (CDR BOOT::|r|) ; (BOOT::|shellEntry| BOOT::$ 123)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EXPR;reducedSystem;MVR;31| ; (BOOT::|m| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|EXPR;reducedSystem;MVR;31| ; (LET ((BOOT::|r| #)) ; (BOOT::SPADCALL (CAR BOOT::|r|) (CDR BOOT::|r|) ; (BOOT::|shellEntry| BOOT::$ 123))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |EXPR;commonk0| ...) ; compiling (DEFUN |EXPR;rootOf;SupS$;33| ...) ; compiling (DEFUN |EXPR;pi;$;34| ...) ; compiling (DEFUN |EXPR;exp;2$;35| ...) ; compiling (DEFUN |EXPR;log;2$;36| ...) ; compiling (DEFUN |EXPR;sin;2$;37| ...) ; compiling (DEFUN |EXPR;cos;2$;38| ...) ; compiling (DEFUN |EXPR;tan;2$;39| ...) ; compiling (DEFUN |EXPR;cot;2$;40| ...) ; compiling (DEFUN |EXPR;sec;2$;41| ...) ; compiling (DEFUN |EXPR;csc;2$;42| ...) ; compiling (DEFUN |EXPR;asin;2$;43| ...) ; compiling (DEFUN |EXPR;acos;2$;44| ...) ; compiling (DEFUN |EXPR;atan;2$;45| ...) ; compiling (DEFUN |EXPR;acot;2$;46| ...) ; compiling (DEFUN |EXPR;asec;2$;47| ...) ; compiling (DEFUN |EXPR;acsc;2$;48| ...) ; compiling (DEFUN |EXPR;sinh;2$;49| ...) ; compiling (DEFUN |EXPR;cosh;2$;50| ...) ; compiling (DEFUN |EXPR;tanh;2$;51| ...) ; compiling (DEFUN |EXPR;coth;2$;52| ...) ; compiling (DEFUN |EXPR;sech;2$;53| ...) ; compiling (DEFUN |EXPR;csch;2$;54| ...) ; compiling (DEFUN |EXPR;asinh;2$;55| ...) ; compiling (DEFUN |EXPR;acosh;2$;56| ...) ; compiling (DEFUN |EXPR;atanh;2$;57| ...) ; compiling (DEFUN |EXPR;acoth;2$;58| ...) ; compiling (DEFUN |EXPR;asech;2$;59| ...) ; compiling (DEFUN |EXPR;acsch;2$;60| ...) ; compiling (DEFUN |EXPR;abs;2$;61| ...) ; compiling (DEFUN |EXPR;Gamma;2$;62| ...) ; compiling (DEFUN |EXPR;Gamma;3$;63| ...) ; compiling (DEFUN |EXPR;Beta;3$;64| ...) ; compiling (DEFUN |EXPR;digamma;2$;65| ...) ; compiling (DEFUN |EXPR;polygamma;3$;66| ...) ; compiling (DEFUN |EXPR;besselJ;3$;67| ...) ; compiling (DEFUN |EXPR;besselY;3$;68| ...) ; compiling (DEFUN |EXPR;besselI;3$;69| ...) ; compiling (DEFUN |EXPR;besselK;3$;70| ...) ; compiling (DEFUN |EXPR;airyAi;2$;71| ...) ; compiling (DEFUN |EXPR;airyBi;2$;72| ...) ; compiling (DEFUN |EXPR;**;3$;73| ...) ; compiling (DEFUN |EXPR;factorial;2$;74| ...) ; compiling (DEFUN |EXPR;binomial;3$;75| ...) ; compiling (DEFUN |EXPR;permutation;3$;76| ...) ; compiling (DEFUN |EXPR;factorials;2$;77| ...) ; compiling (DEFUN |EXPR;factorials;$S$;78| ...) ; compiling (DEFUN |EXPR;summation;$S$;79| ...) ; compiling (DEFUN |EXPR;summation;$Sb$;80| ...) ; compiling (DEFUN |EXPR;product;$S$;81| ...) ; compiling (DEFUN |EXPR;product;$Sb$;82| ...) ; compiling (DEFUN |EXPR;erf;2$;83| ...) ; compiling (DEFUN |EXPR;Ei;2$;84| ...) ; compiling (DEFUN |EXPR;Si;2$;85| ...) ; compiling (DEFUN |EXPR;Ci;2$;86| ...) ; compiling (DEFUN |EXPR;li;2$;87| ...) ; compiling (DEFUN |EXPR;dilog;2$;88| ...) ; compiling (DEFUN |EXPR;integral;$S$;89| ...) ; compiling (DEFUN |EXPR;integral;$Sb$;90| ...) ; compiling (DEFUN |EXPR;operator;2Bo;91| ...) ; compiling (DEFUN |EXPR;reduc| ...) ; compiling (DEFUN |EXPR;evl0| ...) ; compiling (DEFUN |EXPR;evl| ...) ; compiling (DEFUN |EXPR;noalg?| ...) ; compiling (DEFUN |EXPR;gcdPolynomial;3Sup;96| ...) ; compiling (DEFUN |EXPR;factorPolynomial;SupF;97| ...) ; compiling (DEFUN |EXPR;squareFreePolynomial;SupF;98| ...) ; compiling (DEFUN |EXPR;coerce;An$;99| ...) ; compiling (DEFUN |EXPR;**;$F$;100| ...) ; compiling (DEFUN |EXPR;minPoly;KSup;101| ...) ; compiling (DEFUN |EXPR;definingPolynomial;2$;102| ...) ; compiling (DEFUN |EXPR;retract;$F;103| ...) ; compiling (DEFUN |EXPR;retractIfCan;$U;104| ...) ; file: /tmp/oa-ConaaQ/code.lsp ; in: DEFUN |EXPR;retractIfCan;$U;104| ; (DEFUN BOOT::|EXPR;retractIfCan;$U;104| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 317))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EXPR;retractIfCan;$U;104| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|EXPR;retractIfCan;$U;104| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 317)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |EXPR;coerce;An$;105| ...) ; compiling (DEFUN |EXPR;k2expr| ...) ; compiling (DEFUN |EXPR;k2expr!0| ...) ; compiling (DEFUN |EXPR;smp2expr| ...) ; compiling (DEFUN |EXPR;smp2expr!0| ...) ; compiling (DEFUN |EXPR;retractIfCan;$U;108| ...) ; compiling (DEFUN |EXPR;R2AN| ...) ; compiling (DEFUN |EXPR;k2an| ...) ; compiling (DEFUN |EXPR;smp2an| ...) ; compiling (DEFUN |EXPR;convert;$If;112| ...) ; compiling (DEFUN |EXPR;eval;$Bo$S$;113| ...) ; compiling (DEFUN |EXPR;eval;$LLS$;114| ...) ; file: /tmp/oa-ConaaQ/code.lsp ; in: DEFUN |EXPR;eval;$LLS$;114| ; #'(LAMBDA (BOOT::|#1| BOOT::$) (CONSP BOOT::|#1|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |EXPR;patternMatch;$P2Pmr;115| ...) ; compiling (DEFUN |EXPR;patternMatch;$P2Pmr;116| ...) ; compiling (DEFUN |EXPR;operator;2Bo;117| ...) ; compiling (DEFUN |EXPR;Zero;$;118| ...) ; compiling (DEFUN |EXPR;One;$;119| ...) ; compiling (DEFUN |EXPR;-;2$;120| ...) ; compiling (DEFUN |EXPR;*;I2$;121| ...) ; compiling (DEFUN |EXPR;*;3$;122| ...) ; compiling (DEFUN |EXPR;+;3$;123| ...) ; compiling (DEFUN |EXPR;=;2$B;124| ...) ; file: /tmp/oa-ConaaQ/code.lsp ; in: DEFUN |EXPR;=;2$B;124| ; (DEFUN BOOT::|EXPR;=;2$B;124| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 402))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EXPR;=;2$B;124| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|EXPR;=;2$B;124| ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 402)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |EXPR;before?;2$B;125| ...) ; file: /tmp/oa-ConaaQ/code.lsp ; in: DEFUN |EXPR;before?;2$B;125| ; (DEFUN BOOT::|EXPR;before?;2$B;125| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 403))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EXPR;before?;2$B;125| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|EXPR;before?;2$B;125| ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 403)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |EXPR;numer;$Smp;126| ...) ; compiling (DEFUN |EXPR;coerce;Smp$;127| ...) ; compiling (DEFUN |EXPR;reducedSystem;MM;128| ...) ; compiling (DEFUN |EXPR;reducedSystem;MVR;129| ...) ; file: /tmp/oa-ConaaQ/code.lsp ; in: DEFUN |EXPR;reducedSystem;MVR;129| ; (DEFUN BOOT::|EXPR;reducedSystem;MVR;129| (BOOT::|m| BOOT::|v| BOOT::$) ; (BOOT::SPADCALL BOOT::|m| BOOT::|v| (BOOT::|shellEntry| BOOT::$ 123))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EXPR;reducedSystem;MVR;129| ; (BOOT::|m| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|EXPR;reducedSystem;MVR;129| ; (BOOT::SPADCALL BOOT::|m| BOOT::|v| (BOOT::|shellEntry| BOOT::$ 123)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |EXPR;convert;$If;130| ...) ; compiling (DEFUN |EXPR;kintmatch| ...) ; compiling (DEFUN |EXPR;patternMatch;$P2Pmr;132| ...) ; compiling (DEFUN |EXPR;kfltmatch| ...) ; compiling (DEFUN |EXPR;patternMatch;$P2Pmr;134| ...) ; compiling (DEFUN |EXPR;Zero;$;135| ...) ; compiling (DEFUN |EXPR;+;3$;136| ...) ; compiling (DEFUN |EXPR;=;2$B;137| ...) ; file: /tmp/oa-ConaaQ/code.lsp ; in: DEFUN |EXPR;=;2$B;137| ; (DEFUN BOOT::|EXPR;=;2$B;137| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 420))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EXPR;=;2$B;137| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|EXPR;=;2$B;137| ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 420)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |EXPR;before?;2$B;138| ...) ; file: /tmp/oa-ConaaQ/code.lsp ; in: DEFUN |EXPR;before?;2$B;138| ; (DEFUN BOOT::|EXPR;before?;2$B;138| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 421))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EXPR;before?;2$B;138| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|EXPR;before?;2$B;138| ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 421)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |EXPR;coerce;K$;139| ...) ; compiling (DEFUN |EXPR;kernels;$L;140| ...) ; file: /tmp/oa-ConaaQ/code.lsp ; in: DEFUN |EXPR;kernels;$L;140| ; (DEFUN BOOT::|EXPR;kernels;$L;140| (BOOT::|x| BOOT::$) ; (LET ((#:G994 (BOOT::SPADCALL BOOT::|x| #)) (#:G872 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G994 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EXPR;kernels;$L;140| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|EXPR;kernels;$L;140| ; (LET ((#:G994 #) (#:G872 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |EXPR;coerce;R$;141| ...) ; compiling (DEFUN |EXPR;retract;$R;142| ...) ; compiling (DEFUN |EXPR;coerce;$Of;143| ...) ; compiling (DEFUN |EXPR;kereval| ...) ; compiling (DEFUN |EXPR;kereval!1| ...) ; compiling (DEFUN |EXPR;kereval!0| ...) ; compiling (DEFUN |EXPR;subeval| ...) ; compiling (DEFUN |EXPR;subeval!0| ...) ; compiling (DEFUN |EXPR;isPlus;$U;146| ...) ; compiling (DEFUN |EXPR;isMult;$U;147| ...) ; compiling (DEFUN |EXPR;eval;$LL$;148| ...) ; compiling (DEFUN |EXPR;subst;$LL$;149| ...) ; compiling (DEFUN |EXPR;retractIfCan;$U;150| ...) ; compiling (DEFUN |EXPR;-;2$;151| ...) ; compiling (DEFUN |EXPR;before?;2$B;152| ...) ; file: /tmp/oa-ConaaQ/code.lsp ; in: DEFUN |EXPR;before?;2$B;152| ; (DEFUN BOOT::|EXPR;before?;2$B;152| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 452))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EXPR;before?;2$B;152| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|EXPR;before?;2$B;152| ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 452)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |EXPR;=;2$B;153| ...) ; file: /tmp/oa-ConaaQ/code.lsp ; in: DEFUN |EXPR;=;2$B;153| ; (DEFUN BOOT::|EXPR;=;2$B;153| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 453))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EXPR;=;2$B;153| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|EXPR;=;2$B;153| ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 453)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |EXPR;coerce;K$;154| ...) ; compiling (DEFUN |EXPR;kernels;$L;155| ...) ; compiling (DEFUN |EXPR;coerce;R$;156| ...) ; compiling (DEFUN |EXPR;retract;$R;157| ...) ; compiling (DEFUN |EXPR;retractIfCan;$U;158| ...) ; compiling (DEFUN |EXPR;coerce;$Of;159| ...) ; compiling (DEFUN |EXPR;eval;$LL$;160| ...) ; compiling (DEFUN |EXPR;eval;$LL$;160!1| ...) ; compiling (DEFUN |EXPR;eval;$LL$;160!0| ...) ; compiling (DEFUN |EXPR;subst;$LL$;161| ...) ; compiling (DEFUN |EXPR;subst;$LL$;161!0| ...) ; compiling (DEFUN |EXPR;convert;$If;162| ...) ; compiling (DEFUN |Expression| ...) ; compiling (DEFUN |Expression;| ...) ; compiling (MAKEPROP (QUOTE |Expression|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 17 notes ; /tmp/oa-ConaaQ/code.fasl written ; compilation finished in 0:00:00.397 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ACF.spad && cp ACF.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ACF.fasl \ && if test -f ACF-.NRLIB/code.fasl; then \ cp ACF-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ACF-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ACF.spad using Spad compiler. ACF abbreviates category AlgebraicallyClosedField debug: compDefine1 lhs: (AlgebraicallyClosedField) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for AlgebraicallyClosedField compiling into /tmp/oa-k0A11y STYLE-WARNING: redefining BOOT::|AlgebraicallyClosedField| in DEFUN Time: 0.01 SEC. ACF- abbreviates package AlgebraicallyClosedField& ------------------------------------------------------------------------ initializing stationary directory for AlgebraicallyClosedField& compiling into /tmp/oa-SzVBPF compiling exported zeroOf : SparseUnivariatePolynomial S -> S Time: 0.07 SEC. compiling exported rootOf : SparseUnivariatePolynomial S -> S Time: 0.01 SEC. compiling exported zerosOf : SparseUnivariatePolynomial S -> List S Time: 0.02 SEC. compiling exported rootsOf : SparseUnivariatePolynomial S -> List S Time: 0.01 SEC. compiling exported rootsOf : (SparseUnivariatePolynomial S,Symbol) -> List S Time: 0.01 SEC. compiling exported zerosOf : (SparseUnivariatePolynomial S,Symbol) -> List S Time: 0.02 SEC. compiling local assign : (Symbol,S) -> S Time: 0 SEC. compiling exported zeroOf : Polynomial S -> S Time: 0.04 SEC. compiling exported rootOf : Polynomial S -> S Time: 0.04 SEC. compiling exported zerosOf : Polynomial S -> List S Time: 0.04 SEC. compiling exported rootsOf : Polynomial S -> List S Time: 0.04 SEC. compiling exported zeroOf : (SparseUnivariatePolynomial S,Symbol) -> S Time: 0.04 SEC. compiling local binomialRoots : (SparseUnivariatePolynomial S,Symbol,(SparseUnivariatePolynomial S,Symbol) -> S) -> List S Time: 0.09 SEC. importing PolynomialDecomposition(SparseUnivariatePolynomial S,S) compiling local allroots : (SparseUnivariatePolynomial S,Symbol,(SparseUnivariatePolynomial S,Symbol) -> S) -> List S Time: 0.14 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] zeroOf: not known that Ring is of mode CATEGORY(package,zerosOf: (SparseUnivariatePolynomial S,Symbol) -> List S,zerosOf: SparseUnivariatePolynomial S -> List S,zerosOf: Polynomial S -> List S,zeroOf: (SparseUnivariatePolynomial S,Symbol) -> S,zeroOf: SparseUnivariatePolynomial S -> S,zeroOf: Polynomial S -> S,rootsOf: (SparseUnivariatePolynomial S,Symbol) -> List S,rootsOf: SparseUnivariatePolynomial S -> List S,rootsOf: Polynomial S -> List S,rootOf: (SparseUnivariatePolynomial S,Symbol) -> S,rootOf: SparseUnivariatePolynomial S -> S,rootOf: Polynomial S -> S) [2] zeroOf: empty? has no value [3] rootOf: empty? has no value Cumulative Statistics for Constructor AlgebraicallyClosedField& Time: 0.56 seconds finalizing NRLIB ACF- ; compiling file "/tmp/oa-SzVBPF/code.lsp" (written 01 FEB 2016 11:04:35 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ACF-;zeroOf;Sup$;1| ...) ; compiling (DEFUN |ACF-;rootOf;Sup$;2| ...) ; compiling (DEFUN |ACF-;zerosOf;SupL;3| ...) ; file: /tmp/oa-SzVBPF/code.lsp ; in: DEFUN |ACF-;zerosOf;SupL;3| ; (DEFUN BOOT::|ACF-;zerosOf;SupL;3| (BOOT::|p| BOOT::$) ; (BOOT::SPADCALL BOOT::|p| (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 8)) ; (BOOT::|shellEntry| BOOT::$ 15))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ACF-;zerosOf;SupL;3| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|ACF-;zerosOf;SupL;3| ; (BOOT::SPADCALL BOOT::|p| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 8)) ; (BOOT::|shellEntry| BOOT::$ 15)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ACF-;rootsOf;SupL;4| ...) ; file: /tmp/oa-SzVBPF/code.lsp ; in: DEFUN |ACF-;rootsOf;SupL;4| ; (DEFUN BOOT::|ACF-;rootsOf;SupL;4| (BOOT::|p| BOOT::$) ; (BOOT::SPADCALL BOOT::|p| (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 8)) ; (BOOT::|shellEntry| BOOT::$ 17))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ACF-;rootsOf;SupL;4| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|ACF-;rootsOf;SupL;4| ; (BOOT::SPADCALL BOOT::|p| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 8)) ; (BOOT::|shellEntry| BOOT::$ 17)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ACF-;rootsOf;SupSL;5| ...) ; compiling (DEFUN |ACF-;zerosOf;SupSL;6| ...) ; compiling (DEFUN |ACF-;assign| ...) ; compiling (DEFUN |ACF-;zeroOf;P$;8| ...) ; compiling (DEFUN |ACF-;rootOf;P$;9| ...) ; compiling (DEFUN |ACF-;zerosOf;PL;10| ...) ; file: /tmp/oa-SzVBPF/code.lsp ; in: DEFUN |ACF-;zerosOf;PL;10| ; (DEFUN BOOT::|ACF-;zerosOf;PL;10| (BOOT::|p| BOOT::$) ; (LET ((BOOT::|l| (BOOT::SPADCALL BOOT::|p| #))) ; (COND ((NULL BOOT::|l|) (BOOT::|error| "zerosOf: constant polynomial")) ; (T (BOOT::SPADCALL # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ACF-;zerosOf;PL;10| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|ACF-;zerosOf;PL;10| ; (LET ((BOOT::|l| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ACF-;rootsOf;PL;11| ...) ; file: /tmp/oa-SzVBPF/code.lsp ; in: DEFUN |ACF-;rootsOf;PL;11| ; (DEFUN BOOT::|ACF-;rootsOf;PL;11| (BOOT::|p| BOOT::$) ; (LET ((BOOT::|l| (BOOT::SPADCALL BOOT::|p| #))) ; (COND ((NULL BOOT::|l|) (BOOT::|error| "rootsOf: constant polynomial")) ; (T (BOOT::SPADCALL # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ACF-;rootsOf;PL;11| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|ACF-;rootsOf;PL;11| ; (LET ((BOOT::|l| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ACF-;zeroOf;SupS$;12| ...) ; compiling (DEFUN |ACF-;binomialRoots| ...) ; file: /tmp/oa-SzVBPF/code.lsp ; in: DEFUN |ACF-;binomialRoots| ; (DEFUN BOOT::|ACF-;binomialRoots| (BOOT::|p| BOOT::|y| BOOT::|fn| BOOT::$) ; (PROG (BOOT::|beta| BOOT::|cyclo|) ; (RETURN ; (LET* (# # #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ACF-;binomialRoots| ; (BOOT::|p| BOOT::|y| BOOT::|fn| BOOT::$) ; (BLOCK BOOT::|ACF-;binomialRoots| ; (PROG (BOOT::|beta| BOOT::|cyclo|) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ACF-;allroots| ...) ; file: /tmp/oa-SzVBPF/code.lsp ; in: DEFUN |ACF-;allroots| ; (DEFUN BOOT::|ACF-;allroots| (BOOT::|p| BOOT::|y| BOOT::|fn| BOOT::$) ; (PROG (BOOT::|q| BOOT::|alpha| BOOT::|x| BOOT::|ans| BOOT::|groots| ; BOOT::|g| BOOT::|h| BOOT::|decompList|) ; (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ACF-;allroots| ; (BOOT::|p| BOOT::|y| BOOT::|fn| BOOT::$) ; (BLOCK BOOT::|ACF-;allroots| ; (PROG (BOOT::|q| BOOT::|alpha| BOOT::|x| BOOT::|ans| BOOT::|groots| ; BOOT::|g| BOOT::|h| BOOT::|decompList|) ; (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |AlgebraicallyClosedField&| ...) ; compiling (MAKEPROP (QUOTE |AlgebraicallyClosedField&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 6 notes ; /tmp/oa-SzVBPF/code.fasl written ; compilation finished in 0:00:00.054 ------------------------------------------------------------------------ finalizing NRLIB ACF Processing AlgebraicallyClosedField for Browser database: -- rootOf : Polynomial % -> % -- rootOf : SparseUnivariatePolynomial % -> % -- rootOf : (SparseUnivariatePolynomial %,Symbol) -> % -- rootsOf : Polynomial % -> List % -- rootsOf : SparseUnivariatePolynomial % -> List % -- rootsOf : (SparseUnivariatePolynomial %,Symbol) -> List % -- zeroOf : Polynomial % -> % -- zeroOf : SparseUnivariatePolynomial % -> % -- zeroOf : (SparseUnivariatePolynomial %,Symbol) -> % -- zerosOf : Polynomial % -> List % -- zerosOf : SparseUnivariatePolynomial % -> List % -- zerosOf : (SparseUnivariatePolynomial %,Symbol) -> List % -- constructor ; compiling file "/tmp/oa-k0A11y/code.lsp" (written 01 FEB 2016 11:04:35 PM): ; compiling (DEFPARAMETER |AlgebraicallyClosedField;AL| ...) ; compiling (DEFUN |AlgebraicallyClosedField;| ...) ; compiling (DEFUN |AlgebraicallyClosedField| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-k0A11y/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FAXF.spad && cp FAXF.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FAXF.fasl \ && if test -f FAXF-.NRLIB/code.fasl; then \ cp FAXF-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FAXF-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FAXF.spad using Spad compiler. FAXF abbreviates category FiniteAlgebraicExtensionField debug: compDefine1 lhs: (FiniteAlgebraicExtensionField F) signature (pre-evaluate): ((Category) (Field)) debug: evaluateType form: (Category) $param: (F) debug: evaluateType form: (Field) $param: (F) Debug: evaluateType1 form: (Field) debug: compDefine1 signature (post evaluate): ((Category) (Field)) debug: compDefine1 lhs: (FiniteAlgebraicExtensionField F) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (F) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for FiniteAlgebraicExtensionField compiling into /tmp/oa-byGhFl STYLE-WARNING: redefining BOOT::|FiniteAlgebraicExtensionField| in DEFUN Time: 0.02 SEC. FAXF- abbreviates package FiniteAlgebraicExtensionField& ------------------------------------------------------------------------ initializing stationary directory for FiniteAlgebraicExtensionField& compiling into /tmp/oa-upfXvu compiling exported represents : Vector F -> S Time: 0.07 SEC. compiling exported transcendenceDegree : () -> NonNegativeInteger FAXF-;transcendenceDegree;Nni;2 is replaced by 0 Time: 0 SEC. compiling exported dimension : () -> CardinalNumber Time: 0.01 SEC. compiling exported extensionDegree : () -> OnePointCompletion PositiveInteger Time: 0.01 SEC. compiling exported degree : S -> OnePointCompletion PositiveInteger Time: 0.00 SEC. compiling exported coordinates : Vector S -> Matrix F Time: 0.02 SEC. compiling exported algebraic? : S -> Boolean FAXF-;algebraic?;$B;7 a is replaced by %true Time: 0 SEC. compiling exported transcendent? : S -> Boolean FAXF-;transcendent?;$B;8 a is replaced by %false Time: 0 SEC. compiling exported extensionDegree : () -> PositiveInteger Time: 0.01 SEC. compiling exported trace : S -> F Time: 0.01 SEC. compiling exported norm : S -> F Time: 0.02 SEC. compiling exported linearAssociatedExp : (S,SparseUnivariatePolynomial F) -> S Time: 0.04 SEC. compiling exported linearAssociatedLog : (S,S) -> Union(SparseUnivariatePolynomial F,failed) Time: 0.13 SEC. compiling exported linearAssociatedLog : S -> SparseUnivariatePolynomial F Time: 0.01 SEC. compiling exported linearAssociatedOrder : S -> SparseUnivariatePolynomial F Time: 0.10 SEC. compiling exported charthRoot : S -> Maybe S Time: 0.00 SEC. compiling exported minimalPolynomial : (S,PositiveInteger) -> SparseUnivariatePolynomial S Time: 0.09 SEC. compiling exported norm : (S,PositiveInteger) -> S Time: 0.01 SEC. compiling exported trace : (S,PositiveInteger) -> S Time: 0.00 SEC. compiling exported size : () -> NonNegativeInteger Time: 0 SEC. compiling exported createNormalElement : () -> S Time: 0.00 SEC. compiling exported normal? : S -> Boolean Time: 0.02 SEC. compiling exported degree : S -> PositiveInteger Time: 0.00 SEC. (time taken in buildFunctor: 4) Time: 0.01 SEC. Warnings: [1] dimension: # has no value [2] extensionDegree: # has no value [3] linearAssociatedLog: rowEchelon has no value [4] linearAssociatedLog: transpose has no value [5] linearAssociatedOrder: nullSpace has no value [6] linearAssociatedOrder: transpose has no value [7] minimalPolynomial: not known that Ring is of mode CATEGORY(package,charthRoot: S -> Maybe S,size: () -> NonNegativeInteger,charthRoot: S -> S,linearAssociatedLog: (S,S) -> Union(SparseUnivariatePolynomial F,"failed"),linearAssociatedLog: S -> SparseUnivariatePolynomial F,linearAssociatedOrder: S -> SparseUnivariatePolynomial F,linearAssociatedExp: (S,SparseUnivariatePolynomial F) -> S,normal?: S -> Boolean,createNormalElement: () -> S,trace: (S,PositiveInteger) -> S,norm: (S,PositiveInteger) -> S,minimalPolynomial: (S,PositiveInteger) -> SparseUnivariatePolynomial S,trace: S -> F,norm: S -> F,degree: S -> PositiveInteger,extensionDegree: () -> PositiveInteger,minimalPolynomial: S -> SparseUnivariatePolynomial F,represents: Vector F -> S,coordinates: Vector S -> Matrix F,coordinates: S -> Vector F,transcendenceDegree: () -> NonNegativeInteger,extensionDegree: () -> OnePointCompletion PositiveInteger,degree: S -> OnePointCompletion PositiveInteger,transcendent?: S -> Boolean,algebraic?: S -> Boolean,dimension: () -> CardinalNumber) [8] createNormalElement: res has no value Cumulative Statistics for Constructor FiniteAlgebraicExtensionField& Time: 0.57 seconds finalizing NRLIB FAXF- ; compiling file "/tmp/oa-upfXvu/code.lsp" (written 01 FEB 2016 11:04:36 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FAXF-;transcendenceDegree;Nni;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FAXF-;algebraic?;$B;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FAXF-;transcendent?;$B;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FAXF-;represents;V$;1| ...) ; compiling (DEFUN |FAXF-;transcendenceDegree;Nni;2| ...) ; compiling (DEFUN |FAXF-;dimension;Cn;3| ...) ; compiling (DEFUN |FAXF-;extensionDegree;Opc;4| ...) ; compiling (DEFUN |FAXF-;degree;$Opc;5| ...) ; compiling (DEFUN |FAXF-;coordinates;VM;6| ...) ; compiling (DEFUN |FAXF-;algebraic?;$B;7| ...) ; file: /tmp/oa-upfXvu/code.lsp ; in: DEFUN |FAXF-;algebraic?;$B;7| ; (DEFUN BOOT::|FAXF-;algebraic?;$B;7| (BOOT::|a| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; T) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FAXF-;algebraic?;$B;7| ; (BOOT::|a| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|FAXF-;algebraic?;$B;7| T)) ; ; caught STYLE-WARNING: ; The variable |a| is defined but never used. ; compiling (DEFUN |FAXF-;transcendent?;$B;8| ...) ; file: /tmp/oa-upfXvu/code.lsp ; in: DEFUN |FAXF-;transcendent?;$B;8| ; (DEFUN BOOT::|FAXF-;transcendent?;$B;8| (BOOT::|a| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; NIL) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FAXF-;transcendent?;$B;8| ; (BOOT::|a| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|FAXF-;transcendent?;$B;8| NIL)) ; ; caught STYLE-WARNING: ; The variable |a| is defined but never used. ; compiling (DEFUN |FAXF-;extensionDegree;Pi;9| ...) ; file: /tmp/oa-upfXvu/code.lsp ; in: DEFUN |FAXF-;extensionDegree;Pi;9| ; (DEFUN BOOT::|FAXF-;extensionDegree;Pi;9| (BOOT::$) ; (LET ((#:G564 (BOOT::SPADCALL # #))) ; (COND ((PLUSP #:G564) #:G564) (T (BOOT::|moanRetract| #:G564 '#))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FAXF-;extensionDegree;Pi;9| ; (BOOT::$) ; (BLOCK BOOT::|FAXF-;extensionDegree;Pi;9| ; (LET ((#:G564 #)) ; (COND (# #:G564) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES (INTEGER 1) &REST T). ; compiling (DEFUN |FAXF-;trace;$F;10| ...) ; compiling (DEFUN |FAXF-;norm;$F;11| ...) ; compiling (DEFUN |FAXF-;linearAssociatedExp;$Sup$;12| ...) ; compiling (DEFUN |FAXF-;linearAssociatedLog;2$U;13| ...) ; compiling (DEFUN |FAXF-;linearAssociatedLog;$Sup;14| ...) ; compiling (DEFUN |FAXF-;linearAssociatedOrder;$Sup;15| ...) ; compiling (DEFUN |FAXF-;charthRoot;$M;16| ...) ; compiling (DEFUN |FAXF-;minimalPolynomial;$PiSup;17| ...) ; compiling (DEFUN |FAXF-;norm;$Pi$;18| ...) ; compiling (DEFUN |FAXF-;trace;$Pi$;19| ...) ; compiling (DEFUN |FAXF-;size;Nni;20| ...) ; file: /tmp/oa-upfXvu/code.lsp ; in: DEFUN |FAXF-;size;Nni;20| ; (DEFUN BOOT::|FAXF-;size;Nni;20| (BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 116)) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 12)) ; (BOOT::|shellEntry| BOOT::$ 117))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FAXF-;size;Nni;20| ; (BOOT::$) ; (BLOCK BOOT::|FAXF-;size;Nni;20| ; (BOOT::SPADCALL (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 116)) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 12)) ; (BOOT::|shellEntry| BOOT::$ 117)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |FAXF-;createNormalElement;$;21| ...) ; file: /tmp/oa-upfXvu/code.lsp ; in: DEFUN |FAXF-;createNormalElement;$;21| ; (BOOT::EXIT BOOT::|res|) ; --> RETURN-FROM ; ==> ; BOOT::|res| ; ; note: deleting unreachable code ; compiling (DEFUN |FAXF-;normal?;$B;22| ...) ; file: /tmp/oa-upfXvu/code.lsp ; in: DEFUN |FAXF-;normal?;$B;22| ; (DEFUN BOOT::|FAXF-;normal?;$B;22| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|p| (BOOT::SPADCALL # # #)) ; (BOOT::|f| ; (LET # ; #))) ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|p| BOOT::|f| (BOOT::|shellEntry| BOOT::$ 133)) ; (BOOT::|spadConstant| BOOT::$ 134) (BOOT::|shellEntry| BOOT::$ 135)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FAXF-;normal?;$B;22| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FAXF-;normal?;$B;22| ; (LET ((BOOT::|p| #) (BOOT::|f| #)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|p| BOOT::|f| #) ; (BOOT::|spadConstant| BOOT::$ 134) ; (BOOT::|shellEntry| BOOT::$ 135))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FAXF-;degree;$Pi;23| ...) ; compiling (DEFUN |FiniteAlgebraicExtensionField&| ...) ; compiling (MAKEPROP (QUOTE |FiniteAlgebraicExtensionField&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 4 notes ; /tmp/oa-upfXvu/code.fasl written ; compilation finished in 0:00:00.091 ------------------------------------------------------------------------ finalizing NRLIB FAXF Processing FiniteAlgebraicExtensionField for Browser database: -- basis : () -> Vector % -- basis : PositiveInteger -> Vector % -- coordinates : % -> Vector F -- coordinates : Vector % -> Matrix F -- represents : Vector F -> % -- minimalPolynomial : % -> SparseUnivariatePolynomial F -- definingPolynomial : () -> SparseUnivariatePolynomial F -- extensionDegree : () -> PositiveInteger -- degree : % -> PositiveInteger -- norm : % -> F -- trace : % -> F -- minimalPolynomial : (%,PositiveInteger) -> SparseUnivariatePolynomial % -- norm : (%,PositiveInteger) -> % -- trace : (%,PositiveInteger) -> % -- createNormalElement : () -> % -- normalElement : () -> % -- normal? : % -> Boolean -- generator : () -> % -- linearAssociatedExp : (%,SparseUnivariatePolynomial F) -> % -- linearAssociatedOrder : % -> SparseUnivariatePolynomial F -- linearAssociatedLog : % -> SparseUnivariatePolynomial F -- linearAssociatedLog : (%,%) -> Union(SparseUnivariatePolynomial F,"failed") -- constructor ; compiling file "/tmp/oa-byGhFl/code.lsp" (written 01 FEB 2016 11:04:36 PM): ; compiling (DEFPARAMETER |FiniteAlgebraicExtensionField;AL| ...) ; compiling (DEFUN |FiniteAlgebraicExtensionField;| ...) ; compiling (DEFUN |FiniteAlgebraicExtensionField| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-byGhFl/code.fasl written ; compilation finished in 0:00:00.024 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile LEADCDET.spad && cp LEADCDET.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LEADCDET.fasl \ && if test -f LEADCDET-.NRLIB/code.fasl; then \ cp LEADCDET-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LEADCDET-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LEADCDET.spad using Spad compiler. LEADCDET abbreviates package LeadingCoefDetermination debug: compDefine1 lhs: (LeadingCoefDetermination OV E Z P) signature (pre-evaluate): ((CATEGORY package (SIGNATURE polCase ((Boolean) Z (NonNegativeInteger) (List Z))) (SIGNATURE distFact ((Union (Record (: polfac (List P)) (: correct Z) (: corrfact (List (SparseUnivariatePolynomial Z)))) failed) Z (List (SparseUnivariatePolynomial Z)) (Record (: contp Z) (: factors (List (Record (: irr P) (: pow (Integer)))))) (List Z) (List OV) (List Z)))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE polCase ((Boolean) Z (NonNegativeInteger) (List Z))) (SIGNATURE distFact ((Union (Record (: polfac (List P)) (: correct Z) (: corrfact (List (SparseUnivariatePolynomial Z)))) failed) Z (List (SparseUnivariatePolynomial Z)) (Record (: contp Z) (: factors (List (Record (: irr P) (: pow (Integer)))))) (List Z) (List OV) (List Z)))) $param: (OV E Z P) debug: evaluateType form: (Boolean) $param: (OV E Z P) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: Z $param: (OV E Z P) debug: evaluateType form: (NonNegativeInteger) $param: (OV E Z P) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (List Z) $param: (OV E Z P) Debug: evaluateType1 form: (List Z) debug: evaluateType1 x: Z m: (Type) debug: evaluateType form: (Union (Record (: polfac (List P)) (: correct Z) (: corrfact (List (SparseUnivariatePolynomial Z)))) failed) $param: (OV E Z P) debug: evaluateType form: (Record (: polfac (List P)) (: correct Z) (: corrfact (List (SparseUnivariatePolynomial Z)))) $param: (OV E Z P) debug: evaluateType form: (List P) $param: (OV E Z P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: Z $param: (OV E Z P) debug: evaluateType form: (List (SparseUnivariatePolynomial Z)) $param: (OV E Z P) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial Z)) debug: evaluateType1 x: (SparseUnivariatePolynomial Z) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (OV E Z P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial Z) $param: (OV E Z P) Debug: evaluateType1 form: (SparseUnivariatePolynomial Z) debug: evaluateType1 x: Z m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial Z) c: (Type) debug: evaluateType form: failed $param: (OV E Z P) debug: evaluateType form: Z $param: (OV E Z P) debug: evaluateType form: (List (SparseUnivariatePolynomial Z)) $param: (OV E Z P) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial Z)) debug: evaluateType1 x: (SparseUnivariatePolynomial Z) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (OV E Z P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial Z) $param: (OV E Z P) Debug: evaluateType1 form: (SparseUnivariatePolynomial Z) debug: evaluateType1 x: Z m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial Z) c: (Type) debug: evaluateType form: (Record (: contp Z) (: factors (List (Record (: irr P) (: pow (Integer)))))) $param: (OV E Z P) debug: evaluateType form: Z $param: (OV E Z P) debug: evaluateType form: (List (Record (: irr P) (: pow (Integer)))) $param: (OV E Z P) Debug: evaluateType1 form: (List (Record (: irr P) (: pow (Integer)))) debug: evaluateType1 x: (Record (: irr P) (: pow (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (OV E Z P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: irr P) (: pow (Integer))) $param: (OV E Z P) debug: evaluateType form: P $param: (OV E Z P) debug: evaluateType form: (Integer) $param: (OV E Z P) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: irr P) (: pow (Integer))) c: (Type) debug: evaluateType form: (List Z) $param: (OV E Z P) Debug: evaluateType1 form: (List Z) debug: evaluateType1 x: Z m: (Type) debug: evaluateType form: (List OV) $param: (OV E Z P) Debug: evaluateType1 form: (List OV) debug: evaluateType1 x: OV m: (Type) debug: evaluateType form: (List Z) $param: (OV E Z P) Debug: evaluateType1 form: (List Z) debug: evaluateType1 x: Z m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE polCase ((Boolean) Z (NonNegativeInteger) (List Z))) (SIGNATURE distFact ((Union (Record (: polfac (List P)) (: correct Z) (: corrfact (List (SparseUnivariatePolynomial Z)))) failed) Z (List (SparseUnivariatePolynomial Z)) (Record (: contp Z) (: factors (List (Record (: irr P) (: pow (Integer)))))) (List Z) (List OV) (List Z)))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for LeadingCoefDetermination compiling into /tmp/oa-CmVYen compiling exported polCase : (Z,NonNegativeInteger,List Z) -> Boolean Time: 0.09 SEC. compiling local checkpow : (Z,Z) -> NonNegativeInteger Time: 0.02 SEC. compiling local distribute : (Z,List SparseUnivariatePolynomial Z,List P,List Z,List OV,List Z) -> Record(polfac: List P,correct: Z,corrfact: List SparseUnivariatePolynomial Z) Time: 0.19 SEC. compiling exported distFact : (Z,List SparseUnivariatePolynomial Z,Record(contp: Z,factors: List Record(irr: P,pow: Integer)),List Z,List OV,List Z) -> Union(Record(polfac: List P,correct: Z,corrfact: List SparseUnivariatePolynomial Z),failed) Time: 1.26 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor LeadingCoefDetermination Time: 1.56 seconds finalizing NRLIB LEADCDET Processing LeadingCoefDetermination for Browser database: -- polCase : (Z,NNI,List Z) -> Boolean -- distFact : (Z,List BP,FinalFact,List Z,List OV,List Z) -> Union(LeadFact,"failed") -- constructor ; compiling file "/tmp/oa-CmVYen/code.lsp" (written 01 FEB 2016 11:04:38 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LEADCDET;polCase;ZNniLB;1| ...) ; file: /tmp/oa-CmVYen/code.lsp ; in: DEFUN |LEADCDET;polCase;ZNniLB;1| ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |LEADCDET;checkpow| ...) ; compiling (DEFUN |LEADCDET;distribute| ...) ; file: /tmp/oa-CmVYen/code.lsp ; in: DEFUN |LEADCDET;distribute| ; (DEFUN BOOT::|LEADCDET;distribute| ; (BOOT::|contm| BOOT::|unilist| BOOT::|pl| BOOT::|vl| BOOT::|lvar| ; BOOT::|lval| BOOT::$) ; (LET ((BOOT::|d| NIL) ; (BOOT::|lcp| NIL) ; (BOOT::|nf| (LIST-LENGTH BOOT::|unilist|))) ; (BOOT::SEQ ; (LET (#) ; (LOOP # ; #)) ; (COND (# #)) ; (BOOT::EXIT (VECTOR BOOT::|pl| BOOT::|contm| BOOT::|unilist|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LEADCDET;distribute| ; (BOOT::|contm| BOOT::|unilist| BOOT::|pl| BOOT::|vl| BOOT::|lvar| ; BOOT::|lval| BOOT::$) ; (BLOCK BOOT::|LEADCDET;distribute| ; (LET ((BOOT::|d| NIL) (BOOT::|lcp| NIL) (BOOT::|nf| #)) ; (BOOT::SEQ ; (LET # ; #) ; (COND #) (BOOT::EXIT #))))) ; ; caught STYLE-WARNING: ; The variable |lvar| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |lval| is defined but never used. ; compiling (DEFUN |LEADCDET;distFact;ZLRLLLU;4| ...) ; file: /tmp/oa-CmVYen/code.lsp ; in: DEFUN |LEADCDET;distFact;ZLRLLLU;4| ; (DEFUN BOOT::|LEADCDET;distFact;ZLRLLLU;4| ; (BOOT::|contm| BOOT::|unilist| BOOT::|plead| BOOT::|vl| BOOT::|lvar| ; BOOT::|lval| BOOT::$) ; (PROG (BOOT::|aux| BOOT::|vlp|) ; (RETURN ; (LET (# # # # # #) ; (BOOT::SEQ # # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LEADCDET;distFact;ZLRLLLU;4| ; (BOOT::|contm| BOOT::|unilist| BOOT::|plead| BOOT::|vl| BOOT::|lvar| ; BOOT::|lval| BOOT::$) ; (BLOCK BOOT::|LEADCDET;distFact;ZLRLLLU;4| ; (PROG (BOOT::|aux| BOOT::|vlp|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |vl| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |LeadingCoefDetermination| ...) ; compiling (DEFUN |LeadingCoefDetermination;| ...) ; compiling (MAKEPROP (QUOTE |LeadingCoefDetermination|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 2 notes ; /tmp/oa-CmVYen/code.fasl written ; compilation finished in 0:00:00.113 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile COMPFACT.spad && cp COMPFACT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/COMPFACT.fasl \ && if test -f COMPFACT-.NRLIB/code.fasl; then \ cp COMPFACT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/COMPFACT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/COMPFACT.spad using Spad compiler. COMPFACT abbreviates package ComplexFactorization debug: compDefine1 lhs: (ComplexFactorization RR PR) signature (pre-evaluate): ((CATEGORY package (SIGNATURE factor ((Factored PR) PR))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE factor ((Factored PR) PR))) $param: (RR PR) debug: evaluateType form: (Factored PR) $param: (RR PR) Debug: evaluateType1 form: (Factored PR) debug: evaluateType1 x: PR m: (IntegralDomain) debug: evaluateType form: PR $param: (RR PR) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE factor ((Factored PR) PR))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ComplexFactorization compiling into /tmp/oa-Q0mvNe compiling local myMap : Complex RR -> Complex Fraction Integer Time: 0.20 SEC. compiling local compND : Complex Fraction Integer -> Record(cnum: Complex Integer,cden: Integer) Time: 0.06 SEC. compiling local conv : SparseUnivariatePolynomial Complex Fraction Integer -> Record(convP: SparseUnivariatePolynomial Complex Integer,convD: Fraction Integer) Time: 0.20 SEC. compiling local backConv : Factored SparseUnivariatePolynomial Complex Fraction Integer -> Factored PR Time: 0.58 SEC. compiling exported factor : PR -> Factored PR Time: 0.08 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] backConv: fctr has no value [2] backConv: xpnt has no value [3] backConv: flg has no value Cumulative Statistics for Constructor ComplexFactorization Time: 1.13 seconds finalizing NRLIB COMPFACT Processing ComplexFactorization for Browser database: -- factor : PR -> Factored PR -- constructor ; compiling file "/tmp/oa-Q0mvNe/code.lsp" (written 01 FEB 2016 11:04:39 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |COMPFACT;myMap| ...) ; compiling (DEFUN |COMPFACT;compND| ...) ; compiling (DEFUN |COMPFACT;conv| ...) ; file: /tmp/oa-Q0mvNe/code.lsp ; in: DEFUN |COMPFACT;conv| ; (LET ((BOOT::|pris| (BOOT::|spadConstant| BOOT::$ 29)) ; (BOOT::|dris| 1) ; (BOOT::|dris1| 1) ; (BOOT::|pdris| 1)) ; (BOOT::SEQ ; (LET ((BOOT::|i| 0) (#:G614 #)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::EXIT (CONS BOOT::|pris| (BOOT::SPADCALL BOOT::|dris| #))))) ; ; caught STYLE-WARNING: ; The variable |pdris| is defined but never used. ; compiling (DEFUN |COMPFACT;backConv| ...) ; compiling (DEFUN |COMPFACT;factor;PRF;5| ...) ; compiling (DEFUN |ComplexFactorization| ...) ; compiling (DEFUN |ComplexFactorization;| ...) ; compiling (MAKEPROP (QUOTE |ComplexFactorization|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; /tmp/oa-Q0mvNe/code.fasl written ; compilation finished in 0:00:00.061 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FNLA.spad && cp FNLA.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FNLA.fasl \ && if test -f FNLA-.NRLIB/code.fasl; then \ cp FNLA-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FNLA-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FNLA.spad using Spad compiler. FNLA abbreviates domain FreeNilpotentLie debug: compDefine1 lhs: (FreeNilpotentLie n class R) signature (pre-evaluate): ((Join (NonAssociativeAlgebra R) (CATEGORY domain (SIGNATURE dimension ((NonNegativeInteger))) (SIGNATURE deepExpand ((OutputForm) $)) (SIGNATURE shallowExpand ((OutputForm) $)) (SIGNATURE generator ($ (NonNegativeInteger))))) (NonNegativeInteger) (NonNegativeInteger) (CommutativeRing)) debug: evaluateType form: (Join (NonAssociativeAlgebra R) (CATEGORY domain (SIGNATURE dimension ((NonNegativeInteger))) (SIGNATURE deepExpand ((OutputForm) $)) (SIGNATURE shallowExpand ((OutputForm) $)) (SIGNATURE generator ($ (NonNegativeInteger))))) $param: (n class R) debug: evaluateType form: (NonAssociativeAlgebra R) $param: (n class R) Debug: evaluateType1 form: (NonAssociativeAlgebra R) debug: evaluateType1 x: R m: (CommutativeRing) debug: evaluateType form: (CATEGORY domain (SIGNATURE dimension ((NonNegativeInteger))) (SIGNATURE deepExpand ((OutputForm) $)) (SIGNATURE shallowExpand ((OutputForm) $)) (SIGNATURE generator ($ (NonNegativeInteger)))) $param: (n class R) debug: evaluateType form: (NonNegativeInteger) $param: (n class R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (OutputForm) $param: (n class R) Debug: evaluateType1 form: (OutputForm) debug: evaluateType form: (OutputForm) $param: (n class R) Debug: evaluateType1 form: (OutputForm) debug: evaluateType form: (NonNegativeInteger) $param: (n class R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (n class R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (n class R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (CommutativeRing) $param: (n class R) Debug: evaluateType1 form: (CommutativeRing) debug: compDefine1 signature (post evaluate): ((Join (NonAssociativeAlgebra R) (CATEGORY domain (SIGNATURE dimension ((NonNegativeInteger))) (SIGNATURE deepExpand ((OutputForm) $)) (SIGNATURE shallowExpand ((OutputForm) $)) (SIGNATURE generator ($ (NonNegativeInteger))))) (NonNegativeInteger) (NonNegativeInteger) (CommutativeRing)) debug: compDefine1 lhs: (FreeNilpotentLie n class R) signature (pre-evaluate): ((Join (NonAssociativeAlgebra R) (CATEGORY domain (SIGNATURE dimension ((NonNegativeInteger))) (SIGNATURE deepExpand ((OutputForm) $)) (SIGNATURE shallowExpand ((OutputForm) $)) (SIGNATURE generator ($ (NonNegativeInteger))))) NIL NIL NIL) debug: evaluateType form: (Join (NonAssociativeAlgebra R) (CATEGORY domain (SIGNATURE dimension ((NonNegativeInteger))) (SIGNATURE deepExpand ((OutputForm) $)) (SIGNATURE shallowExpand ((OutputForm) $)) (SIGNATURE generator ($ (NonNegativeInteger))))) $param: (n class R) debug: evaluateType form: (NonAssociativeAlgebra R) $param: (n class R) Debug: evaluateType1 form: (NonAssociativeAlgebra R) debug: evaluateType1 x: R m: (CommutativeRing) debug: evaluateType form: (CATEGORY domain (SIGNATURE dimension ((NonNegativeInteger))) (SIGNATURE deepExpand ((OutputForm) $)) (SIGNATURE shallowExpand ((OutputForm) $)) (SIGNATURE generator ($ (NonNegativeInteger)))) $param: (n class R) debug: evaluateType form: (NonNegativeInteger) $param: (n class R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (OutputForm) $param: (n class R) Debug: evaluateType1 form: (OutputForm) debug: evaluateType form: (OutputForm) $param: (n class R) Debug: evaluateType1 form: (OutputForm) debug: evaluateType form: (NonNegativeInteger) $param: (n class R) Debug: evaluateType1 form: (NonNegativeInteger) debug: compDefine1 signature (post evaluate): ((Join (NonAssociativeAlgebra R) (CATEGORY domain (SIGNATURE dimension ((NonNegativeInteger))) (SIGNATURE deepExpand ((OutputForm) $)) (SIGNATURE shallowExpand ((OutputForm) $)) (SIGNATURE generator ($ (NonNegativeInteger))))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FreeNilpotentLie compiling into /tmp/oa-PgmaMw compiling exported dimension : () -> NonNegativeInteger Time: 0.06 SEC. compiling local have : (Integer,Integer) -> % Time: 0.03 SEC. compiling exported generator : NonNegativeInteger -> % Time: 0.01 SEC. compiling local putIn : Integer -> % Time: 0.01 SEC. compiling local brkt : (Integer,%) -> % Time: 0.03 SEC. compiling exported * : (%,%) -> % Time: 0.02 SEC. compiling local Fac : Integer -> Commutator Time: 0.02 SEC. compiling local shallowE : (R,OrdSetInts) -> OutputForm Time: 0.03 SEC. compiling exported shallowExpand : % -> OutputForm Time: 0.01 SEC. compiling exported deepExpand : % -> OutputForm Time: 0.05 SEC. (time taken in buildFunctor: 4) Time: 0.02 SEC. Warnings: [1] OpenAxiom suggests removing assignment to Rep [2] brkt: value has no value [3] *: value has no value [4] deepExpand: value has no value Cumulative Statistics for Constructor FreeNilpotentLie Time: 0.29 seconds --------------non extending category---------------------- FreeNilpotentLie(#1,#2,#3) of category NonAssociativeAlgebra #3 with dimension : () -> NonNegativeInteger deepExpand : % -> OutputForm shallowExpand : % -> OutputForm generator : NonNegativeInteger -> % has no IndexedDirectProductCategory(#3,OrdSetInts) ---------------------------------------------------------- finalizing NRLIB FNLA Processing FreeNilpotentLie for Browser database: -- dimension : () -> NNI -- deepExpand : % -> O -- shallowExpand : % -> O -- generator : NNI -> % -- constructor ; compiling file "/tmp/oa-PgmaMw/code.lsp" (written 01 FEB 2016 11:04:40 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FNLA;dimension;Nni;1| ...) ; file: /tmp/oa-PgmaMw/code.lsp ; in: DEFUN |FNLA;dimension;Nni;1| ; (DEFUN BOOT::|FNLA;dimension;Nni;1| (BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 16) ; (BOOT::|shellEntry| BOOT::$ 17))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FNLA;dimension;Nni;1| ; (BOOT::$) ; (BLOCK BOOT::|FNLA;dimension;Nni;1| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 16) ; (BOOT::|shellEntry| BOOT::$ 17)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |FNLA;have| ...) ; compiling (DEFUN |FNLA;generator;Nni$;3| ...) ; compiling (DEFUN |FNLA;putIn| ...) ; compiling (DEFUN |FNLA;brkt| ...) ; compiling (DEFUN |FNLA;*;3$;6| ...) ; compiling (DEFUN |FNLA;Fac| ...) ; compiling (DEFUN |FNLA;shallowE| ...) ; compiling (DEFUN |FNLA;shallowExpand;$Of;9| ...) ; compiling (DEFUN |FNLA;deepExpand;$Of;10| ...) ; compiling (DEFUN |FreeNilpotentLie| ...) ; compiling (DEFUN |FreeNilpotentLie;| ...) ; compiling (MAKEPROP (QUOTE |FreeNilpotentLie|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-PgmaMw/code.fasl written ; compilation finished in 0:00:00.113 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile GRAY.spad && cp GRAY.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GRAY.fasl \ && if test -f GRAY-.NRLIB/code.fasl; then \ cp GRAY-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GRAY-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GRAY.spad using Spad compiler. GRAY abbreviates package GrayCode debug: compDefine1 lhs: (GrayCode) signature (pre-evaluate): ((CATEGORY package (SIGNATURE nextSubsetGray ((Vector (Vector (Integer))) (Vector (Vector (Integer))) (PositiveInteger))) (SIGNATURE firstSubsetGray ((Vector (Vector (Integer))) (PositiveInteger))))) debug: evaluateType form: (CATEGORY package (SIGNATURE nextSubsetGray ((Vector (Vector (Integer))) (Vector (Vector (Integer))) (PositiveInteger))) (SIGNATURE firstSubsetGray ((Vector (Vector (Integer))) (PositiveInteger)))) $param: NIL debug: evaluateType form: (Vector (Vector (Integer))) $param: NIL Debug: evaluateType1 form: (Vector (Vector (Integer))) debug: evaluateType1 x: (Vector (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Vector (Integer)) $param: NIL Debug: evaluateType1 form: (Vector (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evalCategory d: (Vector (Integer)) c: (Type) debug: evaluateType form: (Vector (Vector (Integer))) $param: NIL Debug: evaluateType1 form: (Vector (Vector (Integer))) debug: evaluateType1 x: (Vector (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Vector (Integer)) $param: NIL Debug: evaluateType1 form: (Vector (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evalCategory d: (Vector (Integer)) c: (Type) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (Vector (Vector (Integer))) $param: NIL Debug: evaluateType1 form: (Vector (Vector (Integer))) debug: evaluateType1 x: (Vector (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Vector (Integer)) $param: NIL Debug: evaluateType1 form: (Vector (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evalCategory d: (Vector (Integer)) c: (Type) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE nextSubsetGray ((Vector (Vector (Integer))) (Vector (Vector (Integer))) (PositiveInteger))) (SIGNATURE firstSubsetGray ((Vector (Vector (Integer))) (PositiveInteger))))) ------------------------------------------------------------------------ initializing stationary directory for GrayCode compiling into /tmp/oa-yeKvq4 compiling exported firstSubsetGray : PositiveInteger -> Vector Vector Integer Time: 0.07 SEC. compiling exported nextSubsetGray : (Vector Vector Integer,PositiveInteger) -> Vector Vector Integer Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] firstSubsetGray: : Vector Integer -- should replace by @ Cumulative Statistics for Constructor GrayCode Time: 0.10 seconds finalizing NRLIB GRAY Processing GrayCode for Browser database: -- nextSubsetGray : (V V I,PI) -> V V I -- firstSubsetGray : PI -> V V I -- constructor ; compiling file "/tmp/oa-yeKvq4/code.lsp" (written 01 FEB 2016 11:04:40 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |GRAY;firstSubsetGray;PiV;1| ...) ; compiling (DEFUN |GRAY;nextSubsetGray;VPiV;2| ...) ; file: /tmp/oa-yeKvq4/code.lsp ; in: DEFUN |GRAY;nextSubsetGray;VPiV;2| ; (DEFUN BOOT::|GRAY;nextSubsetGray;VPiV;2| (BOOT::|vv| BOOT::|n| BOOT::$) ; (LET* ((BOOT::|subs| (BOOT::SPADCALL BOOT::|vv| 1 #)) ; (BOOT::|lab| (BOOT::SPADCALL BOOT::|vv| 2 #)) ; (BOOT::|c| (BOOT::SPADCALL BOOT::|lab| 1 #))) ; (PROGN ; (BOOT::SPADCALL BOOT::|lab| 1 1 (BOOT::|shellEntry| BOOT::$ 20)) ; (COND (# #) (T #)) ; (BOOT::SPADCALL BOOT::|lab| BOOT::|c| (BOOT::SPADCALL BOOT::|lab| # #) ; (BOOT::|shellEntry| BOOT::$ 20)) ; (BOOT::SPADCALL BOOT::|lab| (+ BOOT::|c| 1) (+ BOOT::|c| 1) ; (BOOT::|shellEntry| BOOT::$ 20)) ; BOOT::|vv|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GRAY;nextSubsetGray;VPiV;2| ; (BOOT::|vv| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|GRAY;nextSubsetGray;VPiV;2| ; (LET* ((BOOT::|subs| #) (BOOT::|lab| #) (BOOT::|c| #)) ; (PROGN ; (BOOT::SPADCALL BOOT::|lab| 1 1 #) ; (COND # #) ; (BOOT::SPADCALL BOOT::|lab| BOOT::|c| # #) ; (BOOT::SPADCALL BOOT::|lab| # # #) ; BOOT::|vv|)))) ; ; caught STYLE-WARNING: ; The variable |n| is defined but never used. ; compiling (DEFUN |GrayCode| ...) ; compiling (DEFUN |GrayCode;| ...) ; compiling (MAKEPROP (QUOTE |GrayCode|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; /tmp/oa-yeKvq4/code.fasl written ; compilation finished in 0:00:00.032 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile IRSN.spad && cp IRSN.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IRSN.fasl \ && if test -f IRSN-.NRLIB/code.fasl; then \ cp IRSN-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IRSN-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IRSN.spad using Spad compiler. IRSN abbreviates package IrrRepSymNatPackage debug: compDefine1 lhs: (IrrRepSymNatPackage) signature (pre-evaluate): ((CATEGORY package (SIGNATURE dimensionOfIrreducibleRepresentation ((NonNegativeInteger) (List (PositiveInteger)))) (SIGNATURE irreducibleRepresentation ((Matrix (Integer)) (List (PositiveInteger)) (Permutation (Integer)))) (SIGNATURE irreducibleRepresentation ((List (Matrix (Integer))) (List (PositiveInteger)))) (SIGNATURE irreducibleRepresentation ((List (Matrix (Integer))) (List (PositiveInteger)) (List (Permutation (Integer))))))) debug: evaluateType form: (CATEGORY package (SIGNATURE dimensionOfIrreducibleRepresentation ((NonNegativeInteger) (List (PositiveInteger)))) (SIGNATURE irreducibleRepresentation ((Matrix (Integer)) (List (PositiveInteger)) (Permutation (Integer)))) (SIGNATURE irreducibleRepresentation ((List (Matrix (Integer))) (List (PositiveInteger)))) (SIGNATURE irreducibleRepresentation ((List (Matrix (Integer))) (List (PositiveInteger)) (List (Permutation (Integer)))))) $param: NIL debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (List (PositiveInteger)) $param: NIL Debug: evaluateType1 form: (List (PositiveInteger)) debug: evaluateType1 x: (PositiveInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evalCategory d: (PositiveInteger) c: (Type) debug: evaluateType form: (Matrix (Integer)) $param: NIL Debug: evaluateType1 form: (Matrix (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evaluateType form: (List (PositiveInteger)) $param: NIL Debug: evaluateType1 form: (List (PositiveInteger)) debug: evaluateType1 x: (PositiveInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evalCategory d: (PositiveInteger) c: (Type) debug: evaluateType form: (Permutation (Integer)) $param: NIL Debug: evaluateType1 form: (Permutation (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (List (Matrix (Integer))) $param: NIL Debug: evaluateType1 form: (List (Matrix (Integer))) debug: evaluateType1 x: (Matrix (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix (Integer)) $param: NIL Debug: evaluateType1 form: (Matrix (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evalCategory d: (Matrix (Integer)) c: (Type) debug: evaluateType form: (List (PositiveInteger)) $param: NIL Debug: evaluateType1 form: (List (PositiveInteger)) debug: evaluateType1 x: (PositiveInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evalCategory d: (PositiveInteger) c: (Type) debug: evaluateType form: (List (Matrix (Integer))) $param: NIL Debug: evaluateType1 form: (List (Matrix (Integer))) debug: evaluateType1 x: (Matrix (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix (Integer)) $param: NIL Debug: evaluateType1 form: (Matrix (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evalCategory d: (Matrix (Integer)) c: (Type) debug: evaluateType form: (List (PositiveInteger)) $param: NIL Debug: evaluateType1 form: (List (PositiveInteger)) debug: evaluateType1 x: (PositiveInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evalCategory d: (PositiveInteger) c: (Type) debug: evaluateType form: (List (Permutation (Integer))) $param: NIL Debug: evaluateType1 form: (List (Permutation (Integer))) debug: evaluateType1 x: (Permutation (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Permutation (Integer)) $param: NIL Debug: evaluateType1 form: (Permutation (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evalCategory d: (Permutation (Integer)) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE dimensionOfIrreducibleRepresentation ((NonNegativeInteger) (List (PositiveInteger)))) (SIGNATURE irreducibleRepresentation ((Matrix (Integer)) (List (PositiveInteger)) (Permutation (Integer)))) (SIGNATURE irreducibleRepresentation ((List (Matrix (Integer))) (List (PositiveInteger)))) (SIGNATURE irreducibleRepresentation ((List (Matrix (Integer))) (List (PositiveInteger)) (List (Permutation (Integer))))))) ------------------------------------------------------------------------ initializing stationary directory for IrrRepSymNatPackage compiling into /tmp/oa-pWOKRn compiling local aIdInverse : () -> Void Time: 0.15 SEC. compiling local alreadyComputed? : List PositiveInteger -> Void Time: 0.02 SEC. compiling local listPermutation : Permutation Integer -> List Integer Time: 0.02 SEC. compiling local signum : (NonNegativeInteger,NonNegativeInteger,List Integer) -> Integer Time: 0.05 SEC. compiling local sumPartition : List PositiveInteger -> NonNegativeInteger Time: 0.02 SEC. compiling local testPermutation : List Integer -> NonNegativeInteger Time: 0.05 SEC. compiling exported dimensionOfIrreducibleRepresentation : List PositiveInteger -> NonNegativeInteger Time: 0.02 SEC. compiling exported irreducibleRepresentation : (List PositiveInteger,Permutation Integer) -> Matrix Integer Time: 0.03 SEC. compiling exported irreducibleRepresentation : List PositiveInteger -> List Matrix Integer Time: 0.07 SEC. compiling exported irreducibleRepresentation : (List PositiveInteger,List Permutation Integer) -> List Matrix Integer Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] aIdInverse: : NonNegativeInteger -- should replace by @ Cumulative Statistics for Constructor IrrRepSymNatPackage Time: 0.46 seconds finalizing NRLIB IRSN Processing IrrRepSymNatPackage for Browser database: -- dimensionOfIrreducibleRepresentation : L PI -> NNI -- irreducibleRepresentation : (L PI,PERM I) -> M I -- irreducibleRepresentation : L PI -> L M I -- irreducibleRepresentation : (L PI,L PERM I) -> L M I -- constructor ; compiling file "/tmp/oa-pWOKRn/code.lsp" (written 01 FEB 2016 11:04:41 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |IRSN;aIdInverse| ...) ; compiling (DEFUN |IRSN;alreadyComputed?| ...) ; compiling (DEFUN |IRSN;listPermutation| ...) ; compiling (DEFUN |IRSN;signum| ...) ; compiling (DEFUN |IRSN;sumPartition| ...) ; file: /tmp/oa-pWOKRn/code.lsp ; in: DEFUN |IRSN;sumPartition| ; (DEFUN BOOT::|IRSN;sumPartition| (BOOT::|lambda| BOOT::$) ; (LET ((BOOT::|ok| T) ; (BOOT::|prev| (BOOT::|SPADfirst| BOOT::|lambda|)) ; (BOOT::|sum| 0)) ; (BOOT::SEQ ; (LET (#) ; (LOOP # ; #)) ; (COND (# #)) (BOOT::EXIT BOOT::|sum|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IRSN;sumPartition| ; (BOOT::|lambda| BOOT::$) ; (BLOCK BOOT::|IRSN;sumPartition| ; (LET ((BOOT::|ok| T) (BOOT::|prev| #) (BOOT::|sum| 0)) ; (BOOT::SEQ ; (LET # ; #) ; (COND #) (BOOT::EXIT BOOT::|sum|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |IRSN;testPermutation| ...) ; file: /tmp/oa-pWOKRn/code.lsp ; in: DEFUN |IRSN;testPermutation| ; (DEFUN BOOT::|IRSN;testPermutation| (BOOT::|pi| BOOT::$) ; (PROG (BOOT::|test|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IRSN;testPermutation| ; (BOOT::|pi| BOOT::$) ; (BLOCK BOOT::|IRSN;testPermutation| ; (PROG (BOOT::|test|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |IRSN;dimensionOfIrreducibleRepresentation;LNni;7| ...) ; file: /tmp/oa-pWOKRn/code.lsp ; in: DEFUN |IRSN;dimensionOfIrreducibleRepresentation;LNni;7| ; (DEFUN BOOT::|IRSN;dimensionOfIrreducibleRepresentation;LNni;7| ; (BOOT::|lambda| BOOT::$) ; (LET ((BOOT::|nn| (BOOT::|IRSN;sumPartition| BOOT::|lambda| BOOT::$)) ; (BOOT::|dd| 1) ; (BOOT::|lambdaprime| (BOOT::SPADCALL BOOT::|lambda| #))) ; (PROGN ; (LET (# #) ; (LOOP # ; #)) ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IRSN;dimensionOfIrreducibleRepresentation;LNni;7| ; (BOOT::|lambda| BOOT::$) ; (BLOCK BOOT::|IRSN;dimensionOfIrreducibleRepresentation;LNni;7| ; (LET ((BOOT::|nn| #) (BOOT::|dd| 1) (BOOT::|lambdaprime| #)) ; (PROGN ; (LET # ; #) ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |IRSN;irreducibleRepresentation;LPM;8| ...) ; compiling (DEFUN |IRSN;irreducibleRepresentation;LL;9| ...) ; compiling (DEFUN |IRSN;irreducibleRepresentation;LLL;10| ...) ; file: /tmp/oa-pWOKRn/code.lsp ; in: DEFUN |IRSN;irreducibleRepresentation;LLL;10| ; (DEFUN BOOT::|IRSN;irreducibleRepresentation;LLL;10| ; (BOOT::|lambda| BOOT::|listperm| BOOT::$) ; (PROGN ; (BOOT::|IRSN;sumPartition| BOOT::|lambda| BOOT::$) ; (BOOT::|IRSN;alreadyComputed?| BOOT::|lambda| BOOT::$) ; (LET ((#:G646 BOOT::|listperm|) (#:G630 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IRSN;irreducibleRepresentation;LLL;10| ; (BOOT::|lambda| BOOT::|listperm| BOOT::$) ; (BLOCK BOOT::|IRSN;irreducibleRepresentation;LLL;10| ; (PROGN ; (BOOT::|IRSN;sumPartition| BOOT::|lambda| BOOT::$) ; (BOOT::|IRSN;alreadyComputed?| BOOT::|lambda| BOOT::$) ; (LET (# #) ; (LOOP # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |IrrRepSymNatPackage| ...) ; compiling (DEFUN |IrrRepSymNatPackage;| ...) ; compiling (MAKEPROP (QUOTE |IrrRepSymNatPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 3 notes ; /tmp/oa-pWOKRn/code.fasl written ; compilation finished in 0:00:00.172 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile INNMFACT.spad && cp INNMFACT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INNMFACT.fasl \ && if test -f INNMFACT-.NRLIB/code.fasl; then \ cp INNMFACT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INNMFACT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INNMFACT.spad using Spad compiler. INNMFACT abbreviates package InnerMultFact debug: compDefine1 lhs: (InnerMultFact OV E R P) signature (pre-evaluate): ((CATEGORY package (SIGNATURE factor ((Factored P) P (Mapping (Factored (SparseUnivariatePolynomial R)) (SparseUnivariatePolynomial R)))) (SIGNATURE factor ((Factored (SparseUnivariatePolynomial P)) (SparseUnivariatePolynomial P) (Mapping (Factored (SparseUnivariatePolynomial R)) (SparseUnivariatePolynomial R))))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE factor ((Factored P) P (Mapping (Factored (SparseUnivariatePolynomial R)) (SparseUnivariatePolynomial R)))) (SIGNATURE factor ((Factored (SparseUnivariatePolynomial P)) (SparseUnivariatePolynomial P) (Mapping (Factored (SparseUnivariatePolynomial R)) (SparseUnivariatePolynomial R))))) $param: (OV E R P) debug: evaluateType form: (Factored P) $param: (OV E R P) Debug: evaluateType1 form: (Factored P) debug: evaluateType1 x: P m: (IntegralDomain) debug: evaluateType form: P $param: (OV E R P) debug: evaluateType form: (Mapping (Factored (SparseUnivariatePolynomial R)) (SparseUnivariatePolynomial R)) $param: (OV E R P) debug: evaluateType form: (Factored (SparseUnivariatePolynomial R)) $param: (OV E R P) Debug: evaluateType1 form: (Factored (SparseUnivariatePolynomial R)) debug: evaluateType1 x: (SparseUnivariatePolynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (OV E R P) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (OV E R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial R) c: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (OV E R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Factored (SparseUnivariatePolynomial P)) $param: (OV E R P) Debug: evaluateType1 form: (Factored (SparseUnivariatePolynomial P)) debug: evaluateType1 x: (SparseUnivariatePolynomial P) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (OV E R P) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (OV E R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial P) c: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (OV E R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (Mapping (Factored (SparseUnivariatePolynomial R)) (SparseUnivariatePolynomial R)) $param: (OV E R P) debug: evaluateType form: (Factored (SparseUnivariatePolynomial R)) $param: (OV E R P) Debug: evaluateType1 form: (Factored (SparseUnivariatePolynomial R)) debug: evaluateType1 x: (SparseUnivariatePolynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (OV E R P) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (OV E R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial R) c: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (OV E R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE factor ((Factored P) P (Mapping (Factored (SparseUnivariatePolynomial R)) (SparseUnivariatePolynomial R)))) (SIGNATURE factor ((Factored (SparseUnivariatePolynomial P)) (SparseUnivariatePolynomial P) (Mapping (Factored (SparseUnivariatePolynomial R)) (SparseUnivariatePolynomial R))))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for InnerMultFact compiling into /tmp/oa-LIJHi8 importing GenExEuclid(R,SparseUnivariatePolynomial R) importing MultivariateLifting(E,OV,R,P) importing FactoringUtilities(E,OV,R,P) importing LeadingCoefDetermination(OV,E,R,P) compiling local convertPUP : Record(contp: R,factors: List Record(irr: P,pow: Integer)) -> Record(contp: R,factors: List Record(irr: SparseUnivariatePolynomial P,pow: Integer)) Time: 0.15 SEC. compiling local supFactor : (SparseUnivariatePolynomial P,SparseUnivariatePolynomial R -> Factored SparseUnivariatePolynomial R) -> Record(contp: R,factors: List Record(irr: SparseUnivariatePolynomial P,pow: Integer)) Time: 1.12 SEC. compiling exported factor : (SparseUnivariatePolynomial P,SparseUnivariatePolynomial R -> Factored SparseUnivariatePolynomial R) -> Factored SparseUnivariatePolynomial P Time: 0.10 SEC. compiling local checkzero : (SparseUnivariatePolynomial P,SparseUnivariatePolynomial R) -> Boolean Time: 0.07 SEC. compiling local varChoose : (P,List OV,List NonNegativeInteger) -> Record(npol: SparseUnivariatePolynomial P,nvar: List OV,newdeg: List NonNegativeInteger) Time: 0.04 SEC. compiling local localNorm : List SparseUnivariatePolynomial R -> Integer Time: 0.03 SEC. compiling local intChoose : (SparseUnivariatePolynomial P,List OV,R,List P,List List R,SparseUnivariatePolynomial R -> Factored SparseUnivariatePolynomial R) -> Union(Record(inval: List List R,unvfact: List SparseUnivariatePolynomial R,lu: R,complead: List R),failed) Time: 0.54 SEC. compiling local simplify : (P,List OV,List NonNegativeInteger,SparseUnivariatePolynomial R -> Factored SparseUnivariatePolynomial R) -> Record(contp: R,factors: List Record(irr: P,pow: Integer)) Time: 0.08 SEC. compiling local intfact : (SparseUnivariatePolynomial P,List OV,List NonNegativeInteger,Record(contp: R,factors: List Record(irr: P,pow: Integer)),List List R,SparseUnivariatePolynomial R -> Factored SparseUnivariatePolynomial R) -> List SparseUnivariatePolynomial P Time: 2.54 SEC. compiling local mfconst : (SparseUnivariatePolynomial P,List OV,List NonNegativeInteger,SparseUnivariatePolynomial R -> Factored SparseUnivariatePolynomial R) -> List SparseUnivariatePolynomial P Time: 0.18 SEC. compiling local monicize : (SparseUnivariatePolynomial P,P) -> SparseUnivariatePolynomial P Time: 0.04 SEC. compiling local unmonicize : (SparseUnivariatePolynomial P,P) -> SparseUnivariatePolynomial P Time: 0 SEC. compiling local monicMfpol : (SparseUnivariatePolynomial P,List OV,List NonNegativeInteger,SparseUnivariatePolynomial R -> Factored SparseUnivariatePolynomial R) -> List SparseUnivariatePolynomial P Time: 0.09 SEC. compiling local mfpol : (SparseUnivariatePolynomial P,List OV,List NonNegativeInteger,SparseUnivariatePolynomial R -> Factored SparseUnivariatePolynomial R) -> List SparseUnivariatePolynomial P Time: 0.12 SEC. compiling local mFactor : (P,SparseUnivariatePolynomial R -> Factored SparseUnivariatePolynomial R) -> Record(contp: R,factors: List Record(irr: P,pow: Integer)) Time: 0.55 SEC. compiling exported factor : (P,SparseUnivariatePolynomial R -> Factored SparseUnivariatePolynomial R) -> Factored P Time: 0.08 SEC. (time taken in buildFunctor: 0) Time: 0.03 SEC. Warnings: [1] supFactor: factorlist has no value [2] supFactor: irr has no value [3] supFactor: pow has no value [4] varChoose: not known that Ring is of mode CATEGORY(package,factor: (P,(SparseUnivariatePolynomial R -> Factored SparseUnivariatePolynomial R)) -> Factored P,factor: (SparseUnivariatePolynomial P,(SparseUnivariatePolynomial R -> Factored SparseUnivariatePolynomial R)) -> Factored SparseUnivariatePolynomial P) [5] intChoose: unifact has no value [6] intfact: unifact has no value [7] intfact: lpol has no value [8] intfact: factfin has no value [9] mFactor: not known that IntegralDomain is of mode CATEGORY(package,factor: (P,(SparseUnivariatePolynomial R -> Factored SparseUnivariatePolynomial R)) -> Factored P,factor: (SparseUnivariatePolynomial P,(SparseUnivariatePolynomial R -> Factored SparseUnivariatePolynomial R)) -> Factored SparseUnivariatePolynomial P) [10] mFactor: irr has no value [11] mFactor: pow has no value [12] mFactor: x has no value [13] mFactor: ffactor has no value [14] mFactor: lvar has no value Cumulative Statistics for Constructor InnerMultFact Time: 5.77 seconds finalizing NRLIB INNMFACT Processing InnerMultFact for Browser database: -- factor : (P,UFactor) -> Factored P -- factor : (USP,UFactor) -> Factored USP -- constructor ; compiling file "/tmp/oa-LIJHi8/code.lsp" (written 01 FEB 2016 11:04:47 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |INNMFACT;convertPUP| ...) ; compiling (DEFUN |INNMFACT;supFactor| ...) ; compiling (DEFUN |INNMFACT;factor;SupMF;3| ...) ; compiling (DEFUN |INNMFACT;checkzero| ...) ; file: /tmp/oa-LIJHi8/code.lsp ; in: DEFUN |INNMFACT;checkzero| ; (DEFUN BOOT::|INNMFACT;checkzero| (BOOT::|u| BOOT::|um| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|u| (BOOT::|spadConstant| BOOT::$ 91) ; (BOOT::|shellEntry| BOOT::$ 92)) ; (BOOT::SPADCALL BOOT::|um| (BOOT::|spadConstant| BOOT::$ 93) ; (BOOT::|shellEntry| BOOT::$ 94))) ; ((BOOT::SPADCALL BOOT::|um| (BOOT::|spadConstant| BOOT::$ 93) ; (BOOT::|shellEntry| BOOT::$ 94)) ; NIL) ; ((EQL (BOOT::SPADCALL BOOT::|u| #) (BOOT::SPADCALL BOOT::|um| #)) ; (BOOT::|INNMFACT;checkzero| (BOOT::SPADCALL BOOT::|u| #) ; (BOOT::SPADCALL BOOT::|um| #) BOOT::$)) ; (T NIL))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INNMFACT;checkzero| ; (BOOT::|u| BOOT::|um| BOOT::$) ; (BLOCK BOOT::|INNMFACT;checkzero| ; (COND ((BOOT::SPADCALL BOOT::|u| # #) (BOOT::SPADCALL BOOT::|um| # #)) ; ((BOOT::SPADCALL BOOT::|um| # #) NIL) ; ((EQL # #) (BOOT::|INNMFACT;checkzero| # # BOOT::$)) (T NIL)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |INNMFACT;varChoose| ...) ; file: /tmp/oa-LIJHi8/code.lsp ; in: DEFUN |INNMFACT;varChoose| ; (DEFUN BOOT::|INNMFACT;varChoose| ; (BOOT::|m| BOOT::|lvar| BOOT::|ldeg| BOOT::$) ; (PROG (BOOT::|x| BOOT::|i|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INNMFACT;varChoose| ; (BOOT::|m| BOOT::|lvar| BOOT::|ldeg| BOOT::$) ; (BLOCK BOOT::|INNMFACT;varChoose| ; (PROG (BOOT::|x| BOOT::|i|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |lvar| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |ldeg| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS UNSIGNED-BYTE T)) ; ; compiling (DEFUN |INNMFACT;localNorm| ...) ; file: /tmp/oa-LIJHi8/code.lsp ; in: DEFUN |INNMFACT;localNorm| ; (DEFUN BOOT::|INNMFACT;localNorm| (BOOT::|lum| BOOT::$) ; (PROG (BOOT::|cc|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INNMFACT;localNorm| ; (BOOT::|lum| BOOT::$) ; (BLOCK BOOT::|INNMFACT;localNorm| ; (PROG (BOOT::|cc|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |INNMFACT;intChoose| ...) ; file: /tmp/oa-LIJHi8/code.lsp ; in: DEFUN |INNMFACT;intChoose| ; (DEFUN BOOT::|INNMFACT;intChoose| ; (BOOT::|um| BOOT::|lvar| BOOT::|clc| BOOT::|plist| BOOT::|ltry| ; BOOT::|ufactor| BOOT::$) ; (PROG (BOOT::|nf| BOOT::|lunivf| BOOT::|luniv| BOOT::|newm| BOOT::|lval| ; BOOT::|int| BOOT::|leadtest| BOOT::|newunifact| BOOT::|lffc1| ; BOOT::|lffc| BOOT::|nfatt|) ; (RETURN ; (LET (# # # # # # # #) ; (BOOT::SEQ # # # # # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INNMFACT;intChoose| ; (BOOT::|um| BOOT::|lvar| BOOT::|clc| BOOT::|plist| BOOT::|ltry| ; BOOT::|ufactor| BOOT::$) ; (BLOCK BOOT::|INNMFACT;intChoose| ; (PROG (BOOT::|nf| BOOT::|lunivf| BOOT::|luniv| BOOT::|newm| ; BOOT::|lval| BOOT::|int| BOOT::|leadtest| BOOT::|newunifact| ; BOOT::|lffc1| BOOT::|lffc| BOOT::|nfatt|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |ltry| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS LIST T)) ; ; (SETQ BOOT::|leadcomp| BOOT::|leadcomp1|) ; --> THE ; ==> ; BOOT::|leadcomp1| ; ; note: deleting unreachable code ; (LET ((BOOT::|degum| ; (BOOT::SPADCALL BOOT::|um| (BOOT::|shellEntry| BOOT::$ 60))) ; (BOOT::|nvar1| (LIST-LENGTH BOOT::|lvar|)) ; (BOOT::|range| 5) ; (BOOT::|unifact| NIL) ; (BOOT::|ctf1| (BOOT::|spadConstant| BOOT::$ 53)) ; (BOOT::|testp| (NOT (NULL BOOT::|plist|))) ; (BOOT::|leadcomp| NIL) ; (BOOT::|leadcomp1| NIL)) ; (BOOT::SEQ (SETQ BOOT::|leadcomp1| NIL) ; (SETQ BOOT::|leadcomp| BOOT::|leadcomp1|) ; (BOOT::LETT BOOT::|nfatt| (+ BOOT::|degum| 1) ; BOOT::|INNMFACT;intChoose|) ; (BOOT::LETT BOOT::|lffc| (BOOT::|spadConstant| BOOT::$ 53) ; BOOT::|INNMFACT;intChoose|) ; (BOOT::LETT BOOT::|lffc1| BOOT::|lffc| ; BOOT::|INNMFACT;intChoose|) ; (BOOT::LETT BOOT::|newunifact| NIL BOOT::|INNMFACT;intChoose|) ; (BOOT::LETT BOOT::|leadtest| T BOOT::|INNMFACT;intChoose|) ; (BOOT::LETT BOOT::|int| NIL BOOT::|INNMFACT;intChoose|) ; (LOOP (COND (# #) (T #))) ; (BOOT::EXIT ; (CONS 0 ; (VECTOR # BOOT::|unifact| BOOT::|lffc| ; BOOT::|leadcomp|))))) ; ; caught STYLE-WARNING: ; The variable |ctf1| is defined but never used. ; compiling (DEFUN |INNMFACT;simplify| ...) ; compiling (DEFUN |INNMFACT;intfact| ...) ; file: /tmp/oa-LIJHi8/code.lsp ; in: DEFUN |INNMFACT;intfact| ; (DEFUN BOOT::|INNMFACT;intfact| ; (BOOT::|um| BOOT::|lvar| BOOT::|ldeg| BOOT::|tleadpol| BOOT::|ltry| ; BOOT::|ufactor| BOOT::$) ; (PROG (BOOT::|factfin| BOOT::|ffin| BOOT::|umd| BOOT::|dist| BOOT::|distf| ; BOOT::|lpol| BOOT::|leadval| BOOT::|dd| BOOT::|lval| BOOT::|nfact| ; BOOT::|unifact| BOOT::|vfchoo| ...) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INNMFACT;intfact| ; (BOOT::|um| BOOT::|lvar| BOOT::|ldeg| BOOT::|tleadpol| BOOT::|ltry| ; BOOT::|ufactor| BOOT::$) ; (BLOCK BOOT::|INNMFACT;intfact| ; (PROG (BOOT::|factfin| BOOT::|ffin| BOOT::|umd| BOOT::|dist| ; BOOT::|distf| BOOT::|lpol| BOOT::|leadval| BOOT::|dd| ; BOOT::|lval| BOOT::|nfact| BOOT::|unifact| BOOT::|vfchoo| ...) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |ltry| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS LIST T)) ; ; compiling (DEFUN |INNMFACT;mfconst| ...) ; file: /tmp/oa-LIJHi8/code.lsp ; in: DEFUN |INNMFACT;mfconst| ; (LET ((BOOT::|factfin| NIL)) ; (COND ; ((NULL BOOT::|lvar|) ; (PROGN ; (BOOT::LETT BOOT::|lum| # BOOT::|INNMFACT;mfconst|) ; (LET # ; #))) ; (T ; (BOOT::|INNMFACT;intfact| BOOT::|um| BOOT::|lvar| BOOT::|ldeg| ; (CONS # NIL) NIL BOOT::|ufactor| BOOT::$)))) ; ; caught STYLE-WARNING: ; The variable |factfin| is defined but never used. ; (DEFUN BOOT::|INNMFACT;mfconst| ; (BOOT::|um| BOOT::|lvar| BOOT::|ldeg| BOOT::|ufactor| BOOT::$) ; (PROG (BOOT::|lum|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INNMFACT;mfconst| ; (BOOT::|um| BOOT::|lvar| BOOT::|ldeg| BOOT::|ufactor| BOOT::$) ; (BLOCK BOOT::|INNMFACT;mfconst| ; (PROG (BOOT::|lum|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |INNMFACT;monicize| ...) ; compiling (DEFUN |INNMFACT;unmonicize| ...) ; compiling (DEFUN |INNMFACT;monicMfpol| ...) ; file: /tmp/oa-LIJHi8/code.lsp ; in: DEFUN |INNMFACT;monicMfpol| ; (DEFUN BOOT::|INNMFACT;monicMfpol| ; (BOOT::|um| BOOT::|lvar| BOOT::|ldeg| BOOT::|ufactor| BOOT::$) ; (LET* ((BOOT::|l| (BOOT::SPADCALL BOOT::|um| #)) ; (BOOT::|monpol| ; (BOOT::|INNMFACT;monicize| BOOT::|um| BOOT::|l| BOOT::$)) ; (BOOT::|nldeg| (BOOT::SPADCALL BOOT::|monpol| BOOT::|lvar| #))) ; (BOOT::SPADCALL ; (CONS #'BOOT::|INNMFACT;monicMfpol!0| (VECTOR BOOT::$ BOOT::|l|)) ; (BOOT::|INNMFACT;mfconst| BOOT::|monpol| BOOT::|lvar| BOOT::|nldeg| ; BOOT::|ufactor| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 185)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INNMFACT;monicMfpol| ; (BOOT::|um| BOOT::|lvar| BOOT::|ldeg| BOOT::|ufactor| BOOT::$) ; (BLOCK BOOT::|INNMFACT;monicMfpol| ; (LET* ((BOOT::|l| #) (BOOT::|monpol| #) (BOOT::|nldeg| #)) ; (BOOT::SPADCALL (CONS #'BOOT::|INNMFACT;monicMfpol!0| #) ; (BOOT::|INNMFACT;mfconst| BOOT::|monpol| BOOT::|lvar| ; BOOT::|nldeg| BOOT::|ufactor| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 185))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; ; caught STYLE-WARNING: ; The variable |ldeg| is defined but never used. ; compiling (DEFUN |INNMFACT;monicMfpol!0| ...) ; compiling (DEFUN |INNMFACT;mfpol| ...) ; compiling (DEFUN |INNMFACT;mFactor| ...) ; compiling (DEFUN |INNMFACT;factor;PMF;16| ...) ; compiling (DEFUN |InnerMultFact| ...) ; compiling (DEFUN |InnerMultFact;| ...) ; compiling (MAKEPROP (QUOTE |InnerMultFact|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; printed 9 notes ; /tmp/oa-LIJHi8/code.fasl written ; compilation finished in 0:00:00.232 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ACFS.spad && cp ACFS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ACFS.fasl \ && if test -f ACFS-.NRLIB/code.fasl; then \ cp ACFS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ACFS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ACFS.spad using Spad compiler. ACFS abbreviates category AlgebraicallyClosedFunctionSpace debug: compDefine1 lhs: (AlgebraicallyClosedFunctionSpace R) signature (pre-evaluate): ((Category) (IntegralDomain)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: compDefine1 signature (post evaluate): ((Category) (IntegralDomain)) debug: compDefine1 lhs: (AlgebraicallyClosedFunctionSpace R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for AlgebraicallyClosedFunctionSpace compiling into /tmp/oa-WeVqSy STYLE-WARNING: redefining BOOT::|AlgebraicallyClosedFunctionSpace| in DEFUN Time: 0.04 SEC. ACFS- abbreviates package AlgebraicallyClosedFunctionSpace& ------------------------------------------------------------------------ initializing stationary directory for AlgebraicallyClosedFunctionSpace& compiling into /tmp/oa-ELze1a compiling exported rootOf : S -> S Time: 0.07 SEC. compiling exported rootsOf : S -> List S Time: 0.02 SEC. compiling exported zeroOf : S -> S Time: 0.01 SEC. compiling exported zerosOf : S -> List S Time: 0.02 SEC. compiling exported zeroOf : (S,Symbol) -> S Time: 0.09 SEC. compiling exported rootOf : (S,Symbol) -> S Time: 0.06 SEC. compiling exported zerosOf : (S,Symbol) -> List S Time: 0.07 SEC. compiling exported rootsOf : (S,Symbol) -> List S Time: 0.07 SEC. compiling exported rootsOf : (SparseUnivariatePolynomial S,Symbol) -> List S Time: 0.04 SEC. compiling exported zerosOf : (SparseUnivariatePolynomial S,Symbol) -> List S Time: 0.03 SEC. compiling exported zeroOf : (SparseUnivariatePolynomial S,Symbol) -> S Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] rootOf: empty? has no value [2] zeroOf: empty? has no value [3] zeroOf: not known that Ring is of mode CATEGORY(package,zerosOf: (S,Symbol) -> List S,zeroOf: (S,Symbol) -> S,zerosOf: S -> List S,zeroOf: S -> S,rootsOf: (S,Symbol) -> List S,rootOf: (S,Symbol) -> S,rootsOf: S -> List S,rootOf: S -> S,zerosOf: (SparseUnivariatePolynomial S,Symbol) -> List S,zerosOf: SparseUnivariatePolynomial S -> List S,zerosOf: Polynomial S -> List S,zeroOf: (SparseUnivariatePolynomial S,Symbol) -> S,zeroOf: SparseUnivariatePolynomial S -> S,zeroOf: Polynomial S -> S,rootsOf: (SparseUnivariatePolynomial S,Symbol) -> List S,rootsOf: SparseUnivariatePolynomial S -> List S,rootsOf: Polynomial S -> List S,rootOf: (SparseUnivariatePolynomial S,Symbol) -> S,rootOf: SparseUnivariatePolynomial S -> S,rootOf: Polynomial S -> S) [4] zeroOf: not known that SetCategory is of mode CATEGORY(package,zerosOf: (S,Symbol) -> List S,zeroOf: (S,Symbol) -> S,zerosOf: S -> List S,zeroOf: S -> S,rootsOf: (S,Symbol) -> List S,rootOf: (S,Symbol) -> S,rootsOf: S -> List S,rootOf: S -> S,zerosOf: (SparseUnivariatePolynomial S,Symbol) -> List S,zerosOf: SparseUnivariatePolynomial S -> List S,zerosOf: Polynomial S -> List S,zeroOf: (SparseUnivariatePolynomial S,Symbol) -> S,zeroOf: SparseUnivariatePolynomial S -> S,zeroOf: Polynomial S -> S,rootsOf: (SparseUnivariatePolynomial S,Symbol) -> List S,rootsOf: SparseUnivariatePolynomial S -> List S,rootsOf: Polynomial S -> List S,rootOf: (SparseUnivariatePolynomial S,Symbol) -> S,rootOf: SparseUnivariatePolynomial S -> S,rootOf: Polynomial S -> S) [5] not known that Ring is of mode CATEGORY(package,zerosOf: (S,Symbol) -> List S,zeroOf: (S,Symbol) -> S,zerosOf: S -> List S,zeroOf: S -> S,rootsOf: (S,Symbol) -> List S,rootOf: (S,Symbol) -> S,rootsOf: S -> List S,rootOf: S -> S,zerosOf: (SparseUnivariatePolynomial S,Symbol) -> List S,zerosOf: SparseUnivariatePolynomial S -> List S,zerosOf: Polynomial S -> List S,zeroOf: (SparseUnivariatePolynomial S,Symbol) -> S,zeroOf: SparseUnivariatePolynomial S -> S,zeroOf: Polynomial S -> S,rootsOf: (SparseUnivariatePolynomial S,Symbol) -> List S,rootsOf: SparseUnivariatePolynomial S -> List S,rootsOf: Polynomial S -> List S,rootOf: (SparseUnivariatePolynomial S,Symbol) -> S,rootOf: SparseUnivariatePolynomial S -> S,rootOf: Polynomial S -> S) Cumulative Statistics for Constructor AlgebraicallyClosedFunctionSpace& Time: 0.52 seconds finalizing NRLIB ACFS- ; compiling file "/tmp/oa-ELze1a/code.lsp" (written 01 FEB 2016 11:04:48 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ACFS-;rootOf;2$;1| ...) ; compiling (DEFUN |ACFS-;rootsOf;$L;2| ...) ; file: /tmp/oa-ELze1a/code.lsp ; in: DEFUN |ACFS-;rootsOf;$L;2| ; (DEFUN BOOT::|ACFS-;rootsOf;$L;2| (BOOT::|p| BOOT::$) ; (LET ((BOOT::|l| (BOOT::SPADCALL BOOT::|p| #))) ; (COND ((NULL BOOT::|l|) (BOOT::|error| "rootsOf: constant expression")) ; (T (BOOT::SPADCALL BOOT::|p| # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ACFS-;rootsOf;$L;2| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|ACFS-;rootsOf;$L;2| ; (LET ((BOOT::|l| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ACFS-;zeroOf;2$;3| ...) ; compiling (DEFUN |ACFS-;zerosOf;$L;4| ...) ; file: /tmp/oa-ELze1a/code.lsp ; in: DEFUN |ACFS-;zerosOf;$L;4| ; (DEFUN BOOT::|ACFS-;zerosOf;$L;4| (BOOT::|p| BOOT::$) ; (LET ((BOOT::|l| (BOOT::SPADCALL BOOT::|p| #))) ; (COND ((NULL BOOT::|l|) (BOOT::|error| "zerosOf: constant expression")) ; (T (BOOT::SPADCALL BOOT::|p| # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ACFS-;zerosOf;$L;4| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|ACFS-;zerosOf;$L;4| ; (LET ((BOOT::|l| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ACFS-;zeroOf;$S$;5| ...) ; compiling (DEFUN |ACFS-;rootOf;$S$;6| ...) ; compiling (DEFUN |ACFS-;zerosOf;$SL;7| ...) ; file: /tmp/oa-ELze1a/code.lsp ; in: DEFUN |ACFS-;zerosOf;$SL;7| ; (DEFUN BOOT::|ACFS-;zerosOf;$SL;7| (BOOT::|p| BOOT::|x| BOOT::$) ; (LET* ((BOOT::|f| (BOOT::SPADCALL BOOT::|p| # #)) ; (BOOT::|n| (BOOT::SPADCALL BOOT::|f| #))) ; (COND ((PLUSP #) (BOOT::|error| "zerosOf: variable appears in denom")) ; ((ZEROP #) NIL) (T (BOOT::SPADCALL BOOT::|n| BOOT::|x| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ACFS-;zerosOf;$SL;7| ; (BOOT::|p| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ACFS-;zerosOf;$SL;7| ; (LET* ((BOOT::|f| #) (BOOT::|n| #)) ; (COND (# #) (# NIL) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ACFS-;rootsOf;$SL;8| ...) ; file: /tmp/oa-ELze1a/code.lsp ; in: DEFUN |ACFS-;rootsOf;$SL;8| ; (DEFUN BOOT::|ACFS-;rootsOf;$SL;8| (BOOT::|p| BOOT::|x| BOOT::$) ; (LET* ((BOOT::|f| (BOOT::SPADCALL BOOT::|p| # #)) ; (BOOT::|n| (BOOT::SPADCALL BOOT::|f| #))) ; (COND ((PLUSP #) (BOOT::|error| "roofsOf: variable appears in denom")) ; ((ZEROP #) NIL) (T (BOOT::SPADCALL BOOT::|n| BOOT::|x| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ACFS-;rootsOf;$SL;8| ; (BOOT::|p| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ACFS-;rootsOf;$SL;8| ; (LET* ((BOOT::|f| #) (BOOT::|n| #)) ; (COND (# #) (# NIL) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ACFS-;rootsOf;SupSL;9| ...) ; file: /tmp/oa-ELze1a/code.lsp ; in: DEFUN |ACFS-;rootsOf;SupSL;9| ; (DEFUN BOOT::|ACFS-;rootsOf;SupSL;9| (BOOT::|p| BOOT::|y| BOOT::$) ; (LET ((BOOT::|r| (BOOT::SPADCALL BOOT::|p| #))) ; (COND ((ZEROP #) (BOOT::SPADCALL # BOOT::|y| #)) ; (T (BOOT::SPADCALL BOOT::|p| BOOT::|y| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ACFS-;rootsOf;SupSL;9| ; (BOOT::|p| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|ACFS-;rootsOf;SupSL;9| ; (LET ((BOOT::|r| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ACFS-;zerosOf;SupSL;10| ...) ; file: /tmp/oa-ELze1a/code.lsp ; in: DEFUN |ACFS-;zerosOf;SupSL;10| ; (DEFUN BOOT::|ACFS-;zerosOf;SupSL;10| (BOOT::|p| BOOT::|y| BOOT::$) ; (LET ((BOOT::|r| (BOOT::SPADCALL BOOT::|p| #))) ; (COND ((ZEROP #) (BOOT::SPADCALL # BOOT::|y| #)) ; (T (BOOT::SPADCALL BOOT::|p| BOOT::|y| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ACFS-;zerosOf;SupSL;10| ; (BOOT::|p| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|ACFS-;zerosOf;SupSL;10| ; (LET ((BOOT::|r| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ACFS-;zeroOf;SupS$;11| ...) ; compiling (DEFUN |AlgebraicallyClosedFunctionSpace&| ...) ; compiling (MAKEPROP (QUOTE |AlgebraicallyClosedFunctionSpace&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 6 notes ; /tmp/oa-ELze1a/code.fasl written ; compilation finished in 0:00:00.061 ------------------------------------------------------------------------ finalizing NRLIB ACFS Processing AlgebraicallyClosedFunctionSpace for Browser database: -- rootOf : % -> % -- rootsOf : % -> List % -- rootOf : (%,Symbol) -> % -- rootsOf : (%,Symbol) -> List % -- zeroOf : % -> % -- zerosOf : % -> List % -- zeroOf : (%,Symbol) -> % -- zerosOf : (%,Symbol) -> List % -- constructor ; compiling file "/tmp/oa-WeVqSy/code.lsp" (written 01 FEB 2016 11:04:48 PM): ; compiling (DEFPARAMETER |AlgebraicallyClosedFunctionSpace;AL| ...) ; compiling (DEFUN |AlgebraicallyClosedFunctionSpace;| ...) ; compiling (DEFUN |AlgebraicallyClosedFunctionSpace| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-WeVqSy/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MHROWRED.spad && cp MHROWRED.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MHROWRED.fasl \ && if test -f MHROWRED-.NRLIB/code.fasl; then \ cp MHROWRED-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MHROWRED-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MHROWRED.spad using Spad compiler. MHROWRED abbreviates package ModularHermitianRowReduction debug: compDefine1 lhs: (ModularHermitianRowReduction R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE rowEch ((Matrix R) (Matrix R))) (SIGNATURE rowEchelon ((Matrix R) (Matrix R) R)) (SIGNATURE rowEchLocal ((Matrix R) (Matrix R) R)) (SIGNATURE rowEchelonLocal ((Matrix R) (Matrix R) R R)) (SIGNATURE normalizedDivide ((Record (: quotient R) (: remainder R)) R R))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE rowEch ((Matrix R) (Matrix R))) (SIGNATURE rowEchelon ((Matrix R) (Matrix R) R)) (SIGNATURE rowEchLocal ((Matrix R) (Matrix R) R)) (SIGNATURE rowEchelonLocal ((Matrix R) (Matrix R) R R)) (SIGNATURE normalizedDivide ((Record (: quotient R) (: remainder R)) R R))) $param: (R) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Record (: quotient R) (: remainder R)) $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: R $param: (R) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE rowEch ((Matrix R) (Matrix R))) (SIGNATURE rowEchelon ((Matrix R) (Matrix R) R)) (SIGNATURE rowEchLocal ((Matrix R) (Matrix R) R)) (SIGNATURE rowEchelonLocal ((Matrix R) (Matrix R) R R)) (SIGNATURE normalizedDivide ((Record (: quotient R) (: remainder R)) R R))) NIL) ------------------------------------------------------------------------ initializing stationary directory for ModularHermitianRowReduction compiling into /tmp/oa-ONKC6n compiling local nonzero? : Vector R -> Boolean Time: 0.03 SEC. compiling local non0 : (Vector R,Integer) -> Union(Record(val: R,cl: Integer,rw: Integer),failed) Time: 0.03 SEC. compiling local mkMat : (Matrix R,List Integer) -> Matrix R Time: 0.09 SEC. compiling local diagSubMatrix : Matrix R -> Union(Record(val: R,mat: Matrix R),failed) Time: 0.64 SEC. compiling local determinantOfMinor : Matrix R -> R Time: 0.05 SEC. compiling local enumerateBinomial : (List Integer,Integer,Integer) -> List Integer Time: 0.05 SEC. compiling exported rowEch : Matrix R -> Matrix R Time: 0.00 SEC. compiling local vconc : (Matrix R,R) -> Matrix R Time: 0.01 SEC. compiling local order : (R,R) -> Integer Time: 0.01 SEC. compiling exported normalizedDivide : (R,R) -> Record(quotient: R,remainder: R) Time: 0.01 SEC. compiling exported normalizedDivide : (R,R) -> Record(quotient: R,remainder: R) Time: 0 SEC. compiling exported rowEchLocal : (Matrix R,R) -> Matrix R Time: 0.01 SEC. compiling exported rowEchelonLocal : (Matrix R,R,R) -> Matrix R Time: 0.03 SEC. compiling exported rowEchelon : (Matrix R,R) -> Matrix R Time: 0.01 SEC. compiling exported rowEchelon : (Matrix R,R) -> Matrix R Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.03 SEC. Warnings: [1] non0: ans has no value [2] mkMat: STEP has no value [3] mkMat: i has no value [4] diagSubMatrix: IN has no value [5] diagSubMatrix: r has no value [6] diagSubMatrix: cl has no value [7] diagSubMatrix: STEP has no value [8] diagSubMatrix: z has no value [9] diagSubMatrix: rw has no value [10] rowEchelonLocal: pivord has no value Cumulative Statistics for Constructor ModularHermitianRowReduction Time: 1.04 seconds finalizing NRLIB MHROWRED Processing ModularHermitianRowReduction for Browser database: -- rowEch : M -> M -- rowEchelon : (M,R) -> M -- rowEchLocal : (M,R) -> M -- rowEchelonLocal : (M,R,R) -> M -- normalizedDivide : (R,R) -> Record(quotient: R,remainder: R) -- constructor ; compiling file "/tmp/oa-ONKC6n/code.lsp" (written 01 FEB 2016 11:04:49 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MHROWRED;nonzero?| ...) ; file: /tmp/oa-ONKC6n/code.lsp ; in: DEFUN |MHROWRED;nonzero?| ; (DEFUN BOOT::|MHROWRED;nonzero?| (BOOT::|v| BOOT::$) ; (BOOT::SPADCALL (CONS #'BOOT::|MHROWRED;nonzero?!0| BOOT::$) BOOT::|v| ; (BOOT::|shellEntry| BOOT::$ 12))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MHROWRED;nonzero?| ; (BOOT::|v| BOOT::$) ; (BLOCK BOOT::|MHROWRED;nonzero?| ; (BOOT::SPADCALL (CONS #'BOOT::|MHROWRED;nonzero?!0| BOOT::$) BOOT::|v| ; (BOOT::|shellEntry| BOOT::$ 12)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |MHROWRED;nonzero?!0| ...) ; compiling (DEFUN |MHROWRED;non0| ...) ; compiling (DEFUN |MHROWRED;mkMat| ...) ; compiling (DEFUN |MHROWRED;diagSubMatrix| ...) ; compiling (DEFUN |MHROWRED;determinantOfMinor| ...) ; compiling (DEFUN |MHROWRED;enumerateBinomial| ...) ; file: /tmp/oa-ONKC6n/code.lsp ; in: DEFUN |MHROWRED;enumerateBinomial| ; (DEFUN BOOT::|MHROWRED;enumerateBinomial| ; (BOOT::|l| BOOT::|m| BOOT::|i| BOOT::$) ; (PROG (BOOT::|b| BOOT::|n|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MHROWRED;enumerateBinomial| ; (BOOT::|l| BOOT::|m| BOOT::|i| BOOT::$) ; (BLOCK BOOT::|MHROWRED;enumerateBinomial| ; (PROG (BOOT::|b| BOOT::|n|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |m| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; ; note: Assignment to argument: |i| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS INTEGER T)) &REST T). ; compiling (DEFUN |MHROWRED;rowEch;2M;7| ...) ; compiling (DEFUN |MHROWRED;vconc| ...) ; compiling (DEFUN |MHROWRED;vconc!0| ...) ; compiling (DEFUN |MHROWRED;order| ...) ; compiling (DEFUN |MHROWRED;normalizedDivide;2RR;10| ...) ; compiling (DEFUN |MHROWRED;normalizedDivide;2RR;11| ...) ; file: /tmp/oa-ONKC6n/code.lsp ; in: DEFUN |MHROWRED;normalizedDivide;2RR;11| ; (DEFUN BOOT::|MHROWRED;normalizedDivide;2RR;11| (BOOT::|n| BOOT::|d| BOOT::$) ; (BOOT::SPADCALL BOOT::|n| BOOT::|d| (BOOT::|shellEntry| BOOT::$ 77))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MHROWRED;normalizedDivide;2RR;11| ; (BOOT::|n| BOOT::|d| BOOT::$) ; (BLOCK BOOT::|MHROWRED;normalizedDivide;2RR;11| ; (BOOT::SPADCALL BOOT::|n| BOOT::|d| (BOOT::|shellEntry| BOOT::$ 77)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |MHROWRED;rowEchLocal;MRM;12| ...) ; compiling (DEFUN |MHROWRED;rowEchelonLocal;M2RM;13| ...) ; compiling (DEFUN |MHROWRED;rowEchelon;MRM;14| ...) ; compiling (DEFUN |MHROWRED;rowEchelon;MRM;15| ...) ; compiling (DEFUN |ModularHermitianRowReduction| ...) ; compiling (DEFUN |ModularHermitianRowReduction;| ...) ; compiling (MAKEPROP (QUOTE |ModularHermitianRowReduction|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 5 notes ; /tmp/oa-ONKC6n/code.fasl written ; compilation finished in 0:00:00.145 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile NUMODE.spad && cp NUMODE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/NUMODE.fasl \ && if test -f NUMODE-.NRLIB/code.fasl; then \ cp NUMODE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/NUMODE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NUMODE.spad using Spad compiler. NUMODE abbreviates package NumericalOrdinaryDifferentialEquations debug: compDefine1 lhs: (NumericalOrdinaryDifferentialEquations) signature (pre-evaluate): ((CATEGORY package (SIGNATURE rk4 ((Void) (Vector (Float)) (Integer) (Float) (Float) (Mapping (Void) (Vector (Float)) (Vector (Float)) (Float)))) (SIGNATURE rk4 ((Void) (Vector (Float)) (Integer) (Float) (Float) (Mapping (Void) (Vector (Float)) (Vector (Float)) (Float)) (Vector (Float)) (Vector (Float)) (Vector (Float)) (Vector (Float)))) (SIGNATURE rk4a ((Void) (Vector (Float)) (Integer) (Float) (Float) (Float) (Float) (Integer) (Mapping (Void) (Vector (Float)) (Vector (Float)) (Float)))) (SIGNATURE rk4qc ((Void) (Vector (Float)) (Integer) (Float) (Record (: tryValue (Float)) (: did (Float)) (: next (Float))) (Float) (Vector (Float)) (Mapping (Void) (Vector (Float)) (Vector (Float)) (Float)))) (SIGNATURE rk4qc ((Void) (Vector (Float)) (Integer) (Float) (Record (: tryValue (Float)) (: did (Float)) (: next (Float))) (Float) (Vector (Float)) (Mapping (Void) (Vector (Float)) (Vector (Float)) (Float)) (Vector (Float)) (Vector (Float)) (Vector (Float)) (Vector (Float)) (Vector (Float)) (Vector (Float)) (Vector (Float)))) (SIGNATURE rk4f ((Void) (Vector (Float)) (Integer) (Float) (Float) (Integer) (Mapping (Void) (Vector (Float)) (Vector (Float)) (Float)))))) debug: evaluateType form: (CATEGORY package (SIGNATURE rk4 ((Void) (Vector (Float)) (Integer) (Float) (Float) (Mapping (Void) (Vector (Float)) (Vector (Float)) (Float)))) (SIGNATURE rk4 ((Void) (Vector (Float)) (Integer) (Float) (Float) (Mapping (Void) (Vector (Float)) (Vector (Float)) (Float)) (Vector (Float)) (Vector (Float)) (Vector (Float)) (Vector (Float)))) (SIGNATURE rk4a ((Void) (Vector (Float)) (Integer) (Float) (Float) (Float) (Float) (Integer) (Mapping (Void) (Vector (Float)) (Vector (Float)) (Float)))) (SIGNATURE rk4qc ((Void) (Vector (Float)) (Integer) (Float) (Record (: tryValue (Float)) (: did (Float)) (: next (Float))) (Float) (Vector (Float)) (Mapping (Void) (Vector (Float)) (Vector (Float)) (Float)))) (SIGNATURE rk4qc ((Void) (Vector (Float)) (Integer) (Float) (Record (: tryValue (Float)) (: did (Float)) (: next (Float))) (Float) (Vector (Float)) (Mapping (Void) (Vector (Float)) (Vector (Float)) (Float)) (Vector (Float)) (Vector (Float)) (Vector (Float)) (Vector (Float)) (Vector (Float)) (Vector (Float)) (Vector (Float)))) (SIGNATURE rk4f ((Void) (Vector (Float)) (Integer) (Float) (Float) (Integer) (Mapping (Void) (Vector (Float)) (Vector (Float)) (Float))))) $param: NIL debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Vector (Float)) $param: NIL Debug: evaluateType1 form: (Vector (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Mapping (Void) (Vector (Float)) (Vector (Float)) (Float)) $param: NIL debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Vector (Float)) $param: NIL Debug: evaluateType1 form: (Vector (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (Vector (Float)) $param: NIL Debug: evaluateType1 form: (Vector (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Vector (Float)) $param: NIL Debug: evaluateType1 form: (Vector (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Mapping (Void) (Vector (Float)) (Vector (Float)) (Float)) $param: NIL debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Vector (Float)) $param: NIL Debug: evaluateType1 form: (Vector (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (Vector (Float)) $param: NIL Debug: evaluateType1 form: (Vector (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Vector (Float)) $param: NIL Debug: evaluateType1 form: (Vector (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (Vector (Float)) $param: NIL Debug: evaluateType1 form: (Vector (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (Vector (Float)) $param: NIL Debug: evaluateType1 form: (Vector (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (Vector (Float)) $param: NIL Debug: evaluateType1 form: (Vector (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Vector (Float)) $param: NIL Debug: evaluateType1 form: (Vector (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Mapping (Void) (Vector (Float)) (Vector (Float)) (Float)) $param: NIL debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Vector (Float)) $param: NIL Debug: evaluateType1 form: (Vector (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (Vector (Float)) $param: NIL Debug: evaluateType1 form: (Vector (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Vector (Float)) $param: NIL Debug: evaluateType1 form: (Vector (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Record (: tryValue (Float)) (: did (Float)) (: next (Float))) $param: NIL debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Vector (Float)) $param: NIL Debug: evaluateType1 form: (Vector (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (Mapping (Void) (Vector (Float)) (Vector (Float)) (Float)) $param: NIL debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Vector (Float)) $param: NIL Debug: evaluateType1 form: (Vector (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (Vector (Float)) $param: NIL Debug: evaluateType1 form: (Vector (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Vector (Float)) $param: NIL Debug: evaluateType1 form: (Vector (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Record (: tryValue (Float)) (: did (Float)) (: next (Float))) $param: NIL debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Vector (Float)) $param: NIL Debug: evaluateType1 form: (Vector (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (Mapping (Void) (Vector (Float)) (Vector (Float)) (Float)) $param: NIL debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Vector (Float)) $param: NIL Debug: evaluateType1 form: (Vector (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (Vector (Float)) $param: NIL Debug: evaluateType1 form: (Vector (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Vector (Float)) $param: NIL Debug: evaluateType1 form: (Vector (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (Vector (Float)) $param: NIL Debug: evaluateType1 form: (Vector (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (Vector (Float)) $param: NIL Debug: evaluateType1 form: (Vector (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (Vector (Float)) $param: NIL Debug: evaluateType1 form: (Vector (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (Vector (Float)) $param: NIL Debug: evaluateType1 form: (Vector (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (Vector (Float)) $param: NIL Debug: evaluateType1 form: (Vector (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (Vector (Float)) $param: NIL Debug: evaluateType1 form: (Vector (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Vector (Float)) $param: NIL Debug: evaluateType1 form: (Vector (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Mapping (Void) (Vector (Float)) (Vector (Float)) (Float)) $param: NIL debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Vector (Float)) $param: NIL Debug: evaluateType1 form: (Vector (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (Vector (Float)) $param: NIL Debug: evaluateType1 form: (Vector (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE rk4 ((Void) (Vector (Float)) (Integer) (Float) (Float) (Mapping (Void) (Vector (Float)) (Vector (Float)) (Float)))) (SIGNATURE rk4 ((Void) (Vector (Float)) (Integer) (Float) (Float) (Mapping (Void) (Vector (Float)) (Vector (Float)) (Float)) (Vector (Float)) (Vector (Float)) (Vector (Float)) (Vector (Float)))) (SIGNATURE rk4a ((Void) (Vector (Float)) (Integer) (Float) (Float) (Float) (Float) (Integer) (Mapping (Void) (Vector (Float)) (Vector (Float)) (Float)))) (SIGNATURE rk4qc ((Void) (Vector (Float)) (Integer) (Float) (Record (: tryValue (Float)) (: did (Float)) (: next (Float))) (Float) (Vector (Float)) (Mapping (Void) (Vector (Float)) (Vector (Float)) (Float)))) (SIGNATURE rk4qc ((Void) (Vector (Float)) (Integer) (Float) (Record (: tryValue (Float)) (: did (Float)) (: next (Float))) (Float) (Vector (Float)) (Mapping (Void) (Vector (Float)) (Vector (Float)) (Float)) (Vector (Float)) (Vector (Float)) (Vector (Float)) (Vector (Float)) (Vector (Float)) (Vector (Float)) (Vector (Float)))) (SIGNATURE rk4f ((Void) (Vector (Float)) (Integer) (Float) (Float) (Integer) (Mapping (Void) (Vector (Float)) (Vector (Float)) (Float)))))) ------------------------------------------------------------------------ initializing stationary directory for NumericalOrdinaryDifferentialEquations compiling into /tmp/oa-dqGFyS importing OutputPackage compiling exported rk4a : (Vector Float,Integer,Float,Float,Float,Float,Integer,(Vector Float,Vector Float,Float) -> Void) -> Void Time: 0.15 SEC. compiling exported rk4qc : (Vector Float,Integer,Float,Record(tryValue: Float,did: Float,next: Float),Float,Vector Float,(Vector Float,Vector Float,Float) -> Void) -> Void Time: 0.02 SEC. compiling exported rk4qc : (Vector Float,Integer,Float,Record(tryValue: Float,did: Float,next: Float),Float,Vector Float,(Vector Float,Vector Float,Float) -> Void,Vector Float,Vector Float,Vector Float,Vector Float,Vector Float,Vector Float,Vector Float) -> Void Time: 0.02 SEC. compiling local rk4qclocal : (Vector Float,Vector Float,Integer,Float,Record(tryValue: Float,did: Float,next: Float),Float,Vector Float,(Vector Float,Vector Float,Float) -> Void,Vector Float,Vector Float,Vector Float,Vector Float,Vector Float,Vector Float) -> Void Time: 0.05 SEC. compiling exported rk4f : (Vector Float,Integer,Float,Float,Integer,(Vector Float,Vector Float,Float) -> Void) -> Void Time: 0.06 SEC. compiling exported rk4 : (Vector Float,Integer,Float,Float,(Vector Float,Vector Float,Float) -> Void) -> Void Time: 0.07 SEC. compiling exported rk4 : (Vector Float,Integer,Float,Float,(Vector Float,Vector Float,Float) -> Void,Vector Float,Vector Float,Vector Float,Vector Float) -> Void Time: 0.04 SEC. compiling local rk4local : (Vector Float,Vector Float,Integer,Float,Float,Vector Float,(Vector Float,Vector Float,Float) -> Void,Vector Float,Vector Float,Vector Float) -> Void Time: 0.27 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Cumulative Statistics for Constructor NumericalOrdinaryDifferentialEquations Time: 0.70 seconds finalizing NRLIB NUMODE Processing NumericalOrdinaryDifferentialEquations for Browser database: -- rk4 : (V NF,I,NF,NF,((V NF,V NF,NF) -> VOID)) -> VOID -- rk4 : (V NF,I,NF,NF,((V NF,V NF,NF) -> VOID),V NF,V NF,V NF,V NF) -> VOID -- rk4a : (V NF,I,NF,NF,NF,NF,I,((V NF,V NF,NF) -> VOID)) -> VOID -- rk4qc : (V NF,I,NF,RK4STEP,NF,V NF,((V NF,V NF,NF) -> VOID)) -> VOID -- rk4qc : (V NF,I,NF,RK4STEP,NF,V NF,((V NF,V NF,NF) -> VOID),V NF,V NF,V NF,V NF,V NF,V NF,V NF) -> VOID -- rk4f : (V NF,I,NF,NF,I,((V NF,V NF,NF) -> VOID)) -> VOID -- constructor ; compiling file "/tmp/oa-dqGFyS/code.lsp" (written 01 FEB 2016 11:04:50 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |NUMODE;rk4a;VI4FIMV;1| ...) ; compiling (DEFUN |NUMODE;rk4qc;VIFRFVMV;2| ...) ; compiling (DEFUN |NUMODE;rk4qc;VIFRFVM7VV;3| ...) ; compiling (DEFUN |NUMODE;rk4qclocal| ...) ; compiling (DEFUN |NUMODE;rk4f;VI2FIMV;5| ...) ; file: /tmp/oa-dqGFyS/code.lsp ; in: DEFUN |NUMODE;rk4f;VI2FIMV;5| ; (LET ((BOOT::|yt| ; (BOOT::SPADCALL (COND # #) (BOOT::SPADCALL 0 0 10 #) ; (BOOT::|shellEntry| BOOT::$ 14))) ; (BOOT::|dyt| ; (BOOT::SPADCALL (COND # #) (BOOT::SPADCALL 0 0 10 #) ; (BOOT::|shellEntry| BOOT::$ 14))) ; (BOOT::|dym| ; (BOOT::SPADCALL (COND # #) (BOOT::SPADCALL 0 0 10 #) ; (BOOT::|shellEntry| BOOT::$ 14))) ; (BOOT::|dydx| ; (BOOT::SPADCALL (COND # #) (BOOT::SPADCALL 0 0 10 #) ; (BOOT::|shellEntry| BOOT::$ 14))) ; (BOOT::|ynew| ; (BOOT::SPADCALL (COND # #) (BOOT::SPADCALL 0 0 10 #) ; (BOOT::|shellEntry| BOOT::$ 14))) ; (BOOT::|h| ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x2| BOOT::|x1| #) ; (BOOT::SPADCALL BOOT::|nstep| #) ; (BOOT::|shellEntry| BOOT::$ 23))) ; (BOOT::|x| BOOT::|x1|) ; (BOOT::|j| NIL)) ; (LET ((BOOT::|i| 1)) ; (LOOP (COND (# #) (T #)) ; (SETQ BOOT::|i| #)))) ; ; caught STYLE-WARNING: ; The variable |ynew| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |j| is defined but never used. ; compiling (DEFUN |NUMODE;rk4;VI2FMV;6| ...) ; compiling (DEFUN |NUMODE;rk4;VI2FM4VV;7| ...) ; compiling (DEFUN |NUMODE;rk4local| ...) ; compiling (DEFUN |NumericalOrdinaryDifferentialEquations| ...) ; compiling (DEFUN |NumericalOrdinaryDifferentialEquations;| ...) ; compiling (MAKEPROP (QUOTE |NumericalOrdinaryDifferentialEquations|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; /tmp/oa-dqGFyS/code.fasl written ; compilation finished in 0:00:00.159 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile NUMQUAD.spad && cp NUMQUAD.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/NUMQUAD.fasl \ && if test -f NUMQUAD-.NRLIB/code.fasl; then \ cp NUMQUAD-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/NUMQUAD-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NUMQUAD.spad using Spad compiler. NUMQUAD abbreviates package NumericalQuadrature debug: compDefine1 lhs: (NumericalQuadrature) signature (pre-evaluate): ((CATEGORY package (SIGNATURE aromberg ((Record (: value (Float)) (: error (Float)) (: totalpts (Integer)) (: success (Boolean))) (Mapping (Float) (Float)) (Float) (Float) (Float) (Float) (Integer) (Integer) (Integer))) (SIGNATURE asimpson ((Record (: value (Float)) (: error (Float)) (: totalpts (Integer)) (: success (Boolean))) (Mapping (Float) (Float)) (Float) (Float) (Float) (Float) (Integer) (Integer) (Integer))) (SIGNATURE atrapezoidal ((Record (: value (Float)) (: error (Float)) (: totalpts (Integer)) (: success (Boolean))) (Mapping (Float) (Float)) (Float) (Float) (Float) (Float) (Integer) (Integer) (Integer))) (SIGNATURE romberg ((Record (: value (Float)) (: error (Float)) (: totalpts (Integer)) (: success (Boolean))) (Mapping (Float) (Float)) (Float) (Float) (Float) (Float) (Integer) (Integer))) (SIGNATURE simpson ((Record (: value (Float)) (: error (Float)) (: totalpts (Integer)) (: success (Boolean))) (Mapping (Float) (Float)) (Float) (Float) (Float) (Float) (Integer) (Integer))) (SIGNATURE trapezoidal ((Record (: value (Float)) (: error (Float)) (: totalpts (Integer)) (: success (Boolean))) (Mapping (Float) (Float)) (Float) (Float) (Float) (Float) (Integer) (Integer))) (SIGNATURE rombergo ((Record (: value (Float)) (: error (Float)) (: totalpts (Integer)) (: success (Boolean))) (Mapping (Float) (Float)) (Float) (Float) (Float) (Float) (Integer) (Integer))) (SIGNATURE simpsono ((Record (: value (Float)) (: error (Float)) (: totalpts (Integer)) (: success (Boolean))) (Mapping (Float) (Float)) (Float) (Float) (Float) (Float) (Integer) (Integer))) (SIGNATURE trapezoidalo ((Record (: value (Float)) (: error (Float)) (: totalpts (Integer)) (: success (Boolean))) (Mapping (Float) (Float)) (Float) (Float) (Float) (Float) (Integer) (Integer))))) debug: evaluateType form: (CATEGORY package (SIGNATURE aromberg ((Record (: value (Float)) (: error (Float)) (: totalpts (Integer)) (: success (Boolean))) (Mapping (Float) (Float)) (Float) (Float) (Float) (Float) (Integer) (Integer) (Integer))) (SIGNATURE asimpson ((Record (: value (Float)) (: error (Float)) (: totalpts (Integer)) (: success (Boolean))) (Mapping (Float) (Float)) (Float) (Float) (Float) (Float) (Integer) (Integer) (Integer))) (SIGNATURE atrapezoidal ((Record (: value (Float)) (: error (Float)) (: totalpts (Integer)) (: success (Boolean))) (Mapping (Float) (Float)) (Float) (Float) (Float) (Float) (Integer) (Integer) (Integer))) (SIGNATURE romberg ((Record (: value (Float)) (: error (Float)) (: totalpts (Integer)) (: success (Boolean))) (Mapping (Float) (Float)) (Float) (Float) (Float) (Float) (Integer) (Integer))) (SIGNATURE simpson ((Record (: value (Float)) (: error (Float)) (: totalpts (Integer)) (: success (Boolean))) (Mapping (Float) (Float)) (Float) (Float) (Float) (Float) (Integer) (Integer))) (SIGNATURE trapezoidal ((Record (: value (Float)) (: error (Float)) (: totalpts (Integer)) (: success (Boolean))) (Mapping (Float) (Float)) (Float) (Float) (Float) (Float) (Integer) (Integer))) (SIGNATURE rombergo ((Record (: value (Float)) (: error (Float)) (: totalpts (Integer)) (: success (Boolean))) (Mapping (Float) (Float)) (Float) (Float) (Float) (Float) (Integer) (Integer))) (SIGNATURE simpsono ((Record (: value (Float)) (: error (Float)) (: totalpts (Integer)) (: success (Boolean))) (Mapping (Float) (Float)) (Float) (Float) (Float) (Float) (Integer) (Integer))) (SIGNATURE trapezoidalo ((Record (: value (Float)) (: error (Float)) (: totalpts (Integer)) (: success (Boolean))) (Mapping (Float) (Float)) (Float) (Float) (Float) (Float) (Integer) (Integer)))) $param: NIL debug: evaluateType form: (Record (: value (Float)) (: error (Float)) (: totalpts (Integer)) (: success (Boolean))) $param: NIL debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Mapping (Float) (Float)) $param: NIL debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Record (: value (Float)) (: error (Float)) (: totalpts (Integer)) (: success (Boolean))) $param: NIL debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Mapping (Float) (Float)) $param: NIL debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Record (: value (Float)) (: error (Float)) (: totalpts (Integer)) (: success (Boolean))) $param: NIL debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Mapping (Float) (Float)) $param: NIL debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Record (: value (Float)) (: error (Float)) (: totalpts (Integer)) (: success (Boolean))) $param: NIL debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Mapping (Float) (Float)) $param: NIL debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Record (: value (Float)) (: error (Float)) (: totalpts (Integer)) (: success (Boolean))) $param: NIL debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Mapping (Float) (Float)) $param: NIL debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Record (: value (Float)) (: error (Float)) (: totalpts (Integer)) (: success (Boolean))) $param: NIL debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Mapping (Float) (Float)) $param: NIL debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Record (: value (Float)) (: error (Float)) (: totalpts (Integer)) (: success (Boolean))) $param: NIL debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Mapping (Float) (Float)) $param: NIL debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Record (: value (Float)) (: error (Float)) (: totalpts (Integer)) (: success (Boolean))) $param: NIL debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Mapping (Float) (Float)) $param: NIL debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Record (: value (Float)) (: error (Float)) (: totalpts (Integer)) (: success (Boolean))) $param: NIL debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Mapping (Float) (Float)) $param: NIL debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE aromberg ((Record (: value (Float)) (: error (Float)) (: totalpts (Integer)) (: success (Boolean))) (Mapping (Float) (Float)) (Float) (Float) (Float) (Float) (Integer) (Integer) (Integer))) (SIGNATURE asimpson ((Record (: value (Float)) (: error (Float)) (: totalpts (Integer)) (: success (Boolean))) (Mapping (Float) (Float)) (Float) (Float) (Float) (Float) (Integer) (Integer) (Integer))) (SIGNATURE atrapezoidal ((Record (: value (Float)) (: error (Float)) (: totalpts (Integer)) (: success (Boolean))) (Mapping (Float) (Float)) (Float) (Float) (Float) (Float) (Integer) (Integer) (Integer))) (SIGNATURE romberg ((Record (: value (Float)) (: error (Float)) (: totalpts (Integer)) (: success (Boolean))) (Mapping (Float) (Float)) (Float) (Float) (Float) (Float) (Integer) (Integer))) (SIGNATURE simpson ((Record (: value (Float)) (: error (Float)) (: totalpts (Integer)) (: success (Boolean))) (Mapping (Float) (Float)) (Float) (Float) (Float) (Float) (Integer) (Integer))) (SIGNATURE trapezoidal ((Record (: value (Float)) (: error (Float)) (: totalpts (Integer)) (: success (Boolean))) (Mapping (Float) (Float)) (Float) (Float) (Float) (Float) (Integer) (Integer))) (SIGNATURE rombergo ((Record (: value (Float)) (: error (Float)) (: totalpts (Integer)) (: success (Boolean))) (Mapping (Float) (Float)) (Float) (Float) (Float) (Float) (Integer) (Integer))) (SIGNATURE simpsono ((Record (: value (Float)) (: error (Float)) (: totalpts (Integer)) (: success (Boolean))) (Mapping (Float) (Float)) (Float) (Float) (Float) (Float) (Integer) (Integer))) (SIGNATURE trapezoidalo ((Record (: value (Float)) (: error (Float)) (: totalpts (Integer)) (: success (Boolean))) (Mapping (Float) (Float)) (Float) (Float) (Float) (Float) (Integer) (Integer))))) ------------------------------------------------------------------------ initializing stationary directory for NumericalQuadrature compiling into /tmp/oa-0jKUrV importing OutputPackage compiling exported aromberg : (Float -> Float,Float,Float,Float,Float,Integer,Integer,Integer) -> Record(value: Float,error: Float,totalpts: Integer,success: Boolean) Time: 0.12 SEC. compiling exported asimpson : (Float -> Float,Float,Float,Float,Float,Integer,Integer,Integer) -> Record(value: Float,error: Float,totalpts: Integer,success: Boolean) Time: 0.04 SEC. compiling exported atrapezoidal : (Float -> Float,Float,Float,Float,Float,Integer,Integer,Integer) -> Record(value: Float,error: Float,totalpts: Integer,success: Boolean) Time: 0.04 SEC. compiling exported romberg : (Float -> Float,Float,Float,Float,Float,Integer,Integer) -> Record(value: Float,error: Float,totalpts: Integer,success: Boolean) Time: 0.14 SEC. compiling exported simpson : (Float -> Float,Float,Float,Float,Float,Integer,Integer) -> Record(value: Float,error: Float,totalpts: Integer,success: Boolean) Time: 0.09 SEC. compiling exported trapezoidal : (Float -> Float,Float,Float,Float,Float,Integer,Integer) -> Record(value: Float,error: Float,totalpts: Integer,success: Boolean) Time: 0.06 SEC. compiling exported rombergo : (Float -> Float,Float,Float,Float,Float,Integer,Integer) -> Record(value: Float,error: Float,totalpts: Integer,success: Boolean) Time: 0.16 SEC. compiling exported simpsono : (Float -> Float,Float,Float,Float,Float,Integer,Integer) -> Record(value: Float,error: Float,totalpts: Integer,success: Boolean) Time: 0.06 SEC. compiling exported trapezoidalo : (Float -> Float,Float,Float,Float,Float,Integer,Integer) -> Record(value: Float,error: Float,totalpts: Integer,success: Boolean) Time: 0.03 SEC. compiling local trapclosed : (Float -> Float,Float,Float,Float,Integer) -> Float Time: 0.02 SEC. compiling local trapopen : (Float -> Float,Float,Float,Float,Integer) -> Float Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Cumulative Statistics for Constructor NumericalQuadrature Time: 0.80 seconds finalizing NRLIB NUMQUAD Processing NumericalQuadrature for Browser database: -- aromberg : ((F -> F),F,F,F,F,I,I,I) -> TrapAns -- asimpson : ((F -> F),F,F,F,F,I,I,I) -> TrapAns -- atrapezoidal : ((F -> F),F,F,F,F,I,I,I) -> TrapAns -- romberg : ((F -> F),F,F,F,F,I,I) -> TrapAns -- simpson : ((F -> F),F,F,F,F,I,I) -> TrapAns -- trapezoidal : ((F -> F),F,F,F,F,I,I) -> TrapAns -- rombergo : ((F -> F),F,F,F,F,I,I) -> TrapAns -- simpsono : ((F -> F),F,F,F,F,I,I) -> TrapAns -- trapezoidalo : ((F -> F),F,F,F,F,I,I) -> TrapAns -- constructor ; compiling file "/tmp/oa-0jKUrV/code.lsp" (written 01 FEB 2016 11:04:51 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |NUMQUAD;aromberg;M4F3IR;1| ...) ; compiling (DEFUN |NUMQUAD;asimpson;M4F3IR;2| ...) ; compiling (DEFUN |NUMQUAD;atrapezoidal;M4F3IR;3| ...) ; compiling (DEFUN |NUMQUAD;romberg;M4F2IR;4| ...) ; compiling (DEFUN |NUMQUAD;simpson;M4F2IR;5| ...) ; compiling (DEFUN |NUMQUAD;trapezoidal;M4F2IR;6| ...) ; compiling (DEFUN |NUMQUAD;rombergo;M4F2IR;7| ...) ; compiling (DEFUN |NUMQUAD;simpsono;M4F2IR;8| ...) ; compiling (DEFUN |NUMQUAD;trapezoidalo;M4F2IR;9| ...) ; compiling (DEFUN |NUMQUAD;trapclosed| ...) ; compiling (DEFUN |NUMQUAD;trapopen| ...) ; compiling (DEFUN |NumericalQuadrature| ...) ; compiling (DEFUN |NumericalQuadrature;| ...) ; compiling (MAKEPROP (QUOTE |NumericalQuadrature|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-0jKUrV/code.fasl written ; compilation finished in 0:00:00.255 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile GENUFACT.spad && cp GENUFACT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GENUFACT.fasl \ && if test -f GENUFACT-.NRLIB/code.fasl; then \ cp GENUFACT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GENUFACT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GENUFACT.spad using Spad compiler. GENUFACT abbreviates package GenUFactorize debug: compDefine1 lhs: (GenUFactorize R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE factor ((Factored (SparseUnivariatePolynomial R)) (SparseUnivariatePolynomial R)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE factor ((Factored (SparseUnivariatePolynomial R)) (SparseUnivariatePolynomial R)))) $param: (R) debug: evaluateType form: (Factored (SparseUnivariatePolynomial R)) $param: (R) Debug: evaluateType1 form: (Factored (SparseUnivariatePolynomial R)) debug: evaluateType1 x: (SparseUnivariatePolynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (R) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial R) c: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (R) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE factor ((Factored (SparseUnivariatePolynomial R)) (SparseUnivariatePolynomial R)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for GenUFactorize compiling into /tmp/oa-QzHosk compiling local factorWarning : OutputForm -> Void Time: 0.06 SEC. compiling exported factor : SparseUnivariatePolynomial R -> Factored SparseUnivariatePolynomial R Time: 0.64 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] factor: not known that UnivariatePolynomialCategory(Integer) is of mode CATEGORY(domain,outputForm: (%,OutputForm) -> OutputForm,fmecg: (%,NonNegativeInteger,R,%) -> %) [2] factor: not known that UnivariatePolynomialCategory(Fraction (Integer)) is of mode CATEGORY(domain,outputForm: (%,OutputForm) -> OutputForm,fmecg: (%,NonNegativeInteger,R,%) -> %) [3] factor: not known that UnivariatePolynomialCategory(Complex (Integer)) is of mode CATEGORY(domain,outputForm: (%,OutputForm) -> OutputForm,fmecg: (%,NonNegativeInteger,R,%) -> %) [4] factor: not known that UnivariatePolynomialCategory(Complex (Fraction (Integer))) is of mode CATEGORY(domain,outputForm: (%,OutputForm) -> OutputForm,fmecg: (%,NonNegativeInteger,R,%) -> %) [5] factor: not known that UnivariatePolynomialCategory(AlgebraicNumber) is of mode CATEGORY(domain,outputForm: (%,OutputForm) -> OutputForm,fmecg: (%,NonNegativeInteger,R,%) -> %) [6] factor: symbol has no value [7] factor: not known that IntegralDomain is of mode CATEGORY(package,factor: SparseUnivariatePolynomial R -> Factored SparseUnivariatePolynomial R) Cumulative Statistics for Constructor GenUFactorize Time: 0.70 seconds finalizing NRLIB GENUFACT Processing GenUFactorize for Browser database: -- factor : PR -> Factored PR -- constructor ; compiling file "/tmp/oa-QzHosk/code.lsp" (written 01 FEB 2016 11:04:52 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |GENUFACT;factorWarning| ...) ; compiling (DEFUN |GENUFACT;factor;SupF;2| ...) ; compiling (DEFUN |GenUFactorize| ...) ; compiling (DEFUN |GenUFactorize;| ...) ; compiling (MAKEPROP (QUOTE |GenUFactorize|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-QzHosk/code.fasl written ; compilation finished in 0:00:00.031 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/MPC2.fasl --bootstrap MPC2.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MPC2.spad using Spad compiler. MPC2 abbreviates package MPolyCatFunctions2 ------------------------------------------------------------------------ initializing stationary directory for MPolyCatFunctions2 compiling into /tmp/oa-4Eecg7 Time: 0.07 SEC. Cumulative Statistics for Constructor MPolyCatFunctions2 Time: 0.07 seconds finalizing NRLIB MPC2 ; compiling file "/tmp/oa-4Eecg7/code.lsp" (written 01 FEB 2016 11:04:53 PM): ; compiling (DEFUN |MPolyCatFunctions2| ...) ; compiling (DEFUN |MPolyCatFunctions2;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-4Eecg7/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/MFINFACT.fasl --optimize=3 MFINFACT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MFINFACT.spad using Spad compiler. MFINFACT abbreviates package MultFiniteFactorize debug: compDefine1 lhs: (MultFiniteFactorize OV E F PG) signature (pre-evaluate): ((CATEGORY package (SIGNATURE factor ((Factored PG) PG)) (SIGNATURE factor ((Factored (SparseUnivariatePolynomial PG)) (SparseUnivariatePolynomial PG)))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE factor ((Factored PG) PG)) (SIGNATURE factor ((Factored (SparseUnivariatePolynomial PG)) (SparseUnivariatePolynomial PG)))) $param: (OV E F PG) debug: evaluateType form: (Factored PG) $param: (OV E F PG) Debug: evaluateType1 form: (Factored PG) debug: evaluateType1 x: PG m: (IntegralDomain) debug: evaluateType form: PG $param: (OV E F PG) debug: evaluateType form: (Factored (SparseUnivariatePolynomial PG)) $param: (OV E F PG) Debug: evaluateType1 form: (Factored (SparseUnivariatePolynomial PG)) debug: evaluateType1 x: (SparseUnivariatePolynomial PG) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (OV E F PG) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial PG) $param: (OV E F PG) Debug: evaluateType1 form: (SparseUnivariatePolynomial PG) debug: evaluateType1 x: PG m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial PG) c: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial PG) $param: (OV E F PG) Debug: evaluateType1 form: (SparseUnivariatePolynomial PG) debug: evaluateType1 x: PG m: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE factor ((Factored PG) PG)) (SIGNATURE factor ((Factored (SparseUnivariatePolynomial PG)) (SparseUnivariatePolynomial PG)))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for MultFiniteFactorize compiling into /tmp/oa-JM7mwr importing LeadingCoefDetermination(OV,IndexedExponents OV,SparseUnivariatePolynomial F,SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV)) importing MultivariateLifting(IndexedExponents OV,OV,SparseUnivariatePolynomial F,SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV)) importing FactoringUtilities(IndexedExponents OV,OV,SparseUnivariatePolynomial F,SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV)) importing FactoringUtilities(E,OV,F,PG) importing GenExEuclid(SparseUnivariatePolynomial F,SparseUnivariatePolynomial SparseUnivariatePolynomial F) compiling local convertPUP : Record(contp: SparseUnivariatePolynomial F,factors: List Record(irr: SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV),pow: Integer)) -> Record(contp: SparseUnivariatePolynomial F,factors: List Record(irr: SparseUnivariatePolynomial SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV),pow: Integer)) Time: 0.18 SEC. compiling local supFactor : (SparseUnivariatePolynomial SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV),Integer) -> Record(contp: SparseUnivariatePolynomial F,factors: List Record(irr: SparseUnivariatePolynomial SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV),pow: Integer)) Time: 1.26 SEC. compiling exported factor : SparseUnivariatePolynomial PG -> Factored SparseUnivariatePolynomial PG Time: 0.30 SEC. compiling local mFactor : (SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV),Integer) -> Record(contp: SparseUnivariatePolynomial F,factors: List Record(irr: SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV),pow: Integer)) Time: 0.82 SEC. compiling local pM : List SparseUnivariatePolynomial SparseUnivariatePolynomial F -> SparseUnivariatePolynomial F Time: 0.03 SEC. compiling local pushdcoef : PG -> SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV) Time: 0.01 SEC. compiling local intfact : (SparseUnivariatePolynomial SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV),List OV,List NonNegativeInteger,Record(contp: SparseUnivariatePolynomial F,factors: List Record(irr: SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV),pow: Integer)),List List SparseUnivariatePolynomial F) -> List SparseUnivariatePolynomial SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV) Time: 0.78 SEC. compiling local pushup : (SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV),OV) -> PG Time: 0.02 SEC. compiling local pushdown : (PG,OV) -> SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV) Time: 0.04 SEC. compiling local pushupconst : (SparseUnivariatePolynomial F,OV) -> PG Time: 0.02 SEC. compiling local ran : Integer -> SparseUnivariatePolynomial F Time: 0.02 SEC. compiling local checkzero : (SparseUnivariatePolynomial SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV),SparseUnivariatePolynomial SparseUnivariatePolynomial F) -> Boolean Time: 0.12 SEC. compiling local varChoose : (SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV),List OV,List NonNegativeInteger) -> Record(npol: SparseUnivariatePolynomial SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV),nvar: List OV,newdeg: List NonNegativeInteger) Time: 0.05 SEC. compiling local norm : List SparseUnivariatePolynomial SparseUnivariatePolynomial F -> Integer Time: 0.05 SEC. compiling local intChoose : (SparseUnivariatePolynomial SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV),List OV,SparseUnivariatePolynomial F,List SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV),List List SparseUnivariatePolynomial F) -> Record(inval: List List SparseUnivariatePolynomial F,unvfact: List SparseUnivariatePolynomial SparseUnivariatePolynomial F,lu: SparseUnivariatePolynomial F,complead: List SparseUnivariatePolynomial F) Time: 1.28 SEC. compiling local constantCase : (SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV),List Record(irr: SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV),pow: Integer)) -> Record(contp: SparseUnivariatePolynomial F,factors: List Record(irr: SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV),pow: Integer)) Time: 0.06 SEC. compiling local simplify : (SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV),Integer,List OV,List NonNegativeInteger) -> Record(contp: SparseUnivariatePolynomial F,factors: List Record(irr: SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV),pow: Integer)) Time: 0.09 SEC. compiling local mfconst : (SparseUnivariatePolynomial SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV),Integer,List OV,List NonNegativeInteger) -> List SparseUnivariatePolynomial SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV) Time: 0.22 SEC. compiling local mfpol : (SparseUnivariatePolynomial SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV),Integer,List OV,List NonNegativeInteger) -> List SparseUnivariatePolynomial SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV) Time: 0.09 SEC. compiling exported factor : PG -> Factored PG Time: 0.14 SEC. (time taken in buildFunctor: 4) Time: 0.04 SEC. Warnings: [1] pretend OV -- should replace by @ [2] supFactor: not known that IntegralDomain is of mode CATEGORY(package,factor: PG -> Factored PG,factor: SparseUnivariatePolynomial PG -> Factored SparseUnivariatePolynomial PG) [3] supFactor: irr has no value [4] supFactor: pow has no value [5] mFactor: not known that Ring is of mode CATEGORY(package,factor: PG -> Factored PG,factor: SparseUnivariatePolynomial PG -> Factored SparseUnivariatePolynomial PG) [6] mFactor: irr has no value [7] mFactor: pow has no value [8] mFactor: ffactor has no value [9] intfact: unifact has no value [10] intfact: lpol has no value [11] intfact: factfin has no value [12] intChoose: newm has no value [13] intChoose: unifact has no value Cumulative Statistics for Constructor MultFiniteFactorize Time: 5.61 seconds finalizing NRLIB MFINFACT Processing MultFiniteFactorize for Browser database: -- factor : PG -> Factored PG -- factor : SUP PG -> Factored SUP PG -- constructor ; compiling file "/tmp/oa-JM7mwr/code.lsp" (written 01 FEB 2016 11:04:58 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MFINFACT;convertPUP| ...) ; compiling (DEFUN |MFINFACT;supFactor| ...) ; compiling (DEFUN |MFINFACT;supFactor!2| ...) ; compiling (DEFUN |MFINFACT;supFactor!1| ...) ; compiling (DEFUN |MFINFACT;supFactor!0| ...) ; compiling (DEFUN |MFINFACT;factor;SupF;3| ...) ; compiling (DEFUN |MFINFACT;factor;SupF;3!1| ...) ; compiling (DEFUN |MFINFACT;factor;SupF;3!0| ...) ; compiling (DEFUN |MFINFACT;mFactor| ...) ; compiling (DEFUN |MFINFACT;pM| ...) ; compiling (DEFUN |MFINFACT;pushdcoef| ...) ; compiling (DEFUN |MFINFACT;pushdcoef!0| ...) ; compiling (DEFUN |MFINFACT;intfact| ...) ; file: /tmp/oa-JM7mwr/code.lsp ; in: DEFUN |MFINFACT;intfact| ; (DEFUN BOOT::|MFINFACT;intfact| ; (BOOT::|um| BOOT::|lvar| BOOT::|ldeg| BOOT::|tleadpol| BOOT::|ltry| ; BOOT::$) ; (PROG (BOOT::|factfin| BOOT::|ffin| BOOT::|dist| BOOT::|distf| ; BOOT::|leadval| BOOT::|lpol| BOOT::|dd| BOOT::|lval| BOOT::|nfact| ; BOOT::|unifact| BOOT::|vfchoo| BOOT::|leadpol|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MFINFACT;intfact| ; (BOOT::|um| BOOT::|lvar| BOOT::|ldeg| BOOT::|tleadpol| BOOT::|ltry| ; BOOT::$) ; (BLOCK BOOT::|MFINFACT;intfact| ; (PROG (BOOT::|factfin| BOOT::|ffin| BOOT::|dist| BOOT::|distf| ; BOOT::|leadval| BOOT::|lpol| BOOT::|dd| BOOT::|lval| ; BOOT::|nfact| BOOT::|unifact| BOOT::|vfchoo| BOOT::|leadpol|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |ltry| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS LIST T)) ; ; compiling (DEFUN |MFINFACT;pushup| ...) ; compiling (DEFUN |MFINFACT;pushdown| ...) ; compiling (DEFUN |MFINFACT;pushupconst| ...) ; compiling (DEFUN |MFINFACT;ran| ...) ; compiling (DEFUN |MFINFACT;checkzero| ...) ; file: /tmp/oa-JM7mwr/code.lsp ; in: DEFUN |MFINFACT;checkzero| ; (DEFUN BOOT::|MFINFACT;checkzero| (BOOT::|u| BOOT::|um| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|u| (BOOT::|spadConstant| BOOT::$ 187) ; (BOOT::|shellEntry| BOOT::$ 188)) ; (BOOT::SPADCALL BOOT::|um| (BOOT::|spadConstant| BOOT::$ 189) ; (BOOT::|shellEntry| BOOT::$ 190))) ; ((BOOT::SPADCALL BOOT::|um| (BOOT::|spadConstant| BOOT::$ 189) ; (BOOT::|shellEntry| BOOT::$ 190)) ; NIL) ; ((EQL (BOOT::SPADCALL BOOT::|u| #) (BOOT::SPADCALL BOOT::|um| #)) ; (BOOT::|MFINFACT;checkzero| (BOOT::SPADCALL BOOT::|u| #) ; (BOOT::SPADCALL BOOT::|um| #) BOOT::$)) ; (T NIL))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MFINFACT;checkzero| ; (BOOT::|u| BOOT::|um| BOOT::$) ; (BLOCK BOOT::|MFINFACT;checkzero| ; (COND ((BOOT::SPADCALL BOOT::|u| # #) (BOOT::SPADCALL BOOT::|um| # #)) ; ((BOOT::SPADCALL BOOT::|um| # #) NIL) ; ((EQL # #) (BOOT::|MFINFACT;checkzero| # # BOOT::$)) (T NIL)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |MFINFACT;varChoose| ...) ; file: /tmp/oa-JM7mwr/code.lsp ; in: DEFUN |MFINFACT;varChoose| ; (DEFUN BOOT::|MFINFACT;varChoose| ; (BOOT::|m| BOOT::|lvar| BOOT::|ldeg| BOOT::$) ; (PROG (BOOT::|x| BOOT::|i|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MFINFACT;varChoose| ; (BOOT::|m| BOOT::|lvar| BOOT::|ldeg| BOOT::$) ; (BLOCK BOOT::|MFINFACT;varChoose| ; (PROG (BOOT::|x| BOOT::|i|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |lvar| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |ldeg| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS UNSIGNED-BYTE T)) ; ; compiling (DEFUN |MFINFACT;norm| ...) ; file: /tmp/oa-JM7mwr/code.lsp ; in: DEFUN |MFINFACT;norm| ; (DEFUN BOOT::|MFINFACT;norm| (BOOT::|lum| BOOT::$) ; (LET ((#:G898 NIL) (#:G899 T) (#:G1076 BOOT::|lum|)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G1076 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MFINFACT;norm| ; (BOOT::|lum| BOOT::$) ; (BLOCK BOOT::|MFINFACT;norm| ; (LET ((#:G898 NIL) (#:G899 T) (#:G1076 BOOT::|lum|)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |MFINFACT;intChoose| ...) ; file: /tmp/oa-JM7mwr/code.lsp ; in: DEFUN |MFINFACT;intChoose| ; (DEFUN BOOT::|MFINFACT;intChoose| ; (BOOT::|um| BOOT::|lvar| BOOT::|clc| BOOT::|plist| BOOT::|ltry| ; BOOT::$) ; (PROG (BOOT::|nf| BOOT::|lunivf| BOOT::|luniv| BOOT::|dx| BOOT::|lcnm| ; BOOT::|D2newm| BOOT::|Dnewm| BOOT::|newm| BOOT::|lval| BOOT::|int| ; BOOT::|leadtest| BOOT::|newunifact| ...) ; (RETURN ; (LET (# # # # # # # #) ; (BOOT::SEQ # # # # # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MFINFACT;intChoose| ; (BOOT::|um| BOOT::|lvar| BOOT::|clc| BOOT::|plist| BOOT::|ltry| BOOT::$) ; (BLOCK BOOT::|MFINFACT;intChoose| ; (PROG (BOOT::|nf| BOOT::|lunivf| BOOT::|luniv| BOOT::|dx| BOOT::|lcnm| ; BOOT::|D2newm| BOOT::|Dnewm| BOOT::|newm| BOOT::|lval| ; BOOT::|int| BOOT::|leadtest| BOOT::|newunifact| ...) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |ltry| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS LIST T)) ; ; (SETQ BOOT::|leadcomp| BOOT::|leadcomp1|) ; --> THE ; ==> ; BOOT::|leadcomp1| ; ; note: deleting unreachable code ; (LET ((BOOT::|degum| ; (BOOT::SPADCALL BOOT::|um| (BOOT::|shellEntry| BOOT::$ 16))) ; (BOOT::|nvar1| (LIST-LENGTH BOOT::|lvar|)) ; (BOOT::|range| 0) ; (BOOT::|unifact| NIL) ; (BOOT::|ctf1| (BOOT::|spadConstant| BOOT::$ 73)) ; (BOOT::|testp| (NOT (BOOT::SPADCALL BOOT::|plist| NIL #))) ; (BOOT::|leadcomp| NIL) ; (BOOT::|leadcomp1| NIL)) ; (BOOT::SEQ (SETQ BOOT::|leadcomp1| NIL) ; (SETQ BOOT::|leadcomp| BOOT::|leadcomp1|) ; (BOOT::LETT BOOT::|nfatt| (+ BOOT::|degum| 1) ; BOOT::|MFINFACT;intChoose|) ; (BOOT::LETT BOOT::|lffc| (BOOT::|spadConstant| BOOT::$ 73) ; BOOT::|MFINFACT;intChoose|) ; (BOOT::LETT BOOT::|lffc1| BOOT::|lffc| ; BOOT::|MFINFACT;intChoose|) ; (BOOT::LETT BOOT::|newunifact| NIL BOOT::|MFINFACT;intChoose|) ; (BOOT::LETT BOOT::|leadtest| T BOOT::|MFINFACT;intChoose|) ; (BOOT::LETT BOOT::|int| NIL BOOT::|MFINFACT;intChoose|) ; (LOOP ; (BOOT::SEQ ; (BOOT::LETT BOOT::|lval| # BOOT::|MFINFACT;intChoose|) ; (BOOT::EXIT #))) ; (BOOT::EXIT ; (VECTOR (CONS BOOT::|int| BOOT::|ltry|) BOOT::|unifact| ; BOOT::|lffc| BOOT::|leadcomp|)))) ; ; caught STYLE-WARNING: ; The variable |ctf1| is defined but never used. ; compiling (DEFUN |MFINFACT;constantCase| ...) ; compiling (DEFUN |MFINFACT;simplify| ...) ; compiling (DEFUN |MFINFACT;mfconst| ...) ; file: /tmp/oa-JM7mwr/code.lsp ; in: DEFUN |MFINFACT;mfconst| ; (LET ((BOOT::|nsign| NIL) (BOOT::|factfin| NIL)) ; (COND ; ((NULL BOOT::|lvar|) ; (PROGN ; (BOOT::LETT BOOT::|um1| # BOOT::|MFINFACT;mfconst|) ; (BOOT::LETT BOOT::|lum| # BOOT::|MFINFACT;mfconst|) ; (LET # ; #))) ; (T ; (BOOT::|MFINFACT;intfact| BOOT::|um| BOOT::|lvar| BOOT::|ldeg| ; (CONS # NIL) NIL BOOT::$)))) ; ; caught STYLE-WARNING: ; The variable |nsign| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |factfin| is defined but never used. ; (DEFUN BOOT::|MFINFACT;mfconst| ; (BOOT::|um| BOOT::|dm| BOOT::|lvar| BOOT::|ldeg| BOOT::$) ; (PROG (BOOT::|lum| BOOT::|um1|) ; (RETURN ; (LET (# #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MFINFACT;mfconst| ; (BOOT::|um| BOOT::|dm| BOOT::|lvar| BOOT::|ldeg| BOOT::$) ; (BLOCK BOOT::|MFINFACT;mfconst| ; (PROG (BOOT::|lum| BOOT::|um1|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; ; caught STYLE-WARNING: ; The variable |dm| is defined but never used. ; compiling (DEFUN |MFINFACT;mfpol| ...) ; file: /tmp/oa-JM7mwr/code.lsp ; in: DEFUN |MFINFACT;mfpol| ; (LET ((BOOT::|dist| NIL) ; (BOOT::|tleadpol| ; (BOOT::|MFINFACT;mFactor| (BOOT::SPADCALL BOOT::|um| #) BOOT::|dm| ; BOOT::$))) ; (BOOT::|MFINFACT;intfact| BOOT::|um| BOOT::|lvar| BOOT::|ldeg| ; BOOT::|tleadpol| NIL BOOT::$)) ; ; caught STYLE-WARNING: ; The variable |dist| is defined but never used. ; compiling (DEFUN |MFINFACT;factor;PGF;20| ...) ; compiling (DEFUN |MultFiniteFactorize| ...) ; compiling (DEFUN |MultFiniteFactorize;| ...) ; compiling (MAKEPROP (QUOTE |MultFiniteFactorize|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 5 STYLE-WARNING conditions ; printed 8 notes ; /tmp/oa-JM7mwr/code.fasl written ; compilation finished in 0:00:00.287 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/MPRFF.fasl --optimize=3 MPRFF.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MPRFF.spad using Spad compiler. MPRFF abbreviates package MPolyCatRationalFunctionFactorizer debug: compDefine1 lhs: (MPolyCatRationalFunctionFactorizer E OV R PRF) signature (pre-evaluate): ((CATEGORY package (SIGNATURE totalfract ((Record (: sup (Polynomial R)) (: inf (Polynomial R))) PRF)) (SIGNATURE pushdown (PRF PRF OV)) (SIGNATURE pushdterm (PRF (SparseUnivariatePolynomial PRF) OV)) (SIGNATURE pushup (PRF PRF OV)) (SIGNATURE pushucoef (PRF (SparseUnivariatePolynomial (Polynomial R)) OV)) (SIGNATURE pushuconst (PRF (Fraction (Polynomial R)) OV)) (SIGNATURE factor ((Factored PRF) PRF))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE totalfract ((Record (: sup (Polynomial R)) (: inf (Polynomial R))) PRF)) (SIGNATURE pushdown (PRF PRF OV)) (SIGNATURE pushdterm (PRF (SparseUnivariatePolynomial PRF) OV)) (SIGNATURE pushup (PRF PRF OV)) (SIGNATURE pushucoef (PRF (SparseUnivariatePolynomial (Polynomial R)) OV)) (SIGNATURE pushuconst (PRF (Fraction (Polynomial R)) OV)) (SIGNATURE factor ((Factored PRF) PRF))) $param: (E OV R PRF) debug: evaluateType form: (Record (: sup (Polynomial R)) (: inf (Polynomial R))) $param: (E OV R PRF) debug: evaluateType form: (Polynomial R) $param: (E OV R PRF) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Polynomial R) $param: (E OV R PRF) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: PRF $param: (E OV R PRF) debug: evaluateType form: PRF $param: (E OV R PRF) debug: evaluateType form: PRF $param: (E OV R PRF) debug: evaluateType form: OV $param: (E OV R PRF) debug: evaluateType form: PRF $param: (E OV R PRF) debug: evaluateType form: (SparseUnivariatePolynomial PRF) $param: (E OV R PRF) Debug: evaluateType1 form: (SparseUnivariatePolynomial PRF) debug: evaluateType1 x: PRF m: (Ring) debug: evaluateType form: OV $param: (E OV R PRF) debug: evaluateType form: PRF $param: (E OV R PRF) debug: evaluateType form: PRF $param: (E OV R PRF) debug: evaluateType form: OV $param: (E OV R PRF) debug: evaluateType form: PRF $param: (E OV R PRF) debug: evaluateType form: (SparseUnivariatePolynomial (Polynomial R)) $param: (E OV R PRF) Debug: evaluateType1 form: (SparseUnivariatePolynomial (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (E OV R PRF) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Polynomial R) $param: (E OV R PRF) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Ring) debug: evaluateType form: OV $param: (E OV R PRF) debug: evaluateType form: PRF $param: (E OV R PRF) debug: evaluateType form: (Fraction (Polynomial R)) $param: (E OV R PRF) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (E OV R PRF) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (E OV R PRF) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: OV $param: (E OV R PRF) debug: evaluateType form: (Factored PRF) $param: (E OV R PRF) Debug: evaluateType1 form: (Factored PRF) debug: evaluateType1 x: PRF m: (IntegralDomain) debug: evaluateType form: PRF $param: (E OV R PRF) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE totalfract ((Record (: sup (Polynomial R)) (: inf (Polynomial R))) PRF)) (SIGNATURE pushdown (PRF PRF OV)) (SIGNATURE pushdterm (PRF (SparseUnivariatePolynomial PRF) OV)) (SIGNATURE pushup (PRF PRF OV)) (SIGNATURE pushucoef (PRF (SparseUnivariatePolynomial (Polynomial R)) OV)) (SIGNATURE pushuconst (PRF (Fraction (Polynomial R)) OV)) (SIGNATURE factor ((Factored PRF) PRF))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for MPolyCatRationalFunctionFactorizer compiling into /tmp/oa-SPMMGJ compiling exported factor : PRF -> Factored PRF Time: 0.31 SEC. compiling exported pushdown : (PRF,OV) -> PRF Time: 0.02 SEC. compiling exported pushdterm : (SparseUnivariatePolynomial PRF,OV) -> PRF Time: 0.09 SEC. compiling exported pushup : (PRF,OV) -> PRF Time: 0.05 SEC. compiling exported pushuconst : (Fraction Polynomial R,OV) -> PRF Time: 0.16 SEC. compiling exported pushucoef : (SparseUnivariatePolynomial Polynomial R,OV) -> PRF Time: 0.07 SEC. compiling exported totalfract : PRF -> Record(sup: Polynomial R,inf: Polynomial R) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] factor: not known that PolynomialCategory(Fraction (Integer))(IndexedExponents (Symbol))(Symbol) is of mode CATEGORY(domain,IF(hasRAlgebra(Fraction(Integer())),integrate: (%,Symbol) -> %,%noBranch)) [2] factor: pretend Factored Polynomial R -- should replace by @ [3] factor: flist has no value [4] factor: irr has no value [5] factor: pow has no value [6] pushdown: not known that Ring is of mode CATEGORY(package,totalfract: PRF -> Record(sup: Polynomial R,inf: Polynomial R),pushdown: (PRF,OV) -> PRF,pushdterm: (SparseUnivariatePolynomial PRF,OV) -> PRF,pushup: (PRF,OV) -> PRF,pushucoef: (SparseUnivariatePolynomial Polynomial R,OV) -> PRF,pushuconst: (Fraction Polynomial R,OV) -> PRF,factor: PRF -> Factored PRF) Cumulative Statistics for Constructor MPolyCatRationalFunctionFactorizer Time: 0.72 seconds finalizing NRLIB MPRFF Processing MPolyCatRationalFunctionFactorizer for Browser database: -- convert : % -> Symbol -- totalfract : PRF -> QuoForm -- pushdown : (PRF,OV) -> PRF -- pushdterm : (UPRF,OV) -> PRF -- pushup : (PRF,OV) -> PRF -- pushucoef : (UP,OV) -> PRF -- pushuconst : (F,OV) -> PRF -- factor : PRF -> Factored PRF -- constructor ; compiling file "/tmp/oa-SPMMGJ/code.lsp" (written 01 FEB 2016 11:05:00 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MPRFF;factor;PRFF;1| ...) ; compiling (DEFUN |MPRFF;pushdown;PRFOVPRF;2| ...) ; compiling (DEFUN |MPRFF;pushdterm;SupOVPRF;3| ...) ; compiling (DEFUN |MPRFF;pushup;PRFOVPRF;4| ...) ; compiling (DEFUN |MPRFF;pushup;PRFOVPRF;4!0| ...) ; compiling (DEFUN |MPRFF;pushuconst;FOVPRF;5| ...) ; compiling (DEFUN |MPRFF;pushucoef;SupOVPRF;6| ...) ; compiling (DEFUN |MPRFF;totalfract;PRFR;7| ...) ; compiling (DEFUN |MPolyCatRationalFunctionFactorizer| ...) ; compiling (DEFUN |MPolyCatRationalFunctionFactorizer;| ...) ; compiling (MAKEPROP (QUOTE |MPolyCatRationalFunctionFactorizer|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-SPMMGJ/code.fasl written ; compilation finished in 0:00:00.059 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MULTFACT.spad && cp MULTFACT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MULTFACT.fasl \ && if test -f MULTFACT-.NRLIB/code.fasl; then \ cp MULTFACT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MULTFACT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MULTFACT.spad using Spad compiler. MULTFACT abbreviates package MultivariateFactorize debug: compDefine1 lhs: (MultivariateFactorize OV E R P) signature (pre-evaluate): ((CATEGORY package (SIGNATURE factor ((Factored P) P)) (SIGNATURE factor ((Factored (SparseUnivariatePolynomial P)) (SparseUnivariatePolynomial P)))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE factor ((Factored P) P)) (SIGNATURE factor ((Factored (SparseUnivariatePolynomial P)) (SparseUnivariatePolynomial P)))) $param: (OV E R P) debug: evaluateType form: (Factored P) $param: (OV E R P) Debug: evaluateType1 form: (Factored P) debug: evaluateType1 x: P m: (IntegralDomain) debug: evaluateType form: P $param: (OV E R P) debug: evaluateType form: (Factored (SparseUnivariatePolynomial P)) $param: (OV E R P) Debug: evaluateType1 form: (Factored (SparseUnivariatePolynomial P)) debug: evaluateType1 x: (SparseUnivariatePolynomial P) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (OV E R P) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (OV E R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial P) c: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (OV E R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE factor ((Factored P) P)) (SIGNATURE factor ((Factored (SparseUnivariatePolynomial P)) (SparseUnivariatePolynomial P)))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for MultivariateFactorize compiling into /tmp/oa-sfnrDE compiling exported factor : P -> Factored P Time: 0.14 SEC. compiling exported factor : SparseUnivariatePolynomial P -> Factored SparseUnivariatePolynomial P Time: 0.05 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] factor: not known that OrderedSet is of mode CATEGORY(package,convert: % -> Symbol) Cumulative Statistics for Constructor MultivariateFactorize Time: 0.20 seconds finalizing NRLIB MULTFACT Processing MultivariateFactorize for Browser database: -- factor : P -> Factored P -- factor : USP -> Factored USP -- constructor ; compiling file "/tmp/oa-sfnrDE/code.lsp" (written 01 FEB 2016 11:05:00 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MULTFACT;factor;PF;1| ...) ; compiling (DEFUN |MULTFACT;factor;SupF;2| ...) ; compiling (DEFUN |MultivariateFactorize| ...) ; compiling (DEFUN |MultivariateFactorize;| ...) ; compiling (MAKEPROP (QUOTE |MultivariateFactorize|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-sfnrDE/code.fasl written ; compilation finished in 0:00:00.018 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ODESYS.spad && cp ODESYS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ODESYS.fasl \ && if test -f ODESYS-.NRLIB/code.fasl; then \ cp ODESYS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ODESYS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ODESYS.spad using Spad compiler. ODESYS abbreviates package SystemODESolver debug: compDefine1 lhs: (SystemODESolver F LO) signature (pre-evaluate): ((CATEGORY package (SIGNATURE triangulate ((Record (: A (Matrix F)) (: eqs (List (Record (: C (Matrix F)) (: g (Vector F)) (: eq LO) (: rh F))))) (Matrix F) (Vector F))) (SIGNATURE triangulate ((Record (: mat (Matrix LO)) (: vec (Vector F))) (Matrix LO) (Vector F))) (SIGNATURE solve ((Union (Record (: particular (Vector F)) (: basis (Matrix F))) failed) (Matrix F) (Vector F) (Mapping (Union (Record (: particular F) (: basis (List F))) failed) LO F))) (SIGNATURE solveInField ((Record (: particular (Union (Vector F) failed)) (: basis (List (Vector F)))) (Matrix LO) (Vector F) (Mapping (Record (: particular (Union F failed)) (: basis (List F))) LO F)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE triangulate ((Record (: A (Matrix F)) (: eqs (List (Record (: C (Matrix F)) (: g (Vector F)) (: eq LO) (: rh F))))) (Matrix F) (Vector F))) (SIGNATURE triangulate ((Record (: mat (Matrix LO)) (: vec (Vector F))) (Matrix LO) (Vector F))) (SIGNATURE solve ((Union (Record (: particular (Vector F)) (: basis (Matrix F))) failed) (Matrix F) (Vector F) (Mapping (Union (Record (: particular F) (: basis (List F))) failed) LO F))) (SIGNATURE solveInField ((Record (: particular (Union (Vector F) failed)) (: basis (List (Vector F)))) (Matrix LO) (Vector F) (Mapping (Record (: particular (Union F failed)) (: basis (List F))) LO F)))) $param: (F LO) debug: evaluateType form: (Record (: A (Matrix F)) (: eqs (List (Record (: C (Matrix F)) (: g (Vector F)) (: eq LO) (: rh F))))) $param: (F LO) debug: evaluateType form: (Matrix F) $param: (F LO) Debug: evaluateType1 form: (Matrix F) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (List (Record (: C (Matrix F)) (: g (Vector F)) (: eq LO) (: rh F))) $param: (F LO) Debug: evaluateType1 form: (List (Record (: C (Matrix F)) (: g (Vector F)) (: eq LO) (: rh F))) debug: evaluateType1 x: (Record (: C (Matrix F)) (: g (Vector F)) (: eq LO) (: rh F)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F LO) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: C (Matrix F)) (: g (Vector F)) (: eq LO) (: rh F)) $param: (F LO) debug: evaluateType form: (Matrix F) $param: (F LO) Debug: evaluateType1 form: (Matrix F) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (Vector F) $param: (F LO) Debug: evaluateType1 form: (Vector F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: LO $param: (F LO) debug: evaluateType form: F $param: (F LO) debug: evalCategory d: (Record (: C (Matrix F)) (: g (Vector F)) (: eq LO) (: rh F)) c: (Type) debug: evaluateType form: (Matrix F) $param: (F LO) Debug: evaluateType1 form: (Matrix F) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (Vector F) $param: (F LO) Debug: evaluateType1 form: (Vector F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (Record (: mat (Matrix LO)) (: vec (Vector F))) $param: (F LO) debug: evaluateType form: (Matrix LO) $param: (F LO) Debug: evaluateType1 form: (Matrix LO) debug: evaluateType1 x: LO m: (Ring) debug: evaluateType form: (Vector F) $param: (F LO) Debug: evaluateType1 form: (Vector F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (Matrix LO) $param: (F LO) Debug: evaluateType1 form: (Matrix LO) debug: evaluateType1 x: LO m: (Ring) debug: evaluateType form: (Vector F) $param: (F LO) Debug: evaluateType1 form: (Vector F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (Union (Record (: particular (Vector F)) (: basis (Matrix F))) failed) $param: (F LO) debug: evaluateType form: (Record (: particular (Vector F)) (: basis (Matrix F))) $param: (F LO) debug: evaluateType form: (Vector F) $param: (F LO) Debug: evaluateType1 form: (Vector F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (Matrix F) $param: (F LO) Debug: evaluateType1 form: (Matrix F) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: failed $param: (F LO) debug: evaluateType form: (Matrix F) $param: (F LO) Debug: evaluateType1 form: (Matrix F) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (Vector F) $param: (F LO) Debug: evaluateType1 form: (Vector F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (Mapping (Union (Record (: particular F) (: basis (List F))) failed) LO F) $param: (F LO) debug: evaluateType form: (Union (Record (: particular F) (: basis (List F))) failed) $param: (F LO) debug: evaluateType form: (Record (: particular F) (: basis (List F))) $param: (F LO) debug: evaluateType form: F $param: (F LO) debug: evaluateType form: (List F) $param: (F LO) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: failed $param: (F LO) debug: evaluateType form: LO $param: (F LO) debug: evaluateType form: F $param: (F LO) debug: evaluateType form: (Record (: particular (Union (Vector F) failed)) (: basis (List (Vector F)))) $param: (F LO) debug: evaluateType form: (Union (Vector F) failed) $param: (F LO) debug: evaluateType form: (Vector F) $param: (F LO) Debug: evaluateType1 form: (Vector F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: failed $param: (F LO) debug: evaluateType form: (List (Vector F)) $param: (F LO) Debug: evaluateType1 form: (List (Vector F)) debug: evaluateType1 x: (Vector F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F LO) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Vector F) $param: (F LO) Debug: evaluateType1 form: (Vector F) debug: evaluateType1 x: F m: (Type) debug: evalCategory d: (Vector F) c: (Type) debug: evaluateType form: (Matrix LO) $param: (F LO) Debug: evaluateType1 form: (Matrix LO) debug: evaluateType1 x: LO m: (Ring) debug: evaluateType form: (Vector F) $param: (F LO) Debug: evaluateType1 form: (Vector F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (Mapping (Record (: particular (Union F failed)) (: basis (List F))) LO F) $param: (F LO) debug: evaluateType form: (Record (: particular (Union F failed)) (: basis (List F))) $param: (F LO) debug: evaluateType form: (Union F failed) $param: (F LO) debug: evaluateType form: F $param: (F LO) debug: evaluateType form: failed $param: (F LO) debug: evaluateType form: (List F) $param: (F LO) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: LO $param: (F LO) debug: evaluateType form: F $param: (F LO) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE triangulate ((Record (: A (Matrix F)) (: eqs (List (Record (: C (Matrix F)) (: g (Vector F)) (: eq LO) (: rh F))))) (Matrix F) (Vector F))) (SIGNATURE triangulate ((Record (: mat (Matrix LO)) (: vec (Vector F))) (Matrix LO) (Vector F))) (SIGNATURE solve ((Union (Record (: particular (Vector F)) (: basis (Matrix F))) failed) (Matrix F) (Vector F) (Mapping (Union (Record (: particular F) (: basis (List F))) failed) LO F))) (SIGNATURE solveInField ((Record (: particular (Union (Vector F) failed)) (: basis (List (Vector F)))) (Matrix LO) (Vector F) (Mapping (Record (: particular (Union F failed)) (: basis (List F))) LO F)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for SystemODESolver compiling into /tmp/oa-ClKzH0 importing PseudoLinearNormalForm F compiling exported solve : (Matrix F,Vector F,(LO,F) -> Union(Record(particular: F,basis: List F),failed)) -> Union(Record(particular: Vector F,basis: Matrix F),failed) Time: 0.17 SEC. compiling exported triangulate : (Matrix F,Vector F) -> Record(A: Matrix F,eqs: List Record(C: Matrix F,g: Vector F,eq: LO,rh: F)) Time: 0.07 SEC. compiling local backsolve : (Matrix LO,Vector F,(LO,F) -> Record(particular: Union(F,failed),basis: List F)) -> Record(particular: Union(Vector F,failed),basis: List Vector F) Time: 0.27 SEC. compiling exported solveInField : (Matrix LO,Vector F,(LO,F) -> Record(particular: Union(F,failed),basis: List F)) -> Record(particular: Union(Vector F,failed),basis: List Vector F) Time: 0.12 SEC. compiling local M2F : Matrix LO -> Union(Matrix F,failed) Time: 0.05 SEC. compiling local FSL2USL : Record(particular: Union(F,failed),basis: List F) -> Union(Record(particular: F,basis: List F),failed) Time: 0.07 SEC. compiling local firstnonzero : (Matrix LO,Integer) -> Integer Time: 0.02 SEC. compiling local applyLodo : (Matrix LO,Integer,Vector F,NonNegativeInteger) -> F Time: 0.04 SEC. compiling local applyLodo0 : (Matrix LO,Integer,Matrix F,Integer,NonNegativeInteger) -> F Time: 0.05 SEC. compiling exported triangulate : (Matrix LO,Vector F) -> Record(mat: Matrix LO,vec: Vector F) Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.03 SEC. Warnings: [1] solve: g has no value [2] backsolve: part has no value Cumulative Statistics for Constructor SystemODESolver Time: 0.94 seconds finalizing NRLIB ODESYS Processing SystemODESolver for Browser database: -- triangulate : (MF,V) -> Record(A: MF,eqs: List ER) -- triangulate : (M,V) -> REC -- solve : (MF,V,((LO,F) -> USL)) -> Union(Record(particular: V,basis: MF),"failed") -- solveInField : (M,V,((LO,F) -> FSL)) -> VSL -- constructor ; compiling file "/tmp/oa-ClKzH0/code.lsp" (written 01 FEB 2016 11:05:01 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ODESYS;solve;MVMU;1| ...) ; compiling (DEFUN |ODESYS;solve;MVMU;1!0| ...) ; compiling (DEFUN |ODESYS;triangulate;MVR;2| ...) ; compiling (DEFUN |ODESYS;triangulate;MVR;2!0| ...) ; compiling (DEFUN |ODESYS;backsolve| ...) ; file: /tmp/oa-ClKzH0/code.lsp ; in: DEFUN |ODESYS;backsolve| ; (DEFUN BOOT::|ODESYS;backsolve| (BOOT::|m| BOOT::|v| BOOT::|solve| BOOT::$) ; (PROG (BOOT::|bas| BOOT::|a| BOOT::|eq| BOOT::|n| BOOT::|hom| BOOT::|part?| ; BOOT::|u| BOOT::|dim| BOOT::|rec| BOOT::|c|) ; (RETURN ; (LET* (# # # #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ODESYS;backsolve| ; (BOOT::|m| BOOT::|v| BOOT::|solve| BOOT::$) ; (BLOCK BOOT::|ODESYS;backsolve| ; (PROG (BOOT::|bas| BOOT::|a| BOOT::|eq| BOOT::|n| BOOT::|hom| ; BOOT::|part?| BOOT::|u| BOOT::|dim| BOOT::|rec| BOOT::|c|) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ODESYS;solveInField;MVMR;4| ...) ; compiling (DEFUN |ODESYS;solveInField;MVMR;4!0| ...) ; compiling (DEFUN |ODESYS;M2F| ...) ; compiling (DEFUN |ODESYS;FSL2USL| ...) ; compiling (DEFUN |ODESYS;firstnonzero| ...) ; file: /tmp/oa-ClKzH0/code.lsp ; in: DEFUN |ODESYS;firstnonzero| ; (DEFUN BOOT::|ODESYS;firstnonzero| (BOOT::|m| BOOT::|r| BOOT::$) ; (PROGN ; (LET ((BOOT::|c| #) (#:G817 #)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::|error| "firstnonzero: zero row"))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ODESYS;firstnonzero| ; (BOOT::|m| BOOT::|r| BOOT::$) ; (BLOCK BOOT::|ODESYS;firstnonzero| ; (PROGN ; (LET (# #) ; (LOOP # ; #)) ; (BOOT::|error| "firstnonzero: zero row")))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |ODESYS;applyLodo| ...) ; compiling (DEFUN |ODESYS;applyLodo0| ...) ; compiling (DEFUN |ODESYS;triangulate;MVR;10| ...) ; compiling (DEFUN |SystemODESolver| ...) ; compiling (DEFUN |SystemODESolver;| ...) ; compiling (MAKEPROP (QUOTE |SystemODESolver|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-ClKzH0/code.fasl written ; compilation finished in 0:00:00.190 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ODETOOLS.spad && cp ODETOOLS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ODETOOLS.fasl \ && if test -f ODETOOLS-.NRLIB/code.fasl; then \ cp ODETOOLS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ODETOOLS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ODETOOLS.spad using Spad compiler. ODETOOLS abbreviates package ODETools debug: compDefine1 lhs: (ODETools F LODO) signature (pre-evaluate): ((CATEGORY package (SIGNATURE wronskianMatrix ((Matrix F) (List F))) (SIGNATURE wronskianMatrix ((Matrix F) (List F) (NonNegativeInteger))) (SIGNATURE variationOfParameters ((Union (Vector F) failed) LODO F (List F))) (SIGNATURE particularSolution ((Union F failed) LODO F (List F) (Mapping F F)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE wronskianMatrix ((Matrix F) (List F))) (SIGNATURE wronskianMatrix ((Matrix F) (List F) (NonNegativeInteger))) (SIGNATURE variationOfParameters ((Union (Vector F) failed) LODO F (List F))) (SIGNATURE particularSolution ((Union F failed) LODO F (List F) (Mapping F F)))) $param: (F LODO) debug: evaluateType form: (Matrix F) $param: (F LODO) Debug: evaluateType1 form: (Matrix F) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (List F) $param: (F LODO) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (Matrix F) $param: (F LODO) Debug: evaluateType1 form: (Matrix F) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (List F) $param: (F LODO) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (F LODO) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Union (Vector F) failed) $param: (F LODO) debug: evaluateType form: (Vector F) $param: (F LODO) Debug: evaluateType1 form: (Vector F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: failed $param: (F LODO) debug: evaluateType form: LODO $param: (F LODO) debug: evaluateType form: F $param: (F LODO) debug: evaluateType form: (List F) $param: (F LODO) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (Union F failed) $param: (F LODO) debug: evaluateType form: F $param: (F LODO) debug: evaluateType form: failed $param: (F LODO) debug: evaluateType form: LODO $param: (F LODO) debug: evaluateType form: F $param: (F LODO) debug: evaluateType form: (List F) $param: (F LODO) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (Mapping F F) $param: (F LODO) debug: evaluateType form: F $param: (F LODO) debug: evaluateType form: F $param: (F LODO) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE wronskianMatrix ((Matrix F) (List F))) (SIGNATURE wronskianMatrix ((Matrix F) (List F) (NonNegativeInteger))) (SIGNATURE variationOfParameters ((Union (Vector F) failed) LODO F (List F))) (SIGNATURE particularSolution ((Union F failed) LODO F (List F) (Mapping F F)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ODETools compiling into /tmp/oa-QBiXeq importing LinearSystemMatrixPackage(F,Vector F,Vector F,Matrix F) compiling exported wronskianMatrix : List F -> Matrix F Time: 0.09 SEC. compiling exported wronskianMatrix : (List F,NonNegativeInteger) -> Matrix F Time: 0.03 SEC. compiling exported variationOfParameters : (LODO,F,List F) -> Union(Vector F,failed) Time: 0.06 SEC. compiling exported particularSolution : (LODO,F,List F,F -> F) -> Union(F,failed) Time: 0.05 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor ODETools Time: 0.23 seconds finalizing NRLIB ODETOOLS Processing ODETools for Browser database: -- wronskianMatrix : L -> M -- wronskianMatrix : (L,N) -> M -- variationOfParameters : (LODO,F,L) -> Union(V,"failed") -- particularSolution : (LODO,F,L,(F -> F)) -> Union(F,"failed") -- constructor ; compiling file "/tmp/oa-QBiXeq/code.lsp" (written 01 FEB 2016 11:05:02 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ODETOOLS;wronskianMatrix;LM;1| ...) ; compiling (DEFUN |ODETOOLS;wronskianMatrix;LNniM;2| ...) ; compiling (DEFUN |ODETOOLS;wronskianMatrix;LNniM;2!0| ...) ; compiling (DEFUN |ODETOOLS;variationOfParameters;LODOFLU;3| ...) ; file: /tmp/oa-QBiXeq/code.lsp ; in: DEFUN |ODETOOLS;variationOfParameters;LODOFLU;3| ; (DEFUN BOOT::|ODETOOLS;variationOfParameters;LODOFLU;3| ; (BOOT::|op| BOOT::|g| BOOT::|b| BOOT::$) ; (COND ((NULL BOOT::|b|) (CONS 1 "failed")) ; (T ; (LET* (# #) ; (PROGN # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ODETOOLS;variationOfParameters;LODOFLU;3| ; (BOOT::|op| BOOT::|g| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|ODETOOLS;variationOfParameters;LODOFLU;3| ; (COND ((NULL BOOT::|b|) (CONS 1 "failed")) ; (T ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |ODETOOLS;particularSolution;LODOFLMU;4| ...) ; compiling (DEFUN |ODETools| ...) ; compiling (DEFUN |ODETools;| ...) ; compiling (MAKEPROP (QUOTE |ODETools|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-QBiXeq/code.fasl written ; compilation finished in 0:00:00.042 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ORDFUNS.spad && cp ORDFUNS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ORDFUNS.fasl \ && if test -f ORDFUNS-.NRLIB/code.fasl; then \ cp ORDFUNS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ORDFUNS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ORDFUNS.spad using Spad compiler. ORDFUNS abbreviates package OrderingFunctions debug: compDefine1 lhs: (OrderingFunctions dim S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE pureLex ((Boolean) (Vector S) (Vector S))) (SIGNATURE totalLex ((Boolean) (Vector S) (Vector S))) (SIGNATURE reverseLex ((Boolean) (Vector S) (Vector S)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE pureLex ((Boolean) (Vector S) (Vector S))) (SIGNATURE totalLex ((Boolean) (Vector S) (Vector S))) (SIGNATURE reverseLex ((Boolean) (Vector S) (Vector S)))) $param: (dim S) debug: evaluateType form: (Boolean) $param: (dim S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Vector S) $param: (dim S) Debug: evaluateType1 form: (Vector S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (Vector S) $param: (dim S) Debug: evaluateType1 form: (Vector S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (Boolean) $param: (dim S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Vector S) $param: (dim S) Debug: evaluateType1 form: (Vector S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (Vector S) $param: (dim S) Debug: evaluateType1 form: (Vector S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (Boolean) $param: (dim S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Vector S) $param: (dim S) Debug: evaluateType1 form: (Vector S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (Vector S) $param: (dim S) Debug: evaluateType1 form: (Vector S) debug: evaluateType1 x: S m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE pureLex ((Boolean) (Vector S) (Vector S))) (SIGNATURE totalLex ((Boolean) (Vector S) (Vector S))) (SIGNATURE reverseLex ((Boolean) (Vector S) (Vector S)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for OrderingFunctions compiling into /tmp/oa-IhOvlO compiling exported pureLex : (Vector S,Vector S) -> Boolean Time: 0.04 SEC. compiling exported totalLex : (Vector S,Vector S) -> Boolean Time: 0.01 SEC. compiling exported reverseLex : (Vector S,Vector S) -> Boolean Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor OrderingFunctions Time: 0.06 seconds finalizing NRLIB ORDFUNS Processing OrderingFunctions for Browser database: -- pureLex : (VS,VS) -> Boolean -- totalLex : (VS,VS) -> Boolean -- reverseLex : (VS,VS) -> Boolean -- constructor ; compiling file "/tmp/oa-IhOvlO/code.lsp" (written 01 FEB 2016 11:05:02 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ORDFUNS;pureLex;2VB;1| ...) ; compiling (DEFUN |ORDFUNS;totalLex;2VB;2| ...) ; compiling (DEFUN |ORDFUNS;reverseLex;2VB;3| ...) ; compiling (DEFUN |OrderingFunctions| ...) ; compiling (DEFUN |OrderingFunctions;| ...) ; compiling (MAKEPROP (QUOTE |OrderingFunctions|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-IhOvlO/code.fasl written ; compilation finished in 0:00:00.037 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PERMAN.spad && cp PERMAN.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PERMAN.fasl \ && if test -f PERMAN-.NRLIB/code.fasl; then \ cp PERMAN-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PERMAN-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PERMAN.spad using Spad compiler. PERMAN abbreviates package Permanent debug: compDefine1 lhs: (Permanent n R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE permanent (R (SquareMatrix n R)))) (PositiveInteger) (Join (Ring) (CATEGORY package (ATTRIBUTE (commutative *))))) debug: evaluateType form: (CATEGORY package (SIGNATURE permanent (R (SquareMatrix n R)))) $param: (n R) debug: evaluateType form: R $param: (n R) debug: evaluateType form: (SquareMatrix n R) $param: (n R) Debug: evaluateType1 form: (SquareMatrix n R) debug: evaluateType1 x: n m: (NonNegativeInteger) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (PositiveInteger) $param: (n R) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (Join (Ring) (CATEGORY package (ATTRIBUTE (commutative *)))) $param: (n R) debug: evaluateType form: (Ring) $param: (n R) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (CATEGORY package (ATTRIBUTE (commutative *))) $param: (n R) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE permanent (R (SquareMatrix n R)))) (PositiveInteger) (Join (Ring) (CATEGORY package (ATTRIBUTE (commutative *))))) debug: compDefine1 lhs: (Permanent n R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE permanent (R (SquareMatrix n R)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE permanent (R (SquareMatrix n R)))) $param: (n R) debug: evaluateType form: R $param: (n R) debug: evaluateType form: (SquareMatrix n R) $param: (n R) Debug: evaluateType1 form: (SquareMatrix n R) debug: evaluateType1 x: n m: (NonNegativeInteger) debug: evaluateType1 x: R m: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE permanent (R (SquareMatrix n R)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for Permanent compiling into /tmp/oa-ndpuM1 compiling local permanent3 : SquareMatrix(n,R) -> R Time: 0.12 SEC. compiling exported permanent : SquareMatrix(n,R) -> R Time: 0.09 SEC. compiling local permanent2 : SquareMatrix(n,R) -> R Time: 0.09 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] permanent3: a has no value [2] permanent: : Integer -- replace by pretend [3] permanent: : PositiveInteger -- replace by pretend [4] permanent: a has no value [5] permanent2: : Integer -- replace by pretend [6] permanent2: : PositiveInteger -- replace by pretend [7] permanent2: : NonNegativeInteger -- replace by pretend [8] permanent2: a has no value Cumulative Statistics for Constructor Permanent Time: 0.31 seconds finalizing NRLIB PERMAN Processing Permanent for Browser database: --->../../x86_64-unknown-linux-gnu/src/algebra/perman.spad-->Permanent((commutative (attribute *))): Not documented!!!! -- permanent : SM -> R --->../../x86_64-unknown-linux-gnu/src/algebra/perman.spad-->Permanent((permanent (R SM))): Mismatch: left brace matches right brace --->../../x86_64-unknown-linux-gnu/src/algebra/perman.spad-->Permanent((permanent (R SM))): Mismatch: left pren matches right pren --->../../x86_64-unknown-linux-gnu/src/algebra/perman.spad-->Permanent((permanent (R SM))): Missing right brace --->../../x86_64-unknown-linux-gnu/src/algebra/perman.spad-->Permanent((permanent (R SM))): Missing right pren "\\spad{permanent(x)} computes the permanent of a square matrix \\spad{x}. The {\\em permanent} is equivalent to the \\spadfun{determinant} except that coefficients have no change of sign. This function is much more difficult to compute than the {\\em determinant}. The formula used is by \\spad{H}.\\spad{J}. Ryser,{} improved by [Nijenhuis and Wilf,{} Ch. 19]. Note: permanent(\\spad{x}) choose one of three algorithms,{} depending on the underlying ring \\spad{R} and on \\spad{n},{} the number of rows (and columns) of x:\\begin{items} \\item 1. if 2 has an inverse in \\spad{R} we can use the algorithm of \\indented{3}{[Nijenhuis and Wilf,{} ch.19,{}\\spad{p}.158]; if 2 has no inverse,{}} \\indented{3}{some modifications are necessary:} \\item 2. if {\\em n > 6} and \\spad{R} is an integral domain with characteristic \\indented{3}{different from 2 (the algorithm works if and only 2 is not a} \\indented{3}{zero-divisor of \\spad{R} and {\\em characteristic()\\$R ~= 2},{}} \\indented{3}{but how to check that for any given \\spad{R} ?),{}} \\indented{3}{the local function {\\em permanent2} is called;} \\item 3. else,{} the local function {\\em permanent3} is called \\indented{3}{(works for all commutative rings \\spad{R}).} \\end{items}" -- constructor ; compiling file "/tmp/oa-ndpuM1/code.lsp" (written 01 FEB 2016 11:05:02 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PERMAN;permanent3| ...) ; compiling (DEFUN |PERMAN;permanent;SmR;2| ...) ; compiling (DEFUN |PERMAN;permanent2| ...) ; compiling (DEFUN |Permanent| ...) ; compiling (DEFUN |Permanent;| ...) ; compiling (MAKEPROP (QUOTE |Permanent|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-ndpuM1/code.fasl written ; compilation finished in 0:00:00.106 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile UPXSCCA.spad && cp UPXSCCA.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UPXSCCA.fasl \ && if test -f UPXSCCA-.NRLIB/code.fasl; then \ cp UPXSCCA-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UPXSCCA-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UPXSCCA.spad using Spad compiler. UPXSCCA abbreviates category UnivariatePuiseuxSeriesConstructorCategory debug: compDefine1 lhs: (UnivariatePuiseuxSeriesConstructorCategory Coef ULS) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (Coef ULS) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for UnivariatePuiseuxSeriesConstructorCategory compiling into /tmp/oa-4r4hYu STYLE-WARNING: redefining BOOT::|UnivariatePuiseuxSeriesConstructorCategory| in DEFUN Time: 0.02 SEC. UPXSCCA- abbreviates package UnivariatePuiseuxSeriesConstructorCategory& ------------------------------------------------------------------------ initializing stationary directory for UnivariatePuiseuxSeriesConstructorCategory& compiling into /tmp/oa-OTmPHJ compiling exported zero? : S -> Boolean Time: 0.06 SEC. compiling exported retract : S -> ULS Time: 0 SEC. compiling exported retractIfCan : S -> Union(ULS,failed) Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor UnivariatePuiseuxSeriesConstructorCategory& Time: 0.06 seconds finalizing NRLIB UPXSCCA- ; compiling file "/tmp/oa-OTmPHJ/code.lsp" (written 01 FEB 2016 11:05:03 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |UPXSCCA-;zero?;$B;1| ...) ; file: /tmp/oa-OTmPHJ/code.lsp ; in: DEFUN |UPXSCCA-;zero?;$B;1| ; (DEFUN BOOT::|UPXSCCA-;zero?;$B;1| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 9)) ; (BOOT::|shellEntry| BOOT::$ 11))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPXSCCA-;zero?;$B;1| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|UPXSCCA-;zero?;$B;1| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 9)) ; (BOOT::|shellEntry| BOOT::$ 11)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |UPXSCCA-;retract;$ULS;2| ...) ; compiling (DEFUN |UPXSCCA-;retractIfCan;$U;3| ...) ; file: /tmp/oa-OTmPHJ/code.lsp ; in: DEFUN |UPXSCCA-;retractIfCan;$U;3| ; (DEFUN BOOT::|UPXSCCA-;retractIfCan;$U;3| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 16))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPXSCCA-;retractIfCan;$U;3| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|UPXSCCA-;retractIfCan;$U;3| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 16)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |UnivariatePuiseuxSeriesConstructorCategory&| ...) ; compiling (MAKEPROP (QUOTE |UnivariatePuiseuxSeriesConstructorCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-OTmPHJ/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ finalizing NRLIB UPXSCCA Processing UnivariatePuiseuxSeriesConstructorCategory for Browser database: -- puiseux : (RN,ULS) -> % -- rationalPower : % -> RN -- laurentRep : % -> ULS -- degree : % -> RN -- laurent : % -> ULS -- laurentIfCan : % -> Union(ULS,"failed") -- constructor ; compiling file "/tmp/oa-4r4hYu/code.lsp" (written 01 FEB 2016 11:05:03 PM): ; compiling (DEFPARAMETER |UnivariatePuiseuxSeriesConstructorCategory;AL| ...) ; compiling (DEFUN |UnivariatePuiseuxSeriesConstructorCategory;| ...) ; compiling (DEFUN |UnivariatePuiseuxSeriesConstructorCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-4r4hYu/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ULSCCAT.spad && cp ULSCCAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ULSCCAT.fasl \ && if test -f ULSCCAT-.NRLIB/code.fasl; then \ cp ULSCCAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ULSCCAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ULSCCAT.spad using Spad compiler. ULSCCAT abbreviates category UnivariateLaurentSeriesConstructorCategory debug: compDefine1 lhs: (UnivariateLaurentSeriesConstructorCategory Coef UTS) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (Coef UTS) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for UnivariateLaurentSeriesConstructorCategory compiling into /tmp/oa-xu2NkM STYLE-WARNING: redefining BOOT::|UnivariateLaurentSeriesConstructorCategory| in DEFUN Time: 0.01 SEC. ULSCCAT- abbreviates package UnivariateLaurentSeriesConstructorCategory& ------------------------------------------------------------------------ initializing stationary directory for UnivariateLaurentSeriesConstructorCategory& compiling into /tmp/oa-2RKrT1 compiling exported zero? : S -> Boolean Time: 0.16 SEC. compiling exported retract : S -> UTS Time: 0 SEC. compiling exported retractIfCan : S -> Union(UTS,failed) Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Cumulative Statistics for Constructor UnivariateLaurentSeriesConstructorCategory& Time: 0.18 seconds finalizing NRLIB ULSCCAT- ; compiling file "/tmp/oa-2RKrT1/code.lsp" (written 01 FEB 2016 11:05:03 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ULSCCAT-;zero?;$B;1| ...) ; file: /tmp/oa-2RKrT1/code.lsp ; in: DEFUN |ULSCCAT-;zero?;$B;1| ; (DEFUN BOOT::|ULSCCAT-;zero?;$B;1| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 9)) ; (BOOT::|shellEntry| BOOT::$ 11))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULSCCAT-;zero?;$B;1| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ULSCCAT-;zero?;$B;1| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 9)) ; (BOOT::|shellEntry| BOOT::$ 11)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |ULSCCAT-;retract;$UTS;2| ...) ; compiling (DEFUN |ULSCCAT-;retractIfCan;$U;3| ...) ; file: /tmp/oa-2RKrT1/code.lsp ; in: DEFUN |ULSCCAT-;retractIfCan;$U;3| ; (DEFUN BOOT::|ULSCCAT-;retractIfCan;$U;3| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 16))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULSCCAT-;retractIfCan;$U;3| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ULSCCAT-;retractIfCan;$U;3| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 16)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |UnivariateLaurentSeriesConstructorCategory&| ...) ; compiling (MAKEPROP (QUOTE |UnivariateLaurentSeriesConstructorCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-2RKrT1/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ finalizing NRLIB ULSCCAT Processing UnivariateLaurentSeriesConstructorCategory for Browser database: -- laurent : (I,UTS) -> % -- degree : % -> I -- taylorRep : % -> UTS -- removeZeroes : % -> % -- removeZeroes : (I,%) -> % -- taylor : % -> UTS -- taylorIfCan : % -> Union(UTS,"failed") -- constructor ; compiling file "/tmp/oa-xu2NkM/code.lsp" (written 01 FEB 2016 11:05:03 PM): ; compiling (DEFPARAMETER |UnivariateLaurentSeriesConstructorCategory;AL| ...) ; compiling (DEFUN |UnivariateLaurentSeriesConstructorCategory;| ...) ; compiling (DEFUN |UnivariateLaurentSeriesConstructorCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-xu2NkM/code.fasl written ; compilation finished in 0:00:00.032 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PTPACK.spad && cp PTPACK.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PTPACK.fasl \ && if test -f PTPACK-.NRLIB/code.fasl; then \ cp PTPACK-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PTPACK-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PTPACK.spad using Spad compiler. PTPACK abbreviates package PointPackage debug: compDefine1 lhs: (PointPackage R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE xCoord (R (Point R))) (SIGNATURE yCoord (R (Point R))) (SIGNATURE zCoord (R (Point R))) (SIGNATURE rCoord (R (Point R))) (SIGNATURE thetaCoord (R (Point R))) (SIGNATURE phiCoord (R (Point R))) (SIGNATURE color (R (Point R))) (SIGNATURE hue (R (Point R))) (SIGNATURE shade (R (Point R)))) (Ring)) debug: evaluateType form: (CATEGORY package (SIGNATURE xCoord (R (Point R))) (SIGNATURE yCoord (R (Point R))) (SIGNATURE zCoord (R (Point R))) (SIGNATURE rCoord (R (Point R))) (SIGNATURE thetaCoord (R (Point R))) (SIGNATURE phiCoord (R (Point R))) (SIGNATURE color (R (Point R))) (SIGNATURE hue (R (Point R))) (SIGNATURE shade (R (Point R)))) $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE xCoord (R (Point R))) (SIGNATURE yCoord (R (Point R))) (SIGNATURE zCoord (R (Point R))) (SIGNATURE rCoord (R (Point R))) (SIGNATURE thetaCoord (R (Point R))) (SIGNATURE phiCoord (R (Point R))) (SIGNATURE color (R (Point R))) (SIGNATURE hue (R (Point R))) (SIGNATURE shade (R (Point R)))) (Ring)) debug: compDefine1 lhs: (PointPackage R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE xCoord (R (Point R))) (SIGNATURE yCoord (R (Point R))) (SIGNATURE zCoord (R (Point R))) (SIGNATURE rCoord (R (Point R))) (SIGNATURE thetaCoord (R (Point R))) (SIGNATURE phiCoord (R (Point R))) (SIGNATURE color (R (Point R))) (SIGNATURE hue (R (Point R))) (SIGNATURE shade (R (Point R)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE xCoord (R (Point R))) (SIGNATURE yCoord (R (Point R))) (SIGNATURE zCoord (R (Point R))) (SIGNATURE rCoord (R (Point R))) (SIGNATURE thetaCoord (R (Point R))) (SIGNATURE phiCoord (R (Point R))) (SIGNATURE color (R (Point R))) (SIGNATURE hue (R (Point R))) (SIGNATURE shade (R (Point R)))) $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE xCoord (R (Point R))) (SIGNATURE yCoord (R (Point R))) (SIGNATURE zCoord (R (Point R))) (SIGNATURE rCoord (R (Point R))) (SIGNATURE thetaCoord (R (Point R))) (SIGNATURE phiCoord (R (Point R))) (SIGNATURE color (R (Point R))) (SIGNATURE hue (R (Point R))) (SIGNATURE shade (R (Point R)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for PointPackage compiling into /tmp/oa-YeVmzg compiling exported xCoord : Point R -> R Time: 0.02 SEC. compiling exported yCoord : Point R -> R Time: 0.01 SEC. compiling exported zCoord : Point R -> R Time: 0.01 SEC. compiling exported rCoord : Point R -> R Time: 0.00 SEC. compiling exported thetaCoord : Point R -> R Time: 0.01 SEC. compiling exported phiCoord : Point R -> R Time: 0.01 SEC. compiling exported color : Point R -> R Time: 0.02 SEC. compiling exported hue : Point R -> R Time: 0.01 SEC. compiling exported shade : Point R -> R Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor PointPackage Time: 0.11 seconds finalizing NRLIB PTPACK Processing PointPackage for Browser database: -- xCoord : POINT -> R -- yCoord : POINT -> R -- zCoord : POINT -> R -- rCoord : POINT -> R -- thetaCoord : POINT -> R -- phiCoord : POINT -> R -- color : POINT -> R -- hue : POINT -> R -- shade : POINT -> R -- constructor ; compiling file "/tmp/oa-YeVmzg/code.lsp" (written 01 FEB 2016 11:05:03 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PTPACK;xCoord;PR;1| ...) ; compiling (DEFUN |PTPACK;yCoord;PR;2| ...) ; compiling (DEFUN |PTPACK;zCoord;PR;3| ...) ; compiling (DEFUN |PTPACK;rCoord;PR;4| ...) ; compiling (DEFUN |PTPACK;thetaCoord;PR;5| ...) ; compiling (DEFUN |PTPACK;phiCoord;PR;6| ...) ; compiling (DEFUN |PTPACK;color;PR;7| ...) ; compiling (DEFUN |PTPACK;hue;PR;8| ...) ; compiling (DEFUN |PTPACK;shade;PR;9| ...) ; compiling (DEFUN |PointPackage| ...) ; compiling (DEFUN |PointPackage;| ...) ; compiling (MAKEPROP (QUOTE |PointPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-YeVmzg/code.fasl written ; compilation finished in 0:00:00.030 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile REP2.spad && cp REP2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/REP2.fasl \ && if test -f REP2-.NRLIB/code.fasl; then \ cp REP2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/REP2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/REP2.spad using Spad compiler. REP2 abbreviates package RepresentationPackage2 debug: compDefine1 lhs: (RepresentationPackage2 R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE completeEchelonBasis ((Matrix R) (Vector (Vector R)))) (SIGNATURE createRandomElement ((Matrix R) (List (Matrix R)) (Matrix R))) (IF (has R (EuclideanDomain)) (PROGN (SIGNATURE cyclicSubmodule ((Vector (Vector R)) (List (Matrix R)) (Vector R))) (SIGNATURE standardBasisOfCyclicSubmodule ((Matrix R) (List (Matrix R)) (Vector R)))) %noBranch) (IF (has R (Field)) (PROGN (SIGNATURE areEquivalent? ((Matrix R) (List (Matrix R)) (List (Matrix R)) (Boolean) (Integer))) (SIGNATURE areEquivalent? ((Matrix R) (List (Matrix R)) (List (Matrix R)))) (SIGNATURE areEquivalent? ((Matrix R) (List (Matrix R)) (List (Matrix R)) (Integer))) (SIGNATURE isAbsolutelyIrreducible? ((Boolean) (List (Matrix R)) (Integer))) (SIGNATURE isAbsolutelyIrreducible? ((Boolean) (List (Matrix R)))) (SIGNATURE split ((List (List (Matrix R))) (List (Matrix R)) (Vector R))) (SIGNATURE split ((List (List (Matrix R))) (List (Matrix R)) (Vector (Vector R))))) %noBranch) (IF (has R (Finite)) (IF (has R (Field)) (PROGN (SIGNATURE meatAxe ((List (List (Matrix R))) (List (Matrix R)) (Boolean) (Integer) (Integer))) (SIGNATURE meatAxe ((List (List (Matrix R))) (List (Matrix R)))) (SIGNATURE meatAxe ((List (List (Matrix R))) (List (Matrix R)) (Boolean))) (SIGNATURE meatAxe ((List (List (Matrix R))) (List (Matrix R)) (PositiveInteger))) (SIGNATURE scanOneDimSubspaces ((Vector R) (List (Vector R)) (Integer)))) %noBranch) %noBranch)) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE completeEchelonBasis ((Matrix R) (Vector (Vector R)))) (SIGNATURE createRandomElement ((Matrix R) (List (Matrix R)) (Matrix R))) (IF (has R (EuclideanDomain)) (PROGN (SIGNATURE cyclicSubmodule ((Vector (Vector R)) (List (Matrix R)) (Vector R))) (SIGNATURE standardBasisOfCyclicSubmodule ((Matrix R) (List (Matrix R)) (Vector R)))) %noBranch) (IF (has R (Field)) (PROGN (SIGNATURE areEquivalent? ((Matrix R) (List (Matrix R)) (List (Matrix R)) (Boolean) (Integer))) (SIGNATURE areEquivalent? ((Matrix R) (List (Matrix R)) (List (Matrix R)))) (SIGNATURE areEquivalent? ((Matrix R) (List (Matrix R)) (List (Matrix R)) (Integer))) (SIGNATURE isAbsolutelyIrreducible? ((Boolean) (List (Matrix R)) (Integer))) (SIGNATURE isAbsolutelyIrreducible? ((Boolean) (List (Matrix R)))) (SIGNATURE split ((List (List (Matrix R))) (List (Matrix R)) (Vector R))) (SIGNATURE split ((List (List (Matrix R))) (List (Matrix R)) (Vector (Vector R))))) %noBranch) (IF (has R (Finite)) (IF (has R (Field)) (PROGN (SIGNATURE meatAxe ((List (List (Matrix R))) (List (Matrix R)) (Boolean) (Integer) (Integer))) (SIGNATURE meatAxe ((List (List (Matrix R))) (List (Matrix R)))) (SIGNATURE meatAxe ((List (List (Matrix R))) (List (Matrix R)) (Boolean))) (SIGNATURE meatAxe ((List (List (Matrix R))) (List (Matrix R)) (PositiveInteger))) (SIGNATURE scanOneDimSubspaces ((Vector R) (List (Vector R)) (Integer)))) %noBranch) %noBranch)) $param: (R) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Vector (Vector R)) $param: (R) Debug: evaluateType1 form: (Vector (Vector R)) debug: evaluateType1 x: (Vector R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Vector R) $param: (R) Debug: evaluateType1 form: (Vector R) debug: evaluateType1 x: R m: (Type) debug: evalCategory d: (Vector R) c: (Type) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (List (Matrix R)) $param: (R) Debug: evaluateType1 form: (List (Matrix R)) debug: evaluateType1 x: (Matrix R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Matrix R) c: (Type) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE completeEchelonBasis ((Matrix R) (Vector (Vector R)))) (SIGNATURE createRandomElement ((Matrix R) (List (Matrix R)) (Matrix R))) (IF (has R (EuclideanDomain)) (PROGN (SIGNATURE cyclicSubmodule ((Vector (Vector R)) (List (Matrix R)) (Vector R))) (SIGNATURE standardBasisOfCyclicSubmodule ((Matrix R) (List (Matrix R)) (Vector R)))) %noBranch) (IF (has R (Field)) (PROGN (SIGNATURE areEquivalent? ((Matrix R) (List (Matrix R)) (List (Matrix R)) (Boolean) (Integer))) (SIGNATURE areEquivalent? ((Matrix R) (List (Matrix R)) (List (Matrix R)))) (SIGNATURE areEquivalent? ((Matrix R) (List (Matrix R)) (List (Matrix R)) (Integer))) (SIGNATURE isAbsolutelyIrreducible? ((Boolean) (List (Matrix R)) (Integer))) (SIGNATURE isAbsolutelyIrreducible? ((Boolean) (List (Matrix R)))) (SIGNATURE split ((List (List (Matrix R))) (List (Matrix R)) (Vector R))) (SIGNATURE split ((List (List (Matrix R))) (List (Matrix R)) (Vector (Vector R))))) %noBranch) (IF (has R (Finite)) (IF (has R (Field)) (PROGN (SIGNATURE meatAxe ((List (List (Matrix R))) (List (Matrix R)) (Boolean) (Integer) (Integer))) (SIGNATURE meatAxe ((List (List (Matrix R))) (List (Matrix R)))) (SIGNATURE meatAxe ((List (List (Matrix R))) (List (Matrix R)) (Boolean))) (SIGNATURE meatAxe ((List (List (Matrix R))) (List (Matrix R)) (PositiveInteger))) (SIGNATURE scanOneDimSubspaces ((Vector R) (List (Vector R)) (Integer)))) %noBranch) %noBranch)) NIL) ------------------------------------------------------------------------ initializing stationary directory for RepresentationPackage2 compiling into /tmp/oa-L1Q35w importing OutputForm compiling local blockMultiply : (Matrix R,Matrix R,List Integer,Integer) -> Matrix R Time: 0.07 SEC. compiling local fingerPrint : (NonNegativeInteger,Matrix R,Matrix R,Matrix R) -> Matrix R Time: 0.01 SEC. compiling exported completeEchelonBasis : Vector Vector R -> Matrix R Time: 0.06 SEC. compiling exported createRandomElement : (List Matrix R,Matrix R) -> Matrix R Time: 0.02 SEC. compiling exported cyclicSubmodule : (List Matrix R,Vector R) -> Vector Vector R Time: 0.16 SEC. compiling exported standardBasisOfCyclicSubmodule : (List Matrix R,Vector R) -> Matrix R Time: 0.10 SEC. compiling local splitInternal : (List Matrix R,Vector R,Boolean) -> List List Matrix R Time: 0.17 SEC. compiling local irreducibilityTestInternal : (List Matrix R,Matrix R,Boolean) -> List List Matrix R Time: 0.18 SEC. compiling exported areEquivalent? : (List Matrix R,List Matrix R) -> Matrix R Time: 0.02 SEC. compiling exported areEquivalent? : (List Matrix R,List Matrix R,Integer) -> Matrix R Time: 0.02 SEC. compiling exported areEquivalent? : (List Matrix R,List Matrix R,Boolean,Integer) -> Matrix R Time: 0.55 SEC. compiling exported isAbsolutelyIrreducible? : List Matrix R -> Boolean Time: 0.01 SEC. compiling exported isAbsolutelyIrreducible? : (List Matrix R,Integer) -> Boolean Time: 0.21 SEC. compiling exported split : (List Matrix R,Vector R) -> List List Matrix R Time: 0.02 SEC. compiling exported split : (List Matrix R,Vector Vector R) -> List List Matrix R Time: 0.13 SEC. compiling exported meatAxe : (List Matrix R,Boolean,Integer,Integer) -> List List Matrix R Time: 0.16 SEC. compiling exported meatAxe : List Matrix R -> List List Matrix R Time: 0.01 SEC. compiling exported meatAxe : (List Matrix R,Boolean) -> List List Matrix R Time: 0.02 SEC. compiling exported meatAxe : (List Matrix R,PositiveInteger) -> List List Matrix R Time: 0.01 SEC. compiling exported scanOneDimSubspaces : (List Vector R,Integer) -> Vector R Time: 0.10 SEC. (time taken in buildFunctor: 0) Time: 0.03 SEC. Warnings: [1] areEquivalent?: x0 has no value [2] areEquivalent?: x1 has no value [3] areEquivalent?: foundResult has no value [4] meatAxe: : PositiveInteger -- replace by pretend [5] meatAxe: x has no value [6] meatAxe: foundResult has no value [7] meatAxe: result has no value [8] scanOneDimSubspaces: wholeRagits has no value Cumulative Statistics for Constructor RepresentationPackage2 Time: 2.05 seconds finalizing NRLIB REP2 Processing RepresentationPackage2 for Browser database: -- completeEchelonBasis : V V R -> M R -- createRandomElement : (L M R,M R) -> M R -- cyclicSubmodule : (L M R,V R) -> V V R -- standardBasisOfCyclicSubmodule : (L M R,V R) -> M R -- areEquivalent? : (L M R,L M R,B,I) -> M R -- areEquivalent? : (L M R,L M R) -> M R -- areEquivalent? : (L M R,L M R,I) -> M R -- isAbsolutelyIrreducible? : (L M R,I) -> B -- isAbsolutelyIrreducible? : L M R -> B -- split : (L M R,V R) -> L L M R -- split : (L M R,V V R) -> L L M R -- meatAxe : (L M R,B,I,I) -> L L M R -- meatAxe : L M R -> L L M R -- meatAxe : (L M R,B) -> L L M R -- meatAxe : (L M R,PI) -> L L M R -- scanOneDimSubspaces : (L V R,I) -> V R -- constructor ; compiling file "/tmp/oa-L1Q35w/code.lsp" (written 01 FEB 2016 11:05:06 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |REP2;blockMultiply| ...) ; compiling (DEFUN |REP2;fingerPrint| ...) ; compiling (DEFUN |REP2;completeEchelonBasis;VM;3| ...) ; compiling (DEFUN |REP2;createRandomElement;L2M;4| ...) ; compiling (DEFUN |REP2;cyclicSubmodule;LVV;5| ...) ; file: /tmp/oa-L1Q35w/code.lsp ; in: DEFUN |REP2;cyclicSubmodule;LVV;5| ; (DEFUN BOOT::|REP2;cyclicSubmodule;LVV;5| (BOOT::|lm| BOOT::|v| BOOT::$) ; (PROG (BOOT::|updateFurtherElts| BOOT::|addedToBasis| BOOT::|nextVector| ; BOOT::|w|) ; (RETURN ; (LET (# #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|REP2;cyclicSubmodule;LVV;5| ; (BOOT::|lm| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|REP2;cyclicSubmodule;LVV;5| ; (PROG (BOOT::|updateFurtherElts| BOOT::|addedToBasis| ; BOOT::|nextVector| BOOT::|w|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (VECTOR VECTOR) &REST T). ; compiling (DEFUN |REP2;standardBasisOfCyclicSubmodule;LVM;6| ...) ; file: /tmp/oa-L1Q35w/code.lsp ; in: DEFUN |REP2;standardBasisOfCyclicSubmodule;LVM;6| ; (LET ((BOOT::|dim| ; (BOOT::SPADCALL BOOT::|v| (BOOT::|shellEntry| BOOT::$ 29))) ; (BOOT::|standardBasis| ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|v| #) ; (BOOT::|shellEntry| BOOT::$ 47))) ; (BOOT::|basis| ; (BOOT::SPADCALL (BOOT::SPADCALL # #) (BOOT::|shellEntry| BOOT::$ 48))) ; (BOOT::|furtherElts| ; (LET (# # #) ; (LOOP # ; #)))) ; (BOOT::SEQ (LOOP (COND (# #) (T #))) ; (BOOT::EXIT ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|standardBasis| #) ; (BOOT::|shellEntry| BOOT::$ 67))))) ; ; caught STYLE-WARNING: ; The variable |dim| is defined but never used. ; compiling (DEFUN |REP2;splitInternal| ...) ; compiling (DEFUN |REP2;irreducibilityTestInternal| ...) ; file: /tmp/oa-L1Q35w/code.lsp ; in: DEFUN |REP2;irreducibilityTestInternal| ; (DEFUN BOOT::|REP2;irreducibilityTestInternal| ; (BOOT::|algebraGenerators| BOOT::|singularMatrix| BOOT::|split?| ; BOOT::$) ; (PROG (BOOT::|result| BOOT::|kernel| BOOT::|mat|) ; (RETURN ; (LET (# #) ; (BOOT::SEQ # # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|REP2;irreducibilityTestInternal| ; (BOOT::|algebraGenerators| BOOT::|singularMatrix| BOOT::|split?| ; BOOT::$) ; (BLOCK BOOT::|REP2;irreducibilityTestInternal| ; (PROG (BOOT::|result| BOOT::|kernel| BOOT::|mat|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; compiling (DEFUN |REP2;areEquivalent?;2LM;9| ...) ; compiling (DEFUN |REP2;areEquivalent?;2LIM;10| ...) ; compiling (DEFUN |REP2;areEquivalent?;2LBIM;11| ...) ; file: /tmp/oa-L1Q35w/code.lsp ; in: DEFUN |REP2;areEquivalent?;2LBIM;11| ; (DEFUN BOOT::|REP2;areEquivalent?;2LBIM;11| ; (BOOT::|aG0| BOOT::|aG1| BOOT::|randomelements| BOOT::|numberOfTries| ; BOOT::$) ; (PROG (BOOT::|foundResult| BOOT::|n| BOOT::|randomIndex| ; BOOT::|baseChange1| BOOT::|baseChange0| BOOT::|kernel1| ; BOOT::|kernel0| BOOT::|rk1| BOOT::|rk0|) ; (RETURN ; (LET (# # # # #) ; (BOOT::SEQ # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|REP2;areEquivalent?;2LBIM;11| ; (BOOT::|aG0| BOOT::|aG1| BOOT::|randomelements| BOOT::|numberOfTries| ; BOOT::$) ; (BLOCK BOOT::|REP2;areEquivalent?;2LBIM;11| ; (PROG (BOOT::|foundResult| BOOT::|n| BOOT::|randomIndex| ; BOOT::|baseChange1| BOOT::|baseChange0| BOOT::|kernel1| ; BOOT::|kernel0| BOOT::|rk1| BOOT::|rk0|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |randomelements| ; prevents use of assertion from function type proclamation: ; (MEMBER T NIL) ; ; compiling (DEFUN |REP2;isAbsolutelyIrreducible?;LB;12| ...) ; file: /tmp/oa-L1Q35w/code.lsp ; in: DEFUN |REP2;isAbsolutelyIrreducible?;LB;12| ; (DEFUN BOOT::|REP2;isAbsolutelyIrreducible?;LB;12| (BOOT::|aG| BOOT::$) ; (BOOT::SPADCALL BOOT::|aG| 25 (BOOT::|shellEntry| BOOT::$ 99))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|REP2;isAbsolutelyIrreducible?;LB;12| ; (BOOT::|aG| BOOT::$) ; (BLOCK BOOT::|REP2;isAbsolutelyIrreducible?;LB;12| ; (BOOT::SPADCALL BOOT::|aG| 25 (BOOT::|shellEntry| BOOT::$ 99)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |REP2;isAbsolutelyIrreducible?;LIB;13| ...) ; compiling (DEFUN |REP2;split;LVL;14| ...) ; compiling (DEFUN |REP2;split;LVL;15| ...) ; compiling (DEFUN |REP2;meatAxe;LB2IL;16| ...) ; file: /tmp/oa-L1Q35w/code.lsp ; in: DEFUN |REP2;meatAxe;LB2IL;16| ; (DEFUN BOOT::|REP2;meatAxe;LB2IL;16| ; (BOOT::|algebraGenerators| BOOT::|randomelements| ; BOOT::|numberOfTries| BOOT::|maxTests| BOOT::$) ; (PROG (BOOT::|foundResult| BOOT::|x| BOOT::|randomIndex| ; BOOT::|numberOfTests| BOOT::|numberOfOneDimSubspacesInKernel| ; BOOT::|kernel| BOOT::|n|) ; (RETURN ; (LET (# # #) ; (BOOT::SEQ # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|REP2;meatAxe;LB2IL;16| ; (BOOT::|algebraGenerators| BOOT::|randomelements| BOOT::|numberOfTries| ; BOOT::|maxTests| BOOT::$) ; (BLOCK BOOT::|REP2;meatAxe;LB2IL;16| ; (PROG (BOOT::|foundResult| BOOT::|x| BOOT::|randomIndex| ; BOOT::|numberOfTests| BOOT::|numberOfOneDimSubspacesInKernel| ; BOOT::|kernel| BOOT::|n|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |randomelements| ; prevents use of assertion from function type proclamation: ; (MEMBER T NIL) ; ; compiling (DEFUN |REP2;meatAxe;LL;17| ...) ; file: /tmp/oa-L1Q35w/code.lsp ; in: DEFUN |REP2;meatAxe;LL;17| ; (DEFUN BOOT::|REP2;meatAxe;LL;17| (BOOT::|algebraGenerators| BOOT::$) ; (BOOT::SPADCALL BOOT::|algebraGenerators| NIL 25 7 ; (BOOT::|shellEntry| BOOT::$ 115))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|REP2;meatAxe;LL;17| ; (BOOT::|algebraGenerators| BOOT::$) ; (BLOCK BOOT::|REP2;meatAxe;LL;17| ; (BOOT::SPADCALL BOOT::|algebraGenerators| NIL 25 7 ; (BOOT::|shellEntry| BOOT::$ 115)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; compiling (DEFUN |REP2;meatAxe;LBL;18| ...) ; file: /tmp/oa-L1Q35w/code.lsp ; in: DEFUN |REP2;meatAxe;LBL;18| ; (DEFUN BOOT::|REP2;meatAxe;LBL;18| ; (BOOT::|algebraGenerators| BOOT::|randomElements?| BOOT::$) ; (COND ; (BOOT::|randomElements?| ; (BOOT::SPADCALL BOOT::|algebraGenerators| T 25 7 ; (BOOT::|shellEntry| BOOT::$ 115))) ; (T ; (BOOT::SPADCALL BOOT::|algebraGenerators| NIL 6 7 ; (BOOT::|shellEntry| BOOT::$ 115))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|REP2;meatAxe;LBL;18| ; (BOOT::|algebraGenerators| BOOT::|randomElements?| BOOT::$) ; (BLOCK BOOT::|REP2;meatAxe;LBL;18| ; (COND ; (BOOT::|randomElements?| ; (BOOT::SPADCALL BOOT::|algebraGenerators| T 25 7 #)) ; (T (BOOT::SPADCALL BOOT::|algebraGenerators| NIL 6 7 #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; compiling (DEFUN |REP2;meatAxe;LPiL;19| ...) ; file: /tmp/oa-L1Q35w/code.lsp ; in: DEFUN |REP2;meatAxe;LPiL;19| ; (DEFUN BOOT::|REP2;meatAxe;LPiL;19| ; (BOOT::|algebraGenerators| BOOT::|numberOfTries| BOOT::$) ; (BOOT::SPADCALL BOOT::|algebraGenerators| T BOOT::|numberOfTries| 7 ; (BOOT::|shellEntry| BOOT::$ 115))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|REP2;meatAxe;LPiL;19| ; (BOOT::|algebraGenerators| BOOT::|numberOfTries| BOOT::$) ; (BLOCK BOOT::|REP2;meatAxe;LPiL;19| ; (BOOT::SPADCALL BOOT::|algebraGenerators| T BOOT::|numberOfTries| 7 ; (BOOT::|shellEntry| BOOT::$ 115)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; compiling (DEFUN |REP2;scanOneDimSubspaces;LIV;20| ...) ; compiling (DEFUN |RepresentationPackage2| ...) ; compiling (DEFUN |RepresentationPackage2;| ...) ; compiling (MAKEPROP (QUOTE |RepresentationPackage2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 8 notes ; /tmp/oa-L1Q35w/code.fasl written ; compilation finished in 0:00:00.221 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MSET.spad && cp MSET.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MSET.fasl \ && if test -f MSET-.NRLIB/code.fasl; then \ cp MSET-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MSET-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MSET.spad using Spad compiler. MSET abbreviates domain Multiset debug: compDefine1 lhs: (Multiset S) signature (pre-evaluate): ((Join (MultisetAggregate S) (FiniteAggregate S) (ShallowlyMutableAggregate S) (CATEGORY domain (SIGNATURE multiset ($)) (SIGNATURE multiset ($ S)) (SIGNATURE multiset ($ (List S))) (SIGNATURE unique ((List S) $)) (SIGNATURE remove ($ S $ (Integer))) (SIGNATURE remove ($ (Mapping (Boolean) S) $ (Integer))) (SIGNATURE remove! ($ S $ (Integer))) (SIGNATURE remove! ($ (Mapping (Boolean) S) $ (Integer))))) (SetCategory)) debug: evaluateType form: (Join (MultisetAggregate S) (FiniteAggregate S) (ShallowlyMutableAggregate S) (CATEGORY domain (SIGNATURE multiset ($)) (SIGNATURE multiset ($ S)) (SIGNATURE multiset ($ (List S))) (SIGNATURE unique ((List S) $)) (SIGNATURE remove ($ S $ (Integer))) (SIGNATURE remove ($ (Mapping (Boolean) S) $ (Integer))) (SIGNATURE remove! ($ S $ (Integer))) (SIGNATURE remove! ($ (Mapping (Boolean) S) $ (Integer))))) $param: (S) debug: evaluateType form: (MultisetAggregate S) $param: (S) Debug: evaluateType1 form: (MultisetAggregate S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (FiniteAggregate S) $param: (S) Debug: evaluateType1 form: (FiniteAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (ShallowlyMutableAggregate S) $param: (S) Debug: evaluateType1 form: (ShallowlyMutableAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE multiset ($)) (SIGNATURE multiset ($ S)) (SIGNATURE multiset ($ (List S))) (SIGNATURE unique ((List S) $)) (SIGNATURE remove ($ S $ (Integer))) (SIGNATURE remove ($ (Mapping (Boolean) S) $ (Integer))) (SIGNATURE remove! ($ S $ (Integer))) (SIGNATURE remove! ($ (Mapping (Boolean) S) $ (Integer)))) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Mapping (Boolean) S) $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Mapping (Boolean) S) $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Join (MultisetAggregate S) (FiniteAggregate S) (ShallowlyMutableAggregate S) (CATEGORY domain (SIGNATURE multiset ($)) (SIGNATURE multiset ($ S)) (SIGNATURE multiset ($ (List S))) (SIGNATURE unique ((List S) $)) (SIGNATURE remove ($ S $ (Integer))) (SIGNATURE remove ($ (Mapping (Boolean) S) $ (Integer))) (SIGNATURE remove! ($ S $ (Integer))) (SIGNATURE remove! ($ (Mapping (Boolean) S) $ (Integer))))) (SetCategory)) debug: compDefine1 lhs: (Multiset S) signature (pre-evaluate): ((Join (MultisetAggregate S) (FiniteAggregate S) (ShallowlyMutableAggregate S) (CATEGORY domain (SIGNATURE multiset ($)) (SIGNATURE multiset ($ S)) (SIGNATURE multiset ($ (List S))) (SIGNATURE unique ((List S) $)) (SIGNATURE remove ($ S $ (Integer))) (SIGNATURE remove ($ (Mapping (Boolean) S) $ (Integer))) (SIGNATURE remove! ($ S $ (Integer))) (SIGNATURE remove! ($ (Mapping (Boolean) S) $ (Integer))))) NIL) debug: evaluateType form: (Join (MultisetAggregate S) (FiniteAggregate S) (ShallowlyMutableAggregate S) (CATEGORY domain (SIGNATURE multiset ($)) (SIGNATURE multiset ($ S)) (SIGNATURE multiset ($ (List S))) (SIGNATURE unique ((List S) $)) (SIGNATURE remove ($ S $ (Integer))) (SIGNATURE remove ($ (Mapping (Boolean) S) $ (Integer))) (SIGNATURE remove! ($ S $ (Integer))) (SIGNATURE remove! ($ (Mapping (Boolean) S) $ (Integer))))) $param: (S) debug: evaluateType form: (MultisetAggregate S) $param: (S) Debug: evaluateType1 form: (MultisetAggregate S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (FiniteAggregate S) $param: (S) Debug: evaluateType1 form: (FiniteAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (ShallowlyMutableAggregate S) $param: (S) Debug: evaluateType1 form: (ShallowlyMutableAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE multiset ($)) (SIGNATURE multiset ($ S)) (SIGNATURE multiset ($ (List S))) (SIGNATURE unique ((List S) $)) (SIGNATURE remove ($ S $ (Integer))) (SIGNATURE remove ($ (Mapping (Boolean) S) $ (Integer))) (SIGNATURE remove! ($ S $ (Integer))) (SIGNATURE remove! ($ (Mapping (Boolean) S) $ (Integer)))) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (List S) $param: (S) Debug: evaluateType1 form: (List S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Mapping (Boolean) S) $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Mapping (Boolean) S) $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((Join (MultisetAggregate S) (FiniteAggregate S) (ShallowlyMutableAggregate S) (CATEGORY domain (SIGNATURE multiset ($)) (SIGNATURE multiset ($ S)) (SIGNATURE multiset ($ (List S))) (SIGNATURE unique ((List S) $)) (SIGNATURE remove ($ S $ (Integer))) (SIGNATURE remove ($ (Mapping (Boolean) S) $ (Integer))) (SIGNATURE remove! ($ S $ (Integer))) (SIGNATURE remove! ($ (Mapping (Boolean) S) $ (Integer))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for Multiset compiling into /tmp/oa-vvUx6f compiling local elt : (Table(S,Integer),S) -> Integer Time: 0.08 SEC. compiling exported empty : () -> % Time: 0 SEC. compiling exported multiset : () -> % Time: 0 SEC. compiling exported dictionary : () -> % Time: 0 SEC. compiling exported set : () -> % Time: 0 SEC. compiling exported brace : () -> % Time: 0.00 SEC. compiling exported construct : List S -> % Time: 0.02 SEC. compiling exported multiset : List S -> % Time: 0.00 SEC. compiling exported bag : List S -> % Time: 0.01 SEC. compiling exported dictionary : List S -> % Time: 0.01 SEC. compiling exported set : List S -> % Time: 0.00 SEC. compiling exported brace : List S -> % Time: 0.01 SEC. compiling exported multiset : S -> % Time: 0.00 SEC. compiling exported convert : % -> InputForm Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Debug compQuote expr: (QUOTE multiset) m: $EmptyMode Debug compQuote expr: (QUOTE multiset) m: (Symbol) Time: 0.26 SEC. compiling exported unique : % -> List S Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Time: 0.04 SEC. compiling exported duplicates : % -> List Record(entry: S,count: NonNegativeInteger) Time: 0.03 SEC. compiling exported extract! : % -> S Time: 0.01 SEC. compiling exported inspect : % -> S Time: 0.01 SEC. compiling exported insert! : (S,%) -> % Time: 0.01 SEC. compiling exported member? : (S,%) -> Boolean Time: 0.02 SEC. compiling exported empty? : % -> Boolean MSET;empty?;$B;22 ms is replaced by %ieq(%head ms,0) Time: 0.01 SEC. compiling exported # : % -> NonNegativeInteger Time: 0.00 SEC. compiling exported count : (S,%) -> NonNegativeInteger Time: 0.01 SEC. compiling exported remove! : (S,%,Integer) -> % Time: 0.03 SEC. compiling exported remove! : (S -> Boolean,%,Integer) -> % Time: 0.06 SEC. compiling exported remove : (S,%,Integer) -> % Time: 0 SEC. compiling exported remove : (S -> Boolean,%,Integer) -> % Time: 0.00 SEC. compiling exported remove! : (S,%) -> % Time: 0.01 SEC. compiling exported remove! : (S -> Boolean,%) -> % Time: 0.00 SEC. compiling exported select! : (S -> Boolean,%) -> % Time: 0.00 SEC. compiling exported removeDuplicates! : % -> % Time: 0.00 SEC. compiling exported insert! : (S,%,NonNegativeInteger) -> % Time: 0.01 SEC. compiling exported map! : (S -> S,%) -> % Time: 0.01 SEC. compiling exported map : (S -> S,%) -> % Time: 0 SEC. compiling exported members : % -> List S Time: 0.02 SEC. compiling exported union : (%,%) -> % Time: 0.01 SEC. compiling exported intersect : (%,%) -> % Time: 0.01 SEC. compiling exported difference : (%,%) -> % Time: 0.03 SEC. compiling exported symmetricDifference : (%,%) -> % Time: 0.00 SEC. compiling exported = : (%,%) -> Boolean Time: 0.09 SEC. compiling exported part? : (%,%) -> Boolean Time: 0.01 SEC. compiling exported subset? : (%,%) -> Boolean Time: 0.01 SEC. (time taken in buildFunctor: 4) Time: 0.03 SEC. Warnings: [1] Type Integer is not in scope. Import it [2] Type Table(S,Integer) is not in scope. Import it Cumulative Statistics for Constructor Multiset Time: 0.92 seconds finalizing NRLIB MSET Processing Multiset for Browser database: -- multiset : () -> % -- multiset : S -> % -- multiset : List S -> % -- unique : % -> List S -- remove : (S,%,Integer) -> % -- remove : ((S -> Boolean),%,Integer) -> % -- remove! : (S,%,Integer) -> % -- remove! : ((S -> Boolean),%,Integer) -> % -- constructor ; compiling file "/tmp/oa-vvUx6f/code.lsp" (written 01 FEB 2016 11:05:07 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MSET;empty?;$B;22|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MSET;elt| ...) ; compiling (DEFUN |MSET;empty;$;2| ...) ; compiling (DEFUN |MSET;multiset;$;3| ...) ; compiling (DEFUN |MSET;dictionary;$;4| ...) ; compiling (DEFUN |MSET;set;$;5| ...) ; compiling (DEFUN |MSET;brace;$;6| ...) ; compiling (DEFUN |MSET;construct;L$;7| ...) ; compiling (DEFUN |MSET;multiset;L$;8| ...) ; compiling (DEFUN |MSET;bag;L$;9| ...) ; compiling (DEFUN |MSET;dictionary;L$;10| ...) ; compiling (DEFUN |MSET;set;L$;11| ...) ; compiling (DEFUN |MSET;brace;L$;12| ...) ; compiling (DEFUN |MSET;multiset;S$;13| ...) ; compiling (DEFUN |MSET;convert;$If;14| ...) ; compiling (DEFUN |MSET;unique;$L;15| ...) ; file: /tmp/oa-vvUx6f/code.lsp ; in: DEFUN |MSET;unique;$L;15| ; (DEFUN BOOT::|MSET;unique;$L;15| (BOOT::|ms| BOOT::$) ; (BOOT::SPADCALL (CDR BOOT::|ms|) (BOOT::|shellEntry| BOOT::$ 37))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MSET;unique;$L;15| ; (BOOT::|ms| BOOT::$) ; (BLOCK BOOT::|MSET;unique;$L;15| ; (BOOT::SPADCALL (CDR BOOT::|ms|) (BOOT::|shellEntry| BOOT::$ 37)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |MSET;coerce;$Of;16| ...) ; compiling (DEFUN |MSET;duplicates;$L;17| ...) ; compiling (DEFUN |MSET;extract!;$S;18| ...) ; compiling (DEFUN |MSET;inspect;$S;19| ...) ; compiling (DEFUN |MSET;insert!;S2$;20| ...) ; compiling (DEFUN |MSET;member?;S$B;21| ...) ; file: /tmp/oa-vvUx6f/code.lsp ; in: DEFUN |MSET;member?;S$B;21| ; (DEFUN BOOT::|MSET;member?;S$B;21| (BOOT::|e| BOOT::|ms| BOOT::$) ; (BOOT::SPADCALL BOOT::|e| ; (BOOT::SPADCALL (CDR BOOT::|ms|) ; (BOOT::|shellEntry| BOOT::$ 37)) ; (BOOT::|shellEntry| BOOT::$ 65))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MSET;member?;S$B;21| ; (BOOT::|e| BOOT::|ms| BOOT::$) ; (BLOCK BOOT::|MSET;member?;S$B;21| ; (BOOT::SPADCALL BOOT::|e| ; (BOOT::SPADCALL (CDR BOOT::|ms|) ; (BOOT::|shellEntry| BOOT::$ 37)) ; (BOOT::|shellEntry| BOOT::$ 65)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |MSET;empty?;$B;22| ...) ; compiling (DEFUN |MSET;#;$Nni;23| ...) ; file: /tmp/oa-vvUx6f/code.lsp ; in: DEFUN |MSET;#;$Nni;23| ; (DEFUN BOOT::|MSET;#;$Nni;23| (BOOT::|ms| BOOT::$) ; (LET ((#:G659 (CAR BOOT::|ms|))) ; (COND ((NOT #) #:G659) (T (BOOT::|moanRetract| #:G659 '#))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MSET;#;$Nni;23| ; (BOOT::|ms| BOOT::$) ; (BLOCK BOOT::|MSET;#;$Nni;23| ; (LET ((#:G659 #)) ; (COND (# #:G659) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |MSET;count;S$Nni;24| ...) ; file: /tmp/oa-vvUx6f/code.lsp ; in: DEFUN |MSET;count;S$Nni;24| ; (DEFUN BOOT::|MSET;count;S$Nni;24| (BOOT::|e| BOOT::|ms| BOOT::$) ; (LET ((#:G663 (BOOT::|MSET;elt| # BOOT::|e| BOOT::$))) ; (COND ((NOT #) #:G663) (T (BOOT::|moanRetract| #:G663 '#))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MSET;count;S$Nni;24| ; (BOOT::|e| BOOT::|ms| BOOT::$) ; (BLOCK BOOT::|MSET;count;S$Nni;24| ; (LET ((#:G663 #)) ; (COND (# #:G663) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |MSET;remove!;S$I$;25| ...) ; compiling (DEFUN |MSET;remove!;M$I$;26| ...) ; compiling (DEFUN |MSET;remove;S$I$;27| ...) ; compiling (DEFUN |MSET;remove;M$I$;28| ...) ; compiling (DEFUN |MSET;remove!;S2$;29| ...) ; compiling (DEFUN |MSET;remove!;M2$;30| ...) ; compiling (DEFUN |MSET;select!;M2$;31| ...) ; compiling (DEFUN |MSET;select!;M2$;31!0| ...) ; compiling (DEFUN |MSET;removeDuplicates!;2$;32| ...) ; compiling (DEFUN |MSET;insert!;S$Nni$;33| ...) ; compiling (DEFUN |MSET;map!;M2$;34| ...) ; compiling (DEFUN |MSET;map;M2$;35| ...) ; compiling (DEFUN |MSET;members;$L;36| ...) ; compiling (DEFUN |MSET;union;3$;37| ...) ; compiling (DEFUN |MSET;intersect;3$;38| ...) ; compiling (DEFUN |MSET;difference;3$;39| ...) ; compiling (DEFUN |MSET;symmetricDifference;3$;40| ...) ; compiling (DEFUN |MSET;=;2$B;41| ...) ; compiling (DEFUN |MSET;part?;2$B;42| ...) ; compiling (DEFUN |MSET;subset?;2$B;43| ...) ; compiling (DEFUN |Multiset| ...) ; compiling (DEFUN |Multiset;| ...) ; compiling (MAKEPROP (QUOTE |Multiset|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 4 notes ; /tmp/oa-vvUx6f/code.fasl written ; compilation finished in 0:00:00.133 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SYMFUNC.spad && cp SYMFUNC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SYMFUNC.fasl \ && if test -f SYMFUNC-.NRLIB/code.fasl; then \ cp SYMFUNC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SYMFUNC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SYMFUNC.spad using Spad compiler. SYMFUNC abbreviates package SymmetricFunctions debug: compDefine1 lhs: (SymmetricFunctions R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE symFunc ((Vector R) (List R))) (SIGNATURE symFunc ((Vector R) R (PositiveInteger)))) (Ring)) debug: evaluateType form: (CATEGORY package (SIGNATURE symFunc ((Vector R) (List R))) (SIGNATURE symFunc ((Vector R) R (PositiveInteger)))) $param: (R) debug: evaluateType form: (Vector R) $param: (R) Debug: evaluateType1 form: (Vector R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (List R) $param: (R) Debug: evaluateType1 form: (List R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (Vector R) $param: (R) Debug: evaluateType1 form: (Vector R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: R $param: (R) debug: evaluateType form: (PositiveInteger) $param: (R) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE symFunc ((Vector R) (List R))) (SIGNATURE symFunc ((Vector R) R (PositiveInteger)))) (Ring)) debug: compDefine1 lhs: (SymmetricFunctions R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE symFunc ((Vector R) (List R))) (SIGNATURE symFunc ((Vector R) R (PositiveInteger)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE symFunc ((Vector R) (List R))) (SIGNATURE symFunc ((Vector R) R (PositiveInteger)))) $param: (R) debug: evaluateType form: (Vector R) $param: (R) Debug: evaluateType1 form: (Vector R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (List R) $param: (R) Debug: evaluateType1 form: (List R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (Vector R) $param: (R) Debug: evaluateType1 form: (Vector R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: R $param: (R) debug: evaluateType form: (PositiveInteger) $param: (R) Debug: evaluateType1 form: (PositiveInteger) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE symFunc ((Vector R) (List R))) (SIGNATURE symFunc ((Vector R) R (PositiveInteger)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for SymmetricFunctions compiling into /tmp/oa-OPKzlw compiling exported symFunc : (R,PositiveInteger) -> Vector R Time: 0.07 SEC. compiling exported symFunc : List R -> Vector R Time: 0.02 SEC. compiling local signFix : (SparseUnivariatePolynomial R,NonNegativeInteger) -> Vector R Time: 0.05 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor SymmetricFunctions Time: 0.14 seconds finalizing NRLIB SYMFUNC Processing SymmetricFunctions for Browser database: -- symFunc : List R -> Vector R -- symFunc : (R,PositiveInteger) -> Vector R -- constructor ; compiling file "/tmp/oa-OPKzlw/code.lsp" (written 01 FEB 2016 11:05:07 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SYMFUNC;symFunc;RPiV;1| ...) ; compiling (DEFUN |SYMFUNC;symFunc;LV;2| ...) ; compiling (DEFUN |SYMFUNC;signFix| ...) ; file: /tmp/oa-OPKzlw/code.lsp ; in: DEFUN |SYMFUNC;signFix| ; (DEFUN BOOT::|SYMFUNC;signFix| (BOOT::|p| BOOT::|n| BOOT::$) ; (PROG (BOOT::|m| BOOT::|v|) ; (RETURN ; (PROGN ; (BOOT::LETT BOOT::|m| # BOOT::|SYMFUNC;signFix|) ; (LET # ; #) ; (BOOT::SPADCALL BOOT::|v| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYMFUNC;signFix| ; (BOOT::|p| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|SYMFUNC;signFix| ; (PROG (BOOT::|m| BOOT::|v|) (RETURN (PROGN # # #))))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |SymmetricFunctions| ...) ; compiling (DEFUN |SymmetricFunctions;| ...) ; compiling (MAKEPROP (QUOTE |SymmetricFunctions|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-OPKzlw/code.fasl written ; compilation finished in 0:00:00.042 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile VECTOR2.spad && cp VECTOR2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/VECTOR2.fasl \ && if test -f VECTOR2-.NRLIB/code.fasl; then \ cp VECTOR2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/VECTOR2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/VECTOR2.spad using Spad compiler. VECTOR2 abbreviates package VectorFunctions2 debug: compDefine1 lhs: (VectorFunctions2 A B) signature (pre-evaluate): ((CATEGORY package (SIGNATURE scan ((Vector B) (Mapping B A B) (Vector A) B)) (SIGNATURE reduce (B (Mapping B A B) (Vector A) B)) (SIGNATURE map ((Vector B) (Mapping B A) (Vector A))) (SIGNATURE map ((Union (Vector B) failed) (Mapping (Union B failed) A) (Vector A)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE scan ((Vector B) (Mapping B A B) (Vector A) B)) (SIGNATURE reduce (B (Mapping B A B) (Vector A) B)) (SIGNATURE map ((Vector B) (Mapping B A) (Vector A))) (SIGNATURE map ((Union (Vector B) failed) (Mapping (Union B failed) A) (Vector A)))) $param: (A B) debug: evaluateType form: (Vector B) $param: (A B) Debug: evaluateType1 form: (Vector B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: (Mapping B A B) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (Vector A) $param: (A B) Debug: evaluateType1 form: (Vector A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: B $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (Mapping B A B) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (Vector A) $param: (A B) Debug: evaluateType1 form: (Vector A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: B $param: (A B) debug: evaluateType form: (Vector B) $param: (A B) Debug: evaluateType1 form: (Vector B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: (Mapping B A) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: (Vector A) $param: (A B) Debug: evaluateType1 form: (Vector A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Union (Vector B) failed) $param: (A B) debug: evaluateType form: (Vector B) $param: (A B) Debug: evaluateType1 form: (Vector B) debug: evaluateType1 x: B m: (Type) debug: evaluateType form: failed $param: (A B) debug: evaluateType form: (Mapping (Union B failed) A) $param: (A B) debug: evaluateType form: (Union B failed) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: failed $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: (Vector A) $param: (A B) Debug: evaluateType1 form: (Vector A) debug: evaluateType1 x: A m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE scan ((Vector B) (Mapping B A B) (Vector A) B)) (SIGNATURE reduce (B (Mapping B A B) (Vector A) B)) (SIGNATURE map ((Vector B) (Mapping B A) (Vector A))) (SIGNATURE map ((Union (Vector B) failed) (Mapping (Union B failed) A) (Vector A)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for VectorFunctions2 compiling into /tmp/oa-nmz7wG compiling exported scan : ((A,B) -> B,Vector A,B) -> Vector B Time: 0.03 SEC. compiling exported reduce : ((A,B) -> B,Vector A,B) -> B Time: 0.01 SEC. compiling exported map : (A -> B,Vector A) -> Vector B Time: 0.01 SEC. compiling exported map : (A -> Union(B,failed),Vector A) -> Union(Vector B,failed) Time: 0.06 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor VectorFunctions2 Time: 0.10 seconds finalizing NRLIB VECTOR2 Processing VectorFunctions2 for Browser database: -- scan : (((A,B) -> B),VA,B) -> VB -- reduce : (((A,B) -> B),VA,B) -> B -- map : ((A -> B),VA) -> VB -- map : ((A -> UB),VA) -> Union(VB,"failed") -- constructor ; compiling file "/tmp/oa-nmz7wG/code.lsp" (written 01 FEB 2016 11:05:08 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |VECTOR2;scan;MVBV;1| ...) ; file: /tmp/oa-nmz7wG/code.lsp ; in: DEFUN |VECTOR2;scan;MVBV;1| ; (DEFUN BOOT::|VECTOR2;scan;MVBV;1| (BOOT::|f| BOOT::|v| BOOT::|b| BOOT::$) ; (BOOT::SPADCALL BOOT::|f| BOOT::|v| BOOT::|b| ; (BOOT::|shellEntry| BOOT::$ 12))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|VECTOR2;scan;MVBV;1| ; (BOOT::|f| BOOT::|v| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|VECTOR2;scan;MVBV;1| ; (BOOT::SPADCALL BOOT::|f| BOOT::|v| BOOT::|b| ; (BOOT::|shellEntry| BOOT::$ 12)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |VECTOR2;reduce;MV2B;2| ...) ; compiling (DEFUN |VECTOR2;map;MVV;3| ...) ; file: /tmp/oa-nmz7wG/code.lsp ; in: DEFUN |VECTOR2;map;MVV;3| ; (DEFUN BOOT::|VECTOR2;map;MVV;3| (BOOT::|f| BOOT::|v| BOOT::$) ; (BOOT::SPADCALL BOOT::|f| BOOT::|v| (BOOT::|shellEntry| BOOT::$ 17))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|VECTOR2;map;MVV;3| ; (BOOT::|f| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|VECTOR2;map;MVV;3| ; (BOOT::SPADCALL BOOT::|f| BOOT::|v| (BOOT::|shellEntry| BOOT::$ 17)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |VECTOR2;map;MVU;4| ...) ; compiling (DEFUN |VectorFunctions2| ...) ; compiling (DEFUN |VectorFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |VectorFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-nmz7wG/code.fasl written ; compilation finished in 0:00:00.027 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile VECTOR.spad && cp VECTOR.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/VECTOR.fasl \ && if test -f VECTOR-.NRLIB/code.fasl; then \ cp VECTOR-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/VECTOR-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/VECTOR.spad using Spad compiler. VECTOR abbreviates domain Vector debug: compDefine1 lhs: (Vector R) signature (pre-evaluate): ((Join (VectorCategory R) (CATEGORY domain (SIGNATURE vector ($ (List R))))) (Type)) debug: evaluateType form: (Join (VectorCategory R) (CATEGORY domain (SIGNATURE vector ($ (List R))))) $param: (R) debug: evaluateType form: (VectorCategory R) $param: (R) Debug: evaluateType1 form: (VectorCategory R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE vector ($ (List R)))) $param: (R) debug: evaluateType form: (List R) $param: (R) Debug: evaluateType1 form: (List R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Join (VectorCategory R) (CATEGORY domain (SIGNATURE vector ($ (List R))))) (Type)) debug: compDefine1 lhs: (Vector R) signature (pre-evaluate): ((Join (VectorCategory R) (CATEGORY domain (SIGNATURE vector ($ (List R))))) NIL) debug: evaluateType form: (Join (VectorCategory R) (CATEGORY domain (SIGNATURE vector ($ (List R))))) $param: (R) debug: evaluateType form: (VectorCategory R) $param: (R) Debug: evaluateType1 form: (VectorCategory R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE vector ($ (List R)))) $param: (R) debug: evaluateType form: (List R) $param: (R) Debug: evaluateType1 form: (List R) debug: evaluateType1 x: R m: (Type) debug: compDefine1 signature (post evaluate): ((Join (VectorCategory R) (CATEGORY domain (SIGNATURE vector ($ (List R))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for Vector compiling into /tmp/oa-datnRX compiling exported vector : List R -> % Time: 0.03 SEC. compiling exported maxIndex : % -> Integer VECTOR;maxIndex;$I;2 is replaced by sizeOfSimpleArray Time: 0.01 SEC. compiling exported convert : % -> InputForm Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Debug compQuote expr: (QUOTE vector) m: $EmptyMode Debug compQuote expr: (QUOTE vector) m: (Symbol) Time: 0.14 SEC. (time taken in buildFunctor: 8) Time: 0.05 SEC. Cumulative Statistics for Constructor Vector Time: 0.22 seconds --------------non extending category---------------------- Vector #1 of category VectorCategory #1 with vector : List #1 -> % has no oneDimensionalArray : List #1 -> % ---------------------------------------------------------- finalizing NRLIB VECTOR Processing Vector for Browser database: -- vector : List R -> % -- constructor ; compiling file "/tmp/oa-datnRX/code.lsp" (written 01 FEB 2016 11:05:08 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |VECTOR;maxIndex;$I;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |VECTOR;vector;L$;1| ...) ; compiling (DEFUN |VECTOR;maxIndex;$I;2| ...) ; compiling (DEFUN |VECTOR;convert;$If;3| ...) ; compiling (DEFUN |Vector| ...) ; compiling (DEFUN |Vector;| ...) ; compiling (MAKEPROP (QUOTE |Vector|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-datnRX/code.fasl written ; compilation finished in 0:00:00.050 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile CHAR.spad && cp CHAR.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CHAR.fasl \ && if test -f CHAR-.NRLIB/code.fasl; then \ cp CHAR-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CHAR-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CHAR.spad using Spad compiler. CHAR abbreviates domain Character debug: compDefine1 lhs: (Character) signature (pre-evaluate): ((Join (OrderedFinite) (CATEGORY domain (SIGNATURE ord ((NonNegativeInteger) $)) (SIGNATURE char ($ (NonNegativeInteger))) (SIGNATURE char ($ (String))) (SIGNATURE space ($) constant) (SIGNATURE quote ($) constant) (SIGNATURE underscore ($) constant) (SIGNATURE newline ($) constant) (SIGNATURE carriageReturn ($) constant) (SIGNATURE linefeed ($) constant) (SIGNATURE formfeed ($) constant) (SIGNATURE backspace ($) constant) (SIGNATURE horizontalTab ($) constant) (SIGNATURE verticalTab ($) constant) (SIGNATURE escape ($) constant) (SIGNATURE upperCase ($ $)) (SIGNATURE lowerCase ($ $)) (SIGNATURE digit? ((Boolean) $)) (SIGNATURE hexDigit? ((Boolean) $)) (SIGNATURE alphabetic? ((Boolean) $)) (SIGNATURE upperCase? ((Boolean) $)) (SIGNATURE lowerCase? ((Boolean) $)) (SIGNATURE alphanumeric? ((Boolean) $))))) debug: evaluateType form: (Join (OrderedFinite) (CATEGORY domain (SIGNATURE ord ((NonNegativeInteger) $)) (SIGNATURE char ($ (NonNegativeInteger))) (SIGNATURE char ($ (String))) (SIGNATURE space ($) constant) (SIGNATURE quote ($) constant) (SIGNATURE underscore ($) constant) (SIGNATURE newline ($) constant) (SIGNATURE carriageReturn ($) constant) (SIGNATURE linefeed ($) constant) (SIGNATURE formfeed ($) constant) (SIGNATURE backspace ($) constant) (SIGNATURE horizontalTab ($) constant) (SIGNATURE verticalTab ($) constant) (SIGNATURE escape ($) constant) (SIGNATURE upperCase ($ $)) (SIGNATURE lowerCase ($ $)) (SIGNATURE digit? ((Boolean) $)) (SIGNATURE hexDigit? ((Boolean) $)) (SIGNATURE alphabetic? ((Boolean) $)) (SIGNATURE upperCase? ((Boolean) $)) (SIGNATURE lowerCase? ((Boolean) $)) (SIGNATURE alphanumeric? ((Boolean) $)))) $param: NIL debug: evaluateType form: (OrderedFinite) $param: NIL Debug: evaluateType1 form: (OrderedFinite) debug: evaluateType form: (CATEGORY domain (SIGNATURE ord ((NonNegativeInteger) $)) (SIGNATURE char ($ (NonNegativeInteger))) (SIGNATURE char ($ (String))) (SIGNATURE space ($) constant) (SIGNATURE quote ($) constant) (SIGNATURE underscore ($) constant) (SIGNATURE newline ($) constant) (SIGNATURE carriageReturn ($) constant) (SIGNATURE linefeed ($) constant) (SIGNATURE formfeed ($) constant) (SIGNATURE backspace ($) constant) (SIGNATURE horizontalTab ($) constant) (SIGNATURE verticalTab ($) constant) (SIGNATURE escape ($) constant) (SIGNATURE upperCase ($ $)) (SIGNATURE lowerCase ($ $)) (SIGNATURE digit? ((Boolean) $)) (SIGNATURE hexDigit? ((Boolean) $)) (SIGNATURE alphabetic? ((Boolean) $)) (SIGNATURE upperCase? ((Boolean) $)) (SIGNATURE lowerCase? ((Boolean) $)) (SIGNATURE alphanumeric? ((Boolean) $))) $param: NIL debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: compDefine1 signature (post evaluate): ((Join (OrderedFinite) (CATEGORY domain (SIGNATURE ord ((NonNegativeInteger) $)) (SIGNATURE char ($ (NonNegativeInteger))) (SIGNATURE char ($ (String))) (SIGNATURE space ($) constant) (SIGNATURE quote ($) constant) (SIGNATURE underscore ($) constant) (SIGNATURE newline ($) constant) (SIGNATURE carriageReturn ($) constant) (SIGNATURE linefeed ($) constant) (SIGNATURE formfeed ($) constant) (SIGNATURE backspace ($) constant) (SIGNATURE horizontalTab ($) constant) (SIGNATURE verticalTab ($) constant) (SIGNATURE escape ($) constant) (SIGNATURE upperCase ($ $)) (SIGNATURE lowerCase ($ $)) (SIGNATURE digit? ((Boolean) $)) (SIGNATURE hexDigit? ((Boolean) $)) (SIGNATURE alphabetic? ((Boolean) $)) (SIGNATURE upperCase? ((Boolean) $)) (SIGNATURE lowerCase? ((Boolean) $)) (SIGNATURE alphanumeric? ((Boolean) $))))) ------------------------------------------------------------------------ initializing stationary directory for Character compiling into /tmp/oa-Oo0NFt importing CharacterClass compiling exported = : (%,%) -> Boolean CHAR;=;2$B;1 is replaced by %ceq Time: 0.07 SEC. compiling exported < : (%,%) -> Boolean CHAR;<;2$B;2 is replaced by %clt Time: 0 SEC. compiling exported > : (%,%) -> Boolean CHAR;>;2$B;3 is replaced by %cgt Time: 0.00 SEC. compiling exported <= : (%,%) -> Boolean CHAR;<=;2$B;4 is replaced by %cle Time: 0.00 SEC. compiling exported >= : (%,%) -> Boolean CHAR;>=;2$B;5 is replaced by %cge Time: 0 SEC. compiling exported size : () -> NonNegativeInteger CHAR;size;Nni;6 is replaced by %ccstmax Time: 0 SEC. compiling exported index : PositiveInteger -> % Time: 0.00 SEC. compiling exported lookup : % -> PositiveInteger Time: 0.00 SEC. compiling exported char : NonNegativeInteger -> % CHAR;char;Nni$;9 is replaced by %i2c Time: 0.00 SEC. compiling exported ord : % -> NonNegativeInteger CHAR;ord;$Nni;10 is replaced by %c2i Time: 0 SEC. compiling exported random : () -> % CHAR;random;$;11 is replaced by %i2c %irandom %ccstmax Time: 0 SEC. compiling exported space : () -> % CHAR;space;$;12 is replaced by %ccst " " Time: 0.00 SEC. compiling exported quote : () -> % CHAR;quote;$;13 is replaced by %ccst """ Time: 0 SEC. compiling exported underscore : () -> % CHAR;underscore;$;14 is replaced by %ccst "_" Time: 0.00 SEC. compiling exported newline : () -> % CHAR;newline;$;15 is replaced by %ccst "\n" Time: 0.00 SEC. compiling exported carriageReturn : () -> % CHAR;carriageReturn;$;16 is replaced by %i2c 13 Time: 0 SEC. compiling exported linefeed : () -> % CHAR;linefeed;$;17 is replaced by %i2c 10 Time: 0 SEC. compiling exported formfeed : () -> % CHAR;formfeed;$;18 is replaced by %i2c 12 Time: 0 SEC. compiling exported backspace : () -> % CHAR;backspace;$;19 is replaced by %i2c 8 Time: 0 SEC. compiling exported horizontalTab : () -> % CHAR;horizontalTab;$;20 is replaced by %i2c 9 Time: 0 SEC. compiling exported verticalTab : () -> % CHAR;verticalTab;$;21 is replaced by %i2c 11 Time: 0.00 SEC. compiling exported escape : () -> % CHAR;escape;$;22 is replaced by %i2c 27 Time: 0 SEC. compiling exported coerce : % -> OutputForm CHAR;coerce;$Of;23 c is replaced by c Time: 0.01 SEC. compiling exported digit? : % -> Boolean Time: 0.01 SEC. compiling exported hexDigit? : % -> Boolean Time: 0.00 SEC. compiling exported upperCase? : % -> Boolean Time: 0.00 SEC. compiling exported lowerCase? : % -> Boolean Time: 0.00 SEC. compiling exported alphabetic? : % -> Boolean Time: 0.01 SEC. compiling exported alphanumeric? : % -> Boolean Time: 0.00 SEC. compiling exported latex : % -> String CHAR;latex;$S;30 c is replaced by %strconc("\mbox{`",%strconc(%c2s c,"'}")) Time: 0.00 SEC. compiling exported char : String -> % CHAR;char;S$;31 is replaced by %s2c Time: 0.01 SEC. compiling exported upperCase : % -> % CHAR;upperCase;2$;32 is replaced by %cup Time: 0.00 SEC. compiling exported lowerCase : % -> % CHAR;lowerCase;2$;33 is replaced by %cdown Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] coerce: : OutputForm -- replace by pretend Cumulative Statistics for Constructor Character Time: 0.18 seconds finalizing NRLIB CHAR Processing Character for Browser database: -- ord : % -> NonNegativeInteger -- char : NonNegativeInteger -> % -- char : String -> % -- space : () -> % -- quote : () -> % -- underscore : () -> % -- newline : () -> % -- carriageReturn : () -> % -- linefeed : () -> % -- formfeed : () -> % -- backspace : () -> % -- horizontalTab : () -> % -- verticalTab : () -> % -- escape : () -> % -- upperCase : % -> % -- lowerCase : % -> % -- digit? : % -> Boolean -- hexDigit? : % -> Boolean -- alphabetic? : % -> Boolean -- upperCase? : % -> Boolean -- lowerCase? : % -> Boolean -- alphanumeric? : % -> Boolean -- constructor ; compiling file "/tmp/oa-Oo0NFt/code.lsp" (written 01 FEB 2016 11:05:08 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;=;2$B;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;<;2$B;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;>;2$B;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;<=;2$B;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;>=;2$B;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;size;Nni;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;char;Nni$;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;ord;$Nni;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;random;$;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;space;$;12|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;quote;$;13|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;underscore;$;14|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;newline;$;15|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;carriageReturn;$;16|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;linefeed;$;17|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;formfeed;$;18|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;backspace;$;19|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;horizontalTab;$;20|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;verticalTab;$;21|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;escape;$;22|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;coerce;$Of;23|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;latex;$S;30|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;char;S$;31|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;upperCase;2$;32|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CHAR;lowerCase;2$;33|) ...) ; compiling (PUT (QUOTE |CHAR;index;Pi$;7|) ...) ; compiling (PUT (QUOTE |CHAR;lookup;$Pi;8|) ...) ; compiling (DEFUN |CHAR;=;2$B;1| ...) ; compiling (DEFUN |CHAR;<;2$B;2| ...) ; compiling (DEFUN |CHAR;>;2$B;3| ...) ; compiling (DEFUN |CHAR;<=;2$B;4| ...) ; compiling (DEFUN |CHAR;>=;2$B;5| ...) ; compiling (DEFUN |CHAR;size;Nni;6| ...) ; compiling (DEFUN |CHAR;index;Pi$;7| ...) ; compiling (DEFUN |CHAR;lookup;$Pi;8| ...) ; compiling (DEFUN |CHAR;char;Nni$;9| ...) ; compiling (DEFUN |CHAR;ord;$Nni;10| ...) ; compiling (DEFUN |CHAR;random;$;11| ...) ; compiling (DEFUN |CHAR;space;$;12| ...) ; compiling (DEFUN |CHAR;quote;$;13| ...) ; compiling (DEFUN |CHAR;underscore;$;14| ...) ; compiling (DEFUN |CHAR;newline;$;15| ...) ; compiling (DEFUN |CHAR;carriageReturn;$;16| ...) ; compiling (DEFUN |CHAR;linefeed;$;17| ...) ; compiling (DEFUN |CHAR;formfeed;$;18| ...) ; compiling (DEFUN |CHAR;backspace;$;19| ...) ; compiling (DEFUN |CHAR;horizontalTab;$;20| ...) ; compiling (DEFUN |CHAR;verticalTab;$;21| ...) ; compiling (DEFUN |CHAR;escape;$;22| ...) ; compiling (DEFUN |CHAR;coerce;$Of;23| ...) ; compiling (DEFUN |CHAR;digit?;$B;24| ...) ; file: /tmp/oa-Oo0NFt/code.lsp ; in: DEFUN |CHAR;digit?;$B;24| ; (DEFUN BOOT::|CHAR;digit?;$B;24| (BOOT::|c| BOOT::$) ; (BOOT::SPADCALL BOOT::|c| (BOOT::|spadConstant| BOOT::$ 35) ; (BOOT::|shellEntry| BOOT::$ 37))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CHAR;digit?;$B;24| ; (BOOT::|c| BOOT::$) ; (BLOCK BOOT::|CHAR;digit?;$B;24| ; (BOOT::SPADCALL BOOT::|c| (BOOT::|spadConstant| BOOT::$ 35) ; (BOOT::|shellEntry| BOOT::$ 37)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |CHAR;hexDigit?;$B;25| ...) ; file: /tmp/oa-Oo0NFt/code.lsp ; in: DEFUN |CHAR;hexDigit?;$B;25| ; (DEFUN BOOT::|CHAR;hexDigit?;$B;25| (BOOT::|c| BOOT::$) ; (BOOT::SPADCALL BOOT::|c| (BOOT::|spadConstant| BOOT::$ 39) ; (BOOT::|shellEntry| BOOT::$ 37))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CHAR;hexDigit?;$B;25| ; (BOOT::|c| BOOT::$) ; (BLOCK BOOT::|CHAR;hexDigit?;$B;25| ; (BOOT::SPADCALL BOOT::|c| (BOOT::|spadConstant| BOOT::$ 39) ; (BOOT::|shellEntry| BOOT::$ 37)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |CHAR;upperCase?;$B;26| ...) ; file: /tmp/oa-Oo0NFt/code.lsp ; in: DEFUN |CHAR;upperCase?;$B;26| ; (DEFUN BOOT::|CHAR;upperCase?;$B;26| (BOOT::|c| BOOT::$) ; (BOOT::SPADCALL BOOT::|c| (BOOT::|spadConstant| BOOT::$ 41) ; (BOOT::|shellEntry| BOOT::$ 37))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CHAR;upperCase?;$B;26| ; (BOOT::|c| BOOT::$) ; (BLOCK BOOT::|CHAR;upperCase?;$B;26| ; (BOOT::SPADCALL BOOT::|c| (BOOT::|spadConstant| BOOT::$ 41) ; (BOOT::|shellEntry| BOOT::$ 37)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |CHAR;lowerCase?;$B;27| ...) ; file: /tmp/oa-Oo0NFt/code.lsp ; in: DEFUN |CHAR;lowerCase?;$B;27| ; (DEFUN BOOT::|CHAR;lowerCase?;$B;27| (BOOT::|c| BOOT::$) ; (BOOT::SPADCALL BOOT::|c| (BOOT::|spadConstant| BOOT::$ 43) ; (BOOT::|shellEntry| BOOT::$ 37))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CHAR;lowerCase?;$B;27| ; (BOOT::|c| BOOT::$) ; (BLOCK BOOT::|CHAR;lowerCase?;$B;27| ; (BOOT::SPADCALL BOOT::|c| (BOOT::|spadConstant| BOOT::$ 43) ; (BOOT::|shellEntry| BOOT::$ 37)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |CHAR;alphabetic?;$B;28| ...) ; file: /tmp/oa-Oo0NFt/code.lsp ; in: DEFUN |CHAR;alphabetic?;$B;28| ; (DEFUN BOOT::|CHAR;alphabetic?;$B;28| (BOOT::|c| BOOT::$) ; (BOOT::SPADCALL BOOT::|c| (BOOT::|spadConstant| BOOT::$ 45) ; (BOOT::|shellEntry| BOOT::$ 37))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CHAR;alphabetic?;$B;28| ; (BOOT::|c| BOOT::$) ; (BLOCK BOOT::|CHAR;alphabetic?;$B;28| ; (BOOT::SPADCALL BOOT::|c| (BOOT::|spadConstant| BOOT::$ 45) ; (BOOT::|shellEntry| BOOT::$ 37)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |CHAR;alphanumeric?;$B;29| ...) ; file: /tmp/oa-Oo0NFt/code.lsp ; in: DEFUN |CHAR;alphanumeric?;$B;29| ; (DEFUN BOOT::|CHAR;alphanumeric?;$B;29| (BOOT::|c| BOOT::$) ; (BOOT::SPADCALL BOOT::|c| (BOOT::|spadConstant| BOOT::$ 47) ; (BOOT::|shellEntry| BOOT::$ 37))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CHAR;alphanumeric?;$B;29| ; (BOOT::|c| BOOT::$) ; (BLOCK BOOT::|CHAR;alphanumeric?;$B;29| ; (BOOT::SPADCALL BOOT::|c| (BOOT::|spadConstant| BOOT::$ 47) ; (BOOT::|shellEntry| BOOT::$ 37)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |CHAR;latex;$S;30| ...) ; file: /tmp/oa-Oo0NFt/code.lsp ; in: DEFUN |CHAR;latex;$S;30| ; (DEFUN BOOT::|CHAR;latex;$S;30| (BOOT::|c| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::STRCONC "\\mbox{`" (BOOT::STRCONC (STRING BOOT::|c|) "'}"))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CHAR;latex;$S;30| ; (BOOT::|c| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|CHAR;latex;$S;30| ; (BOOT::STRCONC "\\mbox{`" (BOOT::STRCONC (STRING BOOT::|c|) "'}")))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |CHAR;char;S$;31| ...) ; compiling (DEFUN |CHAR;upperCase;2$;32| ...) ; compiling (DEFUN |CHAR;lowerCase;2$;33| ...) ; compiling (DEFUN |Character| ...) ; compiling (DEFUN |Character;| ...) ; compiling (MAKEPROP (QUOTE |Character|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 7 notes ; /tmp/oa-Oo0NFt/code.fasl written ; compilation finished in 0:00:00.080 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile XPBWPOLY.spad && cp XPBWPOLY.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/XPBWPOLY.fasl \ && if test -f XPBWPOLY-.NRLIB/code.fasl; then \ cp XPBWPOLY-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/XPBWPOLY-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/XPBWPOLY.spad using Spad compiler. XPBWPOLY abbreviates domain XPBWPolynomial debug: compDefine1 lhs: (XPBWPolynomial VarSet R) signature (pre-evaluate): ((Join (XPolynomialsCat VarSet R) (FreeModuleCat R (PoincareBirkhoffWittLyndonBasis VarSet)) (CoercibleTo (XDistributedPolynomial VarSet R)) (CoercibleTo (XRecursivePolynomial VarSet R)) (CATEGORY domain (SIGNATURE coerce ($ (LiePolynomial VarSet R))) (SIGNATURE LiePolyIfCan ((Union (LiePolynomial VarSet R) failed) $)) (SIGNATURE product ($ $ $ (NonNegativeInteger))) (IF (has R (Module (Fraction (Integer)))) (PROGN (SIGNATURE exp ($ $ (NonNegativeInteger))) (SIGNATURE log ($ $ (NonNegativeInteger)))) %noBranch))) (OrderedSet) (CommutativeRing)) debug: evaluateType form: (Join (XPolynomialsCat VarSet R) (FreeModuleCat R (PoincareBirkhoffWittLyndonBasis VarSet)) (CoercibleTo (XDistributedPolynomial VarSet R)) (CoercibleTo (XRecursivePolynomial VarSet R)) (CATEGORY domain (SIGNATURE coerce ($ (LiePolynomial VarSet R))) (SIGNATURE LiePolyIfCan ((Union (LiePolynomial VarSet R) failed) $)) (SIGNATURE product ($ $ $ (NonNegativeInteger))) (IF (has R (Module (Fraction (Integer)))) (PROGN (SIGNATURE exp ($ $ (NonNegativeInteger))) (SIGNATURE log ($ $ (NonNegativeInteger)))) %noBranch))) $param: (VarSet R) debug: evaluateType form: (XPolynomialsCat VarSet R) $param: (VarSet R) Debug: evaluateType1 form: (XPolynomialsCat VarSet R) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (FreeModuleCat R (PoincareBirkhoffWittLyndonBasis VarSet)) $param: (VarSet R) Debug: evaluateType1 form: (FreeModuleCat R (PoincareBirkhoffWittLyndonBasis VarSet)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: (PoincareBirkhoffWittLyndonBasis VarSet) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (VarSet R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (PoincareBirkhoffWittLyndonBasis VarSet) $param: (VarSet R) Debug: evaluateType1 form: (PoincareBirkhoffWittLyndonBasis VarSet) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evalCategory d: (PoincareBirkhoffWittLyndonBasis VarSet) c: (SetCategory) debug: evaluateType form: (CoercibleTo (XDistributedPolynomial VarSet R)) $param: (VarSet R) Debug: evaluateType1 form: (CoercibleTo (XDistributedPolynomial VarSet R)) debug: evaluateType1 x: (XDistributedPolynomial VarSet R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (VarSet R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (XDistributedPolynomial VarSet R) $param: (VarSet R) Debug: evaluateType1 form: (XDistributedPolynomial VarSet R) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (XDistributedPolynomial VarSet R) c: (Type) debug: evaluateType form: (CoercibleTo (XRecursivePolynomial VarSet R)) $param: (VarSet R) Debug: evaluateType1 form: (CoercibleTo (XRecursivePolynomial VarSet R)) debug: evaluateType1 x: (XRecursivePolynomial VarSet R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (VarSet R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (XRecursivePolynomial VarSet R) $param: (VarSet R) Debug: evaluateType1 form: (XRecursivePolynomial VarSet R) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (XRecursivePolynomial VarSet R) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE coerce ($ (LiePolynomial VarSet R))) (SIGNATURE LiePolyIfCan ((Union (LiePolynomial VarSet R) failed) $)) (SIGNATURE product ($ $ $ (NonNegativeInteger))) (IF (has R (Module (Fraction (Integer)))) (PROGN (SIGNATURE exp ($ $ (NonNegativeInteger))) (SIGNATURE log ($ $ (NonNegativeInteger)))) %noBranch)) $param: (VarSet R) debug: evaluateType form: (LiePolynomial VarSet R) $param: (VarSet R) Debug: evaluateType1 form: (LiePolynomial VarSet R) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evaluateType1 x: R m: (CommutativeRing) debug: evaluateType form: (Union (LiePolynomial VarSet R) failed) $param: (VarSet R) debug: evaluateType form: (LiePolynomial VarSet R) $param: (VarSet R) Debug: evaluateType1 form: (LiePolynomial VarSet R) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evaluateType1 x: R m: (CommutativeRing) debug: evaluateType form: failed $param: (VarSet R) debug: evaluateType form: (NonNegativeInteger) $param: (VarSet R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (OrderedSet) $param: (VarSet R) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (CommutativeRing) $param: (VarSet R) Debug: evaluateType1 form: (CommutativeRing) debug: compDefine1 signature (post evaluate): ((Join (XPolynomialsCat VarSet R) (FreeModuleCat R (PoincareBirkhoffWittLyndonBasis VarSet)) (CoercibleTo (XDistributedPolynomial VarSet R)) (CoercibleTo (XRecursivePolynomial VarSet R)) (CATEGORY domain (SIGNATURE coerce ($ (LiePolynomial VarSet R))) (SIGNATURE LiePolyIfCan ((Union (LiePolynomial VarSet R) failed) $)) (SIGNATURE product ($ $ $ (NonNegativeInteger))) (IF (has R (Module (Fraction (Integer)))) (PROGN (SIGNATURE exp ($ $ (NonNegativeInteger))) (SIGNATURE log ($ $ (NonNegativeInteger)))) %noBranch))) (OrderedSet) (CommutativeRing)) debug: compDefine1 lhs: (XPBWPolynomial VarSet R) signature (pre-evaluate): ((Join (XPolynomialsCat VarSet R) (FreeModuleCat R (PoincareBirkhoffWittLyndonBasis VarSet)) (CoercibleTo (XDistributedPolynomial VarSet R)) (CoercibleTo (XRecursivePolynomial VarSet R)) (CATEGORY domain (SIGNATURE coerce ($ (LiePolynomial VarSet R))) (SIGNATURE LiePolyIfCan ((Union (LiePolynomial VarSet R) failed) $)) (SIGNATURE product ($ $ $ (NonNegativeInteger))) (IF (has R (Module (Fraction (Integer)))) (PROGN (SIGNATURE exp ($ $ (NonNegativeInteger))) (SIGNATURE log ($ $ (NonNegativeInteger)))) %noBranch))) NIL NIL) debug: evaluateType form: (Join (XPolynomialsCat VarSet R) (FreeModuleCat R (PoincareBirkhoffWittLyndonBasis VarSet)) (CoercibleTo (XDistributedPolynomial VarSet R)) (CoercibleTo (XRecursivePolynomial VarSet R)) (CATEGORY domain (SIGNATURE coerce ($ (LiePolynomial VarSet R))) (SIGNATURE LiePolyIfCan ((Union (LiePolynomial VarSet R) failed) $)) (SIGNATURE product ($ $ $ (NonNegativeInteger))) (IF (has R (Module (Fraction (Integer)))) (PROGN (SIGNATURE exp ($ $ (NonNegativeInteger))) (SIGNATURE log ($ $ (NonNegativeInteger)))) %noBranch))) $param: (VarSet R) debug: evaluateType form: (XPolynomialsCat VarSet R) $param: (VarSet R) Debug: evaluateType1 form: (XPolynomialsCat VarSet R) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (FreeModuleCat R (PoincareBirkhoffWittLyndonBasis VarSet)) $param: (VarSet R) Debug: evaluateType1 form: (FreeModuleCat R (PoincareBirkhoffWittLyndonBasis VarSet)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: (PoincareBirkhoffWittLyndonBasis VarSet) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (VarSet R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (PoincareBirkhoffWittLyndonBasis VarSet) $param: (VarSet R) Debug: evaluateType1 form: (PoincareBirkhoffWittLyndonBasis VarSet) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evalCategory d: (PoincareBirkhoffWittLyndonBasis VarSet) c: (SetCategory) debug: evaluateType form: (CoercibleTo (XDistributedPolynomial VarSet R)) $param: (VarSet R) Debug: evaluateType1 form: (CoercibleTo (XDistributedPolynomial VarSet R)) debug: evaluateType1 x: (XDistributedPolynomial VarSet R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (VarSet R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (XDistributedPolynomial VarSet R) $param: (VarSet R) Debug: evaluateType1 form: (XDistributedPolynomial VarSet R) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (XDistributedPolynomial VarSet R) c: (Type) debug: evaluateType form: (CoercibleTo (XRecursivePolynomial VarSet R)) $param: (VarSet R) Debug: evaluateType1 form: (CoercibleTo (XRecursivePolynomial VarSet R)) debug: evaluateType1 x: (XRecursivePolynomial VarSet R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (VarSet R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (XRecursivePolynomial VarSet R) $param: (VarSet R) Debug: evaluateType1 form: (XRecursivePolynomial VarSet R) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (XRecursivePolynomial VarSet R) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE coerce ($ (LiePolynomial VarSet R))) (SIGNATURE LiePolyIfCan ((Union (LiePolynomial VarSet R) failed) $)) (SIGNATURE product ($ $ $ (NonNegativeInteger))) (IF (has R (Module (Fraction (Integer)))) (PROGN (SIGNATURE exp ($ $ (NonNegativeInteger))) (SIGNATURE log ($ $ (NonNegativeInteger)))) %noBranch)) $param: (VarSet R) debug: evaluateType form: (LiePolynomial VarSet R) $param: (VarSet R) Debug: evaluateType1 form: (LiePolynomial VarSet R) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evaluateType1 x: R m: (CommutativeRing) debug: evaluateType form: (Union (LiePolynomial VarSet R) failed) $param: (VarSet R) debug: evaluateType form: (LiePolynomial VarSet R) $param: (VarSet R) Debug: evaluateType1 form: (LiePolynomial VarSet R) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evaluateType1 x: R m: (CommutativeRing) debug: evaluateType form: failed $param: (VarSet R) debug: evaluateType form: (NonNegativeInteger) $param: (VarSet R) Debug: evaluateType1 form: (NonNegativeInteger) debug: compDefine1 signature (post evaluate): ((Join (XPolynomialsCat VarSet R) (FreeModuleCat R (PoincareBirkhoffWittLyndonBasis VarSet)) (CoercibleTo (XDistributedPolynomial VarSet R)) (CoercibleTo (XRecursivePolynomial VarSet R)) (CATEGORY domain (SIGNATURE coerce ($ (LiePolynomial VarSet R))) (SIGNATURE LiePolyIfCan ((Union (LiePolynomial VarSet R) failed) $)) (SIGNATURE product ($ $ $ (NonNegativeInteger))) (IF (has R (Module (Fraction (Integer)))) (PROGN (SIGNATURE exp ($ $ (NonNegativeInteger))) (SIGNATURE log ($ $ (NonNegativeInteger)))) %noBranch))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for XPBWPolynomial compiling into /tmp/oa-0EtphR importing Record(k: PoincareBirkhoffWittLyndonBasis VarSet,c: R) compiling local outForm : Record(k: PoincareBirkhoffWittLyndonBasis VarSet,c: R) -> OutputForm Time: 0.07 SEC. compiling local prod1 : (PoincareBirkhoffWittLyndonBasis VarSet,%) -> % Time: 0.04 SEC. compiling local prod2 : (%,PoincareBirkhoffWittLyndonBasis VarSet) -> % Time: 0.02 SEC. compiling local prod11 : (PoincareBirkhoffWittLyndonBasis VarSet,%,NonNegativeInteger) -> % Time: 0.04 SEC. compiling local prod22 : (%,PoincareBirkhoffWittLyndonBasis VarSet,NonNegativeInteger) -> % Time: 0.02 SEC. compiling local prod : (PoincareBirkhoffWittLyndonBasis VarSet,PoincareBirkhoffWittLyndonBasis VarSet) -> % Time: 0.03 SEC. compiling local Dexpand : PoincareBirkhoffWittLyndonBasis VarSet -> XDistributedPolynomial(VarSet,R) Time: 0.04 SEC. compiling local Rexpand : PoincareBirkhoffWittLyndonBasis VarSet -> XRecursivePolynomial(VarSet,R) Time: 0.04 SEC. compiling local mirror1 : PoincareBirkhoffWittLyndonBasis VarSet -> % Time: 0.05 SEC. compiling local process : (List LyndonWord VarSet,LyndonWord VarSet,List LyndonWord VarSet) -> % Time: 0.20 SEC. compiling exported One : () -> % Time: 0.00 SEC. compiling exported coerce : R -> % XPBWPOLY;coerce;R$;12 r is replaced by %list %pair(%nil,r) Time: 0.02 SEC. compiling exported coerce : % -> OutputForm Time: 0.03 SEC. compiling exported coerce : VarSet -> % Time: 0.00 SEC. compiling exported coerce : LiePolynomial(VarSet,R) -> % Time: 0.04 SEC. compiling exported coerce : % -> XDistributedPolynomial(VarSet,R) Time: 0.06 SEC. compiling exported coerce : % -> XRecursivePolynomial(VarSet,R) Time: 0.09 SEC. compiling exported constant? : % -> Boolean Time: 0.00 SEC. compiling exported constant : % -> R Time: 0.08 SEC. compiling exported quasiRegular? : % -> Boolean Time: 0.03 SEC. compiling exported quasiRegular : % -> % Time: 0.04 SEC. compiling exported * : (%,%) -> % Time: 0.03 SEC. compiling exported varList : % -> List VarSet Time: 0.01 SEC. compiling exported degree : % -> NonNegativeInteger Time: 0.02 SEC. compiling exported trunc : (%,NonNegativeInteger) -> % Time: 0.02 SEC. compiling exported product : (%,%,NonNegativeInteger) -> % Time: 0.03 SEC. compiling exported exp : (%,NonNegativeInteger) -> % Time: 0.05 SEC. compiling exported log : (%,NonNegativeInteger) -> % Time: 0.05 SEC. compiling exported LiePolyIfCan : % -> Union(LiePolynomial(VarSet,R),failed) Time: 0.06 SEC. compiling exported mirror : % -> % Time: 0.02 SEC. (time taken in buildFunctor: 8) Time: 0.04 SEC. Warnings: [1] Rep differs from the base domain Cumulative Statistics for Constructor XPBWPolynomial Time: 1.27 seconds --------------non extending category---------------------- XPBWPolynomial(#1,#2) of category Join(XPolynomialsCat(#1,#2), FreeModuleCat(#2,PoincareBirkhoffWittLyndonBasis #1),CoercibleTo XDistributedPolynomial(#1,#2),CoercibleTo XRecursivePolynomial(#1 ,#2)) with coerce : LiePolynomial(#1,#2) -> % LiePolyIfCan : % -> Union(LiePolynomial(#1,#2),"failed") product : (%,%,NonNegativeInteger) -> %IF (has #2 (Module (Fraction (Integer)))) (PROGN (SIGNATURE exp ($ $ (NonNegativeInteger))) (SIGNATURE log ($ $ (NonNegativeInteger)))) %noBranch has no ?*? : (PoincareBirkhoffWittLyndonBasis #1,#2) -> % ---------------------------------------------------------- finalizing NRLIB XPBWPOLY Processing XPBWPolynomial for Browser database: -- coerce : LPOLY -> % -- LiePolyIfCan : % -> Union(LPOLY,"failed") -- product : (%,%,NNI) -> % -- exp : (%,NNI) -> % -- log : (%,NNI) -> % -- constructor ; compiling file "/tmp/oa-0EtphR/code.lsp" (written 01 FEB 2016 11:05:10 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |XPBWPOLY;coerce;R$;12|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |XPBWPOLY;outForm| ...) ; compiling (DEFUN |XPBWPOLY;prod1| ...) ; file: /tmp/oa-0EtphR/code.lsp ; in: DEFUN |XPBWPOLY;prod1| ; (DEFUN BOOT::|XPBWPOLY;prod1| (BOOT::|b| BOOT::|p| BOOT::$) ; (LET ((#:G569 NIL) (#:G570 T) (#:G793 BOOT::|p|)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G793 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XPBWPOLY;prod1| ; (BOOT::|b| BOOT::|p| BOOT::$) ; (BLOCK BOOT::|XPBWPOLY;prod1| ; (LET ((#:G569 NIL) (#:G570 T) (#:G793 BOOT::|p|)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |XPBWPOLY;prod2| ...) ; file: /tmp/oa-0EtphR/code.lsp ; in: DEFUN |XPBWPOLY;prod2| ; (DEFUN BOOT::|XPBWPOLY;prod2| (BOOT::|p| BOOT::|b| BOOT::$) ; (LET ((#:G577 NIL) (#:G578 T) (#:G794 BOOT::|p|)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G794 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XPBWPOLY;prod2| ; (BOOT::|p| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|XPBWPOLY;prod2| ; (LET ((#:G577 NIL) (#:G578 T) (#:G794 BOOT::|p|)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |XPBWPOLY;prod11| ...) ; file: /tmp/oa-0EtphR/code.lsp ; in: DEFUN |XPBWPOLY;prod11| ; (DEFUN BOOT::|XPBWPOLY;prod11| (BOOT::|b| BOOT::|p| BOOT::|n| BOOT::$) ; (LET ((BOOT::|limit| (- BOOT::|n| #))) ; (LET ((#:G585 NIL) (#:G586 T) (#:G795 BOOT::|p|)) ; (LOOP (COND # #) ; (SETQ #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XPBWPOLY;prod11| ; (BOOT::|b| BOOT::|p| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|XPBWPOLY;prod11| ; (LET ((BOOT::|limit| #)) ; (LET (# # #) ; (LOOP # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |XPBWPOLY;prod22| ...) ; file: /tmp/oa-0EtphR/code.lsp ; in: DEFUN |XPBWPOLY;prod22| ; (DEFUN BOOT::|XPBWPOLY;prod22| (BOOT::|p| BOOT::|b| BOOT::|n| BOOT::$) ; (LET ((BOOT::|limit| (- BOOT::|n| #))) ; (LET ((#:G598 NIL) (#:G599 T) (#:G796 BOOT::|p|)) ; (LOOP (COND # #) ; (SETQ #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XPBWPOLY;prod22| ; (BOOT::|p| BOOT::|b| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|XPBWPOLY;prod22| ; (LET ((BOOT::|limit| #)) ; (LET (# # #) ; (LOOP # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |XPBWPOLY;prod| ...) ; file: /tmp/oa-0EtphR/code.lsp ; in: DEFUN |XPBWPOLY;prod| ; (DEFUN BOOT::|XPBWPOLY;prod| (BOOT::|g| BOOT::|d| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|d| NIL (BOOT::|shellEntry| BOOT::$ 16)) ; (BOOT::SPADCALL BOOT::|g| (BOOT::|spadConstant| BOOT::$ 9) ; (BOOT::|shellEntry| BOOT::$ 28))) ; ((BOOT::SPADCALL BOOT::|g| NIL (BOOT::|shellEntry| BOOT::$ 16)) ; (BOOT::SPADCALL BOOT::|d| (BOOT::|spadConstant| BOOT::$ 9) ; (BOOT::|shellEntry| BOOT::$ 28))) ; (T ; (BOOT::|XPBWPOLY;process| (BOOTTRAN:|reverse| BOOT::|g|) ; (BOOT::|SPADfirst| BOOT::|d|) (CDR BOOT::|d|) BOOT::$)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XPBWPOLY;prod| ; (BOOT::|g| BOOT::|d| BOOT::$) ; (BLOCK BOOT::|XPBWPOLY;prod| ; (COND ((BOOT::SPADCALL BOOT::|d| NIL #) (BOOT::SPADCALL BOOT::|g| # #)) ; ((BOOT::SPADCALL BOOT::|g| NIL #) (BOOT::SPADCALL BOOT::|d| # #)) ; (T (BOOT::|XPBWPOLY;process| # # # BOOT::$))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |XPBWPOLY;Dexpand| ...) ; compiling (DEFUN |XPBWPOLY;Rexpand| ...) ; compiling (DEFUN |XPBWPOLY;mirror1| ...) ; file: /tmp/oa-0EtphR/code.lsp ; in: DEFUN |XPBWPOLY;mirror1| ; (DEFUN BOOT::|XPBWPOLY;mirror1| (BOOT::|b| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|b| NIL (BOOT::|shellEntry| BOOT::$ 16)) ; (BOOT::|spadConstant| BOOT::$ 27)) ; (T ; (LET (#) ; (PROGN # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XPBWPOLY;mirror1| ; (BOOT::|b| BOOT::$) ; (BLOCK BOOT::|XPBWPOLY;mirror1| ; (COND ; ((BOOT::SPADCALL BOOT::|b| NIL #) (BOOT::|spadConstant| BOOT::$ 27)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |XPBWPOLY;process| ...) ; file: /tmp/oa-0EtphR/code.lsp ; in: DEFUN |XPBWPOLY;process| ; (DEFUN BOOT::|XPBWPOLY;process| ; (BOOT::|gauche| BOOT::|x| BOOT::|droite| BOOT::$) ; (PROG (BOOT::|fd| BOOT::|rd| BOOT::|p|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XPBWPOLY;process| ; (BOOT::|gauche| BOOT::|x| BOOT::|droite| BOOT::$) ; (BLOCK BOOT::|XPBWPOLY;process| ; (PROG (BOOT::|fd| BOOT::|rd| BOOT::|p|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |XPBWPOLY;One;$;11| ...) ; file: /tmp/oa-0EtphR/code.lsp ; in: DEFUN |XPBWPOLY;One;$;11| ; (DEFUN BOOT::|XPBWPOLY;One;$;11| (BOOT::$) ; (BOOT::SPADCALL NIL (BOOT::|spadConstant| BOOT::$ 9) ; (BOOT::|shellEntry| BOOT::$ 28))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XPBWPOLY;One;$;11| ; (BOOT::$) ; (BLOCK BOOT::|XPBWPOLY;One;$;11| ; (BOOT::SPADCALL NIL (BOOT::|spadConstant| BOOT::$ 9) ; (BOOT::|shellEntry| BOOT::$ 28)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |XPBWPOLY;coerce;R$;12| ...) ; compiling (DEFUN |XPBWPOLY;coerce;$Of;13| ...) ; compiling (DEFUN |XPBWPOLY;coerce;VarSet$;14| ...) ; file: /tmp/oa-0EtphR/code.lsp ; in: DEFUN |XPBWPOLY;coerce;VarSet$;14| ; (DEFUN BOOT::|XPBWPOLY;coerce;VarSet$;14| (BOOT::|v| BOOT::$) ; (BOOT::SPADCALL (LIST (CONS 0 BOOT::|v|)) (BOOT::|spadConstant| BOOT::$ 9) ; (BOOT::|shellEntry| BOOT::$ 28))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XPBWPOLY;coerce;VarSet$;14| ; (BOOT::|v| BOOT::$) ; (BLOCK BOOT::|XPBWPOLY;coerce;VarSet$;14| ; (BOOT::SPADCALL (LIST (CONS 0 BOOT::|v|)) ; (BOOT::|spadConstant| BOOT::$ 9) ; (BOOT::|shellEntry| BOOT::$ 28)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |XPBWPOLY;coerce;Lp$;15| ...) ; file: /tmp/oa-0EtphR/code.lsp ; in: DEFUN |XPBWPOLY;coerce;Lp$;15| ; (DEFUN BOOT::|XPBWPOLY;coerce;Lp$;15| (BOOT::|p| BOOT::$) ; (LET ((#:G804 (BOOT::SPADCALL BOOT::|p| #)) (#:G679 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G804 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XPBWPOLY;coerce;Lp$;15| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|XPBWPOLY;coerce;Lp$;15| ; (LET ((#:G804 #) (#:G679 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |XPBWPOLY;coerce;$Xdp;16| ...) ; compiling (DEFUN |XPBWPOLY;coerce;$Xrp;17| ...) ; compiling (DEFUN |XPBWPOLY;constant?;$B;18| ...) ; file: /tmp/oa-0EtphR/code.lsp ; in: DEFUN |XPBWPOLY;constant?;$B;18| ; (DEFUN BOOT::|XPBWPOLY;constant?;$B;18| (BOOT::|p| BOOT::$) ; (OR (NULL BOOT::|p|) ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 84)) NIL ; (BOOT::|shellEntry| BOOT::$ 16)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XPBWPOLY;constant?;$B;18| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|XPBWPOLY;constant?;$B;18| ; (OR (NULL BOOT::|p|) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|p| #) NIL ; (BOOT::|shellEntry| BOOT::$ 16))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |XPBWPOLY;constant;$R;19| ...) ; compiling (DEFUN |XPBWPOLY;quasiRegular?;$B;20| ...) ; file: /tmp/oa-0EtphR/code.lsp ; in: DEFUN |XPBWPOLY;quasiRegular?;$B;20| ; (DEFUN BOOT::|XPBWPOLY;quasiRegular?;$B;20| (BOOT::|p| BOOT::$) ; (OR ; (BOOT::SPADCALL BOOT::|p| (BOOT::|spadConstant| BOOT::$ 21) ; (BOOT::|shellEntry| BOOT::$ 78)) ; (BOOT::SPADCALL (CAR (BOOT::SPADCALL BOOT::|p| 'BOOTTRAN:|last| #)) NIL ; (BOOT::|shellEntry| BOOT::$ 89)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XPBWPOLY;quasiRegular?;$B;20| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|XPBWPOLY;quasiRegular?;$B;20| ; (OR ; (BOOT::SPADCALL BOOT::|p| (BOOT::|spadConstant| BOOT::$ 21) ; (BOOT::|shellEntry| BOOT::$ 78)) ; (BOOT::SPADCALL (CAR #) NIL (BOOT::|shellEntry| BOOT::$ 89))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |XPBWPOLY;quasiRegular;2$;21| ...) ; file: /tmp/oa-0EtphR/code.lsp ; in: DEFUN |XPBWPOLY;quasiRegular;2$;21| ; (DEFUN BOOT::|XPBWPOLY;quasiRegular;2$;21| (BOOT::|p| BOOT::$) ; (COND ((OR (BOOT::SPADCALL BOOT::|p| # #) (NOT #)) BOOT::|p|) ; (T ; (BOOT::SPADCALL BOOT::|p| (BOOT::SPADCALL BOOT::|p| #) ; (BOOT::|shellEntry| BOOT::$ 92))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XPBWPOLY;quasiRegular;2$;21| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|XPBWPOLY;quasiRegular;2$;21| ; (COND ((OR # #) BOOT::|p|) (T (BOOT::SPADCALL BOOT::|p| # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |XPBWPOLY;*;3$;22| ...) ; file: /tmp/oa-0EtphR/code.lsp ; in: DEFUN |XPBWPOLY;*;3$;22| ; (DEFUN BOOT::|XPBWPOLY;*;3$;22| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|y| (BOOT::|spadConstant| BOOT::$ 21) ; (BOOT::|shellEntry| BOOT::$ 78)) ; (BOOT::|spadConstant| BOOT::$ 21)) ; (T ; (LET (# # #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XPBWPOLY;*;3$;22| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|XPBWPOLY;*;3$;22| ; (COND ; ((BOOT::SPADCALL BOOT::|y| # #) (BOOT::|spadConstant| BOOT::$ 21)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |XPBWPOLY;varList;$L;23| ...) ; file: /tmp/oa-0EtphR/code.lsp ; in: DEFUN |XPBWPOLY;varList;$L;23| ; (DEFUN BOOT::|XPBWPOLY;varList;$L;23| (BOOT::|p| BOOT::$) ; (LET ((BOOT::|lv| ; (LET # ; #))) ; (BOOT::SPADCALL BOOT::|lv| (BOOT::|shellEntry| BOOT::$ 98)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XPBWPOLY;varList;$L;23| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|XPBWPOLY;varList;$L;23| ; (LET ((BOOT::|lv| #)) ; (BOOT::SPADCALL BOOT::|lv| (BOOT::|shellEntry| BOOT::$ 98))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |XPBWPOLY;degree;$Nni;24| ...) ; file: /tmp/oa-0EtphR/code.lsp ; in: DEFUN |XPBWPOLY;degree;$Nni;24| ; (DEFUN BOOT::|XPBWPOLY;degree;$Nni;24| (BOOT::|p| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|p| (BOOT::|spadConstant| BOOT::$ 21) ; (BOOT::|shellEntry| BOOT::$ 78)) ; (BOOT::|error| "null polynomial")) ; (T ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|p| #) ; (BOOT::|shellEntry| BOOT::$ 23))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XPBWPOLY;degree;$Nni;24| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|XPBWPOLY;degree;$Nni;24| ; (COND ; ((BOOT::SPADCALL BOOT::|p| # #) (BOOT::|error| "null polynomial")) ; (T (BOOT::SPADCALL # #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |XPBWPOLY;trunc;$Nni$;25| ...) ; compiling (DEFUN |XPBWPOLY;product;2$Nni$;26| ...) ; file: /tmp/oa-0EtphR/code.lsp ; in: DEFUN |XPBWPOLY;product;2$Nni$;26| ; (DEFUN BOOT::|XPBWPOLY;product;2$Nni$;26| ; (BOOT::|x| BOOT::|y| BOOT::|n| BOOT::$) ; (COND ; ((OR (BOOT::SPADCALL BOOT::|x| # #) (BOOT::SPADCALL BOOT::|y| # #)) ; (BOOT::|spadConstant| BOOT::$ 21)) ; (T ; (LET (# # #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XPBWPOLY;product;2$Nni$;26| ; (BOOT::|x| BOOT::|y| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|XPBWPOLY;product;2$Nni$;26| ; (COND ((OR # #) (BOOT::|spadConstant| BOOT::$ 21)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |XPBWPOLY;exp;$Nni$;27| ...) ; file: /tmp/oa-0EtphR/code.lsp ; in: DEFUN |XPBWPOLY;exp;$Nni$;27| ; (DEFUN BOOT::|XPBWPOLY;exp;$Nni$;27| (BOOT::|p| BOOT::|n| BOOT::$) ; (PROG (BOOT::|k2| BOOT::|k1|) (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XPBWPOLY;exp;$Nni$;27| ; (BOOT::|p| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|XPBWPOLY;exp;$Nni$;27| ; (PROG (BOOT::|k2| BOOT::|k1|) (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |XPBWPOLY;log;$Nni$;28| ...) ; file: /tmp/oa-0EtphR/code.lsp ; in: DEFUN |XPBWPOLY;log;$Nni$;28| ; (DEFUN BOOT::|XPBWPOLY;log;$Nni$;28| (BOOT::|p| BOOT::|n| BOOT::$) ; (PROG (BOOT::|r| BOOT::|s| BOOT::|k2| BOOT::|k1|) ; (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XPBWPOLY;log;$Nni$;28| ; (BOOT::|p| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|XPBWPOLY;log;$Nni$;28| ; (PROG (BOOT::|r| BOOT::|s| BOOT::|k2| BOOT::|k1|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |XPBWPOLY;LiePolyIfCan;$U;29| ...) ; compiling (DEFUN |XPBWPOLY;mirror;2$;30| ...) ; file: /tmp/oa-0EtphR/code.lsp ; in: DEFUN |XPBWPOLY;mirror;2$;30| ; (DEFUN BOOT::|XPBWPOLY;mirror;2$;30| (BOOT::|p| BOOT::$) ; (LET ((#:G781 NIL) (#:G782 T) (#:G812 BOOT::|p|)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G812 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|XPBWPOLY;mirror;2$;30| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|XPBWPOLY;mirror;2$;30| ; (LET ((#:G781 NIL) (#:G782 T) (#:G812 BOOT::|p|)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |XPBWPolynomial| ...) ; compiling (DEFUN |XPBWPolynomial;| ...) ; compiling (MAKEPROP (QUOTE |XPBWPolynomial|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 20 notes ; /tmp/oa-0EtphR/code.fasl written ; compilation finished in 0:00:00.205 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile INBCON.spad && cp INBCON.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INBCON.fasl \ && if test -f INBCON-.NRLIB/code.fasl; then \ cp INBCON-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INBCON-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INBCON.spad using Spad compiler. INBCON abbreviates category InputByteConduit debug: compDefine1 lhs: (InputByteConduit) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for InputByteConduit compiling into /tmp/oa-TTXvDD STYLE-WARNING: redefining BOOT::|InputByteConduit| in DEFUN Time: 0.01 SEC. INBCON- abbreviates package InputByteConduit& ------------------------------------------------------------------------ initializing stationary directory for InputByteConduit& compiling into /tmp/oa-XfMLHb compiling local nni : UInt8 -> NonNegativeInteger INBCON-;nni b is replaced by b Time: 0.06 SEC. compiling exported readInt8! : S -> Maybe Int8 Time: 0.00 SEC. compiling exported readUInt8! : S -> Maybe UInt8 Time: 0.00 SEC. compiling exported readUInt16! : S -> Maybe UInt16 Time: 0.02 SEC. compiling exported readInt16! : S -> Maybe Int16 Time: 0 SEC. compiling exported readUInt32! : S -> Maybe UInt32 Time: 0.01 SEC. compiling exported readInt32! : S -> Maybe Int32 Time: 0.00 SEC. compiling exported readBytes! : (S,ByteBuffer) -> NonNegativeInteger Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor InputByteConduit& Time: 0.14 seconds finalizing NRLIB INBCON- ; compiling file "/tmp/oa-XfMLHb/code.lsp" (written 01 FEB 2016 11:05:10 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INBCON-;nni|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |INBCON-;nni| ...) ; compiling (DEFUN |INBCON-;readInt8!;$M;2| ...) ; compiling (DEFUN |INBCON-;readUInt8!;$M;3| ...) ; compiling (DEFUN |INBCON-;readUInt16!;$M;4| ...) ; compiling (DEFUN |INBCON-;readInt16!;$M;5| ...) ; compiling (DEFUN |INBCON-;readUInt32!;$M;6| ...) ; compiling (DEFUN |INBCON-;readInt32!;$M;7| ...) ; compiling (DEFUN |INBCON-;readBytes!;$BbNni;8| ...) ; file: /tmp/oa-XfMLHb/code.lsp ; in: DEFUN |INBCON-;readBytes!;$BbNni;8| ; (DEFUN BOOT::|INBCON-;readBytes!;$BbNni;8| (BOOT::|cond| BOOT::|buf| BOOT::$) ; (LET ((BOOT::|count| 0)) ; (BOOT::SEQ (LOOP (COND # #)) ; (BOOT::EXIT (BOOT::SPADCALL BOOT::|buf| BOOT::|count| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INBCON-;readBytes!;$BbNni;8| ; (BOOT::|cond| BOOT::|buf| BOOT::$) ; (BLOCK BOOT::|INBCON-;readBytes!;$BbNni;8| ; (LET ((BOOT::|count| 0)) ; (BOOT::SEQ (LOOP #) (BOOT::EXIT #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |InputByteConduit&| ...) ; compiling (MAKEPROP (QUOTE |InputByteConduit&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-XfMLHb/code.fasl written ; compilation finished in 0:00:00.035 ------------------------------------------------------------------------ finalizing NRLIB INBCON Processing InputByteConduit for Browser database: -- readByte! : % -> Maybe Byte -- readInt8! : % -> Maybe Int8 -- readUInt8! : % -> Maybe UInt8 -- readInt16! : % -> Maybe Int16 -- readUInt16! : % -> Maybe UInt16 -- readInt32! : % -> Maybe Int32 -- readUInt32! : % -> Maybe UInt32 -- readBytes! : (%,ByteBuffer) -> NonNegativeInteger -- constructor ; compiling file "/tmp/oa-TTXvDD/code.lsp" (written 01 FEB 2016 11:05:11 PM): ; compiling (DEFPARAMETER |InputByteConduit;AL| ...) ; compiling (DEFUN |InputByteConduit;| ...) ; compiling (DEFUN |InputByteConduit| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-TTXvDD/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile OUTBCON.spad && cp OUTBCON.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/OUTBCON.fasl \ && if test -f OUTBCON-.NRLIB/code.fasl; then \ cp OUTBCON-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/OUTBCON-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OUTBCON.spad using Spad compiler. OUTBCON abbreviates category OutputByteConduit debug: compDefine1 lhs: (OutputByteConduit) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for OutputByteConduit compiling into /tmp/oa-Lv3ucQ STYLE-WARNING: redefining BOOT::|OutputByteConduit| in DEFUN Time: 0.00 SEC. OUTBCON- abbreviates package OutputByteConduit& ------------------------------------------------------------------------ initializing stationary directory for OutputByteConduit& compiling into /tmp/oa-6CCn2o compiling exported writeInt8! : (S,Int8) -> Maybe Int8 Time: 0.04 SEC. compiling exported writeUInt8! : (S,UInt8) -> Maybe UInt8 Time: 0.01 SEC. compiling exported writeBytes! : (S,ByteBuffer) -> NonNegativeInteger Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor OutputByteConduit& Time: 0.06 seconds finalizing NRLIB OUTBCON- ; compiling file "/tmp/oa-6CCn2o/code.lsp" (written 01 FEB 2016 11:05:11 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |OUTBCON-;writeInt8!;$IM;1| ...) ; compiling (DEFUN |OUTBCON-;writeUInt8!;$UiM;2| ...) ; compiling (DEFUN |OUTBCON-;writeBytes!;$BbNni;3| ...) ; compiling (DEFUN |OutputByteConduit&| ...) ; compiling (MAKEPROP (QUOTE |OutputByteConduit&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-6CCn2o/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ finalizing NRLIB OUTBCON Processing OutputByteConduit for Browser database: -- writeByte! : (%,Byte) -> Maybe Byte -- writeInt8! : (%,Int8) -> Maybe Int8 -- writeUInt8! : (%,UInt8) -> Maybe UInt8 -- writeBytes! : (%,ByteBuffer) -> NonNegativeInteger -- constructor ; compiling file "/tmp/oa-Lv3ucQ/code.lsp" (written 01 FEB 2016 11:05:11 PM): ; compiling (DEFPARAMETER |OutputByteConduit;AL| ...) ; compiling (DEFUN |OutputByteConduit;| ...) ; compiling (DEFUN |OutputByteConduit| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Lv3ucQ/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile LEXP.spad && cp LEXP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LEXP.fasl \ && if test -f LEXP-.NRLIB/code.fasl; then \ cp LEXP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LEXP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LEXP.spad using Spad compiler. LEXP abbreviates domain LieExponentials debug: compDefine1 lhs: (LieExponentials VarSet R Order) signature (pre-evaluate): ((Join (Group) (CoercibleTo (XDistributedPolynomial VarSet R)) (CoercibleTo (XPBWPolynomial VarSet R)) (CATEGORY domain (SIGNATURE exp ($ (LiePolynomial VarSet R))) (SIGNATURE log ((LiePolynomial VarSet R) $)) (SIGNATURE ListOfTerms ((List (Record (: k (PoincareBirkhoffWittLyndonBasis VarSet)) (: c R))) $)) (SIGNATURE mirror ($ $)) (SIGNATURE varList ((List VarSet) $)) (SIGNATURE LyndonBasis ((List (LiePolynomial VarSet R)) (List VarSet))) (SIGNATURE LyndonCoordinates ((List (Record (: k (LyndonWord VarSet)) (: c R))) $)) (SIGNATURE identification ((List (Equation R)) $ $)))) NIL NIL NIL) debug: evaluateType form: (Join (Group) (CoercibleTo (XDistributedPolynomial VarSet R)) (CoercibleTo (XPBWPolynomial VarSet R)) (CATEGORY domain (SIGNATURE exp ($ (LiePolynomial VarSet R))) (SIGNATURE log ((LiePolynomial VarSet R) $)) (SIGNATURE ListOfTerms ((List (Record (: k (PoincareBirkhoffWittLyndonBasis VarSet)) (: c R))) $)) (SIGNATURE mirror ($ $)) (SIGNATURE varList ((List VarSet) $)) (SIGNATURE LyndonBasis ((List (LiePolynomial VarSet R)) (List VarSet))) (SIGNATURE LyndonCoordinates ((List (Record (: k (LyndonWord VarSet)) (: c R))) $)) (SIGNATURE identification ((List (Equation R)) $ $)))) $param: (VarSet R Order) debug: evaluateType form: (Group) $param: (VarSet R Order) Debug: evaluateType1 form: (Group) debug: evaluateType form: (CoercibleTo (XDistributedPolynomial VarSet R)) $param: (VarSet R Order) Debug: evaluateType1 form: (CoercibleTo (XDistributedPolynomial VarSet R)) debug: evaluateType1 x: (XDistributedPolynomial VarSet R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (VarSet R Order) Debug: evaluateType1 form: (Type) debug: evaluateType form: (XDistributedPolynomial VarSet R) $param: (VarSet R Order) Debug: evaluateType1 form: (XDistributedPolynomial VarSet R) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (XDistributedPolynomial VarSet R) c: (Type) debug: evaluateType form: (CoercibleTo (XPBWPolynomial VarSet R)) $param: (VarSet R Order) Debug: evaluateType1 form: (CoercibleTo (XPBWPolynomial VarSet R)) debug: evaluateType1 x: (XPBWPolynomial VarSet R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (VarSet R Order) Debug: evaluateType1 form: (Type) debug: evaluateType form: (XPBWPolynomial VarSet R) $param: (VarSet R Order) Debug: evaluateType1 form: (XPBWPolynomial VarSet R) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evaluateType1 x: R m: (CommutativeRing) debug: evalCategory d: (XPBWPolynomial VarSet R) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE exp ($ (LiePolynomial VarSet R))) (SIGNATURE log ((LiePolynomial VarSet R) $)) (SIGNATURE ListOfTerms ((List (Record (: k (PoincareBirkhoffWittLyndonBasis VarSet)) (: c R))) $)) (SIGNATURE mirror ($ $)) (SIGNATURE varList ((List VarSet) $)) (SIGNATURE LyndonBasis ((List (LiePolynomial VarSet R)) (List VarSet))) (SIGNATURE LyndonCoordinates ((List (Record (: k (LyndonWord VarSet)) (: c R))) $)) (SIGNATURE identification ((List (Equation R)) $ $))) $param: (VarSet R Order) debug: evaluateType form: (LiePolynomial VarSet R) $param: (VarSet R Order) Debug: evaluateType1 form: (LiePolynomial VarSet R) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evaluateType1 x: R m: (CommutativeRing) debug: evaluateType form: (LiePolynomial VarSet R) $param: (VarSet R Order) Debug: evaluateType1 form: (LiePolynomial VarSet R) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evaluateType1 x: R m: (CommutativeRing) debug: evaluateType form: (List (Record (: k (PoincareBirkhoffWittLyndonBasis VarSet)) (: c R))) $param: (VarSet R Order) Debug: evaluateType1 form: (List (Record (: k (PoincareBirkhoffWittLyndonBasis VarSet)) (: c R))) debug: evaluateType1 x: (Record (: k (PoincareBirkhoffWittLyndonBasis VarSet)) (: c R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (VarSet R Order) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: k (PoincareBirkhoffWittLyndonBasis VarSet)) (: c R)) $param: (VarSet R Order) debug: evaluateType form: (PoincareBirkhoffWittLyndonBasis VarSet) $param: (VarSet R Order) Debug: evaluateType1 form: (PoincareBirkhoffWittLyndonBasis VarSet) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evaluateType form: R $param: (VarSet R Order) debug: evalCategory d: (Record (: k (PoincareBirkhoffWittLyndonBasis VarSet)) (: c R)) c: (Type) debug: evaluateType form: (List VarSet) $param: (VarSet R Order) Debug: evaluateType1 form: (List VarSet) debug: evaluateType1 x: VarSet m: (Type) debug: evaluateType form: (List (LiePolynomial VarSet R)) $param: (VarSet R Order) Debug: evaluateType1 form: (List (LiePolynomial VarSet R)) debug: evaluateType1 x: (LiePolynomial VarSet R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (VarSet R Order) Debug: evaluateType1 form: (Type) debug: evaluateType form: (LiePolynomial VarSet R) $param: (VarSet R Order) Debug: evaluateType1 form: (LiePolynomial VarSet R) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evaluateType1 x: R m: (CommutativeRing) debug: evalCategory d: (LiePolynomial VarSet R) c: (Type) debug: evaluateType form: (List VarSet) $param: (VarSet R Order) Debug: evaluateType1 form: (List VarSet) debug: evaluateType1 x: VarSet m: (Type) debug: evaluateType form: (List (Record (: k (LyndonWord VarSet)) (: c R))) $param: (VarSet R Order) Debug: evaluateType1 form: (List (Record (: k (LyndonWord VarSet)) (: c R))) debug: evaluateType1 x: (Record (: k (LyndonWord VarSet)) (: c R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (VarSet R Order) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: k (LyndonWord VarSet)) (: c R)) $param: (VarSet R Order) debug: evaluateType form: (LyndonWord VarSet) $param: (VarSet R Order) Debug: evaluateType1 form: (LyndonWord VarSet) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evaluateType form: R $param: (VarSet R Order) debug: evalCategory d: (Record (: k (LyndonWord VarSet)) (: c R)) c: (Type) debug: evaluateType form: (List (Equation R)) $param: (VarSet R Order) Debug: evaluateType1 form: (List (Equation R)) debug: evaluateType1 x: (Equation R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (VarSet R Order) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation R) $param: (VarSet R Order) Debug: evaluateType1 form: (Equation R) debug: evaluateType1 x: R m: (Type) debug: evalCategory d: (Equation R) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (Group) (CoercibleTo (XDistributedPolynomial VarSet R)) (CoercibleTo (XPBWPolynomial VarSet R)) (CATEGORY domain (SIGNATURE exp ($ (LiePolynomial VarSet R))) (SIGNATURE log ((LiePolynomial VarSet R) $)) (SIGNATURE ListOfTerms ((List (Record (: k (PoincareBirkhoffWittLyndonBasis VarSet)) (: c R))) $)) (SIGNATURE mirror ($ $)) (SIGNATURE varList ((List VarSet) $)) (SIGNATURE LyndonBasis ((List (LiePolynomial VarSet R)) (List VarSet))) (SIGNATURE LyndonCoordinates ((List (Record (: k (LyndonWord VarSet)) (: c R))) $)) (SIGNATURE identification ((List (Equation R)) $ $)))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for LieExponentials compiling into /tmp/oa-i01ypf compiling local ident : (List Record(k: LyndonWord VarSet,c: R),List Record(k: LyndonWord VarSet,c: R)) -> List Equation R Time: 0.14 SEC. compiling local compareTerm1s : (Record(k: LyndonWord VarSet,c: R),Record(k: LyndonWord VarSet,c: R)) -> Boolean Time: 0.01 SEC. compiling local out : Record(k: LyndonWord VarSet,c: R) -> OutputForm Time: 0.05 SEC. compiling exported identification : (%,%) -> List Equation R Time: 0.02 SEC. compiling exported LyndonCoordinates : % -> List Record(k: LyndonWord VarSet,c: R) Time: 0.05 SEC. compiling exported * : (%,%) -> % Time: 0.01 SEC. compiling exported exp : LiePolynomial(VarSet,R) -> % Time: 0.02 SEC. compiling exported log : % -> LiePolynomial(VarSet,R) Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Time: 0.03 SEC. compiling exported LyndonBasis : List VarSet -> List LiePolynomial(VarSet,R) Time: 0.05 SEC. compiling exported coerce : % -> XPBWPolynomial(VarSet,R) LEXP;coerce;$Xpbwp;11 p is replaced by p Time: 0.01 SEC. compiling exported inv : % -> % Time: 0.03 SEC. (time taken in buildFunctor: 4) Time: 0.02 SEC. Warnings: [1] OpenAxiom suggests removing assignment to Rep Cumulative Statistics for Constructor LieExponentials Time: 0.45 seconds --------------non extending category---------------------- LieExponentials(#1,#2,#3) of category Join(Group,CoercibleTo XDistributedPolynomial(#1,#2),CoercibleTo XPBWPolynomial(#1,#2)) with exp : LiePolynomial(#1,#2) -> % log : % -> LiePolynomial(#1,#2) ListOfTerms : % -> List Record(k: PoincareBirkhoffWittLyndonBasis #1,c: #2) mirror : % -> % varList : % -> List #1 LyndonBasis : List #1 -> List LiePolynomial(#1,#2) LyndonCoordinates : % -> List Record(k: LyndonWord #1,c: #2) identification : (%,%) -> List Equation #2 has no XPolynomialsCat(#1,#2) ---------------------------------------------------------- finalizing NRLIB LEXP Processing LieExponentials for Browser database: -- exp : LPOLY -> % -- log : % -> LPOLY -- ListOfTerms : % -> LTERMS -- mirror : % -> % -- varList : % -> List VarSet -- LyndonBasis : List VarSet -> List LPOLY -- LyndonCoordinates : % -> List TERM1 -- identification : (%,%) -> List EQ -- constructor ; compiling file "/tmp/oa-i01ypf/code.lsp" (written 01 FEB 2016 11:05:11 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LEXP;coerce;$Xpbwp;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LEXP;ident| ...) ; file: /tmp/oa-i01ypf/code.lsp ; in: DEFUN |LEXP;ident| ; (DEFUN BOOT::|LEXP;ident| (BOOT::|l1| BOOT::|l2| BOOT::$) ; (PROG (BOOT::|r|) (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LEXP;ident| ; (BOOT::|l1| BOOT::|l2| BOOT::$) ; (BLOCK BOOT::|LEXP;ident| (PROG (BOOT::|r|) (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |LEXP;compareTerm1s| ...) ; file: /tmp/oa-i01ypf/code.lsp ; in: DEFUN |LEXP;compareTerm1s| ; (DEFUN BOOT::|LEXP;compareTerm1s| (BOOT::|u| BOOT::|v| BOOT::$) ; (BOOT::SPADCALL (CAR BOOT::|v|) (CAR BOOT::|u|) ; (BOOT::|shellEntry| BOOT::$ 30))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LEXP;compareTerm1s| ; (BOOT::|u| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|LEXP;compareTerm1s| ; (BOOT::SPADCALL (CAR BOOT::|v|) (CAR BOOT::|u|) ; (BOOT::|shellEntry| BOOT::$ 30)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |LEXP;out| ...) ; compiling (DEFUN |LEXP;identification;2$L;4| ...) ; compiling (DEFUN |LEXP;LyndonCoordinates;$L;5| ...) ; compiling (DEFUN |LEXP;*;3$;6| ...) ; compiling (DEFUN |LEXP;exp;Lp$;7| ...) ; compiling (DEFUN |LEXP;log;$Lp;8| ...) ; compiling (DEFUN |LEXP;coerce;$Of;9| ...) ; compiling (DEFUN |LEXP;LyndonBasis;LL;10| ...) ; file: /tmp/oa-i01ypf/code.lsp ; in: DEFUN |LEXP;LyndonBasis;LL;10| ; (DEFUN BOOT::|LEXP;LyndonBasis;LL;10| (BOOT::|lv| BOOT::$) ; (LET ((#:G655 (BOOT::SPADCALL BOOT::|lv| # #)) (#:G630 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G655 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LEXP;LyndonBasis;LL;10| ; (BOOT::|lv| BOOT::$) ; (BLOCK BOOT::|LEXP;LyndonBasis;LL;10| ; (LET ((#:G655 #) (#:G630 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |LEXP;coerce;$Xpbwp;11| ...) ; compiling (DEFUN |LEXP;inv;2$;12| ...) ; compiling (DEFUN |LieExponentials| ...) ; compiling (DEFUN |LieExponentials;| ...) ; compiling (MAKEPROP (QUOTE |LieExponentials|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 3 notes ; /tmp/oa-i01ypf/code.fasl written ; compilation finished in 0:00:00.092 ------------------------------------------------------------------------ ================================== === layer 13 of 24 complete ====== ================================== ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PLOT3D.spad && cp PLOT3D.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PLOT3D.fasl \ && if test -f PLOT3D-.NRLIB/code.fasl; then \ cp PLOT3D-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PLOT3D-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PLOT3D.spad using Spad compiler. PLOT3D abbreviates domain Plot3D debug: compDefine1 lhs: (Plot3D) signature (pre-evaluate): ((Join (PlottableSpaceCurveCategory) (CATEGORY domain (SIGNATURE pointPlot ($ (Mapping (Point (DoubleFloat)) (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE pointPlot ($ (Mapping (Point (DoubleFloat)) (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (Mapping (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (Mapping (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ $ (Segment (DoubleFloat)))) (SIGNATURE zoom ($ $ (Segment (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE refine ($ $ (Segment (DoubleFloat)))) (SIGNATURE refine ($ $)) (SIGNATURE tRange ((Segment (DoubleFloat)) $)) (SIGNATURE tValues ((List (List (DoubleFloat))) $)) (SIGNATURE minPoints3D ((Integer))) (SIGNATURE setMinPoints3D ((Integer) (Integer))) (SIGNATURE maxPoints3D ((Integer))) (SIGNATURE setMaxPoints3D ((Integer) (Integer))) (SIGNATURE screenResolution3D ((Integer))) (SIGNATURE setScreenResolution3D ((Integer) (Integer))) (SIGNATURE adaptive3D? ((Boolean))) (SIGNATURE setAdaptive3D ((Boolean) (Boolean))) (SIGNATURE numFunEvals3D ((Integer))) (SIGNATURE debug3D ((Boolean) (Boolean)))))) debug: evaluateType form: (Join (PlottableSpaceCurveCategory) (CATEGORY domain (SIGNATURE pointPlot ($ (Mapping (Point (DoubleFloat)) (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE pointPlot ($ (Mapping (Point (DoubleFloat)) (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (Mapping (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (Mapping (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ $ (Segment (DoubleFloat)))) (SIGNATURE zoom ($ $ (Segment (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE refine ($ $ (Segment (DoubleFloat)))) (SIGNATURE refine ($ $)) (SIGNATURE tRange ((Segment (DoubleFloat)) $)) (SIGNATURE tValues ((List (List (DoubleFloat))) $)) (SIGNATURE minPoints3D ((Integer))) (SIGNATURE setMinPoints3D ((Integer) (Integer))) (SIGNATURE maxPoints3D ((Integer))) (SIGNATURE setMaxPoints3D ((Integer) (Integer))) (SIGNATURE screenResolution3D ((Integer))) (SIGNATURE setScreenResolution3D ((Integer) (Integer))) (SIGNATURE adaptive3D? ((Boolean))) (SIGNATURE setAdaptive3D ((Boolean) (Boolean))) (SIGNATURE numFunEvals3D ((Integer))) (SIGNATURE debug3D ((Boolean) (Boolean))))) $param: NIL debug: evaluateType form: (PlottableSpaceCurveCategory) $param: NIL Debug: evaluateType1 form: (PlottableSpaceCurveCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE pointPlot ($ (Mapping (Point (DoubleFloat)) (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE pointPlot ($ (Mapping (Point (DoubleFloat)) (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (Mapping (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (Mapping (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ $ (Segment (DoubleFloat)))) (SIGNATURE zoom ($ $ (Segment (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE refine ($ $ (Segment (DoubleFloat)))) (SIGNATURE refine ($ $)) (SIGNATURE tRange ((Segment (DoubleFloat)) $)) (SIGNATURE tValues ((List (List (DoubleFloat))) $)) (SIGNATURE minPoints3D ((Integer))) (SIGNATURE setMinPoints3D ((Integer) (Integer))) (SIGNATURE maxPoints3D ((Integer))) (SIGNATURE setMaxPoints3D ((Integer) (Integer))) (SIGNATURE screenResolution3D ((Integer))) (SIGNATURE setScreenResolution3D ((Integer) (Integer))) (SIGNATURE adaptive3D? ((Boolean))) (SIGNATURE setAdaptive3D ((Boolean) (Boolean))) (SIGNATURE numFunEvals3D ((Integer))) (SIGNATURE debug3D ((Boolean) (Boolean)))) $param: NIL debug: evaluateType form: (Mapping (Point (DoubleFloat)) (DoubleFloat)) $param: NIL debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Mapping (Point (DoubleFloat)) (DoubleFloat)) $param: NIL debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (List (List (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (List (DoubleFloat))) debug: evaluateType1 x: (List (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (List (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evalCategory d: (List (DoubleFloat)) c: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: compDefine1 signature (post evaluate): ((Join (PlottableSpaceCurveCategory) (CATEGORY domain (SIGNATURE pointPlot ($ (Mapping (Point (DoubleFloat)) (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE pointPlot ($ (Mapping (Point (DoubleFloat)) (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (Mapping (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (Mapping (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ $ (Segment (DoubleFloat)))) (SIGNATURE zoom ($ $ (Segment (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE refine ($ $ (Segment (DoubleFloat)))) (SIGNATURE refine ($ $)) (SIGNATURE tRange ((Segment (DoubleFloat)) $)) (SIGNATURE tValues ((List (List (DoubleFloat))) $)) (SIGNATURE minPoints3D ((Integer))) (SIGNATURE setMinPoints3D ((Integer) (Integer))) (SIGNATURE maxPoints3D ((Integer))) (SIGNATURE setMaxPoints3D ((Integer) (Integer))) (SIGNATURE screenResolution3D ((Integer))) (SIGNATURE setScreenResolution3D ((Integer) (Integer))) (SIGNATURE adaptive3D? ((Boolean))) (SIGNATURE setAdaptive3D ((Boolean) (Boolean))) (SIGNATURE numFunEvals3D ((Integer))) (SIGNATURE debug3D ((Boolean) (Boolean)))))) ------------------------------------------------------------------------ initializing stationary directory for Plot3D compiling into /tmp/oa-Zs8D3W importing PointPackage DoubleFloat compiling local point : (DoubleFloat,DoubleFloat,DoubleFloat,DoubleFloat) -> Point DoubleFloat Time: 0.12 SEC. compiling local fourth : List Segment DoubleFloat -> Segment DoubleFloat PLOT3D;fourth list is replaced by SPADfirst %tail %tail %tail list Time: 0.01 SEC. compiling local checkRange : Segment DoubleFloat -> Segment DoubleFloat Time: 0.01 SEC. compiling local intersect : (Segment DoubleFloat,Segment DoubleFloat) -> Segment DoubleFloat Time: 0 SEC. compiling local union : (Segment DoubleFloat,Segment DoubleFloat) -> Segment DoubleFloat Time: 0.00 SEC. compiling local join : (List Record(source: DoubleFloat -> Point DoubleFloat,ranges: List Segment DoubleFloat,knots: List DoubleFloat,points: List Point DoubleFloat),Integer) -> Segment DoubleFloat Time: 0.06 SEC. compiling local parametricRange : % -> Segment DoubleFloat PLOT3D;parametricRange r is replaced by SPADfirst %vref(r,1) Time: 0.01 SEC. compiling exported minPoints3D : () -> Integer Time: 0 SEC. compiling exported setMinPoints3D : Integer -> Integer Time: 0.01 SEC. compiling exported maxPoints3D : () -> Integer Time: 0 SEC. compiling exported setMaxPoints3D : Integer -> Integer Time: 0.01 SEC. compiling exported screenResolution3D : () -> Integer Time: 0 SEC. compiling exported setScreenResolution3D : Integer -> Integer Time: 0.00 SEC. compiling exported adaptive3D? : () -> Boolean Time: 0 SEC. compiling exported setAdaptive3D : Boolean -> Boolean Time: 0 SEC. compiling exported numFunEvals3D : () -> Integer Time: 0 SEC. compiling exported debug3D : Boolean -> Boolean Time: 0.00 SEC. compiling exported xRange : % -> Segment DoubleFloat Time: 0.01 SEC. compiling exported yRange : % -> Segment DoubleFloat Time: 0.01 SEC. compiling exported zRange : % -> Segment DoubleFloat PLOT3D;zRange;$S;20 plot is replaced by SPADfirst %tail %tail %tail %vref(plot,1) Time: 0.01 SEC. compiling exported tRange : % -> Segment DoubleFloat PLOT3D;tRange;$S;21 plot is replaced by SPADfirst %vref(plot,1) Time: 0.01 SEC. compiling exported tValues : % -> List List DoubleFloat Time: 0.05 SEC. compiling local select : (List Point DoubleFloat,Point DoubleFloat -> DoubleFloat,(DoubleFloat,DoubleFloat) -> DoubleFloat) -> DoubleFloat Time: 0.04 SEC. compiling local rangeRefine : (Record(source: DoubleFloat -> Point DoubleFloat,ranges: List Segment DoubleFloat,knots: List DoubleFloat,points: List Point DoubleFloat),Segment DoubleFloat) -> Record(source: DoubleFloat -> Point DoubleFloat,ranges: List Segment DoubleFloat,knots: List DoubleFloat,points: List Point DoubleFloat) Time: 0.76 SEC. compiling local adaptivePlot : (Record(source: DoubleFloat -> Point DoubleFloat,ranges: List Segment DoubleFloat,knots: List DoubleFloat,points: List Point DoubleFloat),Segment DoubleFloat,Segment DoubleFloat,Segment DoubleFloat,Segment DoubleFloat,Integer,Integer) -> Record(source: DoubleFloat -> Point DoubleFloat,ranges: List Segment DoubleFloat,knots: List DoubleFloat,points: List Point DoubleFloat) Time: 2.69 SEC. compiling local basicPlot : (DoubleFloat -> Point DoubleFloat,Segment DoubleFloat) -> Record(source: DoubleFloat -> Point DoubleFloat,ranges: List Segment DoubleFloat,knots: List DoubleFloat,points: List Point DoubleFloat) Time: 0.20 SEC. compiling exported zoom : (%,Segment DoubleFloat,Segment DoubleFloat,Segment DoubleFloat) -> % Time: 0.02 SEC. compiling local basicRefine : (Record(source: DoubleFloat -> Point DoubleFloat,ranges: List Segment DoubleFloat,knots: List DoubleFloat,points: List Point DoubleFloat),Segment DoubleFloat) -> Record(source: DoubleFloat -> Point DoubleFloat,ranges: List Segment DoubleFloat,knots: List DoubleFloat,points: List Point DoubleFloat) Time: 0.53 SEC. compiling exported refine : % -> % Time: 0.00 SEC. compiling exported refine : (%,Segment DoubleFloat) -> % Time: 0.04 SEC. compiling exported plot : (%,Segment DoubleFloat) -> % Time: 0.05 SEC. compiling exported pointPlot : (DoubleFloat -> Point DoubleFloat,Segment DoubleFloat) -> % Time: 0.05 SEC. compiling exported pointPlot : (DoubleFloat -> Point DoubleFloat,Segment DoubleFloat,Segment DoubleFloat,Segment DoubleFloat,Segment DoubleFloat) -> % Time: 0.02 SEC. compiling local myTrap : (DoubleFloat -> DoubleFloat,DoubleFloat) -> DoubleFloat Time: 0.01 SEC. compiling exported plot : (DoubleFloat -> DoubleFloat,DoubleFloat -> DoubleFloat,DoubleFloat -> DoubleFloat,DoubleFloat -> DoubleFloat,Segment DoubleFloat) -> % Time: 0.08 SEC. compiling exported plot : (DoubleFloat -> DoubleFloat,DoubleFloat -> DoubleFloat,DoubleFloat -> DoubleFloat,DoubleFloat -> DoubleFloat,Segment DoubleFloat,Segment DoubleFloat,Segment DoubleFloat,Segment DoubleFloat) -> % Time: 0.04 SEC. compiling exported coerce : % -> OutputForm Time: 0.42 SEC. compiling exported listBranches : % -> List List Point DoubleFloat Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.04 SEC. Warnings: [1] Type List Segment DoubleFloat is not in scope. Import it [2] Type Integer is not in scope. Import it [3] Type List String is not in scope. Import it [4] Type List Record(source: (DoubleFloat -> Point DoubleFloat),ranges: List Segment DoubleFloat,knots: List DoubleFloat,points: List Point DoubleFloat) is not in scope. Import it [5] parametricRange: first has no value [6] xRange: second has no value [7] yRange: third has no value [8] tRange: first has no value [9] select: fp has no value [10] rangeRefine: c has no value [11] rangeRefine: q has no value [12] rangeRefine: NUMFUNEVALS has no value [13] basicRefine: first has no value [14] refine: curves has no value [15] plot: curves has no value Cumulative Statistics for Constructor Plot3D Time: 5.39 seconds finalizing NRLIB PLOT3D Processing Plot3D for Browser database: -- pointPlot : ((F -> P),R) -> % -- pointPlot : ((F -> P),R,R,R,R) -> % -- plot : ((F -> F),(F -> F),(F -> F),(F -> F),R) -> % -- plot : ((F -> F),(F -> F),(F -> F),(F -> F),R,R,R,R) -> % -- plot : (%,R) -> % -- zoom : (%,R,R,R) -> % -- refine : (%,R) -> % -- refine : % -> % -- tRange : % -> R -- tValues : % -> L L F -- minPoints3D : () -> I -- setMinPoints3D : I -> I -- maxPoints3D : () -> I -- setMaxPoints3D : I -> I -- screenResolution3D : () -> I -- setScreenResolution3D : I -> I -- adaptive3D? : () -> B -- setAdaptive3D : B -> B -- numFunEvals3D : () -> I -- debug3D : B -> B -- constructor ; compiling file "/tmp/oa-Zs8D3W/code.lsp" (written 01 FEB 2016 11:05:17 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PLOT3D;fourth|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PLOT3D;parametricRange|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PLOT3D;zRange;$S;20|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PLOT3D;tRange;$S;21|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PLOT3D;checkRange|) ...) ; compiling (PUT (QUOTE |PLOT3D;union|) ...) ; compiling (PUT (QUOTE |PLOT3D;minPoints3D;I;8|) ...) ; compiling (PUT (QUOTE |PLOT3D;maxPoints3D;I;10|) ...) ; compiling (PUT (QUOTE |PLOT3D;screenResolution3D;I;12|) ...) ; compiling (PUT (QUOTE |PLOT3D;adaptive3D?;B;14|) ...) ; compiling (PUT (QUOTE |PLOT3D;numFunEvals3D;I;16|) ...) ; compiling (PUT (QUOTE |PLOT3D;zoom;$3S$;27|) ...) ; compiling (DEFUN |PLOT3D;point| ...) ; compiling (DEFUN |PLOT3D;fourth| ...) ; compiling (DEFUN |PLOT3D;checkRange| ...) ; file: /tmp/oa-Zs8D3W/code.lsp ; in: DEFUN |PLOT3D;checkRange| ; (DEFUN BOOT::|PLOT3D;checkRange| (BOOT::|r| BOOT::$) ; (COND ; ((< (SVREF BOOT::|r| 1) (SVREF BOOT::|r| 0)) ; (BOOT::|error| "ranges cannot be negative")) ; (T BOOT::|r|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PLOT3D;checkRange| ; (BOOT::|r| BOOT::$) ; (BLOCK BOOT::|PLOT3D;checkRange| ; (COND ((< # #) (BOOT::|error| "ranges cannot be negative")) ; (T BOOT::|r|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PLOT3D;intersect| ...) ; file: /tmp/oa-Zs8D3W/code.lsp ; in: DEFUN |PLOT3D;intersect| ; (DEFUN BOOT::|PLOT3D;intersect| (BOOT::|s| BOOT::|t| BOOT::$) ; (LET ((#:G954 (VECTOR # # 1))) ; (COND ((< # #) (BOOT::|error| "ranges cannot be negative")) (T #:G954)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PLOT3D;intersect| ; (BOOT::|s| BOOT::|t| BOOT::$) ; (BLOCK BOOT::|PLOT3D;intersect| ; (LET ((#:G954 #)) ; (COND (# #) (T #:G954))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PLOT3D;union| ...) ; file: /tmp/oa-Zs8D3W/code.lsp ; in: DEFUN |PLOT3D;union| ; (DEFUN BOOT::|PLOT3D;union| (BOOT::|s| BOOT::|t| BOOT::$) ; (VECTOR (MIN (SVREF BOOT::|s| 0) (SVREF BOOT::|t| 0)) ; (MAX (SVREF BOOT::|s| 1) (SVREF BOOT::|t| 1)) 1)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PLOT3D;union| ; (BOOT::|s| BOOT::|t| BOOT::$) ; (BLOCK BOOT::|PLOT3D;union| ; (VECTOR (MIN (SVREF BOOT::|s| 0) (SVREF BOOT::|t| 0)) ; (MAX (SVREF BOOT::|s| 1) (SVREF BOOT::|t| 1)) 1))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PLOT3D;join| ...) ; compiling (DEFUN |PLOT3D;parametricRange| ...) ; compiling (DEFUN |PLOT3D;minPoints3D;I;8| ...) ; compiling (DEFUN |PLOT3D;setMinPoints3D;2I;9| ...) ; compiling (DEFUN |PLOT3D;maxPoints3D;I;10| ...) ; compiling (DEFUN |PLOT3D;setMaxPoints3D;2I;11| ...) ; compiling (DEFUN |PLOT3D;screenResolution3D;I;12| ...) ; compiling (DEFUN |PLOT3D;setScreenResolution3D;2I;13| ...) ; compiling (DEFUN |PLOT3D;adaptive3D?;B;14| ...) ; compiling (DEFUN |PLOT3D;setAdaptive3D;2B;15| ...) ; compiling (DEFUN |PLOT3D;numFunEvals3D;I;16| ...) ; compiling (DEFUN |PLOT3D;debug3D;2B;17| ...) ; compiling (DEFUN |PLOT3D;xRange;$S;18| ...) ; compiling (DEFUN |PLOT3D;yRange;$S;19| ...) ; compiling (DEFUN |PLOT3D;zRange;$S;20| ...) ; compiling (DEFUN |PLOT3D;tRange;$S;21| ...) ; compiling (DEFUN |PLOT3D;tValues;$L;22| ...) ; file: /tmp/oa-Zs8D3W/code.lsp ; in: DEFUN |PLOT3D;tValues;$L;22| ; (DEFUN BOOT::|PLOT3D;tValues;$L;22| (BOOT::|plot| BOOT::$) ; (LET ((BOOT::|outList| NIL)) ; (PROGN ; (LET (#) ; (LOOP # ; #)) ; BOOT::|outList|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PLOT3D;tValues;$L;22| ; (BOOT::|plot| BOOT::$) ; (BLOCK BOOT::|PLOT3D;tValues;$L;22| ; (LET ((BOOT::|outList| NIL)) ; (PROGN ; (LET # ; #) ; BOOT::|outList|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PLOT3D;select| ...) ; file: /tmp/oa-Zs8D3W/code.lsp ; in: DEFUN |PLOT3D;select| ; (DEFUN BOOT::|PLOT3D;select| (BOOT::|l| BOOT::|f| BOOT::|g| BOOT::$) ; (PROG (BOOT::|fp|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PLOT3D;select| ; (BOOT::|l| BOOT::|f| BOOT::|g| BOOT::$) ; (BLOCK BOOT::|PLOT3D;select| ; (PROG (BOOT::|fp|) ; (RETURN ; (LET # ; #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PLOT3D;rangeRefine| ...) ; file: /tmp/oa-Zs8D3W/code.lsp ; in: DEFUN |PLOT3D;rangeRefine| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MIN BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MIN BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MIN BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PLOT3D;adaptivePlot| ...) ; file: /tmp/oa-Zs8D3W/code.lsp ; in: DEFUN |PLOT3D;adaptivePlot| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MIN BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MIN BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MIN BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PLOT3D;basicPlot| ...) ; file: /tmp/oa-Zs8D3W/code.lsp ; in: DEFUN |PLOT3D;basicPlot| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MIN BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MIN BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MIN BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PLOT3D;zoom;$3S$;27| ...) ; file: /tmp/oa-Zs8D3W/code.lsp ; in: DEFUN |PLOT3D;zoom;$3S$;27| ; (DEFUN BOOT::|PLOT3D;zoom;$3S$;27| ; (BOOT::|p| BOOT::|xRange| BOOT::|yRange| BOOT::|zRange| BOOT::$) ; (VECTOR (LIST BOOT::|xRange| BOOT::|yRange| BOOT::|zRange|) ; (SVREF BOOT::|p| 1) (SVREF BOOT::|p| 2) (SVREF BOOT::|p| 3) ; (SVREF BOOT::|p| 4))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PLOT3D;zoom;$3S$;27| ; (BOOT::|p| BOOT::|xRange| BOOT::|yRange| BOOT::|zRange| BOOT::$) ; (BLOCK BOOT::|PLOT3D;zoom;$3S$;27| ; (VECTOR (LIST BOOT::|xRange| BOOT::|yRange| BOOT::|zRange|) ; (SVREF BOOT::|p| 1) (SVREF BOOT::|p| 2) (SVREF BOOT::|p| 3) ; (SVREF BOOT::|p| 4)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PLOT3D;basicRefine| ...) ; file: /tmp/oa-Zs8D3W/code.lsp ; in: DEFUN |PLOT3D;basicRefine| ; (DEFUN BOOT::|PLOT3D;basicRefine| (BOOT::|curve| BOOT::|nRange| BOOT::$) ; (PROG (BOOT::|zRange| BOOT::|yRange| BOOT::|xRange| BOOT::|pm| BOOT::|tm| ; BOOT::|f| BOOT::|h| BOOT::|l| BOOT::|p| BOOT::|t|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # # # # # # # # # ...))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PLOT3D;basicRefine| ; (BOOT::|curve| BOOT::|nRange| BOOT::$) ; (BLOCK BOOT::|PLOT3D;basicRefine| ; (PROG (BOOT::|zRange| BOOT::|yRange| BOOT::|xRange| BOOT::|pm| ; BOOT::|tm| BOOT::|f| BOOT::|h| BOOT::|l| BOOT::|p| BOOT::|t|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |curve| ; prevents use of assertion from function type proclamation: ; SIMPLE-VECTOR ; ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MIN BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MIN BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MIN BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PLOT3D;refine;2$;29| ...) ; compiling (DEFUN |PLOT3D;refine;$S$;30| ...) ; compiling (DEFUN |PLOT3D;plot;$S$;31| ...) ; compiling (DEFUN |PLOT3D;pointPlot;MS$;32| ...) ; compiling (DEFUN |PLOT3D;pointPlot;M4S$;33| ...) ; compiling (DEFUN |PLOT3D;myTrap| ...) ; file: /tmp/oa-Zs8D3W/code.lsp ; in: DEFUN |PLOT3D;myTrap| ; (DEFUN BOOT::|PLOT3D;myTrap| (BOOT::|ff| BOOT::|f| BOOT::$) ; (LET ((BOOT::|s| (BOOT::|trapNumericErrors| #))) ; (COND ((EQ BOOT::|s| |AxiomCore|:|%nothing|) (BOOT::|quietDoubleNaN|)) ; (T BOOT::|s|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PLOT3D;myTrap| ; (BOOT::|ff| BOOT::|f| BOOT::$) ; (BLOCK BOOT::|PLOT3D;myTrap| ; (LET ((BOOT::|s| #)) ; (COND (# #) (T BOOT::|s|))))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PLOT3D;plot;4MS$;35| ...) ; compiling (DEFUN |PLOT3D;plot;4MS$;35!0| ...) ; compiling (DEFUN |PLOT3D;plot;4M4S$;36| ...) ; compiling (DEFUN |PLOT3D;coerce;$Of;37| ...) ; compiling (DEFUN |PLOT3D;listBranches;$L;38| ...) ; file: /tmp/oa-Zs8D3W/code.lsp ; in: DEFUN |PLOT3D;listBranches;$L;38| ; (DEFUN BOOT::|PLOT3D;listBranches;$L;38| (BOOT::|plot| BOOT::$) ; (LET ((BOOT::|outList| NIL)) ; (PROGN ; (LET (#) ; (LOOP # ; #)) ; BOOT::|outList|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PLOT3D;listBranches;$L;38| ; (BOOT::|plot| BOOT::$) ; (BLOCK BOOT::|PLOT3D;listBranches;$L;38| ; (LET ((BOOT::|outList| NIL)) ; (PROGN ; (LET # ; #) ; BOOT::|outList|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |Plot3D| ...) ; compiling (DEFUN |Plot3D;| ...) ; compiling (MAKEPROP (QUOTE |Plot3D|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 32 STYLE-WARNING conditions ; printed 2 notes ; /tmp/oa-Zs8D3W/code.fasl written ; compilation finished in 0:00:00.402 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile CLIF.spad && cp CLIF.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CLIF.fasl \ && if test -f CLIF-.NRLIB/code.fasl; then \ cp CLIF-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CLIF-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CLIF.spad using Spad compiler. CLIF abbreviates domain CliffordAlgebra debug: compDefine1 lhs: (CliffordAlgebra n K Q) signature (pre-evaluate): ((Join (Ring) (Algebra K) (VectorSpace K) (CATEGORY domain (SIGNATURE e ($ (PositiveInteger))) (SIGNATURE monomial ($ K (List (PositiveInteger)))) (SIGNATURE coefficient (K $ (List (PositiveInteger)))))) NIL NIL NIL) debug: evaluateType form: (Join (Ring) (Algebra K) (VectorSpace K) (CATEGORY domain (SIGNATURE e ($ (PositiveInteger))) (SIGNATURE monomial ($ K (List (PositiveInteger)))) (SIGNATURE coefficient (K $ (List (PositiveInteger)))))) $param: (n K Q) debug: evaluateType form: (Ring) $param: (n K Q) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Algebra K) $param: (n K Q) Debug: evaluateType1 form: (Algebra K) debug: evaluateType1 x: K m: (CommutativeRing) debug: evaluateType form: (VectorSpace K) $param: (n K Q) Debug: evaluateType1 form: (VectorSpace K) debug: evaluateType1 x: K m: (Field) debug: evaluateType form: (CATEGORY domain (SIGNATURE e ($ (PositiveInteger))) (SIGNATURE monomial ($ K (List (PositiveInteger)))) (SIGNATURE coefficient (K $ (List (PositiveInteger))))) $param: (n K Q) debug: evaluateType form: (PositiveInteger) $param: (n K Q) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: K $param: (n K Q) debug: evaluateType form: (List (PositiveInteger)) $param: (n K Q) Debug: evaluateType1 form: (List (PositiveInteger)) debug: evaluateType1 x: (PositiveInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (n K Q) Debug: evaluateType1 form: (Type) debug: evaluateType form: (PositiveInteger) $param: (n K Q) Debug: evaluateType1 form: (PositiveInteger) debug: evalCategory d: (PositiveInteger) c: (Type) debug: evaluateType form: K $param: (n K Q) debug: evaluateType form: (List (PositiveInteger)) $param: (n K Q) Debug: evaluateType1 form: (List (PositiveInteger)) debug: evaluateType1 x: (PositiveInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (n K Q) Debug: evaluateType1 form: (Type) debug: evaluateType form: (PositiveInteger) $param: (n K Q) Debug: evaluateType1 form: (PositiveInteger) debug: evalCategory d: (PositiveInteger) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (Ring) (Algebra K) (VectorSpace K) (CATEGORY domain (SIGNATURE e ($ (PositiveInteger))) (SIGNATURE monomial ($ K (List (PositiveInteger)))) (SIGNATURE coefficient (K $ (List (PositiveInteger)))))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for CliffordAlgebra compiling into /tmp/oa-yNUgpD compiling exported characteristic : () -> NonNegativeInteger Time: 0.06 SEC. compiling exported dimension : () -> CardinalNumber Time: 0.01 SEC. compiling exported = : (%,%) -> Boolean Time: 0.02 SEC. compiling exported + : (%,%) -> % Time: 0.01 SEC. compiling exported - : (%,%) -> % Time: 0.01 SEC. compiling exported - : % -> % Time: 0.00 SEC. compiling exported * : (Integer,%) -> % Time: 0.01 SEC. compiling exported * : (K,%) -> % Time: 0 SEC. compiling exported Zero : () -> % Time: 0 SEC. compiling exported One : () -> % Time: 0.00 SEC. compiling exported coerce : Integer -> % Time: 0.00 SEC. compiling exported coerce : K -> % Time: 0 SEC. compiling exported e : PositiveInteger -> % Time: 0.02 SEC. compiling local addMonomProd : (K,NonNegativeInteger,K,NonNegativeInteger,%) -> % Time: 0.02 SEC. compiling exported * : (%,%) -> % Time: 0.04 SEC. compiling local canonMonom : (K,List PositiveInteger) -> Record(coef: K,basel: NonNegativeInteger) Time: 0.08 SEC. compiling exported monomial : (K,List PositiveInteger) -> % Time: 0.01 SEC. compiling exported coefficient : (%,List PositiveInteger) -> K Time: 0.03 SEC. compiling local coerceMonom : (K,NonNegativeInteger) -> OutputForm Time: 0.04 SEC. compiling exported coerce : % -> OutputForm Time: 0.05 SEC. compiling local localPowerSets : NonNegativeInteger -> List List PositiveInteger Time: 0.03 SEC. compiling local powerSets : NonNegativeInteger -> List List PositiveInteger Time: 0.01 SEC. compiling exported recip : % -> Union(%,failed) Time: 0.08 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Cumulative Statistics for Constructor CliffordAlgebra Time: 0.56 seconds finalizing NRLIB CLIF Processing CliffordAlgebra for Browser database: -- e : PI -> % -- monomial : (K,List PI) -> % -- coefficient : (%,List PI) -> K -- constructor ; compiling file "/tmp/oa-yNUgpD/code.lsp" (written 01 FEB 2016 11:05:19 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |CLIF;characteristic;Nni;1| ...) ; file: /tmp/oa-yNUgpD/code.lsp ; in: DEFUN |CLIF;characteristic;Nni;1| ; (DEFUN BOOT::|CLIF;characteristic;Nni;1| (BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 19)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CLIF;characteristic;Nni;1| ; (BOOT::$) ; (BLOCK BOOT::|CLIF;characteristic;Nni;1| ; (BOOT::|spadConstant| BOOT::$ 19))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |CLIF;dimension;Cn;2| ...) ; compiling (DEFUN |CLIF;=;2$B;3| ...) ; compiling (DEFUN |CLIF;+;3$;4| ...) ; compiling (DEFUN |CLIF;-;3$;5| ...) ; compiling (DEFUN |CLIF;-;2$;6| ...) ; compiling (DEFUN |CLIF;*;I2$;7| ...) ; compiling (DEFUN |CLIF;*;K2$;8| ...) ; compiling (DEFUN |CLIF;Zero;$;9| ...) ; file: /tmp/oa-yNUgpD/code.lsp ; in: DEFUN |CLIF;Zero;$;9| ; (DEFUN BOOT::|CLIF;Zero;$;9| (BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 16) ; (BOOT::|spadConstant| BOOT::$ 35) ; (BOOT::|shellEntry| BOOT::$ 36))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CLIF;Zero;$;9| ; (BOOT::$) ; (BLOCK BOOT::|CLIF;Zero;$;9| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 16) ; (BOOT::|spadConstant| BOOT::$ 35) ; (BOOT::|shellEntry| BOOT::$ 36)))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-ARRAY &REST T). ; compiling (DEFUN |CLIF;One;$;10| ...) ; compiling (DEFUN |CLIF;coerce;I$;11| ...) ; compiling (DEFUN |CLIF;coerce;K$;12| ...) ; compiling (DEFUN |CLIF;e;Pi$;13| ...) ; file: /tmp/oa-yNUgpD/code.lsp ; in: DEFUN |CLIF;e;Pi$;13| ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; (DEFUN BOOT::|CLIF;e;Pi$;13| (BOOT::|b| BOOT::$) ; (COND ; ((< (BOOT::|shellEntry| BOOT::$ 6) BOOT::|b|) ; (BOOT::|error| "No such basis element")) ; (T ; (LET (# #) ; (PROGN # BOOT::|z|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CLIF;e;Pi$;13| ; (BOOT::|b| BOOT::$) ; (BLOCK BOOT::|CLIF;e;Pi$;13| ; (COND ((< # BOOT::|b|) (BOOT::|error| "No such basis element")) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-ARRAY &REST T). ; compiling (DEFUN |CLIF;addMonomProd| ...) ; compiling (DEFUN |CLIF;*;3$;15| ...) ; compiling (DEFUN |CLIF;canonMonom| ...) ; compiling (DEFUN |CLIF;monomial;KL$;17| ...) ; compiling (DEFUN |CLIF;coefficient;$LK;18| ...) ; compiling (DEFUN |CLIF;coerceMonom| ...) ; compiling (DEFUN |CLIF;coerce;$Of;20| ...) ; compiling (DEFUN |CLIF;localPowerSets| ...) ; compiling (DEFUN |CLIF;powerSets| ...) ; file: /tmp/oa-yNUgpD/code.lsp ; in: DEFUN |CLIF;powerSets| ; #'(LAMBDA (BOOT::|#1| BOOT::$) (BOOTTRAN:|reverse| BOOT::|#1|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; (DEFUN BOOT::|CLIF;powerSets| (BOOT::|j| BOOT::$) ; (BOOT::SPADCALL ; (CONS #'(LAMBDA (BOOT::|#1| BOOT::$) (BOOTTRAN:|reverse| BOOT::|#1|)) NIL) ; (BOOT::|CLIF;localPowerSets| BOOT::|j| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 96))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CLIF;powerSets| ; (BOOT::|j| BOOT::$) ; (BLOCK BOOT::|CLIF;powerSets| ; (BOOT::SPADCALL (CONS #'(LAMBDA # #) NIL) ; (BOOT::|CLIF;localPowerSets| BOOT::|j| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 96)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS (OR NULL (CONS (INTEGER 1) T)) T)) &REST T). ; compiling (DEFUN |CLIF;recip;$U;23| ...) ; compiling (DEFUN |CliffordAlgebra| ...) ; compiling (DEFUN |CliffordAlgebra;| ...) ; compiling (MAKEPROP (QUOTE |CliffordAlgebra|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 5 notes ; /tmp/oa-yNUgpD/code.fasl written ; compilation finished in 0:00:00.134 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile GALFACTU.spad && cp GALFACTU.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GALFACTU.fasl \ && if test -f GALFACTU-.NRLIB/code.fasl; then \ cp GALFACTU-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GALFACTU-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GALFACTU.spad using Spad compiler. GALFACTU abbreviates package GaloisGroupFactorizationUtilities debug: compDefine1 lhs: (GaloisGroupFactorizationUtilities R UP F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE beauzamyBound ((Integer) UP)) (SIGNATURE bombieriNorm (F UP)) (SIGNATURE bombieriNorm (F UP (PositiveInteger))) (SIGNATURE rootBound ((Integer) UP)) (SIGNATURE singleFactorBound ((Integer) UP (NonNegativeInteger))) (SIGNATURE singleFactorBound ((Integer) UP)) (SIGNATURE norm (F UP (PositiveInteger))) (SIGNATURE quadraticNorm (F UP)) (SIGNATURE infinityNorm (F UP)) (SIGNATURE height (F UP)) (SIGNATURE length (F UP))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE beauzamyBound ((Integer) UP)) (SIGNATURE bombieriNorm (F UP)) (SIGNATURE bombieriNorm (F UP (PositiveInteger))) (SIGNATURE rootBound ((Integer) UP)) (SIGNATURE singleFactorBound ((Integer) UP (NonNegativeInteger))) (SIGNATURE singleFactorBound ((Integer) UP)) (SIGNATURE norm (F UP (PositiveInteger))) (SIGNATURE quadraticNorm (F UP)) (SIGNATURE infinityNorm (F UP)) (SIGNATURE height (F UP)) (SIGNATURE length (F UP))) $param: (R UP F) debug: evaluateType form: (Integer) $param: (R UP F) Debug: evaluateType1 form: (Integer) debug: evaluateType form: UP $param: (R UP F) debug: evaluateType form: F $param: (R UP F) debug: evaluateType form: UP $param: (R UP F) debug: evaluateType form: F $param: (R UP F) debug: evaluateType form: UP $param: (R UP F) debug: evaluateType form: (PositiveInteger) $param: (R UP F) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (Integer) $param: (R UP F) Debug: evaluateType1 form: (Integer) debug: evaluateType form: UP $param: (R UP F) debug: evaluateType form: (Integer) $param: (R UP F) Debug: evaluateType1 form: (Integer) debug: evaluateType form: UP $param: (R UP F) debug: evaluateType form: (NonNegativeInteger) $param: (R UP F) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Integer) $param: (R UP F) Debug: evaluateType1 form: (Integer) debug: evaluateType form: UP $param: (R UP F) debug: evaluateType form: F $param: (R UP F) debug: evaluateType form: UP $param: (R UP F) debug: evaluateType form: (PositiveInteger) $param: (R UP F) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: F $param: (R UP F) debug: evaluateType form: UP $param: (R UP F) debug: evaluateType form: F $param: (R UP F) debug: evaluateType form: UP $param: (R UP F) debug: evaluateType form: F $param: (R UP F) debug: evaluateType form: UP $param: (R UP F) debug: evaluateType form: F $param: (R UP F) debug: evaluateType form: UP $param: (R UP F) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE beauzamyBound ((Integer) UP)) (SIGNATURE bombieriNorm (F UP)) (SIGNATURE bombieriNorm (F UP (PositiveInteger))) (SIGNATURE rootBound ((Integer) UP)) (SIGNATURE singleFactorBound ((Integer) UP (NonNegativeInteger))) (SIGNATURE singleFactorBound ((Integer) UP)) (SIGNATURE norm (F UP (PositiveInteger))) (SIGNATURE quadraticNorm (F UP)) (SIGNATURE infinityNorm (F UP)) (SIGNATURE height (F UP)) (SIGNATURE length (F UP))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for GaloisGroupFactorizationUtilities compiling into /tmp/oa-6Dy4Mp importing GaloisGroupUtilities F compiling exported height : UP -> F Time: 0.07 SEC. compiling exported length : UP -> F Time: 0.01 SEC. compiling exported norm : (UP,PositiveInteger) -> F Time: 0.02 SEC. compiling exported quadraticNorm : UP -> F Time: 0.01 SEC. compiling exported infinityNorm : UP -> F Time: 0.01 SEC. compiling exported singleFactorBound : (UP,NonNegativeInteger) -> Integer Time: 0.14 SEC. compiling exported singleFactorBound : UP -> Integer Time: 0.01 SEC. compiling exported rootBound : UP -> Integer Time: 0.03 SEC. compiling exported beauzamyBound : UP -> Integer Time: 0.04 SEC. compiling exported bombieriNorm : (UP,PositiveInteger) -> F Time: 0.08 SEC. compiling exported bombieriNorm : UP -> F Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] singleFactorBound: not known that Ring is of mode CATEGORY(package,Gamma: F -> F) Cumulative Statistics for Constructor GaloisGroupFactorizationUtilities Time: 0.44 seconds finalizing NRLIB GALFACTU Processing GaloisGroupFactorizationUtilities for Browser database: -- beauzamyBound : UP -> Z -- bombieriNorm : UP -> F -- bombieriNorm : (UP,P) -> F -- rootBound : UP -> Z -- singleFactorBound : (UP,N) -> Z -- singleFactorBound : UP -> Z -- norm : (UP,P) -> F -- quadraticNorm : UP -> F -- infinityNorm : UP -> F -- height : UP -> F -- length : UP -> F -- constructor ; compiling file "/tmp/oa-6Dy4Mp/code.lsp" (written 01 FEB 2016 11:05:19 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |GALFACTU;height;UPF;1| ...) ; compiling (DEFUN |GALFACTU;length;UPF;2| ...) ; compiling (DEFUN |GALFACTU;norm;UPPiF;3| ...) ; compiling (DEFUN |GALFACTU;quadraticNorm;UPF;4| ...) ; compiling (DEFUN |GALFACTU;infinityNorm;UPF;5| ...) ; compiling (DEFUN |GALFACTU;singleFactorBound;UPNniI;6| ...) ; file: /tmp/oa-6Dy4Mp/code.lsp ; in: DEFUN |GALFACTU;singleFactorBound;UPNniI;6| ; (DEFUN BOOT::|GALFACTU;singleFactorBound;UPNniI;6| ; (BOOT::|p| BOOT::|r| BOOT::$) ; (PROG (BOOT::|den| BOOT::|num| BOOT::|nf|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALFACTU;singleFactorBound;UPNniI;6| ; (BOOT::|p| BOOT::|r| BOOT::$) ; (BLOCK BOOT::|GALFACTU;singleFactorBound;UPNniI;6| ; (PROG (BOOT::|den| BOOT::|num| BOOT::|nf|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |r| ; prevents use of assertion from function type proclamation: ; UNSIGNED-BYTE ; ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |GALFACTU;singleFactorBound;UPI;7| ...) ; compiling (DEFUN |GALFACTU;rootBound;UPI;8| ...) ; compiling (DEFUN |GALFACTU;beauzamyBound;UPI;9| ...) ; file: /tmp/oa-6Dy4Mp/code.lsp ; in: DEFUN |GALFACTU;beauzamyBound;UPI;9| ; (DEFUN BOOT::|GALFACTU;beauzamyBound;UPI;9| (BOOT::|f| BOOT::$) ; (LET ((BOOT::|d| (BOOT::SPADCALL BOOT::|f| #))) ; (COND ((ZEROP BOOT::|d|) (BOOT::SPADCALL # #)) (T (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALFACTU;beauzamyBound;UPI;9| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|GALFACTU;beauzamyBound;UPI;9| ; (LET ((BOOT::|d| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |GALFACTU;bombieriNorm;UPPiF;10| ...) ; compiling (DEFUN |GALFACTU;bombieriNorm;UPF;11| ...) ; compiling (DEFUN |GaloisGroupFactorizationUtilities| ...) ; compiling (DEFUN |GaloisGroupFactorizationUtilities;| ...) ; compiling (MAKEPROP (QUOTE |GaloisGroupFactorizationUtilities|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 3 notes ; /tmp/oa-6Dy4Mp/code.fasl written ; compilation finished in 0:00:00.131 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile CDEN.spad && cp CDEN.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CDEN.fasl \ && if test -f CDEN-.NRLIB/code.fasl; then \ cp CDEN-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CDEN-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CDEN.spad using Spad compiler. CDEN abbreviates package CommonDenominator debug: compDefine1 lhs: (CommonDenominator R Q A) signature (pre-evaluate): ((CATEGORY package (SIGNATURE commonDenominator (R A)) (SIGNATURE clearDenominator (A A)) (SIGNATURE splitDenominator ((Record (: num A) (: den R)) A))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE commonDenominator (R A)) (SIGNATURE clearDenominator (A A)) (SIGNATURE splitDenominator ((Record (: num A) (: den R)) A))) $param: (R Q A) debug: evaluateType form: R $param: (R Q A) debug: evaluateType form: A $param: (R Q A) debug: evaluateType form: A $param: (R Q A) debug: evaluateType form: A $param: (R Q A) debug: evaluateType form: (Record (: num A) (: den R)) $param: (R Q A) debug: evaluateType form: A $param: (R Q A) debug: evaluateType form: R $param: (R Q A) debug: evaluateType form: A $param: (R Q A) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE commonDenominator (R A)) (SIGNATURE clearDenominator (A A)) (SIGNATURE splitDenominator ((Record (: num A) (: den R)) A))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for CommonDenominator compiling into /tmp/oa-1XjYO6 compiling exported clearDenominator : A -> A Time: 0.07 SEC. compiling exported splitDenominator : A -> Record(num: A,den: R) Time: 0.00 SEC. compiling local qlcm : (Q,Q) -> Q Time: 0.00 SEC. compiling exported commonDenominator : A -> R Time: 0.00 SEC. compiling exported commonDenominator : A -> R Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor CommonDenominator Time: 0.09 seconds finalizing NRLIB CDEN Processing CommonDenominator for Browser database: -- commonDenominator : A -> R -- clearDenominator : A -> A -- splitDenominator : A -> Record(num: A,den: R) -- constructor ; compiling file "/tmp/oa-1XjYO6/code.lsp" (written 01 FEB 2016 11:05:20 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |CDEN;clearDenominator;2A;1| ...) ; compiling (DEFUN |CDEN;clearDenominator;2A;1!0| ...) ; compiling (DEFUN |CDEN;splitDenominator;AR;2| ...) ; compiling (DEFUN |CDEN;splitDenominator;AR;2!0| ...) ; compiling (DEFUN |CDEN;qlcm| ...) ; compiling (DEFUN |CDEN;commonDenominator;AR;4| ...) ; compiling (DEFUN |CDEN;commonDenominator;AR;4!0| ...) ; compiling (DEFUN |CDEN;commonDenominator;AR;5| ...) ; compiling (DEFUN |CDEN;commonDenominator;AR;5!0| ...) ; compiling (DEFUN |CommonDenominator| ...) ; compiling (DEFUN |CommonDenominator;| ...) ; compiling (MAKEPROP (QUOTE |CommonDenominator|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-1XjYO6/code.fasl written ; compilation finished in 0:00:00.040 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile UPCDEN.spad && cp UPCDEN.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UPCDEN.fasl \ && if test -f UPCDEN-.NRLIB/code.fasl; then \ cp UPCDEN-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UPCDEN-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UPCDEN.spad using Spad compiler. UPCDEN abbreviates package UnivariatePolynomialCommonDenominator debug: compDefine1 lhs: (UnivariatePolynomialCommonDenominator R Q UP) signature (pre-evaluate): ((CATEGORY package (SIGNATURE commonDenominator (R UP)) (SIGNATURE clearDenominator (UP UP)) (SIGNATURE splitDenominator ((Record (: num UP) (: den R)) UP))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE commonDenominator (R UP)) (SIGNATURE clearDenominator (UP UP)) (SIGNATURE splitDenominator ((Record (: num UP) (: den R)) UP))) $param: (R Q UP) debug: evaluateType form: R $param: (R Q UP) debug: evaluateType form: UP $param: (R Q UP) debug: evaluateType form: UP $param: (R Q UP) debug: evaluateType form: UP $param: (R Q UP) debug: evaluateType form: (Record (: num UP) (: den R)) $param: (R Q UP) debug: evaluateType form: UP $param: (R Q UP) debug: evaluateType form: R $param: (R Q UP) debug: evaluateType form: UP $param: (R Q UP) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE commonDenominator (R UP)) (SIGNATURE clearDenominator (UP UP)) (SIGNATURE splitDenominator ((Record (: num UP) (: den R)) UP))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for UnivariatePolynomialCommonDenominator compiling into /tmp/oa-uLFFGn importing CommonDenominator(R,Q,List Q) compiling exported commonDenominator : UP -> R Time: 0.11 SEC. compiling exported clearDenominator : UP -> UP Time: 0.01 SEC. compiling exported splitDenominator : UP -> Record(num: UP,den: R) Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor UnivariatePolynomialCommonDenominator Time: 0.12 seconds finalizing NRLIB UPCDEN Processing UnivariatePolynomialCommonDenominator for Browser database: -- commonDenominator : UP -> R -- clearDenominator : UP -> UP -- splitDenominator : UP -> Record(num: UP,den: R) -- constructor ; compiling file "/tmp/oa-uLFFGn/code.lsp" (written 01 FEB 2016 11:05:20 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |UPCDEN;commonDenominator;UPR;1| ...) ; compiling (DEFUN |UPCDEN;clearDenominator;2UP;2| ...) ; compiling (DEFUN |UPCDEN;clearDenominator;2UP;2!0| ...) ; compiling (DEFUN |UPCDEN;splitDenominator;UPR;3| ...) ; compiling (DEFUN |UPCDEN;splitDenominator;UPR;3!0| ...) ; compiling (DEFUN |UnivariatePolynomialCommonDenominator| ...) ; compiling (DEFUN |UnivariatePolynomialCommonDenominator;| ...) ; compiling (MAKEPROP (QUOTE |UnivariatePolynomialCommonDenominator|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-uLFFGn/code.fasl written ; compilation finished in 0:00:00.022 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ICARD.spad && cp ICARD.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ICARD.fasl \ && if test -f ICARD-.NRLIB/code.fasl; then \ cp ICARD-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ICARD-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ICARD.spad using Spad compiler. ICARD abbreviates domain IndexCard debug: compDefine1 lhs: (IndexCard) signature (pre-evaluate): ((Join (OrderedSet) (CoercibleFrom (String)) (CATEGORY domain (SIGNATURE elt ((String) $ (Symbol))) (SIGNATURE display ((Void) $)) (SIGNATURE fullDisplay ((Void) $))))) debug: evaluateType form: (Join (OrderedSet) (CoercibleFrom (String)) (CATEGORY domain (SIGNATURE elt ((String) $ (Symbol))) (SIGNATURE display ((Void) $)) (SIGNATURE fullDisplay ((Void) $)))) $param: NIL debug: evaluateType form: (OrderedSet) $param: NIL Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (CoercibleFrom (String)) $param: NIL Debug: evaluateType1 form: (CoercibleFrom (String)) debug: evaluateType1 x: (String) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evalCategory d: (String) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE elt ((String) $ (Symbol))) (SIGNATURE display ((Void) $)) (SIGNATURE fullDisplay ((Void) $))) $param: NIL debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: compDefine1 signature (post evaluate): ((Join (OrderedSet) (CoercibleFrom (String)) (CATEGORY domain (SIGNATURE elt ((String) $ (Symbol))) (SIGNATURE display ((Void) $)) (SIGNATURE fullDisplay ((Void) $))))) ------------------------------------------------------------------------ initializing stationary directory for IndexCard compiling into /tmp/oa-0tXwUH compiling exported < : (%,%) -> Boolean ICARD;<;2$B;1 is replaced by %strlt Time: 0.03 SEC. compiling exported = : (%,%) -> Boolean ICARD;=;2$B;2 is replaced by %streq Time: 0.00 SEC. compiling exported display : % -> Void Time: 0.02 SEC. compiling exported fullDisplay : % -> Void Time: 0.02 SEC. compiling exported coerce : String -> % ICARD;coerce;S$;5 s is replaced by s Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. compiling exported elt : (%,Symbol) -> String Debug compQuote expr: (QUOTE name) m: $EmptyMode Debug compQuote expr: (QUOTE name) m: (Symbol) Debug compQuote expr: (QUOTE nargs) m: $EmptyMode Debug compQuote expr: (QUOTE nargs) m: (Symbol) Debug compQuote expr: (QUOTE exposed) m: $EmptyMode Debug compQuote expr: (QUOTE exposed) m: (Symbol) Debug compQuote expr: (QUOTE type) m: $EmptyMode Debug compQuote expr: (QUOTE type) m: (Symbol) Debug compQuote expr: (QUOTE abbreviation) m: $EmptyMode Debug compQuote expr: (QUOTE abbreviation) m: (Symbol) Debug compQuote expr: (QUOTE kind) m: $EmptyMode Debug compQuote expr: (QUOTE kind) m: (Symbol) Debug compQuote expr: (QUOTE origin) m: $EmptyMode Debug compQuote expr: (QUOTE origin) m: (Symbol) Debug compQuote expr: (QUOTE params) m: $EmptyMode Debug compQuote expr: (QUOTE params) m: (Symbol) Debug compQuote expr: (QUOTE condition) m: $EmptyMode Debug compQuote expr: (QUOTE condition) m: (Symbol) Debug compQuote expr: (QUOTE doc) m: $EmptyMode Debug compQuote expr: (QUOTE doc) m: (Symbol) Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor IndexCard Time: 0.13 seconds finalizing NRLIB ICARD Processing IndexCard for Browser database: -- elt : (%,Symbol) -> String -- display : % -> Void -- fullDisplay : % -> Void -- constructor ; compiling file "/tmp/oa-0tXwUH/code.lsp" (written 01 FEB 2016 11:05:20 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ICARD;<;2$B;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ICARD;=;2$B;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ICARD;coerce;S$;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ICARD;<;2$B;1| ...) ; compiling (DEFUN |ICARD;=;2$B;2| ...) ; compiling (DEFUN |ICARD;display;$V;3| ...) ; compiling (DEFUN |ICARD;fullDisplay;$V;4| ...) ; compiling (DEFUN |ICARD;coerce;S$;5| ...) ; compiling (DEFUN |ICARD;coerce;$Of;6| ...) ; compiling (DEFUN |ICARD;elt;$SS;7| ...) ; file: /tmp/oa-0tXwUH/code.lsp ; in: DEFUN |ICARD;elt;$SS;7| ; (DEFUN BOOT::|ICARD;elt;$SS;7| (BOOT::|x| BOOT::|sel| BOOT::$) ; (COND ((EQUAL BOOT::|sel| 'BOOT::|name|) (BOOT::|dbName| BOOT::|x|)) ; ((EQUAL BOOT::|sel| 'BOOT::|nargs|) (BOOT::|dbPart| BOOT::|x| 2 1)) ; ((EQUAL BOOT::|sel| 'BOOT::|exposed|) ; (BOOT::SUBSTRING (BOOT::|dbPart| BOOT::|x| 3 1) 0 1)) ; ((EQUAL BOOT::|sel| 'BOOT::|type|) (BOOT::|dbPart| BOOT::|x| 4 1)) ; ((EQUAL BOOT::|sel| 'BOOT::|abbreviation|) ; (BOOT::|dbPart| BOOT::|x| 5 1)) ; ((EQUAL BOOT::|sel| 'BOOT::|kind|) ; (BOOT::|alqlGetKindString| BOOT::|x|)) ; ((EQUAL BOOT::|sel| 'BOOT::|origin|) ; (BOOT::|alqlGetOrigin| BOOT::|x|)) ; ((EQUAL BOOT::|sel| 'BOOT::|params|) ; (BOOT::|alqlGetParams| BOOT::|x|)) ; ((EQUAL BOOT::|sel| 'BOOT::|condition|) ; (BOOT::|dbPart| BOOT::|x| 6 1)) ; ((EQUAL BOOT::|sel| 'BOOT::|doc|) (BOOT::|dbComments| BOOT::|x|)) ; (T (BOOT::|userError| "unknown selector")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ICARD;elt;$SS;7| ; (BOOT::|x| BOOT::|sel| BOOT::$) ; (BLOCK BOOT::|ICARD;elt;$SS;7| ; (COND ((EQUAL BOOT::|sel| 'BOOT::|name|) (BOOT::|dbName| BOOT::|x|)) ; ((EQUAL BOOT::|sel| 'BOOT::|nargs|) ; (BOOT::|dbPart| BOOT::|x| 2 1)) ; ((EQUAL BOOT::|sel| 'BOOT::|exposed|) (BOOT::SUBSTRING # 0 1)) ; ((EQUAL BOOT::|sel| 'BOOT::|type|) ; (BOOT::|dbPart| BOOT::|x| 4 1)) ; ((EQUAL BOOT::|sel| 'BOOT::|abbreviation|) ; (BOOT::|dbPart| BOOT::|x| 5 1)) ; ((EQUAL BOOT::|sel| 'BOOT::|kind|) ; (BOOT::|alqlGetKindString| BOOT::|x|)) ; ((EQUAL BOOT::|sel| 'BOOT::|origin|) ; (BOOT::|alqlGetOrigin| BOOT::|x|)) ; ((EQUAL BOOT::|sel| 'BOOT::|params|) ; (BOOT::|alqlGetParams| BOOT::|x|)) ; ((EQUAL BOOT::|sel| 'BOOT::|condition|) ; (BOOT::|dbPart| BOOT::|x| 6 1)) ; ((EQUAL BOOT::|sel| 'BOOT::|doc|) (BOOT::|dbComments| BOOT::|x|)) ; (T (BOOT::|userError| "unknown selector"))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |IndexCard| ...) ; compiling (DEFUN |IndexCard;| ...) ; compiling (MAKEPROP (QUOTE |IndexCard|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 1 note ; /tmp/oa-0tXwUH/code.fasl written ; compilation finished in 0:00:00.042 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile BALFACT.spad && cp BALFACT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/BALFACT.fasl \ && if test -f BALFACT-.NRLIB/code.fasl; then \ cp BALFACT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/BALFACT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/BALFACT.spad using Spad compiler. BALFACT abbreviates package BalancedFactorisation debug: compDefine1 lhs: (BalancedFactorisation R UP) signature (pre-evaluate): ((CATEGORY package (SIGNATURE balancedFactorisation ((Factored UP) UP UP)) (SIGNATURE balancedFactorisation ((Factored UP) UP (List UP)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE balancedFactorisation ((Factored UP) UP UP)) (SIGNATURE balancedFactorisation ((Factored UP) UP (List UP)))) $param: (R UP) debug: evaluateType form: (Factored UP) $param: (R UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: (Factored UP) $param: (R UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: (List UP) $param: (R UP) Debug: evaluateType1 form: (List UP) debug: evaluateType1 x: UP m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE balancedFactorisation ((Factored UP) UP UP)) (SIGNATURE balancedFactorisation ((Factored UP) UP (List UP)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for BalancedFactorisation compiling into /tmp/oa-Py8r02 compiling exported balancedFactorisation : (UP,UP) -> Factored UP Time: 0.08 SEC. compiling local balSqfr1 : (UP,Integer,UP) -> Factored UP Time: 0.09 SEC. compiling local balSqfr : (UP,Integer,List UP) -> Factored UP Time: 0.03 SEC. compiling exported balancedFactorisation : (UP,List UP) -> Factored UP Time: 0.06 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] balancedFactorisation: not known that IntegralDomain is of mode CATEGORY(package,balancedFactorisation: (UP,UP) -> Factored UP,balancedFactorisation: (UP,List UP) -> Factored UP) Cumulative Statistics for Constructor BalancedFactorisation Time: 0.26 seconds finalizing NRLIB BALFACT Processing BalancedFactorisation for Browser database: -- balancedFactorisation : (UP,UP) -> Factored UP -- balancedFactorisation : (UP,List UP) -> Factored UP -- constructor ; compiling file "/tmp/oa-Py8r02/code.lsp" (written 01 FEB 2016 11:05:21 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |BALFACT;balancedFactorisation;2UPF;1| ...) ; compiling (DEFUN |BALFACT;balSqfr1| ...) ; compiling (DEFUN |BALFACT;balSqfr| ...) ; compiling (DEFUN |BALFACT;balancedFactorisation;UPLF;4| ...) ; compiling (DEFUN |BALFACT;balancedFactorisation;UPLF;4!0| ...) ; compiling (DEFUN |BalancedFactorisation| ...) ; compiling (DEFUN |BalancedFactorisation;| ...) ; compiling (MAKEPROP (QUOTE |BalancedFactorisation|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-Py8r02/code.fasl written ; compilation finished in 0:00:00.032 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile BEZOUT.spad && cp BEZOUT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/BEZOUT.fasl \ && if test -f BEZOUT-.NRLIB/code.fasl; then \ cp BEZOUT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/BEZOUT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/BEZOUT.spad using Spad compiler. BEZOUT abbreviates package BezoutMatrix debug: compDefine1 lhs: (BezoutMatrix R UP M Row Col) signature (pre-evaluate): ((CATEGORY package (SIGNATURE sylvesterMatrix (M UP UP)) (SIGNATURE bezoutMatrix (M UP UP)) (IF (has R (ATTRIBUTE (commutative *))) (PROGN (SIGNATURE bezoutResultant (R UP UP)) (SIGNATURE bezoutDiscriminant (R UP))) %noBranch)) NIL NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE sylvesterMatrix (M UP UP)) (SIGNATURE bezoutMatrix (M UP UP)) (IF (has R (ATTRIBUTE (commutative *))) (PROGN (SIGNATURE bezoutResultant (R UP UP)) (SIGNATURE bezoutDiscriminant (R UP))) %noBranch)) $param: (R UP M Row Col) debug: evaluateType form: M $param: (R UP M Row Col) debug: evaluateType form: UP $param: (R UP M Row Col) debug: evaluateType form: UP $param: (R UP M Row Col) debug: evaluateType form: M $param: (R UP M Row Col) debug: evaluateType form: UP $param: (R UP M Row Col) debug: evaluateType form: UP $param: (R UP M Row Col) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE sylvesterMatrix (M UP UP)) (SIGNATURE bezoutMatrix (M UP UP)) (IF (has R (ATTRIBUTE (commutative *))) (PROGN (SIGNATURE bezoutResultant (R UP UP)) (SIGNATURE bezoutDiscriminant (R UP))) %noBranch)) NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for BezoutMatrix compiling into /tmp/oa-AKXCGk compiling exported sylvesterMatrix : (UP,UP) -> M Time: 0.12 SEC. compiling exported bezoutMatrix : (UP,UP) -> M Time: 0.06 SEC. compiling exported bezoutResultant : (UP,UP) -> R Time: 0.00 SEC. compiling exported bezoutDiscriminant : UP -> R Time: 0.04 SEC. compiling exported bezoutDiscriminant : UP -> R Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor BezoutMatrix Time: 0.26 seconds finalizing NRLIB BEZOUT Processing BezoutMatrix for Browser database: -- sylvesterMatrix : (UP,UP) -> M -- bezoutMatrix : (UP,UP) -> M -- bezoutResultant : (UP,UP) -> R -- bezoutDiscriminant : UP -> R -- constructor ; compiling file "/tmp/oa-AKXCGk/code.lsp" (written 01 FEB 2016 11:05:21 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |BEZOUT;sylvesterMatrix;2UPM;1| ...) ; file: /tmp/oa-AKXCGk/code.lsp ; in: DEFUN |BEZOUT;sylvesterMatrix;2UPM;1| ; (LET* ((BOOT::|n1| ; (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 12))) ; (BOOT::|n2| ; (BOOT::SPADCALL BOOT::|q| (BOOT::|shellEntry| BOOT::$ 12))) ; (BOOT::|n| (+ BOOT::|n1| BOOT::|n2|)) ; (BOOT::|sylmat| ; (BOOT::SPADCALL BOOT::|n| BOOT::|n| (BOOT::|spadConstant| BOOT::$ 14) ; (BOOT::|shellEntry| BOOT::$ 16))) ; (BOOT::|minR| ; (BOOT::SPADCALL BOOT::|sylmat| (BOOT::|shellEntry| BOOT::$ 18))) ; (BOOT::|minC| ; (BOOT::SPADCALL BOOT::|sylmat| (BOOT::|shellEntry| BOOT::$ 19))) ; (BOOT::|maxR| ; (BOOT::SPADCALL BOOT::|sylmat| (BOOT::|shellEntry| BOOT::$ 20))) ; (BOOT::|maxC| ; (BOOT::SPADCALL BOOT::|sylmat| (BOOT::|shellEntry| BOOT::$ 21))) ; (BOOT::|p0| BOOT::|p|)) ; (BOOT::SEQ (LOOP (COND (# #) (T #))) ; (BOOT::LETT BOOT::|q0| BOOT::|q| ; BOOT::|BEZOUT;sylvesterMatrix;2UPM;1|) ; (LOOP (COND (# #) (T #))) (BOOT::EXIT BOOT::|sylmat|))) ; ; caught STYLE-WARNING: ; The variable |maxR| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |maxC| is defined but never used. ; compiling (DEFUN |BEZOUT;bezoutMatrix;2UPM;2| ...) ; compiling (DEFUN |BEZOUT;bezoutResultant;2UPR;3| ...) ; compiling (DEFUN |BEZOUT;bezoutDiscriminant;UPR;4| ...) ; compiling (DEFUN |BEZOUT;bezoutDiscriminant;UPR;5| ...) ; compiling (DEFUN |BezoutMatrix| ...) ; compiling (DEFUN |BezoutMatrix;| ...) ; compiling (MAKEPROP (QUOTE |BezoutMatrix|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; /tmp/oa-AKXCGk/code.fasl written ; compilation finished in 0:00:00.082 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile BINARY.spad && cp BINARY.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/BINARY.fasl \ && if test -f BINARY-.NRLIB/code.fasl; then \ cp BINARY-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/BINARY-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/BINARY.spad using Spad compiler. BINARY abbreviates domain BinaryExpansion debug: compDefine1 lhs: (BinaryExpansion) signature (pre-evaluate): ((Join (QuotientFieldCategory (Integer)) (CoercibleTo (Fraction (Integer))) (CoercibleTo (RadixExpansion 2)) (CATEGORY domain (SIGNATURE fractionPart ((Fraction (Integer)) $)) (SIGNATURE binary ($ (Fraction (Integer))))))) debug: evaluateType form: (Join (QuotientFieldCategory (Integer)) (CoercibleTo (Fraction (Integer))) (CoercibleTo (RadixExpansion 2)) (CATEGORY domain (SIGNATURE fractionPart ((Fraction (Integer)) $)) (SIGNATURE binary ($ (Fraction (Integer)))))) $param: NIL debug: evaluateType form: (QuotientFieldCategory (Integer)) $param: NIL Debug: evaluateType1 form: (QuotientFieldCategory (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (CoercibleTo (Fraction (Integer))) $param: NIL Debug: evaluateType1 form: (CoercibleTo (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Type) debug: evaluateType form: (CoercibleTo (RadixExpansion 2)) $param: NIL Debug: evaluateType1 form: (CoercibleTo (RadixExpansion 2)) debug: evaluateType1 x: (RadixExpansion 2) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (RadixExpansion 2) $param: NIL Debug: evaluateType1 form: (RadixExpansion 2) debug: evaluateType1 x: 2 m: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType1 z1: ((PositiveInteger) . 2) m: (Integer) m1: (PositiveInteger) debug: evalCategory d: (RadixExpansion 2) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE fractionPart ((Fraction (Integer)) $)) (SIGNATURE binary ($ (Fraction (Integer))))) $param: NIL debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: compDefine1 signature (post evaluate): ((Join (QuotientFieldCategory (Integer)) (CoercibleTo (Fraction (Integer))) (CoercibleTo (RadixExpansion 2)) (CATEGORY domain (SIGNATURE fractionPart ((Fraction (Integer)) $)) (SIGNATURE binary ($ (Fraction (Integer))))))) ------------------------------------------------------------------------ initializing stationary directory for BinaryExpansion compiling into /tmp/oa-VFDUGV compiling exported binary : Fraction Integer -> % Time: 0.07 SEC. compiling exported coerce : % -> RadixExpansion 2 BINARY;coerce;$Re;2 x is replaced by x Time: 0.01 SEC. (time taken in buildFunctor: 116) Time: 0.25 SEC. Cumulative Statistics for Constructor BinaryExpansion Time: 0.32 seconds --------------non extending category---------------------- BinaryExpansion of category Join(QuotientFieldCategory Integer, CoercibleTo Fraction Integer,CoercibleTo RadixExpansion 2) with fractionPart : % -> Fraction Integer binary : Fraction Integer -> % has no wholeRagits : % -> List Integer ---------------------------------------------------------- finalizing NRLIB BINARY Processing BinaryExpansion for Browser database: -- fractionPart : % -> Fraction Integer -- binary : Fraction Integer -> % -- constructor ; compiling file "/tmp/oa-VFDUGV/code.lsp" (written 01 FEB 2016 11:05:22 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BINARY;coerce;$Re;2|) ...) ; compiling (DEFUN |BINARY;binary;F$;1| ...) ; compiling (DEFUN |BINARY;coerce;$Re;2| ...) ; compiling (DEFUN |BinaryExpansion| ...) ; compiling (DEFUN |BinaryExpansion;| ...) ; compiling (MAKEPROP (QUOTE |BinaryExpansion|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-VFDUGV/code.fasl written ; compilation finished in 0:00:00.036 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile BRILL.spad && cp BRILL.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/BRILL.fasl \ && if test -f BRILL-.NRLIB/code.fasl; then \ cp BRILL-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/BRILL-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/BRILL.spad using Spad compiler. BRILL abbreviates package BrillhartTests debug: compDefine1 lhs: (BrillhartTests UP) signature (pre-evaluate): ((CATEGORY package (SIGNATURE brillhartIrreducible? ((Boolean) UP)) (SIGNATURE brillhartIrreducible? ((Boolean) UP (Boolean))) (SIGNATURE brillhartTrials ((NonNegativeInteger))) (SIGNATURE brillhartTrials ((NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE noLinearFactor? ((Boolean) UP))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE brillhartIrreducible? ((Boolean) UP)) (SIGNATURE brillhartIrreducible? ((Boolean) UP (Boolean))) (SIGNATURE brillhartTrials ((NonNegativeInteger))) (SIGNATURE brillhartTrials ((NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE noLinearFactor? ((Boolean) UP))) $param: (UP) debug: evaluateType form: (Boolean) $param: (UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (Boolean) $param: (UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (Boolean) $param: (UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Boolean) $param: (UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: UP $param: (UP) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE brillhartIrreducible? ((Boolean) UP)) (SIGNATURE brillhartIrreducible? ((Boolean) UP (Boolean))) (SIGNATURE brillhartTrials ((NonNegativeInteger))) (SIGNATURE brillhartTrials ((NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE noLinearFactor? ((Boolean) UP))) NIL) ------------------------------------------------------------------------ initializing stationary directory for BrillhartTests compiling into /tmp/oa-Jl9ecl importing GaloisGroupFactorizationUtilities(Integer,UP,Float) compiling local squaredPolynomial : UP -> Boolean Time: 0.08 SEC. compiling local primeEnough? : (Integer,Integer) -> Boolean Time: 0.04 SEC. compiling exported brillhartTrials : () -> NonNegativeInteger Time: 0.01 SEC. compiling exported brillhartTrials : NonNegativeInteger -> NonNegativeInteger Time: 0 SEC. compiling exported brillhartIrreducible? : UP -> Boolean Time: 0 SEC. compiling exported brillhartIrreducible? : (UP,Boolean) -> Boolean Time: 0.10 SEC. compiling exported noLinearFactor? : UP -> Boolean Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor BrillhartTests Time: 0.23 seconds finalizing NRLIB BRILL Processing BrillhartTests for Browser database: -- brillhartIrreducible? : UP -> Boolean -- brillhartIrreducible? : (UP,Boolean) -> Boolean -- brillhartTrials : () -> N -- brillhartTrials : N -> N -- noLinearFactor? : UP -> Boolean -- constructor ; compiling file "/tmp/oa-Jl9ecl/code.lsp" (written 01 FEB 2016 11:05:22 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |BRILL;brillhartTrials;Nni;3|) ...) ; compiling (DEFUN |BRILL;squaredPolynomial| ...) ; compiling (DEFUN |BRILL;primeEnough?| ...) ; file: /tmp/oa-Jl9ecl/code.lsp ; in: DEFUN |BRILL;primeEnough?| ; (DEFUN BOOT::|BRILL;primeEnough?| (BOOT::|n| BOOT::|b| BOOT::$) ; (PROG (BOOT::|d|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BRILL;primeEnough?| ; (BOOT::|n| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|BRILL;primeEnough?| ; (PROG (BOOT::|d|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |BRILL;brillhartTrials;Nni;3| ...) ; compiling (DEFUN |BRILL;brillhartTrials;2Nni;4| ...) ; file: /tmp/oa-Jl9ecl/code.lsp ; in: DEFUN |BRILL;brillhartTrials;2Nni;4| ; (DEFUN BOOT::|BRILL;brillhartTrials;2Nni;4| (BOOT::|n| BOOT::$) ; (PROGN ; (LET ((BOOT::|#G8| BOOT::|n|)) ; (PROGN (SETF #) (SETQ #))) ; BOOT::|n|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|BRILL;brillhartTrials;2Nni;4| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|BRILL;brillhartTrials;2Nni;4| ; (PROGN ; (LET (#) ; (PROGN # #)) ; BOOT::|n|))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; UNSIGNED-BYTE ; ; compiling (DEFUN |BRILL;brillhartIrreducible?;UPB;5| ...) ; compiling (DEFUN |BRILL;brillhartIrreducible?;UP2B;6| ...) ; compiling (DEFUN |BRILL;noLinearFactor?;UPB;7| ...) ; compiling (DEFUN |BrillhartTests| ...) ; compiling (DEFUN |BrillhartTests;| ...) ; compiling (MAKEPROP (QUOTE |BrillhartTests|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 3 notes ; /tmp/oa-Jl9ecl/code.fasl written ; compilation finished in 0:00:00.051 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile CHVAR.spad && cp CHVAR.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CHVAR.fasl \ && if test -f CHVAR-.NRLIB/code.fasl; then \ cp CHVAR-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CHVAR-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CHVAR.spad using Spad compiler. CHVAR abbreviates package ChangeOfVariable debug: compDefine1 lhs: (ChangeOfVariable F UP UPUP) signature (pre-evaluate): ((CATEGORY package (SIGNATURE mkIntegral ((Record (: coef (Fraction UP)) (: poly UPUP)) UPUP)) (SIGNATURE radPoly ((Union (Record (: radicand (Fraction UP)) (: deg (NonNegativeInteger))) failed) UPUP)) (SIGNATURE rootPoly ((Record (: exponent (NonNegativeInteger)) (: coef (Fraction UP)) (: radicand UP)) (Fraction UP) (NonNegativeInteger))) (SIGNATURE goodPoint (F UPUP UPUP)) (SIGNATURE eval (UPUP UPUP (Fraction UP) (Fraction UP))) (SIGNATURE chvar ((Record (: func UPUP) (: poly UPUP) (: c1 (Fraction UP)) (: c2 (Fraction UP)) (: deg (NonNegativeInteger))) UPUP UPUP))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE mkIntegral ((Record (: coef (Fraction UP)) (: poly UPUP)) UPUP)) (SIGNATURE radPoly ((Union (Record (: radicand (Fraction UP)) (: deg (NonNegativeInteger))) failed) UPUP)) (SIGNATURE rootPoly ((Record (: exponent (NonNegativeInteger)) (: coef (Fraction UP)) (: radicand UP)) (Fraction UP) (NonNegativeInteger))) (SIGNATURE goodPoint (F UPUP UPUP)) (SIGNATURE eval (UPUP UPUP (Fraction UP) (Fraction UP))) (SIGNATURE chvar ((Record (: func UPUP) (: poly UPUP) (: c1 (Fraction UP)) (: c2 (Fraction UP)) (: deg (NonNegativeInteger))) UPUP UPUP))) $param: (F UP UPUP) debug: evaluateType form: (Record (: coef (Fraction UP)) (: poly UPUP)) $param: (F UP UPUP) debug: evaluateType form: (Fraction UP) $param: (F UP UPUP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UPUP $param: (F UP UPUP) debug: evaluateType form: UPUP $param: (F UP UPUP) debug: evaluateType form: (Union (Record (: radicand (Fraction UP)) (: deg (NonNegativeInteger))) failed) $param: (F UP UPUP) debug: evaluateType form: (Record (: radicand (Fraction UP)) (: deg (NonNegativeInteger))) $param: (F UP UPUP) debug: evaluateType form: (Fraction UP) $param: (F UP UPUP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (NonNegativeInteger) $param: (F UP UPUP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: failed $param: (F UP UPUP) debug: evaluateType form: UPUP $param: (F UP UPUP) debug: evaluateType form: (Record (: exponent (NonNegativeInteger)) (: coef (Fraction UP)) (: radicand UP)) $param: (F UP UPUP) debug: evaluateType form: (NonNegativeInteger) $param: (F UP UPUP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Fraction UP) $param: (F UP UPUP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (F UP UPUP) debug: evaluateType form: (Fraction UP) $param: (F UP UPUP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (NonNegativeInteger) $param: (F UP UPUP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: F $param: (F UP UPUP) debug: evaluateType form: UPUP $param: (F UP UPUP) debug: evaluateType form: UPUP $param: (F UP UPUP) debug: evaluateType form: UPUP $param: (F UP UPUP) debug: evaluateType form: UPUP $param: (F UP UPUP) debug: evaluateType form: (Fraction UP) $param: (F UP UPUP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Fraction UP) $param: (F UP UPUP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Record (: func UPUP) (: poly UPUP) (: c1 (Fraction UP)) (: c2 (Fraction UP)) (: deg (NonNegativeInteger))) $param: (F UP UPUP) debug: evaluateType form: UPUP $param: (F UP UPUP) debug: evaluateType form: UPUP $param: (F UP UPUP) debug: evaluateType form: (Fraction UP) $param: (F UP UPUP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Fraction UP) $param: (F UP UPUP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (NonNegativeInteger) $param: (F UP UPUP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: UPUP $param: (F UP UPUP) debug: evaluateType form: UPUP $param: (F UP UPUP) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE mkIntegral ((Record (: coef (Fraction UP)) (: poly UPUP)) UPUP)) (SIGNATURE radPoly ((Union (Record (: radicand (Fraction UP)) (: deg (NonNegativeInteger))) failed) UPUP)) (SIGNATURE rootPoly ((Record (: exponent (NonNegativeInteger)) (: coef (Fraction UP)) (: radicand UP)) (Fraction UP) (NonNegativeInteger))) (SIGNATURE goodPoint (F UPUP UPUP)) (SIGNATURE eval (UPUP UPUP (Fraction UP) (Fraction UP))) (SIGNATURE chvar ((Record (: func UPUP) (: poly UPUP) (: c1 (Fraction UP)) (: c2 (Fraction UP)) (: deg (NonNegativeInteger))) UPUP UPUP))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ChangeOfVariable compiling into /tmp/oa-hKZDsR importing UnivariatePolynomialCommonDenominator(UP,Fraction UP,UPUP) compiling exported eval : (UPUP,Fraction UP,Fraction UP) -> UPUP Time: 0.13 SEC. compiling local good? : (F,UP,UP) -> Boolean Time: 0.00 SEC. compiling local algPoly : UPUP -> Record(coef: Fraction UP,poly: UPUP) Time: 0.05 SEC. compiling local RPrim : (UP,UP,UPUP) -> Record(coef: Fraction UP,poly: UPUP) Time: 0.07 SEC. compiling exported chvar : (UPUP,UPUP) -> Record(func: UPUP,poly: UPUP,c1: Fraction UP,c2: Fraction UP,deg: NonNegativeInteger) Time: 0.24 SEC. compiling local infIntegral? : (UPUP,UPUP) -> Boolean Time: 0.08 SEC. compiling exported mkIntegral : UPUP -> Record(coef: Fraction UP,poly: UPUP) Time: 0.04 SEC. compiling exported goodPoint : (UPUP,UPUP) -> F Time: 0.06 SEC. compiling exported radPoly : UPUP -> Union(Record(radicand: Fraction UP,deg: NonNegativeInteger),failed) Time: 0.03 SEC. compiling exported rootPoly : (Fraction UP,NonNegativeInteger) -> Record(exponent: NonNegativeInteger,coef: Fraction UP,radicand: UP) Time: 0.09 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] eval: not known that IntegralDomain is of mode CATEGORY(package,mkIntegral: UPUP -> Record(coef: Fraction UP,poly: UPUP),radPoly: UPUP -> Union(Record(radicand: Fraction UP,deg: NonNegativeInteger),"failed"),rootPoly: (Fraction UP,NonNegativeInteger) -> Record(exponent: NonNegativeInteger,coef: Fraction UP,radicand: UP),goodPoint: (UPUP,UPUP) -> F,eval: (UPUP,Fraction UP,Fraction UP) -> UPUP,chvar: (UPUP,UPUP) -> Record(func: UPUP,poly: UPUP,c1: Fraction UP,c2: Fraction UP,deg: NonNegativeInteger)) [2] infIntegral?: inv has no value [3] rootPoly: not known that IntegralDomain is of mode CATEGORY(package,mkIntegral: UPUP -> Record(coef: Fraction UP,poly: UPUP),radPoly: UPUP -> Union(Record(radicand: Fraction UP,deg: NonNegativeInteger),"failed"),rootPoly: (Fraction UP,NonNegativeInteger) -> Record(exponent: NonNegativeInteger,coef: Fraction UP,radicand: UP),goodPoint: (UPUP,UPUP) -> F,eval: (UPUP,Fraction UP,Fraction UP) -> UPUP,chvar: (UPUP,UPUP) -> Record(func: UPUP,poly: UPUP,c1: Fraction UP,c2: Fraction UP,deg: NonNegativeInteger)) Cumulative Statistics for Constructor ChangeOfVariable Time: 0.80 seconds finalizing NRLIB CHVAR Processing ChangeOfVariable for Browser database: -- mkIntegral : UPUP -> Record(coef: RF,poly: UPUP) -- radPoly : UPUP -> Union(Record(radicand: RF,deg: N),"failed") -- rootPoly : (RF,N) -> Record(exponent: N,coef: RF,radicand: UP) -- goodPoint : (UPUP,UPUP) -> F -- eval : (UPUP,RF,RF) -> UPUP -- chvar : (UPUP,UPUP) -> Record(func: UPUP,poly: UPUP,c1: RF,c2: RF,deg: N) -- constructor ; compiling file "/tmp/oa-hKZDsR/code.lsp" (written 01 FEB 2016 11:05:23 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |CHVAR;eval;UPUP2FUPUP;1| ...) ; compiling (DEFUN |CHVAR;eval;UPUP2FUPUP;1!0| ...) ; compiling (DEFUN |CHVAR;good?| ...) ; file: /tmp/oa-hKZDsR/code.lsp ; in: DEFUN |CHVAR;good?| ; (DEFUN BOOT::|CHVAR;good?| (BOOT::|a| BOOT::|p| BOOT::|q| BOOT::$) ; (AND ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|p| BOOT::|a| (BOOT::|shellEntry| BOOT::$ 21)) ; (BOOT::|spadConstant| BOOT::$ 22) (BOOT::|shellEntry| BOOT::$ 24)) ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|q| BOOT::|a| (BOOT::|shellEntry| BOOT::$ 21)) ; (BOOT::|spadConstant| BOOT::$ 22) (BOOT::|shellEntry| BOOT::$ 24)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CHVAR;good?| ; (BOOT::|a| BOOT::|p| BOOT::|q| BOOT::$) ; (BLOCK BOOT::|CHVAR;good?| ; (AND ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|p| BOOT::|a| #) ; (BOOT::|spadConstant| BOOT::$ 22) ; (BOOT::|shellEntry| BOOT::$ 24)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|q| BOOT::|a| #) ; (BOOT::|spadConstant| BOOT::$ 22) ; (BOOT::|shellEntry| BOOT::$ 24))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |CHVAR;algPoly| ...) ; compiling (DEFUN |CHVAR;RPrim| ...) ; compiling (DEFUN |CHVAR;chvar;2UPUPR;5| ...) ; compiling (DEFUN |CHVAR;chvar;2UPUPR;5!0| ...) ; compiling (DEFUN |CHVAR;infIntegral?| ...) ; file: /tmp/oa-hKZDsR/code.lsp ; in: DEFUN |CHVAR;infIntegral?| ; (DEFUN BOOT::|CHVAR;infIntegral?| (BOOT::|p| BOOT::|modulus| BOOT::$) ; (PROG (BOOT::|c| BOOT::|degp| BOOT::|degy| BOOT::|ninv|) ; (RETURN ; (LET (#) ; (AND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CHVAR;infIntegral?| ; (BOOT::|p| BOOT::|modulus| BOOT::$) ; (BLOCK BOOT::|CHVAR;infIntegral?| ; (PROG (BOOT::|c| BOOT::|degp| BOOT::|degy| BOOT::|ninv|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |CHVAR;mkIntegral;UPUPR;7| ...) ; compiling (DEFUN |CHVAR;goodPoint;2UPUPF;8| ...) ; compiling (DEFUN |CHVAR;radPoly;UPUPU;9| ...) ; compiling (DEFUN |CHVAR;rootPoly;FNniR;10| ...) ; file: /tmp/oa-hKZDsR/code.lsp ; in: DEFUN |CHVAR;rootPoly;FNniR;10| ; (DEFUN BOOT::|CHVAR;rootPoly;FNniR;10| (BOOT::|g| BOOT::|m| BOOT::$) ; (PROG (BOOT::|pr| BOOT::|d|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CHVAR;rootPoly;FNniR;10| ; (BOOT::|g| BOOT::|m| BOOT::$) ; (BLOCK BOOT::|CHVAR;rootPoly;FNniR;10| ; (PROG (BOOT::|pr| BOOT::|d|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |ChangeOfVariable| ...) ; compiling (DEFUN |ChangeOfVariable;| ...) ; compiling (MAKEPROP (QUOTE |ChangeOfVariable|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 3 notes ; /tmp/oa-hKZDsR/code.fasl written ; compilation finished in 0:00:00.066 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile OPQUERY.spad && cp OPQUERY.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/OPQUERY.fasl \ && if test -f OPQUERY-.NRLIB/code.fasl; then \ cp OPQUERY-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/OPQUERY-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OPQUERY.spad using Spad compiler. OPQUERY abbreviates package OperationsQuery debug: compDefine1 lhs: (OperationsQuery) signature (pre-evaluate): ((CATEGORY package (SIGNATURE getDatabase ((Database (IndexCard)) (String))))) debug: evaluateType form: (CATEGORY package (SIGNATURE getDatabase ((Database (IndexCard)) (String)))) $param: NIL debug: evaluateType form: (Database (IndexCard)) $param: NIL Debug: evaluateType1 form: (Database (IndexCard)) debug: evaluateType1 x: (IndexCard) m: (Join (OrderedSet) (CATEGORY domain (SIGNATURE elt ((String) $ (Symbol))) (SIGNATURE display ((Void) $)) (SIGNATURE fullDisplay ((Void) $)))) debug: evaluateType1 categoryForm: (Join (OrderedSet) (CATEGORY domain (SIGNATURE elt ((String) $ (Symbol))) (SIGNATURE display ((Void) $)) (SIGNATURE fullDisplay ((Void) $)))) debug: evaluateType form: (Join (OrderedSet) (CATEGORY domain (SIGNATURE elt ((String) (IndexCard) (Symbol))) (SIGNATURE display ((Void) (IndexCard))) (SIGNATURE fullDisplay ((Void) (IndexCard))))) $param: NIL debug: evaluateType form: (OrderedSet) $param: NIL Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (CATEGORY domain (SIGNATURE elt ((String) (IndexCard) (Symbol))) (SIGNATURE display ((Void) (IndexCard))) (SIGNATURE fullDisplay ((Void) (IndexCard)))) $param: NIL debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (IndexCard) $param: NIL Debug: evaluateType1 form: (IndexCard) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (IndexCard) $param: NIL Debug: evaluateType1 form: (IndexCard) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (IndexCard) $param: NIL Debug: evaluateType1 form: (IndexCard) debug: evaluateType form: (IndexCard) $param: NIL Debug: evaluateType1 form: (IndexCard) debug: evalCategory d: (IndexCard) c: (Join (OrderedSet) (CATEGORY domain (SIGNATURE elt ((String) (IndexCard) (Symbol))) (SIGNATURE display ((Void) (IndexCard))) (SIGNATURE fullDisplay ((Void) (IndexCard))))) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE getDatabase ((Database (IndexCard)) (String))))) ------------------------------------------------------------------------ initializing stationary directory for OperationsQuery compiling into /tmp/oa-godiyR compiling exported getDatabase : String -> Database IndexCard OPQUERY;getDatabase;SD;1 is replaced by getBrowseDatabase Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor OperationsQuery Time: 0.02 seconds finalizing NRLIB OPQUERY Processing OperationsQuery for Browser database: -- getDatabase : String -> Database IndexCard -- constructor ; compiling file "/tmp/oa-godiyR/code.lsp" (written 01 FEB 2016 11:05:23 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OPQUERY;getDatabase;SD;1|) ...) ; compiling (DEFUN |OPQUERY;getDatabase;SD;1| ...) ; compiling (DEFUN |OperationsQuery| ...) ; compiling (DEFUN |OperationsQuery;| ...) ; compiling (MAKEPROP (QUOTE |OperationsQuery|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-godiyR/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile CYCLOTOM.spad && cp CYCLOTOM.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CYCLOTOM.fasl \ && if test -f CYCLOTOM-.NRLIB/code.fasl; then \ cp CYCLOTOM-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CYCLOTOM-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CYCLOTOM.spad using Spad compiler. CYCLOTOM abbreviates package CyclotomicPolynomialPackage debug: compDefine1 lhs: (CyclotomicPolynomialPackage) signature (pre-evaluate): ((CATEGORY package (SIGNATURE cyclotomicDecomposition ((List (SparseUnivariatePolynomial (Integer))) (Integer))) (SIGNATURE cyclotomic ((SparseUnivariatePolynomial (Integer)) (Integer))) (SIGNATURE cyclotomicFactorization ((Factored (SparseUnivariatePolynomial (Integer))) (Integer))))) debug: evaluateType form: (CATEGORY package (SIGNATURE cyclotomicDecomposition ((List (SparseUnivariatePolynomial (Integer))) (Integer))) (SIGNATURE cyclotomic ((SparseUnivariatePolynomial (Integer)) (Integer))) (SIGNATURE cyclotomicFactorization ((Factored (SparseUnivariatePolynomial (Integer))) (Integer)))) $param: NIL debug: evaluateType form: (List (SparseUnivariatePolynomial (Integer))) $param: NIL Debug: evaluateType1 form: (List (SparseUnivariatePolynomial (Integer))) debug: evaluateType1 x: (SparseUnivariatePolynomial (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial (Integer)) $param: NIL Debug: evaluateType1 form: (SparseUnivariatePolynomial (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial (Integer)) c: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (SparseUnivariatePolynomial (Integer)) $param: NIL Debug: evaluateType1 form: (SparseUnivariatePolynomial (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Factored (SparseUnivariatePolynomial (Integer))) $param: NIL Debug: evaluateType1 form: (Factored (SparseUnivariatePolynomial (Integer))) debug: evaluateType1 x: (SparseUnivariatePolynomial (Integer)) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial (Integer)) $param: NIL Debug: evaluateType1 form: (SparseUnivariatePolynomial (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial (Integer)) c: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE cyclotomicDecomposition ((List (SparseUnivariatePolynomial (Integer))) (Integer))) (SIGNATURE cyclotomic ((SparseUnivariatePolynomial (Integer)) (Integer))) (SIGNATURE cyclotomicFactorization ((Factored (SparseUnivariatePolynomial (Integer))) (Integer))))) ------------------------------------------------------------------------ initializing stationary directory for CyclotomicPolynomialPackage compiling into /tmp/oa-eLPcwX compiling exported cyclotomic : Integer -> SparseUnivariatePolynomial Integer Time: 0.07 SEC. compiling exported cyclotomicDecomposition : Integer -> List SparseUnivariatePolynomial Integer Time: 0.04 SEC. compiling exported cyclotomicFactorization : Integer -> Factored SparseUnivariatePolynomial Integer Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] cyclotomic: factors has no value [2] cyclotomicDecomposition: factors has no value Cumulative Statistics for Constructor CyclotomicPolynomialPackage Time: 0.15 seconds finalizing NRLIB CYCLOTOM Processing CyclotomicPolynomialPackage for Browser database: -- cyclotomicDecomposition : Integer -> LSUP -- cyclotomic : Integer -> SUP -- cyclotomicFactorization : Integer -> FR -- constructor ; compiling file "/tmp/oa-eLPcwX/code.lsp" (written 01 FEB 2016 11:05:23 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |CYCLOTOM;cyclotomic;ISup;1| ...) ; file: /tmp/oa-eLPcwX/code.lsp ; in: DEFUN |CYCLOTOM;cyclotomic;ISup;1| ; (LET ((BOOT::|x| NIL) ; (BOOT::|y| NIL) ; (BOOT::|z| NIL) ; (BOOT::|l| NIL) ; (BOOT::|g| ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|n| #) ; (BOOT::|shellEntry| BOOT::$ 12)))) ; (BOOT::SEQ (SETQ BOOT::|l| (BOOT::SPADCALL # # #)) ; (LET ((#:G592 BOOT::|g|)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::EXIT BOOT::|l|))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |y| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |z| is defined but never used. ; compiling (DEFUN |CYCLOTOM;cyclotomicDecomposition;IL;2| ...) ; file: /tmp/oa-eLPcwX/code.lsp ; in: DEFUN |CYCLOTOM;cyclotomicDecomposition;IL;2| ; (LET ((BOOT::|x| NIL) ; (BOOT::|y| NIL) ; (BOOT::|z| NIL) ; (BOOT::|l| NIL) ; (BOOT::|ll| NIL) ; (BOOT::|m| NIL) ; (BOOT::|g| ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|n| #) ; (BOOT::|shellEntry| BOOT::$ 12)))) ; (BOOT::SEQ (SETQ BOOT::|l| (LIST #)) ; (LET ((#:G593 BOOT::|g|)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::EXIT BOOT::|l|))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |y| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |z| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |ll| is defined but never used. ; compiling (DEFUN |CYCLOTOM;cyclotomicFactorization;IF;3| ...) ; compiling (DEFUN |CyclotomicPolynomialPackage| ...) ; compiling (DEFUN |CyclotomicPolynomialPackage;| ...) ; compiling (MAKEPROP (QUOTE |CyclotomicPolynomialPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 7 STYLE-WARNING conditions ; /tmp/oa-eLPcwX/code.fasl written ; compilation finished in 0:00:00.029 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FFP.spad && cp FFP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FFP.fasl \ && if test -f FFP-.NRLIB/code.fasl; then \ cp FFP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FFP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FFP.spad using Spad compiler. FFP abbreviates domain FiniteFieldExtensionByPolynomial debug: compDefine1 lhs: (FiniteFieldExtensionByPolynomial GF defpol) signature (pre-evaluate): ((FiniteAlgebraicExtensionField GF) (FiniteFieldCategory) (SparseUnivariatePolynomial GF)) debug: evaluateType form: (FiniteAlgebraicExtensionField GF) $param: (GF defpol) Debug: evaluateType1 form: (FiniteAlgebraicExtensionField GF) debug: evaluateType1 x: GF m: (Field) debug: evaluateType form: (FiniteFieldCategory) $param: (GF defpol) Debug: evaluateType1 form: (FiniteFieldCategory) debug: evaluateType form: (SparseUnivariatePolynomial GF) $param: (GF defpol) Debug: evaluateType1 form: (SparseUnivariatePolynomial GF) debug: evaluateType1 x: GF m: (Ring) debug: compDefine1 signature (post evaluate): ((FiniteAlgebraicExtensionField GF) (FiniteFieldCategory) (SparseUnivariatePolynomial GF)) debug: compDefine1 lhs: (FiniteFieldExtensionByPolynomial GF defpol) signature (pre-evaluate): ((FiniteAlgebraicExtensionField GF) NIL NIL) debug: evaluateType form: (FiniteAlgebraicExtensionField GF) $param: (GF defpol) Debug: evaluateType1 form: (FiniteAlgebraicExtensionField GF) debug: evaluateType1 x: GF m: (Field) debug: compDefine1 signature (post evaluate): ((FiniteAlgebraicExtensionField GF) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FiniteFieldExtensionByPolynomial compiling into /tmp/oa-ejUrok compiling exported generator : () -> % Time: 0.13 SEC. compiling exported norm : % -> GF Time: 0 SEC. compiling exported basis : PositiveInteger -> Vector % Time: 0.07 SEC. compiling exported degree : % -> PositiveInteger Time: 0.02 SEC. compiling exported minimalPolynomial : % -> SparseUnivariatePolynomial GF Time: 0.05 SEC. compiling exported normal? : % -> Boolean Time: 0.15 SEC. compiling exported * : (GF,%) -> % Time: 0.00 SEC. compiling exported * : (Integer,%) -> % Time: 0 SEC. compiling exported - : % -> % Time: 0 SEC. compiling exported random : () -> % Time: 0.00 SEC. compiling exported coordinates : % -> Vector GF Time: 0.01 SEC. compiling exported represents : Vector GF -> % Time: 0.02 SEC. compiling exported coerce : GF -> % Time: 0 SEC. compiling exported definingPolynomial : () -> SparseUnivariatePolynomial GF Time: 0 SEC. compiling exported retract : % -> GF Time: 0 SEC. compiling exported retractIfCan : % -> Union(GF,failed) Time: 0.00 SEC. compiling exported index : PositiveInteger -> % Time: 0 SEC. compiling exported lookup : % -> PositiveInteger Time: 0.00 SEC. compiling exported / : (%,%) -> % Time: 0 SEC. compiling exported / : (%,GF) -> % Time: 0.00 SEC. compiling exported * : (%,%) -> % Time: 0.00 SEC. compiling exported + : (%,%) -> % Time: 0.00 SEC. compiling exported - : (%,%) -> % Time: 0 SEC. compiling exported = : (%,%) -> Boolean Time: 0.00 SEC. compiling exported basis : () -> Vector % Time: 0.02 SEC. compiling exported Zero : () -> % Time: 0 SEC. compiling exported One : () -> % Time: 0 SEC. compiling exported factorsOfCyclicGroupSize : () -> List Record(factor: Integer,exponent: Integer) Time: 0.00 SEC. compiling exported representationType : () -> Union(prime,polynomial,normal,cyclic) FFP;representationType;U;29 is replaced by %pair(1,"polynomial") Time: 0.00 SEC. compiling exported tableForDiscreteLogarithm : Integer -> Table(PositiveInteger,NonNegativeInteger) Time: 0.02 SEC. compiling exported primitiveElement : () -> % Time: 0.00 SEC. compiling exported normalElement : () -> % Time: 0 SEC. compiling local initializeElt : () -> Void Time: 0.04 SEC. compiling local initializeLog : () -> Void Time: 0.28 SEC. compiling exported coerce : % -> OutputForm Time: 0.00 SEC. compiling exported extensionDegree : () -> PositiveInteger Time: 0 SEC. compiling exported size : () -> NonNegativeInteger Time: 0.00 SEC. compiling exported inGroundField? : % -> Boolean Time: 0.04 SEC. compiling exported characteristic : () -> NonNegativeInteger Time: 0 SEC. compiling exported before? : (%,%) -> Boolean Time: 0.00 SEC. (time taken in buildFunctor: 24) Time: 0.04 SEC. Warnings: [1] initializeElt: factors has no value [2] initializeLog: n has no value Cumulative Statistics for Constructor FiniteFieldExtensionByPolynomial Time: 0.93 seconds finalizing NRLIB FFP Processing FiniteFieldExtensionByPolynomial for Browser database: -- constructor ; compiling file "/tmp/oa-ejUrok/code.lsp" (written 01 FEB 2016 11:05:24 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FFP;representationType;U;29|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FFP;definingPolynomial;Sup;14|) ...) ; compiling (PUT (QUOTE |FFP;extensionDegree;Pi;36|) ...) ; compiling (PUT (QUOTE |FFP;size;Nni;37|) ...) ; compiling (DEFUN |FFP;generator;$;1| ...) ; compiling (DEFUN |FFP;norm;$GF;2| ...) ; compiling (DEFUN |FFP;basis;PiV;3| ...) ; file: /tmp/oa-ejUrok/code.lsp ; in: DEFUN |FFP;basis;PiV;3| ; (DEFUN BOOT::|FFP;basis;PiV;3| (BOOT::|n| BOOT::$) ; (COND ; ((BOOT::SPADCALL (REM # BOOT::|n|) 0 (BOOT::|shellEntry| BOOT::$ 51)) ; (BOOT::|error| "argument must divide extension degree")) ; (T ; (LET (#) ; (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFP;basis;PiV;3| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|FFP;basis;PiV;3| ; (COND ; ((BOOT::SPADCALL # 0 #) ; (BOOT::|error| "argument must divide extension degree")) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |FFP;degree;$Pi;4| ...) ; file: /tmp/oa-ejUrok/code.lsp ; in: DEFUN |FFP;degree;$Pi;4| ; (DEFUN BOOT::|FFP;degree;$Pi;4| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|y| (BOOT::|spadConstant| BOOT::$ 40)) ; (BOOT::|m| (BOOT::SPADCALL # # #))) ; (BOOT::SEQ ; (LET (# #) ; (LOOP # ; #)) ; (BOOT::EXIT ; (LET # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFP;degree;$Pi;4| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FFP;degree;$Pi;4| ; (LET ((BOOT::|y| #) (BOOT::|m| #)) ; (BOOT::SEQ ; (LET # ; #) ; (BOOT::EXIT #))))) ; ; note: type assertion too complex to check: ; (VALUES (INTEGER 1) &REST T). ; compiling (DEFUN |FFP;minimalPolynomial;$Sup;5| ...) ; compiling (DEFUN |FFP;normal?;$B;6| ...) ; compiling (DEFUN |FFP;*;GF2$;7| ...) ; compiling (DEFUN |FFP;*;I2$;8| ...) ; compiling (DEFUN |FFP;-;2$;9| ...) ; compiling (DEFUN |FFP;random;$;10| ...) ; compiling (DEFUN |FFP;coordinates;$V;11| ...) ; file: /tmp/oa-ejUrok/code.lsp ; in: DEFUN |FFP;coordinates;$V;11| ; (DEFUN BOOT::|FFP;coordinates;$V;11| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 94))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFP;coordinates;$V;11| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FFP;coordinates;$V;11| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 94)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |FFP;represents;V$;12| ...) ; compiling (DEFUN |FFP;coerce;GF$;13| ...) ; compiling (DEFUN |FFP;definingPolynomial;Sup;14| ...) ; compiling (DEFUN |FFP;retract;$GF;15| ...) ; compiling (DEFUN |FFP;retractIfCan;$U;16| ...) ; file: /tmp/oa-ejUrok/code.lsp ; in: DEFUN |FFP;retractIfCan;$U;16| ; (DEFUN BOOT::|FFP;retractIfCan;$U;16| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 103))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFP;retractIfCan;$U;16| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FFP;retractIfCan;$U;16| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 103)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |FFP;index;Pi$;17| ...) ; compiling (DEFUN |FFP;lookup;$Pi;18| ...) ; file: /tmp/oa-ejUrok/code.lsp ; in: DEFUN |FFP;lookup;$Pi;18| ; (DEFUN BOOT::|FFP;lookup;$Pi;18| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 107))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFP;lookup;$Pi;18| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FFP;lookup;$Pi;18| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 107)))) ; ; note: type assertion too complex to check: ; (VALUES (INTEGER 1) &REST T). ; compiling (DEFUN |FFP;/;3$;19| ...) ; compiling (DEFUN |FFP;/;$GF$;20| ...) ; compiling (DEFUN |FFP;*;3$;21| ...) ; compiling (DEFUN |FFP;+;3$;22| ...) ; compiling (DEFUN |FFP;-;3$;23| ...) ; compiling (DEFUN |FFP;=;2$B;24| ...) ; file: /tmp/oa-ejUrok/code.lsp ; in: DEFUN |FFP;=;2$B;24| ; (DEFUN BOOT::|FFP;=;2$B;24| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 117))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFP;=;2$B;24| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|FFP;=;2$B;24| ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 117)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FFP;basis;V;25| ...) ; file: /tmp/oa-ejUrok/code.lsp ; in: DEFUN |FFP;basis;V;25| ; (DEFUN BOOT::|FFP;basis;V;25| (BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 119))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFP;basis;V;25| ; (BOOT::$) ; (BLOCK BOOT::|FFP;basis;V;25| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 119)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |FFP;Zero;$;26| ...) ; compiling (DEFUN |FFP;One;$;27| ...) ; compiling (DEFUN |FFP;factorsOfCyclicGroupSize;L;28| ...) ; compiling (DEFUN |FFP;representationType;U;29| ...) ; compiling (DEFUN |FFP;tableForDiscreteLogarithm;IT;30| ...) ; compiling (DEFUN |FFP;primitiveElement;$;31| ...) ; compiling (DEFUN |FFP;normalElement;$;32| ...) ; compiling (DEFUN |FFP;initializeElt| ...) ; compiling (DEFUN |FFP;initializeLog| ...) ; compiling (DEFUN |FFP;coerce;$Of;35| ...) ; compiling (DEFUN |FFP;extensionDegree;Pi;36| ...) ; compiling (DEFUN |FFP;size;Nni;37| ...) ; compiling (DEFUN |FFP;inGroundField?;$B;38| ...) ; compiling (DEFUN |FFP;characteristic;Nni;39| ...) ; file: /tmp/oa-ejUrok/code.lsp ; in: DEFUN |FFP;characteristic;Nni;39| ; (DEFUN BOOT::|FFP;characteristic;Nni;39| (BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 159)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFP;characteristic;Nni;39| ; (BOOT::$) ; (BLOCK BOOT::|FFP;characteristic;Nni;39| ; (BOOT::|spadConstant| BOOT::$ 159))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |FFP;before?;2$B;40| ...) ; file: /tmp/oa-ejUrok/code.lsp ; in: DEFUN |FFP;before?;2$B;40| ; (DEFUN BOOT::|FFP;before?;2$B;40| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 161))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFP;before?;2$B;40| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|FFP;before?;2$B;40| ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 161)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FiniteFieldExtensionByPolynomial| ...) ; compiling (DEFUN |FiniteFieldExtensionByPolynomial;| ...) ; compiling (MAKEPROP (QUOTE |FiniteFieldExtensionByPolynomial|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 9 notes ; /tmp/oa-ejUrok/code.fasl written ; compilation finished in 0:00:00.126 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile IPF.spad && cp IPF.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IPF.fasl \ && if test -f IPF-.NRLIB/code.fasl; then \ cp IPF-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IPF-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IPF.spad using Spad compiler. IPF abbreviates domain InnerPrimeField debug: compDefine1 lhs: (InnerPrimeField p) signature (pre-evaluate): ((Join (FiniteFieldCategory) (FiniteAlgebraicExtensionField $) (ConvertibleTo (Integer))) (PositiveInteger)) debug: evaluateType form: (Join (FiniteFieldCategory) (FiniteAlgebraicExtensionField $) (ConvertibleTo (Integer))) $param: (p) debug: evaluateType form: (FiniteFieldCategory) $param: (p) Debug: evaluateType1 form: (FiniteFieldCategory) debug: evaluateType form: (FiniteAlgebraicExtensionField $) $param: (p) Debug: evaluateType1 form: (FiniteAlgebraicExtensionField $) debug: evaluateType1 x: $ m: (Field) debug: evaluateType form: (ConvertibleTo (Integer)) $param: (p) Debug: evaluateType1 form: (ConvertibleTo (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (p) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (p) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (PositiveInteger) $param: (p) Debug: evaluateType1 form: (PositiveInteger) debug: compDefine1 signature (post evaluate): ((Join (FiniteFieldCategory) (FiniteAlgebraicExtensionField $) (ConvertibleTo (Integer))) (PositiveInteger)) debug: compDefine1 lhs: (InnerPrimeField p) signature (pre-evaluate): ((Join (FiniteFieldCategory) (FiniteAlgebraicExtensionField $) (ConvertibleTo (Integer))) NIL) debug: evaluateType form: (Join (FiniteFieldCategory) (FiniteAlgebraicExtensionField $) (ConvertibleTo (Integer))) $param: (p) debug: evaluateType form: (FiniteFieldCategory) $param: (p) Debug: evaluateType1 form: (FiniteFieldCategory) debug: evaluateType form: (FiniteAlgebraicExtensionField $) $param: (p) Debug: evaluateType1 form: (FiniteAlgebraicExtensionField $) debug: evaluateType1 x: $ m: (Field) debug: evaluateType form: (ConvertibleTo (Integer)) $param: (p) Debug: evaluateType1 form: (ConvertibleTo (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (p) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (p) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (FiniteFieldCategory) (FiniteAlgebraicExtensionField $) (ConvertibleTo (Integer))) NIL) ------------------------------------------------------------------------ initializing stationary directory for InnerPrimeField compiling into /tmp/oa-s2uLQv compiling exported generator : () -> % Time: 0.06 SEC. compiling exported ** : (%,Integer) -> % Time: 0.01 SEC. compiling exported recip : % -> Union(%,failed) Time: 0.03 SEC. compiling exported recip : % -> Union(%,failed) Time: 0.00 SEC. compiling exported convert : % -> Integer IPF;convert;$I;5 x is replaced by x Time: 0 SEC. compiling exported normalElement : () -> % Time: 0 SEC. compiling exported createNormalElement : () -> % Time: 0 SEC. compiling exported characteristic : () -> NonNegativeInteger Time: 0 SEC. compiling exported factorsOfCyclicGroupSize : () -> List Record(factor: Integer,exponent: Integer) Time: 0 SEC. compiling exported representationType : () -> Union(prime,polynomial,normal,cyclic) IPF;representationType;U;10 is replaced by %pair(0,"prime") Time: 0.00 SEC. compiling exported tableForDiscreteLogarithm : Integer -> Table(PositiveInteger,NonNegativeInteger) Time: 0.01 SEC. compiling exported primitiveElement : () -> % Time: 0 SEC. compiling local initializeElt : () -> Void Time: 0.01 SEC. compiling local initializeLog : () -> Void Time: 0.05 SEC. compiling exported degree : % -> PositiveInteger IPF;degree;$Pi;15 x is replaced by 1 Time: 0 SEC. compiling exported extensionDegree : () -> PositiveInteger IPF;extensionDegree;Pi;16 is replaced by 1 Time: 0 SEC. compiling exported inGroundField? : % -> Boolean IPF;inGroundField?;$B;17 x is replaced by %true Time: 0 SEC. compiling exported coordinates : % -> Vector % Time: 0.01 SEC. compiling exported represents : Vector % -> % Time: 0.01 SEC. compiling exported retract : % -> % IPF;retract;2$;20 x is replaced by x Time: 0 SEC. compiling exported retractIfCan : % -> Union(%,failed) IPF;retractIfCan;$U;21 x is replaced by %pair(0,x) Time: 0 SEC. compiling exported basis : () -> Vector % Time: 0.01 SEC. compiling exported basis : PositiveInteger -> Vector % Time: 0.01 SEC. compiling exported definingPolynomial : () -> SparseUnivariatePolynomial % Time: 0.02 SEC. compiling exported minimalPolynomial : % -> SparseUnivariatePolynomial % Time: 0.02 SEC. compiling exported charthRoot : % -> % IPF;charthRoot;2$;26 x is replaced by x Time: 0 SEC. compiling exported before? : (%,%) -> Boolean Time: 0.02 SEC. (time taken in buildFunctor: 60) Time: 0.10 SEC. Warnings: [1] initializeLog: n has no value Cumulative Statistics for Constructor InnerPrimeField Time: 0.38 seconds finalizing NRLIB IPF Processing InnerPrimeField for Browser database: -- constructor ; compiling file "/tmp/oa-s2uLQv/code.lsp" (written 01 FEB 2016 11:05:25 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IPF;convert;$I;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IPF;representationType;U;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IPF;degree;$Pi;15|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IPF;extensionDegree;Pi;16|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IPF;inGroundField?;$B;17|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IPF;retract;2$;20|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IPF;retractIfCan;$U;21|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IPF;charthRoot;2$;26|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IPF;characteristic;Nni;8|) ...) ; compiling (DEFUN |IPF;generator;$;1| ...) ; file: /tmp/oa-s2uLQv/code.lsp ; in: DEFUN |IPF;generator;$;1| ; (DEFUN BOOT::|IPF;generator;$;1| (BOOT::$) (BOOT::|spadConstant| BOOT::$ 27)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IPF;generator;$;1| ; (BOOT::$) ; (BLOCK BOOT::|IPF;generator;$;1| (BOOT::|spadConstant| BOOT::$ 27))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |IPF;**;$I$;2| ...) ; file: /tmp/oa-s2uLQv/code.lsp ; in: DEFUN |IPF;**;$I$;2| ; (DEFUN BOOT::|IPF;**;$I$;2| (BOOT::|x| BOOT::|n| BOOT::$) ; (COND ((ZEROP BOOT::|n|) (BOOT::|spadConstant| BOOT::$ 27)) ; ((BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 30)) ; (BOOT::|spadConstant| BOOT::$ 31)) ; (T ; (LET (#) ; (BOOT::SPADCALL BOOT::|x| BOOT::|r| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IPF;**;$I$;2| ; (BOOT::|x| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|IPF;**;$I$;2| ; (COND ((ZEROP BOOT::|n|) (BOOT::|spadConstant| BOOT::$ 27)) ; ((BOOT::SPADCALL BOOT::|x| #) (BOOT::|spadConstant| BOOT::$ 31)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |IPF;recip;$U;3| ...) ; compiling (DEFUN |IPF;recip;$U;4| ...) ; compiling (DEFUN |IPF;convert;$I;5| ...) ; compiling (DEFUN |IPF;normalElement;$;6| ...) ; file: /tmp/oa-s2uLQv/code.lsp ; in: DEFUN |IPF;normalElement;$;6| ; (DEFUN BOOT::|IPF;normalElement;$;6| (BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 27)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IPF;normalElement;$;6| ; (BOOT::$) ; (BLOCK BOOT::|IPF;normalElement;$;6| (BOOT::|spadConstant| BOOT::$ 27))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |IPF;createNormalElement;$;7| ...) ; file: /tmp/oa-s2uLQv/code.lsp ; in: DEFUN |IPF;createNormalElement;$;7| ; (DEFUN BOOT::|IPF;createNormalElement;$;7| (BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 27)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IPF;createNormalElement;$;7| ; (BOOT::$) ; (BLOCK BOOT::|IPF;createNormalElement;$;7| ; (BOOT::|spadConstant| BOOT::$ 27))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |IPF;characteristic;Nni;8| ...) ; compiling (DEFUN |IPF;factorsOfCyclicGroupSize;L;9| ...) ; compiling (DEFUN |IPF;representationType;U;10| ...) ; compiling (DEFUN |IPF;tableForDiscreteLogarithm;IT;11| ...) ; compiling (DEFUN |IPF;primitiveElement;$;12| ...) ; file: /tmp/oa-s2uLQv/code.lsp ; in: DEFUN |IPF;primitiveElement;$;12| ; (DEFUN BOOT::|IPF;primitiveElement;$;12| (BOOT::$) ; (PROGN ; (COND ; ((BOOT::|shellEntry| BOOT::$ 22) (BOOT::|IPF;initializeElt| BOOT::$))) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 9) ; (BOOT::|shellEntry| BOOT::$ 60)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IPF;primitiveElement;$;12| ; (BOOT::$) ; (BLOCK BOOT::|IPF;primitiveElement;$;12| ; (PROGN ; (COND (# #)) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 9) ; (BOOT::|shellEntry| BOOT::$ 60))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |IPF;initializeElt| ...) ; compiling (DEFUN |IPF;initializeLog| ...) ; compiling (DEFUN |IPF;degree;$Pi;15| ...) ; file: /tmp/oa-s2uLQv/code.lsp ; in: DEFUN |IPF;degree;$Pi;15| ; (DEFUN BOOT::|IPF;degree;$Pi;15| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; 1) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IPF;degree;$Pi;15| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|IPF;degree;$Pi;15| 1)) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |IPF;extensionDegree;Pi;16| ...) ; compiling (DEFUN |IPF;inGroundField?;$B;17| ...) ; file: /tmp/oa-s2uLQv/code.lsp ; in: DEFUN |IPF;inGroundField?;$B;17| ; (DEFUN BOOT::|IPF;inGroundField?;$B;17| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; T) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IPF;inGroundField?;$B;17| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|IPF;inGroundField?;$B;17| T)) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |IPF;coordinates;$V;18| ...) ; file: /tmp/oa-s2uLQv/code.lsp ; in: DEFUN |IPF;coordinates;$V;18| ; (DEFUN BOOT::|IPF;coordinates;$V;18| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL 1 BOOT::|x| (BOOT::|shellEntry| BOOT::$ 89))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IPF;coordinates;$V;18| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|IPF;coordinates;$V;18| ; (BOOT::SPADCALL 1 BOOT::|x| (BOOT::|shellEntry| BOOT::$ 89)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |IPF;represents;V$;19| ...) ; file: /tmp/oa-s2uLQv/code.lsp ; in: DEFUN |IPF;represents;V$;19| ; (DEFUN BOOT::|IPF;represents;V$;19| (BOOT::|v| BOOT::$) ; (BOOT::SPADCALL BOOT::|v| 1 (BOOT::|shellEntry| BOOT::$ 92))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IPF;represents;V$;19| ; (BOOT::|v| BOOT::$) ; (BLOCK BOOT::|IPF;represents;V$;19| ; (BOOT::SPADCALL BOOT::|v| 1 (BOOT::|shellEntry| BOOT::$ 92)))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |IPF;retract;2$;20| ...) ; compiling (DEFUN |IPF;retractIfCan;$U;21| ...) ; compiling (DEFUN |IPF;basis;V;22| ...) ; file: /tmp/oa-s2uLQv/code.lsp ; in: DEFUN |IPF;basis;V;22| ; (DEFUN BOOT::|IPF;basis;V;22| (BOOT::$) ; (BOOT::SPADCALL 1 (BOOT::|spadConstant| BOOT::$ 27) ; (BOOT::|shellEntry| BOOT::$ 89))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IPF;basis;V;22| ; (BOOT::$) ; (BLOCK BOOT::|IPF;basis;V;22| ; (BOOT::SPADCALL 1 (BOOT::|spadConstant| BOOT::$ 27) ; (BOOT::|shellEntry| BOOT::$ 89)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |IPF;basis;PiV;23| ...) ; file: /tmp/oa-s2uLQv/code.lsp ; in: DEFUN |IPF;basis;PiV;23| ; (DEFUN BOOT::|IPF;basis;PiV;23| (BOOT::|n| BOOT::$) ; (COND ((EQL BOOT::|n| 1) (BOOT::|IPF;basis;V;22| BOOT::$)) ; (T (BOOT::|error| "basis: argument must divide extension degree")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IPF;basis;PiV;23| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|IPF;basis;PiV;23| ; (COND ((EQL BOOT::|n| 1) (BOOT::|IPF;basis;V;22| BOOT::$)) ; (T ; (BOOT::|error| ; "basis: argument must divide extension degree"))))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |IPF;definingPolynomial;Sup;24| ...) ; compiling (DEFUN |IPF;minimalPolynomial;$Sup;25| ...) ; compiling (DEFUN |IPF;charthRoot;2$;26| ...) ; compiling (DEFUN |IPF;before?;2$B;27| ...) ; file: /tmp/oa-s2uLQv/code.lsp ; in: DEFUN |IPF;before?;2$B;27| ; (DEFUN BOOT::|IPF;before?;2$B;27| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 106))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IPF;before?;2$B;27| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|IPF;before?;2$B;27| ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 106)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |InnerPrimeField| ...) ; compiling (DEFUN |InnerPrimeField;| ...) ; compiling (MAKEPROP (QUOTE |InnerPrimeField|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 10 notes ; /tmp/oa-s2uLQv/code.fasl written ; compilation finished in 0:00:00.088 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PF.spad && cp PF.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PF.fasl \ && if test -f PF-.NRLIB/code.fasl; then \ cp PF-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PF-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PF.spad using Spad compiler. PF abbreviates domain PrimeField debug: compDefine1 lhs: (PrimeField p) signature (pre-evaluate): ((Join (FiniteFieldCategory) (FiniteAlgebraicExtensionField $) (ConvertibleTo (Integer))) (PositiveInteger)) debug: evaluateType form: (Join (FiniteFieldCategory) (FiniteAlgebraicExtensionField $) (ConvertibleTo (Integer))) $param: (p) debug: evaluateType form: (FiniteFieldCategory) $param: (p) Debug: evaluateType1 form: (FiniteFieldCategory) debug: evaluateType form: (FiniteAlgebraicExtensionField $) $param: (p) Debug: evaluateType1 form: (FiniteAlgebraicExtensionField $) debug: evaluateType1 x: $ m: (Field) debug: evaluateType form: (ConvertibleTo (Integer)) $param: (p) Debug: evaluateType1 form: (ConvertibleTo (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (p) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (p) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (PositiveInteger) $param: (p) Debug: evaluateType1 form: (PositiveInteger) debug: compDefine1 signature (post evaluate): ((Join (FiniteFieldCategory) (FiniteAlgebraicExtensionField $) (ConvertibleTo (Integer))) (PositiveInteger)) debug: compDefine1 lhs: (PrimeField p) signature (pre-evaluate): ((Join (FiniteFieldCategory) (FiniteAlgebraicExtensionField $) (ConvertibleTo (Integer))) NIL) debug: evaluateType form: (Join (FiniteFieldCategory) (FiniteAlgebraicExtensionField $) (ConvertibleTo (Integer))) $param: (p) debug: evaluateType form: (FiniteFieldCategory) $param: (p) Debug: evaluateType1 form: (FiniteFieldCategory) debug: evaluateType form: (FiniteAlgebraicExtensionField $) $param: (p) Debug: evaluateType1 form: (FiniteAlgebraicExtensionField $) debug: evaluateType1 x: $ m: (Field) debug: evaluateType form: (ConvertibleTo (Integer)) $param: (p) Debug: evaluateType1 form: (ConvertibleTo (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (p) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (p) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (FiniteFieldCategory) (FiniteAlgebraicExtensionField $) (ConvertibleTo (Integer))) NIL) ------------------------------------------------------------------------ initializing stationary directory for PrimeField compiling into /tmp/oa-4f0749 (time taken in buildFunctor: 8) Time: 0.09 SEC. Warnings: [1] unknown Functor code: errorArgument to prime field must be a prime Cumulative Statistics for Constructor PrimeField Time: 0.09 seconds finalizing NRLIB PF Processing PrimeField for Browser database: -- constructor ; compiling file "/tmp/oa-4f0749/code.lsp" (written 01 FEB 2016 11:05:25 PM): ; compiling (DEFUN |PrimeField| ...) ; compiling (DEFUN |PrimeField;| ...) ; compiling (MAKEPROP (QUOTE |PrimeField|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-4f0749/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile CYCLES.spad && cp CYCLES.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CYCLES.fasl \ && if test -f CYCLES-.NRLIB/code.fasl; then \ cp CYCLES-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CYCLES-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CYCLES.spad using Spad compiler. CYCLES abbreviates package CycleIndicators debug: compDefine1 lhs: (CycleIndicators) signature (pre-evaluate): ((CATEGORY package (SIGNATURE complete ((SymmetricPolynomial (Fraction (Integer))) (NonNegativeInteger))) (SIGNATURE powerSum ((SymmetricPolynomial (Fraction (Integer))) (PositiveInteger))) (SIGNATURE elementary ((SymmetricPolynomial (Fraction (Integer))) (NonNegativeInteger))) (SIGNATURE alternating ((SymmetricPolynomial (Fraction (Integer))) (NonNegativeInteger))) (SIGNATURE cyclic ((SymmetricPolynomial (Fraction (Integer))) (PositiveInteger))) (SIGNATURE dihedral ((SymmetricPolynomial (Fraction (Integer))) (PositiveInteger))) (SIGNATURE graphs ((SymmetricPolynomial (Fraction (Integer))) (PositiveInteger))) (SIGNATURE cap ((Fraction (Integer)) (SymmetricPolynomial (Fraction (Integer))) (SymmetricPolynomial (Fraction (Integer))))) (SIGNATURE cup ((SymmetricPolynomial (Fraction (Integer))) (SymmetricPolynomial (Fraction (Integer))) (SymmetricPolynomial (Fraction (Integer))))) (SIGNATURE eval ((Fraction (Integer)) (SymmetricPolynomial (Fraction (Integer))))) (SIGNATURE wreath ((SymmetricPolynomial (Fraction (Integer))) (SymmetricPolynomial (Fraction (Integer))) (SymmetricPolynomial (Fraction (Integer))))) (SIGNATURE SFunction ((SymmetricPolynomial (Fraction (Integer))) (List (PositiveInteger)))) (SIGNATURE skewSFunction ((SymmetricPolynomial (Fraction (Integer))) (List (Integer)) (List (Integer)))))) debug: evaluateType form: (CATEGORY package (SIGNATURE complete ((SymmetricPolynomial (Fraction (Integer))) (NonNegativeInteger))) (SIGNATURE powerSum ((SymmetricPolynomial (Fraction (Integer))) (PositiveInteger))) (SIGNATURE elementary ((SymmetricPolynomial (Fraction (Integer))) (NonNegativeInteger))) (SIGNATURE alternating ((SymmetricPolynomial (Fraction (Integer))) (NonNegativeInteger))) (SIGNATURE cyclic ((SymmetricPolynomial (Fraction (Integer))) (PositiveInteger))) (SIGNATURE dihedral ((SymmetricPolynomial (Fraction (Integer))) (PositiveInteger))) (SIGNATURE graphs ((SymmetricPolynomial (Fraction (Integer))) (PositiveInteger))) (SIGNATURE cap ((Fraction (Integer)) (SymmetricPolynomial (Fraction (Integer))) (SymmetricPolynomial (Fraction (Integer))))) (SIGNATURE cup ((SymmetricPolynomial (Fraction (Integer))) (SymmetricPolynomial (Fraction (Integer))) (SymmetricPolynomial (Fraction (Integer))))) (SIGNATURE eval ((Fraction (Integer)) (SymmetricPolynomial (Fraction (Integer))))) (SIGNATURE wreath ((SymmetricPolynomial (Fraction (Integer))) (SymmetricPolynomial (Fraction (Integer))) (SymmetricPolynomial (Fraction (Integer))))) (SIGNATURE SFunction ((SymmetricPolynomial (Fraction (Integer))) (List (PositiveInteger)))) (SIGNATURE skewSFunction ((SymmetricPolynomial (Fraction (Integer))) (List (Integer)) (List (Integer))))) $param: NIL debug: evaluateType form: (SymmetricPolynomial (Fraction (Integer))) $param: NIL Debug: evaluateType1 form: (SymmetricPolynomial (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (SymmetricPolynomial (Fraction (Integer))) $param: NIL Debug: evaluateType1 form: (SymmetricPolynomial (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (SymmetricPolynomial (Fraction (Integer))) $param: NIL Debug: evaluateType1 form: (SymmetricPolynomial (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (SymmetricPolynomial (Fraction (Integer))) $param: NIL Debug: evaluateType1 form: (SymmetricPolynomial (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (SymmetricPolynomial (Fraction (Integer))) $param: NIL Debug: evaluateType1 form: (SymmetricPolynomial (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (SymmetricPolynomial (Fraction (Integer))) $param: NIL Debug: evaluateType1 form: (SymmetricPolynomial (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (SymmetricPolynomial (Fraction (Integer))) $param: NIL Debug: evaluateType1 form: (SymmetricPolynomial (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (SymmetricPolynomial (Fraction (Integer))) $param: NIL Debug: evaluateType1 form: (SymmetricPolynomial (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evaluateType form: (SymmetricPolynomial (Fraction (Integer))) $param: NIL Debug: evaluateType1 form: (SymmetricPolynomial (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evaluateType form: (SymmetricPolynomial (Fraction (Integer))) $param: NIL Debug: evaluateType1 form: (SymmetricPolynomial (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evaluateType form: (SymmetricPolynomial (Fraction (Integer))) $param: NIL Debug: evaluateType1 form: (SymmetricPolynomial (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evaluateType form: (SymmetricPolynomial (Fraction (Integer))) $param: NIL Debug: evaluateType1 form: (SymmetricPolynomial (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (SymmetricPolynomial (Fraction (Integer))) $param: NIL Debug: evaluateType1 form: (SymmetricPolynomial (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evaluateType form: (SymmetricPolynomial (Fraction (Integer))) $param: NIL Debug: evaluateType1 form: (SymmetricPolynomial (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evaluateType form: (SymmetricPolynomial (Fraction (Integer))) $param: NIL Debug: evaluateType1 form: (SymmetricPolynomial (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evaluateType form: (SymmetricPolynomial (Fraction (Integer))) $param: NIL Debug: evaluateType1 form: (SymmetricPolynomial (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evaluateType form: (SymmetricPolynomial (Fraction (Integer))) $param: NIL Debug: evaluateType1 form: (SymmetricPolynomial (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evaluateType form: (List (PositiveInteger)) $param: NIL Debug: evaluateType1 form: (List (PositiveInteger)) debug: evaluateType1 x: (PositiveInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evalCategory d: (PositiveInteger) c: (Type) debug: evaluateType form: (SymmetricPolynomial (Fraction (Integer))) $param: NIL Debug: evaluateType1 form: (SymmetricPolynomial (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evaluateType form: (List (Integer)) $param: NIL Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (List (Integer)) $param: NIL Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE complete ((SymmetricPolynomial (Fraction (Integer))) (NonNegativeInteger))) (SIGNATURE powerSum ((SymmetricPolynomial (Fraction (Integer))) (PositiveInteger))) (SIGNATURE elementary ((SymmetricPolynomial (Fraction (Integer))) (NonNegativeInteger))) (SIGNATURE alternating ((SymmetricPolynomial (Fraction (Integer))) (NonNegativeInteger))) (SIGNATURE cyclic ((SymmetricPolynomial (Fraction (Integer))) (PositiveInteger))) (SIGNATURE dihedral ((SymmetricPolynomial (Fraction (Integer))) (PositiveInteger))) (SIGNATURE graphs ((SymmetricPolynomial (Fraction (Integer))) (PositiveInteger))) (SIGNATURE cap ((Fraction (Integer)) (SymmetricPolynomial (Fraction (Integer))) (SymmetricPolynomial (Fraction (Integer))))) (SIGNATURE cup ((SymmetricPolynomial (Fraction (Integer))) (SymmetricPolynomial (Fraction (Integer))) (SymmetricPolynomial (Fraction (Integer))))) (SIGNATURE eval ((Fraction (Integer)) (SymmetricPolynomial (Fraction (Integer))))) (SIGNATURE wreath ((SymmetricPolynomial (Fraction (Integer))) (SymmetricPolynomial (Fraction (Integer))) (SymmetricPolynomial (Fraction (Integer))))) (SIGNATURE SFunction ((SymmetricPolynomial (Fraction (Integer))) (List (PositiveInteger)))) (SIGNATURE skewSFunction ((SymmetricPolynomial (Fraction (Integer))) (List (Integer)) (List (Integer)))))) ------------------------------------------------------------------------ initializing stationary directory for CycleIndicators compiling into /tmp/oa-6eaqvo importing IntegerNumberTheoryFunctions importing Partition compiling local trm : Partition -> SymmetricPolynomial Fraction Integer Time: 0.06 SEC. compiling local list : Stream Partition -> List Partition Time: 0.01 SEC. compiling exported complete : NonNegativeInteger -> SymmetricPolynomial Fraction Integer Time: 0.02 SEC. compiling local even? : Partition -> Boolean Time: 0.01 SEC. compiling exported alternating : NonNegativeInteger -> SymmetricPolynomial Fraction Integer Time: 0.02 SEC. compiling exported elementary : NonNegativeInteger -> SymmetricPolynomial Fraction Integer Time: 0.02 SEC. compiling local divisors : Integer -> List Integer Time: 0.03 SEC. compiling local ss : (PositiveInteger,Integer) -> SymmetricPolynomial Fraction Integer Time: 0.02 SEC. compiling exported powerSum : PositiveInteger -> SymmetricPolynomial Fraction Integer Time: 0.01 SEC. compiling exported cyclic : PositiveInteger -> SymmetricPolynomial Fraction Integer Time: 0.02 SEC. compiling exported dihedral : PositiveInteger -> SymmetricPolynomial Fraction Integer Time: 0.14 SEC. compiling local trm2 : Partition -> SymmetricPolynomial Fraction Integer Time: 0.16 SEC. compiling exported graphs : PositiveInteger -> SymmetricPolynomial Fraction Integer Time: 0.02 SEC. compiling local cupp : (Partition,SymmetricPolynomial Fraction Integer) -> SymmetricPolynomial Fraction Integer Time: 0.02 SEC. compiling exported cup : (SymmetricPolynomial Fraction Integer,SymmetricPolynomial Fraction Integer) -> SymmetricPolynomial Fraction Integer Time: 0.02 SEC. compiling exported eval : SymmetricPolynomial Fraction Integer -> Fraction Integer Time: 0.01 SEC. compiling exported cap : (SymmetricPolynomial Fraction Integer,SymmetricPolynomial Fraction Integer) -> Fraction Integer Time: 0.01 SEC. compiling local mtpol : (PositiveInteger,SymmetricPolynomial Fraction Integer) -> SymmetricPolynomial Fraction Integer Time: 0.03 SEC. compiling local evspol : (PositiveInteger -> SymmetricPolynomial Fraction Integer,SymmetricPolynomial Fraction Integer) -> SymmetricPolynomial Fraction Integer Time: 0.04 SEC. compiling exported wreath : (SymmetricPolynomial Fraction Integer,SymmetricPolynomial Fraction Integer) -> SymmetricPolynomial Fraction Integer Time: 0.01 SEC. compiling local spol : Integer -> SymmetricPolynomial Fraction Integer Time: 0.01 SEC. compiling exported SFunction : List PositiveInteger -> SymmetricPolynomial Fraction Integer Time: 0.07 SEC. compiling local roundup : (List Integer,List Integer) -> List Integer Time: 0.02 SEC. compiling exported skewSFunction : (List Integer,List Integer) -> SymmetricPolynomial Fraction Integer Time: 0.07 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] divisors: factors has no value Cumulative Statistics for Constructor CycleIndicators Time: 0.86 seconds finalizing NRLIB CYCLES Processing CycleIndicators for Browser database: -- complete : NNI -> SPOL RN -- powerSum : PI -> SPOL RN -- elementary : NNI -> SPOL RN -- alternating : NNI -> SPOL RN -- cyclic : PI -> SPOL RN -- dihedral : PI -> SPOL RN -- graphs : PI -> SPOL RN -- cap : (SPOL RN,SPOL RN) -> RN -- cup : (SPOL RN,SPOL RN) -> SPOL RN -- eval : SPOL RN -> RN -- wreath : (SPOL RN,SPOL RN) -> SPOL RN -- SFunction : L PI -> SPOL RN -- skewSFunction : (L I,L I) -> SPOL RN -- constructor ; compiling file "/tmp/oa-6eaqvo/code.lsp" (written 01 FEB 2016 11:05:26 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |CYCLES;trm| ...) ; compiling (DEFUN |CYCLES;list| ...) ; file: /tmp/oa-6eaqvo/code.lsp ; in: DEFUN |CYCLES;list| ; (DEFUN BOOT::|CYCLES;list| (BOOT::|st| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|st| (BOOT::|shellEntry| BOOT::$ 16)) ; (BOOT::|shellEntry| BOOT::$ 18))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CYCLES;list| ; (BOOT::|st| BOOT::$) ; (BLOCK BOOT::|CYCLES;list| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|st| (BOOT::|shellEntry| BOOT::$ 16)) ; (BOOT::|shellEntry| BOOT::$ 18)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |CYCLES;complete;NniSp;3| ...) ; compiling (DEFUN |CYCLES;even?| ...) ; compiling (DEFUN |CYCLES;alternating;NniSp;5| ...) ; compiling (DEFUN |CYCLES;elementary;NniSp;6| ...) ; compiling (DEFUN |CYCLES;divisors| ...) ; compiling (DEFUN |CYCLES;ss| ...) ; compiling (DEFUN |CYCLES;powerSum;PiSp;9| ...) ; compiling (DEFUN |CYCLES;cyclic;PiSp;10| ...) ; compiling (DEFUN |CYCLES;dihedral;PiSp;11| ...) ; compiling (DEFUN |CYCLES;trm2| ...) ; compiling (DEFUN |CYCLES;graphs;PiSp;13| ...) ; compiling (DEFUN |CYCLES;cupp| ...) ; compiling (DEFUN |CYCLES;cup;3Sp;15| ...) ; compiling (DEFUN |CYCLES;eval;SpF;16| ...) ; compiling (DEFUN |CYCLES;cap;2SpF;17| ...) ; compiling (DEFUN |CYCLES;mtpol| ...) ; compiling (DEFUN |CYCLES;evspol| ...) ; compiling (DEFUN |CYCLES;wreath;3Sp;20| ...) ; compiling (DEFUN |CYCLES;wreath;3Sp;20!0| ...) ; compiling (DEFUN |CYCLES;spol| ...) ; file: /tmp/oa-6eaqvo/code.lsp ; in: DEFUN |CYCLES;spol| ; (BOOT::|moanRetract| BOOT::|x| '(BOOT::|NonNegativeInteger|)) ; ==> ; BOOT::|x| ; ; note: deleting unreachable code ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |CYCLES;SFunction;LSp;22| ...) ; compiling (DEFUN |CYCLES;roundup| ...) ; compiling (DEFUN |CYCLES;skewSFunction;2LSp;24| ...) ; file: /tmp/oa-6eaqvo/code.lsp ; in: DEFUN |CYCLES;skewSFunction;2LSp;24| ; (DEFUN BOOT::|CYCLES;skewSFunction;2LSp;24| (BOOT::|li1| BOOT::|li2| BOOT::$) ; (PROG (BOOT::|a|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CYCLES;skewSFunction;2LSp;24| ; (BOOT::|li1| BOOT::|li2| BOOT::$) ; (BLOCK BOOT::|CYCLES;skewSFunction;2LSp;24| ; (PROG (BOOT::|a|) (RETURN (COND # #))))) ; ; note: Assignment to argument: |li2| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS INTEGER T)) ; ; compiling (DEFUN |CycleIndicators| ...) ; compiling (DEFUN |CycleIndicators;| ...) ; compiling (MAKEPROP (QUOTE |CycleIndicators|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 4 notes ; /tmp/oa-6eaqvo/code.fasl written ; compilation finished in 0:00:00.126 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile DECIMAL.spad && cp DECIMAL.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DECIMAL.fasl \ && if test -f DECIMAL-.NRLIB/code.fasl; then \ cp DECIMAL-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DECIMAL-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DECIMAL.spad using Spad compiler. DECIMAL abbreviates domain DecimalExpansion debug: compDefine1 lhs: (DecimalExpansion) signature (pre-evaluate): ((Join (QuotientFieldCategory (Integer)) (CoercibleTo (Fraction (Integer))) (CoercibleTo (RadixExpansion 10)) (CATEGORY domain (SIGNATURE fractionPart ((Fraction (Integer)) $)) (SIGNATURE decimal ($ (Fraction (Integer))))))) debug: evaluateType form: (Join (QuotientFieldCategory (Integer)) (CoercibleTo (Fraction (Integer))) (CoercibleTo (RadixExpansion 10)) (CATEGORY domain (SIGNATURE fractionPart ((Fraction (Integer)) $)) (SIGNATURE decimal ($ (Fraction (Integer)))))) $param: NIL debug: evaluateType form: (QuotientFieldCategory (Integer)) $param: NIL Debug: evaluateType1 form: (QuotientFieldCategory (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (CoercibleTo (Fraction (Integer))) $param: NIL Debug: evaluateType1 form: (CoercibleTo (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Type) debug: evaluateType form: (CoercibleTo (RadixExpansion 10)) $param: NIL Debug: evaluateType1 form: (CoercibleTo (RadixExpansion 10)) debug: evaluateType1 x: (RadixExpansion 10) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (RadixExpansion 10) $param: NIL Debug: evaluateType1 form: (RadixExpansion 10) debug: evaluateType1 x: 10 m: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType1 z1: ((PositiveInteger) . 10) m: (Integer) m1: (PositiveInteger) debug: evalCategory d: (RadixExpansion 10) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE fractionPart ((Fraction (Integer)) $)) (SIGNATURE decimal ($ (Fraction (Integer))))) $param: NIL debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: compDefine1 signature (post evaluate): ((Join (QuotientFieldCategory (Integer)) (CoercibleTo (Fraction (Integer))) (CoercibleTo (RadixExpansion 10)) (CATEGORY domain (SIGNATURE fractionPart ((Fraction (Integer)) $)) (SIGNATURE decimal ($ (Fraction (Integer))))))) ------------------------------------------------------------------------ initializing stationary directory for DecimalExpansion compiling into /tmp/oa-Wr4GYt compiling exported decimal : Fraction Integer -> % Time: 0.08 SEC. compiling exported coerce : % -> RadixExpansion 10 DECIMAL;coerce;$Re;2 x is replaced by x Time: 0.00 SEC. (time taken in buildFunctor: 116) Time: 0.22 SEC. Cumulative Statistics for Constructor DecimalExpansion Time: 0.30 seconds --------------non extending category---------------------- DecimalExpansion of category Join(QuotientFieldCategory Integer, CoercibleTo Fraction Integer,CoercibleTo RadixExpansion 10) with fractionPart : % -> Fraction Integer decimal : Fraction Integer -> % has no wholeRagits : % -> List Integer ---------------------------------------------------------- finalizing NRLIB DECIMAL Processing DecimalExpansion for Browser database: -- fractionPart : % -> Fraction Integer -- decimal : Fraction Integer -> % -- constructor ; compiling file "/tmp/oa-Wr4GYt/code.lsp" (written 01 FEB 2016 11:05:27 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DECIMAL;coerce;$Re;2|) ...) ; compiling (DEFUN |DECIMAL;decimal;F$;1| ...) ; compiling (DEFUN |DECIMAL;coerce;$Re;2| ...) ; compiling (DEFUN |DecimalExpansion| ...) ; compiling (DEFUN |DecimalExpansion;| ...) ; compiling (MAKEPROP (QUOTE |DecimalExpansion|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Wr4GYt/code.fasl written ; compilation finished in 0:00:00.034 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile DISPLAY.spad && cp DISPLAY.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DISPLAY.fasl \ && if test -f DISPLAY-.NRLIB/code.fasl; then \ cp DISPLAY-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DISPLAY-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DISPLAY.spad using Spad compiler. DISPLAY abbreviates package DisplayPackage debug: compDefine1 lhs: (DisplayPackage) signature (pre-evaluate): ((CATEGORY package (SIGNATURE bright ((List (String)) (String))) (SIGNATURE bright ((List (String)) (List (String)))) (SIGNATURE newLine ((String))) (SIGNATURE copies ((String) (Integer) (String))) (SIGNATURE center ((String) (String) (Integer) (String))) (SIGNATURE center ((List (String)) (List (String)) (Integer) (String))) (SIGNATURE say ((Void) (String))) (SIGNATURE say ((Void) (List (String)))) (SIGNATURE sayLength ((Integer) (String))) (SIGNATURE sayLength ((Integer) (List (String)))))) debug: evaluateType form: (CATEGORY package (SIGNATURE bright ((List (String)) (String))) (SIGNATURE bright ((List (String)) (List (String)))) (SIGNATURE newLine ((String))) (SIGNATURE copies ((String) (Integer) (String))) (SIGNATURE center ((String) (String) (Integer) (String))) (SIGNATURE center ((List (String)) (List (String)) (Integer) (String))) (SIGNATURE say ((Void) (String))) (SIGNATURE say ((Void) (List (String)))) (SIGNATURE sayLength ((Integer) (String))) (SIGNATURE sayLength ((Integer) (List (String))))) $param: NIL debug: evaluateType form: (List (String)) $param: NIL Debug: evaluateType1 form: (List (String)) debug: evaluateType1 x: (String) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evalCategory d: (String) c: (Type) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (List (String)) $param: NIL Debug: evaluateType1 form: (List (String)) debug: evaluateType1 x: (String) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evalCategory d: (String) c: (Type) debug: evaluateType form: (List (String)) $param: NIL Debug: evaluateType1 form: (List (String)) debug: evaluateType1 x: (String) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evalCategory d: (String) c: (Type) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (List (String)) $param: NIL Debug: evaluateType1 form: (List (String)) debug: evaluateType1 x: (String) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evalCategory d: (String) c: (Type) debug: evaluateType form: (List (String)) $param: NIL Debug: evaluateType1 form: (List (String)) debug: evaluateType1 x: (String) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evalCategory d: (String) c: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (List (String)) $param: NIL Debug: evaluateType1 form: (List (String)) debug: evaluateType1 x: (String) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evalCategory d: (String) c: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (List (String)) $param: NIL Debug: evaluateType1 form: (List (String)) debug: evaluateType1 x: (String) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evalCategory d: (String) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE bright ((List (String)) (String))) (SIGNATURE bright ((List (String)) (List (String)))) (SIGNATURE newLine ((String))) (SIGNATURE copies ((String) (Integer) (String))) (SIGNATURE center ((String) (String) (Integer) (String))) (SIGNATURE center ((List (String)) (List (String)) (Integer) (String))) (SIGNATURE say ((Void) (String))) (SIGNATURE say ((Void) (List (String)))) (SIGNATURE sayLength ((Integer) (String))) (SIGNATURE sayLength ((Integer) (List (String)))))) ------------------------------------------------------------------------ initializing stationary directory for DisplayPackage compiling into /tmp/oa-Jy29bY compiling exported bright : String -> List String Time: 0.02 SEC. compiling exported bright : List String -> List String Time: 0.00 SEC. compiling exported newLine : () -> String Time: 0 SEC. compiling exported copies : (Integer,String) -> String Time: 0.03 SEC. compiling local center0 : (Integer,Integer,String) -> Record(lhs: String,rhs: String) Time: 0.02 SEC. compiling exported center : (String,Integer,String) -> String Time: 0.01 SEC. compiling exported center : (List String,Integer,String) -> List String Time: 0.01 SEC. compiling exported say : String -> Void DISPLAY;say;SV;8 is replaced by sayBrightly Time: 0 SEC. compiling exported say : List String -> Void DISPLAY;say;LV;9 is replaced by sayBrightly Time: 0 SEC. compiling exported sayLength : String -> Integer DISPLAY;sayLength;SI;10 is replaced by %strlength Time: 0.01 SEC. compiling exported sayLength : List String -> Integer Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] center0: SEGMENT has no value [2] center: SEGMENT has no value Cumulative Statistics for Constructor DisplayPackage Time: 0.12 seconds finalizing NRLIB DISPLAY Processing DisplayPackage for Browser database: -- bright : S -> L S -- bright : L S -> L S -- newLine : () -> S -- copies : (I,S) -> S -- center : (S,I,S) -> S -- center : (L S,I,S) -> L S -- say : S -> Void -- say : L S -> Void -- sayLength : S -> I -- sayLength : L S -> I -- constructor ; compiling file "/tmp/oa-Jy29bY/code.lsp" (written 01 FEB 2016 11:05:27 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DISPLAY;say;SV;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DISPLAY;say;LV;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DISPLAY;sayLength;SI;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DISPLAY;bright;SL;1|) ...) ; compiling (PUT (QUOTE |DISPLAY;newLine;S;3|) ...) ; compiling (DEFUN |DISPLAY;bright;SL;1| ...) ; compiling (DEFUN |DISPLAY;bright;2L;2| ...) ; compiling (DEFUN |DISPLAY;newLine;S;3| ...) ; compiling (DEFUN |DISPLAY;copies;I2S;4| ...) ; file: /tmp/oa-Jy29bY/code.lsp ; in: DEFUN |DISPLAY;copies;I2S;4| ; (DEFUN BOOT::|DISPLAY;copies;I2S;4| (BOOT::|n| BOOT::|s| BOOT::$) ; (COND ((< BOOT::|n| 1) "") ((EQL BOOT::|n| 1) BOOT::|s|) ; (T ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DISPLAY;copies;I2S;4| ; (BOOT::|n| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|DISPLAY;copies;I2S;4| ; (COND ((< BOOT::|n| 1) "") ((EQL BOOT::|n| 1) BOOT::|s|) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |DISPLAY;center0| ...) ; compiling (DEFUN |DISPLAY;center;SI2S;6| ...) ; file: /tmp/oa-Jy29bY/code.lsp ; in: DEFUN |DISPLAY;center;SI2S;6| ; (DEFUN BOOT::|DISPLAY;center;SI2S;6| ; (BOOT::|s| BOOT::|wid| BOOT::|fill| BOOT::$) ; (PROG (BOOT::|rec|) (RETURN (COND (# "") (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DISPLAY;center;SI2S;6| ; (BOOT::|s| BOOT::|wid| BOOT::|fill| BOOT::$) ; (BLOCK BOOT::|DISPLAY;center;SI2S;6| ; (PROG (BOOT::|rec|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |DISPLAY;center;LISL;7| ...) ; compiling (DEFUN |DISPLAY;say;SV;8| ...) ; compiling (DEFUN |DISPLAY;say;LV;9| ...) ; compiling (DEFUN |DISPLAY;sayLength;SI;10| ...) ; compiling (DEFUN |DISPLAY;sayLength;LI;11| ...) ; compiling (DEFUN |DisplayPackage| ...) ; compiling (DEFUN |DisplayPackage;| ...) ; compiling (MAKEPROP (QUOTE |DisplayPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-Jy29bY/code.fasl written ; compilation finished in 0:00:00.060 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FFPOLY.spad && cp FFPOLY.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FFPOLY.fasl \ && if test -f FFPOLY-.NRLIB/code.fasl; then \ cp FFPOLY-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FFPOLY-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FFPOLY.spad using Spad compiler. FFPOLY abbreviates package FiniteFieldPolynomialPackage debug: compDefine1 lhs: (FiniteFieldPolynomialPackage GF) signature (pre-evaluate): ((CATEGORY package (SIGNATURE primitive? ((Boolean) (SparseUnivariatePolynomial GF))) (SIGNATURE normal? ((Boolean) (SparseUnivariatePolynomial GF))) (SIGNATURE numberOfIrreduciblePoly ((PositiveInteger) (PositiveInteger))) (SIGNATURE numberOfPrimitivePoly ((PositiveInteger) (PositiveInteger))) (SIGNATURE numberOfNormalPoly ((PositiveInteger) (PositiveInteger))) (SIGNATURE createIrreduciblePoly ((SparseUnivariatePolynomial GF) (PositiveInteger))) (SIGNATURE createPrimitivePoly ((SparseUnivariatePolynomial GF) (PositiveInteger))) (SIGNATURE createNormalPoly ((SparseUnivariatePolynomial GF) (PositiveInteger))) (SIGNATURE createNormalPrimitivePoly ((SparseUnivariatePolynomial GF) (PositiveInteger))) (SIGNATURE createPrimitiveNormalPoly ((SparseUnivariatePolynomial GF) (PositiveInteger))) (SIGNATURE nextIrreduciblePoly ((Union (SparseUnivariatePolynomial GF) failed) (SparseUnivariatePolynomial GF))) (SIGNATURE nextPrimitivePoly ((Union (SparseUnivariatePolynomial GF) failed) (SparseUnivariatePolynomial GF))) (SIGNATURE nextNormalPoly ((Union (SparseUnivariatePolynomial GF) failed) (SparseUnivariatePolynomial GF))) (SIGNATURE nextNormalPrimitivePoly ((Union (SparseUnivariatePolynomial GF) failed) (SparseUnivariatePolynomial GF))) (SIGNATURE nextPrimitiveNormalPoly ((Union (SparseUnivariatePolynomial GF) failed) (SparseUnivariatePolynomial GF))) (SIGNATURE random ((SparseUnivariatePolynomial GF) (PositiveInteger))) (SIGNATURE random ((SparseUnivariatePolynomial GF) (PositiveInteger) (PositiveInteger))) (SIGNATURE leastAffineMultiple ((SparseUnivariatePolynomial GF) (SparseUnivariatePolynomial GF))) (SIGNATURE reducedQPowers ((PrimitiveArray (SparseUnivariatePolynomial GF)) (SparseUnivariatePolynomial GF)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE primitive? ((Boolean) (SparseUnivariatePolynomial GF))) (SIGNATURE normal? ((Boolean) (SparseUnivariatePolynomial GF))) (SIGNATURE numberOfIrreduciblePoly ((PositiveInteger) (PositiveInteger))) (SIGNATURE numberOfPrimitivePoly ((PositiveInteger) (PositiveInteger))) (SIGNATURE numberOfNormalPoly ((PositiveInteger) (PositiveInteger))) (SIGNATURE createIrreduciblePoly ((SparseUnivariatePolynomial GF) (PositiveInteger))) (SIGNATURE createPrimitivePoly ((SparseUnivariatePolynomial GF) (PositiveInteger))) (SIGNATURE createNormalPoly ((SparseUnivariatePolynomial GF) (PositiveInteger))) (SIGNATURE createNormalPrimitivePoly ((SparseUnivariatePolynomial GF) (PositiveInteger))) (SIGNATURE createPrimitiveNormalPoly ((SparseUnivariatePolynomial GF) (PositiveInteger))) (SIGNATURE nextIrreduciblePoly ((Union (SparseUnivariatePolynomial GF) failed) (SparseUnivariatePolynomial GF))) (SIGNATURE nextPrimitivePoly ((Union (SparseUnivariatePolynomial GF) failed) (SparseUnivariatePolynomial GF))) (SIGNATURE nextNormalPoly ((Union (SparseUnivariatePolynomial GF) failed) (SparseUnivariatePolynomial GF))) (SIGNATURE nextNormalPrimitivePoly ((Union (SparseUnivariatePolynomial GF) failed) (SparseUnivariatePolynomial GF))) (SIGNATURE nextPrimitiveNormalPoly ((Union (SparseUnivariatePolynomial GF) failed) (SparseUnivariatePolynomial GF))) (SIGNATURE random ((SparseUnivariatePolynomial GF) (PositiveInteger))) (SIGNATURE random ((SparseUnivariatePolynomial GF) (PositiveInteger) (PositiveInteger))) (SIGNATURE leastAffineMultiple ((SparseUnivariatePolynomial GF) (SparseUnivariatePolynomial GF))) (SIGNATURE reducedQPowers ((PrimitiveArray (SparseUnivariatePolynomial GF)) (SparseUnivariatePolynomial GF)))) $param: (GF) debug: evaluateType form: (Boolean) $param: (GF) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (SparseUnivariatePolynomial GF) $param: (GF) Debug: evaluateType1 form: (SparseUnivariatePolynomial GF) debug: evaluateType1 x: GF m: (Ring) debug: evaluateType form: (Boolean) $param: (GF) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (SparseUnivariatePolynomial GF) $param: (GF) Debug: evaluateType1 form: (SparseUnivariatePolynomial GF) debug: evaluateType1 x: GF m: (Ring) debug: evaluateType form: (PositiveInteger) $param: (GF) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: (GF) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: (GF) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: (GF) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: (GF) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: (GF) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (SparseUnivariatePolynomial GF) $param: (GF) Debug: evaluateType1 form: (SparseUnivariatePolynomial GF) debug: evaluateType1 x: GF m: (Ring) debug: evaluateType form: (PositiveInteger) $param: (GF) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (SparseUnivariatePolynomial GF) $param: (GF) Debug: evaluateType1 form: (SparseUnivariatePolynomial GF) debug: evaluateType1 x: GF m: (Ring) debug: evaluateType form: (PositiveInteger) $param: (GF) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (SparseUnivariatePolynomial GF) $param: (GF) Debug: evaluateType1 form: (SparseUnivariatePolynomial GF) debug: evaluateType1 x: GF m: (Ring) debug: evaluateType form: (PositiveInteger) $param: (GF) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (SparseUnivariatePolynomial GF) $param: (GF) Debug: evaluateType1 form: (SparseUnivariatePolynomial GF) debug: evaluateType1 x: GF m: (Ring) debug: evaluateType form: (PositiveInteger) $param: (GF) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (SparseUnivariatePolynomial GF) $param: (GF) Debug: evaluateType1 form: (SparseUnivariatePolynomial GF) debug: evaluateType1 x: GF m: (Ring) debug: evaluateType form: (PositiveInteger) $param: (GF) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (Union (SparseUnivariatePolynomial GF) failed) $param: (GF) debug: evaluateType form: (SparseUnivariatePolynomial GF) $param: (GF) Debug: evaluateType1 form: (SparseUnivariatePolynomial GF) debug: evaluateType1 x: GF m: (Ring) debug: evaluateType form: failed $param: (GF) debug: evaluateType form: (SparseUnivariatePolynomial GF) $param: (GF) Debug: evaluateType1 form: (SparseUnivariatePolynomial GF) debug: evaluateType1 x: GF m: (Ring) debug: evaluateType form: (Union (SparseUnivariatePolynomial GF) failed) $param: (GF) debug: evaluateType form: (SparseUnivariatePolynomial GF) $param: (GF) Debug: evaluateType1 form: (SparseUnivariatePolynomial GF) debug: evaluateType1 x: GF m: (Ring) debug: evaluateType form: failed $param: (GF) debug: evaluateType form: (SparseUnivariatePolynomial GF) $param: (GF) Debug: evaluateType1 form: (SparseUnivariatePolynomial GF) debug: evaluateType1 x: GF m: (Ring) debug: evaluateType form: (Union (SparseUnivariatePolynomial GF) failed) $param: (GF) debug: evaluateType form: (SparseUnivariatePolynomial GF) $param: (GF) Debug: evaluateType1 form: (SparseUnivariatePolynomial GF) debug: evaluateType1 x: GF m: (Ring) debug: evaluateType form: failed $param: (GF) debug: evaluateType form: (SparseUnivariatePolynomial GF) $param: (GF) Debug: evaluateType1 form: (SparseUnivariatePolynomial GF) debug: evaluateType1 x: GF m: (Ring) debug: evaluateType form: (Union (SparseUnivariatePolynomial GF) failed) $param: (GF) debug: evaluateType form: (SparseUnivariatePolynomial GF) $param: (GF) Debug: evaluateType1 form: (SparseUnivariatePolynomial GF) debug: evaluateType1 x: GF m: (Ring) debug: evaluateType form: failed $param: (GF) debug: evaluateType form: (SparseUnivariatePolynomial GF) $param: (GF) Debug: evaluateType1 form: (SparseUnivariatePolynomial GF) debug: evaluateType1 x: GF m: (Ring) debug: evaluateType form: (Union (SparseUnivariatePolynomial GF) failed) $param: (GF) debug: evaluateType form: (SparseUnivariatePolynomial GF) $param: (GF) Debug: evaluateType1 form: (SparseUnivariatePolynomial GF) debug: evaluateType1 x: GF m: (Ring) debug: evaluateType form: failed $param: (GF) debug: evaluateType form: (SparseUnivariatePolynomial GF) $param: (GF) Debug: evaluateType1 form: (SparseUnivariatePolynomial GF) debug: evaluateType1 x: GF m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial GF) $param: (GF) Debug: evaluateType1 form: (SparseUnivariatePolynomial GF) debug: evaluateType1 x: GF m: (Ring) debug: evaluateType form: (PositiveInteger) $param: (GF) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (SparseUnivariatePolynomial GF) $param: (GF) Debug: evaluateType1 form: (SparseUnivariatePolynomial GF) debug: evaluateType1 x: GF m: (Ring) debug: evaluateType form: (PositiveInteger) $param: (GF) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: (GF) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (SparseUnivariatePolynomial GF) $param: (GF) Debug: evaluateType1 form: (SparseUnivariatePolynomial GF) debug: evaluateType1 x: GF m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial GF) $param: (GF) Debug: evaluateType1 form: (SparseUnivariatePolynomial GF) debug: evaluateType1 x: GF m: (Ring) debug: evaluateType form: (PrimitiveArray (SparseUnivariatePolynomial GF)) $param: (GF) Debug: evaluateType1 form: (PrimitiveArray (SparseUnivariatePolynomial GF)) debug: evaluateType1 x: (SparseUnivariatePolynomial GF) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (GF) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial GF) $param: (GF) Debug: evaluateType1 form: (SparseUnivariatePolynomial GF) debug: evaluateType1 x: GF m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial GF) c: (Type) debug: evaluateType form: (SparseUnivariatePolynomial GF) $param: (GF) Debug: evaluateType1 form: (SparseUnivariatePolynomial GF) debug: evaluateType1 x: GF m: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE primitive? ((Boolean) (SparseUnivariatePolynomial GF))) (SIGNATURE normal? ((Boolean) (SparseUnivariatePolynomial GF))) (SIGNATURE numberOfIrreduciblePoly ((PositiveInteger) (PositiveInteger))) (SIGNATURE numberOfPrimitivePoly ((PositiveInteger) (PositiveInteger))) (SIGNATURE numberOfNormalPoly ((PositiveInteger) (PositiveInteger))) (SIGNATURE createIrreduciblePoly ((SparseUnivariatePolynomial GF) (PositiveInteger))) (SIGNATURE createPrimitivePoly ((SparseUnivariatePolynomial GF) (PositiveInteger))) (SIGNATURE createNormalPoly ((SparseUnivariatePolynomial GF) (PositiveInteger))) (SIGNATURE createNormalPrimitivePoly ((SparseUnivariatePolynomial GF) (PositiveInteger))) (SIGNATURE createPrimitiveNormalPoly ((SparseUnivariatePolynomial GF) (PositiveInteger))) (SIGNATURE nextIrreduciblePoly ((Union (SparseUnivariatePolynomial GF) failed) (SparseUnivariatePolynomial GF))) (SIGNATURE nextPrimitivePoly ((Union (SparseUnivariatePolynomial GF) failed) (SparseUnivariatePolynomial GF))) (SIGNATURE nextNormalPoly ((Union (SparseUnivariatePolynomial GF) failed) (SparseUnivariatePolynomial GF))) (SIGNATURE nextNormalPrimitivePoly ((Union (SparseUnivariatePolynomial GF) failed) (SparseUnivariatePolynomial GF))) (SIGNATURE nextPrimitiveNormalPoly ((Union (SparseUnivariatePolynomial GF) failed) (SparseUnivariatePolynomial GF))) (SIGNATURE random ((SparseUnivariatePolynomial GF) (PositiveInteger))) (SIGNATURE random ((SparseUnivariatePolynomial GF) (PositiveInteger) (PositiveInteger))) (SIGNATURE leastAffineMultiple ((SparseUnivariatePolynomial GF) (SparseUnivariatePolynomial GF))) (SIGNATURE reducedQPowers ((PrimitiveArray (SparseUnivariatePolynomial GF)) (SparseUnivariatePolynomial GF)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for FiniteFieldPolynomialPackage compiling into /tmp/oa-OfuLiq importing IntegerNumberTheoryFunctions importing DistinctDegreeFactorize(GF,SparseUnivariatePolynomial GF) compiling local revListToSUP : List Record(expnt: NonNegativeInteger,coeff: GF) -> SparseUnivariatePolynomial GF Time: 0.12 SEC. compiling local listToSUP : List Record(expnt: NonNegativeInteger,coeff: GF) -> SparseUnivariatePolynomial GF Time: 0.01 SEC. compiling exported reducedQPowers : SparseUnivariatePolynomial GF -> PrimitiveArray SparseUnivariatePolynomial GF Time: 0.06 SEC. compiling exported leastAffineMultiple : SparseUnivariatePolynomial GF -> SparseUnivariatePolynomial GF Time: 0.55 SEC. compiling exported numberOfIrreduciblePoly : PositiveInteger -> PositiveInteger Time: 0.09 SEC. compiling exported numberOfPrimitivePoly : PositiveInteger -> PositiveInteger Time: 0.10 SEC. compiling exported numberOfNormalPoly : PositiveInteger -> PositiveInteger Time: 1.46 SEC. compiling exported primitive? : SparseUnivariatePolynomial GF -> Boolean Time: 0.10 SEC. compiling exported normal? : SparseUnivariatePolynomial GF -> Boolean Time: 0.16 SEC. compiling local nextSubset : (List NonNegativeInteger,NonNegativeInteger) -> Union(List NonNegativeInteger,failed) Time: 0.08 SEC. compiling exported nextIrreduciblePoly : SparseUnivariatePolynomial GF -> Union(SparseUnivariatePolynomial GF,failed) Time: 0.17 SEC. compiling exported nextPrimitivePoly : SparseUnivariatePolynomial GF -> Union(SparseUnivariatePolynomial GF,failed) Time: 0.30 SEC. compiling exported nextNormalPoly : SparseUnivariatePolynomial GF -> Union(SparseUnivariatePolynomial GF,failed) Time: 0.24 SEC. compiling exported nextNormalPrimitivePoly : SparseUnivariatePolynomial GF -> Union(SparseUnivariatePolynomial GF,failed) Time: 0.32 SEC. compiling exported nextPrimitiveNormalPoly : SparseUnivariatePolynomial GF -> Union(SparseUnivariatePolynomial GF,failed) Time: 0 SEC. compiling exported createIrreduciblePoly : PositiveInteger -> SparseUnivariatePolynomial GF Time: 0.04 SEC. compiling exported createPrimitivePoly : PositiveInteger -> SparseUnivariatePolynomial GF Time: 0.18 SEC. compiling exported createNormalPoly : PositiveInteger -> SparseUnivariatePolynomial GF Time: 0.10 SEC. compiling exported createNormalPrimitivePoly : PositiveInteger -> SparseUnivariatePolynomial GF Time: 0.18 SEC. compiling exported createPrimitiveNormalPoly : PositiveInteger -> SparseUnivariatePolynomial GF Time: 0 SEC. compiling exported random : PositiveInteger -> SparseUnivariatePolynomial GF Time: 0.04 SEC. compiling exported random : (PositiveInteger,PositiveInteger) -> SparseUnivariatePolynomial GF Time: 0.02 SEC. (time taken in buildFunctor: 4) Time: 0.05 SEC. Warnings: [1] leastAffineMultiple: coeffVector has no value [2] primitive?: factors has no value [3] primitive?: not known that IntegralDomain is of mode CATEGORY(package,primitive?: SparseUnivariatePolynomial GF -> Boolean,normal?: SparseUnivariatePolynomial GF -> Boolean,numberOfIrreduciblePoly: PositiveInteger -> PositiveInteger,numberOfPrimitivePoly: PositiveInteger -> PositiveInteger,numberOfNormalPoly: PositiveInteger -> PositiveInteger,createIrreduciblePoly: PositiveInteger -> SparseUnivariatePolynomial GF,createPrimitivePoly: PositiveInteger -> SparseUnivariatePolynomial GF,createNormalPoly: PositiveInteger -> SparseUnivariatePolynomial GF,createNormalPrimitivePoly: PositiveInteger -> SparseUnivariatePolynomial GF,createPrimitiveNormalPoly: PositiveInteger -> SparseUnivariatePolynomial GF,nextIrreduciblePoly: SparseUnivariatePolynomial GF -> Union(SparseUnivariatePolynomial GF,"failed"),nextPrimitivePoly: SparseUnivariatePolynomial GF -> Union(SparseUnivariatePolynomial GF,"failed"),nextNormalPoly: SparseUnivariatePolynomial GF -> Union(SparseUnivariatePolynomial GF,"failed"),nextNormalPrimitivePoly: SparseUnivariatePolynomial GF -> Union(SparseUnivariatePolynomial GF,"failed"),nextPrimitiveNormalPoly: SparseUnivariatePolynomial GF -> Union(SparseUnivariatePolynomial GF,"failed"),random: PositiveInteger -> SparseUnivariatePolynomial GF,random: (PositiveInteger,PositiveInteger) -> SparseUnivariatePolynomial GF,leastAffineMultiple: SparseUnivariatePolynomial GF -> SparseUnivariatePolynomial GF,reducedQPowers: SparseUnivariatePolynomial GF -> PrimitiveArray SparseUnivariatePolynomial GF) [4] normal?: rank has no value [5] nextSubset: restOfs has no value [6] nextSubset: i has no value [7] nextIrreduciblePoly: term has no value [8] nextIrreduciblePoly: fcopy has no value [9] nextPrimitivePoly: term has no value [10] nextPrimitivePoly: fcopy has no value [11] nextPrimitivePoly: weight has no value [12] nextPrimitivePoly: s has no value [13] nextNormalPoly: term has no value [14] nextNormalPoly: fcopy has no value [15] nextNormalPoly: l has no value [16] nextNormalPoly: a has no value [17] nextNormalPrimitivePoly: term has no value [18] nextNormalPrimitivePoly: fcopy has no value [19] nextNormalPrimitivePoly: la has no value [20] nextNormalPrimitivePoly: a has no value [21] nextNormalPrimitivePoly: middlelookuplist has no value [22] nextNormalPrimitivePoly: middlepol has no value [23] nextNormalPrimitivePoly: weight has no value [24] nextNormalPrimitivePoly: s has no value Cumulative Statistics for Constructor FiniteFieldPolynomialPackage Time: 4.37 seconds finalizing NRLIB FFPOLY Processing FiniteFieldPolynomialPackage for Browser database: -- primitive? : SUP -> Boolean -- normal? : SUP -> Boolean -- numberOfIrreduciblePoly : PI -> PI -- numberOfPrimitivePoly : PI -> PI -- numberOfNormalPoly : PI -> PI -- createIrreduciblePoly : PI -> SUP -- createPrimitivePoly : PI -> SUP -- createNormalPoly : PI -> SUP -- createNormalPrimitivePoly : PI -> SUP -- createPrimitiveNormalPoly : PI -> SUP -- nextIrreduciblePoly : SUP -> Union(SUP,"failed") -- nextPrimitivePoly : SUP -> Union(SUP,"failed") -- nextNormalPoly : SUP -> Union(SUP,"failed") -- nextNormalPrimitivePoly : SUP -> Union(SUP,"failed") -- nextPrimitiveNormalPoly : SUP -> Union(SUP,"failed") -- random : PI -> SUP -- random : (PI,PI) -> SUP -- leastAffineMultiple : SUP -> SUP -- reducedQPowers : SUP -> PrimitiveArray SUP -- constructor ; compiling file "/tmp/oa-OfuLiq/code.lsp" (written 01 FEB 2016 11:05:32 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FFPOLY;revListToSUP| ...) ; file: /tmp/oa-OfuLiq/code.lsp ; in: DEFUN |FFPOLY;revListToSUP| ; (DEFUN BOOT::|FFPOLY;revListToSUP| (BOOT::|l| BOOT::$) ; (LET ((BOOT::|newl| NIL)) ; (PROGN ; (LET (#) ; (LOOP # ; #)) ; BOOT::|newl|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFPOLY;revListToSUP| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|FFPOLY;revListToSUP| ; (LET ((BOOT::|newl| NIL)) ; (PROGN ; (LET # ; #) ; BOOT::|newl|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |FFPOLY;listToSUP| ...) ; file: /tmp/oa-OfuLiq/code.lsp ; in: DEFUN |FFPOLY;listToSUP| ; (DEFUN BOOT::|FFPOLY;listToSUP| (BOOT::|l| BOOT::$) ; (LET ((BOOT::|newl| ; (LET # ; #))) ; BOOT::|newl|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFPOLY;listToSUP| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|FFPOLY;listToSUP| ; (LET ((BOOT::|newl| #)) ; BOOT::|newl|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |FFPOLY;reducedQPowers;SupPa;3| ...) ; compiling (DEFUN |FFPOLY;leastAffineMultiple;2Sup;4| ...) ; file: /tmp/oa-OfuLiq/code.lsp ; in: DEFUN |FFPOLY;leastAffineMultiple;2Sup;4| ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |FFPOLY;numberOfIrreduciblePoly;2Pi;5| ...) ; file: /tmp/oa-OfuLiq/code.lsp ; in: DEFUN |FFPOLY;numberOfIrreduciblePoly;2Pi;5| ; (DEFUN BOOT::|FFPOLY;numberOfIrreduciblePoly;2Pi;5| (BOOT::|n| BOOT::$) ; (COND ((EQL BOOT::|n| 1) (BOOT::|shellEntry| BOOT::$ 10)) ; (T ; (LET* (# # # #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFPOLY;numberOfIrreduciblePoly;2Pi;5| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|FFPOLY;numberOfIrreduciblePoly;2Pi;5| ; (COND ((EQL BOOT::|n| 1) (BOOT::|shellEntry| BOOT::$ 10)) ; (T ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (INTEGER 1) &REST T). ; compiling (DEFUN |FFPOLY;numberOfPrimitivePoly;2Pi;6| ...) ; file: /tmp/oa-OfuLiq/code.lsp ; in: DEFUN |FFPOLY;numberOfPrimitivePoly;2Pi;6| ; (DEFUN BOOT::|FFPOLY;numberOfPrimitivePoly;2Pi;6| (BOOT::|n| BOOT::$) ; (LET ((#:G628 (TRUNCATE # BOOT::|n|))) ; (COND ((AND # #) #:G628) (T (BOOT::|moanRetract| #:G628 '#))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFPOLY;numberOfPrimitivePoly;2Pi;6| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|FFPOLY;numberOfPrimitivePoly;2Pi;6| ; (LET ((#:G628 #)) ; (COND (# #:G628) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES (INTEGER 1) &REST T). ; compiling (DEFUN |FFPOLY;numberOfNormalPoly;2Pi;7| ...) ; file: /tmp/oa-OfuLiq/code.lsp ; in: DEFUN |FFPOLY;numberOfNormalPoly;2Pi;7| ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; (DEFUN BOOT::|FFPOLY;numberOfNormalPoly;2Pi;7| (BOOT::|n| BOOT::$) ; (PROG (BOOT::|divisorsOfm| BOOT::|prod| BOOT::|qe| BOOT::|e|) ; (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFPOLY;numberOfNormalPoly;2Pi;7| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|FFPOLY;numberOfNormalPoly;2Pi;7| ; (PROG (BOOT::|divisorsOfm| BOOT::|prod| BOOT::|qe| BOOT::|e|) ; (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES (INTEGER 1) &REST T). ; compiling (DEFUN |FFPOLY;primitive?;SupB;8| ...) ; compiling (DEFUN |FFPOLY;normal?;SupB;9| ...) ; compiling (DEFUN |FFPOLY;nextSubset| ...) ; file: /tmp/oa-OfuLiq/code.lsp ; in: DEFUN |FFPOLY;nextSubset| ; (DEFUN BOOT::|FFPOLY;nextSubset| (BOOT::|s| BOOT::|bound| BOOT::$) ; (PROG (BOOT::|firstOfs| BOOT::|firstOfsPlus1| BOOT::|secondOfs| ; BOOT::|restOfs| BOOT::|i| BOOT::|noGap|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFPOLY;nextSubset| ; (BOOT::|s| BOOT::|bound| BOOT::$) ; (BLOCK BOOT::|FFPOLY;nextSubset| ; (PROG (BOOT::|firstOfs| BOOT::|firstOfsPlus1| BOOT::|secondOfs| ; BOOT::|restOfs| BOOT::|i| BOOT::|noGap|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |s| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS UNSIGNED-BYTE T)) ; ; compiling (DEFUN |FFPOLY;nextIrreduciblePoly;SupU;11| ...) ; file: /tmp/oa-OfuLiq/code.lsp ; in: DEFUN |FFPOLY;nextIrreduciblePoly;SupU;11| ; (DEFUN BOOT::|FFPOLY;nextIrreduciblePoly;SupU;11| (BOOT::|f| BOOT::$) ; (PROG (BOOT::|s1| BOOT::|restfcopy| BOOT::|pol| BOOT::|j| BOOT::|n1| ; BOOT::|s| BOOT::|headlookuplist| BOOT::|taillookuplist| ; BOOT::|weight| BOOT::|headpol| BOOT::|tailpol| BOOT::|term| ...) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFPOLY;nextIrreduciblePoly;SupU;11| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|FFPOLY;nextIrreduciblePoly;SupU;11| ; (PROG (BOOT::|s1| BOOT::|restfcopy| BOOT::|pol| BOOT::|j| BOOT::|n1| ; BOOT::|s| BOOT::|headlookuplist| BOOT::|taillookuplist| ; BOOT::|weight| BOOT::|headpol| BOOT::|tailpol| BOOT::|term| ...) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |FFPOLY;nextPrimitivePoly;SupU;12| ...) ; file: /tmp/oa-OfuLiq/code.lsp ; in: DEFUN |FFPOLY;nextPrimitivePoly;SupU;12| ; (DEFUN BOOT::|FFPOLY;nextPrimitivePoly;SupU;12| (BOOT::|f| BOOT::$) ; (PROG (BOOT::|s1| BOOT::|restfcopy| BOOT::|pol| BOOT::|j| BOOT::|notReady| ; BOOT::|taillookuplist| BOOT::|tailpol| BOOT::|headlookuplist| ; BOOT::|headpol| BOOT::|constterm| BOOT::|noGenerator| BOOT::|c| ...) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFPOLY;nextPrimitivePoly;SupU;12| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|FFPOLY;nextPrimitivePoly;SupU;12| ; (PROG (BOOT::|s1| BOOT::|restfcopy| BOOT::|pol| BOOT::|j| ; BOOT::|notReady| BOOT::|taillookuplist| BOOT::|tailpol| ; BOOT::|headlookuplist| BOOT::|headpol| BOOT::|constterm| ; BOOT::|noGenerator| BOOT::|c| ...) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |FFPOLY;nextNormalPoly;SupU;13| ...) ; file: /tmp/oa-OfuLiq/code.lsp ; in: DEFUN |FFPOLY;nextNormalPoly;SupU;13| ; (DEFUN BOOT::|FFPOLY;nextNormalPoly;SupU;13| (BOOT::|f| BOOT::$) ; (PROG (BOOT::|s1| BOOT::|restfcopy| BOOT::|pol| BOOT::|j| BOOT::|notReady| ; BOOT::|taillookuplist| BOOT::|tailpol| BOOT::|headpol| BOOT::|s| ; BOOT::|middlelookuplist| BOOT::|weight| BOOT::|a| ...) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFPOLY;nextNormalPoly;SupU;13| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|FFPOLY;nextNormalPoly;SupU;13| ; (PROG (BOOT::|s1| BOOT::|restfcopy| BOOT::|pol| BOOT::|j| ; BOOT::|notReady| BOOT::|taillookuplist| BOOT::|tailpol| ; BOOT::|headpol| BOOT::|s| BOOT::|middlelookuplist| ; BOOT::|weight| BOOT::|a| ...) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |FFPOLY;nextNormalPrimitivePoly;SupU;14| ...) ; file: /tmp/oa-OfuLiq/code.lsp ; in: DEFUN |FFPOLY;nextNormalPrimitivePoly;SupU;14| ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; (DEFUN BOOT::|FFPOLY;nextNormalPrimitivePoly;SupU;14| (BOOT::|f| BOOT::$) ; (PROG (BOOT::|s1| BOOT::|restfcopy| BOOT::|j| BOOT::|notReady| ; BOOT::|taillookuplist| BOOT::|tailpol| BOOT::|pol| BOOT::|s| ; BOOT::|middlelookuplist| BOOT::|weight| BOOT::|headpol| ; BOOT::|constterm| ...) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFPOLY;nextNormalPrimitivePoly;SupU;14| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|FFPOLY;nextNormalPrimitivePoly;SupU;14| ; (PROG (BOOT::|s1| BOOT::|restfcopy| BOOT::|j| BOOT::|notReady| ; BOOT::|taillookuplist| BOOT::|tailpol| BOOT::|pol| BOOT::|s| ; BOOT::|middlelookuplist| BOOT::|weight| BOOT::|headpol| ; BOOT::|constterm| ...) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |FFPOLY;nextPrimitiveNormalPoly;SupU;15| ...) ; compiling (DEFUN |FFPOLY;createIrreduciblePoly;PiSup;16| ...) ; compiling (DEFUN |FFPOLY;createPrimitivePoly;PiSup;17| ...) ; file: /tmp/oa-OfuLiq/code.lsp ; in: DEFUN |FFPOLY;createPrimitivePoly;PiSup;17| ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |FFPOLY;createNormalPoly;PiSup;18| ...) ; file: /tmp/oa-OfuLiq/code.lsp ; in: DEFUN |FFPOLY;createNormalPoly;PiSup;18| ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |FFPOLY;createNormalPrimitivePoly;PiSup;19| ...) ; file: /tmp/oa-OfuLiq/code.lsp ; in: DEFUN |FFPOLY;createNormalPrimitivePoly;PiSup;19| ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |FFPOLY;createPrimitiveNormalPoly;PiSup;20| ...) ; compiling (DEFUN |FFPOLY;random;PiSup;21| ...) ; file: /tmp/oa-OfuLiq/code.lsp ; in: DEFUN |FFPOLY;random;PiSup;21| ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |FFPOLY;random;2PiSup;22| ...) ; file: /tmp/oa-OfuLiq/code.lsp ; in: DEFUN |FFPOLY;random;2PiSup;22| ; (DEFUN BOOT::|FFPOLY;random;2PiSup;22| (BOOT::|m| BOOT::|n| BOOT::$) ; (PROG (BOOT::|d|) ; (RETURN ; (PROGN ; (COND #) ; (BOOT::LETT BOOT::|d| # BOOT::|FFPOLY;random;2PiSup;22|) ; (COND #) ; (BOOT::|FFPOLY;random;PiSup;21| BOOT::|n| BOOT::$))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFPOLY;random;2PiSup;22| ; (BOOT::|m| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|FFPOLY;random;2PiSup;22| ; (PROG (BOOT::|d|) (RETURN (PROGN # # # #))))) ; ; note: Assignment to argument: |m| ; prevents use of assertion from function type proclamation: ; (INTEGER 1) ; ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; (INTEGER 1) ; ; compiling (DEFUN |FiniteFieldPolynomialPackage| ...) ; compiling (DEFUN |FiniteFieldPolynomialPackage;| ...) ; compiling (MAKEPROP (QUOTE |FiniteFieldPolynomialPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 17 notes ; /tmp/oa-OfuLiq/code.fasl written ; compilation finished in 0:00:00.409 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FFX.spad && cp FFX.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FFX.fasl \ && if test -f FFX-.NRLIB/code.fasl; then \ cp FFX-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FFX-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FFX.spad using Spad compiler. FFX abbreviates domain FiniteFieldExtension debug: compDefine1 lhs: (FiniteFieldExtension GF n) signature (pre-evaluate): ((FiniteAlgebraicExtensionField GF) NIL NIL) debug: evaluateType form: (FiniteAlgebraicExtensionField GF) $param: (GF n) Debug: evaluateType1 form: (FiniteAlgebraicExtensionField GF) debug: evaluateType1 x: GF m: (Field) debug: compDefine1 signature (post evaluate): ((FiniteAlgebraicExtensionField GF) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FiniteFieldExtension compiling into /tmp/oa-P0tSbI (time taken in buildFunctor: 24) Time: 0.14 SEC. Cumulative Statistics for Constructor FiniteFieldExtension Time: 0.14 seconds finalizing NRLIB FFX Processing FiniteFieldExtension for Browser database: -- constructor ; compiling file "/tmp/oa-P0tSbI/code.lsp" (written 01 FEB 2016 11:05:33 PM): ; compiling (DEFUN |FiniteFieldExtension| ...) ; compiling (DEFUN |FiniteFieldExtension;| ...) ; compiling (MAKEPROP (QUOTE |FiniteFieldExtension|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-P0tSbI/code.fasl written ; compilation finished in 0:00:00.021 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile NORMRETR.spad && cp NORMRETR.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/NORMRETR.fasl \ && if test -f NORMRETR-.NRLIB/code.fasl; then \ cp NORMRETR-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/NORMRETR-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NORMRETR.spad using Spad compiler. NORMRETR abbreviates package NormRetractPackage debug: compDefine1 lhs: (NormRetractPackage F ExtF SUEx ExtP n) signature (pre-evaluate): ((CATEGORY package (SIGNATURE normFactors ((List ExtP) ExtP)) (SIGNATURE retractIfCan ((Union (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)) failed) ExtP)) (SIGNATURE Frobenius (ExtP ExtP))) NIL NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE normFactors ((List ExtP) ExtP)) (SIGNATURE retractIfCan ((Union (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)) failed) ExtP)) (SIGNATURE Frobenius (ExtP ExtP))) $param: (F ExtF SUEx ExtP n) debug: evaluateType form: (List ExtP) $param: (F ExtF SUEx ExtP n) Debug: evaluateType1 form: (List ExtP) debug: evaluateType1 x: ExtP m: (Type) debug: evaluateType form: ExtP $param: (F ExtF SUEx ExtP n) debug: evaluateType form: (Union (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)) failed) $param: (F ExtF SUEx ExtP n) debug: evaluateType form: (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)) $param: (F ExtF SUEx ExtP n) Debug: evaluateType1 form: (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)) debug: evaluateType1 x: (SparseUnivariatePolynomial F) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (F ExtF SUEx ExtP n) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (F ExtF SUEx ExtP n) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial F) c: (Ring) debug: evaluateType form: failed $param: (F ExtF SUEx ExtP n) debug: evaluateType form: ExtP $param: (F ExtF SUEx ExtP n) debug: evaluateType form: ExtP $param: (F ExtF SUEx ExtP n) debug: evaluateType form: ExtP $param: (F ExtF SUEx ExtP n) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE normFactors ((List ExtP) ExtP)) (SIGNATURE retractIfCan ((Union (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)) failed) ExtP)) (SIGNATURE Frobenius (ExtP ExtP))) NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for NormRetractPackage compiling into /tmp/oa-MOjM0S compiling exported normFactors : ExtP -> List ExtP Time: 0.15 SEC. compiling exported Frobenius : ExtP -> ExtP Time: 0 SEC. compiling exported retractIfCan : ExtP -> Union(SparseUnivariatePolynomial SparseUnivariatePolynomial F,failed) Time: 0.05 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor NormRetractPackage Time: 0.20 seconds finalizing NRLIB NORMRETR Processing NormRetractPackage for Browser database: -- normFactors : ExtP -> List ExtP -- retractIfCan : ExtP -> Union(P,"failed") -- Frobenius : ExtP -> ExtP -- constructor ; compiling file "/tmp/oa-MOjM0S/code.lsp" (written 01 FEB 2016 11:05:33 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |NORMRETR;normFactors;ExtPL;1| ...) ; compiling (DEFUN |NORMRETR;Frobenius;2ExtP;2| ...) ; compiling (DEFUN |NORMRETR;retractIfCan;ExtPU;3| ...) ; compiling (DEFUN |NormRetractPackage| ...) ; compiling (DEFUN |NormRetractPackage;| ...) ; compiling (MAKEPROP (QUOTE |NormRetractPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-MOjM0S/code.fasl written ; compilation finished in 0:00:00.026 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile TWOFACT.spad && cp TWOFACT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/TWOFACT.fasl \ && if test -f TWOFACT-.NRLIB/code.fasl; then \ cp TWOFACT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/TWOFACT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TWOFACT.spad using Spad compiler. TWOFACT abbreviates package TwoFactorize debug: compDefine1 lhs: (TwoFactorize F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE generalTwoFactor ((Factored (SparseUnivariatePolynomial (SparseUnivariatePolynomial F))) (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)))) (SIGNATURE generalSqFr ((Factored (SparseUnivariatePolynomial (SparseUnivariatePolynomial F))) (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)))) (SIGNATURE twoFactor ((Factored (SparseUnivariatePolynomial (SparseUnivariatePolynomial F))) (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)) (Integer)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE generalTwoFactor ((Factored (SparseUnivariatePolynomial (SparseUnivariatePolynomial F))) (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)))) (SIGNATURE generalSqFr ((Factored (SparseUnivariatePolynomial (SparseUnivariatePolynomial F))) (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)))) (SIGNATURE twoFactor ((Factored (SparseUnivariatePolynomial (SparseUnivariatePolynomial F))) (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)) (Integer)))) $param: (F) debug: evaluateType form: (Factored (SparseUnivariatePolynomial (SparseUnivariatePolynomial F))) $param: (F) Debug: evaluateType1 form: (Factored (SparseUnivariatePolynomial (SparseUnivariatePolynomial F))) debug: evaluateType1 x: (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (F) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)) $param: (F) Debug: evaluateType1 form: (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)) debug: evaluateType1 x: (SparseUnivariatePolynomial F) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (F) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (F) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial F) c: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)) c: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)) $param: (F) Debug: evaluateType1 form: (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)) debug: evaluateType1 x: (SparseUnivariatePolynomial F) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (F) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (F) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial F) c: (Ring) debug: evaluateType form: (Factored (SparseUnivariatePolynomial (SparseUnivariatePolynomial F))) $param: (F) Debug: evaluateType1 form: (Factored (SparseUnivariatePolynomial (SparseUnivariatePolynomial F))) debug: evaluateType1 x: (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (F) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)) $param: (F) Debug: evaluateType1 form: (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)) debug: evaluateType1 x: (SparseUnivariatePolynomial F) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (F) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (F) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial F) c: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)) c: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)) $param: (F) Debug: evaluateType1 form: (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)) debug: evaluateType1 x: (SparseUnivariatePolynomial F) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (F) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (F) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial F) c: (Ring) debug: evaluateType form: (Factored (SparseUnivariatePolynomial (SparseUnivariatePolynomial F))) $param: (F) Debug: evaluateType1 form: (Factored (SparseUnivariatePolynomial (SparseUnivariatePolynomial F))) debug: evaluateType1 x: (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (F) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)) $param: (F) Debug: evaluateType1 form: (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)) debug: evaluateType1 x: (SparseUnivariatePolynomial F) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (F) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (F) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial F) c: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)) c: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)) $param: (F) Debug: evaluateType1 form: (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)) debug: evaluateType1 x: (SparseUnivariatePolynomial F) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (F) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (F) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial F) c: (Ring) debug: evaluateType form: (Integer) $param: (F) Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE generalTwoFactor ((Factored (SparseUnivariatePolynomial (SparseUnivariatePolynomial F))) (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)))) (SIGNATURE generalSqFr ((Factored (SparseUnivariatePolynomial (SparseUnivariatePolynomial F))) (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)))) (SIGNATURE twoFactor ((Factored (SparseUnivariatePolynomial (SparseUnivariatePolynomial F))) (SparseUnivariatePolynomial (SparseUnivariatePolynomial F)) (Integer)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for TwoFactorize compiling into /tmp/oa-dgJe8c importing CommuteUnivariatePolynomialCategory(F,SparseUnivariatePolynomial F,SparseUnivariatePolynomial SparseUnivariatePolynomial F) compiling local computeDegree : (SparseUnivariatePolynomial SparseUnivariatePolynomial F,Integer,Integer) -> PositiveInteger Time: 0.08 SEC. compiling local exchangeVars : SparseUnivariatePolynomial SparseUnivariatePolynomial F -> SparseUnivariatePolynomial SparseUnivariatePolynomial F Time: 0.02 SEC. compiling local exchangeVarTerm : (SparseUnivariatePolynomial F,NonNegativeInteger) -> SparseUnivariatePolynomial SparseUnivariatePolynomial F Time: 0.02 SEC. compiling local pthRoot : (SparseUnivariatePolynomial F,NonNegativeInteger,NonNegativeInteger) -> SparseUnivariatePolynomial F Time: 0.03 SEC. compiling exported generalSqFr : SparseUnivariatePolynomial SparseUnivariatePolynomial F -> Factored SparseUnivariatePolynomial SparseUnivariatePolynomial F Time: 0.14 SEC. compiling exported generalTwoFactor : SparseUnivariatePolynomial SparseUnivariatePolynomial F -> Factored SparseUnivariatePolynomial SparseUnivariatePolynomial F Time: 0.27 SEC. compiling exported twoFactor : (SparseUnivariatePolynomial SparseUnivariatePolynomial F,Integer) -> Factored SparseUnivariatePolynomial SparseUnivariatePolynomial F Time: 1.00 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] generalSqFr: not known that IntegralDomain is of mode CATEGORY(package,generalTwoFactor: SparseUnivariatePolynomial SparseUnivariatePolynomial F -> Factored SparseUnivariatePolynomial SparseUnivariatePolynomial F,generalSqFr: SparseUnivariatePolynomial SparseUnivariatePolynomial F -> Factored SparseUnivariatePolynomial SparseUnivariatePolynomial F,twoFactor: (SparseUnivariatePolynomial SparseUnivariatePolynomial F,Integer) -> Factored SparseUnivariatePolynomial SparseUnivariatePolynomial F) [2] generalSqFr: flg has no value [3] generalSqFr: xpnt has no value [4] generalSqFr: : NonNegativeInteger -- replace by pretend [5] generalSqFr: fctr has no value [6] generalTwoFactor: flg has no value [7] generalTwoFactor: fctr has no value [8] generalTwoFactor: xpnt has no value [9] generalTwoFactor: ll has no value [10] generalTwoFactor: unitPart has no value [11] twoFactor: vval has no value [12] twoFactor: umv has no value [13] twoFactor: val has no value [14] twoFactor: umex has no value Cumulative Statistics for Constructor TwoFactorize Time: 1.58 seconds finalizing NRLIB TWOFACT Processing TwoFactorize for Browser database: -- generalTwoFactor : P -> Factored P -- generalSqFr : P -> Factored P -- twoFactor : (P,Integer) -> Factored P -- constructor ; compiling file "/tmp/oa-dgJe8c/code.lsp" (written 01 FEB 2016 11:05:35 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |TWOFACT;computeDegree| ...) ; file: /tmp/oa-dgJe8c/code.lsp ; in: DEFUN |TWOFACT;computeDegree| ; (DEFUN BOOT::|TWOFACT;computeDegree| (BOOT::|m| BOOT::|mx| BOOT::|q| BOOT::$) ; (LET* ((BOOT::|my| (BOOT::SPADCALL BOOT::|m| #)) ; (BOOT::|n1| (INTEGER-LENGTH #)) ; (BOOT::|n2| (- # 1)) ; (BOOT::|n| (+ # 1))) ; (COND ((AND # #) BOOT::|n|) (T (BOOT::|moanRetract| BOOT::|n| '#))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TWOFACT;computeDegree| ; (BOOT::|m| BOOT::|mx| BOOT::|q| BOOT::$) ; (BLOCK BOOT::|TWOFACT;computeDegree| ; (LET* ((BOOT::|my| #) (BOOT::|n1| #) (BOOT::|n2| #) (BOOT::|n| #)) ; (COND (# BOOT::|n|) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES (INTEGER 1) &REST T). ; compiling (DEFUN |TWOFACT;exchangeVars| ...) ; compiling (DEFUN |TWOFACT;exchangeVarTerm| ...) ; compiling (DEFUN |TWOFACT;pthRoot| ...) ; compiling (DEFUN |TWOFACT;pthRoot!0| ...) ; compiling (DEFUN |TWOFACT;generalSqFr;SupF;5| ...) ; compiling (DEFUN |TWOFACT;generalTwoFactor;SupF;6| ...) ; compiling (DEFUN |TWOFACT;generalTwoFactor;SupF;6!0| ...) ; compiling (DEFUN |TWOFACT;twoFactor;SupIF;7| ...) ; file: /tmp/oa-dgJe8c/code.lsp ; in: DEFUN |TWOFACT;twoFactor;SupIF;7| ; (LET ((BOOT::|n| ; (BOOT::|TWOFACT;computeDegree| BOOT::|m| BOOT::|dx| (BOOT::SPADCALL #) ; BOOT::$)) ; (BOOT::|look| T) ; (BOOT::|dm| (BOOT::SPADCALL BOOT::|m| (BOOT::|shellEntry| BOOT::$ 10))) ; (BOOT::|tryCount| (MIN 5 (BOOT::SPADCALL #))) ; (BOOT::|i| 0) ; (BOOT::|lcm| ; (BOOT::SPADCALL BOOT::|m| (BOOT::|shellEntry| BOOT::$ 25))) ; (BOOT::|umv| NIL) ; (BOOT::|vval| NIL)) ; (BOOT::SEQ (LOOP (COND (# #) (T #))) ; (BOOT::LETT BOOT::|extField| ; (BOOT::|FiniteFieldExtension| ; (BOOT::|shellEntry| BOOT::$ 6) BOOT::|n|) ; BOOT::|TWOFACT;twoFactor;SupIF;7|) ; (BOOT::LETT BOOT::|SUEx| ; (BOOT::|SparseUnivariatePolynomial| ; BOOT::|extField|) ; BOOT::|TWOFACT;twoFactor;SupIF;7|) ; (BOOT::LETT BOOT::TP ; (BOOT::|SparseUnivariatePolynomial| BOOT::|SUEx|) ; BOOT::|TWOFACT;twoFactor;SupIF;7|) ; (BOOT::LETT BOOT::|mm| ; (BOOT::SPADCALL ; (BOOT::|compiledLookupCheck| 'BOOT::|Zero| '# ; BOOT::TP)) ; BOOT::|TWOFACT;twoFactor;SupIF;7|) ; (BOOT::LETT BOOT::|m1| BOOT::|m| ; BOOT::|TWOFACT;twoFactor;SupIF;7|) ; (LOOP (COND (# #) (T #))) ; (BOOT::LETT BOOT::|lcmm| ; (BOOT::SPADCALL BOOT::|mm| ; (BOOT::|compiledLookupCheck| ; 'BOOT::|leadingCoefficient| # ; BOOT::TP)) ; BOOT::|TWOFACT;twoFactor;SupIF;7|) ; (BOOT::LETT BOOT::|val| NIL BOOT::|TWOFACT;twoFactor;SupIF;7|) ; (BOOT::LETT BOOT::|umex| NIL BOOT::|TWOFACT;twoFactor;SupIF;7|) ; (COND ((NOT BOOT::|look|) (PROGN # #))) ...)) ; ; caught STYLE-WARNING: ; The variable |dm| is defined but never used. ; compiling (DEFUN |TWOFACT;twoFactor;SupIF;7!1| ...) ; compiling (DEFUN |TWOFACT;twoFactor;SupIF;7!0| ...) ; compiling (DEFUN |TwoFactorize| ...) ; compiling (DEFUN |TwoFactorize;| ...) ; compiling (MAKEPROP (QUOTE |TwoFactorize|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 1 note ; /tmp/oa-dgJe8c/code.fasl written ; compilation finished in 0:00:00.128 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MFINFACT.spad && cp MFINFACT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MFINFACT.fasl \ && if test -f MFINFACT-.NRLIB/code.fasl; then \ cp MFINFACT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MFINFACT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MFINFACT.spad using Spad compiler. MFINFACT abbreviates package MultFiniteFactorize debug: compDefine1 lhs: (MultFiniteFactorize OV E F PG) signature (pre-evaluate): ((CATEGORY package (SIGNATURE factor ((Factored PG) PG)) (SIGNATURE factor ((Factored (SparseUnivariatePolynomial PG)) (SparseUnivariatePolynomial PG)))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE factor ((Factored PG) PG)) (SIGNATURE factor ((Factored (SparseUnivariatePolynomial PG)) (SparseUnivariatePolynomial PG)))) $param: (OV E F PG) debug: evaluateType form: (Factored PG) $param: (OV E F PG) Debug: evaluateType1 form: (Factored PG) debug: evaluateType1 x: PG m: (IntegralDomain) debug: evaluateType form: PG $param: (OV E F PG) debug: evaluateType form: (Factored (SparseUnivariatePolynomial PG)) $param: (OV E F PG) Debug: evaluateType1 form: (Factored (SparseUnivariatePolynomial PG)) debug: evaluateType1 x: (SparseUnivariatePolynomial PG) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (OV E F PG) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial PG) $param: (OV E F PG) Debug: evaluateType1 form: (SparseUnivariatePolynomial PG) debug: evaluateType1 x: PG m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial PG) c: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial PG) $param: (OV E F PG) Debug: evaluateType1 form: (SparseUnivariatePolynomial PG) debug: evaluateType1 x: PG m: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE factor ((Factored PG) PG)) (SIGNATURE factor ((Factored (SparseUnivariatePolynomial PG)) (SparseUnivariatePolynomial PG)))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for MultFiniteFactorize compiling into /tmp/oa-t5dht3 importing LeadingCoefDetermination(OV,IndexedExponents OV,SparseUnivariatePolynomial F,SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV)) importing MultivariateLifting(IndexedExponents OV,OV,SparseUnivariatePolynomial F,SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV)) importing FactoringUtilities(IndexedExponents OV,OV,SparseUnivariatePolynomial F,SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV)) importing FactoringUtilities(E,OV,F,PG) importing GenExEuclid(SparseUnivariatePolynomial F,SparseUnivariatePolynomial SparseUnivariatePolynomial F) compiling local convertPUP : Record(contp: SparseUnivariatePolynomial F,factors: List Record(irr: SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV),pow: Integer)) -> Record(contp: SparseUnivariatePolynomial F,factors: List Record(irr: SparseUnivariatePolynomial SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV),pow: Integer)) Time: 0.14 SEC. compiling local supFactor : (SparseUnivariatePolynomial SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV),Integer) -> Record(contp: SparseUnivariatePolynomial F,factors: List Record(irr: SparseUnivariatePolynomial SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV),pow: Integer)) Time: 0.70 SEC. compiling exported factor : SparseUnivariatePolynomial PG -> Factored SparseUnivariatePolynomial PG Time: 0.20 SEC. compiling local mFactor : (SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV),Integer) -> Record(contp: SparseUnivariatePolynomial F,factors: List Record(irr: SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV),pow: Integer)) Time: 0.82 SEC. compiling local pM : List SparseUnivariatePolynomial SparseUnivariatePolynomial F -> SparseUnivariatePolynomial F Time: 0.05 SEC. compiling local pushdcoef : PG -> SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV) Time: 0.02 SEC. compiling local intfact : (SparseUnivariatePolynomial SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV),List OV,List NonNegativeInteger,Record(contp: SparseUnivariatePolynomial F,factors: List Record(irr: SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV),pow: Integer)),List List SparseUnivariatePolynomial F) -> List SparseUnivariatePolynomial SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV) Time: 0.63 SEC. compiling local pushup : (SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV),OV) -> PG Time: 0.03 SEC. compiling local pushdown : (PG,OV) -> SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV) Time: 0.04 SEC. compiling local pushupconst : (SparseUnivariatePolynomial F,OV) -> PG Time: 0.02 SEC. compiling local ran : Integer -> SparseUnivariatePolynomial F Time: 0.02 SEC. compiling local checkzero : (SparseUnivariatePolynomial SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV),SparseUnivariatePolynomial SparseUnivariatePolynomial F) -> Boolean Time: 0.10 SEC. compiling local varChoose : (SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV),List OV,List NonNegativeInteger) -> Record(npol: SparseUnivariatePolynomial SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV),nvar: List OV,newdeg: List NonNegativeInteger) Time: 0.05 SEC. compiling local norm : List SparseUnivariatePolynomial SparseUnivariatePolynomial F -> Integer Time: 0.04 SEC. compiling local intChoose : (SparseUnivariatePolynomial SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV),List OV,SparseUnivariatePolynomial F,List SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV),List List SparseUnivariatePolynomial F) -> Record(inval: List List SparseUnivariatePolynomial F,unvfact: List SparseUnivariatePolynomial SparseUnivariatePolynomial F,lu: SparseUnivariatePolynomial F,complead: List SparseUnivariatePolynomial F) Time: 1.29 SEC. compiling local constantCase : (SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV),List Record(irr: SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV),pow: Integer)) -> Record(contp: SparseUnivariatePolynomial F,factors: List Record(irr: SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV),pow: Integer)) Time: 0.09 SEC. compiling local simplify : (SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV),Integer,List OV,List NonNegativeInteger) -> Record(contp: SparseUnivariatePolynomial F,factors: List Record(irr: SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV),pow: Integer)) Time: 0.12 SEC. compiling local mfconst : (SparseUnivariatePolynomial SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV),Integer,List OV,List NonNegativeInteger) -> List SparseUnivariatePolynomial SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV) Time: 0.20 SEC. compiling local mfpol : (SparseUnivariatePolynomial SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV),Integer,List OV,List NonNegativeInteger) -> List SparseUnivariatePolynomial SparseMultivariatePolynomial(SparseUnivariatePolynomial F,OV) Time: 0.07 SEC. compiling exported factor : PG -> Factored PG Time: 0.11 SEC. (time taken in buildFunctor: 0) Time: 0.05 SEC. Warnings: [1] pretend OV -- should replace by @ [2] supFactor: not known that IntegralDomain is of mode CATEGORY(package,factor: PG -> Factored PG,factor: SparseUnivariatePolynomial PG -> Factored SparseUnivariatePolynomial PG) [3] supFactor: irr has no value [4] supFactor: pow has no value [5] mFactor: not known that Ring is of mode CATEGORY(package,factor: PG -> Factored PG,factor: SparseUnivariatePolynomial PG -> Factored SparseUnivariatePolynomial PG) [6] mFactor: irr has no value [7] mFactor: pow has no value [8] mFactor: ffactor has no value [9] intfact: unifact has no value [10] intfact: lpol has no value [11] intfact: factfin has no value [12] intChoose: newm has no value [13] intChoose: unifact has no value Cumulative Statistics for Constructor MultFiniteFactorize Time: 4.78 seconds finalizing NRLIB MFINFACT Processing MultFiniteFactorize for Browser database: -- factor : PG -> Factored PG -- factor : SUP PG -> Factored SUP PG -- constructor ; compiling file "/tmp/oa-t5dht3/code.lsp" (written 01 FEB 2016 11:05:40 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MFINFACT;convertPUP| ...) ; compiling (DEFUN |MFINFACT;supFactor| ...) ; compiling (DEFUN |MFINFACT;supFactor!2| ...) ; compiling (DEFUN |MFINFACT;supFactor!1| ...) ; compiling (DEFUN |MFINFACT;supFactor!0| ...) ; compiling (DEFUN |MFINFACT;factor;SupF;3| ...) ; compiling (DEFUN |MFINFACT;factor;SupF;3!1| ...) ; compiling (DEFUN |MFINFACT;factor;SupF;3!0| ...) ; compiling (DEFUN |MFINFACT;mFactor| ...) ; compiling (DEFUN |MFINFACT;pM| ...) ; compiling (DEFUN |MFINFACT;pushdcoef| ...) ; compiling (DEFUN |MFINFACT;pushdcoef!0| ...) ; compiling (DEFUN |MFINFACT;intfact| ...) ; file: /tmp/oa-t5dht3/code.lsp ; in: DEFUN |MFINFACT;intfact| ; (DEFUN BOOT::|MFINFACT;intfact| ; (BOOT::|um| BOOT::|lvar| BOOT::|ldeg| BOOT::|tleadpol| BOOT::|ltry| ; BOOT::$) ; (PROG (BOOT::|factfin| BOOT::|ffin| BOOT::|dist| BOOT::|distf| ; BOOT::|leadval| BOOT::|lpol| BOOT::|dd| BOOT::|lval| BOOT::|nfact| ; BOOT::|unifact| BOOT::|vfchoo| BOOT::|leadpol|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MFINFACT;intfact| ; (BOOT::|um| BOOT::|lvar| BOOT::|ldeg| BOOT::|tleadpol| BOOT::|ltry| ; BOOT::$) ; (BLOCK BOOT::|MFINFACT;intfact| ; (PROG (BOOT::|factfin| BOOT::|ffin| BOOT::|dist| BOOT::|distf| ; BOOT::|leadval| BOOT::|lpol| BOOT::|dd| BOOT::|lval| ; BOOT::|nfact| BOOT::|unifact| BOOT::|vfchoo| BOOT::|leadpol|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |ltry| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS LIST T)) ; ; compiling (DEFUN |MFINFACT;pushup| ...) ; compiling (DEFUN |MFINFACT;pushdown| ...) ; compiling (DEFUN |MFINFACT;pushupconst| ...) ; compiling (DEFUN |MFINFACT;ran| ...) ; compiling (DEFUN |MFINFACT;checkzero| ...) ; file: /tmp/oa-t5dht3/code.lsp ; in: DEFUN |MFINFACT;checkzero| ; (DEFUN BOOT::|MFINFACT;checkzero| (BOOT::|u| BOOT::|um| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|u| (BOOT::|spadConstant| BOOT::$ 187) ; (BOOT::|shellEntry| BOOT::$ 188)) ; (BOOT::SPADCALL BOOT::|um| (BOOT::|spadConstant| BOOT::$ 189) ; (BOOT::|shellEntry| BOOT::$ 190))) ; ((BOOT::SPADCALL BOOT::|um| (BOOT::|spadConstant| BOOT::$ 189) ; (BOOT::|shellEntry| BOOT::$ 190)) ; NIL) ; ((EQL (BOOT::SPADCALL BOOT::|u| #) (BOOT::SPADCALL BOOT::|um| #)) ; (BOOT::|MFINFACT;checkzero| (BOOT::SPADCALL BOOT::|u| #) ; (BOOT::SPADCALL BOOT::|um| #) BOOT::$)) ; (T NIL))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MFINFACT;checkzero| ; (BOOT::|u| BOOT::|um| BOOT::$) ; (BLOCK BOOT::|MFINFACT;checkzero| ; (COND ((BOOT::SPADCALL BOOT::|u| # #) (BOOT::SPADCALL BOOT::|um| # #)) ; ((BOOT::SPADCALL BOOT::|um| # #) NIL) ; ((EQL # #) (BOOT::|MFINFACT;checkzero| # # BOOT::$)) (T NIL)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |MFINFACT;varChoose| ...) ; file: /tmp/oa-t5dht3/code.lsp ; in: DEFUN |MFINFACT;varChoose| ; (DEFUN BOOT::|MFINFACT;varChoose| ; (BOOT::|m| BOOT::|lvar| BOOT::|ldeg| BOOT::$) ; (PROG (BOOT::|x| BOOT::|i|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MFINFACT;varChoose| ; (BOOT::|m| BOOT::|lvar| BOOT::|ldeg| BOOT::$) ; (BLOCK BOOT::|MFINFACT;varChoose| ; (PROG (BOOT::|x| BOOT::|i|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |lvar| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |ldeg| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS UNSIGNED-BYTE T)) ; ; compiling (DEFUN |MFINFACT;norm| ...) ; file: /tmp/oa-t5dht3/code.lsp ; in: DEFUN |MFINFACT;norm| ; (DEFUN BOOT::|MFINFACT;norm| (BOOT::|lum| BOOT::$) ; (LET ((#:G898 NIL) (#:G899 T) (#:G1076 BOOT::|lum|)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G1076 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MFINFACT;norm| ; (BOOT::|lum| BOOT::$) ; (BLOCK BOOT::|MFINFACT;norm| ; (LET ((#:G898 NIL) (#:G899 T) (#:G1076 BOOT::|lum|)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |MFINFACT;intChoose| ...) ; file: /tmp/oa-t5dht3/code.lsp ; in: DEFUN |MFINFACT;intChoose| ; (DEFUN BOOT::|MFINFACT;intChoose| ; (BOOT::|um| BOOT::|lvar| BOOT::|clc| BOOT::|plist| BOOT::|ltry| ; BOOT::$) ; (PROG (BOOT::|nf| BOOT::|lunivf| BOOT::|luniv| BOOT::|dx| BOOT::|lcnm| ; BOOT::|D2newm| BOOT::|Dnewm| BOOT::|newm| BOOT::|lval| BOOT::|int| ; BOOT::|leadtest| BOOT::|newunifact| ...) ; (RETURN ; (LET (# # # # # # # #) ; (BOOT::SEQ # # # # # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MFINFACT;intChoose| ; (BOOT::|um| BOOT::|lvar| BOOT::|clc| BOOT::|plist| BOOT::|ltry| BOOT::$) ; (BLOCK BOOT::|MFINFACT;intChoose| ; (PROG (BOOT::|nf| BOOT::|lunivf| BOOT::|luniv| BOOT::|dx| BOOT::|lcnm| ; BOOT::|D2newm| BOOT::|Dnewm| BOOT::|newm| BOOT::|lval| ; BOOT::|int| BOOT::|leadtest| BOOT::|newunifact| ...) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |ltry| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS LIST T)) ; ; (SETQ BOOT::|leadcomp| BOOT::|leadcomp1|) ; --> THE ; ==> ; BOOT::|leadcomp1| ; ; note: deleting unreachable code ; (LET ((BOOT::|degum| ; (BOOT::SPADCALL BOOT::|um| (BOOT::|shellEntry| BOOT::$ 16))) ; (BOOT::|nvar1| (LIST-LENGTH BOOT::|lvar|)) ; (BOOT::|range| 0) ; (BOOT::|unifact| NIL) ; (BOOT::|ctf1| (BOOT::|spadConstant| BOOT::$ 73)) ; (BOOT::|testp| (NOT (BOOT::SPADCALL BOOT::|plist| NIL #))) ; (BOOT::|leadcomp| NIL) ; (BOOT::|leadcomp1| NIL)) ; (BOOT::SEQ (SETQ BOOT::|leadcomp1| NIL) ; (SETQ BOOT::|leadcomp| BOOT::|leadcomp1|) ; (BOOT::LETT BOOT::|nfatt| (+ BOOT::|degum| 1) ; BOOT::|MFINFACT;intChoose|) ; (BOOT::LETT BOOT::|lffc| (BOOT::|spadConstant| BOOT::$ 73) ; BOOT::|MFINFACT;intChoose|) ; (BOOT::LETT BOOT::|lffc1| BOOT::|lffc| ; BOOT::|MFINFACT;intChoose|) ; (BOOT::LETT BOOT::|newunifact| NIL BOOT::|MFINFACT;intChoose|) ; (BOOT::LETT BOOT::|leadtest| T BOOT::|MFINFACT;intChoose|) ; (BOOT::LETT BOOT::|int| NIL BOOT::|MFINFACT;intChoose|) ; (LOOP ; (BOOT::SEQ ; (BOOT::LETT BOOT::|lval| # BOOT::|MFINFACT;intChoose|) ; (BOOT::EXIT #))) ; (BOOT::EXIT ; (VECTOR (CONS BOOT::|int| BOOT::|ltry|) BOOT::|unifact| ; BOOT::|lffc| BOOT::|leadcomp|)))) ; ; caught STYLE-WARNING: ; The variable |ctf1| is defined but never used. ; compiling (DEFUN |MFINFACT;constantCase| ...) ; compiling (DEFUN |MFINFACT;simplify| ...) ; compiling (DEFUN |MFINFACT;mfconst| ...) ; file: /tmp/oa-t5dht3/code.lsp ; in: DEFUN |MFINFACT;mfconst| ; (LET ((BOOT::|nsign| NIL) (BOOT::|factfin| NIL)) ; (COND ; ((NULL BOOT::|lvar|) ; (PROGN ; (BOOT::LETT BOOT::|um1| # BOOT::|MFINFACT;mfconst|) ; (BOOT::LETT BOOT::|lum| # BOOT::|MFINFACT;mfconst|) ; (LET # ; #))) ; (T ; (BOOT::|MFINFACT;intfact| BOOT::|um| BOOT::|lvar| BOOT::|ldeg| ; (CONS # NIL) NIL BOOT::$)))) ; ; caught STYLE-WARNING: ; The variable |nsign| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |factfin| is defined but never used. ; (DEFUN BOOT::|MFINFACT;mfconst| ; (BOOT::|um| BOOT::|dm| BOOT::|lvar| BOOT::|ldeg| BOOT::$) ; (PROG (BOOT::|lum| BOOT::|um1|) ; (RETURN ; (LET (# #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MFINFACT;mfconst| ; (BOOT::|um| BOOT::|dm| BOOT::|lvar| BOOT::|ldeg| BOOT::$) ; (BLOCK BOOT::|MFINFACT;mfconst| ; (PROG (BOOT::|lum| BOOT::|um1|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; ; caught STYLE-WARNING: ; The variable |dm| is defined but never used. ; compiling (DEFUN |MFINFACT;mfpol| ...) ; file: /tmp/oa-t5dht3/code.lsp ; in: DEFUN |MFINFACT;mfpol| ; (LET ((BOOT::|dist| NIL) ; (BOOT::|tleadpol| ; (BOOT::|MFINFACT;mFactor| (BOOT::SPADCALL BOOT::|um| #) BOOT::|dm| ; BOOT::$))) ; (BOOT::|MFINFACT;intfact| BOOT::|um| BOOT::|lvar| BOOT::|ldeg| ; BOOT::|tleadpol| NIL BOOT::$)) ; ; caught STYLE-WARNING: ; The variable |dist| is defined but never used. ; compiling (DEFUN |MFINFACT;factor;PGF;20| ...) ; compiling (DEFUN |MultFiniteFactorize| ...) ; compiling (DEFUN |MultFiniteFactorize;| ...) ; compiling (MAKEPROP (QUOTE |MultFiniteFactorize|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 5 STYLE-WARNING conditions ; printed 8 notes ; /tmp/oa-t5dht3/code.fasl written ; compilation finished in 0:00:00.256 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile DPMO.spad && cp DPMO.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DPMO.fasl \ && if test -f DPMO-.NRLIB/code.fasl; then \ cp DPMO-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DPMO-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DPMO.spad using Spad compiler. DPMO abbreviates domain DirectProductModule debug: compDefine1 lhs: (DirectProductModule n R S) signature (pre-evaluate): ((Join (DirectProductCategory n S) (LeftModule R)) NIL NIL NIL) debug: evaluateType form: (Join (DirectProductCategory n S) (LeftModule R)) $param: (n R S) debug: evaluateType form: (DirectProductCategory n S) $param: (n R S) Debug: evaluateType1 form: (DirectProductCategory n S) debug: evaluateType1 x: n m: (NonNegativeInteger) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (LeftModule R) $param: (n R S) Debug: evaluateType1 form: (LeftModule R) debug: evaluateType1 x: R m: (Rng) debug: compDefine1 signature (post evaluate): ((Join (DirectProductCategory n S) (LeftModule R)) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for DirectProductModule compiling into /tmp/oa-YFyAiy compiling exported * : (R,%) -> % Time: 0.05 SEC. (time taken in buildFunctor: 172) Time: 0.23 SEC. Warnings: [1] Rep differs from the base domain Cumulative Statistics for Constructor DirectProductModule Time: 0.28 seconds finalizing NRLIB DPMO Processing DirectProductModule for Browser database: -- constructor ; compiling file "/tmp/oa-YFyAiy/code.lsp" (written 01 FEB 2016 11:05:40 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DPMO;*;R2$;1| ...) ; compiling (DEFUN |DirectProductModule| ...) ; compiling (DEFUN |DirectProductModule;| ...) ; compiling (MAKEPROP (QUOTE |DirectProductModule|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-YFyAiy/code.fasl written ; compilation finished in 0:00:00.042 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile DPOLCAT.spad && cp DPOLCAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DPOLCAT.fasl \ && if test -f DPOLCAT-.NRLIB/code.fasl; then \ cp DPOLCAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DPOLCAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DPOLCAT.spad using Spad compiler. DPOLCAT abbreviates category DifferentialPolynomialCategory debug: compDefine1 lhs: (DifferentialPolynomialCategory R S V E) signature (pre-evaluate): ((Category) (Ring) (OrderedSet) (DifferentialVariableCategory S) (OrderedAbelianMonoidSup)) debug: evaluateType form: (Category) $param: (R S V E) debug: evaluateType form: (Ring) $param: (R S V E) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (OrderedSet) $param: (R S V E) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (DifferentialVariableCategory S) $param: (R S V E) Debug: evaluateType1 form: (DifferentialVariableCategory S) debug: evaluateType1 x: S m: (OrderedSet) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (R S V E) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: compDefine1 signature (post evaluate): ((Category) (Ring) (OrderedSet) (DifferentialVariableCategory S) (OrderedAbelianMonoidSup)) debug: compDefine1 lhs: (DifferentialPolynomialCategory R S V E) signature (pre-evaluate): ((Category) NIL NIL NIL NIL) debug: evaluateType form: (Category) $param: (R S V E) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for DifferentialPolynomialCategory compiling into /tmp/oa-EO0JzZ STYLE-WARNING: redefining BOOT::|DifferentialPolynomialCategory| in DEFUN Time: 0.02 SEC. DPOLCAT- abbreviates package DifferentialPolynomialCategory& ------------------------------------------------------------------------ initializing stationary directory for DifferentialPolynomialCategory& compiling into /tmp/oa-qsI7FL compiling exported makeVariable : S -> NonNegativeInteger -> A Time: 0.06 SEC. compiling exported differentiate : (A,R -> R) -> A Time: 0.04 SEC. compiling exported order : A -> NonNegativeInteger Time: 0.02 SEC. compiling exported order : (A,S) -> NonNegativeInteger Time: 0.02 SEC. compiling exported degree : (A,S) -> NonNegativeInteger Time: 0.04 SEC. compiling exported weights : A -> List NonNegativeInteger Time: 0.04 SEC. compiling exported weight : A -> NonNegativeInteger Time: 0.02 SEC. compiling exported weights : (A,S) -> List NonNegativeInteger Time: 0.04 SEC. compiling exported weight : (A,S) -> NonNegativeInteger Time: 0.01 SEC. compiling exported isobaric? : A -> Boolean Time: 0.04 SEC. compiling exported leader : A -> V Time: 0.02 SEC. compiling exported initial : A -> A Time: 0.02 SEC. compiling exported separant : A -> A Time: 0.01 SEC. compiling exported coerce : S -> A Time: 0.00 SEC. compiling exported retractIfCan : A -> Union(S,failed) Time: 0.00 SEC. compiling exported differentialVariables : A -> List S Time: 0.02 SEC. compiling exported makeVariable : A -> NonNegativeInteger -> A Time: 0.01 SEC. compiling exported eval : (A,List S,List R) -> A Time: 0.16 SEC. compiling exported eval : (A,List S,List A) -> A Time: 0.16 SEC. compiling exported eval : (A,List Equation A) -> A Time: 0.05 SEC. (time taken in buildFunctor: 4) Time: 0.02 SEC. Warnings: [1] differentiate: u has no value [2] order: empty? has no value [3] weight: empty? has no value [4] isobaric?: # has no value [5] isobaric?: removeDuplicates has no value [6] initial: not known that Ring is of mode CATEGORY(package,differentiate: (A,NonNegativeInteger) -> A,differentiate: A -> A,differentiate: (A,List Symbol,List NonNegativeInteger) -> A,differentiate: (A,Symbol,NonNegativeInteger) -> A,differentiate: (A,List Symbol) -> A,differentiate: (A,Symbol) -> A,coerce: A -> A,coerce: Fraction Integer -> A,eval: (A,List S,List R) -> A,eval: (A,S,R) -> A,eval: (A,List S,List A) -> A,eval: (A,S,A) -> A,makeVariable: A -> (NonNegativeInteger -> A),separant: A -> A,initial: A -> A,leader: A -> V,isobaric?: A -> Boolean,weight: (A,S) -> NonNegativeInteger,weights: (A,S) -> List NonNegativeInteger,weight: A -> NonNegativeInteger,weights: A -> List NonNegativeInteger,degree: (A,S) -> NonNegativeInteger,order: A -> NonNegativeInteger,order: (A,S) -> NonNegativeInteger,differentialVariables: A -> List S,makeVariable: S -> (NonNegativeInteger -> A),coerce: S -> A,retractIfCan: A -> Union(S,"failed"),differentiate: (A,(R -> R),NonNegativeInteger) -> A,differentiate: (A,(R -> R)) -> A,degree: (A,List V) -> List NonNegativeInteger,degree: (A,V) -> NonNegativeInteger,coerce: V -> A,retractIfCan: A -> Union(V,"failed"),eval: (A,List V,List A) -> A,eval: (A,V,A) -> A,eval: (A,List V,List R) -> A,eval: (A,V,R) -> A,eval: (A,List A,List A) -> A,eval: (A,A,A) -> A,eval: (A,Equation A) -> A,eval: (A,List Equation A) -> A,degree: A -> E,retractIfCan: A -> Union(Integer,"failed"),retractIfCan: A -> Union(Fraction Integer,"failed"),retractIfCan: A -> Union(R,"failed"),coerce: R -> A,differentiate: (A,V) -> A,differentiate: (A,List V) -> A,differentiate: (A,V,NonNegativeInteger) -> A,differentiate: (A,List V,List NonNegativeInteger) -> A,coerce: Integer -> A,coerce: A -> OutputForm) [7] eval: IN has no value [8] eval: s has no value [9] eval: e has no value [10] eval: lhs has no value Cumulative Statistics for Constructor DifferentialPolynomialCategory& Time: 0.80 seconds finalizing NRLIB DPOLCAT- ; compiling file "/tmp/oa-qsI7FL/code.lsp" (written 01 FEB 2016 11:05:41 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DPOLCAT-;makeVariable;SM;1| ...) ; compiling (DEFUN |DPOLCAT-;makeVariable;SM;1!0| ...) ; compiling (DEFUN |DPOLCAT-;differentiate;$M$;2| ...) ; compiling (DEFUN |DPOLCAT-;order;$Nni;3| ...) ; file: /tmp/oa-qsI7FL/code.lsp ; in: DEFUN |DPOLCAT-;order;$Nni;3| ; (DEFUN BOOT::|DPOLCAT-;order;$Nni;3| (BOOT::|p| BOOT::$) ; (COND ((BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 34)) 0) ; (T ; (LET (# # #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DPOLCAT-;order;$Nni;3| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|DPOLCAT-;order;$Nni;3| ; (COND ((BOOT::SPADCALL BOOT::|p| #) 0) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |DPOLCAT-;order;$SNni;4| ...) ; file: /tmp/oa-qsI7FL/code.lsp ; in: DEFUN |DPOLCAT-;order;$SNni;4| ; (DEFUN BOOT::|DPOLCAT-;order;$SNni;4| (BOOT::|p| BOOT::|s| BOOT::$) ; (COND ((BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 34)) 0) ; (T ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DPOLCAT-;order;$SNni;4| ; (BOOT::|p| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|DPOLCAT-;order;$SNni;4| ; (COND ((BOOT::SPADCALL BOOT::|p| #) 0) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |DPOLCAT-;degree;$SNni;5| ...) ; compiling (DEFUN |DPOLCAT-;weights;$L;6| ...) ; compiling (DEFUN |DPOLCAT-;weight;$Nni;7| ...) ; file: /tmp/oa-qsI7FL/code.lsp ; in: DEFUN |DPOLCAT-;weight;$Nni;7| ; (DEFUN BOOT::|DPOLCAT-;weight;$Nni;7| (BOOT::|p| BOOT::$) ; (LET ((BOOT::|ws| (BOOT::SPADCALL BOOT::|p| #))) ; (COND ((NULL BOOT::|ws|) 0) ; (T ; (LET # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DPOLCAT-;weight;$Nni;7| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|DPOLCAT-;weight;$Nni;7| ; (LET ((BOOT::|ws| #)) ; (COND (# 0) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |DPOLCAT-;weights;$SL;8| ...) ; compiling (DEFUN |DPOLCAT-;weight;$SNni;9| ...) ; file: /tmp/oa-qsI7FL/code.lsp ; in: DEFUN |DPOLCAT-;weight;$SNni;9| ; (DEFUN BOOT::|DPOLCAT-;weight;$SNni;9| (BOOT::|p| BOOT::|s| BOOT::$) ; (LET ((BOOT::|ws| (BOOT::SPADCALL BOOT::|p| BOOT::|s| #))) ; (COND ((NULL BOOT::|ws|) 0) ; (T ; (LET # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DPOLCAT-;weight;$SNni;9| ; (BOOT::|p| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|DPOLCAT-;weight;$SNni;9| ; (LET ((BOOT::|ws| #)) ; (COND (# 0) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |DPOLCAT-;isobaric?;$B;10| ...) ; compiling (DEFUN |DPOLCAT-;leader;$V;11| ...) ; compiling (DEFUN |DPOLCAT-;initial;2$;12| ...) ; compiling (DEFUN |DPOLCAT-;separant;2$;13| ...) ; compiling (DEFUN |DPOLCAT-;coerce;S$;14| ...) ; compiling (DEFUN |DPOLCAT-;retractIfCan;$U;15| ...) ; file: /tmp/oa-qsI7FL/code.lsp ; in: DEFUN |DPOLCAT-;retractIfCan;$U;15| ; (DEFUN BOOT::|DPOLCAT-;retractIfCan;$U;15| (BOOT::|p| BOOT::$) ; (LET ((BOOT::|v| (BOOT::SPADCALL BOOT::|p| #))) ; (COND ((EQL # 1) (CONS 1 "failed")) (T (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DPOLCAT-;retractIfCan;$U;15| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|DPOLCAT-;retractIfCan;$U;15| ; (LET ((BOOT::|v| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |DPOLCAT-;differentialVariables;$L;16| ...) ; file: /tmp/oa-qsI7FL/code.lsp ; in: DEFUN |DPOLCAT-;differentialVariables;$L;16| ; (DEFUN BOOT::|DPOLCAT-;differentialVariables;$L;16| (BOOT::|p| BOOT::$) ; (BOOT::SPADCALL ; (LET ((#:G750 #) (#:G660 NIL)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::|shellEntry| BOOT::$ 85))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DPOLCAT-;differentialVariables;$L;16| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|DPOLCAT-;differentialVariables;$L;16| ; (BOOT::SPADCALL ; (LET (# #) ; (LOOP # ; #)) ; (BOOT::|shellEntry| BOOT::$ 85)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |DPOLCAT-;makeVariable;$M;17| ...) ; compiling (DEFUN |DPOLCAT-;makeVariable;$M;17!0| ...) ; compiling (DEFUN |DPOLCAT-;eval;$LL$;18| ...) ; compiling (DEFUN |DPOLCAT-;eval;$LL$;19| ...) ; compiling (DEFUN |DPOLCAT-;eval;$L$;20| ...) ; compiling (DEFUN |DifferentialPolynomialCategory&| ...) ; compiling (MAKEPROP (QUOTE |DifferentialPolynomialCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 6 notes ; /tmp/oa-qsI7FL/code.fasl written ; compilation finished in 0:00:00.112 ------------------------------------------------------------------------ finalizing NRLIB DPOLCAT Processing DifferentialPolynomialCategory for Browser database: -- makeVariable : S -> (NonNegativeInteger -> %) -- differentialVariables : % -> List S -- order : (%,S) -> NonNegativeInteger -- order : % -> NonNegativeInteger -- degree : (%,S) -> NonNegativeInteger -- weights : % -> List NonNegativeInteger -- weight : % -> NonNegativeInteger -- weights : (%,S) -> List NonNegativeInteger -- weight : (%,S) -> NonNegativeInteger -- isobaric? : % -> Boolean -- leader : % -> V -- initial : % -> % -- separant : % -> % -- makeVariable : % -> (NonNegativeInteger -> %) -- constructor ; compiling file "/tmp/oa-EO0JzZ/code.lsp" (written 01 FEB 2016 11:05:42 PM): ; compiling (DEFPARAMETER |DifferentialPolynomialCategory;AL| ...) ; compiling (DEFUN |DifferentialPolynomialCategory;| ...) ; compiling (DEFUN |DifferentialPolynomialCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-EO0JzZ/code.fasl written ; compilation finished in 0:00:00.025 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile EQ.spad && cp EQ.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/EQ.fasl \ && if test -f EQ-.NRLIB/code.fasl; then \ cp EQ-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/EQ-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/EQ.spad using Spad compiler. EQ abbreviates domain Equation debug: compDefine1 lhs: (Equation S) signature (pre-evaluate): ((Join (Functorial S) (CATEGORY domain (SIGNATURE = ($ S S)) (SIGNATURE equation ($ S S)) (SIGNATURE swap ($ $)) (SIGNATURE lhs (S $)) (SIGNATURE rhs (S $)) (IF (has S (InnerEvalable (Symbol) S)) (ATTRIBUTE (InnerEvalable (Symbol) S)) %noBranch) (IF (has S (SetCategory)) (PROGN (ATTRIBUTE (SetCategory)) (ATTRIBUTE (CoercibleTo (Boolean))) (IF (has S (Evalable S)) (PROGN (SIGNATURE eval ($ $ $)) (SIGNATURE eval ($ $ (List $)))) %noBranch)) %noBranch) (IF (has S (AbelianSemiGroup)) (PROGN (ATTRIBUTE (AbelianSemiGroup)) (SIGNATURE + ($ S $)) (SIGNATURE + ($ $ S))) %noBranch) (IF (has S (AbelianGroup)) (PROGN (ATTRIBUTE (AbelianGroup)) (SIGNATURE leftZero ($ $)) (SIGNATURE rightZero ($ $)) (SIGNATURE - ($ S $)) (SIGNATURE - ($ $ S))) %noBranch) (IF (has S (SemiGroup)) (PROGN (ATTRIBUTE (SemiGroup)) (SIGNATURE * ($ S $)) (SIGNATURE * ($ $ S))) %noBranch) (IF (has S (Monoid)) (PROGN (ATTRIBUTE (Monoid)) (SIGNATURE leftOne ((Union $ failed) $)) (SIGNATURE rightOne ((Union $ failed) $))) %noBranch) (IF (has S (Group)) (PROGN (ATTRIBUTE (Group)) (SIGNATURE leftOne ((Union $ failed) $)) (SIGNATURE rightOne ((Union $ failed) $))) %noBranch) (IF (has S (Ring)) (PROGN (ATTRIBUTE (Ring)) (ATTRIBUTE (BiModule S S))) %noBranch) (IF (has S (CommutativeRing)) (ATTRIBUTE (Module S)) %noBranch) (IF (has S (IntegralDomain)) (SIGNATURE factorAndSplit ((List $) $)) %noBranch) (IF (has S (PartialDifferentialRing (Symbol))) (ATTRIBUTE (PartialDifferentialRing (Symbol))) %noBranch) (IF (has S (Field)) (PROGN (ATTRIBUTE (VectorSpace S)) (SIGNATURE / ($ $ $)) (SIGNATURE inv ($ $))) %noBranch) (IF (has S (ExpressionSpace)) (SIGNATURE subst ($ $ $)) %noBranch))) (Type)) debug: evaluateType form: (Join (Functorial S) (CATEGORY domain (SIGNATURE = ($ S S)) (SIGNATURE equation ($ S S)) (SIGNATURE swap ($ $)) (SIGNATURE lhs (S $)) (SIGNATURE rhs (S $)) (IF (has S (InnerEvalable (Symbol) S)) (ATTRIBUTE (InnerEvalable (Symbol) S)) %noBranch) (IF (has S (SetCategory)) (PROGN (ATTRIBUTE (SetCategory)) (ATTRIBUTE (CoercibleTo (Boolean))) (IF (has S (Evalable S)) (PROGN (SIGNATURE eval ($ $ $)) (SIGNATURE eval ($ $ (List $)))) %noBranch)) %noBranch) (IF (has S (AbelianSemiGroup)) (PROGN (ATTRIBUTE (AbelianSemiGroup)) (SIGNATURE + ($ S $)) (SIGNATURE + ($ $ S))) %noBranch) (IF (has S (AbelianGroup)) (PROGN (ATTRIBUTE (AbelianGroup)) (SIGNATURE leftZero ($ $)) (SIGNATURE rightZero ($ $)) (SIGNATURE - ($ S $)) (SIGNATURE - ($ $ S))) %noBranch) (IF (has S (SemiGroup)) (PROGN (ATTRIBUTE (SemiGroup)) (SIGNATURE * ($ S $)) (SIGNATURE * ($ $ S))) %noBranch) (IF (has S (Monoid)) (PROGN (ATTRIBUTE (Monoid)) (SIGNATURE leftOne ((Union $ failed) $)) (SIGNATURE rightOne ((Union $ failed) $))) %noBranch) (IF (has S (Group)) (PROGN (ATTRIBUTE (Group)) (SIGNATURE leftOne ((Union $ failed) $)) (SIGNATURE rightOne ((Union $ failed) $))) %noBranch) (IF (has S (Ring)) (PROGN (ATTRIBUTE (Ring)) (ATTRIBUTE (BiModule S S))) %noBranch) (IF (has S (CommutativeRing)) (ATTRIBUTE (Module S)) %noBranch) (IF (has S (IntegralDomain)) (SIGNATURE factorAndSplit ((List $) $)) %noBranch) (IF (has S (PartialDifferentialRing (Symbol))) (ATTRIBUTE (PartialDifferentialRing (Symbol))) %noBranch) (IF (has S (Field)) (PROGN (ATTRIBUTE (VectorSpace S)) (SIGNATURE / ($ $ $)) (SIGNATURE inv ($ $))) %noBranch) (IF (has S (ExpressionSpace)) (SIGNATURE subst ($ $ $)) %noBranch))) $param: (S) debug: evaluateType form: (Functorial S) $param: (S) Debug: evaluateType1 form: (Functorial S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE = ($ S S)) (SIGNATURE equation ($ S S)) (SIGNATURE swap ($ $)) (SIGNATURE lhs (S $)) (SIGNATURE rhs (S $)) (IF (has S (InnerEvalable (Symbol) S)) (ATTRIBUTE (InnerEvalable (Symbol) S)) %noBranch) (IF (has S (SetCategory)) (PROGN (ATTRIBUTE (SetCategory)) (ATTRIBUTE (CoercibleTo (Boolean))) (IF (has S (Evalable S)) (PROGN (SIGNATURE eval ($ $ $)) (SIGNATURE eval ($ $ (List $)))) %noBranch)) %noBranch) (IF (has S (AbelianSemiGroup)) (PROGN (ATTRIBUTE (AbelianSemiGroup)) (SIGNATURE + ($ S $)) (SIGNATURE + ($ $ S))) %noBranch) (IF (has S (AbelianGroup)) (PROGN (ATTRIBUTE (AbelianGroup)) (SIGNATURE leftZero ($ $)) (SIGNATURE rightZero ($ $)) (SIGNATURE - ($ S $)) (SIGNATURE - ($ $ S))) %noBranch) (IF (has S (SemiGroup)) (PROGN (ATTRIBUTE (SemiGroup)) (SIGNATURE * ($ S $)) (SIGNATURE * ($ $ S))) %noBranch) (IF (has S (Monoid)) (PROGN (ATTRIBUTE (Monoid)) (SIGNATURE leftOne ((Union $ failed) $)) (SIGNATURE rightOne ((Union $ failed) $))) %noBranch) (IF (has S (Group)) (PROGN (ATTRIBUTE (Group)) (SIGNATURE leftOne ((Union $ failed) $)) (SIGNATURE rightOne ((Union $ failed) $))) %noBranch) (IF (has S (Ring)) (PROGN (ATTRIBUTE (Ring)) (ATTRIBUTE (BiModule S S))) %noBranch) (IF (has S (CommutativeRing)) (ATTRIBUTE (Module S)) %noBranch) (IF (has S (IntegralDomain)) (SIGNATURE factorAndSplit ((List $) $)) %noBranch) (IF (has S (PartialDifferentialRing (Symbol))) (ATTRIBUTE (PartialDifferentialRing (Symbol))) %noBranch) (IF (has S (Field)) (PROGN (ATTRIBUTE (VectorSpace S)) (SIGNATURE / ($ $ $)) (SIGNATURE inv ($ $))) %noBranch) (IF (has S (ExpressionSpace)) (SIGNATURE subst ($ $ $)) %noBranch)) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Join (Functorial S) (CATEGORY domain (SIGNATURE = ($ S S)) (SIGNATURE equation ($ S S)) (SIGNATURE swap ($ $)) (SIGNATURE lhs (S $)) (SIGNATURE rhs (S $)) (IF (has S (InnerEvalable (Symbol) S)) (ATTRIBUTE (InnerEvalable (Symbol) S)) %noBranch) (IF (has S (SetCategory)) (PROGN (ATTRIBUTE (SetCategory)) (ATTRIBUTE (CoercibleTo (Boolean))) (IF (has S (Evalable S)) (PROGN (SIGNATURE eval ($ $ $)) (SIGNATURE eval ($ $ (List $)))) %noBranch)) %noBranch) (IF (has S (AbelianSemiGroup)) (PROGN (ATTRIBUTE (AbelianSemiGroup)) (SIGNATURE + ($ S $)) (SIGNATURE + ($ $ S))) %noBranch) (IF (has S (AbelianGroup)) (PROGN (ATTRIBUTE (AbelianGroup)) (SIGNATURE leftZero ($ $)) (SIGNATURE rightZero ($ $)) (SIGNATURE - ($ S $)) (SIGNATURE - ($ $ S))) %noBranch) (IF (has S (SemiGroup)) (PROGN (ATTRIBUTE (SemiGroup)) (SIGNATURE * ($ S $)) (SIGNATURE * ($ $ S))) %noBranch) (IF (has S (Monoid)) (PROGN (ATTRIBUTE (Monoid)) (SIGNATURE leftOne ((Union $ failed) $)) (SIGNATURE rightOne ((Union $ failed) $))) %noBranch) (IF (has S (Group)) (PROGN (ATTRIBUTE (Group)) (SIGNATURE leftOne ((Union $ failed) $)) (SIGNATURE rightOne ((Union $ failed) $))) %noBranch) (IF (has S (Ring)) (PROGN (ATTRIBUTE (Ring)) (ATTRIBUTE (BiModule S S))) %noBranch) (IF (has S (CommutativeRing)) (ATTRIBUTE (Module S)) %noBranch) (IF (has S (IntegralDomain)) (SIGNATURE factorAndSplit ((List $) $)) %noBranch) (IF (has S (PartialDifferentialRing (Symbol))) (ATTRIBUTE (PartialDifferentialRing (Symbol))) %noBranch) (IF (has S (Field)) (PROGN (ATTRIBUTE (VectorSpace S)) (SIGNATURE / ($ $ $)) (SIGNATURE inv ($ $))) %noBranch) (IF (has S (ExpressionSpace)) (SIGNATURE subst ($ $ $)) %noBranch))) (Type)) debug: compDefine1 lhs: (Equation S) signature (pre-evaluate): ((Join (Functorial S) (CATEGORY domain (SIGNATURE = ($ S S)) (SIGNATURE equation ($ S S)) (SIGNATURE swap ($ $)) (SIGNATURE lhs (S $)) (SIGNATURE rhs (S $)) (IF (has S (InnerEvalable (Symbol) S)) (ATTRIBUTE (InnerEvalable (Symbol) S)) %noBranch) (IF (has S (SetCategory)) (PROGN (ATTRIBUTE (SetCategory)) (ATTRIBUTE (CoercibleTo (Boolean))) (IF (has S (Evalable S)) (PROGN (SIGNATURE eval ($ $ $)) (SIGNATURE eval ($ $ (List $)))) %noBranch)) %noBranch) (IF (has S (AbelianSemiGroup)) (PROGN (ATTRIBUTE (AbelianSemiGroup)) (SIGNATURE + ($ S $)) (SIGNATURE + ($ $ S))) %noBranch) (IF (has S (AbelianGroup)) (PROGN (ATTRIBUTE (AbelianGroup)) (SIGNATURE leftZero ($ $)) (SIGNATURE rightZero ($ $)) (SIGNATURE - ($ S $)) (SIGNATURE - ($ $ S))) %noBranch) (IF (has S (SemiGroup)) (PROGN (ATTRIBUTE (SemiGroup)) (SIGNATURE * ($ S $)) (SIGNATURE * ($ $ S))) %noBranch) (IF (has S (Monoid)) (PROGN (ATTRIBUTE (Monoid)) (SIGNATURE leftOne ((Union $ failed) $)) (SIGNATURE rightOne ((Union $ failed) $))) %noBranch) (IF (has S (Group)) (PROGN (ATTRIBUTE (Group)) (SIGNATURE leftOne ((Union $ failed) $)) (SIGNATURE rightOne ((Union $ failed) $))) %noBranch) (IF (has S (Ring)) (PROGN (ATTRIBUTE (Ring)) (ATTRIBUTE (BiModule S S))) %noBranch) (IF (has S (CommutativeRing)) (ATTRIBUTE (Module S)) %noBranch) (IF (has S (IntegralDomain)) (SIGNATURE factorAndSplit ((List $) $)) %noBranch) (IF (has S (PartialDifferentialRing (Symbol))) (ATTRIBUTE (PartialDifferentialRing (Symbol))) %noBranch) (IF (has S (Field)) (PROGN (ATTRIBUTE (VectorSpace S)) (SIGNATURE / ($ $ $)) (SIGNATURE inv ($ $))) %noBranch) (IF (has S (ExpressionSpace)) (SIGNATURE subst ($ $ $)) %noBranch))) NIL) debug: evaluateType form: (Join (Functorial S) (CATEGORY domain (SIGNATURE = ($ S S)) (SIGNATURE equation ($ S S)) (SIGNATURE swap ($ $)) (SIGNATURE lhs (S $)) (SIGNATURE rhs (S $)) (IF (has S (InnerEvalable (Symbol) S)) (ATTRIBUTE (InnerEvalable (Symbol) S)) %noBranch) (IF (has S (SetCategory)) (PROGN (ATTRIBUTE (SetCategory)) (ATTRIBUTE (CoercibleTo (Boolean))) (IF (has S (Evalable S)) (PROGN (SIGNATURE eval ($ $ $)) (SIGNATURE eval ($ $ (List $)))) %noBranch)) %noBranch) (IF (has S (AbelianSemiGroup)) (PROGN (ATTRIBUTE (AbelianSemiGroup)) (SIGNATURE + ($ S $)) (SIGNATURE + ($ $ S))) %noBranch) (IF (has S (AbelianGroup)) (PROGN (ATTRIBUTE (AbelianGroup)) (SIGNATURE leftZero ($ $)) (SIGNATURE rightZero ($ $)) (SIGNATURE - ($ S $)) (SIGNATURE - ($ $ S))) %noBranch) (IF (has S (SemiGroup)) (PROGN (ATTRIBUTE (SemiGroup)) (SIGNATURE * ($ S $)) (SIGNATURE * ($ $ S))) %noBranch) (IF (has S (Monoid)) (PROGN (ATTRIBUTE (Monoid)) (SIGNATURE leftOne ((Union $ failed) $)) (SIGNATURE rightOne ((Union $ failed) $))) %noBranch) (IF (has S (Group)) (PROGN (ATTRIBUTE (Group)) (SIGNATURE leftOne ((Union $ failed) $)) (SIGNATURE rightOne ((Union $ failed) $))) %noBranch) (IF (has S (Ring)) (PROGN (ATTRIBUTE (Ring)) (ATTRIBUTE (BiModule S S))) %noBranch) (IF (has S (CommutativeRing)) (ATTRIBUTE (Module S)) %noBranch) (IF (has S (IntegralDomain)) (SIGNATURE factorAndSplit ((List $) $)) %noBranch) (IF (has S (PartialDifferentialRing (Symbol))) (ATTRIBUTE (PartialDifferentialRing (Symbol))) %noBranch) (IF (has S (Field)) (PROGN (ATTRIBUTE (VectorSpace S)) (SIGNATURE / ($ $ $)) (SIGNATURE inv ($ $))) %noBranch) (IF (has S (ExpressionSpace)) (SIGNATURE subst ($ $ $)) %noBranch))) $param: (S) debug: evaluateType form: (Functorial S) $param: (S) Debug: evaluateType1 form: (Functorial S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE = ($ S S)) (SIGNATURE equation ($ S S)) (SIGNATURE swap ($ $)) (SIGNATURE lhs (S $)) (SIGNATURE rhs (S $)) (IF (has S (InnerEvalable (Symbol) S)) (ATTRIBUTE (InnerEvalable (Symbol) S)) %noBranch) (IF (has S (SetCategory)) (PROGN (ATTRIBUTE (SetCategory)) (ATTRIBUTE (CoercibleTo (Boolean))) (IF (has S (Evalable S)) (PROGN (SIGNATURE eval ($ $ $)) (SIGNATURE eval ($ $ (List $)))) %noBranch)) %noBranch) (IF (has S (AbelianSemiGroup)) (PROGN (ATTRIBUTE (AbelianSemiGroup)) (SIGNATURE + ($ S $)) (SIGNATURE + ($ $ S))) %noBranch) (IF (has S (AbelianGroup)) (PROGN (ATTRIBUTE (AbelianGroup)) (SIGNATURE leftZero ($ $)) (SIGNATURE rightZero ($ $)) (SIGNATURE - ($ S $)) (SIGNATURE - ($ $ S))) %noBranch) (IF (has S (SemiGroup)) (PROGN (ATTRIBUTE (SemiGroup)) (SIGNATURE * ($ S $)) (SIGNATURE * ($ $ S))) %noBranch) (IF (has S (Monoid)) (PROGN (ATTRIBUTE (Monoid)) (SIGNATURE leftOne ((Union $ failed) $)) (SIGNATURE rightOne ((Union $ failed) $))) %noBranch) (IF (has S (Group)) (PROGN (ATTRIBUTE (Group)) (SIGNATURE leftOne ((Union $ failed) $)) (SIGNATURE rightOne ((Union $ failed) $))) %noBranch) (IF (has S (Ring)) (PROGN (ATTRIBUTE (Ring)) (ATTRIBUTE (BiModule S S))) %noBranch) (IF (has S (CommutativeRing)) (ATTRIBUTE (Module S)) %noBranch) (IF (has S (IntegralDomain)) (SIGNATURE factorAndSplit ((List $) $)) %noBranch) (IF (has S (PartialDifferentialRing (Symbol))) (ATTRIBUTE (PartialDifferentialRing (Symbol))) %noBranch) (IF (has S (Field)) (PROGN (ATTRIBUTE (VectorSpace S)) (SIGNATURE / ($ $ $)) (SIGNATURE inv ($ $))) %noBranch) (IF (has S (ExpressionSpace)) (SIGNATURE subst ($ $ $)) %noBranch)) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: compDefine1 signature (post evaluate): ((Join (Functorial S) (CATEGORY domain (SIGNATURE = ($ S S)) (SIGNATURE equation ($ S S)) (SIGNATURE swap ($ $)) (SIGNATURE lhs (S $)) (SIGNATURE rhs (S $)) (IF (has S (InnerEvalable (Symbol) S)) (ATTRIBUTE (InnerEvalable (Symbol) S)) %noBranch) (IF (has S (SetCategory)) (PROGN (ATTRIBUTE (SetCategory)) (ATTRIBUTE (CoercibleTo (Boolean))) (IF (has S (Evalable S)) (PROGN (SIGNATURE eval ($ $ $)) (SIGNATURE eval ($ $ (List $)))) %noBranch)) %noBranch) (IF (has S (AbelianSemiGroup)) (PROGN (ATTRIBUTE (AbelianSemiGroup)) (SIGNATURE + ($ S $)) (SIGNATURE + ($ $ S))) %noBranch) (IF (has S (AbelianGroup)) (PROGN (ATTRIBUTE (AbelianGroup)) (SIGNATURE leftZero ($ $)) (SIGNATURE rightZero ($ $)) (SIGNATURE - ($ S $)) (SIGNATURE - ($ $ S))) %noBranch) (IF (has S (SemiGroup)) (PROGN (ATTRIBUTE (SemiGroup)) (SIGNATURE * ($ S $)) (SIGNATURE * ($ $ S))) %noBranch) (IF (has S (Monoid)) (PROGN (ATTRIBUTE (Monoid)) (SIGNATURE leftOne ((Union $ failed) $)) (SIGNATURE rightOne ((Union $ failed) $))) %noBranch) (IF (has S (Group)) (PROGN (ATTRIBUTE (Group)) (SIGNATURE leftOne ((Union $ failed) $)) (SIGNATURE rightOne ((Union $ failed) $))) %noBranch) (IF (has S (Ring)) (PROGN (ATTRIBUTE (Ring)) (ATTRIBUTE (BiModule S S))) %noBranch) (IF (has S (CommutativeRing)) (ATTRIBUTE (Module S)) %noBranch) (IF (has S (IntegralDomain)) (SIGNATURE factorAndSplit ((List $) $)) %noBranch) (IF (has S (PartialDifferentialRing (Symbol))) (ATTRIBUTE (PartialDifferentialRing (Symbol))) %noBranch) (IF (has S (Field)) (PROGN (ATTRIBUTE (VectorSpace S)) (SIGNATURE / ($ $ $)) (SIGNATURE inv ($ $))) %noBranch) (IF (has S (ExpressionSpace)) (SIGNATURE subst ($ $ $)) %noBranch))) NIL) ------------------------------------------------------------------------ initializing stationary directory for Equation compiling into /tmp/oa-hGZW48 compiling exported = : (S,S) -> % EQ;=;2S$;1 is replaced by %pair Time: 0.02 SEC. compiling exported equation : (S,S) -> % EQ;equation;2S$;2 is replaced by %pair Time: 0 SEC. compiling exported lhs : % -> S EQ;lhs;$S;3 is replaced by %head Time: 0 SEC. compiling exported rhs : % -> S EQ;rhs;$S;4 is replaced by %tail Time: 0 SEC. compiling exported swap : % -> % Time: 0 SEC. compiling exported map : (S -> S,%) -> % Time: 0 SEC. compiling exported eval : (%,Symbol,S) -> % Time: 0.02 SEC. compiling exported eval : (%,List Symbol,List S) -> % Time: 0 SEC. compiling exported eval : (%,%) -> % Time: 0.01 SEC. compiling exported eval : (%,List %) -> % Time: 0.01 SEC. compiling exported = : (%,%) -> Boolean Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Time: 0 SEC. compiling exported coerce : % -> Boolean Time: 0 SEC. compiling exported + : (%,%) -> % Time: 0.01 SEC. compiling exported + : (S,%) -> % Time: 0 SEC. compiling exported + : (%,S) -> % Time: 0 SEC. compiling exported - : % -> % Time: 0.01 SEC. compiling exported - : (S,%) -> % Time: 0 SEC. compiling exported - : (%,S) -> % Time: 0 SEC. compiling exported leftZero : % -> % Time: 0 SEC. compiling exported rightZero : % -> % Time: 0 SEC. compiling exported Zero : () -> % Time: 0.01 SEC. compiling exported - : (%,%) -> % Time: 0 SEC. compiling exported * : (%,%) -> % Time: 0.01 SEC. compiling exported * : (S,%) -> % Time: 0 SEC. compiling exported * : (%,S) -> % Time: 0 SEC. compiling exported One : () -> % Time: 0.00 SEC. compiling exported recip : % -> Union(%,failed) Time: 0.00 SEC. compiling exported leftOne : % -> Union(%,failed) Time: 0.00 SEC. compiling exported rightOne : % -> Union(%,failed) Time: 0.00 SEC. compiling exported inv : % -> % Time: 0.00 SEC. compiling exported leftOne : % -> Union(%,failed) Time: 0.00 SEC. compiling exported rightOne : % -> Union(%,failed) Time: 0 SEC. compiling exported characteristic : () -> NonNegativeInteger Time: 0.03 SEC. compiling exported * : (Integer,%) -> % Time: 0.01 SEC. compiling exported factorAndSplit : % -> List % Time: 0.12 SEC. compiling exported differentiate : (%,Symbol) -> % Time: 0.05 SEC. compiling exported dimension : () -> CardinalNumber Time: 0.01 SEC. compiling exported / : (%,%) -> % Time: 0 SEC. compiling exported inv : % -> % Time: 0.00 SEC. compiling exported subst : (%,%) -> % Time: 0.00 SEC. (time taken in buildFunctor: 8) Time: 0.05 SEC. Warnings: [1] eval: pretend Equation S -- should replace by @ [2] eval: pretend List Equation S -- should replace by @ [3] factorAndSplit: factors has no value [4] factorAndSplit: not known that IntegralDomain is of mode CATEGORY(domain,factorAndSplit: % -> List %) [5] factorAndSplit: not known that IntegralDomain is of mode CATEGORY(package,factor: S -> Factored S) [6] factorAndSplit: pretend Polynomial Integer -- should replace by @ [7] factorAndSplit: pretend S -- should replace by @ [8] subst: pretend Equation S -- should replace by @ Cumulative Statistics for Constructor Equation Time: 0.40 seconds finalizing NRLIB EQ Processing Equation for Browser database: -- ?=? : (S,S) -> % -- equation : (S,S) -> % -- swap : % -> % -- lhs : % -> S -- rhs : % -> S -- eval : (%,%) -> % -- eval : (%,List %) -> % -- ?+? : (S,%) -> % -- ?+? : (%,S) -> % -- leftZero : % -> % -- rightZero : % -> % -- ?-? : (S,%) -> % -- ?-? : (%,S) -> % -- ?*? : (S,%) -> % -- ?*? : (%,S) -> % -- leftOne : % -> Union(%,"failed") -- rightOne : % -> Union(%,"failed") -- leftOne : % -> Union(%,"failed") -- rightOne : % -> Union(%,"failed") -- factorAndSplit : % -> List % -- ?/? : (%,%) -> % -- inv : % -> % -- subst : (%,%) -> % -- constructor ; compiling file "/tmp/oa-hGZW48/code.lsp" (written 01 FEB 2016 11:05:42 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |EQ;=;2S$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |EQ;equation;2S$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |EQ;lhs;$S;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |EQ;rhs;$S;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |EQ;swap;2$;5|) ...) ; compiling (DEFUN |EQ;=;2S$;1| ...) ; compiling (DEFUN |EQ;equation;2S$;2| ...) ; compiling (DEFUN |EQ;lhs;$S;3| ...) ; compiling (DEFUN |EQ;rhs;$S;4| ...) ; compiling (DEFUN |EQ;swap;2$;5| ...) ; file: /tmp/oa-hGZW48/code.lsp ; in: DEFUN |EQ;swap;2$;5| ; (DEFUN BOOT::|EQ;swap;2$;5| (BOOT::|eqn| BOOT::$) ; (CONS (CDR BOOT::|eqn|) (CAR BOOT::|eqn|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EQ;swap;2$;5| ; (BOOT::|eqn| BOOT::$) ; (BLOCK BOOT::|EQ;swap;2$;5| (CONS (CDR BOOT::|eqn|) (CAR BOOT::|eqn|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |EQ;map;M2$;6| ...) ; file: /tmp/oa-hGZW48/code.lsp ; in: DEFUN |EQ;map;M2$;6| ; (DEFUN BOOT::|EQ;map;M2$;6| (BOOT::|fn| BOOT::|eqn| BOOT::$) ; (CONS (FUNCALL (CAR BOOT::|fn|) (CAR BOOT::|eqn|) (CDR BOOT::|fn|)) ; (FUNCALL (CAR BOOT::|fn|) (CDR BOOT::|eqn|) (CDR BOOT::|fn|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EQ;map;M2$;6| ; (BOOT::|fn| BOOT::|eqn| BOOT::$) ; (BLOCK BOOT::|EQ;map;M2$;6| ; (CONS (FUNCALL (CAR BOOT::|fn|) (CAR BOOT::|eqn|) (CDR BOOT::|fn|)) ; (FUNCALL (CAR BOOT::|fn|) (CDR BOOT::|eqn|) (CDR BOOT::|fn|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |EQ;eval;$SS$;7| ...) ; compiling (DEFUN |EQ;eval;$LL$;8| ...) ; compiling (DEFUN |EQ;eval;3$;9| ...) ; compiling (DEFUN |EQ;eval;$L$;10| ...) ; compiling (DEFUN |EQ;=;2$B;11| ...) ; file: /tmp/oa-hGZW48/code.lsp ; in: DEFUN |EQ;=;2$B;11| ; (DEFUN BOOT::|EQ;=;2$B;11| (BOOT::|eq1| BOOT::|eq2| BOOT::$) ; (AND ; (BOOT::SPADCALL (CAR BOOT::|eq1|) (CAR BOOT::|eq2|) ; (BOOT::|shellEntry| BOOT::$ 30)) ; (BOOT::SPADCALL (CDR BOOT::|eq1|) (CDR BOOT::|eq2|) ; (BOOT::|shellEntry| BOOT::$ 30)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EQ;=;2$B;11| ; (BOOT::|eq1| BOOT::|eq2| BOOT::$) ; (BLOCK BOOT::|EQ;=;2$B;11| ; (AND ; (BOOT::SPADCALL (CAR BOOT::|eq1|) (CAR BOOT::|eq2|) ; (BOOT::|shellEntry| BOOT::$ 30)) ; (BOOT::SPADCALL (CDR BOOT::|eq1|) (CDR BOOT::|eq2|) ; (BOOT::|shellEntry| BOOT::$ 30))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |EQ;coerce;$Of;12| ...) ; compiling (DEFUN |EQ;coerce;$B;13| ...) ; file: /tmp/oa-hGZW48/code.lsp ; in: DEFUN |EQ;coerce;$B;13| ; (DEFUN BOOT::|EQ;coerce;$B;13| (BOOT::|eqn| BOOT::$) ; (BOOT::SPADCALL (CAR BOOT::|eqn|) (CDR BOOT::|eqn|) ; (BOOT::|shellEntry| BOOT::$ 30))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EQ;coerce;$B;13| ; (BOOT::|eqn| BOOT::$) ; (BLOCK BOOT::|EQ;coerce;$B;13| ; (BOOT::SPADCALL (CAR BOOT::|eqn|) (CDR BOOT::|eqn|) ; (BOOT::|shellEntry| BOOT::$ 30)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |EQ;+;3$;14| ...) ; compiling (DEFUN |EQ;+;S2$;15| ...) ; file: /tmp/oa-hGZW48/code.lsp ; in: DEFUN |EQ;+;S2$;15| ; (DEFUN BOOT::|EQ;+;S2$;15| (BOOT::|s| BOOT::|eq2| BOOT::$) ; (BOOT::SPADCALL (CONS BOOT::|s| BOOT::|s|) BOOT::|eq2| ; (BOOT::|shellEntry| BOOT::$ 39))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EQ;+;S2$;15| ; (BOOT::|s| BOOT::|eq2| BOOT::$) ; (BLOCK BOOT::|EQ;+;S2$;15| ; (BOOT::SPADCALL (CONS BOOT::|s| BOOT::|s|) BOOT::|eq2| ; (BOOT::|shellEntry| BOOT::$ 39)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |EQ;+;$S$;16| ...) ; file: /tmp/oa-hGZW48/code.lsp ; in: DEFUN |EQ;+;$S$;16| ; (DEFUN BOOT::|EQ;+;$S$;16| (BOOT::|eq1| BOOT::|s| BOOT::$) ; (BOOT::SPADCALL BOOT::|eq1| (CONS BOOT::|s| BOOT::|s|) ; (BOOT::|shellEntry| BOOT::$ 39))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EQ;+;$S$;16| ; (BOOT::|eq1| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|EQ;+;$S$;16| ; (BOOT::SPADCALL BOOT::|eq1| (CONS BOOT::|s| BOOT::|s|) ; (BOOT::|shellEntry| BOOT::$ 39)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |EQ;-;2$;17| ...) ; compiling (DEFUN |EQ;-;S2$;18| ...) ; file: /tmp/oa-hGZW48/code.lsp ; in: DEFUN |EQ;-;S2$;18| ; (DEFUN BOOT::|EQ;-;S2$;18| (BOOT::|s| BOOT::|eq2| BOOT::$) ; (BOOT::SPADCALL (CONS BOOT::|s| BOOT::|s|) BOOT::|eq2| ; (BOOT::|shellEntry| BOOT::$ 44))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EQ;-;S2$;18| ; (BOOT::|s| BOOT::|eq2| BOOT::$) ; (BLOCK BOOT::|EQ;-;S2$;18| ; (BOOT::SPADCALL (CONS BOOT::|s| BOOT::|s|) BOOT::|eq2| ; (BOOT::|shellEntry| BOOT::$ 44)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |EQ;-;$S$;19| ...) ; file: /tmp/oa-hGZW48/code.lsp ; in: DEFUN |EQ;-;$S$;19| ; (DEFUN BOOT::|EQ;-;$S$;19| (BOOT::|eq1| BOOT::|s| BOOT::$) ; (BOOT::SPADCALL BOOT::|eq1| (CONS BOOT::|s| BOOT::|s|) ; (BOOT::|shellEntry| BOOT::$ 44))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EQ;-;$S$;19| ; (BOOT::|eq1| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|EQ;-;$S$;19| ; (BOOT::SPADCALL BOOT::|eq1| (CONS BOOT::|s| BOOT::|s|) ; (BOOT::|shellEntry| BOOT::$ 44)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |EQ;leftZero;2$;20| ...) ; compiling (DEFUN |EQ;rightZero;2$;21| ...) ; compiling (DEFUN |EQ;Zero;$;22| ...) ; compiling (DEFUN |EQ;-;3$;23| ...) ; compiling (DEFUN |EQ;*;3$;24| ...) ; compiling (DEFUN |EQ;*;S2$;25| ...) ; compiling (DEFUN |EQ;*;$S$;26| ...) ; compiling (DEFUN |EQ;One;$;27| ...) ; compiling (DEFUN |EQ;recip;$U;28| ...) ; compiling (DEFUN |EQ;leftOne;$U;29| ...) ; compiling (DEFUN |EQ;rightOne;$U;30| ...) ; compiling (DEFUN |EQ;inv;2$;31| ...) ; compiling (DEFUN |EQ;leftOne;$U;32| ...) ; compiling (DEFUN |EQ;rightOne;$U;33| ...) ; compiling (DEFUN |EQ;characteristic;Nni;34| ...) ; file: /tmp/oa-hGZW48/code.lsp ; in: DEFUN |EQ;characteristic;Nni;34| ; (DEFUN BOOT::|EQ;characteristic;Nni;34| (BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 66)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EQ;characteristic;Nni;34| ; (BOOT::$) ; (BLOCK BOOT::|EQ;characteristic;Nni;34| ; (BOOT::|spadConstant| BOOT::$ 66))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |EQ;*;I2$;35| ...) ; file: /tmp/oa-hGZW48/code.lsp ; in: DEFUN |EQ;*;I2$;35| ; (DEFUN BOOT::|EQ;*;I2$;35| (BOOT::|i| BOOT::|eq| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|i| (BOOT::|shellEntry| BOOT::$ 69)) ; BOOT::|eq| (BOOT::|shellEntry| BOOT::$ 54))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EQ;*;I2$;35| ; (BOOT::|i| BOOT::|eq| BOOT::$) ; (BLOCK BOOT::|EQ;*;I2$;35| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|i| (BOOT::|shellEntry| BOOT::$ 69)) BOOT::|eq| ; (BOOT::|shellEntry| BOOT::$ 54)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |EQ;factorAndSplit;$L;36| ...) ; file: /tmp/oa-hGZW48/code.lsp ; in: DEFUN |EQ;factorAndSplit;$L;36| ; (DEFUN BOOT::|EQ;factorAndSplit;$L;36| (BOOT::|eq| BOOT::$) ; (COND ; ((BOOT::|HasSignature| (BOOT::|shellEntry| BOOT::$ 6) ; (LIST 'BOOT::|factor| #)) ; (LET (#) ; (LET # ; #))) ; ((BOOT::|domainEqual| (BOOT::|shellEntry| BOOT::$ 6) ; (BOOT::|Polynomial| #)) ; (LET* (# #) ; (LET # ; #))) ; (T (LIST BOOT::|eq|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EQ;factorAndSplit;$L;36| ; (BOOT::|eq| BOOT::$) ; (BLOCK BOOT::|EQ;factorAndSplit;$L;36| ; (COND ; ((BOOT::|HasSignature| # #) ; (LET # ; #)) ; ((BOOT::|domainEqual| # #) ; (LET* # ; #)) ; (T (LIST BOOT::|eq|))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |EQ;differentiate;$S$;37| ...) ; compiling (DEFUN |EQ;dimension;Cn;38| ...) ; compiling (DEFUN |EQ;/;3$;39| ...) ; compiling (DEFUN |EQ;inv;2$;40| ...) ; compiling (DEFUN |EQ;subst;3$;41| ...) ; compiling (DEFUN |Equation| ...) ; compiling (DEFUN |Equation;| ...) ; compiling (MAKEPROP (QUOTE |Equation|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 9 notes ; /tmp/oa-hGZW48/code.fasl written ; compilation finished in 0:00:00.091 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ERROR.spad && cp ERROR.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ERROR.fasl \ && if test -f ERROR-.NRLIB/code.fasl; then \ cp ERROR-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ERROR-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ERROR.spad using Spad compiler. ERROR abbreviates package ErrorFunctions debug: compDefine1 lhs: (ErrorFunctions) signature (pre-evaluate): ((CATEGORY package (SIGNATURE error ((Exit) (String))) (SIGNATURE error ((Exit) (List (String)))) (SIGNATURE error ((Exit) (String) (String))) (SIGNATURE error ((Exit) (String) (List (String)))))) debug: evaluateType form: (CATEGORY package (SIGNATURE error ((Exit) (String))) (SIGNATURE error ((Exit) (List (String)))) (SIGNATURE error ((Exit) (String) (String))) (SIGNATURE error ((Exit) (String) (List (String))))) $param: NIL debug: evaluateType form: (Exit) $param: NIL Debug: evaluateType1 form: (Exit) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Exit) $param: NIL Debug: evaluateType1 form: (Exit) debug: evaluateType form: (List (String)) $param: NIL Debug: evaluateType1 form: (List (String)) debug: evaluateType1 x: (String) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evalCategory d: (String) c: (Type) debug: evaluateType form: (Exit) $param: NIL Debug: evaluateType1 form: (Exit) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Exit) $param: NIL Debug: evaluateType1 form: (Exit) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (List (String)) $param: NIL Debug: evaluateType1 form: (List (String)) debug: evaluateType1 x: (String) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evalCategory d: (String) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE error ((Exit) (String))) (SIGNATURE error ((Exit) (List (String)))) (SIGNATURE error ((Exit) (String) (String))) (SIGNATURE error ((Exit) (String) (List (String)))))) ------------------------------------------------------------------------ initializing stationary directory for ErrorFunctions compiling into /tmp/oa-OwZihT compiling local doit : String -> Exit Time: 0.01 SEC. compiling exported error : String -> Exit Time: 0.01 SEC. compiling exported error : List String -> Exit Time: 0.00 SEC. compiling exported error : (String,String) -> Exit Time: 0 SEC. compiling exported error : (String,List String) -> Exit Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor ErrorFunctions Time: 0.04 seconds finalizing NRLIB ERROR Processing ErrorFunctions for Browser database: -- error : String -> Exit -- error : List String -> Exit -- error : (String,String) -> Exit -- error : (String,List String) -> Exit -- constructor ; compiling file "/tmp/oa-OwZihT/code.lsp" (written 01 FEB 2016 11:05:42 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ERROR;doit| ...) ; file: /tmp/oa-OwZihT/code.lsp ; in: DEFUN |ERROR;doit| ; (DEFUN BOOT::|ERROR;doit| (BOOT::|s| BOOT::$) ; (PROGN (BOOT::|throwPatternMsg| BOOT::|s| NIL) "exit")) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ERROR;doit| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|ERROR;doit| ; (PROGN (BOOT::|throwPatternMsg| BOOT::|s| NIL) "exit"))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |ERROR;error;SE;2| ...) ; compiling (DEFUN |ERROR;error;LE;3| ...) ; compiling (DEFUN |ERROR;error;2SE;4| ...) ; compiling (DEFUN |ERROR;error;SLE;5| ...) ; compiling (DEFUN |ErrorFunctions| ...) ; compiling (DEFUN |ErrorFunctions;| ...) ; compiling (MAKEPROP (QUOTE |ErrorFunctions|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; /tmp/oa-OwZihT/code.fasl written ; compilation finished in 0:00:00.023 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile LGROBP.spad && cp LGROBP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LGROBP.fasl \ && if test -f LGROBP-.NRLIB/code.fasl; then \ cp LGROBP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LGROBP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LGROBP.spad using Spad compiler. LGROBP abbreviates package LinGroebnerPackage debug: compDefine1 lhs: (LinGroebnerPackage lv F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE linGenPos ((Record (: gblist (List (DistributedMultivariatePolynomial lv F))) (: gvlist (List (Integer)))) (List (HomogeneousDistributedMultivariatePolynomial lv F)))) (SIGNATURE groebgen ((Record (: glbase (List (DistributedMultivariatePolynomial lv F))) (: glval (List (Integer)))) (List (DistributedMultivariatePolynomial lv F)))) (SIGNATURE totolex ((List (DistributedMultivariatePolynomial lv F)) (List (HomogeneousDistributedMultivariatePolynomial lv F)))) (SIGNATURE minPol ((HomogeneousDistributedMultivariatePolynomial lv F) (List (HomogeneousDistributedMultivariatePolynomial lv F)) (List (HomogeneousDistributedMultivariatePolynomial lv F)) (OrderedVariableList lv))) (SIGNATURE minPol ((HomogeneousDistributedMultivariatePolynomial lv F) (List (HomogeneousDistributedMultivariatePolynomial lv F)) (OrderedVariableList lv))) (SIGNATURE computeBasis ((List (HomogeneousDistributedMultivariatePolynomial lv F)) (List (HomogeneousDistributedMultivariatePolynomial lv F)))) (SIGNATURE coord ((Vector F) (HomogeneousDistributedMultivariatePolynomial lv F) (List (HomogeneousDistributedMultivariatePolynomial lv F)))) (SIGNATURE anticoord ((DistributedMultivariatePolynomial lv F) (List F) (DistributedMultivariatePolynomial lv F) (List (DistributedMultivariatePolynomial lv F)))) (SIGNATURE intcompBasis ((List (HomogeneousDistributedMultivariatePolynomial lv F)) (OrderedVariableList lv) (List (HomogeneousDistributedMultivariatePolynomial lv F)) (List (HomogeneousDistributedMultivariatePolynomial lv F)))) (SIGNATURE choosemon ((DistributedMultivariatePolynomial lv F) (DistributedMultivariatePolynomial lv F) (List (DistributedMultivariatePolynomial lv F)))) (SIGNATURE transform ((HomogeneousDistributedMultivariatePolynomial lv F) (DistributedMultivariatePolynomial lv F)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE linGenPos ((Record (: gblist (List (DistributedMultivariatePolynomial lv F))) (: gvlist (List (Integer)))) (List (HomogeneousDistributedMultivariatePolynomial lv F)))) (SIGNATURE groebgen ((Record (: glbase (List (DistributedMultivariatePolynomial lv F))) (: glval (List (Integer)))) (List (DistributedMultivariatePolynomial lv F)))) (SIGNATURE totolex ((List (DistributedMultivariatePolynomial lv F)) (List (HomogeneousDistributedMultivariatePolynomial lv F)))) (SIGNATURE minPol ((HomogeneousDistributedMultivariatePolynomial lv F) (List (HomogeneousDistributedMultivariatePolynomial lv F)) (List (HomogeneousDistributedMultivariatePolynomial lv F)) (OrderedVariableList lv))) (SIGNATURE minPol ((HomogeneousDistributedMultivariatePolynomial lv F) (List (HomogeneousDistributedMultivariatePolynomial lv F)) (OrderedVariableList lv))) (SIGNATURE computeBasis ((List (HomogeneousDistributedMultivariatePolynomial lv F)) (List (HomogeneousDistributedMultivariatePolynomial lv F)))) (SIGNATURE coord ((Vector F) (HomogeneousDistributedMultivariatePolynomial lv F) (List (HomogeneousDistributedMultivariatePolynomial lv F)))) (SIGNATURE anticoord ((DistributedMultivariatePolynomial lv F) (List F) (DistributedMultivariatePolynomial lv F) (List (DistributedMultivariatePolynomial lv F)))) (SIGNATURE intcompBasis ((List (HomogeneousDistributedMultivariatePolynomial lv F)) (OrderedVariableList lv) (List (HomogeneousDistributedMultivariatePolynomial lv F)) (List (HomogeneousDistributedMultivariatePolynomial lv F)))) (SIGNATURE choosemon ((DistributedMultivariatePolynomial lv F) (DistributedMultivariatePolynomial lv F) (List (DistributedMultivariatePolynomial lv F)))) (SIGNATURE transform ((HomogeneousDistributedMultivariatePolynomial lv F) (DistributedMultivariatePolynomial lv F)))) $param: (lv F) debug: evaluateType form: (Record (: gblist (List (DistributedMultivariatePolynomial lv F))) (: gvlist (List (Integer)))) $param: (lv F) debug: evaluateType form: (List (DistributedMultivariatePolynomial lv F)) $param: (lv F) Debug: evaluateType1 form: (List (DistributedMultivariatePolynomial lv F)) debug: evaluateType1 x: (DistributedMultivariatePolynomial lv F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (DistributedMultivariatePolynomial lv F) $param: (lv F) Debug: evaluateType1 form: (DistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (DistributedMultivariatePolynomial lv F) c: (Type) debug: evaluateType form: (List (Integer)) $param: (lv F) Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (lv F) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (List (HomogeneousDistributedMultivariatePolynomial lv F)) $param: (lv F) Debug: evaluateType1 form: (List (HomogeneousDistributedMultivariatePolynomial lv F)) debug: evaluateType1 x: (HomogeneousDistributedMultivariatePolynomial lv F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (HomogeneousDistributedMultivariatePolynomial lv F) $param: (lv F) Debug: evaluateType1 form: (HomogeneousDistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (HomogeneousDistributedMultivariatePolynomial lv F) c: (Type) debug: evaluateType form: (Record (: glbase (List (DistributedMultivariatePolynomial lv F))) (: glval (List (Integer)))) $param: (lv F) debug: evaluateType form: (List (DistributedMultivariatePolynomial lv F)) $param: (lv F) Debug: evaluateType1 form: (List (DistributedMultivariatePolynomial lv F)) debug: evaluateType1 x: (DistributedMultivariatePolynomial lv F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (DistributedMultivariatePolynomial lv F) $param: (lv F) Debug: evaluateType1 form: (DistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (DistributedMultivariatePolynomial lv F) c: (Type) debug: evaluateType form: (List (Integer)) $param: (lv F) Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (lv F) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (List (DistributedMultivariatePolynomial lv F)) $param: (lv F) Debug: evaluateType1 form: (List (DistributedMultivariatePolynomial lv F)) debug: evaluateType1 x: (DistributedMultivariatePolynomial lv F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (DistributedMultivariatePolynomial lv F) $param: (lv F) Debug: evaluateType1 form: (DistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (DistributedMultivariatePolynomial lv F) c: (Type) debug: evaluateType form: (List (DistributedMultivariatePolynomial lv F)) $param: (lv F) Debug: evaluateType1 form: (List (DistributedMultivariatePolynomial lv F)) debug: evaluateType1 x: (DistributedMultivariatePolynomial lv F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (DistributedMultivariatePolynomial lv F) $param: (lv F) Debug: evaluateType1 form: (DistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (DistributedMultivariatePolynomial lv F) c: (Type) debug: evaluateType form: (List (HomogeneousDistributedMultivariatePolynomial lv F)) $param: (lv F) Debug: evaluateType1 form: (List (HomogeneousDistributedMultivariatePolynomial lv F)) debug: evaluateType1 x: (HomogeneousDistributedMultivariatePolynomial lv F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (HomogeneousDistributedMultivariatePolynomial lv F) $param: (lv F) Debug: evaluateType1 form: (HomogeneousDistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (HomogeneousDistributedMultivariatePolynomial lv F) c: (Type) debug: evaluateType form: (HomogeneousDistributedMultivariatePolynomial lv F) $param: (lv F) Debug: evaluateType1 form: (HomogeneousDistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (List (HomogeneousDistributedMultivariatePolynomial lv F)) $param: (lv F) Debug: evaluateType1 form: (List (HomogeneousDistributedMultivariatePolynomial lv F)) debug: evaluateType1 x: (HomogeneousDistributedMultivariatePolynomial lv F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (HomogeneousDistributedMultivariatePolynomial lv F) $param: (lv F) Debug: evaluateType1 form: (HomogeneousDistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (HomogeneousDistributedMultivariatePolynomial lv F) c: (Type) debug: evaluateType form: (List (HomogeneousDistributedMultivariatePolynomial lv F)) $param: (lv F) Debug: evaluateType1 form: (List (HomogeneousDistributedMultivariatePolynomial lv F)) debug: evaluateType1 x: (HomogeneousDistributedMultivariatePolynomial lv F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (HomogeneousDistributedMultivariatePolynomial lv F) $param: (lv F) Debug: evaluateType1 form: (HomogeneousDistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (HomogeneousDistributedMultivariatePolynomial lv F) c: (Type) debug: evaluateType form: (OrderedVariableList lv) $param: (lv F) Debug: evaluateType1 form: (OrderedVariableList lv) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType form: (HomogeneousDistributedMultivariatePolynomial lv F) $param: (lv F) Debug: evaluateType1 form: (HomogeneousDistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (List (HomogeneousDistributedMultivariatePolynomial lv F)) $param: (lv F) Debug: evaluateType1 form: (List (HomogeneousDistributedMultivariatePolynomial lv F)) debug: evaluateType1 x: (HomogeneousDistributedMultivariatePolynomial lv F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (HomogeneousDistributedMultivariatePolynomial lv F) $param: (lv F) Debug: evaluateType1 form: (HomogeneousDistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (HomogeneousDistributedMultivariatePolynomial lv F) c: (Type) debug: evaluateType form: (OrderedVariableList lv) $param: (lv F) Debug: evaluateType1 form: (OrderedVariableList lv) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType form: (List (HomogeneousDistributedMultivariatePolynomial lv F)) $param: (lv F) Debug: evaluateType1 form: (List (HomogeneousDistributedMultivariatePolynomial lv F)) debug: evaluateType1 x: (HomogeneousDistributedMultivariatePolynomial lv F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (HomogeneousDistributedMultivariatePolynomial lv F) $param: (lv F) Debug: evaluateType1 form: (HomogeneousDistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (HomogeneousDistributedMultivariatePolynomial lv F) c: (Type) debug: evaluateType form: (List (HomogeneousDistributedMultivariatePolynomial lv F)) $param: (lv F) Debug: evaluateType1 form: (List (HomogeneousDistributedMultivariatePolynomial lv F)) debug: evaluateType1 x: (HomogeneousDistributedMultivariatePolynomial lv F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (HomogeneousDistributedMultivariatePolynomial lv F) $param: (lv F) Debug: evaluateType1 form: (HomogeneousDistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (HomogeneousDistributedMultivariatePolynomial lv F) c: (Type) debug: evaluateType form: (Vector F) $param: (lv F) Debug: evaluateType1 form: (Vector F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (HomogeneousDistributedMultivariatePolynomial lv F) $param: (lv F) Debug: evaluateType1 form: (HomogeneousDistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (List (HomogeneousDistributedMultivariatePolynomial lv F)) $param: (lv F) Debug: evaluateType1 form: (List (HomogeneousDistributedMultivariatePolynomial lv F)) debug: evaluateType1 x: (HomogeneousDistributedMultivariatePolynomial lv F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (HomogeneousDistributedMultivariatePolynomial lv F) $param: (lv F) Debug: evaluateType1 form: (HomogeneousDistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (HomogeneousDistributedMultivariatePolynomial lv F) c: (Type) debug: evaluateType form: (DistributedMultivariatePolynomial lv F) $param: (lv F) Debug: evaluateType1 form: (DistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (List F) $param: (lv F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (DistributedMultivariatePolynomial lv F) $param: (lv F) Debug: evaluateType1 form: (DistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (List (DistributedMultivariatePolynomial lv F)) $param: (lv F) Debug: evaluateType1 form: (List (DistributedMultivariatePolynomial lv F)) debug: evaluateType1 x: (DistributedMultivariatePolynomial lv F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (DistributedMultivariatePolynomial lv F) $param: (lv F) Debug: evaluateType1 form: (DistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (DistributedMultivariatePolynomial lv F) c: (Type) debug: evaluateType form: (List (HomogeneousDistributedMultivariatePolynomial lv F)) $param: (lv F) Debug: evaluateType1 form: (List (HomogeneousDistributedMultivariatePolynomial lv F)) debug: evaluateType1 x: (HomogeneousDistributedMultivariatePolynomial lv F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (HomogeneousDistributedMultivariatePolynomial lv F) $param: (lv F) Debug: evaluateType1 form: (HomogeneousDistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (HomogeneousDistributedMultivariatePolynomial lv F) c: (Type) debug: evaluateType form: (OrderedVariableList lv) $param: (lv F) Debug: evaluateType1 form: (OrderedVariableList lv) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType form: (List (HomogeneousDistributedMultivariatePolynomial lv F)) $param: (lv F) Debug: evaluateType1 form: (List (HomogeneousDistributedMultivariatePolynomial lv F)) debug: evaluateType1 x: (HomogeneousDistributedMultivariatePolynomial lv F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (HomogeneousDistributedMultivariatePolynomial lv F) $param: (lv F) Debug: evaluateType1 form: (HomogeneousDistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (HomogeneousDistributedMultivariatePolynomial lv F) c: (Type) debug: evaluateType form: (List (HomogeneousDistributedMultivariatePolynomial lv F)) $param: (lv F) Debug: evaluateType1 form: (List (HomogeneousDistributedMultivariatePolynomial lv F)) debug: evaluateType1 x: (HomogeneousDistributedMultivariatePolynomial lv F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (HomogeneousDistributedMultivariatePolynomial lv F) $param: (lv F) Debug: evaluateType1 form: (HomogeneousDistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (HomogeneousDistributedMultivariatePolynomial lv F) c: (Type) debug: evaluateType form: (DistributedMultivariatePolynomial lv F) $param: (lv F) Debug: evaluateType1 form: (DistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (DistributedMultivariatePolynomial lv F) $param: (lv F) Debug: evaluateType1 form: (DistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (List (DistributedMultivariatePolynomial lv F)) $param: (lv F) Debug: evaluateType1 form: (List (DistributedMultivariatePolynomial lv F)) debug: evaluateType1 x: (DistributedMultivariatePolynomial lv F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (DistributedMultivariatePolynomial lv F) $param: (lv F) Debug: evaluateType1 form: (DistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (DistributedMultivariatePolynomial lv F) c: (Type) debug: evaluateType form: (HomogeneousDistributedMultivariatePolynomial lv F) $param: (lv F) Debug: evaluateType1 form: (HomogeneousDistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (DistributedMultivariatePolynomial lv F) $param: (lv F) Debug: evaluateType1 form: (DistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE linGenPos ((Record (: gblist (List (DistributedMultivariatePolynomial lv F))) (: gvlist (List (Integer)))) (List (HomogeneousDistributedMultivariatePolynomial lv F)))) (SIGNATURE groebgen ((Record (: glbase (List (DistributedMultivariatePolynomial lv F))) (: glval (List (Integer)))) (List (DistributedMultivariatePolynomial lv F)))) (SIGNATURE totolex ((List (DistributedMultivariatePolynomial lv F)) (List (HomogeneousDistributedMultivariatePolynomial lv F)))) (SIGNATURE minPol ((HomogeneousDistributedMultivariatePolynomial lv F) (List (HomogeneousDistributedMultivariatePolynomial lv F)) (List (HomogeneousDistributedMultivariatePolynomial lv F)) (OrderedVariableList lv))) (SIGNATURE minPol ((HomogeneousDistributedMultivariatePolynomial lv F) (List (HomogeneousDistributedMultivariatePolynomial lv F)) (OrderedVariableList lv))) (SIGNATURE computeBasis ((List (HomogeneousDistributedMultivariatePolynomial lv F)) (List (HomogeneousDistributedMultivariatePolynomial lv F)))) (SIGNATURE coord ((Vector F) (HomogeneousDistributedMultivariatePolynomial lv F) (List (HomogeneousDistributedMultivariatePolynomial lv F)))) (SIGNATURE anticoord ((DistributedMultivariatePolynomial lv F) (List F) (DistributedMultivariatePolynomial lv F) (List (DistributedMultivariatePolynomial lv F)))) (SIGNATURE intcompBasis ((List (HomogeneousDistributedMultivariatePolynomial lv F)) (OrderedVariableList lv) (List (HomogeneousDistributedMultivariatePolynomial lv F)) (List (HomogeneousDistributedMultivariatePolynomial lv F)))) (SIGNATURE choosemon ((DistributedMultivariatePolynomial lv F) (DistributedMultivariatePolynomial lv F) (List (DistributedMultivariatePolynomial lv F)))) (SIGNATURE transform ((HomogeneousDistributedMultivariatePolynomial lv F) (DistributedMultivariatePolynomial lv F)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for LinGroebnerPackage compiling into /tmp/oa-lKw0J7 importing GroebnerPackage(F,DirectProduct(# lv,NonNegativeInteger),OrderedVariableList lv,DistributedMultivariatePolynomial(lv,F)) importing GroebnerPackage(F,HomogeneousDirectProduct(# lv,NonNegativeInteger),OrderedVariableList lv,HomogeneousDistributedMultivariatePolynomial(lv,F)) importing GroebnerInternalPackage(F,HomogeneousDirectProduct(# lv,NonNegativeInteger),OrderedVariableList lv,HomogeneousDistributedMultivariatePolynomial(lv,F)) importing GroebnerInternalPackage(F,DirectProduct(# lv,NonNegativeInteger),OrderedVariableList lv,DistributedMultivariatePolynomial(lv,F)) compiling local reduceRow : (Matrix F,Vector F,Integer,Vector Integer) -> Vector F Time: 0.09 SEC. compiling local rRedPol : (HomogeneousDistributedMultivariatePolynomial(lv,F),List HomogeneousDistributedMultivariatePolynomial(lv,F)) -> Record(poly: HomogeneousDistributedMultivariatePolynomial(lv,F),mult: F) Time: 0.06 SEC. compiling exported totolex : List HomogeneousDistributedMultivariatePolynomial(lv,F) -> List DistributedMultivariatePolynomial(lv,F) Time: 0.27 SEC. compiling exported minPol : (List HomogeneousDistributedMultivariatePolynomial(lv,F),OrderedVariableList lv) -> HomogeneousDistributedMultivariatePolynomial(lv,F) Time: 0.02 SEC. compiling exported minPol : (List HomogeneousDistributedMultivariatePolynomial(lv,F),List HomogeneousDistributedMultivariatePolynomial(lv,F),OrderedVariableList lv) -> HomogeneousDistributedMultivariatePolynomial(lv,F) Time: 0.24 SEC. compiling exported transform : DistributedMultivariatePolynomial(lv,F) -> HomogeneousDistributedMultivariatePolynomial(lv,F) Time: 0.10 SEC. compiling exported computeBasis : List HomogeneousDistributedMultivariatePolynomial(lv,F) -> List HomogeneousDistributedMultivariatePolynomial(lv,F) Time: 0.06 SEC. compiling exported intcompBasis : (OrderedVariableList lv,List HomogeneousDistributedMultivariatePolynomial(lv,F),List HomogeneousDistributedMultivariatePolynomial(lv,F)) -> List HomogeneousDistributedMultivariatePolynomial(lv,F) Time: 0.04 SEC. compiling exported coord : (HomogeneousDistributedMultivariatePolynomial(lv,F),List HomogeneousDistributedMultivariatePolynomial(lv,F)) -> Vector F Time: 0.11 SEC. compiling exported anticoord : (List F,DistributedMultivariatePolynomial(lv,F),List DistributedMultivariatePolynomial(lv,F)) -> DistributedMultivariatePolynomial(lv,F) Time: 0.04 SEC. compiling exported choosemon : (DistributedMultivariatePolynomial(lv,F),List DistributedMultivariatePolynomial(lv,F)) -> DistributedMultivariatePolynomial(lv,F) Time: 0.14 SEC. compiling exported linGenPos : List HomogeneousDistributedMultivariatePolynomial(lv,F) -> Record(gblist: List DistributedMultivariatePolynomial(lv,F),gvlist: List Integer) Time: 0.45 SEC. compiling exported groebgen : List DistributedMultivariatePolynomial(lv,F) -> Record(glbase: List DistributedMultivariatePolynomial(lv,F),glval: List Integer) Time: 0.25 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] minPol: : NonNegativeInteger -- replace by pretend [2] linGenPos: : PositiveInteger -- replace by pretend [3] groebgen: : NonNegativeInteger -- replace by pretend [4] groebgen: not known that Ring is of mode CATEGORY(package,linGenPos: List HomogeneousDistributedMultivariatePolynomial(lv,F) -> Record(gblist: List DistributedMultivariatePolynomial(lv,F),gvlist: List Integer),groebgen: List DistributedMultivariatePolynomial(lv,F) -> Record(glbase: List DistributedMultivariatePolynomial(lv,F),glval: List Integer),totolex: List HomogeneousDistributedMultivariatePolynomial(lv,F) -> List DistributedMultivariatePolynomial(lv,F),minPol: (List HomogeneousDistributedMultivariatePolynomial(lv,F),List HomogeneousDistributedMultivariatePolynomial(lv,F),OrderedVariableList lv) -> HomogeneousDistributedMultivariatePolynomial(lv,F),minPol: (List HomogeneousDistributedMultivariatePolynomial(lv,F),OrderedVariableList lv) -> HomogeneousDistributedMultivariatePolynomial(lv,F),computeBasis: List HomogeneousDistributedMultivariatePolynomial(lv,F) -> List HomogeneousDistributedMultivariatePolynomial(lv,F),coord: (HomogeneousDistributedMultivariatePolynomial(lv,F),List HomogeneousDistributedMultivariatePolynomial(lv,F)) -> Vector F,anticoord: (List F,DistributedMultivariatePolynomial(lv,F),List DistributedMultivariatePolynomial(lv,F)) -> DistributedMultivariatePolynomial(lv,F),intcompBasis: (OrderedVariableList lv,List HomogeneousDistributedMultivariatePolynomial(lv,F),List HomogeneousDistributedMultivariatePolynomial(lv,F)) -> List HomogeneousDistributedMultivariatePolynomial(lv,F),choosemon: (DistributedMultivariatePolynomial(lv,F),List DistributedMultivariatePolynomial(lv,F)) -> DistributedMultivariatePolynomial(lv,F),transform: DistributedMultivariatePolynomial(lv,F) -> HomogeneousDistributedMultivariatePolynomial(lv,F)) Cumulative Statistics for Constructor LinGroebnerPackage Time: 1.88 seconds finalizing NRLIB LGROBP Processing LinGroebnerPackage for Browser database: -- linGenPos : List HDPoly -> LVals -- groebgen : List DPoly -> cLVars -- totolex : List HDPoly -> List DPoly -- minPol : (List HDPoly,List HDPoly,OV) -> HDPoly -- minPol : (List HDPoly,OV) -> HDPoly -- computeBasis : List HDPoly -> List HDPoly -- coord : (HDPoly,List HDPoly) -> VF -- anticoord : (List F,DPoly,List DPoly) -> DPoly -- intcompBasis : (OV,List HDPoly,List HDPoly) -> List HDPoly -- choosemon : (DPoly,List DPoly) -> DPoly -- transform : DPoly -> HDPoly -- constructor ; compiling file "/tmp/oa-lKw0J7/code.lsp" (written 01 FEB 2016 11:05:44 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LGROBP;reduceRow| ...) ; compiling (DEFUN |LGROBP;rRedPol| ...) ; compiling (DEFUN |LGROBP;totolex;LL;3| ...) ; compiling (DEFUN |LGROBP;minPol;LOvlHdmp;4| ...) ; compiling (DEFUN |LGROBP;minPol;2LOvlHdmp;5| ...) ; compiling (DEFUN |LGROBP;transform;DmpHdmp;6| ...) ; compiling (DEFUN |LGROBP;computeBasis;2L;7| ...) ; compiling (DEFUN |LGROBP;intcompBasis;Ovl3L;8| ...) ; file: /tmp/oa-lKw0J7/code.lsp ; in: DEFUN |LGROBP;intcompBasis;Ovl3L;8| ; (DEFUN BOOT::|LGROBP;intcompBasis;Ovl3L;8| ; (BOOT::|x| BOOT::|lr| BOOT::|mB| BOOT::$) ; (PROG (BOOT::|g|) (RETURN (COND (# BOOT::|lr|) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LGROBP;intcompBasis;Ovl3L;8| ; (BOOT::|x| BOOT::|lr| BOOT::|mB| BOOT::$) ; (BLOCK BOOT::|LGROBP;intcompBasis;Ovl3L;8| ; (PROG (BOOT::|g|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |LGROBP;coord;HdmpLV;9| ...) ; compiling (DEFUN |LGROBP;anticoord;LDmpLDmp;10| ...) ; compiling (DEFUN |LGROBP;choosemon;DmpLDmp;11| ...) ; compiling (DEFUN |LGROBP;linGenPos;LR;12| ...) ; compiling (DEFUN |LGROBP;groebgen;LR;13| ...) ; compiling (DEFUN |LinGroebnerPackage| ...) ; compiling (DEFUN |LinGroebnerPackage;| ...) ; compiling (MAKEPROP (QUOTE |LinGroebnerPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-lKw0J7/code.fasl written ; compilation finished in 0:00:00.190 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PUSHVAR.spad && cp PUSHVAR.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PUSHVAR.fasl \ && if test -f PUSHVAR-.NRLIB/code.fasl; then \ cp PUSHVAR-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PUSHVAR-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PUSHVAR.spad using Spad compiler. PUSHVAR abbreviates package PushVariables debug: compDefine1 lhs: (PushVariables R E OV PPR) signature (pre-evaluate): ((CATEGORY package (SIGNATURE pushdown (PPR PPR OV)) (SIGNATURE pushdown (PPR PPR (List OV))) (SIGNATURE pushup (PPR PPR OV)) (SIGNATURE pushup (PPR PPR (List OV))) (SIGNATURE map (PPR (Mapping PPR (Polynomial R)) PPR))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE pushdown (PPR PPR OV)) (SIGNATURE pushdown (PPR PPR (List OV))) (SIGNATURE pushup (PPR PPR OV)) (SIGNATURE pushup (PPR PPR (List OV))) (SIGNATURE map (PPR (Mapping PPR (Polynomial R)) PPR))) $param: (R E OV PPR) debug: evaluateType form: PPR $param: (R E OV PPR) debug: evaluateType form: PPR $param: (R E OV PPR) debug: evaluateType form: OV $param: (R E OV PPR) debug: evaluateType form: PPR $param: (R E OV PPR) debug: evaluateType form: PPR $param: (R E OV PPR) debug: evaluateType form: (List OV) $param: (R E OV PPR) Debug: evaluateType1 form: (List OV) debug: evaluateType1 x: OV m: (Type) debug: evaluateType form: PPR $param: (R E OV PPR) debug: evaluateType form: PPR $param: (R E OV PPR) debug: evaluateType form: OV $param: (R E OV PPR) debug: evaluateType form: PPR $param: (R E OV PPR) debug: evaluateType form: PPR $param: (R E OV PPR) debug: evaluateType form: (List OV) $param: (R E OV PPR) Debug: evaluateType1 form: (List OV) debug: evaluateType1 x: OV m: (Type) debug: evaluateType form: PPR $param: (R E OV PPR) debug: evaluateType form: (Mapping PPR (Polynomial R)) $param: (R E OV PPR) debug: evaluateType form: PPR $param: (R E OV PPR) debug: evaluateType form: (Polynomial R) $param: (R E OV PPR) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: PPR $param: (R E OV PPR) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE pushdown (PPR PPR OV)) (SIGNATURE pushdown (PPR PPR (List OV))) (SIGNATURE pushup (PPR PPR OV)) (SIGNATURE pushup (PPR PPR (List OV))) (SIGNATURE map (PPR (Mapping PPR (Polynomial R)) PPR))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PushVariables compiling into /tmp/oa-U2SiYj compiling exported pushdown : (PPR,OV) -> PPR Time: 0.08 SEC. compiling exported pushdown : (PPR,List OV) -> PPR Time: 0.04 SEC. compiling exported map : (Polynomial R -> PPR,PPR) -> PPR Time: 0.04 SEC. compiling local pushupCoef : (Polynomial R,List OV) -> PPR Time: 0.08 SEC. compiling exported pushup : (PPR,OV) -> PPR Time: 0.01 SEC. compiling exported pushup : (PPR,List OV) -> PPR Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] map: not known that Ring is of mode CATEGORY(package,pushdown: (PPR,OV) -> PPR,pushdown: (PPR,List OV) -> PPR,pushup: (PPR,OV) -> PPR,pushup: (PPR,List OV) -> PPR,map: ((Polynomial R -> PPR),PPR) -> PPR) Cumulative Statistics for Constructor PushVariables Time: 0.25 seconds finalizing NRLIB PUSHVAR Processing PushVariables for Browser database: -- convert : % -> Symbol -- variable : Symbol -> Union(%,"failed") -- pushdown : (PPR,OV) -> PPR -- pushdown : (PPR,List OV) -> PPR -- pushup : (PPR,OV) -> PPR -- pushup : (PPR,List OV) -> PPR -- map : ((PR -> PPR),PPR) -> PPR -- constructor ; compiling file "/tmp/oa-U2SiYj/code.lsp" (written 01 FEB 2016 11:05:45 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PUSHVAR;pushdown;PPROVPPR;1| ...) ; compiling (DEFUN |PUSHVAR;pushdown;PPRLPPR;2| ...) ; compiling (DEFUN |PUSHVAR;map;M2PPR;3| ...) ; compiling (DEFUN |PUSHVAR;map;M2PPR;3!0| ...) ; compiling (DEFUN |PUSHVAR;pushupCoef| ...) ; compiling (DEFUN |PUSHVAR;pushup;PPROVPPR;5| ...) ; compiling (DEFUN |PUSHVAR;pushup;PPROVPPR;5!0| ...) ; compiling (DEFUN |PUSHVAR;pushup;PPRLPPR;6| ...) ; compiling (DEFUN |PUSHVAR;pushup;PPRLPPR;6!0| ...) ; compiling (DEFUN |PushVariables| ...) ; compiling (DEFUN |PushVariables;| ...) ; compiling (MAKEPROP (QUOTE |PushVariables|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-U2SiYj/code.fasl written ; compilation finished in 0:00:00.042 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/PUSHVAR.fasl --optimize=3 PUSHVAR.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PUSHVAR.spad using Spad compiler. PUSHVAR abbreviates package PushVariables debug: compDefine1 lhs: (PushVariables R E OV PPR) signature (pre-evaluate): ((CATEGORY package (SIGNATURE pushdown (PPR PPR OV)) (SIGNATURE pushdown (PPR PPR (List OV))) (SIGNATURE pushup (PPR PPR OV)) (SIGNATURE pushup (PPR PPR (List OV))) (SIGNATURE map (PPR (Mapping PPR (Polynomial R)) PPR))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE pushdown (PPR PPR OV)) (SIGNATURE pushdown (PPR PPR (List OV))) (SIGNATURE pushup (PPR PPR OV)) (SIGNATURE pushup (PPR PPR (List OV))) (SIGNATURE map (PPR (Mapping PPR (Polynomial R)) PPR))) $param: (R E OV PPR) debug: evaluateType form: PPR $param: (R E OV PPR) debug: evaluateType form: PPR $param: (R E OV PPR) debug: evaluateType form: OV $param: (R E OV PPR) debug: evaluateType form: PPR $param: (R E OV PPR) debug: evaluateType form: PPR $param: (R E OV PPR) debug: evaluateType form: (List OV) $param: (R E OV PPR) Debug: evaluateType1 form: (List OV) debug: evaluateType1 x: OV m: (Type) debug: evaluateType form: PPR $param: (R E OV PPR) debug: evaluateType form: PPR $param: (R E OV PPR) debug: evaluateType form: OV $param: (R E OV PPR) debug: evaluateType form: PPR $param: (R E OV PPR) debug: evaluateType form: PPR $param: (R E OV PPR) debug: evaluateType form: (List OV) $param: (R E OV PPR) Debug: evaluateType1 form: (List OV) debug: evaluateType1 x: OV m: (Type) debug: evaluateType form: PPR $param: (R E OV PPR) debug: evaluateType form: (Mapping PPR (Polynomial R)) $param: (R E OV PPR) debug: evaluateType form: PPR $param: (R E OV PPR) debug: evaluateType form: (Polynomial R) $param: (R E OV PPR) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: PPR $param: (R E OV PPR) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE pushdown (PPR PPR OV)) (SIGNATURE pushdown (PPR PPR (List OV))) (SIGNATURE pushup (PPR PPR OV)) (SIGNATURE pushup (PPR PPR (List OV))) (SIGNATURE map (PPR (Mapping PPR (Polynomial R)) PPR))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PushVariables compiling into /tmp/oa-62DyYM compiling exported pushdown : (PPR,OV) -> PPR Time: 0.06 SEC. compiling exported pushdown : (PPR,List OV) -> PPR Time: 0.04 SEC. compiling exported map : (Polynomial R -> PPR,PPR) -> PPR Time: 0.05 SEC. compiling local pushupCoef : (Polynomial R,List OV) -> PPR Time: 0.10 SEC. compiling exported pushup : (PPR,OV) -> PPR Time: 0.01 SEC. compiling exported pushup : (PPR,List OV) -> PPR Time: 0.01 SEC. (time taken in buildFunctor: 4) Time: 0.00 SEC. Warnings: [1] map: not known that Ring is of mode CATEGORY(package,pushdown: (PPR,OV) -> PPR,pushdown: (PPR,List OV) -> PPR,pushup: (PPR,OV) -> PPR,pushup: (PPR,List OV) -> PPR,map: ((Polynomial R -> PPR),PPR) -> PPR) Cumulative Statistics for Constructor PushVariables Time: 0.28 seconds finalizing NRLIB PUSHVAR Processing PushVariables for Browser database: -- convert : % -> Symbol -- variable : Symbol -> Union(%,"failed") -- pushdown : (PPR,OV) -> PPR -- pushdown : (PPR,List OV) -> PPR -- pushup : (PPR,OV) -> PPR -- pushup : (PPR,List OV) -> PPR -- map : ((PR -> PPR),PPR) -> PPR -- constructor ; compiling file "/tmp/oa-62DyYM/code.lsp" (written 01 FEB 2016 11:05:45 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PUSHVAR;pushdown;PPROVPPR;1| ...) ; compiling (DEFUN |PUSHVAR;pushdown;PPRLPPR;2| ...) ; compiling (DEFUN |PUSHVAR;map;M2PPR;3| ...) ; compiling (DEFUN |PUSHVAR;map;M2PPR;3!0| ...) ; compiling (DEFUN |PUSHVAR;pushupCoef| ...) ; compiling (DEFUN |PUSHVAR;pushup;PPROVPPR;5| ...) ; compiling (DEFUN |PUSHVAR;pushup;PPROVPPR;5!0| ...) ; compiling (DEFUN |PUSHVAR;pushup;PPRLPPR;6| ...) ; compiling (DEFUN |PUSHVAR;pushup;PPRLPPR;6!0| ...) ; compiling (DEFUN |PushVariables| ...) ; compiling (DEFUN |PushVariables;| ...) ; compiling (MAKEPROP (QUOTE |PushVariables|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-62DyYM/code.fasl written ; compilation finished in 0:00:00.043 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/GENMFACT.fasl --bootstrap GENMFACT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GENMFACT.spad using Spad compiler. GENMFACT abbreviates package GeneralizedMultivariateFactorize ------------------------------------------------------------------------ initializing stationary directory for GeneralizedMultivariateFactorize compiling into /tmp/oa-JUTdBf Time: 0.03 SEC. Cumulative Statistics for Constructor GeneralizedMultivariateFactorize Time: 0.03 seconds finalizing NRLIB GENMFACT ; compiling file "/tmp/oa-JUTdBf/code.lsp" (written 01 FEB 2016 11:05:45 PM): ; compiling (DEFUN |GeneralizedMultivariateFactorize| ...) ; compiling (DEFUN |GeneralizedMultivariateFactorize;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-JUTdBf/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/MPCPF.fasl --optimize=3 MPCPF.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MPCPF.spad using Spad compiler. MPCPF abbreviates package MPolyCatPolyFactorizer debug: compDefine1 lhs: (MPolyCatPolyFactorizer E OV R PPR) signature (pre-evaluate): ((CATEGORY package (SIGNATURE factor ((Factored PPR) PPR))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE factor ((Factored PPR) PPR))) $param: (E OV R PPR) debug: evaluateType form: (Factored PPR) $param: (E OV R PPR) Debug: evaluateType1 form: (Factored PPR) debug: evaluateType1 x: PPR m: (IntegralDomain) debug: evaluateType form: PPR $param: (E OV R PPR) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE factor ((Factored PPR) PPR))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for MPolyCatPolyFactorizer compiling into /tmp/oa-4VHIXb importing PushVariables(R,E,OV,PPR) compiling exported factor : PPR -> Factored PPR Time: 0.14 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] factor: not known that SIGNATUREvariable((Union $ failed) (Symbol)) is of mode CATEGORY(domain,new: () -> %,new: % -> %,resetNew: () -> Void,name: % -> %,scripted?: % -> Boolean,scripts: % -> Record(sub: List OutputForm,sup: List OutputForm,presup: List OutputForm,presub: List OutputForm,args: List OutputForm),script: (%,List List OutputForm) -> %,script: (%,Record(sub: List OutputForm,sup: List OutputForm,presup: List OutputForm,presub: List OutputForm,args: List OutputForm)) -> %,subscript: (%,List OutputForm) -> %,superscript: (%,List OutputForm) -> %,argscript: (%,List OutputForm) -> %,elt: (%,List OutputForm) -> %,string: % -> String,list: % -> List %,sample: () -> %) [2] factor: irr has no value [3] factor: pow has no value Cumulative Statistics for Constructor MPolyCatPolyFactorizer Time: 0.14 seconds finalizing NRLIB MPCPF Processing MPolyCatPolyFactorizer for Browser database: -- convert : % -> Symbol -- variable : Symbol -> Union(%,"failed") -- factor : PPR -> Factored PPR -- constructor ; compiling file "/tmp/oa-4VHIXb/code.lsp" (written 01 FEB 2016 11:05:46 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MPCPF;factor;PPRF;1| ...) ; compiling (DEFUN |MPolyCatPolyFactorizer| ...) ; compiling (DEFUN |MPolyCatPolyFactorizer;| ...) ; compiling (MAKEPROP (QUOTE |MPolyCatPolyFactorizer|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-4VHIXb/code.fasl written ; compilation finished in 0:00:00.020 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/GENMFACT.fasl --optimize=3 GENMFACT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GENMFACT.spad using Spad compiler. GENMFACT abbreviates package GeneralizedMultivariateFactorize debug: compDefine1 lhs: (GeneralizedMultivariateFactorize OV E S R P) signature (pre-evaluate): ((CATEGORY package (SIGNATURE factor ((Factored P) P))) NIL NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE factor ((Factored P) P))) $param: (OV E S R P) debug: evaluateType form: (Factored P) $param: (OV E S R P) Debug: evaluateType1 form: (Factored P) debug: evaluateType1 x: P m: (IntegralDomain) debug: evaluateType form: P $param: (OV E S R P) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE factor ((Factored P) P))) NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for GeneralizedMultivariateFactorize compiling into /tmp/oa-ZAgYFs compiling exported factor : P -> Factored P Time: 0.08 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] factor: not known that IntegralDomain is of mode CATEGORY(package,factor: P -> Factored P) Cumulative Statistics for Constructor GeneralizedMultivariateFactorize Time: 0.08 seconds finalizing NRLIB GENMFACT Processing GeneralizedMultivariateFactorize for Browser database: -- convert : % -> Symbol -- variable : Symbol -> Union(%,"failed") -- factor : P -> Factored P -- constructor ; compiling file "/tmp/oa-ZAgYFs/code.lsp" (written 01 FEB 2016 11:05:46 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |GENMFACT;factor;PF;1| ...) ; compiling (DEFUN |GeneralizedMultivariateFactorize| ...) ; compiling (DEFUN |GeneralizedMultivariateFactorize;| ...) ; compiling (MAKEPROP (QUOTE |GeneralizedMultivariateFactorize|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-ZAgYFs/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MPCPF.spad && cp MPCPF.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MPCPF.fasl \ && if test -f MPCPF-.NRLIB/code.fasl; then \ cp MPCPF-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MPCPF-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MPCPF.spad using Spad compiler. MPCPF abbreviates package MPolyCatPolyFactorizer debug: compDefine1 lhs: (MPolyCatPolyFactorizer E OV R PPR) signature (pre-evaluate): ((CATEGORY package (SIGNATURE factor ((Factored PPR) PPR))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE factor ((Factored PPR) PPR))) $param: (E OV R PPR) debug: evaluateType form: (Factored PPR) $param: (E OV R PPR) Debug: evaluateType1 form: (Factored PPR) debug: evaluateType1 x: PPR m: (IntegralDomain) debug: evaluateType form: PPR $param: (E OV R PPR) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE factor ((Factored PPR) PPR))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for MPolyCatPolyFactorizer compiling into /tmp/oa-nEwHAH importing PushVariables(R,E,OV,PPR) compiling exported factor : PPR -> Factored PPR Time: 0.20 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Warnings: [1] factor: not known that SIGNATUREvariable((Union $ failed) (Symbol)) is of mode CATEGORY(domain,new: () -> %,new: % -> %,resetNew: () -> Void,name: % -> %,scripted?: % -> Boolean,scripts: % -> Record(sub: List OutputForm,sup: List OutputForm,presup: List OutputForm,presub: List OutputForm,args: List OutputForm),script: (%,List List OutputForm) -> %,script: (%,Record(sub: List OutputForm,sup: List OutputForm,presup: List OutputForm,presub: List OutputForm,args: List OutputForm)) -> %,subscript: (%,List OutputForm) -> %,superscript: (%,List OutputForm) -> %,argscript: (%,List OutputForm) -> %,elt: (%,List OutputForm) -> %,string: % -> String,list: % -> List %,sample: () -> %) [2] factor: irr has no value [3] factor: pow has no value Cumulative Statistics for Constructor MPolyCatPolyFactorizer Time: 0.20 seconds finalizing NRLIB MPCPF Processing MPolyCatPolyFactorizer for Browser database: -- convert : % -> Symbol -- variable : Symbol -> Union(%,"failed") -- factor : PPR -> Factored PPR -- constructor ; compiling file "/tmp/oa-nEwHAH/code.lsp" (written 01 FEB 2016 11:05:46 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MPCPF;factor;PPRF;1| ...) ; compiling (DEFUN |MPolyCatPolyFactorizer| ...) ; compiling (DEFUN |MPolyCatPolyFactorizer;| ...) ; compiling (MAKEPROP (QUOTE |MPolyCatPolyFactorizer|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-nEwHAH/code.fasl written ; compilation finished in 0:00:00.034 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile GENMFACT.spad && cp GENMFACT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GENMFACT.fasl \ && if test -f GENMFACT-.NRLIB/code.fasl; then \ cp GENMFACT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GENMFACT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GENMFACT.spad using Spad compiler. GENMFACT abbreviates package GeneralizedMultivariateFactorize debug: compDefine1 lhs: (GeneralizedMultivariateFactorize OV E S R P) signature (pre-evaluate): ((CATEGORY package (SIGNATURE factor ((Factored P) P))) NIL NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE factor ((Factored P) P))) $param: (OV E S R P) debug: evaluateType form: (Factored P) $param: (OV E S R P) Debug: evaluateType1 form: (Factored P) debug: evaluateType1 x: P m: (IntegralDomain) debug: evaluateType form: P $param: (OV E S R P) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE factor ((Factored P) P))) NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for GeneralizedMultivariateFactorize compiling into /tmp/oa-d6TRK8 compiling exported factor : P -> Factored P Time: 0.11 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] factor: not known that IntegralDomain is of mode CATEGORY(package,factor: P -> Factored P) Cumulative Statistics for Constructor GeneralizedMultivariateFactorize Time: 0.12 seconds finalizing NRLIB GENMFACT Processing GeneralizedMultivariateFactorize for Browser database: -- convert : % -> Symbol -- variable : Symbol -> Union(%,"failed") -- factor : P -> Factored P -- constructor ; compiling file "/tmp/oa-d6TRK8/code.lsp" (written 01 FEB 2016 11:05:46 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |GENMFACT;factor;PF;1| ...) ; compiling (DEFUN |GeneralizedMultivariateFactorize| ...) ; compiling (DEFUN |GeneralizedMultivariateFactorize;| ...) ; compiling (MAKEPROP (QUOTE |GeneralizedMultivariateFactorize|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-d6TRK8/code.fasl written ; compilation finished in 0:00:00.022 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile EVALCYC.spad && cp EVALCYC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/EVALCYC.fasl \ && if test -f EVALCYC-.NRLIB/code.fasl; then \ cp EVALCYC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/EVALCYC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/EVALCYC.spad using Spad compiler. EVALCYC abbreviates package EvaluateCycleIndicators debug: compDefine1 lhs: (EvaluateCycleIndicators F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE eval (F (Mapping F (Integer)) (SymmetricPolynomial (Fraction (Integer)))))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE eval (F (Mapping F (Integer)) (SymmetricPolynomial (Fraction (Integer)))))) $param: (F) debug: evaluateType form: F $param: (F) debug: evaluateType form: (Mapping F (Integer)) $param: (F) debug: evaluateType form: F $param: (F) debug: evaluateType form: (Integer) $param: (F) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (SymmetricPolynomial (Fraction (Integer))) $param: (F) Debug: evaluateType1 form: (SymmetricPolynomial (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (F) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: (F) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (F) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (F) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE eval (F (Mapping F (Integer)) (SymmetricPolynomial (Fraction (Integer)))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for EvaluateCycleIndicators compiling into /tmp/oa-7yp98g compiling local evp : (Integer -> F,Partition) -> F Time: 0.08 SEC. compiling exported eval : (Integer -> F,SymmetricPolynomial Fraction Integer) -> F Time: 0.05 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor EvaluateCycleIndicators Time: 0.13 seconds finalizing NRLIB EVALCYC Processing EvaluateCycleIndicators for Browser database: -- eval : ((I -> F),SPOL RN) -> F -- constructor ; compiling file "/tmp/oa-7yp98g/code.lsp" (written 01 FEB 2016 11:05:47 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |EVALCYC;evp| ...) ; compiling (DEFUN |EVALCYC;eval;MSpF;2| ...) ; compiling (DEFUN |EvaluateCycleIndicators| ...) ; compiling (DEFUN |EvaluateCycleIndicators;| ...) ; compiling (MAKEPROP (QUOTE |EvaluateCycleIndicators|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-7yp98g/code.fasl written ; compilation finished in 0:00:00.026 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FF.spad && cp FF.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FF.fasl \ && if test -f FF-.NRLIB/code.fasl; then \ cp FF-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FF-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FF.spad using Spad compiler. FF abbreviates domain FiniteField debug: compDefine1 lhs: (FiniteField p n) signature (pre-evaluate): ((FiniteAlgebraicExtensionField (PrimeField p)) (PositiveInteger) (PositiveInteger)) debug: evaluateType form: (FiniteAlgebraicExtensionField (PrimeField p)) $param: (p n) Debug: evaluateType1 form: (FiniteAlgebraicExtensionField (PrimeField p)) debug: evaluateType1 x: (PrimeField p) m: (Field) debug: evaluateType1 categoryForm: (Field) debug: evaluateType form: (Field) $param: (p n) Debug: evaluateType1 form: (Field) debug: evaluateType form: (PrimeField p) $param: (p n) Debug: evaluateType1 form: (PrimeField p) debug: evaluateType1 x: p m: (PositiveInteger) debug: evalCategory d: (PrimeField p) c: (Field) debug: evaluateType form: (PositiveInteger) $param: (p n) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: (p n) Debug: evaluateType1 form: (PositiveInteger) debug: compDefine1 signature (post evaluate): ((FiniteAlgebraicExtensionField (PrimeField p)) (PositiveInteger) (PositiveInteger)) debug: compDefine1 lhs: (FiniteField p n) signature (pre-evaluate): ((FiniteAlgebraicExtensionField (PrimeField p)) NIL NIL) debug: evaluateType form: (FiniteAlgebraicExtensionField (PrimeField p)) $param: (p n) Debug: evaluateType1 form: (FiniteAlgebraicExtensionField (PrimeField p)) debug: evaluateType1 x: (PrimeField p) m: (Field) debug: evaluateType1 categoryForm: (Field) debug: evaluateType form: (Field) $param: (p n) Debug: evaluateType1 form: (Field) debug: evaluateType form: (PrimeField p) $param: (p n) Debug: evaluateType1 form: (PrimeField p) debug: evaluateType1 x: p m: (PositiveInteger) debug: evalCategory d: (PrimeField p) c: (Field) debug: compDefine1 signature (post evaluate): ((FiniteAlgebraicExtensionField (PrimeField p)) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FiniteField compiling into /tmp/oa-wrLO6w (time taken in buildFunctor: 32) Time: 0.12 SEC. Cumulative Statistics for Constructor FiniteField Time: 0.12 seconds finalizing NRLIB FF Processing FiniteField for Browser database: -- constructor ; compiling file "/tmp/oa-wrLO6w/code.lsp" (written 01 FEB 2016 11:05:47 PM): ; compiling (DEFUN |FiniteField| ...) ; compiling (DEFUN |FiniteField;| ...) ; compiling (MAKEPROP (QUOTE |FiniteField|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-wrLO6w/code.fasl written ; compilation finished in 0:00:00.023 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FFF.spad && cp FFF.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FFF.fasl \ && if test -f FFF-.NRLIB/code.fasl; then \ cp FFF-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FFF-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FFF.spad using Spad compiler. FFF abbreviates package FiniteFieldFunctions debug: compDefine1 lhs: (FiniteFieldFunctions GF) signature (pre-evaluate): ((CATEGORY package (SIGNATURE createZechTable ((PrimitiveArray (SingleInteger)) (SparseUnivariatePolynomial GF))) (SIGNATURE createMultiplicationTable ((Vector (List (Record (: value GF) (: index (SingleInteger))))) (SparseUnivariatePolynomial GF))) (SIGNATURE createMultiplicationMatrix ((Matrix GF) (Vector (List (Record (: value GF) (: index (SingleInteger))))))) (SIGNATURE sizeMultiplication ((NonNegativeInteger) (Vector (List (Record (: value GF) (: index (SingleInteger))))))) (SIGNATURE createLowComplexityTable ((Union (Vector (List (Record (: value GF) (: index (SingleInteger))))) failed) (PositiveInteger))) (SIGNATURE createLowComplexityNormalBasis ((Union (SparseUnivariatePolynomial GF) (Vector (List (Record (: value GF) (: index (SingleInteger)))))) (PositiveInteger)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE createZechTable ((PrimitiveArray (SingleInteger)) (SparseUnivariatePolynomial GF))) (SIGNATURE createMultiplicationTable ((Vector (List (Record (: value GF) (: index (SingleInteger))))) (SparseUnivariatePolynomial GF))) (SIGNATURE createMultiplicationMatrix ((Matrix GF) (Vector (List (Record (: value GF) (: index (SingleInteger))))))) (SIGNATURE sizeMultiplication ((NonNegativeInteger) (Vector (List (Record (: value GF) (: index (SingleInteger))))))) (SIGNATURE createLowComplexityTable ((Union (Vector (List (Record (: value GF) (: index (SingleInteger))))) failed) (PositiveInteger))) (SIGNATURE createLowComplexityNormalBasis ((Union (SparseUnivariatePolynomial GF) (Vector (List (Record (: value GF) (: index (SingleInteger)))))) (PositiveInteger)))) $param: (GF) debug: evaluateType form: (PrimitiveArray (SingleInteger)) $param: (GF) Debug: evaluateType1 form: (PrimitiveArray (SingleInteger)) debug: evaluateType1 x: (SingleInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (GF) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SingleInteger) $param: (GF) Debug: evaluateType1 form: (SingleInteger) debug: evalCategory d: (SingleInteger) c: (Type) debug: evaluateType form: (SparseUnivariatePolynomial GF) $param: (GF) Debug: evaluateType1 form: (SparseUnivariatePolynomial GF) debug: evaluateType1 x: GF m: (Ring) debug: evaluateType form: (Vector (List (Record (: value GF) (: index (SingleInteger))))) $param: (GF) Debug: evaluateType1 form: (Vector (List (Record (: value GF) (: index (SingleInteger))))) debug: evaluateType1 x: (List (Record (: value GF) (: index (SingleInteger)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (GF) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Record (: value GF) (: index (SingleInteger)))) $param: (GF) Debug: evaluateType1 form: (List (Record (: value GF) (: index (SingleInteger)))) debug: evaluateType1 x: (Record (: value GF) (: index (SingleInteger))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (GF) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: value GF) (: index (SingleInteger))) $param: (GF) debug: evaluateType form: GF $param: (GF) debug: evaluateType form: (SingleInteger) $param: (GF) Debug: evaluateType1 form: (SingleInteger) debug: evalCategory d: (Record (: value GF) (: index (SingleInteger))) c: (Type) debug: evalCategory d: (List (Record (: value GF) (: index (SingleInteger)))) c: (Type) debug: evaluateType form: (SparseUnivariatePolynomial GF) $param: (GF) Debug: evaluateType1 form: (SparseUnivariatePolynomial GF) debug: evaluateType1 x: GF m: (Ring) debug: evaluateType form: (Matrix GF) $param: (GF) Debug: evaluateType1 form: (Matrix GF) debug: evaluateType1 x: GF m: (Ring) debug: evaluateType form: (Vector (List (Record (: value GF) (: index (SingleInteger))))) $param: (GF) Debug: evaluateType1 form: (Vector (List (Record (: value GF) (: index (SingleInteger))))) debug: evaluateType1 x: (List (Record (: value GF) (: index (SingleInteger)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (GF) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Record (: value GF) (: index (SingleInteger)))) $param: (GF) Debug: evaluateType1 form: (List (Record (: value GF) (: index (SingleInteger)))) debug: evaluateType1 x: (Record (: value GF) (: index (SingleInteger))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (GF) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: value GF) (: index (SingleInteger))) $param: (GF) debug: evaluateType form: GF $param: (GF) debug: evaluateType form: (SingleInteger) $param: (GF) Debug: evaluateType1 form: (SingleInteger) debug: evalCategory d: (Record (: value GF) (: index (SingleInteger))) c: (Type) debug: evalCategory d: (List (Record (: value GF) (: index (SingleInteger)))) c: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (GF) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Vector (List (Record (: value GF) (: index (SingleInteger))))) $param: (GF) Debug: evaluateType1 form: (Vector (List (Record (: value GF) (: index (SingleInteger))))) debug: evaluateType1 x: (List (Record (: value GF) (: index (SingleInteger)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (GF) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Record (: value GF) (: index (SingleInteger)))) $param: (GF) Debug: evaluateType1 form: (List (Record (: value GF) (: index (SingleInteger)))) debug: evaluateType1 x: (Record (: value GF) (: index (SingleInteger))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (GF) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: value GF) (: index (SingleInteger))) $param: (GF) debug: evaluateType form: GF $param: (GF) debug: evaluateType form: (SingleInteger) $param: (GF) Debug: evaluateType1 form: (SingleInteger) debug: evalCategory d: (Record (: value GF) (: index (SingleInteger))) c: (Type) debug: evalCategory d: (List (Record (: value GF) (: index (SingleInteger)))) c: (Type) debug: evaluateType form: (Union (Vector (List (Record (: value GF) (: index (SingleInteger))))) failed) $param: (GF) debug: evaluateType form: (Vector (List (Record (: value GF) (: index (SingleInteger))))) $param: (GF) Debug: evaluateType1 form: (Vector (List (Record (: value GF) (: index (SingleInteger))))) debug: evaluateType1 x: (List (Record (: value GF) (: index (SingleInteger)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (GF) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Record (: value GF) (: index (SingleInteger)))) $param: (GF) Debug: evaluateType1 form: (List (Record (: value GF) (: index (SingleInteger)))) debug: evaluateType1 x: (Record (: value GF) (: index (SingleInteger))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (GF) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: value GF) (: index (SingleInteger))) $param: (GF) debug: evaluateType form: GF $param: (GF) debug: evaluateType form: (SingleInteger) $param: (GF) Debug: evaluateType1 form: (SingleInteger) debug: evalCategory d: (Record (: value GF) (: index (SingleInteger))) c: (Type) debug: evalCategory d: (List (Record (: value GF) (: index (SingleInteger)))) c: (Type) debug: evaluateType form: failed $param: (GF) debug: evaluateType form: (PositiveInteger) $param: (GF) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (Union (SparseUnivariatePolynomial GF) (Vector (List (Record (: value GF) (: index (SingleInteger)))))) $param: (GF) debug: evaluateType form: (SparseUnivariatePolynomial GF) $param: (GF) Debug: evaluateType1 form: (SparseUnivariatePolynomial GF) debug: evaluateType1 x: GF m: (Ring) debug: evaluateType form: (Vector (List (Record (: value GF) (: index (SingleInteger))))) $param: (GF) Debug: evaluateType1 form: (Vector (List (Record (: value GF) (: index (SingleInteger))))) debug: evaluateType1 x: (List (Record (: value GF) (: index (SingleInteger)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (GF) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Record (: value GF) (: index (SingleInteger)))) $param: (GF) Debug: evaluateType1 form: (List (Record (: value GF) (: index (SingleInteger)))) debug: evaluateType1 x: (Record (: value GF) (: index (SingleInteger))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (GF) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: value GF) (: index (SingleInteger))) $param: (GF) debug: evaluateType form: GF $param: (GF) debug: evaluateType form: (SingleInteger) $param: (GF) Debug: evaluateType1 form: (SingleInteger) debug: evalCategory d: (Record (: value GF) (: index (SingleInteger))) c: (Type) debug: evalCategory d: (List (Record (: value GF) (: index (SingleInteger)))) c: (Type) debug: evaluateType form: (PositiveInteger) $param: (GF) Debug: evaluateType1 form: (PositiveInteger) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE createZechTable ((PrimitiveArray (SingleInteger)) (SparseUnivariatePolynomial GF))) (SIGNATURE createMultiplicationTable ((Vector (List (Record (: value GF) (: index (SingleInteger))))) (SparseUnivariatePolynomial GF))) (SIGNATURE createMultiplicationMatrix ((Matrix GF) (Vector (List (Record (: value GF) (: index (SingleInteger))))))) (SIGNATURE sizeMultiplication ((NonNegativeInteger) (Vector (List (Record (: value GF) (: index (SingleInteger))))))) (SIGNATURE createLowComplexityTable ((Union (Vector (List (Record (: value GF) (: index (SingleInteger))))) failed) (PositiveInteger))) (SIGNATURE createLowComplexityNormalBasis ((Union (SparseUnivariatePolynomial GF) (Vector (List (Record (: value GF) (: index (SingleInteger)))))) (PositiveInteger)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for FiniteFieldFunctions compiling into /tmp/oa-D0hsWT compiling exported createLowComplexityNormalBasis : PositiveInteger -> Union(SparseUnivariatePolynomial GF,Vector List Record(value: GF,index: SingleInteger)) Time: 0.06 SEC. compiling exported createLowComplexityTable : PositiveInteger -> Union(Vector List Record(value: GF,index: SingleInteger),failed) Time: 0.77 SEC. compiling exported sizeMultiplication : Vector List Record(value: GF,index: SingleInteger) -> NonNegativeInteger Time: 0.02 SEC. compiling exported createMultiplicationTable : SparseUnivariatePolynomial GF -> Vector List Record(value: GF,index: SingleInteger) Time: 0.29 SEC. compiling exported createZechTable : SparseUnivariatePolynomial GF -> PrimitiveArray SingleInteger Time: 0.07 SEC. compiling exported createMultiplicationMatrix : Vector List Record(value: GF,index: SingleInteger) -> Matrix GF Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] createLowComplexityTable: t1 has no value [2] createLowComplexityTable: a has no value [3] createLowComplexityTable: pretend NonNegativeInteger -- should replace by @ Cumulative Statistics for Constructor FiniteFieldFunctions Time: 1.24 seconds finalizing NRLIB FFF Processing FiniteFieldFunctions for Browser database: -- createZechTable : SUP -> ARR -- createMultiplicationTable : SUP -> V L TERM -- createMultiplicationMatrix : V L TERM -> M GF -- sizeMultiplication : V L TERM -> NNI -- createLowComplexityTable : PI -> Union(Vector List TERM,"failed") -- createLowComplexityNormalBasis : PI -> Union(SUP,V L TERM) -- constructor ; compiling file "/tmp/oa-D0hsWT/code.lsp" (written 01 FEB 2016 11:05:48 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FFF;createLowComplexityNormalBasis;PiU;1| ...) ; compiling (DEFUN |FFF;createLowComplexityTable;PiU;2| ...) ; compiling (DEFUN |FFF;sizeMultiplication;VNni;3| ...) ; compiling (DEFUN |FFF;createMultiplicationTable;SupV;4| ...) ; file: /tmp/oa-D0hsWT/code.lsp ; in: DEFUN |FFF;createMultiplicationTable;SupV;4| ; (DEFUN BOOT::|FFF;createMultiplicationTable;SupV;4| (BOOT::|f| BOOT::$) ; (PROG (BOOT::|multtable| BOOT::|mat1| BOOT::|h| BOOT::|mat| BOOT::|qexp| ; BOOT::|qpow| BOOT::|w| BOOT::|e| BOOT::|m1| BOOT::|g| BOOT::|v| ; BOOT::|l| ...) ; (RETURN ; (LET (# #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFF;createMultiplicationTable;SupV;4| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|FFF;createMultiplicationTable;SupV;4| ; (PROG (BOOT::|multtable| BOOT::|mat1| BOOT::|h| BOOT::|mat| ; BOOT::|qexp| BOOT::|qpow| BOOT::|w| BOOT::|e| BOOT::|m1| ; BOOT::|g| BOOT::|v| BOOT::|l| ...) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (VECTOR (OR NULL (CONS CONS T))) &REST T). ; compiling (DEFUN |FFF;createZechTable;SupPa;5| ...) ; compiling (DEFUN |FFF;createMultiplicationMatrix;VM;6| ...) ; compiling (DEFUN |FiniteFieldFunctions| ...) ; compiling (DEFUN |FiniteFieldFunctions;| ...) ; compiling (MAKEPROP (QUOTE |FiniteFieldFunctions|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-D0hsWT/code.fasl written ; compilation finished in 0:00:00.135 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FFCGP.spad && cp FFCGP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FFCGP.fasl \ && if test -f FFCGP-.NRLIB/code.fasl; then \ cp FFCGP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FFCGP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FFCGP.spad using Spad compiler. FFCGP abbreviates domain FiniteFieldCyclicGroupExtensionByPolynomial debug: compDefine1 lhs: (FiniteFieldCyclicGroupExtensionByPolynomial GF defpol) signature (pre-evaluate): ((Join (FiniteAlgebraicExtensionField GF) (CATEGORY package (SIGNATURE getZechTable ((PrimitiveArray (SingleInteger)))))) NIL NIL) debug: evaluateType form: (Join (FiniteAlgebraicExtensionField GF) (CATEGORY package (SIGNATURE getZechTable ((PrimitiveArray (SingleInteger)))))) $param: (GF defpol) debug: evaluateType form: (FiniteAlgebraicExtensionField GF) $param: (GF defpol) Debug: evaluateType1 form: (FiniteAlgebraicExtensionField GF) debug: evaluateType1 x: GF m: (Field) debug: evaluateType form: (CATEGORY package (SIGNATURE getZechTable ((PrimitiveArray (SingleInteger))))) $param: (GF defpol) debug: evaluateType form: (PrimitiveArray (SingleInteger)) $param: (GF defpol) Debug: evaluateType1 form: (PrimitiveArray (SingleInteger)) debug: evaluateType1 x: (SingleInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (GF defpol) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SingleInteger) $param: (GF defpol) Debug: evaluateType1 form: (SingleInteger) debug: evalCategory d: (SingleInteger) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (FiniteAlgebraicExtensionField GF) (CATEGORY package (SIGNATURE getZechTable ((PrimitiveArray (SingleInteger)))))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FiniteFieldCyclicGroupExtensionByPolynomial compiling into /tmp/oa-Rimlbr compiling exported tableForDiscreteLogarithm : Integer -> Table(PositiveInteger,NonNegativeInteger) Time: 0.18 SEC. compiling exported getZechTable : () -> PrimitiveArray SingleInteger Time: 0 SEC. compiling exported order : % -> PositiveInteger Time: 0.02 SEC. compiling exported primitive? : % -> Boolean Time: 0.00 SEC. compiling exported coordinates : % -> Vector GF Time: 0.05 SEC. compiling exported + : (%,%) -> % Time: 0.02 SEC. compiling local initializeZech : () -> Void Time: 0.00 SEC. compiling exported basis : PositiveInteger -> Vector % Time: 0.16 SEC. compiling exported * : (Integer,%) -> % Time: 0.01 SEC. compiling exported minimalPolynomial : % -> SparseUnivariatePolynomial GF Time: 0.14 SEC. compiling exported factorsOfCyclicGroupSize : () -> List Record(factor: Integer,exponent: Integer) Time: 0 SEC. compiling exported representationType : () -> Union(prime,polynomial,normal,cyclic) FFCGP;representationType;U;12 is replaced by %pair(3,"cyclic") Time: 0.01 SEC. compiling exported definingPolynomial : () -> SparseUnivariatePolynomial GF Time: 0 SEC. compiling exported random : () -> % Time: 0 SEC. compiling exported represents : Vector GF -> % Time: 0.05 SEC. compiling exported coerce : GF -> % Time: 0.02 SEC. compiling exported retractIfCan : % -> Union(GF,failed) Time: 0.02 SEC. compiling exported retract : % -> GF Time: 0.04 SEC. compiling exported basis : () -> Vector % Time: 0.00 SEC. compiling exported inGroundField? : % -> Boolean Time: 0.00 SEC. compiling exported discreteLog : (%,%) -> Union(NonNegativeInteger,failed) Time: 0.01 SEC. compiling exported - : % -> % Time: 0.01 SEC. compiling exported generator : () -> % FFCGP;generator;$;23 is replaced by 1 Time: 0 SEC. compiling exported createPrimitiveElement : () -> % FFCGP;createPrimitiveElement;$;24 is replaced by 1 Time: 0 SEC. compiling exported primitiveElement : () -> % FFCGP;primitiveElement;$;25 is replaced by 1 Time: 0.00 SEC. compiling exported discreteLog : % -> NonNegativeInteger Time: 0 SEC. compiling exported normalElement : () -> % Time: 0 SEC. compiling local initializeElt : () -> Void Time: 0.02 SEC. compiling exported extensionDegree : () -> PositiveInteger Time: 0 SEC. compiling exported characteristic : () -> NonNegativeInteger Time: 0 SEC. compiling exported lookup : % -> PositiveInteger Time: 0.00 SEC. compiling exported index : PositiveInteger -> % Time: 0.00 SEC. compiling exported Zero : () -> % FFCGP;Zero;$;33 is replaced by -1 Time: 0 SEC. compiling exported One : () -> % FFCGP;One;$;34 is replaced by 0 Time: 0 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. compiling exported = : (%,%) -> Boolean FFCGP;=;2$B;36 is replaced by %ieq Time: 0 SEC. compiling exported * : (%,%) -> % Time: 0.01 SEC. compiling exported * : (GF,%) -> % Time: 0.00 SEC. compiling exported / : (%,GF) -> % Time: 0.00 SEC. compiling exported inv : % -> % Time: 0.00 SEC. compiling exported ** : (%,PositiveInteger) -> % Time: 0.00 SEC. compiling exported ** : (%,NonNegativeInteger) -> % Time: 0 SEC. compiling exported ** : (%,Integer) -> % Time: 0.01 SEC. (time taken in buildFunctor: 20) Time: 0.04 SEC. Warnings: [1] pretend NonNegativeInteger -- should replace by @ [2] +: pretend SingleInteger -- should replace by @ [3] +: pretend Rep -- should replace by @ [4] retractIfCan: pretend Rep -- should replace by @ [5] inGroundField?: pretend Rep -- should replace by @ [6] -: pretend Rep -- should replace by @ [7] initializeElt: factors has no value [8] unknown Functor code: errorfield too large for this representation Cumulative Statistics for Constructor FiniteFieldCyclicGroupExtensionByPolynomial Time: 0.88 seconds finalizing NRLIB FFCGP Processing FiniteFieldCyclicGroupExtensionByPolynomial for Browser database: -- getZechTable : () -> ARR -- constructor ; compiling file "/tmp/oa-Rimlbr/code.lsp" (written 01 FEB 2016 11:05:50 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FFCGP;representationType;U;12|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FFCGP;generator;$;23|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FFCGP;createPrimitiveElement;$;24|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FFCGP;primitiveElement;$;25|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FFCGP;Zero;$;33|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FFCGP;One;$;34|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FFCGP;=;2$B;36|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FFCGP;getZechTable;Pa;2|) ...) ; compiling (PUT (QUOTE |FFCGP;definingPolynomial;Sup;13|) ...) ; compiling (PUT (QUOTE |FFCGP;extensionDegree;Pi;29|) ...) ; compiling (PUT (QUOTE |FFCGP;lookup;$Pi;31|) ...) ; compiling (PUT (QUOTE |FFCGP;*;3$;37|) ...) ; compiling (DEFUN |FFCGP;tableForDiscreteLogarithm;IT;1| ...) ; file: /tmp/oa-Rimlbr/code.lsp ; in: DEFUN |FFCGP;tableForDiscreteLogarithm;IT;1| ; (DEFUN BOOT::|FFCGP;tableForDiscreteLogarithm;IT;1| (BOOT::|fac| BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 55))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFCGP;tableForDiscreteLogarithm;IT;1| ; (BOOT::|fac| BOOT::$) ; (BLOCK BOOT::|FFCGP;tableForDiscreteLogarithm;IT;1| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 55)))) ; ; caught STYLE-WARNING: ; The variable |fac| is defined but never used. ; compiling (DEFUN |FFCGP;getZechTable;Pa;2| ...) ; compiling (DEFUN |FFCGP;order;$Pi;3| ...) ; file: /tmp/oa-Rimlbr/code.lsp ; in: DEFUN |FFCGP;order;$Pi;3| ; (DEFUN BOOT::|FFCGP;order;$Pi;3| (BOOT::|x| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 58)) ; (BOOT::|error| "order: order of zero undefined")) ; (T ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFCGP;order;$Pi;3| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FFCGP;order;$Pi;3| ; (COND ; ((BOOT::SPADCALL BOOT::|x| #) ; (BOOT::|error| "order: order of zero undefined")) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (INTEGER 1) &REST T). ; compiling (DEFUN |FFCGP;primitive?;$B;4| ...) ; compiling (DEFUN |FFCGP;coordinates;$V;5| ...) ; file: /tmp/oa-Rimlbr/code.lsp ; in: DEFUN |FFCGP;coordinates;$V;5| ; (DEFUN BOOT::|FFCGP;coordinates;$V;5| (BOOT::|x| BOOT::$) ; (COND ; ((EQL BOOT::|x| -1) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 12) ; (BOOT::|spadConstant| BOOT::$ 67) ; (BOOT::|shellEntry| BOOT::$ 69))) ; (T ; (LET (#) ; (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFCGP;coordinates;$V;5| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FFCGP;coordinates;$V;5| ; (COND ((EQL BOOT::|x| -1) (BOOT::SPADCALL # # #)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |FFCGP;+;3$;6| ...) ; compiling (DEFUN |FFCGP;initializeZech| ...) ; compiling (DEFUN |FFCGP;basis;PiV;8| ...) ; file: /tmp/oa-Rimlbr/code.lsp ; in: DEFUN |FFCGP;basis;PiV;8| ; (DEFUN BOOT::|FFCGP;basis;PiV;8| (BOOT::|n| BOOT::$) ; (COND ; ((BOOT::SPADCALL (REM # BOOT::|n|) 0 (BOOT::|shellEntry| BOOT::$ 91)) ; (BOOT::|error| "argument must divide extension degree")) ; (T ; (LET (# #) ; (LET # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFCGP;basis;PiV;8| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|FFCGP;basis;PiV;8| ; (COND ; ((BOOT::SPADCALL # 0 #) ; (BOOT::|error| "argument must divide extension degree")) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |FFCGP;*;I2$;9| ...) ; compiling (DEFUN |FFCGP;minimalPolynomial;$Sup;10| ...) ; compiling (DEFUN |FFCGP;factorsOfCyclicGroupSize;L;11| ...) ; compiling (DEFUN |FFCGP;representationType;U;12| ...) ; compiling (DEFUN |FFCGP;definingPolynomial;Sup;13| ...) ; compiling (DEFUN |FFCGP;random;$;14| ...) ; compiling (DEFUN |FFCGP;represents;V$;15| ...) ; file: /tmp/oa-Rimlbr/code.lsp ; in: DEFUN |FFCGP;represents;V$;15| ; (DEFUN BOOT::|FFCGP;represents;V$;15| (BOOT::|v| BOOT::$) ; (LET ((BOOT::|u| (BOOT::SPADCALL BOOT::|v| #))) ; (COND ((BOOT::SPADCALL BOOT::|u| # #) -1) ; (T (BOOT::SPADCALL BOOT::|u| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFCGP;represents;V$;15| ; (BOOT::|v| BOOT::$) ; (BLOCK BOOT::|FFCGP;represents;V$;15| ; (LET ((BOOT::|u| #)) ; (COND (# -1) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES FIXNUM &REST T). ; compiling (DEFUN |FFCGP;coerce;GF$;16| ...) ; file: /tmp/oa-Rimlbr/code.lsp ; in: DEFUN |FFCGP;coerce;GF$;16| ; (DEFUN BOOT::|FFCGP;coerce;GF$;16| (BOOT::|e| BOOT::$) ; (COND ((BOOT::SPADCALL BOOT::|e| (BOOT::|shellEntry| BOOT::$ 129)) -1) ; (T ; (LET (#) ; (BOOT::SPADCALL BOOT::|log| # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFCGP;coerce;GF$;16| ; (BOOT::|e| BOOT::$) ; (BLOCK BOOT::|FFCGP;coerce;GF$;16| ; (COND ((BOOT::SPADCALL BOOT::|e| #) -1) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES FIXNUM &REST T). ; compiling (DEFUN |FFCGP;retractIfCan;$U;17| ...) ; compiling (DEFUN |FFCGP;retract;$GF;18| ...) ; compiling (DEFUN |FFCGP;basis;V;19| ...) ; compiling (DEFUN |FFCGP;inGroundField?;$B;20| ...) ; compiling (DEFUN |FFCGP;discreteLog;2$U;21| ...) ; compiling (DEFUN |FFCGP;-;2$;22| ...) ; compiling (DEFUN |FFCGP;generator;$;23| ...) ; compiling (DEFUN |FFCGP;createPrimitiveElement;$;24| ...) ; compiling (DEFUN |FFCGP;primitiveElement;$;25| ...) ; compiling (DEFUN |FFCGP;discreteLog;$Nni;26| ...) ; file: /tmp/oa-Rimlbr/code.lsp ; in: DEFUN |FFCGP;discreteLog;$Nni;26| ; (DEFUN BOOT::|FFCGP;discreteLog;$Nni;26| (BOOT::|x| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 58)) ; (BOOT::|error| "discrete logarithm error")) ; (T BOOT::|x|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFCGP;discreteLog;$Nni;26| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FFCGP;discreteLog;$Nni;26| ; (COND ; ((BOOT::SPADCALL BOOT::|x| #) ; (BOOT::|error| "discrete logarithm error")) ; (T BOOT::|x|)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |FFCGP;normalElement;$;27| ...) ; compiling (DEFUN |FFCGP;initializeElt| ...) ; compiling (DEFUN |FFCGP;extensionDegree;Pi;29| ...) ; compiling (DEFUN |FFCGP;characteristic;Nni;30| ...) ; file: /tmp/oa-Rimlbr/code.lsp ; in: DEFUN |FFCGP;characteristic;Nni;30| ; (DEFUN BOOT::|FFCGP;characteristic;Nni;30| (BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 163)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFCGP;characteristic;Nni;30| ; (BOOT::$) ; (BLOCK BOOT::|FFCGP;characteristic;Nni;30| ; (BOOT::|spadConstant| BOOT::$ 163))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |FFCGP;lookup;$Pi;31| ...) ; compiling (DEFUN |FFCGP;index;Pi$;32| ...) ; compiling (DEFUN |FFCGP;Zero;$;33| ...) ; compiling (DEFUN |FFCGP;One;$;34| ...) ; compiling (DEFUN |FFCGP;coerce;$Of;35| ...) ; compiling (DEFUN |FFCGP;=;2$B;36| ...) ; compiling (DEFUN |FFCGP;*;3$;37| ...) ; compiling (DEFUN |FFCGP;*;GF2$;38| ...) ; compiling (DEFUN |FFCGP;/;$GF$;39| ...) ; file: /tmp/oa-Rimlbr/code.lsp ; in: DEFUN |FFCGP;/;$GF$;39| ; (DEFUN BOOT::|FFCGP;/;$GF$;39| (BOOT::|x| BOOT::|a| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|FFCGP;coerce;GF$;16| BOOT::|a| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 170))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFCGP;/;$GF$;39| ; (BOOT::|x| BOOT::|a| BOOT::$) ; (BLOCK BOOT::|FFCGP;/;$GF$;39| ; (BOOT::SPADCALL BOOT::|x| ; (BOOT::|FFCGP;coerce;GF$;16| BOOT::|a| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 170)))) ; ; note: type assertion too complex to check: ; (VALUES FIXNUM &REST T). ; compiling (DEFUN |FFCGP;inv;2$;40| ...) ; file: /tmp/oa-Rimlbr/code.lsp ; in: DEFUN |FFCGP;inv;2$;40| ; (DEFUN BOOT::|FFCGP;inv;2$;40| (BOOT::|x| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 58)) ; (BOOT::|error| "inv: not invertible")) ; ((BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 62)) 0) ; (T (- (BOOT::|shellEntry| BOOT::$ 26) BOOT::|x|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFCGP;inv;2$;40| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FFCGP;inv;2$;40| ; (COND ; ((BOOT::SPADCALL BOOT::|x| #) (BOOT::|error| "inv: not invertible")) ; ((BOOT::SPADCALL BOOT::|x| #) 0) (T (- # BOOT::|x|))))) ; ; note: type assertion too complex to check: ; (VALUES FIXNUM &REST T). ; compiling (DEFUN |FFCGP;**;$Pi$;41| ...) ; compiling (DEFUN |FFCGP;**;$Nni$;42| ...) ; compiling (DEFUN |FFCGP;**;$I$;43| ...) ; compiling (DEFUN |FiniteFieldCyclicGroupExtensionByPolynomial| ...) ; compiling (DEFUN |FiniteFieldCyclicGroupExtensionByPolynomial;| ...) ; compiling (MAKEPROP (QUOTE |FiniteFieldCyclicGroupExtensionByPolynomial|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 9 notes ; /tmp/oa-Rimlbr/code.fasl written ; compilation finished in 0:00:00.147 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FFCG.spad && cp FFCG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FFCG.fasl \ && if test -f FFCG-.NRLIB/code.fasl; then \ cp FFCG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FFCG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FFCG.spad using Spad compiler. FFCG abbreviates domain FiniteFieldCyclicGroup debug: compDefine1 lhs: (FiniteFieldCyclicGroup p extdeg) signature (pre-evaluate): ((Join (FiniteAlgebraicExtensionField (PrimeField p)) (CATEGORY package (SIGNATURE getZechTable ((PrimitiveArray (SingleInteger)))))) NIL NIL) debug: evaluateType form: (Join (FiniteAlgebraicExtensionField (PrimeField p)) (CATEGORY package (SIGNATURE getZechTable ((PrimitiveArray (SingleInteger)))))) $param: (p extdeg) debug: evaluateType form: (FiniteAlgebraicExtensionField (PrimeField p)) $param: (p extdeg) Debug: evaluateType1 form: (FiniteAlgebraicExtensionField (PrimeField p)) debug: evaluateType1 x: (PrimeField p) m: (Field) debug: evaluateType1 categoryForm: (Field) debug: evaluateType form: (Field) $param: (p extdeg) Debug: evaluateType1 form: (Field) debug: evaluateType form: (PrimeField p) $param: (p extdeg) Debug: evaluateType1 form: (PrimeField p) debug: evaluateType1 x: p m: (PositiveInteger) debug: evalCategory d: (PrimeField p) c: (Field) debug: evaluateType form: (CATEGORY package (SIGNATURE getZechTable ((PrimitiveArray (SingleInteger))))) $param: (p extdeg) debug: evaluateType form: (PrimitiveArray (SingleInteger)) $param: (p extdeg) Debug: evaluateType1 form: (PrimitiveArray (SingleInteger)) debug: evaluateType1 x: (SingleInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (p extdeg) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SingleInteger) $param: (p extdeg) Debug: evaluateType1 form: (SingleInteger) debug: evalCategory d: (SingleInteger) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (FiniteAlgebraicExtensionField (PrimeField p)) (CATEGORY package (SIGNATURE getZechTable ((PrimitiveArray (SingleInteger)))))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FiniteFieldCyclicGroup compiling into /tmp/oa-fYARXE (time taken in buildFunctor: 24) Time: 0.12 SEC. Cumulative Statistics for Constructor FiniteFieldCyclicGroup Time: 0.12 seconds finalizing NRLIB FFCG Processing FiniteFieldCyclicGroup for Browser database: -- getZechTable : () -> PrimitiveArray SingleInteger -- constructor ; compiling file "/tmp/oa-fYARXE/code.lsp" (written 01 FEB 2016 11:05:50 PM): ; compiling (DEFUN |FiniteFieldCyclicGroup| ...) ; compiling (DEFUN |FiniteFieldCyclicGroup;| ...) ; compiling (MAKEPROP (QUOTE |FiniteFieldCyclicGroup|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-fYARXE/code.fasl written ; compilation finished in 0:00:00.022 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile GROEBSOL.spad && cp GROEBSOL.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GROEBSOL.fasl \ && if test -f GROEBSOL-.NRLIB/code.fasl; then \ cp GROEBSOL-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GROEBSOL-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GROEBSOL.spad using Spad compiler. GROEBSOL abbreviates package GroebnerSolve debug: compDefine1 lhs: (GroebnerSolve lv F R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE groebSolve ((List (List (DistributedMultivariatePolynomial lv F))) (List (DistributedMultivariatePolynomial lv F)) (List (OrderedVariableList lv)))) (SIGNATURE testDim ((Union (List (HomogeneousDistributedMultivariatePolynomial lv F)) failed) (List (HomogeneousDistributedMultivariatePolynomial lv F)) (List (OrderedVariableList lv)))) (SIGNATURE genericPosition ((Record (: dpolys (List (DistributedMultivariatePolynomial lv F))) (: coords (List (Integer)))) (List (DistributedMultivariatePolynomial lv F)) (List (OrderedVariableList lv))))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE groebSolve ((List (List (DistributedMultivariatePolynomial lv F))) (List (DistributedMultivariatePolynomial lv F)) (List (OrderedVariableList lv)))) (SIGNATURE testDim ((Union (List (HomogeneousDistributedMultivariatePolynomial lv F)) failed) (List (HomogeneousDistributedMultivariatePolynomial lv F)) (List (OrderedVariableList lv)))) (SIGNATURE genericPosition ((Record (: dpolys (List (DistributedMultivariatePolynomial lv F))) (: coords (List (Integer)))) (List (DistributedMultivariatePolynomial lv F)) (List (OrderedVariableList lv))))) $param: (lv F R) debug: evaluateType form: (List (List (DistributedMultivariatePolynomial lv F))) $param: (lv F R) Debug: evaluateType1 form: (List (List (DistributedMultivariatePolynomial lv F))) debug: evaluateType1 x: (List (DistributedMultivariatePolynomial lv F)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (DistributedMultivariatePolynomial lv F)) $param: (lv F R) Debug: evaluateType1 form: (List (DistributedMultivariatePolynomial lv F)) debug: evaluateType1 x: (DistributedMultivariatePolynomial lv F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (DistributedMultivariatePolynomial lv F) $param: (lv F R) Debug: evaluateType1 form: (DistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (DistributedMultivariatePolynomial lv F) c: (Type) debug: evalCategory d: (List (DistributedMultivariatePolynomial lv F)) c: (Type) debug: evaluateType form: (List (DistributedMultivariatePolynomial lv F)) $param: (lv F R) Debug: evaluateType1 form: (List (DistributedMultivariatePolynomial lv F)) debug: evaluateType1 x: (DistributedMultivariatePolynomial lv F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (DistributedMultivariatePolynomial lv F) $param: (lv F R) Debug: evaluateType1 form: (DistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (DistributedMultivariatePolynomial lv F) c: (Type) debug: evaluateType form: (List (OrderedVariableList lv)) $param: (lv F R) Debug: evaluateType1 form: (List (OrderedVariableList lv)) debug: evaluateType1 x: (OrderedVariableList lv) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (OrderedVariableList lv) $param: (lv F R) Debug: evaluateType1 form: (OrderedVariableList lv) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList lv) c: (Type) debug: evaluateType form: (Union (List (HomogeneousDistributedMultivariatePolynomial lv F)) failed) $param: (lv F R) debug: evaluateType form: (List (HomogeneousDistributedMultivariatePolynomial lv F)) $param: (lv F R) Debug: evaluateType1 form: (List (HomogeneousDistributedMultivariatePolynomial lv F)) debug: evaluateType1 x: (HomogeneousDistributedMultivariatePolynomial lv F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (HomogeneousDistributedMultivariatePolynomial lv F) $param: (lv F R) Debug: evaluateType1 form: (HomogeneousDistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (HomogeneousDistributedMultivariatePolynomial lv F) c: (Type) debug: evaluateType form: failed $param: (lv F R) debug: evaluateType form: (List (HomogeneousDistributedMultivariatePolynomial lv F)) $param: (lv F R) Debug: evaluateType1 form: (List (HomogeneousDistributedMultivariatePolynomial lv F)) debug: evaluateType1 x: (HomogeneousDistributedMultivariatePolynomial lv F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (HomogeneousDistributedMultivariatePolynomial lv F) $param: (lv F R) Debug: evaluateType1 form: (HomogeneousDistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (HomogeneousDistributedMultivariatePolynomial lv F) c: (Type) debug: evaluateType form: (List (OrderedVariableList lv)) $param: (lv F R) Debug: evaluateType1 form: (List (OrderedVariableList lv)) debug: evaluateType1 x: (OrderedVariableList lv) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (OrderedVariableList lv) $param: (lv F R) Debug: evaluateType1 form: (OrderedVariableList lv) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList lv) c: (Type) debug: evaluateType form: (Record (: dpolys (List (DistributedMultivariatePolynomial lv F))) (: coords (List (Integer)))) $param: (lv F R) debug: evaluateType form: (List (DistributedMultivariatePolynomial lv F)) $param: (lv F R) Debug: evaluateType1 form: (List (DistributedMultivariatePolynomial lv F)) debug: evaluateType1 x: (DistributedMultivariatePolynomial lv F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (DistributedMultivariatePolynomial lv F) $param: (lv F R) Debug: evaluateType1 form: (DistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (DistributedMultivariatePolynomial lv F) c: (Type) debug: evaluateType form: (List (Integer)) $param: (lv F R) Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (lv F R) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (List (DistributedMultivariatePolynomial lv F)) $param: (lv F R) Debug: evaluateType1 form: (List (DistributedMultivariatePolynomial lv F)) debug: evaluateType1 x: (DistributedMultivariatePolynomial lv F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (DistributedMultivariatePolynomial lv F) $param: (lv F R) Debug: evaluateType1 form: (DistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (DistributedMultivariatePolynomial lv F) c: (Type) debug: evaluateType form: (List (OrderedVariableList lv)) $param: (lv F R) Debug: evaluateType1 form: (List (OrderedVariableList lv)) debug: evaluateType1 x: (OrderedVariableList lv) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (OrderedVariableList lv) $param: (lv F R) Debug: evaluateType1 form: (OrderedVariableList lv) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList lv) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE groebSolve ((List (List (DistributedMultivariatePolynomial lv F))) (List (DistributedMultivariatePolynomial lv F)) (List (OrderedVariableList lv)))) (SIGNATURE testDim ((Union (List (HomogeneousDistributedMultivariatePolynomial lv F)) failed) (List (HomogeneousDistributedMultivariatePolynomial lv F)) (List (OrderedVariableList lv)))) (SIGNATURE genericPosition ((Record (: dpolys (List (DistributedMultivariatePolynomial lv F))) (: coords (List (Integer)))) (List (DistributedMultivariatePolynomial lv F)) (List (OrderedVariableList lv))))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for GroebnerSolve compiling into /tmp/oa-i9v41Y importing Boolean importing PolToPol(lv,F) importing GroebnerPackage(F,DirectProduct(# lv,NonNegativeInteger),OrderedVariableList lv,DistributedMultivariatePolynomial(lv,F)) importing GroebnerInternalPackage(F,DirectProduct(# lv,NonNegativeInteger),OrderedVariableList lv,DistributedMultivariatePolynomial(lv,F)) importing GroebnerPackage(F,HomogeneousDirectProduct(# lv,NonNegativeInteger),OrderedVariableList lv,HomogeneousDistributedMultivariatePolynomial(lv,F)) importing LinGroebnerPackage(lv,F) compiling local testPower : (SparseUnivariatePolynomial DistributedMultivariatePolynomial(lv,F),OrderedVariableList lv,List DistributedMultivariatePolynomial(lv,F)) -> Union(DistributedMultivariatePolynomial(lv,F),failed) Time: 0.16 SEC. compiling local testGenPos : (List DistributedMultivariatePolynomial(lv,F),List OrderedVariableList lv) -> Union(List DistributedMultivariatePolynomial(lv,F),failed) Time: 0.07 SEC. compiling local genPos : (List DistributedMultivariatePolynomial(lv,F),List OrderedVariableList lv) -> Record(polys: List HomogeneousDistributedMultivariatePolynomial(lv,F),lpolys: List DistributedMultivariatePolynomial(lv,F),coord: List Integer,univp: HomogeneousDistributedMultivariatePolynomial(lv,F)) Time: 0.22 SEC. compiling exported genericPosition : (List DistributedMultivariatePolynomial(lv,F),List OrderedVariableList lv) -> Record(dpolys: List DistributedMultivariatePolynomial(lv,F),coords: List Integer) Time: 0.04 SEC. compiling local select : List List HomogeneousDistributedMultivariatePolynomial(lv,F) -> List List HomogeneousDistributedMultivariatePolynomial(lv,F) Time: 0.07 SEC. compiling local findCompon : (List HomogeneousDistributedMultivariatePolynomial(lv,F),List OrderedVariableList lv) -> List List DistributedMultivariatePolynomial(lv,F) Time: 0.66 SEC. compiling local zeroDim? : (List HomogeneousDistributedMultivariatePolynomial(lv,F),List OrderedVariableList lv) -> Boolean Time: 0.08 SEC. compiling exported groebSolve : (List DistributedMultivariatePolynomial(lv,F),List OrderedVariableList lv) -> List List DistributedMultivariatePolynomial(lv,F) Time: 0.19 SEC. compiling exported testDim : (List HomogeneousDistributedMultivariatePolynomial(lv,F),List OrderedVariableList lv) -> Union(List HomogeneousDistributedMultivariatePolynomial(lv,F),failed) Time: 0.08 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] testPower: not known that Ring is of mode CATEGORY(package,groebSolve: (List DistributedMultivariatePolynomial(lv,F),List OrderedVariableList lv) -> List List DistributedMultivariatePolynomial(lv,F),testDim: (List HomogeneousDistributedMultivariatePolynomial(lv,F),List OrderedVariableList lv) -> Union(List HomogeneousDistributedMultivariatePolynomial(lv,F),"failed"),genericPosition: (List DistributedMultivariatePolynomial(lv,F),List OrderedVariableList lv) -> Record(dpolys: List DistributedMultivariatePolynomial(lv,F),coords: List Integer)) [2] genPos: gb has no value [3] genPos: gbt has no value [4] genPos: ranvals has no value [5] genPos: gb1 has no value Cumulative Statistics for Constructor GroebnerSolve Time: 1.58 seconds finalizing NRLIB GROEBSOL Processing GroebnerSolve for Browser database: -- groebSolve : (L DPoly,L OV) -> L L DPoly -- testDim : (L HDPoly,L OV) -> Union(L HDPoly,"failed") -- genericPosition : (L DPoly,L OV) -> Record(dpolys: L DPoly,coords: L I) -- constructor ; compiling file "/tmp/oa-i9v41Y/code.lsp" (written 01 FEB 2016 11:05:52 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |GROEBSOL;testPower| ...) ; compiling (DEFUN |GROEBSOL;testGenPos| ...) ; compiling (DEFUN |GROEBSOL;genPos| ...) ; compiling (DEFUN |GROEBSOL;genericPosition;LLR;4| ...) ; compiling (DEFUN |GROEBSOL;select| ...) ; file: /tmp/oa-i9v41Y/code.lsp ; in: DEFUN |GROEBSOL;select| ; (DEFUN BOOT::|GROEBSOL;select| (BOOT::|lup| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|lup| NIL (BOOT::|shellEntry| BOOT::$ 88)) ; (BOOT::SPADCALL NIL (BOOT::|shellEntry| BOOT::$ 89))) ; (T ; (LET (# # #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GROEBSOL;select| ; (BOOT::|lup| BOOT::$) ; (BLOCK BOOT::|GROEBSOL;select| ; (COND ((BOOT::SPADCALL BOOT::|lup| NIL #) (BOOT::SPADCALL NIL #)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; compiling (DEFUN |GROEBSOL;findCompon| ...) ; file: /tmp/oa-i9v41Y/code.lsp ; in: DEFUN |GROEBSOL;findCompon| ; (DEFUN BOOT::|GROEBSOL;findCompon| (BOOT::|leq| BOOT::|lvar| BOOT::$) ; (PROG (BOOT::|ans| BOOT::|val| BOOT::|x| BOOT::|rlvar| BOOT::|ranvals| ; BOOT::|result| BOOT::|lfact| BOOT::|fg| BOOT::|g| BOOT::|lgp| ; BOOT::|gp| BOOT::|tlfact|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GROEBSOL;findCompon| ; (BOOT::|leq| BOOT::|lvar| BOOT::$) ; (BLOCK BOOT::|GROEBSOL;findCompon| ; (PROG (BOOT::|ans| BOOT::|val| BOOT::|x| BOOT::|rlvar| BOOT::|ranvals| ; BOOT::|result| BOOT::|lfact| BOOT::|fg| BOOT::|g| BOOT::|lgp| ; BOOT::|gp| BOOT::|tlfact|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; compiling (DEFUN |GROEBSOL;zeroDim?| ...) ; compiling (DEFUN |GROEBSOL;groebSolve;LLL;8| ...) ; file: /tmp/oa-i9v41Y/code.lsp ; in: DEFUN |GROEBSOL;groebSolve;LLL;8| ; (DEFUN BOOT::|GROEBSOL;groebSolve;LLL;8| (BOOT::|leq| BOOT::|lvar| BOOT::$) ; (PROG (BOOT::|lfact| BOOT::|result| BOOT::|llfact| BOOT::|lup| ; BOOT::|basis| BOOT::|fg| BOOT::|g|) ; (RETURN ; (LET* (# #) ; (BOOT::SEQ # # # # # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GROEBSOL;groebSolve;LLL;8| ; (BOOT::|leq| BOOT::|lvar| BOOT::$) ; (BLOCK BOOT::|GROEBSOL;groebSolve;LLL;8| ; (PROG (BOOT::|lfact| BOOT::|result| BOOT::|llfact| BOOT::|lup| ; BOOT::|basis| BOOT::|fg| BOOT::|g|) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; compiling (DEFUN |GROEBSOL;testDim;LLU;9| ...) ; compiling (DEFUN |GroebnerSolve| ...) ; compiling (DEFUN |GroebnerSolve;| ...) ; compiling (MAKEPROP (QUOTE |GroebnerSolve|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 3 notes ; /tmp/oa-i9v41Y/code.fasl written ; compilation finished in 0:00:00.105 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FFCGX.spad && cp FFCGX.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FFCGX.fasl \ && if test -f FFCGX-.NRLIB/code.fasl; then \ cp FFCGX-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FFCGX-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FFCGX.spad using Spad compiler. FFCGX abbreviates domain FiniteFieldCyclicGroupExtension debug: compDefine1 lhs: (FiniteFieldCyclicGroupExtension GF extdeg) signature (pre-evaluate): ((Join (FiniteAlgebraicExtensionField GF) (CATEGORY package (SIGNATURE getZechTable ((PrimitiveArray (SingleInteger)))))) NIL NIL) debug: evaluateType form: (Join (FiniteAlgebraicExtensionField GF) (CATEGORY package (SIGNATURE getZechTable ((PrimitiveArray (SingleInteger)))))) $param: (GF extdeg) debug: evaluateType form: (FiniteAlgebraicExtensionField GF) $param: (GF extdeg) Debug: evaluateType1 form: (FiniteAlgebraicExtensionField GF) debug: evaluateType1 x: GF m: (Field) debug: evaluateType form: (CATEGORY package (SIGNATURE getZechTable ((PrimitiveArray (SingleInteger))))) $param: (GF extdeg) debug: evaluateType form: (PrimitiveArray (SingleInteger)) $param: (GF extdeg) Debug: evaluateType1 form: (PrimitiveArray (SingleInteger)) debug: evaluateType1 x: (SingleInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (GF extdeg) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SingleInteger) $param: (GF extdeg) Debug: evaluateType1 form: (SingleInteger) debug: evalCategory d: (SingleInteger) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (FiniteAlgebraicExtensionField GF) (CATEGORY package (SIGNATURE getZechTable ((PrimitiveArray (SingleInteger)))))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FiniteFieldCyclicGroupExtension compiling into /tmp/oa-NWR3AR (time taken in buildFunctor: 24) Time: 0.15 SEC. Cumulative Statistics for Constructor FiniteFieldCyclicGroupExtension Time: 0.15 seconds finalizing NRLIB FFCGX Processing FiniteFieldCyclicGroupExtension for Browser database: -- getZechTable : () -> PrimitiveArray SingleInteger -- constructor ; compiling file "/tmp/oa-NWR3AR/code.lsp" (written 01 FEB 2016 11:05:52 PM): ; compiling (DEFUN |FiniteFieldCyclicGroupExtension| ...) ; compiling (DEFUN |FiniteFieldCyclicGroupExtension;| ...) ; compiling (MAKEPROP (QUOTE |FiniteFieldCyclicGroupExtension|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-NWR3AR/code.fasl written ; compilation finished in 0:00:00.027 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FFPOLY2.spad && cp FFPOLY2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FFPOLY2.fasl \ && if test -f FFPOLY2-.NRLIB/code.fasl; then \ cp FFPOLY2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FFPOLY2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FFPOLY2.spad using Spad compiler. FFPOLY2 abbreviates package FiniteFieldPolynomialPackage2 debug: compDefine1 lhs: (FiniteFieldPolynomialPackage2 F GF) signature (pre-evaluate): ((CATEGORY package (SIGNATURE rootOfIrreduciblePoly (F (SparseUnivariatePolynomial GF)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE rootOfIrreduciblePoly (F (SparseUnivariatePolynomial GF)))) $param: (F GF) debug: evaluateType form: F $param: (F GF) debug: evaluateType form: (SparseUnivariatePolynomial GF) $param: (F GF) Debug: evaluateType1 form: (SparseUnivariatePolynomial GF) debug: evaluateType1 x: GF m: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE rootOfIrreduciblePoly (F (SparseUnivariatePolynomial GF)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FiniteFieldPolynomialPackage2 compiling into /tmp/oa-j82X7c compiling exported rootOfIrreduciblePoly : SparseUnivariatePolynomial GF -> F Time: 0.16 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] rootOfIrreduciblePoly: basispointer has no value [2] rootOfIrreduciblePoly: beta has no value [3] rootOfIrreduciblePoly: pretend PositiveInteger -- should replace by @ Cumulative Statistics for Constructor FiniteFieldPolynomialPackage2 Time: 0.17 seconds finalizing NRLIB FFPOLY2 Processing FiniteFieldPolynomialPackage2 for Browser database: -- coerce : GF -> F -- lookup : F -> PositiveInteger -- basis : PositiveInteger -> Vector F -- Frobenius : F -> F -- rootOfIrreduciblePoly : SUP GF -> F -- constructor ; compiling file "/tmp/oa-j82X7c/code.lsp" (written 01 FEB 2016 11:05:52 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FFPOLY2;rootOfIrreduciblePoly;SupF;1| ...) ; compiling (DEFUN |FiniteFieldPolynomialPackage2| ...) ; compiling (DEFUN |FiniteFieldPolynomialPackage2;| ...) ; compiling (MAKEPROP (QUOTE |FiniteFieldPolynomialPackage2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-j82X7c/code.fasl written ; compilation finished in 0:00:00.063 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FFHOM.spad && cp FFHOM.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FFHOM.fasl \ && if test -f FFHOM-.NRLIB/code.fasl; then \ cp FFHOM-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FFHOM-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FFHOM.spad using Spad compiler. FFHOM abbreviates package FiniteFieldHomomorphisms debug: compDefine1 lhs: (FiniteFieldHomomorphisms F1 GF F2) signature (pre-evaluate): ((CATEGORY package (SIGNATURE coerce (F2 F1)) (SIGNATURE coerce (F1 F2))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE coerce (F2 F1)) (SIGNATURE coerce (F1 F2))) $param: (F1 GF F2) debug: evaluateType form: F2 $param: (F1 GF F2) debug: evaluateType form: F1 $param: (F1 GF F2) debug: evaluateType form: F1 $param: (F1 GF F2) debug: evaluateType form: F2 $param: (F1 GF F2) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE coerce (F2 F1)) (SIGNATURE coerce (F1 F2))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FiniteFieldHomomorphisms compiling into /tmp/oa-yB6j4q compiling local compare : (SparseUnivariatePolynomial GF,SparseUnivariatePolynomial GF) -> Boolean Time: 0.16 SEC. compiling local initialize : () -> Void Time: 0.20 SEC. compiling exported coerce : F1 -> F2 Time: 0.00 SEC. compiling local convertWRTsameDefPol12 : F1 -> F2 Time: 0.04 SEC. compiling local convertWRTdifferentDefPol12 : F1 -> F2 Time: 0.04 SEC. compiling exported coerce : F2 -> F1 Time: 0.00 SEC. compiling local convertWRTsameDefPol21 : F2 -> F1 Time: 0.04 SEC. compiling local convertWRTdifferentDefPol21 : F2 -> F1 Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] unknown Functor code: errorFFHOM: one extension degree must divide the other one Cumulative Statistics for Constructor FiniteFieldHomomorphisms Time: 0.52 seconds finalizing NRLIB FFHOM Processing FiniteFieldHomomorphisms for Browser database: -- coerce : F1 -> F2 -- coerce : F2 -> F1 -- constructor ; compiling file "/tmp/oa-yB6j4q/code.lsp" (written 01 FEB 2016 11:05:53 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FFHOM;compare| ...) ; compiling (DEFUN |FFHOM;initialize| ...) ; compiling (DEFUN |FFHOM;coerce;F1F2;3| ...) ; compiling (DEFUN |FFHOM;convertWRTsameDefPol12| ...) ; compiling (DEFUN |FFHOM;convertWRTdifferentDefPol12| ...) ; compiling (DEFUN |FFHOM;coerce;F2F1;6| ...) ; compiling (DEFUN |FFHOM;convertWRTsameDefPol21| ...) ; compiling (DEFUN |FFHOM;convertWRTdifferentDefPol21| ...) ; compiling (DEFUN |FiniteFieldHomomorphisms| ...) ; compiling (DEFUN |FiniteFieldHomomorphisms;| ...) ; compiling (MAKEPROP (QUOTE |FiniteFieldHomomorphisms|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-yB6j4q/code.fasl written ; compilation finished in 0:00:00.225 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile INBFF.spad && cp INBFF.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INBFF.fasl \ && if test -f INBFF-.NRLIB/code.fasl; then \ cp INBFF-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INBFF-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INBFF.spad using Spad compiler. INBFF abbreviates package InnerNormalBasisFieldFunctions debug: compDefine1 lhs: (InnerNormalBasisFieldFunctions GF) signature (pre-evaluate): ((CATEGORY package (SIGNATURE setFieldInfo ((Void) (Vector (List (Record (: value GF) (: index (SingleInteger))))) GF)) (SIGNATURE random ((Vector GF) (PositiveInteger))) (SIGNATURE index ((Vector GF) (PositiveInteger) (PositiveInteger))) (SIGNATURE pol ((SparseUnivariatePolynomial GF) (Vector GF))) (SIGNATURE xn ((SparseUnivariatePolynomial GF) (NonNegativeInteger))) (SIGNATURE dAndcExp ((Vector GF) (Vector GF) (NonNegativeInteger) (SingleInteger))) (SIGNATURE repSq ((Vector GF) (Vector GF) (NonNegativeInteger))) (SIGNATURE expPot ((Vector GF) (Vector GF) (SingleInteger) (SingleInteger))) (SIGNATURE qPot ((Vector GF) (Vector GF) (Integer))) (SIGNATURE ** ((Vector GF) (Vector GF) (Integer))) (SIGNATURE * ((Vector GF) (Vector GF) (Vector GF))) (SIGNATURE / ((Vector GF) (Vector GF) (Vector GF))) (SIGNATURE norm ((Vector GF) (Vector GF) (PositiveInteger))) (SIGNATURE trace ((Vector GF) (Vector GF) (PositiveInteger))) (SIGNATURE inv ((Vector GF) (Vector GF))) (SIGNATURE lookup ((PositiveInteger) (Vector GF))) (SIGNATURE normal? ((Boolean) (Vector GF))) (SIGNATURE basis ((Vector (Vector GF)) (PositiveInteger))) (SIGNATURE normalElement ((Vector GF) (PositiveInteger))) (SIGNATURE minimalPolynomial ((SparseUnivariatePolynomial GF) (Vector GF)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE setFieldInfo ((Void) (Vector (List (Record (: value GF) (: index (SingleInteger))))) GF)) (SIGNATURE random ((Vector GF) (PositiveInteger))) (SIGNATURE index ((Vector GF) (PositiveInteger) (PositiveInteger))) (SIGNATURE pol ((SparseUnivariatePolynomial GF) (Vector GF))) (SIGNATURE xn ((SparseUnivariatePolynomial GF) (NonNegativeInteger))) (SIGNATURE dAndcExp ((Vector GF) (Vector GF) (NonNegativeInteger) (SingleInteger))) (SIGNATURE repSq ((Vector GF) (Vector GF) (NonNegativeInteger))) (SIGNATURE expPot ((Vector GF) (Vector GF) (SingleInteger) (SingleInteger))) (SIGNATURE qPot ((Vector GF) (Vector GF) (Integer))) (SIGNATURE ** ((Vector GF) (Vector GF) (Integer))) (SIGNATURE * ((Vector GF) (Vector GF) (Vector GF))) (SIGNATURE / ((Vector GF) (Vector GF) (Vector GF))) (SIGNATURE norm ((Vector GF) (Vector GF) (PositiveInteger))) (SIGNATURE trace ((Vector GF) (Vector GF) (PositiveInteger))) (SIGNATURE inv ((Vector GF) (Vector GF))) (SIGNATURE lookup ((PositiveInteger) (Vector GF))) (SIGNATURE normal? ((Boolean) (Vector GF))) (SIGNATURE basis ((Vector (Vector GF)) (PositiveInteger))) (SIGNATURE normalElement ((Vector GF) (PositiveInteger))) (SIGNATURE minimalPolynomial ((SparseUnivariatePolynomial GF) (Vector GF)))) $param: (GF) debug: evaluateType form: (Void) $param: (GF) Debug: evaluateType1 form: (Void) debug: evaluateType form: (Vector (List (Record (: value GF) (: index (SingleInteger))))) $param: (GF) Debug: evaluateType1 form: (Vector (List (Record (: value GF) (: index (SingleInteger))))) debug: evaluateType1 x: (List (Record (: value GF) (: index (SingleInteger)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (GF) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Record (: value GF) (: index (SingleInteger)))) $param: (GF) Debug: evaluateType1 form: (List (Record (: value GF) (: index (SingleInteger)))) debug: evaluateType1 x: (Record (: value GF) (: index (SingleInteger))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (GF) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: value GF) (: index (SingleInteger))) $param: (GF) debug: evaluateType form: GF $param: (GF) debug: evaluateType form: (SingleInteger) $param: (GF) Debug: evaluateType1 form: (SingleInteger) debug: evalCategory d: (Record (: value GF) (: index (SingleInteger))) c: (Type) debug: evalCategory d: (List (Record (: value GF) (: index (SingleInteger)))) c: (Type) debug: evaluateType form: GF $param: (GF) debug: evaluateType form: (Vector GF) $param: (GF) Debug: evaluateType1 form: (Vector GF) debug: evaluateType1 x: GF m: (Type) debug: evaluateType form: (PositiveInteger) $param: (GF) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (Vector GF) $param: (GF) Debug: evaluateType1 form: (Vector GF) debug: evaluateType1 x: GF m: (Type) debug: evaluateType form: (PositiveInteger) $param: (GF) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: (GF) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (SparseUnivariatePolynomial GF) $param: (GF) Debug: evaluateType1 form: (SparseUnivariatePolynomial GF) debug: evaluateType1 x: GF m: (Ring) debug: evaluateType form: (Vector GF) $param: (GF) Debug: evaluateType1 form: (Vector GF) debug: evaluateType1 x: GF m: (Type) debug: evaluateType form: (SparseUnivariatePolynomial GF) $param: (GF) Debug: evaluateType1 form: (SparseUnivariatePolynomial GF) debug: evaluateType1 x: GF m: (Ring) debug: evaluateType form: (NonNegativeInteger) $param: (GF) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Vector GF) $param: (GF) Debug: evaluateType1 form: (Vector GF) debug: evaluateType1 x: GF m: (Type) debug: evaluateType form: (Vector GF) $param: (GF) Debug: evaluateType1 form: (Vector GF) debug: evaluateType1 x: GF m: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (GF) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (SingleInteger) $param: (GF) Debug: evaluateType1 form: (SingleInteger) debug: evaluateType form: (Vector GF) $param: (GF) Debug: evaluateType1 form: (Vector GF) debug: evaluateType1 x: GF m: (Type) debug: evaluateType form: (Vector GF) $param: (GF) Debug: evaluateType1 form: (Vector GF) debug: evaluateType1 x: GF m: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (GF) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Vector GF) $param: (GF) Debug: evaluateType1 form: (Vector GF) debug: evaluateType1 x: GF m: (Type) debug: evaluateType form: (Vector GF) $param: (GF) Debug: evaluateType1 form: (Vector GF) debug: evaluateType1 x: GF m: (Type) debug: evaluateType form: (SingleInteger) $param: (GF) Debug: evaluateType1 form: (SingleInteger) debug: evaluateType form: (SingleInteger) $param: (GF) Debug: evaluateType1 form: (SingleInteger) debug: evaluateType form: (Vector GF) $param: (GF) Debug: evaluateType1 form: (Vector GF) debug: evaluateType1 x: GF m: (Type) debug: evaluateType form: (Vector GF) $param: (GF) Debug: evaluateType1 form: (Vector GF) debug: evaluateType1 x: GF m: (Type) debug: evaluateType form: (Integer) $param: (GF) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Vector GF) $param: (GF) Debug: evaluateType1 form: (Vector GF) debug: evaluateType1 x: GF m: (Type) debug: evaluateType form: (Vector GF) $param: (GF) Debug: evaluateType1 form: (Vector GF) debug: evaluateType1 x: GF m: (Type) debug: evaluateType form: (Integer) $param: (GF) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Vector GF) $param: (GF) Debug: evaluateType1 form: (Vector GF) debug: evaluateType1 x: GF m: (Type) debug: evaluateType form: (Vector GF) $param: (GF) Debug: evaluateType1 form: (Vector GF) debug: evaluateType1 x: GF m: (Type) debug: evaluateType form: (Vector GF) $param: (GF) Debug: evaluateType1 form: (Vector GF) debug: evaluateType1 x: GF m: (Type) debug: evaluateType form: (Vector GF) $param: (GF) Debug: evaluateType1 form: (Vector GF) debug: evaluateType1 x: GF m: (Type) debug: evaluateType form: (Vector GF) $param: (GF) Debug: evaluateType1 form: (Vector GF) debug: evaluateType1 x: GF m: (Type) debug: evaluateType form: (Vector GF) $param: (GF) Debug: evaluateType1 form: (Vector GF) debug: evaluateType1 x: GF m: (Type) debug: evaluateType form: (Vector GF) $param: (GF) Debug: evaluateType1 form: (Vector GF) debug: evaluateType1 x: GF m: (Type) debug: evaluateType form: (Vector GF) $param: (GF) Debug: evaluateType1 form: (Vector GF) debug: evaluateType1 x: GF m: (Type) debug: evaluateType form: (PositiveInteger) $param: (GF) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (Vector GF) $param: (GF) Debug: evaluateType1 form: (Vector GF) debug: evaluateType1 x: GF m: (Type) debug: evaluateType form: (Vector GF) $param: (GF) Debug: evaluateType1 form: (Vector GF) debug: evaluateType1 x: GF m: (Type) debug: evaluateType form: (PositiveInteger) $param: (GF) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (Vector GF) $param: (GF) Debug: evaluateType1 form: (Vector GF) debug: evaluateType1 x: GF m: (Type) debug: evaluateType form: (Vector GF) $param: (GF) Debug: evaluateType1 form: (Vector GF) debug: evaluateType1 x: GF m: (Type) debug: evaluateType form: (PositiveInteger) $param: (GF) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (Vector GF) $param: (GF) Debug: evaluateType1 form: (Vector GF) debug: evaluateType1 x: GF m: (Type) debug: evaluateType form: (Boolean) $param: (GF) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Vector GF) $param: (GF) Debug: evaluateType1 form: (Vector GF) debug: evaluateType1 x: GF m: (Type) debug: evaluateType form: (Vector (Vector GF)) $param: (GF) Debug: evaluateType1 form: (Vector (Vector GF)) debug: evaluateType1 x: (Vector GF) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (GF) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Vector GF) $param: (GF) Debug: evaluateType1 form: (Vector GF) debug: evaluateType1 x: GF m: (Type) debug: evalCategory d: (Vector GF) c: (Type) debug: evaluateType form: (PositiveInteger) $param: (GF) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (Vector GF) $param: (GF) Debug: evaluateType1 form: (Vector GF) debug: evaluateType1 x: GF m: (Type) debug: evaluateType form: (PositiveInteger) $param: (GF) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (SparseUnivariatePolynomial GF) $param: (GF) Debug: evaluateType1 form: (SparseUnivariatePolynomial GF) debug: evaluateType1 x: GF m: (Ring) debug: evaluateType form: (Vector GF) $param: (GF) Debug: evaluateType1 form: (Vector GF) debug: evaluateType1 x: GF m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE setFieldInfo ((Void) (Vector (List (Record (: value GF) (: index (SingleInteger))))) GF)) (SIGNATURE random ((Vector GF) (PositiveInteger))) (SIGNATURE index ((Vector GF) (PositiveInteger) (PositiveInteger))) (SIGNATURE pol ((SparseUnivariatePolynomial GF) (Vector GF))) (SIGNATURE xn ((SparseUnivariatePolynomial GF) (NonNegativeInteger))) (SIGNATURE dAndcExp ((Vector GF) (Vector GF) (NonNegativeInteger) (SingleInteger))) (SIGNATURE repSq ((Vector GF) (Vector GF) (NonNegativeInteger))) (SIGNATURE expPot ((Vector GF) (Vector GF) (SingleInteger) (SingleInteger))) (SIGNATURE qPot ((Vector GF) (Vector GF) (Integer))) (SIGNATURE ** ((Vector GF) (Vector GF) (Integer))) (SIGNATURE * ((Vector GF) (Vector GF) (Vector GF))) (SIGNATURE / ((Vector GF) (Vector GF) (Vector GF))) (SIGNATURE norm ((Vector GF) (Vector GF) (PositiveInteger))) (SIGNATURE trace ((Vector GF) (Vector GF) (PositiveInteger))) (SIGNATURE inv ((Vector GF) (Vector GF))) (SIGNATURE lookup ((PositiveInteger) (Vector GF))) (SIGNATURE normal? ((Boolean) (Vector GF))) (SIGNATURE basis ((Vector (Vector GF)) (PositiveInteger))) (SIGNATURE normalElement ((Vector GF) (PositiveInteger))) (SIGNATURE minimalPolynomial ((SparseUnivariatePolynomial GF) (Vector GF)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for InnerNormalBasisFieldFunctions compiling into /tmp/oa-G1I2Ry compiling exported inv : Vector GF -> Vector GF Time: 0.20 SEC. compiling exported ** : (Vector GF,Integer) -> Vector GF Time: 0.30 SEC. compiling exported repSq : (Vector GF,NonNegativeInteger) -> Vector GF Time: 0.03 SEC. compiling exported dAndcExp : (Vector GF,NonNegativeInteger,SingleInteger) -> Vector GF Time: 0.12 SEC. compiling exported * : (Vector GF,Vector GF) -> Vector GF Time: 0.32 SEC. compiling exported lookup : Vector GF -> PositiveInteger Time: 0.07 SEC. compiling exported norm : (Vector GF,PositiveInteger) -> Vector GF Time: 0.03 SEC. compiling exported expPot : (Vector GF,SingleInteger,SingleInteger) -> Vector GF Time: 0.03 SEC. compiling exported qPot : (Vector GF,Integer) -> Vector GF Time: 0.03 SEC. compiling exported trace : (Vector GF,PositiveInteger) -> Vector GF Time: 0.04 SEC. compiling exported random : PositiveInteger -> Vector GF Time: 0.01 SEC. compiling exported xn : NonNegativeInteger -> SparseUnivariatePolynomial GF Time: 0.01 SEC. compiling exported normal? : Vector GF -> Boolean Time: 0.04 SEC. compiling exported / : (Vector GF,Vector GF) -> Vector GF Time: 0.00 SEC. compiling exported setFieldInfo : (Vector List Record(value: GF,index: SingleInteger),GF) -> Void Time: 0.00 SEC. compiling exported minimalPolynomial : Vector GF -> SparseUnivariatePolynomial GF Time: 0.11 SEC. compiling exported basis : PositiveInteger -> Vector Vector GF Time: 0.04 SEC. compiling exported normalElement : PositiveInteger -> Vector GF Time: 0.02 SEC. compiling exported index : (PositiveInteger,PositiveInteger) -> Vector GF Time: 0.03 SEC. compiling exported pol : Vector GF -> SparseUnivariatePolynomial GF Time: 0.06 SEC. (time taken in buildFunctor: 0) Time: 0.03 SEC. Warnings: [1] repSq: pretend NonNegativeInteger -- should replace by @ Cumulative Statistics for Constructor InnerNormalBasisFieldFunctions Time: 1.52 seconds finalizing NRLIB INBFF Processing InnerNormalBasisFieldFunctions for Browser database: -- setFieldInfo : (V L TERM,GF) -> Void -- random : PI -> VGF -- index : (PI,PI) -> VGF -- pol : VGF -> SUP GF -- xn : NNI -> SUP GF -- dAndcExp : (VGF,NNI,SI) -> VGF -- repSq : (VGF,NNI) -> VGF -- expPot : (VGF,SI,SI) -> VGF -- qPot : (VGF,I) -> VGF -- ?**? : (VGF,I) -> VGF -- ?*? : (VGF,VGF) -> VGF -- ?/? : (VGF,VGF) -> VGF -- norm : (VGF,PI) -> VGF -- trace : (VGF,PI) -> VGF -- inv : VGF -> VGF -- lookup : VGF -> PI -- normal? : VGF -> Boolean -- basis : PI -> V VGF -- normalElement : PI -> VGF -- minimalPolynomial : VGF -> SUP GF -- constructor ; compiling file "/tmp/oa-G1I2Ry/code.lsp" (written 01 FEB 2016 11:05:55 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |INBFF;inv;2V;1| ...) ; compiling (DEFUN |INBFF;**;VIV;2| ...) ; file: /tmp/oa-G1I2Ry/code.lsp ; in: DEFUN |INBFF;**;VIV;2| ; (DEFUN BOOT::|INBFF;**;VIV;2| (BOOT::|a| BOOT::|ex| BOOT::$) ; (PROG (BOOT::|mult| BOOT::|expT| BOOT::|k| BOOT::|logqe| BOOT::|q1| ; BOOT::|e1|) ; (RETURN ; (LET (#) ; (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INBFF;**;VIV;2| ; (BOOT::|a| BOOT::|ex| BOOT::$) ; (BLOCK BOOT::|INBFF;**;VIV;2| ; (PROG (BOOT::|mult| BOOT::|expT| BOOT::|k| BOOT::|logqe| BOOT::|q1| ; BOOT::|e1|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |INBFF;repSq;VNniV;3| ...) ; compiling (DEFUN |INBFF;dAndcExp;VNniSiV;4| ...) ; compiling (DEFUN |INBFF;*;3V;5| ...) ; compiling (DEFUN |INBFF;lookup;VPi;6| ...) ; file: /tmp/oa-G1I2Ry/code.lsp ; in: DEFUN |INBFF;lookup;VPi;6| ; (DEFUN BOOT::|INBFF;lookup;VPi;6| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|erg| 0)) ; (PROGN ; (LET (#) ; (LOOP # ; #)) ; (COND (# #) (# BOOT::|erg|) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INBFF;lookup;VPi;6| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|INBFF;lookup;VPi;6| ; (LET ((BOOT::|erg| 0)) ; (PROGN ; (LET # ; #) ; (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES (INTEGER 1) &REST T). ; compiling (DEFUN |INBFF;norm;VPiV;7| ...) ; file: /tmp/oa-G1I2Ry/code.lsp ; in: DEFUN |INBFF;norm;VPiV;7| ; (DEFUN BOOT::|INBFF;norm;VPiV;7| (BOOT::|a| BOOT::|d| BOOT::$) ; (LET* ((BOOT::|dSI| (BOOT::SPADCALL BOOT::|d| #)) ; (BOOT::|r| (MULTIPLE-VALUE-CALL #'CONS #))) ; (BOOT::SEQ (COND (# #)) ; (BOOT::EXIT ; (BOOT::|INBFF;expPot;V2SiV;8| BOOT::|a| # BOOT::|dSI| ; BOOT::$))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INBFF;norm;VPiV;7| ; (BOOT::|a| BOOT::|d| BOOT::$) ; (BLOCK BOOT::|INBFF;norm;VPiV;7| ; (LET* ((BOOT::|dSI| #) (BOOT::|r| #)) ; (BOOT::SEQ (COND #) (BOOT::EXIT #))))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |INBFF;expPot;V2SiV;8| ...) ; file: /tmp/oa-G1I2Ry/code.lsp ; in: DEFUN |INBFF;expPot;V2SiV;8| ; (DEFUN BOOT::|INBFF;expPot;V2SiV;8| (BOOT::|a| BOOT::|e| BOOT::|d| BOOT::$) ; (PROG (BOOT::|qpot| BOOT::|erg| BOOT::|y| BOOT::|k2|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INBFF;expPot;V2SiV;8| ; (BOOT::|a| BOOT::|e| BOOT::|d| BOOT::$) ; (BLOCK BOOT::|INBFF;expPot;V2SiV;8| ; (PROG (BOOT::|qpot| BOOT::|erg| BOOT::|y| BOOT::|k2|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |INBFF;qPot;VIV;9| ...) ; compiling (DEFUN |INBFF;trace;VPiV;10| ...) ; file: /tmp/oa-G1I2Ry/code.lsp ; in: DEFUN |INBFF;trace;VPiV;10| ; (DEFUN BOOT::|INBFF;trace;VPiV;10| (BOOT::|a| BOOT::|d| BOOT::$) ; (PROG (BOOT::|sSI| BOOT::|v|) ; (RETURN ; (LET* (# #) ; (BOOT::SEQ # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INBFF;trace;VPiV;10| ; (BOOT::|a| BOOT::|d| BOOT::$) ; (BLOCK BOOT::|INBFF;trace;VPiV;10| ; (PROG (BOOT::|sSI| BOOT::|v|) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |INBFF;random;PiV;11| ...) ; compiling (DEFUN |INBFF;xn;NniSup;12| ...) ; compiling (DEFUN |INBFF;normal?;VB;13| ...) ; file: /tmp/oa-G1I2Ry/code.lsp ; in: DEFUN |INBFF;normal?;VB;13| ; (DEFUN BOOT::|INBFF;normal?;VB;13| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL ; (BOOT::|INBFF;xn;NniSup;12| (BOOT::SPADCALL BOOT::|x| #) BOOT::$) ; (BOOT::|INBFF;pol;VSup;20| BOOT::|x| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 116)) ; (BOOT::|spadConstant| BOOT::$ 112) (BOOT::|shellEntry| BOOT::$ 117))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INBFF;normal?;VB;13| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|INBFF;normal?;VB;13| ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::|INBFF;xn;NniSup;12| # BOOT::$) ; (BOOT::|INBFF;pol;VSup;20| BOOT::|x| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 116)) ; (BOOT::|spadConstant| BOOT::$ 112) (BOOT::|shellEntry| BOOT::$ 117)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |INBFF;/;3V;14| ...) ; compiling (DEFUN |INBFF;setFieldInfo;VGFV;15| ...) ; compiling (DEFUN |INBFF;minimalPolynomial;VSup;16| ...) ; compiling (DEFUN |INBFF;basis;PiV;17| ...) ; compiling (DEFUN |INBFF;normalElement;PiV;18| ...) ; compiling (DEFUN |INBFF;index;2PiV;19| ...) ; compiling (DEFUN |INBFF;pol;VSup;20| ...) ; file: /tmp/oa-G1I2Ry/code.lsp ; in: DEFUN |INBFF;pol;VSup;20| ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |InnerNormalBasisFieldFunctions| ...) ; compiling (DEFUN |InnerNormalBasisFieldFunctions;| ...) ; compiling (MAKEPROP (QUOTE |InnerNormalBasisFieldFunctions|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 7 notes ; /tmp/oa-G1I2Ry/code.fasl written ; compilation finished in 0:00:00.170 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FFNBP.spad && cp FFNBP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FFNBP.fasl \ && if test -f FFNBP-.NRLIB/code.fasl; then \ cp FFNBP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FFNBP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FFNBP.spad using Spad compiler. FFNBP abbreviates domain FiniteFieldNormalBasisExtensionByPolynomial debug: compDefine1 lhs: (FiniteFieldNormalBasisExtensionByPolynomial GF uni) signature (pre-evaluate): ((Join (FiniteAlgebraicExtensionField GF) (CATEGORY package (SIGNATURE getMultiplicationTable ((Vector (List (Record (: value GF) (: index (SingleInteger))))))) (SIGNATURE getMultiplicationMatrix ((Matrix GF))) (SIGNATURE sizeMultiplication ((NonNegativeInteger))))) NIL NIL) debug: evaluateType form: (Join (FiniteAlgebraicExtensionField GF) (CATEGORY package (SIGNATURE getMultiplicationTable ((Vector (List (Record (: value GF) (: index (SingleInteger))))))) (SIGNATURE getMultiplicationMatrix ((Matrix GF))) (SIGNATURE sizeMultiplication ((NonNegativeInteger))))) $param: (GF uni) debug: evaluateType form: (FiniteAlgebraicExtensionField GF) $param: (GF uni) Debug: evaluateType1 form: (FiniteAlgebraicExtensionField GF) debug: evaluateType1 x: GF m: (Field) debug: evaluateType form: (CATEGORY package (SIGNATURE getMultiplicationTable ((Vector (List (Record (: value GF) (: index (SingleInteger))))))) (SIGNATURE getMultiplicationMatrix ((Matrix GF))) (SIGNATURE sizeMultiplication ((NonNegativeInteger)))) $param: (GF uni) debug: evaluateType form: (Vector (List (Record (: value GF) (: index (SingleInteger))))) $param: (GF uni) Debug: evaluateType1 form: (Vector (List (Record (: value GF) (: index (SingleInteger))))) debug: evaluateType1 x: (List (Record (: value GF) (: index (SingleInteger)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (GF uni) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Record (: value GF) (: index (SingleInteger)))) $param: (GF uni) Debug: evaluateType1 form: (List (Record (: value GF) (: index (SingleInteger)))) debug: evaluateType1 x: (Record (: value GF) (: index (SingleInteger))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (GF uni) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: value GF) (: index (SingleInteger))) $param: (GF uni) debug: evaluateType form: GF $param: (GF uni) debug: evaluateType form: (SingleInteger) $param: (GF uni) Debug: evaluateType1 form: (SingleInteger) debug: evalCategory d: (Record (: value GF) (: index (SingleInteger))) c: (Type) debug: evalCategory d: (List (Record (: value GF) (: index (SingleInteger)))) c: (Type) debug: evaluateType form: (Matrix GF) $param: (GF uni) Debug: evaluateType1 form: (Matrix GF) debug: evaluateType1 x: GF m: (Ring) debug: evaluateType form: (NonNegativeInteger) $param: (GF uni) Debug: evaluateType1 form: (NonNegativeInteger) debug: compDefine1 signature (post evaluate): ((Join (FiniteAlgebraicExtensionField GF) (CATEGORY package (SIGNATURE getMultiplicationTable ((Vector (List (Record (: value GF) (: index (SingleInteger))))))) (SIGNATURE getMultiplicationMatrix ((Matrix GF))) (SIGNATURE sizeMultiplication ((NonNegativeInteger))))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FiniteFieldNormalBasisExtensionByPolynomial compiling into /tmp/oa-pPq9Cx compiling exported coerce : GF -> % Time: 0.28 SEC. compiling exported represents : Vector GF -> % FFNBP;represents;V$;2 v is replaced by v Time: 0.04 SEC. compiling exported degree : % -> PositiveInteger Time: 0.04 SEC. compiling exported linearAssociatedExp : (%,SparseUnivariatePolynomial GF) -> % Time: 0.12 SEC. compiling exported linearAssociatedLog : % -> SparseUnivariatePolynomial GF Time: 0.04 SEC. compiling exported linearAssociatedOrder : % -> SparseUnivariatePolynomial GF Time: 0.06 SEC. compiling exported linearAssociatedLog : (%,%) -> Union(SparseUnivariatePolynomial GF,failed) Time: 0.08 SEC. compiling exported getMultiplicationTable : () -> Vector List Record(value: GF,index: SingleInteger) Time: 0 SEC. compiling exported getMultiplicationMatrix : () -> Matrix GF Time: 0.03 SEC. compiling exported sizeMultiplication : () -> NonNegativeInteger Time: 0.00 SEC. compiling exported trace : % -> GF Time: 0.01 SEC. compiling exported norm : % -> GF Time: 0.00 SEC. compiling exported generator : () -> % Time: 0.04 SEC. compiling exported basis : PositiveInteger -> Vector % Time: 0.04 SEC. compiling exported * : (GF,%) -> % Time: 0.01 SEC. compiling exported / : (%,GF) -> % Time: 0.00 SEC. compiling exported coordinates : % -> Vector GF FFNBP;coordinates;$V;17 x is replaced by x Time: 0.04 SEC. compiling exported Frobenius : % -> % Time: 0.05 SEC. compiling exported Frobenius : (%,NonNegativeInteger) -> % Time: 0.04 SEC. compiling exported retractIfCan : % -> Union(GF,failed) Time: 0.05 SEC. compiling exported retract : % -> GF Time: 0.05 SEC. compiling exported coerce : % -> OutputForm Time: 0.39 SEC. compiling local initializeElt : () -> Void Time: 0.03 SEC. compiling local initializeMult : () -> Void Time: 0.00 SEC. compiling local initializeLog : () -> Void Time: 0.05 SEC. compiling exported tableForDiscreteLogarithm : Integer -> Table(PositiveInteger,NonNegativeInteger) Time: 0.02 SEC. compiling exported primitiveElement : () -> % Time: 0.00 SEC. compiling exported factorsOfCyclicGroupSize : () -> List Record(factor: Integer,exponent: Integer) Time: 0 SEC. compiling exported extensionDegree : () -> PositiveInteger Time: 0.00 SEC. compiling exported definingPolynomial : () -> SparseUnivariatePolynomial GF Time: 0 SEC. compiling exported trace : (%,PositiveInteger) -> % Time: 0.02 SEC. compiling exported characteristic : () -> NonNegativeInteger Time: 0 SEC. compiling exported random : () -> % Time: 0.01 SEC. compiling exported * : (%,%) -> % Time: 0.01 SEC. compiling exported One : () -> % Time: 0.00 SEC. compiling exported Zero : () -> % Time: 0 SEC. compiling exported size : () -> NonNegativeInteger Time: 0 SEC. compiling exported index : PositiveInteger -> % Time: 0.01 SEC. compiling exported lookup : % -> PositiveInteger Time: 0.01 SEC. compiling exported basis : () -> Vector % Time: 0.11 SEC. compiling exported ** : (%,Integer) -> % Time: 0.02 SEC. compiling exported normal? : % -> Boolean Time: 0.02 SEC. compiling exported - : % -> % Time: 0 SEC. compiling exported + : (%,%) -> % Time: 0.00 SEC. compiling exported - : (%,%) -> % Time: 0.00 SEC. compiling exported = : (%,%) -> Boolean Time: 0.00 SEC. compiling exported * : (Integer,%) -> % Time: 0.00 SEC. compiling exported representationType : () -> Union(prime,polynomial,normal,cyclic) FFNBP;representationType;U;48 is replaced by %pair(2,"normal") Time: 0.00 SEC. compiling exported minimalPolynomial : % -> SparseUnivariatePolynomial GF Time: 0.01 SEC. compiling exported inGroundField? : % -> Boolean Time: 0.02 SEC. compiling exported / : (%,%) -> % Time: 0.02 SEC. compiling exported inv : % -> % Time: 0.02 SEC. compiling exported norm : (%,PositiveInteger) -> % Time: 0.02 SEC. compiling exported normalElement : () -> % Time: 0.02 SEC. (time taken in buildFunctor: 28) Time: 0.06 SEC. Warnings: [1] initializeElt: factors has no value [2] initializeLog: n has no value Cumulative Statistics for Constructor FiniteFieldNormalBasisExtensionByPolynomial Time: 1.89 seconds finalizing NRLIB FFNBP Processing FiniteFieldNormalBasisExtensionByPolynomial for Browser database: -- getMultiplicationTable : () -> Vector List TERM -- getMultiplicationMatrix : () -> M -- sizeMultiplication : () -> NNI -- constructor ; compiling file "/tmp/oa-pPq9Cx/code.lsp" (written 01 FEB 2016 11:05:57 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FFNBP;represents;V$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FFNBP;coordinates;$V;17|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FFNBP;representationType;U;48|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FFNBP;extensionDegree;Pi;29|) ...) ; compiling (PUT (QUOTE |FFNBP;definingPolynomial;Sup;30|) ...) ; compiling (DEFUN |FFNBP;coerce;GF$;1| ...) ; file: /tmp/oa-pPq9Cx/code.lsp ; in: DEFUN |FFNBP;coerce;GF$;1| ; (DEFUN BOOT::|FFNBP;coerce;GF$;1| (BOOT::|v| BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 21) ; (BOOT::SPADCALL BOOT::|v| (BOOT::|shellEntry| BOOT::$ 62) ; (BOOT::|shellEntry| BOOT::$ 68)) ; (BOOT::|shellEntry| BOOT::$ 40))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFNBP;coerce;GF$;1| ; (BOOT::|v| BOOT::$) ; (BLOCK BOOT::|FFNBP;coerce;GF$;1| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 21) ; (BOOT::SPADCALL BOOT::|v| ; (BOOT::|shellEntry| BOOT::$ 62) ; (BOOT::|shellEntry| BOOT::$ 68)) ; (BOOT::|shellEntry| BOOT::$ 40)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |FFNBP;represents;V$;2| ...) ; compiling (DEFUN |FFNBP;degree;$Pi;3| ...) ; compiling (DEFUN |FFNBP;linearAssociatedExp;$Sup$;4| ...) ; file: /tmp/oa-pPq9Cx/code.lsp ; in: DEFUN |FFNBP;linearAssociatedExp;$Sup$;4| ; (DEFUN BOOT::|FFNBP;linearAssociatedExp;$Sup$;4| ; (BOOT::|x| BOOT::|f| BOOT::$) ; (LET* ((BOOT::|xm| (BOOT::SPADCALL # # #)) ; (BOOT::|r| (BOOT::SPADCALL # BOOT::|xm| #))) ; (BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 21) ; (BOOT::|shellEntry| BOOT::$ 81)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFNBP;linearAssociatedExp;$Sup$;4| ; (BOOT::|x| BOOT::|f| BOOT::$) ; (BLOCK BOOT::|FFNBP;linearAssociatedExp;$Sup$;4| ; (LET* ((BOOT::|xm| #) (BOOT::|r| #)) ; (BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 21) ; (BOOT::|shellEntry| BOOT::$ 81))))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |FFNBP;linearAssociatedLog;$Sup;5| ...) ; compiling (DEFUN |FFNBP;linearAssociatedOrder;$Sup;6| ...) ; compiling (DEFUN |FFNBP;linearAssociatedLog;2$U;7| ...) ; compiling (DEFUN |FFNBP;getMultiplicationTable;V;8| ...) ; compiling (DEFUN |FFNBP;getMultiplicationMatrix;M;9| ...) ; compiling (DEFUN |FFNBP;sizeMultiplication;Nni;10| ...) ; file: /tmp/oa-pPq9Cx/code.lsp ; in: DEFUN |FFNBP;sizeMultiplication;Nni;10| ; (DEFUN BOOT::|FFNBP;sizeMultiplication;Nni;10| (BOOT::$) ; (PROGN ; (COND ; ((BOOT::|shellEntry| BOOT::$ 18) (BOOT::|FFNBP;initializeMult| BOOT::$))) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 33) ; (BOOT::|shellEntry| BOOT::$ 101)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFNBP;sizeMultiplication;Nni;10| ; (BOOT::$) ; (BLOCK BOOT::|FFNBP;sizeMultiplication;Nni;10| ; (PROGN ; (COND (# #)) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 33) ; (BOOT::|shellEntry| BOOT::$ 101))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |FFNBP;trace;$GF;11| ...) ; compiling (DEFUN |FFNBP;norm;$GF;12| ...) ; compiling (DEFUN |FFNBP;generator;$;13| ...) ; file: /tmp/oa-pPq9Cx/code.lsp ; in: DEFUN |FFNBP;generator;$;13| ; (DEFUN BOOT::|FFNBP;generator;$;13| (BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 21) ; (BOOT::|shellEntry| BOOT::$ 108))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFNBP;generator;$;13| ; (BOOT::$) ; (BLOCK BOOT::|FFNBP;generator;$;13| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 21) ; (BOOT::|shellEntry| BOOT::$ 108)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |FFNBP;basis;PiV;14| ...) ; file: /tmp/oa-pPq9Cx/code.lsp ; in: DEFUN |FFNBP;basis;PiV;14| ; (DEFUN BOOT::|FFNBP;basis;PiV;14| (BOOT::|n| BOOT::$) ; (COND ; ((BOOT::SPADCALL (REM # BOOT::|n|) 0 (BOOT::|shellEntry| BOOT::$ 111)) ; (BOOT::|error| "argument must divide extension degree")) ; (T ; (LET (#) ; (LET # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFNBP;basis;PiV;14| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|FFNBP;basis;PiV;14| ; (COND ; ((BOOT::SPADCALL # 0 #) ; (BOOT::|error| "argument must divide extension degree")) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |FFNBP;*;GF2$;15| ...) ; file: /tmp/oa-pPq9Cx/code.lsp ; in: DEFUN |FFNBP;*;GF2$;15| ; (DEFUN BOOT::|FFNBP;*;GF2$;15| (BOOT::|a| BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|a| BOOT::|x| (BOOT::|shellEntry| BOOT::$ 116))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFNBP;*;GF2$;15| ; (BOOT::|a| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FFNBP;*;GF2$;15| ; (BOOT::SPADCALL BOOT::|a| BOOT::|x| (BOOT::|shellEntry| BOOT::$ 116)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |FFNBP;/;$GF$;16| ...) ; compiling (DEFUN |FFNBP;coordinates;$V;17| ...) ; compiling (DEFUN |FFNBP;Frobenius;2$;18| ...) ; file: /tmp/oa-pPq9Cx/code.lsp ; in: DEFUN |FFNBP;Frobenius;2$;18| ; (DEFUN BOOT::|FFNBP;Frobenius;2$;18| (BOOT::|e| BOOT::$) ; (BOOT::SPADCALL BOOT::|e| 1 (BOOT::|shellEntry| BOOT::$ 71))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFNBP;Frobenius;2$;18| ; (BOOT::|e| BOOT::$) ; (BLOCK BOOT::|FFNBP;Frobenius;2$;18| ; (BOOT::SPADCALL BOOT::|e| 1 (BOOT::|shellEntry| BOOT::$ 71)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |FFNBP;Frobenius;$Nni$;19| ...) ; file: /tmp/oa-pPq9Cx/code.lsp ; in: DEFUN |FFNBP;Frobenius;$Nni$;19| ; (DEFUN BOOT::|FFNBP;Frobenius;$Nni$;19| (BOOT::|e| BOOT::|n| BOOT::$) ; (BOOT::SPADCALL BOOT::|e| BOOT::|n| (BOOT::|shellEntry| BOOT::$ 71))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFNBP;Frobenius;$Nni$;19| ; (BOOT::|e| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|FFNBP;Frobenius;$Nni$;19| ; (BOOT::SPADCALL BOOT::|e| BOOT::|n| (BOOT::|shellEntry| BOOT::$ 71)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |FFNBP;retractIfCan;$U;20| ...) ; compiling (DEFUN |FFNBP;retract;$GF;21| ...) ; compiling (DEFUN |FFNBP;coerce;$Of;22| ...) ; compiling (DEFUN |FFNBP;initializeElt| ...) ; compiling (DEFUN |FFNBP;initializeMult| ...) ; compiling (DEFUN |FFNBP;initializeLog| ...) ; compiling (DEFUN |FFNBP;tableForDiscreteLogarithm;IT;26| ...) ; compiling (DEFUN |FFNBP;primitiveElement;$;27| ...) ; compiling (DEFUN |FFNBP;factorsOfCyclicGroupSize;L;28| ...) ; compiling (DEFUN |FFNBP;extensionDegree;Pi;29| ...) ; compiling (DEFUN |FFNBP;definingPolynomial;Sup;30| ...) ; compiling (DEFUN |FFNBP;trace;$Pi$;31| ...) ; compiling (DEFUN |FFNBP;characteristic;Nni;32| ...) ; file: /tmp/oa-pPq9Cx/code.lsp ; in: DEFUN |FFNBP;characteristic;Nni;32| ; (DEFUN BOOT::|FFNBP;characteristic;Nni;32| (BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 177)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFNBP;characteristic;Nni;32| ; (BOOT::$) ; (BLOCK BOOT::|FFNBP;characteristic;Nni;32| ; (BOOT::|spadConstant| BOOT::$ 177))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |FFNBP;random;$;33| ...) ; file: /tmp/oa-pPq9Cx/code.lsp ; in: DEFUN |FFNBP;random;$;33| ; (DEFUN BOOT::|FFNBP;random;$;33| (BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 21) ; (BOOT::|shellEntry| BOOT::$ 179))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFNBP;random;$;33| ; (BOOT::$) ; (BLOCK BOOT::|FFNBP;random;$;33| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 21) ; (BOOT::|shellEntry| BOOT::$ 179)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |FFNBP;*;3$;34| ...) ; file: /tmp/oa-pPq9Cx/code.lsp ; in: DEFUN |FFNBP;*;3$;34| ; (DEFUN BOOT::|FFNBP;*;3$;34| (BOOT::|x| BOOT::|y| BOOT::$) ; (PROGN ; (COND ; ((BOOT::|shellEntry| BOOT::$ 18) (BOOT::|FFNBP;initializeMult| BOOT::$))) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 33) ; (BOOT::|shellEntry| BOOT::$ 62) ; (BOOT::|shellEntry| BOOT::$ 46)) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 181)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFNBP;*;3$;34| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|FFNBP;*;3$;34| ; (PROGN ; (COND (# #)) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 33) ; (BOOT::|shellEntry| BOOT::$ 62) ; (BOOT::|shellEntry| BOOT::$ 46)) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| ; (BOOT::|shellEntry| BOOT::$ 181))))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |FFNBP;One;$;35| ...) ; file: /tmp/oa-pPq9Cx/code.lsp ; in: DEFUN |FFNBP;One;$;35| ; (DEFUN BOOT::|FFNBP;One;$;35| (BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 21) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 62) ; (BOOT::|shellEntry| BOOT::$ 182)) ; (BOOT::|shellEntry| BOOT::$ 40))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFNBP;One;$;35| ; (BOOT::$) ; (BLOCK BOOT::|FFNBP;One;$;35| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 21) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 62) ; (BOOT::|shellEntry| BOOT::$ 182)) ; (BOOT::|shellEntry| BOOT::$ 40)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |FFNBP;Zero;$;36| ...) ; file: /tmp/oa-pPq9Cx/code.lsp ; in: DEFUN |FFNBP;Zero;$;36| ; (DEFUN BOOT::|FFNBP;Zero;$;36| (BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 21) ; (BOOT::|shellEntry| BOOT::$ 183))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFNBP;Zero;$;36| ; (BOOT::$) ; (BLOCK BOOT::|FFNBP;Zero;$;36| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 21) ; (BOOT::|shellEntry| BOOT::$ 183)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |FFNBP;size;Nni;37| ...) ; file: /tmp/oa-pPq9Cx/code.lsp ; in: DEFUN |FFNBP;size;Nni;37| ; (DEFUN BOOT::|FFNBP;size;Nni;37| (BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 139)) ; (BOOT::|shellEntry| BOOT::$ 21) ; (BOOT::|shellEntry| BOOT::$ 140))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFNBP;size;Nni;37| ; (BOOT::$) ; (BLOCK BOOT::|FFNBP;size;Nni;37| ; (BOOT::SPADCALL (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 139)) ; (BOOT::|shellEntry| BOOT::$ 21) ; (BOOT::|shellEntry| BOOT::$ 140)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |FFNBP;index;Pi$;38| ...) ; file: /tmp/oa-pPq9Cx/code.lsp ; in: DEFUN |FFNBP;index;Pi$;38| ; (DEFUN BOOT::|FFNBP;index;Pi$;38| (BOOT::|n| BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 21) BOOT::|n| ; (BOOT::|shellEntry| BOOT::$ 186))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFNBP;index;Pi$;38| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|FFNBP;index;Pi$;38| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 21) BOOT::|n| ; (BOOT::|shellEntry| BOOT::$ 186)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |FFNBP;lookup;$Pi;39| ...) ; file: /tmp/oa-pPq9Cx/code.lsp ; in: DEFUN |FFNBP;lookup;$Pi;39| ; (DEFUN BOOT::|FFNBP;lookup;$Pi;39| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 187))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFNBP;lookup;$Pi;39| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FFNBP;lookup;$Pi;39| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 187)))) ; ; note: type assertion too complex to check: ; (VALUES (INTEGER 1) &REST T). ; compiling (DEFUN |FFNBP;basis;V;40| ...) ; file: /tmp/oa-pPq9Cx/code.lsp ; in: DEFUN |FFNBP;basis;V;40| ; (DEFUN BOOT::|FFNBP;basis;V;40| (BOOT::$) ; (LET ((BOOT::|a| (BOOT::SPADCALL # #))) ; (BOOT::SPADCALL ; (LET (# #) ; (LOOP # ; #)) ; (BOOT::|shellEntry| BOOT::$ 194)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFNBP;basis;V;40| ; (BOOT::$) ; (BLOCK BOOT::|FFNBP;basis;V;40| ; (LET ((BOOT::|a| #)) ; (BOOT::SPADCALL ; (LET # ; #) ; (BOOT::|shellEntry| BOOT::$ 194))))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |FFNBP;**;$I$;41| ...) ; file: /tmp/oa-pPq9Cx/code.lsp ; in: DEFUN |FFNBP;**;$I$;41| ; (DEFUN BOOT::|FFNBP;**;$I$;41| (BOOT::|x| BOOT::|e| BOOT::$) ; (PROGN ; (COND ; ((BOOT::|shellEntry| BOOT::$ 18) (BOOT::|FFNBP;initializeMult| BOOT::$))) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 33) ; (BOOT::|shellEntry| BOOT::$ 62) ; (BOOT::|shellEntry| BOOT::$ 46)) ; (BOOT::SPADCALL BOOT::|x| BOOT::|e| (BOOT::|shellEntry| BOOT::$ 196)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFNBP;**;$I$;41| ; (BOOT::|x| BOOT::|e| BOOT::$) ; (BLOCK BOOT::|FFNBP;**;$I$;41| ; (PROGN ; (COND (# #)) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 33) ; (BOOT::|shellEntry| BOOT::$ 62) ; (BOOT::|shellEntry| BOOT::$ 46)) ; (BOOT::SPADCALL BOOT::|x| BOOT::|e| ; (BOOT::|shellEntry| BOOT::$ 196))))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |FFNBP;normal?;$B;42| ...) ; file: /tmp/oa-pPq9Cx/code.lsp ; in: DEFUN |FFNBP;normal?;$B;42| ; (DEFUN BOOT::|FFNBP;normal?;$B;42| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 197))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFNBP;normal?;$B;42| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FFNBP;normal?;$B;42| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 197)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FFNBP;-;2$;43| ...) ; file: /tmp/oa-pPq9Cx/code.lsp ; in: DEFUN |FFNBP;-;2$;43| ; (DEFUN BOOT::|FFNBP;-;2$;43| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 199))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFNBP;-;2$;43| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FFNBP;-;2$;43| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 199)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |FFNBP;+;3$;44| ...) ; file: /tmp/oa-pPq9Cx/code.lsp ; in: DEFUN |FFNBP;+;3$;44| ; (DEFUN BOOT::|FFNBP;+;3$;44| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 201))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFNBP;+;3$;44| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|FFNBP;+;3$;44| ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 201)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |FFNBP;-;3$;45| ...) ; file: /tmp/oa-pPq9Cx/code.lsp ; in: DEFUN |FFNBP;-;3$;45| ; (DEFUN BOOT::|FFNBP;-;3$;45| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 203))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFNBP;-;3$;45| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|FFNBP;-;3$;45| ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 203)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |FFNBP;=;2$B;46| ...) ; file: /tmp/oa-pPq9Cx/code.lsp ; in: DEFUN |FFNBP;=;2$B;46| ; (DEFUN BOOT::|FFNBP;=;2$B;46| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 205))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFNBP;=;2$B;46| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|FFNBP;=;2$B;46| ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 205)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FFNBP;*;I2$;47| ...) ; file: /tmp/oa-pPq9Cx/code.lsp ; in: DEFUN |FFNBP;*;I2$;47| ; (DEFUN BOOT::|FFNBP;*;I2$;47| (BOOT::|n| BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| ; (BOOT::SPADCALL BOOT::|n| (BOOT::|shellEntry| BOOT::$ 207)) ; (BOOT::|shellEntry| BOOT::$ 208))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFNBP;*;I2$;47| ; (BOOT::|n| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FFNBP;*;I2$;47| ; (BOOT::SPADCALL BOOT::|x| ; (BOOT::SPADCALL BOOT::|n| ; (BOOT::|shellEntry| BOOT::$ 207)) ; (BOOT::|shellEntry| BOOT::$ 208)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |FFNBP;representationType;U;48| ...) ; compiling (DEFUN |FFNBP;minimalPolynomial;$Sup;49| ...) ; compiling (DEFUN |FFNBP;inGroundField?;$B;50| ...) ; compiling (DEFUN |FFNBP;/;3$;51| ...) ; file: /tmp/oa-pPq9Cx/code.lsp ; in: DEFUN |FFNBP;/;3$;51| ; (DEFUN BOOT::|FFNBP;/;3$;51| (BOOT::|x| BOOT::|y| BOOT::$) ; (PROGN ; (COND ; ((BOOT::|shellEntry| BOOT::$ 18) (BOOT::|FFNBP;initializeMult| BOOT::$))) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 33) ; (BOOT::|shellEntry| BOOT::$ 62) ; (BOOT::|shellEntry| BOOT::$ 46)) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 214)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFNBP;/;3$;51| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|FFNBP;/;3$;51| ; (PROGN ; (COND (# #)) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 33) ; (BOOT::|shellEntry| BOOT::$ 62) ; (BOOT::|shellEntry| BOOT::$ 46)) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| ; (BOOT::|shellEntry| BOOT::$ 214))))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |FFNBP;inv;2$;52| ...) ; file: /tmp/oa-pPq9Cx/code.lsp ; in: DEFUN |FFNBP;inv;2$;52| ; (DEFUN BOOT::|FFNBP;inv;2$;52| (BOOT::|a| BOOT::$) ; (PROGN ; (COND ; ((BOOT::|shellEntry| BOOT::$ 18) (BOOT::|FFNBP;initializeMult| BOOT::$))) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 33) ; (BOOT::|shellEntry| BOOT::$ 62) ; (BOOT::|shellEntry| BOOT::$ 46)) ; (BOOT::SPADCALL BOOT::|a| (BOOT::|shellEntry| BOOT::$ 215)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFNBP;inv;2$;52| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|FFNBP;inv;2$;52| ; (PROGN ; (COND (# #)) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 33) ; (BOOT::|shellEntry| BOOT::$ 62) ; (BOOT::|shellEntry| BOOT::$ 46)) ; (BOOT::SPADCALL BOOT::|a| (BOOT::|shellEntry| BOOT::$ 215))))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |FFNBP;norm;$Pi$;53| ...) ; file: /tmp/oa-pPq9Cx/code.lsp ; in: DEFUN |FFNBP;norm;$Pi$;53| ; (DEFUN BOOT::|FFNBP;norm;$Pi$;53| (BOOT::|a| BOOT::|d| BOOT::$) ; (PROGN ; (COND ; ((BOOT::|shellEntry| BOOT::$ 18) (BOOT::|FFNBP;initializeMult| BOOT::$))) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 33) ; (BOOT::|shellEntry| BOOT::$ 62) ; (BOOT::|shellEntry| BOOT::$ 46)) ; (BOOT::SPADCALL BOOT::|a| BOOT::|d| (BOOT::|shellEntry| BOOT::$ 217)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFNBP;norm;$Pi$;53| ; (BOOT::|a| BOOT::|d| BOOT::$) ; (BLOCK BOOT::|FFNBP;norm;$Pi$;53| ; (PROGN ; (COND (# #)) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 33) ; (BOOT::|shellEntry| BOOT::$ 62) ; (BOOT::|shellEntry| BOOT::$ 46)) ; (BOOT::SPADCALL BOOT::|a| BOOT::|d| ; (BOOT::|shellEntry| BOOT::$ 217))))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |FFNBP;normalElement;$;54| ...) ; file: /tmp/oa-pPq9Cx/code.lsp ; in: DEFUN |FFNBP;normalElement;$;54| ; (DEFUN BOOT::|FFNBP;normalElement;$;54| (BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 21) ; (BOOT::|shellEntry| BOOT::$ 108))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFNBP;normalElement;$;54| ; (BOOT::$) ; (BLOCK BOOT::|FFNBP;normalElement;$;54| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 21) ; (BOOT::|shellEntry| BOOT::$ 108)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |FiniteFieldNormalBasisExtensionByPolynomial| ...) ; compiling (DEFUN |FiniteFieldNormalBasisExtensionByPolynomial;| ...) ; compiling (MAKEPROP (QUOTE |FiniteFieldNormalBasisExtensionByPolynomial|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 28 notes ; /tmp/oa-pPq9Cx/code.fasl written ; compilation finished in 0:00:00.210 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FFNB.spad && cp FFNB.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FFNB.fasl \ && if test -f FFNB-.NRLIB/code.fasl; then \ cp FFNB-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FFNB-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FFNB.spad using Spad compiler. FFNB abbreviates domain FiniteFieldNormalBasis debug: compDefine1 lhs: (FiniteFieldNormalBasis p extdeg) signature (pre-evaluate): ((Join (FiniteAlgebraicExtensionField (PrimeField p)) (CATEGORY package (SIGNATURE getMultiplicationTable ((Vector (List (Record (: value (PrimeField p)) (: index (SingleInteger))))))) (SIGNATURE getMultiplicationMatrix ((Matrix (PrimeField p)))) (SIGNATURE sizeMultiplication ((NonNegativeInteger))))) NIL NIL) debug: evaluateType form: (Join (FiniteAlgebraicExtensionField (PrimeField p)) (CATEGORY package (SIGNATURE getMultiplicationTable ((Vector (List (Record (: value (PrimeField p)) (: index (SingleInteger))))))) (SIGNATURE getMultiplicationMatrix ((Matrix (PrimeField p)))) (SIGNATURE sizeMultiplication ((NonNegativeInteger))))) $param: (p extdeg) debug: evaluateType form: (FiniteAlgebraicExtensionField (PrimeField p)) $param: (p extdeg) Debug: evaluateType1 form: (FiniteAlgebraicExtensionField (PrimeField p)) debug: evaluateType1 x: (PrimeField p) m: (Field) debug: evaluateType1 categoryForm: (Field) debug: evaluateType form: (Field) $param: (p extdeg) Debug: evaluateType1 form: (Field) debug: evaluateType form: (PrimeField p) $param: (p extdeg) Debug: evaluateType1 form: (PrimeField p) debug: evaluateType1 x: p m: (PositiveInteger) debug: evalCategory d: (PrimeField p) c: (Field) debug: evaluateType form: (CATEGORY package (SIGNATURE getMultiplicationTable ((Vector (List (Record (: value (PrimeField p)) (: index (SingleInteger))))))) (SIGNATURE getMultiplicationMatrix ((Matrix (PrimeField p)))) (SIGNATURE sizeMultiplication ((NonNegativeInteger)))) $param: (p extdeg) debug: evaluateType form: (Vector (List (Record (: value (PrimeField p)) (: index (SingleInteger))))) $param: (p extdeg) Debug: evaluateType1 form: (Vector (List (Record (: value (PrimeField p)) (: index (SingleInteger))))) debug: evaluateType1 x: (List (Record (: value (PrimeField p)) (: index (SingleInteger)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (p extdeg) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Record (: value (PrimeField p)) (: index (SingleInteger)))) $param: (p extdeg) Debug: evaluateType1 form: (List (Record (: value (PrimeField p)) (: index (SingleInteger)))) debug: evaluateType1 x: (Record (: value (PrimeField p)) (: index (SingleInteger))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (p extdeg) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: value (PrimeField p)) (: index (SingleInteger))) $param: (p extdeg) debug: evaluateType form: (PrimeField p) $param: (p extdeg) Debug: evaluateType1 form: (PrimeField p) debug: evaluateType1 x: p m: (PositiveInteger) debug: evaluateType form: (SingleInteger) $param: (p extdeg) Debug: evaluateType1 form: (SingleInteger) debug: evalCategory d: (Record (: value (PrimeField p)) (: index (SingleInteger))) c: (Type) debug: evalCategory d: (List (Record (: value (PrimeField p)) (: index (SingleInteger)))) c: (Type) debug: evaluateType form: (Matrix (PrimeField p)) $param: (p extdeg) Debug: evaluateType1 form: (Matrix (PrimeField p)) debug: evaluateType1 x: (PrimeField p) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (p extdeg) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (PrimeField p) $param: (p extdeg) Debug: evaluateType1 form: (PrimeField p) debug: evaluateType1 x: p m: (PositiveInteger) debug: evalCategory d: (PrimeField p) c: (Ring) debug: evaluateType form: (NonNegativeInteger) $param: (p extdeg) Debug: evaluateType1 form: (NonNegativeInteger) debug: compDefine1 signature (post evaluate): ((Join (FiniteAlgebraicExtensionField (PrimeField p)) (CATEGORY package (SIGNATURE getMultiplicationTable ((Vector (List (Record (: value (PrimeField p)) (: index (SingleInteger))))))) (SIGNATURE getMultiplicationMatrix ((Matrix (PrimeField p)))) (SIGNATURE sizeMultiplication ((NonNegativeInteger))))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FiniteFieldNormalBasis compiling into /tmp/oa-fP4jTN (time taken in buildFunctor: 20) Time: 0.14 SEC. Cumulative Statistics for Constructor FiniteFieldNormalBasis Time: 0.14 seconds finalizing NRLIB FFNB Processing FiniteFieldNormalBasis for Browser database: -- getMultiplicationTable : () -> Vector List TERM -- getMultiplicationMatrix : () -> Matrix PrimeField p -- sizeMultiplication : () -> NNI -- constructor ; compiling file "/tmp/oa-fP4jTN/code.lsp" (written 01 FEB 2016 11:05:58 PM): ; compiling (DEFUN |FiniteFieldNormalBasis| ...) ; compiling (DEFUN |FiniteFieldNormalBasis;| ...) ; compiling (MAKEPROP (QUOTE |FiniteFieldNormalBasis|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-fP4jTN/code.fasl written ; compilation finished in 0:00:00.020 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FFNBX.spad && cp FFNBX.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FFNBX.fasl \ && if test -f FFNBX-.NRLIB/code.fasl; then \ cp FFNBX-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FFNBX-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FFNBX.spad using Spad compiler. FFNBX abbreviates domain FiniteFieldNormalBasisExtension debug: compDefine1 lhs: (FiniteFieldNormalBasisExtension GF extdeg) signature (pre-evaluate): ((Join (FiniteAlgebraicExtensionField GF) (CATEGORY package (SIGNATURE getMultiplicationTable ((Vector (List (Record (: value GF) (: index (SingleInteger))))))) (SIGNATURE getMultiplicationMatrix ((Matrix GF))) (SIGNATURE sizeMultiplication ((NonNegativeInteger))))) NIL NIL) debug: evaluateType form: (Join (FiniteAlgebraicExtensionField GF) (CATEGORY package (SIGNATURE getMultiplicationTable ((Vector (List (Record (: value GF) (: index (SingleInteger))))))) (SIGNATURE getMultiplicationMatrix ((Matrix GF))) (SIGNATURE sizeMultiplication ((NonNegativeInteger))))) $param: (GF extdeg) debug: evaluateType form: (FiniteAlgebraicExtensionField GF) $param: (GF extdeg) Debug: evaluateType1 form: (FiniteAlgebraicExtensionField GF) debug: evaluateType1 x: GF m: (Field) debug: evaluateType form: (CATEGORY package (SIGNATURE getMultiplicationTable ((Vector (List (Record (: value GF) (: index (SingleInteger))))))) (SIGNATURE getMultiplicationMatrix ((Matrix GF))) (SIGNATURE sizeMultiplication ((NonNegativeInteger)))) $param: (GF extdeg) debug: evaluateType form: (Vector (List (Record (: value GF) (: index (SingleInteger))))) $param: (GF extdeg) Debug: evaluateType1 form: (Vector (List (Record (: value GF) (: index (SingleInteger))))) debug: evaluateType1 x: (List (Record (: value GF) (: index (SingleInteger)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (GF extdeg) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Record (: value GF) (: index (SingleInteger)))) $param: (GF extdeg) Debug: evaluateType1 form: (List (Record (: value GF) (: index (SingleInteger)))) debug: evaluateType1 x: (Record (: value GF) (: index (SingleInteger))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (GF extdeg) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: value GF) (: index (SingleInteger))) $param: (GF extdeg) debug: evaluateType form: GF $param: (GF extdeg) debug: evaluateType form: (SingleInteger) $param: (GF extdeg) Debug: evaluateType1 form: (SingleInteger) debug: evalCategory d: (Record (: value GF) (: index (SingleInteger))) c: (Type) debug: evalCategory d: (List (Record (: value GF) (: index (SingleInteger)))) c: (Type) debug: evaluateType form: (Matrix GF) $param: (GF extdeg) Debug: evaluateType1 form: (Matrix GF) debug: evaluateType1 x: GF m: (Ring) debug: evaluateType form: (NonNegativeInteger) $param: (GF extdeg) Debug: evaluateType1 form: (NonNegativeInteger) debug: compDefine1 signature (post evaluate): ((Join (FiniteAlgebraicExtensionField GF) (CATEGORY package (SIGNATURE getMultiplicationTable ((Vector (List (Record (: value GF) (: index (SingleInteger))))))) (SIGNATURE getMultiplicationMatrix ((Matrix GF))) (SIGNATURE sizeMultiplication ((NonNegativeInteger))))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FiniteFieldNormalBasisExtension compiling into /tmp/oa-lu0Ut7 (time taken in buildFunctor: 36) Time: 0.14 SEC. Cumulative Statistics for Constructor FiniteFieldNormalBasisExtension Time: 0.14 seconds finalizing NRLIB FFNBX Processing FiniteFieldNormalBasisExtension for Browser database: -- getMultiplicationTable : () -> Vector List TERM -- getMultiplicationMatrix : () -> Matrix GF -- sizeMultiplication : () -> NNI -- constructor ; compiling file "/tmp/oa-lu0Ut7/code.lsp" (written 01 FEB 2016 11:05:58 PM): ; compiling (DEFUN |FiniteFieldNormalBasisExtension| ...) ; compiling (DEFUN |FiniteFieldNormalBasisExtension;| ...) ; compiling (MAKEPROP (QUOTE |FiniteFieldNormalBasisExtension|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-lu0Ut7/code.fasl written ; compilation finished in 0:00:00.026 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FFSLPE.spad && cp FFSLPE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FFSLPE.fasl \ && if test -f FFSLPE-.NRLIB/code.fasl; then \ cp FFSLPE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FFSLPE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FFSLPE.spad using Spad compiler. FFSLPE abbreviates package FiniteFieldSolveLinearPolynomialEquation debug: compDefine1 lhs: (FiniteFieldSolveLinearPolynomialEquation F FP FPP) signature (pre-evaluate): ((CATEGORY package (SIGNATURE solveLinearPolynomialEquation ((Union (List FPP) failed) (List FPP) FPP))) (FiniteFieldCategory) (UnivariatePolynomialCategory F) (UnivariatePolynomialCategory FP)) debug: evaluateType form: (CATEGORY package (SIGNATURE solveLinearPolynomialEquation ((Union (List FPP) failed) (List FPP) FPP))) $param: (F FP FPP) debug: evaluateType form: (Union (List FPP) failed) $param: (F FP FPP) debug: evaluateType form: (List FPP) $param: (F FP FPP) Debug: evaluateType1 form: (List FPP) debug: evaluateType1 x: FPP m: (Type) debug: evaluateType form: failed $param: (F FP FPP) debug: evaluateType form: (List FPP) $param: (F FP FPP) Debug: evaluateType1 form: (List FPP) debug: evaluateType1 x: FPP m: (Type) debug: evaluateType form: FPP $param: (F FP FPP) debug: evaluateType form: (FiniteFieldCategory) $param: (F FP FPP) Debug: evaluateType1 form: (FiniteFieldCategory) debug: evaluateType form: (UnivariatePolynomialCategory F) $param: (F FP FPP) Debug: evaluateType1 form: (UnivariatePolynomialCategory F) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (UnivariatePolynomialCategory FP) $param: (F FP FPP) Debug: evaluateType1 form: (UnivariatePolynomialCategory FP) debug: evaluateType1 x: FP m: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE solveLinearPolynomialEquation ((Union (List FPP) failed) (List FPP) FPP))) (FiniteFieldCategory) (UnivariatePolynomialCategory F) (UnivariatePolynomialCategory FP)) debug: compDefine1 lhs: (FiniteFieldSolveLinearPolynomialEquation F FP FPP) signature (pre-evaluate): ((CATEGORY package (SIGNATURE solveLinearPolynomialEquation ((Union (List FPP) failed) (List FPP) FPP))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE solveLinearPolynomialEquation ((Union (List FPP) failed) (List FPP) FPP))) $param: (F FP FPP) debug: evaluateType form: (Union (List FPP) failed) $param: (F FP FPP) debug: evaluateType form: (List FPP) $param: (F FP FPP) Debug: evaluateType1 form: (List FPP) debug: evaluateType1 x: FPP m: (Type) debug: evaluateType form: failed $param: (F FP FPP) debug: evaluateType form: (List FPP) $param: (F FP FPP) Debug: evaluateType1 form: (List FPP) debug: evaluateType1 x: FPP m: (Type) debug: evaluateType form: FPP $param: (F FP FPP) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE solveLinearPolynomialEquation ((Union (List FPP) failed) (List FPP) FPP))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FiniteFieldSolveLinearPolynomialEquation compiling into /tmp/oa-CMZgZo importing DistinctDegreeFactorize(F,FP) compiling exported solveLinearPolynomialEquation : (List FPP,FPP) -> Union(List FPP,failed) Time: 0.15 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] solveLinearPolynomialEquation: slpePrime has no value [2] solveLinearPolynomialEquation: oldtable has no value Cumulative Statistics for Constructor FiniteFieldSolveLinearPolynomialEquation Time: 0.15 seconds finalizing NRLIB FFSLPE Processing FiniteFieldSolveLinearPolynomialEquation for Browser database: -- solveLinearPolynomialEquation : (List FPP,FPP) -> Union(List FPP,"failed") -- constructor ; compiling file "/tmp/oa-CMZgZo/code.lsp" (written 01 FEB 2016 11:05:58 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FFSLPE;solveLinearPolynomialEquation;LFPPU;1| ...) ; compiling (DEFUN |FiniteFieldSolveLinearPolynomialEquation| ...) ; compiling (DEFUN |FiniteFieldSolveLinearPolynomialEquation;| ...) ; compiling (MAKEPROP (QUOTE |FiniteFieldSolveLinearPolynomialEquation|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-CMZgZo/code.fasl written ; compilation finished in 0:00:00.031 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FGLMICPK.spad && cp FGLMICPK.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FGLMICPK.fasl \ && if test -f FGLMICPK-.NRLIB/code.fasl; then \ cp FGLMICPK-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FGLMICPK-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FGLMICPK.spad using Spad compiler. FGLMICPK abbreviates package FGLMIfCanPackage debug: compDefine1 lhs: (FGLMIfCanPackage R ls) signature (pre-evaluate): ((CATEGORY package (SIGNATURE zeroDimensional? ((Boolean) (List (Polynomial R)))) (SIGNATURE fglmIfCan ((Union (List (Polynomial R)) failed) (List (Polynomial R)))) (SIGNATURE groebner ((List (Polynomial R)) (List (Polynomial R))))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE zeroDimensional? ((Boolean) (List (Polynomial R)))) (SIGNATURE fglmIfCan ((Union (List (Polynomial R)) failed) (List (Polynomial R)))) (SIGNATURE groebner ((List (Polynomial R)) (List (Polynomial R))))) $param: (R ls) debug: evaluateType form: (Boolean) $param: (R ls) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List (Polynomial R)) $param: (R ls) Debug: evaluateType1 form: (List (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R ls) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evaluateType form: (Union (List (Polynomial R)) failed) $param: (R ls) debug: evaluateType form: (List (Polynomial R)) $param: (R ls) Debug: evaluateType1 form: (List (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R ls) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evaluateType form: failed $param: (R ls) debug: evaluateType form: (List (Polynomial R)) $param: (R ls) Debug: evaluateType1 form: (List (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R ls) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evaluateType form: (List (Polynomial R)) $param: (R ls) Debug: evaluateType1 form: (List (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R ls) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evaluateType form: (List (Polynomial R)) $param: (R ls) Debug: evaluateType1 form: (List (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R ls) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE zeroDimensional? ((Boolean) (List (Polynomial R)))) (SIGNATURE fglmIfCan ((Union (List (Polynomial R)) failed) (List (Polynomial R)))) (SIGNATURE groebner ((List (Polynomial R)) (List (Polynomial R))))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FGLMIfCanPackage compiling into /tmp/oa-u6ij5J compiling local zeroDim? : List HomogeneousDistributedMultivariatePolynomial(ls,R) -> Boolean Time: 0.14 SEC. compiling exported zeroDimensional? : List Polynomial R -> Boolean Time: 0.04 SEC. compiling exported fglmIfCan : List Polynomial R -> Union(List Polynomial R,failed) Time: 0.08 SEC. compiling exported groebner : List Polynomial R -> List Polynomial R Time: 0.11 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] zeroDim?: not known that Ring is of mode CATEGORY(package,zeroDimensional?: List Polynomial R -> Boolean,fglmIfCan: List Polynomial R -> Union(List Polynomial R,"failed"),groebner: List Polynomial R -> List Polynomial R) Cumulative Statistics for Constructor FGLMIfCanPackage Time: 0.37 seconds finalizing NRLIB FGLMICPK Processing FGLMIfCanPackage for Browser database: -- zeroDimensional? : List Q1 -> B -- fglmIfCan : List Q1 -> Union(List Q1,"failed") -- groebner : List Q1 -> List Q1 -- constructor ; compiling file "/tmp/oa-u6ij5J/code.lsp" (written 01 FEB 2016 11:05:59 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FGLMICPK;zeroDim?| ...) ; file: /tmp/oa-u6ij5J/code.lsp ; in: DEFUN |FGLMICPK;zeroDim?| ; (DEFUN BOOT::|FGLMICPK;zeroDim?| (BOOT::|lq2| BOOT::$) ; (PROG (BOOT::|lv| BOOT::|x| BOOT::|m|) ; (RETURN (BOOT::SEQ (SETQ #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FGLMICPK;zeroDim?| ; (BOOT::|lq2| BOOT::$) ; (BLOCK BOOT::|FGLMICPK;zeroDim?| ; (PROG (BOOT::|lv| BOOT::|x| BOOT::|m|) (RETURN (BOOT::SEQ # #))))) ; ; note: Assignment to argument: |lq2| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |FGLMICPK;zeroDimensional?;LB;2| ...) ; compiling (DEFUN |FGLMICPK;fglmIfCan;LU;3| ...) ; file: /tmp/oa-u6ij5J/code.lsp ; in: DEFUN |FGLMICPK;fglmIfCan;LU;3| ; (DEFUN BOOT::|FGLMICPK;fglmIfCan;LU;3| (BOOT::|lq1| BOOT::$) ; (PROG (BOOT::|lq3|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FGLMICPK;fglmIfCan;LU;3| ; (BOOT::|lq1| BOOT::$) ; (BLOCK BOOT::|FGLMICPK;fglmIfCan;LU;3| ; (PROG (BOOT::|lq3|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |lq1| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |FGLMICPK;groebner;2L;4| ...) ; file: /tmp/oa-u6ij5J/code.lsp ; in: DEFUN |FGLMICPK;groebner;2L;4| ; (DEFUN BOOT::|FGLMICPK;groebner;2L;4| (BOOT::|lq1| BOOT::$) ; (PROG (BOOT::|lq3|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FGLMICPK;groebner;2L;4| ; (BOOT::|lq1| BOOT::$) ; (BLOCK BOOT::|FGLMICPK;groebner;2L;4| ; (PROG (BOOT::|lq3|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |FGLMIfCanPackage| ...) ; compiling (DEFUN |FGLMIfCanPackage;| ...) ; compiling (MAKEPROP (QUOTE |FGLMIfCanPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 3 notes ; /tmp/oa-u6ij5J/code.fasl written ; compilation finished in 0:00:00.048 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile REAL0.spad && cp REAL0.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/REAL0.fasl \ && if test -f REAL0-.NRLIB/code.fasl; then \ cp REAL0-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/REAL0-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/REAL0.spad using Spad compiler. REAL0 abbreviates package RealZeroPackage debug: compDefine1 lhs: (RealZeroPackage Pol) signature (pre-evaluate): ((CATEGORY package (SIGNATURE realZeros ((List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) Pol)) (SIGNATURE realZeros ((List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) Pol (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))))) (SIGNATURE realZeros ((List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) Pol (Fraction (Integer)))) (SIGNATURE realZeros ((List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) Pol (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) (Fraction (Integer)))) (SIGNATURE refine ((Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) Pol (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) (Fraction (Integer)))) (SIGNATURE refine ((Union (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) failed) Pol (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))))) (SIGNATURE midpoint ((Fraction (Integer)) (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))))) (SIGNATURE midpoints ((List (Fraction (Integer))) (List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))))))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE realZeros ((List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) Pol)) (SIGNATURE realZeros ((List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) Pol (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))))) (SIGNATURE realZeros ((List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) Pol (Fraction (Integer)))) (SIGNATURE realZeros ((List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) Pol (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) (Fraction (Integer)))) (SIGNATURE refine ((Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) Pol (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) (Fraction (Integer)))) (SIGNATURE refine ((Union (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) failed) Pol (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))))) (SIGNATURE midpoint ((Fraction (Integer)) (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))))) (SIGNATURE midpoints ((List (Fraction (Integer))) (List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))))))) $param: (Pol) debug: evaluateType form: (List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) $param: (Pol) Debug: evaluateType1 form: (List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) debug: evaluateType1 x: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Pol) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) $param: (Pol) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) c: (Type) debug: evaluateType form: Pol $param: (Pol) debug: evaluateType form: (List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) $param: (Pol) Debug: evaluateType1 form: (List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) debug: evaluateType1 x: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Pol) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) $param: (Pol) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) c: (Type) debug: evaluateType form: Pol $param: (Pol) debug: evaluateType form: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) $param: (Pol) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) $param: (Pol) Debug: evaluateType1 form: (List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) debug: evaluateType1 x: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Pol) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) $param: (Pol) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) c: (Type) debug: evaluateType form: Pol $param: (Pol) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) $param: (Pol) Debug: evaluateType1 form: (List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) debug: evaluateType1 x: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Pol) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) $param: (Pol) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) c: (Type) debug: evaluateType form: Pol $param: (Pol) debug: evaluateType form: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) $param: (Pol) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) $param: (Pol) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: Pol $param: (Pol) debug: evaluateType form: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) $param: (Pol) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Union (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) failed) $param: (Pol) debug: evaluateType form: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) $param: (Pol) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: failed $param: (Pol) debug: evaluateType form: Pol $param: (Pol) debug: evaluateType form: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) $param: (Pol) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) $param: (Pol) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) $param: (Pol) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (List (Fraction (Integer))) $param: (Pol) Debug: evaluateType1 form: (List (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Pol) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Type) debug: evaluateType form: (List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) $param: (Pol) Debug: evaluateType1 form: (List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) debug: evaluateType1 x: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Pol) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) $param: (Pol) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE realZeros ((List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) Pol)) (SIGNATURE realZeros ((List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) Pol (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))))) (SIGNATURE realZeros ((List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) Pol (Fraction (Integer)))) (SIGNATURE realZeros ((List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) Pol (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) (Fraction (Integer)))) (SIGNATURE refine ((Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) Pol (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) (Fraction (Integer)))) (SIGNATURE refine ((Union (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) failed) Pol (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))))) (SIGNATURE midpoint ((Fraction (Integer)) (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))))) (SIGNATURE midpoints ((List (Fraction (Integer))) (List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for RealZeroPackage compiling into /tmp/oa-kON3Rk compiling local negate : Record(left: Fraction Integer,right: Fraction Integer) -> Record(left: Fraction Integer,right: Fraction Integer) Time: 0.06 SEC. compiling exported midpoint : Record(left: Fraction Integer,right: Fraction Integer) -> Fraction Integer Time: 0.02 SEC. compiling exported midpoints : List Record(left: Fraction Integer,right: Fraction Integer) -> List Fraction Integer Time: 0.03 SEC. compiling local makeSqfr : Pol -> Pol Time: 0.02 SEC. compiling exported realZeros : Pol -> List Record(left: Fraction Integer,right: Fraction Integer) Time: 0.00 SEC. compiling exported realZeros : (Pol,Fraction Integer) -> List Record(left: Fraction Integer,right: Fraction Integer) Time: 0.02 SEC. compiling exported realZeros : (Pol,Record(left: Fraction Integer,right: Fraction Integer)) -> List Record(left: Fraction Integer,right: Fraction Integer) Time: 0.02 SEC. compiling exported realZeros : (Pol,Record(left: Fraction Integer,right: Fraction Integer),Fraction Integer) -> List Record(left: Fraction Integer,right: Fraction Integer) Time: 0.02 SEC. compiling local ReZeroSqfr : Pol -> List Record(left: Fraction Integer,right: Fraction Integer) Time: 0.10 SEC. compiling local PosZero : Pol -> List Record(left: Fraction Integer,right: Fraction Integer) Time: 0.02 SEC. compiling local Zero1 : Pol -> List Record(left: Fraction Integer,right: Fraction Integer) Time: 0.19 SEC. compiling local rootBound : Pol -> Integer Time: 0.02 SEC. compiling local transMult : (Integer,Pol) -> Pol Time: 0.00 SEC. compiling local transMultInv : (Integer,Pol) -> Pol Time: 0.00 SEC. compiling local transAdd1 : Pol -> Pol Time: 0.02 SEC. compiling local minus : Pol -> Pol Time: 0.02 SEC. compiling local invert : Pol -> Pol Time: 0.01 SEC. compiling local var : Pol -> Integer Time: 0.00 SEC. compiling exported refine : (Pol,Record(left: Fraction Integer,right: Fraction Integer),Record(left: Fraction Integer,right: Fraction Integer)) -> Union(Record(left: Fraction Integer,right: Fraction Integer),failed) Time: 0.10 SEC. compiling exported refine : (Pol,Record(left: Fraction Integer,right: Fraction Integer),Fraction Integer) -> Record(left: Fraction Integer,right: Fraction Integer) Time: 0.19 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] makeSqfr: not known that IntegralDomain is of mode CATEGORY(package,realZeros: Pol -> List Record(left: Fraction Integer,right: Fraction Integer),realZeros: (Pol,Record(left: Fraction Integer,right: Fraction Integer)) -> List Record(left: Fraction Integer,right: Fraction Integer),realZeros: (Pol,Fraction Integer) -> List Record(left: Fraction Integer,right: Fraction Integer),realZeros: (Pol,Record(left: Fraction Integer,right: Fraction Integer),Fraction Integer) -> List Record(left: Fraction Integer,right: Fraction Integer),refine: (Pol,Record(left: Fraction Integer,right: Fraction Integer),Fraction Integer) -> Record(left: Fraction Integer,right: Fraction Integer),refine: (Pol,Record(left: Fraction Integer,right: Fraction Integer),Record(left: Fraction Integer,right: Fraction Integer)) -> Union(Record(left: Fraction Integer,right: Fraction Integer),"failed"),midpoint: Record(left: Fraction Integer,right: Fraction Integer) -> Fraction Integer,midpoints: List Record(left: Fraction Integer,right: Fraction Integer) -> List Fraction Integer) [2] Zero1: G has no value [3] transMultInv: : NonNegativeInteger -- replace by pretend Cumulative Statistics for Constructor RealZeroPackage Time: 0.91 seconds finalizing NRLIB REAL0 Processing RealZeroPackage for Browser database: -- realZeros : Pol -> isoList -- realZeros : (Pol,Interval) -> isoList -- realZeros : (Pol,RN) -> isoList -- realZeros : (Pol,Interval,RN) -> isoList -- refine : (Pol,Interval,RN) -> Interval -- refine : (Pol,Interval,Interval) -> Union(Interval,"failed") -- midpoint : Interval -> RN -- midpoints : isoList -> List RN -- constructor ; compiling file "/tmp/oa-kON3Rk/code.lsp" (written 01 FEB 2016 11:06:00 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |REAL0;negate| ...) ; compiling (DEFUN |REAL0;midpoint;RF;2| ...) ; compiling (DEFUN |REAL0;midpoints;LL;3| ...) ; file: /tmp/oa-kON3Rk/code.lsp ; in: DEFUN |REAL0;midpoints;LL;3| ; (DEFUN BOOT::|REAL0;midpoints;LL;3| (BOOT::|li| BOOT::$) ; (LET ((#:G765 BOOT::|li|) (#:G569 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G765 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|REAL0;midpoints;LL;3| ; (BOOT::|li| BOOT::$) ; (BLOCK BOOT::|REAL0;midpoints;LL;3| ; (LET ((#:G765 BOOT::|li|) (#:G569 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |REAL0;makeSqfr| ...) ; compiling (DEFUN |REAL0;realZeros;PolL;5| ...) ; compiling (DEFUN |REAL0;realZeros;PolFL;6| ...) ; file: /tmp/oa-kON3Rk/code.lsp ; in: DEFUN |REAL0;realZeros;PolFL;6| ; (DEFUN BOOT::|REAL0;realZeros;PolFL;6| (BOOT::F BOOT::|rn| BOOT::$) ; (PROGN ; (SETQ BOOT::F (BOOT::|REAL0;makeSqfr| BOOT::F BOOT::$)) ; (LET ((#:G767 #) (#:G584 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|REAL0;realZeros;PolFL;6| ; (BOOT::F BOOT::|rn| BOOT::$) ; (BLOCK BOOT::|REAL0;realZeros;PolFL;6| ; (PROGN ; (SETQ BOOT::F #) ; (LET (# #) ; (LOOP # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |REAL0;realZeros;PolRL;7| ...) ; file: /tmp/oa-kON3Rk/code.lsp ; in: DEFUN |REAL0;realZeros;PolRL;7| ; (DEFUN BOOT::|REAL0;realZeros;PolRL;7| (BOOT::F BOOT::|bounds| BOOT::$) ; (PROG (BOOT::|rint|) ; (RETURN ; (PROGN ; (SETQ #) ; (LET # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|REAL0;realZeros;PolRL;7| ; (BOOT::F BOOT::|bounds| BOOT::$) ; (BLOCK BOOT::|REAL0;realZeros;PolRL;7| ; (PROG (BOOT::|rint|) (RETURN (PROGN # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |REAL0;realZeros;PolRFL;8| ...) ; file: /tmp/oa-kON3Rk/code.lsp ; in: DEFUN |REAL0;realZeros;PolRFL;8| ; (DEFUN BOOT::|REAL0;realZeros;PolRFL;8| ; (BOOT::F BOOT::|bounds| BOOT::|rn| BOOT::$) ; (PROGN ; (SETQ BOOT::F (BOOT::|REAL0;makeSqfr| BOOT::F BOOT::$)) ; (LET ((#:G769 #) (#:G597 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|REAL0;realZeros;PolRFL;8| ; (BOOT::F BOOT::|bounds| BOOT::|rn| BOOT::$) ; (BLOCK BOOT::|REAL0;realZeros;PolRFL;8| ; (PROGN ; (SETQ BOOT::F #) ; (LET (# #) ; (LOOP # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |REAL0;ReZeroSqfr| ...) ; file: /tmp/oa-kON3Rk/code.lsp ; in: DEFUN |REAL0;ReZeroSqfr| ; (DEFUN BOOT::|REAL0;ReZeroSqfr| (BOOT::F BOOT::$) ; (PROG (BOOT::K BOOT::J BOOT::|tempF| BOOT::|r|) ; (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|REAL0;ReZeroSqfr| ; (BOOT::F BOOT::$) ; (BLOCK BOOT::|REAL0;ReZeroSqfr| ; (PROG (BOOT::K BOOT::J BOOT::|tempF| BOOT::|r|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |REAL0;PosZero| ...) ; compiling (DEFUN |REAL0;Zero1| ...) ; compiling (DEFUN |REAL0;rootBound| ...) ; compiling (DEFUN |REAL0;transMult| ...) ; compiling (DEFUN |REAL0;transMultInv| ...) ; compiling (DEFUN |REAL0;transAdd1| ...) ; compiling (DEFUN |REAL0;minus| ...) ; compiling (DEFUN |REAL0;invert| ...) ; compiling (DEFUN |REAL0;var| ...) ; compiling (DEFUN |REAL0;refine;Pol2RU;19| ...) ; compiling (DEFUN |REAL0;refine;PolRFR;20| ...) ; compiling (DEFUN |RealZeroPackage| ...) ; compiling (DEFUN |RealZeroPackage;| ...) ; compiling (MAKEPROP (QUOTE |RealZeroPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 5 notes ; /tmp/oa-kON3Rk/code.fasl written ; compilation finished in 0:00:00.099 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PRS.spad && cp PRS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PRS.fasl \ && if test -f PRS-.NRLIB/code.fasl; then \ cp PRS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PRS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PRS.spad using Spad compiler. PRS abbreviates package PseudoRemainderSequence debug: compDefine1 lhs: (PseudoRemainderSequence R polR) signature (pre-evaluate): ((CATEGORY package (SIGNATURE resultant (R polR polR)) (SIGNATURE resultantEuclidean ((Record (: coef1 polR) (: coef2 polR) (: resultant R)) polR polR)) (SIGNATURE semiResultantEuclidean2 ((Record (: coef2 polR) (: resultant R)) polR polR)) (SIGNATURE semiResultantEuclidean1 ((Record (: coef1 polR) (: resultant R)) polR polR)) (SIGNATURE indiceSubResultant (polR polR polR (NonNegativeInteger))) (SIGNATURE indiceSubResultantEuclidean ((Record (: coef1 polR) (: coef2 polR) (: subResultant polR)) polR polR (NonNegativeInteger))) (SIGNATURE semiIndiceSubResultantEuclidean ((Record (: coef2 polR) (: subResultant polR)) polR polR (NonNegativeInteger))) (SIGNATURE degreeSubResultant (polR polR polR (NonNegativeInteger))) (SIGNATURE degreeSubResultantEuclidean ((Record (: coef1 polR) (: coef2 polR) (: subResultant polR)) polR polR (NonNegativeInteger))) (SIGNATURE semiDegreeSubResultantEuclidean ((Record (: coef2 polR) (: subResultant polR)) polR polR (NonNegativeInteger))) (SIGNATURE lastSubResultant (polR polR polR)) (SIGNATURE lastSubResultantEuclidean ((Record (: coef1 polR) (: coef2 polR) (: subResultant polR)) polR polR)) (SIGNATURE semiLastSubResultantEuclidean ((Record (: coef2 polR) (: subResultant polR)) polR polR)) (SIGNATURE subResultantGcd (polR polR polR)) (SIGNATURE subResultantGcdEuclidean ((Record (: coef1 polR) (: coef2 polR) (: gcd polR)) polR polR)) (SIGNATURE semiSubResultantGcdEuclidean2 ((Record (: coef2 polR) (: gcd polR)) polR polR)) (SIGNATURE semiSubResultantGcdEuclidean1 ((Record (: coef1 polR) (: gcd polR)) polR polR)) (SIGNATURE discriminant (R polR)) (SIGNATURE discriminantEuclidean ((Record (: coef1 polR) (: coef2 polR) (: discriminant R)) polR)) (SIGNATURE semiDiscriminantEuclidean ((Record (: coef2 polR) (: discriminant R)) polR)) (SIGNATURE chainSubResultants ((List polR) polR polR)) (SIGNATURE schema ((List (NonNegativeInteger)) polR polR)) (IF (has R (GcdDomain)) (PROGN (SIGNATURE resultantReduit (R polR polR)) (SIGNATURE resultantReduitEuclidean ((Record (: coef1 polR) (: coef2 polR) (: resultantReduit R)) polR polR)) (SIGNATURE semiResultantReduitEuclidean ((Record (: coef2 polR) (: resultantReduit R)) polR polR)) (SIGNATURE gcd (polR polR polR))) %noBranch) (SIGNATURE * ((Vector polR) R (Vector polR))) (SIGNATURE exquo ((Vector polR) (Vector polR) R)) (SIGNATURE pseudoDivide ((Record (: coef R) (: quotient polR) (: remainder polR)) polR polR)) (SIGNATURE divide ((Record (: quotient polR) (: remainder polR)) polR polR)) (SIGNATURE Lazard (R R R (NonNegativeInteger))) (SIGNATURE Lazard2 (polR polR R R (NonNegativeInteger))) (SIGNATURE nextsousResultant2 (polR polR polR polR R)) (SIGNATURE resultantnaif (R polR polR)) (SIGNATURE resultantEuclideannaif ((Record (: coef1 polR) (: coef2 polR) (: resultant R)) polR polR)) (SIGNATURE semiResultantEuclideannaif ((Record (: coef2 polR) (: resultant R)) polR polR))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE resultant (R polR polR)) (SIGNATURE resultantEuclidean ((Record (: coef1 polR) (: coef2 polR) (: resultant R)) polR polR)) (SIGNATURE semiResultantEuclidean2 ((Record (: coef2 polR) (: resultant R)) polR polR)) (SIGNATURE semiResultantEuclidean1 ((Record (: coef1 polR) (: resultant R)) polR polR)) (SIGNATURE indiceSubResultant (polR polR polR (NonNegativeInteger))) (SIGNATURE indiceSubResultantEuclidean ((Record (: coef1 polR) (: coef2 polR) (: subResultant polR)) polR polR (NonNegativeInteger))) (SIGNATURE semiIndiceSubResultantEuclidean ((Record (: coef2 polR) (: subResultant polR)) polR polR (NonNegativeInteger))) (SIGNATURE degreeSubResultant (polR polR polR (NonNegativeInteger))) (SIGNATURE degreeSubResultantEuclidean ((Record (: coef1 polR) (: coef2 polR) (: subResultant polR)) polR polR (NonNegativeInteger))) (SIGNATURE semiDegreeSubResultantEuclidean ((Record (: coef2 polR) (: subResultant polR)) polR polR (NonNegativeInteger))) (SIGNATURE lastSubResultant (polR polR polR)) (SIGNATURE lastSubResultantEuclidean ((Record (: coef1 polR) (: coef2 polR) (: subResultant polR)) polR polR)) (SIGNATURE semiLastSubResultantEuclidean ((Record (: coef2 polR) (: subResultant polR)) polR polR)) (SIGNATURE subResultantGcd (polR polR polR)) (SIGNATURE subResultantGcdEuclidean ((Record (: coef1 polR) (: coef2 polR) (: gcd polR)) polR polR)) (SIGNATURE semiSubResultantGcdEuclidean2 ((Record (: coef2 polR) (: gcd polR)) polR polR)) (SIGNATURE semiSubResultantGcdEuclidean1 ((Record (: coef1 polR) (: gcd polR)) polR polR)) (SIGNATURE discriminant (R polR)) (SIGNATURE discriminantEuclidean ((Record (: coef1 polR) (: coef2 polR) (: discriminant R)) polR)) (SIGNATURE semiDiscriminantEuclidean ((Record (: coef2 polR) (: discriminant R)) polR)) (SIGNATURE chainSubResultants ((List polR) polR polR)) (SIGNATURE schema ((List (NonNegativeInteger)) polR polR)) (IF (has R (GcdDomain)) (PROGN (SIGNATURE resultantReduit (R polR polR)) (SIGNATURE resultantReduitEuclidean ((Record (: coef1 polR) (: coef2 polR) (: resultantReduit R)) polR polR)) (SIGNATURE semiResultantReduitEuclidean ((Record (: coef2 polR) (: resultantReduit R)) polR polR)) (SIGNATURE gcd (polR polR polR))) %noBranch) (SIGNATURE * ((Vector polR) R (Vector polR))) (SIGNATURE exquo ((Vector polR) (Vector polR) R)) (SIGNATURE pseudoDivide ((Record (: coef R) (: quotient polR) (: remainder polR)) polR polR)) (SIGNATURE divide ((Record (: quotient polR) (: remainder polR)) polR polR)) (SIGNATURE Lazard (R R R (NonNegativeInteger))) (SIGNATURE Lazard2 (polR polR R R (NonNegativeInteger))) (SIGNATURE nextsousResultant2 (polR polR polR polR R)) (SIGNATURE resultantnaif (R polR polR)) (SIGNATURE resultantEuclideannaif ((Record (: coef1 polR) (: coef2 polR) (: resultant R)) polR polR)) (SIGNATURE semiResultantEuclideannaif ((Record (: coef2 polR) (: resultant R)) polR polR))) $param: (R polR) debug: evaluateType form: R $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: (Record (: coef1 polR) (: coef2 polR) (: resultant R)) $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: R $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: (Record (: coef2 polR) (: resultant R)) $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: R $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: (Record (: coef1 polR) (: resultant R)) $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: R $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: (NonNegativeInteger) $param: (R polR) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Record (: coef1 polR) (: coef2 polR) (: subResultant polR)) $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: (NonNegativeInteger) $param: (R polR) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Record (: coef2 polR) (: subResultant polR)) $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: (NonNegativeInteger) $param: (R polR) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: (NonNegativeInteger) $param: (R polR) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Record (: coef1 polR) (: coef2 polR) (: subResultant polR)) $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: (NonNegativeInteger) $param: (R polR) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Record (: coef2 polR) (: subResultant polR)) $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: (NonNegativeInteger) $param: (R polR) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: (Record (: coef1 polR) (: coef2 polR) (: subResultant polR)) $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: (Record (: coef2 polR) (: subResultant polR)) $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: (Record (: coef1 polR) (: coef2 polR) (: gcd polR)) $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: (Record (: coef2 polR) (: gcd polR)) $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: (Record (: coef1 polR) (: gcd polR)) $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: R $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: (Record (: coef1 polR) (: coef2 polR) (: discriminant R)) $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: R $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: (Record (: coef2 polR) (: discriminant R)) $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: R $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: (List polR) $param: (R polR) Debug: evaluateType1 form: (List polR) debug: evaluateType1 x: polR m: (Type) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: (List (NonNegativeInteger)) $param: (R polR) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R polR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (R polR) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: (Vector polR) $param: (R polR) Debug: evaluateType1 form: (Vector polR) debug: evaluateType1 x: polR m: (Type) debug: evaluateType form: R $param: (R polR) debug: evaluateType form: (Vector polR) $param: (R polR) Debug: evaluateType1 form: (Vector polR) debug: evaluateType1 x: polR m: (Type) debug: evaluateType form: (Vector polR) $param: (R polR) Debug: evaluateType1 form: (Vector polR) debug: evaluateType1 x: polR m: (Type) debug: evaluateType form: (Vector polR) $param: (R polR) Debug: evaluateType1 form: (Vector polR) debug: evaluateType1 x: polR m: (Type) debug: evaluateType form: R $param: (R polR) debug: evaluateType form: (Record (: coef R) (: quotient polR) (: remainder polR)) $param: (R polR) debug: evaluateType form: R $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: (Record (: quotient polR) (: remainder polR)) $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: R $param: (R polR) debug: evaluateType form: R $param: (R polR) debug: evaluateType form: R $param: (R polR) debug: evaluateType form: (NonNegativeInteger) $param: (R polR) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: R $param: (R polR) debug: evaluateType form: R $param: (R polR) debug: evaluateType form: (NonNegativeInteger) $param: (R polR) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: R $param: (R polR) debug: evaluateType form: R $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: (Record (: coef1 polR) (: coef2 polR) (: resultant R)) $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: R $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: (Record (: coef2 polR) (: resultant R)) $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: R $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: evaluateType form: polR $param: (R polR) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE resultant (R polR polR)) (SIGNATURE resultantEuclidean ((Record (: coef1 polR) (: coef2 polR) (: resultant R)) polR polR)) (SIGNATURE semiResultantEuclidean2 ((Record (: coef2 polR) (: resultant R)) polR polR)) (SIGNATURE semiResultantEuclidean1 ((Record (: coef1 polR) (: resultant R)) polR polR)) (SIGNATURE indiceSubResultant (polR polR polR (NonNegativeInteger))) (SIGNATURE indiceSubResultantEuclidean ((Record (: coef1 polR) (: coef2 polR) (: subResultant polR)) polR polR (NonNegativeInteger))) (SIGNATURE semiIndiceSubResultantEuclidean ((Record (: coef2 polR) (: subResultant polR)) polR polR (NonNegativeInteger))) (SIGNATURE degreeSubResultant (polR polR polR (NonNegativeInteger))) (SIGNATURE degreeSubResultantEuclidean ((Record (: coef1 polR) (: coef2 polR) (: subResultant polR)) polR polR (NonNegativeInteger))) (SIGNATURE semiDegreeSubResultantEuclidean ((Record (: coef2 polR) (: subResultant polR)) polR polR (NonNegativeInteger))) (SIGNATURE lastSubResultant (polR polR polR)) (SIGNATURE lastSubResultantEuclidean ((Record (: coef1 polR) (: coef2 polR) (: subResultant polR)) polR polR)) (SIGNATURE semiLastSubResultantEuclidean ((Record (: coef2 polR) (: subResultant polR)) polR polR)) (SIGNATURE subResultantGcd (polR polR polR)) (SIGNATURE subResultantGcdEuclidean ((Record (: coef1 polR) (: coef2 polR) (: gcd polR)) polR polR)) (SIGNATURE semiSubResultantGcdEuclidean2 ((Record (: coef2 polR) (: gcd polR)) polR polR)) (SIGNATURE semiSubResultantGcdEuclidean1 ((Record (: coef1 polR) (: gcd polR)) polR polR)) (SIGNATURE discriminant (R polR)) (SIGNATURE discriminantEuclidean ((Record (: coef1 polR) (: coef2 polR) (: discriminant R)) polR)) (SIGNATURE semiDiscriminantEuclidean ((Record (: coef2 polR) (: discriminant R)) polR)) (SIGNATURE chainSubResultants ((List polR) polR polR)) (SIGNATURE schema ((List (NonNegativeInteger)) polR polR)) (IF (has R (GcdDomain)) (PROGN (SIGNATURE resultantReduit (R polR polR)) (SIGNATURE resultantReduitEuclidean ((Record (: coef1 polR) (: coef2 polR) (: resultantReduit R)) polR polR)) (SIGNATURE semiResultantReduitEuclidean ((Record (: coef2 polR) (: resultantReduit R)) polR polR)) (SIGNATURE gcd (polR polR polR))) %noBranch) (SIGNATURE * ((Vector polR) R (Vector polR))) (SIGNATURE exquo ((Vector polR) (Vector polR) R)) (SIGNATURE pseudoDivide ((Record (: coef R) (: quotient polR) (: remainder polR)) polR polR)) (SIGNATURE divide ((Record (: quotient polR) (: remainder polR)) polR polR)) (SIGNATURE Lazard (R R R (NonNegativeInteger))) (SIGNATURE Lazard2 (polR polR R R (NonNegativeInteger))) (SIGNATURE nextsousResultant2 (polR polR polR polR R)) (SIGNATURE resultantnaif (R polR polR)) (SIGNATURE resultantEuclideannaif ((Record (: coef1 polR) (: coef2 polR) (: resultant R)) polR polR)) (SIGNATURE semiResultantEuclideannaif ((Record (: coef2 polR) (: resultant R)) polR polR))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PseudoRemainderSequence compiling into /tmp/oa-Qg8XGD compiling exported * : (R,Vector polR) -> Vector polR Time: 0.10 SEC. compiling exported exquo : (Vector polR,R) -> Vector polR Time: 0.01 SEC. compiling exported pseudoDivide : (polR,polR) -> Record(coef: R,quotient: polR,remainder: polR) Time: 0.08 SEC. compiling exported divide : (polR,polR) -> Record(quotient: polR,remainder: polR) Time: 0.03 SEC. compiling exported resultantnaif : (polR,polR) -> R Time: 0.01 SEC. compiling exported resultantEuclideannaif : (polR,polR) -> Record(coef1: polR,coef2: polR,resultant: R) Time: 0.03 SEC. compiling exported semiResultantEuclideannaif : (polR,polR) -> Record(coef2: polR,resultant: R) Time: 0.03 SEC. compiling exported Lazard : (R,R,NonNegativeInteger) -> R Time: 0.06 SEC. compiling exported Lazard2 : (polR,R,R,NonNegativeInteger) -> polR Time: 0.05 SEC. compiling local Lazard3 : (Vector polR,R,R,NonNegativeInteger) -> Vector polR Time: 0.03 SEC. compiling exported nextsousResultant2 : (polR,polR,polR,R) -> polR Time: 0.19 SEC. compiling local nextsousResultant3 : (Vector polR,Vector polR,R,R) -> Vector polR Time: 0.09 SEC. compiling local algonew : (polR,polR) -> R Time: 0.03 SEC. compiling exported resultant : (polR,polR) -> R Time: 0.01 SEC. compiling local subResultantEuclidean : (polR,polR) -> Record(coef1: polR,coef2: polR,resultant: R) Time: 0.01 SEC. compiling exported resultantEuclidean : (polR,polR) -> Record(coef1: polR,coef2: polR,resultant: R) Time: 0.04 SEC. compiling local semiSubResultantEuclidean : (polR,polR) -> Record(coef2: polR,resultant: R) Time: 0.03 SEC. compiling exported semiResultantEuclidean2 : (polR,polR) -> Record(coef2: polR,resultant: R) Time: 0.03 SEC. compiling exported semiResultantEuclidean1 : (polR,polR) -> Record(coef1: polR,resultant: R) Time: 0.00 SEC. compiling exported indiceSubResultant : (polR,polR,NonNegativeInteger) -> polR Time: 0.12 SEC. compiling exported indiceSubResultantEuclidean : (polR,polR,NonNegativeInteger) -> Record(coef1: polR,coef2: polR,subResultant: polR) Time: 0.24 SEC. compiling exported semiIndiceSubResultantEuclidean : (polR,polR,NonNegativeInteger) -> Record(coef2: polR,subResultant: polR) Time: 0.09 SEC. compiling exported degreeSubResultant : (polR,polR,NonNegativeInteger) -> polR Time: 0.11 SEC. compiling exported degreeSubResultantEuclidean : (polR,polR,NonNegativeInteger) -> Record(coef1: polR,coef2: polR,subResultant: polR) Time: 0.24 SEC. compiling exported semiDegreeSubResultantEuclidean : (polR,polR,NonNegativeInteger) -> Record(coef2: polR,subResultant: polR) Time: 0.10 SEC. compiling exported lastSubResultant : (polR,polR) -> polR Time: 0.05 SEC. compiling exported lastSubResultantEuclidean : (polR,polR) -> Record(coef1: polR,coef2: polR,subResultant: polR) Time: 0.14 SEC. compiling exported semiLastSubResultantEuclidean : (polR,polR) -> Record(coef2: polR,subResultant: polR) Time: 0.06 SEC. compiling exported chainSubResultants : (polR,polR) -> List polR Time: 0.15 SEC. compiling exported schema : (polR,polR) -> List NonNegativeInteger Time: 0.06 SEC. compiling exported subResultantGcd : (polR,polR) -> polR Time: 0.02 SEC. compiling exported subResultantGcdEuclidean : (polR,polR) -> Record(coef1: polR,coef2: polR,gcd: polR) Time: 0.02 SEC. compiling exported semiSubResultantGcdEuclidean2 : (polR,polR) -> Record(coef2: polR,gcd: polR) Time: 0.04 SEC. compiling exported semiSubResultantGcdEuclidean1 : (polR,polR) -> Record(coef1: polR,gcd: polR) Time: 0.00 SEC. compiling exported discriminant : polR -> R Time: 0.10 SEC. compiling exported discriminantEuclidean : polR -> Record(coef1: polR,coef2: polR,discriminant: R) Time: 0.51 SEC. compiling exported semiDiscriminantEuclidean : polR -> Record(coef2: polR,discriminant: R) Time: 0.18 SEC. compiling exported resultantReduit : (polR,polR) -> R Time: 0.02 SEC. compiling exported resultantReduitEuclidean : (polR,polR) -> Record(coef1: polR,coef2: polR,resultantReduit: R) Time: 0.05 SEC. compiling exported semiResultantReduitEuclidean : (polR,polR) -> Record(coef2: polR,resultantReduit: R) Time: 0.03 SEC. compiling local gcdnaif : (polR,polR) -> polR Time: 0.05 SEC. compiling exported gcd : (polR,polR) -> polR Time: 0.06 SEC. (time taken in buildFunctor: 0) Time: 0.10 SEC. Warnings: [1] resultantnaif: a has no value [2] resultantEuclideannaif: a has no value [3] semiResultantEuclideannaif: a has no value [4] chainSubResultants: L has no value [5] schema: L has no value Cumulative Statistics for Constructor PseudoRemainderSequence Time: 3.40 seconds finalizing NRLIB PRS Processing PseudoRemainderSequence for Browser database: -- resultant : (polR,polR) -> R -- resultantEuclidean : (polR,polR) -> Record(coef1: polR,coef2: polR,resultant: R) -- semiResultantEuclidean2 : (polR,polR) -> Record(coef2: polR,resultant: R) -- semiResultantEuclidean1 : (polR,polR) -> Record(coef1: polR,resultant: R) -- indiceSubResultant : (polR,polR,NNI) -> polR -- indiceSubResultantEuclidean : (polR,polR,NNI) -> Record(coef1: polR,coef2: polR,subResultant: polR) -- semiIndiceSubResultantEuclidean : (polR,polR,NNI) -> Record(coef2: polR,subResultant: polR) -- degreeSubResultant : (polR,polR,NNI) -> polR -- degreeSubResultantEuclidean : (polR,polR,NNI) -> Record(coef1: polR,coef2: polR,subResultant: polR) -- semiDegreeSubResultantEuclidean : (polR,polR,NNI) -> Record(coef2: polR,subResultant: polR) -- lastSubResultant : (polR,polR) -> polR -- lastSubResultantEuclidean : (polR,polR) -> Record(coef1: polR,coef2: polR,subResultant: polR) -- semiLastSubResultantEuclidean : (polR,polR) -> Record(coef2: polR,subResultant: polR) -- subResultantGcd : (polR,polR) -> polR -- subResultantGcdEuclidean : (polR,polR) -> Record(coef1: polR,coef2: polR,gcd: polR) -- semiSubResultantGcdEuclidean2 : (polR,polR) -> Record(coef2: polR,gcd: polR) -- semiSubResultantGcdEuclidean1 : (polR,polR) -> Record(coef1: polR,gcd: polR) -- discriminant : polR -> R -- discriminantEuclidean : polR -> Record(coef1: polR,coef2: polR,discriminant: R) -- semiDiscriminantEuclidean : polR -> Record(coef2: polR,discriminant: R) -- chainSubResultants : (polR,polR) -> List polR -- schema : (polR,polR) -> List NNI -- resultantReduit : (polR,polR) -> R -- resultantReduitEuclidean : (polR,polR) -> Record(coef1: polR,coef2: polR,resultantReduit: R) -- semiResultantReduitEuclidean : (polR,polR) -> Record(coef2: polR,resultantReduit: R) -- gcd : (polR,polR) -> polR -- ?*? : (R,Vector polR) -> Vector polR -- exquo : (Vector polR,R) -> Vector polR -- pseudoDivide : (polR,polR) -> Record(coef: R,quotient: polR,remainder: polR) -- divide : (polR,polR) -> Record(quotient: polR,remainder: polR) -- Lazard : (R,R,NNI) -> R -- Lazard2 : (polR,R,R,NNI) -> polR -- nextsousResultant2 : (polR,polR,polR,R) -> polR -- resultantnaif : (polR,polR) -> R -- resultantEuclideannaif : (polR,polR) -> Record(coef1: polR,coef2: polR,resultant: R) -- semiResultantEuclideannaif : (polR,polR) -> Record(coef2: polR,resultant: R) -- constructor ; compiling file "/tmp/oa-Qg8XGD/code.lsp" (written 01 FEB 2016 11:06:04 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PRS;*;R2V;1| ...) ; file: /tmp/oa-Qg8XGD/code.lsp ; in: DEFUN |PRS;*;R2V;1| ; (DEFUN BOOT::|PRS;*;R2V;1| (BOOT::|r| BOOT::|v| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 14)) ; BOOT::|v| (BOOT::|shellEntry| BOOT::$ 16))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRS;*;R2V;1| ; (BOOT::|r| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|PRS;*;R2V;1| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 14)) BOOT::|v| ; (BOOT::|shellEntry| BOOT::$ 16)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |PRS;exquo;VRV;2| ...) ; file: /tmp/oa-Qg8XGD/code.lsp ; in: DEFUN |PRS;exquo;VRV;2| ; (DEFUN BOOT::|PRS;exquo;VRV;2| (BOOT::|v| BOOT::|r| BOOT::$) ; (BOOT::SPADCALL ; (CONS #'BOOT::|PRS;exquo;VRV;2!0| ; (VECTOR (BOOT::|shellEntry| BOOT::$ 7) BOOT::$ BOOT::|r|)) ; BOOT::|v| (BOOT::|shellEntry| BOOT::$ 21))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRS;exquo;VRV;2| ; (BOOT::|v| BOOT::|r| BOOT::$) ; (BLOCK BOOT::|PRS;exquo;VRV;2| ; (BOOT::SPADCALL ; (CONS #'BOOT::|PRS;exquo;VRV;2!0| (VECTOR # BOOT::$ BOOT::|r|)) ; BOOT::|v| (BOOT::|shellEntry| BOOT::$ 21)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |PRS;exquo;VRV;2!0| ...) ; compiling (DEFUN |PRS;pseudoDivide;2polRR;3| ...) ; file: /tmp/oa-Qg8XGD/code.lsp ; in: DEFUN |PRS;pseudoDivide;2polRR;3| ; (DEFUN BOOT::|PRS;pseudoDivide;2polRR;3| (BOOT::P BOOT::Q BOOT::$) ; (PROG (BOOT::|mon| BOOT::|delta| BOOT::|quot| BOOT::|co| BOOT::|i| ; BOOT::|degQ| BOOT::|degP|) ; (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRS;pseudoDivide;2polRR;3| ; (BOOT::P BOOT::Q BOOT::$) ; (BLOCK BOOT::|PRS;pseudoDivide;2polRR;3| ; (PROG (BOOT::|mon| BOOT::|delta| BOOT::|quot| BOOT::|co| BOOT::|i| ; BOOT::|degQ| BOOT::|degP|) ; (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |PRS;divide;2polRR;4| ...) ; compiling (DEFUN |PRS;resultantnaif;2polRR;5| ...) ; compiling (DEFUN |PRS;resultantEuclideannaif;2polRR;6| ...) ; compiling (DEFUN |PRS;semiResultantEuclideannaif;2polRR;7| ...) ; compiling (DEFUN |PRS;Lazard;2RNniR;8| ...) ; file: /tmp/oa-Qg8XGD/code.lsp ; in: DEFUN |PRS;Lazard;2RNniR;8| ; (DEFUN BOOT::|PRS;Lazard;2RNniR;8| (BOOT::|x| BOOT::|y| BOOT::|n| BOOT::$) ; (PROG (BOOT::|c| BOOT::|b|) (RETURN (COND (# #) (# BOOT::|x|) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRS;Lazard;2RNniR;8| ; (BOOT::|x| BOOT::|y| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|PRS;Lazard;2RNniR;8| ; (PROG (BOOT::|c| BOOT::|b|) (RETURN (COND # # #))))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; UNSIGNED-BYTE ; ; compiling (DEFUN |PRS;Lazard2;polR2RNnipolR;9| ...) ; compiling (DEFUN |PRS;Lazard3| ...) ; file: /tmp/oa-Qg8XGD/code.lsp ; in: DEFUN |PRS;Lazard3| ; (DEFUN BOOT::|PRS;Lazard3| (BOOT::V BOOT::|x| BOOT::|y| BOOT::|n| BOOT::$) ; (COND ((ZEROP BOOT::|n|) (BOOT::|error| "Lazard2$prs : n = 0")) ; ((EQL BOOT::|n| 1) BOOT::V) ; (T (PROGN (SETQ #) (RETURN-FROM BOOT::|PRS;Lazard3| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRS;Lazard3| ; (BOOT::V BOOT::|x| BOOT::|y| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|PRS;Lazard3| ; (COND ((ZEROP BOOT::|n|) (BOOT::|error| "Lazard2$prs : n = 0")) ; ((EQL BOOT::|n| 1) BOOT::V) (T (PROGN # #))))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |PRS;nextsousResultant2;3polRRpolR;11| ...) ; compiling (DEFUN |PRS;nextsousResultant3| ...) ; file: /tmp/oa-Qg8XGD/code.lsp ; in: DEFUN |PRS;nextsousResultant3| ; (DEFUN BOOT::|PRS;nextsousResultant3| ; (BOOT::VP BOOT::VQ BOOT::|s| BOOT::|ss| BOOT::$) ; (PROG (BOOT::|divid| BOOT::|delta| BOOT::|e| BOOT::Q BOOT::P BOOT::|c| ; BOOT::|lcP| BOOT::|rr| BOOT::|r|) ; (RETURN ; (BOOT::SEQ ; (LET # ; #) ; (LET # ; #) ; (BOOT::LETT BOOT::|e| # BOOT::|PRS;nextsousResultant3|) ; (BOOT::LETT BOOT::|delta| # BOOT::|PRS;nextsousResultant3|) (COND # #) ; (RETURN-FROM BOOT::|PRS;nextsousResultant3| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRS;nextsousResultant3| ; (BOOT::VP BOOT::VQ BOOT::|s| BOOT::|ss| BOOT::$) ; (BLOCK BOOT::|PRS;nextsousResultant3| ; (PROG (BOOT::|divid| BOOT::|delta| BOOT::|e| BOOT::Q BOOT::P BOOT::|c| ; BOOT::|lcP| BOOT::|rr| BOOT::|r|) ; (RETURN (BOOT::SEQ # # # # # #))))) ; ; note: Assignment to argument: VP ; prevents use of assertion from function type proclamation: ; VECTOR ; ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |PRS;algonew| ...) ; compiling (DEFUN |PRS;resultant;2polRR;14| ...) ; compiling (DEFUN |PRS;subResultantEuclidean| ...) ; compiling (DEFUN |PRS;resultantEuclidean;2polRR;16| ...) ; compiling (DEFUN |PRS;semiSubResultantEuclidean| ...) ; compiling (DEFUN |PRS;semiResultantEuclidean2;2polRR;18| ...) ; file: /tmp/oa-Qg8XGD/code.lsp ; in: DEFUN |PRS;semiResultantEuclidean2;2polRR;18| ; (DEFUN BOOT::|PRS;semiResultantEuclidean2;2polRR;18| ; (BOOT::P BOOT::Q BOOT::$) ; (PROG (BOOT::|s| BOOT::|degP|) (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRS;semiResultantEuclidean2;2polRR;18| ; (BOOT::P BOOT::Q BOOT::$) ; (BLOCK BOOT::|PRS;semiResultantEuclidean2;2polRR;18| ; (PROG (BOOT::|s| BOOT::|degP|) (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |PRS;semiResultantEuclidean1;2polRR;19| ...) ; compiling (DEFUN |PRS;indiceSubResultant;2polRNnipolR;20| ...) ; compiling (DEFUN |PRS;indiceSubResultantEuclidean;2polRNniR;21| ...) ; compiling (DEFUN |PRS;semiIndiceSubResultantEuclidean;2polRNniR;22| ...) ; file: /tmp/oa-Qg8XGD/code.lsp ; in: DEFUN |PRS;semiIndiceSubResultantEuclidean;2polRNniR;22| ; (DEFUN BOOT::|PRS;semiIndiceSubResultantEuclidean;2polRNniR;22| ; (BOOT::P BOOT::Q BOOT::|i| BOOT::$) ; (PROG (BOOT::|ss| BOOT::VZ BOOT::VQ BOOT::|pdiv| BOOT::VP BOOT::|s| ; BOOT::|delta| BOOT::|degQ| BOOT::|degP|) ; (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRS;semiIndiceSubResultantEuclidean;2polRNniR;22| ; (BOOT::P BOOT::Q BOOT::|i| BOOT::$) ; (BLOCK BOOT::|PRS;semiIndiceSubResultantEuclidean;2polRNniR;22| ; (PROG (BOOT::|ss| BOOT::VZ BOOT::VQ BOOT::|pdiv| BOOT::VP BOOT::|s| ; BOOT::|delta| BOOT::|degQ| BOOT::|degP|) ; (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |PRS;degreeSubResultant;2polRNnipolR;23| ...) ; compiling (DEFUN |PRS;degreeSubResultantEuclidean;2polRNniR;24| ...) ; compiling (DEFUN |PRS;semiDegreeSubResultantEuclidean;2polRNniR;25| ...) ; file: /tmp/oa-Qg8XGD/code.lsp ; in: DEFUN |PRS;semiDegreeSubResultantEuclidean;2polRNniR;25| ; (DEFUN BOOT::|PRS;semiDegreeSubResultantEuclidean;2polRNniR;25| ; (BOOT::P BOOT::Q BOOT::|i| BOOT::$) ; (PROG (BOOT::|ss| BOOT::VQ BOOT::|pdiv| BOOT::VP BOOT::|s| BOOT::|delta|) ; (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRS;semiDegreeSubResultantEuclidean;2polRNniR;25| ; (BOOT::P BOOT::Q BOOT::|i| BOOT::$) ; (BLOCK BOOT::|PRS;semiDegreeSubResultantEuclidean;2polRNniR;25| ; (PROG (BOOT::|ss| BOOT::VQ BOOT::|pdiv| BOOT::VP BOOT::|s| ; BOOT::|delta|) ; (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |PRS;lastSubResultant;3polR;26| ...) ; compiling (DEFUN |PRS;lastSubResultantEuclidean;2polRR;27| ...) ; compiling (DEFUN |PRS;semiLastSubResultantEuclidean;2polRR;28| ...) ; file: /tmp/oa-Qg8XGD/code.lsp ; in: DEFUN |PRS;semiLastSubResultantEuclidean;2polRR;28| ; (DEFUN BOOT::|PRS;semiLastSubResultantEuclidean;2polRR;28| ; (BOOT::P BOOT::Q BOOT::$) ; (PROG (BOOT::|ss| BOOT::VZ BOOT::VQ BOOT::|pdiv| BOOT::VP BOOT::|s| ; BOOT::|degP| BOOT::Z) ; (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRS;semiLastSubResultantEuclidean;2polRR;28| ; (BOOT::P BOOT::Q BOOT::$) ; (BLOCK BOOT::|PRS;semiLastSubResultantEuclidean;2polRR;28| ; (PROG (BOOT::|ss| BOOT::VZ BOOT::VQ BOOT::|pdiv| BOOT::VP BOOT::|s| ; BOOT::|degP| BOOT::Z) ; (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |PRS;chainSubResultants;2polRL;29| ...) ; compiling (DEFUN |PRS;schema;2polRL;30| ...) ; compiling (DEFUN |PRS;subResultantGcd;3polR;31| ...) ; compiling (DEFUN |PRS;subResultantGcdEuclidean;2polRR;32| ...) ; compiling (DEFUN |PRS;semiSubResultantGcdEuclidean2;2polRR;33| ...) ; file: /tmp/oa-Qg8XGD/code.lsp ; in: DEFUN |PRS;semiSubResultantGcdEuclidean2;2polRR;33| ; (DEFUN BOOT::|PRS;semiSubResultantGcdEuclidean2;2polRR;33| ; (BOOT::P BOOT::Q BOOT::$) ; (PROG (BOOT::|ss| BOOT::|e|) ; (RETURN (COND (# #) (# #) (# #) (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRS;semiSubResultantGcdEuclidean2;2polRR;33| ; (BOOT::P BOOT::Q BOOT::$) ; (BLOCK BOOT::|PRS;semiSubResultantGcdEuclidean2;2polRR;33| ; (PROG (BOOT::|ss| BOOT::|e|) (RETURN (COND # # # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |PRS;semiSubResultantGcdEuclidean1;2polRR;34| ...) ; compiling (DEFUN |PRS;discriminant;polRR;35| ...) ; compiling (DEFUN |PRS;discriminantEuclidean;polRR;36| ...) ; file: /tmp/oa-Qg8XGD/code.lsp ; in: DEFUN |PRS;discriminantEuclidean;polRR;36| ; (DEFUN BOOT::|PRS;discriminantEuclidean;polRR;36| (BOOT::P BOOT::$) ; (PROG (BOOT::|rE| BOOT::|dP| BOOT::|a|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRS;discriminantEuclidean;polRR;36| ; (BOOT::P BOOT::$) ; (BLOCK BOOT::|PRS;discriminantEuclidean;polRR;36| ; (PROG (BOOT::|rE| BOOT::|dP| BOOT::|a|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |PRS;semiDiscriminantEuclidean;polRR;37| ...) ; file: /tmp/oa-Qg8XGD/code.lsp ; in: DEFUN |PRS;semiDiscriminantEuclidean;polRR;37| ; (DEFUN BOOT::|PRS;semiDiscriminantEuclidean;polRR;37| (BOOT::P BOOT::$) ; (PROG (BOOT::|rE| BOOT::|dP| BOOT::|a|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRS;semiDiscriminantEuclidean;polRR;37| ; (BOOT::P BOOT::$) ; (BLOCK BOOT::|PRS;semiDiscriminantEuclidean;polRR;37| ; (PROG (BOOT::|rE| BOOT::|dP| BOOT::|a|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |PRS;resultantReduit;2polRR;38| ...) ; compiling (DEFUN |PRS;resultantReduitEuclidean;2polRR;39| ...) ; compiling (DEFUN |PRS;semiResultantReduitEuclidean;2polRR;40| ...) ; compiling (DEFUN |PRS;gcdnaif| ...) ; compiling (DEFUN |PRS;gcd;3polR;42| ...) ; compiling (DEFUN |PseudoRemainderSequence| ...) ; compiling (DEFUN |PseudoRemainderSequence;| ...) ; compiling (MAKEPROP (QUOTE |PseudoRemainderSequence|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 14 notes ; /tmp/oa-Qg8XGD/code.fasl written ; compilation finished in 0:00:00.617 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SUBRESP.spad && cp SUBRESP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SUBRESP.fasl \ && if test -f SUBRESP-.NRLIB/code.fasl; then \ cp SUBRESP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SUBRESP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SUBRESP.spad using Spad compiler. SUBRESP abbreviates package SubResultantPackage debug: compDefine1 lhs: (SubResultantPackage R UP) signature (pre-evaluate): ((CATEGORY package (SIGNATURE subresultantVector ((PrimitiveArray UP) UP UP)) (IF (has R (EuclideanDomain)) (SIGNATURE primitivePart (UP UP R)) %noBranch)) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE subresultantVector ((PrimitiveArray UP) UP UP)) (IF (has R (EuclideanDomain)) (SIGNATURE primitivePart (UP UP R)) %noBranch)) $param: (R UP) debug: evaluateType form: (PrimitiveArray UP) $param: (R UP) Debug: evaluateType1 form: (PrimitiveArray UP) debug: evaluateType1 x: UP m: (Type) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: UP $param: (R UP) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE subresultantVector ((PrimitiveArray UP) UP UP)) (IF (has R (EuclideanDomain)) (SIGNATURE primitivePart (UP UP R)) %noBranch)) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for SubResultantPackage compiling into /tmp/oa-d7oYRW compiling exported primitivePart : (UP,R) -> UP Time: 0.07 SEC. compiling exported subresultantVector : (UP,UP) -> PrimitiveArray UP Time: 0.10 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor SubResultantPackage Time: 0.18 seconds finalizing NRLIB SUBRESP Processing SubResultantPackage for Browser database: -- subresultantVector : (UP,UP) -> PrimitiveArray UP -- primitivePart : (UP,R) -> UP -- constructor ; compiling file "/tmp/oa-d7oYRW/code.lsp" (written 01 FEB 2016 11:06:05 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SUBRESP;primitivePart;UPRUP;1| ...) ; compiling (DEFUN |SUBRESP;primitivePart;UPRUP;1!0| ...) ; compiling (DEFUN |SUBRESP;subresultantVector;2UPPa;2| ...) ; file: /tmp/oa-d7oYRW/code.lsp ; in: DEFUN |SUBRESP;subresultantVector;2UPPa;2| ; (DEFUN BOOT::|SUBRESP;subresultantVector;2UPPa;2| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (PROG (BOOT::|n| BOOT::|Sn|) ; (RETURN ; (LET (# # #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUBRESP;subresultantVector;2UPPa;2| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|SUBRESP;subresultantVector;2UPPa;2| ; (PROG (BOOT::|n| BOOT::|Sn|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-ARRAY &REST T). ; compiling (DEFUN |SubResultantPackage| ...) ; compiling (DEFUN |SubResultantPackage;| ...) ; compiling (MAKEPROP (QUOTE |SubResultantPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-d7oYRW/code.fasl written ; compilation finished in 0:00:00.060 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FNAME.spad && cp FNAME.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FNAME.fasl \ && if test -f FNAME-.NRLIB/code.fasl; then \ cp FNAME-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FNAME-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FNAME.spad using Spad compiler. FNAME abbreviates domain FileName debug: compDefine1 lhs: (FileName) signature (pre-evaluate): ((FileNameCategory)) debug: evaluateType form: (FileNameCategory) $param: NIL Debug: evaluateType1 form: (FileNameCategory) debug: compDefine1 signature (post evaluate): ((FileNameCategory)) ------------------------------------------------------------------------ initializing stationary directory for FileName compiling into /tmp/oa-A2uJlm compiling exported = : (%,%) -> Boolean FNAME;=;2$B;1 is replaced by %equal Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. compiling exported coerce : % -> String FNAME;coerce;$S;3 is replaced by NAMESTRING Time: 0.00 SEC. compiling exported coerce : String -> % FNAME;coerce;S$;4 is replaced by PARSE-NAMESTRING Time: 0.00 SEC. compiling exported filename : (String,String,String) -> % FNAME;filename;3S$;5 is replaced by fnameMake Time: 0 SEC. compiling exported directory : % -> String FNAME;directory;$S;6 is replaced by fnameDirectory Time: 0.00 SEC. compiling exported name : % -> String FNAME;name;$S;7 is replaced by fnameName Time: 0 SEC. compiling exported extension : % -> String FNAME;extension;$S;8 is replaced by fnameType Time: 0.00 SEC. compiling exported exists? : % -> Boolean Time: 0.00 SEC. compiling exported readable? : % -> Boolean Time: 0.01 SEC. compiling exported writable? : % -> Boolean Time: 0.01 SEC. compiling exported new : (String,String,String) -> % FNAME;new;3S$;12 is replaced by fnameNew Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor FileName Time: 0.06 seconds finalizing NRLIB FNAME Processing FileName for Browser database: -- constructor ; compiling file "/tmp/oa-A2uJlm/code.lsp" (written 01 FEB 2016 11:06:05 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FNAME;=;2$B;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FNAME;coerce;$S;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FNAME;coerce;S$;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FNAME;filename;3S$;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FNAME;directory;$S;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FNAME;name;$S;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FNAME;extension;$S;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FNAME;new;3S$;12|) ...) ; compiling (DEFUN |FNAME;=;2$B;1| ...) ; compiling (DEFUN |FNAME;coerce;$Of;2| ...) ; compiling (DEFUN |FNAME;coerce;$S;3| ...) ; compiling (DEFUN |FNAME;coerce;S$;4| ...) ; compiling (DEFUN |FNAME;filename;3S$;5| ...) ; compiling (DEFUN |FNAME;directory;$S;6| ...) ; file: /tmp/oa-A2uJlm/code.lsp ; in: DEFUN |FNAME;directory;$S;6| ; (DEFUN BOOT::|FNAME;directory;$S;6| (BOOT::|f| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|fnameDirectory| BOOT::|f|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FNAME;directory;$S;6| ; (BOOT::|f| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|FNAME;directory;$S;6| (BOOT::|fnameDirectory| BOOT::|f|))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |FNAME;name;$S;7| ...) ; file: /tmp/oa-A2uJlm/code.lsp ; in: DEFUN |FNAME;name;$S;7| ; (DEFUN BOOT::|FNAME;name;$S;7| (BOOT::|f| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|fnameName| BOOT::|f|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FNAME;name;$S;7| ; (BOOT::|f| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|FNAME;name;$S;7| (BOOT::|fnameName| BOOT::|f|))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |FNAME;extension;$S;8| ...) ; file: /tmp/oa-A2uJlm/code.lsp ; in: DEFUN |FNAME;extension;$S;8| ; (DEFUN BOOT::|FNAME;extension;$S;8| (BOOT::|f| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|fnameType| BOOT::|f|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FNAME;extension;$S;8| ; (BOOT::|f| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|FNAME;extension;$S;8| (BOOT::|fnameType| BOOT::|f|))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |FNAME;exists?;$B;9| ...) ; file: /tmp/oa-A2uJlm/code.lsp ; in: DEFUN |FNAME;exists?;$B;9| ; (DEFUN BOOT::|FNAME;exists?;$B;9| (BOOT::|f| BOOT::$) ; (BOOT::|existingFile?| (NAMESTRING BOOT::|f|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FNAME;exists?;$B;9| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|FNAME;exists?;$B;9| ; (BOOT::|existingFile?| (NAMESTRING BOOT::|f|)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |FNAME;readable?;$B;10| ...) ; file: /tmp/oa-A2uJlm/code.lsp ; in: DEFUN |FNAME;readable?;$B;10| ; (DEFUN BOOT::|FNAME;readable?;$B;10| (BOOT::|f| BOOT::$) ; (EQL (BOOT::|readablep| (NAMESTRING BOOT::|f|)) 1)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FNAME;readable?;$B;10| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|FNAME;readable?;$B;10| ; (EQL (BOOT::|readablep| (NAMESTRING BOOT::|f|)) 1))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |FNAME;writable?;$B;11| ...) ; file: /tmp/oa-A2uJlm/code.lsp ; in: DEFUN |FNAME;writable?;$B;11| ; (DEFUN BOOT::|FNAME;writable?;$B;11| (BOOT::|f| BOOT::$) ; (PLUSP (BOOT::|writeablep| (NAMESTRING BOOT::|f|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FNAME;writable?;$B;11| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|FNAME;writable?;$B;11| ; (PLUSP (BOOT::|writeablep| (NAMESTRING BOOT::|f|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |FNAME;new;3S$;12| ...) ; compiling (DEFUN |FileName| ...) ; compiling (DEFUN |FileName;| ...) ; compiling (MAKEPROP (QUOTE |FileName|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; printed 4 notes ; /tmp/oa-A2uJlm/code.fasl written ; compilation finished in 0:00:00.037 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FILE.spad && cp FILE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FILE.fasl \ && if test -f FILE-.NRLIB/code.fasl; then \ cp FILE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FILE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FILE.spad using Spad compiler. FILE abbreviates domain File debug: compDefine1 lhs: (File S) signature (pre-evaluate): ((Join (FileCategory (FileName) S) (CATEGORY domain (SIGNATURE readIfCan! ((Union S failed) $)))) (SetCategory)) debug: evaluateType form: (Join (FileCategory (FileName) S) (CATEGORY domain (SIGNATURE readIfCan! ((Union S failed) $)))) $param: (S) debug: evaluateType form: (FileCategory (FileName) S) $param: (S) Debug: evaluateType1 form: (FileCategory (FileName) S) debug: evaluateType1 x: (FileName) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (FileName) $param: (S) Debug: evaluateType1 form: (FileName) debug: evalCategory d: (FileName) c: (SetCategory) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE readIfCan! ((Union S failed) $))) $param: (S) debug: evaluateType form: (Union S failed) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: failed $param: (S) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Join (FileCategory (FileName) S) (CATEGORY domain (SIGNATURE readIfCan! ((Union S failed) $)))) (SetCategory)) debug: compDefine1 lhs: (File S) signature (pre-evaluate): ((Join (FileCategory (FileName) S) (CATEGORY domain (SIGNATURE readIfCan! ((Union S failed) $)))) NIL) debug: evaluateType form: (Join (FileCategory (FileName) S) (CATEGORY domain (SIGNATURE readIfCan! ((Union S failed) $)))) $param: (S) debug: evaluateType form: (FileCategory (FileName) S) $param: (S) Debug: evaluateType1 form: (FileCategory (FileName) S) debug: evaluateType1 x: (FileName) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (FileName) $param: (S) Debug: evaluateType1 form: (FileName) debug: evalCategory d: (FileName) c: (SetCategory) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE readIfCan! ((Union S failed) $))) $param: (S) debug: evaluateType form: (Union S failed) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: failed $param: (S) debug: compDefine1 signature (post evaluate): ((Join (FileCategory (FileName) S) (CATEGORY domain (SIGNATURE readIfCan! ((Union S failed) $)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for File compiling into /tmp/oa-JtUG4A compiling local defstream : (FileName,String) -> SExpression Time: 0.02 SEC. compiling exported = : (%,%) -> Boolean FILE;=;2$B;2(f1,f2) is replaced by %equal(%vref(f1,0),%vref(f2,0)) Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Time: 0 SEC. compiling exported open : FileName -> % Time: 0.00 SEC. compiling exported open : (FileName,String) -> % Time: 0 SEC. compiling exported reopen! : (%,String) -> % Time: 0.01 SEC. compiling exported close! : % -> % Time: 0 SEC. compiling exported name : % -> FileName FILE;name;$Fn;8 f is replaced by %vref(f,0) Time: 0 SEC. compiling exported iomode : % -> String FILE;iomode;$S;9 f is replaced by %vref(f,2) Time: 0.00 SEC. compiling exported read! : % -> S Time: 0.02 SEC. compiling exported readIfCan! : % -> Union(S,failed) Time: 0.01 SEC. compiling exported write! : (%,S) -> S Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] Type SExpression is not in scope. Import it [2] Type String is not in scope. Import it Cumulative Statistics for Constructor File Time: 0.09 seconds finalizing NRLIB FILE Processing File for Browser database: -- readIfCan! : % -> Union(S,"failed") -- constructor ; compiling file "/tmp/oa-JtUG4A/code.lsp" (written 01 FEB 2016 11:06:05 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FILE;=;2$B;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FILE;name;$Fn;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FILE;iomode;$S;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FILE;defstream| ...) ; compiling (DEFUN |FILE;=;2$B;2| ...) ; compiling (DEFUN |FILE;coerce;$Of;3| ...) ; compiling (DEFUN |FILE;open;Fn$;4| ...) ; compiling (DEFUN |FILE;open;FnS$;5| ...) ; compiling (DEFUN |FILE;reopen!;$S$;6| ...) ; compiling (DEFUN |FILE;close!;2$;7| ...) ; file: /tmp/oa-JtUG4A/code.lsp ; in: DEFUN |FILE;close!;2$;7| ; (DEFUN BOOT::|FILE;close!;2$;7| (BOOT::|f| BOOT::$) ; (PROGN ; (BOOT::SHUT (SVREF BOOT::|f| 1)) ; (SETF (SVREF BOOT::|f| 2) "closed") ; BOOT::|f|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FILE;close!;2$;7| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|FILE;close!;2$;7| ; (PROGN (BOOT::SHUT (SVREF BOOT::|f| 1)) (SETF # "closed") BOOT::|f|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |FILE;name;$Fn;8| ...) ; compiling (DEFUN |FILE;iomode;$S;9| ...) ; compiling (DEFUN |FILE;read!;$S;10| ...) ; compiling (DEFUN |FILE;readIfCan!;$U;11| ...) ; file: /tmp/oa-JtUG4A/code.lsp ; in: DEFUN |FILE;readIfCan!;$U;11| ; (DEFUN BOOT::|FILE;readIfCan!;$U;11| (BOOT::|f| BOOT::$) ; (COND ; ((BOOT::SPADCALL (SVREF BOOT::|f| 2) "input" ; (BOOT::|shellEntry| BOOT::$ 27)) ; (BOOT::|error| "File not in read state")) ; (T ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FILE;readIfCan!;$U;11| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|FILE;readIfCan!;$U;11| ; (COND ; ((BOOT::SPADCALL # "input" #) ; (BOOT::|error| "File not in read state")) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |FILE;write!;$2S;12| ...) ; file: /tmp/oa-JtUG4A/code.lsp ; in: DEFUN |FILE;write!;$2S;12| ; (LET ((BOOT::|z| (BOOT::PRINT-FULL BOOT::|x| (SVREF BOOT::|f| 1)))) ; (PROGN (TERPRI (SVREF BOOT::|f| 1)) BOOT::|x|)) ; ; caught STYLE-WARNING: ; The variable |z| is defined but never used. ; compiling (DEFUN |File| ...) ; compiling (DEFUN |File;| ...) ; compiling (MAKEPROP (QUOTE |File|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 1 note ; /tmp/oa-JtUG4A/code.fasl written ; compilation finished in 0:00:00.047 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile POLY2.spad && cp POLY2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/POLY2.fasl \ && if test -f POLY2-.NRLIB/code.fasl; then \ cp POLY2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/POLY2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/POLY2.spad using Spad compiler. POLY2 abbreviates package PolynomialFunctions2 debug: compDefine1 lhs: (PolynomialFunctions2 R S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((Polynomial S) (Mapping S R) (Polynomial R)))) (Ring) (Ring)) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((Polynomial S) (Mapping S R) (Polynomial R)))) $param: (R S) debug: evaluateType form: (Polynomial S) $param: (R S) Debug: evaluateType1 form: (Polynomial S) debug: evaluateType1 x: S m: (Ring) debug: evaluateType form: (Mapping S R) $param: (R S) debug: evaluateType form: S $param: (R S) debug: evaluateType form: R $param: (R S) debug: evaluateType form: (Polynomial R) $param: (R S) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Ring) $param: (R S) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Ring) $param: (R S) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((Polynomial S) (Mapping S R) (Polynomial R)))) (Ring) (Ring)) debug: compDefine1 lhs: (PolynomialFunctions2 R S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((Polynomial S) (Mapping S R) (Polynomial R)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((Polynomial S) (Mapping S R) (Polynomial R)))) $param: (R S) debug: evaluateType form: (Polynomial S) $param: (R S) Debug: evaluateType1 form: (Polynomial S) debug: evaluateType1 x: S m: (Ring) debug: evaluateType form: (Mapping S R) $param: (R S) debug: evaluateType form: S $param: (R S) debug: evaluateType form: R $param: (R S) debug: evaluateType form: (Polynomial R) $param: (R S) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((Polynomial S) (Mapping S R) (Polynomial R)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PolynomialFunctions2 compiling into /tmp/oa-GqHVJO compiling exported map : (R -> S,Polynomial R) -> Polynomial S Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor PolynomialFunctions2 Time: 0.04 seconds finalizing NRLIB POLY2 Processing PolynomialFunctions2 for Browser database: -- map : ((R -> S),Polynomial R) -> Polynomial S -- constructor ; compiling file "/tmp/oa-GqHVJO/code.lsp" (written 01 FEB 2016 11:06:05 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |POLY2;map;MPP;1| ...) ; compiling (DEFUN |POLY2;map;MPP;1!1| ...) ; compiling (DEFUN |POLY2;map;MPP;1!0| ...) ; compiling (DEFUN |PolynomialFunctions2| ...) ; compiling (DEFUN |PolynomialFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |PolynomialFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-GqHVJO/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/POLY2.fasl --optimize=3 POLY2.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/POLY2.spad using Spad compiler. POLY2 abbreviates package PolynomialFunctions2 debug: compDefine1 lhs: (PolynomialFunctions2 R S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((Polynomial S) (Mapping S R) (Polynomial R)))) (Ring) (Ring)) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((Polynomial S) (Mapping S R) (Polynomial R)))) $param: (R S) debug: evaluateType form: (Polynomial S) $param: (R S) Debug: evaluateType1 form: (Polynomial S) debug: evaluateType1 x: S m: (Ring) debug: evaluateType form: (Mapping S R) $param: (R S) debug: evaluateType form: S $param: (R S) debug: evaluateType form: R $param: (R S) debug: evaluateType form: (Polynomial R) $param: (R S) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Ring) $param: (R S) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Ring) $param: (R S) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((Polynomial S) (Mapping S R) (Polynomial R)))) (Ring) (Ring)) debug: compDefine1 lhs: (PolynomialFunctions2 R S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((Polynomial S) (Mapping S R) (Polynomial R)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((Polynomial S) (Mapping S R) (Polynomial R)))) $param: (R S) debug: evaluateType form: (Polynomial S) $param: (R S) Debug: evaluateType1 form: (Polynomial S) debug: evaluateType1 x: S m: (Ring) debug: evaluateType form: (Mapping S R) $param: (R S) debug: evaluateType form: S $param: (R S) debug: evaluateType form: R $param: (R S) debug: evaluateType form: (Polynomial R) $param: (R S) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((Polynomial S) (Mapping S R) (Polynomial R)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PolynomialFunctions2 compiling into /tmp/oa-EH1FY0 compiling exported map : (R -> S,Polynomial R) -> Polynomial S Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor PolynomialFunctions2 Time: 0.04 seconds finalizing NRLIB POLY2 Processing PolynomialFunctions2 for Browser database: -- map : ((R -> S),Polynomial R) -> Polynomial S -- constructor ; compiling file "/tmp/oa-EH1FY0/code.lsp" (written 01 FEB 2016 11:06:05 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |POLY2;map;MPP;1| ...) ; compiling (DEFUN |POLY2;map;MPP;1!1| ...) ; compiling (DEFUN |POLY2;map;MPP;1!0| ...) ; compiling (DEFUN |PolynomialFunctions2| ...) ; compiling (DEFUN |PolynomialFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |PolynomialFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-EH1FY0/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/INFSP.fasl --bootstrap INFSP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INFSP.spad using Spad compiler. INFSP abbreviates package InnerNumericFloatSolvePackage ------------------------------------------------------------------------ initializing stationary directory for InnerNumericFloatSolvePackage compiling into /tmp/oa-eyrL35 Time: 0.04 SEC. Cumulative Statistics for Constructor InnerNumericFloatSolvePackage Time: 0.04 seconds finalizing NRLIB INFSP ; compiling file "/tmp/oa-eyrL35/code.lsp" (written 01 FEB 2016 11:06:06 PM): ; compiling (DEFUN |InnerNumericFloatSolvePackage| ...) ; compiling (DEFUN |InnerNumericFloatSolvePackage;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-eyrL35/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/CMPLXRT.fasl --optimize=3 CMPLXRT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CMPLXRT.spad using Spad compiler. CMPLXRT abbreviates package ComplexRootPackage debug: compDefine1 lhs: (ComplexRootPackage UP Par) signature (pre-evaluate): ((CATEGORY package (SIGNATURE complexZeros ((List (Complex Par)) UP Par))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE complexZeros ((List (Complex Par)) UP Par))) $param: (UP Par) debug: evaluateType form: (List (Complex Par)) $param: (UP Par) Debug: evaluateType1 form: (List (Complex Par)) debug: evaluateType1 x: (Complex Par) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (UP Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Complex Par) $param: (UP Par) Debug: evaluateType1 form: (Complex Par) debug: evaluateType1 x: Par m: (CommutativeRing) debug: evalCategory d: (Complex Par) c: (Type) debug: evaluateType form: UP $param: (UP Par) debug: evaluateType form: Par $param: (UP Par) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE complexZeros ((List (Complex Par)) UP Par))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ComplexRootPackage compiling into /tmp/oa-xGgBsc compiling exported complexZeros : (UP,Par) -> List Complex Par Time: 0.58 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Warnings: [1] complexZeros: factors has no value [2] complexZeros: complex has no value Cumulative Statistics for Constructor ComplexRootPackage Time: 0.58 seconds finalizing NRLIB CMPLXRT Processing ComplexRootPackage for Browser database: -- complexZeros : (UP,Par) -> List CP --->../../x86_64-unknown-linux-gnu/src/algebra/cmplxrt.spad-->ComplexRootPackage(constructor): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/cmplxrt.spad-->ComplexRootPackage: Missing Description ; compiling file "/tmp/oa-xGgBsc/code.lsp" (written 01 FEB 2016 11:06:06 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |CMPLXRT;complexZeros;UPParL;1| ...) ; compiling (DEFUN |ComplexRootPackage| ...) ; compiling (DEFUN |ComplexRootPackage;| ...) ; compiling (MAKEPROP (QUOTE |ComplexRootPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-xGgBsc/code.fasl written ; compilation finished in 0:00:00.032 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/REAL0.fasl --optimize=3 REAL0.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/REAL0.spad using Spad compiler. REAL0 abbreviates package RealZeroPackage debug: compDefine1 lhs: (RealZeroPackage Pol) signature (pre-evaluate): ((CATEGORY package (SIGNATURE realZeros ((List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) Pol)) (SIGNATURE realZeros ((List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) Pol (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))))) (SIGNATURE realZeros ((List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) Pol (Fraction (Integer)))) (SIGNATURE realZeros ((List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) Pol (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) (Fraction (Integer)))) (SIGNATURE refine ((Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) Pol (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) (Fraction (Integer)))) (SIGNATURE refine ((Union (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) failed) Pol (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))))) (SIGNATURE midpoint ((Fraction (Integer)) (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))))) (SIGNATURE midpoints ((List (Fraction (Integer))) (List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))))))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE realZeros ((List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) Pol)) (SIGNATURE realZeros ((List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) Pol (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))))) (SIGNATURE realZeros ((List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) Pol (Fraction (Integer)))) (SIGNATURE realZeros ((List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) Pol (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) (Fraction (Integer)))) (SIGNATURE refine ((Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) Pol (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) (Fraction (Integer)))) (SIGNATURE refine ((Union (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) failed) Pol (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))))) (SIGNATURE midpoint ((Fraction (Integer)) (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))))) (SIGNATURE midpoints ((List (Fraction (Integer))) (List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))))))) $param: (Pol) debug: evaluateType form: (List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) $param: (Pol) Debug: evaluateType1 form: (List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) debug: evaluateType1 x: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Pol) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) $param: (Pol) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) c: (Type) debug: evaluateType form: Pol $param: (Pol) debug: evaluateType form: (List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) $param: (Pol) Debug: evaluateType1 form: (List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) debug: evaluateType1 x: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Pol) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) $param: (Pol) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) c: (Type) debug: evaluateType form: Pol $param: (Pol) debug: evaluateType form: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) $param: (Pol) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) $param: (Pol) Debug: evaluateType1 form: (List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) debug: evaluateType1 x: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Pol) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) $param: (Pol) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) c: (Type) debug: evaluateType form: Pol $param: (Pol) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) $param: (Pol) Debug: evaluateType1 form: (List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) debug: evaluateType1 x: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Pol) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) $param: (Pol) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) c: (Type) debug: evaluateType form: Pol $param: (Pol) debug: evaluateType form: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) $param: (Pol) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) $param: (Pol) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: Pol $param: (Pol) debug: evaluateType form: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) $param: (Pol) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Union (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) failed) $param: (Pol) debug: evaluateType form: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) $param: (Pol) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: failed $param: (Pol) debug: evaluateType form: Pol $param: (Pol) debug: evaluateType form: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) $param: (Pol) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) $param: (Pol) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) $param: (Pol) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (List (Fraction (Integer))) $param: (Pol) Debug: evaluateType1 form: (List (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Pol) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Type) debug: evaluateType form: (List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) $param: (Pol) Debug: evaluateType1 form: (List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) debug: evaluateType1 x: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Pol) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) $param: (Pol) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE realZeros ((List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) Pol)) (SIGNATURE realZeros ((List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) Pol (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))))) (SIGNATURE realZeros ((List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) Pol (Fraction (Integer)))) (SIGNATURE realZeros ((List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) Pol (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) (Fraction (Integer)))) (SIGNATURE refine ((Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) Pol (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) (Fraction (Integer)))) (SIGNATURE refine ((Union (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) failed) Pol (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))))) (SIGNATURE midpoint ((Fraction (Integer)) (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))))) (SIGNATURE midpoints ((List (Fraction (Integer))) (List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for RealZeroPackage compiling into /tmp/oa-CpjQf5 compiling local negate : Record(left: Fraction Integer,right: Fraction Integer) -> Record(left: Fraction Integer,right: Fraction Integer) Time: 0.09 SEC. compiling exported midpoint : Record(left: Fraction Integer,right: Fraction Integer) -> Fraction Integer Time: 0.02 SEC. compiling exported midpoints : List Record(left: Fraction Integer,right: Fraction Integer) -> List Fraction Integer Time: 0.02 SEC. compiling local makeSqfr : Pol -> Pol Time: 0.02 SEC. compiling exported realZeros : Pol -> List Record(left: Fraction Integer,right: Fraction Integer) Time: 0.01 SEC. compiling exported realZeros : (Pol,Fraction Integer) -> List Record(left: Fraction Integer,right: Fraction Integer) Time: 0.01 SEC. compiling exported realZeros : (Pol,Record(left: Fraction Integer,right: Fraction Integer)) -> List Record(left: Fraction Integer,right: Fraction Integer) Time: 0.02 SEC. compiling exported realZeros : (Pol,Record(left: Fraction Integer,right: Fraction Integer),Fraction Integer) -> List Record(left: Fraction Integer,right: Fraction Integer) Time: 0.01 SEC. compiling local ReZeroSqfr : Pol -> List Record(left: Fraction Integer,right: Fraction Integer) Time: 0.10 SEC. compiling local PosZero : Pol -> List Record(left: Fraction Integer,right: Fraction Integer) Time: 0.03 SEC. compiling local Zero1 : Pol -> List Record(left: Fraction Integer,right: Fraction Integer) Time: 0.21 SEC. compiling local rootBound : Pol -> Integer Time: 0.03 SEC. compiling local transMult : (Integer,Pol) -> Pol Time: 0.01 SEC. compiling local transMultInv : (Integer,Pol) -> Pol Time: 0.00 SEC. compiling local transAdd1 : Pol -> Pol Time: 0.03 SEC. compiling local minus : Pol -> Pol Time: 0.03 SEC. compiling local invert : Pol -> Pol Time: 0.02 SEC. compiling local var : Pol -> Integer Time: 0.00 SEC. compiling exported refine : (Pol,Record(left: Fraction Integer,right: Fraction Integer),Record(left: Fraction Integer,right: Fraction Integer)) -> Union(Record(left: Fraction Integer,right: Fraction Integer),failed) Time: 0.10 SEC. compiling exported refine : (Pol,Record(left: Fraction Integer,right: Fraction Integer),Fraction Integer) -> Record(left: Fraction Integer,right: Fraction Integer) Time: 0.21 SEC. (time taken in buildFunctor: 4) Time: 0.02 SEC. Warnings: [1] makeSqfr: not known that IntegralDomain is of mode CATEGORY(package,realZeros: Pol -> List Record(left: Fraction Integer,right: Fraction Integer),realZeros: (Pol,Record(left: Fraction Integer,right: Fraction Integer)) -> List Record(left: Fraction Integer,right: Fraction Integer),realZeros: (Pol,Fraction Integer) -> List Record(left: Fraction Integer,right: Fraction Integer),realZeros: (Pol,Record(left: Fraction Integer,right: Fraction Integer),Fraction Integer) -> List Record(left: Fraction Integer,right: Fraction Integer),refine: (Pol,Record(left: Fraction Integer,right: Fraction Integer),Fraction Integer) -> Record(left: Fraction Integer,right: Fraction Integer),refine: (Pol,Record(left: Fraction Integer,right: Fraction Integer),Record(left: Fraction Integer,right: Fraction Integer)) -> Union(Record(left: Fraction Integer,right: Fraction Integer),"failed"),midpoint: Record(left: Fraction Integer,right: Fraction Integer) -> Fraction Integer,midpoints: List Record(left: Fraction Integer,right: Fraction Integer) -> List Fraction Integer) [2] Zero1: G has no value [3] transMultInv: : NonNegativeInteger -- replace by pretend Cumulative Statistics for Constructor RealZeroPackage Time: 1.00 seconds finalizing NRLIB REAL0 Processing RealZeroPackage for Browser database: -- realZeros : Pol -> isoList -- realZeros : (Pol,Interval) -> isoList -- realZeros : (Pol,RN) -> isoList -- realZeros : (Pol,Interval,RN) -> isoList -- refine : (Pol,Interval,RN) -> Interval -- refine : (Pol,Interval,Interval) -> Union(Interval,"failed") -- midpoint : Interval -> RN -- midpoints : isoList -> List RN -- constructor ; compiling file "/tmp/oa-CpjQf5/code.lsp" (written 01 FEB 2016 11:06:07 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |REAL0;negate| ...) ; compiling (DEFUN |REAL0;midpoint;RF;2| ...) ; compiling (DEFUN |REAL0;midpoints;LL;3| ...) ; file: /tmp/oa-CpjQf5/code.lsp ; in: DEFUN |REAL0;midpoints;LL;3| ; (DEFUN BOOT::|REAL0;midpoints;LL;3| (BOOT::|li| BOOT::$) ; (LET ((#:G765 BOOT::|li|) (#:G569 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G765 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|REAL0;midpoints;LL;3| ; (BOOT::|li| BOOT::$) ; (BLOCK BOOT::|REAL0;midpoints;LL;3| ; (LET ((#:G765 BOOT::|li|) (#:G569 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |REAL0;makeSqfr| ...) ; compiling (DEFUN |REAL0;realZeros;PolL;5| ...) ; compiling (DEFUN |REAL0;realZeros;PolFL;6| ...) ; file: /tmp/oa-CpjQf5/code.lsp ; in: DEFUN |REAL0;realZeros;PolFL;6| ; (DEFUN BOOT::|REAL0;realZeros;PolFL;6| (BOOT::F BOOT::|rn| BOOT::$) ; (PROGN ; (SETQ BOOT::F (BOOT::|REAL0;makeSqfr| BOOT::F BOOT::$)) ; (LET ((#:G767 #) (#:G584 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|REAL0;realZeros;PolFL;6| ; (BOOT::F BOOT::|rn| BOOT::$) ; (BLOCK BOOT::|REAL0;realZeros;PolFL;6| ; (PROGN ; (SETQ BOOT::F #) ; (LET (# #) ; (LOOP # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |REAL0;realZeros;PolRL;7| ...) ; file: /tmp/oa-CpjQf5/code.lsp ; in: DEFUN |REAL0;realZeros;PolRL;7| ; (DEFUN BOOT::|REAL0;realZeros;PolRL;7| (BOOT::F BOOT::|bounds| BOOT::$) ; (PROG (BOOT::|rint|) ; (RETURN ; (PROGN ; (SETQ #) ; (LET # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|REAL0;realZeros;PolRL;7| ; (BOOT::F BOOT::|bounds| BOOT::$) ; (BLOCK BOOT::|REAL0;realZeros;PolRL;7| ; (PROG (BOOT::|rint|) (RETURN (PROGN # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |REAL0;realZeros;PolRFL;8| ...) ; file: /tmp/oa-CpjQf5/code.lsp ; in: DEFUN |REAL0;realZeros;PolRFL;8| ; (DEFUN BOOT::|REAL0;realZeros;PolRFL;8| ; (BOOT::F BOOT::|bounds| BOOT::|rn| BOOT::$) ; (PROGN ; (SETQ BOOT::F (BOOT::|REAL0;makeSqfr| BOOT::F BOOT::$)) ; (LET ((#:G769 #) (#:G597 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|REAL0;realZeros;PolRFL;8| ; (BOOT::F BOOT::|bounds| BOOT::|rn| BOOT::$) ; (BLOCK BOOT::|REAL0;realZeros;PolRFL;8| ; (PROGN ; (SETQ BOOT::F #) ; (LET (# #) ; (LOOP # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |REAL0;ReZeroSqfr| ...) ; file: /tmp/oa-CpjQf5/code.lsp ; in: DEFUN |REAL0;ReZeroSqfr| ; (DEFUN BOOT::|REAL0;ReZeroSqfr| (BOOT::F BOOT::$) ; (PROG (BOOT::K BOOT::J BOOT::|tempF| BOOT::|r|) ; (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|REAL0;ReZeroSqfr| ; (BOOT::F BOOT::$) ; (BLOCK BOOT::|REAL0;ReZeroSqfr| ; (PROG (BOOT::K BOOT::J BOOT::|tempF| BOOT::|r|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |REAL0;PosZero| ...) ; compiling (DEFUN |REAL0;Zero1| ...) ; compiling (DEFUN |REAL0;rootBound| ...) ; compiling (DEFUN |REAL0;transMult| ...) ; compiling (DEFUN |REAL0;transMultInv| ...) ; compiling (DEFUN |REAL0;transAdd1| ...) ; compiling (DEFUN |REAL0;minus| ...) ; compiling (DEFUN |REAL0;invert| ...) ; compiling (DEFUN |REAL0;var| ...) ; compiling (DEFUN |REAL0;refine;Pol2RU;19| ...) ; compiling (DEFUN |REAL0;refine;PolRFR;20| ...) ; compiling (DEFUN |RealZeroPackage| ...) ; compiling (DEFUN |RealZeroPackage;| ...) ; compiling (MAKEPROP (QUOTE |RealZeroPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 5 notes ; /tmp/oa-CpjQf5/code.fasl written ; compilation finished in 0:00:00.098 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/SUBRESP.fasl --optimize=3 SUBRESP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SUBRESP.spad using Spad compiler. SUBRESP abbreviates package SubResultantPackage debug: compDefine1 lhs: (SubResultantPackage R UP) signature (pre-evaluate): ((CATEGORY package (SIGNATURE subresultantVector ((PrimitiveArray UP) UP UP)) (IF (has R (EuclideanDomain)) (SIGNATURE primitivePart (UP UP R)) %noBranch)) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE subresultantVector ((PrimitiveArray UP) UP UP)) (IF (has R (EuclideanDomain)) (SIGNATURE primitivePart (UP UP R)) %noBranch)) $param: (R UP) debug: evaluateType form: (PrimitiveArray UP) $param: (R UP) Debug: evaluateType1 form: (PrimitiveArray UP) debug: evaluateType1 x: UP m: (Type) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: UP $param: (R UP) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE subresultantVector ((PrimitiveArray UP) UP UP)) (IF (has R (EuclideanDomain)) (SIGNATURE primitivePart (UP UP R)) %noBranch)) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for SubResultantPackage compiling into /tmp/oa-11leTf compiling exported primitivePart : (UP,R) -> UP Time: 0.09 SEC. compiling exported subresultantVector : (UP,UP) -> PrimitiveArray UP Time: 0.12 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor SubResultantPackage Time: 0.22 seconds finalizing NRLIB SUBRESP Processing SubResultantPackage for Browser database: -- subresultantVector : (UP,UP) -> PrimitiveArray UP -- primitivePart : (UP,R) -> UP -- constructor ; compiling file "/tmp/oa-11leTf/code.lsp" (written 01 FEB 2016 11:06:08 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SUBRESP;primitivePart;UPRUP;1| ...) ; compiling (DEFUN |SUBRESP;primitivePart;UPRUP;1!0| ...) ; compiling (DEFUN |SUBRESP;subresultantVector;2UPPa;2| ...) ; file: /tmp/oa-11leTf/code.lsp ; in: DEFUN |SUBRESP;subresultantVector;2UPPa;2| ; (DEFUN BOOT::|SUBRESP;subresultantVector;2UPPa;2| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (PROG (BOOT::|n| BOOT::|Sn|) ; (RETURN ; (LET (# # #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUBRESP;subresultantVector;2UPPa;2| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|SUBRESP;subresultantVector;2UPPa;2| ; (PROG (BOOT::|n| BOOT::|Sn|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-ARRAY &REST T). ; compiling (DEFUN |SubResultantPackage| ...) ; compiling (DEFUN |SubResultantPackage;| ...) ; compiling (MAKEPROP (QUOTE |SubResultantPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-11leTf/code.fasl written ; compilation finished in 0:00:00.062 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/OVAR.fasl --optimize=3 OVAR.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OVAR.spad using Spad compiler. OVAR abbreviates domain OrderedVariableList debug: compDefine1 lhs: (OrderedVariableList VariableList) signature (pre-evaluate): ((Join (OrderedFinite) (ConvertibleTo (Symbol)) (ConvertibleTo (InputForm)) (ConvertibleTo (Pattern (Float))) (ConvertibleTo (Pattern (Integer))) (CATEGORY domain (SIGNATURE variable ((Union $ failed) (Symbol))))) (List (Symbol))) debug: evaluateType form: (Join (OrderedFinite) (ConvertibleTo (Symbol)) (ConvertibleTo (InputForm)) (ConvertibleTo (Pattern (Float))) (ConvertibleTo (Pattern (Integer))) (CATEGORY domain (SIGNATURE variable ((Union $ failed) (Symbol))))) $param: (VariableList) debug: evaluateType form: (OrderedFinite) $param: (VariableList) Debug: evaluateType1 form: (OrderedFinite) debug: evaluateType form: (ConvertibleTo (Symbol)) $param: (VariableList) Debug: evaluateType1 form: (ConvertibleTo (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (VariableList) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (VariableList) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (ConvertibleTo (InputForm)) $param: (VariableList) Debug: evaluateType1 form: (ConvertibleTo (InputForm)) debug: evaluateType1 x: (InputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (VariableList) Debug: evaluateType1 form: (Type) debug: evaluateType form: (InputForm) $param: (VariableList) Debug: evaluateType1 form: (InputForm) debug: evalCategory d: (InputForm) c: (Type) debug: evaluateType form: (ConvertibleTo (Pattern (Float))) $param: (VariableList) Debug: evaluateType1 form: (ConvertibleTo (Pattern (Float))) debug: evaluateType1 x: (Pattern (Float)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (VariableList) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Pattern (Float)) $param: (VariableList) Debug: evaluateType1 form: (Pattern (Float)) debug: evaluateType1 x: (Float) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (VariableList) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Float) $param: (VariableList) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (SetCategory) debug: evalCategory d: (Pattern (Float)) c: (Type) debug: evaluateType form: (ConvertibleTo (Pattern (Integer))) $param: (VariableList) Debug: evaluateType1 form: (ConvertibleTo (Pattern (Integer))) debug: evaluateType1 x: (Pattern (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (VariableList) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Pattern (Integer)) $param: (VariableList) Debug: evaluateType1 form: (Pattern (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (VariableList) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: (VariableList) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evalCategory d: (Pattern (Integer)) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE variable ((Union $ failed) (Symbol)))) $param: (VariableList) debug: evaluateType form: (Union $ failed) $param: (VariableList) debug: evaluateType form: $ $param: (VariableList) debug: evaluateType form: failed $param: (VariableList) debug: evaluateType form: (Symbol) $param: (VariableList) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (List (Symbol)) $param: (VariableList) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (VariableList) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (VariableList) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (OrderedFinite) (ConvertibleTo (Symbol)) (ConvertibleTo (InputForm)) (ConvertibleTo (Pattern (Float))) (ConvertibleTo (Pattern (Integer))) (CATEGORY domain (SIGNATURE variable ((Union $ failed) (Symbol))))) (List (Symbol))) debug: compDefine1 lhs: (OrderedVariableList VariableList) signature (pre-evaluate): ((Join (OrderedFinite) (ConvertibleTo (Symbol)) (ConvertibleTo (InputForm)) (ConvertibleTo (Pattern (Float))) (ConvertibleTo (Pattern (Integer))) (CATEGORY domain (SIGNATURE variable ((Union $ failed) (Symbol))))) NIL) debug: evaluateType form: (Join (OrderedFinite) (ConvertibleTo (Symbol)) (ConvertibleTo (InputForm)) (ConvertibleTo (Pattern (Float))) (ConvertibleTo (Pattern (Integer))) (CATEGORY domain (SIGNATURE variable ((Union $ failed) (Symbol))))) $param: (VariableList) debug: evaluateType form: (OrderedFinite) $param: (VariableList) Debug: evaluateType1 form: (OrderedFinite) debug: evaluateType form: (ConvertibleTo (Symbol)) $param: (VariableList) Debug: evaluateType1 form: (ConvertibleTo (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (VariableList) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (VariableList) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (ConvertibleTo (InputForm)) $param: (VariableList) Debug: evaluateType1 form: (ConvertibleTo (InputForm)) debug: evaluateType1 x: (InputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (VariableList) Debug: evaluateType1 form: (Type) debug: evaluateType form: (InputForm) $param: (VariableList) Debug: evaluateType1 form: (InputForm) debug: evalCategory d: (InputForm) c: (Type) debug: evaluateType form: (ConvertibleTo (Pattern (Float))) $param: (VariableList) Debug: evaluateType1 form: (ConvertibleTo (Pattern (Float))) debug: evaluateType1 x: (Pattern (Float)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (VariableList) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Pattern (Float)) $param: (VariableList) Debug: evaluateType1 form: (Pattern (Float)) debug: evaluateType1 x: (Float) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (VariableList) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Float) $param: (VariableList) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (SetCategory) debug: evalCategory d: (Pattern (Float)) c: (Type) debug: evaluateType form: (ConvertibleTo (Pattern (Integer))) $param: (VariableList) Debug: evaluateType1 form: (ConvertibleTo (Pattern (Integer))) debug: evaluateType1 x: (Pattern (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (VariableList) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Pattern (Integer)) $param: (VariableList) Debug: evaluateType1 form: (Pattern (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (VariableList) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: (VariableList) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evalCategory d: (Pattern (Integer)) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE variable ((Union $ failed) (Symbol)))) $param: (VariableList) debug: evaluateType form: (Union $ failed) $param: (VariableList) debug: evaluateType form: $ $param: (VariableList) debug: evaluateType form: failed $param: (VariableList) debug: evaluateType form: (Symbol) $param: (VariableList) Debug: evaluateType1 form: (Symbol) debug: compDefine1 signature (post evaluate): ((Join (OrderedFinite) (ConvertibleTo (Symbol)) (ConvertibleTo (InputForm)) (ConvertibleTo (Pattern (Float))) (ConvertibleTo (Pattern (Integer))) (CATEGORY domain (SIGNATURE variable ((Union $ failed) (Symbol))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for OrderedVariableList compiling into /tmp/oa-zksJPF compiling exported convert : % -> Symbol Time: 0.08 SEC. compiling exported coerce : % -> OutputForm Time: 0.03 SEC. compiling exported convert : % -> InputForm Time: 0.06 SEC. compiling exported convert : % -> Pattern Integer Time: 0.02 SEC. compiling exported convert : % -> Pattern Float Time: 0.02 SEC. compiling exported index : PositiveInteger -> % OVAR;index;Pi$;6 i is replaced by i Time: 0.01 SEC. compiling exported lookup : % -> PositiveInteger OVAR;lookup;$Pi;7 j is replaced by j Time: 0.01 SEC. compiling exported size : () -> NonNegativeInteger Time: 0.01 SEC. compiling exported variable : Symbol -> Union(%,failed) Time: 0.01 SEC. compiling exported < : (%,%) -> Boolean OVAR;<;2$B;10(s1,s2) is replaced by %ilt(s2,s1) Time: 0.00 SEC. compiling exported = : (%,%) -> Boolean OVAR;=;2$B;11 is replaced by %ieq Time: 0.00 SEC. compiling exported latex : % -> String Time: 0.01 SEC. (time taken in buildFunctor: 4) Time: 0.01 SEC. Cumulative Statistics for Constructor OrderedVariableList Time: 0.28 seconds finalizing NRLIB OVAR Processing OrderedVariableList for Browser database: -- variable : Symbol -> Union(%,"failed") -- constructor ; compiling file "/tmp/oa-zksJPF/code.lsp" (written 01 FEB 2016 11:06:08 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OVAR;index;Pi$;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OVAR;lookup;$Pi;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OVAR;<;2$B;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OVAR;=;2$B;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OVAR;size;Nni;8|) ...) ; compiling (DEFUN |OVAR;convert;$S;1| ...) ; compiling (DEFUN |OVAR;coerce;$Of;2| ...) ; compiling (DEFUN |OVAR;convert;$If;3| ...) ; compiling (DEFUN |OVAR;convert;$P;4| ...) ; compiling (DEFUN |OVAR;convert;$P;5| ...) ; compiling (DEFUN |OVAR;index;Pi$;6| ...) ; compiling (DEFUN |OVAR;lookup;$Pi;7| ...) ; compiling (DEFUN |OVAR;size;Nni;8| ...) ; compiling (DEFUN |OVAR;variable;SU;9| ...) ; compiling (DEFUN |OVAR;<;2$B;10| ...) ; compiling (DEFUN |OVAR;=;2$B;11| ...) ; compiling (DEFUN |OVAR;latex;$S;12| ...) ; file: /tmp/oa-zksJPF/code.lsp ; in: DEFUN |OVAR;latex;$S;12| ; (DEFUN BOOT::|OVAR;latex;$S;12| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (BOOT::|OVAR;convert;$S;1| BOOT::|x| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 42))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|OVAR;latex;$S;12| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|OVAR;latex;$S;12| ; (BOOT::SPADCALL (BOOT::|OVAR;convert;$S;1| BOOT::|x| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 42)))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |OrderedVariableList| ...) ; compiling (DEFUN |OrderedVariableList;| ...) ; compiling (MAKEPROP (QUOTE |OrderedVariableList|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-zksJPF/code.fasl written ; compilation finished in 0:00:00.063 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/DIRPCAT.fasl --optimize=3 DIRPCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DIRPCAT.spad using Spad compiler. DIRPCAT abbreviates category DirectProductCategory debug: compDefine1 lhs: (DirectProductCategory dim R) signature (pre-evaluate): ((Category) (NonNegativeInteger) (Type)) debug: evaluateType form: (Category) $param: (dim R) debug: evaluateType form: (NonNegativeInteger) $param: (dim R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Type) $param: (dim R) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (NonNegativeInteger) (Type)) debug: compDefine1 lhs: (DirectProductCategory dim R) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (dim R) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for DirectProductCategory compiling into /tmp/oa-MeKVCe STYLE-WARNING: redefining BOOT::|DirectProductCategory| in DEFUN Time: 0.04 SEC. DIRPCAT- abbreviates package DirectProductCategory& ------------------------------------------------------------------------ initializing stationary directory for DirectProductCategory& compiling into /tmp/oa-QuaS08 compiling exported coerce : Integer -> S Time: 0.11 SEC. compiling exported characteristic : () -> NonNegativeInteger Time: 0 SEC. compiling exported differentiate : (S,R -> R) -> S Time: 0.00 SEC. compiling local equation2R : Vector S -> Matrix R Time: 0.02 SEC. compiling exported reducedSystem : Matrix S -> Matrix R Time: 0.04 SEC. compiling exported reducedSystem : (Matrix S,Vector S) -> Record(mat: Matrix R,vec: Vector R) Time: 0.02 SEC. compiling exported size : () -> NonNegativeInteger Time: 0.00 SEC. compiling exported / : (S,R) -> S Time: 0.01 SEC. compiling exported dimension : () -> CardinalNumber Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] reducedSystem: not known that Ring is of mode CATEGORY(package,coerce: Fraction Integer -> S,coerce: Integer -> S,differentiate: (S,Symbol) -> S,differentiate: (S,List Symbol) -> S,differentiate: (S,Symbol,NonNegativeInteger) -> S,differentiate: (S,List Symbol,List NonNegativeInteger) -> S,differentiate: S -> S,differentiate: (S,NonNegativeInteger) -> S,coerce: S -> OutputForm,characteristic: () -> NonNegativeInteger,reducedSystem: Matrix S -> Matrix Integer,reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix Integer,vec: Vector Integer),coerce: R -> S,differentiate: (S,(R -> R),NonNegativeInteger) -> S,differentiate: (S,(R -> R)) -> S,reducedSystem: Matrix S -> Matrix R,reducedSystem: (Matrix S,Vector S) -> Record(mat: Matrix R,vec: Vector R),size: () -> NonNegativeInteger,/: (S,R) -> S,dimension: () -> CardinalNumber,coerce: S -> Vector R) Cumulative Statistics for Constructor DirectProductCategory& Time: 0.23 seconds finalizing NRLIB DIRPCAT- ; compiling file "/tmp/oa-QuaS08/code.lsp" (written 01 FEB 2016 11:06:09 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DIRPCAT-;coerce;I$;1| ...) ; compiling (DEFUN |DIRPCAT-;characteristic;Nni;2| ...) ; file: /tmp/oa-QuaS08/code.lsp ; in: DEFUN |DIRPCAT-;characteristic;Nni;2| ; (DEFUN BOOT::|DIRPCAT-;characteristic;Nni;2| (BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 14)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DIRPCAT-;characteristic;Nni;2| ; (BOOT::$) ; (BLOCK BOOT::|DIRPCAT-;characteristic;Nni;2| ; (BOOT::|spadConstant| BOOT::$ 14))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |DIRPCAT-;differentiate;$M$;3| ...) ; compiling (DEFUN |DIRPCAT-;equation2R| ...) ; compiling (DEFUN |DIRPCAT-;reducedSystem;MM;5| ...) ; compiling (DEFUN |DIRPCAT-;reducedSystem;MVR;6| ...) ; compiling (DEFUN |DIRPCAT-;size;Nni;7| ...) ; compiling (DEFUN |DIRPCAT-;/;$R$;8| ...) ; compiling (DEFUN |DIRPCAT-;dimension;Cn;9| ...) ; compiling (DEFUN |DirectProductCategory&| ...) ; compiling (MAKEPROP (QUOTE |DirectProductCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-QuaS08/code.fasl written ; compilation finished in 0:00:00.042 ------------------------------------------------------------------------ finalizing NRLIB DIRPCAT Processing DirectProductCategory for Browser database: -- directProduct : Vector R -> % -- unitVector : PositiveInteger -> % -- dot : (%,%) -> R -- constructor ; compiling file "/tmp/oa-MeKVCe/code.lsp" (written 01 FEB 2016 11:06:09 PM): ; compiling (DEFPARAMETER |DirectProductCategory;AL| ...) ; compiling (DEFUN |DirectProductCategory;| ...) ; compiling (DEFUN |DirectProductCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-MeKVCe/code.fasl written ; compilation finished in 0:00:00.022 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/GDMP.fasl --optimize=3 GDMP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GDMP.spad using Spad compiler. GDMP abbreviates domain GeneralDistributedMultivariatePolynomial debug: compDefine1 lhs: (GeneralDistributedMultivariatePolynomial vl R E) signature (pre-evaluate): ((Join (PolynomialCategory R E (OrderedVariableList vl)) (CATEGORY domain (SIGNATURE reorder ($ $ (List (Integer)))))) NIL NIL NIL) debug: evaluateType form: (Join (PolynomialCategory R E (OrderedVariableList vl)) (CATEGORY domain (SIGNATURE reorder ($ $ (List (Integer)))))) $param: (vl R E) debug: evaluateType form: (PolynomialCategory R E (OrderedVariableList vl)) $param: (vl R E) Debug: evaluateType1 form: (PolynomialCategory R E (OrderedVariableList vl)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: E m: (OrderedAbelianMonoidSup) debug: evaluateType1 x: (OrderedVariableList vl) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (vl R E) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList vl) $param: (vl R E) Debug: evaluateType1 form: (OrderedVariableList vl) debug: evaluateType1 x: vl m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList vl) c: (OrderedSet) debug: evaluateType form: (CATEGORY domain (SIGNATURE reorder ($ $ (List (Integer))))) $param: (vl R E) debug: evaluateType form: (List (Integer)) $param: (vl R E) Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (vl R E) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (vl R E) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (PolynomialCategory R E (OrderedVariableList vl)) (CATEGORY domain (SIGNATURE reorder ($ $ (List (Integer)))))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for GeneralDistributedMultivariatePolynomial compiling into /tmp/oa-YsIlBC compiling exported zero? : % -> Boolean GDMP;zero?;$B;1 p is replaced by %peq(p,%nil) Time: 0.13 SEC. compiling exported totalDegree : % -> NonNegativeInteger Time: 0.04 SEC. compiling exported monomial : (%,OrderedVariableList vl,NonNegativeInteger) -> % Time: 0.02 SEC. compiling exported coerce : OrderedVariableList vl -> % Time: 0.00 SEC. compiling local listCoef : % -> List R Time: 0.01 SEC. compiling exported mainVariable : % -> Union(OrderedVariableList vl,failed) Time: 0.02 SEC. compiling exported ground? : % -> Boolean Time: 0.01 SEC. compiling exported retract : % -> R Time: 0.01 SEC. compiling exported retractIfCan : % -> Union(R,failed) Time: 0.00 SEC. compiling exported degree : (%,OrderedVariableList vl) -> NonNegativeInteger Time: 0.03 SEC. compiling exported minimumDegree : (%,OrderedVariableList vl) -> NonNegativeInteger Time: 0.03 SEC. compiling exported differentiate : (%,OrderedVariableList vl) -> % Time: 0.07 SEC. compiling exported degree : (%,List OrderedVariableList vl) -> List NonNegativeInteger Time: 0.04 SEC. compiling exported minimumDegree : (%,List OrderedVariableList vl) -> List NonNegativeInteger Time: 0.04 SEC. compiling exported numberOfMonomials : % -> NonNegativeInteger Time: 0.03 SEC. compiling exported monomial? : % -> Boolean Time: 0.02 SEC. compiling local maxNorm : % -> R Time: 0.04 SEC. compiling exported / : (%,R) -> % Time: 0.07 SEC. compiling exported variables : % -> List OrderedVariableList vl Time: 0.20 SEC. compiling exported reorder : (%,List Integer) -> % Time: 0.10 SEC. compiling exported univariate : (%,OrderedVariableList vl) -> SparseUnivariatePolynomial % Time: 0.05 SEC. compiling exported eval : (%,OrderedVariableList vl,%) -> % Time: 0.09 SEC. compiling exported eval : (%,OrderedVariableList vl,R) -> % Time: 0.04 SEC. compiling exported eval : (%,List OrderedVariableList vl,List R) -> % Time: 0.16 SEC. compiling local evalSortedVarlist : (%,List OrderedVariableList vl,List %) -> % Time: 0.09 SEC. compiling exported eval : (%,List OrderedVariableList vl,List %) -> % Time: 0.06 SEC. compiling exported multivariate : (SparseUnivariatePolynomial %,OrderedVariableList vl) -> % Time: 0.07 SEC. compiling exported univariate : % -> SparseUnivariatePolynomial R Time: 0.04 SEC. compiling exported multivariate : (SparseUnivariatePolynomial R,OrderedVariableList vl) -> % Time: 0.05 SEC. compiling exported content : % -> R Time: 0.02 SEC. compiling exported gcd : (%,%) -> % Time: 0.14 SEC. compiling exported gcd : (%,%) -> % Time: 0.00 SEC. compiling exported gcd : (%,%) -> % Time: 0.12 SEC. compiling exported coerce : % -> OutputForm Time: 0.81 SEC. (time taken in buildFunctor: 140) Time: 0.26 SEC. Warnings: [1] Rep differs from the base domain [2] zero?: : Rep -- replace by pretend [3] listCoef: : Rep -- replace by pretend [4] numberOfMonomials: : Rep -- replace by pretend [5] monomial?: : Rep -- replace by pretend [6] variables: : PositiveInteger -- should replace by @ [7] coerce: l has no value Cumulative Statistics for Constructor GeneralDistributedMultivariatePolynomial Time: 2.92 seconds --------------non extending category---------------------- GeneralDistributedMultivariatePolynomial(#1,#2,#3) of category PolynomialCategory(#2,#3,OrderedVariableList #1) with reorder : (%,List Integer) -> % has no IF(has#2IntegralDomain(),IF(has#3CancellationAbelianMonoid() ,fmecg: (%,#3,#2,%) -> %,%noBranch),%noBranch) ---------------------------------------------------------- finalizing NRLIB GDMP Processing GeneralDistributedMultivariatePolynomial for Browser database: -- reorder : (%,List Integer) -> % -- constructor ; compiling file "/tmp/oa-YsIlBC/code.lsp" (written 01 FEB 2016 11:06:12 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |GDMP;zero?;$B;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |GDMP;zero?;$B;1| ...) ; compiling (DEFUN |GDMP;totalDegree;$Nni;2| ...) ; file: /tmp/oa-YsIlBC/code.lsp ; in: DEFUN |GDMP;totalDegree;$Nni;2| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (+ BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; (DEFUN BOOT::|GDMP;totalDegree;$Nni;2| (BOOT::|p| BOOT::$) ; (COND ((NULL BOOT::|p|) 0) ; (T ; (LET (# # #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GDMP;totalDegree;$Nni;2| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|GDMP;totalDegree;$Nni;2| ; (COND ((NULL BOOT::|p|) 0) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |GDMP;monomial;$OvlNni$;3| ...) ; file: /tmp/oa-YsIlBC/code.lsp ; in: DEFUN |GDMP;monomial;$OvlNni$;3| ; (DEFUN BOOT::|GDMP;monomial;$OvlNni$;3| ; (BOOT::|p| BOOT::|v| BOOT::|e| BOOT::$) ; (LET ((BOOT::|locv| (BOOT::SPADCALL BOOT::|v| #))) ; (BOOT::SPADCALL BOOT::|p| ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 33) ; (BOOT::SPADCALL # #) ; (BOOT::|shellEntry| BOOT::$ 36)) ; (BOOT::|shellEntry| BOOT::$ 37)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GDMP;monomial;$OvlNni$;3| ; (BOOT::|p| BOOT::|v| BOOT::|e| BOOT::$) ; (BLOCK BOOT::|GDMP;monomial;$OvlNni$;3| ; (LET ((BOOT::|locv| #)) ; (BOOT::SPADCALL BOOT::|p| (BOOT::SPADCALL # # #) ; (BOOT::|shellEntry| BOOT::$ 37))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |GDMP;coerce;Ovl$;4| ...) ; compiling (DEFUN |GDMP;listCoef| ...) ; file: /tmp/oa-YsIlBC/code.lsp ; in: DEFUN |GDMP;listCoef| ; (LET ((BOOT::|rec| NIL)) ; (LET ((#:G799 BOOT::|p|) (#:G577 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G799 #)))) ; ; caught STYLE-WARNING: ; The variable |rec| is defined but never used. ; (DEFUN BOOT::|GDMP;listCoef| (BOOT::|p| BOOT::$) ; (LET ((BOOT::|rec| NIL)) ; (LET ((#:G799 BOOT::|p|) (#:G577 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GDMP;listCoef| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|GDMP;listCoef| ; (LET ((BOOT::|rec| NIL)) ; (LET (# #) ; (LOOP # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |GDMP;mainVariable;$U;6| ...) ; compiling (DEFUN |GDMP;ground?;$B;7| ...) ; compiling (DEFUN |GDMP;retract;$R;8| ...) ; compiling (DEFUN |GDMP;retractIfCan;$U;9| ...) ; compiling (DEFUN |GDMP;degree;$OvlNni;10| ...) ; file: /tmp/oa-YsIlBC/code.lsp ; in: DEFUN |GDMP;degree;$OvlNni;10| ; (DEFUN BOOT::|GDMP;degree;$OvlNni;10| (BOOT::|p| BOOT::|v| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::|GDMP;univariate;$OvlSup;21| BOOT::|p| BOOT::|v| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 55))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GDMP;degree;$OvlNni;10| ; (BOOT::|p| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|GDMP;degree;$OvlNni;10| ; (BOOT::SPADCALL ; (BOOT::|GDMP;univariate;$OvlSup;21| BOOT::|p| BOOT::|v| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 55)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |GDMP;minimumDegree;$OvlNni;11| ...) ; file: /tmp/oa-YsIlBC/code.lsp ; in: DEFUN |GDMP;minimumDegree;$OvlNni;11| ; (DEFUN BOOT::|GDMP;minimumDegree;$OvlNni;11| (BOOT::|p| BOOT::|v| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::|GDMP;univariate;$OvlSup;21| BOOT::|p| BOOT::|v| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 56))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GDMP;minimumDegree;$OvlNni;11| ; (BOOT::|p| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|GDMP;minimumDegree;$OvlNni;11| ; (BOOT::SPADCALL ; (BOOT::|GDMP;univariate;$OvlSup;21| BOOT::|p| BOOT::|v| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 56)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |GDMP;differentiate;$Ovl$;12| ...) ; compiling (DEFUN |GDMP;degree;$LL;13| ...) ; file: /tmp/oa-YsIlBC/code.lsp ; in: DEFUN |GDMP;degree;$LL;13| ; (DEFUN BOOT::|GDMP;degree;$LL;13| (BOOT::|p| BOOT::|lv| BOOT::$) ; (LET ((#:G801 BOOT::|lv|) (#:G614 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G801 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GDMP;degree;$LL;13| ; (BOOT::|p| BOOT::|lv| BOOT::$) ; (BLOCK BOOT::|GDMP;degree;$LL;13| ; (LET ((#:G801 BOOT::|lv|) (#:G614 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS UNSIGNED-BYTE T)) &REST T). ; compiling (DEFUN |GDMP;minimumDegree;$LL;14| ...) ; file: /tmp/oa-YsIlBC/code.lsp ; in: DEFUN |GDMP;minimumDegree;$LL;14| ; (DEFUN BOOT::|GDMP;minimumDegree;$LL;14| (BOOT::|p| BOOT::|lv| BOOT::$) ; (LET ((#:G802 BOOT::|lv|) (#:G617 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G802 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GDMP;minimumDegree;$LL;14| ; (BOOT::|p| BOOT::|lv| BOOT::$) ; (BLOCK BOOT::|GDMP;minimumDegree;$LL;14| ; (LET ((#:G802 BOOT::|lv|) (#:G617 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS UNSIGNED-BYTE T)) &REST T). ; compiling (DEFUN |GDMP;numberOfMonomials;$Nni;15| ...) ; file: /tmp/oa-YsIlBC/code.lsp ; in: DEFUN |GDMP;numberOfMonomials;$Nni;15| ; (DEFUN BOOT::|GDMP;numberOfMonomials;$Nni;15| (BOOT::|p| BOOT::$) ; (LET ((BOOT::|l| BOOT::|p|)) ; (COND ((NULL BOOT::|l|) 1) (T (LIST-LENGTH BOOT::|l|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GDMP;numberOfMonomials;$Nni;15| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|GDMP;numberOfMonomials;$Nni;15| ; (LET ((BOOT::|l| BOOT::|p|)) ; (COND (# 1) (T #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |GDMP;monomial?;$B;16| ...) ; file: /tmp/oa-YsIlBC/code.lsp ; in: DEFUN |GDMP;monomial?;$B;16| ; (DEFUN BOOT::|GDMP;monomial?;$B;16| (BOOT::|p| BOOT::$) ; (LET ((BOOT::|l| BOOT::|p|)) ; (OR (NULL BOOT::|l|) (NULL (CDR BOOT::|l|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GDMP;monomial?;$B;16| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|GDMP;monomial?;$B;16| ; (LET ((BOOT::|l| BOOT::|p|)) ; (OR (NULL BOOT::|l|) (NULL #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |GDMP;maxNorm| ...) ; file: /tmp/oa-YsIlBC/code.lsp ; in: DEFUN |GDMP;maxNorm| ; (LET ((BOOT::|l| NIL) (BOOT::|m| (BOOT::|spadConstant| BOOT::$ 72))) ; (PROGN ; (LET ((#:G803 #)) ; (LOOP (COND # #) ; (SETQ #))) ; BOOT::|m|)) ; ; caught STYLE-WARNING: ; The variable |l| is defined but never used. ; compiling (DEFUN |GDMP;/;$R$;18| ...) ; file: /tmp/oa-YsIlBC/code.lsp ; in: DEFUN |GDMP;/;$R$;18| ; (DEFUN BOOT::|GDMP;/;$R$;18| (BOOT::|p| BOOT::|r| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 75)) ; BOOT::|p| (BOOT::|shellEntry| BOOT::$ 76))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GDMP;/;$R$;18| ; (BOOT::|p| BOOT::|r| BOOT::$) ; (BLOCK BOOT::|GDMP;/;$R$;18| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 75)) BOOT::|p| ; (BOOT::|shellEntry| BOOT::$ 76)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |GDMP;variables;$L;19| ...) ; file: /tmp/oa-YsIlBC/code.lsp ; in: DEFUN |GDMP;variables;$L;19| ; (DEFUN BOOT::|GDMP;variables;$L;19| (BOOT::|p| BOOT::$) ; (PROG (BOOT::|tdeg|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GDMP;variables;$L;19| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|GDMP;variables;$L;19| ; (PROG (BOOT::|tdeg|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |p| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |GDMP;reorder;$L$;20| ...) ; file: /tmp/oa-YsIlBC/code.lsp ; in: DEFUN |GDMP;reorder;$L$;20| ; (DEFUN BOOT::|GDMP;reorder;$L$;20| (BOOT::|p| BOOT::|perm| BOOT::$) ; (COND ; ((BOOT::SPADCALL (LIST-LENGTH BOOT::|perm|) ; (BOOT::|shellEntry| BOOT::$ 15) ; (BOOT::|shellEntry| BOOT::$ 91)) ; (BOOT::|error| "must be a complete permutation of all vars")) ; (T ; (LET (#) ; (BOOT::SPADCALL # BOOT::|q| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GDMP;reorder;$L$;20| ; (BOOT::|p| BOOT::|perm| BOOT::$) ; (BLOCK BOOT::|GDMP;reorder;$L$;20| ; (COND ; ((BOOT::SPADCALL # # #) ; (BOOT::|error| "must be a complete permutation of all vars")) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |GDMP;reorder;$L$;20!0| ...) ; compiling (DEFUN |GDMP;univariate;$OvlSup;21| ...) ; compiling (DEFUN |GDMP;eval;$Ovl2$;22| ...) ; file: /tmp/oa-YsIlBC/code.lsp ; in: DEFUN |GDMP;eval;$Ovl2$;22| ; (DEFUN BOOT::|GDMP;eval;$Ovl2$;22| (BOOT::|p| BOOT::|v| BOOT::|val| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::|GDMP;univariate;$OvlSup;21| BOOT::|p| BOOT::|v| BOOT::$) ; BOOT::|val| (BOOT::|shellEntry| BOOT::$ 99))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GDMP;eval;$Ovl2$;22| ; (BOOT::|p| BOOT::|v| BOOT::|val| BOOT::$) ; (BLOCK BOOT::|GDMP;eval;$Ovl2$;22| ; (BOOT::SPADCALL ; (BOOT::|GDMP;univariate;$OvlSup;21| BOOT::|p| BOOT::|v| BOOT::$) ; BOOT::|val| (BOOT::|shellEntry| BOOT::$ 99)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |GDMP;eval;$OvlR$;23| ...) ; compiling (DEFUN |GDMP;eval;$LL$;24| ...) ; compiling (DEFUN |GDMP;evalSortedVarlist| ...) ; file: /tmp/oa-YsIlBC/code.lsp ; in: DEFUN |GDMP;evalSortedVarlist| ; (DEFUN BOOT::|GDMP;evalSortedVarlist| ; (BOOT::|p| BOOT::|Lvar| BOOT::|Lpval| BOOT::$) ; (PROG (BOOT::|pts| BOOT::|pval| BOOT::|mvar| BOOT::|pv|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GDMP;evalSortedVarlist| ; (BOOT::|p| BOOT::|Lvar| BOOT::|Lpval| BOOT::$) ; (BLOCK BOOT::|GDMP;evalSortedVarlist| ; (PROG (BOOT::|pts| BOOT::|pval| BOOT::|mvar| BOOT::|pv|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |GDMP;evalSortedVarlist!0| ...) ; compiling (DEFUN |GDMP;eval;$LL$;26| ...) ; compiling (DEFUN |GDMP;eval;$LL$;26!0| ...) ; compiling (DEFUN |GDMP;multivariate;SupOvl$;27| ...) ; file: /tmp/oa-YsIlBC/code.lsp ; in: DEFUN |GDMP;multivariate;SupOvl$;27| ; (DEFUN BOOT::|GDMP;multivariate;SupOvl$;27| (BOOT::|p1| BOOT::|v| BOOT::$) ; (COND ; ((BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 96) BOOT::|p1| ; (BOOT::|shellEntry| BOOT::$ 128)) ; (BOOT::|spadConstant| BOOT::$ 24)) ; ((ZEROP (BOOT::SPADCALL BOOT::|p1| #)) ; (BOOT::SPADCALL BOOT::|p1| (BOOT::|shellEntry| BOOT::$ 130))) ; (T ; (BOOT::SPADCALL (BOOT::SPADCALL # # #) ; (BOOT::|GDMP;multivariate;SupOvl$;27| # BOOT::|v| ; BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 133))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GDMP;multivariate;SupOvl$;27| ; (BOOT::|p1| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|GDMP;multivariate;SupOvl$;27| ; (COND ; ((BOOT::SPADCALL # BOOT::|p1| #) (BOOT::|spadConstant| BOOT::$ 24)) ; ((ZEROP #) (BOOT::SPADCALL BOOT::|p1| #)) (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |GDMP;univariate;$Sup;28| ...) ; compiling (DEFUN |GDMP;multivariate;SupOvl$;29| ...) ; file: /tmp/oa-YsIlBC/code.lsp ; in: DEFUN |GDMP;multivariate;SupOvl$;29| ; (DEFUN BOOT::|GDMP;multivariate;SupOvl$;29| (BOOT::|p| BOOT::|v| BOOT::$) ; (COND ; ((BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 136) BOOT::|p| ; (BOOT::|shellEntry| BOOT::$ 141)) ; (BOOT::|spadConstant| BOOT::$ 24)) ; (T ; (BOOT::SPADCALL (BOOT::SPADCALL # # #) ; (BOOT::|GDMP;multivariate;SupOvl$;29| # BOOT::|v| ; BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 133))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GDMP;multivariate;SupOvl$;29| ; (BOOT::|p| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|GDMP;multivariate;SupOvl$;29| ; (COND ; ((BOOT::SPADCALL # BOOT::|p| #) (BOOT::|spadConstant| BOOT::$ 24)) ; (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |GDMP;content;$R;30| ...) ; compiling (DEFUN |GDMP;gcd;3$;31| ...) ; file: /tmp/oa-YsIlBC/code.lsp ; in: DEFUN |GDMP;gcd;3$;31| ; (DEFUN BOOT::|GDMP;gcd;3$;31| (BOOT::|p| BOOT::|q| BOOT::$) ; (PROG (BOOT::|qv|) ; (RETURN ; (LET (# #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GDMP;gcd;3$;31| ; (BOOT::|p| BOOT::|q| BOOT::$) ; (BLOCK BOOT::|GDMP;gcd;3$;31| ; (PROG (BOOT::|qv|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |GDMP;gcd;3$;32| ...) ; file: /tmp/oa-YsIlBC/code.lsp ; in: DEFUN |GDMP;gcd;3$;32| ; (DEFUN BOOT::|GDMP;gcd;3$;32| (BOOT::|p| BOOT::|q| BOOT::$) ; (BOOT::SPADCALL BOOT::|p| BOOT::|q| (BOOT::|shellEntry| BOOT::$ 154))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GDMP;gcd;3$;32| ; (BOOT::|p| BOOT::|q| BOOT::$) ; (BLOCK BOOT::|GDMP;gcd;3$;32| ; (BOOT::SPADCALL BOOT::|p| BOOT::|q| (BOOT::|shellEntry| BOOT::$ 154)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |GDMP;gcd;3$;33| ...) ; file: /tmp/oa-YsIlBC/code.lsp ; in: DEFUN |GDMP;gcd;3$;33| ; (DEFUN BOOT::|GDMP;gcd;3$;33| (BOOT::|p| BOOT::|q| BOOT::$) ; (PROG (BOOT::|qv|) ; (RETURN ; (LET (# #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GDMP;gcd;3$;33| ; (BOOT::|p| BOOT::|q| BOOT::$) ; (BLOCK BOOT::|GDMP;gcd;3$;33| ; (PROG (BOOT::|qv|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |GDMP;coerce;$Of;34| ...) ; compiling (DEFUN |GeneralDistributedMultivariatePolynomial| ...) ; compiling (DEFUN |GeneralDistributedMultivariatePolynomial;| ...) ; compiling (MAKEPROP (QUOTE |GeneralDistributedMultivariatePolynomial|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 6 STYLE-WARNING conditions ; printed 18 notes ; /tmp/oa-YsIlBC/code.fasl written ; compilation finished in 0:00:00.212 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/DIRPCAT.fasl --bootstrap DIRPCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DIRPCAT.spad using Spad compiler. DIRPCAT abbreviates category DirectProductCategory ------------------------------------------------------------------------ initializing stationary directory for DirectProductCategory compiling into /tmp/oa-O349sc STYLE-WARNING: redefining BOOT::|DirectProductCategory| in DEFUN Time: 0.04 SEC. finalizing NRLIB DIRPCAT ; compiling file "/tmp/oa-O349sc/code.lsp" (written 01 FEB 2016 11:06:12 PM): ; compiling (DEFPARAMETER |DirectProductCategory;AL| ...) ; compiling (DEFUN |DirectProductCategory;| ...) ; compiling (DEFUN |DirectProductCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-O349sc/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/HDP.fasl --bootstrap HDP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/HDP.spad using Spad compiler. HDP abbreviates domain HomogeneousDirectProduct ------------------------------------------------------------------------ initializing stationary directory for HomogeneousDirectProduct compiling into /tmp/oa-l1xIsi Time: 0.05 SEC. Cumulative Statistics for Constructor HomogeneousDirectProduct Time: 0.05 seconds finalizing NRLIB HDP ; compiling file "/tmp/oa-l1xIsi/code.lsp" (written 01 FEB 2016 11:06:13 PM): ; compiling (DEFUN |HomogeneousDirectProduct| ...) ; compiling (DEFUN |HomogeneousDirectProduct;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-l1xIsi/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/HDMP.fasl --optimize=3 HDMP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/HDMP.spad using Spad compiler. HDMP abbreviates domain HomogeneousDistributedMultivariatePolynomial debug: compDefine1 lhs: (HomogeneousDistributedMultivariatePolynomial vl R) signature (pre-evaluate): ((Join (PolynomialCategory R (HomogeneousDirectProduct (# vl) (NonNegativeInteger)) (OrderedVariableList vl)) (CATEGORY domain (SIGNATURE reorder ($ $ (List (Integer)))))) NIL NIL) debug: evaluateType form: (Join (PolynomialCategory R (HomogeneousDirectProduct (# vl) (NonNegativeInteger)) (OrderedVariableList vl)) (CATEGORY domain (SIGNATURE reorder ($ $ (List (Integer)))))) $param: (vl R) debug: evaluateType form: (PolynomialCategory R (HomogeneousDirectProduct (# vl) (NonNegativeInteger)) (OrderedVariableList vl)) $param: (vl R) Debug: evaluateType1 form: (PolynomialCategory R (HomogeneousDirectProduct (# vl) (NonNegativeInteger)) (OrderedVariableList vl)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: (HomogeneousDirectProduct (# vl) (NonNegativeInteger)) m: (OrderedAbelianMonoidSup) debug: evaluateType1 categoryForm: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (vl R) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (HomogeneousDirectProduct (# vl) (NonNegativeInteger)) $param: (vl R) Debug: evaluateType1 form: (HomogeneousDirectProduct (# vl) (NonNegativeInteger)) debug: evaluateType1 x: (# vl) m: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (vl R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType1 x: (NonNegativeInteger) m: (OrderedAbelianMonoidSup) debug: evaluateType1 categoryForm: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (vl R) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (NonNegativeInteger) $param: (vl R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (OrderedAbelianMonoidSup) debug: evalCategory d: (HomogeneousDirectProduct (# vl) (NonNegativeInteger)) c: (OrderedAbelianMonoidSup) debug: evaluateType1 x: (OrderedVariableList vl) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (vl R) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList vl) $param: (vl R) Debug: evaluateType1 form: (OrderedVariableList vl) debug: evaluateType1 x: vl m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList vl) c: (OrderedSet) debug: evaluateType form: (CATEGORY domain (SIGNATURE reorder ($ $ (List (Integer))))) $param: (vl R) debug: evaluateType form: (List (Integer)) $param: (vl R) Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (vl R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (vl R) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (PolynomialCategory R (HomogeneousDirectProduct (# vl) (NonNegativeInteger)) (OrderedVariableList vl)) (CATEGORY domain (SIGNATURE reorder ($ $ (List (Integer)))))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for HomogeneousDistributedMultivariatePolynomial compiling into /tmp/oa-Aw11cx (time taken in buildFunctor: 160) Time: 0.39 SEC. Cumulative Statistics for Constructor HomogeneousDistributedMultivariatePolynomial Time: 0.39 seconds finalizing NRLIB HDMP Processing HomogeneousDistributedMultivariatePolynomial for Browser database: -- reorder : (%,List Integer) -> % -- constructor ; compiling file "/tmp/oa-Aw11cx/code.lsp" (written 01 FEB 2016 11:06:13 PM): ; compiling (DEFUN |HomogeneousDistributedMultivariatePolynomial| ...) ; compiling (DEFUN |HomogeneousDistributedMultivariatePolynomial;| ...) ; compiling (MAKEPROP (QUOTE |HomogeneousDistributedMultivariatePolynomial|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Aw11cx/code.fasl written ; compilation finished in 0:00:00.025 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/MPC3.fasl --bootstrap MPC3.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MPC3.spad using Spad compiler. MPC3 abbreviates package MPolyCatFunctions3 ------------------------------------------------------------------------ initializing stationary directory for MPolyCatFunctions3 compiling into /tmp/oa-Y2FYei Time: 0.05 SEC. Cumulative Statistics for Constructor MPolyCatFunctions3 Time: 0.05 seconds finalizing NRLIB MPC3 ; compiling file "/tmp/oa-Y2FYei/code.lsp" (written 01 FEB 2016 11:06:13 PM): ; compiling (DEFUN |MPolyCatFunctions3| ...) ; compiling (DEFUN |MPolyCatFunctions3;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-Y2FYei/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/GDMP.fasl --bootstrap GDMP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GDMP.spad using Spad compiler. GDMP abbreviates domain GeneralDistributedMultivariatePolynomial ------------------------------------------------------------------------ initializing stationary directory for GeneralDistributedMultivariatePolynomial compiling into /tmp/oa-gsX23m Time: 0.09 SEC. Cumulative Statistics for Constructor GeneralDistributedMultivariatePolynomial Time: 0.09 seconds finalizing NRLIB GDMP ; compiling file "/tmp/oa-gsX23m/code.lsp" (written 01 FEB 2016 11:06:14 PM): ; compiling (DEFUN |GeneralDistributedMultivariatePolynomial| ...) ; compiling (DEFUN |GeneralDistributedMultivariatePolynomial;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-gsX23m/code.fasl written ; compilation finished in 0:00:00.024 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/DMP.fasl --bootstrap DMP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DMP.spad using Spad compiler. DMP abbreviates domain DistributedMultivariatePolynomial ------------------------------------------------------------------------ initializing stationary directory for DistributedMultivariatePolynomial compiling into /tmp/oa-1ULWID Time: 0.06 SEC. Cumulative Statistics for Constructor DistributedMultivariatePolynomial Time: 0.06 seconds finalizing NRLIB DMP ; compiling file "/tmp/oa-1ULWID/code.lsp" (written 01 FEB 2016 11:06:14 PM): ; compiling (DEFUN |DistributedMultivariatePolynomial| ...) ; compiling (DEFUN |DistributedMultivariatePolynomial;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-1ULWID/code.fasl written ; compilation finished in 0:00:00.024 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/DIRPROD.fasl --bootstrap DIRPROD.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DIRPROD.spad using Spad compiler. DIRPROD abbreviates domain DirectProduct ------------------------------------------------------------------------ initializing stationary directory for DirectProduct compiling into /tmp/oa-6ky63X Time: 0.07 SEC. Cumulative Statistics for Constructor DirectProduct Time: 0.07 seconds finalizing NRLIB DIRPROD ; compiling file "/tmp/oa-6ky63X/code.lsp" (written 01 FEB 2016 11:06:14 PM): ; compiling (DEFUN |DirectProduct| ...) ; compiling (DEFUN |DirectProduct;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-6ky63X/code.fasl written ; compilation finished in 0:00:00.022 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/POLTOPOL.fasl --optimize=3 POLTOPOL.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/POLTOPOL.spad using Spad compiler. POLTOPOL abbreviates package PolToPol debug: compDefine1 lhs: (PolToPol lv R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE dmpToHdmp ((HomogeneousDistributedMultivariatePolynomial lv R) (DistributedMultivariatePolynomial lv R))) (SIGNATURE hdmpToDmp ((DistributedMultivariatePolynomial lv R) (HomogeneousDistributedMultivariatePolynomial lv R))) (SIGNATURE pToHdmp ((HomogeneousDistributedMultivariatePolynomial lv R) (Polynomial R))) (SIGNATURE hdmpToP ((Polynomial R) (HomogeneousDistributedMultivariatePolynomial lv R))) (SIGNATURE dmpToP ((Polynomial R) (DistributedMultivariatePolynomial lv R))) (SIGNATURE pToDmp ((DistributedMultivariatePolynomial lv R) (Polynomial R)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE dmpToHdmp ((HomogeneousDistributedMultivariatePolynomial lv R) (DistributedMultivariatePolynomial lv R))) (SIGNATURE hdmpToDmp ((DistributedMultivariatePolynomial lv R) (HomogeneousDistributedMultivariatePolynomial lv R))) (SIGNATURE pToHdmp ((HomogeneousDistributedMultivariatePolynomial lv R) (Polynomial R))) (SIGNATURE hdmpToP ((Polynomial R) (HomogeneousDistributedMultivariatePolynomial lv R))) (SIGNATURE dmpToP ((Polynomial R) (DistributedMultivariatePolynomial lv R))) (SIGNATURE pToDmp ((DistributedMultivariatePolynomial lv R) (Polynomial R)))) $param: (lv R) debug: evaluateType form: (HomogeneousDistributedMultivariatePolynomial lv R) $param: (lv R) Debug: evaluateType1 form: (HomogeneousDistributedMultivariatePolynomial lv R) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (DistributedMultivariatePolynomial lv R) $param: (lv R) Debug: evaluateType1 form: (DistributedMultivariatePolynomial lv R) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (DistributedMultivariatePolynomial lv R) $param: (lv R) Debug: evaluateType1 form: (DistributedMultivariatePolynomial lv R) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (HomogeneousDistributedMultivariatePolynomial lv R) $param: (lv R) Debug: evaluateType1 form: (HomogeneousDistributedMultivariatePolynomial lv R) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (HomogeneousDistributedMultivariatePolynomial lv R) $param: (lv R) Debug: evaluateType1 form: (HomogeneousDistributedMultivariatePolynomial lv R) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Polynomial R) $param: (lv R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Polynomial R) $param: (lv R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (HomogeneousDistributedMultivariatePolynomial lv R) $param: (lv R) Debug: evaluateType1 form: (HomogeneousDistributedMultivariatePolynomial lv R) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Polynomial R) $param: (lv R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (DistributedMultivariatePolynomial lv R) $param: (lv R) Debug: evaluateType1 form: (DistributedMultivariatePolynomial lv R) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (DistributedMultivariatePolynomial lv R) $param: (lv R) Debug: evaluateType1 form: (DistributedMultivariatePolynomial lv R) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Polynomial R) $param: (lv R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE dmpToHdmp ((HomogeneousDistributedMultivariatePolynomial lv R) (DistributedMultivariatePolynomial lv R))) (SIGNATURE hdmpToDmp ((DistributedMultivariatePolynomial lv R) (HomogeneousDistributedMultivariatePolynomial lv R))) (SIGNATURE pToHdmp ((HomogeneousDistributedMultivariatePolynomial lv R) (Polynomial R))) (SIGNATURE hdmpToP ((Polynomial R) (HomogeneousDistributedMultivariatePolynomial lv R))) (SIGNATURE dmpToP ((Polynomial R) (DistributedMultivariatePolynomial lv R))) (SIGNATURE pToDmp ((DistributedMultivariatePolynomial lv R) (Polynomial R)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PolToPol compiling into /tmp/oa-4UV3Og compiling local variable1 : Symbol -> OrderedVariableList lv Time: 0.03 SEC. compiling exported pToHdmp : Polynomial R -> HomogeneousDistributedMultivariatePolynomial(lv,R) Time: 0.08 SEC. compiling exported hdmpToP : HomogeneousDistributedMultivariatePolynomial(lv,R) -> Polynomial R Time: 0.04 SEC. compiling exported dmpToP : DistributedMultivariatePolynomial(lv,R) -> Polynomial R Time: 0.04 SEC. compiling exported pToDmp : Polynomial R -> DistributedMultivariatePolynomial(lv,R) Time: 0.03 SEC. compiling exported dmpToHdmp : DistributedMultivariatePolynomial(lv,R) -> HomogeneousDistributedMultivariatePolynomial(lv,R) Time: 0.06 SEC. compiling exported hdmpToDmp : HomogeneousDistributedMultivariatePolynomial(lv,R) -> DistributedMultivariatePolynomial(lv,R) Time: 0.05 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor PolToPol Time: 0.34 seconds finalizing NRLIB POLTOPOL Processing PolToPol for Browser database: -- dmpToHdmp : DPoly -> HDPoly -- hdmpToDmp : HDPoly -> DPoly -- pToHdmp : P -> HDPoly -- hdmpToP : HDPoly -> P -- dmpToP : DPoly -> P -- pToDmp : P -> DPoly -- constructor ; compiling file "/tmp/oa-4UV3Og/code.lsp" (written 01 FEB 2016 11:06:15 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |POLTOPOL;variable1| ...) ; compiling (DEFUN |POLTOPOL;pToHdmp;PHdmp;2| ...) ; compiling (DEFUN |POLTOPOL;hdmpToP;HdmpP;3| ...) ; compiling (DEFUN |POLTOPOL;dmpToP;DmpP;4| ...) ; compiling (DEFUN |POLTOPOL;pToDmp;PDmp;5| ...) ; compiling (DEFUN |POLTOPOL;dmpToHdmp;DmpHdmp;6| ...) ; compiling (DEFUN |POLTOPOL;hdmpToDmp;HdmpDmp;7| ...) ; compiling (DEFUN |PolToPol| ...) ; compiling (DEFUN |PolToPol;| ...) ; compiling (MAKEPROP (QUOTE |PolToPol|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-4UV3Og/code.fasl written ; compilation finished in 0:00:00.042 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/DMP.fasl --optimize=3 DMP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DMP.spad using Spad compiler. DMP abbreviates domain DistributedMultivariatePolynomial debug: compDefine1 lhs: (DistributedMultivariatePolynomial vl R) signature (pre-evaluate): ((Join (PolynomialCategory R (DirectProduct (# vl) (NonNegativeInteger)) (OrderedVariableList vl)) (CATEGORY domain (SIGNATURE reorder ($ $ (List (Integer)))))) NIL NIL) debug: evaluateType form: (Join (PolynomialCategory R (DirectProduct (# vl) (NonNegativeInteger)) (OrderedVariableList vl)) (CATEGORY domain (SIGNATURE reorder ($ $ (List (Integer)))))) $param: (vl R) debug: evaluateType form: (PolynomialCategory R (DirectProduct (# vl) (NonNegativeInteger)) (OrderedVariableList vl)) $param: (vl R) Debug: evaluateType1 form: (PolynomialCategory R (DirectProduct (# vl) (NonNegativeInteger)) (OrderedVariableList vl)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: (DirectProduct (# vl) (NonNegativeInteger)) m: (OrderedAbelianMonoidSup) debug: evaluateType1 categoryForm: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (vl R) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (DirectProduct (# vl) (NonNegativeInteger)) $param: (vl R) Debug: evaluateType1 form: (DirectProduct (# vl) (NonNegativeInteger)) debug: evaluateType1 x: (# vl) m: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (vl R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (vl R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (vl R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evalCategory d: (DirectProduct (# vl) (NonNegativeInteger)) c: (OrderedAbelianMonoidSup) debug: evaluateType1 x: (OrderedVariableList vl) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (vl R) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList vl) $param: (vl R) Debug: evaluateType1 form: (OrderedVariableList vl) debug: evaluateType1 x: vl m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList vl) c: (OrderedSet) debug: evaluateType form: (CATEGORY domain (SIGNATURE reorder ($ $ (List (Integer))))) $param: (vl R) debug: evaluateType form: (List (Integer)) $param: (vl R) Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (vl R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (vl R) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (PolynomialCategory R (DirectProduct (# vl) (NonNegativeInteger)) (OrderedVariableList vl)) (CATEGORY domain (SIGNATURE reorder ($ $ (List (Integer)))))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for DistributedMultivariatePolynomial compiling into /tmp/oa-bEQ5FH (time taken in buildFunctor: 176) Time: 0.46 SEC. Cumulative Statistics for Constructor DistributedMultivariatePolynomial Time: 0.46 seconds finalizing NRLIB DMP Processing DistributedMultivariatePolynomial for Browser database: -- reorder : (%,List Integer) -> % -- constructor ; compiling file "/tmp/oa-bEQ5FH/code.lsp" (written 01 FEB 2016 11:06:15 PM): ; compiling (DEFUN |DistributedMultivariatePolynomial| ...) ; compiling (DEFUN |DistributedMultivariatePolynomial;| ...) ; compiling (MAKEPROP (QUOTE |DistributedMultivariatePolynomial|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-bEQ5FH/code.fasl written ; compilation finished in 0:00:00.022 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/DIRPROD.fasl --optimize=3 DIRPROD.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DIRPROD.spad using Spad compiler. DIRPROD abbreviates domain DirectProduct debug: compDefine1 lhs: (DirectProduct dim R) signature (pre-evaluate): ((DirectProductCategory dim R) (NonNegativeInteger) (Type)) debug: evaluateType form: (DirectProductCategory dim R) $param: (dim R) Debug: evaluateType1 form: (DirectProductCategory dim R) debug: evaluateType1 x: dim m: (NonNegativeInteger) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (dim R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Type) $param: (dim R) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((DirectProductCategory dim R) (NonNegativeInteger) (Type)) debug: compDefine1 lhs: (DirectProduct dim R) signature (pre-evaluate): ((DirectProductCategory dim R) NIL NIL) debug: evaluateType form: (DirectProductCategory dim R) $param: (dim R) Debug: evaluateType1 form: (DirectProductCategory dim R) debug: evaluateType1 x: dim m: (NonNegativeInteger) debug: evaluateType1 x: R m: (Type) debug: compDefine1 signature (post evaluate): ((DirectProductCategory dim R) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for DirectProduct compiling into /tmp/oa-Smseys compiling exported coerce : % -> Vector R Time: 0.06 SEC. compiling exported coerce : R -> % Time: 0 SEC. compiling exported members : % -> List R DIRPROD;members;$L;3 is replaced by VEC2LIST Time: 0.01 SEC. compiling exported directProduct : Vector R -> % Time: 0.01 SEC. compiling local same? : % -> Boolean Time: 0.00 SEC. compiling exported = : (%,%) -> Boolean Time: 0.01 SEC. compiling exported retract : % -> R Time: 0.00 SEC. compiling exported retractIfCan : % -> Union(R,failed) Time: 0.00 SEC. compiling exported + : (%,%) -> % Time: 0.00 SEC. compiling exported Zero : () -> % Time: 0.01 SEC. compiling exported One : () -> % Time: 0.01 SEC. compiling exported * : (%,R) -> % Time: 0.00 SEC. compiling exported * : (R,%) -> % Time: 0.00 SEC. compiling exported * : (%,%) -> % Time: 0.01 SEC. compiling exported subtractIfCan : (%,%) -> Maybe % Time: 0.02 SEC. compiling exported * : (%,%) -> % Time: 0.01 SEC. compiling exported recip : % -> Union(%,failed) Time: 0.02 SEC. compiling exported unitVector : PositiveInteger -> % Time: 0.01 SEC. compiling exported < : (%,%) -> Boolean Time: 0.01 SEC. compiling exported sup : (%,%) -> % Time: 0.00 SEC. (time taken in buildFunctor: 520) Time: 0.59 SEC. Cumulative Statistics for Constructor DirectProduct Time: 0.79 seconds --------------non extending category---------------------- DirectProduct(#1,#2) of category DirectProductCategory(#1,#2) has no VectorCategory #2 ---------------------------------------------------------- finalizing NRLIB DIRPROD Processing DirectProduct for Browser database: -- constructor ; compiling file "/tmp/oa-Smseys/code.lsp" (written 01 FEB 2016 11:06:17 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DIRPROD;members;$L;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DIRPROD;coerce;$V;1| ...) ; file: /tmp/oa-Smseys/code.lsp ; in: DEFUN |DIRPROD;coerce;$V;1| ; (DEFUN BOOT::|DIRPROD;coerce;$V;1| (BOOT::|z| BOOT::$) ; (BOOT::SPADCALL BOOT::|z| (BOOT::|shellEntry| BOOT::$ 8))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DIRPROD;coerce;$V;1| ; (BOOT::|z| BOOT::$) ; (BLOCK BOOT::|DIRPROD;coerce;$V;1| ; (BOOT::SPADCALL BOOT::|z| (BOOT::|shellEntry| BOOT::$ 8)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |DIRPROD;coerce;R$;2| ...) ; file: /tmp/oa-Smseys/code.lsp ; in: DEFUN |DIRPROD;coerce;R$;2| ; (DEFUN BOOT::|DIRPROD;coerce;R$;2| (BOOT::|r| BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 6) BOOT::|r| ; (BOOT::|shellEntry| BOOT::$ 11))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DIRPROD;coerce;R$;2| ; (BOOT::|r| BOOT::$) ; (BLOCK BOOT::|DIRPROD;coerce;R$;2| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 6) BOOT::|r| ; (BOOT::|shellEntry| BOOT::$ 11)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |DIRPROD;members;$L;3| ...) ; file: /tmp/oa-Smseys/code.lsp ; in: DEFUN |DIRPROD;members;$L;3| ; (DEFUN BOOT::|DIRPROD;members;$L;3| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::VEC2LIST BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DIRPROD;members;$L;3| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DIRPROD;members;$L;3| (BOOT::VEC2LIST BOOT::|x|))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |DIRPROD;directProduct;V$;4| ...) ; file: /tmp/oa-Smseys/code.lsp ; in: DEFUN |DIRPROD;directProduct;V$;4| ; (DEFUN BOOT::|DIRPROD;directProduct;V$;4| (BOOT::|z| BOOT::$) ; (COND ; ((EQL (BOOT::SPADCALL BOOT::|z| #) (BOOT::|shellEntry| BOOT::$ 6)) ; (BOOT::SPADCALL BOOT::|z| (BOOT::|shellEntry| BOOT::$ 8))) ; (T (BOOT::|error| "Not of the correct length")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DIRPROD;directProduct;V$;4| ; (BOOT::|z| BOOT::$) ; (BLOCK BOOT::|DIRPROD;directProduct;V$;4| ; (COND ((EQL # #) (BOOT::SPADCALL BOOT::|z| #)) ; (T (BOOT::|error| "Not of the correct length"))))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |DIRPROD;same?| ...) ; file: /tmp/oa-Smseys/code.lsp ; in: DEFUN |DIRPROD;same?| ; (DEFUN BOOT::|DIRPROD;same?| (BOOT::|z| BOOT::$) ; (BOOT::SPADCALL (CONS #'BOOT::|DIRPROD;same?!0| (VECTOR BOOT::$ BOOT::|z|)) ; BOOT::|z| (BOOT::|shellEntry| BOOT::$ 24))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DIRPROD;same?| ; (BOOT::|z| BOOT::$) ; (BLOCK BOOT::|DIRPROD;same?| ; (BOOT::SPADCALL ; (CONS #'BOOT::|DIRPROD;same?!0| (VECTOR BOOT::$ BOOT::|z|)) BOOT::|z| ; (BOOT::|shellEntry| BOOT::$ 24)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |DIRPROD;same?!0| ...) ; compiling (DEFUN |DIRPROD;=;2$B;6| ...) ; compiling (DEFUN |DIRPROD;retract;$R;7| ...) ; compiling (DEFUN |DIRPROD;retractIfCan;$U;8| ...) ; compiling (DEFUN |DIRPROD;+;3$;9| ...) ; file: /tmp/oa-Smseys/code.lsp ; in: DEFUN |DIRPROD;+;3$;9| ; (DEFUN BOOT::|DIRPROD;+;3$;9| (BOOT::|u| BOOT::|v| BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 32) BOOT::|u| BOOT::|v| ; (BOOT::|shellEntry| BOOT::$ 34))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DIRPROD;+;3$;9| ; (BOOT::|u| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|DIRPROD;+;3$;9| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 32) BOOT::|u| BOOT::|v| ; (BOOT::|shellEntry| BOOT::$ 34)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |DIRPROD;Zero;$;10| ...) ; file: /tmp/oa-Smseys/code.lsp ; in: DEFUN |DIRPROD;Zero;$;10| ; (DEFUN BOOT::|DIRPROD;Zero;$;10| (BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 6) ; (BOOT::|shellEntry| BOOT::$ 36))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DIRPROD;Zero;$;10| ; (BOOT::$) ; (BLOCK BOOT::|DIRPROD;Zero;$;10| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 6) ; (BOOT::|shellEntry| BOOT::$ 36)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |DIRPROD;One;$;11| ...) ; file: /tmp/oa-Smseys/code.lsp ; in: DEFUN |DIRPROD;One;$;11| ; (DEFUN BOOT::|DIRPROD;One;$;11| (BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 6) ; (BOOT::|spadConstant| BOOT::$ 40) ; (BOOT::|shellEntry| BOOT::$ 11))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DIRPROD;One;$;11| ; (BOOT::$) ; (BLOCK BOOT::|DIRPROD;One;$;11| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 6) ; (BOOT::|spadConstant| BOOT::$ 40) ; (BOOT::|shellEntry| BOOT::$ 11)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |DIRPROD;*;$R$;12| ...) ; file: /tmp/oa-Smseys/code.lsp ; in: DEFUN |DIRPROD;*;$R$;12| ; (DEFUN BOOT::|DIRPROD;*;$R$;12| (BOOT::|u| BOOT::|r| BOOT::$) ; (BOOT::SPADCALL ; (CONS #'BOOT::|DIRPROD;*;$R$;12!0| (VECTOR BOOT::$ BOOT::|r|)) BOOT::|u| ; (BOOT::|shellEntry| BOOT::$ 44))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DIRPROD;*;$R$;12| ; (BOOT::|u| BOOT::|r| BOOT::$) ; (BLOCK BOOT::|DIRPROD;*;$R$;12| ; (BOOT::SPADCALL ; (CONS #'BOOT::|DIRPROD;*;$R$;12!0| (VECTOR BOOT::$ BOOT::|r|)) ; BOOT::|u| (BOOT::|shellEntry| BOOT::$ 44)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |DIRPROD;*;$R$;12!0| ...) ; compiling (DEFUN |DIRPROD;*;R2$;13| ...) ; file: /tmp/oa-Smseys/code.lsp ; in: DEFUN |DIRPROD;*;R2$;13| ; (DEFUN BOOT::|DIRPROD;*;R2$;13| (BOOT::|r| BOOT::|u| BOOT::$) ; (BOOT::SPADCALL ; (CONS #'BOOT::|DIRPROD;*;R2$;13!0| (VECTOR BOOT::$ BOOT::|r|)) BOOT::|u| ; (BOOT::|shellEntry| BOOT::$ 44))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DIRPROD;*;R2$;13| ; (BOOT::|r| BOOT::|u| BOOT::$) ; (BLOCK BOOT::|DIRPROD;*;R2$;13| ; (BOOT::SPADCALL ; (CONS #'BOOT::|DIRPROD;*;R2$;13!0| (VECTOR BOOT::$ BOOT::|r|)) ; BOOT::|u| (BOOT::|shellEntry| BOOT::$ 44)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |DIRPROD;*;R2$;13!0| ...) ; compiling (DEFUN |DIRPROD;*;3$;14| ...) ; compiling (DEFUN |DIRPROD;subtractIfCan;2$M;15| ...) ; compiling (DEFUN |DIRPROD;*;3$;16| ...) ; file: /tmp/oa-Smseys/code.lsp ; in: DEFUN |DIRPROD;*;3$;16| ; (DEFUN BOOT::|DIRPROD;*;3$;16| (BOOT::|u| BOOT::|v| BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 42) BOOT::|u| BOOT::|v| ; (BOOT::|shellEntry| BOOT::$ 34))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DIRPROD;*;3$;16| ; (BOOT::|u| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|DIRPROD;*;3$;16| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 42) BOOT::|u| BOOT::|v| ; (BOOT::|shellEntry| BOOT::$ 34)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |DIRPROD;recip;$U;17| ...) ; compiling (DEFUN |DIRPROD;unitVector;Pi$;18| ...) ; compiling (DEFUN |DIRPROD;<;2$B;19| ...) ; compiling (DEFUN |DIRPROD;sup;3$;20| ...) ; file: /tmp/oa-Smseys/code.lsp ; in: DEFUN |DIRPROD;sup;3$;20| ; (DEFUN BOOT::|DIRPROD;sup;3$;20| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 76) BOOT::|x| BOOT::|y| ; (BOOT::|shellEntry| BOOT::$ 34))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DIRPROD;sup;3$;20| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|DIRPROD;sup;3$;20| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 76) BOOT::|x| BOOT::|y| ; (BOOT::|shellEntry| BOOT::$ 34)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |DirectProduct| ...) ; compiling (DEFUN |DirectProduct;| ...) ; compiling (MAKEPROP (QUOTE |DirectProduct|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 12 notes ; /tmp/oa-Smseys/code.fasl written ; compilation finished in 0:00:00.203 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/GB.fasl --bootstrap GB.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GB.spad using Spad compiler. GB abbreviates package GroebnerPackage ------------------------------------------------------------------------ initializing stationary directory for GroebnerPackage compiling into /tmp/oa-PFndsY Time: 0.05 SEC. Cumulative Statistics for Constructor GroebnerPackage Time: 0.05 seconds finalizing NRLIB GB ; compiling file "/tmp/oa-PFndsY/code.lsp" (written 01 FEB 2016 11:06:17 PM): ; compiling (DEFUN |GroebnerPackage| ...) ; compiling (DEFUN |GroebnerPackage;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-PFndsY/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/GBINTERN.fasl --optimize=3 GBINTERN.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GBINTERN.spad using Spad compiler. GBINTERN abbreviates package GroebnerInternalPackage debug: compDefine1 lhs: (GroebnerInternalPackage Dom Expon VarSet Dpol) signature (pre-evaluate): ((CATEGORY package (SIGNATURE credPol (Dpol Dpol (List Dpol))) (SIGNATURE redPol (Dpol Dpol (List Dpol))) (SIGNATURE gbasis ((List Dpol) (List Dpol) (Integer) (Integer))) (SIGNATURE critT ((Boolean) (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)))) (SIGNATURE critM ((Boolean) Expon Expon)) (SIGNATURE critB ((Boolean) Expon Expon Expon Expon)) (SIGNATURE critBonD ((List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) Dpol (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))))) (SIGNATURE critMTonD1 ((List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))))) (SIGNATURE critMonD1 ((List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) Expon (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))))) (SIGNATURE redPo ((Record (: poly Dpol) (: mult Dom)) Dpol (List Dpol))) (SIGNATURE hMonic (Dpol Dpol)) (SIGNATURE updatF ((List (Record (: totdeg (NonNegativeInteger)) (: pol Dpol))) Dpol (NonNegativeInteger) (List (Record (: totdeg (NonNegativeInteger)) (: pol Dpol))))) (SIGNATURE sPol (Dpol (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)))) (SIGNATURE updatD ((List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))))) (SIGNATURE minGbasis ((List Dpol) (List Dpol))) (SIGNATURE lepol ((Integer) Dpol)) (SIGNATURE prinshINFO ((Void) Dpol)) (SIGNATURE prindINFO ((Integer) (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) Dpol Dpol (Integer) (Integer) (Integer))) (SIGNATURE fprindINFO ((Integer) (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) Dpol Dpol (Integer) (Integer) (Integer) (Integer))) (SIGNATURE prinpolINFO ((Void) (List Dpol))) (SIGNATURE prinb ((Void) (Integer))) (SIGNATURE critpOrder ((Boolean) (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)))) (SIGNATURE makeCrit ((Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) (Record (: totdeg (NonNegativeInteger)) (: pol Dpol)) Dpol (NonNegativeInteger))) (SIGNATURE virtualDegree ((NonNegativeInteger) Dpol))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE credPol (Dpol Dpol (List Dpol))) (SIGNATURE redPol (Dpol Dpol (List Dpol))) (SIGNATURE gbasis ((List Dpol) (List Dpol) (Integer) (Integer))) (SIGNATURE critT ((Boolean) (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)))) (SIGNATURE critM ((Boolean) Expon Expon)) (SIGNATURE critB ((Boolean) Expon Expon Expon Expon)) (SIGNATURE critBonD ((List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) Dpol (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))))) (SIGNATURE critMTonD1 ((List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))))) (SIGNATURE critMonD1 ((List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) Expon (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))))) (SIGNATURE redPo ((Record (: poly Dpol) (: mult Dom)) Dpol (List Dpol))) (SIGNATURE hMonic (Dpol Dpol)) (SIGNATURE updatF ((List (Record (: totdeg (NonNegativeInteger)) (: pol Dpol))) Dpol (NonNegativeInteger) (List (Record (: totdeg (NonNegativeInteger)) (: pol Dpol))))) (SIGNATURE sPol (Dpol (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)))) (SIGNATURE updatD ((List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))))) (SIGNATURE minGbasis ((List Dpol) (List Dpol))) (SIGNATURE lepol ((Integer) Dpol)) (SIGNATURE prinshINFO ((Void) Dpol)) (SIGNATURE prindINFO ((Integer) (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) Dpol Dpol (Integer) (Integer) (Integer))) (SIGNATURE fprindINFO ((Integer) (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) Dpol Dpol (Integer) (Integer) (Integer) (Integer))) (SIGNATURE prinpolINFO ((Void) (List Dpol))) (SIGNATURE prinb ((Void) (Integer))) (SIGNATURE critpOrder ((Boolean) (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)))) (SIGNATURE makeCrit ((Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) (Record (: totdeg (NonNegativeInteger)) (: pol Dpol)) Dpol (NonNegativeInteger))) (SIGNATURE virtualDegree ((NonNegativeInteger) Dpol))) $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (List Dpol) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List Dpol) debug: evaluateType1 x: Dpol m: (Type) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (List Dpol) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List Dpol) debug: evaluateType1 x: Dpol m: (Type) debug: evaluateType form: (List Dpol) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List Dpol) debug: evaluateType1 x: Dpol m: (Type) debug: evaluateType form: (List Dpol) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List Dpol) debug: evaluateType1 x: Dpol m: (Type) debug: evaluateType form: (Integer) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Boolean) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Expon $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (NonNegativeInteger) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (Boolean) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: Expon $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Expon $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (Boolean) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: Expon $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Expon $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Expon $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Expon $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) debug: evaluateType1 x: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Expon $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (NonNegativeInteger) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evalCategory d: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) c: (Type) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) debug: evaluateType1 x: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Expon $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (NonNegativeInteger) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evalCategory d: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) c: (Type) debug: evaluateType form: (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) debug: evaluateType1 x: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Expon $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (NonNegativeInteger) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evalCategory d: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) c: (Type) debug: evaluateType form: (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) debug: evaluateType1 x: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Expon $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (NonNegativeInteger) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evalCategory d: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) c: (Type) debug: evaluateType form: (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) debug: evaluateType1 x: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Expon $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (NonNegativeInteger) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evalCategory d: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) c: (Type) debug: evaluateType form: Expon $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) debug: evaluateType1 x: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Expon $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (NonNegativeInteger) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evalCategory d: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) c: (Type) debug: evaluateType form: (Record (: poly Dpol) (: mult Dom)) $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dom $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (List Dpol) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List Dpol) debug: evaluateType1 x: Dpol m: (Type) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (List (Record (: totdeg (NonNegativeInteger)) (: pol Dpol))) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List (Record (: totdeg (NonNegativeInteger)) (: pol Dpol))) debug: evaluateType1 x: (Record (: totdeg (NonNegativeInteger)) (: pol Dpol)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: totdeg (NonNegativeInteger)) (: pol Dpol)) $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (NonNegativeInteger) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evalCategory d: (Record (: totdeg (NonNegativeInteger)) (: pol Dpol)) c: (Type) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (NonNegativeInteger) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (List (Record (: totdeg (NonNegativeInteger)) (: pol Dpol))) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List (Record (: totdeg (NonNegativeInteger)) (: pol Dpol))) debug: evaluateType1 x: (Record (: totdeg (NonNegativeInteger)) (: pol Dpol)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: totdeg (NonNegativeInteger)) (: pol Dpol)) $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (NonNegativeInteger) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evalCategory d: (Record (: totdeg (NonNegativeInteger)) (: pol Dpol)) c: (Type) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Expon $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (NonNegativeInteger) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) debug: evaluateType1 x: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Expon $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (NonNegativeInteger) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evalCategory d: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) c: (Type) debug: evaluateType form: (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) debug: evaluateType1 x: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Expon $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (NonNegativeInteger) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evalCategory d: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) c: (Type) debug: evaluateType form: (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) debug: evaluateType1 x: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Expon $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (NonNegativeInteger) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evalCategory d: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) c: (Type) debug: evaluateType form: (List Dpol) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List Dpol) debug: evaluateType1 x: Dpol m: (Type) debug: evaluateType form: (List Dpol) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List Dpol) debug: evaluateType1 x: Dpol m: (Type) debug: evaluateType form: (Integer) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Integer) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (Void) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Void) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (Integer) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Expon $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (NonNegativeInteger) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (Integer) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Expon $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (NonNegativeInteger) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (Integer) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Void) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Void) debug: evaluateType form: (List Dpol) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List Dpol) debug: evaluateType1 x: Dpol m: (Type) debug: evaluateType form: (Void) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Void) debug: evaluateType form: (Integer) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Boolean) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Expon $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (NonNegativeInteger) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Expon $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (NonNegativeInteger) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Expon $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (NonNegativeInteger) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (Record (: totdeg (NonNegativeInteger)) (: pol Dpol)) $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (NonNegativeInteger) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (NonNegativeInteger) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE credPol (Dpol Dpol (List Dpol))) (SIGNATURE redPol (Dpol Dpol (List Dpol))) (SIGNATURE gbasis ((List Dpol) (List Dpol) (Integer) (Integer))) (SIGNATURE critT ((Boolean) (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)))) (SIGNATURE critM ((Boolean) Expon Expon)) (SIGNATURE critB ((Boolean) Expon Expon Expon Expon)) (SIGNATURE critBonD ((List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) Dpol (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))))) (SIGNATURE critMTonD1 ((List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))))) (SIGNATURE critMonD1 ((List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) Expon (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))))) (SIGNATURE redPo ((Record (: poly Dpol) (: mult Dom)) Dpol (List Dpol))) (SIGNATURE hMonic (Dpol Dpol)) (SIGNATURE updatF ((List (Record (: totdeg (NonNegativeInteger)) (: pol Dpol))) Dpol (NonNegativeInteger) (List (Record (: totdeg (NonNegativeInteger)) (: pol Dpol))))) (SIGNATURE sPol (Dpol (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)))) (SIGNATURE updatD ((List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))) (List (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol))))) (SIGNATURE minGbasis ((List Dpol) (List Dpol))) (SIGNATURE lepol ((Integer) Dpol)) (SIGNATURE prinshINFO ((Void) Dpol)) (SIGNATURE prindINFO ((Integer) (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) Dpol Dpol (Integer) (Integer) (Integer))) (SIGNATURE fprindINFO ((Integer) (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) Dpol Dpol (Integer) (Integer) (Integer) (Integer))) (SIGNATURE prinpolINFO ((Void) (List Dpol))) (SIGNATURE prinb ((Void) (Integer))) (SIGNATURE critpOrder ((Boolean) (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) (Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)))) (SIGNATURE makeCrit ((Record (: lcmfij Expon) (: totdeg (NonNegativeInteger)) (: poli Dpol) (: polj Dpol)) (Record (: totdeg (NonNegativeInteger)) (: pol Dpol)) Dpol (NonNegativeInteger))) (SIGNATURE virtualDegree ((NonNegativeInteger) Dpol))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for GroebnerInternalPackage compiling into /tmp/oa-9atlxe importing OutputForm compiling exported virtualDegree : Dpol -> NonNegativeInteger Time: 0.11 SEC. compiling exported virtualDegree : Dpol -> NonNegativeInteger GBINTERN;virtualDegree;DpolNni;2 p is replaced by 0 Time: 0.01 SEC. compiling exported critpOrder : (Record(lcmfij: Expon,totdeg: NonNegativeInteger,poli: Dpol,polj: Dpol),Record(lcmfij: Expon,totdeg: NonNegativeInteger,poli: Dpol,polj: Dpol)) -> Boolean Time: 0.02 SEC. compiling exported makeCrit : (Record(totdeg: NonNegativeInteger,pol: Dpol),Dpol,NonNegativeInteger) -> Record(lcmfij: Expon,totdeg: NonNegativeInteger,poli: Dpol,polj: Dpol) Time: 0.04 SEC. compiling exported gbasis : (List Dpol,Integer,Integer) -> List Dpol Time: 0.12 SEC. compiling exported critMonD1 : (Expon,List Record(lcmfij: Expon,totdeg: NonNegativeInteger,poli: Dpol,polj: Dpol)) -> List Record(lcmfij: Expon,totdeg: NonNegativeInteger,poli: Dpol,polj: Dpol) Time: 0.03 SEC. compiling exported critMTonD1 : List Record(lcmfij: Expon,totdeg: NonNegativeInteger,poli: Dpol,polj: Dpol) -> List Record(lcmfij: Expon,totdeg: NonNegativeInteger,poli: Dpol,polj: Dpol) Time: 0.06 SEC. compiling exported critBonD : (Dpol,List Record(lcmfij: Expon,totdeg: NonNegativeInteger,poli: Dpol,polj: Dpol)) -> List Record(lcmfij: Expon,totdeg: NonNegativeInteger,poli: Dpol,polj: Dpol) Time: 0.05 SEC. compiling exported updatF : (Dpol,NonNegativeInteger,List Record(totdeg: NonNegativeInteger,pol: Dpol)) -> List Record(totdeg: NonNegativeInteger,pol: Dpol) Time: 0.03 SEC. compiling exported updatD : (List Record(lcmfij: Expon,totdeg: NonNegativeInteger,poli: Dpol,polj: Dpol),List Record(lcmfij: Expon,totdeg: NonNegativeInteger,poli: Dpol,polj: Dpol)) -> List Record(lcmfij: Expon,totdeg: NonNegativeInteger,poli: Dpol,polj: Dpol) Time: 0.02 SEC. compiling local gcdCo : (Dom,Dom) -> Record(co1: Dom,co2: Dom) Time: 0.01 SEC. compiling exported sPol : Record(lcmfij: Expon,totdeg: NonNegativeInteger,poli: Dpol,polj: Dpol) -> Dpol Time: 0.04 SEC. compiling exported redPo : (Dpol,List Dpol) -> Record(poly: Dpol,mult: Dom) Time: 0.10 SEC. compiling exported redPol : (Dpol,List Dpol) -> Dpol Time: 0.00 SEC. compiling exported critT : Record(lcmfij: Expon,totdeg: NonNegativeInteger,poli: Dpol,polj: Dpol) -> Boolean Time: 0.01 SEC. compiling exported critM : (Expon,Expon) -> Boolean Time: 0.01 SEC. compiling exported critB : (Expon,Expon,Expon,Expon) -> Boolean Time: 0.02 SEC. compiling exported hMonic : Dpol -> Dpol Time: 0.00 SEC. compiling exported credPol : (Dpol,List Dpol) -> Dpol Time: 0.06 SEC. compiling exported minGbasis : List Dpol -> List Dpol Time: 0.01 SEC. compiling exported lepol : Dpol -> Integer Time: 0.01 SEC. compiling exported prinb : Integer -> Void Time: 0.02 SEC. compiling exported prinshINFO : Dpol -> Void Time: 0.02 SEC. compiling exported prindINFO : (Record(lcmfij: Expon,totdeg: NonNegativeInteger,poli: Dpol,polj: Dpol),Dpol,Dpol,Integer,Integer,Integer) -> Integer Time: 0.16 SEC. compiling exported prinpolINFO : List Dpol -> Void Time: 0.04 SEC. compiling exported fprindINFO : (Record(lcmfij: Expon,totdeg: NonNegativeInteger,poli: Dpol,polj: Dpol),Dpol,Dpol,Integer,Integer,Integer,Integer) -> Integer Time: 0.22 SEC. (time taken in buildFunctor: 0) Time: 0.04 SEC. Warnings: [1] gbasis: pol has no value [2] gbasis: totdeg has no value [3] updatF: pol has no value Cumulative Statistics for Constructor GroebnerInternalPackage Time: 1.26 seconds finalizing NRLIB GBINTERN Processing GroebnerInternalPackage for Browser database: -- credPol : (Dpol,List Dpol) -> Dpol -- redPol : (Dpol,List Dpol) -> Dpol -- gbasis : (List Dpol,Integer,Integer) -> List Dpol -- critT : critPair -> Boolean -- critM : (Expon,Expon) -> Boolean -- critB : (Expon,Expon,Expon,Expon) -> Boolean -- critBonD : (Dpol,List critPair) -> List critPair -- critMTonD1 : List critPair -> List critPair -- critMonD1 : (Expon,List critPair) -> List critPair -- redPo : (Dpol,List Dpol) -> Record(poly: Dpol,mult: Dom) -- hMonic : Dpol -> Dpol -- updatF : (Dpol,NNI,List sugarPol) -> List sugarPol -- sPol : critPair -> Dpol -- updatD : (List critPair,List critPair) -> List critPair -- minGbasis : List Dpol -> List Dpol -- lepol : Dpol -> Integer -- prinshINFO : Dpol -> Void -- prindINFO : (critPair,Dpol,Dpol,Integer,Integer,Integer) -> Integer -- fprindINFO : (critPair,Dpol,Dpol,Integer,Integer,Integer,Integer) -> Integer -- prinpolINFO : List Dpol -> Void -- prinb : Integer -> Void -- critpOrder : (critPair,critPair) -> Boolean -- makeCrit : (sugarPol,Dpol,NonNegativeInteger) -> critPair -- virtualDegree : Dpol -> NonNegativeInteger -- constructor ; compiling file "/tmp/oa-9atlxe/code.lsp" (written 01 FEB 2016 11:06:18 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |GBINTERN;virtualDegree;DpolNni;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |GBINTERN;virtualDegree;DpolNni;1| ...) ; file: /tmp/oa-9atlxe/code.lsp ; in: DEFUN |GBINTERN;virtualDegree;DpolNni;1| ; (DEFUN BOOT::|GBINTERN;virtualDegree;DpolNni;1| (BOOT::|p| BOOT::$) ; (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 11))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GBINTERN;virtualDegree;DpolNni;1| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|GBINTERN;virtualDegree;DpolNni;1| ; (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 11)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |GBINTERN;virtualDegree;DpolNni;2| ...) ; file: /tmp/oa-9atlxe/code.lsp ; in: DEFUN |GBINTERN;virtualDegree;DpolNni;2| ; (DEFUN BOOT::|GBINTERN;virtualDegree;DpolNni;2| (BOOT::|p| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; 0) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GBINTERN;virtualDegree;DpolNni;2| ; (BOOT::|p| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|GBINTERN;virtualDegree;DpolNni;2| 0)) ; ; caught STYLE-WARNING: ; The variable |p| is defined but never used. ; compiling (DEFUN |GBINTERN;critpOrder;2RB;3| ...) ; file: /tmp/oa-9atlxe/code.lsp ; in: DEFUN |GBINTERN;critpOrder;2RB;3| ; (DEFUN BOOT::|GBINTERN;critpOrder;2RB;3| (BOOT::|cp1| BOOT::|cp2| BOOT::$) ; (COND ((< (SVREF BOOT::|cp1| 1) (SVREF BOOT::|cp2| 1)) T) ; ((< (SVREF BOOT::|cp2| 1) (SVREF BOOT::|cp1| 1)) NIL) ; (T ; (BOOT::SPADCALL (SVREF BOOT::|cp1| 0) (SVREF BOOT::|cp2| 0) ; (BOOT::|shellEntry| BOOT::$ 18))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GBINTERN;critpOrder;2RB;3| ; (BOOT::|cp1| BOOT::|cp2| BOOT::$) ; (BLOCK BOOT::|GBINTERN;critpOrder;2RB;3| ; (COND ((< # #) T) ((< # #) NIL) (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |GBINTERN;makeCrit;RDpolNniR;4| ...) ; compiling (DEFUN |GBINTERN;gbasis;L2IL;5| ...) ; file: /tmp/oa-9atlxe/code.lsp ; in: DEFUN |GBINTERN;gbasis;L2IL;5| ; (DEFUN BOOT::|GBINTERN;gbasis;L2IL;5| ; (BOOT::|Pol| BOOT::|xx1| BOOT::|xx2| BOOT::$) ; (PROG (BOOT::|h| BOOT::|s| BOOT::D0 BOOT::|redPols| BOOT::|xx| ; BOOT::|toth|) ; (RETURN ; (LET* (# # # #) ; (BOOT::SEQ # # # # # # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GBINTERN;gbasis;L2IL;5| ; (BOOT::|Pol| BOOT::|xx1| BOOT::|xx2| BOOT::$) ; (BLOCK BOOT::|GBINTERN;gbasis;L2IL;5| ; (PROG (BOOT::|h| BOOT::|s| BOOT::D0 BOOT::|redPols| BOOT::|xx| ; BOOT::|toth|) ; (RETURN ; (LET* # ; #))))) ; ; note: Assignment to argument: |Pol| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |GBINTERN;gbasis;L2IL;5!0| ...) ; compiling (DEFUN |GBINTERN;critMonD1;Expon2L;6| ...) ; compiling (DEFUN |GBINTERN;critMTonD1;2L;7| ...) ; file: /tmp/oa-9atlxe/code.lsp ; in: DEFUN |GBINTERN;critMTonD1;2L;7| ; (DEFUN BOOT::|GBINTERN;critMTonD1;2L;7| (BOOT::D1 BOOT::$) ; (PROG (BOOT::|r1| BOOT::|e1|) (RETURN (COND (# NIL) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GBINTERN;critMTonD1;2L;7| ; (BOOT::D1 BOOT::$) ; (BLOCK BOOT::|GBINTERN;critMTonD1;2L;7| ; (PROG (BOOT::|r1| BOOT::|e1|) (RETURN (COND # #))))) ; ; note: Assignment to argument: D1 ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS SIMPLE-VECTOR T)) ; ; compiling (DEFUN |GBINTERN;critBonD;Dpol2L;8| ...) ; compiling (DEFUN |GBINTERN;updatF;DpolNni2L;9| ...) ; compiling (DEFUN |GBINTERN;updatD;3L;10| ...) ; compiling (DEFUN |GBINTERN;gcdCo| ...) ; compiling (DEFUN |GBINTERN;sPol;RDpol;12| ...) ; compiling (DEFUN |GBINTERN;redPo;DpolLR;13| ...) ; file: /tmp/oa-9atlxe/code.lsp ; in: DEFUN |GBINTERN;redPo;DpolLR;13| ; (DEFUN BOOT::|GBINTERN;redPo;DpolLR;13| (BOOT::|s| BOOT::F BOOT::$) ; (PROG (BOOT::|cc| BOOT::|e| BOOT::|s1| BOOT::|f1|) ; (RETURN ; (LET (# #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GBINTERN;redPo;DpolLR;13| ; (BOOT::|s| BOOT::F BOOT::$) ; (BLOCK BOOT::|GBINTERN;redPo;DpolLR;13| ; (PROG (BOOT::|cc| BOOT::|e| BOOT::|s1| BOOT::|f1|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: F ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |GBINTERN;redPol;DpolLDpol;14| ...) ; compiling (DEFUN |GBINTERN;critT;RB;15| ...) ; file: /tmp/oa-9atlxe/code.lsp ; in: DEFUN |GBINTERN;critT;RB;15| ; (DEFUN BOOT::|GBINTERN;critT;RB;15| (BOOT::|p| BOOT::$) ; (BOOT::SPADCALL (SVREF BOOT::|p| 0) ; (BOOT::SPADCALL ; (BOOT::SPADCALL (SVREF BOOT::|p| 2) ; (BOOT::|shellEntry| BOOT::$ 21)) ; (BOOT::SPADCALL (SVREF BOOT::|p| 3) ; (BOOT::|shellEntry| BOOT::$ 21)) ; (BOOT::|shellEntry| BOOT::$ 103)) ; (BOOT::|shellEntry| BOOT::$ 69))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GBINTERN;critT;RB;15| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|GBINTERN;critT;RB;15| ; (BOOT::SPADCALL (SVREF BOOT::|p| 0) ; (BOOT::SPADCALL (BOOT::SPADCALL # #) ; (BOOT::SPADCALL # #) ; (BOOT::|shellEntry| BOOT::$ 103)) ; (BOOT::|shellEntry| BOOT::$ 69)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |GBINTERN;critM;2ExponB;16| ...) ; compiling (DEFUN |GBINTERN;critB;4ExponB;17| ...) ; file: /tmp/oa-9atlxe/code.lsp ; in: DEFUN |GBINTERN;critB;4ExponB;17| ; (DEFUN BOOT::|GBINTERN;critB;4ExponB;17| ; (BOOT::|eh| BOOT::|eik| BOOT::|ei| BOOT::|ek| BOOT::$) ; (AND (BOOT::|GBINTERN;critM;2ExponB;16| BOOT::|eh| BOOT::|eik| BOOT::$) ; (AND ; (BOOT::SPADCALL BOOT::|eik| (BOOT::SPADCALL BOOT::|eh| BOOT::|ei| #) ; (BOOT::|shellEntry| BOOT::$ 104)) ; (BOOT::SPADCALL BOOT::|eik| (BOOT::SPADCALL BOOT::|eh| BOOT::|ek| #) ; (BOOT::|shellEntry| BOOT::$ 104))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GBINTERN;critB;4ExponB;17| ; (BOOT::|eh| BOOT::|eik| BOOT::|ei| BOOT::|ek| BOOT::$) ; (BLOCK BOOT::|GBINTERN;critB;4ExponB;17| ; (AND (BOOT::|GBINTERN;critM;2ExponB;16| BOOT::|eh| BOOT::|eik| BOOT::$) ; (AND (BOOT::SPADCALL BOOT::|eik| # #) ; (BOOT::SPADCALL BOOT::|eik| # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |GBINTERN;hMonic;2Dpol;18| ...) ; compiling (DEFUN |GBINTERN;credPol;DpolLDpol;19| ...) ; compiling (DEFUN |GBINTERN;minGbasis;2L;20| ...) ; compiling (DEFUN |GBINTERN;lepol;DpolI;21| ...) ; compiling (DEFUN |GBINTERN;prinb;IV;22| ...) ; compiling (DEFUN |GBINTERN;prinshINFO;DpolV;23| ...) ; compiling (DEFUN |GBINTERN;prindINFO;R2Dpol4I;24| ...) ; file: /tmp/oa-9atlxe/code.lsp ; in: DEFUN |GBINTERN;prindINFO;R2Dpol4I;24| ; (DEFUN BOOT::|GBINTERN;prindINFO;R2Dpol4I;24| ; (BOOT::|cp| BOOT::|ps| BOOT::|ph| BOOT::|i1| BOOT::|i2| BOOT::|n| ; BOOT::$) ; (LET ((BOOT::|ll| NIL) ; (BOOT::|a| NIL) ; (BOOT::|cpi| (SVREF BOOT::|cp| 2)) ; (BOOT::|cpj| (SVREF BOOT::|cp| 3))) ; (BOOT::SEQ (COND (# #)) (BOOT::|GBINTERN;prinb;IV;22| 1 BOOT::$) ; (SETQ BOOT::|a| #) (BOOT::EXIT (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GBINTERN;prindINFO;R2Dpol4I;24| ; (BOOT::|cp| BOOT::|ps| BOOT::|ph| BOOT::|i1| BOOT::|i2| BOOT::|n| ; BOOT::$) ; (BLOCK BOOT::|GBINTERN;prindINFO;R2Dpol4I;24| ; (LET ((BOOT::|ll| NIL) (BOOT::|a| NIL) (BOOT::|cpi| #) (BOOT::|cpj| #)) ; (BOOT::SEQ (COND #) (BOOT::|GBINTERN;prinb;IV;22| 1 BOOT::$) (SETQ #) ; (BOOT::EXIT #))))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |GBINTERN;prinpolINFO;LV;25| ...) ; compiling (DEFUN |GBINTERN;fprindINFO;R2Dpol5I;26| ...) ; file: /tmp/oa-9atlxe/code.lsp ; in: DEFUN |GBINTERN;fprindINFO;R2Dpol5I;26| ; (DEFUN BOOT::|GBINTERN;fprindINFO;R2Dpol5I;26| ; (BOOT::|cp| BOOT::|ps| BOOT::|ph| BOOT::|i1| BOOT::|i2| BOOT::|i3| ; BOOT::|n| BOOT::$) ; (LET ((BOOT::|ll| NIL) ; (BOOT::|a| NIL) ; (BOOT::|cpi| (SVREF BOOT::|cp| 2)) ; (BOOT::|cpj| (SVREF BOOT::|cp| 3))) ; (BOOT::SEQ (COND (# #)) (BOOT::|GBINTERN;prinb;IV;22| 1 BOOT::$) ; (SETQ BOOT::|a| #) (BOOT::EXIT (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GBINTERN;fprindINFO;R2Dpol5I;26| ; (BOOT::|cp| BOOT::|ps| BOOT::|ph| BOOT::|i1| BOOT::|i2| BOOT::|i3| ; BOOT::|n| BOOT::$) ; (BLOCK BOOT::|GBINTERN;fprindINFO;R2Dpol5I;26| ; (LET ((BOOT::|ll| NIL) (BOOT::|a| NIL) (BOOT::|cpi| #) (BOOT::|cpj| #)) ; (BOOT::SEQ (COND #) (BOOT::|GBINTERN;prinb;IV;22| 1 BOOT::$) (SETQ #) ; (BOOT::EXIT #))))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |GroebnerInternalPackage| ...) ; compiling (DEFUN |GroebnerInternalPackage;| ...) ; compiling (MAKEPROP (QUOTE |GroebnerInternalPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 9 notes ; /tmp/oa-9atlxe/code.fasl written ; compilation finished in 0:00:00.199 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/LGROBP.fasl --optimize=3 LGROBP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LGROBP.spad using Spad compiler. LGROBP abbreviates package LinGroebnerPackage debug: compDefine1 lhs: (LinGroebnerPackage lv F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE linGenPos ((Record (: gblist (List (DistributedMultivariatePolynomial lv F))) (: gvlist (List (Integer)))) (List (HomogeneousDistributedMultivariatePolynomial lv F)))) (SIGNATURE groebgen ((Record (: glbase (List (DistributedMultivariatePolynomial lv F))) (: glval (List (Integer)))) (List (DistributedMultivariatePolynomial lv F)))) (SIGNATURE totolex ((List (DistributedMultivariatePolynomial lv F)) (List (HomogeneousDistributedMultivariatePolynomial lv F)))) (SIGNATURE minPol ((HomogeneousDistributedMultivariatePolynomial lv F) (List (HomogeneousDistributedMultivariatePolynomial lv F)) (List (HomogeneousDistributedMultivariatePolynomial lv F)) (OrderedVariableList lv))) (SIGNATURE minPol ((HomogeneousDistributedMultivariatePolynomial lv F) (List (HomogeneousDistributedMultivariatePolynomial lv F)) (OrderedVariableList lv))) (SIGNATURE computeBasis ((List (HomogeneousDistributedMultivariatePolynomial lv F)) (List (HomogeneousDistributedMultivariatePolynomial lv F)))) (SIGNATURE coord ((Vector F) (HomogeneousDistributedMultivariatePolynomial lv F) (List (HomogeneousDistributedMultivariatePolynomial lv F)))) (SIGNATURE anticoord ((DistributedMultivariatePolynomial lv F) (List F) (DistributedMultivariatePolynomial lv F) (List (DistributedMultivariatePolynomial lv F)))) (SIGNATURE intcompBasis ((List (HomogeneousDistributedMultivariatePolynomial lv F)) (OrderedVariableList lv) (List (HomogeneousDistributedMultivariatePolynomial lv F)) (List (HomogeneousDistributedMultivariatePolynomial lv F)))) (SIGNATURE choosemon ((DistributedMultivariatePolynomial lv F) (DistributedMultivariatePolynomial lv F) (List (DistributedMultivariatePolynomial lv F)))) (SIGNATURE transform ((HomogeneousDistributedMultivariatePolynomial lv F) (DistributedMultivariatePolynomial lv F)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE linGenPos ((Record (: gblist (List (DistributedMultivariatePolynomial lv F))) (: gvlist (List (Integer)))) (List (HomogeneousDistributedMultivariatePolynomial lv F)))) (SIGNATURE groebgen ((Record (: glbase (List (DistributedMultivariatePolynomial lv F))) (: glval (List (Integer)))) (List (DistributedMultivariatePolynomial lv F)))) (SIGNATURE totolex ((List (DistributedMultivariatePolynomial lv F)) (List (HomogeneousDistributedMultivariatePolynomial lv F)))) (SIGNATURE minPol ((HomogeneousDistributedMultivariatePolynomial lv F) (List (HomogeneousDistributedMultivariatePolynomial lv F)) (List (HomogeneousDistributedMultivariatePolynomial lv F)) (OrderedVariableList lv))) (SIGNATURE minPol ((HomogeneousDistributedMultivariatePolynomial lv F) (List (HomogeneousDistributedMultivariatePolynomial lv F)) (OrderedVariableList lv))) (SIGNATURE computeBasis ((List (HomogeneousDistributedMultivariatePolynomial lv F)) (List (HomogeneousDistributedMultivariatePolynomial lv F)))) (SIGNATURE coord ((Vector F) (HomogeneousDistributedMultivariatePolynomial lv F) (List (HomogeneousDistributedMultivariatePolynomial lv F)))) (SIGNATURE anticoord ((DistributedMultivariatePolynomial lv F) (List F) (DistributedMultivariatePolynomial lv F) (List (DistributedMultivariatePolynomial lv F)))) (SIGNATURE intcompBasis ((List (HomogeneousDistributedMultivariatePolynomial lv F)) (OrderedVariableList lv) (List (HomogeneousDistributedMultivariatePolynomial lv F)) (List (HomogeneousDistributedMultivariatePolynomial lv F)))) (SIGNATURE choosemon ((DistributedMultivariatePolynomial lv F) (DistributedMultivariatePolynomial lv F) (List (DistributedMultivariatePolynomial lv F)))) (SIGNATURE transform ((HomogeneousDistributedMultivariatePolynomial lv F) (DistributedMultivariatePolynomial lv F)))) $param: (lv F) debug: evaluateType form: (Record (: gblist (List (DistributedMultivariatePolynomial lv F))) (: gvlist (List (Integer)))) $param: (lv F) debug: evaluateType form: (List (DistributedMultivariatePolynomial lv F)) $param: (lv F) Debug: evaluateType1 form: (List (DistributedMultivariatePolynomial lv F)) debug: evaluateType1 x: (DistributedMultivariatePolynomial lv F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (DistributedMultivariatePolynomial lv F) $param: (lv F) Debug: evaluateType1 form: (DistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (DistributedMultivariatePolynomial lv F) c: (Type) debug: evaluateType form: (List (Integer)) $param: (lv F) Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (lv F) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (List (HomogeneousDistributedMultivariatePolynomial lv F)) $param: (lv F) Debug: evaluateType1 form: (List (HomogeneousDistributedMultivariatePolynomial lv F)) debug: evaluateType1 x: (HomogeneousDistributedMultivariatePolynomial lv F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (HomogeneousDistributedMultivariatePolynomial lv F) $param: (lv F) Debug: evaluateType1 form: (HomogeneousDistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (HomogeneousDistributedMultivariatePolynomial lv F) c: (Type) debug: evaluateType form: (Record (: glbase (List (DistributedMultivariatePolynomial lv F))) (: glval (List (Integer)))) $param: (lv F) debug: evaluateType form: (List (DistributedMultivariatePolynomial lv F)) $param: (lv F) Debug: evaluateType1 form: (List (DistributedMultivariatePolynomial lv F)) debug: evaluateType1 x: (DistributedMultivariatePolynomial lv F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (DistributedMultivariatePolynomial lv F) $param: (lv F) Debug: evaluateType1 form: (DistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (DistributedMultivariatePolynomial lv F) c: (Type) debug: evaluateType form: (List (Integer)) $param: (lv F) Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (lv F) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (List (DistributedMultivariatePolynomial lv F)) $param: (lv F) Debug: evaluateType1 form: (List (DistributedMultivariatePolynomial lv F)) debug: evaluateType1 x: (DistributedMultivariatePolynomial lv F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (DistributedMultivariatePolynomial lv F) $param: (lv F) Debug: evaluateType1 form: (DistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (DistributedMultivariatePolynomial lv F) c: (Type) debug: evaluateType form: (List (DistributedMultivariatePolynomial lv F)) $param: (lv F) Debug: evaluateType1 form: (List (DistributedMultivariatePolynomial lv F)) debug: evaluateType1 x: (DistributedMultivariatePolynomial lv F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (DistributedMultivariatePolynomial lv F) $param: (lv F) Debug: evaluateType1 form: (DistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (DistributedMultivariatePolynomial lv F) c: (Type) debug: evaluateType form: (List (HomogeneousDistributedMultivariatePolynomial lv F)) $param: (lv F) Debug: evaluateType1 form: (List (HomogeneousDistributedMultivariatePolynomial lv F)) debug: evaluateType1 x: (HomogeneousDistributedMultivariatePolynomial lv F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (HomogeneousDistributedMultivariatePolynomial lv F) $param: (lv F) Debug: evaluateType1 form: (HomogeneousDistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (HomogeneousDistributedMultivariatePolynomial lv F) c: (Type) debug: evaluateType form: (HomogeneousDistributedMultivariatePolynomial lv F) $param: (lv F) Debug: evaluateType1 form: (HomogeneousDistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (List (HomogeneousDistributedMultivariatePolynomial lv F)) $param: (lv F) Debug: evaluateType1 form: (List (HomogeneousDistributedMultivariatePolynomial lv F)) debug: evaluateType1 x: (HomogeneousDistributedMultivariatePolynomial lv F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (HomogeneousDistributedMultivariatePolynomial lv F) $param: (lv F) Debug: evaluateType1 form: (HomogeneousDistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (HomogeneousDistributedMultivariatePolynomial lv F) c: (Type) debug: evaluateType form: (List (HomogeneousDistributedMultivariatePolynomial lv F)) $param: (lv F) Debug: evaluateType1 form: (List (HomogeneousDistributedMultivariatePolynomial lv F)) debug: evaluateType1 x: (HomogeneousDistributedMultivariatePolynomial lv F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (HomogeneousDistributedMultivariatePolynomial lv F) $param: (lv F) Debug: evaluateType1 form: (HomogeneousDistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (HomogeneousDistributedMultivariatePolynomial lv F) c: (Type) debug: evaluateType form: (OrderedVariableList lv) $param: (lv F) Debug: evaluateType1 form: (OrderedVariableList lv) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType form: (HomogeneousDistributedMultivariatePolynomial lv F) $param: (lv F) Debug: evaluateType1 form: (HomogeneousDistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (List (HomogeneousDistributedMultivariatePolynomial lv F)) $param: (lv F) Debug: evaluateType1 form: (List (HomogeneousDistributedMultivariatePolynomial lv F)) debug: evaluateType1 x: (HomogeneousDistributedMultivariatePolynomial lv F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (HomogeneousDistributedMultivariatePolynomial lv F) $param: (lv F) Debug: evaluateType1 form: (HomogeneousDistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (HomogeneousDistributedMultivariatePolynomial lv F) c: (Type) debug: evaluateType form: (OrderedVariableList lv) $param: (lv F) Debug: evaluateType1 form: (OrderedVariableList lv) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType form: (List (HomogeneousDistributedMultivariatePolynomial lv F)) $param: (lv F) Debug: evaluateType1 form: (List (HomogeneousDistributedMultivariatePolynomial lv F)) debug: evaluateType1 x: (HomogeneousDistributedMultivariatePolynomial lv F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (HomogeneousDistributedMultivariatePolynomial lv F) $param: (lv F) Debug: evaluateType1 form: (HomogeneousDistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (HomogeneousDistributedMultivariatePolynomial lv F) c: (Type) debug: evaluateType form: (List (HomogeneousDistributedMultivariatePolynomial lv F)) $param: (lv F) Debug: evaluateType1 form: (List (HomogeneousDistributedMultivariatePolynomial lv F)) debug: evaluateType1 x: (HomogeneousDistributedMultivariatePolynomial lv F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (HomogeneousDistributedMultivariatePolynomial lv F) $param: (lv F) Debug: evaluateType1 form: (HomogeneousDistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (HomogeneousDistributedMultivariatePolynomial lv F) c: (Type) debug: evaluateType form: (Vector F) $param: (lv F) Debug: evaluateType1 form: (Vector F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (HomogeneousDistributedMultivariatePolynomial lv F) $param: (lv F) Debug: evaluateType1 form: (HomogeneousDistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (List (HomogeneousDistributedMultivariatePolynomial lv F)) $param: (lv F) Debug: evaluateType1 form: (List (HomogeneousDistributedMultivariatePolynomial lv F)) debug: evaluateType1 x: (HomogeneousDistributedMultivariatePolynomial lv F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (HomogeneousDistributedMultivariatePolynomial lv F) $param: (lv F) Debug: evaluateType1 form: (HomogeneousDistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (HomogeneousDistributedMultivariatePolynomial lv F) c: (Type) debug: evaluateType form: (DistributedMultivariatePolynomial lv F) $param: (lv F) Debug: evaluateType1 form: (DistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (List F) $param: (lv F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (DistributedMultivariatePolynomial lv F) $param: (lv F) Debug: evaluateType1 form: (DistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (List (DistributedMultivariatePolynomial lv F)) $param: (lv F) Debug: evaluateType1 form: (List (DistributedMultivariatePolynomial lv F)) debug: evaluateType1 x: (DistributedMultivariatePolynomial lv F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (DistributedMultivariatePolynomial lv F) $param: (lv F) Debug: evaluateType1 form: (DistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (DistributedMultivariatePolynomial lv F) c: (Type) debug: evaluateType form: (List (HomogeneousDistributedMultivariatePolynomial lv F)) $param: (lv F) Debug: evaluateType1 form: (List (HomogeneousDistributedMultivariatePolynomial lv F)) debug: evaluateType1 x: (HomogeneousDistributedMultivariatePolynomial lv F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (HomogeneousDistributedMultivariatePolynomial lv F) $param: (lv F) Debug: evaluateType1 form: (HomogeneousDistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (HomogeneousDistributedMultivariatePolynomial lv F) c: (Type) debug: evaluateType form: (OrderedVariableList lv) $param: (lv F) Debug: evaluateType1 form: (OrderedVariableList lv) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType form: (List (HomogeneousDistributedMultivariatePolynomial lv F)) $param: (lv F) Debug: evaluateType1 form: (List (HomogeneousDistributedMultivariatePolynomial lv F)) debug: evaluateType1 x: (HomogeneousDistributedMultivariatePolynomial lv F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (HomogeneousDistributedMultivariatePolynomial lv F) $param: (lv F) Debug: evaluateType1 form: (HomogeneousDistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (HomogeneousDistributedMultivariatePolynomial lv F) c: (Type) debug: evaluateType form: (List (HomogeneousDistributedMultivariatePolynomial lv F)) $param: (lv F) Debug: evaluateType1 form: (List (HomogeneousDistributedMultivariatePolynomial lv F)) debug: evaluateType1 x: (HomogeneousDistributedMultivariatePolynomial lv F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (HomogeneousDistributedMultivariatePolynomial lv F) $param: (lv F) Debug: evaluateType1 form: (HomogeneousDistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (HomogeneousDistributedMultivariatePolynomial lv F) c: (Type) debug: evaluateType form: (DistributedMultivariatePolynomial lv F) $param: (lv F) Debug: evaluateType1 form: (DistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (DistributedMultivariatePolynomial lv F) $param: (lv F) Debug: evaluateType1 form: (DistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (List (DistributedMultivariatePolynomial lv F)) $param: (lv F) Debug: evaluateType1 form: (List (DistributedMultivariatePolynomial lv F)) debug: evaluateType1 x: (DistributedMultivariatePolynomial lv F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (DistributedMultivariatePolynomial lv F) $param: (lv F) Debug: evaluateType1 form: (DistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (DistributedMultivariatePolynomial lv F) c: (Type) debug: evaluateType form: (HomogeneousDistributedMultivariatePolynomial lv F) $param: (lv F) Debug: evaluateType1 form: (HomogeneousDistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (DistributedMultivariatePolynomial lv F) $param: (lv F) Debug: evaluateType1 form: (DistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE linGenPos ((Record (: gblist (List (DistributedMultivariatePolynomial lv F))) (: gvlist (List (Integer)))) (List (HomogeneousDistributedMultivariatePolynomial lv F)))) (SIGNATURE groebgen ((Record (: glbase (List (DistributedMultivariatePolynomial lv F))) (: glval (List (Integer)))) (List (DistributedMultivariatePolynomial lv F)))) (SIGNATURE totolex ((List (DistributedMultivariatePolynomial lv F)) (List (HomogeneousDistributedMultivariatePolynomial lv F)))) (SIGNATURE minPol ((HomogeneousDistributedMultivariatePolynomial lv F) (List (HomogeneousDistributedMultivariatePolynomial lv F)) (List (HomogeneousDistributedMultivariatePolynomial lv F)) (OrderedVariableList lv))) (SIGNATURE minPol ((HomogeneousDistributedMultivariatePolynomial lv F) (List (HomogeneousDistributedMultivariatePolynomial lv F)) (OrderedVariableList lv))) (SIGNATURE computeBasis ((List (HomogeneousDistributedMultivariatePolynomial lv F)) (List (HomogeneousDistributedMultivariatePolynomial lv F)))) (SIGNATURE coord ((Vector F) (HomogeneousDistributedMultivariatePolynomial lv F) (List (HomogeneousDistributedMultivariatePolynomial lv F)))) (SIGNATURE anticoord ((DistributedMultivariatePolynomial lv F) (List F) (DistributedMultivariatePolynomial lv F) (List (DistributedMultivariatePolynomial lv F)))) (SIGNATURE intcompBasis ((List (HomogeneousDistributedMultivariatePolynomial lv F)) (OrderedVariableList lv) (List (HomogeneousDistributedMultivariatePolynomial lv F)) (List (HomogeneousDistributedMultivariatePolynomial lv F)))) (SIGNATURE choosemon ((DistributedMultivariatePolynomial lv F) (DistributedMultivariatePolynomial lv F) (List (DistributedMultivariatePolynomial lv F)))) (SIGNATURE transform ((HomogeneousDistributedMultivariatePolynomial lv F) (DistributedMultivariatePolynomial lv F)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for LinGroebnerPackage compiling into /tmp/oa-ahBKyR importing GroebnerPackage(F,DirectProduct(# lv,NonNegativeInteger),OrderedVariableList lv,DistributedMultivariatePolynomial(lv,F)) importing GroebnerPackage(F,HomogeneousDirectProduct(# lv,NonNegativeInteger),OrderedVariableList lv,HomogeneousDistributedMultivariatePolynomial(lv,F)) importing GroebnerInternalPackage(F,HomogeneousDirectProduct(# lv,NonNegativeInteger),OrderedVariableList lv,HomogeneousDistributedMultivariatePolynomial(lv,F)) importing GroebnerInternalPackage(F,DirectProduct(# lv,NonNegativeInteger),OrderedVariableList lv,DistributedMultivariatePolynomial(lv,F)) compiling local reduceRow : (Matrix F,Vector F,Integer,Vector Integer) -> Vector F Time: 0.12 SEC. compiling local rRedPol : (HomogeneousDistributedMultivariatePolynomial(lv,F),List HomogeneousDistributedMultivariatePolynomial(lv,F)) -> Record(poly: HomogeneousDistributedMultivariatePolynomial(lv,F),mult: F) Time: 0.08 SEC. compiling exported totolex : List HomogeneousDistributedMultivariatePolynomial(lv,F) -> List DistributedMultivariatePolynomial(lv,F) Time: 0.51 SEC. compiling exported minPol : (List HomogeneousDistributedMultivariatePolynomial(lv,F),OrderedVariableList lv) -> HomogeneousDistributedMultivariatePolynomial(lv,F) Time: 0.02 SEC. compiling exported minPol : (List HomogeneousDistributedMultivariatePolynomial(lv,F),List HomogeneousDistributedMultivariatePolynomial(lv,F),OrderedVariableList lv) -> HomogeneousDistributedMultivariatePolynomial(lv,F) Time: 0.34 SEC. compiling exported transform : DistributedMultivariatePolynomial(lv,F) -> HomogeneousDistributedMultivariatePolynomial(lv,F) Time: 0.10 SEC. compiling exported computeBasis : List HomogeneousDistributedMultivariatePolynomial(lv,F) -> List HomogeneousDistributedMultivariatePolynomial(lv,F) Time: 0.06 SEC. compiling exported intcompBasis : (OrderedVariableList lv,List HomogeneousDistributedMultivariatePolynomial(lv,F),List HomogeneousDistributedMultivariatePolynomial(lv,F)) -> List HomogeneousDistributedMultivariatePolynomial(lv,F) Time: 0.04 SEC. compiling exported coord : (HomogeneousDistributedMultivariatePolynomial(lv,F),List HomogeneousDistributedMultivariatePolynomial(lv,F)) -> Vector F Time: 0.11 SEC. compiling exported anticoord : (List F,DistributedMultivariatePolynomial(lv,F),List DistributedMultivariatePolynomial(lv,F)) -> DistributedMultivariatePolynomial(lv,F) Time: 0.03 SEC. compiling exported choosemon : (DistributedMultivariatePolynomial(lv,F),List DistributedMultivariatePolynomial(lv,F)) -> DistributedMultivariatePolynomial(lv,F) Time: 0.10 SEC. compiling exported linGenPos : List HomogeneousDistributedMultivariatePolynomial(lv,F) -> Record(gblist: List DistributedMultivariatePolynomial(lv,F),gvlist: List Integer) Time: 0.36 SEC. compiling exported groebgen : List DistributedMultivariatePolynomial(lv,F) -> Record(glbase: List DistributedMultivariatePolynomial(lv,F),glval: List Integer) Time: 0.22 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] minPol: : NonNegativeInteger -- replace by pretend [2] linGenPos: : PositiveInteger -- replace by pretend [3] groebgen: : NonNegativeInteger -- replace by pretend [4] groebgen: not known that Ring is of mode CATEGORY(package,linGenPos: List HomogeneousDistributedMultivariatePolynomial(lv,F) -> Record(gblist: List DistributedMultivariatePolynomial(lv,F),gvlist: List Integer),groebgen: List DistributedMultivariatePolynomial(lv,F) -> Record(glbase: List DistributedMultivariatePolynomial(lv,F),glval: List Integer),totolex: List HomogeneousDistributedMultivariatePolynomial(lv,F) -> List DistributedMultivariatePolynomial(lv,F),minPol: (List HomogeneousDistributedMultivariatePolynomial(lv,F),List HomogeneousDistributedMultivariatePolynomial(lv,F),OrderedVariableList lv) -> HomogeneousDistributedMultivariatePolynomial(lv,F),minPol: (List HomogeneousDistributedMultivariatePolynomial(lv,F),OrderedVariableList lv) -> HomogeneousDistributedMultivariatePolynomial(lv,F),computeBasis: List HomogeneousDistributedMultivariatePolynomial(lv,F) -> List HomogeneousDistributedMultivariatePolynomial(lv,F),coord: (HomogeneousDistributedMultivariatePolynomial(lv,F),List HomogeneousDistributedMultivariatePolynomial(lv,F)) -> Vector F,anticoord: (List F,DistributedMultivariatePolynomial(lv,F),List DistributedMultivariatePolynomial(lv,F)) -> DistributedMultivariatePolynomial(lv,F),intcompBasis: (OrderedVariableList lv,List HomogeneousDistributedMultivariatePolynomial(lv,F),List HomogeneousDistributedMultivariatePolynomial(lv,F)) -> List HomogeneousDistributedMultivariatePolynomial(lv,F),choosemon: (DistributedMultivariatePolynomial(lv,F),List DistributedMultivariatePolynomial(lv,F)) -> DistributedMultivariatePolynomial(lv,F),transform: DistributedMultivariatePolynomial(lv,F) -> HomogeneousDistributedMultivariatePolynomial(lv,F)) Cumulative Statistics for Constructor LinGroebnerPackage Time: 2.12 seconds finalizing NRLIB LGROBP Processing LinGroebnerPackage for Browser database: -- linGenPos : List HDPoly -> LVals -- groebgen : List DPoly -> cLVars -- totolex : List HDPoly -> List DPoly -- minPol : (List HDPoly,List HDPoly,OV) -> HDPoly -- minPol : (List HDPoly,OV) -> HDPoly -- computeBasis : List HDPoly -> List HDPoly -- coord : (HDPoly,List HDPoly) -> VF -- anticoord : (List F,DPoly,List DPoly) -> DPoly -- intcompBasis : (OV,List HDPoly,List HDPoly) -> List HDPoly -- choosemon : (DPoly,List DPoly) -> DPoly -- transform : DPoly -> HDPoly -- constructor ; compiling file "/tmp/oa-ahBKyR/code.lsp" (written 01 FEB 2016 11:06:21 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LGROBP;reduceRow| ...) ; compiling (DEFUN |LGROBP;rRedPol| ...) ; compiling (DEFUN |LGROBP;totolex;LL;3| ...) ; compiling (DEFUN |LGROBP;minPol;LOvlHdmp;4| ...) ; compiling (DEFUN |LGROBP;minPol;2LOvlHdmp;5| ...) ; compiling (DEFUN |LGROBP;transform;DmpHdmp;6| ...) ; compiling (DEFUN |LGROBP;computeBasis;2L;7| ...) ; compiling (DEFUN |LGROBP;intcompBasis;Ovl3L;8| ...) ; file: /tmp/oa-ahBKyR/code.lsp ; in: DEFUN |LGROBP;intcompBasis;Ovl3L;8| ; (DEFUN BOOT::|LGROBP;intcompBasis;Ovl3L;8| ; (BOOT::|x| BOOT::|lr| BOOT::|mB| BOOT::$) ; (PROG (BOOT::|g|) (RETURN (COND (# BOOT::|lr|) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LGROBP;intcompBasis;Ovl3L;8| ; (BOOT::|x| BOOT::|lr| BOOT::|mB| BOOT::$) ; (BLOCK BOOT::|LGROBP;intcompBasis;Ovl3L;8| ; (PROG (BOOT::|g|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |LGROBP;coord;HdmpLV;9| ...) ; compiling (DEFUN |LGROBP;anticoord;LDmpLDmp;10| ...) ; compiling (DEFUN |LGROBP;choosemon;DmpLDmp;11| ...) ; compiling (DEFUN |LGROBP;linGenPos;LR;12| ...) ; compiling (DEFUN |LGROBP;groebgen;LR;13| ...) ; compiling (DEFUN |LinGroebnerPackage| ...) ; compiling (DEFUN |LinGroebnerPackage;| ...) ; compiling (MAKEPROP (QUOTE |LinGroebnerPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-ahBKyR/code.fasl written ; compilation finished in 0:00:00.242 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/MPCPF.fasl --bootstrap MPCPF.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MPCPF.spad using Spad compiler. MPCPF abbreviates package MPolyCatPolyFactorizer ------------------------------------------------------------------------ initializing stationary directory for MPolyCatPolyFactorizer compiling into /tmp/oa-Pf01xy Time: 0.06 SEC. Cumulative Statistics for Constructor MPolyCatPolyFactorizer Time: 0.06 seconds finalizing NRLIB MPCPF ; compiling file "/tmp/oa-Pf01xy/code.lsp" (written 01 FEB 2016 11:06:21 PM): ; compiling (DEFUN |MPolyCatPolyFactorizer| ...) ; compiling (DEFUN |MPolyCatPolyFactorizer;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-Pf01xy/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/GENMFACT.fasl --optimize=3 GENMFACT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GENMFACT.spad using Spad compiler. GENMFACT abbreviates package GeneralizedMultivariateFactorize debug: compDefine1 lhs: (GeneralizedMultivariateFactorize OV E S R P) signature (pre-evaluate): ((CATEGORY package (SIGNATURE factor ((Factored P) P))) NIL NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE factor ((Factored P) P))) $param: (OV E S R P) debug: evaluateType form: (Factored P) $param: (OV E S R P) Debug: evaluateType1 form: (Factored P) debug: evaluateType1 x: P m: (IntegralDomain) debug: evaluateType form: P $param: (OV E S R P) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE factor ((Factored P) P))) NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for GeneralizedMultivariateFactorize compiling into /tmp/oa-POesiI compiling exported factor : P -> Factored P Time: 0.08 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] factor: not known that IntegralDomain is of mode CATEGORY(package,factor: P -> Factored P) Cumulative Statistics for Constructor GeneralizedMultivariateFactorize Time: 0.08 seconds finalizing NRLIB GENMFACT Processing GeneralizedMultivariateFactorize for Browser database: -- convert : % -> Symbol -- variable : Symbol -> Union(%,"failed") -- factor : P -> Factored P -- constructor ; compiling file "/tmp/oa-POesiI/code.lsp" (written 01 FEB 2016 11:06:22 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |GENMFACT;factor;PF;1| ...) ; compiling (DEFUN |GeneralizedMultivariateFactorize| ...) ; compiling (DEFUN |GeneralizedMultivariateFactorize;| ...) ; compiling (MAKEPROP (QUOTE |GeneralizedMultivariateFactorize|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-POesiI/code.fasl written ; compilation finished in 0:00:00.026 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/GROEBSOL.fasl --optimize=3 GROEBSOL.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GROEBSOL.spad using Spad compiler. GROEBSOL abbreviates package GroebnerSolve debug: compDefine1 lhs: (GroebnerSolve lv F R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE groebSolve ((List (List (DistributedMultivariatePolynomial lv F))) (List (DistributedMultivariatePolynomial lv F)) (List (OrderedVariableList lv)))) (SIGNATURE testDim ((Union (List (HomogeneousDistributedMultivariatePolynomial lv F)) failed) (List (HomogeneousDistributedMultivariatePolynomial lv F)) (List (OrderedVariableList lv)))) (SIGNATURE genericPosition ((Record (: dpolys (List (DistributedMultivariatePolynomial lv F))) (: coords (List (Integer)))) (List (DistributedMultivariatePolynomial lv F)) (List (OrderedVariableList lv))))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE groebSolve ((List (List (DistributedMultivariatePolynomial lv F))) (List (DistributedMultivariatePolynomial lv F)) (List (OrderedVariableList lv)))) (SIGNATURE testDim ((Union (List (HomogeneousDistributedMultivariatePolynomial lv F)) failed) (List (HomogeneousDistributedMultivariatePolynomial lv F)) (List (OrderedVariableList lv)))) (SIGNATURE genericPosition ((Record (: dpolys (List (DistributedMultivariatePolynomial lv F))) (: coords (List (Integer)))) (List (DistributedMultivariatePolynomial lv F)) (List (OrderedVariableList lv))))) $param: (lv F R) debug: evaluateType form: (List (List (DistributedMultivariatePolynomial lv F))) $param: (lv F R) Debug: evaluateType1 form: (List (List (DistributedMultivariatePolynomial lv F))) debug: evaluateType1 x: (List (DistributedMultivariatePolynomial lv F)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (DistributedMultivariatePolynomial lv F)) $param: (lv F R) Debug: evaluateType1 form: (List (DistributedMultivariatePolynomial lv F)) debug: evaluateType1 x: (DistributedMultivariatePolynomial lv F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (DistributedMultivariatePolynomial lv F) $param: (lv F R) Debug: evaluateType1 form: (DistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (DistributedMultivariatePolynomial lv F) c: (Type) debug: evalCategory d: (List (DistributedMultivariatePolynomial lv F)) c: (Type) debug: evaluateType form: (List (DistributedMultivariatePolynomial lv F)) $param: (lv F R) Debug: evaluateType1 form: (List (DistributedMultivariatePolynomial lv F)) debug: evaluateType1 x: (DistributedMultivariatePolynomial lv F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (DistributedMultivariatePolynomial lv F) $param: (lv F R) Debug: evaluateType1 form: (DistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (DistributedMultivariatePolynomial lv F) c: (Type) debug: evaluateType form: (List (OrderedVariableList lv)) $param: (lv F R) Debug: evaluateType1 form: (List (OrderedVariableList lv)) debug: evaluateType1 x: (OrderedVariableList lv) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (OrderedVariableList lv) $param: (lv F R) Debug: evaluateType1 form: (OrderedVariableList lv) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList lv) c: (Type) debug: evaluateType form: (Union (List (HomogeneousDistributedMultivariatePolynomial lv F)) failed) $param: (lv F R) debug: evaluateType form: (List (HomogeneousDistributedMultivariatePolynomial lv F)) $param: (lv F R) Debug: evaluateType1 form: (List (HomogeneousDistributedMultivariatePolynomial lv F)) debug: evaluateType1 x: (HomogeneousDistributedMultivariatePolynomial lv F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (HomogeneousDistributedMultivariatePolynomial lv F) $param: (lv F R) Debug: evaluateType1 form: (HomogeneousDistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (HomogeneousDistributedMultivariatePolynomial lv F) c: (Type) debug: evaluateType form: failed $param: (lv F R) debug: evaluateType form: (List (HomogeneousDistributedMultivariatePolynomial lv F)) $param: (lv F R) Debug: evaluateType1 form: (List (HomogeneousDistributedMultivariatePolynomial lv F)) debug: evaluateType1 x: (HomogeneousDistributedMultivariatePolynomial lv F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (HomogeneousDistributedMultivariatePolynomial lv F) $param: (lv F R) Debug: evaluateType1 form: (HomogeneousDistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (HomogeneousDistributedMultivariatePolynomial lv F) c: (Type) debug: evaluateType form: (List (OrderedVariableList lv)) $param: (lv F R) Debug: evaluateType1 form: (List (OrderedVariableList lv)) debug: evaluateType1 x: (OrderedVariableList lv) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (OrderedVariableList lv) $param: (lv F R) Debug: evaluateType1 form: (OrderedVariableList lv) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList lv) c: (Type) debug: evaluateType form: (Record (: dpolys (List (DistributedMultivariatePolynomial lv F))) (: coords (List (Integer)))) $param: (lv F R) debug: evaluateType form: (List (DistributedMultivariatePolynomial lv F)) $param: (lv F R) Debug: evaluateType1 form: (List (DistributedMultivariatePolynomial lv F)) debug: evaluateType1 x: (DistributedMultivariatePolynomial lv F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (DistributedMultivariatePolynomial lv F) $param: (lv F R) Debug: evaluateType1 form: (DistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (DistributedMultivariatePolynomial lv F) c: (Type) debug: evaluateType form: (List (Integer)) $param: (lv F R) Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (lv F R) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (List (DistributedMultivariatePolynomial lv F)) $param: (lv F R) Debug: evaluateType1 form: (List (DistributedMultivariatePolynomial lv F)) debug: evaluateType1 x: (DistributedMultivariatePolynomial lv F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (DistributedMultivariatePolynomial lv F) $param: (lv F R) Debug: evaluateType1 form: (DistributedMultivariatePolynomial lv F) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (DistributedMultivariatePolynomial lv F) c: (Type) debug: evaluateType form: (List (OrderedVariableList lv)) $param: (lv F R) Debug: evaluateType1 form: (List (OrderedVariableList lv)) debug: evaluateType1 x: (OrderedVariableList lv) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (lv F R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (OrderedVariableList lv) $param: (lv F R) Debug: evaluateType1 form: (OrderedVariableList lv) debug: evaluateType1 x: lv m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList lv) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE groebSolve ((List (List (DistributedMultivariatePolynomial lv F))) (List (DistributedMultivariatePolynomial lv F)) (List (OrderedVariableList lv)))) (SIGNATURE testDim ((Union (List (HomogeneousDistributedMultivariatePolynomial lv F)) failed) (List (HomogeneousDistributedMultivariatePolynomial lv F)) (List (OrderedVariableList lv)))) (SIGNATURE genericPosition ((Record (: dpolys (List (DistributedMultivariatePolynomial lv F))) (: coords (List (Integer)))) (List (DistributedMultivariatePolynomial lv F)) (List (OrderedVariableList lv))))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for GroebnerSolve compiling into /tmp/oa-3LIyOM importing Boolean importing PolToPol(lv,F) importing GroebnerPackage(F,DirectProduct(# lv,NonNegativeInteger),OrderedVariableList lv,DistributedMultivariatePolynomial(lv,F)) importing GroebnerInternalPackage(F,DirectProduct(# lv,NonNegativeInteger),OrderedVariableList lv,DistributedMultivariatePolynomial(lv,F)) importing GroebnerPackage(F,HomogeneousDirectProduct(# lv,NonNegativeInteger),OrderedVariableList lv,HomogeneousDistributedMultivariatePolynomial(lv,F)) importing LinGroebnerPackage(lv,F) compiling local testPower : (SparseUnivariatePolynomial DistributedMultivariatePolynomial(lv,F),OrderedVariableList lv,List DistributedMultivariatePolynomial(lv,F)) -> Union(DistributedMultivariatePolynomial(lv,F),failed) Time: 0.16 SEC. compiling local testGenPos : (List DistributedMultivariatePolynomial(lv,F),List OrderedVariableList lv) -> Union(List DistributedMultivariatePolynomial(lv,F),failed) Time: 0.07 SEC. compiling local genPos : (List DistributedMultivariatePolynomial(lv,F),List OrderedVariableList lv) -> Record(polys: List HomogeneousDistributedMultivariatePolynomial(lv,F),lpolys: List DistributedMultivariatePolynomial(lv,F),coord: List Integer,univp: HomogeneousDistributedMultivariatePolynomial(lv,F)) Time: 0.24 SEC. compiling exported genericPosition : (List DistributedMultivariatePolynomial(lv,F),List OrderedVariableList lv) -> Record(dpolys: List DistributedMultivariatePolynomial(lv,F),coords: List Integer) Time: 0.04 SEC. compiling local select : List List HomogeneousDistributedMultivariatePolynomial(lv,F) -> List List HomogeneousDistributedMultivariatePolynomial(lv,F) Time: 0.08 SEC. compiling local findCompon : (List HomogeneousDistributedMultivariatePolynomial(lv,F),List OrderedVariableList lv) -> List List DistributedMultivariatePolynomial(lv,F) Time: 0.80 SEC. compiling local zeroDim? : (List HomogeneousDistributedMultivariatePolynomial(lv,F),List OrderedVariableList lv) -> Boolean Time: 0.06 SEC. compiling exported groebSolve : (List DistributedMultivariatePolynomial(lv,F),List OrderedVariableList lv) -> List List DistributedMultivariatePolynomial(lv,F) Time: 0.15 SEC. compiling exported testDim : (List HomogeneousDistributedMultivariatePolynomial(lv,F),List OrderedVariableList lv) -> Union(List HomogeneousDistributedMultivariatePolynomial(lv,F),failed) Time: 0.07 SEC. (time taken in buildFunctor: 4) Time: 0.01 SEC. Warnings: [1] testPower: not known that Ring is of mode CATEGORY(package,groebSolve: (List DistributedMultivariatePolynomial(lv,F),List OrderedVariableList lv) -> List List DistributedMultivariatePolynomial(lv,F),testDim: (List HomogeneousDistributedMultivariatePolynomial(lv,F),List OrderedVariableList lv) -> Union(List HomogeneousDistributedMultivariatePolynomial(lv,F),"failed"),genericPosition: (List DistributedMultivariatePolynomial(lv,F),List OrderedVariableList lv) -> Record(dpolys: List DistributedMultivariatePolynomial(lv,F),coords: List Integer)) [2] genPos: gb has no value [3] genPos: gbt has no value [4] genPos: ranvals has no value [5] genPos: gb1 has no value Cumulative Statistics for Constructor GroebnerSolve Time: 1.69 seconds finalizing NRLIB GROEBSOL Processing GroebnerSolve for Browser database: -- groebSolve : (L DPoly,L OV) -> L L DPoly -- testDim : (L HDPoly,L OV) -> Union(L HDPoly,"failed") -- genericPosition : (L DPoly,L OV) -> Record(dpolys: L DPoly,coords: L I) -- constructor ; compiling file "/tmp/oa-3LIyOM/code.lsp" (written 01 FEB 2016 11:06:23 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |GROEBSOL;testPower| ...) ; compiling (DEFUN |GROEBSOL;testGenPos| ...) ; compiling (DEFUN |GROEBSOL;genPos| ...) ; compiling (DEFUN |GROEBSOL;genericPosition;LLR;4| ...) ; compiling (DEFUN |GROEBSOL;select| ...) ; file: /tmp/oa-3LIyOM/code.lsp ; in: DEFUN |GROEBSOL;select| ; (DEFUN BOOT::|GROEBSOL;select| (BOOT::|lup| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|lup| NIL (BOOT::|shellEntry| BOOT::$ 88)) ; (BOOT::SPADCALL NIL (BOOT::|shellEntry| BOOT::$ 89))) ; (T ; (LET (# # #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GROEBSOL;select| ; (BOOT::|lup| BOOT::$) ; (BLOCK BOOT::|GROEBSOL;select| ; (COND ((BOOT::SPADCALL BOOT::|lup| NIL #) (BOOT::SPADCALL NIL #)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; compiling (DEFUN |GROEBSOL;findCompon| ...) ; file: /tmp/oa-3LIyOM/code.lsp ; in: DEFUN |GROEBSOL;findCompon| ; (DEFUN BOOT::|GROEBSOL;findCompon| (BOOT::|leq| BOOT::|lvar| BOOT::$) ; (PROG (BOOT::|ans| BOOT::|val| BOOT::|x| BOOT::|rlvar| BOOT::|ranvals| ; BOOT::|result| BOOT::|lfact| BOOT::|fg| BOOT::|g| BOOT::|lgp| ; BOOT::|gp| BOOT::|tlfact|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GROEBSOL;findCompon| ; (BOOT::|leq| BOOT::|lvar| BOOT::$) ; (BLOCK BOOT::|GROEBSOL;findCompon| ; (PROG (BOOT::|ans| BOOT::|val| BOOT::|x| BOOT::|rlvar| BOOT::|ranvals| ; BOOT::|result| BOOT::|lfact| BOOT::|fg| BOOT::|g| BOOT::|lgp| ; BOOT::|gp| BOOT::|tlfact|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; compiling (DEFUN |GROEBSOL;zeroDim?| ...) ; compiling (DEFUN |GROEBSOL;groebSolve;LLL;8| ...) ; file: /tmp/oa-3LIyOM/code.lsp ; in: DEFUN |GROEBSOL;groebSolve;LLL;8| ; (DEFUN BOOT::|GROEBSOL;groebSolve;LLL;8| (BOOT::|leq| BOOT::|lvar| BOOT::$) ; (PROG (BOOT::|lfact| BOOT::|result| BOOT::|llfact| BOOT::|lup| ; BOOT::|basis| BOOT::|fg| BOOT::|g|) ; (RETURN ; (LET* (# #) ; (BOOT::SEQ # # # # # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GROEBSOL;groebSolve;LLL;8| ; (BOOT::|leq| BOOT::|lvar| BOOT::$) ; (BLOCK BOOT::|GROEBSOL;groebSolve;LLL;8| ; (PROG (BOOT::|lfact| BOOT::|result| BOOT::|llfact| BOOT::|lup| ; BOOT::|basis| BOOT::|fg| BOOT::|g|) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; compiling (DEFUN |GROEBSOL;testDim;LLU;9| ...) ; compiling (DEFUN |GroebnerSolve| ...) ; compiling (DEFUN |GroebnerSolve;| ...) ; compiling (MAKEPROP (QUOTE |GroebnerSolve|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 3 notes ; /tmp/oa-3LIyOM/code.fasl written ; compilation finished in 0:00:00.073 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/INFSP.fasl --optimize=3 INFSP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INFSP.spad using Spad compiler. INFSP abbreviates package InnerNumericFloatSolvePackage debug: compDefine1 lhs: (InnerNumericFloatSolvePackage K F Par) signature (pre-evaluate): ((CATEGORY package (SIGNATURE innerSolve1 ((List F) (SparseUnivariatePolynomial K) Par)) (SIGNATURE innerSolve1 ((List F) (Polynomial K) Par)) (SIGNATURE innerSolve ((List (List F)) (List (Polynomial K)) (List (Polynomial K)) (List (Symbol)) Par)) (SIGNATURE makeEq ((List (Equation (Polynomial F))) (List F) (List (Symbol))))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE innerSolve1 ((List F) (SparseUnivariatePolynomial K) Par)) (SIGNATURE innerSolve1 ((List F) (Polynomial K) Par)) (SIGNATURE innerSolve ((List (List F)) (List (Polynomial K)) (List (Polynomial K)) (List (Symbol)) Par)) (SIGNATURE makeEq ((List (Equation (Polynomial F))) (List F) (List (Symbol))))) $param: (K F Par) debug: evaluateType form: (List F) $param: (K F Par) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (SparseUnivariatePolynomial K) $param: (K F Par) Debug: evaluateType1 form: (SparseUnivariatePolynomial K) debug: evaluateType1 x: K m: (Ring) debug: evaluateType form: Par $param: (K F Par) debug: evaluateType form: (List F) $param: (K F Par) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (Polynomial K) $param: (K F Par) Debug: evaluateType1 form: (Polynomial K) debug: evaluateType1 x: K m: (Ring) debug: evaluateType form: Par $param: (K F Par) debug: evaluateType form: (List (List F)) $param: (K F Par) Debug: evaluateType1 form: (List (List F)) debug: evaluateType1 x: (List F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (K F Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List F) $param: (K F Par) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evalCategory d: (List F) c: (Type) debug: evaluateType form: (List (Polynomial K)) $param: (K F Par) Debug: evaluateType1 form: (List (Polynomial K)) debug: evaluateType1 x: (Polynomial K) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (K F Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial K) $param: (K F Par) Debug: evaluateType1 form: (Polynomial K) debug: evaluateType1 x: K m: (Ring) debug: evalCategory d: (Polynomial K) c: (Type) debug: evaluateType form: (List (Polynomial K)) $param: (K F Par) Debug: evaluateType1 form: (List (Polynomial K)) debug: evaluateType1 x: (Polynomial K) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (K F Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial K) $param: (K F Par) Debug: evaluateType1 form: (Polynomial K) debug: evaluateType1 x: K m: (Ring) debug: evalCategory d: (Polynomial K) c: (Type) debug: evaluateType form: (List (Symbol)) $param: (K F Par) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (K F Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (K F Par) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: Par $param: (K F Par) debug: evaluateType form: (List (Equation (Polynomial F))) $param: (K F Par) Debug: evaluateType1 form: (List (Equation (Polynomial F))) debug: evaluateType1 x: (Equation (Polynomial F)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (K F Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation (Polynomial F)) $param: (K F Par) Debug: evaluateType1 form: (Equation (Polynomial F)) debug: evaluateType1 x: (Polynomial F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (K F Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial F) $param: (K F Par) Debug: evaluateType1 form: (Polynomial F) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (Polynomial F) c: (Type) debug: evalCategory d: (Equation (Polynomial F)) c: (Type) debug: evaluateType form: (List F) $param: (K F Par) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (List (Symbol)) $param: (K F Par) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (K F Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (K F Par) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE innerSolve1 ((List F) (SparseUnivariatePolynomial K) Par)) (SIGNATURE innerSolve1 ((List F) (Polynomial K) Par)) (SIGNATURE innerSolve ((List (List F)) (List (Polynomial K)) (List (Polynomial K)) (List (Symbol)) Par)) (SIGNATURE makeEq ((List (Equation (Polynomial F))) (List F) (List (Symbol))))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for InnerNumericFloatSolvePackage compiling into /tmp/oa-7YzPBP compiling local numeric : K -> F Time: 0.19 SEC. compiling exported makeEq : (List F,List Symbol) -> List Equation Polynomial F Time: 0.04 SEC. compiling local evaluate : (Polynomial K,Symbol,Symbol,F) -> F Time: 0.05 SEC. compiling local myConvert : Par -> Fraction Integer Time: 0.01 SEC. compiling exported innerSolve1 : (Polynomial K,Par) -> List F Time: 0.03 SEC. compiling exported innerSolve1 : (SparseUnivariatePolynomial K,Par) -> List F Time: 0.29 SEC. compiling local findGenZeros : (List Polynomial K,List Symbol,Par) -> List List F Time: 0.08 SEC. compiling local oldCoord : (List F,List Integer) -> List F Time: 0.06 SEC. compiling local innerSolve2 : (List Polynomial K,List Symbol,Par) -> List List F Time: 0.30 SEC. compiling exported innerSolve : (List Polynomial K,List Polynomial K,List Symbol,Par) -> List List F Time: 1.17 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] evaluate: not known that Ring is of mode CATEGORY(package,innerSolve1: (SparseUnivariatePolynomial K,Par) -> List F,innerSolve1: (Polynomial K,Par) -> List F,innerSolve: (List Polynomial K,List Polynomial K,List Symbol,Par) -> List List F,makeEq: (List F,List Symbol) -> List Equation Polynomial F) [2] innerSolve1: not known that UnivariatePolynomialCategory(Complex (Integer)) is of mode CATEGORY(domain,outputForm: (%,OutputForm) -> OutputForm,fmecg: (%,NonNegativeInteger,K,%) -> %) [3] innerSolve1: left has no value [4] innerSolve1: right has no value [5] innerSolve1: pretend List F -- should replace by @ [6] innerSolve2: univariate has no value [7] innerSolve: pretend dmp -- should replace by @ [8] innerSolve: lq has no value [9] innerSolve: not known that PolynomialCategoryK(DirectProduct (# lv) (NonNegativeInteger))OV is of mode CATEGORY(domain,reorder: (%,List Integer) -> %) [10] innerSolve: not known that PolynomialCategoryK(DirectProduct (%call (%external %llength) lv) (NonNegativeInteger))OV is of mode CATEGORY(domain,reorder: (%,List Integer) -> %) [11] innerSolve: pretend List dmp -- should replace by @ [12] innerSolve: result has no value Cumulative Statistics for Constructor InnerNumericFloatSolvePackage Time: 2.25 seconds finalizing NRLIB INFSP Processing InnerNumericFloatSolvePackage for Browser database: -- innerSolve1 : (SUP K,Par) -> L F -- innerSolve1 : (P K,Par) -> L F -- innerSolve : (L P K,L P K,L SE,Par) -> L L F -- makeEq : (L F,L SE) -> L EQ P F -- constructor ; compiling file "/tmp/oa-7YzPBP/code.lsp" (written 01 FEB 2016 11:06:26 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |INFSP;numeric| ...) ; compiling (DEFUN |INFSP;makeEq;LLL;2| ...) ; file: /tmp/oa-7YzPBP/code.lsp ; in: DEFUN |INFSP;makeEq;LLL;2| ; (DEFUN BOOT::|INFSP;makeEq;LLL;2| (BOOT::|nres| BOOT::|lv| BOOT::$) ; (LET ((#:G694 BOOT::|lv|) (#:G695 BOOT::|nres|) (#:G551 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G694 #) ; (SETQ #:G695 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INFSP;makeEq;LLL;2| ; (BOOT::|nres| BOOT::|lv| BOOT::$) ; (BLOCK BOOT::|INFSP;makeEq;LLL;2| ; (LET ((#:G694 BOOT::|lv|) (#:G695 BOOT::|nres|) (#:G551 NIL)) ; (LOOP (COND # #) ; (SETQ #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |INFSP;evaluate| ...) ; compiling (DEFUN |INFSP;myConvert| ...) ; compiling (DEFUN |INFSP;innerSolve1;PParL;5| ...) ; compiling (DEFUN |INFSP;innerSolve1;SupParL;6| ...) ; file: /tmp/oa-7YzPBP/code.lsp ; in: DEFUN |INFSP;innerSolve1;SupParL;6| ; (DEFUN BOOT::|INFSP;innerSolve1;SupParL;6| (BOOT::|upol| BOOT::|eps| BOOT::$) ; (PROG (BOOT::|z|) (RETURN (BOOT::SEQ (COND #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INFSP;innerSolve1;SupParL;6| ; (BOOT::|upol| BOOT::|eps| BOOT::$) ; (BLOCK BOOT::|INFSP;innerSolve1;SupParL;6| ; (PROG (BOOT::|z|) (RETURN (BOOT::SEQ # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |INFSP;findGenZeros| ...) ; file: /tmp/oa-7YzPBP/code.lsp ; in: DEFUN |INFSP;findGenZeros| ; (DEFUN BOOT::|INFSP;findGenZeros| ; (BOOT::|lp| BOOT::|rlvar| BOOT::|eps| BOOT::$) ; (PROG (BOOT::|lz|) ; (RETURN ; (LET* (# # #) ; (PROGN # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INFSP;findGenZeros| ; (BOOT::|lp| BOOT::|rlvar| BOOT::|eps| BOOT::$) ; (BLOCK BOOT::|INFSP;findGenZeros| ; (PROG (BOOT::|lz|) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; compiling (DEFUN |INFSP;oldCoord| ...) ; file: /tmp/oa-7YzPBP/code.lsp ; in: DEFUN |INFSP;oldCoord| ; (DEFUN BOOT::|INFSP;oldCoord| (BOOT::|numres| BOOT::|lval| BOOT::$) ; (LET ((BOOT::|rnumres| (BOOTTRAN:|reverse| BOOT::|numres|))) ; (PROGN ; (BOOT::SPADCALL BOOT::|rnumres| 'BOOT::|first| (BOOT::SPADCALL # # #) ; (BOOT::|shellEntry| BOOT::$ 85)) ; (BOOTTRAN:|reverse| BOOT::|rnumres|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INFSP;oldCoord| ; (BOOT::|numres| BOOT::|lval| BOOT::$) ; (BLOCK BOOT::|INFSP;oldCoord| ; (LET ((BOOT::|rnumres| #)) ; (PROGN ; (BOOT::SPADCALL BOOT::|rnumres| 'BOOT::|first| # #) ; (BOOTTRAN:|reverse| BOOT::|rnumres|))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |INFSP;innerSolve2| ...) ; compiling (DEFUN |INFSP;innerSolve;2LLParL;10| ...) ; file: /tmp/oa-7YzPBP/code.lsp ; in: DEFUN |INFSP;innerSolve;2LLParL;10| ; (LET* ((BOOT::|lnp| ; (LET (# #) ; (LOOP # ; #))) ; (BOOT::OV (BOOT::|OrderedVariableList| BOOT::|lv|)) ; (BOOT::|lvv| ; (LET (# #) ; (LOOP # ; #))) ; (BOOT::DP ; (BOOT::|DirectProduct| (LIST-LENGTH BOOT::|lv|) ; (BOOT::|NonNegativeInteger|))) ; (BOOT::|dmp| ; (BOOT::|DistributedMultivariatePolynomial| BOOT::|lv| ; (BOOT::|shellEntry| ; BOOT::$ 6))) ; (BOOT::|lq| NIL)) ; (BOOT::SEQ (COND ((BOOT::SPADCALL BOOT::|ld| NIL #) (SETQ #))) ; (BOOT::LETT BOOT::|partRes| ; (BOOT::SPADCALL BOOT::|lnp| BOOT::|lvv| ; (BOOT::|compiledLookupCheck| ; 'BOOT::|groebSolve| # #)) ; BOOT::|INFSP;innerSolve;2LLParL;10|) ; (BOOT::EXIT (COND (# NIL) (T #))))) ; ; caught STYLE-WARNING: ; The variable DP is defined but never used. ; compiling (DEFUN |InnerNumericFloatSolvePackage| ...) ; compiling (DEFUN |InnerNumericFloatSolvePackage;| ...) ; compiling (MAKEPROP (QUOTE |InnerNumericFloatSolvePackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 4 notes ; /tmp/oa-7YzPBP/code.fasl written ; compilation finished in 0:00:00.097 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile CMPLXRT.spad && cp CMPLXRT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CMPLXRT.fasl \ && if test -f CMPLXRT-.NRLIB/code.fasl; then \ cp CMPLXRT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CMPLXRT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CMPLXRT.spad using Spad compiler. CMPLXRT abbreviates package ComplexRootPackage debug: compDefine1 lhs: (ComplexRootPackage UP Par) signature (pre-evaluate): ((CATEGORY package (SIGNATURE complexZeros ((List (Complex Par)) UP Par))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE complexZeros ((List (Complex Par)) UP Par))) $param: (UP Par) debug: evaluateType form: (List (Complex Par)) $param: (UP Par) Debug: evaluateType1 form: (List (Complex Par)) debug: evaluateType1 x: (Complex Par) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (UP Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Complex Par) $param: (UP Par) Debug: evaluateType1 form: (Complex Par) debug: evaluateType1 x: Par m: (CommutativeRing) debug: evalCategory d: (Complex Par) c: (Type) debug: evaluateType form: UP $param: (UP Par) debug: evaluateType form: Par $param: (UP Par) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE complexZeros ((List (Complex Par)) UP Par))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ComplexRootPackage compiling into /tmp/oa-PZbS9e compiling exported complexZeros : (UP,Par) -> List Complex Par Time: 0.56 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Warnings: [1] complexZeros: factors has no value [2] complexZeros: complex has no value Cumulative Statistics for Constructor ComplexRootPackage Time: 0.56 seconds finalizing NRLIB CMPLXRT Processing ComplexRootPackage for Browser database: -- complexZeros : (UP,Par) -> List CP --->../../x86_64-unknown-linux-gnu/src/algebra/cmplxrt.spad-->ComplexRootPackage(constructor): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/cmplxrt.spad-->ComplexRootPackage: Missing Description ; compiling file "/tmp/oa-PZbS9e/code.lsp" (written 01 FEB 2016 11:06:26 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |CMPLXRT;complexZeros;UPParL;1| ...) ; compiling (DEFUN |ComplexRootPackage| ...) ; compiling (DEFUN |ComplexRootPackage;| ...) ; compiling (MAKEPROP (QUOTE |ComplexRootPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-PZbS9e/code.fasl written ; compilation finished in 0:00:00.023 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile INFSP.spad && cp INFSP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INFSP.fasl \ && if test -f INFSP-.NRLIB/code.fasl; then \ cp INFSP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INFSP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INFSP.spad using Spad compiler. INFSP abbreviates package InnerNumericFloatSolvePackage debug: compDefine1 lhs: (InnerNumericFloatSolvePackage K F Par) signature (pre-evaluate): ((CATEGORY package (SIGNATURE innerSolve1 ((List F) (SparseUnivariatePolynomial K) Par)) (SIGNATURE innerSolve1 ((List F) (Polynomial K) Par)) (SIGNATURE innerSolve ((List (List F)) (List (Polynomial K)) (List (Polynomial K)) (List (Symbol)) Par)) (SIGNATURE makeEq ((List (Equation (Polynomial F))) (List F) (List (Symbol))))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE innerSolve1 ((List F) (SparseUnivariatePolynomial K) Par)) (SIGNATURE innerSolve1 ((List F) (Polynomial K) Par)) (SIGNATURE innerSolve ((List (List F)) (List (Polynomial K)) (List (Polynomial K)) (List (Symbol)) Par)) (SIGNATURE makeEq ((List (Equation (Polynomial F))) (List F) (List (Symbol))))) $param: (K F Par) debug: evaluateType form: (List F) $param: (K F Par) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (SparseUnivariatePolynomial K) $param: (K F Par) Debug: evaluateType1 form: (SparseUnivariatePolynomial K) debug: evaluateType1 x: K m: (Ring) debug: evaluateType form: Par $param: (K F Par) debug: evaluateType form: (List F) $param: (K F Par) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (Polynomial K) $param: (K F Par) Debug: evaluateType1 form: (Polynomial K) debug: evaluateType1 x: K m: (Ring) debug: evaluateType form: Par $param: (K F Par) debug: evaluateType form: (List (List F)) $param: (K F Par) Debug: evaluateType1 form: (List (List F)) debug: evaluateType1 x: (List F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (K F Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List F) $param: (K F Par) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evalCategory d: (List F) c: (Type) debug: evaluateType form: (List (Polynomial K)) $param: (K F Par) Debug: evaluateType1 form: (List (Polynomial K)) debug: evaluateType1 x: (Polynomial K) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (K F Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial K) $param: (K F Par) Debug: evaluateType1 form: (Polynomial K) debug: evaluateType1 x: K m: (Ring) debug: evalCategory d: (Polynomial K) c: (Type) debug: evaluateType form: (List (Polynomial K)) $param: (K F Par) Debug: evaluateType1 form: (List (Polynomial K)) debug: evaluateType1 x: (Polynomial K) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (K F Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial K) $param: (K F Par) Debug: evaluateType1 form: (Polynomial K) debug: evaluateType1 x: K m: (Ring) debug: evalCategory d: (Polynomial K) c: (Type) debug: evaluateType form: (List (Symbol)) $param: (K F Par) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (K F Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (K F Par) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: Par $param: (K F Par) debug: evaluateType form: (List (Equation (Polynomial F))) $param: (K F Par) Debug: evaluateType1 form: (List (Equation (Polynomial F))) debug: evaluateType1 x: (Equation (Polynomial F)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (K F Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation (Polynomial F)) $param: (K F Par) Debug: evaluateType1 form: (Equation (Polynomial F)) debug: evaluateType1 x: (Polynomial F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (K F Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial F) $param: (K F Par) Debug: evaluateType1 form: (Polynomial F) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (Polynomial F) c: (Type) debug: evalCategory d: (Equation (Polynomial F)) c: (Type) debug: evaluateType form: (List F) $param: (K F Par) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (List (Symbol)) $param: (K F Par) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (K F Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (K F Par) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE innerSolve1 ((List F) (SparseUnivariatePolynomial K) Par)) (SIGNATURE innerSolve1 ((List F) (Polynomial K) Par)) (SIGNATURE innerSolve ((List (List F)) (List (Polynomial K)) (List (Polynomial K)) (List (Symbol)) Par)) (SIGNATURE makeEq ((List (Equation (Polynomial F))) (List F) (List (Symbol))))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for InnerNumericFloatSolvePackage compiling into /tmp/oa-t67YgV compiling local numeric : K -> F Time: 0.20 SEC. compiling exported makeEq : (List F,List Symbol) -> List Equation Polynomial F Time: 0.04 SEC. compiling local evaluate : (Polynomial K,Symbol,Symbol,F) -> F Time: 0.08 SEC. compiling local myConvert : Par -> Fraction Integer Time: 0.02 SEC. compiling exported innerSolve1 : (Polynomial K,Par) -> List F Time: 0.03 SEC. compiling exported innerSolve1 : (SparseUnivariatePolynomial K,Par) -> List F Time: 0.22 SEC. compiling local findGenZeros : (List Polynomial K,List Symbol,Par) -> List List F Time: 0.06 SEC. compiling local oldCoord : (List F,List Integer) -> List F Time: 0.06 SEC. compiling local innerSolve2 : (List Polynomial K,List Symbol,Par) -> List List F Time: 0.24 SEC. compiling exported innerSolve : (List Polynomial K,List Polynomial K,List Symbol,Par) -> List List F Time: 1.19 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] evaluate: not known that Ring is of mode CATEGORY(package,innerSolve1: (SparseUnivariatePolynomial K,Par) -> List F,innerSolve1: (Polynomial K,Par) -> List F,innerSolve: (List Polynomial K,List Polynomial K,List Symbol,Par) -> List List F,makeEq: (List F,List Symbol) -> List Equation Polynomial F) [2] innerSolve1: not known that UnivariatePolynomialCategory(Complex (Integer)) is of mode CATEGORY(domain,outputForm: (%,OutputForm) -> OutputForm,fmecg: (%,NonNegativeInteger,K,%) -> %) [3] innerSolve1: left has no value [4] innerSolve1: right has no value [5] innerSolve1: pretend List F -- should replace by @ [6] innerSolve2: univariate has no value [7] innerSolve: pretend dmp -- should replace by @ [8] innerSolve: lq has no value [9] innerSolve: not known that PolynomialCategoryK(DirectProduct (# lv) (NonNegativeInteger))OV is of mode CATEGORY(domain,reorder: (%,List Integer) -> %) [10] innerSolve: not known that PolynomialCategoryK(DirectProduct (%call (%external %llength) lv) (NonNegativeInteger))OV is of mode CATEGORY(domain,reorder: (%,List Integer) -> %) [11] innerSolve: pretend List dmp -- should replace by @ [12] innerSolve: result has no value Cumulative Statistics for Constructor InnerNumericFloatSolvePackage Time: 2.14 seconds finalizing NRLIB INFSP Processing InnerNumericFloatSolvePackage for Browser database: -- innerSolve1 : (SUP K,Par) -> L F -- innerSolve1 : (P K,Par) -> L F -- innerSolve : (L P K,L P K,L SE,Par) -> L L F -- makeEq : (L F,L SE) -> L EQ P F -- constructor ; compiling file "/tmp/oa-t67YgV/code.lsp" (written 01 FEB 2016 11:06:29 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |INFSP;numeric| ...) ; compiling (DEFUN |INFSP;makeEq;LLL;2| ...) ; file: /tmp/oa-t67YgV/code.lsp ; in: DEFUN |INFSP;makeEq;LLL;2| ; (DEFUN BOOT::|INFSP;makeEq;LLL;2| (BOOT::|nres| BOOT::|lv| BOOT::$) ; (LET ((#:G694 BOOT::|lv|) (#:G695 BOOT::|nres|) (#:G551 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G694 #) ; (SETQ #:G695 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INFSP;makeEq;LLL;2| ; (BOOT::|nres| BOOT::|lv| BOOT::$) ; (BLOCK BOOT::|INFSP;makeEq;LLL;2| ; (LET ((#:G694 BOOT::|lv|) (#:G695 BOOT::|nres|) (#:G551 NIL)) ; (LOOP (COND # #) ; (SETQ #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |INFSP;evaluate| ...) ; compiling (DEFUN |INFSP;myConvert| ...) ; compiling (DEFUN |INFSP;innerSolve1;PParL;5| ...) ; compiling (DEFUN |INFSP;innerSolve1;SupParL;6| ...) ; file: /tmp/oa-t67YgV/code.lsp ; in: DEFUN |INFSP;innerSolve1;SupParL;6| ; (DEFUN BOOT::|INFSP;innerSolve1;SupParL;6| (BOOT::|upol| BOOT::|eps| BOOT::$) ; (PROG (BOOT::|z|) (RETURN (BOOT::SEQ (COND #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INFSP;innerSolve1;SupParL;6| ; (BOOT::|upol| BOOT::|eps| BOOT::$) ; (BLOCK BOOT::|INFSP;innerSolve1;SupParL;6| ; (PROG (BOOT::|z|) (RETURN (BOOT::SEQ # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |INFSP;findGenZeros| ...) ; file: /tmp/oa-t67YgV/code.lsp ; in: DEFUN |INFSP;findGenZeros| ; (DEFUN BOOT::|INFSP;findGenZeros| ; (BOOT::|lp| BOOT::|rlvar| BOOT::|eps| BOOT::$) ; (PROG (BOOT::|lz|) ; (RETURN ; (LET* (# # #) ; (PROGN # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INFSP;findGenZeros| ; (BOOT::|lp| BOOT::|rlvar| BOOT::|eps| BOOT::$) ; (BLOCK BOOT::|INFSP;findGenZeros| ; (PROG (BOOT::|lz|) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; compiling (DEFUN |INFSP;oldCoord| ...) ; file: /tmp/oa-t67YgV/code.lsp ; in: DEFUN |INFSP;oldCoord| ; (DEFUN BOOT::|INFSP;oldCoord| (BOOT::|numres| BOOT::|lval| BOOT::$) ; (LET ((BOOT::|rnumres| (BOOTTRAN:|reverse| BOOT::|numres|))) ; (PROGN ; (BOOT::SPADCALL BOOT::|rnumres| 'BOOT::|first| (BOOT::SPADCALL # # #) ; (BOOT::|shellEntry| BOOT::$ 85)) ; (BOOTTRAN:|reverse| BOOT::|rnumres|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INFSP;oldCoord| ; (BOOT::|numres| BOOT::|lval| BOOT::$) ; (BLOCK BOOT::|INFSP;oldCoord| ; (LET ((BOOT::|rnumres| #)) ; (PROGN ; (BOOT::SPADCALL BOOT::|rnumres| 'BOOT::|first| # #) ; (BOOTTRAN:|reverse| BOOT::|rnumres|))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |INFSP;innerSolve2| ...) ; compiling (DEFUN |INFSP;innerSolve;2LLParL;10| ...) ; file: /tmp/oa-t67YgV/code.lsp ; in: DEFUN |INFSP;innerSolve;2LLParL;10| ; (LET* ((BOOT::|lnp| ; (LET (# #) ; (LOOP # ; #))) ; (BOOT::OV (BOOT::|OrderedVariableList| BOOT::|lv|)) ; (BOOT::|lvv| ; (LET (# #) ; (LOOP # ; #))) ; (BOOT::DP ; (BOOT::|DirectProduct| (LIST-LENGTH BOOT::|lv|) ; (BOOT::|NonNegativeInteger|))) ; (BOOT::|dmp| ; (BOOT::|DistributedMultivariatePolynomial| BOOT::|lv| ; (BOOT::|shellEntry| ; BOOT::$ 6))) ; (BOOT::|lq| NIL)) ; (BOOT::SEQ (COND ((BOOT::SPADCALL BOOT::|ld| NIL #) (SETQ #))) ; (BOOT::LETT BOOT::|partRes| ; (BOOT::SPADCALL BOOT::|lnp| BOOT::|lvv| ; (BOOT::|compiledLookupCheck| ; 'BOOT::|groebSolve| # #)) ; BOOT::|INFSP;innerSolve;2LLParL;10|) ; (BOOT::EXIT (COND (# NIL) (T #))))) ; ; caught STYLE-WARNING: ; The variable DP is defined but never used. ; compiling (DEFUN |InnerNumericFloatSolvePackage| ...) ; compiling (DEFUN |InnerNumericFloatSolvePackage;| ...) ; compiling (MAKEPROP (QUOTE |InnerNumericFloatSolvePackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 4 notes ; /tmp/oa-t67YgV/code.fasl written ; compilation finished in 0:00:00.110 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FLOATRP.spad && cp FLOATRP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FLOATRP.fasl \ && if test -f FLOATRP-.NRLIB/code.fasl; then \ cp FLOATRP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FLOATRP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FLOATRP.spad using Spad compiler. FLOATRP abbreviates package FloatingRealPackage debug: compDefine1 lhs: (FloatingRealPackage Par) signature (pre-evaluate): ((CATEGORY package (SIGNATURE solve ((List (List (Equation (Polynomial Par)))) (List (Fraction (Polynomial (Integer)))) Par)) (SIGNATURE solve ((List (List (Equation (Polynomial Par)))) (List (Equation (Fraction (Polynomial (Integer))))) Par)) (SIGNATURE solve ((List (Equation (Polynomial Par))) (Fraction (Polynomial (Integer))) Par)) (SIGNATURE solve ((List (Equation (Polynomial Par))) (Equation (Fraction (Polynomial (Integer)))) Par)) (SIGNATURE realRoots ((List (List Par)) (List (Fraction (Polynomial (Integer)))) (List (Symbol)) Par)) (SIGNATURE realRoots ((List Par) (Fraction (Polynomial (Integer))) Par))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE solve ((List (List (Equation (Polynomial Par)))) (List (Fraction (Polynomial (Integer)))) Par)) (SIGNATURE solve ((List (List (Equation (Polynomial Par)))) (List (Equation (Fraction (Polynomial (Integer))))) Par)) (SIGNATURE solve ((List (Equation (Polynomial Par))) (Fraction (Polynomial (Integer))) Par)) (SIGNATURE solve ((List (Equation (Polynomial Par))) (Equation (Fraction (Polynomial (Integer)))) Par)) (SIGNATURE realRoots ((List (List Par)) (List (Fraction (Polynomial (Integer)))) (List (Symbol)) Par)) (SIGNATURE realRoots ((List Par) (Fraction (Polynomial (Integer))) Par))) $param: (Par) debug: evaluateType form: (List (List (Equation (Polynomial Par)))) $param: (Par) Debug: evaluateType1 form: (List (List (Equation (Polynomial Par)))) debug: evaluateType1 x: (List (Equation (Polynomial Par))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Equation (Polynomial Par))) $param: (Par) Debug: evaluateType1 form: (List (Equation (Polynomial Par))) debug: evaluateType1 x: (Equation (Polynomial Par)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation (Polynomial Par)) $param: (Par) Debug: evaluateType1 form: (Equation (Polynomial Par)) debug: evaluateType1 x: (Polynomial Par) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial Par) $param: (Par) Debug: evaluateType1 form: (Polynomial Par) debug: evaluateType1 x: Par m: (Ring) debug: evalCategory d: (Polynomial Par) c: (Type) debug: evalCategory d: (Equation (Polynomial Par)) c: (Type) debug: evalCategory d: (List (Equation (Polynomial Par))) c: (Type) debug: evaluateType form: (List (Fraction (Polynomial (Integer)))) $param: (Par) Debug: evaluateType1 form: (List (Fraction (Polynomial (Integer)))) debug: evaluateType1 x: (Fraction (Polynomial (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial (Integer))) $param: (Par) Debug: evaluateType1 form: (Fraction (Polynomial (Integer))) debug: evaluateType1 x: (Polynomial (Integer)) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Par) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial (Integer)) $param: (Par) Debug: evaluateType1 form: (Polynomial (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (Par) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: (Par) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evalCategory d: (Polynomial (Integer)) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial (Integer))) c: (Type) debug: evaluateType form: Par $param: (Par) debug: evaluateType form: (List (List (Equation (Polynomial Par)))) $param: (Par) Debug: evaluateType1 form: (List (List (Equation (Polynomial Par)))) debug: evaluateType1 x: (List (Equation (Polynomial Par))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Equation (Polynomial Par))) $param: (Par) Debug: evaluateType1 form: (List (Equation (Polynomial Par))) debug: evaluateType1 x: (Equation (Polynomial Par)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation (Polynomial Par)) $param: (Par) Debug: evaluateType1 form: (Equation (Polynomial Par)) debug: evaluateType1 x: (Polynomial Par) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial Par) $param: (Par) Debug: evaluateType1 form: (Polynomial Par) debug: evaluateType1 x: Par m: (Ring) debug: evalCategory d: (Polynomial Par) c: (Type) debug: evalCategory d: (Equation (Polynomial Par)) c: (Type) debug: evalCategory d: (List (Equation (Polynomial Par))) c: (Type) debug: evaluateType form: (List (Equation (Fraction (Polynomial (Integer))))) $param: (Par) Debug: evaluateType1 form: (List (Equation (Fraction (Polynomial (Integer))))) debug: evaluateType1 x: (Equation (Fraction (Polynomial (Integer)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation (Fraction (Polynomial (Integer)))) $param: (Par) Debug: evaluateType1 form: (Equation (Fraction (Polynomial (Integer)))) debug: evaluateType1 x: (Fraction (Polynomial (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial (Integer))) $param: (Par) Debug: evaluateType1 form: (Fraction (Polynomial (Integer))) debug: evaluateType1 x: (Polynomial (Integer)) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Par) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial (Integer)) $param: (Par) Debug: evaluateType1 form: (Polynomial (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (Par) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: (Par) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evalCategory d: (Polynomial (Integer)) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial (Integer))) c: (Type) debug: evalCategory d: (Equation (Fraction (Polynomial (Integer)))) c: (Type) debug: evaluateType form: Par $param: (Par) debug: evaluateType form: (List (Equation (Polynomial Par))) $param: (Par) Debug: evaluateType1 form: (List (Equation (Polynomial Par))) debug: evaluateType1 x: (Equation (Polynomial Par)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation (Polynomial Par)) $param: (Par) Debug: evaluateType1 form: (Equation (Polynomial Par)) debug: evaluateType1 x: (Polynomial Par) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial Par) $param: (Par) Debug: evaluateType1 form: (Polynomial Par) debug: evaluateType1 x: Par m: (Ring) debug: evalCategory d: (Polynomial Par) c: (Type) debug: evalCategory d: (Equation (Polynomial Par)) c: (Type) debug: evaluateType form: (Fraction (Polynomial (Integer))) $param: (Par) Debug: evaluateType1 form: (Fraction (Polynomial (Integer))) debug: evaluateType1 x: (Polynomial (Integer)) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Par) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial (Integer)) $param: (Par) Debug: evaluateType1 form: (Polynomial (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (Par) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: (Par) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evalCategory d: (Polynomial (Integer)) c: (IntegralDomain) debug: evaluateType form: Par $param: (Par) debug: evaluateType form: (List (Equation (Polynomial Par))) $param: (Par) Debug: evaluateType1 form: (List (Equation (Polynomial Par))) debug: evaluateType1 x: (Equation (Polynomial Par)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation (Polynomial Par)) $param: (Par) Debug: evaluateType1 form: (Equation (Polynomial Par)) debug: evaluateType1 x: (Polynomial Par) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial Par) $param: (Par) Debug: evaluateType1 form: (Polynomial Par) debug: evaluateType1 x: Par m: (Ring) debug: evalCategory d: (Polynomial Par) c: (Type) debug: evalCategory d: (Equation (Polynomial Par)) c: (Type) debug: evaluateType form: (Equation (Fraction (Polynomial (Integer)))) $param: (Par) Debug: evaluateType1 form: (Equation (Fraction (Polynomial (Integer)))) debug: evaluateType1 x: (Fraction (Polynomial (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial (Integer))) $param: (Par) Debug: evaluateType1 form: (Fraction (Polynomial (Integer))) debug: evaluateType1 x: (Polynomial (Integer)) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Par) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial (Integer)) $param: (Par) Debug: evaluateType1 form: (Polynomial (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (Par) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: (Par) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evalCategory d: (Polynomial (Integer)) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial (Integer))) c: (Type) debug: evaluateType form: Par $param: (Par) debug: evaluateType form: (List (List Par)) $param: (Par) Debug: evaluateType1 form: (List (List Par)) debug: evaluateType1 x: (List Par) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List Par) $param: (Par) Debug: evaluateType1 form: (List Par) debug: evaluateType1 x: Par m: (Type) debug: evalCategory d: (List Par) c: (Type) debug: evaluateType form: (List (Fraction (Polynomial (Integer)))) $param: (Par) Debug: evaluateType1 form: (List (Fraction (Polynomial (Integer)))) debug: evaluateType1 x: (Fraction (Polynomial (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial (Integer))) $param: (Par) Debug: evaluateType1 form: (Fraction (Polynomial (Integer))) debug: evaluateType1 x: (Polynomial (Integer)) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Par) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial (Integer)) $param: (Par) Debug: evaluateType1 form: (Polynomial (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (Par) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: (Par) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evalCategory d: (Polynomial (Integer)) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial (Integer))) c: (Type) debug: evaluateType form: (List (Symbol)) $param: (Par) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (Par) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: Par $param: (Par) debug: evaluateType form: (List Par) $param: (Par) Debug: evaluateType1 form: (List Par) debug: evaluateType1 x: Par m: (Type) debug: evaluateType form: (Fraction (Polynomial (Integer))) $param: (Par) Debug: evaluateType1 form: (Fraction (Polynomial (Integer))) debug: evaluateType1 x: (Polynomial (Integer)) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Par) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial (Integer)) $param: (Par) Debug: evaluateType1 form: (Polynomial (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (Par) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: (Par) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evalCategory d: (Polynomial (Integer)) c: (IntegralDomain) debug: evaluateType form: Par $param: (Par) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE solve ((List (List (Equation (Polynomial Par)))) (List (Fraction (Polynomial (Integer)))) Par)) (SIGNATURE solve ((List (List (Equation (Polynomial Par)))) (List (Equation (Fraction (Polynomial (Integer))))) Par)) (SIGNATURE solve ((List (Equation (Polynomial Par))) (Fraction (Polynomial (Integer))) Par)) (SIGNATURE solve ((List (Equation (Polynomial Par))) (Equation (Fraction (Polynomial (Integer)))) Par)) (SIGNATURE realRoots ((List (List Par)) (List (Fraction (Polynomial (Integer)))) (List (Symbol)) Par)) (SIGNATURE realRoots ((List Par) (Fraction (Polynomial (Integer))) Par))) NIL) ------------------------------------------------------------------------ initializing stationary directory for FloatingRealPackage compiling into /tmp/oa-lK7XIq compiling local makeEq : (List Par,List Symbol) -> List Equation Polynomial Par Time: 0.09 SEC. compiling exported realRoots : (Fraction Polynomial Integer,Par) -> List Par Time: 0.06 SEC. compiling exported realRoots : (List Fraction Polynomial Integer,List Symbol,Par) -> List List Par Time: 0.06 SEC. compiling exported solve : (List Fraction Polynomial Integer,Par) -> List List Equation Polynomial Par Time: 0.14 SEC. compiling exported solve : (List Equation Fraction Polynomial Integer,Par) -> List List Equation Polynomial Par Time: 0.22 SEC. compiling exported solve : (Fraction Polynomial Integer,Par) -> List Equation Polynomial Par Time: 0.06 SEC. compiling exported solve : (Equation Fraction Polynomial Integer,Par) -> List Equation Polynomial Par Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] solve: mainVariable has no value Cumulative Statistics for Constructor FloatingRealPackage Time: 0.64 seconds finalizing NRLIB FLOATRP Processing FloatingRealPackage for Browser database: -- solve : (L RFI,Par) -> L L EQ P Par -- solve : (L EQ RFI,Par) -> L L EQ P Par -- solve : (RFI,Par) -> L EQ P Par -- solve : (EQ RFI,Par) -> L EQ P Par -- realRoots : (L RFI,L SE,Par) -> L L Par -- realRoots : (RFI,Par) -> L Par -- constructor ; compiling file "/tmp/oa-lK7XIq/code.lsp" (written 01 FEB 2016 11:06:30 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FLOATRP;makeEq| ...) ; file: /tmp/oa-lK7XIq/code.lsp ; in: DEFUN |FLOATRP;makeEq| ; (DEFUN BOOT::|FLOATRP;makeEq| (BOOT::|nres| BOOT::|lv| BOOT::$) ; (LET ((#:G596 BOOT::|lv|) (#:G597 BOOT::|nres|) (#:G543 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G596 #) ; (SETQ #:G597 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOATRP;makeEq| ; (BOOT::|nres| BOOT::|lv| BOOT::$) ; (BLOCK BOOT::|FLOATRP;makeEq| ; (LET ((#:G596 BOOT::|lv|) (#:G597 BOOT::|nres|) (#:G543 NIL)) ; (LOOP (COND # #) ; (SETQ #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |FLOATRP;realRoots;FParL;2| ...) ; file: /tmp/oa-lK7XIq/code.lsp ; in: DEFUN |FLOATRP;realRoots;FParL;2| ; (DEFUN BOOT::|FLOATRP;realRoots;FParL;2| (BOOT::|p| BOOT::|eps| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 16)) ; BOOT::|eps| (BOOT::|shellEntry| BOOT::$ 19))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOATRP;realRoots;FParL;2| ; (BOOT::|p| BOOT::|eps| BOOT::$) ; (BLOCK BOOT::|FLOATRP;realRoots;FParL;2| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 16)) BOOT::|eps| ; (BOOT::|shellEntry| BOOT::$ 19)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |FLOATRP;realRoots;LLParL;3| ...) ; file: /tmp/oa-lK7XIq/code.lsp ; in: DEFUN |FLOATRP;realRoots;LLParL;3| ; (DEFUN BOOT::|FLOATRP;realRoots;LLParL;3| ; (BOOT::|lp| BOOT::|lv| BOOT::|eps| BOOT::$) ; (PROG (BOOT::|lden| BOOT::|dp|) ; (RETURN ; (LET (#) ; (PROGN # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOATRP;realRoots;LLParL;3| ; (BOOT::|lp| BOOT::|lv| BOOT::|eps| BOOT::$) ; (BLOCK BOOT::|FLOATRP;realRoots;LLParL;3| ; (PROG (BOOT::|lden| BOOT::|dp|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; compiling (DEFUN |FLOATRP;solve;LParL;4| ...) ; file: /tmp/oa-lK7XIq/code.lsp ; in: DEFUN |FLOATRP;solve;LParL;4| ; (DEFUN BOOT::|FLOATRP;solve;LParL;4| (BOOT::|lp| BOOT::|eps| BOOT::$) ; (PROG (BOOT::|lv| BOOT::|lden| BOOT::|dp|) ; (RETURN ; (LET (#) ; (PROGN # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOATRP;solve;LParL;4| ; (BOOT::|lp| BOOT::|eps| BOOT::$) ; (BLOCK BOOT::|FLOATRP;solve;LParL;4| ; (PROG (BOOT::|lv| BOOT::|lden| BOOT::|dp|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; compiling (DEFUN |FLOATRP;solve;LParL;5| ...) ; file: /tmp/oa-lK7XIq/code.lsp ; in: DEFUN |FLOATRP;solve;LParL;5| ; (DEFUN BOOT::|FLOATRP;solve;LParL;5| (BOOT::|le| BOOT::|eps| BOOT::$) ; (PROG (BOOT::|lv| BOOT::|lden| BOOT::|dp|) ; (RETURN ; (LET* (# #) ; (PROGN # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOATRP;solve;LParL;5| ; (BOOT::|le| BOOT::|eps| BOOT::$) ; (BLOCK BOOT::|FLOATRP;solve;LParL;5| ; (PROG (BOOT::|lv| BOOT::|lden| BOOT::|dp|) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; compiling (DEFUN |FLOATRP;solve;FParL;6| ...) ; file: /tmp/oa-lK7XIq/code.lsp ; in: DEFUN |FLOATRP;solve;FParL;6| ; (DEFUN BOOT::|FLOATRP;solve;FParL;6| (BOOT::|p| BOOT::|eps| BOOT::$) ; (PROG (BOOT::|x|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOATRP;solve;FParL;6| ; (BOOT::|p| BOOT::|eps| BOOT::$) ; (BLOCK BOOT::|FLOATRP;solve;FParL;6| ; (PROG (BOOT::|x|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |FLOATRP;solve;EParL;7| ...) ; compiling (DEFUN |FloatingRealPackage| ...) ; compiling (DEFUN |FloatingRealPackage;| ...) ; compiling (MAKEPROP (QUOTE |FloatingRealPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 6 notes ; /tmp/oa-lK7XIq/code.fasl written ; compilation finished in 0:00:00.052 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FRAC.spad && cp FRAC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FRAC.fasl \ && if test -f FRAC-.NRLIB/code.fasl; then \ cp FRAC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FRAC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FRAC.spad using Spad compiler. FRAC abbreviates domain Fraction debug: compDefine1 lhs: (Fraction S) signature (pre-evaluate): ((Join (QuotientFieldCategory S) (CATEGORY package (IF (has S (ATTRIBUTE canonical)) (IF (has S (GcdDomain)) (IF (has S (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonical) %noBranch) %noBranch) %noBranch))) (IntegralDomain)) debug: evaluateType form: (Join (QuotientFieldCategory S) (CATEGORY package (IF (has S (ATTRIBUTE canonical)) (IF (has S (GcdDomain)) (IF (has S (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonical) %noBranch) %noBranch) %noBranch))) $param: (S) debug: evaluateType form: (QuotientFieldCategory S) $param: (S) Debug: evaluateType1 form: (QuotientFieldCategory S) debug: evaluateType1 x: S m: (IntegralDomain) debug: evaluateType form: (CATEGORY package (IF (has S (ATTRIBUTE canonical)) (IF (has S (GcdDomain)) (IF (has S (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonical) %noBranch) %noBranch) %noBranch)) $param: (S) debug: evaluateType form: (IntegralDomain) $param: (S) Debug: evaluateType1 form: (IntegralDomain) debug: compDefine1 signature (post evaluate): ((Join (QuotientFieldCategory S) (CATEGORY package (IF (has S (ATTRIBUTE canonical)) (IF (has S (GcdDomain)) (IF (has S (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonical) %noBranch) %noBranch) %noBranch))) (IntegralDomain)) debug: compDefine1 lhs: (Fraction S) signature (pre-evaluate): ((Join (QuotientFieldCategory S) (CATEGORY package (IF (has S (ATTRIBUTE canonical)) (IF (has S (GcdDomain)) (IF (has S (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonical) %noBranch) %noBranch) %noBranch))) NIL) debug: evaluateType form: (Join (QuotientFieldCategory S) (CATEGORY package (IF (has S (ATTRIBUTE canonical)) (IF (has S (GcdDomain)) (IF (has S (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonical) %noBranch) %noBranch) %noBranch))) $param: (S) debug: evaluateType form: (QuotientFieldCategory S) $param: (S) Debug: evaluateType1 form: (QuotientFieldCategory S) debug: evaluateType1 x: S m: (IntegralDomain) debug: evaluateType form: (CATEGORY package (IF (has S (ATTRIBUTE canonical)) (IF (has S (GcdDomain)) (IF (has S (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonical) %noBranch) %noBranch) %noBranch)) $param: (S) debug: compDefine1 signature (post evaluate): ((Join (QuotientFieldCategory S) (CATEGORY package (IF (has S (ATTRIBUTE canonical)) (IF (has S (GcdDomain)) (IF (has S (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonical) %noBranch) %noBranch) %noBranch))) NIL) ------------------------------------------------------------------------ initializing stationary directory for Fraction compiling into /tmp/oa-dBPt7c compiling exported coerce : S -> % Time: 0.04 SEC. compiling exported zero? : % -> Boolean Time: 0 SEC. compiling exported retract : % -> S Time: 0.01 SEC. compiling exported retractIfCan : % -> Union(S,failed) Time: 0.00 SEC. compiling exported retract : % -> S Time: 0.00 SEC. compiling exported retractIfCan : % -> Union(S,failed) Time: 0 SEC. compiling exported retract : % -> S Time: 0.01 SEC. compiling exported retractIfCan : % -> Union(S,failed) Time: 0.00 SEC. compiling exported wholePart : % -> S Time: 0.00 SEC. compiling exported floor : % -> S Time: 0.01 SEC. compiling exported ceiling : % -> S Time: 0.01 SEC. compiling local normalize : % -> % Time: 0.03 SEC. compiling exported recip : % -> Union(%,failed) Time: 0.00 SEC. compiling local cancelGcd : % -> S Time: 0.02 SEC. compiling exported / : (S,S) -> % Time: 0.00 SEC. compiling exported + : (%,%) -> % Time: 0.03 SEC. compiling exported - : (%,%) -> % Time: 0.03 SEC. compiling exported * : (%,%) -> % Time: 0.02 SEC. compiling exported * : (Integer,%) -> % Time: 0.01 SEC. compiling exported * : (S,%) -> % Time: 0.01 SEC. compiling exported differentiate : (%,S -> S) -> % Time: 0.02 SEC. compiling exported = : (%,%) -> Boolean Time: 0.00 SEC. compiling exported one? : % -> Boolean Time: 0.00 SEC. compiling exported / : (S,S) -> % Time: 0.01 SEC. compiling exported recip : % -> Union(%,failed) Time: 0.00 SEC. compiling exported retract : % -> Fraction Integer Time: 0.01 SEC. compiling exported retractIfCan : % -> Union(Fraction Integer,failed) Time: 0.01 SEC. compiling exported retract : % -> Fraction Integer Time: 0.02 SEC. compiling exported retractIfCan : % -> Union(Fraction Integer,failed) Time: 0.02 SEC. importing UnivariatePolynomialCategoryFunctions2($,SparseUnivariatePolynomial $,S,SparseUnivariatePolynomial S) importing UnivariatePolynomialCategoryFunctions2(S,SparseUnivariatePolynomial S,$,SparseUnivariatePolynomial $) compiling exported gcdPolynomial : (SparseUnivariatePolynomial %,SparseUnivariatePolynomial %) -> SparseUnivariatePolynomial % Time: 0.10 SEC. importing Factored SparseUnivariatePolynomial $ compiling exported charthRoot : % -> Maybe % Time: 0.04 SEC. compiling exported charthRoot : % -> Maybe % Time: 0.22 SEC. compiling exported charthRoot : % -> Maybe % Time: 0.15 SEC. compiling local clear : List % -> List S Time: 0.04 SEC. compiling exported conditionP : Matrix % -> Union(Vector %,failed) Time: 0.24 SEC. compiling exported factorPolynomial : SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial % Time: 0.16 SEC. compiling exported factorSquareFreePolynomial : SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial % Time: 0.17 SEC. (time taken in buildFunctor: 84) Time: 0.17 SEC. Warnings: [1] Rep differs from the base domain [2] retractIfCan: Type Fraction Integer is not in scope. Import it Cumulative Statistics for Constructor Fraction Time: 1.64 seconds --------------non extending category---------------------- Fraction #1 of category QuotientFieldCategory #1 with IF (has #1 (ATTRIBUTE canonical)) (IF (has #1 (GcdDomain)) (IF (has #1 (ATTRIBUTE canonicalUnitNormal)) (ATTRIBUTE canonical) %noBranch) %noBranch) %noBranch has no IF(has#1OrderedRing(),OrderedRing,%noBranch) ---------------------------------------------------------- finalizing NRLIB FRAC Processing Fraction for Browser database: -- canonical : () -> attribute -- constructor ; compiling file "/tmp/oa-dBPt7c/code.lsp" (written 01 FEB 2016 11:06:31 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FRAC;coerce;S$;1| ...) ; compiling (DEFUN |FRAC;zero?;$B;2| ...) ; file: /tmp/oa-dBPt7c/code.lsp ; in: DEFUN |FRAC;zero?;$B;2| ; (DEFUN BOOT::|FRAC;zero?;$B;2| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (CAR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 12))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FRAC;zero?;$B;2| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FRAC;zero?;$B;2| ; (BOOT::SPADCALL (CAR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 12)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FRAC;retract;$S;3| ...) ; compiling (DEFUN |FRAC;retractIfCan;$U;4| ...) ; compiling (DEFUN |FRAC;retract;$S;5| ...) ; compiling (DEFUN |FRAC;retractIfCan;$U;6| ...) ; file: /tmp/oa-dBPt7c/code.lsp ; in: DEFUN |FRAC;retractIfCan;$U;6| ; (DEFUN BOOT::|FRAC;retractIfCan;$U;6| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (CAR BOOT::|x|) (CDR BOOT::|x|) ; (BOOT::|shellEntry| BOOT::$ 19))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FRAC;retractIfCan;$U;6| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FRAC;retractIfCan;$U;6| ; (BOOT::SPADCALL (CAR BOOT::|x|) (CDR BOOT::|x|) ; (BOOT::|shellEntry| BOOT::$ 19)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |FRAC;retract;$S;7| ...) ; compiling (DEFUN |FRAC;retractIfCan;$U;8| ...) ; file: /tmp/oa-dBPt7c/code.lsp ; in: DEFUN |FRAC;retractIfCan;$U;8| ; (DEFUN BOOT::|FRAC;retractIfCan;$U;8| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (CAR BOOT::|x|) (CDR BOOT::|x|) ; (BOOT::|shellEntry| BOOT::$ 19))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FRAC;retractIfCan;$U;8| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FRAC;retractIfCan;$U;8| ; (BOOT::SPADCALL (CAR BOOT::|x|) (CDR BOOT::|x|) ; (BOOT::|shellEntry| BOOT::$ 19)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |FRAC;wholePart;$S;9| ...) ; compiling (DEFUN |FRAC;floor;$S;10| ...) ; compiling (DEFUN |FRAC;ceiling;$S;11| ...) ; compiling (DEFUN |FRAC;normalize| ...) ; file: /tmp/oa-dBPt7c/code.lsp ; in: DEFUN |FRAC;normalize| ; (DEFUN BOOT::|FRAC;normalize| (BOOT::|x| BOOT::$) ; (COND ; ((BOOT::SPADCALL (CAR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 12)) ; (BOOT::|spadConstant| BOOT::$ 28)) ; ((BOOT::SPADCALL (CDR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 14)) ; BOOT::|x|) ; (T ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FRAC;normalize| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FRAC;normalize| ; (COND ((BOOT::SPADCALL # #) (BOOT::|spadConstant| BOOT::$ 28)) ; ((BOOT::SPADCALL # #) BOOT::|x|) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FRAC;recip;$U;13| ...) ; compiling (DEFUN |FRAC;cancelGcd| ...) ; compiling (DEFUN |FRAC;/;2S$;15| ...) ; file: /tmp/oa-dBPt7c/code.lsp ; in: DEFUN |FRAC;/;2S$;15| ; (DEFUN BOOT::|FRAC;/;2S$;15| (BOOT::|nn| BOOT::|dd| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|dd| (BOOT::|shellEntry| BOOT::$ 12)) ; (BOOT::|error| "division by zero")) ; (T ; (LET (#) ; (PROGN # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FRAC;/;2S$;15| ; (BOOT::|nn| BOOT::|dd| BOOT::$) ; (BLOCK BOOT::|FRAC;/;2S$;15| ; (COND ; ((BOOT::SPADCALL BOOT::|dd| #) (BOOT::|error| "division by zero")) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FRAC;+;3$;16| ...) ; compiling (DEFUN |FRAC;-;3$;17| ...) ; compiling (DEFUN |FRAC;*;3$;18| ...) ; file: /tmp/oa-dBPt7c/code.lsp ; in: DEFUN |FRAC;*;3$;18| ; (DEFUN BOOT::|FRAC;*;3$;18| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ; ((OR (BOOT::|FRAC;zero?;$B;2| BOOT::|x| BOOT::$) ; (BOOT::|FRAC;zero?;$B;2| BOOT::|y| BOOT::$)) ; (BOOT::|spadConstant| BOOT::$ 28)) ; ((BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 38)) BOOT::|y|) ; ((BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 38)) BOOT::|x|) ; (T ; (PROGN ; (LET # ; #) ; (BOOT::|FRAC;cancelGcd| BOOT::|x| BOOT::$) ; (BOOT::|FRAC;cancelGcd| BOOT::|y| BOOT::$) ; (BOOT::|FRAC;normalize| # BOOT::$))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FRAC;*;3$;18| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|FRAC;*;3$;18| ; (COND ((OR # #) (BOOT::|spadConstant| BOOT::$ 28)) ; ((BOOT::SPADCALL BOOT::|x| #) BOOT::|y|) ; ((BOOT::SPADCALL BOOT::|y| #) BOOT::|x|) (T (PROGN # # # #))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; CONS ; ; ; note: Assignment to argument: |y| ; prevents use of assertion from function type proclamation: ; CONS ; ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FRAC;*;I2$;19| ...) ; compiling (DEFUN |FRAC;*;S2$;20| ...) ; compiling (DEFUN |FRAC;differentiate;$M$;21| ...) ; compiling (DEFUN |FRAC;=;2$B;22| ...) ; file: /tmp/oa-dBPt7c/code.lsp ; in: DEFUN |FRAC;=;2$B;22| ; (DEFUN BOOT::|FRAC;=;2$B;22| (BOOT::|x| BOOT::|y| BOOT::$) ; (AND ; (BOOT::SPADCALL (CAR BOOT::|x|) (CAR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 46)) ; (BOOT::SPADCALL (CDR BOOT::|x|) (CDR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 46)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FRAC;=;2$B;22| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|FRAC;=;2$B;22| ; (AND ; (BOOT::SPADCALL (CAR BOOT::|x|) (CAR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 46)) ; (BOOT::SPADCALL (CDR BOOT::|x|) (CDR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 46))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FRAC;one?;$B;23| ...) ; file: /tmp/oa-dBPt7c/code.lsp ; in: DEFUN |FRAC;one?;$B;23| ; (DEFUN BOOT::|FRAC;one?;$B;23| (BOOT::|x| BOOT::$) ; (AND (BOOT::SPADCALL (CAR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 14)) ; (BOOT::SPADCALL (CDR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 14)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FRAC;one?;$B;23| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FRAC;one?;$B;23| ; (AND (BOOT::SPADCALL (CAR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 14)) ; (BOOT::SPADCALL (CDR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 14))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FRAC;/;2S$;24| ...) ; file: /tmp/oa-dBPt7c/code.lsp ; in: DEFUN |FRAC;/;2S$;24| ; (DEFUN BOOT::|FRAC;/;2S$;24| (BOOT::|nn| BOOT::|dd| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|dd| (BOOT::|shellEntry| BOOT::$ 12)) ; (BOOT::|error| "division by zero")) ; (T (CONS BOOT::|nn| BOOT::|dd|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FRAC;/;2S$;24| ; (BOOT::|nn| BOOT::|dd| BOOT::$) ; (BLOCK BOOT::|FRAC;/;2S$;24| ; (COND ; ((BOOT::SPADCALL BOOT::|dd| #) (BOOT::|error| "division by zero")) ; (T (CONS BOOT::|nn| BOOT::|dd|))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FRAC;recip;$U;25| ...) ; compiling (DEFUN |FRAC;retract;$F;26| ...) ; compiling (DEFUN |FRAC;retractIfCan;$U;27| ...) ; file: /tmp/oa-dBPt7c/code.lsp ; in: DEFUN |FRAC;retractIfCan;$U;27| ; (DEFUN BOOT::|FRAC;retractIfCan;$U;27| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|u| (BOOT::SPADCALL BOOT::|x| #))) ; (COND ((EQL # 1) (CONS 1 "failed")) (T (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FRAC;retractIfCan;$U;27| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FRAC;retractIfCan;$U;27| ; (LET ((BOOT::|u| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |FRAC;retract;$F;28| ...) ; compiling (DEFUN |FRAC;retractIfCan;$U;29| ...) ; compiling (DEFUN |FRAC;gcdPolynomial;3Sup;30| ...) ; compiling (DEFUN |FRAC;gcdPolynomial;3Sup;30!3| ...) ; compiling (DEFUN |FRAC;gcdPolynomial;3Sup;30!2| ...) ; compiling (DEFUN |FRAC;gcdPolynomial;3Sup;30!1| ...) ; compiling (DEFUN |FRAC;gcdPolynomial;3Sup;30!0| ...) ; compiling (DEFUN |FRAC;charthRoot;$M;31| ...) ; compiling (DEFUN |FRAC;charthRoot;$M;32| ...) ; compiling (DEFUN |FRAC;charthRoot;$M;33| ...) ; compiling (DEFUN |FRAC;clear| ...) ; file: /tmp/oa-dBPt7c/code.lsp ; in: DEFUN |FRAC;clear| ; (DEFUN BOOT::|FRAC;clear| (BOOT::|l| BOOT::$) ; (LET ((BOOT::|d| ; (LET # ; #))) ; (LET ((#:G1117 BOOT::|l|) (#:G1007 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FRAC;clear| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|FRAC;clear| ; (LET ((BOOT::|d| #)) ; (LET (# #) ; (LOOP # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |FRAC;conditionP;MU;35| ...) ; compiling (DEFUN |FRAC;factorPolynomial;SupF;36| ...) ; compiling (DEFUN |FRAC;factorPolynomial;SupF;36!3| ...) ; compiling (DEFUN |FRAC;factorPolynomial;SupF;36!2| ...) ; compiling (DEFUN |FRAC;factorPolynomial;SupF;36!1| ...) ; compiling (DEFUN |FRAC;factorPolynomial;SupF;36!0| ...) ; compiling (DEFUN |FRAC;factorSquareFreePolynomial;SupF;37| ...) ; compiling (DEFUN |FRAC;factorSquareFreePolynomial;SupF;37!3| ...) ; compiling (DEFUN |FRAC;factorSquareFreePolynomial;SupF;37!2| ...) ; compiling (DEFUN |FRAC;factorSquareFreePolynomial;SupF;37!1| ...) ; compiling (DEFUN |FRAC;factorSquareFreePolynomial;SupF;37!0| ...) ; compiling (DEFUN |Fraction| ...) ; compiling (DEFUN |Fraction;| ...) ; compiling (MAKEPROP (QUOTE |Fraction|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 13 notes ; /tmp/oa-dBPt7c/code.fasl written ; compilation finished in 0:00:00.153 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile GENPGCD.spad && cp GENPGCD.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GENPGCD.fasl \ && if test -f GENPGCD-.NRLIB/code.fasl; then \ cp GENPGCD-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GENPGCD-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GENPGCD.spad using Spad compiler. GENPGCD abbreviates package GeneralPolynomialGcdPackage debug: compDefine1 lhs: (GeneralPolynomialGcdPackage E OV R P) signature (pre-evaluate): ((CATEGORY package (SIGNATURE gcdPolynomial ((SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P))) (SIGNATURE randomR (R))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE gcdPolynomial ((SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P))) (SIGNATURE randomR (R))) $param: (E OV R P) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: R $param: (E OV R P) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE gcdPolynomial ((SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P))) (SIGNATURE randomR (R))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for GeneralPolynomialGcdPackage compiling into /tmp/oa-nVyytc importing UnivariatePolynomialCategoryFunctions2(R,SparseUnivariatePolynomial R,P,SparseUnivariatePolynomial P) importing UnivariatePolynomialCategoryFunctions2(P,SparseUnivariatePolynomial P,R,SparseUnivariatePolynomial R) compiling exported gcdPolynomial : (SparseUnivariatePolynomial P,SparseUnivariatePolynomial P) -> SparseUnivariatePolynomial P Time: 0.20 SEC. compiling exported randomR : () -> R Time: 0.00 SEC. compiling exported randomR : () -> R Time: 0.01 SEC. compiling local gcdSameVariables : (SparseUnivariatePolynomial P,SparseUnivariatePolynomial P,List OV) -> SparseUnivariatePolynomial P Time: 0.22 SEC. compiling local lift : (SparseUnivariatePolynomial R,SparseUnivariatePolynomial P,SparseUnivariatePolynomial R,List OV,List R) -> Union(SparseUnivariatePolynomial P,failed) Time: 0.22 SEC. compiling local recursivelyGCDCoefficients : (SparseUnivariatePolynomial P,List OV,SparseUnivariatePolynomial P,List OV) -> SparseUnivariatePolynomial P Time: 0.04 SEC. compiling local flatten : (SparseUnivariatePolynomial P,List OV) -> SparseUnivariatePolynomial P Time: 0.04 SEC. compiling local variables : SparseUnivariatePolynomial P -> List OV Time: 0.03 SEC. compiling local gcdTrivial : (SparseUnivariatePolynomial P,SparseUnivariatePolynomial P) -> SparseUnivariatePolynomial P Time: 0.04 SEC. compiling local monomContentSup : SparseUnivariatePolynomial P -> SparseUnivariatePolynomial P Time: 0.05 SEC. compiling local better : (P,P) -> Boolean Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] gcdPolynomial: canonical has no value [2] gcdSameVariables: not known that Ring is of mode CATEGORY(package,gcdPolynomial: (SparseUnivariatePolynomial P,SparseUnivariatePolynomial P) -> SparseUnivariatePolynomial P,randomR: () -> R) [3] gcdSameVariables: up1 has no value [4] gcdSameVariables: up2 has no value [5] lift: not known that Ring is of mode CATEGORY(package,gcdPolynomial: (SparseUnivariatePolynomial P,SparseUnivariatePolynomial P) -> SparseUnivariatePolynomial P,randomR: () -> R) [6] flatten: ans has no value Cumulative Statistics for Constructor GeneralPolynomialGcdPackage Time: 0.90 seconds finalizing NRLIB GENPGCD Processing GeneralPolynomialGcdPackage for Browser database: -- gcdPolynomial : (SUPP,SUPP) -> SUPP -- randomR : () -> R -- constructor ; compiling file "/tmp/oa-nVyytc/code.lsp" (written 01 FEB 2016 11:06:33 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |GENPGCD;gcdPolynomial;3Sup;1| ...) ; compiling (DEFUN |GENPGCD;randomR;R;2| ...) ; compiling (DEFUN |GENPGCD;randomR;R;3| ...) ; compiling (DEFUN |GENPGCD;gcdSameVariables| ...) ; file: /tmp/oa-nVyytc/code.lsp ; in: DEFUN |GENPGCD;gcdSameVariables| ; (BOOT::|error| "too many evaluations in GCD code") ; ==> ; "too many evaluations in GCD code" ; ; note: deleting unreachable code ; compiling (DEFUN |GENPGCD;gcdSameVariables!4| ...) ; compiling (DEFUN |GENPGCD;gcdSameVariables!3| ...) ; compiling (DEFUN |GENPGCD;gcdSameVariables!2| ...) ; compiling (DEFUN |GENPGCD;gcdSameVariables!1| ...) ; compiling (DEFUN |GENPGCD;gcdSameVariables!0| ...) ; compiling (DEFUN |GENPGCD;lift| ...) ; file: /tmp/oa-nVyytc/code.lsp ; in: DEFUN |GENPGCD;lift| ; (DEFUN BOOT::|GENPGCD;lift| ; (BOOT::|gR| BOOT::|p| BOOT::|cfR| BOOT::|lv| BOOT::|lr| BOOT::$) ; (PROG (BOOT::|origFactors| BOOT::|pn| BOOT::|prime| BOOT::|d| BOOT::|thisp| ; BOOT::|r| BOOT::|v| BOOT::|step| BOOT::|Ecart|) ; (RETURN ; (LET* (# # #) ; (BOOT::SEQ # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GENPGCD;lift| ; (BOOT::|gR| BOOT::|p| BOOT::|cfR| BOOT::|lv| BOOT::|lr| BOOT::$) ; (BLOCK BOOT::|GENPGCD;lift| ; (PROG (BOOT::|origFactors| BOOT::|pn| BOOT::|prime| BOOT::|d| ; BOOT::|thisp| BOOT::|r| BOOT::|v| BOOT::|step| BOOT::|Ecart|) ; (RETURN ; (LET* # ; #))))) ; ; note: Assignment to argument: |lv| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |lr| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |GENPGCD;lift!3| ...) ; compiling (DEFUN |GENPGCD;lift!2| ...) ; compiling (DEFUN |GENPGCD;lift!1| ...) ; compiling (DEFUN |GENPGCD;lift!0| ...) ; compiling (DEFUN |GENPGCD;recursivelyGCDCoefficients| ...) ; file: /tmp/oa-nVyytc/code.lsp ; in: DEFUN |GENPGCD;recursivelyGCDCoefficients| ; (DEFUN BOOT::|GENPGCD;recursivelyGCDCoefficients| ; (BOOT::|g| BOOT::|v| BOOT::|p| BOOT::|pv| BOOT::$) ; (PROG (BOOT::|d| BOOT::|oldv| BOOT::|oldg| BOOT::|p1|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GENPGCD;recursivelyGCDCoefficients| ; (BOOT::|g| BOOT::|v| BOOT::|p| BOOT::|pv| BOOT::$) ; (BLOCK BOOT::|GENPGCD;recursivelyGCDCoefficients| ; (PROG (BOOT::|d| BOOT::|oldv| BOOT::|oldg| BOOT::|p1|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |v| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |pv| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |GENPGCD;recursivelyGCDCoefficients!0| ...) ; compiling (DEFUN |GENPGCD;flatten| ...) ; compiling (DEFUN |GENPGCD;flatten!0| ...) ; compiling (DEFUN |GENPGCD;variables| ...) ; file: /tmp/oa-nVyytc/code.lsp ; in: DEFUN |GENPGCD;variables| ; (DEFUN BOOT::|GENPGCD;variables| (BOOT::|p1| BOOT::$) ; (BOOT::SPADCALL ; (LET ((#:G752 NIL) (#:G753 T) (#:G783 #)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::|shellEntry| BOOT::$ 109))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GENPGCD;variables| ; (BOOT::|p1| BOOT::$) ; (BLOCK BOOT::|GENPGCD;variables| ; (BOOT::SPADCALL ; (LET (# # #) ; (LOOP # ; #)) ; (BOOT::|shellEntry| BOOT::$ 109)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |GENPGCD;gcdTrivial| ...) ; compiling (DEFUN |GENPGCD;monomContentSup| ...) ; compiling (DEFUN |GENPGCD;better| ...) ; compiling (DEFUN |GeneralPolynomialGcdPackage| ...) ; compiling (DEFUN |GeneralPolynomialGcdPackage;| ...) ; compiling (MAKEPROP (QUOTE |GeneralPolynomialGcdPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 6 notes ; /tmp/oa-nVyytc/code.fasl written ; compilation finished in 0:00:00.156 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile GALPOLYU.spad && cp GALPOLYU.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GALPOLYU.fasl \ && if test -f GALPOLYU-.NRLIB/code.fasl; then \ cp GALPOLYU-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GALPOLYU-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GALPOLYU.spad using Spad compiler. GALPOLYU abbreviates package GaloisGroupPolynomialUtilities debug: compDefine1 lhs: (GaloisGroupPolynomialUtilities R UP) signature (pre-evaluate): ((CATEGORY package (SIGNATURE monic? ((Boolean) UP)) (SIGNATURE unvectorise (UP (Vector R))) (SIGNATURE reverse (UP UP)) (SIGNATURE scaleRoots (UP UP R)) (SIGNATURE shiftRoots (UP UP R)) (SIGNATURE degreePartition ((Multiset (NonNegativeInteger)) (Factored UP))) (SIGNATURE factorOfDegree (UP (PositiveInteger) (Factored UP))) (SIGNATURE factorsOfDegree ((List UP) (PositiveInteger) (Factored UP)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE monic? ((Boolean) UP)) (SIGNATURE unvectorise (UP (Vector R))) (SIGNATURE reverse (UP UP)) (SIGNATURE scaleRoots (UP UP R)) (SIGNATURE shiftRoots (UP UP R)) (SIGNATURE degreePartition ((Multiset (NonNegativeInteger)) (Factored UP))) (SIGNATURE factorOfDegree (UP (PositiveInteger) (Factored UP))) (SIGNATURE factorsOfDegree ((List UP) (PositiveInteger) (Factored UP)))) $param: (R UP) debug: evaluateType form: (Boolean) $param: (R UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: (Vector R) $param: (R UP) Debug: evaluateType1 form: (Vector R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: R $param: (R UP) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: R $param: (R UP) debug: evaluateType form: (Multiset (NonNegativeInteger)) $param: (R UP) Debug: evaluateType1 form: (Multiset (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R UP) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (NonNegativeInteger) $param: (R UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (SetCategory) debug: evaluateType form: (Factored UP) $param: (R UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: (PositiveInteger) $param: (R UP) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (Factored UP) $param: (R UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (List UP) $param: (R UP) Debug: evaluateType1 form: (List UP) debug: evaluateType1 x: UP m: (Type) debug: evaluateType form: (PositiveInteger) $param: (R UP) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (Factored UP) $param: (R UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE monic? ((Boolean) UP)) (SIGNATURE unvectorise (UP (Vector R))) (SIGNATURE reverse (UP UP)) (SIGNATURE scaleRoots (UP UP R)) (SIGNATURE shiftRoots (UP UP R)) (SIGNATURE degreePartition ((Multiset (NonNegativeInteger)) (Factored UP))) (SIGNATURE factorOfDegree (UP (PositiveInteger) (Factored UP))) (SIGNATURE factorsOfDegree ((List UP) (PositiveInteger) (Factored UP)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for GaloisGroupPolynomialUtilities compiling into /tmp/oa-JhzTtp importing Factored UP compiling exported factorsOfDegree : (PositiveInteger,Factored UP) -> List UP Time: 0.10 SEC. compiling exported factorOfDegree : (PositiveInteger,Factored UP) -> UP Time: 0.02 SEC. compiling exported degreePartition : Factored UP -> Multiset NonNegativeInteger Time: 0.02 SEC. compiling exported monic? : UP -> Boolean Time: 0 SEC. compiling exported unvectorise : Vector R -> UP Time: 0.04 SEC. compiling exported reverse : UP -> UP Time: 0.01 SEC. compiling exported scaleRoots : (UP,R) -> UP Time: 0.02 SEC. importing UnivariatePolynomialCategoryFunctions2(R,UP,UP,SparseUnivariatePolynomial UP) compiling exported shiftRoots : (UP,R) -> UP Time: 0.14 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor GaloisGroupPolynomialUtilities Time: 0.35 seconds finalizing NRLIB GALPOLYU Processing GaloisGroupPolynomialUtilities for Browser database: -- monic? : UP -> Boolean -- unvectorise : Vector R -> UP -- reverse : UP -> UP -- scaleRoots : (UP,R) -> UP -- shiftRoots : (UP,R) -> UP -- degreePartition : Factored UP -> Multiset N -- factorOfDegree : (P,Factored UP) -> UP -- factorsOfDegree : (P,Factored UP) -> List UP -- constructor ; compiling file "/tmp/oa-JhzTtp/code.lsp" (written 01 FEB 2016 11:06:33 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |GALPOLYU;factorsOfDegree;PiFL;1| ...) ; compiling (DEFUN |GALPOLYU;factorOfDegree;PiFUP;2| ...) ; compiling (DEFUN |GALPOLYU;degreePartition;FM;3| ...) ; compiling (DEFUN |GALPOLYU;monic?;UPB;4| ...) ; file: /tmp/oa-JhzTtp/code.lsp ; in: DEFUN |GALPOLYU;monic?;UPB;4| ; (DEFUN BOOT::|GALPOLYU;monic?;UPB;4| (BOOT::|p| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 30)) ; (BOOT::|shellEntry| BOOT::$ 31))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALPOLYU;monic?;UPB;4| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|GALPOLYU;monic?;UPB;4| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 30)) ; (BOOT::|shellEntry| BOOT::$ 31)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |GALPOLYU;unvectorise;VUP;5| ...) ; file: /tmp/oa-JhzTtp/code.lsp ; in: DEFUN |GALPOLYU;unvectorise;VUP;5| ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |GALPOLYU;reverse;2UP;6| ...) ; compiling (DEFUN |GALPOLYU;scaleRoots;UPRUP;7| ...) ; compiling (DEFUN |GALPOLYU;shiftRoots;UPRUP;8| ...) ; compiling (DEFUN |GaloisGroupPolynomialUtilities| ...) ; compiling (DEFUN |GaloisGroupPolynomialUtilities;| ...) ; compiling (MAKEPROP (QUOTE |GaloisGroupPolynomialUtilities|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-JhzTtp/code.fasl written ; compilation finished in 0:00:00.044 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile GBEUCLID.spad && cp GBEUCLID.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GBEUCLID.fasl \ && if test -f GBEUCLID-.NRLIB/code.fasl; then \ cp GBEUCLID-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GBEUCLID-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GBEUCLID.spad using Spad compiler. GBEUCLID abbreviates package EuclideanGroebnerBasisPackage debug: compDefine1 lhs: (EuclideanGroebnerBasisPackage Dom Expon VarSet Dpol) signature (pre-evaluate): ((CATEGORY package (SIGNATURE euclideanNormalForm (Dpol Dpol (List Dpol))) (SIGNATURE euclideanGroebner ((List Dpol) (List Dpol))) (SIGNATURE euclideanGroebner ((List Dpol) (List Dpol) (String))) (SIGNATURE euclideanGroebner ((List Dpol) (List Dpol) (String) (String)))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE euclideanNormalForm (Dpol Dpol (List Dpol))) (SIGNATURE euclideanGroebner ((List Dpol) (List Dpol))) (SIGNATURE euclideanGroebner ((List Dpol) (List Dpol) (String))) (SIGNATURE euclideanGroebner ((List Dpol) (List Dpol) (String) (String)))) $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: Dpol $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (List Dpol) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List Dpol) debug: evaluateType1 x: Dpol m: (Type) debug: evaluateType form: (List Dpol) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List Dpol) debug: evaluateType1 x: Dpol m: (Type) debug: evaluateType form: (List Dpol) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List Dpol) debug: evaluateType1 x: Dpol m: (Type) debug: evaluateType form: (List Dpol) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List Dpol) debug: evaluateType1 x: Dpol m: (Type) debug: evaluateType form: (List Dpol) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List Dpol) debug: evaluateType1 x: Dpol m: (Type) debug: evaluateType form: (String) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (String) debug: evaluateType form: (List Dpol) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List Dpol) debug: evaluateType1 x: Dpol m: (Type) debug: evaluateType form: (List Dpol) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List Dpol) debug: evaluateType1 x: Dpol m: (Type) debug: evaluateType form: (String) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (String) debug: evaluateType form: (String) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (String) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE euclideanNormalForm (Dpol Dpol (List Dpol))) (SIGNATURE euclideanGroebner ((List Dpol) (List Dpol))) (SIGNATURE euclideanGroebner ((List Dpol) (List Dpol) (String))) (SIGNATURE euclideanGroebner ((List Dpol) (List Dpol) (String) (String)))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for EuclideanGroebnerBasisPackage compiling into /tmp/oa-UtQFM2 importing OutputForm compiling exported euclideanGroebner : List Dpol -> List Dpol Time: 0.07 SEC. compiling exported euclideanGroebner : (List Dpol,String) -> List Dpol Time: 0.02 SEC. compiling exported euclideanGroebner : (List Dpol,String,String) -> List Dpol Time: 0.04 SEC. compiling local strongGbasis : (List Dpol,Integer,Integer) -> List Dpol Time: 0.08 SEC. compiling local ecritMondd1 : (Expon,Dom,List Record(lcmfij: Expon,lcmcij: Dom,poli: Dpol,polj: Dpol)) -> List Record(lcmfij: Expon,lcmcij: Dom,poli: Dpol,polj: Dpol) Time: 0.03 SEC. compiling local ecredPol : (Dpol,List Dpol) -> Dpol Time: 0.01 SEC. compiling local ecritMTondd1 : List Record(lcmfij: Expon,lcmcij: Dom,poli: Dpol,polj: Dpol) -> List Record(lcmfij: Expon,lcmcij: Dom,poli: Dpol,polj: Dpol) Time: 0.04 SEC. compiling local ecritBonD : (Dpol,List Record(lcmfij: Expon,lcmcij: Dom,poli: Dpol,polj: Dpol)) -> List Record(lcmfij: Expon,lcmcij: Dom,poli: Dpol,polj: Dpol) Time: 0.03 SEC. compiling local eupdatF : (Dpol,List Dpol) -> List Dpol Time: 0.00 SEC. compiling local updatH : (Dpol,List Dpol,List Dpol,List Dpol) -> List Dpol Time: 0.06 SEC. compiling local crithdelH : (Dpol,List Dpol) -> List Dpol Time: 0.08 SEC. compiling local eminGbasis : List Dpol -> List Dpol Time: 0.01 SEC. compiling local ecrithinH : (Dpol,List Dpol) -> Boolean Time: 0.01 SEC. compiling local esPol : Record(lcmfij: Expon,lcmcij: Dom,poli: Dpol,polj: Dpol) -> Dpol Time: 0.07 SEC. compiling local eRed : (Dpol,List Dpol,List Dpol) -> Dpol Time: 0.04 SEC. compiling local ecritT : Record(lcmfij: Expon,lcmcij: Dom,poli: Dpol,polj: Dpol) -> Boolean Time: 0.01 SEC. compiling local ecritM : (Expon,Dom,Expon,Dom) -> Boolean Time: 0.01 SEC. compiling local ecritB : (Expon,Dom,Expon,Dom,Expon,Dom) -> Boolean Time: 0.01 SEC. compiling exported euclideanNormalForm : (Dpol,List Dpol) -> Dpol Time: 0.00 SEC. compiling local sortin : (Dpol,List Dpol) -> List Dpol Time: 0 SEC. compiling local updatD : (List Record(lcmfij: Expon,lcmcij: Dom,poli: Dpol,polj: Dpol),List Record(lcmfij: Expon,lcmcij: Dom,poli: Dpol,polj: Dpol)) -> List Record(lcmfij: Expon,lcmcij: Dom,poli: Dpol,polj: Dpol) Time: 0.01 SEC. compiling local lepol : Dpol -> Integer Time: 0.01 SEC. compiling local prinb : Integer -> Void Time: 0.01 SEC. compiling local prinshINFO : Dpol -> Void Time: 0.01 SEC. compiling local prindINFO : (Record(lcmfij: Expon,lcmcij: Dom,poli: Dpol,polj: Dpol),Dpol,Dpol,Integer,Integer,Integer) -> Integer Time: 0.07 SEC. compiling local prinpolINFO : List Dpol -> Void Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] strongGbasis: lcmfij has no value [2] strongGbasis: lcmcij has no value Cumulative Statistics for Constructor EuclideanGroebnerBasisPackage Time: 0.75 seconds finalizing NRLIB GBEUCLID Processing EuclideanGroebnerBasisPackage for Browser database: -- euclideanNormalForm : (Dpol,List Dpol) -> Dpol -- euclideanGroebner : List Dpol -> List Dpol -- euclideanGroebner : (List Dpol,String) -> List Dpol -- euclideanGroebner : (List Dpol,String,String) -> List Dpol -- constructor ; compiling file "/tmp/oa-UtQFM2/code.lsp" (written 01 FEB 2016 11:06:34 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |GBEUCLID;euclideanGroebner;2L;1| ...) ; compiling (DEFUN |GBEUCLID;euclideanGroebner;LSL;2| ...) ; compiling (DEFUN |GBEUCLID;euclideanGroebner;L2SL;3| ...) ; compiling (DEFUN |GBEUCLID;strongGbasis| ...) ; file: /tmp/oa-UtQFM2/code.lsp ; in: DEFUN |GBEUCLID;strongGbasis| ; (DEFUN BOOT::|GBEUCLID;strongGbasis| ; (BOOT::|Pol| BOOT::|xx1| BOOT::|xx2| BOOT::$) ; (PROG (BOOT::|leh| BOOT::|e| BOOT::|ala| BOOT::|eh| BOOT::|ep| BOOT::D0 ; BOOT::|xx| BOOT::|lch| BOOT::|en| BOOT::|h| BOOT::H) ; (RETURN ; (LET (# # #) ; (BOOT::SEQ # # # # # # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GBEUCLID;strongGbasis| ; (BOOT::|Pol| BOOT::|xx1| BOOT::|xx2| BOOT::$) ; (BLOCK BOOT::|GBEUCLID;strongGbasis| ; (PROG (BOOT::|leh| BOOT::|e| BOOT::|ala| BOOT::|eh| BOOT::|ep| BOOT::D0 ; BOOT::|xx| BOOT::|lch| BOOT::|en| BOOT::|h| BOOT::H) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |Pol| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |GBEUCLID;strongGbasis!5| ...) ; compiling (DEFUN |GBEUCLID;strongGbasis!4| ...) ; compiling (DEFUN |GBEUCLID;strongGbasis!3| ...) ; compiling (DEFUN |GBEUCLID;strongGbasis!2| ...) ; compiling (DEFUN |GBEUCLID;strongGbasis!1| ...) ; compiling (DEFUN |GBEUCLID;strongGbasis!0| ...) ; compiling (DEFUN |GBEUCLID;ecritMondd1| ...) ; compiling (DEFUN |GBEUCLID;ecredPol| ...) ; compiling (DEFUN |GBEUCLID;ecritMTondd1| ...) ; file: /tmp/oa-UtQFM2/code.lsp ; in: DEFUN |GBEUCLID;ecritMTondd1| ; (DEFUN BOOT::|GBEUCLID;ecritMTondd1| (BOOT::|dd1| BOOT::$) ; (PROG (BOOT::|f2| BOOT::|r1| BOOT::|e1|) (RETURN (COND (# NIL) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GBEUCLID;ecritMTondd1| ; (BOOT::|dd1| BOOT::$) ; (BLOCK BOOT::|GBEUCLID;ecritMTondd1| ; (PROG (BOOT::|f2| BOOT::|r1| BOOT::|e1|) (RETURN (COND # #))))) ; ; note: Assignment to argument: |dd1| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS SIMPLE-VECTOR T)) ; ; compiling (DEFUN |GBEUCLID;ecritBonD| ...) ; compiling (DEFUN |GBEUCLID;eupdatF| ...) ; compiling (DEFUN |GBEUCLID;updatH| ...) ; compiling (DEFUN |GBEUCLID;crithdelH| ...) ; compiling (DEFUN |GBEUCLID;eminGbasis| ...) ; compiling (DEFUN |GBEUCLID;ecrithinH| ...) ; compiling (DEFUN |GBEUCLID;esPol| ...) ; compiling (DEFUN |GBEUCLID;eRed| ...) ; compiling (DEFUN |GBEUCLID;ecritT| ...) ; file: /tmp/oa-UtQFM2/code.lsp ; in: DEFUN |GBEUCLID;ecritT| ; (DEFUN BOOT::|GBEUCLID;ecritT| (BOOT::|p| BOOT::$) ; (LET* ((BOOT::|pi| (SVREF BOOT::|p| 2)) ; (BOOT::|pj| (SVREF BOOT::|p| 3)) ; (BOOT::|ci| (BOOT::SPADCALL BOOT::|pi| #)) ; (BOOT::|cj| (BOOT::SPADCALL BOOT::|pj| #))) ; (AND ; (BOOT::SPADCALL (SVREF BOOT::|p| 0) (BOOT::SPADCALL # # #) ; (BOOT::|shellEntry| BOOT::$ 26)) ; (BOOT::SPADCALL (SVREF BOOT::|p| 1) ; (BOOT::SPADCALL BOOT::|ci| BOOT::|cj| #) ; (BOOT::|shellEntry| BOOT::$ 45))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GBEUCLID;ecritT| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|GBEUCLID;ecritT| ; (LET* ((BOOT::|pi| #) (BOOT::|pj| #) (BOOT::|ci| #) (BOOT::|cj| #)) ; (AND (BOOT::SPADCALL # # #) (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |GBEUCLID;ecritM| ...) ; compiling (DEFUN |GBEUCLID;ecritB| ...) ; compiling (DEFUN |GBEUCLID;euclideanNormalForm;DpolLDpol;19| ...) ; compiling (DEFUN |GBEUCLID;sortin| ...) ; compiling (DEFUN |GBEUCLID;updatD| ...) ; compiling (DEFUN |GBEUCLID;lepol| ...) ; compiling (DEFUN |GBEUCLID;prinb| ...) ; compiling (DEFUN |GBEUCLID;prinshINFO| ...) ; compiling (DEFUN |GBEUCLID;prindINFO| ...) ; file: /tmp/oa-UtQFM2/code.lsp ; in: DEFUN |GBEUCLID;prindINFO| ; (DEFUN BOOT::|GBEUCLID;prindINFO| ; (BOOT::|cp| BOOT::|ps| BOOT::|ph| BOOT::|i1| BOOT::|i2| BOOT::|n| ; BOOT::$) ; (LET ((BOOT::|ll| NIL) ; (BOOT::|a| NIL) ; (BOOT::|cpi| (SVREF BOOT::|cp| 2)) ; (BOOT::|cpj| (SVREF BOOT::|cp| 3))) ; (BOOT::SEQ (COND (# #)) (BOOT::|GBEUCLID;prinb| 1 BOOT::$) ; (SETQ BOOT::|a| #) (BOOT::EXIT (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GBEUCLID;prindINFO| ; (BOOT::|cp| BOOT::|ps| BOOT::|ph| BOOT::|i1| BOOT::|i2| BOOT::|n| ; BOOT::$) ; (BLOCK BOOT::|GBEUCLID;prindINFO| ; (LET ((BOOT::|ll| NIL) (BOOT::|a| NIL) (BOOT::|cpi| #) (BOOT::|cpj| #)) ; (BOOT::SEQ (COND #) (BOOT::|GBEUCLID;prinb| 1 BOOT::$) (SETQ #) ; (BOOT::EXIT #))))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |GBEUCLID;prinpolINFO| ...) ; compiling (DEFUN |EuclideanGroebnerBasisPackage| ...) ; compiling (DEFUN |EuclideanGroebnerBasisPackage;| ...) ; compiling (MAKEPROP (QUOTE |EuclideanGroebnerBasisPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 4 notes ; /tmp/oa-UtQFM2/code.fasl written ; compilation finished in 0:00:00.169 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile GBF.spad && cp GBF.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GBF.fasl \ && if test -f GBF-.NRLIB/code.fasl; then \ cp GBF-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GBF-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GBF.spad using Spad compiler. GBF abbreviates package GroebnerFactorizationPackage debug: compDefine1 lhs: (GroebnerFactorizationPackage Dom Expon VarSet Dpol) signature (pre-evaluate): ((CATEGORY package (SIGNATURE factorGroebnerBasis ((List (List Dpol)) (List Dpol))) (SIGNATURE factorGroebnerBasis ((List (List Dpol)) (List Dpol) (Boolean))) (SIGNATURE groebnerFactorize ((List (List Dpol)) (List Dpol) (List Dpol))) (SIGNATURE groebnerFactorize ((List (List Dpol)) (List Dpol) (List Dpol) (Boolean))) (SIGNATURE groebnerFactorize ((List (List Dpol)) (List Dpol))) (SIGNATURE groebnerFactorize ((List (List Dpol)) (List Dpol) (Boolean)))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE factorGroebnerBasis ((List (List Dpol)) (List Dpol))) (SIGNATURE factorGroebnerBasis ((List (List Dpol)) (List Dpol) (Boolean))) (SIGNATURE groebnerFactorize ((List (List Dpol)) (List Dpol) (List Dpol))) (SIGNATURE groebnerFactorize ((List (List Dpol)) (List Dpol) (List Dpol) (Boolean))) (SIGNATURE groebnerFactorize ((List (List Dpol)) (List Dpol))) (SIGNATURE groebnerFactorize ((List (List Dpol)) (List Dpol) (Boolean)))) $param: (Dom Expon VarSet Dpol) debug: evaluateType form: (List (List Dpol)) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List (List Dpol)) debug: evaluateType1 x: (List Dpol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List Dpol) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List Dpol) debug: evaluateType1 x: Dpol m: (Type) debug: evalCategory d: (List Dpol) c: (Type) debug: evaluateType form: (List Dpol) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List Dpol) debug: evaluateType1 x: Dpol m: (Type) debug: evaluateType form: (List (List Dpol)) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List (List Dpol)) debug: evaluateType1 x: (List Dpol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List Dpol) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List Dpol) debug: evaluateType1 x: Dpol m: (Type) debug: evalCategory d: (List Dpol) c: (Type) debug: evaluateType form: (List Dpol) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List Dpol) debug: evaluateType1 x: Dpol m: (Type) debug: evaluateType form: (Boolean) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List (List Dpol)) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List (List Dpol)) debug: evaluateType1 x: (List Dpol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List Dpol) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List Dpol) debug: evaluateType1 x: Dpol m: (Type) debug: evalCategory d: (List Dpol) c: (Type) debug: evaluateType form: (List Dpol) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List Dpol) debug: evaluateType1 x: Dpol m: (Type) debug: evaluateType form: (List Dpol) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List Dpol) debug: evaluateType1 x: Dpol m: (Type) debug: evaluateType form: (List (List Dpol)) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List (List Dpol)) debug: evaluateType1 x: (List Dpol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List Dpol) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List Dpol) debug: evaluateType1 x: Dpol m: (Type) debug: evalCategory d: (List Dpol) c: (Type) debug: evaluateType form: (List Dpol) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List Dpol) debug: evaluateType1 x: Dpol m: (Type) debug: evaluateType form: (List Dpol) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List Dpol) debug: evaluateType1 x: Dpol m: (Type) debug: evaluateType form: (Boolean) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List (List Dpol)) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List (List Dpol)) debug: evaluateType1 x: (List Dpol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List Dpol) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List Dpol) debug: evaluateType1 x: Dpol m: (Type) debug: evalCategory d: (List Dpol) c: (Type) debug: evaluateType form: (List Dpol) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List Dpol) debug: evaluateType1 x: Dpol m: (Type) debug: evaluateType form: (List (List Dpol)) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List (List Dpol)) debug: evaluateType1 x: (List Dpol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List Dpol) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List Dpol) debug: evaluateType1 x: Dpol m: (Type) debug: evalCategory d: (List Dpol) c: (Type) debug: evaluateType form: (List Dpol) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (List Dpol) debug: evaluateType1 x: Dpol m: (Type) debug: evaluateType form: (Boolean) $param: (Dom Expon VarSet Dpol) Debug: evaluateType1 form: (Boolean) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE factorGroebnerBasis ((List (List Dpol)) (List Dpol))) (SIGNATURE factorGroebnerBasis ((List (List Dpol)) (List Dpol) (Boolean))) (SIGNATURE groebnerFactorize ((List (List Dpol)) (List Dpol) (List Dpol))) (SIGNATURE groebnerFactorize ((List (List Dpol)) (List Dpol) (List Dpol) (Boolean))) (SIGNATURE groebnerFactorize ((List (List Dpol)) (List Dpol))) (SIGNATURE groebnerFactorize ((List (List Dpol)) (List Dpol) (Boolean)))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for GroebnerFactorizationPackage compiling into /tmp/oa-jQxI13 importing GroebnerInternalPackage(Dom,Expon,VarSet,Dpol) compiling local createGroebnerBases : (List Record(totdeg: NonNegativeInteger,pol: Dpol),List Dpol,List Dpol,List Dpol,List Record(lcmfij: Expon,totdeg: NonNegativeInteger,poli: Dpol,polj: Dpol),List List Dpol,Boolean) -> List List Dpol Time: 0.19 SEC. compiling local createAllFactors : Dpol -> List Dpol Time: 0.03 SEC. compiling local newPairs : (List Record(totdeg: NonNegativeInteger,pol: Dpol),Dpol) -> List Record(lcmfij: Expon,totdeg: NonNegativeInteger,poli: Dpol,polj: Dpol) Time: 0.04 SEC. compiling local updateCritPairs : (List Record(lcmfij: Expon,totdeg: NonNegativeInteger,poli: Dpol,polj: Dpol),List Record(lcmfij: Expon,totdeg: NonNegativeInteger,poli: Dpol,polj: Dpol),Dpol) -> List Record(lcmfij: Expon,totdeg: NonNegativeInteger,poli: Dpol,polj: Dpol) Time: 0.00 SEC. compiling local updateBasis : (List Record(totdeg: NonNegativeInteger,pol: Dpol),Dpol,NonNegativeInteger) -> List Record(totdeg: NonNegativeInteger,pol: Dpol) Time: 0.03 SEC. compiling exported factorGroebnerBasis : List Dpol -> List List Dpol Time: 0.02 SEC. compiling exported factorGroebnerBasis : (List Dpol,Boolean) -> List List Dpol Time: 0.20 SEC. compiling exported groebnerFactorize : (List Dpol,List Dpol) -> List List Dpol Time: 0.01 SEC. compiling exported groebnerFactorize : (List Dpol,List Dpol,Boolean) -> List List Dpol Time: 0.05 SEC. compiling exported groebnerFactorize : List Dpol -> List List Dpol Time: 0.02 SEC. compiling exported groebnerFactorize : (List Dpol,Boolean) -> List List Dpol Time: 0.01 SEC. (time taken in buildFunctor: 4) Time: 0.01 SEC. Warnings: [1] createGroebnerBases: stopDividing has no value [2] createGroebnerBases: nP has no value [3] createGroebnerBases: pol has no value [4] createAllFactors: factorList has no value [5] factorGroebnerBasis: factorList has no value [6] factorGroebnerBasis: fctr has no value Cumulative Statistics for Constructor GroebnerFactorizationPackage Time: 0.61 seconds finalizing NRLIB GBF Processing GroebnerFactorizationPackage for Browser database: -- factorGroebnerBasis : L Dpol -> L L Dpol -- factorGroebnerBasis : (L Dpol,Boolean) -> L L Dpol -- groebnerFactorize : (L Dpol,L Dpol) -> L L Dpol -- groebnerFactorize : (L Dpol,L Dpol,Boolean) -> L L Dpol -- groebnerFactorize : L Dpol -> L L Dpol -- groebnerFactorize : (L Dpol,Boolean) -> L L Dpol -- constructor ; compiling file "/tmp/oa-jQxI13/code.lsp" (written 01 FEB 2016 11:06:35 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |GBF;createGroebnerBases| ...) ; file: /tmp/oa-jQxI13/code.lsp ; in: DEFUN |GBF;createGroebnerBases| ; (DEFUN BOOT::|GBF;createGroebnerBases| ; (BOOT::|basis| BOOT::|redPols| BOOT::|nonZeroRestrictions| ; BOOT::|inputPolys| BOOT::|lcP| BOOT::|listOfBases| BOOT::|info| ; BOOT::$) ; (PROG (BOOT::|newBasis| BOOT::|irreducibleFactors| BOOT::|nPq| ; BOOT::|newInputPolys|) ; (RETURN ; (LET (# # # # # # #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GBF;createGroebnerBases| ; (BOOT::|basis| BOOT::|redPols| BOOT::|nonZeroRestrictions| ; BOOT::|inputPolys| BOOT::|lcP| BOOT::|listOfBases| BOOT::|info| ; BOOT::$) ; (BLOCK BOOT::|GBF;createGroebnerBases| ; (PROG (BOOT::|newBasis| BOOT::|irreducibleFactors| BOOT::|nPq| ; BOOT::|newInputPolys|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |basis| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS CONS T)) ; ; ; note: Assignment to argument: |redPols| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |nonZeroRestrictions| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |inputPolys| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |lcP| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS SIMPLE-VECTOR T)) ; ; ; note: Assignment to argument: |listOfBases| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS LIST T)) ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; compiling (DEFUN |GBF;createGroebnerBases!1| ...) ; compiling (DEFUN |GBF;createGroebnerBases!0| ...) ; compiling (DEFUN |GBF;createAllFactors| ...) ; file: /tmp/oa-jQxI13/code.lsp ; in: DEFUN |GBF;createAllFactors| ; (DEFUN BOOT::|GBF;createAllFactors| (BOOT::|p| BOOT::$) ; (LET ((BOOT::|loF| ; (LET # ; #))) ; (BOOT::SPADCALL (CONS #'BOOT::|GBF;createAllFactors!0| BOOT::$) ; BOOT::|loF| (BOOT::|shellEntry| BOOT::$ 52)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GBF;createAllFactors| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|GBF;createAllFactors| ; (LET ((BOOT::|loF| #)) ; (BOOT::SPADCALL (CONS #'BOOT::|GBF;createAllFactors!0| BOOT::$) ; BOOT::|loF| (BOOT::|shellEntry| BOOT::$ 52))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |GBF;createAllFactors!0| ...) ; compiling (DEFUN |GBF;newPairs| ...) ; file: /tmp/oa-jQxI13/code.lsp ; in: DEFUN |GBF;newPairs| ; (DEFUN BOOT::|GBF;newPairs| (BOOT::|lp| BOOT::|p| BOOT::$) ; (LET* ((BOOT::|totdegreeOfp| (BOOT::SPADCALL BOOT::|p| #)) ; (BOOT::|lcP| ; (LET # ; #))) ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 70) BOOT::|lcP| ; (BOOT::|shellEntry| BOOT::$ 72)) ; (BOOT::|shellEntry| BOOT::$ 73)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GBF;newPairs| ; (BOOT::|lp| BOOT::|p| BOOT::$) ; (BLOCK BOOT::|GBF;newPairs| ; (LET* ((BOOT::|totdegreeOfp| #) (BOOT::|lcP| #)) ; (BOOT::SPADCALL (BOOT::SPADCALL # BOOT::|lcP| #) ; (BOOT::|shellEntry| BOOT::$ 73))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS SIMPLE-VECTOR T)) &REST T). ; compiling (DEFUN |GBF;updateCritPairs| ...) ; file: /tmp/oa-jQxI13/code.lsp ; in: DEFUN |GBF;updateCritPairs| ; (DEFUN BOOT::|GBF;updateCritPairs| ; (BOOT::|oldListOfcritPairs| BOOT::|newListOfcritPairs| BOOT::|p| ; BOOT::$) ; (BOOT::SPADCALL BOOT::|newListOfcritPairs| ; (BOOT::SPADCALL BOOT::|p| BOOT::|oldListOfcritPairs| ; (BOOT::|shellEntry| BOOT::$ 74)) ; (BOOT::|shellEntry| BOOT::$ 75))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GBF;updateCritPairs| ; (BOOT::|oldListOfcritPairs| BOOT::|newListOfcritPairs| BOOT::|p| ; BOOT::$) ; (BLOCK BOOT::|GBF;updateCritPairs| ; (BOOT::SPADCALL BOOT::|newListOfcritPairs| ; (BOOT::SPADCALL BOOT::|p| BOOT::|oldListOfcritPairs| ; (BOOT::|shellEntry| BOOT::$ 74)) ; (BOOT::|shellEntry| BOOT::$ 75)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS SIMPLE-VECTOR T)) &REST T). ; compiling (DEFUN |GBF;updateBasis| ...) ; file: /tmp/oa-jQxI13/code.lsp ; in: DEFUN |GBF;updateBasis| ; (DEFUN BOOT::|GBF;updateBasis| (BOOT::|lp| BOOT::|p| BOOT::|deg| BOOT::$) ; (BOOT::SPADCALL BOOT::|p| BOOT::|deg| BOOT::|lp| ; (BOOT::|shellEntry| BOOT::$ 77))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GBF;updateBasis| ; (BOOT::|lp| BOOT::|p| BOOT::|deg| BOOT::$) ; (BLOCK BOOT::|GBF;updateBasis| ; (BOOT::SPADCALL BOOT::|p| BOOT::|deg| BOOT::|lp| ; (BOOT::|shellEntry| BOOT::$ 77)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |GBF;factorGroebnerBasis;LL;6| ...) ; compiling (DEFUN |GBF;factorGroebnerBasis;LBL;7| ...) ; compiling (DEFUN |GBF;groebnerFactorize;2LL;8| ...) ; compiling (DEFUN |GBF;groebnerFactorize;2LBL;9| ...) ; file: /tmp/oa-jQxI13/code.lsp ; in: DEFUN |GBF;groebnerFactorize;2LBL;9| ; (DEFUN BOOT::|GBF;groebnerFactorize;2LBL;9| ; (BOOT::|basis| BOOT::|nonZeroRestrictions| BOOT::|info| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|basis| NIL (BOOT::|shellEntry| BOOT::$ 85)) ; (LIST BOOT::|basis|)) ; (T (BOOT::SEQ (SETQ #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GBF;groebnerFactorize;2LBL;9| ; (BOOT::|basis| BOOT::|nonZeroRestrictions| BOOT::|info| BOOT::$) ; (BLOCK BOOT::|GBF;groebnerFactorize;2LBL;9| ; (COND ((BOOT::SPADCALL BOOT::|basis| NIL #) (LIST BOOT::|basis|)) ; (T (BOOT::SEQ # #))))) ; ; note: Assignment to argument: |basis| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |GBF;groebnerFactorize;2LBL;9!1| ...) ; compiling (DEFUN |GBF;groebnerFactorize;2LBL;9!0| ...) ; compiling (DEFUN |GBF;groebnerFactorize;LL;10| ...) ; compiling (DEFUN |GBF;groebnerFactorize;LBL;11| ...) ; compiling (DEFUN |GroebnerFactorizationPackage| ...) ; compiling (DEFUN |GroebnerFactorizationPackage;| ...) ; compiling (MAKEPROP (QUOTE |GroebnerFactorizationPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 12 notes ; /tmp/oa-jQxI13/code.fasl written ; compilation finished in 0:00:00.125 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile GMODPOL.spad && cp GMODPOL.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GMODPOL.fasl \ && if test -f GMODPOL-.NRLIB/code.fasl; then \ cp GMODPOL-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GMODPOL-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GMODPOL.spad using Spad compiler. GMODPOL abbreviates domain GeneralModulePolynomial debug: compDefine1 lhs: (GeneralModulePolynomial vl R IS E ff P) signature (pre-evaluate): ((Join (Module P) (Module R) (CATEGORY domain (SIGNATURE leadingCoefficient (R $)) (SIGNATURE leadingMonomial ((ModuleMonomial IS E ff) $)) (SIGNATURE leadingExponent (E $)) (SIGNATURE leadingIndex (IS $)) (SIGNATURE reductum ($ $)) (SIGNATURE monomial ($ R (ModuleMonomial IS E ff))) (SIGNATURE unitVector ($ IS)) (SIGNATURE build ($ R IS E)) (SIGNATURE multMonom ($ R E $)) (SIGNATURE * ($ P $)))) NIL NIL NIL NIL NIL NIL) debug: evaluateType form: (Join (Module P) (Module R) (CATEGORY domain (SIGNATURE leadingCoefficient (R $)) (SIGNATURE leadingMonomial ((ModuleMonomial IS E ff) $)) (SIGNATURE leadingExponent (E $)) (SIGNATURE leadingIndex (IS $)) (SIGNATURE reductum ($ $)) (SIGNATURE monomial ($ R (ModuleMonomial IS E ff))) (SIGNATURE unitVector ($ IS)) (SIGNATURE build ($ R IS E)) (SIGNATURE multMonom ($ R E $)) (SIGNATURE * ($ P $)))) $param: (vl R IS E ff P) debug: evaluateType form: (Module P) $param: (vl R IS E ff P) Debug: evaluateType1 form: (Module P) debug: evaluateType1 x: P m: (CommutativeRing) debug: evaluateType form: (Module R) $param: (vl R IS E ff P) Debug: evaluateType1 form: (Module R) debug: evaluateType1 x: R m: (CommutativeRing) debug: evaluateType form: (CATEGORY domain (SIGNATURE leadingCoefficient (R $)) (SIGNATURE leadingMonomial ((ModuleMonomial IS E ff) $)) (SIGNATURE leadingExponent (E $)) (SIGNATURE leadingIndex (IS $)) (SIGNATURE reductum ($ $)) (SIGNATURE monomial ($ R (ModuleMonomial IS E ff))) (SIGNATURE unitVector ($ IS)) (SIGNATURE build ($ R IS E)) (SIGNATURE multMonom ($ R E $)) (SIGNATURE * ($ P $))) $param: (vl R IS E ff P) debug: evaluateType form: R $param: (vl R IS E ff P) debug: evaluateType form: (ModuleMonomial IS E ff) $param: (vl R IS E ff P) Debug: evaluateType1 form: (ModuleMonomial IS E ff) debug: evaluateType1 x: IS m: (OrderedSet) debug: evaluateType1 x: E m: (SetCategory) debug: evaluateType1 x: ff m: (Mapping (Boolean) (Record (: index IS) (: exponent E)) (Record (: index IS) (: exponent E))) debug: evaluateType form: E $param: (vl R IS E ff P) debug: evaluateType form: IS $param: (vl R IS E ff P) debug: evaluateType form: R $param: (vl R IS E ff P) debug: evaluateType form: (ModuleMonomial IS E ff) $param: (vl R IS E ff P) Debug: evaluateType1 form: (ModuleMonomial IS E ff) debug: evaluateType1 x: IS m: (OrderedSet) debug: evaluateType1 x: E m: (SetCategory) debug: evaluateType1 x: ff m: (Mapping (Boolean) (Record (: index IS) (: exponent E)) (Record (: index IS) (: exponent E))) debug: evaluateType form: IS $param: (vl R IS E ff P) debug: evaluateType form: R $param: (vl R IS E ff P) debug: evaluateType form: IS $param: (vl R IS E ff P) debug: evaluateType form: E $param: (vl R IS E ff P) debug: evaluateType form: R $param: (vl R IS E ff P) debug: evaluateType form: E $param: (vl R IS E ff P) debug: evaluateType form: P $param: (vl R IS E ff P) debug: compDefine1 signature (post evaluate): ((Join (Module P) (Module R) (CATEGORY domain (SIGNATURE leadingCoefficient (R $)) (SIGNATURE leadingMonomial ((ModuleMonomial IS E ff) $)) (SIGNATURE leadingExponent (E $)) (SIGNATURE leadingIndex (IS $)) (SIGNATURE reductum ($ $)) (SIGNATURE monomial ($ R (ModuleMonomial IS E ff))) (SIGNATURE unitVector ($ IS)) (SIGNATURE build ($ R IS E)) (SIGNATURE multMonom ($ R E $)) (SIGNATURE * ($ P $)))) NIL NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for GeneralModulePolynomial compiling into /tmp/oa-Mtg9cY compiling exported leadingMonomial : % -> ModuleMonomial(IS,E,ff) Time: 0.08 SEC. compiling exported leadingExponent : % -> E Time: 0 SEC. compiling exported leadingIndex : % -> IS Time: 0.00 SEC. compiling exported unitVector : IS -> % Time: 0 SEC. compiling exported build : (R,IS,E) -> % Time: 0.00 SEC. compiling exported multMonom : (R,E,%) -> % Time: 0.00 SEC. compiling exported * : (P,%) -> % Time: 0.02 SEC. (time taken in buildFunctor: 4) Time: 0.02 SEC. Warnings: [1] OpenAxiom suggests removing assignment to Rep [2] leadingExponent: exponent has no value Cumulative Statistics for Constructor GeneralModulePolynomial Time: 0.13 seconds (|Module| |#6|) extends (|BiModule| |#6| |#6|) but not (|BiModule| |#2| |#2|) --------------non extending category---------------------- GeneralModulePolynomial(#1,#2,#3,#4,#5,#6) of category Join(Module #6,Module #2) with leadingCoefficient : % -> #2 leadingMonomial : % -> ModuleMonomial(#3,#4,#5) leadingExponent : % -> #4 leadingIndex : % -> #3 reductum : % -> % monomial : (#2,ModuleMonomial(#3,#4,#5)) -> % unitVector : #3 -> % build : (#2,#3,#4) -> % multMonom : (#2,#4,%) -> % ?*? : (#6,%) -> % has no IndexedDirectProductCategory(#2,ModuleMonomial(#3,#4,#5)) ---------------------------------------------------------- finalizing NRLIB GMODPOL Processing GeneralModulePolynomial for Browser database: -- leadingCoefficient : % -> R -- leadingMonomial : % -> ModMonom -- leadingExponent : % -> E -- leadingIndex : % -> IS -- reductum : % -> % -- monomial : (R,ModMonom) -> % -- unitVector : IS -> % -- build : (R,IS,E) -> % -- multMonom : (R,E,%) -> % -- ?*? : (P,%) -> % -- constructor ; compiling file "/tmp/oa-Mtg9cY/code.lsp" (written 01 FEB 2016 11:06:35 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |GMODPOL;leadingMonomial;$Mm;1| ...) ; compiling (DEFUN |GMODPOL;leadingExponent;$E;2| ...) ; compiling (DEFUN |GMODPOL;leadingIndex;$IS;3| ...) ; compiling (DEFUN |GMODPOL;unitVector;IS$;4| ...) ; compiling (DEFUN |GMODPOL;build;RISE$;5| ...) ; compiling (DEFUN |GMODPOL;multMonom;RE2$;6| ...) ; compiling (DEFUN |GMODPOL;*;P2$;7| ...) ; compiling (DEFUN |GeneralModulePolynomial| ...) ; compiling (DEFUN |GeneralModulePolynomial;| ...) ; compiling (MAKEPROP (QUOTE |GeneralModulePolynomial|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Mtg9cY/code.fasl written ; compilation finished in 0:00:00.034 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile GOSPER.spad && cp GOSPER.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GOSPER.fasl \ && if test -f GOSPER-.NRLIB/code.fasl; then \ cp GOSPER-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GOSPER-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GOSPER.spad using Spad compiler. GOSPER abbreviates package GosperSummationMethod debug: compDefine1 lhs: (GosperSummationMethod E V R P Q) signature (pre-evaluate): ((CATEGORY package (SIGNATURE GospersMethod ((Union Q failed) Q V (Mapping V)))) NIL NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE GospersMethod ((Union Q failed) Q V (Mapping V)))) $param: (E V R P Q) debug: evaluateType form: (Union Q failed) $param: (E V R P Q) debug: evaluateType form: Q $param: (E V R P Q) debug: evaluateType form: failed $param: (E V R P Q) debug: evaluateType form: Q $param: (E V R P Q) debug: evaluateType form: V $param: (E V R P Q) debug: evaluateType form: (Mapping V) $param: (E V R P Q) debug: evaluateType form: V $param: (E V R P Q) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE GospersMethod ((Union Q failed) Q V (Mapping V)))) NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for GosperSummationMethod compiling into /tmp/oa-AqIrQh importing PolynomialCategoryQuotientFunctions(E,V,R,P,Q) importing LinearSystemMatrixPackage(Fraction SparseMultivariatePolynomial(Fraction Integer,V),Vector Fraction SparseMultivariatePolynomial(Fraction Integer,V),Vector Fraction SparseMultivariatePolynomial(Fraction Integer,V),Matrix Fraction SparseMultivariatePolynomial(Fraction Integer,V)) compiling local deg0 : (SparseMultivariatePolynomial(Fraction Integer,V),V) -> Integer Time: 0.09 SEC. compiling local rat? : R -> Boolean Time: 0.02 SEC. compiling local RFQ2R : Fraction SparseMultivariatePolynomial(Fraction Integer,V) -> Q Time: 0.02 SEC. compiling local PQ2R : SparseMultivariatePolynomial(Fraction Integer,V) -> Q Time: 0.02 SEC. compiling exported GospersMethod : (Q,V,() -> V) -> Union(Q,failed) Time: 0.02 SEC. compiling local RF2QIfCan : Q -> Union(Fraction SparseMultivariatePolynomial(Fraction Integer,V),failed) Time: 0.02 SEC. compiling local UP2QIfCan : P -> Union(SparseMultivariatePolynomial(Fraction Integer,V),failed) Time: 0.06 SEC. compiling local InnerGospersMethod : (Fraction SparseMultivariatePolynomial(Fraction Integer,V),V,() -> V) -> Union(Fraction SparseMultivariatePolynomial(Fraction Integer,V),failed) Time: 0.10 SEC. compiling local GosperF : (Integer,SparseMultivariatePolynomial(Fraction Integer,V),SparseMultivariatePolynomial(Fraction Integer,V),SparseMultivariatePolynomial(Fraction Integer,V),V,() -> V) -> Union(Fraction SparseMultivariatePolynomial(Fraction Integer,V),failed) Time: 0.64 SEC. compiling local GosperPQR : (SparseMultivariatePolynomial(Fraction Integer,V),SparseMultivariatePolynomial(Fraction Integer,V),V,() -> V) -> List SparseMultivariatePolynomial(Fraction Integer,V) Time: 0.16 SEC. compiling local GosperDegBd : (SparseMultivariatePolynomial(Fraction Integer,V),SparseMultivariatePolynomial(Fraction Integer,V),SparseMultivariatePolynomial(Fraction Integer,V),V,() -> V) -> Integer Time: 0.24 SEC. compiling local pCoef : (SparseMultivariatePolynomial(Fraction Integer,V),SparseMultivariatePolynomial(Fraction Integer,V)) -> SparseMultivariatePolynomial(Fraction Integer,V) Time: 0.06 SEC. compiling local linearAndNNIntRoot : (SparseMultivariatePolynomial(Fraction Integer,V),V) -> Union(Integer,failed) Time: 0.11 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] UP2QIfCan: every? has no value [2] GosperF: not known that Ring is of mode CATEGORY(package,GospersMethod: (Q,V,(() -> V)) -> Union(Q,"failed")) Cumulative Statistics for Constructor GosperSummationMethod Time: 1.57 seconds finalizing NRLIB GOSPER Processing GosperSummationMethod for Browser database: --->../../x86_64-unknown-linux-gnu/src/algebra/sum.spad-->GosperSummationMethod((coerce (% P))): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/sum.spad-->GosperSummationMethod((numer (P %))): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/sum.spad-->GosperSummationMethod((denom (P %))): Not documented!!!! -- GospersMethod : (Q,V,(() -> V)) -> Union(Q,"failed") -- constructor ; compiling file "/tmp/oa-AqIrQh/code.lsp" (written 01 FEB 2016 11:06:37 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |GOSPER;deg0| ...) ; file: /tmp/oa-AqIrQh/code.lsp ; in: DEFUN |GOSPER;deg0| ; (DEFUN BOOT::|GOSPER;deg0| (BOOT::|p| BOOT::|v| BOOT::$) ; (COND ((BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 15)) -1) ; (T ; (BOOT::SPADCALL BOOT::|p| BOOT::|v| ; (BOOT::|shellEntry| BOOT::$ 21))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GOSPER;deg0| ; (BOOT::|p| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|GOSPER;deg0| ; (COND ((BOOT::SPADCALL BOOT::|p| #) -1) ; (T (BOOT::SPADCALL BOOT::|p| BOOT::|v| #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |GOSPER;rat?| ...) ; compiling (DEFUN |GOSPER;RFQ2R| ...) ; compiling (DEFUN |GOSPER;PQ2R| ...) ; compiling (DEFUN |GOSPER;PQ2R!1| ...) ; compiling (DEFUN |GOSPER;PQ2R!0| ...) ; compiling (DEFUN |GOSPER;GospersMethod;QVMU;5| ...) ; compiling (DEFUN |GOSPER;RF2QIfCan| ...) ; compiling (DEFUN |GOSPER;UP2QIfCan| ...) ; compiling (DEFUN |GOSPER;UP2QIfCan!1| ...) ; compiling (DEFUN |GOSPER;UP2QIfCan!0| ...) ; compiling (DEFUN |GOSPER;InnerGospersMethod| ...) ; compiling (DEFUN |GOSPER;GosperF| ...) ; compiling (DEFUN |GOSPER;GosperPQR| ...) ; compiling (DEFUN |GOSPER;GosperDegBd| ...) ; compiling (DEFUN |GOSPER;pCoef| ...) ; compiling (DEFUN |GOSPER;linearAndNNIntRoot| ...) ; compiling (DEFUN |GosperSummationMethod| ...) ; compiling (DEFUN |GosperSummationMethod;| ...) ; compiling (MAKEPROP (QUOTE |GosperSummationMethod|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-AqIrQh/code.fasl written ; compilation finished in 0:00:00.114 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile HEXADEC.spad && cp HEXADEC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/HEXADEC.fasl \ && if test -f HEXADEC-.NRLIB/code.fasl; then \ cp HEXADEC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/HEXADEC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/HEXADEC.spad using Spad compiler. HEXADEC abbreviates domain HexadecimalExpansion debug: compDefine1 lhs: (HexadecimalExpansion) signature (pre-evaluate): ((Join (QuotientFieldCategory (Integer)) (CoercibleTo (Fraction (Integer))) (CoercibleTo (RadixExpansion 16)) (CATEGORY domain (SIGNATURE fractionPart ((Fraction (Integer)) $)) (SIGNATURE hex ($ (Fraction (Integer))))))) debug: evaluateType form: (Join (QuotientFieldCategory (Integer)) (CoercibleTo (Fraction (Integer))) (CoercibleTo (RadixExpansion 16)) (CATEGORY domain (SIGNATURE fractionPart ((Fraction (Integer)) $)) (SIGNATURE hex ($ (Fraction (Integer)))))) $param: NIL debug: evaluateType form: (QuotientFieldCategory (Integer)) $param: NIL Debug: evaluateType1 form: (QuotientFieldCategory (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (CoercibleTo (Fraction (Integer))) $param: NIL Debug: evaluateType1 form: (CoercibleTo (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Type) debug: evaluateType form: (CoercibleTo (RadixExpansion 16)) $param: NIL Debug: evaluateType1 form: (CoercibleTo (RadixExpansion 16)) debug: evaluateType1 x: (RadixExpansion 16) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (RadixExpansion 16) $param: NIL Debug: evaluateType1 form: (RadixExpansion 16) debug: evaluateType1 x: 16 m: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType1 z1: ((PositiveInteger) . 16) m: (Integer) m1: (PositiveInteger) debug: evalCategory d: (RadixExpansion 16) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE fractionPart ((Fraction (Integer)) $)) (SIGNATURE hex ($ (Fraction (Integer))))) $param: NIL debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: compDefine1 signature (post evaluate): ((Join (QuotientFieldCategory (Integer)) (CoercibleTo (Fraction (Integer))) (CoercibleTo (RadixExpansion 16)) (CATEGORY domain (SIGNATURE fractionPart ((Fraction (Integer)) $)) (SIGNATURE hex ($ (Fraction (Integer))))))) ------------------------------------------------------------------------ initializing stationary directory for HexadecimalExpansion compiling into /tmp/oa-FvSgp8 compiling exported hex : Fraction Integer -> % Time: 0.07 SEC. compiling exported coerce : % -> RadixExpansion 16 HEXADEC;coerce;$Re;2 x is replaced by x Time: 0.01 SEC. (time taken in buildFunctor: 96) Time: 0.23 SEC. Cumulative Statistics for Constructor HexadecimalExpansion Time: 0.30 seconds --------------non extending category---------------------- HexadecimalExpansion of category Join(QuotientFieldCategory Integer, CoercibleTo Fraction Integer,CoercibleTo RadixExpansion 16) with fractionPart : % -> Fraction Integer hex : Fraction Integer -> % has no wholeRagits : % -> List Integer ---------------------------------------------------------- finalizing NRLIB HEXADEC Processing HexadecimalExpansion for Browser database: -- fractionPart : % -> Fraction Integer -- hex : Fraction Integer -> % -- constructor ; compiling file "/tmp/oa-FvSgp8/code.lsp" (written 01 FEB 2016 11:06:38 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |HEXADEC;coerce;$Re;2|) ...) ; compiling (DEFUN |HEXADEC;hex;F$;1| ...) ; compiling (DEFUN |HEXADEC;coerce;$Re;2| ...) ; compiling (DEFUN |HexadecimalExpansion| ...) ; compiling (DEFUN |HexadecimalExpansion;| ...) ; compiling (MAKEPROP (QUOTE |HexadecimalExpansion|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-FvSgp8/code.fasl written ; compilation finished in 0:00:00.039 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MDDFACT.spad && cp MDDFACT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MDDFACT.fasl \ && if test -f MDDFACT-.NRLIB/code.fasl; then \ cp MDDFACT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MDDFACT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MDDFACT.spad using Spad compiler. MDDFACT abbreviates package ModularDistinctDegreeFactorizer debug: compDefine1 lhs: (ModularDistinctDegreeFactorizer U) signature (pre-evaluate): ((CATEGORY package (SIGNATURE gcd (U U U (Integer))) (SIGNATURE linears (U U (Integer))) (SIGNATURE factor ((List U) U (Integer))) (SIGNATURE ddFact ((List (Record (: factor U) (: degree (Integer)))) U (Integer))) (SIGNATURE separateFactors ((List U) (List (Record (: factor U) (: degree (Integer)))) (Integer))) (SIGNATURE exptMod (U U (Integer) U (Integer)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE gcd (U U U (Integer))) (SIGNATURE linears (U U (Integer))) (SIGNATURE factor ((List U) U (Integer))) (SIGNATURE ddFact ((List (Record (: factor U) (: degree (Integer)))) U (Integer))) (SIGNATURE separateFactors ((List U) (List (Record (: factor U) (: degree (Integer)))) (Integer))) (SIGNATURE exptMod (U U (Integer) U (Integer)))) $param: (U) debug: evaluateType form: U $param: (U) debug: evaluateType form: U $param: (U) debug: evaluateType form: U $param: (U) debug: evaluateType form: (Integer) $param: (U) Debug: evaluateType1 form: (Integer) debug: evaluateType form: U $param: (U) debug: evaluateType form: U $param: (U) debug: evaluateType form: (Integer) $param: (U) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (List U) $param: (U) Debug: evaluateType1 form: (List U) debug: evaluateType1 x: U m: (Type) debug: evaluateType form: U $param: (U) debug: evaluateType form: (Integer) $param: (U) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (List (Record (: factor U) (: degree (Integer)))) $param: (U) Debug: evaluateType1 form: (List (Record (: factor U) (: degree (Integer)))) debug: evaluateType1 x: (Record (: factor U) (: degree (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (U) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: factor U) (: degree (Integer))) $param: (U) debug: evaluateType form: U $param: (U) debug: evaluateType form: (Integer) $param: (U) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: factor U) (: degree (Integer))) c: (Type) debug: evaluateType form: U $param: (U) debug: evaluateType form: (Integer) $param: (U) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (List U) $param: (U) Debug: evaluateType1 form: (List U) debug: evaluateType1 x: U m: (Type) debug: evaluateType form: (List (Record (: factor U) (: degree (Integer)))) $param: (U) Debug: evaluateType1 form: (List (Record (: factor U) (: degree (Integer)))) debug: evaluateType1 x: (Record (: factor U) (: degree (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (U) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: factor U) (: degree (Integer))) $param: (U) debug: evaluateType form: U $param: (U) debug: evaluateType form: (Integer) $param: (U) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: factor U) (: degree (Integer))) c: (Type) debug: evaluateType form: (Integer) $param: (U) Debug: evaluateType1 form: (Integer) debug: evaluateType form: U $param: (U) debug: evaluateType form: U $param: (U) debug: evaluateType form: (Integer) $param: (U) Debug: evaluateType1 form: (Integer) debug: evaluateType form: U $param: (U) debug: evaluateType form: (Integer) $param: (U) Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE gcd (U U U (Integer))) (SIGNATURE linears (U U (Integer))) (SIGNATURE factor ((List U) U (Integer))) (SIGNATURE ddFact ((List (Record (: factor U) (: degree (Integer)))) U (Integer))) (SIGNATURE separateFactors ((List U) (List (Record (: factor U) (: degree (Integer)))) (Integer))) (SIGNATURE exptMod (U U (Integer) U (Integer)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for ModularDistinctDegreeFactorizer compiling into /tmp/oa-BaMb0w compiling local reduction : (U,Integer) -> U Time: 0.07 SEC. compiling local merge : (Integer,Integer) -> Union(Integer,failed) MDDFACT;merge(p,q) is replaced by %when( %pair(0,p), %pair(0,q), %pair(0,p),%otherwise %pair(1,"failed")) Time: 0.01 SEC. compiling local modInverse : (Integer,Integer) -> Integer Time: 0.01 SEC. compiling local exactquo : (U,U,Integer) -> Union(U,failed) Time: 0.01 SEC. compiling local lc : EMR -> Integer Time: 0.01 SEC. compiling local degree : EMR -> Integer Time: 0.01 SEC. compiling local makeMonic : EMR -> EMR Time: 0.00 SEC. compiling local exptmod : (EMR,Integer,EMR) -> EMR Time: 0.02 SEC. compiling exported exptMod : (U,Integer,U,Integer) -> U Time: 0.00 SEC. compiling local ddfactor : EMR -> List EMR Time: 0.03 SEC. compiling exported gcd : (U,U,Integer) -> U Time: 0.01 SEC. compiling exported factor : (U,Integer) -> List U Time: 0.02 SEC. compiling local ddfact : EMR -> List Record(factor: EMR,degree: Integer) Time: 0.07 SEC. compiling exported ddFact : (U,Integer) -> List Record(factor: U,degree: Integer) Time: 0.03 SEC. compiling exported linears : (U,Integer) -> U Time: 0.03 SEC. compiling local sepfact : List Record(factor: EMR,degree: Integer) -> List EMR Time: 0.01 SEC. compiling exported separateFactors : (List Record(factor: U,degree: Integer),Integer) -> List U Time: 0.06 SEC. compiling local decode : (Integer,Integer,U) -> U Time: 0.01 SEC. compiling local sepFact1 : Record(factor: EMR,degree: Integer) -> List EMR Time: 0.10 SEC. compiling local probSplit : (EMR,EMR,Integer) -> Union(List EMR,failed) Time: 0.04 SEC. compiling local probSplit2 : (EMR,EMR,Integer) -> Union(List EMR,failed) Time: 0.01 SEC. compiling local trace : (EMR,Integer,EMR) -> EMR Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] ddfact: degree is BOTH a variable a literal [2] ddfact: ans has no value [3] ddfact: : Integer -- should replace by @ [4] ddFact: degree is BOTH a variable a literal [5] sepfact: degree is BOTH a variable a literal [6] separateFactors: degree is BOTH a variable a literal [7] sepFact1: degree is BOTH a variable a literal [8] sepFact1: stack has no value [9] probSplit: : NonNegativeInteger -- replace by pretend Cumulative Statistics for Constructor ModularDistinctDegreeFactorizer Time: 0.58 seconds finalizing NRLIB MDDFACT Processing ModularDistinctDegreeFactorizer for Browser database: -- gcd : (U,U,I) -> U -- linears : (U,I) -> U -- factor : (U,I) -> L U -- ddFact : (U,I) -> UDDList -- separateFactors : (UDDList,I) -> L U -- exptMod : (U,I,U,I) -> U -- constructor ; compiling file "/tmp/oa-BaMb0w/code.lsp" (written 01 FEB 2016 11:06:38 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MDDFACT;merge|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MDDFACT;reduction| ...) ; compiling (DEFUN |MDDFACT;reduction!0| ...) ; compiling (DEFUN |MDDFACT;merge| ...) ; compiling (DEFUN |MDDFACT;modInverse| ...) ; compiling (DEFUN |MDDFACT;exactquo| ...) ; compiling (DEFUN |MDDFACT;lc| ...) ; file: /tmp/oa-BaMb0w/code.lsp ; in: DEFUN |MDDFACT;lc| ; (DEFUN BOOT::|MDDFACT;lc| (BOOT::|u| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|u| (BOOT::|shellEntry| BOOT::$ 27)) ; (BOOT::|shellEntry| BOOT::$ 21))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MDDFACT;lc| ; (BOOT::|u| BOOT::$) ; (BLOCK BOOT::|MDDFACT;lc| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|u| (BOOT::|shellEntry| BOOT::$ 27)) ; (BOOT::|shellEntry| BOOT::$ 21)))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |MDDFACT;degree| ...) ; file: /tmp/oa-BaMb0w/code.lsp ; in: DEFUN |MDDFACT;degree| ; (DEFUN BOOT::|MDDFACT;degree| (BOOT::|u| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|u| (BOOT::|shellEntry| BOOT::$ 27)) ; (BOOT::|shellEntry| BOOT::$ 29))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MDDFACT;degree| ; (BOOT::|u| BOOT::$) ; (BLOCK BOOT::|MDDFACT;degree| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|u| (BOOT::|shellEntry| BOOT::$ 27)) ; (BOOT::|shellEntry| BOOT::$ 29)))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |MDDFACT;makeMonic| ...) ; compiling (DEFUN |MDDFACT;exptmod| ...) ; file: /tmp/oa-BaMb0w/code.lsp ; in: DEFUN |MDDFACT;exptmod| ; (DEFUN BOOT::|MDDFACT;exptmod| (BOOT::|u1| BOOT::|i| BOOT::|u2| BOOT::$) ; (COND ; ((MINUSP BOOT::|i|) ; (BOOT::|error| "negative exponentiation not allowed for exptMod")) ; (T ; (LET (#) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MDDFACT;exptmod| ; (BOOT::|u1| BOOT::|i| BOOT::|u2| BOOT::$) ; (BLOCK BOOT::|MDDFACT;exptmod| ; (COND ; ((MINUSP BOOT::|i|) ; (BOOT::|error| "negative exponentiation not allowed for exptMod")) ; (T ; (LET # ; #))))) ; ; note: Assignment to argument: |i| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |MDDFACT;exptMod;UIUIU;9| ...) ; compiling (DEFUN |MDDFACT;ddfactor| ...) ; compiling (DEFUN |MDDFACT;gcd;2UIU;11| ...) ; compiling (DEFUN |MDDFACT;factor;UIL;12| ...) ; file: /tmp/oa-BaMb0w/code.lsp ; in: DEFUN |MDDFACT;factor;UIL;12| ; (DEFUN BOOT::|MDDFACT;factor;UIL;12| (BOOT::|u| BOOT::|q| BOOT::$) ; (PROG (BOOT::|ans|) ; (RETURN ; (LET (# #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MDDFACT;factor;UIL;12| ; (BOOT::|u| BOOT::|q| BOOT::$) ; (BLOCK BOOT::|MDDFACT;factor;UIL;12| ; (PROG (BOOT::|ans|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |MDDFACT;ddfact| ...) ; compiling (DEFUN |MDDFACT;ddFact;UIL;14| ...) ; file: /tmp/oa-BaMb0w/code.lsp ; in: DEFUN |MDDFACT;ddFact;UIL;14| ; (DEFUN BOOT::|MDDFACT;ddFact;UIL;14| (BOOT::|u| BOOT::|q| BOOT::$) ; (LET ((BOOT::|ans| (BOOT::|MDDFACT;ddfact| # BOOT::$))) ; (LET ((#:G733 BOOT::|ans|) (#:G638 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MDDFACT;ddFact;UIL;14| ; (BOOT::|u| BOOT::|q| BOOT::$) ; (BLOCK BOOT::|MDDFACT;ddFact;UIL;14| ; (LET ((BOOT::|ans| #)) ; (LET (# #) ; (LOOP # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |MDDFACT;linears;UIU;15| ...) ; compiling (DEFUN |MDDFACT;sepfact| ...) ; compiling (DEFUN |MDDFACT;separateFactors;LIL;17| ...) ; file: /tmp/oa-BaMb0w/code.lsp ; in: DEFUN |MDDFACT;separateFactors;LIL;17| ; (DEFUN BOOT::|MDDFACT;separateFactors;LIL;17| ; (BOOT::|uddList| BOOT::|q| BOOT::$) ; (LET ((BOOT::|ans| (BOOT::|MDDFACT;sepfact| # BOOT::$))) ; (LET ((#:G735 BOOT::|ans|) (#:G661 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MDDFACT;separateFactors;LIL;17| ; (BOOT::|uddList| BOOT::|q| BOOT::$) ; (BLOCK BOOT::|MDDFACT;separateFactors;LIL;17| ; (LET ((BOOT::|ans| #)) ; (LET (# #) ; (LOOP # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |MDDFACT;decode| ...) ; compiling (DEFUN |MDDFACT;sepFact1| ...) ; compiling (DEFUN |MDDFACT;probSplit| ...) ; compiling (DEFUN |MDDFACT;probSplit2| ...) ; compiling (DEFUN |MDDFACT;trace| ...) ; file: /tmp/oa-BaMb0w/code.lsp ; in: DEFUN |MDDFACT;trace| ; (DEFUN BOOT::|MDDFACT;trace| (BOOT::|t| BOOT::|d| BOOT::|u| BOOT::$) ; (PROG (BOOT::|tt|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MDDFACT;trace| ; (BOOT::|t| BOOT::|d| BOOT::|u| BOOT::$) ; (BLOCK BOOT::|MDDFACT;trace| ; (PROG (BOOT::|tt|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |d| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |ModularDistinctDegreeFactorizer| ...) ; compiling (DEFUN |ModularDistinctDegreeFactorizer;| ...) ; compiling (MAKEPROP (QUOTE |ModularDistinctDegreeFactorizer|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 7 notes ; /tmp/oa-BaMb0w/code.fasl written ; compilation finished in 0:00:00.094 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile INMODGCD.spad && cp INMODGCD.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INMODGCD.fasl \ && if test -f INMODGCD-.NRLIB/code.fasl; then \ cp INMODGCD-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INMODGCD-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INMODGCD.spad using Spad compiler. INMODGCD abbreviates package InnerModularGcd debug: compDefine1 lhs: (InnerModularGcd R BP pMod nextMod) signature (pre-evaluate): ((CATEGORY package (SIGNATURE modularGcdPrimitive (BP (List BP))) (SIGNATURE modularGcd (BP (List BP))) (SIGNATURE reduction (BP BP R))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE modularGcdPrimitive (BP (List BP))) (SIGNATURE modularGcd (BP (List BP))) (SIGNATURE reduction (BP BP R))) $param: (R BP pMod nextMod) debug: evaluateType form: BP $param: (R BP pMod nextMod) debug: evaluateType form: (List BP) $param: (R BP pMod nextMod) Debug: evaluateType1 form: (List BP) debug: evaluateType1 x: BP m: (Type) debug: evaluateType form: BP $param: (R BP pMod nextMod) debug: evaluateType form: (List BP) $param: (R BP pMod nextMod) Debug: evaluateType1 form: (List BP) debug: evaluateType1 x: BP m: (Type) debug: evaluateType form: BP $param: (R BP pMod nextMod) debug: evaluateType form: BP $param: (R BP pMod nextMod) debug: evaluateType form: R $param: (R BP pMod nextMod) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE modularGcdPrimitive (BP (List BP))) (SIGNATURE modularGcd (BP (List BP))) (SIGNATURE reduction (BP BP R))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for InnerModularGcd compiling into /tmp/oa-PD6Bgm compiling exported reduction : (BP,R) -> BP Time: 0.06 SEC. compiling exported reduction : (BP,R) -> BP Time: 0 SEC. compiling exported modularGcdPrimitive : List BP -> BP Time: 0.02 SEC. compiling exported modularGcd : List BP -> BP Time: 0.07 SEC. compiling local lincase : (List NonNegativeInteger,List BP) -> BP Time: 0.04 SEC. compiling local test : (BP,BP,BP) -> Boolean Time: 0.01 SEC. compiling local modGcdPrimitive : (BP,BP) -> BP Time: 0.12 SEC. compiling local merge : (R,R) -> Union(R,failed) Time: 0.01 SEC. compiling local modInverse : (R,R) -> R Time: 0.01 SEC. compiling local exactquo : (BP,BP,R) -> Union(BP,failed) Time: 0.01 SEC. compiling local height : BP -> NonNegativeInteger Time: 0.02 SEC. compiling local mbound : (BP,BP) -> NonNegativeInteger Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] modularGcdPrimitive: positive? has no value Cumulative Statistics for Constructor InnerModularGcd Time: 0.38 seconds finalizing NRLIB INMODGCD Processing InnerModularGcd for Browser database: -- modularGcdPrimitive : List BP -> BP -- modularGcd : List BP -> BP -- reduction : (BP,R) -> BP --->../../x86_64-unknown-linux-gnu/src/algebra/modgcd.spad-->InnerModularGcd(constructor): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/modgcd.spad-->InnerModularGcd: Missing Description ; compiling file "/tmp/oa-PD6Bgm/code.lsp" (written 01 FEB 2016 11:06:39 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |INMODGCD;reduction;BPRBP;1| ...) ; compiling (DEFUN |INMODGCD;reduction;BPRBP;1!0| ...) ; compiling (DEFUN |INMODGCD;reduction;BPRBP;2| ...) ; compiling (DEFUN |INMODGCD;reduction;BPRBP;2!0| ...) ; compiling (DEFUN |INMODGCD;modularGcdPrimitive;LBP;3| ...) ; compiling (DEFUN |INMODGCD;modularGcd;LBP;4| ...) ; file: /tmp/oa-PD6Bgm/code.lsp ; in: DEFUN |INMODGCD;modularGcd;LBP;4| ; (DEFUN BOOT::|INMODGCD;modularGcd;LBP;4| (BOOT::|listf| BOOT::$) ; (PROG (BOOT::|ans| BOOT::|contgcd| BOOT::|listCont| BOOT::|listdeg| ; BOOT::|minpol1| BOOT::|mdeg| BOOT::|minpol|) ; (RETURN (BOOT::SEQ (SETQ #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INMODGCD;modularGcd;LBP;4| ; (BOOT::|listf| BOOT::$) ; (BLOCK BOOT::|INMODGCD;modularGcd;LBP;4| ; (PROG (BOOT::|ans| BOOT::|contgcd| BOOT::|listCont| BOOT::|listdeg| ; BOOT::|minpol1| BOOT::|mdeg| BOOT::|minpol|) ; (RETURN (BOOT::SEQ # #))))) ; ; note: Assignment to argument: |listf| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |INMODGCD;lincase| ...) ; compiling (DEFUN |INMODGCD;test| ...) ; compiling (DEFUN |INMODGCD;modGcdPrimitive| ...) ; compiling (DEFUN |INMODGCD;merge| ...) ; compiling (DEFUN |INMODGCD;modInverse| ...) ; compiling (DEFUN |INMODGCD;exactquo| ...) ; compiling (DEFUN |INMODGCD;height| ...) ; file: /tmp/oa-PD6Bgm/code.lsp ; in: DEFUN |INMODGCD;height| ; (LET ((BOOT::|degf| ; (BOOT::SPADCALL BOOT::|f| (BOOT::|shellEntry| BOOT::$ 28)))) ; (LET ((#:G678 NIL) (#:G679 T) (#:G692 (BOOT::SPADCALL BOOT::|f| #))) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G692 #)))) ; ; caught STYLE-WARNING: ; The variable |degf| is defined but never used. ; (DEFUN BOOT::|INMODGCD;height| (BOOT::|f| BOOT::$) ; (LET ((BOOT::|degf| (BOOT::SPADCALL BOOT::|f| #))) ; (LET ((#:G678 NIL) (#:G679 T) (#:G692 #)) ; (LOOP (COND # #) ; (SETQ #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INMODGCD;height| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|INMODGCD;height| ; (LET ((BOOT::|degf| #)) ; (LET (# # #) ; (LOOP # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |INMODGCD;mbound| ...) ; file: /tmp/oa-PD6Bgm/code.lsp ; in: DEFUN |INMODGCD;mbound| ; (DEFUN BOOT::|INMODGCD;mbound| (BOOT::|f| BOOT::|g| BOOT::$) ; (LET ((BOOT::|hf| (BOOT::|INMODGCD;height| BOOT::|f| BOOT::$)) ; (BOOT::|hg| (BOOT::|INMODGCD;height| BOOT::|g| BOOT::$))) ; (BOOT::SPADCALL 2 (MIN BOOT::|hf| BOOT::|hg|) ; (BOOT::|shellEntry| BOOT::$ 86)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INMODGCD;mbound| ; (BOOT::|f| BOOT::|g| BOOT::$) ; (BLOCK BOOT::|INMODGCD;mbound| ; (LET ((BOOT::|hf| #) (BOOT::|hg| #)) ; (BOOT::SPADCALL 2 (MIN BOOT::|hf| BOOT::|hg|) ; (BOOT::|shellEntry| BOOT::$ 86))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |InnerModularGcd| ...) ; compiling (DEFUN |InnerModularGcd;| ...) ; compiling (MAKEPROP (QUOTE |InnerModularGcd|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 3 notes ; /tmp/oa-PD6Bgm/code.fasl written ; compilation finished in 0:00:00.133 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile HEUGCD.spad && cp HEUGCD.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/HEUGCD.fasl \ && if test -f HEUGCD-.NRLIB/code.fasl; then \ cp HEUGCD-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/HEUGCD-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/HEUGCD.spad using Spad compiler. HEUGCD abbreviates package HeuGcd debug: compDefine1 lhs: (HeuGcd BP) signature (pre-evaluate): ((CATEGORY package (SIGNATURE gcd (BP (List BP))) (SIGNATURE gcdprim (BP (List BP))) (SIGNATURE gcdcofact ((List BP) (List BP))) (SIGNATURE gcdcofactprim ((List BP) (List BP))) (SIGNATURE content ((List (Integer)) (List BP))) (SIGNATURE lintgcd ((Integer) (List (Integer))))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE gcd (BP (List BP))) (SIGNATURE gcdprim (BP (List BP))) (SIGNATURE gcdcofact ((List BP) (List BP))) (SIGNATURE gcdcofactprim ((List BP) (List BP))) (SIGNATURE content ((List (Integer)) (List BP))) (SIGNATURE lintgcd ((Integer) (List (Integer))))) $param: (BP) debug: evaluateType form: BP $param: (BP) debug: evaluateType form: (List BP) $param: (BP) Debug: evaluateType1 form: (List BP) debug: evaluateType1 x: BP m: (Type) debug: evaluateType form: BP $param: (BP) debug: evaluateType form: (List BP) $param: (BP) Debug: evaluateType1 form: (List BP) debug: evaluateType1 x: BP m: (Type) debug: evaluateType form: (List BP) $param: (BP) Debug: evaluateType1 form: (List BP) debug: evaluateType1 x: BP m: (Type) debug: evaluateType form: (List BP) $param: (BP) Debug: evaluateType1 form: (List BP) debug: evaluateType1 x: BP m: (Type) debug: evaluateType form: (List BP) $param: (BP) Debug: evaluateType1 form: (List BP) debug: evaluateType1 x: BP m: (Type) debug: evaluateType form: (List BP) $param: (BP) Debug: evaluateType1 form: (List BP) debug: evaluateType1 x: BP m: (Type) debug: evaluateType form: (List (Integer)) $param: (BP) Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (BP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (BP) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (List BP) $param: (BP) Debug: evaluateType1 form: (List BP) debug: evaluateType1 x: BP m: (Type) debug: evaluateType form: (Integer) $param: (BP) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (List (Integer)) $param: (BP) Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (BP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (BP) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE gcd (BP (List BP))) (SIGNATURE gcdprim (BP (List BP))) (SIGNATURE gcdcofact ((List BP) (List BP))) (SIGNATURE gcdcofactprim ((List BP) (List BP))) (SIGNATURE content ((List (Integer)) (List BP))) (SIGNATURE lintgcd ((Integer) (List (Integer))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for HeuGcd compiling into /tmp/oa-oAcp01 importing ModularDistinctDegreeFactorizer BP compiling local myNextPrime : (Integer,NonNegativeInteger) -> Integer Time: 0.06 SEC. compiling local constNotZero : BP -> Boolean Time: 0.00 SEC. compiling local negShiftz : (Integer,PositiveInteger) -> Integer Time: 0.00 SEC. compiling local height : BP -> PositiveInteger Time: 0.01 SEC. compiling local genpoly : (Integer,PositiveInteger) -> BP Time: 0.00 SEC. compiling exported lintgcd : List Integer -> Integer Time: 0.03 SEC. compiling exported content : List BP -> List Integer Time: 0.02 SEC. compiling local contprim : List BP -> List Record(cont: Integer,prim: BP) Time: 0.04 SEC. compiling local constcase : (List NonNegativeInteger,List BP) -> List BP Time: 0.11 SEC. compiling local testDivide : (List BP,BP) -> Union(List BP,failed) Time: 0.00 SEC. compiling local lincase : (List NonNegativeInteger,List BP) -> List BP Time: 0.07 SEC. compiling local mindegpol : (BP,BP) -> BP Time: 0.01 SEC. compiling local localgcd : List BP -> List BP Time: 0.08 SEC. compiling local internal : (Union(gcdprim,gcd,gcdcofactprim,gcdcofact),List BP) -> List BP Time: 0.14 SEC. compiling exported gcdprim : List BP -> BP Time: 0 SEC. compiling exported gcdcofactprim : List BP -> List BP Time: 0.00 SEC. compiling exported gcd : List BP -> BP Time: 0 SEC. compiling exported gcdcofact : List BP -> List BP Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] internal: prim has no value [2] internal: cont has no value [3] internal: Cgcd has no value [4] internal: contgcd has no value [5] internal: ans has no value Cumulative Statistics for Constructor HeuGcd Time: 0.60 seconds finalizing NRLIB HEUGCD Processing HeuGcd for Browser database: -- gcd : List BP -> BP -- gcdprim : List BP -> BP -- gcdcofact : List BP -> List BP -- gcdcofactprim : List BP -> List BP -- content : List BP -> List Z -- lintgcd : List Z -> Z -- constructor ; compiling file "/tmp/oa-oAcp01/code.lsp" (written 01 FEB 2016 11:06:40 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |HEUGCD;myNextPrime| ...) ; file: /tmp/oa-oAcp01/code.lsp ; in: DEFUN |HEUGCD;myNextPrime| ; (DEFUN BOOT::|HEUGCD;myNextPrime| (BOOT::|val| BOOT::|bound| BOOT::$) ; (BOOT::SPADCALL BOOT::|val| (BOOT::|shellEntry| BOOT::$ 13))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|HEUGCD;myNextPrime| ; (BOOT::|val| BOOT::|bound| BOOT::$) ; (BLOCK BOOT::|HEUGCD;myNextPrime| ; (BOOT::SPADCALL BOOT::|val| (BOOT::|shellEntry| BOOT::$ 13)))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; ; caught STYLE-WARNING: ; The variable |bound| is defined but never used. ; compiling (DEFUN |HEUGCD;constNotZero| ...) ; compiling (DEFUN |HEUGCD;negShiftz| ...) ; file: /tmp/oa-oAcp01/code.lsp ; in: DEFUN |HEUGCD;negShiftz| ; (DEFUN BOOT::|HEUGCD;negShiftz| (BOOT::|n| BOOT::|Modulus| BOOT::$) ; (COND ((MINUSP BOOT::|n|) (SETQ BOOT::|n| #)) ; ((< (TRUNCATE BOOT::|Modulus| 2) BOOT::|n|) ; (- BOOT::|n| BOOT::|Modulus|)) ; (T BOOT::|n|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|HEUGCD;negShiftz| ; (BOOT::|n| BOOT::|Modulus| BOOT::$) ; (BLOCK BOOT::|HEUGCD;negShiftz| ; (COND ((MINUSP BOOT::|n|) (SETQ #)) ; ((< # BOOT::|n|) (- BOOT::|n| BOOT::|Modulus|)) (T BOOT::|n|)))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |HEUGCD;height| ...) ; compiling (DEFUN |HEUGCD;genpoly| ...) ; compiling (DEFUN |HEUGCD;lintgcd;LI;6| ...) ; file: /tmp/oa-oAcp01/code.lsp ; in: DEFUN |HEUGCD;lintgcd;LI;6| ; (DEFUN BOOT::|HEUGCD;lintgcd;LI;6| (BOOT::|lval| BOOT::$) ; (PROG (BOOT::|val|) (RETURN (COND (# 0) (# 1) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|HEUGCD;lintgcd;LI;6| ; (BOOT::|lval| BOOT::$) ; (BLOCK BOOT::|HEUGCD;lintgcd;LI;6| ; (PROG (BOOT::|val|) (RETURN (COND # # #))))) ; ; note: Assignment to argument: |lval| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS INTEGER T)) ; ; compiling (DEFUN |HEUGCD;lintgcd;LI;6!0| ...) ; file: /tmp/oa-oAcp01/code.lsp ; in: DEFUN |HEUGCD;lintgcd;LI;6!0| ; (DEFUN BOOT::|HEUGCD;lintgcd;LI;6!0| (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (< BOOT::|#1| BOOT::|#2|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|HEUGCD;lintgcd;LI;6!0| ; (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (BLOCK BOOT::|HEUGCD;lintgcd;LI;6!0| (< BOOT::|#1| BOOT::|#2|))) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |HEUGCD;content;LL;7| ...) ; file: /tmp/oa-oAcp01/code.lsp ; in: DEFUN |HEUGCD;content;LL;7| ; (DEFUN BOOT::|HEUGCD;content;LL;7| (BOOT::|listf| BOOT::$) ; (LET ((#:G728 BOOT::|listf|) (#:G585 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G728 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|HEUGCD;content;LL;7| ; (BOOT::|listf| BOOT::$) ; (BLOCK BOOT::|HEUGCD;content;LL;7| ; (LET ((#:G728 BOOT::|listf|) (#:G585 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS INTEGER T)) &REST T). ; compiling (DEFUN |HEUGCD;contprim| ...) ; file: /tmp/oa-oAcp01/code.lsp ; in: DEFUN |HEUGCD;contprim| ; (DEFUN BOOT::|HEUGCD;contprim| (BOOT::|listf| BOOT::$) ; (PROG (BOOT::|c|) ; (RETURN ; (LET (# #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|HEUGCD;contprim| ; (BOOT::|listf| BOOT::$) ; (BLOCK BOOT::|HEUGCD;contprim| ; (PROG (BOOT::|c|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |HEUGCD;constcase| ...) ; compiling (DEFUN |HEUGCD;testDivide| ...) ; compiling (DEFUN |HEUGCD;lincase| ...) ; file: /tmp/oa-oAcp01/code.lsp ; in: DEFUN |HEUGCD;lincase| ; (DEFUN BOOT::|HEUGCD;lincase| (BOOT::|listdeg| BOOT::|listf| BOOT::$) ; (PROG (BOOT::|f1|) ; (RETURN ; (LET* (# # #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|HEUGCD;lincase| ; (BOOT::|listdeg| BOOT::|listf| BOOT::$) ; (BLOCK BOOT::|HEUGCD;lincase| ; (PROG (BOOT::|f1|) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |HEUGCD;mindegpol| ...) ; compiling (DEFUN |HEUGCD;localgcd| ...) ; file: /tmp/oa-oAcp01/code.lsp ; in: DEFUN |HEUGCD;localgcd| ; (BOOT::|moanRetract| BOOT::|nvalue| '(BOOT::|PositiveInteger|)) ; ==> ; BOOT::|nvalue| ; ; note: deleting unreachable code ; (DEFUN BOOT::|HEUGCD;localgcd| (BOOT::|listf| BOOT::$) ; (PROG (BOOT::|gg| BOOT::|nvalue| BOOT::|flag| BOOT::|d| BOOT::|contd| ; BOOT::|dd| BOOT::|dval| BOOT::|listval| BOOT::|f1|) ; (RETURN ; (LET* (# # # #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|HEUGCD;localgcd| ; (BOOT::|listf| BOOT::$) ; (BLOCK BOOT::|HEUGCD;localgcd| ; (PROG (BOOT::|gg| BOOT::|nvalue| BOOT::|flag| BOOT::|d| BOOT::|contd| ; BOOT::|dd| BOOT::|dval| BOOT::|listval| BOOT::|f1|) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |HEUGCD;internal| ...) ; file: /tmp/oa-oAcp01/code.lsp ; in: DEFUN |HEUGCD;internal| ; (DEFUN BOOT::|HEUGCD;internal| (BOOT::|flag| BOOT::|listf| BOOT::$) ; (PROG (BOOT::|ans| BOOT::|f| BOOT::|listdeg| BOOT::|contlistf| ; BOOT::|contgcd| BOOT::|Cgcd| BOOT::|minpol1| BOOT::|mdeg| ; BOOT::|minpol| BOOT::|result|) ; (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|HEUGCD;internal| ; (BOOT::|flag| BOOT::|listf| BOOT::$) ; (BLOCK BOOT::|HEUGCD;internal| ; (PROG (BOOT::|ans| BOOT::|f| BOOT::|listdeg| BOOT::|contlistf| ; BOOT::|contgcd| BOOT::|Cgcd| BOOT::|minpol1| BOOT::|mdeg| ; BOOT::|minpol| BOOT::|result|) ; (RETURN (COND # #))))) ; ; note: Assignment to argument: |listf| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |HEUGCD;gcdprim;LBP;15| ...) ; compiling (DEFUN |HEUGCD;gcdcofactprim;2L;16| ...) ; compiling (DEFUN |HEUGCD;gcd;LBP;17| ...) ; compiling (DEFUN |HEUGCD;gcdcofact;2L;18| ...) ; compiling (DEFUN |HeuGcd| ...) ; compiling (DEFUN |HeuGcd;| ...) ; compiling (MAKEPROP (QUOTE |HeuGcd|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; printed 9 notes ; /tmp/oa-oAcp01/code.fasl written ; compilation finished in 0:00:00.085 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile IBPTOOLS.spad && cp IBPTOOLS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IBPTOOLS.fasl \ && if test -f IBPTOOLS-.NRLIB/code.fasl; then \ cp IBPTOOLS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IBPTOOLS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IBPTOOLS.spad using Spad compiler. IBPTOOLS abbreviates package IntegralBasisPolynomialTools debug: compDefine1 lhs: (IntegralBasisPolynomialTools K R UP L) signature (pre-evaluate): ((CATEGORY package (SIGNATURE mapUnivariate (R (Mapping K L) (SparseUnivariatePolynomial L))) (SIGNATURE mapUnivariate ((SparseUnivariatePolynomial L) (Mapping L K) R)) (SIGNATURE mapUnivariateIfCan ((Union R failed) (Mapping (Union K failed) L) (SparseUnivariatePolynomial L))) (SIGNATURE mapMatrixIfCan ((Union (Matrix R) failed) (Mapping (Union K failed) L) (Matrix (SparseUnivariatePolynomial L)))) (SIGNATURE mapBivariate ((SparseUnivariatePolynomial (SparseUnivariatePolynomial L)) (Mapping L K) UP))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE mapUnivariate (R (Mapping K L) (SparseUnivariatePolynomial L))) (SIGNATURE mapUnivariate ((SparseUnivariatePolynomial L) (Mapping L K) R)) (SIGNATURE mapUnivariateIfCan ((Union R failed) (Mapping (Union K failed) L) (SparseUnivariatePolynomial L))) (SIGNATURE mapMatrixIfCan ((Union (Matrix R) failed) (Mapping (Union K failed) L) (Matrix (SparseUnivariatePolynomial L)))) (SIGNATURE mapBivariate ((SparseUnivariatePolynomial (SparseUnivariatePolynomial L)) (Mapping L K) UP))) $param: (K R UP L) debug: evaluateType form: R $param: (K R UP L) debug: evaluateType form: (Mapping K L) $param: (K R UP L) debug: evaluateType form: K $param: (K R UP L) debug: evaluateType form: L $param: (K R UP L) debug: evaluateType form: (SparseUnivariatePolynomial L) $param: (K R UP L) Debug: evaluateType1 form: (SparseUnivariatePolynomial L) debug: evaluateType1 x: L m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial L) $param: (K R UP L) Debug: evaluateType1 form: (SparseUnivariatePolynomial L) debug: evaluateType1 x: L m: (Ring) debug: evaluateType form: (Mapping L K) $param: (K R UP L) debug: evaluateType form: L $param: (K R UP L) debug: evaluateType form: K $param: (K R UP L) debug: evaluateType form: R $param: (K R UP L) debug: evaluateType form: (Union R failed) $param: (K R UP L) debug: evaluateType form: R $param: (K R UP L) debug: evaluateType form: failed $param: (K R UP L) debug: evaluateType form: (Mapping (Union K failed) L) $param: (K R UP L) debug: evaluateType form: (Union K failed) $param: (K R UP L) debug: evaluateType form: K $param: (K R UP L) debug: evaluateType form: failed $param: (K R UP L) debug: evaluateType form: L $param: (K R UP L) debug: evaluateType form: (SparseUnivariatePolynomial L) $param: (K R UP L) Debug: evaluateType1 form: (SparseUnivariatePolynomial L) debug: evaluateType1 x: L m: (Ring) debug: evaluateType form: (Union (Matrix R) failed) $param: (K R UP L) debug: evaluateType form: (Matrix R) $param: (K R UP L) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: failed $param: (K R UP L) debug: evaluateType form: (Mapping (Union K failed) L) $param: (K R UP L) debug: evaluateType form: (Union K failed) $param: (K R UP L) debug: evaluateType form: K $param: (K R UP L) debug: evaluateType form: failed $param: (K R UP L) debug: evaluateType form: L $param: (K R UP L) debug: evaluateType form: (Matrix (SparseUnivariatePolynomial L)) $param: (K R UP L) Debug: evaluateType1 form: (Matrix (SparseUnivariatePolynomial L)) debug: evaluateType1 x: (SparseUnivariatePolynomial L) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (K R UP L) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial L) $param: (K R UP L) Debug: evaluateType1 form: (SparseUnivariatePolynomial L) debug: evaluateType1 x: L m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial L) c: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial (SparseUnivariatePolynomial L)) $param: (K R UP L) Debug: evaluateType1 form: (SparseUnivariatePolynomial (SparseUnivariatePolynomial L)) debug: evaluateType1 x: (SparseUnivariatePolynomial L) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (K R UP L) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial L) $param: (K R UP L) Debug: evaluateType1 form: (SparseUnivariatePolynomial L) debug: evaluateType1 x: L m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial L) c: (Ring) debug: evaluateType form: (Mapping L K) $param: (K R UP L) debug: evaluateType form: L $param: (K R UP L) debug: evaluateType form: K $param: (K R UP L) debug: evaluateType form: UP $param: (K R UP L) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE mapUnivariate (R (Mapping K L) (SparseUnivariatePolynomial L))) (SIGNATURE mapUnivariate ((SparseUnivariatePolynomial L) (Mapping L K) R)) (SIGNATURE mapUnivariateIfCan ((Union R failed) (Mapping (Union K failed) L) (SparseUnivariatePolynomial L))) (SIGNATURE mapMatrixIfCan ((Union (Matrix R) failed) (Mapping (Union K failed) L) (Matrix (SparseUnivariatePolynomial L)))) (SIGNATURE mapBivariate ((SparseUnivariatePolynomial (SparseUnivariatePolynomial L)) (Mapping L K) UP))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for IntegralBasisPolynomialTools compiling into /tmp/oa-LeSqXP compiling exported mapUnivariate : (L -> K,SparseUnivariatePolynomial L) -> R Time: 0.10 SEC. compiling exported mapUnivariate : (K -> L,R) -> SparseUnivariatePolynomial L Time: 0.03 SEC. compiling exported mapUnivariateIfCan : (L -> Union(K,failed),SparseUnivariatePolynomial L) -> Union(R,failed) Time: 0.04 SEC. compiling exported mapMatrixIfCan : (L -> Union(K,failed),Matrix SparseUnivariatePolynomial L) -> Union(Matrix R,failed) Time: 0.08 SEC. compiling exported mapBivariate : (K -> L,UP) -> SparseUnivariatePolynomial SparseUnivariatePolynomial L Time: 0.08 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor IntegralBasisPolynomialTools Time: 0.34 seconds finalizing NRLIB IBPTOOLS Processing IntegralBasisPolynomialTools for Browser database: -- mapUnivariate : ((L -> K),SUP L) -> R -- mapUnivariate : ((K -> L),R) -> SUP L -- mapUnivariateIfCan : ((L -> Union(K,"failed")),SUP L) -> Union(R,"failed") -- mapMatrixIfCan : ((L -> Union(K,"failed")),MAT SUP L) -> Union(MAT R,"failed") -- mapBivariate : ((K -> L),UP) -> SUP SUP L -- constructor ; compiling file "/tmp/oa-LeSqXP/code.lsp" (written 01 FEB 2016 11:06:40 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |IBPTOOLS;mapUnivariate;MSupR;1| ...) ; compiling (DEFUN |IBPTOOLS;mapUnivariate;MRSup;2| ...) ; compiling (DEFUN |IBPTOOLS;mapUnivariateIfCan;MSupU;3| ...) ; compiling (DEFUN |IBPTOOLS;mapMatrixIfCan;MMU;4| ...) ; compiling (DEFUN |IBPTOOLS;mapBivariate;MUPSup;5| ...) ; compiling (DEFUN |IntegralBasisPolynomialTools| ...) ; compiling (DEFUN |IntegralBasisPolynomialTools;| ...) ; compiling (MAKEPROP (QUOTE |IntegralBasisPolynomialTools|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-LeSqXP/code.fasl written ; compilation finished in 0:00:00.036 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile IFF.spad && cp IFF.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IFF.fasl \ && if test -f IFF-.NRLIB/code.fasl; then \ cp IFF-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IFF-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IFF.spad using Spad compiler. IFF abbreviates domain InnerFiniteField debug: compDefine1 lhs: (InnerFiniteField p n) signature (pre-evaluate): (NIL (PositiveInteger) (PositiveInteger)) debug: evaluateType form: (PositiveInteger) $param: (p n) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: (p n) Debug: evaluateType1 form: (PositiveInteger) debug: compDefine1 signature (post evaluate): (NIL (PositiveInteger) (PositiveInteger)) debug: compDefine1 lhs: (InnerFiniteField p n) signature (pre-evaluate): (NIL NIL NIL) debug: compDefine1 signature (post evaluate): (NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for InnerFiniteField compiling into /tmp/oa-wXAJtq (time taken in buildFunctor: 20) Time: 0.10 SEC. Cumulative Statistics for Constructor InnerFiniteField Time: 0.10 seconds finalizing NRLIB IFF Processing InnerFiniteField for Browser database: -- constructor ; compiling file "/tmp/oa-wXAJtq/code.lsp" (written 01 FEB 2016 11:06:41 PM): ; compiling (DEFUN |InnerFiniteField| ...) ; compiling (DEFUN |InnerFiniteField;| ...) ; compiling (MAKEPROP (QUOTE |InnerFiniteField|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-wXAJtq/code.fasl written ; compilation finished in 0:00:00.020 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile IDEAL.spad && cp IDEAL.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IDEAL.fasl \ && if test -f IDEAL-.NRLIB/code.fasl; then \ cp IDEAL-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IDEAL-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IDEAL.spad using Spad compiler. IDEAL abbreviates domain PolynomialIdeals debug: compDefine1 lhs: (PolynomialIdeals F Expon VarSet DPoly) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY package (SIGNATURE * ($ $ $)) (SIGNATURE ** ($ $ (NonNegativeInteger))) (SIGNATURE + ($ $ $)) (SIGNATURE one? ((Boolean) $)) (SIGNATURE zero? ((Boolean) $)) (SIGNATURE element? ((Boolean) DPoly $)) (SIGNATURE in? ((Boolean) $ $)) (SIGNATURE inRadical? ((Boolean) DPoly $)) (SIGNATURE zeroDim? ((Boolean) $ (List VarSet))) (SIGNATURE zeroDim? ((Boolean) $)) (SIGNATURE intersect ($ $ $)) (SIGNATURE intersect ($ (List $))) (SIGNATURE quotient ($ $ $)) (SIGNATURE quotient ($ $ DPoly)) (SIGNATURE groebner ($ $)) (SIGNATURE generalPosition ((Record (: mval (Matrix F)) (: invmval (Matrix F)) (: genIdeal $)) $ (List VarSet))) (SIGNATURE backOldPos ($ (Record (: mval (Matrix F)) (: invmval (Matrix F)) (: genIdeal $)))) (SIGNATURE dimension ((Integer) $ (List VarSet))) (SIGNATURE dimension ((Integer) $)) (SIGNATURE leadingIdeal ($ $)) (SIGNATURE ideal ($ (List DPoly))) (SIGNATURE groebnerIdeal ($ (List DPoly))) (SIGNATURE groebner? ((Boolean) $)) (SIGNATURE generators ((List DPoly) $)) (SIGNATURE coerce ($ (List DPoly))) (SIGNATURE saturate ($ $ DPoly)) (SIGNATURE saturate ($ $ DPoly (List VarSet))) (IF (has VarSet (ConvertibleTo (Symbol))) (SIGNATURE relationsIdeal ((SuchThat (List (Polynomial F)) (List (Equation (Polynomial F)))) (List DPoly))) %noBranch))) NIL NIL NIL NIL) debug: evaluateType form: (Join (SetCategory) (CATEGORY package (SIGNATURE * ($ $ $)) (SIGNATURE ** ($ $ (NonNegativeInteger))) (SIGNATURE + ($ $ $)) (SIGNATURE one? ((Boolean) $)) (SIGNATURE zero? ((Boolean) $)) (SIGNATURE element? ((Boolean) DPoly $)) (SIGNATURE in? ((Boolean) $ $)) (SIGNATURE inRadical? ((Boolean) DPoly $)) (SIGNATURE zeroDim? ((Boolean) $ (List VarSet))) (SIGNATURE zeroDim? ((Boolean) $)) (SIGNATURE intersect ($ $ $)) (SIGNATURE intersect ($ (List $))) (SIGNATURE quotient ($ $ $)) (SIGNATURE quotient ($ $ DPoly)) (SIGNATURE groebner ($ $)) (SIGNATURE generalPosition ((Record (: mval (Matrix F)) (: invmval (Matrix F)) (: genIdeal $)) $ (List VarSet))) (SIGNATURE backOldPos ($ (Record (: mval (Matrix F)) (: invmval (Matrix F)) (: genIdeal $)))) (SIGNATURE dimension ((Integer) $ (List VarSet))) (SIGNATURE dimension ((Integer) $)) (SIGNATURE leadingIdeal ($ $)) (SIGNATURE ideal ($ (List DPoly))) (SIGNATURE groebnerIdeal ($ (List DPoly))) (SIGNATURE groebner? ((Boolean) $)) (SIGNATURE generators ((List DPoly) $)) (SIGNATURE coerce ($ (List DPoly))) (SIGNATURE saturate ($ $ DPoly)) (SIGNATURE saturate ($ $ DPoly (List VarSet))) (IF (has VarSet (ConvertibleTo (Symbol))) (SIGNATURE relationsIdeal ((SuchThat (List (Polynomial F)) (List (Equation (Polynomial F)))) (List DPoly))) %noBranch))) $param: (F Expon VarSet DPoly) debug: evaluateType form: (SetCategory) $param: (F Expon VarSet DPoly) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY package (SIGNATURE * ($ $ $)) (SIGNATURE ** ($ $ (NonNegativeInteger))) (SIGNATURE + ($ $ $)) (SIGNATURE one? ((Boolean) $)) (SIGNATURE zero? ((Boolean) $)) (SIGNATURE element? ((Boolean) DPoly $)) (SIGNATURE in? ((Boolean) $ $)) (SIGNATURE inRadical? ((Boolean) DPoly $)) (SIGNATURE zeroDim? ((Boolean) $ (List VarSet))) (SIGNATURE zeroDim? ((Boolean) $)) (SIGNATURE intersect ($ $ $)) (SIGNATURE intersect ($ (List $))) (SIGNATURE quotient ($ $ $)) (SIGNATURE quotient ($ $ DPoly)) (SIGNATURE groebner ($ $)) (SIGNATURE generalPosition ((Record (: mval (Matrix F)) (: invmval (Matrix F)) (: genIdeal $)) $ (List VarSet))) (SIGNATURE backOldPos ($ (Record (: mval (Matrix F)) (: invmval (Matrix F)) (: genIdeal $)))) (SIGNATURE dimension ((Integer) $ (List VarSet))) (SIGNATURE dimension ((Integer) $)) (SIGNATURE leadingIdeal ($ $)) (SIGNATURE ideal ($ (List DPoly))) (SIGNATURE groebnerIdeal ($ (List DPoly))) (SIGNATURE groebner? ((Boolean) $)) (SIGNATURE generators ((List DPoly) $)) (SIGNATURE coerce ($ (List DPoly))) (SIGNATURE saturate ($ $ DPoly)) (SIGNATURE saturate ($ $ DPoly (List VarSet))) (IF (has VarSet (ConvertibleTo (Symbol))) (SIGNATURE relationsIdeal ((SuchThat (List (Polynomial F)) (List (Equation (Polynomial F)))) (List DPoly))) %noBranch)) $param: (F Expon VarSet DPoly) debug: evaluateType form: (NonNegativeInteger) $param: (F Expon VarSet DPoly) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Boolean) $param: (F Expon VarSet DPoly) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (F Expon VarSet DPoly) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (F Expon VarSet DPoly) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: DPoly $param: (F Expon VarSet DPoly) debug: evaluateType form: (Boolean) $param: (F Expon VarSet DPoly) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (F Expon VarSet DPoly) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: DPoly $param: (F Expon VarSet DPoly) debug: evaluateType form: (Boolean) $param: (F Expon VarSet DPoly) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List VarSet) $param: (F Expon VarSet DPoly) Debug: evaluateType1 form: (List VarSet) debug: evaluateType1 x: VarSet m: (Type) debug: evaluateType form: (Boolean) $param: (F Expon VarSet DPoly) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List $) $param: (F Expon VarSet DPoly) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: DPoly $param: (F Expon VarSet DPoly) debug: evaluateType form: (Record (: mval (Matrix F)) (: invmval (Matrix F)) (: genIdeal $)) $param: (F Expon VarSet DPoly) debug: evaluateType form: (Matrix F) $param: (F Expon VarSet DPoly) Debug: evaluateType1 form: (Matrix F) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (Matrix F) $param: (F Expon VarSet DPoly) Debug: evaluateType1 form: (Matrix F) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: $ $param: (F Expon VarSet DPoly) debug: evaluateType form: (List VarSet) $param: (F Expon VarSet DPoly) Debug: evaluateType1 form: (List VarSet) debug: evaluateType1 x: VarSet m: (Type) debug: evaluateType form: (Record (: mval (Matrix F)) (: invmval (Matrix F)) (: genIdeal $)) $param: (F Expon VarSet DPoly) debug: evaluateType form: (Matrix F) $param: (F Expon VarSet DPoly) Debug: evaluateType1 form: (Matrix F) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (Matrix F) $param: (F Expon VarSet DPoly) Debug: evaluateType1 form: (Matrix F) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: $ $param: (F Expon VarSet DPoly) debug: evaluateType form: (Integer) $param: (F Expon VarSet DPoly) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (List VarSet) $param: (F Expon VarSet DPoly) Debug: evaluateType1 form: (List VarSet) debug: evaluateType1 x: VarSet m: (Type) debug: evaluateType form: (Integer) $param: (F Expon VarSet DPoly) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (List DPoly) $param: (F Expon VarSet DPoly) Debug: evaluateType1 form: (List DPoly) debug: evaluateType1 x: DPoly m: (Type) debug: evaluateType form: (List DPoly) $param: (F Expon VarSet DPoly) Debug: evaluateType1 form: (List DPoly) debug: evaluateType1 x: DPoly m: (Type) debug: evaluateType form: (Boolean) $param: (F Expon VarSet DPoly) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List DPoly) $param: (F Expon VarSet DPoly) Debug: evaluateType1 form: (List DPoly) debug: evaluateType1 x: DPoly m: (Type) debug: evaluateType form: (List DPoly) $param: (F Expon VarSet DPoly) Debug: evaluateType1 form: (List DPoly) debug: evaluateType1 x: DPoly m: (Type) debug: evaluateType form: DPoly $param: (F Expon VarSet DPoly) debug: evaluateType form: DPoly $param: (F Expon VarSet DPoly) debug: evaluateType form: (List VarSet) $param: (F Expon VarSet DPoly) Debug: evaluateType1 form: (List VarSet) debug: evaluateType1 x: VarSet m: (Type) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY package (SIGNATURE * ($ $ $)) (SIGNATURE ** ($ $ (NonNegativeInteger))) (SIGNATURE + ($ $ $)) (SIGNATURE one? ((Boolean) $)) (SIGNATURE zero? ((Boolean) $)) (SIGNATURE element? ((Boolean) DPoly $)) (SIGNATURE in? ((Boolean) $ $)) (SIGNATURE inRadical? ((Boolean) DPoly $)) (SIGNATURE zeroDim? ((Boolean) $ (List VarSet))) (SIGNATURE zeroDim? ((Boolean) $)) (SIGNATURE intersect ($ $ $)) (SIGNATURE intersect ($ (List $))) (SIGNATURE quotient ($ $ $)) (SIGNATURE quotient ($ $ DPoly)) (SIGNATURE groebner ($ $)) (SIGNATURE generalPosition ((Record (: mval (Matrix F)) (: invmval (Matrix F)) (: genIdeal $)) $ (List VarSet))) (SIGNATURE backOldPos ($ (Record (: mval (Matrix F)) (: invmval (Matrix F)) (: genIdeal $)))) (SIGNATURE dimension ((Integer) $ (List VarSet))) (SIGNATURE dimension ((Integer) $)) (SIGNATURE leadingIdeal ($ $)) (SIGNATURE ideal ($ (List DPoly))) (SIGNATURE groebnerIdeal ($ (List DPoly))) (SIGNATURE groebner? ((Boolean) $)) (SIGNATURE generators ((List DPoly) $)) (SIGNATURE coerce ($ (List DPoly))) (SIGNATURE saturate ($ $ DPoly)) (SIGNATURE saturate ($ $ DPoly (List VarSet))) (IF (has VarSet (ConvertibleTo (Symbol))) (SIGNATURE relationsIdeal ((SuchThat (List (Polynomial F)) (List (Equation (Polynomial F)))) (List DPoly))) %noBranch))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PolynomialIdeals compiling into /tmp/oa-ZyUhkx importing GaloisGroupFactorizer SparseUnivariatePolynomial Integer importing GroebnerPackage(F,Expon,VarSet,DPoly) importing GroebnerPackage(F,newExpon,VarSet,newPoly) compiling local npoly : DPoly -> newPoly Time: 0.09 SEC. compiling local oldpoly : newPoly -> Union(DPoly,failed) Time: 0.01 SEC. compiling local leadterm : (DPoly,List VarSet) -> DPoly Time: 0.03 SEC. compiling local choosel : (DPoly,DPoly) -> DPoly Time: 0.01 SEC. compiling local contractGrob : List newPoly -> % Time: 0.02 SEC. compiling local makeleast : (List VarSet,List VarSet) -> List VarSet Time: 0.03 SEC. compiling local isMonic? : (DPoly,VarSet) -> Boolean Time: 0.01 SEC. compiling local subset : List VarSet -> List List VarSet Time: 0.06 SEC. compiling local monomDim : (%,List VarSet) -> NonNegativeInteger Time: 0.24 SEC. compiling exported = : (%,%) -> Boolean Time: 0.01 SEC. compiling exported element? : (DPoly,%) -> Boolean Time: 0.04 SEC. compiling exported in? : (%,%) -> Boolean Time: 0.03 SEC. compiling exported groebner : % -> % Time: 0.02 SEC. compiling exported intersect : (%,%) -> % Time: 0.10 SEC. compiling exported intersect : List % -> % Time: 0.02 SEC. compiling exported quotient : (%,DPoly) -> % Time: 0.04 SEC. compiling exported quotient : (%,%) -> % Time: 0.02 SEC. compiling exported + : (%,%) -> % Time: 0.07 SEC. compiling exported * : (%,%) -> % Time: 0.02 SEC. compiling exported ** : (%,NonNegativeInteger) -> % Time: 0.02 SEC. compiling exported saturate : (%,DPoly) -> % Time: 0.04 SEC. compiling exported saturate : (%,DPoly,List VarSet) -> % Time: 0.02 SEC. compiling exported zeroDim? : (%,List VarSet) -> Boolean Time: 0.02 SEC. compiling exported zeroDim? : % -> Boolean Time: 0.01 SEC. compiling exported inRadical? : (DPoly,%) -> Boolean Time: 0.12 SEC. compiling exported dimension : (%,List VarSet) -> Integer Time: 0.04 SEC. compiling exported dimension : % -> Integer Time: 0.01 SEC. compiling exported leadingIdeal : % -> % Time: 0.01 SEC. compiling local monompol : (List NonNegativeInteger,F,List VarSet) -> Polynomial F Time: 0.05 SEC. compiling exported relationsIdeal : List DPoly -> SuchThat(List Polynomial F,List Equation Polynomial F) Time: 0.94 SEC. compiling exported coerce : List DPoly -> % IDEAL;coerce;L$;31 Id is replaced by %pair(Id,%false) Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Time: 0.05 SEC. compiling exported ideal : List DPoly -> % Time: 0.01 SEC. compiling exported groebnerIdeal : List DPoly -> % IDEAL;groebnerIdeal;L$;34 Id is replaced by %pair(Id,%true) Time: 0.01 SEC. compiling exported generators : % -> List DPoly IDEAL;generators;$L;35 is replaced by %head Time: 0.01 SEC. compiling exported groebner? : % -> Boolean IDEAL;groebner?;$B;36 is replaced by %tail Time: 0 SEC. compiling exported one? : % -> Boolean Time: 0.00 SEC. compiling exported zero? : % -> Boolean Time: 0.01 SEC. (time taken in buildFunctor: 4) Time: 0.03 SEC. Warnings: [1] Type List DPoly is not in scope. Import it [2] Type Boolean is not in scope. Import it [3] not known that OrderedAbelianMonoidSup is of mode CATEGORY(domain,IF(hasNonNegativeInteger()Finite(),IF(hasExponFinite(),Finite,%noBranch),%noBranch),IF(hasNonNegativeInteger()Monoid(),IF(hasExponMonoid(),Monoid,%noBranch),%noBranch),IF(hasNonNegativeInteger()AbelianMonoid(),IF(hasExponAbelianMonoid(),AbelianMonoid,%noBranch),%noBranch),IF(hasNonNegativeInteger()CancellationAbelianMonoid(),IF(hasExponCancellationAbelianMonoid(),CancellationAbelianMonoid,%noBranch),%noBranch),IF(hasNonNegativeInteger()Group(),IF(hasExponGroup(),Group,%noBranch),%noBranch),IF(hasNonNegativeInteger()AbelianGroup(),IF(hasExponAbelianGroup(),AbelianGroup,%noBranch),%noBranch),IF(hasNonNegativeInteger()OrderedAbelianMonoidSup(),IF(hasExponOrderedAbelianMonoidSup(),OrderedAbelianMonoidSup,%noBranch),%noBranch),IF(hasNonNegativeInteger()OrderedSet(),IF(hasExponOrderedSet(),OrderedSet,%noBranch),%noBranch),makeprod: (NonNegativeInteger,Expon) -> %,selectfirst: % -> NonNegativeInteger,selectsecond: % -> Expon) [4] leadterm: not known that Ring is of mode CATEGORY(package,*: (%,%) -> %,**: (%,NonNegativeInteger) -> %,+: (%,%) -> %,one?: % -> Boolean,zero?: % -> Boolean,element?: (DPoly,%) -> Boolean,in?: (%,%) -> Boolean,inRadical?: (DPoly,%) -> Boolean,zeroDim?: (%,List VarSet) -> Boolean,zeroDim?: % -> Boolean,intersect: (%,%) -> %,intersect: List % -> %,quotient: (%,%) -> %,quotient: (%,DPoly) -> %,groebner: % -> %,generalPosition: (%,List VarSet) -> Record(mval: Matrix F,invmval: Matrix F,genIdeal: %),backOldPos: Record(mval: Matrix F,invmval: Matrix F,genIdeal: %) -> %,dimension: (%,List VarSet) -> Integer,dimension: % -> Integer,leadingIdeal: % -> %,ideal: List DPoly -> %,groebnerIdeal: List DPoly -> %,groebner?: % -> Boolean,generators: % -> List DPoly,coerce: List DPoly -> %,saturate: (%,DPoly) -> %,saturate: (%,DPoly,List VarSet) -> %,IF(hasVarSetConvertibleTo(Symbol()),relationsIdeal: List DPoly -> SuchThat(List Polynomial F,List Equation Polynomial F),%noBranch)) [5] contractGrob: not known that PolynomialCategoryFnewExponVarSet is of mode CATEGORY(domain,IF(hasFIntegralDomain(),IF(hasnewExponCancellationAbelianMonoid(),fmecg: (%,newExpon,F,%) -> %,%noBranch),%noBranch),IF(hasFATTRIBUTE(canonicalUnitNormal),canonicalUnitNormal,%noBranch)) [6] **: : NonNegativeInteger -- replace by pretend [7] relationsIdeal: not known that OrderedAbelianMonoid is of mode CATEGORY(domain,IF(hasExponFinite(),IF(hasDirPFinite(),Finite,%noBranch),%noBranch),IF(hasExponMonoid(),IF(hasDirPMonoid(),Monoid,%noBranch),%noBranch),IF(hasExponAbelianMonoid(),IF(hasDirPAbelianMonoid(),AbelianMonoid,%noBranch),%noBranch),IF(hasExponCancellationAbelianMonoid(),IF(hasDirPCancellationAbelianMonoid(),CancellationAbelianMonoid,%noBranch),%noBranch),IF(hasExponGroup(),IF(hasDirPGroup(),Group,%noBranch),%noBranch),IF(hasExponAbelianGroup(),IF(hasDirPAbelianGroup(),AbelianGroup,%noBranch),%noBranch),IF(hasExponOrderedAbelianMonoidSup(),IF(hasDirPOrderedAbelianMonoidSup(),OrderedAbelianMonoidSup,%noBranch),%noBranch),IF(hasExponOrderedSet(),IF(hasDirPOrderedSet(),OrderedSet,%noBranch),%noBranch),makeprod: (Expon,DirP) -> %,selectfirst: % -> Expon,selectsecond: % -> DirP) [8] relationsIdeal: not known that OrderedAbelianMonoidSup is of mode CATEGORY(domain,IF(hasExponFinite(),IF(hasDirPFinite(),Finite,%noBranch),%noBranch),IF(hasExponMonoid(),IF(hasDirPMonoid(),Monoid,%noBranch),%noBranch),IF(hasExponAbelianMonoid(),IF(hasDirPAbelianMonoid(),AbelianMonoid,%noBranch),%noBranch),IF(hasExponCancellationAbelianMonoid(),IF(hasDirPCancellationAbelianMonoid(),CancellationAbelianMonoid,%noBranch),%noBranch),IF(hasExponGroup(),IF(hasDirPGroup(),Group,%noBranch),%noBranch),IF(hasExponAbelianGroup(),IF(hasDirPAbelianGroup(),AbelianGroup,%noBranch),%noBranch),IF(hasExponOrderedAbelianMonoidSup(),IF(hasDirPOrderedAbelianMonoidSup(),OrderedAbelianMonoidSup,%noBranch),%noBranch),IF(hasExponOrderedSet(),IF(hasDirPOrderedSet(),OrderedSet,%noBranch),%noBranch),makeprod: (Expon,DirP) -> %,selectfirst: % -> Expon,selectsecond: % -> DirP) [9] relationsIdeal: not known that PolynomialCategoryFnExponentVarSet1 is of mode CATEGORY(domain,IF(hasFIntegralDomain(),IF(hasnExponentCancellationAbelianMonoid(),fmecg: (%,nExponent,F,%) -> %,%noBranch),%noBranch),IF(hasFATTRIBUTE(canonicalUnitNormal),canonicalUnitNormal,%noBranch)) [10] relationsIdeal: : Vector NonNegativeInteger -- replace by pretend Cumulative Statistics for Constructor PolynomialIdeals Time: 2.24 seconds finalizing NRLIB IDEAL Processing PolynomialIdeals for Browser database: -- ?*? : (Ideal,Ideal) -> Ideal -- ?**? : (Ideal,NNI) -> Ideal -- ?+? : (Ideal,Ideal) -> Ideal -- one? : Ideal -> Boolean -- zero? : Ideal -> Boolean -- element? : (DPoly,Ideal) -> Boolean -- in? : (Ideal,Ideal) -> Boolean -- inRadical? : (DPoly,Ideal) -> Boolean -- zeroDim? : (Ideal,List VarSet) -> Boolean -- zeroDim? : Ideal -> Boolean -- intersect : (Ideal,Ideal) -> Ideal -- intersect : List Ideal -> Ideal -- quotient : (Ideal,Ideal) -> Ideal -- quotient : (Ideal,DPoly) -> Ideal -- groebner : Ideal -> Ideal -- generalPosition : (Ideal,List VarSet) -> GenMPos -- backOldPos : GenMPos -> Ideal -- dimension : (Ideal,List VarSet) -> Z -- dimension : Ideal -> Z -- leadingIdeal : Ideal -> Ideal -- ideal : List DPoly -> Ideal -- groebnerIdeal : List DPoly -> Ideal -- groebner? : Ideal -> Boolean -- generators : Ideal -> List DPoly -- coerce : List DPoly -> Ideal -- saturate : (Ideal,DPoly) -> Ideal -- saturate : (Ideal,DPoly,List VarSet) -> Ideal -- relationsIdeal : List DPoly -> ST -- constructor ; compiling file "/tmp/oa-ZyUhkx/code.lsp" (written 01 FEB 2016 11:06:43 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IDEAL;coerce;L$;31|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IDEAL;groebnerIdeal;L$;34|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IDEAL;generators;$L;35|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IDEAL;groebner?;$B;36|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |IDEAL;npoly| ...) ; compiling (DEFUN |IDEAL;oldpoly| ...) ; compiling (DEFUN |IDEAL;leadterm| ...) ; compiling (DEFUN |IDEAL;choosel| ...) ; compiling (DEFUN |IDEAL;contractGrob| ...) ; compiling (DEFUN |IDEAL;makeleast| ...) ; file: /tmp/oa-ZyUhkx/code.lsp ; in: DEFUN |IDEAL;makeleast| ; (DEFUN BOOT::|IDEAL;makeleast| (BOOT::|fullVars| BOOT::|leastVars| BOOT::$) ; (LET ((BOOT::|n| (LIST-LENGTH BOOT::|leastVars|))) ; (COND ((< # BOOT::|n|) (BOOT::|error| "wrong vars")) ; ((ZEROP BOOT::|n|) BOOT::|fullVars|) ; (T (APPEND # BOOT::|leastVars|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IDEAL;makeleast| ; (BOOT::|fullVars| BOOT::|leastVars| BOOT::$) ; (BLOCK BOOT::|IDEAL;makeleast| ; (LET ((BOOT::|n| #)) ; (COND (# #) (# BOOT::|fullVars|) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |IDEAL;isMonic?| ...) ; file: /tmp/oa-ZyUhkx/code.lsp ; in: DEFUN |IDEAL;isMonic?| ; (DEFUN BOOT::|IDEAL;isMonic?| (BOOT::|f| BOOT::|x| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|f| BOOT::|x| (BOOT::|shellEntry| BOOT::$ 43)) ; (BOOT::|shellEntry| BOOT::$ 45)) ; (BOOT::|shellEntry| BOOT::$ 61))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IDEAL;isMonic?| ; (BOOT::|f| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|IDEAL;isMonic?| ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|f| BOOT::|x| #) ; (BOOT::|shellEntry| BOOT::$ 45)) ; (BOOT::|shellEntry| BOOT::$ 61)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |IDEAL;subset| ...) ; file: /tmp/oa-ZyUhkx/code.lsp ; in: DEFUN |IDEAL;subset| ; (DEFUN BOOT::|IDEAL;subset| (BOOT::|lv| BOOT::$) ; (COND ((EQL (LIST-LENGTH BOOT::|lv|) 1) (LIST BOOT::|lv| NIL)) ; (T ; (LET* (# # #) ; (BOOT::SPADCALL BOOT::|l1| BOOT::|ll| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IDEAL;subset| ; (BOOT::|lv| BOOT::$) ; (BLOCK BOOT::|IDEAL;subset| ; (COND ((EQL # 1) (LIST BOOT::|lv| NIL)) ; (T ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; compiling (DEFUN |IDEAL;monomDim| ...) ; file: /tmp/oa-ZyUhkx/code.lsp ; in: DEFUN |IDEAL;monomDim| ; (DEFUN BOOT::|IDEAL;monomDim| (BOOT::|listm| BOOT::|lv| BOOT::$) ; (PROG (BOOT::|lsubset| BOOT::|mvset| BOOT::|ldif|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IDEAL;monomDim| ; (BOOT::|listm| BOOT::|lv| BOOT::$) ; (BLOCK BOOT::|IDEAL;monomDim| ; (PROG (BOOT::|lsubset| BOOT::|mvset| BOOT::|ldif|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |lv| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |IDEAL;monomDim!0| ...) ; file: /tmp/oa-ZyUhkx/code.lsp ; in: DEFUN |IDEAL;monomDim!0| ; (DEFUN BOOT::|IDEAL;monomDim!0| (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (< (LIST-LENGTH BOOT::|#2|) (LIST-LENGTH BOOT::|#1|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IDEAL;monomDim!0| ; (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (BLOCK BOOT::|IDEAL;monomDim!0| ; (< (LIST-LENGTH BOOT::|#2|) (LIST-LENGTH BOOT::|#1|)))) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |IDEAL;=;2$B;10| ...) ; compiling (DEFUN |IDEAL;element?;DPoly$B;11| ...) ; file: /tmp/oa-ZyUhkx/code.lsp ; in: DEFUN |IDEAL;element?;DPoly$B;11| ; (DEFUN BOOT::|IDEAL;element?;DPoly$B;11| (BOOT::|f| BOOT::I BOOT::$) ; (LET ((BOOT::|Id| (CAR #))) ; (COND ((NULL BOOT::|Id|) (BOOT::SPADCALL BOOT::|f| # #)) ; (T (BOOT::SPADCALL # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IDEAL;element?;DPoly$B;11| ; (BOOT::|f| BOOT::I BOOT::$) ; (BLOCK BOOT::|IDEAL;element?;DPoly$B;11| ; (LET ((BOOT::|Id| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |IDEAL;in?;2$B;12| ...) ; file: /tmp/oa-ZyUhkx/code.lsp ; in: DEFUN |IDEAL;in?;2$B;12| ; (DEFUN BOOT::|IDEAL;in?;2$B;12| (BOOT::I BOOT::J BOOT::$) ; (PROGN ; (SETQ BOOT::J (BOOT::|IDEAL;groebner;2$;13| BOOT::J BOOT::$)) ; (OR (NULL (CAR BOOT::I)) ; (LET (# # #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IDEAL;in?;2$B;12| ; (BOOT::I BOOT::J BOOT::$) ; (BLOCK BOOT::|IDEAL;in?;2$B;12| ; (PROGN ; (SETQ BOOT::J #) ; (OR (NULL #) ; (LET # ; #))))) ; ; note: Assignment to argument: J ; prevents use of assertion from function type proclamation: ; CONS ; ; compiling (DEFUN |IDEAL;groebner;2$;13| ...) ; compiling (DEFUN |IDEAL;intersect;3$;14| ...) ; compiling (DEFUN |IDEAL;intersect;L$;15| ...) ; file: /tmp/oa-ZyUhkx/code.lsp ; in: DEFUN |IDEAL;intersect;L$;15| ; (DEFUN BOOT::|IDEAL;intersect;L$;15| (BOOT::|lid| BOOT::$) ; (LET ((#:G679 NIL) (#:G680 T) (#:G1004 BOOT::|lid|)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G1004 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IDEAL;intersect;L$;15| ; (BOOT::|lid| BOOT::$) ; (BLOCK BOOT::|IDEAL;intersect;L$;15| ; (LET ((#:G679 NIL) (#:G680 T) (#:G1004 BOOT::|lid|)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |IDEAL;quotient;$DPoly$;16| ...) ; compiling (DEFUN |IDEAL;quotient;3$;17| ...) ; compiling (DEFUN |IDEAL;+;3$;18| ...) ; compiling (DEFUN |IDEAL;*;3$;19| ...) ; compiling (DEFUN |IDEAL;**;$Nni$;20| ...) ; compiling (DEFUN |IDEAL;saturate;$DPoly$;21| ...) ; file: /tmp/oa-ZyUhkx/code.lsp ; in: DEFUN |IDEAL;saturate;$DPoly$;21| ; (DEFUN BOOT::|IDEAL;saturate;$DPoly$;21| (BOOT::I BOOT::|f| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|f| (BOOT::|spadConstant| BOOT::$ 13) ; (BOOT::|shellEntry| BOOT::$ 15)) ; (BOOT::|error| "f is zero")) ; (T ; (LET (#) ; (BOOT::|IDEAL;contractGrob| # BOOT::$))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IDEAL;saturate;$DPoly$;21| ; (BOOT::I BOOT::|f| BOOT::$) ; (BLOCK BOOT::|IDEAL;saturate;$DPoly$;21| ; (COND ((BOOT::SPADCALL BOOT::|f| # #) (BOOT::|error| "f is zero")) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |IDEAL;saturate;$DPolyL$;22| ...) ; compiling (DEFUN |IDEAL;zeroDim?;$LB;23| ...) ; file: /tmp/oa-ZyUhkx/code.lsp ; in: DEFUN |IDEAL;zeroDim?;$LB;23| ; (DEFUN BOOT::|IDEAL;zeroDim?;$LB;23| (BOOT::I BOOT::|lvar| BOOT::$) ; (PROG (BOOT::|n| BOOT::|x|) ; (RETURN ; (LET (#) ; (AND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IDEAL;zeroDim?;$LB;23| ; (BOOT::I BOOT::|lvar| BOOT::$) ; (BLOCK BOOT::|IDEAL;zeroDim?;$LB;23| ; (PROG (BOOT::|n| BOOT::|x|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |lvar| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |IDEAL;zeroDim?;$B;24| ...) ; compiling (DEFUN |IDEAL;inRadical?;DPoly$B;25| ...) ; file: /tmp/oa-ZyUhkx/code.lsp ; in: DEFUN |IDEAL;inRadical?;DPoly$B;25| ; (DEFUN BOOT::|IDEAL;inRadical?;DPoly$B;25| (BOOT::|f| BOOT::I BOOT::$) ; (PROG (BOOT::|Id| BOOT::|tp|) ; (RETURN (OR (BOOT::SPADCALL BOOT::|f| # #) (PROGN # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IDEAL;inRadical?;DPoly$B;25| ; (BOOT::|f| BOOT::I BOOT::$) ; (BLOCK BOOT::|IDEAL;inRadical?;DPoly$B;25| ; (PROG (BOOT::|Id| BOOT::|tp|) (RETURN (OR # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |IDEAL;dimension;$LI;26| ...) ; file: /tmp/oa-ZyUhkx/code.lsp ; in: DEFUN |IDEAL;dimension;$LI;26| ; (DEFUN BOOT::|IDEAL;dimension;$LI;26| (BOOT::I BOOT::|lvar| BOOT::$) ; (PROG (BOOT::|n1| BOOT::|leadid| BOOT::|ed| BOOT::|truelist|) ; (RETURN (BOOT::SEQ (SETQ #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IDEAL;dimension;$LI;26| ; (BOOT::I BOOT::|lvar| BOOT::$) ; (BLOCK BOOT::|IDEAL;dimension;$LI;26| ; (PROG (BOOT::|n1| BOOT::|leadid| BOOT::|ed| BOOT::|truelist|) ; (RETURN (BOOT::SEQ # #))))) ; ; note: Assignment to argument: I ; prevents use of assertion from function type proclamation: ; CONS ; ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |IDEAL;dimension;$I;27| ...) ; compiling (DEFUN |IDEAL;leadingIdeal;2$;28| ...) ; compiling (DEFUN |IDEAL;monompol| ...) ; compiling (DEFUN |IDEAL;relationsIdeal;LSt;30| ...) ; file: /tmp/oa-ZyUhkx/code.lsp ; in: DEFUN |IDEAL;relationsIdeal;LSt;30| ; (LET* ((BOOT::|nf| (LIST-LENGTH BOOT::|listf|)) ; (BOOT::|lvint| ; (LET (# # #) ; (LOOP # ; #))) ; (BOOT::|vl| ; (LET (# #) ; (LOOP # ; #))) ; (BOOT::|nvar| ; (LET (# #) ; (LOOP # ; #))) ; (BOOT::|VarSet1| ; (BOOT::|OrderedVariableList| ; (BOOT::SPADCALL BOOT::|vl| BOOT::|nvar| #))) ; (BOOT::|lv1| ; (LET (# #) ; (LOOP # ; #))) ; (BOOT::|DirP| ; (BOOT::|DirectProduct| BOOT::|nf| (BOOT::|NonNegativeInteger|))) ; (BOOT::|nExponent| ; (BOOT::|Product| (BOOT::|shellEntry| BOOT::$ 7) BOOT::|DirP|)) ; (BOOT::|nPoly| ; (BOOT::|PolynomialRing| (BOOT::|shellEntry| BOOT::$ 6) ; BOOT::|nExponent|)) ; (BOOT::|gp| ; (BOOT::|GroebnerPackage| (BOOT::|shellEntry| BOOT::$ 6) ; BOOT::|nExponent| BOOT::|VarSet1| ; BOOT::|nPoly|)) ; (BOOT::|lf| NIL) ; (BOOT::|lp| NIL)) ; (BOOT::SEQ ; (LET ((#:G1026 BOOT::|listf|) (BOOT::|i| 1)) ; (LOOP (COND # #) ; (SETQ #) ; (SETQ #))) ; (BOOT::LETT BOOT::|npol| ; (LET (# #) ; (LOOP # ; #)) ; BOOT::|IDEAL;relationsIdeal;LSt;30|) ; (BOOT::LETT BOOT::|leq| ; (LET (# # #) ; (LOOP # ; # ; #)) ; BOOT::|IDEAL;relationsIdeal;LSt;30|) ; (SETQ BOOT::|lf| (BOOT::SPADCALL BOOT::|lf| #)) (LOOP (COND (# #) (T #))) ; (BOOT::LETT BOOT::|solsn| NIL BOOT::|IDEAL;relationsIdeal;LSt;30|) ; (LET ((#:G1030 BOOT::|lf|)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::EXIT ; (BOOT::SPADCALL BOOT::|solsn| BOOT::|leq| ; (BOOT::|shellEntry| BOOT::$ 148))))) ; ; caught STYLE-WARNING: ; The variable |lv1| is defined but never used. ; compiling (DEFUN |IDEAL;coerce;L$;31| ...) ; compiling (DEFUN |IDEAL;coerce;$Of;32| ...) ; compiling (DEFUN |IDEAL;ideal;L$;33| ...) ; compiling (DEFUN |IDEAL;groebnerIdeal;L$;34| ...) ; compiling (DEFUN |IDEAL;generators;$L;35| ...) ; compiling (DEFUN |IDEAL;groebner?;$B;36| ...) ; compiling (DEFUN |IDEAL;one?;$B;37| ...) ; compiling (DEFUN |IDEAL;zero?;$B;38| ...) ; compiling (DEFUN |PolynomialIdeals| ...) ; compiling (DEFUN |PolynomialIdeals;| ...) ; compiling (MAKEPROP (QUOTE |PolynomialIdeals|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 12 notes ; /tmp/oa-ZyUhkx/code.fasl written ; compilation finished in 0:00:00.213 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile IDECOMP.spad && cp IDECOMP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IDECOMP.fasl \ && if test -f IDECOMP-.NRLIB/code.fasl; then \ cp IDECOMP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IDECOMP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IDECOMP.spad using Spad compiler. IDECOMP abbreviates package IdealDecompositionPackage debug: compDefine1 lhs: (IdealDecompositionPackage vl nv) signature (pre-evaluate): ((CATEGORY package (SIGNATURE zeroDimPrime? ((Boolean) (PolynomialIdeals (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl) (DistributedMultivariatePolynomial vl (Fraction (Integer)))))) (SIGNATURE zeroDimPrimary? ((Boolean) (PolynomialIdeals (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl) (DistributedMultivariatePolynomial vl (Fraction (Integer)))))) (SIGNATURE prime? ((Boolean) (PolynomialIdeals (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl) (DistributedMultivariatePolynomial vl (Fraction (Integer)))))) (SIGNATURE radical ((PolynomialIdeals (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl) (DistributedMultivariatePolynomial vl (Fraction (Integer)))) (PolynomialIdeals (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl) (DistributedMultivariatePolynomial vl (Fraction (Integer)))))) (SIGNATURE primaryDecomp ((List (PolynomialIdeals (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl) (DistributedMultivariatePolynomial vl (Fraction (Integer))))) (PolynomialIdeals (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl) (DistributedMultivariatePolynomial vl (Fraction (Integer)))))) (SIGNATURE contract ((PolynomialIdeals (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl) (DistributedMultivariatePolynomial vl (Fraction (Integer)))) (PolynomialIdeals (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl) (DistributedMultivariatePolynomial vl (Fraction (Integer)))) (List (OrderedVariableList vl))))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE zeroDimPrime? ((Boolean) (PolynomialIdeals (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl) (DistributedMultivariatePolynomial vl (Fraction (Integer)))))) (SIGNATURE zeroDimPrimary? ((Boolean) (PolynomialIdeals (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl) (DistributedMultivariatePolynomial vl (Fraction (Integer)))))) (SIGNATURE prime? ((Boolean) (PolynomialIdeals (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl) (DistributedMultivariatePolynomial vl (Fraction (Integer)))))) (SIGNATURE radical ((PolynomialIdeals (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl) (DistributedMultivariatePolynomial vl (Fraction (Integer)))) (PolynomialIdeals (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl) (DistributedMultivariatePolynomial vl (Fraction (Integer)))))) (SIGNATURE primaryDecomp ((List (PolynomialIdeals (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl) (DistributedMultivariatePolynomial vl (Fraction (Integer))))) (PolynomialIdeals (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl) (DistributedMultivariatePolynomial vl (Fraction (Integer)))))) (SIGNATURE contract ((PolynomialIdeals (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl) (DistributedMultivariatePolynomial vl (Fraction (Integer)))) (PolynomialIdeals (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl) (DistributedMultivariatePolynomial vl (Fraction (Integer)))) (List (OrderedVariableList vl))))) $param: (vl nv) debug: evaluateType form: (Boolean) $param: (vl nv) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (PolynomialIdeals (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl) (DistributedMultivariatePolynomial vl (Fraction (Integer)))) $param: (vl nv) Debug: evaluateType1 form: (PolynomialIdeals (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl) (DistributedMultivariatePolynomial vl (Fraction (Integer)))) debug: evaluateType1 x: (Fraction (Integer)) m: (Field) debug: evaluateType1 categoryForm: (Field) debug: evaluateType form: (Field) $param: (vl nv) Debug: evaluateType1 form: (Field) debug: evaluateType form: (Fraction (Integer)) $param: (vl nv) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (vl nv) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (vl nv) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Field) debug: evaluateType1 x: (DirectProduct nv (NonNegativeInteger)) m: (OrderedAbelianMonoidSup) debug: evaluateType1 categoryForm: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (vl nv) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (DirectProduct nv (NonNegativeInteger)) $param: (vl nv) Debug: evaluateType1 form: (DirectProduct nv (NonNegativeInteger)) debug: evaluateType1 x: nv m: (NonNegativeInteger) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (vl nv) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (vl nv) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evalCategory d: (DirectProduct nv (NonNegativeInteger)) c: (OrderedAbelianMonoidSup) debug: evaluateType1 x: (OrderedVariableList vl) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (vl nv) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList vl) $param: (vl nv) Debug: evaluateType1 form: (OrderedVariableList vl) debug: evaluateType1 x: vl m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList vl) c: (OrderedSet) debug: evaluateType1 x: (DistributedMultivariatePolynomial vl (Fraction (Integer))) m: (PolynomialCategory (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl)) debug: evaluateType1 categoryForm: (PolynomialCategory (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl)) debug: evaluateType form: (PolynomialCategory (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl)) $param: (vl nv) Debug: evaluateType1 form: (PolynomialCategory (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl)) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (vl nv) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: (vl nv) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (vl nv) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (vl nv) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evaluateType1 x: (DirectProduct nv (NonNegativeInteger)) m: (OrderedAbelianMonoidSup) debug: evaluateType1 categoryForm: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (vl nv) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (DirectProduct nv (NonNegativeInteger)) $param: (vl nv) Debug: evaluateType1 form: (DirectProduct nv (NonNegativeInteger)) debug: evaluateType1 x: nv m: (NonNegativeInteger) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (vl nv) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (vl nv) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evalCategory d: (DirectProduct nv (NonNegativeInteger)) c: (OrderedAbelianMonoidSup) debug: evaluateType1 x: (OrderedVariableList vl) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (vl nv) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList vl) $param: (vl nv) Debug: evaluateType1 form: (OrderedVariableList vl) debug: evaluateType1 x: vl m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList vl) c: (OrderedSet) debug: evaluateType form: (DistributedMultivariatePolynomial vl (Fraction (Integer))) $param: (vl nv) Debug: evaluateType1 form: (DistributedMultivariatePolynomial vl (Fraction (Integer))) debug: evaluateType1 x: vl m: (List (Symbol)) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (vl nv) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: (vl nv) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (vl nv) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (vl nv) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evalCategory d: (DistributedMultivariatePolynomial vl (Fraction (Integer))) c: (PolynomialCategory (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl)) debug: evaluateType form: (Boolean) $param: (vl nv) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (PolynomialIdeals (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl) (DistributedMultivariatePolynomial vl (Fraction (Integer)))) $param: (vl nv) Debug: evaluateType1 form: (PolynomialIdeals (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl) (DistributedMultivariatePolynomial vl (Fraction (Integer)))) debug: evaluateType1 x: (Fraction (Integer)) m: (Field) debug: evaluateType1 categoryForm: (Field) debug: evaluateType form: (Field) $param: (vl nv) Debug: evaluateType1 form: (Field) debug: evaluateType form: (Fraction (Integer)) $param: (vl nv) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (vl nv) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (vl nv) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Field) debug: evaluateType1 x: (DirectProduct nv (NonNegativeInteger)) m: (OrderedAbelianMonoidSup) debug: evaluateType1 categoryForm: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (vl nv) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (DirectProduct nv (NonNegativeInteger)) $param: (vl nv) Debug: evaluateType1 form: (DirectProduct nv (NonNegativeInteger)) debug: evaluateType1 x: nv m: (NonNegativeInteger) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (vl nv) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (vl nv) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evalCategory d: (DirectProduct nv (NonNegativeInteger)) c: (OrderedAbelianMonoidSup) debug: evaluateType1 x: (OrderedVariableList vl) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (vl nv) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList vl) $param: (vl nv) Debug: evaluateType1 form: (OrderedVariableList vl) debug: evaluateType1 x: vl m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList vl) c: (OrderedSet) debug: evaluateType1 x: (DistributedMultivariatePolynomial vl (Fraction (Integer))) m: (PolynomialCategory (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl)) debug: evaluateType1 categoryForm: (PolynomialCategory (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl)) debug: evaluateType form: (PolynomialCategory (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl)) $param: (vl nv) Debug: evaluateType1 form: (PolynomialCategory (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl)) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (vl nv) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: (vl nv) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (vl nv) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (vl nv) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evaluateType1 x: (DirectProduct nv (NonNegativeInteger)) m: (OrderedAbelianMonoidSup) debug: evaluateType1 categoryForm: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (vl nv) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (DirectProduct nv (NonNegativeInteger)) $param: (vl nv) Debug: evaluateType1 form: (DirectProduct nv (NonNegativeInteger)) debug: evaluateType1 x: nv m: (NonNegativeInteger) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (vl nv) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (vl nv) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evalCategory d: (DirectProduct nv (NonNegativeInteger)) c: (OrderedAbelianMonoidSup) debug: evaluateType1 x: (OrderedVariableList vl) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (vl nv) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList vl) $param: (vl nv) Debug: evaluateType1 form: (OrderedVariableList vl) debug: evaluateType1 x: vl m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList vl) c: (OrderedSet) debug: evaluateType form: (DistributedMultivariatePolynomial vl (Fraction (Integer))) $param: (vl nv) Debug: evaluateType1 form: (DistributedMultivariatePolynomial vl (Fraction (Integer))) debug: evaluateType1 x: vl m: (List (Symbol)) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (vl nv) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: (vl nv) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (vl nv) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (vl nv) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evalCategory d: (DistributedMultivariatePolynomial vl (Fraction (Integer))) c: (PolynomialCategory (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl)) debug: evaluateType form: (Boolean) $param: (vl nv) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (PolynomialIdeals (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl) (DistributedMultivariatePolynomial vl (Fraction (Integer)))) $param: (vl nv) Debug: evaluateType1 form: (PolynomialIdeals (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl) (DistributedMultivariatePolynomial vl (Fraction (Integer)))) debug: evaluateType1 x: (Fraction (Integer)) m: (Field) debug: evaluateType1 categoryForm: (Field) debug: evaluateType form: (Field) $param: (vl nv) Debug: evaluateType1 form: (Field) debug: evaluateType form: (Fraction (Integer)) $param: (vl nv) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (vl nv) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (vl nv) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Field) debug: evaluateType1 x: (DirectProduct nv (NonNegativeInteger)) m: (OrderedAbelianMonoidSup) debug: evaluateType1 categoryForm: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (vl nv) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (DirectProduct nv (NonNegativeInteger)) $param: (vl nv) Debug: evaluateType1 form: (DirectProduct nv (NonNegativeInteger)) debug: evaluateType1 x: nv m: (NonNegativeInteger) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (vl nv) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (vl nv) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evalCategory d: (DirectProduct nv (NonNegativeInteger)) c: (OrderedAbelianMonoidSup) debug: evaluateType1 x: (OrderedVariableList vl) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (vl nv) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList vl) $param: (vl nv) Debug: evaluateType1 form: (OrderedVariableList vl) debug: evaluateType1 x: vl m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList vl) c: (OrderedSet) debug: evaluateType1 x: (DistributedMultivariatePolynomial vl (Fraction (Integer))) m: (PolynomialCategory (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl)) debug: evaluateType1 categoryForm: (PolynomialCategory (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl)) debug: evaluateType form: (PolynomialCategory (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl)) $param: (vl nv) Debug: evaluateType1 form: (PolynomialCategory (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl)) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (vl nv) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: (vl nv) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (vl nv) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (vl nv) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evaluateType1 x: (DirectProduct nv (NonNegativeInteger)) m: (OrderedAbelianMonoidSup) debug: evaluateType1 categoryForm: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (vl nv) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (DirectProduct nv (NonNegativeInteger)) $param: (vl nv) Debug: evaluateType1 form: (DirectProduct nv (NonNegativeInteger)) debug: evaluateType1 x: nv m: (NonNegativeInteger) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (vl nv) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (vl nv) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evalCategory d: (DirectProduct nv (NonNegativeInteger)) c: (OrderedAbelianMonoidSup) debug: evaluateType1 x: (OrderedVariableList vl) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (vl nv) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList vl) $param: (vl nv) Debug: evaluateType1 form: (OrderedVariableList vl) debug: evaluateType1 x: vl m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList vl) c: (OrderedSet) debug: evaluateType form: (DistributedMultivariatePolynomial vl (Fraction (Integer))) $param: (vl nv) Debug: evaluateType1 form: (DistributedMultivariatePolynomial vl (Fraction (Integer))) debug: evaluateType1 x: vl m: (List (Symbol)) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (vl nv) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: (vl nv) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (vl nv) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (vl nv) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evalCategory d: (DistributedMultivariatePolynomial vl (Fraction (Integer))) c: (PolynomialCategory (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl)) debug: evaluateType form: (PolynomialIdeals (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl) (DistributedMultivariatePolynomial vl (Fraction (Integer)))) $param: (vl nv) Debug: evaluateType1 form: (PolynomialIdeals (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl) (DistributedMultivariatePolynomial vl (Fraction (Integer)))) debug: evaluateType1 x: (Fraction (Integer)) m: (Field) debug: evaluateType1 categoryForm: (Field) debug: evaluateType form: (Field) $param: (vl nv) Debug: evaluateType1 form: (Field) debug: evaluateType form: (Fraction (Integer)) $param: (vl nv) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (vl nv) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (vl nv) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Field) debug: evaluateType1 x: (DirectProduct nv (NonNegativeInteger)) m: (OrderedAbelianMonoidSup) debug: evaluateType1 categoryForm: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (vl nv) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (DirectProduct nv (NonNegativeInteger)) $param: (vl nv) Debug: evaluateType1 form: (DirectProduct nv (NonNegativeInteger)) debug: evaluateType1 x: nv m: (NonNegativeInteger) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (vl nv) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (vl nv) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evalCategory d: (DirectProduct nv (NonNegativeInteger)) c: (OrderedAbelianMonoidSup) debug: evaluateType1 x: (OrderedVariableList vl) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (vl nv) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList vl) $param: (vl nv) Debug: evaluateType1 form: (OrderedVariableList vl) debug: evaluateType1 x: vl m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList vl) c: (OrderedSet) debug: evaluateType1 x: (DistributedMultivariatePolynomial vl (Fraction (Integer))) m: (PolynomialCategory (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl)) debug: evaluateType1 categoryForm: (PolynomialCategory (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl)) debug: evaluateType form: (PolynomialCategory (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl)) $param: (vl nv) Debug: evaluateType1 form: (PolynomialCategory (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl)) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (vl nv) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: (vl nv) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (vl nv) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (vl nv) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evaluateType1 x: (DirectProduct nv (NonNegativeInteger)) m: (OrderedAbelianMonoidSup) debug: evaluateType1 categoryForm: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (vl nv) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (DirectProduct nv (NonNegativeInteger)) $param: (vl nv) Debug: evaluateType1 form: (DirectProduct nv (NonNegativeInteger)) debug: evaluateType1 x: nv m: (NonNegativeInteger) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (vl nv) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (vl nv) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evalCategory d: (DirectProduct nv (NonNegativeInteger)) c: (OrderedAbelianMonoidSup) debug: evaluateType1 x: (OrderedVariableList vl) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (vl nv) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList vl) $param: (vl nv) Debug: evaluateType1 form: (OrderedVariableList vl) debug: evaluateType1 x: vl m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList vl) c: (OrderedSet) debug: evaluateType form: (DistributedMultivariatePolynomial vl (Fraction (Integer))) $param: (vl nv) Debug: evaluateType1 form: (DistributedMultivariatePolynomial vl (Fraction (Integer))) debug: evaluateType1 x: vl m: (List (Symbol)) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (vl nv) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: (vl nv) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (vl nv) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (vl nv) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evalCategory d: (DistributedMultivariatePolynomial vl (Fraction (Integer))) c: (PolynomialCategory (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl)) debug: evaluateType form: (PolynomialIdeals (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl) (DistributedMultivariatePolynomial vl (Fraction (Integer)))) $param: (vl nv) Debug: evaluateType1 form: (PolynomialIdeals (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl) (DistributedMultivariatePolynomial vl (Fraction (Integer)))) debug: evaluateType1 x: (Fraction (Integer)) m: (Field) debug: evaluateType1 categoryForm: (Field) debug: evaluateType form: (Field) $param: (vl nv) Debug: evaluateType1 form: (Field) debug: evaluateType form: (Fraction (Integer)) $param: (vl nv) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (vl nv) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (vl nv) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Field) debug: evaluateType1 x: (DirectProduct nv (NonNegativeInteger)) m: (OrderedAbelianMonoidSup) debug: evaluateType1 categoryForm: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (vl nv) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (DirectProduct nv (NonNegativeInteger)) $param: (vl nv) Debug: evaluateType1 form: (DirectProduct nv (NonNegativeInteger)) debug: evaluateType1 x: nv m: (NonNegativeInteger) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (vl nv) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (vl nv) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evalCategory d: (DirectProduct nv (NonNegativeInteger)) c: (OrderedAbelianMonoidSup) debug: evaluateType1 x: (OrderedVariableList vl) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (vl nv) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList vl) $param: (vl nv) Debug: evaluateType1 form: (OrderedVariableList vl) debug: evaluateType1 x: vl m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList vl) c: (OrderedSet) debug: evaluateType1 x: (DistributedMultivariatePolynomial vl (Fraction (Integer))) m: (PolynomialCategory (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl)) debug: evaluateType1 categoryForm: (PolynomialCategory (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl)) debug: evaluateType form: (PolynomialCategory (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl)) $param: (vl nv) Debug: evaluateType1 form: (PolynomialCategory (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl)) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (vl nv) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: (vl nv) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (vl nv) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (vl nv) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evaluateType1 x: (DirectProduct nv (NonNegativeInteger)) m: (OrderedAbelianMonoidSup) debug: evaluateType1 categoryForm: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (vl nv) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (DirectProduct nv (NonNegativeInteger)) $param: (vl nv) Debug: evaluateType1 form: (DirectProduct nv (NonNegativeInteger)) debug: evaluateType1 x: nv m: (NonNegativeInteger) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (vl nv) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (vl nv) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evalCategory d: (DirectProduct nv (NonNegativeInteger)) c: (OrderedAbelianMonoidSup) debug: evaluateType1 x: (OrderedVariableList vl) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (vl nv) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList vl) $param: (vl nv) Debug: evaluateType1 form: (OrderedVariableList vl) debug: evaluateType1 x: vl m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList vl) c: (OrderedSet) debug: evaluateType form: (DistributedMultivariatePolynomial vl (Fraction (Integer))) $param: (vl nv) Debug: evaluateType1 form: (DistributedMultivariatePolynomial vl (Fraction (Integer))) debug: evaluateType1 x: vl m: (List (Symbol)) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (vl nv) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: (vl nv) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (vl nv) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (vl nv) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evalCategory d: (DistributedMultivariatePolynomial vl (Fraction (Integer))) c: (PolynomialCategory (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl)) debug: evaluateType form: (List (PolynomialIdeals (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl) (DistributedMultivariatePolynomial vl (Fraction (Integer))))) $param: (vl nv) Debug: evaluateType1 form: (List (PolynomialIdeals (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl) (DistributedMultivariatePolynomial vl (Fraction (Integer))))) debug: evaluateType1 x: (PolynomialIdeals (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl) (DistributedMultivariatePolynomial vl (Fraction (Integer)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (vl nv) Debug: evaluateType1 form: (Type) debug: evaluateType form: (PolynomialIdeals (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl) (DistributedMultivariatePolynomial vl (Fraction (Integer)))) $param: (vl nv) Debug: evaluateType1 form: (PolynomialIdeals (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl) (DistributedMultivariatePolynomial vl (Fraction (Integer)))) debug: evaluateType1 x: (Fraction (Integer)) m: (Field) debug: evaluateType1 categoryForm: (Field) debug: evaluateType form: (Field) $param: (vl nv) Debug: evaluateType1 form: (Field) debug: evaluateType form: (Fraction (Integer)) $param: (vl nv) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (vl nv) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (vl nv) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Field) debug: evaluateType1 x: (DirectProduct nv (NonNegativeInteger)) m: (OrderedAbelianMonoidSup) debug: evaluateType1 categoryForm: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (vl nv) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (DirectProduct nv (NonNegativeInteger)) $param: (vl nv) Debug: evaluateType1 form: (DirectProduct nv (NonNegativeInteger)) debug: evaluateType1 x: nv m: (NonNegativeInteger) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (vl nv) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (vl nv) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evalCategory d: (DirectProduct nv (NonNegativeInteger)) c: (OrderedAbelianMonoidSup) debug: evaluateType1 x: (OrderedVariableList vl) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (vl nv) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList vl) $param: (vl nv) Debug: evaluateType1 form: (OrderedVariableList vl) debug: evaluateType1 x: vl m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList vl) c: (OrderedSet) debug: evaluateType1 x: (DistributedMultivariatePolynomial vl (Fraction (Integer))) m: (PolynomialCategory (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl)) debug: evaluateType1 categoryForm: (PolynomialCategory (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl)) debug: evaluateType form: (PolynomialCategory (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl)) $param: (vl nv) Debug: evaluateType1 form: (PolynomialCategory (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl)) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (vl nv) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: (vl nv) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (vl nv) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (vl nv) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evaluateType1 x: (DirectProduct nv (NonNegativeInteger)) m: (OrderedAbelianMonoidSup) debug: evaluateType1 categoryForm: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (vl nv) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (DirectProduct nv (NonNegativeInteger)) $param: (vl nv) Debug: evaluateType1 form: (DirectProduct nv (NonNegativeInteger)) debug: evaluateType1 x: nv m: (NonNegativeInteger) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (vl nv) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (vl nv) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evalCategory d: (DirectProduct nv (NonNegativeInteger)) c: (OrderedAbelianMonoidSup) debug: evaluateType1 x: (OrderedVariableList vl) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (vl nv) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList vl) $param: (vl nv) Debug: evaluateType1 form: (OrderedVariableList vl) debug: evaluateType1 x: vl m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList vl) c: (OrderedSet) debug: evaluateType form: (DistributedMultivariatePolynomial vl (Fraction (Integer))) $param: (vl nv) Debug: evaluateType1 form: (DistributedMultivariatePolynomial vl (Fraction (Integer))) debug: evaluateType1 x: vl m: (List (Symbol)) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (vl nv) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: (vl nv) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (vl nv) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (vl nv) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evalCategory d: (DistributedMultivariatePolynomial vl (Fraction (Integer))) c: (PolynomialCategory (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl)) debug: evalCategory d: (PolynomialIdeals (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl) (DistributedMultivariatePolynomial vl (Fraction (Integer)))) c: (Type) debug: evaluateType form: (PolynomialIdeals (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl) (DistributedMultivariatePolynomial vl (Fraction (Integer)))) $param: (vl nv) Debug: evaluateType1 form: (PolynomialIdeals (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl) (DistributedMultivariatePolynomial vl (Fraction (Integer)))) debug: evaluateType1 x: (Fraction (Integer)) m: (Field) debug: evaluateType1 categoryForm: (Field) debug: evaluateType form: (Field) $param: (vl nv) Debug: evaluateType1 form: (Field) debug: evaluateType form: (Fraction (Integer)) $param: (vl nv) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (vl nv) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (vl nv) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Field) debug: evaluateType1 x: (DirectProduct nv (NonNegativeInteger)) m: (OrderedAbelianMonoidSup) debug: evaluateType1 categoryForm: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (vl nv) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (DirectProduct nv (NonNegativeInteger)) $param: (vl nv) Debug: evaluateType1 form: (DirectProduct nv (NonNegativeInteger)) debug: evaluateType1 x: nv m: (NonNegativeInteger) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (vl nv) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (vl nv) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evalCategory d: (DirectProduct nv (NonNegativeInteger)) c: (OrderedAbelianMonoidSup) debug: evaluateType1 x: (OrderedVariableList vl) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (vl nv) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList vl) $param: (vl nv) Debug: evaluateType1 form: (OrderedVariableList vl) debug: evaluateType1 x: vl m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList vl) c: (OrderedSet) debug: evaluateType1 x: (DistributedMultivariatePolynomial vl (Fraction (Integer))) m: (PolynomialCategory (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl)) debug: evaluateType1 categoryForm: (PolynomialCategory (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl)) debug: evaluateType form: (PolynomialCategory (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl)) $param: (vl nv) Debug: evaluateType1 form: (PolynomialCategory (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl)) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (vl nv) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: (vl nv) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (vl nv) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (vl nv) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evaluateType1 x: (DirectProduct nv (NonNegativeInteger)) m: (OrderedAbelianMonoidSup) debug: evaluateType1 categoryForm: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (vl nv) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (DirectProduct nv (NonNegativeInteger)) $param: (vl nv) Debug: evaluateType1 form: (DirectProduct nv (NonNegativeInteger)) debug: evaluateType1 x: nv m: (NonNegativeInteger) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (vl nv) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (vl nv) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evalCategory d: (DirectProduct nv (NonNegativeInteger)) c: (OrderedAbelianMonoidSup) debug: evaluateType1 x: (OrderedVariableList vl) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (vl nv) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList vl) $param: (vl nv) Debug: evaluateType1 form: (OrderedVariableList vl) debug: evaluateType1 x: vl m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList vl) c: (OrderedSet) debug: evaluateType form: (DistributedMultivariatePolynomial vl (Fraction (Integer))) $param: (vl nv) Debug: evaluateType1 form: (DistributedMultivariatePolynomial vl (Fraction (Integer))) debug: evaluateType1 x: vl m: (List (Symbol)) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (vl nv) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: (vl nv) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (vl nv) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (vl nv) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evalCategory d: (DistributedMultivariatePolynomial vl (Fraction (Integer))) c: (PolynomialCategory (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl)) debug: evaluateType form: (PolynomialIdeals (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl) (DistributedMultivariatePolynomial vl (Fraction (Integer)))) $param: (vl nv) Debug: evaluateType1 form: (PolynomialIdeals (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl) (DistributedMultivariatePolynomial vl (Fraction (Integer)))) debug: evaluateType1 x: (Fraction (Integer)) m: (Field) debug: evaluateType1 categoryForm: (Field) debug: evaluateType form: (Field) $param: (vl nv) Debug: evaluateType1 form: (Field) debug: evaluateType form: (Fraction (Integer)) $param: (vl nv) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (vl nv) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (vl nv) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Field) debug: evaluateType1 x: (DirectProduct nv (NonNegativeInteger)) m: (OrderedAbelianMonoidSup) debug: evaluateType1 categoryForm: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (vl nv) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (DirectProduct nv (NonNegativeInteger)) $param: (vl nv) Debug: evaluateType1 form: (DirectProduct nv (NonNegativeInteger)) debug: evaluateType1 x: nv m: (NonNegativeInteger) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (vl nv) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (vl nv) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evalCategory d: (DirectProduct nv (NonNegativeInteger)) c: (OrderedAbelianMonoidSup) debug: evaluateType1 x: (OrderedVariableList vl) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (vl nv) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList vl) $param: (vl nv) Debug: evaluateType1 form: (OrderedVariableList vl) debug: evaluateType1 x: vl m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList vl) c: (OrderedSet) debug: evaluateType1 x: (DistributedMultivariatePolynomial vl (Fraction (Integer))) m: (PolynomialCategory (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl)) debug: evaluateType1 categoryForm: (PolynomialCategory (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl)) debug: evaluateType form: (PolynomialCategory (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl)) $param: (vl nv) Debug: evaluateType1 form: (PolynomialCategory (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl)) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (vl nv) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: (vl nv) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (vl nv) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (vl nv) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evaluateType1 x: (DirectProduct nv (NonNegativeInteger)) m: (OrderedAbelianMonoidSup) debug: evaluateType1 categoryForm: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (vl nv) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (DirectProduct nv (NonNegativeInteger)) $param: (vl nv) Debug: evaluateType1 form: (DirectProduct nv (NonNegativeInteger)) debug: evaluateType1 x: nv m: (NonNegativeInteger) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (vl nv) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (vl nv) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evalCategory d: (DirectProduct nv (NonNegativeInteger)) c: (OrderedAbelianMonoidSup) debug: evaluateType1 x: (OrderedVariableList vl) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (vl nv) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList vl) $param: (vl nv) Debug: evaluateType1 form: (OrderedVariableList vl) debug: evaluateType1 x: vl m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList vl) c: (OrderedSet) debug: evaluateType form: (DistributedMultivariatePolynomial vl (Fraction (Integer))) $param: (vl nv) Debug: evaluateType1 form: (DistributedMultivariatePolynomial vl (Fraction (Integer))) debug: evaluateType1 x: vl m: (List (Symbol)) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (vl nv) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: (vl nv) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (vl nv) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (vl nv) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evalCategory d: (DistributedMultivariatePolynomial vl (Fraction (Integer))) c: (PolynomialCategory (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl)) debug: evaluateType form: (PolynomialIdeals (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl) (DistributedMultivariatePolynomial vl (Fraction (Integer)))) $param: (vl nv) Debug: evaluateType1 form: (PolynomialIdeals (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl) (DistributedMultivariatePolynomial vl (Fraction (Integer)))) debug: evaluateType1 x: (Fraction (Integer)) m: (Field) debug: evaluateType1 categoryForm: (Field) debug: evaluateType form: (Field) $param: (vl nv) Debug: evaluateType1 form: (Field) debug: evaluateType form: (Fraction (Integer)) $param: (vl nv) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (vl nv) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (vl nv) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Field) debug: evaluateType1 x: (DirectProduct nv (NonNegativeInteger)) m: (OrderedAbelianMonoidSup) debug: evaluateType1 categoryForm: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (vl nv) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (DirectProduct nv (NonNegativeInteger)) $param: (vl nv) Debug: evaluateType1 form: (DirectProduct nv (NonNegativeInteger)) debug: evaluateType1 x: nv m: (NonNegativeInteger) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (vl nv) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (vl nv) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evalCategory d: (DirectProduct nv (NonNegativeInteger)) c: (OrderedAbelianMonoidSup) debug: evaluateType1 x: (OrderedVariableList vl) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (vl nv) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList vl) $param: (vl nv) Debug: evaluateType1 form: (OrderedVariableList vl) debug: evaluateType1 x: vl m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList vl) c: (OrderedSet) debug: evaluateType1 x: (DistributedMultivariatePolynomial vl (Fraction (Integer))) m: (PolynomialCategory (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl)) debug: evaluateType1 categoryForm: (PolynomialCategory (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl)) debug: evaluateType form: (PolynomialCategory (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl)) $param: (vl nv) Debug: evaluateType1 form: (PolynomialCategory (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl)) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (vl nv) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: (vl nv) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (vl nv) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (vl nv) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evaluateType1 x: (DirectProduct nv (NonNegativeInteger)) m: (OrderedAbelianMonoidSup) debug: evaluateType1 categoryForm: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (vl nv) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (DirectProduct nv (NonNegativeInteger)) $param: (vl nv) Debug: evaluateType1 form: (DirectProduct nv (NonNegativeInteger)) debug: evaluateType1 x: nv m: (NonNegativeInteger) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (vl nv) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (vl nv) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evalCategory d: (DirectProduct nv (NonNegativeInteger)) c: (OrderedAbelianMonoidSup) debug: evaluateType1 x: (OrderedVariableList vl) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (vl nv) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList vl) $param: (vl nv) Debug: evaluateType1 form: (OrderedVariableList vl) debug: evaluateType1 x: vl m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList vl) c: (OrderedSet) debug: evaluateType form: (DistributedMultivariatePolynomial vl (Fraction (Integer))) $param: (vl nv) Debug: evaluateType1 form: (DistributedMultivariatePolynomial vl (Fraction (Integer))) debug: evaluateType1 x: vl m: (List (Symbol)) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (vl nv) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: (vl nv) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (vl nv) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (vl nv) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evalCategory d: (DistributedMultivariatePolynomial vl (Fraction (Integer))) c: (PolynomialCategory (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl)) debug: evaluateType form: (List (OrderedVariableList vl)) $param: (vl nv) Debug: evaluateType1 form: (List (OrderedVariableList vl)) debug: evaluateType1 x: (OrderedVariableList vl) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (vl nv) Debug: evaluateType1 form: (Type) debug: evaluateType form: (OrderedVariableList vl) $param: (vl nv) Debug: evaluateType1 form: (OrderedVariableList vl) debug: evaluateType1 x: vl m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList vl) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE zeroDimPrime? ((Boolean) (PolynomialIdeals (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl) (DistributedMultivariatePolynomial vl (Fraction (Integer)))))) (SIGNATURE zeroDimPrimary? ((Boolean) (PolynomialIdeals (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl) (DistributedMultivariatePolynomial vl (Fraction (Integer)))))) (SIGNATURE prime? ((Boolean) (PolynomialIdeals (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl) (DistributedMultivariatePolynomial vl (Fraction (Integer)))))) (SIGNATURE radical ((PolynomialIdeals (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl) (DistributedMultivariatePolynomial vl (Fraction (Integer)))) (PolynomialIdeals (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl) (DistributedMultivariatePolynomial vl (Fraction (Integer)))))) (SIGNATURE primaryDecomp ((List (PolynomialIdeals (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl) (DistributedMultivariatePolynomial vl (Fraction (Integer))))) (PolynomialIdeals (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl) (DistributedMultivariatePolynomial vl (Fraction (Integer)))))) (SIGNATURE contract ((PolynomialIdeals (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl) (DistributedMultivariatePolynomial vl (Fraction (Integer)))) (PolynomialIdeals (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl) (DistributedMultivariatePolynomial vl (Fraction (Integer)))) (List (OrderedVariableList vl))))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for IdealDecompositionPackage compiling into /tmp/oa-qhO8qq importing MPolyCatRationalFunctionFactorizer(DirectProduct(nv,NonNegativeInteger),OrderedVariableList vl,Integer,DistributedMultivariatePolynomial(vl,Fraction Polynomial Integer)) importing GroebnerPackage(Fraction Polynomial Integer,DirectProduct(nv,NonNegativeInteger),OrderedVariableList vl,DistributedMultivariatePolynomial(vl,Fraction Polynomial Integer)) importing GroebnerPackage(Fraction Integer,DirectProduct(nv,NonNegativeInteger),OrderedVariableList vl,DistributedMultivariatePolynomial(vl,Fraction Integer)) compiling local convertQF : Fraction Integer -> Fraction Polynomial Integer Time: 0.14 SEC. compiling local convertFQ : Fraction Polynomial Integer -> Fraction Integer Time: 0.02 SEC. compiling local internalForm : PolynomialIdeals(Fraction Integer,DirectProduct(nv,NonNegativeInteger),OrderedVariableList vl,DistributedMultivariatePolynomial(vl,Fraction Integer)) -> PolynomialIdeals(Fraction Polynomial Integer,DirectProduct(nv,NonNegativeInteger),OrderedVariableList vl,DistributedMultivariatePolynomial(vl,Fraction Polynomial Integer)) Time: 0.10 SEC. compiling local externalForm : PolynomialIdeals(Fraction Polynomial Integer,DirectProduct(nv,NonNegativeInteger),OrderedVariableList vl,DistributedMultivariatePolynomial(vl,Fraction Polynomial Integer)) -> PolynomialIdeals(Fraction Integer,DirectProduct(nv,NonNegativeInteger),OrderedVariableList vl,DistributedMultivariatePolynomial(vl,Fraction Integer)) Time: 0.07 SEC. compiling local deleteunit : List PolynomialIdeals(Fraction Polynomial Integer,DirectProduct(nv,NonNegativeInteger),OrderedVariableList vl,DistributedMultivariatePolynomial(vl,Fraction Polynomial Integer)) -> List PolynomialIdeals(Fraction Polynomial Integer,DirectProduct(nv,NonNegativeInteger),OrderedVariableList vl,DistributedMultivariatePolynomial(vl,Fraction Polynomial Integer)) Time: 0.06 SEC. compiling local rearrange : List OrderedVariableList vl -> List OrderedVariableList vl Time: 0.01 SEC. compiling local zeroRadComp : (PolynomialIdeals(Fraction Polynomial Integer,DirectProduct(nv,NonNegativeInteger),OrderedVariableList vl,DistributedMultivariatePolynomial(vl,Fraction Polynomial Integer)),List OrderedVariableList vl) -> PolynomialIdeals(Fraction Polynomial Integer,DirectProduct(nv,NonNegativeInteger),OrderedVariableList vl,DistributedMultivariatePolynomial(vl,Fraction Polynomial Integer)) Time: 0.24 SEC. compiling local goodPower : (DistributedMultivariatePolynomial(vl,Fraction Polynomial Integer),PolynomialIdeals(Fraction Polynomial Integer,DirectProduct(nv,NonNegativeInteger),OrderedVariableList vl,DistributedMultivariatePolynomial(vl,Fraction Polynomial Integer))) -> Record(spol: DistributedMultivariatePolynomial(vl,Fraction Polynomial Integer),id: PolynomialIdeals(Fraction Polynomial Integer,DirectProduct(nv,NonNegativeInteger),OrderedVariableList vl,DistributedMultivariatePolynomial(vl,Fraction Polynomial Integer))) Time: 0.09 SEC. compiling local zerodimcase : (PolynomialIdeals(Fraction Polynomial Integer,DirectProduct(nv,NonNegativeInteger),OrderedVariableList vl,DistributedMultivariatePolynomial(vl,Fraction Polynomial Integer)),List OrderedVariableList vl) -> Boolean Time: 0.17 SEC. compiling local findvar : (PolynomialIdeals(Fraction Polynomial Integer,DirectProduct(nv,NonNegativeInteger),OrderedVariableList vl,DistributedMultivariatePolynomial(vl,Fraction Polynomial Integer)),List OrderedVariableList vl) -> OrderedVariableList vl Time: 0.04 SEC. compiling local reduceDim : (Union(zeroPrimDecomp,zeroRadComp),PolynomialIdeals(Fraction Polynomial Integer,DirectProduct(nv,NonNegativeInteger),OrderedVariableList vl,DistributedMultivariatePolynomial(vl,Fraction Polynomial Integer)),List OrderedVariableList vl) -> List PolynomialIdeals(Fraction Polynomial Integer,DirectProduct(nv,NonNegativeInteger),OrderedVariableList vl,DistributedMultivariatePolynomial(vl,Fraction Polynomial Integer)) Time: 0.06 SEC. compiling local zeroPrimDecomp : (PolynomialIdeals(Fraction Polynomial Integer,DirectProduct(nv,NonNegativeInteger),OrderedVariableList vl,DistributedMultivariatePolynomial(vl,Fraction Polynomial Integer)),List OrderedVariableList vl) -> List PolynomialIdeals(Fraction Polynomial Integer,DirectProduct(nv,NonNegativeInteger),OrderedVariableList vl,DistributedMultivariatePolynomial(vl,Fraction Polynomial Integer)) Time: 0.15 SEC. compiling exported radical : PolynomialIdeals(Fraction Integer,DirectProduct(nv,NonNegativeInteger),OrderedVariableList vl,DistributedMultivariatePolynomial(vl,Fraction Integer)) -> PolynomialIdeals(Fraction Integer,DirectProduct(nv,NonNegativeInteger),OrderedVariableList vl,DistributedMultivariatePolynomial(vl,Fraction Integer)) Time: 0.06 SEC. compiling local pushdown : (DistributedMultivariatePolynomial(vl,Fraction Polynomial Integer),OrderedVariableList vl) -> DistributedMultivariatePolynomial(vl,Fraction Polynomial Integer) Time: 0.02 SEC. compiling local pushdterm : (DistributedMultivariatePolynomial(vl,Fraction Polynomial Integer),OrderedVariableList vl,Integer) -> DistributedMultivariatePolynomial(vl,Fraction Polynomial Integer) Time: 0.05 SEC. compiling local pushup : (DistributedMultivariatePolynomial(vl,Fraction Polynomial Integer),OrderedVariableList vl) -> DistributedMultivariatePolynomial(vl,Fraction Polynomial Integer) Time: 0.05 SEC. compiling local trueden : (Polynomial Integer,Symbol) -> Polynomial Integer Time: 0.02 SEC. compiling local pushuterm : (DistributedMultivariatePolynomial(vl,Fraction Polynomial Integer),Symbol,OrderedVariableList vl) -> DistributedMultivariatePolynomial(vl,Fraction Polynomial Integer) Time: 0.11 SEC. compiling local pushucoef : (SparseUnivariatePolynomial Polynomial Integer,OrderedVariableList vl) -> DistributedMultivariatePolynomial(vl,Fraction Polynomial Integer) Time: 0.05 SEC. compiling local is0dimprimary : (PolynomialIdeals(Fraction Polynomial Integer,DirectProduct(nv,NonNegativeInteger),OrderedVariableList vl,DistributedMultivariatePolynomial(vl,Fraction Polynomial Integer)),List OrderedVariableList vl) -> Boolean Time: 0.31 SEC. compiling local genPosLastVar : (PolynomialIdeals(Fraction Polynomial Integer,DirectProduct(nv,NonNegativeInteger),OrderedVariableList vl,DistributedMultivariatePolynomial(vl,Fraction Polynomial Integer)),List OrderedVariableList vl) -> Record(changeval: List Integer,genideal: PolynomialIdeals(Fraction Polynomial Integer,DirectProduct(nv,NonNegativeInteger),OrderedVariableList vl,DistributedMultivariatePolynomial(vl,Fraction Polynomial Integer))) Time: 0.21 SEC. compiling local backGenPos : (PolynomialIdeals(Fraction Polynomial Integer,DirectProduct(nv,NonNegativeInteger),OrderedVariableList vl,DistributedMultivariatePolynomial(vl,Fraction Polynomial Integer)),List Integer,List OrderedVariableList vl) -> PolynomialIdeals(Fraction Polynomial Integer,DirectProduct(nv,NonNegativeInteger),OrderedVariableList vl,DistributedMultivariatePolynomial(vl,Fraction Polynomial Integer)) Time: 0.30 SEC. compiling local ismonic : (DistributedMultivariatePolynomial(vl,Fraction Polynomial Integer),OrderedVariableList vl) -> Boolean Time: 0.02 SEC. compiling local testPower : (SparseUnivariatePolynomial DistributedMultivariatePolynomial(vl,Fraction Polynomial Integer),OrderedVariableList vl,PolynomialIdeals(Fraction Polynomial Integer,DirectProduct(nv,NonNegativeInteger),OrderedVariableList vl,DistributedMultivariatePolynomial(vl,Fraction Polynomial Integer))) -> Boolean Time: 0.06 SEC. compiling exported zeroDimPrime? : PolynomialIdeals(Fraction Integer,DirectProduct(nv,NonNegativeInteger),OrderedVariableList vl,DistributedMultivariatePolynomial(vl,Fraction Integer)) -> Boolean Time: 0.18 SEC. compiling exported zeroDimPrimary? : PolynomialIdeals(Fraction Integer,DirectProduct(nv,NonNegativeInteger),OrderedVariableList vl,DistributedMultivariatePolynomial(vl,Fraction Integer)) -> Boolean Time: 0.00 SEC. compiling exported primaryDecomp : PolynomialIdeals(Fraction Integer,DirectProduct(nv,NonNegativeInteger),OrderedVariableList vl,DistributedMultivariatePolynomial(vl,Fraction Integer)) -> List PolynomialIdeals(Fraction Integer,DirectProduct(nv,NonNegativeInteger),OrderedVariableList vl,DistributedMultivariatePolynomial(vl,Fraction Integer)) Time: 0.08 SEC. compiling exported contract : (PolynomialIdeals(Fraction Integer,DirectProduct(nv,NonNegativeInteger),OrderedVariableList vl,DistributedMultivariatePolynomial(vl,Fraction Integer)),List OrderedVariableList vl) -> PolynomialIdeals(Fraction Integer,DirectProduct(nv,NonNegativeInteger),OrderedVariableList vl,DistributedMultivariatePolynomial(vl,Fraction Integer)) Time: 0.48 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] convertFQ: ground has no value [2] internalForm: not known that PolynomialCategory(Fraction (Integer))(DirectProduct nv (NonNegativeInteger))(OrderedVariableList vl) is of mode CATEGORY(domain,reorder: (%,List Integer) -> %) [3] internalForm: not known that PolynomialCategory(Fraction (Polynomial (Integer)))(DirectProduct nv (NonNegativeInteger))(OrderedVariableList vl) is of mode CATEGORY(domain,reorder: (%,List Integer) -> %) [4] externalForm: not known that PolynomialCategory(Fraction (Polynomial (Integer)))(DirectProduct nv (NonNegativeInteger))(OrderedVariableList vl) is of mode CATEGORY(domain,reorder: (%,List Integer) -> %) [5] externalForm: not known that PolynomialCategory(Fraction (Integer))(DirectProduct nv (NonNegativeInteger))(OrderedVariableList vl) is of mode CATEGORY(domain,reorder: (%,List Integer) -> %) [6] zeroRadComp: not known that PolynomialCategory(Fraction (Polynomial (Integer)))(DirectProduct nv (NonNegativeInteger))(OrderedVariableList vl) is of mode CATEGORY(domain,reorder: (%,List Integer) -> %) [7] zeroRadComp: not known that Ring is of mode CATEGORY(package,zeroDimPrime?: PolynomialIdeals(Fraction Integer,DirectProduct(nv,NonNegativeInteger),OrderedVariableList vl,DistributedMultivariatePolynomial(vl,Fraction Integer)) -> Boolean,zeroDimPrimary?: PolynomialIdeals(Fraction Integer,DirectProduct(nv,NonNegativeInteger),OrderedVariableList vl,DistributedMultivariatePolynomial(vl,Fraction Integer)) -> Boolean,prime?: PolynomialIdeals(Fraction Integer,DirectProduct(nv,NonNegativeInteger),OrderedVariableList vl,DistributedMultivariatePolynomial(vl,Fraction Integer)) -> Boolean,radical: PolynomialIdeals(Fraction Integer,DirectProduct(nv,NonNegativeInteger),OrderedVariableList vl,DistributedMultivariatePolynomial(vl,Fraction Integer)) -> PolynomialIdeals(Fraction Integer,DirectProduct(nv,NonNegativeInteger),OrderedVariableList vl,DistributedMultivariatePolynomial(vl,Fraction Integer)),primaryDecomp: PolynomialIdeals(Fraction Integer,DirectProduct(nv,NonNegativeInteger),OrderedVariableList vl,DistributedMultivariatePolynomial(vl,Fraction Integer)) -> List PolynomialIdeals(Fraction Integer,DirectProduct(nv,NonNegativeInteger),OrderedVariableList vl,DistributedMultivariatePolynomial(vl,Fraction Integer)),contract: (PolynomialIdeals(Fraction Integer,DirectProduct(nv,NonNegativeInteger),OrderedVariableList vl,DistributedMultivariatePolynomial(vl,Fraction Integer)),List OrderedVariableList vl) -> PolynomialIdeals(Fraction Integer,DirectProduct(nv,NonNegativeInteger),OrderedVariableList vl,DistributedMultivariatePolynomial(vl,Fraction Integer))) [8] reduceDim: not known that PolynomialCategory(Fraction (Polynomial (Integer)))(DirectProduct nv (NonNegativeInteger))(OrderedVariableList vl) is of mode CATEGORY(domain,reorder: (%,List Integer) -> %) [9] zeroPrimDecomp: factors has no value [10] zeroPrimDecomp: not known that PolynomialCategory(Fraction (Polynomial (Integer)))(DirectProduct nv (NonNegativeInteger))(OrderedVariableList vl) is of mode CATEGORY(domain,reorder: (%,List Integer) -> %) [11] is0dimprimary: factors has no value [12] testPower: : Integer -- replace by pretend [13] zeroDimPrime?: factors has no value [14] primaryDecomp: not known that PolynomialCategory(Fraction (Integer))(DirectProduct nv (NonNegativeInteger))(OrderedVariableList vl) is of mode CATEGORY(domain,reorder: (%,List Integer) -> %) [15] contract: IN has no value [16] contract: vv has no value [17] contract: not known that PolynomialCategory(Fraction (Integer))(DirectProduct nv (NonNegativeInteger))(OrderedVariableList vl) is of mode CATEGORY(domain,reorder: (%,List Integer) -> %) Cumulative Statistics for Constructor IdealDecompositionPackage Time: 3.18 seconds finalizing NRLIB IDECOMP Processing IdealDecompositionPackage for Browser database: -- zeroDimPrime? : Ideal -> Boolean -- zeroDimPrimary? : Ideal -> Boolean -- prime? : Ideal -> Boolean -- radical : Ideal -> Ideal -- primaryDecomp : Ideal -> List Ideal -- contract : (Ideal,List OV) -> Ideal -- constructor ; compiling file "/tmp/oa-qhO8qq/code.lsp" (written 01 FEB 2016 11:06:46 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |IDECOMP;convertQF| ...) ; compiling (DEFUN |IDECOMP;convertFQ| ...) ; compiling (DEFUN |IDECOMP;internalForm| ...) ; compiling (DEFUN |IDECOMP;externalForm| ...) ; compiling (DEFUN |IDECOMP;deleteunit| ...) ; file: /tmp/oa-qhO8qq/code.lsp ; in: DEFUN |IDECOMP;deleteunit| ; (DEFUN BOOT::|IDECOMP;deleteunit| (BOOT::|lI| BOOT::$) ; (LET ((#:G842 BOOT::|lI|) (#:G589 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G842 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IDECOMP;deleteunit| ; (BOOT::|lI| BOOT::$) ; (BLOCK BOOT::|IDECOMP;deleteunit| ; (LET ((#:G842 BOOT::|lI|) (#:G589 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |IDECOMP;rearrange| ...) ; file: /tmp/oa-qhO8qq/code.lsp ; in: DEFUN |IDECOMP;rearrange| ; (DEFUN BOOT::|IDECOMP;rearrange| (BOOT::|vlist| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|vlist| NIL (BOOT::|shellEntry| BOOT::$ 56)) ; BOOT::|vlist|) ; (T ; (BOOT::SPADCALL (CONS #'BOOT::|IDECOMP;rearrange!0| BOOT::$) ; (BOOT::SPADCALL # # #) (BOOT::|shellEntry| BOOT::$ 60))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IDECOMP;rearrange| ; (BOOT::|vlist| BOOT::$) ; (BLOCK BOOT::|IDECOMP;rearrange| ; (COND ((BOOT::SPADCALL BOOT::|vlist| NIL #) BOOT::|vlist|) ; (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |IDECOMP;rearrange!0| ...) ; compiling (DEFUN |IDECOMP;zeroRadComp| ...) ; compiling (DEFUN |IDECOMP;goodPower| ...) ; compiling (DEFUN |IDECOMP;zerodimcase| ...) ; compiling (DEFUN |IDECOMP;findvar| ...) ; compiling (DEFUN |IDECOMP;reduceDim| ...) ; compiling (DEFUN |IDECOMP;zeroPrimDecomp| ...) ; file: /tmp/oa-qhO8qq/code.lsp ; in: DEFUN |IDECOMP;zeroPrimDecomp| ; (LET* ((BOOT::|newJ| ; (BOOT::|IDECOMP;genPosLastVar| BOOT::I BOOT::|truelist| BOOT::$)) ; (BOOT::|lval| (CAR BOOT::|newJ|)) ; (BOOT::J ; (BOOT::SPADCALL (CDR BOOT::|newJ|) (BOOT::|shellEntry| BOOT::$ 92))) ; (BOOT::|x| ; (BOOT::SPADCALL BOOT::|truelist| 'BOOTTRAN:|last| ; (BOOT::|shellEntry| BOOT::$ 62))) ; (BOOT::|Jd| (BOOT::SPADCALL BOOT::J (BOOT::|shellEntry| BOOT::$ 37))) ; (BOOT::|g| ; (BOOT::SPADCALL BOOT::|Jd| 'BOOTTRAN:|last| ; (BOOT::|shellEntry| BOOT::$ 72))) ; (BOOT::|lfact| ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|g| #) ; (BOOT::|shellEntry| BOOT::$ 124))) ; (BOOT::|ris| NIL)) ; (BOOT::SEQ ; (LET ((#:G854 BOOT::|lfact|)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::EXIT BOOT::|ris|))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; (DEFUN BOOT::|IDECOMP;zeroPrimDecomp| (BOOT::I BOOT::|truelist| BOOT::$) ; (PROG (BOOT::J1) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IDECOMP;zeroPrimDecomp| ; (BOOT::I BOOT::|truelist| BOOT::$) ; (BLOCK BOOT::|IDECOMP;zeroPrimDecomp| ; (PROG (BOOT::J1) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |IDECOMP;radical;2Pi;13| ...) ; compiling (DEFUN |IDECOMP;pushdown| ...) ; compiling (DEFUN |IDECOMP;pushdterm| ...) ; file: /tmp/oa-qhO8qq/code.lsp ; in: DEFUN |IDECOMP;pushdterm| ; (DEFUN BOOT::|IDECOMP;pushdterm| (BOOT::|t| BOOT::|x| BOOT::|i| BOOT::$) ; (LET* ((BOOT::|n| (BOOT::SPADCALL BOOT::|t| BOOT::|x| #)) ; (BOOT::|xp| (BOOT::SPADCALL BOOT::|x| #)) ; (BOOT::|cf| (BOOT::SPADCALL # #)) ; (BOOT::|newt| (BOOT::SPADCALL BOOT::|t| # #))) ; (BOOT::SPADCALL BOOT::|cf| (COND (# #) (T #)) ; (BOOT::|shellEntry| BOOT::$ 134)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IDECOMP;pushdterm| ; (BOOT::|t| BOOT::|x| BOOT::|i| BOOT::$) ; (BLOCK BOOT::|IDECOMP;pushdterm| ; (LET* ((BOOT::|n| #) (BOOT::|xp| #) (BOOT::|cf| #) (BOOT::|newt| #)) ; (BOOT::SPADCALL BOOT::|cf| (COND # #) ; (BOOT::|shellEntry| BOOT::$ 134))))) ; ; caught STYLE-WARNING: ; The variable |i| is defined but never used. ; compiling (DEFUN |IDECOMP;pushup| ...) ; compiling (DEFUN |IDECOMP;trueden| ...) ; compiling (DEFUN |IDECOMP;pushuterm| ...) ; compiling (DEFUN |IDECOMP;pushucoef| ...) ; compiling (DEFUN |IDECOMP;is0dimprimary| ...) ; compiling (DEFUN |IDECOMP;genPosLastVar| ...) ; compiling (DEFUN |IDECOMP;backGenPos| ...) ; compiling (DEFUN |IDECOMP;ismonic| ...) ; file: /tmp/oa-qhO8qq/code.lsp ; in: DEFUN |IDECOMP;ismonic| ; (DEFUN BOOT::|IDECOMP;ismonic| (BOOT::|f| BOOT::|x| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|f| BOOT::|x| (BOOT::|shellEntry| BOOT::$ 85)) ; (BOOT::|shellEntry| BOOT::$ 166)) ; (BOOT::|shellEntry| BOOT::$ 167))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IDECOMP;ismonic| ; (BOOT::|f| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|IDECOMP;ismonic| ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|f| BOOT::|x| #) ; (BOOT::|shellEntry| BOOT::$ 166)) ; (BOOT::|shellEntry| BOOT::$ 167)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |IDECOMP;testPower| ...) ; file: /tmp/oa-qhO8qq/code.lsp ; in: DEFUN |IDECOMP;testPower| ; (DEFUN BOOT::|IDECOMP;testPower| (BOOT::|uf| BOOT::|x| BOOT::J BOOT::$) ; (LET* ((BOOT::|df| (BOOT::SPADCALL BOOT::|uf| #)) ; (BOOT::|trailp| (BOOT::SPADCALL # # #)) ; (BOOT::|linp| (BOOT::SPADCALL # BOOT::|df| #)) ; (BOOT::|g| (BOOT::SPADCALL # BOOT::|x| #))) ; (BOOT::SPADCALL BOOT::|g| BOOT::J (BOOT::|shellEntry| BOOT::$ 161)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IDECOMP;testPower| ; (BOOT::|uf| BOOT::|x| BOOT::J BOOT::$) ; (BLOCK BOOT::|IDECOMP;testPower| ; (LET* ((BOOT::|df| #) (BOOT::|trailp| #) (BOOT::|linp| #) (BOOT::|g| #)) ; (BOOT::SPADCALL BOOT::|g| BOOT::J (BOOT::|shellEntry| BOOT::$ 161))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |IDECOMP;zeroDimPrime?;PiB;25| ...) ; compiling (DEFUN |IDECOMP;zeroDimPrimary?;PiB;26| ...) ; compiling (DEFUN |IDECOMP;primaryDecomp;PiL;27| ...) ; file: /tmp/oa-qhO8qq/code.lsp ; in: DEFUN |IDECOMP;primaryDecomp;PiL;27| ; (DEFUN BOOT::|IDECOMP;primaryDecomp;PiL;27| (BOOT::I BOOT::$) ; (LET* ((BOOT::J (BOOT::SPADCALL # #)) ; (BOOT::|truelist| (BOOT::|IDECOMP;rearrange| # BOOT::$))) ; (COND ((BOOT::SPADCALL BOOT::|truelist| NIL #) (LIST #)) ; (T ; (LET # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IDECOMP;primaryDecomp;PiL;27| ; (BOOT::I BOOT::$) ; (BLOCK BOOT::|IDECOMP;primaryDecomp;PiL;27| ; (LET* ((BOOT::J #) (BOOT::|truelist| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |IDECOMP;contract;PiLPi;28| ...) ; compiling (DEFUN |IdealDecompositionPackage| ...) ; compiling (DEFUN |IdealDecompositionPackage;| ...) ; compiling (MAKEPROP (QUOTE |IdealDecompositionPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 6 notes ; /tmp/oa-qhO8qq/code.fasl written ; compilation finished in 0:00:00.229 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile INPSIGN.spad && cp INPSIGN.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INPSIGN.fasl \ && if test -f INPSIGN-.NRLIB/code.fasl; then \ cp INPSIGN-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INPSIGN-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INPSIGN.spad using Spad compiler. INPSIGN abbreviates package InnerPolySign debug: compDefine1 lhs: (InnerPolySign R UP) signature (pre-evaluate): ((CATEGORY package (SIGNATURE signAround ((Union (Integer) failed) UP (Integer) (Mapping (Union (Integer) failed) R))) (SIGNATURE signAround ((Union (Integer) failed) UP R (Integer) (Mapping (Union (Integer) failed) R))) (SIGNATURE signAround ((Union (Integer) failed) UP R (Mapping (Union (Integer) failed) R)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE signAround ((Union (Integer) failed) UP (Integer) (Mapping (Union (Integer) failed) R))) (SIGNATURE signAround ((Union (Integer) failed) UP R (Integer) (Mapping (Union (Integer) failed) R))) (SIGNATURE signAround ((Union (Integer) failed) UP R (Mapping (Union (Integer) failed) R)))) $param: (R UP) debug: evaluateType form: (Union (Integer) failed) $param: (R UP) debug: evaluateType form: (Integer) $param: (R UP) Debug: evaluateType1 form: (Integer) debug: evaluateType form: failed $param: (R UP) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: (Integer) $param: (R UP) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Mapping (Union (Integer) failed) R) $param: (R UP) debug: evaluateType form: (Union (Integer) failed) $param: (R UP) debug: evaluateType form: (Integer) $param: (R UP) Debug: evaluateType1 form: (Integer) debug: evaluateType form: failed $param: (R UP) debug: evaluateType form: R $param: (R UP) debug: evaluateType form: (Union (Integer) failed) $param: (R UP) debug: evaluateType form: (Integer) $param: (R UP) Debug: evaluateType1 form: (Integer) debug: evaluateType form: failed $param: (R UP) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: R $param: (R UP) debug: evaluateType form: (Integer) $param: (R UP) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Mapping (Union (Integer) failed) R) $param: (R UP) debug: evaluateType form: (Union (Integer) failed) $param: (R UP) debug: evaluateType form: (Integer) $param: (R UP) Debug: evaluateType1 form: (Integer) debug: evaluateType form: failed $param: (R UP) debug: evaluateType form: R $param: (R UP) debug: evaluateType form: (Union (Integer) failed) $param: (R UP) debug: evaluateType form: (Integer) $param: (R UP) Debug: evaluateType1 form: (Integer) debug: evaluateType form: failed $param: (R UP) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: R $param: (R UP) debug: evaluateType form: (Mapping (Union (Integer) failed) R) $param: (R UP) debug: evaluateType form: (Union (Integer) failed) $param: (R UP) debug: evaluateType form: (Integer) $param: (R UP) Debug: evaluateType1 form: (Integer) debug: evaluateType form: failed $param: (R UP) debug: evaluateType form: R $param: (R UP) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE signAround ((Union (Integer) failed) UP (Integer) (Mapping (Union (Integer) failed) R))) (SIGNATURE signAround ((Union (Integer) failed) UP R (Integer) (Mapping (Union (Integer) failed) R))) (SIGNATURE signAround ((Union (Integer) failed) UP R (Mapping (Union (Integer) failed) R)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for InnerPolySign compiling into /tmp/oa-fdsBcW compiling exported signAround : (UP,R,R -> Union(Integer,failed)) -> Union(Integer,failed) Time: 0.06 SEC. compiling exported signAround : (UP,R,Integer,R -> Union(Integer,failed)) -> Union(Integer,failed) Time: 0.01 SEC. compiling exported signAround : (UP,Integer,R -> Union(Integer,failed)) -> Union(Integer,failed) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor InnerPolySign Time: 0.10 seconds finalizing NRLIB INPSIGN Processing InnerPolySign for Browser database: -- signAround : (UP,Integer,(R -> U)) -> U -- signAround : (UP,R,Integer,(R -> U)) -> U -- signAround : (UP,R,(R -> U)) -> U -- constructor ; compiling file "/tmp/oa-fdsBcW/code.lsp" (written 01 FEB 2016 11:06:47 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |INPSIGN;signAround;UPRMU;1| ...) ; compiling (DEFUN |INPSIGN;signAround;UPRIMU;2| ...) ; file: /tmp/oa-fdsBcW/code.lsp ; in: DEFUN |INPSIGN;signAround;UPRIMU;2| ; (DEFUN BOOT::|INPSIGN;signAround;UPRIMU;2| ; (BOOT::|p| BOOT::|x| BOOT::|dir| BOOT::|rsign| BOOT::$) ; (PROG (BOOT::|u|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INPSIGN;signAround;UPRIMU;2| ; (BOOT::|p| BOOT::|x| BOOT::|dir| BOOT::|rsign| BOOT::$) ; (BLOCK BOOT::|INPSIGN;signAround;UPRIMU;2| ; (PROG (BOOT::|u|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |INPSIGN;signAround;UPIMU;3| ...) ; compiling (DEFUN |InnerPolySign| ...) ; compiling (DEFUN |InnerPolySign;| ...) ; compiling (MAKEPROP (QUOTE |InnerPolySign|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-fdsBcW/code.fasl written ; compilation finished in 0:00:00.028 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MONOTOOL.spad && cp MONOTOOL.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MONOTOOL.fasl \ && if test -f MONOTOOL-.NRLIB/code.fasl; then \ cp MONOTOOL-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MONOTOOL-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MONOTOOL.spad using Spad compiler. MONOTOOL abbreviates package MonomialExtensionTools debug: compDefine1 lhs: (MonomialExtensionTools F UP) signature (pre-evaluate): ((CATEGORY package (SIGNATURE split ((Record (: normal UP) (: special UP)) UP (Mapping UP UP))) (SIGNATURE splitSquarefree ((Record (: normal (Factored UP)) (: special (Factored UP))) UP (Mapping UP UP))) (SIGNATURE normalDenom (UP (Fraction UP) (Mapping UP UP))) (SIGNATURE decompose ((Record (: poly UP) (: normal (Fraction UP)) (: special (Fraction UP))) (Fraction UP) (Mapping UP UP)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE split ((Record (: normal UP) (: special UP)) UP (Mapping UP UP))) (SIGNATURE splitSquarefree ((Record (: normal (Factored UP)) (: special (Factored UP))) UP (Mapping UP UP))) (SIGNATURE normalDenom (UP (Fraction UP) (Mapping UP UP))) (SIGNATURE decompose ((Record (: poly UP) (: normal (Fraction UP)) (: special (Fraction UP))) (Fraction UP) (Mapping UP UP)))) $param: (F UP) debug: evaluateType form: (Record (: normal UP) (: special UP)) $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: (Mapping UP UP) $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: (Record (: normal (Factored UP)) (: special (Factored UP))) $param: (F UP) debug: evaluateType form: (Factored UP) $param: (F UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Factored UP) $param: (F UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: (Mapping UP UP) $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Mapping UP UP) $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: (Record (: poly UP) (: normal (Fraction UP)) (: special (Fraction UP))) $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Mapping UP UP) $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE split ((Record (: normal UP) (: special UP)) UP (Mapping UP UP))) (SIGNATURE splitSquarefree ((Record (: normal (Factored UP)) (: special (Factored UP))) UP (Mapping UP UP))) (SIGNATURE normalDenom (UP (Fraction UP) (Mapping UP UP))) (SIGNATURE decompose ((Record (: poly UP) (: normal (Fraction UP)) (: special (Fraction UP))) (Fraction UP) (Mapping UP UP)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for MonomialExtensionTools compiling into /tmp/oa-zMxl3f compiling exported normalDenom : (Fraction UP,UP -> UP) -> UP Time: 0.07 SEC. compiling exported split : (UP,UP -> UP) -> Record(normal: UP,special: UP) Time: 0.03 SEC. compiling exported splitSquarefree : (UP,UP -> UP) -> Record(normal: Factored UP,special: Factored UP) Time: 0.04 SEC. compiling exported decompose : (Fraction UP,UP -> UP) -> Record(poly: UP,normal: Fraction UP,special: Fraction UP) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] splitSquarefree: not known that IntegralDomain is of mode CATEGORY(package,split: (UP,(UP -> UP)) -> Record(normal: UP,special: UP),splitSquarefree: (UP,(UP -> UP)) -> Record(normal: Factored UP,special: Factored UP),normalDenom: (Fraction UP,(UP -> UP)) -> UP,decompose: (Fraction UP,(UP -> UP)) -> Record(poly: UP,normal: Fraction UP,special: Fraction UP)) Cumulative Statistics for Constructor MonomialExtensionTools Time: 0.15 seconds finalizing NRLIB MONOTOOL Processing MonomialExtensionTools for Browser database: -- split : (UP,(UP -> UP)) -> Record(normal: UP,special: UP) -- splitSquarefree : (UP,(UP -> UP)) -> Record(normal: FR,special: FR) -- normalDenom : (RF,(UP -> UP)) -> UP -- decompose : (RF,(UP -> UP)) -> Record(poly: UP,normal: RF,special: RF) -- constructor ; compiling file "/tmp/oa-zMxl3f/code.lsp" (written 01 FEB 2016 11:06:47 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MONOTOOL;normalDenom;FMUP;1| ...) ; compiling (DEFUN |MONOTOOL;split;UPMR;2| ...) ; compiling (DEFUN |MONOTOOL;splitSquarefree;UPMR;3| ...) ; compiling (DEFUN |MONOTOOL;decompose;FMR;4| ...) ; compiling (DEFUN |MonomialExtensionTools| ...) ; compiling (DEFUN |MonomialExtensionTools;| ...) ; compiling (MAKEPROP (QUOTE |MonomialExtensionTools|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-zMxl3f/code.fasl written ; compilation finished in 0:00:00.042 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile INTHERTR.spad && cp INTHERTR.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INTHERTR.fasl \ && if test -f INTHERTR-.NRLIB/code.fasl; then \ cp INTHERTR-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INTHERTR-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INTHERTR.spad using Spad compiler. INTHERTR abbreviates package TranscendentalHermiteIntegration debug: compDefine1 lhs: (TranscendentalHermiteIntegration F UP) signature (pre-evaluate): ((CATEGORY package (SIGNATURE HermiteIntegrate ((Record (: answer (Fraction UP)) (: logpart (Fraction UP)) (: specpart (Fraction UP)) (: polypart UP)) (Fraction UP) (Mapping UP UP)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE HermiteIntegrate ((Record (: answer (Fraction UP)) (: logpart (Fraction UP)) (: specpart (Fraction UP)) (: polypart UP)) (Fraction UP) (Mapping UP UP)))) $param: (F UP) debug: evaluateType form: (Record (: answer (Fraction UP)) (: logpart (Fraction UP)) (: specpart (Fraction UP)) (: polypart UP)) $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Mapping UP UP) $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE HermiteIntegrate ((Record (: answer (Fraction UP)) (: logpart (Fraction UP)) (: specpart (Fraction UP)) (: polypart UP)) (Fraction UP) (Mapping UP UP)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for TranscendentalHermiteIntegration compiling into /tmp/oa-RNMG5x importing MonomialExtensionTools(F,UP) compiling exported HermiteIntegrate : (Fraction UP,UP -> UP) -> Record(answer: Fraction UP,logpart: Fraction UP,specpart: Fraction UP,polypart: UP) Time: 0.06 SEC. compiling local normalHermiteIntegrate : (Fraction UP,UP -> UP) -> Record(answer: Fraction UP,lognum: UP,logden: UP) Time: 0.09 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor TranscendentalHermiteIntegration Time: 0.15 seconds finalizing NRLIB INTHERTR Processing TranscendentalHermiteIntegration for Browser database: -- HermiteIntegrate : (RF,(UP -> UP)) -> HER -- constructor ; compiling file "/tmp/oa-RNMG5x/code.lsp" (written 01 FEB 2016 11:06:47 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |INTHERTR;HermiteIntegrate;FMR;1| ...) ; compiling (DEFUN |INTHERTR;normalHermiteIntegrate| ...) ; compiling (DEFUN |TranscendentalHermiteIntegration| ...) ; compiling (DEFUN |TranscendentalHermiteIntegration;| ...) ; compiling (MAKEPROP (QUOTE |TranscendentalHermiteIntegration|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-RNMG5x/code.fasl written ; compilation finished in 0:00:00.048 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile IR.spad && cp IR.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IR.fasl \ && if test -f IR-.NRLIB/code.fasl; then \ cp IR-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IR-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IR.spad using Spad compiler. IR abbreviates domain IntegrationResult debug: compDefine1 lhs: (IntegrationResult F) signature (pre-evaluate): ((Join (Module (Fraction (Integer))) (RetractableTo F) (CATEGORY domain (SIGNATURE mkAnswer ($ F (List (Record (: scalar (Fraction (Integer))) (: coeff (SparseUnivariatePolynomial F)) (: logand (SparseUnivariatePolynomial F)))) (List (Record (: integrand F) (: intvar F))))) (SIGNATURE ratpart (F $)) (SIGNATURE logpart ((List (Record (: scalar (Fraction (Integer))) (: coeff (SparseUnivariatePolynomial F)) (: logand (SparseUnivariatePolynomial F)))) $)) (SIGNATURE notelem ((List (Record (: integrand F) (: intvar F))) $)) (SIGNATURE elem? ((Boolean) $)) (SIGNATURE integral ($ F F)) (SIGNATURE differentiate (F $ (Mapping F F))) (IF (has F (PartialDifferentialRing (Symbol))) (SIGNATURE differentiate (F $ (Symbol))) %noBranch) (IF (has F (RetractableTo (Symbol))) (SIGNATURE integral ($ F (Symbol))) %noBranch))) (Field)) debug: evaluateType form: (Join (Module (Fraction (Integer))) (RetractableTo F) (CATEGORY domain (SIGNATURE mkAnswer ($ F (List (Record (: scalar (Fraction (Integer))) (: coeff (SparseUnivariatePolynomial F)) (: logand (SparseUnivariatePolynomial F)))) (List (Record (: integrand F) (: intvar F))))) (SIGNATURE ratpart (F $)) (SIGNATURE logpart ((List (Record (: scalar (Fraction (Integer))) (: coeff (SparseUnivariatePolynomial F)) (: logand (SparseUnivariatePolynomial F)))) $)) (SIGNATURE notelem ((List (Record (: integrand F) (: intvar F))) $)) (SIGNATURE elem? ((Boolean) $)) (SIGNATURE integral ($ F F)) (SIGNATURE differentiate (F $ (Mapping F F))) (IF (has F (PartialDifferentialRing (Symbol))) (SIGNATURE differentiate (F $ (Symbol))) %noBranch) (IF (has F (RetractableTo (Symbol))) (SIGNATURE integral ($ F (Symbol))) %noBranch))) $param: (F) debug: evaluateType form: (Module (Fraction (Integer))) $param: (F) Debug: evaluateType1 form: (Module (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: (F) Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (Fraction (Integer)) $param: (F) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (F) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (F) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (CommutativeRing) debug: evaluateType form: (RetractableTo F) $param: (F) Debug: evaluateType1 form: (RetractableTo F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE mkAnswer ($ F (List (Record (: scalar (Fraction (Integer))) (: coeff (SparseUnivariatePolynomial F)) (: logand (SparseUnivariatePolynomial F)))) (List (Record (: integrand F) (: intvar F))))) (SIGNATURE ratpart (F $)) (SIGNATURE logpart ((List (Record (: scalar (Fraction (Integer))) (: coeff (SparseUnivariatePolynomial F)) (: logand (SparseUnivariatePolynomial F)))) $)) (SIGNATURE notelem ((List (Record (: integrand F) (: intvar F))) $)) (SIGNATURE elem? ((Boolean) $)) (SIGNATURE integral ($ F F)) (SIGNATURE differentiate (F $ (Mapping F F))) (IF (has F (PartialDifferentialRing (Symbol))) (SIGNATURE differentiate (F $ (Symbol))) %noBranch) (IF (has F (RetractableTo (Symbol))) (SIGNATURE integral ($ F (Symbol))) %noBranch)) $param: (F) debug: evaluateType form: F $param: (F) debug: evaluateType form: (List (Record (: scalar (Fraction (Integer))) (: coeff (SparseUnivariatePolynomial F)) (: logand (SparseUnivariatePolynomial F)))) $param: (F) Debug: evaluateType1 form: (List (Record (: scalar (Fraction (Integer))) (: coeff (SparseUnivariatePolynomial F)) (: logand (SparseUnivariatePolynomial F)))) debug: evaluateType1 x: (Record (: scalar (Fraction (Integer))) (: coeff (SparseUnivariatePolynomial F)) (: logand (SparseUnivariatePolynomial F))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: scalar (Fraction (Integer))) (: coeff (SparseUnivariatePolynomial F)) (: logand (SparseUnivariatePolynomial F))) $param: (F) debug: evaluateType form: (Fraction (Integer)) $param: (F) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (F) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (F) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (F) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (F) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (Record (: scalar (Fraction (Integer))) (: coeff (SparseUnivariatePolynomial F)) (: logand (SparseUnivariatePolynomial F))) c: (Type) debug: evaluateType form: (List (Record (: integrand F) (: intvar F))) $param: (F) Debug: evaluateType1 form: (List (Record (: integrand F) (: intvar F))) debug: evaluateType1 x: (Record (: integrand F) (: intvar F)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: integrand F) (: intvar F)) $param: (F) debug: evaluateType form: F $param: (F) debug: evaluateType form: F $param: (F) debug: evalCategory d: (Record (: integrand F) (: intvar F)) c: (Type) debug: evaluateType form: F $param: (F) debug: evaluateType form: (List (Record (: scalar (Fraction (Integer))) (: coeff (SparseUnivariatePolynomial F)) (: logand (SparseUnivariatePolynomial F)))) $param: (F) Debug: evaluateType1 form: (List (Record (: scalar (Fraction (Integer))) (: coeff (SparseUnivariatePolynomial F)) (: logand (SparseUnivariatePolynomial F)))) debug: evaluateType1 x: (Record (: scalar (Fraction (Integer))) (: coeff (SparseUnivariatePolynomial F)) (: logand (SparseUnivariatePolynomial F))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: scalar (Fraction (Integer))) (: coeff (SparseUnivariatePolynomial F)) (: logand (SparseUnivariatePolynomial F))) $param: (F) debug: evaluateType form: (Fraction (Integer)) $param: (F) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (F) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (F) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (F) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (F) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (Record (: scalar (Fraction (Integer))) (: coeff (SparseUnivariatePolynomial F)) (: logand (SparseUnivariatePolynomial F))) c: (Type) debug: evaluateType form: (List (Record (: integrand F) (: intvar F))) $param: (F) Debug: evaluateType1 form: (List (Record (: integrand F) (: intvar F))) debug: evaluateType1 x: (Record (: integrand F) (: intvar F)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: integrand F) (: intvar F)) $param: (F) debug: evaluateType form: F $param: (F) debug: evaluateType form: F $param: (F) debug: evalCategory d: (Record (: integrand F) (: intvar F)) c: (Type) debug: evaluateType form: (Boolean) $param: (F) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: F $param: (F) debug: evaluateType form: F $param: (F) debug: evaluateType form: F $param: (F) debug: evaluateType form: (Mapping F F) $param: (F) debug: evaluateType form: F $param: (F) debug: evaluateType form: F $param: (F) debug: evaluateType form: (Field) $param: (F) Debug: evaluateType1 form: (Field) debug: compDefine1 signature (post evaluate): ((Join (Module (Fraction (Integer))) (RetractableTo F) (CATEGORY domain (SIGNATURE mkAnswer ($ F (List (Record (: scalar (Fraction (Integer))) (: coeff (SparseUnivariatePolynomial F)) (: logand (SparseUnivariatePolynomial F)))) (List (Record (: integrand F) (: intvar F))))) (SIGNATURE ratpart (F $)) (SIGNATURE logpart ((List (Record (: scalar (Fraction (Integer))) (: coeff (SparseUnivariatePolynomial F)) (: logand (SparseUnivariatePolynomial F)))) $)) (SIGNATURE notelem ((List (Record (: integrand F) (: intvar F))) $)) (SIGNATURE elem? ((Boolean) $)) (SIGNATURE integral ($ F F)) (SIGNATURE differentiate (F $ (Mapping F F))) (IF (has F (PartialDifferentialRing (Symbol))) (SIGNATURE differentiate (F $ (Symbol))) %noBranch) (IF (has F (RetractableTo (Symbol))) (SIGNATURE integral ($ F (Symbol))) %noBranch))) (Field)) debug: compDefine1 lhs: (IntegrationResult F) signature (pre-evaluate): ((Join (Module (Fraction (Integer))) (RetractableTo F) (CATEGORY domain (SIGNATURE mkAnswer ($ F (List (Record (: scalar (Fraction (Integer))) (: coeff (SparseUnivariatePolynomial F)) (: logand (SparseUnivariatePolynomial F)))) (List (Record (: integrand F) (: intvar F))))) (SIGNATURE ratpart (F $)) (SIGNATURE logpart ((List (Record (: scalar (Fraction (Integer))) (: coeff (SparseUnivariatePolynomial F)) (: logand (SparseUnivariatePolynomial F)))) $)) (SIGNATURE notelem ((List (Record (: integrand F) (: intvar F))) $)) (SIGNATURE elem? ((Boolean) $)) (SIGNATURE integral ($ F F)) (SIGNATURE differentiate (F $ (Mapping F F))) (IF (has F (PartialDifferentialRing (Symbol))) (SIGNATURE differentiate (F $ (Symbol))) %noBranch) (IF (has F (RetractableTo (Symbol))) (SIGNATURE integral ($ F (Symbol))) %noBranch))) NIL) debug: evaluateType form: (Join (Module (Fraction (Integer))) (RetractableTo F) (CATEGORY domain (SIGNATURE mkAnswer ($ F (List (Record (: scalar (Fraction (Integer))) (: coeff (SparseUnivariatePolynomial F)) (: logand (SparseUnivariatePolynomial F)))) (List (Record (: integrand F) (: intvar F))))) (SIGNATURE ratpart (F $)) (SIGNATURE logpart ((List (Record (: scalar (Fraction (Integer))) (: coeff (SparseUnivariatePolynomial F)) (: logand (SparseUnivariatePolynomial F)))) $)) (SIGNATURE notelem ((List (Record (: integrand F) (: intvar F))) $)) (SIGNATURE elem? ((Boolean) $)) (SIGNATURE integral ($ F F)) (SIGNATURE differentiate (F $ (Mapping F F))) (IF (has F (PartialDifferentialRing (Symbol))) (SIGNATURE differentiate (F $ (Symbol))) %noBranch) (IF (has F (RetractableTo (Symbol))) (SIGNATURE integral ($ F (Symbol))) %noBranch))) $param: (F) debug: evaluateType form: (Module (Fraction (Integer))) $param: (F) Debug: evaluateType1 form: (Module (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: (F) Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (Fraction (Integer)) $param: (F) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (F) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (F) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (CommutativeRing) debug: evaluateType form: (RetractableTo F) $param: (F) Debug: evaluateType1 form: (RetractableTo F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE mkAnswer ($ F (List (Record (: scalar (Fraction (Integer))) (: coeff (SparseUnivariatePolynomial F)) (: logand (SparseUnivariatePolynomial F)))) (List (Record (: integrand F) (: intvar F))))) (SIGNATURE ratpart (F $)) (SIGNATURE logpart ((List (Record (: scalar (Fraction (Integer))) (: coeff (SparseUnivariatePolynomial F)) (: logand (SparseUnivariatePolynomial F)))) $)) (SIGNATURE notelem ((List (Record (: integrand F) (: intvar F))) $)) (SIGNATURE elem? ((Boolean) $)) (SIGNATURE integral ($ F F)) (SIGNATURE differentiate (F $ (Mapping F F))) (IF (has F (PartialDifferentialRing (Symbol))) (SIGNATURE differentiate (F $ (Symbol))) %noBranch) (IF (has F (RetractableTo (Symbol))) (SIGNATURE integral ($ F (Symbol))) %noBranch)) $param: (F) debug: evaluateType form: F $param: (F) debug: evaluateType form: (List (Record (: scalar (Fraction (Integer))) (: coeff (SparseUnivariatePolynomial F)) (: logand (SparseUnivariatePolynomial F)))) $param: (F) Debug: evaluateType1 form: (List (Record (: scalar (Fraction (Integer))) (: coeff (SparseUnivariatePolynomial F)) (: logand (SparseUnivariatePolynomial F)))) debug: evaluateType1 x: (Record (: scalar (Fraction (Integer))) (: coeff (SparseUnivariatePolynomial F)) (: logand (SparseUnivariatePolynomial F))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: scalar (Fraction (Integer))) (: coeff (SparseUnivariatePolynomial F)) (: logand (SparseUnivariatePolynomial F))) $param: (F) debug: evaluateType form: (Fraction (Integer)) $param: (F) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (F) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (F) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (F) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (F) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (Record (: scalar (Fraction (Integer))) (: coeff (SparseUnivariatePolynomial F)) (: logand (SparseUnivariatePolynomial F))) c: (Type) debug: evaluateType form: (List (Record (: integrand F) (: intvar F))) $param: (F) Debug: evaluateType1 form: (List (Record (: integrand F) (: intvar F))) debug: evaluateType1 x: (Record (: integrand F) (: intvar F)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: integrand F) (: intvar F)) $param: (F) debug: evaluateType form: F $param: (F) debug: evaluateType form: F $param: (F) debug: evalCategory d: (Record (: integrand F) (: intvar F)) c: (Type) debug: evaluateType form: F $param: (F) debug: evaluateType form: (List (Record (: scalar (Fraction (Integer))) (: coeff (SparseUnivariatePolynomial F)) (: logand (SparseUnivariatePolynomial F)))) $param: (F) Debug: evaluateType1 form: (List (Record (: scalar (Fraction (Integer))) (: coeff (SparseUnivariatePolynomial F)) (: logand (SparseUnivariatePolynomial F)))) debug: evaluateType1 x: (Record (: scalar (Fraction (Integer))) (: coeff (SparseUnivariatePolynomial F)) (: logand (SparseUnivariatePolynomial F))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: scalar (Fraction (Integer))) (: coeff (SparseUnivariatePolynomial F)) (: logand (SparseUnivariatePolynomial F))) $param: (F) debug: evaluateType form: (Fraction (Integer)) $param: (F) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (F) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (F) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (F) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (F) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (Record (: scalar (Fraction (Integer))) (: coeff (SparseUnivariatePolynomial F)) (: logand (SparseUnivariatePolynomial F))) c: (Type) debug: evaluateType form: (List (Record (: integrand F) (: intvar F))) $param: (F) Debug: evaluateType1 form: (List (Record (: integrand F) (: intvar F))) debug: evaluateType1 x: (Record (: integrand F) (: intvar F)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: integrand F) (: intvar F)) $param: (F) debug: evaluateType form: F $param: (F) debug: evaluateType form: F $param: (F) debug: evalCategory d: (Record (: integrand F) (: intvar F)) c: (Type) debug: evaluateType form: (Boolean) $param: (F) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: F $param: (F) debug: evaluateType form: F $param: (F) debug: evaluateType form: F $param: (F) debug: evaluateType form: (Mapping F F) $param: (F) debug: evaluateType form: F $param: (F) debug: evaluateType form: F $param: (F) debug: compDefine1 signature (post evaluate): ((Join (Module (Fraction (Integer))) (RetractableTo F) (CATEGORY domain (SIGNATURE mkAnswer ($ F (List (Record (: scalar (Fraction (Integer))) (: coeff (SparseUnivariatePolynomial F)) (: logand (SparseUnivariatePolynomial F)))) (List (Record (: integrand F) (: intvar F))))) (SIGNATURE ratpart (F $)) (SIGNATURE logpart ((List (Record (: scalar (Fraction (Integer))) (: coeff (SparseUnivariatePolynomial F)) (: logand (SparseUnivariatePolynomial F)))) $)) (SIGNATURE notelem ((List (Record (: integrand F) (: intvar F))) $)) (SIGNATURE elem? ((Boolean) $)) (SIGNATURE integral ($ F F)) (SIGNATURE differentiate (F $ (Mapping F F))) (IF (has F (PartialDifferentialRing (Symbol))) (SIGNATURE differentiate (F $ (Symbol))) %noBranch) (IF (has F (RetractableTo (Symbol))) (SIGNATURE integral ($ F (Symbol))) %noBranch))) NIL) ------------------------------------------------------------------------ initializing stationary directory for IntegrationResult compiling into /tmp/oa-iuYmfQ compiling exported - : % -> % Time: 0.13 SEC. compiling exported Zero : () -> % Time: 0.02 SEC. compiling exported coerce : F -> % Time: 0.02 SEC. compiling exported ratpart : % -> F IR;ratpart;$F;4 u is replaced by %vref(u,0) Time: 0 SEC. compiling exported logpart : % -> List Record(scalar: Fraction Integer,coeff: SparseUnivariatePolynomial F,logand: SparseUnivariatePolynomial F) IR;logpart;$L;5 u is replaced by %vref(u,1) Time: 0.01 SEC. compiling exported notelem : % -> List Record(integrand: F,intvar: F) IR;notelem;$L;6 u is replaced by %vref(u,2) Time: 0.01 SEC. compiling exported elem? : % -> Boolean IR;elem?;$B;7 u is replaced by %lempty? %vref(u,2) Time: 0.01 SEC. compiling exported mkAnswer : (F,List Record(scalar: Fraction Integer,coeff: SparseUnivariatePolynomial F,logand: SparseUnivariatePolynomial F),List Record(integrand: F,intvar: F)) -> % Time: 0.02 SEC. compiling local timelog : (Fraction Integer,Record(scalar: Fraction Integer,coeff: SparseUnivariatePolynomial F,logand: SparseUnivariatePolynomial F)) -> Record(scalar: Fraction Integer,coeff: SparseUnivariatePolynomial F,logand: SparseUnivariatePolynomial F) Time: 0.03 SEC. compiling exported integral : (F,F) -> % Time: 0.02 SEC. compiling local timene : (Fraction Integer,Record(integrand: F,intvar: F)) -> Record(integrand: F,intvar: F) Time: 0.02 SEC. compiling exported * : (Integer,%) -> % Time: 0.02 SEC. compiling local Q2F : Fraction Integer -> F Time: 0.02 SEC. compiling local neselect : (List Record(integrand: F,intvar: F),F) -> F Time: 0.01 SEC. compiling exported integral : (F,Symbol) -> % Time: 0.01 SEC. compiling local LOG2O : Record(scalar: Fraction Integer,coeff: SparseUnivariatePolynomial F,logand: SparseUnivariatePolynomial F) -> OutputForm Debug compQuote expr: (QUOTE log) m: (OutputForm) Debug compQuote expr: (QUOTE log) m: (OutputForm) Debug compQuote expr: (QUOTE log) m: (OutputForm) Debug compQuote expr: (QUOTE log) m: (OutputForm) Time: 0.27 SEC. compiling local nesimp : List Record(integrand: F,intvar: F) -> List Record(integrand: F,intvar: F) Time: 0.02 SEC. compiling exported retractIfCan : % -> Union(F,failed) Time: 0.02 SEC. compiling exported retractIfCan : % -> Union(F,failed) IR;retractIfCan;$U;19 u is replaced by %when( %pair(0,%vref(u,0)),%otherwise %pair(1,"failed")) Time: 0.01 SEC. compiling exported retractIfCan : % -> Union(F,failed) IR;retractIfCan;$U;20 u is replaced by %when( %pair(0,%vref(u,0)),%otherwise %pair(1,"failed")) Time: 0.01 SEC. compiling exported * : (Fraction Integer,%) -> % Time: 0.04 SEC. compiling exported + : (%,%) -> % Time: 0.02 SEC. compiling exported differentiate : (%,Symbol) -> F Time: 0.01 SEC. compiling exported differentiate : (%,F -> F) -> F Time: 0.03 SEC. compiling local pNeDeriv : (Record(integrand: F,intvar: F),F -> F) -> F Time: 0.01 SEC. compiling local pLogDeriv : (Record(scalar: Fraction Integer,coeff: SparseUnivariatePolynomial F,logand: SparseUnivariatePolynomial F),F -> F) -> F Time: 0.18 SEC. compiling exported coerce : % -> OutputForm Time: 0.11 SEC. compiling local NE2O : Record(integrand: F,intvar: F) -> OutputForm Debug compQuote expr: (QUOTE d) m: (OutputForm) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.03 SEC. Warnings: [1] Type List Record(scalar: Fraction Integer,coeff: SparseUnivariatePolynomial F,logand: SparseUnivariatePolynomial F) is not in scope. Import it [2] Type List Record(integrand: F,intvar: F) is not in scope. Import it [3] elem?: empty? has no value [4] LOG2O: degree has no value [5] nesimp: IN has no value [6] nesimp: ne has no value [7] nesimp: intvar has no value [8] retractIfCan: empty? has no value [9] pLogDeriv: map has no value [10] coerce: reverse! has no value Cumulative Statistics for Constructor IntegrationResult Time: 1.12 seconds finalizing NRLIB IR Processing IntegrationResult for Browser database: -- mkAnswer : (F,List LOG,List NE) -> % -- ratpart : % -> F -- logpart : % -> List LOG -- notelem : % -> List NE -- elem? : % -> B -- integral : (F,F) -> % -- differentiate : (%,(F -> F)) -> F -- differentiate : (%,Symbol) -> F -- integral : (F,Symbol) -> % -- constructor ; compiling file "/tmp/oa-iuYmfQ/code.lsp" (written 01 FEB 2016 11:06:49 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IR;ratpart;$F;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IR;logpart;$L;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IR;notelem;$L;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IR;elem?;$B;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IR;retractIfCan;$U;19|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IR;retractIfCan;$U;20|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |IR;-;2$;1| ...) ; compiling (DEFUN |IR;Zero;$;2| ...) ; compiling (DEFUN |IR;coerce;F$;3| ...) ; compiling (DEFUN |IR;ratpart;$F;4| ...) ; compiling (DEFUN |IR;logpart;$L;5| ...) ; compiling (DEFUN |IR;notelem;$L;6| ...) ; compiling (DEFUN |IR;elem?;$B;7| ...) ; compiling (DEFUN |IR;mkAnswer;FLL$;8| ...) ; compiling (DEFUN |IR;timelog| ...) ; compiling (DEFUN |IR;integral;2F$;10| ...) ; file: /tmp/oa-iuYmfQ/code.lsp ; in: DEFUN |IR;integral;2F$;10| ; (DEFUN BOOT::|IR;integral;2F$;10| (BOOT::|f| BOOT::|x| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|f| (BOOT::|shellEntry| BOOT::$ 37)) ; (BOOT::|spadConstant| BOOT::$ 18)) ; (T ; (BOOT::|IR;mkAnswer;FLL$;8| (BOOT::|spadConstant| BOOT::$ 19) NIL ; (LIST #) BOOT::$)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IR;integral;2F$;10| ; (BOOT::|f| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|IR;integral;2F$;10| ; (COND ((BOOT::SPADCALL BOOT::|f| #) (BOOT::|spadConstant| BOOT::$ 18)) ; (T (BOOT::|IR;mkAnswer;FLL$;8| # NIL # BOOT::$))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |IR;timene| ...) ; compiling (DEFUN |IR;*;I2$;12| ...) ; compiling (DEFUN |IR;Q2F| ...) ; compiling (DEFUN |IR;neselect| ...) ; compiling (DEFUN |IR;integral;FS$;15| ...) ; compiling (DEFUN |IR;LOG2O| ...) ; compiling (DEFUN |IR;nesimp| ...) ; file: /tmp/oa-iuYmfQ/code.lsp ; in: DEFUN |IR;nesimp| ; (DEFUN BOOT::|IR;nesimp| (BOOT::|l| BOOT::$) ; (PROG (BOOT::|u|) ; (RETURN ; (LET (# #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IR;nesimp| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|IR;nesimp| ; (PROG (BOOT::|u|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |IR;retractIfCan;$U;18| ...) ; compiling (DEFUN |IR;retractIfCan;$U;19| ...) ; compiling (DEFUN |IR;retractIfCan;$U;20| ...) ; compiling (DEFUN |IR;*;F2$;21| ...) ; file: /tmp/oa-iuYmfQ/code.lsp ; in: DEFUN |IR;*;F2$;21| ; (DEFUN BOOT::|IR;*;F2$;21| (BOOT::|r| BOOT::|u| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|r| (BOOT::|spadConstant| BOOT::$ 78) ; (BOOT::|shellEntry| BOOT::$ 79)) ; (BOOT::|spadConstant| BOOT::$ 18)) ; (T ; (BOOT::|IR;mkAnswer;FLL$;8| (BOOT::SPADCALL # # #) (BOOT::SPADCALL # # #) ; (BOOT::SPADCALL # # #) BOOT::$)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IR;*;F2$;21| ; (BOOT::|r| BOOT::|u| BOOT::$) ; (BLOCK BOOT::|IR;*;F2$;21| ; (COND ; ((BOOT::SPADCALL BOOT::|r| # #) (BOOT::|spadConstant| BOOT::$ 18)) ; (T (BOOT::|IR;mkAnswer;FLL$;8| # # # BOOT::$))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |IR;*;F2$;21!1| ...) ; compiling (DEFUN |IR;*;F2$;21!0| ...) ; compiling (DEFUN |IR;+;3$;22| ...) ; compiling (DEFUN |IR;differentiate;$SF;23| ...) ; compiling (DEFUN |IR;differentiate;$SF;23!0| ...) ; compiling (DEFUN |IR;differentiate;$MF;24| ...) ; compiling (DEFUN |IR;pNeDeriv| ...) ; compiling (DEFUN |IR;pLogDeriv| ...) ; compiling (DEFUN |IR;coerce;$Of;27| ...) ; compiling (DEFUN |IR;NE2O| ...) ; compiling (DEFUN |IntegrationResult| ...) ; compiling (DEFUN |IntegrationResult;| ...) ; compiling (MAKEPROP (QUOTE |IntegrationResult|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 3 notes ; /tmp/oa-iuYmfQ/code.fasl written ; compilation finished in 0:00:00.155 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile LAUPOL.spad && cp LAUPOL.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LAUPOL.fasl \ && if test -f LAUPOL-.NRLIB/code.fasl; then \ cp LAUPOL-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LAUPOL-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LAUPOL.spad using Spad compiler. LAUPOL abbreviates domain LaurentPolynomial debug: compDefine1 lhs: (LaurentPolynomial R UP) signature (pre-evaluate): ((Join (DifferentialExtension UP) (IntegralDomain) (ConvertibleTo (Fraction UP)) (FullyRetractableTo R) (RetractableTo UP) (CATEGORY domain (SIGNATURE monomial? ((Boolean) $)) (SIGNATURE degree ((Integer) $)) (SIGNATURE order ((Integer) $)) (SIGNATURE reductum ($ $)) (SIGNATURE leadingCoefficient (R $)) (SIGNATURE trailingCoefficient (R $)) (SIGNATURE coefficient (R $ (Integer))) (SIGNATURE monomial ($ R (Integer))) (IF (has R (CharacteristicZero)) (ATTRIBUTE (CharacteristicZero)) %noBranch) (IF (has R (CharacteristicNonZero)) (ATTRIBUTE (CharacteristicNonZero)) %noBranch) (IF (has R (Field)) (PROGN (ATTRIBUTE (EuclideanDomain)) (SIGNATURE separate ((Record (: polyPart $) (: fracPart (Fraction UP))) (Fraction UP)))) %noBranch))) NIL NIL) debug: evaluateType form: (Join (DifferentialExtension UP) (IntegralDomain) (ConvertibleTo (Fraction UP)) (FullyRetractableTo R) (RetractableTo UP) (CATEGORY domain (SIGNATURE monomial? ((Boolean) $)) (SIGNATURE degree ((Integer) $)) (SIGNATURE order ((Integer) $)) (SIGNATURE reductum ($ $)) (SIGNATURE leadingCoefficient (R $)) (SIGNATURE trailingCoefficient (R $)) (SIGNATURE coefficient (R $ (Integer))) (SIGNATURE monomial ($ R (Integer))) (IF (has R (CharacteristicZero)) (ATTRIBUTE (CharacteristicZero)) %noBranch) (IF (has R (CharacteristicNonZero)) (ATTRIBUTE (CharacteristicNonZero)) %noBranch) (IF (has R (Field)) (PROGN (ATTRIBUTE (EuclideanDomain)) (SIGNATURE separate ((Record (: polyPart $) (: fracPart (Fraction UP))) (Fraction UP)))) %noBranch))) $param: (R UP) debug: evaluateType form: (DifferentialExtension UP) $param: (R UP) Debug: evaluateType1 form: (DifferentialExtension UP) debug: evaluateType1 x: UP m: (Ring) debug: evaluateType form: (IntegralDomain) $param: (R UP) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (ConvertibleTo (Fraction UP)) $param: (R UP) Debug: evaluateType1 form: (ConvertibleTo (Fraction UP)) debug: evaluateType1 x: (Fraction UP) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction UP) $param: (R UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evalCategory d: (Fraction UP) c: (Type) debug: evaluateType form: (FullyRetractableTo R) $param: (R UP) Debug: evaluateType1 form: (FullyRetractableTo R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (RetractableTo UP) $param: (R UP) Debug: evaluateType1 form: (RetractableTo UP) debug: evaluateType1 x: UP m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE monomial? ((Boolean) $)) (SIGNATURE degree ((Integer) $)) (SIGNATURE order ((Integer) $)) (SIGNATURE reductum ($ $)) (SIGNATURE leadingCoefficient (R $)) (SIGNATURE trailingCoefficient (R $)) (SIGNATURE coefficient (R $ (Integer))) (SIGNATURE monomial ($ R (Integer))) (IF (has R (CharacteristicZero)) (ATTRIBUTE (CharacteristicZero)) %noBranch) (IF (has R (CharacteristicNonZero)) (ATTRIBUTE (CharacteristicNonZero)) %noBranch) (IF (has R (Field)) (PROGN (ATTRIBUTE (EuclideanDomain)) (SIGNATURE separate ((Record (: polyPart $) (: fracPart (Fraction UP))) (Fraction UP)))) %noBranch)) $param: (R UP) debug: evaluateType form: (Boolean) $param: (R UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Integer) $param: (R UP) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (R UP) Debug: evaluateType1 form: (Integer) debug: evaluateType form: R $param: (R UP) debug: evaluateType form: R $param: (R UP) debug: evaluateType form: R $param: (R UP) debug: evaluateType form: (Integer) $param: (R UP) Debug: evaluateType1 form: (Integer) debug: evaluateType form: R $param: (R UP) debug: evaluateType form: (Integer) $param: (R UP) Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((Join (DifferentialExtension UP) (IntegralDomain) (ConvertibleTo (Fraction UP)) (FullyRetractableTo R) (RetractableTo UP) (CATEGORY domain (SIGNATURE monomial? ((Boolean) $)) (SIGNATURE degree ((Integer) $)) (SIGNATURE order ((Integer) $)) (SIGNATURE reductum ($ $)) (SIGNATURE leadingCoefficient (R $)) (SIGNATURE trailingCoefficient (R $)) (SIGNATURE coefficient (R $ (Integer))) (SIGNATURE monomial ($ R (Integer))) (IF (has R (CharacteristicZero)) (ATTRIBUTE (CharacteristicZero)) %noBranch) (IF (has R (CharacteristicNonZero)) (ATTRIBUTE (CharacteristicNonZero)) %noBranch) (IF (has R (Field)) (PROGN (ATTRIBUTE (EuclideanDomain)) (SIGNATURE separate ((Record (: polyPart $) (: fracPart (Fraction UP))) (Fraction UP)))) %noBranch))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for LaurentPolynomial compiling into /tmp/oa-UgCMfl compiling exported Zero : () -> % Time: 0.08 SEC. compiling exported One : () -> % Time: 0.01 SEC. compiling exported = : (%,%) -> Boolean Time: 0.03 SEC. compiling local poly : % -> UP LAUPOL;poly is replaced by %head Time: 0 SEC. compiling exported order : % -> Integer LAUPOL;order;$I;5 is replaced by %tail Time: 0.01 SEC. compiling local gpol : (UP,Integer) -> % LAUPOL;gpol is replaced by %pair Time: 0.01 SEC. compiling exported monomial : (R,Integer) -> % Time: 0.01 SEC. compiling exported coerce : UP -> % Time: 0.00 SEC. compiling exported reductum : % -> % Time: 0.00 SEC. compiling exported * : (Integer,%) -> % Time: 0.01 SEC. compiling exported characteristic : () -> NonNegativeInteger Time: 0.01 SEC. compiling exported coerce : Integer -> % Time: 0.01 SEC. compiling exported degree : % -> Integer Time: 0.01 SEC. compiling exported monomial? : % -> Boolean Time: 0 SEC. compiling exported coerce : R -> % Time: 0.01 SEC. compiling exported convert : % -> Fraction UP Time: 0.02 SEC. compiling exported * : (%,%) -> % Time: 0.01 SEC. compiling exported - : % -> % Time: 0.01 SEC. compiling local check0 : (Integer,UP) -> % Time: 0.01 SEC. compiling exported trailingCoefficient : % -> R Time: 0.01 SEC. compiling exported leadingCoefficient : % -> R Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Time: 0.04 SEC. compiling exported coefficient : (%,Integer) -> R Time: 0.02 SEC. compiling exported differentiate : (%,UP -> UP) -> % Time: 0.03 SEC. compiling local monTerm : (R,Integer,OutputForm) -> OutputForm Time: 0.02 SEC. compiling local toutput : (R,Integer,OutputForm) -> OutputForm Time: 0.02 SEC. compiling exported recip : % -> Union(%,failed) Time: 0.01 SEC. compiling exported + : (%,%) -> % Time: 0.09 SEC. compiling local mkgpol : (Integer,UP) -> % Time: 0.01 SEC. compiling exported exquo : (%,%) -> Union(%,failed) Time: 0.01 SEC. compiling exported retractIfCan : % -> Union(UP,failed) Time: 0.01 SEC. compiling exported retractIfCan : % -> Union(R,failed) Time: 0.02 SEC. compiling exported gcd : (%,%) -> % Time: 0.01 SEC. compiling exported separate : Fraction UP -> Record(polyPart: %,fracPart: Fraction UP) Time: 0.04 SEC. compiling exported divide : (%,%) -> Record(quotient: %,remainder: %) Time: 0.05 SEC. compiling exported euclideanSize : % -> NonNegativeInteger Time: 0.01 SEC. compiling exported extendedEuclidean : (%,%,%) -> Union(Record(coef1: %,coef2: %),failed) Time: 0.02 SEC. (time taken in buildFunctor: 16) Time: 0.05 SEC. Warnings: [1] Type Integer is not in scope. Import it [2] +: positive? has no value [3] retractIfCan: negative? has no value [4] not known that Ring is of mode CATEGORY(domain,separate: Fraction UP -> Record(polyPart: %,fracPart: Fraction UP)) Cumulative Statistics for Constructor LaurentPolynomial Time: 0.72 seconds finalizing NRLIB LAUPOL Processing LaurentPolynomial for Browser database: -- monomial? : % -> B -- degree : % -> Z -- order : % -> Z -- reductum : % -> % -- leadingCoefficient : % -> R -- trailingCoefficient : % -> R -- coefficient : (%,Z) -> R -- monomial : (R,Z) -> % -- separate : RF -> Record(polyPart: %,fracPart: RF) -- constructor ; compiling file "/tmp/oa-UgCMfl/code.lsp" (written 01 FEB 2016 11:06:50 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LAUPOL;poly|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LAUPOL;order;$I;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LAUPOL;gpol|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LAUPOL;Zero;$;1| ...) ; compiling (DEFUN |LAUPOL;One;$;2| ...) ; compiling (DEFUN |LAUPOL;=;2$B;3| ...) ; file: /tmp/oa-UgCMfl/code.lsp ; in: DEFUN |LAUPOL;=;2$B;3| ; (DEFUN BOOT::|LAUPOL;=;2$B;3| (BOOT::|p| BOOT::|q| BOOT::$) ; (AND (EQL (CDR BOOT::|p|) (CDR BOOT::|q|)) ; (BOOT::SPADCALL (CAR BOOT::|p|) (CAR BOOT::|q|) ; (BOOT::|shellEntry| BOOT::$ 19)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LAUPOL;=;2$B;3| ; (BOOT::|p| BOOT::|q| BOOT::$) ; (BLOCK BOOT::|LAUPOL;=;2$B;3| ; (AND (EQL (CDR BOOT::|p|) (CDR BOOT::|q|)) ; (BOOT::SPADCALL (CAR BOOT::|p|) (CAR BOOT::|q|) ; (BOOT::|shellEntry| BOOT::$ 19))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |LAUPOL;poly| ...) ; compiling (DEFUN |LAUPOL;order;$I;5| ...) ; compiling (DEFUN |LAUPOL;gpol| ...) ; compiling (DEFUN |LAUPOL;monomial;RI$;7| ...) ; compiling (DEFUN |LAUPOL;coerce;UP$;8| ...) ; compiling (DEFUN |LAUPOL;reductum;2$;9| ...) ; compiling (DEFUN |LAUPOL;*;I2$;10| ...) ; compiling (DEFUN |LAUPOL;characteristic;Nni;11| ...) ; file: /tmp/oa-UgCMfl/code.lsp ; in: DEFUN |LAUPOL;characteristic;Nni;11| ; (DEFUN BOOT::|LAUPOL;characteristic;Nni;11| (BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 31)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LAUPOL;characteristic;Nni;11| ; (BOOT::$) ; (BLOCK BOOT::|LAUPOL;characteristic;Nni;11| ; (BOOT::|spadConstant| BOOT::$ 31))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |LAUPOL;coerce;I$;12| ...) ; compiling (DEFUN |LAUPOL;degree;$I;13| ...) ; compiling (DEFUN |LAUPOL;monomial?;$B;14| ...) ; file: /tmp/oa-UgCMfl/code.lsp ; in: DEFUN |LAUPOL;monomial?;$B;14| ; (DEFUN BOOT::|LAUPOL;monomial?;$B;14| (BOOT::|p| BOOT::$) ; (BOOT::SPADCALL (CAR BOOT::|p|) (BOOT::|shellEntry| BOOT::$ 39))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LAUPOL;monomial?;$B;14| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|LAUPOL;monomial?;$B;14| ; (BOOT::SPADCALL (CAR BOOT::|p|) (BOOT::|shellEntry| BOOT::$ 39)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |LAUPOL;coerce;R$;15| ...) ; compiling (DEFUN |LAUPOL;convert;$F;16| ...) ; compiling (DEFUN |LAUPOL;*;3$;17| ...) ; compiling (DEFUN |LAUPOL;-;2$;18| ...) ; compiling (DEFUN |LAUPOL;check0| ...) ; file: /tmp/oa-UgCMfl/code.lsp ; in: DEFUN |LAUPOL;check0| ; (DEFUN BOOT::|LAUPOL;check0| (BOOT::|n| BOOT::|p| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 52)) ; (BOOT::|spadConstant| BOOT::$ 9)) ; (T (CONS BOOT::|p| BOOT::|n|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LAUPOL;check0| ; (BOOT::|n| BOOT::|p| BOOT::$) ; (BLOCK BOOT::|LAUPOL;check0| ; (COND ((BOOT::SPADCALL BOOT::|p| #) (BOOT::|spadConstant| BOOT::$ 9)) ; (T (CONS BOOT::|p| BOOT::|n|))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |LAUPOL;trailingCoefficient;$R;20| ...) ; compiling (DEFUN |LAUPOL;leadingCoefficient;$R;21| ...) ; compiling (DEFUN |LAUPOL;coerce;$Of;22| ...) ; file: /tmp/oa-UgCMfl/code.lsp ; in: DEFUN |LAUPOL;coerce;$Of;22| ; (DEFUN BOOT::|LAUPOL;coerce;$Of;22| (BOOT::|p| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 58)) ; (BOOT::SPADCALL 0 (BOOT::|shellEntry| BOOT::$ 60))) ; (T ; (LET (# #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LAUPOL;coerce;$Of;22| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|LAUPOL;coerce;$Of;22| ; (COND ((BOOT::SPADCALL BOOT::|p| #) (BOOT::SPADCALL 0 #)) ; (T ; (LET # ; #))))) ; ; note: Assignment to argument: |p| ; prevents use of assertion from function type proclamation: ; CONS ; ; compiling (DEFUN |LAUPOL;coefficient;$IR;23| ...) ; compiling (DEFUN |LAUPOL;differentiate;$M$;24| ...) ; compiling (DEFUN |LAUPOL;monTerm| ...) ; compiling (DEFUN |LAUPOL;toutput| ...) ; compiling (DEFUN |LAUPOL;recip;$U;27| ...) ; compiling (DEFUN |LAUPOL;+;3$;28| ...) ; compiling (DEFUN |LAUPOL;mkgpol| ...) ; file: /tmp/oa-UgCMfl/code.lsp ; in: DEFUN |LAUPOL;mkgpol| ; (DEFUN BOOT::|LAUPOL;mkgpol| (BOOT::|n| BOOT::|p| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 52)) ; (BOOT::|spadConstant| BOOT::$ 9)) ; (T ; (LET (#) ; (CONS # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LAUPOL;mkgpol| ; (BOOT::|n| BOOT::|p| BOOT::$) ; (BLOCK BOOT::|LAUPOL;mkgpol| ; (COND ((BOOT::SPADCALL BOOT::|p| #) (BOOT::|spadConstant| BOOT::$ 9)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |LAUPOL;exquo;2$U;30| ...) ; compiling (DEFUN |LAUPOL;retractIfCan;$U;31| ...) ; file: /tmp/oa-UgCMfl/code.lsp ; in: DEFUN |LAUPOL;retractIfCan;$U;31| ; (DEFUN BOOT::|LAUPOL;retractIfCan;$U;31| (BOOT::|p| BOOT::$) ; (COND ((MINUSP (CDR BOOT::|p|)) (BOOT::|error| "Not retractable")) ; (T (CONS 0 (BOOT::SPADCALL # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LAUPOL;retractIfCan;$U;31| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|LAUPOL;retractIfCan;$U;31| ; (COND ((MINUSP #) (BOOT::|error| "Not retractable")) (T (CONS 0 #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |LAUPOL;retractIfCan;$U;32| ...) ; file: /tmp/oa-UgCMfl/code.lsp ; in: DEFUN |LAUPOL;retractIfCan;$U;32| ; (DEFUN BOOT::|LAUPOL;retractIfCan;$U;32| (BOOT::|p| BOOT::$) ; (COND ; ((BOOT::SPADCALL (CDR BOOT::|p|) 0 (BOOT::|shellEntry| BOOT::$ 96)) ; (CONS 1 "failed")) ; (T (BOOT::SPADCALL (CAR BOOT::|p|) (BOOT::|shellEntry| BOOT::$ 98))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LAUPOL;retractIfCan;$U;32| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|LAUPOL;retractIfCan;$U;32| ; (COND ((BOOT::SPADCALL # 0 #) (CONS 1 "failed")) ; (T (BOOT::SPADCALL # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |LAUPOL;gcd;3$;33| ...) ; compiling (DEFUN |LAUPOL;separate;FR;34| ...) ; compiling (DEFUN |LAUPOL;divide;2$R;35| ...) ; compiling (DEFUN |LAUPOL;euclideanSize;$Nni;36| ...) ; file: /tmp/oa-UgCMfl/code.lsp ; in: DEFUN |LAUPOL;euclideanSize;$Nni;36| ; (DEFUN BOOT::|LAUPOL;euclideanSize;$Nni;36| (BOOT::|p| BOOT::$) ; (BOOT::SPADCALL (CAR BOOT::|p|) (BOOT::|shellEntry| BOOT::$ 36))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LAUPOL;euclideanSize;$Nni;36| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|LAUPOL;euclideanSize;$Nni;36| ; (BOOT::SPADCALL (CAR BOOT::|p|) (BOOT::|shellEntry| BOOT::$ 36)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |LAUPOL;extendedEuclidean;3$U;37| ...) ; compiling (DEFUN |LaurentPolynomial| ...) ; compiling (DEFUN |LaurentPolynomial;| ...) ; compiling (MAKEPROP (QUOTE |LaurentPolynomial|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 9 notes ; /tmp/oa-UgCMfl/code.fasl written ; compilation finished in 0:00:00.111 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile INTTR.spad && cp INTTR.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INTTR.fasl \ && if test -f INTTR-.NRLIB/code.fasl; then \ cp INTTR-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INTTR-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INTTR.spad using Spad compiler. INTTR abbreviates package TranscendentalIntegration debug: compDefine1 lhs: (TranscendentalIntegration F UP) signature (pre-evaluate): ((CATEGORY package (SIGNATURE primintegrate ((Record (: answer (IntegrationResult (Fraction UP))) (: a0 F)) (Fraction UP) (Mapping UP UP) (Mapping (Union (Record (: ratpart F) (: coeff F)) failed) F))) (SIGNATURE expintegrate ((Record (: answer (IntegrationResult (Fraction UP))) (: a0 F)) (Fraction UP) (Mapping UP UP) (Mapping (Record (: ans F) (: right F) (: sol? (Boolean))) (Integer) F))) (SIGNATURE tanintegrate ((Record (: answer (IntegrationResult (Fraction UP))) (: a0 F)) (Fraction UP) (Mapping UP UP) (Mapping (Union (List F) failed) (Integer) F F))) (SIGNATURE primextendedint ((Union (Record (: answer (Fraction UP)) (: a0 F)) (Record (: ratpart (Fraction UP)) (: coeff (Fraction UP))) failed) (Fraction UP) (Mapping UP UP) (Mapping (Union (Record (: ratpart F) (: coeff F)) failed) F) (Fraction UP))) (SIGNATURE expextendedint ((Union (Record (: answer (Fraction UP)) (: a0 F)) (Record (: ratpart (Fraction UP)) (: coeff (Fraction UP))) failed) (Fraction UP) (Mapping UP UP) (Mapping (Record (: ans F) (: right F) (: sol? (Boolean))) (Integer) F) (Fraction UP))) (SIGNATURE primlimitedint ((Union (Record (: answer (Record (: mainpart (Fraction UP)) (: limitedlogs (List (Record (: coeff (Fraction UP)) (: logand (Fraction UP))))))) (: a0 F)) failed) (Fraction UP) (Mapping UP UP) (Mapping (Union (Record (: ratpart F) (: coeff F)) failed) F) (List (Fraction UP)))) (SIGNATURE explimitedint ((Union (Record (: answer (Record (: mainpart (Fraction UP)) (: limitedlogs (List (Record (: coeff (Fraction UP)) (: logand (Fraction UP))))))) (: a0 F)) failed) (Fraction UP) (Mapping UP UP) (Mapping (Record (: ans F) (: right F) (: sol? (Boolean))) (Integer) F) (List (Fraction UP)))) (SIGNATURE primextintfrac ((Union (Record (: ratpart (Fraction UP)) (: coeff (Fraction UP))) failed) (Fraction UP) (Mapping UP UP) (Fraction UP))) (SIGNATURE primlimintfrac ((Union (Record (: mainpart (Fraction UP)) (: limitedlogs (List (Record (: coeff (Fraction UP)) (: logand (Fraction UP)))))) failed) (Fraction UP) (Mapping UP UP) (List (Fraction UP)))) (SIGNATURE primintfldpoly ((Union UP failed) UP (Mapping (Union (Record (: ratpart F) (: coeff F)) failed) F) F)) (SIGNATURE expintfldpoly ((Union (LaurentPolynomial F UP) failed) (LaurentPolynomial F UP) (Mapping (Record (: ans F) (: right F) (: sol? (Boolean))) (Integer) F))) (SIGNATURE monomialIntegrate ((Record (: ir (IntegrationResult (Fraction UP))) (: specpart (Fraction UP)) (: polypart UP)) (Fraction UP) (Mapping UP UP))) (SIGNATURE monomialIntPoly ((Record (: answer UP) (: polypart UP)) UP (Mapping UP UP)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE primintegrate ((Record (: answer (IntegrationResult (Fraction UP))) (: a0 F)) (Fraction UP) (Mapping UP UP) (Mapping (Union (Record (: ratpart F) (: coeff F)) failed) F))) (SIGNATURE expintegrate ((Record (: answer (IntegrationResult (Fraction UP))) (: a0 F)) (Fraction UP) (Mapping UP UP) (Mapping (Record (: ans F) (: right F) (: sol? (Boolean))) (Integer) F))) (SIGNATURE tanintegrate ((Record (: answer (IntegrationResult (Fraction UP))) (: a0 F)) (Fraction UP) (Mapping UP UP) (Mapping (Union (List F) failed) (Integer) F F))) (SIGNATURE primextendedint ((Union (Record (: answer (Fraction UP)) (: a0 F)) (Record (: ratpart (Fraction UP)) (: coeff (Fraction UP))) failed) (Fraction UP) (Mapping UP UP) (Mapping (Union (Record (: ratpart F) (: coeff F)) failed) F) (Fraction UP))) (SIGNATURE expextendedint ((Union (Record (: answer (Fraction UP)) (: a0 F)) (Record (: ratpart (Fraction UP)) (: coeff (Fraction UP))) failed) (Fraction UP) (Mapping UP UP) (Mapping (Record (: ans F) (: right F) (: sol? (Boolean))) (Integer) F) (Fraction UP))) (SIGNATURE primlimitedint ((Union (Record (: answer (Record (: mainpart (Fraction UP)) (: limitedlogs (List (Record (: coeff (Fraction UP)) (: logand (Fraction UP))))))) (: a0 F)) failed) (Fraction UP) (Mapping UP UP) (Mapping (Union (Record (: ratpart F) (: coeff F)) failed) F) (List (Fraction UP)))) (SIGNATURE explimitedint ((Union (Record (: answer (Record (: mainpart (Fraction UP)) (: limitedlogs (List (Record (: coeff (Fraction UP)) (: logand (Fraction UP))))))) (: a0 F)) failed) (Fraction UP) (Mapping UP UP) (Mapping (Record (: ans F) (: right F) (: sol? (Boolean))) (Integer) F) (List (Fraction UP)))) (SIGNATURE primextintfrac ((Union (Record (: ratpart (Fraction UP)) (: coeff (Fraction UP))) failed) (Fraction UP) (Mapping UP UP) (Fraction UP))) (SIGNATURE primlimintfrac ((Union (Record (: mainpart (Fraction UP)) (: limitedlogs (List (Record (: coeff (Fraction UP)) (: logand (Fraction UP)))))) failed) (Fraction UP) (Mapping UP UP) (List (Fraction UP)))) (SIGNATURE primintfldpoly ((Union UP failed) UP (Mapping (Union (Record (: ratpart F) (: coeff F)) failed) F) F)) (SIGNATURE expintfldpoly ((Union (LaurentPolynomial F UP) failed) (LaurentPolynomial F UP) (Mapping (Record (: ans F) (: right F) (: sol? (Boolean))) (Integer) F))) (SIGNATURE monomialIntegrate ((Record (: ir (IntegrationResult (Fraction UP))) (: specpart (Fraction UP)) (: polypart UP)) (Fraction UP) (Mapping UP UP))) (SIGNATURE monomialIntPoly ((Record (: answer UP) (: polypart UP)) UP (Mapping UP UP)))) $param: (F UP) debug: evaluateType form: (Record (: answer (IntegrationResult (Fraction UP))) (: a0 F)) $param: (F UP) debug: evaluateType form: (IntegrationResult (Fraction UP)) $param: (F UP) Debug: evaluateType1 form: (IntegrationResult (Fraction UP)) debug: evaluateType1 x: (Fraction UP) m: (Field) debug: evaluateType1 categoryForm: (Field) debug: evaluateType form: (Field) $param: (F UP) Debug: evaluateType1 form: (Field) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evalCategory d: (Fraction UP) c: (Field) debug: evaluateType form: F $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Mapping UP UP) $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: (Mapping (Union (Record (: ratpart F) (: coeff F)) failed) F) $param: (F UP) debug: evaluateType form: (Union (Record (: ratpart F) (: coeff F)) failed) $param: (F UP) debug: evaluateType form: (Record (: ratpart F) (: coeff F)) $param: (F UP) debug: evaluateType form: F $param: (F UP) debug: evaluateType form: F $param: (F UP) debug: evaluateType form: failed $param: (F UP) debug: evaluateType form: F $param: (F UP) debug: evaluateType form: (Record (: answer (IntegrationResult (Fraction UP))) (: a0 F)) $param: (F UP) debug: evaluateType form: (IntegrationResult (Fraction UP)) $param: (F UP) Debug: evaluateType1 form: (IntegrationResult (Fraction UP)) debug: evaluateType1 x: (Fraction UP) m: (Field) debug: evaluateType1 categoryForm: (Field) debug: evaluateType form: (Field) $param: (F UP) Debug: evaluateType1 form: (Field) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evalCategory d: (Fraction UP) c: (Field) debug: evaluateType form: F $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Mapping UP UP) $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: (Mapping (Record (: ans F) (: right F) (: sol? (Boolean))) (Integer) F) $param: (F UP) debug: evaluateType form: (Record (: ans F) (: right F) (: sol? (Boolean))) $param: (F UP) debug: evaluateType form: F $param: (F UP) debug: evaluateType form: F $param: (F UP) debug: evaluateType form: (Boolean) $param: (F UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Integer) $param: (F UP) Debug: evaluateType1 form: (Integer) debug: evaluateType form: F $param: (F UP) debug: evaluateType form: (Record (: answer (IntegrationResult (Fraction UP))) (: a0 F)) $param: (F UP) debug: evaluateType form: (IntegrationResult (Fraction UP)) $param: (F UP) Debug: evaluateType1 form: (IntegrationResult (Fraction UP)) debug: evaluateType1 x: (Fraction UP) m: (Field) debug: evaluateType1 categoryForm: (Field) debug: evaluateType form: (Field) $param: (F UP) Debug: evaluateType1 form: (Field) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evalCategory d: (Fraction UP) c: (Field) debug: evaluateType form: F $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Mapping UP UP) $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: (Mapping (Union (List F) failed) (Integer) F F) $param: (F UP) debug: evaluateType form: (Union (List F) failed) $param: (F UP) debug: evaluateType form: (List F) $param: (F UP) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: failed $param: (F UP) debug: evaluateType form: (Integer) $param: (F UP) Debug: evaluateType1 form: (Integer) debug: evaluateType form: F $param: (F UP) debug: evaluateType form: F $param: (F UP) debug: evaluateType form: (Union (Record (: answer (Fraction UP)) (: a0 F)) (Record (: ratpart (Fraction UP)) (: coeff (Fraction UP))) failed) $param: (F UP) debug: evaluateType form: (Record (: answer (Fraction UP)) (: a0 F)) $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: F $param: (F UP) debug: evaluateType form: (Record (: ratpart (Fraction UP)) (: coeff (Fraction UP))) $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: failed $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Mapping UP UP) $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: (Mapping (Union (Record (: ratpart F) (: coeff F)) failed) F) $param: (F UP) debug: evaluateType form: (Union (Record (: ratpart F) (: coeff F)) failed) $param: (F UP) debug: evaluateType form: (Record (: ratpart F) (: coeff F)) $param: (F UP) debug: evaluateType form: F $param: (F UP) debug: evaluateType form: F $param: (F UP) debug: evaluateType form: failed $param: (F UP) debug: evaluateType form: F $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Union (Record (: answer (Fraction UP)) (: a0 F)) (Record (: ratpart (Fraction UP)) (: coeff (Fraction UP))) failed) $param: (F UP) debug: evaluateType form: (Record (: answer (Fraction UP)) (: a0 F)) $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: F $param: (F UP) debug: evaluateType form: (Record (: ratpart (Fraction UP)) (: coeff (Fraction UP))) $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: failed $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Mapping UP UP) $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: (Mapping (Record (: ans F) (: right F) (: sol? (Boolean))) (Integer) F) $param: (F UP) debug: evaluateType form: (Record (: ans F) (: right F) (: sol? (Boolean))) $param: (F UP) debug: evaluateType form: F $param: (F UP) debug: evaluateType form: F $param: (F UP) debug: evaluateType form: (Boolean) $param: (F UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Integer) $param: (F UP) Debug: evaluateType1 form: (Integer) debug: evaluateType form: F $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Union (Record (: answer (Record (: mainpart (Fraction UP)) (: limitedlogs (List (Record (: coeff (Fraction UP)) (: logand (Fraction UP))))))) (: a0 F)) failed) $param: (F UP) debug: evaluateType form: (Record (: answer (Record (: mainpart (Fraction UP)) (: limitedlogs (List (Record (: coeff (Fraction UP)) (: logand (Fraction UP))))))) (: a0 F)) $param: (F UP) debug: evaluateType form: (Record (: mainpart (Fraction UP)) (: limitedlogs (List (Record (: coeff (Fraction UP)) (: logand (Fraction UP)))))) $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (List (Record (: coeff (Fraction UP)) (: logand (Fraction UP)))) $param: (F UP) Debug: evaluateType1 form: (List (Record (: coeff (Fraction UP)) (: logand (Fraction UP)))) debug: evaluateType1 x: (Record (: coeff (Fraction UP)) (: logand (Fraction UP))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: coeff (Fraction UP)) (: logand (Fraction UP))) $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evalCategory d: (Record (: coeff (Fraction UP)) (: logand (Fraction UP))) c: (Type) debug: evaluateType form: F $param: (F UP) debug: evaluateType form: failed $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Mapping UP UP) $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: (Mapping (Union (Record (: ratpart F) (: coeff F)) failed) F) $param: (F UP) debug: evaluateType form: (Union (Record (: ratpart F) (: coeff F)) failed) $param: (F UP) debug: evaluateType form: (Record (: ratpart F) (: coeff F)) $param: (F UP) debug: evaluateType form: F $param: (F UP) debug: evaluateType form: F $param: (F UP) debug: evaluateType form: failed $param: (F UP) debug: evaluateType form: F $param: (F UP) debug: evaluateType form: (List (Fraction UP)) $param: (F UP) Debug: evaluateType1 form: (List (Fraction UP)) debug: evaluateType1 x: (Fraction UP) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evalCategory d: (Fraction UP) c: (Type) debug: evaluateType form: (Union (Record (: answer (Record (: mainpart (Fraction UP)) (: limitedlogs (List (Record (: coeff (Fraction UP)) (: logand (Fraction UP))))))) (: a0 F)) failed) $param: (F UP) debug: evaluateType form: (Record (: answer (Record (: mainpart (Fraction UP)) (: limitedlogs (List (Record (: coeff (Fraction UP)) (: logand (Fraction UP))))))) (: a0 F)) $param: (F UP) debug: evaluateType form: (Record (: mainpart (Fraction UP)) (: limitedlogs (List (Record (: coeff (Fraction UP)) (: logand (Fraction UP)))))) $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (List (Record (: coeff (Fraction UP)) (: logand (Fraction UP)))) $param: (F UP) Debug: evaluateType1 form: (List (Record (: coeff (Fraction UP)) (: logand (Fraction UP)))) debug: evaluateType1 x: (Record (: coeff (Fraction UP)) (: logand (Fraction UP))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: coeff (Fraction UP)) (: logand (Fraction UP))) $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evalCategory d: (Record (: coeff (Fraction UP)) (: logand (Fraction UP))) c: (Type) debug: evaluateType form: F $param: (F UP) debug: evaluateType form: failed $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Mapping UP UP) $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: (Mapping (Record (: ans F) (: right F) (: sol? (Boolean))) (Integer) F) $param: (F UP) debug: evaluateType form: (Record (: ans F) (: right F) (: sol? (Boolean))) $param: (F UP) debug: evaluateType form: F $param: (F UP) debug: evaluateType form: F $param: (F UP) debug: evaluateType form: (Boolean) $param: (F UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Integer) $param: (F UP) Debug: evaluateType1 form: (Integer) debug: evaluateType form: F $param: (F UP) debug: evaluateType form: (List (Fraction UP)) $param: (F UP) Debug: evaluateType1 form: (List (Fraction UP)) debug: evaluateType1 x: (Fraction UP) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evalCategory d: (Fraction UP) c: (Type) debug: evaluateType form: (Union (Record (: ratpart (Fraction UP)) (: coeff (Fraction UP))) failed) $param: (F UP) debug: evaluateType form: (Record (: ratpart (Fraction UP)) (: coeff (Fraction UP))) $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: failed $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Mapping UP UP) $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Union (Record (: mainpart (Fraction UP)) (: limitedlogs (List (Record (: coeff (Fraction UP)) (: logand (Fraction UP)))))) failed) $param: (F UP) debug: evaluateType form: (Record (: mainpart (Fraction UP)) (: limitedlogs (List (Record (: coeff (Fraction UP)) (: logand (Fraction UP)))))) $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (List (Record (: coeff (Fraction UP)) (: logand (Fraction UP)))) $param: (F UP) Debug: evaluateType1 form: (List (Record (: coeff (Fraction UP)) (: logand (Fraction UP)))) debug: evaluateType1 x: (Record (: coeff (Fraction UP)) (: logand (Fraction UP))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: coeff (Fraction UP)) (: logand (Fraction UP))) $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evalCategory d: (Record (: coeff (Fraction UP)) (: logand (Fraction UP))) c: (Type) debug: evaluateType form: failed $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Mapping UP UP) $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: (List (Fraction UP)) $param: (F UP) Debug: evaluateType1 form: (List (Fraction UP)) debug: evaluateType1 x: (Fraction UP) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evalCategory d: (Fraction UP) c: (Type) debug: evaluateType form: (Union UP failed) $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: failed $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: (Mapping (Union (Record (: ratpart F) (: coeff F)) failed) F) $param: (F UP) debug: evaluateType form: (Union (Record (: ratpart F) (: coeff F)) failed) $param: (F UP) debug: evaluateType form: (Record (: ratpart F) (: coeff F)) $param: (F UP) debug: evaluateType form: F $param: (F UP) debug: evaluateType form: F $param: (F UP) debug: evaluateType form: failed $param: (F UP) debug: evaluateType form: F $param: (F UP) debug: evaluateType form: F $param: (F UP) debug: evaluateType form: (Union (LaurentPolynomial F UP) failed) $param: (F UP) debug: evaluateType form: (LaurentPolynomial F UP) $param: (F UP) Debug: evaluateType1 form: (LaurentPolynomial F UP) debug: evaluateType1 x: F m: (IntegralDomain) debug: evaluateType1 x: UP m: (UnivariatePolynomialCategory F) debug: evaluateType form: failed $param: (F UP) debug: evaluateType form: (LaurentPolynomial F UP) $param: (F UP) Debug: evaluateType1 form: (LaurentPolynomial F UP) debug: evaluateType1 x: F m: (IntegralDomain) debug: evaluateType1 x: UP m: (UnivariatePolynomialCategory F) debug: evaluateType form: (Mapping (Record (: ans F) (: right F) (: sol? (Boolean))) (Integer) F) $param: (F UP) debug: evaluateType form: (Record (: ans F) (: right F) (: sol? (Boolean))) $param: (F UP) debug: evaluateType form: F $param: (F UP) debug: evaluateType form: F $param: (F UP) debug: evaluateType form: (Boolean) $param: (F UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Integer) $param: (F UP) Debug: evaluateType1 form: (Integer) debug: evaluateType form: F $param: (F UP) debug: evaluateType form: (Record (: ir (IntegrationResult (Fraction UP))) (: specpart (Fraction UP)) (: polypart UP)) $param: (F UP) debug: evaluateType form: (IntegrationResult (Fraction UP)) $param: (F UP) Debug: evaluateType1 form: (IntegrationResult (Fraction UP)) debug: evaluateType1 x: (Fraction UP) m: (Field) debug: evaluateType1 categoryForm: (Field) debug: evaluateType form: (Field) $param: (F UP) Debug: evaluateType1 form: (Field) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evalCategory d: (Fraction UP) c: (Field) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Mapping UP UP) $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: (Record (: answer UP) (: polypart UP)) $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: (Mapping UP UP) $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE primintegrate ((Record (: answer (IntegrationResult (Fraction UP))) (: a0 F)) (Fraction UP) (Mapping UP UP) (Mapping (Union (Record (: ratpart F) (: coeff F)) failed) F))) (SIGNATURE expintegrate ((Record (: answer (IntegrationResult (Fraction UP))) (: a0 F)) (Fraction UP) (Mapping UP UP) (Mapping (Record (: ans F) (: right F) (: sol? (Boolean))) (Integer) F))) (SIGNATURE tanintegrate ((Record (: answer (IntegrationResult (Fraction UP))) (: a0 F)) (Fraction UP) (Mapping UP UP) (Mapping (Union (List F) failed) (Integer) F F))) (SIGNATURE primextendedint ((Union (Record (: answer (Fraction UP)) (: a0 F)) (Record (: ratpart (Fraction UP)) (: coeff (Fraction UP))) failed) (Fraction UP) (Mapping UP UP) (Mapping (Union (Record (: ratpart F) (: coeff F)) failed) F) (Fraction UP))) (SIGNATURE expextendedint ((Union (Record (: answer (Fraction UP)) (: a0 F)) (Record (: ratpart (Fraction UP)) (: coeff (Fraction UP))) failed) (Fraction UP) (Mapping UP UP) (Mapping (Record (: ans F) (: right F) (: sol? (Boolean))) (Integer) F) (Fraction UP))) (SIGNATURE primlimitedint ((Union (Record (: answer (Record (: mainpart (Fraction UP)) (: limitedlogs (List (Record (: coeff (Fraction UP)) (: logand (Fraction UP))))))) (: a0 F)) failed) (Fraction UP) (Mapping UP UP) (Mapping (Union (Record (: ratpart F) (: coeff F)) failed) F) (List (Fraction UP)))) (SIGNATURE explimitedint ((Union (Record (: answer (Record (: mainpart (Fraction UP)) (: limitedlogs (List (Record (: coeff (Fraction UP)) (: logand (Fraction UP))))))) (: a0 F)) failed) (Fraction UP) (Mapping UP UP) (Mapping (Record (: ans F) (: right F) (: sol? (Boolean))) (Integer) F) (List (Fraction UP)))) (SIGNATURE primextintfrac ((Union (Record (: ratpart (Fraction UP)) (: coeff (Fraction UP))) failed) (Fraction UP) (Mapping UP UP) (Fraction UP))) (SIGNATURE primlimintfrac ((Union (Record (: mainpart (Fraction UP)) (: limitedlogs (List (Record (: coeff (Fraction UP)) (: logand (Fraction UP)))))) failed) (Fraction UP) (Mapping UP UP) (List (Fraction UP)))) (SIGNATURE primintfldpoly ((Union UP failed) UP (Mapping (Union (Record (: ratpart F) (: coeff F)) failed) F) F)) (SIGNATURE expintfldpoly ((Union (LaurentPolynomial F UP) failed) (LaurentPolynomial F UP) (Mapping (Record (: ans F) (: right F) (: sol? (Boolean))) (Integer) F))) (SIGNATURE monomialIntegrate ((Record (: ir (IntegrationResult (Fraction UP))) (: specpart (Fraction UP)) (: polypart UP)) (Fraction UP) (Mapping UP UP))) (SIGNATURE monomialIntPoly ((Record (: answer UP) (: polypart UP)) UP (Mapping UP UP)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for TranscendentalIntegration compiling into /tmp/oa-ICWaSn importing SubResultantPackage(UP,SparseUnivariatePolynomial UP) importing MonomialExtensionTools(F,UP) importing TranscendentalHermiteIntegration(F,UP) importing CommuteUnivariatePolynomialCategory(F,UP,SparseUnivariatePolynomial UP) compiling local logprmderiv : (Fraction UP,UP -> UP) -> Fraction UP Time: 0.11 SEC. compiling local UP2UP2 : UP -> SparseUnivariatePolynomial UP Time: 0.03 SEC. compiling local UP2UPR : UP -> SparseUnivariatePolynomial Fraction UP Time: 0.03 SEC. compiling local UP22UPR : SparseUnivariatePolynomial UP -> SparseUnivariatePolynomial Fraction UP Time: 0.06 SEC. compiling local kappa : (UP,UP -> UP) -> UP Time: 0.05 SEC. compiling exported monomialIntegrate : (Fraction UP,UP -> UP) -> Record(ir: IntegrationResult Fraction UP,specpart: Fraction UP,polypart: UP) Time: 0.49 SEC. compiling exported monomialIntPoly : (UP,UP -> UP) -> Record(answer: UP,polypart: UP) Time: 0.08 SEC. compiling local expintegratepoly : (LaurentPolynomial(F,UP),(Integer,F) -> Record(ans: F,right: F,sol?: Boolean)) -> Union(Record(answer: LaurentPolynomial(F,UP),a0: F),Record(elem: LaurentPolynomial(F,UP),notelem: LaurentPolynomial(F,UP))) Time: 0.06 SEC. compiling local tanintegratespecial : (Fraction UP,Fraction UP -> Fraction UP,(Integer,F,F) -> Union(List F,failed)) -> Union(Record(answer: Fraction UP,a0: F),Record(elem: Fraction UP,notelem: Fraction UP)) Time: 0.08 SEC. compiling local expextintfrac : (Fraction UP,UP -> UP,Fraction UP) -> Union(Record(ratpart: Fraction UP,coeff: Fraction UP),failed) Time: 0.40 SEC. compiling local limitedLogs : (Fraction UP,Fraction UP -> Fraction UP,List Fraction UP) -> Union(List Record(coeff: Fraction UP,logand: Fraction UP),failed) Time: 0.35 SEC. compiling exported primintfldpoly : (UP,F -> Union(Record(ratpart: F,coeff: F),failed),F) -> Union(UP,failed) Time: 0.01 SEC. compiling exported expintfldpoly : (LaurentPolynomial(F,UP),(Integer,F) -> Record(ans: F,right: F,sol?: Boolean)) -> Union(LaurentPolynomial(F,UP),failed) Time: 0.03 SEC. compiling exported primlimitedint : (Fraction UP,UP -> UP,F -> Union(Record(ratpart: F,coeff: F),failed),List Fraction UP) -> Union(Record(answer: Record(mainpart: Fraction UP,limitedlogs: List Record(coeff: Fraction UP,logand: Fraction UP)),a0: F),failed) Time: 0.06 SEC. compiling exported explimitedint : (Fraction UP,UP -> UP,(Integer,F) -> Record(ans: F,right: F,sol?: Boolean),List Fraction UP) -> Union(Record(answer: Record(mainpart: Fraction UP,limitedlogs: List Record(coeff: Fraction UP,logand: Fraction UP)),a0: F),failed) Time: 0.11 SEC. compiling exported primlimintfrac : (Fraction UP,UP -> UP,List Fraction UP) -> Union(Record(mainpart: Fraction UP,limitedlogs: List Record(coeff: Fraction UP,logand: Fraction UP)),failed) Time: 0.07 SEC. compiling local explimintfrac : (Fraction UP,UP -> UP,List Fraction UP) -> Union(Record(mainpart: Fraction UP,limitedlogs: List Record(coeff: Fraction UP,logand: Fraction UP)),failed) Time: 0.80 SEC. compiling local logexpderiv : (Fraction UP,UP -> UP,F) -> Fraction UP Time: 0.90 SEC. compiling local notelementary : Record(ir: IntegrationResult Fraction UP,specpart: Fraction UP,polypart: UP) -> IntegrationResult Fraction UP Time: 0.04 SEC. compiling exported primintegrate : (Fraction UP,UP -> UP,F -> Union(Record(ratpart: F,coeff: F),failed)) -> Record(answer: IntegrationResult Fraction UP,a0: F) Time: 0.08 SEC. compiling exported expintegrate : (Fraction UP,UP -> UP,(Integer,F) -> Record(ans: F,right: F,sol?: Boolean)) -> Record(answer: IntegrationResult Fraction UP,a0: F) Time: 0.42 SEC. compiling exported tanintegrate : (Fraction UP,UP -> UP,(Integer,F,F) -> Union(List F,failed)) -> Record(answer: IntegrationResult Fraction UP,a0: F) Time: 0.21 SEC. compiling exported primextendedint : (Fraction UP,UP -> UP,F -> Union(Record(ratpart: F,coeff: F),failed),Fraction UP) -> Union(Record(answer: Fraction UP,a0: F),Record(ratpart: Fraction UP,coeff: Fraction UP),failed) Time: 0.16 SEC. compiling exported expextendedint : (Fraction UP,UP -> UP,(Integer,F) -> Record(ans: F,right: F,sol?: Boolean),Fraction UP) -> Union(Record(answer: Fraction UP,a0: F),Record(ratpart: Fraction UP,coeff: Fraction UP),failed) Time: 0.28 SEC. compiling local primintegratepoly : (UP,F -> Union(Record(ratpart: F,coeff: F),failed),F) -> Union(Record(answer: UP,a0: F),Record(elem: UP,notelem: UP)) Time: 0.11 SEC. compiling exported primextintfrac : (Fraction UP,UP -> UP,Fraction UP) -> Union(Record(ratpart: Fraction UP,coeff: Fraction UP),failed) Time: 0.34 SEC. (time taken in buildFunctor: 0) Time: 0.04 SEC. Warnings: [1] monomialIntegrate: factors has no value [2] limitedLogs: contrib has no value [3] limitedLogs: logand2 has no value [4] primintegrate: elem? has no value [5] expintegrate: elem? has no value [6] tanintegrate: elem? has no value [7] primintegratepoly: coeff has no value [8] primintegratepoly: ratpart has no value Cumulative Statistics for Constructor TranscendentalIntegration Time: 5.40 seconds finalizing NRLIB INTTR Processing TranscendentalIntegration for Browser database: -- primintegrate : (RF,(UP -> UP),(F -> UF)) -> IRF -- expintegrate : (RF,(UP -> UP),((Z,F) -> PSOL)) -> IRF -- tanintegrate : (RF,(UP -> UP),((Z,F,F) -> UF2)) -> IRF -- primextendedint : (RF,(UP -> UP),(F -> UF),RF) -> Union(RFF,FFR,"failed") -- expextendedint : (RF,(UP -> UP),((Z,F) -> PSOL),RF) -> Union(RFF,FFR,"failed") -- primlimitedint : (RF,(UP -> UP),(F -> UF),List RF) -> Union(NLF,"failed") -- explimitedint : (RF,(UP -> UP),((Z,F) -> PSOL),List RF) -> Union(NLF,"failed") -- primextintfrac : (RF,(UP -> UP),RF) -> Union(FFR,"failed") -- primlimintfrac : (RF,(UP -> UP),List RF) -> Union(NL,"failed") -- primintfldpoly : (UP,(F -> UF),F) -> Union(UP,"failed") -- expintfldpoly : (GP,((Z,F) -> PSOL)) -> Union(GP,"failed") -- monomialIntegrate : (RF,(UP -> UP)) -> REC -- monomialIntPoly : (UP,(UP -> UP)) -> Record(answer: UP,polypart: UP) -- constructor ; compiling file "/tmp/oa-ICWaSn/code.lsp" (written 01 FEB 2016 11:06:56 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |INTTR;logprmderiv| ...) ; compiling (DEFUN |INTTR;UP2UP2| ...) ; compiling (DEFUN |INTTR;UP2UP2!0| ...) ; compiling (DEFUN |INTTR;UP2UPR| ...) ; compiling (DEFUN |INTTR;UP2UPR!0| ...) ; compiling (DEFUN |INTTR;UP22UPR| ...) ; compiling (DEFUN |INTTR;UP22UPR!0| ...) ; compiling (DEFUN |INTTR;kappa| ...) ; compiling (DEFUN |INTTR;monomialIntegrate;FMR;6| ...) ; compiling (DEFUN |INTTR;monomialIntegrate;FMR;6!1| ...) ; compiling (DEFUN |INTTR;monomialIntegrate;FMR;6!0| ...) ; compiling (DEFUN |INTTR;monomialIntPoly;UPMR;7| ...) ; file: /tmp/oa-ICWaSn/code.lsp ; in: DEFUN |INTTR;monomialIntPoly;UPMR;7| ; (DEFUN BOOT::|INTTR;monomialIntPoly;UPMR;7| ; (BOOT::|p| BOOT::|derivation| BOOT::$) ; (PROG (BOOT::|term| BOOT::|n| BOOT::|ans| BOOT::|l|) ; (RETURN ; (LET* (# #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTTR;monomialIntPoly;UPMR;7| ; (BOOT::|p| BOOT::|derivation| BOOT::$) ; (BLOCK BOOT::|INTTR;monomialIntPoly;UPMR;7| ; (PROG (BOOT::|term| BOOT::|n| BOOT::|ans| BOOT::|l|) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |INTTR;expintegratepoly| ...) ; compiling (DEFUN |INTTR;tanintegratespecial| ...) ; compiling (DEFUN |INTTR;expextintfrac| ...) ; file: /tmp/oa-ICWaSn/code.lsp ; in: DEFUN |INTTR;expextintfrac| ; (DEFUN BOOT::|INTTR;expextintfrac| ; (BOOT::|f| BOOT::|derivation| BOOT::|g| BOOT::$) ; (PROG (BOOT::|c|) (RETURN (COND (# #) (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTTR;expextintfrac| ; (BOOT::|f| BOOT::|derivation| BOOT::|g| BOOT::$) ; (BLOCK BOOT::|INTTR;expextintfrac| ; (PROG (BOOT::|c|) (RETURN (COND # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |INTTR;limitedLogs| ...) ; file: /tmp/oa-ICWaSn/code.lsp ; in: DEFUN |INTTR;limitedLogs| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |INTTR;primintfldpoly;UPMFU;12| ...) ; compiling (DEFUN |INTTR;expintfldpoly;LpMU;13| ...) ; compiling (DEFUN |INTTR;primlimitedint;FMMLU;14| ...) ; compiling (DEFUN |INTTR;explimitedint;FMMLU;15| ...) ; compiling (DEFUN |INTTR;primlimintfrac;FMLU;16| ...) ; file: /tmp/oa-ICWaSn/code.lsp ; in: DEFUN |INTTR;primlimintfrac;FMLU;16| ; (DEFUN BOOT::|INTTR;primlimintfrac;FMLU;16| ; (BOOT::|f| BOOT::|derivation| BOOT::|lu| BOOT::$) ; (PROG (BOOT::|u|) (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTTR;primlimintfrac;FMLU;16| ; (BOOT::|f| BOOT::|derivation| BOOT::|lu| BOOT::$) ; (BLOCK BOOT::|INTTR;primlimintfrac;FMLU;16| ; (PROG (BOOT::|u|) (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |INTTR;primlimintfrac;FMLU;16!0| ...) ; compiling (DEFUN |INTTR;explimintfrac| ...) ; file: /tmp/oa-ICWaSn/code.lsp ; in: DEFUN |INTTR;explimintfrac| ; (DEFUN BOOT::|INTTR;explimintfrac| ; (BOOT::|f| BOOT::|derivation| BOOT::|lu| BOOT::$) ; (PROG (BOOT::|u| BOOT::|eta'|) (RETURN (COND (# #) (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTTR;explimintfrac| ; (BOOT::|f| BOOT::|derivation| BOOT::|lu| BOOT::$) ; (BLOCK BOOT::|INTTR;explimintfrac| ; (PROG (BOOT::|u| BOOT::|eta'|) (RETURN (COND # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |INTTR;explimintfrac!0| ...) ; compiling (DEFUN |INTTR;logexpderiv| ...) ; compiling (DEFUN |INTTR;notelementary| ...) ; compiling (DEFUN |INTTR;primintegrate;FMMR;20| ...) ; compiling (DEFUN |INTTR;expintegrate;FMMR;21| ...) ; compiling (DEFUN |INTTR;tanintegrate;FMMR;22| ...) ; compiling (DEFUN |INTTR;tanintegrate;FMMR;22!0| ...) ; compiling (DEFUN |INTTR;primextendedint;FMMFU;23| ...) ; file: /tmp/oa-ICWaSn/code.lsp ; in: DEFUN |INTTR;primextendedint;FMMFU;23| ; (DEFUN BOOT::|INTTR;primextendedint;FMMFU;23| ; (BOOT::|f| BOOT::|derivation| BOOT::|extendedint| BOOT::|g| BOOT::$) ; (PROG (BOOT::|u2| BOOT::|u3|) ; (RETURN ; (LET* (# # #) ; (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTTR;primextendedint;FMMFU;23| ; (BOOT::|f| BOOT::|derivation| BOOT::|extendedint| BOOT::|g| BOOT::$) ; (BLOCK BOOT::|INTTR;primextendedint;FMMFU;23| ; (PROG (BOOT::|u2| BOOT::|u3|) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |INTTR;expextendedint;FMMFU;24| ...) ; file: /tmp/oa-ICWaSn/code.lsp ; in: DEFUN |INTTR;expextendedint;FMMFU;24| ; (DEFUN BOOT::|INTTR;expextendedint;FMMFU;24| ; (BOOT::|f| BOOT::|derivation| BOOT::FRDE BOOT::|g| BOOT::$) ; (PROG (BOOT::|u2| BOOT::|u3|) ; (RETURN ; (LET* (# # #) ; (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTTR;expextendedint;FMMFU;24| ; (BOOT::|f| BOOT::|derivation| BOOT::FRDE BOOT::|g| BOOT::$) ; (BLOCK BOOT::|INTTR;expextendedint;FMMFU;24| ; (PROG (BOOT::|u2| BOOT::|u3|) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |INTTR;primintegratepoly| ...) ; compiling (DEFUN |INTTR;primextintfrac;FMFU;26| ...) ; file: /tmp/oa-ICWaSn/code.lsp ; in: DEFUN |INTTR;primextintfrac;FMFU;26| ; (DEFUN BOOT::|INTTR;primextintfrac;FMFU;26| ; (BOOT::|f| BOOT::|derivation| BOOT::|g| BOOT::$) ; (PROG (BOOT::|c|) (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTTR;primextintfrac;FMFU;26| ; (BOOT::|f| BOOT::|derivation| BOOT::|g| BOOT::$) ; (BLOCK BOOT::|INTTR;primextintfrac;FMFU;26| ; (PROG (BOOT::|c|) (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |TranscendentalIntegration| ...) ; compiling (DEFUN |TranscendentalIntegration;| ...) ; compiling (MAKEPROP (QUOTE |TranscendentalIntegration|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 7 notes ; /tmp/oa-ICWaSn/code.fasl written ; compilation finished in 0:00:00.257 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile RDETR.spad && cp RDETR.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RDETR.fasl \ && if test -f RDETR-.NRLIB/code.fasl; then \ cp RDETR-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RDETR-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RDETR.spad using Spad compiler. RDETR abbreviates package TranscendentalRischDE debug: compDefine1 lhs: (TranscendentalRischDE F UP) signature (pre-evaluate): ((CATEGORY package (SIGNATURE monomRDE ((Union (Record (: a UP) (: b (Fraction UP)) (: c (Fraction UP)) (: t UP)) failed) (Fraction UP) (Fraction UP) (Mapping UP UP))) (SIGNATURE baseRDE ((Record (: ans (Fraction UP)) (: nosol (Boolean))) (Fraction UP) (Fraction UP))) (SIGNATURE polyRDE ((Union (: ans (Record (: ans UP) (: nosol (Boolean)))) (: eq (Record (: b UP) (: c UP) (: m (Integer)) (: alpha UP) (: beta UP)))) UP UP UP (Integer) (Mapping UP UP)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE monomRDE ((Union (Record (: a UP) (: b (Fraction UP)) (: c (Fraction UP)) (: t UP)) failed) (Fraction UP) (Fraction UP) (Mapping UP UP))) (SIGNATURE baseRDE ((Record (: ans (Fraction UP)) (: nosol (Boolean))) (Fraction UP) (Fraction UP))) (SIGNATURE polyRDE ((Union (: ans (Record (: ans UP) (: nosol (Boolean)))) (: eq (Record (: b UP) (: c UP) (: m (Integer)) (: alpha UP) (: beta UP)))) UP UP UP (Integer) (Mapping UP UP)))) $param: (F UP) debug: evaluateType form: (Union (Record (: a UP) (: b (Fraction UP)) (: c (Fraction UP)) (: t UP)) failed) $param: (F UP) debug: evaluateType form: (Record (: a UP) (: b (Fraction UP)) (: c (Fraction UP)) (: t UP)) $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: failed $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Mapping UP UP) $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: (Record (: ans (Fraction UP)) (: nosol (Boolean))) $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Boolean) $param: (F UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Union (: ans (Record (: ans UP) (: nosol (Boolean)))) (: eq (Record (: b UP) (: c UP) (: m (Integer)) (: alpha UP) (: beta UP)))) $param: (F UP) debug: evaluateType form: (Record (: ans UP) (: nosol (Boolean))) $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: (Boolean) $param: (F UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Record (: b UP) (: c UP) (: m (Integer)) (: alpha UP) (: beta UP)) $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: (Integer) $param: (F UP) Debug: evaluateType1 form: (Integer) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: (Integer) $param: (F UP) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Mapping UP UP) $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE monomRDE ((Union (Record (: a UP) (: b (Fraction UP)) (: c (Fraction UP)) (: t UP)) failed) (Fraction UP) (Fraction UP) (Mapping UP UP))) (SIGNATURE baseRDE ((Record (: ans (Fraction UP)) (: nosol (Boolean))) (Fraction UP) (Fraction UP))) (SIGNATURE polyRDE ((Union (: ans (Record (: ans UP) (: nosol (Boolean)))) (: eq (Record (: b UP) (: c UP) (: m (Integer)) (: alpha UP) (: beta UP)))) UP UP UP (Integer) (Mapping UP UP)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for TranscendentalRischDE compiling into /tmp/oa-HaCpop importing MonomialExtensionTools(F,UP) compiling exported polyRDE : (UP,UP,UP,Integer,UP -> UP) -> Union(ans: Record(ans: UP,nosol: Boolean),eq: Record(b: UP,c: UP,m: Integer,alpha: UP,beta: UP)) Time: 0.23 SEC. compiling local SPDE : (UP,UP,UP,Integer,UP -> UP) -> Union(Record(b: UP,c: UP,m: Integer,alpha: UP,beta: UP),failed) Time: 0.06 SEC. compiling local SPDEnocancel1 : (UP,UP,Integer,UP -> UP) -> Record(ans: UP,nosol: Boolean) Time: 0.02 SEC. compiling local SPDEnocancel2 : (UP,UP,Integer,Integer,F,UP -> UP) -> Union(ans: Record(ans: UP,nosol: Boolean),eq: Record(b: UP,c: UP,m: Integer,alpha: UP,beta: UP)) Time: 0.06 SEC. compiling exported monomRDE : (Fraction UP,Fraction UP,UP -> UP) -> Union(Record(a: UP,b: Fraction UP,c: Fraction UP,t: UP),failed) Time: 0.09 SEC. compiling exported baseRDE : (Fraction UP,Fraction UP) -> Record(ans: Fraction UP,nosol: Boolean) Time: 0.04 SEC. compiling local getBound : (UP,UP,Integer) -> Integer Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] polyRDE: eq has no value Cumulative Statistics for Constructor TranscendentalRischDE Time: 0.53 seconds finalizing NRLIB RDETR Processing TranscendentalRischDE for Browser database: -- monomRDE : (RF,RF,(UP -> UP)) -> Union(Record(a: UP,b: RF,c: RF,t: UP),"failed") -- baseRDE : (RF,RF) -> PSQ -- polyRDE : (UP,UP,UP,Z,(UP -> UP)) -> ANS -- constructor ; compiling file "/tmp/oa-HaCpop/code.lsp" (written 01 FEB 2016 11:06:56 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RDETR;polyRDE;3UPIMU;1| ...) ; compiling (DEFUN |RDETR;SPDE| ...) ; compiling (DEFUN |RDETR;SPDEnocancel1| ...) ; file: /tmp/oa-HaCpop/code.lsp ; in: DEFUN |RDETR;SPDEnocancel1| ; (DEFUN BOOT::|RDETR;SPDEnocancel1| ; (BOOT::|bb| BOOT::|cc| BOOT::|d| BOOT::|derivation| BOOT::$) ; (PROG (BOOT::|r| BOOT::|n|) ; (RETURN ; (LET (# # #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RDETR;SPDEnocancel1| ; (BOOT::|bb| BOOT::|cc| BOOT::|d| BOOT::|derivation| BOOT::$) ; (BLOCK BOOT::|RDETR;SPDEnocancel1| ; (PROG (BOOT::|r| BOOT::|n|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |d| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |RDETR;SPDEnocancel2| ...) ; file: /tmp/oa-HaCpop/code.lsp ; in: DEFUN |RDETR;SPDEnocancel2| ; (DEFUN BOOT::|RDETR;SPDEnocancel2| ; (BOOT::|bb| BOOT::|cc| BOOT::|d| BOOT::|dtm1| BOOT::|lt| ; BOOT::|derivation| BOOT::$) ; (PROG (BOOT::|db| BOOT::|r| BOOT::|n|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RDETR;SPDEnocancel2| ; (BOOT::|bb| BOOT::|cc| BOOT::|d| BOOT::|dtm1| BOOT::|lt| ; BOOT::|derivation| BOOT::$) ; (BLOCK BOOT::|RDETR;SPDEnocancel2| ; (PROG (BOOT::|db| BOOT::|r| BOOT::|n|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |d| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |RDETR;monomRDE;2FMU;5| ...) ; compiling (DEFUN |RDETR;baseRDE;2FR;6| ...) ; compiling (DEFUN |RDETR;getBound| ...) ; compiling (DEFUN |TranscendentalRischDE| ...) ; compiling (DEFUN |TranscendentalRischDE;| ...) ; compiling (MAKEPROP (QUOTE |TranscendentalRischDE|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-HaCpop/code.fasl written ; compilation finished in 0:00:00.122 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile INTRAT.spad && cp INTRAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INTRAT.fasl \ && if test -f INTRAT-.NRLIB/code.fasl; then \ cp INTRAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INTRAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INTRAT.spad using Spad compiler. INTRAT abbreviates package RationalIntegration debug: compDefine1 lhs: (RationalIntegration F UP) signature (pre-evaluate): ((CATEGORY package (SIGNATURE integrate ((IntegrationResult (Fraction UP)) (Fraction UP))) (SIGNATURE infieldint ((Union (Fraction UP) failed) (Fraction UP))) (SIGNATURE extendedint ((Union (Record (: ratpart (Fraction UP)) (: coeff (Fraction UP))) failed) (Fraction UP) (Fraction UP))) (SIGNATURE limitedint ((Union (Record (: mainpart (Fraction UP)) (: limitedlogs (List (Record (: coeff (Fraction UP)) (: logand (Fraction UP)))))) failed) (Fraction UP) (List (Fraction UP))))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE integrate ((IntegrationResult (Fraction UP)) (Fraction UP))) (SIGNATURE infieldint ((Union (Fraction UP) failed) (Fraction UP))) (SIGNATURE extendedint ((Union (Record (: ratpart (Fraction UP)) (: coeff (Fraction UP))) failed) (Fraction UP) (Fraction UP))) (SIGNATURE limitedint ((Union (Record (: mainpart (Fraction UP)) (: limitedlogs (List (Record (: coeff (Fraction UP)) (: logand (Fraction UP)))))) failed) (Fraction UP) (List (Fraction UP))))) $param: (F UP) debug: evaluateType form: (IntegrationResult (Fraction UP)) $param: (F UP) Debug: evaluateType1 form: (IntegrationResult (Fraction UP)) debug: evaluateType1 x: (Fraction UP) m: (Field) debug: evaluateType1 categoryForm: (Field) debug: evaluateType form: (Field) $param: (F UP) Debug: evaluateType1 form: (Field) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evalCategory d: (Fraction UP) c: (Field) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Union (Fraction UP) failed) $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: failed $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Union (Record (: ratpart (Fraction UP)) (: coeff (Fraction UP))) failed) $param: (F UP) debug: evaluateType form: (Record (: ratpart (Fraction UP)) (: coeff (Fraction UP))) $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: failed $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Union (Record (: mainpart (Fraction UP)) (: limitedlogs (List (Record (: coeff (Fraction UP)) (: logand (Fraction UP)))))) failed) $param: (F UP) debug: evaluateType form: (Record (: mainpart (Fraction UP)) (: limitedlogs (List (Record (: coeff (Fraction UP)) (: logand (Fraction UP)))))) $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (List (Record (: coeff (Fraction UP)) (: logand (Fraction UP)))) $param: (F UP) Debug: evaluateType1 form: (List (Record (: coeff (Fraction UP)) (: logand (Fraction UP)))) debug: evaluateType1 x: (Record (: coeff (Fraction UP)) (: logand (Fraction UP))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: coeff (Fraction UP)) (: logand (Fraction UP))) $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evalCategory d: (Record (: coeff (Fraction UP)) (: logand (Fraction UP))) c: (Type) debug: evaluateType form: failed $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (List (Fraction UP)) $param: (F UP) Debug: evaluateType1 form: (List (Fraction UP)) debug: evaluateType1 x: (Fraction UP) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evalCategory d: (Fraction UP) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE integrate ((IntegrationResult (Fraction UP)) (Fraction UP))) (SIGNATURE infieldint ((Union (Fraction UP) failed) (Fraction UP))) (SIGNATURE extendedint ((Union (Record (: ratpart (Fraction UP)) (: coeff (Fraction UP))) failed) (Fraction UP) (Fraction UP))) (SIGNATURE limitedint ((Union (Record (: mainpart (Fraction UP)) (: limitedlogs (List (Record (: coeff (Fraction UP)) (: logand (Fraction UP)))))) failed) (Fraction UP) (List (Fraction UP))))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for RationalIntegration compiling into /tmp/oa-W4Qng9 importing TranscendentalIntegration(F,UP) compiling exported infieldint : Fraction UP -> Union(Fraction UP,failed) Time: 0.06 SEC. compiling exported integrate : Fraction UP -> IntegrationResult Fraction UP Time: 0.02 SEC. compiling exported limitedint : (Fraction UP,List Fraction UP) -> Union(Record(mainpart: Fraction UP,limitedlogs: List Record(coeff: Fraction UP,logand: Fraction UP)),failed) Time: 0.03 SEC. compiling exported extendedint : (Fraction UP,Fraction UP) -> Union(Record(ratpart: Fraction UP,coeff: Fraction UP),failed) Time: 0.10 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor RationalIntegration Time: 0.22 seconds finalizing NRLIB INTRAT Processing RationalIntegration for Browser database: -- integrate : RF -> IR -- infieldint : RF -> Union(RF,"failed") -- extendedint : (RF,RF) -> URF -- limitedint : (RF,List RF) -> U -- constructor ; compiling file "/tmp/oa-W4Qng9/code.lsp" (written 01 FEB 2016 11:06:57 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |INTRAT;infieldint;FU;1| ...) ; compiling (DEFUN |INTRAT;integrate;FIr;2| ...) ; compiling (DEFUN |INTRAT;limitedint;FLU;3| ...) ; compiling (DEFUN |INTRAT;extendedint;2FU;4| ...) ; compiling (DEFUN |RationalIntegration| ...) ; compiling (DEFUN |RationalIntegration;| ...) ; compiling (MAKEPROP (QUOTE |RationalIntegration|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-W4Qng9/code.fasl written ; compilation finished in 0:00:00.034 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile IR2.spad && cp IR2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IR2.fasl \ && if test -f IR2-.NRLIB/code.fasl; then \ cp IR2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IR2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IR2.spad using Spad compiler. IR2 abbreviates package IntegrationResultFunctions2 debug: compDefine1 lhs: (IntegrationResultFunctions2 E F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((IntegrationResult F) (Mapping F E) (IntegrationResult E))) (SIGNATURE map ((Union (Record (: ratpart F) (: coeff F)) failed) (Mapping F E) (Union (Record (: ratpart E) (: coeff E)) failed))) (SIGNATURE map ((Union F failed) (Mapping F E) (Union E failed))) (SIGNATURE map ((Union (Record (: mainpart F) (: limitedlogs (List (Record (: coeff F) (: logand F))))) failed) (Mapping F E) (Union (Record (: mainpart E) (: limitedlogs (List (Record (: coeff E) (: logand E))))) failed)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((IntegrationResult F) (Mapping F E) (IntegrationResult E))) (SIGNATURE map ((Union (Record (: ratpart F) (: coeff F)) failed) (Mapping F E) (Union (Record (: ratpart E) (: coeff E)) failed))) (SIGNATURE map ((Union F failed) (Mapping F E) (Union E failed))) (SIGNATURE map ((Union (Record (: mainpart F) (: limitedlogs (List (Record (: coeff F) (: logand F))))) failed) (Mapping F E) (Union (Record (: mainpart E) (: limitedlogs (List (Record (: coeff E) (: logand E))))) failed)))) $param: (E F) debug: evaluateType form: (IntegrationResult F) $param: (E F) Debug: evaluateType1 form: (IntegrationResult F) debug: evaluateType1 x: F m: (Field) debug: evaluateType form: (Mapping F E) $param: (E F) debug: evaluateType form: F $param: (E F) debug: evaluateType form: E $param: (E F) debug: evaluateType form: (IntegrationResult E) $param: (E F) Debug: evaluateType1 form: (IntegrationResult E) debug: evaluateType1 x: E m: (Field) debug: evaluateType form: (Union (Record (: ratpart F) (: coeff F)) failed) $param: (E F) debug: evaluateType form: (Record (: ratpart F) (: coeff F)) $param: (E F) debug: evaluateType form: F $param: (E F) debug: evaluateType form: F $param: (E F) debug: evaluateType form: failed $param: (E F) debug: evaluateType form: (Mapping F E) $param: (E F) debug: evaluateType form: F $param: (E F) debug: evaluateType form: E $param: (E F) debug: evaluateType form: (Union (Record (: ratpart E) (: coeff E)) failed) $param: (E F) debug: evaluateType form: (Record (: ratpart E) (: coeff E)) $param: (E F) debug: evaluateType form: E $param: (E F) debug: evaluateType form: E $param: (E F) debug: evaluateType form: failed $param: (E F) debug: evaluateType form: (Union F failed) $param: (E F) debug: evaluateType form: F $param: (E F) debug: evaluateType form: failed $param: (E F) debug: evaluateType form: (Mapping F E) $param: (E F) debug: evaluateType form: F $param: (E F) debug: evaluateType form: E $param: (E F) debug: evaluateType form: (Union E failed) $param: (E F) debug: evaluateType form: E $param: (E F) debug: evaluateType form: failed $param: (E F) debug: evaluateType form: (Union (Record (: mainpart F) (: limitedlogs (List (Record (: coeff F) (: logand F))))) failed) $param: (E F) debug: evaluateType form: (Record (: mainpart F) (: limitedlogs (List (Record (: coeff F) (: logand F))))) $param: (E F) debug: evaluateType form: F $param: (E F) debug: evaluateType form: (List (Record (: coeff F) (: logand F))) $param: (E F) Debug: evaluateType1 form: (List (Record (: coeff F) (: logand F))) debug: evaluateType1 x: (Record (: coeff F) (: logand F)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: coeff F) (: logand F)) $param: (E F) debug: evaluateType form: F $param: (E F) debug: evaluateType form: F $param: (E F) debug: evalCategory d: (Record (: coeff F) (: logand F)) c: (Type) debug: evaluateType form: failed $param: (E F) debug: evaluateType form: (Mapping F E) $param: (E F) debug: evaluateType form: F $param: (E F) debug: evaluateType form: E $param: (E F) debug: evaluateType form: (Union (Record (: mainpart E) (: limitedlogs (List (Record (: coeff E) (: logand E))))) failed) $param: (E F) debug: evaluateType form: (Record (: mainpart E) (: limitedlogs (List (Record (: coeff E) (: logand E))))) $param: (E F) debug: evaluateType form: E $param: (E F) debug: evaluateType form: (List (Record (: coeff E) (: logand E))) $param: (E F) Debug: evaluateType1 form: (List (Record (: coeff E) (: logand E))) debug: evaluateType1 x: (Record (: coeff E) (: logand E)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: coeff E) (: logand E)) $param: (E F) debug: evaluateType form: E $param: (E F) debug: evaluateType form: E $param: (E F) debug: evalCategory d: (Record (: coeff E) (: logand E)) c: (Type) debug: evaluateType form: failed $param: (E F) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((IntegrationResult F) (Mapping F E) (IntegrationResult E))) (SIGNATURE map ((Union (Record (: ratpart F) (: coeff F)) failed) (Mapping F E) (Union (Record (: ratpart E) (: coeff E)) failed))) (SIGNATURE map ((Union F failed) (Mapping F E) (Union E failed))) (SIGNATURE map ((Union (Record (: mainpart F) (: limitedlogs (List (Record (: coeff F) (: logand F))))) failed) (Mapping F E) (Union (Record (: mainpart E) (: limitedlogs (List (Record (: coeff E) (: logand E))))) failed)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for IntegrationResultFunctions2 compiling into /tmp/oa-ArzwNz importing SparseUnivariatePolynomialFunctions2(E,F) compiling local NLE2F : (E -> F,Record(coeff: E,logand: E)) -> Record(coeff: F,logand: F) Time: 0.02 SEC. compiling local NEE2F : (E -> F,Record(integrand: E,intvar: E)) -> Record(integrand: F,intvar: F) Time: 0 SEC. compiling exported map : (E -> F,Union(E,failed)) -> Union(F,failed) Time: 0.00 SEC. compiling exported map : (E -> F,IntegrationResult E) -> IntegrationResult F Time: 0.05 SEC. compiling exported map : (E -> F,Union(Record(ratpart: E,coeff: E),failed)) -> Union(Record(ratpart: F,coeff: F),failed) Time: 0.00 SEC. compiling exported map : (E -> F,Union(Record(mainpart: E,limitedlogs: List Record(coeff: E,logand: E)),failed)) -> Union(Record(mainpart: F,limitedlogs: List Record(coeff: F,logand: F)),failed) Time: 0.02 SEC. compiling local LGE2F : (E -> F,Record(scalar: Fraction Integer,coeff: SparseUnivariatePolynomial E,logand: SparseUnivariatePolynomial E)) -> Record(scalar: Fraction Integer,coeff: SparseUnivariatePolynomial F,logand: SparseUnivariatePolynomial F) Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor IntegrationResultFunctions2 Time: 0.15 seconds finalizing NRLIB IR2 Processing IntegrationResultFunctions2 for Browser database: -- map : ((E -> F),IRE) -> IRF -- map : ((E -> F),URE) -> Union(Record(ratpart: F,coeff: F),"failed") -- map : ((E -> F),UE) -> Union(F,"failed") -- map : ((E -> F),UFE) -> Union(Record(mainpart: F,limitedlogs: List NLF),"failed") -- constructor ; compiling file "/tmp/oa-ArzwNz/code.lsp" (written 01 FEB 2016 11:06:57 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |IR2;NLE2F| ...) ; file: /tmp/oa-ArzwNz/code.lsp ; in: DEFUN |IR2;NLE2F| ; (DEFUN BOOT::|IR2;NLE2F| (BOOT::|func| BOOT::|r| BOOT::$) ; (CONS (FUNCALL (CAR BOOT::|func|) (CAR BOOT::|r|) (CDR BOOT::|func|)) ; (FUNCALL (CAR BOOT::|func|) (CDR BOOT::|r|) (CDR BOOT::|func|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IR2;NLE2F| ; (BOOT::|func| BOOT::|r| BOOT::$) ; (BLOCK BOOT::|IR2;NLE2F| ; (CONS (FUNCALL (CAR BOOT::|func|) (CAR BOOT::|r|) (CDR BOOT::|func|)) ; (FUNCALL (CAR BOOT::|func|) (CDR BOOT::|r|) (CDR BOOT::|func|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |IR2;NEE2F| ...) ; file: /tmp/oa-ArzwNz/code.lsp ; in: DEFUN |IR2;NEE2F| ; (DEFUN BOOT::|IR2;NEE2F| (BOOT::|func| BOOT::|n| BOOT::$) ; (CONS (FUNCALL (CAR BOOT::|func|) (CAR BOOT::|n|) (CDR BOOT::|func|)) ; (FUNCALL (CAR BOOT::|func|) (CDR BOOT::|n|) (CDR BOOT::|func|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IR2;NEE2F| ; (BOOT::|func| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|IR2;NEE2F| ; (CONS (FUNCALL (CAR BOOT::|func|) (CAR BOOT::|n|) (CDR BOOT::|func|)) ; (FUNCALL (CAR BOOT::|func|) (CDR BOOT::|n|) (CDR BOOT::|func|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |IR2;map;MUU;3| ...) ; file: /tmp/oa-ArzwNz/code.lsp ; in: DEFUN |IR2;map;MUU;3| ; (DEFUN BOOT::|IR2;map;MUU;3| (BOOT::|func| BOOT::|u| BOOT::$) ; (COND ((EQL (CAR BOOT::|u|) 1) (CONS 1 "failed")) ; (T (CONS 0 (FUNCALL # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IR2;map;MUU;3| ; (BOOT::|func| BOOT::|u| BOOT::$) ; (BLOCK BOOT::|IR2;map;MUU;3| ; (COND ((EQL # 1) (CONS 1 "failed")) (T (CONS 0 #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |IR2;map;MIrIr;4| ...) ; compiling (DEFUN |IR2;map;MUU;5| ...) ; file: /tmp/oa-ArzwNz/code.lsp ; in: DEFUN |IR2;map;MUU;5| ; (DEFUN BOOT::|IR2;map;MUU;5| (BOOT::|func| BOOT::|u| BOOT::$) ; (COND ((EQL (CAR BOOT::|u|) 1) (CONS 1 "failed")) (T (CONS 0 (CONS # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IR2;map;MUU;5| ; (BOOT::|func| BOOT::|u| BOOT::$) ; (BLOCK BOOT::|IR2;map;MUU;5| ; (COND ((EQL # 1) (CONS 1 "failed")) (T (CONS 0 #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |IR2;map;MUU;6| ...) ; compiling (DEFUN |IR2;LGE2F| ...) ; compiling (DEFUN |IntegrationResultFunctions2| ...) ; compiling (DEFUN |IntegrationResultFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |IntegrationResultFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 4 STYLE-WARNING conditions ; /tmp/oa-ArzwNz/code.fasl written ; compilation finished in 0:00:00.036 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile INTRF.spad && cp INTRF.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INTRF.fasl \ && if test -f INTRF-.NRLIB/code.fasl; then \ cp INTRF-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INTRF-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INTRF.spad using Spad compiler. INTRF abbreviates package RationalFunctionIntegration debug: compDefine1 lhs: (RationalFunctionIntegration F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE internalIntegrate ((IntegrationResult (Fraction (Polynomial F))) (Fraction (Polynomial F)) (Symbol))) (SIGNATURE infieldIntegrate ((Union (Fraction (Polynomial F)) failed) (Fraction (Polynomial F)) (Symbol))) (SIGNATURE limitedIntegrate ((Union (Record (: mainpart (Fraction (Polynomial F))) (: limitedlogs (List (Record (: coeff (Fraction (Polynomial F))) (: logand (Fraction (Polynomial F))))))) failed) (Fraction (Polynomial F)) (Symbol) (List (Fraction (Polynomial F))))) (SIGNATURE extendedIntegrate ((Union (Record (: ratpart (Fraction (Polynomial F))) (: coeff (Fraction (Polynomial F)))) failed) (Fraction (Polynomial F)) (Symbol) (Fraction (Polynomial F))))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE internalIntegrate ((IntegrationResult (Fraction (Polynomial F))) (Fraction (Polynomial F)) (Symbol))) (SIGNATURE infieldIntegrate ((Union (Fraction (Polynomial F)) failed) (Fraction (Polynomial F)) (Symbol))) (SIGNATURE limitedIntegrate ((Union (Record (: mainpart (Fraction (Polynomial F))) (: limitedlogs (List (Record (: coeff (Fraction (Polynomial F))) (: logand (Fraction (Polynomial F))))))) failed) (Fraction (Polynomial F)) (Symbol) (List (Fraction (Polynomial F))))) (SIGNATURE extendedIntegrate ((Union (Record (: ratpart (Fraction (Polynomial F))) (: coeff (Fraction (Polynomial F)))) failed) (Fraction (Polynomial F)) (Symbol) (Fraction (Polynomial F))))) $param: (F) debug: evaluateType form: (IntegrationResult (Fraction (Polynomial F))) $param: (F) Debug: evaluateType1 form: (IntegrationResult (Fraction (Polynomial F))) debug: evaluateType1 x: (Fraction (Polynomial F)) m: (Field) debug: evaluateType1 categoryForm: (Field) debug: evaluateType form: (Field) $param: (F) Debug: evaluateType1 form: (Field) debug: evaluateType form: (Fraction (Polynomial F)) $param: (F) Debug: evaluateType1 form: (Fraction (Polynomial F)) debug: evaluateType1 x: (Polynomial F) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (F) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial F) $param: (F) Debug: evaluateType1 form: (Polynomial F) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (Polynomial F) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial F)) c: (Field) debug: evaluateType form: (Fraction (Polynomial F)) $param: (F) Debug: evaluateType1 form: (Fraction (Polynomial F)) debug: evaluateType1 x: (Polynomial F) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (F) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial F) $param: (F) Debug: evaluateType1 form: (Polynomial F) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (Polynomial F) c: (IntegralDomain) debug: evaluateType form: (Symbol) $param: (F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Union (Fraction (Polynomial F)) failed) $param: (F) debug: evaluateType form: (Fraction (Polynomial F)) $param: (F) Debug: evaluateType1 form: (Fraction (Polynomial F)) debug: evaluateType1 x: (Polynomial F) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (F) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial F) $param: (F) Debug: evaluateType1 form: (Polynomial F) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (Polynomial F) c: (IntegralDomain) debug: evaluateType form: failed $param: (F) debug: evaluateType form: (Fraction (Polynomial F)) $param: (F) Debug: evaluateType1 form: (Fraction (Polynomial F)) debug: evaluateType1 x: (Polynomial F) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (F) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial F) $param: (F) Debug: evaluateType1 form: (Polynomial F) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (Polynomial F) c: (IntegralDomain) debug: evaluateType form: (Symbol) $param: (F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Union (Record (: mainpart (Fraction (Polynomial F))) (: limitedlogs (List (Record (: coeff (Fraction (Polynomial F))) (: logand (Fraction (Polynomial F))))))) failed) $param: (F) debug: evaluateType form: (Record (: mainpart (Fraction (Polynomial F))) (: limitedlogs (List (Record (: coeff (Fraction (Polynomial F))) (: logand (Fraction (Polynomial F))))))) $param: (F) debug: evaluateType form: (Fraction (Polynomial F)) $param: (F) Debug: evaluateType1 form: (Fraction (Polynomial F)) debug: evaluateType1 x: (Polynomial F) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (F) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial F) $param: (F) Debug: evaluateType1 form: (Polynomial F) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (Polynomial F) c: (IntegralDomain) debug: evaluateType form: (List (Record (: coeff (Fraction (Polynomial F))) (: logand (Fraction (Polynomial F))))) $param: (F) Debug: evaluateType1 form: (List (Record (: coeff (Fraction (Polynomial F))) (: logand (Fraction (Polynomial F))))) debug: evaluateType1 x: (Record (: coeff (Fraction (Polynomial F))) (: logand (Fraction (Polynomial F)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: coeff (Fraction (Polynomial F))) (: logand (Fraction (Polynomial F)))) $param: (F) debug: evaluateType form: (Fraction (Polynomial F)) $param: (F) Debug: evaluateType1 form: (Fraction (Polynomial F)) debug: evaluateType1 x: (Polynomial F) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (F) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial F) $param: (F) Debug: evaluateType1 form: (Polynomial F) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (Polynomial F) c: (IntegralDomain) debug: evaluateType form: (Fraction (Polynomial F)) $param: (F) Debug: evaluateType1 form: (Fraction (Polynomial F)) debug: evaluateType1 x: (Polynomial F) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (F) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial F) $param: (F) Debug: evaluateType1 form: (Polynomial F) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (Polynomial F) c: (IntegralDomain) debug: evalCategory d: (Record (: coeff (Fraction (Polynomial F))) (: logand (Fraction (Polynomial F)))) c: (Type) debug: evaluateType form: failed $param: (F) debug: evaluateType form: (Fraction (Polynomial F)) $param: (F) Debug: evaluateType1 form: (Fraction (Polynomial F)) debug: evaluateType1 x: (Polynomial F) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (F) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial F) $param: (F) Debug: evaluateType1 form: (Polynomial F) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (Polynomial F) c: (IntegralDomain) debug: evaluateType form: (Symbol) $param: (F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (List (Fraction (Polynomial F))) $param: (F) Debug: evaluateType1 form: (List (Fraction (Polynomial F))) debug: evaluateType1 x: (Fraction (Polynomial F)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial F)) $param: (F) Debug: evaluateType1 form: (Fraction (Polynomial F)) debug: evaluateType1 x: (Polynomial F) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (F) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial F) $param: (F) Debug: evaluateType1 form: (Polynomial F) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (Polynomial F) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial F)) c: (Type) debug: evaluateType form: (Union (Record (: ratpart (Fraction (Polynomial F))) (: coeff (Fraction (Polynomial F)))) failed) $param: (F) debug: evaluateType form: (Record (: ratpart (Fraction (Polynomial F))) (: coeff (Fraction (Polynomial F)))) $param: (F) debug: evaluateType form: (Fraction (Polynomial F)) $param: (F) Debug: evaluateType1 form: (Fraction (Polynomial F)) debug: evaluateType1 x: (Polynomial F) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (F) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial F) $param: (F) Debug: evaluateType1 form: (Polynomial F) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (Polynomial F) c: (IntegralDomain) debug: evaluateType form: (Fraction (Polynomial F)) $param: (F) Debug: evaluateType1 form: (Fraction (Polynomial F)) debug: evaluateType1 x: (Polynomial F) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (F) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial F) $param: (F) Debug: evaluateType1 form: (Polynomial F) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (Polynomial F) c: (IntegralDomain) debug: evaluateType form: failed $param: (F) debug: evaluateType form: (Fraction (Polynomial F)) $param: (F) Debug: evaluateType1 form: (Fraction (Polynomial F)) debug: evaluateType1 x: (Polynomial F) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (F) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial F) $param: (F) Debug: evaluateType1 form: (Polynomial F) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (Polynomial F) c: (IntegralDomain) debug: evaluateType form: (Symbol) $param: (F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Fraction (Polynomial F)) $param: (F) Debug: evaluateType1 form: (Fraction (Polynomial F)) debug: evaluateType1 x: (Polynomial F) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (F) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial F) $param: (F) Debug: evaluateType1 form: (Polynomial F) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (Polynomial F) c: (IntegralDomain) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE internalIntegrate ((IntegrationResult (Fraction (Polynomial F))) (Fraction (Polynomial F)) (Symbol))) (SIGNATURE infieldIntegrate ((Union (Fraction (Polynomial F)) failed) (Fraction (Polynomial F)) (Symbol))) (SIGNATURE limitedIntegrate ((Union (Record (: mainpart (Fraction (Polynomial F))) (: limitedlogs (List (Record (: coeff (Fraction (Polynomial F))) (: logand (Fraction (Polynomial F))))))) failed) (Fraction (Polynomial F)) (Symbol) (List (Fraction (Polynomial F))))) (SIGNATURE extendedIntegrate ((Union (Record (: ratpart (Fraction (Polynomial F))) (: coeff (Fraction (Polynomial F)))) failed) (Fraction (Polynomial F)) (Symbol) (Fraction (Polynomial F))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for RationalFunctionIntegration compiling into /tmp/oa-W9fR4V importing RationalIntegration(Fraction Polynomial F,SparseUnivariatePolynomial Fraction Polynomial F) importing IntegrationResultFunctions2(Fraction SparseUnivariatePolynomial Fraction Polynomial F,Fraction Polynomial F) importing PolynomialCategoryQuotientFunctions(IndexedExponents Symbol,Symbol,F,Polynomial F,Fraction Polynomial F) compiling exported infieldIntegrate : (Fraction Polynomial F,Symbol) -> Union(Fraction Polynomial F,failed) Time: 0.08 SEC. compiling exported internalIntegrate : (Fraction Polynomial F,Symbol) -> IntegrationResult Fraction Polynomial F Time: 0.02 SEC. compiling exported extendedIntegrate : (Fraction Polynomial F,Symbol,Fraction Polynomial F) -> Union(Record(ratpart: Fraction Polynomial F,coeff: Fraction Polynomial F),failed) Time: 0.02 SEC. compiling exported limitedIntegrate : (Fraction Polynomial F,Symbol,List Fraction Polynomial F) -> Union(Record(mainpart: Fraction Polynomial F,limitedlogs: List Record(coeff: Fraction Polynomial F,logand: Fraction Polynomial F)),failed) Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor RationalFunctionIntegration Time: 0.15 seconds finalizing NRLIB INTRF Processing RationalFunctionIntegration for Browser database: -- internalIntegrate : (Q,SE) -> IntegrationResult Q -- infieldIntegrate : (Q,SE) -> Union(Q,"failed") -- limitedIntegrate : (Q,SE,List Q) -> ULQ -- extendedIntegrate : (Q,SE,Q) -> UQ -- constructor ; compiling file "/tmp/oa-W9fR4V/code.lsp" (written 01 FEB 2016 11:06:57 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |INTRF;infieldIntegrate;FSU;1| ...) ; file: /tmp/oa-W9fR4V/code.lsp ; in: DEFUN |INTRF;infieldIntegrate;FSU;1| ; (DEFUN BOOT::|INTRF;infieldIntegrate;FSU;1| (BOOT::|f| BOOT::|x| BOOT::$) ; (BOOT::SPADCALL ; (CONS #'BOOT::|INTRF;infieldIntegrate;FSU;1!0| (VECTOR BOOT::$ BOOT::|x|)) ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|f| BOOT::|x| (BOOT::|shellEntry| BOOT::$ 15)) ; (BOOT::|shellEntry| BOOT::$ 18)) ; (BOOT::|shellEntry| BOOT::$ 22))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTRF;infieldIntegrate;FSU;1| ; (BOOT::|f| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|INTRF;infieldIntegrate;FSU;1| ; (BOOT::SPADCALL ; (CONS #'BOOT::|INTRF;infieldIntegrate;FSU;1!0| ; (VECTOR BOOT::$ BOOT::|x|)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|f| BOOT::|x| #) ; (BOOT::|shellEntry| BOOT::$ 18)) ; (BOOT::|shellEntry| BOOT::$ 22)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |INTRF;infieldIntegrate;FSU;1!0| ...) ; compiling (DEFUN |INTRF;internalIntegrate;FSIr;2| ...) ; compiling (DEFUN |INTRF;internalIntegrate;FSIr;2!0| ...) ; compiling (DEFUN |INTRF;extendedIntegrate;FSFU;3| ...) ; file: /tmp/oa-W9fR4V/code.lsp ; in: DEFUN |INTRF;extendedIntegrate;FSFU;3| ; (DEFUN BOOT::|INTRF;extendedIntegrate;FSFU;3| ; (BOOT::|f| BOOT::|x| BOOT::|g| BOOT::$) ; (BOOT::SPADCALL ; (CONS #'BOOT::|INTRF;extendedIntegrate;FSFU;3!0| ; (VECTOR BOOT::$ BOOT::|x|)) ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|f| BOOT::|x| (BOOT::|shellEntry| BOOT::$ 15)) ; (BOOT::SPADCALL BOOT::|g| BOOT::|x| (BOOT::|shellEntry| BOOT::$ 15)) ; (BOOT::|shellEntry| BOOT::$ 31)) ; (BOOT::|shellEntry| BOOT::$ 34))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTRF;extendedIntegrate;FSFU;3| ; (BOOT::|f| BOOT::|x| BOOT::|g| BOOT::$) ; (BLOCK BOOT::|INTRF;extendedIntegrate;FSFU;3| ; (BOOT::SPADCALL ; (CONS #'BOOT::|INTRF;extendedIntegrate;FSFU;3!0| ; (VECTOR BOOT::$ BOOT::|x|)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|f| BOOT::|x| #) ; (BOOT::SPADCALL BOOT::|g| BOOT::|x| #) ; (BOOT::|shellEntry| BOOT::$ 31)) ; (BOOT::|shellEntry| BOOT::$ 34)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |INTRF;extendedIntegrate;FSFU;3!0| ...) ; compiling (DEFUN |INTRF;limitedIntegrate;FSLU;4| ...) ; file: /tmp/oa-W9fR4V/code.lsp ; in: DEFUN |INTRF;limitedIntegrate;FSLU;4| ; (DEFUN BOOT::|INTRF;limitedIntegrate;FSLU;4| ; (BOOT::|f| BOOT::|x| BOOT::|lu| BOOT::$) ; (BOOT::SPADCALL ; (CONS #'BOOT::|INTRF;limitedIntegrate;FSLU;4!0| ; (VECTOR BOOT::$ BOOT::|x|)) ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|f| BOOT::|x| (BOOT::|shellEntry| BOOT::$ 15)) ; (LET (# #) ; (LOOP # ; #)) ; (BOOT::|shellEntry| BOOT::$ 41)) ; (BOOT::|shellEntry| BOOT::$ 46))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTRF;limitedIntegrate;FSLU;4| ; (BOOT::|f| BOOT::|x| BOOT::|lu| BOOT::$) ; (BLOCK BOOT::|INTRF;limitedIntegrate;FSLU;4| ; (BOOT::SPADCALL ; (CONS #'BOOT::|INTRF;limitedIntegrate;FSLU;4!0| ; (VECTOR BOOT::$ BOOT::|x|)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|f| BOOT::|x| #) ; (LET # ; #) ; (BOOT::|shellEntry| BOOT::$ 41)) ; (BOOT::|shellEntry| BOOT::$ 46)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |INTRF;limitedIntegrate;FSLU;4!0| ...) ; compiling (DEFUN |RationalFunctionIntegration| ...) ; compiling (DEFUN |RationalFunctionIntegration;| ...) ; compiling (MAKEPROP (QUOTE |RationalFunctionIntegration|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 3 notes ; /tmp/oa-W9fR4V/code.fasl written ; compilation finished in 0:00:00.037 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile INTSLPE.spad && cp INTSLPE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INTSLPE.fasl \ && if test -f INTSLPE-.NRLIB/code.fasl; then \ cp INTSLPE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INTSLPE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INTSLPE.spad using Spad compiler. INTSLPE abbreviates package IntegerSolveLinearPolynomialEquation debug: compDefine1 lhs: (IntegerSolveLinearPolynomialEquation) signature (pre-evaluate): ((CATEGORY package (SIGNATURE solveLinearPolynomialEquation ((Union (List (SparseUnivariatePolynomial (Integer))) failed) (List (SparseUnivariatePolynomial (Integer))) (SparseUnivariatePolynomial (Integer)))))) debug: evaluateType form: (CATEGORY package (SIGNATURE solveLinearPolynomialEquation ((Union (List (SparseUnivariatePolynomial (Integer))) failed) (List (SparseUnivariatePolynomial (Integer))) (SparseUnivariatePolynomial (Integer))))) $param: NIL debug: evaluateType form: (Union (List (SparseUnivariatePolynomial (Integer))) failed) $param: NIL debug: evaluateType form: (List (SparseUnivariatePolynomial (Integer))) $param: NIL Debug: evaluateType1 form: (List (SparseUnivariatePolynomial (Integer))) debug: evaluateType1 x: (SparseUnivariatePolynomial (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial (Integer)) $param: NIL Debug: evaluateType1 form: (SparseUnivariatePolynomial (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial (Integer)) c: (Type) debug: evaluateType form: failed $param: NIL debug: evaluateType form: (List (SparseUnivariatePolynomial (Integer))) $param: NIL Debug: evaluateType1 form: (List (SparseUnivariatePolynomial (Integer))) debug: evaluateType1 x: (SparseUnivariatePolynomial (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial (Integer)) $param: NIL Debug: evaluateType1 form: (SparseUnivariatePolynomial (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial (Integer)) c: (Type) debug: evaluateType form: (SparseUnivariatePolynomial (Integer)) $param: NIL Debug: evaluateType1 form: (SparseUnivariatePolynomial (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE solveLinearPolynomialEquation ((Union (List (SparseUnivariatePolynomial (Integer))) failed) (List (SparseUnivariatePolynomial (Integer))) (SparseUnivariatePolynomial (Integer)))))) ------------------------------------------------------------------------ initializing stationary directory for IntegerSolveLinearPolynomialEquation compiling into /tmp/oa-eJUg93 compiling exported solveLinearPolynomialEquation : (List SparseUnivariatePolynomial Integer,SparseUnivariatePolynomial Integer) -> Union(List SparseUnivariatePolynomial Integer,failed) Time: 0.09 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] solveLinearPolynomialEquation: slpePrime has no value [2] solveLinearPolynomialEquation: oldtable has no value Cumulative Statistics for Constructor IntegerSolveLinearPolynomialEquation Time: 0.10 seconds finalizing NRLIB INTSLPE Processing IntegerSolveLinearPolynomialEquation for Browser database: -- solveLinearPolynomialEquation : (List ZP,ZP) -> Union(List ZP,"failed") -- constructor ; compiling file "/tmp/oa-eJUg93/code.lsp" (written 01 FEB 2016 11:06:58 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |INTSLPE;solveLinearPolynomialEquation;LSupU;1| ...) ; compiling (DEFUN |IntegerSolveLinearPolynomialEquation| ...) ; compiling (DEFUN |IntegerSolveLinearPolynomialEquation;| ...) ; compiling (MAKEPROP (QUOTE |IntegerSolveLinearPolynomialEquation|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-eJUg93/code.fasl written ; compilation finished in 0:00:00.028 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile TANEXP.spad && cp TANEXP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/TANEXP.fasl \ && if test -f TANEXP-.NRLIB/code.fasl; then \ cp TANEXP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/TANEXP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TANEXP.spad using Spad compiler. TANEXP abbreviates package TangentExpansions debug: compDefine1 lhs: (TangentExpansions R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE tanSum (R (List R))) (SIGNATURE tanAn ((SparseUnivariatePolynomial R) R (PositiveInteger))) (SIGNATURE tanNa (R R (Integer)))) (Field)) debug: evaluateType form: (CATEGORY package (SIGNATURE tanSum (R (List R))) (SIGNATURE tanAn ((SparseUnivariatePolynomial R) R (PositiveInteger))) (SIGNATURE tanNa (R R (Integer)))) $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (List R) $param: (R) Debug: evaluateType1 form: (List R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (R) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: (PositiveInteger) $param: (R) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: R $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Field) $param: (R) Debug: evaluateType1 form: (Field) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE tanSum (R (List R))) (SIGNATURE tanAn ((SparseUnivariatePolynomial R) R (PositiveInteger))) (SIGNATURE tanNa (R R (Integer)))) (Field)) debug: compDefine1 lhs: (TangentExpansions R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE tanSum (R (List R))) (SIGNATURE tanAn ((SparseUnivariatePolynomial R) R (PositiveInteger))) (SIGNATURE tanNa (R R (Integer)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE tanSum (R (List R))) (SIGNATURE tanAn ((SparseUnivariatePolynomial R) R (PositiveInteger))) (SIGNATURE tanNa (R R (Integer)))) $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (List R) $param: (R) Debug: evaluateType1 form: (List R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (R) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: (PositiveInteger) $param: (R) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: R $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE tanSum (R (List R))) (SIGNATURE tanAn ((SparseUnivariatePolynomial R) R (PositiveInteger))) (SIGNATURE tanNa (R R (Integer)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for TangentExpansions compiling into /tmp/oa-bvhC1n importing SymmetricFunctions R importing SymmetricFunctions SparseUnivariatePolynomial R compiling local m1toN : Integer -> Integer TANEXP;m1toN n is replaced by %when( -1,%otherwise 1) Time: 0.04 SEC. compiling exported tanAn : (R,PositiveInteger) -> SparseUnivariatePolynomial R Time: 0.07 SEC. compiling exported tanNa : (R,Integer) -> R Time: 0.03 SEC. compiling exported tanSum : List R -> R Time: 0.03 SEC. compiling local tanPIa : PositiveInteger -> Fraction SparseUnivariatePolynomial R Time: 0.30 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] tanAn: denom has no value [2] tanNa: numer has no value [3] tanPIa: minIndex has no value Cumulative Statistics for Constructor TangentExpansions Time: 0.47 seconds finalizing NRLIB TANEXP Processing TangentExpansions for Browser database: -- tanSum : List R -> R -- tanAn : (R,PI) -> UP -- tanNa : (R,Z) -> R -- constructor ; compiling file "/tmp/oa-bvhC1n/code.lsp" (written 01 FEB 2016 11:06:58 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |TANEXP;m1toN|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |TANEXP;m1toN| ...) ; compiling (DEFUN |TANEXP;tanAn;RPiSup;2| ...) ; compiling (DEFUN |TANEXP;tanNa;RIR;3| ...) ; compiling (DEFUN |TANEXP;tanSum;LR;4| ...) ; compiling (DEFUN |TANEXP;tanPIa| ...) ; compiling (DEFUN |TangentExpansions| ...) ; compiling (DEFUN |TangentExpansions;| ...) ; compiling (MAKEPROP (QUOTE |TangentExpansions|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-bvhC1n/code.fasl written ; compilation finished in 0:00:00.035 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile INTTOOLS.spad && cp INTTOOLS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INTTOOLS.fasl \ && if test -f INTTOOLS-.NRLIB/code.fasl; then \ cp INTTOOLS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INTTOOLS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INTTOOLS.spad using Spad compiler. INTTOOLS abbreviates package IntegrationTools debug: compDefine1 lhs: (IntegrationTools R F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE varselect ((List (Kernel F)) (List (Kernel F)) (Symbol))) (SIGNATURE kmax ((Kernel F) (List (Kernel F)))) (SIGNATURE ksec ((Kernel F) (Kernel F) (List (Kernel F)) (Symbol))) (SIGNATURE union ((List (Kernel F)) (List (Kernel F)) (List (Kernel F)))) (SIGNATURE vark ((List (Kernel F)) (List F) (Symbol))) (IF (has R (IntegralDomain)) (SIGNATURE removeConstantTerm (F F (Symbol))) %noBranch) (IF (has R (GcdDomain)) (IF (has F (ElementaryFunctionCategory)) (PROGN (SIGNATURE mkPrim (F F (Symbol))) (IF (has R (ConvertibleTo (Pattern (Integer)))) (IF (has R (PatternMatchable (Integer))) (IF (has F (LiouvillianFunctionCategory)) (IF (has F (RetractableTo (Symbol))) (SIGNATURE intPatternMatch ((IntegrationResult F) F (Symbol) (Mapping (IntegrationResult F) F (Symbol)) (Mapping (Union (Record (: special F) (: integrand F)) failed) F (Symbol)))) %noBranch) %noBranch) %noBranch) %noBranch)) %noBranch) %noBranch)) (SetCategory) (FunctionSpace R)) debug: evaluateType form: (CATEGORY package (SIGNATURE varselect ((List (Kernel F)) (List (Kernel F)) (Symbol))) (SIGNATURE kmax ((Kernel F) (List (Kernel F)))) (SIGNATURE ksec ((Kernel F) (Kernel F) (List (Kernel F)) (Symbol))) (SIGNATURE union ((List (Kernel F)) (List (Kernel F)) (List (Kernel F)))) (SIGNATURE vark ((List (Kernel F)) (List F) (Symbol))) (IF (has R (IntegralDomain)) (SIGNATURE removeConstantTerm (F F (Symbol))) %noBranch) (IF (has R (GcdDomain)) (IF (has F (ElementaryFunctionCategory)) (PROGN (SIGNATURE mkPrim (F F (Symbol))) (IF (has R (ConvertibleTo (Pattern (Integer)))) (IF (has R (PatternMatchable (Integer))) (IF (has F (LiouvillianFunctionCategory)) (IF (has F (RetractableTo (Symbol))) (SIGNATURE intPatternMatch ((IntegrationResult F) F (Symbol) (Mapping (IntegrationResult F) F (Symbol)) (Mapping (Union (Record (: special F) (: integrand F)) failed) F (Symbol)))) %noBranch) %noBranch) %noBranch) %noBranch)) %noBranch) %noBranch)) $param: (R F) debug: evaluateType form: (List (Kernel F)) $param: (R F) Debug: evaluateType1 form: (List (Kernel F)) debug: evaluateType1 x: (Kernel F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Kernel F) $param: (R F) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evalCategory d: (Kernel F) c: (Type) debug: evaluateType form: (List (Kernel F)) $param: (R F) Debug: evaluateType1 form: (List (Kernel F)) debug: evaluateType1 x: (Kernel F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Kernel F) $param: (R F) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evalCategory d: (Kernel F) c: (Type) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Kernel F) $param: (R F) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: (List (Kernel F)) $param: (R F) Debug: evaluateType1 form: (List (Kernel F)) debug: evaluateType1 x: (Kernel F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Kernel F) $param: (R F) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evalCategory d: (Kernel F) c: (Type) debug: evaluateType form: (Kernel F) $param: (R F) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: (Kernel F) $param: (R F) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: (List (Kernel F)) $param: (R F) Debug: evaluateType1 form: (List (Kernel F)) debug: evaluateType1 x: (Kernel F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Kernel F) $param: (R F) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evalCategory d: (Kernel F) c: (Type) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (List (Kernel F)) $param: (R F) Debug: evaluateType1 form: (List (Kernel F)) debug: evaluateType1 x: (Kernel F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Kernel F) $param: (R F) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evalCategory d: (Kernel F) c: (Type) debug: evaluateType form: (List (Kernel F)) $param: (R F) Debug: evaluateType1 form: (List (Kernel F)) debug: evaluateType1 x: (Kernel F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Kernel F) $param: (R F) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evalCategory d: (Kernel F) c: (Type) debug: evaluateType form: (List (Kernel F)) $param: (R F) Debug: evaluateType1 form: (List (Kernel F)) debug: evaluateType1 x: (Kernel F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Kernel F) $param: (R F) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evalCategory d: (Kernel F) c: (Type) debug: evaluateType form: (List (Kernel F)) $param: (R F) Debug: evaluateType1 form: (List (Kernel F)) debug: evaluateType1 x: (Kernel F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Kernel F) $param: (R F) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evalCategory d: (Kernel F) c: (Type) debug: evaluateType form: (List F) $param: (R F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (SetCategory) $param: (R F) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (FunctionSpace R) $param: (R F) Debug: evaluateType1 form: (FunctionSpace R) debug: evaluateType1 x: R m: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE varselect ((List (Kernel F)) (List (Kernel F)) (Symbol))) (SIGNATURE kmax ((Kernel F) (List (Kernel F)))) (SIGNATURE ksec ((Kernel F) (Kernel F) (List (Kernel F)) (Symbol))) (SIGNATURE union ((List (Kernel F)) (List (Kernel F)) (List (Kernel F)))) (SIGNATURE vark ((List (Kernel F)) (List F) (Symbol))) (IF (has R (IntegralDomain)) (SIGNATURE removeConstantTerm (F F (Symbol))) %noBranch) (IF (has R (GcdDomain)) (IF (has F (ElementaryFunctionCategory)) (PROGN (SIGNATURE mkPrim (F F (Symbol))) (IF (has R (ConvertibleTo (Pattern (Integer)))) (IF (has R (PatternMatchable (Integer))) (IF (has F (LiouvillianFunctionCategory)) (IF (has F (RetractableTo (Symbol))) (SIGNATURE intPatternMatch ((IntegrationResult F) F (Symbol) (Mapping (IntegrationResult F) F (Symbol)) (Mapping (Union (Record (: special F) (: integrand F)) failed) F (Symbol)))) %noBranch) %noBranch) %noBranch) %noBranch)) %noBranch) %noBranch)) (SetCategory) (FunctionSpace R)) debug: compDefine1 lhs: (IntegrationTools R F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE varselect ((List (Kernel F)) (List (Kernel F)) (Symbol))) (SIGNATURE kmax ((Kernel F) (List (Kernel F)))) (SIGNATURE ksec ((Kernel F) (Kernel F) (List (Kernel F)) (Symbol))) (SIGNATURE union ((List (Kernel F)) (List (Kernel F)) (List (Kernel F)))) (SIGNATURE vark ((List (Kernel F)) (List F) (Symbol))) (IF (has R (IntegralDomain)) (SIGNATURE removeConstantTerm (F F (Symbol))) %noBranch) (IF (has R (GcdDomain)) (IF (has F (ElementaryFunctionCategory)) (PROGN (SIGNATURE mkPrim (F F (Symbol))) (IF (has R (ConvertibleTo (Pattern (Integer)))) (IF (has R (PatternMatchable (Integer))) (IF (has F (LiouvillianFunctionCategory)) (IF (has F (RetractableTo (Symbol))) (SIGNATURE intPatternMatch ((IntegrationResult F) F (Symbol) (Mapping (IntegrationResult F) F (Symbol)) (Mapping (Union (Record (: special F) (: integrand F)) failed) F (Symbol)))) %noBranch) %noBranch) %noBranch) %noBranch)) %noBranch) %noBranch)) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE varselect ((List (Kernel F)) (List (Kernel F)) (Symbol))) (SIGNATURE kmax ((Kernel F) (List (Kernel F)))) (SIGNATURE ksec ((Kernel F) (Kernel F) (List (Kernel F)) (Symbol))) (SIGNATURE union ((List (Kernel F)) (List (Kernel F)) (List (Kernel F)))) (SIGNATURE vark ((List (Kernel F)) (List F) (Symbol))) (IF (has R (IntegralDomain)) (SIGNATURE removeConstantTerm (F F (Symbol))) %noBranch) (IF (has R (GcdDomain)) (IF (has F (ElementaryFunctionCategory)) (PROGN (SIGNATURE mkPrim (F F (Symbol))) (IF (has R (ConvertibleTo (Pattern (Integer)))) (IF (has R (PatternMatchable (Integer))) (IF (has F (LiouvillianFunctionCategory)) (IF (has F (RetractableTo (Symbol))) (SIGNATURE intPatternMatch ((IntegrationResult F) F (Symbol) (Mapping (IntegrationResult F) F (Symbol)) (Mapping (Union (Record (: special F) (: integrand F)) failed) F (Symbol)))) %noBranch) %noBranch) %noBranch) %noBranch)) %noBranch) %noBranch)) $param: (R F) debug: evaluateType form: (List (Kernel F)) $param: (R F) Debug: evaluateType1 form: (List (Kernel F)) debug: evaluateType1 x: (Kernel F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Kernel F) $param: (R F) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evalCategory d: (Kernel F) c: (Type) debug: evaluateType form: (List (Kernel F)) $param: (R F) Debug: evaluateType1 form: (List (Kernel F)) debug: evaluateType1 x: (Kernel F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Kernel F) $param: (R F) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evalCategory d: (Kernel F) c: (Type) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Kernel F) $param: (R F) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: (List (Kernel F)) $param: (R F) Debug: evaluateType1 form: (List (Kernel F)) debug: evaluateType1 x: (Kernel F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Kernel F) $param: (R F) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evalCategory d: (Kernel F) c: (Type) debug: evaluateType form: (Kernel F) $param: (R F) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: (Kernel F) $param: (R F) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: (List (Kernel F)) $param: (R F) Debug: evaluateType1 form: (List (Kernel F)) debug: evaluateType1 x: (Kernel F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Kernel F) $param: (R F) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evalCategory d: (Kernel F) c: (Type) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (List (Kernel F)) $param: (R F) Debug: evaluateType1 form: (List (Kernel F)) debug: evaluateType1 x: (Kernel F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Kernel F) $param: (R F) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evalCategory d: (Kernel F) c: (Type) debug: evaluateType form: (List (Kernel F)) $param: (R F) Debug: evaluateType1 form: (List (Kernel F)) debug: evaluateType1 x: (Kernel F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Kernel F) $param: (R F) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evalCategory d: (Kernel F) c: (Type) debug: evaluateType form: (List (Kernel F)) $param: (R F) Debug: evaluateType1 form: (List (Kernel F)) debug: evaluateType1 x: (Kernel F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Kernel F) $param: (R F) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evalCategory d: (Kernel F) c: (Type) debug: evaluateType form: (List (Kernel F)) $param: (R F) Debug: evaluateType1 form: (List (Kernel F)) debug: evaluateType1 x: (Kernel F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Kernel F) $param: (R F) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evalCategory d: (Kernel F) c: (Type) debug: evaluateType form: (List F) $param: (R F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE varselect ((List (Kernel F)) (List (Kernel F)) (Symbol))) (SIGNATURE kmax ((Kernel F) (List (Kernel F)))) (SIGNATURE ksec ((Kernel F) (Kernel F) (List (Kernel F)) (Symbol))) (SIGNATURE union ((List (Kernel F)) (List (Kernel F)) (List (Kernel F)))) (SIGNATURE vark ((List (Kernel F)) (List F) (Symbol))) (IF (has R (IntegralDomain)) (SIGNATURE removeConstantTerm (F F (Symbol))) %noBranch) (IF (has R (GcdDomain)) (IF (has F (ElementaryFunctionCategory)) (PROGN (SIGNATURE mkPrim (F F (Symbol))) (IF (has R (ConvertibleTo (Pattern (Integer)))) (IF (has R (PatternMatchable (Integer))) (IF (has F (LiouvillianFunctionCategory)) (IF (has F (RetractableTo (Symbol))) (SIGNATURE intPatternMatch ((IntegrationResult F) F (Symbol) (Mapping (IntegrationResult F) F (Symbol)) (Mapping (Union (Record (: special F) (: integrand F)) failed) F (Symbol)))) %noBranch) %noBranch) %noBranch) %noBranch)) %noBranch) %noBranch)) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for IntegrationTools compiling into /tmp/oa-R1X2V5 compiling exported union : (List Kernel F,List Kernel F) -> List Kernel F Time: 0.06 SEC. compiling exported varselect : (List Kernel F,Symbol) -> List Kernel F Time: 0.02 SEC. compiling exported ksec : (Kernel F,List Kernel F,Symbol) -> Kernel F Time: 0.03 SEC. compiling exported vark : (List F,Symbol) -> List Kernel F Time: 0.02 SEC. compiling exported kmax : List Kernel F -> Kernel F Time: 0.01 SEC. compiling local better? : (Kernel F,Kernel F) -> Boolean Debug compQuote expr: (QUOTE %alg) m: $EmptyMode Debug compQuote expr: (QUOTE %alg) m: (Identifier) Debug compQuote expr: (QUOTE exp) m: $EmptyMode Debug compQuote expr: (QUOTE exp) m: (Symbol) Debug compQuote expr: (QUOTE exp) m: $EmptyMode Debug compQuote expr: (QUOTE exp) m: (Symbol) Debug compQuote expr: (QUOTE %alg) m: (Identifier) Time: 0.04 SEC. compiling exported removeConstantTerm : (F,Symbol) -> F Time: 0.04 SEC. compiling local logsimp : (F,Symbol) -> F Time: 0.04 SEC. compiling local cont : (SparseMultivariatePolynomial(R,Kernel F),List Kernel F) -> SparseMultivariatePolynomial(R,Kernel F) Time: 0.12 SEC. compiling local linearLog? : (Kernel F,F,Symbol) -> Boolean Debug compQuote expr: (QUOTE log) m: $EmptyMode Debug compQuote expr: (QUOTE log) m: (Symbol) Time: 0.09 SEC. compiling exported mkPrim : (F,Symbol) -> F Time: 0.02 SEC. compiling local psimp : (SparseMultivariatePolynomial(R,Kernel F),Symbol) -> Record(coef: Integer,logand: F) Time: 0.07 SEC. compiling exported intPatternMatch : (F,Symbol,(F,Symbol) -> IntegrationResult F,(F,Symbol) -> Union(Record(special: F,integrand: F),failed)) -> IntegrationResult F Time: 0.09 SEC. (time taken in buildFunctor: 4) Time: 0.04 SEC. Warnings: [1] varselect: not known that SetCategory is of mode CATEGORY(package,varselect: (List Kernel F,Symbol) -> List Kernel F,kmax: List Kernel F -> Kernel F,ksec: (Kernel F,List Kernel F,Symbol) -> Kernel F,union: (List Kernel F,List Kernel F) -> List Kernel F,vark: (List F,Symbol) -> List Kernel F,IF(hasRIntegralDomain(),removeConstantTerm: (F,Symbol) -> F,%noBranch),IF(hasRGcdDomain(),IF(hasFElementaryFunctionCategory(),PROGN(mkPrim: (F,Symbol) -> F,IF(hasRConvertibleTo(Pattern(Integer())),IF(hasRPatternMatchable(Integer()),IF(hasFLiouvillianFunctionCategory(),IF(hasFRetractableTo(Symbol()),intPatternMatch: (F,Symbol,((F,Symbol) -> IntegrationResult F),((F,Symbol) -> Union(Record(special: F,integrand: F),"failed"))) -> IntegrationResult F,%noBranch),%noBranch),%noBranch),%noBranch)),%noBranch),%noBranch)) [2] vark: not known that SetCategory is of mode CATEGORY(package,varselect: (List Kernel F,Symbol) -> List Kernel F,kmax: List Kernel F -> Kernel F,ksec: (Kernel F,List Kernel F,Symbol) -> Kernel F,union: (List Kernel F,List Kernel F) -> List Kernel F,vark: (List F,Symbol) -> List Kernel F,IF(hasRIntegralDomain(),removeConstantTerm: (F,Symbol) -> F,%noBranch),IF(hasRGcdDomain(),IF(hasFElementaryFunctionCategory(),PROGN(mkPrim: (F,Symbol) -> F,IF(hasRConvertibleTo(Pattern(Integer())),IF(hasRPatternMatchable(Integer()),IF(hasFLiouvillianFunctionCategory(),IF(hasFRetractableTo(Symbol()),intPatternMatch: (F,Symbol,((F,Symbol) -> IntegrationResult F),((F,Symbol) -> Union(Record(special: F,integrand: F),"failed"))) -> IntegrationResult F,%noBranch),%noBranch),%noBranch),%noBranch)),%noBranch),%noBranch)) [3] better?: has? has no value [4] removeConstantTerm: not known that SetCategory is of mode CATEGORY(package,removeConstantTerm: (F,Symbol) -> F) [5] cont: not known that Ring is of mode CATEGORY(package,mkPrim: (F,Symbol) -> F) [6] cont: unit has no value [7] linearLog?: not known that Ring is of mode CATEGORY(package,mkPrim: (F,Symbol) -> F) [8] linearLog?: member? has no value [9] intPatternMatch: empty? has no value Cumulative Statistics for Constructor IntegrationTools Time: 0.68 seconds finalizing NRLIB INTTOOLS Processing IntegrationTools for Browser database: -- varselect : (List K,SE) -> List K -- kmax : List K -> K -- ksec : (K,List K,SE) -> K -- union : (List K,List K) -> List K -- vark : (List F,SE) -> List K -- removeConstantTerm : (F,SE) -> F -- mkPrim : (F,SE) -> F -- intPatternMatch : (F,SE,((F,SE) -> IR),((F,SE) -> U)) -> IR -- constructor ; compiling file "/tmp/oa-R1X2V5/code.lsp" (written 01 FEB 2016 11:06:59 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |INTTOOLS;union;3L;1| ...) ; file: /tmp/oa-R1X2V5/code.lsp ; in: DEFUN |INTTOOLS;union;3L;1| ; (DEFUN BOOT::|INTTOOLS;union;3L;1| (BOOT::|l1| BOOT::|l2| BOOT::$) ; (BOOT::SPADCALL BOOT::|l1| BOOT::|l2| (BOOT::|shellEntry| BOOT::$ 10))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTTOOLS;union;3L;1| ; (BOOT::|l1| BOOT::|l2| BOOT::$) ; (BLOCK BOOT::|INTTOOLS;union;3L;1| ; (BOOT::SPADCALL BOOT::|l1| BOOT::|l2| (BOOT::|shellEntry| BOOT::$ 10)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |INTTOOLS;varselect;LSL;2| ...) ; file: /tmp/oa-R1X2V5/code.lsp ; in: DEFUN |INTTOOLS;varselect;LSL;2| ; (DEFUN BOOT::|INTTOOLS;varselect;LSL;2| (BOOT::|l| BOOT::|x| BOOT::$) ; (LET ((#:G680 BOOT::|l|) (#:G555 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G680 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTTOOLS;varselect;LSL;2| ; (BOOT::|l| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|INTTOOLS;varselect;LSL;2| ; (LET ((#:G680 BOOT::|l|) (#:G555 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |INTTOOLS;ksec;KLSK;3| ...) ; compiling (DEFUN |INTTOOLS;vark;LSL;4| ...) ; compiling (DEFUN |INTTOOLS;kmax;LK;5| ...) ; compiling (DEFUN |INTTOOLS;better?| ...) ; compiling (DEFUN |INTTOOLS;removeConstantTerm;FSF;7| ...) ; compiling (DEFUN |INTTOOLS;logsimp| ...) ; compiling (DEFUN |INTTOOLS;cont| ...) ; compiling (DEFUN |INTTOOLS;linearLog?| ...) ; compiling (DEFUN |INTTOOLS;mkPrim;FSF;11| ...) ; compiling (DEFUN |INTTOOLS;psimp| ...) ; compiling (DEFUN |INTTOOLS;intPatternMatch;FSMMIr;13| ...) ; compiling (DEFUN |IntegrationTools| ...) ; compiling (DEFUN |IntegrationTools;| ...) ; compiling (MAKEPROP (QUOTE |IntegrationTools|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-R1X2V5/code.fasl written ; compilation finished in 0:00:00.080 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile EFSTRUC.spad && cp EFSTRUC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/EFSTRUC.fasl \ && if test -f EFSTRUC-.NRLIB/code.fasl; then \ cp EFSTRUC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/EFSTRUC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/EFSTRUC.spad using Spad compiler. EFSTRUC abbreviates package ElementaryFunctionStructurePackage debug: compDefine1 lhs: (ElementaryFunctionStructurePackage R F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE normalize (F F)) (SIGNATURE normalize (F F (Symbol))) (SIGNATURE rischNormalize ((Record (: func F) (: kers (List (Kernel F))) (: vals (List F))) F (Symbol))) (SIGNATURE realElementary (F F)) (SIGNATURE realElementary (F F (Symbol))) (SIGNATURE validExponential ((Union F failed) (List (Kernel F)) F (Symbol))) (SIGNATURE rootNormalize (F F (Kernel F))) (SIGNATURE tanQ (F (Fraction (Integer)) F))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE normalize (F F)) (SIGNATURE normalize (F F (Symbol))) (SIGNATURE rischNormalize ((Record (: func F) (: kers (List (Kernel F))) (: vals (List F))) F (Symbol))) (SIGNATURE realElementary (F F)) (SIGNATURE realElementary (F F (Symbol))) (SIGNATURE validExponential ((Union F failed) (List (Kernel F)) F (Symbol))) (SIGNATURE rootNormalize (F F (Kernel F))) (SIGNATURE tanQ (F (Fraction (Integer)) F))) $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Record (: func F) (: kers (List (Kernel F))) (: vals (List F))) $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (List (Kernel F)) $param: (R F) Debug: evaluateType1 form: (List (Kernel F)) debug: evaluateType1 x: (Kernel F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Kernel F) $param: (R F) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evalCategory d: (Kernel F) c: (Type) debug: evaluateType form: (List F) $param: (R F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Union F failed) $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: failed $param: (R F) debug: evaluateType form: (List (Kernel F)) $param: (R F) Debug: evaluateType1 form: (List (Kernel F)) debug: evaluateType1 x: (Kernel F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Kernel F) $param: (R F) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evalCategory d: (Kernel F) c: (Type) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Kernel F) $param: (R F) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Fraction (Integer)) $param: (R F) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R F) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (R F) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: F $param: (R F) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE normalize (F F)) (SIGNATURE normalize (F F (Symbol))) (SIGNATURE rischNormalize ((Record (: func F) (: kers (List (Kernel F))) (: vals (List F))) F (Symbol))) (SIGNATURE realElementary (F F)) (SIGNATURE realElementary (F F (Symbol))) (SIGNATURE validExponential ((Union F failed) (List (Kernel F)) F (Symbol))) (SIGNATURE rootNormalize (F F (Kernel F))) (SIGNATURE tanQ (F (Fraction (Integer)) F))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ElementaryFunctionStructurePackage compiling into /tmp/oa-NsTv9X importing TangentExpansions F importing IntegrationTools(R,F) importing IntegerLinearDependence F importing AlgebraicManipulations(R,F) importing InnerCommonDenominator(Integer,Fraction Integer,Vector Integer,Vector Fraction Integer) compiling local realElem : (F,List Symbol) -> F Time: 0.15 SEC. compiling exported realElementary : (F,Symbol) -> F Time: 0.02 SEC. compiling exported realElementary : F -> F Time: 0.00 SEC. compiling local toY : List Kernel F -> List F Time: 0.02 SEC. compiling local toZ : List Kernel F -> List F Time: 0.02 SEC. compiling local toU : List Kernel F -> List F Time: 0.02 SEC. compiling local toV : List Kernel F -> List F Time: 0.02 SEC. compiling local rtNormalize : F -> F Time: 0 SEC. compiling local toR : (List Kernel F,F) -> List Kernel F Debug compQuote expr: (QUOTE nthRoot) m: $EmptyMode Debug compQuote expr: (QUOTE nthRoot) m: (Symbol) Time: 0.05 SEC. compiling exported tanQ : (Fraction Integer,F) -> F Time: 0.08 SEC. compiling exported tanQ : (Fraction Integer,F) -> F Time: 0.07 SEC. compiling local tanSum : (F,List F) -> F Time: 0.02 SEC. compiling local rootNormalize0 : F -> Record(func: F,kers: List Kernel F,vals: List F) Debug compQuote expr: (QUOTE nthRoot) m: $EmptyMode Debug compQuote expr: (QUOTE nthRoot) m: (Symbol) Time: 0.12 SEC. compiling local deprel : (List Kernel F,Kernel F,Symbol) -> Union(vec: Vector Fraction Integer,func: F,fail: Boolean) Debug compQuote expr: (QUOTE log) m: $EmptyMode Debug compQuote expr: (QUOTE log) m: (Symbol) Debug compQuote expr: (QUOTE exp) m: $EmptyMode Debug compQuote expr: (QUOTE exp) m: (Symbol) Debug compQuote expr: (QUOTE atan) m: $EmptyMode Debug compQuote expr: (QUOTE atan) m: (Symbol) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (Symbol) Debug compQuote expr: (QUOTE nthRoot) m: $EmptyMode Debug compQuote expr: (QUOTE nthRoot) m: (Symbol) Debug compQuote expr: (QUOTE factorial) m: $EmptyMode Debug compQuote expr: (QUOTE factorial) m: (Symbol) Debug compQuote expr: (QUOTE factorial) m: $EmptyMode Debug compQuote expr: (QUOTE factorial) m: (Symbol) Time: 0.10 SEC. compiling local ktoY : Kernel F -> F Debug compQuote expr: (QUOTE log) m: $EmptyMode Debug compQuote expr: (QUOTE log) m: (Symbol) Debug compQuote expr: (QUOTE exp) m: $EmptyMode Debug compQuote expr: (QUOTE exp) m: (Symbol) Time: 0.01 SEC. compiling local ktoZ : Kernel F -> F Debug compQuote expr: (QUOTE log) m: $EmptyMode Debug compQuote expr: (QUOTE log) m: (Symbol) Debug compQuote expr: (QUOTE exp) m: $EmptyMode Debug compQuote expr: (QUOTE exp) m: (Symbol) Time: 0.01 SEC. compiling local ktoU : Kernel F -> F Debug compQuote expr: (QUOTE atan) m: $EmptyMode Debug compQuote expr: (QUOTE atan) m: (Symbol) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (Symbol) Time: 0.01 SEC. compiling local ktoV : Kernel F -> F Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (Symbol) Debug compQuote expr: (QUOTE atan) m: $EmptyMode Debug compQuote expr: (QUOTE atan) m: (Symbol) Time: 0.01 SEC. compiling local smpElem : (SparseMultivariatePolynomial(R,Kernel F),List Symbol) -> F Time: 0.01 SEC. compiling local k2Elem : (Kernel F,List Symbol) -> F Debug compQuote expr: (QUOTE %power) m: $EmptyMode Debug compQuote expr: (QUOTE %power) m: (Symbol) Debug compQuote expr: (QUOTE cot) m: $EmptyMode Debug compQuote expr: (QUOTE cot) m: (Symbol) Debug compQuote expr: (QUOTE acot) m: $EmptyMode Debug compQuote expr: (QUOTE acot) m: (Symbol) Debug compQuote expr: (QUOTE asin) m: $EmptyMode Debug compQuote expr: (QUOTE asin) m: (Symbol) Debug compQuote expr: (QUOTE acos) m: $EmptyMode Debug compQuote expr: (QUOTE acos) m: (Symbol) Debug compQuote expr: (QUOTE asec) m: $EmptyMode Debug compQuote expr: (QUOTE asec) m: (Symbol) Debug compQuote expr: (QUOTE acsc) m: $EmptyMode Debug compQuote expr: (QUOTE acsc) m: (Symbol) Debug compQuote expr: (QUOTE asinh) m: $EmptyMode Debug compQuote expr: (QUOTE asinh) m: (Symbol) Debug compQuote expr: (QUOTE acosh) m: $EmptyMode Debug compQuote expr: (QUOTE acosh) m: (Symbol) Debug compQuote expr: (QUOTE atanh) m: $EmptyMode Debug compQuote expr: (QUOTE atanh) m: (Symbol) Debug compQuote expr: (QUOTE acoth) m: $EmptyMode Debug compQuote expr: (QUOTE acoth) m: (Symbol) Debug compQuote expr: (QUOTE asech) m: $EmptyMode Debug compQuote expr: (QUOTE asech) m: (Symbol) Debug compQuote expr: (QUOTE acsch) m: $EmptyMode Debug compQuote expr: (QUOTE acsch) m: (Symbol) Debug compQuote expr: (QUOTE %paren) m: $EmptyMode Debug compQuote expr: (QUOTE %paren) m: (Symbol) Debug compQuote expr: (QUOTE %box) m: $EmptyMode Debug compQuote expr: (QUOTE %box) m: (Symbol) Debug compQuote expr: (QUOTE htrig) m: $EmptyMode Debug compQuote expr: (QUOTE htrig) m: (Identifier) Debug compQuote expr: (QUOTE sinh) m: $EmptyMode Debug compQuote expr: (QUOTE sinh) m: (Symbol) Debug compQuote expr: (QUOTE cosh) m: $EmptyMode Debug compQuote expr: (QUOTE cosh) m: (Symbol) Debug compQuote expr: (QUOTE tanh) m: $EmptyMode Debug compQuote expr: (QUOTE tanh) m: (Symbol) Debug compQuote expr: (QUOTE coth) m: $EmptyMode Debug compQuote expr: (QUOTE coth) m: (Symbol) Debug compQuote expr: (QUOTE sech) m: $EmptyMode Debug compQuote expr: (QUOTE sech) m: (Symbol) Debug compQuote expr: (QUOTE csch) m: $EmptyMode Debug compQuote expr: (QUOTE csch) m: (Symbol) Debug compQuote expr: (QUOTE trig) m: $EmptyMode Debug compQuote expr: (QUOTE trig) m: (Identifier) Debug compQuote expr: (QUOTE sin) m: $EmptyMode Debug compQuote expr: (QUOTE sin) m: (Symbol) Debug compQuote expr: (QUOTE cos) m: $EmptyMode Debug compQuote expr: (QUOTE cos) m: (Symbol) Debug compQuote expr: (QUOTE sec) m: $EmptyMode Debug compQuote expr: (QUOTE sec) m: (Symbol) Debug compQuote expr: (QUOTE csc) m: $EmptyMode Debug compQuote expr: (QUOTE csc) m: (Symbol) Time: 0.35 SEC. compiling local depeval : (F,List Kernel F,Kernel F,Vector Fraction Integer) -> Record(func: F,kers: List Kernel F,vals: List F) Debug compQuote expr: (QUOTE log) m: $EmptyMode Debug compQuote expr: (QUOTE log) m: (Symbol) Debug compQuote expr: (QUOTE exp) m: $EmptyMode Debug compQuote expr: (QUOTE exp) m: (Symbol) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (Symbol) Debug compQuote expr: (QUOTE atan) m: $EmptyMode Debug compQuote expr: (QUOTE atan) m: (Symbol) Debug compQuote expr: (QUOTE nthRoot) m: $EmptyMode Debug compQuote expr: (QUOTE nthRoot) m: (Symbol) Time: 0.08 SEC. compiling local rooteval : (F,List Kernel F,Kernel F,Fraction Integer) -> Record(func: F,kers: List Kernel F,vals: List F) Time: 0.22 SEC. compiling local ataneval : (F,List Kernel F,Kernel F,Vector Fraction Integer) -> Record(func: F,kers: List Kernel F,vals: List F) Time: 0.27 SEC. compiling local gdCoef? : (Fraction Integer,Vector Fraction Integer) -> Boolean Time: 0.04 SEC. compiling local goodCoef : (Vector Fraction Integer,List Kernel F,Symbol) -> Union(Record(index: Integer,ker: Kernel F),failed) Time: 0.07 SEC. compiling local taneval : (F,List Kernel F,Kernel F,Vector Fraction Integer) -> Record(func: F,kers: List Kernel F,vals: List F) Debug compQuote expr: (QUOTE tan) m: (Symbol) Time: 0.14 SEC. compiling local tannosimp : (F,List Kernel F,Kernel F,Vector Fraction Integer,List F,F) -> Record(func: F,kers: List Kernel F,vals: List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (Symbol) Time: 0.10 SEC. compiling local expnosimp : (F,List Kernel F,Kernel F,Vector Fraction Integer,List F,F) -> Record(func: F,kers: List Kernel F,vals: List F) Debug compQuote expr: (QUOTE exp) m: $EmptyMode Debug compQuote expr: (QUOTE exp) m: (Symbol) Time: 1.24 SEC. compiling local logeval : (F,List Kernel F,Kernel F,Vector Fraction Integer) -> Record(func: F,kers: List Kernel F,vals: List F) Time: 0.12 SEC. compiling exported rischNormalize : (F,Symbol) -> Record(func: F,kers: List Kernel F,vals: List F) Time: 0.12 SEC. compiling exported rootNormalize : (F,Kernel F) -> F Time: 0.02 SEC. compiling local rootKernelNormalize : (F,List Kernel F,Kernel F) -> Union(Record(func: F,kers: List Kernel F,vals: List F),failed) Time: 0.04 SEC. compiling local localnorm : F -> F Time: 0.02 SEC. compiling exported validExponential : (List Kernel F,F,Symbol) -> Union(F,failed) Time: 0.10 SEC. compiling local rootDep : (List Kernel F,Kernel F) -> Union(vec: Vector Fraction Integer,func: F,fail: Boolean) Time: 0.49 SEC. compiling local qdeprel : (List F,F) -> Union(vec: Vector Fraction Integer,func: F,fail: Boolean) Time: 0.04 SEC. compiling local expeval : (F,List Kernel F,Kernel F,Vector Fraction Integer) -> Record(func: F,kers: List Kernel F,vals: List F) Debug compQuote expr: (QUOTE exp) m: (Symbol) Time: 0.76 SEC. compiling exported normalize : F -> F Time: 0.00 SEC. compiling exported normalize : (F,Symbol) -> F Time: 0.01 SEC. compiling local factdeprel : (List Kernel F,Kernel F) -> Union(vec: Vector Fraction Integer,func: F,fail: Boolean) Time: 0.59 SEC. compiling exported normalize : F -> F Time: 0.00 SEC. compiling exported normalize : (F,Symbol) -> F Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.04 SEC. Warnings: [1] realElem: not known that SetCategory is of mode CATEGORY(package,normalize: F -> F,normalize: (F,Symbol) -> F,rischNormalize: (F,Symbol) -> Record(func: F,kers: List Kernel F,vals: List F),realElementary: F -> F,realElementary: (F,Symbol) -> F,validExponential: (List Kernel F,F,Symbol) -> Union(F,"failed"),rootNormalize: (F,Kernel F) -> F,tanQ: (Fraction Integer,F) -> F) [2] tanQ: not known that Ring is of mode CATEGORY(package,normalize: F -> F,normalize: (F,Symbol) -> F,rischNormalize: (F,Symbol) -> Record(func: F,kers: List Kernel F,vals: List F),realElementary: F -> F,realElementary: (F,Symbol) -> F,validExponential: (List Kernel F,F,Symbol) -> Union(F,"failed"),rootNormalize: (F,Kernel F) -> F,tanQ: (Fraction Integer,F) -> F) [3] rootNormalize0: not known that SetCategory is of mode CATEGORY(package,normalize: F -> F,normalize: (F,Symbol) -> F,rischNormalize: (F,Symbol) -> Record(func: F,kers: List Kernel F,vals: List F),realElementary: F -> F,realElementary: (F,Symbol) -> F,validExponential: (List Kernel F,F,Symbol) -> Union(F,"failed"),rootNormalize: (F,Kernel F) -> F,tanQ: (Fraction Integer,F) -> F) [4] ktoY: first has no value [5] ktoZ: first has no value [6] ktoU: first has no value [7] ktoV: first has no value [8] k2Elem: has? has no value [9] k2Elem: ez has no value [10] k2Elem: iez has no value [11] k2Elem: tz2 has no value [12] tannosimp: den has no value [13] tannosimp: num has no value [14] expnosimp: den has no value [15] expnosimp: num has no value [16] rischNormalize: empty? has no value [17] rischNormalize: vec has no value [18] rootKernelNormalize: vec has no value [19] validExponential: IN has no value [20] validExponential: g has no value [21] validExponential: fns has no value Cumulative Statistics for Constructor ElementaryFunctionStructurePackage Time: 5.66 seconds finalizing NRLIB EFSTRUC Processing ElementaryFunctionStructurePackage for Browser database: -- normalize : F -> F -- normalize : (F,SY) -> F -- rischNormalize : (F,SY) -> REC -- realElementary : F -> F -- realElementary : (F,SY) -> F -- validExponential : (List K,F,SY) -> Union(F,"failed") -- rootNormalize : (F,K) -> F -- tanQ : (Q,F) -> F -- constructor ; compiling file "/tmp/oa-NsTv9X/code.lsp" (written 01 FEB 2016 11:07:05 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |EFSTRUC;realElem| ...) ; compiling (DEFUN |EFSTRUC;realElementary;FSF;2| ...) ; compiling (DEFUN |EFSTRUC;realElementary;2F;3| ...) ; compiling (DEFUN |EFSTRUC;toY| ...) ; file: /tmp/oa-NsTv9X/code.lsp ; in: DEFUN |EFSTRUC;toY| ; (DEFUN BOOT::|EFSTRUC;toY| (BOOT::|ker| BOOT::$) ; (PROG (BOOT::|func|) ; (RETURN ; (LET (# #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EFSTRUC;toY| ; (BOOT::|ker| BOOT::$) ; (BLOCK BOOT::|EFSTRUC;toY| ; (PROG (BOOT::|func|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |EFSTRUC;toZ| ...) ; file: /tmp/oa-NsTv9X/code.lsp ; in: DEFUN |EFSTRUC;toZ| ; (DEFUN BOOT::|EFSTRUC;toZ| (BOOT::|ker| BOOT::$) ; (PROG (BOOT::|func|) ; (RETURN ; (LET (# #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EFSTRUC;toZ| ; (BOOT::|ker| BOOT::$) ; (BLOCK BOOT::|EFSTRUC;toZ| ; (PROG (BOOT::|func|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |EFSTRUC;toU| ...) ; file: /tmp/oa-NsTv9X/code.lsp ; in: DEFUN |EFSTRUC;toU| ; (DEFUN BOOT::|EFSTRUC;toU| (BOOT::|ker| BOOT::$) ; (PROG (BOOT::|func|) ; (RETURN ; (LET (# #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EFSTRUC;toU| ; (BOOT::|ker| BOOT::$) ; (BLOCK BOOT::|EFSTRUC;toU| ; (PROG (BOOT::|func|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |EFSTRUC;toV| ...) ; file: /tmp/oa-NsTv9X/code.lsp ; in: DEFUN |EFSTRUC;toV| ; (DEFUN BOOT::|EFSTRUC;toV| (BOOT::|ker| BOOT::$) ; (PROG (BOOT::|func|) ; (RETURN ; (LET (# #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EFSTRUC;toV| ; (BOOT::|ker| BOOT::$) ; (BLOCK BOOT::|EFSTRUC;toV| ; (PROG (BOOT::|func|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |EFSTRUC;rtNormalize| ...) ; compiling (DEFUN |EFSTRUC;toR| ...) ; file: /tmp/oa-NsTv9X/code.lsp ; in: DEFUN |EFSTRUC;toR| ; (DEFUN BOOT::|EFSTRUC;toR| (BOOT::|ker| BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (CONS #'BOOT::|EFSTRUC;toR!0| (VECTOR BOOT::|x| BOOT::$)) ; BOOT::|ker| (BOOT::|shellEntry| BOOT::$ 36))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EFSTRUC;toR| ; (BOOT::|ker| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|EFSTRUC;toR| ; (BOOT::SPADCALL ; (CONS #'BOOT::|EFSTRUC;toR!0| (VECTOR BOOT::|x| BOOT::$)) BOOT::|ker| ; (BOOT::|shellEntry| BOOT::$ 36)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |EFSTRUC;toR!0| ...) ; compiling (DEFUN |EFSTRUC;tanQ;F2F;10| ...) ; compiling (DEFUN |EFSTRUC;tanQ;F2F;11| ...) ; compiling (DEFUN |EFSTRUC;tanSum| ...) ; compiling (DEFUN |EFSTRUC;rootNormalize0| ...) ; compiling (DEFUN |EFSTRUC;rootNormalize0!0| ...) ; compiling (DEFUN |EFSTRUC;deprel| ...) ; compiling (DEFUN |EFSTRUC;ktoY| ...) ; compiling (DEFUN |EFSTRUC;ktoZ| ...) ; compiling (DEFUN |EFSTRUC;ktoU| ...) ; compiling (DEFUN |EFSTRUC;ktoV| ...) ; compiling (DEFUN |EFSTRUC;smpElem| ...) ; compiling (DEFUN |EFSTRUC;smpElem!1| ...) ; compiling (DEFUN |EFSTRUC;smpElem!0| ...) ; compiling (DEFUN |EFSTRUC;k2Elem| ...) ; compiling (DEFUN |EFSTRUC;depeval| ...) ; compiling (DEFUN |EFSTRUC;rooteval| ...) ; compiling (DEFUN |EFSTRUC;ataneval| ...) ; compiling (DEFUN |EFSTRUC;gdCoef?| ...) ; compiling (DEFUN |EFSTRUC;goodCoef| ...) ; compiling (DEFUN |EFSTRUC;taneval| ...) ; compiling (DEFUN |EFSTRUC;tannosimp| ...) ; file: /tmp/oa-NsTv9X/code.lsp ; in: DEFUN |EFSTRUC;tannosimp| ; (DEFUN BOOT::|EFSTRUC;tannosimp| ; (BOOT::|f| BOOT::|lk| BOOT::|k| BOOT::|v| BOOT::|fns| BOOT::|c| ; BOOT::$) ; (COND ; ((BOOT::SPADCALL (CONS #'BOOT::|EFSTRUC;tannosimp!0| BOOT::$) BOOT::|lk| ; (BOOT::|shellEntry| BOOT::$ 130)) ; (LET* (# # # # # #) ; (PROGN # # #))) ; (T ; (LET (#) ; (VECTOR # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EFSTRUC;tannosimp| ; (BOOT::|f| BOOT::|lk| BOOT::|k| BOOT::|v| BOOT::|fns| BOOT::|c| BOOT::$) ; (BLOCK BOOT::|EFSTRUC;tannosimp| ; (COND ; ((BOOT::SPADCALL # BOOT::|lk| #) ; (LET* # ; #)) ; (T ; (LET # ; #))))) ; ; note: Assignment to argument: |lk| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |EFSTRUC;tannosimp!0| ...) ; compiling (DEFUN |EFSTRUC;expnosimp| ...) ; file: /tmp/oa-NsTv9X/code.lsp ; in: DEFUN |EFSTRUC;expnosimp| ; (DEFUN BOOT::|EFSTRUC;expnosimp| ; (BOOT::|f| BOOT::|lk| BOOT::|k| BOOT::|v| BOOT::|fns| BOOT::|g| ; BOOT::$) ; (COND ; ((BOOT::SPADCALL (CONS #'BOOT::|EFSTRUC;expnosimp!0| BOOT::$) BOOT::|lk| ; (BOOT::|shellEntry| BOOT::$ 130)) ; (LET* (# # # # # #) ; (PROGN # # #))) ; (T ; (LET (#) ; (VECTOR # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EFSTRUC;expnosimp| ; (BOOT::|f| BOOT::|lk| BOOT::|k| BOOT::|v| BOOT::|fns| BOOT::|g| BOOT::$) ; (BLOCK BOOT::|EFSTRUC;expnosimp| ; (COND ; ((BOOT::SPADCALL # BOOT::|lk| #) ; (LET* # ; #)) ; (T ; (LET # ; #))))) ; ; note: Assignment to argument: |lk| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |EFSTRUC;expnosimp!0| ...) ; compiling (DEFUN |EFSTRUC;logeval| ...) ; compiling (DEFUN |EFSTRUC;rischNormalize;FSR;30| ...) ; file: /tmp/oa-NsTv9X/code.lsp ; in: DEFUN |EFSTRUC;rischNormalize;FSR;30| ; (DEFUN BOOT::|EFSTRUC;rischNormalize;FSR;30| (BOOT::|f| BOOT::|v| BOOT::$) ; (PROG (BOOT::|n| BOOT::|rn| BOOT::|rec| BOOT::|c| BOOT::|klist|) ; (RETURN ; (LET (#) ; (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EFSTRUC;rischNormalize;FSR;30| ; (BOOT::|f| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|EFSTRUC;rischNormalize;FSR;30| ; (PROG (BOOT::|n| BOOT::|rn| BOOT::|rec| BOOT::|c| BOOT::|klist|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |EFSTRUC;rootNormalize;FKF;31| ...) ; compiling (DEFUN |EFSTRUC;rootKernelNormalize| ...) ; compiling (DEFUN |EFSTRUC;localnorm| ...) ; compiling (DEFUN |EFSTRUC;validExponential;LFSU;34| ...) ; compiling (DEFUN |EFSTRUC;rootDep| ...) ; file: /tmp/oa-NsTv9X/code.lsp ; in: DEFUN |EFSTRUC;rootDep| ; (DEFUN BOOT::|EFSTRUC;rootDep| (BOOT::|ker| BOOT::|k| BOOT::$) ; (PROGN ; (SETQ BOOT::|ker| (BOOT::|EFSTRUC;toR| BOOT::|ker| # BOOT::$)) ; (COND ((NULL BOOT::|ker|) (CONS 2 T)) (T (CONS 0 #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EFSTRUC;rootDep| ; (BOOT::|ker| BOOT::|k| BOOT::$) ; (BLOCK BOOT::|EFSTRUC;rootDep| ; (PROGN (SETQ BOOT::|ker| #) (COND (# #) (T #))))) ; ; note: Assignment to argument: |ker| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |EFSTRUC;qdeprel| ...) ; compiling (DEFUN |EFSTRUC;expeval| ...) ; compiling (DEFUN |EFSTRUC;normalize;2F;38| ...) ; compiling (DEFUN |EFSTRUC;normalize;FSF;39| ...) ; compiling (DEFUN |EFSTRUC;factdeprel| ...) ; compiling (DEFUN |EFSTRUC;normalize;2F;41| ...) ; compiling (DEFUN |EFSTRUC;normalize;FSF;42| ...) ; compiling (DEFUN |ElementaryFunctionStructurePackage| ...) ; compiling (DEFUN |ElementaryFunctionStructurePackage;| ...) ; compiling (MAKEPROP (QUOTE |ElementaryFunctionStructurePackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 9 notes ; /tmp/oa-NsTv9X/code.fasl written ; compilation finished in 0:00:00.385 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/INPSIGN.fasl --bootstrap INPSIGN.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INPSIGN.spad using Spad compiler. INPSIGN abbreviates package InnerPolySign ------------------------------------------------------------------------ initializing stationary directory for InnerPolySign compiling into /tmp/oa-LQQ9Sr Time: 0.04 SEC. Cumulative Statistics for Constructor InnerPolySign Time: 0.04 seconds finalizing NRLIB INPSIGN ; compiling file "/tmp/oa-LQQ9Sr/code.lsp" (written 01 FEB 2016 11:07:05 PM): ; compiling (DEFUN |InnerPolySign| ...) ; compiling (DEFUN |InnerPolySign;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-LQQ9Sr/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/TOOLSIGN.fasl --bootstrap TOOLSIGN.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TOOLSIGN.spad using Spad compiler. TOOLSIGN abbreviates package ToolsForSign ------------------------------------------------------------------------ initializing stationary directory for ToolsForSign compiling into /tmp/oa-GoM0Vq Time: 0.01 SEC. Cumulative Statistics for Constructor ToolsForSign Time: 0.01 seconds finalizing NRLIB TOOLSIGN ; compiling file "/tmp/oa-GoM0Vq/code.lsp" (written 01 FEB 2016 11:07:06 PM): ; compiling (DEFUN |ToolsForSign| ...) ; compiling (DEFUN |ToolsForSign;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-GoM0Vq/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/ORDCOMP.fasl --bootstrap ORDCOMP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ORDCOMP.spad using Spad compiler. ORDCOMP abbreviates domain OrderedCompletion ------------------------------------------------------------------------ initializing stationary directory for OrderedCompletion compiling into /tmp/oa-I8s1ix Time: 0.01 SEC. Cumulative Statistics for Constructor OrderedCompletion Time: 0.01 seconds finalizing NRLIB ORDCOMP ; compiling file "/tmp/oa-I8s1ix/code.lsp" (written 01 FEB 2016 11:07:06 PM): ; compiling (DEFUN |OrderedCompletion| ...) ; compiling (DEFUN |OrderedCompletion;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-I8s1ix/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/SIGNRF.fasl --optimize=3 SIGNRF.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SIGNRF.spad using Spad compiler. SIGNRF abbreviates package RationalFunctionSign debug: compDefine1 lhs: (RationalFunctionSign R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE sign ((Union (Integer) failed) (Fraction (Polynomial R)))) (SIGNATURE sign ((Union (Integer) failed) (Fraction (Polynomial R)) (Symbol) (OrderedCompletion (Fraction (Polynomial R))))) (SIGNATURE sign ((Union (Integer) failed) (Fraction (Polynomial R)) (Symbol) (Fraction (Polynomial R)) (String)))) (GcdDomain)) debug: evaluateType form: (CATEGORY package (SIGNATURE sign ((Union (Integer) failed) (Fraction (Polynomial R)))) (SIGNATURE sign ((Union (Integer) failed) (Fraction (Polynomial R)) (Symbol) (OrderedCompletion (Fraction (Polynomial R))))) (SIGNATURE sign ((Union (Integer) failed) (Fraction (Polynomial R)) (Symbol) (Fraction (Polynomial R)) (String)))) $param: (R) debug: evaluateType form: (Union (Integer) failed) $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (Union (Integer) failed) $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (OrderedCompletion (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (OrderedCompletion (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (SetCategory) debug: evaluateType form: (Union (Integer) failed) $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (String) $param: (R) Debug: evaluateType1 form: (String) debug: evaluateType form: (GcdDomain) $param: (R) Debug: evaluateType1 form: (GcdDomain) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE sign ((Union (Integer) failed) (Fraction (Polynomial R)))) (SIGNATURE sign ((Union (Integer) failed) (Fraction (Polynomial R)) (Symbol) (OrderedCompletion (Fraction (Polynomial R))))) (SIGNATURE sign ((Union (Integer) failed) (Fraction (Polynomial R)) (Symbol) (Fraction (Polynomial R)) (String)))) (GcdDomain)) debug: compDefine1 lhs: (RationalFunctionSign R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE sign ((Union (Integer) failed) (Fraction (Polynomial R)))) (SIGNATURE sign ((Union (Integer) failed) (Fraction (Polynomial R)) (Symbol) (OrderedCompletion (Fraction (Polynomial R))))) (SIGNATURE sign ((Union (Integer) failed) (Fraction (Polynomial R)) (Symbol) (Fraction (Polynomial R)) (String)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE sign ((Union (Integer) failed) (Fraction (Polynomial R)))) (SIGNATURE sign ((Union (Integer) failed) (Fraction (Polynomial R)) (Symbol) (OrderedCompletion (Fraction (Polynomial R))))) (SIGNATURE sign ((Union (Integer) failed) (Fraction (Polynomial R)) (Symbol) (Fraction (Polynomial R)) (String)))) $param: (R) debug: evaluateType form: (Union (Integer) failed) $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (Union (Integer) failed) $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (OrderedCompletion (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (OrderedCompletion (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (SetCategory) debug: evaluateType form: (Union (Integer) failed) $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (String) $param: (R) Debug: evaluateType1 form: (String) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE sign ((Union (Integer) failed) (Fraction (Polynomial R)))) (SIGNATURE sign ((Union (Integer) failed) (Fraction (Polynomial R)) (Symbol) (OrderedCompletion (Fraction (Polynomial R))))) (SIGNATURE sign ((Union (Integer) failed) (Fraction (Polynomial R)) (Symbol) (Fraction (Polynomial R)) (String)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for RationalFunctionSign compiling into /tmp/oa-JpX7vF importing ToolsForSign R importing InnerPolySign(Fraction Polynomial R,SparseUnivariatePolynomial Fraction Polynomial R) importing PolynomialCategoryQuotientFunctions(IndexedExponents Symbol,Symbol,R,Polynomial R,Fraction Polynomial R) compiling exported sign : Fraction Polynomial R -> Union(Integer,failed) Time: 0.06 SEC. compiling local finiteSign : (Fraction SparseUnivariatePolynomial Fraction Polynomial R,Fraction Polynomial R) -> Union(Integer,failed) Time: 0.07 SEC. compiling exported sign : (Fraction Polynomial R,Symbol,OrderedCompletion Fraction Polynomial R) -> Union(Integer,failed) Time: 0.09 SEC. compiling exported sign : (Fraction Polynomial R,Symbol,Fraction Polynomial R,String) -> Union(Integer,failed) Time: 0.08 SEC. compiling local psign : Polynomial R -> Union(Integer,failed) Time: 0.06 SEC. compiling local sqfrSign : Polynomial R -> Union(Integer,failed) Time: 0.02 SEC. compiling local listSign : (List Polynomial R,Integer) -> Union(Integer,failed) Time: 0.04 SEC. compiling local termSign : Polynomial R -> Union(Integer,failed) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] psign: unit has no value [2] psign: not known that IntegralDomain is of mode CATEGORY(package,sign: Fraction Polynomial R -> Union(Integer,"failed"),sign: (Fraction Polynomial R,Symbol,OrderedCompletion Fraction Polynomial R) -> Union(Integer,"failed"),sign: (Fraction Polynomial R,Symbol,Fraction Polynomial R,String) -> Union(Integer,"failed")) [3] sqfrSign: first has no value Cumulative Statistics for Constructor RationalFunctionSign Time: 0.43 seconds finalizing NRLIB SIGNRF Processing RationalFunctionSign for Browser database: -- sign : RF -> U -- sign : (RF,SE,ORF) -> U -- sign : (RF,SE,RF,String) -> U -- constructor ; compiling file "/tmp/oa-JpX7vF/code.lsp" (written 01 FEB 2016 11:07:06 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SIGNRF;sign;FU;1| ...) ; compiling (DEFUN |SIGNRF;finiteSign| ...) ; compiling (DEFUN |SIGNRF;sign;FSOcU;3| ...) ; compiling (DEFUN |SIGNRF;sign;FSFSU;4| ...) ; compiling (DEFUN |SIGNRF;psign| ...) ; file: /tmp/oa-JpX7vF/code.lsp ; in: DEFUN |SIGNRF;psign| ; (DEFUN BOOT::|SIGNRF;psign| (BOOT::|p| BOOT::$) ; (PROG (BOOT::|ans| BOOT::|u| BOOT::|s|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SIGNRF;psign| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|SIGNRF;psign| ; (PROG (BOOT::|ans| BOOT::|u| BOOT::|s|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SIGNRF;sqfrSign| ...) ; compiling (DEFUN |SIGNRF;listSign| ...) ; compiling (DEFUN |SIGNRF;termSign| ...) ; file: /tmp/oa-JpX7vF/code.lsp ; in: DEFUN |SIGNRF;termSign| ; (DEFUN BOOT::|SIGNRF;termSign| (BOOT::|term| BOOT::$) ; (PROGN ; (LET ((#:G656 #)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|term| (BOOT::|shellEntry| BOOT::$ 61)) ; (BOOT::|shellEntry| BOOT::$ 41)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SIGNRF;termSign| ; (BOOT::|term| BOOT::$) ; (BLOCK BOOT::|SIGNRF;termSign| ; (PROGN ; (LET (#) ; (LOOP # ; #)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|term| #) ; (BOOT::|shellEntry| BOOT::$ 41))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |RationalFunctionSign| ...) ; compiling (DEFUN |RationalFunctionSign;| ...) ; compiling (MAKEPROP (QUOTE |RationalFunctionSign|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-JpX7vF/code.fasl written ; compilation finished in 0:00:00.061 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/EFSTRUC.fasl --bootstrap EFSTRUC.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/EFSTRUC.spad using Spad compiler. EFSTRUC abbreviates package ElementaryFunctionStructurePackage ------------------------------------------------------------------------ initializing stationary directory for ElementaryFunctionStructurePackage compiling into /tmp/oa-KyEhRs Time: 0.07 SEC. Cumulative Statistics for Constructor ElementaryFunctionStructurePackage Time: 0.07 seconds finalizing NRLIB EFSTRUC ; compiling file "/tmp/oa-KyEhRs/code.lsp" (written 01 FEB 2016 11:07:06 PM): ; compiling (DEFUN |ElementaryFunctionStructurePackage| ...) ; compiling (DEFUN |ElementaryFunctionStructurePackage;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-KyEhRs/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/PSCAT.fasl --bootstrap PSCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PSCAT.spad using Spad compiler. PSCAT abbreviates category PowerSeriesCategory ------------------------------------------------------------------------ initializing stationary directory for PowerSeriesCategory compiling into /tmp/oa-SVs3Ns STYLE-WARNING: redefining BOOT::|PowerSeriesCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB PSCAT ; compiling file "/tmp/oa-SVs3Ns/code.lsp" (written 01 FEB 2016 11:07:07 PM): ; compiling (DEFPARAMETER |PowerSeriesCategory;AL| ...) ; compiling (DEFUN |PowerSeriesCategory;| ...) ; compiling (DEFUN |PowerSeriesCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-SVs3Ns/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/UPSCAT.fasl --bootstrap UPSCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UPSCAT.spad using Spad compiler. UPSCAT abbreviates category UnivariatePowerSeriesCategory ------------------------------------------------------------------------ initializing stationary directory for UnivariatePowerSeriesCategory compiling into /tmp/oa-213CYB STYLE-WARNING: redefining BOOT::|UnivariatePowerSeriesCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB UPSCAT ; compiling file "/tmp/oa-213CYB/code.lsp" (written 01 FEB 2016 11:07:07 PM): ; compiling (DEFPARAMETER |UnivariatePowerSeriesCategory;AL| ...) ; compiling (DEFUN |UnivariatePowerSeriesCategory;| ...) ; compiling (DEFUN |UnivariatePowerSeriesCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-213CYB/code.fasl written ; compilation finished in 0:00:00.021 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/PTRANFN.fasl --bootstrap PTRANFN.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PTRANFN.spad using Spad compiler. PTRANFN abbreviates category PartialTranscendentalFunctions ------------------------------------------------------------------------ initializing stationary directory for PartialTranscendentalFunctions compiling into /tmp/oa-sv6tPJ STYLE-WARNING: redefining BOOT::|PartialTranscendentalFunctions| in DEFUN Time: 0.01 SEC. finalizing NRLIB PTRANFN ; compiling file "/tmp/oa-sv6tPJ/code.lsp" (written 01 FEB 2016 11:07:07 PM): ; compiling (DEFPARAMETER |PartialTranscendentalFunctions;AL| ...) ; compiling (DEFUN |PartialTranscendentalFunctions;| ...) ; compiling (DEFUN |PartialTranscendentalFunctions| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-sv6tPJ/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/FS2UPS.fasl --bootstrap FS2UPS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FS2UPS.spad using Spad compiler. FS2UPS abbreviates package FunctionSpaceToUnivariatePowerSeries ------------------------------------------------------------------------ initializing stationary directory for FunctionSpaceToUnivariatePowerSeries compiling into /tmp/oa-k1CQMT Time: 0.10 SEC. Cumulative Statistics for Constructor FunctionSpaceToUnivariatePowerSeries Time: 0.10 seconds finalizing NRLIB FS2UPS ; compiling file "/tmp/oa-k1CQMT/code.lsp" (written 01 FEB 2016 11:07:07 PM): ; compiling (DEFUN |FunctionSpaceToUnivariatePowerSeries| ...) ; compiling (DEFUN |FunctionSpaceToUnivariatePowerSeries;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-k1CQMT/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/UPXSCAT.fasl --bootstrap UPXSCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UPXSCAT.spad using Spad compiler. UPXSCAT abbreviates category UnivariatePuiseuxSeriesCategory ------------------------------------------------------------------------ initializing stationary directory for UnivariatePuiseuxSeriesCategory compiling into /tmp/oa-xZjei9 STYLE-WARNING: redefining BOOT::|UnivariatePuiseuxSeriesCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB UPXSCAT ; compiling file "/tmp/oa-xZjei9/code.lsp" (written 01 FEB 2016 11:07:07 PM): ; compiling (DEFPARAMETER |UnivariatePuiseuxSeriesCategory;AL| ...) ; compiling (DEFUN |UnivariatePuiseuxSeriesCategory;| ...) ; compiling (DEFUN |UnivariatePuiseuxSeriesCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-xZjei9/code.fasl written ; compilation finished in 0:00:00.019 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/UPXSCCA.fasl --bootstrap UPXSCCA.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UPXSCCA.spad using Spad compiler. UPXSCCA abbreviates category UnivariatePuiseuxSeriesConstructorCategory ------------------------------------------------------------------------ initializing stationary directory for UnivariatePuiseuxSeriesConstructorCategory compiling into /tmp/oa-I946Ch STYLE-WARNING: redefining BOOT::|UnivariatePuiseuxSeriesConstructorCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB UPXSCCA ; compiling file "/tmp/oa-I946Ch/code.lsp" (written 01 FEB 2016 11:07:07 PM): ; compiling (DEFPARAMETER |UnivariatePuiseuxSeriesConstructorCategory;AL| ...) ; compiling (DEFUN |UnivariatePuiseuxSeriesConstructorCategory;| ...) ; compiling (DEFUN |UnivariatePuiseuxSeriesConstructorCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-I946Ch/code.fasl written ; compilation finished in 0:00:00.021 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/UPXS.fasl --bootstrap UPXS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UPXS.spad using Spad compiler. UPXS abbreviates domain UnivariatePuiseuxSeries ------------------------------------------------------------------------ initializing stationary directory for UnivariatePuiseuxSeries compiling into /tmp/oa-m92FEx Time: 0.05 SEC. Warnings: [1] String syntax for * in signature is deprecated. [2] String syntax for ** in signature is deprecated. Cumulative Statistics for Constructor UnivariatePuiseuxSeries Time: 0.05 seconds finalizing NRLIB UPXS ; compiling file "/tmp/oa-m92FEx/code.lsp" (written 01 FEB 2016 11:07:08 PM): ; compiling (DEFUN |UnivariatePuiseuxSeries| ...) ; compiling (DEFUN |UnivariatePuiseuxSeries;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-m92FEx/code.fasl written ; compilation finished in 0:00:00.023 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/ULSCAT.fasl --bootstrap ULSCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ULSCAT.spad using Spad compiler. ULSCAT abbreviates category UnivariateLaurentSeriesCategory ------------------------------------------------------------------------ initializing stationary directory for UnivariateLaurentSeriesCategory compiling into /tmp/oa-FGxZVA STYLE-WARNING: redefining BOOT::|UnivariateLaurentSeriesCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB ULSCAT ; compiling file "/tmp/oa-FGxZVA/code.lsp" (written 01 FEB 2016 11:07:08 PM): ; compiling (DEFPARAMETER |UnivariateLaurentSeriesCategory;AL| ...) ; compiling (DEFUN |UnivariateLaurentSeriesCategory;| ...) ; compiling (DEFUN |UnivariateLaurentSeriesCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-FGxZVA/code.fasl written ; compilation finished in 0:00:00.018 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/EFUPXS.fasl --bootstrap EFUPXS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/EFUPXS.spad using Spad compiler. EFUPXS abbreviates package ElementaryFunctionsUnivariatePuiseuxSeries ------------------------------------------------------------------------ initializing stationary directory for ElementaryFunctionsUnivariatePuiseuxSeries compiling into /tmp/oa-vlbMwK Time: 0.06 SEC. Cumulative Statistics for Constructor ElementaryFunctionsUnivariatePuiseuxSeries Time: 0.06 seconds finalizing NRLIB EFUPXS ; compiling file "/tmp/oa-vlbMwK/code.lsp" (written 01 FEB 2016 11:07:08 PM): ; compiling (DEFUN |ElementaryFunctionsUnivariatePuiseuxSeries| ...) ; compiling (DEFUN |ElementaryFunctionsUnivariatePuiseuxSeries;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-vlbMwK/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/ULSCCAT.fasl --bootstrap ULSCCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ULSCCAT.spad using Spad compiler. ULSCCAT abbreviates category UnivariateLaurentSeriesConstructorCategory ------------------------------------------------------------------------ initializing stationary directory for UnivariateLaurentSeriesConstructorCategory compiling into /tmp/oa-wRPOAW STYLE-WARNING: redefining BOOT::|UnivariateLaurentSeriesConstructorCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB ULSCCAT ; compiling file "/tmp/oa-wRPOAW/code.lsp" (written 01 FEB 2016 11:07:08 PM): ; compiling (DEFPARAMETER |UnivariateLaurentSeriesConstructorCategory;AL| ...) ; compiling (DEFUN |UnivariateLaurentSeriesConstructorCategory;| ...) ; compiling (DEFUN |UnivariateLaurentSeriesConstructorCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-wRPOAW/code.fasl written ; compilation finished in 0:00:00.033 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/ULS.fasl --bootstrap ULS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ULS.spad using Spad compiler. ULS abbreviates domain UnivariateLaurentSeries ------------------------------------------------------------------------ initializing stationary directory for UnivariateLaurentSeries compiling into /tmp/oa-THj6Kg Time: 0.10 SEC. Cumulative Statistics for Constructor UnivariateLaurentSeries Time: 0.10 seconds finalizing NRLIB ULS ; compiling file "/tmp/oa-THj6Kg/code.lsp" (written 01 FEB 2016 11:07:08 PM): ; compiling (DEFUN |UnivariateLaurentSeries| ...) ; compiling (DEFUN |UnivariateLaurentSeries;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-THj6Kg/code.fasl written ; compilation finished in 0:00:00.024 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/UTSCAT.fasl --bootstrap UTSCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UTSCAT.spad using Spad compiler. UTSCAT abbreviates category UnivariateTaylorSeriesCategory ------------------------------------------------------------------------ initializing stationary directory for UnivariateTaylorSeriesCategory compiling into /tmp/oa-ZaeMyy STYLE-WARNING: redefining BOOT::|UnivariateTaylorSeriesCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB UTSCAT ; compiling file "/tmp/oa-ZaeMyy/code.lsp" (written 01 FEB 2016 11:07:08 PM): ; compiling (DEFPARAMETER |UnivariateTaylorSeriesCategory;AL| ...) ; compiling (DEFUN |UnivariateTaylorSeriesCategory;| ...) ; compiling (DEFUN |UnivariateTaylorSeriesCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-ZaeMyy/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/EFULS.fasl --bootstrap EFULS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/EFULS.spad using Spad compiler. EFULS abbreviates package ElementaryFunctionsUnivariateLaurentSeries ------------------------------------------------------------------------ initializing stationary directory for ElementaryFunctionsUnivariateLaurentSeries compiling into /tmp/oa-QE79hA Time: 0.09 SEC. Warnings: [1] String syntax for ** in signature is deprecated. Cumulative Statistics for Constructor ElementaryFunctionsUnivariateLaurentSeries Time: 0.09 seconds finalizing NRLIB EFULS ; compiling file "/tmp/oa-QE79hA/code.lsp" (written 01 FEB 2016 11:07:09 PM): ; compiling (DEFUN |ElementaryFunctionsUnivariateLaurentSeries| ...) ; compiling (DEFUN |ElementaryFunctionsUnivariateLaurentSeries;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-QE79hA/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/UTS.fasl --bootstrap UTS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UTS.spad using Spad compiler. UTS abbreviates domain UnivariateTaylorSeries ------------------------------------------------------------------------ initializing stationary directory for UnivariateTaylorSeries compiling into /tmp/oa-GvCPvP Time: 0.03 SEC. Warnings: [1] String syntax for ** in signature is deprecated. Cumulative Statistics for Constructor UnivariateTaylorSeries Time: 0.03 seconds finalizing NRLIB UTS ; compiling file "/tmp/oa-GvCPvP/code.lsp" (written 01 FEB 2016 11:07:09 PM): ; compiling (DEFUN |UnivariateTaylorSeries| ...) ; compiling (DEFUN |UnivariateTaylorSeries;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-GvCPvP/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/FS2EXPXP.fasl --bootstrap FS2EXPXP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FS2EXPXP.spad using Spad compiler. FS2EXPXP abbreviates package FunctionSpaceToExponentialExpansion ------------------------------------------------------------------------ initializing stationary directory for FunctionSpaceToExponentialExpansion compiling into /tmp/oa-GrBoz9 Time: 0.09 SEC. Cumulative Statistics for Constructor FunctionSpaceToExponentialExpansion Time: 0.09 seconds finalizing NRLIB FS2EXPXP ; compiling file "/tmp/oa-GrBoz9/code.lsp" (written 01 FEB 2016 11:07:09 PM): ; compiling (DEFUN |FunctionSpaceToExponentialExpansion| ...) ; compiling (DEFUN |FunctionSpaceToExponentialExpansion;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-GrBoz9/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/EXPEXPAN.fasl --bootstrap EXPEXPAN.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/EXPEXPAN.spad using Spad compiler. EXPEXPAN abbreviates domain ExponentialExpansion ------------------------------------------------------------------------ initializing stationary directory for ExponentialExpansion compiling into /tmp/oa-BHWt7k Time: 0.08 SEC. Cumulative Statistics for Constructor ExponentialExpansion Time: 0.08 seconds finalizing NRLIB EXPEXPAN ; compiling file "/tmp/oa-BHWt7k/code.lsp" (written 01 FEB 2016 11:07:09 PM): ; compiling (DEFUN |ExponentialExpansion| ...) ; compiling (DEFUN |ExponentialExpansion;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-BHWt7k/code.fasl written ; compilation finished in 0:00:00.021 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/SIGNEF.fasl --bootstrap SIGNEF.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SIGNEF.spad using Spad compiler. SIGNEF abbreviates package ElementaryFunctionSign ------------------------------------------------------------------------ initializing stationary directory for ElementaryFunctionSign compiling into /tmp/oa-6G4Wky Time: 0.04 SEC. Cumulative Statistics for Constructor ElementaryFunctionSign Time: 0.04 seconds finalizing NRLIB SIGNEF ; compiling file "/tmp/oa-6G4Wky/code.lsp" (written 01 FEB 2016 11:07:09 PM): ; compiling (DEFUN |ElementaryFunctionSign| ...) ; compiling (DEFUN |ElementaryFunctionSign;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-6G4Wky/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/LIMITPS.fasl --optimize=3 LIMITPS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LIMITPS.spad using Spad compiler. LIMITPS abbreviates package PowerSeriesLimitPackage debug: compDefine1 lhs: (PowerSeriesLimitPackage R FE) signature (pre-evaluate): ((CATEGORY package (SIGNATURE limit ((Union (OrderedCompletion FE) (Record (: leftHandLimit (Union (OrderedCompletion FE) failed)) (: rightHandLimit (Union (OrderedCompletion FE) failed))) failed) FE (Equation (OrderedCompletion FE)))) (SIGNATURE complexLimit ((Union (OnePointCompletion FE) failed) FE (Equation (OnePointCompletion FE)))) (SIGNATURE limit ((Union (OrderedCompletion FE) failed) FE (Equation FE) (String)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE limit ((Union (OrderedCompletion FE) (Record (: leftHandLimit (Union (OrderedCompletion FE) failed)) (: rightHandLimit (Union (OrderedCompletion FE) failed))) failed) FE (Equation (OrderedCompletion FE)))) (SIGNATURE complexLimit ((Union (OnePointCompletion FE) failed) FE (Equation (OnePointCompletion FE)))) (SIGNATURE limit ((Union (OrderedCompletion FE) failed) FE (Equation FE) (String)))) $param: (R FE) debug: evaluateType form: (Union (OrderedCompletion FE) (Record (: leftHandLimit (Union (OrderedCompletion FE) failed)) (: rightHandLimit (Union (OrderedCompletion FE) failed))) failed) $param: (R FE) debug: evaluateType form: (OrderedCompletion FE) $param: (R FE) Debug: evaluateType1 form: (OrderedCompletion FE) debug: evaluateType1 x: FE m: (SetCategory) debug: evaluateType form: (Record (: leftHandLimit (Union (OrderedCompletion FE) failed)) (: rightHandLimit (Union (OrderedCompletion FE) failed))) $param: (R FE) debug: evaluateType form: (Union (OrderedCompletion FE) failed) $param: (R FE) debug: evaluateType form: (OrderedCompletion FE) $param: (R FE) Debug: evaluateType1 form: (OrderedCompletion FE) debug: evaluateType1 x: FE m: (SetCategory) debug: evaluateType form: failed $param: (R FE) debug: evaluateType form: (Union (OrderedCompletion FE) failed) $param: (R FE) debug: evaluateType form: (OrderedCompletion FE) $param: (R FE) Debug: evaluateType1 form: (OrderedCompletion FE) debug: evaluateType1 x: FE m: (SetCategory) debug: evaluateType form: failed $param: (R FE) debug: evaluateType form: failed $param: (R FE) debug: evaluateType form: FE $param: (R FE) debug: evaluateType form: (Equation (OrderedCompletion FE)) $param: (R FE) Debug: evaluateType1 form: (Equation (OrderedCompletion FE)) debug: evaluateType1 x: (OrderedCompletion FE) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R FE) Debug: evaluateType1 form: (Type) debug: evaluateType form: (OrderedCompletion FE) $param: (R FE) Debug: evaluateType1 form: (OrderedCompletion FE) debug: evaluateType1 x: FE m: (SetCategory) debug: evalCategory d: (OrderedCompletion FE) c: (Type) debug: evaluateType form: (Union (OnePointCompletion FE) failed) $param: (R FE) debug: evaluateType form: (OnePointCompletion FE) $param: (R FE) Debug: evaluateType1 form: (OnePointCompletion FE) debug: evaluateType1 x: FE m: (SetCategory) debug: evaluateType form: failed $param: (R FE) debug: evaluateType form: FE $param: (R FE) debug: evaluateType form: (Equation (OnePointCompletion FE)) $param: (R FE) Debug: evaluateType1 form: (Equation (OnePointCompletion FE)) debug: evaluateType1 x: (OnePointCompletion FE) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R FE) Debug: evaluateType1 form: (Type) debug: evaluateType form: (OnePointCompletion FE) $param: (R FE) Debug: evaluateType1 form: (OnePointCompletion FE) debug: evaluateType1 x: FE m: (SetCategory) debug: evalCategory d: (OnePointCompletion FE) c: (Type) debug: evaluateType form: (Union (OrderedCompletion FE) failed) $param: (R FE) debug: evaluateType form: (OrderedCompletion FE) $param: (R FE) Debug: evaluateType1 form: (OrderedCompletion FE) debug: evaluateType1 x: FE m: (SetCategory) debug: evaluateType form: failed $param: (R FE) debug: evaluateType form: FE $param: (R FE) debug: evaluateType form: (Equation FE) $param: (R FE) Debug: evaluateType1 form: (Equation FE) debug: evaluateType1 x: FE m: (Type) debug: evaluateType form: (String) $param: (R FE) Debug: evaluateType1 form: (String) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE limit ((Union (OrderedCompletion FE) (Record (: leftHandLimit (Union (OrderedCompletion FE) failed)) (: rightHandLimit (Union (OrderedCompletion FE) failed))) failed) FE (Equation (OrderedCompletion FE)))) (SIGNATURE complexLimit ((Union (OnePointCompletion FE) failed) FE (Equation (OnePointCompletion FE)))) (SIGNATURE limit ((Union (OrderedCompletion FE) failed) FE (Equation FE) (String)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PowerSeriesLimitPackage compiling into /tmp/oa-7IvDcy importing ToolsForSign R importing ElementaryFunctionStructurePackage(R,FE) compiling local noX? : (FE,Symbol) -> Boolean Time: 0.10 SEC. compiling local constant? : FE -> Boolean Time: 0.01 SEC. compiling local firstNonLogPtr : (FE,Symbol) -> List Kernel FE Time: 0.05 SEC. compiling local finiteValueAtInfinity? : Kernel FE -> Boolean Time: 0.03 SEC. compiling local knownValueAtInfinity? : Kernel FE -> Boolean Time: 0.01 SEC. compiling local leftOrRight : (FE,Symbol,FE) -> SingleInteger Time: 0.04 SEC. compiling local specialLimit : (FE,Symbol) -> Union(OrderedCompletion FE,failed) Time: 0.08 SEC. compiling local specialLimitNormalize : (FE,Symbol) -> Union(OrderedCompletion FE,failed) Time: 0.10 SEC. compiling local specialLimit1 : (FE,Symbol) -> Union(OrderedCompletion FE,failed) Time: 0.09 SEC. compiling local specialLimitKernel : (Kernel FE,Symbol) -> Union(OrderedCompletion FE,failed) Time: 0.30 SEC. compiling local logOnlyLimit : (FE,Symbol) -> Union(OrderedCompletion FE,failed) Time: 0.03 SEC. compiling local locallimit : (FE,Symbol,OrderedCompletion FE) -> Union(OrderedCompletion FE,Record(leftHandLimit: Union(OrderedCompletion FE,failed),rightHandLimit: Union(OrderedCompletion FE,failed)),failed) Time: 0.06 SEC. compiling local localsubst : (FE,Kernel FE,Integer,FE) -> FE Time: 0.01 SEC. compiling local locallimitcomplex : (FE,Symbol,OnePointCompletion FE) -> Union(OnePointCompletion FE,failed) Time: 0.02 SEC. compiling exported limit : (FE,Equation FE,String) -> Union(OrderedCompletion FE,failed) Time: 0.04 SEC. compiling local anyRootsOrAtrigs? : FE -> Boolean Time: 0.03 SEC. compiling local complLimit : (FE,Symbol) -> Union(OnePointCompletion FE,failed) Time: 0.20 SEC. compiling local okProblem? : (String,String) -> Boolean Time: 0.01 SEC. compiling local poleLimit : (Fraction Integer,FE,Symbol) -> Union(OrderedCompletion FE,Record(leftHandLimit: Union(OrderedCompletion FE,failed),rightHandLimit: Union(OrderedCompletion FE,failed)),failed) Time: 0.07 SEC. compiling local poleLimitPlus : (Fraction Integer,FE,Symbol) -> Union(OrderedCompletion FE,failed) Time: 0.08 SEC. compiling local realLimit : (FE,Symbol) -> Union(OrderedCompletion FE,Record(leftHandLimit: Union(OrderedCompletion FE,failed),rightHandLimit: Union(OrderedCompletion FE,failed)),failed) Time: 0.23 SEC. compiling local xxpLimit : (FE,Symbol) -> Union(OrderedCompletion FE,failed) Time: 0.04 SEC. compiling local limitPlus : (FE,Symbol) -> Union(OrderedCompletion FE,failed) Time: 0.23 SEC. compiling exported limit : (FE,Equation OrderedCompletion FE) -> Union(OrderedCompletion FE,Record(leftHandLimit: Union(OrderedCompletion FE,failed),rightHandLimit: Union(OrderedCompletion FE,failed)),failed) Time: 0.05 SEC. compiling exported complexLimit : (FE,Equation OnePointCompletion FE) -> Union(OnePointCompletion FE,failed) Time: 0.05 SEC. (time taken in buildFunctor: 0) Time: 0.04 SEC. Warnings: [1] noX?: member? has no value [2] constant?: empty? has no value [3] firstNonLogPtr: not known that SetCategory is of mode CATEGORY(package,limit: (FE,Equation OrderedCompletion FE) -> Union(OrderedCompletion FE,Record(leftHandLimit: Union(OrderedCompletion FE,"failed"),rightHandLimit: Union(OrderedCompletion FE,"failed")),"failed"),complexLimit: (FE,Equation OnePointCompletion FE) -> Union(OnePointCompletion FE,"failed"),limit: (FE,Equation FE,String) -> Union(OrderedCompletion FE,"failed")) [4] logOnlyLimit: member? has no value [5] complLimit: %series has no value [6] poleLimit: member? has no value [7] poleLimitPlus: member? has no value [8] realLimit: %problem has no value [9] realLimit: %series has no value [10] realLimit: func has no value [11] realLimit: prob has no value [12] xxpLimit: true has no value [13] xxpLimit: %expansion has no value [14] limitPlus: %problem has no value [15] limitPlus: %series has no value [16] limitPlus: func has no value [17] limitPlus: prob has no value Cumulative Statistics for Constructor PowerSeriesLimitPackage Time: 2.00 seconds finalizing NRLIB LIMITPS Processing PowerSeriesLimitPackage for Browser database: -- limit : (FE,EQ OFE) -> U -- complexLimit : (FE,EQ OPF) -> Union(OPF,"failed") -- limit : (FE,EQ FE,String) -> RESULT -- constructor ; compiling file "/tmp/oa-7IvDcy/code.lsp" (written 01 FEB 2016 11:07:12 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIMITPS;okProblem?|) ...) ; compiling (DEFUN |LIMITPS;noX?| ...) ; compiling (DEFUN |LIMITPS;constant?| ...) ; compiling (DEFUN |LIMITPS;firstNonLogPtr| ...) ; compiling (DEFUN |LIMITPS;finiteValueAtInfinity?| ...) ; compiling (DEFUN |LIMITPS;knownValueAtInfinity?| ...) ; compiling (DEFUN |LIMITPS;leftOrRight| ...) ; file: /tmp/oa-7IvDcy/code.lsp ; in: DEFUN |LIMITPS;leftOrRight| ; (DEFUN BOOT::|LIMITPS;leftOrRight| ; (BOOT::|fcn| BOOT::|x| BOOT::|limVal| BOOT::$) ; (PROG (BOOT::|inf| BOOT::|val|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIMITPS;leftOrRight| ; (BOOT::|fcn| BOOT::|x| BOOT::|limVal| BOOT::$) ; (BLOCK BOOT::|LIMITPS;leftOrRight| ; (PROG (BOOT::|inf| BOOT::|val|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES FIXNUM &REST T). ; compiling (DEFUN |LIMITPS;specialLimit| ...) ; compiling (DEFUN |LIMITPS;specialLimitNormalize| ...) ; compiling (DEFUN |LIMITPS;specialLimit1| ...) ; compiling (DEFUN |LIMITPS;specialLimitKernel| ...) ; compiling (DEFUN |LIMITPS;logOnlyLimit| ...) ; compiling (DEFUN |LIMITPS;locallimit| ...) ; compiling (DEFUN |LIMITPS;localsubst| ...) ; compiling (DEFUN |LIMITPS;locallimitcomplex| ...) ; compiling (DEFUN |LIMITPS;limit;FEESU;15| ...) ; file: /tmp/oa-7IvDcy/code.lsp ; in: DEFUN |LIMITPS;limit;FEESU;15| ; (DEFUN BOOT::|LIMITPS;limit;FEESU;15| ; (BOOT::|fcn| BOOT::|eq| BOOT::|str| BOOT::$) ; (PROG (BOOT::|xK| BOOT::|a| BOOT::|x|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIMITPS;limit;FEESU;15| ; (BOOT::|fcn| BOOT::|eq| BOOT::|str| BOOT::$) ; (BLOCK BOOT::|LIMITPS;limit;FEESU;15| ; (PROG (BOOT::|xK| BOOT::|a| BOOT::|x|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |LIMITPS;anyRootsOrAtrigs?| ...) ; compiling (DEFUN |LIMITPS;complLimit| ...) ; file: /tmp/oa-7IvDcy/code.lsp ; in: DEFUN |LIMITPS;complLimit| ; (DEFUN BOOT::|LIMITPS;complLimit| (BOOT::|fcn| BOOT::|x| BOOT::$) ; (PROG (BOOT::|answer| BOOT::|lim| BOOT::|uls| BOOT::|lseries| BOOT::|lpack| ; BOOT::|upxs| BOOT::|pseries| BOOT::|ppack|) ; (RETURN ; (BOOT::SEQ (BOOT::LETT BOOT::|lim| # BOOT::|LIMITPS;complLimit|) ; (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIMITPS;complLimit| ; (BOOT::|fcn| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|LIMITPS;complLimit| ; (PROG (BOOT::|answer| BOOT::|lim| BOOT::|uls| BOOT::|lseries| ; BOOT::|lpack| BOOT::|upxs| BOOT::|pseries| BOOT::|ppack|) ; (RETURN (BOOT::SEQ # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |LIMITPS;okProblem?| ...) ; file: /tmp/oa-7IvDcy/code.lsp ; in: DEFUN |LIMITPS;okProblem?| ; (DEFUN BOOT::|LIMITPS;okProblem?| (BOOT::|function| BOOT::|problem| BOOT::$) ; (COND ((OR (NOT #) (NOT #)) (OR (NOT #) (NOT #))) ; ((NOT (NULL #)) (NOT (NULL #))) ((NOT (NULL #)) (NOT (NULL #))) ; (T (NOT (NULL #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIMITPS;okProblem?| ; (BOOT::|function| BOOT::|problem| BOOT::$) ; (BLOCK BOOT::|LIMITPS;okProblem?| ; (COND ((OR # #) (OR # #)) ((NOT #) (NOT #)) ((NOT #) (NOT #)) ; (T (NOT #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |LIMITPS;poleLimit| ...) ; file: /tmp/oa-7IvDcy/code.lsp ; in: DEFUN |LIMITPS;poleLimit| ; (DEFUN BOOT::|LIMITPS;poleLimit| ; (BOOT::|order| BOOT::|coef| BOOT::|x| BOOT::$) ; (PROG (BOOT::|rtLim|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIMITPS;poleLimit| ; (BOOT::|order| BOOT::|coef| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|LIMITPS;poleLimit| ; (PROG (BOOT::|rtLim|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |LIMITPS;poleLimitPlus| ...) ; file: /tmp/oa-7IvDcy/code.lsp ; in: DEFUN |LIMITPS;poleLimitPlus| ; (DEFUN BOOT::|LIMITPS;poleLimitPlus| ; (BOOT::|order| BOOT::|coef| BOOT::|x| BOOT::$) ; (PROG (BOOT::|tt| BOOT::|t| BOOT::|ss| BOOT::|cclim| BOOT::|lim|) ; (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIMITPS;poleLimitPlus| ; (BOOT::|order| BOOT::|coef| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|LIMITPS;poleLimitPlus| ; (PROG (BOOT::|tt| BOOT::|t| BOOT::|ss| BOOT::|cclim| BOOT::|lim|) ; (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; ; caught STYLE-WARNING: ; The variable |order| is defined but never used. ; compiling (DEFUN |LIMITPS;realLimit| ...) ; file: /tmp/oa-7IvDcy/code.lsp ; in: DEFUN |LIMITPS;realLimit| ; (DEFUN BOOT::|LIMITPS;realLimit| (BOOT::|fcn| BOOT::|x| BOOT::$) ; (PROG (BOOT::|answer| BOOT::|lim| BOOT::|cl| BOOT::|ordl| BOOT::|uls| ; BOOT::|right| BOOT::|left| BOOT::|fcn0| BOOT::|xK| BOOT::|problem| ; BOOT::|function| BOOT::|trouble| ...) ; (RETURN ; (BOOT::SEQ (BOOT::LETT BOOT::|lim| # BOOT::|LIMITPS;realLimit|) ; (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIMITPS;realLimit| ; (BOOT::|fcn| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|LIMITPS;realLimit| ; (PROG (BOOT::|answer| BOOT::|lim| BOOT::|cl| BOOT::|ordl| BOOT::|uls| ; BOOT::|right| BOOT::|left| BOOT::|fcn0| BOOT::|xK| ; BOOT::|problem| BOOT::|function| BOOT::|trouble| ...) ; (RETURN (BOOT::SEQ # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |LIMITPS;xxpLimit| ...) ; file: /tmp/oa-7IvDcy/code.lsp ; in: DEFUN |LIMITPS;xxpLimit| ; (DEFUN BOOT::|LIMITPS;xxpLimit| (BOOT::|fcn| BOOT::|x| BOOT::$) ; (LET* ((BOOT::|xpack| ; (BOOT::|FunctionSpaceToExponentialExpansion| # # BOOT::|x| #)) ; (BOOT::|xxp| (BOOT::SPADCALL BOOT::|fcn| T #))) ; (COND ((EQL # 1) (CONS 1 "failed")) (T (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIMITPS;xxpLimit| ; (BOOT::|fcn| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|LIMITPS;xxpLimit| ; (LET* ((BOOT::|xpack| #) (BOOT::|xxp| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |LIMITPS;limitPlus| ...) ; compiling (DEFUN |LIMITPS;limit;FEEU;24| ...) ; file: /tmp/oa-7IvDcy/code.lsp ; in: DEFUN |LIMITPS;limit;FEEU;24| ; (DEFUN BOOT::|LIMITPS;limit;FEEU;24| (BOOT::|fcn| BOOT::|eq| BOOT::$) ; (PROG (BOOT::|a| BOOT::|x| BOOT::|xx|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIMITPS;limit;FEEU;24| ; (BOOT::|fcn| BOOT::|eq| BOOT::$) ; (BLOCK BOOT::|LIMITPS;limit;FEEU;24| ; (PROG (BOOT::|a| BOOT::|x| BOOT::|xx|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |LIMITPS;complexLimit;FEEU;25| ...) ; file: /tmp/oa-7IvDcy/code.lsp ; in: DEFUN |LIMITPS;complexLimit;FEEU;25| ; (DEFUN BOOT::|LIMITPS;complexLimit;FEEU;25| (BOOT::|fcn| BOOT::|eq| BOOT::$) ; (PROG (BOOT::|a| BOOT::|x| BOOT::|xx|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIMITPS;complexLimit;FEEU;25| ; (BOOT::|fcn| BOOT::|eq| BOOT::$) ; (BLOCK BOOT::|LIMITPS;complexLimit;FEEU;25| ; (PROG (BOOT::|a| BOOT::|x| BOOT::|xx|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |PowerSeriesLimitPackage| ...) ; compiling (DEFUN |PowerSeriesLimitPackage;| ...) ; compiling (MAKEPROP (QUOTE |PowerSeriesLimitPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 9 notes ; /tmp/oa-7IvDcy/code.fasl written ; compilation finished in 0:00:00.277 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/ITRIGMNP.fasl --bootstrap ITRIGMNP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ITRIGMNP.spad using Spad compiler. ITRIGMNP abbreviates package InnerTrigonometricManipulations ------------------------------------------------------------------------ initializing stationary directory for InnerTrigonometricManipulations compiling into /tmp/oa-MlSOH6 Time: 0.07 SEC. Cumulative Statistics for Constructor InnerTrigonometricManipulations Time: 0.07 seconds finalizing NRLIB ITRIGMNP ; compiling file "/tmp/oa-MlSOH6/code.lsp" (written 01 FEB 2016 11:07:12 PM): ; compiling (DEFUN |InnerTrigonometricManipulations| ...) ; compiling (DEFUN |InnerTrigonometricManipulations;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-MlSOH6/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/TRIGMNIP.fasl --optimize=3 TRIGMNIP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TRIGMNIP.spad using Spad compiler. TRIGMNIP abbreviates package TrigonometricManipulations debug: compDefine1 lhs: (TrigonometricManipulations R F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE complexNormalize (F F)) (SIGNATURE complexNormalize (F F (Symbol))) (SIGNATURE complexElementary (F F)) (SIGNATURE complexElementary (F F (Symbol))) (SIGNATURE trigs (F F)) (SIGNATURE real (F F)) (SIGNATURE imag (F F)) (SIGNATURE real? ((Boolean) F)) (SIGNATURE complexForm ((Complex F) F))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE complexNormalize (F F)) (SIGNATURE complexNormalize (F F (Symbol))) (SIGNATURE complexElementary (F F)) (SIGNATURE complexElementary (F F (Symbol))) (SIGNATURE trigs (F F)) (SIGNATURE real (F F)) (SIGNATURE imag (F F)) (SIGNATURE real? ((Boolean) F)) (SIGNATURE complexForm ((Complex F) F))) $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Boolean) $param: (R F) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Complex F) $param: (R F) Debug: evaluateType1 form: (Complex F) debug: evaluateType1 x: F m: (CommutativeRing) debug: evaluateType form: F $param: (R F) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE complexNormalize (F F)) (SIGNATURE complexNormalize (F F (Symbol))) (SIGNATURE complexElementary (F F)) (SIGNATURE complexElementary (F F (Symbol))) (SIGNATURE trigs (F F)) (SIGNATURE real (F F)) (SIGNATURE imag (F F)) (SIGNATURE real? ((Boolean) F)) (SIGNATURE complexForm ((Complex F) F))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for TrigonometricManipulations compiling into /tmp/oa-Y9IISo importing ElementaryFunctionSign(R,F) importing InnerTrigonometricManipulations(R,F,Expression Complex R) importing ElementaryFunctionStructurePackage(R,F) importing ElementaryFunctionStructurePackage(Complex R,Expression Complex R) compiling local K2KG : Kernel F -> Kernel Expression Complex R Time: 0.22 SEC. compiling exported real? : F -> Boolean Time: 0.01 SEC. compiling exported real : F -> F Time: 0.02 SEC. compiling exported imag : F -> F Time: 0.01 SEC. compiling local complexKernels : F -> Record(ker: List Kernel F,val: List F) Time: 0.03 SEC. compiling local kcomplex : Kernel F -> Union(F,failed) Debug compQuote expr: (QUOTE nthRoot) m: $EmptyMode Debug compQuote expr: (QUOTE nthRoot) m: (Symbol) Debug compQuote expr: (QUOTE log) m: $EmptyMode Debug compQuote expr: (QUOTE log) m: (Symbol) Time: 0.16 SEC. compiling exported complexForm : F -> Complex F Time: 0.10 SEC. compiling local locexplogs : F -> Expression Complex R Debug compQuote expr: (QUOTE rtrig) m: $EmptyMode Debug compQuote expr: (QUOTE rtrig) m: (Identifier) Time: 0.06 SEC. compiling exported complexNormalize : (F,Symbol) -> F Debug compQuote expr: (QUOTE rtrig) m: $EmptyMode Debug compQuote expr: (QUOTE rtrig) m: (Identifier) Time: 0.09 SEC. compiling exported complexNormalize : F -> F Debug compQuote expr: (QUOTE rtrig) m: $EmptyMode Debug compQuote expr: (QUOTE rtrig) m: (Identifier) Time: 0.11 SEC. compiling exported complexElementary : (F,Symbol) -> F Debug compQuote expr: (QUOTE rtrig) m: $EmptyMode Debug compQuote expr: (QUOTE rtrig) m: (Identifier) Time: 0.05 SEC. compiling exported complexElementary : F -> F Debug compQuote expr: (QUOTE rtrig) m: $EmptyMode Debug compQuote expr: (QUOTE rtrig) m: (Identifier) Time: 0.04 SEC. compiling local localexplogs : (F,F,List Symbol) -> Expression Complex R Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (Symbol) Debug compQuote expr: (QUOTE cot) m: $EmptyMode Debug compQuote expr: (QUOTE cot) m: (Symbol) Time: 0.05 SEC. compiling exported trigs : F -> F Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] K2KG: first has no value [2] K2KG: not known that RadicalCategory is of mode CATEGORY(domain,IF(hasComplex(R)IntegralDomain(),PROGN(AlgebraicallyClosedFunctionSpace Complex R,TranscendentalFunctionCategory,CombinatorialOpsCategory,LiouvillianFunctionCategory,SpecialFunctionCategory,reduce: % -> %,number?: % -> Boolean,simplifyPower: (%,Integer) -> %,IF(hasComplex(R)GcdDomain(),PROGN(factorPolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %,squareFreePolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %),%noBranch),IF(hasComplex(R)RetractableTo(Integer()),RetractableTo AlgebraicNumber,%noBranch)),%noBranch)) [3] K2KG: not known that TranscendentalFunctionCategory is of mode CATEGORY(domain,IF(hasComplex(R)IntegralDomain(),PROGN(AlgebraicallyClosedFunctionSpace Complex R,TranscendentalFunctionCategory,CombinatorialOpsCategory,LiouvillianFunctionCategory,SpecialFunctionCategory,reduce: % -> %,number?: % -> Boolean,simplifyPower: (%,Integer) -> %,IF(hasComplex(R)GcdDomain(),PROGN(factorPolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %,squareFreePolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %),%noBranch),IF(hasComplex(R)RetractableTo(Integer()),RetractableTo AlgebraicNumber,%noBranch)),%noBranch)) [4] K2KG: not known that SetCategory is of mode CATEGORY(package,complexNormalize: F -> F,complexNormalize: (F,Symbol) -> F,complexElementary: F -> F,complexElementary: (F,Symbol) -> F,trigs: F -> F,real: F -> F,imag: F -> F,real?: F -> Boolean,complexForm: F -> Complex F) [5] real?: empty? has no value [6] complexKernels: not known that SetCategory is of mode CATEGORY(package,complexNormalize: F -> F,complexNormalize: (F,Symbol) -> F,complexElementary: F -> F,complexElementary: (F,Symbol) -> F,trigs: F -> F,real: F -> F,imag: F -> F,real?: F -> Boolean,complexForm: F -> Complex F) [7] complexForm: empty? has no value [8] complexNormalize: has? has no value [9] complexNormalize: g has no value [10] complexNormalize: not known that AlgebraicallyClosedField is of mode CATEGORY(domain,IF(hasComplex(R)IntegralDomain(),PROGN(AlgebraicallyClosedFunctionSpace Complex R,TranscendentalFunctionCategory,CombinatorialOpsCategory,LiouvillianFunctionCategory,SpecialFunctionCategory,reduce: % -> %,number?: % -> Boolean,simplifyPower: (%,Integer) -> %,IF(hasComplex(R)GcdDomain(),PROGN(factorPolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %,squareFreePolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %),%noBranch),IF(hasComplex(R)RetractableTo(Integer()),RetractableTo AlgebraicNumber,%noBranch)),%noBranch)) [11] complexNormalize: not known that TranscendentalFunctionCategory is of mode CATEGORY(domain,IF(hasComplex(R)IntegralDomain(),PROGN(AlgebraicallyClosedFunctionSpace Complex R,TranscendentalFunctionCategory,CombinatorialOpsCategory,LiouvillianFunctionCategory,SpecialFunctionCategory,reduce: % -> %,number?: % -> Boolean,simplifyPower: (%,Integer) -> %,IF(hasComplex(R)GcdDomain(),PROGN(factorPolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %,squareFreePolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %),%noBranch),IF(hasComplex(R)RetractableTo(Integer()),RetractableTo AlgebraicNumber,%noBranch)),%noBranch)) [12] complexElementary: has? has no value [13] complexElementary: g has no value Cumulative Statistics for Constructor TrigonometricManipulations Time: 1.01 seconds finalizing NRLIB TRIGMNIP Processing TrigonometricManipulations for Browser database: -- complexNormalize : F -> F -- complexNormalize : (F,SY) -> F -- complexElementary : F -> F -- complexElementary : (F,SY) -> F -- trigs : F -> F -- real : F -> F -- imag : F -> F -- real? : F -> Boolean -- complexForm : F -> Complex F -- constructor ; compiling file "/tmp/oa-Y9IISo/code.lsp" (written 01 FEB 2016 11:07:13 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |TRIGMNIP;K2KG| ...) ; compiling (DEFUN |TRIGMNIP;real?;FB;2| ...) ; compiling (DEFUN |TRIGMNIP;real;2F;3| ...) ; compiling (DEFUN |TRIGMNIP;imag;2F;4| ...) ; compiling (DEFUN |TRIGMNIP;complexKernels| ...) ; compiling (DEFUN |TRIGMNIP;kcomplex| ...) ; compiling (DEFUN |TRIGMNIP;complexForm;FC;7| ...) ; compiling (DEFUN |TRIGMNIP;locexplogs| ...) ; compiling (DEFUN |TRIGMNIP;locexplogs!0| ...) ; compiling (DEFUN |TRIGMNIP;complexNormalize;FSF;9| ...) ; compiling (DEFUN |TRIGMNIP;complexNormalize;FSF;9!0| ...) ; compiling (DEFUN |TRIGMNIP;complexNormalize;2F;10| ...) ; compiling (DEFUN |TRIGMNIP;complexNormalize;2F;10!0| ...) ; compiling (DEFUN |TRIGMNIP;complexElementary;FSF;11| ...) ; compiling (DEFUN |TRIGMNIP;complexElementary;FSF;11!0| ...) ; compiling (DEFUN |TRIGMNIP;complexElementary;2F;12| ...) ; compiling (DEFUN |TRIGMNIP;complexElementary;2F;12!0| ...) ; compiling (DEFUN |TRIGMNIP;localexplogs| ...) ; compiling (DEFUN |TRIGMNIP;trigs;2F;14| ...) ; compiling (DEFUN |TrigonometricManipulations| ...) ; compiling (DEFUN |TrigonometricManipulations;| ...) ; compiling (MAKEPROP (QUOTE |TrigonometricManipulations|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-Y9IISo/code.fasl written ; compilation finished in 0:00:00.058 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/ORDCOMP.fasl --optimize=3 ORDCOMP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ORDCOMP.spad using Spad compiler. ORDCOMP abbreviates domain OrderedCompletion debug: compDefine1 lhs: (OrderedCompletion R) signature (pre-evaluate): ((Join (SetCategory) (FullyRetractableTo R) (CATEGORY domain (SIGNATURE plusInfinity ($)) (SIGNATURE minusInfinity ($)) (SIGNATURE finite? ((Boolean) $)) (SIGNATURE infinite? ((Boolean) $)) (SIGNATURE whatInfinity ((SingleInteger) $)) (IF (has R (AbelianGroup)) (ATTRIBUTE (AbelianGroup)) %noBranch) (IF (has R (OrderedRing)) (ATTRIBUTE (OrderedRing)) %noBranch) (IF (has R (IntegerNumberSystem)) (PROGN (SIGNATURE rational? ((Boolean) $)) (SIGNATURE rational ((Fraction (Integer)) $)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) $))) %noBranch))) (SetCategory)) debug: evaluateType form: (Join (SetCategory) (FullyRetractableTo R) (CATEGORY domain (SIGNATURE plusInfinity ($)) (SIGNATURE minusInfinity ($)) (SIGNATURE finite? ((Boolean) $)) (SIGNATURE infinite? ((Boolean) $)) (SIGNATURE whatInfinity ((SingleInteger) $)) (IF (has R (AbelianGroup)) (ATTRIBUTE (AbelianGroup)) %noBranch) (IF (has R (OrderedRing)) (ATTRIBUTE (OrderedRing)) %noBranch) (IF (has R (IntegerNumberSystem)) (PROGN (SIGNATURE rational? ((Boolean) $)) (SIGNATURE rational ((Fraction (Integer)) $)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) $))) %noBranch))) $param: (R) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (FullyRetractableTo R) $param: (R) Debug: evaluateType1 form: (FullyRetractableTo R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE plusInfinity ($)) (SIGNATURE minusInfinity ($)) (SIGNATURE finite? ((Boolean) $)) (SIGNATURE infinite? ((Boolean) $)) (SIGNATURE whatInfinity ((SingleInteger) $)) (IF (has R (AbelianGroup)) (ATTRIBUTE (AbelianGroup)) %noBranch) (IF (has R (OrderedRing)) (ATTRIBUTE (OrderedRing)) %noBranch) (IF (has R (IntegerNumberSystem)) (PROGN (SIGNATURE rational? ((Boolean) $)) (SIGNATURE rational ((Fraction (Integer)) $)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) $))) %noBranch)) $param: (R) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (SingleInteger) $param: (R) Debug: evaluateType1 form: (SingleInteger) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (FullyRetractableTo R) (CATEGORY domain (SIGNATURE plusInfinity ($)) (SIGNATURE minusInfinity ($)) (SIGNATURE finite? ((Boolean) $)) (SIGNATURE infinite? ((Boolean) $)) (SIGNATURE whatInfinity ((SingleInteger) $)) (IF (has R (AbelianGroup)) (ATTRIBUTE (AbelianGroup)) %noBranch) (IF (has R (OrderedRing)) (ATTRIBUTE (OrderedRing)) %noBranch) (IF (has R (IntegerNumberSystem)) (PROGN (SIGNATURE rational? ((Boolean) $)) (SIGNATURE rational ((Fraction (Integer)) $)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) $))) %noBranch))) (SetCategory)) debug: compDefine1 lhs: (OrderedCompletion R) signature (pre-evaluate): ((Join (SetCategory) (FullyRetractableTo R) (CATEGORY domain (SIGNATURE plusInfinity ($)) (SIGNATURE minusInfinity ($)) (SIGNATURE finite? ((Boolean) $)) (SIGNATURE infinite? ((Boolean) $)) (SIGNATURE whatInfinity ((SingleInteger) $)) (IF (has R (AbelianGroup)) (ATTRIBUTE (AbelianGroup)) %noBranch) (IF (has R (OrderedRing)) (ATTRIBUTE (OrderedRing)) %noBranch) (IF (has R (IntegerNumberSystem)) (PROGN (SIGNATURE rational? ((Boolean) $)) (SIGNATURE rational ((Fraction (Integer)) $)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) $))) %noBranch))) NIL) debug: evaluateType form: (Join (SetCategory) (FullyRetractableTo R) (CATEGORY domain (SIGNATURE plusInfinity ($)) (SIGNATURE minusInfinity ($)) (SIGNATURE finite? ((Boolean) $)) (SIGNATURE infinite? ((Boolean) $)) (SIGNATURE whatInfinity ((SingleInteger) $)) (IF (has R (AbelianGroup)) (ATTRIBUTE (AbelianGroup)) %noBranch) (IF (has R (OrderedRing)) (ATTRIBUTE (OrderedRing)) %noBranch) (IF (has R (IntegerNumberSystem)) (PROGN (SIGNATURE rational? ((Boolean) $)) (SIGNATURE rational ((Fraction (Integer)) $)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) $))) %noBranch))) $param: (R) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (FullyRetractableTo R) $param: (R) Debug: evaluateType1 form: (FullyRetractableTo R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE plusInfinity ($)) (SIGNATURE minusInfinity ($)) (SIGNATURE finite? ((Boolean) $)) (SIGNATURE infinite? ((Boolean) $)) (SIGNATURE whatInfinity ((SingleInteger) $)) (IF (has R (AbelianGroup)) (ATTRIBUTE (AbelianGroup)) %noBranch) (IF (has R (OrderedRing)) (ATTRIBUTE (OrderedRing)) %noBranch) (IF (has R (IntegerNumberSystem)) (PROGN (SIGNATURE rational? ((Boolean) $)) (SIGNATURE rational ((Fraction (Integer)) $)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) $))) %noBranch)) $param: (R) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (SingleInteger) $param: (R) Debug: evaluateType1 form: (SingleInteger) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (FullyRetractableTo R) (CATEGORY domain (SIGNATURE plusInfinity ($)) (SIGNATURE minusInfinity ($)) (SIGNATURE finite? ((Boolean) $)) (SIGNATURE infinite? ((Boolean) $)) (SIGNATURE whatInfinity ((SingleInteger) $)) (IF (has R (AbelianGroup)) (ATTRIBUTE (AbelianGroup)) %noBranch) (IF (has R (OrderedRing)) (ATTRIBUTE (OrderedRing)) %noBranch) (IF (has R (IntegerNumberSystem)) (PROGN (SIGNATURE rational? ((Boolean) $)) (SIGNATURE rational ((Fraction (Integer)) $)) (SIGNATURE rationalIfCan ((Union (Fraction (Integer)) failed) $))) %noBranch))) NIL) ------------------------------------------------------------------------ initializing stationary directory for OrderedCompletion compiling into /tmp/oa-mL4utD compiling exported coerce : R -> % ORDCOMP;coerce;R$;1 r is replaced by %pair(0,r) Time: 0.02 SEC. compiling exported retract : % -> R Time: 0.00 SEC. compiling exported finite? : % -> Boolean ORDCOMP;finite?;$B;3 x is replaced by %ieq(%head x,0) Time: 0.00 SEC. compiling exported infinite? : % -> Boolean ORDCOMP;infinite?;$B;4 x is replaced by %ieq(%head x,1) Time: 0 SEC. compiling exported plusInfinity : () -> % ORDCOMP;plusInfinity;$;5 is replaced by %pair(1,%true) Time: 0.00 SEC. compiling exported minusInfinity : () -> % ORDCOMP;minusInfinity;$;6 is replaced by %pair(1,%false) Time: 0 SEC. compiling exported retractIfCan : % -> Union(R,failed) ORDCOMP;retractIfCan;$U;7 x is replaced by %when( %pair(0,%tail x),%otherwise %pair(1,"failed")) Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. compiling exported whatInfinity : % -> SingleInteger Time: 0.03 SEC. compiling exported = : (%,%) -> Boolean Time: 0.00 SEC. compiling exported Zero : () -> % Time: 0.01 SEC. compiling exported * : (Integer,%) -> % Time: 0.01 SEC. compiling exported - : % -> % Time: 0.00 SEC. compiling exported + : (%,%) -> % Time: 0.01 SEC. compiling exported One : () -> % Time: 0 SEC. compiling exported characteristic : () -> NonNegativeInteger Time: 0.00 SEC. compiling local fininf : (Boolean,R) -> % Time: 0.01 SEC. compiling exported * : (%,%) -> % Time: 0.02 SEC. compiling exported recip : % -> Union(%,failed) Time: 0.00 SEC. compiling exported < : (%,%) -> Boolean Time: 0.01 SEC. compiling exported rational? : % -> Boolean ORDCOMP;rational?;$B;21 x is replaced by %ieq(%head x,0) Time: 0 SEC. compiling exported rational : % -> Fraction Integer Time: 0.02 SEC. compiling exported rationalIfCan : % -> Union(Fraction Integer,failed) Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] Type Boolean is not in scope. Import it [2] retract: fin has no value [3] plusInfinity: true has no value [4] minusInfinity: false has no value [5] retractIfCan: fin has no value [6] coerce: fin has no value [7] coerce: inf has no value [8] whatInfinity: inf has no value [9] =: inf has no value [10] =: fin has no value [11] *: inf has no value [12] *: fin has no value [13] -: inf has no value [14] -: fin has no value [15] +: inf has no value [16] +: fin has no value [17] recip: fin has no value [18] <: inf has no value [19] <: fin has no value Cumulative Statistics for Constructor OrderedCompletion Time: 0.20 seconds finalizing NRLIB ORDCOMP Processing OrderedCompletion for Browser database: -- plusInfinity : () -> % -- minusInfinity : () -> % -- finite? : % -> B -- infinite? : % -> B -- whatInfinity : % -> SingleInteger -- rational? : % -> Boolean -- rational : % -> Fraction Integer -- rationalIfCan : % -> Union(Fraction Integer,"failed") -- constructor ; compiling file "/tmp/oa-mL4utD/code.lsp" (written 01 FEB 2016 11:07:14 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ORDCOMP;coerce;R$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ORDCOMP;finite?;$B;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ORDCOMP;infinite?;$B;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ORDCOMP;plusInfinity;$;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ORDCOMP;minusInfinity;$;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ORDCOMP;retractIfCan;$U;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ORDCOMP;rational?;$B;21|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ORDCOMP;retract;$R;2|) ...) ; compiling (DEFUN |ORDCOMP;coerce;R$;1| ...) ; compiling (DEFUN |ORDCOMP;retract;$R;2| ...) ; file: /tmp/oa-mL4utD/code.lsp ; in: DEFUN |ORDCOMP;retract;$R;2| ; (DEFUN BOOT::|ORDCOMP;retract;$R;2| (BOOT::|x| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|x|)) (CDR BOOT::|x|)) ; (T (BOOT::|error| "Not finite")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ORDCOMP;retract;$R;2| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ORDCOMP;retract;$R;2| ; (COND ((ZEROP #) (CDR BOOT::|x|)) (T (BOOT::|error| "Not finite"))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |ORDCOMP;finite?;$B;3| ...) ; compiling (DEFUN |ORDCOMP;infinite?;$B;4| ...) ; compiling (DEFUN |ORDCOMP;plusInfinity;$;5| ...) ; compiling (DEFUN |ORDCOMP;minusInfinity;$;6| ...) ; compiling (DEFUN |ORDCOMP;retractIfCan;$U;7| ...) ; compiling (DEFUN |ORDCOMP;coerce;$Of;8| ...) ; compiling (DEFUN |ORDCOMP;whatInfinity;$Si;9| ...) ; file: /tmp/oa-mL4utD/code.lsp ; in: DEFUN |ORDCOMP;whatInfinity;$Si;9| ; (DEFUN BOOT::|ORDCOMP;whatInfinity;$Si;9| (BOOT::|x| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|x|)) 0) ((COND (# #) (T #)) 1) (T -1))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ORDCOMP;whatInfinity;$Si;9| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ORDCOMP;whatInfinity;$Si;9| ; (COND ((ZEROP #) 0) ((COND # #) 1) (T -1)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |ORDCOMP;=;2$B;10| ...) ; file: /tmp/oa-mL4utD/code.lsp ; in: DEFUN |ORDCOMP;=;2$B;10| ; (DEFUN BOOT::|ORDCOMP;=;2$B;10| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ((EQL (CAR BOOT::|x|) 1) (AND (EQL # 1) (NOT #))) ; ((EQL (CAR BOOT::|y|) 1) NIL) ; (T ; (BOOT::SPADCALL (CDR BOOT::|x|) (CDR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 34))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ORDCOMP;=;2$B;10| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|ORDCOMP;=;2$B;10| ; (COND ((EQL # 1) (AND # #)) ((EQL # 1) NIL) ; (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |ORDCOMP;Zero;$;11| ...) ; compiling (DEFUN |ORDCOMP;*;I2$;12| ...) ; file: /tmp/oa-mL4utD/code.lsp ; in: DEFUN |ORDCOMP;*;I2$;12| ; (DEFUN BOOT::|ORDCOMP;*;I2$;12| (BOOT::|n| BOOT::|x| BOOT::$) ; (COND ((EQL (CAR BOOT::|x|) 1) (COND (# BOOT::|x|) (# #) (T #))) ; (T (CONS 0 (BOOT::SPADCALL BOOT::|n| # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ORDCOMP;*;I2$;12| ; (BOOT::|n| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ORDCOMP;*;I2$;12| ; (COND ((EQL # 1) (COND # # #)) (T (CONS 0 #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |ORDCOMP;-;2$;13| ...) ; compiling (DEFUN |ORDCOMP;+;3$;14| ...) ; file: /tmp/oa-mL4utD/code.lsp ; in: DEFUN |ORDCOMP;+;3$;14| ; (DEFUN BOOT::|ORDCOMP;+;3$;14| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ((EQL (CAR BOOT::|x|) 1) (COND (# BOOT::|x|) (T #))) ; ((EQL (CAR BOOT::|y|) 1) BOOT::|y|) ; (T (CONS 0 (BOOT::SPADCALL # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ORDCOMP;+;3$;14| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|ORDCOMP;+;3$;14| ; (COND ((EQL # 1) (COND # #)) ((EQL # 1) BOOT::|y|) (T (CONS 0 #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |ORDCOMP;One;$;15| ...) ; compiling (DEFUN |ORDCOMP;characteristic;Nni;16| ...) ; file: /tmp/oa-mL4utD/code.lsp ; in: DEFUN |ORDCOMP;characteristic;Nni;16| ; (DEFUN BOOT::|ORDCOMP;characteristic;Nni;16| (BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 49)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ORDCOMP;characteristic;Nni;16| ; (BOOT::$) ; (BLOCK BOOT::|ORDCOMP;characteristic;Nni;16| ; (BOOT::|spadConstant| BOOT::$ 49))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |ORDCOMP;fininf| ...) ; file: /tmp/oa-mL4utD/code.lsp ; in: DEFUN |ORDCOMP;fininf| ; (DEFUN BOOT::|ORDCOMP;fininf| (BOOT::|b| BOOT::|r| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 51)) ; (CONS 1 BOOT::|b|)) ; ((BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 52)) ; (CONS 1 (NOT BOOT::|b|))) ; (T (BOOT::|error| "Undefined product")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ORDCOMP;fininf| ; (BOOT::|b| BOOT::|r| BOOT::$) ; (BLOCK BOOT::|ORDCOMP;fininf| ; (COND ((BOOT::SPADCALL BOOT::|r| #) (CONS 1 BOOT::|b|)) ; ((BOOT::SPADCALL BOOT::|r| #) (CONS 1 #)) ; (T (BOOT::|error| "Undefined product"))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |ORDCOMP;*;3$;18| ...) ; compiling (DEFUN |ORDCOMP;recip;$U;19| ...) ; compiling (DEFUN |ORDCOMP;<;2$B;20| ...) ; file: /tmp/oa-mL4utD/code.lsp ; in: DEFUN |ORDCOMP;<;2$B;20| ; (DEFUN BOOT::|ORDCOMP;<;2$B;20| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ((EQL (CAR BOOT::|x|) 1) (COND (# #) (T #))) ; ((EQL (CAR BOOT::|y|) 1) (CDR BOOT::|y|)) ; (T ; (BOOT::SPADCALL (CDR BOOT::|x|) (CDR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 58))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ORDCOMP;<;2$B;20| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|ORDCOMP;<;2$B;20| ; (COND ((EQL # 1) (COND # #)) ((EQL # 1) (CDR BOOT::|y|)) ; (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |ORDCOMP;rational?;$B;21| ...) ; compiling (DEFUN |ORDCOMP;rational;$F;22| ...) ; compiling (DEFUN |ORDCOMP;rationalIfCan;$U;23| ...) ; compiling (DEFUN |OrderedCompletion| ...) ; compiling (DEFUN |OrderedCompletion;| ...) ; compiling (MAKEPROP (QUOTE |OrderedCompletion|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 6 notes ; /tmp/oa-mL4utD/code.fasl written ; compilation finished in 0:00:00.090 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/INTCAT.fasl --optimize=3 INTCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INTCAT.spad using Spad compiler. INTCAT abbreviates category IntervalCategory debug: compDefine1 lhs: (IntervalCategory R) signature (pre-evaluate): ((Category) (Join (FloatingPointSystem) (TranscendentalFunctionCategory))) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (Join (FloatingPointSystem) (TranscendentalFunctionCategory)) $param: (R) debug: evaluateType form: (FloatingPointSystem) $param: (R) Debug: evaluateType1 form: (FloatingPointSystem) debug: evaluateType form: (TranscendentalFunctionCategory) $param: (R) Debug: evaluateType1 form: (TranscendentalFunctionCategory) debug: compDefine1 signature (post evaluate): ((Category) (Join (FloatingPointSystem) (TranscendentalFunctionCategory))) debug: compDefine1 lhs: (IntervalCategory R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for IntervalCategory compiling into /tmp/oa-wtBeRV STYLE-WARNING: redefining BOOT::|IntervalCategory| in DEFUN Time: 0.02 SEC. finalizing NRLIB INTCAT Processing IntervalCategory for Browser database: -- interval : (R,R) -> % -- qinterval : (R,R) -> % -- interval : R -> % -- interval : Fraction Integer -> % -- inf : % -> R -- sup : % -> R -- width : % -> R -- positive? : % -> Boolean -- negative? : % -> Boolean -- contains? : (%,R) -> Boolean -- constructor ; compiling file "/tmp/oa-wtBeRV/code.lsp" (written 01 FEB 2016 11:07:14 PM): ; compiling (DEFPARAMETER |IntervalCategory;AL| ...) ; compiling (DEFUN |IntervalCategory;| ...) ; compiling (DEFUN |IntervalCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-wtBeRV/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/INTRVL.fasl --optimize=3 INTRVL.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INTRVL.spad using Spad compiler. INTRVL abbreviates domain Interval debug: compDefine1 lhs: (Interval R) signature (pre-evaluate): ((IntervalCategory R) (Join (FloatingPointSystem) (TranscendentalFunctionCategory))) debug: evaluateType form: (IntervalCategory R) $param: (R) Debug: evaluateType1 form: (IntervalCategory R) debug: evaluateType1 x: R m: (Join (FloatingPointSystem) (TranscendentalFunctionCategory)) debug: evaluateType form: (Join (FloatingPointSystem) (TranscendentalFunctionCategory)) $param: (R) debug: evaluateType form: (FloatingPointSystem) $param: (R) Debug: evaluateType1 form: (FloatingPointSystem) debug: evaluateType form: (TranscendentalFunctionCategory) $param: (R) Debug: evaluateType1 form: (TranscendentalFunctionCategory) debug: compDefine1 signature (post evaluate): ((IntervalCategory R) (Join (FloatingPointSystem) (TranscendentalFunctionCategory))) debug: compDefine1 lhs: (Interval R) signature (pre-evaluate): ((IntervalCategory R) NIL) debug: evaluateType form: (IntervalCategory R) $param: (R) Debug: evaluateType1 form: (IntervalCategory R) debug: evaluateType1 x: R m: (Join (FloatingPointSystem) (TranscendentalFunctionCategory)) debug: compDefine1 signature (post evaluate): ((IntervalCategory R) NIL) ------------------------------------------------------------------------ initializing stationary directory for Interval compiling into /tmp/oa-VEP1W6 importing Integer compiling local roundDown : R -> R Time: 0.07 SEC. compiling local roundUp : R -> R Time: 0.00 SEC. compiling local normaliseFloat : R -> R Time: 0.01 SEC. compiling exported interval : (R,R) -> % Time: 0.00 SEC. compiling exported interval : R -> % Time: 0.01 SEC. compiling exported qinterval : (R,R) -> % Time: 0 SEC. compiling local exactInterval : (R,R) -> % INTRVL;exactInterval is replaced by %pair Time: 0 SEC. compiling local exactSupInterval : (R,R) -> % Time: 0 SEC. compiling local exactInfInterval : (R,R) -> % Time: 0 SEC. compiling exported inf : % -> R INTRVL;inf;$R;10 is replaced by %head Time: 0.00 SEC. compiling exported sup : % -> R INTRVL;sup;$R;11 is replaced by %tail Time: 0 SEC. compiling exported width : % -> R Time: 0.00 SEC. compiling exported contains? : (%,R) -> Boolean Time: 0.00 SEC. compiling exported positive? : % -> Boolean Time: 0.00 SEC. compiling exported negative? : % -> Boolean Time: 0.01 SEC. compiling exported < : (%,%) -> Boolean Time: 0.02 SEC. compiling exported + : (%,%) -> % Time: 0.02 SEC. compiling exported - : (%,%) -> % Time: 0.02 SEC. compiling exported * : (%,%) -> % Time: 0.06 SEC. compiling exported * : (Integer,%) -> % Time: 0.02 SEC. compiling exported * : (PositiveInteger,%) -> % Time: 0.02 SEC. compiling exported ** : (%,PositiveInteger) -> % Time: 0.04 SEC. compiling exported - : % -> % Time: 0.00 SEC. compiling exported = : (%,%) -> Boolean Time: 0.03 SEC. compiling exported ~= : (%,%) -> Boolean Time: 0 SEC. compiling exported One : () -> % Time: 0.00 SEC. compiling exported Zero : () -> % Time: 0 SEC. compiling exported recip : % -> Union(%,failed) Time: 0.01 SEC. compiling exported unit? : % -> Boolean Time: 0 SEC. compiling exported exquo : (%,%) -> Union(%,failed) Time: 0.02 SEC. compiling exported gcd : (%,%) -> % Time: 0 SEC. compiling exported coerce : Integer -> % Time: 0.00 SEC. compiling exported interval : Fraction Integer -> % Time: 0.05 SEC. compiling exported retractIfCan : % -> Union(Integer,failed) Time: 0.00 SEC. compiling exported retract : % -> Integer Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. compiling exported characteristic : () -> NonNegativeInteger INTRVL;characteristic;Nni;37 is replaced by 0 Time: 0 SEC. compiling exported pi : () -> % Time: 0 SEC. compiling exported log : % -> % Time: 0.01 SEC. compiling exported exp : % -> % Time: 0 SEC. compiling exported ** : (%,%) -> % Time: 0.03 SEC. compiling local hasTwoPiMultiple : (R,R,%) -> Boolean Time: 0.03 SEC. compiling local hasPiMultiple : (R,R,%) -> Boolean Time: 0.01 SEC. compiling exported sin : % -> % Time: 0.01 SEC. compiling exported cos : % -> % Time: 0.02 SEC. compiling exported tan : % -> % Time: 0.01 SEC. compiling exported csc : % -> % Time: 0.03 SEC. compiling exported sec : % -> % Time: 0.02 SEC. compiling exported cot : % -> % Time: 0.02 SEC. compiling exported asin : % -> % Time: 0.04 SEC. compiling exported acos : % -> % Time: 0.02 SEC. compiling exported atan : % -> % Time: 0.01 SEC. compiling exported acot : % -> % Time: 0.01 SEC. compiling exported acsc : % -> % Time: 0.04 SEC. compiling exported asec : % -> % Time: 0.05 SEC. compiling exported tanh : % -> % Time: 0 SEC. compiling exported sinh : % -> % Time: 0.00 SEC. compiling exported sech : % -> % Time: 0.01 SEC. compiling exported cosh : % -> % Time: 0.02 SEC. compiling exported csch : % -> % Time: 0.01 SEC. compiling exported coth : % -> % Time: 0.02 SEC. compiling exported acosh : % -> % Time: 0.02 SEC. compiling exported acoth : % -> % Time: 0.05 SEC. compiling exported acsch : % -> % Time: 0.02 SEC. compiling exported asech : % -> % Time: 0.03 SEC. compiling exported asinh : % -> % Time: 0.01 SEC. compiling exported atanh : % -> % Time: 0.02 SEC. compiling exported ** : (%,Fraction Integer) -> % Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.03 SEC. Warnings: [1] roundDown: pretend Integer -- should replace by @ [2] roundUp: pretend Integer -- should replace by @ [3] normaliseFloat: pretend Integer -- should replace by @ [4] **: pretend Integer -- should replace by @ [5] interval: log2 has no value [6] interval: pretend Integer -- should replace by @ Cumulative Statistics for Constructor Interval Time: 1.10 seconds finalizing NRLIB INTRVL Processing Interval for Browser database: -- constructor ; compiling file "/tmp/oa-VEP1W6/code.lsp" (written 01 FEB 2016 11:07:15 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INTRVL;exactInterval|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INTRVL;inf;$R;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INTRVL;sup;$R;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INTRVL;characteristic;Nni;37|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |INTRVL;roundDown| ...) ; compiling (DEFUN |INTRVL;roundUp| ...) ; compiling (DEFUN |INTRVL;normaliseFloat| ...) ; compiling (DEFUN |INTRVL;interval;2R$;4| ...) ; compiling (DEFUN |INTRVL;interval;R$;5| ...) ; file: /tmp/oa-VEP1W6/code.lsp ; in: DEFUN |INTRVL;interval;R$;5| ; (DEFUN BOOT::|INTRVL;interval;R$;5| (BOOT::|f| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|f| (BOOT::|shellEntry| BOOT::$ 9)) ; (BOOT::|spadConstant| BOOT::$ 30)) ; ((BOOT::SPADCALL BOOT::|f| (BOOT::|shellEntry| BOOT::$ 31)) ; (BOOT::|spadConstant| BOOT::$ 10)) ; (T ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTRVL;interval;R$;5| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|INTRVL;interval;R$;5| ; (COND ((BOOT::SPADCALL BOOT::|f| #) (BOOT::|spadConstant| BOOT::$ 30)) ; ((BOOT::SPADCALL BOOT::|f| #) (BOOT::|spadConstant| BOOT::$ 10)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |INTRVL;qinterval;2R$;6| ...) ; compiling (DEFUN |INTRVL;exactInterval| ...) ; compiling (DEFUN |INTRVL;exactSupInterval| ...) ; compiling (DEFUN |INTRVL;exactInfInterval| ...) ; compiling (DEFUN |INTRVL;inf;$R;10| ...) ; compiling (DEFUN |INTRVL;sup;$R;11| ...) ; compiling (DEFUN |INTRVL;width;$R;12| ...) ; compiling (DEFUN |INTRVL;contains?;$RB;13| ...) ; file: /tmp/oa-VEP1W6/code.lsp ; in: DEFUN |INTRVL;contains?;$RB;13| ; (DEFUN BOOT::|INTRVL;contains?;$RB;13| (BOOT::|u| BOOT::|f| BOOT::$) ; (AND ; (BOOT::SPADCALL BOOT::|f| (CAR BOOT::|u|) (BOOT::|shellEntry| BOOT::$ 28)) ; (BOOT::SPADCALL BOOT::|f| (CDR BOOT::|u|) ; (BOOT::|shellEntry| BOOT::$ 40)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTRVL;contains?;$RB;13| ; (BOOT::|u| BOOT::|f| BOOT::$) ; (BLOCK BOOT::|INTRVL;contains?;$RB;13| ; (AND ; (BOOT::SPADCALL BOOT::|f| (CAR BOOT::|u|) ; (BOOT::|shellEntry| BOOT::$ 28)) ; (BOOT::SPADCALL BOOT::|f| (CDR BOOT::|u|) ; (BOOT::|shellEntry| BOOT::$ 40))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |INTRVL;positive?;$B;14| ...) ; file: /tmp/oa-VEP1W6/code.lsp ; in: DEFUN |INTRVL;positive?;$B;14| ; (DEFUN BOOT::|INTRVL;positive?;$B;14| (BOOT::|u| BOOT::$) ; (BOOT::SPADCALL (CAR BOOT::|u|) (BOOT::|shellEntry| BOOT::$ 43))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTRVL;positive?;$B;14| ; (BOOT::|u| BOOT::$) ; (BLOCK BOOT::|INTRVL;positive?;$B;14| ; (BOOT::SPADCALL (CAR BOOT::|u|) (BOOT::|shellEntry| BOOT::$ 43)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |INTRVL;negative?;$B;15| ...) ; file: /tmp/oa-VEP1W6/code.lsp ; in: DEFUN |INTRVL;negative?;$B;15| ; (DEFUN BOOT::|INTRVL;negative?;$B;15| (BOOT::|u| BOOT::$) ; (BOOT::SPADCALL (CDR BOOT::|u|) (BOOT::|shellEntry| BOOT::$ 45))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTRVL;negative?;$B;15| ; (BOOT::|u| BOOT::$) ; (BLOCK BOOT::|INTRVL;negative?;$B;15| ; (BOOT::SPADCALL (CDR BOOT::|u|) (BOOT::|shellEntry| BOOT::$ 45)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |INTRVL;<;2$B;16| ...) ; file: /tmp/oa-VEP1W6/code.lsp ; in: DEFUN |INTRVL;<;2$B;16| ; (DEFUN BOOT::|INTRVL;<;2$B;16| (BOOT::|a| BOOT::|b| BOOT::$) ; (COND ; ((BOOT::SPADCALL (CAR BOOT::|a|) (CAR BOOT::|b|) ; (BOOT::|shellEntry| BOOT::$ 40)) ; T) ; ((BOOT::SPADCALL (CAR BOOT::|a|) (CAR BOOT::|b|) ; (BOOT::|shellEntry| BOOT::$ 28)) ; NIL) ; (T ; (BOOT::SPADCALL (CDR BOOT::|a|) (CDR BOOT::|b|) ; (BOOT::|shellEntry| BOOT::$ 40))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTRVL;<;2$B;16| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|INTRVL;<;2$B;16| ; (COND ((BOOT::SPADCALL # # #) T) ((BOOT::SPADCALL # # #) NIL) ; (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |INTRVL;+;3$;17| ...) ; compiling (DEFUN |INTRVL;-;3$;18| ...) ; file: /tmp/oa-VEP1W6/code.lsp ; in: DEFUN |INTRVL;-;3$;18| ; (DEFUN BOOT::|INTRVL;-;3$;18| (BOOT::|a| BOOT::|b| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|a| (BOOT::|shellEntry| BOOT::$ 49)) ; (BOOT::|INTRVL;-;2$;23| BOOT::|b| BOOT::$)) ; ((BOOT::SPADCALL BOOT::|b| (BOOT::|shellEntry| BOOT::$ 49)) BOOT::|a|) ; ((BOOT::|INTRVL;=;2$B;24| BOOT::|a| BOOT::|b| BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 30)) ; (T ; (BOOT::|INTRVL;qinterval;2R$;6| (BOOT::SPADCALL # # #) ; (BOOT::SPADCALL # # #) BOOT::$)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTRVL;-;3$;18| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|INTRVL;-;3$;18| ; (COND ; ((BOOT::SPADCALL BOOT::|a| #) ; (BOOT::|INTRVL;-;2$;23| BOOT::|b| BOOT::$)) ; ((BOOT::SPADCALL BOOT::|b| #) BOOT::|a|) ; ((BOOT::|INTRVL;=;2$B;24| BOOT::|a| BOOT::|b| BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 30)) ; (T (BOOT::|INTRVL;qinterval;2R$;6| # # BOOT::$))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |INTRVL;*;3$;19| ...) ; file: /tmp/oa-VEP1W6/code.lsp ; in: DEFUN |INTRVL;*;3$;19| ; (DEFUN BOOT::|INTRVL;*;3$;19| (BOOT::|a| BOOT::|b| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|a| (BOOT::|shellEntry| BOOT::$ 56)) BOOT::|b|) ; ((BOOT::SPADCALL BOOT::|b| (BOOT::|shellEntry| BOOT::$ 56)) BOOT::|a|) ; ((OR (BOOT::SPADCALL BOOT::|a| #) (BOOT::SPADCALL BOOT::|b| #)) ; (BOOT::|spadConstant| BOOT::$ 30)) ; (T ; (LET (#) ; (BOOT::|INTRVL;qinterval;2R$;6| # # BOOT::$))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTRVL;*;3$;19| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|INTRVL;*;3$;19| ; (COND ((BOOT::SPADCALL BOOT::|a| #) BOOT::|b|) ; ((BOOT::SPADCALL BOOT::|b| #) BOOT::|a|) ; ((OR # #) (BOOT::|spadConstant| BOOT::$ 30)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |INTRVL;*;I2$;20| ...) ; file: /tmp/oa-VEP1W6/code.lsp ; in: DEFUN |INTRVL;*;I2$;20| ; (DEFUN BOOT::|INTRVL;*;I2$;20| (BOOT::|a| BOOT::|b| BOOT::$) ; (COND ; ((PLUSP BOOT::|a|) ; (BOOT::|INTRVL;qinterval;2R$;6| (BOOT::SPADCALL BOOT::|a| # #) ; (BOOT::SPADCALL BOOT::|a| # #) BOOT::$)) ; ((MINUSP BOOT::|a|) ; (BOOT::|INTRVL;qinterval;2R$;6| (BOOT::SPADCALL BOOT::|a| # #) ; (BOOT::SPADCALL BOOT::|a| # #) BOOT::$)) ; (T (BOOT::|spadConstant| BOOT::$ 30)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTRVL;*;I2$;20| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|INTRVL;*;I2$;20| ; (COND ((PLUSP BOOT::|a|) (BOOT::|INTRVL;qinterval;2R$;6| # # BOOT::$)) ; ((MINUSP BOOT::|a|) (BOOT::|INTRVL;qinterval;2R$;6| # # BOOT::$)) ; (T (BOOT::|spadConstant| BOOT::$ 30))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |INTRVL;*;Pi2$;21| ...) ; compiling (DEFUN |INTRVL;**;$Pi$;22| ...) ; compiling (DEFUN |INTRVL;-;2$;23| ...) ; compiling (DEFUN |INTRVL;=;2$B;24| ...) ; file: /tmp/oa-VEP1W6/code.lsp ; in: DEFUN |INTRVL;=;2$B;24| ; (DEFUN BOOT::|INTRVL;=;2$B;24| (BOOT::|a| BOOT::|b| BOOT::$) ; (AND ; (BOOT::SPADCALL (CAR BOOT::|a|) (CAR BOOT::|b|) ; (BOOT::|shellEntry| BOOT::$ 75)) ; (BOOT::SPADCALL (CDR BOOT::|a|) (CDR BOOT::|b|) ; (BOOT::|shellEntry| BOOT::$ 75)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTRVL;=;2$B;24| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|INTRVL;=;2$B;24| ; (AND ; (BOOT::SPADCALL (CAR BOOT::|a|) (CAR BOOT::|b|) ; (BOOT::|shellEntry| BOOT::$ 75)) ; (BOOT::SPADCALL (CDR BOOT::|a|) (CDR BOOT::|b|) ; (BOOT::|shellEntry| BOOT::$ 75))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |INTRVL;~=;2$B;25| ...) ; file: /tmp/oa-VEP1W6/code.lsp ; in: DEFUN |INTRVL;~=;2$B;25| ; (DEFUN BOOT::|INTRVL;~=;2$B;25| (BOOT::|a| BOOT::|b| BOOT::$) ; (OR ; (BOOT::SPADCALL (CAR BOOT::|a|) (CAR BOOT::|b|) ; (BOOT::|shellEntry| BOOT::$ 76)) ; (BOOT::SPADCALL (CDR BOOT::|a|) (CDR BOOT::|b|) ; (BOOT::|shellEntry| BOOT::$ 76)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTRVL;~=;2$B;25| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|INTRVL;~=;2$B;25| ; (OR ; (BOOT::SPADCALL (CAR BOOT::|a|) (CAR BOOT::|b|) ; (BOOT::|shellEntry| BOOT::$ 76)) ; (BOOT::SPADCALL (CDR BOOT::|a|) (CDR BOOT::|b|) ; (BOOT::|shellEntry| BOOT::$ 76))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |INTRVL;One;$;26| ...) ; compiling (DEFUN |INTRVL;Zero;$;27| ...) ; compiling (DEFUN |INTRVL;recip;$U;28| ...) ; compiling (DEFUN |INTRVL;unit?;$B;29| ...) ; compiling (DEFUN |INTRVL;exquo;2$U;30| ...) ; compiling (DEFUN |INTRVL;gcd;3$;31| ...) ; file: /tmp/oa-VEP1W6/code.lsp ; in: DEFUN |INTRVL;gcd;3$;31| ; (DEFUN BOOT::|INTRVL;gcd;3$;31| (BOOT::|u| BOOT::|v| BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 10)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTRVL;gcd;3$;31| ; (BOOT::|u| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|INTRVL;gcd;3$;31| (BOOT::|spadConstant| BOOT::$ 10))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; ; caught STYLE-WARNING: ; The variable |u| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |INTRVL;coerce;I$;32| ...) ; compiling (DEFUN |INTRVL;interval;F$;33| ...) ; compiling (DEFUN |INTRVL;retractIfCan;$U;34| ...) ; file: /tmp/oa-VEP1W6/code.lsp ; in: DEFUN |INTRVL;retractIfCan;$U;34| ; (DEFUN BOOT::|INTRVL;retractIfCan;$U;34| (BOOT::|u| BOOT::$) ; (COND ((NOT (BOOT::SPADCALL # #)) (CONS 1 "failed")) ; (T (BOOT::SPADCALL (CAR BOOT::|u|) (BOOT::|shellEntry| BOOT::$ 33))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTRVL;retractIfCan;$U;34| ; (BOOT::|u| BOOT::$) ; (BLOCK BOOT::|INTRVL;retractIfCan;$U;34| ; (COND ((NOT #) (CONS 1 "failed")) (T (BOOT::SPADCALL # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |INTRVL;retract;$I;35| ...) ; file: /tmp/oa-VEP1W6/code.lsp ; in: DEFUN |INTRVL;retract;$I;35| ; (DEFUN BOOT::|INTRVL;retract;$I;35| (BOOT::|u| BOOT::$) ; (COND ; ((NOT (BOOT::SPADCALL # #)) ; (BOOT::|error| ; "attempt to retract a non-Integer interval to an Integer")) ; (T (BOOT::SPADCALL (CAR BOOT::|u|) (BOOT::|shellEntry| BOOT::$ 96))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTRVL;retract;$I;35| ; (BOOT::|u| BOOT::$) ; (BLOCK BOOT::|INTRVL;retract;$I;35| ; (COND ; ((NOT #) ; (BOOT::|error| ; "attempt to retract a non-Integer interval to an Integer")) ; (T (BOOT::SPADCALL # #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |INTRVL;coerce;$Of;36| ...) ; compiling (DEFUN |INTRVL;characteristic;Nni;37| ...) ; compiling (DEFUN |INTRVL;pi;$;38| ...) ; compiling (DEFUN |INTRVL;log;2$;39| ...) ; file: /tmp/oa-VEP1W6/code.lsp ; in: DEFUN |INTRVL;log;2$;39| ; (DEFUN BOOT::|INTRVL;log;2$;39| (BOOT::|u| BOOT::$) ; (COND ; ((BOOT::|INTRVL;positive?;$B;14| BOOT::|u| BOOT::$) ; (BOOT::|INTRVL;qinterval;2R$;6| (BOOT::SPADCALL # #) (BOOT::SPADCALL # #) ; BOOT::$)) ; (T (BOOT::|error| "negative logs in interval")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTRVL;log;2$;39| ; (BOOT::|u| BOOT::$) ; (BLOCK BOOT::|INTRVL;log;2$;39| ; (COND ; ((BOOT::|INTRVL;positive?;$B;14| BOOT::|u| BOOT::$) ; (BOOT::|INTRVL;qinterval;2R$;6| # # BOOT::$)) ; (T (BOOT::|error| "negative logs in interval"))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |INTRVL;exp;2$;40| ...) ; compiling (DEFUN |INTRVL;**;3$;41| ...) ; file: /tmp/oa-VEP1W6/code.lsp ; in: DEFUN |INTRVL;**;3$;41| ; (DEFUN BOOT::|INTRVL;**;3$;41| (BOOT::|u| BOOT::|v| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|v| (BOOT::|shellEntry| BOOT::$ 49)) ; (COND (# #) (T #))) ; ((BOOT::SPADCALL BOOT::|u| (BOOT::|shellEntry| BOOT::$ 56)) ; (BOOT::|spadConstant| BOOT::$ 10)) ; (T ; (LET (#) ; (BOOT::|INTRVL;qinterval;2R$;6| # # BOOT::$))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTRVL;**;3$;41| ; (BOOT::|u| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|INTRVL;**;3$;41| ; (COND ((BOOT::SPADCALL BOOT::|v| #) (COND # #)) ; ((BOOT::SPADCALL BOOT::|u| #) (BOOT::|spadConstant| BOOT::$ 10)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |INTRVL;hasTwoPiMultiple| ...) ; compiling (DEFUN |INTRVL;hasPiMultiple| ...) ; compiling (DEFUN |INTRVL;sin;2$;44| ...) ; file: /tmp/oa-VEP1W6/code.lsp ; in: DEFUN |INTRVL;sin;2$;44| ; (BOOT::SPADCALL BOOT::|vals| (BOOT::|shellEntry| BOOT::$ 61)) ; --> LET THE FUNCALL SB-C::%FUNCALL ; ==> ; BOOT::|vals| ; ; note: deleting unreachable code ; (BOOT::|SPADfirst| BOOT::|vals|) ; --> LET ; ==> ; BOOT::|vals| ; ; note: deleting unreachable code ; (BOOT::SPADCALL BOOT::|vals| (BOOT::|shellEntry| BOOT::$ 61)) ; --> LET THE FUNCALL SB-C::%FUNCALL ; ==> ; BOOT::|vals| ; ; note: deleting unreachable code ; (BOOT::|SPADfirst| BOOT::|vals|) ; --> LET ; ==> ; BOOT::|vals| ; ; note: deleting unreachable code ; (BOOT::|INTRVL;exactSupInterval| (BOOT::|SPADfirst| BOOT::|vals|) ; (BOOT::|spadConstant| BOOT::$ 11) BOOT::$) ; ==> ; BOOT::$ ; ; note: deleting unreachable code ; compiling (DEFUN |INTRVL;cos;2$;45| ...) ; file: /tmp/oa-VEP1W6/code.lsp ; in: DEFUN |INTRVL;cos;2$;45| ; (BOOT::SPADCALL BOOT::|vals| (BOOT::|shellEntry| BOOT::$ 61)) ; --> LET THE FUNCALL SB-C::%FUNCALL ; ==> ; BOOT::|vals| ; ; note: deleting unreachable code ; (BOOT::|SPADfirst| BOOT::|vals|) ; --> LET ; ==> ; BOOT::|vals| ; ; note: deleting unreachable code ; (BOOT::SPADCALL BOOT::|vals| (BOOT::|shellEntry| BOOT::$ 61)) ; --> LET THE FUNCALL SB-C::%FUNCALL ; ==> ; BOOT::|vals| ; ; note: deleting unreachable code ; (BOOT::|SPADfirst| BOOT::|vals|) ; --> LET ; ==> ; BOOT::|vals| ; ; note: deleting unreachable code ; (BOOT::|INTRVL;exactSupInterval| (BOOT::|SPADfirst| BOOT::|vals|) ; (BOOT::|spadConstant| BOOT::$ 11) BOOT::$) ; ==> ; BOOT::$ ; ; note: deleting unreachable code ; compiling (DEFUN |INTRVL;tan;2$;46| ...) ; file: /tmp/oa-VEP1W6/code.lsp ; in: DEFUN |INTRVL;tan;2$;46| ; (DEFUN BOOT::|INTRVL;tan;2$;46| (BOOT::|u| BOOT::$) ; (PROG (BOOT::|hi| BOOT::|lo|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTRVL;tan;2$;46| ; (BOOT::|u| BOOT::$) ; (BLOCK BOOT::|INTRVL;tan;2$;46| ; (PROG (BOOT::|hi| BOOT::|lo|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |INTRVL;csc;2$;47| ...) ; file: /tmp/oa-VEP1W6/code.lsp ; in: DEFUN |INTRVL;csc;2$;47| ; (DEFUN BOOT::|INTRVL;csc;2$;47| (BOOT::|u| BOOT::$) ; (PROG (BOOT::|vals|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTRVL;csc;2$;47| ; (BOOT::|u| BOOT::$) ; (BLOCK BOOT::|INTRVL;csc;2$;47| ; (PROG (BOOT::|vals|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |INTRVL;sec;2$;48| ...) ; file: /tmp/oa-VEP1W6/code.lsp ; in: DEFUN |INTRVL;sec;2$;48| ; (DEFUN BOOT::|INTRVL;sec;2$;48| (BOOT::|u| BOOT::$) ; (PROG (BOOT::|vals|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTRVL;sec;2$;48| ; (BOOT::|u| BOOT::$) ; (BLOCK BOOT::|INTRVL;sec;2$;48| ; (PROG (BOOT::|vals|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |INTRVL;cot;2$;49| ...) ; file: /tmp/oa-VEP1W6/code.lsp ; in: DEFUN |INTRVL;cot;2$;49| ; (DEFUN BOOT::|INTRVL;cot;2$;49| (BOOT::|u| BOOT::$) ; (PROG (BOOT::|lo| BOOT::|hi|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTRVL;cot;2$;49| ; (BOOT::|u| BOOT::$) ; (BLOCK BOOT::|INTRVL;cot;2$;49| ; (PROG (BOOT::|lo| BOOT::|hi|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |INTRVL;asin;2$;50| ...) ; compiling (DEFUN |INTRVL;acos;2$;51| ...) ; compiling (DEFUN |INTRVL;atan;2$;52| ...) ; compiling (DEFUN |INTRVL;acot;2$;53| ...) ; compiling (DEFUN |INTRVL;acsc;2$;54| ...) ; compiling (DEFUN |INTRVL;asec;2$;55| ...) ; compiling (DEFUN |INTRVL;tanh;2$;56| ...) ; compiling (DEFUN |INTRVL;sinh;2$;57| ...) ; compiling (DEFUN |INTRVL;sech;2$;58| ...) ; compiling (DEFUN |INTRVL;cosh;2$;59| ...) ; compiling (DEFUN |INTRVL;csch;2$;60| ...) ; file: /tmp/oa-VEP1W6/code.lsp ; in: DEFUN |INTRVL;csch;2$;60| ; (DEFUN BOOT::|INTRVL;csch;2$;60| (BOOT::|u| BOOT::$) ; (COND ; ((BOOT::|INTRVL;contains?;$RB;13| BOOT::|u| ; (BOOT::|spadConstant| BOOT::$ 68) BOOT::$) ; (BOOT::|error| "csch: singularity at zero")) ; (T ; (BOOT::|INTRVL;qinterval;2R$;6| (BOOT::SPADCALL # #) (BOOT::SPADCALL # #) ; BOOT::$)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTRVL;csch;2$;60| ; (BOOT::|u| BOOT::$) ; (BLOCK BOOT::|INTRVL;csch;2$;60| ; (COND ; ((BOOT::|INTRVL;contains?;$RB;13| BOOT::|u| # BOOT::$) ; (BOOT::|error| "csch: singularity at zero")) ; (T (BOOT::|INTRVL;qinterval;2R$;6| # # BOOT::$))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |INTRVL;coth;2$;61| ...) ; file: /tmp/oa-VEP1W6/code.lsp ; in: DEFUN |INTRVL;coth;2$;61| ; (DEFUN BOOT::|INTRVL;coth;2$;61| (BOOT::|u| BOOT::$) ; (COND ; ((BOOT::|INTRVL;contains?;$RB;13| BOOT::|u| ; (BOOT::|spadConstant| BOOT::$ 68) BOOT::$) ; (BOOT::|error| "coth: singularity at zero")) ; (T ; (BOOT::|INTRVL;qinterval;2R$;6| (BOOT::SPADCALL # #) (BOOT::SPADCALL # #) ; BOOT::$)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTRVL;coth;2$;61| ; (BOOT::|u| BOOT::$) ; (BLOCK BOOT::|INTRVL;coth;2$;61| ; (COND ; ((BOOT::|INTRVL;contains?;$RB;13| BOOT::|u| # BOOT::$) ; (BOOT::|error| "coth: singularity at zero")) ; (T (BOOT::|INTRVL;qinterval;2R$;6| # # BOOT::$))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |INTRVL;acosh;2$;62| ...) ; file: /tmp/oa-VEP1W6/code.lsp ; in: DEFUN |INTRVL;acosh;2$;62| ; (DEFUN BOOT::|INTRVL;acosh;2$;62| (BOOT::|u| BOOT::$) ; (COND ; ((BOOT::SPADCALL (CAR BOOT::|u|) (BOOT::|spadConstant| BOOT::$ 11) ; (BOOT::|shellEntry| BOOT::$ 40)) ; (BOOT::|error| "invalid argument: acosh only defined on the region 1..")) ; (T ; (BOOT::|INTRVL;qinterval;2R$;6| (BOOT::SPADCALL # #) (BOOT::SPADCALL # #) ; BOOT::$)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTRVL;acosh;2$;62| ; (BOOT::|u| BOOT::$) ; (BLOCK BOOT::|INTRVL;acosh;2$;62| ; (COND ; ((BOOT::SPADCALL # # #) ; (BOOT::|error| ; "invalid argument: acosh only defined on the region 1..")) ; (T (BOOT::|INTRVL;qinterval;2R$;6| # # BOOT::$))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |INTRVL;acoth;2$;63| ...) ; compiling (DEFUN |INTRVL;acsch;2$;64| ...) ; file: /tmp/oa-VEP1W6/code.lsp ; in: DEFUN |INTRVL;acsch;2$;64| ; (DEFUN BOOT::|INTRVL;acsch;2$;64| (BOOT::|u| BOOT::$) ; (COND ; ((BOOT::|INTRVL;contains?;$RB;13| BOOT::|u| ; (BOOT::|spadConstant| BOOT::$ 68) BOOT::$) ; (BOOT::|error| "acsch: singularity at zero")) ; (T ; (BOOT::|INTRVL;qinterval;2R$;6| (BOOT::SPADCALL # #) (BOOT::SPADCALL # #) ; BOOT::$)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTRVL;acsch;2$;64| ; (BOOT::|u| BOOT::$) ; (BLOCK BOOT::|INTRVL;acsch;2$;64| ; (COND ; ((BOOT::|INTRVL;contains?;$RB;13| BOOT::|u| # BOOT::$) ; (BOOT::|error| "acsch: singularity at zero")) ; (T (BOOT::|INTRVL;qinterval;2R$;6| # # BOOT::$))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |INTRVL;asech;2$;65| ...) ; compiling (DEFUN |INTRVL;asinh;2$;66| ...) ; compiling (DEFUN |INTRVL;atanh;2$;67| ...) ; compiling (DEFUN |INTRVL;**;$F$;68| ...) ; compiling (DEFUN |Interval| ...) ; compiling (DEFUN |Interval;| ...) ; compiling (MAKEPROP (QUOTE |Interval|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 33 notes ; /tmp/oa-VEP1W6/code.fasl written ; compilation finished in 0:00:00.192 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/TOOLSIGN.fasl --optimize=3 TOOLSIGN.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TOOLSIGN.spad using Spad compiler. TOOLSIGN abbreviates package ToolsForSign debug: compDefine1 lhs: (ToolsForSign R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE sign ((Union (Integer) failed) R)) (SIGNATURE nonQsign ((Union (Integer) failed) R)) (SIGNATURE direction ((Integer) (String)))) (Ring)) debug: evaluateType form: (CATEGORY package (SIGNATURE sign ((Union (Integer) failed) R)) (SIGNATURE nonQsign ((Union (Integer) failed) R)) (SIGNATURE direction ((Integer) (String)))) $param: (R) debug: evaluateType form: (Union (Integer) failed) $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: failed $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Union (Integer) failed) $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: failed $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (String) $param: (R) Debug: evaluateType1 form: (String) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE sign ((Union (Integer) failed) R)) (SIGNATURE nonQsign ((Union (Integer) failed) R)) (SIGNATURE direction ((Integer) (String)))) (Ring)) debug: compDefine1 lhs: (ToolsForSign R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE sign ((Union (Integer) failed) R)) (SIGNATURE nonQsign ((Union (Integer) failed) R)) (SIGNATURE direction ((Integer) (String)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE sign ((Union (Integer) failed) R)) (SIGNATURE nonQsign ((Union (Integer) failed) R)) (SIGNATURE direction ((Integer) (String)))) $param: (R) debug: evaluateType form: (Union (Integer) failed) $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: failed $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Union (Integer) failed) $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: failed $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (String) $param: (R) Debug: evaluateType1 form: (String) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE sign ((Union (Integer) failed) R)) (SIGNATURE nonQsign ((Union (Integer) failed) R)) (SIGNATURE direction ((Integer) (String)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for ToolsForSign compiling into /tmp/oa-ZdkMOB compiling exported nonQsign : R -> Union(Integer,failed) Time: 0.08 SEC. compiling exported nonQsign : R -> Union(Integer,failed) TOOLSIGN;nonQsign;RU;2 r is replaced by %pair(1,"failed") Time: 0 SEC. compiling exported sign : R -> Union(Integer,failed) Time: 0.02 SEC. compiling exported sign : R -> Union(Integer,failed) Time: 0.01 SEC. compiling exported sign : R -> Union(Integer,failed) Time: 0.01 SEC. compiling exported direction : String -> Integer Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] nonQsign: pretend AlgebraicNumber -- should replace by @ [2] nonQsign: not known that AlgebraicallyClosedField is of mode CATEGORY(domain,IF(hasInteger()IntegralDomain(),PROGN(AlgebraicallyClosedFunctionSpace Integer,TranscendentalFunctionCategory,CombinatorialOpsCategory,LiouvillianFunctionCategory,SpecialFunctionCategory,reduce: % -> %,number?: % -> Boolean,simplifyPower: (%,Integer) -> %,IF(hasInteger()GcdDomain(),PROGN(factorPolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %,squareFreePolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %),%noBranch),IF(hasInteger()RetractableTo(Integer()),RetractableTo AlgebraicNumber,%noBranch)),%noBranch)) [3] nonQsign: not known that TranscendentalFunctionCategory is of mode CATEGORY(domain,IF(hasInteger()IntegralDomain(),PROGN(AlgebraicallyClosedFunctionSpace Integer,TranscendentalFunctionCategory,CombinatorialOpsCategory,LiouvillianFunctionCategory,SpecialFunctionCategory,reduce: % -> %,number?: % -> Boolean,simplifyPower: (%,Integer) -> %,IF(hasInteger()GcdDomain(),PROGN(factorPolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %,squareFreePolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %),%noBranch),IF(hasInteger()RetractableTo(Integer()),RetractableTo AlgebraicNumber,%noBranch)),%noBranch)) Cumulative Statistics for Constructor ToolsForSign Time: 0.14 seconds finalizing NRLIB TOOLSIGN Processing ToolsForSign for Browser database: -- sign : R -> Union(Integer,"failed") -- nonQsign : R -> Union(Integer,"failed") -- direction : String -> Integer -- constructor ; compiling file "/tmp/oa-ZdkMOB/code.lsp" (written 01 FEB 2016 11:07:15 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |TOOLSIGN;nonQsign;RU;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |TOOLSIGN;direction;SI;6|) ...) ; compiling (DEFUN |TOOLSIGN;nonQsign;RU;1| ...) ; file: /tmp/oa-ZdkMOB/code.lsp ; in: DEFUN |TOOLSIGN;nonQsign;RU;1| ; (DEFUN BOOT::|TOOLSIGN;nonQsign;RU;1| (BOOT::|r| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 10)) ; (BOOT::|shellEntry| BOOT::$ 13))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TOOLSIGN;nonQsign;RU;1| ; (BOOT::|r| BOOT::$) ; (BLOCK BOOT::|TOOLSIGN;nonQsign;RU;1| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 10)) ; (BOOT::|shellEntry| BOOT::$ 13)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |TOOLSIGN;nonQsign;RU;2| ...) ; file: /tmp/oa-ZdkMOB/code.lsp ; in: DEFUN |TOOLSIGN;nonQsign;RU;2| ; (DEFUN BOOT::|TOOLSIGN;nonQsign;RU;2| (BOOT::|r| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (CONS 1 "failed")) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TOOLSIGN;nonQsign;RU;2| ; (BOOT::|r| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|TOOLSIGN;nonQsign;RU;2| (CONS 1 "failed"))) ; ; caught STYLE-WARNING: ; The variable |r| is defined but never used. ; compiling (DEFUN |TOOLSIGN;sign;RU;3| ...) ; file: /tmp/oa-ZdkMOB/code.lsp ; in: DEFUN |TOOLSIGN;sign;RU;3| ; (DEFUN BOOT::|TOOLSIGN;sign;RU;3| (BOOT::|r| BOOT::$) ; (LET ((BOOT::|u| (BOOT::SPADCALL BOOT::|r| #))) ; (COND ((ZEROP #) (CONS 0 #)) (T (BOOT::SPADCALL BOOT::|r| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TOOLSIGN;sign;RU;3| ; (BOOT::|r| BOOT::$) ; (BLOCK BOOT::|TOOLSIGN;sign;RU;3| ; (LET ((BOOT::|u| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |TOOLSIGN;sign;RU;4| ...) ; compiling (DEFUN |TOOLSIGN;sign;RU;5| ...) ; compiling (DEFUN |TOOLSIGN;direction;SI;6| ...) ; file: /tmp/oa-ZdkMOB/code.lsp ; in: DEFUN |TOOLSIGN;direction;SI;6| ; (DEFUN BOOT::|TOOLSIGN;direction;SI;6| (BOOT::|st| BOOT::$) ; (COND ((NOT (NULL #)) 1) ((NOT (NULL #)) -1) ; (T (BOOT::|error| "Unknown option")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TOOLSIGN;direction;SI;6| ; (BOOT::|st| BOOT::$) ; (BLOCK BOOT::|TOOLSIGN;direction;SI;6| ; (COND ((NOT #) 1) ((NOT #) -1) (T (BOOT::|error| "Unknown option"))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |ToolsForSign| ...) ; compiling (DEFUN |ToolsForSign;| ...) ; compiling (MAKEPROP (QUOTE |ToolsForSign|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 3 notes ; /tmp/oa-ZdkMOB/code.fasl written ; compilation finished in 0:00:00.035 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/SIGNEF.fasl --optimize=3 SIGNEF.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SIGNEF.spad using Spad compiler. SIGNEF abbreviates package ElementaryFunctionSign debug: compDefine1 lhs: (ElementaryFunctionSign R F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE sign ((Union (Integer) failed) F)) (SIGNATURE sign ((Union (Integer) failed) F (Symbol) (OrderedCompletion F))) (SIGNATURE sign ((Union (Integer) failed) F (Symbol) F (String)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE sign ((Union (Integer) failed) F)) (SIGNATURE sign ((Union (Integer) failed) F (Symbol) (OrderedCompletion F))) (SIGNATURE sign ((Union (Integer) failed) F (Symbol) F (String)))) $param: (R F) debug: evaluateType form: (Union (Integer) failed) $param: (R F) debug: evaluateType form: (Integer) $param: (R F) Debug: evaluateType1 form: (Integer) debug: evaluateType form: failed $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Union (Integer) failed) $param: (R F) debug: evaluateType form: (Integer) $param: (R F) Debug: evaluateType1 form: (Integer) debug: evaluateType form: failed $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (OrderedCompletion F) $param: (R F) Debug: evaluateType1 form: (OrderedCompletion F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: (Union (Integer) failed) $param: (R F) debug: evaluateType form: (Integer) $param: (R F) Debug: evaluateType1 form: (Integer) debug: evaluateType form: failed $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (String) $param: (R F) Debug: evaluateType1 form: (String) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE sign ((Union (Integer) failed) F)) (SIGNATURE sign ((Union (Integer) failed) F (Symbol) (OrderedCompletion F))) (SIGNATURE sign ((Union (Integer) failed) F (Symbol) F (String)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ElementaryFunctionSign compiling into /tmp/oa-Yoq4oW importing ToolsForSign R importing RationalFunctionSign R importing PowerSeriesLimitPackage(R,F) importing TrigonometricManipulations(R,F) compiling exported sign : (F,Symbol,OrderedCompletion F) -> Union(Integer,failed) Time: 0.09 SEC. compiling exported sign : (F,Symbol,F,String) -> Union(Integer,failed) Time: 0.02 SEC. compiling exported sign : F -> Union(Integer,failed) Debug compQuote expr: (QUOTE rootOf) m: $EmptyMode Debug compQuote expr: (QUOTE rootOf) m: (Symbol) Time: 0.48 SEC. compiling local overRF : OrderedCompletion F -> Union(OrderedCompletion Fraction Polynomial R,failed) Time: 0.10 SEC. compiling local ofesign : OrderedCompletion F -> Union(Integer,failed) Time: 0.06 SEC. compiling local insign : (F,Symbol,OrderedCompletion F,NonNegativeInteger) -> Union(Integer,failed) Time: 0.23 SEC. compiling local psign : (F,Symbol,F,String,NonNegativeInteger) -> Union(Integer,failed) Time: 0.08 SEC. compiling local smpsign : SparseMultivariatePolynomial(R,Kernel F) -> Union(Integer,failed) Time: 0.04 SEC. compiling local sqfrSign : SparseMultivariatePolynomial(R,Kernel F) -> Union(Integer,failed) Time: 0.02 SEC. compiling local listSign : (List SparseMultivariatePolynomial(R,Kernel F),Integer) -> Union(Integer,failed) Time: 0.03 SEC. compiling local termSign : SparseMultivariatePolynomial(R,Kernel F) -> Union(Integer,failed) Time: 0.02 SEC. compiling local kerSign : Kernel F -> Union(Integer,failed) Debug compQuote expr: (QUOTE negative) m: $EmptyMode Debug compQuote expr: (QUOTE negative) m: (Identifier) Debug compQuote expr: (QUOTE positive) m: $EmptyMode Debug compQuote expr: (QUOTE positive) m: (Identifier) Debug compQuote expr: (QUOTE pi) m: $EmptyMode Debug compQuote expr: (QUOTE pi) m: (Symbol) Debug compQuote expr: (QUOTE exp) m: $EmptyMode Debug compQuote expr: (QUOTE exp) m: (Symbol) Debug compQuote expr: (QUOTE cosh) m: $EmptyMode Debug compQuote expr: (QUOTE cosh) m: (Symbol) Debug compQuote expr: (QUOTE sech) m: $EmptyMode Debug compQuote expr: (QUOTE sech) m: (Symbol) Time: 0.08 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] sign: not known that SetCategory is of mode CATEGORY(package,sign: F -> Union(Integer,"failed"),sign: (F,Symbol,OrderedCompletion F) -> Union(Integer,"failed"),sign: (F,Symbol,F,String) -> Union(Integer,"failed")) [2] sign: empty? has no value [3] smpsign: unit has no value [4] smpsign: not known that IntegralDomain is of mode CATEGORY(package,sign: F -> Union(Integer,"failed"),sign: (F,Symbol,OrderedCompletion F) -> Union(Integer,"failed"),sign: (F,Symbol,F,String) -> Union(Integer,"failed")) [5] sqfrSign: first has no value [6] kerSign: has? has no value [7] kerSign: empty? has no value Cumulative Statistics for Constructor ElementaryFunctionSign Time: 1.26 seconds finalizing NRLIB SIGNEF Processing ElementaryFunctionSign for Browser database: -- sign : F -> U -- sign : (F,SY,OFE) -> U -- sign : (F,SY,F,String) -> U -- constructor ; compiling file "/tmp/oa-Yoq4oW/code.lsp" (written 01 FEB 2016 11:07:17 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SIGNEF;sign;FSOcU;1| ...) ; compiling (DEFUN |SIGNEF;sign;FSFSU;2| ...) ; compiling (DEFUN |SIGNEF;sign;FU;3| ...) ; file: /tmp/oa-Yoq4oW/code.lsp ; in: DEFUN |SIGNEF;sign;FU;3| ; (DEFUN BOOT::|SIGNEF;sign;FU;3| (BOOT::|f| BOOT::$) ; (PROG (BOOT::|r| BOOT::|f2| BOOT::|mapfun| #:G600 BOOT::|ud| BOOT::|un|) ; (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SIGNEF;sign;FU;3| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|SIGNEF;sign;FU;3| ; (PROG (BOOT::|r| BOOT::|f2| BOOT::|mapfun| #:G600 BOOT::|ud| ; BOOT::|un|) ; (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SIGNEF;sign;FU;3!0| ...) ; compiling (DEFUN |SIGNEF;overRF| ...) ; compiling (DEFUN |SIGNEF;ofesign| ...) ; compiling (DEFUN |SIGNEF;insign| ...) ; compiling (DEFUN |SIGNEF;psign| ...) ; compiling (DEFUN |SIGNEF;smpsign| ...) ; file: /tmp/oa-Yoq4oW/code.lsp ; in: DEFUN |SIGNEF;smpsign| ; (DEFUN BOOT::|SIGNEF;smpsign| (BOOT::|p| BOOT::$) ; (PROG (BOOT::|ans| BOOT::|u| BOOT::|s|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SIGNEF;smpsign| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|SIGNEF;smpsign| ; (PROG (BOOT::|ans| BOOT::|u| BOOT::|s|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SIGNEF;sqfrSign| ...) ; compiling (DEFUN |SIGNEF;listSign| ...) ; compiling (DEFUN |SIGNEF;termSign| ...) ; compiling (DEFUN |SIGNEF;kerSign| ...) ; compiling (DEFUN |ElementaryFunctionSign| ...) ; compiling (DEFUN |ElementaryFunctionSign;| ...) ; compiling (MAKEPROP (QUOTE |ElementaryFunctionSign|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-Yoq4oW/code.fasl written ; compilation finished in 0:00:00.091 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FS2UPS.spad && cp FS2UPS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FS2UPS.fasl \ && if test -f FS2UPS-.NRLIB/code.fasl; then \ cp FS2UPS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FS2UPS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FS2UPS.spad using Spad compiler. FS2UPS abbreviates package FunctionSpaceToUnivariatePowerSeries debug: compDefine1 lhs: (FunctionSpaceToUnivariatePowerSeries R FE Expon UPS TRAN x) signature (pre-evaluate): ((CATEGORY package (SIGNATURE exprToUPS ((Union (: %series UPS) (: %problem (Record (: func (String)) (: prob (String))))) FE (Boolean) (String))) (SIGNATURE exprToGenUPS ((Union (: %series UPS) (: %problem (Record (: func (String)) (: prob (String))))) FE (Boolean) (String))) (SIGNATURE localAbs (FE FE))) NIL NIL NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE exprToUPS ((Union (: %series UPS) (: %problem (Record (: func (String)) (: prob (String))))) FE (Boolean) (String))) (SIGNATURE exprToGenUPS ((Union (: %series UPS) (: %problem (Record (: func (String)) (: prob (String))))) FE (Boolean) (String))) (SIGNATURE localAbs (FE FE))) $param: (R FE Expon UPS TRAN x) debug: evaluateType form: (Union (: %series UPS) (: %problem (Record (: func (String)) (: prob (String))))) $param: (R FE Expon UPS TRAN x) debug: evaluateType form: UPS $param: (R FE Expon UPS TRAN x) debug: evaluateType form: (Record (: func (String)) (: prob (String))) $param: (R FE Expon UPS TRAN x) debug: evaluateType form: (String) $param: (R FE Expon UPS TRAN x) Debug: evaluateType1 form: (String) debug: evaluateType form: (String) $param: (R FE Expon UPS TRAN x) Debug: evaluateType1 form: (String) debug: evaluateType form: FE $param: (R FE Expon UPS TRAN x) debug: evaluateType form: (Boolean) $param: (R FE Expon UPS TRAN x) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (String) $param: (R FE Expon UPS TRAN x) Debug: evaluateType1 form: (String) debug: evaluateType form: (Union (: %series UPS) (: %problem (Record (: func (String)) (: prob (String))))) $param: (R FE Expon UPS TRAN x) debug: evaluateType form: UPS $param: (R FE Expon UPS TRAN x) debug: evaluateType form: (Record (: func (String)) (: prob (String))) $param: (R FE Expon UPS TRAN x) debug: evaluateType form: (String) $param: (R FE Expon UPS TRAN x) Debug: evaluateType1 form: (String) debug: evaluateType form: (String) $param: (R FE Expon UPS TRAN x) Debug: evaluateType1 form: (String) debug: evaluateType form: FE $param: (R FE Expon UPS TRAN x) debug: evaluateType form: (Boolean) $param: (R FE Expon UPS TRAN x) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (String) $param: (R FE Expon UPS TRAN x) Debug: evaluateType1 form: (String) debug: evaluateType form: FE $param: (R FE Expon UPS TRAN x) debug: evaluateType form: FE $param: (R FE Expon UPS TRAN x) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE exprToUPS ((Union (: %series UPS) (: %problem (Record (: func (String)) (: prob (String))))) FE (Boolean) (String))) (SIGNATURE exprToGenUPS ((Union (: %series UPS) (: %problem (Record (: func (String)) (: prob (String))))) FE (Boolean) (String))) (SIGNATURE localAbs (FE FE))) NIL NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FunctionSpaceToUnivariatePowerSeries compiling into /tmp/oa-87cfPn compiling local ratIfCan : FE -> Union(Fraction Integer,failed) Time: 0.15 SEC. compiling local carefulNthRootIfCan : (UPS,NonNegativeInteger,Boolean,Boolean) -> Union(%series: UPS,%problem: Record(func: String,prob: String)) Time: 0.08 SEC. compiling local stateProblem : (String,String) -> Union(%series: UPS,%problem: Record(func: String,prob: String)) FS2UPS;stateProblem(function,problem) is replaced by %pair(1,%pair(function,problem)) Time: 0.01 SEC. compiling exported exprToUPS : (FE,Boolean,String) -> Union(%series: UPS,%problem: Record(func: String,prob: String)) Time: 0.21 SEC. compiling local polyToUPS : SparseUnivariatePolynomial Polynomial R -> UPS Time: 0.12 SEC. compiling local listToUPS : (List FE,(FE,Boolean,String) -> Union(%series: UPS,%problem: Record(func: String,prob: String)),Boolean,String,UPS,(UPS,UPS) -> UPS) -> Union(%series: UPS,%problem: Record(func: String,prob: String)) Time: 0.06 SEC. compiling local isNonTrivPower : FE -> Union(Record(val: FE,exponent: Integer),failed) Time: 0.03 SEC. compiling local powerToUPS : (FE,Integer,Boolean,String) -> Union(%series: UPS,%problem: Record(func: String,prob: String)) Time: 0.06 SEC. compiling local kernelToUPS : (Kernel FE,Boolean,String) -> Union(%series: UPS,%problem: Record(func: String,prob: String)) Time: 0.28 SEC. compiling local nthRootToUPS : (FE,NonNegativeInteger,Boolean,String) -> Union(%series: UPS,%problem: Record(func: String,prob: String)) Time: 0.01 SEC. compiling local logToUPS : (FE,Boolean,String) -> Union(%series: UPS,%problem: Record(func: String,prob: String)) Time: 0.05 SEC. compiling exported localAbs : FE -> FE Time: 0 SEC. compiling exported localAbs : FE -> FE Time: 0.00 SEC. compiling local signOfExpression : FE -> FE Time: 0.01 SEC. compiling local atancotToUPS : (FE,Boolean,String,Integer) -> Union(%series: UPS,%problem: Record(func: String,prob: String)) Time: 0.33 SEC. compiling local applyIfCan : (UPS -> Union(UPS,failed),FE,String,Boolean,String) -> Union(%series: UPS,%problem: Record(func: String,prob: String)) Time: 0.03 SEC. compiling local tranToUPS : (Kernel FE,FE,Boolean,String) -> Union(%series: UPS,%problem: Record(func: String,prob: String)) Time: 0.07 SEC. compiling local powToUPS : (List FE,Boolean,String) -> Union(%series: UPS,%problem: Record(func: String,prob: String)) Time: 0.09 SEC. compiling local newElem : FE -> FE Time: 0.02 SEC. compiling local smpElem : SparseMultivariatePolynomial(R,Kernel FE) -> FE Time: 0.02 SEC. compiling local k2Elem : Kernel FE -> FE Time: 0.17 SEC. compiling local contOnReals? : String -> Boolean Time: 0.03 SEC. compiling local bddOnReals? : String -> Boolean Time: 0.01 SEC. compiling exported exprToGenUPS : (FE,Boolean,String) -> Union(%series: UPS,%problem: Record(func: String,prob: String)) Time: 0.02 SEC. compiling local iExprToGenUPS : (FE,Boolean,String) -> Union(%series: UPS,%problem: Record(func: String,prob: String)) Time: 0.19 SEC. compiling local opsInvolvingX : FE -> List BasicOperator Time: 0.11 SEC. compiling local opInOpList? : (Symbol,List BasicOperator) -> Boolean Time: 0.02 SEC. compiling local exponential? : FE -> Boolean Time: 0.02 SEC. compiling local productOfNonZeroes? : FE -> Boolean Time: 0.04 SEC. compiling local powerToGenUPS : (FE,Integer,Boolean,String) -> Union(%series: UPS,%problem: Record(func: String,prob: String)) Time: 0.09 SEC. compiling local kernelToGenUPS : (Kernel FE,Boolean,String) -> Union(%series: UPS,%problem: Record(func: String,prob: String)) Time: 0.28 SEC. compiling local nthRootToGenUPS : (FE,NonNegativeInteger,Boolean,String) -> Union(%series: UPS,%problem: Record(func: String,prob: String)) Time: 0.03 SEC. compiling local logToGenUPS : (FE,Boolean,String) -> Union(%series: UPS,%problem: Record(func: String,prob: String)) Time: 0.25 SEC. compiling local expToGenUPS : (FE,Boolean,String) -> Union(%series: UPS,%problem: Record(func: String,prob: String)) Time: 0.02 SEC. compiling local expGenUPS : (UPS,Boolean,String) -> Union(%series: UPS,%problem: Record(func: String,prob: String)) Time: 0.20 SEC. compiling local atancotToGenUPS : (FE,FE,Boolean,String,Integer) -> Union(%series: UPS,%problem: Record(func: String,prob: String)) Time: 0.78 SEC. compiling local genUPSApplyIfCan : (UPS -> Union(UPS,failed),FE,String,Boolean,String) -> Union(%series: UPS,%problem: Record(func: String,prob: String)) Time: 0.14 SEC. compiling local applyBddIfCan : (FE,UPS -> Union(UPS,failed),FE,String,Boolean,String) -> Union(%series: UPS,%problem: Record(func: String,prob: String)) Time: 0.24 SEC. compiling local tranToGenUPS : (Kernel FE,FE,Boolean,String) -> Union(%series: UPS,%problem: Record(func: String,prob: String)) Time: 0.08 SEC. compiling local powToGenUPS : (List FE,Boolean,String) -> Union(%series: UPS,%problem: Record(func: String,prob: String)) Time: 0.07 SEC. (time taken in buildFunctor: 4) Time: 0.05 SEC. Warnings: [1] exprToUPS: not known that Ring is of mode CATEGORY(package,exprToUPS: (FE,Boolean,String) -> Union(%series: UPS,%problem: Record(func: String,prob: String)),exprToGenUPS: (FE,Boolean,String) -> Union(%series: UPS,%problem: Record(func: String,prob: String)),localAbs: FE -> FE) [2] exprToUPS: not known that SetCategory is of mode CATEGORY(package,exprToUPS: (FE,Boolean,String) -> Union(%series: UPS,%problem: Record(func: String,prob: String)),exprToGenUPS: (FE,Boolean,String) -> Union(%series: UPS,%problem: Record(func: String,prob: String)),localAbs: FE -> FE) [3] listToUPS: %series has no value [4] powerToUPS: %series has no value [5] nthRootToUPS: %series has no value [6] logToUPS: %series has no value [7] atancotToUPS: %series has no value [8] applyIfCan: %series has no value [9] powToUPS: %series has no value [10] newElem: not known that SetCategory is of mode CATEGORY(package,exprToUPS: (FE,Boolean,String) -> Union(%series: UPS,%problem: Record(func: String,prob: String)),exprToGenUPS: (FE,Boolean,String) -> Union(%series: UPS,%problem: Record(func: String,prob: String)),localAbs: FE -> FE) [11] opsInvolvingX: not known that SetCategory is of mode CATEGORY(package,exprToUPS: (FE,Boolean,String) -> Union(%series: UPS,%problem: Record(func: String,prob: String)),exprToGenUPS: (FE,Boolean,String) -> Union(%series: UPS,%problem: Record(func: String,prob: String)),localAbs: FE -> FE) [12] opsInvolvingX: unary? has no value [13] powerToGenUPS: %series has no value [14] nthRootToGenUPS: %series has no value [15] logToGenUPS: %series has no value [16] expToGenUPS: %series has no value [17] expGenUPS: %series has no value [18] atancotToGenUPS: %problem has no value [19] atancotToGenUPS: %series has no value [20] genUPSApplyIfCan: %series has no value [21] applyBddIfCan: %problem has no value [22] applyBddIfCan: %series has no value [23] powToGenUPS: %series has no value Cumulative Statistics for Constructor FunctionSpaceToUnivariatePowerSeries Time: 4.47 seconds finalizing NRLIB FS2UPS Processing FunctionSpaceToUnivariatePowerSeries for Browser database: --->../../x86_64-unknown-linux-gnu/src/algebra/fs2ups.spad-->FunctionSpaceToUnivariatePowerSeries((coerce (% Expon))): Not documented!!!! -- differentiate : % -> % -- integrate : % -> % -- exprToUPS : (FE,B,S) -> Result -- exprToGenUPS : (FE,B,S) -> Result -- localAbs : FE -> FE -- constructor ; compiling file "/tmp/oa-87cfPn/code.lsp" (written 01 FEB 2016 11:07:21 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FS2UPS;stateProblem|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FS2UPS;ratIfCan| ...) ; file: /tmp/oa-87cfPn/code.lsp ; in: DEFUN |FS2UPS;ratIfCan| ; (DEFUN BOOT::|FS2UPS;ratIfCan| (BOOT::|fcn| BOOT::$) ; (BOOT::SPADCALL BOOT::|fcn| (BOOT::|shellEntry| BOOT::$ 16))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS2UPS;ratIfCan| ; (BOOT::|fcn| BOOT::$) ; (BLOCK BOOT::|FS2UPS;ratIfCan| ; (BOOT::SPADCALL BOOT::|fcn| (BOOT::|shellEntry| BOOT::$ 16)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |FS2UPS;carefulNthRootIfCan| ...) ; file: /tmp/oa-87cfPn/code.lsp ; in: DEFUN |FS2UPS;carefulNthRootIfCan| ; (DEFUN BOOT::|FS2UPS;carefulNthRootIfCan| ; (BOOT::|ups| BOOT::|n| BOOT::|posCheck?| BOOT::|rightOnly?| BOOT::$) ; (PROG (BOOT::|ans| BOOT::|signum|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS2UPS;carefulNthRootIfCan| ; (BOOT::|ups| BOOT::|n| BOOT::|posCheck?| BOOT::|rightOnly?| BOOT::$) ; (BLOCK BOOT::|FS2UPS;carefulNthRootIfCan| ; (PROG (BOOT::|ans| BOOT::|signum|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |FS2UPS;stateProblem| ...) ; compiling (DEFUN |FS2UPS;exprToUPS;FEBSU;4| ...) ; file: /tmp/oa-87cfPn/code.lsp ; in: DEFUN |FS2UPS;exprToUPS;FEBSU;4| ; (DEFUN BOOT::|FS2UPS;exprToUPS;FEBSU;4| ; (BOOT::|fcn| BOOT::|posCheck?| BOOT::|atanFlag| BOOT::$) ; (PROG (BOOT::|ker| BOOT::|power| BOOT::|expt| BOOT::|prod| BOOT::|sum|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS2UPS;exprToUPS;FEBSU;4| ; (BOOT::|fcn| BOOT::|posCheck?| BOOT::|atanFlag| BOOT::$) ; (BLOCK BOOT::|FS2UPS;exprToUPS;FEBSU;4| ; (PROG (BOOT::|ker| BOOT::|power| BOOT::|expt| BOOT::|prod| BOOT::|sum|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |FS2UPS;exprToUPS;FEBSU;4!1| ...) ; compiling (DEFUN |FS2UPS;exprToUPS;FEBSU;4!0| ...) ; compiling (DEFUN |FS2UPS;polyToUPS| ...) ; compiling (DEFUN |FS2UPS;listToUPS| ...) ; file: /tmp/oa-87cfPn/code.lsp ; in: DEFUN |FS2UPS;listToUPS| ; (DEFUN BOOT::|FS2UPS;listToUPS| ; (BOOT::|list| BOOT::|feToUPS| BOOT::|posCheck?| BOOT::|atanFlag| ; BOOT::|ans| BOOT::|op| BOOT::$) ; (PROG (BOOT::|term|) (RETURN (BOOT::SEQ (LOOP #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS2UPS;listToUPS| ; (BOOT::|list| BOOT::|feToUPS| BOOT::|posCheck?| BOOT::|atanFlag| ; BOOT::|ans| BOOT::|op| BOOT::$) ; (BLOCK BOOT::|FS2UPS;listToUPS| ; (PROG (BOOT::|term|) (RETURN (BOOT::SEQ # #))))) ; ; note: Assignment to argument: |list| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |FS2UPS;isNonTrivPower| ...) ; compiling (DEFUN |FS2UPS;powerToUPS| ...) ; compiling (DEFUN |FS2UPS;kernelToUPS| ...) ; compiling (DEFUN |FS2UPS;nthRootToUPS| ...) ; compiling (DEFUN |FS2UPS;logToUPS| ...) ; compiling (DEFUN |FS2UPS;localAbs;2FE;12| ...) ; compiling (DEFUN |FS2UPS;localAbs;2FE;13| ...) ; compiling (DEFUN |FS2UPS;signOfExpression| ...) ; compiling (DEFUN |FS2UPS;atancotToUPS| ...) ; file: /tmp/oa-87cfPn/code.lsp ; in: DEFUN |FS2UPS;atancotToUPS| ; (EQL BOOT::|n| -1) ; ==> ; BOOT::|n| ; ; note: deleting unreachable code ; compiling (DEFUN |FS2UPS;applyIfCan| ...) ; compiling (DEFUN |FS2UPS;tranToUPS| ...) ; compiling (DEFUN |FS2UPS;powToUPS| ...) ; compiling (DEFUN |FS2UPS;newElem| ...) ; compiling (DEFUN |FS2UPS;smpElem| ...) ; compiling (DEFUN |FS2UPS;smpElem!0| ...) ; compiling (DEFUN |FS2UPS;k2Elem| ...) ; compiling (DEFUN |FS2UPS;contOnReals?| ...) ; file: /tmp/oa-87cfPn/code.lsp ; in: DEFUN |FS2UPS;contOnReals?| ; (DEFUN BOOT::|FS2UPS;contOnReals?| (BOOT::|fcn| BOOT::$) ; (BOOT::SPADCALL BOOT::|fcn| (BOOT::|shellEntry| BOOT::$ 165) ; (BOOT::|shellEntry| BOOT::$ 168))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS2UPS;contOnReals?| ; (BOOT::|fcn| BOOT::$) ; (BLOCK BOOT::|FS2UPS;contOnReals?| ; (BOOT::SPADCALL BOOT::|fcn| (BOOT::|shellEntry| BOOT::$ 165) ; (BOOT::|shellEntry| BOOT::$ 168)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FS2UPS;bddOnReals?| ...) ; file: /tmp/oa-87cfPn/code.lsp ; in: DEFUN |FS2UPS;bddOnReals?| ; (DEFUN BOOT::|FS2UPS;bddOnReals?| (BOOT::|fcn| BOOT::$) ; (BOOT::SPADCALL BOOT::|fcn| (BOOT::|shellEntry| BOOT::$ 166) ; (BOOT::|shellEntry| BOOT::$ 168))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS2UPS;bddOnReals?| ; (BOOT::|fcn| BOOT::$) ; (BLOCK BOOT::|FS2UPS;bddOnReals?| ; (BOOT::SPADCALL BOOT::|fcn| (BOOT::|shellEntry| BOOT::$ 166) ; (BOOT::|shellEntry| BOOT::$ 168)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FS2UPS;exprToGenUPS;FEBSU;24| ...) ; compiling (DEFUN |FS2UPS;iExprToGenUPS| ...) ; file: /tmp/oa-87cfPn/code.lsp ; in: DEFUN |FS2UPS;iExprToGenUPS| ; (DEFUN BOOT::|FS2UPS;iExprToGenUPS| ; (BOOT::|fcn| BOOT::|posCheck?| BOOT::|atanFlag| BOOT::$) ; (PROG (BOOT::|ker| BOOT::|power| BOOT::|expt| BOOT::|prod| BOOT::|sum|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS2UPS;iExprToGenUPS| ; (BOOT::|fcn| BOOT::|posCheck?| BOOT::|atanFlag| BOOT::$) ; (BLOCK BOOT::|FS2UPS;iExprToGenUPS| ; (PROG (BOOT::|ker| BOOT::|power| BOOT::|expt| BOOT::|prod| BOOT::|sum|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |FS2UPS;iExprToGenUPS!1| ...) ; compiling (DEFUN |FS2UPS;iExprToGenUPS!0| ...) ; compiling (DEFUN |FS2UPS;opsInvolvingX| ...) ; file: /tmp/oa-87cfPn/code.lsp ; in: DEFUN |FS2UPS;opsInvolvingX| ; (DEFUN BOOT::|FS2UPS;opsInvolvingX| (BOOT::|fcn| BOOT::$) ; (PROG (BOOT::|opList| BOOT::|op|) ; (RETURN ; (BOOT::SEQ (BOOT::LETT BOOT::|opList| # BOOT::|FS2UPS;opsInvolvingX|) ; (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS2UPS;opsInvolvingX| ; (BOOT::|fcn| BOOT::$) ; (BLOCK BOOT::|FS2UPS;opsInvolvingX| ; (PROG (BOOT::|opList| BOOT::|op|) (RETURN (BOOT::SEQ # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |FS2UPS;opInOpList?| ...) ; compiling (DEFUN |FS2UPS;exponential?| ...) ; file: /tmp/oa-87cfPn/code.lsp ; in: DEFUN |FS2UPS;exponential?| ; (DEFUN BOOT::|FS2UPS;exponential?| (BOOT::|fcn| BOOT::$) ; (LET ((BOOT::|ker| (BOOT::SPADCALL BOOT::|fcn| #))) ; (AND (ZEROP (CAR BOOT::|ker|)) ; (BOOT::SPADCALL (CDR BOOT::|ker|) (BOOT::SPADCALL "exp" #) ; (BOOT::|shellEntry| BOOT::$ 92))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS2UPS;exponential?| ; (BOOT::|fcn| BOOT::$) ; (BLOCK BOOT::|FS2UPS;exponential?| ; (LET ((BOOT::|ker| #)) ; (AND (ZEROP #) (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FS2UPS;productOfNonZeroes?| ...) ; compiling (DEFUN |FS2UPS;powerToGenUPS| ...) ; compiling (DEFUN |FS2UPS;kernelToGenUPS| ...) ; compiling (DEFUN |FS2UPS;nthRootToGenUPS| ...) ; compiling (DEFUN |FS2UPS;logToGenUPS| ...) ; compiling (DEFUN |FS2UPS;expToGenUPS| ...) ; compiling (DEFUN |FS2UPS;expGenUPS| ...) ; compiling (DEFUN |FS2UPS;atancotToGenUPS| ...) ; file: /tmp/oa-87cfPn/code.lsp ; in: DEFUN |FS2UPS;atancotToGenUPS| ; (EQL BOOT::|n| -1) ; ==> ; BOOT::|n| ; ; note: deleting unreachable code ; compiling (DEFUN |FS2UPS;genUPSApplyIfCan| ...) ; compiling (DEFUN |FS2UPS;applyBddIfCan| ...) ; file: /tmp/oa-87cfPn/code.lsp ; in: DEFUN |FS2UPS;applyBddIfCan| ; (DEFUN BOOT::|FS2UPS;applyBddIfCan| ; (BOOT::|fe| BOOT::|fcn| BOOT::|arg| BOOT::|fcnName| BOOT::|posCheck?| ; BOOT::|atanFlag| BOOT::$) ; (PROG (BOOT::|ans| BOOT::|trouble|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS2UPS;applyBddIfCan| ; (BOOT::|fe| BOOT::|fcn| BOOT::|arg| BOOT::|fcnName| BOOT::|posCheck?| ; BOOT::|atanFlag| BOOT::$) ; (BLOCK BOOT::|FS2UPS;applyBddIfCan| ; (PROG (BOOT::|ans| BOOT::|trouble|) ; (RETURN ; (LET # ; #))))) ; ; caught STYLE-WARNING: ; The variable |fcnName| is defined but never used. ; compiling (DEFUN |FS2UPS;tranToGenUPS| ...) ; compiling (DEFUN |FS2UPS;powToGenUPS| ...) ; compiling (DEFUN |FunctionSpaceToUnivariatePowerSeries| ...) ; compiling (DEFUN |FunctionSpaceToUnivariatePowerSeries;| ...) ; compiling (MAKEPROP (QUOTE |FunctionSpaceToUnivariatePowerSeries|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 11 notes ; /tmp/oa-87cfPn/code.fasl written ; compilation finished in 0:00:00.335 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile EFUPXS.spad && cp EFUPXS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/EFUPXS.fasl \ && if test -f EFUPXS-.NRLIB/code.fasl; then \ cp EFUPXS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/EFUPXS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/EFUPXS.spad using Spad compiler. EFUPXS abbreviates package ElementaryFunctionsUnivariatePuiseuxSeries debug: compDefine1 lhs: (ElementaryFunctionsUnivariatePuiseuxSeries Coef ULS UPXS EFULS) signature (pre-evaluate): ((Join (PartialTranscendentalFunctions UPXS) (CATEGORY package (IF (has Coef (Field)) (SIGNATURE ** (UPXS UPXS (Fraction (Integer)))) %noBranch) (SIGNATURE exp (UPXS UPXS)) (SIGNATURE log (UPXS UPXS)) (SIGNATURE sin (UPXS UPXS)) (SIGNATURE cos (UPXS UPXS)) (SIGNATURE tan (UPXS UPXS)) (SIGNATURE cot (UPXS UPXS)) (SIGNATURE sec (UPXS UPXS)) (SIGNATURE csc (UPXS UPXS)) (SIGNATURE asin (UPXS UPXS)) (SIGNATURE acos (UPXS UPXS)) (SIGNATURE atan (UPXS UPXS)) (SIGNATURE acot (UPXS UPXS)) (SIGNATURE asec (UPXS UPXS)) (SIGNATURE acsc (UPXS UPXS)) (SIGNATURE sinh (UPXS UPXS)) (SIGNATURE cosh (UPXS UPXS)) (SIGNATURE tanh (UPXS UPXS)) (SIGNATURE coth (UPXS UPXS)) (SIGNATURE sech (UPXS UPXS)) (SIGNATURE csch (UPXS UPXS)) (SIGNATURE asinh (UPXS UPXS)) (SIGNATURE acosh (UPXS UPXS)) (SIGNATURE atanh (UPXS UPXS)) (SIGNATURE acoth (UPXS UPXS)) (SIGNATURE asech (UPXS UPXS)) (SIGNATURE acsch (UPXS UPXS)))) NIL NIL NIL NIL) debug: evaluateType form: (Join (PartialTranscendentalFunctions UPXS) (CATEGORY package (IF (has Coef (Field)) (SIGNATURE ** (UPXS UPXS (Fraction (Integer)))) %noBranch) (SIGNATURE exp (UPXS UPXS)) (SIGNATURE log (UPXS UPXS)) (SIGNATURE sin (UPXS UPXS)) (SIGNATURE cos (UPXS UPXS)) (SIGNATURE tan (UPXS UPXS)) (SIGNATURE cot (UPXS UPXS)) (SIGNATURE sec (UPXS UPXS)) (SIGNATURE csc (UPXS UPXS)) (SIGNATURE asin (UPXS UPXS)) (SIGNATURE acos (UPXS UPXS)) (SIGNATURE atan (UPXS UPXS)) (SIGNATURE acot (UPXS UPXS)) (SIGNATURE asec (UPXS UPXS)) (SIGNATURE acsc (UPXS UPXS)) (SIGNATURE sinh (UPXS UPXS)) (SIGNATURE cosh (UPXS UPXS)) (SIGNATURE tanh (UPXS UPXS)) (SIGNATURE coth (UPXS UPXS)) (SIGNATURE sech (UPXS UPXS)) (SIGNATURE csch (UPXS UPXS)) (SIGNATURE asinh (UPXS UPXS)) (SIGNATURE acosh (UPXS UPXS)) (SIGNATURE atanh (UPXS UPXS)) (SIGNATURE acoth (UPXS UPXS)) (SIGNATURE asech (UPXS UPXS)) (SIGNATURE acsch (UPXS UPXS)))) $param: (Coef ULS UPXS EFULS) debug: evaluateType form: (PartialTranscendentalFunctions UPXS) $param: (Coef ULS UPXS EFULS) Debug: evaluateType1 form: (PartialTranscendentalFunctions UPXS) debug: evaluateType1 x: UPXS m: (TranscendentalFunctionCategory) debug: evaluateType form: (CATEGORY package (IF (has Coef (Field)) (SIGNATURE ** (UPXS UPXS (Fraction (Integer)))) %noBranch) (SIGNATURE exp (UPXS UPXS)) (SIGNATURE log (UPXS UPXS)) (SIGNATURE sin (UPXS UPXS)) (SIGNATURE cos (UPXS UPXS)) (SIGNATURE tan (UPXS UPXS)) (SIGNATURE cot (UPXS UPXS)) (SIGNATURE sec (UPXS UPXS)) (SIGNATURE csc (UPXS UPXS)) (SIGNATURE asin (UPXS UPXS)) (SIGNATURE acos (UPXS UPXS)) (SIGNATURE atan (UPXS UPXS)) (SIGNATURE acot (UPXS UPXS)) (SIGNATURE asec (UPXS UPXS)) (SIGNATURE acsc (UPXS UPXS)) (SIGNATURE sinh (UPXS UPXS)) (SIGNATURE cosh (UPXS UPXS)) (SIGNATURE tanh (UPXS UPXS)) (SIGNATURE coth (UPXS UPXS)) (SIGNATURE sech (UPXS UPXS)) (SIGNATURE csch (UPXS UPXS)) (SIGNATURE asinh (UPXS UPXS)) (SIGNATURE acosh (UPXS UPXS)) (SIGNATURE atanh (UPXS UPXS)) (SIGNATURE acoth (UPXS UPXS)) (SIGNATURE asech (UPXS UPXS)) (SIGNATURE acsch (UPXS UPXS))) $param: (Coef ULS UPXS EFULS) debug: evaluateType form: UPXS $param: (Coef ULS UPXS EFULS) debug: evaluateType form: UPXS $param: (Coef ULS UPXS EFULS) debug: evaluateType form: UPXS $param: (Coef ULS UPXS EFULS) debug: evaluateType form: UPXS $param: (Coef ULS UPXS EFULS) debug: evaluateType form: UPXS $param: (Coef ULS UPXS EFULS) debug: evaluateType form: UPXS $param: (Coef ULS UPXS EFULS) debug: evaluateType form: UPXS $param: (Coef ULS UPXS EFULS) debug: evaluateType form: UPXS $param: (Coef ULS UPXS EFULS) debug: evaluateType form: UPXS $param: (Coef ULS UPXS EFULS) debug: evaluateType form: UPXS $param: (Coef ULS UPXS EFULS) debug: evaluateType form: UPXS $param: (Coef ULS UPXS EFULS) debug: evaluateType form: UPXS $param: (Coef ULS UPXS EFULS) debug: evaluateType form: UPXS $param: (Coef ULS UPXS EFULS) debug: evaluateType form: UPXS $param: (Coef ULS UPXS EFULS) debug: evaluateType form: UPXS $param: (Coef ULS UPXS EFULS) debug: evaluateType form: UPXS $param: (Coef ULS UPXS EFULS) debug: evaluateType form: UPXS $param: (Coef ULS UPXS EFULS) debug: evaluateType form: UPXS $param: (Coef ULS UPXS EFULS) debug: evaluateType form: UPXS $param: (Coef ULS UPXS EFULS) debug: evaluateType form: UPXS $param: (Coef ULS UPXS EFULS) debug: evaluateType form: UPXS $param: (Coef ULS UPXS EFULS) debug: evaluateType form: UPXS $param: (Coef ULS UPXS EFULS) debug: evaluateType form: UPXS $param: (Coef ULS UPXS EFULS) debug: evaluateType form: UPXS $param: (Coef ULS UPXS EFULS) debug: evaluateType form: UPXS $param: (Coef ULS UPXS EFULS) debug: evaluateType form: UPXS $param: (Coef ULS UPXS EFULS) debug: evaluateType form: UPXS $param: (Coef ULS UPXS EFULS) debug: evaluateType form: UPXS $param: (Coef ULS UPXS EFULS) debug: evaluateType form: UPXS $param: (Coef ULS UPXS EFULS) debug: evaluateType form: UPXS $param: (Coef ULS UPXS EFULS) debug: evaluateType form: UPXS $param: (Coef ULS UPXS EFULS) debug: evaluateType form: UPXS $param: (Coef ULS UPXS EFULS) debug: evaluateType form: UPXS $param: (Coef ULS UPXS EFULS) debug: evaluateType form: UPXS $param: (Coef ULS UPXS EFULS) debug: evaluateType form: UPXS $param: (Coef ULS UPXS EFULS) debug: evaluateType form: UPXS $param: (Coef ULS UPXS EFULS) debug: evaluateType form: UPXS $param: (Coef ULS UPXS EFULS) debug: evaluateType form: UPXS $param: (Coef ULS UPXS EFULS) debug: evaluateType form: UPXS $param: (Coef ULS UPXS EFULS) debug: evaluateType form: UPXS $param: (Coef ULS UPXS EFULS) debug: evaluateType form: UPXS $param: (Coef ULS UPXS EFULS) debug: evaluateType form: UPXS $param: (Coef ULS UPXS EFULS) debug: evaluateType form: UPXS $param: (Coef ULS UPXS EFULS) debug: evaluateType form: UPXS $param: (Coef ULS UPXS EFULS) debug: evaluateType form: UPXS $param: (Coef ULS UPXS EFULS) debug: evaluateType form: UPXS $param: (Coef ULS UPXS EFULS) debug: evaluateType form: UPXS $param: (Coef ULS UPXS EFULS) debug: evaluateType form: UPXS $param: (Coef ULS UPXS EFULS) debug: evaluateType form: UPXS $param: (Coef ULS UPXS EFULS) debug: evaluateType form: UPXS $param: (Coef ULS UPXS EFULS) debug: evaluateType form: UPXS $param: (Coef ULS UPXS EFULS) debug: evaluateType form: UPXS $param: (Coef ULS UPXS EFULS) debug: compDefine1 signature (post evaluate): ((Join (PartialTranscendentalFunctions UPXS) (CATEGORY package (IF (has Coef (Field)) (SIGNATURE ** (UPXS UPXS (Fraction (Integer)))) %noBranch) (SIGNATURE exp (UPXS UPXS)) (SIGNATURE log (UPXS UPXS)) (SIGNATURE sin (UPXS UPXS)) (SIGNATURE cos (UPXS UPXS)) (SIGNATURE tan (UPXS UPXS)) (SIGNATURE cot (UPXS UPXS)) (SIGNATURE sec (UPXS UPXS)) (SIGNATURE csc (UPXS UPXS)) (SIGNATURE asin (UPXS UPXS)) (SIGNATURE acos (UPXS UPXS)) (SIGNATURE atan (UPXS UPXS)) (SIGNATURE acot (UPXS UPXS)) (SIGNATURE asec (UPXS UPXS)) (SIGNATURE acsc (UPXS UPXS)) (SIGNATURE sinh (UPXS UPXS)) (SIGNATURE cosh (UPXS UPXS)) (SIGNATURE tanh (UPXS UPXS)) (SIGNATURE coth (UPXS UPXS)) (SIGNATURE sech (UPXS UPXS)) (SIGNATURE csch (UPXS UPXS)) (SIGNATURE asinh (UPXS UPXS)) (SIGNATURE acosh (UPXS UPXS)) (SIGNATURE atanh (UPXS UPXS)) (SIGNATURE acoth (UPXS UPXS)) (SIGNATURE asech (UPXS UPXS)) (SIGNATURE acsch (UPXS UPXS)))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ElementaryFunctionsUnivariatePuiseuxSeries compiling into /tmp/oa-vwy7dA compiling exported nthRootIfCan : (UPXS,NonNegativeInteger) -> Union(UPXS,failed) Time: 0.15 SEC. compiling exported ** : (UPXS,Fraction Integer) -> UPXS Time: 0.11 SEC. compiling local applyIfCan : (ULS -> Union(ULS,failed),UPXS) -> Union(UPXS,failed) Time: 0.02 SEC. compiling exported expIfCan : UPXS -> Union(UPXS,failed) Time: 0 SEC. compiling exported logIfCan : UPXS -> Union(UPXS,failed) Time: 0.00 SEC. compiling exported sinIfCan : UPXS -> Union(UPXS,failed) Time: 0.00 SEC. compiling exported cosIfCan : UPXS -> Union(UPXS,failed) Time: 0.00 SEC. compiling exported tanIfCan : UPXS -> Union(UPXS,failed) Time: 0.00 SEC. compiling exported cotIfCan : UPXS -> Union(UPXS,failed) Time: 0.00 SEC. compiling exported secIfCan : UPXS -> Union(UPXS,failed) Time: 0 SEC. compiling exported cscIfCan : UPXS -> Union(UPXS,failed) Time: 0.01 SEC. compiling exported atanIfCan : UPXS -> Union(UPXS,failed) Time: 0.00 SEC. compiling exported acotIfCan : UPXS -> Union(UPXS,failed) Time: 0.00 SEC. compiling exported sinhIfCan : UPXS -> Union(UPXS,failed) Time: 0.00 SEC. compiling exported coshIfCan : UPXS -> Union(UPXS,failed) Time: 0.00 SEC. compiling exported tanhIfCan : UPXS -> Union(UPXS,failed) Time: 0 SEC. compiling exported cothIfCan : UPXS -> Union(UPXS,failed) Time: 0.01 SEC. compiling exported sechIfCan : UPXS -> Union(UPXS,failed) Time: 0.00 SEC. compiling exported cschIfCan : UPXS -> Union(UPXS,failed) Time: 0.00 SEC. compiling exported atanhIfCan : UPXS -> Union(UPXS,failed) Time: 0.00 SEC. compiling exported acothIfCan : UPXS -> Union(UPXS,failed) Time: 0.01 SEC. compiling exported asinIfCan : UPXS -> Union(UPXS,failed) Time: 0.72 SEC. compiling exported acosIfCan : UPXS -> Union(UPXS,failed) Time: 0.49 SEC. compiling exported asecIfCan : UPXS -> Union(UPXS,failed) Time: 3.04 SEC. compiling exported acscIfCan : UPXS -> Union(UPXS,failed) Time: 12.80 SEC. compiling exported asinhIfCan : UPXS -> Union(UPXS,failed) Time: 0.17 SEC. compiling exported acoshIfCan : UPXS -> Union(UPXS,failed) Time: 0.12 SEC. compiling exported asechIfCan : UPXS -> Union(UPXS,failed) Time: 2.02 SEC. compiling exported acschIfCan : UPXS -> Union(UPXS,failed) Time: 2.43 SEC. compiling local applyOrError : (UPXS -> Union(UPXS,failed),String,UPXS) -> UPXS Time: 0.02 SEC. compiling exported exp : UPXS -> UPXS Time: 0.00 SEC. compiling exported log : UPXS -> UPXS Time: 0.00 SEC. compiling exported sin : UPXS -> UPXS Time: 0.00 SEC. compiling exported cos : UPXS -> UPXS Time: 0.00 SEC. compiling exported tan : UPXS -> UPXS Time: 0.00 SEC. compiling exported cot : UPXS -> UPXS Time: 0.00 SEC. compiling exported sec : UPXS -> UPXS Time: 0.00 SEC. compiling exported csc : UPXS -> UPXS Time: 0.00 SEC. compiling exported asin : UPXS -> UPXS Time: 0.00 SEC. compiling exported acos : UPXS -> UPXS Time: 0.00 SEC. compiling exported atan : UPXS -> UPXS Time: 0.01 SEC. compiling exported acot : UPXS -> UPXS Time: 0.01 SEC. compiling exported asec : UPXS -> UPXS Time: 0.01 SEC. compiling exported acsc : UPXS -> UPXS Time: 0.01 SEC. compiling exported sinh : UPXS -> UPXS Time: 0.00 SEC. compiling exported cosh : UPXS -> UPXS Time: 0.01 SEC. compiling exported tanh : UPXS -> UPXS Time: 0.01 SEC. compiling exported coth : UPXS -> UPXS Time: 0.01 SEC. compiling exported sech : UPXS -> UPXS Time: 0.00 SEC. compiling exported csch : UPXS -> UPXS Time: 0.01 SEC. compiling exported asinh : UPXS -> UPXS Time: 0.01 SEC. compiling exported acosh : UPXS -> UPXS Time: 0.01 SEC. compiling exported atanh : UPXS -> UPXS Time: 0.01 SEC. compiling exported acoth : UPXS -> UPXS Time: 0.01 SEC. compiling exported asech : UPXS -> UPXS Time: 0.01 SEC. compiling exported acsch : UPXS -> UPXS Time: 0.01 SEC. (time taken in buildFunctor: 4) Time: 0.03 SEC. Warnings: [1] asinIfCan: negative? has no value [2] acosIfCan: negative? has no value [3] asecIfCan: negative? has no value [4] acscIfCan: negative? has no value [5] asinhIfCan: negative? has no value [6] acoshIfCan: negative? has no value [7] asechIfCan: negative? has no value [8] acschIfCan: negative? has no value Cumulative Statistics for Constructor ElementaryFunctionsUnivariatePuiseuxSeries Time: 22.35 seconds finalizing NRLIB EFUPXS Processing ElementaryFunctionsUnivariatePuiseuxSeries for Browser database: -- ?**? : (UPXS,RN) -> UPXS -- exp : UPXS -> UPXS -- log : UPXS -> UPXS -- sin : UPXS -> UPXS -- cos : UPXS -> UPXS -- tan : UPXS -> UPXS -- cot : UPXS -> UPXS -- sec : UPXS -> UPXS -- csc : UPXS -> UPXS -- asin : UPXS -> UPXS -- acos : UPXS -> UPXS -- atan : UPXS -> UPXS -- acot : UPXS -> UPXS -- asec : UPXS -> UPXS -- acsc : UPXS -> UPXS -- sinh : UPXS -> UPXS -- cosh : UPXS -> UPXS -- tanh : UPXS -> UPXS -- coth : UPXS -> UPXS -- sech : UPXS -> UPXS -- csch : UPXS -> UPXS -- asinh : UPXS -> UPXS -- acosh : UPXS -> UPXS -- atanh : UPXS -> UPXS -- acoth : UPXS -> UPXS -- asech : UPXS -> UPXS -- acsch : UPXS -> UPXS -- constructor ; compiling file "/tmp/oa-vwy7dA/code.lsp" (written 01 FEB 2016 11:07:45 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |EFUPXS;nthRootIfCan;UPXSNniU;1| ...) ; compiling (DEFUN |EFUPXS;**;UPXSFUPXS;2| ...) ; compiling (DEFUN |EFUPXS;applyIfCan| ...) ; compiling (DEFUN |EFUPXS;expIfCan;UPXSU;4| ...) ; compiling (DEFUN |EFUPXS;logIfCan;UPXSU;5| ...) ; compiling (DEFUN |EFUPXS;sinIfCan;UPXSU;6| ...) ; compiling (DEFUN |EFUPXS;cosIfCan;UPXSU;7| ...) ; compiling (DEFUN |EFUPXS;tanIfCan;UPXSU;8| ...) ; compiling (DEFUN |EFUPXS;cotIfCan;UPXSU;9| ...) ; compiling (DEFUN |EFUPXS;secIfCan;UPXSU;10| ...) ; compiling (DEFUN |EFUPXS;cscIfCan;UPXSU;11| ...) ; compiling (DEFUN |EFUPXS;atanIfCan;UPXSU;12| ...) ; compiling (DEFUN |EFUPXS;acotIfCan;UPXSU;13| ...) ; compiling (DEFUN |EFUPXS;sinhIfCan;UPXSU;14| ...) ; compiling (DEFUN |EFUPXS;coshIfCan;UPXSU;15| ...) ; compiling (DEFUN |EFUPXS;tanhIfCan;UPXSU;16| ...) ; compiling (DEFUN |EFUPXS;cothIfCan;UPXSU;17| ...) ; compiling (DEFUN |EFUPXS;sechIfCan;UPXSU;18| ...) ; compiling (DEFUN |EFUPXS;cschIfCan;UPXSU;19| ...) ; compiling (DEFUN |EFUPXS;atanhIfCan;UPXSU;20| ...) ; compiling (DEFUN |EFUPXS;acothIfCan;UPXSU;21| ...) ; compiling (DEFUN |EFUPXS;asinIfCan;UPXSU;22| ...) ; compiling (DEFUN |EFUPXS;acosIfCan;UPXSU;23| ...) ; compiling (DEFUN |EFUPXS;asecIfCan;UPXSU;24| ...) ; compiling (DEFUN |EFUPXS;acscIfCan;UPXSU;25| ...) ; compiling (DEFUN |EFUPXS;asinhIfCan;UPXSU;26| ...) ; compiling (DEFUN |EFUPXS;acoshIfCan;UPXSU;27| ...) ; compiling (DEFUN |EFUPXS;asechIfCan;UPXSU;28| ...) ; compiling (DEFUN |EFUPXS;acschIfCan;UPXSU;29| ...) ; compiling (DEFUN |EFUPXS;applyOrError| ...) ; compiling (DEFUN |EFUPXS;exp;2UPXS;31| ...) ; compiling (DEFUN |EFUPXS;log;2UPXS;32| ...) ; compiling (DEFUN |EFUPXS;sin;2UPXS;33| ...) ; compiling (DEFUN |EFUPXS;cos;2UPXS;34| ...) ; compiling (DEFUN |EFUPXS;tan;2UPXS;35| ...) ; compiling (DEFUN |EFUPXS;cot;2UPXS;36| ...) ; compiling (DEFUN |EFUPXS;sec;2UPXS;37| ...) ; compiling (DEFUN |EFUPXS;csc;2UPXS;38| ...) ; compiling (DEFUN |EFUPXS;asin;2UPXS;39| ...) ; compiling (DEFUN |EFUPXS;acos;2UPXS;40| ...) ; compiling (DEFUN |EFUPXS;atan;2UPXS;41| ...) ; compiling (DEFUN |EFUPXS;acot;2UPXS;42| ...) ; compiling (DEFUN |EFUPXS;asec;2UPXS;43| ...) ; compiling (DEFUN |EFUPXS;acsc;2UPXS;44| ...) ; compiling (DEFUN |EFUPXS;sinh;2UPXS;45| ...) ; compiling (DEFUN |EFUPXS;cosh;2UPXS;46| ...) ; compiling (DEFUN |EFUPXS;tanh;2UPXS;47| ...) ; compiling (DEFUN |EFUPXS;coth;2UPXS;48| ...) ; compiling (DEFUN |EFUPXS;sech;2UPXS;49| ...) ; compiling (DEFUN |EFUPXS;csch;2UPXS;50| ...) ; compiling (DEFUN |EFUPXS;asinh;2UPXS;51| ...) ; compiling (DEFUN |EFUPXS;acosh;2UPXS;52| ...) ; compiling (DEFUN |EFUPXS;atanh;2UPXS;53| ...) ; compiling (DEFUN |EFUPXS;acoth;2UPXS;54| ...) ; compiling (DEFUN |EFUPXS;asech;2UPXS;55| ...) ; compiling (DEFUN |EFUPXS;acsch;2UPXS;56| ...) ; compiling (DEFUN |ElementaryFunctionsUnivariatePuiseuxSeries| ...) ; compiling (DEFUN |ElementaryFunctionsUnivariatePuiseuxSeries;| ...) ; compiling (MAKEPROP (QUOTE |ElementaryFunctionsUnivariatePuiseuxSeries|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-vwy7dA/code.fasl written ; compilation finished in 0:00:00.184 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile BOUNDZRO.spad && cp BOUNDZRO.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/BOUNDZRO.fasl \ && if test -f BOUNDZRO-.NRLIB/code.fasl; then \ cp BOUNDZRO-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/BOUNDZRO-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/BOUNDZRO.spad using Spad compiler. BOUNDZRO abbreviates package BoundIntegerRoots debug: compDefine1 lhs: (BoundIntegerRoots F UP) signature (pre-evaluate): ((CATEGORY package (SIGNATURE integerBound ((Integer) UP))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE integerBound ((Integer) UP))) $param: (F UP) debug: evaluateType form: (Integer) $param: (F UP) Debug: evaluateType1 form: (Integer) debug: evaluateType form: UP $param: (F UP) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE integerBound ((Integer) UP))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for BoundIntegerRoots compiling into /tmp/oa-xuTLwG importing RationalFactorize SparseUnivariatePolynomial Fraction Integer importing UnivariatePolynomialCategoryFunctions2(F,UP,Fraction Integer,SparseUnivariatePolynomial Fraction Integer) compiling local qzroot1 : SparseUnivariatePolynomial Fraction Integer -> Integer Time: 0.15 SEC. compiling local zroot1 : UP -> Integer Time: 0.02 SEC. compiling local negint : Fraction Integer -> Integer Time: 0.02 SEC. compiling local bringDown : F -> Fraction Integer Time: 0.06 SEC. compiling exported integerBound : UP -> Integer Time: 0.06 SEC. compiling exported integerBound : UP -> Integer Time: 0.05 SEC. compiling local qbound : (UP,SparseUnivariatePolynomial Fraction Integer) -> Integer Time: 0.13 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] bringDown: not known that SetCategory is of mode CATEGORY(package,integerBound: UP -> Integer) [2] qbound: factors has no value Cumulative Statistics for Constructor BoundIntegerRoots Time: 0.49 seconds finalizing NRLIB BOUNDZRO Processing BoundIntegerRoots for Browser database: -- integerBound : UP -> Z -- constructor ; compiling file "/tmp/oa-xuTLwG/code.lsp" (written 01 FEB 2016 11:07:46 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |BOUNDZRO;qzroot1| ...) ; compiling (DEFUN |BOUNDZRO;zroot1| ...) ; compiling (DEFUN |BOUNDZRO;negint| ...) ; compiling (DEFUN |BOUNDZRO;bringDown| ...) ; compiling (DEFUN |BOUNDZRO;integerBound;UPI;5| ...) ; compiling (DEFUN |BOUNDZRO;integerBound;UPI;6| ...) ; compiling (DEFUN |BOUNDZRO;integerBound;UPI;6!0| ...) ; compiling (DEFUN |BOUNDZRO;qbound| ...) ; compiling (DEFUN |BoundIntegerRoots| ...) ; compiling (DEFUN |BoundIntegerRoots;| ...) ; compiling (MAKEPROP (QUOTE |BoundIntegerRoots|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-xuTLwG/code.fasl written ; compilation finished in 0:00:00.150 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ODEPRIM.spad && cp ODEPRIM.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ODEPRIM.fasl \ && if test -f ODEPRIM-.NRLIB/code.fasl; then \ cp ODEPRIM-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ODEPRIM-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ODEPRIM.spad using Spad compiler. ODEPRIM abbreviates package PrimitiveRatDE debug: compDefine1 lhs: (PrimitiveRatDE F UP L LQ) signature (pre-evaluate): ((CATEGORY package (SIGNATURE denomLODE ((Union UP failed) L (Fraction UP))) (SIGNATURE denomLODE (UP L (List (Fraction UP)))) (SIGNATURE indicialEquations ((List (Record (: center UP) (: equation UP))) L)) (SIGNATURE indicialEquations ((List (Record (: center UP) (: equation UP))) L UP)) (SIGNATURE indicialEquation (UP L F)) (SIGNATURE indicialEquations ((List (Record (: center UP) (: equation UP))) LQ)) (SIGNATURE indicialEquations ((List (Record (: center UP) (: equation UP))) LQ UP)) (SIGNATURE indicialEquation (UP LQ F)) (SIGNATURE splitDenominator ((Record (: eq L) (: rh (List (Fraction UP)))) LQ (List (Fraction UP))))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE denomLODE ((Union UP failed) L (Fraction UP))) (SIGNATURE denomLODE (UP L (List (Fraction UP)))) (SIGNATURE indicialEquations ((List (Record (: center UP) (: equation UP))) L)) (SIGNATURE indicialEquations ((List (Record (: center UP) (: equation UP))) L UP)) (SIGNATURE indicialEquation (UP L F)) (SIGNATURE indicialEquations ((List (Record (: center UP) (: equation UP))) LQ)) (SIGNATURE indicialEquations ((List (Record (: center UP) (: equation UP))) LQ UP)) (SIGNATURE indicialEquation (UP LQ F)) (SIGNATURE splitDenominator ((Record (: eq L) (: rh (List (Fraction UP)))) LQ (List (Fraction UP))))) $param: (F UP L LQ) debug: evaluateType form: (Union UP failed) $param: (F UP L LQ) debug: evaluateType form: UP $param: (F UP L LQ) debug: evaluateType form: failed $param: (F UP L LQ) debug: evaluateType form: L $param: (F UP L LQ) debug: evaluateType form: (Fraction UP) $param: (F UP L LQ) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (F UP L LQ) debug: evaluateType form: L $param: (F UP L LQ) debug: evaluateType form: (List (Fraction UP)) $param: (F UP L LQ) Debug: evaluateType1 form: (List (Fraction UP)) debug: evaluateType1 x: (Fraction UP) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F UP L LQ) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction UP) $param: (F UP L LQ) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evalCategory d: (Fraction UP) c: (Type) debug: evaluateType form: (List (Record (: center UP) (: equation UP))) $param: (F UP L LQ) Debug: evaluateType1 form: (List (Record (: center UP) (: equation UP))) debug: evaluateType1 x: (Record (: center UP) (: equation UP)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F UP L LQ) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: center UP) (: equation UP)) $param: (F UP L LQ) debug: evaluateType form: UP $param: (F UP L LQ) debug: evaluateType form: UP $param: (F UP L LQ) debug: evalCategory d: (Record (: center UP) (: equation UP)) c: (Type) debug: evaluateType form: L $param: (F UP L LQ) debug: evaluateType form: (List (Record (: center UP) (: equation UP))) $param: (F UP L LQ) Debug: evaluateType1 form: (List (Record (: center UP) (: equation UP))) debug: evaluateType1 x: (Record (: center UP) (: equation UP)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F UP L LQ) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: center UP) (: equation UP)) $param: (F UP L LQ) debug: evaluateType form: UP $param: (F UP L LQ) debug: evaluateType form: UP $param: (F UP L LQ) debug: evalCategory d: (Record (: center UP) (: equation UP)) c: (Type) debug: evaluateType form: L $param: (F UP L LQ) debug: evaluateType form: UP $param: (F UP L LQ) debug: evaluateType form: UP $param: (F UP L LQ) debug: evaluateType form: L $param: (F UP L LQ) debug: evaluateType form: F $param: (F UP L LQ) debug: evaluateType form: (List (Record (: center UP) (: equation UP))) $param: (F UP L LQ) Debug: evaluateType1 form: (List (Record (: center UP) (: equation UP))) debug: evaluateType1 x: (Record (: center UP) (: equation UP)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F UP L LQ) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: center UP) (: equation UP)) $param: (F UP L LQ) debug: evaluateType form: UP $param: (F UP L LQ) debug: evaluateType form: UP $param: (F UP L LQ) debug: evalCategory d: (Record (: center UP) (: equation UP)) c: (Type) debug: evaluateType form: LQ $param: (F UP L LQ) debug: evaluateType form: (List (Record (: center UP) (: equation UP))) $param: (F UP L LQ) Debug: evaluateType1 form: (List (Record (: center UP) (: equation UP))) debug: evaluateType1 x: (Record (: center UP) (: equation UP)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F UP L LQ) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: center UP) (: equation UP)) $param: (F UP L LQ) debug: evaluateType form: UP $param: (F UP L LQ) debug: evaluateType form: UP $param: (F UP L LQ) debug: evalCategory d: (Record (: center UP) (: equation UP)) c: (Type) debug: evaluateType form: LQ $param: (F UP L LQ) debug: evaluateType form: UP $param: (F UP L LQ) debug: evaluateType form: UP $param: (F UP L LQ) debug: evaluateType form: LQ $param: (F UP L LQ) debug: evaluateType form: F $param: (F UP L LQ) debug: evaluateType form: (Record (: eq L) (: rh (List (Fraction UP)))) $param: (F UP L LQ) debug: evaluateType form: L $param: (F UP L LQ) debug: evaluateType form: (List (Fraction UP)) $param: (F UP L LQ) Debug: evaluateType1 form: (List (Fraction UP)) debug: evaluateType1 x: (Fraction UP) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F UP L LQ) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction UP) $param: (F UP L LQ) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evalCategory d: (Fraction UP) c: (Type) debug: evaluateType form: LQ $param: (F UP L LQ) debug: evaluateType form: (List (Fraction UP)) $param: (F UP L LQ) Debug: evaluateType1 form: (List (Fraction UP)) debug: evaluateType1 x: (Fraction UP) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F UP L LQ) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction UP) $param: (F UP L LQ) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evalCategory d: (Fraction UP) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE denomLODE ((Union UP failed) L (Fraction UP))) (SIGNATURE denomLODE (UP L (List (Fraction UP)))) (SIGNATURE indicialEquations ((List (Record (: center UP) (: equation UP))) L)) (SIGNATURE indicialEquations ((List (Record (: center UP) (: equation UP))) L UP)) (SIGNATURE indicialEquation (UP L F)) (SIGNATURE indicialEquations ((List (Record (: center UP) (: equation UP))) LQ)) (SIGNATURE indicialEquations ((List (Record (: center UP) (: equation UP))) LQ UP)) (SIGNATURE indicialEquation (UP LQ F)) (SIGNATURE splitDenominator ((Record (: eq L) (: rh (List (Fraction UP)))) LQ (List (Fraction UP))))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PrimitiveRatDE compiling into /tmp/oa-EmjKss importing BoundIntegerRoots(F,UP) importing BalancedFactorisation(F,UP) importing InnerCommonDenominator(UP,Fraction UP,List UP,List Fraction UP) importing UnivariatePolynomialCategoryFunctions2(F,UP,UP,SparseUnivariatePolynomial UP) compiling local UP2UP2 : UP -> SparseUnivariatePolynomial UP Time: 0.14 SEC. compiling exported indicialEquations : L -> List Record(center: UP,equation: UP) Time: 0.01 SEC. compiling exported indicialEquation : (L,F) -> UP Time: 0.02 SEC. compiling exported splitDenominator : (LQ,List Fraction UP) -> Record(eq: L,rh: List Fraction UP) Time: 0.19 SEC. compiling local tau : (UP,UP,UP,NonNegativeInteger) -> UP Time: 0.04 SEC. compiling exported indicialEquations : LQ -> List Record(center: UP,equation: UP) Time: 0.02 SEC. compiling exported indicialEquations : (LQ,UP) -> List Record(center: UP,equation: UP) Time: 0.02 SEC. compiling exported indicialEquation : (LQ,F) -> UP Time: 0.02 SEC. compiling local UPfact : NonNegativeInteger -> UP Time: 0.04 SEC. compiling local indicialEq : (UP,List NonNegativeInteger,List UP) -> UP Time: 0.08 SEC. compiling local NPmulambda : (UP,L) -> Record(mu: Integer,lambda: List NonNegativeInteger,func: List UP) Time: 0.11 SEC. compiling local NPbound : (UP,L,UP) -> NonNegativeInteger Time: 0.10 SEC. compiling local hdenom : (L,UP,UP) -> UP Time: 0.04 SEC. compiling local denom0 : (Integer,L,UP,UP,UP) -> UP Time: 0.06 SEC. compiling local separateZeros : (UP,UP) -> UP Time: 0.01 SEC. compiling local indeq : (UP,L) -> UP Time: 0.01 SEC. compiling exported indicialEquations : (L,UP) -> List Record(center: UP,equation: UP) Time: 0.03 SEC. compiling exported denomLODE : (L,Fraction UP) -> Union(UP,failed) Time: 0.04 SEC. compiling exported denomLODE : (L,List Fraction UP) -> UP Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] indicialEquations: eq has no value [2] hdenom: factors has no value [3] denom0: factors has no value [4] indicialEquations: factors has no value Cumulative Statistics for Constructor PrimitiveRatDE Time: 1.02 seconds finalizing NRLIB ODEPRIM Processing PrimitiveRatDE for Browser database: -- denomLODE : (L,RF) -> Union(UP,"failed") -- denomLODE : (L,List RF) -> UP -- indicialEquations : L -> List REC -- indicialEquations : (L,UP) -> List REC -- indicialEquation : (L,F) -> UP -- indicialEquations : LQ -> List REC -- indicialEquations : (LQ,UP) -> List REC -- indicialEquation : (LQ,F) -> UP -- splitDenominator : (LQ,List RF) -> Record(eq: L,rh: List RF) -- constructor ; compiling file "/tmp/oa-EmjKss/code.lsp" (written 01 FEB 2016 11:07:47 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ODEPRIM;UP2UP2| ...) ; compiling (DEFUN |ODEPRIM;UP2UP2!0| ...) ; compiling (DEFUN |ODEPRIM;indicialEquations;LL;2| ...) ; compiling (DEFUN |ODEPRIM;indicialEquation;LFUP;3| ...) ; compiling (DEFUN |ODEPRIM;splitDenominator;LQLR;4| ...) ; compiling (DEFUN |ODEPRIM;tau| ...) ; compiling (DEFUN |ODEPRIM;indicialEquations;LQL;6| ...) ; compiling (DEFUN |ODEPRIM;indicialEquations;LQUPL;7| ...) ; compiling (DEFUN |ODEPRIM;indicialEquation;LQFUP;8| ...) ; compiling (DEFUN |ODEPRIM;UPfact| ...) ; compiling (DEFUN |ODEPRIM;indicialEq| ...) ; compiling (DEFUN |ODEPRIM;NPmulambda| ...) ; compiling (DEFUN |ODEPRIM;NPbound| ...) ; file: /tmp/oa-EmjKss/code.lsp ; in: DEFUN |ODEPRIM;NPbound| ; (DEFUN BOOT::|ODEPRIM;NPbound| (BOOT::|c| BOOT::|l| BOOT::|e| BOOT::$) ; (LET* ((BOOT::|rec| ; (BOOT::|ODEPRIM;NPmulambda| BOOT::|c| BOOT::|l| BOOT::$)) ; (BOOT::|n| (MAX 0 #))) ; (COND ((BOOT::SPADCALL BOOT::|e| #) (COND # #)) ; (T ; (LET # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ODEPRIM;NPbound| ; (BOOT::|c| BOOT::|l| BOOT::|e| BOOT::$) ; (BLOCK BOOT::|ODEPRIM;NPbound| ; (LET* ((BOOT::|rec| #) (BOOT::|n| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |ODEPRIM;hdenom| ...) ; compiling (DEFUN |ODEPRIM;denom0| ...) ; compiling (DEFUN |ODEPRIM;separateZeros| ...) ; compiling (DEFUN |ODEPRIM;indeq| ...) ; compiling (DEFUN |ODEPRIM;indicialEquations;LUPL;17| ...) ; file: /tmp/oa-EmjKss/code.lsp ; in: DEFUN |ODEPRIM;indicialEquations;LUPL;17| ; (DEFUN BOOT::|ODEPRIM;indicialEquations;LUPL;17| ; (BOOT::|op| BOOT::|p| BOOT::$) ; (LET ((#:G686 (BOOT::SPADCALL # #)) (#:G652 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G686 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ODEPRIM;indicialEquations;LUPL;17| ; (BOOT::|op| BOOT::|p| BOOT::$) ; (BLOCK BOOT::|ODEPRIM;indicialEquations;LUPL;17| ; (LET ((#:G686 #) (#:G652 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |ODEPRIM;denomLODE;LFU;18| ...) ; compiling (DEFUN |ODEPRIM;denomLODE;LLUP;19| ...) ; compiling (DEFUN |PrimitiveRatDE| ...) ; compiling (DEFUN |PrimitiveRatDE;| ...) ; compiling (MAKEPROP (QUOTE |PrimitiveRatDE|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-EmjKss/code.fasl written ; compilation finished in 0:00:00.082 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile DSMP.spad && cp DSMP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DSMP.fasl \ && if test -f DSMP-.NRLIB/code.fasl; then \ cp DSMP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DSMP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DSMP.spad using Spad compiler. DSMP abbreviates domain DifferentialSparseMultivariatePolynomial debug: compDefine1 lhs: (DifferentialSparseMultivariatePolynomial R S V) signature (pre-evaluate): ((Join (DifferentialPolynomialCategory R S V (IndexedExponents V)) (RetractableTo (SparseMultivariatePolynomial R S))) NIL NIL NIL) debug: evaluateType form: (Join (DifferentialPolynomialCategory R S V (IndexedExponents V)) (RetractableTo (SparseMultivariatePolynomial R S))) $param: (R S V) debug: evaluateType form: (DifferentialPolynomialCategory R S V (IndexedExponents V)) $param: (R S V) Debug: evaluateType1 form: (DifferentialPolynomialCategory R S V (IndexedExponents V)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: S m: (OrderedSet) debug: evaluateType1 x: V m: (DifferentialVariableCategory S) debug: evaluateType1 x: (IndexedExponents V) m: (OrderedAbelianMonoidSup) debug: evaluateType1 categoryForm: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (R S V) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (IndexedExponents V) $param: (R S V) Debug: evaluateType1 form: (IndexedExponents V) debug: evaluateType1 x: V m: (OrderedSet) debug: evalCategory d: (IndexedExponents V) c: (OrderedAbelianMonoidSup) debug: evaluateType form: (RetractableTo (SparseMultivariatePolynomial R S)) $param: (R S V) Debug: evaluateType1 form: (RetractableTo (SparseMultivariatePolynomial R S)) debug: evaluateType1 x: (SparseMultivariatePolynomial R S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R S V) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseMultivariatePolynomial R S) $param: (R S V) Debug: evaluateType1 form: (SparseMultivariatePolynomial R S) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: S m: (OrderedSet) debug: evalCategory d: (SparseMultivariatePolynomial R S) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (DifferentialPolynomialCategory R S V (IndexedExponents V)) (RetractableTo (SparseMultivariatePolynomial R S))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for DifferentialSparseMultivariatePolynomial compiling into /tmp/oa-qDgOCL compiling exported retractIfCan : % -> Union(SparseMultivariatePolynomial(R,S),failed) Time: 0.14 SEC. compiling exported coerce : SparseMultivariatePolynomial(R,S) -> % Time: 0.02 SEC. (time taken in buildFunctor: 200) Time: 0.32 SEC. Cumulative Statistics for Constructor DifferentialSparseMultivariatePolynomial Time: 0.48 seconds finalizing NRLIB DSMP Processing DifferentialSparseMultivariatePolynomial for Browser database: -- constructor ; compiling file "/tmp/oa-qDgOCL/code.lsp" (written 01 FEB 2016 11:07:48 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DSMP;retractIfCan;$U;1| ...) ; compiling (DEFUN |DSMP;retractIfCan;$U;1!1| ...) ; file: /tmp/oa-qDgOCL/code.lsp ; in: DEFUN |DSMP;retractIfCan;$U;1!1| ; (DEFUN BOOT::|DSMP;retractIfCan;$U;1!1| (BOOT::|#1| BOOT::$$) ; (CONS 0 BOOT::|#1|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DSMP;retractIfCan;$U;1!1| ; (BOOT::|#1| BOOT::$$) ; (BLOCK BOOT::|DSMP;retractIfCan;$U;1!1| (CONS 0 BOOT::|#1|))) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |DSMP;retractIfCan;$U;1!0| ...) ; compiling (DEFUN |DSMP;coerce;Smp$;2| ...) ; compiling (DEFUN |DSMP;coerce;Smp$;2!1| ...) ; compiling (DEFUN |DSMP;coerce;Smp$;2!0| ...) ; compiling (DEFUN |DifferentialSparseMultivariatePolynomial| ...) ; compiling (DEFUN |DifferentialSparseMultivariatePolynomial;| ...) ; compiling (MAKEPROP (QUOTE |DifferentialSparseMultivariatePolynomial|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; /tmp/oa-qDgOCL/code.fasl written ; compilation finished in 0:00:00.043 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile LODOOPS.spad && cp LODOOPS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LODOOPS.fasl \ && if test -f LODOOPS-.NRLIB/code.fasl; then \ cp LODOOPS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LODOOPS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LODOOPS.spad using Spad compiler. LODOOPS abbreviates package LinearOrdinaryDifferentialOperatorsOps debug: compDefine1 lhs: (LinearOrdinaryDifferentialOperatorsOps A L) signature (pre-evaluate): ((CATEGORY package (SIGNATURE symmetricProduct (L L L (Mapping A A))) (SIGNATURE symmetricPower (L L (NonNegativeInteger) (Mapping A A))) (SIGNATURE directSum (L L L (Mapping A A)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE symmetricProduct (L L L (Mapping A A))) (SIGNATURE symmetricPower (L L (NonNegativeInteger) (Mapping A A))) (SIGNATURE directSum (L L L (Mapping A A)))) $param: (A L) debug: evaluateType form: L $param: (A L) debug: evaluateType form: L $param: (A L) debug: evaluateType form: L $param: (A L) debug: evaluateType form: (Mapping A A) $param: (A L) debug: evaluateType form: A $param: (A L) debug: evaluateType form: A $param: (A L) debug: evaluateType form: L $param: (A L) debug: evaluateType form: L $param: (A L) debug: evaluateType form: (NonNegativeInteger) $param: (A L) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Mapping A A) $param: (A L) debug: evaluateType form: A $param: (A L) debug: evaluateType form: A $param: (A L) debug: evaluateType form: L $param: (A L) debug: evaluateType form: L $param: (A L) debug: evaluateType form: L $param: (A L) debug: evaluateType form: (Mapping A A) $param: (A L) debug: evaluateType form: A $param: (A L) debug: evaluateType form: A $param: (A L) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE symmetricProduct (L L L (Mapping A A))) (SIGNATURE symmetricPower (L L (NonNegativeInteger) (Mapping A A))) (SIGNATURE directSum (L L L (Mapping A A)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for LinearOrdinaryDifferentialOperatorsOps compiling into /tmp/oa-qZMA5v importing IntegerCombinatoricFunctions compiling local nonTrivial? : Vector A -> Boolean Time: 0.08 SEC. compiling local vec2LODO : Vector A -> L Time: 0.02 SEC. compiling exported symmetricPower : (L,NonNegativeInteger,A -> A) -> L Time: 0.06 SEC. compiling local killer : (DifferentialSparseMultivariatePolynomial(A,Symbol,OrderlyDifferentialVariable Symbol),NonNegativeInteger,List OrderlyDifferentialVariable Symbol,List DifferentialSparseMultivariatePolynomial(A,Symbol,OrderlyDifferentialVariable Symbol),A -> A) -> L Time: 0.32 SEC. compiling exported symmetricProduct : (L,L,A -> A) -> L Time: 0.06 SEC. compiling exported directSum : (L,L,A -> A) -> L Time: 0.09 SEC. compiling local applyLODO : (L,OrderlyDifferentialVariable Symbol) -> DifferentialSparseMultivariatePolynomial(A,Symbol,OrderlyDifferentialVariable Symbol) Time: 0.06 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] killer: not known that Ring is of mode CATEGORY(package,symmetricProduct: (L,L,(A -> A)) -> L,symmetricPower: (L,NonNegativeInteger,(A -> A)) -> L,directSum: (L,L,(A -> A)) -> L) Cumulative Statistics for Constructor LinearOrdinaryDifferentialOperatorsOps Time: 0.70 seconds finalizing NRLIB LODOOPS Processing LinearOrdinaryDifferentialOperatorsOps for Browser database: -- symmetricProduct : (L,L,(A -> A)) -> L -- symmetricPower : (L,N,(A -> A)) -> L -- directSum : (L,L,(A -> A)) -> L -- constructor ; compiling file "/tmp/oa-qZMA5v/code.lsp" (written 01 FEB 2016 11:07:49 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LODOOPS;nonTrivial?| ...) ; file: /tmp/oa-qZMA5v/code.lsp ; in: DEFUN |LODOOPS;nonTrivial?| ; (DEFUN BOOT::|LODOOPS;nonTrivial?| (BOOT::|v| BOOT::$) ; (BOOT::SPADCALL (CONS #'BOOT::|LODOOPS;nonTrivial?!0| BOOT::$) BOOT::|v| ; (BOOT::|shellEntry| BOOT::$ 18))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LODOOPS;nonTrivial?| ; (BOOT::|v| BOOT::$) ; (BLOCK BOOT::|LODOOPS;nonTrivial?| ; (BOOT::SPADCALL (CONS #'BOOT::|LODOOPS;nonTrivial?!0| BOOT::$) ; BOOT::|v| (BOOT::|shellEntry| BOOT::$ 18)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |LODOOPS;nonTrivial?!0| ...) ; compiling (DEFUN |LODOOPS;vec2LODO| ...) ; file: /tmp/oa-qZMA5v/code.lsp ; in: DEFUN |LODOOPS;vec2LODO| ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |LODOOPS;symmetricPower;LNniML;3| ...) ; compiling (DEFUN |LODOOPS;killer| ...) ; compiling (DEFUN |LODOOPS;symmetricProduct;2LML;5| ...) ; compiling (DEFUN |LODOOPS;directSum;2LML;6| ...) ; compiling (DEFUN |LODOOPS;applyLODO| ...) ; compiling (DEFUN |LinearOrdinaryDifferentialOperatorsOps| ...) ; compiling (DEFUN |LinearOrdinaryDifferentialOperatorsOps;| ...) ; compiling (MAKEPROP (QUOTE |LinearOrdinaryDifferentialOperatorsOps|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-qZMA5v/code.fasl written ; compilation finished in 0:00:00.113 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile LODO.spad && cp LODO.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LODO.fasl \ && if test -f LODO-.NRLIB/code.fasl; then \ cp LODO-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LODO-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LODO.spad using Spad compiler. LODO abbreviates domain LinearOrdinaryDifferentialOperator debug: compDefine1 lhs: (LinearOrdinaryDifferentialOperator A diff) signature (pre-evaluate): ((LinearOrdinaryDifferentialOperatorCategory A) (Ring) (Mapping A A)) debug: evaluateType form: (LinearOrdinaryDifferentialOperatorCategory A) $param: (A diff) Debug: evaluateType1 form: (LinearOrdinaryDifferentialOperatorCategory A) debug: evaluateType1 x: A m: (Ring) debug: evaluateType form: (Ring) $param: (A diff) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Mapping A A) $param: (A diff) debug: evaluateType form: A $param: (A diff) debug: evaluateType form: A $param: (A diff) debug: compDefine1 signature (post evaluate): ((LinearOrdinaryDifferentialOperatorCategory A) (Ring) (Mapping A A)) debug: compDefine1 lhs: (LinearOrdinaryDifferentialOperator A diff) signature (pre-evaluate): ((LinearOrdinaryDifferentialOperatorCategory A) NIL NIL) debug: evaluateType form: (LinearOrdinaryDifferentialOperatorCategory A) $param: (A diff) Debug: evaluateType1 form: (LinearOrdinaryDifferentialOperatorCategory A) debug: evaluateType1 x: A m: (Ring) debug: compDefine1 signature (post evaluate): ((LinearOrdinaryDifferentialOperatorCategory A) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for LinearOrdinaryDifferentialOperator compiling into /tmp/oa-XRWmGu compiling exported coerce : % -> OutputForm Time: 0.07 SEC. compiling exported elt : (%,A) -> A Time: 0 SEC. importing LinearOrdinaryDifferentialOperatorsOps(A,$) compiling exported symmetricProduct : (%,%) -> % Time: 0.02 SEC. compiling exported symmetricPower : (%,NonNegativeInteger) -> % Time: 0.01 SEC. compiling exported directSum : (%,%) -> % Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.03 SEC. Warnings: [1] OpenAxiom suggests removing assignment to Rep Cumulative Statistics for Constructor LinearOrdinaryDifferentialOperator Time: 0.13 seconds --------------non extending category---------------------- LinearOrdinaryDifferentialOperator(#1,#2) of category LinearOrdinaryDifferentialOperatorCategory #1 has no outputForm : (%,OutputForm) -> OutputForm ---------------------------------------------------------- finalizing NRLIB LODO Processing LinearOrdinaryDifferentialOperator for Browser database: -- constructor ; compiling file "/tmp/oa-XRWmGu/code.lsp" (written 01 FEB 2016 11:07:49 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LODO;coerce;$Of;1| ...) ; compiling (DEFUN |LODO;elt;$2A;2| ...) ; compiling (DEFUN |LODO;symmetricProduct;3$;3| ...) ; compiling (DEFUN |LODO;symmetricPower;$Nni$;4| ...) ; compiling (DEFUN |LODO;directSum;3$;5| ...) ; compiling (DEFUN |LinearOrdinaryDifferentialOperator| ...) ; compiling (DEFUN |LinearOrdinaryDifferentialOperator;| ...) ; compiling (MAKEPROP (QUOTE |LinearOrdinaryDifferentialOperator|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-XRWmGu/code.fasl written ; compilation finished in 0:00:00.030 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile LODO1.spad && cp LODO1.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LODO1.fasl \ && if test -f LODO1-.NRLIB/code.fasl; then \ cp LODO1-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LODO1-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LODO1.spad using Spad compiler. LODO1 abbreviates domain LinearOrdinaryDifferentialOperator1 debug: compDefine1 lhs: (LinearOrdinaryDifferentialOperator1 A) signature (pre-evaluate): (NIL (DifferentialRing)) debug: evaluateType form: (DifferentialRing) $param: (A) Debug: evaluateType1 form: (DifferentialRing) debug: compDefine1 signature (post evaluate): (NIL (DifferentialRing)) debug: compDefine1 lhs: (LinearOrdinaryDifferentialOperator1 A) signature (pre-evaluate): (NIL NIL) debug: compDefine1 signature (post evaluate): (NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for LinearOrdinaryDifferentialOperator1 compiling into /tmp/oa-Fea9QN (time taken in buildFunctor: 0) Time: 0.06 SEC. Cumulative Statistics for Constructor LinearOrdinaryDifferentialOperator1 Time: 0.06 seconds finalizing NRLIB LODO1 Processing LinearOrdinaryDifferentialOperator1 for Browser database: -- constructor ; compiling file "/tmp/oa-Fea9QN/code.lsp" (written 01 FEB 2016 11:07:49 PM): ; compiling (DEFUN |LinearOrdinaryDifferentialOperator1| ...) ; compiling (DEFUN |LinearOrdinaryDifferentialOperator1;| ...) ; compiling (MAKEPROP (QUOTE |LinearOrdinaryDifferentialOperator1|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Fea9QN/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile LODO2.spad && cp LODO2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LODO2.fasl \ && if test -f LODO2-.NRLIB/code.fasl; then \ cp LODO2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LODO2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LODO2.spad using Spad compiler. LODO2 abbreviates domain LinearOrdinaryDifferentialOperator2 debug: compDefine1 lhs: (LinearOrdinaryDifferentialOperator2 A M) signature (pre-evaluate): ((Join (LinearOrdinaryDifferentialOperatorCategory A) (Eltable M M)) NIL NIL) debug: evaluateType form: (Join (LinearOrdinaryDifferentialOperatorCategory A) (Eltable M M)) $param: (A M) debug: evaluateType form: (LinearOrdinaryDifferentialOperatorCategory A) $param: (A M) Debug: evaluateType1 form: (LinearOrdinaryDifferentialOperatorCategory A) debug: evaluateType1 x: A m: (Ring) debug: evaluateType form: (Eltable M M) $param: (A M) Debug: evaluateType1 form: (Eltable M M) debug: evaluateType1 x: M m: (Type) debug: evaluateType1 x: M m: (Type) debug: compDefine1 signature (post evaluate): ((Join (LinearOrdinaryDifferentialOperatorCategory A) (Eltable M M)) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for LinearOrdinaryDifferentialOperator2 compiling into /tmp/oa-MWgwcX compiling exported elt : (%,M) -> M Time: 0.02 SEC. (time taken in buildFunctor: 4) Time: 0.04 SEC. Cumulative Statistics for Constructor LinearOrdinaryDifferentialOperator2 Time: 0.06 seconds finalizing NRLIB LODO2 Processing LinearOrdinaryDifferentialOperator2 for Browser database: -- differentiate : % -> % -- constructor ; compiling file "/tmp/oa-MWgwcX/code.lsp" (written 01 FEB 2016 11:07:49 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LODO2;elt;$2M;1| ...) ; compiling (DEFUN |LinearOrdinaryDifferentialOperator2| ...) ; compiling (DEFUN |LinearOrdinaryDifferentialOperator2;| ...) ; compiling (MAKEPROP (QUOTE |LinearOrdinaryDifferentialOperator2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-MWgwcX/code.fasl written ; compilation finished in 0:00:00.020 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile UTSODE.spad && cp UTSODE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UTSODE.fasl \ && if test -f UTSODE-.NRLIB/code.fasl; then \ cp UTSODE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UTSODE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UTSODE.spad using Spad compiler. UTSODE abbreviates package UnivariateTaylorSeriesODESolver debug: compDefine1 lhs: (UnivariateTaylorSeriesODESolver Coef UTS) signature (pre-evaluate): ((CATEGORY package (SIGNATURE stFunc1 ((Mapping (Stream Coef) (Stream Coef)) (Mapping UTS UTS))) (SIGNATURE stFunc2 ((Mapping (Stream Coef) (Stream Coef) (Stream Coef)) (Mapping UTS UTS UTS))) (SIGNATURE stFuncN ((Mapping (Stream Coef) (List (Stream Coef))) (Mapping UTS (List UTS)))) (SIGNATURE fixedPointExquo (UTS UTS UTS)) (SIGNATURE ode1 (UTS (Mapping UTS UTS) Coef)) (SIGNATURE ode2 (UTS (Mapping UTS UTS UTS) Coef Coef)) (SIGNATURE ode (UTS (Mapping UTS (List UTS)) (List Coef))) (SIGNATURE mpsode ((List UTS) (List Coef) (List (Mapping UTS (List UTS)))))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE stFunc1 ((Mapping (Stream Coef) (Stream Coef)) (Mapping UTS UTS))) (SIGNATURE stFunc2 ((Mapping (Stream Coef) (Stream Coef) (Stream Coef)) (Mapping UTS UTS UTS))) (SIGNATURE stFuncN ((Mapping (Stream Coef) (List (Stream Coef))) (Mapping UTS (List UTS)))) (SIGNATURE fixedPointExquo (UTS UTS UTS)) (SIGNATURE ode1 (UTS (Mapping UTS UTS) Coef)) (SIGNATURE ode2 (UTS (Mapping UTS UTS UTS) Coef Coef)) (SIGNATURE ode (UTS (Mapping UTS (List UTS)) (List Coef))) (SIGNATURE mpsode ((List UTS) (List Coef) (List (Mapping UTS (List UTS)))))) $param: (Coef UTS) debug: evaluateType form: (Mapping (Stream Coef) (Stream Coef)) $param: (Coef UTS) debug: evaluateType form: (Stream Coef) $param: (Coef UTS) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef UTS) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Mapping UTS UTS) $param: (Coef UTS) debug: evaluateType form: UTS $param: (Coef UTS) debug: evaluateType form: UTS $param: (Coef UTS) debug: evaluateType form: (Mapping (Stream Coef) (Stream Coef) (Stream Coef)) $param: (Coef UTS) debug: evaluateType form: (Stream Coef) $param: (Coef UTS) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef UTS) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef UTS) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Mapping UTS UTS UTS) $param: (Coef UTS) debug: evaluateType form: UTS $param: (Coef UTS) debug: evaluateType form: UTS $param: (Coef UTS) debug: evaluateType form: UTS $param: (Coef UTS) debug: evaluateType form: (Mapping (Stream Coef) (List (Stream Coef))) $param: (Coef UTS) debug: evaluateType form: (Stream Coef) $param: (Coef UTS) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (List (Stream Coef)) $param: (Coef UTS) Debug: evaluateType1 form: (List (Stream Coef)) debug: evaluateType1 x: (Stream Coef) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Coef UTS) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef UTS) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evalCategory d: (Stream Coef) c: (Type) debug: evaluateType form: (Mapping UTS (List UTS)) $param: (Coef UTS) debug: evaluateType form: UTS $param: (Coef UTS) debug: evaluateType form: (List UTS) $param: (Coef UTS) Debug: evaluateType1 form: (List UTS) debug: evaluateType1 x: UTS m: (Type) debug: evaluateType form: UTS $param: (Coef UTS) debug: evaluateType form: UTS $param: (Coef UTS) debug: evaluateType form: UTS $param: (Coef UTS) debug: evaluateType form: UTS $param: (Coef UTS) debug: evaluateType form: (Mapping UTS UTS) $param: (Coef UTS) debug: evaluateType form: UTS $param: (Coef UTS) debug: evaluateType form: UTS $param: (Coef UTS) debug: evaluateType form: Coef $param: (Coef UTS) debug: evaluateType form: UTS $param: (Coef UTS) debug: evaluateType form: (Mapping UTS UTS UTS) $param: (Coef UTS) debug: evaluateType form: UTS $param: (Coef UTS) debug: evaluateType form: UTS $param: (Coef UTS) debug: evaluateType form: UTS $param: (Coef UTS) debug: evaluateType form: Coef $param: (Coef UTS) debug: evaluateType form: Coef $param: (Coef UTS) debug: evaluateType form: UTS $param: (Coef UTS) debug: evaluateType form: (Mapping UTS (List UTS)) $param: (Coef UTS) debug: evaluateType form: UTS $param: (Coef UTS) debug: evaluateType form: (List UTS) $param: (Coef UTS) Debug: evaluateType1 form: (List UTS) debug: evaluateType1 x: UTS m: (Type) debug: evaluateType form: (List Coef) $param: (Coef UTS) Debug: evaluateType1 form: (List Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (List UTS) $param: (Coef UTS) Debug: evaluateType1 form: (List UTS) debug: evaluateType1 x: UTS m: (Type) debug: evaluateType form: (List Coef) $param: (Coef UTS) Debug: evaluateType1 form: (List Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (List (Mapping UTS (List UTS))) $param: (Coef UTS) Debug: evaluateType1 form: (List (Mapping UTS (List UTS))) debug: evaluateType1 x: (Mapping UTS (List UTS)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Coef UTS) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Mapping UTS (List UTS)) $param: (Coef UTS) debug: evaluateType form: UTS $param: (Coef UTS) debug: evaluateType form: (List UTS) $param: (Coef UTS) Debug: evaluateType1 form: (List UTS) debug: evaluateType1 x: UTS m: (Type) debug: evalCategory d: (Mapping UTS (List UTS)) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE stFunc1 ((Mapping (Stream Coef) (Stream Coef)) (Mapping UTS UTS))) (SIGNATURE stFunc2 ((Mapping (Stream Coef) (Stream Coef) (Stream Coef)) (Mapping UTS UTS UTS))) (SIGNATURE stFuncN ((Mapping (Stream Coef) (List (Stream Coef))) (Mapping UTS (List UTS)))) (SIGNATURE fixedPointExquo (UTS UTS UTS)) (SIGNATURE ode1 (UTS (Mapping UTS UTS) Coef)) (SIGNATURE ode2 (UTS (Mapping UTS UTS UTS) Coef Coef)) (SIGNATURE ode (UTS (Mapping UTS (List UTS)) (List Coef))) (SIGNATURE mpsode ((List UTS) (List Coef) (List (Mapping UTS (List UTS)))))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for UnivariateTaylorSeriesODESolver compiling into /tmp/oa-rsDQYa compiling exported stFunc1 : UTS -> UTS -> Stream Coef -> Stream Coef Time: 0.04 SEC. compiling exported stFunc2 : (UTS,UTS) -> UTS -> (Stream Coef,Stream Coef) -> Stream Coef Time: 0.00 SEC. compiling exported stFuncN : List UTS -> UTS -> List Stream Coef -> Stream Coef Time: 0.02 SEC. importing StreamTaylorSeriesOperations Coef compiling local divloopre : (Coef,Stream Coef,Coef,Stream Coef,Stream Coef) -> Stream Coef Time: 0.02 SEC. compiling local divloop : (Coef,Stream Coef,Coef,Stream Coef) -> Stream Coef Time: 0.01 SEC. compiling local sdiv : (Stream Coef,Stream Coef) -> Stream Coef Time: 0.04 SEC. compiling exported fixedPointExquo : (UTS,UTS) -> UTS Time: 0.01 SEC. compiling local ode1re : (Stream Coef -> Stream Coef,Coef,Stream Coef) -> Stream Coef Time: 0.00 SEC. compiling local iOde1 : (Stream Coef -> Stream Coef,Coef) -> Stream Coef Time: 0.01 SEC. compiling exported ode1 : (UTS -> UTS,Coef) -> UTS Time: 0.01 SEC. compiling local ode2re : ((Stream Coef,Stream Coef) -> Stream Coef,Coef,Coef,Stream Coef) -> Stream Coef Time: 0.01 SEC. compiling local iOde2 : ((Stream Coef,Stream Coef) -> Stream Coef,Coef,Coef) -> Stream Coef Time: 0.00 SEC. compiling exported ode2 : ((UTS,UTS) -> UTS,Coef,Coef) -> UTS Time: 0.02 SEC. compiling local odeNre : (List Stream Coef -> Stream Coef,List Coef,List Stream Coef) -> List Stream Coef Time: 0.02 SEC. compiling local iOde : (List Stream Coef -> Stream Coef,List Coef) -> Stream Coef Time: 0.04 SEC. compiling exported ode : (List UTS -> UTS,List Coef) -> UTS Time: 0.05 SEC. compiling local simulre : (List Coef,List List Stream Coef -> Stream Coef,List Stream Coef) -> List Stream Coef Time: 0.06 SEC. compiling local iMpsode : (List Coef,List List Stream Coef -> Stream Coef) -> List Stream Coef Time: 0.04 SEC. compiling exported mpsode : (List Coef,List List UTS -> UTS) -> List UTS Time: 0.08 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor UnivariateTaylorSeriesODESolver Time: 0.49 seconds finalizing NRLIB UTSODE Processing UnivariateTaylorSeriesODESolver for Browser database: -- stFunc1 : (UTS -> UTS) -> (ST -> ST) -- stFunc2 : ((UTS,UTS) -> UTS) -> ((ST,ST) -> ST) -- stFuncN : FN -> (L ST -> ST) -- fixedPointExquo : (UTS,UTS) -> UTS -- ode1 : ((UTS -> UTS),Coef) -> UTS -- ode2 : (((UTS,UTS) -> UTS),Coef,Coef) -> UTS -- ode : (FN,List Coef) -> UTS -- mpsode : (L Coef,L FN) -> L UTS -- constructor ; compiling file "/tmp/oa-rsDQYa/code.lsp" (written 01 FEB 2016 11:07:50 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |UTSODE;stFunc1;MM;1| ...) ; compiling (DEFUN |UTSODE;stFunc1;MM;1!0| ...) ; compiling (DEFUN |UTSODE;stFunc2;MM;2| ...) ; compiling (DEFUN |UTSODE;stFunc2;MM;2!0| ...) ; compiling (DEFUN |UTSODE;stFuncN;MM;3| ...) ; compiling (DEFUN |UTSODE;stFuncN;MM;3!0| ...) ; compiling (DEFUN |UTSODE;divloopre| ...) ; compiling (DEFUN |UTSODE;divloopre!0| ...) ; compiling (DEFUN |UTSODE;divloop| ...) ; compiling (DEFUN |UTSODE;divloop!0| ...) ; compiling (DEFUN |UTSODE;sdiv| ...) ; compiling (DEFUN |UTSODE;sdiv!0| ...) ; compiling (DEFUN |UTSODE;fixedPointExquo;3UTS;7| ...) ; compiling (DEFUN |UTSODE;ode1re| ...) ; compiling (DEFUN |UTSODE;ode1re!0| ...) ; compiling (DEFUN |UTSODE;iOde1| ...) ; compiling (DEFUN |UTSODE;iOde1!0| ...) ; compiling (DEFUN |UTSODE;ode1;MCoefUTS;10| ...) ; compiling (DEFUN |UTSODE;ode2re| ...) ; compiling (DEFUN |UTSODE;ode2re!1| ...) ; compiling (DEFUN |UTSODE;ode2re!0| ...) ; compiling (DEFUN |UTSODE;iOde2| ...) ; compiling (DEFUN |UTSODE;iOde2!0| ...) ; compiling (DEFUN |UTSODE;ode2;M2CoefUTS;13| ...) ; compiling (DEFUN |UTSODE;odeNre| ...) ; file: /tmp/oa-rsDQYa/code.lsp ; in: DEFUN |UTSODE;odeNre| ; (DEFUN BOOT::|UTSODE;odeNre| (BOOT::|f| BOOT::|cl| BOOT::|yl| BOOT::$) ; (LET ((BOOT::|yil| ; (LET # ; #))) ; (BOOT::SPADCALL BOOT::|yil| (LIST (FUNCALL # BOOT::|yil| #)) ; (BOOT::|shellEntry| BOOT::$ 50)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UTSODE;odeNre| ; (BOOT::|f| BOOT::|cl| BOOT::|yl| BOOT::$) ; (BLOCK BOOT::|UTSODE;odeNre| ; (LET ((BOOT::|yil| #)) ; (BOOT::SPADCALL BOOT::|yil| (LIST #) ; (BOOT::|shellEntry| BOOT::$ 50))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |UTSODE;odeNre!0| ...) ; compiling (DEFUN |UTSODE;iOde| ...) ; compiling (DEFUN |UTSODE;iOde!0| ...) ; compiling (DEFUN |UTSODE;ode;MLUTS;16| ...) ; compiling (DEFUN |UTSODE;simulre| ...) ; file: /tmp/oa-rsDQYa/code.lsp ; in: DEFUN |UTSODE;simulre| ; (DEFUN BOOT::|UTSODE;simulre| (BOOT::|cst| BOOT::|lsf| BOOT::|c| BOOT::$) ; (LET ((#:G606 BOOT::|cst|) (#:G607 BOOT::|lsf|) (#:G595 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G606 #) ; (SETQ #:G607 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UTSODE;simulre| ; (BOOT::|cst| BOOT::|lsf| BOOT::|c| BOOT::$) ; (BLOCK BOOT::|UTSODE;simulre| ; (LET ((#:G606 BOOT::|cst|) (#:G607 BOOT::|lsf|) (#:G595 NIL)) ; (LOOP (COND # #) ; (SETQ #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |UTSODE;simulre!0| ...) ; compiling (DEFUN |UTSODE;iMpsode| ...) ; file: /tmp/oa-rsDQYa/code.lsp ; in: DEFUN |UTSODE;iMpsode| ; (DEFUN BOOT::|UTSODE;iMpsode| (BOOT::|cs| BOOT::|lsts| BOOT::$) ; (BOOT::SPADCALL ; (CONS #'BOOT::|UTSODE;iMpsode!0| (VECTOR BOOT::$ BOOT::|lsts| BOOT::|cs|)) ; (LIST-LENGTH BOOT::|cs|) (BOOT::|shellEntry| BOOT::$ 58))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UTSODE;iMpsode| ; (BOOT::|cs| BOOT::|lsts| BOOT::$) ; (BLOCK BOOT::|UTSODE;iMpsode| ; (BOOT::SPADCALL ; (CONS #'BOOT::|UTSODE;iMpsode!0| ; (VECTOR BOOT::$ BOOT::|lsts| BOOT::|cs|)) ; (LIST-LENGTH BOOT::|cs|) (BOOT::|shellEntry| BOOT::$ 58)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |UTSODE;iMpsode!0| ...) ; compiling (DEFUN |UTSODE;mpsode;LLL;19| ...) ; file: /tmp/oa-rsDQYa/code.lsp ; in: DEFUN |UTSODE;mpsode;LLL;19| ; (DEFUN BOOT::|UTSODE;mpsode;LLL;19| (BOOT::|cs| BOOT::|lsts| BOOT::$) ; (LET ((BOOT::|stSol| (BOOT::|UTSODE;iMpsode| BOOT::|cs| # BOOT::$))) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 9) BOOT::|stSol| ; (BOOT::|shellEntry| BOOT::$ 21)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UTSODE;mpsode;LLL;19| ; (BOOT::|cs| BOOT::|lsts| BOOT::$) ; (BLOCK BOOT::|UTSODE;mpsode;LLL;19| ; (LET ((BOOT::|stSol| #)) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 9) BOOT::|stSol| ; (BOOT::|shellEntry| BOOT::$ 21))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |UnivariateTaylorSeriesODESolver| ...) ; compiling (DEFUN |UnivariateTaylorSeriesODESolver;| ...) ; compiling (MAKEPROP (QUOTE |UnivariateTaylorSeriesODESolver|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 4 notes ; /tmp/oa-rsDQYa/code.fasl written ; compilation finished in 0:00:00.069 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile UTSODETL.spad && cp UTSODETL.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UTSODETL.fasl \ && if test -f UTSODETL-.NRLIB/code.fasl; then \ cp UTSODETL-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UTSODETL-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UTSODETL.spad using Spad compiler. UTSODETL abbreviates package UTSodetools debug: compDefine1 lhs: (UTSodetools F UP L UTS) signature (pre-evaluate): ((CATEGORY package (SIGNATURE UP2UTS (UTS UP)) (SIGNATURE UTS2UP (UP UTS (NonNegativeInteger))) (SIGNATURE LODO2FUN ((Mapping UTS (List UTS)) L)) (IF (has F (IntegralDomain)) (SIGNATURE RF2UTS (UTS (Fraction UP))) %noBranch)) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE UP2UTS (UTS UP)) (SIGNATURE UTS2UP (UP UTS (NonNegativeInteger))) (SIGNATURE LODO2FUN ((Mapping UTS (List UTS)) L)) (IF (has F (IntegralDomain)) (SIGNATURE RF2UTS (UTS (Fraction UP))) %noBranch)) $param: (F UP L UTS) debug: evaluateType form: UTS $param: (F UP L UTS) debug: evaluateType form: UP $param: (F UP L UTS) debug: evaluateType form: UP $param: (F UP L UTS) debug: evaluateType form: UTS $param: (F UP L UTS) debug: evaluateType form: (NonNegativeInteger) $param: (F UP L UTS) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Mapping UTS (List UTS)) $param: (F UP L UTS) debug: evaluateType form: UTS $param: (F UP L UTS) debug: evaluateType form: (List UTS) $param: (F UP L UTS) Debug: evaluateType1 form: (List UTS) debug: evaluateType1 x: UTS m: (Type) debug: evaluateType form: L $param: (F UP L UTS) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE UP2UTS (UTS UP)) (SIGNATURE UTS2UP (UP UTS (NonNegativeInteger))) (SIGNATURE LODO2FUN ((Mapping UTS (List UTS)) L)) (IF (has F (IntegralDomain)) (SIGNATURE RF2UTS (UTS (Fraction UP))) %noBranch)) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for UTSodetools compiling into /tmp/oa-djAt5S compiling exported UP2UTS : UP -> UTS Time: 0.14 SEC. compiling exported UTS2UP : (UTS,NonNegativeInteger) -> UP Time: 0.04 SEC. compiling exported LODO2FUN : L -> List UTS -> UTS Time: 0.06 SEC. compiling local fun : (Vector UTS,List UTS) -> UTS Time: 0.04 SEC. compiling exported RF2UTS : Fraction UP -> UTS Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor UTSodetools Time: 0.34 seconds finalizing NRLIB UTSODETL Processing UTSodetools for Browser database: -- UP2UTS : UP -> UTS -- UTS2UP : (UTS,NonNegativeInteger) -> UP -- LODO2FUN : L -> (List UTS -> UTS) -- RF2UTS : Fraction UP -> UTS -- constructor ; compiling file "/tmp/oa-djAt5S/code.lsp" (written 01 FEB 2016 11:07:50 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |UTSODETL;UP2UTS;UPUTS;1| ...) ; compiling (DEFUN |UTSODETL;UTS2UP;UTSNniUP;2| ...) ; compiling (DEFUN |UTSODETL;LODO2FUN;LM;3| ...) ; compiling (DEFUN |UTSODETL;LODO2FUN;LM;3!0| ...) ; compiling (DEFUN |UTSODETL;fun| ...) ; compiling (DEFUN |UTSODETL;RF2UTS;FUTS;5| ...) ; compiling (DEFUN |UTSodetools| ...) ; compiling (DEFUN |UTSodetools;| ...) ; compiling (MAKEPROP (QUOTE |UTSodetools|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-djAt5S/code.fasl written ; compilation finished in 0:00:00.045 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/YSTREAM.fasl --bootstrap YSTREAM.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/YSTREAM.spad using Spad compiler. YSTREAM abbreviates package ParadoxicalCombinatorsForStreams ------------------------------------------------------------------------ initializing stationary directory for ParadoxicalCombinatorsForStreams compiling into /tmp/oa-aRm0tf Time: 0.00 SEC. Cumulative Statistics for Constructor ParadoxicalCombinatorsForStreams Time: 0.00 seconds finalizing NRLIB YSTREAM ; compiling file "/tmp/oa-aRm0tf/code.lsp" (written 01 FEB 2016 11:07:51 PM): ; compiling (DEFUN |ParadoxicalCombinatorsForStreams| ...) ; compiling (DEFUN |ParadoxicalCombinatorsForStreams;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-aRm0tf/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/STTAYLOR.fasl --optimize=3 STTAYLOR.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/STTAYLOR.spad using Spad compiler. STTAYLOR abbreviates package StreamTaylorSeriesOperations debug: compDefine1 lhs: (StreamTaylorSeriesOperations A) signature (pre-evaluate): ((CATEGORY package (SIGNATURE + ((Stream A) (Stream A) (Stream A))) (SIGNATURE - ((Stream A) (Stream A) (Stream A))) (SIGNATURE - ((Stream A) (Stream A))) (SIGNATURE * ((Stream A) (Stream A) (Stream A))) (SIGNATURE * ((Stream A) A (Stream A))) (SIGNATURE * ((Stream A) (Stream A) A)) (SIGNATURE exquo ((Union (Stream A) failed) (Stream A) (Stream A))) (SIGNATURE / ((Stream A) (Stream A) (Stream A))) (SIGNATURE recip ((Union (Stream A) failed) (Stream A))) (SIGNATURE monom ((Stream A) A (Integer))) (SIGNATURE integers ((Stream (Integer)) (Integer))) (SIGNATURE oddintegers ((Stream (Integer)) (Integer))) (SIGNATURE int ((Stream A) A)) (SIGNATURE mapmult ((Stream A) (Stream A) (Stream A))) (SIGNATURE deriv ((Stream A) (Stream A))) (SIGNATURE gderiv ((Stream A) (Mapping A (Integer)) (Stream A))) (SIGNATURE coerce ((Stream A) A)) (SIGNATURE eval ((Stream A) (Stream A) A)) (SIGNATURE compose ((Stream A) (Stream A) (Stream A))) (SIGNATURE lagrange ((Stream A) (Stream A))) (SIGNATURE revert ((Stream A) (Stream A))) (SIGNATURE addiag ((Stream A) (Stream (Stream A)))) (SIGNATURE lambert ((Stream A) (Stream A))) (SIGNATURE oddlambert ((Stream A) (Stream A))) (SIGNATURE evenlambert ((Stream A) (Stream A))) (SIGNATURE generalLambert ((Stream A) (Stream A) (Integer) (Integer))) (SIGNATURE multisect ((Stream A) (Integer) (Integer) (Stream A))) (SIGNATURE invmultisect ((Stream A) (Integer) (Integer) (Stream A))) (IF (has A (Algebra (Fraction (Integer)))) (PROGN (SIGNATURE integrate ((Stream A) A (Stream A))) (SIGNATURE lazyIntegrate ((Stream A) A (Mapping (Stream A)))) (SIGNATURE nlde ((Stream A) (Stream (Stream A)))) (SIGNATURE powern ((Stream A) (Fraction (Integer)) (Stream A)))) %noBranch) (IF (has A (Field)) (PROGN (SIGNATURE mapdiv ((Stream A) (Stream A) (Stream A))) (SIGNATURE lazyGintegrate ((Stream A) (Mapping A (Integer)) A (Mapping (Stream A)))) (SIGNATURE power ((Stream A) A (Stream A)))) %noBranch)) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE + ((Stream A) (Stream A) (Stream A))) (SIGNATURE - ((Stream A) (Stream A) (Stream A))) (SIGNATURE - ((Stream A) (Stream A))) (SIGNATURE * ((Stream A) (Stream A) (Stream A))) (SIGNATURE * ((Stream A) A (Stream A))) (SIGNATURE * ((Stream A) (Stream A) A)) (SIGNATURE exquo ((Union (Stream A) failed) (Stream A) (Stream A))) (SIGNATURE / ((Stream A) (Stream A) (Stream A))) (SIGNATURE recip ((Union (Stream A) failed) (Stream A))) (SIGNATURE monom ((Stream A) A (Integer))) (SIGNATURE integers ((Stream (Integer)) (Integer))) (SIGNATURE oddintegers ((Stream (Integer)) (Integer))) (SIGNATURE int ((Stream A) A)) (SIGNATURE mapmult ((Stream A) (Stream A) (Stream A))) (SIGNATURE deriv ((Stream A) (Stream A))) (SIGNATURE gderiv ((Stream A) (Mapping A (Integer)) (Stream A))) (SIGNATURE coerce ((Stream A) A)) (SIGNATURE eval ((Stream A) (Stream A) A)) (SIGNATURE compose ((Stream A) (Stream A) (Stream A))) (SIGNATURE lagrange ((Stream A) (Stream A))) (SIGNATURE revert ((Stream A) (Stream A))) (SIGNATURE addiag ((Stream A) (Stream (Stream A)))) (SIGNATURE lambert ((Stream A) (Stream A))) (SIGNATURE oddlambert ((Stream A) (Stream A))) (SIGNATURE evenlambert ((Stream A) (Stream A))) (SIGNATURE generalLambert ((Stream A) (Stream A) (Integer) (Integer))) (SIGNATURE multisect ((Stream A) (Integer) (Integer) (Stream A))) (SIGNATURE invmultisect ((Stream A) (Integer) (Integer) (Stream A))) (IF (has A (Algebra (Fraction (Integer)))) (PROGN (SIGNATURE integrate ((Stream A) A (Stream A))) (SIGNATURE lazyIntegrate ((Stream A) A (Mapping (Stream A)))) (SIGNATURE nlde ((Stream A) (Stream (Stream A)))) (SIGNATURE powern ((Stream A) (Fraction (Integer)) (Stream A)))) %noBranch) (IF (has A (Field)) (PROGN (SIGNATURE mapdiv ((Stream A) (Stream A) (Stream A))) (SIGNATURE lazyGintegrate ((Stream A) (Mapping A (Integer)) A (Mapping (Stream A)))) (SIGNATURE power ((Stream A) A (Stream A)))) %noBranch)) $param: (A) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: A $param: (A) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: A $param: (A) debug: evaluateType form: (Union (Stream A) failed) $param: (A) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: failed $param: (A) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Union (Stream A) failed) $param: (A) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: failed $param: (A) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: A $param: (A) debug: evaluateType form: (Integer) $param: (A) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Stream (Integer)) $param: (A) Debug: evaluateType1 form: (Stream (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (A) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (A) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (Integer) $param: (A) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Stream (Integer)) $param: (A) Debug: evaluateType1 form: (Stream (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (A) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (A) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (Integer) $param: (A) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: A $param: (A) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Mapping A (Integer)) $param: (A) debug: evaluateType form: A $param: (A) debug: evaluateType form: (Integer) $param: (A) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: A $param: (A) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: A $param: (A) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream (Stream A)) $param: (A) Debug: evaluateType1 form: (Stream (Stream A)) debug: evaluateType1 x: (Stream A) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (A) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evalCategory d: (Stream A) c: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Integer) $param: (A) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (A) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Integer) $param: (A) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (A) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Integer) $param: (A) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (A) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Stream A) $param: (A) Debug: evaluateType1 form: (Stream A) debug: evaluateType1 x: A m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE + ((Stream A) (Stream A) (Stream A))) (SIGNATURE - ((Stream A) (Stream A) (Stream A))) (SIGNATURE - ((Stream A) (Stream A))) (SIGNATURE * ((Stream A) (Stream A) (Stream A))) (SIGNATURE * ((Stream A) A (Stream A))) (SIGNATURE * ((Stream A) (Stream A) A)) (SIGNATURE exquo ((Union (Stream A) failed) (Stream A) (Stream A))) (SIGNATURE / ((Stream A) (Stream A) (Stream A))) (SIGNATURE recip ((Union (Stream A) failed) (Stream A))) (SIGNATURE monom ((Stream A) A (Integer))) (SIGNATURE integers ((Stream (Integer)) (Integer))) (SIGNATURE oddintegers ((Stream (Integer)) (Integer))) (SIGNATURE int ((Stream A) A)) (SIGNATURE mapmult ((Stream A) (Stream A) (Stream A))) (SIGNATURE deriv ((Stream A) (Stream A))) (SIGNATURE gderiv ((Stream A) (Mapping A (Integer)) (Stream A))) (SIGNATURE coerce ((Stream A) A)) (SIGNATURE eval ((Stream A) (Stream A) A)) (SIGNATURE compose ((Stream A) (Stream A) (Stream A))) (SIGNATURE lagrange ((Stream A) (Stream A))) (SIGNATURE revert ((Stream A) (Stream A))) (SIGNATURE addiag ((Stream A) (Stream (Stream A)))) (SIGNATURE lambert ((Stream A) (Stream A))) (SIGNATURE oddlambert ((Stream A) (Stream A))) (SIGNATURE evenlambert ((Stream A) (Stream A))) (SIGNATURE generalLambert ((Stream A) (Stream A) (Integer) (Integer))) (SIGNATURE multisect ((Stream A) (Integer) (Integer) (Stream A))) (SIGNATURE invmultisect ((Stream A) (Integer) (Integer) (Stream A))) (IF (has A (Algebra (Fraction (Integer)))) (PROGN (SIGNATURE integrate ((Stream A) A (Stream A))) (SIGNATURE lazyIntegrate ((Stream A) A (Mapping (Stream A)))) (SIGNATURE nlde ((Stream A) (Stream (Stream A)))) (SIGNATURE powern ((Stream A) (Fraction (Integer)) (Stream A)))) %noBranch) (IF (has A (Field)) (PROGN (SIGNATURE mapdiv ((Stream A) (Stream A) (Stream A))) (SIGNATURE lazyGintegrate ((Stream A) (Mapping A (Integer)) A (Mapping (Stream A)))) (SIGNATURE power ((Stream A) A (Stream A)))) %noBranch)) NIL) ------------------------------------------------------------------------ initializing stationary directory for StreamTaylorSeriesOperations compiling into /tmp/oa-FDKaRr compiling local zro : () -> Stream A Time: 0.04 SEC. compiling exported + : (Stream A,Stream A) -> Stream A Time: 0.02 SEC. compiling exported - : (Stream A,Stream A) -> Stream A Time: 0.02 SEC. compiling exported - : Stream A -> Stream A Time: 0.00 SEC. compiling exported * : (Stream A,Stream A) -> Stream A Time: 0.07 SEC. compiling exported * : (A,Stream A) -> Stream A Time: 0.00 SEC. compiling exported * : (Stream A,A) -> Stream A Time: 0.01 SEC. compiling local iDiv : (Stream A,Stream A,A) -> Stream A Time: 0.02 SEC. compiling exported exquo : (Stream A,Stream A) -> Union(Stream A,failed) Time: 0.02 SEC. compiling exported / : (Stream A,Stream A) -> Stream A Time: 0.03 SEC. compiling exported recip : Stream A -> Union(Stream A,failed) Time: 0.01 SEC. compiling local rp : (Integer,A) -> List A Time: 0.01 SEC. compiling local rpSt : (Integer,A) -> Stream A Time: 0.01 SEC. compiling exported monom : (A,Integer) -> Stream A Time: 0.03 SEC. compiling local nnintegers : NonNegativeInteger -> Stream NonNegativeInteger Time: 0.01 SEC. compiling exported integers : Integer -> Stream Integer Time: 0.01 SEC. compiling exported oddintegers : Integer -> Stream Integer Time: 0.01 SEC. compiling exported int : A -> Stream A Time: 0.00 SEC. compiling exported mapmult : (Stream A,Stream A) -> Stream A Time: 0.03 SEC. compiling exported deriv : Stream A -> Stream A Time: 0.01 SEC. compiling exported gderiv : (Integer -> A,Stream A) -> Stream A Time: 0.02 SEC. compiling exported coerce : A -> Stream A Time: 0.03 SEC. compiling exported eval : (Stream A,A) -> Stream A Time: 0.00 SEC. compiling exported compose : (Stream A,Stream A) -> Stream A Time: 0.04 SEC. compiling local lagrangere : (Stream A,Stream A) -> Stream A Time: 0.01 SEC. compiling exported lagrange : Stream A -> Stream A Time: 0.00 SEC. compiling exported revert : Stream A -> Stream A Time: 0.01 SEC. compiling exported addiag : Stream Stream A -> Stream A Time: 0.05 SEC. compiling local rptg1 : (Integer,A) -> Stream A Time: 0.01 SEC. compiling local rptg2 : (Integer,A) -> Stream A Time: 0.01 SEC. compiling local rptg3 : (Integer,Integer,Integer,A) -> Stream A Time: 0.03 SEC. compiling exported lambert : Stream A -> Stream A Time: 0.04 SEC. compiling exported oddlambert : Stream A -> Stream A Time: 0.04 SEC. compiling exported evenlambert : Stream A -> Stream A Time: 0.06 SEC. compiling exported generalLambert : (Stream A,Integer,Integer) -> Stream A Time: 0.08 SEC. compiling local ms : (Integer,Integer,Stream A) -> Stream A Time: 0.04 SEC. compiling exported multisect : (Integer,Integer,Stream A) -> Stream A Time: 0.01 SEC. compiling local altn : (Stream A,Stream A) -> Stream A Time: 0.07 SEC. compiling exported invmultisect : (Integer,Integer,Stream A) -> Stream A Time: 0.06 SEC. compiling local comps : (Stream Stream A,Stream A) -> Stream Stream A Time: 0.06 SEC. compiling local integre : (Stream A,Integer) -> Stream A Time: 0.15 SEC. compiling local integ : Stream A -> Stream A Time: 0.01 SEC. compiling exported integrate : (A,Stream A) -> Stream A Time: 0.00 SEC. compiling exported lazyIntegrate : (A,() -> Stream A) -> Stream A Time: 0.01 SEC. compiling local nldere : (Stream Stream A,Stream A) -> Stream A Time: 0.01 SEC. compiling exported nlde : Stream Stream A -> Stream A Time: 0.01 SEC. compiling local smult : (Fraction Integer,Stream A) -> Stream A Time: 0.01 SEC. compiling local powerrn : (Fraction Integer,Stream A,Stream A) -> Stream A Time: 0.03 SEC. compiling exported powern : (Fraction Integer,Stream A) -> Stream A Time: 0.08 SEC. compiling exported mapdiv : (Stream A,Stream A) -> Stream A Time: 0.05 SEC. compiling local ginteg : (Integer -> A,Stream A) -> Stream A Time: 0.03 SEC. compiling exported lazyGintegrate : (Integer -> A,A,() -> Stream A) -> Stream A Time: 0.02 SEC. compiling local finteg : Stream A -> Stream A Time: 0.01 SEC. compiling local powerre : (A,Stream A,Stream A) -> Stream A Time: 0.04 SEC. compiling exported power : (A,Stream A) -> Stream A Time: 0.00 SEC. (time taken in buildFunctor: 4) Time: 0.02 SEC. Warnings: [1] String syntax for ** in signature is deprecated. Cumulative Statistics for Constructor StreamTaylorSeriesOperations Time: 1.52 seconds finalizing NRLIB STTAYLOR Processing StreamTaylorSeriesOperations for Browser database: -- ?+? : (ST A,ST A) -> ST A -- ?-? : (ST A,ST A) -> ST A -- -? : ST A -> ST A -- ?*? : (ST A,ST A) -> ST A -- ?*? : (A,ST A) -> ST A -- ?*? : (ST A,A) -> ST A -- exquo : (ST A,ST A) -> Union(ST A,"failed") -- ?/? : (ST A,ST A) -> ST A -- recip : ST A -> UN -- monom : (A,I) -> ST A -- integers : I -> ST I -- oddintegers : I -> ST I -- int : A -> ST A -- mapmult : (ST A,ST A) -> ST A -- deriv : ST A -> ST A -- gderiv : ((I -> A),ST A) -> ST A -- coerce : A -> ST A -- eval : (ST A,A) -> ST A -- compose : (ST A,ST A) -> ST A -- lagrange : ST A -> ST A -- revert : ST A -> ST A -- addiag : ST ST A -> ST A -- lambert : ST A -> ST A -- oddlambert : ST A -> ST A -- evenlambert : ST A -> ST A -- generalLambert : (ST A,I,I) -> ST A -- multisect : (I,I,ST A) -> ST A -- invmultisect : (I,I,ST A) -> ST A -- integrate : (A,ST A) -> ST A -- lazyIntegrate : (A,(() -> ST A)) -> ST A -- nlde : ST ST A -> ST A -- powern : (RN,ST A) -> ST A -- mapdiv : (ST A,ST A) -> ST A -- lazyGintegrate : ((I -> A),A,(() -> ST A)) -> ST A -- power : (A,ST A) -> ST A -- constructor ; compiling file "/tmp/oa-FDKaRr/code.lsp" (written 01 FEB 2016 11:07:52 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |STTAYLOR;zro| ...) ; compiling (DEFUN |STTAYLOR;+;3S;2| ...) ; compiling (DEFUN |STTAYLOR;+;3S;2!2| ...) ; compiling (DEFUN |STTAYLOR;+;3S;2!1| ...) ; compiling (DEFUN |STTAYLOR;+;3S;2!0| ...) ; compiling (DEFUN |STTAYLOR;-;3S;3| ...) ; compiling (DEFUN |STTAYLOR;-;3S;3!2| ...) ; compiling (DEFUN |STTAYLOR;-;3S;3!1| ...) ; compiling (DEFUN |STTAYLOR;-;3S;3!0| ...) ; compiling (DEFUN |STTAYLOR;-;2S;4| ...) ; compiling (DEFUN |STTAYLOR;-;2S;4!0| ...) ; compiling (DEFUN |STTAYLOR;*;3S;5| ...) ; compiling (DEFUN |STTAYLOR;*;3S;5!0| ...) ; compiling (DEFUN |STTAYLOR;*;A2S;6| ...) ; compiling (DEFUN |STTAYLOR;*;A2S;6!0| ...) ; compiling (DEFUN |STTAYLOR;*;SAS;7| ...) ; compiling (DEFUN |STTAYLOR;*;SAS;7!0| ...) ; compiling (DEFUN |STTAYLOR;iDiv| ...) ; compiling (DEFUN |STTAYLOR;iDiv!0| ...) ; compiling (DEFUN |STTAYLOR;exquo;2SU;9| ...) ; compiling (DEFUN |STTAYLOR;exquo;2SU;9!0| ...) ; compiling (DEFUN |STTAYLOR;/;3S;10| ...) ; compiling (DEFUN |STTAYLOR;/;3S;10!1| ...) ; compiling (DEFUN |STTAYLOR;/;3S;10!0| ...) ; compiling (DEFUN |STTAYLOR;recip;SU;11| ...) ; compiling (DEFUN |STTAYLOR;recip;SU;11!0| ...) ; compiling (DEFUN |STTAYLOR;rp| ...) ; compiling (DEFUN |STTAYLOR;rpSt| ...) ; compiling (DEFUN |STTAYLOR;rpSt!0| ...) ; compiling (DEFUN |STTAYLOR;monom;AIS;14| ...) ; compiling (DEFUN |STTAYLOR;nnintegers| ...) ; compiling (DEFUN |STTAYLOR;nnintegers!0| ...) ; file: /tmp/oa-FDKaRr/code.lsp ; in: DEFUN |STTAYLOR;nnintegers!0| ; (DEFUN BOOT::|STTAYLOR;nnintegers!0| (BOOT::|#1| BOOT::$$) (+ BOOT::|#1| 1)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STTAYLOR;nnintegers!0| ; (BOOT::|#1| BOOT::$$) ; (BLOCK BOOT::|STTAYLOR;nnintegers!0| (+ BOOT::|#1| 1))) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |STTAYLOR;integers;IS;16| ...) ; compiling (DEFUN |STTAYLOR;integers;IS;16!0| ...) ; file: /tmp/oa-FDKaRr/code.lsp ; in: DEFUN |STTAYLOR;integers;IS;16!0| ; (DEFUN BOOT::|STTAYLOR;integers;IS;16!0| (BOOT::|#1| BOOT::$$) ; (+ BOOT::|#1| 1)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STTAYLOR;integers;IS;16!0| ; (BOOT::|#1| BOOT::$$) ; (BLOCK BOOT::|STTAYLOR;integers;IS;16!0| (+ BOOT::|#1| 1))) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |STTAYLOR;oddintegers;IS;17| ...) ; compiling (DEFUN |STTAYLOR;oddintegers;IS;17!0| ...) ; file: /tmp/oa-FDKaRr/code.lsp ; in: DEFUN |STTAYLOR;oddintegers;IS;17!0| ; (DEFUN BOOT::|STTAYLOR;oddintegers;IS;17!0| (BOOT::|#1| BOOT::$$) ; (+ BOOT::|#1| 2)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STTAYLOR;oddintegers;IS;17!0| ; (BOOT::|#1| BOOT::$$) ; (BLOCK BOOT::|STTAYLOR;oddintegers;IS;17!0| (+ BOOT::|#1| 2))) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |STTAYLOR;int;AS;18| ...) ; compiling (DEFUN |STTAYLOR;int;AS;18!0| ...) ; compiling (DEFUN |STTAYLOR;mapmult;3S;19| ...) ; compiling (DEFUN |STTAYLOR;mapmult;3S;19!0| ...) ; compiling (DEFUN |STTAYLOR;deriv;2S;20| ...) ; compiling (DEFUN |STTAYLOR;gderiv;M2S;21| ...) ; compiling (DEFUN |STTAYLOR;coerce;AS;22| ...) ; compiling (DEFUN |STTAYLOR;eval;SAS;23| ...) ; compiling (DEFUN |STTAYLOR;eval;SAS;23!1| ...) ; compiling (DEFUN |STTAYLOR;eval;SAS;23!0| ...) ; compiling (DEFUN |STTAYLOR;compose;3S;24| ...) ; compiling (DEFUN |STTAYLOR;compose;3S;24!0| ...) ; compiling (DEFUN |STTAYLOR;lagrangere| ...) ; compiling (DEFUN |STTAYLOR;lagrangere!0| ...) ; compiling (DEFUN |STTAYLOR;lagrange;2S;26| ...) ; compiling (DEFUN |STTAYLOR;lagrange;2S;26!0| ...) ; compiling (DEFUN |STTAYLOR;revert;2S;27| ...) ; compiling (DEFUN |STTAYLOR;addiag;SS;28| ...) ; compiling (DEFUN |STTAYLOR;addiag;SS;28!0| ...) ; compiling (DEFUN |STTAYLOR;rptg1| ...) ; compiling (DEFUN |STTAYLOR;rptg2| ...) ; compiling (DEFUN |STTAYLOR;rptg3| ...) ; compiling (DEFUN |STTAYLOR;lambert;2S;32| ...) ; compiling (DEFUN |STTAYLOR;lambert;2S;32!0| ...) ; compiling (DEFUN |STTAYLOR;oddlambert;2S;33| ...) ; compiling (DEFUN |STTAYLOR;oddlambert;2S;33!0| ...) ; compiling (DEFUN |STTAYLOR;evenlambert;2S;34| ...) ; compiling (DEFUN |STTAYLOR;evenlambert;2S;34!0| ...) ; compiling (DEFUN |STTAYLOR;generalLambert;S2IS;35| ...) ; compiling (DEFUN |STTAYLOR;generalLambert;S2IS;35!1| ...) ; compiling (DEFUN |STTAYLOR;generalLambert;S2IS;35!0| ...) ; compiling (DEFUN |STTAYLOR;ms| ...) ; compiling (DEFUN |STTAYLOR;ms!0| ...) ; compiling (DEFUN |STTAYLOR;multisect;2I2S;37| ...) ; compiling (DEFUN |STTAYLOR;altn| ...) ; compiling (DEFUN |STTAYLOR;altn!0| ...) ; compiling (DEFUN |STTAYLOR;invmultisect;2I2S;39| ...) ; compiling (DEFUN |STTAYLOR;comps| ...) ; compiling (DEFUN |STTAYLOR;comps!1| ...) ; compiling (DEFUN |STTAYLOR;comps!0| ...) ; compiling (DEFUN |STTAYLOR;integre| ...) ; compiling (DEFUN |STTAYLOR;integre!0| ...) ; compiling (DEFUN |STTAYLOR;integ| ...) ; compiling (DEFUN |STTAYLOR;integrate;A2S;43| ...) ; compiling (DEFUN |STTAYLOR;lazyIntegrate;AMS;44| ...) ; compiling (DEFUN |STTAYLOR;nldere| ...) ; compiling (DEFUN |STTAYLOR;nldere!0| ...) ; compiling (DEFUN |STTAYLOR;nlde;SS;46| ...) ; compiling (DEFUN |STTAYLOR;nlde;SS;46!0| ...) ; compiling (DEFUN |STTAYLOR;smult| ...) ; compiling (DEFUN |STTAYLOR;smult!0| ...) ; compiling (DEFUN |STTAYLOR;powerrn| ...) ; compiling (DEFUN |STTAYLOR;powerrn!0| ...) ; compiling (DEFUN |STTAYLOR;powern;F2S;49| ...) ; compiling (DEFUN |STTAYLOR;powern;F2S;49!3| ...) ; compiling (DEFUN |STTAYLOR;powern;F2S;49!2| ...) ; compiling (DEFUN |STTAYLOR;powern;F2S;49!1| ...) ; compiling (DEFUN |STTAYLOR;powern;F2S;49!0| ...) ; compiling (DEFUN |STTAYLOR;mapdiv;3S;50| ...) ; compiling (DEFUN |STTAYLOR;mapdiv;3S;50!0| ...) ; compiling (DEFUN |STTAYLOR;ginteg| ...) ; compiling (DEFUN |STTAYLOR;lazyGintegrate;MAMS;52| ...) ; compiling (DEFUN |STTAYLOR;finteg| ...) ; compiling (DEFUN |STTAYLOR;powerre| ...) ; compiling (DEFUN |STTAYLOR;powerre!0| ...) ; compiling (DEFUN |STTAYLOR;power;A2S;55| ...) ; compiling (DEFUN |STTAYLOR;power;A2S;55!0| ...) ; compiling (DEFUN |StreamTaylorSeriesOperations| ...) ; compiling (DEFUN |StreamTaylorSeriesOperations;| ...) ; compiling (MAKEPROP (QUOTE |StreamTaylorSeriesOperations|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; /tmp/oa-FDKaRr/code.fasl written ; compilation finished in 0:00:00.275 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/STTF.fasl --optimize=3 STTF.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/STTF.spad using Spad compiler. STTF abbreviates package StreamTranscendentalFunctions debug: compDefine1 lhs: (StreamTranscendentalFunctions Coef) signature (pre-evaluate): ((CATEGORY package (SIGNATURE exp ((Stream Coef) (Stream Coef))) (SIGNATURE log ((Stream Coef) (Stream Coef))) (SIGNATURE ** ((Stream Coef) (Stream Coef) (Stream Coef))) (SIGNATURE sincos ((Record (: sin (Stream Coef)) (: cos (Stream Coef))) (Stream Coef))) (SIGNATURE sin ((Stream Coef) (Stream Coef))) (SIGNATURE cos ((Stream Coef) (Stream Coef))) (SIGNATURE tan ((Stream Coef) (Stream Coef))) (SIGNATURE cot ((Stream Coef) (Stream Coef))) (SIGNATURE sec ((Stream Coef) (Stream Coef))) (SIGNATURE csc ((Stream Coef) (Stream Coef))) (SIGNATURE asin ((Stream Coef) (Stream Coef))) (SIGNATURE acos ((Stream Coef) (Stream Coef))) (SIGNATURE atan ((Stream Coef) (Stream Coef))) (SIGNATURE acot ((Stream Coef) (Stream Coef))) (SIGNATURE asec ((Stream Coef) (Stream Coef))) (SIGNATURE acsc ((Stream Coef) (Stream Coef))) (SIGNATURE sinhcosh ((Record (: sinh (Stream Coef)) (: cosh (Stream Coef))) (Stream Coef))) (SIGNATURE sinh ((Stream Coef) (Stream Coef))) (SIGNATURE cosh ((Stream Coef) (Stream Coef))) (SIGNATURE tanh ((Stream Coef) (Stream Coef))) (SIGNATURE coth ((Stream Coef) (Stream Coef))) (SIGNATURE sech ((Stream Coef) (Stream Coef))) (SIGNATURE csch ((Stream Coef) (Stream Coef))) (SIGNATURE asinh ((Stream Coef) (Stream Coef))) (SIGNATURE acosh ((Stream Coef) (Stream Coef))) (SIGNATURE atanh ((Stream Coef) (Stream Coef))) (SIGNATURE acoth ((Stream Coef) (Stream Coef))) (SIGNATURE asech ((Stream Coef) (Stream Coef))) (SIGNATURE acsch ((Stream Coef) (Stream Coef)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE exp ((Stream Coef) (Stream Coef))) (SIGNATURE log ((Stream Coef) (Stream Coef))) (SIGNATURE ** ((Stream Coef) (Stream Coef) (Stream Coef))) (SIGNATURE sincos ((Record (: sin (Stream Coef)) (: cos (Stream Coef))) (Stream Coef))) (SIGNATURE sin ((Stream Coef) (Stream Coef))) (SIGNATURE cos ((Stream Coef) (Stream Coef))) (SIGNATURE tan ((Stream Coef) (Stream Coef))) (SIGNATURE cot ((Stream Coef) (Stream Coef))) (SIGNATURE sec ((Stream Coef) (Stream Coef))) (SIGNATURE csc ((Stream Coef) (Stream Coef))) (SIGNATURE asin ((Stream Coef) (Stream Coef))) (SIGNATURE acos ((Stream Coef) (Stream Coef))) (SIGNATURE atan ((Stream Coef) (Stream Coef))) (SIGNATURE acot ((Stream Coef) (Stream Coef))) (SIGNATURE asec ((Stream Coef) (Stream Coef))) (SIGNATURE acsc ((Stream Coef) (Stream Coef))) (SIGNATURE sinhcosh ((Record (: sinh (Stream Coef)) (: cosh (Stream Coef))) (Stream Coef))) (SIGNATURE sinh ((Stream Coef) (Stream Coef))) (SIGNATURE cosh ((Stream Coef) (Stream Coef))) (SIGNATURE tanh ((Stream Coef) (Stream Coef))) (SIGNATURE coth ((Stream Coef) (Stream Coef))) (SIGNATURE sech ((Stream Coef) (Stream Coef))) (SIGNATURE csch ((Stream Coef) (Stream Coef))) (SIGNATURE asinh ((Stream Coef) (Stream Coef))) (SIGNATURE acosh ((Stream Coef) (Stream Coef))) (SIGNATURE atanh ((Stream Coef) (Stream Coef))) (SIGNATURE acoth ((Stream Coef) (Stream Coef))) (SIGNATURE asech ((Stream Coef) (Stream Coef))) (SIGNATURE acsch ((Stream Coef) (Stream Coef)))) $param: (Coef) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Record (: sin (Stream Coef)) (: cos (Stream Coef))) $param: (Coef) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Record (: sinh (Stream Coef)) (: cosh (Stream Coef))) $param: (Coef) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE exp ((Stream Coef) (Stream Coef))) (SIGNATURE log ((Stream Coef) (Stream Coef))) (SIGNATURE ** ((Stream Coef) (Stream Coef) (Stream Coef))) (SIGNATURE sincos ((Record (: sin (Stream Coef)) (: cos (Stream Coef))) (Stream Coef))) (SIGNATURE sin ((Stream Coef) (Stream Coef))) (SIGNATURE cos ((Stream Coef) (Stream Coef))) (SIGNATURE tan ((Stream Coef) (Stream Coef))) (SIGNATURE cot ((Stream Coef) (Stream Coef))) (SIGNATURE sec ((Stream Coef) (Stream Coef))) (SIGNATURE csc ((Stream Coef) (Stream Coef))) (SIGNATURE asin ((Stream Coef) (Stream Coef))) (SIGNATURE acos ((Stream Coef) (Stream Coef))) (SIGNATURE atan ((Stream Coef) (Stream Coef))) (SIGNATURE acot ((Stream Coef) (Stream Coef))) (SIGNATURE asec ((Stream Coef) (Stream Coef))) (SIGNATURE acsc ((Stream Coef) (Stream Coef))) (SIGNATURE sinhcosh ((Record (: sinh (Stream Coef)) (: cosh (Stream Coef))) (Stream Coef))) (SIGNATURE sinh ((Stream Coef) (Stream Coef))) (SIGNATURE cosh ((Stream Coef) (Stream Coef))) (SIGNATURE tanh ((Stream Coef) (Stream Coef))) (SIGNATURE coth ((Stream Coef) (Stream Coef))) (SIGNATURE sech ((Stream Coef) (Stream Coef))) (SIGNATURE csch ((Stream Coef) (Stream Coef))) (SIGNATURE asinh ((Stream Coef) (Stream Coef))) (SIGNATURE acosh ((Stream Coef) (Stream Coef))) (SIGNATURE atanh ((Stream Coef) (Stream Coef))) (SIGNATURE acoth ((Stream Coef) (Stream Coef))) (SIGNATURE asech ((Stream Coef) (Stream Coef))) (SIGNATURE acsch ((Stream Coef) (Stream Coef)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for StreamTranscendentalFunctions compiling into /tmp/oa-lStSWw importing StreamTaylorSeriesOperations Coef compiling local expre : (Coef,Stream Coef,Stream Coef) -> Stream Coef Time: 0.04 SEC. compiling exported exp : Stream Coef -> Stream Coef Time: 0.02 SEC. compiling exported log : Stream Coef -> Stream Coef Time: 0.01 SEC. compiling exported ** : (Stream Coef,Stream Coef) -> Stream Coef Time: 0.00 SEC. compiling local sincosre : (Coef,Coef,List Stream Coef,Stream Coef,Coef) -> List Stream Coef Time: 0.11 SEC. compiling exported sincos : Stream Coef -> Record(sin: Stream Coef,cos: Stream Coef) Time: 0.03 SEC. compiling exported sin : Stream Coef -> Stream Coef Time: 0.01 SEC. compiling exported cos : Stream Coef -> Stream Coef Time: 0.00 SEC. compiling local tanre : (Coef,Stream Coef,Stream Coef,Coef) -> Stream Coef Time: 0.33 SEC. compiling exported tan : Stream Coef -> Stream Coef Time: 0.02 SEC. compiling local cotre : (Coef,Stream Coef,Stream Coef) -> Stream Coef Time: 0.67 SEC. compiling exported cot : Stream Coef -> Stream Coef Time: 0.02 SEC. compiling exported sec : Stream Coef -> Stream Coef Time: 0.02 SEC. compiling exported csc : Stream Coef -> Stream Coef Time: 0.02 SEC. compiling local orderOrFailed : Stream Coef -> Union(Integer,failed) Time: 0.02 SEC. compiling exported asin : Stream Coef -> Stream Coef Time: 0.20 SEC. compiling exported acos : Stream Coef -> Stream Coef Time: 0.18 SEC. compiling exported atan : Stream Coef -> Stream Coef Time: 0.08 SEC. compiling exported acot : Stream Coef -> Stream Coef Time: 0.05 SEC. compiling exported asec : Stream Coef -> Stream Coef Time: 0.19 SEC. compiling exported acsc : Stream Coef -> Stream Coef Time: 0.18 SEC. compiling exported sinhcosh : Stream Coef -> Record(sinh: Stream Coef,cosh: Stream Coef) Time: 0.04 SEC. compiling exported sinh : Stream Coef -> Stream Coef Time: 0.00 SEC. compiling exported cosh : Stream Coef -> Stream Coef Time: 0.01 SEC. compiling exported tanh : Stream Coef -> Stream Coef Time: 0.01 SEC. compiling exported coth : Stream Coef -> Stream Coef Time: 0.02 SEC. compiling exported sech : Stream Coef -> Stream Coef Time: 0.02 SEC. compiling exported csch : Stream Coef -> Stream Coef Time: 0.02 SEC. compiling exported asinh : Stream Coef -> Stream Coef Time: 0.12 SEC. compiling exported acosh : Stream Coef -> Stream Coef Time: 0.25 SEC. compiling exported atanh : Stream Coef -> Stream Coef Time: 0.14 SEC. compiling exported acoth : Stream Coef -> Stream Coef Time: 0.12 SEC. compiling exported asech : Stream Coef -> Stream Coef Time: 0.26 SEC. compiling exported acsch : Stream Coef -> Stream Coef Time: 0.16 SEC. (time taken in buildFunctor: 0) Time: 0.05 SEC. Warnings: [1] atanh: inv has no value [2] acoth: inv has no value Cumulative Statistics for Constructor StreamTranscendentalFunctions Time: 3.43 seconds finalizing NRLIB STTF Processing StreamTranscendentalFunctions for Browser database: -- exp : ST -> ST -- log : ST -> ST -- ?**? : (ST,ST) -> ST -- sincos : ST -> Record(sin: ST,cos: ST) -- sin : ST -> ST -- cos : ST -> ST -- tan : ST -> ST -- cot : ST -> ST -- sec : ST -> ST -- csc : ST -> ST -- asin : ST -> ST -- acos : ST -> ST -- atan : ST -> ST -- acot : ST -> ST -- asec : ST -> ST -- acsc : ST -> ST -- sinhcosh : ST -> Record(sinh: ST,cosh: ST) -- sinh : ST -> ST -- cosh : ST -> ST -- tanh : ST -> ST -- coth : ST -> ST -- sech : ST -> ST -- csch : ST -> ST -- asinh : ST -> ST -- acosh : ST -> ST -- atanh : ST -> ST -- acoth : ST -> ST -- asech : ST -> ST -- acsch : ST -> ST -- constructor ; compiling file "/tmp/oa-lStSWw/code.lsp" (written 01 FEB 2016 11:07:56 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |STTF;expre| ...) ; compiling (DEFUN |STTF;expre!0| ...) ; compiling (DEFUN |STTF;exp;2S;2| ...) ; compiling (DEFUN |STTF;exp;2S;2!1| ...) ; compiling (DEFUN |STTF;exp;2S;2!0| ...) ; compiling (DEFUN |STTF;log;2S;3| ...) ; compiling (DEFUN |STTF;log;2S;3!1| ...) ; compiling (DEFUN |STTF;log;2S;3!0| ...) ; compiling (DEFUN |STTF;**;3S;4| ...) ; compiling (DEFUN |STTF;sincosre| ...) ; compiling (DEFUN |STTF;sincosre!1| ...) ; compiling (DEFUN |STTF;sincosre!0| ...) ; compiling (DEFUN |STTF;sincos;SR;6| ...) ; compiling (DEFUN |STTF;sincos;SR;6!1| ...) ; compiling (DEFUN |STTF;sincos;SR;6!0| ...) ; compiling (DEFUN |STTF;sin;2S;7| ...) ; compiling (DEFUN |STTF;cos;2S;8| ...) ; compiling (DEFUN |STTF;tanre| ...) ; compiling (DEFUN |STTF;tanre!0| ...) ; compiling (DEFUN |STTF;tan;2S;10| ...) ; compiling (DEFUN |STTF;tan;2S;10!1| ...) ; compiling (DEFUN |STTF;tan;2S;10!0| ...) ; compiling (DEFUN |STTF;cotre| ...) ; compiling (DEFUN |STTF;cotre!0| ...) ; compiling (DEFUN |STTF;cot;2S;12| ...) ; compiling (DEFUN |STTF;cot;2S;12!0| ...) ; compiling (DEFUN |STTF;sec;2S;13| ...) ; compiling (DEFUN |STTF;csc;2S;14| ...) ; compiling (DEFUN |STTF;orderOrFailed| ...) ; compiling (DEFUN |STTF;asin;2S;16| ...) ; compiling (DEFUN |STTF;acos;2S;17| ...) ; compiling (DEFUN |STTF;atan;2S;18| ...) ; compiling (DEFUN |STTF;acot;2S;19| ...) ; compiling (DEFUN |STTF;asec;2S;20| ...) ; compiling (DEFUN |STTF;acsc;2S;21| ...) ; compiling (DEFUN |STTF;sinhcosh;SR;22| ...) ; compiling (DEFUN |STTF;sinhcosh;SR;22!1| ...) ; compiling (DEFUN |STTF;sinhcosh;SR;22!0| ...) ; compiling (DEFUN |STTF;sinh;2S;23| ...) ; compiling (DEFUN |STTF;cosh;2S;24| ...) ; compiling (DEFUN |STTF;tanh;2S;25| ...) ; compiling (DEFUN |STTF;tanh;2S;25!1| ...) ; compiling (DEFUN |STTF;tanh;2S;25!0| ...) ; compiling (DEFUN |STTF;coth;2S;26| ...) ; compiling (DEFUN |STTF;sech;2S;27| ...) ; compiling (DEFUN |STTF;csch;2S;28| ...) ; compiling (DEFUN |STTF;asinh;2S;29| ...) ; compiling (DEFUN |STTF;acosh;2S;30| ...) ; compiling (DEFUN |STTF;atanh;2S;31| ...) ; compiling (DEFUN |STTF;acoth;2S;32| ...) ; compiling (DEFUN |STTF;asech;2S;33| ...) ; compiling (DEFUN |STTF;acsch;2S;34| ...) ; compiling (DEFUN |StreamTranscendentalFunctions| ...) ; compiling (DEFUN |StreamTranscendentalFunctions;| ...) ; compiling (MAKEPROP (QUOTE |StreamTranscendentalFunctions|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-lStSWw/code.fasl written ; compilation finished in 0:00:00.365 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/STTFNC.fasl --optimize=3 STTFNC.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/STTFNC.spad using Spad compiler. STTFNC abbreviates package StreamTranscendentalFunctionsNonCommutative debug: compDefine1 lhs: (StreamTranscendentalFunctionsNonCommutative Coef) signature (pre-evaluate): ((CATEGORY package (SIGNATURE exp ((Stream Coef) (Stream Coef))) (SIGNATURE log ((Stream Coef) (Stream Coef))) (SIGNATURE ** ((Stream Coef) (Stream Coef) (Stream Coef))) (SIGNATURE sin ((Stream Coef) (Stream Coef))) (SIGNATURE cos ((Stream Coef) (Stream Coef))) (SIGNATURE tan ((Stream Coef) (Stream Coef))) (SIGNATURE cot ((Stream Coef) (Stream Coef))) (SIGNATURE sec ((Stream Coef) (Stream Coef))) (SIGNATURE csc ((Stream Coef) (Stream Coef))) (SIGNATURE asin ((Stream Coef) (Stream Coef))) (SIGNATURE acos ((Stream Coef) (Stream Coef))) (SIGNATURE atan ((Stream Coef) (Stream Coef))) (SIGNATURE acot ((Stream Coef) (Stream Coef))) (SIGNATURE asec ((Stream Coef) (Stream Coef))) (SIGNATURE acsc ((Stream Coef) (Stream Coef))) (SIGNATURE sinh ((Stream Coef) (Stream Coef))) (SIGNATURE cosh ((Stream Coef) (Stream Coef))) (SIGNATURE tanh ((Stream Coef) (Stream Coef))) (SIGNATURE coth ((Stream Coef) (Stream Coef))) (SIGNATURE sech ((Stream Coef) (Stream Coef))) (SIGNATURE csch ((Stream Coef) (Stream Coef))) (SIGNATURE asinh ((Stream Coef) (Stream Coef))) (SIGNATURE acosh ((Stream Coef) (Stream Coef))) (SIGNATURE atanh ((Stream Coef) (Stream Coef))) (SIGNATURE acoth ((Stream Coef) (Stream Coef))) (SIGNATURE asech ((Stream Coef) (Stream Coef))) (SIGNATURE acsch ((Stream Coef) (Stream Coef)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE exp ((Stream Coef) (Stream Coef))) (SIGNATURE log ((Stream Coef) (Stream Coef))) (SIGNATURE ** ((Stream Coef) (Stream Coef) (Stream Coef))) (SIGNATURE sin ((Stream Coef) (Stream Coef))) (SIGNATURE cos ((Stream Coef) (Stream Coef))) (SIGNATURE tan ((Stream Coef) (Stream Coef))) (SIGNATURE cot ((Stream Coef) (Stream Coef))) (SIGNATURE sec ((Stream Coef) (Stream Coef))) (SIGNATURE csc ((Stream Coef) (Stream Coef))) (SIGNATURE asin ((Stream Coef) (Stream Coef))) (SIGNATURE acos ((Stream Coef) (Stream Coef))) (SIGNATURE atan ((Stream Coef) (Stream Coef))) (SIGNATURE acot ((Stream Coef) (Stream Coef))) (SIGNATURE asec ((Stream Coef) (Stream Coef))) (SIGNATURE acsc ((Stream Coef) (Stream Coef))) (SIGNATURE sinh ((Stream Coef) (Stream Coef))) (SIGNATURE cosh ((Stream Coef) (Stream Coef))) (SIGNATURE tanh ((Stream Coef) (Stream Coef))) (SIGNATURE coth ((Stream Coef) (Stream Coef))) (SIGNATURE sech ((Stream Coef) (Stream Coef))) (SIGNATURE csch ((Stream Coef) (Stream Coef))) (SIGNATURE asinh ((Stream Coef) (Stream Coef))) (SIGNATURE acosh ((Stream Coef) (Stream Coef))) (SIGNATURE atanh ((Stream Coef) (Stream Coef))) (SIGNATURE acoth ((Stream Coef) (Stream Coef))) (SIGNATURE asech ((Stream Coef) (Stream Coef))) (SIGNATURE acsch ((Stream Coef) (Stream Coef)))) $param: (Coef) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE exp ((Stream Coef) (Stream Coef))) (SIGNATURE log ((Stream Coef) (Stream Coef))) (SIGNATURE ** ((Stream Coef) (Stream Coef) (Stream Coef))) (SIGNATURE sin ((Stream Coef) (Stream Coef))) (SIGNATURE cos ((Stream Coef) (Stream Coef))) (SIGNATURE tan ((Stream Coef) (Stream Coef))) (SIGNATURE cot ((Stream Coef) (Stream Coef))) (SIGNATURE sec ((Stream Coef) (Stream Coef))) (SIGNATURE csc ((Stream Coef) (Stream Coef))) (SIGNATURE asin ((Stream Coef) (Stream Coef))) (SIGNATURE acos ((Stream Coef) (Stream Coef))) (SIGNATURE atan ((Stream Coef) (Stream Coef))) (SIGNATURE acot ((Stream Coef) (Stream Coef))) (SIGNATURE asec ((Stream Coef) (Stream Coef))) (SIGNATURE acsc ((Stream Coef) (Stream Coef))) (SIGNATURE sinh ((Stream Coef) (Stream Coef))) (SIGNATURE cosh ((Stream Coef) (Stream Coef))) (SIGNATURE tanh ((Stream Coef) (Stream Coef))) (SIGNATURE coth ((Stream Coef) (Stream Coef))) (SIGNATURE sech ((Stream Coef) (Stream Coef))) (SIGNATURE csch ((Stream Coef) (Stream Coef))) (SIGNATURE asinh ((Stream Coef) (Stream Coef))) (SIGNATURE acosh ((Stream Coef) (Stream Coef))) (SIGNATURE atanh ((Stream Coef) (Stream Coef))) (SIGNATURE acoth ((Stream Coef) (Stream Coef))) (SIGNATURE asech ((Stream Coef) (Stream Coef))) (SIGNATURE acsch ((Stream Coef) (Stream Coef)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for StreamTranscendentalFunctionsNonCommutative compiling into /tmp/oa-XVX08S importing StreamTaylorSeriesOperations Coef compiling exported exp : Stream Coef -> Stream Coef Time: 0.05 SEC. compiling exported log : Stream Coef -> Stream Coef Time: 0.01 SEC. compiling exported ** : (Stream Coef,Stream Coef) -> Stream Coef Time: 0.00 SEC. compiling exported sin : Stream Coef -> Stream Coef Time: 0.01 SEC. compiling exported cos : Stream Coef -> Stream Coef Time: 0.02 SEC. compiling exported tan : Stream Coef -> Stream Coef Time: 0.01 SEC. compiling exported cot : Stream Coef -> Stream Coef Time: 0.01 SEC. compiling exported sec : Stream Coef -> Stream Coef Time: 0.01 SEC. compiling exported csc : Stream Coef -> Stream Coef Time: 0.01 SEC. compiling exported asin : Stream Coef -> Stream Coef Time: 0.02 SEC. compiling exported atan : Stream Coef -> Stream Coef Time: 0.02 SEC. compiling exported acos : Stream Coef -> Stream Coef STTFNC;acos;2S;12 z is replaced by error "acos: acos undefined on this coefficient domain" Time: 0.01 SEC. compiling exported acot : Stream Coef -> Stream Coef STTFNC;acot;2S;13 z is replaced by error "acot: acot undefined on this coefficient domain" Time: 0.00 SEC. compiling exported asec : Stream Coef -> Stream Coef STTFNC;asec;2S;14 z is replaced by error "asec: asec undefined on this coefficient domain" Time: 0.01 SEC. compiling exported acsc : Stream Coef -> Stream Coef STTFNC;acsc;2S;15 z is replaced by error "acsc: acsc undefined on this coefficient domain" Time: 0.00 SEC. compiling exported sinh : Stream Coef -> Stream Coef Time: 0.02 SEC. compiling exported cosh : Stream Coef -> Stream Coef Time: 0.03 SEC. compiling exported tanh : Stream Coef -> Stream Coef Time: 0.02 SEC. compiling exported coth : Stream Coef -> Stream Coef Time: 0.02 SEC. compiling exported sech : Stream Coef -> Stream Coef Time: 0.02 SEC. compiling exported csch : Stream Coef -> Stream Coef Time: 0.02 SEC. compiling exported asinh : Stream Coef -> Stream Coef Time: 0.06 SEC. compiling exported atanh : Stream Coef -> Stream Coef Time: 0.03 SEC. compiling exported acosh : Stream Coef -> Stream Coef STTFNC;acosh;2S;24 z is replaced by error "acosh: acosh undefined on this coefficient domain" Time: 0.01 SEC. compiling exported acoth : Stream Coef -> Stream Coef STTFNC;acoth;2S;25 z is replaced by error "acoth: acoth undefined on this coefficient domain" Time: 0.01 SEC. compiling exported asech : Stream Coef -> Stream Coef STTFNC;asech;2S;26 z is replaced by error "asech: asech undefined on this coefficient domain" Time: 0.01 SEC. compiling exported acsch : Stream Coef -> Stream Coef STTFNC;acsch;2S;27 z is replaced by error "acsch: acsch undefined on this coefficient domain" Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor StreamTranscendentalFunctionsNonCommutative Time: 0.46 seconds finalizing NRLIB STTFNC Processing StreamTranscendentalFunctionsNonCommutative for Browser database: -- exp : ST -> ST -- log : ST -> ST -- ?**? : (ST,ST) -> ST -- sin : ST -> ST -- cos : ST -> ST -- tan : ST -> ST -- cot : ST -> ST -- sec : ST -> ST -- csc : ST -> ST -- asin : ST -> ST -- acos : ST -> ST -- atan : ST -> ST -- acot : ST -> ST -- asec : ST -> ST -- acsc : ST -> ST -- sinh : ST -> ST -- cosh : ST -> ST -- tanh : ST -> ST -- coth : ST -> ST -- sech : ST -> ST -- csch : ST -> ST -- asinh : ST -> ST -- acosh : ST -> ST -- atanh : ST -> ST -- acoth : ST -> ST -- asech : ST -> ST -- acsch : ST -> ST -- constructor ; compiling file "/tmp/oa-XVX08S/code.lsp" (written 01 FEB 2016 11:07:57 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STTFNC;acos;2S;12|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STTFNC;acot;2S;13|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STTFNC;asec;2S;14|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STTFNC;acsc;2S;15|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STTFNC;acosh;2S;24|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STTFNC;acoth;2S;25|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STTFNC;asech;2S;26|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STTFNC;acsch;2S;27|) ...) ; compiling (DEFUN |STTFNC;exp;2S;1| ...) ; compiling (DEFUN |STTFNC;log;2S;2| ...) ; compiling (DEFUN |STTFNC;**;3S;3| ...) ; compiling (DEFUN |STTFNC;sin;2S;4| ...) ; compiling (DEFUN |STTFNC;cos;2S;5| ...) ; compiling (DEFUN |STTFNC;tan;2S;6| ...) ; compiling (DEFUN |STTFNC;cot;2S;7| ...) ; compiling (DEFUN |STTFNC;sec;2S;8| ...) ; compiling (DEFUN |STTFNC;csc;2S;9| ...) ; compiling (DEFUN |STTFNC;asin;2S;10| ...) ; compiling (DEFUN |STTFNC;atan;2S;11| ...) ; compiling (DEFUN |STTFNC;acos;2S;12| ...) ; file: /tmp/oa-XVX08S/code.lsp ; in: DEFUN |STTFNC;acos;2S;12| ; (DEFUN BOOT::|STTFNC;acos;2S;12| (BOOT::|z| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|error| "acos: acos undefined on this coefficient domain")) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STTFNC;acos;2S;12| ; (BOOT::|z| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|STTFNC;acos;2S;12| ; (BOOT::|error| "acos: acos undefined on this coefficient domain"))) ; ; caught STYLE-WARNING: ; The variable |z| is defined but never used. ; compiling (DEFUN |STTFNC;acot;2S;13| ...) ; file: /tmp/oa-XVX08S/code.lsp ; in: DEFUN |STTFNC;acot;2S;13| ; (DEFUN BOOT::|STTFNC;acot;2S;13| (BOOT::|z| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|error| "acot: acot undefined on this coefficient domain")) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STTFNC;acot;2S;13| ; (BOOT::|z| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|STTFNC;acot;2S;13| ; (BOOT::|error| "acot: acot undefined on this coefficient domain"))) ; ; caught STYLE-WARNING: ; The variable |z| is defined but never used. ; compiling (DEFUN |STTFNC;asec;2S;14| ...) ; file: /tmp/oa-XVX08S/code.lsp ; in: DEFUN |STTFNC;asec;2S;14| ; (DEFUN BOOT::|STTFNC;asec;2S;14| (BOOT::|z| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|error| "asec: asec undefined on this coefficient domain")) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STTFNC;asec;2S;14| ; (BOOT::|z| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|STTFNC;asec;2S;14| ; (BOOT::|error| "asec: asec undefined on this coefficient domain"))) ; ; caught STYLE-WARNING: ; The variable |z| is defined but never used. ; compiling (DEFUN |STTFNC;acsc;2S;15| ...) ; file: /tmp/oa-XVX08S/code.lsp ; in: DEFUN |STTFNC;acsc;2S;15| ; (DEFUN BOOT::|STTFNC;acsc;2S;15| (BOOT::|z| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|error| "acsc: acsc undefined on this coefficient domain")) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STTFNC;acsc;2S;15| ; (BOOT::|z| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|STTFNC;acsc;2S;15| ; (BOOT::|error| "acsc: acsc undefined on this coefficient domain"))) ; ; caught STYLE-WARNING: ; The variable |z| is defined but never used. ; compiling (DEFUN |STTFNC;sinh;2S;16| ...) ; compiling (DEFUN |STTFNC;cosh;2S;17| ...) ; compiling (DEFUN |STTFNC;tanh;2S;18| ...) ; compiling (DEFUN |STTFNC;coth;2S;19| ...) ; compiling (DEFUN |STTFNC;sech;2S;20| ...) ; compiling (DEFUN |STTFNC;csch;2S;21| ...) ; compiling (DEFUN |STTFNC;asinh;2S;22| ...) ; compiling (DEFUN |STTFNC;atanh;2S;23| ...) ; compiling (DEFUN |STTFNC;acosh;2S;24| ...) ; file: /tmp/oa-XVX08S/code.lsp ; in: DEFUN |STTFNC;acosh;2S;24| ; (DEFUN BOOT::|STTFNC;acosh;2S;24| (BOOT::|z| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|error| "acosh: acosh undefined on this coefficient domain")) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STTFNC;acosh;2S;24| ; (BOOT::|z| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|STTFNC;acosh;2S;24| ; (BOOT::|error| "acosh: acosh undefined on this coefficient domain"))) ; ; caught STYLE-WARNING: ; The variable |z| is defined but never used. ; compiling (DEFUN |STTFNC;acoth;2S;25| ...) ; file: /tmp/oa-XVX08S/code.lsp ; in: DEFUN |STTFNC;acoth;2S;25| ; (DEFUN BOOT::|STTFNC;acoth;2S;25| (BOOT::|z| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|error| "acoth: acoth undefined on this coefficient domain")) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STTFNC;acoth;2S;25| ; (BOOT::|z| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|STTFNC;acoth;2S;25| ; (BOOT::|error| "acoth: acoth undefined on this coefficient domain"))) ; ; caught STYLE-WARNING: ; The variable |z| is defined but never used. ; compiling (DEFUN |STTFNC;asech;2S;26| ...) ; file: /tmp/oa-XVX08S/code.lsp ; in: DEFUN |STTFNC;asech;2S;26| ; (DEFUN BOOT::|STTFNC;asech;2S;26| (BOOT::|z| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|error| "asech: asech undefined on this coefficient domain")) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STTFNC;asech;2S;26| ; (BOOT::|z| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|STTFNC;asech;2S;26| ; (BOOT::|error| "asech: asech undefined on this coefficient domain"))) ; ; caught STYLE-WARNING: ; The variable |z| is defined but never used. ; compiling (DEFUN |STTFNC;acsch;2S;27| ...) ; file: /tmp/oa-XVX08S/code.lsp ; in: DEFUN |STTFNC;acsch;2S;27| ; (DEFUN BOOT::|STTFNC;acsch;2S;27| (BOOT::|z| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|error| "acsch: acsch undefined on this coefficient domain")) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STTFNC;acsch;2S;27| ; (BOOT::|z| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|STTFNC;acsch;2S;27| ; (BOOT::|error| "acsch: acsch undefined on this coefficient domain"))) ; ; caught STYLE-WARNING: ; The variable |z| is defined but never used. ; compiling (DEFUN |StreamTranscendentalFunctionsNonCommutative| ...) ; compiling (DEFUN |StreamTranscendentalFunctionsNonCommutative;| ...) ; compiling (MAKEPROP (QUOTE |StreamTranscendentalFunctionsNonCommutative|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 8 STYLE-WARNING conditions ; /tmp/oa-XVX08S/code.fasl written ; compilation finished in 0:00:00.119 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/VARIABLE.fasl --bootstrap VARIABLE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/VARIABLE.spad using Spad compiler. VARIABLE abbreviates domain Variable ------------------------------------------------------------------------ initializing stationary directory for Variable compiling into /tmp/oa-MCbnvD Time: 0.00 SEC. Cumulative Statistics for Constructor Variable Time: 0.00 seconds finalizing NRLIB VARIABLE ; compiling file "/tmp/oa-MCbnvD/code.lsp" (written 01 FEB 2016 11:07:58 PM): ; compiling (DEFUN |Variable| ...) ; compiling (DEFUN |Variable;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-MCbnvD/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/UP.fasl --optimize=3 UP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UP.spad using Spad compiler. UP abbreviates domain UnivariatePolynomial debug: compDefine1 lhs: (UnivariatePolynomial x R) signature (pre-evaluate): ((Join (UnivariatePolynomialCategory R) (CoercibleFrom (Variable x)) (CATEGORY domain (SIGNATURE fmecg ($ $ (NonNegativeInteger) R $)))) (Symbol) (Ring)) debug: evaluateType form: (Join (UnivariatePolynomialCategory R) (CoercibleFrom (Variable x)) (CATEGORY domain (SIGNATURE fmecg ($ $ (NonNegativeInteger) R $)))) $param: (x R) debug: evaluateType form: (UnivariatePolynomialCategory R) $param: (x R) Debug: evaluateType1 form: (UnivariatePolynomialCategory R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (CoercibleFrom (Variable x)) $param: (x R) Debug: evaluateType1 form: (CoercibleFrom (Variable x)) debug: evaluateType1 x: (Variable x) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (x R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Variable x) $param: (x R) Debug: evaluateType1 form: (Variable x) debug: evaluateType1 x: x m: (Symbol) debug: evalCategory d: (Variable x) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE fmecg ($ $ (NonNegativeInteger) R $))) $param: (x R) debug: evaluateType form: (NonNegativeInteger) $param: (x R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: R $param: (x R) debug: evaluateType form: (Symbol) $param: (x R) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Ring) $param: (x R) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((Join (UnivariatePolynomialCategory R) (CoercibleFrom (Variable x)) (CATEGORY domain (SIGNATURE fmecg ($ $ (NonNegativeInteger) R $)))) (Symbol) (Ring)) debug: compDefine1 lhs: (UnivariatePolynomial x R) signature (pre-evaluate): ((Join (UnivariatePolynomialCategory R) (CoercibleFrom (Variable x)) (CATEGORY domain (SIGNATURE fmecg ($ $ (NonNegativeInteger) R $)))) NIL NIL) debug: evaluateType form: (Join (UnivariatePolynomialCategory R) (CoercibleFrom (Variable x)) (CATEGORY domain (SIGNATURE fmecg ($ $ (NonNegativeInteger) R $)))) $param: (x R) debug: evaluateType form: (UnivariatePolynomialCategory R) $param: (x R) Debug: evaluateType1 form: (UnivariatePolynomialCategory R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (CoercibleFrom (Variable x)) $param: (x R) Debug: evaluateType1 form: (CoercibleFrom (Variable x)) debug: evaluateType1 x: (Variable x) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (x R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Variable x) $param: (x R) Debug: evaluateType1 form: (Variable x) debug: evaluateType1 x: x m: (Symbol) debug: evalCategory d: (Variable x) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE fmecg ($ $ (NonNegativeInteger) R $))) $param: (x R) debug: evaluateType form: (NonNegativeInteger) $param: (x R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: R $param: (x R) debug: compDefine1 signature (post evaluate): ((Join (UnivariatePolynomialCategory R) (CoercibleFrom (Variable x)) (CATEGORY domain (SIGNATURE fmecg ($ $ (NonNegativeInteger) R $)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for UnivariatePolynomial compiling into /tmp/oa-vxVewJ compiling exported coerce : % -> OutputForm Time: 0.08 SEC. compiling exported coerce : Variable x -> % Time: 0.01 SEC. (time taken in buildFunctor: 164) Time: 0.25 SEC. Warnings: [1] OpenAxiom suggests removing assignment to Rep Cumulative Statistics for Constructor UnivariatePolynomial Time: 0.34 seconds --------------non extending category---------------------- UnivariatePolynomial(#1,#2) of category Join( UnivariatePolynomialCategory #2,CoercibleFrom Variable #1) with fmecg : (%,NonNegativeInteger,#2,%) -> % has no outputForm : (%,OutputForm) -> OutputForm ---------------------------------------------------------- finalizing NRLIB UP Processing UnivariatePolynomial for Browser database: -- fmecg : (%,NonNegativeInteger,R,%) -> % -- constructor ; compiling file "/tmp/oa-vxVewJ/code.lsp" (written 01 FEB 2016 11:07:58 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |UP;coerce;$Of;1| ...) ; compiling (DEFUN |UP;coerce;V$;2| ...) ; file: /tmp/oa-vxVewJ/code.lsp ; in: DEFUN |UP;coerce;V$;2| ; (DEFUN BOOT::|UP;coerce;V$;2| (BOOT::|v| BOOT::$) ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 15) 1 ; (BOOT::|shellEntry| BOOT::$ 18))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UP;coerce;V$;2| ; (BOOT::|v| BOOT::$) ; (BLOCK BOOT::|UP;coerce;V$;2| ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 15) 1 ; (BOOT::|shellEntry| BOOT::$ 18)))) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |UnivariatePolynomial| ...) ; compiling (DEFUN |UnivariatePolynomial;| ...) ; compiling (MAKEPROP (QUOTE |UnivariatePolynomial|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; /tmp/oa-vxVewJ/code.fasl written ; compilation finished in 0:00:00.029 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/INTTOOLS.fasl --bootstrap INTTOOLS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INTTOOLS.spad using Spad compiler. INTTOOLS abbreviates package IntegrationTools ------------------------------------------------------------------------ initializing stationary directory for IntegrationTools compiling into /tmp/oa-p2cMDo Time: 0.04 SEC. Cumulative Statistics for Constructor IntegrationTools Time: 0.04 seconds finalizing NRLIB INTTOOLS ; compiling file "/tmp/oa-p2cMDo/code.lsp" (written 01 FEB 2016 11:07:58 PM): ; compiling (DEFUN |IntegrationTools| ...) ; compiling (DEFUN |IntegrationTools;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-p2cMDo/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/INTEF.fasl --bootstrap INTEF.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INTEF.spad using Spad compiler. INTEF abbreviates package ElementaryIntegration ------------------------------------------------------------------------ initializing stationary directory for ElementaryIntegration compiling into /tmp/oa-Lbk88B Time: 0.06 SEC. Cumulative Statistics for Constructor ElementaryIntegration Time: 0.06 seconds finalizing NRLIB INTEF ; compiling file "/tmp/oa-Lbk88B/code.lsp" (written 01 FEB 2016 11:07:58 PM): ; compiling (DEFUN |ElementaryIntegration| ...) ; compiling (DEFUN |ElementaryIntegration;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-Lbk88B/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/IR2F.fasl --bootstrap IR2F.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IR2F.spad using Spad compiler. IR2F abbreviates package IntegrationResultToFunction ------------------------------------------------------------------------ initializing stationary directory for IntegrationResultToFunction compiling into /tmp/oa-YaSPaE Time: 0.04 SEC. Cumulative Statistics for Constructor IntegrationResultToFunction Time: 0.04 seconds finalizing NRLIB IR2F ; compiling file "/tmp/oa-YaSPaE/code.lsp" (written 01 FEB 2016 11:07:59 PM): ; compiling (DEFUN |IntegrationResultToFunction| ...) ; compiling (DEFUN |IntegrationResultToFunction;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-YaSPaE/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/TRMANIP.fasl --bootstrap TRMANIP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TRMANIP.spad using Spad compiler. TRMANIP abbreviates package TranscendentalManipulations ------------------------------------------------------------------------ initializing stationary directory for TranscendentalManipulations compiling into /tmp/oa-r4QvgP Time: 0.03 SEC. Cumulative Statistics for Constructor TranscendentalManipulations Time: 0.03 seconds finalizing NRLIB TRMANIP ; compiling file "/tmp/oa-r4QvgP/code.lsp" (written 01 FEB 2016 11:07:59 PM): ; compiling (DEFUN |TranscendentalManipulations| ...) ; compiling (DEFUN |TranscendentalManipulations;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-r4QvgP/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/IR2.fasl --bootstrap IR2.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IR2.spad using Spad compiler. IR2 abbreviates package IntegrationResultFunctions2 ------------------------------------------------------------------------ initializing stationary directory for IntegrationResultFunctions2 compiling into /tmp/oa-2hjKsV Time: 0.02 SEC. Cumulative Statistics for Constructor IntegrationResultFunctions2 Time: 0.02 seconds finalizing NRLIB IR2 ; compiling file "/tmp/oa-2hjKsV/code.lsp" (written 01 FEB 2016 11:07:59 PM): ; compiling (DEFUN |IntegrationResultFunctions2| ...) ; compiling (DEFUN |IntegrationResultFunctions2;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-2hjKsV/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/FSCINT.fasl --bootstrap FSCINT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FSCINT.spad using Spad compiler. FSCINT abbreviates package FunctionSpaceComplexIntegration ------------------------------------------------------------------------ initializing stationary directory for FunctionSpaceComplexIntegration compiling into /tmp/oa-aARNz4 Time: 0.06 SEC. Cumulative Statistics for Constructor FunctionSpaceComplexIntegration Time: 0.06 seconds finalizing NRLIB FSCINT ; compiling file "/tmp/oa-aARNz4/code.lsp" (written 01 FEB 2016 11:07:59 PM): ; compiling (DEFUN |FunctionSpaceComplexIntegration| ...) ; compiling (DEFUN |FunctionSpaceComplexIntegration;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-aARNz4/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/IR.fasl --bootstrap IR.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IR.spad using Spad compiler. IR abbreviates domain IntegrationResult ------------------------------------------------------------------------ initializing stationary directory for IntegrationResult compiling into /tmp/oa-lIc1Qg Time: 0.02 SEC. Cumulative Statistics for Constructor IntegrationResult Time: 0.02 seconds finalizing NRLIB IR ; compiling file "/tmp/oa-lIc1Qg/code.lsp" (written 01 FEB 2016 11:07:59 PM): ; compiling (DEFUN |IntegrationResult| ...) ; compiling (DEFUN |IntegrationResult;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-lIc1Qg/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/FSINT.fasl --optimize=3 FSINT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FSINT.spad using Spad compiler. FSINT abbreviates package FunctionSpaceIntegration debug: compDefine1 lhs: (FunctionSpaceIntegration R F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE integrate ((Union F (List F)) F (Symbol)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE integrate ((Union F (List F)) F (Symbol)))) $param: (R F) debug: evaluateType form: (Union F (List F)) $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (List F) $param: (R F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE integrate ((Union F (List F)) F (Symbol)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FunctionSpaceIntegration compiling into /tmp/oa-Q8Ouar importing IntegrationTools(R,F) importing ElementaryIntegration(R,F) importing ElementaryIntegration(Complex R,Expression Complex R) importing AlgebraicManipulations(R,F) importing TrigonometricManipulations(R,F) importing IntegrationResultToFunction(R,F) importing TranscendentalManipulations(R,F) importing IntegrationResultFunctions2(Expression Complex R,F) importing FunctionSpaceComplexIntegration(R,F) importing ElementaryFunctionStructurePackage(R,F) importing InnerTrigonometricManipulations(R,F,Expression Complex R) importing PolynomialCategoryQuotientFunctions(IndexedExponents Kernel F,Kernel F,R,SparseMultivariatePolynomial(R,Kernel F),F) Debug compQuote expr: (QUOTE %temptan) m: $EmptyMode Debug compQuote expr: (QUOTE %temptan) m: (Symbol) Debug compQuote expr: (QUOTE %temptan) m: (Symbol) compiling local K2KG : Kernel F -> Kernel Expression Complex R Time: 0.26 SEC. compiling local tan2temp : Kernel F -> Kernel F Time: 0.01 SEC. compiling local trans? : F -> Boolean Debug compQuote expr: (QUOTE log) m: $EmptyMode Debug compQuote expr: (QUOTE log) m: (Symbol) Debug compQuote expr: (QUOTE exp) m: $EmptyMode Debug compQuote expr: (QUOTE exp) m: (Symbol) Debug compQuote expr: (QUOTE atan) m: $EmptyMode Debug compQuote expr: (QUOTE atan) m: (Symbol) Time: 0.02 SEC. compiling local mkPrimh : (F,Symbol,Boolean,Boolean) -> F Time: 0.02 SEC. compiling local rinteg : (IntegrationResult F,F,Symbol,Boolean,Boolean) -> Union(F,List F) Time: 0.03 SEC. compiling local halfangle : F -> F Time: 0.01 SEC. compiling local Khalf : Kernel F -> F Time: 0.02 SEC. compiling local postSubst : (F,List F,List Kernel F,Boolean,List Kernel F,Symbol) -> F Debug compQuote expr: (QUOTE %alg) m: (Identifier) Debug compQuote expr: (QUOTE %temptan) m: $EmptyMode Debug compQuote expr: (QUOTE %temptan) m: (Symbol) Time: 0.38 SEC. compiling local goComplex? : (Boolean,List Kernel F,List Kernel F) -> Boolean FSINT;goComplex?(rt,l,ltan) is replaced by %when( rt,%otherwise %not %lempty? %tail %tail l) Time: 0.02 SEC. compiling exported integrate : (F,Symbol) -> Union(F,List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (Symbol) Debug compQuote expr: (QUOTE htrig) m: $EmptyMode Debug compQuote expr: (QUOTE htrig) m: (Identifier) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (Symbol) Debug compQuote expr: (QUOTE rtrig) m: $EmptyMode Debug compQuote expr: (QUOTE rtrig) m: (Identifier) Debug compQuote expr: (QUOTE elem) m: $EmptyMode Debug compQuote expr: (QUOTE elem) m: (Identifier) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (Symbol) Debug compQuote expr: (QUOTE cot) m: $EmptyMode Debug compQuote expr: (QUOTE cot) m: (Symbol) Time: 0.28 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] K2KG: first has no value [2] K2KG: not known that RadicalCategory is of mode CATEGORY(domain,IF(hasComplex(R)IntegralDomain(),PROGN(AlgebraicallyClosedFunctionSpace Complex R,TranscendentalFunctionCategory,CombinatorialOpsCategory,LiouvillianFunctionCategory,SpecialFunctionCategory,reduce: % -> %,number?: % -> Boolean,simplifyPower: (%,Integer) -> %,IF(hasComplex(R)GcdDomain(),PROGN(factorPolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %,squareFreePolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %),%noBranch),IF(hasComplex(R)RetractableTo(Integer()),RetractableTo AlgebraicNumber,%noBranch)),%noBranch)) [3] K2KG: not known that TranscendentalFunctionCategory is of mode CATEGORY(domain,IF(hasComplex(R)IntegralDomain(),PROGN(AlgebraicallyClosedFunctionSpace Complex R,TranscendentalFunctionCategory,CombinatorialOpsCategory,LiouvillianFunctionCategory,SpecialFunctionCategory,reduce: % -> %,number?: % -> Boolean,simplifyPower: (%,Integer) -> %,IF(hasComplex(R)GcdDomain(),PROGN(factorPolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %,squareFreePolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %),%noBranch),IF(hasComplex(R)RetractableTo(Integer()),RetractableTo AlgebraicNumber,%noBranch)),%noBranch)) [4] K2KG: not known that SetCategory is of mode CATEGORY(package,integrate: (F,Symbol) -> Union(F,List F)) [5] Khalf: first has no value [6] postSubst: not known that Ring is of mode CATEGORY(package,integrate: (F,Symbol) -> Union(F,List F)) [7] postSubst: not known that SetCategory is of mode CATEGORY(package,integrate: (F,Symbol) -> Union(F,List F)) [8] integrate: not known that EuclideanDomain is of mode CATEGORY(package,complex) [9] integrate: not known that CharacteristicZero is of mode CATEGORY(package,complex) [10] integrate: not known that RetractableTo(Integer) is of mode CATEGORY(package,complex) [11] integrate: not known that LinearlyExplicitRingOver(Integer) is of mode CATEGORY(package,complex) [12] integrate: not known that IntegralDomain is of mode CATEGORY(package,complex) [13] integrate: not known that CommutativeRing is of mode CATEGORY(package,complex) [14] integrate: not known that AlgebraicallyClosedField is of mode CATEGORY(domain,IF(hasComplex(R)IntegralDomain(),PROGN(AlgebraicallyClosedFunctionSpace Complex R,TranscendentalFunctionCategory,CombinatorialOpsCategory,LiouvillianFunctionCategory,SpecialFunctionCategory,reduce: % -> %,number?: % -> Boolean,simplifyPower: (%,Integer) -> %,IF(hasComplex(R)GcdDomain(),PROGN(factorPolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %,squareFreePolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %),%noBranch),IF(hasComplex(R)RetractableTo(Integer()),RetractableTo AlgebraicNumber,%noBranch)),%noBranch)) [15] integrate: not known that TranscendentalFunctionCategory is of mode CATEGORY(domain,IF(hasComplex(R)IntegralDomain(),PROGN(AlgebraicallyClosedFunctionSpace Complex R,TranscendentalFunctionCategory,CombinatorialOpsCategory,LiouvillianFunctionCategory,SpecialFunctionCategory,reduce: % -> %,number?: % -> Boolean,simplifyPower: (%,Integer) -> %,IF(hasComplex(R)GcdDomain(),PROGN(factorPolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %,squareFreePolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %),%noBranch),IF(hasComplex(R)RetractableTo(Integer()),RetractableTo AlgebraicNumber,%noBranch)),%noBranch)) [16] integrate: not known that GcdDomain is of mode CATEGORY(package,complex) Cumulative Statistics for Constructor FunctionSpaceIntegration Time: 1.04 seconds finalizing NRLIB FSINT Processing FunctionSpaceIntegration for Browser database: -- integrate : (F,SE) -> Union(F,List F) -- constructor ; compiling file "/tmp/oa-Q8Ouar/code.lsp" (written 01 FEB 2016 11:08:00 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FSINT;goComplex?|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FSINT;K2KG| ...) ; compiling (DEFUN |FSINT;tan2temp| ...) ; compiling (DEFUN |FSINT;trans?| ...) ; file: /tmp/oa-Q8Ouar/code.lsp ; in: DEFUN |FSINT;trans?| ; (DEFUN BOOT::|FSINT;trans?| (BOOT::|f| BOOT::$) ; (BOOT::SPADCALL (CONS #'BOOT::|FSINT;trans?!0| BOOT::$) ; (BOOT::SPADCALL BOOT::|f| (BOOT::|shellEntry| BOOT::$ 33)) ; (BOOT::|shellEntry| BOOT::$ 35))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FSINT;trans?| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|FSINT;trans?| ; (BOOT::SPADCALL (CONS #'BOOT::|FSINT;trans?!0| BOOT::$) ; (BOOT::SPADCALL BOOT::|f| ; (BOOT::|shellEntry| BOOT::$ 33)) ; (BOOT::|shellEntry| BOOT::$ 35)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FSINT;trans?!0| ...) ; compiling (DEFUN |FSINT;mkPrimh| ...) ; compiling (DEFUN |FSINT;rinteg| ...) ; compiling (DEFUN |FSINT;halfangle| ...) ; compiling (DEFUN |FSINT;Khalf| ...) ; compiling (DEFUN |FSINT;postSubst| ...) ; compiling (DEFUN |FSINT;goComplex?| ...) ; compiling (DEFUN |FSINT;integrate;FSU;10| ...) ; compiling (DEFUN |FSINT;integrate;FSU;10!4| ...) ; compiling (DEFUN |FSINT;integrate;FSU;10!3| ...) ; compiling (DEFUN |FSINT;integrate;FSU;10!2| ...) ; compiling (DEFUN |FSINT;integrate;FSU;10!1| ...) ; compiling (DEFUN |FSINT;integrate;FSU;10!0| ...) ; compiling (DEFUN |FunctionSpaceIntegration| ...) ; compiling (DEFUN |FunctionSpaceIntegration;| ...) ; compiling (MAKEPROP (QUOTE |FunctionSpaceIntegration|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-Q8Ouar/code.fasl written ; compilation finished in 0:00:00.103 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/UPSCAT.fasl --optimize=3 UPSCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UPSCAT.spad using Spad compiler. UPSCAT abbreviates category UnivariatePowerSeriesCategory debug: compDefine1 lhs: (UnivariatePowerSeriesCategory Coef Expon) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (Coef Expon) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for UnivariatePowerSeriesCategory compiling into /tmp/oa-MHeIIF STYLE-WARNING: redefining BOOT::|UnivariatePowerSeriesCategory| in DEFUN Time: 0.02 SEC. UPSCAT- abbreviates package UnivariatePowerSeriesCategory& ------------------------------------------------------------------------ initializing stationary directory for UnivariatePowerSeriesCategory& compiling into /tmp/oa-zydPg7 compiling exported degree : S -> Expon Time: 0.04 SEC. compiling exported leadingCoefficient : S -> Coef Time: 0 SEC. compiling exported leadingMonomial : S -> S Time: 0 SEC. compiling exported monomial : (S,List SingletonAsOrderedSet,List Expon) -> S Time: 0.03 SEC. compiling exported monomial : (S,SingletonAsOrderedSet,Expon) -> S Time: 0 SEC. compiling exported reductum : S -> S Time: 0 SEC. compiling exported variables : S -> List SingletonAsOrderedSet Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Warnings: [1] String syntax for ** in signature is deprecated. [2] String syntax for * in signature is deprecated. Cumulative Statistics for Constructor UnivariatePowerSeriesCategory& Time: 0.08 seconds finalizing NRLIB UPSCAT- ; compiling file "/tmp/oa-zydPg7/code.lsp" (written 01 FEB 2016 11:08:01 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |UPSCAT-;degree;$Expon;1| ...) ; compiling (DEFUN |UPSCAT-;leadingCoefficient;$Coef;2| ...) ; compiling (DEFUN |UPSCAT-;leadingMonomial;2$;3| ...) ; compiling (DEFUN |UPSCAT-;monomial;$LL$;4| ...) ; compiling (DEFUN |UPSCAT-;monomial;$SaosExpon$;5| ...) ; file: /tmp/oa-zydPg7/code.lsp ; in: DEFUN |UPSCAT-;monomial;$SaosExpon$;5| ; (DEFUN BOOT::|UPSCAT-;monomial;$SaosExpon$;5| ; (BOOT::|f| BOOT::|v| BOOT::|n| BOOT::$) ; (BOOT::SPADCALL BOOT::|f| ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 24) BOOT::|n| ; (BOOT::|shellEntry| BOOT::$ 13)) ; (BOOT::|shellEntry| BOOT::$ 26))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPSCAT-;monomial;$SaosExpon$;5| ; (BOOT::|f| BOOT::|v| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|UPSCAT-;monomial;$SaosExpon$;5| ; (BOOT::SPADCALL BOOT::|f| ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 24) ; BOOT::|n| ; (BOOT::|shellEntry| BOOT::$ 13)) ; (BOOT::|shellEntry| BOOT::$ 26)))) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |UPSCAT-;reductum;2$;6| ...) ; compiling (DEFUN |UPSCAT-;variables;$L;7| ...) ; file: /tmp/oa-zydPg7/code.lsp ; in: DEFUN |UPSCAT-;variables;$L;7| ; (DEFUN BOOT::|UPSCAT-;variables;$L;7| (BOOT::|f| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 32)) ; (BOOT::|shellEntry| BOOT::$ 33))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPSCAT-;variables;$L;7| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|UPSCAT-;variables;$L;7| ; (BOOT::SPADCALL (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 32)) ; (BOOT::|shellEntry| BOOT::$ 33)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; ; caught STYLE-WARNING: ; The variable |f| is defined but never used. ; compiling (DEFUN |UnivariatePowerSeriesCategory&| ...) ; compiling (MAKEPROP (QUOTE |UnivariatePowerSeriesCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 1 note ; /tmp/oa-zydPg7/code.fasl written ; compilation finished in 0:00:00.029 ------------------------------------------------------------------------ finalizing NRLIB UPSCAT Processing UnivariatePowerSeriesCategory for Browser database: -- terms : % -> Stream Term -- variable : % -> Symbol -- center : % -> Coef -- multiplyExponents : (%,PositiveInteger) -> % -- order : % -> Expon -- order : (%,Expon) -> Expon -- truncate : (%,Expon) -> % -- truncate : (%,Expon,Expon) -> % -- approximate : (%,Expon) -> Coef -- extend : (%,Expon) -> % -- eval : (%,Coef) -> Stream Coef -- constructor ; compiling file "/tmp/oa-MHeIIF/code.lsp" (written 01 FEB 2016 11:08:01 PM): ; compiling (DEFPARAMETER |UnivariatePowerSeriesCategory;AL| ...) ; compiling (DEFUN |UnivariatePowerSeriesCategory;| ...) ; compiling (DEFUN |UnivariatePowerSeriesCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-MHeIIF/code.fasl written ; compilation finished in 0:00:00.020 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/PSCAT.fasl --optimize=3 PSCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PSCAT.spad using Spad compiler. PSCAT abbreviates category PowerSeriesCategory debug: compDefine1 lhs: (PowerSeriesCategory Coef Expon Var) signature (pre-evaluate): ((Category) NIL NIL NIL) debug: evaluateType form: (Category) $param: (Coef Expon Var) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PowerSeriesCategory compiling into /tmp/oa-Dy9N8Z STYLE-WARNING: redefining BOOT::|PowerSeriesCategory| in DEFUN Time: 0.01 SEC. PSCAT- abbreviates package PowerSeriesCategory& ------------------------------------------------------------------------ initializing stationary directory for PowerSeriesCategory& compiling into /tmp/oa-NJv2os compiling exported * : (Integer,S) -> S Time: 0.04 SEC. compiling exported * : (Coef,S) -> S Time: 0.01 SEC. compiling exported * : (S,Coef) -> S Time: 0 SEC. compiling exported - : S -> S Time: 0 SEC. compiling exported * : (Fraction Integer,S) -> S Time: 0.03 SEC. compiling exported * : (S,Fraction Integer) -> S Time: 0.01 SEC. compiling exported / : (S,Coef) -> S Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor PowerSeriesCategory& Time: 0.10 seconds finalizing NRLIB PSCAT- ; compiling file "/tmp/oa-NJv2os/code.lsp" (written 01 FEB 2016 11:08:01 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PSCAT-;*;I2$;1| ...) ; compiling (DEFUN |PSCAT-;*;I2$;1!0| ...) ; compiling (DEFUN |PSCAT-;*;Coef2$;2| ...) ; compiling (DEFUN |PSCAT-;*;Coef2$;2!0| ...) ; compiling (DEFUN |PSCAT-;*;$Coef$;3| ...) ; compiling (DEFUN |PSCAT-;*;$Coef$;3!0| ...) ; compiling (DEFUN |PSCAT-;-;2$;4| ...) ; compiling (DEFUN |PSCAT-;-;2$;4!0| ...) ; compiling (DEFUN |PSCAT-;*;F2$;5| ...) ; compiling (DEFUN |PSCAT-;*;F2$;5!0| ...) ; compiling (DEFUN |PSCAT-;*;$F$;6| ...) ; compiling (DEFUN |PSCAT-;*;$F$;6!0| ...) ; compiling (DEFUN |PSCAT-;/;$Coef$;7| ...) ; compiling (DEFUN |PSCAT-;/;$Coef$;7!0| ...) ; compiling (DEFUN |PowerSeriesCategory&| ...) ; compiling (MAKEPROP (QUOTE |PowerSeriesCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-NJv2os/code.fasl written ; compilation finished in 0:00:00.042 ------------------------------------------------------------------------ finalizing NRLIB PSCAT Processing PowerSeriesCategory for Browser database: -- monomial : (%,Var,Expon) -> % -- monomial : (%,List Var,List Expon) -> % -- leadingMonomial : % -> % -- leadingCoefficient : % -> Coef -- degree : % -> Expon -- variables : % -> List Var -- pole? : % -> Boolean -- complete : % -> % -- constructor ; compiling file "/tmp/oa-Dy9N8Z/code.lsp" (written 01 FEB 2016 11:08:01 PM): ; compiling (DEFPARAMETER |PowerSeriesCategory;AL| ...) ; compiling (DEFUN |PowerSeriesCategory;| ...) ; compiling (DEFUN |PowerSeriesCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Dy9N8Z/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/UTSCAT.fasl --optimize=3 UTSCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UTSCAT.spad using Spad compiler. UTSCAT abbreviates category UnivariateTaylorSeriesCategory debug: compDefine1 lhs: (UnivariateTaylorSeriesCategory Coef) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (Coef) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for UnivariateTaylorSeriesCategory compiling into /tmp/oa-e5Copm STYLE-WARNING: redefining BOOT::|UnivariateTaylorSeriesCategory| in DEFUN Time: 0.02 SEC. UTSCAT- abbreviates package UnivariateTaylorSeriesCategory& ------------------------------------------------------------------------ initializing stationary directory for UnivariateTaylorSeriesCategory& compiling into /tmp/oa-2AR8vP compiling exported zero? : S -> Boolean Time: 0.06 SEC. compiling local factorials? : () -> Boolean UTSCAT-;factorials? is replaced by %false Time: 0.00 SEC. compiling local termOutput : (Integer,Coef,OutputForm) -> OutputForm Time: 0.02 SEC. compiling local showAll? : () -> Boolean UTSCAT-;showAll? is replaced by %true Time: 0 SEC. compiling exported coerce : S -> OutputForm Time: 0.13 SEC. compiling exported ** : (S,Coef) -> S Time: 0.03 SEC. compiling exported ** : (S,S) -> S Time: 0.03 SEC. compiling exported ** : (S,Fraction Integer) -> S Time: 0.04 SEC. compiling exported exp : S -> S Time: 0.01 SEC. compiling exported log : S -> S Time: 0.02 SEC. compiling exported sin : S -> S Time: 0.02 SEC. compiling exported cos : S -> S Time: 0.02 SEC. compiling exported tan : S -> S Time: 0.02 SEC. compiling exported cot : S -> S Time: 0.02 SEC. compiling exported sec : S -> S Time: 0.02 SEC. compiling exported csc : S -> S Time: 0.02 SEC. compiling exported asin : S -> S Time: 0.02 SEC. compiling exported acos : S -> S Time: 0.02 SEC. compiling exported atan : S -> S Time: 0.02 SEC. compiling exported acot : S -> S Time: 0.04 SEC. compiling exported asec : S -> S Time: 0.01 SEC. compiling exported acsc : S -> S Time: 0.02 SEC. compiling exported sinh : S -> S Time: 0.01 SEC. compiling exported cosh : S -> S Time: 0.01 SEC. compiling exported tanh : S -> S Time: 0.01 SEC. compiling exported coth : S -> S Time: 0.02 SEC. compiling exported sech : S -> S Time: 0.01 SEC. compiling exported csch : S -> S Time: 0.01 SEC. compiling exported asinh : S -> S Time: 0.01 SEC. compiling exported acosh : S -> S Time: 0.02 SEC. compiling exported atanh : S -> S Time: 0.01 SEC. compiling exported acoth : S -> S Time: 0.02 SEC. compiling exported asech : S -> S Time: 0.01 SEC. compiling exported acsch : S -> S Time: 0.01 SEC. compiling exported ** : (S,S) -> S Time: 0.02 SEC. compiling exported ** : (S,Fraction Integer) -> S Time: 0.05 SEC. compiling exported exp : S -> S Time: 0.01 SEC. compiling exported log : S -> S Time: 0.01 SEC. compiling exported sin : S -> S Time: 0.01 SEC. compiling exported cos : S -> S Time: 0.01 SEC. compiling exported tan : S -> S Time: 0.01 SEC. compiling exported cot : S -> S Time: 0.01 SEC. compiling exported sec : S -> S Time: 0.01 SEC. compiling exported csc : S -> S Time: 0.01 SEC. compiling exported asin : S -> S Time: 0.01 SEC. compiling exported acos : S -> S Time: 0.01 SEC. compiling exported atan : S -> S Time: 0.01 SEC. compiling exported acot : S -> S Time: 0.01 SEC. compiling exported asec : S -> S Time: 0.01 SEC. compiling exported acsc : S -> S Time: 0.01 SEC. compiling exported sinh : S -> S Time: 0.01 SEC. compiling exported cosh : S -> S Time: 0.01 SEC. compiling exported tanh : S -> S Time: 0.01 SEC. compiling exported coth : S -> S Time: 0.01 SEC. compiling exported sech : S -> S Time: 0.01 SEC. compiling exported csch : S -> S Time: 0.01 SEC. compiling exported asinh : S -> S Time: 0.01 SEC. compiling exported acosh : S -> S Time: 0.01 SEC. compiling exported atanh : S -> S Time: 0.01 SEC. compiling exported acoth : S -> S Time: 0.01 SEC. compiling exported asech : S -> S Time: 0.01 SEC. compiling exported acsch : S -> S Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] zero?: empty? has no value [2] coerce: empty? has no value Cumulative Statistics for Constructor UnivariateTaylorSeriesCategory& Time: 1.01 seconds finalizing NRLIB UTSCAT- ; compiling file "/tmp/oa-2AR8vP/code.lsp" (written 01 FEB 2016 11:08:02 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UTSCAT-;factorials?|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UTSCAT-;showAll?|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |UTSCAT-;zero?;$B;1| ...) ; file: /tmp/oa-2AR8vP/code.lsp ; in: DEFUN |UTSCAT-;zero?;$B;1| ; (DEFUN BOOT::|UTSCAT-;zero?;$B;1| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|coefs| (BOOT::SPADCALL BOOT::|x| #))) ; (OR (BOOT::SPADCALL BOOT::|coefs| (BOOT::|shellEntry| BOOT::$ 11)) ; (AND (BOOT::SPADCALL # #) (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UTSCAT-;zero?;$B;1| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|UTSCAT-;zero?;$B;1| ; (LET ((BOOT::|coefs| #)) ; (OR (BOOT::SPADCALL BOOT::|coefs| #) (AND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |UTSCAT-;factorials?| ...) ; compiling (DEFUN |UTSCAT-;termOutput| ...) ; compiling (DEFUN |UTSCAT-;showAll?| ...) ; compiling (DEFUN |UTSCAT-;coerce;$Of;5| ...) ; compiling (DEFUN |UTSCAT-;**;$Coef$;6| ...) ; compiling (DEFUN |UTSCAT-;**;3$;7| ...) ; compiling (DEFUN |UTSCAT-;**;$F$;8| ...) ; compiling (DEFUN |UTSCAT-;exp;2$;9| ...) ; compiling (DEFUN |UTSCAT-;log;2$;10| ...) ; compiling (DEFUN |UTSCAT-;sin;2$;11| ...) ; compiling (DEFUN |UTSCAT-;cos;2$;12| ...) ; compiling (DEFUN |UTSCAT-;tan;2$;13| ...) ; compiling (DEFUN |UTSCAT-;cot;2$;14| ...) ; compiling (DEFUN |UTSCAT-;sec;2$;15| ...) ; compiling (DEFUN |UTSCAT-;csc;2$;16| ...) ; compiling (DEFUN |UTSCAT-;asin;2$;17| ...) ; compiling (DEFUN |UTSCAT-;acos;2$;18| ...) ; compiling (DEFUN |UTSCAT-;atan;2$;19| ...) ; compiling (DEFUN |UTSCAT-;acot;2$;20| ...) ; compiling (DEFUN |UTSCAT-;asec;2$;21| ...) ; compiling (DEFUN |UTSCAT-;acsc;2$;22| ...) ; compiling (DEFUN |UTSCAT-;sinh;2$;23| ...) ; compiling (DEFUN |UTSCAT-;cosh;2$;24| ...) ; compiling (DEFUN |UTSCAT-;tanh;2$;25| ...) ; compiling (DEFUN |UTSCAT-;coth;2$;26| ...) ; compiling (DEFUN |UTSCAT-;sech;2$;27| ...) ; compiling (DEFUN |UTSCAT-;csch;2$;28| ...) ; compiling (DEFUN |UTSCAT-;asinh;2$;29| ...) ; compiling (DEFUN |UTSCAT-;acosh;2$;30| ...) ; compiling (DEFUN |UTSCAT-;atanh;2$;31| ...) ; compiling (DEFUN |UTSCAT-;acoth;2$;32| ...) ; compiling (DEFUN |UTSCAT-;asech;2$;33| ...) ; compiling (DEFUN |UTSCAT-;acsch;2$;34| ...) ; compiling (DEFUN |UTSCAT-;**;3$;35| ...) ; compiling (DEFUN |UTSCAT-;**;$F$;36| ...) ; compiling (DEFUN |UTSCAT-;exp;2$;37| ...) ; compiling (DEFUN |UTSCAT-;log;2$;38| ...) ; compiling (DEFUN |UTSCAT-;sin;2$;39| ...) ; compiling (DEFUN |UTSCAT-;cos;2$;40| ...) ; compiling (DEFUN |UTSCAT-;tan;2$;41| ...) ; compiling (DEFUN |UTSCAT-;cot;2$;42| ...) ; compiling (DEFUN |UTSCAT-;sec;2$;43| ...) ; compiling (DEFUN |UTSCAT-;csc;2$;44| ...) ; compiling (DEFUN |UTSCAT-;asin;2$;45| ...) ; compiling (DEFUN |UTSCAT-;acos;2$;46| ...) ; compiling (DEFUN |UTSCAT-;atan;2$;47| ...) ; compiling (DEFUN |UTSCAT-;acot;2$;48| ...) ; compiling (DEFUN |UTSCAT-;asec;2$;49| ...) ; compiling (DEFUN |UTSCAT-;acsc;2$;50| ...) ; compiling (DEFUN |UTSCAT-;sinh;2$;51| ...) ; compiling (DEFUN |UTSCAT-;cosh;2$;52| ...) ; compiling (DEFUN |UTSCAT-;tanh;2$;53| ...) ; compiling (DEFUN |UTSCAT-;coth;2$;54| ...) ; compiling (DEFUN |UTSCAT-;sech;2$;55| ...) ; compiling (DEFUN |UTSCAT-;csch;2$;56| ...) ; compiling (DEFUN |UTSCAT-;asinh;2$;57| ...) ; compiling (DEFUN |UTSCAT-;acosh;2$;58| ...) ; compiling (DEFUN |UTSCAT-;atanh;2$;59| ...) ; compiling (DEFUN |UTSCAT-;acoth;2$;60| ...) ; compiling (DEFUN |UTSCAT-;asech;2$;61| ...) ; compiling (DEFUN |UTSCAT-;acsch;2$;62| ...) ; compiling (DEFUN |UnivariateTaylorSeriesCategory&| ...) ; compiling (MAKEPROP (QUOTE |UnivariateTaylorSeriesCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-2AR8vP/code.fasl written ; compilation finished in 0:00:00.180 ------------------------------------------------------------------------ finalizing NRLIB UTSCAT Processing UnivariateTaylorSeriesCategory for Browser database: -- series : Stream Term -> % -- coefficients : % -> Stream Coef -- series : Stream Coef -> % -- quoByVar : % -> % -- multiplyCoefficients : ((I -> Coef),%) -> % -- polynomial : (%,NNI) -> Polynomial Coef -- polynomial : (%,NNI,NNI) -> Polynomial Coef -- ?**? : (%,Coef) -> % -- integrate : % -> % -- integrate : (%,Symbol) -> % -- integrate : (%,Symbol) -> % -- constructor ; compiling file "/tmp/oa-e5Copm/code.lsp" (written 01 FEB 2016 11:08:02 PM): ; compiling (DEFPARAMETER |UnivariateTaylorSeriesCategory;AL| ...) ; compiling (DEFUN |UnivariateTaylorSeriesCategory;| ...) ; compiling (DEFUN |UnivariateTaylorSeriesCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-e5Copm/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/VARIABLE.fasl --optimize=3 VARIABLE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/VARIABLE.spad using Spad compiler. VARIABLE abbreviates domain Variable debug: compDefine1 lhs: (Variable sym) signature (pre-evaluate): ((Join (SetCategory) (CoercibleTo (Symbol)) (CATEGORY package (SIGNATURE variable ((Symbol))))) (Symbol)) debug: evaluateType form: (Join (SetCategory) (CoercibleTo (Symbol)) (CATEGORY package (SIGNATURE variable ((Symbol))))) $param: (sym) debug: evaluateType form: (SetCategory) $param: (sym) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CoercibleTo (Symbol)) $param: (sym) Debug: evaluateType1 form: (CoercibleTo (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (sym) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (sym) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (CATEGORY package (SIGNATURE variable ((Symbol)))) $param: (sym) debug: evaluateType form: (Symbol) $param: (sym) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Symbol) $param: (sym) Debug: evaluateType1 form: (Symbol) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CoercibleTo (Symbol)) (CATEGORY package (SIGNATURE variable ((Symbol))))) (Symbol)) debug: compDefine1 lhs: (Variable sym) signature (pre-evaluate): ((Join (SetCategory) (CoercibleTo (Symbol)) (CATEGORY package (SIGNATURE variable ((Symbol))))) NIL) debug: evaluateType form: (Join (SetCategory) (CoercibleTo (Symbol)) (CATEGORY package (SIGNATURE variable ((Symbol))))) $param: (sym) debug: evaluateType form: (SetCategory) $param: (sym) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CoercibleTo (Symbol)) $param: (sym) Debug: evaluateType1 form: (CoercibleTo (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (sym) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (sym) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (CATEGORY package (SIGNATURE variable ((Symbol)))) $param: (sym) debug: evaluateType form: (Symbol) $param: (sym) Debug: evaluateType1 form: (Symbol) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CoercibleTo (Symbol)) (CATEGORY package (SIGNATURE variable ((Symbol))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for Variable compiling into /tmp/oa-9Ua0hH compiling exported coerce : % -> Symbol Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Time: 0.02 SEC. compiling exported variable : () -> Symbol Time: 0 SEC. compiling exported = : (%,%) -> Boolean VARIABLE;=;2$B;4(x,y) is replaced by %true Time: 0.00 SEC. compiling exported latex : % -> String Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor Variable Time: 0.03 seconds finalizing NRLIB VARIABLE Processing Variable for Browser database: -- variable : () -> Symbol -- constructor ; compiling file "/tmp/oa-9Ua0hH/code.lsp" (written 01 FEB 2016 11:08:03 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |VARIABLE;=;2$B;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |VARIABLE;coerce;$S;1|) ...) ; compiling (PUT (QUOTE |VARIABLE;variable;S;3|) ...) ; compiling (DEFUN |VARIABLE;coerce;$S;1| ...) ; file: /tmp/oa-9Ua0hH/code.lsp ; in: DEFUN |VARIABLE;coerce;$S;1| ; (DEFUN BOOT::|VARIABLE;coerce;$S;1| (BOOT::|x| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 6)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|VARIABLE;coerce;$S;1| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|VARIABLE;coerce;$S;1| (BOOT::|shellEntry| BOOT::$ 6))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |VARIABLE;coerce;$Of;2| ...) ; file: /tmp/oa-9Ua0hH/code.lsp ; in: DEFUN |VARIABLE;coerce;$Of;2| ; (DEFUN BOOT::|VARIABLE;coerce;$Of;2| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 6) ; (BOOT::|shellEntry| BOOT::$ 10))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|VARIABLE;coerce;$Of;2| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|VARIABLE;coerce;$Of;2| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 6) ; (BOOT::|shellEntry| BOOT::$ 10)))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |VARIABLE;variable;S;3| ...) ; compiling (DEFUN |VARIABLE;=;2$B;4| ...) ; file: /tmp/oa-9Ua0hH/code.lsp ; in: DEFUN |VARIABLE;=;2$B;4| ; (DEFUN BOOT::|VARIABLE;=;2$B;4| (BOOT::|x| BOOT::|y| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; T) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|VARIABLE;=;2$B;4| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|VARIABLE;=;2$B;4| T)) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |y| is defined but never used. ; compiling (DEFUN |VARIABLE;latex;$S;5| ...) ; file: /tmp/oa-9Ua0hH/code.lsp ; in: DEFUN |VARIABLE;latex;$S;5| ; (DEFUN BOOT::|VARIABLE;latex;$S;5| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 6) ; (BOOT::|shellEntry| BOOT::$ 17))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|VARIABLE;latex;$S;5| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|VARIABLE;latex;$S;5| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 6) ; (BOOT::|shellEntry| BOOT::$ 17)))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |Variable| ...) ; compiling (DEFUN |Variable;| ...) ; compiling (MAKEPROP (QUOTE |Variable|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 5 STYLE-WARNING conditions ; printed 1 note ; /tmp/oa-9Ua0hH/code.fasl written ; compilation finished in 0:00:00.020 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/STTAYLOR.fasl --bootstrap STTAYLOR.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/STTAYLOR.spad using Spad compiler. STTAYLOR abbreviates package StreamTaylorSeriesOperations ------------------------------------------------------------------------ initializing stationary directory for StreamTaylorSeriesOperations compiling into /tmp/oa-E2t3sQ Time: 0.01 SEC. Warnings: [1] String syntax for ** in signature is deprecated. Cumulative Statistics for Constructor StreamTaylorSeriesOperations Time: 0.01 seconds finalizing NRLIB STTAYLOR ; compiling file "/tmp/oa-E2t3sQ/code.lsp" (written 01 FEB 2016 11:08:03 PM): ; compiling (DEFUN |StreamTaylorSeriesOperations| ...) ; compiling (DEFUN |StreamTaylorSeriesOperations;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-E2t3sQ/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/ITAYLOR.fasl --optimize=3 ITAYLOR.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ITAYLOR.spad using Spad compiler. ITAYLOR abbreviates domain InnerTaylorSeries debug: compDefine1 lhs: (InnerTaylorSeries Coef) signature (pre-evaluate): ((Join (Ring) (BiModule Coef Coef) (CATEGORY domain (SIGNATURE coefficients ((Stream Coef) $)) (SIGNATURE series ($ (Stream Coef))) (SIGNATURE pole? ((Boolean) $)) (SIGNATURE order ((NonNegativeInteger) $)) (SIGNATURE order ((NonNegativeInteger) $ (NonNegativeInteger))) (SIGNATURE * ($ $ (Integer))) (IF (has Coef (IntegralDomain)) (ATTRIBUTE (IntegralDomain)) %noBranch))) NIL) debug: evaluateType form: (Join (Ring) (BiModule Coef Coef) (CATEGORY domain (SIGNATURE coefficients ((Stream Coef) $)) (SIGNATURE series ($ (Stream Coef))) (SIGNATURE pole? ((Boolean) $)) (SIGNATURE order ((NonNegativeInteger) $)) (SIGNATURE order ((NonNegativeInteger) $ (NonNegativeInteger))) (SIGNATURE * ($ $ (Integer))) (IF (has Coef (IntegralDomain)) (ATTRIBUTE (IntegralDomain)) %noBranch))) $param: (Coef) debug: evaluateType form: (Ring) $param: (Coef) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (BiModule Coef Coef) $param: (Coef) Debug: evaluateType1 form: (BiModule Coef Coef) debug: evaluateType1 x: Coef m: (Ring) debug: evaluateType1 x: Coef m: (Ring) debug: evaluateType form: (CATEGORY domain (SIGNATURE coefficients ((Stream Coef) $)) (SIGNATURE series ($ (Stream Coef))) (SIGNATURE pole? ((Boolean) $)) (SIGNATURE order ((NonNegativeInteger) $)) (SIGNATURE order ((NonNegativeInteger) $ (NonNegativeInteger))) (SIGNATURE * ($ $ (Integer))) (IF (has Coef (IntegralDomain)) (ATTRIBUTE (IntegralDomain)) %noBranch)) $param: (Coef) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Boolean) $param: (Coef) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (NonNegativeInteger) $param: (Coef) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (Coef) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (Coef) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Integer) $param: (Coef) Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((Join (Ring) (BiModule Coef Coef) (CATEGORY domain (SIGNATURE coefficients ((Stream Coef) $)) (SIGNATURE series ($ (Stream Coef))) (SIGNATURE pole? ((Boolean) $)) (SIGNATURE order ((NonNegativeInteger) $)) (SIGNATURE order ((NonNegativeInteger) $ (NonNegativeInteger))) (SIGNATURE * ($ $ (Integer))) (IF (has Coef (IntegralDomain)) (ATTRIBUTE (IntegralDomain)) %noBranch))) NIL) ------------------------------------------------------------------------ initializing stationary directory for InnerTaylorSeries compiling into /tmp/oa-5xDSt1 compiling exported series : Stream Coef -> % ITAYLOR;series;S$;1 st is replaced by st Time: 0.04 SEC. compiling exported Zero : () -> % Time: 0.01 SEC. compiling exported One : () -> % Time: 0.00 SEC. compiling exported = : (%,%) -> Boolean Time: 0.01 SEC. compiling exported coefficients : % -> Stream Coef ITAYLOR;coefficients;$S;5 x is replaced by x Time: 0.00 SEC. compiling exported + : (%,%) -> % Time: 0.00 SEC. compiling exported - : (%,%) -> % Time: 0.01 SEC. compiling exported * : (%,%) -> % Time: 0.00 SEC. compiling exported - : % -> % Time: 0.00 SEC. compiling exported * : (Integer,%) -> % Time: 0.01 SEC. compiling exported * : (%,Integer) -> % Time: 0.01 SEC. compiling exported * : (Coef,%) -> % Time: 0.00 SEC. compiling exported * : (%,Coef) -> % Time: 0.01 SEC. compiling exported recip : % -> Union(%,failed) Time: 0.00 SEC. compiling exported exquo : (%,%) -> Union(%,failed) Time: 0.01 SEC. compiling exported ** : (%,NonNegativeInteger) -> % Time: 0.02 SEC. compiling exported characteristic : () -> NonNegativeInteger Time: 0.00 SEC. compiling exported pole? : % -> Boolean ITAYLOR;pole?;$B;18 x is replaced by %false Time: 0.00 SEC. compiling local iOrder : (Stream Coef,NonNegativeInteger,NonNegativeInteger) -> NonNegativeInteger Time: 0.01 SEC. compiling exported order : (%,NonNegativeInteger) -> NonNegativeInteger Time: 0.00 SEC. compiling local iOrder2 : (Stream Coef,NonNegativeInteger) -> NonNegativeInteger Time: 0.02 SEC. compiling exported order : % -> NonNegativeInteger Time: 0.01 SEC. compiling exported zero? : % -> Boolean Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor InnerTaylorSeries Time: 0.20 seconds finalizing NRLIB ITAYLOR Processing InnerTaylorSeries for Browser database: -- coefficients : % -> Stream Coef -- series : Stream Coef -> % -- pole? : % -> Boolean -- order : % -> NNI -- order : (%,NNI) -> NNI -- ?*? : (%,Integer) -> % -- constructor ; compiling file "/tmp/oa-5xDSt1/code.lsp" (written 01 FEB 2016 11:08:03 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ITAYLOR;series;S$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ITAYLOR;coefficients;$S;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ITAYLOR;pole?;$B;18|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ITAYLOR;series;S$;1| ...) ; compiling (DEFUN |ITAYLOR;Zero;$;2| ...) ; compiling (DEFUN |ITAYLOR;One;$;3| ...) ; compiling (DEFUN |ITAYLOR;=;2$B;4| ...) ; file: /tmp/oa-5xDSt1/code.lsp ; in: DEFUN |ITAYLOR;=;2$B;4| ; (DEFUN BOOT::|ITAYLOR;=;2$B;4| (BOOT::|x| BOOT::|y| BOOT::$) ; (DECLARE (SPECIAL BOOT::|$streamCount|)) ; (LET ((BOOT::|st| (BOOT::|ITAYLOR;-;3$;7| BOOT::|x| BOOT::|y| BOOT::$)) ; (BOOT::|n| BOOT::|$streamCount|)) ; (PROGN ; (LET (#) ; (LOOP # ; #)) ; (BOOT::SPADCALL BOOT::|st| (BOOT::|shellEntry| BOOT::$ 18))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ITAYLOR;=;2$B;4| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (DECLARE (SPECIAL BOOT::|$streamCount|)) ; (BLOCK BOOT::|ITAYLOR;=;2$B;4| ; (LET ((BOOT::|st| #) (BOOT::|n| BOOT::|$streamCount|)) ; (PROGN ; (LET # ; #) ; (BOOT::SPADCALL BOOT::|st| #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |ITAYLOR;coefficients;$S;5| ...) ; compiling (DEFUN |ITAYLOR;+;3$;6| ...) ; compiling (DEFUN |ITAYLOR;-;3$;7| ...) ; compiling (DEFUN |ITAYLOR;*;3$;8| ...) ; compiling (DEFUN |ITAYLOR;-;2$;9| ...) ; compiling (DEFUN |ITAYLOR;*;I2$;10| ...) ; compiling (DEFUN |ITAYLOR;*;$I$;11| ...) ; compiling (DEFUN |ITAYLOR;*;Coef2$;12| ...) ; compiling (DEFUN |ITAYLOR;*;$Coef$;13| ...) ; compiling (DEFUN |ITAYLOR;recip;$U;14| ...) ; compiling (DEFUN |ITAYLOR;exquo;2$U;15| ...) ; compiling (DEFUN |ITAYLOR;**;$Nni$;16| ...) ; compiling (DEFUN |ITAYLOR;characteristic;Nni;17| ...) ; file: /tmp/oa-5xDSt1/code.lsp ; in: DEFUN |ITAYLOR;characteristic;Nni;17| ; (DEFUN BOOT::|ITAYLOR;characteristic;Nni;17| (BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 54)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ITAYLOR;characteristic;Nni;17| ; (BOOT::$) ; (BLOCK BOOT::|ITAYLOR;characteristic;Nni;17| ; (BOOT::|spadConstant| BOOT::$ 54))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |ITAYLOR;pole?;$B;18| ...) ; file: /tmp/oa-5xDSt1/code.lsp ; in: DEFUN |ITAYLOR;pole?;$B;18| ; (DEFUN BOOT::|ITAYLOR;pole?;$B;18| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; NIL) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ITAYLOR;pole?;$B;18| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|ITAYLOR;pole?;$B;18| NIL)) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |ITAYLOR;iOrder| ...) ; compiling (DEFUN |ITAYLOR;order;$2Nni;20| ...) ; compiling (DEFUN |ITAYLOR;iOrder2| ...) ; file: /tmp/oa-5xDSt1/code.lsp ; in: DEFUN |ITAYLOR;iOrder2| ; (DEFUN BOOT::|ITAYLOR;iOrder2| (BOOT::|st| BOOT::|n| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|st| (BOOT::|shellEntry| BOOT::$ 18)) ; (BOOT::|error| "order: series has infinite order")) ; ((BOOT::SPADCALL (CAR BOOT::|st|) (BOOT::|shellEntry| BOOT::$ 57)) ; (BOOT::|ITAYLOR;iOrder2| (CDR BOOT::|st|) (+ BOOT::|n| 1) BOOT::$)) ; (T BOOT::|n|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ITAYLOR;iOrder2| ; (BOOT::|st| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|ITAYLOR;iOrder2| ; (COND ; ((BOOT::SPADCALL BOOT::|st| #) ; (BOOT::|error| "order: series has infinite order")) ; ((BOOT::SPADCALL # #) (BOOT::|ITAYLOR;iOrder2| # # BOOT::$)) ; (T BOOT::|n|)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |ITAYLOR;order;$Nni;22| ...) ; compiling (DEFUN |ITAYLOR;zero?;$B;23| ...) ; file: /tmp/oa-5xDSt1/code.lsp ; in: DEFUN |ITAYLOR;zero?;$B;23| ; (DEFUN BOOT::|ITAYLOR;zero?;$B;23| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 18))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ITAYLOR;zero?;$B;23| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ITAYLOR;zero?;$B;23| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 18)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |InnerTaylorSeries| ...) ; compiling (DEFUN |InnerTaylorSeries;| ...) ; compiling (MAKEPROP (QUOTE |InnerTaylorSeries|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 4 notes ; /tmp/oa-5xDSt1/code.fasl written ; compilation finished in 0:00:00.047 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/UTS.fasl --optimize=3 UTS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UTS.spad using Spad compiler. UTS abbreviates domain UnivariateTaylorSeries debug: compDefine1 lhs: (UnivariateTaylorSeries Coef var cen) signature (pre-evaluate): ((Join (UnivariateTaylorSeriesCategory Coef) (PartialDifferentialDomain $ (Variable var)) (CATEGORY domain (SIGNATURE coerce ($ (UnivariatePolynomial var Coef))) (SIGNATURE univariatePolynomial ((UnivariatePolynomial var Coef) $ (NonNegativeInteger))) (SIGNATURE coerce ($ (Variable var))) (SIGNATURE lagrange ($ $)) (SIGNATURE lambert ($ $)) (SIGNATURE oddlambert ($ $)) (SIGNATURE evenlambert ($ $)) (SIGNATURE generalLambert ($ $ (Integer) (Integer))) (SIGNATURE revert ($ $)) (SIGNATURE multisect ($ (Integer) (Integer) $)) (SIGNATURE invmultisect ($ (Integer) (Integer) $)) (IF (has Coef (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Variable var))) %noBranch))) NIL NIL NIL) debug: evaluateType form: (Join (UnivariateTaylorSeriesCategory Coef) (PartialDifferentialDomain $ (Variable var)) (CATEGORY domain (SIGNATURE coerce ($ (UnivariatePolynomial var Coef))) (SIGNATURE univariatePolynomial ((UnivariatePolynomial var Coef) $ (NonNegativeInteger))) (SIGNATURE coerce ($ (Variable var))) (SIGNATURE lagrange ($ $)) (SIGNATURE lambert ($ $)) (SIGNATURE oddlambert ($ $)) (SIGNATURE evenlambert ($ $)) (SIGNATURE generalLambert ($ $ (Integer) (Integer))) (SIGNATURE revert ($ $)) (SIGNATURE multisect ($ (Integer) (Integer) $)) (SIGNATURE invmultisect ($ (Integer) (Integer) $)) (IF (has Coef (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Variable var))) %noBranch))) $param: (Coef var cen) debug: evaluateType form: (UnivariateTaylorSeriesCategory Coef) $param: (Coef var cen) Debug: evaluateType1 form: (UnivariateTaylorSeriesCategory Coef) debug: evaluateType1 x: Coef m: (Ring) debug: evaluateType form: (PartialDifferentialDomain $ (Variable var)) $param: (Coef var cen) Debug: evaluateType1 form: (PartialDifferentialDomain $ (Variable var)) debug: evaluateType1 x: $ m: (Type) debug: evaluateType1 x: (Variable var) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Coef var cen) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Variable var) $param: (Coef var cen) Debug: evaluateType1 form: (Variable var) debug: evaluateType1 x: var m: (Symbol) debug: evalCategory d: (Variable var) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE coerce ($ (UnivariatePolynomial var Coef))) (SIGNATURE univariatePolynomial ((UnivariatePolynomial var Coef) $ (NonNegativeInteger))) (SIGNATURE coerce ($ (Variable var))) (SIGNATURE lagrange ($ $)) (SIGNATURE lambert ($ $)) (SIGNATURE oddlambert ($ $)) (SIGNATURE evenlambert ($ $)) (SIGNATURE generalLambert ($ $ (Integer) (Integer))) (SIGNATURE revert ($ $)) (SIGNATURE multisect ($ (Integer) (Integer) $)) (SIGNATURE invmultisect ($ (Integer) (Integer) $)) (IF (has Coef (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Variable var))) %noBranch)) $param: (Coef var cen) debug: evaluateType form: (UnivariatePolynomial var Coef) $param: (Coef var cen) Debug: evaluateType1 form: (UnivariatePolynomial var Coef) debug: evaluateType1 x: var m: (Symbol) debug: evaluateType1 x: Coef m: (Ring) debug: evaluateType form: (UnivariatePolynomial var Coef) $param: (Coef var cen) Debug: evaluateType1 form: (UnivariatePolynomial var Coef) debug: evaluateType1 x: var m: (Symbol) debug: evaluateType1 x: Coef m: (Ring) debug: evaluateType form: (NonNegativeInteger) $param: (Coef var cen) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Variable var) $param: (Coef var cen) Debug: evaluateType1 form: (Variable var) debug: evaluateType1 x: var m: (Symbol) debug: evaluateType form: (Integer) $param: (Coef var cen) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (Coef var cen) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (Coef var cen) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (Coef var cen) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (Coef var cen) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (Coef var cen) Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((Join (UnivariateTaylorSeriesCategory Coef) (PartialDifferentialDomain $ (Variable var)) (CATEGORY domain (SIGNATURE coerce ($ (UnivariatePolynomial var Coef))) (SIGNATURE univariatePolynomial ((UnivariatePolynomial var Coef) $ (NonNegativeInteger))) (SIGNATURE coerce ($ (Variable var))) (SIGNATURE lagrange ($ $)) (SIGNATURE lambert ($ $)) (SIGNATURE oddlambert ($ $)) (SIGNATURE evenlambert ($ $)) (SIGNATURE generalLambert ($ $ (Integer) (Integer))) (SIGNATURE revert ($ $)) (SIGNATURE multisect ($ (Integer) (Integer) $)) (SIGNATURE invmultisect ($ (Integer) (Integer) $)) (IF (has Coef (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Variable var))) %noBranch))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for UnivariateTaylorSeries compiling into /tmp/oa-4SQu9o compiling local stream : % -> Stream Coef UTS;stream x is replaced by x Time: 0.06 SEC. compiling exported coerce : Variable var -> % Time: 0.02 SEC. compiling exported coerce : Integer -> % Time: 0.01 SEC. compiling exported coerce : Coef -> % Time: 0.01 SEC. compiling exported monomial : (Coef,NonNegativeInteger) -> % Time: 0.02 SEC. compiling local getExpon : Record(k: NonNegativeInteger,c: Coef) -> NonNegativeInteger UTS;getExpon is replaced by %head Time: 0.01 SEC. compiling local getCoef : Record(k: NonNegativeInteger,c: Coef) -> Coef UTS;getCoef is replaced by %tail Time: 0 SEC. compiling local rec : (NonNegativeInteger,Coef) -> Record(k: NonNegativeInteger,c: Coef) UTS;rec is replaced by %pair Time: 0.00 SEC. compiling local recs : (Stream Coef,NonNegativeInteger) -> Stream Record(k: NonNegativeInteger,c: Coef) Time: 0.04 SEC. compiling exported terms : % -> Stream Record(k: NonNegativeInteger,c: Coef) Time: 0.02 SEC. compiling local recsToCoefs : (Stream Record(k: NonNegativeInteger,c: Coef),NonNegativeInteger) -> Stream Coef Time: 0.07 SEC. compiling exported series : Stream Record(k: NonNegativeInteger,c: Coef) -> % Time: 0.02 SEC. compiling local stToPoly : (Stream Coef,Polynomial Coef,NonNegativeInteger,NonNegativeInteger) -> Polynomial Coef Time: 0.02 SEC. compiling exported polynomial : (%,NonNegativeInteger) -> Polynomial Coef Time: 0.02 SEC. compiling exported polynomial : (%,NonNegativeInteger,NonNegativeInteger) -> Polynomial Coef Time: 0.03 SEC. compiling local stToUPoly : (Stream Coef,UnivariatePolynomial(var,Coef),NonNegativeInteger,NonNegativeInteger) -> UnivariatePolynomial(var,Coef) Time: 0.03 SEC. compiling exported univariatePolynomial : (%,NonNegativeInteger) -> UnivariatePolynomial(var,Coef) Time: 0.02 SEC. compiling exported coerce : UnivariatePolynomial(var,Coef) -> % Time: 0.08 SEC. compiling local stToCoef : (Stream Coef,Coef,NonNegativeInteger,NonNegativeInteger) -> Coef Time: 0.02 SEC. compiling exported approximate : (%,NonNegativeInteger) -> Coef Time: 0.01 SEC. compiling exported variable : % -> Symbol Time: 0 SEC. compiling exported center : % -> Coef Time: 0 SEC. compiling exported coefficient : (%,NonNegativeInteger) -> Coef Time: 0.03 SEC. compiling exported elt : (%,NonNegativeInteger) -> Coef Time: 0.00 SEC. compiling exported map : (Coef -> Coef,%) -> % Time: 0.00 SEC. compiling exported eval : (%,Coef) -> Stream Coef Time: 0.01 SEC. compiling exported differentiate : % -> % Time: 0.00 SEC. compiling exported differentiate : (%,Variable var) -> % Time: 0.00 SEC. compiling exported differentiate : (%,Symbol) -> % Time: 0.04 SEC. compiling exported multiplyCoefficients : (Integer -> Coef,%) -> % Time: 0.01 SEC. compiling exported lagrange : % -> % Time: 0.00 SEC. compiling exported lambert : % -> % Time: 0.00 SEC. compiling exported oddlambert : % -> % Time: 0.00 SEC. compiling exported evenlambert : % -> % Time: 0.01 SEC. compiling exported generalLambert : (%,Integer,Integer) -> % Time: 0.01 SEC. compiling exported extend : (%,NonNegativeInteger) -> % Time: 0.02 SEC. compiling exported complete : % -> % Time: 0 SEC. compiling exported truncate : (%,NonNegativeInteger) -> % Time: 0.01 SEC. compiling exported truncate : (%,NonNegativeInteger,NonNegativeInteger) -> % Time: 0.01 SEC. compiling exported elt : (%,%) -> % Time: 0.00 SEC. compiling exported revert : % -> % Time: 0.01 SEC. compiling exported multisect : (Integer,Integer,%) -> % Time: 0.01 SEC. compiling exported invmultisect : (Integer,Integer,%) -> % Time: 0.02 SEC. compiling exported multiplyExponents : (%,PositiveInteger) -> % Time: 0.01 SEC. compiling exported quoByVar : % -> % Time: 0.00 SEC. compiling exported unit? : % -> Boolean Time: 0.02 SEC. compiling exported ** : (%,Coef) -> % Time: 0.04 SEC. compiling exported ** : (%,Coef) -> % Time: 0.02 SEC. compiling exported coerce : Fraction Integer -> % Time: 0.02 SEC. compiling exported integrate : % -> % Time: 0.02 SEC. compiling exported integrate : (%,Variable var) -> % Time: 0.00 SEC. compiling exported integrate : (%,Symbol) -> % Time: 0.05 SEC. compiling local integrateWithOneAnswer : (Coef,Symbol) -> Coef Time: 0.06 SEC. compiling exported integrate : (%,Symbol) -> % Time: 0.05 SEC. (time taken in buildFunctor: 28) Time: 0.10 SEC. Warnings: [1] String syntax for ** in signature is deprecated. [2] Rep differs from the base domain Cumulative Statistics for Constructor UnivariateTaylorSeries Time: 1.13 seconds --------------non extending category---------------------- UnivariateTaylorSeries(#1,#2,#3) of category Join( UnivariateTaylorSeriesCategory #1,PartialDifferentialDomain($, Variable #2)) with coerce : UnivariatePolynomial(#2,#1) -> % univariatePolynomial : (%,NonNegativeInteger) -> UnivariatePolynomial(#2,#1) coerce : Variable #2 -> % lagrange : % -> % lambert : % -> % oddlambert : % -> % evenlambert : % -> % generalLambert : (%,Integer,Integer) -> % revert : % -> % multisect : (Integer,Integer,%) -> % invmultisect : (Integer,Integer,%) -> %IF (has #1 (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Variable #2)))%noBranch has no ?*? : (%,Integer) -> % ---------------------------------------------------------- finalizing NRLIB UTS Processing UnivariateTaylorSeries for Browser database: -- coerce : UP -> % -- univariatePolynomial : (%,NNI) -> UP -- coerce : Variable var -> % -- lagrange : % -> % -- lambert : % -> % -- oddlambert : % -> % -- evenlambert : % -> % -- generalLambert : (%,I,I) -> % -- revert : % -> % -- multisect : (I,I,%) -> % -- invmultisect : (I,I,%) -> % -- integrate : (%,Variable var) -> % -- constructor ; compiling file "/tmp/oa-4SQu9o/code.lsp" (written 01 FEB 2016 11:08:04 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UTS;stream|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UTS;getExpon|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UTS;getCoef|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UTS;rec|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UTS;variable;$S;21|) ...) ; compiling (PUT (QUOTE |UTS;center;$Coef;22|) ...) ; compiling (DEFUN |UTS;stream| ...) ; compiling (DEFUN |UTS;coerce;V$;2| ...) ; file: /tmp/oa-4SQu9o/code.lsp ; in: DEFUN |UTS;coerce;V$;2| ; (DEFUN BOOT::|UTS;coerce;V$;2| (BOOT::|v| BOOT::$) ; (COND ; ((BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 8) ; (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|UTS;monomial;CoefNni$;5| (BOOT::|spadConstant| BOOT::$ 12) 1 ; BOOT::$)) ; (T ; (BOOT::SPADCALL (BOOT::|UTS;monomial;CoefNni$;5| # 1 BOOT::$) ; (BOOT::|UTS;monomial;CoefNni$;5| # 0 BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 20))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UTS;coerce;V$;2| ; (BOOT::|v| BOOT::$) ; (BLOCK BOOT::|UTS;coerce;V$;2| ; (COND ; ((BOOT::SPADCALL # #) (BOOT::|UTS;monomial;CoefNni$;5| # 1 BOOT::$)) ; (T (BOOT::SPADCALL # # #))))) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |UTS;coerce;I$;3| ...) ; compiling (DEFUN |UTS;coerce;Coef$;4| ...) ; compiling (DEFUN |UTS;monomial;CoefNni$;5| ...) ; compiling (DEFUN |UTS;getExpon| ...) ; compiling (DEFUN |UTS;getCoef| ...) ; compiling (DEFUN |UTS;rec| ...) ; compiling (DEFUN |UTS;recs| ...) ; compiling (DEFUN |UTS;recs!0| ...) ; compiling (DEFUN |UTS;terms;$S;10| ...) ; compiling (DEFUN |UTS;recsToCoefs| ...) ; compiling (DEFUN |UTS;recsToCoefs!0| ...) ; compiling (DEFUN |UTS;series;S$;12| ...) ; compiling (DEFUN |UTS;stToPoly| ...) ; compiling (DEFUN |UTS;polynomial;$NniP;14| ...) ; compiling (DEFUN |UTS;polynomial;$2NniP;15| ...) ; file: /tmp/oa-4SQu9o/code.lsp ; in: DEFUN |UTS;polynomial;$2NniP;15| ; (DEFUN BOOT::|UTS;polynomial;$2NniP;15| ; (BOOT::|x| BOOT::|n1| BOOT::|n2| BOOT::$) ; (PROGN ; (COND ; ((< BOOT::|n2| BOOT::|n1|) ; (LET # ; #))) ; (BOOT::|UTS;stToPoly| ; (BOOT::SPADCALL BOOT::|x| BOOT::|n1| (BOOT::|shellEntry| BOOT::$ 61)) ; (BOOT::SPADCALL (BOOT::SPADCALL # #) (BOOT::SPADCALL # #) ; (BOOT::|shellEntry| BOOT::$ 59)) ; BOOT::|n1| BOOT::|n2| BOOT::$))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UTS;polynomial;$2NniP;15| ; (BOOT::|x| BOOT::|n1| BOOT::|n2| BOOT::$) ; (BLOCK BOOT::|UTS;polynomial;$2NniP;15| ; (PROGN ; (COND (# #)) ; (BOOT::|UTS;stToPoly| (BOOT::SPADCALL BOOT::|x| BOOT::|n1| #) ; (BOOT::SPADCALL # # #) BOOT::|n1| BOOT::|n2| BOOT::$)))) ; ; note: Assignment to argument: |n1| ; prevents use of assertion from function type proclamation: ; UNSIGNED-BYTE ; ; ; note: Assignment to argument: |n2| ; prevents use of assertion from function type proclamation: ; UNSIGNED-BYTE ; ; compiling (DEFUN |UTS;stToUPoly| ...) ; compiling (DEFUN |UTS;univariatePolynomial;$NniUp;17| ...) ; compiling (DEFUN |UTS;coerce;Up$;18| ...) ; compiling (DEFUN |UTS;stToCoef| ...) ; compiling (DEFUN |UTS;approximate;$NniCoef;20| ...) ; compiling (DEFUN |UTS;variable;$S;21| ...) ; file: /tmp/oa-4SQu9o/code.lsp ; in: DEFUN |UTS;variable;$S;21| ; (DEFUN BOOT::|UTS;variable;$S;21| (BOOT::|x| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 7)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UTS;variable;$S;21| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|UTS;variable;$S;21| (BOOT::|shellEntry| BOOT::$ 7))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |UTS;center;$Coef;22| ...) ; file: /tmp/oa-4SQu9o/code.lsp ; in: DEFUN |UTS;center;$Coef;22| ; (DEFUN BOOT::|UTS;center;$Coef;22| (BOOT::|s| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 8)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UTS;center;$Coef;22| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|UTS;center;$Coef;22| (BOOT::|shellEntry| BOOT::$ 8))) ; ; caught STYLE-WARNING: ; The variable |s| is defined but never used. ; compiling (DEFUN |UTS;coefficient;$NniCoef;23| ...) ; file: /tmp/oa-4SQu9o/code.lsp ; in: DEFUN |UTS;coefficient;$NniCoef;23| ; (DEFUN BOOT::|UTS;coefficient;$NniCoef;23| (BOOT::|x| BOOT::|n| BOOT::$) ; (LET ((BOOT::|u| BOOT::|x|)) ; (BOOT::SEQ (LOOP (COND # #)) (COND (# #)) (COND (# #)) ; (BOOT::EXIT (CAR BOOT::|u|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UTS;coefficient;$NniCoef;23| ; (BOOT::|x| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|UTS;coefficient;$NniCoef;23| ; (LET ((BOOT::|u| BOOT::|x|)) ; (BOOT::SEQ (LOOP #) (COND #) (COND #) (BOOT::EXIT #))))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; UNSIGNED-BYTE ; ; compiling (DEFUN |UTS;elt;$NniCoef;24| ...) ; compiling (DEFUN |UTS;map;M2$;25| ...) ; compiling (DEFUN |UTS;eval;$CoefS;26| ...) ; compiling (DEFUN |UTS;differentiate;2$;27| ...) ; compiling (DEFUN |UTS;differentiate;$V$;28| ...) ; file: /tmp/oa-4SQu9o/code.lsp ; in: DEFUN |UTS;differentiate;$V$;28| ; (DEFUN BOOT::|UTS;differentiate;$V$;28| (BOOT::|x| BOOT::|v| BOOT::$) ; (BOOT::|UTS;differentiate;2$;27| BOOT::|x| BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UTS;differentiate;$V$;28| ; (BOOT::|x| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|UTS;differentiate;$V$;28| ; (BOOT::|UTS;differentiate;2$;27| BOOT::|x| BOOT::$))) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |UTS;differentiate;$S$;29| ...) ; compiling (DEFUN |UTS;differentiate;$S$;29!0| ...) ; compiling (DEFUN |UTS;multiplyCoefficients;M2$;30| ...) ; compiling (DEFUN |UTS;lagrange;2$;31| ...) ; compiling (DEFUN |UTS;lambert;2$;32| ...) ; compiling (DEFUN |UTS;oddlambert;2$;33| ...) ; compiling (DEFUN |UTS;evenlambert;2$;34| ...) ; compiling (DEFUN |UTS;generalLambert;$2I$;35| ...) ; compiling (DEFUN |UTS;extend;$Nni$;36| ...) ; compiling (DEFUN |UTS;complete;2$;37| ...) ; compiling (DEFUN |UTS;truncate;$Nni$;38| ...) ; compiling (DEFUN |UTS;truncate;$2Nni$;39| ...) ; file: /tmp/oa-4SQu9o/code.lsp ; in: DEFUN |UTS;truncate;$2Nni$;39| ; (DEFUN BOOT::|UTS;truncate;$2Nni$;39| ; (BOOT::|x| BOOT::|n1| BOOT::|n2| BOOT::$) ; (PROG (BOOT::|st| BOOT::|m|) ; (RETURN ; (PROGN ; (COND #) ; (BOOT::LETT BOOT::|m| # BOOT::|UTS;truncate;$2Nni$;39|) ; (BOOT::LETT BOOT::|st| # BOOT::|UTS;truncate;$2Nni$;39|) ; (LET # ; #) ; BOOT::|st|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UTS;truncate;$2Nni$;39| ; (BOOT::|x| BOOT::|n1| BOOT::|n2| BOOT::$) ; (BLOCK BOOT::|UTS;truncate;$2Nni$;39| ; (PROG (BOOT::|st| BOOT::|m|) (RETURN (PROGN # # # # BOOT::|st|))))) ; ; note: Assignment to argument: |n1| ; prevents use of assertion from function type proclamation: ; UNSIGNED-BYTE ; ; ; note: Assignment to argument: |n2| ; prevents use of assertion from function type proclamation: ; UNSIGNED-BYTE ; ; compiling (DEFUN |UTS;elt;3$;40| ...) ; compiling (DEFUN |UTS;revert;2$;41| ...) ; compiling (DEFUN |UTS;multisect;2I2$;42| ...) ; compiling (DEFUN |UTS;invmultisect;2I2$;43| ...) ; compiling (DEFUN |UTS;multiplyExponents;$Pi$;44| ...) ; compiling (DEFUN |UTS;quoByVar;2$;45| ...) ; compiling (DEFUN |UTS;unit?;$B;46| ...) ; file: /tmp/oa-4SQu9o/code.lsp ; in: DEFUN |UTS;unit?;$B;46| ; (DEFUN BOOT::|UTS;unit?;$B;46| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (BOOT::|UTS;coefficient;$NniCoef;23| BOOT::|x| 0 BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 138))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UTS;unit?;$B;46| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|UTS;unit?;$B;46| ; (BOOT::SPADCALL ; (BOOT::|UTS;coefficient;$NniCoef;23| BOOT::|x| 0 BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 138)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |UTS;**;$Coef$;47| ...) ; compiling (DEFUN |UTS;**;$Coef$;48| ...) ; compiling (DEFUN |UTS;coerce;F$;49| ...) ; compiling (DEFUN |UTS;integrate;2$;50| ...) ; compiling (DEFUN |UTS;integrate;$V$;51| ...) ; file: /tmp/oa-4SQu9o/code.lsp ; in: DEFUN |UTS;integrate;$V$;51| ; (DEFUN BOOT::|UTS;integrate;$V$;51| (BOOT::|x| BOOT::|v| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 147))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UTS;integrate;$V$;51| ; (BOOT::|x| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|UTS;integrate;$V$;51| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 147)))) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |UTS;integrate;$S$;52| ...) ; compiling (DEFUN |UTS;integrate;$S$;52!0| ...) ; compiling (DEFUN |UTS;integrateWithOneAnswer| ...) ; compiling (DEFUN |UTS;integrate;$S$;54| ...) ; compiling (DEFUN |UTS;integrate;$S$;54!0| ...) ; compiling (DEFUN |UnivariateTaylorSeries| ...) ; compiling (DEFUN |UnivariateTaylorSeries;| ...) ; compiling (MAKEPROP (QUOTE |UnivariateTaylorSeries|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 5 STYLE-WARNING conditions ; printed 6 notes ; /tmp/oa-4SQu9o/code.fasl written ; compilation finished in 0:00:00.130 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ODERAT.spad && cp ODERAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ODERAT.fasl \ && if test -f ODERAT-.NRLIB/code.fasl; then \ cp ODERAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ODERAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ODERAT.spad using Spad compiler. ODERAT abbreviates package RationalLODE debug: compDefine1 lhs: (RationalLODE F UP) signature (pre-evaluate): ((CATEGORY package (SIGNATURE ratDsolve ((Record (: particular (Union (Fraction UP) failed)) (: basis (List (Fraction UP)))) (LinearOrdinaryDifferentialOperator1 (Fraction UP)) (Fraction UP))) (SIGNATURE ratDsolve ((Record (: basis (List (Fraction UP))) (: mat (Matrix F))) (LinearOrdinaryDifferentialOperator1 (Fraction UP)) (List (Fraction UP)))) (SIGNATURE ratDsolve ((Record (: particular (Union (Fraction UP) failed)) (: basis (List (Fraction UP)))) (LinearOrdinaryDifferentialOperator2 UP (Fraction UP)) (Fraction UP))) (SIGNATURE ratDsolve ((Record (: basis (List (Fraction UP))) (: mat (Matrix F))) (LinearOrdinaryDifferentialOperator2 UP (Fraction UP)) (List (Fraction UP)))) (SIGNATURE indicialEquationAtInfinity (UP (LinearOrdinaryDifferentialOperator1 (Fraction UP)))) (SIGNATURE indicialEquationAtInfinity (UP (LinearOrdinaryDifferentialOperator2 UP (Fraction UP))))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE ratDsolve ((Record (: particular (Union (Fraction UP) failed)) (: basis (List (Fraction UP)))) (LinearOrdinaryDifferentialOperator1 (Fraction UP)) (Fraction UP))) (SIGNATURE ratDsolve ((Record (: basis (List (Fraction UP))) (: mat (Matrix F))) (LinearOrdinaryDifferentialOperator1 (Fraction UP)) (List (Fraction UP)))) (SIGNATURE ratDsolve ((Record (: particular (Union (Fraction UP) failed)) (: basis (List (Fraction UP)))) (LinearOrdinaryDifferentialOperator2 UP (Fraction UP)) (Fraction UP))) (SIGNATURE ratDsolve ((Record (: basis (List (Fraction UP))) (: mat (Matrix F))) (LinearOrdinaryDifferentialOperator2 UP (Fraction UP)) (List (Fraction UP)))) (SIGNATURE indicialEquationAtInfinity (UP (LinearOrdinaryDifferentialOperator1 (Fraction UP)))) (SIGNATURE indicialEquationAtInfinity (UP (LinearOrdinaryDifferentialOperator2 UP (Fraction UP))))) $param: (F UP) debug: evaluateType form: (Record (: particular (Union (Fraction UP) failed)) (: basis (List (Fraction UP)))) $param: (F UP) debug: evaluateType form: (Union (Fraction UP) failed) $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: failed $param: (F UP) debug: evaluateType form: (List (Fraction UP)) $param: (F UP) Debug: evaluateType1 form: (List (Fraction UP)) debug: evaluateType1 x: (Fraction UP) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evalCategory d: (Fraction UP) c: (Type) debug: evaluateType form: (LinearOrdinaryDifferentialOperator1 (Fraction UP)) $param: (F UP) Debug: evaluateType1 form: (LinearOrdinaryDifferentialOperator1 (Fraction UP)) debug: evaluateType1 x: (Fraction UP) m: (DifferentialRing) debug: evaluateType1 categoryForm: (DifferentialRing) debug: evaluateType form: (DifferentialRing) $param: (F UP) Debug: evaluateType1 form: (DifferentialRing) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evalCategory d: (Fraction UP) c: (DifferentialRing) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Record (: basis (List (Fraction UP))) (: mat (Matrix F))) $param: (F UP) debug: evaluateType form: (List (Fraction UP)) $param: (F UP) Debug: evaluateType1 form: (List (Fraction UP)) debug: evaluateType1 x: (Fraction UP) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evalCategory d: (Fraction UP) c: (Type) debug: evaluateType form: (Matrix F) $param: (F UP) Debug: evaluateType1 form: (Matrix F) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (LinearOrdinaryDifferentialOperator1 (Fraction UP)) $param: (F UP) Debug: evaluateType1 form: (LinearOrdinaryDifferentialOperator1 (Fraction UP)) debug: evaluateType1 x: (Fraction UP) m: (DifferentialRing) debug: evaluateType1 categoryForm: (DifferentialRing) debug: evaluateType form: (DifferentialRing) $param: (F UP) Debug: evaluateType1 form: (DifferentialRing) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evalCategory d: (Fraction UP) c: (DifferentialRing) debug: evaluateType form: (List (Fraction UP)) $param: (F UP) Debug: evaluateType1 form: (List (Fraction UP)) debug: evaluateType1 x: (Fraction UP) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evalCategory d: (Fraction UP) c: (Type) debug: evaluateType form: (Record (: particular (Union (Fraction UP) failed)) (: basis (List (Fraction UP)))) $param: (F UP) debug: evaluateType form: (Union (Fraction UP) failed) $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: failed $param: (F UP) debug: evaluateType form: (List (Fraction UP)) $param: (F UP) Debug: evaluateType1 form: (List (Fraction UP)) debug: evaluateType1 x: (Fraction UP) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evalCategory d: (Fraction UP) c: (Type) debug: evaluateType form: (LinearOrdinaryDifferentialOperator2 UP (Fraction UP)) $param: (F UP) Debug: evaluateType1 form: (LinearOrdinaryDifferentialOperator2 UP (Fraction UP)) debug: evaluateType1 x: UP m: (DifferentialRing) debug: evaluateType1 x: (Fraction UP) m: (Join (LeftModule UP) (CATEGORY domain (SIGNATURE differentiate ($ $)))) debug: evaluateType1 categoryForm: (Join (LeftModule UP) (CATEGORY domain (SIGNATURE differentiate ($ $)))) debug: evaluateType form: (Join (LeftModule UP) (CATEGORY domain (SIGNATURE differentiate ((Fraction UP) (Fraction UP))))) $param: (F UP) debug: evaluateType form: (LeftModule UP) $param: (F UP) Debug: evaluateType1 form: (LeftModule UP) debug: evaluateType1 x: UP m: (Rng) debug: evaluateType form: (CATEGORY domain (SIGNATURE differentiate ((Fraction UP) (Fraction UP)))) $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evalCategory d: (Fraction UP) c: (Join (LeftModule UP) (CATEGORY domain (SIGNATURE differentiate ((Fraction UP) (Fraction UP))))) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Record (: basis (List (Fraction UP))) (: mat (Matrix F))) $param: (F UP) debug: evaluateType form: (List (Fraction UP)) $param: (F UP) Debug: evaluateType1 form: (List (Fraction UP)) debug: evaluateType1 x: (Fraction UP) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evalCategory d: (Fraction UP) c: (Type) debug: evaluateType form: (Matrix F) $param: (F UP) Debug: evaluateType1 form: (Matrix F) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (LinearOrdinaryDifferentialOperator2 UP (Fraction UP)) $param: (F UP) Debug: evaluateType1 form: (LinearOrdinaryDifferentialOperator2 UP (Fraction UP)) debug: evaluateType1 x: UP m: (DifferentialRing) debug: evaluateType1 x: (Fraction UP) m: (Join (LeftModule UP) (CATEGORY domain (SIGNATURE differentiate ($ $)))) debug: evaluateType1 categoryForm: (Join (LeftModule UP) (CATEGORY domain (SIGNATURE differentiate ($ $)))) debug: evaluateType form: (Join (LeftModule UP) (CATEGORY domain (SIGNATURE differentiate ((Fraction UP) (Fraction UP))))) $param: (F UP) debug: evaluateType form: (LeftModule UP) $param: (F UP) Debug: evaluateType1 form: (LeftModule UP) debug: evaluateType1 x: UP m: (Rng) debug: evaluateType form: (CATEGORY domain (SIGNATURE differentiate ((Fraction UP) (Fraction UP)))) $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evalCategory d: (Fraction UP) c: (Join (LeftModule UP) (CATEGORY domain (SIGNATURE differentiate ((Fraction UP) (Fraction UP))))) debug: evaluateType form: (List (Fraction UP)) $param: (F UP) Debug: evaluateType1 form: (List (Fraction UP)) debug: evaluateType1 x: (Fraction UP) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evalCategory d: (Fraction UP) c: (Type) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: (LinearOrdinaryDifferentialOperator1 (Fraction UP)) $param: (F UP) Debug: evaluateType1 form: (LinearOrdinaryDifferentialOperator1 (Fraction UP)) debug: evaluateType1 x: (Fraction UP) m: (DifferentialRing) debug: evaluateType1 categoryForm: (DifferentialRing) debug: evaluateType form: (DifferentialRing) $param: (F UP) Debug: evaluateType1 form: (DifferentialRing) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evalCategory d: (Fraction UP) c: (DifferentialRing) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: (LinearOrdinaryDifferentialOperator2 UP (Fraction UP)) $param: (F UP) Debug: evaluateType1 form: (LinearOrdinaryDifferentialOperator2 UP (Fraction UP)) debug: evaluateType1 x: UP m: (DifferentialRing) debug: evaluateType1 x: (Fraction UP) m: (Join (LeftModule UP) (CATEGORY domain (SIGNATURE differentiate ($ $)))) debug: evaluateType1 categoryForm: (Join (LeftModule UP) (CATEGORY domain (SIGNATURE differentiate ($ $)))) debug: evaluateType form: (Join (LeftModule UP) (CATEGORY domain (SIGNATURE differentiate ((Fraction UP) (Fraction UP))))) $param: (F UP) debug: evaluateType form: (LeftModule UP) $param: (F UP) Debug: evaluateType1 form: (LeftModule UP) debug: evaluateType1 x: UP m: (Rng) debug: evaluateType form: (CATEGORY domain (SIGNATURE differentiate ((Fraction UP) (Fraction UP)))) $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evalCategory d: (Fraction UP) c: (Join (LeftModule UP) (CATEGORY domain (SIGNATURE differentiate ((Fraction UP) (Fraction UP))))) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE ratDsolve ((Record (: particular (Union (Fraction UP) failed)) (: basis (List (Fraction UP)))) (LinearOrdinaryDifferentialOperator1 (Fraction UP)) (Fraction UP))) (SIGNATURE ratDsolve ((Record (: basis (List (Fraction UP))) (: mat (Matrix F))) (LinearOrdinaryDifferentialOperator1 (Fraction UP)) (List (Fraction UP)))) (SIGNATURE ratDsolve ((Record (: particular (Union (Fraction UP) failed)) (: basis (List (Fraction UP)))) (LinearOrdinaryDifferentialOperator2 UP (Fraction UP)) (Fraction UP))) (SIGNATURE ratDsolve ((Record (: basis (List (Fraction UP))) (: mat (Matrix F))) (LinearOrdinaryDifferentialOperator2 UP (Fraction UP)) (List (Fraction UP)))) (SIGNATURE indicialEquationAtInfinity (UP (LinearOrdinaryDifferentialOperator1 (Fraction UP)))) (SIGNATURE indicialEquationAtInfinity (UP (LinearOrdinaryDifferentialOperator2 UP (Fraction UP))))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for RationalLODE compiling into /tmp/oa-V2RMLV importing BoundIntegerRoots(F,UP) importing RationalIntegration(F,UP) importing PrimitiveRatDE(F,UP,LinearOrdinaryDifferentialOperator2(UP,Fraction UP),LinearOrdinaryDifferentialOperator1 Fraction UP) importing LinearSystemMatrixPackage(F,Vector F,Vector F,Matrix F) importing InnerCommonDenominator(UP,Fraction UP,List UP,List Fraction UP) compiling local infOrder : Fraction UP -> Integer Time: 0.09 SEC. compiling local evenodd : NonNegativeInteger -> F Time: 0.01 SEC. compiling local ratDsolve1 : (LinearOrdinaryDifferentialOperator2(UP,Fraction UP),List Fraction UP) -> Record(basis: List Fraction UP,mat: Matrix F) Time: 0.12 SEC. compiling local ratDsolve0 : (LinearOrdinaryDifferentialOperator2(UP,Fraction UP),Fraction UP) -> Record(particular: Union(Fraction UP,failed),basis: List Fraction UP) Time: 0.48 SEC. compiling exported indicialEquationAtInfinity : LinearOrdinaryDifferentialOperator2(UP,Fraction UP) -> UP Time: 0.02 SEC. compiling exported indicialEquationAtInfinity : LinearOrdinaryDifferentialOperator1 Fraction UP -> UP Time: 0.01 SEC. compiling local regularPoint : (LinearOrdinaryDifferentialOperator2(UP,Fraction UP),List Fraction UP) -> Integer Time: 0.05 SEC. compiling local unitlist : (NonNegativeInteger,NonNegativeInteger) -> List F Time: 0.02 SEC. compiling local candidates : (LinearOrdinaryDifferentialOperator2(UP,Fraction UP),List Fraction UP,UP) -> Record(basis: List Fraction UP,particular: List Fraction UP) Time: 0.38 SEC. compiling local nzero? : Vector F -> Boolean Time: 0.02 SEC. compiling local UPfact : NonNegativeInteger -> UP Time: 0.04 SEC. compiling local infMuLambda : LinearOrdinaryDifferentialOperator2(UP,Fraction UP) -> Record(mu: Integer,lambda: List NonNegativeInteger,func: List UP) Time: 0.08 SEC. compiling local infIndicialEquation : (List NonNegativeInteger,List UP) -> UP Time: 0.12 SEC. compiling local infBound : (LinearOrdinaryDifferentialOperator2(UP,Fraction UP),List Fraction UP) -> NonNegativeInteger Time: 0.43 SEC. compiling local makeDot : (Vector F,List Fraction UP) -> Fraction UP Time: 0.06 SEC. compiling exported ratDsolve : (LinearOrdinaryDifferentialOperator1 Fraction UP,Fraction UP) -> Record(particular: Union(Fraction UP,failed),basis: List Fraction UP) Time: 0.03 SEC. compiling exported ratDsolve : (LinearOrdinaryDifferentialOperator1 Fraction UP,List Fraction UP) -> Record(basis: List Fraction UP,mat: Matrix F) Time: 0.02 SEC. compiling exported ratDsolve : (LinearOrdinaryDifferentialOperator2(UP,Fraction UP),Fraction UP) -> Record(particular: Union(Fraction UP,failed),basis: List Fraction UP) Time: 0.06 SEC. compiling exported ratDsolve : (LinearOrdinaryDifferentialOperator2(UP,Fraction UP),List Fraction UP) -> Record(basis: List Fraction UP,mat: Matrix F) Time: 0.09 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] ratDsolve1: not known that Ring is of mode CATEGORY(package,ratDsolve: (LinearOrdinaryDifferentialOperator1 Fraction UP,Fraction UP) -> Record(particular: Union(Fraction UP,"failed"),basis: List Fraction UP),ratDsolve: (LinearOrdinaryDifferentialOperator1 Fraction UP,List Fraction UP) -> Record(basis: List Fraction UP,mat: Matrix F),ratDsolve: (LinearOrdinaryDifferentialOperator2(UP,Fraction UP),Fraction UP) -> Record(particular: Union(Fraction UP,"failed"),basis: List Fraction UP),ratDsolve: (LinearOrdinaryDifferentialOperator2(UP,Fraction UP),List Fraction UP) -> Record(basis: List Fraction UP,mat: Matrix F),indicialEquationAtInfinity: LinearOrdinaryDifferentialOperator1 Fraction UP -> UP,indicialEquationAtInfinity: LinearOrdinaryDifferentialOperator2(UP,Fraction UP) -> UP) Cumulative Statistics for Constructor RationalLODE Time: 2.13 seconds finalizing NRLIB ODERAT Processing RationalLODE for Browser database: -- ratDsolve : (LODO,RF) -> Record(particular: U,basis: List RF) -- ratDsolve : (LODO,List RF) -> Record(basis: List RF,mat: Matrix F) -- ratDsolve : (LODO2,RF) -> Record(particular: U,basis: List RF) -- ratDsolve : (LODO2,List RF) -> Record(basis: List RF,mat: Matrix F) -- indicialEquationAtInfinity : LODO -> UP -- indicialEquationAtInfinity : LODO2 -> UP -- constructor ; compiling file "/tmp/oa-V2RMLV/code.lsp" (written 01 FEB 2016 11:08:07 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ODERAT;infOrder| ...) ; compiling (DEFUN |ODERAT;evenodd| ...) ; compiling (DEFUN |ODERAT;ratDsolve1| ...) ; compiling (DEFUN |ODERAT;ratDsolve0| ...) ; compiling (DEFUN |ODERAT;indicialEquationAtInfinity;LodoUP;5| ...) ; compiling (DEFUN |ODERAT;indicialEquationAtInfinity;LodoUP;6| ...) ; compiling (DEFUN |ODERAT;regularPoint| ...) ; compiling (DEFUN |ODERAT;unitlist| ...) ; compiling (DEFUN |ODERAT;candidates| ...) ; compiling (DEFUN |ODERAT;candidates!0| ...) ; compiling (DEFUN |ODERAT;nzero?| ...) ; compiling (DEFUN |ODERAT;UPfact| ...) ; compiling (DEFUN |ODERAT;infMuLambda| ...) ; compiling (DEFUN |ODERAT;infIndicialEquation| ...) ; compiling (DEFUN |ODERAT;infBound| ...) ; file: /tmp/oa-V2RMLV/code.lsp ; in: DEFUN |ODERAT;infBound| ; (DEFUN BOOT::|ODERAT;infBound| (BOOT::|l| BOOT::|lg| BOOT::$) ; (PROG (BOOT::|m| BOOT::|mm|) ; (RETURN ; (LET* (# #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ODERAT;infBound| ; (BOOT::|l| BOOT::|lg| BOOT::$) ; (BLOCK BOOT::|ODERAT;infBound| ; (PROG (BOOT::|m| BOOT::|mm|) ; (RETURN ; (LET* # ; #))))) ; ; note: Assignment to argument: |lg| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |ODERAT;makeDot| ...) ; compiling (DEFUN |ODERAT;ratDsolve;LodoFR;16| ...) ; compiling (DEFUN |ODERAT;ratDsolve;LodoLR;17| ...) ; compiling (DEFUN |ODERAT;ratDsolve;LodoFR;18| ...) ; compiling (DEFUN |ODERAT;ratDsolve;LodoLR;19| ...) ; compiling (DEFUN |RationalLODE| ...) ; compiling (DEFUN |RationalLODE;| ...) ; compiling (MAKEPROP (QUOTE |RationalLODE|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-V2RMLV/code.fasl written ; compilation finished in 0:00:00.135 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile INTG0.spad && cp INTG0.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INTG0.fasl \ && if test -f INTG0-.NRLIB/code.fasl; then \ cp INTG0-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INTG0-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INTG0.spad using Spad compiler. INTG0 abbreviates package GenusZeroIntegration debug: compDefine1 lhs: (GenusZeroIntegration R F L) signature (pre-evaluate): ((CATEGORY package (SIGNATURE palgint0 ((IntegrationResult F) F (Kernel F) (Kernel F) F (SparseUnivariatePolynomial F))) (SIGNATURE palgint0 ((IntegrationResult F) F (Kernel F) (Kernel F) (Kernel F) F (Fraction (SparseUnivariatePolynomial F)))) (SIGNATURE palgextint0 ((Union (Record (: ratpart F) (: coeff F)) failed) F (Kernel F) (Kernel F) F F (SparseUnivariatePolynomial F))) (SIGNATURE palgextint0 ((Union (Record (: ratpart F) (: coeff F)) failed) F (Kernel F) (Kernel F) F (Kernel F) F (Fraction (SparseUnivariatePolynomial F)))) (SIGNATURE palglimint0 ((Union (Record (: mainpart F) (: limitedlogs (List (Record (: coeff F) (: logand F))))) failed) F (Kernel F) (Kernel F) (List F) F (SparseUnivariatePolynomial F))) (SIGNATURE palglimint0 ((Union (Record (: mainpart F) (: limitedlogs (List (Record (: coeff F) (: logand F))))) failed) F (Kernel F) (Kernel F) (List F) (Kernel F) F (Fraction (SparseUnivariatePolynomial F)))) (SIGNATURE palgRDE0 ((Union F failed) F F (Kernel F) (Kernel F) (Mapping (Union F failed) F F (Symbol)) F (SparseUnivariatePolynomial F))) (SIGNATURE palgRDE0 ((Union F failed) F F (Kernel F) (Kernel F) (Mapping (Union F failed) F F (Symbol)) (Kernel F) F (Fraction (SparseUnivariatePolynomial F)))) (SIGNATURE univariate ((SparseUnivariatePolynomial (Fraction (SparseUnivariatePolynomial F))) F (Kernel F) (Kernel F) (SparseUnivariatePolynomial F))) (SIGNATURE multivariate (F (SparseUnivariatePolynomial (Fraction (SparseUnivariatePolynomial F))) (Kernel F) F)) (SIGNATURE lift ((SparseUnivariatePolynomial (Fraction (SparseUnivariatePolynomial F))) (SparseUnivariatePolynomial F) (Kernel F))) (IF (has L (LinearOrdinaryDifferentialOperatorCategory F)) (PROGN (SIGNATURE palgLODE0 ((Record (: particular (Union F failed)) (: basis (List F))) L F (Kernel F) (Kernel F) F (SparseUnivariatePolynomial F))) (SIGNATURE palgLODE0 ((Record (: particular (Union F failed)) (: basis (List F))) L F (Kernel F) (Kernel F) (Kernel F) F (Fraction (SparseUnivariatePolynomial F))))) %noBranch)) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE palgint0 ((IntegrationResult F) F (Kernel F) (Kernel F) F (SparseUnivariatePolynomial F))) (SIGNATURE palgint0 ((IntegrationResult F) F (Kernel F) (Kernel F) (Kernel F) F (Fraction (SparseUnivariatePolynomial F)))) (SIGNATURE palgextint0 ((Union (Record (: ratpart F) (: coeff F)) failed) F (Kernel F) (Kernel F) F F (SparseUnivariatePolynomial F))) (SIGNATURE palgextint0 ((Union (Record (: ratpart F) (: coeff F)) failed) F (Kernel F) (Kernel F) F (Kernel F) F (Fraction (SparseUnivariatePolynomial F)))) (SIGNATURE palglimint0 ((Union (Record (: mainpart F) (: limitedlogs (List (Record (: coeff F) (: logand F))))) failed) F (Kernel F) (Kernel F) (List F) F (SparseUnivariatePolynomial F))) (SIGNATURE palglimint0 ((Union (Record (: mainpart F) (: limitedlogs (List (Record (: coeff F) (: logand F))))) failed) F (Kernel F) (Kernel F) (List F) (Kernel F) F (Fraction (SparseUnivariatePolynomial F)))) (SIGNATURE palgRDE0 ((Union F failed) F F (Kernel F) (Kernel F) (Mapping (Union F failed) F F (Symbol)) F (SparseUnivariatePolynomial F))) (SIGNATURE palgRDE0 ((Union F failed) F F (Kernel F) (Kernel F) (Mapping (Union F failed) F F (Symbol)) (Kernel F) F (Fraction (SparseUnivariatePolynomial F)))) (SIGNATURE univariate ((SparseUnivariatePolynomial (Fraction (SparseUnivariatePolynomial F))) F (Kernel F) (Kernel F) (SparseUnivariatePolynomial F))) (SIGNATURE multivariate (F (SparseUnivariatePolynomial (Fraction (SparseUnivariatePolynomial F))) (Kernel F) F)) (SIGNATURE lift ((SparseUnivariatePolynomial (Fraction (SparseUnivariatePolynomial F))) (SparseUnivariatePolynomial F) (Kernel F))) (IF (has L (LinearOrdinaryDifferentialOperatorCategory F)) (PROGN (SIGNATURE palgLODE0 ((Record (: particular (Union F failed)) (: basis (List F))) L F (Kernel F) (Kernel F) F (SparseUnivariatePolynomial F))) (SIGNATURE palgLODE0 ((Record (: particular (Union F failed)) (: basis (List F))) L F (Kernel F) (Kernel F) (Kernel F) F (Fraction (SparseUnivariatePolynomial F))))) %noBranch)) $param: (R F L) debug: evaluateType form: (IntegrationResult F) $param: (R F L) Debug: evaluateType1 form: (IntegrationResult F) debug: evaluateType1 x: F m: (Field) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: (Kernel F) $param: (R F L) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: (Kernel F) $param: (R F L) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (R F L) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (IntegrationResult F) $param: (R F L) Debug: evaluateType1 form: (IntegrationResult F) debug: evaluateType1 x: F m: (Field) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: (Kernel F) $param: (R F L) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: (Kernel F) $param: (R F L) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: (Kernel F) $param: (R F L) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: (Fraction (SparseUnivariatePolynomial F)) $param: (R F L) Debug: evaluateType1 form: (Fraction (SparseUnivariatePolynomial F)) debug: evaluateType1 x: (SparseUnivariatePolynomial F) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R F L) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (R F L) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial F) c: (IntegralDomain) debug: evaluateType form: (Union (Record (: ratpart F) (: coeff F)) failed) $param: (R F L) debug: evaluateType form: (Record (: ratpart F) (: coeff F)) $param: (R F L) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: failed $param: (R F L) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: (Kernel F) $param: (R F L) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: (Kernel F) $param: (R F L) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (R F L) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (Union (Record (: ratpart F) (: coeff F)) failed) $param: (R F L) debug: evaluateType form: (Record (: ratpart F) (: coeff F)) $param: (R F L) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: failed $param: (R F L) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: (Kernel F) $param: (R F L) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: (Kernel F) $param: (R F L) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: (Kernel F) $param: (R F L) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: (Fraction (SparseUnivariatePolynomial F)) $param: (R F L) Debug: evaluateType1 form: (Fraction (SparseUnivariatePolynomial F)) debug: evaluateType1 x: (SparseUnivariatePolynomial F) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R F L) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (R F L) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial F) c: (IntegralDomain) debug: evaluateType form: (Union (Record (: mainpart F) (: limitedlogs (List (Record (: coeff F) (: logand F))))) failed) $param: (R F L) debug: evaluateType form: (Record (: mainpart F) (: limitedlogs (List (Record (: coeff F) (: logand F))))) $param: (R F L) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: (List (Record (: coeff F) (: logand F))) $param: (R F L) Debug: evaluateType1 form: (List (Record (: coeff F) (: logand F))) debug: evaluateType1 x: (Record (: coeff F) (: logand F)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F L) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: coeff F) (: logand F)) $param: (R F L) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: F $param: (R F L) debug: evalCategory d: (Record (: coeff F) (: logand F)) c: (Type) debug: evaluateType form: failed $param: (R F L) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: (Kernel F) $param: (R F L) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: (Kernel F) $param: (R F L) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: (List F) $param: (R F L) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (R F L) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (Union (Record (: mainpart F) (: limitedlogs (List (Record (: coeff F) (: logand F))))) failed) $param: (R F L) debug: evaluateType form: (Record (: mainpart F) (: limitedlogs (List (Record (: coeff F) (: logand F))))) $param: (R F L) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: (List (Record (: coeff F) (: logand F))) $param: (R F L) Debug: evaluateType1 form: (List (Record (: coeff F) (: logand F))) debug: evaluateType1 x: (Record (: coeff F) (: logand F)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F L) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: coeff F) (: logand F)) $param: (R F L) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: F $param: (R F L) debug: evalCategory d: (Record (: coeff F) (: logand F)) c: (Type) debug: evaluateType form: failed $param: (R F L) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: (Kernel F) $param: (R F L) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: (Kernel F) $param: (R F L) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: (List F) $param: (R F L) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (Kernel F) $param: (R F L) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: (Fraction (SparseUnivariatePolynomial F)) $param: (R F L) Debug: evaluateType1 form: (Fraction (SparseUnivariatePolynomial F)) debug: evaluateType1 x: (SparseUnivariatePolynomial F) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R F L) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (R F L) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial F) c: (IntegralDomain) debug: evaluateType form: (Union F failed) $param: (R F L) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: failed $param: (R F L) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: (Kernel F) $param: (R F L) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: (Kernel F) $param: (R F L) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: (Mapping (Union F failed) F F (Symbol)) $param: (R F L) debug: evaluateType form: (Union F failed) $param: (R F L) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: failed $param: (R F L) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: (Symbol) $param: (R F L) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (R F L) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (Union F failed) $param: (R F L) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: failed $param: (R F L) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: (Kernel F) $param: (R F L) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: (Kernel F) $param: (R F L) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: (Mapping (Union F failed) F F (Symbol)) $param: (R F L) debug: evaluateType form: (Union F failed) $param: (R F L) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: failed $param: (R F L) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: (Symbol) $param: (R F L) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Kernel F) $param: (R F L) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: (Fraction (SparseUnivariatePolynomial F)) $param: (R F L) Debug: evaluateType1 form: (Fraction (SparseUnivariatePolynomial F)) debug: evaluateType1 x: (SparseUnivariatePolynomial F) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R F L) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (R F L) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial F) c: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial (Fraction (SparseUnivariatePolynomial F))) $param: (R F L) Debug: evaluateType1 form: (SparseUnivariatePolynomial (Fraction (SparseUnivariatePolynomial F))) debug: evaluateType1 x: (Fraction (SparseUnivariatePolynomial F)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R F L) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (SparseUnivariatePolynomial F)) $param: (R F L) Debug: evaluateType1 form: (Fraction (SparseUnivariatePolynomial F)) debug: evaluateType1 x: (SparseUnivariatePolynomial F) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R F L) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (R F L) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial F) c: (IntegralDomain) debug: evalCategory d: (Fraction (SparseUnivariatePolynomial F)) c: (Ring) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: (Kernel F) $param: (R F L) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: (Kernel F) $param: (R F L) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (R F L) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: (SparseUnivariatePolynomial (Fraction (SparseUnivariatePolynomial F))) $param: (R F L) Debug: evaluateType1 form: (SparseUnivariatePolynomial (Fraction (SparseUnivariatePolynomial F))) debug: evaluateType1 x: (Fraction (SparseUnivariatePolynomial F)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R F L) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (SparseUnivariatePolynomial F)) $param: (R F L) Debug: evaluateType1 form: (Fraction (SparseUnivariatePolynomial F)) debug: evaluateType1 x: (SparseUnivariatePolynomial F) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R F L) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (R F L) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial F) c: (IntegralDomain) debug: evalCategory d: (Fraction (SparseUnivariatePolynomial F)) c: (Ring) debug: evaluateType form: (Kernel F) $param: (R F L) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: (SparseUnivariatePolynomial (Fraction (SparseUnivariatePolynomial F))) $param: (R F L) Debug: evaluateType1 form: (SparseUnivariatePolynomial (Fraction (SparseUnivariatePolynomial F))) debug: evaluateType1 x: (Fraction (SparseUnivariatePolynomial F)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R F L) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (SparseUnivariatePolynomial F)) $param: (R F L) Debug: evaluateType1 form: (Fraction (SparseUnivariatePolynomial F)) debug: evaluateType1 x: (SparseUnivariatePolynomial F) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R F L) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (R F L) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial F) c: (IntegralDomain) debug: evalCategory d: (Fraction (SparseUnivariatePolynomial F)) c: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (R F L) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (Kernel F) $param: (R F L) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE palgint0 ((IntegrationResult F) F (Kernel F) (Kernel F) F (SparseUnivariatePolynomial F))) (SIGNATURE palgint0 ((IntegrationResult F) F (Kernel F) (Kernel F) (Kernel F) F (Fraction (SparseUnivariatePolynomial F)))) (SIGNATURE palgextint0 ((Union (Record (: ratpart F) (: coeff F)) failed) F (Kernel F) (Kernel F) F F (SparseUnivariatePolynomial F))) (SIGNATURE palgextint0 ((Union (Record (: ratpart F) (: coeff F)) failed) F (Kernel F) (Kernel F) F (Kernel F) F (Fraction (SparseUnivariatePolynomial F)))) (SIGNATURE palglimint0 ((Union (Record (: mainpart F) (: limitedlogs (List (Record (: coeff F) (: logand F))))) failed) F (Kernel F) (Kernel F) (List F) F (SparseUnivariatePolynomial F))) (SIGNATURE palglimint0 ((Union (Record (: mainpart F) (: limitedlogs (List (Record (: coeff F) (: logand F))))) failed) F (Kernel F) (Kernel F) (List F) (Kernel F) F (Fraction (SparseUnivariatePolynomial F)))) (SIGNATURE palgRDE0 ((Union F failed) F F (Kernel F) (Kernel F) (Mapping (Union F failed) F F (Symbol)) F (SparseUnivariatePolynomial F))) (SIGNATURE palgRDE0 ((Union F failed) F F (Kernel F) (Kernel F) (Mapping (Union F failed) F F (Symbol)) (Kernel F) F (Fraction (SparseUnivariatePolynomial F)))) (SIGNATURE univariate ((SparseUnivariatePolynomial (Fraction (SparseUnivariatePolynomial F))) F (Kernel F) (Kernel F) (SparseUnivariatePolynomial F))) (SIGNATURE multivariate (F (SparseUnivariatePolynomial (Fraction (SparseUnivariatePolynomial F))) (Kernel F) F)) (SIGNATURE lift ((SparseUnivariatePolynomial (Fraction (SparseUnivariatePolynomial F))) (SparseUnivariatePolynomial F) (Kernel F))) (IF (has L (LinearOrdinaryDifferentialOperatorCategory F)) (PROGN (SIGNATURE palgLODE0 ((Record (: particular (Union F failed)) (: basis (List F))) L F (Kernel F) (Kernel F) F (SparseUnivariatePolynomial F))) (SIGNATURE palgLODE0 ((Record (: particular (Union F failed)) (: basis (List F))) L F (Kernel F) (Kernel F) (Kernel F) F (Fraction (SparseUnivariatePolynomial F))))) %noBranch)) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for GenusZeroIntegration compiling into /tmp/oa-ntTkfo importing RationalIntegration(F,SparseUnivariatePolynomial F) importing AlgebraicManipulations(R,F) importing IntegrationResultFunctions2(Fraction SparseUnivariatePolynomial F,F) importing ElementaryFunctionStructurePackage(R,F) importing SparseUnivariatePolynomialFunctions2(F,Fraction SparseUnivariatePolynomial F) importing PolynomialCategoryQuotientFunctions(IndexedExponents Kernel F,Kernel F,R,SparseMultivariatePolynomial(R,Kernel F),F) compiling local kerdiff : (F,F) -> List Kernel F Time: 0.10 SEC. compiling local checkroot : (F,List Kernel F) -> F Time: 0.01 SEC. compiling local univ : (F,List Kernel F,Kernel F) -> Fraction SparseUnivariatePolynomial F Time: 0.05 SEC. compiling exported univariate : (F,Kernel F,Kernel F,SparseUnivariatePolynomial F) -> SparseUnivariatePolynomial Fraction SparseUnivariatePolynomial F Time: 0.05 SEC. compiling exported lift : (SparseUnivariatePolynomial F,Kernel F) -> SparseUnivariatePolynomial Fraction SparseUnivariatePolynomial F Time: 0.06 SEC. compiling exported palgint0 : (F,Kernel F,Kernel F,F,SparseUnivariatePolynomial F) -> IntegrationResult F Time: 0.11 SEC. compiling local quadsubst : (Kernel F,Kernel F,F,SparseUnivariatePolynomial F) -> Record(diff: F,subs: Record(coeff: F,var: List Kernel F,val: List F),newk: List Kernel F) Time: 0.24 SEC. compiling local mkRatlx : (F,Kernel F,Kernel F,F,Kernel F,Fraction SparseUnivariatePolynomial F) -> Fraction SparseUnivariatePolynomial F Time: 0.16 SEC. compiling local mkRat : (F,Record(coeff: F,var: List Kernel F,val: List F),List Kernel F) -> Fraction SparseUnivariatePolynomial F Time: 0.08 SEC. compiling exported palgint0 : (F,Kernel F,Kernel F,Kernel F,F,Fraction SparseUnivariatePolynomial F) -> IntegrationResult F Time: 0.02 SEC. compiling exported palgextint0 : (F,Kernel F,Kernel F,F,Kernel F,F,Fraction SparseUnivariatePolynomial F) -> Union(Record(ratpart: F,coeff: F),failed) Time: 0.02 SEC. compiling exported palglimint0 : (F,Kernel F,Kernel F,List F,Kernel F,F,Fraction SparseUnivariatePolynomial F) -> Union(Record(mainpart: F,limitedlogs: List Record(coeff: F,logand: F)),failed) Time: 0.04 SEC. compiling exported palgRDE0 : (F,F,Kernel F,Kernel F,(F,F,Symbol) -> Union(F,failed),Kernel F,F,Fraction SparseUnivariatePolynomial F) -> Union(F,failed) Time: 0.08 SEC. compiling exported multivariate : (SparseUnivariatePolynomial Fraction SparseUnivariatePolynomial F,Kernel F,F) -> F Time: 2.78 SEC. compiling exported palgextint0 : (F,Kernel F,Kernel F,F,F,SparseUnivariatePolynomial F) -> Union(Record(ratpart: F,coeff: F),failed) Time: 0.04 SEC. compiling exported palglimint0 : (F,Kernel F,Kernel F,List F,F,SparseUnivariatePolynomial F) -> Union(Record(mainpart: F,limitedlogs: List Record(coeff: F,logand: F)),failed) Time: 0.06 SEC. compiling exported palgRDE0 : (F,F,Kernel F,Kernel F,(F,F,Symbol) -> Union(F,failed),F,SparseUnivariatePolynomial F) -> Union(F,failed) Time: 0.07 SEC. importing RationalLODE(F,SparseUnivariatePolynomial F) compiling exported palgLODE0 : (L,F,Kernel F,Kernel F,F,SparseUnivariatePolynomial F) -> Record(particular: Union(F,failed),basis: List F) Time: 0.20 SEC. compiling exported palgLODE0 : (L,F,Kernel F,Kernel F,Kernel F,F,Fraction SparseUnivariatePolynomial F) -> Record(particular: Union(F,failed),basis: List F) Time: 0.15 SEC. (time taken in buildFunctor: 4) Time: 0.02 SEC. Warnings: [1] kerdiff: not known that SetCategory is of mode CATEGORY(package,palgint0: (F,Kernel F,Kernel F,F,SparseUnivariatePolynomial F) -> IntegrationResult F,palgint0: (F,Kernel F,Kernel F,Kernel F,F,Fraction SparseUnivariatePolynomial F) -> IntegrationResult F,palgextint0: (F,Kernel F,Kernel F,F,F,SparseUnivariatePolynomial F) -> Union(Record(ratpart: F,coeff: F),"failed"),palgextint0: (F,Kernel F,Kernel F,F,Kernel F,F,Fraction SparseUnivariatePolynomial F) -> Union(Record(ratpart: F,coeff: F),"failed"),palglimint0: (F,Kernel F,Kernel F,List F,F,SparseUnivariatePolynomial F) -> Union(Record(mainpart: F,limitedlogs: List Record(coeff: F,logand: F)),"failed"),palglimint0: (F,Kernel F,Kernel F,List F,Kernel F,F,Fraction SparseUnivariatePolynomial F) -> Union(Record(mainpart: F,limitedlogs: List Record(coeff: F,logand: F)),"failed"),palgRDE0: (F,F,Kernel F,Kernel F,((F,F,Symbol) -> Union(F,"failed")),F,SparseUnivariatePolynomial F) -> Union(F,"failed"),palgRDE0: (F,F,Kernel F,Kernel F,((F,F,Symbol) -> Union(F,"failed")),Kernel F,F,Fraction SparseUnivariatePolynomial F) -> Union(F,"failed"),univariate: (F,Kernel F,Kernel F,SparseUnivariatePolynomial F) -> SparseUnivariatePolynomial Fraction SparseUnivariatePolynomial F,multivariate: (SparseUnivariatePolynomial Fraction SparseUnivariatePolynomial F,Kernel F,F) -> F,lift: (SparseUnivariatePolynomial F,Kernel F) -> SparseUnivariatePolynomial Fraction SparseUnivariatePolynomial F,IF(hasLLinearOrdinaryDifferentialOperatorCategory(F),PROGN(palgLODE0: (L,F,Kernel F,Kernel F,F,SparseUnivariatePolynomial F) -> Record(particular: Union(F,"failed"),basis: List F),palgLODE0: (L,F,Kernel F,Kernel F,Kernel F,F,Fraction SparseUnivariatePolynomial F) -> Record(particular: Union(F,"failed"),basis: List F)),%noBranch)) [2] univ: not known that Ring is of mode CATEGORY(package,palgint0: (F,Kernel F,Kernel F,F,SparseUnivariatePolynomial F) -> IntegrationResult F,palgint0: (F,Kernel F,Kernel F,Kernel F,F,Fraction SparseUnivariatePolynomial F) -> IntegrationResult F,palgextint0: (F,Kernel F,Kernel F,F,F,SparseUnivariatePolynomial F) -> Union(Record(ratpart: F,coeff: F),"failed"),palgextint0: (F,Kernel F,Kernel F,F,Kernel F,F,Fraction SparseUnivariatePolynomial F) -> Union(Record(ratpart: F,coeff: F),"failed"),palglimint0: (F,Kernel F,Kernel F,List F,F,SparseUnivariatePolynomial F) -> Union(Record(mainpart: F,limitedlogs: List Record(coeff: F,logand: F)),"failed"),palglimint0: (F,Kernel F,Kernel F,List F,Kernel F,F,Fraction SparseUnivariatePolynomial F) -> Union(Record(mainpart: F,limitedlogs: List Record(coeff: F,logand: F)),"failed"),palgRDE0: (F,F,Kernel F,Kernel F,((F,F,Symbol) -> Union(F,"failed")),F,SparseUnivariatePolynomial F) -> Union(F,"failed"),palgRDE0: (F,F,Kernel F,Kernel F,((F,F,Symbol) -> Union(F,"failed")),Kernel F,F,Fraction SparseUnivariatePolynomial F) -> Union(F,"failed"),univariate: (F,Kernel F,Kernel F,SparseUnivariatePolynomial F) -> SparseUnivariatePolynomial Fraction SparseUnivariatePolynomial F,multivariate: (SparseUnivariatePolynomial Fraction SparseUnivariatePolynomial F,Kernel F,F) -> F,lift: (SparseUnivariatePolynomial F,Kernel F) -> SparseUnivariatePolynomial Fraction SparseUnivariatePolynomial F,IF(hasLLinearOrdinaryDifferentialOperatorCategory(F),PROGN(palgLODE0: (L,F,Kernel F,Kernel F,F,SparseUnivariatePolynomial F) -> Record(particular: Union(F,"failed"),basis: List F),palgLODE0: (L,F,Kernel F,Kernel F,Kernel F,F,Fraction SparseUnivariatePolynomial F) -> Record(particular: Union(F,"failed"),basis: List F)),%noBranch)) [3] palgint0: not known that IntegralDomain is of mode CATEGORY(package,palgint0: (F,Kernel F,Kernel F,F,SparseUnivariatePolynomial F) -> IntegrationResult F,palgint0: (F,Kernel F,Kernel F,Kernel F,F,Fraction SparseUnivariatePolynomial F) -> IntegrationResult F,palgextint0: (F,Kernel F,Kernel F,F,F,SparseUnivariatePolynomial F) -> Union(Record(ratpart: F,coeff: F),"failed"),palgextint0: (F,Kernel F,Kernel F,F,Kernel F,F,Fraction SparseUnivariatePolynomial F) -> Union(Record(ratpart: F,coeff: F),"failed"),palglimint0: (F,Kernel F,Kernel F,List F,F,SparseUnivariatePolynomial F) -> Union(Record(mainpart: F,limitedlogs: List Record(coeff: F,logand: F)),"failed"),palglimint0: (F,Kernel F,Kernel F,List F,Kernel F,F,Fraction SparseUnivariatePolynomial F) -> Union(Record(mainpart: F,limitedlogs: List Record(coeff: F,logand: F)),"failed"),palgRDE0: (F,F,Kernel F,Kernel F,((F,F,Symbol) -> Union(F,"failed")),F,SparseUnivariatePolynomial F) -> Union(F,"failed"),palgRDE0: (F,F,Kernel F,Kernel F,((F,F,Symbol) -> Union(F,"failed")),Kernel F,F,Fraction SparseUnivariatePolynomial F) -> Union(F,"failed"),univariate: (F,Kernel F,Kernel F,SparseUnivariatePolynomial F) -> SparseUnivariatePolynomial Fraction SparseUnivariatePolynomial F,multivariate: (SparseUnivariatePolynomial Fraction SparseUnivariatePolynomial F,Kernel F,F) -> F,lift: (SparseUnivariatePolynomial F,Kernel F) -> SparseUnivariatePolynomial Fraction SparseUnivariatePolynomial F,IF(hasLLinearOrdinaryDifferentialOperatorCategory(F),PROGN(palgLODE0: (L,F,Kernel F,Kernel F,F,SparseUnivariatePolynomial F) -> Record(particular: Union(F,"failed"),basis: List F),palgLODE0: (L,F,Kernel F,Kernel F,Kernel F,F,Fraction SparseUnivariatePolynomial F) -> Record(particular: Union(F,"failed"),basis: List F)),%noBranch)) [4] palgRDE0: var has no value [5] palgRDE0: coeff has no value Cumulative Statistics for Constructor GenusZeroIntegration Time: 4.35 seconds finalizing NRLIB INTG0 Processing GenusZeroIntegration for Browser database: -- palgint0 : (F,K,K,F,UP) -> IR -- palgint0 : (F,K,K,K,F,RF) -> IR -- palgextint0 : (F,K,K,F,F,UP) -> U2 -- palgextint0 : (F,K,K,F,K,F,RF) -> U2 -- palglimint0 : (F,K,K,List F,F,UP) -> U3 -- palglimint0 : (F,K,K,List F,K,F,RF) -> U3 -- palgRDE0 : (F,F,K,K,((F,F,SY) -> U1),F,UP) -> U1 -- palgRDE0 : (F,F,K,K,((F,F,SY) -> U1),K,F,RF) -> U1 -- univariate : (F,K,K,UP) -> UPUP -- multivariate : (UPUP,K,F) -> F -- lift : (UP,K) -> UPUP -- palgLODE0 : (L,F,K,K,F,UP) -> ODE -- palgLODE0 : (L,F,K,K,K,F,RF) -> ODE -- constructor ; compiling file "/tmp/oa-ntTkfo/code.lsp" (written 01 FEB 2016 11:08:11 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |INTG0;kerdiff| ...) ; file: /tmp/oa-ntTkfo/code.lsp ; in: DEFUN |INTG0;kerdiff| ; (DEFUN BOOT::|INTG0;kerdiff| (BOOT::|sa| BOOT::|a| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|sa| (BOOT::|shellEntry| BOOT::$ 16)) ; (BOOT::SPADCALL BOOT::|a| (BOOT::|shellEntry| BOOT::$ 16)) ; (BOOT::|shellEntry| BOOT::$ 18))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTG0;kerdiff| ; (BOOT::|sa| BOOT::|a| BOOT::$) ; (BLOCK BOOT::|INTG0;kerdiff| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|sa| (BOOT::|shellEntry| BOOT::$ 16)) ; (BOOT::SPADCALL BOOT::|a| (BOOT::|shellEntry| BOOT::$ 16)) ; (BOOT::|shellEntry| BOOT::$ 18)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |INTG0;checkroot| ...) ; compiling (DEFUN |INTG0;univ| ...) ; compiling (DEFUN |INTG0;univariate;F2KSupSup;4| ...) ; compiling (DEFUN |INTG0;lift;SupKSup;5| ...) ; compiling (DEFUN |INTG0;lift;SupKSup;5!0| ...) ; compiling (DEFUN |INTG0;palgint0;F2KFSupIr;6| ...) ; compiling (DEFUN |INTG0;palgint0;F2KFSupIr;6!1| ...) ; compiling (DEFUN |INTG0;palgint0;F2KFSupIr;6!0| ...) ; compiling (DEFUN |INTG0;quadsubst| ...) ; compiling (DEFUN |INTG0;mkRatlx| ...) ; compiling (DEFUN |INTG0;mkRat| ...) ; compiling (DEFUN |INTG0;palgint0;F3KFFIr;10| ...) ; compiling (DEFUN |INTG0;palgint0;F3KFFIr;10!0| ...) ; compiling (DEFUN |INTG0;palgextint0;F2KFKFFU;11| ...) ; file: /tmp/oa-ntTkfo/code.lsp ; in: DEFUN |INTG0;palgextint0;F2KFKFFU;11| ; (DEFUN BOOT::|INTG0;palgextint0;F2KFKFFU;11| ; (BOOT::|f| BOOT::|x| BOOT::|y| BOOT::|g| BOOT::|z| BOOT::|xx| ; BOOT::|dx| BOOT::$) ; (BOOT::SPADCALL ; (CONS #'BOOT::|INTG0;palgextint0;F2KFKFFU;11!0| ; (VECTOR BOOT::$ BOOT::|y|)) ; (BOOT::SPADCALL ; (BOOT::|INTG0;mkRatlx| BOOT::|f| BOOT::|x| BOOT::|y| BOOT::|xx| BOOT::|z| ; BOOT::|dx| BOOT::$) ; (BOOT::|INTG0;mkRatlx| BOOT::|g| BOOT::|x| BOOT::|y| BOOT::|xx| BOOT::|z| ; BOOT::|dx| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 88)) ; (BOOT::|shellEntry| BOOT::$ 91))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTG0;palgextint0;F2KFKFFU;11| ; (BOOT::|f| BOOT::|x| BOOT::|y| BOOT::|g| BOOT::|z| BOOT::|xx| ; BOOT::|dx| BOOT::$) ; (BLOCK BOOT::|INTG0;palgextint0;F2KFKFFU;11| ; (BOOT::SPADCALL ; (CONS #'BOOT::|INTG0;palgextint0;F2KFKFFU;11!0| ; (VECTOR BOOT::$ BOOT::|y|)) ; (BOOT::SPADCALL ; (BOOT::|INTG0;mkRatlx| BOOT::|f| BOOT::|x| BOOT::|y| BOOT::|xx| ; BOOT::|z| BOOT::|dx| BOOT::$) ; (BOOT::|INTG0;mkRatlx| BOOT::|g| BOOT::|x| BOOT::|y| BOOT::|xx| ; BOOT::|z| BOOT::|dx| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 88)) ; (BOOT::|shellEntry| BOOT::$ 91)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |INTG0;palgextint0;F2KFKFFU;11!0| ...) ; compiling (DEFUN |INTG0;palglimint0;F2KLKFFU;12| ...) ; file: /tmp/oa-ntTkfo/code.lsp ; in: DEFUN |INTG0;palglimint0;F2KLKFFU;12| ; (DEFUN BOOT::|INTG0;palglimint0;F2KLKFFU;12| ; (BOOT::|f| BOOT::|x| BOOT::|y| BOOT::|lu| BOOT::|z| BOOT::|xx| ; BOOT::|dx| BOOT::$) ; (BOOT::SPADCALL ; (CONS #'BOOT::|INTG0;palglimint0;F2KLKFFU;12!0| ; (VECTOR BOOT::$ BOOT::|y|)) ; (BOOT::SPADCALL ; (BOOT::|INTG0;mkRatlx| BOOT::|f| BOOT::|x| BOOT::|y| BOOT::|xx| BOOT::|z| ; BOOT::|dx| BOOT::$) ; (LET (# #) ; (LOOP # ; #)) ; (BOOT::|shellEntry| BOOT::$ 98)) ; (BOOT::|shellEntry| BOOT::$ 103))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTG0;palglimint0;F2KLKFFU;12| ; (BOOT::|f| BOOT::|x| BOOT::|y| BOOT::|lu| BOOT::|z| BOOT::|xx| ; BOOT::|dx| BOOT::$) ; (BLOCK BOOT::|INTG0;palglimint0;F2KLKFFU;12| ; (BOOT::SPADCALL ; (CONS #'BOOT::|INTG0;palglimint0;F2KLKFFU;12!0| ; (VECTOR BOOT::$ BOOT::|y|)) ; (BOOT::SPADCALL ; (BOOT::|INTG0;mkRatlx| BOOT::|f| BOOT::|x| BOOT::|y| BOOT::|xx| ; BOOT::|z| BOOT::|dx| BOOT::$) ; (LET # ; #) ; (BOOT::|shellEntry| BOOT::$ 98)) ; (BOOT::|shellEntry| BOOT::$ 103)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |INTG0;palglimint0;F2KLKFFU;12!0| ...) ; compiling (DEFUN |INTG0;palgRDE0;2F2KMKFFU;13| ...) ; compiling (DEFUN |INTG0;multivariate;SupK2F;14| ...) ; compiling (DEFUN |INTG0;multivariate;SupK2F;14!0| ...) ; compiling (DEFUN |INTG0;palgextint0;F2K2FSupU;15| ...) ; file: /tmp/oa-ntTkfo/code.lsp ; in: DEFUN |INTG0;palgextint0;F2K2FSupU;15| ; (DEFUN BOOT::|INTG0;palgextint0;F2K2FSupU;15| ; (BOOT::|f| BOOT::|x| BOOT::|y| BOOT::|g| BOOT::|den| BOOT::|radi| ; BOOT::$) ; (LET ((BOOT::|pr| ; (BOOT::|INTG0;quadsubst| BOOT::|x| BOOT::|y| BOOT::|den| ; BOOT::|radi| BOOT::$))) ; (BOOT::SPADCALL ; (CONS #'BOOT::|INTG0;palgextint0;F2K2FSupU;15!0| ; (VECTOR BOOT::$ BOOT::|pr|)) ; (BOOT::SPADCALL (BOOT::|INTG0;mkRat| BOOT::|f| # # BOOT::$) ; (BOOT::|INTG0;mkRat| BOOT::|g| # # BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 88)) ; (BOOT::|shellEntry| BOOT::$ 91)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTG0;palgextint0;F2K2FSupU;15| ; (BOOT::|f| BOOT::|x| BOOT::|y| BOOT::|g| BOOT::|den| BOOT::|radi| ; BOOT::$) ; (BLOCK BOOT::|INTG0;palgextint0;F2K2FSupU;15| ; (LET ((BOOT::|pr| #)) ; (BOOT::SPADCALL (CONS #'BOOT::|INTG0;palgextint0;F2K2FSupU;15!0| #) ; (BOOT::SPADCALL # # #) ; (BOOT::|shellEntry| BOOT::$ 91))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |INTG0;palgextint0;F2K2FSupU;15!0| ...) ; compiling (DEFUN |INTG0;palglimint0;F2KLFSupU;16| ...) ; file: /tmp/oa-ntTkfo/code.lsp ; in: DEFUN |INTG0;palglimint0;F2KLFSupU;16| ; (DEFUN BOOT::|INTG0;palglimint0;F2KLFSupU;16| ; (BOOT::|f| BOOT::|x| BOOT::|y| BOOT::|lu| BOOT::|den| BOOT::|radi| ; BOOT::$) ; (LET ((BOOT::|pr| ; (BOOT::|INTG0;quadsubst| BOOT::|x| BOOT::|y| BOOT::|den| ; BOOT::|radi| BOOT::$))) ; (BOOT::SPADCALL ; (CONS #'BOOT::|INTG0;palglimint0;F2KLFSupU;16!0| ; (VECTOR BOOT::$ BOOT::|pr|)) ; (BOOT::SPADCALL (BOOT::|INTG0;mkRat| BOOT::|f| # # BOOT::$) ; (LET # ; #) ; (BOOT::|shellEntry| BOOT::$ 98)) ; (BOOT::|shellEntry| BOOT::$ 103)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTG0;palglimint0;F2KLFSupU;16| ; (BOOT::|f| BOOT::|x| BOOT::|y| BOOT::|lu| BOOT::|den| BOOT::|radi| ; BOOT::$) ; (BLOCK BOOT::|INTG0;palglimint0;F2KLFSupU;16| ; (LET ((BOOT::|pr| #)) ; (BOOT::SPADCALL (CONS #'BOOT::|INTG0;palglimint0;F2KLFSupU;16!0| #) ; (BOOT::SPADCALL # # #) ; (BOOT::|shellEntry| BOOT::$ 103))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |INTG0;palglimint0;F2KLFSupU;16!0| ...) ; compiling (DEFUN |INTG0;palgRDE0;2F2KMFSupU;17| ...) ; compiling (DEFUN |INTG0;palgLODE0;LF2KFSupR;18| ...) ; compiling (DEFUN |INTG0;palgLODE0;LF3KFFR;19| ...) ; compiling (DEFUN |GenusZeroIntegration| ...) ; compiling (DEFUN |GenusZeroIntegration;| ...) ; compiling (MAKEPROP (QUOTE |GenusZeroIntegration|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 5 notes ; /tmp/oa-ntTkfo/code.fasl written ; compilation finished in 0:00:00.146 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FFCAT.spad && cp FFCAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FFCAT.fasl \ && if test -f FFCAT-.NRLIB/code.fasl; then \ cp FFCAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FFCAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FFCAT.spad using Spad compiler. FFCAT abbreviates category FunctionFieldCategory debug: compDefine1 lhs: (FunctionFieldCategory F UP UPUP) signature (pre-evaluate): ((Category) NIL NIL NIL) debug: evaluateType form: (Category) $param: (F UP UPUP) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FunctionFieldCategory compiling into /tmp/oa-I06Cm6 STYLE-WARNING: redefining BOOT::|FunctionFieldCategory| in DEFUN Time: 0.05 SEC. FFCAT- abbreviates package FunctionFieldCategory& ------------------------------------------------------------------------ initializing stationary directory for FunctionFieldCategory& compiling into /tmp/oa-fruGCZ importing InnerCommonDenominator(UP,Fraction UP,Vector UP,Vector Fraction UP) importing UnivariatePolynomialCommonDenominator(UP,Fraction UP,UPUP) compiling local Q2RF : Fraction F -> Fraction UP Time: 0.11 SEC. compiling local infOrder : Fraction UP -> Integer Time: 0.04 SEC. compiling exported integral? : S -> Boolean Time: 0.00 SEC. compiling exported integral? : (S,F) -> Boolean Time: 0.01 SEC. compiling exported absolutelyIrreducible? : () -> Boolean Time: 0.02 SEC. compiling exported yCoordinates : S -> Record(num: Vector UP,den: UP) Time: 0.02 SEC. compiling exported hyperelliptic : () -> Union(UP,failed) Time: 0.07 SEC. compiling exported algSplitSimple : (S,UP -> UP) -> Record(num: S,den: UP,derivden: UP,gd: UP) Time: 0.22 SEC. compiling exported elliptic : () -> Union(UP,failed) Time: 0.04 SEC. compiling exported rationalPoint? : (F,F) -> Boolean Time: 1.89 SEC. importing PolyGroebner F importing MatrixCommonDenominator(UP,Fraction UP) compiling local UP2P : (UP,Polynomial F) -> Polynomial F Time: 0.08 SEC. compiling local UPUP2P : (UPUP,Polynomial F,Polynomial F) -> Polynomial F Time: 0.11 SEC. compiling exported nonSingularModel : Symbol -> List Polynomial F Debug compQuote expr: (QUOTE %%dummy1) m: $EmptyMode Debug compQuote expr: (QUOTE %%dummy2) m: $EmptyMode Time: 0.25 SEC. compiling local ispoint : (UPUP,F,F) -> List F Time: 0.16 SEC. compiling exported rationalPoints : () -> List List F Time: 0.04 SEC. compiling local intvalue : (Vector UP,F,F) -> F Time: 0.26 SEC. compiling exported elt : (S,F,F) -> F Time: 0.02 SEC. compiling exported primitivePart : S -> S Time: 0.62 SEC. compiling exported reduceBasisAtInfinity : Vector S -> Vector S Time: 0.07 SEC. compiling exported complementaryBasis : Vector S -> Vector S Time: 0.04 SEC. compiling exported integralAtInfinity? : S -> Boolean Time: 0.05 SEC. compiling exported numberOfComponents : () -> NonNegativeInteger Time: 0.02 SEC. compiling exported represents : (Vector UP,UP) -> S Time: 0.04 SEC. compiling exported genus : () -> NonNegativeInteger Time: 1.20 SEC. compiling local repOrder : (Matrix Fraction UP,Integer) -> Integer Time: 0.06 SEC. compiling local infValue : Fraction UP -> Fraction F Time: 0.06 SEC. compiling local rfmonom : Integer -> Fraction UP Time: 0.03 SEC. compiling local kmin : (Matrix Fraction UP,Vector Fraction F) -> Union(Record(pos: Integer,km: Integer),failed) Time: 0.08 SEC. compiling exported normalizeAtInfinity : Vector S -> Vector S Time: 1.48 SEC. compiling exported integral? : (S,UP) -> Boolean Time: 0.02 SEC. compiling exported differentiate : (S,UP -> UP) -> S Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] rationalPoint?: not known that IntegralDomain is of mode CATEGORY(package,differentiate: (S,Symbol) -> S,differentiate: (S,List Symbol) -> S,differentiate: (S,Symbol,NonNegativeInteger) -> S,differentiate: (S,List Symbol,List NonNegativeInteger) -> S,differentiate: S -> S,differentiate: (S,NonNegativeInteger) -> S,rationalPoints: () -> List List F,nonSingularModel: Symbol -> List Polynomial F,algSplitSimple: (S,(UP -> UP)) -> Record(num: S,den: UP,derivden: UP,gd: UP),hyperelliptic: () -> Union(UP,"failed"),elliptic: () -> Union(UP,"failed"),elt: (S,F,F) -> F,primitivePart: S -> S,differentiate: (S,(UP -> UP)) -> S,integral?: (S,UP) -> Boolean,integral?: (S,F) -> Boolean,represents: (Vector UP,UP) -> S,yCoordinates: S -> Record(num: Vector UP,den: UP),reduceBasisAtInfinity: Vector S -> Vector S,normalizeAtInfinity: Vector S -> Vector S,complementaryBasis: Vector S -> Vector S,integral?: S -> Boolean,integralAtInfinity?: S -> Boolean,rationalPoint?: (F,F) -> Boolean,absolutelyIrreducible?: () -> Boolean,genus: () -> NonNegativeInteger,numberOfComponents: () -> NonNegativeInteger,differentiate: (S,(Fraction UP -> Fraction UP),NonNegativeInteger) -> S,differentiate: (S,(Fraction UP -> Fraction UP)) -> S,represents: Vector Fraction UP -> S,represents: (Vector Fraction UP,Vector S) -> S) [2] primitivePart: STEP has no value [3] primitivePart: i has no value [4] genus: determinant has no value [5] integral?: den has no value Cumulative Statistics for Constructor FunctionFieldCategory& Time: 7.15 seconds finalizing NRLIB FFCAT- ; compiling file "/tmp/oa-fruGCZ/code.lsp" (written 01 FEB 2016 11:08:19 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FFCAT-;Q2RF| ...) ; compiling (DEFUN |FFCAT-;infOrder| ...) ; compiling (DEFUN |FFCAT-;integral?;$B;3| ...) ; file: /tmp/oa-fruGCZ/code.lsp ; in: DEFUN |FFCAT-;integral?;$B;3| ; (DEFUN BOOT::|FFCAT-;integral?;$B;3| (BOOT::|f| BOOT::$) ; (BOOT::SPADCALL ; (CDR (BOOT::SPADCALL BOOT::|f| (BOOT::|shellEntry| BOOT::$ 24))) ; (BOOT::|shellEntry| BOOT::$ 26))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFCAT-;integral?;$B;3| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|FFCAT-;integral?;$B;3| ; (BOOT::SPADCALL (CDR (BOOT::SPADCALL BOOT::|f| #)) ; (BOOT::|shellEntry| BOOT::$ 26)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FFCAT-;integral?;$FB;4| ...) ; file: /tmp/oa-fruGCZ/code.lsp ; in: DEFUN |FFCAT-;integral?;$FB;4| ; (DEFUN BOOT::|FFCAT-;integral?;$FB;4| (BOOT::|f| BOOT::|a| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL (CDR (BOOT::SPADCALL BOOT::|f| #)) BOOT::|a| ; (BOOT::|shellEntry| BOOT::$ 28)) ; (BOOT::|spadConstant| BOOT::$ 29) (BOOT::|shellEntry| BOOT::$ 30))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFCAT-;integral?;$FB;4| ; (BOOT::|f| BOOT::|a| BOOT::$) ; (BLOCK BOOT::|FFCAT-;integral?;$FB;4| ; (BOOT::SPADCALL ; (BOOT::SPADCALL (CDR #) BOOT::|a| (BOOT::|shellEntry| BOOT::$ 28)) ; (BOOT::|spadConstant| BOOT::$ 29) (BOOT::|shellEntry| BOOT::$ 30)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FFCAT-;absolutelyIrreducible?;B;5| ...) ; compiling (DEFUN |FFCAT-;yCoordinates;$R;6| ...) ; file: /tmp/oa-fruGCZ/code.lsp ; in: DEFUN |FFCAT-;yCoordinates;$R;6| ; (DEFUN BOOT::|FFCAT-;yCoordinates;$R;6| (BOOT::|f| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|f| (BOOT::|shellEntry| BOOT::$ 36)) ; (BOOT::|shellEntry| BOOT::$ 38))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFCAT-;yCoordinates;$R;6| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|FFCAT-;yCoordinates;$R;6| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|f| (BOOT::|shellEntry| BOOT::$ 36)) ; (BOOT::|shellEntry| BOOT::$ 38)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FFCAT-;hyperelliptic;U;7| ...) ; compiling (DEFUN |FFCAT-;algSplitSimple;$MR;8| ...) ; compiling (DEFUN |FFCAT-;elliptic;U;9| ...) ; compiling (DEFUN |FFCAT-;rationalPoint?;2FB;10| ...) ; file: /tmp/oa-fruGCZ/code.lsp ; in: DEFUN |FFCAT-;rationalPoint?;2FB;10| ; (DEFUN BOOT::|FFCAT-;rationalPoint?;2FB;10| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL #) (BOOT::SPADCALL # #) ; (BOOT::|shellEntry| BOOT::$ 72)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) ; (BOOT::|shellEntry| BOOT::$ 60)) ; (BOOT::|shellEntry| BOOT::$ 74)) ; (BOOT::|shellEntry| BOOT::$ 75))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFCAT-;rationalPoint?;2FB;10| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|FFCAT-;rationalPoint?;2FB;10| ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL # # #) (BOOT::SPADCALL # #) ; (BOOT::|shellEntry| BOOT::$ 74)) ; (BOOT::|shellEntry| BOOT::$ 75)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FFCAT-;UP2P| ...) ; compiling (DEFUN |FFCAT-;UP2P!0| ...) ; compiling (DEFUN |FFCAT-;UPUP2P| ...) ; compiling (DEFUN |FFCAT-;UPUP2P!0| ...) ; compiling (DEFUN |FFCAT-;nonSingularModel;SL;13| ...) ; file: /tmp/oa-fruGCZ/code.lsp ; in: DEFUN |FFCAT-;nonSingularModel;SL;13| ; (DEFUN BOOT::|FFCAT-;nonSingularModel;SL;13| (BOOT::|u| BOOT::$) ; (PROG (BOOT::|y| BOOT::|x| BOOT::|vars| BOOT::|n| BOOT::|d| BOOT::|w|) ; (RETURN ; (PROGN ; (BOOT::LETT BOOT::|d| # BOOT::|FFCAT-;nonSingularModel;SL;13|) ; (BOOT::LETT BOOT::|n| # BOOT::|FFCAT-;nonSingularModel;SL;13|) ; (BOOT::LETT BOOT::|vars| # BOOT::|FFCAT-;nonSingularModel;SL;13|) ; (BOOT::LETT BOOT::|x| 'BOOT::|%%dummy1| ; BOOT::|FFCAT-;nonSingularModel;SL;13|) ; (BOOT::LETT BOOT::|y| 'BOOT::|%%dummy2| ; BOOT::|FFCAT-;nonSingularModel;SL;13|) ; (BOOT::SPADCALL # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFCAT-;nonSingularModel;SL;13| ; (BOOT::|u| BOOT::$) ; (BLOCK BOOT::|FFCAT-;nonSingularModel;SL;13| ; (PROG (BOOT::|y| BOOT::|x| BOOT::|vars| BOOT::|n| BOOT::|d| BOOT::|w|) ; (RETURN (PROGN # # # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |FFCAT-;nonSingularModel;SL;13!0| ...) ; compiling (DEFUN |FFCAT-;ispoint| ...) ; compiling (DEFUN |FFCAT-;rationalPoints;L;15| ...) ; file: /tmp/oa-fruGCZ/code.lsp ; in: DEFUN |FFCAT-;rationalPoints;L;15| ; (DEFUN BOOT::|FFCAT-;rationalPoints;L;15| (BOOT::$) ; (PROG (BOOT::|pt|) ; (RETURN ; (LET (#) ; (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFCAT-;rationalPoints;L;15| ; (BOOT::$) ; (BLOCK BOOT::|FFCAT-;rationalPoints;L;15| ; (PROG (BOOT::|pt|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; compiling (DEFUN |FFCAT-;intvalue| ...) ; compiling (DEFUN |FFCAT-;elt;$3F;17| ...) ; compiling (DEFUN |FFCAT-;primitivePart;2$;18| ...) ; compiling (DEFUN |FFCAT-;reduceBasisAtInfinity;2V;19| ...) ; file: /tmp/oa-fruGCZ/code.lsp ; in: DEFUN |FFCAT-;reduceBasisAtInfinity;2V;19| ; (DEFUN BOOT::|FFCAT-;reduceBasisAtInfinity;2V;19| (BOOT::|b| BOOT::$) ; (PROG (BOOT::|f|) ; (RETURN ; (LET (#) ; (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFCAT-;reduceBasisAtInfinity;2V;19| ; (BOOT::|b| BOOT::$) ; (BLOCK BOOT::|FFCAT-;reduceBasisAtInfinity;2V;19| ; (PROG (BOOT::|f|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |FFCAT-;complementaryBasis;2V;20| ...) ; compiling (DEFUN |FFCAT-;integralAtInfinity?;$B;21| ...) ; compiling (DEFUN |FFCAT-;integralAtInfinity?;$B;21!0| ...) ; compiling (DEFUN |FFCAT-;numberOfComponents;Nni;22| ...) ; file: /tmp/oa-fruGCZ/code.lsp ; in: DEFUN |FFCAT-;numberOfComponents;Nni;22| ; (DEFUN BOOT::|FFCAT-;numberOfComponents;Nni;22| (BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 154) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 88)) ; (BOOT::|shellEntry| BOOT::$ 170))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFCAT-;numberOfComponents;Nni;22| ; (BOOT::$) ; (BLOCK BOOT::|FFCAT-;numberOfComponents;Nni;22| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 154) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 88)) ; (BOOT::|shellEntry| BOOT::$ 170)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |FFCAT-;represents;VUP$;23| ...) ; compiling (DEFUN |FFCAT-;genus;Nni;24| ...) ; file: /tmp/oa-fruGCZ/code.lsp ; in: DEFUN |FFCAT-;genus;Nni;24| ; (DEFUN BOOT::|FFCAT-;genus;Nni;24| (BOOT::$) ; (LET* ((BOOT::|ds| (BOOT::SPADCALL #)) ; (BOOT::|d| (+ # #)) ; (BOOT::|dd| ; (LET # ; #)) ; (#:G784 (+ BOOT::|dd| 1))) ; (COND ((NOT #) #:G784) (T (BOOT::|moanRetract| #:G784 '#))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFCAT-;genus;Nni;24| ; (BOOT::$) ; (BLOCK BOOT::|FFCAT-;genus;Nni;24| ; (LET* ((BOOT::|ds| #) (BOOT::|d| #) (BOOT::|dd| #) (#:G784 #)) ; (COND (# #:G784) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |FFCAT-;repOrder| ...) ; file: /tmp/oa-fruGCZ/code.lsp ; in: DEFUN |FFCAT-;repOrder| ; (DEFUN BOOT::|FFCAT-;repOrder| (BOOT::|m| BOOT::|i| BOOT::$) ; (LET ((BOOT::|nostart| T) ; (BOOT::|ans| 0) ; (BOOT::|r| (BOOT::SPADCALL BOOT::|m| BOOT::|i| #))) ; (BOOT::SEQ ; (LET (# #) ; (LOOP # ; #)) ; (BOOT::EXIT (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFCAT-;repOrder| ; (BOOT::|m| BOOT::|i| BOOT::$) ; (BLOCK BOOT::|FFCAT-;repOrder| ; (LET ((BOOT::|nostart| T) (BOOT::|ans| 0) (BOOT::|r| #)) ; (BOOT::SEQ ; (LET # ; #) ; (BOOT::EXIT #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |FFCAT-;infValue| ...) ; compiling (DEFUN |FFCAT-;rfmonom| ...) ; file: /tmp/oa-fruGCZ/code.lsp ; in: DEFUN |FFCAT-;rfmonom| ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; ; note: deleting unreachable code ; (BOOT::|moanRetract| BOOT::|n| '(BOOT::|NonNegativeInteger|)) ; ==> ; BOOT::|n| ; ; note: deleting unreachable code ; compiling (DEFUN |FFCAT-;kmin| ...) ; compiling (DEFUN |FFCAT-;normalizeAtInfinity;2V;29| ...) ; compiling (DEFUN |FFCAT-;integral?;$UPB;30| ...) ; file: /tmp/oa-fruGCZ/code.lsp ; in: DEFUN |FFCAT-;integral?;$UPB;30| ; (DEFUN BOOT::|FFCAT-;integral?;$UPB;30| (BOOT::|f| BOOT::|p| BOOT::$) ; (LET ((BOOT::|r| (BOOT::SPADCALL BOOT::|p| #))) ; (COND ((ZEROP #) (BOOT::SPADCALL BOOT::|f| # #)) (T (EQL # 1))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFCAT-;integral?;$UPB;30| ; (BOOT::|f| BOOT::|p| BOOT::$) ; (BLOCK BOOT::|FFCAT-;integral?;$UPB;30| ; (LET ((BOOT::|r| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FFCAT-;differentiate;$M$;31| ...) ; compiling (DEFUN |FFCAT-;differentiate;$M$;31!0| ...) ; compiling (DEFUN |FunctionFieldCategory&| ...) ; compiling (MAKEPROP (QUOTE |FunctionFieldCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 14 notes ; /tmp/oa-fruGCZ/code.fasl written ; compilation finished in 0:00:00.196 ------------------------------------------------------------------------ finalizing NRLIB FFCAT Processing FunctionFieldCategory for Browser database: -- numberOfComponents : () -> NonNegativeInteger -- genus : () -> NonNegativeInteger -- absolutelyIrreducible? : () -> Boolean -- rationalPoint? : (F,F) -> Boolean -- branchPointAtInfinity? : () -> Boolean -- branchPoint? : F -> Boolean -- branchPoint? : UP -> Boolean -- singularAtInfinity? : () -> Boolean -- singular? : F -> Boolean -- singular? : UP -> Boolean -- ramifiedAtInfinity? : () -> Boolean -- ramified? : F -> Boolean -- ramified? : UP -> Boolean -- integralBasis : () -> Vector % -- integralBasisAtInfinity : () -> Vector % -- integralAtInfinity? : % -> Boolean -- integral? : % -> Boolean -- complementaryBasis : Vector % -> Vector % -- normalizeAtInfinity : Vector % -> Vector % -- reduceBasisAtInfinity : Vector % -> Vector % -- integralMatrix : () -> Matrix RF -- inverseIntegralMatrix : () -> Matrix RF -- integralMatrixAtInfinity : () -> Matrix RF -- inverseIntegralMatrixAtInfinity : () -> Matrix RF -- yCoordinates : % -> Record(num: Vector UP,den: UP) -- represents : (Vector UP,UP) -> % -- integralCoordinates : % -> Record(num: Vector UP,den: UP) -- integralRepresents : (Vector UP,UP) -> % -- integralDerivationMatrix : (UP -> UP) -> Record(num: Matrix UP,den: UP) -- integral? : (%,F) -> Boolean -- integral? : (%,UP) -> Boolean -- differentiate : (%,(UP -> UP)) -> % -- primitivePart : % -> % -- elt : (%,F,F) -> F -- elliptic : () -> Union(UP,"failed") -- hyperelliptic : () -> Union(UP,"failed") -- algSplitSimple : (%,(UP -> UP)) -> REC -- nonSingularModel : SY -> List Polynomial F -- rationalPoints : () -> List List F -- constructor ; compiling file "/tmp/oa-I06Cm6/code.lsp" (written 01 FEB 2016 11:08:19 PM): ; compiling (DEFPARAMETER |FunctionFieldCategory;AL| ...) ; compiling (DEFUN |FunctionFieldCategory;| ...) ; compiling (DEFUN |FunctionFieldCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-I06Cm6/code.fasl written ; compilation finished in 0:00:00.026 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile IBATOOL.spad && cp IBATOOL.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IBATOOL.fasl \ && if test -f IBATOOL-.NRLIB/code.fasl; then \ cp IBATOOL-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IBATOOL-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IBATOOL.spad using Spad compiler. IBATOOL abbreviates package IntegralBasisTools debug: compDefine1 lhs: (IntegralBasisTools R UP F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE diagonalProduct (R (Matrix R))) (SIGNATURE matrixGcd (R (Matrix R) R (NonNegativeInteger))) (SIGNATURE divideIfCan! (R (Matrix R) (Matrix R) R (Integer))) (SIGNATURE leastPower ((NonNegativeInteger) (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE idealiser ((Matrix R) (Matrix R) (Matrix R))) (SIGNATURE idealiser ((Matrix R) (Matrix R) (Matrix R) R)) (SIGNATURE idealiserMatrix ((Matrix R) (Matrix R) (Matrix R))) (SIGNATURE moduleSum ((Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R))) (Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R))) (Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R)))))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE diagonalProduct (R (Matrix R))) (SIGNATURE matrixGcd (R (Matrix R) R (NonNegativeInteger))) (SIGNATURE divideIfCan! (R (Matrix R) (Matrix R) R (Integer))) (SIGNATURE leastPower ((NonNegativeInteger) (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE idealiser ((Matrix R) (Matrix R) (Matrix R))) (SIGNATURE idealiser ((Matrix R) (Matrix R) (Matrix R) R)) (SIGNATURE idealiserMatrix ((Matrix R) (Matrix R) (Matrix R))) (SIGNATURE moduleSum ((Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R))) (Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R))) (Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R)))))) $param: (R UP F) debug: evaluateType form: R $param: (R UP F) debug: evaluateType form: (Matrix R) $param: (R UP F) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R UP F) debug: evaluateType form: (Matrix R) $param: (R UP F) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R UP F) debug: evaluateType form: (NonNegativeInteger) $param: (R UP F) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: R $param: (R UP F) debug: evaluateType form: (Matrix R) $param: (R UP F) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R UP F) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R UP F) debug: evaluateType form: (Integer) $param: (R UP F) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (NonNegativeInteger) $param: (R UP F) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (R UP F) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (R UP F) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Matrix R) $param: (R UP F) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R UP F) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R UP F) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R UP F) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R UP F) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R UP F) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R UP F) debug: evaluateType form: (Matrix R) $param: (R UP F) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R UP F) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R UP F) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R))) $param: (R UP F) debug: evaluateType form: (Matrix R) $param: (R UP F) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R UP F) debug: evaluateType form: (Matrix R) $param: (R UP F) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R))) $param: (R UP F) debug: evaluateType form: (Matrix R) $param: (R UP F) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R UP F) debug: evaluateType form: (Matrix R) $param: (R UP F) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R))) $param: (R UP F) debug: evaluateType form: (Matrix R) $param: (R UP F) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R UP F) debug: evaluateType form: (Matrix R) $param: (R UP F) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE diagonalProduct (R (Matrix R))) (SIGNATURE matrixGcd (R (Matrix R) R (NonNegativeInteger))) (SIGNATURE divideIfCan! (R (Matrix R) (Matrix R) R (Integer))) (SIGNATURE leastPower ((NonNegativeInteger) (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE idealiser ((Matrix R) (Matrix R) (Matrix R))) (SIGNATURE idealiser ((Matrix R) (Matrix R) (Matrix R) R)) (SIGNATURE idealiserMatrix ((Matrix R) (Matrix R) (Matrix R))) (SIGNATURE moduleSum ((Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R))) (Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R))) (Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R)))))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for IntegralBasisTools compiling into /tmp/oa-Aqoqnk importing ModularHermitianRowReduction R importing TriangularMatrixOperations(R,Vector R,Vector R,Matrix R) compiling exported diagonalProduct : Matrix R -> R Time: 0.08 SEC. compiling exported matrixGcd : (Matrix R,R,NonNegativeInteger) -> R Time: 0.02 SEC. compiling exported divideIfCan! : (Matrix R,Matrix R,R,Integer) -> R Time: 0.02 SEC. compiling exported leastPower : (NonNegativeInteger,NonNegativeInteger) -> NonNegativeInteger Time: 0.01 SEC. compiling exported idealiserMatrix : (Matrix R,Matrix R) -> Matrix R Time: 0.22 SEC. compiling exported idealiser : (Matrix R,Matrix R) -> Matrix R Time: 0.01 SEC. compiling exported idealiser : (Matrix R,Matrix R,R) -> Matrix R Time: 0.01 SEC. compiling exported moduleSum : (Record(basis: Matrix R,basisDen: R,basisInv: Matrix R),Record(basis: Matrix R,basisDen: R,basisInv: Matrix R)) -> Record(basis: Matrix R,basisDen: R,basisInv: Matrix R) Time: 0.05 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor IntegralBasisTools Time: 0.42 seconds finalizing NRLIB IBATOOL Processing IntegralBasisTools for Browser database: -- squareFree : % -> Factored % -- diagonalProduct : Mat -> R -- matrixGcd : (Mat,R,NNI) -> R -- divideIfCan! : (Matrix R,Matrix R,R,Integer) -> R -- leastPower : (NNI,NNI) -> NNI -- idealiser : (Mat,Mat) -> Mat -- idealiser : (Mat,Mat,R) -> Mat -- idealiserMatrix : (Mat,Mat) -> Mat -- moduleSum : (Ans,Ans) -> Ans -- constructor ; compiling file "/tmp/oa-Aqoqnk/code.lsp" (written 01 FEB 2016 11:08:20 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |IBATOOL;diagonalProduct;MR;1| ...) ; compiling (DEFUN |IBATOOL;matrixGcd;MRNniR;2| ...) ; compiling (DEFUN |IBATOOL;divideIfCan!;2MRIR;3| ...) ; compiling (DEFUN |IBATOOL;leastPower;3Nni;4| ...) ; file: /tmp/oa-Aqoqnk/code.lsp ; in: DEFUN |IBATOOL;leastPower;3Nni;4| ; (DEFUN BOOT::|IBATOOL;leastPower;3Nni;4| (BOOT::|p| BOOT::|n| BOOT::$) ; (LET ((BOOT::|e| 1) (BOOT::|q| BOOT::|p|)) ; (BOOT::SEQ (LOOP (COND # #)) (BOOT::EXIT BOOT::|e|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IBATOOL;leastPower;3Nni;4| ; (BOOT::|p| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|IBATOOL;leastPower;3Nni;4| ; (LET ((BOOT::|e| 1) (BOOT::|q| BOOT::|p|)) ; (BOOT::SEQ (LOOP #) (BOOT::EXIT BOOT::|e|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |IBATOOL;idealiserMatrix;3M;5| ...) ; compiling (DEFUN |IBATOOL;idealiser;3M;6| ...) ; compiling (DEFUN |IBATOOL;idealiser;2MRM;7| ...) ; compiling (DEFUN |IBATOOL;moduleSum;3R;8| ...) ; file: /tmp/oa-Aqoqnk/code.lsp ; in: DEFUN |IBATOOL;moduleSum;3R;8| ; (DEFUN BOOT::|IBATOOL;moduleSum;3R;8| (BOOT::|mod1| BOOT::|mod2| BOOT::$) ; (PROG (BOOT::|rbinv| BOOT::|rb| BOOT::|c2| BOOT::|c1| BOOT::|den| ; BOOT::|n|) ; (RETURN ; (LET (# # # # # #) ; (BOOT::SEQ # # # # # # # # # # # ...))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IBATOOL;moduleSum;3R;8| ; (BOOT::|mod1| BOOT::|mod2| BOOT::$) ; (BLOCK BOOT::|IBATOOL;moduleSum;3R;8| ; (PROG (BOOT::|rbinv| BOOT::|rb| BOOT::|c2| BOOT::|c1| BOOT::|den| ; BOOT::|n|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |IntegralBasisTools| ...) ; compiling (DEFUN |IntegralBasisTools;| ...) ; compiling (MAKEPROP (QUOTE |IntegralBasisTools|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 1 note ; /tmp/oa-Aqoqnk/code.fasl written ; compilation finished in 0:00:00.056 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FFINTBAS.spad && cp FFINTBAS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FFINTBAS.fasl \ && if test -f FFINTBAS-.NRLIB/code.fasl; then \ cp FFINTBAS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FFINTBAS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FFINTBAS.spad using Spad compiler. FFINTBAS abbreviates package FunctionFieldIntegralBasis debug: compDefine1 lhs: (FunctionFieldIntegralBasis R UP F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE integralBasis ((Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R))))) (SIGNATURE localIntegralBasis ((Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R))) R))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE integralBasis ((Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R))))) (SIGNATURE localIntegralBasis ((Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R))) R))) $param: (R UP F) debug: evaluateType form: (Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R))) $param: (R UP F) debug: evaluateType form: (Matrix R) $param: (R UP F) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R UP F) debug: evaluateType form: (Matrix R) $param: (R UP F) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R))) $param: (R UP F) debug: evaluateType form: (Matrix R) $param: (R UP F) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R UP F) debug: evaluateType form: (Matrix R) $param: (R UP F) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R UP F) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE integralBasis ((Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R))))) (SIGNATURE localIntegralBasis ((Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R))) R))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FunctionFieldIntegralBasis compiling into /tmp/oa-7lSk2S importing IntegralBasisTools(R,UP,F) importing ModularHermitianRowReduction R importing TriangularMatrixOperations(R,Vector R,Vector R,Matrix R) compiling local squaredFactors : R -> R Time: 0.10 SEC. compiling local iIntegralBasis : (Matrix R,R,R) -> Record(basis: Matrix R,basisDen: R,basisInv: Matrix R) Time: 0.54 SEC. compiling exported integralBasis : () -> Record(basis: Matrix R,basisDen: R,basisInv: Matrix R) Time: 0.03 SEC. compiling exported localIntegralBasis : R -> Record(basis: Matrix R,basisDen: R,basisInv: Matrix R) Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] squaredFactors: factors has no value [2] squaredFactors: not known that IntegralDomain is of mode CATEGORY(package,integralBasis: () -> Record(basis: Matrix R,basisDen: R,basisInv: Matrix R),localIntegralBasis: R -> Record(basis: Matrix R,basisDen: R,basisInv: Matrix R)) Cumulative Statistics for Constructor FunctionFieldIntegralBasis Time: 0.72 seconds finalizing NRLIB FFINTBAS Processing FunctionFieldIntegralBasis for Browser database: -- squareFree : % -> Factored % -- integralBasis : () -> Record(basis: Mat,basisDen: R,basisInv: Mat) -- localIntegralBasis : R -> Record(basis: Mat,basisDen: R,basisInv: Mat) -- constructor ; compiling file "/tmp/oa-7lSk2S/code.lsp" (written 01 FEB 2016 11:08:21 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FFINTBAS;squaredFactors| ...) ; compiling (DEFUN |FFINTBAS;iIntegralBasis| ...) ; compiling (DEFUN |FFINTBAS;integralBasis;R;3| ...) ; file: /tmp/oa-7lSk2S/code.lsp ; in: DEFUN |FFINTBAS;integralBasis;R;3| ; (DEFUN BOOT::|FFINTBAS;integralBasis;R;3| (BOOT::$) ; (PROG (BOOT::|sing| BOOT::|disc| BOOT::|tfm|) ; (RETURN ; (LET (# #) ; (BOOT::SEQ # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFINTBAS;integralBasis;R;3| ; (BOOT::$) ; (BLOCK BOOT::|FFINTBAS;integralBasis;R;3| ; (PROG (BOOT::|sing| BOOT::|disc| BOOT::|tfm|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |FFINTBAS;localIntegralBasis;RR;4| ...) ; file: /tmp/oa-7lSk2S/code.lsp ; in: DEFUN |FFINTBAS;localIntegralBasis;RR;4| ; (DEFUN BOOT::|FFINTBAS;localIntegralBasis;RR;4| (BOOT::|prime| BOOT::$) ; (PROG (BOOT::|disc| BOOT::|tfm|) ; (RETURN ; (LET (# #) ; (BOOT::SEQ # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FFINTBAS;localIntegralBasis;RR;4| ; (BOOT::|prime| BOOT::$) ; (BLOCK BOOT::|FFINTBAS;localIntegralBasis;RR;4| ; (PROG (BOOT::|disc| BOOT::|tfm|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |FunctionFieldIntegralBasis| ...) ; compiling (DEFUN |FunctionFieldIntegralBasis;| ...) ; compiling (MAKEPROP (QUOTE |FunctionFieldIntegralBasis|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-7lSk2S/code.fasl written ; compilation finished in 0:00:00.057 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile RADFF.spad && cp RADFF.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RADFF.fasl \ && if test -f RADFF-.NRLIB/code.fasl; then \ cp RADFF-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RADFF-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RADFF.spad using Spad compiler. RADFF abbreviates domain RadicalFunctionField debug: compDefine1 lhs: (RadicalFunctionField F UP UPUP radicnd n) signature (pre-evaluate): ((FunctionFieldCategory F UP UPUP) NIL NIL NIL NIL NIL) debug: evaluateType form: (FunctionFieldCategory F UP UPUP) $param: (F UP UPUP radicnd n) Debug: evaluateType1 form: (FunctionFieldCategory F UP UPUP) debug: evaluateType1 x: F m: (UniqueFactorizationDomain) debug: evaluateType1 x: UP m: (UnivariatePolynomialCategory F) debug: evaluateType1 x: UPUP m: (UnivariatePolynomialCategory (Fraction UP)) debug: compDefine1 signature (post evaluate): ((FunctionFieldCategory F UP UPUP) NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for RadicalFunctionField compiling into /tmp/oa-0GR1AT importing ChangeOfVariable(F,UP,UPUP) importing InnerCommonDenominator(UP,Fraction UP,Vector UP,Vector Fraction UP) importing UnivariatePolynomialCategoryFunctions2(Fraction UP,UPUP,UP,SparseUnivariatePolynomial UP) compiling exported discriminant : () -> Fraction UP Time: 0.20 SEC. compiling local radcand : () -> UP Time: 0 SEC. compiling exported integralBasis : () -> Vector % Time: 0.02 SEC. compiling exported integralBasisAtInfinity : () -> Vector % Time: 0.02 SEC. compiling local basisvec : () -> Vector Fraction UP Time: 0 SEC. compiling exported integralMatrix : () -> Matrix Fraction UP Time: 0.02 SEC. compiling exported integralMatrixAtInfinity : () -> Matrix Fraction UP Time: 0.02 SEC. compiling exported inverseIntegralMatrix : () -> Matrix Fraction UP Time: 0.02 SEC. compiling exported inverseIntegralMatrixAtInfinity : () -> Matrix Fraction UP Time: 0.02 SEC. compiling exported definingPolynomial : () -> UPUP Time: 0 SEC. compiling exported ramified? : F -> Boolean Time: 0.06 SEC. compiling exported branchPointAtInfinity? : () -> Boolean Time: 0.01 SEC. compiling exported elliptic : () -> Union(UP,failed) Time: 0.01 SEC. compiling exported hyperelliptic : () -> Union(UP,failed) Time: 0.01 SEC. compiling local diag : Vector Fraction UP -> Vector % Time: 0.02 SEC. compiling exported integralRepresents : (Vector UP,UP) -> % Time: 0.07 SEC. compiling exported integralCoordinates : % -> Record(num: Vector UP,den: UP) Time: 0.03 SEC. compiling exported integralDerivationMatrix : UP -> UP -> Record(num: Matrix UP,den: UP) Time: 0.21 SEC. compiling local iBasis : (UP,NonNegativeInteger) -> Vector UP Time: 0.33 SEC. compiling local fullVector : (Factored UP,NonNegativeInteger) -> PrimitiveArray UP Time: 0.13 SEC. compiling local inftyBasis : (Fraction UP,NonNegativeInteger) -> Vector Fraction UP Time: 0.07 SEC. compiling local charPintbas : (UPUP,Fraction UP,Vector Fraction UP,Vector Fraction UP) -> Void Time: 0.18 SEC. compiling local charPStartUp : () -> Void Time: 0.08 SEC. compiling local startUp : Boolean -> Void Time: 0.64 SEC. compiling local char0StartUp : () -> Void Time: 0.03 SEC. compiling exported ramified? : UP -> Boolean Time: 0.00 SEC. compiling exported singular? : UP -> Boolean Time: 0.00 SEC. compiling exported branchPoint? : UP -> Boolean Time: 0.02 SEC. compiling exported singular? : F -> Boolean Time: 1.14 SEC. compiling exported branchPoint? : F -> Boolean Time: 7.76 SEC. (time taken in buildFunctor: 448) Time: 0.74 SEC. Warnings: [1] true has no value [2] charPintbas: diagonal? has no value Cumulative Statistics for Constructor RadicalFunctionField Time: 11.82 seconds finalizing NRLIB RADFF Processing RadicalFunctionField for Browser database: -- constructor ; compiling file "/tmp/oa-0GR1AT/code.lsp" (written 01 FEB 2016 11:08:33 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |RADFF;definingPolynomial;UPUP;10|) ...) ; compiling (DEFUN |RADFF;discriminant;F;1| ...) ; compiling (DEFUN |RADFF;radcand| ...) ; compiling (DEFUN |RADFF;integralBasis;V;3| ...) ; compiling (DEFUN |RADFF;integralBasisAtInfinity;V;4| ...) ; compiling (DEFUN |RADFF;basisvec| ...) ; compiling (DEFUN |RADFF;integralMatrix;M;6| ...) ; compiling (DEFUN |RADFF;integralMatrixAtInfinity;M;7| ...) ; compiling (DEFUN |RADFF;inverseIntegralMatrix;M;8| ...) ; compiling (DEFUN |RADFF;inverseIntegralMatrixAtInfinity;M;9| ...) ; compiling (DEFUN |RADFF;definingPolynomial;UPUP;10| ...) ; compiling (DEFUN |RADFF;ramified?;FB;11| ...) ; file: /tmp/oa-0GR1AT/code.lsp ; in: DEFUN |RADFF;ramified?;FB;11| ; (DEFUN BOOT::|RADFF;ramified?;FB;11| (BOOT::|point| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::|RADFF;radcand| BOOT::$) BOOT::|point| ; (BOOT::|shellEntry| BOOT::$ 59)) ; (BOOT::|shellEntry| BOOT::$ 60))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RADFF;ramified?;FB;11| ; (BOOT::|point| BOOT::$) ; (BLOCK BOOT::|RADFF;ramified?;FB;11| ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::|RADFF;radcand| BOOT::$) BOOT::|point| ; (BOOT::|shellEntry| BOOT::$ 59)) ; (BOOT::|shellEntry| BOOT::$ 60)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |RADFF;branchPointAtInfinity?;B;12| ...) ; compiling (DEFUN |RADFF;elliptic;U;13| ...) ; compiling (DEFUN |RADFF;hyperelliptic;U;14| ...) ; compiling (DEFUN |RADFF;diag| ...) ; compiling (DEFUN |RADFF;integralRepresents;VUP$;16| ...) ; compiling (DEFUN |RADFF;integralCoordinates;$R;17| ...) ; file: /tmp/oa-0GR1AT/code.lsp ; in: DEFUN |RADFF;integralCoordinates;$R;17| ; (DEFUN BOOT::|RADFF;integralCoordinates;$R;17| (BOOT::|f| BOOT::$) ; (LET ((BOOT::|v| (BOOT::SPADCALL BOOT::|f| #)) ; (BOOT::|ib| (BOOT::|RADFF;basisvec| BOOT::$))) ; (BOOT::SPADCALL ; (LET (#) ; (LET # ; #)) ; (BOOT::|shellEntry| BOOT::$ 85)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RADFF;integralCoordinates;$R;17| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|RADFF;integralCoordinates;$R;17| ; (LET ((BOOT::|v| #) (BOOT::|ib| #)) ; (BOOT::SPADCALL ; (LET # ; #) ; (BOOT::|shellEntry| BOOT::$ 85))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |RADFF;integralDerivationMatrix;MR;18| ...) ; compiling (DEFUN |RADFF;iBasis| ...) ; compiling (DEFUN |RADFF;fullVector| ...) ; compiling (DEFUN |RADFF;fullVector!0| ...) ; compiling (DEFUN |RADFF;inftyBasis| ...) ; file: /tmp/oa-0GR1AT/code.lsp ; in: DEFUN |RADFF;inftyBasis| ; (DEFUN BOOT::|RADFF;inftyBasis| (BOOT::|p| BOOT::|m| BOOT::$) ; (PROG (BOOT::|w| BOOT::|v| BOOT::|b| BOOT::|a| BOOT::|rt| BOOT::|x|) ; (RETURN ; (BOOT::SEQ (BOOT::LETT BOOT::|rt| # BOOT::|RADFF;inftyBasis|) ; (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RADFF;inftyBasis| ; (BOOT::|p| BOOT::|m| BOOT::$) ; (BLOCK BOOT::|RADFF;inftyBasis| ; (PROG (BOOT::|w| BOOT::|v| BOOT::|b| BOOT::|a| BOOT::|rt| BOOT::|x|) ; (RETURN (BOOT::SEQ # #))))) ; ; note: type assertion too complex to check: ; (VALUES (VECTOR T) &REST T). ; compiling (DEFUN |RADFF;charPintbas| ...) ; compiling (DEFUN |RADFF;charPintbas!0| ...) ; compiling (DEFUN |RADFF;charPStartUp| ...) ; compiling (DEFUN |RADFF;startUp| ...) ; compiling (DEFUN |RADFF;char0StartUp| ...) ; compiling (DEFUN |RADFF;ramified?;UPB;26| ...) ; compiling (DEFUN |RADFF;singular?;UPB;27| ...) ; compiling (DEFUN |RADFF;branchPoint?;UPB;28| ...) ; compiling (DEFUN |RADFF;singular?;FB;29| ...) ; file: /tmp/oa-0GR1AT/code.lsp ; in: DEFUN |RADFF;singular?;FB;29| ; (DEFUN BOOT::|RADFF;singular?;FB;29| (BOOT::|point| BOOT::$) ; (AND ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::|RADFF;radcand| BOOT::$) BOOT::|point| ; (BOOT::|shellEntry| BOOT::$ 59)) ; (BOOT::|shellEntry| BOOT::$ 60)) ; (BOOT::SPADCALL ; (BOOT::SPADCALL ; (LET # ; #) ; BOOT::|point| (BOOT::|shellEntry| BOOT::$ 59)) ; (BOOT::|shellEntry| BOOT::$ 60)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RADFF;singular?;FB;29| ; (BOOT::|point| BOOT::$) ; (BLOCK BOOT::|RADFF;singular?;FB;29| ; (AND ; (BOOT::SPADCALL (BOOT::SPADCALL # BOOT::|point| #) ; (BOOT::|shellEntry| BOOT::$ 60)) ; (BOOT::SPADCALL (BOOT::SPADCALL # BOOT::|point| #) ; (BOOT::|shellEntry| BOOT::$ 60))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |RADFF;branchPoint?;FB;30| ...) ; compiling (DEFUN |RadicalFunctionField| ...) ; compiling (DEFUN |RadicalFunctionField;| ...) ; compiling (MAKEPROP (QUOTE |RadicalFunctionField|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 4 notes ; /tmp/oa-0GR1AT/code.fasl written ; compilation finished in 0:00:00.177 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FDIVCAT.spad && cp FDIVCAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FDIVCAT.fasl \ && if test -f FDIVCAT-.NRLIB/code.fasl; then \ cp FDIVCAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FDIVCAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FDIVCAT.spad using Spad compiler. FDIVCAT abbreviates category FiniteDivisorCategory debug: compDefine1 lhs: (FiniteDivisorCategory F UP UPUP R) signature (pre-evaluate): ((Category) NIL NIL NIL NIL) debug: evaluateType form: (Category) $param: (F UP UPUP R) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FiniteDivisorCategory compiling into /tmp/oa-Al6iaC STYLE-WARNING: redefining BOOT::|FiniteDivisorCategory| in DEFUN Time: 0.01 SEC. FDIVCAT- abbreviates package FiniteDivisorCategory& ------------------------------------------------------------------------ initializing stationary directory for FiniteDivisorCategory& compiling into /tmp/oa-Nr2Ipn compiling exported principal? : S -> Boolean Time: 0.10 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor FiniteDivisorCategory& Time: 0.11 seconds finalizing NRLIB FDIVCAT- ; compiling file "/tmp/oa-Nr2Ipn/code.lsp" (written 01 FEB 2016 11:08:33 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FDIVCAT-;principal?;$B;1| ...) ; compiling (DEFUN |FiniteDivisorCategory&| ...) ; compiling (MAKEPROP (QUOTE |FiniteDivisorCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-Nr2Ipn/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ finalizing NRLIB FDIVCAT Processing FiniteDivisorCategory for Browser database: -- ideal : % -> ID -- divisor : ID -> % -- divisor : R -> % -- divisor : (F,F) -> % -- divisor : (F,F,Integer) -> % -- decompose : % -> Record(id: ID,principalPart: R) -- reduce : % -> % -- principal? : % -> Boolean -- generator : % -> Union(R,"failed") -- divisor : (R,UP,UP,UP,F) -> % -- constructor ; compiling file "/tmp/oa-Al6iaC/code.lsp" (written 01 FEB 2016 11:08:33 PM): ; compiling (DEFPARAMETER |FiniteDivisorCategory;AL| ...) ; compiling (DEFUN |FiniteDivisorCategory;| ...) ; compiling (DEFUN |FiniteDivisorCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Al6iaC/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FRIDEAL.spad && cp FRIDEAL.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FRIDEAL.fasl \ && if test -f FRIDEAL-.NRLIB/code.fasl; then \ cp FRIDEAL-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FRIDEAL-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FRIDEAL.spad using Spad compiler. FRIDEAL abbreviates domain FractionalIdeal debug: compDefine1 lhs: (FractionalIdeal R F UP A) signature (pre-evaluate): ((Join (Group) (CATEGORY domain (SIGNATURE ideal ($ (Vector A))) (SIGNATURE basis ((Vector A) $)) (SIGNATURE norm (F $)) (SIGNATURE numer ((Vector A) $)) (SIGNATURE denom (R $)) (SIGNATURE minimize ($ $)) (SIGNATURE randomLC (A (NonNegativeInteger) (Vector A))))) NIL NIL NIL NIL) debug: evaluateType form: (Join (Group) (CATEGORY domain (SIGNATURE ideal ($ (Vector A))) (SIGNATURE basis ((Vector A) $)) (SIGNATURE norm (F $)) (SIGNATURE numer ((Vector A) $)) (SIGNATURE denom (R $)) (SIGNATURE minimize ($ $)) (SIGNATURE randomLC (A (NonNegativeInteger) (Vector A))))) $param: (R F UP A) debug: evaluateType form: (Group) $param: (R F UP A) Debug: evaluateType1 form: (Group) debug: evaluateType form: (CATEGORY domain (SIGNATURE ideal ($ (Vector A))) (SIGNATURE basis ((Vector A) $)) (SIGNATURE norm (F $)) (SIGNATURE numer ((Vector A) $)) (SIGNATURE denom (R $)) (SIGNATURE minimize ($ $)) (SIGNATURE randomLC (A (NonNegativeInteger) (Vector A)))) $param: (R F UP A) debug: evaluateType form: (Vector A) $param: (R F UP A) Debug: evaluateType1 form: (Vector A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (Vector A) $param: (R F UP A) Debug: evaluateType1 form: (Vector A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: F $param: (R F UP A) debug: evaluateType form: (Vector A) $param: (R F UP A) Debug: evaluateType1 form: (Vector A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: R $param: (R F UP A) debug: evaluateType form: A $param: (R F UP A) debug: evaluateType form: (NonNegativeInteger) $param: (R F UP A) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Vector A) $param: (R F UP A) Debug: evaluateType1 form: (Vector A) debug: evaluateType1 x: A m: (Type) debug: compDefine1 signature (post evaluate): ((Join (Group) (CATEGORY domain (SIGNATURE ideal ($ (Vector A))) (SIGNATURE basis ((Vector A) $)) (SIGNATURE norm (F $)) (SIGNATURE numer ((Vector A) $)) (SIGNATURE denom (R $)) (SIGNATURE minimize ($ $)) (SIGNATURE randomLC (A (NonNegativeInteger) (Vector A))))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FractionalIdeal compiling into /tmp/oa-qBAC4X importing CommonDenominator(R,F,Vector F) importing MatrixCommonDenominator(UP,Fraction UP) importing InnerCommonDenominator(R,F,List R,List F) importing MatrixCategoryFunctions2(F,Vector F,Vector F,Matrix F,UP,Vector UP,Vector UP,Matrix UP) importing MatrixCategoryFunctions2(UP,Vector UP,Vector UP,Matrix UP,F,Vector F,Vector F,Matrix F) importing MatrixCategoryFunctions2(UP,Vector UP,Vector UP,Matrix UP,Fraction UP,Vector Fraction UP,Vector Fraction UP,Matrix Fraction UP) compiling exported One : () -> % Time: 0.12 SEC. compiling exported numer : % -> Vector A FRIDEAL;numer;$V;2 is replaced by %head Time: 0.01 SEC. compiling exported denom : % -> R FRIDEAL;denom;$R;3 is replaced by %tail Time: 0 SEC. compiling local mkIdeal : (Vector A,R) -> % FRIDEAL;mkIdeal is replaced by %pair Time: 0.00 SEC. compiling local invrep : Matrix F -> A Time: 0.02 SEC. compiling local upmat : (A,NonNegativeInteger) -> Matrix UP Time: 0.04 SEC. compiling local ret? : Vector A -> Boolean Time: 0.01 SEC. compiling exported = : (%,%) -> Boolean Time: 0.02 SEC. compiling local agcd : List A -> R Time: 0.04 SEC. compiling exported norm : % -> F Time: 0.04 SEC. compiling local tryRange : (NonNegativeInteger,Vector A,R,%) -> Union(%,failed) Time: 0.04 SEC. compiling local summat : % -> Matrix UP Time: 0.05 SEC. compiling exported inv : % -> % Time: 0.56 SEC. compiling exported ideal : Vector A -> % Time: 0.06 SEC. compiling local intIdeal : (List A,R) -> % Time: 0.09 SEC. compiling local vgcd : Vector F -> R Time: 0.03 SEC. compiling local poly : % -> SparseUnivariatePolynomial A Time: 0.05 SEC. compiling exported * : (%,%) -> % Time: 0.11 SEC. compiling exported ** : (%,Integer) -> % Time: 0.04 SEC. compiling local num2O : Vector A -> OutputForm Time: 0.04 SEC. compiling exported basis : % -> Vector A Time: 0.04 SEC. compiling exported coerce : % -> OutputForm Time: 0.03 SEC. compiling exported randomLC : (NonNegativeInteger,Vector A) -> A Time: 0.04 SEC. compiling exported randomLC : (NonNegativeInteger,Vector A) -> A Time: 0.04 SEC. compiling exported minimize : % -> % Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] Type Vector A is not in scope. Import it [2] norm: determinant has no value [3] summat: minIndex has no value [4] poly: minIndex has no value [5] minimize: # has no value Cumulative Statistics for Constructor FractionalIdeal Time: 1.56 seconds finalizing NRLIB FRIDEAL Processing FractionalIdeal for Browser database: -- ideal : VA -> % -- basis : % -> VA -- norm : % -> F -- numer : % -> VA -- denom : % -> R -- minimize : % -> % -- randomLC : (NonNegativeInteger,VA) -> A -- constructor ; compiling file "/tmp/oa-qBAC4X/code.lsp" (written 01 FEB 2016 11:08:35 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FRIDEAL;numer;$V;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FRIDEAL;denom;$R;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FRIDEAL;mkIdeal|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FRIDEAL;One;$;1| ...) ; compiling (DEFUN |FRIDEAL;numer;$V;2| ...) ; compiling (DEFUN |FRIDEAL;denom;$R;3| ...) ; compiling (DEFUN |FRIDEAL;mkIdeal| ...) ; compiling (DEFUN |FRIDEAL;invrep| ...) ; compiling (DEFUN |FRIDEAL;upmat| ...) ; compiling (DEFUN |FRIDEAL;upmat!0| ...) ; compiling (DEFUN |FRIDEAL;ret?| ...) ; file: /tmp/oa-qBAC4X/code.lsp ; in: DEFUN |FRIDEAL;ret?| ; (DEFUN BOOT::|FRIDEAL;ret?| (BOOT::|v| BOOT::$) ; (BOOT::SPADCALL (CONS #'BOOT::|FRIDEAL;ret?!0| BOOT::$) BOOT::|v| ; (BOOT::|shellEntry| BOOT::$ 35))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FRIDEAL;ret?| ; (BOOT::|v| BOOT::$) ; (BLOCK BOOT::|FRIDEAL;ret?| ; (BOOT::SPADCALL (CONS #'BOOT::|FRIDEAL;ret?!0| BOOT::$) BOOT::|v| ; (BOOT::|shellEntry| BOOT::$ 35)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FRIDEAL;ret?!0| ...) ; compiling (DEFUN |FRIDEAL;=;2$B;8| ...) ; file: /tmp/oa-qBAC4X/code.lsp ; in: DEFUN |FRIDEAL;=;2$B;8| ; (DEFUN BOOT::|FRIDEAL;=;2$B;8| (BOOT::|x| BOOT::|y| BOOT::$) ; (AND ; (BOOT::SPADCALL (CDR BOOT::|x|) (CDR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 36)) ; (BOOT::SPADCALL (CAR BOOT::|x|) (CAR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 37)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FRIDEAL;=;2$B;8| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|FRIDEAL;=;2$B;8| ; (AND ; (BOOT::SPADCALL (CDR BOOT::|x|) (CDR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 36)) ; (BOOT::SPADCALL (CAR BOOT::|x|) (CAR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 37))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FRIDEAL;agcd| ...) ; compiling (DEFUN |FRIDEAL;norm;$F;10| ...) ; compiling (DEFUN |FRIDEAL;tryRange| ...) ; compiling (DEFUN |FRIDEAL;summat| ...) ; compiling (DEFUN |FRIDEAL;inv;2$;13| ...) ; file: /tmp/oa-qBAC4X/code.lsp ; in: DEFUN |FRIDEAL;inv;2$;13| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |FRIDEAL;inv;2$;13!1| ...) ; compiling (DEFUN |FRIDEAL;inv;2$;13!0| ...) ; compiling (DEFUN |FRIDEAL;ideal;V$;14| ...) ; compiling (DEFUN |FRIDEAL;intIdeal| ...) ; compiling (DEFUN |FRIDEAL;vgcd| ...) ; compiling (DEFUN |FRIDEAL;poly| ...) ; compiling (DEFUN |FRIDEAL;*;3$;18| ...) ; compiling (DEFUN |FRIDEAL;**;$I$;19| ...) ; file: /tmp/oa-qBAC4X/code.lsp ; in: DEFUN |FRIDEAL;**;$I$;19| ; (BOOT::|moanRetract| BOOT::|m| '(BOOT::|NonNegativeInteger|)) ; ==> ; BOOT::|m| ; ; note: deleting unreachable code ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |FRIDEAL;num2O| ...) ; compiling (DEFUN |FRIDEAL;basis;$V;21| ...) ; compiling (DEFUN |FRIDEAL;coerce;$Of;22| ...) ; compiling (DEFUN |FRIDEAL;randomLC;NniVA;23| ...) ; file: /tmp/oa-qBAC4X/code.lsp ; in: DEFUN |FRIDEAL;randomLC;NniVA;23| ; (DEFUN BOOT::|FRIDEAL;randomLC;NniVA;23| (BOOT::|m| BOOT::|v| BOOT::$) ; (LET ((#:G695 NIL) ; (#:G696 T) ; (BOOT::|j| (BOOT::SPADCALL BOOT::|v| #)) ; (#:G727 (BOOT::|sizeOfSimpleArray| BOOT::|v|))) ; (LOOP (COND (# #) (T #)) ; (SETQ BOOT::|j| #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FRIDEAL;randomLC;NniVA;23| ; (BOOT::|m| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|FRIDEAL;randomLC;NniVA;23| ; (LET ((#:G695 NIL) (#:G696 T) (BOOT::|j| #) (#:G727 #)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; caught STYLE-WARNING: ; The variable |m| is defined but never used. ; compiling (DEFUN |FRIDEAL;randomLC;NniVA;24| ...) ; compiling (DEFUN |FRIDEAL;minimize;2$;25| ...) ; compiling (DEFUN |FractionalIdeal| ...) ; compiling (DEFUN |FractionalIdeal;| ...) ; compiling (MAKEPROP (QUOTE |FractionalIdeal|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 4 notes ; /tmp/oa-qBAC4X/code.fasl written ; compilation finished in 0:00:00.130 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile HELLFDIV.spad && cp HELLFDIV.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/HELLFDIV.fasl \ && if test -f HELLFDIV-.NRLIB/code.fasl; then \ cp HELLFDIV-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/HELLFDIV-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/HELLFDIV.spad using Spad compiler. HELLFDIV abbreviates domain HyperellipticFiniteDivisor debug: compDefine1 lhs: (HyperellipticFiniteDivisor F UP UPUP R) signature (pre-evaluate): ((FiniteDivisorCategory F UP UPUP R) NIL NIL NIL NIL) debug: evaluateType form: (FiniteDivisorCategory F UP UPUP R) $param: (F UP UPUP R) Debug: evaluateType1 form: (FiniteDivisorCategory F UP UPUP R) debug: evaluateType1 x: F m: (Field) debug: evaluateType1 x: UP m: (UnivariatePolynomialCategory F) debug: evaluateType1 x: UPUP m: (UnivariatePolynomialCategory (Fraction UP)) debug: evaluateType1 x: R m: (FunctionFieldCategory F UP UPUP) debug: compDefine1 signature (post evaluate): ((FiniteDivisorCategory F UP UPUP R) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for HyperellipticFiniteDivisor compiling into /tmp/oa-zet5YS Debug compQuote expr: (QUOTE div) m: (OutputForm) compiling exported Zero : () -> % Time: 0.19 SEC. compiling exported divisor : R -> % Time: 0.00 SEC. compiling local makeDivisor : (UP,UP,R) -> % HELLFDIV;makeDivisor(a,b,g) is replaced by %vector(a,b,g,%false) Time: 0.00 SEC. compiling local princ? : % -> Boolean Time: 0.02 SEC. compiling exported ideal : % -> FractionalIdeal(UP,Fraction UP,UPUP,R) Time: 0.03 SEC. compiling exported decompose : % -> Record(id: FractionalIdeal(UP,Fraction UP,UPUP,R),principalPart: R) Time: 0.01 SEC. compiling local mkIdeal : (UP,UP) -> FractionalIdeal(UP,Fraction UP,UPUP,R) Time: 0.12 SEC. compiling exported + : (%,%) -> % Time: 0.36 SEC. compiling exported * : (Integer,%) -> % Time: 0.06 SEC. compiling exported divisor : FractionalIdeal(UP,Fraction UP,UPUP,R) -> % Time: 0.12 SEC. compiling local polyIfCan : R -> Union(UP,failed) Time: 0.02 SEC. compiling local redpolyIfCan : (R,UP) -> Union(UP,failed) Time: 0.14 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. compiling exported reduce : % -> % Time: 0.38 SEC. compiling exported generator : % -> Union(R,failed) Time: 0.00 SEC. compiling exported - : % -> % Time: 0.02 SEC. compiling exported = : (%,%) -> Boolean Time: 0.02 SEC. compiling exported divisor : (F,F) -> % Time: 0.04 SEC. compiling local intReduce : (R,UP) -> R Time: 0.01 SEC. compiling exported divisor : (R,UP,UP,UP,F) -> % Time: 0.31 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] makeDivisor: false has no value [2] divisor: # has no value [3] unknown Functor code: errorHyperellipticFiniteDivisor: curve must be hyperelliptic Cumulative Statistics for Constructor HyperellipticFiniteDivisor Time: 1.90 seconds finalizing NRLIB HELLFDIV Processing HyperellipticFiniteDivisor for Browser database: -- constructor ; compiling file "/tmp/oa-zet5YS/code.lsp" (written 01 FEB 2016 11:08:37 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |HELLFDIV;makeDivisor|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |HELLFDIV;Zero;$;1| ...) ; compiling (DEFUN |HELLFDIV;divisor;R$;2| ...) ; compiling (DEFUN |HELLFDIV;makeDivisor| ...) ; compiling (DEFUN |HELLFDIV;princ?| ...) ; file: /tmp/oa-zet5YS/code.lsp ; in: DEFUN |HELLFDIV;princ?| ; (DEFUN BOOT::|HELLFDIV;princ?| (BOOT::|d| BOOT::$) ; (AND (BOOT::SPADCALL (SVREF BOOT::|d| 0) (BOOT::|shellEntry| BOOT::$ 38)) ; (BOOT::SPADCALL (SVREF BOOT::|d| 1) (BOOT::|shellEntry| BOOT::$ 39)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|HELLFDIV;princ?| ; (BOOT::|d| BOOT::$) ; (BLOCK BOOT::|HELLFDIV;princ?| ; (AND ; (BOOT::SPADCALL (SVREF BOOT::|d| 0) (BOOT::|shellEntry| BOOT::$ 38)) ; (BOOT::SPADCALL (SVREF BOOT::|d| 1) (BOOT::|shellEntry| BOOT::$ 39))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |HELLFDIV;ideal;$Fi;5| ...) ; compiling (DEFUN |HELLFDIV;decompose;$R;6| ...) ; compiling (DEFUN |HELLFDIV;mkIdeal| ...) ; compiling (DEFUN |HELLFDIV;+;3$;8| ...) ; compiling (DEFUN |HELLFDIV;*;I2$;9| ...) ; file: /tmp/oa-zet5YS/code.lsp ; in: DEFUN |HELLFDIV;*;I2$;9| ; (DEFUN BOOT::|HELLFDIV;*;I2$;9| (BOOT::|n| BOOT::|d| BOOT::$) ; (COND ((ZEROP BOOT::|n|) (BOOT::|spadConstant| BOOT::$ 32)) ; ((MINUSP BOOT::|n|) ; (BOOT::|HELLFDIV;*;I2$;9| (- BOOT::|n|) ; (BOOT::|HELLFDIV;-;2$;16| BOOT::|d| BOOT::$) BOOT::$)) ; (T ; (BOOT::|HELLFDIV;+;3$;8| (BOOT::|HELLFDIV;divisor;R$;2| # BOOT::$) ; (BOOT::|HELLFDIV;divisor;Fi$;10| # BOOT::$) BOOT::$)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|HELLFDIV;*;I2$;9| ; (BOOT::|n| BOOT::|d| BOOT::$) ; (BLOCK BOOT::|HELLFDIV;*;I2$;9| ; (COND ((ZEROP BOOT::|n|) (BOOT::|spadConstant| BOOT::$ 32)) ; ((MINUSP BOOT::|n|) (BOOT::|HELLFDIV;*;I2$;9| # # BOOT::$)) ; (T (BOOT::|HELLFDIV;+;3$;8| # # BOOT::$))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |HELLFDIV;divisor;Fi$;10| ...) ; file: /tmp/oa-zet5YS/code.lsp ; in: DEFUN |HELLFDIV;divisor;Fi$;10| ; (DEFUN BOOT::|HELLFDIV;divisor;Fi$;10| (BOOT::|i| BOOT::$) ; (PROG (BOOT::|w| BOOT::|u| BOOT::|h| BOOT::|a|) ; (RETURN ; (LET* (# #) ; (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|HELLFDIV;divisor;Fi$;10| ; (BOOT::|i| BOOT::$) ; (BLOCK BOOT::|HELLFDIV;divisor;Fi$;10| ; (PROG (BOOT::|w| BOOT::|u| BOOT::|h| BOOT::|a|) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |HELLFDIV;polyIfCan| ...) ; compiling (DEFUN |HELLFDIV;redpolyIfCan| ...) ; compiling (DEFUN |HELLFDIV;coerce;$Of;13| ...) ; compiling (DEFUN |HELLFDIV;reduce;2$;14| ...) ; compiling (DEFUN |HELLFDIV;generator;$U;15| ...) ; file: /tmp/oa-zet5YS/code.lsp ; in: DEFUN |HELLFDIV;generator;$U;15| ; (DEFUN BOOT::|HELLFDIV;generator;$U;15| (BOOT::|d| BOOT::$) ; (PROGN ; (SETQ BOOT::|d| (BOOT::|HELLFDIV;reduce;2$;14| BOOT::|d| BOOT::$)) ; (COND ((BOOT::|HELLFDIV;princ?| BOOT::|d| BOOT::$) (CONS 0 #)) ; (T (CONS 1 "failed"))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|HELLFDIV;generator;$U;15| ; (BOOT::|d| BOOT::$) ; (BLOCK BOOT::|HELLFDIV;generator;$U;15| ; (PROGN (SETQ BOOT::|d| #) (COND (# #) (T #))))) ; ; note: Assignment to argument: |d| ; prevents use of assertion from function type proclamation: ; SIMPLE-VECTOR ; ; compiling (DEFUN |HELLFDIV;-;2$;16| ...) ; compiling (DEFUN |HELLFDIV;=;2$B;17| ...) ; file: /tmp/oa-zet5YS/code.lsp ; in: DEFUN |HELLFDIV;=;2$B;17| ; (DEFUN BOOT::|HELLFDIV;=;2$B;17| (BOOT::|d1| BOOT::|d2| BOOT::$) ; (PROGN ; (SETQ BOOT::|d1| (BOOT::|HELLFDIV;reduce;2$;14| BOOT::|d1| BOOT::$)) ; (SETQ BOOT::|d2| (BOOT::|HELLFDIV;reduce;2$;14| BOOT::|d2| BOOT::$)) ; (AND ; (BOOT::SPADCALL (SVREF BOOT::|d1| 0) (SVREF BOOT::|d2| 0) ; (BOOT::|shellEntry| BOOT::$ 119)) ; (AND (BOOT::SPADCALL # # #) (BOOT::SPADCALL # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|HELLFDIV;=;2$B;17| ; (BOOT::|d1| BOOT::|d2| BOOT::$) ; (BLOCK BOOT::|HELLFDIV;=;2$B;17| ; (PROGN ; (SETQ BOOT::|d1| #) ; (SETQ BOOT::|d2| #) ; (AND (BOOT::SPADCALL # # #) (AND # #))))) ; ; note: Assignment to argument: |d1| ; prevents use of assertion from function type proclamation: ; SIMPLE-VECTOR ; ; ; note: Assignment to argument: |d2| ; prevents use of assertion from function type proclamation: ; SIMPLE-VECTOR ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |HELLFDIV;divisor;2F$;18| ...) ; file: /tmp/oa-zet5YS/code.lsp ; in: DEFUN |HELLFDIV;divisor;2F$;18| ; (DEFUN BOOT::|HELLFDIV;divisor;2F$;18| (BOOT::|a| BOOT::|b| BOOT::$) ; (PROG (BOOT::|d|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|HELLFDIV;divisor;2F$;18| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|HELLFDIV;divisor;2F$;18| ; (PROG (BOOT::|d|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |HELLFDIV;intReduce| ...) ; compiling (DEFUN |HELLFDIV;divisor;R3UPF$;20| ...) ; file: /tmp/oa-zet5YS/code.lsp ; in: DEFUN |HELLFDIV;divisor;R3UPF$;20| ; (DEFUN BOOT::|HELLFDIV;divisor;R3UPF$;20| ; (BOOT::|h| BOOT::|a| BOOT::|dp| BOOT::|g| BOOT::|r| BOOT::$) ; (PROG (BOOT::|bb| BOOT::|rec| BOOT::|b| BOOT::|hh|) ; (RETURN ; (BOOT::SEQ (SETQ #) (SETQ #) (SETQ #) (COND #) ; (BOOT::LETT BOOT::|hh| # BOOT::|HELLFDIV;divisor;R3UPF$;20|) ; (BOOT::LETT BOOT::|b| # BOOT::|HELLFDIV;divisor;R3UPF$;20|) ; (BOOT::LETT BOOT::|rec| # BOOT::|HELLFDIV;divisor;R3UPF$;20|) ; (COND #) ; (BOOT::LETT BOOT::|bb| # BOOT::|HELLFDIV;divisor;R3UPF$;20|) ; (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|HELLFDIV;divisor;R3UPF$;20| ; (BOOT::|h| BOOT::|a| BOOT::|dp| BOOT::|g| BOOT::|r| BOOT::$) ; (BLOCK BOOT::|HELLFDIV;divisor;R3UPF$;20| ; (PROG (BOOT::|bb| BOOT::|rec| BOOT::|b| BOOT::|hh|) ; (RETURN (BOOT::SEQ # # # # # # # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |HyperellipticFiniteDivisor| ...) ; compiling (DEFUN |HyperellipticFiniteDivisor;| ...) ; compiling (MAKEPROP (QUOTE |HyperellipticFiniteDivisor|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 9 notes ; /tmp/oa-zet5YS/code.fasl written ; compilation finished in 0:00:00.173 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FRMOD.spad && cp FRMOD.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FRMOD.fasl \ && if test -f FRMOD-.NRLIB/code.fasl; then \ cp FRMOD-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FRMOD-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FRMOD.spad using Spad compiler. FRMOD abbreviates domain FramedModule debug: compDefine1 lhs: (FramedModule R F UP A ibasis) signature (pre-evaluate): ((Join (Monoid) (CATEGORY domain (SIGNATURE basis ((Vector A) $)) (SIGNATURE norm (F $)) (SIGNATURE module ($ (Vector A))) (IF (has A (RetractableTo F)) (SIGNATURE module ($ (FractionalIdeal R F UP A))) %noBranch))) NIL NIL NIL NIL NIL) debug: evaluateType form: (Join (Monoid) (CATEGORY domain (SIGNATURE basis ((Vector A) $)) (SIGNATURE norm (F $)) (SIGNATURE module ($ (Vector A))) (IF (has A (RetractableTo F)) (SIGNATURE module ($ (FractionalIdeal R F UP A))) %noBranch))) $param: (R F UP A ibasis) debug: evaluateType form: (Monoid) $param: (R F UP A ibasis) Debug: evaluateType1 form: (Monoid) debug: evaluateType form: (CATEGORY domain (SIGNATURE basis ((Vector A) $)) (SIGNATURE norm (F $)) (SIGNATURE module ($ (Vector A))) (IF (has A (RetractableTo F)) (SIGNATURE module ($ (FractionalIdeal R F UP A))) %noBranch)) $param: (R F UP A ibasis) debug: evaluateType form: (Vector A) $param: (R F UP A ibasis) Debug: evaluateType1 form: (Vector A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: F $param: (R F UP A ibasis) debug: evaluateType form: (Vector A) $param: (R F UP A ibasis) Debug: evaluateType1 form: (Vector A) debug: evaluateType1 x: A m: (Type) debug: compDefine1 signature (post evaluate): ((Join (Monoid) (CATEGORY domain (SIGNATURE basis ((Vector A) $)) (SIGNATURE norm (F $)) (SIGNATURE module ($ (Vector A))) (IF (has A (RetractableTo F)) (SIGNATURE module ($ (FractionalIdeal R F UP A))) %noBranch))) NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FramedModule compiling into /tmp/oa-R4tDB7 importing MatrixCommonDenominator(R,F) importing ModularHermitianRowReduction R compiling exported One : () -> % Time: 0.15 SEC. compiling exported module : Vector A -> % FRMOD;module;V$;2 v is replaced by v Time: 0 SEC. compiling exported basis : % -> Vector A FRMOD;basis;$V;3 m is replaced by m Time: 0 SEC. compiling local rowdiv : (Vector R,R) -> Vector F Time: 0.10 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. compiling local W2A : Vector F -> A Time: 0.01 SEC. compiling local wmatrix : Vector A -> Matrix F Time: 0.00 SEC. compiling local getinvintmat : () -> Boolean Time: 0.01 SEC. compiling local getintmat : () -> Boolean Time: 0.01 SEC. compiling local invintmat : () -> Matrix F Time: 0 SEC. compiling local intmat : () -> Matrix F Time: 0 SEC. compiling local vectProd : (Vector A,Vector A) -> Vector A Time: 0.04 SEC. compiling exported norm : % -> F Time: 0.03 SEC. compiling exported * : (%,%) -> % Time: 0.15 SEC. compiling exported module : FractionalIdeal(R,F,UP,A) -> % Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] true has no value [2] vectProd: pretend Vector A -- should replace by @ Cumulative Statistics for Constructor FramedModule Time: 0.56 seconds finalizing NRLIB FRMOD Processing FramedModule for Browser database: -- basis : % -> VA -- norm : % -> F -- module : VA -> % -- module : FractionalIdeal(R,F,UP,A) -> % -- constructor ; compiling file "/tmp/oa-R4tDB7/code.lsp" (written 01 FEB 2016 11:08:38 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FRMOD;module;V$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FRMOD;basis;$V;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FRMOD;One;$;1|) ...) ; compiling (DEFUN |FRMOD;One;$;1| ...) ; compiling (DEFUN |FRMOD;module;V$;2| ...) ; compiling (DEFUN |FRMOD;basis;$V;3| ...) ; compiling (DEFUN |FRMOD;rowdiv| ...) ; compiling (DEFUN |FRMOD;coerce;$Of;5| ...) ; compiling (DEFUN |FRMOD;W2A| ...) ; compiling (DEFUN |FRMOD;wmatrix| ...) ; compiling (DEFUN |FRMOD;getinvintmat| ...) ; compiling (DEFUN |FRMOD;getintmat| ...) ; compiling (DEFUN |FRMOD;invintmat| ...) ; compiling (DEFUN |FRMOD;intmat| ...) ; compiling (DEFUN |FRMOD;vectProd| ...) ; compiling (DEFUN |FRMOD;norm;$F;13| ...) ; compiling (DEFUN |FRMOD;*;3$;14| ...) ; file: /tmp/oa-R4tDB7/code.lsp ; in: DEFUN |FRMOD;*;3$;14| ; (DEFUN BOOT::|FRMOD;*;3$;14| (BOOT::|m1| BOOT::|m2| BOOT::$) ; (PROG (BOOT::|m| BOOT::|cd| BOOT::|u|) ; (RETURN ; (PROGN ; (BOOT::LETT BOOT::|m| # BOOT::|FRMOD;*;3$;14|) ; (BOOT::|homogeneousListToVector| # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FRMOD;*;3$;14| ; (BOOT::|m1| BOOT::|m2| BOOT::$) ; (BLOCK BOOT::|FRMOD;*;3$;14| ; (PROG (BOOT::|m| BOOT::|cd| BOOT::|u|) (RETURN (PROGN # #))))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |FRMOD;module;Fi$;15| ...) ; compiling (DEFUN |FramedModule| ...) ; compiling (DEFUN |FramedModule;| ...) ; compiling (MAKEPROP (QUOTE |FramedModule|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-R4tDB7/code.fasl written ; compilation finished in 0:00:00.099 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FDIV.spad && cp FDIV.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FDIV.fasl \ && if test -f FDIV-.NRLIB/code.fasl; then \ cp FDIV-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FDIV-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FDIV.spad using Spad compiler. FDIV abbreviates domain FiniteDivisor debug: compDefine1 lhs: (FiniteDivisor F UP UPUP R) signature (pre-evaluate): ((Join (FiniteDivisorCategory F UP UPUP R) (CATEGORY domain (SIGNATURE finiteBasis ((Vector R) $)) (SIGNATURE lSpaceBasis ((Vector R) $)))) NIL NIL NIL NIL) debug: evaluateType form: (Join (FiniteDivisorCategory F UP UPUP R) (CATEGORY domain (SIGNATURE finiteBasis ((Vector R) $)) (SIGNATURE lSpaceBasis ((Vector R) $)))) $param: (F UP UPUP R) debug: evaluateType form: (FiniteDivisorCategory F UP UPUP R) $param: (F UP UPUP R) Debug: evaluateType1 form: (FiniteDivisorCategory F UP UPUP R) debug: evaluateType1 x: F m: (Field) debug: evaluateType1 x: UP m: (UnivariatePolynomialCategory F) debug: evaluateType1 x: UPUP m: (UnivariatePolynomialCategory (Fraction UP)) debug: evaluateType1 x: R m: (FunctionFieldCategory F UP UPUP) debug: evaluateType form: (CATEGORY domain (SIGNATURE finiteBasis ((Vector R) $)) (SIGNATURE lSpaceBasis ((Vector R) $))) $param: (F UP UPUP R) debug: evaluateType form: (Vector R) $param: (F UP UPUP R) Debug: evaluateType1 form: (Vector R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (Vector R) $param: (F UP UPUP R) Debug: evaluateType1 form: (Vector R) debug: evaluateType1 x: R m: (Type) debug: compDefine1 signature (post evaluate): ((Join (FiniteDivisorCategory F UP UPUP R) (CATEGORY domain (SIGNATURE finiteBasis ((Vector R) $)) (SIGNATURE lSpaceBasis ((Vector R) $)))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FiniteDivisor compiling into /tmp/oa-gdPElb compiling exported Zero : () -> % Time: 0.11 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. compiling exported = : (%,%) -> Boolean Time: 0 SEC. compiling exported * : (Integer,%) -> % Time: 0.02 SEC. compiling exported + : (%,%) -> % Time: 0 SEC. compiling exported - : % -> % Time: 0 SEC. compiling exported ideal : % -> FractionalIdeal(UP,Fraction UP,UPUP,R) Time: 0.01 SEC. compiling exported reduce : % -> % Time: 0 SEC. compiling exported generator : % -> Union(R,failed) Time: 0.00 SEC. compiling exported decompose : % -> Record(id: FractionalIdeal(UP,Fraction UP,UPUP,R),principalPart: R) Time: 0 SEC. compiling exported divisor : FractionalIdeal(UP,Fraction UP,UPUP,R) -> % Time: 0.01 SEC. compiling exported divisor : R -> % Time: 0 SEC. compiling exported divisor : (F,F) -> % Time: 0 SEC. compiling exported divisor : (F,F,Integer) -> % Time: 0.02 SEC. compiling exported divisor : (R,UP,UP,UP,F) -> % Time: 0 SEC. importing CommonDenominator(UP,Fraction UP,Vector Fraction UP) importing UnivariatePolynomialCommonDenominator(UP,Fraction UP,UPUP) compiling exported Zero : () -> % Time: 0.02 SEC. compiling exported divisor : FractionalIdeal(UP,Fraction UP,UPUP,R) -> % Time: 0 SEC. compiling exported divisor : R -> % Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. compiling exported ideal : % -> FractionalIdeal(UP,Fraction UP,UPUP,R) FDIV;ideal;$Fi;20 is replaced by %head Time: 0.00 SEC. compiling exported decompose : % -> Record(id: FractionalIdeal(UP,Fraction UP,UPUP,R),principalPart: R) Time: 0.01 SEC. compiling exported = : (%,%) -> Boolean Time: 0.02 SEC. compiling exported * : (Integer,%) -> % Time: 0.02 SEC. compiling exported + : (%,%) -> % Time: 0.01 SEC. compiling exported - : % -> % Time: 0.00 SEC. compiling exported divisor : (R,UP,UP,UP,F) -> % Time: 0.14 SEC. compiling local intReduce : (R,UP) -> R Time: 0.07 SEC. compiling exported divisor : (F,F) -> % Time: 0.11 SEC. compiling exported divisor : (F,F,Integer) -> % Time: 0.14 SEC. compiling exported reduce : % -> % Time: 1.08 SEC. compiling exported finiteBasis : % -> Vector R Time: 0.37 SEC. compiling exported generator : % -> Union(R,failed) Time: 0.01 SEC. compiling exported lSpaceBasis : % -> Vector R Time: 0 SEC. compiling local makeDivisor : (UP,UPUP,UP) -> % Time: 0.04 SEC. (time taken in buildFunctor: 4) Time: 0.02 SEC. Warnings: [1] Type Vector R is not in scope. Import it [2] reduce: minimize has no value Cumulative Statistics for Constructor FiniteDivisor Time: 2.25 seconds finalizing NRLIB FDIV Processing FiniteDivisor for Browser database: -- finiteBasis : % -> Vector R -- lSpaceBasis : % -> Vector R -- constructor ; compiling file "/tmp/oa-gdPElb/code.lsp" (written 01 FEB 2016 11:08:41 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FDIV;ideal;$Fi;20|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FDIV;Zero;$;1| ...) ; compiling (DEFUN |FDIV;coerce;$Of;2| ...) ; compiling (DEFUN |FDIV;=;2$B;3| ...) ; file: /tmp/oa-gdPElb/code.lsp ; in: DEFUN |FDIV;=;2$B;3| ; (DEFUN BOOT::|FDIV;=;2$B;3| (BOOT::|d1| BOOT::|d2| BOOT::$) ; (BOOT::SPADCALL BOOT::|d1| BOOT::|d2| (BOOT::|shellEntry| BOOT::$ 20))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FDIV;=;2$B;3| ; (BOOT::|d1| BOOT::|d2| BOOT::$) ; (BLOCK BOOT::|FDIV;=;2$B;3| ; (BOOT::SPADCALL BOOT::|d1| BOOT::|d2| (BOOT::|shellEntry| BOOT::$ 20)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FDIV;*;I2$;4| ...) ; compiling (DEFUN |FDIV;+;3$;5| ...) ; compiling (DEFUN |FDIV;-;2$;6| ...) ; compiling (DEFUN |FDIV;ideal;$Fi;7| ...) ; compiling (DEFUN |FDIV;reduce;2$;8| ...) ; compiling (DEFUN |FDIV;generator;$U;9| ...) ; file: /tmp/oa-gdPElb/code.lsp ; in: DEFUN |FDIV;generator;$U;9| ; (DEFUN BOOT::|FDIV;generator;$U;9| (BOOT::|d| BOOT::$) ; (BOOT::SPADCALL BOOT::|d| (BOOT::|shellEntry| BOOT::$ 36))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FDIV;generator;$U;9| ; (BOOT::|d| BOOT::$) ; (BLOCK BOOT::|FDIV;generator;$U;9| ; (BOOT::SPADCALL BOOT::|d| (BOOT::|shellEntry| BOOT::$ 36)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |FDIV;decompose;$R;10| ...) ; file: /tmp/oa-gdPElb/code.lsp ; in: DEFUN |FDIV;decompose;$R;10| ; (DEFUN BOOT::|FDIV;decompose;$R;10| (BOOT::|d| BOOT::$) ; (BOOT::SPADCALL BOOT::|d| (BOOT::|shellEntry| BOOT::$ 39))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FDIV;decompose;$R;10| ; (BOOT::|d| BOOT::$) ; (BLOCK BOOT::|FDIV;decompose;$R;10| ; (BOOT::SPADCALL BOOT::|d| (BOOT::|shellEntry| BOOT::$ 39)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FDIV;divisor;Fi$;11| ...) ; compiling (DEFUN |FDIV;divisor;R$;12| ...) ; compiling (DEFUN |FDIV;divisor;2F$;13| ...) ; compiling (DEFUN |FDIV;divisor;2FI$;14| ...) ; compiling (DEFUN |FDIV;divisor;R3UPF$;15| ...) ; compiling (DEFUN |FDIV;Zero;$;16| ...) ; compiling (DEFUN |FDIV;divisor;Fi$;17| ...) ; compiling (DEFUN |FDIV;divisor;R$;18| ...) ; file: /tmp/oa-gdPElb/code.lsp ; in: DEFUN |FDIV;divisor;R$;18| ; (DEFUN BOOT::|FDIV;divisor;R$;18| (BOOT::|f| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL ; (MAKE-ARRAY 1 :ELEMENT-TYPE '|AxiomCore|:|%Thing| :INITIAL-CONTENTS ; (LIST BOOT::|f|)) ; (BOOT::|shellEntry| BOOT::$ 59)) ; (BOOT::|shellEntry| BOOT::$ 42))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FDIV;divisor;R$;18| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|FDIV;divisor;R$;18| ; (BOOT::SPADCALL ; (BOOT::SPADCALL ; (MAKE-ARRAY 1 :ELEMENT-TYPE '|AxiomCore|:|%Thing| :INITIAL-CONTENTS ; #) ; (BOOT::|shellEntry| BOOT::$ 59)) ; (BOOT::|shellEntry| BOOT::$ 42)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FDIV;coerce;$Of;19| ...) ; compiling (DEFUN |FDIV;ideal;$Fi;20| ...) ; compiling (DEFUN |FDIV;decompose;$R;21| ...) ; compiling (DEFUN |FDIV;=;2$B;22| ...) ; file: /tmp/oa-gdPElb/code.lsp ; in: DEFUN |FDIV;=;2$B;22| ; (DEFUN BOOT::|FDIV;=;2$B;22| (BOOT::|d1| BOOT::|d2| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|d1| (BOOT::|shellEntry| BOOT::$ 32)) ; (BOOT::|shellEntry| BOOT::$ 62)) ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|d2| (BOOT::|shellEntry| BOOT::$ 32)) ; (BOOT::|shellEntry| BOOT::$ 62)) ; (BOOT::|shellEntry| BOOT::$ 63))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FDIV;=;2$B;22| ; (BOOT::|d1| BOOT::|d2| BOOT::$) ; (BLOCK BOOT::|FDIV;=;2$B;22| ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|d1| #) ; (BOOT::|shellEntry| BOOT::$ 62)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|d2| #) ; (BOOT::|shellEntry| BOOT::$ 62)) ; (BOOT::|shellEntry| BOOT::$ 63)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FDIV;*;I2$;23| ...) ; file: /tmp/oa-gdPElb/code.lsp ; in: DEFUN |FDIV;*;I2$;23| ; (DEFUN BOOT::|FDIV;*;I2$;23| (BOOT::|n| BOOT::|d| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|d| (BOOT::|shellEntry| BOOT::$ 32)) ; BOOT::|n| (BOOT::|shellEntry| BOOT::$ 64)) ; (BOOT::|shellEntry| BOOT::$ 42))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FDIV;*;I2$;23| ; (BOOT::|n| BOOT::|d| BOOT::$) ; (BLOCK BOOT::|FDIV;*;I2$;23| ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|d| #) BOOT::|n| ; (BOOT::|shellEntry| BOOT::$ 64)) ; (BOOT::|shellEntry| BOOT::$ 42)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FDIV;+;3$;24| ...) ; file: /tmp/oa-gdPElb/code.lsp ; in: DEFUN |FDIV;+;3$;24| ; (DEFUN BOOT::|FDIV;+;3$;24| (BOOT::|d1| BOOT::|d2| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|d1| (BOOT::|shellEntry| BOOT::$ 32)) ; (BOOT::SPADCALL BOOT::|d2| (BOOT::|shellEntry| BOOT::$ 32)) ; (BOOT::|shellEntry| BOOT::$ 65)) ; (BOOT::|shellEntry| BOOT::$ 42))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FDIV;+;3$;24| ; (BOOT::|d1| BOOT::|d2| BOOT::$) ; (BLOCK BOOT::|FDIV;+;3$;24| ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|d1| #) ; (BOOT::SPADCALL BOOT::|d2| #) ; (BOOT::|shellEntry| BOOT::$ 65)) ; (BOOT::|shellEntry| BOOT::$ 42)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FDIV;-;2$;25| ...) ; file: /tmp/oa-gdPElb/code.lsp ; in: DEFUN |FDIV;-;2$;25| ; (DEFUN BOOT::|FDIV;-;2$;25| (BOOT::|d| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|d| (BOOT::|shellEntry| BOOT::$ 32)) ; (BOOT::|shellEntry| BOOT::$ 66)) ; (BOOT::|shellEntry| BOOT::$ 42))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FDIV;-;2$;25| ; (BOOT::|d| BOOT::$) ; (BLOCK BOOT::|FDIV;-;2$;25| ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|d| #) ; (BOOT::|shellEntry| BOOT::$ 66)) ; (BOOT::|shellEntry| BOOT::$ 42)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FDIV;divisor;R3UPF$;26| ...) ; compiling (DEFUN |FDIV;intReduce| ...) ; compiling (DEFUN |FDIV;divisor;2F$;28| ...) ; file: /tmp/oa-gdPElb/code.lsp ; in: DEFUN |FDIV;divisor;2F$;28| ; (DEFUN BOOT::|FDIV;divisor;2F$;28| (BOOT::|a| BOOT::|b| BOOT::$) ; (PROG (BOOT::|d|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FDIV;divisor;2F$;28| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|FDIV;divisor;2F$;28| ; (PROG (BOOT::|d|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FDIV;divisor;2FI$;29| ...) ; file: /tmp/oa-gdPElb/code.lsp ; in: DEFUN |FDIV;divisor;2FI$;29| ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; (DEFUN BOOT::|FDIV;divisor;2FI$;29| (BOOT::|a| BOOT::|b| BOOT::|n| BOOT::$) ; (PROG (BOOT::|g| BOOT::|m| BOOT::|d|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FDIV;divisor;2FI$;29| ; (BOOT::|a| BOOT::|b| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|FDIV;divisor;2FI$;29| ; (PROG (BOOT::|g| BOOT::|m| BOOT::|d|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FDIV;reduce;2$;30| ...) ; file: /tmp/oa-gdPElb/code.lsp ; in: DEFUN |FDIV;reduce;2$;30| ; (DEFUN BOOT::|FDIV;reduce;2$;30| (BOOT::|d| BOOT::$) ; (PROG (BOOT::|e| BOOT::|b| BOOT::|cd| BOOT::|n|) ; (RETURN ; (LET* (# #) ; (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FDIV;reduce;2$;30| ; (BOOT::|d| BOOT::$) ; (BLOCK BOOT::|FDIV;reduce;2$;30| ; (PROG (BOOT::|e| BOOT::|b| BOOT::|cd| BOOT::|n|) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FDIV;reduce;2$;30!0| ...) ; compiling (DEFUN |FDIV;finiteBasis;$V;31| ...) ; compiling (DEFUN |FDIV;generator;$U;32| ...) ; compiling (DEFUN |FDIV;lSpaceBasis;$V;33| ...) ; file: /tmp/oa-gdPElb/code.lsp ; in: DEFUN |FDIV;lSpaceBasis;$V;33| ; (DEFUN BOOT::|FDIV;lSpaceBasis;$V;33| (BOOT::|d| BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 129) ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|d| #) ; (BOOT::|shellEntry| BOOT::$ 125)) ; (BOOT::|shellEntry| BOOT::$ 130)) ; (BOOT::|shellEntry| BOOT::$ 132))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FDIV;lSpaceBasis;$V;33| ; (BOOT::|d| BOOT::$) ; (BLOCK BOOT::|FDIV;lSpaceBasis;$V;33| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 129) ; (BOOT::SPADCALL (BOOT::SPADCALL # #) ; (BOOT::|shellEntry| BOOT::$ 130)) ; (BOOT::|shellEntry| BOOT::$ 132)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |FDIV;makeDivisor| ...) ; file: /tmp/oa-gdPElb/code.lsp ; in: DEFUN |FDIV;makeDivisor| ; (DEFUN BOOT::|FDIV;makeDivisor| (BOOT::|b| BOOT::|hh| BOOT::|g| BOOT::$) ; (PROG (BOOT::|h|) ; (RETURN (PROGN (SETQ #) (SETQ #) (COND #) (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FDIV;makeDivisor| ; (BOOT::|b| BOOT::|hh| BOOT::|g| BOOT::$) ; (BLOCK BOOT::|FDIV;makeDivisor| ; (PROG (BOOT::|h|) (RETURN (PROGN # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FiniteDivisor| ...) ; compiling (DEFUN |FiniteDivisor;| ...) ; compiling (MAKEPROP (QUOTE |FiniteDivisor|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 14 notes ; /tmp/oa-gdPElb/code.fasl written ; compilation finished in 0:00:00.115 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile DBLRESP.spad && cp DBLRESP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DBLRESP.fasl \ && if test -f DBLRESP-.NRLIB/code.fasl; then \ cp DBLRESP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DBLRESP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DBLRESP.spad using Spad compiler. DBLRESP abbreviates package DoubleResultantPackage debug: compDefine1 lhs: (DoubleResultantPackage F UP UPUP R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE doubleResultant (UP R (Mapping UP UP)))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE doubleResultant (UP R (Mapping UP UP)))) $param: (F UP UPUP R) debug: evaluateType form: UP $param: (F UP UPUP R) debug: evaluateType form: R $param: (F UP UPUP R) debug: evaluateType form: (Mapping UP UP) $param: (F UP UPUP R) debug: evaluateType form: UP $param: (F UP UPUP R) debug: evaluateType form: UP $param: (F UP UPUP R) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE doubleResultant (UP R (Mapping UP UP)))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for DoubleResultantPackage compiling into /tmp/oa-Ev5PrN importing CommuteUnivariatePolynomialCategory(F,UP,SparseUnivariatePolynomial UP) importing UnivariatePolynomialCommonDenominator(UP,Fraction UP,UPUP) compiling local remove0 : UP -> UP Time: 0.11 SEC. compiling local UP22 : UP -> SparseUnivariatePolynomial UP Time: 0.03 SEC. compiling local UP23 : UPUP -> SparseUnivariatePolynomial SparseUnivariatePolynomial UP Time: 0.11 SEC. compiling exported doubleResultant : (R,UP -> UP) -> UP Time: 0.70 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor DoubleResultantPackage Time: 0.96 seconds finalizing NRLIB DBLRESP Processing DoubleResultantPackage for Browser database: -- doubleResultant : (R,(UP -> UP)) -> UP -- constructor ; compiling file "/tmp/oa-Ev5PrN/code.lsp" (written 01 FEB 2016 11:08:42 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DBLRESP;remove0| ...) ; compiling (DEFUN |DBLRESP;UP22| ...) ; compiling (DEFUN |DBLRESP;UP22!0| ...) ; compiling (DEFUN |DBLRESP;UP23| ...) ; compiling (DEFUN |DBLRESP;UP23!0| ...) ; compiling (DEFUN |DBLRESP;doubleResultant;RMUP;4| ...) ; compiling (DEFUN |DoubleResultantPackage| ...) ; compiling (DEFUN |DoubleResultantPackage;| ...) ; compiling (MAKEPROP (QUOTE |DoubleResultantPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-Ev5PrN/code.fasl written ; compilation finished in 0:00:00.025 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PFOTOOLS.spad && cp PFOTOOLS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PFOTOOLS.fasl \ && if test -f PFOTOOLS-.NRLIB/code.fasl; then \ cp PFOTOOLS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PFOTOOLS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PFOTOOLS.spad using Spad compiler. PFOTOOLS abbreviates package PointsOfFiniteOrderTools debug: compDefine1 lhs: (PointsOfFiniteOrderTools UP UPUP) signature (pre-evaluate): ((CATEGORY package (SIGNATURE getGoodPrime ((PositiveInteger) (Integer))) (SIGNATURE badNum ((Record (: den (Integer)) (: gcdnum (Integer))) UP)) (SIGNATURE badNum ((Integer) UPUP)) (SIGNATURE mix ((Integer) (List (Record (: den (Integer)) (: gcdnum (Integer)))))) (SIGNATURE doubleDisc ((Integer) UPUP)) (SIGNATURE polyred (UPUP UPUP))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE getGoodPrime ((PositiveInteger) (Integer))) (SIGNATURE badNum ((Record (: den (Integer)) (: gcdnum (Integer))) UP)) (SIGNATURE badNum ((Integer) UPUP)) (SIGNATURE mix ((Integer) (List (Record (: den (Integer)) (: gcdnum (Integer)))))) (SIGNATURE doubleDisc ((Integer) UPUP)) (SIGNATURE polyred (UPUP UPUP))) $param: (UP UPUP) debug: evaluateType form: (PositiveInteger) $param: (UP UPUP) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (Integer) $param: (UP UPUP) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Record (: den (Integer)) (: gcdnum (Integer))) $param: (UP UPUP) debug: evaluateType form: (Integer) $param: (UP UPUP) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (UP UPUP) Debug: evaluateType1 form: (Integer) debug: evaluateType form: UP $param: (UP UPUP) debug: evaluateType form: (Integer) $param: (UP UPUP) Debug: evaluateType1 form: (Integer) debug: evaluateType form: UPUP $param: (UP UPUP) debug: evaluateType form: (Integer) $param: (UP UPUP) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (List (Record (: den (Integer)) (: gcdnum (Integer)))) $param: (UP UPUP) Debug: evaluateType1 form: (List (Record (: den (Integer)) (: gcdnum (Integer)))) debug: evaluateType1 x: (Record (: den (Integer)) (: gcdnum (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (UP UPUP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: den (Integer)) (: gcdnum (Integer))) $param: (UP UPUP) debug: evaluateType form: (Integer) $param: (UP UPUP) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (UP UPUP) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: den (Integer)) (: gcdnum (Integer))) c: (Type) debug: evaluateType form: (Integer) $param: (UP UPUP) Debug: evaluateType1 form: (Integer) debug: evaluateType form: UPUP $param: (UP UPUP) debug: evaluateType form: UPUP $param: (UP UPUP) debug: evaluateType form: UPUP $param: (UP UPUP) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE getGoodPrime ((PositiveInteger) (Integer))) (SIGNATURE badNum ((Record (: den (Integer)) (: gcdnum (Integer))) UP)) (SIGNATURE badNum ((Integer) UPUP)) (SIGNATURE mix ((Integer) (List (Record (: den (Integer)) (: gcdnum (Integer)))))) (SIGNATURE doubleDisc ((Integer) UPUP)) (SIGNATURE polyred (UPUP UPUP))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PointsOfFiniteOrderTools compiling into /tmp/oa-ROhXuR importing IntegerPrimesPackage Integer importing UnivariatePolynomialCommonDenominator(Integer,Fraction Integer,UP) compiling exported mix : List Record(den: Integer,gcdnum: Integer) -> Integer Time: 0.08 SEC. compiling exported badNum : UPUP -> Integer Time: 0.05 SEC. compiling exported polyred : UPUP -> UPUP Time: 0.06 SEC. compiling exported badNum : UP -> Record(den: Integer,gcdnum: Integer) Time: 0.04 SEC. compiling exported getGoodPrime : Integer -> PositiveInteger Time: 0.02 SEC. compiling exported doubleDisc : UPUP -> Integer Time: 0.34 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Warnings: [1] mix: gcdnum has no value Cumulative Statistics for Constructor PointsOfFiniteOrderTools Time: 0.58 seconds finalizing NRLIB PFOTOOLS Processing PointsOfFiniteOrderTools for Browser database: -- getGoodPrime : Z -> PI -- badNum : UP -> Record(den: Z,gcdnum: Z) -- badNum : UPUP -> Z -- mix : List Record(den: Z,gcdnum: Z) -> Z -- doubleDisc : UPUP -> Z -- polyred : UPUP -> UPUP -- constructor ; compiling file "/tmp/oa-ROhXuR/code.lsp" (written 01 FEB 2016 11:08:43 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PFOTOOLS;mix;LI;1| ...) ; file: /tmp/oa-ROhXuR/code.lsp ; in: DEFUN |PFOTOOLS;mix;LI;1| ; (DEFUN BOOT::|PFOTOOLS;mix;LI;1| (BOOT::|l| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL ; (LET (# #) ; (LOOP # ; #)) ; (BOOT::|shellEntry| BOOT::$ 10)) ; (BOOT::SPADCALL ; (LET (# #) ; (LOOP # ; #)) ; (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|shellEntry| BOOT::$ 12))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PFOTOOLS;mix;LI;1| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|PFOTOOLS;mix;LI;1| ; (BOOT::SPADCALL ; (BOOT::SPADCALL ; (LET # ; #) ; (BOOT::|shellEntry| BOOT::$ 10)) ; (BOOT::SPADCALL ; (LET # ; #) ; (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|shellEntry| BOOT::$ 12)))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |PFOTOOLS;badNum;UPUPI;2| ...) ; compiling (DEFUN |PFOTOOLS;polyred;2UPUP;3| ...) ; compiling (DEFUN |PFOTOOLS;badNum;UPR;4| ...) ; compiling (DEFUN |PFOTOOLS;getGoodPrime;IPi;5| ...) ; compiling (DEFUN |PFOTOOLS;doubleDisc;UPUPI;6| ...) ; file: /tmp/oa-ROhXuR/code.lsp ; in: DEFUN |PFOTOOLS;doubleDisc;UPUPI;6| ; (DEFUN BOOT::|PFOTOOLS;doubleDisc;UPUPI;6| (BOOT::|r| BOOT::$) ; (LET ((BOOT::|d| (BOOT::SPADCALL # #))) ; (BOOT::SPADCALL ; (BOOT::SPADCALL ; (LET # ; #) ; (BOOT::|shellEntry| BOOT::$ 44)) ; (BOOT::|shellEntry| BOOT::$ 31)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PFOTOOLS;doubleDisc;UPUPI;6| ; (BOOT::|r| BOOT::$) ; (BLOCK BOOT::|PFOTOOLS;doubleDisc;UPUPI;6| ; (LET ((BOOT::|d| #)) ; (BOOT::SPADCALL (BOOT::SPADCALL # #) ; (BOOT::|shellEntry| BOOT::$ 31))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |PointsOfFiniteOrderTools| ...) ; compiling (DEFUN |PointsOfFiniteOrderTools;| ...) ; compiling (MAKEPROP (QUOTE |PointsOfFiniteOrderTools|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-ROhXuR/code.fasl written ; compilation finished in 0:00:00.031 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FSRED.spad && cp FSRED.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FSRED.fasl \ && if test -f FSRED-.NRLIB/code.fasl; then \ cp FSRED-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FSRED-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FSRED.spad using Spad compiler. FSRED abbreviates package FunctionSpaceReduce debug: compDefine1 lhs: (FunctionSpaceReduce R F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE bringDown ((Fraction (Integer)) F)) (SIGNATURE bringDown ((SparseUnivariatePolynomial (Fraction (Integer))) F (Kernel F))) (SIGNATURE newReduc ((Void)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE bringDown ((Fraction (Integer)) F)) (SIGNATURE bringDown ((SparseUnivariatePolynomial (Fraction (Integer))) F (Kernel F))) (SIGNATURE newReduc ((Void)))) $param: (R F) debug: evaluateType form: (Fraction (Integer)) $param: (R F) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R F) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (R F) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (SparseUnivariatePolynomial (Fraction (Integer))) $param: (R F) Debug: evaluateType1 form: (SparseUnivariatePolynomial (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R F) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: (R F) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R F) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (R F) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Kernel F) $param: (R F) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: (Void) $param: (R F) Debug: evaluateType1 form: (Void) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE bringDown ((Fraction (Integer)) F)) (SIGNATURE bringDown ((SparseUnivariatePolynomial (Fraction (Integer))) F (Kernel F))) (SIGNATURE newReduc ((Void)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FunctionSpaceReduce compiling into /tmp/oa-5hglMx importing SparseUnivariatePolynomialFunctions2(F,Fraction Integer) importing PolynomialCategoryQuotientFunctions(IndexedExponents Kernel F,Kernel F,R,SparseMultivariatePolynomial(R,Kernel F),F) compiling exported newReduc : () -> Void Time: 0.06 SEC. compiling exported bringDown : (F,Kernel F) -> SparseUnivariatePolynomial Fraction Integer Time: 0.16 SEC. compiling exported bringDown : F -> Fraction Integer Time: 0.04 SEC. compiling local K2Z : Kernel F -> F Debug compQuote expr: (QUOTE %alg) m: $EmptyMode Debug compQuote expr: (QUOTE %alg) m: (Identifier) Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] bringDown: not known that Ring is of mode CATEGORY(package,bringDown: F -> Fraction Integer,bringDown: (F,Kernel F) -> SparseUnivariatePolynomial Fraction Integer,newReduc: () -> Void) [2] bringDown: not known that SetCategory is of mode CATEGORY(package,bringDown: F -> Fraction Integer,bringDown: (F,Kernel F) -> SparseUnivariatePolynomial Fraction Integer,newReduc: () -> Void) [3] K2Z: has? has no value Cumulative Statistics for Constructor FunctionSpaceReduce Time: 0.31 seconds finalizing NRLIB FSRED Processing FunctionSpaceReduce for Browser database: -- bringDown : F -> Q -- bringDown : (F,K) -> UP -- newReduc : () -> Void -- constructor ; compiling file "/tmp/oa-5hglMx/code.lsp" (written 01 FEB 2016 11:08:43 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FSRED;newReduc;V;1| ...) ; compiling (DEFUN |FSRED;bringDown;FKSup;2| ...) ; compiling (DEFUN |FSRED;bringDown;FF;3| ...) ; compiling (DEFUN |FSRED;K2Z| ...) ; compiling (DEFUN |FunctionSpaceReduce| ...) ; compiling (DEFUN |FunctionSpaceReduce;| ...) ; compiling (MAKEPROP (QUOTE |FunctionSpaceReduce|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-5hglMx/code.fasl written ; compilation finished in 0:00:00.021 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MMAP.spad && cp MMAP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MMAP.fasl \ && if test -f MMAP-.NRLIB/code.fasl; then \ cp MMAP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MMAP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MMAP.spad using Spad compiler. MMAP abbreviates package MultipleMap debug: compDefine1 lhs: (MultipleMap R1 UP1 UPUP1 R2 UP2 UPUP2) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map (UPUP2 (Mapping R2 R1) UPUP1))) NIL NIL NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map (UPUP2 (Mapping R2 R1) UPUP1))) $param: (R1 UP1 UPUP1 R2 UP2 UPUP2) debug: evaluateType form: UPUP2 $param: (R1 UP1 UPUP1 R2 UP2 UPUP2) debug: evaluateType form: (Mapping R2 R1) $param: (R1 UP1 UPUP1 R2 UP2 UPUP2) debug: evaluateType form: R2 $param: (R1 UP1 UPUP1 R2 UP2 UPUP2) debug: evaluateType form: R1 $param: (R1 UP1 UPUP1 R2 UP2 UPUP2) debug: evaluateType form: UPUP1 $param: (R1 UP1 UPUP1 R2 UP2 UPUP2) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map (UPUP2 (Mapping R2 R1) UPUP1))) NIL NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for MultipleMap compiling into /tmp/oa-zcXLr1 importing UnivariatePolynomialCategoryFunctions2(R1,UP1,R2,UP2) compiling local rfmap : (R1 -> R2,Fraction UP1) -> Fraction UP2 Time: 0.23 SEC. compiling exported map : (R1 -> R2,UPUP1) -> UPUP2 Time: 0.09 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor MultipleMap Time: 0.32 seconds finalizing NRLIB MMAP Processing MultipleMap for Browser database: -- map : ((R1 -> R2),UPUP1) -> UPUP2 -- constructor ; compiling file "/tmp/oa-zcXLr1/code.lsp" (written 01 FEB 2016 11:08:43 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MMAP;rfmap| ...) ; compiling (DEFUN |MMAP;map;MUPUP1UPUP2;2| ...) ; compiling (DEFUN |MMAP;map;MUPUP1UPUP2;2!0| ...) ; compiling (DEFUN |MultipleMap| ...) ; compiling (DEFUN |MultipleMap;| ...) ; compiling (MAKEPROP (QUOTE |MultipleMap|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-zcXLr1/code.fasl written ; compilation finished in 0:00:00.024 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ALGFF.spad && cp ALGFF.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ALGFF.fasl \ && if test -f ALGFF-.NRLIB/code.fasl; then \ cp ALGFF-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ALGFF-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ALGFF.spad using Spad compiler. ALGFF abbreviates domain AlgebraicFunctionField debug: compDefine1 lhs: (AlgebraicFunctionField F UP UPUP modulus) signature (pre-evaluate): ((Join (FunctionFieldCategory F UP UPUP) (CATEGORY package (SIGNATURE knownInfBasis ((Void) (NonNegativeInteger))))) NIL NIL NIL NIL) debug: evaluateType form: (Join (FunctionFieldCategory F UP UPUP) (CATEGORY package (SIGNATURE knownInfBasis ((Void) (NonNegativeInteger))))) $param: (F UP UPUP modulus) debug: evaluateType form: (FunctionFieldCategory F UP UPUP) $param: (F UP UPUP modulus) Debug: evaluateType1 form: (FunctionFieldCategory F UP UPUP) debug: evaluateType1 x: F m: (UniqueFactorizationDomain) debug: evaluateType1 x: UP m: (UnivariatePolynomialCategory F) debug: evaluateType1 x: UPUP m: (UnivariatePolynomialCategory (Fraction UP)) debug: evaluateType form: (CATEGORY package (SIGNATURE knownInfBasis ((Void) (NonNegativeInteger)))) $param: (F UP UPUP modulus) debug: evaluateType form: (Void) $param: (F UP UPUP modulus) Debug: evaluateType1 form: (Void) debug: evaluateType form: (NonNegativeInteger) $param: (F UP UPUP modulus) Debug: evaluateType1 form: (NonNegativeInteger) debug: compDefine1 signature (post evaluate): ((Join (FunctionFieldCategory F UP UPUP) (CATEGORY package (SIGNATURE knownInfBasis ((Void) (NonNegativeInteger))))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for AlgebraicFunctionField compiling into /tmp/oa-0kk3Et importing ChangeOfVariable(F,UP,UPUP) importing InnerCommonDenominator(UP,Fraction UP,Vector UP,Vector Fraction UP) importing MatrixCommonDenominator(UP,Fraction UP) importing UnivariatePolynomialCategoryFunctions2(Fraction UP,UPUP,UP,SparseUnivariatePolynomial UP) compiling exported branchPointAtInfinity? : () -> Boolean Time: 0.22 SEC. compiling exported discriminant : () -> Fraction UP Time: 0 SEC. compiling exported integralBasis : () -> Vector % Time: 0.02 SEC. compiling exported integralBasisAtInfinity : () -> Vector % Time: 0.02 SEC. compiling exported integralMatrix : () -> Matrix Fraction UP Time: 0 SEC. compiling exported inverseIntegralMatrix : () -> Matrix Fraction UP Time: 0 SEC. compiling exported integralMatrixAtInfinity : () -> Matrix Fraction UP Time: 0.01 SEC. compiling exported branchPoint? : F -> Boolean Time: 0.12 SEC. compiling exported definingPolynomial : () -> UPUP Time: 0 SEC. compiling exported inverseIntegralMatrixAtInfinity : () -> Matrix Fraction UP Time: 0 SEC. compiling local vect : Matrix Fraction UP -> Vector % Time: 0.04 SEC. compiling exported integralCoordinates : % -> Record(num: Vector UP,den: UP) Time: 0.04 SEC. compiling exported knownInfBasis : NonNegativeInteger -> Void Time: 0.04 SEC. compiling local getInfBasis : () -> Void Time: 0.61 SEC. compiling local startUp : Boolean -> Void Time: 0.28 SEC. compiling exported integralDerivationMatrix : UP -> UP -> Record(num: Matrix UP,den: UP) Time: 0.05 SEC. compiling exported integralRepresents : (Vector UP,UP) -> % Time: 0.02 SEC. compiling exported branchPoint? : UP -> Boolean Time: 0.02 SEC. (time taken in buildFunctor: 816) Time: 1.10 SEC. Warnings: [1] true has no value Cumulative Statistics for Constructor AlgebraicFunctionField Time: 2.60 seconds finalizing NRLIB ALGFF Processing AlgebraicFunctionField for Browser database: -- knownInfBasis : N -> Void -- constructor ; compiling file "/tmp/oa-0kk3Et/code.lsp" (written 01 FEB 2016 11:08:47 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ALGFF;definingPolynomial;UPUP;9|) ...) ; compiling (DEFUN |ALGFF;branchPointAtInfinity?;B;1| ...) ; file: /tmp/oa-0kk3Et/code.lsp ; in: DEFUN |ALGFF;branchPointAtInfinity?;B;1| ; (DEFUN BOOT::|ALGFF;branchPointAtInfinity?;B;1| (BOOT::$) ; (PROGN ; (COND ((BOOT::SPADCALL # #) (BOOT::|ALGFF;startUp| NIL BOOT::$))) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 15) ; (BOOT::|shellEntry| BOOT::$ 39)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ALGFF;branchPointAtInfinity?;B;1| ; (BOOT::$) ; (BLOCK BOOT::|ALGFF;branchPointAtInfinity?;B;1| ; (PROGN ; (COND (# #)) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 15) ; (BOOT::|shellEntry| BOOT::$ 39))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |ALGFF;discriminant;F;2| ...) ; compiling (DEFUN |ALGFF;integralBasis;V;3| ...) ; compiling (DEFUN |ALGFF;integralBasisAtInfinity;V;4| ...) ; compiling (DEFUN |ALGFF;integralMatrix;M;5| ...) ; compiling (DEFUN |ALGFF;inverseIntegralMatrix;M;6| ...) ; compiling (DEFUN |ALGFF;integralMatrixAtInfinity;M;7| ...) ; compiling (DEFUN |ALGFF;branchPoint?;FB;8| ...) ; file: /tmp/oa-0kk3Et/code.lsp ; in: DEFUN |ALGFF;branchPoint?;FB;8| ; (DEFUN BOOT::|ALGFF;branchPoint?;FB;8| (BOOT::|a| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::|ALGFF;discriminant;F;2| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 50)) ; BOOT::|a| (BOOT::|shellEntry| BOOT::$ 51)) ; (BOOT::|shellEntry| BOOT::$ 52))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ALGFF;branchPoint?;FB;8| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|ALGFF;branchPoint?;FB;8| ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL # #) BOOT::|a| ; (BOOT::|shellEntry| BOOT::$ 51)) ; (BOOT::|shellEntry| BOOT::$ 52)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |ALGFF;definingPolynomial;UPUP;9| ...) ; compiling (DEFUN |ALGFF;inverseIntegralMatrixAtInfinity;M;10| ...) ; compiling (DEFUN |ALGFF;vect| ...) ; compiling (DEFUN |ALGFF;integralCoordinates;$R;12| ...) ; file: /tmp/oa-0kk3Et/code.lsp ; in: DEFUN |ALGFF;integralCoordinates;$R;12| ; (DEFUN BOOT::|ALGFF;integralCoordinates;$R;12| (BOOT::|f| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|f| (BOOT::|shellEntry| BOOT::$ 61)) ; (BOOT::|ALGFF;inverseIntegralMatrix;M;6| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 62)) ; (BOOT::|shellEntry| BOOT::$ 66))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ALGFF;integralCoordinates;$R;12| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|ALGFF;integralCoordinates;$R;12| ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|f| #) ; (BOOT::|ALGFF;inverseIntegralMatrix;M;6| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 62)) ; (BOOT::|shellEntry| BOOT::$ 66)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ALGFF;knownInfBasis;NniV;13| ...) ; compiling (DEFUN |ALGFF;getInfBasis| ...) ; compiling (DEFUN |ALGFF;getInfBasis!1| ...) ; compiling (DEFUN |ALGFF;getInfBasis!0| ...) ; compiling (DEFUN |ALGFF;startUp| ...) ; compiling (DEFUN |ALGFF;integralDerivationMatrix;MR;16| ...) ; file: /tmp/oa-0kk3Et/code.lsp ; in: DEFUN |ALGFF;integralDerivationMatrix;MR;16| ; (DEFUN BOOT::|ALGFF;integralDerivationMatrix;MR;16| (BOOT::|d| BOOT::$) ; (LET ((BOOT::|w| (BOOT::|ALGFF;integralBasis;V;3| BOOT::$))) ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL # #) ; (BOOT::|ALGFF;inverseIntegralMatrix;M;6| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 101)) ; (BOOT::|shellEntry| BOOT::$ 128)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ALGFF;integralDerivationMatrix;MR;16| ; (BOOT::|d| BOOT::$) ; (BLOCK BOOT::|ALGFF;integralDerivationMatrix;MR;16| ; (LET ((BOOT::|w| #)) ; (BOOT::SPADCALL (BOOT::SPADCALL # # #) ; (BOOT::|shellEntry| BOOT::$ 128))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ALGFF;integralRepresents;VUP$;17| ...) ; compiling (DEFUN |ALGFF;branchPoint?;UPB;18| ...) ; compiling (DEFUN |AlgebraicFunctionField| ...) ; compiling (DEFUN |AlgebraicFunctionField;| ...) ; compiling (MAKEPROP (QUOTE |AlgebraicFunctionField|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 4 notes ; /tmp/oa-0kk3Et/code.fasl written ; compilation finished in 0:00:00.251 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FORDER.spad && cp FORDER.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FORDER.fasl \ && if test -f FORDER-.NRLIB/code.fasl; then \ cp FORDER-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FORDER-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FORDER.spad using Spad compiler. FORDER abbreviates package FindOrderFinite debug: compDefine1 lhs: (FindOrderFinite F UP UPUP R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE order ((NonNegativeInteger) (FiniteDivisor F UP UPUP R)))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE order ((NonNegativeInteger) (FiniteDivisor F UP UPUP R)))) $param: (F UP UPUP R) debug: evaluateType form: (NonNegativeInteger) $param: (F UP UPUP R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (FiniteDivisor F UP UPUP R) $param: (F UP UPUP R) Debug: evaluateType1 form: (FiniteDivisor F UP UPUP R) debug: evaluateType1 x: F m: (Field) debug: evaluateType1 x: UP m: (UnivariatePolynomialCategory F) debug: evaluateType1 x: UPUP m: (UnivariatePolynomialCategory (Fraction UP)) debug: evaluateType1 x: R m: (FunctionFieldCategory F UP UPUP) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE order ((NonNegativeInteger) (FiniteDivisor F UP UPUP R)))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FindOrderFinite compiling into /tmp/oa-wHWFKc compiling exported order : FiniteDivisor(F,UP,UPUP,R) -> NonNegativeInteger Time: 0.17 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor FindOrderFinite Time: 0.17 seconds finalizing NRLIB FORDER Processing FindOrderFinite for Browser database: -- order : FiniteDivisor(F,UP,UPUP,R) -> NonNegativeInteger -- constructor ; compiling file "/tmp/oa-wHWFKc/code.lsp" (written 01 FEB 2016 11:08:47 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FORDER;order;FdNni;1| ...) ; compiling (DEFUN |FindOrderFinite| ...) ; compiling (DEFUN |FindOrderFinite;| ...) ; compiling (MAKEPROP (QUOTE |FindOrderFinite|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-wHWFKc/code.fasl written ; compilation finished in 0:00:00.019 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FFCAT2.spad && cp FFCAT2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FFCAT2.fasl \ && if test -f FFCAT2-.NRLIB/code.fasl; then \ cp FFCAT2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FFCAT2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FFCAT2.spad using Spad compiler. FFCAT2 abbreviates package FunctionFieldCategoryFunctions2 debug: compDefine1 lhs: (FunctionFieldCategoryFunctions2 R1 UP1 UPUP1 F1 R2 UP2 UPUP2 F2) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map (F2 (Mapping R2 R1) F1))) NIL NIL NIL NIL NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map (F2 (Mapping R2 R1) F1))) $param: (R1 UP1 UPUP1 F1 R2 UP2 UPUP2 F2) debug: evaluateType form: F2 $param: (R1 UP1 UPUP1 F1 R2 UP2 UPUP2 F2) debug: evaluateType form: (Mapping R2 R1) $param: (R1 UP1 UPUP1 F1 R2 UP2 UPUP2 F2) debug: evaluateType form: R2 $param: (R1 UP1 UPUP1 F1 R2 UP2 UPUP2 F2) debug: evaluateType form: R1 $param: (R1 UP1 UPUP1 F1 R2 UP2 UPUP2 F2) debug: evaluateType form: F1 $param: (R1 UP1 UPUP1 F1 R2 UP2 UPUP2 F2) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map (F2 (Mapping R2 R1) F1))) NIL NIL NIL NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FunctionFieldCategoryFunctions2 compiling into /tmp/oa-6iIWMw compiling exported map : (R1 -> R2,F1) -> F2 Time: 0.32 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor FunctionFieldCategoryFunctions2 Time: 0.33 seconds finalizing NRLIB FFCAT2 Processing FunctionFieldCategoryFunctions2 for Browser database: -- map : ((R1 -> R2),F1) -> F2 -- constructor ; compiling file "/tmp/oa-6iIWMw/code.lsp" (written 01 FEB 2016 11:08:48 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FFCAT2;map;MF1F2;1| ...) ; compiling (DEFUN |FunctionFieldCategoryFunctions2| ...) ; compiling (DEFUN |FunctionFieldCategoryFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |FunctionFieldCategoryFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-6iIWMw/code.fasl written ; compilation finished in 0:00:00.019 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FRIDEAL2.spad && cp FRIDEAL2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FRIDEAL2.fasl \ && if test -f FRIDEAL2-.NRLIB/code.fasl; then \ cp FRIDEAL2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FRIDEAL2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FRIDEAL2.spad using Spad compiler. FRIDEAL2 abbreviates package FractionalIdealFunctions2 debug: compDefine1 lhs: (FractionalIdealFunctions2 R1 F1 U1 A1 R2 F2 U2 A2) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((FractionalIdeal R2 F2 U2 A2) (Mapping R2 R1) (FractionalIdeal R1 F1 U1 A1)))) NIL NIL NIL NIL NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((FractionalIdeal R2 F2 U2 A2) (Mapping R2 R1) (FractionalIdeal R1 F1 U1 A1)))) $param: (R1 F1 U1 A1 R2 F2 U2 A2) debug: evaluateType form: (FractionalIdeal R2 F2 U2 A2) $param: (R1 F1 U1 A1 R2 F2 U2 A2) Debug: evaluateType1 form: (FractionalIdeal R2 F2 U2 A2) debug: evaluateType1 x: R2 m: (EuclideanDomain) debug: evaluateType1 x: F2 m: (QuotientFieldCategory R2) debug: evaluateType1 x: U2 m: (UnivariatePolynomialCategory F2) debug: evaluateType1 x: A2 m: (Join (FramedAlgebra F2 U2) (RetractableTo F2)) debug: evaluateType form: (Mapping R2 R1) $param: (R1 F1 U1 A1 R2 F2 U2 A2) debug: evaluateType form: R2 $param: (R1 F1 U1 A1 R2 F2 U2 A2) debug: evaluateType form: R1 $param: (R1 F1 U1 A1 R2 F2 U2 A2) debug: evaluateType form: (FractionalIdeal R1 F1 U1 A1) $param: (R1 F1 U1 A1 R2 F2 U2 A2) Debug: evaluateType1 form: (FractionalIdeal R1 F1 U1 A1) debug: evaluateType1 x: R1 m: (EuclideanDomain) debug: evaluateType1 x: F1 m: (QuotientFieldCategory R1) debug: evaluateType1 x: U1 m: (UnivariatePolynomialCategory F1) debug: evaluateType1 x: A1 m: (Join (FramedAlgebra F1 U1) (RetractableTo F1)) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((FractionalIdeal R2 F2 U2 A2) (Mapping R2 R1) (FractionalIdeal R1 F1 U1 A1)))) NIL NIL NIL NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FractionalIdealFunctions2 compiling into /tmp/oa-5KBR9X compiling local fmap : (F1 -> F2,A1) -> A2 Time: 0.26 SEC. compiling exported map : (R1 -> R2,FractionalIdeal(R1,F1,U1,A1)) -> FractionalIdeal(R2,F2,U2,A2) Time: 0.10 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor FractionalIdealFunctions2 Time: 0.36 seconds finalizing NRLIB FRIDEAL2 Processing FractionalIdealFunctions2 for Browser database: -- map : ((R1 -> R2),FractionalIdeal(R1,F1,U1,A1)) -> FractionalIdeal(R2,F2,U2,A2) -- constructor ; compiling file "/tmp/oa-5KBR9X/code.lsp" (written 01 FEB 2016 11:08:48 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FRIDEAL2;fmap| ...) ; compiling (DEFUN |FRIDEAL2;map;MFiFi;2| ...) ; compiling (DEFUN |FRIDEAL2;map;MFiFi;2!0| ...) ; compiling (DEFUN |FractionalIdealFunctions2| ...) ; compiling (DEFUN |FractionalIdealFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |FractionalIdealFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-5KBR9X/code.fasl written ; compilation finished in 0:00:00.030 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FDIV2.spad && cp FDIV2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FDIV2.fasl \ && if test -f FDIV2-.NRLIB/code.fasl; then \ cp FDIV2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FDIV2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FDIV2.spad using Spad compiler. FDIV2 abbreviates package FiniteDivisorFunctions2 debug: compDefine1 lhs: (FiniteDivisorFunctions2 R1 UP1 UPUP1 F1 R2 UP2 UPUP2 F2) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((FiniteDivisor R2 UP2 UPUP2 F2) (Mapping R2 R1) (FiniteDivisor R1 UP1 UPUP1 F1)))) NIL NIL NIL NIL NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((FiniteDivisor R2 UP2 UPUP2 F2) (Mapping R2 R1) (FiniteDivisor R1 UP1 UPUP1 F1)))) $param: (R1 UP1 UPUP1 F1 R2 UP2 UPUP2 F2) debug: evaluateType form: (FiniteDivisor R2 UP2 UPUP2 F2) $param: (R1 UP1 UPUP1 F1 R2 UP2 UPUP2 F2) Debug: evaluateType1 form: (FiniteDivisor R2 UP2 UPUP2 F2) debug: evaluateType1 x: R2 m: (Field) debug: evaluateType1 x: UP2 m: (UnivariatePolynomialCategory R2) debug: evaluateType1 x: UPUP2 m: (UnivariatePolynomialCategory (Fraction UP2)) debug: evaluateType1 x: F2 m: (FunctionFieldCategory R2 UP2 UPUP2) debug: evaluateType form: (Mapping R2 R1) $param: (R1 UP1 UPUP1 F1 R2 UP2 UPUP2 F2) debug: evaluateType form: R2 $param: (R1 UP1 UPUP1 F1 R2 UP2 UPUP2 F2) debug: evaluateType form: R1 $param: (R1 UP1 UPUP1 F1 R2 UP2 UPUP2 F2) debug: evaluateType form: (FiniteDivisor R1 UP1 UPUP1 F1) $param: (R1 UP1 UPUP1 F1 R2 UP2 UPUP2 F2) Debug: evaluateType1 form: (FiniteDivisor R1 UP1 UPUP1 F1) debug: evaluateType1 x: R1 m: (Field) debug: evaluateType1 x: UP1 m: (UnivariatePolynomialCategory R1) debug: evaluateType1 x: UPUP1 m: (UnivariatePolynomialCategory (Fraction UP1)) debug: evaluateType1 x: F1 m: (FunctionFieldCategory R1 UP1 UPUP1) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((FiniteDivisor R2 UP2 UPUP2 F2) (Mapping R2 R1) (FiniteDivisor R1 UP1 UPUP1 F1)))) NIL NIL NIL NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FiniteDivisorFunctions2 compiling into /tmp/oa-C0c17x importing UnivariatePolynomialCategoryFunctions2(R1,UP1,R2,UP2) importing FunctionFieldCategoryFunctions2(R1,UP1,UPUP1,F1,R2,UP2,UPUP2,F2) importing FractionalIdealFunctions2(UP1,Fraction UP1,UPUP1,F1,UP2,Fraction UP2,UPUP2,F2) compiling exported map : (R1 -> R2,FiniteDivisor(R1,UP1,UPUP1,F1)) -> FiniteDivisor(R2,UP2,UPUP2,F2) Time: 0.74 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor FiniteDivisorFunctions2 Time: 0.74 seconds finalizing NRLIB FDIV2 Processing FiniteDivisorFunctions2 for Browser database: -- map : ((R1 -> R2),FiniteDivisor(R1,UP1,UPUP1,F1)) -> FiniteDivisor(R2,UP2,UPUP2,F2) -- constructor ; compiling file "/tmp/oa-C0c17x/code.lsp" (written 01 FEB 2016 11:08:49 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FDIV2;map;MFdFd;1| ...) ; compiling (DEFUN |FDIV2;map;MFdFd;1!0| ...) ; compiling (DEFUN |FiniteDivisorFunctions2| ...) ; compiling (DEFUN |FiniteDivisorFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |FiniteDivisorFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-C0c17x/code.fasl written ; compilation finished in 0:00:00.024 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile RDIV.spad && cp RDIV.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RDIV.fasl \ && if test -f RDIV-.NRLIB/code.fasl; then \ cp RDIV-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RDIV-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RDIV.spad using Spad compiler. RDIV abbreviates package ReducedDivisor debug: compDefine1 lhs: (ReducedDivisor F1 UP UPUP R F2) signature (pre-evaluate): ((CATEGORY package (SIGNATURE order ((NonNegativeInteger) (FiniteDivisor F1 UP UPUP R) UPUP (Mapping F2 F1)))) NIL NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE order ((NonNegativeInteger) (FiniteDivisor F1 UP UPUP R) UPUP (Mapping F2 F1)))) $param: (F1 UP UPUP R F2) debug: evaluateType form: (NonNegativeInteger) $param: (F1 UP UPUP R F2) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (FiniteDivisor F1 UP UPUP R) $param: (F1 UP UPUP R F2) Debug: evaluateType1 form: (FiniteDivisor F1 UP UPUP R) debug: evaluateType1 x: F1 m: (Field) debug: evaluateType1 x: UP m: (UnivariatePolynomialCategory F1) debug: evaluateType1 x: UPUP m: (UnivariatePolynomialCategory (Fraction UP)) debug: evaluateType1 x: R m: (FunctionFieldCategory F1 UP UPUP) debug: evaluateType form: UPUP $param: (F1 UP UPUP R F2) debug: evaluateType form: (Mapping F2 F1) $param: (F1 UP UPUP R F2) debug: evaluateType form: F2 $param: (F1 UP UPUP R F2) debug: evaluateType form: F1 $param: (F1 UP UPUP R F2) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE order ((NonNegativeInteger) (FiniteDivisor F1 UP UPUP R) UPUP (Mapping F2 F1)))) NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ReducedDivisor compiling into /tmp/oa-klqK3m compiling exported order : (FiniteDivisor(F1,UP,UPUP,R),UPUP,F1 -> F2) -> NonNegativeInteger Time: 0.21 SEC. compiling local algOrder : (FiniteDivisor(F1,UP,UPUP,R),UPUP,F1 -> F2) -> NonNegativeInteger Time: 0.19 SEC. compiling local rootOrder : (FiniteDivisor(F1,UP,UPUP,R),UP,NonNegativeInteger,F1 -> F2) -> NonNegativeInteger Time: 0.24 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor ReducedDivisor Time: 0.65 seconds finalizing NRLIB RDIV Processing ReducedDivisor for Browser database: -- order : (FD,UPUP,(F1 -> F2)) -> N -- constructor ; compiling file "/tmp/oa-klqK3m/code.lsp" (written 01 FEB 2016 11:08:50 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RDIV;order;FdUPUPMNni;1| ...) ; compiling (DEFUN |RDIV;algOrder| ...) ; file: /tmp/oa-klqK3m/code.lsp ; in: DEFUN |RDIV;algOrder| ; (DEFUN BOOT::|RDIV;algOrder| ; (BOOT::|d| BOOT::|modulus| BOOT::|reduce| BOOT::$) ; (LET* ((BOOT::|redmod| (BOOT::SPADCALL BOOT::|reduce| BOOT::|modulus| #)) ; (BOOT::|curve| ; (BOOT::|AlgebraicFunctionField| # # # BOOT::|redmod|))) ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|reduce| BOOT::|d| ; (BOOT::|compiledLookupCheck| 'BOOT::|map| # #)) ; (BOOT::|compiledLookupCheck| 'BOOT::|order| (LIST '# #) ; (BOOT::|FindOrderFinite| # # # ; BOOT::|curve|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RDIV;algOrder| ; (BOOT::|d| BOOT::|modulus| BOOT::|reduce| BOOT::$) ; (BLOCK BOOT::|RDIV;algOrder| ; (LET* ((BOOT::|redmod| #) (BOOT::|curve| #)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|reduce| BOOT::|d| #) ; (BOOT::|compiledLookupCheck| 'BOOT::|order| # #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |RDIV;rootOrder| ...) ; file: /tmp/oa-klqK3m/code.lsp ; in: DEFUN |RDIV;rootOrder| ; (DEFUN BOOT::|RDIV;rootOrder| ; (BOOT::|d| BOOT::|radicand| BOOT::|n| BOOT::|reduce| BOOT::$) ; (LET* ((BOOT::|redrad| (BOOT::SPADCALL BOOT::|reduce| BOOT::|radicand| #)) ; (BOOT::|curve| (BOOT::|RadicalFunctionField| # # # # BOOT::|n|))) ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|reduce| BOOT::|d| ; (BOOT::|compiledLookupCheck| 'BOOT::|map| # #)) ; (BOOT::|compiledLookupCheck| 'BOOT::|order| (LIST '# #) ; (BOOT::|FindOrderFinite| # # # ; BOOT::|curve|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RDIV;rootOrder| ; (BOOT::|d| BOOT::|radicand| BOOT::|n| BOOT::|reduce| BOOT::$) ; (BLOCK BOOT::|RDIV;rootOrder| ; (LET* ((BOOT::|redrad| #) (BOOT::|curve| #)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|reduce| BOOT::|d| #) ; (BOOT::|compiledLookupCheck| 'BOOT::|order| # #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |ReducedDivisor| ...) ; compiling (DEFUN |ReducedDivisor;| ...) ; compiling (MAKEPROP (QUOTE |ReducedDivisor|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-klqK3m/code.fasl written ; compilation finished in 0:00:00.042 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PFO.spad && cp PFO.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PFO.fasl \ && if test -f PFO-.NRLIB/code.fasl; then \ cp PFO-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PFO-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PFO.spad using Spad compiler. PFO abbreviates package PointsOfFiniteOrder debug: compDefine1 lhs: (PointsOfFiniteOrder R0 F UP UPUP R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE order ((Union (NonNegativeInteger) failed) (FiniteDivisor F UP UPUP R))) (SIGNATURE torsion? ((Boolean) (FiniteDivisor F UP UPUP R))) (SIGNATURE torsionIfCan ((Union (Record (: order (NonNegativeInteger)) (: function R)) failed) (FiniteDivisor F UP UPUP R)))) NIL NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE order ((Union (NonNegativeInteger) failed) (FiniteDivisor F UP UPUP R))) (SIGNATURE torsion? ((Boolean) (FiniteDivisor F UP UPUP R))) (SIGNATURE torsionIfCan ((Union (Record (: order (NonNegativeInteger)) (: function R)) failed) (FiniteDivisor F UP UPUP R)))) $param: (R0 F UP UPUP R) debug: evaluateType form: (Union (NonNegativeInteger) failed) $param: (R0 F UP UPUP R) debug: evaluateType form: (NonNegativeInteger) $param: (R0 F UP UPUP R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: failed $param: (R0 F UP UPUP R) debug: evaluateType form: (FiniteDivisor F UP UPUP R) $param: (R0 F UP UPUP R) Debug: evaluateType1 form: (FiniteDivisor F UP UPUP R) debug: evaluateType1 x: F m: (Field) debug: evaluateType1 x: UP m: (UnivariatePolynomialCategory F) debug: evaluateType1 x: UPUP m: (UnivariatePolynomialCategory (Fraction UP)) debug: evaluateType1 x: R m: (FunctionFieldCategory F UP UPUP) debug: evaluateType form: (Boolean) $param: (R0 F UP UPUP R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (FiniteDivisor F UP UPUP R) $param: (R0 F UP UPUP R) Debug: evaluateType1 form: (FiniteDivisor F UP UPUP R) debug: evaluateType1 x: F m: (Field) debug: evaluateType1 x: UP m: (UnivariatePolynomialCategory F) debug: evaluateType1 x: UPUP m: (UnivariatePolynomialCategory (Fraction UP)) debug: evaluateType1 x: R m: (FunctionFieldCategory F UP UPUP) debug: evaluateType form: (Union (Record (: order (NonNegativeInteger)) (: function R)) failed) $param: (R0 F UP UPUP R) debug: evaluateType form: (Record (: order (NonNegativeInteger)) (: function R)) $param: (R0 F UP UPUP R) debug: evaluateType form: (NonNegativeInteger) $param: (R0 F UP UPUP R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: R $param: (R0 F UP UPUP R) debug: evaluateType form: failed $param: (R0 F UP UPUP R) debug: evaluateType form: (FiniteDivisor F UP UPUP R) $param: (R0 F UP UPUP R) Debug: evaluateType1 form: (FiniteDivisor F UP UPUP R) debug: evaluateType1 x: F m: (Field) debug: evaluateType1 x: UP m: (UnivariatePolynomialCategory F) debug: evaluateType1 x: UPUP m: (UnivariatePolynomialCategory (Fraction UP)) debug: evaluateType1 x: R m: (FunctionFieldCategory F UP UPUP) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE order ((Union (NonNegativeInteger) failed) (FiniteDivisor F UP UPUP R))) (SIGNATURE torsion? ((Boolean) (FiniteDivisor F UP UPUP R))) (SIGNATURE torsionIfCan ((Union (Record (: order (NonNegativeInteger)) (: function R)) failed) (FiniteDivisor F UP UPUP R)))) NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PointsOfFiniteOrder compiling into /tmp/oa-J4lNvj importing IntegerPrimesPackage Integer importing PointsOfFiniteOrderTools(SparseUnivariatePolynomial Fraction Integer,SparseUnivariatePolynomial Fraction SparseUnivariatePolynomial Fraction Integer) importing UnivariatePolynomialCommonDenominator(Integer,Fraction Integer,SparseUnivariatePolynomial Fraction Integer) compiling exported torsion? : FiniteDivisor(F,UP,UPUP,R) -> Boolean Time: 0.23 SEC. compiling local Q2F : Fraction Integer -> F Time: 0.11 SEC. compiling local qmod : F -> Fraction Integer Time: 0.03 SEC. compiling local kqmod : (F,Kernel F) -> SparseUnivariatePolynomial Fraction Integer Time: 0.06 SEC. compiling local fmod : SparseUnivariatePolynomial F -> SparseUnivariatePolynomial Fraction Integer Time: 0.15 SEC. compiling local pmod : UPUP -> SparseUnivariatePolynomial Fraction SparseUnivariatePolynomial Fraction Integer Time: 0.08 SEC. compiling local Q2UPUP : SparseUnivariatePolynomial Fraction SparseUnivariatePolynomial Fraction Integer -> UPUP Time: 0.08 SEC. compiling local klist : UP -> List Kernel F Time: 0.03 SEC. compiling local notIrr? : SparseUnivariatePolynomial Fraction Integer -> Boolean Time: 0.16 SEC. compiling local kbadBadNum : (SparseUnivariatePolynomial SparseUnivariatePolynomial Fraction Integer,SparseUnivariatePolynomial Fraction Integer) -> Integer Time: 0.21 SEC. compiling local kbad3Num : (SparseUnivariatePolynomial SparseUnivariatePolynomial SparseUnivariatePolynomial Fraction Integer,SparseUnivariatePolynomial Fraction Integer) -> Integer Time: 0.29 SEC. compiling exported torsionIfCan : FiniteDivisor(F,UP,UPUP,R) -> Union(Record(order: NonNegativeInteger,function: R),failed) Time: 0.06 SEC. compiling local UPQ2F : (SparseUnivariatePolynomial Fraction Integer,Kernel F) -> F Time: 0.09 SEC. compiling local UP22UP : (SparseUnivariatePolynomial SparseUnivariatePolynomial Fraction Integer,Kernel F) -> UP Time: 0.08 SEC. compiling local UP32UPUP : (SparseUnivariatePolynomial SparseUnivariatePolynomial SparseUnivariatePolynomial Fraction Integer,Kernel F) -> UPUP Time: 0.17 SEC. compiling local cmult : List SparseMultivariatePolynomial(R0,Kernel F) -> SparseMultivariatePolynomial(R0,Kernel F) Time: 0.04 SEC. compiling local doubleDisc : SparseUnivariatePolynomial SparseUnivariatePolynomial SparseUnivariatePolynomial Fraction Integer -> Integer Time: 0.61 SEC. compiling local commonDen : UP -> SparseMultivariatePolynomial(R0,Kernel F) Time: 0.02 SEC. compiling local polyred : UPUP -> UPUP Time: 0.52 SEC. compiling local aklist : R -> List Kernel F Time: 0.07 SEC. compiling local alglist : FiniteDivisor(F,UP,UPUP,R) -> List Kernel F Debug compQuote expr: (QUOTE %alg) m: $EmptyMode Debug compQuote expr: (QUOTE %alg) m: (Identifier) Time: 0.12 SEC. compiling local krmod : (UP,Kernel F) -> SparseUnivariatePolynomial SparseUnivariatePolynomial Fraction Integer Time: 0.08 SEC. compiling local rmod : UP -> SparseUnivariatePolynomial Fraction Integer Time: 0.06 SEC. compiling local raise : (SparseUnivariatePolynomial Fraction Integer,Kernel F) -> F Time: 0.26 SEC. compiling local raise2 : (SparseUnivariatePolynomial SparseUnivariatePolynomial Fraction Integer,Kernel F) -> UP Time: 0.06 SEC. compiling local algcurve : (FiniteDivisor(F,UP,UPUP,R),Record(ncurve: SparseUnivariatePolynomial SparseUnivariatePolynomial SparseUnivariatePolynomial Fraction Integer,disc: Integer,dfpoly: SparseUnivariatePolynomial Fraction Integer),Kernel F) -> NonNegativeInteger Time: 2.29 SEC. compiling local ratcurve : (FiniteDivisor(F,UP,UPUP,R),Record(ncurve: SparseUnivariatePolynomial Fraction SparseUnivariatePolynomial Fraction Integer,disc: Integer)) -> NonNegativeInteger Time: 0.93 SEC. compiling local rat : (UPUP,FiniteDivisor(F,UP,UPUP,R),PositiveInteger) -> NonNegativeInteger Time: 0.07 SEC. compiling local possibleOrder : FiniteDivisor(F,UP,UPUP,R) -> NonNegativeInteger Time: 0.06 SEC. compiling local selIntegers : () -> Record(ncurve: SparseUnivariatePolynomial Fraction SparseUnivariatePolynomial Fraction Integer,disc: Integer) Time: 0.06 SEC. compiling local selectIntegers : Kernel F -> Record(ncurve: SparseUnivariatePolynomial SparseUnivariatePolynomial SparseUnivariatePolynomial Fraction Integer,disc: Integer,dfpoly: SparseUnivariatePolynomial Fraction Integer) Time: 0.11 SEC. compiling local toQ1 : (SparseUnivariatePolynomial SparseUnivariatePolynomial Fraction Integer,SparseUnivariatePolynomial Fraction Integer) -> UP Time: 0.12 SEC. compiling local toQ2 : (SparseUnivariatePolynomial SparseUnivariatePolynomial SparseUnivariatePolynomial Fraction Integer,SparseUnivariatePolynomial Fraction Integer) -> R Time: 0.20 SEC. compiling local kpmod : (UPUP,Kernel F) -> SparseUnivariatePolynomial SparseUnivariatePolynomial SparseUnivariatePolynomial Fraction Integer Time: 0.13 SEC. compiling exported order : FiniteDivisor(F,UP,UPUP,R) -> Union(NonNegativeInteger,failed) Time: 0.16 SEC. compiling local kgetGoodPrime : (Record(ncurve: SparseUnivariatePolynomial SparseUnivariatePolynomial SparseUnivariatePolynomial Fraction Integer,disc: Integer,dfpoly: SparseUnivariatePolynomial Fraction Integer),SparseUnivariatePolynomial Fraction Integer,SparseUnivariatePolynomial SparseUnivariatePolynomial SparseUnivariatePolynomial Fraction Integer,SparseUnivariatePolynomial SparseUnivariatePolynomial Fraction Integer,SparseUnivariatePolynomial SparseUnivariatePolynomial Fraction Integer) -> Record(prime: PositiveInteger,poly: SparseUnivariatePolynomial Fraction Integer) Time: 0.19 SEC. compiling local goodRed : (Record(ncurve: SparseUnivariatePolynomial SparseUnivariatePolynomial SparseUnivariatePolynomial Fraction Integer,disc: Integer,dfpoly: SparseUnivariatePolynomial Fraction Integer),SparseUnivariatePolynomial Fraction Integer,SparseUnivariatePolynomial SparseUnivariatePolynomial SparseUnivariatePolynomial Fraction Integer,SparseUnivariatePolynomial SparseUnivariatePolynomial Fraction Integer,SparseUnivariatePolynomial SparseUnivariatePolynomial Fraction Integer,PositiveInteger) -> Union(SparseUnivariatePolynomial Fraction Integer,failed) Time: 1.04 SEC. compiling local good? : (SparseUnivariatePolynomial Fraction Integer,SparseUnivariatePolynomial SparseUnivariatePolynomial SparseUnivariatePolynomial Fraction Integer,SparseUnivariatePolynomial SparseUnivariatePolynomial Fraction Integer,SparseUnivariatePolynomial SparseUnivariatePolynomial Fraction Integer,PositiveInteger,SparseUnivariatePolynomial Fraction Integer) -> Boolean Time: 0.33 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] klist: not known that SetCategory is of mode CATEGORY(package,order: FiniteDivisor(F,UP,UPUP,R) -> Union(NonNegativeInteger,"failed"),torsion?: FiniteDivisor(F,UP,UPUP,R) -> Boolean,torsionIfCan: FiniteDivisor(F,UP,UPUP,R) -> Union(Record(order: NonNegativeInteger,function: R),"failed")) [2] notIrr?: # has no value [3] notIrr?: factors has no value [4] commonDen: not known that SetCategory is of mode CATEGORY(package,order: FiniteDivisor(F,UP,UPUP,R) -> Union(NonNegativeInteger,"failed"),torsion?: FiniteDivisor(F,UP,UPUP,R) -> Boolean,torsionIfCan: FiniteDivisor(F,UP,UPUP,R) -> Union(Record(order: NonNegativeInteger,function: R),"failed")) [5] alglist: has? has no value [6] algcurve: minIndex has no value [7] algcurve: minimize has no value [8] ratcurve: minIndex has no value [9] ratcurve: minimize has no value [10] possibleOrder: # has no value [11] selectIntegers: not known that Ring is of mode CATEGORY(package,order: FiniteDivisor(F,UP,UPUP,R) -> Union(NonNegativeInteger,"failed"),torsion?: FiniteDivisor(F,UP,UPUP,R) -> Boolean,torsionIfCan: FiniteDivisor(F,UP,UPUP,R) -> Union(Record(order: NonNegativeInteger,function: R),"failed")) [12] kgetGoodPrime: u has no value [13] goodRed: factors has no value Cumulative Statistics for Constructor PointsOfFiniteOrder Time: 9.40 seconds finalizing NRLIB PFO Processing PointsOfFiniteOrder for Browser database: -- order : FD -> Union(N,"failed") -- torsion? : FD -> Boolean -- torsionIfCan : FD -> Union(Record(order: N,function: R),"failed") -- constructor ; compiling file "/tmp/oa-J4lNvj/code.lsp" (written 01 FEB 2016 11:09:00 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PFO;torsion?;FdB;1| ...) ; compiling (DEFUN |PFO;Q2F| ...) ; compiling (DEFUN |PFO;qmod| ...) ; compiling (DEFUN |PFO;kqmod| ...) ; compiling (DEFUN |PFO;fmod| ...) ; compiling (DEFUN |PFO;pmod| ...) ; compiling (DEFUN |PFO;Q2UPUP| ...) ; compiling (DEFUN |PFO;klist| ...) ; compiling (DEFUN |PFO;notIrr?| ...) ; compiling (DEFUN |PFO;kbadBadNum| ...) ; file: /tmp/oa-J4lNvj/code.lsp ; in: DEFUN |PFO;kbadBadNum| ; (DEFUN BOOT::|PFO;kbadBadNum| (BOOT::|d| BOOT::|m| BOOT::$) ; (BOOT::SPADCALL ; (LET ((#:G1760 #) (#:G587 NIL)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::|shellEntry| BOOT::$ 65))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PFO;kbadBadNum| ; (BOOT::|d| BOOT::|m| BOOT::$) ; (BLOCK BOOT::|PFO;kbadBadNum| ; (BOOT::SPADCALL ; (LET (# #) ; (LOOP # ; #)) ; (BOOT::|shellEntry| BOOT::$ 65)))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |PFO;kbad3Num| ...) ; file: /tmp/oa-J4lNvj/code.lsp ; in: DEFUN |PFO;kbad3Num| ; (DEFUN BOOT::|PFO;kbad3Num| (BOOT::|h| BOOT::|m| BOOT::$) ; (BOOT::SPADCALL ; (LET ((#:G1761 #) (#:G591 NIL)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::|shellEntry| BOOT::$ 70))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PFO;kbad3Num| ; (BOOT::|h| BOOT::|m| BOOT::$) ; (BLOCK BOOT::|PFO;kbad3Num| ; (BOOT::SPADCALL ; (LET (# #) ; (LOOP # ; #)) ; (BOOT::|shellEntry| BOOT::$ 70)))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |PFO;torsionIfCan;FdU;12| ...) ; compiling (DEFUN |PFO;UPQ2F| ...) ; compiling (DEFUN |PFO;UP22UP| ...) ; compiling (DEFUN |PFO;UP22UP!0| ...) ; compiling (DEFUN |PFO;UP32UPUP| ...) ; compiling (DEFUN |PFO;UP32UPUP!0| ...) ; compiling (DEFUN |PFO;cmult| ...) ; compiling (DEFUN |PFO;doubleDisc| ...) ; file: /tmp/oa-J4lNvj/code.lsp ; in: DEFUN |PFO;doubleDisc| ; (DEFUN BOOT::|PFO;doubleDisc| (BOOT::|f| BOOT::$) ; (PROG (BOOT::|e|) ; (RETURN ; (LET* (# #) ; (PROGN # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PFO;doubleDisc| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|PFO;doubleDisc| ; (PROG (BOOT::|e|) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |PFO;commonDen| ...) ; compiling (DEFUN |PFO;polyred| ...) ; compiling (DEFUN |PFO;aklist| ...) ; compiling (DEFUN |PFO;alglist| ...) ; file: /tmp/oa-J4lNvj/code.lsp ; in: DEFUN |PFO;alglist| ; (DEFUN BOOT::|PFO;alglist| (BOOT::|d| BOOT::$) ; (LET* ((BOOT::|i| (BOOT::SPADCALL BOOT::|d| #)) ; (BOOT::|n| (BOOT::SPADCALL BOOT::|i| #))) ; (BOOT::SPADCALL (CONS #'BOOT::|PFO;alglist!0| BOOT::$) ; (BOOT::SPADCALL (BOOT::|PFO;klist| # BOOT::$) ; (LET # ; #) ; (BOOT::|shellEntry| BOOT::$ 45)) ; (BOOT::|shellEntry| BOOT::$ 131)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PFO;alglist| ; (BOOT::|d| BOOT::$) ; (BLOCK BOOT::|PFO;alglist| ; (LET* ((BOOT::|i| #) (BOOT::|n| #)) ; (BOOT::SPADCALL (CONS #'BOOT::|PFO;alglist!0| BOOT::$) ; (BOOT::SPADCALL # # #) ; (BOOT::|shellEntry| BOOT::$ 131))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PFO;alglist!0| ...) ; compiling (DEFUN |PFO;krmod| ...) ; compiling (DEFUN |PFO;krmod!0| ...) ; compiling (DEFUN |PFO;rmod| ...) ; compiling (DEFUN |PFO;raise| ...) ; compiling (DEFUN |PFO;raise2| ...) ; compiling (DEFUN |PFO;raise2!0| ...) ; compiling (DEFUN |PFO;algcurve| ...) ; file: /tmp/oa-J4lNvj/code.lsp ; in: DEFUN |PFO;algcurve| ; (DEFUN BOOT::|PFO;algcurve| (BOOT::|d| BOOT::|rc| BOOT::|k| BOOT::$) ; (PROG (BOOT::|sae| BOOT::|alpha| BOOT::|m| BOOT::|gf| BOOT::|mm| BOOT::|pp| ; BOOT::|p| BOOT::|pr| BOOT::|dd| BOOT::|s| BOOT::|b2| BOOT::|b| ...) ; (RETURN ; (LET* (# # #) ; (BOOT::SEQ # # # # # # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PFO;algcurve| ; (BOOT::|d| BOOT::|rc| BOOT::|k| BOOT::$) ; (BLOCK BOOT::|PFO;algcurve| ; (PROG (BOOT::|sae| BOOT::|alpha| BOOT::|m| BOOT::|gf| BOOT::|mm| ; BOOT::|pp| BOOT::|p| BOOT::|pr| BOOT::|dd| BOOT::|s| BOOT::|b2| ; BOOT::|b| ...) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |PFO;algcurve!4| ...) ; compiling (DEFUN |PFO;algcurve!3| ...) ; compiling (DEFUN |PFO;algcurve!2| ...) ; compiling (DEFUN |PFO;algcurve!1| ...) ; compiling (DEFUN |PFO;algcurve!0| ...) ; compiling (DEFUN |PFO;ratcurve| ...) ; compiling (DEFUN |PFO;rat| ...) ; file: /tmp/oa-J4lNvj/code.lsp ; in: DEFUN |PFO;rat| ; (DEFUN BOOT::|PFO;rat| (BOOT::|pp| BOOT::|d| BOOT::|p| BOOT::$) ; (LET ((BOOT::|gf| (BOOT::|InnerPrimeField| BOOT::|p|))) ; (BOOT::SPADCALL BOOT::|d| BOOT::|pp| ; (CONS #'BOOT::|PFO;rat!0| (VECTOR BOOT::|gf| BOOT::$)) ; (BOOT::|compiledLookupCheck| 'BOOT::|order| ; (LIST '# # # #) ; (BOOT::|ReducedDivisor| # # ; # # ; BOOT::|gf|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PFO;rat| ; (BOOT::|pp| BOOT::|d| BOOT::|p| BOOT::$) ; (BLOCK BOOT::|PFO;rat| ; (LET ((BOOT::|gf| #)) ; (BOOT::SPADCALL BOOT::|d| BOOT::|pp| (CONS #'BOOT::|PFO;rat!0| #) ; (BOOT::|compiledLookupCheck| 'BOOT::|order| # #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |PFO;rat!0| ...) ; compiling (DEFUN |PFO;possibleOrder| ...) ; file: /tmp/oa-J4lNvj/code.lsp ; in: DEFUN |PFO;possibleOrder| ; (DEFUN BOOT::|PFO;possibleOrder| (BOOT::|d| BOOT::$) ; (COND ((OR (ZEROP #) (EQL # 1)) 1) ; (T ; (LET (#) ; (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PFO;possibleOrder| ; (BOOT::|d| BOOT::$) ; (BLOCK BOOT::|PFO;possibleOrder| ; (COND ((OR # #) 1) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |PFO;selIntegers| ...) ; compiling (DEFUN |PFO;selectIntegers| ...) ; compiling (DEFUN |PFO;toQ1| ...) ; compiling (DEFUN |PFO;toQ1!0| ...) ; compiling (DEFUN |PFO;toQ2| ...) ; compiling (DEFUN |PFO;toQ2!0| ...) ; compiling (DEFUN |PFO;kpmod| ...) ; compiling (DEFUN |PFO;kpmod!0| ...) ; compiling (DEFUN |PFO;order;FdU;35| ...) ; compiling (DEFUN |PFO;kgetGoodPrime| ...) ; compiling (DEFUN |PFO;goodRed| ...) ; compiling (DEFUN |PFO;goodRed!1| ...) ; compiling (DEFUN |PFO;goodRed!0| ...) ; compiling (DEFUN |PFO;good?| ...) ; compiling (DEFUN |PointsOfFiniteOrder| ...) ; compiling (DEFUN |PointsOfFiniteOrder;| ...) ; compiling (MAKEPROP (QUOTE |PointsOfFiniteOrder|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 7 notes ; /tmp/oa-J4lNvj/code.fasl written ; compilation finished in 0:00:00.199 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile INTHERAL.spad && cp INTHERAL.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INTHERAL.fasl \ && if test -f INTHERAL-.NRLIB/code.fasl; then \ cp INTHERAL-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INTHERAL-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INTHERAL.spad using Spad compiler. INTHERAL abbreviates package AlgebraicHermiteIntegration debug: compDefine1 lhs: (AlgebraicHermiteIntegration F UP UPUP R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE HermiteIntegrate ((Record (: answer R) (: logpart R)) R (Mapping UP UP)))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE HermiteIntegrate ((Record (: answer R) (: logpart R)) R (Mapping UP UP)))) $param: (F UP UPUP R) debug: evaluateType form: (Record (: answer R) (: logpart R)) $param: (F UP UPUP R) debug: evaluateType form: R $param: (F UP UPUP R) debug: evaluateType form: R $param: (F UP UPUP R) debug: evaluateType form: R $param: (F UP UPUP R) debug: evaluateType form: (Mapping UP UP) $param: (F UP UPUP R) debug: evaluateType form: UP $param: (F UP UPUP R) debug: evaluateType form: UP $param: (F UP UPUP R) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE HermiteIntegrate ((Record (: answer R) (: logpart R)) R (Mapping UP UP)))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for AlgebraicHermiteIntegration compiling into /tmp/oa-18JMXL compiling exported HermiteIntegrate : (R,UP -> UP) -> Record(answer: R,logpart: R) Time: 3.87 SEC. compiling local localsolve : (Matrix UP,Vector UP,UP) -> Vector UP Time: 0.12 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] HermiteIntegrate: transpose has no value [2] HermiteIntegrate: factors has no value [3] HermiteIntegrate: not known that IntegralDomain is of mode CATEGORY(package,HermiteIntegrate: (R,(UP -> UP)) -> Record(answer: R,logpart: R)) [4] localsolve: coef1 has no value Cumulative Statistics for Constructor AlgebraicHermiteIntegration Time: 3.99 seconds finalizing NRLIB INTHERAL Processing AlgebraicHermiteIntegration for Browser database: -- HermiteIntegrate : (R,(UP -> UP)) -> Record(answer: R,logpart: R) -- constructor ; compiling file "/tmp/oa-18JMXL/code.lsp" (written 01 FEB 2016 11:09:04 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |INTHERAL;HermiteIntegrate;RMR;1| ...) ; compiling (DEFUN |INTHERAL;localsolve| ...) ; file: /tmp/oa-18JMXL/code.lsp ; in: DEFUN |INTHERAL;localsolve| ; (DEFUN BOOT::|INTHERAL;localsolve| ; (BOOT::|mat| BOOT::|vec| BOOT::|modulus| BOOT::$) ; (PROG (BOOT::|sol| BOOT::|bc|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTHERAL;localsolve| ; (BOOT::|mat| BOOT::|vec| BOOT::|modulus| BOOT::$) ; (BLOCK BOOT::|INTHERAL;localsolve| ; (PROG (BOOT::|sol| BOOT::|bc|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |INTHERAL;localsolve!1| ...) ; compiling (DEFUN |INTHERAL;localsolve!0| ...) ; compiling (DEFUN |AlgebraicHermiteIntegration| ...) ; compiling (DEFUN |AlgebraicHermiteIntegration;| ...) ; compiling (MAKEPROP (QUOTE |AlgebraicHermiteIntegration|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-18JMXL/code.fasl written ; compilation finished in 0:00:00.058 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FSUPFACT.spad && cp FSUPFACT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FSUPFACT.fasl \ && if test -f FSUPFACT-.NRLIB/code.fasl; then \ cp FSUPFACT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FSUPFACT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FSUPFACT.spad using Spad compiler. FSUPFACT abbreviates package FunctionSpaceUnivariatePolynomialFactor debug: compDefine1 lhs: (FunctionSpaceUnivariatePolynomialFactor R F UP) signature (pre-evaluate): ((CATEGORY package (SIGNATURE ffactor ((Factored UP) UP)) (SIGNATURE qfactor ((Union (Factored (SparseUnivariatePolynomial (Fraction (Integer)))) failed) UP)) (SIGNATURE UP2ifCan ((Union (: overq (SparseUnivariatePolynomial (Fraction (Integer)))) (: overan (SparseUnivariatePolynomial (AlgebraicNumber))) (: failed (Boolean))) UP)) (IF (has F (RetractableTo (AlgebraicNumber))) (SIGNATURE anfactor ((Union (Factored (SparseUnivariatePolynomial (AlgebraicNumber))) failed) UP)) %noBranch)) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE ffactor ((Factored UP) UP)) (SIGNATURE qfactor ((Union (Factored (SparseUnivariatePolynomial (Fraction (Integer)))) failed) UP)) (SIGNATURE UP2ifCan ((Union (: overq (SparseUnivariatePolynomial (Fraction (Integer)))) (: overan (SparseUnivariatePolynomial (AlgebraicNumber))) (: failed (Boolean))) UP)) (IF (has F (RetractableTo (AlgebraicNumber))) (SIGNATURE anfactor ((Union (Factored (SparseUnivariatePolynomial (AlgebraicNumber))) failed) UP)) %noBranch)) $param: (R F UP) debug: evaluateType form: (Factored UP) $param: (R F UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (R F UP) debug: evaluateType form: (Union (Factored (SparseUnivariatePolynomial (Fraction (Integer)))) failed) $param: (R F UP) debug: evaluateType form: (Factored (SparseUnivariatePolynomial (Fraction (Integer)))) $param: (R F UP) Debug: evaluateType1 form: (Factored (SparseUnivariatePolynomial (Fraction (Integer)))) debug: evaluateType1 x: (SparseUnivariatePolynomial (Fraction (Integer))) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R F UP) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial (Fraction (Integer))) $param: (R F UP) Debug: evaluateType1 form: (SparseUnivariatePolynomial (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R F UP) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: (R F UP) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R F UP) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (R F UP) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial (Fraction (Integer))) c: (IntegralDomain) debug: evaluateType form: failed $param: (R F UP) debug: evaluateType form: UP $param: (R F UP) debug: evaluateType form: (Union (: overq (SparseUnivariatePolynomial (Fraction (Integer)))) (: overan (SparseUnivariatePolynomial (AlgebraicNumber))) (: failed (Boolean))) $param: (R F UP) debug: evaluateType form: (SparseUnivariatePolynomial (Fraction (Integer))) $param: (R F UP) Debug: evaluateType1 form: (SparseUnivariatePolynomial (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R F UP) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: (R F UP) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R F UP) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (R F UP) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial (AlgebraicNumber)) $param: (R F UP) Debug: evaluateType1 form: (SparseUnivariatePolynomial (AlgebraicNumber)) debug: evaluateType1 x: (AlgebraicNumber) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R F UP) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (AlgebraicNumber) $param: (R F UP) Debug: evaluateType1 form: (AlgebraicNumber) debug: evalCategory d: (AlgebraicNumber) c: (Ring) debug: evaluateType form: (Boolean) $param: (R F UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: UP $param: (R F UP) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE ffactor ((Factored UP) UP)) (SIGNATURE qfactor ((Union (Factored (SparseUnivariatePolynomial (Fraction (Integer)))) failed) UP)) (SIGNATURE UP2ifCan ((Union (: overq (SparseUnivariatePolynomial (Fraction (Integer)))) (: overan (SparseUnivariatePolynomial (AlgebraicNumber))) (: failed (Boolean))) UP)) (IF (has F (RetractableTo (AlgebraicNumber))) (SIGNATURE anfactor ((Union (Factored (SparseUnivariatePolynomial (AlgebraicNumber))) failed) UP)) %noBranch)) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FunctionSpaceUnivariatePolynomialFactor compiling into /tmp/oa-oJJcpa importing AlgFactor SparseUnivariatePolynomial AlgebraicNumber importing RationalFactorize SparseUnivariatePolynomial Fraction Integer compiling local UPAN2F : SparseUnivariatePolynomial AlgebraicNumber -> UP Time: 0.13 SEC. compiling local UPQ2AN : SparseUnivariatePolynomial Fraction Integer -> SparseUnivariatePolynomial AlgebraicNumber Time: 0.11 SEC. compiling exported ffactor : UP -> Factored UP Time: 0.05 SEC. compiling exported anfactor : UP -> Union(Factored SparseUnivariatePolynomial AlgebraicNumber,failed) Time: 0.11 SEC. compiling exported UP2ifCan : UP -> Union(overq: SparseUnivariatePolynomial Fraction Integer,overan: SparseUnivariatePolynomial AlgebraicNumber,failed: Boolean) Time: 0.18 SEC. compiling local UPQ2F : SparseUnivariatePolynomial Fraction Integer -> UP Time: 0.03 SEC. compiling exported ffactor : UP -> Factored UP Time: 0.06 SEC. compiling exported UP2ifCan : UP -> Union(overq: SparseUnivariatePolynomial Fraction Integer,overan: SparseUnivariatePolynomial AlgebraicNumber,failed: Boolean) Time: 0.11 SEC. compiling local ffactor0 : UP -> Factored UP Time: 0.14 SEC. compiling local UPQ2UP : (SparseUnivariatePolynomial SparseMultivariatePolynomial(Fraction Integer,Kernel F),F) -> UP Time: 0.04 SEC. compiling local PQ2F : (SparseMultivariatePolynomial(Fraction Integer,Kernel F),F) -> F Time: 0.06 SEC. compiling exported qfactor : UP -> Union(Factored SparseUnivariatePolynomial Fraction Integer,failed) Time: 0.04 SEC. compiling local P2QifCan : SparseMultivariatePolynomial(R,Kernel F) -> Union(SparseMultivariatePolynomial(Fraction Integer,Kernel F),failed) Time: 0.08 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] anfactor: overq has no value [2] anfactor: overan has no value [3] ffactor0: not known that SetCategory is of mode CATEGORY(package,ffactor: UP -> Factored UP,qfactor: UP -> Union(Factored SparseUnivariatePolynomial Fraction Integer,"failed"),UP2ifCan: UP -> Union(overq: SparseUnivariatePolynomial Fraction Integer,overan: SparseUnivariatePolynomial AlgebraicNumber,failed: Boolean),IF(hasFRetractableTo(AlgebraicNumber()),anfactor: UP -> Union(Factored SparseUnivariatePolynomial AlgebraicNumber,"failed"),%noBranch)) [4] ffactor0: not known that Ring is of mode CATEGORY(package,ffactor: UP -> Factored UP,qfactor: UP -> Union(Factored SparseUnivariatePolynomial Fraction Integer,"failed"),UP2ifCan: UP -> Union(overq: SparseUnivariatePolynomial Fraction Integer,overan: SparseUnivariatePolynomial AlgebraicNumber,failed: Boolean),IF(hasFRetractableTo(AlgebraicNumber()),anfactor: UP -> Union(Factored SparseUnivariatePolynomial AlgebraicNumber,"failed"),%noBranch)) [5] qfactor: overq has no value Cumulative Statistics for Constructor FunctionSpaceUnivariatePolynomialFactor Time: 1.14 seconds finalizing NRLIB FSUPFACT Processing FunctionSpaceUnivariatePolynomialFactor for Browser database: -- ffactor : UP -> FR -- qfactor : UP -> Union(FRQ,"failed") -- UP2ifCan : UP -> Union(overq: UPQ,overan: UPA,failed: Boolean) -- anfactor : UP -> Union(FRA,"failed") -- constructor ; compiling file "/tmp/oa-oJJcpa/code.lsp" (written 01 FEB 2016 11:09:05 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FSUPFACT;UPAN2F| ...) ; compiling (DEFUN |FSUPFACT;UPAN2F!0| ...) ; compiling (DEFUN |FSUPFACT;UPQ2AN| ...) ; compiling (DEFUN |FSUPFACT;UPQ2AN!0| ...) ; compiling (DEFUN |FSUPFACT;ffactor;UPF;3| ...) ; compiling (DEFUN |FSUPFACT;anfactor;UPU;4| ...) ; compiling (DEFUN |FSUPFACT;UP2ifCan;UPU;5| ...) ; compiling (DEFUN |FSUPFACT;UPQ2F| ...) ; compiling (DEFUN |FSUPFACT;UPQ2F!0| ...) ; compiling (DEFUN |FSUPFACT;ffactor;UPF;7| ...) ; compiling (DEFUN |FSUPFACT;UP2ifCan;UPU;8| ...) ; compiling (DEFUN |FSUPFACT;ffactor0| ...) ; compiling (DEFUN |FSUPFACT;ffactor0!0| ...) ; compiling (DEFUN |FSUPFACT;UPQ2UP| ...) ; compiling (DEFUN |FSUPFACT;UPQ2UP!0| ...) ; compiling (DEFUN |FSUPFACT;PQ2F| ...) ; compiling (DEFUN |FSUPFACT;PQ2F!1| ...) ; compiling (DEFUN |FSUPFACT;PQ2F!0| ...) ; compiling (DEFUN |FSUPFACT;qfactor;UPU;12| ...) ; compiling (DEFUN |FSUPFACT;P2QifCan| ...) ; compiling (DEFUN |FSUPFACT;P2QifCan!1| ...) ; compiling (DEFUN |FSUPFACT;P2QifCan!0| ...) ; compiling (DEFUN |FunctionSpaceUnivariatePolynomialFactor| ...) ; compiling (DEFUN |FunctionSpaceUnivariatePolynomialFactor;| ...) ; compiling (MAKEPROP (QUOTE |FunctionSpaceUnivariatePolynomialFactor|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-oJJcpa/code.fasl written ; compilation finished in 0:00:00.067 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile INTALG.spad && cp INTALG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INTALG.fasl \ && if test -f INTALG-.NRLIB/code.fasl; then \ cp INTALG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INTALG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INTALG.spad using Spad compiler. INTALG abbreviates package AlgebraicIntegrate debug: compDefine1 lhs: (AlgebraicIntegrate R0 F UP UPUP R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE algintegrate ((IntegrationResult R) R (Mapping UP UP))) (SIGNATURE palgintegrate ((IntegrationResult R) R (Mapping UP UP))) (SIGNATURE palginfieldint ((Union R failed) R (Mapping UP UP)))) NIL NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE algintegrate ((IntegrationResult R) R (Mapping UP UP))) (SIGNATURE palgintegrate ((IntegrationResult R) R (Mapping UP UP))) (SIGNATURE palginfieldint ((Union R failed) R (Mapping UP UP)))) $param: (R0 F UP UPUP R) debug: evaluateType form: (IntegrationResult R) $param: (R0 F UP UPUP R) Debug: evaluateType1 form: (IntegrationResult R) debug: evaluateType1 x: R m: (Field) debug: evaluateType form: R $param: (R0 F UP UPUP R) debug: evaluateType form: (Mapping UP UP) $param: (R0 F UP UPUP R) debug: evaluateType form: UP $param: (R0 F UP UPUP R) debug: evaluateType form: UP $param: (R0 F UP UPUP R) debug: evaluateType form: (IntegrationResult R) $param: (R0 F UP UPUP R) Debug: evaluateType1 form: (IntegrationResult R) debug: evaluateType1 x: R m: (Field) debug: evaluateType form: R $param: (R0 F UP UPUP R) debug: evaluateType form: (Mapping UP UP) $param: (R0 F UP UPUP R) debug: evaluateType form: UP $param: (R0 F UP UPUP R) debug: evaluateType form: UP $param: (R0 F UP UPUP R) debug: evaluateType form: (Union R failed) $param: (R0 F UP UPUP R) debug: evaluateType form: R $param: (R0 F UP UPUP R) debug: evaluateType form: failed $param: (R0 F UP UPUP R) debug: evaluateType form: R $param: (R0 F UP UPUP R) debug: evaluateType form: (Mapping UP UP) $param: (R0 F UP UPUP R) debug: evaluateType form: UP $param: (R0 F UP UPUP R) debug: evaluateType form: UP $param: (R0 F UP UPUP R) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE algintegrate ((IntegrationResult R) R (Mapping UP UP))) (SIGNATURE palgintegrate ((IntegrationResult R) R (Mapping UP UP))) (SIGNATURE palginfieldint ((Union R failed) R (Mapping UP UP)))) NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for AlgebraicIntegrate compiling into /tmp/oa-trxJJp importing FiniteDivisor(F,UP,UPUP,R) importing DoubleResultantPackage(F,UP,UPUP,R) importing PointsOfFiniteOrder(R0,F,UP,UPUP,R) importing AlgebraicHermiteIntegration(F,UP,UPUP,R) importing InnerCommonDenominator(Integer,Fraction Integer,List Integer,List Fraction Integer) importing FunctionSpaceUnivariatePolynomialFactor(R0,F,UP) importing PolynomialCategoryQuotientFunctions(IndexedExponents Kernel F,Kernel F,R0,SparseMultivariatePolynomial(R0,Kernel F),F) compiling local F2UPR : F -> SparseUnivariatePolynomial R Time: 0.23 SEC. compiling local F2R : F -> R Time: 0.06 SEC. compiling local algintexp : (R,UP -> UP) -> IntegrationResult R Time: 0.50 SEC. compiling local algintprim : (R,UP -> UP) -> IntegrationResult R Time: 0.08 SEC. compiling local palglogint : (R,UP -> UP) -> Union(List Record(scalar: Fraction Integer,coeff: SparseUnivariatePolynomial R,logand: SparseUnivariatePolynomial R),failed) Time: 2.12 SEC. compiling local UPQ2F : SparseUnivariatePolynomial Fraction Integer -> UP Time: 0.04 SEC. compiling local UP2SUP : UP -> SparseUnivariatePolynomial F Time: 0.02 SEC. compiling local SUP2UP : SparseUnivariatePolynomial F -> UP Time: 0.02 SEC. compiling local varRoot? : (UP,F -> F) -> Boolean Time: 0.01 SEC. compiling local pLogDeriv : (Record(scalar: Fraction Integer,coeff: SparseUnivariatePolynomial R,logand: SparseUnivariatePolynomial R),R -> R) -> R Time: 1.34 SEC. compiling local R2UP : (R,Kernel F) -> SparseUnivariatePolynomial R Time: 0.14 SEC. compiling local univ : (F,Kernel F) -> Fraction UP Time: 0.08 SEC. compiling local rlift : (F,Kernel F,Kernel F) -> R Time: 0.08 SEC. compiling local nonQ : (Record(num: R,den: UP,derivden: UP,gd: UP),UP) -> Union(List Record(scalar: Fraction Integer,coeff: SparseUnivariatePolynomial R,logand: SparseUnivariatePolynomial R),failed) Time: 0.12 SEC. compiling local trace0 : (Record(num: R,den: UP,derivden: UP,gd: UP),UP,Fraction Integer,FiniteDivisor(F,UP,UPUP,R)) -> Union(List Record(scalar: Fraction Integer,coeff: SparseUnivariatePolynomial R,logand: SparseUnivariatePolynomial R),failed) Time: 0.07 SEC. compiling local trace00 : (Record(num: R,den: UP,derivden: UP,gd: UP),UP,List Record(scalar: Fraction Integer,coeff: SparseUnivariatePolynomial R,logand: SparseUnivariatePolynomial R)) -> Union(List Record(scalar: Fraction Integer,coeff: SparseUnivariatePolynomial R,logand: SparseUnivariatePolynomial R),failed) Time: 0.30 SEC. compiling local trace1 : (Record(num: R,den: UP,derivden: UP,gd: UP),UP,List Fraction Integer,List FiniteDivisor(F,UP,UPUP,R),Fraction Integer) -> Union(List Record(scalar: Fraction Integer,coeff: SparseUnivariatePolynomial R,logand: SparseUnivariatePolynomial R),failed) Time: 0.98 SEC. compiling local mkLog : (UP,Fraction Integer,R,F) -> List Record(scalar: Fraction Integer,coeff: SparseUnivariatePolynomial R,logand: SparseUnivariatePolynomial R) Time: 0.13 SEC. compiling local nonLinear : List Record(factor: SparseUnivariatePolynomial Fraction Integer,exponent: Integer) -> Union(Record(factor: SparseUnivariatePolynomial Fraction Integer,exponent: Integer),failed) Time: 0.10 SEC. compiling exported palginfieldint : (R,UP -> UP) -> Union(R,failed) Time: 0.02 SEC. compiling exported palgintegrate : (R,UP -> UP) -> IntegrationResult R Time: 0.39 SEC. compiling exported algintegrate : (R,UP -> UP) -> IntegrationResult R Time: 0.38 SEC. compiling local alglogint : (R,UP -> UP) -> Union(List Record(scalar: Fraction Integer,coeff: SparseUnivariatePolynomial R,logand: SparseUnivariatePolynomial R),failed) Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] R2UP: not known that SetCategory is of mode CATEGORY(package,algintegrate: (R,(UP -> UP)) -> IntegrationResult R,palgintegrate: (R,(UP -> UP)) -> IntegrationResult R,palginfieldint: (R,(UP -> UP)) -> Union(R,"failed")) [2] R2UP: not known that IntegralDomain is of mode CATEGORY(package,algintegrate: (R,(UP -> UP)) -> IntegrationResult R,palgintegrate: (R,(UP -> UP)) -> IntegrationResult R,palginfieldint: (R,(UP -> UP)) -> Union(R,"failed")) [3] R2UP: not known that Ring is of mode CATEGORY(package,algintegrate: (R,(UP -> UP)) -> IntegrationResult R,palgintegrate: (R,(UP -> UP)) -> IntegrationResult R,palginfieldint: (R,(UP -> UP)) -> Union(R,"failed")) [4] univ: not known that Ring is of mode CATEGORY(package,algintegrate: (R,(UP -> UP)) -> IntegrationResult R,palgintegrate: (R,(UP -> UP)) -> IntegrationResult R,palginfieldint: (R,(UP -> UP)) -> Union(R,"failed")) [5] nonQ: factors has no value Cumulative Statistics for Constructor AlgebraicIntegrate Time: 7.24 seconds finalizing NRLIB INTALG Processing AlgebraicIntegrate for Browser database: -- algintegrate : (R,(UP -> UP)) -> IR -- palgintegrate : (R,(UP -> UP)) -> IR -- palginfieldint : (R,(UP -> UP)) -> Union(R,"failed") -- constructor ; compiling file "/tmp/oa-trxJJp/code.lsp" (written 01 FEB 2016 11:09:13 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |INTALG;F2UPR| ...) ; compiling (DEFUN |INTALG;F2R| ...) ; compiling (DEFUN |INTALG;algintexp| ...) ; compiling (DEFUN |INTALG;algintexp!0| ...) ; compiling (DEFUN |INTALG;algintprim| ...) ; compiling (DEFUN |INTALG;palglogint| ...) ; file: /tmp/oa-trxJJp/code.lsp ; in: DEFUN |INTALG;palglogint| ; (DEFUN BOOT::|INTALG;palglogint| (BOOT::|f| BOOT::|derivation| BOOT::$) ; (PROG (BOOT::|dv0| BOOT::|g| BOOT::|cd| BOOT::|bb| BOOT::|pp| BOOT::|ld| ; BOOT::|la| BOOT::|fc| BOOT::|lf| BOOT::|u|) ; (RETURN ; (LET (# #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTALG;palglogint| ; (BOOT::|f| BOOT::|derivation| BOOT::$) ; (BLOCK BOOT::|INTALG;palglogint| ; (PROG (BOOT::|dv0| BOOT::|g| BOOT::|cd| BOOT::|bb| BOOT::|pp| ; BOOT::|ld| BOOT::|la| BOOT::|fc| BOOT::|lf| BOOT::|u|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |INTALG;UPQ2F| ...) ; compiling (DEFUN |INTALG;UPQ2F!0| ...) ; compiling (DEFUN |INTALG;UP2SUP| ...) ; compiling (DEFUN |INTALG;UP2SUP!0| ...) ; file: /tmp/oa-trxJJp/code.lsp ; in: DEFUN |INTALG;UP2SUP!0| ; (DEFUN BOOT::|INTALG;UP2SUP!0| (BOOT::|#1| BOOT::$$) BOOT::|#1|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTALG;UP2SUP!0| ; (BOOT::|#1| BOOT::$$) ; (BLOCK BOOT::|INTALG;UP2SUP!0| BOOT::|#1|)) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |INTALG;SUP2UP| ...) ; compiling (DEFUN |INTALG;SUP2UP!0| ...) ; file: /tmp/oa-trxJJp/code.lsp ; in: DEFUN |INTALG;SUP2UP!0| ; (DEFUN BOOT::|INTALG;SUP2UP!0| (BOOT::|#1| BOOT::$$) BOOT::|#1|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTALG;SUP2UP!0| ; (BOOT::|#1| BOOT::$$) ; (BLOCK BOOT::|INTALG;SUP2UP!0| BOOT::|#1|)) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |INTALG;varRoot?| ...) ; compiling (DEFUN |INTALG;pLogDeriv| ...) ; compiling (DEFUN |INTALG;R2UP| ...) ; compiling (DEFUN |INTALG;R2UP!1| ...) ; compiling (DEFUN |INTALG;R2UP!0| ...) ; compiling (DEFUN |INTALG;univ| ...) ; compiling (DEFUN |INTALG;rlift| ...) ; compiling (DEFUN |INTALG;rlift!0| ...) ; compiling (DEFUN |INTALG;nonQ| ...) ; file: /tmp/oa-trxJJp/code.lsp ; in: DEFUN |INTALG;nonQ| ; (DEFUN BOOT::|INTALG;nonQ| (BOOT::|rec| BOOT::|p| BOOT::$) ; (PROG (BOOT::|lf|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTALG;nonQ| ; (BOOT::|rec| BOOT::|p| BOOT::$) ; (BLOCK BOOT::|INTALG;nonQ| (PROG (BOOT::|lf|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |INTALG;trace0| ...) ; compiling (DEFUN |INTALG;trace00| ...) ; file: /tmp/oa-trxJJp/code.lsp ; in: DEFUN |INTALG;trace00| ; (DEFUN BOOT::|INTALG;trace00| (BOOT::|rec| BOOT::|pp| BOOT::|lg| BOOT::$) ; (LET* ((BOOT::|alpha0| (BOOT::SPADCALL # #)) ; (BOOT::|p0| (BOOT::SPADCALL # # # # BOOT::|alpha0| #)) ; (BOOT::|q| ; (LET # ; #)) ; (BOOT::|alpha| (BOOT::SPADCALL # #)) ; (BOOT::|dvr| (BOOT::SPADCALL # BOOT::|p0| #)) ; (BOOT::|rc| (BOOT::SPADCALL BOOT::|dvr| #))) ; (COND ((EQL # 1) (COND # #)) (T (CONS 0 #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTALG;trace00| ; (BOOT::|rec| BOOT::|pp| BOOT::|lg| BOOT::$) ; (BLOCK BOOT::|INTALG;trace00| ; (LET* ((BOOT::|alpha0| #) ; (BOOT::|p0| #) ; (BOOT::|q| #) ; (BOOT::|alpha| #) ; (BOOT::|dvr| #) ; (BOOT::|rc| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |INTALG;trace1| ...) ; file: /tmp/oa-trxJJp/code.lsp ; in: DEFUN |INTALG;trace1| ; (DEFUN BOOT::|INTALG;trace1| ; (BOOT::|rec| BOOT::|q| BOOT::|la| BOOT::|ld| BOOT::|b| BOOT::$) ; (LET* ((BOOT::|cd| (BOOT::SPADCALL # #)) ; (BOOT::|v0| ; (LET # ; #)) ; (BOOT::|alpha| (BOOT::SPADCALL # #)) ; (BOOT::|v| (BOOT::SPADCALL BOOT::|v0| # #)) ; (BOOT::|rc| (BOOT::SPADCALL BOOT::|v| #))) ; (COND ((EQL # 1) (COND # #)) (T (CONS 0 #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTALG;trace1| ; (BOOT::|rec| BOOT::|q| BOOT::|la| BOOT::|ld| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|INTALG;trace1| ; (LET* ((BOOT::|cd| #) ; (BOOT::|v0| #) ; (BOOT::|alpha| #) ; (BOOT::|v| #) ; (BOOT::|rc| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |INTALG;mkLog| ...) ; compiling (DEFUN |INTALG;nonLinear| ...) ; compiling (DEFUN |INTALG;palginfieldint;RMU;20| ...) ; compiling (DEFUN |INTALG;palgintegrate;RMIr;21| ...) ; compiling (DEFUN |INTALG;palgintegrate;RMIr;21!0| ...) ; compiling (DEFUN |INTALG;algintegrate;RMIr;22| ...) ; compiling (DEFUN |INTALG;alglogint| ...) ; file: /tmp/oa-trxJJp/code.lsp ; in: DEFUN |INTALG;alglogint| ; (DEFUN BOOT::|INTALG;alglogint| (BOOT::|f| BOOT::|derivation| BOOT::$) ; (COND ; ((BOOT::|INTALG;varRoot?| (BOOT::SPADCALL BOOT::|f| BOOT::|derivation| #) ; (CONS #'BOOT::|INTALG;alglogint!0| #) BOOT::$) ; (CONS 1 "failed")) ; (T ; (BOOT::|error| ; "integrate: implementation incomplete (constant residues)")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTALG;alglogint| ; (BOOT::|f| BOOT::|derivation| BOOT::$) ; (BLOCK BOOT::|INTALG;alglogint| ; (COND ((BOOT::|INTALG;varRoot?| # # BOOT::$) (CONS 1 "failed")) ; (T ; (BOOT::|error| ; "integrate: implementation incomplete (constant residues)"))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |INTALG;alglogint!0| ...) ; compiling (DEFUN |AlgebraicIntegrate| ...) ; compiling (DEFUN |AlgebraicIntegrate;| ...) ; compiling (MAKEPROP (QUOTE |AlgebraicIntegrate|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 5 notes ; /tmp/oa-trxJJp/code.fasl written ; compilation finished in 0:00:00.141 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile INTAF.spad && cp INTAF.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INTAF.fasl \ && if test -f INTAF-.NRLIB/code.fasl; then \ cp INTAF-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INTAF-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INTAF.spad using Spad compiler. INTAF abbreviates package AlgebraicIntegration debug: compDefine1 lhs: (AlgebraicIntegration R F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE algint ((IntegrationResult F) F (Kernel F) (Kernel F) (Mapping (SparseUnivariatePolynomial F) (SparseUnivariatePolynomial F))))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE algint ((IntegrationResult F) F (Kernel F) (Kernel F) (Mapping (SparseUnivariatePolynomial F) (SparseUnivariatePolynomial F))))) $param: (R F) debug: evaluateType form: (IntegrationResult F) $param: (R F) Debug: evaluateType1 form: (IntegrationResult F) debug: evaluateType1 x: F m: (Field) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Kernel F) $param: (R F) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: (Kernel F) $param: (R F) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: (Mapping (SparseUnivariatePolynomial F) (SparseUnivariatePolynomial F)) $param: (R F) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (R F) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (R F) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE algint ((IntegrationResult F) F (Kernel F) (Kernel F) (Mapping (SparseUnivariatePolynomial F) (SparseUnivariatePolynomial F))))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for AlgebraicIntegration compiling into /tmp/oa-IxjxAr importing ChangeOfVariable(F,SparseUnivariatePolynomial F,SparseUnivariatePolynomial Fraction SparseUnivariatePolynomial F) importing PolynomialCategoryQuotientFunctions(IndexedExponents Kernel F,Kernel F,R,SparseMultivariatePolynomial(R,Kernel F),F) compiling local F2UPUP : (F,Kernel F,Kernel F,SparseUnivariatePolynomial F) -> SparseUnivariatePolynomial Fraction SparseUnivariatePolynomial F Time: 0.07 SEC. compiling local rootintegrate : (F,Kernel F,Kernel F,SparseUnivariatePolynomial F -> SparseUnivariatePolynomial F) -> IntegrationResult F Time: 0.48 SEC. compiling local algintegrate : (F,Kernel F,Kernel F,SparseUnivariatePolynomial F -> SparseUnivariatePolynomial F) -> IntegrationResult F Time: 0.18 SEC. compiling local UP2UPUP : (SparseUnivariatePolynomial F,Kernel F) -> SparseUnivariatePolynomial Fraction SparseUnivariatePolynomial F Time: 0.03 SEC. compiling local UPUP2F : (SparseUnivariatePolynomial Fraction SparseUnivariatePolynomial F,Fraction SparseUnivariatePolynomial F,Kernel F,Kernel F) -> F Time: 3.28 SEC. compiling exported algint : (F,Kernel F,Kernel F,SparseUnivariatePolynomial F -> SparseUnivariatePolynomial F) -> IntegrationResult F Debug compQuote expr: (QUOTE nthRoot) m: $EmptyMode Debug compQuote expr: (QUOTE nthRoot) m: (Symbol) Debug compQuote expr: (QUOTE rootOf) m: $EmptyMode Debug compQuote expr: (QUOTE rootOf) m: (Symbol) Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] rootintegrate: not known that Ring is of mode CATEGORY(package,algint: (F,Kernel F,Kernel F,(SparseUnivariatePolynomial F -> SparseUnivariatePolynomial F)) -> IntegrationResult F) [2] rootintegrate: not known that SetCategory is of mode CATEGORY(package,algint: (F,Kernel F,Kernel F,(SparseUnivariatePolynomial F -> SparseUnivariatePolynomial F)) -> IntegrationResult F) [3] UP2UPUP: not known that Ring is of mode CATEGORY(package,algint: (F,Kernel F,Kernel F,(SparseUnivariatePolynomial F -> SparseUnivariatePolynomial F)) -> IntegrationResult F) Cumulative Statistics for Constructor AlgebraicIntegration Time: 4.10 seconds finalizing NRLIB INTAF Processing AlgebraicIntegration for Browser database: -- algint : (F,K,K,(UP -> UP)) -> IR -- constructor ; compiling file "/tmp/oa-IxjxAr/code.lsp" (written 01 FEB 2016 11:09:17 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |INTAF;F2UPUP| ...) ; compiling (DEFUN |INTAF;rootintegrate| ...) ; compiling (DEFUN |INTAF;rootintegrate!0| ...) ; compiling (DEFUN |INTAF;algintegrate| ...) ; compiling (DEFUN |INTAF;algintegrate!0| ...) ; compiling (DEFUN |INTAF;UP2UPUP| ...) ; compiling (DEFUN |INTAF;UP2UPUP!0| ...) ; compiling (DEFUN |INTAF;UPUP2F| ...) ; compiling (DEFUN |INTAF;UPUP2F!0| ...) ; compiling (DEFUN |INTAF;algint;F2KMIr;6| ...) ; compiling (DEFUN |AlgebraicIntegration| ...) ; compiling (DEFUN |AlgebraicIntegration;| ...) ; compiling (MAKEPROP (QUOTE |AlgebraicIntegration|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-IxjxAr/code.fasl written ; compilation finished in 0:00:00.049 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ODERED.spad && cp ODERED.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ODERED.fasl \ && if test -f ODERED-.NRLIB/code.fasl; then \ cp ODERED-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ODERED-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ODERED.spad using Spad compiler. ODERED abbreviates package ReduceLODE debug: compDefine1 lhs: (ReduceLODE F L UP A LO) signature (pre-evaluate): ((CATEGORY package (SIGNATURE reduceLODE ((Record (: mat (Matrix L)) (: vec (Vector F))) LO A))) NIL NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE reduceLODE ((Record (: mat (Matrix L)) (: vec (Vector F))) LO A))) $param: (F L UP A LO) debug: evaluateType form: (Record (: mat (Matrix L)) (: vec (Vector F))) $param: (F L UP A LO) debug: evaluateType form: (Matrix L) $param: (F L UP A LO) Debug: evaluateType1 form: (Matrix L) debug: evaluateType1 x: L m: (Ring) debug: evaluateType form: (Vector F) $param: (F L UP A LO) Debug: evaluateType1 form: (Vector F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: LO $param: (F L UP A LO) debug: evaluateType form: A $param: (F L UP A LO) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE reduceLODE ((Record (: mat (Matrix L)) (: vec (Vector F))) LO A))) NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ReduceLODE compiling into /tmp/oa-2HpmsR compiling local matF2L : Matrix F -> Matrix L Time: 0.12 SEC. compiling exported reduceLODE : (LO,A) -> Record(mat: Matrix L,vec: Vector F) Time: 0.08 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor ReduceLODE Time: 0.21 seconds finalizing NRLIB ODERED Processing ReduceLODE for Browser database: -- reduceLODE : (LO,A) -> Record(mat: M,vec: V) -- constructor ; compiling file "/tmp/oa-2HpmsR/code.lsp" (written 01 FEB 2016 11:09:18 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ODERED;matF2L| ...) ; compiling (DEFUN |ODERED;matF2L!0| ...) ; compiling (DEFUN |ODERED;reduceLODE;LOAR;2| ...) ; file: /tmp/oa-2HpmsR/code.lsp ; in: DEFUN |ODERED;reduceLODE;LOAR;2| ; (LET ((BOOT::|n| (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 22))) ; (BOOT::|md| (BOOT::|ODERED;matF2L| (BOOT::SPADCALL # #) BOOT::$))) ; (BOOT::SEQ ; (LET ((BOOT::|i| #) (#:G553 #) (BOOT::|j| #) (#:G554 #)) ; (LOOP (COND # #) ; (SETQ #) ; (SETQ #))) ; (BOOT::LETT BOOT::|mdi| ; (BOOT::SPADCALL BOOT::|md| (BOOT::|shellEntry| BOOT::$ 37)) ; BOOT::|ODERED;reduceLODE;LOAR;2|) ; (BOOT::LETT BOOT::|sys| ; (BOOT::|ODERED;matF2L| (BOOT::SPADCALL # #) BOOT::$) ; BOOT::|ODERED;reduceLODE;LOAR;2|) ; (LET ((BOOT::|i| 1) (#:G555 #)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::EXIT (CONS BOOT::|sys| (BOOT::SPADCALL BOOT::|g| #))))) ; ; caught STYLE-WARNING: ; The variable |n| is defined but never used. ; compiling (DEFUN |ODERED;reduceLODE;LOAR;2!0| ...) ; compiling (DEFUN |ReduceLODE| ...) ; compiling (DEFUN |ReduceLODE;| ...) ; compiling (MAKEPROP (QUOTE |ReduceLODE|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; /tmp/oa-2HpmsR/code.fasl written ; compilation finished in 0:00:00.035 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ODEPAL.spad && cp ODEPAL.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ODEPAL.fasl \ && if test -f ODEPAL-.NRLIB/code.fasl; then \ cp ODEPAL-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ODEPAL-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ODEPAL.spad using Spad compiler. ODEPAL abbreviates package PureAlgebraicLODE debug: compDefine1 lhs: (PureAlgebraicLODE F UP UPUP R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE algDsolve ((Record (: particular (Union R failed)) (: basis (List R))) (LinearOrdinaryDifferentialOperator1 R) R))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE algDsolve ((Record (: particular (Union R failed)) (: basis (List R))) (LinearOrdinaryDifferentialOperator1 R) R))) $param: (F UP UPUP R) debug: evaluateType form: (Record (: particular (Union R failed)) (: basis (List R))) $param: (F UP UPUP R) debug: evaluateType form: (Union R failed) $param: (F UP UPUP R) debug: evaluateType form: R $param: (F UP UPUP R) debug: evaluateType form: failed $param: (F UP UPUP R) debug: evaluateType form: (List R) $param: (F UP UPUP R) Debug: evaluateType1 form: (List R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (LinearOrdinaryDifferentialOperator1 R) $param: (F UP UPUP R) Debug: evaluateType1 form: (LinearOrdinaryDifferentialOperator1 R) debug: evaluateType1 x: R m: (DifferentialRing) debug: evaluateType form: R $param: (F UP UPUP R) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE algDsolve ((Record (: particular (Union R failed)) (: basis (List R))) (LinearOrdinaryDifferentialOperator1 R) R))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PureAlgebraicLODE compiling into /tmp/oa-ybLrWh importing RationalLODE(F,UP) importing SystemODESolver(Fraction UP,LinearOrdinaryDifferentialOperator1 Fraction UP) importing ReduceLODE(Fraction UP,LinearOrdinaryDifferentialOperator1 Fraction UP,UPUP,R,LinearOrdinaryDifferentialOperator1 R) compiling exported algDsolve : (LinearOrdinaryDifferentialOperator1 R,R) -> Record(particular: Union(R,failed),basis: List R) Time: 0.25 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor PureAlgebraicLODE Time: 0.25 seconds finalizing NRLIB ODEPAL Processing PureAlgebraicLODE for Browser database: -- algDsolve : (L,R) -> Record(particular: U,basis: List R) -- constructor ; compiling file "/tmp/oa-ybLrWh/code.lsp" (written 01 FEB 2016 11:09:18 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ODEPAL;algDsolve;LodoRR;1| ...) ; compiling (DEFUN |PureAlgebraicLODE| ...) ; compiling (DEFUN |PureAlgebraicLODE;| ...) ; compiling (MAKEPROP (QUOTE |PureAlgebraicLODE|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-ybLrWh/code.fasl written ; compilation finished in 0:00:00.019 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile INTPAF.spad && cp INTPAF.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INTPAF.fasl \ && if test -f INTPAF-.NRLIB/code.fasl; then \ cp INTPAF-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INTPAF-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INTPAF.spad using Spad compiler. INTPAF abbreviates package PureAlgebraicIntegration debug: compDefine1 lhs: (PureAlgebraicIntegration R F L) signature (pre-evaluate): ((CATEGORY package (SIGNATURE palgint ((IntegrationResult F) F (Kernel F) (Kernel F))) (SIGNATURE palgextint ((Union (Record (: ratpart F) (: coeff F)) failed) F (Kernel F) (Kernel F) F)) (SIGNATURE palglimint ((Union (Record (: mainpart F) (: limitedlogs (List (Record (: coeff F) (: logand F))))) failed) F (Kernel F) (Kernel F) (List F))) (SIGNATURE palgRDE ((Union F failed) F F F (Kernel F) (Kernel F) (Mapping (Union F failed) F F (Symbol)))) (IF (has L (LinearOrdinaryDifferentialOperatorCategory F)) (SIGNATURE palgLODE ((Record (: particular (Union F failed)) (: basis (List F))) L F (Kernel F) (Kernel F) (Symbol))) %noBranch)) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE palgint ((IntegrationResult F) F (Kernel F) (Kernel F))) (SIGNATURE palgextint ((Union (Record (: ratpart F) (: coeff F)) failed) F (Kernel F) (Kernel F) F)) (SIGNATURE palglimint ((Union (Record (: mainpart F) (: limitedlogs (List (Record (: coeff F) (: logand F))))) failed) F (Kernel F) (Kernel F) (List F))) (SIGNATURE palgRDE ((Union F failed) F F F (Kernel F) (Kernel F) (Mapping (Union F failed) F F (Symbol)))) (IF (has L (LinearOrdinaryDifferentialOperatorCategory F)) (SIGNATURE palgLODE ((Record (: particular (Union F failed)) (: basis (List F))) L F (Kernel F) (Kernel F) (Symbol))) %noBranch)) $param: (R F L) debug: evaluateType form: (IntegrationResult F) $param: (R F L) Debug: evaluateType1 form: (IntegrationResult F) debug: evaluateType1 x: F m: (Field) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: (Kernel F) $param: (R F L) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: (Kernel F) $param: (R F L) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: (Union (Record (: ratpart F) (: coeff F)) failed) $param: (R F L) debug: evaluateType form: (Record (: ratpart F) (: coeff F)) $param: (R F L) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: failed $param: (R F L) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: (Kernel F) $param: (R F L) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: (Kernel F) $param: (R F L) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: (Union (Record (: mainpart F) (: limitedlogs (List (Record (: coeff F) (: logand F))))) failed) $param: (R F L) debug: evaluateType form: (Record (: mainpart F) (: limitedlogs (List (Record (: coeff F) (: logand F))))) $param: (R F L) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: (List (Record (: coeff F) (: logand F))) $param: (R F L) Debug: evaluateType1 form: (List (Record (: coeff F) (: logand F))) debug: evaluateType1 x: (Record (: coeff F) (: logand F)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F L) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: coeff F) (: logand F)) $param: (R F L) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: F $param: (R F L) debug: evalCategory d: (Record (: coeff F) (: logand F)) c: (Type) debug: evaluateType form: failed $param: (R F L) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: (Kernel F) $param: (R F L) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: (Kernel F) $param: (R F L) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: (List F) $param: (R F L) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (Union F failed) $param: (R F L) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: failed $param: (R F L) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: (Kernel F) $param: (R F L) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: (Kernel F) $param: (R F L) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: (Mapping (Union F failed) F F (Symbol)) $param: (R F L) debug: evaluateType form: (Union F failed) $param: (R F L) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: failed $param: (R F L) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: (Symbol) $param: (R F L) Debug: evaluateType1 form: (Symbol) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE palgint ((IntegrationResult F) F (Kernel F) (Kernel F))) (SIGNATURE palgextint ((Union (Record (: ratpart F) (: coeff F)) failed) F (Kernel F) (Kernel F) F)) (SIGNATURE palglimint ((Union (Record (: mainpart F) (: limitedlogs (List (Record (: coeff F) (: logand F))))) failed) F (Kernel F) (Kernel F) (List F))) (SIGNATURE palgRDE ((Union F failed) F F F (Kernel F) (Kernel F) (Mapping (Union F failed) F F (Symbol)))) (IF (has L (LinearOrdinaryDifferentialOperatorCategory F)) (SIGNATURE palgLODE ((Record (: particular (Union F failed)) (: basis (List F))) L F (Kernel F) (Kernel F) (Symbol))) %noBranch)) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PureAlgebraicIntegration compiling into /tmp/oa-ufdqWH importing IntegrationTools(R,F) importing RationalIntegration(F,SparseUnivariatePolynomial F) importing GenusZeroIntegration(R,F,L) importing ChangeOfVariable(F,SparseUnivariatePolynomial F,SparseUnivariatePolynomial Fraction SparseUnivariatePolynomial F) importing IntegrationResultFunctions2(F,F) importing IntegrationResultFunctions2(Fraction SparseUnivariatePolynomial F,F) importing SparseUnivariatePolynomialFunctions2(F,Fraction SparseUnivariatePolynomial F) importing UnivariatePolynomialCommonDenominator(SparseUnivariatePolynomial F,Fraction SparseUnivariatePolynomial F,SparseUnivariatePolynomial Fraction SparseUnivariatePolynomial F) importing PolynomialCategoryQuotientFunctions(IndexedExponents Kernel F,Kernel F,R,SparseMultivariatePolynomial(R,Kernel F),F) compiling local UPUP2F1 : (SparseUnivariatePolynomial Fraction SparseUnivariatePolynomial F,Fraction SparseUnivariatePolynomial F,Fraction SparseUnivariatePolynomial F,Kernel F,Kernel F) -> F Time: 0.16 SEC. compiling local UPUP2F0 : (SparseUnivariatePolynomial Fraction SparseUnivariatePolynomial F,Kernel F,Kernel F) -> F Time: 0.02 SEC. compiling local chv : (SparseUnivariatePolynomial Fraction SparseUnivariatePolynomial F,NonNegativeInteger,F,F) -> Fraction SparseUnivariatePolynomial F Time: 0.05 SEC. compiling local RF2UPUP : (Fraction SparseUnivariatePolynomial F,SparseUnivariatePolynomial Fraction SparseUnivariatePolynomial F) -> SparseUnivariatePolynomial Fraction SparseUnivariatePolynomial F Time: 0.24 SEC. compiling local linearInXIfCan : (Kernel F,Kernel F) -> Union(Record(xsub: F,dxsub: Fraction SparseUnivariatePolynomial F),failed) Time: 0.15 SEC. compiling local prootintegrate : (F,Kernel F,Kernel F) -> IntegrationResult F Time: 0.10 SEC. compiling local prootintegrate1 : (SparseUnivariatePolynomial Fraction SparseUnivariatePolynomial F,Kernel F,Kernel F,SparseUnivariatePolynomial Fraction SparseUnivariatePolynomial F) -> IntegrationResult F Time: 0.80 SEC. compiling local rationalInt : (SparseUnivariatePolynomial Fraction SparseUnivariatePolynomial F,NonNegativeInteger,SparseUnivariatePolynomial F) -> IntegrationResult Fraction SparseUnivariatePolynomial F Time: 0.12 SEC. compiling local chv0 : (SparseUnivariatePolynomial Fraction SparseUnivariatePolynomial F,NonNegativeInteger,F,F) -> F Time: 0.09 SEC. compiling local candidates : SparseUnivariatePolynomial F -> List Record(left: SparseUnivariatePolynomial F,right: SparseUnivariatePolynomial F) Time: 0.06 SEC. compiling local changeVarIfCan : (SparseUnivariatePolynomial Fraction SparseUnivariatePolynomial F,Fraction SparseUnivariatePolynomial F,NonNegativeInteger) -> Union(Record(int: SparseUnivariatePolynomial Fraction SparseUnivariatePolynomial F,left: SparseUnivariatePolynomial F,right: SparseUnivariatePolynomial F,den: Fraction SparseUnivariatePolynomial F,deg: NonNegativeInteger),failed) Time: 0.10 SEC. compiling local chvarIfCan : (SparseUnivariatePolynomial Fraction SparseUnivariatePolynomial F,Fraction SparseUnivariatePolynomial F,SparseUnivariatePolynomial F,Fraction SparseUnivariatePolynomial F) -> Union(SparseUnivariatePolynomial Fraction SparseUnivariatePolynomial F,failed) Time: 0.18 SEC. compiling local algaddx : (IntegrationResult F,F) -> IntegrationResult F Time: 0.04 SEC. compiling local prootRDE : (F,F,F,Kernel F,Kernel F,(F,F,Symbol) -> Union(F,failed)) -> Union(F,failed) Time: 1.30 SEC. compiling local prootlimint : (F,Kernel F,Kernel F,List F) -> Union(Record(mainpart: F,limitedlogs: List Record(coeff: F,logand: F)),failed) Time: 0.43 SEC. compiling local prootextint : (F,Kernel F,Kernel F,F) -> Union(Record(ratpart: F,coeff: F),failed) Time: 0.41 SEC. compiling local palgRDE1 : (F,F,Kernel F,Kernel F) -> Union(F,failed) Time: 0.02 SEC. compiling local palgLODE1 : (List F,F,Kernel F,Kernel F,Symbol) -> Record(particular: Union(F,failed),basis: List F) Time: 0.32 SEC. compiling local palgintegrate : (F,Kernel F,Kernel F) -> IntegrationResult F Time: 0.12 SEC. compiling local palglim : (F,Kernel F,Kernel F,List F) -> Union(Record(mainpart: F,limitedlogs: List Record(coeff: F,logand: F)),failed) Time: 0.22 SEC. compiling local palgext : (F,Kernel F,Kernel F,F) -> Union(Record(ratpart: F,coeff: F),failed) Time: 0.15 SEC. compiling exported palgint : (F,Kernel F,Kernel F) -> IntegrationResult F Debug compQuote expr: (QUOTE nthRoot) m: $EmptyMode Debug compQuote expr: (QUOTE nthRoot) m: (Symbol) Debug compQuote expr: (QUOTE rootOf) m: $EmptyMode Debug compQuote expr: (QUOTE rootOf) m: (Symbol) Time: 0.04 SEC. compiling exported palgextint : (F,Kernel F,Kernel F,F) -> Union(Record(ratpart: F,coeff: F),failed) Debug compQuote expr: (QUOTE nthRoot) m: $EmptyMode Debug compQuote expr: (QUOTE nthRoot) m: (Symbol) Debug compQuote expr: (QUOTE rootOf) m: $EmptyMode Debug compQuote expr: (QUOTE rootOf) m: (Symbol) Time: 0.05 SEC. compiling exported palglimint : (F,Kernel F,Kernel F,List F) -> Union(Record(mainpart: F,limitedlogs: List Record(coeff: F,logand: F)),failed) Debug compQuote expr: (QUOTE nthRoot) m: $EmptyMode Debug compQuote expr: (QUOTE nthRoot) m: (Symbol) Debug compQuote expr: (QUOTE rootOf) m: $EmptyMode Debug compQuote expr: (QUOTE rootOf) m: (Symbol) Time: 0.06 SEC. compiling exported palgRDE : (F,F,F,Kernel F,Kernel F,(F,F,Symbol) -> Union(F,failed)) -> Union(F,failed) Debug compQuote expr: (QUOTE nthRoot) m: $EmptyMode Debug compQuote expr: (QUOTE nthRoot) m: (Symbol) Time: 0.06 SEC. compiling local quadIfCan : (Kernel F,Kernel F) -> Union(Record(coef: F,poly: SparseUnivariatePolynomial F),failed) Time: 0.19 SEC. compiling exported palgLODE : (L,F,Kernel F,Kernel F,Symbol) -> Record(particular: Union(F,failed),basis: List F) Time: 0.10 SEC. (time taken in buildFunctor: 4) Time: 0.04 SEC. Warnings: [1] UPUP2F0: not known that SetCategory is of mode CATEGORY(package,palgint: (F,Kernel F,Kernel F) -> IntegrationResult F,palgextint: (F,Kernel F,Kernel F,F) -> Union(Record(ratpart: F,coeff: F),"failed"),palglimint: (F,Kernel F,Kernel F,List F) -> Union(Record(mainpart: F,limitedlogs: List Record(coeff: F,logand: F)),"failed"),palgRDE: (F,F,F,Kernel F,Kernel F,((F,F,Symbol) -> Union(F,"failed"))) -> Union(F,"failed"),IF(hasLLinearOrdinaryDifferentialOperatorCategory(F),palgLODE: (L,F,Kernel F,Kernel F,Symbol) -> Record(particular: Union(F,"failed"),basis: List F),%noBranch)) [2] chv: not known that Ring is of mode CATEGORY(package,palgint: (F,Kernel F,Kernel F) -> IntegrationResult F,palgextint: (F,Kernel F,Kernel F,F) -> Union(Record(ratpart: F,coeff: F),"failed"),palglimint: (F,Kernel F,Kernel F,List F) -> Union(Record(mainpart: F,limitedlogs: List Record(coeff: F,logand: F)),"failed"),palgRDE: (F,F,F,Kernel F,Kernel F,((F,F,Symbol) -> Union(F,"failed"))) -> Union(F,"failed"),IF(hasLLinearOrdinaryDifferentialOperatorCategory(F),palgLODE: (L,F,Kernel F,Kernel F,Symbol) -> Record(particular: Union(F,"failed"),basis: List F),%noBranch)) [3] linearInXIfCan: not known that IntegralDomain is of mode CATEGORY(package,palgint: (F,Kernel F,Kernel F) -> IntegrationResult F,palgextint: (F,Kernel F,Kernel F,F) -> Union(Record(ratpart: F,coeff: F),"failed"),palglimint: (F,Kernel F,Kernel F,List F) -> Union(Record(mainpart: F,limitedlogs: List Record(coeff: F,logand: F)),"failed"),palgRDE: (F,F,F,Kernel F,Kernel F,((F,F,Symbol) -> Union(F,"failed"))) -> Union(F,"failed"),IF(hasLLinearOrdinaryDifferentialOperatorCategory(F),palgLODE: (L,F,Kernel F,Kernel F,Symbol) -> Record(particular: Union(F,"failed"),basis: List F),%noBranch)) [4] prootintegrate1: not known that SetCategory is of mode CATEGORY(package,palgint: (F,Kernel F,Kernel F) -> IntegrationResult F,palgextint: (F,Kernel F,Kernel F,F) -> Union(Record(ratpart: F,coeff: F),"failed"),palglimint: (F,Kernel F,Kernel F,List F) -> Union(Record(mainpart: F,limitedlogs: List Record(coeff: F,logand: F)),"failed"),palgRDE: (F,F,F,Kernel F,Kernel F,((F,F,Symbol) -> Union(F,"failed"))) -> Union(F,"failed"),IF(hasLLinearOrdinaryDifferentialOperatorCategory(F),palgLODE: (L,F,Kernel F,Kernel F,Symbol) -> Record(particular: Union(F,"failed"),basis: List F),%noBranch)) [5] quadIfCan: degree has no value Cumulative Statistics for Constructor PureAlgebraicIntegration Time: 5.64 seconds finalizing NRLIB INTPAF Processing PureAlgebraicIntegration for Browser database: -- palgint : (F,K,K) -> IR -- palgextint : (F,K,K,F) -> U2 -- palglimint : (F,K,K,List F) -> U3 -- palgRDE : (F,F,F,K,K,((F,F,SY) -> U1)) -> U1 -- palgLODE : (L,F,K,K,SY) -> REC -- constructor ; compiling file "/tmp/oa-ufdqWH/code.lsp" (written 01 FEB 2016 11:09:24 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |INTPAF;UPUP2F1| ...) ; compiling (DEFUN |INTPAF;UPUP2F0| ...) ; compiling (DEFUN |INTPAF;chv| ...) ; compiling (DEFUN |INTPAF;RF2UPUP| ...) ; compiling (DEFUN |INTPAF;RF2UPUP!1| ...) ; compiling (DEFUN |INTPAF;RF2UPUP!0| ...) ; compiling (DEFUN |INTPAF;linearInXIfCan| ...) ; compiling (DEFUN |INTPAF;prootintegrate| ...) ; compiling (DEFUN |INTPAF;prootintegrate!0| ...) ; compiling (DEFUN |INTPAF;prootintegrate1| ...) ; compiling (DEFUN |INTPAF;prootintegrate1!2| ...) ; compiling (DEFUN |INTPAF;prootintegrate1!1| ...) ; compiling (DEFUN |INTPAF;prootintegrate1!0| ...) ; compiling (DEFUN |INTPAF;rationalInt| ...) ; compiling (DEFUN |INTPAF;chv0| ...) ; compiling (DEFUN |INTPAF;candidates| ...) ; compiling (DEFUN |INTPAF;changeVarIfCan| ...) ; compiling (DEFUN |INTPAF;chvarIfCan| ...) ; compiling (DEFUN |INTPAF;algaddx| ...) ; compiling (DEFUN |INTPAF;prootRDE| ...) ; compiling (DEFUN |INTPAF;prootlimint| ...) ; file: /tmp/oa-ufdqWH/code.lsp ; in: DEFUN |INTPAF;prootlimint| ; (DEFUN BOOT::|INTPAF;prootlimint| ; (BOOT::|f| BOOT::|x| BOOT::|k| BOOT::|lu| BOOT::$) ; (PROG (BOOT::|ui| BOOT::|curve| BOOT::|cv| BOOT::|m| BOOT::|n| BOOT::|l| ; BOOT::|uf| BOOT::|ff| BOOT::|dqdx| BOOT::|q| BOOT::|v| BOOT::|uu|) ; (RETURN ; (LET* (# # # #) ; (BOOT::SEQ # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTPAF;prootlimint| ; (BOOT::|f| BOOT::|x| BOOT::|k| BOOT::|lu| BOOT::$) ; (BLOCK BOOT::|INTPAF;prootlimint| ; (PROG (BOOT::|ui| BOOT::|curve| BOOT::|cv| BOOT::|m| BOOT::|n| ; BOOT::|l| BOOT::|uf| BOOT::|ff| BOOT::|dqdx| BOOT::|q| BOOT::|v| ; BOOT::|uu|) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |INTPAF;prootlimint!0| ...) ; compiling (DEFUN |INTPAF;prootextint| ...) ; file: /tmp/oa-ufdqWH/code.lsp ; in: DEFUN |INTPAF;prootextint| ; (DEFUN BOOT::|INTPAF;prootextint| ; (BOOT::|f| BOOT::|x| BOOT::|k| BOOT::|g| BOOT::$) ; (PROG (BOOT::|u| BOOT::|curve| BOOT::|cv| #:G901 BOOT::|n| BOOT::|m| ; BOOT::|ug| BOOT::|gg| BOOT::|uf| BOOT::|ff| BOOT::|dqdx| BOOT::|q| ; ...) ; (RETURN (BOOT::SEQ (BOOT::EXIT #) #:G901 (BOOT::EXIT #:G901))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTPAF;prootextint| ; (BOOT::|f| BOOT::|x| BOOT::|k| BOOT::|g| BOOT::$) ; (BLOCK BOOT::|INTPAF;prootextint| ; (PROG (BOOT::|u| BOOT::|curve| BOOT::|cv| #:G901 BOOT::|n| BOOT::|m| ; BOOT::|ug| BOOT::|gg| BOOT::|uf| BOOT::|ff| BOOT::|dqdx| ; BOOT::|q| ...) ; (RETURN (BOOT::SEQ # #:G901 #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |INTPAF;prootextint!0| ...) ; compiling (DEFUN |INTPAF;palgRDE1| ...) ; compiling (DEFUN |INTPAF;palgLODE1| ...) ; compiling (DEFUN |INTPAF;palgintegrate| ...) ; compiling (DEFUN |INTPAF;palgintegrate!0| ...) ; compiling (DEFUN |INTPAF;palglim| ...) ; file: /tmp/oa-ufdqWH/code.lsp ; in: DEFUN |INTPAF;palglim| ; (DEFUN BOOT::|INTPAF;palglim| ; (BOOT::|f| BOOT::|x| BOOT::|k| BOOT::|lu| BOOT::$) ; (PROG (BOOT::|u|) ; (RETURN ; (LET* (# # # #) ; (PROGN # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTPAF;palglim| ; (BOOT::|f| BOOT::|x| BOOT::|k| BOOT::|lu| BOOT::$) ; (BLOCK BOOT::|INTPAF;palglim| ; (PROG (BOOT::|u|) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; ; caught STYLE-WARNING: ; The variable |lu| is defined but never used. ; compiling (DEFUN |INTPAF;palgext| ...) ; file: /tmp/oa-ufdqWH/code.lsp ; in: DEFUN |INTPAF;palgext| ; (DEFUN BOOT::|INTPAF;palgext| ; (BOOT::|f| BOOT::|x| BOOT::|k| BOOT::|g| BOOT::$) ; (PROG (BOOT::|u|) ; (RETURN ; (LET* (# # # #) ; (PROGN # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTPAF;palgext| ; (BOOT::|f| BOOT::|x| BOOT::|k| BOOT::|g| BOOT::$) ; (BLOCK BOOT::|INTPAF;palgext| ; (PROG (BOOT::|u|) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; ; caught STYLE-WARNING: ; The variable |g| is defined but never used. ; compiling (DEFUN |INTPAF;palgint;F2KIr;22| ...) ; compiling (DEFUN |INTPAF;palgextint;F2KFU;23| ...) ; file: /tmp/oa-ufdqWH/code.lsp ; in: DEFUN |INTPAF;palgextint;F2KFU;23| ; (DEFUN BOOT::|INTPAF;palgextint;F2KFU;23| ; (BOOT::|f| BOOT::|x| BOOT::|y| BOOT::|g| BOOT::$) ; (PROG (BOOT::|u|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTPAF;palgextint;F2KFU;23| ; (BOOT::|f| BOOT::|x| BOOT::|y| BOOT::|g| BOOT::$) ; (BLOCK BOOT::|INTPAF;palgextint;F2KFU;23| ; (PROG (BOOT::|u|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |INTPAF;palglimint;F2KLU;24| ...) ; file: /tmp/oa-ufdqWH/code.lsp ; in: DEFUN |INTPAF;palglimint;F2KLU;24| ; (DEFUN BOOT::|INTPAF;palglimint;F2KLU;24| ; (BOOT::|f| BOOT::|x| BOOT::|y| BOOT::|lu| BOOT::$) ; (PROG (BOOT::|u|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTPAF;palglimint;F2KLU;24| ; (BOOT::|f| BOOT::|x| BOOT::|y| BOOT::|lu| BOOT::$) ; (BLOCK BOOT::|INTPAF;palglimint;F2KLU;24| ; (PROG (BOOT::|u|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |INTPAF;palgRDE;3F2KMU;25| ...) ; file: /tmp/oa-ufdqWH/code.lsp ; in: DEFUN |INTPAF;palgRDE;3F2KMU;25| ; (DEFUN BOOT::|INTPAF;palgRDE;3F2KMU;25| ; (BOOT::|nfp| BOOT::|f| BOOT::|g| BOOT::|x| BOOT::|y| BOOT::|rde| ; BOOT::$) ; (PROG (BOOT::|u|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTPAF;palgRDE;3F2KMU;25| ; (BOOT::|nfp| BOOT::|f| BOOT::|g| BOOT::|x| BOOT::|y| BOOT::|rde| ; BOOT::$) ; (BLOCK BOOT::|INTPAF;palgRDE;3F2KMU;25| ; (PROG (BOOT::|u|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |INTPAF;quadIfCan| ...) ; compiling (DEFUN |INTPAF;palgLODE;LF2KSR;27| ...) ; file: /tmp/oa-ufdqWH/code.lsp ; in: DEFUN |INTPAF;palgLODE;LF2KSR;27| ; (DEFUN BOOT::|INTPAF;palgLODE;LF2KSR;27| ; (BOOT::|eq| BOOT::|g| BOOT::|kx| BOOT::|y| BOOT::|x| BOOT::$) ; (PROG (BOOT::|u|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTPAF;palgLODE;LF2KSR;27| ; (BOOT::|eq| BOOT::|g| BOOT::|kx| BOOT::|y| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|INTPAF;palgLODE;LF2KSR;27| ; (PROG (BOOT::|u|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |PureAlgebraicIntegration| ...) ; compiling (DEFUN |PureAlgebraicIntegration;| ...) ; compiling (MAKEPROP (QUOTE |PureAlgebraicIntegration|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 8 notes ; /tmp/oa-ufdqWH/code.fasl written ; compilation finished in 0:00:00.264 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PRIMELT.spad && cp PRIMELT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PRIMELT.fasl \ && if test -f PRIMELT-.NRLIB/code.fasl; then \ cp PRIMELT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PRIMELT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PRIMELT.spad using Spad compiler. PRIMELT abbreviates package PrimitiveElement debug: compDefine1 lhs: (PrimitiveElement F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE primitiveElement ((Record (: coef1 (Integer)) (: coef2 (Integer)) (: prim (SparseUnivariatePolynomial F))) (Polynomial F) (Symbol) (Polynomial F) (Symbol))) (SIGNATURE primitiveElement ((Record (: coef (List (Integer))) (: poly (List (SparseUnivariatePolynomial F))) (: prim (SparseUnivariatePolynomial F))) (List (Polynomial F)) (List (Symbol)))) (SIGNATURE primitiveElement ((Record (: coef (List (Integer))) (: poly (List (SparseUnivariatePolynomial F))) (: prim (SparseUnivariatePolynomial F))) (List (Polynomial F)) (List (Symbol)) (Symbol)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE primitiveElement ((Record (: coef1 (Integer)) (: coef2 (Integer)) (: prim (SparseUnivariatePolynomial F))) (Polynomial F) (Symbol) (Polynomial F) (Symbol))) (SIGNATURE primitiveElement ((Record (: coef (List (Integer))) (: poly (List (SparseUnivariatePolynomial F))) (: prim (SparseUnivariatePolynomial F))) (List (Polynomial F)) (List (Symbol)))) (SIGNATURE primitiveElement ((Record (: coef (List (Integer))) (: poly (List (SparseUnivariatePolynomial F))) (: prim (SparseUnivariatePolynomial F))) (List (Polynomial F)) (List (Symbol)) (Symbol)))) $param: (F) debug: evaluateType form: (Record (: coef1 (Integer)) (: coef2 (Integer)) (: prim (SparseUnivariatePolynomial F))) $param: (F) debug: evaluateType form: (Integer) $param: (F) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (F) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (F) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (Polynomial F) $param: (F) Debug: evaluateType1 form: (Polynomial F) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (Symbol) $param: (F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Polynomial F) $param: (F) Debug: evaluateType1 form: (Polynomial F) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (Symbol) $param: (F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Record (: coef (List (Integer))) (: poly (List (SparseUnivariatePolynomial F))) (: prim (SparseUnivariatePolynomial F))) $param: (F) debug: evaluateType form: (List (Integer)) $param: (F) Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (F) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (List (SparseUnivariatePolynomial F)) $param: (F) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial F)) debug: evaluateType1 x: (SparseUnivariatePolynomial F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (F) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial F) c: (Type) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (F) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (List (Polynomial F)) $param: (F) Debug: evaluateType1 form: (List (Polynomial F)) debug: evaluateType1 x: (Polynomial F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial F) $param: (F) Debug: evaluateType1 form: (Polynomial F) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (Polynomial F) c: (Type) debug: evaluateType form: (List (Symbol)) $param: (F) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (F) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (Record (: coef (List (Integer))) (: poly (List (SparseUnivariatePolynomial F))) (: prim (SparseUnivariatePolynomial F))) $param: (F) debug: evaluateType form: (List (Integer)) $param: (F) Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (F) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (List (SparseUnivariatePolynomial F)) $param: (F) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial F)) debug: evaluateType1 x: (SparseUnivariatePolynomial F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (F) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial F) c: (Type) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (F) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (List (Polynomial F)) $param: (F) Debug: evaluateType1 form: (List (Polynomial F)) debug: evaluateType1 x: (Polynomial F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial F) $param: (F) Debug: evaluateType1 form: (Polynomial F) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (Polynomial F) c: (Type) debug: evaluateType form: (List (Symbol)) $param: (F) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (F) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (Symbol) $param: (F) Debug: evaluateType1 form: (Symbol) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE primitiveElement ((Record (: coef1 (Integer)) (: coef2 (Integer)) (: prim (SparseUnivariatePolynomial F))) (Polynomial F) (Symbol) (Polynomial F) (Symbol))) (SIGNATURE primitiveElement ((Record (: coef (List (Integer))) (: poly (List (SparseUnivariatePolynomial F))) (: prim (SparseUnivariatePolynomial F))) (List (Polynomial F)) (List (Symbol)))) (SIGNATURE primitiveElement ((Record (: coef (List (Integer))) (: poly (List (SparseUnivariatePolynomial F))) (: prim (SparseUnivariatePolynomial F))) (List (Polynomial F)) (List (Symbol)) (Symbol)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for PrimitiveElement compiling into /tmp/oa-t3l3mZ importing PolyGroebner F compiling local multi : (SparseUnivariatePolynomial F,Symbol) -> Polynomial F Time: 0.04 SEC. compiling local randomInts : (NonNegativeInteger,NonNegativeInteger) -> List Integer Time: 0.02 SEC. compiling local incl? : (List Symbol,List Symbol) -> Boolean Time: 0.00 SEC. compiling exported primitiveElement : (List Polynomial F,List Symbol) -> Record(coef: List Integer,poly: List SparseUnivariatePolynomial F,prim: SparseUnivariatePolynomial F) Time: 0.02 SEC. compiling exported primitiveElement : (Polynomial F,Symbol,Polynomial F,Symbol) -> Record(coef1: Integer,coef2: Integer,prim: SparseUnivariatePolynomial F) Time: 0.04 SEC. compiling local findUniv : (List Polynomial F,Symbol,Symbol) -> Union(Polynomial F,failed) Time: 0.04 SEC. compiling local triangularLinearIfCan : (List Polynomial F,List Symbol,Symbol) -> Union(List SparseUnivariatePolynomial F,failed) Time: 0.38 SEC. compiling exported primitiveElement : (List Polynomial F,List Symbol,Symbol) -> Record(coef: List Integer,poly: List SparseUnivariatePolynomial F,prim: SparseUnivariatePolynomial F) Time: 0.08 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] findUniv: positive? has no value [2] triangularLinearIfCan: not known that Ring is of mode CATEGORY(package,primitiveElement: (Polynomial F,Symbol,Polynomial F,Symbol) -> Record(coef1: Integer,coef2: Integer,prim: SparseUnivariatePolynomial F),primitiveElement: (List Polynomial F,List Symbol) -> Record(coef: List Integer,poly: List SparseUnivariatePolynomial F,prim: SparseUnivariatePolynomial F),primitiveElement: (List Polynomial F,List Symbol,Symbol) -> Record(coef: List Integer,poly: List SparseUnivariatePolynomial F,prim: SparseUnivariatePolynomial F)) Cumulative Statistics for Constructor PrimitiveElement Time: 0.64 seconds finalizing NRLIB PRIMELT Processing PrimitiveElement for Browser database: -- primitiveElement : (P,SY,P,SY) -> RC -- primitiveElement : (List P,List SY) -> REC -- primitiveElement : (List P,List SY,SY) -> REC -- constructor ; compiling file "/tmp/oa-t3l3mZ/code.lsp" (written 01 FEB 2016 11:09:25 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PRIMELT;multi| ...) ; compiling (DEFUN |PRIMELT;multi!0| ...) ; file: /tmp/oa-t3l3mZ/code.lsp ; in: DEFUN |PRIMELT;multi!0| ; (DEFUN BOOT::|PRIMELT;multi!0| (BOOT::|#1| BOOT::$$) BOOT::|#1|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRIMELT;multi!0| ; (BOOT::|#1| BOOT::$$) ; (BLOCK BOOT::|PRIMELT;multi!0| BOOT::|#1|)) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |PRIMELT;randomInts| ...) ; file: /tmp/oa-t3l3mZ/code.lsp ; in: DEFUN |PRIMELT;randomInts| ; (DEFUN BOOT::|PRIMELT;randomInts| (BOOT::|n| BOOT::|m| BOOT::$) ; (LET ((BOOT::|i| 1) (#:G549 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ BOOT::|i| #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRIMELT;randomInts| ; (BOOT::|n| BOOT::|m| BOOT::$) ; (BLOCK BOOT::|PRIMELT;randomInts| ; (LET ((BOOT::|i| 1) (#:G549 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS INTEGER T)) &REST T). ; compiling (DEFUN |PRIMELT;incl?| ...) ; file: /tmp/oa-t3l3mZ/code.lsp ; in: DEFUN |PRIMELT;incl?| ; (DEFUN BOOT::|PRIMELT;incl?| (BOOT::|a| BOOT::|b| BOOT::$) ; (BOOT::SPADCALL (CONS #'BOOT::|PRIMELT;incl?!0| (VECTOR BOOT::$ BOOT::|b|)) ; BOOT::|a| (BOOT::|shellEntry| BOOT::$ 20))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRIMELT;incl?| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|PRIMELT;incl?| ; (BOOT::SPADCALL ; (CONS #'BOOT::|PRIMELT;incl?!0| (VECTOR BOOT::$ BOOT::|b|)) BOOT::|a| ; (BOOT::|shellEntry| BOOT::$ 20)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |PRIMELT;incl?!0| ...) ; compiling (DEFUN |PRIMELT;primitiveElement;LLR;4| ...) ; compiling (DEFUN |PRIMELT;primitiveElement;PSPSR;5| ...) ; compiling (DEFUN |PRIMELT;findUniv| ...) ; compiling (DEFUN |PRIMELT;triangularLinearIfCan| ...) ; compiling (DEFUN |PRIMELT;triangularLinearIfCan!1| ...) ; file: /tmp/oa-t3l3mZ/code.lsp ; in: DEFUN |PRIMELT;triangularLinearIfCan!1| ; (DEFUN BOOT::|PRIMELT;triangularLinearIfCan!1| (BOOT::|#1| BOOT::$$) ; BOOT::|#1|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRIMELT;triangularLinearIfCan!1| ; (BOOT::|#1| BOOT::$$) ; (BLOCK BOOT::|PRIMELT;triangularLinearIfCan!1| BOOT::|#1|)) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |PRIMELT;triangularLinearIfCan!0| ...) ; file: /tmp/oa-t3l3mZ/code.lsp ; in: DEFUN |PRIMELT;triangularLinearIfCan!0| ; (DEFUN BOOT::|PRIMELT;triangularLinearIfCan!0| (BOOT::|#1| BOOT::$$) ; BOOT::|#1|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRIMELT;triangularLinearIfCan!0| ; (BOOT::|#1| BOOT::$$) ; (BLOCK BOOT::|PRIMELT;triangularLinearIfCan!0| BOOT::|#1|)) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |PRIMELT;primitiveElement;LLSR;8| ...) ; file: /tmp/oa-t3l3mZ/code.lsp ; in: DEFUN |PRIMELT;primitiveElement;LLSR;8| ; (LET ((BOOT::|u| (BOOT::SPADCALL BOOT::|uu| (BOOT::|shellEntry| BOOT::$ 37))) ; (BOOT::|vv| ; (LET (# #) ; (LOOP # ; #))) ; (BOOT::|elim| ; (BOOT::SPADCALL BOOT::|vars| BOOT::|uu| ; (BOOT::|shellEntry| BOOT::$ 68))) ; (BOOT::|w| (BOOT::SPADCALL BOOT::|uu| (BOOT::|shellEntry| BOOT::$ 37))) ; (BOOT::|n| (LIST-LENGTH BOOT::|l|))) ; (LET ((BOOT::|i| 10)) ; (LOOP ; (PROGN ; (BOOT::LETT BOOT::|cf| # BOOT::|PRIMELT;primitiveElement;LLSR;8|) ; (BOOT::LETT BOOT::|tt| # BOOT::|PRIMELT;primitiveElement;LLSR;8|) ; (COND #)) ; (SETQ BOOT::|i| #)))) ; ; caught STYLE-WARNING: ; The variable |u| is defined but never used. ; compiling (DEFUN |PrimitiveElement| ...) ; compiling (DEFUN |PrimitiveElement;| ...) ; compiling (MAKEPROP (QUOTE |PrimitiveElement|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 4 STYLE-WARNING conditions ; printed 2 notes ; /tmp/oa-t3l3mZ/code.fasl written ; compilation finished in 0:00:00.046 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FSPRMELT.spad && cp FSPRMELT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FSPRMELT.fasl \ && if test -f FSPRMELT-.NRLIB/code.fasl; then \ cp FSPRMELT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FSPRMELT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FSPRMELT.spad using Spad compiler. FSPRMELT abbreviates package FunctionSpacePrimitiveElement debug: compDefine1 lhs: (FunctionSpacePrimitiveElement R F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE primitiveElement ((Record (: primelt F) (: poly (List (SparseUnivariatePolynomial F))) (: prim (SparseUnivariatePolynomial F))) (List F))) (IF (has F (AlgebraicallyClosedField)) (SIGNATURE primitiveElement ((Record (: primelt F) (: pol1 (SparseUnivariatePolynomial F)) (: pol2 (SparseUnivariatePolynomial F)) (: prim (SparseUnivariatePolynomial F))) F F)) %noBranch)) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE primitiveElement ((Record (: primelt F) (: poly (List (SparseUnivariatePolynomial F))) (: prim (SparseUnivariatePolynomial F))) (List F))) (IF (has F (AlgebraicallyClosedField)) (SIGNATURE primitiveElement ((Record (: primelt F) (: pol1 (SparseUnivariatePolynomial F)) (: pol2 (SparseUnivariatePolynomial F)) (: prim (SparseUnivariatePolynomial F))) F F)) %noBranch)) $param: (R F) debug: evaluateType form: (Record (: primelt F) (: poly (List (SparseUnivariatePolynomial F))) (: prim (SparseUnivariatePolynomial F))) $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (List (SparseUnivariatePolynomial F)) $param: (R F) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial F)) debug: evaluateType1 x: (SparseUnivariatePolynomial F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (R F) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial F) c: (Type) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (R F) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (List F) $param: (R F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE primitiveElement ((Record (: primelt F) (: poly (List (SparseUnivariatePolynomial F))) (: prim (SparseUnivariatePolynomial F))) (List F))) (IF (has F (AlgebraicallyClosedField)) (SIGNATURE primitiveElement ((Record (: primelt F) (: pol1 (SparseUnivariatePolynomial F)) (: pol2 (SparseUnivariatePolynomial F)) (: prim (SparseUnivariatePolynomial F))) F F)) %noBranch)) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FunctionSpacePrimitiveElement compiling into /tmp/oa-P7rCCK importing PrimitiveElement F importing AlgebraicManipulations(R,F) importing PolynomialCategoryLifting(IndexedExponents Kernel F,Kernel F,R,SparseMultivariatePolynomial(R,Kernel F),Polynomial F) compiling local F2P : (F,List Symbol) -> Polynomial F Time: 0.08 SEC. compiling local K2P : (Kernel F,List Symbol) -> Polynomial F Time: 0.02 SEC. compiling exported primitiveElement : List F -> Record(primelt: F,poly: List SparseUnivariatePolynomial F,prim: SparseUnivariatePolynomial F) Time: 0.42 SEC. importing PolynomialCategoryQuotientFunctions(IndexedExponents Kernel F,Kernel F,R,SparseMultivariatePolynomial(R,Kernel F),F) compiling local F2UP : (SparseUnivariatePolynomial F,Kernel F,SparseUnivariatePolynomial F) -> SparseUnivariatePolynomial F Time: 0.10 SEC. compiling exported primitiveElement : (F,F) -> Record(primelt: F,pol1: SparseUnivariatePolynomial F,pol2: SparseUnivariatePolynomial F,prim: SparseUnivariatePolynomial F) Time: 0.44 SEC. compiling local getpoly : (SparseUnivariatePolynomial F,F) -> SparseUnivariatePolynomial F Time: 0.05 SEC. (time taken in buildFunctor: 0) Time: 0.04 SEC. Warnings: [1] F2P: not known that SetCategory is of mode CATEGORY(package,primitiveElement: List F -> Record(primelt: F,poly: List SparseUnivariatePolynomial F,prim: SparseUnivariatePolynomial F),IF(hasFAlgebraicallyClosedField(),primitiveElement: (F,F) -> Record(primelt: F,pol1: SparseUnivariatePolynomial F,pol2: SparseUnivariatePolynomial F,prim: SparseUnivariatePolynomial F),%noBranch)) [2] primitiveElement: string has no value [3] primitiveElement: not known that Ring is of mode CATEGORY(package,primitiveElement: List F -> Record(primelt: F,poly: List SparseUnivariatePolynomial F,prim: SparseUnivariatePolynomial F),IF(hasFAlgebraicallyClosedField(),primitiveElement: (F,F) -> Record(primelt: F,pol1: SparseUnivariatePolynomial F,pol2: SparseUnivariatePolynomial F,prim: SparseUnivariatePolynomial F),%noBranch)) [4] primitiveElement: not known that SetCategory is of mode CATEGORY(package,primitiveElement: List F -> Record(primelt: F,poly: List SparseUnivariatePolynomial F,prim: SparseUnivariatePolynomial F),IF(hasFAlgebraicallyClosedField(),primitiveElement: (F,F) -> Record(primelt: F,pol1: SparseUnivariatePolynomial F,pol2: SparseUnivariatePolynomial F,prim: SparseUnivariatePolynomial F),%noBranch)) [5] F2UP: not known that Ring is of mode CATEGORY(package,primitiveElement: (F,F) -> Record(primelt: F,pol1: SparseUnivariatePolynomial F,pol2: SparseUnivariatePolynomial F,prim: SparseUnivariatePolynomial F)) Cumulative Statistics for Constructor FunctionSpacePrimitiveElement Time: 1.15 seconds finalizing NRLIB FSPRMELT Processing FunctionSpacePrimitiveElement for Browser database: -- primitiveElement : List F -> Record(primelt: F,poly: List UP,prim: UP) -- primitiveElement : (F,F) -> Record(primelt: F,pol1: UP,pol2: UP,prim: UP) -- constructor ; compiling file "/tmp/oa-P7rCCK/code.lsp" (written 01 FEB 2016 11:09:26 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FSPRMELT;F2P| ...) ; compiling (DEFUN |FSPRMELT;F2P!1| ...) ; compiling (DEFUN |FSPRMELT;F2P!0| ...) ; compiling (DEFUN |FSPRMELT;K2P| ...) ; compiling (DEFUN |FSPRMELT;primitiveElement;LR;3| ...) ; compiling (DEFUN |FSPRMELT;F2UP| ...) ; compiling (DEFUN |FSPRMELT;primitiveElement;2FR;5| ...) ; compiling (DEFUN |FSPRMELT;primitiveElement;2FR;5!0| ...) ; compiling (DEFUN |FSPRMELT;getpoly| ...) ; compiling (DEFUN |FunctionSpacePrimitiveElement| ...) ; compiling (DEFUN |FunctionSpacePrimitiveElement;| ...) ; compiling (MAKEPROP (QUOTE |FunctionSpacePrimitiveElement|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-P7rCCK/code.fasl written ; compilation finished in 0:00:00.063 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile RDEEF.spad && cp RDEEF.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RDEEF.fasl \ && if test -f RDEEF-.NRLIB/code.fasl; then \ cp RDEEF-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RDEEF-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RDEEF.spad using Spad compiler. RDEEF abbreviates package ElementaryRischDE debug: compDefine1 lhs: (ElementaryRischDE R F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE rischDE ((Record (: ans F) (: right F) (: sol? (Boolean))) (Integer) F F (Symbol) (Mapping (Union (Record (: mainpart F) (: limitedlogs (List (Record (: coeff F) (: logand F))))) failed) F (List F)) (Mapping (Union (Record (: ratpart F) (: coeff F)) failed) F F)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE rischDE ((Record (: ans F) (: right F) (: sol? (Boolean))) (Integer) F F (Symbol) (Mapping (Union (Record (: mainpart F) (: limitedlogs (List (Record (: coeff F) (: logand F))))) failed) F (List F)) (Mapping (Union (Record (: ratpart F) (: coeff F)) failed) F F)))) $param: (R F) debug: evaluateType form: (Record (: ans F) (: right F) (: sol? (Boolean))) $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Boolean) $param: (R F) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Integer) $param: (R F) Debug: evaluateType1 form: (Integer) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Mapping (Union (Record (: mainpart F) (: limitedlogs (List (Record (: coeff F) (: logand F))))) failed) F (List F)) $param: (R F) debug: evaluateType form: (Union (Record (: mainpart F) (: limitedlogs (List (Record (: coeff F) (: logand F))))) failed) $param: (R F) debug: evaluateType form: (Record (: mainpart F) (: limitedlogs (List (Record (: coeff F) (: logand F))))) $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (List (Record (: coeff F) (: logand F))) $param: (R F) Debug: evaluateType1 form: (List (Record (: coeff F) (: logand F))) debug: evaluateType1 x: (Record (: coeff F) (: logand F)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: coeff F) (: logand F)) $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evalCategory d: (Record (: coeff F) (: logand F)) c: (Type) debug: evaluateType form: failed $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (List F) $param: (R F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (Mapping (Union (Record (: ratpart F) (: coeff F)) failed) F F) $param: (R F) debug: evaluateType form: (Union (Record (: ratpart F) (: coeff F)) failed) $param: (R F) debug: evaluateType form: (Record (: ratpart F) (: coeff F)) $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: failed $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE rischDE ((Record (: ans F) (: right F) (: sol? (Boolean))) (Integer) F F (Symbol) (Mapping (Union (Record (: mainpart F) (: limitedlogs (List (Record (: coeff F) (: logand F))))) failed) F (List F)) (Mapping (Union (Record (: ratpart F) (: coeff F)) failed) F F)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ElementaryRischDE compiling into /tmp/oa-fgvXXb importing IntegrationTools(R,F) importing TranscendentalRischDE(F,SparseUnivariatePolynomial F) importing TranscendentalIntegration(F,SparseUnivariatePolynomial F) importing PureAlgebraicIntegration(R,F,F) importing FunctionSpacePrimitiveElement(R,F) importing ElementaryFunctionStructurePackage(R,F) importing PolynomialCategoryQuotientFunctions(IndexedExponents Kernel F,Kernel F,R,SparseMultivariatePolynomial(R,Kernel F),F) compiling local RF2GP : Fraction SparseUnivariatePolynomial F -> LaurentPolynomial(F,SparseUnivariatePolynomial F) Time: 0.18 SEC. compiling local logdiff : (List Kernel F,List Kernel F) -> List Kernel F Debug compQuote expr: (QUOTE log) m: $EmptyMode Debug compQuote expr: (QUOTE log) m: (Symbol) Time: 0.02 SEC. compiling local rischDEalg : (Integer,F,F,F,Kernel F,List Kernel F,Symbol,(F,List F) -> Union(Record(mainpart: F,limitedlogs: List Record(coeff: F,logand: F)),failed),(F,F) -> Union(Record(ratpart: F,coeff: F),failed)) -> Record(ans: F,right: F,sol?: Boolean) Debug compQuote expr: (QUOTE %alg) m: $EmptyMode Debug compQuote expr: (QUOTE %alg) m: (Identifier) Time: 0.26 SEC. compiling exported rischDE : (Integer,F,F,Symbol,(F,List F) -> Union(Record(mainpart: F,limitedlogs: List Record(coeff: F,logand: F)),failed),(F,F) -> Union(Record(ratpart: F,coeff: F),failed)) -> Record(ans: F,right: F,sol?: Boolean) Debug compQuote expr: (QUOTE log) m: $EmptyMode Debug compQuote expr: (QUOTE log) m: (Symbol) Debug compQuote expr: (QUOTE exp) m: $EmptyMode Debug compQuote expr: (QUOTE exp) m: (Symbol) Debug compQuote expr: (QUOTE %alg) m: $EmptyMode Debug compQuote expr: (QUOTE %alg) m: (Identifier) Time: 0.18 SEC. compiling local normal0 : (Integer,F,F,Symbol) -> Union(F,failed) Time: 0.03 SEC. compiling local normalise0 : (Integer,F,F,Symbol) -> Record(ans: F,right: F,sol?: Boolean) Time: 0.39 SEC. compiling local normalise : (Integer,F,F,F,Symbol,Kernel F,(F,List F) -> Union(Record(mainpart: F,limitedlogs: List Record(coeff: F,logand: F)),failed),(F,F) -> Union(Record(ratpart: F,coeff: F),failed)) -> Record(ans: F,right: F,sol?: Boolean) Debug compQuote expr: (QUOTE log) m: $EmptyMode Debug compQuote expr: (QUOTE log) m: (Symbol) Debug compQuote expr: (QUOTE exp) m: $EmptyMode Debug compQuote expr: (QUOTE exp) m: (Symbol) Time: 0.75 SEC. compiling local makeData : (F,Symbol,Kernel F) -> List Record(coeff: Integer,argument: SparseMultivariatePolynomial(R,Kernel F)) Debug compQuote expr: (QUOTE log) m: $EmptyMode Debug compQuote expr: (QUOTE log) m: (Symbol) Time: 0.22 SEC. compiling local rischDElog : (List Kernel F,Fraction SparseUnivariatePolynomial F,Fraction SparseUnivariatePolynomial F,Symbol,Kernel F,SparseUnivariatePolynomial F -> SparseUnivariatePolynomial F,(F,List F) -> Union(Record(mainpart: F,limitedlogs: List Record(coeff: F,logand: F)),failed),(F,F) -> Union(Record(ratpart: F,coeff: F),failed)) -> Union(Fraction SparseUnivariatePolynomial F,failed) Time: 0.07 SEC. compiling local rischDEexp : (List Kernel F,Fraction SparseUnivariatePolynomial F,Fraction SparseUnivariatePolynomial F,Symbol,Kernel F,SparseUnivariatePolynomial F -> SparseUnivariatePolynomial F,(F,List F) -> Union(Record(mainpart: F,limitedlogs: List Record(coeff: F,logand: F)),failed),(F,F) -> Union(Record(ratpart: F,coeff: F),failed)) -> Union(Fraction SparseUnivariatePolynomial F,failed) Time: 0.10 SEC. compiling local polyDElog : (List Kernel F,SparseUnivariatePolynomial F,SparseUnivariatePolynomial F,SparseUnivariatePolynomial F,Symbol,Kernel F,SparseUnivariatePolynomial F -> SparseUnivariatePolynomial F,(F,List F) -> Union(Record(mainpart: F,limitedlogs: List Record(coeff: F,logand: F)),failed),(F,F) -> Union(Record(ratpart: F,coeff: F),failed)) -> Union(SparseUnivariatePolynomial F,failed) Time: 0.56 SEC. compiling local gpolDEexp : (List Kernel F,SparseUnivariatePolynomial F,LaurentPolynomial(F,SparseUnivariatePolynomial F),LaurentPolynomial(F,SparseUnivariatePolynomial F),Symbol,Kernel F,SparseUnivariatePolynomial F -> SparseUnivariatePolynomial F,(F,List F) -> Union(Record(mainpart: F,limitedlogs: List Record(coeff: F,logand: F)),failed),(F,F) -> Union(Record(ratpart: F,coeff: F),failed)) -> Union(LaurentPolynomial(F,SparseUnivariatePolynomial F),failed) Time: 4.87 SEC. compiling local polyDEexp : (List Kernel F,SparseUnivariatePolynomial F,SparseUnivariatePolynomial F,SparseUnivariatePolynomial F,Symbol,Kernel F,SparseUnivariatePolynomial F -> SparseUnivariatePolynomial F,(F,List F) -> Union(Record(mainpart: F,limitedlogs: List Record(coeff: F,logand: F)),failed),(F,F) -> Union(Record(ratpart: F,coeff: F),failed)) -> Union(SparseUnivariatePolynomial F,failed) Time: 0.26 SEC. compiling local exppolyint : (SparseUnivariatePolynomial F,(Integer,F) -> Record(ans: F,right: F,sol?: Boolean)) -> Union(SparseUnivariatePolynomial F,failed) Time: 0.05 SEC. compiling local boundInf : (List Kernel F,F,Integer,Integer,Integer,Symbol,Kernel F,(F,List F) -> Union(Record(mainpart: F,limitedlogs: List Record(coeff: F,logand: F)),failed)) -> Integer Time: 0.25 SEC. compiling local boundAt0 : (List Kernel F,F,Integer,Integer,Symbol,Kernel F,(F,List F) -> Union(Record(mainpart: F,limitedlogs: List Record(coeff: F,logand: F)),failed)) -> Integer Time: 0.33 SEC. compiling local logdegrad : (List Kernel F,F,SparseUnivariatePolynomial F,Integer,Symbol,Kernel F,(F,List F) -> Union(Record(mainpart: F,limitedlogs: List Record(coeff: F,logand: F)),failed),(F,F) -> Union(Record(ratpart: F,coeff: F),failed)) -> Union(SparseUnivariatePolynomial F,failed) Time: 0.35 SEC. compiling local logdeg : (SparseUnivariatePolynomial F,F,Integer,Symbol,F,(F,List F) -> Union(Record(mainpart: F,limitedlogs: List Record(coeff: F,logand: F)),failed),(F,F) -> Union(Record(ratpart: F,coeff: F),failed)) -> Union(SparseUnivariatePolynomial F,failed) Time: 0.25 SEC. compiling local expdegrad : (List Kernel F,F,SparseUnivariatePolynomial F,Integer,Symbol,Kernel F,(F,List F) -> Union(Record(mainpart: F,limitedlogs: List Record(coeff: F,logand: F)),failed),(F,F) -> Union(Record(ratpart: F,coeff: F),failed)) -> Union(SparseUnivariatePolynomial F,failed) Time: 0.58 SEC. compiling local expdeg : (SparseUnivariatePolynomial F,F,Integer,Symbol,F,(F,List F) -> Union(Record(mainpart: F,limitedlogs: List Record(coeff: F,logand: F)),failed),(F,F) -> Union(Record(ratpart: F,coeff: F),failed)) -> Union(SparseUnivariatePolynomial F,failed) Time: 0.23 SEC. compiling local RRF2F : Record(mainpart: F,limitedlogs: List Record(coeff: F,logand: F)) -> F Time: 0.08 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] rischDEalg: has? has no value [2] rischDEalg: not known that SetCategory is of mode CATEGORY(package,rischDE: (Integer,F,F,Symbol,((F,List F) -> Union(Record(mainpart: F,limitedlogs: List Record(coeff: F,logand: F)),"failed")),((F,F) -> Union(Record(ratpart: F,coeff: F),"failed"))) -> Record(ans: F,right: F,sol?: Boolean)) [3] rischDEalg: not known that Ring is of mode CATEGORY(package,rischDE: (Integer,F,F,Symbol,((F,List F) -> Union(Record(mainpart: F,limitedlogs: List Record(coeff: F,logand: F)),"failed")),((F,F) -> Union(Record(ratpart: F,coeff: F),"failed"))) -> Record(ans: F,right: F,sol?: Boolean)) [4] rischDE: symbolIfCan has no value [5] rischDE: has? has no value [6] normalise0: not known that SetCategory is of mode CATEGORY(package,rischDE: (Integer,F,F,Symbol,((F,List F) -> Union(Record(mainpart: F,limitedlogs: List Record(coeff: F,logand: F)),"failed")),((F,F) -> Union(Record(ratpart: F,coeff: F),"failed"))) -> Record(ans: F,right: F,sol?: Boolean)) [7] normalise0: not known that Ring is of mode CATEGORY(package,rischDE: (Integer,F,F,Symbol,((F,List F) -> Union(Record(mainpart: F,limitedlogs: List Record(coeff: F,logand: F)),"failed")),((F,F) -> Union(Record(ratpart: F,coeff: F),"failed"))) -> Record(ans: F,right: F,sol?: Boolean)) [8] polyDElog: limitedlogs has no value [9] polyDElog: more than 1 modemap for: Zero with dc = F ===> ((F F) ((has R (AbelianSemiGroup)) (CONST F ($))))((F F) (T (CONST F ($)))) [10] polyDElog: eq has no value [11] polyDEexp: eq has no value Cumulative Statistics for Constructor ElementaryRischDE Time: 10.00 seconds finalizing NRLIB RDEEF Processing ElementaryRischDE for Browser database: -- rischDE : (Z,F,F,SE,((F,LF) -> U),((F,F) -> UEX)) -> PSOL -- constructor ; compiling file "/tmp/oa-fgvXXb/code.lsp" (written 01 FEB 2016 11:09:37 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RDEEF;RF2GP| ...) ; compiling (DEFUN |RDEEF;logdiff| ...) ; file: /tmp/oa-fgvXXb/code.lsp ; in: DEFUN |RDEEF;logdiff| ; (DEFUN BOOT::|RDEEF;logdiff| (BOOT::|twr| BOOT::|bad| BOOT::$) ; (LET ((#:G1335 BOOT::|twr|) (#:G605 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G1335 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RDEEF;logdiff| ; (BOOT::|twr| BOOT::|bad| BOOT::$) ; (BLOCK BOOT::|RDEEF;logdiff| ; (LET ((#:G1335 BOOT::|twr|) (#:G605 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |RDEEF;rischDEalg| ...) ; file: /tmp/oa-fgvXXb/code.lsp ; in: DEFUN |RDEEF;rischDEalg| ; (DEFUN BOOT::|RDEEF;rischDEalg| ; (BOOT::|n| BOOT::|nfp| BOOT::|f| BOOT::|g| BOOT::|k| BOOT::|l| ; BOOT::|x| BOOT::|limint| BOOT::|extint| BOOT::$) ; (PROG (BOOT::|rc| BOOT::|lv| BOOT::|lk| BOOT::|y| BOOT::|rec| BOOT::|u| ; BOOT::|kx|) ; (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RDEEF;rischDEalg| ; (BOOT::|n| BOOT::|nfp| BOOT::|f| BOOT::|g| BOOT::|k| BOOT::|l| ; BOOT::|x| BOOT::|limint| BOOT::|extint| BOOT::$) ; (BLOCK BOOT::|RDEEF;rischDEalg| ; (PROG (BOOT::|rc| BOOT::|lv| BOOT::|lk| BOOT::|y| BOOT::|rec| BOOT::|u| ; BOOT::|kx|) ; (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |RDEEF;rischDEalg!0| ...) ; compiling (DEFUN |RDEEF;rischDE;I2FSMMR;4| ...) ; file: /tmp/oa-fgvXXb/code.lsp ; in: DEFUN |RDEEF;rischDE;I2FSMMR;4| ; (DEFUN BOOT::|RDEEF;rischDE;I2FSMMR;4| ; (BOOT::|n| BOOT::|f| BOOT::|g| BOOT::|x| BOOT::|limitedint| ; BOOT::|extendedint| BOOT::$) ; (PROG (BOOT::|k| BOOT::|vl| BOOT::|y| BOOT::|u|) ; (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RDEEF;rischDE;I2FSMMR;4| ; (BOOT::|n| BOOT::|f| BOOT::|g| BOOT::|x| BOOT::|limitedint| ; BOOT::|extendedint| BOOT::$) ; (BLOCK BOOT::|RDEEF;rischDE;I2FSMMR;4| ; (PROG (BOOT::|k| BOOT::|vl| BOOT::|y| BOOT::|u|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |RDEEF;normal0| ...) ; compiling (DEFUN |RDEEF;normalise0| ...) ; compiling (DEFUN |RDEEF;normalise| ...) ; compiling (DEFUN |RDEEF;normalise!3| ...) ; compiling (DEFUN |RDEEF;normalise!2| ...) ; compiling (DEFUN |RDEEF;normalise!1| ...) ; compiling (DEFUN |RDEEF;normalise!0| ...) ; compiling (DEFUN |RDEEF;makeData| ...) ; compiling (DEFUN |RDEEF;rischDElog| ...) ; compiling (DEFUN |RDEEF;rischDEexp| ...) ; compiling (DEFUN |RDEEF;polyDElog| ...) ; file: /tmp/oa-fgvXXb/code.lsp ; in: DEFUN |RDEEF;polyDElog| ; (DEFUN BOOT::|RDEEF;polyDElog| ; (BOOT::|twr| BOOT::|aa| BOOT::|bb| BOOT::|cc| BOOT::|x| BOOT::|t| ; BOOT::|driv| BOOT::|limint| BOOT::|extint| BOOT::$) ; (PROG (BOOT::|u| BOOT::|w| BOOT::|v| BOOT::|nn| BOOT::|r| BOOT::|i| ; BOOT::|ans| BOOT::|alph| BOOT::|if0| BOOT::|lk1| BOOT::|lk0| ; BOOT::|f0| ...) ; (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RDEEF;polyDElog| ; (BOOT::|twr| BOOT::|aa| BOOT::|bb| BOOT::|cc| BOOT::|x| BOOT::|t| ; BOOT::|driv| BOOT::|limint| BOOT::|extint| BOOT::$) ; (BLOCK BOOT::|RDEEF;polyDElog| ; (PROG (BOOT::|u| BOOT::|w| BOOT::|v| BOOT::|nn| BOOT::|r| BOOT::|i| ; BOOT::|ans| BOOT::|alph| BOOT::|if0| BOOT::|lk1| BOOT::|lk0| ; BOOT::|f0| ...) ; (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |RDEEF;polyDElog!1| ...) ; compiling (DEFUN |RDEEF;polyDElog!0| ...) ; compiling (DEFUN |RDEEF;gpolDEexp| ...) ; file: /tmp/oa-fgvXXb/code.lsp ; in: DEFUN |RDEEF;gpolDEexp| ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; (DEFUN BOOT::|RDEEF;gpolDEexp| ; (BOOT::|twr| BOOT::|a| BOOT::|b| BOOT::|c| BOOT::|x| BOOT::|t| ; BOOT::|driv| BOOT::|limint| BOOT::|extint| BOOT::$) ; (PROG (BOOT::|v| BOOT::|tm| BOOT::|m|) (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RDEEF;gpolDEexp| ; (BOOT::|twr| BOOT::|a| BOOT::|b| BOOT::|c| BOOT::|x| BOOT::|t| ; BOOT::|driv| BOOT::|limint| BOOT::|extint| BOOT::$) ; (BLOCK BOOT::|RDEEF;gpolDEexp| ; (PROG (BOOT::|v| BOOT::|tm| BOOT::|m|) (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |RDEEF;gpolDEexp!0| ...) ; compiling (DEFUN |RDEEF;polyDEexp| ...) ; compiling (DEFUN |RDEEF;polyDEexp!1| ...) ; compiling (DEFUN |RDEEF;polyDEexp!0| ...) ; compiling (DEFUN |RDEEF;exppolyint| ...) ; file: /tmp/oa-fgvXXb/code.lsp ; in: DEFUN |RDEEF;exppolyint| ; (DEFUN BOOT::|RDEEF;exppolyint| (BOOT::|p| BOOT::|rischdiffeq| BOOT::$) ; (LET ((BOOT::|u| (BOOT::SPADCALL # BOOT::|rischdiffeq| #))) ; (COND ((EQL # 1) (CONS 1 "failed")) (T (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RDEEF;exppolyint| ; (BOOT::|p| BOOT::|rischdiffeq| BOOT::$) ; (BLOCK BOOT::|RDEEF;exppolyint| ; (LET ((BOOT::|u| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |RDEEF;boundInf| ...) ; file: /tmp/oa-fgvXXb/code.lsp ; in: DEFUN |RDEEF;boundInf| ; (DEFUN BOOT::|RDEEF;boundInf| ; (BOOT::|twr| BOOT::|f0| BOOT::|da| BOOT::|db| BOOT::|dc| BOOT::|x| ; BOOT::|t| BOOT::|limitedint| BOOT::$) ; (PROG (BOOT::|al| BOOT::|alpha|) (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RDEEF;boundInf| ; (BOOT::|twr| BOOT::|f0| BOOT::|da| BOOT::|db| BOOT::|dc| BOOT::|x| ; BOOT::|t| BOOT::|limitedint| BOOT::$) ; (BLOCK BOOT::|RDEEF;boundInf| ; (PROG (BOOT::|al| BOOT::|alpha|) (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |RDEEF;boundAt0| ...) ; file: /tmp/oa-fgvXXb/code.lsp ; in: DEFUN |RDEEF;boundAt0| ; (DEFUN BOOT::|RDEEF;boundAt0| ; (BOOT::|twr| BOOT::|f0| BOOT::|nb| BOOT::|nc| BOOT::|x| BOOT::|t| ; BOOT::|limitedint| BOOT::$) ; (PROG (BOOT::|al| BOOT::|alpha|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RDEEF;boundAt0| ; (BOOT::|twr| BOOT::|f0| BOOT::|nb| BOOT::|nc| BOOT::|x| BOOT::|t| ; BOOT::|limitedint| BOOT::$) ; (BLOCK BOOT::|RDEEF;boundAt0| ; (PROG (BOOT::|al| BOOT::|alpha|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |RDEEF;logdegrad| ...) ; file: /tmp/oa-fgvXXb/code.lsp ; in: DEFUN |RDEEF;logdegrad| ; (DEFUN BOOT::|RDEEF;logdegrad| ; (BOOT::|twr| BOOT::|b| BOOT::|c| BOOT::|n| BOOT::|x| BOOT::|t| ; BOOT::|limitedint| BOOT::|extint| BOOT::$) ; (PROG (BOOT::|u1| BOOT::|alpha|) ; (RETURN ; (LET* (# # # # #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RDEEF;logdegrad| ; (BOOT::|twr| BOOT::|b| BOOT::|c| BOOT::|n| BOOT::|x| BOOT::|t| ; BOOT::|limitedint| BOOT::|extint| BOOT::$) ; (BLOCK BOOT::|RDEEF;logdegrad| ; (PROG (BOOT::|u1| BOOT::|alpha|) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |RDEEF;logdegrad!0| ...) ; compiling (DEFUN |RDEEF;logdeg| ...) ; file: /tmp/oa-fgvXXb/code.lsp ; in: DEFUN |RDEEF;logdeg| ; (DEFUN BOOT::|RDEEF;logdeg| ; (BOOT::|c| BOOT::|f| BOOT::|n| BOOT::|x| BOOT::|t'| BOOT::|limitedint| ; BOOT::|extint| BOOT::$) ; (PROG (BOOT::|u| BOOT::|m|) ; (RETURN ; (LET (#) ; (LOOP #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RDEEF;logdeg| ; (BOOT::|c| BOOT::|f| BOOT::|n| BOOT::|x| BOOT::|t'| BOOT::|limitedint| ; BOOT::|extint| BOOT::$) ; (BLOCK BOOT::|RDEEF;logdeg| ; (PROG (BOOT::|u| BOOT::|m|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |RDEEF;expdegrad| ...) ; file: /tmp/oa-fgvXXb/code.lsp ; in: DEFUN |RDEEF;expdegrad| ; (DEFUN BOOT::|RDEEF;expdegrad| ; (BOOT::|twr| BOOT::|b| BOOT::|c| BOOT::|n| BOOT::|x| BOOT::|t| ; BOOT::|limint| BOOT::|extint| BOOT::$) ; (PROG (BOOT::|u1| BOOT::|al| BOOT::|alpha| BOOT::|intf0|) ; (RETURN ; (LET* (# # # #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RDEEF;expdegrad| ; (BOOT::|twr| BOOT::|b| BOOT::|c| BOOT::|n| BOOT::|x| BOOT::|t| ; BOOT::|limint| BOOT::|extint| BOOT::$) ; (BLOCK BOOT::|RDEEF;expdegrad| ; (PROG (BOOT::|u1| BOOT::|al| BOOT::|alpha| BOOT::|intf0|) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |RDEEF;expdegrad!0| ...) ; compiling (DEFUN |RDEEF;expdeg| ...) ; file: /tmp/oa-fgvXXb/code.lsp ; in: DEFUN |RDEEF;expdeg| ; (DEFUN BOOT::|RDEEF;expdeg| ; (BOOT::|c| BOOT::|f| BOOT::|n| BOOT::|x| BOOT::|eta| ; BOOT::|limitedint| BOOT::|extint| BOOT::$) ; (PROG (BOOT::|u| BOOT::|m|) ; (RETURN ; (LET (#) ; (LOOP #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RDEEF;expdeg| ; (BOOT::|c| BOOT::|f| BOOT::|n| BOOT::|x| BOOT::|eta| BOOT::|limitedint| ; BOOT::|extint| BOOT::$) ; (BLOCK BOOT::|RDEEF;expdeg| ; (PROG (BOOT::|u| BOOT::|m|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |RDEEF;RRF2F| ...) ; compiling (DEFUN |ElementaryRischDE| ...) ; compiling (DEFUN |ElementaryRischDE;| ...) ; compiling (MAKEPROP (QUOTE |ElementaryRischDE|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 13 notes ; /tmp/oa-fgvXXb/code.fasl written ; compilation finished in 0:00:00.247 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SMITH.spad && cp SMITH.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SMITH.fasl \ && if test -f SMITH-.NRLIB/code.fasl; then \ cp SMITH-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SMITH-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SMITH.spad using Spad compiler. SMITH abbreviates package SmithNormalForm debug: compDefine1 lhs: (SmithNormalForm R Row Col M) signature (pre-evaluate): ((CATEGORY package (SIGNATURE hermite (M M)) (SIGNATURE completeHermite ((Record (: Hermite M) (: eqMat M)) M)) (SIGNATURE smith (M M)) (SIGNATURE completeSmith ((Record (: Smith M) (: leftEqMat M) (: rightEqMat M)) M)) (SIGNATURE diophantineSystem ((Record (: particular (Union Col failed)) (: basis (List Col))) M Col))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE hermite (M M)) (SIGNATURE completeHermite ((Record (: Hermite M) (: eqMat M)) M)) (SIGNATURE smith (M M)) (SIGNATURE completeSmith ((Record (: Smith M) (: leftEqMat M) (: rightEqMat M)) M)) (SIGNATURE diophantineSystem ((Record (: particular (Union Col failed)) (: basis (List Col))) M Col))) $param: (R Row Col M) debug: evaluateType form: M $param: (R Row Col M) debug: evaluateType form: M $param: (R Row Col M) debug: evaluateType form: (Record (: Hermite M) (: eqMat M)) $param: (R Row Col M) debug: evaluateType form: M $param: (R Row Col M) debug: evaluateType form: M $param: (R Row Col M) debug: evaluateType form: M $param: (R Row Col M) debug: evaluateType form: M $param: (R Row Col M) debug: evaluateType form: M $param: (R Row Col M) debug: evaluateType form: (Record (: Smith M) (: leftEqMat M) (: rightEqMat M)) $param: (R Row Col M) debug: evaluateType form: M $param: (R Row Col M) debug: evaluateType form: M $param: (R Row Col M) debug: evaluateType form: M $param: (R Row Col M) debug: evaluateType form: M $param: (R Row Col M) debug: evaluateType form: (Record (: particular (Union Col failed)) (: basis (List Col))) $param: (R Row Col M) debug: evaluateType form: (Union Col failed) $param: (R Row Col M) debug: evaluateType form: Col $param: (R Row Col M) debug: evaluateType form: failed $param: (R Row Col M) debug: evaluateType form: (List Col) $param: (R Row Col M) Debug: evaluateType1 form: (List Col) debug: evaluateType1 x: Col m: (Type) debug: evaluateType form: M $param: (R Row Col M) debug: evaluateType form: Col $param: (R Row Col M) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE hermite (M M)) (SIGNATURE completeHermite ((Record (: Hermite M) (: eqMat M)) M)) (SIGNATURE smith (M M)) (SIGNATURE completeSmith ((Record (: Smith M) (: leftEqMat M) (: rightEqMat M)) M)) (SIGNATURE diophantineSystem ((Record (: particular (Union Col failed)) (: basis (List Col))) M Col))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for SmithNormalForm compiling into /tmp/oa-25SwP7 compiling local test1 : (M,Col,NonNegativeInteger) -> Union(NonNegativeInteger,failed) Time: 0.07 SEC. compiling local test2 : (M,Col,NonNegativeInteger,NonNegativeInteger) -> Union(Col,failed) Time: 0.01 SEC. compiling local isDiagonal? : M -> Boolean Time: 0.01 SEC. compiling local elRow1 : (M,Integer,Integer) -> M Time: 0 SEC. compiling local elRow2 : (M,R,Integer,Integer) -> M Time: 0.00 SEC. compiling local elColumn2 : (M,R,Integer,Integer) -> M Time: 0.00 SEC. compiling local ijDivide : (Record(Smith: M,leftEqMat: M,rightEqMat: M),Integer,Integer) -> Record(Smith: M,leftEqMat: M,rightEqMat: M) Time: 0.02 SEC. compiling local lastStep : Record(Smith: M,leftEqMat: M,rightEqMat: M) -> Record(Smith: M,leftEqMat: M,rightEqMat: M) Time: 0.01 SEC. compiling local findEqMat : (M,M) -> Record(Hermite: M,eqMat: M) Time: 0.13 SEC. compiling exported hermite : M -> M Time: 0 SEC. compiling exported completeHermite : M -> Record(Hermite: M,eqMat: M) Time: 0 SEC. compiling exported smith : M -> M Time: 0 SEC. compiling exported completeSmith : M -> Record(Smith: M,leftEqMat: M,rightEqMat: M) Time: 0.06 SEC. compiling exported diophantineSystem : (M,Col) -> Record(particular: Union(Col,failed),basis: List Col) Time: 0.04 SEC. (time taken in buildFunctor: 4) Time: 0.01 SEC. Warnings: [1] findEqMat: tjj has no value Cumulative Statistics for Constructor SmithNormalForm Time: 0.36 seconds finalizing NRLIB SMITH Processing SmithNormalForm for Browser database: -- hermite : M -> M -- completeHermite : M -> HermiteForm -- smith : M -> M -- completeSmith : M -> SmithForm -- diophantineSystem : (M,Col) -> Both -- constructor ; compiling file "/tmp/oa-25SwP7/code.lsp" (written 01 FEB 2016 11:09:37 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SMITH;test1| ...) ; compiling (DEFUN |SMITH;test2| ...) ; compiling (DEFUN |SMITH;isDiagonal?| ...) ; compiling (DEFUN |SMITH;elRow1| ...) ; compiling (DEFUN |SMITH;elRow2| ...) ; compiling (DEFUN |SMITH;elRow2!0| ...) ; compiling (DEFUN |SMITH;elColumn2| ...) ; compiling (DEFUN |SMITH;elColumn2!0| ...) ; compiling (DEFUN |SMITH;ijDivide| ...) ; compiling (DEFUN |SMITH;ijDivide!0| ...) ; compiling (DEFUN |SMITH;lastStep| ...) ; compiling (DEFUN |SMITH;findEqMat| ...) ; compiling (DEFUN |SMITH;findEqMat!0| ...) ; compiling (DEFUN |SMITH;hermite;2M;10| ...) ; compiling (DEFUN |SMITH;completeHermite;MR;11| ...) ; compiling (DEFUN |SMITH;smith;2M;12| ...) ; compiling (DEFUN |SMITH;completeSmith;MR;13| ...) ; compiling (DEFUN |SMITH;diophantineSystem;MColR;14| ...) ; compiling (DEFUN |SmithNormalForm| ...) ; compiling (DEFUN |SmithNormalForm;| ...) ; compiling (MAKEPROP (QUOTE |SmithNormalForm|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-25SwP7/code.fasl written ; compilation finished in 0:00:00.086 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile RDETRS.spad && cp RDETRS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RDETRS.fasl \ && if test -f RDETRS-.NRLIB/code.fasl; then \ cp RDETRS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RDETRS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RDETRS.spad using Spad compiler. RDETRS abbreviates package TranscendentalRischDESystem debug: compDefine1 lhs: (TranscendentalRischDESystem F UP) signature (pre-evaluate): ((CATEGORY package (SIGNATURE monomRDEsys ((Union (Record (: a UP) (: b (Fraction UP)) (: h UP) (: c1 (Fraction UP)) (: c2 (Fraction UP)) (: t UP)) failed) (Fraction UP) (Fraction UP) (Fraction UP) (Mapping UP UP))) (SIGNATURE baseRDEsys ((Union (List (Fraction UP)) failed) (Fraction UP) (Fraction UP) (Fraction UP)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE monomRDEsys ((Union (Record (: a UP) (: b (Fraction UP)) (: h UP) (: c1 (Fraction UP)) (: c2 (Fraction UP)) (: t UP)) failed) (Fraction UP) (Fraction UP) (Fraction UP) (Mapping UP UP))) (SIGNATURE baseRDEsys ((Union (List (Fraction UP)) failed) (Fraction UP) (Fraction UP) (Fraction UP)))) $param: (F UP) debug: evaluateType form: (Union (Record (: a UP) (: b (Fraction UP)) (: h UP) (: c1 (Fraction UP)) (: c2 (Fraction UP)) (: t UP)) failed) $param: (F UP) debug: evaluateType form: (Record (: a UP) (: b (Fraction UP)) (: h UP) (: c1 (Fraction UP)) (: c2 (Fraction UP)) (: t UP)) $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: failed $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Mapping UP UP) $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: (Union (List (Fraction UP)) failed) $param: (F UP) debug: evaluateType form: (List (Fraction UP)) $param: (F UP) Debug: evaluateType1 form: (List (Fraction UP)) debug: evaluateType1 x: (Fraction UP) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evalCategory d: (Fraction UP) c: (Type) debug: evaluateType form: failed $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE monomRDEsys ((Union (Record (: a UP) (: b (Fraction UP)) (: h UP) (: c1 (Fraction UP)) (: c2 (Fraction UP)) (: t UP)) failed) (Fraction UP) (Fraction UP) (Fraction UP) (Mapping UP UP))) (SIGNATURE baseRDEsys ((Union (List (Fraction UP)) failed) (Fraction UP) (Fraction UP) (Fraction UP)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for TranscendentalRischDESystem compiling into /tmp/oa-RorKSC importing MonomialExtensionTools(F,UP) importing SmithNormalForm(UP,Vector UP,Vector UP,Matrix UP) compiling exported monomRDEsys : (Fraction UP,Fraction UP,Fraction UP,UP -> UP) -> Union(Record(a: UP,b: Fraction UP,h: UP,c1: Fraction UP,c2: Fraction UP,t: UP),failed) Time: 0.12 SEC. compiling exported baseRDEsys : (Fraction UP,Fraction UP,Fraction UP) -> Union(List Fraction UP,failed) Time: 0.06 SEC. compiling local diophant : (UP,UP,UP,UP,UP) -> Union(Record(z1: UP,z2: UP,r1: UP,r2: UP),failed) Time: 0.12 SEC. compiling local SPDEsys : (UP,UP,UP,UP,UP,Integer,UP -> UP,(F,F,F,UP,UP,Integer) -> Union(List UP,failed)) -> Union(List UP,failed) Time: 0.06 SEC. compiling local DSPDEsys : (F,UP,UP,UP,UP,Integer,UP -> UP) -> Union(List UP,failed) Time: 0.03 SEC. compiling local DSPDEsys0 : (F,UP,UP,UP,UP,F,F,Integer,UP -> UP,(UP,UP,F,F,NonNegativeInteger) -> Union(List UP,failed)) -> Union(List UP,failed) Time: 0.04 SEC. compiling local DSPDEmix : (UP,UP,F,F,NonNegativeInteger,Integer,F) -> Union(List UP,failed) Time: 0.06 SEC. compiling local DSPDEhdom : (UP,UP,F,F,NonNegativeInteger,Integer) -> Union(List UP,failed) Time: 0.04 SEC. compiling local DSPDEbdom : (UP,UP,F,F,NonNegativeInteger,Integer) -> Union(List UP,failed) Time: 0.04 SEC. compiling local getBound : (UP,UP,UP,UP,UP) -> Integer Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor TranscendentalRischDESystem Time: 0.59 seconds finalizing NRLIB RDETRS Processing TranscendentalRischDESystem for Browser database: -- monomRDEsys : (RF,RF,RF,(UP -> UP)) -> Union(Record(a: UP,b: RF,h: UP,c1: RF,c2: RF,t: UP),"failed") -- baseRDEsys : (RF,RF,RF) -> Union(List RF,"failed") -- constructor ; compiling file "/tmp/oa-RorKSC/code.lsp" (written 01 FEB 2016 11:09:38 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RDETRS;monomRDEsys;3FMU;1| ...) ; compiling (DEFUN |RDETRS;baseRDEsys;3FU;2| ...) ; file: /tmp/oa-RorKSC/code.lsp ; in: DEFUN |RDETRS;baseRDEsys;3FU;2| ; (DEFUN BOOT::|RDETRS;baseRDEsys;3FU;2| ; (BOOT::|f| BOOT::|g1| BOOT::|g2| BOOT::$) ; (PROG (BOOT::|l| BOOT::|v| BOOT::|n| BOOT::|cc2| BOOT::|cc1| BOOT::|bb|) ; (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RDETRS;baseRDEsys;3FU;2| ; (BOOT::|f| BOOT::|g1| BOOT::|g2| BOOT::$) ; (BLOCK BOOT::|RDETRS;baseRDEsys;3FU;2| ; (PROG (BOOT::|l| BOOT::|v| BOOT::|n| BOOT::|cc2| BOOT::|cc1| ; BOOT::|bb|) ; (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |RDETRS;baseRDEsys;3FU;2!0| ...) ; compiling (DEFUN |RDETRS;diophant| ...) ; compiling (DEFUN |RDETRS;SPDEsys| ...) ; file: /tmp/oa-RorKSC/code.lsp ; in: DEFUN |RDETRS;SPDEsys| ; (DEFUN BOOT::|RDETRS;SPDEsys| ; (BOOT::|a| BOOT::|b| BOOT::|h| BOOT::|c1| BOOT::|c2| BOOT::|n| ; BOOT::|derivation| BOOT::|degradation| BOOT::$) ; (PROG (BOOT::|rh| BOOT::|rb| BOOT::|ra| BOOT::|l| BOOT::|v| BOOT::|rec| ; BOOT::|u| BOOT::|da| BOOT::|u2|) ; (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RDETRS;SPDEsys| ; (BOOT::|a| BOOT::|b| BOOT::|h| BOOT::|c1| BOOT::|c2| BOOT::|n| ; BOOT::|derivation| BOOT::|degradation| BOOT::$) ; (BLOCK BOOT::|RDETRS;SPDEsys| ; (PROG (BOOT::|rh| BOOT::|rb| BOOT::|ra| BOOT::|l| BOOT::|v| BOOT::|rec| ; BOOT::|u| BOOT::|da| BOOT::|u2|) ; (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |RDETRS;DSPDEsys| ...) ; compiling (DEFUN |RDETRS;DSPDEsys!2| ...) ; compiling (DEFUN |RDETRS;DSPDEsys!1| ...) ; compiling (DEFUN |RDETRS;DSPDEsys!0| ...) ; compiling (DEFUN |RDETRS;DSPDEsys0| ...) ; file: /tmp/oa-RorKSC/code.lsp ; in: DEFUN |RDETRS;DSPDEsys0| ; (DEFUN BOOT::|RDETRS;DSPDEsys0| ; (BOOT::|a| BOOT::|b| BOOT::|h| BOOT::|c1| BOOT::|c2| BOOT::|lb| ; BOOT::|lh| BOOT::|n| BOOT::|derivation| BOOT::|getlc| BOOT::$) ; (PROG (BOOT::|q2| BOOT::|q1| BOOT::|lq| BOOT::|u|) ; (RETURN ; (LET* (# #) ; (LOOP #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RDETRS;DSPDEsys0| ; (BOOT::|a| BOOT::|b| BOOT::|h| BOOT::|c1| BOOT::|c2| BOOT::|lb| ; BOOT::|lh| BOOT::|n| BOOT::|derivation| BOOT::|getlc| BOOT::$) ; (BLOCK BOOT::|RDETRS;DSPDEsys0| ; (PROG (BOOT::|q2| BOOT::|q1| BOOT::|lq| BOOT::|u|) ; (RETURN ; (LET* # ; #))))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |RDETRS;DSPDEmix| ...) ; compiling (DEFUN |RDETRS;DSPDEhdom| ...) ; file: /tmp/oa-RorKSC/code.lsp ; in: DEFUN |RDETRS;DSPDEhdom| ; (DEFUN BOOT::|RDETRS;DSPDEhdom| ; (BOOT::|c1| BOOT::|c2| BOOT::|lb| BOOT::|lh| BOOT::|n| BOOT::|d| ; BOOT::$) ; (PROG (BOOT::|q2| BOOT::|d2| BOOT::|q1| BOOT::|d1|) ; (RETURN ; (BOOT::SEQ (BOOT::LETT BOOT::|q1| # BOOT::|RDETRS;DSPDEhdom|) ; (BOOT::LETT BOOT::|q2| # BOOT::|RDETRS;DSPDEhdom|) ; (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RDETRS;DSPDEhdom| ; (BOOT::|c1| BOOT::|c2| BOOT::|lb| BOOT::|lh| BOOT::|n| BOOT::|d| ; BOOT::$) ; (BLOCK BOOT::|RDETRS;DSPDEhdom| ; (PROG (BOOT::|q2| BOOT::|d2| BOOT::|q1| BOOT::|d1|) ; (RETURN (BOOT::SEQ # # #))))) ; ; caught STYLE-WARNING: ; The variable |lb| is defined but never used. ; compiling (DEFUN |RDETRS;DSPDEbdom| ...) ; file: /tmp/oa-RorKSC/code.lsp ; in: DEFUN |RDETRS;DSPDEbdom| ; (DEFUN BOOT::|RDETRS;DSPDEbdom| ; (BOOT::|c1| BOOT::|c2| BOOT::|lb| BOOT::|lh| BOOT::|n| BOOT::|d| ; BOOT::$) ; (PROG (BOOT::|q2| BOOT::|d1| BOOT::|q1| BOOT::|d2|) ; (RETURN ; (BOOT::SEQ (BOOT::LETT BOOT::|q1| # BOOT::|RDETRS;DSPDEbdom|) ; (BOOT::LETT BOOT::|q2| # BOOT::|RDETRS;DSPDEbdom|) ; (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RDETRS;DSPDEbdom| ; (BOOT::|c1| BOOT::|c2| BOOT::|lb| BOOT::|lh| BOOT::|n| BOOT::|d| ; BOOT::$) ; (BLOCK BOOT::|RDETRS;DSPDEbdom| ; (PROG (BOOT::|q2| BOOT::|d1| BOOT::|q1| BOOT::|d2|) ; (RETURN (BOOT::SEQ # # #))))) ; ; caught STYLE-WARNING: ; The variable |lh| is defined but never used. ; compiling (DEFUN |RDETRS;getBound| ...) ; compiling (DEFUN |TranscendentalRischDESystem| ...) ; compiling (DEFUN |TranscendentalRischDESystem;| ...) ; compiling (MAKEPROP (QUOTE |TranscendentalRischDESystem|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 3 notes ; /tmp/oa-RorKSC/code.fasl written ; compilation finished in 0:00:00.167 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile RDEEFS.spad && cp RDEEFS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RDEEFS.fasl \ && if test -f RDEEFS-.NRLIB/code.fasl; then \ cp RDEEFS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RDEEFS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RDEEFS.spad using Spad compiler. RDEEFS abbreviates package ElementaryRischDESystem debug: compDefine1 lhs: (ElementaryRischDESystem R F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE rischDEsys ((Union (List F) failed) (Integer) F F F (Symbol) (Mapping (Union (Record (: mainpart F) (: limitedlogs (List (Record (: coeff F) (: logand F))))) failed) F (List F)) (Mapping (Union (Record (: ratpart F) (: coeff F)) failed) F F)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE rischDEsys ((Union (List F) failed) (Integer) F F F (Symbol) (Mapping (Union (Record (: mainpart F) (: limitedlogs (List (Record (: coeff F) (: logand F))))) failed) F (List F)) (Mapping (Union (Record (: ratpart F) (: coeff F)) failed) F F)))) $param: (R F) debug: evaluateType form: (Union (List F) failed) $param: (R F) debug: evaluateType form: (List F) $param: (R F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: failed $param: (R F) debug: evaluateType form: (Integer) $param: (R F) Debug: evaluateType1 form: (Integer) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Mapping (Union (Record (: mainpart F) (: limitedlogs (List (Record (: coeff F) (: logand F))))) failed) F (List F)) $param: (R F) debug: evaluateType form: (Union (Record (: mainpart F) (: limitedlogs (List (Record (: coeff F) (: logand F))))) failed) $param: (R F) debug: evaluateType form: (Record (: mainpart F) (: limitedlogs (List (Record (: coeff F) (: logand F))))) $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (List (Record (: coeff F) (: logand F))) $param: (R F) Debug: evaluateType1 form: (List (Record (: coeff F) (: logand F))) debug: evaluateType1 x: (Record (: coeff F) (: logand F)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: coeff F) (: logand F)) $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evalCategory d: (Record (: coeff F) (: logand F)) c: (Type) debug: evaluateType form: failed $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (List F) $param: (R F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (Mapping (Union (Record (: ratpart F) (: coeff F)) failed) F F) $param: (R F) debug: evaluateType form: (Union (Record (: ratpart F) (: coeff F)) failed) $param: (R F) debug: evaluateType form: (Record (: ratpart F) (: coeff F)) $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: failed $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE rischDEsys ((Union (List F) failed) (Integer) F F F (Symbol) (Mapping (Union (Record (: mainpart F) (: limitedlogs (List (Record (: coeff F) (: logand F))))) failed) F (List F)) (Mapping (Union (Record (: ratpart F) (: coeff F)) failed) F F)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ElementaryRischDESystem compiling into /tmp/oa-GXcbtH importing IntegrationTools(R,F) importing ElementaryRischDE(R,F) importing TranscendentalRischDESystem(F,SparseUnivariatePolynomial F) importing PolynomialCategoryQuotientFunctions(IndexedExponents Kernel F,Kernel F,R,SparseMultivariatePolynomial(R,Kernel F),F) compiling local basecase : (F,F,F,Kernel F) -> Union(List F,failed) Time: 0.16 SEC. compiling exported rischDEsys : (Integer,F,F,F,Symbol,(F,List F) -> Union(Record(mainpart: F,limitedlogs: List Record(coeff: F,logand: F)),failed),(F,F) -> Union(Record(ratpart: F,coeff: F),failed)) -> Union(List F,failed) Time: 0.08 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] basecase: not known that Ring is of mode CATEGORY(package,rischDEsys: (Integer,F,F,F,Symbol,((F,List F) -> Union(Record(mainpart: F,limitedlogs: List Record(coeff: F,logand: F)),"failed")),((F,F) -> Union(Record(ratpart: F,coeff: F),"failed"))) -> Union(List F,"failed")) [2] basecase: not known that SetCategory is of mode CATEGORY(package,rischDEsys: (Integer,F,F,F,Symbol,((F,List F) -> Union(Record(mainpart: F,limitedlogs: List Record(coeff: F,logand: F)),"failed")),((F,F) -> Union(Record(ratpart: F,coeff: F),"failed"))) -> Union(List F,"failed")) [3] rischDEsys: not known that SetCategory is of mode CATEGORY(package,rischDEsys: (Integer,F,F,F,Symbol,((F,List F) -> Union(Record(mainpart: F,limitedlogs: List Record(coeff: F,logand: F)),"failed")),((F,F) -> Union(Record(ratpart: F,coeff: F),"failed"))) -> Union(List F,"failed")) [4] rischDEsys: symbolIfCan has no value Cumulative Statistics for Constructor ElementaryRischDESystem Time: 0.25 seconds finalizing NRLIB RDEEFS Processing ElementaryRischDESystem for Browser database: -- rischDEsys : (Z,F,F,F,SE,((F,List F) -> U),((F,F) -> UEX)) -> ULF -- constructor ; compiling file "/tmp/oa-GXcbtH/code.lsp" (written 01 FEB 2016 11:09:39 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RDEEFS;basecase| ...) ; compiling (DEFUN |RDEEFS;rischDEsys;I3FSMMU;2| ...) ; file: /tmp/oa-GXcbtH/code.lsp ; in: DEFUN |RDEEFS;rischDEsys;I3FSMMU;2| ; (DEFUN BOOT::|RDEEFS;rischDEsys;I3FSMMU;2| ; (BOOT::|n| BOOT::|f| BOOT::|g1| BOOT::|g2| BOOT::|x| BOOT::|limint| ; BOOT::|extint| BOOT::$) ; (PROG (BOOT::|k| BOOT::|vl| #:G570 BOOT::|y2| BOOT::|y1| BOOT::|u2| ; BOOT::|u1|) ; (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RDEEFS;rischDEsys;I3FSMMU;2| ; (BOOT::|n| BOOT::|f| BOOT::|g1| BOOT::|g2| BOOT::|x| BOOT::|limint| ; BOOT::|extint| BOOT::$) ; (BLOCK BOOT::|RDEEFS;rischDEsys;I3FSMMU;2| ; (PROG (BOOT::|k| BOOT::|vl| #:G570 BOOT::|y2| BOOT::|y1| BOOT::|u2| ; BOOT::|u1|) ; (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; ; caught STYLE-WARNING: ; The variable |extint| is defined but never used. ; compiling (DEFUN |ElementaryRischDESystem| ...) ; compiling (DEFUN |ElementaryRischDESystem;| ...) ; compiling (MAKEPROP (QUOTE |ElementaryRischDESystem|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 1 note ; /tmp/oa-GXcbtH/code.fasl written ; compilation finished in 0:00:00.027 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PMASSFS.spad && cp PMASSFS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PMASSFS.fasl \ && if test -f PMASSFS-.NRLIB/code.fasl; then \ cp PMASSFS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PMASSFS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PMASSFS.spad using Spad compiler. PMASSFS abbreviates package FunctionSpaceAssertions debug: compDefine1 lhs: (FunctionSpaceAssertions R F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE assert (F F (Identifier))) (SIGNATURE constant (F F)) (SIGNATURE optional (F F)) (SIGNATURE multiple (F F))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE assert (F F (Identifier))) (SIGNATURE constant (F F)) (SIGNATURE optional (F F)) (SIGNATURE multiple (F F))) $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Identifier) $param: (R F) Debug: evaluateType1 form: (Identifier) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE assert (F F (Identifier))) (SIGNATURE constant (F F)) (SIGNATURE optional (F F)) (SIGNATURE multiple (F F))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FunctionSpaceAssertions compiling into /tmp/oa-Yj52vZ compiling local mkk : BasicOperator -> F Time: 0.04 SEC. compiling local ass : (Kernel F,Identifier) -> F Time: 0.01 SEC. compiling local asst : (Kernel F,Identifier) -> F Time: 0 SEC. compiling exported assert : (F,Identifier) -> F Time: 0.01 SEC. compiling exported constant : F -> F Debug compQuote expr: (QUOTE %pmconstant) m: (Identifier) Time: 0.01 SEC. compiling exported optional : F -> F Debug compQuote expr: (QUOTE %pmoptional) m: (Identifier) Time: 0.01 SEC. compiling exported multiple : F -> F Debug compQuote expr: (QUOTE %pmmultiple) m: (Identifier) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] ass: has? has no value [2] ass: not known that SetCategory is of mode CATEGORY(package,assert: (F,Identifier) -> F,constant: F -> F,optional: F -> F,multiple: F -> F) [3] asst: has? has no value Cumulative Statistics for Constructor FunctionSpaceAssertions Time: 0.10 seconds finalizing NRLIB PMASSFS Processing FunctionSpaceAssertions for Browser database: -- assert : (F,Identifier) -> F -- constant : F -> F -- optional : F -> F -- multiple : F -> F -- constructor ; compiling file "/tmp/oa-Yj52vZ/code.lsp" (written 01 FEB 2016 11:09:39 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PMASSFS;mkk| ...) ; compiling (DEFUN |PMASSFS;ass| ...) ; compiling (DEFUN |PMASSFS;asst| ...) ; compiling (DEFUN |PMASSFS;assert;FIF;4| ...) ; compiling (DEFUN |PMASSFS;constant;2F;5| ...) ; compiling (DEFUN |PMASSFS;optional;2F;6| ...) ; compiling (DEFUN |PMASSFS;multiple;2F;7| ...) ; compiling (DEFUN |FunctionSpaceAssertions| ...) ; compiling (DEFUN |FunctionSpaceAssertions;| ...) ; compiling (MAKEPROP (QUOTE |FunctionSpaceAssertions|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-Yj52vZ/code.fasl written ; compilation finished in 0:00:00.022 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FS2.spad && cp FS2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FS2.fasl \ && if test -f FS2-.NRLIB/code.fasl; then \ cp FS2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FS2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FS2.spad using Spad compiler. FS2 abbreviates package FunctionSpaceFunctions2 debug: compDefine1 lhs: (FunctionSpaceFunctions2 R A S B) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map (B (Mapping S R) A))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map (B (Mapping S R) A))) $param: (R A S B) debug: evaluateType form: B $param: (R A S B) debug: evaluateType form: (Mapping S R) $param: (R A S B) debug: evaluateType form: S $param: (R A S B) debug: evaluateType form: R $param: (R A S B) debug: evaluateType form: A $param: (R A S B) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map (B (Mapping S R) A))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FunctionSpaceFunctions2 compiling into /tmp/oa-RVkKxe compiling local smpmap : (R -> S,SparseMultivariatePolynomial(R,Kernel A)) -> B Time: 0.06 SEC. compiling exported map : (R -> S,A) -> B Time: 0.04 SEC. compiling exported map : (R -> S,A) -> B Time: 0.09 SEC. compiling exported map : (R -> S,A) -> B Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] map: not known that SetCategory is of mode CATEGORY(package,map: ((R -> S),A) -> B) Cumulative Statistics for Constructor FunctionSpaceFunctions2 Time: 0.20 seconds finalizing NRLIB FS2 Processing FunctionSpaceFunctions2 for Browser database: -- map : ((R -> S),A) -> B -- constructor ; compiling file "/tmp/oa-RVkKxe/code.lsp" (written 01 FEB 2016 11:09:39 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FS2;smpmap| ...) ; compiling (DEFUN |FS2;smpmap!2| ...) ; compiling (DEFUN |FS2;smpmap!1| ...) ; compiling (DEFUN |FS2;smpmap!0| ...) ; compiling (DEFUN |FS2;map;MAB;2| ...) ; compiling (DEFUN |FS2;map;MAB;3| ...) ; compiling (DEFUN |FS2;map;MAB;4| ...) ; compiling (DEFUN |FunctionSpaceFunctions2| ...) ; compiling (DEFUN |FunctionSpaceFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |FunctionSpaceFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-RVkKxe/code.fasl written ; compilation finished in 0:00:00.022 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ITRIGMNP.spad && cp ITRIGMNP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ITRIGMNP.fasl \ && if test -f ITRIGMNP-.NRLIB/code.fasl; then \ cp ITRIGMNP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ITRIGMNP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ITRIGMNP.spad using Spad compiler. ITRIGMNP abbreviates package InnerTrigonometricManipulations debug: compDefine1 lhs: (InnerTrigonometricManipulations R F FG) signature (pre-evaluate): ((CATEGORY package (SIGNATURE GF2FG (FG (Complex F))) (SIGNATURE FG2F (F FG)) (SIGNATURE F2FG (FG F)) (SIGNATURE explogs2trigs ((Complex F) FG)) (SIGNATURE trigs2explogs (FG FG (List (Kernel FG)) (List (Symbol))))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE GF2FG (FG (Complex F))) (SIGNATURE FG2F (F FG)) (SIGNATURE F2FG (FG F)) (SIGNATURE explogs2trigs ((Complex F) FG)) (SIGNATURE trigs2explogs (FG FG (List (Kernel FG)) (List (Symbol))))) $param: (R F FG) debug: evaluateType form: FG $param: (R F FG) debug: evaluateType form: (Complex F) $param: (R F FG) Debug: evaluateType1 form: (Complex F) debug: evaluateType1 x: F m: (CommutativeRing) debug: evaluateType form: F $param: (R F FG) debug: evaluateType form: FG $param: (R F FG) debug: evaluateType form: FG $param: (R F FG) debug: evaluateType form: F $param: (R F FG) debug: evaluateType form: (Complex F) $param: (R F FG) Debug: evaluateType1 form: (Complex F) debug: evaluateType1 x: F m: (CommutativeRing) debug: evaluateType form: FG $param: (R F FG) debug: evaluateType form: FG $param: (R F FG) debug: evaluateType form: FG $param: (R F FG) debug: evaluateType form: (List (Kernel FG)) $param: (R F FG) Debug: evaluateType1 form: (List (Kernel FG)) debug: evaluateType1 x: (Kernel FG) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F FG) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Kernel FG) $param: (R F FG) Debug: evaluateType1 form: (Kernel FG) debug: evaluateType1 x: FG m: (SetCategory) debug: evalCategory d: (Kernel FG) c: (Type) debug: evaluateType form: (List (Symbol)) $param: (R F FG) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F FG) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (R F FG) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE GF2FG (FG (Complex F))) (SIGNATURE FG2F (F FG)) (SIGNATURE F2FG (FG F)) (SIGNATURE explogs2trigs ((Complex F) FG)) (SIGNATURE trigs2explogs (FG FG (List (Kernel FG)) (List (Symbol))))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for InnerTrigonometricManipulations compiling into /tmp/oa-mRGizy compiling local GR2F : Complex R -> F Time: 0.13 SEC. compiling local KG2F : Kernel FG -> F Time: 0 SEC. compiling exported FG2F : FG -> F Time: 0.05 SEC. compiling exported F2FG : F -> FG Time: 0.02 SEC. compiling exported GF2FG : Complex F -> FG Time: 0.13 SEC. compiling local GR2GF : Complex R -> Complex F Time: 0.04 SEC. compiling local ker2explogs : (Kernel FG,List Kernel FG,List Symbol) -> FG Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (Symbol) Debug compQuote expr: (QUOTE atan) m: $EmptyMode Debug compQuote expr: (QUOTE atan) m: (Symbol) Time: 1.05 SEC. compiling exported trigs2explogs : (FG,List Kernel FG,List Symbol) -> FG Time: 0.03 SEC. compiling local ker2trigs : (BasicOperator,List Complex F) -> Complex F Debug compQuote expr: (QUOTE exp) m: $EmptyMode Debug compQuote expr: (QUOTE exp) m: (Symbol) Debug compQuote expr: (QUOTE log) m: $EmptyMode Debug compQuote expr: (QUOTE log) m: (Symbol) Debug compQuote expr: (QUOTE sin) m: $EmptyMode Debug compQuote expr: (QUOTE sin) m: (Symbol) Debug compQuote expr: (QUOTE cos) m: $EmptyMode Debug compQuote expr: (QUOTE cos) m: (Symbol) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (Symbol) Debug compQuote expr: (QUOTE cot) m: $EmptyMode Debug compQuote expr: (QUOTE cot) m: (Symbol) Debug compQuote expr: (QUOTE sec) m: $EmptyMode Debug compQuote expr: (QUOTE sec) m: (Symbol) Debug compQuote expr: (QUOTE csc) m: $EmptyMode Debug compQuote expr: (QUOTE csc) m: (Symbol) Debug compQuote expr: (QUOTE asin) m: $EmptyMode Debug compQuote expr: (QUOTE asin) m: (Symbol) Debug compQuote expr: (QUOTE acos) m: $EmptyMode Debug compQuote expr: (QUOTE acos) m: (Symbol) Debug compQuote expr: (QUOTE atan) m: $EmptyMode Debug compQuote expr: (QUOTE atan) m: (Symbol) Debug compQuote expr: (QUOTE acot) m: $EmptyMode Debug compQuote expr: (QUOTE acot) m: (Symbol) Debug compQuote expr: (QUOTE asec) m: $EmptyMode Debug compQuote expr: (QUOTE asec) m: (Symbol) Debug compQuote expr: (QUOTE acsc) m: $EmptyMode Debug compQuote expr: (QUOTE acsc) m: (Symbol) Debug compQuote expr: (QUOTE sinh) m: $EmptyMode Debug compQuote expr: (QUOTE sinh) m: (Symbol) Debug compQuote expr: (QUOTE cosh) m: $EmptyMode Debug compQuote expr: (QUOTE cosh) m: (Symbol) Debug compQuote expr: (QUOTE tanh) m: $EmptyMode Debug compQuote expr: (QUOTE tanh) m: (Symbol) Debug compQuote expr: (QUOTE coth) m: $EmptyMode Debug compQuote expr: (QUOTE coth) m: (Symbol) Debug compQuote expr: (QUOTE sech) m: $EmptyMode Debug compQuote expr: (QUOTE sech) m: (Symbol) Debug compQuote expr: (QUOTE csch) m: $EmptyMode Debug compQuote expr: (QUOTE csch) m: (Symbol) Debug compQuote expr: (QUOTE asinh) m: $EmptyMode Debug compQuote expr: (QUOTE asinh) m: (Symbol) Debug compQuote expr: (QUOTE acosh) m: $EmptyMode Debug compQuote expr: (QUOTE acosh) m: (Symbol) Debug compQuote expr: (QUOTE atanh) m: $EmptyMode Debug compQuote expr: (QUOTE atanh) m: (Symbol) Debug compQuote expr: (QUOTE acoth) m: $EmptyMode Debug compQuote expr: (QUOTE acoth) m: (Symbol) Debug compQuote expr: (QUOTE asech) m: $EmptyMode Debug compQuote expr: (QUOTE asech) m: (Symbol) Debug compQuote expr: (QUOTE acsch) m: $EmptyMode Debug compQuote expr: (QUOTE acsch) m: (Symbol) Debug compQuote expr: (QUOTE abs) m: $EmptyMode Debug compQuote expr: (QUOTE abs) m: (Symbol) Debug compQuote expr: (QUOTE nthRoot) m: $EmptyMode Debug compQuote expr: (QUOTE nthRoot) m: (Symbol) Time: 0.09 SEC. compiling local sup2trigs : (SparseUnivariatePolynomial SparseMultivariatePolynomial(Complex R,Kernel FG),Complex F) -> Complex F Time: 0.12 SEC. compiling local smp2trigs : SparseMultivariatePolynomial(Complex R,Kernel FG) -> Complex F Time: 0.05 SEC. compiling exported explogs2trigs : FG -> Complex F Debug compQuote expr: (QUOTE exp) m: $EmptyMode Debug compQuote expr: (QUOTE exp) m: (Symbol) Time: 0.30 SEC. compiling local supexp : (SparseUnivariatePolynomial SparseMultivariatePolynomial(Complex R,Kernel FG),Complex F,Complex F,Integer) -> Complex F Time: 0.14 SEC. compiling local PG2F : SparseMultivariatePolynomial(Complex R,Kernel FG) -> F Time: 0.03 SEC. compiling local smp2explogs : (SparseMultivariatePolynomial(Complex R,Kernel FG),List Kernel FG,List Symbol) -> FG Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] FG2F: not known that SetCategory is of mode CATEGORY(package,GF2FG: Complex F -> FG,FG2F: FG -> F,F2FG: F -> FG,explogs2trigs: FG -> Complex F,trigs2explogs: (FG,List Kernel FG,List Symbol) -> FG) [2] ker2explogs: IN has no value [3] ker2explogs: v has no value [4] ker2explogs: kf has no value [5] ker2explogs: a has no value [6] ker2trigs: IN has no value [7] ker2trigs: x has no value [8] explogs2trigs: not known that Ring is of mode CATEGORY(package,GF2FG: Complex F -> FG,FG2F: FG -> F,F2FG: F -> FG,explogs2trigs: FG -> Complex F,trigs2explogs: (FG,List Kernel FG,List Symbol) -> FG) Cumulative Statistics for Constructor InnerTrigonometricManipulations Time: 2.23 seconds finalizing NRLIB ITRIGMNP Processing InnerTrigonometricManipulations for Browser database: -- GF2FG : GF -> FG -- FG2F : FG -> F -- F2FG : F -> FG -- explogs2trigs : FG -> GF -- trigs2explogs : (FG,List KG,List SY) -> FG -- constructor ; compiling file "/tmp/oa-mRGizy/code.lsp" (written 01 FEB 2016 11:09:42 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ITRIGMNP;GR2F| ...) ; compiling (DEFUN |ITRIGMNP;KG2F| ...) ; compiling (DEFUN |ITRIGMNP;FG2F;FGF;3| ...) ; compiling (DEFUN |ITRIGMNP;F2FG;FFG;4| ...) ; compiling (DEFUN |ITRIGMNP;F2FG;FFG;4!0| ...) ; compiling (DEFUN |ITRIGMNP;GF2FG;CFG;5| ...) ; compiling (DEFUN |ITRIGMNP;GR2GF| ...) ; compiling (DEFUN |ITRIGMNP;ker2explogs| ...) ; compiling (DEFUN |ITRIGMNP;trigs2explogs;FGLLFG;8| ...) ; compiling (DEFUN |ITRIGMNP;ker2trigs| ...) ; compiling (DEFUN |ITRIGMNP;sup2trigs| ...) ; compiling (DEFUN |ITRIGMNP;smp2trigs| ...) ; compiling (DEFUN |ITRIGMNP;smp2trigs!0| ...) ; compiling (DEFUN |ITRIGMNP;explogs2trigs;FGC;12| ...) ; compiling (DEFUN |ITRIGMNP;supexp| ...) ; compiling (DEFUN |ITRIGMNP;PG2F| ...) ; compiling (DEFUN |ITRIGMNP;smp2explogs| ...) ; compiling (DEFUN |ITRIGMNP;smp2explogs!1| ...) ; compiling (DEFUN |ITRIGMNP;smp2explogs!0| ...) ; compiling (DEFUN |InnerTrigonometricManipulations| ...) ; compiling (DEFUN |InnerTrigonometricManipulations;| ...) ; compiling (MAKEPROP (QUOTE |InnerTrigonometricManipulations|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-mRGizy/code.fasl written ; compilation finished in 0:00:00.103 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile TRIGMNIP.spad && cp TRIGMNIP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/TRIGMNIP.fasl \ && if test -f TRIGMNIP-.NRLIB/code.fasl; then \ cp TRIGMNIP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/TRIGMNIP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TRIGMNIP.spad using Spad compiler. TRIGMNIP abbreviates package TrigonometricManipulations debug: compDefine1 lhs: (TrigonometricManipulations R F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE complexNormalize (F F)) (SIGNATURE complexNormalize (F F (Symbol))) (SIGNATURE complexElementary (F F)) (SIGNATURE complexElementary (F F (Symbol))) (SIGNATURE trigs (F F)) (SIGNATURE real (F F)) (SIGNATURE imag (F F)) (SIGNATURE real? ((Boolean) F)) (SIGNATURE complexForm ((Complex F) F))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE complexNormalize (F F)) (SIGNATURE complexNormalize (F F (Symbol))) (SIGNATURE complexElementary (F F)) (SIGNATURE complexElementary (F F (Symbol))) (SIGNATURE trigs (F F)) (SIGNATURE real (F F)) (SIGNATURE imag (F F)) (SIGNATURE real? ((Boolean) F)) (SIGNATURE complexForm ((Complex F) F))) $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Boolean) $param: (R F) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Complex F) $param: (R F) Debug: evaluateType1 form: (Complex F) debug: evaluateType1 x: F m: (CommutativeRing) debug: evaluateType form: F $param: (R F) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE complexNormalize (F F)) (SIGNATURE complexNormalize (F F (Symbol))) (SIGNATURE complexElementary (F F)) (SIGNATURE complexElementary (F F (Symbol))) (SIGNATURE trigs (F F)) (SIGNATURE real (F F)) (SIGNATURE imag (F F)) (SIGNATURE real? ((Boolean) F)) (SIGNATURE complexForm ((Complex F) F))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for TrigonometricManipulations compiling into /tmp/oa-6t03dZ importing ElementaryFunctionSign(R,F) importing InnerTrigonometricManipulations(R,F,Expression Complex R) importing ElementaryFunctionStructurePackage(R,F) importing ElementaryFunctionStructurePackage(Complex R,Expression Complex R) compiling local K2KG : Kernel F -> Kernel Expression Complex R Time: 0.17 SEC. compiling exported real? : F -> Boolean Time: 0.01 SEC. compiling exported real : F -> F Time: 0.01 SEC. compiling exported imag : F -> F Time: 0.01 SEC. compiling local complexKernels : F -> Record(ker: List Kernel F,val: List F) Time: 0.02 SEC. compiling local kcomplex : Kernel F -> Union(F,failed) Debug compQuote expr: (QUOTE nthRoot) m: $EmptyMode Debug compQuote expr: (QUOTE nthRoot) m: (Symbol) Debug compQuote expr: (QUOTE log) m: $EmptyMode Debug compQuote expr: (QUOTE log) m: (Symbol) Time: 0.12 SEC. compiling exported complexForm : F -> Complex F Time: 0.07 SEC. compiling local locexplogs : F -> Expression Complex R Debug compQuote expr: (QUOTE rtrig) m: $EmptyMode Debug compQuote expr: (QUOTE rtrig) m: (Identifier) Time: 0.04 SEC. compiling exported complexNormalize : (F,Symbol) -> F Debug compQuote expr: (QUOTE rtrig) m: $EmptyMode Debug compQuote expr: (QUOTE rtrig) m: (Identifier) Time: 0.08 SEC. compiling exported complexNormalize : F -> F Debug compQuote expr: (QUOTE rtrig) m: $EmptyMode Debug compQuote expr: (QUOTE rtrig) m: (Identifier) Time: 0.07 SEC. compiling exported complexElementary : (F,Symbol) -> F Debug compQuote expr: (QUOTE rtrig) m: $EmptyMode Debug compQuote expr: (QUOTE rtrig) m: (Identifier) Time: 0.06 SEC. compiling exported complexElementary : F -> F Debug compQuote expr: (QUOTE rtrig) m: $EmptyMode Debug compQuote expr: (QUOTE rtrig) m: (Identifier) Time: 0.04 SEC. compiling local localexplogs : (F,F,List Symbol) -> Expression Complex R Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (Symbol) Debug compQuote expr: (QUOTE cot) m: $EmptyMode Debug compQuote expr: (QUOTE cot) m: (Symbol) Time: 0.04 SEC. compiling exported trigs : F -> F Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] K2KG: first has no value [2] K2KG: not known that RadicalCategory is of mode CATEGORY(domain,IF(hasComplex(R)IntegralDomain(),PROGN(AlgebraicallyClosedFunctionSpace Complex R,TranscendentalFunctionCategory,CombinatorialOpsCategory,LiouvillianFunctionCategory,SpecialFunctionCategory,reduce: % -> %,number?: % -> Boolean,simplifyPower: (%,Integer) -> %,IF(hasComplex(R)GcdDomain(),PROGN(factorPolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %,squareFreePolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %),%noBranch),IF(hasComplex(R)RetractableTo(Integer()),RetractableTo AlgebraicNumber,%noBranch)),%noBranch)) [3] K2KG: not known that TranscendentalFunctionCategory is of mode CATEGORY(domain,IF(hasComplex(R)IntegralDomain(),PROGN(AlgebraicallyClosedFunctionSpace Complex R,TranscendentalFunctionCategory,CombinatorialOpsCategory,LiouvillianFunctionCategory,SpecialFunctionCategory,reduce: % -> %,number?: % -> Boolean,simplifyPower: (%,Integer) -> %,IF(hasComplex(R)GcdDomain(),PROGN(factorPolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %,squareFreePolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %),%noBranch),IF(hasComplex(R)RetractableTo(Integer()),RetractableTo AlgebraicNumber,%noBranch)),%noBranch)) [4] K2KG: not known that SetCategory is of mode CATEGORY(package,complexNormalize: F -> F,complexNormalize: (F,Symbol) -> F,complexElementary: F -> F,complexElementary: (F,Symbol) -> F,trigs: F -> F,real: F -> F,imag: F -> F,real?: F -> Boolean,complexForm: F -> Complex F) [5] real?: empty? has no value [6] complexKernels: not known that SetCategory is of mode CATEGORY(package,complexNormalize: F -> F,complexNormalize: (F,Symbol) -> F,complexElementary: F -> F,complexElementary: (F,Symbol) -> F,trigs: F -> F,real: F -> F,imag: F -> F,real?: F -> Boolean,complexForm: F -> Complex F) [7] complexForm: empty? has no value [8] complexNormalize: has? has no value [9] complexNormalize: g has no value [10] complexNormalize: not known that AlgebraicallyClosedField is of mode CATEGORY(domain,IF(hasComplex(R)IntegralDomain(),PROGN(AlgebraicallyClosedFunctionSpace Complex R,TranscendentalFunctionCategory,CombinatorialOpsCategory,LiouvillianFunctionCategory,SpecialFunctionCategory,reduce: % -> %,number?: % -> Boolean,simplifyPower: (%,Integer) -> %,IF(hasComplex(R)GcdDomain(),PROGN(factorPolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %,squareFreePolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %),%noBranch),IF(hasComplex(R)RetractableTo(Integer()),RetractableTo AlgebraicNumber,%noBranch)),%noBranch)) [11] complexNormalize: not known that TranscendentalFunctionCategory is of mode CATEGORY(domain,IF(hasComplex(R)IntegralDomain(),PROGN(AlgebraicallyClosedFunctionSpace Complex R,TranscendentalFunctionCategory,CombinatorialOpsCategory,LiouvillianFunctionCategory,SpecialFunctionCategory,reduce: % -> %,number?: % -> Boolean,simplifyPower: (%,Integer) -> %,IF(hasComplex(R)GcdDomain(),PROGN(factorPolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %,squareFreePolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %),%noBranch),IF(hasComplex(R)RetractableTo(Integer()),RetractableTo AlgebraicNumber,%noBranch)),%noBranch)) [12] complexElementary: has? has no value [13] complexElementary: g has no value Cumulative Statistics for Constructor TrigonometricManipulations Time: 0.80 seconds finalizing NRLIB TRIGMNIP Processing TrigonometricManipulations for Browser database: -- complexNormalize : F -> F -- complexNormalize : (F,SY) -> F -- complexElementary : F -> F -- complexElementary : (F,SY) -> F -- trigs : F -> F -- real : F -> F -- imag : F -> F -- real? : F -> Boolean -- complexForm : F -> Complex F -- constructor ; compiling file "/tmp/oa-6t03dZ/code.lsp" (written 01 FEB 2016 11:09:43 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |TRIGMNIP;K2KG| ...) ; compiling (DEFUN |TRIGMNIP;real?;FB;2| ...) ; compiling (DEFUN |TRIGMNIP;real;2F;3| ...) ; compiling (DEFUN |TRIGMNIP;imag;2F;4| ...) ; compiling (DEFUN |TRIGMNIP;complexKernels| ...) ; compiling (DEFUN |TRIGMNIP;kcomplex| ...) ; compiling (DEFUN |TRIGMNIP;complexForm;FC;7| ...) ; compiling (DEFUN |TRIGMNIP;locexplogs| ...) ; compiling (DEFUN |TRIGMNIP;locexplogs!0| ...) ; compiling (DEFUN |TRIGMNIP;complexNormalize;FSF;9| ...) ; compiling (DEFUN |TRIGMNIP;complexNormalize;FSF;9!0| ...) ; compiling (DEFUN |TRIGMNIP;complexNormalize;2F;10| ...) ; compiling (DEFUN |TRIGMNIP;complexNormalize;2F;10!0| ...) ; compiling (DEFUN |TRIGMNIP;complexElementary;FSF;11| ...) ; compiling (DEFUN |TRIGMNIP;complexElementary;FSF;11!0| ...) ; compiling (DEFUN |TRIGMNIP;complexElementary;2F;12| ...) ; compiling (DEFUN |TRIGMNIP;complexElementary;2F;12!0| ...) ; compiling (DEFUN |TRIGMNIP;localexplogs| ...) ; compiling (DEFUN |TRIGMNIP;trigs;2F;14| ...) ; compiling (DEFUN |TrigonometricManipulations| ...) ; compiling (DEFUN |TrigonometricManipulations;| ...) ; compiling (MAKEPROP (QUOTE |TrigonometricManipulations|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-6t03dZ/code.fasl written ; compilation finished in 0:00:00.059 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PMPREDFS.spad && cp PMPREDFS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PMPREDFS.fasl \ && if test -f PMPREDFS-.NRLIB/code.fasl; then \ cp PMPREDFS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PMPREDFS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PMPREDFS.spad using Spad compiler. PMPREDFS abbreviates package FunctionSpaceAttachPredicates debug: compDefine1 lhs: (FunctionSpaceAttachPredicates R F D) signature (pre-evaluate): ((CATEGORY package (SIGNATURE suchThat (F F (Mapping (Boolean) D))) (SIGNATURE suchThat (F F (List (Mapping (Boolean) D))))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE suchThat (F F (Mapping (Boolean) D))) (SIGNATURE suchThat (F F (List (Mapping (Boolean) D))))) $param: (R F D) debug: evaluateType form: F $param: (R F D) debug: evaluateType form: F $param: (R F D) debug: evaluateType form: (Mapping (Boolean) D) $param: (R F D) debug: evaluateType form: (Boolean) $param: (R F D) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: D $param: (R F D) debug: evaluateType form: F $param: (R F D) debug: evaluateType form: F $param: (R F D) debug: evaluateType form: (List (Mapping (Boolean) D)) $param: (R F D) Debug: evaluateType1 form: (List (Mapping (Boolean) D)) debug: evaluateType1 x: (Mapping (Boolean) D) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F D) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Mapping (Boolean) D) $param: (R F D) debug: evaluateType form: (Boolean) $param: (R F D) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: D $param: (R F D) debug: evalCategory d: (Mapping (Boolean) D) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE suchThat (F F (Mapping (Boolean) D))) (SIGNATURE suchThat (F F (List (Mapping (Boolean) D))))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FunctionSpaceAttachPredicates compiling into /tmp/oa-YwZJAZ importing AnyFunctions1 D -> Boolean compiling exported suchThat : (F,D -> Boolean) -> F Time: 0.04 SEC. compiling local mkk : BasicOperator -> F Time: 0.01 SEC. compiling local preds : Kernel F -> List Any Debug compQuote expr: (QUOTE %pmpredicate) m: $EmptyMode Debug compQuote expr: (QUOTE %pmpredicate) m: (Identifier) Time: 0.02 SEC. compiling local st : (Kernel F,List Any) -> F Debug compQuote expr: (QUOTE %pmpredicate) m: (Identifier) Time: 0.01 SEC. compiling exported suchThat : (F,List D -> Boolean) -> F Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] preds: property has no value [2] suchThat: not known that SetCategory is of mode CATEGORY(package,suchThat: (F,(D -> Boolean)) -> F,suchThat: (F,List (D -> Boolean)) -> F) Cumulative Statistics for Constructor FunctionSpaceAttachPredicates Time: 0.09 seconds finalizing NRLIB PMPREDFS Processing FunctionSpaceAttachPredicates for Browser database: -- suchThat : (F,(D -> Boolean)) -> F -- suchThat : (F,List (D -> Boolean)) -> F -- constructor ; compiling file "/tmp/oa-YwZJAZ/code.lsp" (written 01 FEB 2016 11:09:43 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PMPREDFS;suchThat;FMF;1| ...) ; compiling (DEFUN |PMPREDFS;mkk| ...) ; compiling (DEFUN |PMPREDFS;preds| ...) ; compiling (DEFUN |PMPREDFS;st| ...) ; compiling (DEFUN |PMPREDFS;suchThat;FLF;5| ...) ; compiling (DEFUN |FunctionSpaceAttachPredicates| ...) ; compiling (DEFUN |FunctionSpaceAttachPredicates;| ...) ; compiling (MAKEPROP (QUOTE |FunctionSpaceAttachPredicates|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-YwZJAZ/code.fasl written ; compilation finished in 0:00:00.021 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile INTPM.spad && cp INTPM.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INTPM.fasl \ && if test -f INTPM-.NRLIB/code.fasl; then \ cp INTPM-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INTPM-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INTPM.spad using Spad compiler. INTPM abbreviates package PatternMatchIntegration debug: compDefine1 lhs: (PatternMatchIntegration R F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE splitConstant ((Record (: const F) (: nconst F)) F (Symbol))) (IF (has R (ConvertibleTo (Pattern (Integer)))) (IF (has R (PatternMatchable (Integer))) (PROGN (IF (has F (LiouvillianFunctionCategory)) (PROGN (SIGNATURE pmComplexintegrate ((Union (Record (: special F) (: integrand F)) failed) F (Symbol))) (SIGNATURE pmintegrate ((Union (Record (: special F) (: integrand F)) failed) F (Symbol)))) %noBranch) (IF (has F (SpecialFunctionCategory)) (SIGNATURE pmintegrate ((Union F failed) F (Symbol) (OrderedCompletion F) (OrderedCompletion F))) %noBranch)) %noBranch) %noBranch)) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE splitConstant ((Record (: const F) (: nconst F)) F (Symbol))) (IF (has R (ConvertibleTo (Pattern (Integer)))) (IF (has R (PatternMatchable (Integer))) (PROGN (IF (has F (LiouvillianFunctionCategory)) (PROGN (SIGNATURE pmComplexintegrate ((Union (Record (: special F) (: integrand F)) failed) F (Symbol))) (SIGNATURE pmintegrate ((Union (Record (: special F) (: integrand F)) failed) F (Symbol)))) %noBranch) (IF (has F (SpecialFunctionCategory)) (SIGNATURE pmintegrate ((Union F failed) F (Symbol) (OrderedCompletion F) (OrderedCompletion F))) %noBranch)) %noBranch) %noBranch)) $param: (R F) debug: evaluateType form: (Record (: const F) (: nconst F)) $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE splitConstant ((Record (: const F) (: nconst F)) F (Symbol))) (IF (has R (ConvertibleTo (Pattern (Integer)))) (IF (has R (PatternMatchable (Integer))) (PROGN (IF (has F (LiouvillianFunctionCategory)) (PROGN (SIGNATURE pmComplexintegrate ((Union (Record (: special F) (: integrand F)) failed) F (Symbol))) (SIGNATURE pmintegrate ((Union (Record (: special F) (: integrand F)) failed) F (Symbol)))) %noBranch) (IF (has F (SpecialFunctionCategory)) (SIGNATURE pmintegrate ((Union F failed) F (Symbol) (OrderedCompletion F) (OrderedCompletion F))) %noBranch)) %noBranch) %noBranch)) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PatternMatchIntegration compiling into /tmp/oa-gMiJSe importing PatternMatch(Integer,F,F) importing ElementaryFunctionSign(R,F) importing FunctionSpaceAssertions(R,F) importing TrigonometricManipulations(R,F) importing FunctionSpaceAttachPredicates(R,F,F) compiling local mkalist : PatternMatchResult(Integer,F) -> AssociationList(Symbol,F) Time: 0.18 SEC. compiling exported splitConstant : (F,Symbol) -> Record(const: F,nconst: F) Time: 0.12 SEC. compiling local goodlilog? : (Kernel F,SparseMultivariatePolynomial(R,Kernel F)) -> Boolean Debug compQuote expr: (QUOTE log) m: $EmptyMode Debug compQuote expr: (QUOTE log) m: (Symbol) Time: 0.08 SEC. compiling local gooddilog? : (Kernel F,SparseMultivariatePolynomial(R,Kernel F),SparseMultivariatePolynomial(R,Kernel F)) -> Boolean Debug compQuote expr: (QUOTE log) m: $EmptyMode Debug compQuote expr: (QUOTE log) m: (Symbol) Time: 0.03 SEC. compiling local matcherfei : (F,Symbol,Boolean) -> Record(which: Integer,exponent: F,coeff: F) Time: 0.21 SEC. compiling local matchei : (F,Symbol) -> Record(which: Integer,exponent: F,coeff: F) Time: 0.20 SEC. compiling local matchdilog : (F,Symbol) -> List F Time: 0.03 SEC. compiling local matchdilog0 : (F,Kernel F,Symbol,SparseMultivariatePolynomial(R,Kernel F),F) -> List F Time: 0.24 SEC. compiling local matchli : (F,Symbol) -> List F Time: 0.02 SEC. compiling local matchli0 : (F,Kernel F,Symbol) -> List F Time: 0.12 SEC. compiling local matchsici : (F,Symbol) -> Record(which: Integer,exponent: F,coeff: F) Time: 0.07 SEC. compiling local insqrt : F -> F Time: 0.03 SEC. compiling exported pmintegrate : (F,Symbol) -> Union(Record(special: F,integrand: F),failed) Time: 0.07 SEC. compiling exported pmComplexintegrate : (F,Symbol) -> Union(Record(special: F,integrand: F),failed) Time: 0.03 SEC. compiling local formula1 : (F,Symbol,F,F) -> Union(F,failed) Time: 1.22 SEC. compiling local match1 : (F,Symbol,F,F) -> List F Time: 0.69 SEC. compiling exported pmintegrate : (F,Symbol,OrderedCompletion F,OrderedCompletion F) -> Union(F,failed) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.06 SEC. Warnings: [1] empty? has no value [2] splitConstant: member? has no value [3] splitConstant: not known that SetCategory is of mode CATEGORY(package,splitConstant: (F,Symbol) -> Record(const: F,nconst: F),IF(hasRConvertibleTo(Pattern(Integer())),IF(hasRPatternMatchable(Integer()),PROGN(IF(hasFLiouvillianFunctionCategory(),PROGN(pmComplexintegrate: (F,Symbol) -> Union(Record(special: F,integrand: F),"failed"),pmintegrate: (F,Symbol) -> Union(Record(special: F,integrand: F),"failed")),%noBranch),IF(hasFSpecialFunctionCategory(),pmintegrate: (F,Symbol,OrderedCompletion F,OrderedCompletion F) -> Union(F,"failed"),%noBranch)),%noBranch),%noBranch)) [4] splitConstant: more than 1 modemap for: One with dc = F ===> ((F F) ((has R (SemiGroup)) (CONST F ($))))((F F) (T (CONST F ($)))) [5] matcherfei: not known that SetCategory is of mode CATEGORY(package,pmintegrate: (F,Symbol) -> Union(Record(special: F,integrand: F),"failed")) [6] matchdilog: not known that SetCategory is of mode CATEGORY(package,pmintegrate: (F,Symbol) -> Union(Record(special: F,integrand: F),"failed")) [7] matchdilog0: not known that Ring is of mode CATEGORY(package,pmintegrate: (F,Symbol) -> Union(Record(special: F,integrand: F),"failed")) [8] matchli0: not known that Ring is of mode CATEGORY(package,pmintegrate: (F,Symbol) -> Union(Record(special: F,integrand: F),"failed")) [9] matchsici: ci0? has no value [10] pmintegrate: const has no value [11] pmintegrate: nconst has no value [12] pmintegrate: empty? has no value [13] pmComplexintegrate: const has no value [14] pmComplexintegrate: nconst has no value [15] formula1: empty? has no value [16] formula1: not known that SetCategory is of mode CATEGORY(package,pmintegrate: (F,Symbol,OrderedCompletion F,OrderedCompletion F) -> Union(F,"failed")) Cumulative Statistics for Constructor PatternMatchIntegration Time: 3.41 seconds finalizing NRLIB INTPM Processing PatternMatchIntegration for Browser database: -- splitConstant : (F,SY) -> Record(const: F,nconst: F) -- pmComplexintegrate : (F,SY) -> Union(ANS,"failed") -- pmintegrate : (F,SY) -> Union(ANS,"failed") -- pmintegrate : (F,SY,OFE,OFE) -> Union(F,"failed") -- constructor ; compiling file "/tmp/oa-gMiJSe/code.lsp" (written 01 FEB 2016 11:09:46 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |INTPM;mkalist| ...) ; compiling (DEFUN |INTPM;splitConstant;FSR;2| ...) ; file: /tmp/oa-gMiJSe/code.lsp ; in: DEFUN |INTPM;splitConstant;FSR;2| ; (DEFUN BOOT::|INTPM;splitConstant;FSR;2| (BOOT::|f| BOOT::|x| BOOT::$) ; (PROG (BOOT::|rec| BOOT::|vv| BOOT::|v| BOOT::|nc| BOOT::|cc|) ; (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTPM;splitConstant;FSR;2| ; (BOOT::|f| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|INTPM;splitConstant;FSR;2| ; (PROG (BOOT::|rec| BOOT::|vv| BOOT::|v| BOOT::|nc| BOOT::|cc|) ; (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |INTPM;goodlilog?| ...) ; compiling (DEFUN |INTPM;gooddilog?| ...) ; compiling (DEFUN |INTPM;matcherfei| ...) ; compiling (DEFUN |INTPM;matchei| ...) ; compiling (DEFUN |INTPM;matchdilog| ...) ; compiling (DEFUN |INTPM;matchdilog!0| ...) ; compiling (DEFUN |INTPM;matchdilog0| ...) ; compiling (DEFUN |INTPM;matchli| ...) ; compiling (DEFUN |INTPM;matchli!0| ...) ; compiling (DEFUN |INTPM;matchli0| ...) ; compiling (DEFUN |INTPM;matchsici| ...) ; compiling (DEFUN |INTPM;insqrt| ...) ; compiling (DEFUN |INTPM;pmintegrate;FSU;13| ...) ; compiling (DEFUN |INTPM;pmComplexintegrate;FSU;14| ...) ; compiling (DEFUN |INTPM;formula1| ...) ; compiling (DEFUN |INTPM;match1| ...) ; file: /tmp/oa-gMiJSe/code.lsp ; in: DEFUN |INTPM;match1| ; (DEFUN BOOT::|INTPM;match1| ; (BOOT::|f| BOOT::|x| BOOT::|t| BOOT::|cc| BOOT::$) ; (PROG (BOOT::|l|) ; (RETURN ; (LET* (# # #) ; (BOOT::SEQ # # # # # # # # # # # ...))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTPM;match1| ; (BOOT::|f| BOOT::|x| BOOT::|t| BOOT::|cc| BOOT::$) ; (BLOCK BOOT::|INTPM;match1| ; (PROG (BOOT::|l|) ; (RETURN ; (LET* # ; #))))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |INTPM;pmintegrate;FS2OcU;17| ...) ; compiling (DEFUN |INTPM;pmintegrate;FS2OcU;17!0| ...) ; compiling (DEFUN |PatternMatchIntegration| ...) ; compiling (DEFUN |PatternMatchIntegration;| ...) ; compiling (DEFUN |PatternMatchIntegration;!2| ...) ; compiling (DEFUN |PatternMatchIntegration;!1| ...) ; compiling (DEFUN |PatternMatchIntegration;!0| ...) ; compiling (MAKEPROP (QUOTE |PatternMatchIntegration|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 1 note ; /tmp/oa-gMiJSe/code.fasl written ; compilation finished in 0:00:00.221 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile INTEF.spad && cp INTEF.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INTEF.fasl \ && if test -f INTEF-.NRLIB/code.fasl; then \ cp INTEF-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INTEF-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INTEF.spad using Spad compiler. INTEF abbreviates package ElementaryIntegration debug: compDefine1 lhs: (ElementaryIntegration R F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE lfextendedint ((Union (Record (: ratpart F) (: coeff F)) failed) F (Symbol) F)) (SIGNATURE lflimitedint ((Union (Record (: mainpart F) (: limitedlogs (List (Record (: coeff F) (: logand F))))) failed) F (Symbol) (List F))) (SIGNATURE lfinfieldint ((Union F failed) F (Symbol))) (SIGNATURE lfintegrate ((IntegrationResult F) F (Symbol))) (SIGNATURE lfextlimint ((Union (Record (: ratpart F) (: coeff F)) failed) F (Symbol) (Kernel F) (List (Kernel F))))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE lfextendedint ((Union (Record (: ratpart F) (: coeff F)) failed) F (Symbol) F)) (SIGNATURE lflimitedint ((Union (Record (: mainpart F) (: limitedlogs (List (Record (: coeff F) (: logand F))))) failed) F (Symbol) (List F))) (SIGNATURE lfinfieldint ((Union F failed) F (Symbol))) (SIGNATURE lfintegrate ((IntegrationResult F) F (Symbol))) (SIGNATURE lfextlimint ((Union (Record (: ratpart F) (: coeff F)) failed) F (Symbol) (Kernel F) (List (Kernel F))))) $param: (R F) debug: evaluateType form: (Union (Record (: ratpart F) (: coeff F)) failed) $param: (R F) debug: evaluateType form: (Record (: ratpart F) (: coeff F)) $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: failed $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Union (Record (: mainpart F) (: limitedlogs (List (Record (: coeff F) (: logand F))))) failed) $param: (R F) debug: evaluateType form: (Record (: mainpart F) (: limitedlogs (List (Record (: coeff F) (: logand F))))) $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (List (Record (: coeff F) (: logand F))) $param: (R F) Debug: evaluateType1 form: (List (Record (: coeff F) (: logand F))) debug: evaluateType1 x: (Record (: coeff F) (: logand F)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: coeff F) (: logand F)) $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evalCategory d: (Record (: coeff F) (: logand F)) c: (Type) debug: evaluateType form: failed $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (List F) $param: (R F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (Union F failed) $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: failed $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (IntegrationResult F) $param: (R F) Debug: evaluateType1 form: (IntegrationResult F) debug: evaluateType1 x: F m: (Field) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Union (Record (: ratpart F) (: coeff F)) failed) $param: (R F) debug: evaluateType form: (Record (: ratpart F) (: coeff F)) $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: failed $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Kernel F) $param: (R F) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: (List (Kernel F)) $param: (R F) Debug: evaluateType1 form: (List (Kernel F)) debug: evaluateType1 x: (Kernel F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Kernel F) $param: (R F) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evalCategory d: (Kernel F) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE lfextendedint ((Union (Record (: ratpart F) (: coeff F)) failed) F (Symbol) F)) (SIGNATURE lflimitedint ((Union (Record (: mainpart F) (: limitedlogs (List (Record (: coeff F) (: logand F))))) failed) F (Symbol) (List F))) (SIGNATURE lfinfieldint ((Union F failed) F (Symbol))) (SIGNATURE lfintegrate ((IntegrationResult F) F (Symbol))) (SIGNATURE lfextlimint ((Union (Record (: ratpart F) (: coeff F)) failed) F (Symbol) (Kernel F) (List (Kernel F))))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ElementaryIntegration compiling into /tmp/oa-Gwsn57 importing IntegrationTools(R,F) importing ElementaryRischDE(R,F) importing RationalIntegration(F,SparseUnivariatePolynomial F) importing AlgebraicIntegration(R,F) importing AlgebraicManipulations(R,F) importing ElementaryRischDESystem(R,F) importing TranscendentalIntegration(F,SparseUnivariatePolynomial F) importing PureAlgebraicIntegration(R,F,F) importing IntegrationResultFunctions2(F,F) importing IntegrationResultFunctions2(Fraction SparseUnivariatePolynomial F,F) importing FunctionSpacePrimitiveElement(R,F) importing PolynomialCategoryQuotientFunctions(IndexedExponents Kernel F,Kernel F,R,SparseMultivariatePolynomial(R,Kernel F),F) compiling local prim? : (Kernel F,Symbol) -> Boolean Debug compQuote expr: (QUOTE log) m: $EmptyMode Debug compQuote expr: (QUOTE log) m: (Symbol) Debug compQuote expr: (QUOTE prim) m: $EmptyMode Debug compQuote expr: (QUOTE prim) m: (Identifier) Time: 0.11 SEC. compiling local tanint : (F,Symbol,Kernel F) -> IntegrationResult F Time: 0.22 SEC. compiling local unknownint : (F,Symbol) -> IntegrationResult F Debug compQuote expr: (QUOTE %diff) m: (Symbol) Time: 0.20 SEC. compiling local droponex : (F,F,Kernel F,F) -> Union(F,failed) Debug compQuote expr: (QUOTE %diff) m: $EmptyMode Debug compQuote expr: (QUOTE %diff) m: (Symbol) Time: 0.08 SEC. compiling local unklimint : (F,Symbol,List F) -> Union(Record(mainpart: F,limitedlogs: List Record(coeff: F,logand: F)),failed) Time: 0.11 SEC. compiling local unkextint : (F,Symbol,F) -> Union(Record(ratpart: F,coeff: F),failed) Time: 0.04 SEC. compiling local isx? : (F,Symbol) -> Boolean Time: 0.01 SEC. compiling local alglfint : (F,Kernel F,List Kernel F,Symbol) -> IntegrationResult F Debug compQuote expr: (QUOTE exp) m: $EmptyMode Debug compQuote expr: (QUOTE exp) m: (Symbol) Debug compQuote expr: (QUOTE %alg) m: $EmptyMode Debug compQuote expr: (QUOTE %alg) m: (Identifier) Time: 0.12 SEC. compiling local alglfextint : (F,Kernel F,List Kernel F,Symbol,F) -> Union(Record(ratpart: F,coeff: F),failed) Debug compQuote expr: (QUOTE %alg) m: $EmptyMode Debug compQuote expr: (QUOTE %alg) m: (Identifier) Debug compQuote expr: (QUOTE exp) m: $EmptyMode Debug compQuote expr: (QUOTE exp) m: (Symbol) Debug compQuote expr: (QUOTE log) m: $EmptyMode Debug compQuote expr: (QUOTE log) m: (Symbol) Time: 0.13 SEC. compiling local alglflimint : (F,Kernel F,List Kernel F,Symbol,List F) -> Union(Record(mainpart: F,limitedlogs: List Record(coeff: F,logand: F)),failed) Debug compQuote expr: (QUOTE %alg) m: $EmptyMode Debug compQuote expr: (QUOTE %alg) m: (Identifier) Debug compQuote expr: (QUOTE exp) m: $EmptyMode Debug compQuote expr: (QUOTE exp) m: (Symbol) Debug compQuote expr: (QUOTE log) m: $EmptyMode Debug compQuote expr: (QUOTE log) m: (Symbol) Time: 0.16 SEC. importing PatternMatchIntegration(R,F) compiling exported lfintegrate : (F,Symbol) -> IntegrationResult F Time: 0.08 SEC. compiling exported lfintegrate : (F,Symbol) -> IntegrationResult F Time: 0 SEC. compiling exported lfintegrate : (F,Symbol) -> IntegrationResult F Time: 0.01 SEC. compiling local lfintegrate0 : (F,Symbol) -> IntegrationResult F Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (Symbol) Debug compQuote expr: (QUOTE exp) m: $EmptyMode Debug compQuote expr: (QUOTE exp) m: (Symbol) Debug compQuote expr: (QUOTE %alg) m: $EmptyMode Debug compQuote expr: (QUOTE %alg) m: (Identifier) Time: 0.09 SEC. compiling local addx : (IntegrationResult F,F) -> IntegrationResult F Time: 0.02 SEC. compiling local tryChangeVar : (F,Kernel F,Symbol) -> Union(IntegrationResult F,failed) Time: 0.03 SEC. compiling local algexpint : (F,Kernel F,Kernel F,Symbol) -> IntegrationResult F Time: 0.06 SEC. compiling local algprimint : (F,Kernel F,Kernel F,Symbol) -> IntegrationResult F Time: 0.04 SEC. compiling exported lfextendedint : (F,Symbol,F) -> Union(Record(ratpart: F,coeff: F),failed) Debug compQuote expr: (QUOTE exp) m: $EmptyMode Debug compQuote expr: (QUOTE exp) m: (Symbol) Debug compQuote expr: (QUOTE %alg) m: $EmptyMode Debug compQuote expr: (QUOTE %alg) m: (Identifier) Time: 0.05 SEC. compiling exported lflimitedint : (F,Symbol,List F) -> Union(Record(mainpart: F,limitedlogs: List Record(coeff: F,logand: F)),failed) Debug compQuote expr: (QUOTE exp) m: $EmptyMode Debug compQuote expr: (QUOTE exp) m: (Symbol) Debug compQuote expr: (QUOTE %alg) m: $EmptyMode Debug compQuote expr: (QUOTE %alg) m: (Identifier) Time: 0.10 SEC. compiling exported lfinfieldint : (F,Symbol) -> Union(F,failed) Time: 0.01 SEC. compiling local primextint : (F,Symbol,Kernel F,F) -> Union(Record(ratpart: F,coeff: F),failed) Debug compQuote expr: (QUOTE log) m: $EmptyMode Debug compQuote expr: (QUOTE log) m: (Symbol) Time: 0.09 SEC. compiling local expextint : (F,Symbol,Kernel F,F) -> Union(Record(ratpart: F,coeff: F),failed) Time: 0.15 SEC. compiling local primint : (F,Symbol,Kernel F) -> IntegrationResult F Debug compQuote expr: (QUOTE log) m: $EmptyMode Debug compQuote expr: (QUOTE log) m: (Symbol) Time: 0.08 SEC. compiling exported lfextlimint : (F,Symbol,Kernel F,List Kernel F) -> Union(Record(ratpart: F,coeff: F),failed) Debug compQuote expr: (QUOTE log) m: $EmptyMode Debug compQuote expr: (QUOTE log) m: (Symbol) Time: 0.16 SEC. compiling local cfind : (F,List Record(coeff: F,logand: F)) -> F Time: 0.02 SEC. compiling local expint : (F,Symbol,Kernel F) -> IntegrationResult F Time: 0.14 SEC. compiling local primlimint : (F,Symbol,Kernel F,List F) -> Union(Record(mainpart: F,limitedlogs: List Record(coeff: F,logand: F)),failed) Debug compQuote expr: (QUOTE log) m: $EmptyMode Debug compQuote expr: (QUOTE log) m: (Symbol) Time: 0.20 SEC. compiling local explimint : (F,Symbol,Kernel F,List F) -> Union(Record(mainpart: F,limitedlogs: List Record(coeff: F,logand: F)),failed) Time: 0.27 SEC. (time taken in buildFunctor: 0) Time: 0.03 SEC. Warnings: [1] prim?: has? has no value [2] tanint: first has no value [3] tanint: not known that Ring is of mode CATEGORY(package,lfextendedint: (F,Symbol,F) -> Union(Record(ratpart: F,coeff: F),"failed"),lflimitedint: (F,Symbol,List F) -> Union(Record(mainpart: F,limitedlogs: List Record(coeff: F,logand: F)),"failed"),lfinfieldint: (F,Symbol) -> Union(F,"failed"),lfintegrate: (F,Symbol) -> IntegrationResult F,lfextlimint: (F,Symbol,Kernel F,List Kernel F) -> Union(Record(ratpart: F,coeff: F),"failed")) [4] tanint: not known that SetCategory is of mode CATEGORY(package,lfextendedint: (F,Symbol,F) -> Union(Record(ratpart: F,coeff: F),"failed"),lflimitedint: (F,Symbol,List F) -> Union(Record(mainpart: F,limitedlogs: List Record(coeff: F,logand: F)),"failed"),lfinfieldint: (F,Symbol) -> Union(F,"failed"),lfintegrate: (F,Symbol) -> IntegrationResult F,lfextlimint: (F,Symbol,Kernel F,List Kernel F) -> Union(Record(ratpart: F,coeff: F),"failed")) [5] unknownint: second has no value [6] unknownint: not known that SetCategory is of mode CATEGORY(package,lfextendedint: (F,Symbol,F) -> Union(Record(ratpart: F,coeff: F),"failed"),lflimitedint: (F,Symbol,List F) -> Union(Record(mainpart: F,limitedlogs: List Record(coeff: F,logand: F)),"failed"),lfinfieldint: (F,Symbol) -> Union(F,"failed"),lfintegrate: (F,Symbol) -> IntegrationResult F,lfextlimint: (F,Symbol,Kernel F,List Kernel F) -> Union(Record(ratpart: F,coeff: F),"failed")) [7] droponex: third has no value [8] droponex: not known that SetCategory is of mode CATEGORY(package,lfextendedint: (F,Symbol,F) -> Union(Record(ratpart: F,coeff: F),"failed"),lflimitedint: (F,Symbol,List F) -> Union(Record(mainpart: F,limitedlogs: List Record(coeff: F,logand: F)),"failed"),lfinfieldint: (F,Symbol) -> Union(F,"failed"),lfintegrate: (F,Symbol) -> IntegrationResult F,lfextlimint: (F,Symbol,Kernel F,List Kernel F) -> Union(Record(ratpart: F,coeff: F),"failed")) [9] alglfint: has? has no value [10] alglfextint: has? has no value [11] alglflimint: has? has no value [12] lfintegrate0: empty? has no value [13] lfintegrate0: symbolIfCan has no value [14] lfintegrate0: has? has no value [15] lfextendedint: empty? has no value [16] lfextendedint: symbolIfCan has no value [17] lfextendedint: has? has no value [18] lflimitedint: symbolIfCan has no value [19] lflimitedint: has? has no value [20] expint: first has no value Cumulative Statistics for Constructor ElementaryIntegration Time: 2.82 seconds finalizing NRLIB INTEF Processing ElementaryIntegration for Browser database: -- lfextendedint : (F,SE,F) -> U2 -- lflimitedint : (F,SE,List F) -> U3 -- lfinfieldint : (F,SE) -> Union(F,"failed") -- lfintegrate : (F,SE) -> IR -- lfextlimint : (F,SE,K,List K) -> U2 -- constructor ; compiling file "/tmp/oa-Gwsn57/code.lsp" (written 01 FEB 2016 11:09:50 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |INTEF;prim?| ...) ; file: /tmp/oa-Gwsn57/code.lsp ; in: DEFUN |INTEF;prim?| ; (DEFUN BOOT::|INTEF;prim?| (BOOT::|k| BOOT::|x| BOOT::$) ; (OR (BOOT::SPADCALL BOOT::|k| 'BOOT::|log| (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|k| (BOOT::|shellEntry| BOOT::$ 14)) ; 'BOOT::|prim| (BOOT::|shellEntry| BOOT::$ 16)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTEF;prim?| ; (BOOT::|k| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|INTEF;prim?| ; (OR ; (BOOT::SPADCALL BOOT::|k| 'BOOT::|log| ; (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|k| #) 'BOOT::|prim| ; (BOOT::|shellEntry| BOOT::$ 16))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |INTEF;tanint| ...) ; compiling (DEFUN |INTEF;tanint!5| ...) ; compiling (DEFUN |INTEF;tanint!4| ...) ; compiling (DEFUN |INTEF;tanint!3| ...) ; compiling (DEFUN |INTEF;tanint!2| ...) ; compiling (DEFUN |INTEF;tanint!1| ...) ; compiling (DEFUN |INTEF;tanint!0| ...) ; compiling (DEFUN |INTEF;unknownint| ...) ; compiling (DEFUN |INTEF;droponex| ...) ; compiling (DEFUN |INTEF;unklimint| ...) ; compiling (DEFUN |INTEF;unkextint| ...) ; compiling (DEFUN |INTEF;isx?| ...) ; compiling (DEFUN |INTEF;alglfint| ...) ; compiling (DEFUN |INTEF;alglfint!0| ...) ; compiling (DEFUN |INTEF;alglfextint| ...) ; file: /tmp/oa-Gwsn57/code.lsp ; in: DEFUN |INTEF;alglfextint| ; (DEFUN BOOT::|INTEF;alglfextint| ; (BOOT::|f| BOOT::|k| BOOT::|l| BOOT::|x| BOOT::|g| BOOT::$) ; (PROG (BOOT::|r| BOOT::|ky| BOOT::|u| BOOT::|lrhs| BOOT::|y| BOOT::|rec| ; BOOT::|kx|) ; (RETURN (COND (# #) (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTEF;alglfextint| ; (BOOT::|f| BOOT::|k| BOOT::|l| BOOT::|x| BOOT::|g| BOOT::$) ; (BLOCK BOOT::|INTEF;alglfextint| ; (PROG (BOOT::|r| BOOT::|ky| BOOT::|u| BOOT::|lrhs| BOOT::|y| ; BOOT::|rec| BOOT::|kx|) ; (RETURN (COND # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |INTEF;alglflimint| ...) ; file: /tmp/oa-Gwsn57/code.lsp ; in: DEFUN |INTEF;alglflimint| ; (DEFUN BOOT::|INTEF;alglflimint| ; (BOOT::|f| BOOT::|k| BOOT::|l| BOOT::|x| BOOT::|lu| BOOT::$) ; (PROG (BOOT::|r| BOOT::|ky| BOOT::|u| BOOT::|lrhs| BOOT::|y| BOOT::|rec| ; BOOT::|kx|) ; (RETURN (COND (# #) (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTEF;alglflimint| ; (BOOT::|f| BOOT::|k| BOOT::|l| BOOT::|x| BOOT::|lu| BOOT::$) ; (BLOCK BOOT::|INTEF;alglflimint| ; (PROG (BOOT::|r| BOOT::|ky| BOOT::|u| BOOT::|lrhs| BOOT::|y| ; BOOT::|rec| BOOT::|kx|) ; (RETURN (COND # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |INTEF;alglflimint!0| ...) ; compiling (DEFUN |INTEF;lfintegrate;FSIr;11| ...) ; compiling (DEFUN |INTEF;lfintegrate;FSIr;12| ...) ; compiling (DEFUN |INTEF;lfintegrate;FSIr;13| ...) ; compiling (DEFUN |INTEF;lfintegrate0| ...) ; compiling (DEFUN |INTEF;lfintegrate0!0| ...) ; compiling (DEFUN |INTEF;addx| ...) ; compiling (DEFUN |INTEF;tryChangeVar| ...) ; compiling (DEFUN |INTEF;tryChangeVar!0| ...) ; compiling (DEFUN |INTEF;algexpint| ...) ; compiling (DEFUN |INTEF;algexpint!1| ...) ; compiling (DEFUN |INTEF;algexpint!0| ...) ; compiling (DEFUN |INTEF;algprimint| ...) ; compiling (DEFUN |INTEF;algprimint!1| ...) ; compiling (DEFUN |INTEF;algprimint!0| ...) ; compiling (DEFUN |INTEF;lfextendedint;FSFU;19| ...) ; file: /tmp/oa-Gwsn57/code.lsp ; in: DEFUN |INTEF;lfextendedint;FSFU;19| ; (DEFUN BOOT::|INTEF;lfextendedint;FSFU;19| ; (BOOT::|f| BOOT::|x| BOOT::|g| BOOT::$) ; (PROG (BOOT::|k|) ; (RETURN ; (LET (#) ; (COND # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTEF;lfextendedint;FSFU;19| ; (BOOT::|f| BOOT::|x| BOOT::|g| BOOT::$) ; (BLOCK BOOT::|INTEF;lfextendedint;FSFU;19| ; (PROG (BOOT::|k|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |INTEF;lfextendedint;FSFU;19!0| ...) ; compiling (DEFUN |INTEF;lflimitedint;FSLU;20| ...) ; file: /tmp/oa-Gwsn57/code.lsp ; in: DEFUN |INTEF;lflimitedint;FSLU;20| ; (DEFUN BOOT::|INTEF;lflimitedint;FSLU;20| ; (BOOT::|f| BOOT::|x| BOOT::|lu| BOOT::$) ; (PROG (BOOT::|k|) ; (RETURN ; (LET (#) ; (COND # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTEF;lflimitedint;FSLU;20| ; (BOOT::|f| BOOT::|x| BOOT::|lu| BOOT::$) ; (BLOCK BOOT::|INTEF;lflimitedint;FSLU;20| ; (PROG (BOOT::|k|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |INTEF;lflimitedint;FSLU;20!0| ...) ; compiling (DEFUN |INTEF;lfinfieldint;FSU;21| ...) ; compiling (DEFUN |INTEF;primextint| ...) ; compiling (DEFUN |INTEF;primextint!2| ...) ; compiling (DEFUN |INTEF;primextint!1| ...) ; compiling (DEFUN |INTEF;primextint!0| ...) ; compiling (DEFUN |INTEF;expextint| ...) ; compiling (DEFUN |INTEF;expextint!4| ...) ; compiling (DEFUN |INTEF;expextint!3| ...) ; compiling (DEFUN |INTEF;expextint!2| ...) ; compiling (DEFUN |INTEF;expextint!1| ...) ; compiling (DEFUN |INTEF;expextint!0| ...) ; compiling (DEFUN |INTEF;primint| ...) ; compiling (DEFUN |INTEF;primint!3| ...) ; compiling (DEFUN |INTEF;primint!2| ...) ; compiling (DEFUN |INTEF;primint!1| ...) ; compiling (DEFUN |INTEF;primint!0| ...) ; compiling (DEFUN |INTEF;lfextlimint;FSKLU;25| ...) ; compiling (DEFUN |INTEF;cfind| ...) ; compiling (DEFUN |INTEF;expint| ...) ; compiling (DEFUN |INTEF;expint!5| ...) ; compiling (DEFUN |INTEF;expint!4| ...) ; compiling (DEFUN |INTEF;expint!3| ...) ; compiling (DEFUN |INTEF;expint!2| ...) ; compiling (DEFUN |INTEF;expint!1| ...) ; compiling (DEFUN |INTEF;expint!0| ...) ; compiling (DEFUN |INTEF;primlimint| ...) ; compiling (DEFUN |INTEF;primlimint!2| ...) ; compiling (DEFUN |INTEF;primlimint!1| ...) ; compiling (DEFUN |INTEF;primlimint!0| ...) ; compiling (DEFUN |INTEF;explimint| ...) ; compiling (DEFUN |INTEF;explimint!4| ...) ; compiling (DEFUN |INTEF;explimint!3| ...) ; compiling (DEFUN |INTEF;explimint!2| ...) ; compiling (DEFUN |INTEF;explimint!1| ...) ; compiling (DEFUN |INTEF;explimint!0| ...) ; compiling (DEFUN |ElementaryIntegration| ...) ; compiling (DEFUN |ElementaryIntegration;| ...) ; compiling (MAKEPROP (QUOTE |ElementaryIntegration|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 5 notes ; /tmp/oa-Gwsn57/code.fasl written ; compilation finished in 0:00:00.253 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile IR2F.spad && cp IR2F.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IR2F.fasl \ && if test -f IR2F-.NRLIB/code.fasl; then \ cp IR2F-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IR2F-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IR2F.spad using Spad compiler. IR2F abbreviates package IntegrationResultToFunction debug: compDefine1 lhs: (IntegrationResultToFunction R F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE split ((IntegrationResult F) (IntegrationResult F))) (SIGNATURE expand ((List F) (IntegrationResult F))) (SIGNATURE complexExpand (F (IntegrationResult F)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE split ((IntegrationResult F) (IntegrationResult F))) (SIGNATURE expand ((List F) (IntegrationResult F))) (SIGNATURE complexExpand (F (IntegrationResult F)))) $param: (R F) debug: evaluateType form: (IntegrationResult F) $param: (R F) Debug: evaluateType1 form: (IntegrationResult F) debug: evaluateType1 x: F m: (Field) debug: evaluateType form: (IntegrationResult F) $param: (R F) Debug: evaluateType1 form: (IntegrationResult F) debug: evaluateType1 x: F m: (Field) debug: evaluateType form: (List F) $param: (R F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (IntegrationResult F) $param: (R F) Debug: evaluateType1 form: (IntegrationResult F) debug: evaluateType1 x: F m: (Field) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (IntegrationResult F) $param: (R F) Debug: evaluateType1 form: (IntegrationResult F) debug: evaluateType1 x: F m: (Field) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE split ((IntegrationResult F) (IntegrationResult F))) (SIGNATURE expand ((List F) (IntegrationResult F))) (SIGNATURE complexExpand (F (IntegrationResult F)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for IntegrationResultToFunction compiling into /tmp/oa-wA6vTt importing AlgebraicManipulations(R,F) importing ElementaryFunctionSign(R,F) compiling local cmplex : (F,SparseUnivariatePolynomial F) -> F Time: 0.06 SEC. compiling local IR2F : IntegrationResult F -> F Time: 0.02 SEC. compiling local pairprod : (F,List F) -> List F Time: 0.00 SEC. compiling local evenRoots : F -> List F Debug compQuote expr: (QUOTE nthRoot) m: $EmptyMode Debug compQuote expr: (QUOTE nthRoot) m: (Symbol) Time: 0.05 SEC. compiling exported expand : IntegrationResult F -> List F Time: 0.01 SEC. compiling exported split : IntegrationResult F -> IntegrationResult F Time: 0.02 SEC. compiling exported complexExpand : IntegrationResult F -> F Time: 0.05 SEC. compiling local quadratic : (SparseUnivariatePolynomial F,SparseUnivariatePolynomial F) -> List F Time: 0.42 SEC. compiling local tantrick : (F,F) -> F Time: 0.01 SEC. compiling local ilog : (F,F,List Kernel F) -> F Time: 0.06 SEC. compiling local ilog0 : (F,F,SparseUnivariatePolynomial F,SparseUnivariatePolynomial F,F) -> F Time: 0.08 SEC. compiling local lg2func : Record(scalar: Fraction Integer,coeff: SparseUnivariatePolynomial F,logand: SparseUnivariatePolynomial F) -> List F Time: 0.08 SEC. compiling local lg2cfunc : Record(scalar: Fraction Integer,coeff: SparseUnivariatePolynomial F,logand: SparseUnivariatePolynomial F) -> F Time: 0.02 SEC. compiling local mkRealFunc : List Record(scalar: Fraction Integer,coeff: SparseUnivariatePolynomial F,logand: SparseUnivariatePolynomial F) -> List F Time: 0.02 SEC. compiling local linear : (SparseUnivariatePolynomial F,SparseUnivariatePolynomial F) -> F Time: 0.02 SEC. compiling local quadeval : (SparseUnivariatePolynomial F,F,F,F) -> Record(ans1: F,ans2: F) Time: 0.04 SEC. compiling local compatible? : (List F,List F) -> Boolean Time: 0.02 SEC. compiling local pairsum : (List F,List F) -> List F Time: 0.02 SEC. compiling local insqrt : F -> Record(sqrt: Record(ans1: F,ans2: F),sgn: Integer) Time: 0.04 SEC. compiling local nlogs : Record(scalar: Fraction Integer,coeff: SparseUnivariatePolynomial F,logand: SparseUnivariatePolynomial F) -> List Record(scalar: Fraction Integer,coeff: SparseUnivariatePolynomial F,logand: SparseUnivariatePolynomial F) Time: 0.09 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] evenRoots: not known that SetCategory is of mode CATEGORY(package,split: IntegrationResult F -> IntegrationResult F,expand: IntegrationResult F -> List F,complexExpand: IntegrationResult F -> F) [2] ilog: not known that SetCategory is of mode CATEGORY(package,split: IntegrationResult F -> IntegrationResult F,expand: IntegrationResult F -> List F,complexExpand: IntegrationResult F -> F) [3] ilog: not known that Ring is of mode CATEGORY(package,split: IntegrationResult F -> IntegrationResult F,expand: IntegrationResult F -> List F,complexExpand: IntegrationResult F -> F) [4] ilog0: < has no value [5] lg2func: degree has no value [6] nlogs: factors has no value Cumulative Statistics for Constructor IntegrationResultToFunction Time: 1.17 seconds finalizing NRLIB IR2F Processing IntegrationResultToFunction for Browser database: -- split : IR -> IR -- expand : IR -> List F -- complexExpand : IR -> F -- constructor ; compiling file "/tmp/oa-wA6vTt/code.lsp" (written 01 FEB 2016 11:09:51 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |IR2F;cmplex| ...) ; compiling (DEFUN |IR2F;IR2F| ...) ; compiling (DEFUN |IR2F;pairprod| ...) ; file: /tmp/oa-wA6vTt/code.lsp ; in: DEFUN |IR2F;pairprod| ; (DEFUN BOOT::|IR2F;pairprod| (BOOT::|x| BOOT::|l| BOOT::$) ; (LET ((#:G823 BOOT::|l|) (#:G571 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G823 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IR2F;pairprod| ; (BOOT::|x| BOOT::|l| BOOT::$) ; (BLOCK BOOT::|IR2F;pairprod| ; (LET ((#:G823 BOOT::|l|) (#:G571 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |IR2F;evenRoots| ...) ; file: /tmp/oa-wA6vTt/code.lsp ; in: DEFUN |IR2F;evenRoots| ; (DEFUN BOOT::|IR2F;evenRoots| (BOOT::|x| BOOT::$) ; (LET ((#:G824 (BOOT::SPADCALL BOOT::|x| #)) (#:G576 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G824 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IR2F;evenRoots| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|IR2F;evenRoots| ; (LET ((#:G824 #) (#:G576 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |IR2F;expand;IrL;5| ...) ; compiling (DEFUN |IR2F;split;2Ir;6| ...) ; compiling (DEFUN |IR2F;complexExpand;IrF;7| ...) ; compiling (DEFUN |IR2F;quadratic| ...) ; compiling (DEFUN |IR2F;tantrick| ...) ; compiling (DEFUN |IR2F;ilog| ...) ; compiling (DEFUN |IR2F;ilog0| ...) ; compiling (DEFUN |IR2F;lg2func| ...) ; file: /tmp/oa-wA6vTt/code.lsp ; in: DEFUN |IR2F;lg2func| ; (DEFUN BOOT::|IR2F;lg2func| (BOOT::|lg| BOOT::$) ; (PROG (#:G695 BOOT::|alpha| BOOT::|r|) ; (RETURN ; (LET* (# #) ; (COND # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IR2F;lg2func| ; (BOOT::|lg| BOOT::$) ; (BLOCK BOOT::|IR2F;lg2func| ; (PROG (#:G695 BOOT::|alpha| BOOT::|r|) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |IR2F;lg2cfunc| ...) ; compiling (DEFUN |IR2F;mkRealFunc| ...) ; compiling (DEFUN |IR2F;linear| ...) ; compiling (DEFUN |IR2F;quadeval| ...) ; compiling (DEFUN |IR2F;compatible?| ...) ; compiling (DEFUN |IR2F;pairsum| ...) ; compiling (DEFUN |IR2F;insqrt| ...) ; file: /tmp/oa-wA6vTt/code.lsp ; in: DEFUN |IR2F;insqrt| ; (DEFUN BOOT::|IR2F;insqrt| (BOOT::|y| BOOT::$) ; (PROG (BOOT::|s|) ; (RETURN ; (LET (#) ; (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IR2F;insqrt| ; (BOOT::|y| BOOT::$) ; (BLOCK BOOT::|IR2F;insqrt| ; (PROG (BOOT::|s|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |IR2F;nlogs| ...) ; file: /tmp/oa-wA6vTt/code.lsp ; in: DEFUN |IR2F;nlogs| ; (DEFUN BOOT::|IR2F;nlogs| (BOOT::|lg| BOOT::$) ; (LET ((#:G835 (BOOT::SPADCALL # #)) (#:G807 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G835 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IR2F;nlogs| ; (BOOT::|lg| BOOT::$) ; (BLOCK BOOT::|IR2F;nlogs| ; (LET ((#:G835 #) (#:G807 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS SIMPLE-VECTOR T)) &REST T). ; compiling (DEFUN |IntegrationResultToFunction| ...) ; compiling (DEFUN |IntegrationResultToFunction;| ...) ; compiling (MAKEPROP (QUOTE |IntegrationResultToFunction|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 5 notes ; /tmp/oa-wA6vTt/code.fasl written ; compilation finished in 0:00:00.120 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/APPRULE.fasl --bootstrap APPRULE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/APPRULE.spad using Spad compiler. APPRULE abbreviates package ApplyRules ------------------------------------------------------------------------ initializing stationary directory for ApplyRules compiling into /tmp/oa-OMCgxZ Time: 0.05 SEC. Cumulative Statistics for Constructor ApplyRules Time: 0.05 seconds finalizing NRLIB APPRULE ; compiling file "/tmp/oa-OMCgxZ/code.lsp" (written 01 FEB 2016 11:09:51 PM): ; compiling (DEFUN |ApplyRules| ...) ; compiling (DEFUN |ApplyRules;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-OMCgxZ/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/PMASSFS.fasl --bootstrap PMASSFS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PMASSFS.spad using Spad compiler. PMASSFS abbreviates package FunctionSpaceAssertions ------------------------------------------------------------------------ initializing stationary directory for FunctionSpaceAssertions compiling into /tmp/oa-ocIWW8 Time: 0.04 SEC. Cumulative Statistics for Constructor FunctionSpaceAssertions Time: 0.04 seconds finalizing NRLIB PMASSFS ; compiling file "/tmp/oa-ocIWW8/code.lsp" (written 01 FEB 2016 11:09:51 PM): ; compiling (DEFUN |FunctionSpaceAssertions| ...) ; compiling (DEFUN |FunctionSpaceAssertions;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-ocIWW8/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/RULE.fasl --optimize=3 RULE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RULE.spad using Spad compiler. RULE abbreviates domain RewriteRule debug: compDefine1 lhs: (RewriteRule Base R F) signature (pre-evaluate): ((Join (SetCategory) (Eltable F F) (RetractableTo (Equation F)) (CATEGORY domain (SIGNATURE rule ($ F F)) (SIGNATURE rule ($ F F (List (Symbol)))) (SIGNATURE suchThat ($ $ (List (Symbol)) (Mapping (Boolean) (List F)))) (SIGNATURE pattern ((Pattern Base) $)) (SIGNATURE lhs (F $)) (SIGNATURE rhs (F $)) (SIGNATURE elt (F $ F (PositiveInteger))) (SIGNATURE quotedOperators ((List (Symbol)) $)))) NIL NIL NIL) debug: evaluateType form: (Join (SetCategory) (Eltable F F) (RetractableTo (Equation F)) (CATEGORY domain (SIGNATURE rule ($ F F)) (SIGNATURE rule ($ F F (List (Symbol)))) (SIGNATURE suchThat ($ $ (List (Symbol)) (Mapping (Boolean) (List F)))) (SIGNATURE pattern ((Pattern Base) $)) (SIGNATURE lhs (F $)) (SIGNATURE rhs (F $)) (SIGNATURE elt (F $ F (PositiveInteger))) (SIGNATURE quotedOperators ((List (Symbol)) $)))) $param: (Base R F) debug: evaluateType form: (SetCategory) $param: (Base R F) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Eltable F F) $param: (Base R F) Debug: evaluateType1 form: (Eltable F F) debug: evaluateType1 x: F m: (Type) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (RetractableTo (Equation F)) $param: (Base R F) Debug: evaluateType1 form: (RetractableTo (Equation F)) debug: evaluateType1 x: (Equation F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Base R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation F) $param: (Base R F) Debug: evaluateType1 form: (Equation F) debug: evaluateType1 x: F m: (Type) debug: evalCategory d: (Equation F) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE rule ($ F F)) (SIGNATURE rule ($ F F (List (Symbol)))) (SIGNATURE suchThat ($ $ (List (Symbol)) (Mapping (Boolean) (List F)))) (SIGNATURE pattern ((Pattern Base) $)) (SIGNATURE lhs (F $)) (SIGNATURE rhs (F $)) (SIGNATURE elt (F $ F (PositiveInteger))) (SIGNATURE quotedOperators ((List (Symbol)) $))) $param: (Base R F) debug: evaluateType form: F $param: (Base R F) debug: evaluateType form: F $param: (Base R F) debug: evaluateType form: F $param: (Base R F) debug: evaluateType form: F $param: (Base R F) debug: evaluateType form: (List (Symbol)) $param: (Base R F) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Base R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (Base R F) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (List (Symbol)) $param: (Base R F) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Base R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (Base R F) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (Mapping (Boolean) (List F)) $param: (Base R F) debug: evaluateType form: (Boolean) $param: (Base R F) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List F) $param: (Base R F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (Pattern Base) $param: (Base R F) Debug: evaluateType1 form: (Pattern Base) debug: evaluateType1 x: Base m: (SetCategory) debug: evaluateType form: F $param: (Base R F) debug: evaluateType form: F $param: (Base R F) debug: evaluateType form: F $param: (Base R F) debug: evaluateType form: F $param: (Base R F) debug: evaluateType form: (PositiveInteger) $param: (Base R F) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (List (Symbol)) $param: (Base R F) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Base R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (Base R F) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (Eltable F F) (RetractableTo (Equation F)) (CATEGORY domain (SIGNATURE rule ($ F F)) (SIGNATURE rule ($ F F (List (Symbol)))) (SIGNATURE suchThat ($ $ (List (Symbol)) (Mapping (Boolean) (List F)))) (SIGNATURE pattern ((Pattern Base) $)) (SIGNATURE lhs (F $)) (SIGNATURE rhs (F $)) (SIGNATURE elt (F $ F (PositiveInteger))) (SIGNATURE quotedOperators ((List (Symbol)) $)))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for RewriteRule compiling into /tmp/oa-Q8tQFa importing ApplyRules(Base,R,F) importing PatternFunctions1(Base,F) importing FunctionSpaceAssertions(R,F) compiling exported pattern : % -> Pattern Base RULE;pattern;$P;1 x is replaced by %vref(x,0) Time: 0.06 SEC. compiling exported lhs : % -> F RULE;lhs;$F;2 x is replaced by %vref(x,1) Time: 0 SEC. compiling exported rhs : % -> F RULE;rhs;$F;3 x is replaced by %vref(x,2) Time: 0 SEC. compiling exported quotedOperators : % -> List Symbol RULE;quotedOperators;$L;4 x is replaced by %vref(x,3) Time: 0.01 SEC. compiling local mkRule : (Pattern Base,F,F,List Symbol) -> % RULE;mkRule is replaced by %vector Time: 0.01 SEC. compiling exported coerce : Equation F -> % Time: 0.01 SEC. compiling exported rule : (F,F) -> % Time: 0 SEC. compiling exported elt : (%,F) -> F Time: 0.01 SEC. compiling exported suchThat : (%,List Symbol,List F -> Boolean) -> % Time: 0.02 SEC. compiling exported = : (%,%) -> Boolean Time: 0.02 SEC. compiling exported elt : (%,F,PositiveInteger) -> F Time: 0.03 SEC. compiling local F2Symbol : F -> F Time: 0.04 SEC. compiling exported retractIfCan : % -> Union(Equation F,failed) Time: 0.01 SEC. compiling exported rule : (F,F,List Symbol) -> % Time: 0.06 SEC. compiling local opt : F -> Pattern Base Time: 0.01 SEC. compiling local appear? : (Pattern Base,List Pattern Base) -> Boolean Time: 0.02 SEC. compiling local bad? : Union(List Pattern Base,failed) -> Boolean Time: 0.02 SEC. compiling local transformLhs : Pattern Base -> Record(plus: F,times: F) Time: 0.04 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] Type Pattern Base is not in scope. Import it [2] Type List Symbol is not in scope. Import it [3] elt: pretend RewriteRule(Base,R,F) -- should replace by @ [4] retractIfCan: constant? has no value Cumulative Statistics for Constructor RewriteRule Time: 0.37 seconds finalizing NRLIB RULE Processing RewriteRule for Browser database: -- rule : (F,F) -> % -- rule : (F,F,List Symbol) -> % -- suchThat : (%,List Symbol,(List F -> Boolean)) -> % -- pattern : % -> P -- lhs : % -> F -- rhs : % -> F -- elt : (%,F,PositiveInteger) -> F -- quotedOperators : % -> List Symbol -- constructor ; compiling file "/tmp/oa-Q8tQFa/code.lsp" (written 01 FEB 2016 11:09:52 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |RULE;pattern;$P;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |RULE;lhs;$F;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |RULE;rhs;$F;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |RULE;quotedOperators;$L;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |RULE;mkRule|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RULE;pattern;$P;1| ...) ; compiling (DEFUN |RULE;lhs;$F;2| ...) ; compiling (DEFUN |RULE;rhs;$F;3| ...) ; compiling (DEFUN |RULE;quotedOperators;$L;4| ...) ; compiling (DEFUN |RULE;mkRule| ...) ; compiling (DEFUN |RULE;coerce;E$;6| ...) ; compiling (DEFUN |RULE;rule;2F$;7| ...) ; compiling (DEFUN |RULE;elt;$2F;8| ...) ; compiling (DEFUN |RULE;suchThat;$LM$;9| ...) ; compiling (DEFUN |RULE;=;2$B;10| ...) ; file: /tmp/oa-Q8tQFa/code.lsp ; in: DEFUN |RULE;=;2$B;10| ; (DEFUN BOOT::|RULE;=;2$B;10| (BOOT::|x| BOOT::|y| BOOT::$) ; (AND ; (BOOT::SPADCALL (SVREF BOOT::|x| 1) (SVREF BOOT::|y| 1) ; (BOOT::|shellEntry| BOOT::$ 35)) ; (AND ; (BOOT::SPADCALL (SVREF BOOT::|x| 2) (SVREF BOOT::|y| 2) ; (BOOT::|shellEntry| BOOT::$ 35)) ; (BOOT::SPADCALL (SVREF BOOT::|x| 3) (SVREF BOOT::|y| 3) ; (BOOT::|shellEntry| BOOT::$ 36))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RULE;=;2$B;10| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|RULE;=;2$B;10| ; (AND ; (BOOT::SPADCALL (SVREF BOOT::|x| 1) (SVREF BOOT::|y| 1) ; (BOOT::|shellEntry| BOOT::$ 35)) ; (AND (BOOT::SPADCALL # # #) (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |RULE;elt;$FPiF;11| ...) ; compiling (DEFUN |RULE;F2Symbol| ...) ; compiling (DEFUN |RULE;F2Symbol!0| ...) ; compiling (DEFUN |RULE;retractIfCan;$U;13| ...) ; compiling (DEFUN |RULE;rule;2FL$;14| ...) ; compiling (DEFUN |RULE;opt| ...) ; compiling (DEFUN |RULE;appear?| ...) ; compiling (DEFUN |RULE;bad?| ...) ; compiling (DEFUN |RULE;transformLhs| ...) ; compiling (DEFUN |RULE;coerce;$Of;19| ...) ; compiling (DEFUN |RewriteRule| ...) ; compiling (DEFUN |RewriteRule;| ...) ; compiling (MAKEPROP (QUOTE |RewriteRule|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-Q8tQFa/code.fasl written ; compilation finished in 0:00:00.089 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/APPRULE.fasl --optimize=3 APPRULE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/APPRULE.spad using Spad compiler. APPRULE abbreviates package ApplyRules debug: compDefine1 lhs: (ApplyRules Base R F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE applyRules (F (List (RewriteRule Base R F)) F)) (SIGNATURE applyRules (F (List (RewriteRule Base R F)) F (PositiveInteger))) (SIGNATURE localUnquote (F F (List (Symbol))))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE applyRules (F (List (RewriteRule Base R F)) F)) (SIGNATURE applyRules (F (List (RewriteRule Base R F)) F (PositiveInteger))) (SIGNATURE localUnquote (F F (List (Symbol))))) $param: (Base R F) debug: evaluateType form: F $param: (Base R F) debug: evaluateType form: (List (RewriteRule Base R F)) $param: (Base R F) Debug: evaluateType1 form: (List (RewriteRule Base R F)) debug: evaluateType1 x: (RewriteRule Base R F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Base R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (RewriteRule Base R F) $param: (Base R F) Debug: evaluateType1 form: (RewriteRule Base R F) debug: evaluateType1 x: Base m: (SetCategory) debug: evaluateType1 x: R m: (Join (Ring) (PatternMatchable Base) (ConvertibleTo (Pattern Base))) debug: evaluateType1 x: F m: (Join (FunctionSpace R) (PatternMatchable Base) (ConvertibleTo (Pattern Base))) debug: evalCategory d: (RewriteRule Base R F) c: (Type) debug: evaluateType form: F $param: (Base R F) debug: evaluateType form: F $param: (Base R F) debug: evaluateType form: (List (RewriteRule Base R F)) $param: (Base R F) Debug: evaluateType1 form: (List (RewriteRule Base R F)) debug: evaluateType1 x: (RewriteRule Base R F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Base R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (RewriteRule Base R F) $param: (Base R F) Debug: evaluateType1 form: (RewriteRule Base R F) debug: evaluateType1 x: Base m: (SetCategory) debug: evaluateType1 x: R m: (Join (Ring) (PatternMatchable Base) (ConvertibleTo (Pattern Base))) debug: evaluateType1 x: F m: (Join (FunctionSpace R) (PatternMatchable Base) (ConvertibleTo (Pattern Base))) debug: evalCategory d: (RewriteRule Base R F) c: (Type) debug: evaluateType form: F $param: (Base R F) debug: evaluateType form: (PositiveInteger) $param: (Base R F) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: F $param: (Base R F) debug: evaluateType form: F $param: (Base R F) debug: evaluateType form: (List (Symbol)) $param: (Base R F) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Base R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (Base R F) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE applyRules (F (List (RewriteRule Base R F)) F)) (SIGNATURE applyRules (F (List (RewriteRule Base R F)) F (PositiveInteger))) (SIGNATURE localUnquote (F F (List (Symbol))))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ApplyRules compiling into /tmp/oa-ZjriBL importing PatternFunctions1(Base,F) compiling local applist : (List RewriteRule(Base,R,F),List F) -> List F Time: 0.05 SEC. compiling local splitRules : List RewriteRule(Base,R,F) -> Record(lker: List Kernel F,lval: List F,rl: List RewriteRule(Base,R,F)) Time: 0.05 SEC. compiling exported applyRules : (List RewriteRule(Base,R,F),F) -> F Time: 0.04 SEC. compiling exported applyRules : (List RewriteRule(Base,R,F),F,PositiveInteger) -> F Time: 0.03 SEC. compiling local localApply : (List Kernel F,List F,List RewriteRule(Base,R,F),F,PositiveInteger) -> F Time: 0.04 SEC. compiling local rewrite : (F,PatternMatchResult(Base,F),List Symbol) -> F Time: 0.05 SEC. compiling exported localUnquote : (F,List Symbol) -> F Time: 0.01 SEC. compiling exported localUnquote : (F,List Symbol) -> F APPRULE;localUnquote;FLF;8(f,l) is replaced by f Time: 0.00 SEC. compiling local isitwithpred : (F,Pattern Base,List Pattern Base,List PatternMatchResult(Base,F)) -> PatternMatchResult(Base,F) Time: 0.04 SEC. compiling local isit : (F,Pattern Base) -> PatternMatchResult(Base,F) Time: 0.02 SEC. compiling local app : (List RewriteRule(Base,R,F),F) -> F Time: 0.11 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] splitRules: not known that SetCategory is of mode CATEGORY(package,applyRules: (List RewriteRule(Base,R,F),F) -> F,applyRules: (List RewriteRule(Base,R,F),F,PositiveInteger) -> F,localUnquote: (F,List Symbol) -> F) [2] rewrite: not known that SetCategory is of mode CATEGORY(package,applyRules: (List RewriteRule(Base,R,F),F) -> F,applyRules: (List RewriteRule(Base,R,F),F,PositiveInteger) -> F,localUnquote: (F,List Symbol) -> F) [3] isitwithpred: not known that SetCategory is of mode CATEGORY(package,applyRules: (List RewriteRule(Base,R,F),F) -> F,applyRules: (List RewriteRule(Base,R,F),F,PositiveInteger) -> F,localUnquote: (F,List Symbol) -> F) [4] isit: l has no value [5] app: failed? has no value [6] app: positive? has no value Cumulative Statistics for Constructor ApplyRules Time: 0.44 seconds finalizing NRLIB APPRULE Processing ApplyRules for Browser database: -- applyRules : (List RR,F) -> F -- applyRules : (List RR,F,PositiveInteger) -> F -- localUnquote : (F,List Symbol) -> F -- constructor ; compiling file "/tmp/oa-ZjriBL/code.lsp" (written 01 FEB 2016 11:09:53 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |APPRULE;localUnquote;FLF;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |APPRULE;applist| ...) ; file: /tmp/oa-ZjriBL/code.lsp ; in: DEFUN |APPRULE;applist| ; (DEFUN BOOT::|APPRULE;applist| (BOOT::|lrule| BOOT::|arglist| BOOT::$) ; (LET ((#:G676 BOOT::|arglist|) (#:G551 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G676 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|APPRULE;applist| ; (BOOT::|lrule| BOOT::|arglist| BOOT::$) ; (BLOCK BOOT::|APPRULE;applist| ; (LET ((#:G676 BOOT::|arglist|) (#:G551 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |APPRULE;splitRules| ...) ; compiling (DEFUN |APPRULE;applyRules;L2F;3| ...) ; compiling (DEFUN |APPRULE;applyRules;LFPiF;4| ...) ; compiling (DEFUN |APPRULE;localApply| ...) ; compiling (DEFUN |APPRULE;rewrite| ...) ; compiling (DEFUN |APPRULE;localUnquote;FLF;7| ...) ; compiling (DEFUN |APPRULE;localUnquote;FLF;8| ...) ; file: /tmp/oa-ZjriBL/code.lsp ; in: DEFUN |APPRULE;localUnquote;FLF;8| ; (DEFUN BOOT::|APPRULE;localUnquote;FLF;8| (BOOT::|f| BOOT::|l| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; BOOT::|f|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|APPRULE;localUnquote;FLF;8| ; (BOOT::|f| BOOT::|l| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|APPRULE;localUnquote;FLF;8| BOOT::|f|)) ; ; caught STYLE-WARNING: ; The variable |l| is defined but never used. ; compiling (DEFUN |APPRULE;isitwithpred| ...) ; compiling (DEFUN |APPRULE;isit| ...) ; compiling (DEFUN |APPRULE;app| ...) ; compiling (DEFUN |ApplyRules| ...) ; compiling (DEFUN |ApplyRules;| ...) ; compiling (MAKEPROP (QUOTE |ApplyRules|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 1 note ; /tmp/oa-ZjriBL/code.fasl written ; compilation finished in 0:00:00.047 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile RULE.spad && cp RULE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RULE.fasl \ && if test -f RULE-.NRLIB/code.fasl; then \ cp RULE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RULE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RULE.spad using Spad compiler. RULE abbreviates domain RewriteRule debug: compDefine1 lhs: (RewriteRule Base R F) signature (pre-evaluate): ((Join (SetCategory) (Eltable F F) (RetractableTo (Equation F)) (CATEGORY domain (SIGNATURE rule ($ F F)) (SIGNATURE rule ($ F F (List (Symbol)))) (SIGNATURE suchThat ($ $ (List (Symbol)) (Mapping (Boolean) (List F)))) (SIGNATURE pattern ((Pattern Base) $)) (SIGNATURE lhs (F $)) (SIGNATURE rhs (F $)) (SIGNATURE elt (F $ F (PositiveInteger))) (SIGNATURE quotedOperators ((List (Symbol)) $)))) NIL NIL NIL) debug: evaluateType form: (Join (SetCategory) (Eltable F F) (RetractableTo (Equation F)) (CATEGORY domain (SIGNATURE rule ($ F F)) (SIGNATURE rule ($ F F (List (Symbol)))) (SIGNATURE suchThat ($ $ (List (Symbol)) (Mapping (Boolean) (List F)))) (SIGNATURE pattern ((Pattern Base) $)) (SIGNATURE lhs (F $)) (SIGNATURE rhs (F $)) (SIGNATURE elt (F $ F (PositiveInteger))) (SIGNATURE quotedOperators ((List (Symbol)) $)))) $param: (Base R F) debug: evaluateType form: (SetCategory) $param: (Base R F) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Eltable F F) $param: (Base R F) Debug: evaluateType1 form: (Eltable F F) debug: evaluateType1 x: F m: (Type) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (RetractableTo (Equation F)) $param: (Base R F) Debug: evaluateType1 form: (RetractableTo (Equation F)) debug: evaluateType1 x: (Equation F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Base R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation F) $param: (Base R F) Debug: evaluateType1 form: (Equation F) debug: evaluateType1 x: F m: (Type) debug: evalCategory d: (Equation F) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE rule ($ F F)) (SIGNATURE rule ($ F F (List (Symbol)))) (SIGNATURE suchThat ($ $ (List (Symbol)) (Mapping (Boolean) (List F)))) (SIGNATURE pattern ((Pattern Base) $)) (SIGNATURE lhs (F $)) (SIGNATURE rhs (F $)) (SIGNATURE elt (F $ F (PositiveInteger))) (SIGNATURE quotedOperators ((List (Symbol)) $))) $param: (Base R F) debug: evaluateType form: F $param: (Base R F) debug: evaluateType form: F $param: (Base R F) debug: evaluateType form: F $param: (Base R F) debug: evaluateType form: F $param: (Base R F) debug: evaluateType form: (List (Symbol)) $param: (Base R F) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Base R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (Base R F) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (List (Symbol)) $param: (Base R F) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Base R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (Base R F) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (Mapping (Boolean) (List F)) $param: (Base R F) debug: evaluateType form: (Boolean) $param: (Base R F) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List F) $param: (Base R F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (Pattern Base) $param: (Base R F) Debug: evaluateType1 form: (Pattern Base) debug: evaluateType1 x: Base m: (SetCategory) debug: evaluateType form: F $param: (Base R F) debug: evaluateType form: F $param: (Base R F) debug: evaluateType form: F $param: (Base R F) debug: evaluateType form: F $param: (Base R F) debug: evaluateType form: (PositiveInteger) $param: (Base R F) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (List (Symbol)) $param: (Base R F) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Base R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (Base R F) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (Eltable F F) (RetractableTo (Equation F)) (CATEGORY domain (SIGNATURE rule ($ F F)) (SIGNATURE rule ($ F F (List (Symbol)))) (SIGNATURE suchThat ($ $ (List (Symbol)) (Mapping (Boolean) (List F)))) (SIGNATURE pattern ((Pattern Base) $)) (SIGNATURE lhs (F $)) (SIGNATURE rhs (F $)) (SIGNATURE elt (F $ F (PositiveInteger))) (SIGNATURE quotedOperators ((List (Symbol)) $)))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for RewriteRule compiling into /tmp/oa-uFtjpp importing ApplyRules(Base,R,F) importing PatternFunctions1(Base,F) importing FunctionSpaceAssertions(R,F) compiling exported pattern : % -> Pattern Base RULE;pattern;$P;1 x is replaced by %vref(x,0) Time: 0.07 SEC. compiling exported lhs : % -> F RULE;lhs;$F;2 x is replaced by %vref(x,1) Time: 0 SEC. compiling exported rhs : % -> F RULE;rhs;$F;3 x is replaced by %vref(x,2) Time: 0 SEC. compiling exported quotedOperators : % -> List Symbol RULE;quotedOperators;$L;4 x is replaced by %vref(x,3) Time: 0.01 SEC. compiling local mkRule : (Pattern Base,F,F,List Symbol) -> % RULE;mkRule is replaced by %vector Time: 0.01 SEC. compiling exported coerce : Equation F -> % Time: 0.01 SEC. compiling exported rule : (F,F) -> % Time: 0.00 SEC. compiling exported elt : (%,F) -> F Time: 0.01 SEC. compiling exported suchThat : (%,List Symbol,List F -> Boolean) -> % Time: 0.02 SEC. compiling exported = : (%,%) -> Boolean Time: 0.02 SEC. compiling exported elt : (%,F,PositiveInteger) -> F Time: 0.02 SEC. compiling local F2Symbol : F -> F Time: 0.03 SEC. compiling exported retractIfCan : % -> Union(Equation F,failed) Time: 0.01 SEC. compiling exported rule : (F,F,List Symbol) -> % Time: 0.06 SEC. compiling local opt : F -> Pattern Base Time: 0.01 SEC. compiling local appear? : (Pattern Base,List Pattern Base) -> Boolean Time: 0.01 SEC. compiling local bad? : Union(List Pattern Base,failed) -> Boolean Time: 0.02 SEC. compiling local transformLhs : Pattern Base -> Record(plus: F,times: F) Time: 0.02 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] Type Pattern Base is not in scope. Import it [2] Type List Symbol is not in scope. Import it [3] elt: pretend RewriteRule(Base,R,F) -- should replace by @ [4] retractIfCan: constant? has no value Cumulative Statistics for Constructor RewriteRule Time: 0.34 seconds finalizing NRLIB RULE Processing RewriteRule for Browser database: -- rule : (F,F) -> % -- rule : (F,F,List Symbol) -> % -- suchThat : (%,List Symbol,(List F -> Boolean)) -> % -- pattern : % -> P -- lhs : % -> F -- rhs : % -> F -- elt : (%,F,PositiveInteger) -> F -- quotedOperators : % -> List Symbol -- constructor ; compiling file "/tmp/oa-uFtjpp/code.lsp" (written 01 FEB 2016 11:09:53 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |RULE;pattern;$P;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |RULE;lhs;$F;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |RULE;rhs;$F;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |RULE;quotedOperators;$L;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |RULE;mkRule|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RULE;pattern;$P;1| ...) ; compiling (DEFUN |RULE;lhs;$F;2| ...) ; compiling (DEFUN |RULE;rhs;$F;3| ...) ; compiling (DEFUN |RULE;quotedOperators;$L;4| ...) ; compiling (DEFUN |RULE;mkRule| ...) ; compiling (DEFUN |RULE;coerce;E$;6| ...) ; compiling (DEFUN |RULE;rule;2F$;7| ...) ; compiling (DEFUN |RULE;elt;$2F;8| ...) ; compiling (DEFUN |RULE;suchThat;$LM$;9| ...) ; compiling (DEFUN |RULE;=;2$B;10| ...) ; file: /tmp/oa-uFtjpp/code.lsp ; in: DEFUN |RULE;=;2$B;10| ; (DEFUN BOOT::|RULE;=;2$B;10| (BOOT::|x| BOOT::|y| BOOT::$) ; (AND ; (BOOT::SPADCALL (SVREF BOOT::|x| 1) (SVREF BOOT::|y| 1) ; (BOOT::|shellEntry| BOOT::$ 35)) ; (AND ; (BOOT::SPADCALL (SVREF BOOT::|x| 2) (SVREF BOOT::|y| 2) ; (BOOT::|shellEntry| BOOT::$ 35)) ; (BOOT::SPADCALL (SVREF BOOT::|x| 3) (SVREF BOOT::|y| 3) ; (BOOT::|shellEntry| BOOT::$ 36))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RULE;=;2$B;10| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|RULE;=;2$B;10| ; (AND ; (BOOT::SPADCALL (SVREF BOOT::|x| 1) (SVREF BOOT::|y| 1) ; (BOOT::|shellEntry| BOOT::$ 35)) ; (AND (BOOT::SPADCALL # # #) (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |RULE;elt;$FPiF;11| ...) ; compiling (DEFUN |RULE;F2Symbol| ...) ; compiling (DEFUN |RULE;F2Symbol!0| ...) ; compiling (DEFUN |RULE;retractIfCan;$U;13| ...) ; compiling (DEFUN |RULE;rule;2FL$;14| ...) ; compiling (DEFUN |RULE;opt| ...) ; compiling (DEFUN |RULE;appear?| ...) ; compiling (DEFUN |RULE;bad?| ...) ; compiling (DEFUN |RULE;transformLhs| ...) ; compiling (DEFUN |RULE;coerce;$Of;19| ...) ; compiling (DEFUN |RewriteRule| ...) ; compiling (DEFUN |RewriteRule;| ...) ; compiling (MAKEPROP (QUOTE |RewriteRule|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-uFtjpp/code.fasl written ; compilation finished in 0:00:00.080 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile APPRULE.spad && cp APPRULE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/APPRULE.fasl \ && if test -f APPRULE-.NRLIB/code.fasl; then \ cp APPRULE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/APPRULE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/APPRULE.spad using Spad compiler. APPRULE abbreviates package ApplyRules debug: compDefine1 lhs: (ApplyRules Base R F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE applyRules (F (List (RewriteRule Base R F)) F)) (SIGNATURE applyRules (F (List (RewriteRule Base R F)) F (PositiveInteger))) (SIGNATURE localUnquote (F F (List (Symbol))))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE applyRules (F (List (RewriteRule Base R F)) F)) (SIGNATURE applyRules (F (List (RewriteRule Base R F)) F (PositiveInteger))) (SIGNATURE localUnquote (F F (List (Symbol))))) $param: (Base R F) debug: evaluateType form: F $param: (Base R F) debug: evaluateType form: (List (RewriteRule Base R F)) $param: (Base R F) Debug: evaluateType1 form: (List (RewriteRule Base R F)) debug: evaluateType1 x: (RewriteRule Base R F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Base R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (RewriteRule Base R F) $param: (Base R F) Debug: evaluateType1 form: (RewriteRule Base R F) debug: evaluateType1 x: Base m: (SetCategory) debug: evaluateType1 x: R m: (Join (Ring) (PatternMatchable Base) (ConvertibleTo (Pattern Base))) debug: evaluateType1 x: F m: (Join (FunctionSpace R) (PatternMatchable Base) (ConvertibleTo (Pattern Base))) debug: evalCategory d: (RewriteRule Base R F) c: (Type) debug: evaluateType form: F $param: (Base R F) debug: evaluateType form: F $param: (Base R F) debug: evaluateType form: (List (RewriteRule Base R F)) $param: (Base R F) Debug: evaluateType1 form: (List (RewriteRule Base R F)) debug: evaluateType1 x: (RewriteRule Base R F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Base R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (RewriteRule Base R F) $param: (Base R F) Debug: evaluateType1 form: (RewriteRule Base R F) debug: evaluateType1 x: Base m: (SetCategory) debug: evaluateType1 x: R m: (Join (Ring) (PatternMatchable Base) (ConvertibleTo (Pattern Base))) debug: evaluateType1 x: F m: (Join (FunctionSpace R) (PatternMatchable Base) (ConvertibleTo (Pattern Base))) debug: evalCategory d: (RewriteRule Base R F) c: (Type) debug: evaluateType form: F $param: (Base R F) debug: evaluateType form: (PositiveInteger) $param: (Base R F) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: F $param: (Base R F) debug: evaluateType form: F $param: (Base R F) debug: evaluateType form: (List (Symbol)) $param: (Base R F) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Base R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (Base R F) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE applyRules (F (List (RewriteRule Base R F)) F)) (SIGNATURE applyRules (F (List (RewriteRule Base R F)) F (PositiveInteger))) (SIGNATURE localUnquote (F F (List (Symbol))))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ApplyRules compiling into /tmp/oa-8dP7XZ importing PatternFunctions1(Base,F) compiling local applist : (List RewriteRule(Base,R,F),List F) -> List F Time: 0.04 SEC. compiling local splitRules : List RewriteRule(Base,R,F) -> Record(lker: List Kernel F,lval: List F,rl: List RewriteRule(Base,R,F)) Time: 0.04 SEC. compiling exported applyRules : (List RewriteRule(Base,R,F),F) -> F Time: 0.04 SEC. compiling exported applyRules : (List RewriteRule(Base,R,F),F,PositiveInteger) -> F Time: 0.03 SEC. compiling local localApply : (List Kernel F,List F,List RewriteRule(Base,R,F),F,PositiveInteger) -> F Time: 0.03 SEC. compiling local rewrite : (F,PatternMatchResult(Base,F),List Symbol) -> F Time: 0.05 SEC. compiling exported localUnquote : (F,List Symbol) -> F Time: 0.01 SEC. compiling exported localUnquote : (F,List Symbol) -> F APPRULE;localUnquote;FLF;8(f,l) is replaced by f Time: 0.00 SEC. compiling local isitwithpred : (F,Pattern Base,List Pattern Base,List PatternMatchResult(Base,F)) -> PatternMatchResult(Base,F) Time: 0.04 SEC. compiling local isit : (F,Pattern Base) -> PatternMatchResult(Base,F) Time: 0.02 SEC. compiling local app : (List RewriteRule(Base,R,F),F) -> F Time: 0.12 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] splitRules: not known that SetCategory is of mode CATEGORY(package,applyRules: (List RewriteRule(Base,R,F),F) -> F,applyRules: (List RewriteRule(Base,R,F),F,PositiveInteger) -> F,localUnquote: (F,List Symbol) -> F) [2] rewrite: not known that SetCategory is of mode CATEGORY(package,applyRules: (List RewriteRule(Base,R,F),F) -> F,applyRules: (List RewriteRule(Base,R,F),F,PositiveInteger) -> F,localUnquote: (F,List Symbol) -> F) [3] isitwithpred: not known that SetCategory is of mode CATEGORY(package,applyRules: (List RewriteRule(Base,R,F),F) -> F,applyRules: (List RewriteRule(Base,R,F),F,PositiveInteger) -> F,localUnquote: (F,List Symbol) -> F) [4] isit: l has no value [5] app: failed? has no value [6] app: positive? has no value Cumulative Statistics for Constructor ApplyRules Time: 0.44 seconds finalizing NRLIB APPRULE Processing ApplyRules for Browser database: -- applyRules : (List RR,F) -> F -- applyRules : (List RR,F,PositiveInteger) -> F -- localUnquote : (F,List Symbol) -> F -- constructor ; compiling file "/tmp/oa-8dP7XZ/code.lsp" (written 01 FEB 2016 11:09:54 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |APPRULE;localUnquote;FLF;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |APPRULE;applist| ...) ; file: /tmp/oa-8dP7XZ/code.lsp ; in: DEFUN |APPRULE;applist| ; (DEFUN BOOT::|APPRULE;applist| (BOOT::|lrule| BOOT::|arglist| BOOT::$) ; (LET ((#:G676 BOOT::|arglist|) (#:G551 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G676 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|APPRULE;applist| ; (BOOT::|lrule| BOOT::|arglist| BOOT::$) ; (BLOCK BOOT::|APPRULE;applist| ; (LET ((#:G676 BOOT::|arglist|) (#:G551 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |APPRULE;splitRules| ...) ; compiling (DEFUN |APPRULE;applyRules;L2F;3| ...) ; compiling (DEFUN |APPRULE;applyRules;LFPiF;4| ...) ; compiling (DEFUN |APPRULE;localApply| ...) ; compiling (DEFUN |APPRULE;rewrite| ...) ; compiling (DEFUN |APPRULE;localUnquote;FLF;7| ...) ; compiling (DEFUN |APPRULE;localUnquote;FLF;8| ...) ; file: /tmp/oa-8dP7XZ/code.lsp ; in: DEFUN |APPRULE;localUnquote;FLF;8| ; (DEFUN BOOT::|APPRULE;localUnquote;FLF;8| (BOOT::|f| BOOT::|l| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; BOOT::|f|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|APPRULE;localUnquote;FLF;8| ; (BOOT::|f| BOOT::|l| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|APPRULE;localUnquote;FLF;8| BOOT::|f|)) ; ; caught STYLE-WARNING: ; The variable |l| is defined but never used. ; compiling (DEFUN |APPRULE;isitwithpred| ...) ; compiling (DEFUN |APPRULE;isit| ...) ; compiling (DEFUN |APPRULE;app| ...) ; compiling (DEFUN |ApplyRules| ...) ; compiling (DEFUN |ApplyRules;| ...) ; compiling (MAKEPROP (QUOTE |ApplyRules|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 1 note ; /tmp/oa-8dP7XZ/code.fasl written ; compilation finished in 0:00:00.048 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile TRMANIP.spad && cp TRMANIP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/TRMANIP.fasl \ && if test -f TRMANIP-.NRLIB/code.fasl; then \ cp TRMANIP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/TRMANIP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TRMANIP.spad using Spad compiler. TRMANIP abbreviates package TranscendentalManipulations debug: compDefine1 lhs: (TranscendentalManipulations R F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE expand (F F)) (SIGNATURE simplify (F F)) (SIGNATURE htrigs (F F)) (SIGNATURE simplifyExp (F F)) (SIGNATURE simplifyLog (F F)) (SIGNATURE expandPower (F F)) (SIGNATURE expandLog (F F)) (SIGNATURE cos2sec (F F)) (SIGNATURE cosh2sech (F F)) (SIGNATURE cot2trig (F F)) (SIGNATURE coth2trigh (F F)) (SIGNATURE csc2sin (F F)) (SIGNATURE csch2sinh (F F)) (SIGNATURE sec2cos (F F)) (SIGNATURE sech2cosh (F F)) (SIGNATURE sin2csc (F F)) (SIGNATURE sinh2csch (F F)) (SIGNATURE tan2trig (F F)) (SIGNATURE tanh2trigh (F F)) (SIGNATURE tan2cot (F F)) (SIGNATURE tanh2coth (F F)) (SIGNATURE cot2tan (F F)) (SIGNATURE coth2tanh (F F)) (SIGNATURE removeCosSq (F F)) (SIGNATURE removeSinSq (F F)) (SIGNATURE removeCoshSq (F F)) (SIGNATURE removeSinhSq (F F)) (IF (has R (PatternMatchable R)) (IF (has R (ConvertibleTo (Pattern R))) (IF (has F (ConvertibleTo (Pattern R))) (IF (has F (PatternMatchable R)) (SIGNATURE expandTrigProducts (F F)) %noBranch) %noBranch) %noBranch) %noBranch)) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE expand (F F)) (SIGNATURE simplify (F F)) (SIGNATURE htrigs (F F)) (SIGNATURE simplifyExp (F F)) (SIGNATURE simplifyLog (F F)) (SIGNATURE expandPower (F F)) (SIGNATURE expandLog (F F)) (SIGNATURE cos2sec (F F)) (SIGNATURE cosh2sech (F F)) (SIGNATURE cot2trig (F F)) (SIGNATURE coth2trigh (F F)) (SIGNATURE csc2sin (F F)) (SIGNATURE csch2sinh (F F)) (SIGNATURE sec2cos (F F)) (SIGNATURE sech2cosh (F F)) (SIGNATURE sin2csc (F F)) (SIGNATURE sinh2csch (F F)) (SIGNATURE tan2trig (F F)) (SIGNATURE tanh2trigh (F F)) (SIGNATURE tan2cot (F F)) (SIGNATURE tanh2coth (F F)) (SIGNATURE cot2tan (F F)) (SIGNATURE coth2tanh (F F)) (SIGNATURE removeCosSq (F F)) (SIGNATURE removeSinSq (F F)) (SIGNATURE removeCoshSq (F F)) (SIGNATURE removeSinhSq (F F)) (IF (has R (PatternMatchable R)) (IF (has R (ConvertibleTo (Pattern R))) (IF (has F (ConvertibleTo (Pattern R))) (IF (has F (PatternMatchable R)) (SIGNATURE expandTrigProducts (F F)) %noBranch) %noBranch) %noBranch) %noBranch)) $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE expand (F F)) (SIGNATURE simplify (F F)) (SIGNATURE htrigs (F F)) (SIGNATURE simplifyExp (F F)) (SIGNATURE simplifyLog (F F)) (SIGNATURE expandPower (F F)) (SIGNATURE expandLog (F F)) (SIGNATURE cos2sec (F F)) (SIGNATURE cosh2sech (F F)) (SIGNATURE cot2trig (F F)) (SIGNATURE coth2trigh (F F)) (SIGNATURE csc2sin (F F)) (SIGNATURE csch2sinh (F F)) (SIGNATURE sec2cos (F F)) (SIGNATURE sech2cosh (F F)) (SIGNATURE sin2csc (F F)) (SIGNATURE sinh2csch (F F)) (SIGNATURE tan2trig (F F)) (SIGNATURE tanh2trigh (F F)) (SIGNATURE tan2cot (F F)) (SIGNATURE tanh2coth (F F)) (SIGNATURE cot2tan (F F)) (SIGNATURE coth2tanh (F F)) (SIGNATURE removeCosSq (F F)) (SIGNATURE removeSinSq (F F)) (SIGNATURE removeCoshSq (F F)) (SIGNATURE removeSinhSq (F F)) (IF (has R (PatternMatchable R)) (IF (has R (ConvertibleTo (Pattern R))) (IF (has F (ConvertibleTo (Pattern R))) (IF (has F (PatternMatchable R)) (SIGNATURE expandTrigProducts (F F)) %noBranch) %noBranch) %noBranch) %noBranch)) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for TranscendentalManipulations compiling into /tmp/oa-QZJ8Qu importing FactoredFunctions SparseMultivariatePolynomial(R,Kernel F) importing PolynomialCategoryLifting(IndexedExponents Kernel F,Kernel F,R,SparseMultivariatePolynomial(R,Kernel F),F) importing PolynomialCategoryQuotientFunctions(IndexedExponents Kernel F,Kernel F,R,SparseMultivariatePolynomial(R,Kernel F),F) importing F importing List F compiling exported expandTrigProducts : F -> F Time: 0.27 SEC. compiling local logArgs : List F -> F Debug compQuote expr: (QUOTE log) m: $EmptyMode Debug compQuote expr: (QUOTE log) m: (Symbol) Debug compQuote expr: (QUOTE log) m: (Symbol) Time: 0.05 SEC. compiling exported simplifyLog : F -> F Time: 0.00 SEC. compiling local simplifyLog1 : F -> F Debug compQuote expr: (QUOTE log) m: $EmptyMode Debug compQuote expr: (QUOTE log) m: (Symbol) Debug compQuote expr: (QUOTE log) m: $EmptyMode Debug compQuote expr: (QUOTE log) m: (Symbol) Debug compQuote expr: (QUOTE log) m: (BasicOperator) Debug compQuote expr: (QUOTE log) m: (Symbol) Time: 0.11 SEC. compiling exported simplify : F -> F Time: 0.01 SEC. compiling exported simplify : F -> F Time: 0 SEC. compiling local expandpow : Kernel F -> F Time: 0.03 SEC. compiling local termexp : SparseMultivariatePolynomial(R,Kernel F) -> F Debug compQuote expr: (QUOTE %power) m: $EmptyMode Debug compQuote expr: (QUOTE %power) m: (Symbol) Debug compQuote expr: (QUOTE exp) m: $EmptyMode Debug compQuote expr: (QUOTE exp) m: (Symbol) Debug compQuote expr: (QUOTE %power) m: $EmptyMode Debug compQuote expr: (QUOTE %power) m: (Symbol) Time: 0.16 SEC. compiling exported expandPower : F -> F Debug compQuote expr: (QUOTE %power) m: $EmptyMode Debug compQuote expr: (QUOTE %power) m: (Symbol) Time: 0.02 SEC. compiling local powersimp : (SparseMultivariatePolynomial(R,Kernel F),List Kernel F) -> F Time: 0.12 SEC. compiling local t2t : F -> F Time: 0.00 SEC. compiling local c2t : F -> F Time: 0.01 SEC. compiling local c2s : F -> F Time: 0 SEC. compiling local s2c : F -> F Time: 0 SEC. compiling local s2c2 : F -> F Time: 0.00 SEC. compiling local th2th : F -> F Time: 0.00 SEC. compiling local ch2th : F -> F Time: 0.01 SEC. compiling local ch2sh : F -> F Time: 0 SEC. compiling local sh2ch : F -> F Time: 0 SEC. compiling local sh2ch2 : F -> F Time: 0.00 SEC. compiling local ueval : (F,String,F -> F) -> F Time: 0.01 SEC. compiling local ueval2 : (F,String,F -> F) -> F Time: 0.04 SEC. compiling exported cos2sec : F -> F Time: 0.00 SEC. compiling exported sin2csc : F -> F Time: 0.00 SEC. compiling exported csc2sin : F -> F Time: 0.00 SEC. compiling exported sec2cos : F -> F Time: 0 SEC. compiling exported tan2cot : F -> F Time: 0.00 SEC. compiling exported cot2tan : F -> F Time: 0.01 SEC. compiling exported tan2trig : F -> F Time: 0 SEC. compiling exported cot2trig : F -> F Time: 0.00 SEC. compiling exported cosh2sech : F -> F Time: 0.00 SEC. compiling exported sinh2csch : F -> F Time: 0.00 SEC. compiling exported csch2sinh : F -> F Time: 0.00 SEC. compiling exported sech2cosh : F -> F Time: 0.00 SEC. compiling exported tanh2coth : F -> F Time: 0.00 SEC. compiling exported coth2tanh : F -> F Time: 0.00 SEC. compiling exported tanh2trigh : F -> F Time: 0.00 SEC. compiling exported coth2trigh : F -> F Time: 0.00 SEC. compiling exported removeCosSq : F -> F Time: 0.01 SEC. compiling exported removeSinSq : F -> F Time: 0.00 SEC. compiling exported removeCoshSq : F -> F Time: 0.01 SEC. compiling exported removeSinhSq : F -> F Time: 0.00 SEC. compiling exported expandLog : F -> F Time: 0.01 SEC. compiling exported simplifyExp : F -> F Time: 0.01 SEC. compiling exported expand : F -> F Time: 0.01 SEC. compiling local smpexpand : SparseMultivariatePolynomial(R,Kernel F) -> F Time: 0.01 SEC. compiling local smplog : SparseMultivariatePolynomial(R,Kernel F) -> F Time: 0.01 SEC. compiling local smp2htrigs : SparseMultivariatePolynomial(R,Kernel F) -> F Time: 0.01 SEC. compiling exported htrigs : F -> F Debug compQuote expr: (QUOTE exp) m: $EmptyMode Debug compQuote expr: (QUOTE exp) m: (Symbol) Time: 0.08 SEC. compiling local supexp : (SparseUnivariatePolynomial SparseMultivariatePolynomial(R,Kernel F),F,F,Integer) -> F Time: 0.06 SEC. compiling local sup2htrigs : (SparseUnivariatePolynomial SparseMultivariatePolynomial(R,Kernel F),F) -> F Time: 0.06 SEC. compiling local exlog : SparseMultivariatePolynomial(R,Kernel F) -> F Time: 0.09 SEC. compiling local logexpand : Kernel F -> F Debug compQuote expr: (QUOTE log) m: $EmptyMode Debug compQuote expr: (QUOTE log) m: (Symbol) Time: 0.05 SEC. compiling local kerexpand : Kernel F -> F Debug compQuote expr: (QUOTE %power) m: $EmptyMode Debug compQuote expr: (QUOTE %power) m: (Symbol) Debug compQuote expr: (QUOTE sec) m: $EmptyMode Debug compQuote expr: (QUOTE sec) m: (Symbol) Debug compQuote expr: (QUOTE csc) m: $EmptyMode Debug compQuote expr: (QUOTE csc) m: (Symbol) Debug compQuote expr: (QUOTE log) m: $EmptyMode Debug compQuote expr: (QUOTE log) m: (Symbol) Debug compQuote expr: (QUOTE exp) m: $EmptyMode Debug compQuote expr: (QUOTE exp) m: (Symbol) Debug compQuote expr: (QUOTE sin) m: $EmptyMode Debug compQuote expr: (QUOTE sin) m: (Symbol) Debug compQuote expr: (QUOTE cos) m: $EmptyMode Debug compQuote expr: (QUOTE cos) m: (Symbol) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (Symbol) Debug compQuote expr: (QUOTE cot) m: $EmptyMode Debug compQuote expr: (QUOTE cot) m: (Symbol) Time: 0.21 SEC. compiling local smpexp : SparseMultivariatePolynomial(R,Kernel F) -> F Time: 0.02 SEC. compiling local simplify0 : F -> F Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE cot) m: $EmptyMode Debug compQuote expr: (QUOTE sec) m: $EmptyMode Debug compQuote expr: (QUOTE csc) m: $EmptyMode Debug compQuote expr: (QUOTE tanh) m: $EmptyMode Debug compQuote expr: (QUOTE coth) m: $EmptyMode Debug compQuote expr: (QUOTE sech) m: $EmptyMode Debug compQuote expr: (QUOTE csch) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: F Debug compQuote expr: (QUOTE tan) m: ##2 Debug compQuote expr: (QUOTE tan) m: (Kernel F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE cot) m: $EmptyMode Debug compQuote expr: (QUOTE sec) m: $EmptyMode Debug compQuote expr: (QUOTE csc) m: $EmptyMode Debug compQuote expr: (QUOTE tanh) m: $EmptyMode Debug compQuote expr: (QUOTE coth) m: $EmptyMode Debug compQuote expr: (QUOTE sech) m: $EmptyMode Debug compQuote expr: (QUOTE csch) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE cot) m: $EmptyMode Debug compQuote expr: (QUOTE sec) m: $EmptyMode Debug compQuote expr: (QUOTE csc) m: $EmptyMode Debug compQuote expr: (QUOTE tanh) m: $EmptyMode Debug compQuote expr: (QUOTE coth) m: $EmptyMode Debug compQuote expr: (QUOTE sech) m: $EmptyMode Debug compQuote expr: (QUOTE csch) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (Kernel F) Debug compQuote expr: (QUOTE tan) m: F Debug compQuote expr: (QUOTE tan) m: ##2 Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE cot) m: $EmptyMode Debug compQuote expr: (QUOTE sec) m: $EmptyMode Debug compQuote expr: (QUOTE csc) m: $EmptyMode Debug compQuote expr: (QUOTE tanh) m: $EmptyMode Debug compQuote expr: (QUOTE coth) m: $EmptyMode Debug compQuote expr: (QUOTE sech) m: $EmptyMode Debug compQuote expr: (QUOTE csch) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (Kernel F) Debug compQuote expr: (QUOTE tan) m: F Debug compQuote expr: (QUOTE tan) m: ##2 Debug compQuote expr: (QUOTE tan) m: F Debug compQuote expr: (QUOTE tan) m: ##2 Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE cot) m: $EmptyMode Debug compQuote expr: (QUOTE sec) m: $EmptyMode Debug compQuote expr: (QUOTE csc) m: $EmptyMode Debug compQuote expr: (QUOTE tanh) m: $EmptyMode Debug compQuote expr: (QUOTE coth) m: $EmptyMode Debug compQuote expr: (QUOTE sech) m: $EmptyMode Debug compQuote expr: (QUOTE csch) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (Symbol) Debug compQuote expr: (QUOTE cot) m: (Symbol) Debug compQuote expr: (QUOTE sec) m: (Symbol) Debug compQuote expr: (QUOTE csc) m: (Symbol) Debug compQuote expr: (QUOTE tanh) m: (Symbol) Debug compQuote expr: (QUOTE coth) m: (Symbol) Debug compQuote expr: (QUOTE sech) m: (Symbol) Debug compQuote expr: (QUOTE csch) m: (Symbol) Debug compQuote expr: (QUOTE sin) m: $EmptyMode Debug compQuote expr: (QUOTE sinh) m: $EmptyMode Debug compQuote expr: (QUOTE sin) m: $EmptyMode Debug compQuote expr: (QUOTE sin) m: $EmptyMode Debug compQuote expr: (QUOTE sin) m: (BasicOperator) Debug compQuote expr: (QUOTE sin) m: (BasicOperator) Debug compQuote expr: (QUOTE sin) m: (List F) Debug compQuote expr: (QUOTE sin) m: (List F) Debug compQuote expr: (QUOTE sin) m: (List F) Debug compQuote expr: (QUOTE sin) m: (List F) Debug compQuote expr: (QUOTE sin) m: $EmptyMode Debug compQuote expr: (QUOTE sin) m: $EmptyMode Debug compQuote expr: (QUOTE sin) m: (BasicOperator) Debug compQuote expr: (QUOTE sin) m: (BasicOperator) Debug compQuote expr: (QUOTE sin) m: (List F) Debug compQuote expr: (QUOTE sin) m: (List F) Debug compQuote expr: (QUOTE sin) m: (List F) Debug compQuote expr: (QUOTE sin) m: (List F) Debug compQuote expr: (QUOTE sin) m: $EmptyMode Debug compQuote expr: (QUOTE sin) m: (BasicOperator) Debug compQuote expr: (QUOTE sin) m: (BasicOperator) Debug compQuote expr: (QUOTE sin) m: (List F) Debug compQuote expr: (QUOTE sin) m: (List F) Debug compQuote expr: (QUOTE sin) m: (List F) Debug compQuote expr: (QUOTE sin) m: (List F) Debug compQuote expr: (QUOTE sin) m: $EmptyMode Debug compQuote expr: (QUOTE sin) m: $EmptyMode Debug compQuote expr: (QUOTE sin) m: (BasicOperator) Debug compQuote expr: (QUOTE sin) m: (BasicOperator) Debug compQuote expr: (QUOTE sin) m: (List F) Debug compQuote expr: (QUOTE sin) m: (List F) Debug compQuote expr: (QUOTE sin) m: (List F) Debug compQuote expr: (QUOTE sin) m: (List F) Debug compQuote expr: (QUOTE sin) m: $EmptyMode Debug compQuote expr: (QUOTE sin) m: $EmptyMode Debug compQuote expr: (QUOTE sin) m: (BasicOperator) Debug compQuote expr: (QUOTE sin) m: (BasicOperator) Debug compQuote expr: (QUOTE sin) m: (List F) Debug compQuote expr: (QUOTE sin) m: (List F) Debug compQuote expr: (QUOTE sin) m: (List F) Debug compQuote expr: (QUOTE sin) m: (List F) Debug compQuote expr: (QUOTE sin) m: $EmptyMode Debug compQuote expr: (QUOTE sin) m: $EmptyMode Debug compQuote expr: (QUOTE sin) m: (BasicOperator) Debug compQuote expr: (QUOTE sin) m: (BasicOperator) Debug compQuote expr: (QUOTE sin) m: (List F) Debug compQuote expr: (QUOTE sin) m: (List F) Debug compQuote expr: (QUOTE sin) m: (List F) Debug compQuote expr: (QUOTE sin) m: (List F) Debug compQuote expr: (QUOTE sin) m: $EmptyMode Debug compQuote expr: (QUOTE sin) m: (BasicOperator) Debug compQuote expr: (QUOTE sin) m: (BasicOperator) Debug compQuote expr: (QUOTE sin) m: (List F) Debug compQuote expr: (QUOTE sin) m: (List F) Debug compQuote expr: (QUOTE sin) m: (List F) Debug compQuote expr: (QUOTE sin) m: (List F) Debug compQuote expr: (QUOTE sin) m: $EmptyMode Debug compQuote expr: (QUOTE sin) m: $EmptyMode Debug compQuote expr: (QUOTE sin) m: (BasicOperator) Debug compQuote expr: (QUOTE sin) m: (BasicOperator) Debug compQuote expr: (QUOTE sin) m: (List F) Debug compQuote expr: (QUOTE sin) m: (List F) Debug compQuote expr: (QUOTE sin) m: (List F) Debug compQuote expr: (QUOTE sin) m: (List F) Debug compQuote expr: (QUOTE sin) m: $EmptyMode Debug compQuote expr: (QUOTE sin) m: $EmptyMode Debug compQuote expr: (QUOTE sin) m: (BasicOperator) Debug compQuote expr: (QUOTE sin) m: (BasicOperator) Debug compQuote expr: (QUOTE sin) m: (List F) Debug compQuote expr: (QUOTE sin) m: (List F) Debug compQuote expr: (QUOTE sin) m: (List F) Debug compQuote expr: (QUOTE sin) m: (List F) Debug compQuote expr: (QUOTE sin) m: $EmptyMode Debug compQuote expr: (QUOTE sin) m: $EmptyMode Debug compQuote expr: (QUOTE sin) m: (BasicOperator) Debug compQuote expr: (QUOTE sin) m: (BasicOperator) Debug compQuote expr: (QUOTE sin) m: (List F) Debug compQuote expr: (QUOTE sin) m: (List F) Debug compQuote expr: (QUOTE sin) m: (List F) Debug compQuote expr: (QUOTE sin) m: (List F) Debug compQuote expr: (QUOTE sin) m: $EmptyMode Debug compQuote expr: (QUOTE sin) m: $EmptyMode Debug compQuote expr: (QUOTE sin) m: (BasicOperator) Debug compQuote expr: (QUOTE sin) m: (BasicOperator) Debug compQuote expr: (QUOTE sin) m: (List F) Debug compQuote expr: (QUOTE sin) m: (List F) Debug compQuote expr: (QUOTE sin) m: (List F) Debug compQuote expr: (QUOTE sin) m: (List F) Debug compQuote expr: (QUOTE sin) m: $EmptyMode Debug compQuote expr: (QUOTE sin) m: $EmptyMode Debug compQuote expr: (QUOTE sin) m: (BasicOperator) Debug compQuote expr: (QUOTE sin) m: (BasicOperator) Debug compQuote expr: (QUOTE sin) m: (List F) Debug compQuote expr: (QUOTE sin) m: (List F) Debug compQuote expr: (QUOTE sin) m: (List F) Debug compQuote expr: (QUOTE sin) m: (List F) Debug compQuote expr: (QUOTE sin) m: (Symbol) Debug compQuote expr: (QUOTE sinh) m: (Symbol) Debug compQuote expr: (QUOTE sin) m: (Kernel F) Debug compQuote expr: (QUOTE sin) m: F Debug compQuote expr: (QUOTE sin) m: ##2 Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE cot) m: $EmptyMode Debug compQuote expr: (QUOTE sec) m: $EmptyMode Debug compQuote expr: (QUOTE csc) m: $EmptyMode Debug compQuote expr: (QUOTE tanh) m: $EmptyMode Debug compQuote expr: (QUOTE coth) m: $EmptyMode Debug compQuote expr: (QUOTE sech) m: $EmptyMode Debug compQuote expr: (QUOTE csch) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (Symbol) Debug compQuote expr: (QUOTE cot) m: (Symbol) Debug compQuote expr: (QUOTE sec) m: (Symbol) Debug compQuote expr: (QUOTE csc) m: (Symbol) Debug compQuote expr: (QUOTE tanh) m: (Symbol) Debug compQuote expr: (QUOTE coth) m: (Symbol) Debug compQuote expr: (QUOTE sech) m: (Symbol) Debug compQuote expr: (QUOTE csch) m: (Symbol) Debug compQuote expr: (QUOTE tan) m: (Kernel F) Debug compQuote expr: (QUOTE tan) m: F Debug compQuote expr: (QUOTE tan) m: ##2 Debug compQuote expr: (QUOTE tan) m: (Kernel F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE cot) m: $EmptyMode Debug compQuote expr: (QUOTE sec) m: $EmptyMode Debug compQuote expr: (QUOTE csc) m: $EmptyMode Debug compQuote expr: (QUOTE tanh) m: $EmptyMode Debug compQuote expr: (QUOTE coth) m: $EmptyMode Debug compQuote expr: (QUOTE sech) m: $EmptyMode Debug compQuote expr: (QUOTE csch) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE cot) m: $EmptyMode Debug compQuote expr: (QUOTE sec) m: $EmptyMode Debug compQuote expr: (QUOTE csc) m: $EmptyMode Debug compQuote expr: (QUOTE tanh) m: $EmptyMode Debug compQuote expr: (QUOTE coth) m: $EmptyMode Debug compQuote expr: (QUOTE sech) m: $EmptyMode Debug compQuote expr: (QUOTE csch) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (Symbol) Debug compQuote expr: (QUOTE cot) m: (Symbol) Debug compQuote expr: (QUOTE sec) m: (Symbol) Debug compQuote expr: (QUOTE csc) m: (Symbol) Debug compQuote expr: (QUOTE tanh) m: (Symbol) Debug compQuote expr: (QUOTE coth) m: (Symbol) Debug compQuote expr: (QUOTE sech) m: (Symbol) Debug compQuote expr: (QUOTE csch) m: (Symbol) Debug compQuote expr: (QUOTE tan) m: (Kernel F) Debug compQuote expr: (QUOTE tan) m: F Debug compQuote expr: (QUOTE tan) m: ##2 Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE cot) m: $EmptyMode Debug compQuote expr: (QUOTE sec) m: $EmptyMode Debug compQuote expr: (QUOTE csc) m: $EmptyMode Debug compQuote expr: (QUOTE tanh) m: $EmptyMode Debug compQuote expr: (QUOTE coth) m: $EmptyMode Debug compQuote expr: (QUOTE sech) m: $EmptyMode Debug compQuote expr: (QUOTE csch) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (Symbol) Debug compQuote expr: (QUOTE cot) m: (Symbol) Debug compQuote expr: (QUOTE sec) m: (Symbol) Debug compQuote expr: (QUOTE csc) m: (Symbol) Debug compQuote expr: (QUOTE tanh) m: (Symbol) Debug compQuote expr: (QUOTE coth) m: (Symbol) Debug compQuote expr: (QUOTE sech) m: (Symbol) Debug compQuote expr: (QUOTE csch) m: (Symbol) Debug compQuote expr: (QUOTE tan) m: (Kernel F) Debug compQuote expr: (QUOTE tan) m: F Debug compQuote expr: (QUOTE tan) m: ##2 Debug compQuote expr: (QUOTE tan) m: F Debug compQuote expr: (QUOTE tan) m: ##2 Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE cot) m: $EmptyMode Debug compQuote expr: (QUOTE sec) m: $EmptyMode Debug compQuote expr: (QUOTE csc) m: $EmptyMode Debug compQuote expr: (QUOTE tanh) m: $EmptyMode Debug compQuote expr: (QUOTE coth) m: $EmptyMode Debug compQuote expr: (QUOTE sech) m: $EmptyMode Debug compQuote expr: (QUOTE csch) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (Symbol) Debug compQuote expr: (QUOTE cot) m: (Symbol) Debug compQuote expr: (QUOTE sec) m: (Symbol) Debug compQuote expr: (QUOTE csc) m: (Symbol) Debug compQuote expr: (QUOTE tanh) m: (Symbol) Debug compQuote expr: (QUOTE coth) m: (Symbol) Debug compQuote expr: (QUOTE sech) m: (Symbol) Debug compQuote expr: (QUOTE csch) m: (Symbol) Debug compQuote expr: (QUOTE sin) m: (BasicOperator) Debug compQuote expr: (QUOTE sin) m: $EmptyMode Debug compQuote expr: (QUOTE sinh) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE cot) m: $EmptyMode Debug compQuote expr: (QUOTE sec) m: $EmptyMode Debug compQuote expr: (QUOTE csc) m: $EmptyMode Debug compQuote expr: (QUOTE tanh) m: $EmptyMode Debug compQuote expr: (QUOTE coth) m: $EmptyMode Debug compQuote expr: (QUOTE sech) m: $EmptyMode Debug compQuote expr: (QUOTE csch) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (Symbol) Debug compQuote expr: (QUOTE cot) m: (Symbol) Debug compQuote expr: (QUOTE sec) m: (Symbol) Debug compQuote expr: (QUOTE csc) m: (Symbol) Debug compQuote expr: (QUOTE tanh) m: (Symbol) Debug compQuote expr: (QUOTE coth) m: (Symbol) Debug compQuote expr: (QUOTE sech) m: (Symbol) Debug compQuote expr: (QUOTE csch) m: (Symbol) Debug compQuote expr: (QUOTE tan) m: (Kernel F) Debug compQuote expr: (QUOTE tan) m: F Debug compQuote expr: (QUOTE tan) m: ##2 Debug compQuote expr: (QUOTE tan) m: (Kernel F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE cot) m: $EmptyMode Debug compQuote expr: (QUOTE sec) m: $EmptyMode Debug compQuote expr: (QUOTE csc) m: $EmptyMode Debug compQuote expr: (QUOTE tanh) m: $EmptyMode Debug compQuote expr: (QUOTE coth) m: $EmptyMode Debug compQuote expr: (QUOTE sech) m: $EmptyMode Debug compQuote expr: (QUOTE csch) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE cot) m: $EmptyMode Debug compQuote expr: (QUOTE sec) m: $EmptyMode Debug compQuote expr: (QUOTE csc) m: $EmptyMode Debug compQuote expr: (QUOTE tanh) m: $EmptyMode Debug compQuote expr: (QUOTE coth) m: $EmptyMode Debug compQuote expr: (QUOTE sech) m: $EmptyMode Debug compQuote expr: (QUOTE csch) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (Symbol) Debug compQuote expr: (QUOTE cot) m: (Symbol) Debug compQuote expr: (QUOTE sec) m: (Symbol) Debug compQuote expr: (QUOTE csc) m: (Symbol) Debug compQuote expr: (QUOTE tanh) m: (Symbol) Debug compQuote expr: (QUOTE coth) m: (Symbol) Debug compQuote expr: (QUOTE sech) m: (Symbol) Debug compQuote expr: (QUOTE csch) m: (Symbol) Debug compQuote expr: (QUOTE tan) m: (Kernel F) Debug compQuote expr: (QUOTE tan) m: F Debug compQuote expr: (QUOTE tan) m: ##2 Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE cot) m: $EmptyMode Debug compQuote expr: (QUOTE sec) m: $EmptyMode Debug compQuote expr: (QUOTE csc) m: $EmptyMode Debug compQuote expr: (QUOTE tanh) m: $EmptyMode Debug compQuote expr: (QUOTE coth) m: $EmptyMode Debug compQuote expr: (QUOTE sech) m: $EmptyMode Debug compQuote expr: (QUOTE csch) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (BasicOperator) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (List F) Debug compQuote expr: (QUOTE tan) m: (Symbol) Debug compQuote expr: (QUOTE cot) m: (Symbol) Debug compQuote expr: (QUOTE sec) m: (Symbol) Debug compQuote expr: (QUOTE csc) m: (Symbol) Debug compQuote expr: (QUOTE tanh) m: (Symbol) Debug compQuote expr: (QUOTE coth) m: (Symbol) Debug compQuote expr: (QUOTE sech) m: (Symbol) Debug compQuote expr: (QUOTE csch) m: (Symbol) Debug compQuote expr: (QUOTE tan) m: (Kernel F) Debug compQuote expr: (QUOTE tan) m: F Debug compQuote expr: (QUOTE tan) m: ##2 Debug compQuote expr: (QUOTE tan) m: F Debug compQuote expr: (QUOTE tan) m: ##2 Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE cot) m: $EmptyMode Debug compQuote expr: (QUOTE sec) m: $EmptyMode Debug compQuote expr: (QUOTE csc) m: $EmptyMode Debug compQuote expr: (QUOTE tanh) m: $EmptyMode Debug compQuote expr: (QUOTE coth) m: $EmptyMode Debug compQuote expr: (QUOTE sech) m: $EmptyMode Debug compQuote expr: (QUOTE csch) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (Symbol) Debug compQuote expr: (QUOTE cot) m: (Symbol) Debug compQuote expr: (QUOTE sec) m: (Symbol) Debug compQuote expr: (QUOTE csc) m: (Symbol) Debug compQuote expr: (QUOTE tanh) m: (Symbol) Debug compQuote expr: (QUOTE coth) m: (Symbol) Debug compQuote expr: (QUOTE sech) m: (Symbol) Debug compQuote expr: (QUOTE csch) m: (Symbol) Debug compQuote expr: (QUOTE sin) m: (Symbol) Debug compQuote expr: (QUOTE sinh) m: (Symbol) Time: 0.24 SEC. (time taken in buildFunctor: 4) Time: 0.07 SEC. Warnings: [1] logArgs: not known that SetCategory is of mode CATEGORY(package,expand: F -> F,simplify: F -> F,htrigs: F -> F,simplifyExp: F -> F,simplifyLog: F -> F,expandPower: F -> F,expandLog: F -> F,cos2sec: F -> F,cosh2sech: F -> F,cot2trig: F -> F,coth2trigh: F -> F,csc2sin: F -> F,csch2sinh: F -> F,sec2cos: F -> F,sech2cosh: F -> F,sin2csc: F -> F,sinh2csch: F -> F,tan2trig: F -> F,tanh2trigh: F -> F,tan2cot: F -> F,tanh2coth: F -> F,cot2tan: F -> F,coth2tanh: F -> F,removeCosSq: F -> F,removeSinSq: F -> F,removeCoshSq: F -> F,removeSinhSq: F -> F,IF(hasRPatternMatchable(R),IF(hasRConvertibleTo(Pattern(R)),IF(hasFConvertibleTo(Pattern(R)),IF(hasFPatternMatchable(R),expandTrigProducts: F -> F,%noBranch),%noBranch),%noBranch),%noBranch)) [2] simplifyLog1: terms has no value [3] expandpow: not known that SetCategory is of mode CATEGORY(package,expand: F -> F,simplify: F -> F,htrigs: F -> F,simplifyExp: F -> F,simplifyLog: F -> F,expandPower: F -> F,expandLog: F -> F,cos2sec: F -> F,cosh2sech: F -> F,cot2trig: F -> F,coth2trigh: F -> F,csc2sin: F -> F,csch2sinh: F -> F,sec2cos: F -> F,sech2cosh: F -> F,sin2csc: F -> F,sinh2csch: F -> F,tan2trig: F -> F,tanh2trigh: F -> F,tan2cot: F -> F,tanh2coth: F -> F,cot2tan: F -> F,coth2tanh: F -> F,removeCosSq: F -> F,removeSinSq: F -> F,removeCoshSq: F -> F,removeSinhSq: F -> F,IF(hasRPatternMatchable(R),IF(hasRConvertibleTo(Pattern(R)),IF(hasFConvertibleTo(Pattern(R)),IF(hasFPatternMatchable(R),expandTrigProducts: F -> F,%noBranch),%noBranch),%noBranch),%noBranch)) [4] htrigs: not known that Ring is of mode CATEGORY(package,expand: F -> F,simplify: F -> F,htrigs: F -> F,simplifyExp: F -> F,simplifyLog: F -> F,expandPower: F -> F,expandLog: F -> F,cos2sec: F -> F,cosh2sech: F -> F,cot2trig: F -> F,coth2trigh: F -> F,csc2sin: F -> F,csch2sinh: F -> F,sec2cos: F -> F,sech2cosh: F -> F,sin2csc: F -> F,sinh2csch: F -> F,tan2trig: F -> F,tanh2trigh: F -> F,tan2cot: F -> F,tanh2coth: F -> F,cot2tan: F -> F,coth2tanh: F -> F,removeCosSq: F -> F,removeSinSq: F -> F,removeCoshSq: F -> F,removeSinhSq: F -> F,IF(hasRPatternMatchable(R),IF(hasRConvertibleTo(Pattern(R)),IF(hasFConvertibleTo(Pattern(R)),IF(hasFPatternMatchable(R),expandTrigProducts: F -> F,%noBranch),%noBranch),%noBranch),%noBranch)) [5] exlog: not known that IntegralDomain is of mode CATEGORY(package,expand: F -> F,simplify: F -> F,htrigs: F -> F,simplifyExp: F -> F,simplifyLog: F -> F,expandPower: F -> F,expandLog: F -> F,cos2sec: F -> F,cosh2sech: F -> F,cot2trig: F -> F,coth2trigh: F -> F,csc2sin: F -> F,csch2sinh: F -> F,sec2cos: F -> F,sech2cosh: F -> F,sin2csc: F -> F,sinh2csch: F -> F,tan2trig: F -> F,tanh2trigh: F -> F,tan2cot: F -> F,tanh2coth: F -> F,cot2tan: F -> F,coth2tanh: F -> F,removeCosSq: F -> F,removeSinSq: F -> F,removeCoshSq: F -> F,removeSinhSq: F -> F,IF(hasRPatternMatchable(R),IF(hasRConvertibleTo(Pattern(R)),IF(hasFConvertibleTo(Pattern(R)),IF(hasFPatternMatchable(R),expandTrigProducts: F -> F,%noBranch),%noBranch),%noBranch),%noBranch)) [6] logexpand: nullary? has no value [7] logexpand: IN has no value [8] logexpand: x has no value [9] kerexpand: nullary? has no value [10] kerexpand: IN has no value [11] kerexpand: x has no value Cumulative Statistics for Constructor TranscendentalManipulations Time: 1.84 seconds finalizing NRLIB TRMANIP Processing TranscendentalManipulations for Browser database: -- expand : F -> F -- simplify : F -> F -- htrigs : F -> F -- simplifyExp : F -> F -- simplifyLog : F -> F -- expandPower : F -> F -- expandLog : F -> F -- cos2sec : F -> F -- cosh2sech : F -> F -- cot2trig : F -> F -- coth2trigh : F -> F -- csc2sin : F -> F -- csch2sinh : F -> F -- sec2cos : F -> F -- sech2cosh : F -> F -- sin2csc : F -> F -- sinh2csch : F -> F -- tan2trig : F -> F -- tanh2trigh : F -> F -- tan2cot : F -> F -- tanh2coth : F -> F -- cot2tan : F -> F -- coth2tanh : F -> F -- removeCosSq : F -> F -- removeSinSq : F -> F -- removeCoshSq : F -> F -- removeSinhSq : F -> F -- expandTrigProducts : F -> F -- constructor ; compiling file "/tmp/oa-QZJ8Qu/code.lsp" (written 01 FEB 2016 11:09:56 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |TRMANIP;expandTrigProducts;2F;1| ...) ; compiling (DEFUN |TRMANIP;logArgs| ...) ; compiling (DEFUN |TRMANIP;simplifyLog;2F;3| ...) ; compiling (DEFUN |TRMANIP;simplifyLog1| ...) ; compiling (DEFUN |TRMANIP;simplify;2F;5| ...) ; compiling (DEFUN |TRMANIP;simplify;2F;6| ...) ; compiling (DEFUN |TRMANIP;expandpow| ...) ; compiling (DEFUN |TRMANIP;termexp| ...) ; compiling (DEFUN |TRMANIP;termexp!0| ...) ; compiling (DEFUN |TRMANIP;expandPower;2F;9| ...) ; compiling (DEFUN |TRMANIP;expandPower;2F;9!0| ...) ; compiling (DEFUN |TRMANIP;powersimp| ...) ; compiling (DEFUN |TRMANIP;powersimp!0| ...) ; compiling (DEFUN |TRMANIP;t2t| ...) ; compiling (DEFUN |TRMANIP;c2t| ...) ; compiling (DEFUN |TRMANIP;c2s| ...) ; compiling (DEFUN |TRMANIP;s2c| ...) ; compiling (DEFUN |TRMANIP;s2c2| ...) ; compiling (DEFUN |TRMANIP;th2th| ...) ; compiling (DEFUN |TRMANIP;ch2th| ...) ; compiling (DEFUN |TRMANIP;ch2sh| ...) ; compiling (DEFUN |TRMANIP;sh2ch| ...) ; compiling (DEFUN |TRMANIP;sh2ch2| ...) ; compiling (DEFUN |TRMANIP;ueval| ...) ; compiling (DEFUN |TRMANIP;ueval2| ...) ; compiling (DEFUN |TRMANIP;cos2sec;2F;23| ...) ; compiling (DEFUN |TRMANIP;cos2sec;2F;23!0| ...) ; compiling (DEFUN |TRMANIP;sin2csc;2F;24| ...) ; compiling (DEFUN |TRMANIP;sin2csc;2F;24!0| ...) ; compiling (DEFUN |TRMANIP;csc2sin;2F;25| ...) ; compiling (DEFUN |TRMANIP;sec2cos;2F;26| ...) ; compiling (DEFUN |TRMANIP;tan2cot;2F;27| ...) ; compiling (DEFUN |TRMANIP;tan2cot;2F;27!0| ...) ; compiling (DEFUN |TRMANIP;cot2tan;2F;28| ...) ; compiling (DEFUN |TRMANIP;cot2tan;2F;28!0| ...) ; compiling (DEFUN |TRMANIP;tan2trig;2F;29| ...) ; compiling (DEFUN |TRMANIP;cot2trig;2F;30| ...) ; compiling (DEFUN |TRMANIP;cosh2sech;2F;31| ...) ; compiling (DEFUN |TRMANIP;cosh2sech;2F;31!0| ...) ; compiling (DEFUN |TRMANIP;sinh2csch;2F;32| ...) ; compiling (DEFUN |TRMANIP;sinh2csch;2F;32!0| ...) ; compiling (DEFUN |TRMANIP;csch2sinh;2F;33| ...) ; compiling (DEFUN |TRMANIP;sech2cosh;2F;34| ...) ; compiling (DEFUN |TRMANIP;tanh2coth;2F;35| ...) ; compiling (DEFUN |TRMANIP;tanh2coth;2F;35!0| ...) ; compiling (DEFUN |TRMANIP;coth2tanh;2F;36| ...) ; compiling (DEFUN |TRMANIP;coth2tanh;2F;36!0| ...) ; compiling (DEFUN |TRMANIP;tanh2trigh;2F;37| ...) ; compiling (DEFUN |TRMANIP;coth2trigh;2F;38| ...) ; compiling (DEFUN |TRMANIP;removeCosSq;2F;39| ...) ; compiling (DEFUN |TRMANIP;removeCosSq;2F;39!0| ...) ; compiling (DEFUN |TRMANIP;removeSinSq;2F;40| ...) ; compiling (DEFUN |TRMANIP;removeCoshSq;2F;41| ...) ; compiling (DEFUN |TRMANIP;removeCoshSq;2F;41!0| ...) ; compiling (DEFUN |TRMANIP;removeSinhSq;2F;42| ...) ; compiling (DEFUN |TRMANIP;expandLog;2F;43| ...) ; compiling (DEFUN |TRMANIP;simplifyExp;2F;44| ...) ; compiling (DEFUN |TRMANIP;expand;2F;45| ...) ; compiling (DEFUN |TRMANIP;smpexpand| ...) ; compiling (DEFUN |TRMANIP;smpexpand!0| ...) ; compiling (DEFUN |TRMANIP;smplog| ...) ; compiling (DEFUN |TRMANIP;smplog!0| ...) ; compiling (DEFUN |TRMANIP;smp2htrigs| ...) ; compiling (DEFUN |TRMANIP;smp2htrigs!1| ...) ; compiling (DEFUN |TRMANIP;smp2htrigs!0| ...) ; compiling (DEFUN |TRMANIP;htrigs;2F;49| ...) ; compiling (DEFUN |TRMANIP;supexp| ...) ; compiling (DEFUN |TRMANIP;sup2htrigs| ...) ; compiling (DEFUN |TRMANIP;exlog| ...) ; compiling (DEFUN |TRMANIP;logexpand| ...) ; compiling (DEFUN |TRMANIP;kerexpand| ...) ; compiling (DEFUN |TRMANIP;smpexp| ...) ; compiling (DEFUN |TRMANIP;simplify0| ...) ; compiling (DEFUN |TranscendentalManipulations| ...) ; compiling (DEFUN |TranscendentalManipulations;| ...) ; compiling (MAKEPROP (QUOTE |TranscendentalManipulations|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-QZJ8Qu/code.fasl written ; compilation finished in 0:00:00.216 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FSCINT.spad && cp FSCINT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FSCINT.fasl \ && if test -f FSCINT-.NRLIB/code.fasl; then \ cp FSCINT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FSCINT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FSCINT.spad using Spad compiler. FSCINT abbreviates package FunctionSpaceComplexIntegration debug: compDefine1 lhs: (FunctionSpaceComplexIntegration R F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE internalIntegrate ((IntegrationResult F) F (Symbol))) (SIGNATURE internalIntegrate0 ((IntegrationResult F) F (Symbol))) (SIGNATURE complexIntegrate (F F (Symbol)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE internalIntegrate ((IntegrationResult F) F (Symbol))) (SIGNATURE internalIntegrate0 ((IntegrationResult F) F (Symbol))) (SIGNATURE complexIntegrate (F F (Symbol)))) $param: (R F) debug: evaluateType form: (IntegrationResult F) $param: (R F) Debug: evaluateType1 form: (IntegrationResult F) debug: evaluateType1 x: F m: (Field) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (IntegrationResult F) $param: (R F) Debug: evaluateType1 form: (IntegrationResult F) debug: evaluateType1 x: F m: (Field) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE internalIntegrate ((IntegrationResult F) F (Symbol))) (SIGNATURE internalIntegrate0 ((IntegrationResult F) F (Symbol))) (SIGNATURE complexIntegrate (F F (Symbol)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FunctionSpaceComplexIntegration compiling into /tmp/oa-JNG7CS importing IntegrationTools(R,F) importing ElementaryIntegration(R,F) importing ElementaryIntegration(Complex R,Expression Complex R) importing AlgebraicManipulations(R,F) importing AlgebraicManipulations(Complex R,Expression Complex R) importing TrigonometricManipulations(R,F) importing IntegrationResultToFunction(R,F) importing IntegrationResultFunctions2(Expression Complex R,F) importing ElementaryFunctionStructurePackage(R,F) importing ElementaryFunctionStructurePackage(Complex R,Expression Complex R) importing InnerTrigonometricManipulations(R,F,Expression Complex R) compiling local K2KG : Kernel F -> Kernel Expression Complex R Time: 0.17 SEC. compiling exported complexIntegrate : (F,Symbol) -> F Time: 0.00 SEC. importing PatternMatchIntegration(R,F) compiling exported internalIntegrate0 : (F,Symbol) -> IntegrationResult F Time: 0.06 SEC. compiling exported internalIntegrate0 : (F,Symbol) -> IntegrationResult F Time: 0.00 SEC. compiling exported internalIntegrate0 : (F,Symbol) -> IntegrationResult F Time: 0.00 SEC. compiling exported internalIntegrate : (F,Symbol) -> IntegrationResult F Debug compQuote expr: (QUOTE rtrig) m: $EmptyMode Debug compQuote expr: (QUOTE rtrig) m: (Identifier) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (Symbol) Debug compQuote expr: (QUOTE cot) m: $EmptyMode Debug compQuote expr: (QUOTE cot) m: (Symbol) Time: 0.15 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] K2KG: first has no value [2] K2KG: not known that RadicalCategory is of mode CATEGORY(domain,IF(hasComplex(R)IntegralDomain(),PROGN(AlgebraicallyClosedFunctionSpace Complex R,TranscendentalFunctionCategory,CombinatorialOpsCategory,LiouvillianFunctionCategory,SpecialFunctionCategory,reduce: % -> %,number?: % -> Boolean,simplifyPower: (%,Integer) -> %,IF(hasComplex(R)GcdDomain(),PROGN(factorPolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %,squareFreePolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %),%noBranch),IF(hasComplex(R)RetractableTo(Integer()),RetractableTo AlgebraicNumber,%noBranch)),%noBranch)) [3] K2KG: not known that TranscendentalFunctionCategory is of mode CATEGORY(domain,IF(hasComplex(R)IntegralDomain(),PROGN(AlgebraicallyClosedFunctionSpace Complex R,TranscendentalFunctionCategory,CombinatorialOpsCategory,LiouvillianFunctionCategory,SpecialFunctionCategory,reduce: % -> %,number?: % -> Boolean,simplifyPower: (%,Integer) -> %,IF(hasComplex(R)GcdDomain(),PROGN(factorPolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %,squareFreePolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %),%noBranch),IF(hasComplex(R)RetractableTo(Integer()),RetractableTo AlgebraicNumber,%noBranch)),%noBranch)) [4] K2KG: not known that SetCategory is of mode CATEGORY(package,internalIntegrate: (F,Symbol) -> IntegrationResult F,internalIntegrate0: (F,Symbol) -> IntegrationResult F,complexIntegrate: (F,Symbol) -> F) [5] internalIntegrate: has? has no value [6] internalIntegrate: not known that SetCategory is of mode CATEGORY(package,internalIntegrate: (F,Symbol) -> IntegrationResult F,internalIntegrate0: (F,Symbol) -> IntegrationResult F,complexIntegrate: (F,Symbol) -> F) [7] internalIntegrate: g has no value [8] internalIntegrate: not known that AlgebraicallyClosedField is of mode CATEGORY(domain,IF(hasComplex(R)IntegralDomain(),PROGN(AlgebraicallyClosedFunctionSpace Complex R,TranscendentalFunctionCategory,CombinatorialOpsCategory,LiouvillianFunctionCategory,SpecialFunctionCategory,reduce: % -> %,number?: % -> Boolean,simplifyPower: (%,Integer) -> %,IF(hasComplex(R)GcdDomain(),PROGN(factorPolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %,squareFreePolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %),%noBranch),IF(hasComplex(R)RetractableTo(Integer()),RetractableTo AlgebraicNumber,%noBranch)),%noBranch)) [9] internalIntegrate: not known that TranscendentalFunctionCategory is of mode CATEGORY(domain,IF(hasComplex(R)IntegralDomain(),PROGN(AlgebraicallyClosedFunctionSpace Complex R,TranscendentalFunctionCategory,CombinatorialOpsCategory,LiouvillianFunctionCategory,SpecialFunctionCategory,reduce: % -> %,number?: % -> Boolean,simplifyPower: (%,Integer) -> %,IF(hasComplex(R)GcdDomain(),PROGN(factorPolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %,squareFreePolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %),%noBranch),IF(hasComplex(R)RetractableTo(Integer()),RetractableTo AlgebraicNumber,%noBranch)),%noBranch)) Cumulative Statistics for Constructor FunctionSpaceComplexIntegration Time: 0.39 seconds finalizing NRLIB FSCINT Processing FunctionSpaceComplexIntegration for Browser database: -- internalIntegrate : (F,SE) -> IR -- internalIntegrate0 : (F,SE) -> IR -- complexIntegrate : (F,SE) -> F -- constructor ; compiling file "/tmp/oa-JNG7CS/code.lsp" (written 01 FEB 2016 11:09:56 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FSCINT;K2KG| ...) ; compiling (DEFUN |FSCINT;complexIntegrate;FSF;2| ...) ; compiling (DEFUN |FSCINT;internalIntegrate0;FSIr;3| ...) ; compiling (DEFUN |FSCINT;internalIntegrate0;FSIr;4| ...) ; compiling (DEFUN |FSCINT;internalIntegrate0;FSIr;5| ...) ; compiling (DEFUN |FSCINT;internalIntegrate;FSIr;6| ...) ; compiling (DEFUN |FSCINT;internalIntegrate;FSIr;6!0| ...) ; compiling (DEFUN |FunctionSpaceComplexIntegration| ...) ; compiling (DEFUN |FunctionSpaceComplexIntegration;| ...) ; compiling (MAKEPROP (QUOTE |FunctionSpaceComplexIntegration|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-JNG7CS/code.fasl written ; compilation finished in 0:00:00.033 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FSINT.spad && cp FSINT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FSINT.fasl \ && if test -f FSINT-.NRLIB/code.fasl; then \ cp FSINT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FSINT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FSINT.spad using Spad compiler. FSINT abbreviates package FunctionSpaceIntegration debug: compDefine1 lhs: (FunctionSpaceIntegration R F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE integrate ((Union F (List F)) F (Symbol)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE integrate ((Union F (List F)) F (Symbol)))) $param: (R F) debug: evaluateType form: (Union F (List F)) $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (List F) $param: (R F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE integrate ((Union F (List F)) F (Symbol)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FunctionSpaceIntegration compiling into /tmp/oa-iDCl5i importing IntegrationTools(R,F) importing ElementaryIntegration(R,F) importing ElementaryIntegration(Complex R,Expression Complex R) importing AlgebraicManipulations(R,F) importing TrigonometricManipulations(R,F) importing IntegrationResultToFunction(R,F) importing TranscendentalManipulations(R,F) importing IntegrationResultFunctions2(Expression Complex R,F) importing FunctionSpaceComplexIntegration(R,F) importing ElementaryFunctionStructurePackage(R,F) importing InnerTrigonometricManipulations(R,F,Expression Complex R) importing PolynomialCategoryQuotientFunctions(IndexedExponents Kernel F,Kernel F,R,SparseMultivariatePolynomial(R,Kernel F),F) Debug compQuote expr: (QUOTE %temptan) m: $EmptyMode Debug compQuote expr: (QUOTE %temptan) m: (Symbol) Debug compQuote expr: (QUOTE %temptan) m: (Symbol) compiling local K2KG : Kernel F -> Kernel Expression Complex R Time: 0.18 SEC. compiling local tan2temp : Kernel F -> Kernel F Time: 0.01 SEC. compiling local trans? : F -> Boolean Debug compQuote expr: (QUOTE log) m: $EmptyMode Debug compQuote expr: (QUOTE log) m: (Symbol) Debug compQuote expr: (QUOTE exp) m: $EmptyMode Debug compQuote expr: (QUOTE exp) m: (Symbol) Debug compQuote expr: (QUOTE atan) m: $EmptyMode Debug compQuote expr: (QUOTE atan) m: (Symbol) Time: 0.01 SEC. compiling local mkPrimh : (F,Symbol,Boolean,Boolean) -> F Time: 0.01 SEC. compiling local rinteg : (IntegrationResult F,F,Symbol,Boolean,Boolean) -> Union(F,List F) Time: 0.02 SEC. compiling local halfangle : F -> F Time: 0.01 SEC. compiling local Khalf : Kernel F -> F Time: 0.02 SEC. compiling local postSubst : (F,List F,List Kernel F,Boolean,List Kernel F,Symbol) -> F Debug compQuote expr: (QUOTE %alg) m: (Identifier) Debug compQuote expr: (QUOTE %temptan) m: $EmptyMode Debug compQuote expr: (QUOTE %temptan) m: (Symbol) Time: 0.33 SEC. compiling local goComplex? : (Boolean,List Kernel F,List Kernel F) -> Boolean FSINT;goComplex?(rt,l,ltan) is replaced by %when( rt,%otherwise %not %lempty? %tail %tail l) Time: 0.02 SEC. compiling exported integrate : (F,Symbol) -> Union(F,List F) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (Symbol) Debug compQuote expr: (QUOTE htrig) m: $EmptyMode Debug compQuote expr: (QUOTE htrig) m: (Identifier) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (Symbol) Debug compQuote expr: (QUOTE rtrig) m: $EmptyMode Debug compQuote expr: (QUOTE rtrig) m: (Identifier) Debug compQuote expr: (QUOTE elem) m: $EmptyMode Debug compQuote expr: (QUOTE elem) m: (Identifier) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (Symbol) Debug compQuote expr: (QUOTE cot) m: $EmptyMode Debug compQuote expr: (QUOTE cot) m: (Symbol) Time: 0.18 SEC. (time taken in buildFunctor: 4) Time: 0.01 SEC. Warnings: [1] K2KG: first has no value [2] K2KG: not known that RadicalCategory is of mode CATEGORY(domain,IF(hasComplex(R)IntegralDomain(),PROGN(AlgebraicallyClosedFunctionSpace Complex R,TranscendentalFunctionCategory,CombinatorialOpsCategory,LiouvillianFunctionCategory,SpecialFunctionCategory,reduce: % -> %,number?: % -> Boolean,simplifyPower: (%,Integer) -> %,IF(hasComplex(R)GcdDomain(),PROGN(factorPolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %,squareFreePolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %),%noBranch),IF(hasComplex(R)RetractableTo(Integer()),RetractableTo AlgebraicNumber,%noBranch)),%noBranch)) [3] K2KG: not known that TranscendentalFunctionCategory is of mode CATEGORY(domain,IF(hasComplex(R)IntegralDomain(),PROGN(AlgebraicallyClosedFunctionSpace Complex R,TranscendentalFunctionCategory,CombinatorialOpsCategory,LiouvillianFunctionCategory,SpecialFunctionCategory,reduce: % -> %,number?: % -> Boolean,simplifyPower: (%,Integer) -> %,IF(hasComplex(R)GcdDomain(),PROGN(factorPolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %,squareFreePolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %),%noBranch),IF(hasComplex(R)RetractableTo(Integer()),RetractableTo AlgebraicNumber,%noBranch)),%noBranch)) [4] K2KG: not known that SetCategory is of mode CATEGORY(package,integrate: (F,Symbol) -> Union(F,List F)) [5] Khalf: first has no value [6] postSubst: not known that Ring is of mode CATEGORY(package,integrate: (F,Symbol) -> Union(F,List F)) [7] postSubst: not known that SetCategory is of mode CATEGORY(package,integrate: (F,Symbol) -> Union(F,List F)) [8] integrate: not known that EuclideanDomain is of mode CATEGORY(package,complex) [9] integrate: not known that CharacteristicZero is of mode CATEGORY(package,complex) [10] integrate: not known that RetractableTo(Integer) is of mode CATEGORY(package,complex) [11] integrate: not known that LinearlyExplicitRingOver(Integer) is of mode CATEGORY(package,complex) [12] integrate: not known that IntegralDomain is of mode CATEGORY(package,complex) [13] integrate: not known that CommutativeRing is of mode CATEGORY(package,complex) [14] integrate: not known that AlgebraicallyClosedField is of mode CATEGORY(domain,IF(hasComplex(R)IntegralDomain(),PROGN(AlgebraicallyClosedFunctionSpace Complex R,TranscendentalFunctionCategory,CombinatorialOpsCategory,LiouvillianFunctionCategory,SpecialFunctionCategory,reduce: % -> %,number?: % -> Boolean,simplifyPower: (%,Integer) -> %,IF(hasComplex(R)GcdDomain(),PROGN(factorPolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %,squareFreePolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %),%noBranch),IF(hasComplex(R)RetractableTo(Integer()),RetractableTo AlgebraicNumber,%noBranch)),%noBranch)) [15] integrate: not known that TranscendentalFunctionCategory is of mode CATEGORY(domain,IF(hasComplex(R)IntegralDomain(),PROGN(AlgebraicallyClosedFunctionSpace Complex R,TranscendentalFunctionCategory,CombinatorialOpsCategory,LiouvillianFunctionCategory,SpecialFunctionCategory,reduce: % -> %,number?: % -> Boolean,simplifyPower: (%,Integer) -> %,IF(hasComplex(R)GcdDomain(),PROGN(factorPolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %,squareFreePolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %),%noBranch),IF(hasComplex(R)RetractableTo(Integer()),RetractableTo AlgebraicNumber,%noBranch)),%noBranch)) [16] integrate: not known that GcdDomain is of mode CATEGORY(package,complex) Cumulative Statistics for Constructor FunctionSpaceIntegration Time: 0.80 seconds finalizing NRLIB FSINT Processing FunctionSpaceIntegration for Browser database: -- integrate : (F,SE) -> Union(F,List F) -- constructor ; compiling file "/tmp/oa-iDCl5i/code.lsp" (written 01 FEB 2016 11:09:57 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FSINT;goComplex?|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FSINT;K2KG| ...) ; compiling (DEFUN |FSINT;tan2temp| ...) ; compiling (DEFUN |FSINT;trans?| ...) ; file: /tmp/oa-iDCl5i/code.lsp ; in: DEFUN |FSINT;trans?| ; (DEFUN BOOT::|FSINT;trans?| (BOOT::|f| BOOT::$) ; (BOOT::SPADCALL (CONS #'BOOT::|FSINT;trans?!0| BOOT::$) ; (BOOT::SPADCALL BOOT::|f| (BOOT::|shellEntry| BOOT::$ 33)) ; (BOOT::|shellEntry| BOOT::$ 35))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FSINT;trans?| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|FSINT;trans?| ; (BOOT::SPADCALL (CONS #'BOOT::|FSINT;trans?!0| BOOT::$) ; (BOOT::SPADCALL BOOT::|f| ; (BOOT::|shellEntry| BOOT::$ 33)) ; (BOOT::|shellEntry| BOOT::$ 35)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FSINT;trans?!0| ...) ; compiling (DEFUN |FSINT;mkPrimh| ...) ; compiling (DEFUN |FSINT;rinteg| ...) ; compiling (DEFUN |FSINT;halfangle| ...) ; compiling (DEFUN |FSINT;Khalf| ...) ; compiling (DEFUN |FSINT;postSubst| ...) ; compiling (DEFUN |FSINT;goComplex?| ...) ; compiling (DEFUN |FSINT;integrate;FSU;10| ...) ; compiling (DEFUN |FSINT;integrate;FSU;10!4| ...) ; compiling (DEFUN |FSINT;integrate;FSU;10!3| ...) ; compiling (DEFUN |FSINT;integrate;FSU;10!2| ...) ; compiling (DEFUN |FSINT;integrate;FSU;10!1| ...) ; compiling (DEFUN |FSINT;integrate;FSU;10!0| ...) ; compiling (DEFUN |FunctionSpaceIntegration| ...) ; compiling (DEFUN |FunctionSpaceIntegration;| ...) ; compiling (MAKEPROP (QUOTE |FunctionSpaceIntegration|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-iDCl5i/code.fasl written ; compilation finished in 0:00:00.072 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile UTS.spad && cp UTS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UTS.fasl \ && if test -f UTS-.NRLIB/code.fasl; then \ cp UTS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UTS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UTS.spad using Spad compiler. UTS abbreviates domain UnivariateTaylorSeries debug: compDefine1 lhs: (UnivariateTaylorSeries Coef var cen) signature (pre-evaluate): ((Join (UnivariateTaylorSeriesCategory Coef) (PartialDifferentialDomain $ (Variable var)) (CATEGORY domain (SIGNATURE coerce ($ (UnivariatePolynomial var Coef))) (SIGNATURE univariatePolynomial ((UnivariatePolynomial var Coef) $ (NonNegativeInteger))) (SIGNATURE coerce ($ (Variable var))) (SIGNATURE lagrange ($ $)) (SIGNATURE lambert ($ $)) (SIGNATURE oddlambert ($ $)) (SIGNATURE evenlambert ($ $)) (SIGNATURE generalLambert ($ $ (Integer) (Integer))) (SIGNATURE revert ($ $)) (SIGNATURE multisect ($ (Integer) (Integer) $)) (SIGNATURE invmultisect ($ (Integer) (Integer) $)) (IF (has Coef (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Variable var))) %noBranch))) NIL NIL NIL) debug: evaluateType form: (Join (UnivariateTaylorSeriesCategory Coef) (PartialDifferentialDomain $ (Variable var)) (CATEGORY domain (SIGNATURE coerce ($ (UnivariatePolynomial var Coef))) (SIGNATURE univariatePolynomial ((UnivariatePolynomial var Coef) $ (NonNegativeInteger))) (SIGNATURE coerce ($ (Variable var))) (SIGNATURE lagrange ($ $)) (SIGNATURE lambert ($ $)) (SIGNATURE oddlambert ($ $)) (SIGNATURE evenlambert ($ $)) (SIGNATURE generalLambert ($ $ (Integer) (Integer))) (SIGNATURE revert ($ $)) (SIGNATURE multisect ($ (Integer) (Integer) $)) (SIGNATURE invmultisect ($ (Integer) (Integer) $)) (IF (has Coef (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Variable var))) %noBranch))) $param: (Coef var cen) debug: evaluateType form: (UnivariateTaylorSeriesCategory Coef) $param: (Coef var cen) Debug: evaluateType1 form: (UnivariateTaylorSeriesCategory Coef) debug: evaluateType1 x: Coef m: (Ring) debug: evaluateType form: (PartialDifferentialDomain $ (Variable var)) $param: (Coef var cen) Debug: evaluateType1 form: (PartialDifferentialDomain $ (Variable var)) debug: evaluateType1 x: $ m: (Type) debug: evaluateType1 x: (Variable var) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Coef var cen) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Variable var) $param: (Coef var cen) Debug: evaluateType1 form: (Variable var) debug: evaluateType1 x: var m: (Symbol) debug: evalCategory d: (Variable var) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE coerce ($ (UnivariatePolynomial var Coef))) (SIGNATURE univariatePolynomial ((UnivariatePolynomial var Coef) $ (NonNegativeInteger))) (SIGNATURE coerce ($ (Variable var))) (SIGNATURE lagrange ($ $)) (SIGNATURE lambert ($ $)) (SIGNATURE oddlambert ($ $)) (SIGNATURE evenlambert ($ $)) (SIGNATURE generalLambert ($ $ (Integer) (Integer))) (SIGNATURE revert ($ $)) (SIGNATURE multisect ($ (Integer) (Integer) $)) (SIGNATURE invmultisect ($ (Integer) (Integer) $)) (IF (has Coef (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Variable var))) %noBranch)) $param: (Coef var cen) debug: evaluateType form: (UnivariatePolynomial var Coef) $param: (Coef var cen) Debug: evaluateType1 form: (UnivariatePolynomial var Coef) debug: evaluateType1 x: var m: (Symbol) debug: evaluateType1 x: Coef m: (Ring) debug: evaluateType form: (UnivariatePolynomial var Coef) $param: (Coef var cen) Debug: evaluateType1 form: (UnivariatePolynomial var Coef) debug: evaluateType1 x: var m: (Symbol) debug: evaluateType1 x: Coef m: (Ring) debug: evaluateType form: (NonNegativeInteger) $param: (Coef var cen) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Variable var) $param: (Coef var cen) Debug: evaluateType1 form: (Variable var) debug: evaluateType1 x: var m: (Symbol) debug: evaluateType form: (Integer) $param: (Coef var cen) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (Coef var cen) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (Coef var cen) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (Coef var cen) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (Coef var cen) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (Coef var cen) Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((Join (UnivariateTaylorSeriesCategory Coef) (PartialDifferentialDomain $ (Variable var)) (CATEGORY domain (SIGNATURE coerce ($ (UnivariatePolynomial var Coef))) (SIGNATURE univariatePolynomial ((UnivariatePolynomial var Coef) $ (NonNegativeInteger))) (SIGNATURE coerce ($ (Variable var))) (SIGNATURE lagrange ($ $)) (SIGNATURE lambert ($ $)) (SIGNATURE oddlambert ($ $)) (SIGNATURE evenlambert ($ $)) (SIGNATURE generalLambert ($ $ (Integer) (Integer))) (SIGNATURE revert ($ $)) (SIGNATURE multisect ($ (Integer) (Integer) $)) (SIGNATURE invmultisect ($ (Integer) (Integer) $)) (IF (has Coef (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Variable var))) %noBranch))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for UnivariateTaylorSeries compiling into /tmp/oa-WxVBWt compiling local stream : % -> Stream Coef UTS;stream x is replaced by x Time: 0.06 SEC. compiling exported coerce : Variable var -> % Time: 0.02 SEC. compiling exported coerce : Integer -> % Time: 0.02 SEC. compiling exported coerce : Coef -> % Time: 0.01 SEC. compiling exported monomial : (Coef,NonNegativeInteger) -> % Time: 0.01 SEC. compiling local getExpon : Record(k: NonNegativeInteger,c: Coef) -> NonNegativeInteger UTS;getExpon is replaced by %head Time: 0.01 SEC. compiling local getCoef : Record(k: NonNegativeInteger,c: Coef) -> Coef UTS;getCoef is replaced by %tail Time: 0 SEC. compiling local rec : (NonNegativeInteger,Coef) -> Record(k: NonNegativeInteger,c: Coef) UTS;rec is replaced by %pair Time: 0.01 SEC. compiling local recs : (Stream Coef,NonNegativeInteger) -> Stream Record(k: NonNegativeInteger,c: Coef) Time: 0.04 SEC. compiling exported terms : % -> Stream Record(k: NonNegativeInteger,c: Coef) Time: 0.02 SEC. compiling local recsToCoefs : (Stream Record(k: NonNegativeInteger,c: Coef),NonNegativeInteger) -> Stream Coef Time: 0.08 SEC. compiling exported series : Stream Record(k: NonNegativeInteger,c: Coef) -> % Time: 0.02 SEC. compiling local stToPoly : (Stream Coef,Polynomial Coef,NonNegativeInteger,NonNegativeInteger) -> Polynomial Coef Time: 0.03 SEC. compiling exported polynomial : (%,NonNegativeInteger) -> Polynomial Coef Time: 0.02 SEC. compiling exported polynomial : (%,NonNegativeInteger,NonNegativeInteger) -> Polynomial Coef Time: 0.03 SEC. compiling local stToUPoly : (Stream Coef,UnivariatePolynomial(var,Coef),NonNegativeInteger,NonNegativeInteger) -> UnivariatePolynomial(var,Coef) Time: 0.03 SEC. compiling exported univariatePolynomial : (%,NonNegativeInteger) -> UnivariatePolynomial(var,Coef) Time: 0.03 SEC. compiling exported coerce : UnivariatePolynomial(var,Coef) -> % Time: 0.08 SEC. compiling local stToCoef : (Stream Coef,Coef,NonNegativeInteger,NonNegativeInteger) -> Coef Time: 0.02 SEC. compiling exported approximate : (%,NonNegativeInteger) -> Coef Time: 0.01 SEC. compiling exported variable : % -> Symbol Time: 0 SEC. compiling exported center : % -> Coef Time: 0 SEC. compiling exported coefficient : (%,NonNegativeInteger) -> Coef Time: 0.03 SEC. compiling exported elt : (%,NonNegativeInteger) -> Coef Time: 0.01 SEC. compiling exported map : (Coef -> Coef,%) -> % Time: 0 SEC. compiling exported eval : (%,Coef) -> Stream Coef Time: 0.01 SEC. compiling exported differentiate : % -> % Time: 0.00 SEC. compiling exported differentiate : (%,Variable var) -> % Time: 0.00 SEC. compiling exported differentiate : (%,Symbol) -> % Time: 0.04 SEC. compiling exported multiplyCoefficients : (Integer -> Coef,%) -> % Time: 0.02 SEC. compiling exported lagrange : % -> % Time: 0.01 SEC. compiling exported lambert : % -> % Time: 0.01 SEC. compiling exported oddlambert : % -> % Time: 0.00 SEC. compiling exported evenlambert : % -> % Time: 0.01 SEC. compiling exported generalLambert : (%,Integer,Integer) -> % Time: 0.01 SEC. compiling exported extend : (%,NonNegativeInteger) -> % Time: 0.02 SEC. compiling exported complete : % -> % Time: 0 SEC. compiling exported truncate : (%,NonNegativeInteger) -> % Time: 0.01 SEC. compiling exported truncate : (%,NonNegativeInteger,NonNegativeInteger) -> % Time: 0.02 SEC. compiling exported elt : (%,%) -> % Time: 0.01 SEC. compiling exported revert : % -> % Time: 0.01 SEC. compiling exported multisect : (Integer,Integer,%) -> % Time: 0.02 SEC. compiling exported invmultisect : (Integer,Integer,%) -> % Time: 0.02 SEC. compiling exported multiplyExponents : (%,PositiveInteger) -> % Time: 0.01 SEC. compiling exported quoByVar : % -> % Time: 0.01 SEC. compiling exported unit? : % -> Boolean Time: 0.02 SEC. compiling exported ** : (%,Coef) -> % Time: 0.04 SEC. compiling exported ** : (%,Coef) -> % Time: 0.02 SEC. compiling exported coerce : Fraction Integer -> % Time: 0.03 SEC. compiling exported integrate : % -> % Time: 0.01 SEC. compiling exported integrate : (%,Variable var) -> % Time: 0.00 SEC. compiling exported integrate : (%,Symbol) -> % Time: 0.05 SEC. compiling local integrateWithOneAnswer : (Coef,Symbol) -> Coef Time: 0.06 SEC. compiling exported integrate : (%,Symbol) -> % Time: 0.04 SEC. (time taken in buildFunctor: 36) Time: 0.10 SEC. Warnings: [1] String syntax for ** in signature is deprecated. [2] Rep differs from the base domain Cumulative Statistics for Constructor UnivariateTaylorSeries Time: 1.17 seconds --------------non extending category---------------------- UnivariateTaylorSeries(#1,#2,#3) of category Join( UnivariateTaylorSeriesCategory #1,PartialDifferentialDomain($, Variable #2)) with coerce : UnivariatePolynomial(#2,#1) -> % univariatePolynomial : (%,NonNegativeInteger) -> UnivariatePolynomial(#2,#1) coerce : Variable #2 -> % lagrange : % -> % lambert : % -> % oddlambert : % -> % evenlambert : % -> % generalLambert : (%,Integer,Integer) -> % revert : % -> % multisect : (Integer,Integer,%) -> % invmultisect : (Integer,Integer,%) -> %IF (has #1 (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Variable #2)))%noBranch has no ?*? : (%,Integer) -> % ---------------------------------------------------------- finalizing NRLIB UTS Processing UnivariateTaylorSeries for Browser database: -- coerce : UP -> % -- univariatePolynomial : (%,NNI) -> UP -- coerce : Variable var -> % -- lagrange : % -> % -- lambert : % -> % -- oddlambert : % -> % -- evenlambert : % -> % -- generalLambert : (%,I,I) -> % -- revert : % -> % -- multisect : (I,I,%) -> % -- invmultisect : (I,I,%) -> % -- integrate : (%,Variable var) -> % -- constructor ; compiling file "/tmp/oa-WxVBWt/code.lsp" (written 01 FEB 2016 11:09:59 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UTS;stream|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UTS;getExpon|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UTS;getCoef|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UTS;rec|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UTS;variable;$S;21|) ...) ; compiling (PUT (QUOTE |UTS;center;$Coef;22|) ...) ; compiling (DEFUN |UTS;stream| ...) ; compiling (DEFUN |UTS;coerce;V$;2| ...) ; file: /tmp/oa-WxVBWt/code.lsp ; in: DEFUN |UTS;coerce;V$;2| ; (DEFUN BOOT::|UTS;coerce;V$;2| (BOOT::|v| BOOT::$) ; (COND ; ((BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 8) ; (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|UTS;monomial;CoefNni$;5| (BOOT::|spadConstant| BOOT::$ 12) 1 ; BOOT::$)) ; (T ; (BOOT::SPADCALL (BOOT::|UTS;monomial;CoefNni$;5| # 1 BOOT::$) ; (BOOT::|UTS;monomial;CoefNni$;5| # 0 BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 20))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UTS;coerce;V$;2| ; (BOOT::|v| BOOT::$) ; (BLOCK BOOT::|UTS;coerce;V$;2| ; (COND ; ((BOOT::SPADCALL # #) (BOOT::|UTS;monomial;CoefNni$;5| # 1 BOOT::$)) ; (T (BOOT::SPADCALL # # #))))) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |UTS;coerce;I$;3| ...) ; compiling (DEFUN |UTS;coerce;Coef$;4| ...) ; compiling (DEFUN |UTS;monomial;CoefNni$;5| ...) ; compiling (DEFUN |UTS;getExpon| ...) ; compiling (DEFUN |UTS;getCoef| ...) ; compiling (DEFUN |UTS;rec| ...) ; compiling (DEFUN |UTS;recs| ...) ; compiling (DEFUN |UTS;recs!0| ...) ; compiling (DEFUN |UTS;terms;$S;10| ...) ; compiling (DEFUN |UTS;recsToCoefs| ...) ; compiling (DEFUN |UTS;recsToCoefs!0| ...) ; compiling (DEFUN |UTS;series;S$;12| ...) ; compiling (DEFUN |UTS;stToPoly| ...) ; compiling (DEFUN |UTS;polynomial;$NniP;14| ...) ; compiling (DEFUN |UTS;polynomial;$2NniP;15| ...) ; file: /tmp/oa-WxVBWt/code.lsp ; in: DEFUN |UTS;polynomial;$2NniP;15| ; (DEFUN BOOT::|UTS;polynomial;$2NniP;15| ; (BOOT::|x| BOOT::|n1| BOOT::|n2| BOOT::$) ; (PROGN ; (COND ; ((< BOOT::|n2| BOOT::|n1|) ; (LET # ; #))) ; (BOOT::|UTS;stToPoly| ; (BOOT::SPADCALL BOOT::|x| BOOT::|n1| (BOOT::|shellEntry| BOOT::$ 61)) ; (BOOT::SPADCALL (BOOT::SPADCALL # #) (BOOT::SPADCALL # #) ; (BOOT::|shellEntry| BOOT::$ 59)) ; BOOT::|n1| BOOT::|n2| BOOT::$))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UTS;polynomial;$2NniP;15| ; (BOOT::|x| BOOT::|n1| BOOT::|n2| BOOT::$) ; (BLOCK BOOT::|UTS;polynomial;$2NniP;15| ; (PROGN ; (COND (# #)) ; (BOOT::|UTS;stToPoly| (BOOT::SPADCALL BOOT::|x| BOOT::|n1| #) ; (BOOT::SPADCALL # # #) BOOT::|n1| BOOT::|n2| BOOT::$)))) ; ; note: Assignment to argument: |n1| ; prevents use of assertion from function type proclamation: ; UNSIGNED-BYTE ; ; ; note: Assignment to argument: |n2| ; prevents use of assertion from function type proclamation: ; UNSIGNED-BYTE ; ; compiling (DEFUN |UTS;stToUPoly| ...) ; compiling (DEFUN |UTS;univariatePolynomial;$NniUp;17| ...) ; compiling (DEFUN |UTS;coerce;Up$;18| ...) ; compiling (DEFUN |UTS;stToCoef| ...) ; compiling (DEFUN |UTS;approximate;$NniCoef;20| ...) ; compiling (DEFUN |UTS;variable;$S;21| ...) ; file: /tmp/oa-WxVBWt/code.lsp ; in: DEFUN |UTS;variable;$S;21| ; (DEFUN BOOT::|UTS;variable;$S;21| (BOOT::|x| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 7)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UTS;variable;$S;21| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|UTS;variable;$S;21| (BOOT::|shellEntry| BOOT::$ 7))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |UTS;center;$Coef;22| ...) ; file: /tmp/oa-WxVBWt/code.lsp ; in: DEFUN |UTS;center;$Coef;22| ; (DEFUN BOOT::|UTS;center;$Coef;22| (BOOT::|s| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 8)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UTS;center;$Coef;22| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|UTS;center;$Coef;22| (BOOT::|shellEntry| BOOT::$ 8))) ; ; caught STYLE-WARNING: ; The variable |s| is defined but never used. ; compiling (DEFUN |UTS;coefficient;$NniCoef;23| ...) ; file: /tmp/oa-WxVBWt/code.lsp ; in: DEFUN |UTS;coefficient;$NniCoef;23| ; (DEFUN BOOT::|UTS;coefficient;$NniCoef;23| (BOOT::|x| BOOT::|n| BOOT::$) ; (LET ((BOOT::|u| BOOT::|x|)) ; (BOOT::SEQ (LOOP (COND # #)) (COND (# #)) (COND (# #)) ; (BOOT::EXIT (CAR BOOT::|u|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UTS;coefficient;$NniCoef;23| ; (BOOT::|x| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|UTS;coefficient;$NniCoef;23| ; (LET ((BOOT::|u| BOOT::|x|)) ; (BOOT::SEQ (LOOP #) (COND #) (COND #) (BOOT::EXIT #))))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; UNSIGNED-BYTE ; ; compiling (DEFUN |UTS;elt;$NniCoef;24| ...) ; compiling (DEFUN |UTS;map;M2$;25| ...) ; compiling (DEFUN |UTS;eval;$CoefS;26| ...) ; compiling (DEFUN |UTS;differentiate;2$;27| ...) ; compiling (DEFUN |UTS;differentiate;$V$;28| ...) ; file: /tmp/oa-WxVBWt/code.lsp ; in: DEFUN |UTS;differentiate;$V$;28| ; (DEFUN BOOT::|UTS;differentiate;$V$;28| (BOOT::|x| BOOT::|v| BOOT::$) ; (BOOT::|UTS;differentiate;2$;27| BOOT::|x| BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UTS;differentiate;$V$;28| ; (BOOT::|x| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|UTS;differentiate;$V$;28| ; (BOOT::|UTS;differentiate;2$;27| BOOT::|x| BOOT::$))) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |UTS;differentiate;$S$;29| ...) ; compiling (DEFUN |UTS;differentiate;$S$;29!0| ...) ; compiling (DEFUN |UTS;multiplyCoefficients;M2$;30| ...) ; compiling (DEFUN |UTS;lagrange;2$;31| ...) ; compiling (DEFUN |UTS;lambert;2$;32| ...) ; compiling (DEFUN |UTS;oddlambert;2$;33| ...) ; compiling (DEFUN |UTS;evenlambert;2$;34| ...) ; compiling (DEFUN |UTS;generalLambert;$2I$;35| ...) ; compiling (DEFUN |UTS;extend;$Nni$;36| ...) ; compiling (DEFUN |UTS;complete;2$;37| ...) ; compiling (DEFUN |UTS;truncate;$Nni$;38| ...) ; compiling (DEFUN |UTS;truncate;$2Nni$;39| ...) ; file: /tmp/oa-WxVBWt/code.lsp ; in: DEFUN |UTS;truncate;$2Nni$;39| ; (DEFUN BOOT::|UTS;truncate;$2Nni$;39| ; (BOOT::|x| BOOT::|n1| BOOT::|n2| BOOT::$) ; (PROG (BOOT::|st| BOOT::|m|) ; (RETURN ; (PROGN ; (COND #) ; (BOOT::LETT BOOT::|m| # BOOT::|UTS;truncate;$2Nni$;39|) ; (BOOT::LETT BOOT::|st| # BOOT::|UTS;truncate;$2Nni$;39|) ; (LET # ; #) ; BOOT::|st|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UTS;truncate;$2Nni$;39| ; (BOOT::|x| BOOT::|n1| BOOT::|n2| BOOT::$) ; (BLOCK BOOT::|UTS;truncate;$2Nni$;39| ; (PROG (BOOT::|st| BOOT::|m|) (RETURN (PROGN # # # # BOOT::|st|))))) ; ; note: Assignment to argument: |n1| ; prevents use of assertion from function type proclamation: ; UNSIGNED-BYTE ; ; ; note: Assignment to argument: |n2| ; prevents use of assertion from function type proclamation: ; UNSIGNED-BYTE ; ; compiling (DEFUN |UTS;elt;3$;40| ...) ; compiling (DEFUN |UTS;revert;2$;41| ...) ; compiling (DEFUN |UTS;multisect;2I2$;42| ...) ; compiling (DEFUN |UTS;invmultisect;2I2$;43| ...) ; compiling (DEFUN |UTS;multiplyExponents;$Pi$;44| ...) ; compiling (DEFUN |UTS;quoByVar;2$;45| ...) ; compiling (DEFUN |UTS;unit?;$B;46| ...) ; file: /tmp/oa-WxVBWt/code.lsp ; in: DEFUN |UTS;unit?;$B;46| ; (DEFUN BOOT::|UTS;unit?;$B;46| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (BOOT::|UTS;coefficient;$NniCoef;23| BOOT::|x| 0 BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 138))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UTS;unit?;$B;46| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|UTS;unit?;$B;46| ; (BOOT::SPADCALL ; (BOOT::|UTS;coefficient;$NniCoef;23| BOOT::|x| 0 BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 138)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |UTS;**;$Coef$;47| ...) ; compiling (DEFUN |UTS;**;$Coef$;48| ...) ; compiling (DEFUN |UTS;coerce;F$;49| ...) ; compiling (DEFUN |UTS;integrate;2$;50| ...) ; compiling (DEFUN |UTS;integrate;$V$;51| ...) ; file: /tmp/oa-WxVBWt/code.lsp ; in: DEFUN |UTS;integrate;$V$;51| ; (DEFUN BOOT::|UTS;integrate;$V$;51| (BOOT::|x| BOOT::|v| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 147))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UTS;integrate;$V$;51| ; (BOOT::|x| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|UTS;integrate;$V$;51| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 147)))) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |UTS;integrate;$S$;52| ...) ; compiling (DEFUN |UTS;integrate;$S$;52!0| ...) ; compiling (DEFUN |UTS;integrateWithOneAnswer| ...) ; compiling (DEFUN |UTS;integrate;$S$;54| ...) ; compiling (DEFUN |UTS;integrate;$S$;54!0| ...) ; compiling (DEFUN |UnivariateTaylorSeries| ...) ; compiling (DEFUN |UnivariateTaylorSeries;| ...) ; compiling (MAKEPROP (QUOTE |UnivariateTaylorSeries|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 5 STYLE-WARNING conditions ; printed 6 notes ; /tmp/oa-WxVBWt/code.fasl written ; compilation finished in 0:00:00.151 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile EFULS.spad && cp EFULS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/EFULS.fasl \ && if test -f EFULS-.NRLIB/code.fasl; then \ cp EFULS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/EFULS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/EFULS.spad using Spad compiler. EFULS abbreviates package ElementaryFunctionsUnivariateLaurentSeries debug: compDefine1 lhs: (ElementaryFunctionsUnivariateLaurentSeries Coef UTS ULS) signature (pre-evaluate): ((Join (PartialTranscendentalFunctions ULS) (CATEGORY package (IF (has Coef (Field)) (SIGNATURE ** (ULS ULS (Fraction (Integer)))) %noBranch) (SIGNATURE exp (ULS ULS)) (SIGNATURE log (ULS ULS)) (SIGNATURE sin (ULS ULS)) (SIGNATURE cos (ULS ULS)) (SIGNATURE tan (ULS ULS)) (SIGNATURE cot (ULS ULS)) (SIGNATURE sec (ULS ULS)) (SIGNATURE csc (ULS ULS)) (SIGNATURE asin (ULS ULS)) (SIGNATURE acos (ULS ULS)) (SIGNATURE atan (ULS ULS)) (SIGNATURE acot (ULS ULS)) (SIGNATURE asec (ULS ULS)) (SIGNATURE acsc (ULS ULS)) (SIGNATURE sinh (ULS ULS)) (SIGNATURE cosh (ULS ULS)) (SIGNATURE tanh (ULS ULS)) (SIGNATURE coth (ULS ULS)) (SIGNATURE sech (ULS ULS)) (SIGNATURE csch (ULS ULS)) (SIGNATURE asinh (ULS ULS)) (SIGNATURE acosh (ULS ULS)) (SIGNATURE atanh (ULS ULS)) (SIGNATURE acoth (ULS ULS)) (SIGNATURE asech (ULS ULS)) (SIGNATURE acsch (ULS ULS)))) NIL NIL NIL) debug: evaluateType form: (Join (PartialTranscendentalFunctions ULS) (CATEGORY package (IF (has Coef (Field)) (SIGNATURE ** (ULS ULS (Fraction (Integer)))) %noBranch) (SIGNATURE exp (ULS ULS)) (SIGNATURE log (ULS ULS)) (SIGNATURE sin (ULS ULS)) (SIGNATURE cos (ULS ULS)) (SIGNATURE tan (ULS ULS)) (SIGNATURE cot (ULS ULS)) (SIGNATURE sec (ULS ULS)) (SIGNATURE csc (ULS ULS)) (SIGNATURE asin (ULS ULS)) (SIGNATURE acos (ULS ULS)) (SIGNATURE atan (ULS ULS)) (SIGNATURE acot (ULS ULS)) (SIGNATURE asec (ULS ULS)) (SIGNATURE acsc (ULS ULS)) (SIGNATURE sinh (ULS ULS)) (SIGNATURE cosh (ULS ULS)) (SIGNATURE tanh (ULS ULS)) (SIGNATURE coth (ULS ULS)) (SIGNATURE sech (ULS ULS)) (SIGNATURE csch (ULS ULS)) (SIGNATURE asinh (ULS ULS)) (SIGNATURE acosh (ULS ULS)) (SIGNATURE atanh (ULS ULS)) (SIGNATURE acoth (ULS ULS)) (SIGNATURE asech (ULS ULS)) (SIGNATURE acsch (ULS ULS)))) $param: (Coef UTS ULS) debug: evaluateType form: (PartialTranscendentalFunctions ULS) $param: (Coef UTS ULS) Debug: evaluateType1 form: (PartialTranscendentalFunctions ULS) debug: evaluateType1 x: ULS m: (TranscendentalFunctionCategory) debug: evaluateType form: (CATEGORY package (IF (has Coef (Field)) (SIGNATURE ** (ULS ULS (Fraction (Integer)))) %noBranch) (SIGNATURE exp (ULS ULS)) (SIGNATURE log (ULS ULS)) (SIGNATURE sin (ULS ULS)) (SIGNATURE cos (ULS ULS)) (SIGNATURE tan (ULS ULS)) (SIGNATURE cot (ULS ULS)) (SIGNATURE sec (ULS ULS)) (SIGNATURE csc (ULS ULS)) (SIGNATURE asin (ULS ULS)) (SIGNATURE acos (ULS ULS)) (SIGNATURE atan (ULS ULS)) (SIGNATURE acot (ULS ULS)) (SIGNATURE asec (ULS ULS)) (SIGNATURE acsc (ULS ULS)) (SIGNATURE sinh (ULS ULS)) (SIGNATURE cosh (ULS ULS)) (SIGNATURE tanh (ULS ULS)) (SIGNATURE coth (ULS ULS)) (SIGNATURE sech (ULS ULS)) (SIGNATURE csch (ULS ULS)) (SIGNATURE asinh (ULS ULS)) (SIGNATURE acosh (ULS ULS)) (SIGNATURE atanh (ULS ULS)) (SIGNATURE acoth (ULS ULS)) (SIGNATURE asech (ULS ULS)) (SIGNATURE acsch (ULS ULS))) $param: (Coef UTS ULS) debug: evaluateType form: ULS $param: (Coef UTS ULS) debug: evaluateType form: ULS $param: (Coef UTS ULS) debug: evaluateType form: ULS $param: (Coef UTS ULS) debug: evaluateType form: ULS $param: (Coef UTS ULS) debug: evaluateType form: ULS $param: (Coef UTS ULS) debug: evaluateType form: ULS $param: (Coef UTS ULS) debug: evaluateType form: ULS $param: (Coef UTS ULS) debug: evaluateType form: ULS $param: (Coef UTS ULS) debug: evaluateType form: ULS $param: (Coef UTS ULS) debug: evaluateType form: ULS $param: (Coef UTS ULS) debug: evaluateType form: ULS $param: (Coef UTS ULS) debug: evaluateType form: ULS $param: (Coef UTS ULS) debug: evaluateType form: ULS $param: (Coef UTS ULS) debug: evaluateType form: ULS $param: (Coef UTS ULS) debug: evaluateType form: ULS $param: (Coef UTS ULS) debug: evaluateType form: ULS $param: (Coef UTS ULS) debug: evaluateType form: ULS $param: (Coef UTS ULS) debug: evaluateType form: ULS $param: (Coef UTS ULS) debug: evaluateType form: ULS $param: (Coef UTS ULS) debug: evaluateType form: ULS $param: (Coef UTS ULS) debug: evaluateType form: ULS $param: (Coef UTS ULS) debug: evaluateType form: ULS $param: (Coef UTS ULS) debug: evaluateType form: ULS $param: (Coef UTS ULS) debug: evaluateType form: ULS $param: (Coef UTS ULS) debug: evaluateType form: ULS $param: (Coef UTS ULS) debug: evaluateType form: ULS $param: (Coef UTS ULS) debug: evaluateType form: ULS $param: (Coef UTS ULS) debug: evaluateType form: ULS $param: (Coef UTS ULS) debug: evaluateType form: ULS $param: (Coef UTS ULS) debug: evaluateType form: ULS $param: (Coef UTS ULS) debug: evaluateType form: ULS $param: (Coef UTS ULS) debug: evaluateType form: ULS $param: (Coef UTS ULS) debug: evaluateType form: ULS $param: (Coef UTS ULS) debug: evaluateType form: ULS $param: (Coef UTS ULS) debug: evaluateType form: ULS $param: (Coef UTS ULS) debug: evaluateType form: ULS $param: (Coef UTS ULS) debug: evaluateType form: ULS $param: (Coef UTS ULS) debug: evaluateType form: ULS $param: (Coef UTS ULS) debug: evaluateType form: ULS $param: (Coef UTS ULS) debug: evaluateType form: ULS $param: (Coef UTS ULS) debug: evaluateType form: ULS $param: (Coef UTS ULS) debug: evaluateType form: ULS $param: (Coef UTS ULS) debug: evaluateType form: ULS $param: (Coef UTS ULS) debug: evaluateType form: ULS $param: (Coef UTS ULS) debug: evaluateType form: ULS $param: (Coef UTS ULS) debug: evaluateType form: ULS $param: (Coef UTS ULS) debug: evaluateType form: ULS $param: (Coef UTS ULS) debug: evaluateType form: ULS $param: (Coef UTS ULS) debug: evaluateType form: ULS $param: (Coef UTS ULS) debug: evaluateType form: ULS $param: (Coef UTS ULS) debug: evaluateType form: ULS $param: (Coef UTS ULS) debug: evaluateType form: ULS $param: (Coef UTS ULS) debug: compDefine1 signature (post evaluate): ((Join (PartialTranscendentalFunctions ULS) (CATEGORY package (IF (has Coef (Field)) (SIGNATURE ** (ULS ULS (Fraction (Integer)))) %noBranch) (SIGNATURE exp (ULS ULS)) (SIGNATURE log (ULS ULS)) (SIGNATURE sin (ULS ULS)) (SIGNATURE cos (ULS ULS)) (SIGNATURE tan (ULS ULS)) (SIGNATURE cot (ULS ULS)) (SIGNATURE sec (ULS ULS)) (SIGNATURE csc (ULS ULS)) (SIGNATURE asin (ULS ULS)) (SIGNATURE acos (ULS ULS)) (SIGNATURE atan (ULS ULS)) (SIGNATURE acot (ULS ULS)) (SIGNATURE asec (ULS ULS)) (SIGNATURE acsc (ULS ULS)) (SIGNATURE sinh (ULS ULS)) (SIGNATURE cosh (ULS ULS)) (SIGNATURE tanh (ULS ULS)) (SIGNATURE coth (ULS ULS)) (SIGNATURE sech (ULS ULS)) (SIGNATURE csch (ULS ULS)) (SIGNATURE asinh (ULS ULS)) (SIGNATURE acosh (ULS ULS)) (SIGNATURE atanh (ULS ULS)) (SIGNATURE acoth (ULS ULS)) (SIGNATURE asech (ULS ULS)) (SIGNATURE acsch (ULS ULS)))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ElementaryFunctionsUnivariateLaurentSeries compiling into /tmp/oa-Ys8TDW compiling local nthRootUTS : (UTS,Integer) -> Union(UTS,failed) Time: 0.15 SEC. compiling exported nthRootIfCan : (ULS,NonNegativeInteger) -> Union(ULS,failed) Time: 0.04 SEC. compiling exported ** : (ULS,Fraction Integer) -> ULS Time: 0.06 SEC. compiling local applyIfCan : (UTS -> UTS,ULS) -> Union(ULS,failed) Time: 0.01 SEC. compiling exported expIfCan : ULS -> Union(ULS,failed) Time: 0 SEC. compiling exported sinIfCan : ULS -> Union(ULS,failed) Time: 0.00 SEC. compiling exported cosIfCan : ULS -> Union(ULS,failed) Time: 0 SEC. compiling exported asinIfCan : ULS -> Union(ULS,failed) Time: 0 SEC. compiling exported acosIfCan : ULS -> Union(ULS,failed) Time: 0.00 SEC. compiling exported asecIfCan : ULS -> Union(ULS,failed) Time: 0 SEC. compiling exported acscIfCan : ULS -> Union(ULS,failed) Time: 0.00 SEC. compiling exported sinhIfCan : ULS -> Union(ULS,failed) Time: 0 SEC. compiling exported coshIfCan : ULS -> Union(ULS,failed) Time: 0.00 SEC. compiling exported asinhIfCan : ULS -> Union(ULS,failed) Time: 0 SEC. compiling exported acoshIfCan : ULS -> Union(ULS,failed) Time: 0.00 SEC. compiling exported atanhIfCan : ULS -> Union(ULS,failed) Time: 0 SEC. compiling exported acothIfCan : ULS -> Union(ULS,failed) Time: 0.00 SEC. compiling exported asechIfCan : ULS -> Union(ULS,failed) Time: 0 SEC. compiling exported acschIfCan : ULS -> Union(ULS,failed) Time: 0.00 SEC. compiling exported logIfCan : ULS -> Union(ULS,failed) Time: 0.02 SEC. compiling exported tanIfCan : ULS -> Union(ULS,failed) Time: 0.10 SEC. compiling exported cotIfCan : ULS -> Union(ULS,failed) Time: 0.10 SEC. compiling exported secIfCan : ULS -> Union(ULS,failed) Time: 0.00 SEC. compiling exported cscIfCan : ULS -> Union(ULS,failed) Time: 0.00 SEC. compiling exported atanIfCan : ULS -> Union(ULS,failed) Time: 0.26 SEC. compiling exported acotIfCan : ULS -> Union(ULS,failed) Time: 0.17 SEC. compiling exported tanhIfCan : ULS -> Union(ULS,failed) Time: 0.05 SEC. compiling exported cothIfCan : ULS -> Union(ULS,failed) Time: 0.06 SEC. compiling exported sechIfCan : ULS -> Union(ULS,failed) Time: 0 SEC. compiling exported cschIfCan : ULS -> Union(ULS,failed) Time: 0.01 SEC. compiling local applyOrError : (ULS -> Union(ULS,failed),String,ULS) -> ULS Time: 0.02 SEC. compiling exported exp : ULS -> ULS Time: 0.00 SEC. compiling exported log : ULS -> ULS Time: 0.00 SEC. compiling exported sin : ULS -> ULS Time: 0.00 SEC. compiling exported cos : ULS -> ULS Time: 0.01 SEC. compiling exported tan : ULS -> ULS Time: 0 SEC. compiling exported cot : ULS -> ULS Time: 0.01 SEC. compiling exported sec : ULS -> ULS Time: 0 SEC. compiling exported csc : ULS -> ULS Time: 0.01 SEC. compiling exported asin : ULS -> ULS Time: 0.00 SEC. compiling exported acos : ULS -> ULS Time: 0.00 SEC. compiling exported asec : ULS -> ULS Time: 0.01 SEC. compiling exported acsc : ULS -> ULS Time: 0.00 SEC. compiling exported sinh : ULS -> ULS Time: 0.00 SEC. compiling exported cosh : ULS -> ULS Time: 0.01 SEC. compiling exported tanh : ULS -> ULS Time: 0.01 SEC. compiling exported coth : ULS -> ULS Time: 0.00 SEC. compiling exported sech : ULS -> ULS Time: 0.01 SEC. compiling exported csch : ULS -> ULS Time: 0.00 SEC. compiling exported asinh : ULS -> ULS Time: 0.01 SEC. compiling exported acosh : ULS -> ULS Time: 0.00 SEC. compiling exported atanh : ULS -> ULS Time: 0.01 SEC. compiling exported acoth : ULS -> ULS Time: 0.01 SEC. compiling exported asech : ULS -> ULS Time: 0.01 SEC. compiling exported acsch : ULS -> ULS Time: 0.01 SEC. compiling exported atan : ULS -> ULS Time: 0.34 SEC. compiling exported acot : ULS -> ULS Time: 0.18 SEC. (time taken in buildFunctor: 12) Time: 0.04 SEC. Warnings: [1] String syntax for ** in signature is deprecated. [2] tanIfCan: not known that Algebra(Fraction (Integer)) is of mode CATEGORY(package,retractIfCan: Coef -> Union(Fraction Integer,"failed")) Cumulative Statistics for Constructor ElementaryFunctionsUnivariateLaurentSeries Time: 1.76 seconds finalizing NRLIB EFULS Processing ElementaryFunctionsUnivariateLaurentSeries for Browser database: -- ?**? : (ULS,RN) -> ULS -- exp : ULS -> ULS -- log : ULS -> ULS -- sin : ULS -> ULS -- cos : ULS -> ULS -- tan : ULS -> ULS -- cot : ULS -> ULS -- sec : ULS -> ULS -- csc : ULS -> ULS -- asin : ULS -> ULS -- acos : ULS -> ULS -- atan : ULS -> ULS -- acot : ULS -> ULS -- asec : ULS -> ULS -- acsc : ULS -> ULS -- sinh : ULS -> ULS -- cosh : ULS -> ULS -- tanh : ULS -> ULS -- coth : ULS -> ULS -- sech : ULS -> ULS -- csch : ULS -> ULS -- asinh : ULS -> ULS -- acosh : ULS -> ULS -- atanh : ULS -> ULS -- acoth : ULS -> ULS -- asech : ULS -> ULS -- acsch : ULS -> ULS -- constructor ; compiling file "/tmp/oa-Ys8TDW/code.lsp" (written 01 FEB 2016 11:10:01 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |EFULS;nthRootUTS| ...) ; compiling (DEFUN |EFULS;nthRootIfCan;ULSNniU;2| ...) ; file: /tmp/oa-Ys8TDW/code.lsp ; in: DEFUN |EFULS;nthRootIfCan;ULSNniU;2| ; (DEFUN BOOT::|EFULS;nthRootIfCan;ULSNniU;2| (BOOT::|uls| BOOT::|nn| BOOT::$) ; (PROG (BOOT::|root| BOOT::|uts| BOOT::|k| BOOT::|coef| BOOT::|deg|) ; (RETURN ; (LET (#) ; (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EFULS;nthRootIfCan;ULSNniU;2| ; (BOOT::|uls| BOOT::|nn| BOOT::$) ; (BLOCK BOOT::|EFULS;nthRootIfCan;ULSNniU;2| ; (PROG (BOOT::|root| BOOT::|uts| BOOT::|k| BOOT::|coef| BOOT::|deg|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |EFULS;**;ULSFULS;3| ...) ; compiling (DEFUN |EFULS;applyIfCan| ...) ; compiling (DEFUN |EFULS;expIfCan;ULSU;5| ...) ; compiling (DEFUN |EFULS;sinIfCan;ULSU;6| ...) ; compiling (DEFUN |EFULS;cosIfCan;ULSU;7| ...) ; compiling (DEFUN |EFULS;asinIfCan;ULSU;8| ...) ; compiling (DEFUN |EFULS;acosIfCan;ULSU;9| ...) ; compiling (DEFUN |EFULS;asecIfCan;ULSU;10| ...) ; compiling (DEFUN |EFULS;acscIfCan;ULSU;11| ...) ; compiling (DEFUN |EFULS;sinhIfCan;ULSU;12| ...) ; compiling (DEFUN |EFULS;coshIfCan;ULSU;13| ...) ; compiling (DEFUN |EFULS;asinhIfCan;ULSU;14| ...) ; compiling (DEFUN |EFULS;acoshIfCan;ULSU;15| ...) ; compiling (DEFUN |EFULS;atanhIfCan;ULSU;16| ...) ; compiling (DEFUN |EFULS;acothIfCan;ULSU;17| ...) ; compiling (DEFUN |EFULS;asechIfCan;ULSU;18| ...) ; compiling (DEFUN |EFULS;acschIfCan;ULSU;19| ...) ; compiling (DEFUN |EFULS;logIfCan;ULSU;20| ...) ; compiling (DEFUN |EFULS;tanIfCan;ULSU;21| ...) ; compiling (DEFUN |EFULS;cotIfCan;ULSU;22| ...) ; compiling (DEFUN |EFULS;secIfCan;ULSU;23| ...) ; compiling (DEFUN |EFULS;cscIfCan;ULSU;24| ...) ; compiling (DEFUN |EFULS;atanIfCan;ULSU;25| ...) ; compiling (DEFUN |EFULS;acotIfCan;ULSU;26| ...) ; compiling (DEFUN |EFULS;tanhIfCan;ULSU;27| ...) ; compiling (DEFUN |EFULS;cothIfCan;ULSU;28| ...) ; compiling (DEFUN |EFULS;sechIfCan;ULSU;29| ...) ; compiling (DEFUN |EFULS;cschIfCan;ULSU;30| ...) ; compiling (DEFUN |EFULS;applyOrError| ...) ; compiling (DEFUN |EFULS;exp;2ULS;32| ...) ; compiling (DEFUN |EFULS;log;2ULS;33| ...) ; compiling (DEFUN |EFULS;sin;2ULS;34| ...) ; compiling (DEFUN |EFULS;cos;2ULS;35| ...) ; compiling (DEFUN |EFULS;tan;2ULS;36| ...) ; compiling (DEFUN |EFULS;cot;2ULS;37| ...) ; compiling (DEFUN |EFULS;sec;2ULS;38| ...) ; compiling (DEFUN |EFULS;csc;2ULS;39| ...) ; compiling (DEFUN |EFULS;asin;2ULS;40| ...) ; compiling (DEFUN |EFULS;acos;2ULS;41| ...) ; compiling (DEFUN |EFULS;asec;2ULS;42| ...) ; compiling (DEFUN |EFULS;acsc;2ULS;43| ...) ; compiling (DEFUN |EFULS;sinh;2ULS;44| ...) ; compiling (DEFUN |EFULS;cosh;2ULS;45| ...) ; compiling (DEFUN |EFULS;tanh;2ULS;46| ...) ; compiling (DEFUN |EFULS;coth;2ULS;47| ...) ; compiling (DEFUN |EFULS;sech;2ULS;48| ...) ; compiling (DEFUN |EFULS;csch;2ULS;49| ...) ; compiling (DEFUN |EFULS;asinh;2ULS;50| ...) ; compiling (DEFUN |EFULS;acosh;2ULS;51| ...) ; compiling (DEFUN |EFULS;atanh;2ULS;52| ...) ; compiling (DEFUN |EFULS;acoth;2ULS;53| ...) ; compiling (DEFUN |EFULS;asech;2ULS;54| ...) ; compiling (DEFUN |EFULS;acsch;2ULS;55| ...) ; compiling (DEFUN |EFULS;atan;2ULS;56| ...) ; compiling (DEFUN |EFULS;acot;2ULS;57| ...) ; compiling (DEFUN |ElementaryFunctionsUnivariateLaurentSeries| ...) ; compiling (DEFUN |ElementaryFunctionsUnivariateLaurentSeries;| ...) ; compiling (MAKEPROP (QUOTE |ElementaryFunctionsUnivariateLaurentSeries|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-Ys8TDW/code.fasl written ; compilation finished in 0:00:00.204 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ULSCONS.spad && cp ULSCONS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ULSCONS.fasl \ && if test -f ULSCONS-.NRLIB/code.fasl; then \ cp ULSCONS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ULSCONS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ULSCONS.spad using Spad compiler. ULSCONS abbreviates domain UnivariateLaurentSeriesConstructor debug: compDefine1 lhs: (UnivariateLaurentSeriesConstructor Coef UTS) signature (pre-evaluate): ((UnivariateLaurentSeriesConstructorCategory Coef UTS) NIL NIL) debug: evaluateType form: (UnivariateLaurentSeriesConstructorCategory Coef UTS) $param: (Coef UTS) Debug: evaluateType1 form: (UnivariateLaurentSeriesConstructorCategory Coef UTS) debug: evaluateType1 x: Coef m: (Ring) debug: evaluateType1 x: UTS m: (UnivariateTaylorSeriesCategory Coef) debug: compDefine1 signature (post evaluate): ((UnivariateLaurentSeriesConstructorCategory Coef UTS) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for UnivariateLaurentSeriesConstructor compiling into /tmp/oa-o1anxh compiling local getExpon : % -> Integer ULSCONS;getExpon is replaced by %head Time: 0.11 SEC. compiling local getUTS : % -> UTS ULSCONS;getUTS is replaced by %tail Time: 0 SEC. compiling exported laurent : (Integer,UTS) -> % ULSCONS;laurent;IUTS$;3 is replaced by %pair Time: 0.01 SEC. compiling exported taylorRep : % -> UTS ULSCONS;taylorRep;$UTS;4 is replaced by %tail Time: 0 SEC. compiling exported degree : % -> Integer ULSCONS;degree;$I;5 is replaced by %head Time: 0.01 SEC. compiling exported Zero : () -> % Time: 0.01 SEC. compiling exported One : () -> % Time: 0.01 SEC. compiling exported monomial : (Coef,Integer) -> % Time: 0.01 SEC. compiling exported coerce : UTS -> % ULSCONS;coerce;UTS$;9 uts is replaced by %pair(0,uts) Time: 0.01 SEC. compiling exported coerce : Coef -> % Time: 0 SEC. compiling exported coerce : Integer -> % Time: 0.01 SEC. compiling exported taylorIfCan : % -> Union(UTS,failed) Time: 0.02 SEC. compiling exported taylor : % -> UTS Time: 0.01 SEC. compiling local termExpon : Record(k: Integer,c: Coef) -> Integer ULSCONS;termExpon is replaced by %head Time: 0 SEC. compiling local termCoef : Record(k: Integer,c: Coef) -> Coef ULSCONS;termCoef is replaced by %tail Time: 0 SEC. compiling local rec : (Integer,Coef) -> Record(k: Integer,c: Coef) ULSCONS;rec is replaced by %pair Time: 0.01 SEC. compiling local recs : (Stream Coef,Integer) -> Stream Record(k: Integer,c: Coef) Time: 0.04 SEC. compiling exported terms : % -> Stream Record(k: Integer,c: Coef) Time: 0.02 SEC. compiling local recsToCoefs : (Stream Record(k: Integer,c: Coef),Integer) -> Stream Coef Time: 0.07 SEC. compiling exported series : Stream Record(k: Integer,c: Coef) -> % Time: 0.04 SEC. compiling exported removeZeroes : % -> % Time: 0.03 SEC. compiling exported removeZeroes : (Integer,%) -> % Time: 0.05 SEC. compiling exported = : (%,%) -> Boolean Time: 0.18 SEC. compiling exported pole? : % -> Boolean Time: 0.02 SEC. compiling exported + : (%,%) -> % Time: 0.04 SEC. compiling exported - : (%,%) -> % Time: 0.03 SEC. compiling exported * : (%,%) -> % Time: 0.01 SEC. compiling exported ** : (%,NonNegativeInteger) -> % Time: 0.03 SEC. compiling exported recip : % -> Union(%,failed) Time: 0.03 SEC. compiling exported elt : (%,%) -> % Time: 0.06 SEC. compiling exported eval : (%,Coef) -> Stream Coef Time: 0.10 SEC. compiling exported variable : % -> Symbol Time: 0.00 SEC. compiling exported center : % -> Coef Time: 0.00 SEC. compiling exported coefficient : (%,Integer) -> Coef Time: 0.02 SEC. compiling exported elt : (%,Integer) -> Coef Time: 0.01 SEC. compiling exported order : % -> Integer Time: 0.01 SEC. compiling exported order : (%,Integer) -> Integer Time: 0.02 SEC. compiling exported truncate : (%,Integer) -> % Time: 0.01 SEC. compiling exported truncate : (%,Integer,Integer) -> % Time: 0.02 SEC. compiling exported rationalFunction : (%,Integer) -> Fraction Polynomial Coef Time: 0.13 SEC. compiling exported rationalFunction : (%,Integer,Integer) -> Fraction Polynomial Coef Time: 0.10 SEC. compiling exported exquo : (%,%) -> Union(%,failed) Time: 0.04 SEC. compiling exported approximate : (%,Integer) -> Coef Time: 0.04 SEC. compiling exported complete : % -> % Time: 0.01 SEC. compiling exported extend : (%,Integer) -> % Time: 0.02 SEC. compiling exported map : (Coef -> Coef,%) -> % Time: 0.01 SEC. compiling exported multiplyCoefficients : (Integer -> Coef,%) -> % Time: 0.01 SEC. compiling exported multiplyExponents : (%,PositiveInteger) -> % Time: 0.02 SEC. compiling exported differentiate : % -> % Time: 0.01 SEC. compiling exported differentiate : (%,Symbol) -> % Time: 0.06 SEC. compiling exported characteristic : () -> NonNegativeInteger Time: 0.01 SEC. compiling exported retract : % -> UTS Time: 0.01 SEC. compiling exported retractIfCan : % -> Union(UTS,failed) Time: 0 SEC. compiling exported ** : (%,Integer) -> % Time: 0.05 SEC. compiling exported * : (UTS,%) -> % Time: 0.01 SEC. compiling exported * : (%,UTS) -> % Time: 0.01 SEC. compiling exported inv : % -> % Time: 0.00 SEC. compiling exported / : (%,%) -> % Time: 0.01 SEC. compiling exported / : (UTS,UTS) -> % Time: 0.01 SEC. compiling exported numer : % -> UTS Time: 0.02 SEC. compiling exported denom : % -> UTS Time: 0.02 SEC. compiling exported coerce : Fraction Integer -> % Time: 0.02 SEC. compiling exported ** : (%,Fraction Integer) -> % Time: 0.02 SEC. compiling exported exp : % -> % Time: 0.00 SEC. compiling exported log : % -> % Time: 0.00 SEC. compiling exported sin : % -> % Time: 0 SEC. compiling exported cos : % -> % Time: 0.00 SEC. compiling exported tan : % -> % Time: 0.00 SEC. compiling exported cot : % -> % Time: 0.00 SEC. compiling exported sec : % -> % Time: 0 SEC. compiling exported csc : % -> % Time: 0.00 SEC. compiling exported asin : % -> % Time: 0.00 SEC. compiling exported acos : % -> % Time: 0.01 SEC. compiling exported atan : % -> % Time: 0.00 SEC. compiling exported acot : % -> % Time: 0.00 SEC. compiling exported asec : % -> % Time: 0.00 SEC. compiling exported acsc : % -> % Time: 0.00 SEC. compiling exported sinh : % -> % Time: 0 SEC. compiling exported cosh : % -> % Time: 0.00 SEC. compiling exported tanh : % -> % Time: 0.00 SEC. compiling exported coth : % -> % Time: 0.00 SEC. compiling exported sech : % -> % Time: 0 SEC. compiling exported csch : % -> % Time: 0.01 SEC. compiling exported asinh : % -> % Time: 0.00 SEC. compiling exported acosh : % -> % Time: 0.00 SEC. compiling exported atanh : % -> % Time: 0.00 SEC. compiling exported acoth : % -> % Time: 0.00 SEC. compiling exported asech : % -> % Time: 0.01 SEC. compiling exported acsch : % -> % Time: 0.00 SEC. compiling local ratInv : Integer -> Coef Time: 0.04 SEC. compiling exported integrate : % -> % Time: 0.05 SEC. compiling exported integrate : (%,Symbol) -> % Time: 0.04 SEC. compiling local integrateWithOneAnswer : (Coef,Symbol) -> Coef Time: 0.04 SEC. compiling exported integrate : (%,Symbol) -> % Time: 0.02 SEC. compiling local termOutput : (Integer,Coef,OutputForm) -> OutputForm Time: 0.02 SEC. compiling local showAll? : () -> Boolean ULSCONS;showAll? is replaced by %true Time: 0 SEC. compiling local termsToOutputForm : (Integer,Stream Coef,OutputForm) -> OutputForm Time: 0.08 SEC. compiling exported coerce : % -> OutputForm Time: 0.07 SEC. (time taken in buildFunctor: 1224) Time: 1.46 SEC. Warnings: [1] String syntax for ** in signature is deprecated. [2] Type Integer is not in scope. Import it [3] removeZeroes: empty? has no value [4] integrate: entry? has no value Cumulative Statistics for Constructor UnivariateLaurentSeriesConstructor Time: 3.63 seconds finalizing NRLIB ULSCONS Processing UnivariateLaurentSeriesConstructor for Browser database: -- constructor ; compiling file "/tmp/oa-o1anxh/code.lsp" (written 01 FEB 2016 11:10:06 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ULSCONS;getExpon|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ULSCONS;getUTS|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ULSCONS;laurent;IUTS$;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ULSCONS;taylorRep;$UTS;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ULSCONS;degree;$I;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ULSCONS;coerce;UTS$;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ULSCONS;termExpon|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ULSCONS;termCoef|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ULSCONS;rec|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ULSCONS;showAll?|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ULSCONS;getExpon| ...) ; compiling (DEFUN |ULSCONS;getUTS| ...) ; compiling (DEFUN |ULSCONS;laurent;IUTS$;3| ...) ; compiling (DEFUN |ULSCONS;taylorRep;$UTS;4| ...) ; compiling (DEFUN |ULSCONS;degree;$I;5| ...) ; compiling (DEFUN |ULSCONS;Zero;$;6| ...) ; compiling (DEFUN |ULSCONS;One;$;7| ...) ; compiling (DEFUN |ULSCONS;monomial;CoefI$;8| ...) ; compiling (DEFUN |ULSCONS;coerce;UTS$;9| ...) ; compiling (DEFUN |ULSCONS;coerce;Coef$;10| ...) ; compiling (DEFUN |ULSCONS;coerce;I$;11| ...) ; compiling (DEFUN |ULSCONS;taylorIfCan;$U;12| ...) ; file: /tmp/oa-o1anxh/code.lsp ; in: DEFUN |ULSCONS;taylorIfCan;$U;12| ; (DEFUN BOOT::|ULSCONS;taylorIfCan;$U;12| (BOOT::|uls| BOOT::$) ; (LET ((BOOT::|n| (CAR BOOT::|uls|))) ; (COND ((MINUSP BOOT::|n|) (PROGN # #)) ((ZEROP BOOT::|n|) (CONS 0 #)) ; (T (CONS 0 #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULSCONS;taylorIfCan;$U;12| ; (BOOT::|uls| BOOT::$) ; (BLOCK BOOT::|ULSCONS;taylorIfCan;$U;12| ; (LET ((BOOT::|n| #)) ; (COND (# #) (# #) (T #))))) ; ; note: Assignment to argument: |uls| ; prevents use of assertion from function type proclamation: ; CONS ; ; compiling (DEFUN |ULSCONS;taylor;$UTS;13| ...) ; compiling (DEFUN |ULSCONS;termExpon| ...) ; compiling (DEFUN |ULSCONS;termCoef| ...) ; compiling (DEFUN |ULSCONS;rec| ...) ; compiling (DEFUN |ULSCONS;recs| ...) ; compiling (DEFUN |ULSCONS;recs!0| ...) ; compiling (DEFUN |ULSCONS;terms;$S;18| ...) ; compiling (DEFUN |ULSCONS;recsToCoefs| ...) ; compiling (DEFUN |ULSCONS;recsToCoefs!0| ...) ; compiling (DEFUN |ULSCONS;series;S$;20| ...) ; file: /tmp/oa-o1anxh/code.lsp ; in: DEFUN |ULSCONS;series;S$;20| ; (DEFUN BOOT::|ULSCONS;series;S$;20| (BOOT::|st| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|st| (BOOT::|shellEntry| BOOT::$ 52)) ; (BOOT::|spadConstant| BOOT::$ 13)) ; (T ; (LET (#) ; (CONS BOOT::|ex| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULSCONS;series;S$;20| ; (BOOT::|st| BOOT::$) ; (BLOCK BOOT::|ULSCONS;series;S$;20| ; (COND ((BOOT::SPADCALL BOOT::|st| #) (BOOT::|spadConstant| BOOT::$ 13)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ULSCONS;removeZeroes;2$;21| ...) ; file: /tmp/oa-o1anxh/code.lsp ; in: DEFUN |ULSCONS;removeZeroes;2$;21| ; (DEFUN BOOT::|ULSCONS;removeZeroes;2$;21| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|xUTS|) (RETURN (COND (# #) (# #) (T BOOT::|x|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULSCONS;removeZeroes;2$;21| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ULSCONS;removeZeroes;2$;21| ; (PROG (BOOT::|xUTS|) (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ULSCONS;removeZeroes;I2$;22| ...) ; file: /tmp/oa-o1anxh/code.lsp ; in: DEFUN |ULSCONS;removeZeroes;I2$;22| ; (DEFUN BOOT::|ULSCONS;removeZeroes;I2$;22| (BOOT::|n| BOOT::|x| BOOT::$) ; (PROG (BOOT::|xUTS|) ; (RETURN (COND (# BOOT::|x|) (# #) (# #) (T BOOT::|x|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULSCONS;removeZeroes;I2$;22| ; (BOOT::|n| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ULSCONS;removeZeroes;I2$;22| ; (PROG (BOOT::|xUTS|) (RETURN (COND # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ULSCONS;=;2$B;23| ...) ; file: /tmp/oa-o1anxh/code.lsp ; in: DEFUN |ULSCONS;=;2$B;23| ; (DEFUN BOOT::|ULSCONS;=;2$B;23| (BOOT::|x| BOOT::|y| BOOT::$) ; (PROG (BOOT::|expDiff|) ; (DECLARE (SPECIAL BOOT::|$streamCount|)) ; (RETURN (OR (EQ BOOT::|x| BOOT::|y|) (PROGN # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULSCONS;=;2$B;23| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|ULSCONS;=;2$B;23| ; (PROG (BOOT::|expDiff|) ; (DECLARE (SPECIAL BOOT::|$streamCount|)) ; (RETURN (OR # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |ULSCONS;pole?;$B;24| ...) ; file: /tmp/oa-o1anxh/code.lsp ; in: DEFUN |ULSCONS;pole?;$B;24| ; (DEFUN BOOT::|ULSCONS;pole?;$B;24| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|n| (CAR BOOT::|x|))) ; (AND (MINUSP BOOT::|n|) (PROGN (SETQ #) (MINUSP #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULSCONS;pole?;$B;24| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ULSCONS;pole?;$B;24| ; (LET ((BOOT::|n| #)) ; (AND (MINUSP BOOT::|n|) (PROGN # #))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; CONS ; ; compiling (DEFUN |ULSCONS;+;3$;25| ...) ; compiling (DEFUN |ULSCONS;-;3$;26| ...) ; compiling (DEFUN |ULSCONS;*;3$;27| ...) ; compiling (DEFUN |ULSCONS;**;$Nni$;28| ...) ; file: /tmp/oa-o1anxh/code.lsp ; in: DEFUN |ULSCONS;**;$Nni$;28| ; (DEFUN BOOT::|ULSCONS;**;$Nni$;28| (BOOT::|x| BOOT::|n| BOOT::$) ; (COND ((ZEROP BOOT::|n|) (COND (# #) (T #))) ; (T ; (CONS (BOOT::SPADCALL BOOT::|n| # #) ; (BOOT::SPADCALL # BOOT::|n| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULSCONS;**;$Nni$;28| ; (BOOT::|x| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|ULSCONS;**;$Nni$;28| ; (COND ((ZEROP BOOT::|n|) (COND # #)) (T (CONS # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ULSCONS;recip;$U;29| ...) ; file: /tmp/oa-o1anxh/code.lsp ; in: DEFUN |ULSCONS;recip;$U;29| ; (DEFUN BOOT::|ULSCONS;recip;$U;29| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|uts| BOOT::|d|) (RETURN (BOOT::SEQ (SETQ #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULSCONS;recip;$U;29| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ULSCONS;recip;$U;29| ; (PROG (BOOT::|uts| BOOT::|d|) (RETURN (BOOT::SEQ # #))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; CONS ; ; compiling (DEFUN |ULSCONS;elt;3$;30| ...) ; file: /tmp/oa-o1anxh/code.lsp ; in: DEFUN |ULSCONS;elt;3$;30| ; (DEFUN BOOT::|ULSCONS;elt;3$;30| (BOOT::|uls1| BOOT::|uls2| BOOT::$) ; (PROG (BOOT::|uts1| BOOT::|recipr| BOOT::|deg| BOOT::|uts2|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULSCONS;elt;3$;30| ; (BOOT::|uls1| BOOT::|uls2| BOOT::$) ; (BLOCK BOOT::|ULSCONS;elt;3$;30| ; (PROG (BOOT::|uts1| BOOT::|recipr| BOOT::|deg| BOOT::|uts2|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |uls1| ; prevents use of assertion from function type proclamation: ; CONS ; ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ULSCONS;eval;$CoefS;31| ...) ; file: /tmp/oa-o1anxh/code.lsp ; in: DEFUN |ULSCONS;eval;$CoefS;31| ; (DEFUN BOOT::|ULSCONS;eval;$CoefS;31| (BOOT::|uls| BOOT::|r| BOOT::$) ; (PROG (BOOT::|recipr| BOOT::|uts|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULSCONS;eval;$CoefS;31| ; (BOOT::|uls| BOOT::|r| BOOT::$) ; (BLOCK BOOT::|ULSCONS;eval;$CoefS;31| ; (PROG (BOOT::|recipr| BOOT::|uts|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |uls| ; prevents use of assertion from function type proclamation: ; CONS ; ; compiling (DEFUN |ULSCONS;variable;$S;32| ...) ; compiling (DEFUN |ULSCONS;center;$Coef;33| ...) ; compiling (DEFUN |ULSCONS;coefficient;$ICoef;34| ...) ; compiling (DEFUN |ULSCONS;elt;$ICoef;35| ...) ; compiling (DEFUN |ULSCONS;order;$I;36| ...) ; compiling (DEFUN |ULSCONS;order;$2I;37| ...) ; compiling (DEFUN |ULSCONS;truncate;$I$;38| ...) ; file: /tmp/oa-o1anxh/code.lsp ; in: DEFUN |ULSCONS;truncate;$I$;38| ; (DEFUN BOOT::|ULSCONS;truncate;$I$;38| (BOOT::|x| BOOT::|n| BOOT::$) ; (LET* ((BOOT::|e| (CAR BOOT::|x|)) (BOOT::|m| (- BOOT::|n| BOOT::|e|))) ; (COND ((MINUSP BOOT::|m|) (BOOT::|spadConstant| BOOT::$ 13)) ; (T (CONS BOOT::|e| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULSCONS;truncate;$I$;38| ; (BOOT::|x| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|ULSCONS;truncate;$I$;38| ; (LET* ((BOOT::|e| #) (BOOT::|m| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ULSCONS;truncate;$2I$;39| ...) ; file: /tmp/oa-o1anxh/code.lsp ; in: DEFUN |ULSCONS;truncate;$2I$;39| ; (DEFUN BOOT::|ULSCONS;truncate;$2I$;39| ; (BOOT::|x| BOOT::|n1| BOOT::|n2| BOOT::$) ; (PROG (BOOT::|m1| BOOT::|e|) ; (RETURN ; (PROGN ; (COND #) ; (BOOT::LETT BOOT::|e| # BOOT::|ULSCONS;truncate;$2I$;39|) ; (BOOT::LETT BOOT::|m1| # BOOT::|ULSCONS;truncate;$2I$;39|) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULSCONS;truncate;$2I$;39| ; (BOOT::|x| BOOT::|n1| BOOT::|n2| BOOT::$) ; (BLOCK BOOT::|ULSCONS;truncate;$2I$;39| ; (PROG (BOOT::|m1| BOOT::|e|) (RETURN (PROGN # # # #))))) ; ; note: Assignment to argument: |n1| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; ; note: Assignment to argument: |n2| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |ULSCONS;rationalFunction;$IF;40| ...) ; compiling (DEFUN |ULSCONS;rationalFunction;$2IF;41| ...) ; file: /tmp/oa-o1anxh/code.lsp ; in: DEFUN |ULSCONS;rationalFunction;$2IF;41| ; (DEFUN BOOT::|ULSCONS;rationalFunction;$2IF;41| ; (BOOT::|x| BOOT::|n1| BOOT::|n2| BOOT::$) ; (PROG (BOOT::|c| BOOT::|v| BOOT::|poly| BOOT::|m1| BOOT::|e|) ; (RETURN ; (BOOT::SEQ (COND #) ; (BOOT::LETT BOOT::|e| # ; BOOT::|ULSCONS;rationalFunction;$2IF;41|) ; (BOOT::LETT BOOT::|m1| # ; BOOT::|ULSCONS;rationalFunction;$2IF;41|) ; (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULSCONS;rationalFunction;$2IF;41| ; (BOOT::|x| BOOT::|n1| BOOT::|n2| BOOT::$) ; (BLOCK BOOT::|ULSCONS;rationalFunction;$2IF;41| ; (PROG (BOOT::|c| BOOT::|v| BOOT::|poly| BOOT::|m1| BOOT::|e|) ; (RETURN (BOOT::SEQ # # # #))))) ; ; note: Assignment to argument: |n1| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; ; note: Assignment to argument: |n2| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |ULSCONS;exquo;2$U;42| ...) ; file: /tmp/oa-o1anxh/code.lsp ; in: DEFUN |ULSCONS;exquo;2$U;42| ; (DEFUN BOOT::|ULSCONS;exquo;2$U;42| (BOOT::|x| BOOT::|y| BOOT::$) ; (PROG (BOOT::|uts| BOOT::|d|) ; (RETURN (BOOT::SEQ (SETQ #) (SETQ #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULSCONS;exquo;2$U;42| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|ULSCONS;exquo;2$U;42| ; (PROG (BOOT::|uts| BOOT::|d|) (RETURN (BOOT::SEQ # # #))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; CONS ; ; ; note: Assignment to argument: |y| ; prevents use of assertion from function type proclamation: ; CONS ; ; compiling (DEFUN |ULSCONS;approximate;$ICoef;43| ...) ; compiling (DEFUN |ULSCONS;complete;2$;44| ...) ; compiling (DEFUN |ULSCONS;extend;$I$;45| ...) ; compiling (DEFUN |ULSCONS;map;M2$;46| ...) ; compiling (DEFUN |ULSCONS;multiplyCoefficients;M2$;47| ...) ; compiling (DEFUN |ULSCONS;multiplyCoefficients;M2$;47!0| ...) ; compiling (DEFUN |ULSCONS;multiplyExponents;$Pi$;48| ...) ; compiling (DEFUN |ULSCONS;differentiate;2$;49| ...) ; compiling (DEFUN |ULSCONS;differentiate;2$;49!0| ...) ; compiling (DEFUN |ULSCONS;differentiate;$S$;50| ...) ; compiling (DEFUN |ULSCONS;differentiate;$S$;50!0| ...) ; compiling (DEFUN |ULSCONS;characteristic;Nni;51| ...) ; file: /tmp/oa-o1anxh/code.lsp ; in: DEFUN |ULSCONS;characteristic;Nni;51| ; (DEFUN BOOT::|ULSCONS;characteristic;Nni;51| (BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 156)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULSCONS;characteristic;Nni;51| ; (BOOT::$) ; (BLOCK BOOT::|ULSCONS;characteristic;Nni;51| ; (BOOT::|spadConstant| BOOT::$ 156))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |ULSCONS;retract;$UTS;52| ...) ; compiling (DEFUN |ULSCONS;retractIfCan;$U;53| ...) ; compiling (DEFUN |ULSCONS;**;$I$;54| ...) ; file: /tmp/oa-o1anxh/code.lsp ; in: DEFUN |ULSCONS;**;$I$;54| ; (BOOT::|moanRetract| BOOT::|n| '(BOOT::|NonNegativeInteger|)) ; ==> ; BOOT::|n| ; ; note: deleting unreachable code ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; ; note: deleting unreachable code ; (DEFUN BOOT::|ULSCONS;**;$I$;54| (BOOT::|x| BOOT::|n| BOOT::$) ; (COND ((ZEROP BOOT::|n|) (COND (# #) (T #))) ; ((PLUSP BOOT::|n|) (CONS (* BOOT::|n| #) (BOOT::SPADCALL # # #))) ; (T ; (LET (# #) ; (CONS # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULSCONS;**;$I$;54| ; (BOOT::|x| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|ULSCONS;**;$I$;54| ; (COND ((ZEROP BOOT::|n|) (COND # #)) ((PLUSP BOOT::|n|) (CONS # #)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ULSCONS;*;UTS2$;55| ...) ; compiling (DEFUN |ULSCONS;*;$UTS$;56| ...) ; compiling (DEFUN |ULSCONS;inv;2$;57| ...) ; file: /tmp/oa-o1anxh/code.lsp ; in: DEFUN |ULSCONS;inv;2$;57| ; (DEFUN BOOT::|ULSCONS;inv;2$;57| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|xInv| (BOOT::|ULSCONS;recip;$U;29| BOOT::|x| BOOT::$))) ; (COND ((EQL # 1) (BOOT::|error| "multiplicative inverse does not exist")) ; (T (CDR BOOT::|xInv|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULSCONS;inv;2$;57| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ULSCONS;inv;2$;57| ; (LET ((BOOT::|xInv| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ULSCONS;/;3$;58| ...) ; file: /tmp/oa-o1anxh/code.lsp ; in: DEFUN |ULSCONS;/;3$;58| ; (DEFUN BOOT::|ULSCONS;/;3$;58| (BOOT::|x| BOOT::|y| BOOT::$) ; (LET ((BOOT::|yInv| (BOOT::|ULSCONS;recip;$U;29| BOOT::|y| BOOT::$))) ; (COND ; ((EQL # 1) (BOOT::|error| "inv: multiplicative inverse does not exist")) ; (T (BOOT::|ULSCONS;*;3$;27| BOOT::|x| # BOOT::$))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULSCONS;/;3$;58| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|ULSCONS;/;3$;58| ; (LET ((BOOT::|yInv| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ULSCONS;/;2UTS$;59| ...) ; file: /tmp/oa-o1anxh/code.lsp ; in: DEFUN |ULSCONS;/;2UTS$;59| ; (DEFUN BOOT::|ULSCONS;/;2UTS$;59| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL (CONS 0 BOOT::|x|) (CONS 0 BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 165))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULSCONS;/;2UTS$;59| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|ULSCONS;/;2UTS$;59| ; (BOOT::SPADCALL (CONS 0 BOOT::|x|) (CONS 0 BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 165)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ULSCONS;numer;$UTS;60| ...) ; file: /tmp/oa-o1anxh/code.lsp ; in: DEFUN |ULSCONS;numer;$UTS;60| ; (DEFUN BOOT::|ULSCONS;numer;$UTS;60| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|n| (CAR BOOT::|x|))) ; (COND ((NOT #) (BOOT::|ULSCONS;taylor;$UTS;13| BOOT::|x| BOOT::$)) ; (T (PROGN # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULSCONS;numer;$UTS;60| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ULSCONS;numer;$UTS;60| ; (LET ((BOOT::|n| #)) ; (COND (# #) (T #))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; CONS ; ; compiling (DEFUN |ULSCONS;denom;$UTS;61| ...) ; file: /tmp/oa-o1anxh/code.lsp ; in: DEFUN |ULSCONS;denom;$UTS;61| ; (DEFUN BOOT::|ULSCONS;denom;$UTS;61| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|n| (CAR BOOT::|x|))) ; (COND ((NOT #) (BOOT::|spadConstant| BOOT::$ 17)) (T (PROGN # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULSCONS;denom;$UTS;61| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ULSCONS;denom;$UTS;61| ; (LET ((BOOT::|n| #)) ; (COND (# #) (T #))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; CONS ; ; compiling (DEFUN |ULSCONS;coerce;F$;62| ...) ; compiling (DEFUN |ULSCONS;**;$F$;63| ...) ; file: /tmp/oa-o1anxh/code.lsp ; in: DEFUN |ULSCONS;**;$F$;63| ; (DEFUN BOOT::|ULSCONS;**;$F$;63| (BOOT::|x| BOOT::|r| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|r| (BOOT::|shellEntry| BOOT::$ 173))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULSCONS;**;$F$;63| ; (BOOT::|x| BOOT::|r| BOOT::$) ; (BLOCK BOOT::|ULSCONS;**;$F$;63| ; (BOOT::SPADCALL BOOT::|x| BOOT::|r| (BOOT::|shellEntry| BOOT::$ 173)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ULSCONS;exp;2$;64| ...) ; file: /tmp/oa-o1anxh/code.lsp ; in: DEFUN |ULSCONS;exp;2$;64| ; (DEFUN BOOT::|ULSCONS;exp;2$;64| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 175))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULSCONS;exp;2$;64| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ULSCONS;exp;2$;64| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 175)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ULSCONS;log;2$;65| ...) ; file: /tmp/oa-o1anxh/code.lsp ; in: DEFUN |ULSCONS;log;2$;65| ; (DEFUN BOOT::|ULSCONS;log;2$;65| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 177))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULSCONS;log;2$;65| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ULSCONS;log;2$;65| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 177)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ULSCONS;sin;2$;66| ...) ; file: /tmp/oa-o1anxh/code.lsp ; in: DEFUN |ULSCONS;sin;2$;66| ; (DEFUN BOOT::|ULSCONS;sin;2$;66| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 179))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULSCONS;sin;2$;66| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ULSCONS;sin;2$;66| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 179)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ULSCONS;cos;2$;67| ...) ; file: /tmp/oa-o1anxh/code.lsp ; in: DEFUN |ULSCONS;cos;2$;67| ; (DEFUN BOOT::|ULSCONS;cos;2$;67| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 181))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULSCONS;cos;2$;67| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ULSCONS;cos;2$;67| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 181)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ULSCONS;tan;2$;68| ...) ; file: /tmp/oa-o1anxh/code.lsp ; in: DEFUN |ULSCONS;tan;2$;68| ; (DEFUN BOOT::|ULSCONS;tan;2$;68| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 183))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULSCONS;tan;2$;68| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ULSCONS;tan;2$;68| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 183)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ULSCONS;cot;2$;69| ...) ; file: /tmp/oa-o1anxh/code.lsp ; in: DEFUN |ULSCONS;cot;2$;69| ; (DEFUN BOOT::|ULSCONS;cot;2$;69| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 185))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULSCONS;cot;2$;69| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ULSCONS;cot;2$;69| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 185)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ULSCONS;sec;2$;70| ...) ; file: /tmp/oa-o1anxh/code.lsp ; in: DEFUN |ULSCONS;sec;2$;70| ; (DEFUN BOOT::|ULSCONS;sec;2$;70| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 187))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULSCONS;sec;2$;70| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ULSCONS;sec;2$;70| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 187)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ULSCONS;csc;2$;71| ...) ; file: /tmp/oa-o1anxh/code.lsp ; in: DEFUN |ULSCONS;csc;2$;71| ; (DEFUN BOOT::|ULSCONS;csc;2$;71| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 189))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULSCONS;csc;2$;71| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ULSCONS;csc;2$;71| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 189)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ULSCONS;asin;2$;72| ...) ; file: /tmp/oa-o1anxh/code.lsp ; in: DEFUN |ULSCONS;asin;2$;72| ; (DEFUN BOOT::|ULSCONS;asin;2$;72| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 191))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULSCONS;asin;2$;72| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ULSCONS;asin;2$;72| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 191)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ULSCONS;acos;2$;73| ...) ; file: /tmp/oa-o1anxh/code.lsp ; in: DEFUN |ULSCONS;acos;2$;73| ; (DEFUN BOOT::|ULSCONS;acos;2$;73| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 193))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULSCONS;acos;2$;73| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ULSCONS;acos;2$;73| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 193)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ULSCONS;atan;2$;74| ...) ; file: /tmp/oa-o1anxh/code.lsp ; in: DEFUN |ULSCONS;atan;2$;74| ; (DEFUN BOOT::|ULSCONS;atan;2$;74| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 195))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULSCONS;atan;2$;74| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ULSCONS;atan;2$;74| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 195)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ULSCONS;acot;2$;75| ...) ; file: /tmp/oa-o1anxh/code.lsp ; in: DEFUN |ULSCONS;acot;2$;75| ; (DEFUN BOOT::|ULSCONS;acot;2$;75| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 197))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULSCONS;acot;2$;75| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ULSCONS;acot;2$;75| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 197)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ULSCONS;asec;2$;76| ...) ; file: /tmp/oa-o1anxh/code.lsp ; in: DEFUN |ULSCONS;asec;2$;76| ; (DEFUN BOOT::|ULSCONS;asec;2$;76| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 199))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULSCONS;asec;2$;76| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ULSCONS;asec;2$;76| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 199)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ULSCONS;acsc;2$;77| ...) ; file: /tmp/oa-o1anxh/code.lsp ; in: DEFUN |ULSCONS;acsc;2$;77| ; (DEFUN BOOT::|ULSCONS;acsc;2$;77| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 201))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULSCONS;acsc;2$;77| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ULSCONS;acsc;2$;77| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 201)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ULSCONS;sinh;2$;78| ...) ; file: /tmp/oa-o1anxh/code.lsp ; in: DEFUN |ULSCONS;sinh;2$;78| ; (DEFUN BOOT::|ULSCONS;sinh;2$;78| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 203))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULSCONS;sinh;2$;78| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ULSCONS;sinh;2$;78| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 203)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ULSCONS;cosh;2$;79| ...) ; file: /tmp/oa-o1anxh/code.lsp ; in: DEFUN |ULSCONS;cosh;2$;79| ; (DEFUN BOOT::|ULSCONS;cosh;2$;79| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 205))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULSCONS;cosh;2$;79| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ULSCONS;cosh;2$;79| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 205)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ULSCONS;tanh;2$;80| ...) ; file: /tmp/oa-o1anxh/code.lsp ; in: DEFUN |ULSCONS;tanh;2$;80| ; (DEFUN BOOT::|ULSCONS;tanh;2$;80| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 207))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULSCONS;tanh;2$;80| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ULSCONS;tanh;2$;80| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 207)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ULSCONS;coth;2$;81| ...) ; file: /tmp/oa-o1anxh/code.lsp ; in: DEFUN |ULSCONS;coth;2$;81| ; (DEFUN BOOT::|ULSCONS;coth;2$;81| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 209))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULSCONS;coth;2$;81| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ULSCONS;coth;2$;81| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 209)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ULSCONS;sech;2$;82| ...) ; file: /tmp/oa-o1anxh/code.lsp ; in: DEFUN |ULSCONS;sech;2$;82| ; (DEFUN BOOT::|ULSCONS;sech;2$;82| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 211))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULSCONS;sech;2$;82| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ULSCONS;sech;2$;82| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 211)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ULSCONS;csch;2$;83| ...) ; file: /tmp/oa-o1anxh/code.lsp ; in: DEFUN |ULSCONS;csch;2$;83| ; (DEFUN BOOT::|ULSCONS;csch;2$;83| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 213))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULSCONS;csch;2$;83| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ULSCONS;csch;2$;83| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 213)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ULSCONS;asinh;2$;84| ...) ; file: /tmp/oa-o1anxh/code.lsp ; in: DEFUN |ULSCONS;asinh;2$;84| ; (DEFUN BOOT::|ULSCONS;asinh;2$;84| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 215))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULSCONS;asinh;2$;84| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ULSCONS;asinh;2$;84| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 215)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ULSCONS;acosh;2$;85| ...) ; file: /tmp/oa-o1anxh/code.lsp ; in: DEFUN |ULSCONS;acosh;2$;85| ; (DEFUN BOOT::|ULSCONS;acosh;2$;85| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 217))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULSCONS;acosh;2$;85| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ULSCONS;acosh;2$;85| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 217)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ULSCONS;atanh;2$;86| ...) ; file: /tmp/oa-o1anxh/code.lsp ; in: DEFUN |ULSCONS;atanh;2$;86| ; (DEFUN BOOT::|ULSCONS;atanh;2$;86| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 219))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULSCONS;atanh;2$;86| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ULSCONS;atanh;2$;86| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 219)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ULSCONS;acoth;2$;87| ...) ; file: /tmp/oa-o1anxh/code.lsp ; in: DEFUN |ULSCONS;acoth;2$;87| ; (DEFUN BOOT::|ULSCONS;acoth;2$;87| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 221))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULSCONS;acoth;2$;87| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ULSCONS;acoth;2$;87| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 221)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ULSCONS;asech;2$;88| ...) ; file: /tmp/oa-o1anxh/code.lsp ; in: DEFUN |ULSCONS;asech;2$;88| ; (DEFUN BOOT::|ULSCONS;asech;2$;88| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 223))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULSCONS;asech;2$;88| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ULSCONS;asech;2$;88| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 223)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ULSCONS;acsch;2$;89| ...) ; file: /tmp/oa-o1anxh/code.lsp ; in: DEFUN |ULSCONS;acsch;2$;89| ; (DEFUN BOOT::|ULSCONS;acsch;2$;89| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 225))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULSCONS;acsch;2$;89| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ULSCONS;acsch;2$;89| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 225)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ULSCONS;ratInv| ...) ; compiling (DEFUN |ULSCONS;integrate;2$;91| ...) ; file: /tmp/oa-o1anxh/code.lsp ; in: DEFUN |ULSCONS;integrate;2$;91| ; (DEFUN BOOT::|ULSCONS;integrate;2$;91| (BOOT::|x| BOOT::$) ; (COND ; ((NOT (BOOT::SPADCALL # #)) ; (BOOT::|error| "integrate: series has term of order -1")) ; (T ; (LET (#) ; (CONS # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULSCONS;integrate;2$;91| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ULSCONS;integrate;2$;91| ; (COND ; ((NOT #) (BOOT::|error| "integrate: series has term of order -1")) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ULSCONS;integrate;2$;91!0| ...) ; compiling (DEFUN |ULSCONS;integrate;$S$;92| ...) ; file: /tmp/oa-o1anxh/code.lsp ; in: DEFUN |ULSCONS;integrate;$S$;92| ; (DEFUN BOOT::|ULSCONS;integrate;$S$;92| (BOOT::|x| BOOT::|s| BOOT::$) ; (COND ; ((EQUAL BOOT::|s| (BOOT::|ULSCONS;variable;$S;32| BOOT::|x| BOOT::$)) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 230))) ; ((NOT (BOOT::SPADCALL BOOT::|s| # #)) ; (BOOT::|ULSCONS;map;M2$;46| (CONS #'BOOT::|ULSCONS;integrate;$S$;92!0| #) ; BOOT::|x| BOOT::$)) ; (T ; (BOOT::|error| ; "integrate: center is a function of variable of integration")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULSCONS;integrate;$S$;92| ; (BOOT::|x| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|ULSCONS;integrate;$S$;92| ; (COND ((EQUAL BOOT::|s| #) (BOOT::SPADCALL BOOT::|x| #)) ; ((NOT #) (BOOT::|ULSCONS;map;M2$;46| # BOOT::|x| BOOT::$)) ; (T ; (BOOT::|error| ; "integrate: center is a function of variable of integration"))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ULSCONS;integrate;$S$;92!0| ...) ; compiling (DEFUN |ULSCONS;integrateWithOneAnswer| ...) ; compiling (DEFUN |ULSCONS;integrate;$S$;94| ...) ; file: /tmp/oa-o1anxh/code.lsp ; in: DEFUN |ULSCONS;integrate;$S$;94| ; (DEFUN BOOT::|ULSCONS;integrate;$S$;94| (BOOT::|x| BOOT::|s| BOOT::$) ; (COND ; ((EQUAL BOOT::|s| (BOOT::|ULSCONS;variable;$S;32| BOOT::|x| BOOT::$)) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 230))) ; ((NOT (BOOT::SPADCALL BOOT::|s| # #)) ; (BOOT::|ULSCONS;map;M2$;46| (CONS #'BOOT::|ULSCONS;integrate;$S$;94!0| #) ; BOOT::|x| BOOT::$)) ; (T ; (BOOT::|error| ; "integrate: center is a function of variable of integration")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULSCONS;integrate;$S$;94| ; (BOOT::|x| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|ULSCONS;integrate;$S$;94| ; (COND ((EQUAL BOOT::|s| #) (BOOT::SPADCALL BOOT::|x| #)) ; ((NOT #) (BOOT::|ULSCONS;map;M2$;46| # BOOT::|x| BOOT::$)) ; (T ; (BOOT::|error| ; "integrate: center is a function of variable of integration"))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ULSCONS;integrate;$S$;94!0| ...) ; compiling (DEFUN |ULSCONS;termOutput| ...) ; compiling (DEFUN |ULSCONS;showAll?| ...) ; compiling (DEFUN |ULSCONS;termsToOutputForm| ...) ; compiling (DEFUN |ULSCONS;coerce;$Of;98| ...) ; file: /tmp/oa-o1anxh/code.lsp ; in: DEFUN |ULSCONS;coerce;$Of;98| ; (DEFUN BOOT::|ULSCONS;coerce;$Of;98| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|xxx| BOOT::|cen| BOOT::|var| BOOT::|p| BOOT::|uts| BOOT::|m|) ; (DECLARE (SPECIAL BOOT::|$streamCount|)) ; (RETURN ; (PROGN ; (SETQ #) ; (BOOT::LETT BOOT::|m| # BOOT::|ULSCONS;coerce;$Of;98|) ; (BOOT::LETT BOOT::|uts| # BOOT::|ULSCONS;coerce;$Of;98|) ; (BOOT::LETT BOOT::|p| # BOOT::|ULSCONS;coerce;$Of;98|) ; (BOOT::LETT BOOT::|var| # BOOT::|ULSCONS;coerce;$Of;98|) ; (BOOT::LETT BOOT::|cen| # BOOT::|ULSCONS;coerce;$Of;98|) ; (BOOT::LETT BOOT::|xxx| # BOOT::|ULSCONS;coerce;$Of;98|) ; (BOOT::|ULSCONS;termsToOutputForm| BOOT::|m| BOOT::|p| BOOT::|xxx| ; BOOT::$))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULSCONS;coerce;$Of;98| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ULSCONS;coerce;$Of;98| ; (PROG (BOOT::|xxx| BOOT::|cen| BOOT::|var| BOOT::|p| BOOT::|uts| ; BOOT::|m|) ; (DECLARE (SPECIAL BOOT::|$streamCount|)) ; (RETURN (PROGN # # # # # # # #))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; CONS ; ; compiling (DEFUN |UnivariateLaurentSeriesConstructor| ...) ; compiling (DEFUN |UnivariateLaurentSeriesConstructor;| ...) ; compiling (MAKEPROP (QUOTE |UnivariateLaurentSeriesConstructor|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 59 notes ; /tmp/oa-o1anxh/code.fasl written ; compilation finished in 0:00:00.328 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ULS.spad && cp ULS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ULS.fasl \ && if test -f ULS-.NRLIB/code.fasl; then \ cp ULS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ULS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ULS.spad using Spad compiler. ULS abbreviates domain UnivariateLaurentSeries debug: compDefine1 lhs: (UnivariateLaurentSeries Coef var cen) signature (pre-evaluate): ((Join (UnivariateLaurentSeriesConstructorCategory Coef (UnivariateTaylorSeries Coef var cen)) (PartialDifferentialDomain $ (Variable var)) (CATEGORY domain (SIGNATURE coerce ($ (Variable var))) (IF (has Coef (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Variable var))) %noBranch))) NIL NIL NIL) debug: evaluateType form: (Join (UnivariateLaurentSeriesConstructorCategory Coef (UnivariateTaylorSeries Coef var cen)) (PartialDifferentialDomain $ (Variable var)) (CATEGORY domain (SIGNATURE coerce ($ (Variable var))) (IF (has Coef (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Variable var))) %noBranch))) $param: (Coef var cen) debug: evaluateType form: (UnivariateLaurentSeriesConstructorCategory Coef (UnivariateTaylorSeries Coef var cen)) $param: (Coef var cen) Debug: evaluateType1 form: (UnivariateLaurentSeriesConstructorCategory Coef (UnivariateTaylorSeries Coef var cen)) debug: evaluateType1 x: Coef m: (Ring) debug: evaluateType1 x: (UnivariateTaylorSeries Coef var cen) m: (UnivariateTaylorSeriesCategory Coef) debug: evaluateType1 categoryForm: (UnivariateTaylorSeriesCategory Coef) debug: evaluateType form: (UnivariateTaylorSeriesCategory Coef) $param: (Coef var cen) Debug: evaluateType1 form: (UnivariateTaylorSeriesCategory Coef) debug: evaluateType1 x: Coef m: (Ring) debug: evaluateType form: (UnivariateTaylorSeries Coef var cen) $param: (Coef var cen) Debug: evaluateType1 form: (UnivariateTaylorSeries Coef var cen) debug: evaluateType1 x: Coef m: (Ring) debug: evaluateType1 x: var m: (Symbol) debug: evaluateType1 x: cen m: Coef debug: evalCategory d: (UnivariateTaylorSeries Coef var cen) c: (UnivariateTaylorSeriesCategory Coef) debug: evaluateType form: (PartialDifferentialDomain $ (Variable var)) $param: (Coef var cen) Debug: evaluateType1 form: (PartialDifferentialDomain $ (Variable var)) debug: evaluateType1 x: $ m: (Type) debug: evaluateType1 x: (Variable var) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Coef var cen) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Variable var) $param: (Coef var cen) Debug: evaluateType1 form: (Variable var) debug: evaluateType1 x: var m: (Symbol) debug: evalCategory d: (Variable var) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE coerce ($ (Variable var))) (IF (has Coef (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Variable var))) %noBranch)) $param: (Coef var cen) debug: evaluateType form: (Variable var) $param: (Coef var cen) Debug: evaluateType1 form: (Variable var) debug: evaluateType1 x: var m: (Symbol) debug: compDefine1 signature (post evaluate): ((Join (UnivariateLaurentSeriesConstructorCategory Coef (UnivariateTaylorSeries Coef var cen)) (PartialDifferentialDomain $ (Variable var)) (CATEGORY domain (SIGNATURE coerce ($ (Variable var))) (IF (has Coef (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Variable var))) %noBranch))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for UnivariateLaurentSeries compiling into /tmp/oa-tfl8Zo compiling exported variable : % -> Symbol Time: 0.07 SEC. compiling exported center : % -> Coef Time: 0.00 SEC. compiling exported coerce : Variable var -> % Time: 0.00 SEC. compiling exported differentiate : (%,Variable var) -> % Time: 0.00 SEC. compiling exported integrate : (%,Variable var) -> % Time: 0 SEC. (time taken in buildFunctor: 2220) Time: 2.63 SEC. Cumulative Statistics for Constructor UnivariateLaurentSeries Time: 2.71 seconds finalizing NRLIB ULS Processing UnivariateLaurentSeries for Browser database: -- coerce : Variable var -> % -- integrate : (%,Variable var) -> % -- constructor ; compiling file "/tmp/oa-tfl8Zo/code.lsp" (written 01 FEB 2016 11:10:10 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ULS;variable;$S;1|) ...) ; compiling (PUT (QUOTE |ULS;center;$Coef;2|) ...) ; compiling (DEFUN |ULS;variable;$S;1| ...) ; file: /tmp/oa-tfl8Zo/code.lsp ; in: DEFUN |ULS;variable;$S;1| ; (DEFUN BOOT::|ULS;variable;$S;1| (BOOT::|x| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 7)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULS;variable;$S;1| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ULS;variable;$S;1| (BOOT::|shellEntry| BOOT::$ 7))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |ULS;center;$Coef;2| ...) ; file: /tmp/oa-tfl8Zo/code.lsp ; in: DEFUN |ULS;center;$Coef;2| ; (DEFUN BOOT::|ULS;center;$Coef;2| (BOOT::|x| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 8)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULS;center;$Coef;2| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ULS;center;$Coef;2| (BOOT::|shellEntry| BOOT::$ 8))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |ULS;coerce;V$;3| ...) ; file: /tmp/oa-tfl8Zo/code.lsp ; in: DEFUN |ULS;coerce;V$;3| ; (DEFUN BOOT::|ULS;coerce;V$;3| (BOOT::|v| BOOT::$) ; (COND ; ((BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 8) ; (BOOT::|shellEntry| BOOT::$ 13)) ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 14) 1 ; (BOOT::|shellEntry| BOOT::$ 18))) ; (T ; (BOOT::SPADCALL (BOOT::SPADCALL # 1 #) (BOOT::SPADCALL # 0 #) ; (BOOT::|shellEntry| BOOT::$ 22))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULS;coerce;V$;3| ; (BOOT::|v| BOOT::$) ; (BLOCK BOOT::|ULS;coerce;V$;3| ; (COND ((BOOT::SPADCALL # #) (BOOT::SPADCALL # 1 #)) ; (T (BOOT::SPADCALL # # #))))) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |ULS;differentiate;$V$;4| ...) ; file: /tmp/oa-tfl8Zo/code.lsp ; in: DEFUN |ULS;differentiate;$V$;4| ; (DEFUN BOOT::|ULS;differentiate;$V$;4| (BOOT::|x| BOOT::|v| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 25))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULS;differentiate;$V$;4| ; (BOOT::|x| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|ULS;differentiate;$V$;4| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 25)))) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |ULS;integrate;$V$;5| ...) ; file: /tmp/oa-tfl8Zo/code.lsp ; in: DEFUN |ULS;integrate;$V$;5| ; (DEFUN BOOT::|ULS;integrate;$V$;5| (BOOT::|x| BOOT::|v| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 27))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULS;integrate;$V$;5| ; (BOOT::|x| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|ULS;integrate;$V$;5| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 27)))) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |UnivariateLaurentSeries| ...) ; compiling (DEFUN |UnivariateLaurentSeries;| ...) ; compiling (MAKEPROP (QUOTE |UnivariateLaurentSeries|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 5 STYLE-WARNING conditions ; /tmp/oa-tfl8Zo/code.fasl written ; compilation finished in 0:00:00.054 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/PSCAT.fasl --optimize=3 PSCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PSCAT.spad using Spad compiler. PSCAT abbreviates category PowerSeriesCategory debug: compDefine1 lhs: (PowerSeriesCategory Coef Expon Var) signature (pre-evaluate): ((Category) NIL NIL NIL) debug: evaluateType form: (Category) $param: (Coef Expon Var) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PowerSeriesCategory compiling into /tmp/oa-UrFgSd STYLE-WARNING: redefining BOOT::|PowerSeriesCategory| in DEFUN Time: 0.01 SEC. PSCAT- abbreviates package PowerSeriesCategory& ------------------------------------------------------------------------ initializing stationary directory for PowerSeriesCategory& compiling into /tmp/oa-OMGM0T compiling exported * : (Integer,S) -> S Time: 0.03 SEC. compiling exported * : (Coef,S) -> S Time: 0.00 SEC. compiling exported * : (S,Coef) -> S Time: 0 SEC. compiling exported - : S -> S Time: 0 SEC. compiling exported * : (Fraction Integer,S) -> S Time: 0.02 SEC. compiling exported * : (S,Fraction Integer) -> S Time: 0.00 SEC. compiling exported / : (S,Coef) -> S Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor PowerSeriesCategory& Time: 0.07 seconds finalizing NRLIB PSCAT- ; compiling file "/tmp/oa-OMGM0T/code.lsp" (written 01 FEB 2016 11:10:10 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PSCAT-;*;I2$;1| ...) ; compiling (DEFUN |PSCAT-;*;I2$;1!0| ...) ; compiling (DEFUN |PSCAT-;*;Coef2$;2| ...) ; compiling (DEFUN |PSCAT-;*;Coef2$;2!0| ...) ; compiling (DEFUN |PSCAT-;*;$Coef$;3| ...) ; compiling (DEFUN |PSCAT-;*;$Coef$;3!0| ...) ; compiling (DEFUN |PSCAT-;-;2$;4| ...) ; compiling (DEFUN |PSCAT-;-;2$;4!0| ...) ; compiling (DEFUN |PSCAT-;*;F2$;5| ...) ; compiling (DEFUN |PSCAT-;*;F2$;5!0| ...) ; compiling (DEFUN |PSCAT-;*;$F$;6| ...) ; compiling (DEFUN |PSCAT-;*;$F$;6!0| ...) ; compiling (DEFUN |PSCAT-;/;$Coef$;7| ...) ; compiling (DEFUN |PSCAT-;/;$Coef$;7!0| ...) ; compiling (DEFUN |PowerSeriesCategory&| ...) ; compiling (MAKEPROP (QUOTE |PowerSeriesCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-OMGM0T/code.fasl written ; compilation finished in 0:00:00.037 ------------------------------------------------------------------------ finalizing NRLIB PSCAT Processing PowerSeriesCategory for Browser database: -- monomial : (%,Var,Expon) -> % -- monomial : (%,List Var,List Expon) -> % -- leadingMonomial : % -> % -- leadingCoefficient : % -> Coef -- degree : % -> Expon -- variables : % -> List Var -- pole? : % -> Boolean -- complete : % -> % -- constructor ; compiling file "/tmp/oa-UrFgSd/code.lsp" (written 01 FEB 2016 11:10:10 PM): ; compiling (DEFPARAMETER |PowerSeriesCategory;AL| ...) ; compiling (DEFUN |PowerSeriesCategory;| ...) ; compiling (DEFUN |PowerSeriesCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-UrFgSd/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/UPSCAT.fasl --optimize=3 UPSCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UPSCAT.spad using Spad compiler. UPSCAT abbreviates category UnivariatePowerSeriesCategory debug: compDefine1 lhs: (UnivariatePowerSeriesCategory Coef Expon) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (Coef Expon) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for UnivariatePowerSeriesCategory compiling into /tmp/oa-nTEoxv STYLE-WARNING: redefining BOOT::|UnivariatePowerSeriesCategory| in DEFUN Time: 0.01 SEC. UPSCAT- abbreviates package UnivariatePowerSeriesCategory& ------------------------------------------------------------------------ initializing stationary directory for UnivariatePowerSeriesCategory& compiling into /tmp/oa-fnjIhc compiling exported degree : S -> Expon Time: 0.03 SEC. compiling exported leadingCoefficient : S -> Coef Time: 0 SEC. compiling exported leadingMonomial : S -> S Time: 0 SEC. compiling exported monomial : (S,List SingletonAsOrderedSet,List Expon) -> S Time: 0.02 SEC. compiling exported monomial : (S,SingletonAsOrderedSet,Expon) -> S Time: 0 SEC. compiling exported reductum : S -> S Time: 0 SEC. compiling exported variables : S -> List SingletonAsOrderedSet Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] String syntax for ** in signature is deprecated. [2] String syntax for * in signature is deprecated. Cumulative Statistics for Constructor UnivariatePowerSeriesCategory& Time: 0.06 seconds finalizing NRLIB UPSCAT- ; compiling file "/tmp/oa-fnjIhc/code.lsp" (written 01 FEB 2016 11:10:10 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |UPSCAT-;degree;$Expon;1| ...) ; compiling (DEFUN |UPSCAT-;leadingCoefficient;$Coef;2| ...) ; compiling (DEFUN |UPSCAT-;leadingMonomial;2$;3| ...) ; compiling (DEFUN |UPSCAT-;monomial;$LL$;4| ...) ; compiling (DEFUN |UPSCAT-;monomial;$SaosExpon$;5| ...) ; file: /tmp/oa-fnjIhc/code.lsp ; in: DEFUN |UPSCAT-;monomial;$SaosExpon$;5| ; (DEFUN BOOT::|UPSCAT-;monomial;$SaosExpon$;5| ; (BOOT::|f| BOOT::|v| BOOT::|n| BOOT::$) ; (BOOT::SPADCALL BOOT::|f| ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 24) BOOT::|n| ; (BOOT::|shellEntry| BOOT::$ 13)) ; (BOOT::|shellEntry| BOOT::$ 26))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPSCAT-;monomial;$SaosExpon$;5| ; (BOOT::|f| BOOT::|v| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|UPSCAT-;monomial;$SaosExpon$;5| ; (BOOT::SPADCALL BOOT::|f| ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 24) ; BOOT::|n| ; (BOOT::|shellEntry| BOOT::$ 13)) ; (BOOT::|shellEntry| BOOT::$ 26)))) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |UPSCAT-;reductum;2$;6| ...) ; compiling (DEFUN |UPSCAT-;variables;$L;7| ...) ; file: /tmp/oa-fnjIhc/code.lsp ; in: DEFUN |UPSCAT-;variables;$L;7| ; (DEFUN BOOT::|UPSCAT-;variables;$L;7| (BOOT::|f| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 32)) ; (BOOT::|shellEntry| BOOT::$ 33))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPSCAT-;variables;$L;7| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|UPSCAT-;variables;$L;7| ; (BOOT::SPADCALL (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 32)) ; (BOOT::|shellEntry| BOOT::$ 33)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; ; caught STYLE-WARNING: ; The variable |f| is defined but never used. ; compiling (DEFUN |UnivariatePowerSeriesCategory&| ...) ; compiling (MAKEPROP (QUOTE |UnivariatePowerSeriesCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 1 note ; /tmp/oa-fnjIhc/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ finalizing NRLIB UPSCAT Processing UnivariatePowerSeriesCategory for Browser database: -- terms : % -> Stream Term -- variable : % -> Symbol -- center : % -> Coef -- multiplyExponents : (%,PositiveInteger) -> % -- order : % -> Expon -- order : (%,Expon) -> Expon -- truncate : (%,Expon) -> % -- truncate : (%,Expon,Expon) -> % -- approximate : (%,Expon) -> Coef -- extend : (%,Expon) -> % -- eval : (%,Coef) -> Stream Coef -- constructor ; compiling file "/tmp/oa-nTEoxv/code.lsp" (written 01 FEB 2016 11:10:10 PM): ; compiling (DEFPARAMETER |UnivariatePowerSeriesCategory;AL| ...) ; compiling (DEFUN |UnivariatePowerSeriesCategory;| ...) ; compiling (DEFUN |UnivariatePowerSeriesCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-nTEoxv/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/ULSCAT.fasl --optimize=3 ULSCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ULSCAT.spad using Spad compiler. ULSCAT abbreviates category UnivariateLaurentSeriesCategory debug: compDefine1 lhs: (UnivariateLaurentSeriesCategory Coef) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (Coef) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for UnivariateLaurentSeriesCategory compiling into /tmp/oa-3XL1EJ STYLE-WARNING: redefining BOOT::|UnivariateLaurentSeriesCategory| in DEFUN Time: 0.03 SEC. finalizing NRLIB ULSCAT Processing UnivariateLaurentSeriesCategory for Browser database: -- series : Stream Term -> % -- multiplyCoefficients : ((I -> Coef),%) -> % -- rationalFunction : (%,I) -> Fraction Polynomial Coef -- rationalFunction : (%,I,I) -> Fraction Polynomial Coef -- integrate : % -> % -- integrate : (%,Symbol) -> % -- integrate : (%,Symbol) -> % -- constructor ; compiling file "/tmp/oa-3XL1EJ/code.lsp" (written 01 FEB 2016 11:10:10 PM): ; compiling (DEFPARAMETER |UnivariateLaurentSeriesCategory;AL| ...) ; compiling (DEFUN |UnivariateLaurentSeriesCategory;| ...) ; compiling (DEFUN |UnivariateLaurentSeriesCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-3XL1EJ/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/UPXSCAT.fasl --optimize=3 UPXSCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UPXSCAT.spad using Spad compiler. UPXSCAT abbreviates category UnivariatePuiseuxSeriesCategory debug: compDefine1 lhs: (UnivariatePuiseuxSeriesCategory Coef) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (Coef) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for UnivariatePuiseuxSeriesCategory compiling into /tmp/oa-6brQkW STYLE-WARNING: redefining BOOT::|UnivariatePuiseuxSeriesCategory| in DEFUN Time: 0.07 SEC. finalizing NRLIB UPXSCAT Processing UnivariatePuiseuxSeriesCategory for Browser database: -- series : (NNI,Stream Term) -> % -- multiplyExponents : (%,Fraction Integer) -> % -- integrate : % -> % -- integrate : (%,Symbol) -> % -- integrate : (%,Symbol) -> % -- constructor ; compiling file "/tmp/oa-6brQkW/code.lsp" (written 01 FEB 2016 11:10:11 PM): ; compiling (DEFPARAMETER |UnivariatePuiseuxSeriesCategory;AL| ...) ; compiling (DEFUN |UnivariatePuiseuxSeriesCategory;| ...) ; compiling (DEFUN |UnivariatePuiseuxSeriesCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-6brQkW/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/UPXSCCA.fasl --optimize=3 UPXSCCA.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UPXSCCA.spad using Spad compiler. UPXSCCA abbreviates category UnivariatePuiseuxSeriesConstructorCategory debug: compDefine1 lhs: (UnivariatePuiseuxSeriesConstructorCategory Coef ULS) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (Coef ULS) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for UnivariatePuiseuxSeriesConstructorCategory compiling into /tmp/oa-mFNAT3 STYLE-WARNING: redefining BOOT::|UnivariatePuiseuxSeriesConstructorCategory| in DEFUN Time: 0.01 SEC. UPXSCCA- abbreviates package UnivariatePuiseuxSeriesConstructorCategory& ------------------------------------------------------------------------ initializing stationary directory for UnivariatePuiseuxSeriesConstructorCategory& compiling into /tmp/oa-llGt2L compiling exported zero? : S -> Boolean Time: 0.04 SEC. compiling exported retract : S -> ULS Time: 0.00 SEC. compiling exported retractIfCan : S -> Union(ULS,failed) Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor UnivariatePuiseuxSeriesConstructorCategory& Time: 0.05 seconds finalizing NRLIB UPXSCCA- ; compiling file "/tmp/oa-llGt2L/code.lsp" (written 01 FEB 2016 11:10:11 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |UPXSCCA-;zero?;$B;1| ...) ; file: /tmp/oa-llGt2L/code.lsp ; in: DEFUN |UPXSCCA-;zero?;$B;1| ; (DEFUN BOOT::|UPXSCCA-;zero?;$B;1| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 9)) ; (BOOT::|shellEntry| BOOT::$ 11))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPXSCCA-;zero?;$B;1| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|UPXSCCA-;zero?;$B;1| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 9)) ; (BOOT::|shellEntry| BOOT::$ 11)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |UPXSCCA-;retract;$ULS;2| ...) ; compiling (DEFUN |UPXSCCA-;retractIfCan;$U;3| ...) ; file: /tmp/oa-llGt2L/code.lsp ; in: DEFUN |UPXSCCA-;retractIfCan;$U;3| ; (DEFUN BOOT::|UPXSCCA-;retractIfCan;$U;3| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 16))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPXSCCA-;retractIfCan;$U;3| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|UPXSCCA-;retractIfCan;$U;3| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 16)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |UnivariatePuiseuxSeriesConstructorCategory&| ...) ; compiling (MAKEPROP (QUOTE |UnivariatePuiseuxSeriesConstructorCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-llGt2L/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ finalizing NRLIB UPXSCCA Processing UnivariatePuiseuxSeriesConstructorCategory for Browser database: -- puiseux : (RN,ULS) -> % -- rationalPower : % -> RN -- laurentRep : % -> ULS -- degree : % -> RN -- laurent : % -> ULS -- laurentIfCan : % -> Union(ULS,"failed") -- constructor ; compiling file "/tmp/oa-mFNAT3/code.lsp" (written 01 FEB 2016 11:10:11 PM): ; compiling (DEFPARAMETER |UnivariatePuiseuxSeriesConstructorCategory;AL| ...) ; compiling (DEFUN |UnivariatePuiseuxSeriesConstructorCategory;| ...) ; compiling (DEFUN |UnivariatePuiseuxSeriesConstructorCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-mFNAT3/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/ULSCONS.fasl --bootstrap ULSCONS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ULSCONS.spad using Spad compiler. ULSCONS abbreviates domain UnivariateLaurentSeriesConstructor ------------------------------------------------------------------------ initializing stationary directory for UnivariateLaurentSeriesConstructor compiling into /tmp/oa-Lz9ouh Time: 0.07 SEC. Warnings: [1] String syntax for ** in signature is deprecated. Cumulative Statistics for Constructor UnivariateLaurentSeriesConstructor Time: 0.07 seconds finalizing NRLIB ULSCONS ; compiling file "/tmp/oa-Lz9ouh/code.lsp" (written 01 FEB 2016 11:10:11 PM): ; compiling (DEFUN |UnivariateLaurentSeriesConstructor| ...) ; compiling (DEFUN |UnivariateLaurentSeriesConstructor;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Lz9ouh/code.fasl written ; compilation finished in 0:00:00.018 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/ULS.fasl --optimize=3 ULS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ULS.spad using Spad compiler. ULS abbreviates domain UnivariateLaurentSeries debug: compDefine1 lhs: (UnivariateLaurentSeries Coef var cen) signature (pre-evaluate): ((Join (UnivariateLaurentSeriesConstructorCategory Coef (UnivariateTaylorSeries Coef var cen)) (PartialDifferentialDomain $ (Variable var)) (CATEGORY domain (SIGNATURE coerce ($ (Variable var))) (IF (has Coef (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Variable var))) %noBranch))) NIL NIL NIL) debug: evaluateType form: (Join (UnivariateLaurentSeriesConstructorCategory Coef (UnivariateTaylorSeries Coef var cen)) (PartialDifferentialDomain $ (Variable var)) (CATEGORY domain (SIGNATURE coerce ($ (Variable var))) (IF (has Coef (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Variable var))) %noBranch))) $param: (Coef var cen) debug: evaluateType form: (UnivariateLaurentSeriesConstructorCategory Coef (UnivariateTaylorSeries Coef var cen)) $param: (Coef var cen) Debug: evaluateType1 form: (UnivariateLaurentSeriesConstructorCategory Coef (UnivariateTaylorSeries Coef var cen)) debug: evaluateType1 x: Coef m: (Ring) debug: evaluateType1 x: (UnivariateTaylorSeries Coef var cen) m: (UnivariateTaylorSeriesCategory Coef) debug: evaluateType1 categoryForm: (UnivariateTaylorSeriesCategory Coef) debug: evaluateType form: (UnivariateTaylorSeriesCategory Coef) $param: (Coef var cen) Debug: evaluateType1 form: (UnivariateTaylorSeriesCategory Coef) debug: evaluateType1 x: Coef m: (Ring) debug: evaluateType form: (UnivariateTaylorSeries Coef var cen) $param: (Coef var cen) Debug: evaluateType1 form: (UnivariateTaylorSeries Coef var cen) debug: evaluateType1 x: Coef m: (Ring) debug: evaluateType1 x: var m: (Symbol) debug: evaluateType1 x: cen m: Coef debug: evalCategory d: (UnivariateTaylorSeries Coef var cen) c: (UnivariateTaylorSeriesCategory Coef) debug: evaluateType form: (PartialDifferentialDomain $ (Variable var)) $param: (Coef var cen) Debug: evaluateType1 form: (PartialDifferentialDomain $ (Variable var)) debug: evaluateType1 x: $ m: (Type) debug: evaluateType1 x: (Variable var) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Coef var cen) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Variable var) $param: (Coef var cen) Debug: evaluateType1 form: (Variable var) debug: evaluateType1 x: var m: (Symbol) debug: evalCategory d: (Variable var) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE coerce ($ (Variable var))) (IF (has Coef (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Variable var))) %noBranch)) $param: (Coef var cen) debug: evaluateType form: (Variable var) $param: (Coef var cen) Debug: evaluateType1 form: (Variable var) debug: evaluateType1 x: var m: (Symbol) debug: compDefine1 signature (post evaluate): ((Join (UnivariateLaurentSeriesConstructorCategory Coef (UnivariateTaylorSeries Coef var cen)) (PartialDifferentialDomain $ (Variable var)) (CATEGORY domain (SIGNATURE coerce ($ (Variable var))) (IF (has Coef (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Variable var))) %noBranch))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for UnivariateLaurentSeries compiling into /tmp/oa-ewVDty compiling exported variable : % -> Symbol Time: 0.09 SEC. compiling exported center : % -> Coef Time: 0.00 SEC. compiling exported coerce : Variable var -> % Time: 0.01 SEC. compiling exported differentiate : (%,Variable var) -> % Time: 0 SEC. compiling exported integrate : (%,Variable var) -> % Time: 0.00 SEC. (time taken in buildFunctor: 1932) Time: 2.34 SEC. Cumulative Statistics for Constructor UnivariateLaurentSeries Time: 2.44 seconds finalizing NRLIB ULS Processing UnivariateLaurentSeries for Browser database: -- coerce : Variable var -> % -- integrate : (%,Variable var) -> % -- constructor ; compiling file "/tmp/oa-ewVDty/code.lsp" (written 01 FEB 2016 11:10:14 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ULS;variable;$S;1|) ...) ; compiling (PUT (QUOTE |ULS;center;$Coef;2|) ...) ; compiling (DEFUN |ULS;variable;$S;1| ...) ; file: /tmp/oa-ewVDty/code.lsp ; in: DEFUN |ULS;variable;$S;1| ; (DEFUN BOOT::|ULS;variable;$S;1| (BOOT::|x| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 7)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULS;variable;$S;1| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ULS;variable;$S;1| (BOOT::|shellEntry| BOOT::$ 7))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |ULS;center;$Coef;2| ...) ; file: /tmp/oa-ewVDty/code.lsp ; in: DEFUN |ULS;center;$Coef;2| ; (DEFUN BOOT::|ULS;center;$Coef;2| (BOOT::|x| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 8)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULS;center;$Coef;2| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ULS;center;$Coef;2| (BOOT::|shellEntry| BOOT::$ 8))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |ULS;coerce;V$;3| ...) ; file: /tmp/oa-ewVDty/code.lsp ; in: DEFUN |ULS;coerce;V$;3| ; (DEFUN BOOT::|ULS;coerce;V$;3| (BOOT::|v| BOOT::$) ; (COND ; ((BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 8) ; (BOOT::|shellEntry| BOOT::$ 13)) ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 14) 1 ; (BOOT::|shellEntry| BOOT::$ 18))) ; (T ; (BOOT::SPADCALL (BOOT::SPADCALL # 1 #) (BOOT::SPADCALL # 0 #) ; (BOOT::|shellEntry| BOOT::$ 22))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULS;coerce;V$;3| ; (BOOT::|v| BOOT::$) ; (BLOCK BOOT::|ULS;coerce;V$;3| ; (COND ((BOOT::SPADCALL # #) (BOOT::SPADCALL # 1 #)) ; (T (BOOT::SPADCALL # # #))))) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |ULS;differentiate;$V$;4| ...) ; file: /tmp/oa-ewVDty/code.lsp ; in: DEFUN |ULS;differentiate;$V$;4| ; (DEFUN BOOT::|ULS;differentiate;$V$;4| (BOOT::|x| BOOT::|v| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 25))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULS;differentiate;$V$;4| ; (BOOT::|x| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|ULS;differentiate;$V$;4| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 25)))) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |ULS;integrate;$V$;5| ...) ; file: /tmp/oa-ewVDty/code.lsp ; in: DEFUN |ULS;integrate;$V$;5| ; (DEFUN BOOT::|ULS;integrate;$V$;5| (BOOT::|x| BOOT::|v| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 27))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULS;integrate;$V$;5| ; (BOOT::|x| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|ULS;integrate;$V$;5| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 27)))) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |UnivariateLaurentSeries| ...) ; compiling (DEFUN |UnivariateLaurentSeries;| ...) ; compiling (MAKEPROP (QUOTE |UnivariateLaurentSeries|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 5 STYLE-WARNING conditions ; /tmp/oa-ewVDty/code.fasl written ; compilation finished in 0:00:00.080 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/ULSCCAT.fasl --optimize=3 ULSCCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ULSCCAT.spad using Spad compiler. ULSCCAT abbreviates category UnivariateLaurentSeriesConstructorCategory debug: compDefine1 lhs: (UnivariateLaurentSeriesConstructorCategory Coef UTS) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (Coef UTS) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for UnivariateLaurentSeriesConstructorCategory compiling into /tmp/oa-mTKgka STYLE-WARNING: redefining BOOT::|UnivariateLaurentSeriesConstructorCategory| in DEFUN Time: 0.01 SEC. ULSCCAT- abbreviates package UnivariateLaurentSeriesConstructorCategory& ------------------------------------------------------------------------ initializing stationary directory for UnivariateLaurentSeriesConstructorCategory& compiling into /tmp/oa-yHNwE2 compiling exported zero? : S -> Boolean Time: 0.12 SEC. compiling exported retract : S -> UTS Time: 0 SEC. compiling exported retractIfCan : S -> Union(UTS,failed) Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Cumulative Statistics for Constructor UnivariateLaurentSeriesConstructorCategory& Time: 0.14 seconds finalizing NRLIB ULSCCAT- ; compiling file "/tmp/oa-yHNwE2/code.lsp" (written 01 FEB 2016 11:10:15 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ULSCCAT-;zero?;$B;1| ...) ; file: /tmp/oa-yHNwE2/code.lsp ; in: DEFUN |ULSCCAT-;zero?;$B;1| ; (DEFUN BOOT::|ULSCCAT-;zero?;$B;1| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 9)) ; (BOOT::|shellEntry| BOOT::$ 11))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULSCCAT-;zero?;$B;1| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ULSCCAT-;zero?;$B;1| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 9)) ; (BOOT::|shellEntry| BOOT::$ 11)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |ULSCCAT-;retract;$UTS;2| ...) ; compiling (DEFUN |ULSCCAT-;retractIfCan;$U;3| ...) ; file: /tmp/oa-yHNwE2/code.lsp ; in: DEFUN |ULSCCAT-;retractIfCan;$U;3| ; (DEFUN BOOT::|ULSCCAT-;retractIfCan;$U;3| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 16))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ULSCCAT-;retractIfCan;$U;3| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ULSCCAT-;retractIfCan;$U;3| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 16)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |UnivariateLaurentSeriesConstructorCategory&| ...) ; compiling (MAKEPROP (QUOTE |UnivariateLaurentSeriesConstructorCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-yHNwE2/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ finalizing NRLIB ULSCCAT Processing UnivariateLaurentSeriesConstructorCategory for Browser database: -- laurent : (I,UTS) -> % -- degree : % -> I -- taylorRep : % -> UTS -- removeZeroes : % -> % -- removeZeroes : (I,%) -> % -- taylor : % -> UTS -- taylorIfCan : % -> Union(UTS,"failed") -- constructor ; compiling file "/tmp/oa-mTKgka/code.lsp" (written 01 FEB 2016 11:10:15 PM): ; compiling (DEFPARAMETER |UnivariateLaurentSeriesConstructorCategory;AL| ...) ; compiling (DEFUN |UnivariateLaurentSeriesConstructorCategory;| ...) ; compiling (DEFUN |UnivariateLaurentSeriesConstructorCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-mTKgka/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/FSINT.fasl --bootstrap FSINT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FSINT.spad using Spad compiler. FSINT abbreviates package FunctionSpaceIntegration ------------------------------------------------------------------------ initializing stationary directory for FunctionSpaceIntegration compiling into /tmp/oa-sBw1qz Time: 0.04 SEC. Cumulative Statistics for Constructor FunctionSpaceIntegration Time: 0.04 seconds finalizing NRLIB FSINT ; compiling file "/tmp/oa-sBw1qz/code.lsp" (written 01 FEB 2016 11:10:15 PM): ; compiling (DEFUN |FunctionSpaceIntegration| ...) ; compiling (DEFUN |FunctionSpaceIntegration;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-sBw1qz/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/UTS.fasl --optimize=3 UTS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UTS.spad using Spad compiler. UTS abbreviates domain UnivariateTaylorSeries debug: compDefine1 lhs: (UnivariateTaylorSeries Coef var cen) signature (pre-evaluate): ((Join (UnivariateTaylorSeriesCategory Coef) (PartialDifferentialDomain $ (Variable var)) (CATEGORY domain (SIGNATURE coerce ($ (UnivariatePolynomial var Coef))) (SIGNATURE univariatePolynomial ((UnivariatePolynomial var Coef) $ (NonNegativeInteger))) (SIGNATURE coerce ($ (Variable var))) (SIGNATURE lagrange ($ $)) (SIGNATURE lambert ($ $)) (SIGNATURE oddlambert ($ $)) (SIGNATURE evenlambert ($ $)) (SIGNATURE generalLambert ($ $ (Integer) (Integer))) (SIGNATURE revert ($ $)) (SIGNATURE multisect ($ (Integer) (Integer) $)) (SIGNATURE invmultisect ($ (Integer) (Integer) $)) (IF (has Coef (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Variable var))) %noBranch))) NIL NIL NIL) debug: evaluateType form: (Join (UnivariateTaylorSeriesCategory Coef) (PartialDifferentialDomain $ (Variable var)) (CATEGORY domain (SIGNATURE coerce ($ (UnivariatePolynomial var Coef))) (SIGNATURE univariatePolynomial ((UnivariatePolynomial var Coef) $ (NonNegativeInteger))) (SIGNATURE coerce ($ (Variable var))) (SIGNATURE lagrange ($ $)) (SIGNATURE lambert ($ $)) (SIGNATURE oddlambert ($ $)) (SIGNATURE evenlambert ($ $)) (SIGNATURE generalLambert ($ $ (Integer) (Integer))) (SIGNATURE revert ($ $)) (SIGNATURE multisect ($ (Integer) (Integer) $)) (SIGNATURE invmultisect ($ (Integer) (Integer) $)) (IF (has Coef (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Variable var))) %noBranch))) $param: (Coef var cen) debug: evaluateType form: (UnivariateTaylorSeriesCategory Coef) $param: (Coef var cen) Debug: evaluateType1 form: (UnivariateTaylorSeriesCategory Coef) debug: evaluateType1 x: Coef m: (Ring) debug: evaluateType form: (PartialDifferentialDomain $ (Variable var)) $param: (Coef var cen) Debug: evaluateType1 form: (PartialDifferentialDomain $ (Variable var)) debug: evaluateType1 x: $ m: (Type) debug: evaluateType1 x: (Variable var) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Coef var cen) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Variable var) $param: (Coef var cen) Debug: evaluateType1 form: (Variable var) debug: evaluateType1 x: var m: (Symbol) debug: evalCategory d: (Variable var) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE coerce ($ (UnivariatePolynomial var Coef))) (SIGNATURE univariatePolynomial ((UnivariatePolynomial var Coef) $ (NonNegativeInteger))) (SIGNATURE coerce ($ (Variable var))) (SIGNATURE lagrange ($ $)) (SIGNATURE lambert ($ $)) (SIGNATURE oddlambert ($ $)) (SIGNATURE evenlambert ($ $)) (SIGNATURE generalLambert ($ $ (Integer) (Integer))) (SIGNATURE revert ($ $)) (SIGNATURE multisect ($ (Integer) (Integer) $)) (SIGNATURE invmultisect ($ (Integer) (Integer) $)) (IF (has Coef (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Variable var))) %noBranch)) $param: (Coef var cen) debug: evaluateType form: (UnivariatePolynomial var Coef) $param: (Coef var cen) Debug: evaluateType1 form: (UnivariatePolynomial var Coef) debug: evaluateType1 x: var m: (Symbol) debug: evaluateType1 x: Coef m: (Ring) debug: evaluateType form: (UnivariatePolynomial var Coef) $param: (Coef var cen) Debug: evaluateType1 form: (UnivariatePolynomial var Coef) debug: evaluateType1 x: var m: (Symbol) debug: evaluateType1 x: Coef m: (Ring) debug: evaluateType form: (NonNegativeInteger) $param: (Coef var cen) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Variable var) $param: (Coef var cen) Debug: evaluateType1 form: (Variable var) debug: evaluateType1 x: var m: (Symbol) debug: evaluateType form: (Integer) $param: (Coef var cen) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (Coef var cen) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (Coef var cen) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (Coef var cen) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (Coef var cen) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (Coef var cen) Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((Join (UnivariateTaylorSeriesCategory Coef) (PartialDifferentialDomain $ (Variable var)) (CATEGORY domain (SIGNATURE coerce ($ (UnivariatePolynomial var Coef))) (SIGNATURE univariatePolynomial ((UnivariatePolynomial var Coef) $ (NonNegativeInteger))) (SIGNATURE coerce ($ (Variable var))) (SIGNATURE lagrange ($ $)) (SIGNATURE lambert ($ $)) (SIGNATURE oddlambert ($ $)) (SIGNATURE evenlambert ($ $)) (SIGNATURE generalLambert ($ $ (Integer) (Integer))) (SIGNATURE revert ($ $)) (SIGNATURE multisect ($ (Integer) (Integer) $)) (SIGNATURE invmultisect ($ (Integer) (Integer) $)) (IF (has Coef (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Variable var))) %noBranch))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for UnivariateTaylorSeries compiling into /tmp/oa-ofW3jH compiling local stream : % -> Stream Coef UTS;stream x is replaced by x Time: 0.05 SEC. compiling exported coerce : Variable var -> % Time: 0.02 SEC. compiling exported coerce : Integer -> % Time: 0.01 SEC. compiling exported coerce : Coef -> % Time: 0.01 SEC. compiling exported monomial : (Coef,NonNegativeInteger) -> % Time: 0.01 SEC. compiling local getExpon : Record(k: NonNegativeInteger,c: Coef) -> NonNegativeInteger UTS;getExpon is replaced by %head Time: 0.00 SEC. compiling local getCoef : Record(k: NonNegativeInteger,c: Coef) -> Coef UTS;getCoef is replaced by %tail Time: 0 SEC. compiling local rec : (NonNegativeInteger,Coef) -> Record(k: NonNegativeInteger,c: Coef) UTS;rec is replaced by %pair Time: 0.01 SEC. compiling local recs : (Stream Coef,NonNegativeInteger) -> Stream Record(k: NonNegativeInteger,c: Coef) Time: 0.04 SEC. compiling exported terms : % -> Stream Record(k: NonNegativeInteger,c: Coef) Time: 0.02 SEC. compiling local recsToCoefs : (Stream Record(k: NonNegativeInteger,c: Coef),NonNegativeInteger) -> Stream Coef Time: 0.09 SEC. compiling exported series : Stream Record(k: NonNegativeInteger,c: Coef) -> % Time: 0.02 SEC. compiling local stToPoly : (Stream Coef,Polynomial Coef,NonNegativeInteger,NonNegativeInteger) -> Polynomial Coef Time: 0.04 SEC. compiling exported polynomial : (%,NonNegativeInteger) -> Polynomial Coef Time: 0.03 SEC. compiling exported polynomial : (%,NonNegativeInteger,NonNegativeInteger) -> Polynomial Coef Time: 0.04 SEC. compiling local stToUPoly : (Stream Coef,UnivariatePolynomial(var,Coef),NonNegativeInteger,NonNegativeInteger) -> UnivariatePolynomial(var,Coef) Time: 0.04 SEC. compiling exported univariatePolynomial : (%,NonNegativeInteger) -> UnivariatePolynomial(var,Coef) Time: 0.03 SEC. compiling exported coerce : UnivariatePolynomial(var,Coef) -> % Time: 0.11 SEC. compiling local stToCoef : (Stream Coef,Coef,NonNegativeInteger,NonNegativeInteger) -> Coef Time: 0.03 SEC. compiling exported approximate : (%,NonNegativeInteger) -> Coef Time: 0.02 SEC. compiling exported variable : % -> Symbol Time: 0.00 SEC. compiling exported center : % -> Coef Time: 0 SEC. compiling exported coefficient : (%,NonNegativeInteger) -> Coef Time: 0.05 SEC. compiling exported elt : (%,NonNegativeInteger) -> Coef Time: 0.01 SEC. compiling exported map : (Coef -> Coef,%) -> % Time: 0.00 SEC. compiling exported eval : (%,Coef) -> Stream Coef Time: 0.01 SEC. compiling exported differentiate : % -> % Time: 0.01 SEC. compiling exported differentiate : (%,Variable var) -> % Time: 0.00 SEC. compiling exported differentiate : (%,Symbol) -> % Time: 0.08 SEC. compiling exported multiplyCoefficients : (Integer -> Coef,%) -> % Time: 0.01 SEC. compiling exported lagrange : % -> % Time: 0.01 SEC. compiling exported lambert : % -> % Time: 0.01 SEC. compiling exported oddlambert : % -> % Time: 0.00 SEC. compiling exported evenlambert : % -> % Time: 0.01 SEC. compiling exported generalLambert : (%,Integer,Integer) -> % Time: 0.02 SEC. compiling exported extend : (%,NonNegativeInteger) -> % Time: 0.02 SEC. compiling exported complete : % -> % Time: 0 SEC. compiling exported truncate : (%,NonNegativeInteger) -> % Time: 0.02 SEC. compiling exported truncate : (%,NonNegativeInteger,NonNegativeInteger) -> % Time: 0.02 SEC. compiling exported elt : (%,%) -> % Time: 0.01 SEC. compiling exported revert : % -> % Time: 0.01 SEC. compiling exported multisect : (Integer,Integer,%) -> % Time: 0.02 SEC. compiling exported invmultisect : (Integer,Integer,%) -> % Time: 0.02 SEC. compiling exported multiplyExponents : (%,PositiveInteger) -> % Time: 0.01 SEC. compiling exported quoByVar : % -> % Time: 0.00 SEC. compiling exported unit? : % -> Boolean Time: 0.02 SEC. compiling exported ** : (%,Coef) -> % Time: 0.02 SEC. compiling exported ** : (%,Coef) -> % Time: 0.01 SEC. compiling exported coerce : Fraction Integer -> % Time: 0.01 SEC. compiling exported integrate : % -> % Time: 0.01 SEC. compiling exported integrate : (%,Variable var) -> % Time: 0.00 SEC. compiling exported integrate : (%,Symbol) -> % Time: 0.03 SEC. compiling local integrateWithOneAnswer : (Coef,Symbol) -> Coef Time: 0.06 SEC. compiling exported integrate : (%,Symbol) -> % Time: 0.05 SEC. (time taken in buildFunctor: 28) Time: 0.10 SEC. Warnings: [1] String syntax for ** in signature is deprecated. [2] Rep differs from the base domain Cumulative Statistics for Constructor UnivariateTaylorSeries Time: 1.29 seconds --------------non extending category---------------------- UnivariateTaylorSeries(#1,#2,#3) of category Join( UnivariateTaylorSeriesCategory #1,PartialDifferentialDomain($, Variable #2)) with coerce : UnivariatePolynomial(#2,#1) -> % univariatePolynomial : (%,NonNegativeInteger) -> UnivariatePolynomial(#2,#1) coerce : Variable #2 -> % lagrange : % -> % lambert : % -> % oddlambert : % -> % evenlambert : % -> % generalLambert : (%,Integer,Integer) -> % revert : % -> % multisect : (Integer,Integer,%) -> % invmultisect : (Integer,Integer,%) -> %IF (has #1 (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Variable #2)))%noBranch has no ?*? : (%,Integer) -> % ---------------------------------------------------------- finalizing NRLIB UTS Processing UnivariateTaylorSeries for Browser database: -- coerce : UP -> % -- univariatePolynomial : (%,NNI) -> UP -- coerce : Variable var -> % -- lagrange : % -> % -- lambert : % -> % -- oddlambert : % -> % -- evenlambert : % -> % -- generalLambert : (%,I,I) -> % -- revert : % -> % -- multisect : (I,I,%) -> % -- invmultisect : (I,I,%) -> % -- integrate : (%,Variable var) -> % -- constructor ; compiling file "/tmp/oa-ofW3jH/code.lsp" (written 01 FEB 2016 11:10:16 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UTS;stream|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UTS;getExpon|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UTS;getCoef|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UTS;rec|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UTS;variable;$S;21|) ...) ; compiling (PUT (QUOTE |UTS;center;$Coef;22|) ...) ; compiling (DEFUN |UTS;stream| ...) ; compiling (DEFUN |UTS;coerce;V$;2| ...) ; file: /tmp/oa-ofW3jH/code.lsp ; in: DEFUN |UTS;coerce;V$;2| ; (DEFUN BOOT::|UTS;coerce;V$;2| (BOOT::|v| BOOT::$) ; (COND ; ((BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 8) ; (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|UTS;monomial;CoefNni$;5| (BOOT::|spadConstant| BOOT::$ 12) 1 ; BOOT::$)) ; (T ; (BOOT::SPADCALL (BOOT::|UTS;monomial;CoefNni$;5| # 1 BOOT::$) ; (BOOT::|UTS;monomial;CoefNni$;5| # 0 BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 20))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UTS;coerce;V$;2| ; (BOOT::|v| BOOT::$) ; (BLOCK BOOT::|UTS;coerce;V$;2| ; (COND ; ((BOOT::SPADCALL # #) (BOOT::|UTS;monomial;CoefNni$;5| # 1 BOOT::$)) ; (T (BOOT::SPADCALL # # #))))) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |UTS;coerce;I$;3| ...) ; compiling (DEFUN |UTS;coerce;Coef$;4| ...) ; compiling (DEFUN |UTS;monomial;CoefNni$;5| ...) ; compiling (DEFUN |UTS;getExpon| ...) ; compiling (DEFUN |UTS;getCoef| ...) ; compiling (DEFUN |UTS;rec| ...) ; compiling (DEFUN |UTS;recs| ...) ; compiling (DEFUN |UTS;recs!0| ...) ; compiling (DEFUN |UTS;terms;$S;10| ...) ; compiling (DEFUN |UTS;recsToCoefs| ...) ; compiling (DEFUN |UTS;recsToCoefs!0| ...) ; compiling (DEFUN |UTS;series;S$;12| ...) ; compiling (DEFUN |UTS;stToPoly| ...) ; compiling (DEFUN |UTS;polynomial;$NniP;14| ...) ; compiling (DEFUN |UTS;polynomial;$2NniP;15| ...) ; file: /tmp/oa-ofW3jH/code.lsp ; in: DEFUN |UTS;polynomial;$2NniP;15| ; (DEFUN BOOT::|UTS;polynomial;$2NniP;15| ; (BOOT::|x| BOOT::|n1| BOOT::|n2| BOOT::$) ; (PROGN ; (COND ; ((< BOOT::|n2| BOOT::|n1|) ; (LET # ; #))) ; (BOOT::|UTS;stToPoly| ; (BOOT::SPADCALL BOOT::|x| BOOT::|n1| (BOOT::|shellEntry| BOOT::$ 61)) ; (BOOT::SPADCALL (BOOT::SPADCALL # #) (BOOT::SPADCALL # #) ; (BOOT::|shellEntry| BOOT::$ 59)) ; BOOT::|n1| BOOT::|n2| BOOT::$))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UTS;polynomial;$2NniP;15| ; (BOOT::|x| BOOT::|n1| BOOT::|n2| BOOT::$) ; (BLOCK BOOT::|UTS;polynomial;$2NniP;15| ; (PROGN ; (COND (# #)) ; (BOOT::|UTS;stToPoly| (BOOT::SPADCALL BOOT::|x| BOOT::|n1| #) ; (BOOT::SPADCALL # # #) BOOT::|n1| BOOT::|n2| BOOT::$)))) ; ; note: Assignment to argument: |n1| ; prevents use of assertion from function type proclamation: ; UNSIGNED-BYTE ; ; ; note: Assignment to argument: |n2| ; prevents use of assertion from function type proclamation: ; UNSIGNED-BYTE ; ; compiling (DEFUN |UTS;stToUPoly| ...) ; compiling (DEFUN |UTS;univariatePolynomial;$NniUp;17| ...) ; compiling (DEFUN |UTS;coerce;Up$;18| ...) ; compiling (DEFUN |UTS;stToCoef| ...) ; compiling (DEFUN |UTS;approximate;$NniCoef;20| ...) ; compiling (DEFUN |UTS;variable;$S;21| ...) ; file: /tmp/oa-ofW3jH/code.lsp ; in: DEFUN |UTS;variable;$S;21| ; (DEFUN BOOT::|UTS;variable;$S;21| (BOOT::|x| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 7)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UTS;variable;$S;21| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|UTS;variable;$S;21| (BOOT::|shellEntry| BOOT::$ 7))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |UTS;center;$Coef;22| ...) ; file: /tmp/oa-ofW3jH/code.lsp ; in: DEFUN |UTS;center;$Coef;22| ; (DEFUN BOOT::|UTS;center;$Coef;22| (BOOT::|s| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 8)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UTS;center;$Coef;22| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|UTS;center;$Coef;22| (BOOT::|shellEntry| BOOT::$ 8))) ; ; caught STYLE-WARNING: ; The variable |s| is defined but never used. ; compiling (DEFUN |UTS;coefficient;$NniCoef;23| ...) ; file: /tmp/oa-ofW3jH/code.lsp ; in: DEFUN |UTS;coefficient;$NniCoef;23| ; (DEFUN BOOT::|UTS;coefficient;$NniCoef;23| (BOOT::|x| BOOT::|n| BOOT::$) ; (LET ((BOOT::|u| BOOT::|x|)) ; (BOOT::SEQ (LOOP (COND # #)) (COND (# #)) (COND (# #)) ; (BOOT::EXIT (CAR BOOT::|u|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UTS;coefficient;$NniCoef;23| ; (BOOT::|x| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|UTS;coefficient;$NniCoef;23| ; (LET ((BOOT::|u| BOOT::|x|)) ; (BOOT::SEQ (LOOP #) (COND #) (COND #) (BOOT::EXIT #))))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; UNSIGNED-BYTE ; ; compiling (DEFUN |UTS;elt;$NniCoef;24| ...) ; compiling (DEFUN |UTS;map;M2$;25| ...) ; compiling (DEFUN |UTS;eval;$CoefS;26| ...) ; compiling (DEFUN |UTS;differentiate;2$;27| ...) ; compiling (DEFUN |UTS;differentiate;$V$;28| ...) ; file: /tmp/oa-ofW3jH/code.lsp ; in: DEFUN |UTS;differentiate;$V$;28| ; (DEFUN BOOT::|UTS;differentiate;$V$;28| (BOOT::|x| BOOT::|v| BOOT::$) ; (BOOT::|UTS;differentiate;2$;27| BOOT::|x| BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UTS;differentiate;$V$;28| ; (BOOT::|x| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|UTS;differentiate;$V$;28| ; (BOOT::|UTS;differentiate;2$;27| BOOT::|x| BOOT::$))) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |UTS;differentiate;$S$;29| ...) ; compiling (DEFUN |UTS;differentiate;$S$;29!0| ...) ; compiling (DEFUN |UTS;multiplyCoefficients;M2$;30| ...) ; compiling (DEFUN |UTS;lagrange;2$;31| ...) ; compiling (DEFUN |UTS;lambert;2$;32| ...) ; compiling (DEFUN |UTS;oddlambert;2$;33| ...) ; compiling (DEFUN |UTS;evenlambert;2$;34| ...) ; compiling (DEFUN |UTS;generalLambert;$2I$;35| ...) ; compiling (DEFUN |UTS;extend;$Nni$;36| ...) ; compiling (DEFUN |UTS;complete;2$;37| ...) ; compiling (DEFUN |UTS;truncate;$Nni$;38| ...) ; compiling (DEFUN |UTS;truncate;$2Nni$;39| ...) ; file: /tmp/oa-ofW3jH/code.lsp ; in: DEFUN |UTS;truncate;$2Nni$;39| ; (DEFUN BOOT::|UTS;truncate;$2Nni$;39| ; (BOOT::|x| BOOT::|n1| BOOT::|n2| BOOT::$) ; (PROG (BOOT::|st| BOOT::|m|) ; (RETURN ; (PROGN ; (COND #) ; (BOOT::LETT BOOT::|m| # BOOT::|UTS;truncate;$2Nni$;39|) ; (BOOT::LETT BOOT::|st| # BOOT::|UTS;truncate;$2Nni$;39|) ; (LET # ; #) ; BOOT::|st|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UTS;truncate;$2Nni$;39| ; (BOOT::|x| BOOT::|n1| BOOT::|n2| BOOT::$) ; (BLOCK BOOT::|UTS;truncate;$2Nni$;39| ; (PROG (BOOT::|st| BOOT::|m|) (RETURN (PROGN # # # # BOOT::|st|))))) ; ; note: Assignment to argument: |n1| ; prevents use of assertion from function type proclamation: ; UNSIGNED-BYTE ; ; ; note: Assignment to argument: |n2| ; prevents use of assertion from function type proclamation: ; UNSIGNED-BYTE ; ; compiling (DEFUN |UTS;elt;3$;40| ...) ; compiling (DEFUN |UTS;revert;2$;41| ...) ; compiling (DEFUN |UTS;multisect;2I2$;42| ...) ; compiling (DEFUN |UTS;invmultisect;2I2$;43| ...) ; compiling (DEFUN |UTS;multiplyExponents;$Pi$;44| ...) ; compiling (DEFUN |UTS;quoByVar;2$;45| ...) ; compiling (DEFUN |UTS;unit?;$B;46| ...) ; file: /tmp/oa-ofW3jH/code.lsp ; in: DEFUN |UTS;unit?;$B;46| ; (DEFUN BOOT::|UTS;unit?;$B;46| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (BOOT::|UTS;coefficient;$NniCoef;23| BOOT::|x| 0 BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 138))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UTS;unit?;$B;46| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|UTS;unit?;$B;46| ; (BOOT::SPADCALL ; (BOOT::|UTS;coefficient;$NniCoef;23| BOOT::|x| 0 BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 138)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |UTS;**;$Coef$;47| ...) ; compiling (DEFUN |UTS;**;$Coef$;48| ...) ; compiling (DEFUN |UTS;coerce;F$;49| ...) ; compiling (DEFUN |UTS;integrate;2$;50| ...) ; compiling (DEFUN |UTS;integrate;$V$;51| ...) ; file: /tmp/oa-ofW3jH/code.lsp ; in: DEFUN |UTS;integrate;$V$;51| ; (DEFUN BOOT::|UTS;integrate;$V$;51| (BOOT::|x| BOOT::|v| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 147))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UTS;integrate;$V$;51| ; (BOOT::|x| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|UTS;integrate;$V$;51| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 147)))) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |UTS;integrate;$S$;52| ...) ; compiling (DEFUN |UTS;integrate;$S$;52!0| ...) ; compiling (DEFUN |UTS;integrateWithOneAnswer| ...) ; compiling (DEFUN |UTS;integrate;$S$;54| ...) ; compiling (DEFUN |UTS;integrate;$S$;54!0| ...) ; compiling (DEFUN |UnivariateTaylorSeries| ...) ; compiling (DEFUN |UnivariateTaylorSeries;| ...) ; compiling (MAKEPROP (QUOTE |UnivariateTaylorSeries|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 5 STYLE-WARNING conditions ; printed 6 notes ; /tmp/oa-ofW3jH/code.fasl written ; compilation finished in 0:00:00.168 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/UPXSCONS.fasl --optimize=3 UPXSCONS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UPXSCONS.spad using Spad compiler. UPXSCONS abbreviates domain UnivariatePuiseuxSeriesConstructor debug: compDefine1 lhs: (UnivariatePuiseuxSeriesConstructor Coef ULS) signature (pre-evaluate): ((UnivariatePuiseuxSeriesConstructorCategory Coef ULS) NIL NIL) debug: evaluateType form: (UnivariatePuiseuxSeriesConstructorCategory Coef ULS) $param: (Coef ULS) Debug: evaluateType1 form: (UnivariatePuiseuxSeriesConstructorCategory Coef ULS) debug: evaluateType1 x: Coef m: (Ring) debug: evaluateType1 x: ULS m: (UnivariateLaurentSeriesCategory Coef) debug: compDefine1 signature (post evaluate): ((UnivariatePuiseuxSeriesConstructorCategory Coef ULS) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for UnivariatePuiseuxSeriesConstructor compiling into /tmp/oa-GE5cnm compiling local getExpon : % -> Fraction Integer UPXSCONS;getExpon is replaced by %head Time: 0.06 SEC. compiling local getULS : % -> ULS UPXSCONS;getULS is replaced by %tail Time: 0 SEC. compiling exported puiseux : (Fraction Integer,ULS) -> % UPXSCONS;puiseux;FULS$;3 is replaced by %pair Time: 0.01 SEC. compiling exported laurentRep : % -> ULS UPXSCONS;laurentRep;$ULS;4 is replaced by %tail Time: 0 SEC. compiling exported rationalPower : % -> Fraction Integer UPXSCONS;rationalPower;$F;5 is replaced by %head Time: 0.01 SEC. compiling exported degree : % -> Fraction Integer Time: 0.02 SEC. compiling exported Zero : () -> % Time: 0.01 SEC. compiling exported One : () -> % Time: 0.00 SEC. compiling exported monomial : (Coef,Fraction Integer) -> % Time: 0.02 SEC. compiling exported coerce : ULS -> % Time: 0.01 SEC. compiling exported coerce : Coef -> % Time: 0 SEC. compiling exported coerce : Integer -> % Time: 0.01 SEC. compiling exported laurentIfCan : % -> Union(ULS,failed) Time: 0.02 SEC. compiling exported laurent : % -> ULS Time: 0.01 SEC. compiling local multExp : (Fraction Integer,Record(k: Integer,c: Coef)) -> Record(k: Fraction Integer,c: Coef) Time: 0.02 SEC. compiling exported terms : % -> Stream Record(k: Fraction Integer,c: Coef) Time: 0.04 SEC. compiling local clearDen : (Integer,Record(k: Fraction Integer,c: Coef)) -> Record(k: Integer,c: Coef) Time: 0.08 SEC. compiling exported series : (NonNegativeInteger,Stream Record(k: Fraction Integer,c: Coef)) -> % Time: 0.04 SEC. compiling local rewrite : (%,PositiveInteger) -> % Time: 0.03 SEC. compiling local ratGcd : (Fraction Integer,Fraction Integer) -> Fraction Integer Time: 0.02 SEC. compiling local withNewExpon : (%,Fraction Integer) -> % Time: 0.03 SEC. compiling exported = : (%,%) -> Boolean Time: 0.04 SEC. compiling exported pole? : % -> Boolean Time: 0.00 SEC. compiling local applyFcn : ((ULS,ULS) -> ULS,%,%) -> % Time: 0.06 SEC. compiling exported + : (%,%) -> % Time: 0.00 SEC. compiling exported - : (%,%) -> % Time: 0.00 SEC. compiling exported * : (%,%) -> % Time: 0 SEC. compiling exported ** : (%,NonNegativeInteger) -> % Time: 0.02 SEC. compiling exported recip : % -> Union(%,failed) Time: 0.01 SEC. compiling exported elt : (%,%) -> % Time: 0.05 SEC. compiling exported eval : (%,Coef) -> Stream Coef Time: 0.02 SEC. compiling exported / : (%,%) -> % Time: 0.01 SEC. compiling exported inv : % -> % Time: 0.01 SEC. compiling exported variable : % -> Symbol Time: 0.00 SEC. compiling exported center : % -> Coef Time: 0.00 SEC. compiling exported coefficient : (%,Fraction Integer) -> Coef Time: 0.06 SEC. compiling exported elt : (%,Fraction Integer) -> Coef Time: 0.01 SEC. compiling local roundDown : Fraction Integer -> Integer Time: 0.03 SEC. compiling local roundUp : Fraction Integer -> Integer Time: 0.02 SEC. compiling exported order : % -> Fraction Integer Time: 0.01 SEC. compiling exported order : (%,Fraction Integer) -> Fraction Integer Time: 0.02 SEC. compiling exported truncate : (%,Fraction Integer) -> % Time: 0.01 SEC. compiling exported truncate : (%,Fraction Integer,Fraction Integer) -> % Time: 0.01 SEC. compiling exported complete : % -> % Time: 0.01 SEC. compiling exported extend : (%,Fraction Integer) -> % Time: 0.01 SEC. compiling exported map : (Coef -> Coef,%) -> % Time: 0.01 SEC. compiling exported characteristic : () -> NonNegativeInteger Time: 0.00 SEC. compiling exported multiplyExponents : (%,Fraction Integer) -> % Time: 0.01 SEC. compiling exported multiplyExponents : (%,PositiveInteger) -> % Time: 0.01 SEC. compiling exported differentiate : % -> % Time: 0.02 SEC. compiling exported differentiate : (%,Symbol) -> % Time: 0.04 SEC. compiling exported coerce : Fraction Integer -> % Time: 0.01 SEC. compiling local ratInv : Fraction Integer -> Coef Time: 0.01 SEC. compiling exported integrate : % -> % Time: 0.08 SEC. compiling exported integrate : (%,Symbol) -> % Time: 0.03 SEC. compiling local integrateWithOneAnswer : (Coef,Symbol) -> Coef Time: 0.04 SEC. compiling exported integrate : (%,Symbol) -> % Time: 0.02 SEC. compiling exported ** : (%,Fraction Integer) -> % Time: 0.32 SEC. compiling local applyUnary : (ULS -> ULS,%) -> % Time: 0.02 SEC. compiling exported exp : % -> % Time: 0.00 SEC. compiling exported log : % -> % Time: 0 SEC. compiling exported sin : % -> % Time: 0 SEC. compiling exported cos : % -> % Time: 0.00 SEC. compiling exported tan : % -> % Time: 0 SEC. compiling exported cot : % -> % Time: 0.00 SEC. compiling exported sec : % -> % Time: 0 SEC. compiling exported csc : % -> % Time: 0 SEC. compiling exported asin : % -> % Time: 0.00 SEC. compiling exported acos : % -> % Time: 0.00 SEC. compiling exported atan : % -> % Time: 0 SEC. compiling exported acot : % -> % Time: 0.00 SEC. compiling exported asec : % -> % Time: 0.00 SEC. compiling exported acsc : % -> % Time: 0 SEC. compiling exported sinh : % -> % Time: 0.00 SEC. compiling exported cosh : % -> % Time: 0 SEC. compiling exported tanh : % -> % Time: 0 SEC. compiling exported coth : % -> % Time: 0.00 SEC. compiling exported sech : % -> % Time: 0 SEC. compiling exported csch : % -> % Time: 0.00 SEC. compiling exported asinh : % -> % Time: 0 SEC. compiling exported acosh : % -> % Time: 0.00 SEC. compiling exported atanh : % -> % Time: 0.00 SEC. compiling exported acoth : % -> % Time: 0.00 SEC. compiling exported asech : % -> % Time: 0 SEC. compiling exported acsch : % -> % Time: 0.00 SEC. (time taken in buildFunctor: 48) Time: 0.17 SEC. Warnings: [1] String syntax for ** in signature is deprecated. [2] String syntax for * in signature is deprecated. [3] Type Fraction Integer is not in scope. Import it [4] integrate: entry? has no value Cumulative Statistics for Constructor UnivariatePuiseuxSeriesConstructor Time: 1.70 seconds finalizing NRLIB UPXSCONS Processing UnivariatePuiseuxSeriesConstructor for Browser database: -- constructor ; compiling file "/tmp/oa-GE5cnm/code.lsp" (written 01 FEB 2016 11:10:18 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UPXSCONS;getExpon|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UPXSCONS;getULS|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UPXSCONS;puiseux;FULS$;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UPXSCONS;laurentRep;$ULS;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UPXSCONS;rationalPower;$F;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |UPXSCONS;getExpon| ...) ; compiling (DEFUN |UPXSCONS;getULS| ...) ; compiling (DEFUN |UPXSCONS;puiseux;FULS$;3| ...) ; compiling (DEFUN |UPXSCONS;laurentRep;$ULS;4| ...) ; compiling (DEFUN |UPXSCONS;rationalPower;$F;5| ...) ; compiling (DEFUN |UPXSCONS;degree;$F;6| ...) ; compiling (DEFUN |UPXSCONS;Zero;$;7| ...) ; compiling (DEFUN |UPXSCONS;One;$;8| ...) ; compiling (DEFUN |UPXSCONS;monomial;CoefF$;9| ...) ; compiling (DEFUN |UPXSCONS;coerce;ULS$;10| ...) ; compiling (DEFUN |UPXSCONS;coerce;Coef$;11| ...) ; compiling (DEFUN |UPXSCONS;coerce;I$;12| ...) ; compiling (DEFUN |UPXSCONS;laurentIfCan;$U;13| ...) ; compiling (DEFUN |UPXSCONS;laurent;$ULS;14| ...) ; compiling (DEFUN |UPXSCONS;multExp| ...) ; compiling (DEFUN |UPXSCONS;terms;$S;16| ...) ; compiling (DEFUN |UPXSCONS;terms;$S;16!0| ...) ; compiling (DEFUN |UPXSCONS;clearDen| ...) ; file: /tmp/oa-GE5cnm/code.lsp ; in: DEFUN |UPXSCONS;clearDen| ; (DEFUN BOOT::|UPXSCONS;clearDen| (BOOT::|n| BOOT::|lTerm| BOOT::$) ; (LET ((BOOT::|int| (BOOT::SPADCALL # #))) ; (COND ((EQL # 1) (BOOT::|error| "series: inappropriate denominator")) ; (T (CONS # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPXSCONS;clearDen| ; (BOOT::|n| BOOT::|lTerm| BOOT::$) ; (BLOCK BOOT::|UPXSCONS;clearDen| ; (LET ((BOOT::|int| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |UPXSCONS;series;NniS$;18| ...) ; compiling (DEFUN |UPXSCONS;series;NniS$;18!0| ...) ; compiling (DEFUN |UPXSCONS;rewrite| ...) ; compiling (DEFUN |UPXSCONS;ratGcd| ...) ; compiling (DEFUN |UPXSCONS;withNewExpon| ...) ; compiling (DEFUN |UPXSCONS;=;2$B;22| ...) ; file: /tmp/oa-GE5cnm/code.lsp ; in: DEFUN |UPXSCONS;=;2$B;22| ; (DEFUN BOOT::|UPXSCONS;=;2$B;22| (BOOT::|upxs1| BOOT::|upxs2| BOOT::$) ; (PROG (BOOT::|m2| BOOT::|m1| BOOT::|r|) ; (RETURN ; (LET (# # # #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPXSCONS;=;2$B;22| ; (BOOT::|upxs1| BOOT::|upxs2| BOOT::$) ; (BLOCK BOOT::|UPXSCONS;=;2$B;22| ; (PROG (BOOT::|m2| BOOT::|m1| BOOT::|r|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |UPXSCONS;pole?;$B;23| ...) ; file: /tmp/oa-GE5cnm/code.lsp ; in: DEFUN |UPXSCONS;pole?;$B;23| ; (DEFUN BOOT::|UPXSCONS;pole?;$B;23| (BOOT::|upxs| BOOT::$) ; (BOOT::SPADCALL (CDR BOOT::|upxs|) (BOOT::|shellEntry| BOOT::$ 73))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPXSCONS;pole?;$B;23| ; (BOOT::|upxs| BOOT::$) ; (BLOCK BOOT::|UPXSCONS;pole?;$B;23| ; (BOOT::SPADCALL (CDR BOOT::|upxs|) (BOOT::|shellEntry| BOOT::$ 73)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |UPXSCONS;applyFcn| ...) ; compiling (DEFUN |UPXSCONS;+;3$;25| ...) ; compiling (DEFUN |UPXSCONS;+;3$;25!0| ...) ; compiling (DEFUN |UPXSCONS;-;3$;26| ...) ; compiling (DEFUN |UPXSCONS;-;3$;26!0| ...) ; compiling (DEFUN |UPXSCONS;*;3$;27| ...) ; compiling (DEFUN |UPXSCONS;*;3$;27!0| ...) ; compiling (DEFUN |UPXSCONS;**;$Nni$;28| ...) ; compiling (DEFUN |UPXSCONS;recip;$U;29| ...) ; compiling (DEFUN |UPXSCONS;elt;3$;30| ...) ; file: /tmp/oa-GE5cnm/code.lsp ; in: DEFUN |UPXSCONS;elt;3$;30| ; (DEFUN BOOT::|UPXSCONS;elt;3$;30| (BOOT::|upxs1| BOOT::|upxs2| BOOT::$) ; (PROG (BOOT::|mon| BOOT::|c| BOOT::|b| BOOT::|coef| BOOT::|deg|) ; (RETURN ; (LET* (# # # # #) ; (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPXSCONS;elt;3$;30| ; (BOOT::|upxs1| BOOT::|upxs2| BOOT::$) ; (BLOCK BOOT::|UPXSCONS;elt;3$;30| ; (PROG (BOOT::|mon| BOOT::|c| BOOT::|b| BOOT::|coef| BOOT::|deg|) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |UPXSCONS;eval;$CoefS;31| ...) ; compiling (DEFUN |UPXSCONS;/;3$;32| ...) ; compiling (DEFUN |UPXSCONS;/;3$;32!0| ...) ; compiling (DEFUN |UPXSCONS;inv;2$;33| ...) ; file: /tmp/oa-GE5cnm/code.lsp ; in: DEFUN |UPXSCONS;inv;2$;33| ; (DEFUN BOOT::|UPXSCONS;inv;2$;33| (BOOT::|upxs| BOOT::$) ; (LET ((BOOT::|invUpxs| (BOOT::|UPXSCONS;recip;$U;29| BOOT::|upxs| BOOT::$))) ; (COND ; ((EQL # 1) (BOOT::|error| "inv: multiplicative inverse does not exist")) ; (T (CDR BOOT::|invUpxs|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPXSCONS;inv;2$;33| ; (BOOT::|upxs| BOOT::$) ; (BLOCK BOOT::|UPXSCONS;inv;2$;33| ; (LET ((BOOT::|invUpxs| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |UPXSCONS;variable;$S;34| ...) ; compiling (DEFUN |UPXSCONS;center;$Coef;35| ...) ; compiling (DEFUN |UPXSCONS;coefficient;$FCoef;36| ...) ; compiling (DEFUN |UPXSCONS;elt;$FCoef;37| ...) ; compiling (DEFUN |UPXSCONS;roundDown| ...) ; file: /tmp/oa-GE5cnm/code.lsp ; in: DEFUN |UPXSCONS;roundDown| ; (DEFUN BOOT::|UPXSCONS;roundDown| (BOOT::|rn| BOOT::$) ; (PROG (BOOT::|n| BOOT::|num|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPXSCONS;roundDown| ; (BOOT::|rn| BOOT::$) ; (BLOCK BOOT::|UPXSCONS;roundDown| ; (PROG (BOOT::|n| BOOT::|num|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |UPXSCONS;roundUp| ...) ; file: /tmp/oa-GE5cnm/code.lsp ; in: DEFUN |UPXSCONS;roundUp| ; (DEFUN BOOT::|UPXSCONS;roundUp| (BOOT::|rn| BOOT::$) ; (PROG (BOOT::|n| BOOT::|num|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPXSCONS;roundUp| ; (BOOT::|rn| BOOT::$) ; (BLOCK BOOT::|UPXSCONS;roundUp| ; (PROG (BOOT::|n| BOOT::|num|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |UPXSCONS;order;$F;40| ...) ; compiling (DEFUN |UPXSCONS;order;$2F;41| ...) ; compiling (DEFUN |UPXSCONS;truncate;$F$;42| ...) ; compiling (DEFUN |UPXSCONS;truncate;$2F$;43| ...) ; compiling (DEFUN |UPXSCONS;complete;2$;44| ...) ; compiling (DEFUN |UPXSCONS;extend;$F$;45| ...) ; compiling (DEFUN |UPXSCONS;map;M2$;46| ...) ; compiling (DEFUN |UPXSCONS;characteristic;Nni;47| ...) ; file: /tmp/oa-GE5cnm/code.lsp ; in: DEFUN |UPXSCONS;characteristic;Nni;47| ; (DEFUN BOOT::|UPXSCONS;characteristic;Nni;47| (BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 126)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPXSCONS;characteristic;Nni;47| ; (BOOT::$) ; (BLOCK BOOT::|UPXSCONS;characteristic;Nni;47| ; (BOOT::|spadConstant| BOOT::$ 126))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |UPXSCONS;multiplyExponents;$F$;48| ...) ; compiling (DEFUN |UPXSCONS;multiplyExponents;$Pi$;49| ...) ; compiling (DEFUN |UPXSCONS;differentiate;2$;50| ...) ; compiling (DEFUN |UPXSCONS;differentiate;$S$;51| ...) ; file: /tmp/oa-GE5cnm/code.lsp ; in: DEFUN |UPXSCONS;differentiate;$S$;51| ; (DEFUN BOOT::|UPXSCONS;differentiate;$S$;51| (BOOT::|upxs| BOOT::|s| BOOT::$) ; (COND ; ((EQUAL BOOT::|s| (BOOT::|UPXSCONS;variable;$S;34| BOOT::|upxs| BOOT::$)) ; (BOOT::SPADCALL BOOT::|upxs| (BOOT::|shellEntry| BOOT::$ 134))) ; (T ; (LET (#) ; (BOOT::|UPXSCONS;-;3$;26| # # BOOT::$))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPXSCONS;differentiate;$S$;51| ; (BOOT::|upxs| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|UPXSCONS;differentiate;$S$;51| ; (COND ((EQUAL BOOT::|s| #) (BOOT::SPADCALL BOOT::|upxs| #)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |UPXSCONS;differentiate;$S$;51!0| ...) ; compiling (DEFUN |UPXSCONS;coerce;F$;52| ...) ; compiling (DEFUN |UPXSCONS;ratInv| ...) ; compiling (DEFUN |UPXSCONS;integrate;2$;54| ...) ; file: /tmp/oa-GE5cnm/code.lsp ; in: DEFUN |UPXSCONS;integrate;2$;54| ; (DEFUN BOOT::|UPXSCONS;integrate;2$;54| (BOOT::|upxs| BOOT::$) ; (COND ; ((NOT (BOOT::SPADCALL # #)) ; (BOOT::|error| "integrate: series has term of order -1")) ; (T ; (LET (# #) ; (PROGN # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPXSCONS;integrate;2$;54| ; (BOOT::|upxs| BOOT::$) ; (BLOCK BOOT::|UPXSCONS;integrate;2$;54| ; (COND ; ((NOT #) (BOOT::|error| "integrate: series has term of order -1")) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |UPXSCONS;integrate;2$;54!0| ...) ; compiling (DEFUN |UPXSCONS;integrate;$S$;55| ...) ; file: /tmp/oa-GE5cnm/code.lsp ; in: DEFUN |UPXSCONS;integrate;$S$;55| ; (DEFUN BOOT::|UPXSCONS;integrate;$S$;55| (BOOT::|upxs| BOOT::|s| BOOT::$) ; (COND ; ((EQUAL BOOT::|s| (BOOT::|UPXSCONS;variable;$S;34| BOOT::|upxs| BOOT::$)) ; (BOOT::SPADCALL BOOT::|upxs| (BOOT::|shellEntry| BOOT::$ 146))) ; ((NOT (BOOT::SPADCALL BOOT::|s| # #)) ; (BOOT::|UPXSCONS;map;M2$;46| ; (CONS #'BOOT::|UPXSCONS;integrate;$S$;55!0| #) BOOT::|upxs| BOOT::$)) ; (T ; (BOOT::|error| ; "integrate: center is a function of variable of integration")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPXSCONS;integrate;$S$;55| ; (BOOT::|upxs| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|UPXSCONS;integrate;$S$;55| ; (COND ((EQUAL BOOT::|s| #) (BOOT::SPADCALL BOOT::|upxs| #)) ; ((NOT #) (BOOT::|UPXSCONS;map;M2$;46| # BOOT::|upxs| BOOT::$)) ; (T ; (BOOT::|error| ; "integrate: center is a function of variable of integration"))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |UPXSCONS;integrate;$S$;55!0| ...) ; compiling (DEFUN |UPXSCONS;integrateWithOneAnswer| ...) ; compiling (DEFUN |UPXSCONS;integrate;$S$;57| ...) ; file: /tmp/oa-GE5cnm/code.lsp ; in: DEFUN |UPXSCONS;integrate;$S$;57| ; (DEFUN BOOT::|UPXSCONS;integrate;$S$;57| (BOOT::|upxs| BOOT::|s| BOOT::$) ; (COND ; ((EQUAL BOOT::|s| (BOOT::|UPXSCONS;variable;$S;34| BOOT::|upxs| BOOT::$)) ; (BOOT::SPADCALL BOOT::|upxs| (BOOT::|shellEntry| BOOT::$ 146))) ; ((NOT (BOOT::SPADCALL BOOT::|s| # #)) ; (BOOT::|UPXSCONS;map;M2$;46| ; (CONS #'BOOT::|UPXSCONS;integrate;$S$;57!0| #) BOOT::|upxs| BOOT::$)) ; (T ; (BOOT::|error| ; "integrate: center is a function of variable of integration")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPXSCONS;integrate;$S$;57| ; (BOOT::|upxs| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|UPXSCONS;integrate;$S$;57| ; (COND ((EQUAL BOOT::|s| #) (BOOT::SPADCALL BOOT::|upxs| #)) ; ((NOT #) (BOOT::|UPXSCONS;map;M2$;46| # BOOT::|upxs| BOOT::$)) ; (T ; (BOOT::|error| ; "integrate: center is a function of variable of integration"))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |UPXSCONS;integrate;$S$;57!0| ...) ; compiling (DEFUN |UPXSCONS;**;$F$;58| ...) ; file: /tmp/oa-GE5cnm/code.lsp ; in: DEFUN |UPXSCONS;**;$F$;58| ; (DEFUN BOOT::|UPXSCONS;**;$F$;58| (BOOT::|upxs| BOOT::|q| BOOT::$) ; (PROG (BOOT::|ulsPow| BOOT::|coef| BOOT::|deg| BOOT::|uls| BOOT::|r|) ; (RETURN ; (LET (# #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPXSCONS;**;$F$;58| ; (BOOT::|upxs| BOOT::|q| BOOT::$) ; (BLOCK BOOT::|UPXSCONS;**;$F$;58| ; (PROG (BOOT::|ulsPow| BOOT::|coef| BOOT::|deg| BOOT::|uls| BOOT::|r|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |UPXSCONS;applyUnary| ...) ; file: /tmp/oa-GE5cnm/code.lsp ; in: DEFUN |UPXSCONS;applyUnary| ; (DEFUN BOOT::|UPXSCONS;applyUnary| (BOOT::|fcn| BOOT::|upxs| BOOT::$) ; (CONS (CAR BOOT::|upxs|) ; (FUNCALL (CAR BOOT::|fcn|) (CDR BOOT::|upxs|) (CDR BOOT::|fcn|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPXSCONS;applyUnary| ; (BOOT::|fcn| BOOT::|upxs| BOOT::$) ; (BLOCK BOOT::|UPXSCONS;applyUnary| ; (CONS (CAR BOOT::|upxs|) ; (FUNCALL (CAR BOOT::|fcn|) (CDR BOOT::|upxs|) ; (CDR BOOT::|fcn|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |UPXSCONS;exp;2$;60| ...) ; compiling (DEFUN |UPXSCONS;log;2$;61| ...) ; compiling (DEFUN |UPXSCONS;sin;2$;62| ...) ; compiling (DEFUN |UPXSCONS;cos;2$;63| ...) ; compiling (DEFUN |UPXSCONS;tan;2$;64| ...) ; compiling (DEFUN |UPXSCONS;cot;2$;65| ...) ; compiling (DEFUN |UPXSCONS;sec;2$;66| ...) ; compiling (DEFUN |UPXSCONS;csc;2$;67| ...) ; compiling (DEFUN |UPXSCONS;asin;2$;68| ...) ; compiling (DEFUN |UPXSCONS;acos;2$;69| ...) ; compiling (DEFUN |UPXSCONS;atan;2$;70| ...) ; compiling (DEFUN |UPXSCONS;acot;2$;71| ...) ; compiling (DEFUN |UPXSCONS;asec;2$;72| ...) ; compiling (DEFUN |UPXSCONS;acsc;2$;73| ...) ; compiling (DEFUN |UPXSCONS;sinh;2$;74| ...) ; compiling (DEFUN |UPXSCONS;cosh;2$;75| ...) ; compiling (DEFUN |UPXSCONS;tanh;2$;76| ...) ; compiling (DEFUN |UPXSCONS;coth;2$;77| ...) ; compiling (DEFUN |UPXSCONS;sech;2$;78| ...) ; compiling (DEFUN |UPXSCONS;csch;2$;79| ...) ; compiling (DEFUN |UPXSCONS;asinh;2$;80| ...) ; compiling (DEFUN |UPXSCONS;acosh;2$;81| ...) ; compiling (DEFUN |UPXSCONS;atanh;2$;82| ...) ; compiling (DEFUN |UPXSCONS;acoth;2$;83| ...) ; compiling (DEFUN |UPXSCONS;asech;2$;84| ...) ; compiling (DEFUN |UPXSCONS;acsch;2$;85| ...) ; compiling (DEFUN |UnivariatePuiseuxSeriesConstructor| ...) ; compiling (DEFUN |UnivariatePuiseuxSeriesConstructor;| ...) ; compiling (MAKEPROP (QUOTE |UnivariatePuiseuxSeriesConstructor|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 13 notes ; /tmp/oa-GE5cnm/code.fasl written ; compilation finished in 0:00:00.182 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/UPXS.fasl --optimize=3 UPXS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UPXS.spad using Spad compiler. UPXS abbreviates domain UnivariatePuiseuxSeries debug: compDefine1 lhs: (UnivariatePuiseuxSeries Coef var cen) signature (pre-evaluate): ((Join (UnivariatePuiseuxSeriesConstructorCategory Coef (UnivariateLaurentSeries Coef var cen)) (PartialDifferentialDomain $ (Variable var)) (RetractableTo (UnivariateTaylorSeries Coef var cen)) (CoercibleFrom (Variable var)) (CATEGORY domain (IF (has Coef (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Variable var))) %noBranch))) NIL NIL NIL) debug: evaluateType form: (Join (UnivariatePuiseuxSeriesConstructorCategory Coef (UnivariateLaurentSeries Coef var cen)) (PartialDifferentialDomain $ (Variable var)) (RetractableTo (UnivariateTaylorSeries Coef var cen)) (CoercibleFrom (Variable var)) (CATEGORY domain (IF (has Coef (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Variable var))) %noBranch))) $param: (Coef var cen) debug: evaluateType form: (UnivariatePuiseuxSeriesConstructorCategory Coef (UnivariateLaurentSeries Coef var cen)) $param: (Coef var cen) Debug: evaluateType1 form: (UnivariatePuiseuxSeriesConstructorCategory Coef (UnivariateLaurentSeries Coef var cen)) debug: evaluateType1 x: Coef m: (Ring) debug: evaluateType1 x: (UnivariateLaurentSeries Coef var cen) m: (UnivariateLaurentSeriesCategory Coef) debug: evaluateType1 categoryForm: (UnivariateLaurentSeriesCategory Coef) debug: evaluateType form: (UnivariateLaurentSeriesCategory Coef) $param: (Coef var cen) Debug: evaluateType1 form: (UnivariateLaurentSeriesCategory Coef) debug: evaluateType1 x: Coef m: (Ring) debug: evaluateType form: (UnivariateLaurentSeries Coef var cen) $param: (Coef var cen) Debug: evaluateType1 form: (UnivariateLaurentSeries Coef var cen) debug: evaluateType1 x: Coef m: (Ring) debug: evaluateType1 x: var m: (Symbol) debug: evaluateType1 x: cen m: Coef debug: evalCategory d: (UnivariateLaurentSeries Coef var cen) c: (UnivariateLaurentSeriesCategory Coef) debug: evaluateType form: (PartialDifferentialDomain $ (Variable var)) $param: (Coef var cen) Debug: evaluateType1 form: (PartialDifferentialDomain $ (Variable var)) debug: evaluateType1 x: $ m: (Type) debug: evaluateType1 x: (Variable var) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Coef var cen) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Variable var) $param: (Coef var cen) Debug: evaluateType1 form: (Variable var) debug: evaluateType1 x: var m: (Symbol) debug: evalCategory d: (Variable var) c: (Type) debug: evaluateType form: (RetractableTo (UnivariateTaylorSeries Coef var cen)) $param: (Coef var cen) Debug: evaluateType1 form: (RetractableTo (UnivariateTaylorSeries Coef var cen)) debug: evaluateType1 x: (UnivariateTaylorSeries Coef var cen) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Coef var cen) Debug: evaluateType1 form: (Type) debug: evaluateType form: (UnivariateTaylorSeries Coef var cen) $param: (Coef var cen) Debug: evaluateType1 form: (UnivariateTaylorSeries Coef var cen) debug: evaluateType1 x: Coef m: (Ring) debug: evaluateType1 x: var m: (Symbol) debug: evaluateType1 x: cen m: Coef debug: evalCategory d: (UnivariateTaylorSeries Coef var cen) c: (Type) debug: evaluateType form: (CoercibleFrom (Variable var)) $param: (Coef var cen) Debug: evaluateType1 form: (CoercibleFrom (Variable var)) debug: evaluateType1 x: (Variable var) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Coef var cen) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Variable var) $param: (Coef var cen) Debug: evaluateType1 form: (Variable var) debug: evaluateType1 x: var m: (Symbol) debug: evalCategory d: (Variable var) c: (Type) debug: evaluateType form: (CATEGORY domain (IF (has Coef (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Variable var))) %noBranch)) $param: (Coef var cen) debug: compDefine1 signature (post evaluate): ((Join (UnivariatePuiseuxSeriesConstructorCategory Coef (UnivariateLaurentSeries Coef var cen)) (PartialDifferentialDomain $ (Variable var)) (RetractableTo (UnivariateTaylorSeries Coef var cen)) (CoercibleFrom (Variable var)) (CATEGORY domain (IF (has Coef (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Variable var))) %noBranch))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for UnivariatePuiseuxSeries compiling into /tmp/oa-Y6YOXv compiling local getExpon : % -> Fraction Integer UPXS;getExpon is replaced by %head Time: 0.08 SEC. compiling exported variable : % -> Symbol Time: 0 SEC. compiling exported center : % -> Coef Time: 0.00 SEC. compiling exported coerce : UnivariateTaylorSeries(Coef,var,cen) -> % Time: 0.02 SEC. compiling exported retractIfCan : % -> Union(UnivariateTaylorSeries(Coef,var,cen),failed) Time: 0.02 SEC. compiling exported coerce : Variable var -> % Time: 0.02 SEC. compiling exported differentiate : (%,Variable var) -> % Time: 0 SEC. compiling exported integrate : (%,Variable var) -> % Time: 0.00 SEC. compiling local roundDown : Fraction Integer -> Integer Time: 0.02 SEC. compiling local stToCoef : (Stream Coef,Coef,NonNegativeInteger,NonNegativeInteger) -> Coef Time: 0.02 SEC. compiling local approximateLaurent : (UnivariateLaurentSeries(Coef,var,cen),Coef,Integer) -> Coef Time: 0.09 SEC. compiling exported approximate : (%,Fraction Integer) -> Coef Time: 0.04 SEC. compiling local termOutput : (Fraction Integer,Coef,OutputForm) -> OutputForm Time: 0.02 SEC. compiling local showAll? : () -> Boolean UPXS;showAll? is replaced by %true Time: 0 SEC. compiling local termsToOutputForm : (Fraction Integer,Fraction Integer,Stream Coef,OutputForm) -> OutputForm Time: 0.34 SEC. compiling exported coerce : % -> OutputForm Time: 0.10 SEC. (time taken in buildFunctor: 44) Time: 0.12 SEC. Warnings: [1] String syntax for * in signature is deprecated. [2] String syntax for ** in signature is deprecated. [3] Rep differs from the base domain [4] Type Fraction Integer is not in scope. Import it [5] approximateLaurent: coefficients has no value [6] coerce: coefficients has no value Cumulative Statistics for Constructor UnivariatePuiseuxSeries Time: 0.90 seconds finalizing NRLIB UPXS Processing UnivariatePuiseuxSeries for Browser database: -- integrate : (%,Variable var) -> % -- constructor ; compiling file "/tmp/oa-Y6YOXv/code.lsp" (written 01 FEB 2016 11:10:20 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UPXS;getExpon|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UPXS;showAll?|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UPXS;variable;$S;2|) ...) ; compiling (PUT (QUOTE |UPXS;center;$Coef;3|) ...) ; compiling (DEFUN |UPXS;getExpon| ...) ; compiling (DEFUN |UPXS;variable;$S;2| ...) ; file: /tmp/oa-Y6YOXv/code.lsp ; in: DEFUN |UPXS;variable;$S;2| ; (DEFUN BOOT::|UPXS;variable;$S;2| (BOOT::|upxs| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 7)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPXS;variable;$S;2| ; (BOOT::|upxs| BOOT::$) ; (BLOCK BOOT::|UPXS;variable;$S;2| (BOOT::|shellEntry| BOOT::$ 7))) ; ; caught STYLE-WARNING: ; The variable |upxs| is defined but never used. ; compiling (DEFUN |UPXS;center;$Coef;3| ...) ; file: /tmp/oa-Y6YOXv/code.lsp ; in: DEFUN |UPXS;center;$Coef;3| ; (DEFUN BOOT::|UPXS;center;$Coef;3| (BOOT::|upxs| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 8)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPXS;center;$Coef;3| ; (BOOT::|upxs| BOOT::$) ; (BLOCK BOOT::|UPXS;center;$Coef;3| (BOOT::|shellEntry| BOOT::$ 8))) ; ; caught STYLE-WARNING: ; The variable |upxs| is defined but never used. ; compiling (DEFUN |UPXS;coerce;Uts$;4| ...) ; file: /tmp/oa-Y6YOXv/code.lsp ; in: DEFUN |UPXS;coerce;Uts$;4| ; (DEFUN BOOT::|UPXS;coerce;Uts$;4| (BOOT::|uts| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|uts| (BOOT::|shellEntry| BOOT::$ 15)) ; (BOOT::|shellEntry| BOOT::$ 16))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPXS;coerce;Uts$;4| ; (BOOT::|uts| BOOT::$) ; (BLOCK BOOT::|UPXS;coerce;Uts$;4| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|uts| (BOOT::|shellEntry| BOOT::$ 15)) ; (BOOT::|shellEntry| BOOT::$ 16)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |UPXS;retractIfCan;$U;5| ...) ; file: /tmp/oa-Y6YOXv/code.lsp ; in: DEFUN |UPXS;retractIfCan;$U;5| ; (DEFUN BOOT::|UPXS;retractIfCan;$U;5| (BOOT::|upxs| BOOT::$) ; (LET ((BOOT::|ulsIfCan| (BOOT::SPADCALL BOOT::|upxs| #))) ; (COND ((EQL # 1) (CONS 1 "failed")) (T (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPXS;retractIfCan;$U;5| ; (BOOT::|upxs| BOOT::$) ; (BLOCK BOOT::|UPXS;retractIfCan;$U;5| ; (LET ((BOOT::|ulsIfCan| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |UPXS;coerce;V$;6| ...) ; file: /tmp/oa-Y6YOXv/code.lsp ; in: DEFUN |UPXS;coerce;V$;6| ; (DEFUN BOOT::|UPXS;coerce;V$;6| (BOOT::|v| BOOT::$) ; (COND ; ((BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 8) ; (BOOT::|shellEntry| BOOT::$ 24)) ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 25) ; (BOOT::|spadConstant| BOOT::$ 29) ; (BOOT::|shellEntry| BOOT::$ 30))) ; (T ; (BOOT::SPADCALL (BOOT::SPADCALL # # #) (BOOT::SPADCALL # # #) ; (BOOT::|shellEntry| BOOT::$ 34))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPXS;coerce;V$;6| ; (BOOT::|v| BOOT::$) ; (BLOCK BOOT::|UPXS;coerce;V$;6| ; (COND ((BOOT::SPADCALL # #) (BOOT::SPADCALL # # #)) ; (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |UPXS;differentiate;$V$;7| ...) ; file: /tmp/oa-Y6YOXv/code.lsp ; in: DEFUN |UPXS;differentiate;$V$;7| ; (DEFUN BOOT::|UPXS;differentiate;$V$;7| (BOOT::|upxs| BOOT::|v| BOOT::$) ; (BOOT::SPADCALL BOOT::|upxs| (BOOT::|shellEntry| BOOT::$ 37))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPXS;differentiate;$V$;7| ; (BOOT::|upxs| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|UPXS;differentiate;$V$;7| ; (BOOT::SPADCALL BOOT::|upxs| (BOOT::|shellEntry| BOOT::$ 37)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |UPXS;integrate;$V$;8| ...) ; file: /tmp/oa-Y6YOXv/code.lsp ; in: DEFUN |UPXS;integrate;$V$;8| ; (DEFUN BOOT::|UPXS;integrate;$V$;8| (BOOT::|upxs| BOOT::|v| BOOT::$) ; (BOOT::SPADCALL BOOT::|upxs| (BOOT::|shellEntry| BOOT::$ 39))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPXS;integrate;$V$;8| ; (BOOT::|upxs| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|UPXS;integrate;$V$;8| ; (BOOT::SPADCALL BOOT::|upxs| (BOOT::|shellEntry| BOOT::$ 39)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |UPXS;roundDown| ...) ; file: /tmp/oa-Y6YOXv/code.lsp ; in: DEFUN |UPXS;roundDown| ; (DEFUN BOOT::|UPXS;roundDown| (BOOT::|rn| BOOT::$) ; (PROG (BOOT::|n| BOOT::|num|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPXS;roundDown| ; (BOOT::|rn| BOOT::$) ; (BLOCK BOOT::|UPXS;roundDown| ; (PROG (BOOT::|n| BOOT::|num|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |UPXS;stToCoef| ...) ; compiling (DEFUN |UPXS;approximateLaurent| ...) ; compiling (DEFUN |UPXS;approximate;$FCoef;12| ...) ; compiling (DEFUN |UPXS;termOutput| ...) ; compiling (DEFUN |UPXS;showAll?| ...) ; compiling (DEFUN |UPXS;termsToOutputForm| ...) ; compiling (DEFUN |UPXS;coerce;$Of;16| ...) ; file: /tmp/oa-Y6YOXv/code.lsp ; in: DEFUN |UPXS;coerce;$Of;16| ; (LET ((BOOT::|rat| (CAR BOOT::|upxs|)) ; (BOOT::|uls| ; (BOOT::SPADCALL BOOT::|upxs| (BOOT::|shellEntry| BOOT::$ 71))) ; (BOOT::|count| BOOT::|$streamCount|)) ; (PROGN ; (SETQ BOOT::|uls| (BOOT::SPADCALL BOOT::|$streamCount| BOOT::|uls| #)) ; (BOOT::LETT BOOT::|m| ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|uls| #) BOOT::|rat| ; (BOOT::|shellEntry| BOOT::$ 90)) ; BOOT::|UPXS;coerce;$Of;16|) ; (BOOT::LETT BOOT::|p| ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|uls| #) ; (BOOT::|shellEntry| BOOT::$ 63)) ; BOOT::|UPXS;coerce;$Of;16|) ; (BOOT::LETT BOOT::|xxx| (COND (# #) (T #)) BOOT::|UPXS;coerce;$Of;16|) ; (BOOT::|UPXS;termsToOutputForm| BOOT::|m| BOOT::|rat| BOOT::|p| ; BOOT::|xxx| BOOT::$))) ; ; caught STYLE-WARNING: ; The variable |count| is defined but never used. ; compiling (DEFUN |UnivariatePuiseuxSeries| ...) ; compiling (DEFUN |UnivariatePuiseuxSeries;| ...) ; compiling (MAKEPROP (QUOTE |UnivariatePuiseuxSeries|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 6 STYLE-WARNING conditions ; printed 6 notes ; /tmp/oa-Y6YOXv/code.fasl written ; compilation finished in 0:00:00.081 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile EXPUPXS.spad && cp EXPUPXS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/EXPUPXS.fasl \ && if test -f EXPUPXS-.NRLIB/code.fasl; then \ cp EXPUPXS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/EXPUPXS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/EXPUPXS.spad using Spad compiler. EXPUPXS abbreviates domain ExponentialOfUnivariatePuiseuxSeries debug: compDefine1 lhs: (ExponentialOfUnivariatePuiseuxSeries FE var cen) signature (pre-evaluate): ((Join (UnivariatePuiseuxSeriesCategory FE) (OrderedAbelianMonoid) (CATEGORY domain (SIGNATURE exponential ($ (UnivariatePuiseuxSeries FE var cen))) (SIGNATURE exponent ((UnivariatePuiseuxSeries FE var cen) $)) (SIGNATURE exponentialOrder ((Fraction (Integer)) $)))) NIL NIL NIL) debug: evaluateType form: (Join (UnivariatePuiseuxSeriesCategory FE) (OrderedAbelianMonoid) (CATEGORY domain (SIGNATURE exponential ($ (UnivariatePuiseuxSeries FE var cen))) (SIGNATURE exponent ((UnivariatePuiseuxSeries FE var cen) $)) (SIGNATURE exponentialOrder ((Fraction (Integer)) $)))) $param: (FE var cen) debug: evaluateType form: (UnivariatePuiseuxSeriesCategory FE) $param: (FE var cen) Debug: evaluateType1 form: (UnivariatePuiseuxSeriesCategory FE) debug: evaluateType1 x: FE m: (Ring) debug: evaluateType form: (OrderedAbelianMonoid) $param: (FE var cen) Debug: evaluateType1 form: (OrderedAbelianMonoid) debug: evaluateType form: (CATEGORY domain (SIGNATURE exponential ($ (UnivariatePuiseuxSeries FE var cen))) (SIGNATURE exponent ((UnivariatePuiseuxSeries FE var cen) $)) (SIGNATURE exponentialOrder ((Fraction (Integer)) $))) $param: (FE var cen) debug: evaluateType form: (UnivariatePuiseuxSeries FE var cen) $param: (FE var cen) Debug: evaluateType1 form: (UnivariatePuiseuxSeries FE var cen) debug: evaluateType1 x: FE m: (Ring) debug: evaluateType1 x: var m: (Symbol) debug: evaluateType1 x: cen m: FE debug: evaluateType form: (UnivariatePuiseuxSeries FE var cen) $param: (FE var cen) Debug: evaluateType1 form: (UnivariatePuiseuxSeries FE var cen) debug: evaluateType1 x: FE m: (Ring) debug: evaluateType1 x: var m: (Symbol) debug: evaluateType1 x: cen m: FE debug: evaluateType form: (Fraction (Integer)) $param: (FE var cen) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (FE var cen) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (FE var cen) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: compDefine1 signature (post evaluate): ((Join (UnivariatePuiseuxSeriesCategory FE) (OrderedAbelianMonoid) (CATEGORY domain (SIGNATURE exponential ($ (UnivariatePuiseuxSeries FE var cen))) (SIGNATURE exponent ((UnivariatePuiseuxSeries FE var cen) $)) (SIGNATURE exponentialOrder ((Fraction (Integer)) $)))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ExponentialOfUnivariatePuiseuxSeries compiling into /tmp/oa-1OhuCF compiling exported exponential : UnivariatePuiseuxSeries(FE,var,cen) -> % Time: 0.06 SEC. compiling exported exponent : % -> UnivariatePuiseuxSeries(FE,var,cen) EXPUPXS;exponent;$Ups;2 f is replaced by f Time: 0.01 SEC. compiling exported exponentialOrder : % -> Fraction Integer Time: 0.02 SEC. compiling exported zero? : % -> Boolean Time: 0.03 SEC. compiling exported = : (%,%) -> Boolean Time: 0.06 SEC. compiling exported < : (%,%) -> Boolean Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. (time taken in buildFunctor: 68) Time: 0.17 SEC. Warnings: [1] OpenAxiom suggests removing assignment to Rep [2] zero?: empty? has no value [3] zero?: entries has no value [4] =: entries has no value Cumulative Statistics for Constructor ExponentialOfUnivariatePuiseuxSeries Time: 0.37 seconds --------------non extending category---------------------- ExponentialOfUnivariatePuiseuxSeries(#1,#2,#3) of category Join( UnivariatePuiseuxSeriesCategory #1,OrderedAbelianMonoid) with exponential : UnivariatePuiseuxSeries(#1,#2,#3) -> % exponent : % -> UnivariatePuiseuxSeries(#1,#2,#3) exponentialOrder : % -> Fraction Integer has no UnivariatePuiseuxSeriesConstructorCategory(#1, UnivariateLaurentSeries(#1,#2,#3)) ---------------------------------------------------------- finalizing NRLIB EXPUPXS Processing ExponentialOfUnivariatePuiseuxSeries for Browser database: -- exponential : UPXS -> % -- exponent : % -> UPXS -- exponentialOrder : % -> Fraction Integer -- constructor ; compiling file "/tmp/oa-1OhuCF/code.lsp" (written 01 FEB 2016 11:10:20 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |EXPUPXS;exponent;$Ups;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |EXPUPXS;exponential;Ups$;1| ...) ; compiling (DEFUN |EXPUPXS;exponent;$Ups;2| ...) ; compiling (DEFUN |EXPUPXS;exponentialOrder;$F;3| ...) ; compiling (DEFUN |EXPUPXS;zero?;$B;4| ...) ; compiling (DEFUN |EXPUPXS;=;2$B;5| ...) ; file: /tmp/oa-1OhuCF/code.lsp ; in: DEFUN |EXPUPXS;=;2$B;5| ; (DEFUN BOOT::|EXPUPXS;=;2$B;5| (BOOT::|f| BOOT::|g| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|f| #) ; (BOOT::|shellEntry| BOOT::$ 21)) ; (BOOT::|shellEntry| BOOT::$ 23)) ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|g| #) ; (BOOT::|shellEntry| BOOT::$ 21)) ; (BOOT::|shellEntry| BOOT::$ 23)) ; (BOOT::|shellEntry| BOOT::$ 27))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EXPUPXS;=;2$B;5| ; (BOOT::|f| BOOT::|g| BOOT::$) ; (BLOCK BOOT::|EXPUPXS;=;2$B;5| ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL # #) (BOOT::|shellEntry| BOOT::$ 23)) ; (BOOT::SPADCALL (BOOT::SPADCALL # #) (BOOT::|shellEntry| BOOT::$ 23)) ; (BOOT::|shellEntry| BOOT::$ 27)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |EXPUPXS;<;2$B;6| ...) ; file: /tmp/oa-1OhuCF/code.lsp ; in: DEFUN |EXPUPXS;<;2$B;6| ; (DEFUN BOOT::|EXPUPXS;<;2$B;6| (BOOT::|f| BOOT::|g| BOOT::$) ; (PROG (BOOT::|gCoef| BOOT::|fCoef|) (RETURN (COND (# #) (# NIL) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EXPUPXS;<;2$B;6| ; (BOOT::|f| BOOT::|g| BOOT::$) ; (BLOCK BOOT::|EXPUPXS;<;2$B;6| ; (PROG (BOOT::|gCoef| BOOT::|fCoef|) (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |EXPUPXS;coerce;$Of;7| ...) ; compiling (DEFUN |ExponentialOfUnivariatePuiseuxSeries| ...) ; compiling (DEFUN |ExponentialOfUnivariatePuiseuxSeries;| ...) ; compiling (MAKEPROP (QUOTE |ExponentialOfUnivariatePuiseuxSeries|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-1OhuCF/code.fasl written ; compilation finished in 0:00:00.051 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile UPXSSING.spad && cp UPXSSING.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UPXSSING.fasl \ && if test -f UPXSSING-.NRLIB/code.fasl; then \ cp UPXSSING-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UPXSSING-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UPXSSING.spad using Spad compiler. UPXSSING abbreviates domain UnivariatePuiseuxSeriesWithExponentialSingularity debug: compDefine1 lhs: (UnivariatePuiseuxSeriesWithExponentialSingularity R FE var cen) signature (pre-evaluate): ((Join (FiniteAbelianMonoidRing (UnivariatePuiseuxSeries FE var cen) (ExponentialOfUnivariatePuiseuxSeries FE var cen)) (IntegralDomain) (CATEGORY domain (SIGNATURE limitPlus ((Union (OrderedCompletion FE) failed) $)) (SIGNATURE dominantTerm ((Union (Record (: %term (Record (: %coef (UnivariatePuiseuxSeries FE var cen)) (: %expon (ExponentialOfUnivariatePuiseuxSeries FE var cen)) (: %expTerms (List (Record (: k (Fraction (Integer))) (: c FE)))))) (: %type (String))) failed) $)))) NIL NIL NIL NIL) debug: evaluateType form: (Join (FiniteAbelianMonoidRing (UnivariatePuiseuxSeries FE var cen) (ExponentialOfUnivariatePuiseuxSeries FE var cen)) (IntegralDomain) (CATEGORY domain (SIGNATURE limitPlus ((Union (OrderedCompletion FE) failed) $)) (SIGNATURE dominantTerm ((Union (Record (: %term (Record (: %coef (UnivariatePuiseuxSeries FE var cen)) (: %expon (ExponentialOfUnivariatePuiseuxSeries FE var cen)) (: %expTerms (List (Record (: k (Fraction (Integer))) (: c FE)))))) (: %type (String))) failed) $)))) $param: (R FE var cen) debug: evaluateType form: (FiniteAbelianMonoidRing (UnivariatePuiseuxSeries FE var cen) (ExponentialOfUnivariatePuiseuxSeries FE var cen)) $param: (R FE var cen) Debug: evaluateType1 form: (FiniteAbelianMonoidRing (UnivariatePuiseuxSeries FE var cen) (ExponentialOfUnivariatePuiseuxSeries FE var cen)) debug: evaluateType1 x: (UnivariatePuiseuxSeries FE var cen) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R FE var cen) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (UnivariatePuiseuxSeries FE var cen) $param: (R FE var cen) Debug: evaluateType1 form: (UnivariatePuiseuxSeries FE var cen) debug: evaluateType1 x: FE m: (Ring) debug: evaluateType1 x: var m: (Symbol) debug: evaluateType1 x: cen m: FE debug: evalCategory d: (UnivariatePuiseuxSeries FE var cen) c: (Ring) debug: evaluateType1 x: (ExponentialOfUnivariatePuiseuxSeries FE var cen) m: (OrderedAbelianMonoid) debug: evaluateType1 categoryForm: (OrderedAbelianMonoid) debug: evaluateType form: (OrderedAbelianMonoid) $param: (R FE var cen) Debug: evaluateType1 form: (OrderedAbelianMonoid) debug: evaluateType form: (ExponentialOfUnivariatePuiseuxSeries FE var cen) $param: (R FE var cen) Debug: evaluateType1 form: (ExponentialOfUnivariatePuiseuxSeries FE var cen) debug: evaluateType1 x: FE m: (Field) debug: evaluateType1 x: var m: (Symbol) debug: evaluateType1 x: cen m: FE debug: evalCategory d: (ExponentialOfUnivariatePuiseuxSeries FE var cen) c: (OrderedAbelianMonoid) debug: evaluateType form: (IntegralDomain) $param: (R FE var cen) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (CATEGORY domain (SIGNATURE limitPlus ((Union (OrderedCompletion FE) failed) $)) (SIGNATURE dominantTerm ((Union (Record (: %term (Record (: %coef (UnivariatePuiseuxSeries FE var cen)) (: %expon (ExponentialOfUnivariatePuiseuxSeries FE var cen)) (: %expTerms (List (Record (: k (Fraction (Integer))) (: c FE)))))) (: %type (String))) failed) $))) $param: (R FE var cen) debug: evaluateType form: (Union (OrderedCompletion FE) failed) $param: (R FE var cen) debug: evaluateType form: (OrderedCompletion FE) $param: (R FE var cen) Debug: evaluateType1 form: (OrderedCompletion FE) debug: evaluateType1 x: FE m: (SetCategory) debug: evaluateType form: failed $param: (R FE var cen) debug: evaluateType form: (Union (Record (: %term (Record (: %coef (UnivariatePuiseuxSeries FE var cen)) (: %expon (ExponentialOfUnivariatePuiseuxSeries FE var cen)) (: %expTerms (List (Record (: k (Fraction (Integer))) (: c FE)))))) (: %type (String))) failed) $param: (R FE var cen) debug: evaluateType form: (Record (: %term (Record (: %coef (UnivariatePuiseuxSeries FE var cen)) (: %expon (ExponentialOfUnivariatePuiseuxSeries FE var cen)) (: %expTerms (List (Record (: k (Fraction (Integer))) (: c FE)))))) (: %type (String))) $param: (R FE var cen) debug: evaluateType form: (Record (: %coef (UnivariatePuiseuxSeries FE var cen)) (: %expon (ExponentialOfUnivariatePuiseuxSeries FE var cen)) (: %expTerms (List (Record (: k (Fraction (Integer))) (: c FE))))) $param: (R FE var cen) debug: evaluateType form: (UnivariatePuiseuxSeries FE var cen) $param: (R FE var cen) Debug: evaluateType1 form: (UnivariatePuiseuxSeries FE var cen) debug: evaluateType1 x: FE m: (Ring) debug: evaluateType1 x: var m: (Symbol) debug: evaluateType1 x: cen m: FE debug: evaluateType form: (ExponentialOfUnivariatePuiseuxSeries FE var cen) $param: (R FE var cen) Debug: evaluateType1 form: (ExponentialOfUnivariatePuiseuxSeries FE var cen) debug: evaluateType1 x: FE m: (Field) debug: evaluateType1 x: var m: (Symbol) debug: evaluateType1 x: cen m: FE debug: evaluateType form: (List (Record (: k (Fraction (Integer))) (: c FE))) $param: (R FE var cen) Debug: evaluateType1 form: (List (Record (: k (Fraction (Integer))) (: c FE))) debug: evaluateType1 x: (Record (: k (Fraction (Integer))) (: c FE)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R FE var cen) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: k (Fraction (Integer))) (: c FE)) $param: (R FE var cen) debug: evaluateType form: (Fraction (Integer)) $param: (R FE var cen) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R FE var cen) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (R FE var cen) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: FE $param: (R FE var cen) debug: evalCategory d: (Record (: k (Fraction (Integer))) (: c FE)) c: (Type) debug: evaluateType form: (String) $param: (R FE var cen) Debug: evaluateType1 form: (String) debug: evaluateType form: failed $param: (R FE var cen) debug: compDefine1 signature (post evaluate): ((Join (FiniteAbelianMonoidRing (UnivariatePuiseuxSeries FE var cen) (ExponentialOfUnivariatePuiseuxSeries FE var cen)) (IntegralDomain) (CATEGORY domain (SIGNATURE limitPlus ((Union (OrderedCompletion FE) failed) $)) (SIGNATURE dominantTerm ((Union (Record (: %term (Record (: %coef (UnivariatePuiseuxSeries FE var cen)) (: %expon (ExponentialOfUnivariatePuiseuxSeries FE var cen)) (: %expTerms (List (Record (: k (Fraction (Integer))) (: c FE)))))) (: %type (String))) failed) $)))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for UnivariatePuiseuxSeriesWithExponentialSingularity compiling into /tmp/oa-PLk5Wk compiling exported retractIfCan : % -> Union(UnivariatePuiseuxSeries(FE,var,cen),failed) Time: 0.17 SEC. compiling exported recip : % -> Union(%,failed) Time: 0.06 SEC. compiling local makeTerm : (UnivariatePuiseuxSeries(FE,var,cen),ExponentialOfUnivariatePuiseuxSeries(FE,var,cen)) -> Record(%coef: UnivariatePuiseuxSeries(FE,var,cen),%expon: ExponentialOfUnivariatePuiseuxSeries(FE,var,cen),%expTerms: List Record(k: Fraction Integer,c: FE)) UPXSSING;makeTerm(coef,expon) is replaced by %vector(coef,expon,%nil) Time: 0.03 SEC. compiling local coeff : Record(%coef: UnivariatePuiseuxSeries(FE,var,cen),%expon: ExponentialOfUnivariatePuiseuxSeries(FE,var,cen),%expTerms: List Record(k: Fraction Integer,c: FE)) -> UnivariatePuiseuxSeries(FE,var,cen) UPXSSING;coeff term is replaced by %vref(term,0) Time: 0.01 SEC. compiling local exponent : Record(%coef: UnivariatePuiseuxSeries(FE,var,cen),%expon: ExponentialOfUnivariatePuiseuxSeries(FE,var,cen),%expTerms: List Record(k: Fraction Integer,c: FE)) -> ExponentialOfUnivariatePuiseuxSeries(FE,var,cen) UPXSSING;exponent term is replaced by %vref(term,1) Time: 0.01 SEC. compiling local exponentTerms : Record(%coef: UnivariatePuiseuxSeries(FE,var,cen),%expon: ExponentialOfUnivariatePuiseuxSeries(FE,var,cen),%expTerms: List Record(k: Fraction Integer,c: FE)) -> List Record(k: Fraction Integer,c: FE) UPXSSING;exponentTerms term is replaced by %vref(term,2) Time: 0.01 SEC. compiling local setExponentTerms! : (Record(%coef: UnivariatePuiseuxSeries(FE,var,cen),%expon: ExponentialOfUnivariatePuiseuxSeries(FE,var,cen),%expTerms: List Record(k: Fraction Integer,c: FE)),List Record(k: Fraction Integer,c: FE)) -> List Record(k: Fraction Integer,c: FE) Time: 0.01 SEC. compiling local computeExponentTerms! : Record(%coef: UnivariatePuiseuxSeries(FE,var,cen),%expon: ExponentialOfUnivariatePuiseuxSeries(FE,var,cen),%expTerms: List Record(k: Fraction Integer,c: FE)) -> List Record(k: Fraction Integer,c: FE) Time: 0.05 SEC. compiling local terms : % -> List Record(%coef: UnivariatePuiseuxSeries(FE,var,cen),%expon: ExponentialOfUnivariatePuiseuxSeries(FE,var,cen),%expTerms: List Record(k: Fraction Integer,c: FE)) Time: 0.04 SEC. compiling local sortAndDiscardTerms : List Record(%coef: UnivariatePuiseuxSeries(FE,var,cen),%expon: ExponentialOfUnivariatePuiseuxSeries(FE,var,cen),%expTerms: List Record(k: Fraction Integer,c: FE)) -> Record(%zeroTerms: List Record(%coef: UnivariatePuiseuxSeries(FE,var,cen),%expon: ExponentialOfUnivariatePuiseuxSeries(FE,var,cen),%expTerms: List Record(k: Fraction Integer,c: FE)),%infiniteTerms: List Record(%coef: UnivariatePuiseuxSeries(FE,var,cen),%expon: ExponentialOfUnivariatePuiseuxSeries(FE,var,cen),%expTerms: List Record(k: Fraction Integer,c: FE)),%failedTerms: List Record(%coef: UnivariatePuiseuxSeries(FE,var,cen),%expon: ExponentialOfUnivariatePuiseuxSeries(FE,var,cen),%expTerms: List Record(k: Fraction Integer,c: FE)),%puiseuxSeries: UnivariatePuiseuxSeries(FE,var,cen)) Time: 0.15 SEC. compiling local termsWithExtremeLeadingCoef : (List Record(%coef: UnivariatePuiseuxSeries(FE,var,cen),%expon: ExponentialOfUnivariatePuiseuxSeries(FE,var,cen),%expTerms: List Record(k: Fraction Integer,c: FE)),Fraction Integer,Integer) -> Union(List Record(%coef: UnivariatePuiseuxSeries(FE,var,cen),%expon: ExponentialOfUnivariatePuiseuxSeries(FE,var,cen),%expTerms: List Record(k: Fraction Integer,c: FE)),failed) Time: 0.09 SEC. compiling local filterByOrder : (List Record(%coef: UnivariatePuiseuxSeries(FE,var,cen),%expon: ExponentialOfUnivariatePuiseuxSeries(FE,var,cen),%expTerms: List Record(k: Fraction Integer,c: FE)),(Fraction Integer,Fraction Integer) -> Boolean) -> Record(%list: List Record(%coef: UnivariatePuiseuxSeries(FE,var,cen),%expon: ExponentialOfUnivariatePuiseuxSeries(FE,var,cen),%expTerms: List Record(k: Fraction Integer,c: FE)),%order: Fraction Integer) Time: 0.16 SEC. compiling local dominantTermOnList : (List Record(%coef: UnivariatePuiseuxSeries(FE,var,cen),%expon: ExponentialOfUnivariatePuiseuxSeries(FE,var,cen),%expTerms: List Record(k: Fraction Integer,c: FE)),Fraction Integer,Integer) -> Union(Record(%coef: UnivariatePuiseuxSeries(FE,var,cen),%expon: ExponentialOfUnivariatePuiseuxSeries(FE,var,cen),%expTerms: List Record(k: Fraction Integer,c: FE)),failed) Time: 0.12 SEC. compiling local iDominantTerm : List Record(%coef: UnivariatePuiseuxSeries(FE,var,cen),%expon: ExponentialOfUnivariatePuiseuxSeries(FE,var,cen),%expTerms: List Record(k: Fraction Integer,c: FE)) -> Union(Record(%term: Record(%coef: UnivariatePuiseuxSeries(FE,var,cen),%expon: ExponentialOfUnivariatePuiseuxSeries(FE,var,cen),%expTerms: List Record(k: Fraction Integer,c: FE)),%type: String),failed) Time: 0.22 SEC. compiling exported dominantTerm : % -> Union(Record(%term: Record(%coef: UnivariatePuiseuxSeries(FE,var,cen),%expon: ExponentialOfUnivariatePuiseuxSeries(FE,var,cen),%expTerms: List Record(k: Fraction Integer,c: FE)),%type: String),failed) Time: 0.01 SEC. compiling exported limitPlus : % -> Union(OrderedCompletion FE,failed) Time: 0.27 SEC. (time taken in buildFunctor: 20) Time: 0.33 SEC. Warnings: [1] computeExponentTerms!: complete has no value [2] dominantTermOnList: %list has no value [3] dominantTermOnList: %order has no value [4] limitPlus: empty? has no value [5] limitPlus: order has no value Cumulative Statistics for Constructor UnivariatePuiseuxSeriesWithExponentialSingularity Time: 1.74 seconds --------------non extending category---------------------- UnivariatePuiseuxSeriesWithExponentialSingularity(#1,#2,#3,#4) of category Join(FiniteAbelianMonoidRing(UnivariatePuiseuxSeries(#2, #3,#4),ExponentialOfUnivariatePuiseuxSeries(#2,#3,#4)), IntegralDomain) with limitPlus : % -> Union(OrderedCompletion #2,"failed") dominantTerm : % -> Union(Record(%term: Record(%coef: UnivariatePuiseuxSeries(#2,#3,#4),%expon: ExponentialOfUnivariatePuiseuxSeries(#2,#3,#4),%expTerms: List Record(k: Fraction Integer,c: #2)),%type: String),"failed") has no IF(hasUnivariatePuiseuxSeries(#2,#3,#4)IntegralDomain(),IF( hasExponentialOfUnivariatePuiseuxSeries(#2,#3,#4) CancellationAbelianMonoid(),fmecg: (%, ExponentialOfUnivariatePuiseuxSeries(#2,#3,#4), UnivariatePuiseuxSeries(#2,#3,#4),%) -> %,%noBranch),%noBranch) ---------------------------------------------------------- finalizing NRLIB UPXSSING Processing UnivariatePuiseuxSeriesWithExponentialSingularity for Browser database: -- limitPlus : % -> Union(OFE,"failed") -- dominantTerm : % -> Union(TypedTerm,"failed") -- constructor ; compiling file "/tmp/oa-PLk5Wk/code.lsp" (written 01 FEB 2016 11:10:22 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UPXSSING;makeTerm|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UPXSSING;coeff|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UPXSSING;exponent|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UPXSSING;exponentTerms|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |UPXSSING;retractIfCan;$U;1| ...) ; compiling (DEFUN |UPXSSING;recip;$U;2| ...) ; compiling (DEFUN |UPXSSING;makeTerm| ...) ; compiling (DEFUN |UPXSSING;coeff| ...) ; compiling (DEFUN |UPXSSING;exponent| ...) ; compiling (DEFUN |UPXSSING;exponentTerms| ...) ; compiling (DEFUN |UPXSSING;setExponentTerms!| ...) ; file: /tmp/oa-PLk5Wk/code.lsp ; in: DEFUN |UPXSSING;setExponentTerms!| ; (DEFUN BOOT::|UPXSSING;setExponentTerms!| (BOOT::|term| BOOT::|list| BOOT::$) ; (SETF (SVREF BOOT::|term| 2) BOOT::|list|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPXSSING;setExponentTerms!| ; (BOOT::|term| BOOT::|list| BOOT::$) ; (BLOCK BOOT::|UPXSSING;setExponentTerms!| ; (SETF (SVREF BOOT::|term| 2) BOOT::|list|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |UPXSSING;computeExponentTerms!| ...) ; compiling (DEFUN |UPXSSING;terms| ...) ; compiling (DEFUN |UPXSSING;sortAndDiscardTerms| ...) ; file: /tmp/oa-PLk5Wk/code.lsp ; in: DEFUN |UPXSSING;sortAndDiscardTerms| ; (DEFUN BOOT::|UPXSSING;sortAndDiscardTerms| (BOOT::|termList| BOOT::$) ; (PROG (BOOT::|sig| BOOT::|signum| BOOT::|coef| BOOT::|expon| BOOT::|term|) ; (RETURN ; (LET (# # # # # # #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPXSSING;sortAndDiscardTerms| ; (BOOT::|termList| BOOT::$) ; (BLOCK BOOT::|UPXSSING;sortAndDiscardTerms| ; (PROG (BOOT::|sig| BOOT::|signum| BOOT::|coef| BOOT::|expon| ; BOOT::|term|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |termList| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS SIMPLE-VECTOR T)) ; ; compiling (DEFUN |UPXSSING;termsWithExtremeLeadingCoef| ...) ; file: /tmp/oa-PLk5Wk/code.lsp ; in: DEFUN |UPXSSING;termsWithExtremeLeadingCoef| ; (DEFUN BOOT::|UPXSSING;termsWithExtremeLeadingCoef| ; (BOOT::|termList| BOOT::|ord| BOOT::|signum| BOOT::$) ; (PROG (BOOT::|outList| BOOT::|coefExtreme| BOOT::|sig| BOOT::|coefDiff|) ; (RETURN (BOOT::SEQ (LOOP #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPXSSING;termsWithExtremeLeadingCoef| ; (BOOT::|termList| BOOT::|ord| BOOT::|signum| BOOT::$) ; (BLOCK BOOT::|UPXSSING;termsWithExtremeLeadingCoef| ; (PROG (BOOT::|outList| BOOT::|coefExtreme| BOOT::|sig| ; BOOT::|coefDiff|) ; (RETURN (BOOT::SEQ # #))))) ; ; note: Assignment to argument: |termList| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS SIMPLE-VECTOR T)) ; ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |UPXSSING;filterByOrder| ...) ; file: /tmp/oa-PLk5Wk/code.lsp ; in: DEFUN |UPXSSING;filterByOrder| ; (DEFUN BOOT::|UPXSSING;filterByOrder| ; (BOOT::|termList| BOOT::|predicate| BOOT::$) ; (PROG (BOOT::|outList| BOOT::|ordExtreme| BOOT::|ord|) ; (RETURN ; (BOOT::SEQ (LOOP #) ; (BOOT::LETT BOOT::|ordExtreme| # ; BOOT::|UPXSSING;filterByOrder|) ; (BOOT::LETT BOOT::|outList| # BOOT::|UPXSSING;filterByOrder|) ; (LET # ; #) ; (LET # ; #) ; (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPXSSING;filterByOrder| ; (BOOT::|termList| BOOT::|predicate| BOOT::$) ; (BLOCK BOOT::|UPXSSING;filterByOrder| ; (PROG (BOOT::|outList| BOOT::|ordExtreme| BOOT::|ord|) ; (RETURN (BOOT::SEQ # # # # # #))))) ; ; note: Assignment to argument: |termList| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS SIMPLE-VECTOR T)) ; ; compiling (DEFUN |UPXSSING;dominantTermOnList| ...) ; file: /tmp/oa-PLk5Wk/code.lsp ; in: DEFUN |UPXSSING;dominantTermOnList| ; (DEFUN BOOT::|UPXSSING;dominantTermOnList| ; (BOOT::|termList| BOOT::|ord0| BOOT::|signum| BOOT::$) ; (PROG (BOOT::|filtered|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPXSSING;dominantTermOnList| ; (BOOT::|termList| BOOT::|ord0| BOOT::|signum| BOOT::$) ; (BLOCK BOOT::|UPXSSING;dominantTermOnList| ; (PROG (BOOT::|filtered|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |termList| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS SIMPLE-VECTOR T)) ; ; compiling (DEFUN |UPXSSING;dominantTermOnList!1| ...) ; compiling (DEFUN |UPXSSING;dominantTermOnList!0| ...) ; compiling (DEFUN |UPXSSING;iDominantTerm| ...) ; compiling (DEFUN |UPXSSING;dominantTerm;$U;15| ...) ; compiling (DEFUN |UPXSSING;limitPlus;$U;16| ...) ; compiling (DEFUN |UnivariatePuiseuxSeriesWithExponentialSingularity| ...) ; compiling (DEFUN |UnivariatePuiseuxSeriesWithExponentialSingularity;| ...) ; compiling (MAKEPROP (QUOTE |UnivariatePuiseuxSeriesWithExponentialSingularity|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 5 notes ; /tmp/oa-PLk5Wk/code.fasl written ; compilation finished in 0:00:00.090 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile EXPEXPAN.spad && cp EXPEXPAN.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/EXPEXPAN.fasl \ && if test -f EXPEXPAN-.NRLIB/code.fasl; then \ cp EXPEXPAN-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/EXPEXPAN-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/EXPEXPAN.spad using Spad compiler. EXPEXPAN abbreviates domain ExponentialExpansion debug: compDefine1 lhs: (ExponentialExpansion R FE var cen) signature (pre-evaluate): ((Join (QuotientFieldCategory (UnivariatePuiseuxSeriesWithExponentialSingularity R FE var cen)) (RetractableTo (UnivariatePuiseuxSeries FE var cen)) (CATEGORY domain (SIGNATURE limitPlus ((Union (OrderedCompletion FE) failed) $)) (SIGNATURE coerce ($ (UnivariatePuiseuxSeries FE var cen))))) NIL NIL NIL NIL) debug: evaluateType form: (Join (QuotientFieldCategory (UnivariatePuiseuxSeriesWithExponentialSingularity R FE var cen)) (RetractableTo (UnivariatePuiseuxSeries FE var cen)) (CATEGORY domain (SIGNATURE limitPlus ((Union (OrderedCompletion FE) failed) $)) (SIGNATURE coerce ($ (UnivariatePuiseuxSeries FE var cen))))) $param: (R FE var cen) debug: evaluateType form: (QuotientFieldCategory (UnivariatePuiseuxSeriesWithExponentialSingularity R FE var cen)) $param: (R FE var cen) Debug: evaluateType1 form: (QuotientFieldCategory (UnivariatePuiseuxSeriesWithExponentialSingularity R FE var cen)) debug: evaluateType1 x: (UnivariatePuiseuxSeriesWithExponentialSingularity R FE var cen) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R FE var cen) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (UnivariatePuiseuxSeriesWithExponentialSingularity R FE var cen) $param: (R FE var cen) Debug: evaluateType1 form: (UnivariatePuiseuxSeriesWithExponentialSingularity R FE var cen) debug: evaluateType1 x: R m: (Join (RetractableTo (Integer)) (LinearlyExplicitRingOver (Integer)) (GcdDomain)) debug: evaluateType1 x: FE m: (Join (AlgebraicallyClosedField) (TranscendentalFunctionCategory) (FunctionSpace R)) debug: evaluateType1 x: var m: (Symbol) debug: evaluateType1 x: cen m: FE debug: evalCategory d: (UnivariatePuiseuxSeriesWithExponentialSingularity R FE var cen) c: (IntegralDomain) debug: evaluateType form: (RetractableTo (UnivariatePuiseuxSeries FE var cen)) $param: (R FE var cen) Debug: evaluateType1 form: (RetractableTo (UnivariatePuiseuxSeries FE var cen)) debug: evaluateType1 x: (UnivariatePuiseuxSeries FE var cen) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R FE var cen) Debug: evaluateType1 form: (Type) debug: evaluateType form: (UnivariatePuiseuxSeries FE var cen) $param: (R FE var cen) Debug: evaluateType1 form: (UnivariatePuiseuxSeries FE var cen) debug: evaluateType1 x: FE m: (Ring) debug: evaluateType1 x: var m: (Symbol) debug: evaluateType1 x: cen m: FE debug: evalCategory d: (UnivariatePuiseuxSeries FE var cen) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE limitPlus ((Union (OrderedCompletion FE) failed) $)) (SIGNATURE coerce ($ (UnivariatePuiseuxSeries FE var cen)))) $param: (R FE var cen) debug: evaluateType form: (Union (OrderedCompletion FE) failed) $param: (R FE var cen) debug: evaluateType form: (OrderedCompletion FE) $param: (R FE var cen) Debug: evaluateType1 form: (OrderedCompletion FE) debug: evaluateType1 x: FE m: (SetCategory) debug: evaluateType form: failed $param: (R FE var cen) debug: evaluateType form: (UnivariatePuiseuxSeries FE var cen) $param: (R FE var cen) Debug: evaluateType1 form: (UnivariatePuiseuxSeries FE var cen) debug: evaluateType1 x: FE m: (Ring) debug: evaluateType1 x: var m: (Symbol) debug: evaluateType1 x: cen m: FE debug: compDefine1 signature (post evaluate): ((Join (QuotientFieldCategory (UnivariatePuiseuxSeriesWithExponentialSingularity R FE var cen)) (RetractableTo (UnivariatePuiseuxSeries FE var cen)) (CATEGORY domain (SIGNATURE limitPlus ((Union (OrderedCompletion FE) failed) $)) (SIGNATURE coerce ($ (UnivariatePuiseuxSeries FE var cen))))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ExponentialExpansion compiling into /tmp/oa-BdpIZv compiling local coeff : Record(%coef: UnivariatePuiseuxSeries(FE,var,cen),%expon: ExponentialOfUnivariatePuiseuxSeries(FE,var,cen),%expTerms: List Record(k: Fraction Integer,c: FE)) -> UnivariatePuiseuxSeries(FE,var,cen) EXPEXPAN;coeff term is replaced by %vref(term,0) Time: 0.18 SEC. compiling local exponent : Record(%coef: UnivariatePuiseuxSeries(FE,var,cen),%expon: ExponentialOfUnivariatePuiseuxSeries(FE,var,cen),%expTerms: List Record(k: Fraction Integer,c: FE)) -> ExponentialOfUnivariatePuiseuxSeries(FE,var,cen) EXPEXPAN;exponent term is replaced by %vref(term,1) Time: 0.03 SEC. compiling local upxssingIfCan : % -> Union(UnivariatePuiseuxSeriesWithExponentialSingularity(R,FE,var,cen),failed) Time: 0.08 SEC. compiling exported retractIfCan : % -> Union(UnivariatePuiseuxSeries(FE,var,cen),failed) Time: 0.05 SEC. compiling exported / : (UnivariatePuiseuxSeriesWithExponentialSingularity(R,FE,var,cen),UnivariatePuiseuxSeriesWithExponentialSingularity(R,FE,var,cen)) -> % Time: 0.06 SEC. compiling exported / : (%,%) -> % Time: 0.25 SEC. compiling exported coerce : UnivariatePuiseuxSeries(FE,var,cen) -> % Time: 0.05 SEC. compiling local seriesQuotientLimit : (UnivariatePuiseuxSeries(FE,var,cen),UnivariatePuiseuxSeries(FE,var,cen)) -> Union(OrderedCompletion FE,failed) Time: 0.10 SEC. compiling local seriesQuotientInfinity : (UnivariatePuiseuxSeries(FE,var,cen),UnivariatePuiseuxSeries(FE,var,cen)) -> Union(OrderedCompletion FE,failed) Time: 0.06 SEC. compiling exported limitPlus : % -> Union(OrderedCompletion FE,failed) Time: 0.22 SEC. (time taken in buildFunctor: 100) Time: 9.02 SEC. Warnings: [1] OpenAxiom suggests removing assignment to Rep [2] seriesQuotientLimit: member? has no value [3] seriesQuotientInfinity: member? has no value Cumulative Statistics for Constructor ExponentialExpansion Time: 10.10 seconds --------------non extending category---------------------- ExponentialExpansion(#1,#2,#3,#4) of category Join( QuotientFieldCategory UnivariatePuiseuxSeriesWithExponentialSingularity(#1,#2,#3,#4), RetractableTo UnivariatePuiseuxSeries(#2,#3,#4)) with limitPlus : % -> Union(OrderedCompletion #2,"failed") coerce : UnivariatePuiseuxSeries(#2,#3,#4) -> % has no IF(hasUnivariatePuiseuxSeriesWithExponentialSingularity(#1, #2,#3,#4)ATTRIBUTE(canonical),IF(has UnivariatePuiseuxSeriesWithExponentialSingularity(#1,#2,#3,#4) GcdDomain(),IF(has UnivariatePuiseuxSeriesWithExponentialSingularity(#1,#2,#3,#4) ATTRIBUTE(canonicalUnitNormal),canonical,%noBranch),%noBranch), %noBranch) ---------------------------------------------------------- finalizing NRLIB EXPEXPAN Processing ExponentialExpansion for Browser database: -- limitPlus : % -> Union(OFE,"failed") -- coerce : UPXS -> % -- constructor ; compiling file "/tmp/oa-BdpIZv/code.lsp" (written 01 FEB 2016 11:10:33 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |EXPEXPAN;coeff|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |EXPEXPAN;exponent|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |EXPEXPAN;coeff| ...) ; compiling (DEFUN |EXPEXPAN;exponent| ...) ; compiling (DEFUN |EXPEXPAN;upxssingIfCan| ...) ; compiling (DEFUN |EXPEXPAN;retractIfCan;$U;4| ...) ; compiling (DEFUN |EXPEXPAN;/;2Upswes$;5| ...) ; compiling (DEFUN |EXPEXPAN;/;3$;6| ...) ; compiling (DEFUN |EXPEXPAN;coerce;Ups$;7| ...) ; compiling (DEFUN |EXPEXPAN;seriesQuotientLimit| ...) ; compiling (DEFUN |EXPEXPAN;seriesQuotientInfinity| ...) ; compiling (DEFUN |EXPEXPAN;limitPlus;$U;10| ...) ; file: /tmp/oa-BdpIZv/code.lsp ; in: DEFUN |EXPEXPAN;limitPlus;$U;10| ; (DEFUN BOOT::|EXPEXPAN;limitPlus;$U;10| (BOOT::|f| BOOT::$) ; (PROG (BOOT::|sig| BOOT::|expCoef| BOOT::|exponDiff| BOOT::|denCoef| ; BOOT::|numCoef| BOOT::|denExpon| BOOT::|numExpon| BOOT::|denType| ; BOOT::|denTerm| BOOT::|denomTerm| BOOT::|numType| BOOT::|numTerm| ; ...) ; (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EXPEXPAN;limitPlus;$U;10| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|EXPEXPAN;limitPlus;$U;10| ; (PROG (BOOT::|sig| BOOT::|expCoef| BOOT::|exponDiff| BOOT::|denCoef| ; BOOT::|numCoef| BOOT::|denExpon| BOOT::|numExpon| ; BOOT::|denType| BOOT::|denTerm| BOOT::|denomTerm| ; BOOT::|numType| BOOT::|numTerm| ...) ; (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |ExponentialExpansion| ...) ; compiling (DEFUN |ExponentialExpansion;| ...) ; compiling (MAKEPROP (QUOTE |ExponentialExpansion|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-BdpIZv/code.fasl written ; compilation finished in 0:00:00.090 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FS2EXPXP.spad && cp FS2EXPXP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FS2EXPXP.fasl \ && if test -f FS2EXPXP-.NRLIB/code.fasl; then \ cp FS2EXPXP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FS2EXPXP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FS2EXPXP.spad using Spad compiler. FS2EXPXP abbreviates package FunctionSpaceToExponentialExpansion debug: compDefine1 lhs: (FunctionSpaceToExponentialExpansion R FE x cen) signature (pre-evaluate): ((CATEGORY package (SIGNATURE exprToXXP ((Union (: %expansion (ExponentialExpansion R FE x cen)) (: %problem (Record (: func (String)) (: prob (String))))) FE (Boolean))) (SIGNATURE localAbs (FE FE))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE exprToXXP ((Union (: %expansion (ExponentialExpansion R FE x cen)) (: %problem (Record (: func (String)) (: prob (String))))) FE (Boolean))) (SIGNATURE localAbs (FE FE))) $param: (R FE x cen) debug: evaluateType form: (Union (: %expansion (ExponentialExpansion R FE x cen)) (: %problem (Record (: func (String)) (: prob (String))))) $param: (R FE x cen) debug: evaluateType form: (ExponentialExpansion R FE x cen) $param: (R FE x cen) Debug: evaluateType1 form: (ExponentialExpansion R FE x cen) debug: evaluateType1 x: R m: (Join (RetractableTo (Integer)) (LinearlyExplicitRingOver (Integer)) (GcdDomain)) debug: evaluateType1 x: FE m: (Join (AlgebraicallyClosedField) (TranscendentalFunctionCategory) (FunctionSpace R)) debug: evaluateType1 x: x m: (Symbol) debug: evaluateType1 x: cen m: FE debug: evaluateType form: (Record (: func (String)) (: prob (String))) $param: (R FE x cen) debug: evaluateType form: (String) $param: (R FE x cen) Debug: evaluateType1 form: (String) debug: evaluateType form: (String) $param: (R FE x cen) Debug: evaluateType1 form: (String) debug: evaluateType form: FE $param: (R FE x cen) debug: evaluateType form: (Boolean) $param: (R FE x cen) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: FE $param: (R FE x cen) debug: evaluateType form: FE $param: (R FE x cen) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE exprToXXP ((Union (: %expansion (ExponentialExpansion R FE x cen)) (: %problem (Record (: func (String)) (: prob (String))))) FE (Boolean))) (SIGNATURE localAbs (FE FE))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FunctionSpaceToExponentialExpansion compiling into /tmp/oa-WrtX2b importing FunctionSpaceToUnivariatePowerSeries(R,FE,Fraction Integer,UnivariatePuiseuxSeries(FE,x,cen),ElementaryFunctionsUnivariatePuiseuxSeries(FE,UnivariateLaurentSeries(FE,x,cen),UnivariatePuiseuxSeries(FE,x,cen),ElementaryFunctionsUnivariateLaurentSeries(FE,UnivariateTaylorSeries(FE,x,cen),UnivariateLaurentSeries(FE,x,cen))),x) importing ElementaryFunctionsUnivariatePuiseuxSeries(FE,UnivariateLaurentSeries(FE,x,cen),UnivariatePuiseuxSeries(FE,x,cen),ElementaryFunctionsUnivariateLaurentSeries(FE,UnivariateTaylorSeries(FE,x,cen),UnivariateLaurentSeries(FE,x,cen))) compiling local ratIfCan : FE -> Union(Fraction Integer,failed) Time: 0.12 SEC. compiling local stateSeriesProblem : (String,String) -> Union(%series: UnivariatePuiseuxSeries(FE,x,cen),%problem: Record(func: String,prob: String)) FS2EXPXP;stateSeriesProblem(function,problem) is replaced by %pair(1,%pair(function,problem)) Time: 0.04 SEC. compiling local stateProblem : (String,String) -> Union(%expansion: ExponentialExpansion(R,FE,x,cen),%problem: Record(func: String,prob: String)) FS2EXPXP;stateProblem(function,problem) is replaced by %pair(1,%pair(function,problem)) Time: 0.04 SEC. compiling local newElem : FE -> FE Time: 0.02 SEC. compiling local smpElem : SparseMultivariatePolynomial(R,Kernel FE) -> FE Time: 0.03 SEC. compiling local k2Elem : Kernel FE -> FE Time: 0.15 SEC. compiling exported exprToXXP : (FE,Boolean) -> Union(%expansion: ExponentialExpansion(R,FE,x,cen),%problem: Record(func: String,prob: String)) Time: 0.03 SEC. compiling local iExprToXXP : (FE,Boolean) -> Union(%expansion: ExponentialExpansion(R,FE,x,cen),%problem: Record(func: String,prob: String)) Time: 0.27 SEC. compiling local listToXXP : (List FE,Boolean,ExponentialExpansion(R,FE,x,cen),(ExponentialExpansion(R,FE,x,cen),ExponentialExpansion(R,FE,x,cen)) -> ExponentialExpansion(R,FE,x,cen)) -> Union(%expansion: ExponentialExpansion(R,FE,x,cen),%problem: Record(func: String,prob: String)) Time: 0.04 SEC. compiling local isNonTrivPower : FE -> Union(Record(val: FE,exponent: Integer),failed) Time: 0.02 SEC. compiling local negativePowerOK? : UnivariatePuiseuxSeries(FE,x,cen) -> Boolean Time: 0.04 SEC. compiling local powerToXXP : (FE,Integer,Boolean) -> Union(%expansion: ExponentialExpansion(R,FE,x,cen),%problem: Record(func: String,prob: String)) Time: 0.83 SEC. compiling local carefulNthRootIfCan : (UnivariatePuiseuxSeries(FE,x,cen),NonNegativeInteger,Boolean) -> Union(%series: UnivariatePuiseuxSeries(FE,x,cen),%problem: Record(func: String,prob: String)) Time: 0.11 SEC. compiling local nthRootXXPIfCan : (ExponentialExpansion(R,FE,x,cen),NonNegativeInteger,Boolean) -> Union(%expansion: ExponentialExpansion(R,FE,x,cen),%problem: Record(func: String,prob: String)) Time: 0.19 SEC. compiling local nthRootToXXP : (FE,NonNegativeInteger,Boolean) -> Union(%expansion: ExponentialExpansion(R,FE,x,cen),%problem: Record(func: String,prob: String)) Time: 0.02 SEC. compiling local genPowerToXXP : (List FE,Boolean) -> Union(%expansion: ExponentialExpansion(R,FE,x,cen),%problem: Record(func: String,prob: String)) Time: 0.10 SEC. compiling local kernelToXXP : (Kernel FE,Boolean) -> Union(%expansion: ExponentialExpansion(R,FE,x,cen),%problem: Record(func: String,prob: String)) Time: 0.26 SEC. compiling local genExp : (UnivariatePuiseuxSeries(FE,x,cen),Boolean) -> Union(%series: UnivariatePuiseuxSeries(FE,x,cen),%problem: Record(func: String,prob: String)) Time: 0.34 SEC. compiling local exponential : (UnivariatePuiseuxSeries(FE,x,cen),Boolean) -> Union(%expansion: ExponentialExpansion(R,FE,x,cen),%problem: Record(func: String,prob: String)) Time: 0.21 SEC. compiling local expToXXP : (FE,Boolean) -> Union(%expansion: ExponentialExpansion(R,FE,x,cen),%problem: Record(func: String,prob: String)) Time: 0.05 SEC. compiling local genLog : (UnivariatePuiseuxSeries(FE,x,cen),Boolean) -> Union(%series: UnivariatePuiseuxSeries(FE,x,cen),%problem: Record(func: String,prob: String)) Time: 0.21 SEC. compiling local logToXXP : (FE,Boolean) -> Union(%expansion: ExponentialExpansion(R,FE,x,cen),%problem: Record(func: String,prob: String)) Time: 0.13 SEC. compiling local applyIfCan : (UnivariatePuiseuxSeries(FE,x,cen) -> Union(UnivariatePuiseuxSeries(FE,x,cen),failed),FE,String,Boolean) -> Union(%expansion: ExponentialExpansion(R,FE,x,cen),%problem: Record(func: String,prob: String)) Time: 0.23 SEC. compiling local applyBddIfCan : (FE,UnivariatePuiseuxSeries(FE,x,cen) -> Union(UnivariatePuiseuxSeries(FE,x,cen),failed),FE,String,Boolean) -> Union(%expansion: ExponentialExpansion(R,FE,x,cen),%problem: Record(func: String,prob: String)) Time: 0.28 SEC. compiling local contOnReals? : String -> Boolean Time: 0.03 SEC. compiling local bddOnReals? : String -> Boolean Time: 0.01 SEC. compiling local opsInvolvingX : FE -> List BasicOperator Time: 0.11 SEC. compiling local opInOpList? : (Symbol,List BasicOperator) -> Boolean Time: 0.02 SEC. compiling local exponential? : FE -> Boolean Time: 0.02 SEC. compiling local productOfNonZeroes? : FE -> Boolean Time: 0.04 SEC. compiling local tranToXXP : (Kernel FE,FE,Boolean) -> Union(%expansion: ExponentialExpansion(R,FE,x,cen),%problem: Record(func: String,prob: String)) Time: 0.08 SEC. compiling exported localAbs : FE -> FE Time: 0.00 SEC. compiling exported localAbs : FE -> FE Time: 0.00 SEC. compiling local signOfExpression : FE -> FE Time: 0.00 SEC. compiling local atancotToXXP : (FE,FE,Boolean,Integer) -> Union(%expansion: ExponentialExpansion(R,FE,x,cen),%problem: Record(func: String,prob: String)) Time: 1.26 SEC. (time taken in buildFunctor: 0) Time: 0.03 SEC. Warnings: [1] newElem: not known that SetCategory is of mode CATEGORY(package,exprToXXP: (FE,Boolean) -> Union(%expansion: ExponentialExpansion(R,FE,x,cen),%problem: Record(func: String,prob: String)),localAbs: FE -> FE) [2] iExprToXXP: %series has no value [3] listToXXP: %expansion has no value [4] powerToXXP: %expansion has no value [5] powerToXXP: numberOfMonomials has no value [6] nthRootXXPIfCan: %problem has no value [7] nthRootXXPIfCan: %series has no value [8] nthRootToXXP: %problem has no value [9] nthRootToXXP: %expansion has no value [10] genPowerToXXP: %expansion has no value [11] kernelToXXP: empty? has no value [12] genExp: %series has no value [13] exponential: %problem has no value [14] exponential: %series has no value [15] expToXXP: %expansion has no value [16] logToXXP: %expansion has no value [17] logToXXP: %problem has no value [18] logToXXP: %series has no value [19] logToXXP: exponent has no value [20] applyIfCan: %expansion has no value [21] applyBddIfCan: %problem has no value [22] applyBddIfCan: %expansion has no value [23] opsInvolvingX: not known that SetCategory is of mode CATEGORY(package,exprToXXP: (FE,Boolean) -> Union(%expansion: ExponentialExpansion(R,FE,x,cen),%problem: Record(func: String,prob: String)),localAbs: FE -> FE) [24] opsInvolvingX: unary? has no value [25] atancotToXXP: %problem has no value [26] atancotToXXP: %series has no value Cumulative Statistics for Constructor FunctionSpaceToExponentialExpansion Time: 5.36 seconds finalizing NRLIB FS2EXPXP Processing FunctionSpaceToExponentialExpansion for Browser database: -- exprToXXP : (FE,B) -> XResult -- localAbs : FE -> FE -- constructor ; compiling file "/tmp/oa-WrtX2b/code.lsp" (written 01 FEB 2016 11:10:38 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FS2EXPXP;stateSeriesProblem|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FS2EXPXP;stateProblem|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FS2EXPXP;ratIfCan| ...) ; file: /tmp/oa-WrtX2b/code.lsp ; in: DEFUN |FS2EXPXP;ratIfCan| ; (DEFUN BOOT::|FS2EXPXP;ratIfCan| (BOOT::|fcn| BOOT::$) ; (BOOT::SPADCALL BOOT::|fcn| (BOOT::|shellEntry| BOOT::$ 18))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS2EXPXP;ratIfCan| ; (BOOT::|fcn| BOOT::$) ; (BLOCK BOOT::|FS2EXPXP;ratIfCan| ; (BOOT::SPADCALL BOOT::|fcn| (BOOT::|shellEntry| BOOT::$ 18)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |FS2EXPXP;stateSeriesProblem| ...) ; compiling (DEFUN |FS2EXPXP;stateProblem| ...) ; compiling (DEFUN |FS2EXPXP;newElem| ...) ; compiling (DEFUN |FS2EXPXP;smpElem| ...) ; compiling (DEFUN |FS2EXPXP;smpElem!0| ...) ; compiling (DEFUN |FS2EXPXP;k2Elem| ...) ; compiling (DEFUN |FS2EXPXP;exprToXXP;FEBU;7| ...) ; compiling (DEFUN |FS2EXPXP;iExprToXXP| ...) ; file: /tmp/oa-WrtX2b/code.lsp ; in: DEFUN |FS2EXPXP;iExprToXXP| ; (DEFUN BOOT::|FS2EXPXP;iExprToXXP| (BOOT::|fcn| BOOT::|posCheck?| BOOT::$) ; (PROG (BOOT::|ker| BOOT::|power| BOOT::|expt| BOOT::|prod| BOOT::|sum|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS2EXPXP;iExprToXXP| ; (BOOT::|fcn| BOOT::|posCheck?| BOOT::$) ; (BLOCK BOOT::|FS2EXPXP;iExprToXXP| ; (PROG (BOOT::|ker| BOOT::|power| BOOT::|expt| BOOT::|prod| BOOT::|sum|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |FS2EXPXP;iExprToXXP!1| ...) ; compiling (DEFUN |FS2EXPXP;iExprToXXP!0| ...) ; compiling (DEFUN |FS2EXPXP;listToXXP| ...) ; file: /tmp/oa-WrtX2b/code.lsp ; in: DEFUN |FS2EXPXP;listToXXP| ; (DEFUN BOOT::|FS2EXPXP;listToXXP| ; (BOOT::|list| BOOT::|posCheck?| BOOT::|ans| BOOT::|op| BOOT::$) ; (PROG (BOOT::|term|) (RETURN (BOOT::SEQ (LOOP #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS2EXPXP;listToXXP| ; (BOOT::|list| BOOT::|posCheck?| BOOT::|ans| BOOT::|op| BOOT::$) ; (BLOCK BOOT::|FS2EXPXP;listToXXP| ; (PROG (BOOT::|term|) (RETURN (BOOT::SEQ # #))))) ; ; note: Assignment to argument: |list| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |FS2EXPXP;isNonTrivPower| ...) ; compiling (DEFUN |FS2EXPXP;negativePowerOK?| ...) ; compiling (DEFUN |FS2EXPXP;powerToXXP| ...) ; file: /tmp/oa-WrtX2b/code.lsp ; in: DEFUN |FS2EXPXP;powerToXXP| ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; (DEFUN BOOT::|FS2EXPXP;powerToXXP| ; (BOOT::|fcn| BOOT::|n| BOOT::|posCheck?| BOOT::$) ; (PROG (BOOT::|nn| BOOT::|rec| BOOT::|num| BOOT::|xxp|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS2EXPXP;powerToXXP| ; (BOOT::|fcn| BOOT::|n| BOOT::|posCheck?| BOOT::$) ; (BLOCK BOOT::|FS2EXPXP;powerToXXP| ; (PROG (BOOT::|nn| BOOT::|rec| BOOT::|num| BOOT::|xxp|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |FS2EXPXP;carefulNthRootIfCan| ...) ; file: /tmp/oa-WrtX2b/code.lsp ; in: DEFUN |FS2EXPXP;carefulNthRootIfCan| ; (DEFUN BOOT::|FS2EXPXP;carefulNthRootIfCan| ; (BOOT::|ups| BOOT::|n| BOOT::|posCheck?| BOOT::$) ; (PROG (BOOT::|ans| BOOT::|signum|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS2EXPXP;carefulNthRootIfCan| ; (BOOT::|ups| BOOT::|n| BOOT::|posCheck?| BOOT::$) ; (BLOCK BOOT::|FS2EXPXP;carefulNthRootIfCan| ; (PROG (BOOT::|ans| BOOT::|signum|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |FS2EXPXP;nthRootXXPIfCan| ...) ; compiling (DEFUN |FS2EXPXP;nthRootToXXP| ...) ; compiling (DEFUN |FS2EXPXP;genPowerToXXP| ...) ; compiling (DEFUN |FS2EXPXP;kernelToXXP| ...) ; compiling (DEFUN |FS2EXPXP;genExp| ...) ; file: /tmp/oa-WrtX2b/code.lsp ; in: DEFUN |FS2EXPXP;genExp| ; (DEFUN BOOT::|FS2EXPXP;genExp| (BOOT::|ups| BOOT::|posCheck?| BOOT::$) ; (PROG (BOOT::|result| BOOT::|expCoef| BOOT::|varOpList| BOOT::|lc|) ; (RETURN ; (LET (#) ; (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS2EXPXP;genExp| ; (BOOT::|ups| BOOT::|posCheck?| BOOT::$) ; (BLOCK BOOT::|FS2EXPXP;genExp| ; (PROG (BOOT::|result| BOOT::|expCoef| BOOT::|varOpList| BOOT::|lc|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |FS2EXPXP;exponential| ...) ; compiling (DEFUN |FS2EXPXP;expToXXP| ...) ; compiling (DEFUN |FS2EXPXP;genLog| ...) ; compiling (DEFUN |FS2EXPXP;logToXXP| ...) ; compiling (DEFUN |FS2EXPXP;applyIfCan| ...) ; compiling (DEFUN |FS2EXPXP;applyBddIfCan| ...) ; file: /tmp/oa-WrtX2b/code.lsp ; in: DEFUN |FS2EXPXP;applyBddIfCan| ; (DEFUN BOOT::|FS2EXPXP;applyBddIfCan| ; (BOOT::|fe| BOOT::|fcn| BOOT::|arg| BOOT::|fcnName| BOOT::|posCheck?| ; BOOT::$) ; (PROG (BOOT::|ans| BOOT::|f| BOOT::|xxp| BOOT::|trouble|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS2EXPXP;applyBddIfCan| ; (BOOT::|fe| BOOT::|fcn| BOOT::|arg| BOOT::|fcnName| BOOT::|posCheck?| ; BOOT::$) ; (BLOCK BOOT::|FS2EXPXP;applyBddIfCan| ; (PROG (BOOT::|ans| BOOT::|f| BOOT::|xxp| BOOT::|trouble|) ; (RETURN ; (LET # ; #))))) ; ; caught STYLE-WARNING: ; The variable |fcnName| is defined but never used. ; compiling (DEFUN |FS2EXPXP;contOnReals?| ...) ; file: /tmp/oa-WrtX2b/code.lsp ; in: DEFUN |FS2EXPXP;contOnReals?| ; (DEFUN BOOT::|FS2EXPXP;contOnReals?| (BOOT::|fcn| BOOT::$) ; (BOOT::SPADCALL BOOT::|fcn| (BOOT::|shellEntry| BOOT::$ 163) ; (BOOT::|shellEntry| BOOT::$ 166))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS2EXPXP;contOnReals?| ; (BOOT::|fcn| BOOT::$) ; (BLOCK BOOT::|FS2EXPXP;contOnReals?| ; (BOOT::SPADCALL BOOT::|fcn| (BOOT::|shellEntry| BOOT::$ 163) ; (BOOT::|shellEntry| BOOT::$ 166)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FS2EXPXP;bddOnReals?| ...) ; file: /tmp/oa-WrtX2b/code.lsp ; in: DEFUN |FS2EXPXP;bddOnReals?| ; (DEFUN BOOT::|FS2EXPXP;bddOnReals?| (BOOT::|fcn| BOOT::$) ; (BOOT::SPADCALL BOOT::|fcn| (BOOT::|shellEntry| BOOT::$ 164) ; (BOOT::|shellEntry| BOOT::$ 166))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS2EXPXP;bddOnReals?| ; (BOOT::|fcn| BOOT::$) ; (BLOCK BOOT::|FS2EXPXP;bddOnReals?| ; (BOOT::SPADCALL BOOT::|fcn| (BOOT::|shellEntry| BOOT::$ 164) ; (BOOT::|shellEntry| BOOT::$ 166)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FS2EXPXP;opsInvolvingX| ...) ; file: /tmp/oa-WrtX2b/code.lsp ; in: DEFUN |FS2EXPXP;opsInvolvingX| ; (DEFUN BOOT::|FS2EXPXP;opsInvolvingX| (BOOT::|fcn| BOOT::$) ; (PROG (BOOT::|opList| BOOT::|op|) ; (RETURN ; (BOOT::SEQ (BOOT::LETT BOOT::|opList| # BOOT::|FS2EXPXP;opsInvolvingX|) ; (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS2EXPXP;opsInvolvingX| ; (BOOT::|fcn| BOOT::$) ; (BLOCK BOOT::|FS2EXPXP;opsInvolvingX| ; (PROG (BOOT::|opList| BOOT::|op|) (RETURN (BOOT::SEQ # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |FS2EXPXP;opInOpList?| ...) ; compiling (DEFUN |FS2EXPXP;exponential?| ...) ; file: /tmp/oa-WrtX2b/code.lsp ; in: DEFUN |FS2EXPXP;exponential?| ; (DEFUN BOOT::|FS2EXPXP;exponential?| (BOOT::|fcn| BOOT::$) ; (LET ((BOOT::|ker| (BOOT::SPADCALL BOOT::|fcn| #))) ; (AND (ZEROP (CAR BOOT::|ker|)) ; (BOOT::SPADCALL (CDR BOOT::|ker|) (BOOT::SPADCALL "exp" #) ; (BOOT::|shellEntry| BOOT::$ 45))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS2EXPXP;exponential?| ; (BOOT::|fcn| BOOT::$) ; (BLOCK BOOT::|FS2EXPXP;exponential?| ; (LET ((BOOT::|ker| #)) ; (AND (ZEROP #) (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |FS2EXPXP;productOfNonZeroes?| ...) ; compiling (DEFUN |FS2EXPXP;tranToXXP| ...) ; compiling (DEFUN |FS2EXPXP;localAbs;2FE;32| ...) ; compiling (DEFUN |FS2EXPXP;localAbs;2FE;33| ...) ; compiling (DEFUN |FS2EXPXP;signOfExpression| ...) ; compiling (DEFUN |FS2EXPXP;atancotToXXP| ...) ; file: /tmp/oa-WrtX2b/code.lsp ; in: DEFUN |FS2EXPXP;atancotToXXP| ; (DEFUN BOOT::|FS2EXPXP;atancotToXXP| ; (BOOT::|fe| BOOT::|arg| BOOT::|posCheck?| BOOT::|plusMinus| BOOT::$) ; (PROG (BOOT::|cc| BOOT::|n| BOOT::|posNegPi2| BOOT::|signum| BOOT::|lc| ; BOOT::|rn| BOOT::|yCoef| BOOT::|y| BOOT::|ord| BOOT::|coef| ; BOOT::|ups| BOOT::|trouble| ...) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FS2EXPXP;atancotToXXP| ; (BOOT::|fe| BOOT::|arg| BOOT::|posCheck?| BOOT::|plusMinus| BOOT::$) ; (BLOCK BOOT::|FS2EXPXP;atancotToXXP| ; (PROG (BOOT::|cc| BOOT::|n| BOOT::|posNegPi2| BOOT::|signum| BOOT::|lc| ; BOOT::|rn| BOOT::|yCoef| BOOT::|y| BOOT::|ord| BOOT::|coef| ; BOOT::|ups| BOOT::|trouble| ...) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |posCheck?| ; prevents use of assertion from function type proclamation: ; (MEMBER T NIL) ; ; compiling (DEFUN |FunctionSpaceToExponentialExpansion| ...) ; compiling (DEFUN |FunctionSpaceToExponentialExpansion;| ...) ; compiling (MAKEPROP (QUOTE |FunctionSpaceToExponentialExpansion|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 12 notes ; /tmp/oa-WrtX2b/code.fasl written ; compilation finished in 0:00:00.283 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/SIGNRF.fasl --bootstrap SIGNRF.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SIGNRF.spad using Spad compiler. SIGNRF abbreviates package RationalFunctionSign ------------------------------------------------------------------------ initializing stationary directory for RationalFunctionSign compiling into /tmp/oa-xkFka6 Time: 0.02 SEC. Cumulative Statistics for Constructor RationalFunctionSign Time: 0.02 seconds finalizing NRLIB SIGNRF ; compiling file "/tmp/oa-xkFka6/code.lsp" (written 01 FEB 2016 11:10:39 PM): ; compiling (DEFUN |RationalFunctionSign| ...) ; compiling (DEFUN |RationalFunctionSign;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-xkFka6/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/LIMITPS.fasl --bootstrap LIMITPS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LIMITPS.spad using Spad compiler. LIMITPS abbreviates package PowerSeriesLimitPackage ------------------------------------------------------------------------ initializing stationary directory for PowerSeriesLimitPackage compiling into /tmp/oa-62u4zi Time: 0.07 SEC. Cumulative Statistics for Constructor PowerSeriesLimitPackage Time: 0.07 seconds finalizing NRLIB LIMITPS ; compiling file "/tmp/oa-62u4zi/code.lsp" (written 01 FEB 2016 11:10:39 PM): ; compiling (DEFUN |PowerSeriesLimitPackage| ...) ; compiling (DEFUN |PowerSeriesLimitPackage;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-62u4zi/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/TRIGMNIP.fasl --bootstrap TRIGMNIP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TRIGMNIP.spad using Spad compiler. TRIGMNIP abbreviates package TrigonometricManipulations ------------------------------------------------------------------------ initializing stationary directory for TrigonometricManipulations compiling into /tmp/oa-p5yqat Time: 0.04 SEC. Cumulative Statistics for Constructor TrigonometricManipulations Time: 0.04 seconds finalizing NRLIB TRIGMNIP ; compiling file "/tmp/oa-p5yqat/code.lsp" (written 01 FEB 2016 11:10:39 PM): ; compiling (DEFUN |TrigonometricManipulations| ...) ; compiling (DEFUN |TrigonometricManipulations;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-p5yqat/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/INTCAT.fasl --bootstrap INTCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INTCAT.spad using Spad compiler. INTCAT abbreviates category IntervalCategory ------------------------------------------------------------------------ initializing stationary directory for IntervalCategory compiling into /tmp/oa-HEim4z STYLE-WARNING: redefining BOOT::|IntervalCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB INTCAT ; compiling file "/tmp/oa-HEim4z/code.lsp" (written 01 FEB 2016 11:10:39 PM): ; compiling (DEFPARAMETER |IntervalCategory;AL| ...) ; compiling (DEFUN |IntervalCategory;| ...) ; compiling (DEFUN |IntervalCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-HEim4z/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/INTRVL.fasl --bootstrap INTRVL.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INTRVL.spad using Spad compiler. INTRVL abbreviates domain Interval ------------------------------------------------------------------------ initializing stationary directory for Interval compiling into /tmp/oa-YncqdJ Time: 0.03 SEC. Cumulative Statistics for Constructor Interval Time: 0.03 seconds finalizing NRLIB INTRVL ; compiling file "/tmp/oa-YncqdJ/code.lsp" (written 01 FEB 2016 11:10:39 PM): ; compiling (DEFUN |Interval| ...) ; compiling (DEFUN |Interval;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-YncqdJ/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/SIGNEF.fasl --optimize=3 SIGNEF.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SIGNEF.spad using Spad compiler. SIGNEF abbreviates package ElementaryFunctionSign debug: compDefine1 lhs: (ElementaryFunctionSign R F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE sign ((Union (Integer) failed) F)) (SIGNATURE sign ((Union (Integer) failed) F (Symbol) (OrderedCompletion F))) (SIGNATURE sign ((Union (Integer) failed) F (Symbol) F (String)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE sign ((Union (Integer) failed) F)) (SIGNATURE sign ((Union (Integer) failed) F (Symbol) (OrderedCompletion F))) (SIGNATURE sign ((Union (Integer) failed) F (Symbol) F (String)))) $param: (R F) debug: evaluateType form: (Union (Integer) failed) $param: (R F) debug: evaluateType form: (Integer) $param: (R F) Debug: evaluateType1 form: (Integer) debug: evaluateType form: failed $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Union (Integer) failed) $param: (R F) debug: evaluateType form: (Integer) $param: (R F) Debug: evaluateType1 form: (Integer) debug: evaluateType form: failed $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (OrderedCompletion F) $param: (R F) Debug: evaluateType1 form: (OrderedCompletion F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: (Union (Integer) failed) $param: (R F) debug: evaluateType form: (Integer) $param: (R F) Debug: evaluateType1 form: (Integer) debug: evaluateType form: failed $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (String) $param: (R F) Debug: evaluateType1 form: (String) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE sign ((Union (Integer) failed) F)) (SIGNATURE sign ((Union (Integer) failed) F (Symbol) (OrderedCompletion F))) (SIGNATURE sign ((Union (Integer) failed) F (Symbol) F (String)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ElementaryFunctionSign compiling into /tmp/oa-0MuOSS importing ToolsForSign R importing RationalFunctionSign R importing PowerSeriesLimitPackage(R,F) importing TrigonometricManipulations(R,F) compiling exported sign : (F,Symbol,OrderedCompletion F) -> Union(Integer,failed) Time: 0.08 SEC. compiling exported sign : (F,Symbol,F,String) -> Union(Integer,failed) Time: 0.02 SEC. compiling exported sign : F -> Union(Integer,failed) Debug compQuote expr: (QUOTE rootOf) m: $EmptyMode Debug compQuote expr: (QUOTE rootOf) m: (Symbol) Time: 0.26 SEC. compiling local overRF : OrderedCompletion F -> Union(OrderedCompletion Fraction Polynomial R,failed) Time: 0.10 SEC. compiling local ofesign : OrderedCompletion F -> Union(Integer,failed) Time: 0.05 SEC. compiling local insign : (F,Symbol,OrderedCompletion F,NonNegativeInteger) -> Union(Integer,failed) Time: 0.22 SEC. compiling local psign : (F,Symbol,F,String,NonNegativeInteger) -> Union(Integer,failed) Time: 0.09 SEC. compiling local smpsign : SparseMultivariatePolynomial(R,Kernel F) -> Union(Integer,failed) Time: 0.04 SEC. compiling local sqfrSign : SparseMultivariatePolynomial(R,Kernel F) -> Union(Integer,failed) Time: 0.02 SEC. compiling local listSign : (List SparseMultivariatePolynomial(R,Kernel F),Integer) -> Union(Integer,failed) Time: 0.03 SEC. compiling local termSign : SparseMultivariatePolynomial(R,Kernel F) -> Union(Integer,failed) Time: 0.03 SEC. compiling local kerSign : Kernel F -> Union(Integer,failed) Debug compQuote expr: (QUOTE negative) m: $EmptyMode Debug compQuote expr: (QUOTE negative) m: (Identifier) Debug compQuote expr: (QUOTE positive) m: $EmptyMode Debug compQuote expr: (QUOTE positive) m: (Identifier) Debug compQuote expr: (QUOTE pi) m: $EmptyMode Debug compQuote expr: (QUOTE pi) m: (Symbol) Debug compQuote expr: (QUOTE exp) m: $EmptyMode Debug compQuote expr: (QUOTE exp) m: (Symbol) Debug compQuote expr: (QUOTE cosh) m: $EmptyMode Debug compQuote expr: (QUOTE cosh) m: (Symbol) Debug compQuote expr: (QUOTE sech) m: $EmptyMode Debug compQuote expr: (QUOTE sech) m: (Symbol) Time: 0.12 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] sign: not known that SetCategory is of mode CATEGORY(package,sign: F -> Union(Integer,"failed"),sign: (F,Symbol,OrderedCompletion F) -> Union(Integer,"failed"),sign: (F,Symbol,F,String) -> Union(Integer,"failed")) [2] sign: empty? has no value [3] smpsign: unit has no value [4] smpsign: not known that IntegralDomain is of mode CATEGORY(package,sign: F -> Union(Integer,"failed"),sign: (F,Symbol,OrderedCompletion F) -> Union(Integer,"failed"),sign: (F,Symbol,F,String) -> Union(Integer,"failed")) [5] sqfrSign: first has no value [6] kerSign: has? has no value [7] kerSign: empty? has no value Cumulative Statistics for Constructor ElementaryFunctionSign Time: 1.07 seconds finalizing NRLIB SIGNEF Processing ElementaryFunctionSign for Browser database: -- sign : F -> U -- sign : (F,SY,OFE) -> U -- sign : (F,SY,F,String) -> U -- constructor ; compiling file "/tmp/oa-0MuOSS/code.lsp" (written 01 FEB 2016 11:10:40 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SIGNEF;sign;FSOcU;1| ...) ; compiling (DEFUN |SIGNEF;sign;FSFSU;2| ...) ; compiling (DEFUN |SIGNEF;sign;FU;3| ...) ; file: /tmp/oa-0MuOSS/code.lsp ; in: DEFUN |SIGNEF;sign;FU;3| ; (DEFUN BOOT::|SIGNEF;sign;FU;3| (BOOT::|f| BOOT::$) ; (PROG (BOOT::|r| BOOT::|f2| BOOT::|mapfun| #:G600 BOOT::|ud| BOOT::|un|) ; (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SIGNEF;sign;FU;3| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|SIGNEF;sign;FU;3| ; (PROG (BOOT::|r| BOOT::|f2| BOOT::|mapfun| #:G600 BOOT::|ud| ; BOOT::|un|) ; (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SIGNEF;sign;FU;3!0| ...) ; compiling (DEFUN |SIGNEF;overRF| ...) ; compiling (DEFUN |SIGNEF;ofesign| ...) ; compiling (DEFUN |SIGNEF;insign| ...) ; compiling (DEFUN |SIGNEF;psign| ...) ; compiling (DEFUN |SIGNEF;smpsign| ...) ; file: /tmp/oa-0MuOSS/code.lsp ; in: DEFUN |SIGNEF;smpsign| ; (DEFUN BOOT::|SIGNEF;smpsign| (BOOT::|p| BOOT::$) ; (PROG (BOOT::|ans| BOOT::|u| BOOT::|s|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SIGNEF;smpsign| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|SIGNEF;smpsign| ; (PROG (BOOT::|ans| BOOT::|u| BOOT::|s|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SIGNEF;sqfrSign| ...) ; compiling (DEFUN |SIGNEF;listSign| ...) ; compiling (DEFUN |SIGNEF;termSign| ...) ; compiling (DEFUN |SIGNEF;kerSign| ...) ; compiling (DEFUN |ElementaryFunctionSign| ...) ; compiling (DEFUN |ElementaryFunctionSign;| ...) ; compiling (MAKEPROP (QUOTE |ElementaryFunctionSign|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-0MuOSS/code.fasl written ; compilation finished in 0:00:00.101 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/TOOLSIGN.fasl --optimize=3 TOOLSIGN.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TOOLSIGN.spad using Spad compiler. TOOLSIGN abbreviates package ToolsForSign debug: compDefine1 lhs: (ToolsForSign R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE sign ((Union (Integer) failed) R)) (SIGNATURE nonQsign ((Union (Integer) failed) R)) (SIGNATURE direction ((Integer) (String)))) (Ring)) debug: evaluateType form: (CATEGORY package (SIGNATURE sign ((Union (Integer) failed) R)) (SIGNATURE nonQsign ((Union (Integer) failed) R)) (SIGNATURE direction ((Integer) (String)))) $param: (R) debug: evaluateType form: (Union (Integer) failed) $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: failed $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Union (Integer) failed) $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: failed $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (String) $param: (R) Debug: evaluateType1 form: (String) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE sign ((Union (Integer) failed) R)) (SIGNATURE nonQsign ((Union (Integer) failed) R)) (SIGNATURE direction ((Integer) (String)))) (Ring)) debug: compDefine1 lhs: (ToolsForSign R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE sign ((Union (Integer) failed) R)) (SIGNATURE nonQsign ((Union (Integer) failed) R)) (SIGNATURE direction ((Integer) (String)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE sign ((Union (Integer) failed) R)) (SIGNATURE nonQsign ((Union (Integer) failed) R)) (SIGNATURE direction ((Integer) (String)))) $param: (R) debug: evaluateType form: (Union (Integer) failed) $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: failed $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Union (Integer) failed) $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: failed $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (String) $param: (R) Debug: evaluateType1 form: (String) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE sign ((Union (Integer) failed) R)) (SIGNATURE nonQsign ((Union (Integer) failed) R)) (SIGNATURE direction ((Integer) (String)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for ToolsForSign compiling into /tmp/oa-MsWuk6 compiling exported nonQsign : R -> Union(Integer,failed) Time: 0.11 SEC. compiling exported nonQsign : R -> Union(Integer,failed) TOOLSIGN;nonQsign;RU;2 r is replaced by %pair(1,"failed") Time: 0.00 SEC. compiling exported sign : R -> Union(Integer,failed) Time: 0.02 SEC. compiling exported sign : R -> Union(Integer,failed) Time: 0.01 SEC. compiling exported sign : R -> Union(Integer,failed) Time: 0.01 SEC. compiling exported direction : String -> Integer Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] nonQsign: pretend AlgebraicNumber -- should replace by @ [2] nonQsign: not known that AlgebraicallyClosedField is of mode CATEGORY(domain,IF(hasInteger()IntegralDomain(),PROGN(AlgebraicallyClosedFunctionSpace Integer,TranscendentalFunctionCategory,CombinatorialOpsCategory,LiouvillianFunctionCategory,SpecialFunctionCategory,reduce: % -> %,number?: % -> Boolean,simplifyPower: (%,Integer) -> %,IF(hasInteger()GcdDomain(),PROGN(factorPolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %,squareFreePolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %),%noBranch),IF(hasInteger()RetractableTo(Integer()),RetractableTo AlgebraicNumber,%noBranch)),%noBranch)) [3] nonQsign: not known that TranscendentalFunctionCategory is of mode CATEGORY(domain,IF(hasInteger()IntegralDomain(),PROGN(AlgebraicallyClosedFunctionSpace Integer,TranscendentalFunctionCategory,CombinatorialOpsCategory,LiouvillianFunctionCategory,SpecialFunctionCategory,reduce: % -> %,number?: % -> Boolean,simplifyPower: (%,Integer) -> %,IF(hasInteger()GcdDomain(),PROGN(factorPolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %,squareFreePolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %),%noBranch),IF(hasInteger()RetractableTo(Integer()),RetractableTo AlgebraicNumber,%noBranch)),%noBranch)) Cumulative Statistics for Constructor ToolsForSign Time: 0.18 seconds finalizing NRLIB TOOLSIGN Processing ToolsForSign for Browser database: -- sign : R -> Union(Integer,"failed") -- nonQsign : R -> Union(Integer,"failed") -- direction : String -> Integer -- constructor ; compiling file "/tmp/oa-MsWuk6/code.lsp" (written 01 FEB 2016 11:10:41 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |TOOLSIGN;nonQsign;RU;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |TOOLSIGN;direction;SI;6|) ...) ; compiling (DEFUN |TOOLSIGN;nonQsign;RU;1| ...) ; file: /tmp/oa-MsWuk6/code.lsp ; in: DEFUN |TOOLSIGN;nonQsign;RU;1| ; (DEFUN BOOT::|TOOLSIGN;nonQsign;RU;1| (BOOT::|r| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 10)) ; (BOOT::|shellEntry| BOOT::$ 13))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TOOLSIGN;nonQsign;RU;1| ; (BOOT::|r| BOOT::$) ; (BLOCK BOOT::|TOOLSIGN;nonQsign;RU;1| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 10)) ; (BOOT::|shellEntry| BOOT::$ 13)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |TOOLSIGN;nonQsign;RU;2| ...) ; file: /tmp/oa-MsWuk6/code.lsp ; in: DEFUN |TOOLSIGN;nonQsign;RU;2| ; (DEFUN BOOT::|TOOLSIGN;nonQsign;RU;2| (BOOT::|r| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (CONS 1 "failed")) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TOOLSIGN;nonQsign;RU;2| ; (BOOT::|r| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|TOOLSIGN;nonQsign;RU;2| (CONS 1 "failed"))) ; ; caught STYLE-WARNING: ; The variable |r| is defined but never used. ; compiling (DEFUN |TOOLSIGN;sign;RU;3| ...) ; file: /tmp/oa-MsWuk6/code.lsp ; in: DEFUN |TOOLSIGN;sign;RU;3| ; (DEFUN BOOT::|TOOLSIGN;sign;RU;3| (BOOT::|r| BOOT::$) ; (LET ((BOOT::|u| (BOOT::SPADCALL BOOT::|r| #))) ; (COND ((ZEROP #) (CONS 0 #)) (T (BOOT::SPADCALL BOOT::|r| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TOOLSIGN;sign;RU;3| ; (BOOT::|r| BOOT::$) ; (BLOCK BOOT::|TOOLSIGN;sign;RU;3| ; (LET ((BOOT::|u| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |TOOLSIGN;sign;RU;4| ...) ; compiling (DEFUN |TOOLSIGN;sign;RU;5| ...) ; compiling (DEFUN |TOOLSIGN;direction;SI;6| ...) ; file: /tmp/oa-MsWuk6/code.lsp ; in: DEFUN |TOOLSIGN;direction;SI;6| ; (DEFUN BOOT::|TOOLSIGN;direction;SI;6| (BOOT::|st| BOOT::$) ; (COND ((NOT (NULL #)) 1) ((NOT (NULL #)) -1) ; (T (BOOT::|error| "Unknown option")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TOOLSIGN;direction;SI;6| ; (BOOT::|st| BOOT::$) ; (BLOCK BOOT::|TOOLSIGN;direction;SI;6| ; (COND ((NOT #) 1) ((NOT #) -1) (T (BOOT::|error| "Unknown option"))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |ToolsForSign| ...) ; compiling (DEFUN |ToolsForSign;| ...) ; compiling (MAKEPROP (QUOTE |ToolsForSign|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 3 notes ; /tmp/oa-MsWuk6/code.fasl written ; compilation finished in 0:00:00.035 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile LIMITPS.spad && cp LIMITPS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LIMITPS.fasl \ && if test -f LIMITPS-.NRLIB/code.fasl; then \ cp LIMITPS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LIMITPS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LIMITPS.spad using Spad compiler. LIMITPS abbreviates package PowerSeriesLimitPackage debug: compDefine1 lhs: (PowerSeriesLimitPackage R FE) signature (pre-evaluate): ((CATEGORY package (SIGNATURE limit ((Union (OrderedCompletion FE) (Record (: leftHandLimit (Union (OrderedCompletion FE) failed)) (: rightHandLimit (Union (OrderedCompletion FE) failed))) failed) FE (Equation (OrderedCompletion FE)))) (SIGNATURE complexLimit ((Union (OnePointCompletion FE) failed) FE (Equation (OnePointCompletion FE)))) (SIGNATURE limit ((Union (OrderedCompletion FE) failed) FE (Equation FE) (String)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE limit ((Union (OrderedCompletion FE) (Record (: leftHandLimit (Union (OrderedCompletion FE) failed)) (: rightHandLimit (Union (OrderedCompletion FE) failed))) failed) FE (Equation (OrderedCompletion FE)))) (SIGNATURE complexLimit ((Union (OnePointCompletion FE) failed) FE (Equation (OnePointCompletion FE)))) (SIGNATURE limit ((Union (OrderedCompletion FE) failed) FE (Equation FE) (String)))) $param: (R FE) debug: evaluateType form: (Union (OrderedCompletion FE) (Record (: leftHandLimit (Union (OrderedCompletion FE) failed)) (: rightHandLimit (Union (OrderedCompletion FE) failed))) failed) $param: (R FE) debug: evaluateType form: (OrderedCompletion FE) $param: (R FE) Debug: evaluateType1 form: (OrderedCompletion FE) debug: evaluateType1 x: FE m: (SetCategory) debug: evaluateType form: (Record (: leftHandLimit (Union (OrderedCompletion FE) failed)) (: rightHandLimit (Union (OrderedCompletion FE) failed))) $param: (R FE) debug: evaluateType form: (Union (OrderedCompletion FE) failed) $param: (R FE) debug: evaluateType form: (OrderedCompletion FE) $param: (R FE) Debug: evaluateType1 form: (OrderedCompletion FE) debug: evaluateType1 x: FE m: (SetCategory) debug: evaluateType form: failed $param: (R FE) debug: evaluateType form: (Union (OrderedCompletion FE) failed) $param: (R FE) debug: evaluateType form: (OrderedCompletion FE) $param: (R FE) Debug: evaluateType1 form: (OrderedCompletion FE) debug: evaluateType1 x: FE m: (SetCategory) debug: evaluateType form: failed $param: (R FE) debug: evaluateType form: failed $param: (R FE) debug: evaluateType form: FE $param: (R FE) debug: evaluateType form: (Equation (OrderedCompletion FE)) $param: (R FE) Debug: evaluateType1 form: (Equation (OrderedCompletion FE)) debug: evaluateType1 x: (OrderedCompletion FE) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R FE) Debug: evaluateType1 form: (Type) debug: evaluateType form: (OrderedCompletion FE) $param: (R FE) Debug: evaluateType1 form: (OrderedCompletion FE) debug: evaluateType1 x: FE m: (SetCategory) debug: evalCategory d: (OrderedCompletion FE) c: (Type) debug: evaluateType form: (Union (OnePointCompletion FE) failed) $param: (R FE) debug: evaluateType form: (OnePointCompletion FE) $param: (R FE) Debug: evaluateType1 form: (OnePointCompletion FE) debug: evaluateType1 x: FE m: (SetCategory) debug: evaluateType form: failed $param: (R FE) debug: evaluateType form: FE $param: (R FE) debug: evaluateType form: (Equation (OnePointCompletion FE)) $param: (R FE) Debug: evaluateType1 form: (Equation (OnePointCompletion FE)) debug: evaluateType1 x: (OnePointCompletion FE) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R FE) Debug: evaluateType1 form: (Type) debug: evaluateType form: (OnePointCompletion FE) $param: (R FE) Debug: evaluateType1 form: (OnePointCompletion FE) debug: evaluateType1 x: FE m: (SetCategory) debug: evalCategory d: (OnePointCompletion FE) c: (Type) debug: evaluateType form: (Union (OrderedCompletion FE) failed) $param: (R FE) debug: evaluateType form: (OrderedCompletion FE) $param: (R FE) Debug: evaluateType1 form: (OrderedCompletion FE) debug: evaluateType1 x: FE m: (SetCategory) debug: evaluateType form: failed $param: (R FE) debug: evaluateType form: FE $param: (R FE) debug: evaluateType form: (Equation FE) $param: (R FE) Debug: evaluateType1 form: (Equation FE) debug: evaluateType1 x: FE m: (Type) debug: evaluateType form: (String) $param: (R FE) Debug: evaluateType1 form: (String) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE limit ((Union (OrderedCompletion FE) (Record (: leftHandLimit (Union (OrderedCompletion FE) failed)) (: rightHandLimit (Union (OrderedCompletion FE) failed))) failed) FE (Equation (OrderedCompletion FE)))) (SIGNATURE complexLimit ((Union (OnePointCompletion FE) failed) FE (Equation (OnePointCompletion FE)))) (SIGNATURE limit ((Union (OrderedCompletion FE) failed) FE (Equation FE) (String)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PowerSeriesLimitPackage compiling into /tmp/oa-UIBpVt importing ToolsForSign R importing ElementaryFunctionStructurePackage(R,FE) compiling local noX? : (FE,Symbol) -> Boolean Time: 0.07 SEC. compiling local constant? : FE -> Boolean Time: 0.00 SEC. compiling local firstNonLogPtr : (FE,Symbol) -> List Kernel FE Time: 0.05 SEC. compiling local finiteValueAtInfinity? : Kernel FE -> Boolean Time: 0.02 SEC. compiling local knownValueAtInfinity? : Kernel FE -> Boolean Time: 0.01 SEC. compiling local leftOrRight : (FE,Symbol,FE) -> SingleInteger Time: 0.04 SEC. compiling local specialLimit : (FE,Symbol) -> Union(OrderedCompletion FE,failed) Time: 0.06 SEC. compiling local specialLimitNormalize : (FE,Symbol) -> Union(OrderedCompletion FE,failed) Time: 0.10 SEC. compiling local specialLimit1 : (FE,Symbol) -> Union(OrderedCompletion FE,failed) Time: 0.07 SEC. compiling local specialLimitKernel : (Kernel FE,Symbol) -> Union(OrderedCompletion FE,failed) Time: 0.25 SEC. compiling local logOnlyLimit : (FE,Symbol) -> Union(OrderedCompletion FE,failed) Time: 0.02 SEC. compiling local locallimit : (FE,Symbol,OrderedCompletion FE) -> Union(OrderedCompletion FE,Record(leftHandLimit: Union(OrderedCompletion FE,failed),rightHandLimit: Union(OrderedCompletion FE,failed)),failed) Time: 0.05 SEC. compiling local localsubst : (FE,Kernel FE,Integer,FE) -> FE Time: 0.01 SEC. compiling local locallimitcomplex : (FE,Symbol,OnePointCompletion FE) -> Union(OnePointCompletion FE,failed) Time: 0.02 SEC. compiling exported limit : (FE,Equation FE,String) -> Union(OrderedCompletion FE,failed) Time: 0.03 SEC. compiling local anyRootsOrAtrigs? : FE -> Boolean Time: 0.03 SEC. compiling local complLimit : (FE,Symbol) -> Union(OnePointCompletion FE,failed) Time: 0.27 SEC. compiling local okProblem? : (String,String) -> Boolean Time: 0.01 SEC. compiling local poleLimit : (Fraction Integer,FE,Symbol) -> Union(OrderedCompletion FE,Record(leftHandLimit: Union(OrderedCompletion FE,failed),rightHandLimit: Union(OrderedCompletion FE,failed)),failed) Time: 0.06 SEC. compiling local poleLimitPlus : (Fraction Integer,FE,Symbol) -> Union(OrderedCompletion FE,failed) Time: 0.11 SEC. compiling local realLimit : (FE,Symbol) -> Union(OrderedCompletion FE,Record(leftHandLimit: Union(OrderedCompletion FE,failed),rightHandLimit: Union(OrderedCompletion FE,failed)),failed) Time: 0.31 SEC. compiling local xxpLimit : (FE,Symbol) -> Union(OrderedCompletion FE,failed) Time: 0.03 SEC. compiling local limitPlus : (FE,Symbol) -> Union(OrderedCompletion FE,failed) Time: 0.28 SEC. compiling exported limit : (FE,Equation OrderedCompletion FE) -> Union(OrderedCompletion FE,Record(leftHandLimit: Union(OrderedCompletion FE,failed),rightHandLimit: Union(OrderedCompletion FE,failed)),failed) Time: 0.04 SEC. compiling exported complexLimit : (FE,Equation OnePointCompletion FE) -> Union(OnePointCompletion FE,failed) Time: 0.03 SEC. (time taken in buildFunctor: 4) Time: 0.05 SEC. Warnings: [1] noX?: member? has no value [2] constant?: empty? has no value [3] firstNonLogPtr: not known that SetCategory is of mode CATEGORY(package,limit: (FE,Equation OrderedCompletion FE) -> Union(OrderedCompletion FE,Record(leftHandLimit: Union(OrderedCompletion FE,"failed"),rightHandLimit: Union(OrderedCompletion FE,"failed")),"failed"),complexLimit: (FE,Equation OnePointCompletion FE) -> Union(OnePointCompletion FE,"failed"),limit: (FE,Equation FE,String) -> Union(OrderedCompletion FE,"failed")) [4] logOnlyLimit: member? has no value [5] complLimit: %series has no value [6] poleLimit: member? has no value [7] poleLimitPlus: member? has no value [8] realLimit: %problem has no value [9] realLimit: %series has no value [10] realLimit: func has no value [11] realLimit: prob has no value [12] xxpLimit: true has no value [13] xxpLimit: %expansion has no value [14] limitPlus: %problem has no value [15] limitPlus: %series has no value [16] limitPlus: func has no value [17] limitPlus: prob has no value Cumulative Statistics for Constructor PowerSeriesLimitPackage Time: 2.02 seconds finalizing NRLIB LIMITPS Processing PowerSeriesLimitPackage for Browser database: -- limit : (FE,EQ OFE) -> U -- complexLimit : (FE,EQ OPF) -> Union(OPF,"failed") -- limit : (FE,EQ FE,String) -> RESULT -- constructor ; compiling file "/tmp/oa-UIBpVt/code.lsp" (written 01 FEB 2016 11:10:43 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIMITPS;okProblem?|) ...) ; compiling (DEFUN |LIMITPS;noX?| ...) ; compiling (DEFUN |LIMITPS;constant?| ...) ; compiling (DEFUN |LIMITPS;firstNonLogPtr| ...) ; compiling (DEFUN |LIMITPS;finiteValueAtInfinity?| ...) ; compiling (DEFUN |LIMITPS;knownValueAtInfinity?| ...) ; compiling (DEFUN |LIMITPS;leftOrRight| ...) ; file: /tmp/oa-UIBpVt/code.lsp ; in: DEFUN |LIMITPS;leftOrRight| ; (DEFUN BOOT::|LIMITPS;leftOrRight| ; (BOOT::|fcn| BOOT::|x| BOOT::|limVal| BOOT::$) ; (PROG (BOOT::|inf| BOOT::|val|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIMITPS;leftOrRight| ; (BOOT::|fcn| BOOT::|x| BOOT::|limVal| BOOT::$) ; (BLOCK BOOT::|LIMITPS;leftOrRight| ; (PROG (BOOT::|inf| BOOT::|val|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES FIXNUM &REST T). ; compiling (DEFUN |LIMITPS;specialLimit| ...) ; compiling (DEFUN |LIMITPS;specialLimitNormalize| ...) ; compiling (DEFUN |LIMITPS;specialLimit1| ...) ; compiling (DEFUN |LIMITPS;specialLimitKernel| ...) ; compiling (DEFUN |LIMITPS;logOnlyLimit| ...) ; compiling (DEFUN |LIMITPS;locallimit| ...) ; compiling (DEFUN |LIMITPS;localsubst| ...) ; compiling (DEFUN |LIMITPS;locallimitcomplex| ...) ; compiling (DEFUN |LIMITPS;limit;FEESU;15| ...) ; file: /tmp/oa-UIBpVt/code.lsp ; in: DEFUN |LIMITPS;limit;FEESU;15| ; (DEFUN BOOT::|LIMITPS;limit;FEESU;15| ; (BOOT::|fcn| BOOT::|eq| BOOT::|str| BOOT::$) ; (PROG (BOOT::|xK| BOOT::|a| BOOT::|x|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIMITPS;limit;FEESU;15| ; (BOOT::|fcn| BOOT::|eq| BOOT::|str| BOOT::$) ; (BLOCK BOOT::|LIMITPS;limit;FEESU;15| ; (PROG (BOOT::|xK| BOOT::|a| BOOT::|x|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |LIMITPS;anyRootsOrAtrigs?| ...) ; compiling (DEFUN |LIMITPS;complLimit| ...) ; file: /tmp/oa-UIBpVt/code.lsp ; in: DEFUN |LIMITPS;complLimit| ; (DEFUN BOOT::|LIMITPS;complLimit| (BOOT::|fcn| BOOT::|x| BOOT::$) ; (PROG (BOOT::|answer| BOOT::|lim| BOOT::|uls| BOOT::|lseries| BOOT::|lpack| ; BOOT::|upxs| BOOT::|pseries| BOOT::|ppack|) ; (RETURN ; (BOOT::SEQ (BOOT::LETT BOOT::|lim| # BOOT::|LIMITPS;complLimit|) ; (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIMITPS;complLimit| ; (BOOT::|fcn| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|LIMITPS;complLimit| ; (PROG (BOOT::|answer| BOOT::|lim| BOOT::|uls| BOOT::|lseries| ; BOOT::|lpack| BOOT::|upxs| BOOT::|pseries| BOOT::|ppack|) ; (RETURN (BOOT::SEQ # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |LIMITPS;okProblem?| ...) ; file: /tmp/oa-UIBpVt/code.lsp ; in: DEFUN |LIMITPS;okProblem?| ; (DEFUN BOOT::|LIMITPS;okProblem?| (BOOT::|function| BOOT::|problem| BOOT::$) ; (COND ((OR (NOT #) (NOT #)) (OR (NOT #) (NOT #))) ; ((NOT (NULL #)) (NOT (NULL #))) ((NOT (NULL #)) (NOT (NULL #))) ; (T (NOT (NULL #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIMITPS;okProblem?| ; (BOOT::|function| BOOT::|problem| BOOT::$) ; (BLOCK BOOT::|LIMITPS;okProblem?| ; (COND ((OR # #) (OR # #)) ((NOT #) (NOT #)) ((NOT #) (NOT #)) ; (T (NOT #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |LIMITPS;poleLimit| ...) ; file: /tmp/oa-UIBpVt/code.lsp ; in: DEFUN |LIMITPS;poleLimit| ; (DEFUN BOOT::|LIMITPS;poleLimit| ; (BOOT::|order| BOOT::|coef| BOOT::|x| BOOT::$) ; (PROG (BOOT::|rtLim|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIMITPS;poleLimit| ; (BOOT::|order| BOOT::|coef| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|LIMITPS;poleLimit| ; (PROG (BOOT::|rtLim|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |LIMITPS;poleLimitPlus| ...) ; file: /tmp/oa-UIBpVt/code.lsp ; in: DEFUN |LIMITPS;poleLimitPlus| ; (DEFUN BOOT::|LIMITPS;poleLimitPlus| ; (BOOT::|order| BOOT::|coef| BOOT::|x| BOOT::$) ; (PROG (BOOT::|tt| BOOT::|t| BOOT::|ss| BOOT::|cclim| BOOT::|lim|) ; (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIMITPS;poleLimitPlus| ; (BOOT::|order| BOOT::|coef| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|LIMITPS;poleLimitPlus| ; (PROG (BOOT::|tt| BOOT::|t| BOOT::|ss| BOOT::|cclim| BOOT::|lim|) ; (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; ; caught STYLE-WARNING: ; The variable |order| is defined but never used. ; compiling (DEFUN |LIMITPS;realLimit| ...) ; file: /tmp/oa-UIBpVt/code.lsp ; in: DEFUN |LIMITPS;realLimit| ; (DEFUN BOOT::|LIMITPS;realLimit| (BOOT::|fcn| BOOT::|x| BOOT::$) ; (PROG (BOOT::|answer| BOOT::|lim| BOOT::|cl| BOOT::|ordl| BOOT::|uls| ; BOOT::|right| BOOT::|left| BOOT::|fcn0| BOOT::|xK| BOOT::|problem| ; BOOT::|function| BOOT::|trouble| ...) ; (RETURN ; (BOOT::SEQ (BOOT::LETT BOOT::|lim| # BOOT::|LIMITPS;realLimit|) ; (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIMITPS;realLimit| ; (BOOT::|fcn| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|LIMITPS;realLimit| ; (PROG (BOOT::|answer| BOOT::|lim| BOOT::|cl| BOOT::|ordl| BOOT::|uls| ; BOOT::|right| BOOT::|left| BOOT::|fcn0| BOOT::|xK| ; BOOT::|problem| BOOT::|function| BOOT::|trouble| ...) ; (RETURN (BOOT::SEQ # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |LIMITPS;xxpLimit| ...) ; file: /tmp/oa-UIBpVt/code.lsp ; in: DEFUN |LIMITPS;xxpLimit| ; (DEFUN BOOT::|LIMITPS;xxpLimit| (BOOT::|fcn| BOOT::|x| BOOT::$) ; (LET* ((BOOT::|xpack| ; (BOOT::|FunctionSpaceToExponentialExpansion| # # BOOT::|x| #)) ; (BOOT::|xxp| (BOOT::SPADCALL BOOT::|fcn| T #))) ; (COND ((EQL # 1) (CONS 1 "failed")) (T (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIMITPS;xxpLimit| ; (BOOT::|fcn| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|LIMITPS;xxpLimit| ; (LET* ((BOOT::|xpack| #) (BOOT::|xxp| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |LIMITPS;limitPlus| ...) ; compiling (DEFUN |LIMITPS;limit;FEEU;24| ...) ; file: /tmp/oa-UIBpVt/code.lsp ; in: DEFUN |LIMITPS;limit;FEEU;24| ; (DEFUN BOOT::|LIMITPS;limit;FEEU;24| (BOOT::|fcn| BOOT::|eq| BOOT::$) ; (PROG (BOOT::|a| BOOT::|x| BOOT::|xx|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIMITPS;limit;FEEU;24| ; (BOOT::|fcn| BOOT::|eq| BOOT::$) ; (BLOCK BOOT::|LIMITPS;limit;FEEU;24| ; (PROG (BOOT::|a| BOOT::|x| BOOT::|xx|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |LIMITPS;complexLimit;FEEU;25| ...) ; file: /tmp/oa-UIBpVt/code.lsp ; in: DEFUN |LIMITPS;complexLimit;FEEU;25| ; (DEFUN BOOT::|LIMITPS;complexLimit;FEEU;25| (BOOT::|fcn| BOOT::|eq| BOOT::$) ; (PROG (BOOT::|a| BOOT::|x| BOOT::|xx|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIMITPS;complexLimit;FEEU;25| ; (BOOT::|fcn| BOOT::|eq| BOOT::$) ; (BLOCK BOOT::|LIMITPS;complexLimit;FEEU;25| ; (PROG (BOOT::|a| BOOT::|x| BOOT::|xx|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |PowerSeriesLimitPackage| ...) ; compiling (DEFUN |PowerSeriesLimitPackage;| ...) ; compiling (MAKEPROP (QUOTE |PowerSeriesLimitPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 9 notes ; /tmp/oa-UIBpVt/code.fasl written ; compilation finished in 0:00:00.323 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ISUMP.spad && cp ISUMP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ISUMP.fasl \ && if test -f ISUMP-.NRLIB/code.fasl; then \ cp ISUMP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ISUMP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ISUMP.spad using Spad compiler. ISUMP abbreviates package InnerPolySum debug: compDefine1 lhs: (InnerPolySum E V R P) signature (pre-evaluate): ((CATEGORY package (SIGNATURE sum ((Record (: num P) (: den (Integer))) P V (Segment P))) (SIGNATURE sum ((Record (: num P) (: den (Integer))) P V))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE sum ((Record (: num P) (: den (Integer))) P V (Segment P))) (SIGNATURE sum ((Record (: num P) (: den (Integer))) P V))) $param: (E V R P) debug: evaluateType form: (Record (: num P) (: den (Integer))) $param: (E V R P) debug: evaluateType form: P $param: (E V R P) debug: evaluateType form: (Integer) $param: (E V R P) Debug: evaluateType1 form: (Integer) debug: evaluateType form: P $param: (E V R P) debug: evaluateType form: V $param: (E V R P) debug: evaluateType form: (Segment P) $param: (E V R P) Debug: evaluateType1 form: (Segment P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (Record (: num P) (: den (Integer))) $param: (E V R P) debug: evaluateType form: P $param: (E V R P) debug: evaluateType form: (Integer) $param: (E V R P) Debug: evaluateType1 form: (Integer) debug: evaluateType form: P $param: (E V R P) debug: evaluateType form: V $param: (E V R P) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE sum ((Record (: num P) (: den (Integer))) P V (Segment P))) (SIGNATURE sum ((Record (: num P) (: den (Integer))) P V))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for InnerPolySum compiling into /tmp/oa-9M4OV8 importing PolynomialNumberTheoryFunctions importing UnivariatePolynomialCommonDenominator(Integer,Fraction Integer,SparseUnivariatePolynomial Fraction Integer) compiling local pmul : (P,SparseUnivariatePolynomial Fraction Integer) -> Record(num: SparseUnivariatePolynomial P,den: Integer) Time: 0.12 SEC. compiling exported sum : (P,V,Segment P) -> Record(num: P,den: Integer) Time: 0.02 SEC. compiling exported sum : (P,V) -> Record(num: P,den: Integer) Time: 0.13 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] sum: not known that Ring is of mode CATEGORY(package,sum: (P,V,Segment P) -> Record(num: P,den: Integer),sum: (P,V) -> Record(num: P,den: Integer)) Cumulative Statistics for Constructor InnerPolySum Time: 0.28 seconds finalizing NRLIB ISUMP Processing InnerPolySum for Browser database: -- sum : (P,V,Segment P) -> Record(num: P,den: Z) -- sum : (P,V) -> Record(num: P,den: Z) -- constructor ; compiling file "/tmp/oa-9M4OV8/code.lsp" (written 01 FEB 2016 11:10:44 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ISUMP;pmul| ...) ; compiling (DEFUN |ISUMP;pmul!0| ...) ; compiling (DEFUN |ISUMP;sum;PVSR;2| ...) ; compiling (DEFUN |ISUMP;sum;PVR;3| ...) ; compiling (DEFUN |InnerPolySum| ...) ; compiling (DEFUN |InnerPolySum;| ...) ; compiling (MAKEPROP (QUOTE |InnerPolySum|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-9M4OV8/code.fasl written ; compilation finished in 0:00:00.039 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SIGNRF.spad && cp SIGNRF.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SIGNRF.fasl \ && if test -f SIGNRF-.NRLIB/code.fasl; then \ cp SIGNRF-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SIGNRF-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SIGNRF.spad using Spad compiler. SIGNRF abbreviates package RationalFunctionSign debug: compDefine1 lhs: (RationalFunctionSign R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE sign ((Union (Integer) failed) (Fraction (Polynomial R)))) (SIGNATURE sign ((Union (Integer) failed) (Fraction (Polynomial R)) (Symbol) (OrderedCompletion (Fraction (Polynomial R))))) (SIGNATURE sign ((Union (Integer) failed) (Fraction (Polynomial R)) (Symbol) (Fraction (Polynomial R)) (String)))) (GcdDomain)) debug: evaluateType form: (CATEGORY package (SIGNATURE sign ((Union (Integer) failed) (Fraction (Polynomial R)))) (SIGNATURE sign ((Union (Integer) failed) (Fraction (Polynomial R)) (Symbol) (OrderedCompletion (Fraction (Polynomial R))))) (SIGNATURE sign ((Union (Integer) failed) (Fraction (Polynomial R)) (Symbol) (Fraction (Polynomial R)) (String)))) $param: (R) debug: evaluateType form: (Union (Integer) failed) $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (Union (Integer) failed) $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (OrderedCompletion (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (OrderedCompletion (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (SetCategory) debug: evaluateType form: (Union (Integer) failed) $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (String) $param: (R) Debug: evaluateType1 form: (String) debug: evaluateType form: (GcdDomain) $param: (R) Debug: evaluateType1 form: (GcdDomain) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE sign ((Union (Integer) failed) (Fraction (Polynomial R)))) (SIGNATURE sign ((Union (Integer) failed) (Fraction (Polynomial R)) (Symbol) (OrderedCompletion (Fraction (Polynomial R))))) (SIGNATURE sign ((Union (Integer) failed) (Fraction (Polynomial R)) (Symbol) (Fraction (Polynomial R)) (String)))) (GcdDomain)) debug: compDefine1 lhs: (RationalFunctionSign R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE sign ((Union (Integer) failed) (Fraction (Polynomial R)))) (SIGNATURE sign ((Union (Integer) failed) (Fraction (Polynomial R)) (Symbol) (OrderedCompletion (Fraction (Polynomial R))))) (SIGNATURE sign ((Union (Integer) failed) (Fraction (Polynomial R)) (Symbol) (Fraction (Polynomial R)) (String)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE sign ((Union (Integer) failed) (Fraction (Polynomial R)))) (SIGNATURE sign ((Union (Integer) failed) (Fraction (Polynomial R)) (Symbol) (OrderedCompletion (Fraction (Polynomial R))))) (SIGNATURE sign ((Union (Integer) failed) (Fraction (Polynomial R)) (Symbol) (Fraction (Polynomial R)) (String)))) $param: (R) debug: evaluateType form: (Union (Integer) failed) $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (Union (Integer) failed) $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (OrderedCompletion (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (OrderedCompletion (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (SetCategory) debug: evaluateType form: (Union (Integer) failed) $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (String) $param: (R) Debug: evaluateType1 form: (String) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE sign ((Union (Integer) failed) (Fraction (Polynomial R)))) (SIGNATURE sign ((Union (Integer) failed) (Fraction (Polynomial R)) (Symbol) (OrderedCompletion (Fraction (Polynomial R))))) (SIGNATURE sign ((Union (Integer) failed) (Fraction (Polynomial R)) (Symbol) (Fraction (Polynomial R)) (String)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for RationalFunctionSign compiling into /tmp/oa-wiqd3x importing ToolsForSign R importing InnerPolySign(Fraction Polynomial R,SparseUnivariatePolynomial Fraction Polynomial R) importing PolynomialCategoryQuotientFunctions(IndexedExponents Symbol,Symbol,R,Polynomial R,Fraction Polynomial R) compiling exported sign : Fraction Polynomial R -> Union(Integer,failed) Time: 0.08 SEC. compiling local finiteSign : (Fraction SparseUnivariatePolynomial Fraction Polynomial R,Fraction Polynomial R) -> Union(Integer,failed) Time: 0.08 SEC. compiling exported sign : (Fraction Polynomial R,Symbol,OrderedCompletion Fraction Polynomial R) -> Union(Integer,failed) Time: 0.07 SEC. compiling exported sign : (Fraction Polynomial R,Symbol,Fraction Polynomial R,String) -> Union(Integer,failed) Time: 0.06 SEC. compiling local psign : Polynomial R -> Union(Integer,failed) Time: 0.05 SEC. compiling local sqfrSign : Polynomial R -> Union(Integer,failed) Time: 0.02 SEC. compiling local listSign : (List Polynomial R,Integer) -> Union(Integer,failed) Time: 0.04 SEC. compiling local termSign : Polynomial R -> Union(Integer,failed) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] psign: unit has no value [2] psign: not known that IntegralDomain is of mode CATEGORY(package,sign: Fraction Polynomial R -> Union(Integer,"failed"),sign: (Fraction Polynomial R,Symbol,OrderedCompletion Fraction Polynomial R) -> Union(Integer,"failed"),sign: (Fraction Polynomial R,Symbol,Fraction Polynomial R,String) -> Union(Integer,"failed")) [3] sqfrSign: first has no value Cumulative Statistics for Constructor RationalFunctionSign Time: 0.42 seconds finalizing NRLIB SIGNRF Processing RationalFunctionSign for Browser database: -- sign : RF -> U -- sign : (RF,SE,ORF) -> U -- sign : (RF,SE,RF,String) -> U -- constructor ; compiling file "/tmp/oa-wiqd3x/code.lsp" (written 01 FEB 2016 11:10:44 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SIGNRF;sign;FU;1| ...) ; compiling (DEFUN |SIGNRF;finiteSign| ...) ; compiling (DEFUN |SIGNRF;sign;FSOcU;3| ...) ; compiling (DEFUN |SIGNRF;sign;FSFSU;4| ...) ; compiling (DEFUN |SIGNRF;psign| ...) ; file: /tmp/oa-wiqd3x/code.lsp ; in: DEFUN |SIGNRF;psign| ; (DEFUN BOOT::|SIGNRF;psign| (BOOT::|p| BOOT::$) ; (PROG (BOOT::|ans| BOOT::|u| BOOT::|s|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SIGNRF;psign| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|SIGNRF;psign| ; (PROG (BOOT::|ans| BOOT::|u| BOOT::|s|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SIGNRF;sqfrSign| ...) ; compiling (DEFUN |SIGNRF;listSign| ...) ; compiling (DEFUN |SIGNRF;termSign| ...) ; file: /tmp/oa-wiqd3x/code.lsp ; in: DEFUN |SIGNRF;termSign| ; (DEFUN BOOT::|SIGNRF;termSign| (BOOT::|term| BOOT::$) ; (PROGN ; (LET ((#:G656 #)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|term| (BOOT::|shellEntry| BOOT::$ 61)) ; (BOOT::|shellEntry| BOOT::$ 41)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SIGNRF;termSign| ; (BOOT::|term| BOOT::$) ; (BLOCK BOOT::|SIGNRF;termSign| ; (PROGN ; (LET (#) ; (LOOP # ; #)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|term| #) ; (BOOT::|shellEntry| BOOT::$ 41))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |RationalFunctionSign| ...) ; compiling (DEFUN |RationalFunctionSign;| ...) ; compiling (MAKEPROP (QUOTE |RationalFunctionSign|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-wiqd3x/code.fasl written ; compilation finished in 0:00:00.058 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SIGNEF.spad && cp SIGNEF.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SIGNEF.fasl \ && if test -f SIGNEF-.NRLIB/code.fasl; then \ cp SIGNEF-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SIGNEF-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SIGNEF.spad using Spad compiler. SIGNEF abbreviates package ElementaryFunctionSign debug: compDefine1 lhs: (ElementaryFunctionSign R F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE sign ((Union (Integer) failed) F)) (SIGNATURE sign ((Union (Integer) failed) F (Symbol) (OrderedCompletion F))) (SIGNATURE sign ((Union (Integer) failed) F (Symbol) F (String)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE sign ((Union (Integer) failed) F)) (SIGNATURE sign ((Union (Integer) failed) F (Symbol) (OrderedCompletion F))) (SIGNATURE sign ((Union (Integer) failed) F (Symbol) F (String)))) $param: (R F) debug: evaluateType form: (Union (Integer) failed) $param: (R F) debug: evaluateType form: (Integer) $param: (R F) Debug: evaluateType1 form: (Integer) debug: evaluateType form: failed $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Union (Integer) failed) $param: (R F) debug: evaluateType form: (Integer) $param: (R F) Debug: evaluateType1 form: (Integer) debug: evaluateType form: failed $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (OrderedCompletion F) $param: (R F) Debug: evaluateType1 form: (OrderedCompletion F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: (Union (Integer) failed) $param: (R F) debug: evaluateType form: (Integer) $param: (R F) Debug: evaluateType1 form: (Integer) debug: evaluateType form: failed $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (String) $param: (R F) Debug: evaluateType1 form: (String) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE sign ((Union (Integer) failed) F)) (SIGNATURE sign ((Union (Integer) failed) F (Symbol) (OrderedCompletion F))) (SIGNATURE sign ((Union (Integer) failed) F (Symbol) F (String)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ElementaryFunctionSign compiling into /tmp/oa-XGcb4e importing ToolsForSign R importing RationalFunctionSign R importing PowerSeriesLimitPackage(R,F) importing TrigonometricManipulations(R,F) compiling exported sign : (F,Symbol,OrderedCompletion F) -> Union(Integer,failed) Time: 0.08 SEC. compiling exported sign : (F,Symbol,F,String) -> Union(Integer,failed) Time: 0.02 SEC. compiling exported sign : F -> Union(Integer,failed) Debug compQuote expr: (QUOTE rootOf) m: $EmptyMode Debug compQuote expr: (QUOTE rootOf) m: (Symbol) Time: 0.34 SEC. compiling local overRF : OrderedCompletion F -> Union(OrderedCompletion Fraction Polynomial R,failed) Time: 0.09 SEC. compiling local ofesign : OrderedCompletion F -> Union(Integer,failed) Time: 0.05 SEC. compiling local insign : (F,Symbol,OrderedCompletion F,NonNegativeInteger) -> Union(Integer,failed) Time: 0.19 SEC. compiling local psign : (F,Symbol,F,String,NonNegativeInteger) -> Union(Integer,failed) Time: 0.10 SEC. compiling local smpsign : SparseMultivariatePolynomial(R,Kernel F) -> Union(Integer,failed) Time: 0.05 SEC. compiling local sqfrSign : SparseMultivariatePolynomial(R,Kernel F) -> Union(Integer,failed) Time: 0.02 SEC. compiling local listSign : (List SparseMultivariatePolynomial(R,Kernel F),Integer) -> Union(Integer,failed) Time: 0.02 SEC. compiling local termSign : SparseMultivariatePolynomial(R,Kernel F) -> Union(Integer,failed) Time: 0.02 SEC. compiling local kerSign : Kernel F -> Union(Integer,failed) Debug compQuote expr: (QUOTE negative) m: $EmptyMode Debug compQuote expr: (QUOTE negative) m: (Identifier) Debug compQuote expr: (QUOTE positive) m: $EmptyMode Debug compQuote expr: (QUOTE positive) m: (Identifier) Debug compQuote expr: (QUOTE pi) m: $EmptyMode Debug compQuote expr: (QUOTE pi) m: (Symbol) Debug compQuote expr: (QUOTE exp) m: $EmptyMode Debug compQuote expr: (QUOTE exp) m: (Symbol) Debug compQuote expr: (QUOTE cosh) m: $EmptyMode Debug compQuote expr: (QUOTE cosh) m: (Symbol) Debug compQuote expr: (QUOTE sech) m: $EmptyMode Debug compQuote expr: (QUOTE sech) m: (Symbol) Time: 0.09 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] sign: not known that SetCategory is of mode CATEGORY(package,sign: F -> Union(Integer,"failed"),sign: (F,Symbol,OrderedCompletion F) -> Union(Integer,"failed"),sign: (F,Symbol,F,String) -> Union(Integer,"failed")) [2] sign: empty? has no value [3] smpsign: unit has no value [4] smpsign: not known that IntegralDomain is of mode CATEGORY(package,sign: F -> Union(Integer,"failed"),sign: (F,Symbol,OrderedCompletion F) -> Union(Integer,"failed"),sign: (F,Symbol,F,String) -> Union(Integer,"failed")) [5] sqfrSign: first has no value [6] kerSign: has? has no value [7] kerSign: empty? has no value Cumulative Statistics for Constructor ElementaryFunctionSign Time: 1.08 seconds finalizing NRLIB SIGNEF Processing ElementaryFunctionSign for Browser database: -- sign : F -> U -- sign : (F,SY,OFE) -> U -- sign : (F,SY,F,String) -> U -- constructor ; compiling file "/tmp/oa-XGcb4e/code.lsp" (written 01 FEB 2016 11:10:45 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SIGNEF;sign;FSOcU;1| ...) ; compiling (DEFUN |SIGNEF;sign;FSFSU;2| ...) ; compiling (DEFUN |SIGNEF;sign;FU;3| ...) ; file: /tmp/oa-XGcb4e/code.lsp ; in: DEFUN |SIGNEF;sign;FU;3| ; (DEFUN BOOT::|SIGNEF;sign;FU;3| (BOOT::|f| BOOT::$) ; (PROG (BOOT::|r| BOOT::|f2| BOOT::|mapfun| #:G600 BOOT::|ud| BOOT::|un|) ; (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SIGNEF;sign;FU;3| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|SIGNEF;sign;FU;3| ; (PROG (BOOT::|r| BOOT::|f2| BOOT::|mapfun| #:G600 BOOT::|ud| ; BOOT::|un|) ; (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SIGNEF;sign;FU;3!0| ...) ; compiling (DEFUN |SIGNEF;overRF| ...) ; compiling (DEFUN |SIGNEF;ofesign| ...) ; compiling (DEFUN |SIGNEF;insign| ...) ; compiling (DEFUN |SIGNEF;psign| ...) ; compiling (DEFUN |SIGNEF;smpsign| ...) ; file: /tmp/oa-XGcb4e/code.lsp ; in: DEFUN |SIGNEF;smpsign| ; (DEFUN BOOT::|SIGNEF;smpsign| (BOOT::|p| BOOT::$) ; (PROG (BOOT::|ans| BOOT::|u| BOOT::|s|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SIGNEF;smpsign| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|SIGNEF;smpsign| ; (PROG (BOOT::|ans| BOOT::|u| BOOT::|s|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SIGNEF;sqfrSign| ...) ; compiling (DEFUN |SIGNEF;listSign| ...) ; compiling (DEFUN |SIGNEF;termSign| ...) ; compiling (DEFUN |SIGNEF;kerSign| ...) ; compiling (DEFUN |ElementaryFunctionSign| ...) ; compiling (DEFUN |ElementaryFunctionSign;| ...) ; compiling (MAKEPROP (QUOTE |ElementaryFunctionSign|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-XGcb4e/code.fasl written ; compilation finished in 0:00:00.098 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile TOOLSIGN.spad && cp TOOLSIGN.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/TOOLSIGN.fasl \ && if test -f TOOLSIGN-.NRLIB/code.fasl; then \ cp TOOLSIGN-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/TOOLSIGN-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TOOLSIGN.spad using Spad compiler. TOOLSIGN abbreviates package ToolsForSign debug: compDefine1 lhs: (ToolsForSign R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE sign ((Union (Integer) failed) R)) (SIGNATURE nonQsign ((Union (Integer) failed) R)) (SIGNATURE direction ((Integer) (String)))) (Ring)) debug: evaluateType form: (CATEGORY package (SIGNATURE sign ((Union (Integer) failed) R)) (SIGNATURE nonQsign ((Union (Integer) failed) R)) (SIGNATURE direction ((Integer) (String)))) $param: (R) debug: evaluateType form: (Union (Integer) failed) $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: failed $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Union (Integer) failed) $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: failed $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (String) $param: (R) Debug: evaluateType1 form: (String) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE sign ((Union (Integer) failed) R)) (SIGNATURE nonQsign ((Union (Integer) failed) R)) (SIGNATURE direction ((Integer) (String)))) (Ring)) debug: compDefine1 lhs: (ToolsForSign R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE sign ((Union (Integer) failed) R)) (SIGNATURE nonQsign ((Union (Integer) failed) R)) (SIGNATURE direction ((Integer) (String)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE sign ((Union (Integer) failed) R)) (SIGNATURE nonQsign ((Union (Integer) failed) R)) (SIGNATURE direction ((Integer) (String)))) $param: (R) debug: evaluateType form: (Union (Integer) failed) $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: failed $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Union (Integer) failed) $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: failed $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (String) $param: (R) Debug: evaluateType1 form: (String) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE sign ((Union (Integer) failed) R)) (SIGNATURE nonQsign ((Union (Integer) failed) R)) (SIGNATURE direction ((Integer) (String)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for ToolsForSign compiling into /tmp/oa-QfjZfp compiling exported nonQsign : R -> Union(Integer,failed) Time: 0.10 SEC. compiling exported nonQsign : R -> Union(Integer,failed) TOOLSIGN;nonQsign;RU;2 r is replaced by %pair(1,"failed") Time: 0.01 SEC. compiling exported sign : R -> Union(Integer,failed) Time: 0.02 SEC. compiling exported sign : R -> Union(Integer,failed) Time: 0.02 SEC. compiling exported sign : R -> Union(Integer,failed) Time: 0.01 SEC. compiling exported direction : String -> Integer Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] nonQsign: pretend AlgebraicNumber -- should replace by @ [2] nonQsign: not known that AlgebraicallyClosedField is of mode CATEGORY(domain,IF(hasInteger()IntegralDomain(),PROGN(AlgebraicallyClosedFunctionSpace Integer,TranscendentalFunctionCategory,CombinatorialOpsCategory,LiouvillianFunctionCategory,SpecialFunctionCategory,reduce: % -> %,number?: % -> Boolean,simplifyPower: (%,Integer) -> %,IF(hasInteger()GcdDomain(),PROGN(factorPolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %,squareFreePolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %),%noBranch),IF(hasInteger()RetractableTo(Integer()),RetractableTo AlgebraicNumber,%noBranch)),%noBranch)) [3] nonQsign: not known that TranscendentalFunctionCategory is of mode CATEGORY(domain,IF(hasInteger()IntegralDomain(),PROGN(AlgebraicallyClosedFunctionSpace Integer,TranscendentalFunctionCategory,CombinatorialOpsCategory,LiouvillianFunctionCategory,SpecialFunctionCategory,reduce: % -> %,number?: % -> Boolean,simplifyPower: (%,Integer) -> %,IF(hasInteger()GcdDomain(),PROGN(factorPolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %,squareFreePolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %),%noBranch),IF(hasInteger()RetractableTo(Integer()),RetractableTo AlgebraicNumber,%noBranch)),%noBranch)) Cumulative Statistics for Constructor ToolsForSign Time: 0.18 seconds finalizing NRLIB TOOLSIGN Processing ToolsForSign for Browser database: -- sign : R -> Union(Integer,"failed") -- nonQsign : R -> Union(Integer,"failed") -- direction : String -> Integer -- constructor ; compiling file "/tmp/oa-QfjZfp/code.lsp" (written 01 FEB 2016 11:10:46 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |TOOLSIGN;nonQsign;RU;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |TOOLSIGN;direction;SI;6|) ...) ; compiling (DEFUN |TOOLSIGN;nonQsign;RU;1| ...) ; file: /tmp/oa-QfjZfp/code.lsp ; in: DEFUN |TOOLSIGN;nonQsign;RU;1| ; (DEFUN BOOT::|TOOLSIGN;nonQsign;RU;1| (BOOT::|r| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 10)) ; (BOOT::|shellEntry| BOOT::$ 13))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TOOLSIGN;nonQsign;RU;1| ; (BOOT::|r| BOOT::$) ; (BLOCK BOOT::|TOOLSIGN;nonQsign;RU;1| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 10)) ; (BOOT::|shellEntry| BOOT::$ 13)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |TOOLSIGN;nonQsign;RU;2| ...) ; file: /tmp/oa-QfjZfp/code.lsp ; in: DEFUN |TOOLSIGN;nonQsign;RU;2| ; (DEFUN BOOT::|TOOLSIGN;nonQsign;RU;2| (BOOT::|r| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (CONS 1 "failed")) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TOOLSIGN;nonQsign;RU;2| ; (BOOT::|r| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|TOOLSIGN;nonQsign;RU;2| (CONS 1 "failed"))) ; ; caught STYLE-WARNING: ; The variable |r| is defined but never used. ; compiling (DEFUN |TOOLSIGN;sign;RU;3| ...) ; file: /tmp/oa-QfjZfp/code.lsp ; in: DEFUN |TOOLSIGN;sign;RU;3| ; (DEFUN BOOT::|TOOLSIGN;sign;RU;3| (BOOT::|r| BOOT::$) ; (LET ((BOOT::|u| (BOOT::SPADCALL BOOT::|r| #))) ; (COND ((ZEROP #) (CONS 0 #)) (T (BOOT::SPADCALL BOOT::|r| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TOOLSIGN;sign;RU;3| ; (BOOT::|r| BOOT::$) ; (BLOCK BOOT::|TOOLSIGN;sign;RU;3| ; (LET ((BOOT::|u| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |TOOLSIGN;sign;RU;4| ...) ; compiling (DEFUN |TOOLSIGN;sign;RU;5| ...) ; compiling (DEFUN |TOOLSIGN;direction;SI;6| ...) ; file: /tmp/oa-QfjZfp/code.lsp ; in: DEFUN |TOOLSIGN;direction;SI;6| ; (DEFUN BOOT::|TOOLSIGN;direction;SI;6| (BOOT::|st| BOOT::$) ; (COND ((NOT (NULL #)) 1) ((NOT (NULL #)) -1) ; (T (BOOT::|error| "Unknown option")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TOOLSIGN;direction;SI;6| ; (BOOT::|st| BOOT::$) ; (BLOCK BOOT::|TOOLSIGN;direction;SI;6| ; (COND ((NOT #) 1) ((NOT #) -1) (T (BOOT::|error| "Unknown option"))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |ToolsForSign| ...) ; compiling (DEFUN |ToolsForSign;| ...) ; compiling (MAKEPROP (QUOTE |ToolsForSign|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 3 notes ; /tmp/oa-QfjZfp/code.fasl written ; compilation finished in 0:00:00.035 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile LIMITRF.spad && cp LIMITRF.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LIMITRF.fasl \ && if test -f LIMITRF-.NRLIB/code.fasl; then \ cp LIMITRF-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LIMITRF-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LIMITRF.spad using Spad compiler. LIMITRF abbreviates package RationalFunctionLimitPackage debug: compDefine1 lhs: (RationalFunctionLimitPackage R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE limit ((Union (OrderedCompletion (Fraction (Polynomial R))) (Record (: leftHandLimit (Union (OrderedCompletion (Fraction (Polynomial R))) failed)) (: rightHandLimit (Union (OrderedCompletion (Fraction (Polynomial R))) failed))) failed) (Fraction (Polynomial R)) (Equation (OrderedCompletion (Polynomial R))))) (SIGNATURE limit ((Union (OrderedCompletion (Fraction (Polynomial R))) (Record (: leftHandLimit (Union (OrderedCompletion (Fraction (Polynomial R))) failed)) (: rightHandLimit (Union (OrderedCompletion (Fraction (Polynomial R))) failed))) failed) (Fraction (Polynomial R)) (Equation (Fraction (Polynomial R))))) (SIGNATURE complexLimit ((OnePointCompletion (Fraction (Polynomial R))) (Fraction (Polynomial R)) (Equation (OnePointCompletion (Polynomial R))))) (SIGNATURE complexLimit ((OnePointCompletion (Fraction (Polynomial R))) (Fraction (Polynomial R)) (Equation (Fraction (Polynomial R))))) (SIGNATURE limit ((Union (OrderedCompletion (Fraction (Polynomial R))) failed) (Fraction (Polynomial R)) (Equation (Fraction (Polynomial R))) (String)))) (GcdDomain)) debug: evaluateType form: (CATEGORY package (SIGNATURE limit ((Union (OrderedCompletion (Fraction (Polynomial R))) (Record (: leftHandLimit (Union (OrderedCompletion (Fraction (Polynomial R))) failed)) (: rightHandLimit (Union (OrderedCompletion (Fraction (Polynomial R))) failed))) failed) (Fraction (Polynomial R)) (Equation (OrderedCompletion (Polynomial R))))) (SIGNATURE limit ((Union (OrderedCompletion (Fraction (Polynomial R))) (Record (: leftHandLimit (Union (OrderedCompletion (Fraction (Polynomial R))) failed)) (: rightHandLimit (Union (OrderedCompletion (Fraction (Polynomial R))) failed))) failed) (Fraction (Polynomial R)) (Equation (Fraction (Polynomial R))))) (SIGNATURE complexLimit ((OnePointCompletion (Fraction (Polynomial R))) (Fraction (Polynomial R)) (Equation (OnePointCompletion (Polynomial R))))) (SIGNATURE complexLimit ((OnePointCompletion (Fraction (Polynomial R))) (Fraction (Polynomial R)) (Equation (Fraction (Polynomial R))))) (SIGNATURE limit ((Union (OrderedCompletion (Fraction (Polynomial R))) failed) (Fraction (Polynomial R)) (Equation (Fraction (Polynomial R))) (String)))) $param: (R) debug: evaluateType form: (Union (OrderedCompletion (Fraction (Polynomial R))) (Record (: leftHandLimit (Union (OrderedCompletion (Fraction (Polynomial R))) failed)) (: rightHandLimit (Union (OrderedCompletion (Fraction (Polynomial R))) failed))) failed) $param: (R) debug: evaluateType form: (OrderedCompletion (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (OrderedCompletion (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (SetCategory) debug: evaluateType form: (Record (: leftHandLimit (Union (OrderedCompletion (Fraction (Polynomial R))) failed)) (: rightHandLimit (Union (OrderedCompletion (Fraction (Polynomial R))) failed))) $param: (R) debug: evaluateType form: (Union (OrderedCompletion (Fraction (Polynomial R))) failed) $param: (R) debug: evaluateType form: (OrderedCompletion (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (OrderedCompletion (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (SetCategory) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Union (OrderedCompletion (Fraction (Polynomial R))) failed) $param: (R) debug: evaluateType form: (OrderedCompletion (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (OrderedCompletion (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (SetCategory) debug: evaluateType form: failed $param: (R) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (Equation (OrderedCompletion (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Equation (OrderedCompletion (Polynomial R))) debug: evaluateType1 x: (OrderedCompletion (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (OrderedCompletion (Polynomial R)) $param: (R) Debug: evaluateType1 form: (OrderedCompletion (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (SetCategory) debug: evalCategory d: (OrderedCompletion (Polynomial R)) c: (Type) debug: evaluateType form: (Union (OrderedCompletion (Fraction (Polynomial R))) (Record (: leftHandLimit (Union (OrderedCompletion (Fraction (Polynomial R))) failed)) (: rightHandLimit (Union (OrderedCompletion (Fraction (Polynomial R))) failed))) failed) $param: (R) debug: evaluateType form: (OrderedCompletion (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (OrderedCompletion (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (SetCategory) debug: evaluateType form: (Record (: leftHandLimit (Union (OrderedCompletion (Fraction (Polynomial R))) failed)) (: rightHandLimit (Union (OrderedCompletion (Fraction (Polynomial R))) failed))) $param: (R) debug: evaluateType form: (Union (OrderedCompletion (Fraction (Polynomial R))) failed) $param: (R) debug: evaluateType form: (OrderedCompletion (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (OrderedCompletion (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (SetCategory) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Union (OrderedCompletion (Fraction (Polynomial R))) failed) $param: (R) debug: evaluateType form: (OrderedCompletion (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (OrderedCompletion (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (SetCategory) debug: evaluateType form: failed $param: (R) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (Equation (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Equation (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evaluateType form: (OnePointCompletion (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (OnePointCompletion (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (SetCategory) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (Equation (OnePointCompletion (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Equation (OnePointCompletion (Polynomial R))) debug: evaluateType1 x: (OnePointCompletion (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (OnePointCompletion (Polynomial R)) $param: (R) Debug: evaluateType1 form: (OnePointCompletion (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (SetCategory) debug: evalCategory d: (OnePointCompletion (Polynomial R)) c: (Type) debug: evaluateType form: (OnePointCompletion (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (OnePointCompletion (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (SetCategory) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (Equation (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Equation (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evaluateType form: (Union (OrderedCompletion (Fraction (Polynomial R))) failed) $param: (R) debug: evaluateType form: (OrderedCompletion (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (OrderedCompletion (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (SetCategory) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (Equation (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Equation (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evaluateType form: (String) $param: (R) Debug: evaluateType1 form: (String) debug: evaluateType form: (GcdDomain) $param: (R) Debug: evaluateType1 form: (GcdDomain) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE limit ((Union (OrderedCompletion (Fraction (Polynomial R))) (Record (: leftHandLimit (Union (OrderedCompletion (Fraction (Polynomial R))) failed)) (: rightHandLimit (Union (OrderedCompletion (Fraction (Polynomial R))) failed))) failed) (Fraction (Polynomial R)) (Equation (OrderedCompletion (Polynomial R))))) (SIGNATURE limit ((Union (OrderedCompletion (Fraction (Polynomial R))) (Record (: leftHandLimit (Union (OrderedCompletion (Fraction (Polynomial R))) failed)) (: rightHandLimit (Union (OrderedCompletion (Fraction (Polynomial R))) failed))) failed) (Fraction (Polynomial R)) (Equation (Fraction (Polynomial R))))) (SIGNATURE complexLimit ((OnePointCompletion (Fraction (Polynomial R))) (Fraction (Polynomial R)) (Equation (OnePointCompletion (Polynomial R))))) (SIGNATURE complexLimit ((OnePointCompletion (Fraction (Polynomial R))) (Fraction (Polynomial R)) (Equation (Fraction (Polynomial R))))) (SIGNATURE limit ((Union (OrderedCompletion (Fraction (Polynomial R))) failed) (Fraction (Polynomial R)) (Equation (Fraction (Polynomial R))) (String)))) (GcdDomain)) debug: compDefine1 lhs: (RationalFunctionLimitPackage R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE limit ((Union (OrderedCompletion (Fraction (Polynomial R))) (Record (: leftHandLimit (Union (OrderedCompletion (Fraction (Polynomial R))) failed)) (: rightHandLimit (Union (OrderedCompletion (Fraction (Polynomial R))) failed))) failed) (Fraction (Polynomial R)) (Equation (OrderedCompletion (Polynomial R))))) (SIGNATURE limit ((Union (OrderedCompletion (Fraction (Polynomial R))) (Record (: leftHandLimit (Union (OrderedCompletion (Fraction (Polynomial R))) failed)) (: rightHandLimit (Union (OrderedCompletion (Fraction (Polynomial R))) failed))) failed) (Fraction (Polynomial R)) (Equation (Fraction (Polynomial R))))) (SIGNATURE complexLimit ((OnePointCompletion (Fraction (Polynomial R))) (Fraction (Polynomial R)) (Equation (OnePointCompletion (Polynomial R))))) (SIGNATURE complexLimit ((OnePointCompletion (Fraction (Polynomial R))) (Fraction (Polynomial R)) (Equation (Fraction (Polynomial R))))) (SIGNATURE limit ((Union (OrderedCompletion (Fraction (Polynomial R))) failed) (Fraction (Polynomial R)) (Equation (Fraction (Polynomial R))) (String)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE limit ((Union (OrderedCompletion (Fraction (Polynomial R))) (Record (: leftHandLimit (Union (OrderedCompletion (Fraction (Polynomial R))) failed)) (: rightHandLimit (Union (OrderedCompletion (Fraction (Polynomial R))) failed))) failed) (Fraction (Polynomial R)) (Equation (OrderedCompletion (Polynomial R))))) (SIGNATURE limit ((Union (OrderedCompletion (Fraction (Polynomial R))) (Record (: leftHandLimit (Union (OrderedCompletion (Fraction (Polynomial R))) failed)) (: rightHandLimit (Union (OrderedCompletion (Fraction (Polynomial R))) failed))) failed) (Fraction (Polynomial R)) (Equation (Fraction (Polynomial R))))) (SIGNATURE complexLimit ((OnePointCompletion (Fraction (Polynomial R))) (Fraction (Polynomial R)) (Equation (OnePointCompletion (Polynomial R))))) (SIGNATURE complexLimit ((OnePointCompletion (Fraction (Polynomial R))) (Fraction (Polynomial R)) (Equation (Fraction (Polynomial R))))) (SIGNATURE limit ((Union (OrderedCompletion (Fraction (Polynomial R))) failed) (Fraction (Polynomial R)) (Equation (Fraction (Polynomial R))) (String)))) $param: (R) debug: evaluateType form: (Union (OrderedCompletion (Fraction (Polynomial R))) (Record (: leftHandLimit (Union (OrderedCompletion (Fraction (Polynomial R))) failed)) (: rightHandLimit (Union (OrderedCompletion (Fraction (Polynomial R))) failed))) failed) $param: (R) debug: evaluateType form: (OrderedCompletion (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (OrderedCompletion (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (SetCategory) debug: evaluateType form: (Record (: leftHandLimit (Union (OrderedCompletion (Fraction (Polynomial R))) failed)) (: rightHandLimit (Union (OrderedCompletion (Fraction (Polynomial R))) failed))) $param: (R) debug: evaluateType form: (Union (OrderedCompletion (Fraction (Polynomial R))) failed) $param: (R) debug: evaluateType form: (OrderedCompletion (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (OrderedCompletion (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (SetCategory) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Union (OrderedCompletion (Fraction (Polynomial R))) failed) $param: (R) debug: evaluateType form: (OrderedCompletion (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (OrderedCompletion (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (SetCategory) debug: evaluateType form: failed $param: (R) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (Equation (OrderedCompletion (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Equation (OrderedCompletion (Polynomial R))) debug: evaluateType1 x: (OrderedCompletion (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (OrderedCompletion (Polynomial R)) $param: (R) Debug: evaluateType1 form: (OrderedCompletion (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (SetCategory) debug: evalCategory d: (OrderedCompletion (Polynomial R)) c: (Type) debug: evaluateType form: (Union (OrderedCompletion (Fraction (Polynomial R))) (Record (: leftHandLimit (Union (OrderedCompletion (Fraction (Polynomial R))) failed)) (: rightHandLimit (Union (OrderedCompletion (Fraction (Polynomial R))) failed))) failed) $param: (R) debug: evaluateType form: (OrderedCompletion (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (OrderedCompletion (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (SetCategory) debug: evaluateType form: (Record (: leftHandLimit (Union (OrderedCompletion (Fraction (Polynomial R))) failed)) (: rightHandLimit (Union (OrderedCompletion (Fraction (Polynomial R))) failed))) $param: (R) debug: evaluateType form: (Union (OrderedCompletion (Fraction (Polynomial R))) failed) $param: (R) debug: evaluateType form: (OrderedCompletion (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (OrderedCompletion (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (SetCategory) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Union (OrderedCompletion (Fraction (Polynomial R))) failed) $param: (R) debug: evaluateType form: (OrderedCompletion (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (OrderedCompletion (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (SetCategory) debug: evaluateType form: failed $param: (R) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (Equation (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Equation (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evaluateType form: (OnePointCompletion (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (OnePointCompletion (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (SetCategory) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (Equation (OnePointCompletion (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Equation (OnePointCompletion (Polynomial R))) debug: evaluateType1 x: (OnePointCompletion (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (OnePointCompletion (Polynomial R)) $param: (R) Debug: evaluateType1 form: (OnePointCompletion (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (SetCategory) debug: evalCategory d: (OnePointCompletion (Polynomial R)) c: (Type) debug: evaluateType form: (OnePointCompletion (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (OnePointCompletion (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (SetCategory) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (Equation (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Equation (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evaluateType form: (Union (OrderedCompletion (Fraction (Polynomial R))) failed) $param: (R) debug: evaluateType form: (OrderedCompletion (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (OrderedCompletion (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (SetCategory) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (Equation (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Equation (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evaluateType form: (String) $param: (R) Debug: evaluateType1 form: (String) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE limit ((Union (OrderedCompletion (Fraction (Polynomial R))) (Record (: leftHandLimit (Union (OrderedCompletion (Fraction (Polynomial R))) failed)) (: rightHandLimit (Union (OrderedCompletion (Fraction (Polynomial R))) failed))) failed) (Fraction (Polynomial R)) (Equation (OrderedCompletion (Polynomial R))))) (SIGNATURE limit ((Union (OrderedCompletion (Fraction (Polynomial R))) (Record (: leftHandLimit (Union (OrderedCompletion (Fraction (Polynomial R))) failed)) (: rightHandLimit (Union (OrderedCompletion (Fraction (Polynomial R))) failed))) failed) (Fraction (Polynomial R)) (Equation (Fraction (Polynomial R))))) (SIGNATURE complexLimit ((OnePointCompletion (Fraction (Polynomial R))) (Fraction (Polynomial R)) (Equation (OnePointCompletion (Polynomial R))))) (SIGNATURE complexLimit ((OnePointCompletion (Fraction (Polynomial R))) (Fraction (Polynomial R)) (Equation (Fraction (Polynomial R))))) (SIGNATURE limit ((Union (OrderedCompletion (Fraction (Polynomial R))) failed) (Fraction (Polynomial R)) (Equation (Fraction (Polynomial R))) (String)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for RationalFunctionLimitPackage compiling into /tmp/oa-ohpMXR importing ToolsForSign R importing InnerPolySign(Fraction Polynomial R,SparseUnivariatePolynomial Fraction Polynomial R) importing RationalFunctionSign R importing PolynomialCategoryQuotientFunctions(IndexedExponents Symbol,Symbol,R,Polynomial R,Fraction Polynomial R) compiling exported limit : (Fraction Polynomial R,Equation Fraction Polynomial R) -> Union(OrderedCompletion Fraction Polynomial R,Record(leftHandLimit: Union(OrderedCompletion Fraction Polynomial R,failed),rightHandLimit: Union(OrderedCompletion Fraction Polynomial R,failed)),failed) Time: 0.12 SEC. compiling exported complexLimit : (Fraction Polynomial R,Equation Fraction Polynomial R) -> OnePointCompletion Fraction Polynomial R Time: 0.03 SEC. compiling exported limit : (Fraction Polynomial R,Equation OrderedCompletion Polynomial R) -> Union(OrderedCompletion Fraction Polynomial R,Record(leftHandLimit: Union(OrderedCompletion Fraction Polynomial R,failed),rightHandLimit: Union(OrderedCompletion Fraction Polynomial R,failed)),failed) Time: 0.04 SEC. compiling exported complexLimit : (Fraction Polynomial R,Equation OnePointCompletion Polynomial R) -> OnePointCompletion Fraction Polynomial R Time: 0.05 SEC. compiling local fLimit : (Integer,SparseUnivariatePolynomial Fraction Polynomial R,Fraction Polynomial R,Integer) -> Union(OrderedCompletion Fraction Polynomial R,failed) Time: 0.06 SEC. compiling local finiteComplexLimit : (Fraction SparseUnivariatePolynomial Fraction Polynomial R,Fraction Polynomial R) -> OnePointCompletion Fraction Polynomial R Time: 0.14 SEC. compiling local finiteLimit : (Fraction SparseUnivariatePolynomial Fraction Polynomial R,Fraction Polynomial R) -> Union(OrderedCompletion Fraction Polynomial R,Record(leftHandLimit: Union(OrderedCompletion Fraction Polynomial R,failed),rightHandLimit: Union(OrderedCompletion Fraction Polynomial R,failed)),failed) Time: 0.32 SEC. compiling local locallimit : (Fraction Polynomial R,Symbol,OrderedCompletion Fraction Polynomial R) -> Union(OrderedCompletion Fraction Polynomial R,Record(leftHandLimit: Union(OrderedCompletion Fraction Polynomial R,failed),rightHandLimit: Union(OrderedCompletion Fraction Polynomial R,failed)),failed) Time: 0.14 SEC. compiling exported limit : (Fraction Polynomial R,Equation Fraction Polynomial R,String) -> Union(OrderedCompletion Fraction Polynomial R,failed) Time: 0.20 SEC. compiling local locallimitcomplex : (Fraction Polynomial R,Symbol,OnePointCompletion Fraction Polynomial R) -> OnePointCompletion Fraction Polynomial R Time: 0.06 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] locallimit: degree has no value [2] locallimitcomplex: degree has no value Cumulative Statistics for Constructor RationalFunctionLimitPackage Time: 1.17 seconds finalizing NRLIB LIMITRF Processing RationalFunctionLimitPackage for Browser database: -- limit : (RF,EQ OrderedCompletion P) -> U -- limit : (RF,EQ RF) -> U -- complexLimit : (RF,EQ OnePointCompletion P) -> OPF -- complexLimit : (RF,EQ RF) -> OPF -- limit : (RF,EQ RF,String) -> Result -- constructor ; compiling file "/tmp/oa-ohpMXR/code.lsp" (written 01 FEB 2016 11:10:47 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LIMITRF;limit;FEU;1| ...) ; file: /tmp/oa-ohpMXR/code.lsp ; in: DEFUN |LIMITRF;limit;FEU;1| ; (DEFUN BOOT::|LIMITRF;limit;FEU;1| (BOOT::|f| BOOT::|eq| BOOT::$) ; (PROG (BOOT::|a| BOOT::|x|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIMITRF;limit;FEU;1| ; (BOOT::|f| BOOT::|eq| BOOT::$) ; (BLOCK BOOT::|LIMITRF;limit;FEU;1| ; (PROG (BOOT::|a| BOOT::|x|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |LIMITRF;complexLimit;FEOpc;2| ...) ; compiling (DEFUN |LIMITRF;limit;FEU;3| ...) ; file: /tmp/oa-ohpMXR/code.lsp ; in: DEFUN |LIMITRF;limit;FEU;3| ; (DEFUN BOOT::|LIMITRF;limit;FEU;3| (BOOT::|f| BOOT::|eq| BOOT::$) ; (PROG (BOOT::|a| BOOT::|x| BOOT::|xx|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIMITRF;limit;FEU;3| ; (BOOT::|f| BOOT::|eq| BOOT::$) ; (BLOCK BOOT::|LIMITRF;limit;FEU;3| ; (PROG (BOOT::|a| BOOT::|x| BOOT::|xx|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |LIMITRF;limit;FEU;3!0| ...) ; compiling (DEFUN |LIMITRF;complexLimit;FEOpc;4| ...) ; compiling (DEFUN |LIMITRF;complexLimit;FEOpc;4!0| ...) ; compiling (DEFUN |LIMITRF;fLimit| ...) ; compiling (DEFUN |LIMITRF;finiteComplexLimit| ...) ; compiling (DEFUN |LIMITRF;finiteLimit| ...) ; compiling (DEFUN |LIMITRF;locallimit| ...) ; compiling (DEFUN |LIMITRF;limit;FESU;9| ...) ; file: /tmp/oa-ohpMXR/code.lsp ; in: DEFUN |LIMITRF;limit;FESU;9| ; (DEFUN BOOT::|LIMITRF;limit;FESU;9| (BOOT::|f| BOOT::|eq| BOOT::|st| BOOT::$) ; (PROG (BOOT::|s| BOOT::|d| BOOT::|n| BOOT::|g| BOOT::|a| BOOT::|x|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LIMITRF;limit;FESU;9| ; (BOOT::|f| BOOT::|eq| BOOT::|st| BOOT::$) ; (BLOCK BOOT::|LIMITRF;limit;FESU;9| ; (PROG (BOOT::|s| BOOT::|d| BOOT::|n| BOOT::|g| BOOT::|a| BOOT::|x|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |LIMITRF;locallimitcomplex| ...) ; compiling (DEFUN |RationalFunctionLimitPackage| ...) ; compiling (DEFUN |RationalFunctionLimitPackage;| ...) ; compiling (MAKEPROP (QUOTE |RationalFunctionLimitPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 3 notes ; /tmp/oa-ohpMXR/code.fasl written ; compilation finished in 0:00:00.069 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile LPEFRAC.spad && cp LPEFRAC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LPEFRAC.fasl \ && if test -f LPEFRAC-.NRLIB/code.fasl; then \ cp LPEFRAC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LPEFRAC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LPEFRAC.spad using Spad compiler. LPEFRAC abbreviates package LinearPolynomialEquationByFractions debug: compDefine1 lhs: (LinearPolynomialEquationByFractions R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE solveLinearPolynomialEquationByFractions ((Union (List (SparseUnivariatePolynomial R)) failed) (List (SparseUnivariatePolynomial R)) (SparseUnivariatePolynomial R)))) (PolynomialFactorizationExplicit)) debug: evaluateType form: (CATEGORY package (SIGNATURE solveLinearPolynomialEquationByFractions ((Union (List (SparseUnivariatePolynomial R)) failed) (List (SparseUnivariatePolynomial R)) (SparseUnivariatePolynomial R)))) $param: (R) debug: evaluateType form: (Union (List (SparseUnivariatePolynomial R)) failed) $param: (R) debug: evaluateType form: (List (SparseUnivariatePolynomial R)) $param: (R) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial R)) debug: evaluateType1 x: (SparseUnivariatePolynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (R) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial R) c: (Type) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (List (SparseUnivariatePolynomial R)) $param: (R) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial R)) debug: evaluateType1 x: (SparseUnivariatePolynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (R) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial R) c: (Type) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (R) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (PolynomialFactorizationExplicit) $param: (R) Debug: evaluateType1 form: (PolynomialFactorizationExplicit) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE solveLinearPolynomialEquationByFractions ((Union (List (SparseUnivariatePolynomial R)) failed) (List (SparseUnivariatePolynomial R)) (SparseUnivariatePolynomial R)))) (PolynomialFactorizationExplicit)) debug: compDefine1 lhs: (LinearPolynomialEquationByFractions R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE solveLinearPolynomialEquationByFractions ((Union (List (SparseUnivariatePolynomial R)) failed) (List (SparseUnivariatePolynomial R)) (SparseUnivariatePolynomial R)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE solveLinearPolynomialEquationByFractions ((Union (List (SparseUnivariatePolynomial R)) failed) (List (SparseUnivariatePolynomial R)) (SparseUnivariatePolynomial R)))) $param: (R) debug: evaluateType form: (Union (List (SparseUnivariatePolynomial R)) failed) $param: (R) debug: evaluateType form: (List (SparseUnivariatePolynomial R)) $param: (R) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial R)) debug: evaluateType1 x: (SparseUnivariatePolynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (R) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial R) c: (Type) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (List (SparseUnivariatePolynomial R)) $param: (R) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial R)) debug: evaluateType1 x: (SparseUnivariatePolynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (R) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial R) c: (Type) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (R) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE solveLinearPolynomialEquationByFractions ((Union (List (SparseUnivariatePolynomial R)) failed) (List (SparseUnivariatePolynomial R)) (SparseUnivariatePolynomial R)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for LinearPolynomialEquationByFractions compiling into /tmp/oa-4hkCLe importing UnivariatePolynomialCategoryFunctions2(R,SparseUnivariatePolynomial R,Fraction R,SparseUnivariatePolynomial Fraction R) compiling local pullback : SparseUnivariatePolynomial Fraction R -> Union(SparseUnivariatePolynomial R,failed) Time: 0.10 SEC. compiling exported solveLinearPolynomialEquationByFractions : (List SparseUnivariatePolynomial R,SparseUnivariatePolynomial R) -> Union(List SparseUnivariatePolynomial R,failed) Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] solveLinearPolynomialEquationByFractions: not known that Ring is of mode CATEGORY(package,solveLinearPolynomialEquationByFractions: (List SparseUnivariatePolynomial R,SparseUnivariatePolynomial R) -> Union(List SparseUnivariatePolynomial R,"failed")) Cumulative Statistics for Constructor LinearPolynomialEquationByFractions Time: 0.14 seconds finalizing NRLIB LPEFRAC Processing LinearPolynomialEquationByFractions for Browser database: -- solveLinearPolynomialEquationByFractions : (List SparseUnivariatePolynomial R,SparseUnivariatePolynomial R) -> Union(List SparseUnivariatePolynomial R,"failed") -- constructor ; compiling file "/tmp/oa-4hkCLe/code.lsp" (written 01 FEB 2016 11:10:47 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LPEFRAC;pullback| ...) ; compiling (DEFUN |LPEFRAC;solveLinearPolynomialEquationByFractions;LSupU;2| ...) ; compiling (DEFUN |LPEFRAC;solveLinearPolynomialEquationByFractions;LSupU;2!1| ...) ; compiling (DEFUN |LPEFRAC;solveLinearPolynomialEquationByFractions;LSupU;2!0| ...) ; compiling (DEFUN |LinearPolynomialEquationByFractions| ...) ; compiling (DEFUN |LinearPolynomialEquationByFractions;| ...) ; compiling (MAKEPROP (QUOTE |LinearPolynomialEquationByFractions|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-4hkCLe/code.fasl written ; compilation finished in 0:00:00.021 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile LSPP.spad && cp LSPP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LSPP.fasl \ && if test -f LSPP-.NRLIB/code.fasl; then \ cp LSPP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LSPP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LSPP.spad using Spad compiler. LSPP abbreviates package LinearSystemPolynomialPackage debug: compDefine1 lhs: (LinearSystemPolynomialPackage R E OV P) signature (pre-evaluate): ((CATEGORY package (SIGNATURE linSolve ((Record (: particular (Union (Vector (Fraction P)) failed)) (: basis (List (Vector (Fraction P))))) (List P) (List OV)))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE linSolve ((Record (: particular (Union (Vector (Fraction P)) failed)) (: basis (List (Vector (Fraction P))))) (List P) (List OV)))) $param: (R E OV P) debug: evaluateType form: (Record (: particular (Union (Vector (Fraction P)) failed)) (: basis (List (Vector (Fraction P))))) $param: (R E OV P) debug: evaluateType form: (Union (Vector (Fraction P)) failed) $param: (R E OV P) debug: evaluateType form: (Vector (Fraction P)) $param: (R E OV P) Debug: evaluateType1 form: (Vector (Fraction P)) debug: evaluateType1 x: (Fraction P) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E OV P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction P) $param: (R E OV P) Debug: evaluateType1 form: (Fraction P) debug: evaluateType1 x: P m: (IntegralDomain) debug: evalCategory d: (Fraction P) c: (Type) debug: evaluateType form: failed $param: (R E OV P) debug: evaluateType form: (List (Vector (Fraction P))) $param: (R E OV P) Debug: evaluateType1 form: (List (Vector (Fraction P))) debug: evaluateType1 x: (Vector (Fraction P)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E OV P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Vector (Fraction P)) $param: (R E OV P) Debug: evaluateType1 form: (Vector (Fraction P)) debug: evaluateType1 x: (Fraction P) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E OV P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction P) $param: (R E OV P) Debug: evaluateType1 form: (Fraction P) debug: evaluateType1 x: P m: (IntegralDomain) debug: evalCategory d: (Fraction P) c: (Type) debug: evalCategory d: (Vector (Fraction P)) c: (Type) debug: evaluateType form: (List P) $param: (R E OV P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List OV) $param: (R E OV P) Debug: evaluateType1 form: (List OV) debug: evaluateType1 x: OV m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE linSolve ((Record (: particular (Union (Vector (Fraction P)) failed)) (: basis (List (Vector (Fraction P))))) (List P) (List OV)))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for LinearSystemPolynomialPackage compiling into /tmp/oa-3xMaYq compiling local poly2vect : (P,List OV) -> Record(coefvec: Vector Fraction P,reductum: Fraction P) Time: 0.12 SEC. compiling local intoMatrix : (List P,List OV) -> Record(mat: Matrix Fraction P,vec: Vector Fraction P) Time: 0.08 SEC. compiling exported linSolve : (List P,List OV) -> Record(particular: Union(Vector Fraction P,failed),basis: List Vector Fraction P) Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] poly2vect: not known that Ring is of mode CATEGORY(package,linSolve: (List P,List OV) -> Record(particular: Union(Vector Fraction P,"failed"),basis: List Vector Fraction P)) Cumulative Statistics for Constructor LinearSystemPolynomialPackage Time: 0.23 seconds finalizing NRLIB LSPP Processing LinearSystemPolynomialPackage for Browser database: -- linSolve : (List P,List OV) -> Soln -- constructor ; compiling file "/tmp/oa-3xMaYq/code.lsp" (written 01 FEB 2016 11:10:48 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LSPP;poly2vect| ...) ; compiling (DEFUN |LSPP;intoMatrix| ...) ; compiling (DEFUN |LSPP;linSolve;LLR;3| ...) ; file: /tmp/oa-3xMaYq/code.lsp ; in: DEFUN |LSPP;linSolve;LLR;3| ; (DEFUN BOOT::|LSPP;linSolve;LLR;3| (BOOT::|ps| BOOT::|vs| BOOT::$) ; (LET ((BOOT::|r| (BOOT::|LSPP;intoMatrix| BOOT::|ps| BOOT::|vs| BOOT::$))) ; (BOOT::SPADCALL (CAR BOOT::|r|) (CDR BOOT::|r|) ; (BOOT::|shellEntry| BOOT::$ 50)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LSPP;linSolve;LLR;3| ; (BOOT::|ps| BOOT::|vs| BOOT::$) ; (BLOCK BOOT::|LSPP;linSolve;LLR;3| ; (LET ((BOOT::|r| #)) ; (BOOT::SPADCALL (CAR BOOT::|r|) (CDR BOOT::|r|) ; (BOOT::|shellEntry| BOOT::$ 50))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |LinearSystemPolynomialPackage| ...) ; compiling (DEFUN |LinearSystemPolynomialPackage;| ...) ; compiling (MAKEPROP (QUOTE |LinearSystemPolynomialPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-3xMaYq/code.fasl written ; compilation finished in 0:00:00.030 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MCDEN.spad && cp MCDEN.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MCDEN.fasl \ && if test -f MCDEN-.NRLIB/code.fasl; then \ cp MCDEN-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MCDEN-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MCDEN.spad using Spad compiler. MCDEN abbreviates package MatrixCommonDenominator debug: compDefine1 lhs: (MatrixCommonDenominator R Q) signature (pre-evaluate): ((CATEGORY package (SIGNATURE commonDenominator (R (Matrix Q))) (SIGNATURE clearDenominator ((Matrix R) (Matrix Q))) (SIGNATURE splitDenominator ((Record (: num (Matrix R)) (: den R)) (Matrix Q)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE commonDenominator (R (Matrix Q))) (SIGNATURE clearDenominator ((Matrix R) (Matrix Q))) (SIGNATURE splitDenominator ((Record (: num (Matrix R)) (: den R)) (Matrix Q)))) $param: (R Q) debug: evaluateType form: R $param: (R Q) debug: evaluateType form: (Matrix Q) $param: (R Q) Debug: evaluateType1 form: (Matrix Q) debug: evaluateType1 x: Q m: (Ring) debug: evaluateType form: (Matrix R) $param: (R Q) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix Q) $param: (R Q) Debug: evaluateType1 form: (Matrix Q) debug: evaluateType1 x: Q m: (Ring) debug: evaluateType form: (Record (: num (Matrix R)) (: den R)) $param: (R Q) debug: evaluateType form: (Matrix R) $param: (R Q) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R Q) debug: evaluateType form: (Matrix Q) $param: (R Q) Debug: evaluateType1 form: (Matrix Q) debug: evaluateType1 x: Q m: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE commonDenominator (R (Matrix Q))) (SIGNATURE clearDenominator ((Matrix R) (Matrix Q))) (SIGNATURE splitDenominator ((Record (: num (Matrix R)) (: den R)) (Matrix Q)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for MatrixCommonDenominator compiling into /tmp/oa-xCerRN importing ListFunctions2(Q,R) importing MatrixCategoryFunctions2(Q,Vector Q,Vector Q,Matrix Q,R,Vector R,Vector R,Matrix R) compiling exported clearDenominator : Matrix Q -> Matrix R Time: 0.05 SEC. compiling exported splitDenominator : Matrix Q -> Record(num: Matrix R,den: R) Time: 0.01 SEC. compiling exported commonDenominator : Matrix Q -> R Time: 0.02 SEC. compiling exported commonDenominator : Matrix Q -> R Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor MatrixCommonDenominator Time: 0.09 seconds finalizing NRLIB MCDEN Processing MatrixCommonDenominator for Browser database: -- commonDenominator : Matrix Q -> R -- clearDenominator : Matrix Q -> Matrix R -- splitDenominator : Matrix Q -> Record(num: Matrix R,den: R) -- constructor ; compiling file "/tmp/oa-xCerRN/code.lsp" (written 01 FEB 2016 11:10:48 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MCDEN;clearDenominator;MM;1| ...) ; compiling (DEFUN |MCDEN;clearDenominator;MM;1!0| ...) ; compiling (DEFUN |MCDEN;splitDenominator;MR;2| ...) ; compiling (DEFUN |MCDEN;splitDenominator;MR;2!0| ...) ; compiling (DEFUN |MCDEN;commonDenominator;MR;3| ...) ; compiling (DEFUN |MCDEN;commonDenominator;MR;4| ...) ; compiling (DEFUN |MatrixCommonDenominator| ...) ; compiling (DEFUN |MatrixCommonDenominator;| ...) ; compiling (MAKEPROP (QUOTE |MatrixCommonDenominator|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-xCerRN/code.fasl written ; compilation finished in 0:00:00.021 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MPOLY.spad && cp MPOLY.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MPOLY.fasl \ && if test -f MPOLY-.NRLIB/code.fasl; then \ cp MPOLY-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MPOLY-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MPOLY.spad using Spad compiler. MPOLY abbreviates domain MultivariatePolynomial debug: compDefine1 lhs: (MultivariatePolynomial vl R) signature (pre-evaluate): (NIL (List (Symbol)) (Ring)) debug: evaluateType form: (List (Symbol)) $param: (vl R) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (vl R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (vl R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (Ring) $param: (vl R) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): (NIL (List (Symbol)) (Ring)) debug: compDefine1 lhs: (MultivariatePolynomial vl R) signature (pre-evaluate): (NIL NIL NIL) debug: compDefine1 signature (post evaluate): (NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for MultivariatePolynomial compiling into /tmp/oa-diFQY5 (time taken in buildFunctor: 104) Time: 0.27 SEC. Cumulative Statistics for Constructor MultivariatePolynomial Time: 0.27 seconds finalizing NRLIB MPOLY Processing MultivariatePolynomial for Browser database: -- constructor ; compiling file "/tmp/oa-diFQY5/code.lsp" (written 01 FEB 2016 11:10:48 PM): ; compiling (DEFUN |MultivariatePolynomial| ...) ; compiling (DEFUN |MultivariatePolynomial;| ...) ; compiling (MAKEPROP (QUOTE |MultivariatePolynomial|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-diFQY5/code.fasl written ; compilation finished in 0:00:00.042 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MPRFF.spad && cp MPRFF.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MPRFF.fasl \ && if test -f MPRFF-.NRLIB/code.fasl; then \ cp MPRFF-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MPRFF-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MPRFF.spad using Spad compiler. MPRFF abbreviates package MPolyCatRationalFunctionFactorizer debug: compDefine1 lhs: (MPolyCatRationalFunctionFactorizer E OV R PRF) signature (pre-evaluate): ((CATEGORY package (SIGNATURE totalfract ((Record (: sup (Polynomial R)) (: inf (Polynomial R))) PRF)) (SIGNATURE pushdown (PRF PRF OV)) (SIGNATURE pushdterm (PRF (SparseUnivariatePolynomial PRF) OV)) (SIGNATURE pushup (PRF PRF OV)) (SIGNATURE pushucoef (PRF (SparseUnivariatePolynomial (Polynomial R)) OV)) (SIGNATURE pushuconst (PRF (Fraction (Polynomial R)) OV)) (SIGNATURE factor ((Factored PRF) PRF))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE totalfract ((Record (: sup (Polynomial R)) (: inf (Polynomial R))) PRF)) (SIGNATURE pushdown (PRF PRF OV)) (SIGNATURE pushdterm (PRF (SparseUnivariatePolynomial PRF) OV)) (SIGNATURE pushup (PRF PRF OV)) (SIGNATURE pushucoef (PRF (SparseUnivariatePolynomial (Polynomial R)) OV)) (SIGNATURE pushuconst (PRF (Fraction (Polynomial R)) OV)) (SIGNATURE factor ((Factored PRF) PRF))) $param: (E OV R PRF) debug: evaluateType form: (Record (: sup (Polynomial R)) (: inf (Polynomial R))) $param: (E OV R PRF) debug: evaluateType form: (Polynomial R) $param: (E OV R PRF) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Polynomial R) $param: (E OV R PRF) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: PRF $param: (E OV R PRF) debug: evaluateType form: PRF $param: (E OV R PRF) debug: evaluateType form: PRF $param: (E OV R PRF) debug: evaluateType form: OV $param: (E OV R PRF) debug: evaluateType form: PRF $param: (E OV R PRF) debug: evaluateType form: (SparseUnivariatePolynomial PRF) $param: (E OV R PRF) Debug: evaluateType1 form: (SparseUnivariatePolynomial PRF) debug: evaluateType1 x: PRF m: (Ring) debug: evaluateType form: OV $param: (E OV R PRF) debug: evaluateType form: PRF $param: (E OV R PRF) debug: evaluateType form: PRF $param: (E OV R PRF) debug: evaluateType form: OV $param: (E OV R PRF) debug: evaluateType form: PRF $param: (E OV R PRF) debug: evaluateType form: (SparseUnivariatePolynomial (Polynomial R)) $param: (E OV R PRF) Debug: evaluateType1 form: (SparseUnivariatePolynomial (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (E OV R PRF) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Polynomial R) $param: (E OV R PRF) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Ring) debug: evaluateType form: OV $param: (E OV R PRF) debug: evaluateType form: PRF $param: (E OV R PRF) debug: evaluateType form: (Fraction (Polynomial R)) $param: (E OV R PRF) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (E OV R PRF) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (E OV R PRF) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: OV $param: (E OV R PRF) debug: evaluateType form: (Factored PRF) $param: (E OV R PRF) Debug: evaluateType1 form: (Factored PRF) debug: evaluateType1 x: PRF m: (IntegralDomain) debug: evaluateType form: PRF $param: (E OV R PRF) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE totalfract ((Record (: sup (Polynomial R)) (: inf (Polynomial R))) PRF)) (SIGNATURE pushdown (PRF PRF OV)) (SIGNATURE pushdterm (PRF (SparseUnivariatePolynomial PRF) OV)) (SIGNATURE pushup (PRF PRF OV)) (SIGNATURE pushucoef (PRF (SparseUnivariatePolynomial (Polynomial R)) OV)) (SIGNATURE pushuconst (PRF (Fraction (Polynomial R)) OV)) (SIGNATURE factor ((Factored PRF) PRF))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for MPolyCatRationalFunctionFactorizer compiling into /tmp/oa-4lifbr compiling exported factor : PRF -> Factored PRF Time: 0.22 SEC. compiling exported pushdown : (PRF,OV) -> PRF Time: 0.01 SEC. compiling exported pushdterm : (SparseUnivariatePolynomial PRF,OV) -> PRF Time: 0.07 SEC. compiling exported pushup : (PRF,OV) -> PRF Time: 0.04 SEC. compiling exported pushuconst : (Fraction Polynomial R,OV) -> PRF Time: 0.10 SEC. compiling exported pushucoef : (SparseUnivariatePolynomial Polynomial R,OV) -> PRF Time: 0.04 SEC. compiling exported totalfract : PRF -> Record(sup: Polynomial R,inf: Polynomial R) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] factor: not known that PolynomialCategory(Fraction (Integer))(IndexedExponents (Symbol))(Symbol) is of mode CATEGORY(domain,IF(hasRAlgebra(Fraction(Integer())),integrate: (%,Symbol) -> %,%noBranch)) [2] factor: pretend Factored Polynomial R -- should replace by @ [3] factor: flist has no value [4] factor: irr has no value [5] factor: pow has no value [6] pushdown: not known that Ring is of mode CATEGORY(package,totalfract: PRF -> Record(sup: Polynomial R,inf: Polynomial R),pushdown: (PRF,OV) -> PRF,pushdterm: (SparseUnivariatePolynomial PRF,OV) -> PRF,pushup: (PRF,OV) -> PRF,pushucoef: (SparseUnivariatePolynomial Polynomial R,OV) -> PRF,pushuconst: (Fraction Polynomial R,OV) -> PRF,factor: PRF -> Factored PRF) Cumulative Statistics for Constructor MPolyCatRationalFunctionFactorizer Time: 0.50 seconds finalizing NRLIB MPRFF Processing MPolyCatRationalFunctionFactorizer for Browser database: -- convert : % -> Symbol -- totalfract : PRF -> QuoForm -- pushdown : (PRF,OV) -> PRF -- pushdterm : (UPRF,OV) -> PRF -- pushup : (PRF,OV) -> PRF -- pushucoef : (UP,OV) -> PRF -- pushuconst : (F,OV) -> PRF -- factor : PRF -> Factored PRF -- constructor ; compiling file "/tmp/oa-4lifbr/code.lsp" (written 01 FEB 2016 11:10:49 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MPRFF;factor;PRFF;1| ...) ; compiling (DEFUN |MPRFF;pushdown;PRFOVPRF;2| ...) ; compiling (DEFUN |MPRFF;pushdterm;SupOVPRF;3| ...) ; compiling (DEFUN |MPRFF;pushup;PRFOVPRF;4| ...) ; compiling (DEFUN |MPRFF;pushup;PRFOVPRF;4!0| ...) ; compiling (DEFUN |MPRFF;pushuconst;FOVPRF;5| ...) ; compiling (DEFUN |MPRFF;pushucoef;SupOVPRF;6| ...) ; compiling (DEFUN |MPRFF;totalfract;PRFR;7| ...) ; compiling (DEFUN |MPolyCatRationalFunctionFactorizer| ...) ; compiling (DEFUN |MPolyCatRationalFunctionFactorizer;| ...) ; compiling (MAKEPROP (QUOTE |MPolyCatRationalFunctionFactorizer|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-4lifbr/code.fasl written ; compilation finished in 0:00:00.051 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MULTSQFR.spad && cp MULTSQFR.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MULTSQFR.fasl \ && if test -f MULTSQFR-.NRLIB/code.fasl; then \ cp MULTSQFR-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MULTSQFR-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MULTSQFR.spad using Spad compiler. MULTSQFR abbreviates package MultivariateSquareFree debug: compDefine1 lhs: (MultivariateSquareFree E OV R P) signature (pre-evaluate): ((CATEGORY package (SIGNATURE squareFree ((Factored P) P)) (SIGNATURE squareFree ((Factored (SparseUnivariatePolynomial P)) (SparseUnivariatePolynomial P))) (SIGNATURE squareFreePrim ((Factored P) P)) (SIGNATURE compdegd ((Integer) (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer)))))) (SIGNATURE univcase ((Factored P) P OV)) (SIGNATURE consnewpol ((Record (: pol (SparseUnivariatePolynomial P)) (: polval (SparseUnivariatePolynomial R))) (SparseUnivariatePolynomial P) (SparseUnivariatePolynomial R) (Integer))) (SIGNATURE nsqfree ((Record (: unitPart P) (: suPart (List (Record (: factor (SparseUnivariatePolynomial P)) (: exponent (Integer)))))) (SparseUnivariatePolynomial P) (List OV) (List (List R)))) (SIGNATURE intChoose ((Record (: upol (SparseUnivariatePolynomial R)) (: Lval (List R)) (: Lfact (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer))))) (: ctpol R)) (SparseUnivariatePolynomial P) (List OV) (List (List R)))) (SIGNATURE coefChoose (P (Integer) (Factored P))) (SIGNATURE check ((Boolean) (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer)))) (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer)))))) (SIGNATURE lift ((Union (List (SparseUnivariatePolynomial P)) failed) (SparseUnivariatePolynomial P) (SparseUnivariatePolynomial R) (SparseUnivariatePolynomial R) P (List OV) (List (NonNegativeInteger)) (List R))) (SIGNATURE myDegree ((List (NonNegativeInteger)) (SparseUnivariatePolynomial P) (List OV) (NonNegativeInteger))) (SIGNATURE normDeriv2 ((SparseUnivariatePolynomial R) (SparseUnivariatePolynomial R) (Integer)))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE squareFree ((Factored P) P)) (SIGNATURE squareFree ((Factored (SparseUnivariatePolynomial P)) (SparseUnivariatePolynomial P))) (SIGNATURE squareFreePrim ((Factored P) P)) (SIGNATURE compdegd ((Integer) (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer)))))) (SIGNATURE univcase ((Factored P) P OV)) (SIGNATURE consnewpol ((Record (: pol (SparseUnivariatePolynomial P)) (: polval (SparseUnivariatePolynomial R))) (SparseUnivariatePolynomial P) (SparseUnivariatePolynomial R) (Integer))) (SIGNATURE nsqfree ((Record (: unitPart P) (: suPart (List (Record (: factor (SparseUnivariatePolynomial P)) (: exponent (Integer)))))) (SparseUnivariatePolynomial P) (List OV) (List (List R)))) (SIGNATURE intChoose ((Record (: upol (SparseUnivariatePolynomial R)) (: Lval (List R)) (: Lfact (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer))))) (: ctpol R)) (SparseUnivariatePolynomial P) (List OV) (List (List R)))) (SIGNATURE coefChoose (P (Integer) (Factored P))) (SIGNATURE check ((Boolean) (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer)))) (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer)))))) (SIGNATURE lift ((Union (List (SparseUnivariatePolynomial P)) failed) (SparseUnivariatePolynomial P) (SparseUnivariatePolynomial R) (SparseUnivariatePolynomial R) P (List OV) (List (NonNegativeInteger)) (List R))) (SIGNATURE myDegree ((List (NonNegativeInteger)) (SparseUnivariatePolynomial P) (List OV) (NonNegativeInteger))) (SIGNATURE normDeriv2 ((SparseUnivariatePolynomial R) (SparseUnivariatePolynomial R) (Integer)))) $param: (E OV R P) debug: evaluateType form: (Factored P) $param: (E OV R P) Debug: evaluateType1 form: (Factored P) debug: evaluateType1 x: P m: (IntegralDomain) debug: evaluateType form: P $param: (E OV R P) debug: evaluateType form: (Factored (SparseUnivariatePolynomial P)) $param: (E OV R P) Debug: evaluateType1 form: (Factored (SparseUnivariatePolynomial P)) debug: evaluateType1 x: (SparseUnivariatePolynomial P) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (E OV R P) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial P) c: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (Factored P) $param: (E OV R P) Debug: evaluateType1 form: (Factored P) debug: evaluateType1 x: P m: (IntegralDomain) debug: evaluateType form: P $param: (E OV R P) debug: evaluateType form: (Integer) $param: (E OV R P) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer)))) $param: (E OV R P) Debug: evaluateType1 form: (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer)))) debug: evaluateType1 x: (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer))) $param: (E OV R P) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Integer) $param: (E OV R P) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer))) c: (Type) debug: evaluateType form: (Factored P) $param: (E OV R P) Debug: evaluateType1 form: (Factored P) debug: evaluateType1 x: P m: (IntegralDomain) debug: evaluateType form: P $param: (E OV R P) debug: evaluateType form: OV $param: (E OV R P) debug: evaluateType form: (Record (: pol (SparseUnivariatePolynomial P)) (: polval (SparseUnivariatePolynomial R))) $param: (E OV R P) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Integer) $param: (E OV R P) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Record (: unitPart P) (: suPart (List (Record (: factor (SparseUnivariatePolynomial P)) (: exponent (Integer)))))) $param: (E OV R P) debug: evaluateType form: P $param: (E OV R P) debug: evaluateType form: (List (Record (: factor (SparseUnivariatePolynomial P)) (: exponent (Integer)))) $param: (E OV R P) Debug: evaluateType1 form: (List (Record (: factor (SparseUnivariatePolynomial P)) (: exponent (Integer)))) debug: evaluateType1 x: (Record (: factor (SparseUnivariatePolynomial P)) (: exponent (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: factor (SparseUnivariatePolynomial P)) (: exponent (Integer))) $param: (E OV R P) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (Integer) $param: (E OV R P) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: factor (SparseUnivariatePolynomial P)) (: exponent (Integer))) c: (Type) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (List OV) $param: (E OV R P) Debug: evaluateType1 form: (List OV) debug: evaluateType1 x: OV m: (Type) debug: evaluateType form: (List (List R)) $param: (E OV R P) Debug: evaluateType1 form: (List (List R)) debug: evaluateType1 x: (List R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List R) $param: (E OV R P) Debug: evaluateType1 form: (List R) debug: evaluateType1 x: R m: (Type) debug: evalCategory d: (List R) c: (Type) debug: evaluateType form: (Record (: upol (SparseUnivariatePolynomial R)) (: Lval (List R)) (: Lfact (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer))))) (: ctpol R)) $param: (E OV R P) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (List R) $param: (E OV R P) Debug: evaluateType1 form: (List R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer)))) $param: (E OV R P) Debug: evaluateType1 form: (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer)))) debug: evaluateType1 x: (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer))) $param: (E OV R P) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Integer) $param: (E OV R P) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer))) c: (Type) debug: evaluateType form: R $param: (E OV R P) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (List OV) $param: (E OV R P) Debug: evaluateType1 form: (List OV) debug: evaluateType1 x: OV m: (Type) debug: evaluateType form: (List (List R)) $param: (E OV R P) Debug: evaluateType1 form: (List (List R)) debug: evaluateType1 x: (List R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List R) $param: (E OV R P) Debug: evaluateType1 form: (List R) debug: evaluateType1 x: R m: (Type) debug: evalCategory d: (List R) c: (Type) debug: evaluateType form: P $param: (E OV R P) debug: evaluateType form: (Integer) $param: (E OV R P) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Factored P) $param: (E OV R P) Debug: evaluateType1 form: (Factored P) debug: evaluateType1 x: P m: (IntegralDomain) debug: evaluateType form: (Boolean) $param: (E OV R P) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer)))) $param: (E OV R P) Debug: evaluateType1 form: (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer)))) debug: evaluateType1 x: (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer))) $param: (E OV R P) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Integer) $param: (E OV R P) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer))) c: (Type) debug: evaluateType form: (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer)))) $param: (E OV R P) Debug: evaluateType1 form: (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer)))) debug: evaluateType1 x: (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer))) $param: (E OV R P) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Integer) $param: (E OV R P) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer))) c: (Type) debug: evaluateType form: (Union (List (SparseUnivariatePolynomial P)) failed) $param: (E OV R P) debug: evaluateType form: (List (SparseUnivariatePolynomial P)) $param: (E OV R P) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial P)) debug: evaluateType1 x: (SparseUnivariatePolynomial P) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial P) c: (Type) debug: evaluateType form: failed $param: (E OV R P) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: P $param: (E OV R P) debug: evaluateType form: (List OV) $param: (E OV R P) Debug: evaluateType1 form: (List OV) debug: evaluateType1 x: OV m: (Type) debug: evaluateType form: (List (NonNegativeInteger)) $param: (E OV R P) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (E OV R P) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (List R) $param: (E OV R P) Debug: evaluateType1 form: (List R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (List (NonNegativeInteger)) $param: (E OV R P) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (E OV R P) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (List OV) $param: (E OV R P) Debug: evaluateType1 form: (List OV) debug: evaluateType1 x: OV m: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (E OV R P) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Integer) $param: (E OV R P) Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE squareFree ((Factored P) P)) (SIGNATURE squareFree ((Factored (SparseUnivariatePolynomial P)) (SparseUnivariatePolynomial P))) (SIGNATURE squareFreePrim ((Factored P) P)) (SIGNATURE compdegd ((Integer) (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer)))))) (SIGNATURE univcase ((Factored P) P OV)) (SIGNATURE consnewpol ((Record (: pol (SparseUnivariatePolynomial P)) (: polval (SparseUnivariatePolynomial R))) (SparseUnivariatePolynomial P) (SparseUnivariatePolynomial R) (Integer))) (SIGNATURE nsqfree ((Record (: unitPart P) (: suPart (List (Record (: factor (SparseUnivariatePolynomial P)) (: exponent (Integer)))))) (SparseUnivariatePolynomial P) (List OV) (List (List R)))) (SIGNATURE intChoose ((Record (: upol (SparseUnivariatePolynomial R)) (: Lval (List R)) (: Lfact (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer))))) (: ctpol R)) (SparseUnivariatePolynomial P) (List OV) (List (List R)))) (SIGNATURE coefChoose (P (Integer) (Factored P))) (SIGNATURE check ((Boolean) (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer)))) (List (Record (: factor (SparseUnivariatePolynomial R)) (: exponent (Integer)))))) (SIGNATURE lift ((Union (List (SparseUnivariatePolynomial P)) failed) (SparseUnivariatePolynomial P) (SparseUnivariatePolynomial R) (SparseUnivariatePolynomial R) P (List OV) (List (NonNegativeInteger)) (List R))) (SIGNATURE myDegree ((List (NonNegativeInteger)) (SparseUnivariatePolynomial P) (List OV) (NonNegativeInteger))) (SIGNATURE normDeriv2 ((SparseUnivariatePolynomial R) (SparseUnivariatePolynomial R) (Integer)))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for MultivariateSquareFree compiling into /tmp/oa-JA3hfc importing GenExEuclid importing MultivariateLifting(E,OV,R,P) importing PolynomialGcdPackage(E,OV,R,P) importing FactoringUtilities(E,OV,R,P) importing IntegerCombinatoricFunctions Integer compiling exported nsqfree : (SparseUnivariatePolynomial P,List OV,List List R) -> Record(unitPart: P,suPart: List Record(factor: SparseUnivariatePolynomial P,exponent: Integer)) Time: 0.58 SEC. compiling exported squareFree : SparseUnivariatePolynomial P -> Factored SparseUnivariatePolynomial P Time: 0.60 SEC. compiling exported squareFree : P -> Factored P Time: 0.23 SEC. compiling exported intChoose : (SparseUnivariatePolynomial P,List OV,List List R) -> Record(upol: SparseUnivariatePolynomial R,Lval: List R,Lfact: List Record(factor: SparseUnivariatePolynomial R,exponent: Integer),ctpol: R) Time: 0.30 SEC. compiling exported coefChoose : (Integer,Factored P) -> P Time: 0.02 SEC. compiling exported consnewpol : (SparseUnivariatePolynomial P,SparseUnivariatePolynomial R,Integer) -> Record(pol: SparseUnivariatePolynomial P,polval: SparseUnivariatePolynomial R) Time: 0.03 SEC. compiling exported lift : (SparseUnivariatePolynomial P,SparseUnivariatePolynomial R,SparseUnivariatePolynomial R,P,List OV,List NonNegativeInteger,List R) -> Union(List SparseUnivariatePolynomial P,failed) Time: 0.23 SEC. compiling exported univcase : (P,OV) -> Factored P Time: 0.04 SEC. compiling exported compdegd : List Record(factor: SparseUnivariatePolynomial R,exponent: Integer) -> Integer Time: 0.02 SEC. compiling exported normDeriv2 : (SparseUnivariatePolynomial R,Integer) -> SparseUnivariatePolynomial R Time: 0.02 SEC. compiling exported myDegree : (SparseUnivariatePolynomial P,List OV,NonNegativeInteger) -> List NonNegativeInteger Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] nsqfree: lcf has no value [2] nsqfree: leadpol has no value [3] nsqfree: sqlc has no value [4] nsqfree: : NonNegativeInteger -- replace by pretend [5] nsqfree: sqlead has no value [6] nsqfree: unitsq has no value [7] squareFree: not known that IntegralDomain is of mode CATEGORY(package,squareFree: P -> Factored P,squareFree: SparseUnivariatePolynomial P -> Factored SparseUnivariatePolynomial P,squareFreePrim: P -> Factored P,compdegd: List Record(factor: SparseUnivariatePolynomial R,exponent: Integer) -> Integer,univcase: (P,OV) -> Factored P,consnewpol: (SparseUnivariatePolynomial P,SparseUnivariatePolynomial R,Integer) -> Record(pol: SparseUnivariatePolynomial P,polval: SparseUnivariatePolynomial R),nsqfree: (SparseUnivariatePolynomial P,List OV,List List R) -> Record(unitPart: P,suPart: List Record(factor: SparseUnivariatePolynomial P,exponent: Integer)),intChoose: (SparseUnivariatePolynomial P,List OV,List List R) -> Record(upol: SparseUnivariatePolynomial R,Lval: List R,Lfact: List Record(factor: SparseUnivariatePolynomial R,exponent: Integer),ctpol: R),coefChoose: (Integer,Factored P) -> P,check: (List Record(factor: SparseUnivariatePolynomial R,exponent: Integer),List Record(factor: SparseUnivariatePolynomial R,exponent: Integer)) -> Boolean,lift: (SparseUnivariatePolynomial P,SparseUnivariatePolynomial R,SparseUnivariatePolynomial R,P,List OV,List NonNegativeInteger,List R) -> Union(List SparseUnivariatePolynomial P,"failed"),myDegree: (SparseUnivariatePolynomial P,List OV,NonNegativeInteger) -> List NonNegativeInteger,normDeriv2: (SparseUnivariatePolynomial R,Integer) -> SparseUnivariatePolynomial R) [8] squareFree: fctr has no value [9] squareFree: xpnt has no value [10] squareFree: lvar has no value [11] squareFree: not known that Ring is of mode CATEGORY(package,squareFree: P -> Factored P,squareFree: SparseUnivariatePolynomial P -> Factored SparseUnivariatePolynomial P,squareFreePrim: P -> Factored P,compdegd: List Record(factor: SparseUnivariatePolynomial R,exponent: Integer) -> Integer,univcase: (P,OV) -> Factored P,consnewpol: (SparseUnivariatePolynomial P,SparseUnivariatePolynomial R,Integer) -> Record(pol: SparseUnivariatePolynomial P,polval: SparseUnivariatePolynomial R),nsqfree: (SparseUnivariatePolynomial P,List OV,List List R) -> Record(unitPart: P,suPart: List Record(factor: SparseUnivariatePolynomial P,exponent: Integer)),intChoose: (SparseUnivariatePolynomial P,List OV,List List R) -> Record(upol: SparseUnivariatePolynomial R,Lval: List R,Lfact: List Record(factor: SparseUnivariatePolynomial R,exponent: Integer),ctpol: R),coefChoose: (Integer,Factored P) -> P,check: (List Record(factor: SparseUnivariatePolynomial R,exponent: Integer),List Record(factor: SparseUnivariatePolynomial R,exponent: Integer)) -> Boolean,lift: (SparseUnivariatePolynomial P,SparseUnivariatePolynomial R,SparseUnivariatePolynomial R,P,List OV,List NonNegativeInteger,List R) -> Union(List SparseUnivariatePolynomial P,"failed"),myDegree: (SparseUnivariatePolynomial P,List OV,NonNegativeInteger) -> List NonNegativeInteger,normDeriv2: (SparseUnivariatePolynomial R,Integer) -> SparseUnivariatePolynomial R) [12] intChoose: factors has no value [13] intChoose: : R -- should replace by @ [14] intChoose: d1 has no value [15] lift: leadlist has no value Cumulative Statistics for Constructor MultivariateSquareFree Time: 2.12 seconds finalizing NRLIB MULTSQFR Processing MultivariateSquareFree for Browser database: -- squareFree : P -> Factored P -- squareFree : SUP -> Factored SUP -- squareFreePrim : P -> Factored P -- compdegd : List FFE -> Z -- univcase : (P,OV) -> Factored P -- consnewpol : (SUP,BP,Z) -> Twopol -- nsqfree : (SUP,List OV,List List R) -> squareForm -- intChoose : (SUP,List OV,List List R) -> Choice -- coefChoose : (Z,Factored P) -> P -- check : (List FFE,List FFE) -> Boolean -- lift : (SUP,BP,BP,P,List OV,List NNI,List R) -> Union(List SUP,"failed") -- myDegree : (SUP,List OV,NNI) -> List NNI -- normDeriv2 : (BP,Z) -> BP -- constructor ; compiling file "/tmp/oa-JA3hfc/code.lsp" (written 01 FEB 2016 11:10:51 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MULTSQFR;nsqfree;SupLLR;1| ...) ; compiling (DEFUN |MULTSQFR;nsqfree;SupLLR;1!0| ...) ; file: /tmp/oa-JA3hfc/code.lsp ; in: DEFUN |MULTSQFR;nsqfree;SupLLR;1!0| ; (DEFUN BOOT::|MULTSQFR;nsqfree;SupLLR;1!0| (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (< (CDR BOOT::|#2|) (CDR BOOT::|#1|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MULTSQFR;nsqfree;SupLLR;1!0| ; (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (BLOCK BOOT::|MULTSQFR;nsqfree;SupLLR;1!0| ; (< (CDR BOOT::|#2|) (CDR BOOT::|#1|)))) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |MULTSQFR;squareFree;SupF;2| ...) ; compiling (DEFUN |MULTSQFR;squareFree;PF;3| ...) ; compiling (DEFUN |MULTSQFR;intChoose;SupLLR;4| ...) ; file: /tmp/oa-JA3hfc/code.lsp ; in: DEFUN |MULTSQFR;intChoose;SupLLR;4| ; (DEFUN BOOT::|MULTSQFR;intChoose;SupLLR;4| ; (BOOT::|f| BOOT::|lvar| BOOT::|ltry| BOOT::$) ; (PROG (BOOT::|d0| BOOT::|ctf| BOOT::|f0| BOOT::|lval|) ; (RETURN ; (LET (# # # # # # # # # #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MULTSQFR;intChoose;SupLLR;4| ; (BOOT::|f| BOOT::|lvar| BOOT::|ltry| BOOT::$) ; (BLOCK BOOT::|MULTSQFR;intChoose;SupLLR;4| ; (PROG (BOOT::|d0| BOOT::|ctf| BOOT::|f0| BOOT::|lval|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |ltry| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS LIST T)) ; ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |MULTSQFR;coefChoose;IFP;5| ...) ; compiling (DEFUN |MULTSQFR;consnewpol;SupSupIR;6| ...) ; file: /tmp/oa-JA3hfc/code.lsp ; in: DEFUN |MULTSQFR;consnewpol;SupSupIR;6| ; (DEFUN BOOT::|MULTSQFR;consnewpol;SupSupIR;6| ; (BOOT::|g| BOOT::|g0| BOOT::|deg| BOOT::$) ; (COND ((EQL BOOT::|deg| 1) (CONS BOOT::|g| BOOT::|g0|)) ; (T (PROGN (SETQ #) (CONS # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MULTSQFR;consnewpol;SupSupIR;6| ; (BOOT::|g| BOOT::|g0| BOOT::|deg| BOOT::$) ; (BLOCK BOOT::|MULTSQFR;consnewpol;SupSupIR;6| ; (COND ((EQL BOOT::|deg| 1) (CONS BOOT::|g| BOOT::|g0|)) ; (T (PROGN # #))))) ; ; note: Assignment to argument: |deg| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |MULTSQFR;lift;Sup2SupPLLLU;7| ...) ; compiling (DEFUN |MULTSQFR;univcase;POVF;8| ...) ; compiling (DEFUN |MULTSQFR;compdegd;LI;9| ...) ; compiling (DEFUN |MULTSQFR;normDeriv2;SupISup;10| ...) ; compiling (DEFUN |MULTSQFR;myDegree;SupLNniL;11| ...) ; file: /tmp/oa-JA3hfc/code.lsp ; in: DEFUN |MULTSQFR;myDegree;SupLNniL;11| ; (DEFUN BOOT::|MULTSQFR;myDegree;SupLNniL;11| ; (BOOT::|f| BOOT::|lvar| BOOT::|exp| BOOT::$) ; (LET ((#:G910 (BOOT::SPADCALL BOOT::|f| BOOT::|lvar| #)) (#:G894 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G910 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MULTSQFR;myDegree;SupLNniL;11| ; (BOOT::|f| BOOT::|lvar| BOOT::|exp| BOOT::$) ; (BLOCK BOOT::|MULTSQFR;myDegree;SupLNniL;11| ; (LET ((#:G910 #) (#:G894 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS UNSIGNED-BYTE T)) &REST T). ; compiling (DEFUN |MultivariateSquareFree| ...) ; compiling (DEFUN |MultivariateSquareFree;| ...) ; compiling (MAKEPROP (QUOTE |MultivariateSquareFree|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 4 notes ; /tmp/oa-JA3hfc/code.fasl written ; compilation finished in 0:00:00.153 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile NSUP.spad && cp NSUP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/NSUP.fasl \ && if test -f NSUP-.NRLIB/code.fasl; then \ cp NSUP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/NSUP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NSUP.spad using Spad compiler. NSUP abbreviates domain NewSparseUnivariatePolynomial debug: compDefine1 lhs: (NewSparseUnivariatePolynomial R) signature (pre-evaluate): ((Join (UnivariatePolynomialCategory R) (CoercibleTo (SparseUnivariatePolynomial R)) (RetractableTo (SparseUnivariatePolynomial R)) (CATEGORY domain (SIGNATURE fmecg ($ $ (NonNegativeInteger) R $)) (SIGNATURE monicModulo ($ $ $)) (SIGNATURE lazyResidueClass ((Record (: polnum $) (: polden R) (: power (NonNegativeInteger))) $ $)) (SIGNATURE lazyPseudoRemainder ($ $ $)) (SIGNATURE lazyPseudoDivide ((Record (: coef R) (: gap (NonNegativeInteger)) (: quotient $) (: remainder $)) $ $)) (SIGNATURE lazyPseudoQuotient ($ $ $)) (IF (has R (IntegralDomain)) (PROGN (SIGNATURE subResultantsChain ((List $) $ $)) (SIGNATURE lastSubResultant ($ $ $)) (SIGNATURE extendedSubResultantGcd ((Record (: gcd $) (: coef1 $) (: coef2 $)) $ $)) (SIGNATURE halfExtendedSubResultantGcd1 ((Record (: gcd $) (: coef1 $)) $ $)) (SIGNATURE halfExtendedSubResultantGcd2 ((Record (: gcd $) (: coef2 $)) $ $)) (SIGNATURE extendedResultant ((Record (: resultant R) (: coef1 $) (: coef2 $)) $ $)) (SIGNATURE halfExtendedResultant1 ((Record (: resultant R) (: coef1 $)) $ $)) (SIGNATURE halfExtendedResultant2 ((Record (: resultant R) (: coef2 $)) $ $))) %noBranch))) NIL) debug: evaluateType form: (Join (UnivariatePolynomialCategory R) (CoercibleTo (SparseUnivariatePolynomial R)) (RetractableTo (SparseUnivariatePolynomial R)) (CATEGORY domain (SIGNATURE fmecg ($ $ (NonNegativeInteger) R $)) (SIGNATURE monicModulo ($ $ $)) (SIGNATURE lazyResidueClass ((Record (: polnum $) (: polden R) (: power (NonNegativeInteger))) $ $)) (SIGNATURE lazyPseudoRemainder ($ $ $)) (SIGNATURE lazyPseudoDivide ((Record (: coef R) (: gap (NonNegativeInteger)) (: quotient $) (: remainder $)) $ $)) (SIGNATURE lazyPseudoQuotient ($ $ $)) (IF (has R (IntegralDomain)) (PROGN (SIGNATURE subResultantsChain ((List $) $ $)) (SIGNATURE lastSubResultant ($ $ $)) (SIGNATURE extendedSubResultantGcd ((Record (: gcd $) (: coef1 $) (: coef2 $)) $ $)) (SIGNATURE halfExtendedSubResultantGcd1 ((Record (: gcd $) (: coef1 $)) $ $)) (SIGNATURE halfExtendedSubResultantGcd2 ((Record (: gcd $) (: coef2 $)) $ $)) (SIGNATURE extendedResultant ((Record (: resultant R) (: coef1 $) (: coef2 $)) $ $)) (SIGNATURE halfExtendedResultant1 ((Record (: resultant R) (: coef1 $)) $ $)) (SIGNATURE halfExtendedResultant2 ((Record (: resultant R) (: coef2 $)) $ $))) %noBranch))) $param: (R) debug: evaluateType form: (UnivariatePolynomialCategory R) $param: (R) Debug: evaluateType1 form: (UnivariatePolynomialCategory R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (CoercibleTo (SparseUnivariatePolynomial R)) $param: (R) Debug: evaluateType1 form: (CoercibleTo (SparseUnivariatePolynomial R)) debug: evaluateType1 x: (SparseUnivariatePolynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (R) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial R) c: (Type) debug: evaluateType form: (RetractableTo (SparseUnivariatePolynomial R)) $param: (R) Debug: evaluateType1 form: (RetractableTo (SparseUnivariatePolynomial R)) debug: evaluateType1 x: (SparseUnivariatePolynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (R) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial R) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE fmecg ($ $ (NonNegativeInteger) R $)) (SIGNATURE monicModulo ($ $ $)) (SIGNATURE lazyResidueClass ((Record (: polnum $) (: polden R) (: power (NonNegativeInteger))) $ $)) (SIGNATURE lazyPseudoRemainder ($ $ $)) (SIGNATURE lazyPseudoDivide ((Record (: coef R) (: gap (NonNegativeInteger)) (: quotient $) (: remainder $)) $ $)) (SIGNATURE lazyPseudoQuotient ($ $ $)) (IF (has R (IntegralDomain)) (PROGN (SIGNATURE subResultantsChain ((List $) $ $)) (SIGNATURE lastSubResultant ($ $ $)) (SIGNATURE extendedSubResultantGcd ((Record (: gcd $) (: coef1 $) (: coef2 $)) $ $)) (SIGNATURE halfExtendedSubResultantGcd1 ((Record (: gcd $) (: coef1 $)) $ $)) (SIGNATURE halfExtendedSubResultantGcd2 ((Record (: gcd $) (: coef2 $)) $ $)) (SIGNATURE extendedResultant ((Record (: resultant R) (: coef1 $) (: coef2 $)) $ $)) (SIGNATURE halfExtendedResultant1 ((Record (: resultant R) (: coef1 $)) $ $)) (SIGNATURE halfExtendedResultant2 ((Record (: resultant R) (: coef2 $)) $ $))) %noBranch)) $param: (R) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Record (: polnum $) (: polden R) (: power (NonNegativeInteger))) $param: (R) debug: evaluateType form: $ $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Record (: coef R) (: gap (NonNegativeInteger)) (: quotient $) (: remainder $)) $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: $ $param: (R) debug: evaluateType form: $ $param: (R) debug: compDefine1 signature (post evaluate): ((Join (UnivariatePolynomialCategory R) (CoercibleTo (SparseUnivariatePolynomial R)) (RetractableTo (SparseUnivariatePolynomial R)) (CATEGORY domain (SIGNATURE fmecg ($ $ (NonNegativeInteger) R $)) (SIGNATURE monicModulo ($ $ $)) (SIGNATURE lazyResidueClass ((Record (: polnum $) (: polden R) (: power (NonNegativeInteger))) $ $)) (SIGNATURE lazyPseudoRemainder ($ $ $)) (SIGNATURE lazyPseudoDivide ((Record (: coef R) (: gap (NonNegativeInteger)) (: quotient $) (: remainder $)) $ $)) (SIGNATURE lazyPseudoQuotient ($ $ $)) (IF (has R (IntegralDomain)) (PROGN (SIGNATURE subResultantsChain ((List $) $ $)) (SIGNATURE lastSubResultant ($ $ $)) (SIGNATURE extendedSubResultantGcd ((Record (: gcd $) (: coef1 $) (: coef2 $)) $ $)) (SIGNATURE halfExtendedSubResultantGcd1 ((Record (: gcd $) (: coef1 $)) $ $)) (SIGNATURE halfExtendedSubResultantGcd2 ((Record (: gcd $) (: coef2 $)) $ $)) (SIGNATURE extendedResultant ((Record (: resultant R) (: coef1 $) (: coef2 $)) $ $)) (SIGNATURE halfExtendedResultant1 ((Record (: resultant R) (: coef1 $)) $ $)) (SIGNATURE halfExtendedResultant2 ((Record (: resultant R) (: coef2 $)) $ $))) %noBranch))) NIL) ------------------------------------------------------------------------ initializing stationary directory for NewSparseUnivariatePolynomial compiling into /tmp/oa-mwyghL compiling local rep : % -> List Record(k: NonNegativeInteger,c: R) NSUP;rep s is replaced by s Time: 0.08 SEC. compiling local per : List Record(k: NonNegativeInteger,c: R) -> % NSUP;per l is replaced by l Time: 0 SEC. compiling exported coerce : % -> SparseUnivariatePolynomial R NSUP;coerce;$Sup;3 p is replaced by p Time: 0.01 SEC. compiling exported coerce : SparseUnivariatePolynomial R -> % NSUP;coerce;Sup$;4 p is replaced by p Time: 0.01 SEC. compiling exported retractIfCan : % -> Union(SparseUnivariatePolynomial R,failed) NSUP;retractIfCan;$U;5 p is replaced by %pair(0,p) Time: 0.01 SEC. compiling exported monicModulo : (%,%) -> % Time: 0.03 SEC. compiling exported lazyResidueClass : (%,%) -> Record(polnum: %,polden: R,power: NonNegativeInteger) Time: 0.04 SEC. compiling exported lazyPseudoRemainder : (%,%) -> % Time: 0.04 SEC. compiling exported lazyPseudoDivide : (%,%) -> Record(coef: R,gap: NonNegativeInteger,quotient: %,remainder: %) Time: 0.09 SEC. compiling exported lazyPseudoQuotient : (%,%) -> % Time: 0.05 SEC. compiling exported subResultantGcd : (%,%) -> % Time: 0.01 SEC. compiling exported subResultantsChain : (%,%) -> List % Time: 0.01 SEC. compiling exported lastSubResultant : (%,%) -> % Time: 0 SEC. compiling exported resultant : (%,%) -> R Time: 0.00 SEC. compiling exported extendedResultant : (%,%) -> Record(resultant: R,coef1: %,coef2: %) Time: 0.00 SEC. compiling exported halfExtendedResultant1 : (%,%) -> Record(resultant: R,coef1: %) Time: 0.01 SEC. compiling exported halfExtendedResultant2 : (%,%) -> Record(resultant: R,coef2: %) Time: 0.00 SEC. compiling exported extendedSubResultantGcd : (%,%) -> Record(gcd: %,coef1: %,coef2: %) Time: 0.00 SEC. compiling exported halfExtendedSubResultantGcd1 : (%,%) -> Record(gcd: %,coef1: %) Time: 0.01 SEC. compiling exported halfExtendedSubResultantGcd2 : (%,%) -> Record(gcd: %,coef2: %) Time: 0.00 SEC. compiling exported pseudoDivide : (%,%) -> Record(coef: R,quotient: %,remainder: %) Time: 0.06 SEC. compiling exported pseudoQuotient : (%,%) -> % Time: 0.06 SEC. (time taken in buildFunctor: 192) Time: 0.28 SEC. Warnings: [1] Consider using == definition for Rep [2] monicModulo: c has no value [3] monicModulo: k has no value [4] subResultantGcd: not known that UnivariatePolynomialCategoryR is of mode CATEGORY(domain,halfExtendedResultant2: (%,%) -> Record(resultant: R,coef2: %)) Cumulative Statistics for Constructor NewSparseUnivariatePolynomial Time: 0.80 seconds --------------non extending category---------------------- NewSparseUnivariatePolynomial #1 of category Join( UnivariatePolynomialCategory #1,CoercibleTo SparseUnivariatePolynomial #1,RetractableTo SparseUnivariatePolynomial #1) with fmecg : (%,NonNegativeInteger,#1,%) -> % monicModulo : (%,%) -> % lazyResidueClass : (%,%) -> Record(polnum: %,polden: #1, power: NonNegativeInteger) lazyPseudoRemainder : (%,%) -> % lazyPseudoDivide : (%,%) -> Record(coef: #1,gap: NonNegativeInteger,quotient: %,remainder: %) lazyPseudoQuotient : (%,%) -> %IF(has #1 (IntegralDomain)) (PROGN (SIGNATURE subResultantsChain ((List $) $ $)) (SIGNATURE lastSubResultant ($ $ $)) (SIGNATURE extendedSubResultantGcd ((Record (: gcd $) (: coef1 $) (: coef2 $)) $ $)) (SIGNATURE halfExtendedSubResultantGcd1 ((Record (: gcd $) (: coef1 $)) $ $)) (SIGNATURE halfExtendedSubResultantGcd2 ((Record (: gcd $) (: coef2 $)) $ $)) (SIGNATURE extendedResultant ((Record (: resultant #1) (: coef1 $) (: coef2 $)) $ $)) (SIGNATURE halfExtendedResultant1 ((Record (: resultant #1) (: coef1 $)) $ $)) (SIGNATURE halfExtendedResultant2 ((Record (: resultant #1) (: coef2 $)) $ $))) %noBranch has no outputForm : (%,OutputForm) -> OutputForm ---------------------------------------------------------- finalizing NRLIB NSUP Processing NewSparseUnivariatePolynomial for Browser database: -- fmecg : (%,NNI,R,%) -> % -- monicModulo : (%,%) -> % -- lazyResidueClass : (%,%) -> Record(polnum: %,polden: R,power: NNI) -- lazyPseudoRemainder : (%,%) -> % -- lazyPseudoDivide : (%,%) -> Record(coef: R,gap: NNI,quotient: %,remainder: %) -- lazyPseudoQuotient : (%,%) -> % -- subResultantsChain : (%,%) -> List % -- lastSubResultant : (%,%) -> % -- extendedSubResultantGcd : (%,%) -> Record(gcd: %,coef1: %,coef2: %) -- halfExtendedSubResultantGcd1 : (%,%) -> Record(gcd: %,coef1: %) -- halfExtendedSubResultantGcd2 : (%,%) -> Record(gcd: %,coef2: %) -- extendedResultant : (%,%) -> Record(resultant: R,coef1: %,coef2: %) -- halfExtendedResultant1 : (%,%) -> Record(resultant: R,coef1: %) -- halfExtendedResultant2 : (%,%) -> Record(resultant: R,coef2: %) -- constructor ; compiling file "/tmp/oa-mwyghL/code.lsp" (written 01 FEB 2016 11:10:53 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |NSUP;rep|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |NSUP;per|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |NSUP;coerce;$Sup;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |NSUP;coerce;Sup$;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |NSUP;retractIfCan;$U;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |NSUP;rep| ...) ; compiling (DEFUN |NSUP;per| ...) ; compiling (DEFUN |NSUP;coerce;$Sup;3| ...) ; compiling (DEFUN |NSUP;coerce;Sup$;4| ...) ; compiling (DEFUN |NSUP;retractIfCan;$U;5| ...) ; compiling (DEFUN |NSUP;monicModulo;3$;6| ...) ; file: /tmp/oa-mwyghL/code.lsp ; in: DEFUN |NSUP;monicModulo;3$;6| ; (DEFUN BOOT::|NSUP;monicModulo;3$;6| (BOOT::|x| BOOT::|y| BOOT::$) ; (PROG (BOOT::|u| BOOT::|e| BOOT::|xx|) (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NSUP;monicModulo;3$;6| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|NSUP;monicModulo;3$;6| ; (PROG (BOOT::|u| BOOT::|e| BOOT::|xx|) (RETURN (COND # # #))))) ; ; note: Assignment to argument: |y| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS CONS T)) ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |NSUP;lazyResidueClass;2$R;7| ...) ; file: /tmp/oa-mwyghL/code.lsp ; in: DEFUN |NSUP;lazyResidueClass;2$R;7| ; (DEFUN BOOT::|NSUP;lazyResidueClass;2$R;7| (BOOT::|x| BOOT::|y| BOOT::$) ; (PROG (BOOT::|u| BOOT::|e| BOOT::|pow|) (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NSUP;lazyResidueClass;2$R;7| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|NSUP;lazyResidueClass;2$R;7| ; (PROG (BOOT::|u| BOOT::|e| BOOT::|pow|) (RETURN (COND # # #))))) ; ; note: Assignment to argument: |y| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS CONS T)) ; ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |NSUP;lazyPseudoRemainder;3$;8| ...) ; file: /tmp/oa-mwyghL/code.lsp ; in: DEFUN |NSUP;lazyPseudoRemainder;3$;8| ; (DEFUN BOOT::|NSUP;lazyPseudoRemainder;3$;8| (BOOT::|x| BOOT::|y| BOOT::$) ; (PROG (BOOT::|u| BOOT::|e| BOOT::|xx|) ; (RETURN (COND (# #) (# #) (# BOOT::|x|) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NSUP;lazyPseudoRemainder;3$;8| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|NSUP;lazyPseudoRemainder;3$;8| ; (PROG (BOOT::|u| BOOT::|e| BOOT::|xx|) (RETURN (COND # # # #))))) ; ; note: Assignment to argument: |y| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS CONS T)) ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |NSUP;lazyPseudoDivide;2$R;9| ...) ; file: /tmp/oa-mwyghL/code.lsp ; in: DEFUN |NSUP;lazyPseudoDivide;2$R;9| ; (DEFUN BOOT::|NSUP;lazyPseudoDivide;2$R;9| (BOOT::|x| BOOT::|y| BOOT::$) ; (PROG (BOOT::|u| BOOT::|qq| BOOT::|pow|) (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NSUP;lazyPseudoDivide;2$R;9| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|NSUP;lazyPseudoDivide;2$R;9| ; (PROG (BOOT::|u| BOOT::|qq| BOOT::|pow|) (RETURN (COND # # #))))) ; ; note: Assignment to argument: |y| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS CONS T)) ; ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |NSUP;lazyPseudoQuotient;3$;10| ...) ; file: /tmp/oa-mwyghL/code.lsp ; in: DEFUN |NSUP;lazyPseudoQuotient;3$;10| ; (DEFUN BOOT::|NSUP;lazyPseudoQuotient;3$;10| (BOOT::|x| BOOT::|y| BOOT::$) ; (PROG (BOOT::|u| BOOT::|co| BOOT::|qq|) (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NSUP;lazyPseudoQuotient;3$;10| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|NSUP;lazyPseudoQuotient;3$;10| ; (PROG (BOOT::|u| BOOT::|co| BOOT::|qq|) (RETURN (COND # # #))))) ; ; note: Assignment to argument: |y| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS CONS T)) ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |NSUP;subResultantGcd;3$;11| ...) ; file: /tmp/oa-mwyghL/code.lsp ; in: DEFUN |NSUP;subResultantGcd;3$;11| ; (DEFUN BOOT::|NSUP;subResultantGcd;3$;11| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BOOT::SPADCALL BOOT::|p1| BOOT::|p2| (BOOT::|shellEntry| BOOT::$ 53))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NSUP;subResultantGcd;3$;11| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|NSUP;subResultantGcd;3$;11| ; (BOOT::SPADCALL BOOT::|p1| BOOT::|p2| (BOOT::|shellEntry| BOOT::$ 53)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |NSUP;subResultantsChain;2$L;12| ...) ; file: /tmp/oa-mwyghL/code.lsp ; in: DEFUN |NSUP;subResultantsChain;2$L;12| ; (DEFUN BOOT::|NSUP;subResultantsChain;2$L;12| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BOOT::SPADCALL BOOT::|p1| BOOT::|p2| (BOOT::|shellEntry| BOOT::$ 56))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NSUP;subResultantsChain;2$L;12| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|NSUP;subResultantsChain;2$L;12| ; (BOOT::SPADCALL BOOT::|p1| BOOT::|p2| (BOOT::|shellEntry| BOOT::$ 56)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |NSUP;lastSubResultant;3$;13| ...) ; file: /tmp/oa-mwyghL/code.lsp ; in: DEFUN |NSUP;lastSubResultant;3$;13| ; (DEFUN BOOT::|NSUP;lastSubResultant;3$;13| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BOOT::SPADCALL BOOT::|p1| BOOT::|p2| (BOOT::|shellEntry| BOOT::$ 59))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NSUP;lastSubResultant;3$;13| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|NSUP;lastSubResultant;3$;13| ; (BOOT::SPADCALL BOOT::|p1| BOOT::|p2| (BOOT::|shellEntry| BOOT::$ 59)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |NSUP;resultant;2$R;14| ...) ; compiling (DEFUN |NSUP;extendedResultant;2$R;15| ...) ; compiling (DEFUN |NSUP;halfExtendedResultant1;2$R;16| ...) ; compiling (DEFUN |NSUP;halfExtendedResultant2;2$R;17| ...) ; compiling (DEFUN |NSUP;extendedSubResultantGcd;2$R;18| ...) ; compiling (DEFUN |NSUP;halfExtendedSubResultantGcd1;2$R;19| ...) ; compiling (DEFUN |NSUP;halfExtendedSubResultantGcd2;2$R;20| ...) ; compiling (DEFUN |NSUP;pseudoDivide;2$R;21| ...) ; file: /tmp/oa-mwyghL/code.lsp ; in: DEFUN |NSUP;pseudoDivide;2$R;21| ; (DEFUN BOOT::|NSUP;pseudoDivide;2$R;21| (BOOT::|x| BOOT::|y| BOOT::$) ; (PROG (BOOT::|q| BOOT::|default| BOOT::|u| BOOT::|qq| BOOT::|pow|) ; (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NSUP;pseudoDivide;2$R;21| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|NSUP;pseudoDivide;2$R;21| ; (PROG (BOOT::|q| BOOT::|default| BOOT::|u| BOOT::|qq| BOOT::|pow|) ; (RETURN (COND # # #))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS CONS T)) ; ; ; note: Assignment to argument: |y| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS CONS T)) ; ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |NSUP;pseudoQuotient;3$;22| ...) ; file: /tmp/oa-mwyghL/code.lsp ; in: DEFUN |NSUP;pseudoQuotient;3$;22| ; (DEFUN BOOT::|NSUP;pseudoQuotient;3$;22| (BOOT::|x| BOOT::|y| BOOT::$) ; (PROG (BOOT::|u| BOOT::|co| BOOT::|qq| BOOT::|pow|) ; (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NSUP;pseudoQuotient;3$;22| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|NSUP;pseudoQuotient;3$;22| ; (PROG (BOOT::|u| BOOT::|co| BOOT::|qq| BOOT::|pow|) ; (RETURN (COND # # #))))) ; ; note: Assignment to argument: |y| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS CONS T)) ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |NewSparseUnivariatePolynomial| ...) ; compiling (DEFUN |NewSparseUnivariatePolynomial;| ...) ; compiling (MAKEPROP (QUOTE |NewSparseUnivariatePolynomial|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 18 notes ; /tmp/oa-mwyghL/code.fasl written ; compilation finished in 0:00:00.171 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ODP.spad && cp ODP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ODP.fasl \ && if test -f ODP-.NRLIB/code.fasl; then \ cp ODP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ODP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ODP.spad using Spad compiler. ODP abbreviates domain OrderedDirectProduct debug: compDefine1 lhs: (OrderedDirectProduct dim S f) signature (pre-evaluate): ((DirectProductCategory dim S) (NonNegativeInteger) (OrderedAbelianMonoidSup) (Mapping (Boolean) (Vector S) (Vector S))) debug: evaluateType form: (DirectProductCategory dim S) $param: (dim S f) Debug: evaluateType1 form: (DirectProductCategory dim S) debug: evaluateType1 x: dim m: (NonNegativeInteger) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (dim S f) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (dim S f) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (Mapping (Boolean) (Vector S) (Vector S)) $param: (dim S f) debug: evaluateType form: (Boolean) $param: (dim S f) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Vector S) $param: (dim S f) Debug: evaluateType1 form: (Vector S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (Vector S) $param: (dim S f) Debug: evaluateType1 form: (Vector S) debug: evaluateType1 x: S m: (Type) debug: compDefine1 signature (post evaluate): ((DirectProductCategory dim S) (NonNegativeInteger) (OrderedAbelianMonoidSup) (Mapping (Boolean) (Vector S) (Vector S))) debug: compDefine1 lhs: (OrderedDirectProduct dim S f) signature (pre-evaluate): ((DirectProductCategory dim S) NIL NIL NIL) debug: evaluateType form: (DirectProductCategory dim S) $param: (dim S f) Debug: evaluateType1 form: (DirectProductCategory dim S) debug: evaluateType1 x: dim m: (NonNegativeInteger) debug: evaluateType1 x: S m: (Type) debug: compDefine1 signature (post evaluate): ((DirectProductCategory dim S) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for OrderedDirectProduct compiling into /tmp/oa-3ISPN0 compiling exported < : (%,%) -> Boolean Time: 0.05 SEC. (time taken in buildFunctor: 304) Time: 0.35 SEC. Warnings: [1] Rep differs from the base domain Cumulative Statistics for Constructor OrderedDirectProduct Time: 0.40 seconds finalizing NRLIB ODP Processing OrderedDirectProduct for Browser database: -- constructor ; compiling file "/tmp/oa-3ISPN0/code.lsp" (written 01 FEB 2016 11:10:53 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ODP;<;2$B;1| ...) ; file: /tmp/oa-3ISPN0/code.lsp ; in: DEFUN |ODP;<;2$B;1| ; (DEFUN BOOT::|ODP;<;2$B;1| (BOOT::|x| BOOT::|y| BOOT::$) ; (FUNCALL (CAR (BOOT::|shellEntry| BOOT::$ 8)) BOOT::|x| BOOT::|y| ; (CDR (BOOT::|shellEntry| BOOT::$ 8)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ODP;<;2$B;1| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|ODP;<;2$B;1| ; (FUNCALL (CAR (BOOT::|shellEntry| BOOT::$ 8)) BOOT::|x| BOOT::|y| ; (CDR (BOOT::|shellEntry| BOOT::$ 8))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |OrderedDirectProduct| ...) ; compiling (DEFUN |OrderedDirectProduct;| ...) ; compiling (MAKEPROP (QUOTE |OrderedDirectProduct|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-3ISPN0/code.fasl written ; compilation finished in 0:00:00.074 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ODEPRRIC.spad && cp ODEPRRIC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ODEPRRIC.fasl \ && if test -f ODEPRRIC-.NRLIB/code.fasl; then \ cp ODEPRRIC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ODEPRRIC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ODEPRRIC.spad using Spad compiler. ODEPRRIC abbreviates package PrimitiveRatRicDE debug: compDefine1 lhs: (PrimitiveRatRicDE F UP L LQ) signature (pre-evaluate): ((CATEGORY package (SIGNATURE denomRicDE (UP L)) (SIGNATURE leadingCoefficientRicDE ((List (Record (: deg (NonNegativeInteger)) (: eq UP))) L)) (SIGNATURE constantCoefficientRicDE ((List (Record (: constant F) (: eq L))) L (Mapping (List F) UP))) (SIGNATURE polyRicDE ((List (Record (: poly UP) (: eq L))) L (Mapping (List F) UP))) (SIGNATURE singRicDE ((List (Record (: frac (Fraction UP)) (: eq L))) L (Mapping (List UP) UP (SparseUnivariatePolynomial UP)) (Mapping (Factored UP) UP))) (SIGNATURE changeVar (L L UP)) (SIGNATURE changeVar (L L (Fraction UP)))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE denomRicDE (UP L)) (SIGNATURE leadingCoefficientRicDE ((List (Record (: deg (NonNegativeInteger)) (: eq UP))) L)) (SIGNATURE constantCoefficientRicDE ((List (Record (: constant F) (: eq L))) L (Mapping (List F) UP))) (SIGNATURE polyRicDE ((List (Record (: poly UP) (: eq L))) L (Mapping (List F) UP))) (SIGNATURE singRicDE ((List (Record (: frac (Fraction UP)) (: eq L))) L (Mapping (List UP) UP (SparseUnivariatePolynomial UP)) (Mapping (Factored UP) UP))) (SIGNATURE changeVar (L L UP)) (SIGNATURE changeVar (L L (Fraction UP)))) $param: (F UP L LQ) debug: evaluateType form: UP $param: (F UP L LQ) debug: evaluateType form: L $param: (F UP L LQ) debug: evaluateType form: (List (Record (: deg (NonNegativeInteger)) (: eq UP))) $param: (F UP L LQ) Debug: evaluateType1 form: (List (Record (: deg (NonNegativeInteger)) (: eq UP))) debug: evaluateType1 x: (Record (: deg (NonNegativeInteger)) (: eq UP)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F UP L LQ) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: deg (NonNegativeInteger)) (: eq UP)) $param: (F UP L LQ) debug: evaluateType form: (NonNegativeInteger) $param: (F UP L LQ) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: UP $param: (F UP L LQ) debug: evalCategory d: (Record (: deg (NonNegativeInteger)) (: eq UP)) c: (Type) debug: evaluateType form: L $param: (F UP L LQ) debug: evaluateType form: (List (Record (: constant F) (: eq L))) $param: (F UP L LQ) Debug: evaluateType1 form: (List (Record (: constant F) (: eq L))) debug: evaluateType1 x: (Record (: constant F) (: eq L)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F UP L LQ) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: constant F) (: eq L)) $param: (F UP L LQ) debug: evaluateType form: F $param: (F UP L LQ) debug: evaluateType form: L $param: (F UP L LQ) debug: evalCategory d: (Record (: constant F) (: eq L)) c: (Type) debug: evaluateType form: L $param: (F UP L LQ) debug: evaluateType form: (Mapping (List F) UP) $param: (F UP L LQ) debug: evaluateType form: (List F) $param: (F UP L LQ) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: UP $param: (F UP L LQ) debug: evaluateType form: (List (Record (: poly UP) (: eq L))) $param: (F UP L LQ) Debug: evaluateType1 form: (List (Record (: poly UP) (: eq L))) debug: evaluateType1 x: (Record (: poly UP) (: eq L)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F UP L LQ) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: poly UP) (: eq L)) $param: (F UP L LQ) debug: evaluateType form: UP $param: (F UP L LQ) debug: evaluateType form: L $param: (F UP L LQ) debug: evalCategory d: (Record (: poly UP) (: eq L)) c: (Type) debug: evaluateType form: L $param: (F UP L LQ) debug: evaluateType form: (Mapping (List F) UP) $param: (F UP L LQ) debug: evaluateType form: (List F) $param: (F UP L LQ) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: UP $param: (F UP L LQ) debug: evaluateType form: (List (Record (: frac (Fraction UP)) (: eq L))) $param: (F UP L LQ) Debug: evaluateType1 form: (List (Record (: frac (Fraction UP)) (: eq L))) debug: evaluateType1 x: (Record (: frac (Fraction UP)) (: eq L)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F UP L LQ) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: frac (Fraction UP)) (: eq L)) $param: (F UP L LQ) debug: evaluateType form: (Fraction UP) $param: (F UP L LQ) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: L $param: (F UP L LQ) debug: evalCategory d: (Record (: frac (Fraction UP)) (: eq L)) c: (Type) debug: evaluateType form: L $param: (F UP L LQ) debug: evaluateType form: (Mapping (List UP) UP (SparseUnivariatePolynomial UP)) $param: (F UP L LQ) debug: evaluateType form: (List UP) $param: (F UP L LQ) Debug: evaluateType1 form: (List UP) debug: evaluateType1 x: UP m: (Type) debug: evaluateType form: UP $param: (F UP L LQ) debug: evaluateType form: (SparseUnivariatePolynomial UP) $param: (F UP L LQ) Debug: evaluateType1 form: (SparseUnivariatePolynomial UP) debug: evaluateType1 x: UP m: (Ring) debug: evaluateType form: (Mapping (Factored UP) UP) $param: (F UP L LQ) debug: evaluateType form: (Factored UP) $param: (F UP L LQ) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (F UP L LQ) debug: evaluateType form: L $param: (F UP L LQ) debug: evaluateType form: L $param: (F UP L LQ) debug: evaluateType form: UP $param: (F UP L LQ) debug: evaluateType form: L $param: (F UP L LQ) debug: evaluateType form: L $param: (F UP L LQ) debug: evaluateType form: (Fraction UP) $param: (F UP L LQ) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE denomRicDE (UP L)) (SIGNATURE leadingCoefficientRicDE ((List (Record (: deg (NonNegativeInteger)) (: eq UP))) L)) (SIGNATURE constantCoefficientRicDE ((List (Record (: constant F) (: eq L))) L (Mapping (List F) UP))) (SIGNATURE polyRicDE ((List (Record (: poly UP) (: eq L))) L (Mapping (List F) UP))) (SIGNATURE singRicDE ((List (Record (: frac (Fraction UP)) (: eq L))) L (Mapping (List UP) UP (SparseUnivariatePolynomial UP)) (Mapping (Factored UP) UP))) (SIGNATURE changeVar (L L UP)) (SIGNATURE changeVar (L L (Fraction UP)))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PrimitiveRatRicDE compiling into /tmp/oa-HqchVM importing PrimitiveRatDE(F,UP,L,LQ) importing BalancedFactorisation(F,UP) compiling local lambda : (UP,L) -> List Record(ij: List Integer,deg: NonNegativeInteger) Time: 0.08 SEC. compiling local infLambda : L -> List Record(ij: List Integer,deg: NonNegativeInteger) Time: 0.02 SEC. compiling local infmax : (Record(ij: List Integer,deg: NonNegativeInteger),L) -> List Integer Time: 0.01 SEC. compiling local dmax : (Record(ij: List Integer,deg: NonNegativeInteger),UP,L) -> List Integer Time: 0.02 SEC. compiling local tau0 : (UP,UP) -> UP Time: 0.03 SEC. compiling local poly1 : (UP,UP,Integer) -> SparseUnivariatePolynomial UP Time: 0.07 SEC. compiling local getIndices : (NonNegativeInteger,List Record(ij: List Integer,deg: NonNegativeInteger)) -> List Integer Time: 0.07 SEC. compiling exported denomRicDE : L -> UP Time: 0.02 SEC. compiling exported polyRicDE : (L,UP -> List F) -> List Record(poly: UP,eq: L) Time: 0.04 SEC. compiling local refine : (List UP,UP -> Factored UP) -> List UP Time: 0.05 SEC. compiling local padicsol : (UP,L,NonNegativeInteger,Boolean,(UP,SparseUnivariatePolynomial UP) -> List UP) -> List Record(frac: Fraction UP,eq: L) Time: 0.18 SEC. compiling local leadingDenomRicDE : (UP,L) -> List Record(deg: NonNegativeInteger,eq: SparseUnivariatePolynomial UP) Time: 0.16 SEC. compiling local getPol : (Record(ij: List Integer,deg: NonNegativeInteger),UP,L,List Integer) -> SparseUnivariatePolynomial UP Time: 0.08 SEC. compiling local getPol1 : (List Integer,UP,L) -> SparseUnivariatePolynomial UP Time: 0.26 SEC. compiling exported constantCoefficientRicDE : (L,UP -> List F) -> List Record(constant: F,eq: L) Time: 0.06 SEC. compiling local constantCoefficientOperator : (L,NonNegativeInteger) -> UP Time: 0.05 SEC. compiling local getPoly : (Record(ij: List Integer,deg: NonNegativeInteger),L,List Integer) -> UP Time: 0.03 SEC. compiling local innermax : (Record(ij: List Integer,deg: NonNegativeInteger),L,UP -> Integer) -> List Integer Time: 0.18 SEC. compiling exported leadingCoefficientRicDE : L -> List Record(deg: NonNegativeInteger,eq: UP) Time: 0.06 SEC. compiling local factoredDenomRicDE : L -> List UP Time: 0.02 SEC. compiling exported changeVar : (L,UP) -> L Time: 0.02 SEC. compiling exported changeVar : (L,Fraction UP) -> L Time: 0.06 SEC. compiling local bound : (UP,L) -> NonNegativeInteger Time: 0.02 SEC. compiling local innerlb : (L,UP -> Integer) -> List Record(ij: List Integer,deg: NonNegativeInteger) Time: 0.06 SEC. compiling exported singRicDE : (L,(UP,SparseUnivariatePolynomial UP) -> List UP,UP -> Factored UP) -> List Record(frac: Fraction UP,eq: L) Time: 0.08 SEC. compiling local fracsol : (L,(UP,SparseUnivariatePolynomial UP) -> List UP,List UP) -> List Record(frac: Fraction UP,eq: L) Time: 0.14 SEC. compiling local polysol : (L,NonNegativeInteger,Boolean,UP -> List F) -> List Record(poly: UP,eq: L) Time: 0.07 SEC. (time taken in buildFunctor: 0) Time: 0.03 SEC. Warnings: [1] refine: factors has no value [2] padicsol: eq has no value [3] padicsol: deg has no value [4] padicsol: frac has no value [5] leadingDenomRicDE: ind has no value [6] leadingDenomRicDE: deg has no value [7] leadingCoefficientRicDE: ind has no value [8] leadingCoefficientRicDE: deg has no value [9] factoredDenomRicDE: factors has no value [10] bound: empty? has no value [11] polysol: eq has no value [12] polysol: deg has no value [13] polysol: poly has no value Cumulative Statistics for Constructor PrimitiveRatRicDE Time: 1.98 seconds finalizing NRLIB ODEPRRIC Processing PrimitiveRatRicDE for Browser database: -- denomRicDE : L -> UP -- leadingCoefficientRicDE : L -> List REC -- constantCoefficientRicDE : (L,(UP -> List F)) -> List CNT -- polyRicDE : (L,(UP -> List F)) -> List POL -- singRicDE : (L,((UP,UP2) -> List UP),(UP -> Factored UP)) -> List FRC -- changeVar : (L,UP) -> L -- changeVar : (L,RF) -> L -- constructor ; compiling file "/tmp/oa-HqchVM/code.lsp" (written 01 FEB 2016 11:10:56 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ODEPRRIC;lambda| ...) ; compiling (DEFUN |ODEPRRIC;lambda!0| ...) ; compiling (DEFUN |ODEPRRIC;infLambda| ...) ; compiling (DEFUN |ODEPRRIC;infLambda!0| ...) ; compiling (DEFUN |ODEPRRIC;infmax| ...) ; compiling (DEFUN |ODEPRRIC;infmax!0| ...) ; compiling (DEFUN |ODEPRRIC;dmax| ...) ; compiling (DEFUN |ODEPRRIC;dmax!0| ...) ; compiling (DEFUN |ODEPRRIC;tau0| ...) ; compiling (DEFUN |ODEPRRIC;poly1| ...) ; file: /tmp/oa-HqchVM/code.lsp ; in: DEFUN |ODEPRRIC;poly1| ; (DEFUN BOOT::|ODEPRRIC;poly1| (BOOT::|c| BOOT::|cp| BOOT::|i| BOOT::$) ; (LET ((#:G566 NIL) (#:G567 T) (BOOT::|j| 0) (#:G836 (- BOOT::|i| 1))) ; (LOOP (COND (# #) (T #)) ; (SETQ BOOT::|j| #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ODEPRRIC;poly1| ; (BOOT::|c| BOOT::|cp| BOOT::|i| BOOT::$) ; (BLOCK BOOT::|ODEPRRIC;poly1| ; (LET ((#:G566 NIL) (#:G567 T) (BOOT::|j| 0) (#:G836 #)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; caught STYLE-WARNING: ; The variable |c| is defined but never used. ; compiling (DEFUN |ODEPRRIC;getIndices| ...) ; file: /tmp/oa-HqchVM/code.lsp ; in: DEFUN |ODEPRRIC;getIndices| ; (DEFUN BOOT::|ODEPRRIC;getIndices| (BOOT::|n| BOOT::|l| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL ; (LET (# #) ; (LOOP # ; #)) ; (BOOT::|shellEntry| BOOT::$ 39)) ; (BOOT::|shellEntry| BOOT::$ 40))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ODEPRRIC;getIndices| ; (BOOT::|n| BOOT::|l| BOOT::$) ; (BLOCK BOOT::|ODEPRRIC;getIndices| ; (BOOT::SPADCALL ; (BOOT::SPADCALL ; (LET # ; #) ; (BOOT::|shellEntry| BOOT::$ 39)) ; (BOOT::|shellEntry| BOOT::$ 40)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS INTEGER T)) &REST T). ; compiling (DEFUN |ODEPRRIC;denomRicDE;LUP;8| ...) ; compiling (DEFUN |ODEPRRIC;polyRicDE;LML;9| ...) ; compiling (DEFUN |ODEPRRIC;refine| ...) ; file: /tmp/oa-HqchVM/code.lsp ; in: DEFUN |ODEPRRIC;refine| ; (DEFUN BOOT::|ODEPRRIC;refine| (BOOT::|l| BOOT::|ezfactor| BOOT::$) ; (BOOT::SPADCALL ; (LET ((#:G839 BOOT::|l|) (#:G593 NIL)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::|shellEntry| BOOT::$ 58))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ODEPRRIC;refine| ; (BOOT::|l| BOOT::|ezfactor| BOOT::$) ; (BLOCK BOOT::|ODEPRRIC;refine| ; (BOOT::SPADCALL ; (LET (# #) ; (LOOP # ; #)) ; (BOOT::|shellEntry| BOOT::$ 58)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ODEPRRIC;padicsol| ...) ; compiling (DEFUN |ODEPRRIC;padicsol!0| ...) ; compiling (DEFUN |ODEPRRIC;leadingDenomRicDE| ...) ; file: /tmp/oa-HqchVM/code.lsp ; in: DEFUN |ODEPRRIC;leadingDenomRicDE| ; (DEFUN BOOT::|ODEPRRIC;leadingDenomRicDE| (BOOT::|c| BOOT::|l| BOOT::$) ; (LET ((BOOT::|ind| NIL) ; (BOOT::|lb| (BOOT::|ODEPRRIC;lambda| BOOT::|c| BOOT::|l| BOOT::$)) ; (BOOT::|done| NIL) ; (BOOT::|ans| NIL)) ; (BOOT::SEQ ; (LET (#) ; (LOOP # ; #)) ; (BOOT::EXIT (BOOT::SPADCALL # BOOT::|ans| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ODEPRRIC;leadingDenomRicDE| ; (BOOT::|c| BOOT::|l| BOOT::$) ; (BLOCK BOOT::|ODEPRRIC;leadingDenomRicDE| ; (LET ((BOOT::|ind| NIL) ; (BOOT::|lb| #) ; (BOOT::|done| NIL) ; (BOOT::|ans| NIL)) ; (BOOT::SEQ ; (LET # ; #) ; (BOOT::EXIT #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |ODEPRRIC;leadingDenomRicDE!0| ...) ; file: /tmp/oa-HqchVM/code.lsp ; in: DEFUN |ODEPRRIC;leadingDenomRicDE!0| ; (DEFUN BOOT::|ODEPRRIC;leadingDenomRicDE!0| (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (< (CAR BOOT::|#2|) (CAR BOOT::|#1|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ODEPRRIC;leadingDenomRicDE!0| ; (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (BLOCK BOOT::|ODEPRRIC;leadingDenomRicDE!0| ; (< (CAR BOOT::|#2|) (CAR BOOT::|#1|)))) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |ODEPRRIC;getPol| ...) ; compiling (DEFUN |ODEPRRIC;getPol1| ...) ; compiling (DEFUN |ODEPRRIC;constantCoefficientRicDE;LML;15| ...) ; file: /tmp/oa-HqchVM/code.lsp ; in: DEFUN |ODEPRRIC;constantCoefficientRicDE;LML;15| ; (DEFUN BOOT::|ODEPRRIC;constantCoefficientRicDE;LML;15| ; (BOOT::|op| BOOT::|ric| BOOT::$) ; (LET ((BOOT::|m| ; (LET # ; #))) ; (LET ((#:G847 #) (#:G677 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ODEPRRIC;constantCoefficientRicDE;LML;15| ; (BOOT::|op| BOOT::|ric| BOOT::$) ; (BLOCK BOOT::|ODEPRRIC;constantCoefficientRicDE;LML;15| ; (LET ((BOOT::|m| #)) ; (LET (# #) ; (LOOP # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |ODEPRRIC;constantCoefficientOperator| ...) ; compiling (DEFUN |ODEPRRIC;getPoly| ...) ; file: /tmp/oa-HqchVM/code.lsp ; in: DEFUN |ODEPRRIC;getPoly| ; (DEFUN BOOT::|ODEPRRIC;getPoly| (BOOT::|rec| BOOT::|l| BOOT::|ind| BOOT::$) ; (LET ((#:G692 NIL) (#:G693 T) (#:G849 BOOT::|ind|)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G849 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ODEPRRIC;getPoly| ; (BOOT::|rec| BOOT::|l| BOOT::|ind| BOOT::$) ; (BLOCK BOOT::|ODEPRRIC;getPoly| ; (LET ((#:G692 NIL) (#:G693 T) (#:G849 BOOT::|ind|)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; caught STYLE-WARNING: ; The variable |rec| is defined but never used. ; compiling (DEFUN |ODEPRRIC;innermax| ...) ; compiling (DEFUN |ODEPRRIC;leadingCoefficientRicDE;LL;19| ...) ; file: /tmp/oa-HqchVM/code.lsp ; in: DEFUN |ODEPRRIC;leadingCoefficientRicDE;LL;19| ; (DEFUN BOOT::|ODEPRRIC;leadingCoefficientRicDE;LL;19| (BOOT::|l| BOOT::$) ; (LET ((BOOT::|ind| NIL) ; (BOOT::|lb| (BOOT::|ODEPRRIC;infLambda| BOOT::|l| BOOT::$)) ; (BOOT::|done| NIL) ; (BOOT::|ans| NIL)) ; (BOOT::SEQ ; (LET (#) ; (LOOP # ; #)) ; (BOOT::EXIT (BOOT::SPADCALL # BOOT::|ans| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ODEPRRIC;leadingCoefficientRicDE;LL;19| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|ODEPRRIC;leadingCoefficientRicDE;LL;19| ; (LET ((BOOT::|ind| NIL) ; (BOOT::|lb| #) ; (BOOT::|done| NIL) ; (BOOT::|ans| NIL)) ; (BOOT::SEQ ; (LET # ; #) ; (BOOT::EXIT #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |ODEPRRIC;leadingCoefficientRicDE;LL;19!0| ...) ; file: /tmp/oa-HqchVM/code.lsp ; in: DEFUN |ODEPRRIC;leadingCoefficientRicDE;LL;19!0| ; (DEFUN BOOT::|ODEPRRIC;leadingCoefficientRicDE;LL;19!0| ; (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (< (CAR BOOT::|#2|) (CAR BOOT::|#1|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ODEPRRIC;leadingCoefficientRicDE;LL;19!0| ; (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (BLOCK BOOT::|ODEPRRIC;leadingCoefficientRicDE;LL;19!0| ; (< (CAR BOOT::|#2|) (CAR BOOT::|#1|)))) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |ODEPRRIC;factoredDenomRicDE| ...) ; file: /tmp/oa-HqchVM/code.lsp ; in: DEFUN |ODEPRRIC;factoredDenomRicDE| ; (DEFUN BOOT::|ODEPRRIC;factoredDenomRicDE| (BOOT::|l| BOOT::$) ; (LET ((BOOT::|bd| (BOOT::SPADCALL # #))) ; (LET ((#:G851 BOOT::|bd|) (#:G732 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ODEPRRIC;factoredDenomRicDE| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|ODEPRRIC;factoredDenomRicDE| ; (LET ((BOOT::|bd| #)) ; (LET (# #) ; (LOOP # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ODEPRRIC;changeVar;LUPL;21| ...) ; compiling (DEFUN |ODEPRRIC;changeVar;LFL;22| ...) ; compiling (DEFUN |ODEPRRIC;bound| ...) ; file: /tmp/oa-HqchVM/code.lsp ; in: DEFUN |ODEPRRIC;bound| ; (DEFUN BOOT::|ODEPRRIC;bound| (BOOT::|c| BOOT::|l| BOOT::$) ; (LET ((BOOT::|lb| (BOOT::|ODEPRRIC;lambda| BOOT::|c| BOOT::|l| BOOT::$))) ; (COND ((NULL BOOT::|lb|) 1) ; (T ; (LET # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ODEPRRIC;bound| ; (BOOT::|c| BOOT::|l| BOOT::$) ; (BLOCK BOOT::|ODEPRRIC;bound| ; (LET ((BOOT::|lb| #)) ; (COND (# 1) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |ODEPRRIC;innerlb| ...) ; compiling (DEFUN |ODEPRRIC;singRicDE;LMML;25| ...) ; compiling (DEFUN |ODEPRRIC;fracsol| ...) ; compiling (DEFUN |ODEPRRIC;polysol| ...) ; compiling (DEFUN |ODEPRRIC;polysol!0| ...) ; compiling (DEFUN |PrimitiveRatRicDE| ...) ; compiling (DEFUN |PrimitiveRatRicDE;| ...) ; compiling (MAKEPROP (QUOTE |PrimitiveRatRicDE|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 4 STYLE-WARNING conditions ; printed 7 notes ; /tmp/oa-HqchVM/code.fasl written ; compilation finished in 0:00:00.138 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PADICRC.spad && cp PADICRC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PADICRC.fasl \ && if test -f PADICRC-.NRLIB/code.fasl; then \ cp PADICRC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PADICRC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PADICRC.spad using Spad compiler. PADICRC abbreviates domain PAdicRationalConstructor debug: compDefine1 lhs: (PAdicRationalConstructor p PADIC) signature (pre-evaluate): ((Join (QuotientFieldCategory PADIC) (CATEGORY domain (SIGNATURE approximate ((Fraction (Integer)) $ (Integer))) (SIGNATURE continuedFraction ((ContinuedFraction (Fraction (Integer))) $)) (SIGNATURE removeZeroes ($ $)) (SIGNATURE removeZeroes ($ (Integer) $)))) NIL NIL) debug: evaluateType form: (Join (QuotientFieldCategory PADIC) (CATEGORY domain (SIGNATURE approximate ((Fraction (Integer)) $ (Integer))) (SIGNATURE continuedFraction ((ContinuedFraction (Fraction (Integer))) $)) (SIGNATURE removeZeroes ($ $)) (SIGNATURE removeZeroes ($ (Integer) $)))) $param: (p PADIC) debug: evaluateType form: (QuotientFieldCategory PADIC) $param: (p PADIC) Debug: evaluateType1 form: (QuotientFieldCategory PADIC) debug: evaluateType1 x: PADIC m: (IntegralDomain) debug: evaluateType form: (CATEGORY domain (SIGNATURE approximate ((Fraction (Integer)) $ (Integer))) (SIGNATURE continuedFraction ((ContinuedFraction (Fraction (Integer))) $)) (SIGNATURE removeZeroes ($ $)) (SIGNATURE removeZeroes ($ (Integer) $))) $param: (p PADIC) debug: evaluateType form: (Fraction (Integer)) $param: (p PADIC) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (p PADIC) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (p PADIC) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Integer) $param: (p PADIC) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (ContinuedFraction (Fraction (Integer))) $param: (p PADIC) Debug: evaluateType1 form: (ContinuedFraction (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (EuclideanDomain) debug: evaluateType1 categoryForm: (EuclideanDomain) debug: evaluateType form: (EuclideanDomain) $param: (p PADIC) Debug: evaluateType1 form: (EuclideanDomain) debug: evaluateType form: (Fraction (Integer)) $param: (p PADIC) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (p PADIC) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (p PADIC) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (EuclideanDomain) debug: evaluateType form: (Integer) $param: (p PADIC) Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((Join (QuotientFieldCategory PADIC) (CATEGORY domain (SIGNATURE approximate ((Fraction (Integer)) $ (Integer))) (SIGNATURE continuedFraction ((ContinuedFraction (Fraction (Integer))) $)) (SIGNATURE removeZeroes ($ $)) (SIGNATURE removeZeroes ($ (Integer) $)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PAdicRationalConstructor compiling into /tmp/oa-8bDIX7 compiling local getExpon : % -> Integer PADICRC;getExpon is replaced by %head Time: 0.06 SEC. compiling local getZp : % -> PADIC PADICRC;getZp is replaced by %tail Time: 0 SEC. compiling local makeQp : (Integer,PADIC) -> % PADICRC;makeQp is replaced by %pair Time: 0 SEC. compiling exported Zero : () -> % Time: 0.00 SEC. compiling exported One : () -> % Time: 0 SEC. compiling exported coerce : Integer -> % Time: 0 SEC. compiling exported coerce : Fraction Integer -> % Time: 0.01 SEC. compiling exported coerce : PADIC -> % PADICRC;coerce;PADIC$;8 x is replaced by %pair(0,x) Time: 0 SEC. compiling exported removeZeroes : % -> % Time: 0.01 SEC. compiling exported removeZeroes : (Integer,%) -> % Time: 0.00 SEC. compiling exported = : (%,%) -> Boolean Time: 0.19 SEC. compiling exported + : (%,%) -> % Time: 0.02 SEC. compiling exported - : % -> % Time: 0 SEC. compiling exported - : (%,%) -> % Time: 0.02 SEC. compiling exported * : (Integer,%) -> % Time: 0 SEC. compiling exported * : (%,%) -> % Time: 0.01 SEC. compiling exported ** : (%,Integer) -> % Time: 0.01 SEC. compiling exported recip : % -> Union(%,failed) Time: 0.01 SEC. compiling exported inv : % -> % Time: 0.00 SEC. compiling exported / : (%,%) -> % Time: 0.00 SEC. compiling exported / : (PADIC,PADIC) -> % Time: 0.00 SEC. compiling exported * : (PADIC,%) -> % Time: 0.00 SEC. compiling exported approximate : (%,Integer) -> Fraction Integer Time: 0.01 SEC. compiling local cfStream : % -> Stream Fraction Integer Time: 0.04 SEC. compiling exported continuedFraction : % -> ContinuedFraction Fraction Integer Time: 0.02 SEC. compiling local termOutput : (Integer,Integer) -> OutputForm Time: 0.00 SEC. compiling local showAll? : () -> Boolean PADICRC;showAll? is replaced by %true Time: 0 SEC. compiling exported coerce : % -> OutputForm Time: 0.10 SEC. (time taken in buildFunctor: 96) Time: 0.18 SEC. Warnings: [1] removeZeroes: empty? has no value Cumulative Statistics for Constructor PAdicRationalConstructor Time: 0.70 seconds finalizing NRLIB PADICRC Processing PAdicRationalConstructor for Browser database: -- approximate : (%,I) -> RN -- continuedFraction : % -> CF RN -- removeZeroes : % -> % -- removeZeroes : (I,%) -> % -- constructor ; compiling file "/tmp/oa-8bDIX7/code.lsp" (written 01 FEB 2016 11:10:57 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PADICRC;getExpon|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PADICRC;getZp|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PADICRC;makeQp|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PADICRC;coerce;PADIC$;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PADICRC;showAll?|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PADICRC;getExpon| ...) ; compiling (DEFUN |PADICRC;getZp| ...) ; compiling (DEFUN |PADICRC;makeQp| ...) ; compiling (DEFUN |PADICRC;Zero;$;4| ...) ; compiling (DEFUN |PADICRC;One;$;5| ...) ; compiling (DEFUN |PADICRC;coerce;I$;6| ...) ; compiling (DEFUN |PADICRC;coerce;F$;7| ...) ; compiling (DEFUN |PADICRC;coerce;PADIC$;8| ...) ; compiling (DEFUN |PADICRC;removeZeroes;2$;9| ...) ; file: /tmp/oa-8bDIX7/code.lsp ; in: DEFUN |PADICRC;removeZeroes;2$;9| ; (DEFUN BOOT::|PADICRC;removeZeroes;2$;9| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|xx|) (RETURN (COND (# #) (# #) (T BOOT::|x|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PADICRC;removeZeroes;2$;9| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|PADICRC;removeZeroes;2$;9| ; (PROG (BOOT::|xx|) (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |PADICRC;removeZeroes;I2$;10| ...) ; file: /tmp/oa-8bDIX7/code.lsp ; in: DEFUN |PADICRC;removeZeroes;I2$;10| ; (DEFUN BOOT::|PADICRC;removeZeroes;I2$;10| (BOOT::|n| BOOT::|x| BOOT::$) ; (PROG (BOOT::|xx|) (RETURN (COND (# BOOT::|x|) (# #) (# #) (T BOOT::|x|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PADICRC;removeZeroes;I2$;10| ; (BOOT::|n| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|PADICRC;removeZeroes;I2$;10| ; (PROG (BOOT::|xx|) (RETURN (COND # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |PADICRC;=;2$B;11| ...) ; file: /tmp/oa-8bDIX7/code.lsp ; in: DEFUN |PADICRC;=;2$B;11| ; (DEFUN BOOT::|PADICRC;=;2$B;11| (BOOT::|x| BOOT::|y| BOOT::$) ; (PROG (BOOT::|n|) (RETURN (OR (EQ BOOT::|x| BOOT::|y|) (PROGN # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PADICRC;=;2$B;11| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|PADICRC;=;2$B;11| (PROG (BOOT::|n|) (RETURN (OR # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |PADICRC;+;3$;12| ...) ; compiling (DEFUN |PADICRC;-;2$;13| ...) ; compiling (DEFUN |PADICRC;-;3$;14| ...) ; compiling (DEFUN |PADICRC;*;I2$;15| ...) ; compiling (DEFUN |PADICRC;*;3$;16| ...) ; compiling (DEFUN |PADICRC;**;$I$;17| ...) ; file: /tmp/oa-8bDIX7/code.lsp ; in: DEFUN |PADICRC;**;$I$;17| ; (BOOT::|moanRetract| BOOT::|n| '(BOOT::|PositiveInteger|)) ; ==> ; BOOT::|n| ; ; note: deleting unreachable code ; (DEFUN BOOT::|PADICRC;**;$I$;17| (BOOT::|x| BOOT::|n| BOOT::$) ; (COND ((ZEROP BOOT::|n|) (BOOT::|spadConstant| BOOT::$ 17)) ; ((PLUSP BOOT::|n|) ; (BOOT::SPADCALL BOOT::|x| (COND # #) ; (BOOT::|shellEntry| BOOT::$ 59))) ; (T ; (BOOT::|PADICRC;inv;2$;19| (BOOT::SPADCALL BOOT::|x| # #) BOOT::$)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PADICRC;**;$I$;17| ; (BOOT::|x| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|PADICRC;**;$I$;17| ; (COND ((ZEROP BOOT::|n|) (BOOT::|spadConstant| BOOT::$ 17)) ; ((PLUSP BOOT::|n|) (BOOT::SPADCALL BOOT::|x| # #)) ; (T (BOOT::|PADICRC;inv;2$;19| # BOOT::$))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |PADICRC;recip;$U;18| ...) ; file: /tmp/oa-8bDIX7/code.lsp ; in: DEFUN |PADICRC;recip;$U;18| ; (DEFUN BOOT::|PADICRC;recip;$U;18| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|inv| BOOT::|xx|) ; (RETURN (BOOT::SEQ (SETQ #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PADICRC;recip;$U;18| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|PADICRC;recip;$U;18| ; (PROG (BOOT::|inv| BOOT::|xx|) (RETURN (BOOT::SEQ # #))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; CONS ; ; compiling (DEFUN |PADICRC;inv;2$;19| ...) ; file: /tmp/oa-8bDIX7/code.lsp ; in: DEFUN |PADICRC;inv;2$;19| ; (DEFUN BOOT::|PADICRC;inv;2$;19| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|inv| (BOOT::|PADICRC;recip;$U;18| BOOT::|x| BOOT::$))) ; (COND ((EQL # 1) (BOOT::|error| "inv: no inverse")) ; (T (CDR BOOT::|inv|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PADICRC;inv;2$;19| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|PADICRC;inv;2$;19| ; (LET ((BOOT::|inv| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |PADICRC;/;3$;20| ...) ; compiling (DEFUN |PADICRC;/;2PADIC$;21| ...) ; compiling (DEFUN |PADICRC;*;PADIC2$;22| ...) ; compiling (DEFUN |PADICRC;approximate;$IF;23| ...) ; compiling (DEFUN |PADICRC;cfStream| ...) ; compiling (DEFUN |PADICRC;cfStream!0| ...) ; compiling (DEFUN |PADICRC;continuedFraction;$Cf;25| ...) ; compiling (DEFUN |PADICRC;termOutput| ...) ; compiling (DEFUN |PADICRC;showAll?| ...) ; compiling (DEFUN |PADICRC;coerce;$Of;28| ...) ; file: /tmp/oa-8bDIX7/code.lsp ; in: DEFUN |PADICRC;coerce;$Of;28| ; (DEFUN BOOT::|PADICRC;coerce;$Of;28| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|n| BOOT::|count| BOOT::|l| BOOT::|uu| BOOT::|zp| BOOT::|m|) ; (DECLARE (SPECIAL BOOT::|$streamCount|)) ; (RETURN ; (BOOT::SEQ (SETQ #) ; (BOOT::LETT BOOT::|m| # BOOT::|PADICRC;coerce;$Of;28|) ; (BOOT::LETT BOOT::|zp| # BOOT::|PADICRC;coerce;$Of;28|) ; (BOOT::LETT BOOT::|uu| # BOOT::|PADICRC;coerce;$Of;28|) ; (BOOT::LETT BOOT::|l| NIL BOOT::|PADICRC;coerce;$Of;28|) ; (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PADICRC;coerce;$Of;28| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|PADICRC;coerce;$Of;28| ; (PROG (BOOT::|n| BOOT::|count| BOOT::|l| BOOT::|uu| BOOT::|zp| ; BOOT::|m|) ; (DECLARE (SPECIAL BOOT::|$streamCount|)) ; (RETURN (BOOT::SEQ # # # # # #))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; CONS ; ; compiling (DEFUN |PAdicRationalConstructor| ...) ; compiling (DEFUN |PAdicRationalConstructor;| ...) ; compiling (MAKEPROP (QUOTE |PAdicRationalConstructor|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 8 notes ; /tmp/oa-8bDIX7/code.fasl written ; compilation finished in 0:00:00.098 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PADICRAT.spad && cp PADICRAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PADICRAT.fasl \ && if test -f PADICRAT-.NRLIB/code.fasl; then \ cp PADICRAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PADICRAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PADICRAT.spad using Spad compiler. PADICRAT abbreviates domain PAdicRational debug: compDefine1 lhs: (PAdicRational p) signature (pre-evaluate): (NIL (Integer)) debug: evaluateType form: (Integer) $param: (p) Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): (NIL (Integer)) debug: compDefine1 lhs: (PAdicRational p) signature (pre-evaluate): (NIL NIL) debug: compDefine1 signature (post evaluate): (NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PAdicRational compiling into /tmp/oa-XjWXn6 (time taken in buildFunctor: 72) Time: 0.26 SEC. Cumulative Statistics for Constructor PAdicRational Time: 0.26 seconds finalizing NRLIB PADICRAT Processing PAdicRational for Browser database: -- constructor ; compiling file "/tmp/oa-XjWXn6/code.lsp" (written 01 FEB 2016 11:10:57 PM): ; compiling (DEFUN |PAdicRational| ...) ; compiling (DEFUN |PAdicRational;| ...) ; compiling (MAKEPROP (QUOTE |PAdicRational|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-XjWXn6/code.fasl written ; compilation finished in 0:00:00.025 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PCOMP.spad && cp PCOMP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PCOMP.fasl \ && if test -f PCOMP-.NRLIB/code.fasl; then \ cp PCOMP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PCOMP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PCOMP.spad using Spad compiler. PCOMP abbreviates package PolynomialComposition debug: compDefine1 lhs: (PolynomialComposition UP R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE compose (UP UP UP))) (UnivariatePolynomialCategory R) (Ring)) debug: evaluateType form: (CATEGORY package (SIGNATURE compose (UP UP UP))) $param: (UP R) debug: evaluateType form: UP $param: (UP R) debug: evaluateType form: UP $param: (UP R) debug: evaluateType form: UP $param: (UP R) debug: evaluateType form: (UnivariatePolynomialCategory R) $param: (UP R) Debug: evaluateType1 form: (UnivariatePolynomialCategory R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Ring) $param: (UP R) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE compose (UP UP UP))) (UnivariatePolynomialCategory R) (Ring)) debug: compDefine1 lhs: (PolynomialComposition UP R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE compose (UP UP UP))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE compose (UP UP UP))) $param: (UP R) debug: evaluateType form: UP $param: (UP R) debug: evaluateType form: UP $param: (UP R) debug: evaluateType form: UP $param: (UP R) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE compose (UP UP UP))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PolynomialComposition compiling into /tmp/oa-nhlIwA compiling exported compose : (UP,UP) -> UP Time: 0.07 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor PolynomialComposition Time: 0.08 seconds finalizing NRLIB PCOMP Processing PolynomialComposition for Browser database: -- compose : (UP,UP) -> UP -- constructor ; compiling file "/tmp/oa-nhlIwA/code.lsp" (written 01 FEB 2016 11:10:57 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PCOMP;compose;3UP;1| ...) ; compiling (DEFUN |PolynomialComposition| ...) ; compiling (DEFUN |PolynomialComposition;| ...) ; compiling (MAKEPROP (QUOTE |PolynomialComposition|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-nhlIwA/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PFBR.spad && cp PFBR.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PFBR.fasl \ && if test -f PFBR-.NRLIB/code.fasl; then \ cp PFBR-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PFBR-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PFBR.spad using Spad compiler. PFBR abbreviates package PolynomialFactorizationByRecursion debug: compDefine1 lhs: (PolynomialFactorizationByRecursion R E VarSet S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE solveLinearPolynomialEquationByRecursion ((Union (List (SparseUnivariatePolynomial S)) failed) (List (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE factorByRecursion ((Factored (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE factorSquareFreeByRecursion ((Factored (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE randomR (R)) (SIGNATURE bivariateSLPEBR ((Union (List (SparseUnivariatePolynomial S)) failed) (List (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S) VarSet)) (SIGNATURE factorSFBRlcUnit ((Factored (SparseUnivariatePolynomial S)) (List VarSet) (SparseUnivariatePolynomial S)))) NIL NIL (OrderedSet) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE solveLinearPolynomialEquationByRecursion ((Union (List (SparseUnivariatePolynomial S)) failed) (List (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE factorByRecursion ((Factored (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE factorSquareFreeByRecursion ((Factored (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE randomR (R)) (SIGNATURE bivariateSLPEBR ((Union (List (SparseUnivariatePolynomial S)) failed) (List (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S) VarSet)) (SIGNATURE factorSFBRlcUnit ((Factored (SparseUnivariatePolynomial S)) (List VarSet) (SparseUnivariatePolynomial S)))) $param: (R E VarSet S) debug: evaluateType form: (Union (List (SparseUnivariatePolynomial S)) failed) $param: (R E VarSet S) debug: evaluateType form: (List (SparseUnivariatePolynomial S)) $param: (R E VarSet S) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial S)) debug: evaluateType1 x: (SparseUnivariatePolynomial S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E VarSet S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial S) c: (Type) debug: evaluateType form: failed $param: (R E VarSet S) debug: evaluateType form: (List (SparseUnivariatePolynomial S)) $param: (R E VarSet S) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial S)) debug: evaluateType1 x: (SparseUnivariatePolynomial S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E VarSet S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial S) c: (Type) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evaluateType form: (Factored (SparseUnivariatePolynomial S)) $param: (R E VarSet S) Debug: evaluateType1 form: (Factored (SparseUnivariatePolynomial S)) debug: evaluateType1 x: (SparseUnivariatePolynomial S) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R E VarSet S) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial S) c: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evaluateType form: (Factored (SparseUnivariatePolynomial S)) $param: (R E VarSet S) Debug: evaluateType1 form: (Factored (SparseUnivariatePolynomial S)) debug: evaluateType1 x: (SparseUnivariatePolynomial S) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R E VarSet S) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial S) c: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evaluateType form: R $param: (R E VarSet S) debug: evaluateType form: (Union (List (SparseUnivariatePolynomial S)) failed) $param: (R E VarSet S) debug: evaluateType form: (List (SparseUnivariatePolynomial S)) $param: (R E VarSet S) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial S)) debug: evaluateType1 x: (SparseUnivariatePolynomial S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E VarSet S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial S) c: (Type) debug: evaluateType form: failed $param: (R E VarSet S) debug: evaluateType form: (List (SparseUnivariatePolynomial S)) $param: (R E VarSet S) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial S)) debug: evaluateType1 x: (SparseUnivariatePolynomial S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E VarSet S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial S) c: (Type) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evaluateType form: VarSet $param: (R E VarSet S) debug: evaluateType form: (Factored (SparseUnivariatePolynomial S)) $param: (R E VarSet S) Debug: evaluateType1 form: (Factored (SparseUnivariatePolynomial S)) debug: evaluateType1 x: (SparseUnivariatePolynomial S) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R E VarSet S) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial S) c: (IntegralDomain) debug: evaluateType form: (List VarSet) $param: (R E VarSet S) Debug: evaluateType1 form: (List VarSet) debug: evaluateType1 x: VarSet m: (Type) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evaluateType form: (OrderedSet) $param: (R E VarSet S) Debug: evaluateType1 form: (OrderedSet) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE solveLinearPolynomialEquationByRecursion ((Union (List (SparseUnivariatePolynomial S)) failed) (List (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE factorByRecursion ((Factored (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE factorSquareFreeByRecursion ((Factored (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE randomR (R)) (SIGNATURE bivariateSLPEBR ((Union (List (SparseUnivariatePolynomial S)) failed) (List (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S) VarSet)) (SIGNATURE factorSFBRlcUnit ((Factored (SparseUnivariatePolynomial S)) (List VarSet) (SparseUnivariatePolynomial S)))) NIL NIL (OrderedSet) NIL) debug: compDefine1 lhs: (PolynomialFactorizationByRecursion R E VarSet S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE solveLinearPolynomialEquationByRecursion ((Union (List (SparseUnivariatePolynomial S)) failed) (List (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE factorByRecursion ((Factored (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE factorSquareFreeByRecursion ((Factored (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE randomR (R)) (SIGNATURE bivariateSLPEBR ((Union (List (SparseUnivariatePolynomial S)) failed) (List (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S) VarSet)) (SIGNATURE factorSFBRlcUnit ((Factored (SparseUnivariatePolynomial S)) (List VarSet) (SparseUnivariatePolynomial S)))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE solveLinearPolynomialEquationByRecursion ((Union (List (SparseUnivariatePolynomial S)) failed) (List (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE factorByRecursion ((Factored (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE factorSquareFreeByRecursion ((Factored (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE randomR (R)) (SIGNATURE bivariateSLPEBR ((Union (List (SparseUnivariatePolynomial S)) failed) (List (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S) VarSet)) (SIGNATURE factorSFBRlcUnit ((Factored (SparseUnivariatePolynomial S)) (List VarSet) (SparseUnivariatePolynomial S)))) $param: (R E VarSet S) debug: evaluateType form: (Union (List (SparseUnivariatePolynomial S)) failed) $param: (R E VarSet S) debug: evaluateType form: (List (SparseUnivariatePolynomial S)) $param: (R E VarSet S) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial S)) debug: evaluateType1 x: (SparseUnivariatePolynomial S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E VarSet S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial S) c: (Type) debug: evaluateType form: failed $param: (R E VarSet S) debug: evaluateType form: (List (SparseUnivariatePolynomial S)) $param: (R E VarSet S) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial S)) debug: evaluateType1 x: (SparseUnivariatePolynomial S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E VarSet S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial S) c: (Type) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evaluateType form: (Factored (SparseUnivariatePolynomial S)) $param: (R E VarSet S) Debug: evaluateType1 form: (Factored (SparseUnivariatePolynomial S)) debug: evaluateType1 x: (SparseUnivariatePolynomial S) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R E VarSet S) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial S) c: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evaluateType form: (Factored (SparseUnivariatePolynomial S)) $param: (R E VarSet S) Debug: evaluateType1 form: (Factored (SparseUnivariatePolynomial S)) debug: evaluateType1 x: (SparseUnivariatePolynomial S) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R E VarSet S) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial S) c: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evaluateType form: R $param: (R E VarSet S) debug: evaluateType form: (Union (List (SparseUnivariatePolynomial S)) failed) $param: (R E VarSet S) debug: evaluateType form: (List (SparseUnivariatePolynomial S)) $param: (R E VarSet S) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial S)) debug: evaluateType1 x: (SparseUnivariatePolynomial S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E VarSet S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial S) c: (Type) debug: evaluateType form: failed $param: (R E VarSet S) debug: evaluateType form: (List (SparseUnivariatePolynomial S)) $param: (R E VarSet S) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial S)) debug: evaluateType1 x: (SparseUnivariatePolynomial S) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E VarSet S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial S) c: (Type) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evaluateType form: VarSet $param: (R E VarSet S) debug: evaluateType form: (Factored (SparseUnivariatePolynomial S)) $param: (R E VarSet S) Debug: evaluateType1 form: (Factored (SparseUnivariatePolynomial S)) debug: evaluateType1 x: (SparseUnivariatePolynomial S) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R E VarSet S) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial S) c: (IntegralDomain) debug: evaluateType form: (List VarSet) $param: (R E VarSet S) Debug: evaluateType1 form: (List VarSet) debug: evaluateType1 x: VarSet m: (Type) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R E VarSet S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE solveLinearPolynomialEquationByRecursion ((Union (List (SparseUnivariatePolynomial S)) failed) (List (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE factorByRecursion ((Factored (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE factorSquareFreeByRecursion ((Factored (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S))) (SIGNATURE randomR (R)) (SIGNATURE bivariateSLPEBR ((Union (List (SparseUnivariatePolynomial S)) failed) (List (SparseUnivariatePolynomial S)) (SparseUnivariatePolynomial S) VarSet)) (SIGNATURE factorSFBRlcUnit ((Factored (SparseUnivariatePolynomial S)) (List VarSet) (SparseUnivariatePolynomial S)))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PolynomialFactorizationByRecursion compiling into /tmp/oa-6AoTfN importing FactoredFunctionUtilities SparseUnivariatePolynomial S importing FactoredFunctions2(S,SparseUnivariatePolynomial S) importing FactoredFunctions2(SparseUnivariatePolynomial R,SparseUnivariatePolynomial S) importing CommuteUnivariatePolynomialCategory(S,SparseUnivariatePolynomial S,SparseUnivariatePolynomial SparseUnivariatePolynomial S) importing UnivariatePolynomialCategoryFunctions2(S,SparseUnivariatePolynomial S,SparseUnivariatePolynomial S,SparseUnivariatePolynomial SparseUnivariatePolynomial S) importing UnivariatePolynomialCategoryFunctions2(SparseUnivariatePolynomial S,SparseUnivariatePolynomial SparseUnivariatePolynomial S,S,SparseUnivariatePolynomial S) importing UnivariatePolynomialCategoryFunctions2(S,SparseUnivariatePolynomial S,R,SparseUnivariatePolynomial R) importing UnivariatePolynomialCategoryFunctions2(R,SparseUnivariatePolynomial R,S,SparseUnivariatePolynomial S) importing UnivariatePolynomialCategoryFunctions2(S,SparseUnivariatePolynomial S,SparseUnivariatePolynomial R,SparseUnivariatePolynomial SparseUnivariatePolynomial R) importing UnivariatePolynomialCategoryFunctions2(SparseUnivariatePolynomial R,SparseUnivariatePolynomial SparseUnivariatePolynomial R,S,SparseUnivariatePolynomial S) compiling local hensel : (SparseUnivariatePolynomial S,VarSet,R,List SparseUnivariatePolynomial S) -> Union(Record(fctrs: List SparseUnivariatePolynomial S),failed) Time: 0.32 SEC. compiling local factorSFBRlcUnitInner : (List VarSet,SparseUnivariatePolynomial S,R) -> Union(Factored SparseUnivariatePolynomial S,failed) Time: 0.66 SEC. compiling exported factorSFBRlcUnit : (List VarSet,SparseUnivariatePolynomial S) -> Factored SparseUnivariatePolynomial S Time: 0.03 SEC. compiling exported factorSFBRlcUnit : (List VarSet,SparseUnivariatePolynomial S) -> Factored SparseUnivariatePolynomial S Time: 0.00 SEC. compiling exported randomR : () -> R Time: 0.01 SEC. compiling exported randomR : () -> R Time: 0.02 SEC. compiling exported bivariateSLPEBR : (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S,VarSet) -> Union(List SparseUnivariatePolynomial S,failed) Time: 0.28 SEC. compiling exported bivariateSLPEBR : (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S,VarSet) -> Union(List SparseUnivariatePolynomial S,failed) Time: 0.01 SEC. compiling local chooseFSQViableSubstitutions : (List VarSet,SparseUnivariatePolynomial S) -> Record(substnsField: List R,ppRField: SparseUnivariatePolynomial R) Time: 0.31 SEC. compiling local chooseSLPEViableSubstitutions : (List VarSet,List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Record(substnsField: List R,lpolysRField: List SparseUnivariatePolynomial R,ppRField: SparseUnivariatePolynomial R) Time: 0.70 SEC. compiling local raise : SparseUnivariatePolynomial R -> SparseUnivariatePolynomial S Time: 0.03 SEC. compiling local lower : SparseUnivariatePolynomial S -> SparseUnivariatePolynomial R Time: 0.02 SEC. compiling local SLPEBR : (List SparseUnivariatePolynomial S,List VarSet,SparseUnivariatePolynomial S,List VarSet) -> Union(List SparseUnivariatePolynomial S,failed) Time: 0.22 SEC. compiling exported solveLinearPolynomialEquationByRecursion : (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,failed) Time: 0.03 SEC. compiling exported factorByRecursion : SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S Time: 0.12 SEC. compiling exported factorSquareFreeByRecursion : SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S Time: 0.44 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] hensel: not known that Ring is of mode CATEGORY(package,solveLinearPolynomialEquationByRecursion: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),factorByRecursion: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreeByRecursion: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,randomR: () -> R,bivariateSLPEBR: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S,VarSet) -> Union(List SparseUnivariatePolynomial S,"failed"),factorSFBRlcUnit: (List VarSet,SparseUnivariatePolynomial S) -> Factored SparseUnivariatePolynomial S) [2] factorSFBRlcUnitInner: not known that Ring is of mode CATEGORY(package,solveLinearPolynomialEquationByRecursion: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),factorByRecursion: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreeByRecursion: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,randomR: () -> R,bivariateSLPEBR: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S,VarSet) -> Union(List SparseUnivariatePolynomial S,"failed"),factorSFBRlcUnit: (List VarSet,SparseUnivariatePolynomial S) -> Factored SparseUnivariatePolynomial S) [3] factorSFBRlcUnitInner: fctr has no value [4] chooseFSQViableSubstitutions: substns has no value [5] chooseFSQViableSubstitutions: ppR has no value [6] chooseSLPEViableSubstitutions: substns has no value [7] chooseSLPEViableSubstitutions: lpolysR has no value [8] raise: : R -- replace by pretend [9] raise: : R -- should replace by @ [10] factorByRecursion: not known that IntegralDomain is of mode CATEGORY(package,solveLinearPolynomialEquationByRecursion: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S) -> Union(List SparseUnivariatePolynomial S,"failed"),factorByRecursion: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,factorSquareFreeByRecursion: SparseUnivariatePolynomial S -> Factored SparseUnivariatePolynomial S,randomR: () -> R,bivariateSLPEBR: (List SparseUnivariatePolynomial S,SparseUnivariatePolynomial S,VarSet) -> Union(List SparseUnivariatePolynomial S,"failed"),factorSFBRlcUnit: (List VarSet,SparseUnivariatePolynomial S) -> Factored SparseUnivariatePolynomial S) [11] factorByRecursion: : S -- should replace by @ [12] factorSquareFreeByRecursion: lcppPow has no value Cumulative Statistics for Constructor PolynomialFactorizationByRecursion Time: 3.22 seconds finalizing NRLIB PFBR Processing PolynomialFactorizationByRecursion for Browser database: -- solveLinearPolynomialEquationByRecursion : (List SupS,SupS) -> Union(List SupS,"failed") -- factorByRecursion : SupS -> Factored SupS -- factorSquareFreeByRecursion : SupS -> Factored SupS -- randomR : () -> R -- bivariateSLPEBR : (List SupS,SupS,VarSet) -> Union(List SupS,"failed") -- factorSFBRlcUnit : (List VarSet,SupS) -> Factored SupS -- constructor ; compiling file "/tmp/oa-6AoTfN/code.lsp" (written 01 FEB 2016 11:11:01 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PFBR;hensel| ...) ; file: /tmp/oa-6AoTfN/code.lsp ; in: DEFUN |PFBR;hensel| ; (DEFUN BOOT::|PFBR;hensel| ; (BOOT::|pp| BOOT::|vv| BOOT::|r| BOOT::|factors| BOOT::$) ; (PROG (BOOT::|step| BOOT::|Ecart| BOOT::|pn| BOOT::|pp1|) ; (RETURN ; (LET (# # # # # #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PFBR;hensel| ; (BOOT::|pp| BOOT::|vv| BOOT::|r| BOOT::|factors| BOOT::$) ; (BLOCK BOOT::|PFBR;hensel| ; (PROG (BOOT::|step| BOOT::|Ecart| BOOT::|pn| BOOT::|pp1|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |factors| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |PFBR;hensel!0| ...) ; compiling (DEFUN |PFBR;factorSFBRlcUnitInner| ...) ; compiling (DEFUN |PFBR;factorSFBRlcUnitInner!1| ...) ; compiling (DEFUN |PFBR;factorSFBRlcUnitInner!0| ...) ; compiling (DEFUN |PFBR;factorSFBRlcUnit;LSupF;3| ...) ; compiling (DEFUN |PFBR;factorSFBRlcUnit;LSupF;4| ...) ; compiling (DEFUN |PFBR;randomR;R;5| ...) ; compiling (DEFUN |PFBR;randomR;R;6| ...) ; compiling (DEFUN |PFBR;bivariateSLPEBR;LSupVarSetU;7| ...) ; compiling (DEFUN |PFBR;bivariateSLPEBR;LSupVarSetU;7!0| ...) ; compiling (DEFUN |PFBR;bivariateSLPEBR;LSupVarSetU;8| ...) ; file: /tmp/oa-6AoTfN/code.lsp ; in: DEFUN |PFBR;bivariateSLPEBR;LSupVarSetU;8| ; (DEFUN BOOT::|PFBR;bivariateSLPEBR;LSupVarSetU;8| ; (BOOT::|lpolys| BOOT::|pp| BOOT::|v| BOOT::$) ; (BOOT::SPADCALL BOOT::|lpolys| BOOT::|pp| (BOOT::|shellEntry| BOOT::$ 119))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PFBR;bivariateSLPEBR;LSupVarSetU;8| ; (BOOT::|lpolys| BOOT::|pp| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|PFBR;bivariateSLPEBR;LSupVarSetU;8| ; (BOOT::SPADCALL BOOT::|lpolys| BOOT::|pp| ; (BOOT::|shellEntry| BOOT::$ 119)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |PFBR;chooseFSQViableSubstitutions| ...) ; compiling (DEFUN |PFBR;chooseFSQViableSubstitutions!0| ...) ; compiling (DEFUN |PFBR;chooseSLPEViableSubstitutions| ...) ; compiling (DEFUN |PFBR;chooseSLPEViableSubstitutions!1| ...) ; compiling (DEFUN |PFBR;chooseSLPEViableSubstitutions!0| ...) ; compiling (DEFUN |PFBR;raise| ...) ; compiling (DEFUN |PFBR;raise!0| ...) ; compiling (DEFUN |PFBR;lower| ...) ; compiling (DEFUN |PFBR;lower!0| ...) ; compiling (DEFUN |PFBR;SLPEBR| ...) ; file: /tmp/oa-6AoTfN/code.lsp ; in: DEFUN |PFBR;SLPEBR| ; (DEFUN BOOT::|PFBR;SLPEBR| ; (BOOT::|lpolys| BOOT::|lvpolys| BOOT::|pp| BOOT::|lvpp| BOOT::$) ; (PROG (BOOT::|ansR| BOOT::|cVS| BOOT::|ppR| BOOT::|lpolysR| BOOT::|ans| ; BOOT::|pp1| BOOT::|v| BOOT::|d| BOOT::|ans1|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PFBR;SLPEBR| ; (BOOT::|lpolys| BOOT::|lvpolys| BOOT::|pp| BOOT::|lvpp| BOOT::$) ; (BLOCK BOOT::|PFBR;SLPEBR| ; (PROG (BOOT::|ansR| BOOT::|cVS| BOOT::|ppR| BOOT::|lpolysR| BOOT::|ans| ; BOOT::|pp1| BOOT::|v| BOOT::|d| BOOT::|ans1|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |lvpp| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |PFBR;SLPEBR!2| ...) ; compiling (DEFUN |PFBR;SLPEBR!1| ...) ; compiling (DEFUN |PFBR;SLPEBR!0| ...) ; compiling (DEFUN |PFBR;solveLinearPolynomialEquationByRecursion;LSupU;14| ...) ; compiling (DEFUN |PFBR;factorByRecursion;SupF;15| ...) ; compiling (DEFUN |PFBR;factorByRecursion;SupF;15!0| ...) ; compiling (DEFUN |PFBR;factorSquareFreeByRecursion;SupF;16| ...) ; compiling (DEFUN |PolynomialFactorizationByRecursion| ...) ; compiling (DEFUN |PolynomialFactorizationByRecursion;| ...) ; compiling (MAKEPROP (QUOTE |PolynomialFactorizationByRecursion|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 4 notes ; /tmp/oa-6AoTfN/code.fasl written ; compilation finished in 0:00:00.155 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PFRPAC.spad && cp PFRPAC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PFRPAC.fasl \ && if test -f PFRPAC-.NRLIB/code.fasl; then \ cp PFRPAC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PFRPAC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PFRPAC.spad using Spad compiler. PFRPAC abbreviates package PartialFractionPackage debug: compDefine1 lhs: (PartialFractionPackage R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE partialFraction ((Any) (Fraction (Polynomial R)) (Symbol))) (SIGNATURE partialFraction ((Any) (Polynomial R) (Factored (Polynomial R)) (Symbol)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE partialFraction ((Any) (Fraction (Polynomial R)) (Symbol))) (SIGNATURE partialFraction ((Any) (Polynomial R) (Factored (Polynomial R)) (Symbol)))) $param: (R) debug: evaluateType form: (Any) $param: (R) Debug: evaluateType1 form: (Any) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Any) $param: (R) Debug: evaluateType1 form: (Any) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Factored (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Factored (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE partialFraction ((Any) (Fraction (Polynomial R)) (Symbol))) (SIGNATURE partialFraction ((Any) (Polynomial R) (Factored (Polynomial R)) (Symbol)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for PartialFractionPackage compiling into /tmp/oa-E3cHMk compiling exported partialFraction : (Fraction Polynomial R,Symbol) -> Any Time: 0.07 SEC. compiling local makeSup : (Polynomial R,Symbol) -> SparseUnivariatePolynomial Fraction Polynomial R Time: 0.07 SEC. compiling exported partialFraction : (Polynomial R,Factored Polynomial R,Symbol) -> Any Time: 0.31 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] makeSup: not known that Ring is of mode CATEGORY(package,partialFraction: (Fraction Polynomial R,Symbol) -> Any,partialFraction: (Polynomial R,Factored Polynomial R,Symbol) -> Any) [2] partialFraction: irr has no value [3] partialFraction: pow has no value Cumulative Statistics for Constructor PartialFractionPackage Time: 0.45 seconds finalizing NRLIB PFRPAC Processing PartialFractionPackage for Browser database: -- partialFraction : (FPR,Symbol) -> Any -- partialFraction : (PR,Factored PR,Symbol) -> Any -- constructor ; compiling file "/tmp/oa-E3cHMk/code.lsp" (written 01 FEB 2016 11:11:01 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PFRPAC;partialFraction;FSA;1| ...) ; compiling (DEFUN |PFRPAC;makeSup| ...) ; compiling (DEFUN |PFRPAC;makeSup!0| ...) ; compiling (DEFUN |PFRPAC;partialFraction;PFSA;3| ...) ; compiling (DEFUN |PartialFractionPackage| ...) ; compiling (DEFUN |PartialFractionPackage;| ...) ; compiling (MAKEPROP (QUOTE |PartialFractionPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-E3cHMk/code.fasl written ; compilation finished in 0:00:00.025 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PGCD.spad && cp PGCD.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PGCD.fasl \ && if test -f PGCD-.NRLIB/code.fasl; then \ cp PGCD-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PGCD-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PGCD.spad using Spad compiler. PGCD abbreviates package PolynomialGcdPackage debug: compDefine1 lhs: (PolynomialGcdPackage E OV R P) signature (pre-evaluate): ((CATEGORY package (SIGNATURE gcd (P P P)) (SIGNATURE gcd (P (List P))) (SIGNATURE gcd ((SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P))) (SIGNATURE gcd ((SparseUnivariatePolynomial P) (List (SparseUnivariatePolynomial P)))) (SIGNATURE gcdPrimitive (P P P)) (SIGNATURE gcdPrimitive ((SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P))) (SIGNATURE gcdPrimitive (P (List P)))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE gcd (P P P)) (SIGNATURE gcd (P (List P))) (SIGNATURE gcd ((SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P))) (SIGNATURE gcd ((SparseUnivariatePolynomial P) (List (SparseUnivariatePolynomial P)))) (SIGNATURE gcdPrimitive (P P P)) (SIGNATURE gcdPrimitive ((SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P))) (SIGNATURE gcdPrimitive (P (List P)))) $param: (E OV R P) debug: evaluateType form: P $param: (E OV R P) debug: evaluateType form: P $param: (E OV R P) debug: evaluateType form: P $param: (E OV R P) debug: evaluateType form: P $param: (E OV R P) debug: evaluateType form: (List P) $param: (E OV R P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (List (SparseUnivariatePolynomial P)) $param: (E OV R P) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial P)) debug: evaluateType1 x: (SparseUnivariatePolynomial P) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (E OV R P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial P) c: (Type) debug: evaluateType form: P $param: (E OV R P) debug: evaluateType form: P $param: (E OV R P) debug: evaluateType form: P $param: (E OV R P) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (E OV R P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: P $param: (E OV R P) debug: evaluateType form: (List P) $param: (E OV R P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE gcd (P P P)) (SIGNATURE gcd (P (List P))) (SIGNATURE gcd ((SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P))) (SIGNATURE gcd ((SparseUnivariatePolynomial P) (List (SparseUnivariatePolynomial P)))) (SIGNATURE gcdPrimitive (P P P)) (SIGNATURE gcdPrimitive ((SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P) (SparseUnivariatePolynomial P))) (SIGNATURE gcdPrimitive (P (List P)))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PolynomialGcdPackage compiling into /tmp/oa-x0ypP3 importing MultivariateLifting(E,OV,R,P) importing FactoringUtilities(E,OV,R,P) compiling local failtest : (SparseUnivariatePolynomial P,SparseUnivariatePolynomial P,SparseUnivariatePolynomial P) -> Boolean Time: 0.10 SEC. compiling local chooseVal : (SparseUnivariatePolynomial P,SparseUnivariatePolynomial P,List OV,List List R) -> Union(Record(lpol: List SparseUnivariatePolynomial R,lint: List List R,mpol: SparseUnivariatePolynomial P),failed) Time: 0.17 SEC. compiling local good : (SparseUnivariatePolynomial P,List OV,List List R) -> Record(upol: SparseUnivariatePolynomial R,inval: List List R) Time: 0.09 SEC. compiling local imposelc : (List SparseUnivariatePolynomial R,List OV,List R,List P) -> List SparseUnivariatePolynomial R Time: 0.10 SEC. compiling local notCoprime : (SparseUnivariatePolynomial P,SparseUnivariatePolynomial P,List NonNegativeInteger,List OV,List List R) -> SparseUnivariatePolynomial P Time: 0.31 SEC. compiling exported gcdPrimitive : (SparseUnivariatePolynomial P,SparseUnivariatePolynomial P) -> SparseUnivariatePolynomial P Time: 0.09 SEC. compiling local localgcd : (SparseUnivariatePolynomial P,SparseUnivariatePolynomial P,List OV,List List R) -> Record(locgcd: SparseUnivariatePolynomial P,goodint: List List R) Time: 0.11 SEC. compiling local monomContent : SparseUnivariatePolynomial P -> SparseUnivariatePolynomial P Time: 0.01 SEC. compiling local better : (P,P) -> Boolean Time: 0.02 SEC. compiling local gcdTermList : (P,P) -> P Time: 0.03 SEC. compiling exported gcd : (SparseUnivariatePolynomial P,SparseUnivariatePolynomial P) -> SparseUnivariatePolynomial P Time: 0.04 SEC. compiling local gcdMonom : (SparseUnivariatePolynomial P,SparseUnivariatePolynomial P) -> SparseUnivariatePolynomial P Time: 0.00 SEC. compiling local lift? : (SparseUnivariatePolynomial P,SparseUnivariatePolynomial P,Record(lpol: List SparseUnivariatePolynomial R,lint: List List R,mpol: SparseUnivariatePolynomial P),List NonNegativeInteger,List OV) -> Union(s: SparseUnivariatePolynomial P,failed: failed,notCoprime: notCoprime) Time: 0.14 SEC. compiling local lift : (SparseUnivariatePolynomial P,SparseUnivariatePolynomial R,SparseUnivariatePolynomial R,P,List OV,List NonNegativeInteger,List R) -> Union(SparseUnivariatePolynomial P,failed) Time: 1.58 SEC. compiling exported gcd : (P,P) -> P Time: 0.09 SEC. compiling exported gcd : List P -> P Time: 0.02 SEC. compiling exported gcd : List SparseUnivariatePolynomial P -> SparseUnivariatePolynomial P Time: 0.04 SEC. compiling exported gcdPrimitive : (P,P) -> P Time: 0.07 SEC. compiling exported gcdPrimitive : List P -> P Time: 0.01 SEC. (time taken in buildFunctor: 4) Time: 0.02 SEC. Warnings: [1] localgcd: s has no value [2] gcdTermList: not known that Ring is of mode CATEGORY(package,gcd: (P,P) -> P,gcd: List P -> P,gcd: (SparseUnivariatePolynomial P,SparseUnivariatePolynomial P) -> SparseUnivariatePolynomial P,gcd: List SparseUnivariatePolynomial P -> SparseUnivariatePolynomial P,gcdPrimitive: (P,P) -> P,gcdPrimitive: (SparseUnivariatePolynomial P,SparseUnivariatePolynomial P) -> SparseUnivariatePolynomial P,gcdPrimitive: List P -> P) [3] lift?: uf has no value Cumulative Statistics for Constructor PolynomialGcdPackage Time: 3.06 seconds finalizing NRLIB PGCD Processing PolynomialGcdPackage for Browser database: -- gcd : (P,P) -> P -- gcd : List P -> P -- gcd : (SUPP,SUPP) -> SUPP -- gcd : List SUPP -> SUPP -- gcdPrimitive : (P,P) -> P -- gcdPrimitive : (SUPP,SUPP) -> SUPP -- gcdPrimitive : List P -> P --->../../x86_64-unknown-linux-gnu/src/algebra/pgcd.spad-->PolynomialGcdPackage(constructor): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/pgcd.spad-->PolynomialGcdPackage: Missing Description ; compiling file "/tmp/oa-x0ypP3/code.lsp" (written 01 FEB 2016 11:11:05 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PGCD;failtest| ...) ; compiling (DEFUN |PGCD;chooseVal| ...) ; file: /tmp/oa-x0ypP3/code.lsp ; in: DEFUN |PGCD;chooseVal| ; (DEFUN BOOT::|PGCD;chooseVal| ; (BOOT::|p1| BOOT::|p2| BOOT::|lvr| BOOT::|ltry| BOOT::$) ; (PROG (BOOT::|f| BOOT::|uterm| BOOT::|ugcd| BOOT::|du| BOOT::|u| ; BOOT::|uf2| BOOT::|uf1|) ; (RETURN ; (LET (# # # # # #) ; (LOOP #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PGCD;chooseVal| ; (BOOT::|p1| BOOT::|p2| BOOT::|lvr| BOOT::|ltry| BOOT::$) ; (BLOCK BOOT::|PGCD;chooseVal| ; (PROG (BOOT::|f| BOOT::|uterm| BOOT::|ugcd| BOOT::|du| BOOT::|u| ; BOOT::|uf2| BOOT::|uf1|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |ltry| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS LIST T)) ; ; compiling (DEFUN |PGCD;good| ...) ; file: /tmp/oa-x0ypP3/code.lsp ; in: DEFUN |PGCD;good| ; (DEFUN BOOT::|PGCD;good| (BOOT::|f| BOOT::|lvr| BOOT::|ltry| BOOT::$) ; (PROG (BOOT::|uf| BOOT::|lval|) ; (RETURN ; (LET (# #) ; (LOOP #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PGCD;good| ; (BOOT::|f| BOOT::|lvr| BOOT::|ltry| BOOT::$) ; (BLOCK BOOT::|PGCD;good| ; (PROG (BOOT::|uf| BOOT::|lval|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |ltry| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS LIST T)) ; ; compiling (DEFUN |PGCD;imposelc| ...) ; file: /tmp/oa-x0ypP3/code.lsp ; in: DEFUN |PGCD;imposelc| ; (DEFUN BOOT::|PGCD;imposelc| ; (BOOT::|lipol| BOOT::|lvar| BOOT::|lval| BOOT::|leadc| BOOT::$) ; (PROG (BOOT::|p1|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PGCD;imposelc| ; (BOOT::|lipol| BOOT::|lvar| BOOT::|lval| BOOT::|leadc| BOOT::$) ; (BLOCK BOOT::|PGCD;imposelc| ; (PROG (BOOT::|p1|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PGCD;notCoprime| ...) ; file: /tmp/oa-x0ypP3/code.lsp ; in: DEFUN |PGCD;notCoprime| ; (DEFUN BOOT::|PGCD;notCoprime| ; (BOOT::|g| BOOT::|p2| BOOT::|ldeg| BOOT::|lvar1| BOOT::|ltry| BOOT::$) ; (PROG (BOOT::|gd1| BOOT::|gd2| BOOT::|gdl| BOOT::|lgcd| BOOT::|lquo| ; BOOT::|d| BOOT::|lcpol| BOOT::|ulist| BOOT::|ug1| BOOT::|newchoice| ; BOOT::|dl| BOOT::|ul| ...) ; (RETURN ; (LET* (# # # #) ; (BOOT::SEQ # # # # # # # # # # # ...))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PGCD;notCoprime| ; (BOOT::|g| BOOT::|p2| BOOT::|ldeg| BOOT::|lvar1| BOOT::|ltry| BOOT::$) ; (BLOCK BOOT::|PGCD;notCoprime| ; (PROG (BOOT::|gd1| BOOT::|gd2| BOOT::|gdl| BOOT::|lgcd| BOOT::|lquo| ; BOOT::|d| BOOT::|lcpol| BOOT::|ulist| BOOT::|ug1| ; BOOT::|newchoice| BOOT::|dl| BOOT::|ul| ...) ; (RETURN ; (LET* # ; #))))) ; ; note: Assignment to argument: |ltry| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS LIST T)) ; ; compiling (DEFUN |PGCD;gcdPrimitive;3Sup;6| ...) ; compiling (DEFUN |PGCD;gcdPrimitive;3Sup;6!0| ...) ; compiling (DEFUN |PGCD;localgcd| ...) ; file: /tmp/oa-x0ypP3/code.lsp ; in: DEFUN |PGCD;localgcd| ; (DEFUN BOOT::|PGCD;localgcd| ; (BOOT::|p1| BOOT::|p2| BOOT::|lvar| BOOT::|ltry| BOOT::$) ; (PROG (BOOT::|h| BOOT::|ldeg| BOOT::|dd| BOOT::|ud| BOOT::|listpol|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PGCD;localgcd| ; (BOOT::|p1| BOOT::|p2| BOOT::|lvar| BOOT::|ltry| BOOT::$) ; (BLOCK BOOT::|PGCD;localgcd| ; (PROG (BOOT::|h| BOOT::|ldeg| BOOT::|dd| BOOT::|ud| BOOT::|listpol|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |ltry| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS LIST T)) ; ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MIN BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PGCD;monomContent| ...) ; compiling (DEFUN |PGCD;better| ...) ; compiling (DEFUN |PGCD;gcdTermList| ...) ; compiling (DEFUN |PGCD;gcd;3Sup;11| ...) ; compiling (DEFUN |PGCD;gcdMonom| ...) ; compiling (DEFUN |PGCD;lift?| ...) ; file: /tmp/oa-x0ypP3/code.lsp ; in: DEFUN |PGCD;lift?| ; (LET* ((BOOT::|leadpol| NIL) ; (BOOT::|listpol| (SVREF BOOT::|uterm| 0)) ; (BOOT::|lval| (BOOT::|SPADfirst| (SVREF BOOT::|uterm| 1))) ; (BOOT::|d| (BOOT::|SPADfirst| BOOT::|listpol|)) ; (BOOT::|listpol| (CDR BOOT::|listpol|)) ; (BOOT::|nolift| T) ; (BOOT::|uf| NIL)) ; (BOOT::SEQ ; (LET ((#:G887 BOOT::|listpol|)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::EXIT (COND (BOOT::|nolift| #) (T #))))) ; ; caught STYLE-WARNING: ; The variable |leadpol| is defined but never used. ; compiling (DEFUN |PGCD;lift| ...) ; file: /tmp/oa-x0ypP3/code.lsp ; in: DEFUN |PGCD;lift| ; (DEFUN BOOT::|PGCD;lift| ; (BOOT::|f| BOOT::|d| BOOT::|uf| BOOT::|lgcd| BOOT::|lvar| BOOT::|ldeg| ; BOOT::|lval| BOOT::$) ; (PROG (BOOT::|plist| BOOT::|pl| BOOT::|lg| BOOT::|lcd| BOOT::|leadlist| ; BOOT::|df| BOOT::|p1| BOOT::|p0|) ; (RETURN ; (LET (# #) ; (BOOT::SEQ # # # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PGCD;lift| ; (BOOT::|f| BOOT::|d| BOOT::|uf| BOOT::|lgcd| BOOT::|lvar| BOOT::|ldeg| ; BOOT::|lval| BOOT::$) ; (BLOCK BOOT::|PGCD;lift| ; (PROG (BOOT::|plist| BOOT::|pl| BOOT::|lg| BOOT::|lcd| BOOT::|leadlist| ; BOOT::|df| BOOT::|p1| BOOT::|p0|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |ldeg| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS UNSIGNED-BYTE T)) ; ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |PGCD;gcd;3P;15| ...) ; compiling (DEFUN |PGCD;gcd;LP;16| ...) ; compiling (DEFUN |PGCD;gcd;LSup;17| ...) ; compiling (DEFUN |PGCD;gcd;LSup;17!0| ...) ; compiling (DEFUN |PGCD;gcdPrimitive;3P;18| ...) ; compiling (DEFUN |PGCD;gcdPrimitive;LP;19| ...) ; compiling (DEFUN |PolynomialGcdPackage| ...) ; compiling (DEFUN |PolynomialGcdPackage;| ...) ; compiling (MAKEPROP (QUOTE |PolynomialGcdPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 7 notes ; /tmp/oa-x0ypP3/code.fasl written ; compilation finished in 0:00:00.179 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PLEQN.spad && cp PLEQN.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PLEQN.fasl \ && if test -f PLEQN-.NRLIB/code.fasl; then \ cp PLEQN-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PLEQN-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PLEQN.spad using Spad compiler. PLEQN abbreviates package ParametricLinearEquations debug: compDefine1 lhs: (ParametricLinearEquations R Var Expon GR) signature (pre-evaluate): ((CATEGORY package (SIGNATURE psolve ((List (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R))))))))) (Matrix GR) (List GR))) (SIGNATURE psolve ((List (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R))))))))) (Matrix GR) (List (Symbol)))) (SIGNATURE psolve ((List (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R))))))))) (Matrix GR))) (SIGNATURE psolve ((List (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R))))))))) (Matrix GR) (List GR) (PositiveInteger))) (SIGNATURE psolve ((List (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R))))))))) (Matrix GR) (List (Symbol)) (PositiveInteger))) (SIGNATURE psolve ((List (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R))))))))) (Matrix GR) (PositiveInteger))) (SIGNATURE psolve ((Integer) (Matrix GR) (List GR) (String))) (SIGNATURE psolve ((Integer) (Matrix GR) (List (Symbol)) (String))) (SIGNATURE psolve ((Integer) (Matrix GR) (String))) (SIGNATURE psolve ((Integer) (Matrix GR) (List GR) (PositiveInteger) (String))) (SIGNATURE psolve ((Integer) (Matrix GR) (List (Symbol)) (PositiveInteger) (String))) (SIGNATURE psolve ((Integer) (Matrix GR) (PositiveInteger) (String))) (SIGNATURE wrregime ((Integer) (List (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R))))))))) (String))) (SIGNATURE rdregime ((List (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R))))))))) (String))) (SIGNATURE bsolve ((Record (: rgl (List (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))))))) (: rgsz (Integer))) (Matrix GR) (List (Fraction (Polynomial R))) (NonNegativeInteger) (String) (Integer))) (SIGNATURE dmp2rfi ((Fraction (Polynomial R)) GR)) (SIGNATURE dmp2rfi ((Matrix (Fraction (Polynomial R))) (Matrix GR))) (SIGNATURE dmp2rfi ((List (Fraction (Polynomial R))) (List GR))) (SIGNATURE se2rfi ((List (Fraction (Polynomial R))) (List (Symbol)))) (SIGNATURE pr2dmp (GR (Polynomial R))) (SIGNATURE hasoln ((Record (: sysok (Boolean)) (: z0 (List GR)) (: n0 (List GR))) (List GR) (List GR))) (SIGNATURE ParCondList ((List (Record (: rank (NonNegativeInteger)) (: eqns (List (Record (: det GR) (: rows (List (Integer))) (: cols (List (Integer)))))) (: fgb (List GR)))) (Matrix GR) (NonNegativeInteger))) (SIGNATURE redpps ((Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))) (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))) (List GR))) (SIGNATURE B1solve ((Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))) (Record (: mat (Matrix (Fraction (Polynomial R)))) (: vec (List (Fraction (Polynomial R)))) (: rank (NonNegativeInteger)) (: rows (List (Integer))) (: cols (List (Integer)))))) (SIGNATURE factorset ((List GR) GR)) (SIGNATURE maxrank ((NonNegativeInteger) (List (Record (: rank (NonNegativeInteger)) (: eqns (List (Record (: det GR) (: rows (List (Integer))) (: cols (List (Integer)))))) (: fgb (List GR)))))) (SIGNATURE minrank ((NonNegativeInteger) (List (Record (: rank (NonNegativeInteger)) (: eqns (List (Record (: det GR) (: rows (List (Integer))) (: cols (List (Integer)))))) (: fgb (List GR)))))) (SIGNATURE minset ((List (List GR)) (List (List GR)))) (SIGNATURE nextSublist ((List (List (Integer))) (Integer) (Integer))) (SIGNATURE overset? ((Boolean) (List GR) (List (List GR)))) (SIGNATURE ParCond ((List (Record (: det GR) (: rows (List (Integer))) (: cols (List (Integer))))) (Matrix GR) (NonNegativeInteger))) (SIGNATURE redmat ((Matrix GR) (Matrix GR) (List GR))) (SIGNATURE regime ((Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))))) (Record (: det GR) (: rows (List (Integer))) (: cols (List (Integer)))) (Matrix GR) (List (Fraction (Polynomial R))) (List (List GR)) (NonNegativeInteger) (NonNegativeInteger) (Integer))) (SIGNATURE sqfree (GR GR)) (SIGNATURE inconsistent? ((Boolean) (List GR))) (SIGNATURE inconsistent? ((Boolean) (List (Polynomial R))))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE psolve ((List (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R))))))))) (Matrix GR) (List GR))) (SIGNATURE psolve ((List (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R))))))))) (Matrix GR) (List (Symbol)))) (SIGNATURE psolve ((List (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R))))))))) (Matrix GR))) (SIGNATURE psolve ((List (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R))))))))) (Matrix GR) (List GR) (PositiveInteger))) (SIGNATURE psolve ((List (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R))))))))) (Matrix GR) (List (Symbol)) (PositiveInteger))) (SIGNATURE psolve ((List (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R))))))))) (Matrix GR) (PositiveInteger))) (SIGNATURE psolve ((Integer) (Matrix GR) (List GR) (String))) (SIGNATURE psolve ((Integer) (Matrix GR) (List (Symbol)) (String))) (SIGNATURE psolve ((Integer) (Matrix GR) (String))) (SIGNATURE psolve ((Integer) (Matrix GR) (List GR) (PositiveInteger) (String))) (SIGNATURE psolve ((Integer) (Matrix GR) (List (Symbol)) (PositiveInteger) (String))) (SIGNATURE psolve ((Integer) (Matrix GR) (PositiveInteger) (String))) (SIGNATURE wrregime ((Integer) (List (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R))))))))) (String))) (SIGNATURE rdregime ((List (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R))))))))) (String))) (SIGNATURE bsolve ((Record (: rgl (List (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))))))) (: rgsz (Integer))) (Matrix GR) (List (Fraction (Polynomial R))) (NonNegativeInteger) (String) (Integer))) (SIGNATURE dmp2rfi ((Fraction (Polynomial R)) GR)) (SIGNATURE dmp2rfi ((Matrix (Fraction (Polynomial R))) (Matrix GR))) (SIGNATURE dmp2rfi ((List (Fraction (Polynomial R))) (List GR))) (SIGNATURE se2rfi ((List (Fraction (Polynomial R))) (List (Symbol)))) (SIGNATURE pr2dmp (GR (Polynomial R))) (SIGNATURE hasoln ((Record (: sysok (Boolean)) (: z0 (List GR)) (: n0 (List GR))) (List GR) (List GR))) (SIGNATURE ParCondList ((List (Record (: rank (NonNegativeInteger)) (: eqns (List (Record (: det GR) (: rows (List (Integer))) (: cols (List (Integer)))))) (: fgb (List GR)))) (Matrix GR) (NonNegativeInteger))) (SIGNATURE redpps ((Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))) (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))) (List GR))) (SIGNATURE B1solve ((Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))) (Record (: mat (Matrix (Fraction (Polynomial R)))) (: vec (List (Fraction (Polynomial R)))) (: rank (NonNegativeInteger)) (: rows (List (Integer))) (: cols (List (Integer)))))) (SIGNATURE factorset ((List GR) GR)) (SIGNATURE maxrank ((NonNegativeInteger) (List (Record (: rank (NonNegativeInteger)) (: eqns (List (Record (: det GR) (: rows (List (Integer))) (: cols (List (Integer)))))) (: fgb (List GR)))))) (SIGNATURE minrank ((NonNegativeInteger) (List (Record (: rank (NonNegativeInteger)) (: eqns (List (Record (: det GR) (: rows (List (Integer))) (: cols (List (Integer)))))) (: fgb (List GR)))))) (SIGNATURE minset ((List (List GR)) (List (List GR)))) (SIGNATURE nextSublist ((List (List (Integer))) (Integer) (Integer))) (SIGNATURE overset? ((Boolean) (List GR) (List (List GR)))) (SIGNATURE ParCond ((List (Record (: det GR) (: rows (List (Integer))) (: cols (List (Integer))))) (Matrix GR) (NonNegativeInteger))) (SIGNATURE redmat ((Matrix GR) (Matrix GR) (List GR))) (SIGNATURE regime ((Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))))) (Record (: det GR) (: rows (List (Integer))) (: cols (List (Integer)))) (Matrix GR) (List (Fraction (Polynomial R))) (List (List GR)) (NonNegativeInteger) (NonNegativeInteger) (Integer))) (SIGNATURE sqfree (GR GR)) (SIGNATURE inconsistent? ((Boolean) (List GR))) (SIGNATURE inconsistent? ((Boolean) (List (Polynomial R))))) $param: (R Var Expon GR) debug: evaluateType form: (List (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R))))))))) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R))))))))) debug: evaluateType1 x: (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))))) $param: (R Var Expon GR) debug: evaluateType form: (List GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (List GR) debug: evaluateType1 x: GR m: (Type) debug: evaluateType form: (List GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (List GR) debug: evaluateType1 x: GR m: (Type) debug: evaluateType form: (List (Polynomial R)) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R Var Expon GR) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evaluateType form: (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))) $param: (R Var Expon GR) debug: evaluateType form: (Vector (Fraction (Polynomial R))) $param: (R Var Expon GR) Debug: evaluateType1 form: (Vector (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R Var Expon GR) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R Var Expon GR) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R Var Expon GR) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evaluateType form: (List (Vector (Fraction (Polynomial R)))) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Vector (Fraction (Polynomial R)))) debug: evaluateType1 x: (Vector (Fraction (Polynomial R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Vector (Fraction (Polynomial R))) $param: (R Var Expon GR) Debug: evaluateType1 form: (Vector (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R Var Expon GR) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R Var Expon GR) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R Var Expon GR) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evalCategory d: (Vector (Fraction (Polynomial R))) c: (Type) debug: evalCategory d: (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))))) c: (Type) debug: evaluateType form: (Matrix GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (Matrix GR) debug: evaluateType1 x: GR m: (Ring) debug: evaluateType form: (List GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (List GR) debug: evaluateType1 x: GR m: (Type) debug: evaluateType form: (List (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R))))))))) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R))))))))) debug: evaluateType1 x: (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))))) $param: (R Var Expon GR) debug: evaluateType form: (List GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (List GR) debug: evaluateType1 x: GR m: (Type) debug: evaluateType form: (List GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (List GR) debug: evaluateType1 x: GR m: (Type) debug: evaluateType form: (List (Polynomial R)) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R Var Expon GR) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evaluateType form: (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))) $param: (R Var Expon GR) debug: evaluateType form: (Vector (Fraction (Polynomial R))) $param: (R Var Expon GR) Debug: evaluateType1 form: (Vector (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R Var Expon GR) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R Var Expon GR) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R Var Expon GR) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evaluateType form: (List (Vector (Fraction (Polynomial R)))) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Vector (Fraction (Polynomial R)))) debug: evaluateType1 x: (Vector (Fraction (Polynomial R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Vector (Fraction (Polynomial R))) $param: (R Var Expon GR) Debug: evaluateType1 form: (Vector (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R Var Expon GR) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R Var Expon GR) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R Var Expon GR) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evalCategory d: (Vector (Fraction (Polynomial R))) c: (Type) debug: evalCategory d: (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))))) c: (Type) debug: evaluateType form: (Matrix GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (Matrix GR) debug: evaluateType1 x: GR m: (Ring) debug: evaluateType form: (List (Symbol)) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (R Var Expon GR) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (List (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R))))))))) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R))))))))) debug: evaluateType1 x: (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))))) $param: (R Var Expon GR) debug: evaluateType form: (List GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (List GR) debug: evaluateType1 x: GR m: (Type) debug: evaluateType form: (List GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (List GR) debug: evaluateType1 x: GR m: (Type) debug: evaluateType form: (List (Polynomial R)) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R Var Expon GR) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evaluateType form: (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))) $param: (R Var Expon GR) debug: evaluateType form: (Vector (Fraction (Polynomial R))) $param: (R Var Expon GR) Debug: evaluateType1 form: (Vector (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R Var Expon GR) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R Var Expon GR) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R Var Expon GR) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evaluateType form: (List (Vector (Fraction (Polynomial R)))) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Vector (Fraction (Polynomial R)))) debug: evaluateType1 x: (Vector (Fraction (Polynomial R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Vector (Fraction (Polynomial R))) $param: (R Var Expon GR) Debug: evaluateType1 form: (Vector (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R Var Expon GR) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R Var Expon GR) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R Var Expon GR) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evalCategory d: (Vector (Fraction (Polynomial R))) c: (Type) debug: evalCategory d: (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))))) c: (Type) debug: evaluateType form: (Matrix GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (Matrix GR) debug: evaluateType1 x: GR m: (Ring) debug: evaluateType form: (List (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R))))))))) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R))))))))) debug: evaluateType1 x: (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))))) $param: (R Var Expon GR) debug: evaluateType form: (List GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (List GR) debug: evaluateType1 x: GR m: (Type) debug: evaluateType form: (List GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (List GR) debug: evaluateType1 x: GR m: (Type) debug: evaluateType form: (List (Polynomial R)) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R Var Expon GR) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evaluateType form: (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))) $param: (R Var Expon GR) debug: evaluateType form: (Vector (Fraction (Polynomial R))) $param: (R Var Expon GR) Debug: evaluateType1 form: (Vector (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R Var Expon GR) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R Var Expon GR) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R Var Expon GR) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evaluateType form: (List (Vector (Fraction (Polynomial R)))) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Vector (Fraction (Polynomial R)))) debug: evaluateType1 x: (Vector (Fraction (Polynomial R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Vector (Fraction (Polynomial R))) $param: (R Var Expon GR) Debug: evaluateType1 form: (Vector (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R Var Expon GR) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R Var Expon GR) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R Var Expon GR) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evalCategory d: (Vector (Fraction (Polynomial R))) c: (Type) debug: evalCategory d: (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))))) c: (Type) debug: evaluateType form: (Matrix GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (Matrix GR) debug: evaluateType1 x: GR m: (Ring) debug: evaluateType form: (List GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (List GR) debug: evaluateType1 x: GR m: (Type) debug: evaluateType form: (PositiveInteger) $param: (R Var Expon GR) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (List (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R))))))))) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R))))))))) debug: evaluateType1 x: (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))))) $param: (R Var Expon GR) debug: evaluateType form: (List GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (List GR) debug: evaluateType1 x: GR m: (Type) debug: evaluateType form: (List GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (List GR) debug: evaluateType1 x: GR m: (Type) debug: evaluateType form: (List (Polynomial R)) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R Var Expon GR) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evaluateType form: (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))) $param: (R Var Expon GR) debug: evaluateType form: (Vector (Fraction (Polynomial R))) $param: (R Var Expon GR) Debug: evaluateType1 form: (Vector (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R Var Expon GR) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R Var Expon GR) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R Var Expon GR) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evaluateType form: (List (Vector (Fraction (Polynomial R)))) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Vector (Fraction (Polynomial R)))) debug: evaluateType1 x: (Vector (Fraction (Polynomial R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Vector (Fraction (Polynomial R))) $param: (R Var Expon GR) Debug: evaluateType1 form: (Vector (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R Var Expon GR) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R Var Expon GR) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R Var Expon GR) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evalCategory d: (Vector (Fraction (Polynomial R))) c: (Type) debug: evalCategory d: (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))))) c: (Type) debug: evaluateType form: (Matrix GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (Matrix GR) debug: evaluateType1 x: GR m: (Ring) debug: evaluateType form: (List (Symbol)) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (R Var Expon GR) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (PositiveInteger) $param: (R Var Expon GR) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (List (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R))))))))) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R))))))))) debug: evaluateType1 x: (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))))) $param: (R Var Expon GR) debug: evaluateType form: (List GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (List GR) debug: evaluateType1 x: GR m: (Type) debug: evaluateType form: (List GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (List GR) debug: evaluateType1 x: GR m: (Type) debug: evaluateType form: (List (Polynomial R)) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R Var Expon GR) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evaluateType form: (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))) $param: (R Var Expon GR) debug: evaluateType form: (Vector (Fraction (Polynomial R))) $param: (R Var Expon GR) Debug: evaluateType1 form: (Vector (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R Var Expon GR) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R Var Expon GR) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R Var Expon GR) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evaluateType form: (List (Vector (Fraction (Polynomial R)))) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Vector (Fraction (Polynomial R)))) debug: evaluateType1 x: (Vector (Fraction (Polynomial R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Vector (Fraction (Polynomial R))) $param: (R Var Expon GR) Debug: evaluateType1 form: (Vector (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R Var Expon GR) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R Var Expon GR) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R Var Expon GR) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evalCategory d: (Vector (Fraction (Polynomial R))) c: (Type) debug: evalCategory d: (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))))) c: (Type) debug: evaluateType form: (Matrix GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (Matrix GR) debug: evaluateType1 x: GR m: (Ring) debug: evaluateType form: (PositiveInteger) $param: (R Var Expon GR) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (Integer) $param: (R Var Expon GR) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Matrix GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (Matrix GR) debug: evaluateType1 x: GR m: (Ring) debug: evaluateType form: (List GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (List GR) debug: evaluateType1 x: GR m: (Type) debug: evaluateType form: (String) $param: (R Var Expon GR) Debug: evaluateType1 form: (String) debug: evaluateType form: (Integer) $param: (R Var Expon GR) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Matrix GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (Matrix GR) debug: evaluateType1 x: GR m: (Ring) debug: evaluateType form: (List (Symbol)) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (R Var Expon GR) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (String) $param: (R Var Expon GR) Debug: evaluateType1 form: (String) debug: evaluateType form: (Integer) $param: (R Var Expon GR) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Matrix GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (Matrix GR) debug: evaluateType1 x: GR m: (Ring) debug: evaluateType form: (String) $param: (R Var Expon GR) Debug: evaluateType1 form: (String) debug: evaluateType form: (Integer) $param: (R Var Expon GR) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Matrix GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (Matrix GR) debug: evaluateType1 x: GR m: (Ring) debug: evaluateType form: (List GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (List GR) debug: evaluateType1 x: GR m: (Type) debug: evaluateType form: (PositiveInteger) $param: (R Var Expon GR) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (String) $param: (R Var Expon GR) Debug: evaluateType1 form: (String) debug: evaluateType form: (Integer) $param: (R Var Expon GR) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Matrix GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (Matrix GR) debug: evaluateType1 x: GR m: (Ring) debug: evaluateType form: (List (Symbol)) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (R Var Expon GR) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (PositiveInteger) $param: (R Var Expon GR) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (String) $param: (R Var Expon GR) Debug: evaluateType1 form: (String) debug: evaluateType form: (Integer) $param: (R Var Expon GR) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Matrix GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (Matrix GR) debug: evaluateType1 x: GR m: (Ring) debug: evaluateType form: (PositiveInteger) $param: (R Var Expon GR) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (String) $param: (R Var Expon GR) Debug: evaluateType1 form: (String) debug: evaluateType form: (Integer) $param: (R Var Expon GR) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (List (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R))))))))) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R))))))))) debug: evaluateType1 x: (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))))) $param: (R Var Expon GR) debug: evaluateType form: (List GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (List GR) debug: evaluateType1 x: GR m: (Type) debug: evaluateType form: (List GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (List GR) debug: evaluateType1 x: GR m: (Type) debug: evaluateType form: (List (Polynomial R)) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R Var Expon GR) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evaluateType form: (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))) $param: (R Var Expon GR) debug: evaluateType form: (Vector (Fraction (Polynomial R))) $param: (R Var Expon GR) Debug: evaluateType1 form: (Vector (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R Var Expon GR) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R Var Expon GR) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R Var Expon GR) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evaluateType form: (List (Vector (Fraction (Polynomial R)))) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Vector (Fraction (Polynomial R)))) debug: evaluateType1 x: (Vector (Fraction (Polynomial R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Vector (Fraction (Polynomial R))) $param: (R Var Expon GR) Debug: evaluateType1 form: (Vector (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R Var Expon GR) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R Var Expon GR) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R Var Expon GR) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evalCategory d: (Vector (Fraction (Polynomial R))) c: (Type) debug: evalCategory d: (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))))) c: (Type) debug: evaluateType form: (String) $param: (R Var Expon GR) Debug: evaluateType1 form: (String) debug: evaluateType form: (List (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R))))))))) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R))))))))) debug: evaluateType1 x: (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))))) $param: (R Var Expon GR) debug: evaluateType form: (List GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (List GR) debug: evaluateType1 x: GR m: (Type) debug: evaluateType form: (List GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (List GR) debug: evaluateType1 x: GR m: (Type) debug: evaluateType form: (List (Polynomial R)) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R Var Expon GR) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evaluateType form: (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))) $param: (R Var Expon GR) debug: evaluateType form: (Vector (Fraction (Polynomial R))) $param: (R Var Expon GR) Debug: evaluateType1 form: (Vector (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R Var Expon GR) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R Var Expon GR) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R Var Expon GR) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evaluateType form: (List (Vector (Fraction (Polynomial R)))) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Vector (Fraction (Polynomial R)))) debug: evaluateType1 x: (Vector (Fraction (Polynomial R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Vector (Fraction (Polynomial R))) $param: (R Var Expon GR) Debug: evaluateType1 form: (Vector (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R Var Expon GR) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R Var Expon GR) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R Var Expon GR) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evalCategory d: (Vector (Fraction (Polynomial R))) c: (Type) debug: evalCategory d: (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))))) c: (Type) debug: evaluateType form: (String) $param: (R Var Expon GR) Debug: evaluateType1 form: (String) debug: evaluateType form: (Record (: rgl (List (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))))))) (: rgsz (Integer))) $param: (R Var Expon GR) debug: evaluateType form: (List (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R))))))))) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R))))))))) debug: evaluateType1 x: (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))))) $param: (R Var Expon GR) debug: evaluateType form: (List GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (List GR) debug: evaluateType1 x: GR m: (Type) debug: evaluateType form: (List GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (List GR) debug: evaluateType1 x: GR m: (Type) debug: evaluateType form: (List (Polynomial R)) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R Var Expon GR) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evaluateType form: (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))) $param: (R Var Expon GR) debug: evaluateType form: (Vector (Fraction (Polynomial R))) $param: (R Var Expon GR) Debug: evaluateType1 form: (Vector (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R Var Expon GR) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R Var Expon GR) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R Var Expon GR) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evaluateType form: (List (Vector (Fraction (Polynomial R)))) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Vector (Fraction (Polynomial R)))) debug: evaluateType1 x: (Vector (Fraction (Polynomial R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Vector (Fraction (Polynomial R))) $param: (R Var Expon GR) Debug: evaluateType1 form: (Vector (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R Var Expon GR) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R Var Expon GR) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R Var Expon GR) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evalCategory d: (Vector (Fraction (Polynomial R))) c: (Type) debug: evalCategory d: (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))))) c: (Type) debug: evaluateType form: (Integer) $param: (R Var Expon GR) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Matrix GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (Matrix GR) debug: evaluateType1 x: GR m: (Ring) debug: evaluateType form: (List (Fraction (Polynomial R))) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R Var Expon GR) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R Var Expon GR) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R Var Expon GR) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (R Var Expon GR) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (String) $param: (R Var Expon GR) Debug: evaluateType1 form: (String) debug: evaluateType form: (Integer) $param: (R Var Expon GR) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R Var Expon GR) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R Var Expon GR) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R Var Expon GR) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: GR $param: (R Var Expon GR) debug: evaluateType form: (Matrix (Fraction (Polynomial R))) $param: (R Var Expon GR) Debug: evaluateType1 form: (Matrix (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R Var Expon GR) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R Var Expon GR) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R Var Expon GR) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R Var Expon GR) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Ring) debug: evaluateType form: (Matrix GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (Matrix GR) debug: evaluateType1 x: GR m: (Ring) debug: evaluateType form: (List (Fraction (Polynomial R))) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R Var Expon GR) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R Var Expon GR) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R Var Expon GR) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evaluateType form: (List GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (List GR) debug: evaluateType1 x: GR m: (Type) debug: evaluateType form: (List (Fraction (Polynomial R))) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R Var Expon GR) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R Var Expon GR) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R Var Expon GR) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evaluateType form: (List (Symbol)) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (R Var Expon GR) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: GR $param: (R Var Expon GR) debug: evaluateType form: (Polynomial R) $param: (R Var Expon GR) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Record (: sysok (Boolean)) (: z0 (List GR)) (: n0 (List GR))) $param: (R Var Expon GR) debug: evaluateType form: (Boolean) $param: (R Var Expon GR) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (List GR) debug: evaluateType1 x: GR m: (Type) debug: evaluateType form: (List GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (List GR) debug: evaluateType1 x: GR m: (Type) debug: evaluateType form: (List GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (List GR) debug: evaluateType1 x: GR m: (Type) debug: evaluateType form: (List GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (List GR) debug: evaluateType1 x: GR m: (Type) debug: evaluateType form: (List (Record (: rank (NonNegativeInteger)) (: eqns (List (Record (: det GR) (: rows (List (Integer))) (: cols (List (Integer)))))) (: fgb (List GR)))) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Record (: rank (NonNegativeInteger)) (: eqns (List (Record (: det GR) (: rows (List (Integer))) (: cols (List (Integer)))))) (: fgb (List GR)))) debug: evaluateType1 x: (Record (: rank (NonNegativeInteger)) (: eqns (List (Record (: det GR) (: rows (List (Integer))) (: cols (List (Integer)))))) (: fgb (List GR))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: rank (NonNegativeInteger)) (: eqns (List (Record (: det GR) (: rows (List (Integer))) (: cols (List (Integer)))))) (: fgb (List GR))) $param: (R Var Expon GR) debug: evaluateType form: (NonNegativeInteger) $param: (R Var Expon GR) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (List (Record (: det GR) (: rows (List (Integer))) (: cols (List (Integer))))) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Record (: det GR) (: rows (List (Integer))) (: cols (List (Integer))))) debug: evaluateType1 x: (Record (: det GR) (: rows (List (Integer))) (: cols (List (Integer)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: det GR) (: rows (List (Integer))) (: cols (List (Integer)))) $param: (R Var Expon GR) debug: evaluateType form: GR $param: (R Var Expon GR) debug: evaluateType form: (List (Integer)) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (R Var Expon GR) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (List (Integer)) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (R Var Expon GR) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evalCategory d: (Record (: det GR) (: rows (List (Integer))) (: cols (List (Integer)))) c: (Type) debug: evaluateType form: (List GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (List GR) debug: evaluateType1 x: GR m: (Type) debug: evalCategory d: (Record (: rank (NonNegativeInteger)) (: eqns (List (Record (: det GR) (: rows (List (Integer))) (: cols (List (Integer)))))) (: fgb (List GR))) c: (Type) debug: evaluateType form: (Matrix GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (Matrix GR) debug: evaluateType1 x: GR m: (Ring) debug: evaluateType form: (NonNegativeInteger) $param: (R Var Expon GR) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))) $param: (R Var Expon GR) debug: evaluateType form: (Vector (Fraction (Polynomial R))) $param: (R Var Expon GR) Debug: evaluateType1 form: (Vector (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R Var Expon GR) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R Var Expon GR) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R Var Expon GR) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evaluateType form: (List (Vector (Fraction (Polynomial R)))) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Vector (Fraction (Polynomial R)))) debug: evaluateType1 x: (Vector (Fraction (Polynomial R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Vector (Fraction (Polynomial R))) $param: (R Var Expon GR) Debug: evaluateType1 form: (Vector (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R Var Expon GR) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R Var Expon GR) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R Var Expon GR) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evalCategory d: (Vector (Fraction (Polynomial R))) c: (Type) debug: evaluateType form: (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))) $param: (R Var Expon GR) debug: evaluateType form: (Vector (Fraction (Polynomial R))) $param: (R Var Expon GR) Debug: evaluateType1 form: (Vector (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R Var Expon GR) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R Var Expon GR) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R Var Expon GR) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evaluateType form: (List (Vector (Fraction (Polynomial R)))) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Vector (Fraction (Polynomial R)))) debug: evaluateType1 x: (Vector (Fraction (Polynomial R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Vector (Fraction (Polynomial R))) $param: (R Var Expon GR) Debug: evaluateType1 form: (Vector (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R Var Expon GR) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R Var Expon GR) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R Var Expon GR) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evalCategory d: (Vector (Fraction (Polynomial R))) c: (Type) debug: evaluateType form: (List GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (List GR) debug: evaluateType1 x: GR m: (Type) debug: evaluateType form: (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))) $param: (R Var Expon GR) debug: evaluateType form: (Vector (Fraction (Polynomial R))) $param: (R Var Expon GR) Debug: evaluateType1 form: (Vector (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R Var Expon GR) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R Var Expon GR) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R Var Expon GR) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evaluateType form: (List (Vector (Fraction (Polynomial R)))) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Vector (Fraction (Polynomial R)))) debug: evaluateType1 x: (Vector (Fraction (Polynomial R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Vector (Fraction (Polynomial R))) $param: (R Var Expon GR) Debug: evaluateType1 form: (Vector (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R Var Expon GR) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R Var Expon GR) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R Var Expon GR) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evalCategory d: (Vector (Fraction (Polynomial R))) c: (Type) debug: evaluateType form: (Record (: mat (Matrix (Fraction (Polynomial R)))) (: vec (List (Fraction (Polynomial R)))) (: rank (NonNegativeInteger)) (: rows (List (Integer))) (: cols (List (Integer)))) $param: (R Var Expon GR) debug: evaluateType form: (Matrix (Fraction (Polynomial R))) $param: (R Var Expon GR) Debug: evaluateType1 form: (Matrix (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R Var Expon GR) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R Var Expon GR) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R Var Expon GR) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R Var Expon GR) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Ring) debug: evaluateType form: (List (Fraction (Polynomial R))) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R Var Expon GR) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R Var Expon GR) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R Var Expon GR) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (R Var Expon GR) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (List (Integer)) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (R Var Expon GR) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (List (Integer)) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (R Var Expon GR) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (List GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (List GR) debug: evaluateType1 x: GR m: (Type) debug: evaluateType form: GR $param: (R Var Expon GR) debug: evaluateType form: (NonNegativeInteger) $param: (R Var Expon GR) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (List (Record (: rank (NonNegativeInteger)) (: eqns (List (Record (: det GR) (: rows (List (Integer))) (: cols (List (Integer)))))) (: fgb (List GR)))) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Record (: rank (NonNegativeInteger)) (: eqns (List (Record (: det GR) (: rows (List (Integer))) (: cols (List (Integer)))))) (: fgb (List GR)))) debug: evaluateType1 x: (Record (: rank (NonNegativeInteger)) (: eqns (List (Record (: det GR) (: rows (List (Integer))) (: cols (List (Integer)))))) (: fgb (List GR))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: rank (NonNegativeInteger)) (: eqns (List (Record (: det GR) (: rows (List (Integer))) (: cols (List (Integer)))))) (: fgb (List GR))) $param: (R Var Expon GR) debug: evaluateType form: (NonNegativeInteger) $param: (R Var Expon GR) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (List (Record (: det GR) (: rows (List (Integer))) (: cols (List (Integer))))) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Record (: det GR) (: rows (List (Integer))) (: cols (List (Integer))))) debug: evaluateType1 x: (Record (: det GR) (: rows (List (Integer))) (: cols (List (Integer)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: det GR) (: rows (List (Integer))) (: cols (List (Integer)))) $param: (R Var Expon GR) debug: evaluateType form: GR $param: (R Var Expon GR) debug: evaluateType form: (List (Integer)) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (R Var Expon GR) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (List (Integer)) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (R Var Expon GR) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evalCategory d: (Record (: det GR) (: rows (List (Integer))) (: cols (List (Integer)))) c: (Type) debug: evaluateType form: (List GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (List GR) debug: evaluateType1 x: GR m: (Type) debug: evalCategory d: (Record (: rank (NonNegativeInteger)) (: eqns (List (Record (: det GR) (: rows (List (Integer))) (: cols (List (Integer)))))) (: fgb (List GR))) c: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (R Var Expon GR) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (List (Record (: rank (NonNegativeInteger)) (: eqns (List (Record (: det GR) (: rows (List (Integer))) (: cols (List (Integer)))))) (: fgb (List GR)))) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Record (: rank (NonNegativeInteger)) (: eqns (List (Record (: det GR) (: rows (List (Integer))) (: cols (List (Integer)))))) (: fgb (List GR)))) debug: evaluateType1 x: (Record (: rank (NonNegativeInteger)) (: eqns (List (Record (: det GR) (: rows (List (Integer))) (: cols (List (Integer)))))) (: fgb (List GR))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: rank (NonNegativeInteger)) (: eqns (List (Record (: det GR) (: rows (List (Integer))) (: cols (List (Integer)))))) (: fgb (List GR))) $param: (R Var Expon GR) debug: evaluateType form: (NonNegativeInteger) $param: (R Var Expon GR) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (List (Record (: det GR) (: rows (List (Integer))) (: cols (List (Integer))))) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Record (: det GR) (: rows (List (Integer))) (: cols (List (Integer))))) debug: evaluateType1 x: (Record (: det GR) (: rows (List (Integer))) (: cols (List (Integer)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: det GR) (: rows (List (Integer))) (: cols (List (Integer)))) $param: (R Var Expon GR) debug: evaluateType form: GR $param: (R Var Expon GR) debug: evaluateType form: (List (Integer)) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (R Var Expon GR) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (List (Integer)) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (R Var Expon GR) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evalCategory d: (Record (: det GR) (: rows (List (Integer))) (: cols (List (Integer)))) c: (Type) debug: evaluateType form: (List GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (List GR) debug: evaluateType1 x: GR m: (Type) debug: evalCategory d: (Record (: rank (NonNegativeInteger)) (: eqns (List (Record (: det GR) (: rows (List (Integer))) (: cols (List (Integer)))))) (: fgb (List GR))) c: (Type) debug: evaluateType form: (List (List GR)) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (List GR)) debug: evaluateType1 x: (List GR) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (List GR) debug: evaluateType1 x: GR m: (Type) debug: evalCategory d: (List GR) c: (Type) debug: evaluateType form: (List (List GR)) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (List GR)) debug: evaluateType1 x: (List GR) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (List GR) debug: evaluateType1 x: GR m: (Type) debug: evalCategory d: (List GR) c: (Type) debug: evaluateType form: (List (List (Integer))) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (List (Integer))) debug: evaluateType1 x: (List (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Integer)) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (R Var Expon GR) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evalCategory d: (List (Integer)) c: (Type) debug: evaluateType form: (Integer) $param: (R Var Expon GR) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (R Var Expon GR) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Boolean) $param: (R Var Expon GR) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (List GR) debug: evaluateType1 x: GR m: (Type) debug: evaluateType form: (List (List GR)) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (List GR)) debug: evaluateType1 x: (List GR) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (List GR) debug: evaluateType1 x: GR m: (Type) debug: evalCategory d: (List GR) c: (Type) debug: evaluateType form: (List (Record (: det GR) (: rows (List (Integer))) (: cols (List (Integer))))) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Record (: det GR) (: rows (List (Integer))) (: cols (List (Integer))))) debug: evaluateType1 x: (Record (: det GR) (: rows (List (Integer))) (: cols (List (Integer)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: det GR) (: rows (List (Integer))) (: cols (List (Integer)))) $param: (R Var Expon GR) debug: evaluateType form: GR $param: (R Var Expon GR) debug: evaluateType form: (List (Integer)) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (R Var Expon GR) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (List (Integer)) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (R Var Expon GR) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evalCategory d: (Record (: det GR) (: rows (List (Integer))) (: cols (List (Integer)))) c: (Type) debug: evaluateType form: (Matrix GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (Matrix GR) debug: evaluateType1 x: GR m: (Ring) debug: evaluateType form: (NonNegativeInteger) $param: (R Var Expon GR) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Matrix GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (Matrix GR) debug: evaluateType1 x: GR m: (Ring) debug: evaluateType form: (Matrix GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (Matrix GR) debug: evaluateType1 x: GR m: (Ring) debug: evaluateType form: (List GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (List GR) debug: evaluateType1 x: GR m: (Type) debug: evaluateType form: (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))))) $param: (R Var Expon GR) debug: evaluateType form: (List GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (List GR) debug: evaluateType1 x: GR m: (Type) debug: evaluateType form: (List GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (List GR) debug: evaluateType1 x: GR m: (Type) debug: evaluateType form: (List (Polynomial R)) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R Var Expon GR) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evaluateType form: (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))) $param: (R Var Expon GR) debug: evaluateType form: (Vector (Fraction (Polynomial R))) $param: (R Var Expon GR) Debug: evaluateType1 form: (Vector (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R Var Expon GR) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R Var Expon GR) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R Var Expon GR) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evaluateType form: (List (Vector (Fraction (Polynomial R)))) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Vector (Fraction (Polynomial R)))) debug: evaluateType1 x: (Vector (Fraction (Polynomial R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Vector (Fraction (Polynomial R))) $param: (R Var Expon GR) Debug: evaluateType1 form: (Vector (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R Var Expon GR) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R Var Expon GR) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R Var Expon GR) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evalCategory d: (Vector (Fraction (Polynomial R))) c: (Type) debug: evaluateType form: (Record (: det GR) (: rows (List (Integer))) (: cols (List (Integer)))) $param: (R Var Expon GR) debug: evaluateType form: GR $param: (R Var Expon GR) debug: evaluateType form: (List (Integer)) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (R Var Expon GR) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (List (Integer)) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (R Var Expon GR) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (Matrix GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (Matrix GR) debug: evaluateType1 x: GR m: (Ring) debug: evaluateType form: (List (Fraction (Polynomial R))) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R Var Expon GR) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R Var Expon GR) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R Var Expon GR) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evaluateType form: (List (List GR)) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (List GR)) debug: evaluateType1 x: (List GR) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (List GR) debug: evaluateType1 x: GR m: (Type) debug: evalCategory d: (List GR) c: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (R Var Expon GR) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (R Var Expon GR) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Integer) $param: (R Var Expon GR) Debug: evaluateType1 form: (Integer) debug: evaluateType form: GR $param: (R Var Expon GR) debug: evaluateType form: GR $param: (R Var Expon GR) debug: evaluateType form: (Boolean) $param: (R Var Expon GR) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List GR) $param: (R Var Expon GR) Debug: evaluateType1 form: (List GR) debug: evaluateType1 x: GR m: (Type) debug: evaluateType form: (Boolean) $param: (R Var Expon GR) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List (Polynomial R)) $param: (R Var Expon GR) Debug: evaluateType1 form: (List (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon GR) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R Var Expon GR) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE psolve ((List (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R))))))))) (Matrix GR) (List GR))) (SIGNATURE psolve ((List (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R))))))))) (Matrix GR) (List (Symbol)))) (SIGNATURE psolve ((List (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R))))))))) (Matrix GR))) (SIGNATURE psolve ((List (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R))))))))) (Matrix GR) (List GR) (PositiveInteger))) (SIGNATURE psolve ((List (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R))))))))) (Matrix GR) (List (Symbol)) (PositiveInteger))) (SIGNATURE psolve ((List (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R))))))))) (Matrix GR) (PositiveInteger))) (SIGNATURE psolve ((Integer) (Matrix GR) (List GR) (String))) (SIGNATURE psolve ((Integer) (Matrix GR) (List (Symbol)) (String))) (SIGNATURE psolve ((Integer) (Matrix GR) (String))) (SIGNATURE psolve ((Integer) (Matrix GR) (List GR) (PositiveInteger) (String))) (SIGNATURE psolve ((Integer) (Matrix GR) (List (Symbol)) (PositiveInteger) (String))) (SIGNATURE psolve ((Integer) (Matrix GR) (PositiveInteger) (String))) (SIGNATURE wrregime ((Integer) (List (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R))))))))) (String))) (SIGNATURE rdregime ((List (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R))))))))) (String))) (SIGNATURE bsolve ((Record (: rgl (List (Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))))))) (: rgsz (Integer))) (Matrix GR) (List (Fraction (Polynomial R))) (NonNegativeInteger) (String) (Integer))) (SIGNATURE dmp2rfi ((Fraction (Polynomial R)) GR)) (SIGNATURE dmp2rfi ((Matrix (Fraction (Polynomial R))) (Matrix GR))) (SIGNATURE dmp2rfi ((List (Fraction (Polynomial R))) (List GR))) (SIGNATURE se2rfi ((List (Fraction (Polynomial R))) (List (Symbol)))) (SIGNATURE pr2dmp (GR (Polynomial R))) (SIGNATURE hasoln ((Record (: sysok (Boolean)) (: z0 (List GR)) (: n0 (List GR))) (List GR) (List GR))) (SIGNATURE ParCondList ((List (Record (: rank (NonNegativeInteger)) (: eqns (List (Record (: det GR) (: rows (List (Integer))) (: cols (List (Integer)))))) (: fgb (List GR)))) (Matrix GR) (NonNegativeInteger))) (SIGNATURE redpps ((Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))) (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))) (List GR))) (SIGNATURE B1solve ((Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))) (Record (: mat (Matrix (Fraction (Polynomial R)))) (: vec (List (Fraction (Polynomial R)))) (: rank (NonNegativeInteger)) (: rows (List (Integer))) (: cols (List (Integer)))))) (SIGNATURE factorset ((List GR) GR)) (SIGNATURE maxrank ((NonNegativeInteger) (List (Record (: rank (NonNegativeInteger)) (: eqns (List (Record (: det GR) (: rows (List (Integer))) (: cols (List (Integer)))))) (: fgb (List GR)))))) (SIGNATURE minrank ((NonNegativeInteger) (List (Record (: rank (NonNegativeInteger)) (: eqns (List (Record (: det GR) (: rows (List (Integer))) (: cols (List (Integer)))))) (: fgb (List GR)))))) (SIGNATURE minset ((List (List GR)) (List (List GR)))) (SIGNATURE nextSublist ((List (List (Integer))) (Integer) (Integer))) (SIGNATURE overset? ((Boolean) (List GR) (List (List GR)))) (SIGNATURE ParCond ((List (Record (: det GR) (: rows (List (Integer))) (: cols (List (Integer))))) (Matrix GR) (NonNegativeInteger))) (SIGNATURE redmat ((Matrix GR) (Matrix GR) (List GR))) (SIGNATURE regime ((Record (: eqzro (List GR)) (: neqzro (List GR)) (: wcond (List (Polynomial R))) (: bsoln (Record (: partsol (Vector (Fraction (Polynomial R)))) (: basis (List (Vector (Fraction (Polynomial R)))))))) (Record (: det GR) (: rows (List (Integer))) (: cols (List (Integer)))) (Matrix GR) (List (Fraction (Polynomial R))) (List (List GR)) (NonNegativeInteger) (NonNegativeInteger) (Integer))) (SIGNATURE sqfree (GR GR)) (SIGNATURE inconsistent? ((Boolean) (List GR))) (SIGNATURE inconsistent? ((Boolean) (List (Polynomial R))))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ParametricLinearEquations compiling into /tmp/oa-2bElnw compiling exported inconsistent? : List GR -> Boolean Time: 0.08 SEC. compiling exported inconsistent? : List Polynomial R -> Boolean Time: 0.02 SEC. compiling exported B1solve : Record(mat: Matrix Fraction Polynomial R,vec: List Fraction Polynomial R,rank: NonNegativeInteger,rows: List Integer,cols: List Integer) -> Record(partsol: Vector Fraction Polynomial R,basis: List Vector Fraction Polynomial R) Time: 0.17 SEC. compiling exported regime : (Record(det: GR,rows: List Integer,cols: List Integer),Matrix GR,List Fraction Polynomial R,List List GR,NonNegativeInteger,NonNegativeInteger,Integer) -> Record(eqzro: List GR,neqzro: List GR,wcond: List Polynomial R,bsoln: Record(partsol: Vector Fraction Polynomial R,basis: List Vector Fraction Polynomial R)) Time: 0.80 SEC. compiling exported bsolve : (Matrix GR,List Fraction Polynomial R,NonNegativeInteger,String,Integer) -> Record(rgl: List Record(eqzro: List GR,neqzro: List GR,wcond: List Polynomial R,bsoln: Record(partsol: Vector Fraction Polynomial R,basis: List Vector Fraction Polynomial R)),rgsz: Integer) Time: 0.42 SEC. compiling exported factorset : GR -> List GR Time: 0.03 SEC. compiling exported ParCondList : (Matrix GR,NonNegativeInteger) -> List Record(rank: NonNegativeInteger,eqns: List Record(det: GR,rows: List Integer,cols: List Integer),fgb: List GR) Time: 0.15 SEC. compiling exported redpps : (Record(partsol: Vector Fraction Polynomial R,basis: List Vector Fraction Polynomial R),List GR) -> Record(partsol: Vector Fraction Polynomial R,basis: List Vector Fraction Polynomial R) Time: 0.14 SEC. compiling exported dmp2rfi : Matrix GR -> Matrix Fraction Polynomial R Time: 0.04 SEC. compiling exported dmp2rfi : List GR -> List Fraction Polynomial R Time: 0.01 SEC. compiling exported psolve : (Matrix GR,List GR) -> List Record(eqzro: List GR,neqzro: List GR,wcond: List Polynomial R,bsoln: Record(partsol: Vector Fraction Polynomial R,basis: List Vector Fraction Polynomial R)) Time: 0.04 SEC. compiling exported psolve : (Matrix GR,List Symbol) -> List Record(eqzro: List GR,neqzro: List GR,wcond: List Polynomial R,bsoln: Record(partsol: Vector Fraction Polynomial R,basis: List Vector Fraction Polynomial R)) Time: 0.04 SEC. compiling exported psolve : Matrix GR -> List Record(eqzro: List GR,neqzro: List GR,wcond: List Polynomial R,bsoln: Record(partsol: Vector Fraction Polynomial R,basis: List Vector Fraction Polynomial R)) Time: 0.05 SEC. compiling exported psolve : (Matrix GR,List GR,PositiveInteger) -> List Record(eqzro: List GR,neqzro: List GR,wcond: List Polynomial R,bsoln: Record(partsol: Vector Fraction Polynomial R,basis: List Vector Fraction Polynomial R)) Time: 0.04 SEC. compiling exported psolve : (Matrix GR,List Symbol,PositiveInteger) -> List Record(eqzro: List GR,neqzro: List GR,wcond: List Polynomial R,bsoln: Record(partsol: Vector Fraction Polynomial R,basis: List Vector Fraction Polynomial R)) Time: 0.05 SEC. compiling exported psolve : (Matrix GR,PositiveInteger) -> List Record(eqzro: List GR,neqzro: List GR,wcond: List Polynomial R,bsoln: Record(partsol: Vector Fraction Polynomial R,basis: List Vector Fraction Polynomial R)) Time: 0.04 SEC. compiling exported psolve : (Matrix GR,List GR,String) -> Integer Time: 0.02 SEC. compiling exported psolve : (Matrix GR,List Symbol,String) -> Integer Time: 0.03 SEC. compiling exported psolve : (Matrix GR,String) -> Integer Time: 0.03 SEC. compiling exported nextSublist : (Integer,Integer) -> List List Integer Time: 0.09 SEC. compiling exported psolve : (Matrix GR,List GR,PositiveInteger,String) -> Integer Time: 0.03 SEC. compiling exported psolve : (Matrix GR,List Symbol,PositiveInteger,String) -> Integer Time: 0.03 SEC. compiling exported psolve : (Matrix GR,PositiveInteger,String) -> Integer Time: 0.03 SEC. compiling exported hasoln : (List GR,List GR) -> Record(sysok: Boolean,z0: List GR,n0: List GR) Time: 0.14 SEC. compiling exported se2rfi : List Symbol -> List Fraction Polynomial R Time: 0.05 SEC. compiling exported pr2dmp : Polynomial R -> GR Time: 0.02 SEC. compiling exported wrregime : (List Record(eqzro: List GR,neqzro: List GR,wcond: List Polynomial R,bsoln: Record(partsol: Vector Fraction Polynomial R,basis: List Vector Fraction Polynomial R)),String) -> Integer Time: 0.02 SEC. compiling exported dmp2rfi : GR -> Fraction Polynomial R Time: 0.04 SEC. compiling exported rdregime : String -> List Record(eqzro: List GR,neqzro: List GR,wcond: List Polynomial R,bsoln: Record(partsol: Vector Fraction Polynomial R,basis: List Vector Fraction Polynomial R)) Time: 0.04 SEC. compiling exported maxrank : List Record(rank: NonNegativeInteger,eqns: List Record(det: GR,rows: List Integer,cols: List Integer),fgb: List GR) -> NonNegativeInteger Time: 0.04 SEC. compiling exported minrank : List Record(rank: NonNegativeInteger,eqns: List Record(det: GR,rows: List Integer,cols: List Integer),fgb: List GR) -> NonNegativeInteger Time: 0.04 SEC. compiling exported minset : List List GR -> List List GR Time: 0.03 SEC. compiling exported sqfree : GR -> GR Time: 0.02 SEC. compiling exported ParCond : (Matrix GR,NonNegativeInteger) -> List Record(det: GR,rows: List Integer,cols: List Integer) Time: 0.36 SEC. compiling exported overset? : (List GR,List List GR) -> Boolean Time: 0.04 SEC. compiling exported redmat : (Matrix GR,List GR) -> Matrix GR Time: 0.04 SEC. (time taken in buildFunctor: 4) Time: 0.03 SEC. Warnings: [1] regime: yzero has no value [2] bsolve: wcond has no value [3] bsolve: rksoln has no value [4] factorset: factors has no value [5] ParCondList: covered has no value [6] ParCondList: npc has no value [7] ParCondList: done has no value [8] pr2dmp: pretend GR -- should replace by @ [9] sqfree: factors has no value [10] sqfree: not known that IntegralDomain is of mode CATEGORY(package,psolve: (Matrix GR,List GR) -> List Record(eqzro: List GR,neqzro: List GR,wcond: List Polynomial R,bsoln: Record(partsol: Vector Fraction Polynomial R,basis: List Vector Fraction Polynomial R)),psolve: (Matrix GR,List Symbol) -> List Record(eqzro: List GR,neqzro: List GR,wcond: List Polynomial R,bsoln: Record(partsol: Vector Fraction Polynomial R,basis: List Vector Fraction Polynomial R)),psolve: Matrix GR -> List Record(eqzro: List GR,neqzro: List GR,wcond: List Polynomial R,bsoln: Record(partsol: Vector Fraction Polynomial R,basis: List Vector Fraction Polynomial R)),psolve: (Matrix GR,List GR,PositiveInteger) -> List Record(eqzro: List GR,neqzro: List GR,wcond: List Polynomial R,bsoln: Record(partsol: Vector Fraction Polynomial R,basis: List Vector Fraction Polynomial R)),psolve: (Matrix GR,List Symbol,PositiveInteger) -> List Record(eqzro: List GR,neqzro: List GR,wcond: List Polynomial R,bsoln: Record(partsol: Vector Fraction Polynomial R,basis: List Vector Fraction Polynomial R)),psolve: (Matrix GR,PositiveInteger) -> List Record(eqzro: List GR,neqzro: List GR,wcond: List Polynomial R,bsoln: Record(partsol: Vector Fraction Polynomial R,basis: List Vector Fraction Polynomial R)),psolve: (Matrix GR,List GR,String) -> Integer,psolve: (Matrix GR,List Symbol,String) -> Integer,psolve: (Matrix GR,String) -> Integer,psolve: (Matrix GR,List GR,PositiveInteger,String) -> Integer,psolve: (Matrix GR,List Symbol,PositiveInteger,String) -> Integer,psolve: (Matrix GR,PositiveInteger,String) -> Integer,wrregime: (List Record(eqzro: List GR,neqzro: List GR,wcond: List Polynomial R,bsoln: Record(partsol: Vector Fraction Polynomial R,basis: List Vector Fraction Polynomial R)),String) -> Integer,rdregime: String -> List Record(eqzro: List GR,neqzro: List GR,wcond: List Polynomial R,bsoln: Record(partsol: Vector Fraction Polynomial R,basis: List Vector Fraction Polynomial R)),bsolve: (Matrix GR,List Fraction Polynomial R,NonNegativeInteger,String,Integer) -> Record(rgl: List Record(eqzro: List GR,neqzro: List GR,wcond: List Polynomial R,bsoln: Record(partsol: Vector Fraction Polynomial R,basis: List Vector Fraction Polynomial R)),rgsz: Integer),dmp2rfi: GR -> Fraction Polynomial R,dmp2rfi: Matrix GR -> Matrix Fraction Polynomial R,dmp2rfi: List GR -> List Fraction Polynomial R,se2rfi: List Symbol -> List Fraction Polynomial R,pr2dmp: Polynomial R -> GR,hasoln: (List GR,List GR) -> Record(sysok: Boolean,z0: List GR,n0: List GR),ParCondList: (Matrix GR,NonNegativeInteger) -> List Record(rank: NonNegativeInteger,eqns: List Record(det: GR,rows: List Integer,cols: List Integer),fgb: List GR),redpps: (Record(partsol: Vector Fraction Polynomial R,basis: List Vector Fraction Polynomial R),List GR) -> Record(partsol: Vector Fraction Polynomial R,basis: List Vector Fraction Polynomial R),B1solve: Record(mat: Matrix Fraction Polynomial R,vec: List Fraction Polynomial R,rank: NonNegativeInteger,rows: List Integer,cols: List Integer) -> Record(partsol: Vector Fraction Polynomial R,basis: List Vector Fraction Polynomial R),factorset: GR -> List GR,maxrank: List Record(rank: NonNegativeInteger,eqns: List Record(det: GR,rows: List Integer,cols: List Integer),fgb: List GR) -> NonNegativeInteger,minrank: List Record(rank: NonNegativeInteger,eqns: List Record(det: GR,rows: List Integer,cols: List Integer),fgb: List GR) -> NonNegativeInteger,minset: List List GR -> List List GR,nextSublist: (Integer,Integer) -> List List Integer,overset?: (List GR,List List GR) -> Boolean,ParCond: (Matrix GR,NonNegativeInteger) -> List Record(det: GR,rows: List Integer,cols: List Integer),redmat: (Matrix GR,List GR) -> Matrix GR,regime: (Record(det: GR,rows: List Integer,cols: List Integer),Matrix GR,List Fraction Polynomial R,List List GR,NonNegativeInteger,NonNegativeInteger,Integer) -> Record(eqzro: List GR,neqzro: List GR,wcond: List Polynomial R,bsoln: Record(partsol: Vector Fraction Polynomial R,basis: List Vector Fraction Polynomial R)),sqfree: GR -> GR,inconsistent?: List GR -> Boolean,inconsistent?: List Polynomial R -> Boolean) [11] ParCond: found has no value [12] ParCond: det has no value Cumulative Statistics for Constructor ParametricLinearEquations Time: 3.30 seconds finalizing NRLIB PLEQN Processing ParametricLinearEquations for Browser database: -- psolve : (M GR,L GR) -> L Rec3 -- psolve : (M GR,L Symbol) -> L Rec3 -- psolve : M GR -> L Rec3 -- psolve : (M GR,L GR,PI) -> L Rec3 -- psolve : (M GR,L Symbol,PI) -> L Rec3 -- psolve : (M GR,PI) -> L Rec3 -- psolve : (M GR,L GR,S) -> I -- psolve : (M GR,L Symbol,S) -> I -- psolve : (M GR,S) -> I -- psolve : (M GR,L GR,PI,S) -> I -- psolve : (M GR,L Symbol,PI,S) -> I -- psolve : (M GR,PI,S) -> I -- wrregime : (L Rec3,S) -> I -- rdregime : S -> L Rec3 -- bsolve : (M GR,L GF,NNI,S,Inputmode) -> Ranksolns -- dmp2rfi : GR -> GF -- dmp2rfi : M GR -> M GF -- dmp2rfi : L GR -> L GF -- se2rfi : L Symbol -> L GF -- pr2dmp : PR -> GR -- hasoln : (Fgb,L GR) -> Rec8 -- ParCondList : (M GR,NNI) -> RankConds -- redpps : (Linsoln,Fgb) -> Linsoln -- B1solve : Linsys -> Linsoln -- factorset : GR -> L GR -- maxrank : RankConds -> NNI -- minrank : RankConds -> NNI -- minset : L L GR -> L L GR -- nextSublist : (I,I) -> L L I -- overset? : (L GR,L L GR) -> Boolean -- ParCond : (M GR,NNI) -> Eqns -- redmat : (M GR,Fgb) -> M GR -- regime : (Rec,M GR,L GF,L L GR,NNI,NNI,Inputmode) -> Rec3 -- sqfree : GR -> GR -- inconsistent? : L GR -> Boolean --->../../x86_64-unknown-linux-gnu/src/algebra/pleqn.spad-->ParametricLinearEquations((inconsistent? (Boolean (L GR)))): Improper first word in comments: inconsistant? "inconsistant?(pl) returns \\spad{true} if the system of equations \\spad{p} = 0 for \\spad{p} in pl is inconsistent. It is assumed that pl is a groebner basis." -- inconsistent? : L PR -> Boolean --->../../x86_64-unknown-linux-gnu/src/algebra/pleqn.spad-->ParametricLinearEquations((inconsistent? (Boolean (L PR)))): Improper first word in comments: inconsistant? "inconsistant?(pl) returns \\spad{true} if the system of equations \\spad{p} = 0 for \\spad{p} in pl is inconsistent. It is assumed that pl is a groebner basis." -- constructor ; compiling file "/tmp/oa-2bElnw/code.lsp" (written 01 FEB 2016 11:11:08 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PLEQN;inconsistent?;LB;1| ...) ; compiling (DEFUN |PLEQN;inconsistent?;LB;2| ...) ; compiling (DEFUN |PLEQN;B1solve;RR;3| ...) ; compiling (DEFUN |PLEQN;regime;RMLL2NniIR;4| ...) ; file: /tmp/oa-2bElnw/code.lsp ; in: DEFUN |PLEQN;regime;RMLL2NniIR;4| ; (DEFUN BOOT::|PLEQN;regime;RMLL2NniIR;4| ; (BOOT::|y| BOOT::|coef| BOOT::|w| BOOT::|psbf| BOOT::|rk| ; BOOT::|rkmax| BOOT::|mode| BOOT::$) ; (PROG (BOOT::|test| BOOT::|wnum| BOOT::|weqn|) ; (RETURN ; (LET* (# # # # # # # # # #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PLEQN;regime;RMLL2NniIR;4| ; (BOOT::|y| BOOT::|coef| BOOT::|w| BOOT::|psbf| BOOT::|rk| BOOT::|rkmax| ; BOOT::|mode| BOOT::$) ; (BLOCK BOOT::|PLEQN;regime;RMLL2NniIR;4| ; (PROG (BOOT::|test| BOOT::|wnum| BOOT::|weqn|) ; (RETURN ; (LET* # ; #))))) ; ; note: Assignment to argument: |psbf| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS LIST T)) ; ; compiling (DEFUN |PLEQN;bsolve;MLNniSIR;5| ...) ; file: /tmp/oa-2bElnw/code.lsp ; in: DEFUN |PLEQN;bsolve;MLNniSIR;5| ; (DEFUN BOOT::|PLEQN;bsolve;MLNniSIR;5| ; (BOOT::|coeff| BOOT::|w| BOOT::|h| BOOT::|outname| BOOT::|mode| ; BOOT::$) ; (PROG (BOOT::|rkmin| BOOT::|rkmax| BOOT::|rrcl| BOOT::|filemode| ; BOOT::|lrec3| BOOT::|count| BOOT::|rksoln| BOOT::|newfile| ; BOOT::|psbf| BOOT::|psb| BOOT::|pc| BOOT::|rk| ...) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PLEQN;bsolve;MLNniSIR;5| ; (BOOT::|coeff| BOOT::|w| BOOT::|h| BOOT::|outname| BOOT::|mode| BOOT::$) ; (BLOCK BOOT::|PLEQN;bsolve;MLNniSIR;5| ; (PROG (BOOT::|rkmin| BOOT::|rkmax| BOOT::|rrcl| BOOT::|filemode| ; BOOT::|lrec3| BOOT::|count| BOOT::|rksoln| BOOT::|newfile| ; BOOT::|psbf| BOOT::|psb| BOOT::|pc| BOOT::|rk| ...) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |PLEQN;factorset;GRL;6| ...) ; file: /tmp/oa-2bElnw/code.lsp ; in: DEFUN |PLEQN;factorset;GRL;6| ; (DEFUN BOOT::|PLEQN;factorset;GRL;6| (BOOT::|y| BOOT::$) ; (COND ((BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 11)) NIL) ; (T ; (LET (# #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PLEQN;factorset;GRL;6| ; (BOOT::|y| BOOT::$) ; (BLOCK BOOT::|PLEQN;factorset;GRL;6| ; (COND ((BOOT::SPADCALL BOOT::|y| #) NIL) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PLEQN;ParCondList;MNniL;7| ...) ; file: /tmp/oa-2bElnw/code.lsp ; in: DEFUN |PLEQN;ParCondList;MNniL;7| ; (LET* ((BOOT::|rcl| NIL) ; (BOOT::|ps| NIL) ; (BOOT::|pc| NIL) ; (BOOT::|npc| NIL) ; (BOOT::|psbf| NIL) ; (BOOT::|done| NIL) ; (BOOT::|r| ; (BOOT::SPADCALL BOOT::|mat| (BOOT::|shellEntry| BOOT::$ 67))) ; (BOOT::|n| ; (BOOT::SPADCALL BOOT::|mat| (BOOT::|shellEntry| BOOT::$ 119))) ; (BOOT::|maxrk| (MIN BOOT::|r| BOOT::|n|))) ; (BOOT::SEQ ; (LET ((BOOT::|k| #) (#:G1001 NIL)) ; (LOOP (COND # #) ; (SETQ #) ; (SETQ #))) ; (BOOT::EXIT BOOT::|rcl|))) ; ; caught STYLE-WARNING: ; The variable |psbf| is defined but never used. ; compiling (DEFUN |PLEQN;redpps;RLR;8| ...) ; compiling (DEFUN |PLEQN;dmp2rfi;MM;9| ...) ; compiling (DEFUN |PLEQN;dmp2rfi;LL;10| ...) ; file: /tmp/oa-2bElnw/code.lsp ; in: DEFUN |PLEQN;dmp2rfi;LL;10| ; (DEFUN BOOT::|PLEQN;dmp2rfi;LL;10| (BOOT::|vl| BOOT::$) ; (LET ((#:G1004 BOOT::|vl|) (#:G780 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G1004 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PLEQN;dmp2rfi;LL;10| ; (BOOT::|vl| BOOT::$) ; (BLOCK BOOT::|PLEQN;dmp2rfi;LL;10| ; (LET ((#:G1004 BOOT::|vl|) (#:G780 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PLEQN;psolve;MLL;11| ...) ; compiling (DEFUN |PLEQN;psolve;MLL;12| ...) ; compiling (DEFUN |PLEQN;psolve;ML;13| ...) ; compiling (DEFUN |PLEQN;psolve;MLPiL;14| ...) ; compiling (DEFUN |PLEQN;psolve;MLPiL;15| ...) ; compiling (DEFUN |PLEQN;psolve;MPiL;16| ...) ; compiling (DEFUN |PLEQN;psolve;MLSI;17| ...) ; compiling (DEFUN |PLEQN;psolve;MLSI;18| ...) ; compiling (DEFUN |PLEQN;psolve;MSI;19| ...) ; compiling (DEFUN |PLEQN;nextSublist;2IL;20| ...) ; compiling (DEFUN |PLEQN;psolve;MLPiSI;21| ...) ; compiling (DEFUN |PLEQN;psolve;MLPiSI;22| ...) ; compiling (DEFUN |PLEQN;psolve;MPiSI;23| ...) ; compiling (DEFUN |PLEQN;hasoln;2LR;24| ...) ; file: /tmp/oa-2bElnw/code.lsp ; in: DEFUN |PLEQN;hasoln;2LR;24| ; (DEFUN BOOT::|PLEQN;hasoln;2LR;24| (BOOT::|zro| BOOT::|nzro| BOOT::$) ; (PROG (BOOT::|psbf| BOOT::|pnzro|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PLEQN;hasoln;2LR;24| ; (BOOT::|zro| BOOT::|nzro| BOOT::$) ; (BLOCK BOOT::|PLEQN;hasoln;2LR;24| ; (PROG (BOOT::|psbf| BOOT::|pnzro|) (RETURN (COND # #))))) ; ; note: Assignment to argument: |zro| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |nzro| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |PLEQN;se2rfi;LL;25| ...) ; file: /tmp/oa-2bElnw/code.lsp ; in: DEFUN |PLEQN;se2rfi;LL;25| ; (DEFUN BOOT::|PLEQN;se2rfi;LL;25| (BOOT::|w| BOOT::$) ; (LET ((#:G1017 BOOT::|w|) (#:G902 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G1017 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PLEQN;se2rfi;LL;25| ; (BOOT::|w| BOOT::$) ; (BLOCK BOOT::|PLEQN;se2rfi;LL;25| ; (LET ((#:G1017 BOOT::|w|) (#:G902 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PLEQN;pr2dmp;PGR;26| ...) ; compiling (DEFUN |PLEQN;wrregime;LSI;27| ...) ; compiling (DEFUN |PLEQN;dmp2rfi;GRF;28| ...) ; compiling (DEFUN |PLEQN;dmp2rfi;GRF;28!1| ...) ; compiling (DEFUN |PLEQN;dmp2rfi;GRF;28!0| ...) ; compiling (DEFUN |PLEQN;rdregime;SL;29| ...) ; compiling (DEFUN |PLEQN;maxrank;LNni;30| ...) ; file: /tmp/oa-2bElnw/code.lsp ; in: DEFUN |PLEQN;maxrank;LNni;30| ; (DEFUN BOOT::|PLEQN;maxrank;LNni;30| (BOOT::|rcl| BOOT::$) ; (COND ((NULL BOOT::|rcl|) 0) ; (T ; (LET (# # #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PLEQN;maxrank;LNni;30| ; (BOOT::|rcl| BOOT::$) ; (BLOCK BOOT::|PLEQN;maxrank;LNni;30| ; (COND ((NULL BOOT::|rcl|) 0) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PLEQN;minrank;LNni;31| ...) ; file: /tmp/oa-2bElnw/code.lsp ; in: DEFUN |PLEQN;minrank;LNni;31| ; (DEFUN BOOT::|PLEQN;minrank;LNni;31| (BOOT::|rcl| BOOT::$) ; (COND ((NULL BOOT::|rcl|) 0) ; (T ; (LET (# # #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PLEQN;minrank;LNni;31| ; (BOOT::|rcl| BOOT::$) ; (BLOCK BOOT::|PLEQN;minrank;LNni;31| ; (COND ((NULL BOOT::|rcl|) 0) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PLEQN;minset;2L;32| ...) ; file: /tmp/oa-2bElnw/code.lsp ; in: DEFUN |PLEQN;minset;2L;32| ; (DEFUN BOOT::|PLEQN;minset;2L;32| (BOOT::|lset| BOOT::$) ; (COND ((NULL BOOT::|lset|) BOOT::|lset|) ; (T ; (LET (# #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PLEQN;minset;2L;32| ; (BOOT::|lset| BOOT::$) ; (BLOCK BOOT::|PLEQN;minset;2L;32| ; (COND ((NULL BOOT::|lset|) BOOT::|lset|) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; compiling (DEFUN |PLEQN;sqfree;2GR;33| ...) ; compiling (DEFUN |PLEQN;ParCond;MNniL;34| ...) ; file: /tmp/oa-2bElnw/code.lsp ; in: DEFUN |PLEQN;ParCond;MNniL;34| ; (DEFUN BOOT::|PLEQN;ParCond;MNniL;34| (BOOT::|mat| BOOT::|k| BOOT::$) ; (PROG (BOOT::|found| BOOT::|neweqn| BOOT::|detmat| BOOT::|matsub|) ; (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PLEQN;ParCond;MNniL;34| ; (BOOT::|mat| BOOT::|k| BOOT::$) ; (BLOCK BOOT::|PLEQN;ParCond;MNniL;34| ; (PROG (BOOT::|found| BOOT::|neweqn| BOOT::|detmat| BOOT::|matsub|) ; (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS SIMPLE-VECTOR T)) &REST T). ; compiling (DEFUN |PLEQN;ParCond;MNniL;34!0| ...) ; compiling (DEFUN |PLEQN;overset?;LLB;35| ...) ; compiling (DEFUN |PLEQN;redmat;MLM;36| ...) ; compiling (DEFUN |ParametricLinearEquations| ...) ; compiling (DEFUN |ParametricLinearEquations;| ...) ; compiling (MAKEPROP (QUOTE |ParametricLinearEquations|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; printed 11 notes ; /tmp/oa-2bElnw/code.fasl written ; compilation finished in 0:00:00.245 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PMPLCAT.spad && cp PMPLCAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PMPLCAT.fasl \ && if test -f PMPLCAT-.NRLIB/code.fasl; then \ cp PMPLCAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PMPLCAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PMPLCAT.spad using Spad compiler. PMPLCAT abbreviates package PatternMatchPolynomialCategory debug: compDefine1 lhs: (PatternMatchPolynomialCategory S E V R P) signature (pre-evaluate): ((CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult S P) P (Pattern S) (PatternMatchResult S P) (Mapping (PatternMatchResult S P) V (Pattern S) (PatternMatchResult S P)))) (IF (has V (PatternMatchable S)) (SIGNATURE patternMatch ((PatternMatchResult S P) P (Pattern S) (PatternMatchResult S P))) %noBranch)) NIL NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult S P) P (Pattern S) (PatternMatchResult S P) (Mapping (PatternMatchResult S P) V (Pattern S) (PatternMatchResult S P)))) (IF (has V (PatternMatchable S)) (SIGNATURE patternMatch ((PatternMatchResult S P) P (Pattern S) (PatternMatchResult S P))) %noBranch)) $param: (S E V R P) debug: evaluateType form: (PatternMatchResult S P) $param: (S E V R P) Debug: evaluateType1 form: (PatternMatchResult S P) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: P m: (SetCategory) debug: evaluateType form: P $param: (S E V R P) debug: evaluateType form: (Pattern S) $param: (S E V R P) Debug: evaluateType1 form: (Pattern S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (PatternMatchResult S P) $param: (S E V R P) Debug: evaluateType1 form: (PatternMatchResult S P) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: P m: (SetCategory) debug: evaluateType form: (Mapping (PatternMatchResult S P) V (Pattern S) (PatternMatchResult S P)) $param: (S E V R P) debug: evaluateType form: (PatternMatchResult S P) $param: (S E V R P) Debug: evaluateType1 form: (PatternMatchResult S P) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: P m: (SetCategory) debug: evaluateType form: V $param: (S E V R P) debug: evaluateType form: (Pattern S) $param: (S E V R P) Debug: evaluateType1 form: (Pattern S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (PatternMatchResult S P) $param: (S E V R P) Debug: evaluateType1 form: (PatternMatchResult S P) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: P m: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult S P) P (Pattern S) (PatternMatchResult S P) (Mapping (PatternMatchResult S P) V (Pattern S) (PatternMatchResult S P)))) (IF (has V (PatternMatchable S)) (SIGNATURE patternMatch ((PatternMatchResult S P) P (Pattern S) (PatternMatchResult S P))) %noBranch)) NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PatternMatchPolynomialCategory compiling into /tmp/oa-IKQ1fq importing PatternMatchTools(S,R,P) importing PatternMatchPushDown(S,R,P) compiling exported patternMatch : (P,Pattern S,PatternMatchResult(S,P)) -> PatternMatchResult(S,P) Time: 0.05 SEC. compiling exported patternMatch : (P,Pattern S,PatternMatchResult(S,P),(V,Pattern S,PatternMatchResult(S,P)) -> PatternMatchResult(S,P)) -> PatternMatchResult(S,P) Time: 0.13 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor PatternMatchPolynomialCategory Time: 0.19 seconds finalizing NRLIB PMPLCAT Processing PatternMatchPolynomialCategory for Browser database: -- patternMatch : (P,PAT,PRS,((V,PAT,PRS) -> PRS)) -> PRS -- patternMatch : (P,PAT,PRS) -> PRS -- constructor ; compiling file "/tmp/oa-IKQ1fq/code.lsp" (written 01 FEB 2016 11:11:09 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PMPLCAT;patternMatch;PP2Pmr;1| ...) ; compiling (DEFUN |PMPLCAT;patternMatch;PPPmrMPmr;2| ...) ; compiling (DEFUN |PMPLCAT;patternMatch;PPPmrMPmr;2!2| ...) ; compiling (DEFUN |PMPLCAT;patternMatch;PPPmrMPmr;2!1| ...) ; compiling (DEFUN |PMPLCAT;patternMatch;PPPmrMPmr;2!0| ...) ; compiling (DEFUN |PatternMatchPolynomialCategory| ...) ; compiling (DEFUN |PatternMatchPolynomialCategory;| ...) ; compiling (MAKEPROP (QUOTE |PatternMatchPolynomialCategory|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-IKQ1fq/code.fasl written ; compilation finished in 0:00:00.047 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PMQFCAT.spad && cp PMQFCAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PMQFCAT.fasl \ && if test -f PMQFCAT-.NRLIB/code.fasl; then \ cp PMQFCAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PMQFCAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PMQFCAT.spad using Spad compiler. PMQFCAT abbreviates package PatternMatchQuotientFieldCategory debug: compDefine1 lhs: (PatternMatchQuotientFieldCategory S R Q) signature (pre-evaluate): ((CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult S Q) Q (Pattern S) (PatternMatchResult S Q)))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult S Q) Q (Pattern S) (PatternMatchResult S Q)))) $param: (S R Q) debug: evaluateType form: (PatternMatchResult S Q) $param: (S R Q) Debug: evaluateType1 form: (PatternMatchResult S Q) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: Q m: (SetCategory) debug: evaluateType form: Q $param: (S R Q) debug: evaluateType form: (Pattern S) $param: (S R Q) Debug: evaluateType1 form: (Pattern S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (PatternMatchResult S Q) $param: (S R Q) Debug: evaluateType1 form: (PatternMatchResult S Q) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: Q m: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult S Q) Q (Pattern S) (PatternMatchResult S Q)))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PatternMatchQuotientFieldCategory compiling into /tmp/oa-4n23UP importing PatternMatchPushDown(S,R,Q) compiling exported patternMatch : (Q,Pattern S,PatternMatchResult(S,Q)) -> PatternMatchResult(S,Q) Time: 0.06 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor PatternMatchQuotientFieldCategory Time: 0.06 seconds finalizing NRLIB PMQFCAT Processing PatternMatchQuotientFieldCategory for Browser database: -- patternMatch : (Q,PAT,PRQ) -> PRQ -- constructor ; compiling file "/tmp/oa-4n23UP/code.lsp" (written 01 FEB 2016 11:11:09 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PMQFCAT;patternMatch;QP2Pmr;1| ...) ; compiling (DEFUN |PatternMatchQuotientFieldCategory| ...) ; compiling (DEFUN |PatternMatchQuotientFieldCategory;| ...) ; compiling (MAKEPROP (QUOTE |PatternMatchQuotientFieldCategory|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-4n23UP/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile POLUTIL.spad && cp POLUTIL.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/POLUTIL.fasl \ && if test -f POLUTIL-.NRLIB/code.fasl; then \ cp POLUTIL-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/POLUTIL-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/POLUTIL.spad using Spad compiler. POLUTIL abbreviates package RealPolynomialUtilitiesPackage debug: compDefine1 lhs: (RealPolynomialUtilitiesPackage TheField ThePols) signature (pre-evaluate): ((CATEGORY package (SIGNATURE sylvesterSequence ((List ThePols) ThePols ThePols)) (SIGNATURE sturmSequence ((List ThePols) ThePols)) (IF (has TheField (OrderedRing)) (PROGN (SIGNATURE boundOfCauchy (TheField ThePols)) (SIGNATURE sturmVariationsOf ((NonNegativeInteger) (List TheField))) (SIGNATURE lazyVariations ((NonNegativeInteger) (List TheField) (Integer) (Integer)))) %noBranch)) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE sylvesterSequence ((List ThePols) ThePols ThePols)) (SIGNATURE sturmSequence ((List ThePols) ThePols)) (IF (has TheField (OrderedRing)) (PROGN (SIGNATURE boundOfCauchy (TheField ThePols)) (SIGNATURE sturmVariationsOf ((NonNegativeInteger) (List TheField))) (SIGNATURE lazyVariations ((NonNegativeInteger) (List TheField) (Integer) (Integer)))) %noBranch)) $param: (TheField ThePols) debug: evaluateType form: (List ThePols) $param: (TheField ThePols) Debug: evaluateType1 form: (List ThePols) debug: evaluateType1 x: ThePols m: (Type) debug: evaluateType form: ThePols $param: (TheField ThePols) debug: evaluateType form: ThePols $param: (TheField ThePols) debug: evaluateType form: (List ThePols) $param: (TheField ThePols) Debug: evaluateType1 form: (List ThePols) debug: evaluateType1 x: ThePols m: (Type) debug: evaluateType form: ThePols $param: (TheField ThePols) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE sylvesterSequence ((List ThePols) ThePols ThePols)) (SIGNATURE sturmSequence ((List ThePols) ThePols)) (IF (has TheField (OrderedRing)) (PROGN (SIGNATURE boundOfCauchy (TheField ThePols)) (SIGNATURE sturmVariationsOf ((NonNegativeInteger) (List TheField))) (SIGNATURE lazyVariations ((NonNegativeInteger) (List TheField) (Integer) (Integer)))) %noBranch)) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for RealPolynomialUtilitiesPackage compiling into /tmp/oa-qSG9i0 compiling exported sturmSequence : ThePols -> List ThePols Time: 0.06 SEC. compiling exported sylvesterSequence : (ThePols,ThePols) -> List ThePols Time: 0.05 SEC. compiling exported boundOfCauchy : ThePols -> TheField Time: 0.01 SEC. compiling exported sturmVariationsOf : List TheField -> NonNegativeInteger Time: 0.02 SEC. compiling exported lazyVariations : (List TheField,Integer,Integer) -> NonNegativeInteger Time: 0.06 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] sylvesterSequence: positive? has no value [2] sylvesterSequence: res has no value [3] boundOfCauchy: rest has no value Cumulative Statistics for Constructor RealPolynomialUtilitiesPackage Time: 0.20 seconds finalizing NRLIB POLUTIL Processing RealPolynomialUtilitiesPackage for Browser database: -- sylvesterSequence : (ThePols,ThePols) -> List ThePols -- sturmSequence : ThePols -> List ThePols -- boundOfCauchy : ThePols -> TheField -- sturmVariationsOf : List TheField -> N -- lazyVariations : (List TheField,Z,Z) -> N -- constructor ; compiling file "/tmp/oa-qSG9i0/code.lsp" (written 01 FEB 2016 11:11:09 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |POLUTIL;sturmSequence;ThePolsL;1| ...) ; compiling (DEFUN |POLUTIL;sylvesterSequence;2ThePolsL;2| ...) ; file: /tmp/oa-qSG9i0/code.lsp ; in: DEFUN |POLUTIL;sylvesterSequence;2ThePolsL;2| ; (DEFUN BOOT::|POLUTIL;sylvesterSequence;2ThePolsL;2| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (LET ((BOOT::|res| (LIST BOOT::|p1|))) ; (BOOT::SEQ (LOOP (COND # #)) (COND (# #)) ; (BOOT::EXIT (BOOTTRAN:|reverse!| BOOT::|res|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|POLUTIL;sylvesterSequence;2ThePolsL;2| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|POLUTIL;sylvesterSequence;2ThePolsL;2| ; (LET ((BOOT::|res| #)) ; (BOOT::SEQ (LOOP #) (COND #) (BOOT::EXIT #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |POLUTIL;boundOfCauchy;ThePolsTheField;3| ...) ; compiling (DEFUN |POLUTIL;sturmVariationsOf;LNni;4| ...) ; file: /tmp/oa-qSG9i0/code.lsp ; in: DEFUN |POLUTIL;sturmVariationsOf;LNni;4| ; (DEFUN BOOT::|POLUTIL;sturmVariationsOf;LNni;4| (BOOT::|l| BOOT::$) ; (PROG (BOOT::|ln|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|POLUTIL;sturmVariationsOf;LNni;4| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|POLUTIL;sturmVariationsOf;LNni;4| ; (PROG (BOOT::|ln|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |POLUTIL;lazyVariations;L2INni;5| ...) ; file: /tmp/oa-qSG9i0/code.lsp ; in: DEFUN |POLUTIL;lazyVariations;L2INni;5| ; (DEFUN BOOT::|POLUTIL;lazyVariations;L2INni;5| ; (BOOT::|l| BOOT::|sl| BOOT::|sh| BOOT::$) ; (COND ; ((OR (ZEROP BOOT::|sl|) (ZEROP BOOT::|sh|)) ; (BOOT::|error| "POLUTIL: lazyVariations: zero sign!")) ; ((NULL BOOT::|l|) (COND (# 0) (T 1))) ; ((NULL (CDR BOOT::|l|)) (COND (# #) (# #) (T 1))) ; (T ; (LET (#) ; (+ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|POLUTIL;lazyVariations;L2INni;5| ; (BOOT::|l| BOOT::|sl| BOOT::|sh| BOOT::$) ; (BLOCK BOOT::|POLUTIL;lazyVariations;L2INni;5| ; (COND ((OR # #) (BOOT::|error| "POLUTIL: lazyVariations: zero sign!")) ; ((NULL BOOT::|l|) (COND # #)) ((NULL #) (COND # # #)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |RealPolynomialUtilitiesPackage| ...) ; compiling (DEFUN |RealPolynomialUtilitiesPackage;| ...) ; compiling (MAKEPROP (QUOTE |RealPolynomialUtilitiesPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 3 notes ; /tmp/oa-qSG9i0/code.fasl written ; compilation finished in 0:00:00.045 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile POLYLIFT.spad && cp POLYLIFT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/POLYLIFT.fasl \ && if test -f POLYLIFT-.NRLIB/code.fasl; then \ cp POLYLIFT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/POLYLIFT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/POLYLIFT.spad using Spad compiler. POLYLIFT abbreviates package PolynomialCategoryLifting debug: compDefine1 lhs: (PolynomialCategoryLifting E Vars R P S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map (S (Mapping S Vars) (Mapping S R) P))) NIL NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map (S (Mapping S Vars) (Mapping S R) P))) $param: (E Vars R P S) debug: evaluateType form: S $param: (E Vars R P S) debug: evaluateType form: (Mapping S Vars) $param: (E Vars R P S) debug: evaluateType form: S $param: (E Vars R P S) debug: evaluateType form: Vars $param: (E Vars R P S) debug: evaluateType form: (Mapping S R) $param: (E Vars R P S) debug: evaluateType form: S $param: (E Vars R P S) debug: evaluateType form: R $param: (E Vars R P S) debug: evaluateType form: P $param: (E Vars R P S) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map (S (Mapping S Vars) (Mapping S R) P))) NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PolynomialCategoryLifting compiling into /tmp/oa-sLzDHh compiling exported map : (Vars -> S,R -> S,P) -> S Time: 0.06 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Warnings: [1] map: not known that Ring is of mode CATEGORY(package,map: ((Vars -> S),(R -> S),P) -> S) Cumulative Statistics for Constructor PolynomialCategoryLifting Time: 0.06 seconds finalizing NRLIB POLYLIFT Processing PolynomialCategoryLifting for Browser database: --->../../x86_64-unknown-linux-gnu/src/algebra/polycat.spad-->PolynomialCategoryLifting((+ (% % %))): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/polycat.spad-->PolynomialCategoryLifting((* (% % %))): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/polycat.spad-->PolynomialCategoryLifting((** (% % NonNegativeInteger))): Not documented!!!! -- map : ((Vars -> S),(R -> S),P) -> S -- constructor ; compiling file "/tmp/oa-sLzDHh/code.lsp" (written 01 FEB 2016 11:11:10 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |POLYLIFT;map;MMPS;1| ...) ; compiling (DEFUN |PolynomialCategoryLifting| ...) ; compiling (DEFUN |PolynomialCategoryLifting;| ...) ; compiling (MAKEPROP (QUOTE |PolynomialCategoryLifting|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-sLzDHh/code.fasl written ; compilation finished in 0:00:00.020 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile POLY2UP.spad && cp POLY2UP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/POLY2UP.fasl \ && if test -f POLY2UP-.NRLIB/code.fasl; then \ cp POLY2UP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/POLY2UP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/POLY2UP.spad using Spad compiler. POLY2UP abbreviates package PolynomialToUnivariatePolynomial debug: compDefine1 lhs: (PolynomialToUnivariatePolynomial x R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE univariate ((UnivariatePolynomial x (Polynomial R)) (Polynomial R) (Variable x)))) (Symbol) (Ring)) debug: evaluateType form: (CATEGORY package (SIGNATURE univariate ((UnivariatePolynomial x (Polynomial R)) (Polynomial R) (Variable x)))) $param: (x R) debug: evaluateType form: (UnivariatePolynomial x (Polynomial R)) $param: (x R) Debug: evaluateType1 form: (UnivariatePolynomial x (Polynomial R)) debug: evaluateType1 x: x m: (Symbol) debug: evaluateType1 x: (Polynomial R) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (x R) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Polynomial R) $param: (x R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Ring) debug: evaluateType form: (Polynomial R) $param: (x R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Variable x) $param: (x R) Debug: evaluateType1 form: (Variable x) debug: evaluateType1 x: x m: (Symbol) debug: evaluateType form: (Symbol) $param: (x R) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Ring) $param: (x R) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE univariate ((UnivariatePolynomial x (Polynomial R)) (Polynomial R) (Variable x)))) (Symbol) (Ring)) debug: compDefine1 lhs: (PolynomialToUnivariatePolynomial x R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE univariate ((UnivariatePolynomial x (Polynomial R)) (Polynomial R) (Variable x)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE univariate ((UnivariatePolynomial x (Polynomial R)) (Polynomial R) (Variable x)))) $param: (x R) debug: evaluateType form: (UnivariatePolynomial x (Polynomial R)) $param: (x R) Debug: evaluateType1 form: (UnivariatePolynomial x (Polynomial R)) debug: evaluateType1 x: x m: (Symbol) debug: evaluateType1 x: (Polynomial R) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (x R) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Polynomial R) $param: (x R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Ring) debug: evaluateType form: (Polynomial R) $param: (x R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Variable x) $param: (x R) Debug: evaluateType1 form: (Variable x) debug: evaluateType1 x: x m: (Symbol) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE univariate ((UnivariatePolynomial x (Polynomial R)) (Polynomial R) (Variable x)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PolynomialToUnivariatePolynomial compiling into /tmp/oa-K7YAgw compiling exported univariate : (Polynomial R,Variable x) -> UnivariatePolynomial(x,Polynomial R) Time: 0.08 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Warnings: [1] univariate: not known that Ring is of mode CATEGORY(package,univariate: (Polynomial R,Variable x) -> UnivariatePolynomial(x,Polynomial R)) Cumulative Statistics for Constructor PolynomialToUnivariatePolynomial Time: 0.08 seconds finalizing NRLIB POLY2UP Processing PolynomialToUnivariatePolynomial for Browser database: -- univariate : (Polynomial R,Variable x) -> UnivariatePolynomial(x,Polynomial R) -- constructor ; compiling file "/tmp/oa-K7YAgw/code.lsp" (written 01 FEB 2016 11:11:10 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |POLY2UP;univariate;PVUp;1| ...) ; file: /tmp/oa-K7YAgw/code.lsp ; in: DEFUN |POLY2UP;univariate;PVUp;1| ; (DEFUN BOOT::|POLY2UP;univariate;PVUp;1| (BOOT::|p| BOOT::|y| BOOT::$) ; (LET ((BOOT::|q| (BOOT::SPADCALL BOOT::|p| # #))) ; (BOOT::SPADCALL (CONS #'BOOT::|POLY2UP;univariate;PVUp;1!0| NIL) ; BOOT::|q| (BOOT::|shellEntry| BOOT::$ 16)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|POLY2UP;univariate;PVUp;1| ; (BOOT::|p| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|POLY2UP;univariate;PVUp;1| ; (LET ((BOOT::|q| #)) ; (BOOT::SPADCALL (CONS #'BOOT::|POLY2UP;univariate;PVUp;1!0| NIL) ; BOOT::|q| (BOOT::|shellEntry| BOOT::$ 16))))) ; ; caught STYLE-WARNING: ; The variable |y| is defined but never used. ; compiling (DEFUN |POLY2UP;univariate;PVUp;1!0| ...) ; file: /tmp/oa-K7YAgw/code.lsp ; in: DEFUN |POLY2UP;univariate;PVUp;1!0| ; (DEFUN BOOT::|POLY2UP;univariate;PVUp;1!0| (BOOT::|#1| BOOT::$$) BOOT::|#1|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|POLY2UP;univariate;PVUp;1!0| ; (BOOT::|#1| BOOT::$$) ; (BLOCK BOOT::|POLY2UP;univariate;PVUp;1!0| BOOT::|#1|)) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |PolynomialToUnivariatePolynomial| ...) ; compiling (DEFUN |PolynomialToUnivariatePolynomial;| ...) ; compiling (MAKEPROP (QUOTE |PolynomialToUnivariatePolynomial|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; /tmp/oa-K7YAgw/code.fasl written ; compilation finished in 0:00:00.018 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PSQFR.spad && cp PSQFR.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PSQFR.fasl \ && if test -f PSQFR-.NRLIB/code.fasl; then \ cp PSQFR-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PSQFR-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PSQFR.spad using Spad compiler. PSQFR abbreviates package PolynomialSquareFree debug: compDefine1 lhs: (PolynomialSquareFree VarSet E RC P) signature (pre-evaluate): ((CATEGORY package (SIGNATURE squareFree ((Factored P) P))) (OrderedSet) NIL (GcdDomain) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE squareFree ((Factored P) P))) $param: (VarSet E RC P) debug: evaluateType form: (Factored P) $param: (VarSet E RC P) Debug: evaluateType1 form: (Factored P) debug: evaluateType1 x: P m: (IntegralDomain) debug: evaluateType form: P $param: (VarSet E RC P) debug: evaluateType form: (OrderedSet) $param: (VarSet E RC P) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (GcdDomain) $param: (VarSet E RC P) Debug: evaluateType1 form: (GcdDomain) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE squareFree ((Factored P) P))) (OrderedSet) NIL (GcdDomain) NIL) debug: compDefine1 lhs: (PolynomialSquareFree VarSet E RC P) signature (pre-evaluate): ((CATEGORY package (SIGNATURE squareFree ((Factored P) P))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE squareFree ((Factored P) P))) $param: (VarSet E RC P) debug: evaluateType form: (Factored P) $param: (VarSet E RC P) Debug: evaluateType1 form: (Factored P) debug: evaluateType1 x: P m: (IntegralDomain) debug: evaluateType form: P $param: (VarSet E RC P) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE squareFree ((Factored P) P))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PolynomialSquareFree compiling into /tmp/oa-SaegMI compiling local pPolRoot : P -> P Time: 0.08 SEC. compiling local putPth : P -> P Time: 0.02 SEC. compiling local pthPower : P -> Factored P Time: 0.03 SEC. compiling local finSqFr : (P,List VarSet) -> Factored P Time: 0.20 SEC. compiling exported squareFree : P -> Factored P Time: 0.17 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] pPolRoot: not known that Ring is of mode CATEGORY(package,squareFree: P -> Factored P) [2] pthPower: isSq has no value [3] pthPower: fctr has no value [4] pthPower: xpnt has no value [5] finSqFr: : NonNegativeInteger -- replace by pretend Cumulative Statistics for Constructor PolynomialSquareFree Time: 0.50 seconds finalizing NRLIB PSQFR Processing PolynomialSquareFree for Browser database: -- squareFree : P -> Factored P -- constructor ; compiling file "/tmp/oa-SaegMI/code.lsp" (written 01 FEB 2016 11:11:10 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PSQFR;pPolRoot| ...) ; compiling (DEFUN |PSQFR;putPth| ...) ; compiling (DEFUN |PSQFR;pthPower| ...) ; compiling (DEFUN |PSQFR;finSqFr| ...) ; file: /tmp/oa-SaegMI/code.lsp ; in: DEFUN |PSQFR;finSqFr| ; (DEFUN BOOT::|PSQFR;finSqFr| (BOOT::|f| BOOT::|lvar| BOOT::$) ; (PROG (BOOT::|sqp| BOOT::|pfaclist| BOOT::|squf| BOOT::|cont1| BOOT::|cont| ; BOOT::|uf| BOOT::|flistfin1| BOOT::|listfin1| BOOT::|uexp|) ; (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PSQFR;finSqFr| ; (BOOT::|f| BOOT::|lvar| BOOT::$) ; (BLOCK BOOT::|PSQFR;finSqFr| ; (PROG (BOOT::|sqp| BOOT::|pfaclist| BOOT::|squf| BOOT::|cont1| ; BOOT::|cont| BOOT::|uf| BOOT::|flistfin1| BOOT::|listfin1| ; BOOT::|uexp|) ; (RETURN (COND # #))))) ; ; note: Assignment to argument: |lvar| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |PSQFR;squareFree;PF;5| ...) ; compiling (DEFUN |PolynomialSquareFree| ...) ; compiling (DEFUN |PolynomialSquareFree;| ...) ; compiling (MAKEPROP (QUOTE |PolynomialSquareFree|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-SaegMI/code.fasl written ; compilation finished in 0:00:00.072 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile QALGSET.spad && cp QALGSET.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/QALGSET.fasl \ && if test -f QALGSET-.NRLIB/code.fasl; then \ cp QALGSET-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/QALGSET-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/QALGSET.spad using Spad compiler. QALGSET abbreviates domain QuasiAlgebraicSet debug: compDefine1 lhs: (QuasiAlgebraicSet R Var Expon Dpoly) signature (pre-evaluate): ((Join (SetCategory) (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE empty ($)) (SIGNATURE quasiAlgebraicSet ($ (List Dpoly) Dpoly)) (SIGNATURE status ((Union (Boolean) failed) $)) (SIGNATURE setStatus ($ $ (Union (Boolean) failed))) (SIGNATURE empty? ((Boolean) $)) (SIGNATURE definingEquations ((List Dpoly) $)) (SIGNATURE definingInequation (Dpoly $)) (SIGNATURE idealSimplify ($ $)) (IF (has R (EuclideanDomain)) (IF (has R (CharacteristicZero)) (SIGNATURE simplify ($ $)) %noBranch) %noBranch))) NIL NIL NIL NIL) debug: evaluateType form: (Join (SetCategory) (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE empty ($)) (SIGNATURE quasiAlgebraicSet ($ (List Dpoly) Dpoly)) (SIGNATURE status ((Union (Boolean) failed) $)) (SIGNATURE setStatus ($ $ (Union (Boolean) failed))) (SIGNATURE empty? ((Boolean) $)) (SIGNATURE definingEquations ((List Dpoly) $)) (SIGNATURE definingInequation (Dpoly $)) (SIGNATURE idealSimplify ($ $)) (IF (has R (EuclideanDomain)) (IF (has R (CharacteristicZero)) (SIGNATURE simplify ($ $)) %noBranch) %noBranch))) $param: (R Var Expon Dpoly) debug: evaluateType form: (SetCategory) $param: (R Var Expon Dpoly) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CoercibleTo (OutputForm)) $param: (R Var Expon Dpoly) Debug: evaluateType1 form: (CoercibleTo (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Var Expon Dpoly) Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: (R Var Expon Dpoly) Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE empty ($)) (SIGNATURE quasiAlgebraicSet ($ (List Dpoly) Dpoly)) (SIGNATURE status ((Union (Boolean) failed) $)) (SIGNATURE setStatus ($ $ (Union (Boolean) failed))) (SIGNATURE empty? ((Boolean) $)) (SIGNATURE definingEquations ((List Dpoly) $)) (SIGNATURE definingInequation (Dpoly $)) (SIGNATURE idealSimplify ($ $)) (IF (has R (EuclideanDomain)) (IF (has R (CharacteristicZero)) (SIGNATURE simplify ($ $)) %noBranch) %noBranch)) $param: (R Var Expon Dpoly) debug: evaluateType form: (List Dpoly) $param: (R Var Expon Dpoly) Debug: evaluateType1 form: (List Dpoly) debug: evaluateType1 x: Dpoly m: (Type) debug: evaluateType form: Dpoly $param: (R Var Expon Dpoly) debug: evaluateType form: (Union (Boolean) failed) $param: (R Var Expon Dpoly) debug: evaluateType form: (Boolean) $param: (R Var Expon Dpoly) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: failed $param: (R Var Expon Dpoly) debug: evaluateType form: (Union (Boolean) failed) $param: (R Var Expon Dpoly) debug: evaluateType form: (Boolean) $param: (R Var Expon Dpoly) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: failed $param: (R Var Expon Dpoly) debug: evaluateType form: (Boolean) $param: (R Var Expon Dpoly) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List Dpoly) $param: (R Var Expon Dpoly) Debug: evaluateType1 form: (List Dpoly) debug: evaluateType1 x: Dpoly m: (Type) debug: evaluateType form: Dpoly $param: (R Var Expon Dpoly) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE empty ($)) (SIGNATURE quasiAlgebraicSet ($ (List Dpoly) Dpoly)) (SIGNATURE status ((Union (Boolean) failed) $)) (SIGNATURE setStatus ($ $ (Union (Boolean) failed))) (SIGNATURE empty? ((Boolean) $)) (SIGNATURE definingEquations ((List Dpoly) $)) (SIGNATURE definingInequation (Dpoly $)) (SIGNATURE idealSimplify ($ $)) (IF (has R (EuclideanDomain)) (IF (has R (CharacteristicZero)) (SIGNATURE simplify ($ $)) %noBranch) %noBranch))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for QuasiAlgebraicSet compiling into /tmp/oa-rc2kel importing GroebnerPackage(R,Expon,Var,Dpoly) importing GroebnerPackage(R,Product(NonNegativeInteger,Expon),Var,PolynomialRing(R,Product(NonNegativeInteger,Expon))) importing GroebnerInternalPackage(R,Expon,Var,Dpoly) compiling local factorset : Dpoly -> List Dpoly Time: 0.08 SEC. compiling exported simplify : % -> % Time: 0.01 SEC. compiling local npoly : Dpoly -> PolynomialRing(R,Product(NonNegativeInteger,Expon)) Time: 0.02 SEC. compiling local oldpoly : PolynomialRing(R,Product(NonNegativeInteger,Expon)) -> Union(Dpoly,failed) Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Time: 0.05 SEC. compiling exported empty? : % -> Boolean Time: 0 SEC. compiling exported empty : () -> % Time: 0.01 SEC. compiling exported status : % -> Union(Boolean,failed) QALGSET;status;$U;8 x is replaced by %vref(x,0) Time: 0 SEC. compiling exported setStatus : (%,Union(Boolean,failed)) -> % Time: 0.01 SEC. compiling exported definingEquations : % -> List Dpoly QALGSET;definingEquations;$L;10 x is replaced by %vref(x,1) Time: 0 SEC. compiling exported definingInequation : % -> Dpoly QALGSET;definingInequation;$Dpoly;11 x is replaced by %vref(x,2) Time: 0.01 SEC. compiling exported quasiAlgebraicSet : (List Dpoly,Dpoly) -> % QALGSET;quasiAlgebraicSet;LDpoly$;12(z0,n0) is replaced by %vector(%pair(1,"failed"),z0,n0) Time: 0 SEC. compiling exported idealSimplify : % -> % Time: 0.08 SEC. compiling local minset : List List Dpoly -> List List Dpoly Time: 0.02 SEC. compiling local overset? : (List Dpoly,List List Dpoly) -> Boolean Time: 0.02 SEC. (time taken in buildFunctor: 4) Time: 0.02 SEC. Warnings: [1] Type Boolean is not in scope. Import it [2] Type List Dpoly is not in scope. Import it [3] factorset: factors has no value [4] npoly: not known that OrderedAbelianMonoid is of mode CATEGORY(domain,IF(hasNonNegativeInteger()Finite(),IF(hasExponFinite(),Finite,%noBranch),%noBranch),IF(hasNonNegativeInteger()Monoid(),IF(hasExponMonoid(),Monoid,%noBranch),%noBranch),IF(hasNonNegativeInteger()AbelianMonoid(),IF(hasExponAbelianMonoid(),AbelianMonoid,%noBranch),%noBranch),IF(hasNonNegativeInteger()CancellationAbelianMonoid(),IF(hasExponCancellationAbelianMonoid(),CancellationAbelianMonoid,%noBranch),%noBranch),IF(hasNonNegativeInteger()Group(),IF(hasExponGroup(),Group,%noBranch),%noBranch),IF(hasNonNegativeInteger()AbelianGroup(),IF(hasExponAbelianGroup(),AbelianGroup,%noBranch),%noBranch),IF(hasNonNegativeInteger()OrderedAbelianMonoidSup(),IF(hasExponOrderedAbelianMonoidSup(),OrderedAbelianMonoidSup,%noBranch),%noBranch),IF(hasNonNegativeInteger()OrderedSet(),IF(hasExponOrderedSet(),OrderedSet,%noBranch),%noBranch),makeprod: (NonNegativeInteger,Expon) -> %,selectfirst: % -> NonNegativeInteger,selectsecond: % -> Expon) [5] idealSimplify: not known that OrderedAbelianMonoid is of mode CATEGORY(domain,IF(hasNonNegativeInteger()Finite(),IF(hasExponFinite(),Finite,%noBranch),%noBranch),IF(hasNonNegativeInteger()Monoid(),IF(hasExponMonoid(),Monoid,%noBranch),%noBranch),IF(hasNonNegativeInteger()AbelianMonoid(),IF(hasExponAbelianMonoid(),AbelianMonoid,%noBranch),%noBranch),IF(hasNonNegativeInteger()CancellationAbelianMonoid(),IF(hasExponCancellationAbelianMonoid(),CancellationAbelianMonoid,%noBranch),%noBranch),IF(hasNonNegativeInteger()Group(),IF(hasExponGroup(),Group,%noBranch),%noBranch),IF(hasNonNegativeInteger()AbelianGroup(),IF(hasExponAbelianGroup(),AbelianGroup,%noBranch),%noBranch),IF(hasNonNegativeInteger()OrderedAbelianMonoidSup(),IF(hasExponOrderedAbelianMonoidSup(),OrderedAbelianMonoidSup,%noBranch),%noBranch),IF(hasNonNegativeInteger()OrderedSet(),IF(hasExponOrderedSet(),OrderedSet,%noBranch),%noBranch),makeprod: (NonNegativeInteger,Expon) -> %,selectfirst: % -> NonNegativeInteger,selectsecond: % -> Expon) [6] idealSimplify: not known that OrderedAbelianMonoidSup is of mode CATEGORY(domain,IF(hasNonNegativeInteger()Finite(),IF(hasExponFinite(),Finite,%noBranch),%noBranch),IF(hasNonNegativeInteger()Monoid(),IF(hasExponMonoid(),Monoid,%noBranch),%noBranch),IF(hasNonNegativeInteger()AbelianMonoid(),IF(hasExponAbelianMonoid(),AbelianMonoid,%noBranch),%noBranch),IF(hasNonNegativeInteger()CancellationAbelianMonoid(),IF(hasExponCancellationAbelianMonoid(),CancellationAbelianMonoid,%noBranch),%noBranch),IF(hasNonNegativeInteger()Group(),IF(hasExponGroup(),Group,%noBranch),%noBranch),IF(hasNonNegativeInteger()AbelianGroup(),IF(hasExponAbelianGroup(),AbelianGroup,%noBranch),%noBranch),IF(hasNonNegativeInteger()OrderedAbelianMonoidSup(),IF(hasExponOrderedAbelianMonoidSup(),OrderedAbelianMonoidSup,%noBranch),%noBranch),IF(hasNonNegativeInteger()OrderedSet(),IF(hasExponOrderedSet(),OrderedSet,%noBranch),%noBranch),makeprod: (NonNegativeInteger,Expon) -> %,selectfirst: % -> NonNegativeInteger,selectsecond: % -> Expon) [7] idealSimplify: not known that PolynomialCategoryR(Product (NonNegativeInteger) Expon)Var is of mode CATEGORY(domain,IF(hasRIntegralDomain(),IF(hasProduct(NonNegativeInteger(),Expon)CancellationAbelianMonoid(),fmecg: (%,Product(NonNegativeInteger,Expon),R,%) -> %,%noBranch),%noBranch),IF(hasRATTRIBUTE(canonicalUnitNormal),canonicalUnitNormal,%noBranch)) Cumulative Statistics for Constructor QuasiAlgebraicSet Time: 0.34 seconds finalizing NRLIB QALGSET Processing QuasiAlgebraicSet for Browser database: -- empty : () -> % -- quasiAlgebraicSet : (List Dpoly,Dpoly) -> % -- status : % -> Status -- setStatus : (%,Status) -> % -- empty? : % -> Boolean -- definingEquations : % -> List Dpoly -- definingInequation : % -> Dpoly -- idealSimplify : % -> % -- simplify : % -> % -- constructor ; compiling file "/tmp/oa-rc2kel/code.lsp" (written 01 FEB 2016 11:11:11 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |QALGSET;status;$U;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |QALGSET;definingEquations;$L;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |QALGSET;definingInequation;$Dpoly;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |QALGSET;quasiAlgebraicSet;LDpoly$;12|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |QALGSET;setStatus;$U$;9|) ...) ; compiling (DEFUN |QALGSET;factorset| ...) ; file: /tmp/oa-rc2kel/code.lsp ; in: DEFUN |QALGSET;factorset| ; (DEFUN BOOT::|QALGSET;factorset| (BOOT::|y| BOOT::$) ; (COND ((BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 12)) NIL) ; (T ; (LET (# #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|QALGSET;factorset| ; (BOOT::|y| BOOT::$) ; (BLOCK BOOT::|QALGSET;factorset| ; (COND ((BOOT::SPADCALL BOOT::|y| #) NIL) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |QALGSET;simplify;2$;2| ...) ; file: /tmp/oa-rc2kel/code.lsp ; in: DEFUN |QALGSET;simplify;2$;2| ; (DEFUN BOOT::|QALGSET;simplify;2$;2| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|zro| BOOT::|mset| BOOT::|nzro| BOOT::|pnzero|) ; (RETURN ; (BOOT::SEQ (COND #) ; (BOOT::LETT BOOT::|pnzero| # BOOT::|QALGSET;simplify;2$;2|) ; (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|QALGSET;simplify;2$;2| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|QALGSET;simplify;2$;2| ; (PROG (BOOT::|zro| BOOT::|mset| BOOT::|nzro| BOOT::|pnzero|) ; (RETURN (BOOT::SEQ # # #))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; SIMPLE-VECTOR ; ; compiling (DEFUN |QALGSET;npoly| ...) ; compiling (DEFUN |QALGSET;oldpoly| ...) ; compiling (DEFUN |QALGSET;coerce;$Of;5| ...) ; compiling (DEFUN |QALGSET;empty?;$B;6| ...) ; file: /tmp/oa-rc2kel/code.lsp ; in: DEFUN |QALGSET;empty?;$B;6| ; (DEFUN BOOT::|QALGSET;empty?;$B;6| (BOOT::|x| BOOT::$) ; (PROGN ; (COND ((EQL # 1) (SETQ #))) ; (LET ((#:G640 #)) ; (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|QALGSET;empty?;$B;6| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|QALGSET;empty?;$B;6| ; (PROGN ; (COND (# #)) ; (LET (#) ; (COND # #))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; SIMPLE-VECTOR ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |QALGSET;empty;$;7| ...) ; compiling (DEFUN |QALGSET;status;$U;8| ...) ; compiling (DEFUN |QALGSET;setStatus;$U$;9| ...) ; file: /tmp/oa-rc2kel/code.lsp ; in: DEFUN |QALGSET;setStatus;$U$;9| ; (DEFUN BOOT::|QALGSET;setStatus;$U$;9| (BOOT::|x| BOOT::|t| BOOT::$) ; (VECTOR BOOT::|t| (SVREF BOOT::|x| 1) (SVREF BOOT::|x| 2))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|QALGSET;setStatus;$U$;9| ; (BOOT::|x| BOOT::|t| BOOT::$) ; (BLOCK BOOT::|QALGSET;setStatus;$U$;9| ; (VECTOR BOOT::|t| (SVREF BOOT::|x| 1) (SVREF BOOT::|x| 2)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |QALGSET;definingEquations;$L;10| ...) ; compiling (DEFUN |QALGSET;definingInequation;$Dpoly;11| ...) ; compiling (DEFUN |QALGSET;quasiAlgebraicSet;LDpoly$;12| ...) ; compiling (DEFUN |QALGSET;idealSimplify;2$;13| ...) ; compiling (DEFUN |QALGSET;minset| ...) ; file: /tmp/oa-rc2kel/code.lsp ; in: DEFUN |QALGSET;minset| ; (DEFUN BOOT::|QALGSET;minset| (BOOT::|lset| BOOT::$) ; (COND ((NULL BOOT::|lset|) BOOT::|lset|) ; (T ; (LET (# #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|QALGSET;minset| ; (BOOT::|lset| BOOT::$) ; (BLOCK BOOT::|QALGSET;minset| ; (COND ((NULL BOOT::|lset|) BOOT::|lset|) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; compiling (DEFUN |QALGSET;overset?| ...) ; compiling (DEFUN |QuasiAlgebraicSet| ...) ; compiling (DEFUN |QuasiAlgebraicSet;| ...) ; compiling (MAKEPROP (QUOTE |QuasiAlgebraicSet|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 5 notes ; /tmp/oa-rc2kel/code.fasl written ; compilation finished in 0:00:00.070 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile QFCAT2.spad && cp QFCAT2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/QFCAT2.fasl \ && if test -f QFCAT2-.NRLIB/code.fasl; then \ cp QFCAT2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/QFCAT2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/QFCAT2.spad using Spad compiler. QFCAT2 abbreviates package QuotientFieldCategoryFunctions2 debug: compDefine1 lhs: (QuotientFieldCategoryFunctions2 A B R S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map (S (Mapping B A) R))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map (S (Mapping B A) R))) $param: (A B R S) debug: evaluateType form: S $param: (A B R S) debug: evaluateType form: (Mapping B A) $param: (A B R S) debug: evaluateType form: B $param: (A B R S) debug: evaluateType form: A $param: (A B R S) debug: evaluateType form: R $param: (A B R S) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map (S (Mapping B A) R))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for QuotientFieldCategoryFunctions2 compiling into /tmp/oa-ZF35n1 compiling exported map : (A -> B,R) -> S Time: 0.06 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor QuotientFieldCategoryFunctions2 Time: 0.06 seconds finalizing NRLIB QFCAT2 Processing QuotientFieldCategoryFunctions2 for Browser database: -- map : ((A -> B),R) -> S -- constructor ; compiling file "/tmp/oa-ZF35n1/code.lsp" (written 01 FEB 2016 11:11:11 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |QFCAT2;map;MRS;1| ...) ; compiling (DEFUN |QuotientFieldCategoryFunctions2| ...) ; compiling (DEFUN |QuotientFieldCategoryFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |QuotientFieldCategoryFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-ZF35n1/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile RCFIELD.spad && cp RCFIELD.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RCFIELD.fasl \ && if test -f RCFIELD-.NRLIB/code.fasl; then \ cp RCFIELD-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RCFIELD-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RCFIELD.spad using Spad compiler. RCFIELD abbreviates category RealClosedField debug: compDefine1 lhs: (RealClosedField) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for RealClosedField compiling into /tmp/oa-iILZxc STYLE-WARNING: redefining BOOT::|RealClosedField| in DEFUN Time: 0.04 SEC. RCFIELD- abbreviates package RealClosedField& ------------------------------------------------------------------------ initializing stationary directory for RealClosedField& compiling into /tmp/oa-yA7DVm compiling exported sqrt : S -> S Time: 0.01 SEC. compiling exported sqrt : Fraction Integer -> S Time: 0.01 SEC. compiling exported sqrt : Integer -> S Time: 0.00 SEC. compiling exported characteristic : () -> NonNegativeInteger RCFIELD-;characteristic;Nni;4 is replaced by 0 Time: 0.00 SEC. compiling exported rootOf : (SparseUnivariatePolynomial S,PositiveInteger,OutputForm) -> Union(S,failed) Time: 0.02 SEC. compiling exported rootOf : (SparseUnivariatePolynomial S,PositiveInteger) -> Union(S,failed) Time: 0.04 SEC. compiling exported sqrt : (S,PositiveInteger) -> S Time: 0.03 SEC. compiling exported ** : (S,Fraction Integer) -> S Time: 0.02 SEC. compiling exported nthRoot : (S,Integer) -> S Time: 0.01 SEC. compiling exported allRootsOf : SparseUnivariatePolynomial Fraction Integer -> List S Time: 0.04 SEC. compiling exported allRootsOf : SparseUnivariatePolynomial Integer -> List S Time: 0.03 SEC. compiling exported allRootsOf : Polynomial S -> List S Time: 0.02 SEC. compiling exported allRootsOf : Polynomial Fraction Integer -> List S Time: 0.03 SEC. compiling exported allRootsOf : Polynomial Integer -> List S Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] rootOf: not known that Ring is of mode CATEGORY(package,sqrt: Integer -> S,sqrt: Fraction Integer -> S,sqrt: (S,PositiveInteger) -> S,allRootsOf: Polynomial Integer -> List S,allRootsOf: Polynomial Fraction Integer -> List S,allRootsOf: Polynomial S -> List S,allRootsOf: SparseUnivariatePolynomial Integer -> List S,allRootsOf: SparseUnivariatePolynomial Fraction Integer -> List S,allRootsOf: SparseUnivariatePolynomial S -> List S,rootOf: (SparseUnivariatePolynomial S,PositiveInteger) -> Union(S,"failed"),rootOf: (SparseUnivariatePolynomial S,PositiveInteger,OutputForm) -> Union(S,"failed"),**: (S,Fraction Integer) -> S,nthRoot: (S,Integer) -> S,sqrt: S -> S,**: (S,Integer) -> S,characteristic: () -> NonNegativeInteger,**: (S,NonNegativeInteger) -> S,**: (S,PositiveInteger) -> S) [2] allRootsOf: not known that Ring is of mode CATEGORY(package,sqrt: Integer -> S,sqrt: Fraction Integer -> S,sqrt: (S,PositiveInteger) -> S,allRootsOf: Polynomial Integer -> List S,allRootsOf: Polynomial Fraction Integer -> List S,allRootsOf: Polynomial S -> List S,allRootsOf: SparseUnivariatePolynomial Integer -> List S,allRootsOf: SparseUnivariatePolynomial Fraction Integer -> List S,allRootsOf: SparseUnivariatePolynomial S -> List S,rootOf: (SparseUnivariatePolynomial S,PositiveInteger) -> Union(S,"failed"),rootOf: (SparseUnivariatePolynomial S,PositiveInteger,OutputForm) -> Union(S,"failed"),**: (S,Fraction Integer) -> S,nthRoot: (S,Integer) -> S,sqrt: S -> S,**: (S,Integer) -> S,characteristic: () -> NonNegativeInteger,**: (S,NonNegativeInteger) -> S,**: (S,PositiveInteger) -> S) Cumulative Statistics for Constructor RealClosedField& Time: 0.32 seconds finalizing NRLIB RCFIELD- ; compiling file "/tmp/oa-yA7DVm/code.lsp" (written 01 FEB 2016 11:11:12 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |RCFIELD-;characteristic;Nni;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RCFIELD-;sqrt;2$;1| ...) ; compiling (DEFUN |RCFIELD-;sqrt;F$;2| ...) ; compiling (DEFUN |RCFIELD-;sqrt;I$;3| ...) ; compiling (DEFUN |RCFIELD-;characteristic;Nni;4| ...) ; compiling (DEFUN |RCFIELD-;rootOf;SupPiOfU;5| ...) ; compiling (DEFUN |RCFIELD-;rootOf;SupPiU;6| ...) ; compiling (DEFUN |RCFIELD-;sqrt;$Pi$;7| ...) ; compiling (DEFUN |RCFIELD-;**;$F$;8| ...) ; compiling (DEFUN |RCFIELD-;nthRoot;$I$;9| ...) ; file: /tmp/oa-yA7DVm/code.lsp ; in: DEFUN |RCFIELD-;nthRoot;$I$;9| ; '(BOOT::|PositiveInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |RCFIELD-;allRootsOf;SupL;10| ...) ; file: /tmp/oa-yA7DVm/code.lsp ; in: DEFUN |RCFIELD-;allRootsOf;SupL;10| ; (DEFUN BOOT::|RCFIELD-;allRootsOf;SupL;10| (BOOT::|p| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL (CONS #'BOOT::|RCFIELD-;allRootsOf;SupL;10!0| BOOT::$) ; BOOT::|p| (BOOT::|shellEntry| BOOT::$ 62)) ; (BOOT::|shellEntry| BOOT::$ 26))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RCFIELD-;allRootsOf;SupL;10| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|RCFIELD-;allRootsOf;SupL;10| ; (BOOT::SPADCALL ; (BOOT::SPADCALL (CONS #'BOOT::|RCFIELD-;allRootsOf;SupL;10!0| BOOT::$) ; BOOT::|p| (BOOT::|shellEntry| BOOT::$ 62)) ; (BOOT::|shellEntry| BOOT::$ 26)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |RCFIELD-;allRootsOf;SupL;10!0| ...) ; compiling (DEFUN |RCFIELD-;allRootsOf;SupL;11| ...) ; file: /tmp/oa-yA7DVm/code.lsp ; in: DEFUN |RCFIELD-;allRootsOf;SupL;11| ; (DEFUN BOOT::|RCFIELD-;allRootsOf;SupL;11| (BOOT::|p| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL (CONS #'BOOT::|RCFIELD-;allRootsOf;SupL;11!0| BOOT::$) ; BOOT::|p| (BOOT::|shellEntry| BOOT::$ 67)) ; (BOOT::|shellEntry| BOOT::$ 26))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RCFIELD-;allRootsOf;SupL;11| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|RCFIELD-;allRootsOf;SupL;11| ; (BOOT::SPADCALL ; (BOOT::SPADCALL (CONS #'BOOT::|RCFIELD-;allRootsOf;SupL;11!0| BOOT::$) ; BOOT::|p| (BOOT::|shellEntry| BOOT::$ 67)) ; (BOOT::|shellEntry| BOOT::$ 26)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |RCFIELD-;allRootsOf;SupL;11!0| ...) ; compiling (DEFUN |RCFIELD-;allRootsOf;PL;12| ...) ; file: /tmp/oa-yA7DVm/code.lsp ; in: DEFUN |RCFIELD-;allRootsOf;PL;12| ; (DEFUN BOOT::|RCFIELD-;allRootsOf;PL;12| (BOOT::|p| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 70)) ; (BOOT::|shellEntry| BOOT::$ 26))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RCFIELD-;allRootsOf;PL;12| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|RCFIELD-;allRootsOf;PL;12| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 70)) ; (BOOT::|shellEntry| BOOT::$ 26)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |RCFIELD-;allRootsOf;PL;13| ...) ; file: /tmp/oa-yA7DVm/code.lsp ; in: DEFUN |RCFIELD-;allRootsOf;PL;13| ; (DEFUN BOOT::|RCFIELD-;allRootsOf;PL;13| (BOOT::|p| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 74)) ; (BOOT::|shellEntry| BOOT::$ 75))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RCFIELD-;allRootsOf;PL;13| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|RCFIELD-;allRootsOf;PL;13| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 74)) ; (BOOT::|shellEntry| BOOT::$ 75)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |RCFIELD-;allRootsOf;PL;14| ...) ; file: /tmp/oa-yA7DVm/code.lsp ; in: DEFUN |RCFIELD-;allRootsOf;PL;14| ; (DEFUN BOOT::|RCFIELD-;allRootsOf;PL;14| (BOOT::|p| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 78)) ; (BOOT::|shellEntry| BOOT::$ 79))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RCFIELD-;allRootsOf;PL;14| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|RCFIELD-;allRootsOf;PL;14| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 78)) ; (BOOT::|shellEntry| BOOT::$ 79)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |RealClosedField&| ...) ; compiling (MAKEPROP (QUOTE |RealClosedField&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 6 notes ; /tmp/oa-yA7DVm/code.fasl written ; compilation finished in 0:00:00.041 ------------------------------------------------------------------------ finalizing NRLIB RCFIELD Processing RealClosedField for Browser database: -- mainForm : % -> Union(E,"failed") -- mainDefiningPolynomial : % -> Union(PME,"failed") -- mainValue : % -> Union(PME,"failed") -- rootOf : (PME,PI,E) -> Union(%,"failed") -- rootOf : (PME,PI) -> Union(%,"failed") -- allRootsOf : PME -> List % -- allRootsOf : SUP RN -> List % -- allRootsOf : SUP Z -> List % -- allRootsOf : POLY % -> List % -- allRootsOf : POLY RN -> List % -- allRootsOf : POLY Z -> List % -- sqrt : (%,PI) -> % -- sqrt : % -> % -- sqrt : RN -> % -- sqrt : Z -> % -- rename! : (%,E) -> % -- rename : (%,E) -> % -- approximate : (%,%) -> RN -- constructor ; compiling file "/tmp/oa-iILZxc/code.lsp" (written 01 FEB 2016 11:11:12 PM): ; compiling (DEFPARAMETER |RealClosedField;AL| ...) ; compiling (DEFUN |RealClosedField;| ...) ; compiling (DEFUN |RealClosedField| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-iILZxc/code.fasl written ; compilation finished in 0:00:00.029 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile REAL0Q.spad && cp REAL0Q.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/REAL0Q.fasl \ && if test -f REAL0Q-.NRLIB/code.fasl; then \ cp REAL0Q-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/REAL0Q-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/REAL0Q.spad using Spad compiler. REAL0Q abbreviates package RealZeroPackageQ debug: compDefine1 lhs: (RealZeroPackageQ Pol) signature (pre-evaluate): ((CATEGORY package (SIGNATURE realZeros ((List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) Pol)) (SIGNATURE realZeros ((List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) Pol (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))))) (SIGNATURE realZeros ((List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) Pol (Fraction (Integer)))) (SIGNATURE realZeros ((List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) Pol (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) (Fraction (Integer)))) (SIGNATURE refine ((Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) Pol (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) (Fraction (Integer)))) (SIGNATURE refine ((Union (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) failed) Pol (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE realZeros ((List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) Pol)) (SIGNATURE realZeros ((List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) Pol (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))))) (SIGNATURE realZeros ((List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) Pol (Fraction (Integer)))) (SIGNATURE realZeros ((List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) Pol (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) (Fraction (Integer)))) (SIGNATURE refine ((Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) Pol (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) (Fraction (Integer)))) (SIGNATURE refine ((Union (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) failed) Pol (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))))) $param: (Pol) debug: evaluateType form: (List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) $param: (Pol) Debug: evaluateType1 form: (List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) debug: evaluateType1 x: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Pol) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) $param: (Pol) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) c: (Type) debug: evaluateType form: Pol $param: (Pol) debug: evaluateType form: (List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) $param: (Pol) Debug: evaluateType1 form: (List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) debug: evaluateType1 x: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Pol) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) $param: (Pol) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) c: (Type) debug: evaluateType form: Pol $param: (Pol) debug: evaluateType form: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) $param: (Pol) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) $param: (Pol) Debug: evaluateType1 form: (List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) debug: evaluateType1 x: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Pol) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) $param: (Pol) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) c: (Type) debug: evaluateType form: Pol $param: (Pol) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) $param: (Pol) Debug: evaluateType1 form: (List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) debug: evaluateType1 x: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Pol) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) $param: (Pol) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) c: (Type) debug: evaluateType form: Pol $param: (Pol) debug: evaluateType form: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) $param: (Pol) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) $param: (Pol) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: Pol $param: (Pol) debug: evaluateType form: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) $param: (Pol) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Union (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) failed) $param: (Pol) debug: evaluateType form: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) $param: (Pol) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: failed $param: (Pol) debug: evaluateType form: Pol $param: (Pol) debug: evaluateType form: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) $param: (Pol) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) $param: (Pol) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Fraction (Integer)) $param: (Pol) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Pol) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Pol) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE realZeros ((List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) Pol)) (SIGNATURE realZeros ((List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) Pol (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))))) (SIGNATURE realZeros ((List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) Pol (Fraction (Integer)))) (SIGNATURE realZeros ((List (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))) Pol (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) (Fraction (Integer)))) (SIGNATURE refine ((Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) Pol (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) (Fraction (Integer)))) (SIGNATURE refine ((Union (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) failed) Pol (Record (: left (Fraction (Integer))) (: right (Fraction (Integer)))) (Record (: left (Fraction (Integer))) (: right (Fraction (Integer))))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for RealZeroPackageQ compiling into /tmp/oa-flHqRI importing RealZeroPackage SparseUnivariatePolynomial Integer compiling local convert2PolInt : Pol -> SparseUnivariatePolynomial Integer Time: 0.10 SEC. compiling exported realZeros : Pol -> List Record(left: Fraction Integer,right: Fraction Integer) Time: 0 SEC. compiling exported realZeros : (Pol,Fraction Integer) -> List Record(left: Fraction Integer,right: Fraction Integer) Time: 0.02 SEC. compiling exported realZeros : (Pol,Record(left: Fraction Integer,right: Fraction Integer)) -> List Record(left: Fraction Integer,right: Fraction Integer) Time: 0.00 SEC. compiling exported realZeros : (Pol,Record(left: Fraction Integer,right: Fraction Integer),Fraction Integer) -> List Record(left: Fraction Integer,right: Fraction Integer) Time: 0.02 SEC. compiling exported refine : (Pol,Record(left: Fraction Integer,right: Fraction Integer),Fraction Integer) -> Record(left: Fraction Integer,right: Fraction Integer) Time: 0.01 SEC. compiling exported refine : (Pol,Record(left: Fraction Integer,right: Fraction Integer),Record(left: Fraction Integer,right: Fraction Integer)) -> Union(Record(left: Fraction Integer,right: Fraction Integer),failed) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor RealZeroPackageQ Time: 0.15 seconds finalizing NRLIB REAL0Q Processing RealZeroPackageQ for Browser database: -- realZeros : Pol -> isoList -- realZeros : (Pol,Interval) -> isoList -- realZeros : (Pol,RN) -> isoList -- realZeros : (Pol,Interval,RN) -> isoList -- refine : (Pol,Interval,RN) -> Interval -- refine : (Pol,Interval,Interval) -> Union(Interval,"failed") -- constructor ; compiling file "/tmp/oa-flHqRI/code.lsp" (written 01 FEB 2016 11:11:12 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |REAL0Q;convert2PolInt| ...) ; compiling (DEFUN |REAL0Q;realZeros;PolL;2| ...) ; file: /tmp/oa-flHqRI/code.lsp ; in: DEFUN |REAL0Q;realZeros;PolL;2| ; (DEFUN BOOT::|REAL0Q;realZeros;PolL;2| (BOOT::|f| BOOT::$) ; (BOOT::SPADCALL (BOOT::|REAL0Q;convert2PolInt| BOOT::|f| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 23))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|REAL0Q;realZeros;PolL;2| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|REAL0Q;realZeros;PolL;2| ; (BOOT::SPADCALL (BOOT::|REAL0Q;convert2PolInt| BOOT::|f| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 23)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |REAL0Q;realZeros;PolFL;3| ...) ; file: /tmp/oa-flHqRI/code.lsp ; in: DEFUN |REAL0Q;realZeros;PolFL;3| ; (DEFUN BOOT::|REAL0Q;realZeros;PolFL;3| (BOOT::|f| BOOT::|rn| BOOT::$) ; (BOOT::SPADCALL (BOOT::|REAL0Q;convert2PolInt| BOOT::|f| BOOT::$) ; BOOT::|rn| (BOOT::|shellEntry| BOOT::$ 25))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|REAL0Q;realZeros;PolFL;3| ; (BOOT::|f| BOOT::|rn| BOOT::$) ; (BLOCK BOOT::|REAL0Q;realZeros;PolFL;3| ; (BOOT::SPADCALL (BOOT::|REAL0Q;convert2PolInt| BOOT::|f| BOOT::$) ; BOOT::|rn| (BOOT::|shellEntry| BOOT::$ 25)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |REAL0Q;realZeros;PolRL;4| ...) ; file: /tmp/oa-flHqRI/code.lsp ; in: DEFUN |REAL0Q;realZeros;PolRL;4| ; (DEFUN BOOT::|REAL0Q;realZeros;PolRL;4| (BOOT::|f| BOOT::|bounds| BOOT::$) ; (BOOT::SPADCALL (BOOT::|REAL0Q;convert2PolInt| BOOT::|f| BOOT::$) ; BOOT::|bounds| (BOOT::|shellEntry| BOOT::$ 27))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|REAL0Q;realZeros;PolRL;4| ; (BOOT::|f| BOOT::|bounds| BOOT::$) ; (BLOCK BOOT::|REAL0Q;realZeros;PolRL;4| ; (BOOT::SPADCALL (BOOT::|REAL0Q;convert2PolInt| BOOT::|f| BOOT::$) ; BOOT::|bounds| (BOOT::|shellEntry| BOOT::$ 27)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |REAL0Q;realZeros;PolRFL;5| ...) ; file: /tmp/oa-flHqRI/code.lsp ; in: DEFUN |REAL0Q;realZeros;PolRFL;5| ; (DEFUN BOOT::|REAL0Q;realZeros;PolRFL;5| ; (BOOT::|f| BOOT::|bounds| BOOT::|rn| BOOT::$) ; (BOOT::SPADCALL (BOOT::|REAL0Q;convert2PolInt| BOOT::|f| BOOT::$) ; BOOT::|bounds| BOOT::|rn| (BOOT::|shellEntry| BOOT::$ 29))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|REAL0Q;realZeros;PolRFL;5| ; (BOOT::|f| BOOT::|bounds| BOOT::|rn| BOOT::$) ; (BLOCK BOOT::|REAL0Q;realZeros;PolRFL;5| ; (BOOT::SPADCALL (BOOT::|REAL0Q;convert2PolInt| BOOT::|f| BOOT::$) ; BOOT::|bounds| BOOT::|rn| ; (BOOT::|shellEntry| BOOT::$ 29)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |REAL0Q;refine;PolRFR;6| ...) ; file: /tmp/oa-flHqRI/code.lsp ; in: DEFUN |REAL0Q;refine;PolRFR;6| ; (DEFUN BOOT::|REAL0Q;refine;PolRFR;6| ; (BOOT::|f| BOOT::|int| BOOT::|eps| BOOT::$) ; (BOOT::SPADCALL (BOOT::|REAL0Q;convert2PolInt| BOOT::|f| BOOT::$) ; BOOT::|int| BOOT::|eps| (BOOT::|shellEntry| BOOT::$ 31))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|REAL0Q;refine;PolRFR;6| ; (BOOT::|f| BOOT::|int| BOOT::|eps| BOOT::$) ; (BLOCK BOOT::|REAL0Q;refine;PolRFR;6| ; (BOOT::SPADCALL (BOOT::|REAL0Q;convert2PolInt| BOOT::|f| BOOT::$) ; BOOT::|int| BOOT::|eps| ; (BOOT::|shellEntry| BOOT::$ 31)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |REAL0Q;refine;Pol2RU;7| ...) ; file: /tmp/oa-flHqRI/code.lsp ; in: DEFUN |REAL0Q;refine;Pol2RU;7| ; (DEFUN BOOT::|REAL0Q;refine;Pol2RU;7| ; (BOOT::|f| BOOT::|int| BOOT::|bounds| BOOT::$) ; (BOOT::SPADCALL (BOOT::|REAL0Q;convert2PolInt| BOOT::|f| BOOT::$) ; BOOT::|int| BOOT::|bounds| (BOOT::|shellEntry| BOOT::$ 34))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|REAL0Q;refine;Pol2RU;7| ; (BOOT::|f| BOOT::|int| BOOT::|bounds| BOOT::$) ; (BLOCK BOOT::|REAL0Q;refine;Pol2RU;7| ; (BOOT::SPADCALL (BOOT::|REAL0Q;convert2PolInt| BOOT::|f| BOOT::$) ; BOOT::|int| BOOT::|bounds| ; (BOOT::|shellEntry| BOOT::$ 34)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |RealZeroPackageQ| ...) ; compiling (DEFUN |RealZeroPackageQ;| ...) ; compiling (MAKEPROP (QUOTE |RealZeroPackageQ|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 6 notes ; /tmp/oa-flHqRI/code.fasl written ; compilation finished in 0:00:00.034 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile REALSOLV.spad && cp REALSOLV.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/REALSOLV.fasl \ && if test -f REALSOLV-.NRLIB/code.fasl; then \ cp REALSOLV-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/REALSOLV-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/REALSOLV.spad using Spad compiler. REALSOLV abbreviates package RealSolvePackage debug: compDefine1 lhs: (RealSolvePackage) signature (pre-evaluate): ((CATEGORY package (SIGNATURE solve ((List (Float)) (Polynomial (Fraction (Integer))) (Float))) (SIGNATURE solve ((List (Float)) (Polynomial (Integer)) (Float))) (SIGNATURE realSolve ((List (List (Float))) (List (Polynomial (Integer))) (List (Symbol)) (Float))))) debug: evaluateType form: (CATEGORY package (SIGNATURE solve ((List (Float)) (Polynomial (Fraction (Integer))) (Float))) (SIGNATURE solve ((List (Float)) (Polynomial (Integer)) (Float))) (SIGNATURE realSolve ((List (List (Float))) (List (Polynomial (Integer))) (List (Symbol)) (Float)))) $param: NIL debug: evaluateType form: (List (Float)) $param: NIL Debug: evaluateType1 form: (List (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (Polynomial (Fraction (Integer))) $param: NIL Debug: evaluateType1 form: (Polynomial (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (List (Float)) $param: NIL Debug: evaluateType1 form: (List (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (Polynomial (Integer)) $param: NIL Debug: evaluateType1 form: (Polynomial (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (List (List (Float))) $param: NIL Debug: evaluateType1 form: (List (List (Float))) debug: evaluateType1 x: (List (Float)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Float)) $param: NIL Debug: evaluateType1 form: (List (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evalCategory d: (List (Float)) c: (Type) debug: evaluateType form: (List (Polynomial (Integer))) $param: NIL Debug: evaluateType1 form: (List (Polynomial (Integer))) debug: evaluateType1 x: (Polynomial (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial (Integer)) $param: NIL Debug: evaluateType1 form: (Polynomial (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evalCategory d: (Polynomial (Integer)) c: (Type) debug: evaluateType form: (List (Symbol)) $param: NIL Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE solve ((List (Float)) (Polynomial (Fraction (Integer))) (Float))) (SIGNATURE solve ((List (Float)) (Polynomial (Integer)) (Float))) (SIGNATURE realSolve ((List (List (Float))) (List (Polynomial (Integer))) (List (Symbol)) (Float))))) ------------------------------------------------------------------------ initializing stationary directory for RealSolvePackage compiling into /tmp/oa-0vPry5 compiling local prn2rfi : Polynomial Fraction Integer -> Fraction Polynomial Integer Time: 0.11 SEC. compiling local pi2rfi : Polynomial Integer -> Fraction Polynomial Integer Time: 0.02 SEC. compiling exported solve : (Polynomial Fraction Integer,Float) -> List Float Time: 0.03 SEC. compiling exported solve : (Polynomial Integer,Float) -> List Float Time: 0.02 SEC. compiling exported realSolve : (List Polynomial Integer,List Symbol,Float) -> List List Float Time: 0.06 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor RealSolvePackage Time: 0.24 seconds finalizing NRLIB REALSOLV Processing RealSolvePackage for Browser database: -- solve : (P RN,NF) -> L NF -- solve : (P I,NF) -> L NF -- realSolve : (L P I,L SE,NF) -> L L NF -- constructor ; compiling file "/tmp/oa-0vPry5/code.lsp" (written 01 FEB 2016 11:11:12 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |REALSOLV;prn2rfi| ...) ; compiling (DEFUN |REALSOLV;prn2rfi!1| ...) ; compiling (DEFUN |REALSOLV;prn2rfi!0| ...) ; compiling (DEFUN |REALSOLV;pi2rfi| ...) ; compiling (DEFUN |REALSOLV;solve;PFL;3| ...) ; file: /tmp/oa-0vPry5/code.lsp ; in: DEFUN |REALSOLV;solve;PFL;3| ; (DEFUN BOOT::|REALSOLV;solve;PFL;3| (BOOT::|p| BOOT::|eps| BOOT::$) ; (BOOT::SPADCALL (BOOT::|REALSOLV;prn2rfi| BOOT::|p| BOOT::$) BOOT::|eps| ; (BOOT::|shellEntry| BOOT::$ 26))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|REALSOLV;solve;PFL;3| ; (BOOT::|p| BOOT::|eps| BOOT::$) ; (BLOCK BOOT::|REALSOLV;solve;PFL;3| ; (BOOT::SPADCALL (BOOT::|REALSOLV;prn2rfi| BOOT::|p| BOOT::$) ; BOOT::|eps| (BOOT::|shellEntry| BOOT::$ 26)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |REALSOLV;solve;PFL;4| ...) ; file: /tmp/oa-0vPry5/code.lsp ; in: DEFUN |REALSOLV;solve;PFL;4| ; (DEFUN BOOT::|REALSOLV;solve;PFL;4| (BOOT::|p| BOOT::|eps| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 22)) ; BOOT::|eps| (BOOT::|shellEntry| BOOT::$ 26))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|REALSOLV;solve;PFL;4| ; (BOOT::|p| BOOT::|eps| BOOT::$) ; (BLOCK BOOT::|REALSOLV;solve;PFL;4| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 22)) BOOT::|eps| ; (BOOT::|shellEntry| BOOT::$ 26)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |REALSOLV;realSolve;LLFL;5| ...) ; file: /tmp/oa-0vPry5/code.lsp ; in: DEFUN |REALSOLV;realSolve;LLFL;5| ; (DEFUN BOOT::|REALSOLV;realSolve;LLFL;5| ; (BOOT::|lp| BOOT::|lv| BOOT::|eps| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL (CONS #'BOOT::|REALSOLV;pi2rfi| BOOT::$) BOOT::|lp| ; (BOOT::|shellEntry| BOOT::$ 33)) ; BOOT::|lv| BOOT::|eps| (BOOT::|shellEntry| BOOT::$ 36))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|REALSOLV;realSolve;LLFL;5| ; (BOOT::|lp| BOOT::|lv| BOOT::|eps| BOOT::$) ; (BLOCK BOOT::|REALSOLV;realSolve;LLFL;5| ; (BOOT::SPADCALL ; (BOOT::SPADCALL (CONS #'BOOT::|REALSOLV;pi2rfi| BOOT::$) BOOT::|lp| ; (BOOT::|shellEntry| BOOT::$ 33)) ; BOOT::|lv| BOOT::|eps| (BOOT::|shellEntry| BOOT::$ 36)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; compiling (DEFUN |RealSolvePackage| ...) ; compiling (DEFUN |RealSolvePackage;| ...) ; compiling (MAKEPROP (QUOTE |RealSolvePackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 3 notes ; /tmp/oa-0vPry5/code.fasl written ; compilation finished in 0:00:00.028 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile RESRING.spad && cp RESRING.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RESRING.fasl \ && if test -f RESRING-.NRLIB/code.fasl; then \ cp RESRING-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RESRING-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RESRING.spad using Spad compiler. RESRING abbreviates domain ResidueRing debug: compDefine1 lhs: (ResidueRing F Expon VarSet FPol LFPol) signature (pre-evaluate): ((Join (CommutativeRing) (Algebra F) (CATEGORY domain (SIGNATURE reduce ($ FPol)) (SIGNATURE coerce ($ FPol)) (SIGNATURE lift (FPol $)))) NIL NIL NIL NIL NIL) debug: evaluateType form: (Join (CommutativeRing) (Algebra F) (CATEGORY domain (SIGNATURE reduce ($ FPol)) (SIGNATURE coerce ($ FPol)) (SIGNATURE lift (FPol $)))) $param: (F Expon VarSet FPol LFPol) debug: evaluateType form: (CommutativeRing) $param: (F Expon VarSet FPol LFPol) Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (Algebra F) $param: (F Expon VarSet FPol LFPol) Debug: evaluateType1 form: (Algebra F) debug: evaluateType1 x: F m: (CommutativeRing) debug: evaluateType form: (CATEGORY domain (SIGNATURE reduce ($ FPol)) (SIGNATURE coerce ($ FPol)) (SIGNATURE lift (FPol $))) $param: (F Expon VarSet FPol LFPol) debug: evaluateType form: FPol $param: (F Expon VarSet FPol LFPol) debug: evaluateType form: FPol $param: (F Expon VarSet FPol LFPol) debug: evaluateType form: FPol $param: (F Expon VarSet FPol LFPol) debug: compDefine1 signature (post evaluate): ((Join (CommutativeRing) (Algebra F) (CATEGORY domain (SIGNATURE reduce ($ FPol)) (SIGNATURE coerce ($ FPol)) (SIGNATURE lift (FPol $)))) NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ResidueRing compiling into /tmp/oa-bzG34n importing GroebnerPackage(F,Expon,VarSet,FPol) compiling exported Zero : () -> % Time: 0.08 SEC. compiling exported One : () -> % Time: 0 SEC. compiling exported reduce : FPol -> % Time: 0 SEC. compiling exported coerce : FPol -> % Time: 0 SEC. compiling exported lift : % -> FPol RESRING;lift;$FPol;5 x is replaced by x Time: 0.00 SEC. compiling exported + : (%,%) -> % Time: 0 SEC. compiling exported - : % -> % Time: 0 SEC. compiling exported * : (%,%) -> % Time: 0.00 SEC. compiling exported * : (Integer,%) -> % Time: 0.01 SEC. compiling exported * : (F,%) -> % Time: 0 SEC. compiling exported = : (%,%) -> Boolean Time: 0 SEC. compiling exported characteristic : () -> NonNegativeInteger Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] unknown Functor code: errorthe residue ring is the zero ring Cumulative Statistics for Constructor ResidueRing Time: 0.14 seconds finalizing NRLIB RESRING Processing ResidueRing for Browser database: -- reduce : FPol -> % -- coerce : FPol -> % -- lift : % -> FPol -- constructor ; compiling file "/tmp/oa-bzG34n/code.lsp" (written 01 FEB 2016 11:11:13 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |RESRING;lift;$FPol;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RESRING;Zero;$;1| ...) ; compiling (DEFUN |RESRING;One;$;2| ...) ; compiling (DEFUN |RESRING;reduce;FPol$;3| ...) ; compiling (DEFUN |RESRING;coerce;FPol$;4| ...) ; compiling (DEFUN |RESRING;lift;$FPol;5| ...) ; compiling (DEFUN |RESRING;+;3$;6| ...) ; compiling (DEFUN |RESRING;-;2$;7| ...) ; compiling (DEFUN |RESRING;*;3$;8| ...) ; compiling (DEFUN |RESRING;*;I2$;9| ...) ; compiling (DEFUN |RESRING;*;F2$;10| ...) ; compiling (DEFUN |RESRING;=;2$B;11| ...) ; file: /tmp/oa-bzG34n/code.lsp ; in: DEFUN |RESRING;=;2$B;11| ; (DEFUN BOOT::|RESRING;=;2$B;11| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 38))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RESRING;=;2$B;11| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|RESRING;=;2$B;11| ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 38)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |RESRING;characteristic;Nni;12| ...) ; file: /tmp/oa-bzG34n/code.lsp ; in: DEFUN |RESRING;characteristic;Nni;12| ; (DEFUN BOOT::|RESRING;characteristic;Nni;12| (BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 41)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RESRING;characteristic;Nni;12| ; (BOOT::$) ; (BLOCK BOOT::|RESRING;characteristic;Nni;12| ; (BOOT::|spadConstant| BOOT::$ 41))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |RESRING;coerce;$Of;13| ...) ; compiling (DEFUN |ResidueRing| ...) ; compiling (DEFUN |ResidueRing;| ...) ; compiling (MAKEPROP (QUOTE |ResidueRing|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-bzG34n/code.fasl written ; compilation finished in 0:00:00.049 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SYSSOLP.spad && cp SYSSOLP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SYSSOLP.fasl \ && if test -f SYSSOLP-.NRLIB/code.fasl; then \ cp SYSSOLP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SYSSOLP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SYSSOLP.spad using Spad compiler. SYSSOLP abbreviates package SystemSolvePackage debug: compDefine1 lhs: (SystemSolvePackage R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE solve ((List (List (Equation (Fraction (Polynomial R))))) (List (Fraction (Polynomial R))) (List (Symbol)))) (SIGNATURE solve ((List (List (Equation (Fraction (Polynomial R))))) (List (Equation (Fraction (Polynomial R)))) (List (Symbol)))) (SIGNATURE solve ((List (List (Equation (Fraction (Polynomial R))))) (List (Fraction (Polynomial R))))) (SIGNATURE solve ((List (List (Equation (Fraction (Polynomial R))))) (List (Equation (Fraction (Polynomial R)))))) (SIGNATURE solve ((List (Equation (Fraction (Polynomial R)))) (Fraction (Polynomial R)) (Symbol))) (SIGNATURE solve ((List (Equation (Fraction (Polynomial R)))) (Equation (Fraction (Polynomial R))) (Symbol))) (SIGNATURE solve ((List (Equation (Fraction (Polynomial R)))) (Fraction (Polynomial R)))) (SIGNATURE solve ((List (Equation (Fraction (Polynomial R)))) (Equation (Fraction (Polynomial R))))) (SIGNATURE triangularSystems ((List (List (Polynomial R))) (List (Fraction (Polynomial R))) (List (Symbol))))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE solve ((List (List (Equation (Fraction (Polynomial R))))) (List (Fraction (Polynomial R))) (List (Symbol)))) (SIGNATURE solve ((List (List (Equation (Fraction (Polynomial R))))) (List (Equation (Fraction (Polynomial R)))) (List (Symbol)))) (SIGNATURE solve ((List (List (Equation (Fraction (Polynomial R))))) (List (Fraction (Polynomial R))))) (SIGNATURE solve ((List (List (Equation (Fraction (Polynomial R))))) (List (Equation (Fraction (Polynomial R)))))) (SIGNATURE solve ((List (Equation (Fraction (Polynomial R)))) (Fraction (Polynomial R)) (Symbol))) (SIGNATURE solve ((List (Equation (Fraction (Polynomial R)))) (Equation (Fraction (Polynomial R))) (Symbol))) (SIGNATURE solve ((List (Equation (Fraction (Polynomial R)))) (Fraction (Polynomial R)))) (SIGNATURE solve ((List (Equation (Fraction (Polynomial R)))) (Equation (Fraction (Polynomial R))))) (SIGNATURE triangularSystems ((List (List (Polynomial R))) (List (Fraction (Polynomial R))) (List (Symbol))))) $param: (R) debug: evaluateType form: (List (List (Equation (Fraction (Polynomial R))))) $param: (R) Debug: evaluateType1 form: (List (List (Equation (Fraction (Polynomial R))))) debug: evaluateType1 x: (List (Equation (Fraction (Polynomial R)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Equation (Fraction (Polynomial R)))) $param: (R) Debug: evaluateType1 form: (List (Equation (Fraction (Polynomial R)))) debug: evaluateType1 x: (Equation (Fraction (Polynomial R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Equation (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evalCategory d: (Equation (Fraction (Polynomial R))) c: (Type) debug: evalCategory d: (List (Equation (Fraction (Polynomial R)))) c: (Type) debug: evaluateType form: (List (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (List (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evaluateType form: (List (Symbol)) $param: (R) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (List (List (Equation (Fraction (Polynomial R))))) $param: (R) Debug: evaluateType1 form: (List (List (Equation (Fraction (Polynomial R))))) debug: evaluateType1 x: (List (Equation (Fraction (Polynomial R)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Equation (Fraction (Polynomial R)))) $param: (R) Debug: evaluateType1 form: (List (Equation (Fraction (Polynomial R)))) debug: evaluateType1 x: (Equation (Fraction (Polynomial R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Equation (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evalCategory d: (Equation (Fraction (Polynomial R))) c: (Type) debug: evalCategory d: (List (Equation (Fraction (Polynomial R)))) c: (Type) debug: evaluateType form: (List (Equation (Fraction (Polynomial R)))) $param: (R) Debug: evaluateType1 form: (List (Equation (Fraction (Polynomial R)))) debug: evaluateType1 x: (Equation (Fraction (Polynomial R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Equation (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evalCategory d: (Equation (Fraction (Polynomial R))) c: (Type) debug: evaluateType form: (List (Symbol)) $param: (R) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (List (List (Equation (Fraction (Polynomial R))))) $param: (R) Debug: evaluateType1 form: (List (List (Equation (Fraction (Polynomial R))))) debug: evaluateType1 x: (List (Equation (Fraction (Polynomial R)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Equation (Fraction (Polynomial R)))) $param: (R) Debug: evaluateType1 form: (List (Equation (Fraction (Polynomial R)))) debug: evaluateType1 x: (Equation (Fraction (Polynomial R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Equation (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evalCategory d: (Equation (Fraction (Polynomial R))) c: (Type) debug: evalCategory d: (List (Equation (Fraction (Polynomial R)))) c: (Type) debug: evaluateType form: (List (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (List (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evaluateType form: (List (List (Equation (Fraction (Polynomial R))))) $param: (R) Debug: evaluateType1 form: (List (List (Equation (Fraction (Polynomial R))))) debug: evaluateType1 x: (List (Equation (Fraction (Polynomial R)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Equation (Fraction (Polynomial R)))) $param: (R) Debug: evaluateType1 form: (List (Equation (Fraction (Polynomial R)))) debug: evaluateType1 x: (Equation (Fraction (Polynomial R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Equation (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evalCategory d: (Equation (Fraction (Polynomial R))) c: (Type) debug: evalCategory d: (List (Equation (Fraction (Polynomial R)))) c: (Type) debug: evaluateType form: (List (Equation (Fraction (Polynomial R)))) $param: (R) Debug: evaluateType1 form: (List (Equation (Fraction (Polynomial R)))) debug: evaluateType1 x: (Equation (Fraction (Polynomial R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Equation (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evalCategory d: (Equation (Fraction (Polynomial R))) c: (Type) debug: evaluateType form: (List (Equation (Fraction (Polynomial R)))) $param: (R) Debug: evaluateType1 form: (List (Equation (Fraction (Polynomial R)))) debug: evaluateType1 x: (Equation (Fraction (Polynomial R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Equation (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evalCategory d: (Equation (Fraction (Polynomial R))) c: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (List (Equation (Fraction (Polynomial R)))) $param: (R) Debug: evaluateType1 form: (List (Equation (Fraction (Polynomial R)))) debug: evaluateType1 x: (Equation (Fraction (Polynomial R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Equation (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evalCategory d: (Equation (Fraction (Polynomial R))) c: (Type) debug: evaluateType form: (Equation (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Equation (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (List (Equation (Fraction (Polynomial R)))) $param: (R) Debug: evaluateType1 form: (List (Equation (Fraction (Polynomial R)))) debug: evaluateType1 x: (Equation (Fraction (Polynomial R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Equation (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evalCategory d: (Equation (Fraction (Polynomial R))) c: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (List (Equation (Fraction (Polynomial R)))) $param: (R) Debug: evaluateType1 form: (List (Equation (Fraction (Polynomial R)))) debug: evaluateType1 x: (Equation (Fraction (Polynomial R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Equation (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evalCategory d: (Equation (Fraction (Polynomial R))) c: (Type) debug: evaluateType form: (Equation (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Equation (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evaluateType form: (List (List (Polynomial R))) $param: (R) Debug: evaluateType1 form: (List (List (Polynomial R))) debug: evaluateType1 x: (List (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Polynomial R)) $param: (R) Debug: evaluateType1 form: (List (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evalCategory d: (List (Polynomial R)) c: (Type) debug: evaluateType form: (List (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (List (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evaluateType form: (List (Symbol)) $param: (R) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE solve ((List (List (Equation (Fraction (Polynomial R))))) (List (Fraction (Polynomial R))) (List (Symbol)))) (SIGNATURE solve ((List (List (Equation (Fraction (Polynomial R))))) (List (Equation (Fraction (Polynomial R)))) (List (Symbol)))) (SIGNATURE solve ((List (List (Equation (Fraction (Polynomial R))))) (List (Fraction (Polynomial R))))) (SIGNATURE solve ((List (List (Equation (Fraction (Polynomial R))))) (List (Equation (Fraction (Polynomial R)))))) (SIGNATURE solve ((List (Equation (Fraction (Polynomial R)))) (Fraction (Polynomial R)) (Symbol))) (SIGNATURE solve ((List (Equation (Fraction (Polynomial R)))) (Equation (Fraction (Polynomial R))) (Symbol))) (SIGNATURE solve ((List (Equation (Fraction (Polynomial R)))) (Fraction (Polynomial R)))) (SIGNATURE solve ((List (Equation (Fraction (Polynomial R)))) (Equation (Fraction (Polynomial R))))) (SIGNATURE triangularSystems ((List (List (Polynomial R))) (List (Fraction (Polynomial R))) (List (Symbol))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for SystemSolvePackage compiling into /tmp/oa-myr9yP importing MPolyCatRationalFunctionFactorizer(IndexedExponents Symbol,Symbol,R,Polynomial Fraction Polynomial R) compiling local makeR2F : R -> Fraction Polynomial R Time: 0.08 SEC. compiling local makeP2F : Polynomial Fraction Polynomial R -> Fraction Polynomial R Time: 0.05 SEC. compiling local makeEq : (Polynomial Fraction Polynomial R,List Symbol) -> Equation Fraction Polynomial R Time: 0.11 SEC. compiling local varInF : Symbol -> Fraction Polynomial R Time: 0.01 SEC. compiling local newInF : Integer -> Fraction Polynomial R Time: 0.02 SEC. compiling local testDegree : (Polynomial R,List Symbol) -> Boolean Time: 0.03 SEC. compiling exported triangularSystems : (List Fraction Polynomial R,List Symbol) -> List List Polynomial R Time: 0.95 SEC. compiling exported solve : Fraction Polynomial R -> List Equation Fraction Polynomial R Time: 0.09 SEC. compiling exported solve : Equation Fraction Polynomial R -> List Equation Fraction Polynomial R Time: 0.10 SEC. compiling exported solve : (Equation Fraction Polynomial R,Symbol) -> List Equation Fraction Polynomial R Time: 0.01 SEC. compiling exported solve : (Fraction Polynomial R,Symbol) -> List Equation Fraction Polynomial R Time: 0.08 SEC. compiling local makePolys : List Equation Fraction Polynomial R -> List Fraction Polynomial R Time: 0.02 SEC. compiling local linSolve : (List Fraction Polynomial R,List Symbol) -> Union(List Equation Fraction Polynomial R,failed) Time: 0.22 SEC. compiling exported solve : List Fraction Polynomial R -> List List Equation Fraction Polynomial R Time: 0.04 SEC. compiling exported solve : List Equation Fraction Polynomial R -> List List Equation Fraction Polynomial R Time: 0.05 SEC. compiling exported solve : (List Equation Fraction Polynomial R,List Symbol) -> List List Equation Fraction Polynomial R Time: 0.02 SEC. compiling local checkLinear : (List Fraction Polynomial R,List Symbol) -> Boolean Time: 0.13 SEC. compiling exported solve : (List Fraction Polynomial R,List Symbol) -> List List Equation Fraction Polynomial R Time: 0.16 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] makeEq: x has no value [2] makeEq: not known that Ring is of mode CATEGORY(package,solve: (List Fraction Polynomial R,List Symbol) -> List List Equation Fraction Polynomial R,solve: (List Equation Fraction Polynomial R,List Symbol) -> List List Equation Fraction Polynomial R,solve: List Fraction Polynomial R -> List List Equation Fraction Polynomial R,solve: List Equation Fraction Polynomial R -> List List Equation Fraction Polynomial R,solve: (Fraction Polynomial R,Symbol) -> List Equation Fraction Polynomial R,solve: (Equation Fraction Polynomial R,Symbol) -> List Equation Fraction Polynomial R,solve: Fraction Polynomial R -> List Equation Fraction Polynomial R,solve: Equation Fraction Polynomial R -> List Equation Fraction Polynomial R,triangularSystems: (List Fraction Polynomial R,List Symbol) -> List List Polynomial R) [3] triangularSystems: not known that SIGNATUREvariable((Union $ failed) (Symbol)) is of mode CATEGORY(domain,new: () -> %,new: % -> %,resetNew: () -> Void,name: % -> %,scripted?: % -> Boolean,scripts: % -> Record(sub: List OutputForm,sup: List OutputForm,presup: List OutputForm,presub: List OutputForm,args: List OutputForm),script: (%,List List OutputForm) -> %,script: (%,Record(sub: List OutputForm,sup: List OutputForm,presup: List OutputForm,presub: List OutputForm,args: List OutputForm)) -> %,subscript: (%,List OutputForm) -> %,superscript: (%,List OutputForm) -> %,argscript: (%,List OutputForm) -> %,elt: (%,List OutputForm) -> %,string: % -> String,list: % -> List %,sample: () -> %) [4] triangularSystems: not known that PolynomialCategory(Polynomial R)DPOV is of mode CATEGORY(domain,reorder: (%,List Integer) -> %) [5] triangularSystems: not known that PolynomialCategory(Polynomial R)(DirectProduct (# lv) (NonNegativeInteger))OV is of mode CATEGORY(domain,reorder: (%,List Integer) -> %) [6] triangularSystems: not known that PolynomialCategory(Polynomial R)(DirectProduct (%call (%external %llength) lv) (NonNegativeInteger))OV is of mode CATEGORY(domain,reorder: (%,List Integer) -> %) [7] solve: variables has no value [8] solve: primitivePart has no value Cumulative Statistics for Constructor SystemSolvePackage Time: 2.21 seconds finalizing NRLIB SYSSOLP Processing SystemSolvePackage for Browser database: -- solve : (L F,L SE) -> L L EQ F -- solve : (L EQ F,L SE) -> L L EQ F -- solve : L F -> L L EQ F -- solve : L EQ F -> L L EQ F -- solve : (F,SE) -> L EQ F -- solve : (EQ F,SE) -> L EQ F -- solve : F -> L EQ F -- solve : EQ F -> L EQ F -- triangularSystems : (L F,L SE) -> L L P R --->../../x86_64-unknown-linux-gnu/src/algebra/syssolp.spad-->SystemSolvePackage(constructor): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/syssolp.spad-->SystemSolvePackage: Missing Description ; compiling file "/tmp/oa-myr9yP/code.lsp" (written 01 FEB 2016 11:11:15 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SYSSOLP;makeR2F| ...) ; compiling (DEFUN |SYSSOLP;makeP2F| ...) ; compiling (DEFUN |SYSSOLP;makeEq| ...) ; file: /tmp/oa-myr9yP/code.lsp ; in: DEFUN |SYSSOLP;makeEq| ; (LET* ((BOOT::|z| ; (BOOT::SPADCALL BOOT::|lv| (BOOT::|shellEntry| BOOT::$ 21))) ; (BOOT::|np| ; (BOOT::SPADCALL (BOOT::|SYSSOLP;makeP2F| BOOT::|p| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 22))) ; (BOOT::|lx| ; (BOOT::SPADCALL BOOT::|np| (BOOT::|shellEntry| BOOT::$ 23))) ; (BOOT::|x| NIL)) ; (PROGN ; (LET ((#:G697 BOOT::|lv|)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::LETT BOOT::|up| ; (BOOT::SPADCALL BOOT::|np| BOOT::|x| ; (BOOT::|shellEntry| BOOT::$ 26)) ; BOOT::|SYSSOLP;makeEq|) ; (COND ((EQL # 1) (BOOT::SPADCALL # # #)) (T (BOOT::SPADCALL # # #))))) ; ; caught STYLE-WARNING: ; The variable |z| is defined but never used. ; compiling (DEFUN |SYSSOLP;varInF| ...) ; compiling (DEFUN |SYSSOLP;newInF| ...) ; file: /tmp/oa-myr9yP/code.lsp ; in: DEFUN |SYSSOLP;newInF| ; (DEFUN BOOT::|SYSSOLP;newInF| (BOOT::|n| BOOT::$) ; (BOOT::|SYSSOLP;varInF| (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 43)) ; BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYSSOLP;newInF| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|SYSSOLP;newInF| ; (BOOT::|SYSSOLP;varInF| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 43)) BOOT::$))) ; ; caught STYLE-WARNING: ; The variable |n| is defined but never used. ; compiling (DEFUN |SYSSOLP;testDegree| ...) ; compiling (DEFUN |SYSSOLP;triangularSystems;LLL;7| ...) ; file: /tmp/oa-myr9yP/code.lsp ; in: DEFUN |SYSSOLP;triangularSystems;LLL;7| ; (DEFUN BOOT::|SYSSOLP;triangularSystems;LLL;7| ; (BOOT::|lf| BOOT::|lv| BOOT::$) ; (PROG (BOOT::|gb| BOOT::|parRes| BOOT::|lp| BOOT::|df|) ; (RETURN (COND (# NIL) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYSSOLP;triangularSystems;LLL;7| ; (BOOT::|lf| BOOT::|lv| BOOT::$) ; (BLOCK BOOT::|SYSSOLP;triangularSystems;LLL;7| ; (PROG (BOOT::|gb| BOOT::|parRes| BOOT::|lp| BOOT::|df|) ; (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; compiling (DEFUN |SYSSOLP;solve;FL;8| ...) ; file: /tmp/oa-myr9yP/code.lsp ; in: DEFUN |SYSSOLP;solve;FL;8| ; (DEFUN BOOT::|SYSSOLP;solve;FL;8| (BOOT::|pol| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|pol| (BOOT::|shellEntry| BOOT::$ 70)) ; (BOOT::|error| "equation is always satisfied")) ; (T ; (LET (#) ; (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYSSOLP;solve;FL;8| ; (BOOT::|pol| BOOT::$) ; (BLOCK BOOT::|SYSSOLP;solve;FL;8| ; (COND ; ((BOOT::SPADCALL BOOT::|pol| #) ; (BOOT::|error| "equation is always satisfied")) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SYSSOLP;solve;EL;9| ...) ; file: /tmp/oa-myr9yP/code.lsp ; in: DEFUN |SYSSOLP;solve;EL;9| ; (DEFUN BOOT::|SYSSOLP;solve;EL;9| (BOOT::|eq| BOOT::$) ; (PROG (BOOT::|lv|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYSSOLP;solve;EL;9| ; (BOOT::|eq| BOOT::$) ; (BLOCK BOOT::|SYSSOLP;solve;EL;9| ; (PROG (BOOT::|lv|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SYSSOLP;solve;ESL;10| ...) ; compiling (DEFUN |SYSSOLP;solve;FSL;11| ...) ; file: /tmp/oa-myr9yP/code.lsp ; in: DEFUN |SYSSOLP;solve;FSL;11| ; (DEFUN BOOT::|SYSSOLP;solve;FSL;11| (BOOT::|pol| BOOT::|var| BOOT::$) ; (COND ; ((BOOT::|HasCategory| (BOOT::|shellEntry| BOOT::$ 6) '(BOOT::|GcdDomain|)) ; (LET* (# #) ; (LET # ; #))) ; (T NIL))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYSSOLP;solve;FSL;11| ; (BOOT::|pol| BOOT::|var| BOOT::$) ; (BLOCK BOOT::|SYSSOLP;solve;FSL;11| ; (COND ; ((BOOT::|HasCategory| # '#) ; (LET* # ; #)) ; (T NIL)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SYSSOLP;makePolys| ...) ; file: /tmp/oa-myr9yP/code.lsp ; in: DEFUN |SYSSOLP;makePolys| ; (DEFUN BOOT::|SYSSOLP;makePolys| (BOOT::|l| BOOT::$) ; (LET ((#:G708 BOOT::|l|) (#:G629 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G708 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYSSOLP;makePolys| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|SYSSOLP;makePolys| ; (LET ((#:G708 BOOT::|l|) (#:G629 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SYSSOLP;linSolve| ...) ; compiling (DEFUN |SYSSOLP;solve;LL;14| ...) ; compiling (DEFUN |SYSSOLP;solve;LL;15| ...) ; compiling (DEFUN |SYSSOLP;solve;LLL;16| ...) ; compiling (DEFUN |SYSSOLP;checkLinear| ...) ; compiling (DEFUN |SYSSOLP;solve;LLL;18| ...) ; file: /tmp/oa-myr9yP/code.lsp ; in: DEFUN |SYSSOLP;solve;LLL;18| ; (DEFUN BOOT::|SYSSOLP;solve;LLL;18| (BOOT::|lr| BOOT::|vl| BOOT::$) ; (PROG (BOOT::|eqns| BOOT::|rhs| BOOT::|lhs|) ; (RETURN (COND (# NIL) (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYSSOLP;solve;LLL;18| ; (BOOT::|lr| BOOT::|vl| BOOT::$) ; (BLOCK BOOT::|SYSSOLP;solve;LLL;18| ; (PROG (BOOT::|eqns| BOOT::|rhs| BOOT::|lhs|) (RETURN (COND # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; compiling (DEFUN |SystemSolvePackage| ...) ; compiling (DEFUN |SystemSolvePackage;| ...) ; compiling (MAKEPROP (QUOTE |SystemSolvePackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 6 notes ; /tmp/oa-myr9yP/code.fasl written ; compilation finished in 0:00:00.137 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile RETSOL.spad && cp RETSOL.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RETSOL.fasl \ && if test -f RETSOL-.NRLIB/code.fasl; then \ cp RETSOL-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RETSOL-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RETSOL.spad using Spad compiler. RETSOL abbreviates package RetractSolvePackage debug: compDefine1 lhs: (RetractSolvePackage Q R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE solveRetract ((List (List (Equation (Fraction (Polynomial R))))) (List (Polynomial R)) (List (Symbol))))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE solveRetract ((List (List (Equation (Fraction (Polynomial R))))) (List (Polynomial R)) (List (Symbol))))) $param: (Q R) debug: evaluateType form: (List (List (Equation (Fraction (Polynomial R))))) $param: (Q R) Debug: evaluateType1 form: (List (List (Equation (Fraction (Polynomial R))))) debug: evaluateType1 x: (List (Equation (Fraction (Polynomial R)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Q R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Equation (Fraction (Polynomial R)))) $param: (Q R) Debug: evaluateType1 form: (List (Equation (Fraction (Polynomial R)))) debug: evaluateType1 x: (Equation (Fraction (Polynomial R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Q R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation (Fraction (Polynomial R))) $param: (Q R) Debug: evaluateType1 form: (Equation (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Q R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (Q R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Q R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (Q R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evalCategory d: (Equation (Fraction (Polynomial R))) c: (Type) debug: evalCategory d: (List (Equation (Fraction (Polynomial R)))) c: (Type) debug: evaluateType form: (List (Polynomial R)) $param: (Q R) Debug: evaluateType1 form: (List (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Q R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (Q R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evaluateType form: (List (Symbol)) $param: (Q R) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Q R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (Q R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE solveRetract ((List (List (Equation (Fraction (Polynomial R))))) (List (Polynomial R)) (List (Symbol))))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for RetractSolvePackage compiling into /tmp/oa-kiiuks compiling local PQ2P : Polynomial Q -> Polynomial R Time: 0.03 SEC. compiling local FQ2F : Fraction Polynomial Q -> Fraction Polynomial R Time: 0.04 SEC. compiling local LEQQ2F : List Equation Fraction Polynomial Q -> List Equation Fraction Polynomial R Time: 0.03 SEC. compiling exported solveRetract : (List Polynomial R,List Symbol) -> List List Equation Fraction Polynomial R Time: 0.17 SEC. compiling local QIfCan : List Polynomial R -> Union(List Fraction Polynomial Q,failed) Time: 0.03 SEC. compiling local PQIfCan : Polynomial R -> Union(Fraction Polynomial Q,failed) Time: 0.12 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] PQIfCan: not known that Ring is of mode CATEGORY(package,solveRetract: (List Polynomial R,List Symbol) -> List List Equation Fraction Polynomial R) Cumulative Statistics for Constructor RetractSolvePackage Time: 0.42 seconds finalizing NRLIB RETSOL Processing RetractSolvePackage for Browser database: -- solveRetract : (List P,List SY) -> List List EQ F -- constructor ; compiling file "/tmp/oa-kiiuks/code.lsp" (written 01 FEB 2016 11:11:16 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RETSOL;PQ2P| ...) ; compiling (DEFUN |RETSOL;PQ2P!0| ...) ; compiling (DEFUN |RETSOL;FQ2F| ...) ; compiling (DEFUN |RETSOL;LEQQ2F| ...) ; file: /tmp/oa-kiiuks/code.lsp ; in: DEFUN |RETSOL;LEQQ2F| ; (DEFUN BOOT::|RETSOL;LEQQ2F| (BOOT::|l| BOOT::$) ; (LET ((#:G593 BOOT::|l|) (#:G544 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G593 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RETSOL;LEQQ2F| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|RETSOL;LEQQ2F| ; (LET ((#:G593 BOOT::|l|) (#:G544 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |RETSOL;solveRetract;LLL;4| ...) ; file: /tmp/oa-kiiuks/code.lsp ; in: DEFUN |RETSOL;solveRetract;LLL;4| ; (DEFUN BOOT::|RETSOL;solveRetract;LLL;4| (BOOT::|lp| BOOT::|lv| BOOT::$) ; (LET ((BOOT::|u| (BOOT::|RETSOL;QIfCan| BOOT::|lp| BOOT::$))) ; (COND ((EQL # 1) (BOOT::SPADCALL # BOOT::|lv| #)) ; (T ; (LET # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RETSOL;solveRetract;LLL;4| ; (BOOT::|lp| BOOT::|lv| BOOT::$) ; (BLOCK BOOT::|RETSOL;solveRetract;LLL;4| ; (LET ((BOOT::|u| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; compiling (DEFUN |RETSOL;QIfCan| ...) ; compiling (DEFUN |RETSOL;PQIfCan| ...) ; compiling (DEFUN |RetractSolvePackage| ...) ; compiling (DEFUN |RetractSolvePackage;| ...) ; compiling (MAKEPROP (QUOTE |RetractSolvePackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-kiiuks/code.fasl written ; compilation finished in 0:00:00.039 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile RF.spad && cp RF.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RF.fasl \ && if test -f RF-.NRLIB/code.fasl; then \ cp RF-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RF-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RF.spad using Spad compiler. RF abbreviates package RationalFunction debug: compDefine1 lhs: (RationalFunction R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE variables ((List (Symbol)) (Fraction (Polynomial R)))) (SIGNATURE mainVariable ((Union (Symbol) failed) (Fraction (Polynomial R)))) (SIGNATURE univariate ((Fraction (SparseUnivariatePolynomial (Fraction (Polynomial R)))) (Fraction (Polynomial R)) (Symbol))) (SIGNATURE multivariate ((Fraction (Polynomial R)) (Fraction (SparseUnivariatePolynomial (Fraction (Polynomial R)))) (Symbol))) (SIGNATURE eval ((Fraction (Polynomial R)) (Fraction (Polynomial R)) (Symbol) (Fraction (Polynomial R)))) (SIGNATURE eval ((Fraction (Polynomial R)) (Fraction (Polynomial R)) (List (Symbol)) (List (Fraction (Polynomial R))))) (SIGNATURE eval ((Fraction (Polynomial R)) (Fraction (Polynomial R)) (Equation (Fraction (Polynomial R))))) (SIGNATURE eval ((Fraction (Polynomial R)) (Fraction (Polynomial R)) (List (Equation (Fraction (Polynomial R)))))) (SIGNATURE coerce ((Fraction (Polynomial R)) R))) (IntegralDomain)) debug: evaluateType form: (CATEGORY package (SIGNATURE variables ((List (Symbol)) (Fraction (Polynomial R)))) (SIGNATURE mainVariable ((Union (Symbol) failed) (Fraction (Polynomial R)))) (SIGNATURE univariate ((Fraction (SparseUnivariatePolynomial (Fraction (Polynomial R)))) (Fraction (Polynomial R)) (Symbol))) (SIGNATURE multivariate ((Fraction (Polynomial R)) (Fraction (SparseUnivariatePolynomial (Fraction (Polynomial R)))) (Symbol))) (SIGNATURE eval ((Fraction (Polynomial R)) (Fraction (Polynomial R)) (Symbol) (Fraction (Polynomial R)))) (SIGNATURE eval ((Fraction (Polynomial R)) (Fraction (Polynomial R)) (List (Symbol)) (List (Fraction (Polynomial R))))) (SIGNATURE eval ((Fraction (Polynomial R)) (Fraction (Polynomial R)) (Equation (Fraction (Polynomial R))))) (SIGNATURE eval ((Fraction (Polynomial R)) (Fraction (Polynomial R)) (List (Equation (Fraction (Polynomial R)))))) (SIGNATURE coerce ((Fraction (Polynomial R)) R))) $param: (R) debug: evaluateType form: (List (Symbol)) $param: (R) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (Union (Symbol) failed) $param: (R) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (Fraction (SparseUnivariatePolynomial (Fraction (Polynomial R)))) $param: (R) Debug: evaluateType1 form: (Fraction (SparseUnivariatePolynomial (Fraction (Polynomial R)))) debug: evaluateType1 x: (SparseUnivariatePolynomial (Fraction (Polynomial R))) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (SparseUnivariatePolynomial (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial (Fraction (Polynomial R))) c: (IntegralDomain) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (Fraction (SparseUnivariatePolynomial (Fraction (Polynomial R)))) $param: (R) Debug: evaluateType1 form: (Fraction (SparseUnivariatePolynomial (Fraction (Polynomial R)))) debug: evaluateType1 x: (SparseUnivariatePolynomial (Fraction (Polynomial R))) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (SparseUnivariatePolynomial (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial (Fraction (Polynomial R))) c: (IntegralDomain) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (List (Symbol)) $param: (R) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (List (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (List (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (Equation (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Equation (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (List (Equation (Fraction (Polynomial R)))) $param: (R) Debug: evaluateType1 form: (List (Equation (Fraction (Polynomial R)))) debug: evaluateType1 x: (Equation (Fraction (Polynomial R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Equation (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evalCategory d: (Equation (Fraction (Polynomial R))) c: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: R $param: (R) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE variables ((List (Symbol)) (Fraction (Polynomial R)))) (SIGNATURE mainVariable ((Union (Symbol) failed) (Fraction (Polynomial R)))) (SIGNATURE univariate ((Fraction (SparseUnivariatePolynomial (Fraction (Polynomial R)))) (Fraction (Polynomial R)) (Symbol))) (SIGNATURE multivariate ((Fraction (Polynomial R)) (Fraction (SparseUnivariatePolynomial (Fraction (Polynomial R)))) (Symbol))) (SIGNATURE eval ((Fraction (Polynomial R)) (Fraction (Polynomial R)) (Symbol) (Fraction (Polynomial R)))) (SIGNATURE eval ((Fraction (Polynomial R)) (Fraction (Polynomial R)) (List (Symbol)) (List (Fraction (Polynomial R))))) (SIGNATURE eval ((Fraction (Polynomial R)) (Fraction (Polynomial R)) (Equation (Fraction (Polynomial R))))) (SIGNATURE eval ((Fraction (Polynomial R)) (Fraction (Polynomial R)) (List (Equation (Fraction (Polynomial R)))))) (SIGNATURE coerce ((Fraction (Polynomial R)) R))) (IntegralDomain)) debug: compDefine1 lhs: (RationalFunction R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE variables ((List (Symbol)) (Fraction (Polynomial R)))) (SIGNATURE mainVariable ((Union (Symbol) failed) (Fraction (Polynomial R)))) (SIGNATURE univariate ((Fraction (SparseUnivariatePolynomial (Fraction (Polynomial R)))) (Fraction (Polynomial R)) (Symbol))) (SIGNATURE multivariate ((Fraction (Polynomial R)) (Fraction (SparseUnivariatePolynomial (Fraction (Polynomial R)))) (Symbol))) (SIGNATURE eval ((Fraction (Polynomial R)) (Fraction (Polynomial R)) (Symbol) (Fraction (Polynomial R)))) (SIGNATURE eval ((Fraction (Polynomial R)) (Fraction (Polynomial R)) (List (Symbol)) (List (Fraction (Polynomial R))))) (SIGNATURE eval ((Fraction (Polynomial R)) (Fraction (Polynomial R)) (Equation (Fraction (Polynomial R))))) (SIGNATURE eval ((Fraction (Polynomial R)) (Fraction (Polynomial R)) (List (Equation (Fraction (Polynomial R)))))) (SIGNATURE coerce ((Fraction (Polynomial R)) R))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE variables ((List (Symbol)) (Fraction (Polynomial R)))) (SIGNATURE mainVariable ((Union (Symbol) failed) (Fraction (Polynomial R)))) (SIGNATURE univariate ((Fraction (SparseUnivariatePolynomial (Fraction (Polynomial R)))) (Fraction (Polynomial R)) (Symbol))) (SIGNATURE multivariate ((Fraction (Polynomial R)) (Fraction (SparseUnivariatePolynomial (Fraction (Polynomial R)))) (Symbol))) (SIGNATURE eval ((Fraction (Polynomial R)) (Fraction (Polynomial R)) (Symbol) (Fraction (Polynomial R)))) (SIGNATURE eval ((Fraction (Polynomial R)) (Fraction (Polynomial R)) (List (Symbol)) (List (Fraction (Polynomial R))))) (SIGNATURE eval ((Fraction (Polynomial R)) (Fraction (Polynomial R)) (Equation (Fraction (Polynomial R))))) (SIGNATURE eval ((Fraction (Polynomial R)) (Fraction (Polynomial R)) (List (Equation (Fraction (Polynomial R)))))) (SIGNATURE coerce ((Fraction (Polynomial R)) R))) $param: (R) debug: evaluateType form: (List (Symbol)) $param: (R) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (Union (Symbol) failed) $param: (R) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (Fraction (SparseUnivariatePolynomial (Fraction (Polynomial R)))) $param: (R) Debug: evaluateType1 form: (Fraction (SparseUnivariatePolynomial (Fraction (Polynomial R)))) debug: evaluateType1 x: (SparseUnivariatePolynomial (Fraction (Polynomial R))) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (SparseUnivariatePolynomial (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial (Fraction (Polynomial R))) c: (IntegralDomain) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (Fraction (SparseUnivariatePolynomial (Fraction (Polynomial R)))) $param: (R) Debug: evaluateType1 form: (Fraction (SparseUnivariatePolynomial (Fraction (Polynomial R)))) debug: evaluateType1 x: (SparseUnivariatePolynomial (Fraction (Polynomial R))) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (SparseUnivariatePolynomial (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial (Fraction (Polynomial R))) c: (IntegralDomain) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (List (Symbol)) $param: (R) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (List (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (List (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (Equation (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Equation (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (List (Equation (Fraction (Polynomial R)))) $param: (R) Debug: evaluateType1 form: (List (Equation (Fraction (Polynomial R)))) debug: evaluateType1 x: (Equation (Fraction (Polynomial R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Equation (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evalCategory d: (Equation (Fraction (Polynomial R))) c: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: R $param: (R) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE variables ((List (Symbol)) (Fraction (Polynomial R)))) (SIGNATURE mainVariable ((Union (Symbol) failed) (Fraction (Polynomial R)))) (SIGNATURE univariate ((Fraction (SparseUnivariatePolynomial (Fraction (Polynomial R)))) (Fraction (Polynomial R)) (Symbol))) (SIGNATURE multivariate ((Fraction (Polynomial R)) (Fraction (SparseUnivariatePolynomial (Fraction (Polynomial R)))) (Symbol))) (SIGNATURE eval ((Fraction (Polynomial R)) (Fraction (Polynomial R)) (Symbol) (Fraction (Polynomial R)))) (SIGNATURE eval ((Fraction (Polynomial R)) (Fraction (Polynomial R)) (List (Symbol)) (List (Fraction (Polynomial R))))) (SIGNATURE eval ((Fraction (Polynomial R)) (Fraction (Polynomial R)) (Equation (Fraction (Polynomial R))))) (SIGNATURE eval ((Fraction (Polynomial R)) (Fraction (Polynomial R)) (List (Equation (Fraction (Polynomial R)))))) (SIGNATURE coerce ((Fraction (Polynomial R)) R))) NIL) ------------------------------------------------------------------------ initializing stationary directory for RationalFunction compiling into /tmp/oa-fM83G2 compiling exported coerce : R -> Fraction Polynomial R Time: 0.08 SEC. compiling exported variables : Fraction Polynomial R -> List Symbol Time: 0.04 SEC. compiling exported mainVariable : Fraction Polynomial R -> Union(Symbol,failed) Time: 0.00 SEC. compiling exported univariate : (Fraction Polynomial R,Symbol) -> Fraction SparseUnivariatePolynomial Fraction Polynomial R Time: 0.03 SEC. compiling exported multivariate : (Fraction SparseUnivariatePolynomial Fraction Polynomial R,Symbol) -> Fraction Polynomial R Time: 0.01 SEC. compiling exported eval : (Fraction Polynomial R,Symbol,Fraction Polynomial R) -> Fraction Polynomial R Time: 0.01 SEC. compiling exported eval : (Fraction Polynomial R,Equation Fraction Polynomial R) -> Fraction Polynomial R Time: 0.01 SEC. compiling local foo : (List Symbol,List Fraction Polynomial R,Symbol) -> Fraction Polynomial R Time: 0.02 SEC. compiling exported eval : (Fraction Polynomial R,List Equation Fraction Polynomial R) -> Fraction Polynomial R Time: 0.03 SEC. compiling exported eval : (Fraction Polynomial R,List Symbol,List Fraction Polynomial R) -> Fraction Polynomial R Time: 0.03 SEC. compiling local peval : (Polynomial R,List Symbol,List Fraction Polynomial R) -> Fraction Polynomial R Time: 0.03 SEC. (time taken in buildFunctor: 4) Time: 0.00 SEC. Cumulative Statistics for Constructor RationalFunction Time: 0.28 seconds finalizing NRLIB RF Processing RationalFunction for Browser database: -- variables : Q -> List V -- mainVariable : Q -> Union(V,"failed") -- univariate : (Q,V) -> Fraction SparseUnivariatePolynomial Q -- multivariate : (Fraction SparseUnivariatePolynomial Q,V) -> Q -- eval : (Q,V,Q) -> Q -- eval : (Q,List V,List Q) -> Q -- eval : (Q,Equation Q) -> Q -- eval : (Q,List Equation Q) -> Q -- coerce : R -> Q -- constructor ; compiling file "/tmp/oa-fM83G2/code.lsp" (written 01 FEB 2016 11:11:16 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RF;coerce;RF;1| ...) ; compiling (DEFUN |RF;variables;FL;2| ...) ; file: /tmp/oa-fM83G2/code.lsp ; in: DEFUN |RF;variables;FL;2| ; (DEFUN BOOT::|RF;variables;FL;2| (BOOT::|f| BOOT::$) ; (BOOT::SPADCALL BOOT::|f| (BOOT::|shellEntry| BOOT::$ 16))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RF;variables;FL;2| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|RF;variables;FL;2| ; (BOOT::SPADCALL BOOT::|f| (BOOT::|shellEntry| BOOT::$ 16)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |RF;mainVariable;FU;3| ...) ; file: /tmp/oa-fM83G2/code.lsp ; in: DEFUN |RF;mainVariable;FU;3| ; (DEFUN BOOT::|RF;mainVariable;FU;3| (BOOT::|f| BOOT::$) ; (BOOT::SPADCALL BOOT::|f| (BOOT::|shellEntry| BOOT::$ 19))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RF;mainVariable;FU;3| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|RF;mainVariable;FU;3| ; (BOOT::SPADCALL BOOT::|f| (BOOT::|shellEntry| BOOT::$ 19)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |RF;univariate;FSF;4| ...) ; compiling (DEFUN |RF;multivariate;FSF;5| ...) ; compiling (DEFUN |RF;eval;FS2F;6| ...) ; compiling (DEFUN |RF;eval;FEF;7| ...) ; compiling (DEFUN |RF;foo| ...) ; compiling (DEFUN |RF;eval;FLF;9| ...) ; compiling (DEFUN |RF;eval;FLLF;10| ...) ; compiling (DEFUN |RF;peval| ...) ; compiling (DEFUN |RF;peval!1| ...) ; compiling (DEFUN |RF;peval!0| ...) ; compiling (DEFUN |RationalFunction| ...) ; compiling (DEFUN |RationalFunction;| ...) ; compiling (MAKEPROP (QUOTE |RationalFunction|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-fM83G2/code.fasl written ; compilation finished in 0:00:00.033 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile RFFACTOR.spad && cp RFFACTOR.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RFFACTOR.fasl \ && if test -f RFFACTOR-.NRLIB/code.fasl; then \ cp RFFACTOR-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RFFACTOR-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RFFACTOR.spad using Spad compiler. RFFACTOR abbreviates package RationalFunctionFactorizer debug: compDefine1 lhs: (RationalFunctionFactorizer R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE factorFraction ((Fraction (Factored (Polynomial R))) (Fraction (Polynomial R))))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE factorFraction ((Fraction (Factored (Polynomial R))) (Fraction (Polynomial R))))) $param: (R) debug: evaluateType form: (Fraction (Factored (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Fraction (Factored (Polynomial R))) debug: evaluateType1 x: (Factored (Polynomial R)) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Factored (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Factored (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Factored (Polynomial R)) c: (IntegralDomain) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE factorFraction ((Fraction (Factored (Polynomial R))) (Fraction (Polynomial R))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for RationalFunctionFactorizer compiling into /tmp/oa-8LAEyv compiling exported factorFraction : Fraction Polynomial R -> Fraction Factored Polynomial R Time: 0.10 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Warnings: [1] factorFraction: not known that PolynomialCategory(Fraction (Integer))(IndexedExponents (Symbol))(Symbol) is of mode CATEGORY(domain,IF(hasRAlgebra(Fraction(Integer())),integrate: (%,Symbol) -> %,%noBranch)) Cumulative Statistics for Constructor RationalFunctionFactorizer Time: 0.10 seconds finalizing NRLIB RFFACTOR Processing RationalFunctionFactorizer for Browser database: -- factorFraction : FP -> Fraction Factored P -- constructor ; compiling file "/tmp/oa-8LAEyv/code.lsp" (written 01 FEB 2016 11:11:16 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RFFACTOR;factorFraction;FF;1| ...) ; compiling (DEFUN |RationalFunctionFactorizer| ...) ; compiling (DEFUN |RationalFunctionFactorizer;| ...) ; compiling (MAKEPROP (QUOTE |RationalFunctionFactorizer|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-8LAEyv/code.fasl written ; compilation finished in 0:00:00.019 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile RRCC.spad && cp RRCC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RRCC.fasl \ && if test -f RRCC-.NRLIB/code.fasl; then \ cp RRCC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RRCC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RRCC.spad using Spad compiler. RRCC abbreviates category RealRootCharacterizationCategory debug: compDefine1 lhs: (RealRootCharacterizationCategory TheField ThePols) signature (pre-evaluate): ((Category) NIL NIL) debug: evaluateType form: (Category) $param: (TheField ThePols) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for RealRootCharacterizationCategory compiling into /tmp/oa-honlVx STYLE-WARNING: redefining BOOT::|RealRootCharacterizationCategory| in DEFUN Time: 0.01 SEC. RRCC- abbreviates package RealRootCharacterizationCategory& ------------------------------------------------------------------------ initializing stationary directory for RealRootCharacterizationCategory& compiling into /tmp/oa-7ZzvnV compiling exported zero? : (ThePols,S) -> Boolean Time: 0.07 SEC. compiling exported negative? : (ThePols,S) -> Boolean Time: 0.00 SEC. compiling exported positive? : (ThePols,S) -> Boolean Time: 0.01 SEC. compiling exported rootOf : (ThePols,PositiveInteger) -> Union(S,failed) Time: 0.03 SEC. compiling exported recip : (ThePols,S) -> Union(ThePols,failed) Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor RealRootCharacterizationCategory& Time: 0.16 seconds finalizing NRLIB RRCC- ; compiling file "/tmp/oa-7ZzvnV/code.lsp" (written 01 FEB 2016 11:11:17 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RRCC-;zero?;ThePols$B;1| ...) ; compiling (DEFUN |RRCC-;negative?;ThePols$B;2| ...) ; compiling (DEFUN |RRCC-;positive?;ThePols$B;3| ...) ; compiling (DEFUN |RRCC-;rootOf;ThePolsPiU;4| ...) ; compiling (DEFUN |RRCC-;recip;ThePols$U;5| ...) ; compiling (DEFUN |RealRootCharacterizationCategory&| ...) ; compiling (MAKEPROP (QUOTE |RealRootCharacterizationCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-7ZzvnV/code.fasl written ; compilation finished in 0:00:00.023 ------------------------------------------------------------------------ finalizing NRLIB RRCC Processing RealRootCharacterizationCategory for Browser database: -- sign : (ThePols,%) -> Z -- zero? : (ThePols,%) -> Boolean -- negative? : (ThePols,%) -> Boolean -- positive? : (ThePols,%) -> Boolean -- recip : (ThePols,%) -> Union(ThePols,"failed") -- definingPolynomial : % -> ThePols -- allRootsOf : ThePols -> List % -- rootOf : (ThePols,N) -> Union(%,"failed") -- approximate : (ThePols,%,TheField) -> TheField -- relativeApprox : (ThePols,%,TheField) -> TheField -- constructor ; compiling file "/tmp/oa-honlVx/code.lsp" (written 01 FEB 2016 11:11:17 PM): ; compiling (DEFPARAMETER |RealRootCharacterizationCategory;AL| ...) ; compiling (DEFUN |RealRootCharacterizationCategory;| ...) ; compiling (DEFUN |RealRootCharacterizationCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-honlVx/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SCPKG.spad && cp SCPKG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SCPKG.fasl \ && if test -f SCPKG-.NRLIB/code.fasl; then \ cp SCPKG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SCPKG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SCPKG.spad using Spad compiler. SCPKG abbreviates package StructuralConstantsPackage debug: compDefine1 lhs: (StructuralConstantsPackage R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE structuralConstants ((Vector (Matrix (Fraction (Polynomial R)))) (List (Symbol)) (Matrix (Fraction (Polynomial R))))) (SIGNATURE structuralConstants ((Vector (Matrix (Polynomial R))) (List (Symbol)) (Matrix (Polynomial R)))) (SIGNATURE structuralConstants ((Vector (Matrix R)) (List (Matrix R)))) (SIGNATURE coordinates ((Vector R) (Matrix R) (List (Matrix R))))) (Field)) debug: evaluateType form: (CATEGORY package (SIGNATURE structuralConstants ((Vector (Matrix (Fraction (Polynomial R)))) (List (Symbol)) (Matrix (Fraction (Polynomial R))))) (SIGNATURE structuralConstants ((Vector (Matrix (Polynomial R))) (List (Symbol)) (Matrix (Polynomial R)))) (SIGNATURE structuralConstants ((Vector (Matrix R)) (List (Matrix R)))) (SIGNATURE coordinates ((Vector R) (Matrix R) (List (Matrix R))))) $param: (R) debug: evaluateType form: (Vector (Matrix (Fraction (Polynomial R)))) $param: (R) Debug: evaluateType1 form: (Vector (Matrix (Fraction (Polynomial R)))) debug: evaluateType1 x: (Matrix (Fraction (Polynomial R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Matrix (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Ring) debug: evalCategory d: (Matrix (Fraction (Polynomial R))) c: (Type) debug: evaluateType form: (List (Symbol)) $param: (R) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (Matrix (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Matrix (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Ring) debug: evaluateType form: (Vector (Matrix (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Vector (Matrix (Polynomial R))) debug: evaluateType1 x: (Matrix (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Matrix (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Ring) debug: evalCategory d: (Matrix (Polynomial R)) c: (Type) debug: evaluateType form: (List (Symbol)) $param: (R) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (Matrix (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Matrix (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Ring) debug: evaluateType form: (Vector (Matrix R)) $param: (R) Debug: evaluateType1 form: (Vector (Matrix R)) debug: evaluateType1 x: (Matrix R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Matrix R) c: (Type) debug: evaluateType form: (List (Matrix R)) $param: (R) Debug: evaluateType1 form: (List (Matrix R)) debug: evaluateType1 x: (Matrix R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Matrix R) c: (Type) debug: evaluateType form: (Vector R) $param: (R) Debug: evaluateType1 form: (Vector R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (List (Matrix R)) $param: (R) Debug: evaluateType1 form: (List (Matrix R)) debug: evaluateType1 x: (Matrix R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Matrix R) c: (Type) debug: evaluateType form: (Field) $param: (R) Debug: evaluateType1 form: (Field) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE structuralConstants ((Vector (Matrix (Fraction (Polynomial R)))) (List (Symbol)) (Matrix (Fraction (Polynomial R))))) (SIGNATURE structuralConstants ((Vector (Matrix (Polynomial R))) (List (Symbol)) (Matrix (Polynomial R)))) (SIGNATURE structuralConstants ((Vector (Matrix R)) (List (Matrix R)))) (SIGNATURE coordinates ((Vector R) (Matrix R) (List (Matrix R))))) (Field)) debug: compDefine1 lhs: (StructuralConstantsPackage R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE structuralConstants ((Vector (Matrix (Fraction (Polynomial R)))) (List (Symbol)) (Matrix (Fraction (Polynomial R))))) (SIGNATURE structuralConstants ((Vector (Matrix (Polynomial R))) (List (Symbol)) (Matrix (Polynomial R)))) (SIGNATURE structuralConstants ((Vector (Matrix R)) (List (Matrix R)))) (SIGNATURE coordinates ((Vector R) (Matrix R) (List (Matrix R))))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE structuralConstants ((Vector (Matrix (Fraction (Polynomial R)))) (List (Symbol)) (Matrix (Fraction (Polynomial R))))) (SIGNATURE structuralConstants ((Vector (Matrix (Polynomial R))) (List (Symbol)) (Matrix (Polynomial R)))) (SIGNATURE structuralConstants ((Vector (Matrix R)) (List (Matrix R)))) (SIGNATURE coordinates ((Vector R) (Matrix R) (List (Matrix R))))) $param: (R) debug: evaluateType form: (Vector (Matrix (Fraction (Polynomial R)))) $param: (R) Debug: evaluateType1 form: (Vector (Matrix (Fraction (Polynomial R)))) debug: evaluateType1 x: (Matrix (Fraction (Polynomial R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Matrix (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Ring) debug: evalCategory d: (Matrix (Fraction (Polynomial R))) c: (Type) debug: evaluateType form: (List (Symbol)) $param: (R) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (Matrix (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Matrix (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Ring) debug: evaluateType form: (Vector (Matrix (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Vector (Matrix (Polynomial R))) debug: evaluateType1 x: (Matrix (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Matrix (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Ring) debug: evalCategory d: (Matrix (Polynomial R)) c: (Type) debug: evaluateType form: (List (Symbol)) $param: (R) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (Matrix (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Matrix (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Ring) debug: evaluateType form: (Vector (Matrix R)) $param: (R) Debug: evaluateType1 form: (Vector (Matrix R)) debug: evaluateType1 x: (Matrix R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Matrix R) c: (Type) debug: evaluateType form: (List (Matrix R)) $param: (R) Debug: evaluateType1 form: (List (Matrix R)) debug: evaluateType1 x: (Matrix R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Matrix R) c: (Type) debug: evaluateType form: (Vector R) $param: (R) Debug: evaluateType1 form: (Vector R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (List (Matrix R)) $param: (R) Debug: evaluateType1 form: (List (Matrix R)) debug: evaluateType1 x: (Matrix R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Matrix R) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE structuralConstants ((Vector (Matrix (Fraction (Polynomial R)))) (List (Symbol)) (Matrix (Fraction (Polynomial R))))) (SIGNATURE structuralConstants ((Vector (Matrix (Polynomial R))) (List (Symbol)) (Matrix (Polynomial R)))) (SIGNATURE structuralConstants ((Vector (Matrix R)) (List (Matrix R)))) (SIGNATURE coordinates ((Vector R) (Matrix R) (List (Matrix R))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for StructuralConstantsPackage compiling into /tmp/oa-l64ezX compiling local matrix2Vector : Matrix R -> Vector R Time: 0.05 SEC. compiling exported coordinates : (Matrix R,List Matrix R) -> Vector R Time: 0.06 SEC. compiling exported structuralConstants : List Matrix R -> Vector Matrix R Time: 0.04 SEC. compiling exported structuralConstants : (List Symbol,Matrix Polynomial R) -> Vector Matrix Polynomial R Time: 0.09 SEC. compiling exported structuralConstants : (List Symbol,Matrix Fraction Polynomial R) -> Vector Matrix Fraction Polynomial R Time: 0.15 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor StructuralConstantsPackage Time: 0.40 seconds finalizing NRLIB SCPKG Processing StructuralConstantsPackage for Browser database: -- structuralConstants : (L S,M FRAC POLY R) -> V M FRAC POLY R -- structuralConstants : (L S,M POLY R) -> V M POLY R -- structuralConstants : L M R -> V M R -- coordinates : (M R,L M R) -> V R -- constructor ; compiling file "/tmp/oa-l64ezX/code.lsp" (written 01 FEB 2016 11:11:17 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SCPKG;matrix2Vector| ...) ; file: /tmp/oa-l64ezX/code.lsp ; in: DEFUN |SCPKG;matrix2Vector| ; (DEFUN BOOT::|SCPKG;matrix2Vector| (BOOT::|m| BOOT::$) ; (LET* ((BOOT::|lili| (BOOT::SPADCALL BOOT::|m| #)) ; (BOOT::|li| (BOOT::SPADCALL # BOOT::|lili| #))) ; (BOOT::SPADCALL BOOT::|li| (BOOT::|shellEntry| BOOT::$ 15)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SCPKG;matrix2Vector| ; (BOOT::|m| BOOT::$) ; (BLOCK BOOT::|SCPKG;matrix2Vector| ; (LET* ((BOOT::|lili| #) (BOOT::|li| #)) ; (BOOT::SPADCALL BOOT::|li| (BOOT::|shellEntry| BOOT::$ 15))))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |SCPKG;coordinates;MLV;2| ...) ; file: /tmp/oa-l64ezX/code.lsp ; in: DEFUN |SCPKG;coordinates;MLV;2| ; (DEFUN BOOT::|SCPKG;coordinates;MLV;2| (BOOT::|x| BOOT::|b| BOOT::$) ; (PROG (BOOT::|res|) ; (RETURN ; (LET* (# # #) ; (PROGN # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SCPKG;coordinates;MLV;2| ; (BOOT::|x| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|SCPKG;coordinates;MLV;2| ; (PROG (BOOT::|res|) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |SCPKG;structuralConstants;LV;3| ...) ; compiling (DEFUN |SCPKG;structuralConstants;LMV;4| ...) ; file: /tmp/oa-l64ezX/code.lsp ; in: DEFUN |SCPKG;structuralConstants;LMV;4| ; (DEFUN BOOT::|SCPKG;structuralConstants;LMV;4| ; (BOOT::|ls| BOOT::|mt| BOOT::$) ; (PROG (BOOT::|s| BOOT::|mat| BOOT::|lscopy| BOOT::|gamma| BOOT::|c| ; BOOT::|p|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SCPKG;structuralConstants;LMV;4| ; (BOOT::|ls| BOOT::|mt| BOOT::$) ; (BLOCK BOOT::|SCPKG;structuralConstants;LMV;4| ; (PROG (BOOT::|s| BOOT::|mat| BOOT::|lscopy| BOOT::|gamma| BOOT::|c| ; BOOT::|p|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (VECTOR T) &REST T). ; compiling (DEFUN |SCPKG;structuralConstants;LMV;5| ...) ; file: /tmp/oa-l64ezX/code.lsp ; in: DEFUN |SCPKG;structuralConstants;LMV;5| ; (DEFUN BOOT::|SCPKG;structuralConstants;LMV;5| ; (BOOT::|ls| BOOT::|mt| BOOT::$) ; (PROG (BOOT::|s| BOOT::|mat| BOOT::|lscopy| BOOT::|gamma| BOOT::|c| ; BOOT::|p| BOOT::|q| BOOT::|r|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SCPKG;structuralConstants;LMV;5| ; (BOOT::|ls| BOOT::|mt| BOOT::$) ; (BLOCK BOOT::|SCPKG;structuralConstants;LMV;5| ; (PROG (BOOT::|s| BOOT::|mat| BOOT::|lscopy| BOOT::|gamma| BOOT::|c| ; BOOT::|p| BOOT::|q| BOOT::|r|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (VECTOR T) &REST T). ; compiling (DEFUN |StructuralConstantsPackage| ...) ; compiling (DEFUN |StructuralConstantsPackage;| ...) ; compiling (MAKEPROP (QUOTE |StructuralConstantsPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 4 notes ; /tmp/oa-l64ezX/code.fasl written ; compilation finished in 0:00:00.083 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SHDP.spad && cp SHDP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SHDP.fasl \ && if test -f SHDP-.NRLIB/code.fasl; then \ cp SHDP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SHDP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SHDP.spad using Spad compiler. SHDP abbreviates domain SplitHomogeneousDirectProduct debug: compDefine1 lhs: (SplitHomogeneousDirectProduct dimtot dim1 S) signature (pre-evaluate): ((DirectProductCategory dimtot S) NIL NIL NIL) debug: evaluateType form: (DirectProductCategory dimtot S) $param: (dimtot dim1 S) Debug: evaluateType1 form: (DirectProductCategory dimtot S) debug: evaluateType1 x: dimtot m: (NonNegativeInteger) debug: evaluateType1 x: S m: (Type) debug: compDefine1 signature (post evaluate): ((DirectProductCategory dimtot S) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for SplitHomogeneousDirectProduct compiling into /tmp/oa-L6y8eH compiling local lessThanRlex : (%,%,NonNegativeInteger,NonNegativeInteger) -> Boolean Time: 0.07 SEC. compiling exported < : (%,%) -> Boolean Time: 0.01 SEC. (time taken in buildFunctor: 360) Time: 0.42 SEC. Warnings: [1] Rep differs from the base domain Cumulative Statistics for Constructor SplitHomogeneousDirectProduct Time: 0.50 seconds finalizing NRLIB SHDP Processing SplitHomogeneousDirectProduct for Browser database: -- constructor ; compiling file "/tmp/oa-L6y8eH/code.lsp" (written 01 FEB 2016 11:11:18 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SHDP;lessThanRlex| ...) ; compiling (DEFUN |SHDP;<;2$B;2| ...) ; compiling (DEFUN |SplitHomogeneousDirectProduct| ...) ; compiling (DEFUN |SplitHomogeneousDirectProduct;| ...) ; compiling (MAKEPROP (QUOTE |SplitHomogeneousDirectProduct|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-L6y8eH/code.fasl written ; compilation finished in 0:00:00.072 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SHP.spad && cp SHP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SHP.fasl \ && if test -f SHP-.NRLIB/code.fasl; then \ cp SHP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SHP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SHP.spad using Spad compiler. SHP abbreviates package SturmHabichtPackage debug: compDefine1 lhs: (SturmHabichtPackage R x) signature (pre-evaluate): ((CATEGORY package (SIGNATURE subresultantSequence ((List (UnivariatePolynomial x R)) (UnivariatePolynomial x R) (UnivariatePolynomial x R))) (SIGNATURE SturmHabichtSequence ((List (UnivariatePolynomial x R)) (UnivariatePolynomial x R) (UnivariatePolynomial x R))) (SIGNATURE SturmHabichtCoefficients ((List R) (UnivariatePolynomial x R) (UnivariatePolynomial x R))) (SIGNATURE SturmHabicht ((Integer) (UnivariatePolynomial x R) (UnivariatePolynomial x R))) (SIGNATURE countRealRoots ((Integer) (UnivariatePolynomial x R))) (IF (has R (GcdDomain)) (PROGN (SIGNATURE SturmHabichtMultiple ((Integer) (UnivariatePolynomial x R) (UnivariatePolynomial x R))) (SIGNATURE countRealRootsMultiple ((Integer) (UnivariatePolynomial x R)))) %noBranch)) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE subresultantSequence ((List (UnivariatePolynomial x R)) (UnivariatePolynomial x R) (UnivariatePolynomial x R))) (SIGNATURE SturmHabichtSequence ((List (UnivariatePolynomial x R)) (UnivariatePolynomial x R) (UnivariatePolynomial x R))) (SIGNATURE SturmHabichtCoefficients ((List R) (UnivariatePolynomial x R) (UnivariatePolynomial x R))) (SIGNATURE SturmHabicht ((Integer) (UnivariatePolynomial x R) (UnivariatePolynomial x R))) (SIGNATURE countRealRoots ((Integer) (UnivariatePolynomial x R))) (IF (has R (GcdDomain)) (PROGN (SIGNATURE SturmHabichtMultiple ((Integer) (UnivariatePolynomial x R) (UnivariatePolynomial x R))) (SIGNATURE countRealRootsMultiple ((Integer) (UnivariatePolynomial x R)))) %noBranch)) $param: (R x) debug: evaluateType form: (List (UnivariatePolynomial x R)) $param: (R x) Debug: evaluateType1 form: (List (UnivariatePolynomial x R)) debug: evaluateType1 x: (UnivariatePolynomial x R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R x) Debug: evaluateType1 form: (Type) debug: evaluateType form: (UnivariatePolynomial x R) $param: (R x) Debug: evaluateType1 form: (UnivariatePolynomial x R) debug: evaluateType1 x: x m: (Symbol) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (UnivariatePolynomial x R) c: (Type) debug: evaluateType form: (UnivariatePolynomial x R) $param: (R x) Debug: evaluateType1 form: (UnivariatePolynomial x R) debug: evaluateType1 x: x m: (Symbol) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (UnivariatePolynomial x R) $param: (R x) Debug: evaluateType1 form: (UnivariatePolynomial x R) debug: evaluateType1 x: x m: (Symbol) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (List (UnivariatePolynomial x R)) $param: (R x) Debug: evaluateType1 form: (List (UnivariatePolynomial x R)) debug: evaluateType1 x: (UnivariatePolynomial x R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R x) Debug: evaluateType1 form: (Type) debug: evaluateType form: (UnivariatePolynomial x R) $param: (R x) Debug: evaluateType1 form: (UnivariatePolynomial x R) debug: evaluateType1 x: x m: (Symbol) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (UnivariatePolynomial x R) c: (Type) debug: evaluateType form: (UnivariatePolynomial x R) $param: (R x) Debug: evaluateType1 form: (UnivariatePolynomial x R) debug: evaluateType1 x: x m: (Symbol) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (UnivariatePolynomial x R) $param: (R x) Debug: evaluateType1 form: (UnivariatePolynomial x R) debug: evaluateType1 x: x m: (Symbol) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (List R) $param: (R x) Debug: evaluateType1 form: (List R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (UnivariatePolynomial x R) $param: (R x) Debug: evaluateType1 form: (UnivariatePolynomial x R) debug: evaluateType1 x: x m: (Symbol) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (UnivariatePolynomial x R) $param: (R x) Debug: evaluateType1 form: (UnivariatePolynomial x R) debug: evaluateType1 x: x m: (Symbol) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Integer) $param: (R x) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (UnivariatePolynomial x R) $param: (R x) Debug: evaluateType1 form: (UnivariatePolynomial x R) debug: evaluateType1 x: x m: (Symbol) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (UnivariatePolynomial x R) $param: (R x) Debug: evaluateType1 form: (UnivariatePolynomial x R) debug: evaluateType1 x: x m: (Symbol) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Integer) $param: (R x) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (UnivariatePolynomial x R) $param: (R x) Debug: evaluateType1 form: (UnivariatePolynomial x R) debug: evaluateType1 x: x m: (Symbol) debug: evaluateType1 x: R m: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE subresultantSequence ((List (UnivariatePolynomial x R)) (UnivariatePolynomial x R) (UnivariatePolynomial x R))) (SIGNATURE SturmHabichtSequence ((List (UnivariatePolynomial x R)) (UnivariatePolynomial x R) (UnivariatePolynomial x R))) (SIGNATURE SturmHabichtCoefficients ((List R) (UnivariatePolynomial x R) (UnivariatePolynomial x R))) (SIGNATURE SturmHabicht ((Integer) (UnivariatePolynomial x R) (UnivariatePolynomial x R))) (SIGNATURE countRealRoots ((Integer) (UnivariatePolynomial x R))) (IF (has R (GcdDomain)) (PROGN (SIGNATURE SturmHabichtMultiple ((Integer) (UnivariatePolynomial x R) (UnivariatePolynomial x R))) (SIGNATURE countRealRootsMultiple ((Integer) (UnivariatePolynomial x R)))) %noBranch)) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for SturmHabichtPackage compiling into /tmp/oa-qXGxbG importing OutputForm compiling local subresultantSequenceBegin : (UnivariatePolynomial(x,R),UnivariatePolynomial(x,R)) -> List UnivariatePolynomial(x,R) Time: 0.14 SEC. compiling local subresultantSequenceNext : List UnivariatePolynomial(x,R) -> List UnivariatePolynomial(x,R) Time: 0.13 SEC. compiling local subresultantSequenceInner : (UnivariatePolynomial(x,R),UnivariatePolynomial(x,R)) -> List UnivariatePolynomial(x,R) Time: 0.02 SEC. compiling exported subresultantSequence : (UnivariatePolynomial(x,R),UnivariatePolynomial(x,R)) -> List UnivariatePolynomial(x,R) Time: 0.06 SEC. compiling local delta : NonNegativeInteger -> R Time: 0.22 SEC. compiling local polsth1 : (UnivariatePolynomial(x,R),NonNegativeInteger,UnivariatePolynomial(x,R),NonNegativeInteger,R) -> List UnivariatePolynomial(x,R) Time: 0.88 SEC. compiling local polsth2 : (UnivariatePolynomial(x,R),NonNegativeInteger,UnivariatePolynomial(x,R),NonNegativeInteger,R) -> List UnivariatePolynomial(x,R) Time: 0.18 SEC. compiling local polsth3 : (UnivariatePolynomial(x,R),NonNegativeInteger,UnivariatePolynomial(x,R),NonNegativeInteger,R) -> List UnivariatePolynomial(x,R) Time: 0.19 SEC. compiling exported SturmHabichtSequence : (UnivariatePolynomial(x,R),UnivariatePolynomial(x,R)) -> List UnivariatePolynomial(x,R) Time: 0.03 SEC. compiling exported SturmHabichtCoefficients : (UnivariatePolynomial(x,R),UnivariatePolynomial(x,R)) -> List R Time: 0.03 SEC. compiling local variation : List R -> Integer Time: 0.04 SEC. compiling local permanence : List R -> Integer Time: 0.06 SEC. compiling local qzeros : List R -> List R Time: 0.02 SEC. compiling local epsil : (NonNegativeInteger,R,R) -> Integer Time: 0.13 SEC. compiling local numbnce : List R -> NonNegativeInteger Time: 0.02 SEC. compiling local numbce : List R -> NonNegativeInteger Time: 0.02 SEC. compiling local wfunctaux : List R -> Integer Time: 0.01 SEC. compiling local wfunct : List R -> Integer Time: 0.00 SEC. compiling exported SturmHabicht : (UnivariatePolynomial(x,R),UnivariatePolynomial(x,R)) -> Integer Time: 0.03 SEC. compiling exported countRealRoots : UnivariatePolynomial(x,R) -> Integer Time: 0.01 SEC. compiling exported SturmHabichtMultiple : (UnivariatePolynomial(x,R),UnivariatePolynomial(x,R)) -> Integer Time: 0.28 SEC. compiling exported countRealRootsMultiple : UnivariatePolynomial(x,R) -> Integer Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.03 SEC. Warnings: [1] subresultantSequenceNext: : List UnivariatePolynomial(x,R) -- should replace by @ [2] subresultantSequenceInner: : UnivariatePolynomial(x,R) -- should replace by @ [3] subresultantSequenceInner: : List UnivariatePolynomial(x,R) -- should replace by @ [4] subresultantSequence: : List UnivariatePolynomial(x,R) -- should replace by @ [5] polsth1: : List UnivariatePolynomial(x,R) -- should replace by @ [6] polsth1: Listf has no value [7] polsth2: : List UnivariatePolynomial(x,R) -- should replace by @ [8] polsth3: : List UnivariatePolynomial(x,R) -- should replace by @ [9] wfunctaux: : List R -- should replace by @ [10] wfunctaux: : NonNegativeInteger -- should replace by @ [11] wfunct: : List R -- should replace by @ [12] SturmHabicht: : UnivariatePolynomial(x,R) -- should replace by @ [13] SturmHabichtMultiple: : UnivariatePolynomial(x,R) -- should replace by @ [14] SturmHabichtMultiple: factorList has no value [15] SturmHabichtMultiple: not known that IntegralDomain is of mode CATEGORY(package,countRealRootsMultiple: UnivariatePolynomial(x,R) -> Integer) [16] SturmHabichtMultiple: xpnt has no value [17] SturmHabichtMultiple: fctr has no value Cumulative Statistics for Constructor SturmHabichtPackage Time: 2.53 seconds finalizing NRLIB SHP Processing SturmHabichtPackage for Browser database: -- subresultantSequence : (UP(x,R),UP(x,R)) -> L UP(x,R) -- SturmHabichtSequence : (UP(x,R),UP(x,R)) -> L UP(x,R) -- SturmHabichtCoefficients : (UP(x,R),UP(x,R)) -> L R -- SturmHabicht : (UP(x,R),UP(x,R)) -> INT -- countRealRoots : UP(x,R) -> INT -- SturmHabichtMultiple : (UP(x,R),UP(x,R)) -> INT -- countRealRootsMultiple : UP(x,R) -> INT -- constructor ; compiling file "/tmp/oa-qXGxbG/code.lsp" (written 01 FEB 2016 11:11:21 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SHP;subresultantSequenceBegin| ...) ; compiling (DEFUN |SHP;subresultantSequenceNext| ...) ; compiling (DEFUN |SHP;subresultantSequenceInner| ...) ; compiling (DEFUN |SHP;subresultantSequence;2UpL;4| ...) ; compiling (DEFUN |SHP;delta| ...) ; compiling (DEFUN |SHP;polsth1| ...) ; compiling (DEFUN |SHP;polsth2| ...) ; file: /tmp/oa-qXGxbG/code.lsp ; in: DEFUN |SHP;polsth2| ; (DEFUN BOOT::|SHP;polsth2| ; (BOOT::|p1| BOOT::|p| BOOT::|p2| BOOT::|q| BOOT::|c1| BOOT::$) ; (PROG (BOOT::|Pr5| BOOT::|Pr4|) ; (RETURN ; (LET* (# # # # # # #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SHP;polsth2| ; (BOOT::|p1| BOOT::|p| BOOT::|p2| BOOT::|q| BOOT::|c1| BOOT::$) ; (BLOCK BOOT::|SHP;polsth2| ; (PROG (BOOT::|Pr5| BOOT::|Pr4|) ; (RETURN ; (LET* # ; #))))) ; ; caught STYLE-WARNING: ; The variable |q| is defined but never used. ; compiling (DEFUN |SHP;polsth3| ...) ; compiling (DEFUN |SHP;SturmHabichtSequence;2UpL;9| ...) ; compiling (DEFUN |SHP;SturmHabichtCoefficients;2UpL;10| ...) ; file: /tmp/oa-qXGxbG/code.lsp ; in: DEFUN |SHP;SturmHabichtCoefficients;2UpL;10| ; (DEFUN BOOT::|SHP;SturmHabichtCoefficients;2UpL;10| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (LET* ((BOOT::|List1| ; (BOOT::|SHP;SturmHabichtSequence;2UpL;9| BOOT::|p1| BOOT::|p2| ; BOOT::$)) ; (BOOT::|qp| (LIST-LENGTH BOOT::|List1|))) ; (LET ((#:G725 BOOT::|List1|) (BOOT::|j| 1) (#:G642 NIL)) ; (LOOP (COND # #) ; (SETQ #) ; (SETQ #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SHP;SturmHabichtCoefficients;2UpL;10| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|SHP;SturmHabichtCoefficients;2UpL;10| ; (LET* ((BOOT::|List1| #) (BOOT::|qp| #)) ; (LET (# # #) ; (LOOP # ; # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SHP;variation| ...) ; compiling (DEFUN |SHP;permanence| ...) ; compiling (DEFUN |SHP;qzeros| ...) ; file: /tmp/oa-qXGxbG/code.lsp ; in: DEFUN |SHP;qzeros| ; (DEFUN BOOT::|SHP;qzeros| (BOOT::|Lsig| BOOT::$) ; (PROGN (LOOP (COND (# #) (T #))) BOOT::|Lsig|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SHP;qzeros| ; (BOOT::|Lsig| BOOT::$) ; (BLOCK BOOT::|SHP;qzeros| (PROGN (LOOP (COND # #)) BOOT::|Lsig|))) ; ; note: Assignment to argument: |Lsig| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |SHP;epsil| ...) ; compiling (DEFUN |SHP;numbnce| ...) ; compiling (DEFUN |SHP;numbce| ...) ; compiling (DEFUN |SHP;wfunctaux| ...) ; compiling (DEFUN |SHP;wfunct| ...) ; compiling (DEFUN |SHP;SturmHabicht;2UpI;19| ...) ; compiling (DEFUN |SHP;countRealRoots;UpI;20| ...) ; compiling (DEFUN |SHP;SturmHabichtMultiple;2UpI;21| ...) ; file: /tmp/oa-qXGxbG/code.lsp ; in: DEFUN |SHP;SturmHabichtMultiple;2UpI;21| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (+ BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; (DEFUN BOOT::|SHP;SturmHabichtMultiple;2UpI;21| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (PROG (BOOT::|sqfr|) (RETURN (COND (# 0) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SHP;SturmHabichtMultiple;2UpI;21| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|SHP;SturmHabichtMultiple;2UpI;21| ; (PROG (BOOT::|sqfr|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |SHP;countRealRootsMultiple;UpI;22| ...) ; file: /tmp/oa-qXGxbG/code.lsp ; in: DEFUN |SHP;countRealRootsMultiple;UpI;22| ; (DEFUN BOOT::|SHP;countRealRootsMultiple;UpI;22| (BOOT::|p1| BOOT::$) ; (BOOT::SPADCALL BOOT::|p1| (BOOT::|spadConstant| BOOT::$ 12) ; (BOOT::|shellEntry| BOOT::$ 81))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SHP;countRealRootsMultiple;UpI;22| ; (BOOT::|p1| BOOT::$) ; (BLOCK BOOT::|SHP;countRealRootsMultiple;UpI;22| ; (BOOT::SPADCALL BOOT::|p1| (BOOT::|spadConstant| BOOT::$ 12) ; (BOOT::|shellEntry| BOOT::$ 81)))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |SturmHabichtPackage| ...) ; compiling (DEFUN |SturmHabichtPackage;| ...) ; compiling (MAKEPROP (QUOTE |SturmHabichtPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 4 notes ; /tmp/oa-qXGxbG/code.fasl written ; compilation finished in 0:00:00.213 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SMTS.spad && cp SMTS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SMTS.fasl \ && if test -f SMTS-.NRLIB/code.fasl; then \ cp SMTS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SMTS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SMTS.spad using Spad compiler. SMTS abbreviates domain SparseMultivariateTaylorSeries debug: compDefine1 lhs: (SparseMultivariateTaylorSeries Coef Var SMP) signature (pre-evaluate): ((Join (MultivariateTaylorSeriesCategory Coef Var) (CATEGORY domain (SIGNATURE coefficient (SMP $ (NonNegativeInteger))) (SIGNATURE coerce ($ Var)) (SIGNATURE coerce ($ SMP)) (SIGNATURE * ($ SMP $)) (SIGNATURE csubst ((Mapping (Stream SMP) SMP) (List Var) (List (Stream SMP)))) (IF (has Coef (Algebra (Fraction (Integer)))) (PROGN (SIGNATURE integrate ($ $ Var Coef)) (SIGNATURE fintegrate ($ (Mapping $) Var Coef))) %noBranch))) NIL NIL NIL) debug: evaluateType form: (Join (MultivariateTaylorSeriesCategory Coef Var) (CATEGORY domain (SIGNATURE coefficient (SMP $ (NonNegativeInteger))) (SIGNATURE coerce ($ Var)) (SIGNATURE coerce ($ SMP)) (SIGNATURE * ($ SMP $)) (SIGNATURE csubst ((Mapping (Stream SMP) SMP) (List Var) (List (Stream SMP)))) (IF (has Coef (Algebra (Fraction (Integer)))) (PROGN (SIGNATURE integrate ($ $ Var Coef)) (SIGNATURE fintegrate ($ (Mapping $) Var Coef))) %noBranch))) $param: (Coef Var SMP) debug: evaluateType form: (MultivariateTaylorSeriesCategory Coef Var) $param: (Coef Var SMP) Debug: evaluateType1 form: (MultivariateTaylorSeriesCategory Coef Var) debug: evaluateType1 x: Coef m: (Ring) debug: evaluateType1 x: Var m: (OrderedSet) debug: evaluateType form: (CATEGORY domain (SIGNATURE coefficient (SMP $ (NonNegativeInteger))) (SIGNATURE coerce ($ Var)) (SIGNATURE coerce ($ SMP)) (SIGNATURE * ($ SMP $)) (SIGNATURE csubst ((Mapping (Stream SMP) SMP) (List Var) (List (Stream SMP)))) (IF (has Coef (Algebra (Fraction (Integer)))) (PROGN (SIGNATURE integrate ($ $ Var Coef)) (SIGNATURE fintegrate ($ (Mapping $) Var Coef))) %noBranch)) $param: (Coef Var SMP) debug: evaluateType form: SMP $param: (Coef Var SMP) debug: evaluateType form: (NonNegativeInteger) $param: (Coef Var SMP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: Var $param: (Coef Var SMP) debug: evaluateType form: SMP $param: (Coef Var SMP) debug: evaluateType form: SMP $param: (Coef Var SMP) debug: evaluateType form: (Mapping (Stream SMP) SMP) $param: (Coef Var SMP) debug: evaluateType form: (Stream SMP) $param: (Coef Var SMP) Debug: evaluateType1 form: (Stream SMP) debug: evaluateType1 x: SMP m: (Type) debug: evaluateType form: SMP $param: (Coef Var SMP) debug: evaluateType form: (List Var) $param: (Coef Var SMP) Debug: evaluateType1 form: (List Var) debug: evaluateType1 x: Var m: (Type) debug: evaluateType form: (List (Stream SMP)) $param: (Coef Var SMP) Debug: evaluateType1 form: (List (Stream SMP)) debug: evaluateType1 x: (Stream SMP) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Coef Var SMP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Stream SMP) $param: (Coef Var SMP) Debug: evaluateType1 form: (Stream SMP) debug: evaluateType1 x: SMP m: (Type) debug: evalCategory d: (Stream SMP) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (MultivariateTaylorSeriesCategory Coef Var) (CATEGORY domain (SIGNATURE coefficient (SMP $ (NonNegativeInteger))) (SIGNATURE coerce ($ Var)) (SIGNATURE coerce ($ SMP)) (SIGNATURE * ($ SMP $)) (SIGNATURE csubst ((Mapping (Stream SMP) SMP) (List Var) (List (Stream SMP)))) (IF (has Coef (Algebra (Fraction (Integer)))) (PROGN (SIGNATURE integrate ($ $ Var Coef)) (SIGNATURE fintegrate ($ (Mapping $) Var Coef))) %noBranch))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for SparseMultivariateTaylorSeries compiling into /tmp/oa-p5fTA8 compiling local rep : % -> Rep SMTS;rep x is replaced by x Time: 0.07 SEC. compiling local per : Rep -> % SMTS;per x is replaced by x Time: 0.00 SEC. compiling exported extend : (%,NonNegativeInteger) -> % Time: 0 SEC. compiling exported complete : % -> % Time: 0 SEC. compiling local evalstream : (%,List Var,List SMP) -> Stream SMP Time: 0.04 SEC. compiling local addvariable : (Var,InnerTaylorSeries Coef) -> % Time: 0.08 SEC. compiling exported coefficient : (%,NonNegativeInteger) -> SMP Time: 0 SEC. compiling exported coerce : Coef -> % Time: 0.01 SEC. compiling exported * : (SMP,%) -> % Time: 0.01 SEC. compiling exported * : (Coef,%) -> % Time: 0 SEC. compiling exported * : (%,Coef) -> % Time: 0.01 SEC. compiling local mts : SMP -> % Time: 0.06 SEC. compiling exported coerce : SMP -> % Time: 0 SEC. compiling exported coerce : Var -> % Time: 0.00 SEC. compiling exported monomial : (%,Var,NonNegativeInteger) -> % Time: 0.00 SEC. compiling local substvar : (SMP,List Var,List %) -> % Time: 0.10 SEC. compiling local sortmfirst : (SMP,List Var,List %) -> % Time: 0.03 SEC. compiling exported csubst : (List Var,List Stream SMP) -> SMP -> Stream SMP Time: 0.05 SEC. compiling local restCheck : Stream SMP -> Stream SMP Time: 0.01 SEC. compiling exported eval : (%,List Var,List %) -> % Time: 0.10 SEC. compiling local substmts : (Var,SMP,%) -> % Time: 0.02 SEC. compiling local subststream : (Var,SMP,Stream SMP) -> Stream SMP Time: 0 SEC. compiling local comp1 : (Var,Stream SMP,Stream SMP) -> Stream SMP Time: 0.02 SEC. compiling local comp : (Var,Stream SMP,Stream SMP) -> Stream SMP Time: 0.12 SEC. compiling exported eval : (%,Var,%) -> % Time: 0.00 SEC. compiling exported differentiate : (%,Var) -> % Time: 0.01 SEC. compiling exported ** : (%,Fraction Integer) -> % Time: 0.03 SEC. compiling exported * : (Fraction Integer,%) -> % Time: 0.01 SEC. compiling exported * : (%,Fraction Integer) -> % Time: 0.01 SEC. compiling exported exp : % -> % Time: 0.01 SEC. compiling exported log : % -> % Time: 0 SEC. compiling exported sin : % -> % Time: 0.01 SEC. compiling exported cos : % -> % Time: 0 SEC. compiling exported tan : % -> % Time: 0 SEC. compiling exported cot : % -> % Time: 0.01 SEC. compiling exported sec : % -> % Time: 0 SEC. compiling exported csc : % -> % Time: 0.00 SEC. compiling exported asin : % -> % Time: 0.00 SEC. compiling exported acos : % -> % Time: 0.00 SEC. compiling exported atan : % -> % Time: 0.00 SEC. compiling exported acot : % -> % Time: 0.00 SEC. compiling exported asec : % -> % Time: 0.00 SEC. compiling exported acsc : % -> % Time: 0.00 SEC. compiling exported sinh : % -> % Time: 0 SEC. compiling exported cosh : % -> % Time: 0.01 SEC. compiling exported tanh : % -> % Time: 0 SEC. compiling exported coth : % -> % Time: 0 SEC. compiling exported sech : % -> % Time: 0.01 SEC. compiling exported csch : % -> % Time: 0 SEC. compiling exported asinh : % -> % Time: 0 SEC. compiling exported acosh : % -> % Time: 0.01 SEC. compiling exported atanh : % -> % Time: 0 SEC. compiling exported acoth : % -> % Time: 0 SEC. compiling exported asech : % -> % Time: 0.01 SEC. compiling exported acsch : % -> % Time: 0.01 SEC. compiling local intsmp : (Var,SMP) -> SMP Time: 0.10 SEC. compiling exported fintegrate : (() -> %,Var,Coef) -> % Time: 0.03 SEC. compiling exported integrate : (%,Var,Coef) -> % Time: 0.01 SEC. compiling local tout : SMP -> OutputForm Time: 0.01 SEC. compiling local showAll? : () -> Boolean SMTS;showAll? is replaced by %true Time: 0 SEC. compiling exported coerce : % -> OutputForm Time: 0.23 SEC. compiling exported / : (%,Coef) -> % Time: 0.02 SEC. (time taken in buildFunctor: 32) Time: 0.08 SEC. Warnings: [1] Rep differs from the base domain [2] rep: pretend Rep -- should replace by @ [3] per: pretend $ -- should replace by @ [4] eval: pretend $ -- should replace by @ [5] subststream: pretend $ -- should replace by @ [6] intsmp: inv has no value Cumulative Statistics for Constructor SparseMultivariateTaylorSeries Time: 1.36 seconds (|Module| |#1|) extends (|BiModule| |#1| |#1|) but not (|BiModule| |#3| |#3|) (|Module| |#1|) extends (|BiModule| |#1| |#1|) but not (|BiModule| |#3| |#3|) (|Module| $) extends (|BiModule| $ $) but not (|BiModule| |#3| |#3|) (|Module| $) extends (|BiModule| $ $) but not (|BiModule| |#3| |#3|) (|Module| $) extends (|BiModule| $ $) but not (|BiModule| |#3| |#3|) (|Module| $) extends (|BiModule| $ $) but not (|BiModule| |#3| |#3|) (|Module| (|Fraction| (|Integer|))) extends (|BiModule| #1=(|Fraction| (|Integer|)) #1#) but not (|BiModule| |#3| |#3|) (|Module| (|Fraction| (|Integer|))) extends (|BiModule| #1=(|Fraction| (|Integer|)) #1#) but not (|BiModule| |#3| |#3|) (|Module| |#1|) extends (|BiModule| |#1| |#1|) but not (|BiModule| |#3| |#3|) (|Module| |#1|) extends (|BiModule| |#1| |#1|) but not (|BiModule| |#3| |#3|) (|Module| $) extends (|BiModule| $ $) but not (|BiModule| |#3| |#3|) (|Module| $) extends (|BiModule| $ $) but not (|BiModule| |#3| |#3|) (|Module| $) extends (|BiModule| $ $) but not (|BiModule| |#3| |#3|) (|Module| $) extends (|BiModule| $ $) but not (|BiModule| |#3| |#3|) (|Module| (|Fraction| (|Integer|))) extends (|BiModule| #1=(|Fraction| (|Integer|)) #1#) but not (|BiModule| |#3| |#3|) (|Module| (|Fraction| (|Integer|))) extends (|BiModule| #1=(|Fraction| (|Integer|)) #1#) but not (|BiModule| |#3| |#3|) --------------non extending category---------------------- SparseMultivariateTaylorSeries(#1,#2,#3) of category MultivariateTaylorSeriesCategory(#1,#2) with coefficient : (%,NonNegativeInteger) -> #3 coerce : #2 -> % coerce : #3 -> % ?*? : (#3,%) -> % csubst : (List #2,List Stream #3) -> (#3 -> Stream #3)IF (has #1 (Algebra (Fraction (Integer)))) (PROGN (SIGNATURE integrate ($ $ #2 #1)) (SIGNATURE fintegrate ($ (Mapping $) #2 #1))) %noBranch has no BiModule(#3,#3) ---------------------------------------------------------- finalizing NRLIB SMTS Processing SparseMultivariateTaylorSeries for Browser database: -- coefficient : (%,NNI) -> SMP -- coerce : Var -> % -- coerce : SMP -> % -- ?*? : (SMP,%) -> % -- csubst : (L Var,L StS) -> (SMP -> StS) -- integrate : (%,Var,Coef) -> % -- fintegrate : ((() -> %),Var,Coef) -> % -- constructor ; compiling file "/tmp/oa-p5fTA8/code.lsp" (written 01 FEB 2016 11:11:23 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SMTS;rep|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SMTS;per|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SMTS;showAll?|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SMTS;rep| ...) ; compiling (DEFUN |SMTS;per| ...) ; compiling (DEFUN |SMTS;extend;$Nni$;3| ...) ; compiling (DEFUN |SMTS;complete;2$;4| ...) ; compiling (DEFUN |SMTS;evalstream| ...) ; compiling (DEFUN |SMTS;evalstream!0| ...) ; compiling (DEFUN |SMTS;addvariable| ...) ; compiling (DEFUN |SMTS;addvariable!0| ...) ; compiling (DEFUN |SMTS;coefficient;$NniSMP;7| ...) ; compiling (DEFUN |SMTS;coerce;Coef$;8| ...) ; compiling (DEFUN |SMTS;*;SMP2$;9| ...) ; compiling (DEFUN |SMTS;*;Coef2$;10| ...) ; compiling (DEFUN |SMTS;*;$Coef$;11| ...) ; compiling (DEFUN |SMTS;mts| ...) ; compiling (DEFUN |SMTS;coerce;SMP$;13| ...) ; compiling (DEFUN |SMTS;coerce;Var$;14| ...) ; compiling (DEFUN |SMTS;monomial;$VarNni$;15| ...) ; compiling (DEFUN |SMTS;substvar| ...) ; compiling (DEFUN |SMTS;sortmfirst| ...) ; compiling (DEFUN |SMTS;sortmfirst!0| ...) ; compiling (DEFUN |SMTS;csubst;LLM;18| ...) ; compiling (DEFUN |SMTS;csubst;LLM;18!0| ...) ; compiling (DEFUN |SMTS;restCheck| ...) ; compiling (DEFUN |SMTS;eval;$LL$;20| ...) ; compiling (DEFUN |SMTS;substmts| ...) ; compiling (DEFUN |SMTS;subststream| ...) ; compiling (DEFUN |SMTS;comp1| ...) ; compiling (DEFUN |SMTS;comp1!0| ...) ; compiling (DEFUN |SMTS;comp| ...) ; compiling (DEFUN |SMTS;comp!0| ...) ; compiling (DEFUN |SMTS;eval;$Var2$;25| ...) ; compiling (DEFUN |SMTS;differentiate;$Var$;26| ...) ; compiling (DEFUN |SMTS;differentiate;$Var$;26!0| ...) ; compiling (DEFUN |SMTS;**;$F$;27| ...) ; compiling (DEFUN |SMTS;*;F2$;28| ...) ; compiling (DEFUN |SMTS;*;F2$;28!0| ...) ; compiling (DEFUN |SMTS;*;$F$;29| ...) ; compiling (DEFUN |SMTS;*;$F$;29!0| ...) ; compiling (DEFUN |SMTS;exp;2$;30| ...) ; compiling (DEFUN |SMTS;log;2$;31| ...) ; compiling (DEFUN |SMTS;sin;2$;32| ...) ; compiling (DEFUN |SMTS;cos;2$;33| ...) ; compiling (DEFUN |SMTS;tan;2$;34| ...) ; compiling (DEFUN |SMTS;cot;2$;35| ...) ; compiling (DEFUN |SMTS;sec;2$;36| ...) ; compiling (DEFUN |SMTS;csc;2$;37| ...) ; compiling (DEFUN |SMTS;asin;2$;38| ...) ; compiling (DEFUN |SMTS;acos;2$;39| ...) ; compiling (DEFUN |SMTS;atan;2$;40| ...) ; compiling (DEFUN |SMTS;acot;2$;41| ...) ; compiling (DEFUN |SMTS;asec;2$;42| ...) ; compiling (DEFUN |SMTS;acsc;2$;43| ...) ; compiling (DEFUN |SMTS;sinh;2$;44| ...) ; compiling (DEFUN |SMTS;cosh;2$;45| ...) ; compiling (DEFUN |SMTS;tanh;2$;46| ...) ; compiling (DEFUN |SMTS;coth;2$;47| ...) ; compiling (DEFUN |SMTS;sech;2$;48| ...) ; compiling (DEFUN |SMTS;csch;2$;49| ...) ; compiling (DEFUN |SMTS;asinh;2$;50| ...) ; compiling (DEFUN |SMTS;acosh;2$;51| ...) ; compiling (DEFUN |SMTS;atanh;2$;52| ...) ; compiling (DEFUN |SMTS;acoth;2$;53| ...) ; compiling (DEFUN |SMTS;asech;2$;54| ...) ; compiling (DEFUN |SMTS;acsch;2$;55| ...) ; compiling (DEFUN |SMTS;intsmp| ...) ; compiling (DEFUN |SMTS;fintegrate;MVarCoef$;57| ...) ; compiling (DEFUN |SMTS;fintegrate;MVarCoef$;57!1| ...) ; compiling (DEFUN |SMTS;fintegrate;MVarCoef$;57!0| ...) ; compiling (DEFUN |SMTS;integrate;$VarCoef$;58| ...) ; compiling (DEFUN |SMTS;integrate;$VarCoef$;58!0| ...) ; compiling (DEFUN |SMTS;tout| ...) ; compiling (DEFUN |SMTS;showAll?| ...) ; compiling (DEFUN |SMTS;coerce;$Of;61| ...) ; compiling (DEFUN |SMTS;/;$Coef$;62| ...) ; compiling (DEFUN |SMTS;/;$Coef$;62!0| ...) ; compiling (DEFUN |SparseMultivariateTaylorSeries| ...) ; compiling (DEFUN |SparseMultivariateTaylorSeries;| ...) ; compiling (MAKEPROP (QUOTE |SparseMultivariateTaylorSeries|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-p5fTA8/code.fasl written ; compilation finished in 0:00:00.230 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SOLVEFOR.spad && cp SOLVEFOR.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SOLVEFOR.fasl \ && if test -f SOLVEFOR-.NRLIB/code.fasl; then \ cp SOLVEFOR-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SOLVEFOR-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SOLVEFOR.spad using Spad compiler. SOLVEFOR abbreviates package PolynomialSolveByFormulas debug: compDefine1 lhs: (PolynomialSolveByFormulas UP F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE solve ((List F) UP)) (SIGNATURE particularSolution (F UP)) (SIGNATURE mapSolve ((Record (: solns (List F)) (: maps (List (Record (: arg F) (: res F))))) UP (Mapping F F))) (SIGNATURE linear ((List F) UP)) (SIGNATURE quadratic ((List F) UP)) (SIGNATURE cubic ((List F) UP)) (SIGNATURE quartic ((List F) UP)) (SIGNATURE linear ((List F) F F)) (SIGNATURE quadratic ((List F) F F F)) (SIGNATURE cubic ((List F) F F F F)) (SIGNATURE quartic ((List F) F F F F F)) (SIGNATURE aLinear (F F F)) (SIGNATURE aQuadratic (F F F F)) (SIGNATURE aCubic (F F F F F)) (SIGNATURE aQuartic (F F F F F F))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE solve ((List F) UP)) (SIGNATURE particularSolution (F UP)) (SIGNATURE mapSolve ((Record (: solns (List F)) (: maps (List (Record (: arg F) (: res F))))) UP (Mapping F F))) (SIGNATURE linear ((List F) UP)) (SIGNATURE quadratic ((List F) UP)) (SIGNATURE cubic ((List F) UP)) (SIGNATURE quartic ((List F) UP)) (SIGNATURE linear ((List F) F F)) (SIGNATURE quadratic ((List F) F F F)) (SIGNATURE cubic ((List F) F F F F)) (SIGNATURE quartic ((List F) F F F F F)) (SIGNATURE aLinear (F F F)) (SIGNATURE aQuadratic (F F F F)) (SIGNATURE aCubic (F F F F F)) (SIGNATURE aQuartic (F F F F F F))) $param: (UP F) debug: evaluateType form: (List F) $param: (UP F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: UP $param: (UP F) debug: evaluateType form: F $param: (UP F) debug: evaluateType form: UP $param: (UP F) debug: evaluateType form: (Record (: solns (List F)) (: maps (List (Record (: arg F) (: res F))))) $param: (UP F) debug: evaluateType form: (List F) $param: (UP F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (List (Record (: arg F) (: res F))) $param: (UP F) Debug: evaluateType1 form: (List (Record (: arg F) (: res F))) debug: evaluateType1 x: (Record (: arg F) (: res F)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (UP F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: arg F) (: res F)) $param: (UP F) debug: evaluateType form: F $param: (UP F) debug: evaluateType form: F $param: (UP F) debug: evalCategory d: (Record (: arg F) (: res F)) c: (Type) debug: evaluateType form: UP $param: (UP F) debug: evaluateType form: (Mapping F F) $param: (UP F) debug: evaluateType form: F $param: (UP F) debug: evaluateType form: F $param: (UP F) debug: evaluateType form: (List F) $param: (UP F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: UP $param: (UP F) debug: evaluateType form: (List F) $param: (UP F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: UP $param: (UP F) debug: evaluateType form: (List F) $param: (UP F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: UP $param: (UP F) debug: evaluateType form: (List F) $param: (UP F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: UP $param: (UP F) debug: evaluateType form: (List F) $param: (UP F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: F $param: (UP F) debug: evaluateType form: F $param: (UP F) debug: evaluateType form: (List F) $param: (UP F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: F $param: (UP F) debug: evaluateType form: F $param: (UP F) debug: evaluateType form: F $param: (UP F) debug: evaluateType form: (List F) $param: (UP F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: F $param: (UP F) debug: evaluateType form: F $param: (UP F) debug: evaluateType form: F $param: (UP F) debug: evaluateType form: F $param: (UP F) debug: evaluateType form: (List F) $param: (UP F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: F $param: (UP F) debug: evaluateType form: F $param: (UP F) debug: evaluateType form: F $param: (UP F) debug: evaluateType form: F $param: (UP F) debug: evaluateType form: F $param: (UP F) debug: evaluateType form: F $param: (UP F) debug: evaluateType form: F $param: (UP F) debug: evaluateType form: F $param: (UP F) debug: evaluateType form: F $param: (UP F) debug: evaluateType form: F $param: (UP F) debug: evaluateType form: F $param: (UP F) debug: evaluateType form: F $param: (UP F) debug: evaluateType form: F $param: (UP F) debug: evaluateType form: F $param: (UP F) debug: evaluateType form: F $param: (UP F) debug: evaluateType form: F $param: (UP F) debug: evaluateType form: F $param: (UP F) debug: evaluateType form: F $param: (UP F) debug: evaluateType form: F $param: (UP F) debug: evaluateType form: F $param: (UP F) debug: evaluateType form: F $param: (UP F) debug: evaluateType form: F $param: (UP F) debug: evaluateType form: F $param: (UP F) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE solve ((List F) UP)) (SIGNATURE particularSolution (F UP)) (SIGNATURE mapSolve ((Record (: solns (List F)) (: maps (List (Record (: arg F) (: res F))))) UP (Mapping F F))) (SIGNATURE linear ((List F) UP)) (SIGNATURE quadratic ((List F) UP)) (SIGNATURE cubic ((List F) UP)) (SIGNATURE quartic ((List F) UP)) (SIGNATURE linear ((List F) F F)) (SIGNATURE quadratic ((List F) F F F)) (SIGNATURE cubic ((List F) F F F F)) (SIGNATURE quartic ((List F) F F F F F)) (SIGNATURE aLinear (F F F)) (SIGNATURE aQuadratic (F F F F)) (SIGNATURE aCubic (F F F F F)) (SIGNATURE aQuartic (F F F F F F))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PolynomialSolveByFormulas compiling into /tmp/oa-tdjYI9 compiling exported mapSolve : (UP,F -> F) -> Record(solns: List F,maps: List Record(arg: F,res: F)) Time: 0.08 SEC. compiling local part : F -> F Time: 0.00 SEC. compiling local intsolve : UP -> List F Time: 0.12 SEC. compiling exported solve : UP -> List F Time: 0.05 SEC. compiling exported particularSolution : UP -> F Time: 0.09 SEC. compiling local needDegree : (Integer,UP) -> Boolean Time: 0.03 SEC. compiling local needLcoef : F -> Boolean Time: 0.00 SEC. compiling local needChar0 : () -> Boolean Time: 0.02 SEC. compiling exported linear : UP -> List F Time: 0.01 SEC. compiling exported quadratic : UP -> List F Time: 0.01 SEC. compiling exported cubic : UP -> List F Time: 0.02 SEC. compiling exported quartic : UP -> List F Time: 0.01 SEC. compiling local equ : (F,F) -> Boolean Time: 0.00 SEC. compiling exported linear : (F,F) -> List F Time: 0.00 SEC. compiling exported aLinear : (F,F) -> F Time: 0 SEC. compiling exported quadratic : (F,F,F) -> List F Time: 0.28 SEC. compiling exported aQuadratic : (F,F,F) -> F Time: 0.24 SEC. compiling exported cubic : (F,F,F,F) -> List F Time: 0.20 SEC. compiling exported aCubic : (F,F,F,F) -> F Time: 0.16 SEC. compiling exported quartic : (F,F,F,F,F) -> List F Time: 0.12 SEC. compiling exported aQuartic : (F,F,F,F,F) -> F Time: 0.15 SEC. (time taken in buildFunctor: 0) Time: 0.03 SEC. Warnings: [1] intsolve: factors has no value [2] intsolve: not known that IntegralDomain is of mode CATEGORY(package,solve: UP -> List F,particularSolution: UP -> F,mapSolve: (UP,(F -> F)) -> Record(solns: List F,maps: List Record(arg: F,res: F)),linear: UP -> List F,quadratic: UP -> List F,cubic: UP -> List F,quartic: UP -> List F,linear: (F,F) -> List F,quadratic: (F,F,F) -> List F,cubic: (F,F,F,F) -> List F,quartic: (F,F,F,F,F) -> List F,aLinear: (F,F) -> F,aQuadratic: (F,F,F) -> F,aCubic: (F,F,F,F) -> F,aQuartic: (F,F,F,F,F) -> F) [3] solve: factors has no value [4] particularSolution: factors has no value Cumulative Statistics for Constructor PolynomialSolveByFormulas Time: 1.64 seconds finalizing NRLIB SOLVEFOR Processing PolynomialSolveByFormulas for Browser database: --->../../x86_64-unknown-linux-gnu/src/algebra/solvefor.spad-->PolynomialSolveByFormulas((** (% % (Fraction Integer)))): Not documented!!!! -- solve : UP -> L F -- particularSolution : UP -> F -- mapSolve : (UP,(F -> F)) -> Record(solns: L F,maps: L Record(arg: F,res: F)) -- linear : UP -> L F -- quadratic : UP -> L F -- cubic : UP -> L F -- quartic : UP -> L F -- linear : (F,F) -> L F -- quadratic : (F,F,F) -> L F -- cubic : (F,F,F,F) -> L F -- quartic : (F,F,F,F,F) -> L F -- aLinear : (F,F) -> F -- aQuadratic : (F,F,F) -> F -- aCubic : (F,F,F,F) -> F -- aQuartic : (F,F,F,F,F) -> F -- constructor ; compiling file "/tmp/oa-tdjYI9/code.lsp" (written 01 FEB 2016 11:11:26 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SOLVEFOR;mapSolve;UPMR;1| ...) ; compiling (DEFUN |SOLVEFOR;mapSolve;UPMR;1!1| ...) ; file: /tmp/oa-tdjYI9/code.lsp ; in: DEFUN |SOLVEFOR;mapSolve;UPMR;1!1| ; (DEFUN BOOT::|SOLVEFOR;mapSolve;UPMR;1!1| (BOOT::|#1| BOOT::$$) ; (IDENTITY BOOT::|#1|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SOLVEFOR;mapSolve;UPMR;1!1| ; (BOOT::|#1| BOOT::$$) ; (BLOCK BOOT::|SOLVEFOR;mapSolve;UPMR;1!1| (IDENTITY BOOT::|#1|))) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |SOLVEFOR;mapSolve;UPMR;1!0| ...) ; compiling (DEFUN |SOLVEFOR;part| ...) ; compiling (DEFUN |SOLVEFOR;intsolve| ...) ; file: /tmp/oa-tdjYI9/code.lsp ; in: DEFUN |SOLVEFOR;intsolve| ; (DEFUN BOOT::|SOLVEFOR;intsolve| (BOOT::|u| BOOT::$) ; (PROG (BOOT::|n|) ; (RETURN ; (PROGN ; (SETQ #) ; (BOOT::LETT BOOT::|n| # BOOT::|SOLVEFOR;intsolve|) ; (COND # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SOLVEFOR;intsolve| ; (BOOT::|u| BOOT::$) ; (BLOCK BOOT::|SOLVEFOR;intsolve| ; (PROG (BOOT::|n|) (RETURN (PROGN # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SOLVEFOR;solve;UPL;4| ...) ; compiling (DEFUN |SOLVEFOR;particularSolution;UPF;5| ...) ; compiling (DEFUN |SOLVEFOR;needDegree| ...) ; file: /tmp/oa-tdjYI9/code.lsp ; in: DEFUN |SOLVEFOR;needDegree| ; (DEFUN BOOT::|SOLVEFOR;needDegree| (BOOT::|n| BOOT::|u| BOOT::$) ; (OR ; (EQL (BOOT::SPADCALL BOOT::|u| (BOOT::|shellEntry| BOOT::$ 33)) BOOT::|n|) ; (BOOT::|error| ; (BOOT::|concat| "Polynomial must be of degree " ; (BOOT::|::| BOOT::|n| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SOLVEFOR;needDegree| ; (BOOT::|n| BOOT::|u| BOOT::$) ; (BLOCK BOOT::|SOLVEFOR;needDegree| ; (OR (EQL (BOOT::SPADCALL BOOT::|u| #) BOOT::|n|) ; (BOOT::|error| ; (BOOT::|concat| "Polynomial must be of degree " #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |SOLVEFOR;needLcoef| ...) ; file: /tmp/oa-tdjYI9/code.lsp ; in: DEFUN |SOLVEFOR;needLcoef| ; (DEFUN BOOT::|SOLVEFOR;needLcoef| (BOOT::|cn| BOOT::$) ; (OR ; (BOOT::SPADCALL BOOT::|cn| (BOOT::|spadConstant| BOOT::$ 40) ; (BOOT::|shellEntry| BOOT::$ 56)) ; (BOOT::|error| "Leading coefficient must not be 0."))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SOLVEFOR;needLcoef| ; (BOOT::|cn| BOOT::$) ; (BLOCK BOOT::|SOLVEFOR;needLcoef| ; (OR ; (BOOT::SPADCALL BOOT::|cn| (BOOT::|spadConstant| BOOT::$ 40) ; (BOOT::|shellEntry| BOOT::$ 56)) ; (BOOT::|error| "Leading coefficient must not be 0.")))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |SOLVEFOR;needChar0| ...) ; file: /tmp/oa-tdjYI9/code.lsp ; in: DEFUN |SOLVEFOR;needChar0| ; (DEFUN BOOT::|SOLVEFOR;needChar0| (BOOT::$) ; (OR (ZEROP (BOOT::|spadConstant| BOOT::$ 57)) ; (BOOT::|error| "Formula defined only for fields of characteristic 0."))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SOLVEFOR;needChar0| ; (BOOT::$) ; (BLOCK BOOT::|SOLVEFOR;needChar0| ; (OR (ZEROP (BOOT::|spadConstant| BOOT::$ 57)) ; (BOOT::|error| ; "Formula defined only for fields of characteristic 0.")))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |SOLVEFOR;linear;UPL;9| ...) ; compiling (DEFUN |SOLVEFOR;quadratic;UPL;10| ...) ; compiling (DEFUN |SOLVEFOR;cubic;UPL;11| ...) ; compiling (DEFUN |SOLVEFOR;quartic;UPL;12| ...) ; compiling (DEFUN |SOLVEFOR;equ| ...) ; compiling (DEFUN |SOLVEFOR;linear;2FL;14| ...) ; compiling (DEFUN |SOLVEFOR;aLinear;3F;15| ...) ; compiling (DEFUN |SOLVEFOR;quadratic;3FL;16| ...) ; compiling (DEFUN |SOLVEFOR;aQuadratic;4F;17| ...) ; compiling (DEFUN |SOLVEFOR;cubic;4FL;18| ...) ; file: /tmp/oa-tdjYI9/code.lsp ; in: DEFUN |SOLVEFOR;cubic;4FL;18| ; (DEFUN BOOT::|SOLVEFOR;cubic;4FL;18| ; (BOOT::|c3| BOOT::|c2| BOOT::|c1| BOOT::|c0| BOOT::$) ; (PROG (BOOT::S BOOT::D BOOT::R BOOT::Q BOOT::P BOOT::|a3| BOOT::|a2| ; BOOT::|a1|) ; (RETURN ; (BOOT::SEQ (BOOT::|SOLVEFOR;needLcoef| BOOT::|c3| BOOT::$) ; (BOOT::|SOLVEFOR;needChar0| BOOT::$) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SOLVEFOR;cubic;4FL;18| ; (BOOT::|c3| BOOT::|c2| BOOT::|c1| BOOT::|c0| BOOT::$) ; (BLOCK BOOT::|SOLVEFOR;cubic;4FL;18| ; (PROG (BOOT::S BOOT::D BOOT::R BOOT::Q BOOT::P BOOT::|a3| BOOT::|a2| ; BOOT::|a1|) ; (RETURN (BOOT::SEQ # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SOLVEFOR;aCubic;5F;19| ...) ; compiling (DEFUN |SOLVEFOR;quartic;5FL;20| ...) ; file: /tmp/oa-tdjYI9/code.lsp ; in: DEFUN |SOLVEFOR;quartic;5FL;20| ; (DEFUN BOOT::|SOLVEFOR;quartic;5FL;20| ; (BOOT::|c4| BOOT::|c3| BOOT::|c2| BOOT::|c1| BOOT::|c0| BOOT::$) ; (PROG (BOOT::|slist| BOOT::|rt| BOOT::|t0| BOOT::|r| BOOT::|q| BOOT::|p| ; BOOT::|a4| BOOT::|a3| BOOT::|a2| BOOT::|a1|) ; (RETURN ; (BOOT::SEQ (BOOT::|SOLVEFOR;needLcoef| BOOT::|c4| BOOT::$) ; (BOOT::|SOLVEFOR;needChar0| BOOT::$) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SOLVEFOR;quartic;5FL;20| ; (BOOT::|c4| BOOT::|c3| BOOT::|c2| BOOT::|c1| BOOT::|c0| BOOT::$) ; (BLOCK BOOT::|SOLVEFOR;quartic;5FL;20| ; (PROG (BOOT::|slist| BOOT::|rt| BOOT::|t0| BOOT::|r| BOOT::|q| ; BOOT::|p| BOOT::|a4| BOOT::|a3| BOOT::|a2| BOOT::|a1|) ; (RETURN (BOOT::SEQ # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SOLVEFOR;aQuartic;6F;21| ...) ; compiling (DEFUN |PolynomialSolveByFormulas| ...) ; compiling (DEFUN |PolynomialSolveByFormulas;| ...) ; compiling (MAKEPROP (QUOTE |PolynomialSolveByFormulas|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; file: /tmp/oa-tdjYI9/code.lsp ; in: DEFUN |SOLVEFOR;needDegree| ; (BOOT::|::| BOOT::|n| (BOOT::|String|)) ; ; caught STYLE-WARNING: ; undefined function: |::| ; ; compilation unit finished ; Undefined function: ; |::| ; caught 2 STYLE-WARNING conditions ; printed 6 notes ; /tmp/oa-tdjYI9/code.fasl written ; compilation finished in 0:00:00.283 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SPLTREE.spad && cp SPLTREE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SPLTREE.fasl \ && if test -f SPLTREE-.NRLIB/code.fasl; then \ cp SPLTREE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SPLTREE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SPLTREE.spad using Spad compiler. SPLTREE abbreviates domain SplittingTree debug: compDefine1 lhs: (SplittingTree V C) signature (pre-evaluate): ((Join (RecursiveAggregate (SplittingNode V C)) (FiniteAggregate (SplittingNode V C)) (ShallowlyMutableAggregate (SplittingNode V C)) (CATEGORY domain (SIGNATURE extractSplittingLeaf ((Union $ failed) $)) (SIGNATURE updateStatus! ($ $)) (SIGNATURE construct ($ (SplittingNode V C))) (SIGNATURE construct ($ V C (List $))) (SIGNATURE construct ($ V C (List (SplittingNode V C)))) (SIGNATURE construct ($ V C V (List C))) (SIGNATURE conditions ((List C) $)) (SIGNATURE result ((List (Record (: val V) (: tower C))) $)) (SIGNATURE nodeOf? ((Boolean) (SplittingNode V C) $)) (SIGNATURE subNodeOf? ((Boolean) (SplittingNode V C) $ (Mapping (Boolean) C C))) (SIGNATURE remove ($ (SplittingNode V C) $)) (SIGNATURE remove! ($ (SplittingNode V C) $)) (SIGNATURE splitNodeOf! ($ $ $ (List (SplittingNode V C)))) (SIGNATURE splitNodeOf! ($ $ $ (List (SplittingNode V C)) (Mapping (Boolean) C C))))) NIL NIL) debug: evaluateType form: (Join (RecursiveAggregate (SplittingNode V C)) (FiniteAggregate (SplittingNode V C)) (ShallowlyMutableAggregate (SplittingNode V C)) (CATEGORY domain (SIGNATURE extractSplittingLeaf ((Union $ failed) $)) (SIGNATURE updateStatus! ($ $)) (SIGNATURE construct ($ (SplittingNode V C))) (SIGNATURE construct ($ V C (List $))) (SIGNATURE construct ($ V C (List (SplittingNode V C)))) (SIGNATURE construct ($ V C V (List C))) (SIGNATURE conditions ((List C) $)) (SIGNATURE result ((List (Record (: val V) (: tower C))) $)) (SIGNATURE nodeOf? ((Boolean) (SplittingNode V C) $)) (SIGNATURE subNodeOf? ((Boolean) (SplittingNode V C) $ (Mapping (Boolean) C C))) (SIGNATURE remove ($ (SplittingNode V C) $)) (SIGNATURE remove! ($ (SplittingNode V C) $)) (SIGNATURE splitNodeOf! ($ $ $ (List (SplittingNode V C)))) (SIGNATURE splitNodeOf! ($ $ $ (List (SplittingNode V C)) (Mapping (Boolean) C C))))) $param: (V C) debug: evaluateType form: (RecursiveAggregate (SplittingNode V C)) $param: (V C) Debug: evaluateType1 form: (RecursiveAggregate (SplittingNode V C)) debug: evaluateType1 x: (SplittingNode V C) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (V C) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SplittingNode V C) $param: (V C) Debug: evaluateType1 form: (SplittingNode V C) debug: evaluateType1 x: V m: (Join (SetCategory) (Aggregate)) debug: evaluateType1 x: C m: (Join (SetCategory) (Aggregate)) debug: evalCategory d: (SplittingNode V C) c: (Type) debug: evaluateType form: (FiniteAggregate (SplittingNode V C)) $param: (V C) Debug: evaluateType1 form: (FiniteAggregate (SplittingNode V C)) debug: evaluateType1 x: (SplittingNode V C) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (V C) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SplittingNode V C) $param: (V C) Debug: evaluateType1 form: (SplittingNode V C) debug: evaluateType1 x: V m: (Join (SetCategory) (Aggregate)) debug: evaluateType1 x: C m: (Join (SetCategory) (Aggregate)) debug: evalCategory d: (SplittingNode V C) c: (Type) debug: evaluateType form: (ShallowlyMutableAggregate (SplittingNode V C)) $param: (V C) Debug: evaluateType1 form: (ShallowlyMutableAggregate (SplittingNode V C)) debug: evaluateType1 x: (SplittingNode V C) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (V C) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SplittingNode V C) $param: (V C) Debug: evaluateType1 form: (SplittingNode V C) debug: evaluateType1 x: V m: (Join (SetCategory) (Aggregate)) debug: evaluateType1 x: C m: (Join (SetCategory) (Aggregate)) debug: evalCategory d: (SplittingNode V C) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE extractSplittingLeaf ((Union $ failed) $)) (SIGNATURE updateStatus! ($ $)) (SIGNATURE construct ($ (SplittingNode V C))) (SIGNATURE construct ($ V C (List $))) (SIGNATURE construct ($ V C (List (SplittingNode V C)))) (SIGNATURE construct ($ V C V (List C))) (SIGNATURE conditions ((List C) $)) (SIGNATURE result ((List (Record (: val V) (: tower C))) $)) (SIGNATURE nodeOf? ((Boolean) (SplittingNode V C) $)) (SIGNATURE subNodeOf? ((Boolean) (SplittingNode V C) $ (Mapping (Boolean) C C))) (SIGNATURE remove ($ (SplittingNode V C) $)) (SIGNATURE remove! ($ (SplittingNode V C) $)) (SIGNATURE splitNodeOf! ($ $ $ (List (SplittingNode V C)))) (SIGNATURE splitNodeOf! ($ $ $ (List (SplittingNode V C)) (Mapping (Boolean) C C)))) $param: (V C) debug: evaluateType form: (Union $ failed) $param: (V C) debug: evaluateType form: $ $param: (V C) debug: evaluateType form: failed $param: (V C) debug: evaluateType form: (SplittingNode V C) $param: (V C) Debug: evaluateType1 form: (SplittingNode V C) debug: evaluateType1 x: V m: (Join (SetCategory) (Aggregate)) debug: evaluateType1 x: C m: (Join (SetCategory) (Aggregate)) debug: evaluateType form: V $param: (V C) debug: evaluateType form: C $param: (V C) debug: evaluateType form: (List $) $param: (V C) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: V $param: (V C) debug: evaluateType form: C $param: (V C) debug: evaluateType form: (List (SplittingNode V C)) $param: (V C) Debug: evaluateType1 form: (List (SplittingNode V C)) debug: evaluateType1 x: (SplittingNode V C) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (V C) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SplittingNode V C) $param: (V C) Debug: evaluateType1 form: (SplittingNode V C) debug: evaluateType1 x: V m: (Join (SetCategory) (Aggregate)) debug: evaluateType1 x: C m: (Join (SetCategory) (Aggregate)) debug: evalCategory d: (SplittingNode V C) c: (Type) debug: evaluateType form: V $param: (V C) debug: evaluateType form: C $param: (V C) debug: evaluateType form: V $param: (V C) debug: evaluateType form: (List C) $param: (V C) Debug: evaluateType1 form: (List C) debug: evaluateType1 x: C m: (Type) debug: evaluateType form: (List C) $param: (V C) Debug: evaluateType1 form: (List C) debug: evaluateType1 x: C m: (Type) debug: evaluateType form: (List (Record (: val V) (: tower C))) $param: (V C) Debug: evaluateType1 form: (List (Record (: val V) (: tower C))) debug: evaluateType1 x: (Record (: val V) (: tower C)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (V C) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: val V) (: tower C)) $param: (V C) debug: evaluateType form: V $param: (V C) debug: evaluateType form: C $param: (V C) debug: evalCategory d: (Record (: val V) (: tower C)) c: (Type) debug: evaluateType form: (Boolean) $param: (V C) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (SplittingNode V C) $param: (V C) Debug: evaluateType1 form: (SplittingNode V C) debug: evaluateType1 x: V m: (Join (SetCategory) (Aggregate)) debug: evaluateType1 x: C m: (Join (SetCategory) (Aggregate)) debug: evaluateType form: (Boolean) $param: (V C) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (SplittingNode V C) $param: (V C) Debug: evaluateType1 form: (SplittingNode V C) debug: evaluateType1 x: V m: (Join (SetCategory) (Aggregate)) debug: evaluateType1 x: C m: (Join (SetCategory) (Aggregate)) debug: evaluateType form: (Mapping (Boolean) C C) $param: (V C) debug: evaluateType form: (Boolean) $param: (V C) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: C $param: (V C) debug: evaluateType form: C $param: (V C) debug: evaluateType form: (SplittingNode V C) $param: (V C) Debug: evaluateType1 form: (SplittingNode V C) debug: evaluateType1 x: V m: (Join (SetCategory) (Aggregate)) debug: evaluateType1 x: C m: (Join (SetCategory) (Aggregate)) debug: evaluateType form: (SplittingNode V C) $param: (V C) Debug: evaluateType1 form: (SplittingNode V C) debug: evaluateType1 x: V m: (Join (SetCategory) (Aggregate)) debug: evaluateType1 x: C m: (Join (SetCategory) (Aggregate)) debug: evaluateType form: (List (SplittingNode V C)) $param: (V C) Debug: evaluateType1 form: (List (SplittingNode V C)) debug: evaluateType1 x: (SplittingNode V C) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (V C) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SplittingNode V C) $param: (V C) Debug: evaluateType1 form: (SplittingNode V C) debug: evaluateType1 x: V m: (Join (SetCategory) (Aggregate)) debug: evaluateType1 x: C m: (Join (SetCategory) (Aggregate)) debug: evalCategory d: (SplittingNode V C) c: (Type) debug: evaluateType form: (List (SplittingNode V C)) $param: (V C) Debug: evaluateType1 form: (List (SplittingNode V C)) debug: evaluateType1 x: (SplittingNode V C) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (V C) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SplittingNode V C) $param: (V C) Debug: evaluateType1 form: (SplittingNode V C) debug: evaluateType1 x: V m: (Join (SetCategory) (Aggregate)) debug: evaluateType1 x: C m: (Join (SetCategory) (Aggregate)) debug: evalCategory d: (SplittingNode V C) c: (Type) debug: evaluateType form: (Mapping (Boolean) C C) $param: (V C) debug: evaluateType form: (Boolean) $param: (V C) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: C $param: (V C) debug: evaluateType form: C $param: (V C) debug: compDefine1 signature (post evaluate): ((Join (RecursiveAggregate (SplittingNode V C)) (FiniteAggregate (SplittingNode V C)) (ShallowlyMutableAggregate (SplittingNode V C)) (CATEGORY domain (SIGNATURE extractSplittingLeaf ((Union $ failed) $)) (SIGNATURE updateStatus! ($ $)) (SIGNATURE construct ($ (SplittingNode V C))) (SIGNATURE construct ($ V C (List $))) (SIGNATURE construct ($ V C (List (SplittingNode V C)))) (SIGNATURE construct ($ V C V (List C))) (SIGNATURE conditions ((List C) $)) (SIGNATURE result ((List (Record (: val V) (: tower C))) $)) (SIGNATURE nodeOf? ((Boolean) (SplittingNode V C) $)) (SIGNATURE subNodeOf? ((Boolean) (SplittingNode V C) $ (Mapping (Boolean) C C))) (SIGNATURE remove ($ (SplittingNode V C) $)) (SIGNATURE remove! ($ (SplittingNode V C) $)) (SIGNATURE splitNodeOf! ($ $ $ (List (SplittingNode V C)))) (SIGNATURE splitNodeOf! ($ $ $ (List (SplittingNode V C)) (Mapping (Boolean) C C))))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for SplittingTree compiling into /tmp/oa-WY913v compiling exported construct : SplittingNode(V,C) -> % SPLTREE;construct;Sn$;1 s is replaced by %pair(s,%nil) Time: 0.02 SEC. compiling exported construct : (V,C,List %) -> % SPLTREE;construct;VCL$;2(v,t,la) is replaced by %pair(%vector(v,t,%false),la) Time: 0.01 SEC. compiling exported construct : (V,C,List SplittingNode(V,C)) -> % Time: 0.01 SEC. compiling exported construct : (V,C,V,List C) -> % Time: 0.02 SEC. compiling exported empty? : % -> Boolean Time: 0.01 SEC. compiling exported empty : () -> % Time: 0.00 SEC. compiling exported remove : (SplittingNode(V,C),%) -> % Time: 0.02 SEC. compiling exported remove! : (SplittingNode(V,C),%) -> % Time: 0.01 SEC. compiling exported value : % -> SplittingNode(V,C) SPLTREE;value;$Sn;9 is replaced by %head Time: 0 SEC. compiling exported children : % -> List % SPLTREE;children;$L;10 is replaced by %tail Time: 0.00 SEC. compiling exported leaf? : % -> Boolean Time: 0.01 SEC. compiling exported setchildren! : (%,List %) -> % Time: 0.00 SEC. compiling exported setvalue! : (%,SplittingNode(V,C)) -> SplittingNode(V,C) Time: 0 SEC. compiling exported cyclic? : % -> Boolean SPLTREE;cyclic?;$B;14 a is replaced by %false Time: 0 SEC. compiling exported map : (SplittingNode(V,C) -> SplittingNode(V,C),%) -> % Time: 0.01 SEC. compiling exported map! : (SplittingNode(V,C) -> SplittingNode(V,C),%) -> % Time: 0.01 SEC. compiling exported copy : % -> % Time: 0.00 SEC. compiling exported eq? : (%,%) -> Boolean SPLTREE;eq?;2$B;18(a1,a2) is replaced by error "in eq? from SPLTREE : la vache qui rit est-elle folle?" Time: 0.01 SEC. compiling exported nodes : % -> List % Time: 0.02 SEC. compiling exported leaves : % -> List SplittingNode(V,C) Time: 0.03 SEC. compiling exported members : % -> List SplittingNode(V,C) Time: 0.02 SEC. compiling exported # : % -> NonNegativeInteger Time: 0.06 SEC. compiling exported = : (%,%) -> Boolean Time: 0.03 SEC. compiling local localCoerce : (%,NonNegativeInteger) -> OutputForm Time: 0.07 SEC. compiling exported coerce : % -> OutputForm Time: 0.02 SEC. compiling exported extractSplittingLeaf : % -> Union(%,failed) Time: 0.02 SEC. compiling exported updateStatus! : % -> % Time: 0.00 SEC. compiling exported result : % -> List Record(val: V,tower: C) Time: 0.02 SEC. compiling exported conditions : % -> List C Time: 0.02 SEC. compiling exported nodeOf? : (SplittingNode(V,C),%) -> Boolean Time: 0.02 SEC. compiling exported subNodeOf? : (SplittingNode(V,C),%,(C,C) -> Boolean) -> Boolean Time: 0.01 SEC. compiling exported splitNodeOf! : (%,%,List SplittingNode(V,C)) -> % Time: 0.02 SEC. compiling exported splitNodeOf! : (%,%,List SplittingNode(V,C),(C,C) -> Boolean) -> % Time: 0.02 SEC. (time taken in buildFunctor: 4) Time: 0.02 SEC. Warnings: [1] Type List $ is not in scope. Import it Cumulative Statistics for Constructor SplittingTree Time: 0.54 seconds finalizing NRLIB SPLTREE Processing SplittingTree for Browser database: -- extractSplittingLeaf : % -> Union(%,"failed") -- updateStatus! : % -> % -- construct : S -> % -- construct : (V,C,List %) -> % -- construct : (V,C,List S) -> % -- construct : (V,C,V,List C) -> % -- conditions : % -> List C -- result : % -> List VT -- nodeOf? : (S,%) -> B -- subNodeOf? : (S,%,((C,C) -> B)) -> B -- remove : (S,%) -> % -- remove! : (S,%) -> % -- splitNodeOf! : (%,%,List S) -> % -- splitNodeOf! : (%,%,List S,((C,C) -> B)) -> % -- constructor ; compiling file "/tmp/oa-WY913v/code.lsp" (written 01 FEB 2016 11:11:27 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPLTREE;construct;Sn$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPLTREE;construct;VCL$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPLTREE;value;$Sn;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPLTREE;children;$L;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPLTREE;cyclic?;$B;14|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPLTREE;eq?;2$B;18|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SPLTREE;construct;Sn$;1| ...) ; compiling (DEFUN |SPLTREE;construct;VCL$;2| ...) ; compiling (DEFUN |SPLTREE;construct;VCL$;3| ...) ; file: /tmp/oa-WY913v/code.lsp ; in: DEFUN |SPLTREE;construct;VCL$;3| ; (DEFUN BOOT::|SPLTREE;construct;VCL$;3| ; (BOOT::|v| BOOT::|t| BOOT::|ls| BOOT::$) ; (CONS (VECTOR BOOT::|v| BOOT::|t| NIL) ; (LET ((#:G810 BOOT::|ls|) (#:G602 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPLTREE;construct;VCL$;3| ; (BOOT::|v| BOOT::|t| BOOT::|ls| BOOT::$) ; (BLOCK BOOT::|SPLTREE;construct;VCL$;3| ; (CONS (VECTOR BOOT::|v| BOOT::|t| NIL) ; (LET (# #) ; (LOOP # ; #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SPLTREE;construct;VCVL$;4| ...) ; compiling (DEFUN |SPLTREE;empty?;$B;5| ...) ; compiling (DEFUN |SPLTREE;empty;$;6| ...) ; compiling (DEFUN |SPLTREE;remove;Sn2$;7| ...) ; compiling (DEFUN |SPLTREE;remove!;Sn2$;8| ...) ; compiling (DEFUN |SPLTREE;value;$Sn;9| ...) ; compiling (DEFUN |SPLTREE;children;$L;10| ...) ; compiling (DEFUN |SPLTREE;leaf?;$B;11| ...) ; compiling (DEFUN |SPLTREE;setchildren!;$L$;12| ...) ; file: /tmp/oa-WY913v/code.lsp ; in: DEFUN |SPLTREE;setchildren!;$L$;12| ; (DEFUN BOOT::|SPLTREE;setchildren!;$L$;12| (BOOT::|a| BOOT::|la| BOOT::$) ; (PROGN (RPLACD BOOT::|a| BOOT::|la|) BOOT::|a|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPLTREE;setchildren!;$L$;12| ; (BOOT::|a| BOOT::|la| BOOT::$) ; (BLOCK BOOT::|SPLTREE;setchildren!;$L$;12| ; (PROGN (RPLACD BOOT::|a| BOOT::|la|) BOOT::|a|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SPLTREE;setvalue!;$2Sn;13| ...) ; file: /tmp/oa-WY913v/code.lsp ; in: DEFUN |SPLTREE;setvalue!;$2Sn;13| ; (DEFUN BOOT::|SPLTREE;setvalue!;$2Sn;13| (BOOT::|a| BOOT::|s| BOOT::$) ; (PROGN (RPLACA BOOT::|a| BOOT::|s|) BOOT::|s|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPLTREE;setvalue!;$2Sn;13| ; (BOOT::|a| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|SPLTREE;setvalue!;$2Sn;13| ; (PROGN (RPLACA BOOT::|a| BOOT::|s|) BOOT::|s|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SPLTREE;cyclic?;$B;14| ...) ; file: /tmp/oa-WY913v/code.lsp ; in: DEFUN |SPLTREE;cyclic?;$B;14| ; (DEFUN BOOT::|SPLTREE;cyclic?;$B;14| (BOOT::|a| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; NIL) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPLTREE;cyclic?;$B;14| ; (BOOT::|a| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|SPLTREE;cyclic?;$B;14| NIL)) ; ; caught STYLE-WARNING: ; The variable |a| is defined but never used. ; compiling (DEFUN |SPLTREE;map;M2$;15| ...) ; compiling (DEFUN |SPLTREE;map!;M2$;16| ...) ; compiling (DEFUN |SPLTREE;copy;2$;17| ...) ; file: /tmp/oa-WY913v/code.lsp ; in: DEFUN |SPLTREE;copy;2$;17| ; #'(LAMBDA (BOOT::|#1| BOOT::$) (COPY-SEQ BOOT::|#1|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SPLTREE;eq?;2$B;18| ...) ; file: /tmp/oa-WY913v/code.lsp ; in: DEFUN |SPLTREE;eq?;2$B;18| ; (DEFUN BOOT::|SPLTREE;eq?;2$B;18| (BOOT::|a1| BOOT::|a2| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|error| "in eq? from SPLTREE : la vache qui rit est-elle folle?")) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPLTREE;eq?;2$B;18| ; (BOOT::|a1| BOOT::|a2| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|SPLTREE;eq?;2$B;18| ; (BOOT::|error| ; "in eq? from SPLTREE : la vache qui rit est-elle folle?"))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; ; caught STYLE-WARNING: ; The variable |a1| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |a2| is defined but never used. ; compiling (DEFUN |SPLTREE;nodes;$L;19| ...) ; compiling (DEFUN |SPLTREE;leaves;$L;20| ...) ; file: /tmp/oa-WY913v/code.lsp ; in: DEFUN |SPLTREE;leaves;$L;20| ; (DEFUN BOOT::|SPLTREE;leaves;$L;20| (BOOT::|a| BOOT::$) ; (COND ((BOOT::|SPLTREE;empty?;$B;5| BOOT::|a| BOOT::$) NIL) ; ((BOOT::|SPLTREE;leaf?;$B;11| BOOT::|a| BOOT::$) ; (LIST (CAR BOOT::|a|))) ; (T ; (BOOT::SPADCALL ; (LET # ; #) ; (BOOT::|shellEntry| BOOT::$ 57))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPLTREE;leaves;$L;20| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|SPLTREE;leaves;$L;20| ; (COND ((BOOT::|SPLTREE;empty?;$B;5| BOOT::|a| BOOT::$) NIL) ; ((BOOT::|SPLTREE;leaf?;$B;11| BOOT::|a| BOOT::$) (LIST #)) ; (T (BOOT::SPADCALL # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SPLTREE;members;$L;21| ...) ; compiling (DEFUN |SPLTREE;#;$Nni;22| ...) ; file: /tmp/oa-WY913v/code.lsp ; in: DEFUN |SPLTREE;#;$Nni;22| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (+ BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; (DEFUN BOOT::|SPLTREE;#;$Nni;22| (BOOT::|a| BOOT::$) ; (COND ((BOOT::|SPLTREE;empty?;$B;5| BOOT::|a| BOOT::$) 0) ; ((BOOT::|SPLTREE;leaf?;$B;11| BOOT::|a| BOOT::$) 1) ; (T ; (BOOT::SPADCALL (CONS #'# NIL) ; (LET # ; #) ; 1 (BOOT::|shellEntry| BOOT::$ 67))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPLTREE;#;$Nni;22| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|SPLTREE;#;$Nni;22| ; (COND ((BOOT::|SPLTREE;empty?;$B;5| BOOT::|a| BOOT::$) 0) ; ((BOOT::|SPLTREE;leaf?;$B;11| BOOT::|a| BOOT::$) 1) ; (T (BOOT::SPADCALL # # 1 #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |SPLTREE;=;2$B;23| ...) ; file: /tmp/oa-WY913v/code.lsp ; in: DEFUN |SPLTREE;=;2$B;23| ; (DEFUN BOOT::|SPLTREE;=;2$B;23| (BOOT::|a1| BOOT::|a2| BOOT::$) ; (COND ; ((BOOT::|SPLTREE;empty?;$B;5| BOOT::|a1| BOOT::$) ; (BOOT::|SPLTREE;empty?;$B;5| BOOT::|a2| BOOT::$)) ; ((BOOT::|SPLTREE;empty?;$B;5| BOOT::|a2| BOOT::$) NIL) ; ((BOOT::|SPLTREE;leaf?;$B;11| BOOT::|a1| BOOT::$) ; (AND (BOOT::|SPLTREE;leaf?;$B;11| BOOT::|a2| BOOT::$) ; (BOOT::SPADCALL # # #))) ; ((OR (BOOT::|SPLTREE;leaf?;$B;11| BOOT::|a2| BOOT::$) ; (BOOT::SPADCALL # # #)) ; NIL) ; (T ; (BOOT::SPADCALL (CDR BOOT::|a1|) (CDR BOOT::|a2|) ; (BOOT::|shellEntry| BOOT::$ 69))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPLTREE;=;2$B;23| ; (BOOT::|a1| BOOT::|a2| BOOT::$) ; (BLOCK BOOT::|SPLTREE;=;2$B;23| ; (COND ; ((BOOT::|SPLTREE;empty?;$B;5| BOOT::|a1| BOOT::$) ; (BOOT::|SPLTREE;empty?;$B;5| BOOT::|a2| BOOT::$)) ; ((BOOT::|SPLTREE;empty?;$B;5| BOOT::|a2| BOOT::$) NIL) ; ((BOOT::|SPLTREE;leaf?;$B;11| BOOT::|a1| BOOT::$) (AND # #)) ; ((OR # #) NIL) (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |SPLTREE;localCoerce| ...) ; compiling (DEFUN |SPLTREE;coerce;$Of;25| ...) ; compiling (DEFUN |SPLTREE;extractSplittingLeaf;$U;26| ...) ; compiling (DEFUN |SPLTREE;updateStatus!;2$;27| ...) ; compiling (DEFUN |SPLTREE;result;$L;28| ...) ; file: /tmp/oa-WY913v/code.lsp ; in: DEFUN |SPLTREE;result;$L;28| ; (DEFUN BOOT::|SPLTREE;result;$L;28| (BOOT::|a| BOOT::$) ; (COND ((BOOT::|SPLTREE;empty?;$B;5| BOOT::|a| BOOT::$) NIL) ; ((NOT (SVREF # 2)) ; (BOOT::|error| "in result from SLPTREE : mad cow!")) ; (T ; (LET (#) ; (LET # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPLTREE;result;$L;28| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|SPLTREE;result;$L;28| ; (COND ((BOOT::|SPLTREE;empty?;$B;5| BOOT::|a| BOOT::$) NIL) ; ((NOT #) (BOOT::|error| "in result from SLPTREE : mad cow!")) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |SPLTREE;conditions;$L;29| ...) ; file: /tmp/oa-WY913v/code.lsp ; in: DEFUN |SPLTREE;conditions;$L;29| ; (DEFUN BOOT::|SPLTREE;conditions;$L;29| (BOOT::|a| BOOT::$) ; (COND ((BOOT::|SPLTREE;empty?;$B;5| BOOT::|a| BOOT::$) NIL) ; (T ; (LET (#) ; (LET # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPLTREE;conditions;$L;29| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|SPLTREE;conditions;$L;29| ; (COND ((BOOT::|SPLTREE;empty?;$B;5| BOOT::|a| BOOT::$) NIL) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SPLTREE;nodeOf?;Sn$B;30| ...) ; compiling (DEFUN |SPLTREE;subNodeOf?;Sn$MB;31| ...) ; compiling (DEFUN |SPLTREE;splitNodeOf!;2$L$;32| ...) ; compiling (DEFUN |SPLTREE;splitNodeOf!;2$LM$;33| ...) ; compiling (DEFUN |SplittingTree| ...) ; compiling (DEFUN |SplittingTree;| ...) ; compiling (MAKEPROP (QUOTE |SplittingTree|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 8 STYLE-WARNING conditions ; printed 6 notes ; /tmp/oa-WY913v/code.fasl written ; compilation finished in 0:00:00.154 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile STINPROD.spad && cp STINPROD.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/STINPROD.fasl \ && if test -f STINPROD-.NRLIB/code.fasl; then \ cp STINPROD-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/STINPROD-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/STINPROD.spad using Spad compiler. STINPROD abbreviates package StreamInfiniteProduct debug: compDefine1 lhs: (StreamInfiniteProduct Coef) signature (pre-evaluate): ((CATEGORY package (SIGNATURE infiniteProduct ((Stream Coef) (Stream Coef))) (SIGNATURE evenInfiniteProduct ((Stream Coef) (Stream Coef))) (SIGNATURE oddInfiniteProduct ((Stream Coef) (Stream Coef))) (SIGNATURE generalInfiniteProduct ((Stream Coef) (Stream Coef) (Integer) (Integer)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE infiniteProduct ((Stream Coef) (Stream Coef))) (SIGNATURE evenInfiniteProduct ((Stream Coef) (Stream Coef))) (SIGNATURE oddInfiniteProduct ((Stream Coef) (Stream Coef))) (SIGNATURE generalInfiniteProduct ((Stream Coef) (Stream Coef) (Integer) (Integer)))) $param: (Coef) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: (Integer) $param: (Coef) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (Coef) Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE infiniteProduct ((Stream Coef) (Stream Coef))) (SIGNATURE evenInfiniteProduct ((Stream Coef) (Stream Coef))) (SIGNATURE oddInfiniteProduct ((Stream Coef) (Stream Coef))) (SIGNATURE generalInfiniteProduct ((Stream Coef) (Stream Coef) (Integer) (Integer)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for StreamInfiniteProduct compiling into /tmp/oa-inMNCn importing StreamTaylorSeriesOperations Coef importing StreamTranscendentalFunctions Coef compiling exported infiniteProduct : Stream Coef -> Stream Coef Time: 0.06 SEC. compiling exported evenInfiniteProduct : Stream Coef -> Stream Coef Time: 0.00 SEC. compiling exported oddInfiniteProduct : Stream Coef -> Stream Coef Time: 0.01 SEC. compiling exported generalInfiniteProduct : (Stream Coef,Integer,Integer) -> Stream Coef Time: 0.01 SEC. importing StreamTaylorSeriesOperations Fraction Coef importing StreamTranscendentalFunctions Fraction Coef compiling local applyOverQF : (Stream Fraction Coef -> Stream Fraction Coef,Stream Coef) -> Stream Coef Time: 0.04 SEC. compiling exported infiniteProduct : Stream Coef -> Stream Coef Time: 0.04 SEC. compiling exported evenInfiniteProduct : Stream Coef -> Stream Coef Time: 0.02 SEC. compiling exported oddInfiniteProduct : Stream Coef -> Stream Coef Time: 0.01 SEC. compiling exported generalInfiniteProduct : (Stream Coef,Integer,Integer) -> Stream Coef Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor StreamInfiniteProduct Time: 0.21 seconds finalizing NRLIB STINPROD Processing StreamInfiniteProduct for Browser database: -- infiniteProduct : ST Coef -> ST Coef -- evenInfiniteProduct : ST Coef -> ST Coef -- oddInfiniteProduct : ST Coef -> ST Coef -- generalInfiniteProduct : (ST Coef,I,I) -> ST Coef -- constructor ; compiling file "/tmp/oa-inMNCn/code.lsp" (written 01 FEB 2016 11:11:27 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |STINPROD;infiniteProduct;2S;1| ...) ; compiling (DEFUN |STINPROD;evenInfiniteProduct;2S;2| ...) ; compiling (DEFUN |STINPROD;oddInfiniteProduct;2S;3| ...) ; compiling (DEFUN |STINPROD;generalInfiniteProduct;S2IS;4| ...) ; compiling (DEFUN |STINPROD;applyOverQF| ...) ; compiling (DEFUN |STINPROD;applyOverQF!1| ...) ; compiling (DEFUN |STINPROD;applyOverQF!0| ...) ; compiling (DEFUN |STINPROD;infiniteProduct;2S;6| ...) ; compiling (DEFUN |STINPROD;infiniteProduct;2S;6!0| ...) ; compiling (DEFUN |STINPROD;evenInfiniteProduct;2S;7| ...) ; compiling (DEFUN |STINPROD;evenInfiniteProduct;2S;7!0| ...) ; compiling (DEFUN |STINPROD;oddInfiniteProduct;2S;8| ...) ; compiling (DEFUN |STINPROD;oddInfiniteProduct;2S;8!0| ...) ; compiling (DEFUN |STINPROD;generalInfiniteProduct;S2IS;9| ...) ; compiling (DEFUN |STINPROD;generalInfiniteProduct;S2IS;9!0| ...) ; compiling (DEFUN |StreamInfiniteProduct| ...) ; compiling (DEFUN |StreamInfiniteProduct;| ...) ; compiling (MAKEPROP (QUOTE |StreamInfiniteProduct|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-inMNCn/code.fasl written ; compilation finished in 0:00:00.047 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SUMRF.spad && cp SUMRF.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SUMRF.fasl \ && if test -f SUMRF-.NRLIB/code.fasl; then \ cp SUMRF-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SUMRF-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SUMRF.spad using Spad compiler. SUMRF abbreviates package RationalFunctionSum debug: compDefine1 lhs: (RationalFunctionSum R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE sum ((Fraction (Polynomial R)) (Polynomial R) (Symbol))) (SIGNATURE sum ((Union (Fraction (Polynomial R)) (Expression R)) (Fraction (Polynomial R)) (Symbol))) (SIGNATURE sum ((Fraction (Polynomial R)) (Polynomial R) (SegmentBinding (Polynomial R)))) (SIGNATURE sum ((Union (Fraction (Polynomial R)) (Expression R)) (Fraction (Polynomial R)) (SegmentBinding (Fraction (Polynomial R)))))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE sum ((Fraction (Polynomial R)) (Polynomial R) (Symbol))) (SIGNATURE sum ((Union (Fraction (Polynomial R)) (Expression R)) (Fraction (Polynomial R)) (Symbol))) (SIGNATURE sum ((Fraction (Polynomial R)) (Polynomial R) (SegmentBinding (Polynomial R)))) (SIGNATURE sum ((Union (Fraction (Polynomial R)) (Expression R)) (Fraction (Polynomial R)) (SegmentBinding (Fraction (Polynomial R)))))) $param: (R) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Union (Fraction (Polynomial R)) (Expression R)) $param: (R) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (Expression R) $param: (R) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (SegmentBinding (Polynomial R)) $param: (R) Debug: evaluateType1 form: (SegmentBinding (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evaluateType form: (Union (Fraction (Polynomial R)) (Expression R)) $param: (R) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (Expression R) $param: (R) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (SegmentBinding (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (SegmentBinding (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE sum ((Fraction (Polynomial R)) (Polynomial R) (Symbol))) (SIGNATURE sum ((Union (Fraction (Polynomial R)) (Expression R)) (Fraction (Polynomial R)) (Symbol))) (SIGNATURE sum ((Fraction (Polynomial R)) (Polynomial R) (SegmentBinding (Polynomial R)))) (SIGNATURE sum ((Union (Fraction (Polynomial R)) (Expression R)) (Fraction (Polynomial R)) (SegmentBinding (Fraction (Polynomial R)))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for RationalFunctionSum compiling into /tmp/oa-hxpKVQ importing RationalFunction R importing GosperSummationMethod(IndexedExponents Symbol,Symbol,R,Polynomial R,Fraction Polynomial R) compiling exported sum : (Fraction Polynomial R,SegmentBinding Fraction Polynomial R) -> Union(Fraction Polynomial R,Expression R) Time: 0.11 SEC. compiling exported sum : (Fraction Polynomial R,Symbol) -> Union(Fraction Polynomial R,Expression R) Time: 0.02 SEC. compiling exported sum : (Polynomial R,SegmentBinding Polynomial R) -> Fraction Polynomial R Time: 0.02 SEC. compiling local innersum : (Fraction Polynomial R,Symbol) -> Union(Fraction Polynomial R,failed) Time: 0.12 SEC. compiling exported sum : (Polynomial R,Symbol) -> Fraction Polynomial R Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] sum: hi has no value Cumulative Statistics for Constructor RationalFunctionSum Time: 0.29 seconds finalizing NRLIB SUMRF Processing RationalFunctionSum for Browser database: -- sum : (P,SE) -> RF -- sum : (RF,SE) -> Union(RF,FE) -- sum : (P,SegmentBinding P) -> RF -- sum : (RF,SegmentBinding RF) -> Union(RF,FE) -- constructor ; compiling file "/tmp/oa-hxpKVQ/code.lsp" (written 01 FEB 2016 11:11:28 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SUMRF;sum;FSbU;1| ...) ; compiling (DEFUN |SUMRF;sum;FSbU;1!0| ...) ; compiling (DEFUN |SUMRF;sum;FSU;2| ...) ; compiling (DEFUN |SUMRF;sum;PSbF;3| ...) ; compiling (DEFUN |SUMRF;innersum| ...) ; compiling (DEFUN |SUMRF;sum;PSF;5| ...) ; compiling (DEFUN |RationalFunctionSum| ...) ; compiling (DEFUN |RationalFunctionSum;| ...) ; compiling (MAKEPROP (QUOTE |RationalFunctionSum|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-hxpKVQ/code.fasl written ; compilation finished in 0:00:00.042 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile UPMP.spad && cp UPMP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UPMP.fasl \ && if test -f UPMP-.NRLIB/code.fasl; then \ cp UPMP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UPMP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UPMP.spad using Spad compiler. UPMP abbreviates package UnivariatePolynomialMultiplicationPackage debug: compDefine1 lhs: (UnivariatePolynomialMultiplicationPackage R U) signature (pre-evaluate): ((CATEGORY package (SIGNATURE noKaratsuba (U U U)) (SIGNATURE karatsubaOnce (U U U)) (SIGNATURE karatsuba (U U U (NonNegativeInteger) (NonNegativeInteger)))) (Ring) (UnivariatePolynomialCategory R)) debug: evaluateType form: (CATEGORY package (SIGNATURE noKaratsuba (U U U)) (SIGNATURE karatsubaOnce (U U U)) (SIGNATURE karatsuba (U U U (NonNegativeInteger) (NonNegativeInteger)))) $param: (R U) debug: evaluateType form: U $param: (R U) debug: evaluateType form: U $param: (R U) debug: evaluateType form: U $param: (R U) debug: evaluateType form: U $param: (R U) debug: evaluateType form: U $param: (R U) debug: evaluateType form: U $param: (R U) debug: evaluateType form: U $param: (R U) debug: evaluateType form: U $param: (R U) debug: evaluateType form: U $param: (R U) debug: evaluateType form: (NonNegativeInteger) $param: (R U) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (R U) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Ring) $param: (R U) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (UnivariatePolynomialCategory R) $param: (R U) Debug: evaluateType1 form: (UnivariatePolynomialCategory R) debug: evaluateType1 x: R m: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE noKaratsuba (U U U)) (SIGNATURE karatsubaOnce (U U U)) (SIGNATURE karatsuba (U U U (NonNegativeInteger) (NonNegativeInteger)))) (Ring) (UnivariatePolynomialCategory R)) debug: compDefine1 lhs: (UnivariatePolynomialMultiplicationPackage R U) signature (pre-evaluate): ((CATEGORY package (SIGNATURE noKaratsuba (U U U)) (SIGNATURE karatsubaOnce (U U U)) (SIGNATURE karatsuba (U U U (NonNegativeInteger) (NonNegativeInteger)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE noKaratsuba (U U U)) (SIGNATURE karatsubaOnce (U U U)) (SIGNATURE karatsuba (U U U (NonNegativeInteger) (NonNegativeInteger)))) $param: (R U) debug: evaluateType form: U $param: (R U) debug: evaluateType form: U $param: (R U) debug: evaluateType form: U $param: (R U) debug: evaluateType form: U $param: (R U) debug: evaluateType form: U $param: (R U) debug: evaluateType form: U $param: (R U) debug: evaluateType form: U $param: (R U) debug: evaluateType form: U $param: (R U) debug: evaluateType form: U $param: (R U) debug: evaluateType form: (NonNegativeInteger) $param: (R U) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (R U) Debug: evaluateType1 form: (NonNegativeInteger) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE noKaratsuba (U U U)) (SIGNATURE karatsubaOnce (U U U)) (SIGNATURE karatsuba (U U U (NonNegativeInteger) (NonNegativeInteger)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for UnivariatePolynomialMultiplicationPackage compiling into /tmp/oa-hqvfPe compiling exported noKaratsuba : (U,U) -> U Time: 0.11 SEC. compiling exported karatsubaOnce : (U,U) -> U Time: 0.02 SEC. compiling exported karatsuba : (U,U,NonNegativeInteger,NonNegativeInteger) -> U Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor UnivariatePolynomialMultiplicationPackage Time: 0.18 seconds finalizing NRLIB UPMP Processing UnivariatePolynomialMultiplicationPackage for Browser database: -- noKaratsuba : (U,U) -> U -- karatsubaOnce : (U,U) -> U -- karatsuba : (U,U,NonNegativeInteger,NonNegativeInteger) -> U -- constructor ; compiling file "/tmp/oa-hqvfPe/code.lsp" (written 01 FEB 2016 11:11:28 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |UPMP;noKaratsuba;3U;1| ...) ; compiling (DEFUN |UPMP;karatsubaOnce;3U;2| ...) ; compiling (DEFUN |UPMP;karatsuba;2U2NniU;3| ...) ; file: /tmp/oa-hqvfPe/code.lsp ; in: DEFUN |UPMP;karatsuba;2U2NniU;3| ; (DEFUN BOOT::|UPMP;karatsuba;2U2NniU;3| ; (BOOT::|a| BOOT::|b| BOOT::|l| BOOT::|k| BOOT::$) ; (PROG (BOOT::|v| BOOT::|u| BOOT::|w| BOOT::|lb| BOOT::|hb| BOOT::|la| ; BOOT::|ha| BOOT::|rec| BOOT::|n| BOOT::|d|) ; (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPMP;karatsuba;2U2NniU;3| ; (BOOT::|a| BOOT::|b| BOOT::|l| BOOT::|k| BOOT::$) ; (BLOCK BOOT::|UPMP;karatsuba;2U2NniU;3| ; (PROG (BOOT::|v| BOOT::|u| BOOT::|w| BOOT::|lb| BOOT::|hb| BOOT::|la| ; BOOT::|ha| BOOT::|rec| BOOT::|n| BOOT::|d|) ; (RETURN (COND # #))))) ; ; note: Assignment to argument: |k| ; prevents use of assertion from function type proclamation: ; UNSIGNED-BYTE ; ; compiling (DEFUN |UnivariatePolynomialMultiplicationPackage| ...) ; compiling (DEFUN |UnivariatePolynomialMultiplicationPackage;| ...) ; compiling (MAKEPROP (QUOTE |UnivariatePolynomialMultiplicationPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-hqvfPe/code.fasl written ; compilation finished in 0:00:00.062 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SUP.spad && cp SUP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SUP.fasl \ && if test -f SUP-.NRLIB/code.fasl; then \ cp SUP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SUP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SUP.spad using Spad compiler. SUP abbreviates domain SparseUnivariatePolynomial debug: compDefine1 lhs: (SparseUnivariatePolynomial R) signature (pre-evaluate): ((Join (UnivariatePolynomialCategory R) (CATEGORY domain (SIGNATURE outputForm ((OutputForm) $ (OutputForm))) (SIGNATURE fmecg ($ $ (NonNegativeInteger) R $)))) (Ring)) debug: evaluateType form: (Join (UnivariatePolynomialCategory R) (CATEGORY domain (SIGNATURE outputForm ((OutputForm) $ (OutputForm))) (SIGNATURE fmecg ($ $ (NonNegativeInteger) R $)))) $param: (R) debug: evaluateType form: (UnivariatePolynomialCategory R) $param: (R) Debug: evaluateType1 form: (UnivariatePolynomialCategory R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (CATEGORY domain (SIGNATURE outputForm ((OutputForm) $ (OutputForm))) (SIGNATURE fmecg ($ $ (NonNegativeInteger) R $))) $param: (R) debug: evaluateType form: (OutputForm) $param: (R) Debug: evaluateType1 form: (OutputForm) debug: evaluateType form: (OutputForm) $param: (R) Debug: evaluateType1 form: (OutputForm) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((Join (UnivariatePolynomialCategory R) (CATEGORY domain (SIGNATURE outputForm ((OutputForm) $ (OutputForm))) (SIGNATURE fmecg ($ $ (NonNegativeInteger) R $)))) (Ring)) debug: compDefine1 lhs: (SparseUnivariatePolynomial R) signature (pre-evaluate): ((Join (UnivariatePolynomialCategory R) (CATEGORY domain (SIGNATURE outputForm ((OutputForm) $ (OutputForm))) (SIGNATURE fmecg ($ $ (NonNegativeInteger) R $)))) NIL) debug: evaluateType form: (Join (UnivariatePolynomialCategory R) (CATEGORY domain (SIGNATURE outputForm ((OutputForm) $ (OutputForm))) (SIGNATURE fmecg ($ $ (NonNegativeInteger) R $)))) $param: (R) debug: evaluateType form: (UnivariatePolynomialCategory R) $param: (R) Debug: evaluateType1 form: (UnivariatePolynomialCategory R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (CATEGORY domain (SIGNATURE outputForm ((OutputForm) $ (OutputForm))) (SIGNATURE fmecg ($ $ (NonNegativeInteger) R $))) $param: (R) debug: evaluateType form: (OutputForm) $param: (R) Debug: evaluateType1 form: (OutputForm) debug: evaluateType form: (OutputForm) $param: (R) Debug: evaluateType1 form: (OutputForm) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: R $param: (R) debug: compDefine1 signature (post evaluate): ((Join (UnivariatePolynomialCategory R) (CATEGORY domain (SIGNATURE outputForm ((OutputForm) $ (OutputForm))) (SIGNATURE fmecg ($ $ (NonNegativeInteger) R $)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for SparseUnivariatePolynomial compiling into /tmp/oa-2nMFSM compiling exported ** : (%,PositiveInteger) -> % Time: 0.13 SEC. compiling exported ** : (%,NonNegativeInteger) -> % Time: 0.27 SEC. compiling exported zero? : % -> Boolean SUP;zero?;$B;3 is replaced by %lempty? Time: 0.00 SEC. compiling exported one? : % -> Boolean Time: 0.03 SEC. compiling exported ground? : % -> Boolean SUP;ground?;$B;5 p is replaced by %when( %true, %ieq(%head SPADfirst p,0),%otherwise %false) Time: 0.01 SEC. compiling exported multiplyExponents : (%,NonNegativeInteger) -> % Time: 0.02 SEC. compiling exported divideExponents : (%,NonNegativeInteger) -> Union(%,failed) Time: 0.02 SEC. compiling exported karatsubaDivide : (%,NonNegativeInteger) -> Record(quotient: %,remainder: %) Time: 0.04 SEC. compiling exported shiftRight : (%,NonNegativeInteger) -> % Time: 0.02 SEC. compiling exported shiftLeft : (%,NonNegativeInteger) -> % Time: 0.02 SEC. compiling exported pomopo! : (%,R,NonNegativeInteger,%) -> % Time: 0.21 SEC. compiling exported univariate : % -> SparseUnivariatePolynomial R SUP;univariate;$Sup;12 p is replaced by p Time: 0.02 SEC. compiling exported multivariate : (SparseUnivariatePolynomial R,SingletonAsOrderedSet) -> % SUP;multivariate;SupSaos$;13(sup,v) is replaced by sup Time: 0.02 SEC. compiling exported univariate : (%,SingletonAsOrderedSet) -> SparseUnivariatePolynomial % Time: 0.01 SEC. compiling exported multivariate : (SparseUnivariatePolynomial %,SingletonAsOrderedSet) -> % Time: 0.04 SEC. compiling exported squareFreePolynomial : SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial % Time: 0.04 SEC. compiling exported factorPolynomial : SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial % Time: 0.09 SEC. compiling exported factorSquareFreePolynomial : SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial % Time: 0.08 SEC. compiling exported gcdPolynomial : (SparseUnivariatePolynomial %,SparseUnivariatePolynomial %) -> SparseUnivariatePolynomial % Time: 0.01 SEC. compiling exported factor : % -> Factored % Time: 0.02 SEC. compiling exported solveLinearPolynomialEquation : (List SparseUnivariatePolynomial %,SparseUnivariatePolynomial %) -> Union(List SparseUnivariatePolynomial %,failed) Time: 0.00 SEC. importing PolynomialFactorizationByRecursionUnivariate(R,$) compiling exported solveLinearPolynomialEquation : (List SparseUnivariatePolynomial %,SparseUnivariatePolynomial %) -> Union(List SparseUnivariatePolynomial %,failed) Time: 0.01 SEC. compiling exported factorPolynomial : SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial % Time: 0.02 SEC. compiling exported factorSquareFreePolynomial : SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial % Time: 0.02 SEC. compiling exported exquo : (%,%) -> Union(%,failed) Time: 0.11 SEC. compiling exported exquo : (%,%) -> Union(%,failed) Time: 0.09 SEC. compiling exported fmecg : (%,NonNegativeInteger,R,%) -> % Time: 0.36 SEC. compiling exported pseudoRemainder : (%,%) -> % Time: 0.05 SEC. compiling local toutput : (Term,OutputForm) -> OutputForm Time: 0.02 SEC. compiling exported outputForm : (%,OutputForm) -> OutputForm Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Time: 0.00 SEC. compiling exported elt : (%,R) -> R Time: 0.02 SEC. compiling exported elt : (%,%) -> % Time: 0.06 SEC. compiling exported monicDivide : (%,%) -> Record(quotient: %,remainder: %) Time: 0.08 SEC. compiling exported discriminant : % -> R Time: 0.01 SEC. compiling exported subResultantGcd : (%,%) -> % Time: 0.00 SEC. compiling exported resultant : (%,%) -> R Time: 0.00 SEC. compiling exported content : % -> R Time: 0.01 SEC. compiling exported primitivePart : % -> % Time: 0.01 SEC. compiling exported gcd : (%,%) -> % Time: 0.01 SEC. compiling exported divide : (%,%) -> Record(quotient: %,remainder: %) Time: 0.12 SEC. compiling exported / : (%,R) -> % Time: 0.03 SEC. (time taken in buildFunctor: 188) Time: 0.30 SEC. Warnings: [1] Rep differs from the base domain [2] **: pretend NonNegativeInteger -- should replace by @ [3] **: y has no value [4] univariate: pretend SparseUnivariatePolynomial R -- should replace by @ [5] multivariate: pretend $ -- should replace by @ [6] factorPolynomial: pretend SparseUnivariatePolynomial SparseUnivariatePolynomial R -- should replace by @ [7] factorSquareFreePolynomial: pretend SparseUnivariatePolynomial SparseUnivariatePolynomial R -- should replace by @ [8] pseudoRemainder: : Integer -- replace by pretend [9] pseudoRemainder: : NonNegativeInteger -- replace by pretend [10] elt: : NonNegativeInteger -- replace by pretend [11] gcd: pretend SparseUnivariatePolynomial R -- should replace by @ [12] gcd: pretend $ -- should replace by @ Cumulative Statistics for Constructor SparseUnivariatePolynomial Time: 2.46 seconds --------------non extending category---------------------- SparseUnivariatePolynomial #1 of category UnivariatePolynomialCategory #1 with outputForm : (%,OutputForm) -> OutputForm fmecg : (%,NonNegativeInteger,#1,%) -> % has no IF(has#1IntegralDomain(),IF(hasNonNegativeInteger() CancellationAbelianMonoid(),fmecg: (%,NonNegativeInteger,#1,%) -> %,%noBranch),%noBranch) ---------------------------------------------------------- finalizing NRLIB SUP Processing SparseUnivariatePolynomial for Browser database: -- outputForm : (%,OutputForm) -> OutputForm -- fmecg : (%,NonNegativeInteger,R,%) -> % -- constructor ; compiling file "/tmp/oa-2nMFSM/code.lsp" (written 01 FEB 2016 11:11:31 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SUP;zero?;$B;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SUP;ground?;$B;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SUP;univariate;$Sup;12|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SUP;multivariate;SupSaos$;13|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SUP;**;$Pi$;1| ...) ; file: /tmp/oa-2nMFSM/code.lsp ; in: DEFUN |SUP;**;$Pi$;1| ; (DEFUN BOOT::|SUP;**;$Pi$;1| (BOOT::|p| BOOT::|np| BOOT::$) ; (BOOT::SPADCALL BOOT::|p| BOOT::|np| (BOOT::|shellEntry| BOOT::$ 12))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;**;$Pi$;1| ; (BOOT::|p| BOOT::|np| BOOT::$) ; (BLOCK BOOT::|SUP;**;$Pi$;1| ; (BOOT::SPADCALL BOOT::|p| BOOT::|np| (BOOT::|shellEntry| BOOT::$ 12)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SUP;**;$Nni$;2| ...) ; file: /tmp/oa-2nMFSM/code.lsp ; in: DEFUN |SUP;**;$Nni$;2| ; (DEFUN BOOT::|SUP;**;$Nni$;2| (BOOT::|p| BOOT::|n| BOOT::$) ; (COND ((NULL BOOT::|p|) (BOOT::|spadConstant| BOOT::$ 18)) ; ((ZEROP BOOT::|n|) (BOOT::|spadConstant| BOOT::$ 20)) ; ((EQL BOOT::|n| 1) BOOT::|p|) ; ((NULL (CDR BOOT::|p|)) ; (LET (#) ; (COND # #))) ; ((< (BOOT::|spadConstant| BOOT::$ 31) 3) ; (BOOT::SPADCALL BOOT::|p| BOOT::|n| ; (BOOT::|shellEntry| BOOT::$ 34))) ; (T ; (LET* (# # # #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;**;$Nni$;2| ; (BOOT::|p| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|SUP;**;$Nni$;2| ; (COND ((NULL BOOT::|p|) (BOOT::|spadConstant| BOOT::$ 18)) ; ((ZEROP BOOT::|n|) (BOOT::|spadConstant| BOOT::$ 20)) ; ((EQL BOOT::|n| 1) BOOT::|p|) ; ((NULL #) ; (LET # ; #)) ; ((< # 3) (BOOT::SPADCALL BOOT::|p| BOOT::|n| #)) ; (T ; (LET* # ; #))))) ; ; note: Assignment to argument: |p| ; prevents use of assertion from function type proclamation: ; LIST ; ; (BOOT::EXIT BOOT::|y|) ; --> RETURN-FROM ; ==> ; BOOT::|y| ; ; note: deleting unreachable code ; (DEFUN BOOT::|SUP;**;$Nni$;2| (BOOT::|p| BOOT::|n| BOOT::$) ; (COND ((NULL BOOT::|p|) (BOOT::|spadConstant| BOOT::$ 18)) ; ((ZEROP BOOT::|n|) (BOOT::|spadConstant| BOOT::$ 20)) ; ((EQL BOOT::|n| 1) BOOT::|p|) ; ((NULL (CDR BOOT::|p|)) ; (LET (#) ; (COND # #))) ; ((< (BOOT::|spadConstant| BOOT::$ 31) 3) ; (BOOT::SPADCALL BOOT::|p| BOOT::|n| ; (BOOT::|shellEntry| BOOT::$ 34))) ; (T ; (LET* (# # # #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;**;$Nni$;2| ; (BOOT::|p| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|SUP;**;$Nni$;2| ; (COND ((NULL BOOT::|p|) (BOOT::|spadConstant| BOOT::$ 18)) ; ((ZEROP BOOT::|n|) (BOOT::|spadConstant| BOOT::$ 20)) ; ((EQL BOOT::|n| 1) BOOT::|p|) ; ((NULL #) ; (LET # ; #)) ; ((< # 3) (BOOT::SPADCALL BOOT::|p| BOOT::|n| #)) ; (T ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SUP;zero?;$B;3| ...) ; compiling (DEFUN |SUP;one?;$B;4| ...) ; file: /tmp/oa-2nMFSM/code.lsp ; in: DEFUN |SUP;one?;$B;4| ; (DEFUN BOOT::|SUP;one?;$B;4| (BOOT::|p| BOOT::$) ; (AND (NOT (OR (NULL BOOT::|p|) (NOT #))) ; (AND (ZEROP (CAR #)) ; (BOOT::SPADCALL (CDR #) (BOOT::|shellEntry| BOOT::$ 48))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;one?;$B;4| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|SUP;one?;$B;4| ; (AND (NOT (OR # #)) (AND (ZEROP #) (BOOT::SPADCALL # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |SUP;ground?;$B;5| ...) ; compiling (DEFUN |SUP;multiplyExponents;$Nni$;6| ...) ; file: /tmp/oa-2nMFSM/code.lsp ; in: DEFUN |SUP;multiplyExponents;$Nni$;6| ; (DEFUN BOOT::|SUP;multiplyExponents;$Nni$;6| (BOOT::|p| BOOT::|n| BOOT::$) ; (LET ((#:G1144 BOOT::|p|) (#:G641 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G1144 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;multiplyExponents;$Nni$;6| ; (BOOT::|p| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|SUP;multiplyExponents;$Nni$;6| ; (LET ((#:G1144 BOOT::|p|) (#:G641 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SUP;divideExponents;$NniU;7| ...) ; compiling (DEFUN |SUP;karatsubaDivide;$NniR;8| ...) ; compiling (DEFUN |SUP;shiftRight;$Nni$;9| ...) ; file: /tmp/oa-2nMFSM/code.lsp ; in: DEFUN |SUP;shiftRight;$Nni$;9| ; (DEFUN BOOT::|SUP;shiftRight;$Nni$;9| (BOOT::|p| BOOT::|n| BOOT::$) ; (LET ((#:G1145 BOOT::|p|) (#:G703 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G1145 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;shiftRight;$Nni$;9| ; (BOOT::|p| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|SUP;shiftRight;$Nni$;9| ; (LET ((#:G1145 BOOT::|p|) (#:G703 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SUP;shiftLeft;$Nni$;10| ...) ; file: /tmp/oa-2nMFSM/code.lsp ; in: DEFUN |SUP;shiftLeft;$Nni$;10| ; (DEFUN BOOT::|SUP;shiftLeft;$Nni$;10| (BOOT::|p| BOOT::|n| BOOT::$) ; (LET ((#:G1146 BOOT::|p|) (#:G714 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G1146 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;shiftLeft;$Nni$;10| ; (BOOT::|p| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|SUP;shiftLeft;$Nni$;10| ; (LET ((#:G1146 BOOT::|p|) (#:G714 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SUP;pomopo!;$RNni2$;11| ...) ; file: /tmp/oa-2nMFSM/code.lsp ; in: DEFUN |SUP;pomopo!;$RNni2$;11| ; (DEFUN BOOT::|SUP;pomopo!;$RNni2$;11| ; (BOOT::|p1| BOOT::|r| BOOT::|e| BOOT::|p2| BOOT::$) ; (PROG (BOOT::|u| BOOT::|c2| BOOT::|e2|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;pomopo!;$RNni2$;11| ; (BOOT::|p1| BOOT::|r| BOOT::|e| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|SUP;pomopo!;$RNni2$;11| ; (PROG (BOOT::|u| BOOT::|c2| BOOT::|e2|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |p1| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |SUP;univariate;$Sup;12| ...) ; compiling (DEFUN |SUP;multivariate;SupSaos$;13| ...) ; file: /tmp/oa-2nMFSM/code.lsp ; in: DEFUN |SUP;multivariate;SupSaos$;13| ; (DEFUN BOOT::|SUP;multivariate;SupSaos$;13| (BOOT::|sup| BOOT::|v| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; BOOT::|sup|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;multivariate;SupSaos$;13| ; (BOOT::|sup| BOOT::|v| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|SUP;multivariate;SupSaos$;13| BOOT::|sup|)) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |SUP;univariate;$SaosSup;14| ...) ; compiling (DEFUN |SUP;multivariate;SupSaos$;15| ...) ; file: /tmp/oa-2nMFSM/code.lsp ; in: DEFUN |SUP;multivariate;SupSaos$;15| ; (DEFUN BOOT::|SUP;multivariate;SupSaos$;15| (BOOT::|supp| BOOT::|v| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|supp| (BOOT::|shellEntry| BOOT::$ 88)) ; (BOOT::|spadConstant| BOOT::$ 18)) ; (T ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;multivariate;SupSaos$;15| ; (BOOT::|supp| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|SUP;multivariate;SupSaos$;15| ; (COND ; ((BOOT::SPADCALL BOOT::|supp| #) (BOOT::|spadConstant| BOOT::$ 18)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SUP;squareFreePolynomial;SupF;16| ...) ; compiling (DEFUN |SUP;factorPolynomial;SupF;17| ...) ; compiling (DEFUN |SUP;factorSquareFreePolynomial;SupF;18| ...) ; compiling (DEFUN |SUP;gcdPolynomial;3Sup;19| ...) ; compiling (DEFUN |SUP;factor;$F;20| ...) ; compiling (DEFUN |SUP;solveLinearPolynomialEquation;LSupU;21| ...) ; file: /tmp/oa-2nMFSM/code.lsp ; in: DEFUN |SUP;solveLinearPolynomialEquation;LSupU;21| ; (DEFUN BOOT::|SUP;solveLinearPolynomialEquation;LSupU;21| ; (BOOT::|lpp| BOOT::|pp| BOOT::$) ; (BOOT::SPADCALL BOOT::|lpp| BOOT::|pp| (BOOT::|shellEntry| BOOT::$ 117))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;solveLinearPolynomialEquation;LSupU;21| ; (BOOT::|lpp| BOOT::|pp| BOOT::$) ; (BLOCK BOOT::|SUP;solveLinearPolynomialEquation;LSupU;21| ; (BOOT::SPADCALL BOOT::|lpp| BOOT::|pp| ; (BOOT::|shellEntry| BOOT::$ 117)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SUP;solveLinearPolynomialEquation;LSupU;22| ...) ; file: /tmp/oa-2nMFSM/code.lsp ; in: DEFUN |SUP;solveLinearPolynomialEquation;LSupU;22| ; (DEFUN BOOT::|SUP;solveLinearPolynomialEquation;LSupU;22| ; (BOOT::|lpp| BOOT::|pp| BOOT::$) ; (BOOT::SPADCALL BOOT::|lpp| BOOT::|pp| (BOOT::|shellEntry| BOOT::$ 122))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;solveLinearPolynomialEquation;LSupU;22| ; (BOOT::|lpp| BOOT::|pp| BOOT::$) ; (BLOCK BOOT::|SUP;solveLinearPolynomialEquation;LSupU;22| ; (BOOT::SPADCALL BOOT::|lpp| BOOT::|pp| ; (BOOT::|shellEntry| BOOT::$ 122)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SUP;factorPolynomial;SupF;23| ...) ; compiling (DEFUN |SUP;factorSquareFreePolynomial;SupF;24| ...) ; compiling (DEFUN |SUP;exquo;2$U;25| ...) ; file: /tmp/oa-2nMFSM/code.lsp ; in: DEFUN |SUP;exquo;2$U;25| ; (DEFUN BOOT::|SUP;exquo;2$U;25| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (PROG (BOOT::|ee| BOOT::|a|) (RETURN (COND (# #) (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;exquo;2$U;25| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|SUP;exquo;2$U;25| ; (PROG (BOOT::|ee| BOOT::|a|) (RETURN (COND # # # #))))) ; ; note: Assignment to argument: |p1| ; prevents use of assertion from function type proclamation: ; LIST ; ; (CONS 1 "failed") ; ==> ; "failed" ; ; note: deleting unreachable code ; (DEFUN BOOT::|SUP;exquo;2$U;25| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (PROG (BOOT::|ee| BOOT::|a|) (RETURN (COND (# #) (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;exquo;2$U;25| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|SUP;exquo;2$U;25| ; (PROG (BOOT::|ee| BOOT::|a|) (RETURN (COND # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SUP;exquo;2$U;26| ...) ; file: /tmp/oa-2nMFSM/code.lsp ; in: DEFUN |SUP;exquo;2$U;26| ; (DEFUN BOOT::|SUP;exquo;2$U;26| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (PROG (BOOT::|ee| BOOT::|a|) (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;exquo;2$U;26| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|SUP;exquo;2$U;26| ; (PROG (BOOT::|ee| BOOT::|a|) (RETURN (COND # # #))))) ; ; note: Assignment to argument: |p1| ; prevents use of assertion from function type proclamation: ; LIST ; ; (CONS 1 "failed") ; ==> ; "failed" ; ; note: deleting unreachable code ; (DEFUN BOOT::|SUP;exquo;2$U;26| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (PROG (BOOT::|ee| BOOT::|a|) (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;exquo;2$U;26| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|SUP;exquo;2$U;26| ; (PROG (BOOT::|ee| BOOT::|a|) (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SUP;fmecg;$NniR2$;27| ...) ; file: /tmp/oa-2nMFSM/code.lsp ; in: DEFUN |SUP;fmecg;$NniR2$;27| ; (DEFUN BOOT::|SUP;fmecg;$NniR2$;27| ; (BOOT::|p1| BOOT::|e| BOOT::|r| BOOT::|p2| BOOT::$) ; (PROG (BOOT::|u| BOOT::|c2| BOOT::|e2|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;fmecg;$NniR2$;27| ; (BOOT::|p1| BOOT::|e| BOOT::|r| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|SUP;fmecg;$NniR2$;27| ; (PROG (BOOT::|u| BOOT::|c2| BOOT::|e2|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |p1| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |SUP;pseudoRemainder;3$;28| ...) ; file: /tmp/oa-2nMFSM/code.lsp ; in: DEFUN |SUP;pseudoRemainder;3$;28| ; (DEFUN BOOT::|SUP;pseudoRemainder;3$;28| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (PROG (BOOT::|u| BOOT::|e1|) (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;pseudoRemainder;3$;28| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|SUP;pseudoRemainder;3$;28| ; (PROG (BOOT::|u| BOOT::|e1|) (RETURN (COND # # #))))) ; ; note: Assignment to argument: |p1| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |p2| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SUP;toutput| ...) ; compiling (DEFUN |SUP;outputForm;$2Of;30| ...) ; compiling (DEFUN |SUP;coerce;$Of;31| ...) ; compiling (DEFUN |SUP;elt;$2R;32| ...) ; compiling (DEFUN |SUP;elt;3$;33| ...) ; file: /tmp/oa-2nMFSM/code.lsp ; in: DEFUN |SUP;elt;3$;33| ; (DEFUN BOOT::|SUP;elt;3$;33| (BOOT::|p| BOOT::|val| BOOT::$) ; (COND ((NULL BOOT::|p|) (BOOT::|spadConstant| BOOT::$ 18)) ; (T ; (LET (# #) ; (PROGN # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;elt;3$;33| ; (BOOT::|p| BOOT::|val| BOOT::$) ; (BLOCK BOOT::|SUP;elt;3$;33| ; (COND ((NULL BOOT::|p|) (BOOT::|spadConstant| BOOT::$ 18)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SUP;monicDivide;2$R;34| ...) ; file: /tmp/oa-2nMFSM/code.lsp ; in: DEFUN |SUP;monicDivide;2$R;34| ; (DEFUN BOOT::|SUP;monicDivide;2$R;34| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (PROG (BOOT::|u| BOOT::|rout|) ; (RETURN (COND (# #) (# #) (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;monicDivide;2$R;34| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|SUP;monicDivide;2$R;34| ; (PROG (BOOT::|u| BOOT::|rout|) (RETURN (COND # # # # #))))) ; ; note: Assignment to argument: |p1| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |p2| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |SUP;discriminant;$R;35| ...) ; compiling (DEFUN |SUP;subResultantGcd;3$;36| ...) ; file: /tmp/oa-2nMFSM/code.lsp ; in: DEFUN |SUP;subResultantGcd;3$;36| ; (DEFUN BOOT::|SUP;subResultantGcd;3$;36| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BOOT::SPADCALL BOOT::|p1| BOOT::|p2| (BOOT::|shellEntry| BOOT::$ 164))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;subResultantGcd;3$;36| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|SUP;subResultantGcd;3$;36| ; (BOOT::SPADCALL BOOT::|p1| BOOT::|p2| ; (BOOT::|shellEntry| BOOT::$ 164)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SUP;resultant;2$R;37| ...) ; compiling (DEFUN |SUP;content;$R;38| ...) ; compiling (DEFUN |SUP;primitivePart;2$;39| ...) ; file: /tmp/oa-2nMFSM/code.lsp ; in: DEFUN |SUP;primitivePart;2$;39| ; (DEFUN BOOT::|SUP;primitivePart;2$;39| (BOOT::|p| BOOT::$) ; (COND ((NULL BOOT::|p|) BOOT::|p|) ; (T ; (LET (#) ; (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;primitivePart;2$;39| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|SUP;primitivePart;2$;39| ; (COND ((NULL BOOT::|p|) BOOT::|p|) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SUP;gcd;3$;40| ...) ; file: /tmp/oa-2nMFSM/code.lsp ; in: DEFUN |SUP;gcd;3$;40| ; (DEFUN BOOT::|SUP;gcd;3$;40| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BOOT::SPADCALL BOOT::|p1| BOOT::|p2| (BOOT::|shellEntry| BOOT::$ 173))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;gcd;3$;40| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|SUP;gcd;3$;40| ; (BOOT::SPADCALL BOOT::|p1| BOOT::|p2| ; (BOOT::|shellEntry| BOOT::$ 173)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SUP;divide;2$R;41| ...) ; file: /tmp/oa-2nMFSM/code.lsp ; in: DEFUN |SUP;divide;2$R;41| ; (DEFUN BOOT::|SUP;divide;2$R;41| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (PROG (BOOT::|u| BOOT::|rout|) (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;divide;2$R;41| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|SUP;divide;2$R;41| ; (PROG (BOOT::|u| BOOT::|rout|) (RETURN (COND # # #))))) ; ; note: Assignment to argument: |p1| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |p2| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |SUP;/;$R$;42| ...) ; file: /tmp/oa-2nMFSM/code.lsp ; in: DEFUN |SUP;/;$R$;42| ; (DEFUN BOOT::|SUP;/;$R$;42| (BOOT::|p| BOOT::|co| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|co| (BOOT::|shellEntry| BOOT::$ 175)) BOOT::|p| ; (BOOT::|shellEntry| BOOT::$ 136))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUP;/;$R$;42| ; (BOOT::|p| BOOT::|co| BOOT::$) ; (BLOCK BOOT::|SUP;/;$R$;42| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|co| (BOOT::|shellEntry| BOOT::$ 175)) BOOT::|p| ; (BOOT::|shellEntry| BOOT::$ 136)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SparseUnivariatePolynomial| ...) ; compiling (DEFUN |SparseUnivariatePolynomial;| ...) ; compiling (MAKEPROP (QUOTE |SparseUnivariatePolynomial|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; printed 33 notes ; /tmp/oa-2nMFSM/code.fasl written ; compilation finished in 0:00:00.189 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile TEX.spad && cp TEX.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/TEX.fasl \ && if test -f TEX-.NRLIB/code.fasl; then \ cp TEX-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/TEX-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TEX.spad using Spad compiler. TEX abbreviates domain TexFormat debug: compDefine1 lhs: (TexFormat) signature (pre-evaluate): ((Join (SetCategory) (CoercibleFrom (OutputForm)) (CATEGORY domain (SIGNATURE convert ($ (OutputForm) (Integer))) (SIGNATURE convert ($ (OutputForm) (Integer) (OutputForm))) (SIGNATURE display ((Void) $ (Integer))) (SIGNATURE display ((Void) $)) (SIGNATURE epilogue ((List (String)) $)) (SIGNATURE tex ((List (String)) $)) (SIGNATURE new ($)) (SIGNATURE prologue ((List (String)) $)) (SIGNATURE setEpilogue! ((List (String)) $ (List (String)))) (SIGNATURE setTex! ((List (String)) $ (List (String)))) (SIGNATURE setPrologue! ((List (String)) $ (List (String))))))) debug: evaluateType form: (Join (SetCategory) (CoercibleFrom (OutputForm)) (CATEGORY domain (SIGNATURE convert ($ (OutputForm) (Integer))) (SIGNATURE convert ($ (OutputForm) (Integer) (OutputForm))) (SIGNATURE display ((Void) $ (Integer))) (SIGNATURE display ((Void) $)) (SIGNATURE epilogue ((List (String)) $)) (SIGNATURE tex ((List (String)) $)) (SIGNATURE new ($)) (SIGNATURE prologue ((List (String)) $)) (SIGNATURE setEpilogue! ((List (String)) $ (List (String)))) (SIGNATURE setTex! ((List (String)) $ (List (String)))) (SIGNATURE setPrologue! ((List (String)) $ (List (String)))))) $param: NIL debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CoercibleFrom (OutputForm)) $param: NIL Debug: evaluateType1 form: (CoercibleFrom (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE convert ($ (OutputForm) (Integer))) (SIGNATURE convert ($ (OutputForm) (Integer) (OutputForm))) (SIGNATURE display ((Void) $ (Integer))) (SIGNATURE display ((Void) $)) (SIGNATURE epilogue ((List (String)) $)) (SIGNATURE tex ((List (String)) $)) (SIGNATURE new ($)) (SIGNATURE prologue ((List (String)) $)) (SIGNATURE setEpilogue! ((List (String)) $ (List (String)))) (SIGNATURE setTex! ((List (String)) $ (List (String)))) (SIGNATURE setPrologue! ((List (String)) $ (List (String))))) $param: NIL debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (List (String)) $param: NIL Debug: evaluateType1 form: (List (String)) debug: evaluateType1 x: (String) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evalCategory d: (String) c: (Type) debug: evaluateType form: (List (String)) $param: NIL Debug: evaluateType1 form: (List (String)) debug: evaluateType1 x: (String) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evalCategory d: (String) c: (Type) debug: evaluateType form: (List (String)) $param: NIL Debug: evaluateType1 form: (List (String)) debug: evaluateType1 x: (String) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evalCategory d: (String) c: (Type) debug: evaluateType form: (List (String)) $param: NIL Debug: evaluateType1 form: (List (String)) debug: evaluateType1 x: (String) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evalCategory d: (String) c: (Type) debug: evaluateType form: (List (String)) $param: NIL Debug: evaluateType1 form: (List (String)) debug: evaluateType1 x: (String) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evalCategory d: (String) c: (Type) debug: evaluateType form: (List (String)) $param: NIL Debug: evaluateType1 form: (List (String)) debug: evaluateType1 x: (String) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evalCategory d: (String) c: (Type) debug: evaluateType form: (List (String)) $param: NIL Debug: evaluateType1 form: (List (String)) debug: evaluateType1 x: (String) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evalCategory d: (String) c: (Type) debug: evaluateType form: (List (String)) $param: NIL Debug: evaluateType1 form: (List (String)) debug: evaluateType1 x: (String) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evalCategory d: (String) c: (Type) debug: evaluateType form: (List (String)) $param: NIL Debug: evaluateType1 form: (List (String)) debug: evaluateType1 x: (String) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evalCategory d: (String) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CoercibleFrom (OutputForm)) (CATEGORY domain (SIGNATURE convert ($ (OutputForm) (Integer))) (SIGNATURE convert ($ (OutputForm) (Integer) (OutputForm))) (SIGNATURE display ((Void) $ (Integer))) (SIGNATURE display ((Void) $)) (SIGNATURE epilogue ((List (String)) $)) (SIGNATURE tex ((List (String)) $)) (SIGNATURE new ($)) (SIGNATURE prologue ((List (String)) $)) (SIGNATURE setEpilogue! ((List (String)) $ (List (String)))) (SIGNATURE setTex! ((List (String)) $ (List (String)))) (SIGNATURE setPrologue! ((List (String)) $ (List (String))))))) ------------------------------------------------------------------------ initializing stationary directory for TexFormat compiling into /tmp/oa-92N3dL importing OutputForm importing Character importing Integer importing List OutputForm importing List String compiling exported new : () -> % TEX;new;$;1 is replaced by %vector(%list "$$",%list "",%list "$$") Time: 0.06 SEC. compiling local newWithNum : Integer -> % Time: 0.00 SEC. compiling exported coerce : OutputForm -> % Time: 0 SEC. compiling exported convert : (OutputForm,Integer) -> % Time: 0.00 SEC. compiling exported display : (%,Integer) -> Void Time: 0 SEC. compiling exported display : % -> Void Time: 0.00 SEC. compiling exported prologue : % -> List String TEX;prologue;$L;7 f is replaced by %vref(f,0) Time: 0 SEC. compiling exported tex : % -> List String TEX;tex;$L;8 f is replaced by %vref(f,1) Time: 0 SEC. compiling exported epilogue : % -> List String TEX;epilogue;$L;9 f is replaced by %vref(f,2) Time: 0 SEC. compiling exported setPrologue! : (%,List String) -> List String Time: 0.00 SEC. compiling exported setTex! : (%,List String) -> List String Time: 0 SEC. compiling exported setEpilogue! : (%,List String) -> List String Time: 0 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. compiling local ungroup : String -> String Time: 0.02 SEC. compiling local postcondition : String -> String Time: 0.02 SEC. compiling local stringify : OutputForm -> String TEX;stringify is replaced by object2String Time: 0 SEC. compiling local lineConcat : (String,List String) -> List String Time: 0.15 SEC. compiling local splitLong : (String,Integer) -> List String Time: 0.01 SEC. compiling local splitLong1 : (String,Integer) -> List String Time: 0.16 SEC. compiling local group : String -> String Time: 0.00 SEC. compiling local addBraces : String -> String Time: 0 SEC. compiling local addBrackets : String -> String Time: 0.00 SEC. compiling local parenthesize : String -> String Time: 0 SEC. compiling local precondition : OutputForm -> OutputForm TEX;precondition is replaced by outputTran Time: 0 SEC. compiling local formatSpecial : (String,List OutputForm,Integer) -> String Time: 0.19 SEC. compiling local formatPlex : (String,List OutputForm,Integer) -> String Time: 0.10 SEC. compiling local formatMatrix : List OutputForm -> String Time: 0.02 SEC. compiling local formatFunction : (String,List OutputForm,Integer) -> String Time: 0.00 SEC. compiling local formatNullary : String -> String Time: 0.00 SEC. compiling local formatUnary : (String,OutputForm,Integer) -> String Time: 0.02 SEC. compiling local formatBinary : (String,List OutputForm,Integer) -> String Time: 0.04 SEC. compiling local formatNary : (String,List OutputForm,Integer) -> String Time: 0.00 SEC. compiling local formatNaryNoGroup : (String,List OutputForm,Integer) -> String Time: 0.04 SEC. compiling local formatTex : (OutputForm,Integer) -> String Time: 0.41 SEC. (time taken in buildFunctor: 0) Time: 0.03 SEC. Warnings: [1] display: pretend Integer -- should replace by @ [2] coerce: pretend Integer -- should replace by @ [3] stringify: pretend String -- should replace by @ [4] splitLong1: l has no value [5] splitLong1: ls has no value [6] splitLong1: s has no value [7] formatSpecial: form has no value [8] formatSpecial: prescript has no value [9] formatPlex: s has no value [10] formatTex: pretend Boolean -- should replace by @ Cumulative Statistics for Constructor TexFormat Time: 1.32 seconds finalizing NRLIB TEX Processing TexFormat for Browser database: -- convert : (E,I) -> % -- convert : (E,I,E) -> % -- display : (%,I) -> Void -- display : % -> Void -- epilogue : % -> L S -- tex : % -> L S -- new : () -> % -- prologue : % -> L S -- setEpilogue! : (%,L S) -> L S -- setTex! : (%,L S) -> L S -- setPrologue! : (%,L S) -> L S -- constructor ; compiling file "/tmp/oa-92N3dL/code.lsp" (written 01 FEB 2016 11:11:32 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |TEX;new;$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |TEX;prologue;$L;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |TEX;tex;$L;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |TEX;epilogue;$L;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |TEX;stringify|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |TEX;precondition|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |TEX;new;$;1| ...) ; compiling (DEFUN |TEX;newWithNum| ...) ; file: /tmp/oa-92N3dL/code.lsp ; in: DEFUN |TEX;newWithNum| ; (DEFUN BOOT::|TEX;newWithNum| (BOOT::|stepNum| BOOT::$) ; (LET ((BOOT::|num| (BOOT::STRCONC # ")"))) ; (VECTOR '("$$") '("") (LIST BOOT::|num| "$$")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TEX;newWithNum| ; (BOOT::|stepNum| BOOT::$) ; (BLOCK BOOT::|TEX;newWithNum| ; (LET ((BOOT::|num| #)) ; (VECTOR '("$$") '("") (LIST BOOT::|num| "$$"))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |TEX;coerce;Of$;3| ...) ; compiling (DEFUN |TEX;convert;OfI$;4| ...) ; compiling (DEFUN |TEX;display;$IV;5| ...) ; compiling (DEFUN |TEX;display;$V;6| ...) ; compiling (DEFUN |TEX;prologue;$L;7| ...) ; compiling (DEFUN |TEX;tex;$L;8| ...) ; compiling (DEFUN |TEX;epilogue;$L;9| ...) ; compiling (DEFUN |TEX;setPrologue!;$2L;10| ...) ; file: /tmp/oa-92N3dL/code.lsp ; in: DEFUN |TEX;setPrologue!;$2L;10| ; (DEFUN BOOT::|TEX;setPrologue!;$2L;10| (BOOT::|f| BOOT::|l| BOOT::$) ; (SETF (SVREF BOOT::|f| 0) BOOT::|l|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TEX;setPrologue!;$2L;10| ; (BOOT::|f| BOOT::|l| BOOT::$) ; (BLOCK BOOT::|TEX;setPrologue!;$2L;10| ; (SETF (SVREF BOOT::|f| 0) BOOT::|l|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |TEX;setTex!;$2L;11| ...) ; file: /tmp/oa-92N3dL/code.lsp ; in: DEFUN |TEX;setTex!;$2L;11| ; (DEFUN BOOT::|TEX;setTex!;$2L;11| (BOOT::|f| BOOT::|l| BOOT::$) ; (SETF (SVREF BOOT::|f| 1) BOOT::|l|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TEX;setTex!;$2L;11| ; (BOOT::|f| BOOT::|l| BOOT::$) ; (BLOCK BOOT::|TEX;setTex!;$2L;11| (SETF (SVREF BOOT::|f| 1) BOOT::|l|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |TEX;setEpilogue!;$2L;12| ...) ; file: /tmp/oa-92N3dL/code.lsp ; in: DEFUN |TEX;setEpilogue!;$2L;12| ; (DEFUN BOOT::|TEX;setEpilogue!;$2L;12| (BOOT::|f| BOOT::|l| BOOT::$) ; (SETF (SVREF BOOT::|f| 2) BOOT::|l|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TEX;setEpilogue!;$2L;12| ; (BOOT::|f| BOOT::|l| BOOT::$) ; (BLOCK BOOT::|TEX;setEpilogue!;$2L;12| ; (SETF (SVREF BOOT::|f| 2) BOOT::|l|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |TEX;coerce;$Of;13| ...) ; compiling (DEFUN |TEX;ungroup| ...) ; file: /tmp/oa-92N3dL/code.lsp ; in: DEFUN |TEX;ungroup| ; (DEFUN BOOT::|TEX;ungroup| (BOOT::|str| BOOT::$) ; (PROG (BOOT::|u| BOOT::|rbrace| BOOT::|lbrace|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TEX;ungroup| ; (BOOT::|str| BOOT::$) ; (BLOCK BOOT::|TEX;ungroup| ; (PROG (BOOT::|u| BOOT::|rbrace| BOOT::|lbrace|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |str| ; prevents use of assertion from function type proclamation: ; STRING ; ; compiling (DEFUN |TEX;postcondition| ...) ; file: /tmp/oa-92N3dL/code.lsp ; in: DEFUN |TEX;postcondition| ; (DEFUN BOOT::|TEX;postcondition| (BOOT::|str| BOOT::$) ; (PROG (BOOT::|minus| BOOT::|plus| BOOT::|len|) ; (RETURN ; (BOOT::SEQ (SETQ #) (BOOT::LETT BOOT::|len| # BOOT::|TEX;postcondition|) ; (BOOT::LETT BOOT::|plus| # BOOT::|TEX;postcondition|) ; (BOOT::LETT BOOT::|minus| # BOOT::|TEX;postcondition|) ; (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TEX;postcondition| ; (BOOT::|str| BOOT::$) ; (BLOCK BOOT::|TEX;postcondition| ; (PROG (BOOT::|minus| BOOT::|plus| BOOT::|len|) ; (RETURN (BOOT::SEQ # # # # #))))) ; ; note: Assignment to argument: |str| ; prevents use of assertion from function type proclamation: ; STRING ; ; compiling (DEFUN |TEX;stringify| ...) ; file: /tmp/oa-92N3dL/code.lsp ; in: DEFUN |TEX;stringify| ; (DEFUN BOOT::|TEX;stringify| (BOOT::|expr| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|object2String| BOOT::|expr|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TEX;stringify| ; (BOOT::|expr| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|TEX;stringify| (BOOT::|object2String| BOOT::|expr|))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |TEX;lineConcat| ...) ; file: /tmp/oa-92N3dL/code.lsp ; in: DEFUN |TEX;lineConcat| ; (DEFUN BOOT::|TEX;lineConcat| (BOOT::|line| BOOT::|lines| BOOT::$) ; (LET ((BOOT::|length| (LENGTH BOOT::|line|))) ; (BOOT::SEQ (COND (# #)) (BOOT::EXIT BOOT::|lines|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TEX;lineConcat| ; (BOOT::|line| BOOT::|lines| BOOT::$) ; (BLOCK BOOT::|TEX;lineConcat| ; (LET ((BOOT::|length| #)) ; (BOOT::SEQ (COND #) (BOOT::EXIT BOOT::|lines|))))) ; ; note: Assignment to argument: |line| ; prevents use of assertion from function type proclamation: ; STRING ; ; ; note: Assignment to argument: |lines| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS STRING T)) ; ; compiling (DEFUN |TEX;splitLong| ...) ; file: /tmp/oa-92N3dL/code.lsp ; in: DEFUN |TEX;splitLong| ; (DEFUN BOOT::|TEX;splitLong| (BOOT::|str| BOOT::|len| BOOT::$) ; (DECLARE (SPECIAL BOOT::$LINELENGTH)) ; (PROGN ; (COND ((< BOOT::|len| 20) (SETQ #))) ; (BOOT::|TEX;splitLong1| BOOT::|str| BOOT::|len| BOOT::$))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TEX;splitLong| ; (BOOT::|str| BOOT::|len| BOOT::$) ; (DECLARE (SPECIAL BOOT::$LINELENGTH)) ; (BLOCK BOOT::|TEX;splitLong| ; (PROGN ; (COND (# #)) ; (BOOT::|TEX;splitLong1| BOOT::|str| BOOT::|len| BOOT::$)))) ; ; note: Assignment to argument: |len| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |TEX;splitLong1| ...) ; file: /tmp/oa-92N3dL/code.lsp ; in: DEFUN |TEX;splitLong1| ; (DEFUN BOOT::|TEX;splitLong1| (BOOT::|str| BOOT::|len| BOOT::$) ; (PROG (BOOT::|ownLine| BOOT::|u|) ; (RETURN ; (LET (# # # #) ; (BOOT::SEQ # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TEX;splitLong1| ; (BOOT::|str| BOOT::|len| BOOT::$) ; (BLOCK BOOT::|TEX;splitLong1| ; (PROG (BOOT::|ownLine| BOOT::|u|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS STRING T)) &REST T). ; compiling (DEFUN |TEX;group| ...) ; file: /tmp/oa-92N3dL/code.lsp ; in: DEFUN |TEX;group| ; (DEFUN BOOT::|TEX;group| (BOOT::|str| BOOT::$) ; (BOOT::SPADCALL (LIST "{" BOOT::|str| "}") (BOOT::|shellEntry| BOOT::$ 78))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TEX;group| ; (BOOT::|str| BOOT::$) ; (BLOCK BOOT::|TEX;group| ; (BOOT::SPADCALL (LIST "{" BOOT::|str| "}") ; (BOOT::|shellEntry| BOOT::$ 78)))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |TEX;addBraces| ...) ; file: /tmp/oa-92N3dL/code.lsp ; in: DEFUN |TEX;addBraces| ; (DEFUN BOOT::|TEX;addBraces| (BOOT::|str| BOOT::$) ; (BOOT::SPADCALL (LIST "\\left\\{ " BOOT::|str| " \\right\\}") ; (BOOT::|shellEntry| BOOT::$ 78))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TEX;addBraces| ; (BOOT::|str| BOOT::$) ; (BLOCK BOOT::|TEX;addBraces| ; (BOOT::SPADCALL (LIST "\\left\\{ " BOOT::|str| " \\right\\}") ; (BOOT::|shellEntry| BOOT::$ 78)))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |TEX;addBrackets| ...) ; file: /tmp/oa-92N3dL/code.lsp ; in: DEFUN |TEX;addBrackets| ; (DEFUN BOOT::|TEX;addBrackets| (BOOT::|str| BOOT::$) ; (BOOT::SPADCALL (LIST "\\left[ " BOOT::|str| " \\right]") ; (BOOT::|shellEntry| BOOT::$ 78))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TEX;addBrackets| ; (BOOT::|str| BOOT::$) ; (BLOCK BOOT::|TEX;addBrackets| ; (BOOT::SPADCALL (LIST "\\left[ " BOOT::|str| " \\right]") ; (BOOT::|shellEntry| BOOT::$ 78)))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |TEX;parenthesize| ...) ; file: /tmp/oa-92N3dL/code.lsp ; in: DEFUN |TEX;parenthesize| ; (DEFUN BOOT::|TEX;parenthesize| (BOOT::|str| BOOT::$) ; (BOOT::SPADCALL (LIST "\\left( " BOOT::|str| " \\right)") ; (BOOT::|shellEntry| BOOT::$ 78))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TEX;parenthesize| ; (BOOT::|str| BOOT::$) ; (BLOCK BOOT::|TEX;parenthesize| ; (BOOT::SPADCALL (LIST "\\left( " BOOT::|str| " \\right)") ; (BOOT::|shellEntry| BOOT::$ 78)))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |TEX;precondition| ...) ; compiling (DEFUN |TEX;formatSpecial| ...) ; file: /tmp/oa-92N3dL/code.lsp ; in: DEFUN |TEX;formatSpecial| ; (DEFUN BOOT::|TEX;formatSpecial| ; (BOOT::|op| BOOT::|args| BOOT::|prec| BOOT::$) ; (PROG (BOOT::|tmp| BOOT::|form|) ; (RETURN ; (LET (# #) ; (COND # # # # # # # # # # # ...))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TEX;formatSpecial| ; (BOOT::|op| BOOT::|args| BOOT::|prec| BOOT::$) ; (BLOCK BOOT::|TEX;formatSpecial| ; (PROG (BOOT::|tmp| BOOT::|form|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |args| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; (LET ((BOOT::|arg| NIL) (BOOT::|prescript| NIL)) ; (COND ((NOT (NULL #)) "\\mbox{theMap(...)}") ; ((NOT (NULL #)) ; (BOOT::|TEX;formatNary| "," BOOT::|args| BOOT::|prec| BOOT::$)) ; ((NOT (NULL #)) ; (BOOT::|TEX;formatNary| ";" BOOT::|args| BOOT::|prec| BOOT::$)) ; ((NOT (NULL #)) (BOOT::|TEX;group| (BOOT::SPADCALL # #) BOOT::$)) ; ((NOT (NULL #)) ; (BOOT::|TEX;group| (BOOT::STRCONC "\\begin{array}{c}" #) BOOT::$)) ; ((NOT (NULL #)) ; (BOOT::|TEX;formatNary| " " BOOT::|args| BOOT::|prec| BOOT::$)) ; ((NOT (NULL #)) ; (BOOT::|TEX;formatNary| "" BOOT::|args| ; (BOOT::|shellEntry| BOOT::$ 11) BOOT::$)) ; ((NOT (NULL #)) ; (BOOT::|TEX;group| (BOOT::STRCONC "{\\tt '}" #) BOOT::$)) ; ((NOT (NULL #)) ; (BOOT::|TEX;group| (BOOT::|TEX;addBrackets| # BOOT::$) BOOT::$)) ; ((NOT (NULL #)) ; (BOOT::|TEX;group| (BOOT::|TEX;addBraces| # BOOT::$) BOOT::$)) ; ((NOT (NULL #)) ; (BOOT::|TEX;group| (BOOT::|TEX;parenthesize| # BOOT::$) BOOT::$)) ; ...)) ; ; caught STYLE-WARNING: ; The variable |arg| is defined but never used. ; compiling (DEFUN |TEX;formatPlex| ...) ; file: /tmp/oa-92N3dL/code.lsp ; in: DEFUN |TEX;formatPlex| ; (DEFUN BOOT::|TEX;formatPlex| (BOOT::|op| BOOT::|args| BOOT::|prec| BOOT::$) ; (PROG (BOOT::|s| BOOT::|n| BOOT::|opPrec|) ; (RETURN ; (LET (# #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TEX;formatPlex| ; (BOOT::|op| BOOT::|args| BOOT::|prec| BOOT::$) ; (BLOCK BOOT::|TEX;formatPlex| ; (PROG (BOOT::|s| BOOT::|n| BOOT::|opPrec|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |args| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |TEX;formatMatrix| ...) ; compiling (DEFUN |TEX;formatFunction| ...) ; file: /tmp/oa-92N3dL/code.lsp ; in: DEFUN |TEX;formatFunction| ; (DEFUN BOOT::|TEX;formatFunction| ; (BOOT::|op| BOOT::|args| BOOT::|prec| BOOT::$) ; (BOOT::|TEX;group| ; (BOOT::SPADCALL (LIST BOOT::|op| " " (BOOT::|TEX;parenthesize| # BOOT::$)) ; (BOOT::|shellEntry| BOOT::$ 78)) ; BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TEX;formatFunction| ; (BOOT::|op| BOOT::|args| BOOT::|prec| BOOT::$) ; (BLOCK BOOT::|TEX;formatFunction| ; (BOOT::|TEX;group| ; (BOOT::SPADCALL (LIST BOOT::|op| " " #) ; (BOOT::|shellEntry| BOOT::$ 78)) ; BOOT::$))) ; ; caught STYLE-WARNING: ; The variable |prec| is defined but never used. ; compiling (DEFUN |TEX;formatNullary| ...) ; compiling (DEFUN |TEX;formatUnary| ...) ; file: /tmp/oa-92N3dL/code.lsp ; in: DEFUN |TEX;formatUnary| ; (DEFUN BOOT::|TEX;formatUnary| (BOOT::|op| BOOT::|arg| BOOT::|prec| BOOT::$) ; (PROG (BOOT::|s| BOOT::|opPrec|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TEX;formatUnary| ; (BOOT::|op| BOOT::|arg| BOOT::|prec| BOOT::$) ; (BLOCK BOOT::|TEX;formatUnary| ; (PROG (BOOT::|s| BOOT::|opPrec|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |TEX;formatBinary| ...) ; file: /tmp/oa-92N3dL/code.lsp ; in: DEFUN |TEX;formatBinary| ; (DEFUN BOOT::|TEX;formatBinary| ; (BOOT::|op| BOOT::|args| BOOT::|prec| BOOT::$) ; (PROG (BOOT::|s| BOOT::|opPrec|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TEX;formatBinary| ; (BOOT::|op| BOOT::|args| BOOT::|prec| BOOT::$) ; (BLOCK BOOT::|TEX;formatBinary| ; (PROG (BOOT::|s| BOOT::|opPrec|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |op| ; prevents use of assertion from function type proclamation: ; STRING ; ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |TEX;formatNary| ...) ; compiling (DEFUN |TEX;formatNaryNoGroup| ...) ; file: /tmp/oa-92N3dL/code.lsp ; in: DEFUN |TEX;formatNaryNoGroup| ; (DEFUN BOOT::|TEX;formatNaryNoGroup| ; (BOOT::|op| BOOT::|args| BOOT::|prec| BOOT::$) ; (PROG (BOOT::|s| BOOT::|opPrec| BOOT::|l|) (RETURN (COND (# "") (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TEX;formatNaryNoGroup| ; (BOOT::|op| BOOT::|args| BOOT::|prec| BOOT::$) ; (BLOCK BOOT::|TEX;formatNaryNoGroup| ; (PROG (BOOT::|s| BOOT::|opPrec| BOOT::|l|) (RETURN (COND # #))))) ; ; note: Assignment to argument: |op| ; prevents use of assertion from function type proclamation: ; STRING ; ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |TEX;formatTex| ...) ; file: /tmp/oa-92N3dL/code.lsp ; in: DEFUN |TEX;formatTex| ; (DEFUN BOOT::|TEX;formatTex| (BOOT::|expr| BOOT::|prec| BOOT::$) ; (PROG (BOOT::|nargs| BOOT::|args| BOOT::|op| BOOT::|l| BOOT::|u| ; BOOT::|nstr| BOOT::|str|) ; (RETURN ; (LET (# # #) ; (BOOT::SEQ # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TEX;formatTex| ; (BOOT::|expr| BOOT::|prec| BOOT::$) ; (BLOCK BOOT::|TEX;formatTex| ; (PROG (BOOT::|nargs| BOOT::|args| BOOT::|op| BOOT::|l| BOOT::|u| ; BOOT::|nstr| BOOT::|str|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |TexFormat| ...) ; compiling (DEFUN |TexFormat;| ...) ; compiling (MAKEPROP (QUOTE |TexFormat|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 6 STYLE-WARNING conditions ; printed 21 notes ; /tmp/oa-92N3dL/code.fasl written ; compilation finished in 0:00:00.282 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile TEXTFILE.spad && cp TEXTFILE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/TEXTFILE.fasl \ && if test -f TEXTFILE-.NRLIB/code.fasl; then \ cp TEXTFILE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/TEXTFILE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TEXTFILE.spad using Spad compiler. TEXTFILE abbreviates domain TextFile debug: compDefine1 lhs: (TextFile) signature (pre-evaluate): ((Join (FileCategory (FileName) (String)) (CATEGORY domain (SIGNATURE writeLine! ((String) $ (String))) (SIGNATURE writeLine! ((String) $)) (SIGNATURE readLine! ((String) $)) (SIGNATURE readLineIfCan! ((Union (String) failed) $)) (SIGNATURE readIfCan! ((Union (String) failed) $)) (SIGNATURE endOfFile? ((Boolean) $))))) debug: evaluateType form: (Join (FileCategory (FileName) (String)) (CATEGORY domain (SIGNATURE writeLine! ((String) $ (String))) (SIGNATURE writeLine! ((String) $)) (SIGNATURE readLine! ((String) $)) (SIGNATURE readLineIfCan! ((Union (String) failed) $)) (SIGNATURE readIfCan! ((Union (String) failed) $)) (SIGNATURE endOfFile? ((Boolean) $)))) $param: NIL debug: evaluateType form: (FileCategory (FileName) (String)) $param: NIL Debug: evaluateType1 form: (FileCategory (FileName) (String)) debug: evaluateType1 x: (FileName) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (FileName) $param: NIL Debug: evaluateType1 form: (FileName) debug: evalCategory d: (FileName) c: (SetCategory) debug: evaluateType1 x: (String) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evalCategory d: (String) c: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE writeLine! ((String) $ (String))) (SIGNATURE writeLine! ((String) $)) (SIGNATURE readLine! ((String) $)) (SIGNATURE readLineIfCan! ((Union (String) failed) $)) (SIGNATURE readIfCan! ((Union (String) failed) $)) (SIGNATURE endOfFile? ((Boolean) $))) $param: NIL debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Union (String) failed) $param: NIL debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: failed $param: NIL debug: evaluateType form: (Union (String) failed) $param: NIL debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: failed $param: NIL debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: compDefine1 signature (post evaluate): ((Join (FileCategory (FileName) (String)) (CATEGORY domain (SIGNATURE writeLine! ((String) $ (String))) (SIGNATURE writeLine! ((String) $)) (SIGNATURE readLine! ((String) $)) (SIGNATURE readLineIfCan! ((Union (String) failed) $)) (SIGNATURE readIfCan! ((Union (String) failed) $)) (SIGNATURE endOfFile? ((Boolean) $))))) ------------------------------------------------------------------------ initializing stationary directory for TextFile compiling into /tmp/oa-nCa7du compiling exported read! : % -> String Time: 0.02 SEC. compiling exported readIfCan! : % -> Union(String,failed) Time: 0.00 SEC. compiling exported readLine! : % -> String Time: 0.02 SEC. compiling exported readLineIfCan! : % -> Union(String,failed) Time: 0.01 SEC. compiling exported write! : (%,String) -> String Time: 0.00 SEC. compiling exported writeLine! : % -> String Time: 0.01 SEC. compiling exported writeLine! : (%,String) -> String Time: 0.01 SEC. compiling exported endOfFile? : % -> Boolean Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] Rep differs from the base domain [2] Type SExpression is not in scope. Import it Cumulative Statistics for Constructor TextFile Time: 0.08 seconds finalizing NRLIB TEXTFILE Processing TextFile for Browser database: -- writeLine! : (%,String) -> String -- writeLine! : % -> String -- readLine! : % -> String -- readLineIfCan! : % -> Union(String,"failed") -- readIfCan! : % -> Union(String,"failed") -- endOfFile? : % -> Boolean -- constructor ; compiling file "/tmp/oa-nCa7du/code.lsp" (written 01 FEB 2016 11:11:33 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |TEXTFILE;read!;$S;1| ...) ; compiling (DEFUN |TEXTFILE;readIfCan!;$U;2| ...) ; compiling (DEFUN |TEXTFILE;readLine!;$S;3| ...) ; file: /tmp/oa-nCa7du/code.lsp ; in: DEFUN |TEXTFILE;readLine!;$S;3| ; (DEFUN BOOT::|TEXTFILE;readLine!;$S;3| (BOOT::|f| BOOT::$) ; (COND ; ((BOOT::SPADCALL (SVREF BOOT::|f| 2) "input" ; (BOOT::|shellEntry| BOOT::$ 14)) ; (BOOT::|error| "File not in read state")) ; (T ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TEXTFILE;readLine!;$S;3| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|TEXTFILE;readLine!;$S;3| ; (COND ; ((BOOT::SPADCALL # "input" #) ; (BOOT::|error| "File not in read state")) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |TEXTFILE;readLineIfCan!;$U;4| ...) ; file: /tmp/oa-nCa7du/code.lsp ; in: DEFUN |TEXTFILE;readLineIfCan!;$U;4| ; (DEFUN BOOT::|TEXTFILE;readLineIfCan!;$U;4| (BOOT::|f| BOOT::$) ; (COND ; ((BOOT::SPADCALL (SVREF BOOT::|f| 2) "input" ; (BOOT::|shellEntry| BOOT::$ 14)) ; (BOOT::|error| "File not in read state")) ; (T ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TEXTFILE;readLineIfCan!;$U;4| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|TEXTFILE;readLineIfCan!;$U;4| ; (COND ; ((BOOT::SPADCALL # "input" #) ; (BOOT::|error| "File not in read state")) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |TEXTFILE;write!;$2S;5| ...) ; file: /tmp/oa-nCa7du/code.lsp ; in: DEFUN |TEXTFILE;write!;$2S;5| ; (DEFUN BOOT::|TEXTFILE;write!;$2S;5| (BOOT::|f| BOOT::|x| BOOT::$) ; (COND ; ((BOOT::SPADCALL (SVREF BOOT::|f| 2) "output" ; (BOOT::|shellEntry| BOOT::$ 14)) ; (BOOT::|error| "File not in write state")) ; (T (PROGN (WRITE-STRING BOOT::|x| #) BOOT::|x|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TEXTFILE;write!;$2S;5| ; (BOOT::|f| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|TEXTFILE;write!;$2S;5| ; (COND ; ((BOOT::SPADCALL # "output" #) ; (BOOT::|error| "File not in write state")) ; (T (PROGN # BOOT::|x|))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |TEXTFILE;writeLine!;$S;6| ...) ; file: /tmp/oa-nCa7du/code.lsp ; in: DEFUN |TEXTFILE;writeLine!;$S;6| ; (DEFUN BOOT::|TEXTFILE;writeLine!;$S;6| (BOOT::|f| BOOT::$) ; (COND ; ((BOOT::SPADCALL (SVREF BOOT::|f| 2) "output" ; (BOOT::|shellEntry| BOOT::$ 14)) ; (BOOT::|error| "File not in write state")) ; (T (PROGN (TERPRI #) "")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TEXTFILE;writeLine!;$S;6| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|TEXTFILE;writeLine!;$S;6| ; (COND ; ((BOOT::SPADCALL # "output" #) ; (BOOT::|error| "File not in write state")) ; (T (PROGN # ""))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |TEXTFILE;writeLine!;$2S;7| ...) ; file: /tmp/oa-nCa7du/code.lsp ; in: DEFUN |TEXTFILE;writeLine!;$2S;7| ; (DEFUN BOOT::|TEXTFILE;writeLine!;$2S;7| (BOOT::|f| BOOT::|x| BOOT::$) ; (COND ; ((BOOT::SPADCALL (SVREF BOOT::|f| 2) "output" ; (BOOT::|shellEntry| BOOT::$ 14)) ; (BOOT::|error| "File not in write state")) ; (T (PROGN (WRITE-LINE BOOT::|x| #) BOOT::|x|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TEXTFILE;writeLine!;$2S;7| ; (BOOT::|f| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|TEXTFILE;writeLine!;$2S;7| ; (COND ; ((BOOT::SPADCALL # "output" #) ; (BOOT::|error| "File not in write state")) ; (T (PROGN # BOOT::|x|))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |TEXTFILE;endOfFile?;$B;8| ...) ; file: /tmp/oa-nCa7du/code.lsp ; in: DEFUN |TEXTFILE;endOfFile?;$B;8| ; (DEFUN BOOT::|TEXTFILE;endOfFile?;$B;8| (BOOT::|f| BOOT::$) ; (AND (NOT (NOT (NULL #))) (|AxiomCore|:|eof?| (SVREF BOOT::|f| 1)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TEXTFILE;endOfFile?;$B;8| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|TEXTFILE;endOfFile?;$B;8| ; (AND (NOT (NOT #)) (|AxiomCore|:|eof?| (SVREF BOOT::|f| 1))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |TextFile| ...) ; compiling (DEFUN |TextFile;| ...) ; compiling (MAKEPROP (QUOTE |TextFile|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 5 notes ; /tmp/oa-nCa7du/code.fasl written ; compilation finished in 0:00:00.028 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile UNIFACT.spad && cp UNIFACT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UNIFACT.fasl \ && if test -f UNIFACT-.NRLIB/code.fasl; then \ cp UNIFACT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UNIFACT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UNIFACT.spad using Spad compiler. UNIFACT abbreviates package UnivariateFactorize debug: compDefine1 lhs: (UnivariateFactorize ZP) signature (pre-evaluate): ((CATEGORY package (SIGNATURE factor ((Factored ZP) ZP)) (SIGNATURE factorSquareFree ((Factored ZP) ZP)) (SIGNATURE henselFact ((Record (: contp (Integer)) (: factors (List (Record (: irr ZP) (: pow (Integer)))))) ZP (Boolean)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE factor ((Factored ZP) ZP)) (SIGNATURE factorSquareFree ((Factored ZP) ZP)) (SIGNATURE henselFact ((Record (: contp (Integer)) (: factors (List (Record (: irr ZP) (: pow (Integer)))))) ZP (Boolean)))) $param: (ZP) debug: evaluateType form: (Factored ZP) $param: (ZP) Debug: evaluateType1 form: (Factored ZP) debug: evaluateType1 x: ZP m: (IntegralDomain) debug: evaluateType form: ZP $param: (ZP) debug: evaluateType form: (Factored ZP) $param: (ZP) Debug: evaluateType1 form: (Factored ZP) debug: evaluateType1 x: ZP m: (IntegralDomain) debug: evaluateType form: ZP $param: (ZP) debug: evaluateType form: (Record (: contp (Integer)) (: factors (List (Record (: irr ZP) (: pow (Integer)))))) $param: (ZP) debug: evaluateType form: (Integer) $param: (ZP) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (List (Record (: irr ZP) (: pow (Integer)))) $param: (ZP) Debug: evaluateType1 form: (List (Record (: irr ZP) (: pow (Integer)))) debug: evaluateType1 x: (Record (: irr ZP) (: pow (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (ZP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: irr ZP) (: pow (Integer))) $param: (ZP) debug: evaluateType form: ZP $param: (ZP) debug: evaluateType form: (Integer) $param: (ZP) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: irr ZP) (: pow (Integer))) c: (Type) debug: evaluateType form: ZP $param: (ZP) debug: evaluateType form: (Boolean) $param: (ZP) Debug: evaluateType1 form: (Boolean) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE factor ((Factored ZP) ZP)) (SIGNATURE factorSquareFree ((Factored ZP) ZP)) (SIGNATURE henselFact ((Record (: contp (Integer)) (: factors (List (Record (: irr ZP) (: pow (Integer)))))) ZP (Boolean)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for UnivariateFactorize compiling into /tmp/oa-cVQIgI importing GeneralHenselPackage(Integer,ZP) importing ModularDistinctDegreeFactorizer ZP compiling exported factor : ZP -> Factored ZP Time: 0.10 SEC. compiling exported factorSquareFree : ZP -> Factored ZP Time: 0.03 SEC. compiling local sqroot : Integer -> Integer Time: 0.00 SEC. compiling local eisenstein : ZP -> Boolean Time: 0.04 SEC. compiling local negShiftz : (Integer,PositiveInteger) -> Integer Time: 0.00 SEC. compiling local negShiftp : (ZP,PositiveInteger) -> ZP Time: 0 SEC. compiling local bound : ZP -> PositiveInteger Time: 0.06 SEC. compiling local remp : (Integer,PositiveInteger) -> Integer Time: 0 SEC. compiling local numFactors : List Record(factor: ZP,degree: Integer) -> Integer Time: 0.01 SEC. compiling local choose : ZP -> Record(prime: PositiveInteger,factors: List Record(factor: ZP,degree: Integer)) Time: 0.04 SEC. compiling local henselfact1 : ZP -> List ZP Time: 0.02 SEC. compiling local henselfact : ZP -> List ZP Time: 0.01 SEC. compiling local quadratic : ZP -> List ZP Time: 0.04 SEC. compiling local isPowerOf2 : Integer -> Boolean Time: 0.01 SEC. compiling local subMinusX : SparseUnivariatePolynomial Integer -> ZP Time: 0.01 SEC. compiling exported henselFact : (ZP,Boolean) -> Record(contp: Integer,factors: List Record(irr: ZP,pow: Integer)) Time: 0.20 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] factor: false has no value [2] factorSquareFree: true has no value [3] eisenstein: not known that IntegralDomain is of mode CATEGORY(package,factor: ZP -> Factored ZP,factorSquareFree: ZP -> Factored ZP,henselFact: (ZP,Boolean) -> Record(contp: Integer,factors: List Record(irr: ZP,pow: Integer))) [4] bound: : NonNegativeInteger -- replace by pretend [5] numFactors: pretend Integer -- should replace by @ [6] quadratic: beta has no value [7] quadratic: alpha has no value [8] subMinusX: : ZP -- replace by pretend [9] henselFact: c has no value [10] henselFact: factorlist has no value [11] henselFact: : List ZP -- replace by pretend Cumulative Statistics for Constructor UnivariateFactorize Time: 0.60 seconds finalizing NRLIB UNIFACT Processing UnivariateFactorize for Browser database: -- factor : ZP -> FR -- factorSquareFree : ZP -> FR -- henselFact : (ZP,Boolean) -> FinalFact -- constructor ; compiling file "/tmp/oa-cVQIgI/code.lsp" (written 01 FEB 2016 11:11:34 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |UNIFACT;factor;ZPF;1| ...) ; compiling (DEFUN |UNIFACT;factorSquareFree;ZPF;2| ...) ; compiling (DEFUN |UNIFACT;sqroot| ...) ; file: /tmp/oa-cVQIgI/code.lsp ; in: DEFUN |UNIFACT;sqroot| ; (DEFUN BOOT::|UNIFACT;sqroot| (BOOT::|t| BOOT::$) ; (COND ((NOT (PLUSP BOOT::|t|)) 0) ; (T ; (LET (#) ; (PROGN # # BOOT::|t|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UNIFACT;sqroot| ; (BOOT::|t| BOOT::$) ; (BLOCK BOOT::|UNIFACT;sqroot| ; (COND ((NOT #) 0) ; (T ; (LET # ; #))))) ; ; note: Assignment to argument: |t| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |UNIFACT;eisenstein| ...) ; compiling (DEFUN |UNIFACT;negShiftz| ...) ; file: /tmp/oa-cVQIgI/code.lsp ; in: DEFUN |UNIFACT;negShiftz| ; (DEFUN BOOT::|UNIFACT;negShiftz| (BOOT::|n| BOOT::|Modulus| BOOT::$) ; (PROGN ; (COND ((MINUSP BOOT::|n|) (SETQ #))) ; (COND ((< # BOOT::|n|) (- BOOT::|n| BOOT::|Modulus|)) (T BOOT::|n|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UNIFACT;negShiftz| ; (BOOT::|n| BOOT::|Modulus| BOOT::$) ; (BLOCK BOOT::|UNIFACT;negShiftz| ; (PROGN (COND (# #)) (COND (# #) (T BOOT::|n|))))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |UNIFACT;negShiftp| ...) ; compiling (DEFUN |UNIFACT;negShiftp!0| ...) ; compiling (DEFUN |UNIFACT;bound| ...) ; file: /tmp/oa-cVQIgI/code.lsp ; in: DEFUN |UNIFACT;bound| ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; (DEFUN BOOT::|UNIFACT;bound| (BOOT::|m| BOOT::$) ; (PROG (BOOT::|norm|) ; (RETURN ; (LET (# # # # # # # #) ; (BOOT::SEQ # # # # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UNIFACT;bound| ; (BOOT::|m| BOOT::$) ; (BLOCK BOOT::|UNIFACT;bound| ; (PROG (BOOT::|norm|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (INTEGER 1) &REST T). ; (LET ((BOOT::|nm| NIL) ; (BOOT::|nmq2| NIL) ; (BOOT::|lcm| NIL) ; (BOOT::|bin0| NIL) ; (BOOT::|bin1| NIL) ; (BOOT::|cbound| NIL) ; (BOOT::|j| NIL) ; (BOOT::|k| NIL)) ; (BOOT::SEQ ; (SETQ BOOT::|lcm| ; (LET # ; #)) ; (SETQ BOOT::|nm| (BOOT::SPADCALL BOOT::|m| #)) ; (SETQ BOOT::|nmq2| (TRUNCATE BOOT::|nm| 2)) ; (BOOT::LETT BOOT::|norm| ; (BOOT::|UNIFACT;sqroot| ; (LET # ; #) ; BOOT::$) ; BOOT::|UNIFACT;bound|) ; (COND ((EQL BOOT::|nmq2| 1) (SETQ #)) (T (SETQ #))) ; (SETQ BOOT::|bin0| BOOT::|nm|) ; (SETQ BOOT::|cbound| ; (LET # ; #)) ; (LET ((BOOT::|i| 2) (#:G863 #)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::EXIT ; (LET (#) ; (COND # #))))) ; ; caught STYLE-WARNING: ; The variable |k| is defined but never used. ; compiling (DEFUN |UNIFACT;remp| ...) ; file: /tmp/oa-cVQIgI/code.lsp ; in: DEFUN |UNIFACT;remp| ; (DEFUN BOOT::|UNIFACT;remp| (BOOT::|t| BOOT::|q| BOOT::$) ; (PROGN ; (SETQ BOOT::|t| (REM BOOT::|t| BOOT::|q|)) ; (COND ((MINUSP BOOT::|t|) (+ BOOT::|t| BOOT::|q|)) (T BOOT::|t|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UNIFACT;remp| ; (BOOT::|t| BOOT::|q| BOOT::$) ; (BLOCK BOOT::|UNIFACT;remp| ; (PROGN (SETQ BOOT::|t| #) (COND (# #) (T BOOT::|t|))))) ; ; note: Assignment to argument: |t| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |UNIFACT;numFactors| ...) ; compiling (DEFUN |UNIFACT;choose| ...) ; compiling (DEFUN |UNIFACT;henselfact1| ...) ; file: /tmp/oa-cVQIgI/code.lsp ; in: DEFUN |UNIFACT;henselfact1| ; (DEFUN BOOT::|UNIFACT;henselfact1| (BOOT::|m| BOOT::$) ; (PROG (BOOT::|cbound| BOOT::|fl| BOOT::|q|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UNIFACT;henselfact1| ; (BOOT::|m| BOOT::$) ; (BLOCK BOOT::|UNIFACT;henselfact1| ; (PROG (BOOT::|cbound| BOOT::|fl| BOOT::|q|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |UNIFACT;henselfact| ...) ; compiling (DEFUN |UNIFACT;quadratic| ...) ; compiling (DEFUN |UNIFACT;isPowerOf2| ...) ; compiling (DEFUN |UNIFACT;subMinusX| ...) ; compiling (DEFUN |UNIFACT;henselFact;ZPBR;16| ...) ; compiling (DEFUN |UnivariateFactorize| ...) ; compiling (DEFUN |UnivariateFactorize;| ...) ; compiling (MAKEPROP (QUOTE |UnivariateFactorize|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; printed 6 notes ; /tmp/oa-cVQIgI/code.fasl written ; compilation finished in 0:00:00.105 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile UPDIVP.spad && cp UPDIVP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UPDIVP.fasl \ && if test -f UPDIVP-.NRLIB/code.fasl; then \ cp UPDIVP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UPDIVP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UPDIVP.spad using Spad compiler. UPDIVP abbreviates package UnivariatePolynomialDivisionPackage debug: compDefine1 lhs: (UnivariatePolynomialDivisionPackage R UP) signature (pre-evaluate): ((CATEGORY package (SIGNATURE divideIfCan ((Union (Record (: quotient UP) (: remainder UP)) failed) UP UP))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE divideIfCan ((Union (Record (: quotient UP) (: remainder UP)) failed) UP UP))) $param: (R UP) debug: evaluateType form: (Union (Record (: quotient UP) (: remainder UP)) failed) $param: (R UP) debug: evaluateType form: (Record (: quotient UP) (: remainder UP)) $param: (R UP) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: failed $param: (R UP) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: UP $param: (R UP) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE divideIfCan ((Union (Record (: quotient UP) (: remainder UP)) failed) UP UP))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for UnivariatePolynomialDivisionPackage compiling into /tmp/oa-OvUW0t compiling exported divideIfCan : (UP,UP) -> Union(Record(quotient: UP,remainder: UP),failed) Time: 0.09 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor UnivariatePolynomialDivisionPackage Time: 0.10 seconds finalizing NRLIB UPDIVP Processing UnivariatePolynomialDivisionPackage for Browser database: -- divideIfCan : (UP,UP) -> Union(QR,"failed") -- constructor ; compiling file "/tmp/oa-OvUW0t/code.lsp" (written 01 FEB 2016 11:11:34 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |UPDIVP;divideIfCan;2UPU;1| ...) ; file: /tmp/oa-OvUW0t/code.lsp ; in: DEFUN |UPDIVP;divideIfCan;2UPU;1| ; (DEFUN BOOT::|UPDIVP;divideIfCan;2UPU;1| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (PROG (BOOT::|ee| BOOT::|c| BOOT::|e| BOOT::|q|) ; (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPDIVP;divideIfCan;2UPU;1| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|UPDIVP;divideIfCan;2UPU;1| ; (PROG (BOOT::|ee| BOOT::|c| BOOT::|e| BOOT::|q|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |UPDIVP;divideIfCan;2UPU;1!0| ...) ; compiling (DEFUN |UnivariatePolynomialDivisionPackage| ...) ; compiling (DEFUN |UnivariatePolynomialDivisionPackage;| ...) ; compiling (MAKEPROP (QUOTE |UnivariatePolynomialDivisionPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-OvUW0t/code.fasl written ; compilation finished in 0:00:00.027 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile UPDECOMP.spad && cp UPDECOMP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UPDECOMP.fasl \ && if test -f UPDECOMP-.NRLIB/code.fasl; then \ cp UPDECOMP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UPDECOMP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UPDECOMP.spad using Spad compiler. UPDECOMP abbreviates package UnivariatePolynomialDecompositionPackage debug: compDefine1 lhs: (UnivariatePolynomialDecompositionPackage R UP) signature (pre-evaluate): ((CATEGORY package (SIGNATURE monicRightFactorIfCan ((Union UP failed) UP (NonNegativeInteger))) (SIGNATURE rightFactorIfCan ((Union UP failed) UP (NonNegativeInteger) R)) (SIGNATURE leftFactorIfCan ((Union UP failed) UP UP)) (SIGNATURE monicDecomposeIfCan ((Union (Record (: left UP) (: right UP)) failed) UP)) (SIGNATURE monicCompleteDecompose ((List UP) UP))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE monicRightFactorIfCan ((Union UP failed) UP (NonNegativeInteger))) (SIGNATURE rightFactorIfCan ((Union UP failed) UP (NonNegativeInteger) R)) (SIGNATURE leftFactorIfCan ((Union UP failed) UP UP)) (SIGNATURE monicDecomposeIfCan ((Union (Record (: left UP) (: right UP)) failed) UP)) (SIGNATURE monicCompleteDecompose ((List UP) UP))) $param: (R UP) debug: evaluateType form: (Union UP failed) $param: (R UP) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: failed $param: (R UP) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: (NonNegativeInteger) $param: (R UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Union UP failed) $param: (R UP) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: failed $param: (R UP) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: (NonNegativeInteger) $param: (R UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: R $param: (R UP) debug: evaluateType form: (Union UP failed) $param: (R UP) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: failed $param: (R UP) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: (Union (Record (: left UP) (: right UP)) failed) $param: (R UP) debug: evaluateType form: (Record (: left UP) (: right UP)) $param: (R UP) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: failed $param: (R UP) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: (List UP) $param: (R UP) Debug: evaluateType1 form: (List UP) debug: evaluateType1 x: UP m: (Type) debug: evaluateType form: UP $param: (R UP) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE monicRightFactorIfCan ((Union UP failed) UP (NonNegativeInteger))) (SIGNATURE rightFactorIfCan ((Union UP failed) UP (NonNegativeInteger) R)) (SIGNATURE leftFactorIfCan ((Union UP failed) UP UP)) (SIGNATURE monicDecomposeIfCan ((Union (Record (: left UP) (: right UP)) failed) UP)) (SIGNATURE monicCompleteDecompose ((List UP) UP))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for UnivariatePolynomialDecompositionPackage compiling into /tmp/oa-RM6E2K compiling exported rightFactorIfCan : (UP,NonNegativeInteger,R) -> Union(UP,failed) Time: 0.40 SEC. compiling exported monicRightFactorIfCan : (UP,NonNegativeInteger) -> Union(UP,failed) Time: 0.01 SEC. importing UnivariatePolynomialDivisionPackage(R,UP) compiling exported leftFactorIfCan : (UP,UP) -> Union(UP,failed) Time: 0.02 SEC. compiling exported monicDecomposeIfCan : UP -> Union(Record(left: UP,right: UP),failed) Time: 0.02 SEC. compiling exported monicCompleteDecompose : UP -> List UP Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor UnivariatePolynomialDecompositionPackage Time: 0.46 seconds finalizing NRLIB UPDECOMP Processing UnivariatePolynomialDecompositionPackage for Browser database: -- monicRightFactorIfCan : (UP,N) -> Union(UP,"failed") -- rightFactorIfCan : (UP,N,R) -> Union(UP,"failed") -- leftFactorIfCan : (UP,UP) -> Union(UP,"failed") -- monicDecomposeIfCan : UP -> Union(LR,"failed") -- monicCompleteDecompose : UP -> List UP -- constructor ; compiling file "/tmp/oa-RM6E2K/code.lsp" (written 01 FEB 2016 11:11:34 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |UPDECOMP;rightFactorIfCan;UPNniRU;1| ...) ; file: /tmp/oa-RM6E2K/code.lsp ; in: DEFUN |UPDECOMP;rightFactorIfCan;UPNniRU;1| ; (DEFUN BOOT::|UPDECOMP;rightFactorIfCan;UPNniRU;1| ; (BOOT::|p| BOOT::|dq| BOOT::|lcq| BOOT::$) ; (PROG (BOOT::|q| BOOT::|lcp| BOOT::|s| BOOT::|n| BOOT::|nc| BOOT::|cquo| ; BOOT::|c|) ; (RETURN ; (LET (#) ; (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPDECOMP;rightFactorIfCan;UPNniRU;1| ; (BOOT::|p| BOOT::|dq| BOOT::|lcq| BOOT::$) ; (BLOCK BOOT::|UPDECOMP;rightFactorIfCan;UPNniRU;1| ; (PROG (BOOT::|q| BOOT::|lcp| BOOT::|s| BOOT::|n| BOOT::|nc| ; BOOT::|cquo| BOOT::|c|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |UPDECOMP;monicRightFactorIfCan;UPNniU;2| ...) ; compiling (DEFUN |UPDECOMP;leftFactorIfCan;2UPU;3| ...) ; compiling (DEFUN |UPDECOMP;monicDecomposeIfCan;UPU;4| ...) ; compiling (DEFUN |UPDECOMP;monicCompleteDecompose;UPL;5| ...) ; compiling (DEFUN |UnivariatePolynomialDecompositionPackage| ...) ; compiling (DEFUN |UnivariatePolynomialDecompositionPackage;| ...) ; compiling (MAKEPROP (QUOTE |UnivariatePolynomialDecompositionPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-RM6E2K/code.fasl written ; compilation finished in 0:00:00.056 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile UPSQFREE.spad && cp UPSQFREE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UPSQFREE.fasl \ && if test -f UPSQFREE-.NRLIB/code.fasl; then \ cp UPSQFREE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UPSQFREE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UPSQFREE.spad using Spad compiler. UPSQFREE abbreviates package UnivariatePolynomialSquareFree debug: compDefine1 lhs: (UnivariatePolynomialSquareFree RC P) signature (pre-evaluate): ((CATEGORY package (SIGNATURE squareFree ((Factored P) P)) (SIGNATURE squareFreePart (P P)) (SIGNATURE BumInSepFFE ((Record (: flg (Union nil sqfr irred prime)) (: fctr P) (: xpnt (Integer))) (Record (: flg (Union nil sqfr irred prime)) (: fctr P) (: xpnt (Integer)))))) (IntegralDomain) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE squareFree ((Factored P) P)) (SIGNATURE squareFreePart (P P)) (SIGNATURE BumInSepFFE ((Record (: flg (Union nil sqfr irred prime)) (: fctr P) (: xpnt (Integer))) (Record (: flg (Union nil sqfr irred prime)) (: fctr P) (: xpnt (Integer)))))) $param: (RC P) debug: evaluateType form: (Factored P) $param: (RC P) Debug: evaluateType1 form: (Factored P) debug: evaluateType1 x: P m: (IntegralDomain) debug: evaluateType form: P $param: (RC P) debug: evaluateType form: P $param: (RC P) debug: evaluateType form: P $param: (RC P) debug: evaluateType form: (Record (: flg (Union nil sqfr irred prime)) (: fctr P) (: xpnt (Integer))) $param: (RC P) debug: evaluateType form: (Union nil sqfr irred prime) $param: (RC P) debug: evaluateType form: nil $param: (RC P) debug: evaluateType form: sqfr $param: (RC P) debug: evaluateType form: irred $param: (RC P) debug: evaluateType form: prime $param: (RC P) debug: evaluateType form: P $param: (RC P) debug: evaluateType form: (Integer) $param: (RC P) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Record (: flg (Union nil sqfr irred prime)) (: fctr P) (: xpnt (Integer))) $param: (RC P) debug: evaluateType form: (Union nil sqfr irred prime) $param: (RC P) debug: evaluateType form: nil $param: (RC P) debug: evaluateType form: sqfr $param: (RC P) debug: evaluateType form: irred $param: (RC P) debug: evaluateType form: prime $param: (RC P) debug: evaluateType form: P $param: (RC P) debug: evaluateType form: (Integer) $param: (RC P) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (IntegralDomain) $param: (RC P) Debug: evaluateType1 form: (IntegralDomain) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE squareFree ((Factored P) P)) (SIGNATURE squareFreePart (P P)) (SIGNATURE BumInSepFFE ((Record (: flg (Union nil sqfr irred prime)) (: fctr P) (: xpnt (Integer))) (Record (: flg (Union nil sqfr irred prime)) (: fctr P) (: xpnt (Integer)))))) (IntegralDomain) NIL) debug: compDefine1 lhs: (UnivariatePolynomialSquareFree RC P) signature (pre-evaluate): ((CATEGORY package (SIGNATURE squareFree ((Factored P) P)) (SIGNATURE squareFreePart (P P)) (SIGNATURE BumInSepFFE ((Record (: flg (Union nil sqfr irred prime)) (: fctr P) (: xpnt (Integer))) (Record (: flg (Union nil sqfr irred prime)) (: fctr P) (: xpnt (Integer)))))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE squareFree ((Factored P) P)) (SIGNATURE squareFreePart (P P)) (SIGNATURE BumInSepFFE ((Record (: flg (Union nil sqfr irred prime)) (: fctr P) (: xpnt (Integer))) (Record (: flg (Union nil sqfr irred prime)) (: fctr P) (: xpnt (Integer)))))) $param: (RC P) debug: evaluateType form: (Factored P) $param: (RC P) Debug: evaluateType1 form: (Factored P) debug: evaluateType1 x: P m: (IntegralDomain) debug: evaluateType form: P $param: (RC P) debug: evaluateType form: P $param: (RC P) debug: evaluateType form: P $param: (RC P) debug: evaluateType form: (Record (: flg (Union nil sqfr irred prime)) (: fctr P) (: xpnt (Integer))) $param: (RC P) debug: evaluateType form: (Union nil sqfr irred prime) $param: (RC P) debug: evaluateType form: nil $param: (RC P) debug: evaluateType form: sqfr $param: (RC P) debug: evaluateType form: irred $param: (RC P) debug: evaluateType form: prime $param: (RC P) debug: evaluateType form: P $param: (RC P) debug: evaluateType form: (Integer) $param: (RC P) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Record (: flg (Union nil sqfr irred prime)) (: fctr P) (: xpnt (Integer))) $param: (RC P) debug: evaluateType form: (Union nil sqfr irred prime) $param: (RC P) debug: evaluateType form: nil $param: (RC P) debug: evaluateType form: sqfr $param: (RC P) debug: evaluateType form: irred $param: (RC P) debug: evaluateType form: prime $param: (RC P) debug: evaluateType form: P $param: (RC P) debug: evaluateType form: (Integer) $param: (RC P) Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE squareFree ((Factored P) P)) (SIGNATURE squareFreePart (P P)) (SIGNATURE BumInSepFFE ((Record (: flg (Union nil sqfr irred prime)) (: fctr P) (: xpnt (Integer))) (Record (: flg (Union nil sqfr irred prime)) (: fctr P) (: xpnt (Integer)))))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for UnivariatePolynomialSquareFree compiling into /tmp/oa-8xX6dj compiling exported squareFreePart : P -> P Time: 0.08 SEC. compiling exported squareFreePart : P -> P Time: 0.04 SEC. compiling exported BumInSepFFE : Record(flg: Union(nil,sqfr,irred,prime),fctr: P,xpnt: Integer) -> Record(flg: Union(nil,sqfr,irred,prime),fctr: P,xpnt: Integer) Time: 0.02 SEC. compiling exported BumInSepFFE : Record(flg: Union(nil,sqfr,irred,prime),fctr: P,xpnt: Integer) -> Record(flg: Union(nil,sqfr,irred,prime),fctr: P,xpnt: Integer) Time: 0.02 SEC. compiling exported BumInSepFFE : Record(flg: Union(nil,sqfr,irred,prime),fctr: P,xpnt: Integer) -> Record(flg: Union(nil,sqfr,irred,prime),fctr: P,xpnt: Integer) Time: 0.01 SEC. compiling exported squareFree : P -> Factored P Time: 0.05 SEC. compiling exported squareFree : P -> Factored P Time: 0.07 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] squareFreePart: unit has no value [2] BumInSepFFE: : NonNegativeInteger -- should replace by @ Cumulative Statistics for Constructor UnivariatePolynomialSquareFree Time: 0.30 seconds finalizing NRLIB UPSQFREE Processing UnivariatePolynomialSquareFree for Browser database: -- gcd : (%,%) -> % -- squareFree : P -> Factored P -- squareFreePart : P -> P -- BumInSepFFE : FF -> FF -- constructor ; compiling file "/tmp/oa-8xX6dj/code.lsp" (written 01 FEB 2016 11:11:35 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |UPSQFREE;squareFreePart;2P;1| ...) ; compiling (DEFUN |UPSQFREE;squareFreePart;2P;2| ...) ; compiling (DEFUN |UPSQFREE;BumInSepFFE;2R;3| ...) ; compiling (DEFUN |UPSQFREE;BumInSepFFE;2R;4| ...) ; compiling (DEFUN |UPSQFREE;BumInSepFFE;2R;5| ...) ; compiling (DEFUN |UPSQFREE;squareFree;PF;6| ...) ; compiling (DEFUN |UPSQFREE;squareFree;PF;7| ...) ; compiling (DEFUN |UnivariatePolynomialSquareFree| ...) ; compiling (DEFUN |UnivariatePolynomialSquareFree;| ...) ; compiling (MAKEPROP (QUOTE |UnivariatePolynomialSquareFree|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-8xX6dj/code.fasl written ; compilation finished in 0:00:00.054 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile VIEWDEF.spad && cp VIEWDEF.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/VIEWDEF.fasl \ && if test -f VIEWDEF-.NRLIB/code.fasl; then \ cp VIEWDEF-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/VIEWDEF-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/VIEWDEF.spad using Spad compiler. VIEWDEF abbreviates package ViewDefaultsPackage debug: compDefine1 lhs: (ViewDefaultsPackage) signature (pre-evaluate): ((CATEGORY package (SIGNATURE pointColorDefault ((Palette))) (SIGNATURE pointColorDefault ((Palette) (Palette))) (SIGNATURE lineColorDefault ((Palette))) (SIGNATURE lineColorDefault ((Palette) (Palette))) (SIGNATURE axesColorDefault ((Palette))) (SIGNATURE axesColorDefault ((Palette) (Palette))) (SIGNATURE unitsColorDefault ((Palette))) (SIGNATURE unitsColorDefault ((Palette) (Palette))) (SIGNATURE pointSizeDefault ((PositiveInteger))) (SIGNATURE pointSizeDefault ((PositiveInteger) (PositiveInteger))) (SIGNATURE viewPosDefault ((List (NonNegativeInteger)))) (SIGNATURE viewPosDefault ((List (NonNegativeInteger)) (List (NonNegativeInteger)))) (SIGNATURE viewSizeDefault ((List (PositiveInteger)))) (SIGNATURE viewSizeDefault ((List (PositiveInteger)) (List (PositiveInteger)))) (SIGNATURE viewDefaults ((Void))) (SIGNATURE viewWriteDefault ((List (String)))) (SIGNATURE viewWriteDefault ((List (String)) (List (String)))) (SIGNATURE viewWriteAvailable ((List (String)))) (SIGNATURE var1StepsDefault ((PositiveInteger))) (SIGNATURE var2StepsDefault ((PositiveInteger))) (SIGNATURE var1StepsDefault ((PositiveInteger) (PositiveInteger))) (SIGNATURE var2StepsDefault ((PositiveInteger) (PositiveInteger))) (SIGNATURE tubePointsDefault ((PositiveInteger) (PositiveInteger))) (SIGNATURE tubePointsDefault ((PositiveInteger))) (SIGNATURE tubeRadiusDefault ((DoubleFloat) (Float))) (SIGNATURE tubeRadiusDefault ((DoubleFloat))))) debug: evaluateType form: (CATEGORY package (SIGNATURE pointColorDefault ((Palette))) (SIGNATURE pointColorDefault ((Palette) (Palette))) (SIGNATURE lineColorDefault ((Palette))) (SIGNATURE lineColorDefault ((Palette) (Palette))) (SIGNATURE axesColorDefault ((Palette))) (SIGNATURE axesColorDefault ((Palette) (Palette))) (SIGNATURE unitsColorDefault ((Palette))) (SIGNATURE unitsColorDefault ((Palette) (Palette))) (SIGNATURE pointSizeDefault ((PositiveInteger))) (SIGNATURE pointSizeDefault ((PositiveInteger) (PositiveInteger))) (SIGNATURE viewPosDefault ((List (NonNegativeInteger)))) (SIGNATURE viewPosDefault ((List (NonNegativeInteger)) (List (NonNegativeInteger)))) (SIGNATURE viewSizeDefault ((List (PositiveInteger)))) (SIGNATURE viewSizeDefault ((List (PositiveInteger)) (List (PositiveInteger)))) (SIGNATURE viewDefaults ((Void))) (SIGNATURE viewWriteDefault ((List (String)))) (SIGNATURE viewWriteDefault ((List (String)) (List (String)))) (SIGNATURE viewWriteAvailable ((List (String)))) (SIGNATURE var1StepsDefault ((PositiveInteger))) (SIGNATURE var2StepsDefault ((PositiveInteger))) (SIGNATURE var1StepsDefault ((PositiveInteger) (PositiveInteger))) (SIGNATURE var2StepsDefault ((PositiveInteger) (PositiveInteger))) (SIGNATURE tubePointsDefault ((PositiveInteger) (PositiveInteger))) (SIGNATURE tubePointsDefault ((PositiveInteger))) (SIGNATURE tubeRadiusDefault ((DoubleFloat) (Float))) (SIGNATURE tubeRadiusDefault ((DoubleFloat)))) $param: NIL debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (List (NonNegativeInteger)) $param: NIL Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (List (NonNegativeInteger)) $param: NIL Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (List (NonNegativeInteger)) $param: NIL Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (List (PositiveInteger)) $param: NIL Debug: evaluateType1 form: (List (PositiveInteger)) debug: evaluateType1 x: (PositiveInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evalCategory d: (PositiveInteger) c: (Type) debug: evaluateType form: (List (PositiveInteger)) $param: NIL Debug: evaluateType1 form: (List (PositiveInteger)) debug: evaluateType1 x: (PositiveInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evalCategory d: (PositiveInteger) c: (Type) debug: evaluateType form: (List (PositiveInteger)) $param: NIL Debug: evaluateType1 form: (List (PositiveInteger)) debug: evaluateType1 x: (PositiveInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evalCategory d: (PositiveInteger) c: (Type) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (List (String)) $param: NIL Debug: evaluateType1 form: (List (String)) debug: evaluateType1 x: (String) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evalCategory d: (String) c: (Type) debug: evaluateType form: (List (String)) $param: NIL Debug: evaluateType1 form: (List (String)) debug: evaluateType1 x: (String) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evalCategory d: (String) c: (Type) debug: evaluateType form: (List (String)) $param: NIL Debug: evaluateType1 form: (List (String)) debug: evaluateType1 x: (String) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evalCategory d: (String) c: (Type) debug: evaluateType form: (List (String)) $param: NIL Debug: evaluateType1 form: (List (String)) debug: evaluateType1 x: (String) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evalCategory d: (String) c: (Type) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE pointColorDefault ((Palette))) (SIGNATURE pointColorDefault ((Palette) (Palette))) (SIGNATURE lineColorDefault ((Palette))) (SIGNATURE lineColorDefault ((Palette) (Palette))) (SIGNATURE axesColorDefault ((Palette))) (SIGNATURE axesColorDefault ((Palette) (Palette))) (SIGNATURE unitsColorDefault ((Palette))) (SIGNATURE unitsColorDefault ((Palette) (Palette))) (SIGNATURE pointSizeDefault ((PositiveInteger))) (SIGNATURE pointSizeDefault ((PositiveInteger) (PositiveInteger))) (SIGNATURE viewPosDefault ((List (NonNegativeInteger)))) (SIGNATURE viewPosDefault ((List (NonNegativeInteger)) (List (NonNegativeInteger)))) (SIGNATURE viewSizeDefault ((List (PositiveInteger)))) (SIGNATURE viewSizeDefault ((List (PositiveInteger)) (List (PositiveInteger)))) (SIGNATURE viewDefaults ((Void))) (SIGNATURE viewWriteDefault ((List (String)))) (SIGNATURE viewWriteDefault ((List (String)) (List (String)))) (SIGNATURE viewWriteAvailable ((List (String)))) (SIGNATURE var1StepsDefault ((PositiveInteger))) (SIGNATURE var2StepsDefault ((PositiveInteger))) (SIGNATURE var1StepsDefault ((PositiveInteger) (PositiveInteger))) (SIGNATURE var2StepsDefault ((PositiveInteger) (PositiveInteger))) (SIGNATURE tubePointsDefault ((PositiveInteger) (PositiveInteger))) (SIGNATURE tubePointsDefault ((PositiveInteger))) (SIGNATURE tubeRadiusDefault ((DoubleFloat) (Float))) (SIGNATURE tubeRadiusDefault ((DoubleFloat))))) ------------------------------------------------------------------------ initializing stationary directory for ViewDefaultsPackage compiling into /tmp/oa-fVlcgR importing Color importing Palette compiling exported viewPosDefault : () -> List NonNegativeInteger Time: 0.14 SEC. compiling exported viewPosDefault : List NonNegativeInteger -> List NonNegativeInteger Time: 0.02 SEC. compiling exported viewSizeDefault : () -> List PositiveInteger Time: 0.01 SEC. compiling exported viewSizeDefault : List PositiveInteger -> List PositiveInteger Time: 0.02 SEC. compiling exported viewDefaults : () -> Void Time: 0.01 SEC. compiling exported pointColorDefault : () -> Palette Time: 0 SEC. compiling exported pointColorDefault : Palette -> Palette Time: 0.00 SEC. compiling exported lineColorDefault : () -> Palette Time: 0 SEC. compiling exported lineColorDefault : Palette -> Palette Time: 0 SEC. compiling exported axesColorDefault : () -> Palette Time: 0 SEC. compiling exported axesColorDefault : Palette -> Palette Time: 0.00 SEC. compiling exported unitsColorDefault : () -> Palette Time: 0 SEC. compiling exported unitsColorDefault : Palette -> Palette Time: 0 SEC. compiling exported pointSizeDefault : () -> PositiveInteger Time: 0 SEC. compiling exported pointSizeDefault : PositiveInteger -> PositiveInteger Time: 0.00 SEC. compiling exported var1StepsDefault : () -> PositiveInteger Time: 0 SEC. compiling exported var1StepsDefault : PositiveInteger -> PositiveInteger Time: 0 SEC. compiling exported var2StepsDefault : () -> PositiveInteger Time: 0 SEC. compiling exported var2StepsDefault : PositiveInteger -> PositiveInteger Time: 0.00 SEC. compiling exported tubePointsDefault : () -> PositiveInteger Time: 0 SEC. compiling exported tubePointsDefault : PositiveInteger -> PositiveInteger Time: 0 SEC. compiling exported tubeRadiusDefault : () -> DoubleFloat Time: 0.00 SEC. compiling exported tubeRadiusDefault : Float -> DoubleFloat Time: 0 SEC. compiling exported viewWriteAvailable : () -> List String VIEWDEF;viewWriteAvailable;L;24 is replaced by %list("PIXMAP","BITMAP","POSTSCRIPT","IMAGE") Time: 0.01 SEC. compiling exported viewWriteDefault : () -> List String Time: 0.00 SEC. compiling exported viewWriteDefault : List String -> List String Time: 0.03 SEC. (time taken in buildFunctor: 4) Time: 0.01 SEC. Warnings: [1] false has no value Cumulative Statistics for Constructor ViewDefaultsPackage Time: 0.27 seconds finalizing NRLIB VIEWDEF Processing ViewDefaultsPackage for Browser database: -- pointColorDefault : () -> PAL -- pointColorDefault : PAL -> PAL -- lineColorDefault : () -> PAL -- lineColorDefault : PAL -> PAL -- axesColorDefault : () -> PAL -- axesColorDefault : PAL -> PAL -- unitsColorDefault : () -> PAL -- unitsColorDefault : PAL -> PAL -- pointSizeDefault : () -> PI -- pointSizeDefault : PI -> PI -- viewPosDefault : () -> L NNI -- viewPosDefault : L NNI -> L NNI -- viewSizeDefault : () -> L PI -- viewSizeDefault : L PI -> L PI -- viewDefaults : () -> Void -- viewWriteDefault : () -> L S -- viewWriteDefault : L S -> L S -- viewWriteAvailable : () -> L S -- var1StepsDefault : () -> PI -- var2StepsDefault : () -> PI -- var1StepsDefault : PI -> PI -- var2StepsDefault : PI -> PI -- tubePointsDefault : PI -> PI -- tubePointsDefault : () -> PI -- tubeRadiusDefault : Float -> SF -- tubeRadiusDefault : () -> SF -- constructor ; compiling file "/tmp/oa-fVlcgR/code.lsp" (written 01 FEB 2016 11:11:35 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |VIEWDEF;viewWriteAvailable;L;24|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |VIEWDEF;viewPosDefault;L;1| ...) ; compiling (DEFUN |VIEWDEF;viewPosDefault;2L;2| ...) ; file: /tmp/oa-fVlcgR/code.lsp ; in: DEFUN |VIEWDEF;viewPosDefault;2L;2| ; (DEFUN BOOT::|VIEWDEF;viewPosDefault;2L;2| (BOOT::|l| BOOT::$) ; (COND ; ((< (LIST-LENGTH BOOT::|l|) 2) ; (BOOT::|error| "viewPosDefault expects a list with two elements")) ; (T (LIST (BOOT::SPADCALL # # #) (BOOT::SPADCALL # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|VIEWDEF;viewPosDefault;2L;2| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|VIEWDEF;viewPosDefault;2L;2| ; (COND ; ((< # 2) ; (BOOT::|error| "viewPosDefault expects a list with two elements")) ; (T (LIST # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS UNSIGNED-BYTE T)) &REST T). ; compiling (DEFUN |VIEWDEF;viewSizeDefault;L;3| ...) ; compiling (DEFUN |VIEWDEF;viewSizeDefault;2L;4| ...) ; file: /tmp/oa-fVlcgR/code.lsp ; in: DEFUN |VIEWDEF;viewSizeDefault;2L;4| ; (DEFUN BOOT::|VIEWDEF;viewSizeDefault;2L;4| (BOOT::|l| BOOT::$) ; (COND ; ((< (LIST-LENGTH BOOT::|l|) 2) ; (BOOT::|error| "viewSizeDefault expects a list with two elements")) ; (T (LIST (BOOT::SPADCALL # # #) (BOOT::SPADCALL # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|VIEWDEF;viewSizeDefault;2L;4| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|VIEWDEF;viewSizeDefault;2L;4| ; (COND ; ((< # 2) ; (BOOT::|error| "viewSizeDefault expects a list with two elements")) ; (T (LIST # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS (INTEGER 1) T)) &REST T). ; compiling (DEFUN |VIEWDEF;viewDefaults;V;5| ...) ; compiling (DEFUN |VIEWDEF;pointColorDefault;P;6| ...) ; compiling (DEFUN |VIEWDEF;pointColorDefault;2P;7| ...) ; compiling (DEFUN |VIEWDEF;lineColorDefault;P;8| ...) ; compiling (DEFUN |VIEWDEF;lineColorDefault;2P;9| ...) ; compiling (DEFUN |VIEWDEF;axesColorDefault;P;10| ...) ; compiling (DEFUN |VIEWDEF;axesColorDefault;2P;11| ...) ; compiling (DEFUN |VIEWDEF;unitsColorDefault;P;12| ...) ; compiling (DEFUN |VIEWDEF;unitsColorDefault;2P;13| ...) ; compiling (DEFUN |VIEWDEF;pointSizeDefault;Pi;14| ...) ; file: /tmp/oa-fVlcgR/code.lsp ; in: DEFUN |VIEWDEF;pointSizeDefault;Pi;14| ; (DEFUN BOOT::|VIEWDEF;pointSizeDefault;Pi;14| (BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 23) ; (BOOT::|shellEntry| BOOT::$ 62))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|VIEWDEF;pointSizeDefault;Pi;14| ; (BOOT::$) ; (BLOCK BOOT::|VIEWDEF;pointSizeDefault;Pi;14| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 23) ; (BOOT::|shellEntry| BOOT::$ 62)))) ; ; note: type assertion too complex to check: ; (VALUES (INTEGER 1) &REST T). ; compiling (DEFUN |VIEWDEF;pointSizeDefault;2Pi;15| ...) ; file: /tmp/oa-fVlcgR/code.lsp ; in: DEFUN |VIEWDEF;pointSizeDefault;2Pi;15| ; (DEFUN BOOT::|VIEWDEF;pointSizeDefault;2Pi;15| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 23) BOOT::|x| ; (BOOT::|shellEntry| BOOT::$ 67))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|VIEWDEF;pointSizeDefault;2Pi;15| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|VIEWDEF;pointSizeDefault;2Pi;15| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 23) BOOT::|x| ; (BOOT::|shellEntry| BOOT::$ 67)))) ; ; note: type assertion too complex to check: ; (VALUES (INTEGER 1) &REST T). ; compiling (DEFUN |VIEWDEF;var1StepsDefault;Pi;16| ...) ; file: /tmp/oa-fVlcgR/code.lsp ; in: DEFUN |VIEWDEF;var1StepsDefault;Pi;16| ; (DEFUN BOOT::|VIEWDEF;var1StepsDefault;Pi;16| (BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 37) ; (BOOT::|shellEntry| BOOT::$ 62))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|VIEWDEF;var1StepsDefault;Pi;16| ; (BOOT::$) ; (BLOCK BOOT::|VIEWDEF;var1StepsDefault;Pi;16| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 37) ; (BOOT::|shellEntry| BOOT::$ 62)))) ; ; note: type assertion too complex to check: ; (VALUES (INTEGER 1) &REST T). ; compiling (DEFUN |VIEWDEF;var1StepsDefault;2Pi;17| ...) ; file: /tmp/oa-fVlcgR/code.lsp ; in: DEFUN |VIEWDEF;var1StepsDefault;2Pi;17| ; (DEFUN BOOT::|VIEWDEF;var1StepsDefault;2Pi;17| (BOOT::|i| BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 37) BOOT::|i| ; (BOOT::|shellEntry| BOOT::$ 67))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|VIEWDEF;var1StepsDefault;2Pi;17| ; (BOOT::|i| BOOT::$) ; (BLOCK BOOT::|VIEWDEF;var1StepsDefault;2Pi;17| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 37) BOOT::|i| ; (BOOT::|shellEntry| BOOT::$ 67)))) ; ; note: type assertion too complex to check: ; (VALUES (INTEGER 1) &REST T). ; compiling (DEFUN |VIEWDEF;var2StepsDefault;Pi;18| ...) ; file: /tmp/oa-fVlcgR/code.lsp ; in: DEFUN |VIEWDEF;var2StepsDefault;Pi;18| ; (DEFUN BOOT::|VIEWDEF;var2StepsDefault;Pi;18| (BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 38) ; (BOOT::|shellEntry| BOOT::$ 62))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|VIEWDEF;var2StepsDefault;Pi;18| ; (BOOT::$) ; (BLOCK BOOT::|VIEWDEF;var2StepsDefault;Pi;18| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 38) ; (BOOT::|shellEntry| BOOT::$ 62)))) ; ; note: type assertion too complex to check: ; (VALUES (INTEGER 1) &REST T). ; compiling (DEFUN |VIEWDEF;var2StepsDefault;2Pi;19| ...) ; file: /tmp/oa-fVlcgR/code.lsp ; in: DEFUN |VIEWDEF;var2StepsDefault;2Pi;19| ; (DEFUN BOOT::|VIEWDEF;var2StepsDefault;2Pi;19| (BOOT::|i| BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 38) BOOT::|i| ; (BOOT::|shellEntry| BOOT::$ 67))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|VIEWDEF;var2StepsDefault;2Pi;19| ; (BOOT::|i| BOOT::$) ; (BLOCK BOOT::|VIEWDEF;var2StepsDefault;2Pi;19| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 38) BOOT::|i| ; (BOOT::|shellEntry| BOOT::$ 67)))) ; ; note: type assertion too complex to check: ; (VALUES (INTEGER 1) &REST T). ; compiling (DEFUN |VIEWDEF;tubePointsDefault;Pi;20| ...) ; file: /tmp/oa-fVlcgR/code.lsp ; in: DEFUN |VIEWDEF;tubePointsDefault;Pi;20| ; (DEFUN BOOT::|VIEWDEF;tubePointsDefault;Pi;20| (BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 39) ; (BOOT::|shellEntry| BOOT::$ 62))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|VIEWDEF;tubePointsDefault;Pi;20| ; (BOOT::$) ; (BLOCK BOOT::|VIEWDEF;tubePointsDefault;Pi;20| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 39) ; (BOOT::|shellEntry| BOOT::$ 62)))) ; ; note: type assertion too complex to check: ; (VALUES (INTEGER 1) &REST T). ; compiling (DEFUN |VIEWDEF;tubePointsDefault;2Pi;21| ...) ; file: /tmp/oa-fVlcgR/code.lsp ; in: DEFUN |VIEWDEF;tubePointsDefault;2Pi;21| ; (DEFUN BOOT::|VIEWDEF;tubePointsDefault;2Pi;21| (BOOT::|i| BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 39) BOOT::|i| ; (BOOT::|shellEntry| BOOT::$ 67))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|VIEWDEF;tubePointsDefault;2Pi;21| ; (BOOT::|i| BOOT::$) ; (BLOCK BOOT::|VIEWDEF;tubePointsDefault;2Pi;21| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 39) BOOT::|i| ; (BOOT::|shellEntry| BOOT::$ 67)))) ; ; note: type assertion too complex to check: ; (VALUES (INTEGER 1) &REST T). ; compiling (DEFUN |VIEWDEF;tubeRadiusDefault;Df;22| ...) ; file: /tmp/oa-fVlcgR/code.lsp ; in: DEFUN |VIEWDEF;tubeRadiusDefault;Df;22| ; (DEFUN BOOT::|VIEWDEF;tubeRadiusDefault;Df;22| (BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 47) ; (BOOT::|shellEntry| BOOT::$ 90))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|VIEWDEF;tubeRadiusDefault;Df;22| ; (BOOT::$) ; (BLOCK BOOT::|VIEWDEF;tubeRadiusDefault;Df;22| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 47) ; (BOOT::|shellEntry| BOOT::$ 90)))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |VIEWDEF;tubeRadiusDefault;FDf;23| ...) ; file: /tmp/oa-fVlcgR/code.lsp ; in: DEFUN |VIEWDEF;tubeRadiusDefault;FDf;23| ; (DEFUN BOOT::|VIEWDEF;tubeRadiusDefault;FDf;23| (BOOT::|f| BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 47) ; (BOOT::SPADCALL BOOT::|f| (BOOT::|shellEntry| BOOT::$ 44)) ; (BOOT::|shellEntry| BOOT::$ 92))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|VIEWDEF;tubeRadiusDefault;FDf;23| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|VIEWDEF;tubeRadiusDefault;FDf;23| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 47) ; (BOOT::SPADCALL BOOT::|f| ; (BOOT::|shellEntry| BOOT::$ 44)) ; (BOOT::|shellEntry| BOOT::$ 92)))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |VIEWDEF;viewWriteAvailable;L;24| ...) ; compiling (DEFUN |VIEWDEF;viewWriteDefault;L;25| ...) ; file: /tmp/oa-fVlcgR/code.lsp ; in: DEFUN |VIEWDEF;viewWriteDefault;L;25| ; (DEFUN BOOT::|VIEWDEF;viewWriteDefault;L;25| (BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 36) ; (BOOT::|shellEntry| BOOT::$ 95))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|VIEWDEF;viewWriteDefault;L;25| ; (BOOT::$) ; (BLOCK BOOT::|VIEWDEF;viewWriteDefault;L;25| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 36) ; (BOOT::|shellEntry| BOOT::$ 95)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS STRING T)) &REST T). ; compiling (DEFUN |VIEWDEF;viewWriteDefault;2L;26| ...) ; file: /tmp/oa-fVlcgR/code.lsp ; in: DEFUN |VIEWDEF;viewWriteDefault;2L;26| ; (DEFUN BOOT::|VIEWDEF;viewWriteDefault;2L;26| (BOOT::|listOfThings| BOOT::$) ; (PROG (BOOT::|writeTypeInt|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|VIEWDEF;viewWriteDefault;2L;26| ; (BOOT::|listOfThings| BOOT::$) ; (BLOCK BOOT::|VIEWDEF;viewWriteDefault;2L;26| ; (PROG (BOOT::|writeTypeInt|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS STRING T)) &REST T). ; compiling (DEFUN |ViewDefaultsPackage| ...) ; compiling (DEFUN |ViewDefaultsPackage;| ...) ; compiling (MAKEPROP (QUOTE |ViewDefaultsPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 14 notes ; /tmp/oa-fVlcgR/code.fasl written ; compilation finished in 0:00:00.104 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile TS.spad && cp TS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/TS.fasl \ && if test -f TS-.NRLIB/code.fasl; then \ cp TS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/TS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TS.spad using Spad compiler. TS abbreviates domain TaylorSeries debug: compDefine1 lhs: (TaylorSeries Coef) signature (pre-evaluate): ((Join (MultivariateTaylorSeriesCategory Coef (Symbol)) (CATEGORY domain (SIGNATURE coefficient ((Polynomial Coef) $ (NonNegativeInteger))) (SIGNATURE coerce ($ (Symbol))) (SIGNATURE coerce ($ (Polynomial Coef))) (IF (has Coef (Algebra (Fraction (Integer)))) (PROGN (SIGNATURE integrate ($ $ (Symbol) Coef)) (SIGNATURE fintegrate ($ (Mapping $) (Symbol) Coef))) %noBranch))) NIL) debug: evaluateType form: (Join (MultivariateTaylorSeriesCategory Coef (Symbol)) (CATEGORY domain (SIGNATURE coefficient ((Polynomial Coef) $ (NonNegativeInteger))) (SIGNATURE coerce ($ (Symbol))) (SIGNATURE coerce ($ (Polynomial Coef))) (IF (has Coef (Algebra (Fraction (Integer)))) (PROGN (SIGNATURE integrate ($ $ (Symbol) Coef)) (SIGNATURE fintegrate ($ (Mapping $) (Symbol) Coef))) %noBranch))) $param: (Coef) debug: evaluateType form: (MultivariateTaylorSeriesCategory Coef (Symbol)) $param: (Coef) Debug: evaluateType1 form: (MultivariateTaylorSeriesCategory Coef (Symbol)) debug: evaluateType1 x: Coef m: (Ring) debug: evaluateType1 x: (Symbol) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (Coef) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (Symbol) $param: (Coef) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (OrderedSet) debug: evaluateType form: (CATEGORY domain (SIGNATURE coefficient ((Polynomial Coef) $ (NonNegativeInteger))) (SIGNATURE coerce ($ (Symbol))) (SIGNATURE coerce ($ (Polynomial Coef))) (IF (has Coef (Algebra (Fraction (Integer)))) (PROGN (SIGNATURE integrate ($ $ (Symbol) Coef)) (SIGNATURE fintegrate ($ (Mapping $) (Symbol) Coef))) %noBranch)) $param: (Coef) debug: evaluateType form: (Polynomial Coef) $param: (Coef) Debug: evaluateType1 form: (Polynomial Coef) debug: evaluateType1 x: Coef m: (Ring) debug: evaluateType form: (NonNegativeInteger) $param: (Coef) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Symbol) $param: (Coef) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Polynomial Coef) $param: (Coef) Debug: evaluateType1 form: (Polynomial Coef) debug: evaluateType1 x: Coef m: (Ring) debug: compDefine1 signature (post evaluate): ((Join (MultivariateTaylorSeriesCategory Coef (Symbol)) (CATEGORY domain (SIGNATURE coefficient ((Polynomial Coef) $ (NonNegativeInteger))) (SIGNATURE coerce ($ (Symbol))) (SIGNATURE coerce ($ (Polynomial Coef))) (IF (has Coef (Algebra (Fraction (Integer)))) (PROGN (SIGNATURE integrate ($ $ (Symbol) Coef)) (SIGNATURE fintegrate ($ (Mapping $) (Symbol) Coef))) %noBranch))) NIL) ------------------------------------------------------------------------ initializing stationary directory for TaylorSeries compiling into /tmp/oa-gLpjot compiling exported polynomial : (%,NonNegativeInteger) -> Polynomial Coef Time: 0.10 SEC. (time taken in buildFunctor: 24) Time: 0.06 SEC. Warnings: [1] Rep differs from the base domain Cumulative Statistics for Constructor TaylorSeries Time: 0.16 seconds --------------non extending category---------------------- TaylorSeries #1 of category MultivariateTaylorSeriesCategory(#1, Symbol) with coefficient : (%,NonNegativeInteger) -> Polynomial #1 coerce : Symbol -> % coerce : Polynomial #1 -> %IF (has #1 (Algebra (Fraction (Integer)))) (PROGN (SIGNATURE integrate ($ $ (Symbol) #1)) (SIGNATURE fintegrate ($ (Mapping $) (Symbol) #1))) %noBranch has no ?*? : (Polynomial #1,%) -> % ---------------------------------------------------------- finalizing NRLIB TS Processing TaylorSeries for Browser database: -- coefficient : (%,NNI) -> SMP -- coerce : Symbol -> % -- coerce : SMP -> % -- integrate : (%,Symbol,Coef) -> % -- fintegrate : ((() -> %),Symbol,Coef) -> % -- constructor ; compiling file "/tmp/oa-gLpjot/code.lsp" (written 01 FEB 2016 11:11:36 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |TS;polynomial;$NniP;1| ...) ; compiling (DEFUN |TaylorSeries| ...) ; compiling (DEFUN |TaylorSeries;| ...) ; compiling (MAKEPROP (QUOTE |TaylorSeries|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-gLpjot/code.fasl written ; compilation finished in 0:00:00.019 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile WEIER.spad && cp WEIER.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/WEIER.fasl \ && if test -f WEIER-.NRLIB/code.fasl; then \ cp WEIER-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/WEIER-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/WEIER.spad using Spad compiler. WEIER abbreviates package WeierstrassPreparation debug: compDefine1 lhs: (WeierstrassPreparation R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE crest ((Mapping (Stream (Polynomial R)) (Stream (Polynomial R))) (NonNegativeInteger))) (SIGNATURE cfirst ((Mapping (Stream (Polynomial R)) (Stream (Polynomial R))) (NonNegativeInteger))) (SIGNATURE sts2stst ((Stream (Stream (Polynomial R))) (Symbol) (Stream (Polynomial R)))) (SIGNATURE clikeUniv ((Mapping (SparseUnivariatePolynomial (Polynomial R)) (Polynomial R)) (Symbol))) (SIGNATURE weierstrass ((List (TaylorSeries R)) (Symbol) (TaylorSeries R))) (SIGNATURE qqq ((Mapping (Stream (TaylorSeries R)) (Stream (TaylorSeries R))) (NonNegativeInteger) (TaylorSeries R) (Stream (TaylorSeries R))))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE crest ((Mapping (Stream (Polynomial R)) (Stream (Polynomial R))) (NonNegativeInteger))) (SIGNATURE cfirst ((Mapping (Stream (Polynomial R)) (Stream (Polynomial R))) (NonNegativeInteger))) (SIGNATURE sts2stst ((Stream (Stream (Polynomial R))) (Symbol) (Stream (Polynomial R)))) (SIGNATURE clikeUniv ((Mapping (SparseUnivariatePolynomial (Polynomial R)) (Polynomial R)) (Symbol))) (SIGNATURE weierstrass ((List (TaylorSeries R)) (Symbol) (TaylorSeries R))) (SIGNATURE qqq ((Mapping (Stream (TaylorSeries R)) (Stream (TaylorSeries R))) (NonNegativeInteger) (TaylorSeries R) (Stream (TaylorSeries R))))) $param: (R) debug: evaluateType form: (Mapping (Stream (Polynomial R)) (Stream (Polynomial R))) $param: (R) debug: evaluateType form: (Stream (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Stream (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evaluateType form: (Stream (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Stream (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Mapping (Stream (Polynomial R)) (Stream (Polynomial R))) $param: (R) debug: evaluateType form: (Stream (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Stream (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evaluateType form: (Stream (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Stream (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Stream (Stream (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Stream (Stream (Polynomial R))) debug: evaluateType1 x: (Stream (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Stream (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Stream (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evalCategory d: (Stream (Polynomial R)) c: (Type) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Stream (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Stream (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evaluateType form: (Mapping (SparseUnivariatePolynomial (Polynomial R)) (Polynomial R)) $param: (R) debug: evaluateType form: (SparseUnivariatePolynomial (Polynomial R)) $param: (R) Debug: evaluateType1 form: (SparseUnivariatePolynomial (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Ring) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (List (TaylorSeries R)) $param: (R) Debug: evaluateType1 form: (List (TaylorSeries R)) debug: evaluateType1 x: (TaylorSeries R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (TaylorSeries R) $param: (R) Debug: evaluateType1 form: (TaylorSeries R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (TaylorSeries R) c: (Type) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (TaylorSeries R) $param: (R) Debug: evaluateType1 form: (TaylorSeries R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Mapping (Stream (TaylorSeries R)) (Stream (TaylorSeries R))) $param: (R) debug: evaluateType form: (Stream (TaylorSeries R)) $param: (R) Debug: evaluateType1 form: (Stream (TaylorSeries R)) debug: evaluateType1 x: (TaylorSeries R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (TaylorSeries R) $param: (R) Debug: evaluateType1 form: (TaylorSeries R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (TaylorSeries R) c: (Type) debug: evaluateType form: (Stream (TaylorSeries R)) $param: (R) Debug: evaluateType1 form: (Stream (TaylorSeries R)) debug: evaluateType1 x: (TaylorSeries R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (TaylorSeries R) $param: (R) Debug: evaluateType1 form: (TaylorSeries R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (TaylorSeries R) c: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (TaylorSeries R) $param: (R) Debug: evaluateType1 form: (TaylorSeries R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Stream (TaylorSeries R)) $param: (R) Debug: evaluateType1 form: (Stream (TaylorSeries R)) debug: evaluateType1 x: (TaylorSeries R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (TaylorSeries R) $param: (R) Debug: evaluateType1 form: (TaylorSeries R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (TaylorSeries R) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE crest ((Mapping (Stream (Polynomial R)) (Stream (Polynomial R))) (NonNegativeInteger))) (SIGNATURE cfirst ((Mapping (Stream (Polynomial R)) (Stream (Polynomial R))) (NonNegativeInteger))) (SIGNATURE sts2stst ((Stream (Stream (Polynomial R))) (Symbol) (Stream (Polynomial R)))) (SIGNATURE clikeUniv ((Mapping (SparseUnivariatePolynomial (Polynomial R)) (Polynomial R)) (Symbol))) (SIGNATURE weierstrass ((List (TaylorSeries R)) (Symbol) (TaylorSeries R))) (SIGNATURE qqq ((Mapping (Stream (TaylorSeries R)) (Stream (TaylorSeries R))) (NonNegativeInteger) (TaylorSeries R) (Stream (TaylorSeries R))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for WeierstrassPreparation compiling into /tmp/oa-UJDryI importing TaylorSeries R importing StreamTaylorSeriesOperations Polynomial R importing StreamTaylorSeriesOperations TaylorSeries R compiling local transback : Stream TaylorSeries R -> List TaylorSeries R Time: 0.08 SEC. compiling exported clikeUniv : Symbol -> Polynomial R -> SparseUnivariatePolynomial Polynomial R Time: 0.05 SEC. compiling local mind : (NonNegativeInteger,Stream Polynomial R) -> NonNegativeInteger Time: 0.02 SEC. compiling local mindegree : Stream Polynomial R -> NonNegativeInteger Time: 0.01 SEC. compiling local streamlikeUniv : (SparseUnivariatePolynomial Polynomial R,NonNegativeInteger) -> Stream Polynomial R Time: 0.03 SEC. compiling local transpose : Stream Stream Polynomial R -> Stream Stream Polynomial R Time: 0.03 SEC. compiling exported sts2stst : (Symbol,Stream Polynomial R) -> Stream Stream Polynomial R Time: 0.10 SEC. compiling local tp : (Symbol,Stream Polynomial R) -> Stream Stream Polynomial R Time: 0 SEC. compiling local maptake : (NonNegativeInteger,Stream Stream Polynomial R) -> Stream TaylorSeries R Time: 0.02 SEC. compiling local mapdrop : (NonNegativeInteger,Stream Stream Polynomial R) -> Stream TaylorSeries R Time: 0.01 SEC. compiling local weier : (Symbol,Stream Polynomial R) -> Stream TaylorSeries R Time: 0.06 SEC. compiling exported cfirst : NonNegativeInteger -> Stream Polynomial R -> Stream Polynomial R Time: 0 SEC. compiling exported crest : NonNegativeInteger -> Stream Polynomial R -> Stream Polynomial R Time: 0.01 SEC. compiling local qq : (NonNegativeInteger,TaylorSeries R,Stream TaylorSeries R,Stream TaylorSeries R) -> Stream TaylorSeries R Time: 0.02 SEC. compiling exported qqq : (NonNegativeInteger,TaylorSeries R,Stream TaylorSeries R) -> Stream TaylorSeries R -> Stream TaylorSeries R Time: 0.01 SEC. compiling local wei : (Symbol,TaylorSeries R) -> Stream TaylorSeries R Time: 0.01 SEC. compiling exported weierstrass : (Symbol,TaylorSeries R) -> List TaylorSeries R Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Warnings: [1] transback: : Stream Stream Polynomial R -- replace by pretend [2] transback: : TaylorSeries R -- replace by pretend [3] transback: : Stream TaylorSeries R -- replace by pretend [4] clikeUniv: not known that Ring is of mode CATEGORY(package,crest: NonNegativeInteger -> (Stream Polynomial R -> Stream Polynomial R),cfirst: NonNegativeInteger -> (Stream Polynomial R -> Stream Polynomial R),sts2stst: (Symbol,Stream Polynomial R) -> Stream Stream Polynomial R,clikeUniv: Symbol -> (Polynomial R -> SparseUnivariatePolynomial Polynomial R),weierstrass: (Symbol,TaylorSeries R) -> List TaylorSeries R,qqq: (NonNegativeInteger,TaylorSeries R,Stream TaylorSeries R) -> (Stream TaylorSeries R -> Stream TaylorSeries R)) [5] streamlikeUniv: : NonNegativeInteger -- replace by pretend [6] sts2stst: : Stream NonNegativeInteger -- replace by pretend [7] weier: : TaylorSeries R -- replace by pretend [8] wei: : Stream Polynomial R -- replace by pretend Cumulative Statistics for Constructor WeierstrassPreparation Time: 0.48 seconds finalizing NRLIB WEIER Processing WeierstrassPreparation for Browser database: -- crest : NNI -> (StS -> StS) -- cfirst : NNI -> (StS -> StS) -- sts2stst : (VarSet,StS) -> ST StS -- clikeUniv : VarSet -> (SMP -> SUP) -- weierstrass : (VarSet,SMPS) -> L SMPS -- qqq : (NNI,SMPS,ST SMPS) -> (ST SMPS -> ST SMPS) -- constructor ; compiling file "/tmp/oa-UJDryI/code.lsp" (written 01 FEB 2016 11:11:36 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |WEIER;transback| ...) ; compiling (DEFUN |WEIER;clikeUniv;SM;2| ...) ; compiling (DEFUN |WEIER;clikeUniv;SM;2!0| ...) ; compiling (DEFUN |WEIER;mind| ...) ; file: /tmp/oa-UJDryI/code.lsp ; in: DEFUN |WEIER;mind| ; (DEFUN BOOT::|WEIER;mind| (BOOT::|n| BOOT::|sts| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|sts| (BOOT::|shellEntry| BOOT::$ 17)) ; (BOOT::|error| "no mindegree")) ; ((BOOT::SPADCALL (BOOT::SPADCALL BOOT::|sts| #) ; (BOOT::|spadConstant| BOOT::$ 35) ; (BOOT::|shellEntry| BOOT::$ 36)) ; (BOOT::|WEIER;mind| (+ BOOT::|n| 1) (BOOT::SPADCALL BOOT::|sts| #) ; BOOT::$)) ; (T BOOT::|n|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|WEIER;mind| ; (BOOT::|n| BOOT::|sts| BOOT::$) ; (BLOCK BOOT::|WEIER;mind| ; (COND ((BOOT::SPADCALL BOOT::|sts| #) (BOOT::|error| "no mindegree")) ; ((BOOT::SPADCALL # # #) (BOOT::|WEIER;mind| # # BOOT::$)) ; (T BOOT::|n|)))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |WEIER;mindegree| ...) ; compiling (DEFUN |WEIER;streamlikeUniv| ...) ; compiling (DEFUN |WEIER;transpose| ...) ; compiling (DEFUN |WEIER;transpose!0| ...) ; compiling (DEFUN |WEIER;sts2stst;SSS;7| ...) ; compiling (DEFUN |WEIER;sts2stst;SSS;7!0| ...) ; compiling (DEFUN |WEIER;tp| ...) ; compiling (DEFUN |WEIER;maptake| ...) ; compiling (DEFUN |WEIER;mapdrop| ...) ; compiling (DEFUN |WEIER;weier| ...) ; compiling (DEFUN |WEIER;cfirst;NniM;12| ...) ; compiling (DEFUN |WEIER;cfirst;NniM;12!0| ...) ; compiling (DEFUN |WEIER;crest;NniM;13| ...) ; compiling (DEFUN |WEIER;crest;NniM;13!0| ...) ; compiling (DEFUN |WEIER;qq| ...) ; compiling (DEFUN |WEIER;qqq;NniTsSM;15| ...) ; compiling (DEFUN |WEIER;qqq;NniTsSM;15!0| ...) ; compiling (DEFUN |WEIER;wei| ...) ; compiling (DEFUN |WEIER;weierstrass;STsL;17| ...) ; compiling (DEFUN |WeierstrassPreparation| ...) ; compiling (DEFUN |WeierstrassPreparation;| ...) ; compiling (MAKEPROP (QUOTE |WeierstrassPreparation|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-UJDryI/code.fasl written ; compilation finished in 0:00:00.055 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile EQTBL.spad && cp EQTBL.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/EQTBL.fasl \ && if test -f EQTBL-.NRLIB/code.fasl; then \ cp EQTBL-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/EQTBL-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/EQTBL.spad using Spad compiler. EQTBL abbreviates domain EqTable debug: compDefine1 lhs: (EqTable Key Entry) signature (pre-evaluate): (NIL (SetCategory) (SetCategory)) debug: evaluateType form: (SetCategory) $param: (Key Entry) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (SetCategory) $param: (Key Entry) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): (NIL (SetCategory) (SetCategory)) debug: compDefine1 lhs: (EqTable Key Entry) signature (pre-evaluate): (NIL NIL NIL) debug: compDefine1 signature (post evaluate): (NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for EqTable compiling into /tmp/oa-ty6hcw (time taken in buildFunctor: 120) Time: 0.18 SEC. Cumulative Statistics for Constructor EqTable Time: 0.18 seconds finalizing NRLIB EQTBL Processing EqTable for Browser database: -- constructor ; compiling file "/tmp/oa-ty6hcw/code.lsp" (written 01 FEB 2016 11:11:37 PM): ; compiling (DEFUN |EqTable| ...) ; compiling (DEFUN |EqTable;| ...) ; compiling (MAKEPROP (QUOTE |EqTable|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-ty6hcw/code.fasl written ; compilation finished in 0:00:00.020 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile GSTBL.spad && cp GSTBL.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GSTBL.fasl \ && if test -f GSTBL-.NRLIB/code.fasl; then \ cp GSTBL-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GSTBL-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GSTBL.spad using Spad compiler. GSTBL abbreviates domain GeneralSparseTable debug: compDefine1 lhs: (GeneralSparseTable Key Entry Tbl dent) signature (pre-evaluate): ((TableAggregate Key Entry) NIL NIL NIL NIL) debug: evaluateType form: (TableAggregate Key Entry) $param: (Key Entry Tbl dent) Debug: evaluateType1 form: (TableAggregate Key Entry) debug: evaluateType1 x: Key m: (SetCategory) debug: evaluateType1 x: Entry m: (SetCategory) debug: compDefine1 signature (post evaluate): ((TableAggregate Key Entry) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for GeneralSparseTable compiling into /tmp/oa-crbhbN compiling exported elt : (%,Key) -> Entry Time: 0.02 SEC. compiling exported setelt : (%,Key,Entry) -> Entry Time: 0 SEC. compiling exported search : (Key,%) -> Union(Entry,failed) Time: 0.00 SEC. (time taken in buildFunctor: 88) Time: 0.12 SEC. Warnings: [1] OpenAxiom suggests removing assignment to Rep Cumulative Statistics for Constructor GeneralSparseTable Time: 0.14 seconds finalizing NRLIB GSTBL Processing GeneralSparseTable for Browser database: -- constructor ; compiling file "/tmp/oa-crbhbN/code.lsp" (written 01 FEB 2016 11:11:37 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |GSTBL;elt;$KeyEntry;1| ...) ; compiling (DEFUN |GSTBL;setelt;$Key2Entry;2| ...) ; compiling (DEFUN |GSTBL;search;Key$U;3| ...) ; compiling (DEFUN |GeneralSparseTable| ...) ; compiling (DEFUN |GeneralSparseTable;| ...) ; compiling (MAKEPROP (QUOTE |GeneralSparseTable|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-crbhbN/code.fasl written ; compilation finished in 0:00:00.033 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile STBL.spad && cp STBL.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/STBL.fasl \ && if test -f STBL-.NRLIB/code.fasl; then \ cp STBL-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/STBL-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/STBL.spad using Spad compiler. STBL abbreviates domain SparseTable debug: compDefine1 lhs: (SparseTable Key Ent dent) signature (pre-evaluate): (NIL (SetCategory) (SetCategory) Ent) debug: evaluateType form: (SetCategory) $param: (Key Ent dent) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (SetCategory) $param: (Key Ent dent) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: Ent $param: (Key Ent dent) debug: compDefine1 signature (post evaluate): (NIL (SetCategory) (SetCategory) Ent) debug: compDefine1 lhs: (SparseTable Key Ent dent) signature (pre-evaluate): (NIL NIL NIL NIL) debug: compDefine1 signature (post evaluate): (NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for SparseTable compiling into /tmp/oa-5Isxvj (time taken in buildFunctor: 84) Time: 0.13 SEC. Cumulative Statistics for Constructor SparseTable Time: 0.13 seconds finalizing NRLIB STBL Processing SparseTable for Browser database: -- constructor ; compiling file "/tmp/oa-5Isxvj/code.lsp" (written 01 FEB 2016 11:11:38 PM): ; compiling (DEFUN |SparseTable| ...) ; compiling (DEFUN |SparseTable;| ...) ; compiling (MAKEPROP (QUOTE |SparseTable|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-5Isxvj/code.fasl written ; compilation finished in 0:00:00.045 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile STRTBL.spad && cp STRTBL.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/STRTBL.fasl \ && if test -f STRTBL-.NRLIB/code.fasl; then \ cp STRTBL-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/STRTBL-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/STRTBL.spad using Spad compiler. STRTBL abbreviates domain StringTable debug: compDefine1 lhs: (StringTable Entry) signature (pre-evaluate): (NIL (SetCategory)) debug: evaluateType form: (SetCategory) $param: (Entry) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): (NIL (SetCategory)) debug: compDefine1 lhs: (StringTable Entry) signature (pre-evaluate): (NIL NIL) debug: compDefine1 signature (post evaluate): (NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for StringTable compiling into /tmp/oa-KOyGCC (time taken in buildFunctor: 84) Time: 0.16 SEC. Cumulative Statistics for Constructor StringTable Time: 0.16 seconds finalizing NRLIB STRTBL Processing StringTable for Browser database: -- constructor ; compiling file "/tmp/oa-KOyGCC/code.lsp" (written 01 FEB 2016 11:11:38 PM): ; compiling (DEFUN |StringTable| ...) ; compiling (DEFUN |StringTable;| ...) ; compiling (MAKEPROP (QUOTE |StringTable|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-KOyGCC/code.fasl written ; compilation finished in 0:00:00.027 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile DOMCTOR.spad && cp DOMCTOR.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DOMCTOR.fasl \ && if test -f DOMCTOR-.NRLIB/code.fasl; then \ cp DOMCTOR-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DOMCTOR-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DOMCTOR.spad using Spad compiler. DOMCTOR abbreviates domain DomainConstructor debug: compDefine1 lhs: (DomainConstructor) signature (pre-evaluate): ((Join (ConstructorCategory) (CoercibleTo (Constructor)) (CATEGORY domain (SIGNATURE functorData ((FunctorData) $))))) debug: evaluateType form: (Join (ConstructorCategory) (CoercibleTo (Constructor)) (CATEGORY domain (SIGNATURE functorData ((FunctorData) $)))) $param: NIL debug: evaluateType form: (ConstructorCategory) $param: NIL Debug: evaluateType1 form: (ConstructorCategory) debug: evaluateType form: (CoercibleTo (Constructor)) $param: NIL Debug: evaluateType1 form: (CoercibleTo (Constructor)) debug: evaluateType1 x: (Constructor) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Constructor) $param: NIL Debug: evaluateType1 form: (Constructor) debug: evalCategory d: (Constructor) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE functorData ((FunctorData) $))) $param: NIL debug: evaluateType form: (FunctorData) $param: NIL Debug: evaluateType1 form: (FunctorData) debug: compDefine1 signature (post evaluate): ((Join (ConstructorCategory) (CoercibleTo (Constructor)) (CATEGORY domain (SIGNATURE functorData ((FunctorData) $))))) ------------------------------------------------------------------------ initializing stationary directory for DomainConstructor compiling into /tmp/oa-fIjRK1 compiling exported functorData : % -> FunctorData DOMCTOR;functorData;$Fd;1 is replaced by getInfovec Time: 0.01 SEC. compiling exported coerce : % -> Constructor DOMCTOR;coerce;$C;2 x is replaced by x Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Cumulative Statistics for Constructor DomainConstructor Time: 0.02 seconds --------------non extending category---------------------- DomainConstructor of category Join(ConstructorCategory,CoercibleTo Constructor) with functorData : % -> FunctorData has no findConstructor : Identifier -> Maybe % ---------------------------------------------------------- finalizing NRLIB DOMCTOR Processing DomainConstructor for Browser database: -- functorData : % -> FunctorData -- constructor ; compiling file "/tmp/oa-fIjRK1/code.lsp" (written 01 FEB 2016 11:11:38 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DOMCTOR;functorData;$Fd;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DOMCTOR;coerce;$C;2|) ...) ; compiling (DEFUN |DOMCTOR;functorData;$Fd;1| ...) ; compiling (DEFUN |DOMCTOR;coerce;$C;2| ...) ; compiling (DEFUN |DomainConstructor| ...) ; compiling (DEFUN |DomainConstructor;| ...) ; compiling (MAKEPROP (QUOTE |DomainConstructor|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-fIjRK1/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile DOMAIN.spad && cp DOMAIN.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DOMAIN.fasl \ && if test -f DOMAIN-.NRLIB/code.fasl; then \ cp DOMAIN-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DOMAIN-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DOMAIN.spad using Spad compiler. DOMAIN abbreviates domain Domain debug: compDefine1 lhs: (Domain) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE constructor ((DomainConstructor) $)) (SIGNATURE reify ((ConstructorCall (DomainConstructor)) $)) (SIGNATURE reflect ($ (ConstructorCall (DomainConstructor)))) (SIGNATURE showSummary ((Void) $))))) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (SIGNATURE constructor ((DomainConstructor) $)) (SIGNATURE reify ((ConstructorCall (DomainConstructor)) $)) (SIGNATURE reflect ($ (ConstructorCall (DomainConstructor)))) (SIGNATURE showSummary ((Void) $)))) $param: NIL debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE constructor ((DomainConstructor) $)) (SIGNATURE reify ((ConstructorCall (DomainConstructor)) $)) (SIGNATURE reflect ($ (ConstructorCall (DomainConstructor)))) (SIGNATURE showSummary ((Void) $))) $param: NIL debug: evaluateType form: (DomainConstructor) $param: NIL Debug: evaluateType1 form: (DomainConstructor) debug: evaluateType form: (ConstructorCall (DomainConstructor)) $param: NIL Debug: evaluateType1 form: (ConstructorCall (DomainConstructor)) debug: evaluateType1 x: (DomainConstructor) m: (ConstructorCategory) debug: evaluateType1 categoryForm: (ConstructorCategory) debug: evaluateType form: (ConstructorCategory) $param: NIL Debug: evaluateType1 form: (ConstructorCategory) debug: evaluateType form: (DomainConstructor) $param: NIL Debug: evaluateType1 form: (DomainConstructor) debug: evalCategory d: (DomainConstructor) c: (ConstructorCategory) debug: evaluateType form: (ConstructorCall (DomainConstructor)) $param: NIL Debug: evaluateType1 form: (ConstructorCall (DomainConstructor)) debug: evaluateType1 x: (DomainConstructor) m: (ConstructorCategory) debug: evaluateType1 categoryForm: (ConstructorCategory) debug: evaluateType form: (ConstructorCategory) $param: NIL Debug: evaluateType1 form: (ConstructorCategory) debug: evaluateType form: (DomainConstructor) $param: NIL Debug: evaluateType1 form: (DomainConstructor) debug: evalCategory d: (DomainConstructor) c: (ConstructorCategory) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE constructor ((DomainConstructor) $)) (SIGNATURE reify ((ConstructorCall (DomainConstructor)) $)) (SIGNATURE reflect ($ (ConstructorCall (DomainConstructor)))) (SIGNATURE showSummary ((Void) $))))) ------------------------------------------------------------------------ initializing stationary directory for Domain compiling into /tmp/oa-xE2UKe compiling exported constructor : % -> DomainConstructor Time: 0.00 SEC. compiling exported coerce : % -> OutputForm DOMAIN;coerce;$Of;2 is replaced by outputDomainConstructor Time: 0.01 SEC. compiling exported reify : % -> ConstructorCall DomainConstructor DOMAIN;reify;$Cc;3 is replaced by devaluate Time: 0 SEC. compiling exported reflect : ConstructorCall DomainConstructor -> % DOMAIN;reflect;Cc$;4 is replaced by evalDomain Time: 0 SEC. compiling exported = : (%,%) -> Boolean Time: 0 SEC. compiling exported showSummary : % -> Void DOMAIN;showSummary;$V;6 is replaced by showSummary Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor Domain Time: 0.02 seconds finalizing NRLIB DOMAIN Processing Domain for Browser database: -- constructor : % -> DomainConstructor -- reify : % -> ConstructorCall DomainConstructor -- reflect : ConstructorCall DomainConstructor -> % -- showSummary : % -> Void -- constructor ; compiling file "/tmp/oa-xE2UKe/code.lsp" (written 01 FEB 2016 11:11:38 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DOMAIN;coerce;$Of;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DOMAIN;reify;$Cc;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DOMAIN;reflect;Cc$;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DOMAIN;showSummary;$V;6|) ...) ; compiling (DEFUN |DOMAIN;constructor;$Dc;1| ...) ; file: /tmp/oa-xE2UKe/code.lsp ; in: DEFUN |DOMAIN;constructor;$Dc;1| ; (DEFUN BOOT::|DOMAIN;constructor;$Dc;1| (BOOT::|x| BOOT::$) ; (CAR (BOOT::|devaluate| BOOT::|x|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DOMAIN;constructor;$Dc;1| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|DOMAIN;constructor;$Dc;1| ; (CAR (BOOT::|devaluate| BOOT::|x|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |DOMAIN;coerce;$Of;2| ...) ; compiling (DEFUN |DOMAIN;reify;$Cc;3| ...) ; compiling (DEFUN |DOMAIN;reflect;Cc$;4| ...) ; compiling (DEFUN |DOMAIN;=;2$B;5| ...) ; file: /tmp/oa-xE2UKe/code.lsp ; in: DEFUN |DOMAIN;=;2$B;5| ; (DEFUN BOOT::|DOMAIN;=;2$B;5| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL (BOOT::|devaluate| BOOT::|x|) (BOOT::|devaluate| BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 14))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DOMAIN;=;2$B;5| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|DOMAIN;=;2$B;5| ; (BOOT::SPADCALL (BOOT::|devaluate| BOOT::|x|) ; (BOOT::|devaluate| BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 14)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |DOMAIN;showSummary;$V;6| ...) ; compiling (DEFUN |Domain| ...) ; compiling (DEFUN |Domain;| ...) ; compiling (MAKEPROP (QUOTE |Domain|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 1 note ; /tmp/oa-xE2UKe/code.fasl written ; compilation finished in 0:00:00.025 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SYMTAB.spad && cp SYMTAB.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SYMTAB.fasl \ && if test -f SYMTAB-.NRLIB/code.fasl; then \ cp SYMTAB-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SYMTAB-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SYMTAB.spad using Spad compiler. SYMTAB abbreviates domain SymbolTable debug: compDefine1 lhs: (SymbolTable) signature (pre-evaluate): ((Join (CoercibleTo (OutputForm)) (CoercibleTo (Table (Symbol) (FortranType))) (CATEGORY domain (SIGNATURE empty ($)) (SIGNATURE declare! ((FortranType) (List (Symbol)) (FortranType) $)) (SIGNATURE declare! ((FortranType) (Symbol) (FortranType) $)) (SIGNATURE fortranTypeOf ((FortranType) (Symbol) $)) (SIGNATURE parametersOf ((List (Symbol)) $)) (SIGNATURE typeList ((List (Union (: name (Symbol)) (: bounds (List (Union (: S (Symbol)) (: P (Polynomial (Integer)))))))) (FortranScalarType) $)) (SIGNATURE externalList ((List (Symbol)) $)) (SIGNATURE typeLists ((List (List (Union (: name (Symbol)) (: bounds (List (Union (: S (Symbol)) (: P (Polynomial (Integer))))))))) $)) (SIGNATURE newTypeLists ((SExpression) $)) (SIGNATURE printTypes ((Void) $)) (SIGNATURE symbolTable ($ (List (Record (: key (Symbol)) (: entry (FortranType))))))))) debug: evaluateType form: (Join (CoercibleTo (OutputForm)) (CoercibleTo (Table (Symbol) (FortranType))) (CATEGORY domain (SIGNATURE empty ($)) (SIGNATURE declare! ((FortranType) (List (Symbol)) (FortranType) $)) (SIGNATURE declare! ((FortranType) (Symbol) (FortranType) $)) (SIGNATURE fortranTypeOf ((FortranType) (Symbol) $)) (SIGNATURE parametersOf ((List (Symbol)) $)) (SIGNATURE typeList ((List (Union (: name (Symbol)) (: bounds (List (Union (: S (Symbol)) (: P (Polynomial (Integer)))))))) (FortranScalarType) $)) (SIGNATURE externalList ((List (Symbol)) $)) (SIGNATURE typeLists ((List (List (Union (: name (Symbol)) (: bounds (List (Union (: S (Symbol)) (: P (Polynomial (Integer))))))))) $)) (SIGNATURE newTypeLists ((SExpression) $)) (SIGNATURE printTypes ((Void) $)) (SIGNATURE symbolTable ($ (List (Record (: key (Symbol)) (: entry (FortranType)))))))) $param: NIL debug: evaluateType form: (CoercibleTo (OutputForm)) $param: NIL Debug: evaluateType1 form: (CoercibleTo (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (CoercibleTo (Table (Symbol) (FortranType))) $param: NIL Debug: evaluateType1 form: (CoercibleTo (Table (Symbol) (FortranType))) debug: evaluateType1 x: (Table (Symbol) (FortranType)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Table (Symbol) (FortranType)) $param: NIL Debug: evaluateType1 form: (Table (Symbol) (FortranType)) debug: evaluateType1 x: (Symbol) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (SetCategory) debug: evaluateType1 x: (FortranType) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (FortranType) $param: NIL Debug: evaluateType1 form: (FortranType) debug: evalCategory d: (FortranType) c: (SetCategory) debug: evalCategory d: (Table (Symbol) (FortranType)) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE empty ($)) (SIGNATURE declare! ((FortranType) (List (Symbol)) (FortranType) $)) (SIGNATURE declare! ((FortranType) (Symbol) (FortranType) $)) (SIGNATURE fortranTypeOf ((FortranType) (Symbol) $)) (SIGNATURE parametersOf ((List (Symbol)) $)) (SIGNATURE typeList ((List (Union (: name (Symbol)) (: bounds (List (Union (: S (Symbol)) (: P (Polynomial (Integer)))))))) (FortranScalarType) $)) (SIGNATURE externalList ((List (Symbol)) $)) (SIGNATURE typeLists ((List (List (Union (: name (Symbol)) (: bounds (List (Union (: S (Symbol)) (: P (Polynomial (Integer))))))))) $)) (SIGNATURE newTypeLists ((SExpression) $)) (SIGNATURE printTypes ((Void) $)) (SIGNATURE symbolTable ($ (List (Record (: key (Symbol)) (: entry (FortranType))))))) $param: NIL debug: evaluateType form: (FortranType) $param: NIL Debug: evaluateType1 form: (FortranType) debug: evaluateType form: (List (Symbol)) $param: NIL Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (FortranType) $param: NIL Debug: evaluateType1 form: (FortranType) debug: evaluateType form: (FortranType) $param: NIL Debug: evaluateType1 form: (FortranType) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (FortranType) $param: NIL Debug: evaluateType1 form: (FortranType) debug: evaluateType form: (FortranType) $param: NIL Debug: evaluateType1 form: (FortranType) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (List (Symbol)) $param: NIL Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (List (Union (: name (Symbol)) (: bounds (List (Union (: S (Symbol)) (: P (Polynomial (Integer)))))))) $param: NIL Debug: evaluateType1 form: (List (Union (: name (Symbol)) (: bounds (List (Union (: S (Symbol)) (: P (Polynomial (Integer)))))))) debug: evaluateType1 x: (Union (: name (Symbol)) (: bounds (List (Union (: S (Symbol)) (: P (Polynomial (Integer))))))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Union (: name (Symbol)) (: bounds (List (Union (: S (Symbol)) (: P (Polynomial (Integer))))))) $param: NIL debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (List (Union (: S (Symbol)) (: P (Polynomial (Integer))))) $param: NIL Debug: evaluateType1 form: (List (Union (: S (Symbol)) (: P (Polynomial (Integer))))) debug: evaluateType1 x: (Union (: S (Symbol)) (: P (Polynomial (Integer)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Union (: S (Symbol)) (: P (Polynomial (Integer)))) $param: NIL debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Polynomial (Integer)) $param: NIL Debug: evaluateType1 form: (Polynomial (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evalCategory d: (Union (: S (Symbol)) (: P (Polynomial (Integer)))) c: (Type) debug: evalCategory d: (Union (: name (Symbol)) (: bounds (List (Union (: S (Symbol)) (: P (Polynomial (Integer))))))) c: (Type) debug: evaluateType form: (FortranScalarType) $param: NIL Debug: evaluateType1 form: (FortranScalarType) debug: evaluateType form: (List (Symbol)) $param: NIL Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (List (List (Union (: name (Symbol)) (: bounds (List (Union (: S (Symbol)) (: P (Polynomial (Integer))))))))) $param: NIL Debug: evaluateType1 form: (List (List (Union (: name (Symbol)) (: bounds (List (Union (: S (Symbol)) (: P (Polynomial (Integer))))))))) debug: evaluateType1 x: (List (Union (: name (Symbol)) (: bounds (List (Union (: S (Symbol)) (: P (Polynomial (Integer)))))))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Union (: name (Symbol)) (: bounds (List (Union (: S (Symbol)) (: P (Polynomial (Integer)))))))) $param: NIL Debug: evaluateType1 form: (List (Union (: name (Symbol)) (: bounds (List (Union (: S (Symbol)) (: P (Polynomial (Integer)))))))) debug: evaluateType1 x: (Union (: name (Symbol)) (: bounds (List (Union (: S (Symbol)) (: P (Polynomial (Integer))))))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Union (: name (Symbol)) (: bounds (List (Union (: S (Symbol)) (: P (Polynomial (Integer))))))) $param: NIL debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (List (Union (: S (Symbol)) (: P (Polynomial (Integer))))) $param: NIL Debug: evaluateType1 form: (List (Union (: S (Symbol)) (: P (Polynomial (Integer))))) debug: evaluateType1 x: (Union (: S (Symbol)) (: P (Polynomial (Integer)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Union (: S (Symbol)) (: P (Polynomial (Integer)))) $param: NIL debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Polynomial (Integer)) $param: NIL Debug: evaluateType1 form: (Polynomial (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evalCategory d: (Union (: S (Symbol)) (: P (Polynomial (Integer)))) c: (Type) debug: evalCategory d: (Union (: name (Symbol)) (: bounds (List (Union (: S (Symbol)) (: P (Polynomial (Integer))))))) c: (Type) debug: evalCategory d: (List (Union (: name (Symbol)) (: bounds (List (Union (: S (Symbol)) (: P (Polynomial (Integer)))))))) c: (Type) debug: evaluateType form: (SExpression) $param: NIL Debug: evaluateType1 form: (SExpression) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (List (Record (: key (Symbol)) (: entry (FortranType)))) $param: NIL Debug: evaluateType1 form: (List (Record (: key (Symbol)) (: entry (FortranType)))) debug: evaluateType1 x: (Record (: key (Symbol)) (: entry (FortranType))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: key (Symbol)) (: entry (FortranType))) $param: NIL debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (FortranType) $param: NIL Debug: evaluateType1 form: (FortranType) debug: evalCategory d: (Record (: key (Symbol)) (: entry (FortranType))) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (CoercibleTo (OutputForm)) (CoercibleTo (Table (Symbol) (FortranType))) (CATEGORY domain (SIGNATURE empty ($)) (SIGNATURE declare! ((FortranType) (List (Symbol)) (FortranType) $)) (SIGNATURE declare! ((FortranType) (Symbol) (FortranType) $)) (SIGNATURE fortranTypeOf ((FortranType) (Symbol) $)) (SIGNATURE parametersOf ((List (Symbol)) $)) (SIGNATURE typeList ((List (Union (: name (Symbol)) (: bounds (List (Union (: S (Symbol)) (: P (Polynomial (Integer)))))))) (FortranScalarType) $)) (SIGNATURE externalList ((List (Symbol)) $)) (SIGNATURE typeLists ((List (List (Union (: name (Symbol)) (: bounds (List (Union (: S (Symbol)) (: P (Polynomial (Integer))))))))) $)) (SIGNATURE newTypeLists ((SExpression) $)) (SIGNATURE printTypes ((Void) $)) (SIGNATURE symbolTable ($ (List (Record (: key (Symbol)) (: entry (FortranType))))))))) ------------------------------------------------------------------------ initializing stationary directory for SymbolTable compiling into /tmp/oa-d42AWr compiling exported coerce : % -> OutputForm Time: 0.03 SEC. compiling exported coerce : % -> Table(Symbol,FortranType) SYMTAB;coerce;$T;2 t is replaced by t Time: 0 SEC. compiling exported symbolTable : List Record(key: Symbol,entry: FortranType) -> % Time: 0.00 SEC. compiling exported empty : () -> % Time: 0 SEC. compiling exported parametersOf : % -> List Symbol Time: 0.01 SEC. compiling exported declare! : (Symbol,FortranType,%) -> FortranType Time: 0.02 SEC. compiling exported declare! : (List Symbol,FortranType,%) -> FortranType Time: 0.01 SEC. compiling exported fortranTypeOf : (Symbol,%) -> FortranType Time: 0 SEC. compiling exported externalList : % -> List Symbol Time: 0.01 SEC. compiling exported typeList : (FortranScalarType,%) -> List Union(name: Symbol,bounds: List Union(S: Symbol,P: Polynomial Integer)) Time: 0.09 SEC. compiling local typeList2 : (FortranScalarType,%) -> List Union(name: Symbol,bounds: List Union(S: Symbol,P: Polynomial Integer)) Time: 0.06 SEC. compiling local updateList : (SExpression,SExpression,SExpression,SExpression) -> SExpression Time: 0 SEC. compiling exported newTypeLists : % -> SExpression Time: 0.14 SEC. compiling exported typeLists : % -> List List Union(name: Symbol,bounds: List Union(S: Symbol,P: Polynomial Integer)) Time: 0.03 SEC. compiling local oForm2 : Union(S: Symbol,P: Polynomial Integer) -> OutputForm Time: 0.04 SEC. compiling local oForm : Union(name: Symbol,bounds: List Union(S: Symbol,P: Polynomial Integer)) -> OutputForm Time: 0.06 SEC. compiling local outForm : List Union(name: Symbol,bounds: List Union(S: Symbol,P: Polynomial Integer)) -> List OutputForm Time: 0.04 SEC. compiling exported printTypes : % -> Void Time: 0.04 SEC. (time taken in buildFunctor: 4) Time: 0.02 SEC. Warnings: [1] externalList: external? has no value [2] typeList: fst has no value [3] typeList2: fst has no value [4] newTypeLists: fst has no value [5] oForm2: S has no value [6] oForm2: P has no value [7] oForm: bounds has no value Cumulative Statistics for Constructor SymbolTable Time: 0.59 seconds finalizing NRLIB SYMTAB Processing SymbolTable for Browser database: -- empty : () -> % -- declare! : (L Symbol,FortranType,%) -> FortranType -- declare! : (Symbol,FortranType,%) -> FortranType -- fortranTypeOf : (Symbol,%) -> FortranType -- parametersOf : % -> L Symbol -- typeList : (FortranScalarType,%) -> TL -- externalList : % -> L Symbol -- typeLists : % -> L TL -- newTypeLists : % -> SEX -- printTypes : % -> Void -- symbolTable : L Record(key: Symbol,entry: FortranType) -> % -- constructor ; compiling file "/tmp/oa-d42AWr/code.lsp" (written 01 FEB 2016 11:11:39 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYMTAB;coerce;$T;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SYMTAB;coerce;$Of;1| ...) ; compiling (DEFUN |SYMTAB;coerce;$T;2| ...) ; compiling (DEFUN |SYMTAB;symbolTable;L$;3| ...) ; compiling (DEFUN |SYMTAB;empty;$;4| ...) ; compiling (DEFUN |SYMTAB;parametersOf;$L;5| ...) ; file: /tmp/oa-d42AWr/code.lsp ; in: DEFUN |SYMTAB;parametersOf;$L;5| ; (DEFUN BOOT::|SYMTAB;parametersOf;$L;5| (BOOT::|tab| BOOT::$) ; (BOOT::SPADCALL BOOT::|tab| (BOOT::|shellEntry| BOOT::$ 21))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYMTAB;parametersOf;$L;5| ; (BOOT::|tab| BOOT::$) ; (BLOCK BOOT::|SYMTAB;parametersOf;$L;5| ; (BOOT::SPADCALL BOOT::|tab| (BOOT::|shellEntry| BOOT::$ 21)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SYMTAB;declare!;SFt$Ft;6| ...) ; compiling (DEFUN |SYMTAB;declare!;LFt$Ft;7| ...) ; compiling (DEFUN |SYMTAB;fortranTypeOf;S$Ft;8| ...) ; compiling (DEFUN |SYMTAB;externalList;$L;9| ...) ; file: /tmp/oa-d42AWr/code.lsp ; in: DEFUN |SYMTAB;externalList;$L;9| ; (DEFUN BOOT::|SYMTAB;externalList;$L;9| (BOOT::|tab| BOOT::$) ; (LET ((#:G647 (BOOT::SPADCALL BOOT::|tab| #)) (#:G563 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G647 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYMTAB;externalList;$L;9| ; (BOOT::|tab| BOOT::$) ; (BLOCK BOOT::|SYMTAB;externalList;$L;9| ; (LET ((#:G647 #) (#:G563 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SYMTAB;typeList;Fst$L;10| ...) ; compiling (DEFUN |SYMTAB;typeList2| ...) ; compiling (DEFUN |SYMTAB;updateList| ...) ; compiling (DEFUN |SYMTAB;newTypeLists;$Se;13| ...) ; compiling (DEFUN |SYMTAB;typeLists;$L;14| ...) ; compiling (DEFUN |SYMTAB;oForm2| ...) ; compiling (DEFUN |SYMTAB;oForm| ...) ; compiling (DEFUN |SYMTAB;outForm| ...) ; file: /tmp/oa-d42AWr/code.lsp ; in: DEFUN |SYMTAB;outForm| ; (DEFUN BOOT::|SYMTAB;outForm| (BOOT::|t| BOOT::$) ; (LET ((#:G656 BOOT::|t|) (#:G637 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G656 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYMTAB;outForm| ; (BOOT::|t| BOOT::$) ; (BLOCK BOOT::|SYMTAB;outForm| ; (LET ((#:G656 BOOT::|t|) (#:G637 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SYMTAB;printTypes;$V;18| ...) ; compiling (DEFUN |SymbolTable| ...) ; compiling (DEFUN |SymbolTable;| ...) ; compiling (MAKEPROP (QUOTE |SymbolTable|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; file: /tmp/oa-d42AWr/code.lsp ; in: DEFUN |SYMTAB;newTypeLists;$Se;13| ; (BOOT::|construct|) ; ; caught STYLE-WARNING: ; undefined function: |construct| ; in: DEFUN |SYMTAB;updateList| ; (BOOT::|construct| BOOT::|sType| BOOT::|entry|) ; ; caught STYLE-WARNING: ; undefined function: |construct| ; ; compilation unit finished ; Undefined function: ; |construct| ; caught 2 STYLE-WARNING conditions ; printed 3 notes ; /tmp/oa-d42AWr/code.fasl written ; compilation finished in 0:00:00.133 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SYMS.spad && cp SYMS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SYMS.fasl \ && if test -f SYMS-.NRLIB/code.fasl; then \ cp SYMS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SYMS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SYMS.spad using Spad compiler. SYMS abbreviates domain TheSymbolTable debug: compDefine1 lhs: (TheSymbolTable) signature (pre-evaluate): ((Join (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE showTheSymbolTable ($)) (SIGNATURE clearTheSymbolTable ((Void))) (SIGNATURE clearTheSymbolTable ((Void) (Symbol))) (SIGNATURE declare! ((FortranType) (Symbol) (FortranType) (Symbol) $)) (SIGNATURE declare! ((FortranType) (List (Symbol)) (FortranType) (Symbol) $)) (SIGNATURE declare! ((FortranType) (Symbol) (FortranType))) (SIGNATURE declare! ((FortranType) (Symbol) (FortranType) (Symbol))) (SIGNATURE newSubProgram ((Void) (Symbol))) (SIGNATURE currentSubProgram ((Symbol))) (SIGNATURE endSubProgram ((Symbol))) (SIGNATURE argumentList! ((Void) (Symbol) (List (Symbol)) $)) (SIGNATURE argumentList! ((Void) (Symbol) (List (Symbol)))) (SIGNATURE argumentList! ((Void) (List (Symbol)))) (SIGNATURE returnType! ((Void) (Symbol) (Union (: fst (FortranScalarType)) (: void void)) $)) (SIGNATURE returnType! ((Void) (Symbol) (Union (: fst (FortranScalarType)) (: void void)))) (SIGNATURE returnType! ((Void) (Union (: fst (FortranScalarType)) (: void void)))) (SIGNATURE printHeader ((Void) (Symbol) $)) (SIGNATURE printHeader ((Void) (Symbol))) (SIGNATURE printHeader ((Void))) (SIGNATURE printTypes ((Void) (Symbol))) (SIGNATURE empty ($)) (SIGNATURE returnTypeOf ((Union (: fst (FortranScalarType)) (: void void)) (Symbol) $)) (SIGNATURE argumentListOf ((List (Symbol)) (Symbol) $)) (SIGNATURE symbolTableOf ((SymbolTable) (Symbol) $))))) debug: evaluateType form: (Join (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE showTheSymbolTable ($)) (SIGNATURE clearTheSymbolTable ((Void))) (SIGNATURE clearTheSymbolTable ((Void) (Symbol))) (SIGNATURE declare! ((FortranType) (Symbol) (FortranType) (Symbol) $)) (SIGNATURE declare! ((FortranType) (List (Symbol)) (FortranType) (Symbol) $)) (SIGNATURE declare! ((FortranType) (Symbol) (FortranType))) (SIGNATURE declare! ((FortranType) (Symbol) (FortranType) (Symbol))) (SIGNATURE newSubProgram ((Void) (Symbol))) (SIGNATURE currentSubProgram ((Symbol))) (SIGNATURE endSubProgram ((Symbol))) (SIGNATURE argumentList! ((Void) (Symbol) (List (Symbol)) $)) (SIGNATURE argumentList! ((Void) (Symbol) (List (Symbol)))) (SIGNATURE argumentList! ((Void) (List (Symbol)))) (SIGNATURE returnType! ((Void) (Symbol) (Union (: fst (FortranScalarType)) (: void void)) $)) (SIGNATURE returnType! ((Void) (Symbol) (Union (: fst (FortranScalarType)) (: void void)))) (SIGNATURE returnType! ((Void) (Union (: fst (FortranScalarType)) (: void void)))) (SIGNATURE printHeader ((Void) (Symbol) $)) (SIGNATURE printHeader ((Void) (Symbol))) (SIGNATURE printHeader ((Void))) (SIGNATURE printTypes ((Void) (Symbol))) (SIGNATURE empty ($)) (SIGNATURE returnTypeOf ((Union (: fst (FortranScalarType)) (: void void)) (Symbol) $)) (SIGNATURE argumentListOf ((List (Symbol)) (Symbol) $)) (SIGNATURE symbolTableOf ((SymbolTable) (Symbol) $)))) $param: NIL debug: evaluateType form: (CoercibleTo (OutputForm)) $param: NIL Debug: evaluateType1 form: (CoercibleTo (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE showTheSymbolTable ($)) (SIGNATURE clearTheSymbolTable ((Void))) (SIGNATURE clearTheSymbolTable ((Void) (Symbol))) (SIGNATURE declare! ((FortranType) (Symbol) (FortranType) (Symbol) $)) (SIGNATURE declare! ((FortranType) (List (Symbol)) (FortranType) (Symbol) $)) (SIGNATURE declare! ((FortranType) (Symbol) (FortranType))) (SIGNATURE declare! ((FortranType) (Symbol) (FortranType) (Symbol))) (SIGNATURE newSubProgram ((Void) (Symbol))) (SIGNATURE currentSubProgram ((Symbol))) (SIGNATURE endSubProgram ((Symbol))) (SIGNATURE argumentList! ((Void) (Symbol) (List (Symbol)) $)) (SIGNATURE argumentList! ((Void) (Symbol) (List (Symbol)))) (SIGNATURE argumentList! ((Void) (List (Symbol)))) (SIGNATURE returnType! ((Void) (Symbol) (Union (: fst (FortranScalarType)) (: void void)) $)) (SIGNATURE returnType! ((Void) (Symbol) (Union (: fst (FortranScalarType)) (: void void)))) (SIGNATURE returnType! ((Void) (Union (: fst (FortranScalarType)) (: void void)))) (SIGNATURE printHeader ((Void) (Symbol) $)) (SIGNATURE printHeader ((Void) (Symbol))) (SIGNATURE printHeader ((Void))) (SIGNATURE printTypes ((Void) (Symbol))) (SIGNATURE empty ($)) (SIGNATURE returnTypeOf ((Union (: fst (FortranScalarType)) (: void void)) (Symbol) $)) (SIGNATURE argumentListOf ((List (Symbol)) (Symbol) $)) (SIGNATURE symbolTableOf ((SymbolTable) (Symbol) $))) $param: NIL debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (FortranType) $param: NIL Debug: evaluateType1 form: (FortranType) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (FortranType) $param: NIL Debug: evaluateType1 form: (FortranType) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (FortranType) $param: NIL Debug: evaluateType1 form: (FortranType) debug: evaluateType form: (List (Symbol)) $param: NIL Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (FortranType) $param: NIL Debug: evaluateType1 form: (FortranType) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (FortranType) $param: NIL Debug: evaluateType1 form: (FortranType) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (FortranType) $param: NIL Debug: evaluateType1 form: (FortranType) debug: evaluateType form: (FortranType) $param: NIL Debug: evaluateType1 form: (FortranType) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (FortranType) $param: NIL Debug: evaluateType1 form: (FortranType) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (List (Symbol)) $param: NIL Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (List (Symbol)) $param: NIL Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (List (Symbol)) $param: NIL Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Union (: fst (FortranScalarType)) (: void void)) $param: NIL debug: evaluateType form: (FortranScalarType) $param: NIL Debug: evaluateType1 form: (FortranScalarType) debug: evaluateType form: void $param: NIL debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Union (: fst (FortranScalarType)) (: void void)) $param: NIL debug: evaluateType form: (FortranScalarType) $param: NIL Debug: evaluateType1 form: (FortranScalarType) debug: evaluateType form: void $param: NIL debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Union (: fst (FortranScalarType)) (: void void)) $param: NIL debug: evaluateType form: (FortranScalarType) $param: NIL Debug: evaluateType1 form: (FortranScalarType) debug: evaluateType form: void $param: NIL debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Union (: fst (FortranScalarType)) (: void void)) $param: NIL debug: evaluateType form: (FortranScalarType) $param: NIL Debug: evaluateType1 form: (FortranScalarType) debug: evaluateType form: void $param: NIL debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (List (Symbol)) $param: NIL Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (SymbolTable) $param: NIL Debug: evaluateType1 form: (SymbolTable) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: compDefine1 signature (post evaluate): ((Join (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE showTheSymbolTable ($)) (SIGNATURE clearTheSymbolTable ((Void))) (SIGNATURE clearTheSymbolTable ((Void) (Symbol))) (SIGNATURE declare! ((FortranType) (Symbol) (FortranType) (Symbol) $)) (SIGNATURE declare! ((FortranType) (List (Symbol)) (FortranType) (Symbol) $)) (SIGNATURE declare! ((FortranType) (Symbol) (FortranType))) (SIGNATURE declare! ((FortranType) (Symbol) (FortranType) (Symbol))) (SIGNATURE newSubProgram ((Void) (Symbol))) (SIGNATURE currentSubProgram ((Symbol))) (SIGNATURE endSubProgram ((Symbol))) (SIGNATURE argumentList! ((Void) (Symbol) (List (Symbol)) $)) (SIGNATURE argumentList! ((Void) (Symbol) (List (Symbol)))) (SIGNATURE argumentList! ((Void) (List (Symbol)))) (SIGNATURE returnType! ((Void) (Symbol) (Union (: fst (FortranScalarType)) (: void void)) $)) (SIGNATURE returnType! ((Void) (Symbol) (Union (: fst (FortranScalarType)) (: void void)))) (SIGNATURE returnType! ((Void) (Union (: fst (FortranScalarType)) (: void void)))) (SIGNATURE printHeader ((Void) (Symbol) $)) (SIGNATURE printHeader ((Void) (Symbol))) (SIGNATURE printHeader ((Void))) (SIGNATURE printTypes ((Void) (Symbol))) (SIGNATURE empty ($)) (SIGNATURE returnTypeOf ((Union (: fst (FortranScalarType)) (: void void)) (Symbol) $)) (SIGNATURE argumentListOf ((List (Symbol)) (Symbol) $)) (SIGNATURE symbolTableOf ((SymbolTable) (Symbol) $))))) ------------------------------------------------------------------------ initializing stationary directory for TheSymbolTable compiling into /tmp/oa-tQRzSp compiling local newEntry : () -> Entry Time: 0.04 SEC. compiling local checkIfEntryExists : (Symbol,%) -> Void Time: 0.02 SEC. compiling exported returnTypeOf : (Symbol,%) -> Union(fst: FortranScalarType,void: void) Time: 0 SEC. compiling exported argumentListOf : (Symbol,%) -> List Symbol Time: 0.01 SEC. compiling exported symbolTableOf : (Symbol,%) -> SymbolTable Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Time: 0.00 SEC. compiling exported showTheSymbolTable : () -> % Time: 0 SEC. compiling exported clearTheSymbolTable : () -> Void Time: 0 SEC. compiling exported clearTheSymbolTable : Symbol -> Void Time: 0.00 SEC. compiling exported empty : () -> % Time: 0 SEC. compiling exported currentSubProgram : () -> Symbol Time: 0 SEC. compiling exported endSubProgram : () -> Symbol Time: 0 SEC. compiling exported newSubProgram : Symbol -> Void Time: 0 SEC. compiling exported argumentList! : (Symbol,List Symbol,%) -> Void Time: 0.01 SEC. compiling exported argumentList! : (Symbol,List Symbol) -> Void Time: 0.01 SEC. compiling exported argumentList! : List Symbol -> Void Time: 0.01 SEC. compiling exported returnType! : (Symbol,Union(fst: FortranScalarType,void: void),%) -> Void Time: 0.00 SEC. compiling exported returnType! : (Symbol,Union(fst: FortranScalarType,void: void)) -> Void Time: 0.00 SEC. compiling exported returnType! : Union(fst: FortranScalarType,void: void) -> Void Time: 0 SEC. compiling exported declare! : (Symbol,FortranType) -> FortranType Time: 0.00 SEC. compiling exported declare! : (Symbol,FortranType,Symbol,%) -> FortranType Time: 0.01 SEC. compiling exported declare! : (List Symbol,FortranType,Symbol,%) -> FortranType Time: 0.02 SEC. compiling exported declare! : (Symbol,FortranType,Symbol) -> FortranType Time: 0.01 SEC. compiling exported printHeader : (Symbol,%) -> Void Time: 0.03 SEC. compiling exported printHeader : Symbol -> Void Time: 0 SEC. compiling exported printHeader : () -> Void Time: 0 SEC. compiling exported printTypes : Symbol -> Void Time: 0.00 SEC. (time taken in buildFunctor: 4) Time: 0.01 SEC. Warnings: [1] Type SymbolTable is not in scope. Import it [2] Type FortranScalarType is not in scope. Import it [3] Type List Symbol is not in scope. Import it Cumulative Statistics for Constructor TheSymbolTable Time: 0.20 seconds finalizing NRLIB SYMS Processing TheSymbolTable for Browser database: -- showTheSymbolTable : () -> % -- clearTheSymbolTable : () -> Void -- clearTheSymbolTable : Symbol -> Void -- declare! : (Symbol,FortranType,Symbol,%) -> FortranType -- declare! : (List Symbol,FortranType,Symbol,%) -> FortranType -- declare! : (Symbol,FortranType) -> FortranType -- declare! : (Symbol,FortranType,Symbol) -> FortranType -- newSubProgram : Symbol -> Void -- currentSubProgram : () -> Symbol -- endSubProgram : () -> Symbol -- argumentList! : (Symbol,List Symbol,%) -> Void -- argumentList! : (Symbol,List Symbol) -> Void -- argumentList! : List Symbol -> Void -- returnType! : (Symbol,FSTU,%) -> Void -- returnType! : (Symbol,FSTU) -> Void -- returnType! : FSTU -> Void -- printHeader : (Symbol,%) -> Void -- printHeader : Symbol -> Void -- printHeader : () -> Void -- printTypes : Symbol -> Void -- empty : () -> % -- returnTypeOf : (Symbol,%) -> FSTU -- argumentListOf : (Symbol,%) -> List Symbol -- symbolTableOf : (Symbol,%) -> SymbolTable -- constructor ; compiling file "/tmp/oa-tQRzSp/code.lsp" (written 01 FEB 2016 11:11:40 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYMS;showTheSymbolTable;$;7|) ...) ; compiling (PUT (QUOTE |SYMS;currentSubProgram;S;11|) ...) ; compiling (DEFUN |SYMS;newEntry| ...) ; compiling (DEFUN |SYMS;checkIfEntryExists| ...) ; compiling (DEFUN |SYMS;returnTypeOf;S$U;3| ...) ; compiling (DEFUN |SYMS;argumentListOf;S$L;4| ...) ; compiling (DEFUN |SYMS;symbolTableOf;S$St;5| ...) ; compiling (DEFUN |SYMS;coerce;$Of;6| ...) ; compiling (DEFUN |SYMS;showTheSymbolTable;$;7| ...) ; compiling (DEFUN |SYMS;clearTheSymbolTable;V;8| ...) ; compiling (DEFUN |SYMS;clearTheSymbolTable;SV;9| ...) ; compiling (DEFUN |SYMS;empty;$;10| ...) ; compiling (DEFUN |SYMS;currentSubProgram;S;11| ...) ; compiling (DEFUN |SYMS;endSubProgram;S;12| ...) ; compiling (DEFUN |SYMS;newSubProgram;SV;13| ...) ; compiling (DEFUN |SYMS;argumentList!;SL$V;14| ...) ; compiling (DEFUN |SYMS;argumentList!;SLV;15| ...) ; compiling (DEFUN |SYMS;argumentList!;LV;16| ...) ; compiling (DEFUN |SYMS;returnType!;SU$V;17| ...) ; compiling (DEFUN |SYMS;returnType!;SUV;18| ...) ; compiling (DEFUN |SYMS;returnType!;UV;19| ...) ; compiling (DEFUN |SYMS;declare!;S2Ft;20| ...) ; compiling (DEFUN |SYMS;declare!;SFtS$Ft;21| ...) ; compiling (DEFUN |SYMS;declare!;LFtS$Ft;22| ...) ; compiling (DEFUN |SYMS;declare!;SFtSFt;23| ...) ; compiling (DEFUN |SYMS;printHeader;S$V;24| ...) ; compiling (DEFUN |SYMS;printHeader;SV;25| ...) ; compiling (DEFUN |SYMS;printHeader;V;26| ...) ; compiling (DEFUN |SYMS;printTypes;SV;27| ...) ; compiling (DEFUN |TheSymbolTable| ...) ; compiling (DEFUN |TheSymbolTable;| ...) ; compiling (MAKEPROP (QUOTE |TheSymbolTable|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-tQRzSp/code.fasl written ; compilation finished in 0:00:00.073 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile IOBCON.spad && cp IOBCON.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IOBCON.fasl \ && if test -f IOBCON-.NRLIB/code.fasl; then \ cp IOBCON-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IOBCON-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IOBCON.spad using Spad compiler. IOBCON abbreviates category InputOutputByteConduit debug: compDefine1 lhs: (InputOutputByteConduit) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for InputOutputByteConduit compiling into /tmp/oa-KjVAMS STYLE-WARNING: redefining BOOT::|InputOutputByteConduit| in DEFUN Time: 0.01 SEC. finalizing NRLIB IOBCON Processing InputOutputByteConduit for Browser database: -- constructor ; compiling file "/tmp/oa-KjVAMS/code.lsp" (written 01 FEB 2016 11:11:40 PM): ; compiling (DEFPARAMETER |InputOutputByteConduit;AL| ...) ; compiling (DEFUN |InputOutputByteConduit;| ...) ; compiling (DEFUN |InputOutputByteConduit| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-KjVAMS/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ================================== === layer 14 of 24 complete ====== ================================== ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile UPXSCONS.spad && cp UPXSCONS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UPXSCONS.fasl \ && if test -f UPXSCONS-.NRLIB/code.fasl; then \ cp UPXSCONS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UPXSCONS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UPXSCONS.spad using Spad compiler. UPXSCONS abbreviates domain UnivariatePuiseuxSeriesConstructor debug: compDefine1 lhs: (UnivariatePuiseuxSeriesConstructor Coef ULS) signature (pre-evaluate): ((UnivariatePuiseuxSeriesConstructorCategory Coef ULS) NIL NIL) debug: evaluateType form: (UnivariatePuiseuxSeriesConstructorCategory Coef ULS) $param: (Coef ULS) Debug: evaluateType1 form: (UnivariatePuiseuxSeriesConstructorCategory Coef ULS) debug: evaluateType1 x: Coef m: (Ring) debug: evaluateType1 x: ULS m: (UnivariateLaurentSeriesCategory Coef) debug: compDefine1 signature (post evaluate): ((UnivariatePuiseuxSeriesConstructorCategory Coef ULS) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for UnivariatePuiseuxSeriesConstructor compiling into /tmp/oa-Foyaj5 compiling local getExpon : % -> Fraction Integer UPXSCONS;getExpon is replaced by %head Time: 0.08 SEC. compiling local getULS : % -> ULS UPXSCONS;getULS is replaced by %tail Time: 0 SEC. compiling exported puiseux : (Fraction Integer,ULS) -> % UPXSCONS;puiseux;FULS$;3 is replaced by %pair Time: 0.02 SEC. compiling exported laurentRep : % -> ULS UPXSCONS;laurentRep;$ULS;4 is replaced by %tail Time: 0 SEC. compiling exported rationalPower : % -> Fraction Integer UPXSCONS;rationalPower;$F;5 is replaced by %head Time: 0.01 SEC. compiling exported degree : % -> Fraction Integer Time: 0.02 SEC. compiling exported Zero : () -> % Time: 0.01 SEC. compiling exported One : () -> % Time: 0.01 SEC. compiling exported monomial : (Coef,Fraction Integer) -> % Time: 0.03 SEC. compiling exported coerce : ULS -> % Time: 0.01 SEC. compiling exported coerce : Coef -> % Time: 0 SEC. compiling exported coerce : Integer -> % Time: 0.02 SEC. compiling exported laurentIfCan : % -> Union(ULS,failed) Time: 0.04 SEC. compiling exported laurent : % -> ULS Time: 0.01 SEC. compiling local multExp : (Fraction Integer,Record(k: Integer,c: Coef)) -> Record(k: Fraction Integer,c: Coef) Time: 0.02 SEC. compiling exported terms : % -> Stream Record(k: Fraction Integer,c: Coef) Time: 0.04 SEC. compiling local clearDen : (Integer,Record(k: Fraction Integer,c: Coef)) -> Record(k: Integer,c: Coef) Time: 0.08 SEC. compiling exported series : (NonNegativeInteger,Stream Record(k: Fraction Integer,c: Coef)) -> % Time: 0.05 SEC. compiling local rewrite : (%,PositiveInteger) -> % Time: 0.03 SEC. compiling local ratGcd : (Fraction Integer,Fraction Integer) -> Fraction Integer Time: 0.03 SEC. compiling local withNewExpon : (%,Fraction Integer) -> % Time: 0.03 SEC. compiling exported = : (%,%) -> Boolean Time: 0.07 SEC. compiling exported pole? : % -> Boolean Time: 0.00 SEC. compiling local applyFcn : ((ULS,ULS) -> ULS,%,%) -> % Time: 0.08 SEC. compiling exported + : (%,%) -> % Time: 0.00 SEC. compiling exported - : (%,%) -> % Time: 0.00 SEC. compiling exported * : (%,%) -> % Time: 0.00 SEC. compiling exported ** : (%,NonNegativeInteger) -> % Time: 0.02 SEC. compiling exported recip : % -> Union(%,failed) Time: 0.02 SEC. compiling exported elt : (%,%) -> % Time: 0.10 SEC. compiling exported eval : (%,Coef) -> Stream Coef Time: 0.02 SEC. compiling exported / : (%,%) -> % Time: 0.01 SEC. compiling exported inv : % -> % Time: 0.01 SEC. compiling exported variable : % -> Symbol Time: 0.01 SEC. compiling exported center : % -> Coef Time: 0.00 SEC. compiling exported coefficient : (%,Fraction Integer) -> Coef Time: 0.07 SEC. compiling exported elt : (%,Fraction Integer) -> Coef Time: 0.02 SEC. compiling local roundDown : Fraction Integer -> Integer Time: 0.02 SEC. compiling local roundUp : Fraction Integer -> Integer Time: 0.03 SEC. compiling exported order : % -> Fraction Integer Time: 0.02 SEC. compiling exported order : (%,Fraction Integer) -> Fraction Integer Time: 0.02 SEC. compiling exported truncate : (%,Fraction Integer) -> % Time: 0.02 SEC. compiling exported truncate : (%,Fraction Integer,Fraction Integer) -> % Time: 0.02 SEC. compiling exported complete : % -> % Time: 0.01 SEC. compiling exported extend : (%,Fraction Integer) -> % Time: 0.02 SEC. compiling exported map : (Coef -> Coef,%) -> % Time: 0.01 SEC. compiling exported characteristic : () -> NonNegativeInteger Time: 0.00 SEC. compiling exported multiplyExponents : (%,Fraction Integer) -> % Time: 0.02 SEC. compiling exported multiplyExponents : (%,PositiveInteger) -> % Time: 0.02 SEC. compiling exported differentiate : % -> % Time: 0.04 SEC. compiling exported differentiate : (%,Symbol) -> % Time: 0.04 SEC. compiling exported coerce : Fraction Integer -> % Time: 0.02 SEC. compiling local ratInv : Fraction Integer -> Coef Time: 0.01 SEC. compiling exported integrate : % -> % Time: 0.11 SEC. compiling exported integrate : (%,Symbol) -> % Time: 0.05 SEC. compiling local integrateWithOneAnswer : (Coef,Symbol) -> Coef Time: 0.05 SEC. compiling exported integrate : (%,Symbol) -> % Time: 0.04 SEC. compiling exported ** : (%,Fraction Integer) -> % Time: 0.46 SEC. compiling local applyUnary : (ULS -> ULS,%) -> % Time: 0.03 SEC. compiling exported exp : % -> % Time: 0.00 SEC. compiling exported log : % -> % Time: 0.00 SEC. compiling exported sin : % -> % Time: 0 SEC. compiling exported cos : % -> % Time: 0.00 SEC. compiling exported tan : % -> % Time: 0 SEC. compiling exported cot : % -> % Time: 0.00 SEC. compiling exported sec : % -> % Time: 0 SEC. compiling exported csc : % -> % Time: 0 SEC. compiling exported asin : % -> % Time: 0.00 SEC. compiling exported acos : % -> % Time: 0.00 SEC. compiling exported atan : % -> % Time: 0.00 SEC. compiling exported acot : % -> % Time: 0.00 SEC. compiling exported asec : % -> % Time: 0.00 SEC. compiling exported acsc : % -> % Time: 0.00 SEC. compiling exported sinh : % -> % Time: 0 SEC. compiling exported cosh : % -> % Time: 0.00 SEC. compiling exported tanh : % -> % Time: 0 SEC. compiling exported coth : % -> % Time: 0.00 SEC. compiling exported sech : % -> % Time: 0 SEC. compiling exported csch : % -> % Time: 0.00 SEC. compiling exported asinh : % -> % Time: 0.00 SEC. compiling exported acosh : % -> % Time: 0 SEC. compiling exported atanh : % -> % Time: 0.00 SEC. compiling exported acoth : % -> % Time: 0.00 SEC. compiling exported asech : % -> % Time: 0.00 SEC. compiling exported acsch : % -> % Time: 0.00 SEC. (time taken in buildFunctor: 52) Time: 0.14 SEC. Warnings: [1] String syntax for ** in signature is deprecated. [2] String syntax for * in signature is deprecated. [3] Type Fraction Integer is not in scope. Import it [4] integrate: entry? has no value Cumulative Statistics for Constructor UnivariatePuiseuxSeriesConstructor Time: 2.22 seconds finalizing NRLIB UPXSCONS Processing UnivariatePuiseuxSeriesConstructor for Browser database: -- constructor ; compiling file "/tmp/oa-Foyaj5/code.lsp" (written 01 FEB 2016 11:11:42 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UPXSCONS;getExpon|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UPXSCONS;getULS|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UPXSCONS;puiseux;FULS$;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UPXSCONS;laurentRep;$ULS;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UPXSCONS;rationalPower;$F;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |UPXSCONS;getExpon| ...) ; compiling (DEFUN |UPXSCONS;getULS| ...) ; compiling (DEFUN |UPXSCONS;puiseux;FULS$;3| ...) ; compiling (DEFUN |UPXSCONS;laurentRep;$ULS;4| ...) ; compiling (DEFUN |UPXSCONS;rationalPower;$F;5| ...) ; compiling (DEFUN |UPXSCONS;degree;$F;6| ...) ; compiling (DEFUN |UPXSCONS;Zero;$;7| ...) ; compiling (DEFUN |UPXSCONS;One;$;8| ...) ; compiling (DEFUN |UPXSCONS;monomial;CoefF$;9| ...) ; compiling (DEFUN |UPXSCONS;coerce;ULS$;10| ...) ; compiling (DEFUN |UPXSCONS;coerce;Coef$;11| ...) ; compiling (DEFUN |UPXSCONS;coerce;I$;12| ...) ; compiling (DEFUN |UPXSCONS;laurentIfCan;$U;13| ...) ; compiling (DEFUN |UPXSCONS;laurent;$ULS;14| ...) ; compiling (DEFUN |UPXSCONS;multExp| ...) ; compiling (DEFUN |UPXSCONS;terms;$S;16| ...) ; compiling (DEFUN |UPXSCONS;terms;$S;16!0| ...) ; compiling (DEFUN |UPXSCONS;clearDen| ...) ; file: /tmp/oa-Foyaj5/code.lsp ; in: DEFUN |UPXSCONS;clearDen| ; (DEFUN BOOT::|UPXSCONS;clearDen| (BOOT::|n| BOOT::|lTerm| BOOT::$) ; (LET ((BOOT::|int| (BOOT::SPADCALL # #))) ; (COND ((EQL # 1) (BOOT::|error| "series: inappropriate denominator")) ; (T (CONS # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPXSCONS;clearDen| ; (BOOT::|n| BOOT::|lTerm| BOOT::$) ; (BLOCK BOOT::|UPXSCONS;clearDen| ; (LET ((BOOT::|int| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |UPXSCONS;series;NniS$;18| ...) ; compiling (DEFUN |UPXSCONS;series;NniS$;18!0| ...) ; compiling (DEFUN |UPXSCONS;rewrite| ...) ; compiling (DEFUN |UPXSCONS;ratGcd| ...) ; compiling (DEFUN |UPXSCONS;withNewExpon| ...) ; compiling (DEFUN |UPXSCONS;=;2$B;22| ...) ; file: /tmp/oa-Foyaj5/code.lsp ; in: DEFUN |UPXSCONS;=;2$B;22| ; (DEFUN BOOT::|UPXSCONS;=;2$B;22| (BOOT::|upxs1| BOOT::|upxs2| BOOT::$) ; (PROG (BOOT::|m2| BOOT::|m1| BOOT::|r|) ; (RETURN ; (LET (# # # #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPXSCONS;=;2$B;22| ; (BOOT::|upxs1| BOOT::|upxs2| BOOT::$) ; (BLOCK BOOT::|UPXSCONS;=;2$B;22| ; (PROG (BOOT::|m2| BOOT::|m1| BOOT::|r|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |UPXSCONS;pole?;$B;23| ...) ; file: /tmp/oa-Foyaj5/code.lsp ; in: DEFUN |UPXSCONS;pole?;$B;23| ; (DEFUN BOOT::|UPXSCONS;pole?;$B;23| (BOOT::|upxs| BOOT::$) ; (BOOT::SPADCALL (CDR BOOT::|upxs|) (BOOT::|shellEntry| BOOT::$ 73))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPXSCONS;pole?;$B;23| ; (BOOT::|upxs| BOOT::$) ; (BLOCK BOOT::|UPXSCONS;pole?;$B;23| ; (BOOT::SPADCALL (CDR BOOT::|upxs|) (BOOT::|shellEntry| BOOT::$ 73)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |UPXSCONS;applyFcn| ...) ; compiling (DEFUN |UPXSCONS;+;3$;25| ...) ; compiling (DEFUN |UPXSCONS;+;3$;25!0| ...) ; compiling (DEFUN |UPXSCONS;-;3$;26| ...) ; compiling (DEFUN |UPXSCONS;-;3$;26!0| ...) ; compiling (DEFUN |UPXSCONS;*;3$;27| ...) ; compiling (DEFUN |UPXSCONS;*;3$;27!0| ...) ; compiling (DEFUN |UPXSCONS;**;$Nni$;28| ...) ; compiling (DEFUN |UPXSCONS;recip;$U;29| ...) ; compiling (DEFUN |UPXSCONS;elt;3$;30| ...) ; file: /tmp/oa-Foyaj5/code.lsp ; in: DEFUN |UPXSCONS;elt;3$;30| ; (DEFUN BOOT::|UPXSCONS;elt;3$;30| (BOOT::|upxs1| BOOT::|upxs2| BOOT::$) ; (PROG (BOOT::|mon| BOOT::|c| BOOT::|b| BOOT::|coef| BOOT::|deg|) ; (RETURN ; (LET* (# # # # #) ; (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPXSCONS;elt;3$;30| ; (BOOT::|upxs1| BOOT::|upxs2| BOOT::$) ; (BLOCK BOOT::|UPXSCONS;elt;3$;30| ; (PROG (BOOT::|mon| BOOT::|c| BOOT::|b| BOOT::|coef| BOOT::|deg|) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |UPXSCONS;eval;$CoefS;31| ...) ; compiling (DEFUN |UPXSCONS;/;3$;32| ...) ; compiling (DEFUN |UPXSCONS;/;3$;32!0| ...) ; compiling (DEFUN |UPXSCONS;inv;2$;33| ...) ; file: /tmp/oa-Foyaj5/code.lsp ; in: DEFUN |UPXSCONS;inv;2$;33| ; (DEFUN BOOT::|UPXSCONS;inv;2$;33| (BOOT::|upxs| BOOT::$) ; (LET ((BOOT::|invUpxs| (BOOT::|UPXSCONS;recip;$U;29| BOOT::|upxs| BOOT::$))) ; (COND ; ((EQL # 1) (BOOT::|error| "inv: multiplicative inverse does not exist")) ; (T (CDR BOOT::|invUpxs|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPXSCONS;inv;2$;33| ; (BOOT::|upxs| BOOT::$) ; (BLOCK BOOT::|UPXSCONS;inv;2$;33| ; (LET ((BOOT::|invUpxs| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |UPXSCONS;variable;$S;34| ...) ; compiling (DEFUN |UPXSCONS;center;$Coef;35| ...) ; compiling (DEFUN |UPXSCONS;coefficient;$FCoef;36| ...) ; compiling (DEFUN |UPXSCONS;elt;$FCoef;37| ...) ; compiling (DEFUN |UPXSCONS;roundDown| ...) ; file: /tmp/oa-Foyaj5/code.lsp ; in: DEFUN |UPXSCONS;roundDown| ; (DEFUN BOOT::|UPXSCONS;roundDown| (BOOT::|rn| BOOT::$) ; (PROG (BOOT::|n| BOOT::|num|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPXSCONS;roundDown| ; (BOOT::|rn| BOOT::$) ; (BLOCK BOOT::|UPXSCONS;roundDown| ; (PROG (BOOT::|n| BOOT::|num|) ; (RETURN ; (LET # ; #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |UPXSCONS;roundUp| ...) ; file: /tmp/oa-Foyaj5/code.lsp ; in: DEFUN |UPXSCONS;roundUp| ; (DEFUN BOOT::|UPXSCONS;roundUp| (BOOT::|rn| BOOT::$) ; (PROG (BOOT::|n| BOOT::|num|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPXSCONS;roundUp| ; (BOOT::|rn| BOOT::$) ; (BLOCK BOOT::|UPXSCONS;roundUp| ; (PROG (BOOT::|n| BOOT::|num|) ; (RETURN ; (LET # ; #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |UPXSCONS;order;$F;40| ...) ; compiling (DEFUN |UPXSCONS;order;$2F;41| ...) ; compiling (DEFUN |UPXSCONS;truncate;$F$;42| ...) ; compiling (DEFUN |UPXSCONS;truncate;$2F$;43| ...) ; compiling (DEFUN |UPXSCONS;complete;2$;44| ...) ; compiling (DEFUN |UPXSCONS;extend;$F$;45| ...) ; compiling (DEFUN |UPXSCONS;map;M2$;46| ...) ; compiling (DEFUN |UPXSCONS;characteristic;Nni;47| ...) ; file: /tmp/oa-Foyaj5/code.lsp ; in: DEFUN |UPXSCONS;characteristic;Nni;47| ; (DEFUN BOOT::|UPXSCONS;characteristic;Nni;47| (BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 126)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPXSCONS;characteristic;Nni;47| ; (BOOT::$) ; (BLOCK BOOT::|UPXSCONS;characteristic;Nni;47| ; (BOOT::|spadConstant| BOOT::$ 126))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |UPXSCONS;multiplyExponents;$F$;48| ...) ; compiling (DEFUN |UPXSCONS;multiplyExponents;$Pi$;49| ...) ; compiling (DEFUN |UPXSCONS;differentiate;2$;50| ...) ; compiling (DEFUN |UPXSCONS;differentiate;$S$;51| ...) ; file: /tmp/oa-Foyaj5/code.lsp ; in: DEFUN |UPXSCONS;differentiate;$S$;51| ; (DEFUN BOOT::|UPXSCONS;differentiate;$S$;51| (BOOT::|upxs| BOOT::|s| BOOT::$) ; (COND ; ((EQUAL BOOT::|s| (BOOT::|UPXSCONS;variable;$S;34| BOOT::|upxs| BOOT::$)) ; (BOOT::SPADCALL BOOT::|upxs| (BOOT::|shellEntry| BOOT::$ 134))) ; (T ; (LET (#) ; (BOOT::|UPXSCONS;-;3$;26| # # BOOT::$))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPXSCONS;differentiate;$S$;51| ; (BOOT::|upxs| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|UPXSCONS;differentiate;$S$;51| ; (COND ((EQUAL BOOT::|s| #) (BOOT::SPADCALL BOOT::|upxs| #)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |UPXSCONS;differentiate;$S$;51!0| ...) ; compiling (DEFUN |UPXSCONS;coerce;F$;52| ...) ; compiling (DEFUN |UPXSCONS;ratInv| ...) ; compiling (DEFUN |UPXSCONS;integrate;2$;54| ...) ; file: /tmp/oa-Foyaj5/code.lsp ; in: DEFUN |UPXSCONS;integrate;2$;54| ; (DEFUN BOOT::|UPXSCONS;integrate;2$;54| (BOOT::|upxs| BOOT::$) ; (COND ; ((NOT (BOOT::SPADCALL # #)) ; (BOOT::|error| "integrate: series has term of order -1")) ; (T ; (LET (# #) ; (PROGN # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPXSCONS;integrate;2$;54| ; (BOOT::|upxs| BOOT::$) ; (BLOCK BOOT::|UPXSCONS;integrate;2$;54| ; (COND ; ((NOT #) (BOOT::|error| "integrate: series has term of order -1")) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |UPXSCONS;integrate;2$;54!0| ...) ; compiling (DEFUN |UPXSCONS;integrate;$S$;55| ...) ; file: /tmp/oa-Foyaj5/code.lsp ; in: DEFUN |UPXSCONS;integrate;$S$;55| ; (DEFUN BOOT::|UPXSCONS;integrate;$S$;55| (BOOT::|upxs| BOOT::|s| BOOT::$) ; (COND ; ((EQUAL BOOT::|s| (BOOT::|UPXSCONS;variable;$S;34| BOOT::|upxs| BOOT::$)) ; (BOOT::SPADCALL BOOT::|upxs| (BOOT::|shellEntry| BOOT::$ 146))) ; ((NOT (BOOT::SPADCALL BOOT::|s| # #)) ; (BOOT::|UPXSCONS;map;M2$;46| ; (CONS #'BOOT::|UPXSCONS;integrate;$S$;55!0| #) BOOT::|upxs| BOOT::$)) ; (T ; (BOOT::|error| ; "integrate: center is a function of variable of integration")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPXSCONS;integrate;$S$;55| ; (BOOT::|upxs| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|UPXSCONS;integrate;$S$;55| ; (COND ((EQUAL BOOT::|s| #) (BOOT::SPADCALL BOOT::|upxs| #)) ; ((NOT #) (BOOT::|UPXSCONS;map;M2$;46| # BOOT::|upxs| BOOT::$)) ; (T ; (BOOT::|error| ; "integrate: center is a function of variable of integration"))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |UPXSCONS;integrate;$S$;55!0| ...) ; compiling (DEFUN |UPXSCONS;integrateWithOneAnswer| ...) ; compiling (DEFUN |UPXSCONS;integrate;$S$;57| ...) ; file: /tmp/oa-Foyaj5/code.lsp ; in: DEFUN |UPXSCONS;integrate;$S$;57| ; (DEFUN BOOT::|UPXSCONS;integrate;$S$;57| (BOOT::|upxs| BOOT::|s| BOOT::$) ; (COND ; ((EQUAL BOOT::|s| (BOOT::|UPXSCONS;variable;$S;34| BOOT::|upxs| BOOT::$)) ; (BOOT::SPADCALL BOOT::|upxs| (BOOT::|shellEntry| BOOT::$ 146))) ; ((NOT (BOOT::SPADCALL BOOT::|s| # #)) ; (BOOT::|UPXSCONS;map;M2$;46| ; (CONS #'BOOT::|UPXSCONS;integrate;$S$;57!0| #) BOOT::|upxs| BOOT::$)) ; (T ; (BOOT::|error| ; "integrate: center is a function of variable of integration")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPXSCONS;integrate;$S$;57| ; (BOOT::|upxs| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|UPXSCONS;integrate;$S$;57| ; (COND ((EQUAL BOOT::|s| #) (BOOT::SPADCALL BOOT::|upxs| #)) ; ((NOT #) (BOOT::|UPXSCONS;map;M2$;46| # BOOT::|upxs| BOOT::$)) ; (T ; (BOOT::|error| ; "integrate: center is a function of variable of integration"))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |UPXSCONS;integrate;$S$;57!0| ...) ; compiling (DEFUN |UPXSCONS;**;$F$;58| ...) ; file: /tmp/oa-Foyaj5/code.lsp ; in: DEFUN |UPXSCONS;**;$F$;58| ; (DEFUN BOOT::|UPXSCONS;**;$F$;58| (BOOT::|upxs| BOOT::|q| BOOT::$) ; (PROG (BOOT::|ulsPow| BOOT::|coef| BOOT::|deg| BOOT::|uls| BOOT::|r|) ; (RETURN ; (LET (# #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPXSCONS;**;$F$;58| ; (BOOT::|upxs| BOOT::|q| BOOT::$) ; (BLOCK BOOT::|UPXSCONS;**;$F$;58| ; (PROG (BOOT::|ulsPow| BOOT::|coef| BOOT::|deg| BOOT::|uls| BOOT::|r|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |UPXSCONS;applyUnary| ...) ; file: /tmp/oa-Foyaj5/code.lsp ; in: DEFUN |UPXSCONS;applyUnary| ; (DEFUN BOOT::|UPXSCONS;applyUnary| (BOOT::|fcn| BOOT::|upxs| BOOT::$) ; (CONS (CAR BOOT::|upxs|) ; (FUNCALL (CAR BOOT::|fcn|) (CDR BOOT::|upxs|) (CDR BOOT::|fcn|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPXSCONS;applyUnary| ; (BOOT::|fcn| BOOT::|upxs| BOOT::$) ; (BLOCK BOOT::|UPXSCONS;applyUnary| ; (CONS (CAR BOOT::|upxs|) ; (FUNCALL (CAR BOOT::|fcn|) (CDR BOOT::|upxs|) ; (CDR BOOT::|fcn|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |UPXSCONS;exp;2$;60| ...) ; compiling (DEFUN |UPXSCONS;log;2$;61| ...) ; compiling (DEFUN |UPXSCONS;sin;2$;62| ...) ; compiling (DEFUN |UPXSCONS;cos;2$;63| ...) ; compiling (DEFUN |UPXSCONS;tan;2$;64| ...) ; compiling (DEFUN |UPXSCONS;cot;2$;65| ...) ; compiling (DEFUN |UPXSCONS;sec;2$;66| ...) ; compiling (DEFUN |UPXSCONS;csc;2$;67| ...) ; compiling (DEFUN |UPXSCONS;asin;2$;68| ...) ; compiling (DEFUN |UPXSCONS;acos;2$;69| ...) ; compiling (DEFUN |UPXSCONS;atan;2$;70| ...) ; compiling (DEFUN |UPXSCONS;acot;2$;71| ...) ; compiling (DEFUN |UPXSCONS;asec;2$;72| ...) ; compiling (DEFUN |UPXSCONS;acsc;2$;73| ...) ; compiling (DEFUN |UPXSCONS;sinh;2$;74| ...) ; compiling (DEFUN |UPXSCONS;cosh;2$;75| ...) ; compiling (DEFUN |UPXSCONS;tanh;2$;76| ...) ; compiling (DEFUN |UPXSCONS;coth;2$;77| ...) ; compiling (DEFUN |UPXSCONS;sech;2$;78| ...) ; compiling (DEFUN |UPXSCONS;csch;2$;79| ...) ; compiling (DEFUN |UPXSCONS;asinh;2$;80| ...) ; compiling (DEFUN |UPXSCONS;acosh;2$;81| ...) ; compiling (DEFUN |UPXSCONS;atanh;2$;82| ...) ; compiling (DEFUN |UPXSCONS;acoth;2$;83| ...) ; compiling (DEFUN |UPXSCONS;asech;2$;84| ...) ; compiling (DEFUN |UPXSCONS;acsch;2$;85| ...) ; compiling (DEFUN |UnivariatePuiseuxSeriesConstructor| ...) ; compiling (DEFUN |UnivariatePuiseuxSeriesConstructor;| ...) ; compiling (MAKEPROP (QUOTE |UnivariatePuiseuxSeriesConstructor|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; printed 11 notes ; /tmp/oa-Foyaj5/code.fasl written ; compilation finished in 0:00:00.297 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile UPXS.spad && cp UPXS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UPXS.fasl \ && if test -f UPXS-.NRLIB/code.fasl; then \ cp UPXS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UPXS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UPXS.spad using Spad compiler. UPXS abbreviates domain UnivariatePuiseuxSeries debug: compDefine1 lhs: (UnivariatePuiseuxSeries Coef var cen) signature (pre-evaluate): ((Join (UnivariatePuiseuxSeriesConstructorCategory Coef (UnivariateLaurentSeries Coef var cen)) (PartialDifferentialDomain $ (Variable var)) (RetractableTo (UnivariateTaylorSeries Coef var cen)) (CoercibleFrom (Variable var)) (CATEGORY domain (IF (has Coef (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Variable var))) %noBranch))) NIL NIL NIL) debug: evaluateType form: (Join (UnivariatePuiseuxSeriesConstructorCategory Coef (UnivariateLaurentSeries Coef var cen)) (PartialDifferentialDomain $ (Variable var)) (RetractableTo (UnivariateTaylorSeries Coef var cen)) (CoercibleFrom (Variable var)) (CATEGORY domain (IF (has Coef (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Variable var))) %noBranch))) $param: (Coef var cen) debug: evaluateType form: (UnivariatePuiseuxSeriesConstructorCategory Coef (UnivariateLaurentSeries Coef var cen)) $param: (Coef var cen) Debug: evaluateType1 form: (UnivariatePuiseuxSeriesConstructorCategory Coef (UnivariateLaurentSeries Coef var cen)) debug: evaluateType1 x: Coef m: (Ring) debug: evaluateType1 x: (UnivariateLaurentSeries Coef var cen) m: (UnivariateLaurentSeriesCategory Coef) debug: evaluateType1 categoryForm: (UnivariateLaurentSeriesCategory Coef) debug: evaluateType form: (UnivariateLaurentSeriesCategory Coef) $param: (Coef var cen) Debug: evaluateType1 form: (UnivariateLaurentSeriesCategory Coef) debug: evaluateType1 x: Coef m: (Ring) debug: evaluateType form: (UnivariateLaurentSeries Coef var cen) $param: (Coef var cen) Debug: evaluateType1 form: (UnivariateLaurentSeries Coef var cen) debug: evaluateType1 x: Coef m: (Ring) debug: evaluateType1 x: var m: (Symbol) debug: evaluateType1 x: cen m: Coef debug: evalCategory d: (UnivariateLaurentSeries Coef var cen) c: (UnivariateLaurentSeriesCategory Coef) debug: evaluateType form: (PartialDifferentialDomain $ (Variable var)) $param: (Coef var cen) Debug: evaluateType1 form: (PartialDifferentialDomain $ (Variable var)) debug: evaluateType1 x: $ m: (Type) debug: evaluateType1 x: (Variable var) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Coef var cen) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Variable var) $param: (Coef var cen) Debug: evaluateType1 form: (Variable var) debug: evaluateType1 x: var m: (Symbol) debug: evalCategory d: (Variable var) c: (Type) debug: evaluateType form: (RetractableTo (UnivariateTaylorSeries Coef var cen)) $param: (Coef var cen) Debug: evaluateType1 form: (RetractableTo (UnivariateTaylorSeries Coef var cen)) debug: evaluateType1 x: (UnivariateTaylorSeries Coef var cen) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Coef var cen) Debug: evaluateType1 form: (Type) debug: evaluateType form: (UnivariateTaylorSeries Coef var cen) $param: (Coef var cen) Debug: evaluateType1 form: (UnivariateTaylorSeries Coef var cen) debug: evaluateType1 x: Coef m: (Ring) debug: evaluateType1 x: var m: (Symbol) debug: evaluateType1 x: cen m: Coef debug: evalCategory d: (UnivariateTaylorSeries Coef var cen) c: (Type) debug: evaluateType form: (CoercibleFrom (Variable var)) $param: (Coef var cen) Debug: evaluateType1 form: (CoercibleFrom (Variable var)) debug: evaluateType1 x: (Variable var) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Coef var cen) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Variable var) $param: (Coef var cen) Debug: evaluateType1 form: (Variable var) debug: evaluateType1 x: var m: (Symbol) debug: evalCategory d: (Variable var) c: (Type) debug: evaluateType form: (CATEGORY domain (IF (has Coef (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Variable var))) %noBranch)) $param: (Coef var cen) debug: compDefine1 signature (post evaluate): ((Join (UnivariatePuiseuxSeriesConstructorCategory Coef (UnivariateLaurentSeries Coef var cen)) (PartialDifferentialDomain $ (Variable var)) (RetractableTo (UnivariateTaylorSeries Coef var cen)) (CoercibleFrom (Variable var)) (CATEGORY domain (IF (has Coef (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Variable var))) %noBranch))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for UnivariatePuiseuxSeries compiling into /tmp/oa-48fvo0 compiling local getExpon : % -> Fraction Integer UPXS;getExpon is replaced by %head Time: 0.13 SEC. compiling exported variable : % -> Symbol Time: 0 SEC. compiling exported center : % -> Coef Time: 0 SEC. compiling exported coerce : UnivariateTaylorSeries(Coef,var,cen) -> % Time: 0.03 SEC. compiling exported retractIfCan : % -> Union(UnivariateTaylorSeries(Coef,var,cen),failed) Time: 0.02 SEC. compiling exported coerce : Variable var -> % Time: 0.01 SEC. compiling exported differentiate : (%,Variable var) -> % Time: 0.00 SEC. compiling exported integrate : (%,Variable var) -> % Time: 0 SEC. compiling local roundDown : Fraction Integer -> Integer Time: 0.02 SEC. compiling local stToCoef : (Stream Coef,Coef,NonNegativeInteger,NonNegativeInteger) -> Coef Time: 0.02 SEC. compiling local approximateLaurent : (UnivariateLaurentSeries(Coef,var,cen),Coef,Integer) -> Coef Time: 0.08 SEC. compiling exported approximate : (%,Fraction Integer) -> Coef Time: 0.03 SEC. compiling local termOutput : (Fraction Integer,Coef,OutputForm) -> OutputForm Time: 0.02 SEC. compiling local showAll? : () -> Boolean UPXS;showAll? is replaced by %true Time: 0 SEC. compiling local termsToOutputForm : (Fraction Integer,Fraction Integer,Stream Coef,OutputForm) -> OutputForm Time: 0.35 SEC. compiling exported coerce : % -> OutputForm Time: 0.10 SEC. (time taken in buildFunctor: 64) Time: 0.19 SEC. Warnings: [1] String syntax for * in signature is deprecated. [2] String syntax for ** in signature is deprecated. [3] Rep differs from the base domain [4] Type Fraction Integer is not in scope. Import it [5] approximateLaurent: coefficients has no value [6] coerce: coefficients has no value Cumulative Statistics for Constructor UnivariatePuiseuxSeries Time: 1.01 seconds finalizing NRLIB UPXS Processing UnivariatePuiseuxSeries for Browser database: -- integrate : (%,Variable var) -> % -- constructor ; compiling file "/tmp/oa-48fvo0/code.lsp" (written 01 FEB 2016 11:11:44 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UPXS;getExpon|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UPXS;showAll?|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |UPXS;variable;$S;2|) ...) ; compiling (PUT (QUOTE |UPXS;center;$Coef;3|) ...) ; compiling (DEFUN |UPXS;getExpon| ...) ; compiling (DEFUN |UPXS;variable;$S;2| ...) ; file: /tmp/oa-48fvo0/code.lsp ; in: DEFUN |UPXS;variable;$S;2| ; (DEFUN BOOT::|UPXS;variable;$S;2| (BOOT::|upxs| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 7)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPXS;variable;$S;2| ; (BOOT::|upxs| BOOT::$) ; (BLOCK BOOT::|UPXS;variable;$S;2| (BOOT::|shellEntry| BOOT::$ 7))) ; ; caught STYLE-WARNING: ; The variable |upxs| is defined but never used. ; compiling (DEFUN |UPXS;center;$Coef;3| ...) ; file: /tmp/oa-48fvo0/code.lsp ; in: DEFUN |UPXS;center;$Coef;3| ; (DEFUN BOOT::|UPXS;center;$Coef;3| (BOOT::|upxs| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 8)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPXS;center;$Coef;3| ; (BOOT::|upxs| BOOT::$) ; (BLOCK BOOT::|UPXS;center;$Coef;3| (BOOT::|shellEntry| BOOT::$ 8))) ; ; caught STYLE-WARNING: ; The variable |upxs| is defined but never used. ; compiling (DEFUN |UPXS;coerce;Uts$;4| ...) ; file: /tmp/oa-48fvo0/code.lsp ; in: DEFUN |UPXS;coerce;Uts$;4| ; (DEFUN BOOT::|UPXS;coerce;Uts$;4| (BOOT::|uts| BOOT::$) ; (BOOT::SPADCALL (CONS 0 BOOT::|uts|) (BOOT::|shellEntry| BOOT::$ 16))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPXS;coerce;Uts$;4| ; (BOOT::|uts| BOOT::$) ; (BLOCK BOOT::|UPXS;coerce;Uts$;4| ; (BOOT::SPADCALL (CONS 0 BOOT::|uts|) (BOOT::|shellEntry| BOOT::$ 16)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |UPXS;retractIfCan;$U;5| ...) ; file: /tmp/oa-48fvo0/code.lsp ; in: DEFUN |UPXS;retractIfCan;$U;5| ; (DEFUN BOOT::|UPXS;retractIfCan;$U;5| (BOOT::|upxs| BOOT::$) ; (LET ((BOOT::|ulsIfCan| (BOOT::SPADCALL BOOT::|upxs| #))) ; (COND ((EQL # 1) (CONS 1 "failed")) (T (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPXS;retractIfCan;$U;5| ; (BOOT::|upxs| BOOT::$) ; (BLOCK BOOT::|UPXS;retractIfCan;$U;5| ; (LET ((BOOT::|ulsIfCan| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |UPXS;coerce;V$;6| ...) ; file: /tmp/oa-48fvo0/code.lsp ; in: DEFUN |UPXS;coerce;V$;6| ; (DEFUN BOOT::|UPXS;coerce;V$;6| (BOOT::|v| BOOT::$) ; (COND ; ((BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 8) ; (BOOT::|shellEntry| BOOT::$ 24)) ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 25) ; (BOOT::|spadConstant| BOOT::$ 29) ; (BOOT::|shellEntry| BOOT::$ 30))) ; (T ; (BOOT::SPADCALL (BOOT::SPADCALL # # #) (BOOT::SPADCALL # # #) ; (BOOT::|shellEntry| BOOT::$ 34))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPXS;coerce;V$;6| ; (BOOT::|v| BOOT::$) ; (BLOCK BOOT::|UPXS;coerce;V$;6| ; (COND ((BOOT::SPADCALL # #) (BOOT::SPADCALL # # #)) ; (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |UPXS;differentiate;$V$;7| ...) ; file: /tmp/oa-48fvo0/code.lsp ; in: DEFUN |UPXS;differentiate;$V$;7| ; (DEFUN BOOT::|UPXS;differentiate;$V$;7| (BOOT::|upxs| BOOT::|v| BOOT::$) ; (BOOT::SPADCALL BOOT::|upxs| (BOOT::|shellEntry| BOOT::$ 37))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPXS;differentiate;$V$;7| ; (BOOT::|upxs| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|UPXS;differentiate;$V$;7| ; (BOOT::SPADCALL BOOT::|upxs| (BOOT::|shellEntry| BOOT::$ 37)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |UPXS;integrate;$V$;8| ...) ; file: /tmp/oa-48fvo0/code.lsp ; in: DEFUN |UPXS;integrate;$V$;8| ; (DEFUN BOOT::|UPXS;integrate;$V$;8| (BOOT::|upxs| BOOT::|v| BOOT::$) ; (BOOT::SPADCALL BOOT::|upxs| (BOOT::|shellEntry| BOOT::$ 39))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPXS;integrate;$V$;8| ; (BOOT::|upxs| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|UPXS;integrate;$V$;8| ; (BOOT::SPADCALL BOOT::|upxs| (BOOT::|shellEntry| BOOT::$ 39)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |UPXS;roundDown| ...) ; file: /tmp/oa-48fvo0/code.lsp ; in: DEFUN |UPXS;roundDown| ; (DEFUN BOOT::|UPXS;roundDown| (BOOT::|rn| BOOT::$) ; (PROG (BOOT::|n| BOOT::|num|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|UPXS;roundDown| ; (BOOT::|rn| BOOT::$) ; (BLOCK BOOT::|UPXS;roundDown| ; (PROG (BOOT::|n| BOOT::|num|) ; (RETURN ; (LET # ; #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |UPXS;stToCoef| ...) ; compiling (DEFUN |UPXS;approximateLaurent| ...) ; compiling (DEFUN |UPXS;approximate;$FCoef;12| ...) ; compiling (DEFUN |UPXS;termOutput| ...) ; compiling (DEFUN |UPXS;showAll?| ...) ; compiling (DEFUN |UPXS;termsToOutputForm| ...) ; compiling (DEFUN |UPXS;coerce;$Of;16| ...) ; file: /tmp/oa-48fvo0/code.lsp ; in: DEFUN |UPXS;coerce;$Of;16| ; (LET ((BOOT::|rat| (CAR BOOT::|upxs|)) ; (BOOT::|uls| ; (BOOT::SPADCALL BOOT::|upxs| (BOOT::|shellEntry| BOOT::$ 71))) ; (BOOT::|count| BOOT::|$streamCount|)) ; (PROGN ; (SETQ BOOT::|uls| (BOOT::SPADCALL BOOT::|$streamCount| BOOT::|uls| #)) ; (BOOT::LETT BOOT::|m| ; (BOOT::SPADCALL (CAR BOOT::|uls|) BOOT::|rat| ; (BOOT::|shellEntry| BOOT::$ 90)) ; BOOT::|UPXS;coerce;$Of;16|) ; (BOOT::LETT BOOT::|p| ; (BOOT::SPADCALL (CDR BOOT::|uls|) ; (BOOT::|shellEntry| BOOT::$ 63)) ; BOOT::|UPXS;coerce;$Of;16|) ; (BOOT::LETT BOOT::|xxx| (COND (# #) (T #)) BOOT::|UPXS;coerce;$Of;16|) ; (BOOT::|UPXS;termsToOutputForm| BOOT::|m| BOOT::|rat| BOOT::|p| ; BOOT::|xxx| BOOT::$))) ; ; caught STYLE-WARNING: ; The variable |count| is defined but never used. ; compiling (DEFUN |UnivariatePuiseuxSeries| ...) ; compiling (DEFUN |UnivariatePuiseuxSeries;| ...) ; compiling (MAKEPROP (QUOTE |UnivariatePuiseuxSeries|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 7 STYLE-WARNING conditions ; printed 5 notes ; /tmp/oa-48fvo0/code.fasl written ; compilation finished in 0:00:00.128 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile TEX1.spad && cp TEX1.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/TEX1.fasl \ && if test -f TEX1-.NRLIB/code.fasl; then \ cp TEX1-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/TEX1-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TEX1.spad using Spad compiler. TEX1 abbreviates package TexFormat1 debug: compDefine1 lhs: (TexFormat1 S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE coerce ((TexFormat) S))) (SetCategory)) debug: evaluateType form: (CATEGORY package (SIGNATURE coerce ((TexFormat) S))) $param: (S) debug: evaluateType form: (TexFormat) $param: (S) Debug: evaluateType1 form: (TexFormat) debug: evaluateType form: S $param: (S) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE coerce ((TexFormat) S))) (SetCategory)) debug: compDefine1 lhs: (TexFormat1 S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE coerce ((TexFormat) S))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE coerce ((TexFormat) S))) $param: (S) debug: evaluateType form: (TexFormat) $param: (S) Debug: evaluateType1 form: (TexFormat) debug: evaluateType form: S $param: (S) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE coerce ((TexFormat) S))) NIL) ------------------------------------------------------------------------ initializing stationary directory for TexFormat1 compiling into /tmp/oa-AUjNZn importing TexFormat compiling exported coerce : S -> TexFormat Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor TexFormat1 Time: 0.02 seconds finalizing NRLIB TEX1 Processing TexFormat1 for Browser database: -- coerce : S -> TexFormat -- constructor ; compiling file "/tmp/oa-AUjNZn/code.lsp" (written 01 FEB 2016 11:11:44 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |TEX1;coerce;STf;1| ...) ; compiling (DEFUN |TexFormat1| ...) ; compiling (DEFUN |TexFormat1;| ...) ; compiling (MAKEPROP (QUOTE |TexFormat1|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-AUjNZn/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SUP2.spad && cp SUP2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SUP2.fasl \ && if test -f SUP2-.NRLIB/code.fasl; then \ cp SUP2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SUP2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SUP2.spad using Spad compiler. SUP2 abbreviates package SparseUnivariatePolynomialFunctions2 debug: compDefine1 lhs: (SparseUnivariatePolynomialFunctions2 R S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((SparseUnivariatePolynomial S) (Mapping S R) (SparseUnivariatePolynomial R)))) (Ring) (Ring)) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((SparseUnivariatePolynomial S) (Mapping S R) (SparseUnivariatePolynomial R)))) $param: (R S) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evaluateType form: (Mapping S R) $param: (R S) debug: evaluateType form: S $param: (R S) debug: evaluateType form: R $param: (R S) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (R S) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Ring) $param: (R S) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Ring) $param: (R S) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((SparseUnivariatePolynomial S) (Mapping S R) (SparseUnivariatePolynomial R)))) (Ring) (Ring)) debug: compDefine1 lhs: (SparseUnivariatePolynomialFunctions2 R S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((SparseUnivariatePolynomial S) (Mapping S R) (SparseUnivariatePolynomial R)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((SparseUnivariatePolynomial S) (Mapping S R) (SparseUnivariatePolynomial R)))) $param: (R S) debug: evaluateType form: (SparseUnivariatePolynomial S) $param: (R S) Debug: evaluateType1 form: (SparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evaluateType form: (Mapping S R) $param: (R S) debug: evaluateType form: S $param: (R S) debug: evaluateType form: R $param: (R S) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (R S) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((SparseUnivariatePolynomial S) (Mapping S R) (SparseUnivariatePolynomial R)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for SparseUnivariatePolynomialFunctions2 compiling into /tmp/oa-LoZrKw compiling exported map : (R -> S,SparseUnivariatePolynomial R) -> SparseUnivariatePolynomial S Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor SparseUnivariatePolynomialFunctions2 Time: 0.02 seconds finalizing NRLIB SUP2 Processing SparseUnivariatePolynomialFunctions2 for Browser database: -- map : ((R -> S),SparseUnivariatePolynomial R) -> SparseUnivariatePolynomial S -- constructor ; compiling file "/tmp/oa-LoZrKw/code.lsp" (written 01 FEB 2016 11:11:44 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SUP2;map;MSupSup;1| ...) ; compiling (DEFUN |SparseUnivariatePolynomialFunctions2| ...) ; compiling (DEFUN |SparseUnivariatePolynomialFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |SparseUnivariatePolynomialFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-LoZrKw/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ODPOL.spad && cp ODPOL.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ODPOL.fasl \ && if test -f ODPOL-.NRLIB/code.fasl; then \ cp ODPOL-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ODPOL-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ODPOL.spad using Spad compiler. ODPOL abbreviates domain OrderlyDifferentialPolynomial debug: compDefine1 lhs: (OrderlyDifferentialPolynomial R) signature (pre-evaluate): ((Join (DifferentialPolynomialCategory R (Symbol) (OrderlyDifferentialVariable (Symbol)) (IndexedExponents (OrderlyDifferentialVariable (Symbol)))) (RetractableTo (SparseMultivariatePolynomial R (Symbol)))) NIL) debug: evaluateType form: (Join (DifferentialPolynomialCategory R (Symbol) (OrderlyDifferentialVariable (Symbol)) (IndexedExponents (OrderlyDifferentialVariable (Symbol)))) (RetractableTo (SparseMultivariatePolynomial R (Symbol)))) $param: (R) debug: evaluateType form: (DifferentialPolynomialCategory R (Symbol) (OrderlyDifferentialVariable (Symbol)) (IndexedExponents (OrderlyDifferentialVariable (Symbol)))) $param: (R) Debug: evaluateType1 form: (DifferentialPolynomialCategory R (Symbol) (OrderlyDifferentialVariable (Symbol)) (IndexedExponents (OrderlyDifferentialVariable (Symbol)))) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: (Symbol) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (OrderedSet) debug: evaluateType1 x: (OrderlyDifferentialVariable (Symbol)) m: (DifferentialVariableCategory (Symbol)) debug: evaluateType1 categoryForm: (DifferentialVariableCategory (Symbol)) debug: evaluateType form: (DifferentialVariableCategory (Symbol)) $param: (R) Debug: evaluateType1 form: (DifferentialVariableCategory (Symbol)) debug: evaluateType1 x: (Symbol) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (OrderedSet) debug: evaluateType form: (OrderlyDifferentialVariable (Symbol)) $param: (R) Debug: evaluateType1 form: (OrderlyDifferentialVariable (Symbol)) debug: evaluateType1 x: (Symbol) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (OrderedSet) debug: evalCategory d: (OrderlyDifferentialVariable (Symbol)) c: (DifferentialVariableCategory (Symbol)) debug: evaluateType1 x: (IndexedExponents (OrderlyDifferentialVariable (Symbol))) m: (OrderedAbelianMonoidSup) debug: evaluateType1 categoryForm: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (R) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (IndexedExponents (OrderlyDifferentialVariable (Symbol))) $param: (R) Debug: evaluateType1 form: (IndexedExponents (OrderlyDifferentialVariable (Symbol))) debug: evaluateType1 x: (OrderlyDifferentialVariable (Symbol)) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderlyDifferentialVariable (Symbol)) $param: (R) Debug: evaluateType1 form: (OrderlyDifferentialVariable (Symbol)) debug: evaluateType1 x: (Symbol) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (OrderedSet) debug: evalCategory d: (OrderlyDifferentialVariable (Symbol)) c: (OrderedSet) debug: evalCategory d: (IndexedExponents (OrderlyDifferentialVariable (Symbol))) c: (OrderedAbelianMonoidSup) debug: evaluateType form: (RetractableTo (SparseMultivariatePolynomial R (Symbol))) $param: (R) Debug: evaluateType1 form: (RetractableTo (SparseMultivariatePolynomial R (Symbol))) debug: evaluateType1 x: (SparseMultivariatePolynomial R (Symbol)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseMultivariatePolynomial R (Symbol)) $param: (R) Debug: evaluateType1 form: (SparseMultivariatePolynomial R (Symbol)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: (Symbol) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (OrderedSet) debug: evalCategory d: (SparseMultivariatePolynomial R (Symbol)) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (DifferentialPolynomialCategory R (Symbol) (OrderlyDifferentialVariable (Symbol)) (IndexedExponents (OrderlyDifferentialVariable (Symbol)))) (RetractableTo (SparseMultivariatePolynomial R (Symbol)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for OrderlyDifferentialPolynomial compiling into /tmp/oa-MvPZ8I (time taken in buildFunctor: 160) Time: 0.38 SEC. Cumulative Statistics for Constructor OrderlyDifferentialPolynomial Time: 0.38 seconds finalizing NRLIB ODPOL Processing OrderlyDifferentialPolynomial for Browser database: -- constructor ; compiling file "/tmp/oa-MvPZ8I/code.lsp" (written 01 FEB 2016 11:11:45 PM): ; compiling (DEFUN |OrderlyDifferentialPolynomial| ...) ; compiling (DEFUN |OrderlyDifferentialPolynomial;| ...) ; compiling (MAKEPROP (QUOTE |OrderlyDifferentialPolynomial|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-MvPZ8I/code.fasl written ; compilation finished in 0:00:00.023 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile NSUP2.spad && cp NSUP2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/NSUP2.fasl \ && if test -f NSUP2-.NRLIB/code.fasl; then \ cp NSUP2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/NSUP2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NSUP2.spad using Spad compiler. NSUP2 abbreviates package NewSparseUnivariatePolynomialFunctions2 debug: compDefine1 lhs: (NewSparseUnivariatePolynomialFunctions2 R S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((NewSparseUnivariatePolynomial S) (Mapping S R) (NewSparseUnivariatePolynomial R)))) (Ring) (Ring)) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((NewSparseUnivariatePolynomial S) (Mapping S R) (NewSparseUnivariatePolynomial R)))) $param: (R S) debug: evaluateType form: (NewSparseUnivariatePolynomial S) $param: (R S) Debug: evaluateType1 form: (NewSparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evaluateType form: (Mapping S R) $param: (R S) debug: evaluateType form: S $param: (R S) debug: evaluateType form: R $param: (R S) debug: evaluateType form: (NewSparseUnivariatePolynomial R) $param: (R S) Debug: evaluateType1 form: (NewSparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Ring) $param: (R S) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Ring) $param: (R S) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((NewSparseUnivariatePolynomial S) (Mapping S R) (NewSparseUnivariatePolynomial R)))) (Ring) (Ring)) debug: compDefine1 lhs: (NewSparseUnivariatePolynomialFunctions2 R S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((NewSparseUnivariatePolynomial S) (Mapping S R) (NewSparseUnivariatePolynomial R)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((NewSparseUnivariatePolynomial S) (Mapping S R) (NewSparseUnivariatePolynomial R)))) $param: (R S) debug: evaluateType form: (NewSparseUnivariatePolynomial S) $param: (R S) Debug: evaluateType1 form: (NewSparseUnivariatePolynomial S) debug: evaluateType1 x: S m: (Ring) debug: evaluateType form: (Mapping S R) $param: (R S) debug: evaluateType form: S $param: (R S) debug: evaluateType form: R $param: (R S) debug: evaluateType form: (NewSparseUnivariatePolynomial R) $param: (R S) Debug: evaluateType1 form: (NewSparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((NewSparseUnivariatePolynomial S) (Mapping S R) (NewSparseUnivariatePolynomial R)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for NewSparseUnivariatePolynomialFunctions2 compiling into /tmp/oa-Ac1h4d compiling exported map : (R -> S,NewSparseUnivariatePolynomial R) -> NewSparseUnivariatePolynomial S Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor NewSparseUnivariatePolynomialFunctions2 Time: 0.04 seconds finalizing NRLIB NSUP2 Processing NewSparseUnivariatePolynomialFunctions2 for Browser database: -- map : ((R -> S),NewSparseUnivariatePolynomial R) -> NewSparseUnivariatePolynomial S -- constructor ; compiling file "/tmp/oa-Ac1h4d/code.lsp" (written 01 FEB 2016 11:11:45 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |NSUP2;map;MNsupNsup;1| ...) ; compiling (DEFUN |NewSparseUnivariatePolynomialFunctions2| ...) ; compiling (DEFUN |NewSparseUnivariatePolynomialFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |NewSparseUnivariatePolynomialFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-Ac1h4d/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile UP2.spad && cp UP2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UP2.fasl \ && if test -f UP2-.NRLIB/code.fasl; then \ cp UP2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UP2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UP2.spad using Spad compiler. UP2 abbreviates package UnivariatePolynomialFunctions2 debug: compDefine1 lhs: (UnivariatePolynomialFunctions2 x R y S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((UnivariatePolynomial y S) (Mapping S R) (UnivariatePolynomial x R)))) (Symbol) (Ring) (Symbol) (Ring)) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((UnivariatePolynomial y S) (Mapping S R) (UnivariatePolynomial x R)))) $param: (x R y S) debug: evaluateType form: (UnivariatePolynomial y S) $param: (x R y S) Debug: evaluateType1 form: (UnivariatePolynomial y S) debug: evaluateType1 x: y m: (Symbol) debug: evaluateType1 x: S m: (Ring) debug: evaluateType form: (Mapping S R) $param: (x R y S) debug: evaluateType form: S $param: (x R y S) debug: evaluateType form: R $param: (x R y S) debug: evaluateType form: (UnivariatePolynomial x R) $param: (x R y S) Debug: evaluateType1 form: (UnivariatePolynomial x R) debug: evaluateType1 x: x m: (Symbol) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Symbol) $param: (x R y S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Ring) $param: (x R y S) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Symbol) $param: (x R y S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Ring) $param: (x R y S) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((UnivariatePolynomial y S) (Mapping S R) (UnivariatePolynomial x R)))) (Symbol) (Ring) (Symbol) (Ring)) debug: compDefine1 lhs: (UnivariatePolynomialFunctions2 x R y S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((UnivariatePolynomial y S) (Mapping S R) (UnivariatePolynomial x R)))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((UnivariatePolynomial y S) (Mapping S R) (UnivariatePolynomial x R)))) $param: (x R y S) debug: evaluateType form: (UnivariatePolynomial y S) $param: (x R y S) Debug: evaluateType1 form: (UnivariatePolynomial y S) debug: evaluateType1 x: y m: (Symbol) debug: evaluateType1 x: S m: (Ring) debug: evaluateType form: (Mapping S R) $param: (x R y S) debug: evaluateType form: S $param: (x R y S) debug: evaluateType form: R $param: (x R y S) debug: evaluateType form: (UnivariatePolynomial x R) $param: (x R y S) Debug: evaluateType1 form: (UnivariatePolynomial x R) debug: evaluateType1 x: x m: (Symbol) debug: evaluateType1 x: R m: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((UnivariatePolynomial y S) (Mapping S R) (UnivariatePolynomial x R)))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for UnivariatePolynomialFunctions2 compiling into /tmp/oa-QIfJfs compiling exported map : (R -> S,UnivariatePolynomial(x,R)) -> UnivariatePolynomial(y,S) Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor UnivariatePolynomialFunctions2 Time: 0.04 seconds finalizing NRLIB UP2 Processing UnivariatePolynomialFunctions2 for Browser database: -- map : ((R -> S),UnivariatePolynomial(x,R)) -> UnivariatePolynomial(y,S) -- constructor ; compiling file "/tmp/oa-QIfJfs/code.lsp" (written 01 FEB 2016 11:11:45 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |UP2;map;MUpUp;1| ...) ; compiling (DEFUN |UnivariatePolynomialFunctions2| ...) ; compiling (DEFUN |UnivariatePolynomialFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |UnivariatePolynomialFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-QIfJfs/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SUBSPACE.spad && cp SUBSPACE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SUBSPACE.fasl \ && if test -f SUBSPACE-.NRLIB/code.fasl; then \ cp SUBSPACE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SUBSPACE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SUBSPACE.spad using Spad compiler. SUBSPACE abbreviates domain SubSpace debug: compDefine1 lhs: (SubSpace n R) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE leaf? ((Boolean) $)) (SIGNATURE root? ((Boolean) $)) (SIGNATURE internal? ((Boolean) $)) (SIGNATURE new ($)) (SIGNATURE subspace ($)) (SIGNATURE birth ($ $)) (SIGNATURE child ($ $ (NonNegativeInteger))) (SIGNATURE children ((List $) $)) (SIGNATURE numberOfChildren ((NonNegativeInteger) $)) (SIGNATURE shallowCopy ($ $)) (SIGNATURE deepCopy ($ $)) (SIGNATURE merge ($ $ $)) (SIGNATURE merge ($ (List $))) (SIGNATURE separate ((List $) $)) (SIGNATURE addPoint ($ $ (List (NonNegativeInteger)) (Point R))) (SIGNATURE addPoint2 ($ $ (Point R))) (SIGNATURE addPointLast ($ $ $ (Point R) (NonNegativeInteger))) (SIGNATURE modifyPoint ($ $ (List (NonNegativeInteger)) (Point R))) (SIGNATURE addPoint ($ $ (List (NonNegativeInteger)) (NonNegativeInteger))) (SIGNATURE modifyPoint ($ $ (List (NonNegativeInteger)) (NonNegativeInteger))) (SIGNATURE addPoint ((NonNegativeInteger) $ (Point R))) (SIGNATURE modifyPoint ($ $ (NonNegativeInteger) (Point R))) (SIGNATURE closeComponent ($ $ (List (NonNegativeInteger)) (Boolean))) (SIGNATURE defineProperty ($ $ (List (NonNegativeInteger)) (SubSpaceComponentProperty))) (SIGNATURE traverse ($ $ (List (NonNegativeInteger)))) (SIGNATURE extractPoint ((Point R) $)) (SIGNATURE extractIndex ((NonNegativeInteger) $)) (SIGNATURE extractClosed ((Boolean) $)) (SIGNATURE extractProperty ((SubSpaceComponentProperty) $)) (SIGNATURE level ((NonNegativeInteger) $)) (SIGNATURE parent ($ $)) (SIGNATURE pointData ((List (Point R)) $)))) (PositiveInteger) (Ring)) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (SIGNATURE leaf? ((Boolean) $)) (SIGNATURE root? ((Boolean) $)) (SIGNATURE internal? ((Boolean) $)) (SIGNATURE new ($)) (SIGNATURE subspace ($)) (SIGNATURE birth ($ $)) (SIGNATURE child ($ $ (NonNegativeInteger))) (SIGNATURE children ((List $) $)) (SIGNATURE numberOfChildren ((NonNegativeInteger) $)) (SIGNATURE shallowCopy ($ $)) (SIGNATURE deepCopy ($ $)) (SIGNATURE merge ($ $ $)) (SIGNATURE merge ($ (List $))) (SIGNATURE separate ((List $) $)) (SIGNATURE addPoint ($ $ (List (NonNegativeInteger)) (Point R))) (SIGNATURE addPoint2 ($ $ (Point R))) (SIGNATURE addPointLast ($ $ $ (Point R) (NonNegativeInteger))) (SIGNATURE modifyPoint ($ $ (List (NonNegativeInteger)) (Point R))) (SIGNATURE addPoint ($ $ (List (NonNegativeInteger)) (NonNegativeInteger))) (SIGNATURE modifyPoint ($ $ (List (NonNegativeInteger)) (NonNegativeInteger))) (SIGNATURE addPoint ((NonNegativeInteger) $ (Point R))) (SIGNATURE modifyPoint ($ $ (NonNegativeInteger) (Point R))) (SIGNATURE closeComponent ($ $ (List (NonNegativeInteger)) (Boolean))) (SIGNATURE defineProperty ($ $ (List (NonNegativeInteger)) (SubSpaceComponentProperty))) (SIGNATURE traverse ($ $ (List (NonNegativeInteger)))) (SIGNATURE extractPoint ((Point R) $)) (SIGNATURE extractIndex ((NonNegativeInteger) $)) (SIGNATURE extractClosed ((Boolean) $)) (SIGNATURE extractProperty ((SubSpaceComponentProperty) $)) (SIGNATURE level ((NonNegativeInteger) $)) (SIGNATURE parent ($ $)) (SIGNATURE pointData ((List (Point R)) $)))) $param: (n R) debug: evaluateType form: (SetCategory) $param: (n R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE leaf? ((Boolean) $)) (SIGNATURE root? ((Boolean) $)) (SIGNATURE internal? ((Boolean) $)) (SIGNATURE new ($)) (SIGNATURE subspace ($)) (SIGNATURE birth ($ $)) (SIGNATURE child ($ $ (NonNegativeInteger))) (SIGNATURE children ((List $) $)) (SIGNATURE numberOfChildren ((NonNegativeInteger) $)) (SIGNATURE shallowCopy ($ $)) (SIGNATURE deepCopy ($ $)) (SIGNATURE merge ($ $ $)) (SIGNATURE merge ($ (List $))) (SIGNATURE separate ((List $) $)) (SIGNATURE addPoint ($ $ (List (NonNegativeInteger)) (Point R))) (SIGNATURE addPoint2 ($ $ (Point R))) (SIGNATURE addPointLast ($ $ $ (Point R) (NonNegativeInteger))) (SIGNATURE modifyPoint ($ $ (List (NonNegativeInteger)) (Point R))) (SIGNATURE addPoint ($ $ (List (NonNegativeInteger)) (NonNegativeInteger))) (SIGNATURE modifyPoint ($ $ (List (NonNegativeInteger)) (NonNegativeInteger))) (SIGNATURE addPoint ((NonNegativeInteger) $ (Point R))) (SIGNATURE modifyPoint ($ $ (NonNegativeInteger) (Point R))) (SIGNATURE closeComponent ($ $ (List (NonNegativeInteger)) (Boolean))) (SIGNATURE defineProperty ($ $ (List (NonNegativeInteger)) (SubSpaceComponentProperty))) (SIGNATURE traverse ($ $ (List (NonNegativeInteger)))) (SIGNATURE extractPoint ((Point R) $)) (SIGNATURE extractIndex ((NonNegativeInteger) $)) (SIGNATURE extractClosed ((Boolean) $)) (SIGNATURE extractProperty ((SubSpaceComponentProperty) $)) (SIGNATURE level ((NonNegativeInteger) $)) (SIGNATURE parent ($ $)) (SIGNATURE pointData ((List (Point R)) $))) $param: (n R) debug: evaluateType form: (Boolean) $param: (n R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (n R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (n R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (NonNegativeInteger) $param: (n R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (List $) $param: (n R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (n R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (List $) $param: (n R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List $) $param: (n R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List (NonNegativeInteger)) $param: (n R) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (n R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (n R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (Point R) $param: (n R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Point R) $param: (n R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Point R) $param: (n R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (NonNegativeInteger) $param: (n R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (List (NonNegativeInteger)) $param: (n R) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (n R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (n R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (Point R) $param: (n R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (List (NonNegativeInteger)) $param: (n R) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (n R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (n R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (n R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (List (NonNegativeInteger)) $param: (n R) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (n R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (n R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (n R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (n R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Point R) $param: (n R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (NonNegativeInteger) $param: (n R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Point R) $param: (n R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (List (NonNegativeInteger)) $param: (n R) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (n R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (n R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (Boolean) $param: (n R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List (NonNegativeInteger)) $param: (n R) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (n R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (n R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (SubSpaceComponentProperty) $param: (n R) Debug: evaluateType1 form: (SubSpaceComponentProperty) debug: evaluateType form: (List (NonNegativeInteger)) $param: (n R) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (n R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (n R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (Point R) $param: (n R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (NonNegativeInteger) $param: (n R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Boolean) $param: (n R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (SubSpaceComponentProperty) $param: (n R) Debug: evaluateType1 form: (SubSpaceComponentProperty) debug: evaluateType form: (NonNegativeInteger) $param: (n R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (List (Point R)) $param: (n R) Debug: evaluateType1 form: (List (Point R)) debug: evaluateType1 x: (Point R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (n R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Point R) $param: (n R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Point R) c: (Type) debug: evaluateType form: (PositiveInteger) $param: (n R) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (Ring) $param: (n R) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE leaf? ((Boolean) $)) (SIGNATURE root? ((Boolean) $)) (SIGNATURE internal? ((Boolean) $)) (SIGNATURE new ($)) (SIGNATURE subspace ($)) (SIGNATURE birth ($ $)) (SIGNATURE child ($ $ (NonNegativeInteger))) (SIGNATURE children ((List $) $)) (SIGNATURE numberOfChildren ((NonNegativeInteger) $)) (SIGNATURE shallowCopy ($ $)) (SIGNATURE deepCopy ($ $)) (SIGNATURE merge ($ $ $)) (SIGNATURE merge ($ (List $))) (SIGNATURE separate ((List $) $)) (SIGNATURE addPoint ($ $ (List (NonNegativeInteger)) (Point R))) (SIGNATURE addPoint2 ($ $ (Point R))) (SIGNATURE addPointLast ($ $ $ (Point R) (NonNegativeInteger))) (SIGNATURE modifyPoint ($ $ (List (NonNegativeInteger)) (Point R))) (SIGNATURE addPoint ($ $ (List (NonNegativeInteger)) (NonNegativeInteger))) (SIGNATURE modifyPoint ($ $ (List (NonNegativeInteger)) (NonNegativeInteger))) (SIGNATURE addPoint ((NonNegativeInteger) $ (Point R))) (SIGNATURE modifyPoint ($ $ (NonNegativeInteger) (Point R))) (SIGNATURE closeComponent ($ $ (List (NonNegativeInteger)) (Boolean))) (SIGNATURE defineProperty ($ $ (List (NonNegativeInteger)) (SubSpaceComponentProperty))) (SIGNATURE traverse ($ $ (List (NonNegativeInteger)))) (SIGNATURE extractPoint ((Point R) $)) (SIGNATURE extractIndex ((NonNegativeInteger) $)) (SIGNATURE extractClosed ((Boolean) $)) (SIGNATURE extractProperty ((SubSpaceComponentProperty) $)) (SIGNATURE level ((NonNegativeInteger) $)) (SIGNATURE parent ($ $)) (SIGNATURE pointData ((List (Point R)) $)))) (PositiveInteger) (Ring)) debug: compDefine1 lhs: (SubSpace n R) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE leaf? ((Boolean) $)) (SIGNATURE root? ((Boolean) $)) (SIGNATURE internal? ((Boolean) $)) (SIGNATURE new ($)) (SIGNATURE subspace ($)) (SIGNATURE birth ($ $)) (SIGNATURE child ($ $ (NonNegativeInteger))) (SIGNATURE children ((List $) $)) (SIGNATURE numberOfChildren ((NonNegativeInteger) $)) (SIGNATURE shallowCopy ($ $)) (SIGNATURE deepCopy ($ $)) (SIGNATURE merge ($ $ $)) (SIGNATURE merge ($ (List $))) (SIGNATURE separate ((List $) $)) (SIGNATURE addPoint ($ $ (List (NonNegativeInteger)) (Point R))) (SIGNATURE addPoint2 ($ $ (Point R))) (SIGNATURE addPointLast ($ $ $ (Point R) (NonNegativeInteger))) (SIGNATURE modifyPoint ($ $ (List (NonNegativeInteger)) (Point R))) (SIGNATURE addPoint ($ $ (List (NonNegativeInteger)) (NonNegativeInteger))) (SIGNATURE modifyPoint ($ $ (List (NonNegativeInteger)) (NonNegativeInteger))) (SIGNATURE addPoint ((NonNegativeInteger) $ (Point R))) (SIGNATURE modifyPoint ($ $ (NonNegativeInteger) (Point R))) (SIGNATURE closeComponent ($ $ (List (NonNegativeInteger)) (Boolean))) (SIGNATURE defineProperty ($ $ (List (NonNegativeInteger)) (SubSpaceComponentProperty))) (SIGNATURE traverse ($ $ (List (NonNegativeInteger)))) (SIGNATURE extractPoint ((Point R) $)) (SIGNATURE extractIndex ((NonNegativeInteger) $)) (SIGNATURE extractClosed ((Boolean) $)) (SIGNATURE extractProperty ((SubSpaceComponentProperty) $)) (SIGNATURE level ((NonNegativeInteger) $)) (SIGNATURE parent ($ $)) (SIGNATURE pointData ((List (Point R)) $)))) NIL NIL) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (SIGNATURE leaf? ((Boolean) $)) (SIGNATURE root? ((Boolean) $)) (SIGNATURE internal? ((Boolean) $)) (SIGNATURE new ($)) (SIGNATURE subspace ($)) (SIGNATURE birth ($ $)) (SIGNATURE child ($ $ (NonNegativeInteger))) (SIGNATURE children ((List $) $)) (SIGNATURE numberOfChildren ((NonNegativeInteger) $)) (SIGNATURE shallowCopy ($ $)) (SIGNATURE deepCopy ($ $)) (SIGNATURE merge ($ $ $)) (SIGNATURE merge ($ (List $))) (SIGNATURE separate ((List $) $)) (SIGNATURE addPoint ($ $ (List (NonNegativeInteger)) (Point R))) (SIGNATURE addPoint2 ($ $ (Point R))) (SIGNATURE addPointLast ($ $ $ (Point R) (NonNegativeInteger))) (SIGNATURE modifyPoint ($ $ (List (NonNegativeInteger)) (Point R))) (SIGNATURE addPoint ($ $ (List (NonNegativeInteger)) (NonNegativeInteger))) (SIGNATURE modifyPoint ($ $ (List (NonNegativeInteger)) (NonNegativeInteger))) (SIGNATURE addPoint ((NonNegativeInteger) $ (Point R))) (SIGNATURE modifyPoint ($ $ (NonNegativeInteger) (Point R))) (SIGNATURE closeComponent ($ $ (List (NonNegativeInteger)) (Boolean))) (SIGNATURE defineProperty ($ $ (List (NonNegativeInteger)) (SubSpaceComponentProperty))) (SIGNATURE traverse ($ $ (List (NonNegativeInteger)))) (SIGNATURE extractPoint ((Point R) $)) (SIGNATURE extractIndex ((NonNegativeInteger) $)) (SIGNATURE extractClosed ((Boolean) $)) (SIGNATURE extractProperty ((SubSpaceComponentProperty) $)) (SIGNATURE level ((NonNegativeInteger) $)) (SIGNATURE parent ($ $)) (SIGNATURE pointData ((List (Point R)) $)))) $param: (n R) debug: evaluateType form: (SetCategory) $param: (n R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE leaf? ((Boolean) $)) (SIGNATURE root? ((Boolean) $)) (SIGNATURE internal? ((Boolean) $)) (SIGNATURE new ($)) (SIGNATURE subspace ($)) (SIGNATURE birth ($ $)) (SIGNATURE child ($ $ (NonNegativeInteger))) (SIGNATURE children ((List $) $)) (SIGNATURE numberOfChildren ((NonNegativeInteger) $)) (SIGNATURE shallowCopy ($ $)) (SIGNATURE deepCopy ($ $)) (SIGNATURE merge ($ $ $)) (SIGNATURE merge ($ (List $))) (SIGNATURE separate ((List $) $)) (SIGNATURE addPoint ($ $ (List (NonNegativeInteger)) (Point R))) (SIGNATURE addPoint2 ($ $ (Point R))) (SIGNATURE addPointLast ($ $ $ (Point R) (NonNegativeInteger))) (SIGNATURE modifyPoint ($ $ (List (NonNegativeInteger)) (Point R))) (SIGNATURE addPoint ($ $ (List (NonNegativeInteger)) (NonNegativeInteger))) (SIGNATURE modifyPoint ($ $ (List (NonNegativeInteger)) (NonNegativeInteger))) (SIGNATURE addPoint ((NonNegativeInteger) $ (Point R))) (SIGNATURE modifyPoint ($ $ (NonNegativeInteger) (Point R))) (SIGNATURE closeComponent ($ $ (List (NonNegativeInteger)) (Boolean))) (SIGNATURE defineProperty ($ $ (List (NonNegativeInteger)) (SubSpaceComponentProperty))) (SIGNATURE traverse ($ $ (List (NonNegativeInteger)))) (SIGNATURE extractPoint ((Point R) $)) (SIGNATURE extractIndex ((NonNegativeInteger) $)) (SIGNATURE extractClosed ((Boolean) $)) (SIGNATURE extractProperty ((SubSpaceComponentProperty) $)) (SIGNATURE level ((NonNegativeInteger) $)) (SIGNATURE parent ($ $)) (SIGNATURE pointData ((List (Point R)) $))) $param: (n R) debug: evaluateType form: (Boolean) $param: (n R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (n R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (n R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (NonNegativeInteger) $param: (n R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (List $) $param: (n R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (n R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (List $) $param: (n R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List $) $param: (n R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List (NonNegativeInteger)) $param: (n R) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (n R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (n R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (Point R) $param: (n R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Point R) $param: (n R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Point R) $param: (n R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (NonNegativeInteger) $param: (n R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (List (NonNegativeInteger)) $param: (n R) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (n R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (n R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (Point R) $param: (n R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (List (NonNegativeInteger)) $param: (n R) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (n R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (n R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (n R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (List (NonNegativeInteger)) $param: (n R) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (n R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (n R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (n R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (n R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Point R) $param: (n R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (NonNegativeInteger) $param: (n R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Point R) $param: (n R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (List (NonNegativeInteger)) $param: (n R) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (n R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (n R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (Boolean) $param: (n R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List (NonNegativeInteger)) $param: (n R) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (n R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (n R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (SubSpaceComponentProperty) $param: (n R) Debug: evaluateType1 form: (SubSpaceComponentProperty) debug: evaluateType form: (List (NonNegativeInteger)) $param: (n R) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (n R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (n R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (Point R) $param: (n R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (NonNegativeInteger) $param: (n R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Boolean) $param: (n R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (SubSpaceComponentProperty) $param: (n R) Debug: evaluateType1 form: (SubSpaceComponentProperty) debug: evaluateType form: (NonNegativeInteger) $param: (n R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (List (Point R)) $param: (n R) Debug: evaluateType1 form: (List (Point R)) debug: evaluateType1 x: (Point R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (n R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Point R) $param: (n R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Point R) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE leaf? ((Boolean) $)) (SIGNATURE root? ((Boolean) $)) (SIGNATURE internal? ((Boolean) $)) (SIGNATURE new ($)) (SIGNATURE subspace ($)) (SIGNATURE birth ($ $)) (SIGNATURE child ($ $ (NonNegativeInteger))) (SIGNATURE children ((List $) $)) (SIGNATURE numberOfChildren ((NonNegativeInteger) $)) (SIGNATURE shallowCopy ($ $)) (SIGNATURE deepCopy ($ $)) (SIGNATURE merge ($ $ $)) (SIGNATURE merge ($ (List $))) (SIGNATURE separate ((List $) $)) (SIGNATURE addPoint ($ $ (List (NonNegativeInteger)) (Point R))) (SIGNATURE addPoint2 ($ $ (Point R))) (SIGNATURE addPointLast ($ $ $ (Point R) (NonNegativeInteger))) (SIGNATURE modifyPoint ($ $ (List (NonNegativeInteger)) (Point R))) (SIGNATURE addPoint ($ $ (List (NonNegativeInteger)) (NonNegativeInteger))) (SIGNATURE modifyPoint ($ $ (List (NonNegativeInteger)) (NonNegativeInteger))) (SIGNATURE addPoint ((NonNegativeInteger) $ (Point R))) (SIGNATURE modifyPoint ($ $ (NonNegativeInteger) (Point R))) (SIGNATURE closeComponent ($ $ (List (NonNegativeInteger)) (Boolean))) (SIGNATURE defineProperty ($ $ (List (NonNegativeInteger)) (SubSpaceComponentProperty))) (SIGNATURE traverse ($ $ (List (NonNegativeInteger)))) (SIGNATURE extractPoint ((Point R) $)) (SIGNATURE extractIndex ((NonNegativeInteger) $)) (SIGNATURE extractClosed ((Boolean) $)) (SIGNATURE extractProperty ((SubSpaceComponentProperty) $)) (SIGNATURE level ((NonNegativeInteger) $)) (SIGNATURE parent ($ $)) (SIGNATURE pointData ((List (Point R)) $)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for SubSpace compiling into /tmp/oa-YwgOVI importing String compiling exported leaf? : % -> Boolean Time: 0.08 SEC. compiling exported root? : % -> Boolean SUBSPACE;root?;$B;2 space is replaced by %ieq(%vref(space,5),0) Time: 0 SEC. compiling exported internal? : % -> Boolean Time: 0.00 SEC. compiling exported new : () -> % Time: 0.04 SEC. compiling exported subspace : () -> % Time: 0 SEC. compiling exported birth : % -> % Time: 0.05 SEC. compiling exported child : (%,NonNegativeInteger) -> % Time: 0.01 SEC. compiling exported children : % -> List % SUBSPACE;children;$L;8 space is replaced by %vref(space,3) Time: 0.01 SEC. compiling exported numberOfChildren : % -> NonNegativeInteger SUBSPACE;numberOfChildren;$Nni;9 space is replaced by %vref(space,9) Time: 0 SEC. compiling exported shallowCopy : % -> % Time: 0.03 SEC. compiling exported deepCopy : % -> % Time: 0.02 SEC. compiling exported merge : (%,%) -> % Time: 0.01 SEC. compiling exported merge : List % -> % Time: 0.01 SEC. compiling exported separate : % -> List % Time: 0.00 SEC. compiling exported addPoint : (%,List NonNegativeInteger,Point R) -> % Time: 0.05 SEC. compiling exported addPoint2 : (%,Point R) -> % Time: 0.03 SEC. compiling exported addPointLast : (%,%,Point R,NonNegativeInteger) -> % Time: 0.04 SEC. compiling exported addPoint : (%,List NonNegativeInteger,NonNegativeInteger) -> % Time: 0.06 SEC. compiling exported addPoint : (%,Point R) -> NonNegativeInteger Time: 0.03 SEC. compiling exported modifyPoint : (%,List NonNegativeInteger,Point R) -> % Time: 0.04 SEC. compiling exported modifyPoint : (%,List NonNegativeInteger,NonNegativeInteger) -> % Time: 0.03 SEC. compiling exported modifyPoint : (%,NonNegativeInteger,Point R) -> % Time: 0.05 SEC. compiling exported closeComponent : (%,List NonNegativeInteger,Boolean) -> % Time: 0.02 SEC. compiling exported defineProperty : (%,List NonNegativeInteger,SubSpaceComponentProperty) -> % Time: 0.01 SEC. compiling exported traverse : (%,List NonNegativeInteger) -> % Time: 0.01 SEC. compiling exported extractPoint : % -> Point R Time: 0.02 SEC. compiling exported extractIndex : % -> NonNegativeInteger SUBSPACE;extractIndex;$Nni;27 space is replaced by %vref(space,1) Time: 0.00 SEC. compiling exported extractClosed : % -> Boolean SUBSPACE;extractClosed;$B;28 space is replaced by %head %vref(space,2) Time: 0.00 SEC. compiling exported extractProperty : % -> SubSpaceComponentProperty SUBSPACE;extractProperty;$Sscp;29 space is replaced by %vref(space,2) Time: 0 SEC. compiling exported parent : % -> % Time: 0.02 SEC. compiling exported pointData : % -> List Point R SUBSPACE;pointData;$L;31 space is replaced by %vref(space,6) Time: 0.01 SEC. compiling exported level : % -> NonNegativeInteger SUBSPACE;level;$Nni;32 space is replaced by %vref(space,5) Time: 0 SEC. compiling exported = : (%,%) -> Boolean Time: 0.08 SEC. compiling exported coerce : % -> OutputForm Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] Type Point R is not in scope. Import it [2] Type SubSpaceComponentProperty is not in scope. Import it [3] Type List $ is not in scope. Import it [4] Type List Point R is not in scope. Import it [5] closeComponent: close has no value [6] extractClosed: closed? has no value Cumulative Statistics for Constructor SubSpace Time: 0.82 seconds finalizing NRLIB SUBSPACE Processing SubSpace for Browser database: -- leaf? : % -> B -- root? : % -> B -- internal? : % -> B -- new : () -> % -- subspace : () -> % -- birth : % -> % -- child : (%,NNI) -> % -- children : % -> List % -- numberOfChildren : % -> NNI -- shallowCopy : % -> % -- deepCopy : % -> % -- merge : (%,%) -> % -- merge : List % -> % -- separate : % -> List % -- addPoint : (%,List NNI,POINT) -> % -- addPoint2 : (%,POINT) -> % -- addPointLast : (%,%,POINT,NNI) -> % -- modifyPoint : (%,List NNI,POINT) -> % -- addPoint : (%,List NNI,NNI) -> % -- modifyPoint : (%,List NNI,NNI) -> % -- addPoint : (%,POINT) -> NNI -- modifyPoint : (%,NNI,POINT) -> % -- closeComponent : (%,List NNI,B) -> % -- defineProperty : (%,List NNI,PROP) -> % -- traverse : (%,List NNI) -> % -- extractPoint : % -> POINT -- extractIndex : % -> NNI -- extractClosed : % -> B -- extractProperty : % -> PROP -- level : % -> NNI -- parent : % -> % -- pointData : % -> L POINT -- constructor ; compiling file "/tmp/oa-YwgOVI/code.lsp" (written 01 FEB 2016 11:11:46 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SUBSPACE;root?;$B;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SUBSPACE;children;$L;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SUBSPACE;numberOfChildren;$Nni;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SUBSPACE;extractIndex;$Nni;27|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SUBSPACE;extractClosed;$B;28|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SUBSPACE;extractProperty;$Sscp;29|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SUBSPACE;pointData;$L;31|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SUBSPACE;level;$Nni;32|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SUBSPACE;leaf?;$B;1|) ...) ; compiling (PUT (QUOTE |SUBSPACE;internal?;$B;3|) ...) ; compiling (PUT (QUOTE |SUBSPACE;parent;2$;30|) ...) ; compiling (DEFUN |SUBSPACE;leaf?;$B;1| ...) ; compiling (DEFUN |SUBSPACE;root?;$B;2| ...) ; compiling (DEFUN |SUBSPACE;internal?;$B;3| ...) ; file: /tmp/oa-YwgOVI/code.lsp ; in: DEFUN |SUBSPACE;internal?;$B;3| ; (DEFUN BOOT::|SUBSPACE;internal?;$B;3| (BOOT::|space| BOOT::$) ; (NOT (AND (ZEROP (SVREF BOOT::|space| 5)) (NULL (SVREF BOOT::|space| 3))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUBSPACE;internal?;$B;3| ; (BOOT::|space| BOOT::$) ; (BLOCK BOOT::|SUBSPACE;internal?;$B;3| (NOT (AND (ZEROP #) (NULL #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SUBSPACE;new;$;4| ...) ; compiling (DEFUN |SUBSPACE;subspace;$;5| ...) ; compiling (DEFUN |SUBSPACE;birth;2$;6| ...) ; file: /tmp/oa-YwgOVI/code.lsp ; in: DEFUN |SUBSPACE;birth;2$;6| ; (DEFUN BOOT::|SUBSPACE;birth;2$;6| (BOOT::|momma| BOOT::$) ; (PROG (BOOT::|lastKid|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUBSPACE;birth;2$;6| ; (BOOT::|momma| BOOT::$) ; (BLOCK BOOT::|SUBSPACE;birth;2$;6| ; (PROG (BOOT::|lastKid|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |SUBSPACE;child;$Nni$;7| ...) ; file: /tmp/oa-YwgOVI/code.lsp ; in: DEFUN |SUBSPACE;child;$Nni$;7| ; (DEFUN BOOT::|SUBSPACE;child;$Nni$;7| (BOOT::|space| BOOT::|num| BOOT::$) ; (BOOT::SPADCALL (SVREF BOOT::|space| 3) BOOT::|num| ; (BOOT::|shellEntry| BOOT::$ 45))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUBSPACE;child;$Nni$;7| ; (BOOT::|space| BOOT::|num| BOOT::$) ; (BLOCK BOOT::|SUBSPACE;child;$Nni$;7| ; (BOOT::SPADCALL (SVREF BOOT::|space| 3) BOOT::|num| ; (BOOT::|shellEntry| BOOT::$ 45)))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |SUBSPACE;children;$L;8| ...) ; compiling (DEFUN |SUBSPACE;numberOfChildren;$Nni;9| ...) ; compiling (DEFUN |SUBSPACE;shallowCopy;2$;10| ...) ; compiling (DEFUN |SUBSPACE;deepCopy;2$;11| ...) ; compiling (DEFUN |SUBSPACE;merge;3$;12| ...) ; compiling (DEFUN |SUBSPACE;merge;L$;13| ...) ; file: /tmp/oa-YwgOVI/code.lsp ; in: DEFUN |SUBSPACE;merge;L$;13| ; (DEFUN BOOT::|SUBSPACE;merge;L$;13| (BOOT::|listOfSpaces| BOOT::$) ; (COND ; ((NULL BOOT::|listOfSpaces|) ; (BOOT::|error| "empty list passed as argument to merge")) ; (T ; (LET (#) ; (PROGN # BOOT::|space|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUBSPACE;merge;L$;13| ; (BOOT::|listOfSpaces| BOOT::$) ; (BLOCK BOOT::|SUBSPACE;merge;L$;13| ; (COND ; ((NULL BOOT::|listOfSpaces|) ; (BOOT::|error| "empty list passed as argument to merge")) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |SUBSPACE;separate;$L;14| ...) ; compiling (DEFUN |SUBSPACE;addPoint;$LP$;15| ...) ; file: /tmp/oa-YwgOVI/code.lsp ; in: DEFUN |SUBSPACE;addPoint;$LP$;15| ; (DEFUN BOOT::|SUBSPACE;addPoint;$LP$;15| ; (BOOT::|space| BOOT::|path| BOOT::|point| BOOT::$) ; (PROG (BOOT::|depth| BOOT::|node| BOOT::|which|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # # # # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUBSPACE;addPoint;$LP$;15| ; (BOOT::|space| BOOT::|path| BOOT::|point| BOOT::$) ; (BLOCK BOOT::|SUBSPACE;addPoint;$LP$;15| ; (PROG (BOOT::|depth| BOOT::|node| BOOT::|which|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |SUBSPACE;addPoint2;$P$;16| ...) ; file: /tmp/oa-YwgOVI/code.lsp ; in: DEFUN |SUBSPACE;addPoint2;$P$;16| ; (DEFUN BOOT::|SUBSPACE;addPoint2;$P$;16| ; (BOOT::|space| BOOT::|point| BOOT::$) ; (PROG (BOOT::|first| BOOT::|depth| BOOT::|node| BOOT::|which|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # # # # # # # # # ...))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUBSPACE;addPoint2;$P$;16| ; (BOOT::|space| BOOT::|point| BOOT::$) ; (BLOCK BOOT::|SUBSPACE;addPoint2;$P$;16| ; (PROG (BOOT::|first| BOOT::|depth| BOOT::|node| BOOT::|which|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |SUBSPACE;addPointLast;2$PNni$;17| ...) ; file: /tmp/oa-YwgOVI/code.lsp ; in: DEFUN |SUBSPACE;addPointLast;2$PNni$;17| ; (DEFUN BOOT::|SUBSPACE;addPointLast;2$PNni$;17| ; (BOOT::|space| BOOT::|node| BOOT::|point| BOOT::|depth| BOOT::$) ; (PROG (BOOT::|which|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUBSPACE;addPointLast;2$PNni$;17| ; (BOOT::|space| BOOT::|node| BOOT::|point| BOOT::|depth| BOOT::$) ; (BLOCK BOOT::|SUBSPACE;addPointLast;2$PNni$;17| ; (PROG (BOOT::|which|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |node| ; prevents use of assertion from function type proclamation: ; SIMPLE-VECTOR ; ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |SUBSPACE;addPoint;$LNni$;18| ...) ; compiling (DEFUN |SUBSPACE;addPoint;$PNni;19| ...) ; file: /tmp/oa-YwgOVI/code.lsp ; in: DEFUN |SUBSPACE;addPoint;$PNni;19| ; (DEFUN BOOT::|SUBSPACE;addPoint;$PNni;19| ; (BOOT::|space| BOOT::|point| BOOT::$) ; (COND ; ((ZEROP (SVREF BOOT::|space| 5)) ; (LET (#) ; (BOOT::SEQ # # #))) ; (T ; (BOOT::|error| ; "You need to pass a top level SubSpace (level should be zero)")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUBSPACE;addPoint;$PNni;19| ; (BOOT::|space| BOOT::|point| BOOT::$) ; (BLOCK BOOT::|SUBSPACE;addPoint;$PNni;19| ; (COND ; ((ZEROP #) ; (LET # ; #)) ; (T ; (BOOT::|error| ; "You need to pass a top level SubSpace (level should be zero)"))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |SUBSPACE;modifyPoint;$LP$;20| ...) ; file: /tmp/oa-YwgOVI/code.lsp ; in: DEFUN |SUBSPACE;modifyPoint;$LP$;20| ; (DEFUN BOOT::|SUBSPACE;modifyPoint;$LP$;20| ; (BOOT::|space| BOOT::|path| BOOT::|point| BOOT::$) ; (PROG (BOOT::|node| BOOT::|which|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUBSPACE;modifyPoint;$LP$;20| ; (BOOT::|space| BOOT::|path| BOOT::|point| BOOT::$) ; (BLOCK BOOT::|SUBSPACE;modifyPoint;$LP$;20| ; (PROG (BOOT::|node| BOOT::|which|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |SUBSPACE;modifyPoint;$LNni$;21| ...) ; compiling (DEFUN |SUBSPACE;modifyPoint;$NniP$;22| ...) ; file: /tmp/oa-YwgOVI/code.lsp ; in: DEFUN |SUBSPACE;modifyPoint;$NniP$;22| ; (DEFUN BOOT::|SUBSPACE;modifyPoint;$NniP$;22| ; (BOOT::|space| BOOT::|which| BOOT::|point| BOOT::$) ; (COND ; ((ZEROP (SVREF BOOT::|space| 5)) ; (PROGN (BOOT::SPADCALL # BOOT::|which| BOOT::|point| #) BOOT::|space|)) ; (T ; (BOOT::|error| ; "You need to pass a top level SubSpace (level should be zero)")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUBSPACE;modifyPoint;$NniP$;22| ; (BOOT::|space| BOOT::|which| BOOT::|point| BOOT::$) ; (BLOCK BOOT::|SUBSPACE;modifyPoint;$NniP$;22| ; (COND ((ZEROP #) (PROGN # BOOT::|space|)) ; (T ; (BOOT::|error| ; "You need to pass a top level SubSpace (level should be zero)"))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |SUBSPACE;closeComponent;$LB$;23| ...) ; compiling (DEFUN |SUBSPACE;defineProperty;$LSscp$;24| ...) ; compiling (DEFUN |SUBSPACE;traverse;$L$;25| ...) ; file: /tmp/oa-YwgOVI/code.lsp ; in: DEFUN |SUBSPACE;traverse;$L$;25| ; (DEFUN BOOT::|SUBSPACE;traverse;$L$;25| (BOOT::|space| BOOT::|path| BOOT::$) ; (PROGN ; (LET ((#:G1043 BOOT::|path|)) ; (LOOP (COND # #) ; (SETQ #))) ; BOOT::|space|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUBSPACE;traverse;$L$;25| ; (BOOT::|space| BOOT::|path| BOOT::$) ; (BLOCK BOOT::|SUBSPACE;traverse;$L$;25| ; (PROGN ; (LET (#) ; (LOOP # ; #)) ; BOOT::|space|))) ; ; note: Assignment to argument: |space| ; prevents use of assertion from function type proclamation: ; SIMPLE-VECTOR ; ; compiling (DEFUN |SUBSPACE;extractPoint;$P;26| ...) ; compiling (DEFUN |SUBSPACE;extractIndex;$Nni;27| ...) ; compiling (DEFUN |SUBSPACE;extractClosed;$B;28| ...) ; compiling (DEFUN |SUBSPACE;extractProperty;$Sscp;29| ...) ; compiling (DEFUN |SUBSPACE;parent;2$;30| ...) ; file: /tmp/oa-YwgOVI/code.lsp ; in: DEFUN |SUBSPACE;parent;2$;30| ; (DEFUN BOOT::|SUBSPACE;parent;2$;30| (BOOT::|space| BOOT::$) ; (COND ; ((NULL (SVREF BOOT::|space| 10)) ; (BOOT::|error| ; "This is a top level SubSpace - it does not have a parent")) ; (T (BOOT::|SPADfirst| (SVREF BOOT::|space| 10))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUBSPACE;parent;2$;30| ; (BOOT::|space| BOOT::$) ; (BLOCK BOOT::|SUBSPACE;parent;2$;30| ; (COND ; ((NULL #) ; (BOOT::|error| ; "This is a top level SubSpace - it does not have a parent")) ; (T (BOOT::|SPADfirst| #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SUBSPACE;pointData;$L;31| ...) ; compiling (DEFUN |SUBSPACE;level;$Nni;32| ...) ; compiling (DEFUN |SUBSPACE;=;2$B;33| ...) ; compiling (DEFUN |SUBSPACE;coerce;$Of;34| ...) ; compiling (DEFUN |SubSpace| ...) ; compiling (DEFUN |SubSpace;| ...) ; compiling (MAKEPROP (QUOTE |SubSpace|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 12 notes ; /tmp/oa-YwgOVI/code.fasl written ; compilation finished in 0:00:00.171 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SPACE3.spad && cp SPACE3.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SPACE3.fasl \ && if test -f SPACE3-.NRLIB/code.fasl; then \ cp SPACE3-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SPACE3-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SPACE3.spad using Spad compiler. SPACE3 abbreviates domain ThreeSpace debug: compDefine1 lhs: (ThreeSpace R) signature (pre-evaluate): ((ThreeSpaceCategory R) (Ring)) debug: evaluateType form: (ThreeSpaceCategory R) $param: (R) Debug: evaluateType1 form: (ThreeSpaceCategory R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((ThreeSpaceCategory R) (Ring)) debug: compDefine1 lhs: (ThreeSpace R) signature (pre-evaluate): ((ThreeSpaceCategory R) NIL) debug: evaluateType form: (ThreeSpaceCategory R) $param: (R) Debug: evaluateType1 form: (ThreeSpaceCategory R) debug: evaluateType1 x: R m: (Ring) debug: compDefine1 signature (post evaluate): ((ThreeSpaceCategory R) NIL) ------------------------------------------------------------------------ initializing stationary directory for ThreeSpace compiling into /tmp/oa-wYtC5L importing COMPPROP importing Point R importing SubSpace(3,R) importing ListFunctions2(List R,Point R) importing Set NonNegativeInteger compiling local convertSpace : % -> % Time: 0.29 SEC. compiling exported polygon : (%,List Point R) -> % Time: 0.03 SEC. compiling exported create3Space : () -> % Time: 0.12 SEC. compiling exported create3Space : SubSpace(3,R) -> % SPACE3;create3Space;Ss$;4 s is replaced by %vector(s,%nil,%vector(%nil,%nil,%nil,%nil),%vector(0,0,0,0),%false) Time: 0.12 SEC. compiling exported numberOfComponents : % -> NonNegativeInteger SPACE3;numberOfComponents;$Nni;5 space is replaced by %llength %vref(%vref(space,0),3) Time: 0.03 SEC. compiling exported numberOfComposites : % -> NonNegativeInteger SPACE3;numberOfComposites;$Nni;6 space is replaced by %llength %vref(space,1) Time: 0.02 SEC. compiling exported merge : List % -> % Time: 0.02 SEC. compiling exported merge : (%,%) -> % Time: 0.01 SEC. compiling exported composite : List % -> % Time: 0.02 SEC. compiling exported components : % -> List % Time: 0.02 SEC. compiling exported composites : % -> List % Time: 0.02 SEC. compiling exported copy : % -> % Time: 0.01 SEC. compiling exported enterPointData : (%,List Point R) -> NonNegativeInteger Time: 0.02 SEC. compiling exported modifyPointData : (%,NonNegativeInteger,Point R) -> % Time: 0.01 SEC. compiling exported point? : % -> Boolean Time: 0.04 SEC. compiling exported point : % -> Point R Time: 0.02 SEC. compiling exported point : Point R -> % Time: 0 SEC. compiling exported point : (%,Point R) -> % Time: 0.02 SEC. compiling exported point : (%,List R) -> % Time: 0.01 SEC. compiling exported point : (%,NonNegativeInteger) -> % Time: 0.02 SEC. compiling exported curve? : % -> Boolean Time: 0.06 SEC. compiling exported curve : % -> List Point R Time: 0.03 SEC. compiling exported curve : List Point R -> % Time: 0.01 SEC. compiling exported curve : (%,List Point R) -> % Time: 0.04 SEC. compiling exported curve : (%,List List R) -> % Time: 0.02 SEC. compiling exported closedCurve? : % -> Boolean Time: 0.09 SEC. compiling exported closedCurve : % -> List Point R Time: 0.05 SEC. compiling exported closedCurve : List Point R -> % Time: 0.01 SEC. compiling exported closedCurve : (%,List Point R) -> % Time: 0.03 SEC. compiling exported closedCurve : (%,List List R) -> % Time: 0.02 SEC. compiling exported polygon? : % -> Boolean Time: 0.02 SEC. compiling exported polygon : % -> List Point R Time: 0.02 SEC. compiling exported polygon : List Point R -> % Time: 0.00 SEC. compiling exported polygon : (%,List List R) -> % Time: 0.02 SEC. compiling exported mesh? : % -> Boolean Time: 0.05 SEC. compiling exported mesh : % -> List List Point R Time: 0.02 SEC. compiling exported mesh : List List Point R -> % Time: 0.02 SEC. compiling exported mesh : (List List Point R,Boolean,Boolean) -> % Time: 0.02 SEC. compiling exported mesh : (%,List List List R,List SubSpaceComponentProperty,SubSpaceComponentProperty) -> % Time: 0.07 SEC. compiling exported mesh : (%,List List Point R,List SubSpaceComponentProperty,SubSpaceComponentProperty) -> % Time: 0.10 SEC. compiling exported mesh : (%,List List List R,Boolean,Boolean) -> % Time: 0.05 SEC. compiling exported mesh : (%,List List Point R,Boolean,Boolean) -> % Time: 0.08 SEC. compiling exported lp : % -> List Point R Time: 0.00 SEC. compiling exported lllip : % -> List List List NonNegativeInteger Time: 0.01 SEC. compiling exported llprop : % -> List List SubSpaceComponentProperty Time: 0.01 SEC. compiling exported lprop : % -> List SubSpaceComponentProperty Time: 0.00 SEC. compiling exported objects : % -> Record(points: NonNegativeInteger,curves: NonNegativeInteger,polygons: NonNegativeInteger,constructs: NonNegativeInteger) Time: 0.13 SEC. compiling exported check : % -> % Time: 0.00 SEC. compiling exported subspace : % -> SubSpace(3,R) SPACE3;subspace;$Ss;49 s is replaced by %vref(s,0) Time: 0 SEC. compiling exported coerce : % -> OutputForm Time: 0.04 SEC. (time taken in buildFunctor: 4) Time: 0.02 SEC. Warnings: [1] Type List SubSpace(3,R) is not in scope. Import it [2] Type List Point R is not in scope. Import it [3] Type List List List NonNegativeInteger is not in scope. Import it [4] Type List List SubSpaceComponentProperty is not in scope. Import it [5] Type List SubSpaceComponentProperty is not in scope. Import it [6] Type NonNegativeInteger is not in scope. Import it [7] Type Boolean is not in scope. Import it [8] point: false has no value [9] curve: false has no value [10] mesh: false has no value [11] coerce: llliPt has no value Cumulative Statistics for Constructor ThreeSpace Time: 1.88 seconds finalizing NRLIB SPACE3 Processing ThreeSpace for Browser database: -- constructor ; compiling file "/tmp/oa-wYtC5L/code.lsp" (written 01 FEB 2016 11:11:48 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPACE3;create3Space;Ss$;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPACE3;numberOfComponents;$Nni;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPACE3;numberOfComposites;$Nni;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPACE3;subspace;$Ss;49|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SPACE3;convertSpace| ...) ; file: /tmp/oa-wYtC5L/code.lsp ; in: DEFUN |SPACE3;convertSpace| ; (DEFUN BOOT::|SPACE3;convertSpace| (BOOT::|space| BOOT::$) ; (PROG (BOOT::|lprop| BOOT::|llprop| BOOT::|lllipt| BOOT::|tmplprop| ; BOOT::|tmpllipt| BOOT::|tmplipt|) ; (RETURN (COND (# BOOT::|space|) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPACE3;convertSpace| ; (BOOT::|space| BOOT::$) ; (BLOCK BOOT::|SPACE3;convertSpace| ; (PROG (BOOT::|lprop| BOOT::|llprop| BOOT::|lllipt| BOOT::|tmplprop| ; BOOT::|tmpllipt| BOOT::|tmplipt|) ; (RETURN (COND # #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SPACE3;polygon;$L$;2| ...) ; file: /tmp/oa-wYtC5L/code.lsp ; in: DEFUN |SPACE3;polygon;$L$;2| ; (DEFUN BOOT::|SPACE3;polygon;$L$;2| (BOOT::|space| BOOT::|points| BOOT::$) ; (COND ; ((< (LIST-LENGTH BOOT::|points|) 3) ; (BOOT::|error| "You need at least 3 points to define a polygon")) ; (T ; (LET (#) ; (PROGN # # # # BOOT::|space|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPACE3;polygon;$L$;2| ; (BOOT::|space| BOOT::|points| BOOT::$) ; (BLOCK BOOT::|SPACE3;polygon;$L$;2| ; (COND ; ((< # 3) ; (BOOT::|error| "You need at least 3 points to define a polygon")) ; (T ; (LET # ; #))))) ; ; note: Assignment to argument: |points| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |SPACE3;create3Space;$;3| ...) ; compiling (DEFUN |SPACE3;create3Space;Ss$;4| ...) ; compiling (DEFUN |SPACE3;numberOfComponents;$Nni;5| ...) ; compiling (DEFUN |SPACE3;numberOfComposites;$Nni;6| ...) ; compiling (DEFUN |SPACE3;merge;L$;7| ...) ; compiling (DEFUN |SPACE3;merge;3$;8| ...) ; compiling (DEFUN |SPACE3;composite;L$;9| ...) ; compiling (DEFUN |SPACE3;components;$L;10| ...) ; file: /tmp/oa-wYtC5L/code.lsp ; in: DEFUN |SPACE3;components;$L;10| ; (DEFUN BOOT::|SPACE3;components;$L;10| (BOOT::|space| BOOT::$) ; (LET ((#:G1042 (BOOT::SPADCALL # #)) (#:G689 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G1042 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPACE3;components;$L;10| ; (BOOT::|space| BOOT::$) ; (BLOCK BOOT::|SPACE3;components;$L;10| ; (LET ((#:G1042 #) (#:G689 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SPACE3;composites;$L;11| ...) ; file: /tmp/oa-wYtC5L/code.lsp ; in: DEFUN |SPACE3;composites;$L;11| ; (DEFUN BOOT::|SPACE3;composites;$L;11| (BOOT::|space| BOOT::$) ; (LET ((#:G1043 (SVREF BOOT::|space| 1)) (#:G695 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G1043 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPACE3;composites;$L;11| ; (BOOT::|space| BOOT::$) ; (BLOCK BOOT::|SPACE3;composites;$L;11| ; (LET ((#:G1043 #) (#:G695 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SPACE3;copy;2$;12| ...) ; compiling (DEFUN |SPACE3;enterPointData;$LNni;13| ...) ; compiling (DEFUN |SPACE3;modifyPointData;$NniP$;14| ...) ; compiling (DEFUN |SPACE3;point?;$B;15| ...) ; file: /tmp/oa-wYtC5L/code.lsp ; in: DEFUN |SPACE3;point?;$B;15| ; (DEFUN BOOT::|SPACE3;point?;$B;15| (BOOT::|space| BOOT::$) ; (PROG (BOOT::|kid| BOOT::|c|) (RETURN (COND (# #) (# #) (T NIL))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPACE3;point?;$B;15| ; (BOOT::|space| BOOT::$) ; (BLOCK BOOT::|SPACE3;point?;$B;15| ; (PROG (BOOT::|kid| BOOT::|c|) (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |SPACE3;point;$P;16| ...) ; compiling (DEFUN |SPACE3;point;P$;17| ...) ; compiling (DEFUN |SPACE3;point;$P$;18| ...) ; compiling (DEFUN |SPACE3;point;$L$;19| ...) ; compiling (DEFUN |SPACE3;point;$Nni$;20| ...) ; compiling (DEFUN |SPACE3;curve?;$B;21| ...) ; file: /tmp/oa-wYtC5L/code.lsp ; in: DEFUN |SPACE3;curve?;$B;21| ; (DEFUN BOOT::|SPACE3;curve?;$B;21| (BOOT::|space| BOOT::$) ; (PROG (BOOT::|c|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPACE3;curve?;$B;21| ; (BOOT::|space| BOOT::$) ; (BLOCK BOOT::|SPACE3;curve?;$B;21| ; (PROG (BOOT::|c|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |SPACE3;curve;$L;22| ...) ; file: /tmp/oa-wYtC5L/code.lsp ; in: DEFUN |SPACE3;curve;$L;22| ; (DEFUN BOOT::|SPACE3;curve;$L;22| (BOOT::|space| BOOT::$) ; (COND ; ((BOOT::|SPACE3;curve?;$B;21| BOOT::|space| BOOT::$) ; (LET (#) ; (LET # ; #))) ; (T ; (BOOT::|error| ; "This ThreeSpace holds something other than a curve - try the objects() command")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPACE3;curve;$L;22| ; (BOOT::|space| BOOT::$) ; (BLOCK BOOT::|SPACE3;curve;$L;22| ; (COND ; ((BOOT::|SPACE3;curve?;$B;21| BOOT::|space| BOOT::$) ; (LET # ; #)) ; (T ; (BOOT::|error| ; "This ThreeSpace holds something other than a curve - try the objects() command"))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SPACE3;curve;L$;23| ...) ; compiling (DEFUN |SPACE3;curve;$L$;24| ...) ; compiling (DEFUN |SPACE3;curve;$L$;25| ...) ; compiling (DEFUN |SPACE3;closedCurve?;$B;26| ...) ; file: /tmp/oa-wYtC5L/code.lsp ; in: DEFUN |SPACE3;closedCurve?;$B;26| ; (DEFUN BOOT::|SPACE3;closedCurve?;$B;26| (BOOT::|space| BOOT::$) ; (PROG (BOOT::|kid| BOOT::|c|) (RETURN (COND (# #) (# #) (T NIL))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPACE3;closedCurve?;$B;26| ; (BOOT::|space| BOOT::$) ; (BLOCK BOOT::|SPACE3;closedCurve?;$B;26| ; (PROG (BOOT::|kid| BOOT::|c|) (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |SPACE3;closedCurve;$L;27| ...) ; file: /tmp/oa-wYtC5L/code.lsp ; in: DEFUN |SPACE3;closedCurve;$L;27| ; (DEFUN BOOT::|SPACE3;closedCurve;$L;27| (BOOT::|space| BOOT::$) ; (COND ; ((BOOT::|SPACE3;closedCurve?;$B;26| BOOT::|space| BOOT::$) ; (LET (#) ; (LET # ; #))) ; (T ; (BOOT::|error| ; "This ThreeSpace holds something other than a curve - try the objects() command")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPACE3;closedCurve;$L;27| ; (BOOT::|space| BOOT::$) ; (BLOCK BOOT::|SPACE3;closedCurve;$L;27| ; (COND ; ((BOOT::|SPACE3;closedCurve?;$B;26| BOOT::|space| BOOT::$) ; (LET # ; #)) ; (T ; (BOOT::|error| ; "This ThreeSpace holds something other than a curve - try the objects() command"))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SPACE3;closedCurve;L$;28| ...) ; compiling (DEFUN |SPACE3;closedCurve;$L$;29| ...) ; compiling (DEFUN |SPACE3;closedCurve;$L$;30| ...) ; compiling (DEFUN |SPACE3;polygon?;$B;31| ...) ; file: /tmp/oa-wYtC5L/code.lsp ; in: DEFUN |SPACE3;polygon?;$B;31| ; (DEFUN BOOT::|SPACE3;polygon?;$B;31| (BOOT::|space| BOOT::$) ; (PROG (BOOT::|kid| BOOT::|c|) (RETURN (COND (# #) (# #) (T NIL))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPACE3;polygon?;$B;31| ; (BOOT::|space| BOOT::$) ; (BLOCK BOOT::|SPACE3;polygon?;$B;31| ; (PROG (BOOT::|kid| BOOT::|c|) (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |SPACE3;polygon;$L;32| ...) ; file: /tmp/oa-wYtC5L/code.lsp ; in: DEFUN |SPACE3;polygon;$L;32| ; (DEFUN BOOT::|SPACE3;polygon;$L;32| (BOOT::|space| BOOT::$) ; (PROG (BOOT::|listOfPoints| BOOT::|cs|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPACE3;polygon;$L;32| ; (BOOT::|space| BOOT::$) ; (BLOCK BOOT::|SPACE3;polygon;$L;32| ; (PROG (BOOT::|listOfPoints| BOOT::|cs|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SPACE3;polygon;L$;33| ...) ; compiling (DEFUN |SPACE3;polygon;$L$;34| ...) ; compiling (DEFUN |SPACE3;mesh?;$B;35| ...) ; file: /tmp/oa-wYtC5L/code.lsp ; in: DEFUN |SPACE3;mesh?;$B;35| ; (DEFUN BOOT::|SPACE3;mesh?;$B;35| (BOOT::|space| BOOT::$) ; (PROG (BOOT::|whatSizes| BOOT::|kid| BOOT::|c|) ; (RETURN (COND (# #) (# #) (T NIL))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPACE3;mesh?;$B;35| ; (BOOT::|space| BOOT::$) ; (BLOCK BOOT::|SPACE3;mesh?;$B;35| ; (PROG (BOOT::|whatSizes| BOOT::|kid| BOOT::|c|) (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |SPACE3;mesh;$L;36| ...) ; file: /tmp/oa-wYtC5L/code.lsp ; in: DEFUN |SPACE3;mesh;$L;36| ; (DEFUN BOOT::|SPACE3;mesh;$L;36| (BOOT::|space| BOOT::$) ; (COND ; ((BOOT::|SPACE3;mesh?;$B;35| BOOT::|space| BOOT::$) ; (LET (#) ; (PROGN # BOOT::|llp|))) ; (T ; (BOOT::|error| ; "This ThreeSpace holds something other than a mesh - try the objects() command")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPACE3;mesh;$L;36| ; (BOOT::|space| BOOT::$) ; (BLOCK BOOT::|SPACE3;mesh;$L;36| ; (COND ; ((BOOT::|SPACE3;mesh?;$B;35| BOOT::|space| BOOT::$) ; (LET # ; #)) ; (T ; (BOOT::|error| ; "This ThreeSpace holds something other than a mesh - try the objects() command"))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; compiling (DEFUN |SPACE3;mesh;L$;37| ...) ; compiling (DEFUN |SPACE3;mesh;L2B$;38| ...) ; compiling (DEFUN |SPACE3;mesh;$LLSscp$;39| ...) ; compiling (DEFUN |SPACE3;mesh;$LLSscp$;40| ...) ; compiling (DEFUN |SPACE3;mesh;$L2B$;41| ...) ; compiling (DEFUN |SPACE3;mesh;$L2B$;42| ...) ; compiling (DEFUN |SPACE3;lp;$L;43| ...) ; file: /tmp/oa-wYtC5L/code.lsp ; in: DEFUN |SPACE3;lp;$L;43| ; (DEFUN BOOT::|SPACE3;lp;$L;43| (BOOT::|space| BOOT::$) ; (PROGN (COND ((NOT #) (SETQ #))) (SVREF (SVREF BOOT::|space| 2) 0))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPACE3;lp;$L;43| ; (BOOT::|space| BOOT::$) ; (BLOCK BOOT::|SPACE3;lp;$L;43| ; (PROGN (COND (# #)) (SVREF (SVREF BOOT::|space| 2) 0)))) ; ; note: Assignment to argument: |space| ; prevents use of assertion from function type proclamation: ; SIMPLE-VECTOR ; ; compiling (DEFUN |SPACE3;lllip;$L;44| ...) ; file: /tmp/oa-wYtC5L/code.lsp ; in: DEFUN |SPACE3;lllip;$L;44| ; (DEFUN BOOT::|SPACE3;lllip;$L;44| (BOOT::|space| BOOT::$) ; (PROGN (COND ((NOT #) (SETQ #))) (SVREF (SVREF BOOT::|space| 2) 1))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPACE3;lllip;$L;44| ; (BOOT::|space| BOOT::$) ; (BLOCK BOOT::|SPACE3;lllip;$L;44| ; (PROGN (COND (# #)) (SVREF (SVREF BOOT::|space| 2) 1)))) ; ; note: Assignment to argument: |space| ; prevents use of assertion from function type proclamation: ; SIMPLE-VECTOR ; ; compiling (DEFUN |SPACE3;llprop;$L;45| ...) ; file: /tmp/oa-wYtC5L/code.lsp ; in: DEFUN |SPACE3;llprop;$L;45| ; (DEFUN BOOT::|SPACE3;llprop;$L;45| (BOOT::|space| BOOT::$) ; (PROGN (COND ((NOT #) (SETQ #))) (SVREF (SVREF BOOT::|space| 2) 2))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPACE3;llprop;$L;45| ; (BOOT::|space| BOOT::$) ; (BLOCK BOOT::|SPACE3;llprop;$L;45| ; (PROGN (COND (# #)) (SVREF (SVREF BOOT::|space| 2) 2)))) ; ; note: Assignment to argument: |space| ; prevents use of assertion from function type proclamation: ; SIMPLE-VECTOR ; ; compiling (DEFUN |SPACE3;lprop;$L;46| ...) ; file: /tmp/oa-wYtC5L/code.lsp ; in: DEFUN |SPACE3;lprop;$L;46| ; (DEFUN BOOT::|SPACE3;lprop;$L;46| (BOOT::|space| BOOT::$) ; (PROGN (COND ((NOT #) (SETQ #))) (SVREF (SVREF BOOT::|space| 2) 3))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPACE3;lprop;$L;46| ; (BOOT::|space| BOOT::$) ; (BLOCK BOOT::|SPACE3;lprop;$L;46| ; (PROGN (COND (# #)) (SVREF (SVREF BOOT::|space| 2) 3)))) ; ; note: Assignment to argument: |space| ; prevents use of assertion from function type proclamation: ; SIMPLE-VECTOR ; ; compiling (DEFUN |SPACE3;objects;$R;47| ...) ; file: /tmp/oa-wYtC5L/code.lsp ; in: DEFUN |SPACE3;objects;$R;47| ; (DEFUN BOOT::|SPACE3;objects;$R;47| (BOOT::|space| BOOT::$) ; (PROG (BOOT::|numConstructs| BOOT::|numPolys| BOOT::|numCurves| ; BOOT::|numPts| BOOT::|kid|) ; (RETURN ; (PROGN ; (COND #) ; (BOOT::LETT BOOT::|numPts| 0 BOOT::|SPACE3;objects;$R;47|) ; (BOOT::LETT BOOT::|numCurves| 0 BOOT::|SPACE3;objects;$R;47|) ; (BOOT::LETT BOOT::|numPolys| 0 BOOT::|SPACE3;objects;$R;47|) ; (BOOT::LETT BOOT::|numConstructs| 0 BOOT::|SPACE3;objects;$R;47|) ; (LET # ; #) ; (VECTOR BOOT::|numPts| BOOT::|numCurves| BOOT::|numPolys| ; BOOT::|numConstructs|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPACE3;objects;$R;47| ; (BOOT::|space| BOOT::$) ; (BLOCK BOOT::|SPACE3;objects;$R;47| ; (PROG (BOOT::|numConstructs| BOOT::|numPolys| BOOT::|numCurves| ; BOOT::|numPts| BOOT::|kid|) ; (RETURN (PROGN # # # # # # #))))) ; ; note: Assignment to argument: |space| ; prevents use of assertion from function type proclamation: ; SIMPLE-VECTOR ; ; compiling (DEFUN |SPACE3;check;2$;48| ...) ; compiling (DEFUN |SPACE3;subspace;$Ss;49| ...) ; compiling (DEFUN |SPACE3;coerce;$Of;50| ...) ; file: /tmp/oa-wYtC5L/code.lsp ; in: DEFUN |SPACE3;coerce;$Of;50| ; (DEFUN BOOT::|SPACE3;coerce;$Of;50| (BOOT::|s| BOOT::$) ; (PROG (BOOT::|sizo|) (RETURN (PROGN (COND #) (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPACE3;coerce;$Of;50| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|SPACE3;coerce;$Of;50| ; (PROG (BOOT::|sizo|) (RETURN (PROGN # #))))) ; ; note: Assignment to argument: |s| ; prevents use of assertion from function type proclamation: ; SIMPLE-VECTOR ; ; compiling (DEFUN |ThreeSpace| ...) ; compiling (DEFUN |ThreeSpace;| ...) ; compiling (MAKEPROP (QUOTE |ThreeSpace|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 19 notes ; /tmp/oa-wYtC5L/code.fasl written ; compilation finished in 0:00:00.165 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile DROPT.spad && cp DROPT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DROPT.fasl \ && if test -f DROPT-.NRLIB/code.fasl; then \ cp DROPT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DROPT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DROPT.spad using Spad compiler. DROPT abbreviates domain DrawOption debug: compDefine1 lhs: (DrawOption) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE adaptive ($ (Boolean))) (SIGNATURE clip ($ (Boolean))) (SIGNATURE viewpoint ($ (Record (: theta (DoubleFloat)) (: phi (DoubleFloat)) (: scale (DoubleFloat)) (: scaleX (DoubleFloat)) (: scaleY (DoubleFloat)) (: scaleZ (DoubleFloat)) (: deltaX (DoubleFloat)) (: deltaY (DoubleFloat))))) (SIGNATURE title ($ (String))) (SIGNATURE style ($ (String))) (SIGNATURE toScale ($ (Boolean))) (SIGNATURE clip ($ (List (Segment (Float))))) (SIGNATURE coordinates ($ (Mapping (Point (DoubleFloat)) (Point (DoubleFloat))))) (SIGNATURE pointColor ($ (Float))) (SIGNATURE pointColor ($ (Palette))) (SIGNATURE curveColor ($ (Float))) (SIGNATURE curveColor ($ (Palette))) (SIGNATURE colorFunction ($ (Mapping (DoubleFloat) (DoubleFloat)))) (SIGNATURE colorFunction ($ (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)))) (SIGNATURE colorFunction ($ (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat) (DoubleFloat)))) (SIGNATURE tubeRadius ($ (Float))) (SIGNATURE range ($ (List (Segment (Float))))) (SIGNATURE range ($ (List (Segment (Fraction (Integer)))))) (SIGNATURE ranges ($ (List (Segment (Float))))) (SIGNATURE space ($ (ThreeSpace (DoubleFloat)))) (SIGNATURE var1Steps ($ (PositiveInteger))) (SIGNATURE var2Steps ($ (PositiveInteger))) (SIGNATURE tubePoints ($ (PositiveInteger))) (SIGNATURE coord ($ (Mapping (Point (DoubleFloat)) (Point (DoubleFloat))))) (SIGNATURE unit ($ (List (Float)))) (SIGNATURE option ((Union (Any) failed) (List $) (Symbol))) (SIGNATURE option? ((Boolean) (List $) (Symbol)))))) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (SIGNATURE adaptive ($ (Boolean))) (SIGNATURE clip ($ (Boolean))) (SIGNATURE viewpoint ($ (Record (: theta (DoubleFloat)) (: phi (DoubleFloat)) (: scale (DoubleFloat)) (: scaleX (DoubleFloat)) (: scaleY (DoubleFloat)) (: scaleZ (DoubleFloat)) (: deltaX (DoubleFloat)) (: deltaY (DoubleFloat))))) (SIGNATURE title ($ (String))) (SIGNATURE style ($ (String))) (SIGNATURE toScale ($ (Boolean))) (SIGNATURE clip ($ (List (Segment (Float))))) (SIGNATURE coordinates ($ (Mapping (Point (DoubleFloat)) (Point (DoubleFloat))))) (SIGNATURE pointColor ($ (Float))) (SIGNATURE pointColor ($ (Palette))) (SIGNATURE curveColor ($ (Float))) (SIGNATURE curveColor ($ (Palette))) (SIGNATURE colorFunction ($ (Mapping (DoubleFloat) (DoubleFloat)))) (SIGNATURE colorFunction ($ (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)))) (SIGNATURE colorFunction ($ (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat) (DoubleFloat)))) (SIGNATURE tubeRadius ($ (Float))) (SIGNATURE range ($ (List (Segment (Float))))) (SIGNATURE range ($ (List (Segment (Fraction (Integer)))))) (SIGNATURE ranges ($ (List (Segment (Float))))) (SIGNATURE space ($ (ThreeSpace (DoubleFloat)))) (SIGNATURE var1Steps ($ (PositiveInteger))) (SIGNATURE var2Steps ($ (PositiveInteger))) (SIGNATURE tubePoints ($ (PositiveInteger))) (SIGNATURE coord ($ (Mapping (Point (DoubleFloat)) (Point (DoubleFloat))))) (SIGNATURE unit ($ (List (Float)))) (SIGNATURE option ((Union (Any) failed) (List $) (Symbol))) (SIGNATURE option? ((Boolean) (List $) (Symbol))))) $param: NIL debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE adaptive ($ (Boolean))) (SIGNATURE clip ($ (Boolean))) (SIGNATURE viewpoint ($ (Record (: theta (DoubleFloat)) (: phi (DoubleFloat)) (: scale (DoubleFloat)) (: scaleX (DoubleFloat)) (: scaleY (DoubleFloat)) (: scaleZ (DoubleFloat)) (: deltaX (DoubleFloat)) (: deltaY (DoubleFloat))))) (SIGNATURE title ($ (String))) (SIGNATURE style ($ (String))) (SIGNATURE toScale ($ (Boolean))) (SIGNATURE clip ($ (List (Segment (Float))))) (SIGNATURE coordinates ($ (Mapping (Point (DoubleFloat)) (Point (DoubleFloat))))) (SIGNATURE pointColor ($ (Float))) (SIGNATURE pointColor ($ (Palette))) (SIGNATURE curveColor ($ (Float))) (SIGNATURE curveColor ($ (Palette))) (SIGNATURE colorFunction ($ (Mapping (DoubleFloat) (DoubleFloat)))) (SIGNATURE colorFunction ($ (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)))) (SIGNATURE colorFunction ($ (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat) (DoubleFloat)))) (SIGNATURE tubeRadius ($ (Float))) (SIGNATURE range ($ (List (Segment (Float))))) (SIGNATURE range ($ (List (Segment (Fraction (Integer)))))) (SIGNATURE ranges ($ (List (Segment (Float))))) (SIGNATURE space ($ (ThreeSpace (DoubleFloat)))) (SIGNATURE var1Steps ($ (PositiveInteger))) (SIGNATURE var2Steps ($ (PositiveInteger))) (SIGNATURE tubePoints ($ (PositiveInteger))) (SIGNATURE coord ($ (Mapping (Point (DoubleFloat)) (Point (DoubleFloat))))) (SIGNATURE unit ($ (List (Float)))) (SIGNATURE option ((Union (Any) failed) (List $) (Symbol))) (SIGNATURE option? ((Boolean) (List $) (Symbol)))) $param: NIL debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Record (: theta (DoubleFloat)) (: phi (DoubleFloat)) (: scale (DoubleFloat)) (: scaleX (DoubleFloat)) (: scaleY (DoubleFloat)) (: scaleZ (DoubleFloat)) (: deltaX (DoubleFloat)) (: deltaY (DoubleFloat))) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List (Segment (Float))) $param: NIL Debug: evaluateType1 form: (List (Segment (Float))) debug: evaluateType1 x: (Segment (Float)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Segment (Float)) $param: NIL Debug: evaluateType1 form: (Segment (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evalCategory d: (Segment (Float)) c: (Type) debug: evaluateType form: (Mapping (Point (DoubleFloat)) (Point (DoubleFloat))) $param: NIL debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (List (Segment (Float))) $param: NIL Debug: evaluateType1 form: (List (Segment (Float))) debug: evaluateType1 x: (Segment (Float)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Segment (Float)) $param: NIL Debug: evaluateType1 form: (Segment (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evalCategory d: (Segment (Float)) c: (Type) debug: evaluateType form: (List (Segment (Fraction (Integer)))) $param: NIL Debug: evaluateType1 form: (List (Segment (Fraction (Integer)))) debug: evaluateType1 x: (Segment (Fraction (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Segment (Fraction (Integer))) $param: NIL Debug: evaluateType1 form: (Segment (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Type) debug: evalCategory d: (Segment (Fraction (Integer))) c: (Type) debug: evaluateType form: (List (Segment (Float))) $param: NIL Debug: evaluateType1 form: (List (Segment (Float))) debug: evaluateType1 x: (Segment (Float)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Segment (Float)) $param: NIL Debug: evaluateType1 form: (Segment (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evalCategory d: (Segment (Float)) c: (Type) debug: evaluateType form: (ThreeSpace (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (ThreeSpace (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (Mapping (Point (DoubleFloat)) (Point (DoubleFloat))) $param: NIL debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (List (Float)) $param: NIL Debug: evaluateType1 form: (List (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (Union (Any) failed) $param: NIL debug: evaluateType form: (Any) $param: NIL Debug: evaluateType1 form: (Any) debug: evaluateType form: failed $param: NIL debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE adaptive ($ (Boolean))) (SIGNATURE clip ($ (Boolean))) (SIGNATURE viewpoint ($ (Record (: theta (DoubleFloat)) (: phi (DoubleFloat)) (: scale (DoubleFloat)) (: scaleX (DoubleFloat)) (: scaleY (DoubleFloat)) (: scaleZ (DoubleFloat)) (: deltaX (DoubleFloat)) (: deltaY (DoubleFloat))))) (SIGNATURE title ($ (String))) (SIGNATURE style ($ (String))) (SIGNATURE toScale ($ (Boolean))) (SIGNATURE clip ($ (List (Segment (Float))))) (SIGNATURE coordinates ($ (Mapping (Point (DoubleFloat)) (Point (DoubleFloat))))) (SIGNATURE pointColor ($ (Float))) (SIGNATURE pointColor ($ (Palette))) (SIGNATURE curveColor ($ (Float))) (SIGNATURE curveColor ($ (Palette))) (SIGNATURE colorFunction ($ (Mapping (DoubleFloat) (DoubleFloat)))) (SIGNATURE colorFunction ($ (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)))) (SIGNATURE colorFunction ($ (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat) (DoubleFloat)))) (SIGNATURE tubeRadius ($ (Float))) (SIGNATURE range ($ (List (Segment (Float))))) (SIGNATURE range ($ (List (Segment (Fraction (Integer)))))) (SIGNATURE ranges ($ (List (Segment (Float))))) (SIGNATURE space ($ (ThreeSpace (DoubleFloat)))) (SIGNATURE var1Steps ($ (PositiveInteger))) (SIGNATURE var2Steps ($ (PositiveInteger))) (SIGNATURE tubePoints ($ (PositiveInteger))) (SIGNATURE coord ($ (Mapping (Point (DoubleFloat)) (Point (DoubleFloat))))) (SIGNATURE unit ($ (List (Float)))) (SIGNATURE option ((Union (Any) failed) (List $) (Symbol))) (SIGNATURE option? ((Boolean) (List $) (Symbol)))))) ------------------------------------------------------------------------ initializing stationary directory for DrawOption compiling into /tmp/oa-Hx4Bpb importing AnyFunctions1 String importing AnyFunctions1 Segment Float importing AnyFunctions1 Record(theta: DoubleFloat,phi: DoubleFloat,scale: DoubleFloat,scaleX: DoubleFloat,scaleY: DoubleFloat,scaleZ: DoubleFloat,deltaX: DoubleFloat,deltaY: DoubleFloat) importing AnyFunctions1 List Segment Float importing AnyFunctions1 List Segment Fraction Integer importing AnyFunctions1 List Integer importing AnyFunctions1 PositiveInteger importing AnyFunctions1 Boolean importing AnyFunctions1 List Segment Float importing AnyFunctions1 List Float importing AnyFunctions1 Float importing AnyFunctions1 Point DoubleFloat -> Point DoubleFloat importing AnyFunctions1 DoubleFloat -> DoubleFloat importing AnyFunctions1 (DoubleFloat,DoubleFloat) -> DoubleFloat importing AnyFunctions1 (DoubleFloat,DoubleFloat,DoubleFloat) -> DoubleFloat importing AnyFunctions1 Point DoubleFloat importing AnyFunctions1 Palette importing AnyFunctions1 ThreeSpace DoubleFloat compiling local length : List Segment Float -> NonNegativeInteger DROPT;length is replaced by %llength Time: 0.08 SEC. compiling local lengthR : List Segment Fraction Integer -> NonNegativeInteger DROPT;lengthR is replaced by %llength Time: 0.01 SEC. compiling local lengthI : List Integer -> NonNegativeInteger DROPT;lengthI is replaced by %llength Time: 0.01 SEC. compiling exported viewpoint : Record(theta: DoubleFloat,phi: DoubleFloat,scale: DoubleFloat,scaleX: DoubleFloat,scaleY: DoubleFloat,scaleZ: DoubleFloat,deltaX: DoubleFloat,deltaY: DoubleFloat) -> % Debug compQuote expr: (QUOTE viewpoint) m: $EmptyMode Debug compQuote expr: (QUOTE viewpoint) m: (Symbol) Time: 0.00 SEC. compiling exported title : String -> % Debug compQuote expr: (QUOTE title) m: $EmptyMode Debug compQuote expr: (QUOTE title) m: (Symbol) Time: 0.01 SEC. compiling exported style : String -> % Debug compQuote expr: (QUOTE style) m: $EmptyMode Debug compQuote expr: (QUOTE style) m: (Symbol) Time: 0.01 SEC. compiling exported toScale : Boolean -> % Debug compQuote expr: (QUOTE toScale) m: $EmptyMode Debug compQuote expr: (QUOTE toScale) m: (Symbol) Time: 0.00 SEC. compiling exported clip : Boolean -> % Debug compQuote expr: (QUOTE clipBoolean) m: $EmptyMode Debug compQuote expr: (QUOTE clipBoolean) m: (Symbol) Time: 0.01 SEC. compiling exported adaptive : Boolean -> % Debug compQuote expr: (QUOTE adaptive) m: $EmptyMode Debug compQuote expr: (QUOTE adaptive) m: (Symbol) Time: 0.00 SEC. compiling exported pointColor : Float -> % Debug compQuote expr: (QUOTE pointColorFloat) m: $EmptyMode Debug compQuote expr: (QUOTE pointColorFloat) m: (Symbol) Time: 0.01 SEC. compiling exported pointColor : Palette -> % Debug compQuote expr: (QUOTE pointColorPalette) m: $EmptyMode Debug compQuote expr: (QUOTE pointColorPalette) m: (Symbol) Time: 0 SEC. compiling exported curveColor : Float -> % Debug compQuote expr: (QUOTE curveColorFloat) m: $EmptyMode Debug compQuote expr: (QUOTE curveColorFloat) m: (Symbol) Time: 0.01 SEC. compiling exported curveColor : Palette -> % Debug compQuote expr: (QUOTE curveColorPalette) m: $EmptyMode Debug compQuote expr: (QUOTE curveColorPalette) m: (Symbol) Time: 0 SEC. compiling exported colorFunction : DoubleFloat -> DoubleFloat -> % Debug compQuote expr: (QUOTE colorFunction1) m: $EmptyMode Debug compQuote expr: (QUOTE colorFunction1) m: (Symbol) Time: 0.01 SEC. compiling exported colorFunction : (DoubleFloat,DoubleFloat) -> DoubleFloat -> % Debug compQuote expr: (QUOTE colorFunction2) m: $EmptyMode Debug compQuote expr: (QUOTE colorFunction2) m: (Symbol) Time: 0 SEC. compiling exported colorFunction : (DoubleFloat,DoubleFloat,DoubleFloat) -> DoubleFloat -> % Debug compQuote expr: (QUOTE colorFunction3) m: $EmptyMode Debug compQuote expr: (QUOTE colorFunction3) m: (Symbol) Time: 0.01 SEC. compiling exported clip : List Segment Float -> % Debug compQuote expr: (QUOTE clipSegment) m: $EmptyMode Debug compQuote expr: (QUOTE clipSegment) m: (Symbol) Time: 0.02 SEC. compiling exported coordinates : Point DoubleFloat -> Point DoubleFloat -> % Debug compQuote expr: (QUOTE coordinates) m: $EmptyMode Debug compQuote expr: (QUOTE coordinates) m: (Symbol) Time: 0.01 SEC. compiling exported tubeRadius : Float -> % Debug compQuote expr: (QUOTE tubeRadius) m: $EmptyMode Debug compQuote expr: (QUOTE tubeRadius) m: (Symbol) Time: 0.01 SEC. compiling exported range : List Segment Float -> % Debug compQuote expr: (QUOTE rangeFloat) m: $EmptyMode Debug compQuote expr: (QUOTE rangeFloat) m: (Symbol) Time: 0.02 SEC. compiling exported range : List Segment Fraction Integer -> % Debug compQuote expr: (QUOTE rangeRat) m: $EmptyMode Debug compQuote expr: (QUOTE rangeRat) m: (Symbol) Time: 0.02 SEC. compiling exported ranges : List Segment Float -> % Debug compQuote expr: (QUOTE ranges) m: $EmptyMode Debug compQuote expr: (QUOTE ranges) m: (Symbol) Time: 0.00 SEC. compiling exported space : ThreeSpace DoubleFloat -> % Debug compQuote expr: (QUOTE space) m: $EmptyMode Debug compQuote expr: (QUOTE space) m: (Symbol) Time: 0.00 SEC. compiling exported var1Steps : PositiveInteger -> % Debug compQuote expr: (QUOTE var1Steps) m: $EmptyMode Debug compQuote expr: (QUOTE var1Steps) m: (Symbol) Time: 0.01 SEC. compiling exported var2Steps : PositiveInteger -> % Debug compQuote expr: (QUOTE var2Steps) m: $EmptyMode Debug compQuote expr: (QUOTE var2Steps) m: (Symbol) Time: 0.01 SEC. compiling exported tubePoints : PositiveInteger -> % Debug compQuote expr: (QUOTE tubePoints) m: $EmptyMode Debug compQuote expr: (QUOTE tubePoints) m: (Symbol) Time: 0.00 SEC. compiling exported coord : Point DoubleFloat -> Point DoubleFloat -> % Debug compQuote expr: (QUOTE coord) m: $EmptyMode Debug compQuote expr: (QUOTE coord) m: (Symbol) Time: 0.00 SEC. compiling exported unit : List Float -> % Debug compQuote expr: (QUOTE unit) m: $EmptyMode Debug compQuote expr: (QUOTE unit) m: (Symbol) Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. compiling exported = : (%,%) -> Boolean Time: 0.01 SEC. compiling exported option? : (List %,Symbol) -> Boolean Time: 0.01 SEC. compiling exported option : (List %,Symbol) -> Union(Any,failed) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] Type Symbol is not in scope. Import it [2] Type Any is not in scope. Import it Cumulative Statistics for Constructor DrawOption Time: 0.34 seconds finalizing NRLIB DROPT Processing DrawOption for Browser database: -- adaptive : Boolean -> % -- clip : Boolean -> % -- viewpoint : VIEWPT -> % -- title : String -> % -- style : String -> % -- toScale : Boolean -> % -- clip : List SEG -> % -- coordinates : (POINT -> POINT) -> % -- pointColor : Float -> % -- pointColor : PAL -> % -- curveColor : Float -> % -- curveColor : PAL -> % -- colorFunction : (SF -> SF) -> % -- colorFunction : ((SF,SF) -> SF) -> % -- colorFunction : ((SF,SF,SF) -> SF) -> % -- tubeRadius : Float -> % -- range : List SEG -> % -- range : List Segment Fraction Integer -> % -- ranges : RANGE -> % -- space : SPACE3 -> % -- var1Steps : PositiveInteger -> % -- var2Steps : PositiveInteger -> % -- tubePoints : PositiveInteger -> % -- coord : (POINT -> POINT) -> % -- unit : UNIT -> % -- option : (List %,Symbol) -> Union(Any,"failed") -- option? : (List %,Symbol) -> Boolean -- constructor ; compiling file "/tmp/oa-Hx4Bpb/code.lsp" (written 01 FEB 2016 11:11:49 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DROPT;length|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DROPT;lengthR|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DROPT;lengthI|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DROPT;length| ...) ; compiling (DEFUN |DROPT;lengthR| ...) ; compiling (DEFUN |DROPT;lengthI| ...) ; compiling (DEFUN |DROPT;viewpoint;R$;4| ...) ; compiling (DEFUN |DROPT;title;S$;5| ...) ; compiling (DEFUN |DROPT;style;S$;6| ...) ; compiling (DEFUN |DROPT;toScale;B$;7| ...) ; compiling (DEFUN |DROPT;clip;B$;8| ...) ; compiling (DEFUN |DROPT;adaptive;B$;9| ...) ; compiling (DEFUN |DROPT;pointColor;F$;10| ...) ; compiling (DEFUN |DROPT;pointColor;P$;11| ...) ; compiling (DEFUN |DROPT;curveColor;F$;12| ...) ; compiling (DEFUN |DROPT;curveColor;P$;13| ...) ; compiling (DEFUN |DROPT;colorFunction;M$;14| ...) ; compiling (DEFUN |DROPT;colorFunction;M$;15| ...) ; compiling (DEFUN |DROPT;colorFunction;M$;16| ...) ; compiling (DEFUN |DROPT;clip;L$;17| ...) ; file: /tmp/oa-Hx4Bpb/code.lsp ; in: DEFUN |DROPT;clip;L$;17| ; (DEFUN BOOT::|DROPT;clip;L$;17| (BOOT::|tup| BOOT::$) ; (COND ; ((< 3 (LIST-LENGTH BOOT::|tup|)) ; (BOOT::|error| "clip: at most 3 segments may be specified")) ; (T (CONS 'BOOT::|clipSegment| (BOOT::SPADCALL BOOT::|tup| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DROPT;clip;L$;17| ; (BOOT::|tup| BOOT::$) ; (BLOCK BOOT::|DROPT;clip;L$;17| ; (COND ; ((< 3 #) (BOOT::|error| "clip: at most 3 segments may be specified")) ; (T (CONS 'BOOT::|clipSegment| #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |DROPT;coordinates;M$;18| ...) ; compiling (DEFUN |DROPT;tubeRadius;F$;19| ...) ; compiling (DEFUN |DROPT;range;L$;20| ...) ; file: /tmp/oa-Hx4Bpb/code.lsp ; in: DEFUN |DROPT;range;L$;20| ; (DEFUN BOOT::|DROPT;range;L$;20| (BOOT::|tup| BOOT::$) ; (LET ((BOOT::|n| (LIST-LENGTH BOOT::|tup|))) ; (COND ; ((< 3 BOOT::|n|) ; (BOOT::|error| "range: at most 3 segments may be specified")) ; ((< BOOT::|n| 2) ; (BOOT::|error| "range: at least 2 segments may be specified")) ; (T (CONS 'BOOT::|rangeFloat| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DROPT;range;L$;20| ; (BOOT::|tup| BOOT::$) ; (BLOCK BOOT::|DROPT;range;L$;20| ; (LET ((BOOT::|n| #)) ; (COND (# #) (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |DROPT;range;L$;21| ...) ; file: /tmp/oa-Hx4Bpb/code.lsp ; in: DEFUN |DROPT;range;L$;21| ; (DEFUN BOOT::|DROPT;range;L$;21| (BOOT::|tup| BOOT::$) ; (LET ((BOOT::|n| (LIST-LENGTH BOOT::|tup|))) ; (COND ; ((< 3 BOOT::|n|) ; (BOOT::|error| "range: at most 3 segments may be specified")) ; ((< BOOT::|n| 2) ; (BOOT::|error| "range: at least 2 segments may be specified")) ; (T (CONS 'BOOT::|rangeRat| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DROPT;range;L$;21| ; (BOOT::|tup| BOOT::$) ; (BLOCK BOOT::|DROPT;range;L$;21| ; (LET ((BOOT::|n| #)) ; (COND (# #) (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |DROPT;ranges;L$;22| ...) ; compiling (DEFUN |DROPT;space;Ts$;23| ...) ; compiling (DEFUN |DROPT;var1Steps;Pi$;24| ...) ; compiling (DEFUN |DROPT;var2Steps;Pi$;25| ...) ; compiling (DEFUN |DROPT;tubePoints;Pi$;26| ...) ; compiling (DEFUN |DROPT;coord;M$;27| ...) ; compiling (DEFUN |DROPT;unit;L$;28| ...) ; compiling (DEFUN |DROPT;coerce;$Of;29| ...) ; compiling (DEFUN |DROPT;=;2$B;30| ...) ; file: /tmp/oa-Hx4Bpb/code.lsp ; in: DEFUN |DROPT;=;2$B;30| ; (DEFUN BOOT::|DROPT;=;2$B;30| (BOOT::|x| BOOT::|y| BOOT::$) ; (AND (EQUAL (CAR BOOT::|x|) (CAR BOOT::|y|)) ; (BOOT::SPADCALL (CDR BOOT::|x|) (CDR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 95)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DROPT;=;2$B;30| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|DROPT;=;2$B;30| ; (AND (EQUAL (CAR BOOT::|x|) (CAR BOOT::|y|)) ; (BOOT::SPADCALL (CDR BOOT::|x|) (CDR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 95))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |DROPT;option?;LSB;31| ...) ; file: /tmp/oa-Hx4Bpb/code.lsp ; in: DEFUN |DROPT;option?;LSB;31| ; (DEFUN BOOT::|DROPT;option?;LSB;31| (BOOT::|l| BOOT::|s| BOOT::$) ; (PROGN ; (LET ((#:G681 BOOT::|l|)) ; (LOOP (COND # #) ; (SETQ #))) ; NIL)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DROPT;option?;LSB;31| ; (BOOT::|l| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|DROPT;option?;LSB;31| ; (PROGN ; (LET (#) ; (LOOP # ; #)) ; NIL))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |DROPT;option;LSU;32| ...) ; file: /tmp/oa-Hx4Bpb/code.lsp ; in: DEFUN |DROPT;option;LSU;32| ; (DEFUN BOOT::|DROPT;option;LSU;32| (BOOT::|l| BOOT::|s| BOOT::$) ; (PROGN ; (LET ((#:G682 BOOT::|l|)) ; (LOOP (COND # #) ; (SETQ #))) ; (CONS 1 "failed"))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DROPT;option;LSU;32| ; (BOOT::|l| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|DROPT;option;LSU;32| ; (PROGN ; (LET (#) ; (LOOP # ; #)) ; (CONS 1 "failed")))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |DrawOption| ...) ; compiling (DEFUN |DrawOption;| ...) ; compiling (MAKEPROP (QUOTE |DrawOption|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 4 notes ; /tmp/oa-Hx4Bpb/code.fasl written ; compilation finished in 0:00:00.064 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile DROPT1.spad && cp DROPT1.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DROPT1.fasl \ && if test -f DROPT1-.NRLIB/code.fasl; then \ cp DROPT1-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DROPT1-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DROPT1.spad using Spad compiler. DROPT1 abbreviates package DrawOptionFunctions1 debug: compDefine1 lhs: (DrawOptionFunctions1 S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE option ((Union S failed) (List (DrawOption)) (Symbol)))) (Type)) debug: evaluateType form: (CATEGORY package (SIGNATURE option ((Union S failed) (List (DrawOption)) (Symbol)))) $param: (S) debug: evaluateType form: (Union S failed) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: failed $param: (S) debug: evaluateType form: (List (DrawOption)) $param: (S) Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: (S) Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE option ((Union S failed) (List (DrawOption)) (Symbol)))) (Type)) debug: compDefine1 lhs: (DrawOptionFunctions1 S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE option ((Union S failed) (List (DrawOption)) (Symbol)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE option ((Union S failed) (List (DrawOption)) (Symbol)))) $param: (S) debug: evaluateType form: (Union S failed) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: failed $param: (S) debug: evaluateType form: (List (DrawOption)) $param: (S) Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: (S) Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE option ((Union S failed) (List (DrawOption)) (Symbol)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for DrawOptionFunctions1 compiling into /tmp/oa-X09XuK importing DrawOption compiling exported option : (List DrawOption,Symbol) -> Union(S,failed) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor DrawOptionFunctions1 Time: 0.02 seconds finalizing NRLIB DROPT1 Processing DrawOptionFunctions1 for Browser database: -- option : (List DrawOption,Symbol) -> Union(S,"failed") -- constructor ; compiling file "/tmp/oa-X09XuK/code.lsp" (written 01 FEB 2016 11:11:49 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DROPT1;option;LSU;1| ...) ; compiling (DEFUN |DrawOptionFunctions1| ...) ; compiling (DEFUN |DrawOptionFunctions1;| ...) ; compiling (MAKEPROP (QUOTE |DrawOptionFunctions1|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-X09XuK/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile DROPT0.spad && cp DROPT0.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DROPT0.fasl \ && if test -f DROPT0-.NRLIB/code.fasl; then \ cp DROPT0-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DROPT0-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DROPT0.spad using Spad compiler. DROPT0 abbreviates package DrawOptionFunctions0 debug: compDefine1 lhs: (DrawOptionFunctions0) signature (pre-evaluate): ((CATEGORY package (SIGNATURE adaptive ((Boolean) (List (DrawOption)) (Boolean))) (SIGNATURE clipBoolean ((Boolean) (List (DrawOption)) (Boolean))) (SIGNATURE viewpoint ((Record (: theta (DoubleFloat)) (: phi (DoubleFloat)) (: scale (DoubleFloat)) (: scaleX (DoubleFloat)) (: scaleY (DoubleFloat)) (: scaleZ (DoubleFloat)) (: deltaX (DoubleFloat)) (: deltaY (DoubleFloat))) (List (DrawOption)) (Record (: theta (DoubleFloat)) (: phi (DoubleFloat)) (: scale (DoubleFloat)) (: scaleX (DoubleFloat)) (: scaleY (DoubleFloat)) (: scaleZ (DoubleFloat)) (: deltaX (DoubleFloat)) (: deltaY (DoubleFloat))))) (SIGNATURE title ((String) (List (DrawOption)) (String))) (SIGNATURE style ((String) (List (DrawOption)) (String))) (SIGNATURE toScale ((Boolean) (List (DrawOption)) (Boolean))) (SIGNATURE pointColorPalette ((Palette) (List (DrawOption)) (Palette))) (SIGNATURE curveColorPalette ((Palette) (List (DrawOption)) (Palette))) (SIGNATURE ranges ((List (Segment (Float))) (List (DrawOption)) (List (Segment (Float))))) (SIGNATURE var1Steps ((PositiveInteger) (List (DrawOption)) (PositiveInteger))) (SIGNATURE var2Steps ((PositiveInteger) (List (DrawOption)) (PositiveInteger))) (SIGNATURE space ((ThreeSpace (DoubleFloat)) (List (DrawOption)))) (SIGNATURE tubePoints ((PositiveInteger) (List (DrawOption)) (PositiveInteger))) (SIGNATURE tubeRadius ((Float) (List (DrawOption)) (Float))) (SIGNATURE coord ((Mapping (Point (DoubleFloat)) (Point (DoubleFloat))) (List (DrawOption)) (Mapping (Point (DoubleFloat)) (Point (DoubleFloat))))) (SIGNATURE units ((List (Float)) (List (DrawOption)) (List (Float)))))) debug: evaluateType form: (CATEGORY package (SIGNATURE adaptive ((Boolean) (List (DrawOption)) (Boolean))) (SIGNATURE clipBoolean ((Boolean) (List (DrawOption)) (Boolean))) (SIGNATURE viewpoint ((Record (: theta (DoubleFloat)) (: phi (DoubleFloat)) (: scale (DoubleFloat)) (: scaleX (DoubleFloat)) (: scaleY (DoubleFloat)) (: scaleZ (DoubleFloat)) (: deltaX (DoubleFloat)) (: deltaY (DoubleFloat))) (List (DrawOption)) (Record (: theta (DoubleFloat)) (: phi (DoubleFloat)) (: scale (DoubleFloat)) (: scaleX (DoubleFloat)) (: scaleY (DoubleFloat)) (: scaleZ (DoubleFloat)) (: deltaX (DoubleFloat)) (: deltaY (DoubleFloat))))) (SIGNATURE title ((String) (List (DrawOption)) (String))) (SIGNATURE style ((String) (List (DrawOption)) (String))) (SIGNATURE toScale ((Boolean) (List (DrawOption)) (Boolean))) (SIGNATURE pointColorPalette ((Palette) (List (DrawOption)) (Palette))) (SIGNATURE curveColorPalette ((Palette) (List (DrawOption)) (Palette))) (SIGNATURE ranges ((List (Segment (Float))) (List (DrawOption)) (List (Segment (Float))))) (SIGNATURE var1Steps ((PositiveInteger) (List (DrawOption)) (PositiveInteger))) (SIGNATURE var2Steps ((PositiveInteger) (List (DrawOption)) (PositiveInteger))) (SIGNATURE space ((ThreeSpace (DoubleFloat)) (List (DrawOption)))) (SIGNATURE tubePoints ((PositiveInteger) (List (DrawOption)) (PositiveInteger))) (SIGNATURE tubeRadius ((Float) (List (DrawOption)) (Float))) (SIGNATURE coord ((Mapping (Point (DoubleFloat)) (Point (DoubleFloat))) (List (DrawOption)) (Mapping (Point (DoubleFloat)) (Point (DoubleFloat))))) (SIGNATURE units ((List (Float)) (List (DrawOption)) (List (Float))))) $param: NIL debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Record (: theta (DoubleFloat)) (: phi (DoubleFloat)) (: scale (DoubleFloat)) (: scaleX (DoubleFloat)) (: scaleY (DoubleFloat)) (: scaleZ (DoubleFloat)) (: deltaX (DoubleFloat)) (: deltaY (DoubleFloat))) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (Record (: theta (DoubleFloat)) (: phi (DoubleFloat)) (: scale (DoubleFloat)) (: scaleX (DoubleFloat)) (: scaleY (DoubleFloat)) (: scaleZ (DoubleFloat)) (: deltaX (DoubleFloat)) (: deltaY (DoubleFloat))) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evaluateType form: (List (Segment (Float))) $param: NIL Debug: evaluateType1 form: (List (Segment (Float))) debug: evaluateType1 x: (Segment (Float)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Segment (Float)) $param: NIL Debug: evaluateType1 form: (Segment (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evalCategory d: (Segment (Float)) c: (Type) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (List (Segment (Float))) $param: NIL Debug: evaluateType1 form: (List (Segment (Float))) debug: evaluateType1 x: (Segment (Float)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Segment (Float)) $param: NIL Debug: evaluateType1 form: (Segment (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evalCategory d: (Segment (Float)) c: (Type) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (ThreeSpace (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (ThreeSpace (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Mapping (Point (DoubleFloat)) (Point (DoubleFloat))) $param: NIL debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (Mapping (Point (DoubleFloat)) (Point (DoubleFloat))) $param: NIL debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (List (Float)) $param: NIL Debug: evaluateType1 form: (List (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (List (Float)) $param: NIL Debug: evaluateType1 form: (List (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE adaptive ((Boolean) (List (DrawOption)) (Boolean))) (SIGNATURE clipBoolean ((Boolean) (List (DrawOption)) (Boolean))) (SIGNATURE viewpoint ((Record (: theta (DoubleFloat)) (: phi (DoubleFloat)) (: scale (DoubleFloat)) (: scaleX (DoubleFloat)) (: scaleY (DoubleFloat)) (: scaleZ (DoubleFloat)) (: deltaX (DoubleFloat)) (: deltaY (DoubleFloat))) (List (DrawOption)) (Record (: theta (DoubleFloat)) (: phi (DoubleFloat)) (: scale (DoubleFloat)) (: scaleX (DoubleFloat)) (: scaleY (DoubleFloat)) (: scaleZ (DoubleFloat)) (: deltaX (DoubleFloat)) (: deltaY (DoubleFloat))))) (SIGNATURE title ((String) (List (DrawOption)) (String))) (SIGNATURE style ((String) (List (DrawOption)) (String))) (SIGNATURE toScale ((Boolean) (List (DrawOption)) (Boolean))) (SIGNATURE pointColorPalette ((Palette) (List (DrawOption)) (Palette))) (SIGNATURE curveColorPalette ((Palette) (List (DrawOption)) (Palette))) (SIGNATURE ranges ((List (Segment (Float))) (List (DrawOption)) (List (Segment (Float))))) (SIGNATURE var1Steps ((PositiveInteger) (List (DrawOption)) (PositiveInteger))) (SIGNATURE var2Steps ((PositiveInteger) (List (DrawOption)) (PositiveInteger))) (SIGNATURE space ((ThreeSpace (DoubleFloat)) (List (DrawOption)))) (SIGNATURE tubePoints ((PositiveInteger) (List (DrawOption)) (PositiveInteger))) (SIGNATURE tubeRadius ((Float) (List (DrawOption)) (Float))) (SIGNATURE coord ((Mapping (Point (DoubleFloat)) (Point (DoubleFloat))) (List (DrawOption)) (Mapping (Point (DoubleFloat)) (Point (DoubleFloat))))) (SIGNATURE units ((List (Float)) (List (DrawOption)) (List (Float)))))) ------------------------------------------------------------------------ initializing stationary directory for DrawOptionFunctions0 compiling into /tmp/oa-lU8CXT compiling exported adaptive : (List DrawOption,Boolean) -> Boolean Debug compQuote expr: (QUOTE adaptive) m: $EmptyMode Debug compQuote expr: (QUOTE adaptive) m: (Symbol) Time: 0.03 SEC. compiling exported clipBoolean : (List DrawOption,Boolean) -> Boolean Debug compQuote expr: (QUOTE clipBoolean) m: $EmptyMode Debug compQuote expr: (QUOTE clipBoolean) m: (Symbol) Time: 0.01 SEC. compiling exported title : (List DrawOption,String) -> String Debug compQuote expr: (QUOTE title) m: $EmptyMode Debug compQuote expr: (QUOTE title) m: (Symbol) Time: 0.01 SEC. compiling exported viewpoint : (List DrawOption,Record(theta: DoubleFloat,phi: DoubleFloat,scale: DoubleFloat,scaleX: DoubleFloat,scaleY: DoubleFloat,scaleZ: DoubleFloat,deltaX: DoubleFloat,deltaY: DoubleFloat)) -> Record(theta: DoubleFloat,phi: DoubleFloat,scale: DoubleFloat,scaleX: DoubleFloat,scaleY: DoubleFloat,scaleZ: DoubleFloat,deltaX: DoubleFloat,deltaY: DoubleFloat) Debug compQuote expr: (QUOTE viewpoint) m: $EmptyMode Debug compQuote expr: (QUOTE viewpoint) m: (Symbol) Time: 0.00 SEC. compiling exported style : (List DrawOption,String) -> String Debug compQuote expr: (QUOTE style) m: $EmptyMode Debug compQuote expr: (QUOTE style) m: (Symbol) Time: 0.01 SEC. compiling exported toScale : (List DrawOption,Boolean) -> Boolean Debug compQuote expr: (QUOTE toScale) m: $EmptyMode Debug compQuote expr: (QUOTE toScale) m: (Symbol) Time: 0.00 SEC. compiling exported pointColorPalette : (List DrawOption,Palette) -> Palette Debug compQuote expr: (QUOTE pointColorPalette) m: $EmptyMode Debug compQuote expr: (QUOTE pointColorPalette) m: (Symbol) Time: 0.01 SEC. compiling exported curveColorPalette : (List DrawOption,Palette) -> Palette Debug compQuote expr: (QUOTE curveColorPalette) m: $EmptyMode Debug compQuote expr: (QUOTE curveColorPalette) m: (Symbol) Time: 0.01 SEC. compiling exported ranges : (List DrawOption,List Segment Float) -> List Segment Float Debug compQuote expr: (QUOTE ranges) m: $EmptyMode Debug compQuote expr: (QUOTE ranges) m: (Symbol) Time: 0.01 SEC. compiling exported space : List DrawOption -> ThreeSpace DoubleFloat Debug compQuote expr: (QUOTE space) m: $EmptyMode Debug compQuote expr: (QUOTE space) m: (Symbol) Time: 0.03 SEC. compiling exported var1Steps : (List DrawOption,PositiveInteger) -> PositiveInteger Debug compQuote expr: (QUOTE var1Steps) m: $EmptyMode Debug compQuote expr: (QUOTE var1Steps) m: (Symbol) Time: 0.02 SEC. compiling exported var2Steps : (List DrawOption,PositiveInteger) -> PositiveInteger Debug compQuote expr: (QUOTE var2Steps) m: $EmptyMode Debug compQuote expr: (QUOTE var2Steps) m: (Symbol) Time: 0.01 SEC. compiling exported tubePoints : (List DrawOption,PositiveInteger) -> PositiveInteger Debug compQuote expr: (QUOTE tubePoints) m: $EmptyMode Debug compQuote expr: (QUOTE tubePoints) m: (Symbol) Time: 0.01 SEC. compiling exported tubeRadius : (List DrawOption,Float) -> Float Debug compQuote expr: (QUOTE tubeRadius) m: $EmptyMode Debug compQuote expr: (QUOTE tubeRadius) m: (Symbol) Time: 0.01 SEC. compiling exported coord : (List DrawOption,Point DoubleFloat -> Point DoubleFloat) -> Point DoubleFloat -> Point DoubleFloat Debug compQuote expr: (QUOTE coord) m: $EmptyMode Debug compQuote expr: (QUOTE coord) m: (Symbol) Time: 0.02 SEC. compiling exported units : (List DrawOption,List Float) -> List Float Debug compQuote expr: (QUOTE unit) m: $EmptyMode Debug compQuote expr: (QUOTE unit) m: (Symbol) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor DrawOptionFunctions0 Time: 0.21 seconds finalizing NRLIB DROPT0 Processing DrawOptionFunctions0 for Browser database: -- adaptive : (List DrawOption,Boolean) -> Boolean -- clipBoolean : (List DrawOption,Boolean) -> Boolean -- viewpoint : (List DrawOption,VIEWPT) -> VIEWPT -- title : (List DrawOption,String) -> String -- style : (List DrawOption,String) -> String -- toScale : (List DrawOption,Boolean) -> Boolean -- pointColorPalette : (List DrawOption,PAL) -> PAL -- curveColorPalette : (List DrawOption,PAL) -> PAL -- ranges : (List DrawOption,RANGE) -> RANGE -- var1Steps : (List DrawOption,PositiveInteger) -> PositiveInteger -- var2Steps : (List DrawOption,PositiveInteger) -> PositiveInteger -- space : List DrawOption -> SPACE3 -- tubePoints : (List DrawOption,PositiveInteger) -> PositiveInteger -- tubeRadius : (List DrawOption,Float) -> Float -- coord : (List DrawOption,(POINT -> POINT)) -> (POINT -> POINT) -- units : (List DrawOption,UNIT) -> UNIT -- constructor ; compiling file "/tmp/oa-lU8CXT/code.lsp" (written 01 FEB 2016 11:11:50 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DROPT0;adaptive;L2B;1| ...) ; compiling (DEFUN |DROPT0;clipBoolean;L2B;2| ...) ; compiling (DEFUN |DROPT0;title;L2S;3| ...) ; compiling (DEFUN |DROPT0;viewpoint;L2R;4| ...) ; compiling (DEFUN |DROPT0;style;L2S;5| ...) ; compiling (DEFUN |DROPT0;toScale;L2B;6| ...) ; compiling (DEFUN |DROPT0;pointColorPalette;L2P;7| ...) ; compiling (DEFUN |DROPT0;curveColorPalette;L2P;8| ...) ; compiling (DEFUN |DROPT0;ranges;L2L;9| ...) ; compiling (DEFUN |DROPT0;space;LTs;10| ...) ; compiling (DEFUN |DROPT0;var1Steps;L2Pi;11| ...) ; compiling (DEFUN |DROPT0;var2Steps;L2Pi;12| ...) ; compiling (DEFUN |DROPT0;tubePoints;L2Pi;13| ...) ; compiling (DEFUN |DROPT0;tubeRadius;L2F;14| ...) ; compiling (DEFUN |DROPT0;coord;L2M;15| ...) ; compiling (DEFUN |DROPT0;units;L2L;16| ...) ; compiling (DEFUN |DrawOptionFunctions0| ...) ; compiling (DEFUN |DrawOptionFunctions0;| ...) ; compiling (MAKEPROP (QUOTE |DrawOptionFunctions0|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-lU8CXT/code.fasl written ; compilation finished in 0:00:00.046 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/PPCURVE.fasl --optimize=3 PPCURVE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PPCURVE.spad using Spad compiler. PPCURVE abbreviates category PlottablePlaneCurveCategory debug: compDefine1 lhs: (PlottablePlaneCurveCategory) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for PlottablePlaneCurveCategory compiling into /tmp/oa-heyaDd STYLE-WARNING: redefining BOOT::|PlottablePlaneCurveCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB PPCURVE Processing PlottablePlaneCurveCategory for Browser database: -- listBranches : % -> L L POINT -- xRange : % -> SEG SF -- yRange : % -> SEG SF -- constructor ; compiling file "/tmp/oa-heyaDd/code.lsp" (written 01 FEB 2016 11:11:50 PM): ; compiling (DEFPARAMETER |PlottablePlaneCurveCategory;AL| ...) ; compiling (DEFUN |PlottablePlaneCurveCategory;| ...) ; compiling (DEFUN |PlottablePlaneCurveCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-heyaDd/code.fasl written ; compilation finished in 0:00:00.006 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/PTCAT.fasl --bootstrap PTCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PTCAT.spad using Spad compiler. PTCAT abbreviates category PointCategory ------------------------------------------------------------------------ initializing stationary directory for PointCategory compiling into /tmp/oa-F2jQmh STYLE-WARNING: redefining BOOT::|PointCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB PTCAT ; compiling file "/tmp/oa-F2jQmh/code.lsp" (written 01 FEB 2016 11:11:50 PM): ; compiling (DEFPARAMETER |PointCategory;AL| ...) ; compiling (DEFUN |PointCategory;| ...) ; compiling (DEFUN |PointCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-F2jQmh/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/POINT.fasl --bootstrap POINT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/POINT.spad using Spad compiler. POINT abbreviates domain Point ------------------------------------------------------------------------ initializing stationary directory for Point compiling into /tmp/oa-pqJlUq Time: 0.02 SEC. Cumulative Statistics for Constructor Point Time: 0.02 seconds finalizing NRLIB POINT ; compiling file "/tmp/oa-pqJlUq/code.lsp" (written 01 FEB 2016 11:11:50 PM): ; compiling (DEFUN |Point| ...) ; compiling (DEFUN |Point;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-pqJlUq/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/PTPACK.fasl --optimize=3 PTPACK.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PTPACK.spad using Spad compiler. PTPACK abbreviates package PointPackage debug: compDefine1 lhs: (PointPackage R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE xCoord (R (Point R))) (SIGNATURE yCoord (R (Point R))) (SIGNATURE zCoord (R (Point R))) (SIGNATURE rCoord (R (Point R))) (SIGNATURE thetaCoord (R (Point R))) (SIGNATURE phiCoord (R (Point R))) (SIGNATURE color (R (Point R))) (SIGNATURE hue (R (Point R))) (SIGNATURE shade (R (Point R)))) (Ring)) debug: evaluateType form: (CATEGORY package (SIGNATURE xCoord (R (Point R))) (SIGNATURE yCoord (R (Point R))) (SIGNATURE zCoord (R (Point R))) (SIGNATURE rCoord (R (Point R))) (SIGNATURE thetaCoord (R (Point R))) (SIGNATURE phiCoord (R (Point R))) (SIGNATURE color (R (Point R))) (SIGNATURE hue (R (Point R))) (SIGNATURE shade (R (Point R)))) $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE xCoord (R (Point R))) (SIGNATURE yCoord (R (Point R))) (SIGNATURE zCoord (R (Point R))) (SIGNATURE rCoord (R (Point R))) (SIGNATURE thetaCoord (R (Point R))) (SIGNATURE phiCoord (R (Point R))) (SIGNATURE color (R (Point R))) (SIGNATURE hue (R (Point R))) (SIGNATURE shade (R (Point R)))) (Ring)) debug: compDefine1 lhs: (PointPackage R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE xCoord (R (Point R))) (SIGNATURE yCoord (R (Point R))) (SIGNATURE zCoord (R (Point R))) (SIGNATURE rCoord (R (Point R))) (SIGNATURE thetaCoord (R (Point R))) (SIGNATURE phiCoord (R (Point R))) (SIGNATURE color (R (Point R))) (SIGNATURE hue (R (Point R))) (SIGNATURE shade (R (Point R)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE xCoord (R (Point R))) (SIGNATURE yCoord (R (Point R))) (SIGNATURE zCoord (R (Point R))) (SIGNATURE rCoord (R (Point R))) (SIGNATURE thetaCoord (R (Point R))) (SIGNATURE phiCoord (R (Point R))) (SIGNATURE color (R (Point R))) (SIGNATURE hue (R (Point R))) (SIGNATURE shade (R (Point R)))) $param: (R) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE xCoord (R (Point R))) (SIGNATURE yCoord (R (Point R))) (SIGNATURE zCoord (R (Point R))) (SIGNATURE rCoord (R (Point R))) (SIGNATURE thetaCoord (R (Point R))) (SIGNATURE phiCoord (R (Point R))) (SIGNATURE color (R (Point R))) (SIGNATURE hue (R (Point R))) (SIGNATURE shade (R (Point R)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for PointPackage compiling into /tmp/oa-gyzB4x compiling exported xCoord : Point R -> R Time: 0.02 SEC. compiling exported yCoord : Point R -> R Time: 0.02 SEC. compiling exported zCoord : Point R -> R Time: 0.01 SEC. compiling exported rCoord : Point R -> R Time: 0 SEC. compiling exported thetaCoord : Point R -> R Time: 0.01 SEC. compiling exported phiCoord : Point R -> R Time: 0.01 SEC. compiling exported color : Point R -> R Time: 0.01 SEC. compiling exported hue : Point R -> R Time: 0.01 SEC. compiling exported shade : Point R -> R Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor PointPackage Time: 0.08 seconds finalizing NRLIB PTPACK Processing PointPackage for Browser database: -- xCoord : POINT -> R -- yCoord : POINT -> R -- zCoord : POINT -> R -- rCoord : POINT -> R -- thetaCoord : POINT -> R -- phiCoord : POINT -> R -- color : POINT -> R -- hue : POINT -> R -- shade : POINT -> R -- constructor ; compiling file "/tmp/oa-gyzB4x/code.lsp" (written 01 FEB 2016 11:11:50 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PTPACK;xCoord;PR;1| ...) ; compiling (DEFUN |PTPACK;yCoord;PR;2| ...) ; compiling (DEFUN |PTPACK;zCoord;PR;3| ...) ; compiling (DEFUN |PTPACK;rCoord;PR;4| ...) ; compiling (DEFUN |PTPACK;thetaCoord;PR;5| ...) ; compiling (DEFUN |PTPACK;phiCoord;PR;6| ...) ; compiling (DEFUN |PTPACK;color;PR;7| ...) ; compiling (DEFUN |PTPACK;hue;PR;8| ...) ; compiling (DEFUN |PTPACK;shade;PR;9| ...) ; compiling (DEFUN |PointPackage| ...) ; compiling (DEFUN |PointPackage;| ...) ; compiling (MAKEPROP (QUOTE |PointPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-gyzB4x/code.fasl written ; compilation finished in 0:00:00.021 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/POINT.fasl --optimize=3 POINT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/POINT.spad using Spad compiler. POINT abbreviates domain Point debug: compDefine1 lhs: (Point R) signature (pre-evaluate): ((PointCategory R) (Ring)) debug: evaluateType form: (PointCategory R) $param: (R) Debug: evaluateType1 form: (PointCategory R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((PointCategory R) (Ring)) debug: compDefine1 lhs: (Point R) signature (pre-evaluate): ((PointCategory R) NIL) debug: evaluateType form: (PointCategory R) $param: (R) Debug: evaluateType1 form: (PointCategory R) debug: evaluateType1 x: R m: (Ring) debug: compDefine1 signature (post evaluate): ((PointCategory R) NIL) ------------------------------------------------------------------------ initializing stationary directory for Point compiling into /tmp/oa-xRXGFM compiling exported point : List R -> % Time: 0.03 SEC. compiling exported dimension : % -> PositiveInteger Time: 0.03 SEC. compiling exported convert : List R -> % Time: 0.01 SEC. compiling exported cross : (%,%) -> % Time: 0.05 SEC. compiling exported extend : (%,List R) -> % Time: 0.00 SEC. (time taken in buildFunctor: 4) Time: 0.02 SEC. Cumulative Statistics for Constructor Point Time: 0.14 seconds --------------non extending category---------------------- Point #1 of category PointCategory #1 has no vector : List #1 -> % ---------------------------------------------------------- finalizing NRLIB POINT Processing Point for Browser database: -- constructor ; compiling file "/tmp/oa-xRXGFM/code.lsp" (written 01 FEB 2016 11:11:50 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |POINT;point;L$;1| ...) ; file: /tmp/oa-xRXGFM/code.lsp ; in: DEFUN |POINT;point;L$;1| ; (DEFUN BOOT::|POINT;point;L$;1| (BOOT::|l| BOOT::$) ; (BOOT::SPADCALL BOOT::|l| (BOOT::|shellEntry| BOOT::$ 8))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|POINT;point;L$;1| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|POINT;point;L$;1| ; (BOOT::SPADCALL BOOT::|l| (BOOT::|shellEntry| BOOT::$ 8)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |POINT;dimension;$Pi;2| ...) ; file: /tmp/oa-xRXGFM/code.lsp ; in: DEFUN |POINT;dimension;$Pi;2| ; (DEFUN BOOT::|POINT;dimension;$Pi;2| (BOOT::|p| BOOT::$) ; (LET ((#:G545 (BOOT::SPADCALL BOOT::|p| #))) ; (COND ((PLUSP #:G545) #:G545) (T (BOOT::|moanRetract| #:G545 '#))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|POINT;dimension;$Pi;2| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|POINT;dimension;$Pi;2| ; (LET ((#:G545 #)) ; (COND (# #:G545) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES (INTEGER 1) &REST T). ; compiling (DEFUN |POINT;convert;L$;3| ...) ; compiling (DEFUN |POINT;cross;3$;4| ...) ; file: /tmp/oa-xRXGFM/code.lsp ; in: DEFUN |POINT;cross;3$;4| ; (DEFUN BOOT::|POINT;cross;3$;4| (BOOT::|p0| BOOT::|p1| BOOT::$) ; (COND ; ((OR (BOOT::SPADCALL # 3 #) (BOOT::SPADCALL # 3 #)) ; (BOOT::|error| "Arguments to cross must be three dimensional")) ; (T (BOOT::|POINT;point;L$;1| (LIST # # #) BOOT::$)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|POINT;cross;3$;4| ; (BOOT::|p0| BOOT::|p1| BOOT::$) ; (BLOCK BOOT::|POINT;cross;3$;4| ; (COND ; ((OR # #) ; (BOOT::|error| "Arguments to cross must be three dimensional")) ; (T (BOOT::|POINT;point;L$;1| # BOOT::$))))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |POINT;extend;$L$;5| ...) ; file: /tmp/oa-xRXGFM/code.lsp ; in: DEFUN |POINT;extend;$L$;5| ; (DEFUN BOOT::|POINT;extend;$L$;5| (BOOT::|p| BOOT::|l| BOOT::$) ; (BOOT::SPADCALL BOOT::|p| (BOOT::|POINT;point;L$;1| BOOT::|l| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 24))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|POINT;extend;$L$;5| ; (BOOT::|p| BOOT::|l| BOOT::$) ; (BLOCK BOOT::|POINT;extend;$L$;5| ; (BOOT::SPADCALL BOOT::|p| (BOOT::|POINT;point;L$;1| BOOT::|l| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 24)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |Point| ...) ; compiling (DEFUN |Point;| ...) ; compiling (MAKEPROP (QUOTE |Point|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 4 notes ; /tmp/oa-xRXGFM/code.fasl written ; compilation finished in 0:00:00.035 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/PLOT.fasl --optimize=3 PLOT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PLOT.spad using Spad compiler. PLOT abbreviates domain Plot debug: compDefine1 lhs: (Plot) signature (pre-evaluate): ((Join (PlottablePlaneCurveCategory) (CATEGORY domain (SIGNATURE plot ($ (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (List (Mapping (DoubleFloat) (DoubleFloat))) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (List (Mapping (DoubleFloat) (DoubleFloat))) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (Mapping (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (Mapping (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE pointPlot ($ (Mapping (Point (DoubleFloat)) (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE pointPlot ($ (Mapping (Point (DoubleFloat)) (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plotPolar ($ (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plotPolar ($ (Mapping (DoubleFloat) (DoubleFloat)))) (SIGNATURE plot ($ $ (Segment (DoubleFloat)))) (SIGNATURE parametric? ((Boolean) $)) (SIGNATURE zoom ($ $ (Segment (DoubleFloat)))) (SIGNATURE zoom ($ $ (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE refine ($ $ (Segment (DoubleFloat)))) (SIGNATURE refine ($ $)) (SIGNATURE tRange ((Segment (DoubleFloat)) $)) (SIGNATURE minPoints ((Integer))) (SIGNATURE setMinPoints ((Integer) (Integer))) (SIGNATURE maxPoints ((Integer))) (SIGNATURE setMaxPoints ((Integer) (Integer))) (SIGNATURE screenResolution ((Integer))) (SIGNATURE setScreenResolution ((Integer) (Integer))) (SIGNATURE adaptive? ((Boolean))) (SIGNATURE setAdaptive ((Boolean) (Boolean))) (SIGNATURE numFunEvals ((Integer))) (SIGNATURE debug ((Boolean) (Boolean)))))) debug: evaluateType form: (Join (PlottablePlaneCurveCategory) (CATEGORY domain (SIGNATURE plot ($ (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (List (Mapping (DoubleFloat) (DoubleFloat))) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (List (Mapping (DoubleFloat) (DoubleFloat))) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (Mapping (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (Mapping (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE pointPlot ($ (Mapping (Point (DoubleFloat)) (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE pointPlot ($ (Mapping (Point (DoubleFloat)) (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plotPolar ($ (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plotPolar ($ (Mapping (DoubleFloat) (DoubleFloat)))) (SIGNATURE plot ($ $ (Segment (DoubleFloat)))) (SIGNATURE parametric? ((Boolean) $)) (SIGNATURE zoom ($ $ (Segment (DoubleFloat)))) (SIGNATURE zoom ($ $ (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE refine ($ $ (Segment (DoubleFloat)))) (SIGNATURE refine ($ $)) (SIGNATURE tRange ((Segment (DoubleFloat)) $)) (SIGNATURE minPoints ((Integer))) (SIGNATURE setMinPoints ((Integer) (Integer))) (SIGNATURE maxPoints ((Integer))) (SIGNATURE setMaxPoints ((Integer) (Integer))) (SIGNATURE screenResolution ((Integer))) (SIGNATURE setScreenResolution ((Integer) (Integer))) (SIGNATURE adaptive? ((Boolean))) (SIGNATURE setAdaptive ((Boolean) (Boolean))) (SIGNATURE numFunEvals ((Integer))) (SIGNATURE debug ((Boolean) (Boolean))))) $param: NIL debug: evaluateType form: (PlottablePlaneCurveCategory) $param: NIL Debug: evaluateType1 form: (PlottablePlaneCurveCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE plot ($ (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (List (Mapping (DoubleFloat) (DoubleFloat))) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (List (Mapping (DoubleFloat) (DoubleFloat))) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (Mapping (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (Mapping (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE pointPlot ($ (Mapping (Point (DoubleFloat)) (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE pointPlot ($ (Mapping (Point (DoubleFloat)) (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plotPolar ($ (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plotPolar ($ (Mapping (DoubleFloat) (DoubleFloat)))) (SIGNATURE plot ($ $ (Segment (DoubleFloat)))) (SIGNATURE parametric? ((Boolean) $)) (SIGNATURE zoom ($ $ (Segment (DoubleFloat)))) (SIGNATURE zoom ($ $ (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE refine ($ $ (Segment (DoubleFloat)))) (SIGNATURE refine ($ $)) (SIGNATURE tRange ((Segment (DoubleFloat)) $)) (SIGNATURE minPoints ((Integer))) (SIGNATURE setMinPoints ((Integer) (Integer))) (SIGNATURE maxPoints ((Integer))) (SIGNATURE setMaxPoints ((Integer) (Integer))) (SIGNATURE screenResolution ((Integer))) (SIGNATURE setScreenResolution ((Integer) (Integer))) (SIGNATURE adaptive? ((Boolean))) (SIGNATURE setAdaptive ((Boolean) (Boolean))) (SIGNATURE numFunEvals ((Integer))) (SIGNATURE debug ((Boolean) (Boolean)))) $param: NIL debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (List (Mapping (DoubleFloat) (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Mapping (DoubleFloat) (DoubleFloat))) debug: evaluateType1 x: (Mapping (DoubleFloat) (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (Mapping (DoubleFloat) (DoubleFloat)) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (List (Mapping (DoubleFloat) (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Mapping (DoubleFloat) (DoubleFloat))) debug: evaluateType1 x: (Mapping (DoubleFloat) (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (Mapping (DoubleFloat) (DoubleFloat)) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Mapping (Point (DoubleFloat)) (DoubleFloat)) $param: NIL debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Mapping (Point (DoubleFloat)) (DoubleFloat)) $param: NIL debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: compDefine1 signature (post evaluate): ((Join (PlottablePlaneCurveCategory) (CATEGORY domain (SIGNATURE plot ($ (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (List (Mapping (DoubleFloat) (DoubleFloat))) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (List (Mapping (DoubleFloat) (DoubleFloat))) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (Mapping (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (Mapping (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE pointPlot ($ (Mapping (Point (DoubleFloat)) (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE pointPlot ($ (Mapping (Point (DoubleFloat)) (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plotPolar ($ (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plotPolar ($ (Mapping (DoubleFloat) (DoubleFloat)))) (SIGNATURE plot ($ $ (Segment (DoubleFloat)))) (SIGNATURE parametric? ((Boolean) $)) (SIGNATURE zoom ($ $ (Segment (DoubleFloat)))) (SIGNATURE zoom ($ $ (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE refine ($ $ (Segment (DoubleFloat)))) (SIGNATURE refine ($ $)) (SIGNATURE tRange ((Segment (DoubleFloat)) $)) (SIGNATURE minPoints ((Integer))) (SIGNATURE setMinPoints ((Integer) (Integer))) (SIGNATURE maxPoints ((Integer))) (SIGNATURE setMaxPoints ((Integer) (Integer))) (SIGNATURE screenResolution ((Integer))) (SIGNATURE setScreenResolution ((Integer) (Integer))) (SIGNATURE adaptive? ((Boolean))) (SIGNATURE setAdaptive ((Boolean) (Boolean))) (SIGNATURE numFunEvals ((Integer))) (SIGNATURE debug ((Boolean) (Boolean)))))) ------------------------------------------------------------------------ initializing stationary directory for Plot compiling into /tmp/oa-mZEEL0 importing PointPackage DoubleFloat compiling local Pnan? : Point DoubleFloat -> Boolean Time: 0.06 SEC. compiling exported listBranches : % -> List List Point DoubleFloat Time: 0.05 SEC. compiling local checkRange : Segment DoubleFloat -> Segment DoubleFloat Time: 0.00 SEC. compiling local intersect : (Segment DoubleFloat,Segment DoubleFloat) -> Segment DoubleFloat Time: 0 SEC. compiling local union : (Segment DoubleFloat,Segment DoubleFloat) -> Segment DoubleFloat Time: 0.00 SEC. compiling local join : (List Record(source: DoubleFloat -> Point DoubleFloat,ranges: List Segment DoubleFloat,knots: List DoubleFloat,points: List Point DoubleFloat),Integer) -> Segment DoubleFloat Time: 0.04 SEC. compiling local parametricRange : % -> Segment DoubleFloat PLOT;parametricRange r is replaced by SPADfirst %vref(r,2) Time: 0.01 SEC. compiling exported minPoints : () -> Integer Time: 0 SEC. compiling exported setMinPoints : Integer -> Integer Time: 0.00 SEC. compiling exported maxPoints : () -> Integer Time: 0 SEC. compiling exported setMaxPoints : Integer -> Integer Time: 0.00 SEC. compiling exported screenResolution : () -> Integer Time: 0 SEC. compiling exported setScreenResolution : Integer -> Integer Time: 0.00 SEC. compiling exported adaptive? : () -> Boolean Time: 0 SEC. compiling exported setAdaptive : Boolean -> Boolean Time: 0.00 SEC. compiling exported parametric? : % -> Boolean PLOT;parametric?;$B;16 p is replaced by %vref(p,0) Time: 0 SEC. compiling exported numFunEvals : () -> Integer Time: 0 SEC. compiling exported debug : Boolean -> Boolean Time: 0 SEC. compiling exported xRange : % -> Segment DoubleFloat Time: 0.01 SEC. compiling exported yRange : % -> Segment DoubleFloat Time: 0.00 SEC. compiling exported tRange : % -> Segment DoubleFloat PLOT;tRange;$S;21 plot is replaced by SPADfirst %vref(plot,2) Time: 0.01 SEC. compiling local select : (List Point DoubleFloat,Point DoubleFloat -> DoubleFloat,(DoubleFloat,DoubleFloat) -> DoubleFloat) -> DoubleFloat Time: 0.02 SEC. compiling local rangeRefine : (Record(source: DoubleFloat -> Point DoubleFloat,ranges: List Segment DoubleFloat,knots: List DoubleFloat,points: List Point DoubleFloat),Segment DoubleFloat) -> Record(source: DoubleFloat -> Point DoubleFloat,ranges: List Segment DoubleFloat,knots: List DoubleFloat,points: List Point DoubleFloat) Time: 0.35 SEC. compiling local adaptivePlot : (Record(source: DoubleFloat -> Point DoubleFloat,ranges: List Segment DoubleFloat,knots: List DoubleFloat,points: List Point DoubleFloat),Segment DoubleFloat,Segment DoubleFloat,Segment DoubleFloat,Integer) -> Record(source: DoubleFloat -> Point DoubleFloat,ranges: List Segment DoubleFloat,knots: List DoubleFloat,points: List Point DoubleFloat) Time: 1.65 SEC. compiling local basicPlot : (DoubleFloat -> Point DoubleFloat,Segment DoubleFloat) -> Record(source: DoubleFloat -> Point DoubleFloat,ranges: List Segment DoubleFloat,knots: List DoubleFloat,points: List Point DoubleFloat) Time: 0.15 SEC. compiling exported zoom : (%,Segment DoubleFloat) -> % Time: 0.02 SEC. compiling exported zoom : (%,Segment DoubleFloat,Segment DoubleFloat) -> % Time: 0.02 SEC. compiling local basicRefine : (Record(source: DoubleFloat -> Point DoubleFloat,ranges: List Segment DoubleFloat,knots: List DoubleFloat,points: List Point DoubleFloat),Segment DoubleFloat) -> Record(source: DoubleFloat -> Point DoubleFloat,ranges: List Segment DoubleFloat,knots: List DoubleFloat,points: List Point DoubleFloat) Time: 0.42 SEC. compiling exported refine : % -> % Time: 0 SEC. compiling exported refine : (%,Segment DoubleFloat) -> % Time: 0.04 SEC. compiling exported plot : (%,Segment DoubleFloat) -> % Time: 0.04 SEC. compiling local pt : (DoubleFloat,DoubleFloat) -> Point DoubleFloat Time: 0.01 SEC. compiling local myTrap : (DoubleFloat -> DoubleFloat,DoubleFloat) -> DoubleFloat Time: 0.02 SEC. compiling exported plot : (DoubleFloat -> DoubleFloat,Segment DoubleFloat) -> % Time: 0.05 SEC. compiling exported plot : (DoubleFloat -> DoubleFloat,Segment DoubleFloat,Segment DoubleFloat) -> % Time: 0.01 SEC. compiling exported plot : (DoubleFloat -> DoubleFloat,DoubleFloat -> DoubleFloat,Segment DoubleFloat) -> % Time: 0.06 SEC. compiling exported plot : (DoubleFloat -> DoubleFloat,DoubleFloat -> DoubleFloat,Segment DoubleFloat,Segment DoubleFloat,Segment DoubleFloat) -> % Time: 0.03 SEC. compiling exported pointPlot : (DoubleFloat -> Point DoubleFloat,Segment DoubleFloat) -> % Time: 0.04 SEC. compiling exported pointPlot : (DoubleFloat -> Point DoubleFloat,Segment DoubleFloat,Segment DoubleFloat,Segment DoubleFloat) -> % Time: 0.02 SEC. compiling exported plot : (List DoubleFloat -> DoubleFloat,Segment DoubleFloat) -> % Time: 0.06 SEC. compiling exported plot : (List DoubleFloat -> DoubleFloat,Segment DoubleFloat,Segment DoubleFloat) -> % Time: 0.02 SEC. compiling exported plotPolar : (DoubleFloat -> DoubleFloat,Segment DoubleFloat) -> % Time: 0.03 SEC. compiling exported plotPolar : DoubleFloat -> DoubleFloat -> % Time: 0.02 SEC. compiling exported coerce : % -> OutputForm Time: 0.13 SEC. (time taken in buildFunctor: 0) Time: 0.05 SEC. Warnings: [1] Type Boolean is not in scope. Import it [2] Type List Segment DoubleFloat is not in scope. Import it [3] Type List String is not in scope. Import it [4] Type List Record(source: (DoubleFloat -> Point DoubleFloat),ranges: List Segment DoubleFloat,knots: List DoubleFloat,points: List Point DoubleFloat) is not in scope. Import it [5] parametricRange: first has no value [6] xRange: second has no value [7] yRange: third has no value [8] tRange: first has no value [9] rangeRefine: c has no value [10] rangeRefine: q has no value [11] rangeRefine: NUMFUNEVALS has no value [12] basicRefine: first has no value [13] refine: curves has no value [14] plot: curves has no value [15] plot: t has no value [16] coerce: l has no value Cumulative Statistics for Constructor Plot Time: 3.48 seconds finalizing NRLIB PLOT Processing Plot for Browser database: -- plot : ((F -> F),R) -> % -- plot : ((F -> F),R,R) -> % -- plot : (L (F -> F),R) -> % -- plot : (L (F -> F),R,R) -> % -- plot : ((F -> F),(F -> F),R) -> % -- plot : ((F -> F),(F -> F),R,R,R) -> % -- pointPlot : ((F -> P),R) -> % -- pointPlot : ((F -> P),R,R,R) -> % -- plotPolar : ((F -> F),R) -> % -- plotPolar : (F -> F) -> % -- plot : (%,R) -> % -- parametric? : % -> B -- zoom : (%,R) -> % -- zoom : (%,R,R) -> % -- refine : (%,R) -> % -- refine : % -> % -- tRange : % -> R -- minPoints : () -> I -- setMinPoints : I -> I -- maxPoints : () -> I -- setMaxPoints : I -> I -- screenResolution : () -> I -- setScreenResolution : I -> I -- adaptive? : () -> B -- setAdaptive : B -> B -- numFunEvals : () -> I -- debug : B -> B -- constructor ; compiling file "/tmp/oa-mZEEL0/code.lsp" (written 01 FEB 2016 11:11:54 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PLOT;parametricRange|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PLOT;parametric?;$B;16|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PLOT;tRange;$S;21|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PLOT;checkRange|) ...) ; compiling (PUT (QUOTE |PLOT;union|) ...) ; compiling (PUT (QUOTE |PLOT;minPoints;I;8|) ...) ; compiling (PUT (QUOTE |PLOT;maxPoints;I;10|) ...) ; compiling (PUT (QUOTE |PLOT;screenResolution;I;12|) ...) ; compiling (PUT (QUOTE |PLOT;adaptive?;B;14|) ...) ; compiling (PUT (QUOTE |PLOT;numFunEvals;I;17|) ...) ; compiling (PUT (QUOTE |PLOT;zoom;$2S$;27|) ...) ; compiling (DEFUN |PLOT;Pnan?| ...) ; file: /tmp/oa-mZEEL0/code.lsp ; in: DEFUN |PLOT;Pnan?| ; #'(LAMBDA (BOOT::|#1| BOOT::$) (|AxiomCore|:|%fNaN?| BOOT::|#1|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; (DEFUN BOOT::|PLOT;Pnan?| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL ; (CONS #'(LAMBDA (BOOT::|#1| BOOT::$) (|AxiomCore|:|%fNaN?| BOOT::|#1|)) ; NIL) ; BOOT::|x| (BOOT::|shellEntry| BOOT::$ 26))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PLOT;Pnan?| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|PLOT;Pnan?| ; (BOOT::SPADCALL (CONS #'(LAMBDA # #) NIL) BOOT::|x| ; (BOOT::|shellEntry| BOOT::$ 26)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |PLOT;listBranches;$L;2| ...) ; compiling (DEFUN |PLOT;checkRange| ...) ; file: /tmp/oa-mZEEL0/code.lsp ; in: DEFUN |PLOT;checkRange| ; (DEFUN BOOT::|PLOT;checkRange| (BOOT::|r| BOOT::$) ; (COND ; ((< (SVREF BOOT::|r| 1) (SVREF BOOT::|r| 0)) ; (BOOT::|error| "ranges cannot be negative")) ; (T BOOT::|r|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PLOT;checkRange| ; (BOOT::|r| BOOT::$) ; (BLOCK BOOT::|PLOT;checkRange| ; (COND ((< # #) (BOOT::|error| "ranges cannot be negative")) ; (T BOOT::|r|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PLOT;intersect| ...) ; file: /tmp/oa-mZEEL0/code.lsp ; in: DEFUN |PLOT;intersect| ; (DEFUN BOOT::|PLOT;intersect| (BOOT::|s| BOOT::|t| BOOT::$) ; (LET ((#:G1009 (VECTOR # # 1))) ; (COND ((< # #) (BOOT::|error| "ranges cannot be negative")) (T #:G1009)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PLOT;intersect| ; (BOOT::|s| BOOT::|t| BOOT::$) ; (BLOCK BOOT::|PLOT;intersect| ; (LET ((#:G1009 #)) ; (COND (# #) (T #:G1009))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PLOT;union| ...) ; file: /tmp/oa-mZEEL0/code.lsp ; in: DEFUN |PLOT;union| ; (DEFUN BOOT::|PLOT;union| (BOOT::|s| BOOT::|t| BOOT::$) ; (VECTOR (MIN (SVREF BOOT::|s| 0) (SVREF BOOT::|t| 0)) ; (MAX (SVREF BOOT::|s| 1) (SVREF BOOT::|t| 1)) 1)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PLOT;union| ; (BOOT::|s| BOOT::|t| BOOT::$) ; (BLOCK BOOT::|PLOT;union| ; (VECTOR (MIN (SVREF BOOT::|s| 0) (SVREF BOOT::|t| 0)) ; (MAX (SVREF BOOT::|s| 1) (SVREF BOOT::|t| 1)) 1))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PLOT;join| ...) ; compiling (DEFUN |PLOT;parametricRange| ...) ; compiling (DEFUN |PLOT;minPoints;I;8| ...) ; compiling (DEFUN |PLOT;setMinPoints;2I;9| ...) ; compiling (DEFUN |PLOT;maxPoints;I;10| ...) ; compiling (DEFUN |PLOT;setMaxPoints;2I;11| ...) ; compiling (DEFUN |PLOT;screenResolution;I;12| ...) ; compiling (DEFUN |PLOT;setScreenResolution;2I;13| ...) ; compiling (DEFUN |PLOT;adaptive?;B;14| ...) ; compiling (DEFUN |PLOT;setAdaptive;2B;15| ...) ; compiling (DEFUN |PLOT;parametric?;$B;16| ...) ; compiling (DEFUN |PLOT;numFunEvals;I;17| ...) ; compiling (DEFUN |PLOT;debug;2B;18| ...) ; compiling (DEFUN |PLOT;xRange;$S;19| ...) ; compiling (DEFUN |PLOT;yRange;$S;20| ...) ; compiling (DEFUN |PLOT;tRange;$S;21| ...) ; compiling (DEFUN |PLOT;select| ...) ; file: /tmp/oa-mZEEL0/code.lsp ; in: DEFUN |PLOT;select| ; (DEFUN BOOT::|PLOT;select| (BOOT::|l| BOOT::|f| BOOT::|g| BOOT::$) ; (PROG (BOOT::|n|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PLOT;select| ; (BOOT::|l| BOOT::|f| BOOT::|g| BOOT::$) ; (BLOCK BOOT::|PLOT;select| ; (PROG (BOOT::|n|) ; (RETURN ; (LET # ; #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PLOT;rangeRefine| ...) ; file: /tmp/oa-mZEEL0/code.lsp ; in: DEFUN |PLOT;rangeRefine| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MIN BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MIN BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PLOT;adaptivePlot| ...) ; file: /tmp/oa-mZEEL0/code.lsp ; in: DEFUN |PLOT;adaptivePlot| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MIN BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MIN BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PLOT;basicPlot| ...) ; file: /tmp/oa-mZEEL0/code.lsp ; in: DEFUN |PLOT;basicPlot| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MIN BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MIN BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PLOT;zoom;$S$;26| ...) ; compiling (DEFUN |PLOT;zoom;$2S$;27| ...) ; file: /tmp/oa-mZEEL0/code.lsp ; in: DEFUN |PLOT;zoom;$2S$;27| ; (DEFUN BOOT::|PLOT;zoom;$2S$;27| ; (BOOT::|p| BOOT::|xRange| BOOT::|yRange| BOOT::$) ; (VECTOR (SVREF BOOT::|p| 0) (LIST BOOT::|xRange| BOOT::|yRange|) ; (SVREF BOOT::|p| 2) (SVREF BOOT::|p| 3) (SVREF BOOT::|p| 4))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PLOT;zoom;$2S$;27| ; (BOOT::|p| BOOT::|xRange| BOOT::|yRange| BOOT::$) ; (BLOCK BOOT::|PLOT;zoom;$2S$;27| ; (VECTOR (SVREF BOOT::|p| 0) (LIST BOOT::|xRange| BOOT::|yRange|) ; (SVREF BOOT::|p| 2) (SVREF BOOT::|p| 3) (SVREF BOOT::|p| 4)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PLOT;basicRefine| ...) ; file: /tmp/oa-mZEEL0/code.lsp ; in: DEFUN |PLOT;basicRefine| ; (DEFUN BOOT::|PLOT;basicRefine| (BOOT::|curve| BOOT::|nRange| BOOT::$) ; (PROG (BOOT::|yRange| BOOT::|xRange| BOOT::|pm| BOOT::|tm| BOOT::|f| ; BOOT::|h| BOOT::|l| BOOT::|p| BOOT::|t|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # # # # # # # # # ...))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PLOT;basicRefine| ; (BOOT::|curve| BOOT::|nRange| BOOT::$) ; (BLOCK BOOT::|PLOT;basicRefine| ; (PROG (BOOT::|yRange| BOOT::|xRange| BOOT::|pm| BOOT::|tm| BOOT::|f| ; BOOT::|h| BOOT::|l| BOOT::|p| BOOT::|t|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |curve| ; prevents use of assertion from function type proclamation: ; SIMPLE-VECTOR ; ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MIN BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MIN BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PLOT;refine;2$;29| ...) ; compiling (DEFUN |PLOT;refine;$S$;30| ...) ; compiling (DEFUN |PLOT;plot;$S$;31| ...) ; compiling (DEFUN |PLOT;pt| ...) ; compiling (DEFUN |PLOT;myTrap| ...) ; file: /tmp/oa-mZEEL0/code.lsp ; in: DEFUN |PLOT;myTrap| ; (DEFUN BOOT::|PLOT;myTrap| (BOOT::|ff| BOOT::|f| BOOT::$) ; (PROG (BOOT::|r|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PLOT;myTrap| ; (BOOT::|ff| BOOT::|f| BOOT::$) ; (BLOCK BOOT::|PLOT;myTrap| ; (PROG (BOOT::|r|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PLOT;plot;MS$;34| ...) ; compiling (DEFUN |PLOT;plot;MS$;34!0| ...) ; compiling (DEFUN |PLOT;plot;M2S$;35| ...) ; compiling (DEFUN |PLOT;plot;2MS$;36| ...) ; compiling (DEFUN |PLOT;plot;2MS$;36!0| ...) ; compiling (DEFUN |PLOT;plot;2M3S$;37| ...) ; compiling (DEFUN |PLOT;pointPlot;MS$;38| ...) ; compiling (DEFUN |PLOT;pointPlot;M3S$;39| ...) ; compiling (DEFUN |PLOT;plot;LS$;40| ...) ; compiling (DEFUN |PLOT;plot;LS$;40!0| ...) ; compiling (DEFUN |PLOT;plot;L2S$;41| ...) ; compiling (DEFUN |PLOT;plotPolar;MS$;42| ...) ; compiling (DEFUN |PLOT;plotPolar;MS$;42!1| ...) ; compiling (DEFUN |PLOT;plotPolar;MS$;42!0| ...) ; compiling (DEFUN |PLOT;plotPolar;M$;43| ...) ; compiling (DEFUN |PLOT;coerce;$Of;44| ...) ; file: /tmp/oa-mZEEL0/code.lsp ; in: DEFUN |PLOT;coerce;$Of;44| ; (LET ((BOOT::|spaces| ; (BOOT::SPADCALL " " (BOOT::|shellEntry| BOOT::$ 162))) ; (BOOT::|xSymbol| "x = ") ; (BOOT::|ySymbol| "y = ") ; (BOOT::|tSymbol| "t = ") ; (BOOT::|plotSymbol| "PLOT") ; (BOOT::|tRange| ; (BOOT::SPADCALL (BOOT::|SPADfirst| #) ; (BOOT::|shellEntry| BOOT::$ 163))) ; (BOOT::|f| NIL)) ; (BOOT::SEQ ; (LET ((#:G1061 #)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::EXIT ; (BOOT::SPADCALL "PLOT" (BOOTTRAN:|reverse!| BOOT::|f|) ; (BOOT::|shellEntry| BOOT::$ 173))))) ; ; caught STYLE-WARNING: ; The variable |plotSymbol| is defined but never used. ; compiling (DEFUN |Plot| ...) ; compiling (DEFUN |Plot;| ...) ; compiling (MAKEPROP (QUOTE |Plot|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 24 STYLE-WARNING conditions ; printed 3 notes ; /tmp/oa-mZEEL0/code.fasl written ; compilation finished in 0:00:00.339 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile GRDEF.spad && cp GRDEF.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GRDEF.fasl \ && if test -f GRDEF-.NRLIB/code.fasl; then \ cp GRDEF-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GRDEF-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GRDEF.spad using Spad compiler. GRDEF abbreviates package GraphicsDefaults debug: compDefine1 lhs: (GraphicsDefaults) signature (pre-evaluate): ((CATEGORY package (SIGNATURE clipPointsDefault ((Boolean))) (SIGNATURE drawToScale ((Boolean))) (SIGNATURE clipPointsDefault ((Boolean) (Boolean))) (SIGNATURE drawToScale ((Boolean) (Boolean))) (SIGNATURE adaptive ((Boolean))) (SIGNATURE maxPoints ((Integer))) (SIGNATURE minPoints ((Integer))) (SIGNATURE screenResolution ((Integer))) (SIGNATURE adaptive ((Boolean) (Boolean))) (SIGNATURE maxPoints ((Integer) (Integer))) (SIGNATURE minPoints ((Integer) (Integer))) (SIGNATURE screenResolution ((Integer) (Integer))))) debug: evaluateType form: (CATEGORY package (SIGNATURE clipPointsDefault ((Boolean))) (SIGNATURE drawToScale ((Boolean))) (SIGNATURE clipPointsDefault ((Boolean) (Boolean))) (SIGNATURE drawToScale ((Boolean) (Boolean))) (SIGNATURE adaptive ((Boolean))) (SIGNATURE maxPoints ((Integer))) (SIGNATURE minPoints ((Integer))) (SIGNATURE screenResolution ((Integer))) (SIGNATURE adaptive ((Boolean) (Boolean))) (SIGNATURE maxPoints ((Integer) (Integer))) (SIGNATURE minPoints ((Integer) (Integer))) (SIGNATURE screenResolution ((Integer) (Integer)))) $param: NIL debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE clipPointsDefault ((Boolean))) (SIGNATURE drawToScale ((Boolean))) (SIGNATURE clipPointsDefault ((Boolean) (Boolean))) (SIGNATURE drawToScale ((Boolean) (Boolean))) (SIGNATURE adaptive ((Boolean))) (SIGNATURE maxPoints ((Integer))) (SIGNATURE minPoints ((Integer))) (SIGNATURE screenResolution ((Integer))) (SIGNATURE adaptive ((Boolean) (Boolean))) (SIGNATURE maxPoints ((Integer) (Integer))) (SIGNATURE minPoints ((Integer) (Integer))) (SIGNATURE screenResolution ((Integer) (Integer))))) ------------------------------------------------------------------------ initializing stationary directory for GraphicsDefaults compiling into /tmp/oa-anMJM7 compiling exported clipPointsDefault : () -> Boolean Time: 0.00 SEC. compiling exported drawToScale : () -> Boolean Time: 0 SEC. compiling exported clipPointsDefault : Boolean -> Boolean Time: 0 SEC. compiling exported drawToScale : Boolean -> Boolean Time: 0 SEC. compiling exported adaptive : () -> Boolean Time: 0.01 SEC. compiling exported minPoints : () -> Integer Time: 0 SEC. compiling exported maxPoints : () -> Integer Time: 0.00 SEC. compiling exported screenResolution : () -> Integer Time: 0 SEC. compiling exported adaptive : Boolean -> Boolean Time: 0 SEC. compiling exported minPoints : Integer -> Integer Time: 0.00 SEC. compiling exported maxPoints : Integer -> Integer Time: 0 SEC. compiling exported screenResolution : Integer -> Integer Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor GraphicsDefaults Time: 0.02 seconds finalizing NRLIB GRDEF Processing GraphicsDefaults for Browser database: -- clipPointsDefault : () -> B -- drawToScale : () -> B -- clipPointsDefault : B -> B -- drawToScale : B -> B -- adaptive : () -> B -- maxPoints : () -> I -- minPoints : () -> I -- screenResolution : () -> I -- adaptive : B -> B -- maxPoints : I -> I -- minPoints : I -> I -- screenResolution : I -> I -- constructor ; compiling file "/tmp/oa-anMJM7/code.lsp" (written 01 FEB 2016 11:11:55 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |GRDEF;clipPointsDefault;B;1|) ...) ; compiling (PUT (QUOTE |GRDEF;drawToScale;B;2|) ...) ; compiling (DEFUN |GRDEF;clipPointsDefault;B;1| ...) ; compiling (DEFUN |GRDEF;drawToScale;B;2| ...) ; compiling (DEFUN |GRDEF;clipPointsDefault;2B;3| ...) ; compiling (DEFUN |GRDEF;drawToScale;2B;4| ...) ; compiling (DEFUN |GRDEF;adaptive;B;5| ...) ; file: /tmp/oa-anMJM7/code.lsp ; in: DEFUN |GRDEF;adaptive;B;5| ; (DEFUN BOOT::|GRDEF;adaptive;B;5| (BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 16))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GRDEF;adaptive;B;5| ; (BOOT::$) ; (BLOCK BOOT::|GRDEF;adaptive;B;5| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 16)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |GRDEF;minPoints;I;6| ...) ; file: /tmp/oa-anMJM7/code.lsp ; in: DEFUN |GRDEF;minPoints;I;6| ; (DEFUN BOOT::|GRDEF;minPoints;I;6| (BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 19))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GRDEF;minPoints;I;6| ; (BOOT::$) ; (BLOCK BOOT::|GRDEF;minPoints;I;6| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 19)))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |GRDEF;maxPoints;I;7| ...) ; file: /tmp/oa-anMJM7/code.lsp ; in: DEFUN |GRDEF;maxPoints;I;7| ; (DEFUN BOOT::|GRDEF;maxPoints;I;7| (BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 21))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GRDEF;maxPoints;I;7| ; (BOOT::$) ; (BLOCK BOOT::|GRDEF;maxPoints;I;7| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 21)))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |GRDEF;screenResolution;I;8| ...) ; file: /tmp/oa-anMJM7/code.lsp ; in: DEFUN |GRDEF;screenResolution;I;8| ; (DEFUN BOOT::|GRDEF;screenResolution;I;8| (BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 23))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GRDEF;screenResolution;I;8| ; (BOOT::$) ; (BLOCK BOOT::|GRDEF;screenResolution;I;8| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 23)))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |GRDEF;adaptive;2B;9| ...) ; file: /tmp/oa-anMJM7/code.lsp ; in: DEFUN |GRDEF;adaptive;2B;9| ; (DEFUN BOOT::|GRDEF;adaptive;2B;9| (BOOT::|b| BOOT::$) ; (BOOT::SPADCALL BOOT::|b| (BOOT::|shellEntry| BOOT::$ 25))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GRDEF;adaptive;2B;9| ; (BOOT::|b| BOOT::$) ; (BLOCK BOOT::|GRDEF;adaptive;2B;9| ; (BOOT::SPADCALL BOOT::|b| (BOOT::|shellEntry| BOOT::$ 25)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |GRDEF;minPoints;2I;10| ...) ; file: /tmp/oa-anMJM7/code.lsp ; in: DEFUN |GRDEF;minPoints;2I;10| ; (DEFUN BOOT::|GRDEF;minPoints;2I;10| (BOOT::|n| BOOT::$) ; (BOOT::SPADCALL BOOT::|n| (BOOT::|shellEntry| BOOT::$ 27))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GRDEF;minPoints;2I;10| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|GRDEF;minPoints;2I;10| ; (BOOT::SPADCALL BOOT::|n| (BOOT::|shellEntry| BOOT::$ 27)))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |GRDEF;maxPoints;2I;11| ...) ; file: /tmp/oa-anMJM7/code.lsp ; in: DEFUN |GRDEF;maxPoints;2I;11| ; (DEFUN BOOT::|GRDEF;maxPoints;2I;11| (BOOT::|n| BOOT::$) ; (BOOT::SPADCALL BOOT::|n| (BOOT::|shellEntry| BOOT::$ 29))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GRDEF;maxPoints;2I;11| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|GRDEF;maxPoints;2I;11| ; (BOOT::SPADCALL BOOT::|n| (BOOT::|shellEntry| BOOT::$ 29)))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |GRDEF;screenResolution;2I;12| ...) ; file: /tmp/oa-anMJM7/code.lsp ; in: DEFUN |GRDEF;screenResolution;2I;12| ; (DEFUN BOOT::|GRDEF;screenResolution;2I;12| (BOOT::|n| BOOT::$) ; (BOOT::SPADCALL BOOT::|n| (BOOT::|shellEntry| BOOT::$ 31))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GRDEF;screenResolution;2I;12| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|GRDEF;screenResolution;2I;12| ; (BOOT::SPADCALL BOOT::|n| (BOOT::|shellEntry| BOOT::$ 31)))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |GraphicsDefaults| ...) ; compiling (DEFUN |GraphicsDefaults;| ...) ; compiling (MAKEPROP (QUOTE |GraphicsDefaults|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 8 notes ; /tmp/oa-anMJM7/code.fasl written ; compilation finished in 0:00:00.031 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile CLIP.spad && cp CLIP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CLIP.fasl \ && if test -f CLIP-.NRLIB/code.fasl; then \ cp CLIP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CLIP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CLIP.spad using Spad compiler. CLIP abbreviates package TwoDimensionalPlotClipping debug: compDefine1 lhs: (TwoDimensionalPlotClipping) signature (pre-evaluate): ((CATEGORY package (SIGNATURE clip ((Record (: brans (List (List (Point (DoubleFloat))))) (: xValues (Segment (DoubleFloat))) (: yValues (Segment (DoubleFloat)))) (Plot))) (SIGNATURE clip ((Record (: brans (List (List (Point (DoubleFloat))))) (: xValues (Segment (DoubleFloat))) (: yValues (Segment (DoubleFloat)))) (Plot) (Fraction (Integer)) (Fraction (Integer)))) (SIGNATURE clipParametric ((Record (: brans (List (List (Point (DoubleFloat))))) (: xValues (Segment (DoubleFloat))) (: yValues (Segment (DoubleFloat)))) (Plot))) (SIGNATURE clipParametric ((Record (: brans (List (List (Point (DoubleFloat))))) (: xValues (Segment (DoubleFloat))) (: yValues (Segment (DoubleFloat)))) (Plot) (Fraction (Integer)) (Fraction (Integer)))) (SIGNATURE clipWithRanges ((Record (: brans (List (List (Point (DoubleFloat))))) (: xValues (Segment (DoubleFloat))) (: yValues (Segment (DoubleFloat)))) (List (List (Point (DoubleFloat)))) (DoubleFloat) (DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE clip ((Record (: brans (List (List (Point (DoubleFloat))))) (: xValues (Segment (DoubleFloat))) (: yValues (Segment (DoubleFloat)))) (List (Point (DoubleFloat))))) (SIGNATURE clip ((Record (: brans (List (List (Point (DoubleFloat))))) (: xValues (Segment (DoubleFloat))) (: yValues (Segment (DoubleFloat)))) (List (List (Point (DoubleFloat)))))))) debug: evaluateType form: (CATEGORY package (SIGNATURE clip ((Record (: brans (List (List (Point (DoubleFloat))))) (: xValues (Segment (DoubleFloat))) (: yValues (Segment (DoubleFloat)))) (Plot))) (SIGNATURE clip ((Record (: brans (List (List (Point (DoubleFloat))))) (: xValues (Segment (DoubleFloat))) (: yValues (Segment (DoubleFloat)))) (Plot) (Fraction (Integer)) (Fraction (Integer)))) (SIGNATURE clipParametric ((Record (: brans (List (List (Point (DoubleFloat))))) (: xValues (Segment (DoubleFloat))) (: yValues (Segment (DoubleFloat)))) (Plot))) (SIGNATURE clipParametric ((Record (: brans (List (List (Point (DoubleFloat))))) (: xValues (Segment (DoubleFloat))) (: yValues (Segment (DoubleFloat)))) (Plot) (Fraction (Integer)) (Fraction (Integer)))) (SIGNATURE clipWithRanges ((Record (: brans (List (List (Point (DoubleFloat))))) (: xValues (Segment (DoubleFloat))) (: yValues (Segment (DoubleFloat)))) (List (List (Point (DoubleFloat)))) (DoubleFloat) (DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE clip ((Record (: brans (List (List (Point (DoubleFloat))))) (: xValues (Segment (DoubleFloat))) (: yValues (Segment (DoubleFloat)))) (List (Point (DoubleFloat))))) (SIGNATURE clip ((Record (: brans (List (List (Point (DoubleFloat))))) (: xValues (Segment (DoubleFloat))) (: yValues (Segment (DoubleFloat)))) (List (List (Point (DoubleFloat))))))) $param: NIL debug: evaluateType form: (Record (: brans (List (List (Point (DoubleFloat))))) (: xValues (Segment (DoubleFloat))) (: yValues (Segment (DoubleFloat)))) $param: NIL debug: evaluateType form: (List (List (Point (DoubleFloat)))) $param: NIL Debug: evaluateType1 form: (List (List (Point (DoubleFloat)))) debug: evaluateType1 x: (List (Point (DoubleFloat))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Point (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Point (DoubleFloat))) debug: evaluateType1 x: (Point (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evalCategory d: (Point (DoubleFloat)) c: (Type) debug: evalCategory d: (List (Point (DoubleFloat))) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Plot) $param: NIL Debug: evaluateType1 form: (Plot) debug: evaluateType form: (Record (: brans (List (List (Point (DoubleFloat))))) (: xValues (Segment (DoubleFloat))) (: yValues (Segment (DoubleFloat)))) $param: NIL debug: evaluateType form: (List (List (Point (DoubleFloat)))) $param: NIL Debug: evaluateType1 form: (List (List (Point (DoubleFloat)))) debug: evaluateType1 x: (List (Point (DoubleFloat))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Point (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Point (DoubleFloat))) debug: evaluateType1 x: (Point (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evalCategory d: (Point (DoubleFloat)) c: (Type) debug: evalCategory d: (List (Point (DoubleFloat))) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Plot) $param: NIL Debug: evaluateType1 form: (Plot) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Record (: brans (List (List (Point (DoubleFloat))))) (: xValues (Segment (DoubleFloat))) (: yValues (Segment (DoubleFloat)))) $param: NIL debug: evaluateType form: (List (List (Point (DoubleFloat)))) $param: NIL Debug: evaluateType1 form: (List (List (Point (DoubleFloat)))) debug: evaluateType1 x: (List (Point (DoubleFloat))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Point (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Point (DoubleFloat))) debug: evaluateType1 x: (Point (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evalCategory d: (Point (DoubleFloat)) c: (Type) debug: evalCategory d: (List (Point (DoubleFloat))) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Plot) $param: NIL Debug: evaluateType1 form: (Plot) debug: evaluateType form: (Record (: brans (List (List (Point (DoubleFloat))))) (: xValues (Segment (DoubleFloat))) (: yValues (Segment (DoubleFloat)))) $param: NIL debug: evaluateType form: (List (List (Point (DoubleFloat)))) $param: NIL Debug: evaluateType1 form: (List (List (Point (DoubleFloat)))) debug: evaluateType1 x: (List (Point (DoubleFloat))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Point (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Point (DoubleFloat))) debug: evaluateType1 x: (Point (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evalCategory d: (Point (DoubleFloat)) c: (Type) debug: evalCategory d: (List (Point (DoubleFloat))) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Plot) $param: NIL Debug: evaluateType1 form: (Plot) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Record (: brans (List (List (Point (DoubleFloat))))) (: xValues (Segment (DoubleFloat))) (: yValues (Segment (DoubleFloat)))) $param: NIL debug: evaluateType form: (List (List (Point (DoubleFloat)))) $param: NIL Debug: evaluateType1 form: (List (List (Point (DoubleFloat)))) debug: evaluateType1 x: (List (Point (DoubleFloat))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Point (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Point (DoubleFloat))) debug: evaluateType1 x: (Point (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evalCategory d: (Point (DoubleFloat)) c: (Type) debug: evalCategory d: (List (Point (DoubleFloat))) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (List (List (Point (DoubleFloat)))) $param: NIL Debug: evaluateType1 form: (List (List (Point (DoubleFloat)))) debug: evaluateType1 x: (List (Point (DoubleFloat))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Point (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Point (DoubleFloat))) debug: evaluateType1 x: (Point (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evalCategory d: (Point (DoubleFloat)) c: (Type) debug: evalCategory d: (List (Point (DoubleFloat))) c: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Record (: brans (List (List (Point (DoubleFloat))))) (: xValues (Segment (DoubleFloat))) (: yValues (Segment (DoubleFloat)))) $param: NIL debug: evaluateType form: (List (List (Point (DoubleFloat)))) $param: NIL Debug: evaluateType1 form: (List (List (Point (DoubleFloat)))) debug: evaluateType1 x: (List (Point (DoubleFloat))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Point (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Point (DoubleFloat))) debug: evaluateType1 x: (Point (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evalCategory d: (Point (DoubleFloat)) c: (Type) debug: evalCategory d: (List (Point (DoubleFloat))) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (List (Point (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Point (DoubleFloat))) debug: evaluateType1 x: (Point (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evalCategory d: (Point (DoubleFloat)) c: (Type) debug: evaluateType form: (Record (: brans (List (List (Point (DoubleFloat))))) (: xValues (Segment (DoubleFloat))) (: yValues (Segment (DoubleFloat)))) $param: NIL debug: evaluateType form: (List (List (Point (DoubleFloat)))) $param: NIL Debug: evaluateType1 form: (List (List (Point (DoubleFloat)))) debug: evaluateType1 x: (List (Point (DoubleFloat))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Point (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Point (DoubleFloat))) debug: evaluateType1 x: (Point (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evalCategory d: (Point (DoubleFloat)) c: (Type) debug: evalCategory d: (List (Point (DoubleFloat))) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (List (List (Point (DoubleFloat)))) $param: NIL Debug: evaluateType1 form: (List (List (Point (DoubleFloat)))) debug: evaluateType1 x: (List (Point (DoubleFloat))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Point (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Point (DoubleFloat))) debug: evaluateType1 x: (Point (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evalCategory d: (Point (DoubleFloat)) c: (Type) debug: evalCategory d: (List (Point (DoubleFloat))) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE clip ((Record (: brans (List (List (Point (DoubleFloat))))) (: xValues (Segment (DoubleFloat))) (: yValues (Segment (DoubleFloat)))) (Plot))) (SIGNATURE clip ((Record (: brans (List (List (Point (DoubleFloat))))) (: xValues (Segment (DoubleFloat))) (: yValues (Segment (DoubleFloat)))) (Plot) (Fraction (Integer)) (Fraction (Integer)))) (SIGNATURE clipParametric ((Record (: brans (List (List (Point (DoubleFloat))))) (: xValues (Segment (DoubleFloat))) (: yValues (Segment (DoubleFloat)))) (Plot))) (SIGNATURE clipParametric ((Record (: brans (List (List (Point (DoubleFloat))))) (: xValues (Segment (DoubleFloat))) (: yValues (Segment (DoubleFloat)))) (Plot) (Fraction (Integer)) (Fraction (Integer)))) (SIGNATURE clipWithRanges ((Record (: brans (List (List (Point (DoubleFloat))))) (: xValues (Segment (DoubleFloat))) (: yValues (Segment (DoubleFloat)))) (List (List (Point (DoubleFloat)))) (DoubleFloat) (DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE clip ((Record (: brans (List (List (Point (DoubleFloat))))) (: xValues (Segment (DoubleFloat))) (: yValues (Segment (DoubleFloat)))) (List (Point (DoubleFloat))))) (SIGNATURE clip ((Record (: brans (List (List (Point (DoubleFloat))))) (: xValues (Segment (DoubleFloat))) (: yValues (Segment (DoubleFloat)))) (List (List (Point (DoubleFloat)))))))) ------------------------------------------------------------------------ initializing stationary directory for TwoDimensionalPlotClipping compiling into /tmp/oa-0C2QEk importing PointPackage DoubleFloat importing ListFunctions2(Point DoubleFloat,DoubleFloat) compiling local Pnan? : Point DoubleFloat -> Boolean Time: 0.05 SEC. compiling local iClipParametric : (List List Point DoubleFloat,Fraction Integer,Fraction Integer) -> Record(brans: List List Point DoubleFloat,xValues: Segment DoubleFloat,yValues: Segment DoubleFloat) Time: 0.13 SEC. compiling local point : (DoubleFloat,DoubleFloat) -> Point DoubleFloat Time: 0.01 SEC. compiling local intersectWithHorizLine : (DoubleFloat,DoubleFloat,DoubleFloat,DoubleFloat,DoubleFloat) -> Point DoubleFloat Time: 0.02 SEC. compiling local intersectWithVertLine : (DoubleFloat,DoubleFloat,DoubleFloat,DoubleFloat,DoubleFloat) -> Point DoubleFloat Time: 0.03 SEC. compiling local intersectWithBdry : (DoubleFloat,DoubleFloat,DoubleFloat,DoubleFloat,Point DoubleFloat,Point DoubleFloat) -> Point DoubleFloat Time: 0.02 SEC. compiling local discardAndSplit : (List Point DoubleFloat,Point DoubleFloat -> Boolean,DoubleFloat,DoubleFloat,DoubleFloat,DoubleFloat) -> List List Point DoubleFloat Time: 0.06 SEC. compiling exported clip : (Plot,Fraction Integer,Fraction Integer) -> Record(brans: List List Point DoubleFloat,xValues: Segment DoubleFloat,yValues: Segment DoubleFloat) Time: 0.26 SEC. compiling exported clip : Plot -> Record(brans: List List Point DoubleFloat,xValues: Segment DoubleFloat,yValues: Segment DoubleFloat) Time: 0.02 SEC. compiling local norm : Point DoubleFloat -> DoubleFloat Time: 0.02 SEC. compiling local findPt : List List Point DoubleFloat -> Union(Point DoubleFloat,failed) Time: 0.03 SEC. compiling exported clipWithRanges : (List List Point DoubleFloat,DoubleFloat,DoubleFloat,DoubleFloat,DoubleFloat) -> Record(brans: List List Point DoubleFloat,xValues: Segment DoubleFloat,yValues: Segment DoubleFloat) Time: 0.21 SEC. compiling exported clipParametric : (Plot,Fraction Integer,Fraction Integer) -> Record(brans: List List Point DoubleFloat,xValues: Segment DoubleFloat,yValues: Segment DoubleFloat) Time: 0.02 SEC. compiling exported clipParametric : Plot -> Record(brans: List List Point DoubleFloat,xValues: Segment DoubleFloat,yValues: Segment DoubleFloat) Time: 0.03 SEC. compiling exported clip : List Point DoubleFloat -> Record(brans: List List Point DoubleFloat,xValues: Segment DoubleFloat,yValues: Segment DoubleFloat) Time: 0.05 SEC. compiling exported clip : List List Point DoubleFloat -> Record(brans: List List Point DoubleFloat,xValues: Segment DoubleFloat,yValues: Segment DoubleFloat) Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] Pnan?: nan? has no value [2] clip: empty? has no value [3] clip: yMax has no value [4] clip: yMin has no value Cumulative Statistics for Constructor TwoDimensionalPlotClipping Time: 0.99 seconds finalizing NRLIB CLIP Processing TwoDimensionalPlotClipping for Browser database: -- clip : PLOT -> CLIPPED -- clip : (PLOT,RN,RN) -> CLIPPED -- clipParametric : PLOT -> CLIPPED -- clipParametric : (PLOT,RN,RN) -> CLIPPED -- clipWithRanges : (L L Pt,SF,SF,SF,SF) -> CLIPPED -- clip : L Pt -> CLIPPED -- clip : L L Pt -> CLIPPED -- constructor ; compiling file "/tmp/oa-0C2QEk/code.lsp" (written 01 FEB 2016 11:11:56 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |CLIP;Pnan?| ...) ; file: /tmp/oa-0C2QEk/code.lsp ; in: DEFUN |CLIP;Pnan?| ; #'(LAMBDA (BOOT::|#1| BOOT::$) (|AxiomCore|:|%fNaN?| BOOT::|#1|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; (DEFUN BOOT::|CLIP;Pnan?| (BOOT::|p| BOOT::$) ; (BOOT::SPADCALL ; (CONS #'(LAMBDA (BOOT::|#1| BOOT::$) (|AxiomCore|:|%fNaN?| BOOT::|#1|)) ; NIL) ; BOOT::|p| (BOOT::|shellEntry| BOOT::$ 11))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CLIP;Pnan?| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|CLIP;Pnan?| ; (BOOT::SPADCALL (CONS #'(LAMBDA # #) NIL) BOOT::|p| ; (BOOT::|shellEntry| BOOT::$ 11)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |CLIP;iClipParametric| ...) ; file: /tmp/oa-0C2QEk/code.lsp ; in: DEFUN |CLIP;iClipParametric| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MIN BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; (DEFUN BOOT::|CLIP;iClipParametric| ; (BOOT::|pointLists| BOOT::|fraction| BOOT::|scale| BOOT::$) ; (PROG (BOOT::|yseg| BOOT::|xseg| BOOT::|ys| BOOT::|xs| BOOT::|newclip| ; BOOT::|denn| BOOT::|numm| BOOT::|yDiff| BOOT::|xDiff| BOOT::|yMax| ; BOOT::|yMin| BOOT::|xMax| ...) ; (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CLIP;iClipParametric| ; (BOOT::|pointLists| BOOT::|fraction| BOOT::|scale| BOOT::$) ; (BLOCK BOOT::|CLIP;iClipParametric| ; (PROG (BOOT::|yseg| BOOT::|xseg| BOOT::|ys| BOOT::|xs| BOOT::|newclip| ; BOOT::|denn| BOOT::|numm| BOOT::|yDiff| BOOT::|xDiff| ; BOOT::|yMax| BOOT::|yMin| BOOT::|xMax| ...) ; (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |CLIP;iClipParametric!1| ...) ; compiling (DEFUN |CLIP;iClipParametric!0| ...) ; compiling (DEFUN |CLIP;point| ...) ; compiling (DEFUN |CLIP;intersectWithHorizLine| ...) ; compiling (DEFUN |CLIP;intersectWithVertLine| ...) ; compiling (DEFUN |CLIP;intersectWithBdry| ...) ; compiling (DEFUN |CLIP;discardAndSplit| ...) ; file: /tmp/oa-0C2QEk/code.lsp ; in: DEFUN |CLIP;discardAndSplit| ; (DEFUN BOOT::|CLIP;discardAndSplit| ; (BOOT::|pointList| BOOT::|pred| BOOT::|xMin| BOOT::|xMax| BOOT::|yMin| ; BOOT::|yMax| BOOT::$) ; (PROG (BOOT::|bdryPt| BOOT::|pt|) ; (RETURN ; (LET (# # # #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CLIP;discardAndSplit| ; (BOOT::|pointList| BOOT::|pred| BOOT::|xMin| BOOT::|xMax| BOOT::|yMin| ; BOOT::|yMax| BOOT::$) ; (BLOCK BOOT::|CLIP;discardAndSplit| ; (PROG (BOOT::|bdryPt| BOOT::|pt|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |pointList| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; compiling (DEFUN |CLIP;clip;P2FR;8| ...) ; file: /tmp/oa-0C2QEk/code.lsp ; in: DEFUN |CLIP;clip;P2FR;8| ; (DEFUN BOOT::|CLIP;clip;P2FR;8| ; (BOOT::|plot| BOOT::|fraction| BOOT::|scale| BOOT::$) ; (PROG (BOOT::|lists| BOOT::|xMax| BOOT::|xMin| BOOT::|denn| BOOT::|numm| ; BOOT::|yDiff| BOOT::|yMax| BOOT::|yMin| BOOT::|clipNum| BOOT::|den| ; BOOT::|num| BOOT::|n| ...) ; (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CLIP;clip;P2FR;8| ; (BOOT::|plot| BOOT::|fraction| BOOT::|scale| BOOT::$) ; (BLOCK BOOT::|CLIP;clip;P2FR;8| ; (PROG (BOOT::|lists| BOOT::|xMax| BOOT::|xMin| BOOT::|denn| ; BOOT::|numm| BOOT::|yDiff| BOOT::|yMax| BOOT::|yMin| ; BOOT::|clipNum| BOOT::|den| BOOT::|num| BOOT::|n| ...) ; (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |CLIP;clip;P2FR;8!1| ...) ; compiling (DEFUN |CLIP;clip;P2FR;8!0| ...) ; compiling (DEFUN |CLIP;clip;PR;9| ...) ; compiling (DEFUN |CLIP;norm| ...) ; compiling (DEFUN |CLIP;findPt| ...) ; compiling (DEFUN |CLIP;clipWithRanges;L4DfR;12| ...) ; file: /tmp/oa-0C2QEk/code.lsp ; in: DEFUN |CLIP;clipWithRanges;L4DfR;12| ; (DEFUN BOOT::|CLIP;clipWithRanges;L4DfR;12| ; (BOOT::|pointLists| BOOT::|xMin| BOOT::|xMax| BOOT::|yMin| ; BOOT::|yMax| BOOT::$) ; (PROG (BOOT::|firstPt| BOOT::|pt|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CLIP;clipWithRanges;L4DfR;12| ; (BOOT::|pointLists| BOOT::|xMin| BOOT::|xMax| BOOT::|yMin| BOOT::|yMax| ; BOOT::$) ; (BLOCK BOOT::|CLIP;clipWithRanges;L4DfR;12| ; (PROG (BOOT::|firstPt| BOOT::|pt|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |xMin| ; prevents use of assertion from function type proclamation: ; DOUBLE-FLOAT ; ; ; note: Assignment to argument: |xMax| ; prevents use of assertion from function type proclamation: ; DOUBLE-FLOAT ; ; ; note: Assignment to argument: |yMin| ; prevents use of assertion from function type proclamation: ; DOUBLE-FLOAT ; ; ; note: Assignment to argument: |yMax| ; prevents use of assertion from function type proclamation: ; DOUBLE-FLOAT ; ; compiling (DEFUN |CLIP;clipWithRanges;L4DfR;12!0| ...) ; compiling (DEFUN |CLIP;clipParametric;P2FR;13| ...) ; compiling (DEFUN |CLIP;clipParametric;PR;14| ...) ; compiling (DEFUN |CLIP;clip;LR;15| ...) ; compiling (DEFUN |CLIP;clip;LR;16| ...) ; compiling (DEFUN |TwoDimensionalPlotClipping| ...) ; compiling (DEFUN |TwoDimensionalPlotClipping;| ...) ; compiling (MAKEPROP (QUOTE |TwoDimensionalPlotClipping|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 5 STYLE-WARNING conditions ; printed 9 notes ; /tmp/oa-0C2QEk/code.fasl written ; compilation finished in 0:00:00.165 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/COLOR.fasl --optimize=3 COLOR.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/COLOR.spad using Spad compiler. COLOR abbreviates domain Color debug: compDefine1 lhs: (Color) signature (pre-evaluate): ((Join (AbelianSemiGroup) (CATEGORY domain (SIGNATURE * ($ (PositiveInteger) $)) (SIGNATURE * ($ (DoubleFloat) $)) (SIGNATURE + ($ $ $)) (SIGNATURE red ($)) (SIGNATURE yellow ($)) (SIGNATURE green ($)) (SIGNATURE blue ($)) (SIGNATURE hue ((Integer) $)) (SIGNATURE numberOfHues ((PositiveInteger))) (SIGNATURE color ($ (Integer)))))) debug: evaluateType form: (Join (AbelianSemiGroup) (CATEGORY domain (SIGNATURE * ($ (PositiveInteger) $)) (SIGNATURE * ($ (DoubleFloat) $)) (SIGNATURE + ($ $ $)) (SIGNATURE red ($)) (SIGNATURE yellow ($)) (SIGNATURE green ($)) (SIGNATURE blue ($)) (SIGNATURE hue ((Integer) $)) (SIGNATURE numberOfHues ((PositiveInteger))) (SIGNATURE color ($ (Integer))))) $param: NIL debug: evaluateType form: (AbelianSemiGroup) $param: NIL Debug: evaluateType1 form: (AbelianSemiGroup) debug: evaluateType form: (CATEGORY domain (SIGNATURE * ($ (PositiveInteger) $)) (SIGNATURE * ($ (DoubleFloat) $)) (SIGNATURE + ($ $ $)) (SIGNATURE red ($)) (SIGNATURE yellow ($)) (SIGNATURE green ($)) (SIGNATURE blue ($)) (SIGNATURE hue ((Integer) $)) (SIGNATURE numberOfHues ((PositiveInteger))) (SIGNATURE color ($ (Integer)))) $param: NIL debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((Join (AbelianSemiGroup) (CATEGORY domain (SIGNATURE * ($ (PositiveInteger) $)) (SIGNATURE * ($ (DoubleFloat) $)) (SIGNATURE + ($ $ $)) (SIGNATURE red ($)) (SIGNATURE yellow ($)) (SIGNATURE green ($)) (SIGNATURE blue ($)) (SIGNATURE hue ((Integer) $)) (SIGNATURE numberOfHues ((PositiveInteger))) (SIGNATURE color ($ (Integer)))))) ------------------------------------------------------------------------ initializing stationary directory for Color compiling into /tmp/oa-Z0RDOK compiling exported * : (DoubleFloat,%) -> % Time: 0.02 SEC. compiling exported + : (%,%) -> % Time: 0.03 SEC. compiling exported = : (%,%) -> Boolean Time: 0.01 SEC. compiling exported red : () -> % COLOR;red;$;4 is replaced by %pair(1,%i2f 1) Time: 0.00 SEC. compiling exported yellow : () -> % COLOR;yellow;$;5 is replaced by %pair(11,%i2f 1) Time: 0.00 SEC. compiling exported green : () -> % COLOR;green;$;6 is replaced by %pair(14,%i2f 1) Time: 0.01 SEC. compiling exported blue : () -> % COLOR;blue;$;7 is replaced by %pair(22,%i2f 1) Time: 0.01 SEC. compiling exported hue : % -> Integer COLOR;hue;$I;8 is replaced by %head Time: 0 SEC. compiling exported * : (PositiveInteger,%) -> % Time: 0.01 SEC. compiling exported numberOfHues : () -> PositiveInteger COLOR;numberOfHues;Pi;10 is replaced by 27 Time: 0.00 SEC. compiling exported color : Integer -> % Time: 0.02 SEC. compiling exported coerce : % -> OutputForm Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] Type Integer is not in scope. Import it [2] Type DoubleFloat is not in scope. Import it [3] color: concat has no value Cumulative Statistics for Constructor Color Time: 0.17 seconds finalizing NRLIB COLOR Processing Color for Browser database: -- ?*? : (PI,%) -> % -- ?*? : (SF,%) -> % -- ?+? : (%,%) -> % -- red : () -> % -- yellow : () -> % -- green : () -> % -- blue : () -> % -- hue : % -> I -- numberOfHues : () -> PI -- color : Integer -> % -- constructor ; compiling file "/tmp/oa-Z0RDOK/code.lsp" (written 01 FEB 2016 11:11:56 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COLOR;red;$;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COLOR;yellow;$;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COLOR;green;$;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COLOR;blue;$;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COLOR;hue;$I;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COLOR;numberOfHues;Pi;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COLOR;*;Df2$;1|) ...) ; compiling (PUT (QUOTE |COLOR;=;2$B;3|) ...) ; compiling (DEFUN |COLOR;*;Df2$;1| ...) ; file: /tmp/oa-Z0RDOK/code.lsp ; in: DEFUN |COLOR;*;Df2$;1| ; (DEFUN BOOT::|COLOR;*;Df2$;1| (BOOT::|f| BOOT::|c| BOOT::$) ; (COND ((ZEROP BOOT::|f|) BOOT::|c|) ; (T (CONS (CAR BOOT::|c|) (* BOOT::|f| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COLOR;*;Df2$;1| ; (BOOT::|f| BOOT::|c| BOOT::$) ; (BLOCK BOOT::|COLOR;*;Df2$;1| ; (COND ((ZEROP BOOT::|f|) BOOT::|c|) (T (CONS # #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |COLOR;+;3$;2| ...) ; file: /tmp/oa-Z0RDOK/code.lsp ; in: DEFUN |COLOR;+;3$;2| ; (DEFUN BOOT::|COLOR;+;3$;2| (BOOT::|x| BOOT::|y| BOOT::$) ; (PROG (BOOT::|ans| BOOT::|offset| BOOT::|moreThanHalf| BOOT::|xHueSmaller| ; BOOT::|diff| BOOT::|c|) ; (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COLOR;+;3$;2| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|COLOR;+;3$;2| ; (PROG (BOOT::|ans| BOOT::|offset| BOOT::|moreThanHalf| ; BOOT::|xHueSmaller| BOOT::|diff| BOOT::|c|) ; (RETURN (COND # #))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; CONS ; ; ; note: Assignment to argument: |y| ; prevents use of assertion from function type proclamation: ; CONS ; ; (NOT BOOT::|moreThanHalf|) ; --> IF ; ==> ; BOOT::|moreThanHalf| ; ; note: deleting unreachable code ; (CAR BOOT::|x|) ; ==> ; BOOT::|x| ; ; note: deleting unreachable code ; compiling (DEFUN |COLOR;=;2$B;3| ...) ; file: /tmp/oa-Z0RDOK/code.lsp ; in: DEFUN |COLOR;=;2$B;3| ; (DEFUN BOOT::|COLOR;=;2$B;3| (BOOT::|x| BOOT::|y| BOOT::$) ; (AND (EQL (CAR BOOT::|x|) (CAR BOOT::|y|)) ; (= (CDR BOOT::|x|) (CDR BOOT::|y|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COLOR;=;2$B;3| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|COLOR;=;2$B;3| ; (AND (EQL (CAR BOOT::|x|) (CAR BOOT::|y|)) ; (= (CDR BOOT::|x|) (CDR BOOT::|y|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |COLOR;red;$;4| ...) ; compiling (DEFUN |COLOR;yellow;$;5| ...) ; compiling (DEFUN |COLOR;green;$;6| ...) ; compiling (DEFUN |COLOR;blue;$;7| ...) ; compiling (DEFUN |COLOR;hue;$I;8| ...) ; compiling (DEFUN |COLOR;*;Pi2$;9| ...) ; file: /tmp/oa-Z0RDOK/code.lsp ; in: DEFUN |COLOR;*;Pi2$;9| ; (COND ((ZEROP #:G652) BOOT::|c|) ; (T (CONS (CAR BOOT::|c|) (* #:G652 (CDR BOOT::|c|))))) ; --> IF PROGN ; ==> ; BOOT::|c| ; ; note: deleting unreachable code ; (DEFUN BOOT::|COLOR;*;Pi2$;9| (BOOT::|i| BOOT::|c| BOOT::$) ; (LET ((#:G652 (FLOAT BOOT::|i| BOOT::|$DoubleFloatMaximum|))) ; (COND ((ZEROP #:G652) BOOT::|c|) (T (CONS # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COLOR;*;Pi2$;9| ; (BOOT::|i| BOOT::|c| BOOT::$) ; (BLOCK BOOT::|COLOR;*;Pi2$;9| ; (LET ((#:G652 #)) ; (COND (# BOOT::|c|) (T #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |COLOR;numberOfHues;Pi;10| ...) ; compiling (DEFUN |COLOR;color;I$;11| ...) ; file: /tmp/oa-Z0RDOK/code.lsp ; in: DEFUN |COLOR;color;I$;11| ; (DEFUN BOOT::|COLOR;color;I$;11| (BOOT::|i| BOOT::$) ; (PROGN (COND ((OR # #) (BOOT::|error| #))) (CONS BOOT::|i| 1.0d0))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COLOR;color;I$;11| ; (BOOT::|i| BOOT::$) ; (BLOCK BOOT::|COLOR;color;I$;11| ; (PROGN (COND (# #)) (CONS BOOT::|i| 1.0d0)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |COLOR;coerce;$Of;12| ...) ; compiling (DEFUN |Color| ...) ; compiling (DEFUN |Color;| ...) ; compiling (MAKEPROP (QUOTE |Color|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; file: /tmp/oa-Z0RDOK/code.lsp ; in: DEFUN |COLOR;color;I$;11| ; (BOOT::|::| 27 (BOOT::|String|)) ; ; caught STYLE-WARNING: ; undefined function: |::| ; ; compilation unit finished ; Undefined function: ; |::| ; caught 5 STYLE-WARNING conditions ; printed 5 notes ; /tmp/oa-Z0RDOK/code.fasl written ; compilation finished in 0:00:00.055 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/PALETTE.fasl --optimize=3 PALETTE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PALETTE.spad using Spad compiler. PALETTE abbreviates domain Palette debug: compDefine1 lhs: (Palette) signature (pre-evaluate): ((Join (SetCategory) (CoercibleFrom (Color)) (CATEGORY domain (SIGNATURE dark ($ (Color))) (SIGNATURE dim ($ (Color))) (SIGNATURE bright ($ (Color))) (SIGNATURE pastel ($ (Color))) (SIGNATURE light ($ (Color))) (SIGNATURE hue ((Color) $)) (SIGNATURE shade ((Integer) $))))) debug: evaluateType form: (Join (SetCategory) (CoercibleFrom (Color)) (CATEGORY domain (SIGNATURE dark ($ (Color))) (SIGNATURE dim ($ (Color))) (SIGNATURE bright ($ (Color))) (SIGNATURE pastel ($ (Color))) (SIGNATURE light ($ (Color))) (SIGNATURE hue ((Color) $)) (SIGNATURE shade ((Integer) $)))) $param: NIL debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CoercibleFrom (Color)) $param: NIL Debug: evaluateType1 form: (CoercibleFrom (Color)) debug: evaluateType1 x: (Color) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Color) $param: NIL Debug: evaluateType1 form: (Color) debug: evalCategory d: (Color) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE dark ($ (Color))) (SIGNATURE dim ($ (Color))) (SIGNATURE bright ($ (Color))) (SIGNATURE pastel ($ (Color))) (SIGNATURE light ($ (Color))) (SIGNATURE hue ((Color) $)) (SIGNATURE shade ((Integer) $))) $param: NIL debug: evaluateType form: (Color) $param: NIL Debug: evaluateType1 form: (Color) debug: evaluateType form: (Color) $param: NIL Debug: evaluateType1 form: (Color) debug: evaluateType form: (Color) $param: NIL Debug: evaluateType1 form: (Color) debug: evaluateType form: (Color) $param: NIL Debug: evaluateType1 form: (Color) debug: evaluateType form: (Color) $param: NIL Debug: evaluateType1 form: (Color) debug: evaluateType form: (Color) $param: NIL Debug: evaluateType1 form: (Color) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CoercibleFrom (Color)) (CATEGORY domain (SIGNATURE dark ($ (Color))) (SIGNATURE dim ($ (Color))) (SIGNATURE bright ($ (Color))) (SIGNATURE pastel ($ (Color))) (SIGNATURE light ($ (Color))) (SIGNATURE hue ((Color) $)) (SIGNATURE shade ((Integer) $))))) ------------------------------------------------------------------------ initializing stationary directory for Palette compiling into /tmp/oa-4tMjya importing Integer importing Color compiling exported dark : Color -> % PALETTE;dark;C$;1 c is replaced by %pair(1,c) Time: 0.01 SEC. compiling exported dim : Color -> % PALETTE;dim;C$;2 c is replaced by %pair(2,c) Time: 0.01 SEC. compiling exported bright : Color -> % PALETTE;bright;C$;3 c is replaced by %pair(3,c) Time: 0.00 SEC. compiling exported pastel : Color -> % PALETTE;pastel;C$;4 c is replaced by %pair(4,c) Time: 0.00 SEC. compiling exported light : Color -> % PALETTE;light;C$;5 c is replaced by %pair(5,c) Time: 0 SEC. compiling exported hue : % -> Color PALETTE;hue;$C;6 is replaced by %tail Time: 0.00 SEC. compiling exported shade : % -> Integer PALETTE;shade;$I;7 is replaced by %head Time: 0 SEC. compiling exported coerce : Color -> % PALETTE;coerce;C$;8 c is replaced by %pair(3,c) Time: 0 SEC. compiling exported coerce : % -> OutputForm Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor Palette Time: 0.06 seconds finalizing NRLIB PALETTE Processing Palette for Browser database: -- dark : C -> % -- dim : C -> % -- bright : C -> % -- pastel : C -> % -- light : C -> % -- hue : % -> C -- shade : % -> I -- constructor ; compiling file "/tmp/oa-4tMjya/code.lsp" (written 01 FEB 2016 11:11:56 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PALETTE;dark;C$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PALETTE;dim;C$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PALETTE;bright;C$;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PALETTE;pastel;C$;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PALETTE;light;C$;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PALETTE;hue;$C;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PALETTE;shade;$I;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PALETTE;coerce;C$;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PALETTE;dark;C$;1| ...) ; compiling (DEFUN |PALETTE;dim;C$;2| ...) ; compiling (DEFUN |PALETTE;bright;C$;3| ...) ; compiling (DEFUN |PALETTE;pastel;C$;4| ...) ; compiling (DEFUN |PALETTE;light;C$;5| ...) ; compiling (DEFUN |PALETTE;hue;$C;6| ...) ; compiling (DEFUN |PALETTE;shade;$I;7| ...) ; compiling (DEFUN |PALETTE;coerce;C$;8| ...) ; compiling (DEFUN |PALETTE;coerce;$Of;9| ...) ; compiling (DEFUN |Palette| ...) ; compiling (DEFUN |Palette;| ...) ; compiling (MAKEPROP (QUOTE |Palette|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-4tMjya/code.fasl written ; compilation finished in 0:00:00.030 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/VIEWDEF.fasl --optimize=3 VIEWDEF.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/VIEWDEF.spad using Spad compiler. VIEWDEF abbreviates package ViewDefaultsPackage debug: compDefine1 lhs: (ViewDefaultsPackage) signature (pre-evaluate): ((CATEGORY package (SIGNATURE pointColorDefault ((Palette))) (SIGNATURE pointColorDefault ((Palette) (Palette))) (SIGNATURE lineColorDefault ((Palette))) (SIGNATURE lineColorDefault ((Palette) (Palette))) (SIGNATURE axesColorDefault ((Palette))) (SIGNATURE axesColorDefault ((Palette) (Palette))) (SIGNATURE unitsColorDefault ((Palette))) (SIGNATURE unitsColorDefault ((Palette) (Palette))) (SIGNATURE pointSizeDefault ((PositiveInteger))) (SIGNATURE pointSizeDefault ((PositiveInteger) (PositiveInteger))) (SIGNATURE viewPosDefault ((List (NonNegativeInteger)))) (SIGNATURE viewPosDefault ((List (NonNegativeInteger)) (List (NonNegativeInteger)))) (SIGNATURE viewSizeDefault ((List (PositiveInteger)))) (SIGNATURE viewSizeDefault ((List (PositiveInteger)) (List (PositiveInteger)))) (SIGNATURE viewDefaults ((Void))) (SIGNATURE viewWriteDefault ((List (String)))) (SIGNATURE viewWriteDefault ((List (String)) (List (String)))) (SIGNATURE viewWriteAvailable ((List (String)))) (SIGNATURE var1StepsDefault ((PositiveInteger))) (SIGNATURE var2StepsDefault ((PositiveInteger))) (SIGNATURE var1StepsDefault ((PositiveInteger) (PositiveInteger))) (SIGNATURE var2StepsDefault ((PositiveInteger) (PositiveInteger))) (SIGNATURE tubePointsDefault ((PositiveInteger) (PositiveInteger))) (SIGNATURE tubePointsDefault ((PositiveInteger))) (SIGNATURE tubeRadiusDefault ((DoubleFloat) (Float))) (SIGNATURE tubeRadiusDefault ((DoubleFloat))))) debug: evaluateType form: (CATEGORY package (SIGNATURE pointColorDefault ((Palette))) (SIGNATURE pointColorDefault ((Palette) (Palette))) (SIGNATURE lineColorDefault ((Palette))) (SIGNATURE lineColorDefault ((Palette) (Palette))) (SIGNATURE axesColorDefault ((Palette))) (SIGNATURE axesColorDefault ((Palette) (Palette))) (SIGNATURE unitsColorDefault ((Palette))) (SIGNATURE unitsColorDefault ((Palette) (Palette))) (SIGNATURE pointSizeDefault ((PositiveInteger))) (SIGNATURE pointSizeDefault ((PositiveInteger) (PositiveInteger))) (SIGNATURE viewPosDefault ((List (NonNegativeInteger)))) (SIGNATURE viewPosDefault ((List (NonNegativeInteger)) (List (NonNegativeInteger)))) (SIGNATURE viewSizeDefault ((List (PositiveInteger)))) (SIGNATURE viewSizeDefault ((List (PositiveInteger)) (List (PositiveInteger)))) (SIGNATURE viewDefaults ((Void))) (SIGNATURE viewWriteDefault ((List (String)))) (SIGNATURE viewWriteDefault ((List (String)) (List (String)))) (SIGNATURE viewWriteAvailable ((List (String)))) (SIGNATURE var1StepsDefault ((PositiveInteger))) (SIGNATURE var2StepsDefault ((PositiveInteger))) (SIGNATURE var1StepsDefault ((PositiveInteger) (PositiveInteger))) (SIGNATURE var2StepsDefault ((PositiveInteger) (PositiveInteger))) (SIGNATURE tubePointsDefault ((PositiveInteger) (PositiveInteger))) (SIGNATURE tubePointsDefault ((PositiveInteger))) (SIGNATURE tubeRadiusDefault ((DoubleFloat) (Float))) (SIGNATURE tubeRadiusDefault ((DoubleFloat)))) $param: NIL debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (List (NonNegativeInteger)) $param: NIL Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (List (NonNegativeInteger)) $param: NIL Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (List (NonNegativeInteger)) $param: NIL Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (List (PositiveInteger)) $param: NIL Debug: evaluateType1 form: (List (PositiveInteger)) debug: evaluateType1 x: (PositiveInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evalCategory d: (PositiveInteger) c: (Type) debug: evaluateType form: (List (PositiveInteger)) $param: NIL Debug: evaluateType1 form: (List (PositiveInteger)) debug: evaluateType1 x: (PositiveInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evalCategory d: (PositiveInteger) c: (Type) debug: evaluateType form: (List (PositiveInteger)) $param: NIL Debug: evaluateType1 form: (List (PositiveInteger)) debug: evaluateType1 x: (PositiveInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evalCategory d: (PositiveInteger) c: (Type) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (List (String)) $param: NIL Debug: evaluateType1 form: (List (String)) debug: evaluateType1 x: (String) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evalCategory d: (String) c: (Type) debug: evaluateType form: (List (String)) $param: NIL Debug: evaluateType1 form: (List (String)) debug: evaluateType1 x: (String) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evalCategory d: (String) c: (Type) debug: evaluateType form: (List (String)) $param: NIL Debug: evaluateType1 form: (List (String)) debug: evaluateType1 x: (String) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evalCategory d: (String) c: (Type) debug: evaluateType form: (List (String)) $param: NIL Debug: evaluateType1 form: (List (String)) debug: evaluateType1 x: (String) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evalCategory d: (String) c: (Type) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE pointColorDefault ((Palette))) (SIGNATURE pointColorDefault ((Palette) (Palette))) (SIGNATURE lineColorDefault ((Palette))) (SIGNATURE lineColorDefault ((Palette) (Palette))) (SIGNATURE axesColorDefault ((Palette))) (SIGNATURE axesColorDefault ((Palette) (Palette))) (SIGNATURE unitsColorDefault ((Palette))) (SIGNATURE unitsColorDefault ((Palette) (Palette))) (SIGNATURE pointSizeDefault ((PositiveInteger))) (SIGNATURE pointSizeDefault ((PositiveInteger) (PositiveInteger))) (SIGNATURE viewPosDefault ((List (NonNegativeInteger)))) (SIGNATURE viewPosDefault ((List (NonNegativeInteger)) (List (NonNegativeInteger)))) (SIGNATURE viewSizeDefault ((List (PositiveInteger)))) (SIGNATURE viewSizeDefault ((List (PositiveInteger)) (List (PositiveInteger)))) (SIGNATURE viewDefaults ((Void))) (SIGNATURE viewWriteDefault ((List (String)))) (SIGNATURE viewWriteDefault ((List (String)) (List (String)))) (SIGNATURE viewWriteAvailable ((List (String)))) (SIGNATURE var1StepsDefault ((PositiveInteger))) (SIGNATURE var2StepsDefault ((PositiveInteger))) (SIGNATURE var1StepsDefault ((PositiveInteger) (PositiveInteger))) (SIGNATURE var2StepsDefault ((PositiveInteger) (PositiveInteger))) (SIGNATURE tubePointsDefault ((PositiveInteger) (PositiveInteger))) (SIGNATURE tubePointsDefault ((PositiveInteger))) (SIGNATURE tubeRadiusDefault ((DoubleFloat) (Float))) (SIGNATURE tubeRadiusDefault ((DoubleFloat))))) ------------------------------------------------------------------------ initializing stationary directory for ViewDefaultsPackage compiling into /tmp/oa-gzV4df importing Color importing Palette compiling exported viewPosDefault : () -> List NonNegativeInteger Time: 0.16 SEC. compiling exported viewPosDefault : List NonNegativeInteger -> List NonNegativeInteger Time: 0.03 SEC. compiling exported viewSizeDefault : () -> List PositiveInteger Time: 0.01 SEC. compiling exported viewSizeDefault : List PositiveInteger -> List PositiveInteger Time: 0.02 SEC. compiling exported viewDefaults : () -> Void Time: 0.01 SEC. compiling exported pointColorDefault : () -> Palette Time: 0 SEC. compiling exported pointColorDefault : Palette -> Palette Time: 0 SEC. compiling exported lineColorDefault : () -> Palette Time: 0 SEC. compiling exported lineColorDefault : Palette -> Palette Time: 0.00 SEC. compiling exported axesColorDefault : () -> Palette Time: 0 SEC. compiling exported axesColorDefault : Palette -> Palette Time: 0 SEC. compiling exported unitsColorDefault : () -> Palette Time: 0.00 SEC. compiling exported unitsColorDefault : Palette -> Palette Time: 0 SEC. compiling exported pointSizeDefault : () -> PositiveInteger Time: 0 SEC. compiling exported pointSizeDefault : PositiveInteger -> PositiveInteger Time: 0 SEC. compiling exported var1StepsDefault : () -> PositiveInteger Time: 0.00 SEC. compiling exported var1StepsDefault : PositiveInteger -> PositiveInteger Time: 0 SEC. compiling exported var2StepsDefault : () -> PositiveInteger Time: 0 SEC. compiling exported var2StepsDefault : PositiveInteger -> PositiveInteger Time: 0 SEC. compiling exported tubePointsDefault : () -> PositiveInteger Time: 0.00 SEC. compiling exported tubePointsDefault : PositiveInteger -> PositiveInteger Time: 0 SEC. compiling exported tubeRadiusDefault : () -> DoubleFloat Time: 0 SEC. compiling exported tubeRadiusDefault : Float -> DoubleFloat Time: 0.00 SEC. compiling exported viewWriteAvailable : () -> List String VIEWDEF;viewWriteAvailable;L;24 is replaced by %list("PIXMAP","BITMAP","POSTSCRIPT","IMAGE") Time: 0.01 SEC. compiling exported viewWriteDefault : () -> List String Time: 0 SEC. compiling exported viewWriteDefault : List String -> List String Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] false has no value Cumulative Statistics for Constructor ViewDefaultsPackage Time: 0.28 seconds finalizing NRLIB VIEWDEF Processing ViewDefaultsPackage for Browser database: -- pointColorDefault : () -> PAL -- pointColorDefault : PAL -> PAL -- lineColorDefault : () -> PAL -- lineColorDefault : PAL -> PAL -- axesColorDefault : () -> PAL -- axesColorDefault : PAL -> PAL -- unitsColorDefault : () -> PAL -- unitsColorDefault : PAL -> PAL -- pointSizeDefault : () -> PI -- pointSizeDefault : PI -> PI -- viewPosDefault : () -> L NNI -- viewPosDefault : L NNI -> L NNI -- viewSizeDefault : () -> L PI -- viewSizeDefault : L PI -> L PI -- viewDefaults : () -> Void -- viewWriteDefault : () -> L S -- viewWriteDefault : L S -> L S -- viewWriteAvailable : () -> L S -- var1StepsDefault : () -> PI -- var2StepsDefault : () -> PI -- var1StepsDefault : PI -> PI -- var2StepsDefault : PI -> PI -- tubePointsDefault : PI -> PI -- tubePointsDefault : () -> PI -- tubeRadiusDefault : Float -> SF -- tubeRadiusDefault : () -> SF -- constructor ; compiling file "/tmp/oa-gzV4df/code.lsp" (written 01 FEB 2016 11:11:57 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |VIEWDEF;viewWriteAvailable;L;24|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |VIEWDEF;viewPosDefault;L;1| ...) ; compiling (DEFUN |VIEWDEF;viewPosDefault;2L;2| ...) ; file: /tmp/oa-gzV4df/code.lsp ; in: DEFUN |VIEWDEF;viewPosDefault;2L;2| ; (DEFUN BOOT::|VIEWDEF;viewPosDefault;2L;2| (BOOT::|l| BOOT::$) ; (COND ; ((< (LIST-LENGTH BOOT::|l|) 2) ; (BOOT::|error| "viewPosDefault expects a list with two elements")) ; (T (LIST (BOOT::SPADCALL # # #) (BOOT::SPADCALL # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|VIEWDEF;viewPosDefault;2L;2| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|VIEWDEF;viewPosDefault;2L;2| ; (COND ; ((< # 2) ; (BOOT::|error| "viewPosDefault expects a list with two elements")) ; (T (LIST # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS UNSIGNED-BYTE T)) &REST T). ; compiling (DEFUN |VIEWDEF;viewSizeDefault;L;3| ...) ; compiling (DEFUN |VIEWDEF;viewSizeDefault;2L;4| ...) ; file: /tmp/oa-gzV4df/code.lsp ; in: DEFUN |VIEWDEF;viewSizeDefault;2L;4| ; (DEFUN BOOT::|VIEWDEF;viewSizeDefault;2L;4| (BOOT::|l| BOOT::$) ; (COND ; ((< (LIST-LENGTH BOOT::|l|) 2) ; (BOOT::|error| "viewSizeDefault expects a list with two elements")) ; (T (LIST (BOOT::SPADCALL # # #) (BOOT::SPADCALL # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|VIEWDEF;viewSizeDefault;2L;4| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|VIEWDEF;viewSizeDefault;2L;4| ; (COND ; ((< # 2) ; (BOOT::|error| "viewSizeDefault expects a list with two elements")) ; (T (LIST # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS (INTEGER 1) T)) &REST T). ; compiling (DEFUN |VIEWDEF;viewDefaults;V;5| ...) ; compiling (DEFUN |VIEWDEF;pointColorDefault;P;6| ...) ; compiling (DEFUN |VIEWDEF;pointColorDefault;2P;7| ...) ; compiling (DEFUN |VIEWDEF;lineColorDefault;P;8| ...) ; compiling (DEFUN |VIEWDEF;lineColorDefault;2P;9| ...) ; compiling (DEFUN |VIEWDEF;axesColorDefault;P;10| ...) ; compiling (DEFUN |VIEWDEF;axesColorDefault;2P;11| ...) ; compiling (DEFUN |VIEWDEF;unitsColorDefault;P;12| ...) ; compiling (DEFUN |VIEWDEF;unitsColorDefault;2P;13| ...) ; compiling (DEFUN |VIEWDEF;pointSizeDefault;Pi;14| ...) ; file: /tmp/oa-gzV4df/code.lsp ; in: DEFUN |VIEWDEF;pointSizeDefault;Pi;14| ; (DEFUN BOOT::|VIEWDEF;pointSizeDefault;Pi;14| (BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 23) ; (BOOT::|shellEntry| BOOT::$ 62))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|VIEWDEF;pointSizeDefault;Pi;14| ; (BOOT::$) ; (BLOCK BOOT::|VIEWDEF;pointSizeDefault;Pi;14| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 23) ; (BOOT::|shellEntry| BOOT::$ 62)))) ; ; note: type assertion too complex to check: ; (VALUES (INTEGER 1) &REST T). ; compiling (DEFUN |VIEWDEF;pointSizeDefault;2Pi;15| ...) ; file: /tmp/oa-gzV4df/code.lsp ; in: DEFUN |VIEWDEF;pointSizeDefault;2Pi;15| ; (DEFUN BOOT::|VIEWDEF;pointSizeDefault;2Pi;15| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 23) BOOT::|x| ; (BOOT::|shellEntry| BOOT::$ 67))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|VIEWDEF;pointSizeDefault;2Pi;15| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|VIEWDEF;pointSizeDefault;2Pi;15| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 23) BOOT::|x| ; (BOOT::|shellEntry| BOOT::$ 67)))) ; ; note: type assertion too complex to check: ; (VALUES (INTEGER 1) &REST T). ; compiling (DEFUN |VIEWDEF;var1StepsDefault;Pi;16| ...) ; file: /tmp/oa-gzV4df/code.lsp ; in: DEFUN |VIEWDEF;var1StepsDefault;Pi;16| ; (DEFUN BOOT::|VIEWDEF;var1StepsDefault;Pi;16| (BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 37) ; (BOOT::|shellEntry| BOOT::$ 62))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|VIEWDEF;var1StepsDefault;Pi;16| ; (BOOT::$) ; (BLOCK BOOT::|VIEWDEF;var1StepsDefault;Pi;16| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 37) ; (BOOT::|shellEntry| BOOT::$ 62)))) ; ; note: type assertion too complex to check: ; (VALUES (INTEGER 1) &REST T). ; compiling (DEFUN |VIEWDEF;var1StepsDefault;2Pi;17| ...) ; file: /tmp/oa-gzV4df/code.lsp ; in: DEFUN |VIEWDEF;var1StepsDefault;2Pi;17| ; (DEFUN BOOT::|VIEWDEF;var1StepsDefault;2Pi;17| (BOOT::|i| BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 37) BOOT::|i| ; (BOOT::|shellEntry| BOOT::$ 67))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|VIEWDEF;var1StepsDefault;2Pi;17| ; (BOOT::|i| BOOT::$) ; (BLOCK BOOT::|VIEWDEF;var1StepsDefault;2Pi;17| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 37) BOOT::|i| ; (BOOT::|shellEntry| BOOT::$ 67)))) ; ; note: type assertion too complex to check: ; (VALUES (INTEGER 1) &REST T). ; compiling (DEFUN |VIEWDEF;var2StepsDefault;Pi;18| ...) ; file: /tmp/oa-gzV4df/code.lsp ; in: DEFUN |VIEWDEF;var2StepsDefault;Pi;18| ; (DEFUN BOOT::|VIEWDEF;var2StepsDefault;Pi;18| (BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 38) ; (BOOT::|shellEntry| BOOT::$ 62))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|VIEWDEF;var2StepsDefault;Pi;18| ; (BOOT::$) ; (BLOCK BOOT::|VIEWDEF;var2StepsDefault;Pi;18| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 38) ; (BOOT::|shellEntry| BOOT::$ 62)))) ; ; note: type assertion too complex to check: ; (VALUES (INTEGER 1) &REST T). ; compiling (DEFUN |VIEWDEF;var2StepsDefault;2Pi;19| ...) ; file: /tmp/oa-gzV4df/code.lsp ; in: DEFUN |VIEWDEF;var2StepsDefault;2Pi;19| ; (DEFUN BOOT::|VIEWDEF;var2StepsDefault;2Pi;19| (BOOT::|i| BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 38) BOOT::|i| ; (BOOT::|shellEntry| BOOT::$ 67))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|VIEWDEF;var2StepsDefault;2Pi;19| ; (BOOT::|i| BOOT::$) ; (BLOCK BOOT::|VIEWDEF;var2StepsDefault;2Pi;19| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 38) BOOT::|i| ; (BOOT::|shellEntry| BOOT::$ 67)))) ; ; note: type assertion too complex to check: ; (VALUES (INTEGER 1) &REST T). ; compiling (DEFUN |VIEWDEF;tubePointsDefault;Pi;20| ...) ; file: /tmp/oa-gzV4df/code.lsp ; in: DEFUN |VIEWDEF;tubePointsDefault;Pi;20| ; (DEFUN BOOT::|VIEWDEF;tubePointsDefault;Pi;20| (BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 39) ; (BOOT::|shellEntry| BOOT::$ 62))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|VIEWDEF;tubePointsDefault;Pi;20| ; (BOOT::$) ; (BLOCK BOOT::|VIEWDEF;tubePointsDefault;Pi;20| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 39) ; (BOOT::|shellEntry| BOOT::$ 62)))) ; ; note: type assertion too complex to check: ; (VALUES (INTEGER 1) &REST T). ; compiling (DEFUN |VIEWDEF;tubePointsDefault;2Pi;21| ...) ; file: /tmp/oa-gzV4df/code.lsp ; in: DEFUN |VIEWDEF;tubePointsDefault;2Pi;21| ; (DEFUN BOOT::|VIEWDEF;tubePointsDefault;2Pi;21| (BOOT::|i| BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 39) BOOT::|i| ; (BOOT::|shellEntry| BOOT::$ 67))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|VIEWDEF;tubePointsDefault;2Pi;21| ; (BOOT::|i| BOOT::$) ; (BLOCK BOOT::|VIEWDEF;tubePointsDefault;2Pi;21| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 39) BOOT::|i| ; (BOOT::|shellEntry| BOOT::$ 67)))) ; ; note: type assertion too complex to check: ; (VALUES (INTEGER 1) &REST T). ; compiling (DEFUN |VIEWDEF;tubeRadiusDefault;Df;22| ...) ; file: /tmp/oa-gzV4df/code.lsp ; in: DEFUN |VIEWDEF;tubeRadiusDefault;Df;22| ; (DEFUN BOOT::|VIEWDEF;tubeRadiusDefault;Df;22| (BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 47) ; (BOOT::|shellEntry| BOOT::$ 90))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|VIEWDEF;tubeRadiusDefault;Df;22| ; (BOOT::$) ; (BLOCK BOOT::|VIEWDEF;tubeRadiusDefault;Df;22| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 47) ; (BOOT::|shellEntry| BOOT::$ 90)))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |VIEWDEF;tubeRadiusDefault;FDf;23| ...) ; file: /tmp/oa-gzV4df/code.lsp ; in: DEFUN |VIEWDEF;tubeRadiusDefault;FDf;23| ; (DEFUN BOOT::|VIEWDEF;tubeRadiusDefault;FDf;23| (BOOT::|f| BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 47) ; (BOOT::SPADCALL BOOT::|f| (BOOT::|shellEntry| BOOT::$ 44)) ; (BOOT::|shellEntry| BOOT::$ 92))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|VIEWDEF;tubeRadiusDefault;FDf;23| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|VIEWDEF;tubeRadiusDefault;FDf;23| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 47) ; (BOOT::SPADCALL BOOT::|f| ; (BOOT::|shellEntry| BOOT::$ 44)) ; (BOOT::|shellEntry| BOOT::$ 92)))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |VIEWDEF;viewWriteAvailable;L;24| ...) ; compiling (DEFUN |VIEWDEF;viewWriteDefault;L;25| ...) ; file: /tmp/oa-gzV4df/code.lsp ; in: DEFUN |VIEWDEF;viewWriteDefault;L;25| ; (DEFUN BOOT::|VIEWDEF;viewWriteDefault;L;25| (BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 36) ; (BOOT::|shellEntry| BOOT::$ 95))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|VIEWDEF;viewWriteDefault;L;25| ; (BOOT::$) ; (BLOCK BOOT::|VIEWDEF;viewWriteDefault;L;25| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 36) ; (BOOT::|shellEntry| BOOT::$ 95)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS STRING T)) &REST T). ; compiling (DEFUN |VIEWDEF;viewWriteDefault;2L;26| ...) ; file: /tmp/oa-gzV4df/code.lsp ; in: DEFUN |VIEWDEF;viewWriteDefault;2L;26| ; (DEFUN BOOT::|VIEWDEF;viewWriteDefault;2L;26| (BOOT::|listOfThings| BOOT::$) ; (PROG (BOOT::|writeTypeInt|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|VIEWDEF;viewWriteDefault;2L;26| ; (BOOT::|listOfThings| BOOT::$) ; (BLOCK BOOT::|VIEWDEF;viewWriteDefault;2L;26| ; (PROG (BOOT::|writeTypeInt|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS STRING T)) &REST T). ; compiling (DEFUN |ViewDefaultsPackage| ...) ; compiling (DEFUN |ViewDefaultsPackage;| ...) ; compiling (MAKEPROP (QUOTE |ViewDefaultsPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 14 notes ; /tmp/oa-gzV4df/code.fasl written ; compilation finished in 0:00:00.083 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/GRDEF.fasl --bootstrap GRDEF.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GRDEF.spad using Spad compiler. GRDEF abbreviates package GraphicsDefaults ------------------------------------------------------------------------ initializing stationary directory for GraphicsDefaults compiling into /tmp/oa-TLw0oR Time: 0.00 SEC. Cumulative Statistics for Constructor GraphicsDefaults Time: 0.00 seconds finalizing NRLIB GRDEF ; compiling file "/tmp/oa-TLw0oR/code.lsp" (written 01 FEB 2016 11:11:57 PM): ; compiling (DEFUN |GraphicsDefaults| ...) ; compiling (DEFUN |GraphicsDefaults;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-TLw0oR/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/PLOT.fasl --optimize=3 PLOT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PLOT.spad using Spad compiler. PLOT abbreviates domain Plot debug: compDefine1 lhs: (Plot) signature (pre-evaluate): ((Join (PlottablePlaneCurveCategory) (CATEGORY domain (SIGNATURE plot ($ (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (List (Mapping (DoubleFloat) (DoubleFloat))) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (List (Mapping (DoubleFloat) (DoubleFloat))) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (Mapping (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (Mapping (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE pointPlot ($ (Mapping (Point (DoubleFloat)) (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE pointPlot ($ (Mapping (Point (DoubleFloat)) (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plotPolar ($ (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plotPolar ($ (Mapping (DoubleFloat) (DoubleFloat)))) (SIGNATURE plot ($ $ (Segment (DoubleFloat)))) (SIGNATURE parametric? ((Boolean) $)) (SIGNATURE zoom ($ $ (Segment (DoubleFloat)))) (SIGNATURE zoom ($ $ (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE refine ($ $ (Segment (DoubleFloat)))) (SIGNATURE refine ($ $)) (SIGNATURE tRange ((Segment (DoubleFloat)) $)) (SIGNATURE minPoints ((Integer))) (SIGNATURE setMinPoints ((Integer) (Integer))) (SIGNATURE maxPoints ((Integer))) (SIGNATURE setMaxPoints ((Integer) (Integer))) (SIGNATURE screenResolution ((Integer))) (SIGNATURE setScreenResolution ((Integer) (Integer))) (SIGNATURE adaptive? ((Boolean))) (SIGNATURE setAdaptive ((Boolean) (Boolean))) (SIGNATURE numFunEvals ((Integer))) (SIGNATURE debug ((Boolean) (Boolean)))))) debug: evaluateType form: (Join (PlottablePlaneCurveCategory) (CATEGORY domain (SIGNATURE plot ($ (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (List (Mapping (DoubleFloat) (DoubleFloat))) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (List (Mapping (DoubleFloat) (DoubleFloat))) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (Mapping (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (Mapping (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE pointPlot ($ (Mapping (Point (DoubleFloat)) (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE pointPlot ($ (Mapping (Point (DoubleFloat)) (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plotPolar ($ (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plotPolar ($ (Mapping (DoubleFloat) (DoubleFloat)))) (SIGNATURE plot ($ $ (Segment (DoubleFloat)))) (SIGNATURE parametric? ((Boolean) $)) (SIGNATURE zoom ($ $ (Segment (DoubleFloat)))) (SIGNATURE zoom ($ $ (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE refine ($ $ (Segment (DoubleFloat)))) (SIGNATURE refine ($ $)) (SIGNATURE tRange ((Segment (DoubleFloat)) $)) (SIGNATURE minPoints ((Integer))) (SIGNATURE setMinPoints ((Integer) (Integer))) (SIGNATURE maxPoints ((Integer))) (SIGNATURE setMaxPoints ((Integer) (Integer))) (SIGNATURE screenResolution ((Integer))) (SIGNATURE setScreenResolution ((Integer) (Integer))) (SIGNATURE adaptive? ((Boolean))) (SIGNATURE setAdaptive ((Boolean) (Boolean))) (SIGNATURE numFunEvals ((Integer))) (SIGNATURE debug ((Boolean) (Boolean))))) $param: NIL debug: evaluateType form: (PlottablePlaneCurveCategory) $param: NIL Debug: evaluateType1 form: (PlottablePlaneCurveCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE plot ($ (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (List (Mapping (DoubleFloat) (DoubleFloat))) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (List (Mapping (DoubleFloat) (DoubleFloat))) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (Mapping (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (Mapping (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE pointPlot ($ (Mapping (Point (DoubleFloat)) (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE pointPlot ($ (Mapping (Point (DoubleFloat)) (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plotPolar ($ (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plotPolar ($ (Mapping (DoubleFloat) (DoubleFloat)))) (SIGNATURE plot ($ $ (Segment (DoubleFloat)))) (SIGNATURE parametric? ((Boolean) $)) (SIGNATURE zoom ($ $ (Segment (DoubleFloat)))) (SIGNATURE zoom ($ $ (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE refine ($ $ (Segment (DoubleFloat)))) (SIGNATURE refine ($ $)) (SIGNATURE tRange ((Segment (DoubleFloat)) $)) (SIGNATURE minPoints ((Integer))) (SIGNATURE setMinPoints ((Integer) (Integer))) (SIGNATURE maxPoints ((Integer))) (SIGNATURE setMaxPoints ((Integer) (Integer))) (SIGNATURE screenResolution ((Integer))) (SIGNATURE setScreenResolution ((Integer) (Integer))) (SIGNATURE adaptive? ((Boolean))) (SIGNATURE setAdaptive ((Boolean) (Boolean))) (SIGNATURE numFunEvals ((Integer))) (SIGNATURE debug ((Boolean) (Boolean)))) $param: NIL debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (List (Mapping (DoubleFloat) (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Mapping (DoubleFloat) (DoubleFloat))) debug: evaluateType1 x: (Mapping (DoubleFloat) (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (Mapping (DoubleFloat) (DoubleFloat)) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (List (Mapping (DoubleFloat) (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Mapping (DoubleFloat) (DoubleFloat))) debug: evaluateType1 x: (Mapping (DoubleFloat) (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (Mapping (DoubleFloat) (DoubleFloat)) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Mapping (Point (DoubleFloat)) (DoubleFloat)) $param: NIL debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Mapping (Point (DoubleFloat)) (DoubleFloat)) $param: NIL debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: compDefine1 signature (post evaluate): ((Join (PlottablePlaneCurveCategory) (CATEGORY domain (SIGNATURE plot ($ (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (List (Mapping (DoubleFloat) (DoubleFloat))) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (List (Mapping (DoubleFloat) (DoubleFloat))) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (Mapping (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (Mapping (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE pointPlot ($ (Mapping (Point (DoubleFloat)) (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE pointPlot ($ (Mapping (Point (DoubleFloat)) (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plotPolar ($ (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plotPolar ($ (Mapping (DoubleFloat) (DoubleFloat)))) (SIGNATURE plot ($ $ (Segment (DoubleFloat)))) (SIGNATURE parametric? ((Boolean) $)) (SIGNATURE zoom ($ $ (Segment (DoubleFloat)))) (SIGNATURE zoom ($ $ (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE refine ($ $ (Segment (DoubleFloat)))) (SIGNATURE refine ($ $)) (SIGNATURE tRange ((Segment (DoubleFloat)) $)) (SIGNATURE minPoints ((Integer))) (SIGNATURE setMinPoints ((Integer) (Integer))) (SIGNATURE maxPoints ((Integer))) (SIGNATURE setMaxPoints ((Integer) (Integer))) (SIGNATURE screenResolution ((Integer))) (SIGNATURE setScreenResolution ((Integer) (Integer))) (SIGNATURE adaptive? ((Boolean))) (SIGNATURE setAdaptive ((Boolean) (Boolean))) (SIGNATURE numFunEvals ((Integer))) (SIGNATURE debug ((Boolean) (Boolean)))))) ------------------------------------------------------------------------ initializing stationary directory for Plot compiling into /tmp/oa-fQRO8Y importing PointPackage DoubleFloat compiling local Pnan? : Point DoubleFloat -> Boolean Time: 0.08 SEC. compiling exported listBranches : % -> List List Point DoubleFloat Time: 0.06 SEC. compiling local checkRange : Segment DoubleFloat -> Segment DoubleFloat Time: 0.01 SEC. compiling local intersect : (Segment DoubleFloat,Segment DoubleFloat) -> Segment DoubleFloat Time: 0 SEC. compiling local union : (Segment DoubleFloat,Segment DoubleFloat) -> Segment DoubleFloat Time: 0.00 SEC. compiling local join : (List Record(source: DoubleFloat -> Point DoubleFloat,ranges: List Segment DoubleFloat,knots: List DoubleFloat,points: List Point DoubleFloat),Integer) -> Segment DoubleFloat Time: 0.04 SEC. compiling local parametricRange : % -> Segment DoubleFloat PLOT;parametricRange r is replaced by SPADfirst %vref(r,2) Time: 0.00 SEC. compiling exported minPoints : () -> Integer Time: 0.00 SEC. compiling exported setMinPoints : Integer -> Integer Time: 0.00 SEC. compiling exported maxPoints : () -> Integer Time: 0 SEC. compiling exported setMaxPoints : Integer -> Integer Time: 0.00 SEC. compiling exported screenResolution : () -> Integer Time: 0 SEC. compiling exported setScreenResolution : Integer -> Integer Time: 0.00 SEC. compiling exported adaptive? : () -> Boolean Time: 0 SEC. compiling exported setAdaptive : Boolean -> Boolean Time: 0 SEC. compiling exported parametric? : % -> Boolean PLOT;parametric?;$B;16 p is replaced by %vref(p,0) Time: 0 SEC. compiling exported numFunEvals : () -> Integer Time: 0.00 SEC. compiling exported debug : Boolean -> Boolean Time: 0 SEC. compiling exported xRange : % -> Segment DoubleFloat Time: 0.00 SEC. compiling exported yRange : % -> Segment DoubleFloat Time: 0.01 SEC. compiling exported tRange : % -> Segment DoubleFloat PLOT;tRange;$S;21 plot is replaced by SPADfirst %vref(plot,2) Time: 0.01 SEC. compiling local select : (List Point DoubleFloat,Point DoubleFloat -> DoubleFloat,(DoubleFloat,DoubleFloat) -> DoubleFloat) -> DoubleFloat Time: 0.03 SEC. compiling local rangeRefine : (Record(source: DoubleFloat -> Point DoubleFloat,ranges: List Segment DoubleFloat,knots: List DoubleFloat,points: List Point DoubleFloat),Segment DoubleFloat) -> Record(source: DoubleFloat -> Point DoubleFloat,ranges: List Segment DoubleFloat,knots: List DoubleFloat,points: List Point DoubleFloat) Time: 0.48 SEC. compiling local adaptivePlot : (Record(source: DoubleFloat -> Point DoubleFloat,ranges: List Segment DoubleFloat,knots: List DoubleFloat,points: List Point DoubleFloat),Segment DoubleFloat,Segment DoubleFloat,Segment DoubleFloat,Integer) -> Record(source: DoubleFloat -> Point DoubleFloat,ranges: List Segment DoubleFloat,knots: List DoubleFloat,points: List Point DoubleFloat) Time: 2.13 SEC. compiling local basicPlot : (DoubleFloat -> Point DoubleFloat,Segment DoubleFloat) -> Record(source: DoubleFloat -> Point DoubleFloat,ranges: List Segment DoubleFloat,knots: List DoubleFloat,points: List Point DoubleFloat) Time: 0.19 SEC. compiling exported zoom : (%,Segment DoubleFloat) -> % Time: 0.03 SEC. compiling exported zoom : (%,Segment DoubleFloat,Segment DoubleFloat) -> % Time: 0.02 SEC. compiling local basicRefine : (Record(source: DoubleFloat -> Point DoubleFloat,ranges: List Segment DoubleFloat,knots: List DoubleFloat,points: List Point DoubleFloat),Segment DoubleFloat) -> Record(source: DoubleFloat -> Point DoubleFloat,ranges: List Segment DoubleFloat,knots: List DoubleFloat,points: List Point DoubleFloat) Time: 0.46 SEC. compiling exported refine : % -> % Time: 0 SEC. compiling exported refine : (%,Segment DoubleFloat) -> % Time: 0.04 SEC. compiling exported plot : (%,Segment DoubleFloat) -> % Time: 0.05 SEC. compiling local pt : (DoubleFloat,DoubleFloat) -> Point DoubleFloat Time: 0.02 SEC. compiling local myTrap : (DoubleFloat -> DoubleFloat,DoubleFloat) -> DoubleFloat Time: 0.02 SEC. compiling exported plot : (DoubleFloat -> DoubleFloat,Segment DoubleFloat) -> % Time: 0.05 SEC. compiling exported plot : (DoubleFloat -> DoubleFloat,Segment DoubleFloat,Segment DoubleFloat) -> % Time: 0.02 SEC. compiling exported plot : (DoubleFloat -> DoubleFloat,DoubleFloat -> DoubleFloat,Segment DoubleFloat) -> % Time: 0.05 SEC. compiling exported plot : (DoubleFloat -> DoubleFloat,DoubleFloat -> DoubleFloat,Segment DoubleFloat,Segment DoubleFloat,Segment DoubleFloat) -> % Time: 0.02 SEC. compiling exported pointPlot : (DoubleFloat -> Point DoubleFloat,Segment DoubleFloat) -> % Time: 0.06 SEC. compiling exported pointPlot : (DoubleFloat -> Point DoubleFloat,Segment DoubleFloat,Segment DoubleFloat,Segment DoubleFloat) -> % Time: 0.02 SEC. compiling exported plot : (List DoubleFloat -> DoubleFloat,Segment DoubleFloat) -> % Time: 0.08 SEC. compiling exported plot : (List DoubleFloat -> DoubleFloat,Segment DoubleFloat,Segment DoubleFloat) -> % Time: 0.02 SEC. compiling exported plotPolar : (DoubleFloat -> DoubleFloat,Segment DoubleFloat) -> % Time: 0.02 SEC. compiling exported plotPolar : DoubleFloat -> DoubleFloat -> % Time: 0.02 SEC. compiling exported coerce : % -> OutputForm Time: 0.12 SEC. (time taken in buildFunctor: 4) Time: 0.03 SEC. Warnings: [1] Type Boolean is not in scope. Import it [2] Type List Segment DoubleFloat is not in scope. Import it [3] Type List String is not in scope. Import it [4] Type List Record(source: (DoubleFloat -> Point DoubleFloat),ranges: List Segment DoubleFloat,knots: List DoubleFloat,points: List Point DoubleFloat) is not in scope. Import it [5] parametricRange: first has no value [6] xRange: second has no value [7] yRange: third has no value [8] tRange: first has no value [9] rangeRefine: c has no value [10] rangeRefine: q has no value [11] rangeRefine: NUMFUNEVALS has no value [12] basicRefine: first has no value [13] refine: curves has no value [14] plot: curves has no value [15] plot: t has no value [16] coerce: l has no value Cumulative Statistics for Constructor Plot Time: 4.21 seconds finalizing NRLIB PLOT Processing Plot for Browser database: -- plot : ((F -> F),R) -> % -- plot : ((F -> F),R,R) -> % -- plot : (L (F -> F),R) -> % -- plot : (L (F -> F),R,R) -> % -- plot : ((F -> F),(F -> F),R) -> % -- plot : ((F -> F),(F -> F),R,R,R) -> % -- pointPlot : ((F -> P),R) -> % -- pointPlot : ((F -> P),R,R,R) -> % -- plotPolar : ((F -> F),R) -> % -- plotPolar : (F -> F) -> % -- plot : (%,R) -> % -- parametric? : % -> B -- zoom : (%,R) -> % -- zoom : (%,R,R) -> % -- refine : (%,R) -> % -- refine : % -> % -- tRange : % -> R -- minPoints : () -> I -- setMinPoints : I -> I -- maxPoints : () -> I -- setMaxPoints : I -> I -- screenResolution : () -> I -- setScreenResolution : I -> I -- adaptive? : () -> B -- setAdaptive : B -> B -- numFunEvals : () -> I -- debug : B -> B -- constructor ; compiling file "/tmp/oa-fQRO8Y/code.lsp" (written 01 FEB 2016 11:12:02 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PLOT;parametricRange|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PLOT;parametric?;$B;16|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PLOT;tRange;$S;21|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PLOT;checkRange|) ...) ; compiling (PUT (QUOTE |PLOT;union|) ...) ; compiling (PUT (QUOTE |PLOT;minPoints;I;8|) ...) ; compiling (PUT (QUOTE |PLOT;maxPoints;I;10|) ...) ; compiling (PUT (QUOTE |PLOT;screenResolution;I;12|) ...) ; compiling (PUT (QUOTE |PLOT;adaptive?;B;14|) ...) ; compiling (PUT (QUOTE |PLOT;numFunEvals;I;17|) ...) ; compiling (PUT (QUOTE |PLOT;zoom;$2S$;27|) ...) ; compiling (DEFUN |PLOT;Pnan?| ...) ; file: /tmp/oa-fQRO8Y/code.lsp ; in: DEFUN |PLOT;Pnan?| ; #'(LAMBDA (BOOT::|#1| BOOT::$) (|AxiomCore|:|%fNaN?| BOOT::|#1|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; (DEFUN BOOT::|PLOT;Pnan?| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL ; (CONS #'(LAMBDA (BOOT::|#1| BOOT::$) (|AxiomCore|:|%fNaN?| BOOT::|#1|)) ; NIL) ; BOOT::|x| (BOOT::|shellEntry| BOOT::$ 26))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PLOT;Pnan?| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|PLOT;Pnan?| ; (BOOT::SPADCALL (CONS #'(LAMBDA # #) NIL) BOOT::|x| ; (BOOT::|shellEntry| BOOT::$ 26)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |PLOT;listBranches;$L;2| ...) ; compiling (DEFUN |PLOT;checkRange| ...) ; file: /tmp/oa-fQRO8Y/code.lsp ; in: DEFUN |PLOT;checkRange| ; (DEFUN BOOT::|PLOT;checkRange| (BOOT::|r| BOOT::$) ; (COND ; ((< (SVREF BOOT::|r| 1) (SVREF BOOT::|r| 0)) ; (BOOT::|error| "ranges cannot be negative")) ; (T BOOT::|r|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PLOT;checkRange| ; (BOOT::|r| BOOT::$) ; (BLOCK BOOT::|PLOT;checkRange| ; (COND ((< # #) (BOOT::|error| "ranges cannot be negative")) ; (T BOOT::|r|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PLOT;intersect| ...) ; file: /tmp/oa-fQRO8Y/code.lsp ; in: DEFUN |PLOT;intersect| ; (DEFUN BOOT::|PLOT;intersect| (BOOT::|s| BOOT::|t| BOOT::$) ; (LET ((#:G1009 (VECTOR # # 1))) ; (COND ((< # #) (BOOT::|error| "ranges cannot be negative")) (T #:G1009)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PLOT;intersect| ; (BOOT::|s| BOOT::|t| BOOT::$) ; (BLOCK BOOT::|PLOT;intersect| ; (LET ((#:G1009 #)) ; (COND (# #) (T #:G1009))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PLOT;union| ...) ; file: /tmp/oa-fQRO8Y/code.lsp ; in: DEFUN |PLOT;union| ; (DEFUN BOOT::|PLOT;union| (BOOT::|s| BOOT::|t| BOOT::$) ; (VECTOR (MIN (SVREF BOOT::|s| 0) (SVREF BOOT::|t| 0)) ; (MAX (SVREF BOOT::|s| 1) (SVREF BOOT::|t| 1)) 1)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PLOT;union| ; (BOOT::|s| BOOT::|t| BOOT::$) ; (BLOCK BOOT::|PLOT;union| ; (VECTOR (MIN (SVREF BOOT::|s| 0) (SVREF BOOT::|t| 0)) ; (MAX (SVREF BOOT::|s| 1) (SVREF BOOT::|t| 1)) 1))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PLOT;join| ...) ; compiling (DEFUN |PLOT;parametricRange| ...) ; compiling (DEFUN |PLOT;minPoints;I;8| ...) ; compiling (DEFUN |PLOT;setMinPoints;2I;9| ...) ; compiling (DEFUN |PLOT;maxPoints;I;10| ...) ; compiling (DEFUN |PLOT;setMaxPoints;2I;11| ...) ; compiling (DEFUN |PLOT;screenResolution;I;12| ...) ; compiling (DEFUN |PLOT;setScreenResolution;2I;13| ...) ; compiling (DEFUN |PLOT;adaptive?;B;14| ...) ; compiling (DEFUN |PLOT;setAdaptive;2B;15| ...) ; compiling (DEFUN |PLOT;parametric?;$B;16| ...) ; compiling (DEFUN |PLOT;numFunEvals;I;17| ...) ; compiling (DEFUN |PLOT;debug;2B;18| ...) ; compiling (DEFUN |PLOT;xRange;$S;19| ...) ; compiling (DEFUN |PLOT;yRange;$S;20| ...) ; compiling (DEFUN |PLOT;tRange;$S;21| ...) ; compiling (DEFUN |PLOT;select| ...) ; file: /tmp/oa-fQRO8Y/code.lsp ; in: DEFUN |PLOT;select| ; (DEFUN BOOT::|PLOT;select| (BOOT::|l| BOOT::|f| BOOT::|g| BOOT::$) ; (PROG (BOOT::|n|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PLOT;select| ; (BOOT::|l| BOOT::|f| BOOT::|g| BOOT::$) ; (BLOCK BOOT::|PLOT;select| ; (PROG (BOOT::|n|) ; (RETURN ; (LET # ; #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PLOT;rangeRefine| ...) ; file: /tmp/oa-fQRO8Y/code.lsp ; in: DEFUN |PLOT;rangeRefine| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MIN BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MIN BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PLOT;adaptivePlot| ...) ; file: /tmp/oa-fQRO8Y/code.lsp ; in: DEFUN |PLOT;adaptivePlot| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MIN BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MIN BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PLOT;basicPlot| ...) ; file: /tmp/oa-fQRO8Y/code.lsp ; in: DEFUN |PLOT;basicPlot| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MIN BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MIN BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PLOT;zoom;$S$;26| ...) ; compiling (DEFUN |PLOT;zoom;$2S$;27| ...) ; file: /tmp/oa-fQRO8Y/code.lsp ; in: DEFUN |PLOT;zoom;$2S$;27| ; (DEFUN BOOT::|PLOT;zoom;$2S$;27| ; (BOOT::|p| BOOT::|xRange| BOOT::|yRange| BOOT::$) ; (VECTOR (SVREF BOOT::|p| 0) (LIST BOOT::|xRange| BOOT::|yRange|) ; (SVREF BOOT::|p| 2) (SVREF BOOT::|p| 3) (SVREF BOOT::|p| 4))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PLOT;zoom;$2S$;27| ; (BOOT::|p| BOOT::|xRange| BOOT::|yRange| BOOT::$) ; (BLOCK BOOT::|PLOT;zoom;$2S$;27| ; (VECTOR (SVREF BOOT::|p| 0) (LIST BOOT::|xRange| BOOT::|yRange|) ; (SVREF BOOT::|p| 2) (SVREF BOOT::|p| 3) (SVREF BOOT::|p| 4)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PLOT;basicRefine| ...) ; file: /tmp/oa-fQRO8Y/code.lsp ; in: DEFUN |PLOT;basicRefine| ; (DEFUN BOOT::|PLOT;basicRefine| (BOOT::|curve| BOOT::|nRange| BOOT::$) ; (PROG (BOOT::|yRange| BOOT::|xRange| BOOT::|pm| BOOT::|tm| BOOT::|f| ; BOOT::|h| BOOT::|l| BOOT::|p| BOOT::|t|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # # # # # # # # # ...))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PLOT;basicRefine| ; (BOOT::|curve| BOOT::|nRange| BOOT::$) ; (BLOCK BOOT::|PLOT;basicRefine| ; (PROG (BOOT::|yRange| BOOT::|xRange| BOOT::|pm| BOOT::|tm| BOOT::|f| ; BOOT::|h| BOOT::|l| BOOT::|p| BOOT::|t|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |curve| ; prevents use of assertion from function type proclamation: ; SIMPLE-VECTOR ; ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MIN BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MIN BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PLOT;refine;2$;29| ...) ; compiling (DEFUN |PLOT;refine;$S$;30| ...) ; compiling (DEFUN |PLOT;plot;$S$;31| ...) ; compiling (DEFUN |PLOT;pt| ...) ; compiling (DEFUN |PLOT;myTrap| ...) ; file: /tmp/oa-fQRO8Y/code.lsp ; in: DEFUN |PLOT;myTrap| ; (DEFUN BOOT::|PLOT;myTrap| (BOOT::|ff| BOOT::|f| BOOT::$) ; (PROG (BOOT::|r|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PLOT;myTrap| ; (BOOT::|ff| BOOT::|f| BOOT::$) ; (BLOCK BOOT::|PLOT;myTrap| ; (PROG (BOOT::|r|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PLOT;plot;MS$;34| ...) ; compiling (DEFUN |PLOT;plot;MS$;34!0| ...) ; compiling (DEFUN |PLOT;plot;M2S$;35| ...) ; compiling (DEFUN |PLOT;plot;2MS$;36| ...) ; compiling (DEFUN |PLOT;plot;2MS$;36!0| ...) ; compiling (DEFUN |PLOT;plot;2M3S$;37| ...) ; compiling (DEFUN |PLOT;pointPlot;MS$;38| ...) ; compiling (DEFUN |PLOT;pointPlot;M3S$;39| ...) ; compiling (DEFUN |PLOT;plot;LS$;40| ...) ; compiling (DEFUN |PLOT;plot;LS$;40!0| ...) ; compiling (DEFUN |PLOT;plot;L2S$;41| ...) ; compiling (DEFUN |PLOT;plotPolar;MS$;42| ...) ; compiling (DEFUN |PLOT;plotPolar;MS$;42!1| ...) ; compiling (DEFUN |PLOT;plotPolar;MS$;42!0| ...) ; compiling (DEFUN |PLOT;plotPolar;M$;43| ...) ; compiling (DEFUN |PLOT;coerce;$Of;44| ...) ; file: /tmp/oa-fQRO8Y/code.lsp ; in: DEFUN |PLOT;coerce;$Of;44| ; (LET ((BOOT::|spaces| ; (BOOT::SPADCALL " " (BOOT::|shellEntry| BOOT::$ 162))) ; (BOOT::|xSymbol| "x = ") ; (BOOT::|ySymbol| "y = ") ; (BOOT::|tSymbol| "t = ") ; (BOOT::|plotSymbol| "PLOT") ; (BOOT::|tRange| ; (BOOT::SPADCALL (BOOT::|SPADfirst| #) ; (BOOT::|shellEntry| BOOT::$ 163))) ; (BOOT::|f| NIL)) ; (BOOT::SEQ ; (LET ((#:G1061 #)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::EXIT ; (BOOT::SPADCALL "PLOT" (BOOTTRAN:|reverse!| BOOT::|f|) ; (BOOT::|shellEntry| BOOT::$ 173))))) ; ; caught STYLE-WARNING: ; The variable |plotSymbol| is defined but never used. ; compiling (DEFUN |Plot| ...) ; compiling (DEFUN |Plot;| ...) ; compiling (MAKEPROP (QUOTE |Plot|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 24 STYLE-WARNING conditions ; printed 3 notes ; /tmp/oa-fQRO8Y/code.fasl written ; compilation finished in 0:00:00.317 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/CLIP.fasl --optimize=3 CLIP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CLIP.spad using Spad compiler. CLIP abbreviates package TwoDimensionalPlotClipping debug: compDefine1 lhs: (TwoDimensionalPlotClipping) signature (pre-evaluate): ((CATEGORY package (SIGNATURE clip ((Record (: brans (List (List (Point (DoubleFloat))))) (: xValues (Segment (DoubleFloat))) (: yValues (Segment (DoubleFloat)))) (Plot))) (SIGNATURE clip ((Record (: brans (List (List (Point (DoubleFloat))))) (: xValues (Segment (DoubleFloat))) (: yValues (Segment (DoubleFloat)))) (Plot) (Fraction (Integer)) (Fraction (Integer)))) (SIGNATURE clipParametric ((Record (: brans (List (List (Point (DoubleFloat))))) (: xValues (Segment (DoubleFloat))) (: yValues (Segment (DoubleFloat)))) (Plot))) (SIGNATURE clipParametric ((Record (: brans (List (List (Point (DoubleFloat))))) (: xValues (Segment (DoubleFloat))) (: yValues (Segment (DoubleFloat)))) (Plot) (Fraction (Integer)) (Fraction (Integer)))) (SIGNATURE clipWithRanges ((Record (: brans (List (List (Point (DoubleFloat))))) (: xValues (Segment (DoubleFloat))) (: yValues (Segment (DoubleFloat)))) (List (List (Point (DoubleFloat)))) (DoubleFloat) (DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE clip ((Record (: brans (List (List (Point (DoubleFloat))))) (: xValues (Segment (DoubleFloat))) (: yValues (Segment (DoubleFloat)))) (List (Point (DoubleFloat))))) (SIGNATURE clip ((Record (: brans (List (List (Point (DoubleFloat))))) (: xValues (Segment (DoubleFloat))) (: yValues (Segment (DoubleFloat)))) (List (List (Point (DoubleFloat)))))))) debug: evaluateType form: (CATEGORY package (SIGNATURE clip ((Record (: brans (List (List (Point (DoubleFloat))))) (: xValues (Segment (DoubleFloat))) (: yValues (Segment (DoubleFloat)))) (Plot))) (SIGNATURE clip ((Record (: brans (List (List (Point (DoubleFloat))))) (: xValues (Segment (DoubleFloat))) (: yValues (Segment (DoubleFloat)))) (Plot) (Fraction (Integer)) (Fraction (Integer)))) (SIGNATURE clipParametric ((Record (: brans (List (List (Point (DoubleFloat))))) (: xValues (Segment (DoubleFloat))) (: yValues (Segment (DoubleFloat)))) (Plot))) (SIGNATURE clipParametric ((Record (: brans (List (List (Point (DoubleFloat))))) (: xValues (Segment (DoubleFloat))) (: yValues (Segment (DoubleFloat)))) (Plot) (Fraction (Integer)) (Fraction (Integer)))) (SIGNATURE clipWithRanges ((Record (: brans (List (List (Point (DoubleFloat))))) (: xValues (Segment (DoubleFloat))) (: yValues (Segment (DoubleFloat)))) (List (List (Point (DoubleFloat)))) (DoubleFloat) (DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE clip ((Record (: brans (List (List (Point (DoubleFloat))))) (: xValues (Segment (DoubleFloat))) (: yValues (Segment (DoubleFloat)))) (List (Point (DoubleFloat))))) (SIGNATURE clip ((Record (: brans (List (List (Point (DoubleFloat))))) (: xValues (Segment (DoubleFloat))) (: yValues (Segment (DoubleFloat)))) (List (List (Point (DoubleFloat))))))) $param: NIL debug: evaluateType form: (Record (: brans (List (List (Point (DoubleFloat))))) (: xValues (Segment (DoubleFloat))) (: yValues (Segment (DoubleFloat)))) $param: NIL debug: evaluateType form: (List (List (Point (DoubleFloat)))) $param: NIL Debug: evaluateType1 form: (List (List (Point (DoubleFloat)))) debug: evaluateType1 x: (List (Point (DoubleFloat))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Point (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Point (DoubleFloat))) debug: evaluateType1 x: (Point (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evalCategory d: (Point (DoubleFloat)) c: (Type) debug: evalCategory d: (List (Point (DoubleFloat))) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Plot) $param: NIL Debug: evaluateType1 form: (Plot) debug: evaluateType form: (Record (: brans (List (List (Point (DoubleFloat))))) (: xValues (Segment (DoubleFloat))) (: yValues (Segment (DoubleFloat)))) $param: NIL debug: evaluateType form: (List (List (Point (DoubleFloat)))) $param: NIL Debug: evaluateType1 form: (List (List (Point (DoubleFloat)))) debug: evaluateType1 x: (List (Point (DoubleFloat))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Point (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Point (DoubleFloat))) debug: evaluateType1 x: (Point (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evalCategory d: (Point (DoubleFloat)) c: (Type) debug: evalCategory d: (List (Point (DoubleFloat))) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Plot) $param: NIL Debug: evaluateType1 form: (Plot) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Record (: brans (List (List (Point (DoubleFloat))))) (: xValues (Segment (DoubleFloat))) (: yValues (Segment (DoubleFloat)))) $param: NIL debug: evaluateType form: (List (List (Point (DoubleFloat)))) $param: NIL Debug: evaluateType1 form: (List (List (Point (DoubleFloat)))) debug: evaluateType1 x: (List (Point (DoubleFloat))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Point (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Point (DoubleFloat))) debug: evaluateType1 x: (Point (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evalCategory d: (Point (DoubleFloat)) c: (Type) debug: evalCategory d: (List (Point (DoubleFloat))) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Plot) $param: NIL Debug: evaluateType1 form: (Plot) debug: evaluateType form: (Record (: brans (List (List (Point (DoubleFloat))))) (: xValues (Segment (DoubleFloat))) (: yValues (Segment (DoubleFloat)))) $param: NIL debug: evaluateType form: (List (List (Point (DoubleFloat)))) $param: NIL Debug: evaluateType1 form: (List (List (Point (DoubleFloat)))) debug: evaluateType1 x: (List (Point (DoubleFloat))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Point (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Point (DoubleFloat))) debug: evaluateType1 x: (Point (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evalCategory d: (Point (DoubleFloat)) c: (Type) debug: evalCategory d: (List (Point (DoubleFloat))) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Plot) $param: NIL Debug: evaluateType1 form: (Plot) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Record (: brans (List (List (Point (DoubleFloat))))) (: xValues (Segment (DoubleFloat))) (: yValues (Segment (DoubleFloat)))) $param: NIL debug: evaluateType form: (List (List (Point (DoubleFloat)))) $param: NIL Debug: evaluateType1 form: (List (List (Point (DoubleFloat)))) debug: evaluateType1 x: (List (Point (DoubleFloat))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Point (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Point (DoubleFloat))) debug: evaluateType1 x: (Point (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evalCategory d: (Point (DoubleFloat)) c: (Type) debug: evalCategory d: (List (Point (DoubleFloat))) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (List (List (Point (DoubleFloat)))) $param: NIL Debug: evaluateType1 form: (List (List (Point (DoubleFloat)))) debug: evaluateType1 x: (List (Point (DoubleFloat))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Point (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Point (DoubleFloat))) debug: evaluateType1 x: (Point (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evalCategory d: (Point (DoubleFloat)) c: (Type) debug: evalCategory d: (List (Point (DoubleFloat))) c: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Record (: brans (List (List (Point (DoubleFloat))))) (: xValues (Segment (DoubleFloat))) (: yValues (Segment (DoubleFloat)))) $param: NIL debug: evaluateType form: (List (List (Point (DoubleFloat)))) $param: NIL Debug: evaluateType1 form: (List (List (Point (DoubleFloat)))) debug: evaluateType1 x: (List (Point (DoubleFloat))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Point (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Point (DoubleFloat))) debug: evaluateType1 x: (Point (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evalCategory d: (Point (DoubleFloat)) c: (Type) debug: evalCategory d: (List (Point (DoubleFloat))) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (List (Point (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Point (DoubleFloat))) debug: evaluateType1 x: (Point (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evalCategory d: (Point (DoubleFloat)) c: (Type) debug: evaluateType form: (Record (: brans (List (List (Point (DoubleFloat))))) (: xValues (Segment (DoubleFloat))) (: yValues (Segment (DoubleFloat)))) $param: NIL debug: evaluateType form: (List (List (Point (DoubleFloat)))) $param: NIL Debug: evaluateType1 form: (List (List (Point (DoubleFloat)))) debug: evaluateType1 x: (List (Point (DoubleFloat))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Point (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Point (DoubleFloat))) debug: evaluateType1 x: (Point (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evalCategory d: (Point (DoubleFloat)) c: (Type) debug: evalCategory d: (List (Point (DoubleFloat))) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (List (List (Point (DoubleFloat)))) $param: NIL Debug: evaluateType1 form: (List (List (Point (DoubleFloat)))) debug: evaluateType1 x: (List (Point (DoubleFloat))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Point (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Point (DoubleFloat))) debug: evaluateType1 x: (Point (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evalCategory d: (Point (DoubleFloat)) c: (Type) debug: evalCategory d: (List (Point (DoubleFloat))) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE clip ((Record (: brans (List (List (Point (DoubleFloat))))) (: xValues (Segment (DoubleFloat))) (: yValues (Segment (DoubleFloat)))) (Plot))) (SIGNATURE clip ((Record (: brans (List (List (Point (DoubleFloat))))) (: xValues (Segment (DoubleFloat))) (: yValues (Segment (DoubleFloat)))) (Plot) (Fraction (Integer)) (Fraction (Integer)))) (SIGNATURE clipParametric ((Record (: brans (List (List (Point (DoubleFloat))))) (: xValues (Segment (DoubleFloat))) (: yValues (Segment (DoubleFloat)))) (Plot))) (SIGNATURE clipParametric ((Record (: brans (List (List (Point (DoubleFloat))))) (: xValues (Segment (DoubleFloat))) (: yValues (Segment (DoubleFloat)))) (Plot) (Fraction (Integer)) (Fraction (Integer)))) (SIGNATURE clipWithRanges ((Record (: brans (List (List (Point (DoubleFloat))))) (: xValues (Segment (DoubleFloat))) (: yValues (Segment (DoubleFloat)))) (List (List (Point (DoubleFloat)))) (DoubleFloat) (DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE clip ((Record (: brans (List (List (Point (DoubleFloat))))) (: xValues (Segment (DoubleFloat))) (: yValues (Segment (DoubleFloat)))) (List (Point (DoubleFloat))))) (SIGNATURE clip ((Record (: brans (List (List (Point (DoubleFloat))))) (: xValues (Segment (DoubleFloat))) (: yValues (Segment (DoubleFloat)))) (List (List (Point (DoubleFloat)))))))) ------------------------------------------------------------------------ initializing stationary directory for TwoDimensionalPlotClipping compiling into /tmp/oa-Ebz5e2 importing PointPackage DoubleFloat importing ListFunctions2(Point DoubleFloat,DoubleFloat) compiling local Pnan? : Point DoubleFloat -> Boolean Time: 0.04 SEC. compiling local iClipParametric : (List List Point DoubleFloat,Fraction Integer,Fraction Integer) -> Record(brans: List List Point DoubleFloat,xValues: Segment DoubleFloat,yValues: Segment DoubleFloat) Time: 0.13 SEC. compiling local point : (DoubleFloat,DoubleFloat) -> Point DoubleFloat Time: 0.01 SEC. compiling local intersectWithHorizLine : (DoubleFloat,DoubleFloat,DoubleFloat,DoubleFloat,DoubleFloat) -> Point DoubleFloat Time: 0.02 SEC. compiling local intersectWithVertLine : (DoubleFloat,DoubleFloat,DoubleFloat,DoubleFloat,DoubleFloat) -> Point DoubleFloat Time: 0.02 SEC. compiling local intersectWithBdry : (DoubleFloat,DoubleFloat,DoubleFloat,DoubleFloat,Point DoubleFloat,Point DoubleFloat) -> Point DoubleFloat Time: 0.01 SEC. compiling local discardAndSplit : (List Point DoubleFloat,Point DoubleFloat -> Boolean,DoubleFloat,DoubleFloat,DoubleFloat,DoubleFloat) -> List List Point DoubleFloat Time: 0.06 SEC. compiling exported clip : (Plot,Fraction Integer,Fraction Integer) -> Record(brans: List List Point DoubleFloat,xValues: Segment DoubleFloat,yValues: Segment DoubleFloat) Time: 0.20 SEC. compiling exported clip : Plot -> Record(brans: List List Point DoubleFloat,xValues: Segment DoubleFloat,yValues: Segment DoubleFloat) Time: 0.01 SEC. compiling local norm : Point DoubleFloat -> DoubleFloat Time: 0.02 SEC. compiling local findPt : List List Point DoubleFloat -> Union(Point DoubleFloat,failed) Time: 0.02 SEC. compiling exported clipWithRanges : (List List Point DoubleFloat,DoubleFloat,DoubleFloat,DoubleFloat,DoubleFloat) -> Record(brans: List List Point DoubleFloat,xValues: Segment DoubleFloat,yValues: Segment DoubleFloat) Time: 0.14 SEC. compiling exported clipParametric : (Plot,Fraction Integer,Fraction Integer) -> Record(brans: List List Point DoubleFloat,xValues: Segment DoubleFloat,yValues: Segment DoubleFloat) Time: 0.01 SEC. compiling exported clipParametric : Plot -> Record(brans: List List Point DoubleFloat,xValues: Segment DoubleFloat,yValues: Segment DoubleFloat) Time: 0.02 SEC. compiling exported clip : List Point DoubleFloat -> Record(brans: List List Point DoubleFloat,xValues: Segment DoubleFloat,yValues: Segment DoubleFloat) Time: 0.04 SEC. compiling exported clip : List List Point DoubleFloat -> Record(brans: List List Point DoubleFloat,xValues: Segment DoubleFloat,yValues: Segment DoubleFloat) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] Pnan?: nan? has no value [2] clip: empty? has no value [3] clip: yMax has no value [4] clip: yMin has no value Cumulative Statistics for Constructor TwoDimensionalPlotClipping Time: 0.81 seconds finalizing NRLIB CLIP Processing TwoDimensionalPlotClipping for Browser database: -- clip : PLOT -> CLIPPED -- clip : (PLOT,RN,RN) -> CLIPPED -- clipParametric : PLOT -> CLIPPED -- clipParametric : (PLOT,RN,RN) -> CLIPPED -- clipWithRanges : (L L Pt,SF,SF,SF,SF) -> CLIPPED -- clip : L Pt -> CLIPPED -- clip : L L Pt -> CLIPPED -- constructor ; compiling file "/tmp/oa-Ebz5e2/code.lsp" (written 01 FEB 2016 11:12:03 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |CLIP;Pnan?| ...) ; file: /tmp/oa-Ebz5e2/code.lsp ; in: DEFUN |CLIP;Pnan?| ; #'(LAMBDA (BOOT::|#1| BOOT::$) (|AxiomCore|:|%fNaN?| BOOT::|#1|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; (DEFUN BOOT::|CLIP;Pnan?| (BOOT::|p| BOOT::$) ; (BOOT::SPADCALL ; (CONS #'(LAMBDA (BOOT::|#1| BOOT::$) (|AxiomCore|:|%fNaN?| BOOT::|#1|)) ; NIL) ; BOOT::|p| (BOOT::|shellEntry| BOOT::$ 11))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CLIP;Pnan?| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|CLIP;Pnan?| ; (BOOT::SPADCALL (CONS #'(LAMBDA # #) NIL) BOOT::|p| ; (BOOT::|shellEntry| BOOT::$ 11)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |CLIP;iClipParametric| ...) ; file: /tmp/oa-Ebz5e2/code.lsp ; in: DEFUN |CLIP;iClipParametric| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MIN BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; (DEFUN BOOT::|CLIP;iClipParametric| ; (BOOT::|pointLists| BOOT::|fraction| BOOT::|scale| BOOT::$) ; (PROG (BOOT::|yseg| BOOT::|xseg| BOOT::|ys| BOOT::|xs| BOOT::|newclip| ; BOOT::|denn| BOOT::|numm| BOOT::|yDiff| BOOT::|xDiff| BOOT::|yMax| ; BOOT::|yMin| BOOT::|xMax| ...) ; (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CLIP;iClipParametric| ; (BOOT::|pointLists| BOOT::|fraction| BOOT::|scale| BOOT::$) ; (BLOCK BOOT::|CLIP;iClipParametric| ; (PROG (BOOT::|yseg| BOOT::|xseg| BOOT::|ys| BOOT::|xs| BOOT::|newclip| ; BOOT::|denn| BOOT::|numm| BOOT::|yDiff| BOOT::|xDiff| ; BOOT::|yMax| BOOT::|yMin| BOOT::|xMax| ...) ; (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |CLIP;iClipParametric!1| ...) ; compiling (DEFUN |CLIP;iClipParametric!0| ...) ; compiling (DEFUN |CLIP;point| ...) ; compiling (DEFUN |CLIP;intersectWithHorizLine| ...) ; compiling (DEFUN |CLIP;intersectWithVertLine| ...) ; compiling (DEFUN |CLIP;intersectWithBdry| ...) ; compiling (DEFUN |CLIP;discardAndSplit| ...) ; file: /tmp/oa-Ebz5e2/code.lsp ; in: DEFUN |CLIP;discardAndSplit| ; (DEFUN BOOT::|CLIP;discardAndSplit| ; (BOOT::|pointList| BOOT::|pred| BOOT::|xMin| BOOT::|xMax| BOOT::|yMin| ; BOOT::|yMax| BOOT::$) ; (PROG (BOOT::|bdryPt| BOOT::|pt|) ; (RETURN ; (LET (# # # #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CLIP;discardAndSplit| ; (BOOT::|pointList| BOOT::|pred| BOOT::|xMin| BOOT::|xMax| BOOT::|yMin| ; BOOT::|yMax| BOOT::$) ; (BLOCK BOOT::|CLIP;discardAndSplit| ; (PROG (BOOT::|bdryPt| BOOT::|pt|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |pointList| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; compiling (DEFUN |CLIP;clip;P2FR;8| ...) ; file: /tmp/oa-Ebz5e2/code.lsp ; in: DEFUN |CLIP;clip;P2FR;8| ; (DEFUN BOOT::|CLIP;clip;P2FR;8| ; (BOOT::|plot| BOOT::|fraction| BOOT::|scale| BOOT::$) ; (PROG (BOOT::|lists| BOOT::|xMax| BOOT::|xMin| BOOT::|denn| BOOT::|numm| ; BOOT::|yDiff| BOOT::|yMax| BOOT::|yMin| BOOT::|clipNum| BOOT::|den| ; BOOT::|num| BOOT::|n| ...) ; (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CLIP;clip;P2FR;8| ; (BOOT::|plot| BOOT::|fraction| BOOT::|scale| BOOT::$) ; (BLOCK BOOT::|CLIP;clip;P2FR;8| ; (PROG (BOOT::|lists| BOOT::|xMax| BOOT::|xMin| BOOT::|denn| ; BOOT::|numm| BOOT::|yDiff| BOOT::|yMax| BOOT::|yMin| ; BOOT::|clipNum| BOOT::|den| BOOT::|num| BOOT::|n| ...) ; (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |CLIP;clip;P2FR;8!1| ...) ; compiling (DEFUN |CLIP;clip;P2FR;8!0| ...) ; compiling (DEFUN |CLIP;clip;PR;9| ...) ; compiling (DEFUN |CLIP;norm| ...) ; compiling (DEFUN |CLIP;findPt| ...) ; compiling (DEFUN |CLIP;clipWithRanges;L4DfR;12| ...) ; file: /tmp/oa-Ebz5e2/code.lsp ; in: DEFUN |CLIP;clipWithRanges;L4DfR;12| ; (DEFUN BOOT::|CLIP;clipWithRanges;L4DfR;12| ; (BOOT::|pointLists| BOOT::|xMin| BOOT::|xMax| BOOT::|yMin| ; BOOT::|yMax| BOOT::$) ; (PROG (BOOT::|firstPt| BOOT::|pt|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CLIP;clipWithRanges;L4DfR;12| ; (BOOT::|pointLists| BOOT::|xMin| BOOT::|xMax| BOOT::|yMin| BOOT::|yMax| ; BOOT::$) ; (BLOCK BOOT::|CLIP;clipWithRanges;L4DfR;12| ; (PROG (BOOT::|firstPt| BOOT::|pt|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |xMin| ; prevents use of assertion from function type proclamation: ; DOUBLE-FLOAT ; ; ; note: Assignment to argument: |xMax| ; prevents use of assertion from function type proclamation: ; DOUBLE-FLOAT ; ; ; note: Assignment to argument: |yMin| ; prevents use of assertion from function type proclamation: ; DOUBLE-FLOAT ; ; ; note: Assignment to argument: |yMax| ; prevents use of assertion from function type proclamation: ; DOUBLE-FLOAT ; ; compiling (DEFUN |CLIP;clipWithRanges;L4DfR;12!0| ...) ; compiling (DEFUN |CLIP;clipParametric;P2FR;13| ...) ; compiling (DEFUN |CLIP;clipParametric;PR;14| ...) ; compiling (DEFUN |CLIP;clip;LR;15| ...) ; compiling (DEFUN |CLIP;clip;LR;16| ...) ; compiling (DEFUN |TwoDimensionalPlotClipping| ...) ; compiling (DEFUN |TwoDimensionalPlotClipping;| ...) ; compiling (MAKEPROP (QUOTE |TwoDimensionalPlotClipping|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 5 STYLE-WARNING conditions ; printed 9 notes ; /tmp/oa-Ebz5e2/code.fasl written ; compilation finished in 0:00:00.142 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/SPACEC.fasl --bootstrap SPACEC.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SPACEC.spad using Spad compiler. SPACEC abbreviates category ThreeSpaceCategory ------------------------------------------------------------------------ initializing stationary directory for ThreeSpaceCategory compiling into /tmp/oa-GnHzji STYLE-WARNING: redefining BOOT::|ThreeSpaceCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB SPACEC ; compiling file "/tmp/oa-GnHzji/code.lsp" (written 01 FEB 2016 11:12:03 PM): ; compiling (DEFPARAMETER |ThreeSpaceCategory;AL| ...) ; compiling (DEFUN |ThreeSpaceCategory;| ...) ; compiling (DEFUN |ThreeSpaceCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-GnHzji/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/SPACE3.fasl --bootstrap SPACE3.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SPACE3.spad using Spad compiler. SPACE3 abbreviates domain ThreeSpace ------------------------------------------------------------------------ initializing stationary directory for ThreeSpace compiling into /tmp/oa-d14zNo Time: 0.01 SEC. Cumulative Statistics for Constructor ThreeSpace Time: 0.01 seconds finalizing NRLIB SPACE3 ; compiling file "/tmp/oa-d14zNo/code.lsp" (written 01 FEB 2016 11:12:03 PM): ; compiling (DEFUN |ThreeSpace| ...) ; compiling (DEFUN |ThreeSpace;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-d14zNo/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/DROPT.fasl --optimize=3 DROPT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DROPT.spad using Spad compiler. DROPT abbreviates domain DrawOption debug: compDefine1 lhs: (DrawOption) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE adaptive ($ (Boolean))) (SIGNATURE clip ($ (Boolean))) (SIGNATURE viewpoint ($ (Record (: theta (DoubleFloat)) (: phi (DoubleFloat)) (: scale (DoubleFloat)) (: scaleX (DoubleFloat)) (: scaleY (DoubleFloat)) (: scaleZ (DoubleFloat)) (: deltaX (DoubleFloat)) (: deltaY (DoubleFloat))))) (SIGNATURE title ($ (String))) (SIGNATURE style ($ (String))) (SIGNATURE toScale ($ (Boolean))) (SIGNATURE clip ($ (List (Segment (Float))))) (SIGNATURE coordinates ($ (Mapping (Point (DoubleFloat)) (Point (DoubleFloat))))) (SIGNATURE pointColor ($ (Float))) (SIGNATURE pointColor ($ (Palette))) (SIGNATURE curveColor ($ (Float))) (SIGNATURE curveColor ($ (Palette))) (SIGNATURE colorFunction ($ (Mapping (DoubleFloat) (DoubleFloat)))) (SIGNATURE colorFunction ($ (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)))) (SIGNATURE colorFunction ($ (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat) (DoubleFloat)))) (SIGNATURE tubeRadius ($ (Float))) (SIGNATURE range ($ (List (Segment (Float))))) (SIGNATURE range ($ (List (Segment (Fraction (Integer)))))) (SIGNATURE ranges ($ (List (Segment (Float))))) (SIGNATURE space ($ (ThreeSpace (DoubleFloat)))) (SIGNATURE var1Steps ($ (PositiveInteger))) (SIGNATURE var2Steps ($ (PositiveInteger))) (SIGNATURE tubePoints ($ (PositiveInteger))) (SIGNATURE coord ($ (Mapping (Point (DoubleFloat)) (Point (DoubleFloat))))) (SIGNATURE unit ($ (List (Float)))) (SIGNATURE option ((Union (Any) failed) (List $) (Symbol))) (SIGNATURE option? ((Boolean) (List $) (Symbol)))))) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (SIGNATURE adaptive ($ (Boolean))) (SIGNATURE clip ($ (Boolean))) (SIGNATURE viewpoint ($ (Record (: theta (DoubleFloat)) (: phi (DoubleFloat)) (: scale (DoubleFloat)) (: scaleX (DoubleFloat)) (: scaleY (DoubleFloat)) (: scaleZ (DoubleFloat)) (: deltaX (DoubleFloat)) (: deltaY (DoubleFloat))))) (SIGNATURE title ($ (String))) (SIGNATURE style ($ (String))) (SIGNATURE toScale ($ (Boolean))) (SIGNATURE clip ($ (List (Segment (Float))))) (SIGNATURE coordinates ($ (Mapping (Point (DoubleFloat)) (Point (DoubleFloat))))) (SIGNATURE pointColor ($ (Float))) (SIGNATURE pointColor ($ (Palette))) (SIGNATURE curveColor ($ (Float))) (SIGNATURE curveColor ($ (Palette))) (SIGNATURE colorFunction ($ (Mapping (DoubleFloat) (DoubleFloat)))) (SIGNATURE colorFunction ($ (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)))) (SIGNATURE colorFunction ($ (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat) (DoubleFloat)))) (SIGNATURE tubeRadius ($ (Float))) (SIGNATURE range ($ (List (Segment (Float))))) (SIGNATURE range ($ (List (Segment (Fraction (Integer)))))) (SIGNATURE ranges ($ (List (Segment (Float))))) (SIGNATURE space ($ (ThreeSpace (DoubleFloat)))) (SIGNATURE var1Steps ($ (PositiveInteger))) (SIGNATURE var2Steps ($ (PositiveInteger))) (SIGNATURE tubePoints ($ (PositiveInteger))) (SIGNATURE coord ($ (Mapping (Point (DoubleFloat)) (Point (DoubleFloat))))) (SIGNATURE unit ($ (List (Float)))) (SIGNATURE option ((Union (Any) failed) (List $) (Symbol))) (SIGNATURE option? ((Boolean) (List $) (Symbol))))) $param: NIL debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE adaptive ($ (Boolean))) (SIGNATURE clip ($ (Boolean))) (SIGNATURE viewpoint ($ (Record (: theta (DoubleFloat)) (: phi (DoubleFloat)) (: scale (DoubleFloat)) (: scaleX (DoubleFloat)) (: scaleY (DoubleFloat)) (: scaleZ (DoubleFloat)) (: deltaX (DoubleFloat)) (: deltaY (DoubleFloat))))) (SIGNATURE title ($ (String))) (SIGNATURE style ($ (String))) (SIGNATURE toScale ($ (Boolean))) (SIGNATURE clip ($ (List (Segment (Float))))) (SIGNATURE coordinates ($ (Mapping (Point (DoubleFloat)) (Point (DoubleFloat))))) (SIGNATURE pointColor ($ (Float))) (SIGNATURE pointColor ($ (Palette))) (SIGNATURE curveColor ($ (Float))) (SIGNATURE curveColor ($ (Palette))) (SIGNATURE colorFunction ($ (Mapping (DoubleFloat) (DoubleFloat)))) (SIGNATURE colorFunction ($ (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)))) (SIGNATURE colorFunction ($ (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat) (DoubleFloat)))) (SIGNATURE tubeRadius ($ (Float))) (SIGNATURE range ($ (List (Segment (Float))))) (SIGNATURE range ($ (List (Segment (Fraction (Integer)))))) (SIGNATURE ranges ($ (List (Segment (Float))))) (SIGNATURE space ($ (ThreeSpace (DoubleFloat)))) (SIGNATURE var1Steps ($ (PositiveInteger))) (SIGNATURE var2Steps ($ (PositiveInteger))) (SIGNATURE tubePoints ($ (PositiveInteger))) (SIGNATURE coord ($ (Mapping (Point (DoubleFloat)) (Point (DoubleFloat))))) (SIGNATURE unit ($ (List (Float)))) (SIGNATURE option ((Union (Any) failed) (List $) (Symbol))) (SIGNATURE option? ((Boolean) (List $) (Symbol)))) $param: NIL debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Record (: theta (DoubleFloat)) (: phi (DoubleFloat)) (: scale (DoubleFloat)) (: scaleX (DoubleFloat)) (: scaleY (DoubleFloat)) (: scaleZ (DoubleFloat)) (: deltaX (DoubleFloat)) (: deltaY (DoubleFloat))) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List (Segment (Float))) $param: NIL Debug: evaluateType1 form: (List (Segment (Float))) debug: evaluateType1 x: (Segment (Float)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Segment (Float)) $param: NIL Debug: evaluateType1 form: (Segment (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evalCategory d: (Segment (Float)) c: (Type) debug: evaluateType form: (Mapping (Point (DoubleFloat)) (Point (DoubleFloat))) $param: NIL debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (List (Segment (Float))) $param: NIL Debug: evaluateType1 form: (List (Segment (Float))) debug: evaluateType1 x: (Segment (Float)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Segment (Float)) $param: NIL Debug: evaluateType1 form: (Segment (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evalCategory d: (Segment (Float)) c: (Type) debug: evaluateType form: (List (Segment (Fraction (Integer)))) $param: NIL Debug: evaluateType1 form: (List (Segment (Fraction (Integer)))) debug: evaluateType1 x: (Segment (Fraction (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Segment (Fraction (Integer))) $param: NIL Debug: evaluateType1 form: (Segment (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Type) debug: evalCategory d: (Segment (Fraction (Integer))) c: (Type) debug: evaluateType form: (List (Segment (Float))) $param: NIL Debug: evaluateType1 form: (List (Segment (Float))) debug: evaluateType1 x: (Segment (Float)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Segment (Float)) $param: NIL Debug: evaluateType1 form: (Segment (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evalCategory d: (Segment (Float)) c: (Type) debug: evaluateType form: (ThreeSpace (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (ThreeSpace (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (Mapping (Point (DoubleFloat)) (Point (DoubleFloat))) $param: NIL debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (List (Float)) $param: NIL Debug: evaluateType1 form: (List (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (Union (Any) failed) $param: NIL debug: evaluateType form: (Any) $param: NIL Debug: evaluateType1 form: (Any) debug: evaluateType form: failed $param: NIL debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE adaptive ($ (Boolean))) (SIGNATURE clip ($ (Boolean))) (SIGNATURE viewpoint ($ (Record (: theta (DoubleFloat)) (: phi (DoubleFloat)) (: scale (DoubleFloat)) (: scaleX (DoubleFloat)) (: scaleY (DoubleFloat)) (: scaleZ (DoubleFloat)) (: deltaX (DoubleFloat)) (: deltaY (DoubleFloat))))) (SIGNATURE title ($ (String))) (SIGNATURE style ($ (String))) (SIGNATURE toScale ($ (Boolean))) (SIGNATURE clip ($ (List (Segment (Float))))) (SIGNATURE coordinates ($ (Mapping (Point (DoubleFloat)) (Point (DoubleFloat))))) (SIGNATURE pointColor ($ (Float))) (SIGNATURE pointColor ($ (Palette))) (SIGNATURE curveColor ($ (Float))) (SIGNATURE curveColor ($ (Palette))) (SIGNATURE colorFunction ($ (Mapping (DoubleFloat) (DoubleFloat)))) (SIGNATURE colorFunction ($ (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)))) (SIGNATURE colorFunction ($ (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat) (DoubleFloat)))) (SIGNATURE tubeRadius ($ (Float))) (SIGNATURE range ($ (List (Segment (Float))))) (SIGNATURE range ($ (List (Segment (Fraction (Integer)))))) (SIGNATURE ranges ($ (List (Segment (Float))))) (SIGNATURE space ($ (ThreeSpace (DoubleFloat)))) (SIGNATURE var1Steps ($ (PositiveInteger))) (SIGNATURE var2Steps ($ (PositiveInteger))) (SIGNATURE tubePoints ($ (PositiveInteger))) (SIGNATURE coord ($ (Mapping (Point (DoubleFloat)) (Point (DoubleFloat))))) (SIGNATURE unit ($ (List (Float)))) (SIGNATURE option ((Union (Any) failed) (List $) (Symbol))) (SIGNATURE option? ((Boolean) (List $) (Symbol)))))) ------------------------------------------------------------------------ initializing stationary directory for DrawOption compiling into /tmp/oa-rgsZiz importing AnyFunctions1 String importing AnyFunctions1 Segment Float importing AnyFunctions1 Record(theta: DoubleFloat,phi: DoubleFloat,scale: DoubleFloat,scaleX: DoubleFloat,scaleY: DoubleFloat,scaleZ: DoubleFloat,deltaX: DoubleFloat,deltaY: DoubleFloat) importing AnyFunctions1 List Segment Float importing AnyFunctions1 List Segment Fraction Integer importing AnyFunctions1 List Integer importing AnyFunctions1 PositiveInteger importing AnyFunctions1 Boolean importing AnyFunctions1 List Segment Float importing AnyFunctions1 List Float importing AnyFunctions1 Float importing AnyFunctions1 Point DoubleFloat -> Point DoubleFloat importing AnyFunctions1 DoubleFloat -> DoubleFloat importing AnyFunctions1 (DoubleFloat,DoubleFloat) -> DoubleFloat importing AnyFunctions1 (DoubleFloat,DoubleFloat,DoubleFloat) -> DoubleFloat importing AnyFunctions1 Point DoubleFloat importing AnyFunctions1 Palette importing AnyFunctions1 ThreeSpace DoubleFloat compiling local length : List Segment Float -> NonNegativeInteger DROPT;length is replaced by %llength Time: 0.06 SEC. compiling local lengthR : List Segment Fraction Integer -> NonNegativeInteger DROPT;lengthR is replaced by %llength Time: 0.01 SEC. compiling local lengthI : List Integer -> NonNegativeInteger DROPT;lengthI is replaced by %llength Time: 0.01 SEC. compiling exported viewpoint : Record(theta: DoubleFloat,phi: DoubleFloat,scale: DoubleFloat,scaleX: DoubleFloat,scaleY: DoubleFloat,scaleZ: DoubleFloat,deltaX: DoubleFloat,deltaY: DoubleFloat) -> % Debug compQuote expr: (QUOTE viewpoint) m: $EmptyMode Debug compQuote expr: (QUOTE viewpoint) m: (Symbol) Time: 0.00 SEC. compiling exported title : String -> % Debug compQuote expr: (QUOTE title) m: $EmptyMode Debug compQuote expr: (QUOTE title) m: (Symbol) Time: 0.00 SEC. compiling exported style : String -> % Debug compQuote expr: (QUOTE style) m: $EmptyMode Debug compQuote expr: (QUOTE style) m: (Symbol) Time: 0.00 SEC. compiling exported toScale : Boolean -> % Debug compQuote expr: (QUOTE toScale) m: $EmptyMode Debug compQuote expr: (QUOTE toScale) m: (Symbol) Time: 0.00 SEC. compiling exported clip : Boolean -> % Debug compQuote expr: (QUOTE clipBoolean) m: $EmptyMode Debug compQuote expr: (QUOTE clipBoolean) m: (Symbol) Time: 0.00 SEC. compiling exported adaptive : Boolean -> % Debug compQuote expr: (QUOTE adaptive) m: $EmptyMode Debug compQuote expr: (QUOTE adaptive) m: (Symbol) Time: 0.00 SEC. compiling exported pointColor : Float -> % Debug compQuote expr: (QUOTE pointColorFloat) m: $EmptyMode Debug compQuote expr: (QUOTE pointColorFloat) m: (Symbol) Time: 0.00 SEC. compiling exported pointColor : Palette -> % Debug compQuote expr: (QUOTE pointColorPalette) m: $EmptyMode Debug compQuote expr: (QUOTE pointColorPalette) m: (Symbol) Time: 0.00 SEC. compiling exported curveColor : Float -> % Debug compQuote expr: (QUOTE curveColorFloat) m: $EmptyMode Debug compQuote expr: (QUOTE curveColorFloat) m: (Symbol) Time: 0.01 SEC. compiling exported curveColor : Palette -> % Debug compQuote expr: (QUOTE curveColorPalette) m: $EmptyMode Debug compQuote expr: (QUOTE curveColorPalette) m: (Symbol) Time: 0 SEC. compiling exported colorFunction : DoubleFloat -> DoubleFloat -> % Debug compQuote expr: (QUOTE colorFunction1) m: $EmptyMode Debug compQuote expr: (QUOTE colorFunction1) m: (Symbol) Time: 0.00 SEC. compiling exported colorFunction : (DoubleFloat,DoubleFloat) -> DoubleFloat -> % Debug compQuote expr: (QUOTE colorFunction2) m: $EmptyMode Debug compQuote expr: (QUOTE colorFunction2) m: (Symbol) Time: 0.00 SEC. compiling exported colorFunction : (DoubleFloat,DoubleFloat,DoubleFloat) -> DoubleFloat -> % Debug compQuote expr: (QUOTE colorFunction3) m: $EmptyMode Debug compQuote expr: (QUOTE colorFunction3) m: (Symbol) Time: 0.00 SEC. compiling exported clip : List Segment Float -> % Debug compQuote expr: (QUOTE clipSegment) m: $EmptyMode Debug compQuote expr: (QUOTE clipSegment) m: (Symbol) Time: 0.02 SEC. compiling exported coordinates : Point DoubleFloat -> Point DoubleFloat -> % Debug compQuote expr: (QUOTE coordinates) m: $EmptyMode Debug compQuote expr: (QUOTE coordinates) m: (Symbol) Time: 0.01 SEC. compiling exported tubeRadius : Float -> % Debug compQuote expr: (QUOTE tubeRadius) m: $EmptyMode Debug compQuote expr: (QUOTE tubeRadius) m: (Symbol) Time: 0.00 SEC. compiling exported range : List Segment Float -> % Debug compQuote expr: (QUOTE rangeFloat) m: $EmptyMode Debug compQuote expr: (QUOTE rangeFloat) m: (Symbol) Time: 0.02 SEC. compiling exported range : List Segment Fraction Integer -> % Debug compQuote expr: (QUOTE rangeRat) m: $EmptyMode Debug compQuote expr: (QUOTE rangeRat) m: (Symbol) Time: 0.02 SEC. compiling exported ranges : List Segment Float -> % Debug compQuote expr: (QUOTE ranges) m: $EmptyMode Debug compQuote expr: (QUOTE ranges) m: (Symbol) Time: 0.01 SEC. compiling exported space : ThreeSpace DoubleFloat -> % Debug compQuote expr: (QUOTE space) m: $EmptyMode Debug compQuote expr: (QUOTE space) m: (Symbol) Time: 0.00 SEC. compiling exported var1Steps : PositiveInteger -> % Debug compQuote expr: (QUOTE var1Steps) m: $EmptyMode Debug compQuote expr: (QUOTE var1Steps) m: (Symbol) Time: 0.01 SEC. compiling exported var2Steps : PositiveInteger -> % Debug compQuote expr: (QUOTE var2Steps) m: $EmptyMode Debug compQuote expr: (QUOTE var2Steps) m: (Symbol) Time: 0.00 SEC. compiling exported tubePoints : PositiveInteger -> % Debug compQuote expr: (QUOTE tubePoints) m: $EmptyMode Debug compQuote expr: (QUOTE tubePoints) m: (Symbol) Time: 0.01 SEC. compiling exported coord : Point DoubleFloat -> Point DoubleFloat -> % Debug compQuote expr: (QUOTE coord) m: $EmptyMode Debug compQuote expr: (QUOTE coord) m: (Symbol) Time: 0.01 SEC. compiling exported unit : List Float -> % Debug compQuote expr: (QUOTE unit) m: $EmptyMode Debug compQuote expr: (QUOTE unit) m: (Symbol) Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Time: 0.02 SEC. compiling exported = : (%,%) -> Boolean Time: 0.01 SEC. compiling exported option? : (List %,Symbol) -> Boolean Time: 0.01 SEC. compiling exported option : (List %,Symbol) -> Union(Any,failed) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] Type Symbol is not in scope. Import it [2] Type Any is not in scope. Import it Cumulative Statistics for Constructor DrawOption Time: 0.30 seconds finalizing NRLIB DROPT Processing DrawOption for Browser database: -- adaptive : Boolean -> % -- clip : Boolean -> % -- viewpoint : VIEWPT -> % -- title : String -> % -- style : String -> % -- toScale : Boolean -> % -- clip : List SEG -> % -- coordinates : (POINT -> POINT) -> % -- pointColor : Float -> % -- pointColor : PAL -> % -- curveColor : Float -> % -- curveColor : PAL -> % -- colorFunction : (SF -> SF) -> % -- colorFunction : ((SF,SF) -> SF) -> % -- colorFunction : ((SF,SF,SF) -> SF) -> % -- tubeRadius : Float -> % -- range : List SEG -> % -- range : List Segment Fraction Integer -> % -- ranges : RANGE -> % -- space : SPACE3 -> % -- var1Steps : PositiveInteger -> % -- var2Steps : PositiveInteger -> % -- tubePoints : PositiveInteger -> % -- coord : (POINT -> POINT) -> % -- unit : UNIT -> % -- option : (List %,Symbol) -> Union(Any,"failed") -- option? : (List %,Symbol) -> Boolean -- constructor ; compiling file "/tmp/oa-rgsZiz/code.lsp" (written 01 FEB 2016 11:12:04 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DROPT;length|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DROPT;lengthR|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DROPT;lengthI|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DROPT;length| ...) ; compiling (DEFUN |DROPT;lengthR| ...) ; compiling (DEFUN |DROPT;lengthI| ...) ; compiling (DEFUN |DROPT;viewpoint;R$;4| ...) ; compiling (DEFUN |DROPT;title;S$;5| ...) ; compiling (DEFUN |DROPT;style;S$;6| ...) ; compiling (DEFUN |DROPT;toScale;B$;7| ...) ; compiling (DEFUN |DROPT;clip;B$;8| ...) ; compiling (DEFUN |DROPT;adaptive;B$;9| ...) ; compiling (DEFUN |DROPT;pointColor;F$;10| ...) ; compiling (DEFUN |DROPT;pointColor;P$;11| ...) ; compiling (DEFUN |DROPT;curveColor;F$;12| ...) ; compiling (DEFUN |DROPT;curveColor;P$;13| ...) ; compiling (DEFUN |DROPT;colorFunction;M$;14| ...) ; compiling (DEFUN |DROPT;colorFunction;M$;15| ...) ; compiling (DEFUN |DROPT;colorFunction;M$;16| ...) ; compiling (DEFUN |DROPT;clip;L$;17| ...) ; file: /tmp/oa-rgsZiz/code.lsp ; in: DEFUN |DROPT;clip;L$;17| ; (DEFUN BOOT::|DROPT;clip;L$;17| (BOOT::|tup| BOOT::$) ; (COND ; ((< 3 (LIST-LENGTH BOOT::|tup|)) ; (BOOT::|error| "clip: at most 3 segments may be specified")) ; (T (CONS 'BOOT::|clipSegment| (BOOT::SPADCALL BOOT::|tup| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DROPT;clip;L$;17| ; (BOOT::|tup| BOOT::$) ; (BLOCK BOOT::|DROPT;clip;L$;17| ; (COND ; ((< 3 #) (BOOT::|error| "clip: at most 3 segments may be specified")) ; (T (CONS 'BOOT::|clipSegment| #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |DROPT;coordinates;M$;18| ...) ; compiling (DEFUN |DROPT;tubeRadius;F$;19| ...) ; compiling (DEFUN |DROPT;range;L$;20| ...) ; file: /tmp/oa-rgsZiz/code.lsp ; in: DEFUN |DROPT;range;L$;20| ; (DEFUN BOOT::|DROPT;range;L$;20| (BOOT::|tup| BOOT::$) ; (LET ((BOOT::|n| (LIST-LENGTH BOOT::|tup|))) ; (COND ; ((< 3 BOOT::|n|) ; (BOOT::|error| "range: at most 3 segments may be specified")) ; ((< BOOT::|n| 2) ; (BOOT::|error| "range: at least 2 segments may be specified")) ; (T (CONS 'BOOT::|rangeFloat| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DROPT;range;L$;20| ; (BOOT::|tup| BOOT::$) ; (BLOCK BOOT::|DROPT;range;L$;20| ; (LET ((BOOT::|n| #)) ; (COND (# #) (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |DROPT;range;L$;21| ...) ; file: /tmp/oa-rgsZiz/code.lsp ; in: DEFUN |DROPT;range;L$;21| ; (DEFUN BOOT::|DROPT;range;L$;21| (BOOT::|tup| BOOT::$) ; (LET ((BOOT::|n| (LIST-LENGTH BOOT::|tup|))) ; (COND ; ((< 3 BOOT::|n|) ; (BOOT::|error| "range: at most 3 segments may be specified")) ; ((< BOOT::|n| 2) ; (BOOT::|error| "range: at least 2 segments may be specified")) ; (T (CONS 'BOOT::|rangeRat| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DROPT;range;L$;21| ; (BOOT::|tup| BOOT::$) ; (BLOCK BOOT::|DROPT;range;L$;21| ; (LET ((BOOT::|n| #)) ; (COND (# #) (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |DROPT;ranges;L$;22| ...) ; compiling (DEFUN |DROPT;space;Ts$;23| ...) ; compiling (DEFUN |DROPT;var1Steps;Pi$;24| ...) ; compiling (DEFUN |DROPT;var2Steps;Pi$;25| ...) ; compiling (DEFUN |DROPT;tubePoints;Pi$;26| ...) ; compiling (DEFUN |DROPT;coord;M$;27| ...) ; compiling (DEFUN |DROPT;unit;L$;28| ...) ; compiling (DEFUN |DROPT;coerce;$Of;29| ...) ; compiling (DEFUN |DROPT;=;2$B;30| ...) ; file: /tmp/oa-rgsZiz/code.lsp ; in: DEFUN |DROPT;=;2$B;30| ; (DEFUN BOOT::|DROPT;=;2$B;30| (BOOT::|x| BOOT::|y| BOOT::$) ; (AND (EQUAL (CAR BOOT::|x|) (CAR BOOT::|y|)) ; (BOOT::SPADCALL (CDR BOOT::|x|) (CDR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 95)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DROPT;=;2$B;30| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|DROPT;=;2$B;30| ; (AND (EQUAL (CAR BOOT::|x|) (CAR BOOT::|y|)) ; (BOOT::SPADCALL (CDR BOOT::|x|) (CDR BOOT::|y|) ; (BOOT::|shellEntry| BOOT::$ 95))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |DROPT;option?;LSB;31| ...) ; file: /tmp/oa-rgsZiz/code.lsp ; in: DEFUN |DROPT;option?;LSB;31| ; (DEFUN BOOT::|DROPT;option?;LSB;31| (BOOT::|l| BOOT::|s| BOOT::$) ; (PROGN ; (LET ((#:G681 BOOT::|l|)) ; (LOOP (COND # #) ; (SETQ #))) ; NIL)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DROPT;option?;LSB;31| ; (BOOT::|l| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|DROPT;option?;LSB;31| ; (PROGN ; (LET (#) ; (LOOP # ; #)) ; NIL))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |DROPT;option;LSU;32| ...) ; file: /tmp/oa-rgsZiz/code.lsp ; in: DEFUN |DROPT;option;LSU;32| ; (DEFUN BOOT::|DROPT;option;LSU;32| (BOOT::|l| BOOT::|s| BOOT::$) ; (PROGN ; (LET ((#:G682 BOOT::|l|)) ; (LOOP (COND # #) ; (SETQ #))) ; (CONS 1 "failed"))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DROPT;option;LSU;32| ; (BOOT::|l| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|DROPT;option;LSU;32| ; (PROGN ; (LET (#) ; (LOOP # ; #)) ; (CONS 1 "failed")))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |DrawOption| ...) ; compiling (DEFUN |DrawOption;| ...) ; compiling (MAKEPROP (QUOTE |DrawOption|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 4 notes ; /tmp/oa-rgsZiz/code.fasl written ; compilation finished in 0:00:00.058 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/DROPT1.fasl --optimize=3 DROPT1.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DROPT1.spad using Spad compiler. DROPT1 abbreviates package DrawOptionFunctions1 debug: compDefine1 lhs: (DrawOptionFunctions1 S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE option ((Union S failed) (List (DrawOption)) (Symbol)))) (Type)) debug: evaluateType form: (CATEGORY package (SIGNATURE option ((Union S failed) (List (DrawOption)) (Symbol)))) $param: (S) debug: evaluateType form: (Union S failed) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: failed $param: (S) debug: evaluateType form: (List (DrawOption)) $param: (S) Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: (S) Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE option ((Union S failed) (List (DrawOption)) (Symbol)))) (Type)) debug: compDefine1 lhs: (DrawOptionFunctions1 S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE option ((Union S failed) (List (DrawOption)) (Symbol)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE option ((Union S failed) (List (DrawOption)) (Symbol)))) $param: (S) debug: evaluateType form: (Union S failed) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: failed $param: (S) debug: evaluateType form: (List (DrawOption)) $param: (S) Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: (S) Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE option ((Union S failed) (List (DrawOption)) (Symbol)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for DrawOptionFunctions1 compiling into /tmp/oa-0OAsJV importing DrawOption compiling exported option : (List DrawOption,Symbol) -> Union(S,failed) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor DrawOptionFunctions1 Time: 0.02 seconds finalizing NRLIB DROPT1 Processing DrawOptionFunctions1 for Browser database: -- option : (List DrawOption,Symbol) -> Union(S,"failed") -- constructor ; compiling file "/tmp/oa-0OAsJV/code.lsp" (written 01 FEB 2016 11:12:04 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DROPT1;option;LSU;1| ...) ; compiling (DEFUN |DrawOptionFunctions1| ...) ; compiling (DEFUN |DrawOptionFunctions1;| ...) ; compiling (MAKEPROP (QUOTE |DrawOptionFunctions1|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-0OAsJV/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/DROPT0.fasl --optimize=3 DROPT0.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DROPT0.spad using Spad compiler. DROPT0 abbreviates package DrawOptionFunctions0 debug: compDefine1 lhs: (DrawOptionFunctions0) signature (pre-evaluate): ((CATEGORY package (SIGNATURE adaptive ((Boolean) (List (DrawOption)) (Boolean))) (SIGNATURE clipBoolean ((Boolean) (List (DrawOption)) (Boolean))) (SIGNATURE viewpoint ((Record (: theta (DoubleFloat)) (: phi (DoubleFloat)) (: scale (DoubleFloat)) (: scaleX (DoubleFloat)) (: scaleY (DoubleFloat)) (: scaleZ (DoubleFloat)) (: deltaX (DoubleFloat)) (: deltaY (DoubleFloat))) (List (DrawOption)) (Record (: theta (DoubleFloat)) (: phi (DoubleFloat)) (: scale (DoubleFloat)) (: scaleX (DoubleFloat)) (: scaleY (DoubleFloat)) (: scaleZ (DoubleFloat)) (: deltaX (DoubleFloat)) (: deltaY (DoubleFloat))))) (SIGNATURE title ((String) (List (DrawOption)) (String))) (SIGNATURE style ((String) (List (DrawOption)) (String))) (SIGNATURE toScale ((Boolean) (List (DrawOption)) (Boolean))) (SIGNATURE pointColorPalette ((Palette) (List (DrawOption)) (Palette))) (SIGNATURE curveColorPalette ((Palette) (List (DrawOption)) (Palette))) (SIGNATURE ranges ((List (Segment (Float))) (List (DrawOption)) (List (Segment (Float))))) (SIGNATURE var1Steps ((PositiveInteger) (List (DrawOption)) (PositiveInteger))) (SIGNATURE var2Steps ((PositiveInteger) (List (DrawOption)) (PositiveInteger))) (SIGNATURE space ((ThreeSpace (DoubleFloat)) (List (DrawOption)))) (SIGNATURE tubePoints ((PositiveInteger) (List (DrawOption)) (PositiveInteger))) (SIGNATURE tubeRadius ((Float) (List (DrawOption)) (Float))) (SIGNATURE coord ((Mapping (Point (DoubleFloat)) (Point (DoubleFloat))) (List (DrawOption)) (Mapping (Point (DoubleFloat)) (Point (DoubleFloat))))) (SIGNATURE units ((List (Float)) (List (DrawOption)) (List (Float)))))) debug: evaluateType form: (CATEGORY package (SIGNATURE adaptive ((Boolean) (List (DrawOption)) (Boolean))) (SIGNATURE clipBoolean ((Boolean) (List (DrawOption)) (Boolean))) (SIGNATURE viewpoint ((Record (: theta (DoubleFloat)) (: phi (DoubleFloat)) (: scale (DoubleFloat)) (: scaleX (DoubleFloat)) (: scaleY (DoubleFloat)) (: scaleZ (DoubleFloat)) (: deltaX (DoubleFloat)) (: deltaY (DoubleFloat))) (List (DrawOption)) (Record (: theta (DoubleFloat)) (: phi (DoubleFloat)) (: scale (DoubleFloat)) (: scaleX (DoubleFloat)) (: scaleY (DoubleFloat)) (: scaleZ (DoubleFloat)) (: deltaX (DoubleFloat)) (: deltaY (DoubleFloat))))) (SIGNATURE title ((String) (List (DrawOption)) (String))) (SIGNATURE style ((String) (List (DrawOption)) (String))) (SIGNATURE toScale ((Boolean) (List (DrawOption)) (Boolean))) (SIGNATURE pointColorPalette ((Palette) (List (DrawOption)) (Palette))) (SIGNATURE curveColorPalette ((Palette) (List (DrawOption)) (Palette))) (SIGNATURE ranges ((List (Segment (Float))) (List (DrawOption)) (List (Segment (Float))))) (SIGNATURE var1Steps ((PositiveInteger) (List (DrawOption)) (PositiveInteger))) (SIGNATURE var2Steps ((PositiveInteger) (List (DrawOption)) (PositiveInteger))) (SIGNATURE space ((ThreeSpace (DoubleFloat)) (List (DrawOption)))) (SIGNATURE tubePoints ((PositiveInteger) (List (DrawOption)) (PositiveInteger))) (SIGNATURE tubeRadius ((Float) (List (DrawOption)) (Float))) (SIGNATURE coord ((Mapping (Point (DoubleFloat)) (Point (DoubleFloat))) (List (DrawOption)) (Mapping (Point (DoubleFloat)) (Point (DoubleFloat))))) (SIGNATURE units ((List (Float)) (List (DrawOption)) (List (Float))))) $param: NIL debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Record (: theta (DoubleFloat)) (: phi (DoubleFloat)) (: scale (DoubleFloat)) (: scaleX (DoubleFloat)) (: scaleY (DoubleFloat)) (: scaleZ (DoubleFloat)) (: deltaX (DoubleFloat)) (: deltaY (DoubleFloat))) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (Record (: theta (DoubleFloat)) (: phi (DoubleFloat)) (: scale (DoubleFloat)) (: scaleX (DoubleFloat)) (: scaleY (DoubleFloat)) (: scaleZ (DoubleFloat)) (: deltaX (DoubleFloat)) (: deltaY (DoubleFloat))) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evaluateType form: (List (Segment (Float))) $param: NIL Debug: evaluateType1 form: (List (Segment (Float))) debug: evaluateType1 x: (Segment (Float)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Segment (Float)) $param: NIL Debug: evaluateType1 form: (Segment (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evalCategory d: (Segment (Float)) c: (Type) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (List (Segment (Float))) $param: NIL Debug: evaluateType1 form: (List (Segment (Float))) debug: evaluateType1 x: (Segment (Float)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Segment (Float)) $param: NIL Debug: evaluateType1 form: (Segment (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evalCategory d: (Segment (Float)) c: (Type) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (ThreeSpace (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (ThreeSpace (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Mapping (Point (DoubleFloat)) (Point (DoubleFloat))) $param: NIL debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (Mapping (Point (DoubleFloat)) (Point (DoubleFloat))) $param: NIL debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (List (Float)) $param: NIL Debug: evaluateType1 form: (List (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (List (Float)) $param: NIL Debug: evaluateType1 form: (List (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE adaptive ((Boolean) (List (DrawOption)) (Boolean))) (SIGNATURE clipBoolean ((Boolean) (List (DrawOption)) (Boolean))) (SIGNATURE viewpoint ((Record (: theta (DoubleFloat)) (: phi (DoubleFloat)) (: scale (DoubleFloat)) (: scaleX (DoubleFloat)) (: scaleY (DoubleFloat)) (: scaleZ (DoubleFloat)) (: deltaX (DoubleFloat)) (: deltaY (DoubleFloat))) (List (DrawOption)) (Record (: theta (DoubleFloat)) (: phi (DoubleFloat)) (: scale (DoubleFloat)) (: scaleX (DoubleFloat)) (: scaleY (DoubleFloat)) (: scaleZ (DoubleFloat)) (: deltaX (DoubleFloat)) (: deltaY (DoubleFloat))))) (SIGNATURE title ((String) (List (DrawOption)) (String))) (SIGNATURE style ((String) (List (DrawOption)) (String))) (SIGNATURE toScale ((Boolean) (List (DrawOption)) (Boolean))) (SIGNATURE pointColorPalette ((Palette) (List (DrawOption)) (Palette))) (SIGNATURE curveColorPalette ((Palette) (List (DrawOption)) (Palette))) (SIGNATURE ranges ((List (Segment (Float))) (List (DrawOption)) (List (Segment (Float))))) (SIGNATURE var1Steps ((PositiveInteger) (List (DrawOption)) (PositiveInteger))) (SIGNATURE var2Steps ((PositiveInteger) (List (DrawOption)) (PositiveInteger))) (SIGNATURE space ((ThreeSpace (DoubleFloat)) (List (DrawOption)))) (SIGNATURE tubePoints ((PositiveInteger) (List (DrawOption)) (PositiveInteger))) (SIGNATURE tubeRadius ((Float) (List (DrawOption)) (Float))) (SIGNATURE coord ((Mapping (Point (DoubleFloat)) (Point (DoubleFloat))) (List (DrawOption)) (Mapping (Point (DoubleFloat)) (Point (DoubleFloat))))) (SIGNATURE units ((List (Float)) (List (DrawOption)) (List (Float)))))) ------------------------------------------------------------------------ initializing stationary directory for DrawOptionFunctions0 compiling into /tmp/oa-2evfi5 compiling exported adaptive : (List DrawOption,Boolean) -> Boolean Debug compQuote expr: (QUOTE adaptive) m: $EmptyMode Debug compQuote expr: (QUOTE adaptive) m: (Symbol) Time: 0.04 SEC. compiling exported clipBoolean : (List DrawOption,Boolean) -> Boolean Debug compQuote expr: (QUOTE clipBoolean) m: $EmptyMode Debug compQuote expr: (QUOTE clipBoolean) m: (Symbol) Time: 0.01 SEC. compiling exported title : (List DrawOption,String) -> String Debug compQuote expr: (QUOTE title) m: $EmptyMode Debug compQuote expr: (QUOTE title) m: (Symbol) Time: 0.01 SEC. compiling exported viewpoint : (List DrawOption,Record(theta: DoubleFloat,phi: DoubleFloat,scale: DoubleFloat,scaleX: DoubleFloat,scaleY: DoubleFloat,scaleZ: DoubleFloat,deltaX: DoubleFloat,deltaY: DoubleFloat)) -> Record(theta: DoubleFloat,phi: DoubleFloat,scale: DoubleFloat,scaleX: DoubleFloat,scaleY: DoubleFloat,scaleZ: DoubleFloat,deltaX: DoubleFloat,deltaY: DoubleFloat) Debug compQuote expr: (QUOTE viewpoint) m: $EmptyMode Debug compQuote expr: (QUOTE viewpoint) m: (Symbol) Time: 0.01 SEC. compiling exported style : (List DrawOption,String) -> String Debug compQuote expr: (QUOTE style) m: $EmptyMode Debug compQuote expr: (QUOTE style) m: (Symbol) Time: 0.01 SEC. compiling exported toScale : (List DrawOption,Boolean) -> Boolean Debug compQuote expr: (QUOTE toScale) m: $EmptyMode Debug compQuote expr: (QUOTE toScale) m: (Symbol) Time: 0.01 SEC. compiling exported pointColorPalette : (List DrawOption,Palette) -> Palette Debug compQuote expr: (QUOTE pointColorPalette) m: $EmptyMode Debug compQuote expr: (QUOTE pointColorPalette) m: (Symbol) Time: 0.01 SEC. compiling exported curveColorPalette : (List DrawOption,Palette) -> Palette Debug compQuote expr: (QUOTE curveColorPalette) m: $EmptyMode Debug compQuote expr: (QUOTE curveColorPalette) m: (Symbol) Time: 0.01 SEC. compiling exported ranges : (List DrawOption,List Segment Float) -> List Segment Float Debug compQuote expr: (QUOTE ranges) m: $EmptyMode Debug compQuote expr: (QUOTE ranges) m: (Symbol) Time: 0.02 SEC. compiling exported space : List DrawOption -> ThreeSpace DoubleFloat Debug compQuote expr: (QUOTE space) m: $EmptyMode Debug compQuote expr: (QUOTE space) m: (Symbol) Time: 0.04 SEC. compiling exported var1Steps : (List DrawOption,PositiveInteger) -> PositiveInteger Debug compQuote expr: (QUOTE var1Steps) m: $EmptyMode Debug compQuote expr: (QUOTE var1Steps) m: (Symbol) Time: 0.02 SEC. compiling exported var2Steps : (List DrawOption,PositiveInteger) -> PositiveInteger Debug compQuote expr: (QUOTE var2Steps) m: $EmptyMode Debug compQuote expr: (QUOTE var2Steps) m: (Symbol) Time: 0.01 SEC. compiling exported tubePoints : (List DrawOption,PositiveInteger) -> PositiveInteger Debug compQuote expr: (QUOTE tubePoints) m: $EmptyMode Debug compQuote expr: (QUOTE tubePoints) m: (Symbol) Time: 0.01 SEC. compiling exported tubeRadius : (List DrawOption,Float) -> Float Debug compQuote expr: (QUOTE tubeRadius) m: $EmptyMode Debug compQuote expr: (QUOTE tubeRadius) m: (Symbol) Time: 0.01 SEC. compiling exported coord : (List DrawOption,Point DoubleFloat -> Point DoubleFloat) -> Point DoubleFloat -> Point DoubleFloat Debug compQuote expr: (QUOTE coord) m: $EmptyMode Debug compQuote expr: (QUOTE coord) m: (Symbol) Time: 0.02 SEC. compiling exported units : (List DrawOption,List Float) -> List Float Debug compQuote expr: (QUOTE unit) m: $EmptyMode Debug compQuote expr: (QUOTE unit) m: (Symbol) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor DrawOptionFunctions0 Time: 0.24 seconds finalizing NRLIB DROPT0 Processing DrawOptionFunctions0 for Browser database: -- adaptive : (List DrawOption,Boolean) -> Boolean -- clipBoolean : (List DrawOption,Boolean) -> Boolean -- viewpoint : (List DrawOption,VIEWPT) -> VIEWPT -- title : (List DrawOption,String) -> String -- style : (List DrawOption,String) -> String -- toScale : (List DrawOption,Boolean) -> Boolean -- pointColorPalette : (List DrawOption,PAL) -> PAL -- curveColorPalette : (List DrawOption,PAL) -> PAL -- ranges : (List DrawOption,RANGE) -> RANGE -- var1Steps : (List DrawOption,PositiveInteger) -> PositiveInteger -- var2Steps : (List DrawOption,PositiveInteger) -> PositiveInteger -- space : List DrawOption -> SPACE3 -- tubePoints : (List DrawOption,PositiveInteger) -> PositiveInteger -- tubeRadius : (List DrawOption,Float) -> Float -- coord : (List DrawOption,(POINT -> POINT)) -> (POINT -> POINT) -- units : (List DrawOption,UNIT) -> UNIT -- constructor ; compiling file "/tmp/oa-2evfi5/code.lsp" (written 01 FEB 2016 11:12:04 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DROPT0;adaptive;L2B;1| ...) ; compiling (DEFUN |DROPT0;clipBoolean;L2B;2| ...) ; compiling (DEFUN |DROPT0;title;L2S;3| ...) ; compiling (DEFUN |DROPT0;viewpoint;L2R;4| ...) ; compiling (DEFUN |DROPT0;style;L2S;5| ...) ; compiling (DEFUN |DROPT0;toScale;L2B;6| ...) ; compiling (DEFUN |DROPT0;pointColorPalette;L2P;7| ...) ; compiling (DEFUN |DROPT0;curveColorPalette;L2P;8| ...) ; compiling (DEFUN |DROPT0;ranges;L2L;9| ...) ; compiling (DEFUN |DROPT0;space;LTs;10| ...) ; compiling (DEFUN |DROPT0;var1Steps;L2Pi;11| ...) ; compiling (DEFUN |DROPT0;var2Steps;L2Pi;12| ...) ; compiling (DEFUN |DROPT0;tubePoints;L2Pi;13| ...) ; compiling (DEFUN |DROPT0;tubeRadius;L2F;14| ...) ; compiling (DEFUN |DROPT0;coord;L2M;15| ...) ; compiling (DEFUN |DROPT0;units;L2L;16| ...) ; compiling (DEFUN |DrawOptionFunctions0| ...) ; compiling (DEFUN |DrawOptionFunctions0;| ...) ; compiling (MAKEPROP (QUOTE |DrawOptionFunctions0|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-2evfi5/code.fasl written ; compilation finished in 0:00:00.039 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/VIEW.fasl --bootstrap VIEW.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/VIEW.spad using Spad compiler. VIEW abbreviates package ViewportPackage ------------------------------------------------------------------------ initializing stationary directory for ViewportPackage compiling into /tmp/oa-3GWPrv Time: 0 SEC. Cumulative Statistics for Constructor ViewportPackage Time: 0 seconds finalizing NRLIB VIEW ; compiling file "/tmp/oa-3GWPrv/code.lsp" (written 01 FEB 2016 11:12:04 PM): ; compiling (DEFUN |ViewportPackage| ...) ; compiling (DEFUN |ViewportPackage;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-3GWPrv/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/PLOTTOOL.fasl --optimize=3 PLOTTOOL.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PLOTTOOL.spad using Spad compiler. PLOTTOOL abbreviates package PlotTools debug: compDefine1 lhs: (PlotTools) signature (pre-evaluate): ((CATEGORY package (SIGNATURE calcRanges ((List (Segment (DoubleFloat))) (List (List (Point (DoubleFloat)))))))) debug: evaluateType form: (CATEGORY package (SIGNATURE calcRanges ((List (Segment (DoubleFloat))) (List (List (Point (DoubleFloat))))))) $param: NIL debug: evaluateType form: (List (Segment (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Segment (DoubleFloat))) debug: evaluateType1 x: (Segment (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evalCategory d: (Segment (DoubleFloat)) c: (Type) debug: evaluateType form: (List (List (Point (DoubleFloat)))) $param: NIL Debug: evaluateType1 form: (List (List (Point (DoubleFloat)))) debug: evaluateType1 x: (List (Point (DoubleFloat))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Point (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Point (DoubleFloat))) debug: evaluateType1 x: (Point (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evalCategory d: (Point (DoubleFloat)) c: (Type) debug: evalCategory d: (List (Point (DoubleFloat))) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE calcRanges ((List (Segment (DoubleFloat))) (List (List (Point (DoubleFloat)))))))) ------------------------------------------------------------------------ initializing stationary directory for PlotTools compiling into /tmp/oa-gD1pEA importing GraphicsDefaults importing Plot importing TwoDimensionalPlotClipping importing DrawOptionFunctions0 importing ViewportPackage importing POINT importing PointPackage DoubleFloat compiling local drawToScaleRanges : (Segment DoubleFloat,Segment DoubleFloat) -> List Segment DoubleFloat Time: 0.03 SEC. compiling local select : (List Point DoubleFloat,Point DoubleFloat -> DoubleFloat,(DoubleFloat,DoubleFloat) -> DoubleFloat) -> DoubleFloat Time: 0.03 SEC. compiling local xRange0 : List Point DoubleFloat -> Segment DoubleFloat Time: 0.01 SEC. compiling local yRange0 : List Point DoubleFloat -> Segment DoubleFloat Time: 0.01 SEC. compiling local select2 : (List List Point DoubleFloat,List Point DoubleFloat -> DoubleFloat,(DoubleFloat,DoubleFloat) -> DoubleFloat) -> DoubleFloat Time: 0.01 SEC. compiling local xRange : List List Point DoubleFloat -> Segment DoubleFloat Time: 0.01 SEC. compiling local yRange : List List Point DoubleFloat -> Segment DoubleFloat Time: 0.01 SEC. compiling exported calcRanges : List List Point DoubleFloat -> List Segment DoubleFloat Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] drawToScaleRanges: - has no value Cumulative Statistics for Constructor PlotTools Time: 0.14 seconds finalizing NRLIB PLOTTOOL Processing PlotTools for Browser database: -- calcRanges : L L Pt -> L SEG SF -- constructor ; compiling file "/tmp/oa-gD1pEA/code.lsp" (written 01 FEB 2016 11:12:05 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PLOTTOOL;drawToScaleRanges| ...) ; compiling (DEFUN |PLOTTOOL;select| ...) ; file: /tmp/oa-gD1pEA/code.lsp ; in: DEFUN |PLOTTOOL;select| ; (DEFUN BOOT::|PLOTTOOL;select| (BOOT::|l| BOOT::|f| BOOT::|g| BOOT::$) ; (LET ((BOOT::|m| (FUNCALL # # #))) ; (PROGN ; (LET (#) ; (LOOP # ; #)) ; BOOT::|m|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PLOTTOOL;select| ; (BOOT::|l| BOOT::|f| BOOT::|g| BOOT::$) ; (BLOCK BOOT::|PLOTTOOL;select| ; (LET ((BOOT::|m| #)) ; (PROGN ; (LET # ; #) ; BOOT::|m|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PLOTTOOL;xRange0| ...) ; file: /tmp/oa-gD1pEA/code.lsp ; in: DEFUN |PLOTTOOL;xRange0| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MIN BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PLOTTOOL;yRange0| ...) ; file: /tmp/oa-gD1pEA/code.lsp ; in: DEFUN |PLOTTOOL;yRange0| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MIN BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PLOTTOOL;select2| ...) ; file: /tmp/oa-gD1pEA/code.lsp ; in: DEFUN |PLOTTOOL;select2| ; (DEFUN BOOT::|PLOTTOOL;select2| (BOOT::|l| BOOT::|f| BOOT::|g| BOOT::$) ; (LET ((BOOT::|m| (FUNCALL # # #))) ; (PROGN ; (LET (#) ; (LOOP # ; #)) ; BOOT::|m|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PLOTTOOL;select2| ; (BOOT::|l| BOOT::|f| BOOT::|g| BOOT::$) ; (BLOCK BOOT::|PLOTTOOL;select2| ; (LET ((BOOT::|m| #)) ; (PROGN ; (LET # ; #) ; BOOT::|m|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PLOTTOOL;xRange| ...) ; file: /tmp/oa-gD1pEA/code.lsp ; in: DEFUN |PLOTTOOL;xRange| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MIN BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PLOTTOOL;xRange!1| ...) ; compiling (DEFUN |PLOTTOOL;xRange!0| ...) ; compiling (DEFUN |PLOTTOOL;yRange| ...) ; file: /tmp/oa-gD1pEA/code.lsp ; in: DEFUN |PLOTTOOL;yRange| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MIN BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PLOTTOOL;yRange!1| ...) ; compiling (DEFUN |PLOTTOOL;yRange!0| ...) ; compiling (DEFUN |PLOTTOOL;calcRanges;LL;8| ...) ; compiling (DEFUN |PlotTools| ...) ; compiling (DEFUN |PlotTools;| ...) ; compiling (MAKEPROP (QUOTE |PlotTools|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 10 STYLE-WARNING conditions ; /tmp/oa-gD1pEA/code.fasl written ; compilation finished in 0:00:00.062 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/COORDSYS.fasl --optimize=3 COORDSYS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/COORDSYS.spad using Spad compiler. COORDSYS abbreviates package CoordinateSystems debug: compDefine1 lhs: (CoordinateSystems R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE cartesian ((Point R) (Point R))) (SIGNATURE polar ((Point R) (Point R))) (SIGNATURE cylindrical ((Point R) (Point R))) (SIGNATURE spherical ((Point R) (Point R))) (SIGNATURE parabolic ((Point R) (Point R))) (SIGNATURE parabolicCylindrical ((Point R) (Point R))) (SIGNATURE paraboloidal ((Point R) (Point R))) (SIGNATURE elliptic ((Mapping (Point R) (Point R)) R)) (SIGNATURE ellipticCylindrical ((Mapping (Point R) (Point R)) R)) (SIGNATURE prolateSpheroidal ((Mapping (Point R) (Point R)) R)) (SIGNATURE oblateSpheroidal ((Mapping (Point R) (Point R)) R)) (SIGNATURE bipolar ((Mapping (Point R) (Point R)) R)) (SIGNATURE bipolarCylindrical ((Mapping (Point R) (Point R)) R)) (SIGNATURE toroidal ((Mapping (Point R) (Point R)) R)) (SIGNATURE conical ((Mapping (Point R) (Point R)) R R))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE cartesian ((Point R) (Point R))) (SIGNATURE polar ((Point R) (Point R))) (SIGNATURE cylindrical ((Point R) (Point R))) (SIGNATURE spherical ((Point R) (Point R))) (SIGNATURE parabolic ((Point R) (Point R))) (SIGNATURE parabolicCylindrical ((Point R) (Point R))) (SIGNATURE paraboloidal ((Point R) (Point R))) (SIGNATURE elliptic ((Mapping (Point R) (Point R)) R)) (SIGNATURE ellipticCylindrical ((Mapping (Point R) (Point R)) R)) (SIGNATURE prolateSpheroidal ((Mapping (Point R) (Point R)) R)) (SIGNATURE oblateSpheroidal ((Mapping (Point R) (Point R)) R)) (SIGNATURE bipolar ((Mapping (Point R) (Point R)) R)) (SIGNATURE bipolarCylindrical ((Mapping (Point R) (Point R)) R)) (SIGNATURE toroidal ((Mapping (Point R) (Point R)) R)) (SIGNATURE conical ((Mapping (Point R) (Point R)) R R))) $param: (R) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Mapping (Point R) (Point R)) $param: (R) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Mapping (Point R) (Point R)) $param: (R) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Mapping (Point R) (Point R)) $param: (R) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Mapping (Point R) (Point R)) $param: (R) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Mapping (Point R) (Point R)) $param: (R) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Mapping (Point R) (Point R)) $param: (R) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Mapping (Point R) (Point R)) $param: (R) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: (Mapping (Point R) (Point R)) $param: (R) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Point R) $param: (R) Debug: evaluateType1 form: (Point R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (R) debug: evaluateType form: R $param: (R) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE cartesian ((Point R) (Point R))) (SIGNATURE polar ((Point R) (Point R))) (SIGNATURE cylindrical ((Point R) (Point R))) (SIGNATURE spherical ((Point R) (Point R))) (SIGNATURE parabolic ((Point R) (Point R))) (SIGNATURE parabolicCylindrical ((Point R) (Point R))) (SIGNATURE paraboloidal ((Point R) (Point R))) (SIGNATURE elliptic ((Mapping (Point R) (Point R)) R)) (SIGNATURE ellipticCylindrical ((Mapping (Point R) (Point R)) R)) (SIGNATURE prolateSpheroidal ((Mapping (Point R) (Point R)) R)) (SIGNATURE oblateSpheroidal ((Mapping (Point R) (Point R)) R)) (SIGNATURE bipolar ((Mapping (Point R) (Point R)) R)) (SIGNATURE bipolarCylindrical ((Mapping (Point R) (Point R)) R)) (SIGNATURE toroidal ((Mapping (Point R) (Point R)) R)) (SIGNATURE conical ((Mapping (Point R) (Point R)) R R))) NIL) ------------------------------------------------------------------------ initializing stationary directory for CoordinateSystems compiling into /tmp/oa-AGyJSL compiling exported cartesian : Point R -> Point R COORDSYS;cartesian;2P;1 pt is replaced by pt Time: 0.04 SEC. compiling exported polar : Point R -> Point R Time: 0.02 SEC. compiling exported cylindrical : Point R -> Point R Time: 0.00 SEC. compiling exported spherical : Point R -> Point R Time: 0.01 SEC. compiling exported parabolic : Point R -> Point R Time: 0.01 SEC. compiling exported parabolicCylindrical : Point R -> Point R Time: 0.00 SEC. compiling exported paraboloidal : Point R -> Point R Time: 0.02 SEC. compiling exported elliptic : R -> Point R -> Point R Time: 0.02 SEC. compiling exported ellipticCylindrical : R -> Point R -> Point R Time: 0 SEC. compiling exported prolateSpheroidal : R -> Point R -> Point R Time: 0.05 SEC. compiling exported oblateSpheroidal : R -> Point R -> Point R Time: 0.06 SEC. compiling exported bipolar : R -> Point R -> Point R Time: 0.02 SEC. compiling exported bipolarCylindrical : R -> Point R -> Point R Time: 0.00 SEC. compiling exported toroidal : R -> Point R -> Point R Time: 0.01 SEC. compiling exported conical : (R,R) -> Point R -> Point R Time: 0.06 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor CoordinateSystems Time: 0.34 seconds finalizing NRLIB COORDSYS Processing CoordinateSystems for Browser database: -- cartesian : Pt -> Pt -- polar : Pt -> Pt -- cylindrical : Pt -> Pt -- spherical : Pt -> Pt -- parabolic : Pt -> Pt -- parabolicCylindrical : Pt -> Pt -- paraboloidal : Pt -> Pt -- elliptic : R -> (Pt -> Pt) -- ellipticCylindrical : R -> (Pt -> Pt) -- prolateSpheroidal : R -> (Pt -> Pt) -- oblateSpheroidal : R -> (Pt -> Pt) -- bipolar : R -> (Pt -> Pt) -- bipolarCylindrical : R -> (Pt -> Pt) -- toroidal : R -> (Pt -> Pt) -- conical : (R,R) -> (Pt -> Pt) -- constructor ; compiling file "/tmp/oa-AGyJSL/code.lsp" (written 01 FEB 2016 11:12:05 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COORDSYS;cartesian;2P;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |COORDSYS;cartesian;2P;1| ...) ; compiling (DEFUN |COORDSYS;polar;2P;2| ...) ; compiling (DEFUN |COORDSYS;cylindrical;2P;3| ...) ; compiling (DEFUN |COORDSYS;spherical;2P;4| ...) ; compiling (DEFUN |COORDSYS;parabolic;2P;5| ...) ; compiling (DEFUN |COORDSYS;parabolicCylindrical;2P;6| ...) ; compiling (DEFUN |COORDSYS;paraboloidal;2P;7| ...) ; compiling (DEFUN |COORDSYS;elliptic;RM;8| ...) ; compiling (DEFUN |COORDSYS;elliptic;RM;8!0| ...) ; compiling (DEFUN |COORDSYS;ellipticCylindrical;RM;9| ...) ; compiling (DEFUN |COORDSYS;prolateSpheroidal;RM;10| ...) ; compiling (DEFUN |COORDSYS;prolateSpheroidal;RM;10!0| ...) ; compiling (DEFUN |COORDSYS;oblateSpheroidal;RM;11| ...) ; compiling (DEFUN |COORDSYS;oblateSpheroidal;RM;11!0| ...) ; compiling (DEFUN |COORDSYS;bipolar;RM;12| ...) ; compiling (DEFUN |COORDSYS;bipolar;RM;12!0| ...) ; compiling (DEFUN |COORDSYS;bipolarCylindrical;RM;13| ...) ; compiling (DEFUN |COORDSYS;toroidal;RM;14| ...) ; compiling (DEFUN |COORDSYS;toroidal;RM;14!0| ...) ; compiling (DEFUN |COORDSYS;conical;2RM;15| ...) ; compiling (DEFUN |COORDSYS;conical;2RM;15!0| ...) ; compiling (DEFUN |CoordinateSystems| ...) ; compiling (DEFUN |CoordinateSystems;| ...) ; compiling (MAKEPROP (QUOTE |CoordinateSystems|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-AGyJSL/code.fasl written ; compilation finished in 0:00:00.089 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/PTCAT.fasl --optimize=3 PTCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PTCAT.spad using Spad compiler. PTCAT abbreviates category PointCategory debug: compDefine1 lhs: (PointCategory R) signature (pre-evaluate): ((Category) (Ring)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((Category) (Ring)) debug: compDefine1 lhs: (PointCategory R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for PointCategory compiling into /tmp/oa-bY1Gjo STYLE-WARNING: redefining BOOT::|PointCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB PTCAT Processing PointCategory for Browser database: -- point : List R -> % -- dimension : % -> PositiveInteger -- cross : (%,%) -> % -- extend : (%,List R) -> % -- constructor ; compiling file "/tmp/oa-bY1Gjo/code.lsp" (written 01 FEB 2016 11:12:05 PM): ; compiling (DEFPARAMETER |PointCategory;AL| ...) ; compiling (DEFUN |PointCategory;| ...) ; compiling (DEFUN |PointCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-bY1Gjo/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/GRIMAGE.fasl --optimize=3 GRIMAGE.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GRIMAGE.spad using Spad compiler. GRIMAGE abbreviates domain GraphImage debug: compDefine1 lhs: (GraphImage) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE graphImage ($)) (SIGNATURE makeGraphImage ($ $)) (SIGNATURE makeGraphImage ($ (List (List (Point (DoubleFloat)))))) (SIGNATURE makeGraphImage ($ (List (List (Point (DoubleFloat)))) (List (Palette)) (List (Palette)) (List (PositiveInteger)))) (SIGNATURE makeGraphImage ($ (List (List (Point (DoubleFloat)))) (List (Palette)) (List (Palette)) (List (PositiveInteger)) (List (DrawOption)))) (SIGNATURE pointLists ((List (List (Point (DoubleFloat)))) $)) (SIGNATURE key ((Integer) $)) (SIGNATURE ranges ((List (Segment (Float))) $)) (SIGNATURE ranges ((List (Segment (Float))) $ (List (Segment (Float))))) (SIGNATURE units ((List (Float)) $)) (SIGNATURE units ((List (Float)) $ (List (Float)))) (SIGNATURE component ((Void) $ (List (Point (DoubleFloat))) (Palette) (Palette) (PositiveInteger))) (SIGNATURE component ((Void) $ (Point (DoubleFloat)))) (SIGNATURE component ((Void) $ (Point (DoubleFloat)) (Palette) (Palette) (PositiveInteger))) (SIGNATURE appendPoint ((Void) $ (Point (DoubleFloat)))) (SIGNATURE point ((Void) $ (Point (DoubleFloat)) (Palette))) (SIGNATURE coerce ($ (List (List (Point (DoubleFloat)))))) (SIGNATURE putColorInfo ((List (List (Point (DoubleFloat)))) (List (List (Point (DoubleFloat)))) (List (Palette)))) (SIGNATURE figureUnits ((List (DoubleFloat)) (List (List (Point (DoubleFloat))))))))) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (SIGNATURE graphImage ($)) (SIGNATURE makeGraphImage ($ $)) (SIGNATURE makeGraphImage ($ (List (List (Point (DoubleFloat)))))) (SIGNATURE makeGraphImage ($ (List (List (Point (DoubleFloat)))) (List (Palette)) (List (Palette)) (List (PositiveInteger)))) (SIGNATURE makeGraphImage ($ (List (List (Point (DoubleFloat)))) (List (Palette)) (List (Palette)) (List (PositiveInteger)) (List (DrawOption)))) (SIGNATURE pointLists ((List (List (Point (DoubleFloat)))) $)) (SIGNATURE key ((Integer) $)) (SIGNATURE ranges ((List (Segment (Float))) $)) (SIGNATURE ranges ((List (Segment (Float))) $ (List (Segment (Float))))) (SIGNATURE units ((List (Float)) $)) (SIGNATURE units ((List (Float)) $ (List (Float)))) (SIGNATURE component ((Void) $ (List (Point (DoubleFloat))) (Palette) (Palette) (PositiveInteger))) (SIGNATURE component ((Void) $ (Point (DoubleFloat)))) (SIGNATURE component ((Void) $ (Point (DoubleFloat)) (Palette) (Palette) (PositiveInteger))) (SIGNATURE appendPoint ((Void) $ (Point (DoubleFloat)))) (SIGNATURE point ((Void) $ (Point (DoubleFloat)) (Palette))) (SIGNATURE coerce ($ (List (List (Point (DoubleFloat)))))) (SIGNATURE putColorInfo ((List (List (Point (DoubleFloat)))) (List (List (Point (DoubleFloat)))) (List (Palette)))) (SIGNATURE figureUnits ((List (DoubleFloat)) (List (List (Point (DoubleFloat)))))))) $param: NIL debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE graphImage ($)) (SIGNATURE makeGraphImage ($ $)) (SIGNATURE makeGraphImage ($ (List (List (Point (DoubleFloat)))))) (SIGNATURE makeGraphImage ($ (List (List (Point (DoubleFloat)))) (List (Palette)) (List (Palette)) (List (PositiveInteger)))) (SIGNATURE makeGraphImage ($ (List (List (Point (DoubleFloat)))) (List (Palette)) (List (Palette)) (List (PositiveInteger)) (List (DrawOption)))) (SIGNATURE pointLists ((List (List (Point (DoubleFloat)))) $)) (SIGNATURE key ((Integer) $)) (SIGNATURE ranges ((List (Segment (Float))) $)) (SIGNATURE ranges ((List (Segment (Float))) $ (List (Segment (Float))))) (SIGNATURE units ((List (Float)) $)) (SIGNATURE units ((List (Float)) $ (List (Float)))) (SIGNATURE component ((Void) $ (List (Point (DoubleFloat))) (Palette) (Palette) (PositiveInteger))) (SIGNATURE component ((Void) $ (Point (DoubleFloat)))) (SIGNATURE component ((Void) $ (Point (DoubleFloat)) (Palette) (Palette) (PositiveInteger))) (SIGNATURE appendPoint ((Void) $ (Point (DoubleFloat)))) (SIGNATURE point ((Void) $ (Point (DoubleFloat)) (Palette))) (SIGNATURE coerce ($ (List (List (Point (DoubleFloat)))))) (SIGNATURE putColorInfo ((List (List (Point (DoubleFloat)))) (List (List (Point (DoubleFloat)))) (List (Palette)))) (SIGNATURE figureUnits ((List (DoubleFloat)) (List (List (Point (DoubleFloat))))))) $param: NIL debug: evaluateType form: (List (List (Point (DoubleFloat)))) $param: NIL Debug: evaluateType1 form: (List (List (Point (DoubleFloat)))) debug: evaluateType1 x: (List (Point (DoubleFloat))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Point (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Point (DoubleFloat))) debug: evaluateType1 x: (Point (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evalCategory d: (Point (DoubleFloat)) c: (Type) debug: evalCategory d: (List (Point (DoubleFloat))) c: (Type) debug: evaluateType form: (List (List (Point (DoubleFloat)))) $param: NIL Debug: evaluateType1 form: (List (List (Point (DoubleFloat)))) debug: evaluateType1 x: (List (Point (DoubleFloat))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Point (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Point (DoubleFloat))) debug: evaluateType1 x: (Point (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evalCategory d: (Point (DoubleFloat)) c: (Type) debug: evalCategory d: (List (Point (DoubleFloat))) c: (Type) debug: evaluateType form: (List (Palette)) $param: NIL Debug: evaluateType1 form: (List (Palette)) debug: evaluateType1 x: (Palette) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evalCategory d: (Palette) c: (Type) debug: evaluateType form: (List (Palette)) $param: NIL Debug: evaluateType1 form: (List (Palette)) debug: evaluateType1 x: (Palette) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evalCategory d: (Palette) c: (Type) debug: evaluateType form: (List (PositiveInteger)) $param: NIL Debug: evaluateType1 form: (List (PositiveInteger)) debug: evaluateType1 x: (PositiveInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evalCategory d: (PositiveInteger) c: (Type) debug: evaluateType form: (List (List (Point (DoubleFloat)))) $param: NIL Debug: evaluateType1 form: (List (List (Point (DoubleFloat)))) debug: evaluateType1 x: (List (Point (DoubleFloat))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Point (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Point (DoubleFloat))) debug: evaluateType1 x: (Point (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evalCategory d: (Point (DoubleFloat)) c: (Type) debug: evalCategory d: (List (Point (DoubleFloat))) c: (Type) debug: evaluateType form: (List (Palette)) $param: NIL Debug: evaluateType1 form: (List (Palette)) debug: evaluateType1 x: (Palette) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evalCategory d: (Palette) c: (Type) debug: evaluateType form: (List (Palette)) $param: NIL Debug: evaluateType1 form: (List (Palette)) debug: evaluateType1 x: (Palette) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evalCategory d: (Palette) c: (Type) debug: evaluateType form: (List (PositiveInteger)) $param: NIL Debug: evaluateType1 form: (List (PositiveInteger)) debug: evaluateType1 x: (PositiveInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evalCategory d: (PositiveInteger) c: (Type) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (List (List (Point (DoubleFloat)))) $param: NIL Debug: evaluateType1 form: (List (List (Point (DoubleFloat)))) debug: evaluateType1 x: (List (Point (DoubleFloat))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Point (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Point (DoubleFloat))) debug: evaluateType1 x: (Point (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evalCategory d: (Point (DoubleFloat)) c: (Type) debug: evalCategory d: (List (Point (DoubleFloat))) c: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (List (Segment (Float))) $param: NIL Debug: evaluateType1 form: (List (Segment (Float))) debug: evaluateType1 x: (Segment (Float)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Segment (Float)) $param: NIL Debug: evaluateType1 form: (Segment (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evalCategory d: (Segment (Float)) c: (Type) debug: evaluateType form: (List (Segment (Float))) $param: NIL Debug: evaluateType1 form: (List (Segment (Float))) debug: evaluateType1 x: (Segment (Float)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Segment (Float)) $param: NIL Debug: evaluateType1 form: (Segment (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evalCategory d: (Segment (Float)) c: (Type) debug: evaluateType form: (List (Segment (Float))) $param: NIL Debug: evaluateType1 form: (List (Segment (Float))) debug: evaluateType1 x: (Segment (Float)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Segment (Float)) $param: NIL Debug: evaluateType1 form: (Segment (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evalCategory d: (Segment (Float)) c: (Type) debug: evaluateType form: (List (Float)) $param: NIL Debug: evaluateType1 form: (List (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (List (Float)) $param: NIL Debug: evaluateType1 form: (List (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (List (Float)) $param: NIL Debug: evaluateType1 form: (List (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (List (Point (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Point (DoubleFloat))) debug: evaluateType1 x: (Point (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evalCategory d: (Point (DoubleFloat)) c: (Type) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evaluateType form: (List (List (Point (DoubleFloat)))) $param: NIL Debug: evaluateType1 form: (List (List (Point (DoubleFloat)))) debug: evaluateType1 x: (List (Point (DoubleFloat))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Point (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Point (DoubleFloat))) debug: evaluateType1 x: (Point (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evalCategory d: (Point (DoubleFloat)) c: (Type) debug: evalCategory d: (List (Point (DoubleFloat))) c: (Type) debug: evaluateType form: (List (List (Point (DoubleFloat)))) $param: NIL Debug: evaluateType1 form: (List (List (Point (DoubleFloat)))) debug: evaluateType1 x: (List (Point (DoubleFloat))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Point (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Point (DoubleFloat))) debug: evaluateType1 x: (Point (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evalCategory d: (Point (DoubleFloat)) c: (Type) debug: evalCategory d: (List (Point (DoubleFloat))) c: (Type) debug: evaluateType form: (List (List (Point (DoubleFloat)))) $param: NIL Debug: evaluateType1 form: (List (List (Point (DoubleFloat)))) debug: evaluateType1 x: (List (Point (DoubleFloat))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Point (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Point (DoubleFloat))) debug: evaluateType1 x: (Point (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evalCategory d: (Point (DoubleFloat)) c: (Type) debug: evalCategory d: (List (Point (DoubleFloat))) c: (Type) debug: evaluateType form: (List (Palette)) $param: NIL Debug: evaluateType1 form: (List (Palette)) debug: evaluateType1 x: (Palette) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evalCategory d: (Palette) c: (Type) debug: evaluateType form: (List (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (List (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (List (List (Point (DoubleFloat)))) $param: NIL Debug: evaluateType1 form: (List (List (Point (DoubleFloat)))) debug: evaluateType1 x: (List (Point (DoubleFloat))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Point (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Point (DoubleFloat))) debug: evaluateType1 x: (Point (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evalCategory d: (Point (DoubleFloat)) c: (Type) debug: evalCategory d: (List (Point (DoubleFloat))) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE graphImage ($)) (SIGNATURE makeGraphImage ($ $)) (SIGNATURE makeGraphImage ($ (List (List (Point (DoubleFloat)))))) (SIGNATURE makeGraphImage ($ (List (List (Point (DoubleFloat)))) (List (Palette)) (List (Palette)) (List (PositiveInteger)))) (SIGNATURE makeGraphImage ($ (List (List (Point (DoubleFloat)))) (List (Palette)) (List (Palette)) (List (PositiveInteger)) (List (DrawOption)))) (SIGNATURE pointLists ((List (List (Point (DoubleFloat)))) $)) (SIGNATURE key ((Integer) $)) (SIGNATURE ranges ((List (Segment (Float))) $)) (SIGNATURE ranges ((List (Segment (Float))) $ (List (Segment (Float))))) (SIGNATURE units ((List (Float)) $)) (SIGNATURE units ((List (Float)) $ (List (Float)))) (SIGNATURE component ((Void) $ (List (Point (DoubleFloat))) (Palette) (Palette) (PositiveInteger))) (SIGNATURE component ((Void) $ (Point (DoubleFloat)))) (SIGNATURE component ((Void) $ (Point (DoubleFloat)) (Palette) (Palette) (PositiveInteger))) (SIGNATURE appendPoint ((Void) $ (Point (DoubleFloat)))) (SIGNATURE point ((Void) $ (Point (DoubleFloat)) (Palette))) (SIGNATURE coerce ($ (List (List (Point (DoubleFloat)))))) (SIGNATURE putColorInfo ((List (List (Point (DoubleFloat)))) (List (List (Point (DoubleFloat)))) (List (Palette)))) (SIGNATURE figureUnits ((List (DoubleFloat)) (List (List (Point (DoubleFloat))))))))) ------------------------------------------------------------------------ initializing stationary directory for GraphImage compiling into /tmp/oa-6hEYSx importing Color importing Palette importing ViewDefaultsPackage importing PlotTools importing DrawOptionFunctions0 importing Point DoubleFloat importing PointPackage DoubleFloat importing CoordinateSystems DoubleFloat compiling local numberCheck : Point DoubleFloat -> Void Time: 0.08 SEC. compiling local doOptions : Rep -> Void Time: 0.23 SEC. compiling exported putColorInfo : (List List Point DoubleFloat,List Palette) -> List List Point DoubleFloat Time: 0.09 SEC. compiling local graph : List Segment Float -> % Time: 0.34 SEC. compiling local scaleStep : DoubleFloat -> DoubleFloat Time: 0.07 SEC. compiling exported figureUnits : List List Point DoubleFloat -> List DoubleFloat Time: 0.10 SEC. compiling local plotLists : (Rep,List List Point DoubleFloat,List Palette,List Palette,List PositiveInteger) -> % Time: 0.10 SEC. compiling local makeGraph : % -> % Time: 0.54 SEC. compiling exported makeGraphImage : % -> % Time: 0 SEC. compiling exported key : % -> Integer GRIMAGE;key;$I;10 graf is replaced by %vref(graf,0) Time: 0.00 SEC. compiling exported pointLists : % -> List List Point DoubleFloat GRIMAGE;pointLists;$L;11 graf is replaced by %vref(graf,3) Time: 0.00 SEC. compiling exported ranges : % -> List Segment Float Time: 0.06 SEC. compiling exported ranges : (%,List Segment Float) -> List Segment Float Time: 0.10 SEC. compiling exported units : % -> List Float Time: 0.03 SEC. compiling exported units : (%,List Float) -> List Float Time: 0.05 SEC. compiling exported graphImage : () -> % Time: 0.00 SEC. compiling exported makeGraphImage : List List Point DoubleFloat -> % Time: 0.02 SEC. compiling exported makeGraphImage : (List List Point DoubleFloat,List Palette,List Palette,List PositiveInteger) -> % Time: 0.03 SEC. compiling exported makeGraphImage : (List List Point DoubleFloat,List Palette,List Palette,List PositiveInteger,List DrawOption) -> % Time: 0.08 SEC. compiling exported component : (%,List Point DoubleFloat,Palette,Palette,PositiveInteger) -> Void Time: 0.04 SEC. compiling exported component : (%,Point DoubleFloat) -> Void Time: 0.01 SEC. compiling exported component : (%,Point DoubleFloat,Palette,Palette,PositiveInteger) -> Void Time: 0.02 SEC. compiling exported appendPoint : (%,Point DoubleFloat) -> Void Time: 0.04 SEC. compiling exported point : (%,Point DoubleFloat,Palette) -> Void Time: 0.01 SEC. compiling exported coerce : List List Point DoubleFloat -> % Time: 0.05 SEC. compiling exported coerce : % -> OutputForm Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] Type Integer is not in scope. Import it [2] Type List Segment DoubleFloat is not in scope. Import it [3] Type List DoubleFloat is not in scope. Import it [4] Type List List Point DoubleFloat is not in scope. Import it [5] Type List Palette is not in scope. Import it [6] Type List PositiveInteger is not in scope. Import it [7] Type List DrawOption is not in scope. Import it [8] makeGraph: lo has no value Cumulative Statistics for Constructor GraphImage Time: 2.17 seconds finalizing NRLIB GRIMAGE Processing GraphImage for Browser database: -- graphImage : () -> % -- makeGraphImage : % -> % -- makeGraphImage : L L P -> % -- makeGraphImage : (L L P,L PAL,L PAL,L PI) -> % -- makeGraphImage : (L L P,L PAL,L PAL,L PI,L DROP) -> % -- pointLists : % -> L L P -- key : % -> I -- ranges : % -> RANGEF -- ranges : (%,RANGEF) -> RANGEF -- units : % -> UNITF -- units : (%,UNITF) -> UNITF -- component : (%,L P,PAL,PAL,PI) -> Void -- component : (%,P) -> Void -- component : (%,P,PAL,PAL,PI) -> Void -- appendPoint : (%,P) -> Void -- point : (%,P,PAL) -> Void -- coerce : L L P -> % -- putColorInfo : (L L P,L PAL) -> L L P --->../../x86_64-unknown-linux-gnu/src/algebra/view2D.spad-->GraphImage((figureUnits (UNITSF (L (L P))))): Not documented!!!! -- constructor ; compiling file "/tmp/oa-6hEYSx/code.lsp" (written 01 FEB 2016 11:12:08 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |GRIMAGE;key;$I;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |GRIMAGE;pointLists;$L;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |GRIMAGE;numberCheck| ...) ; compiling (DEFUN |GRIMAGE;doOptions| ...) ; compiling (DEFUN |GRIMAGE;putColorInfo;LLL;3| ...) ; file: /tmp/oa-6hEYSx/code.lsp ; in: DEFUN |GRIMAGE;putColorInfo;LLL;3| ; (DEFUN BOOT::|GRIMAGE;putColorInfo;LLL;3| ; (BOOT::|llp| BOOT::|listOfPalettes| BOOT::$) ; (PROG (BOOT::|daShade| BOOT::|daHue| BOOT::|lp2| BOOT::|d|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GRIMAGE;putColorInfo;LLL;3| ; (BOOT::|llp| BOOT::|listOfPalettes| BOOT::$) ; (BLOCK BOOT::|GRIMAGE;putColorInfo;LLL;3| ; (PROG (BOOT::|daShade| BOOT::|daHue| BOOT::|lp2| BOOT::|d|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; compiling (DEFUN |GRIMAGE;graph| ...) ; compiling (DEFUN |GRIMAGE;scaleStep| ...) ; file: /tmp/oa-6hEYSx/code.lsp ; in: DEFUN |GRIMAGE;scaleStep| ; (DEFUN BOOT::|GRIMAGE;scaleStep| (BOOT::|range| BOOT::$) ; (LET ((BOOT::|adjust| NIL) ; (BOOT::|tryStep| NIL) ; (BOOT::|scaleDown| NIL) ; (BOOT::|numerals| NIL)) ; (BOOT::SEQ (SETQ BOOT::|adjust| 0) (LOOP (COND # #)) ; (SETQ BOOT::|tryStep| #) (SETQ BOOT::|numerals| #) ; (SETQ BOOT::|scaleDown| #) (BOOT::EXIT (/ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GRIMAGE;scaleStep| ; (BOOT::|range| BOOT::$) ; (BLOCK BOOT::|GRIMAGE;scaleStep| ; (LET ((BOOT::|adjust| NIL) ; (BOOT::|tryStep| NIL) ; (BOOT::|scaleDown| NIL) ; (BOOT::|numerals| NIL)) ; (BOOT::SEQ (SETQ #) (LOOP #) (SETQ #) (SETQ #) (SETQ #) ; (BOOT::EXIT #))))) ; ; note: Assignment to argument: |range| ; prevents use of assertion from function type proclamation: ; DOUBLE-FLOAT ; ; compiling (DEFUN |GRIMAGE;figureUnits;LL;6| ...) ; compiling (DEFUN |GRIMAGE;plotLists| ...) ; file: /tmp/oa-6hEYSx/code.lsp ; in: DEFUN |GRIMAGE;plotLists| ; (DEFUN BOOT::|GRIMAGE;plotLists| ; (BOOT::|graf| BOOT::|listOfListsOfPoints| BOOT::|listOfPointColors| ; BOOT::|listOfLineColors| BOOT::|listOfPointSizes| BOOT::$) ; (PROG (BOOT::|len|) ; (RETURN ; (LET (#) ; (PROGN # # # # # # # # # # # ...))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GRIMAGE;plotLists| ; (BOOT::|graf| BOOT::|listOfListsOfPoints| BOOT::|listOfPointColors| ; BOOT::|listOfLineColors| BOOT::|listOfPointSizes| BOOT::$) ; (BLOCK BOOT::|GRIMAGE;plotLists| ; (PROG (BOOT::|len|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |listOfListsOfPoints| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS LIST T)) ; ; compiling (DEFUN |GRIMAGE;makeGraph| ...) ; file: /tmp/oa-6hEYSx/code.lsp ; in: DEFUN |GRIMAGE;makeGraph| ; (DEFUN BOOT::|GRIMAGE;makeGraph| (BOOT::|graf| BOOT::$) ; (PROG (BOOT::|tonto| BOOT::|transform| BOOT::|n| BOOT::|hueShade| ; BOOT::|aPoint|) ; (RETURN ; (BOOT::SEQ (BOOT::|GRIMAGE;doOptions| BOOT::|graf| BOOT::$) ; (BOOT::LETT BOOT::|n| # BOOT::|GRIMAGE;makeGraph|) ; (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GRIMAGE;makeGraph| ; (BOOT::|graf| BOOT::$) ; (BLOCK BOOT::|GRIMAGE;makeGraph| ; (PROG (BOOT::|tonto| BOOT::|transform| BOOT::|n| BOOT::|hueShade| ; BOOT::|aPoint|) ; (RETURN (BOOT::SEQ # # #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |GRIMAGE;makeGraphImage;2$;9| ...) ; compiling (DEFUN |GRIMAGE;key;$I;10| ...) ; compiling (DEFUN |GRIMAGE;pointLists;$L;11| ...) ; compiling (DEFUN |GRIMAGE;ranges;$L;12| ...) ; compiling (DEFUN |GRIMAGE;ranges;$2L;13| ...) ; compiling (DEFUN |GRIMAGE;units;$L;14| ...) ; compiling (DEFUN |GRIMAGE;units;$2L;15| ...) ; compiling (DEFUN |GRIMAGE;graphImage;$;16| ...) ; compiling (DEFUN |GRIMAGE;makeGraphImage;L$;17| ...) ; compiling (DEFUN |GRIMAGE;makeGraphImage;L2LL$;18| ...) ; compiling (DEFUN |GRIMAGE;makeGraphImage;L2LLL$;19| ...) ; compiling (DEFUN |GRIMAGE;component;$L2PPiV;20| ...) ; file: /tmp/oa-6hEYSx/code.lsp ; in: DEFUN |GRIMAGE;component;$L2PPiV;20| ; (DEFUN BOOT::|GRIMAGE;component;$L2PPiV;20| ; (BOOT::|graf| BOOT::|ListOfPoints| BOOT::|PointColor| ; BOOT::|LineColor| BOOT::|PointSize| BOOT::$) ; (PROGN ; (SETF (SVREF BOOT::|graf| 3) (APPEND # #)) ; (SETF (SVREF BOOT::|graf| 4) (APPEND # #)) ; (SETF (SVREF BOOT::|graf| 5) (APPEND # #)) ; (SETF (SVREF BOOT::|graf| 6) (APPEND # #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GRIMAGE;component;$L2PPiV;20| ; (BOOT::|graf| BOOT::|ListOfPoints| BOOT::|PointColor| BOOT::|LineColor| ; BOOT::|PointSize| BOOT::$) ; (BLOCK BOOT::|GRIMAGE;component;$L2PPiV;20| ; (PROGN (SETF # #) (SETF # #) (SETF # #) (SETF # #)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |GRIMAGE;component;$PV;21| ...) ; compiling (DEFUN |GRIMAGE;component;$P2PPiV;22| ...) ; compiling (DEFUN |GRIMAGE;appendPoint;$PV;23| ...) ; compiling (DEFUN |GRIMAGE;point;$PPV;24| ...) ; compiling (DEFUN |GRIMAGE;coerce;L$;25| ...) ; compiling (DEFUN |GRIMAGE;coerce;$Of;26| ...) ; compiling (DEFUN |GraphImage| ...) ; compiling (DEFUN |GraphImage;| ...) ; compiling (MAKEPROP (QUOTE |GraphImage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 4 notes ; /tmp/oa-6hEYSx/code.fasl written ; compilation finished in 0:00:00.138 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile VIEW2D.spad && cp VIEW2D.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/VIEW2D.fasl \ && if test -f VIEW2D-.NRLIB/code.fasl; then \ cp VIEW2D-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/VIEW2D-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/VIEW2D.spad using Spad compiler. VIEW2D abbreviates domain TwoDimensionalViewport debug: compDefine1 lhs: (TwoDimensionalViewport) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE getPickedPoints ((List (Point (DoubleFloat))) $)) (SIGNATURE viewport2D ($)) (SIGNATURE makeViewport2D ($ $)) (SIGNATURE options ((List (DrawOption)) $)) (SIGNATURE options ($ $ (List (DrawOption)))) (SIGNATURE makeViewport2D ($ (GraphImage) (List (DrawOption)))) (SIGNATURE graphState ((Void) $ (PositiveInteger) (DoubleFloat) (DoubleFloat) (DoubleFloat) (DoubleFloat) (Integer) (Integer) (Integer) (Integer) (Palette) (Integer) (Palette) (Integer))) (SIGNATURE graphStates ((Vector (Record (: scaleX (DoubleFloat)) (: scaleY (DoubleFloat)) (: deltaX (DoubleFloat)) (: deltaY (DoubleFloat)) (: points (Integer)) (: connect (Integer)) (: spline (Integer)) (: axes (Integer)) (: axesColor (Palette)) (: units (Integer)) (: unitsColor (Palette)) (: showing (Integer)))) $)) (SIGNATURE graphs ((Vector (Union (GraphImage) undefined)) $)) (SIGNATURE title ((Void) $ (String))) (SIGNATURE putGraph ((Void) $ (GraphImage) (PositiveInteger))) (SIGNATURE getGraph ((GraphImage) $ (PositiveInteger))) (SIGNATURE axes ((Void) $ (PositiveInteger) (String))) (SIGNATURE axes ((Void) $ (PositiveInteger) (Palette))) (SIGNATURE units ((Void) $ (PositiveInteger) (String))) (SIGNATURE units ((Void) $ (PositiveInteger) (Palette))) (SIGNATURE points ((Void) $ (PositiveInteger) (String))) (SIGNATURE region ((Void) $ (PositiveInteger) (String))) (SIGNATURE connect ((Void) $ (PositiveInteger) (String))) (SIGNATURE controlPanel ((Void) $ (String))) (SIGNATURE close ((Void) $)) (SIGNATURE dimensions ((Void) $ (NonNegativeInteger) (NonNegativeInteger) (PositiveInteger) (PositiveInteger))) (SIGNATURE scale ((Void) $ (PositiveInteger) (Float) (Float))) (SIGNATURE translate ((Void) $ (PositiveInteger) (Float) (Float))) (SIGNATURE show ((Void) $ (PositiveInteger) (String))) (SIGNATURE move ((Void) $ (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE update ((Void) $ (GraphImage) (PositiveInteger))) (SIGNATURE resize ((Void) $ (PositiveInteger) (PositiveInteger))) (SIGNATURE write ((String) $ (String))) (SIGNATURE write ((String) $ (String) (String))) (SIGNATURE write ((String) $ (String) (List (String)))) (SIGNATURE reset ((Void) $)) (SIGNATURE key ((Integer) $))))) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (SIGNATURE getPickedPoints ((List (Point (DoubleFloat))) $)) (SIGNATURE viewport2D ($)) (SIGNATURE makeViewport2D ($ $)) (SIGNATURE options ((List (DrawOption)) $)) (SIGNATURE options ($ $ (List (DrawOption)))) (SIGNATURE makeViewport2D ($ (GraphImage) (List (DrawOption)))) (SIGNATURE graphState ((Void) $ (PositiveInteger) (DoubleFloat) (DoubleFloat) (DoubleFloat) (DoubleFloat) (Integer) (Integer) (Integer) (Integer) (Palette) (Integer) (Palette) (Integer))) (SIGNATURE graphStates ((Vector (Record (: scaleX (DoubleFloat)) (: scaleY (DoubleFloat)) (: deltaX (DoubleFloat)) (: deltaY (DoubleFloat)) (: points (Integer)) (: connect (Integer)) (: spline (Integer)) (: axes (Integer)) (: axesColor (Palette)) (: units (Integer)) (: unitsColor (Palette)) (: showing (Integer)))) $)) (SIGNATURE graphs ((Vector (Union (GraphImage) undefined)) $)) (SIGNATURE title ((Void) $ (String))) (SIGNATURE putGraph ((Void) $ (GraphImage) (PositiveInteger))) (SIGNATURE getGraph ((GraphImage) $ (PositiveInteger))) (SIGNATURE axes ((Void) $ (PositiveInteger) (String))) (SIGNATURE axes ((Void) $ (PositiveInteger) (Palette))) (SIGNATURE units ((Void) $ (PositiveInteger) (String))) (SIGNATURE units ((Void) $ (PositiveInteger) (Palette))) (SIGNATURE points ((Void) $ (PositiveInteger) (String))) (SIGNATURE region ((Void) $ (PositiveInteger) (String))) (SIGNATURE connect ((Void) $ (PositiveInteger) (String))) (SIGNATURE controlPanel ((Void) $ (String))) (SIGNATURE close ((Void) $)) (SIGNATURE dimensions ((Void) $ (NonNegativeInteger) (NonNegativeInteger) (PositiveInteger) (PositiveInteger))) (SIGNATURE scale ((Void) $ (PositiveInteger) (Float) (Float))) (SIGNATURE translate ((Void) $ (PositiveInteger) (Float) (Float))) (SIGNATURE show ((Void) $ (PositiveInteger) (String))) (SIGNATURE move ((Void) $ (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE update ((Void) $ (GraphImage) (PositiveInteger))) (SIGNATURE resize ((Void) $ (PositiveInteger) (PositiveInteger))) (SIGNATURE write ((String) $ (String))) (SIGNATURE write ((String) $ (String) (String))) (SIGNATURE write ((String) $ (String) (List (String)))) (SIGNATURE reset ((Void) $)) (SIGNATURE key ((Integer) $)))) $param: NIL debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE getPickedPoints ((List (Point (DoubleFloat))) $)) (SIGNATURE viewport2D ($)) (SIGNATURE makeViewport2D ($ $)) (SIGNATURE options ((List (DrawOption)) $)) (SIGNATURE options ($ $ (List (DrawOption)))) (SIGNATURE makeViewport2D ($ (GraphImage) (List (DrawOption)))) (SIGNATURE graphState ((Void) $ (PositiveInteger) (DoubleFloat) (DoubleFloat) (DoubleFloat) (DoubleFloat) (Integer) (Integer) (Integer) (Integer) (Palette) (Integer) (Palette) (Integer))) (SIGNATURE graphStates ((Vector (Record (: scaleX (DoubleFloat)) (: scaleY (DoubleFloat)) (: deltaX (DoubleFloat)) (: deltaY (DoubleFloat)) (: points (Integer)) (: connect (Integer)) (: spline (Integer)) (: axes (Integer)) (: axesColor (Palette)) (: units (Integer)) (: unitsColor (Palette)) (: showing (Integer)))) $)) (SIGNATURE graphs ((Vector (Union (GraphImage) undefined)) $)) (SIGNATURE title ((Void) $ (String))) (SIGNATURE putGraph ((Void) $ (GraphImage) (PositiveInteger))) (SIGNATURE getGraph ((GraphImage) $ (PositiveInteger))) (SIGNATURE axes ((Void) $ (PositiveInteger) (String))) (SIGNATURE axes ((Void) $ (PositiveInteger) (Palette))) (SIGNATURE units ((Void) $ (PositiveInteger) (String))) (SIGNATURE units ((Void) $ (PositiveInteger) (Palette))) (SIGNATURE points ((Void) $ (PositiveInteger) (String))) (SIGNATURE region ((Void) $ (PositiveInteger) (String))) (SIGNATURE connect ((Void) $ (PositiveInteger) (String))) (SIGNATURE controlPanel ((Void) $ (String))) (SIGNATURE close ((Void) $)) (SIGNATURE dimensions ((Void) $ (NonNegativeInteger) (NonNegativeInteger) (PositiveInteger) (PositiveInteger))) (SIGNATURE scale ((Void) $ (PositiveInteger) (Float) (Float))) (SIGNATURE translate ((Void) $ (PositiveInteger) (Float) (Float))) (SIGNATURE show ((Void) $ (PositiveInteger) (String))) (SIGNATURE move ((Void) $ (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE update ((Void) $ (GraphImage) (PositiveInteger))) (SIGNATURE resize ((Void) $ (PositiveInteger) (PositiveInteger))) (SIGNATURE write ((String) $ (String))) (SIGNATURE write ((String) $ (String) (String))) (SIGNATURE write ((String) $ (String) (List (String)))) (SIGNATURE reset ((Void) $)) (SIGNATURE key ((Integer) $))) $param: NIL debug: evaluateType form: (List (Point (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Point (DoubleFloat))) debug: evaluateType1 x: (Point (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evalCategory d: (Point (DoubleFloat)) c: (Type) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (GraphImage) $param: NIL Debug: evaluateType1 form: (GraphImage) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Vector (Record (: scaleX (DoubleFloat)) (: scaleY (DoubleFloat)) (: deltaX (DoubleFloat)) (: deltaY (DoubleFloat)) (: points (Integer)) (: connect (Integer)) (: spline (Integer)) (: axes (Integer)) (: axesColor (Palette)) (: units (Integer)) (: unitsColor (Palette)) (: showing (Integer)))) $param: NIL Debug: evaluateType1 form: (Vector (Record (: scaleX (DoubleFloat)) (: scaleY (DoubleFloat)) (: deltaX (DoubleFloat)) (: deltaY (DoubleFloat)) (: points (Integer)) (: connect (Integer)) (: spline (Integer)) (: axes (Integer)) (: axesColor (Palette)) (: units (Integer)) (: unitsColor (Palette)) (: showing (Integer)))) debug: evaluateType1 x: (Record (: scaleX (DoubleFloat)) (: scaleY (DoubleFloat)) (: deltaX (DoubleFloat)) (: deltaY (DoubleFloat)) (: points (Integer)) (: connect (Integer)) (: spline (Integer)) (: axes (Integer)) (: axesColor (Palette)) (: units (Integer)) (: unitsColor (Palette)) (: showing (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: scaleX (DoubleFloat)) (: scaleY (DoubleFloat)) (: deltaX (DoubleFloat)) (: deltaY (DoubleFloat)) (: points (Integer)) (: connect (Integer)) (: spline (Integer)) (: axes (Integer)) (: axesColor (Palette)) (: units (Integer)) (: unitsColor (Palette)) (: showing (Integer))) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: scaleX (DoubleFloat)) (: scaleY (DoubleFloat)) (: deltaX (DoubleFloat)) (: deltaY (DoubleFloat)) (: points (Integer)) (: connect (Integer)) (: spline (Integer)) (: axes (Integer)) (: axesColor (Palette)) (: units (Integer)) (: unitsColor (Palette)) (: showing (Integer))) c: (Type) debug: evaluateType form: (Vector (Union (GraphImage) undefined)) $param: NIL Debug: evaluateType1 form: (Vector (Union (GraphImage) undefined)) debug: evaluateType1 x: (Union (GraphImage) undefined) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Union (GraphImage) undefined) $param: NIL debug: evaluateType form: (GraphImage) $param: NIL Debug: evaluateType1 form: (GraphImage) debug: evaluateType form: undefined $param: NIL debug: evalCategory d: (Union (GraphImage) undefined) c: (Type) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (GraphImage) $param: NIL Debug: evaluateType1 form: (GraphImage) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (GraphImage) $param: NIL Debug: evaluateType1 form: (GraphImage) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (GraphImage) $param: NIL Debug: evaluateType1 form: (GraphImage) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (List (String)) $param: NIL Debug: evaluateType1 form: (List (String)) debug: evaluateType1 x: (String) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evalCategory d: (String) c: (Type) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE getPickedPoints ((List (Point (DoubleFloat))) $)) (SIGNATURE viewport2D ($)) (SIGNATURE makeViewport2D ($ $)) (SIGNATURE options ((List (DrawOption)) $)) (SIGNATURE options ($ $ (List (DrawOption)))) (SIGNATURE makeViewport2D ($ (GraphImage) (List (DrawOption)))) (SIGNATURE graphState ((Void) $ (PositiveInteger) (DoubleFloat) (DoubleFloat) (DoubleFloat) (DoubleFloat) (Integer) (Integer) (Integer) (Integer) (Palette) (Integer) (Palette) (Integer))) (SIGNATURE graphStates ((Vector (Record (: scaleX (DoubleFloat)) (: scaleY (DoubleFloat)) (: deltaX (DoubleFloat)) (: deltaY (DoubleFloat)) (: points (Integer)) (: connect (Integer)) (: spline (Integer)) (: axes (Integer)) (: axesColor (Palette)) (: units (Integer)) (: unitsColor (Palette)) (: showing (Integer)))) $)) (SIGNATURE graphs ((Vector (Union (GraphImage) undefined)) $)) (SIGNATURE title ((Void) $ (String))) (SIGNATURE putGraph ((Void) $ (GraphImage) (PositiveInteger))) (SIGNATURE getGraph ((GraphImage) $ (PositiveInteger))) (SIGNATURE axes ((Void) $ (PositiveInteger) (String))) (SIGNATURE axes ((Void) $ (PositiveInteger) (Palette))) (SIGNATURE units ((Void) $ (PositiveInteger) (String))) (SIGNATURE units ((Void) $ (PositiveInteger) (Palette))) (SIGNATURE points ((Void) $ (PositiveInteger) (String))) (SIGNATURE region ((Void) $ (PositiveInteger) (String))) (SIGNATURE connect ((Void) $ (PositiveInteger) (String))) (SIGNATURE controlPanel ((Void) $ (String))) (SIGNATURE close ((Void) $)) (SIGNATURE dimensions ((Void) $ (NonNegativeInteger) (NonNegativeInteger) (PositiveInteger) (PositiveInteger))) (SIGNATURE scale ((Void) $ (PositiveInteger) (Float) (Float))) (SIGNATURE translate ((Void) $ (PositiveInteger) (Float) (Float))) (SIGNATURE show ((Void) $ (PositiveInteger) (String))) (SIGNATURE move ((Void) $ (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE update ((Void) $ (GraphImage) (PositiveInteger))) (SIGNATURE resize ((Void) $ (PositiveInteger) (PositiveInteger))) (SIGNATURE write ((String) $ (String))) (SIGNATURE write ((String) $ (String) (String))) (SIGNATURE write ((String) $ (String) (List (String)))) (SIGNATURE reset ((Void) $)) (SIGNATURE key ((Integer) $))))) ------------------------------------------------------------------------ initializing stationary directory for TwoDimensionalViewport compiling into /tmp/oa-tfesw2 importing GraphImage importing Color importing Palette importing ViewDefaultsPackage importing DrawOptionFunctions0 importing Point DoubleFloat compiling local checkViewport : % -> Boolean Time: 0.14 SEC. compiling local doOptions : Rep -> Void Time: 0.02 SEC. compiling exported options : % -> List DrawOption VIEW2D;options;$L;3 viewport is replaced by %vref(viewport,7) Time: 0.01 SEC. compiling exported options : (%,List DrawOption) -> % Time: 0.01 SEC. compiling exported putGraph : (%,GraphImage,PositiveInteger) -> Void Time: 0.14 SEC. compiling exported getGraph : (%,PositiveInteger) -> GraphImage Time: 0.14 SEC. compiling exported graphStates : % -> Vector Record(scaleX: DoubleFloat,scaleY: DoubleFloat,deltaX: DoubleFloat,deltaY: DoubleFloat,points: Integer,connect: Integer,spline: Integer,axes: Integer,axesColor: Palette,units: Integer,unitsColor: Palette,showing: Integer) VIEW2D;graphStates;$V;7 viewport is replaced by %vref(viewport,2) Time: 0.01 SEC. compiling exported graphs : % -> Vector Union(GraphImage,undefined) VIEW2D;graphs;$V;8 viewport is replaced by %vref(viewport,1) Time: 0.01 SEC. compiling exported key : % -> Integer VIEW2D;key;$I;9 viewport is replaced by %vref(viewport,0) Time: 0 SEC. compiling exported dimensions : (%,NonNegativeInteger,NonNegativeInteger,PositiveInteger,PositiveInteger) -> Void Time: 0.01 SEC. compiling exported move : (%,NonNegativeInteger,NonNegativeInteger) -> Void Time: 0.02 SEC. compiling exported update : (%,GraphImage,PositiveInteger) -> Void Time: 0.02 SEC. compiling exported resize : (%,PositiveInteger,PositiveInteger) -> Void Time: 0.02 SEC. compiling exported translate : (%,PositiveInteger,Float,Float) -> Void Time: 0.04 SEC. compiling exported scale : (%,PositiveInteger,Float,Float) -> Void Time: 0.04 SEC. compiling exported viewport2D : () -> % Time: 0.17 SEC. compiling exported makeViewport2D : (GraphImage,List DrawOption) -> % Time: 0.12 SEC. compiling exported makeViewport2D : % -> % Time: 0.27 SEC. compiling exported graphState : (%,PositiveInteger,DoubleFloat,DoubleFloat,DoubleFloat,DoubleFloat,Integer,Integer,Integer,Integer,Palette,Integer,Palette,Integer) -> Void Time: 0.07 SEC. compiling exported title : (%,String) -> Void Time: 0.01 SEC. compiling exported reset : % -> Void Time: 0.00 SEC. compiling exported axes : (%,PositiveInteger,String) -> Void Time: 0.03 SEC. compiling exported axes : (%,PositiveInteger,Palette) -> Void Time: 0.04 SEC. compiling exported units : (%,PositiveInteger,String) -> Void Time: 0.03 SEC. compiling exported units : (%,PositiveInteger,Palette) -> Void Time: 0.02 SEC. compiling exported connect : (%,PositiveInteger,String) -> Void Time: 0.04 SEC. compiling exported points : (%,PositiveInteger,String) -> Void Time: 0.02 SEC. compiling exported region : (%,PositiveInteger,String) -> Void Time: 0.03 SEC. compiling exported show : (%,PositiveInteger,String) -> Void Time: 0.03 SEC. compiling exported controlPanel : (%,String) -> Void Time: 0.02 SEC. compiling exported close : % -> Void Time: 0.02 SEC. compiling exported coerce : % -> OutputForm Time: 0.03 SEC. compiling exported write : (%,String,String) -> String Time: 0.02 SEC. compiling exported write : (%,String) -> String Time: 0.01 SEC. compiling exported write : (%,String,List String) -> String Time: 0.11 SEC. (time taken in buildFunctor: 0) Time: 0.03 SEC. Warnings: [1] Type Integer is not in scope. Import it [2] Type Vector Union(GraphImage,"undefined") is not in scope. Import it [3] Type Vector Record(scaleX: DoubleFloat,scaleY: DoubleFloat,deltaX: DoubleFloat,deltaY: DoubleFloat,points: Integer,connect: Integer,spline: Integer,axes: Integer,axesColor: Palette,units: Integer,unitsColor: Palette,showing: Integer) is not in scope. Import it [4] Type String is not in scope. Import it [5] Type NonNegativeInteger is not in scope. Import it [6] Type PositiveInteger is not in scope. Import it [7] Type List DrawOption is not in scope. Import it Cumulative Statistics for Constructor TwoDimensionalViewport Time: 1.76 seconds finalizing NRLIB VIEW2D Processing TwoDimensionalViewport for Browser database: -- getPickedPoints : % -> L POINT -- viewport2D : () -> % -- makeViewport2D : % -> % -- options : % -> L DROP -- options : (%,L DROP) -> % -- makeViewport2D : (G,L DROP) -> % -- graphState : (%,PI,SF,SF,SF,SF,I,I,I,I,PAL,I,PAL,I) -> Void -- graphStates : % -> V GS -- graphs : % -> V GU -- title : (%,STR) -> Void -- putGraph : (%,G,PI) -> Void -- getGraph : (%,PI) -> G -- axes : (%,PI,STR) -> Void -- axes : (%,PI,PAL) -> Void -- units : (%,PI,STR) -> Void -- units : (%,PI,PAL) -> Void -- points : (%,PI,STR) -> Void -- region : (%,PI,STR) -> Void -- connect : (%,PI,STR) -> Void -- controlPanel : (%,STR) -> Void -- close : % -> Void -- dimensions : (%,NNI,NNI,PI,PI) -> Void -- scale : (%,PI,F,F) -> Void -- translate : (%,PI,F,F) -> Void -- show : (%,PI,STR) -> Void -- move : (%,NNI,NNI) -> Void -- update : (%,G,PI) -> Void -- resize : (%,PI,PI) -> Void -- write : (%,STR) -> STR -- write : (%,STR,STR) -> STR -- write : (%,STR,L STR) -> STR -- reset : % -> Void -- key : % -> I -- constructor ; compiling file "/tmp/oa-tfesw2/code.lsp" (written 01 FEB 2016 11:12:10 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |VIEW2D;options;$L;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |VIEW2D;graphStates;$V;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |VIEW2D;graphs;$V;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |VIEW2D;key;$I;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |VIEW2D;checkViewport| ...) ; file: /tmp/oa-tfesw2/code.lsp ; in: DEFUN |VIEW2D;checkViewport| ; (DEFUN BOOT::|VIEW2D;checkViewport| (BOOT::|viewport| BOOT::$) ; (PROG (BOOT::|i|) ; (RETURN ; (BOOT::SEQ (BOOT::|sockSendInt| BOOT::|$ViewportServer| #) ; (BOOT::LETT BOOT::|i| # BOOT::|VIEW2D;checkViewport|) ; (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|VIEW2D;checkViewport| ; (BOOT::|viewport| BOOT::$) ; (BLOCK BOOT::|VIEW2D;checkViewport| ; (PROG (BOOT::|i|) (RETURN (BOOT::SEQ # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |VIEW2D;doOptions| ...) ; compiling (DEFUN |VIEW2D;options;$L;3| ...) ; compiling (DEFUN |VIEW2D;options;$L$;4| ...) ; file: /tmp/oa-tfesw2/code.lsp ; in: DEFUN |VIEW2D;options;$L$;4| ; (DEFUN BOOT::|VIEW2D;options;$L$;4| (BOOT::|viewport| BOOT::|opts| BOOT::$) ; (PROGN (SETF (SVREF BOOT::|viewport| 7) BOOT::|opts|) BOOT::|viewport|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|VIEW2D;options;$L$;4| ; (BOOT::|viewport| BOOT::|opts| BOOT::$) ; (BLOCK BOOT::|VIEW2D;options;$L$;4| ; (PROGN (SETF # BOOT::|opts|) BOOT::|viewport|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |VIEW2D;putGraph;$GiPiV;5| ...) ; compiling (DEFUN |VIEW2D;getGraph;$PiGi;6| ...) ; compiling (DEFUN |VIEW2D;graphStates;$V;7| ...) ; compiling (DEFUN |VIEW2D;graphs;$V;8| ...) ; compiling (DEFUN |VIEW2D;key;$I;9| ...) ; compiling (DEFUN |VIEW2D;dimensions;$2Nni2PiV;10| ...) ; file: /tmp/oa-tfesw2/code.lsp ; in: DEFUN |VIEW2D;dimensions;$2Nni2PiV;10| ; (DEFUN BOOT::|VIEW2D;dimensions;$2Nni2PiV;10| ; (BOOT::|viewport| BOOT::|ViewX| BOOT::|ViewY| BOOT::|ViewWidth| ; BOOT::|ViewHeight| BOOT::$) ; (PROGN ; (SETF (SVREF BOOT::|viewport| 4) (CONS BOOT::|ViewX| BOOT::|ViewY|)) ; (SETF (SVREF BOOT::|viewport| 5) ; (CONS BOOT::|ViewWidth| BOOT::|ViewHeight|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|VIEW2D;dimensions;$2Nni2PiV;10| ; (BOOT::|viewport| BOOT::|ViewX| BOOT::|ViewY| BOOT::|ViewWidth| ; BOOT::|ViewHeight| BOOT::$) ; (BLOCK BOOT::|VIEW2D;dimensions;$2Nni2PiV;10| ; (PROGN (SETF # #) (SETF # #)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |VIEW2D;move;$2NniV;11| ...) ; compiling (DEFUN |VIEW2D;update;$GiPiV;12| ...) ; compiling (DEFUN |VIEW2D;resize;$2PiV;13| ...) ; compiling (DEFUN |VIEW2D;translate;$Pi2FV;14| ...) ; compiling (DEFUN |VIEW2D;scale;$Pi2FV;15| ...) ; compiling (DEFUN |VIEW2D;viewport2D;$;16| ...) ; compiling (DEFUN |VIEW2D;makeViewport2D;GiL$;17| ...) ; compiling (DEFUN |VIEW2D;makeViewport2D;2$;18| ...) ; compiling (DEFUN |VIEW2D;graphState;$Pi4Df4IPIPIV;19| ...) ; compiling (DEFUN |VIEW2D;title;$SV;20| ...) ; compiling (DEFUN |VIEW2D;reset;$V;21| ...) ; compiling (DEFUN |VIEW2D;axes;$PiSV;22| ...) ; compiling (DEFUN |VIEW2D;axes;$PiPV;23| ...) ; compiling (DEFUN |VIEW2D;units;$PiSV;24| ...) ; compiling (DEFUN |VIEW2D;units;$PiPV;25| ...) ; compiling (DEFUN |VIEW2D;connect;$PiSV;26| ...) ; compiling (DEFUN |VIEW2D;points;$PiSV;27| ...) ; compiling (DEFUN |VIEW2D;region;$PiSV;28| ...) ; compiling (DEFUN |VIEW2D;show;$PiSV;29| ...) ; compiling (DEFUN |VIEW2D;controlPanel;$SV;30| ...) ; compiling (DEFUN |VIEW2D;close;$V;31| ...) ; compiling (DEFUN |VIEW2D;coerce;$Of;32| ...) ; compiling (DEFUN |VIEW2D;write;$3S;33| ...) ; compiling (DEFUN |VIEW2D;write;$2S;34| ...) ; compiling (DEFUN |VIEW2D;write;$SLS;35| ...) ; file: /tmp/oa-tfesw2/code.lsp ; in: DEFUN |VIEW2D;write;$SLS;35| ; (LET ((BOOT::|stringToSend| "")) ; (COND ; ((BOOT::SPADCALL (SVREF BOOT::|viewport| 0) 0 ; (BOOT::|shellEntry| BOOT::$ 51)) ; (BOOT::SEQ (BOOT::|sockSendInt| BOOT::|$ViewportServer| 3) ; (BOOT::|sockSendInt| BOOT::|$ViewportServer| 110) ; (BOOT::EXIT #))) ; (T ""))) ; ; caught STYLE-WARNING: ; The variable |stringToSend| is defined but never used. ; compiling (DEFUN |TwoDimensionalViewport| ...) ; compiling (DEFUN |TwoDimensionalViewport;| ...) ; compiling (MAKEPROP (QUOTE |TwoDimensionalViewport|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 4 STYLE-WARNING conditions ; printed 1 note ; /tmp/oa-tfesw2/code.fasl written ; compilation finished in 0:00:00.162 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile VIEW.spad && cp VIEW.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/VIEW.fasl \ && if test -f VIEW-.NRLIB/code.fasl; then \ cp VIEW-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/VIEW-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/VIEW.spad using Spad compiler. VIEW abbreviates package ViewportPackage debug: compDefine1 lhs: (ViewportPackage) signature (pre-evaluate): ((CATEGORY package (SIGNATURE graphCurves ((GraphImage) (List (List (Point (DoubleFloat)))) (Palette) (Palette) (PositiveInteger) (List (DrawOption)))) (SIGNATURE graphCurves ((GraphImage) (List (List (Point (DoubleFloat)))))) (SIGNATURE graphCurves ((GraphImage) (List (List (Point (DoubleFloat)))) (List (DrawOption)))) (SIGNATURE drawCurves ((TwoDimensionalViewport) (List (List (Point (DoubleFloat)))) (Palette) (Palette) (PositiveInteger) (List (DrawOption)))) (SIGNATURE drawCurves ((TwoDimensionalViewport) (List (List (Point (DoubleFloat)))) (List (DrawOption)))) (SIGNATURE coerce ((TwoDimensionalViewport) (GraphImage))))) debug: evaluateType form: (CATEGORY package (SIGNATURE graphCurves ((GraphImage) (List (List (Point (DoubleFloat)))) (Palette) (Palette) (PositiveInteger) (List (DrawOption)))) (SIGNATURE graphCurves ((GraphImage) (List (List (Point (DoubleFloat)))))) (SIGNATURE graphCurves ((GraphImage) (List (List (Point (DoubleFloat)))) (List (DrawOption)))) (SIGNATURE drawCurves ((TwoDimensionalViewport) (List (List (Point (DoubleFloat)))) (Palette) (Palette) (PositiveInteger) (List (DrawOption)))) (SIGNATURE drawCurves ((TwoDimensionalViewport) (List (List (Point (DoubleFloat)))) (List (DrawOption)))) (SIGNATURE coerce ((TwoDimensionalViewport) (GraphImage)))) $param: NIL debug: evaluateType form: (GraphImage) $param: NIL Debug: evaluateType1 form: (GraphImage) debug: evaluateType form: (List (List (Point (DoubleFloat)))) $param: NIL Debug: evaluateType1 form: (List (List (Point (DoubleFloat)))) debug: evaluateType1 x: (List (Point (DoubleFloat))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Point (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Point (DoubleFloat))) debug: evaluateType1 x: (Point (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evalCategory d: (Point (DoubleFloat)) c: (Type) debug: evalCategory d: (List (Point (DoubleFloat))) c: (Type) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (GraphImage) $param: NIL Debug: evaluateType1 form: (GraphImage) debug: evaluateType form: (List (List (Point (DoubleFloat)))) $param: NIL Debug: evaluateType1 form: (List (List (Point (DoubleFloat)))) debug: evaluateType1 x: (List (Point (DoubleFloat))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Point (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Point (DoubleFloat))) debug: evaluateType1 x: (Point (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evalCategory d: (Point (DoubleFloat)) c: (Type) debug: evalCategory d: (List (Point (DoubleFloat))) c: (Type) debug: evaluateType form: (GraphImage) $param: NIL Debug: evaluateType1 form: (GraphImage) debug: evaluateType form: (List (List (Point (DoubleFloat)))) $param: NIL Debug: evaluateType1 form: (List (List (Point (DoubleFloat)))) debug: evaluateType1 x: (List (Point (DoubleFloat))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Point (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Point (DoubleFloat))) debug: evaluateType1 x: (Point (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evalCategory d: (Point (DoubleFloat)) c: (Type) debug: evalCategory d: (List (Point (DoubleFloat))) c: (Type) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (TwoDimensionalViewport) $param: NIL Debug: evaluateType1 form: (TwoDimensionalViewport) debug: evaluateType form: (List (List (Point (DoubleFloat)))) $param: NIL Debug: evaluateType1 form: (List (List (Point (DoubleFloat)))) debug: evaluateType1 x: (List (Point (DoubleFloat))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Point (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Point (DoubleFloat))) debug: evaluateType1 x: (Point (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evalCategory d: (Point (DoubleFloat)) c: (Type) debug: evalCategory d: (List (Point (DoubleFloat))) c: (Type) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (TwoDimensionalViewport) $param: NIL Debug: evaluateType1 form: (TwoDimensionalViewport) debug: evaluateType form: (List (List (Point (DoubleFloat)))) $param: NIL Debug: evaluateType1 form: (List (List (Point (DoubleFloat)))) debug: evaluateType1 x: (List (Point (DoubleFloat))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Point (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Point (DoubleFloat))) debug: evaluateType1 x: (Point (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evalCategory d: (Point (DoubleFloat)) c: (Type) debug: evalCategory d: (List (Point (DoubleFloat))) c: (Type) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (TwoDimensionalViewport) $param: NIL Debug: evaluateType1 form: (TwoDimensionalViewport) debug: evaluateType form: (GraphImage) $param: NIL Debug: evaluateType1 form: (GraphImage) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE graphCurves ((GraphImage) (List (List (Point (DoubleFloat)))) (Palette) (Palette) (PositiveInteger) (List (DrawOption)))) (SIGNATURE graphCurves ((GraphImage) (List (List (Point (DoubleFloat)))))) (SIGNATURE graphCurves ((GraphImage) (List (List (Point (DoubleFloat)))) (List (DrawOption)))) (SIGNATURE drawCurves ((TwoDimensionalViewport) (List (List (Point (DoubleFloat)))) (Palette) (Palette) (PositiveInteger) (List (DrawOption)))) (SIGNATURE drawCurves ((TwoDimensionalViewport) (List (List (Point (DoubleFloat)))) (List (DrawOption)))) (SIGNATURE coerce ((TwoDimensionalViewport) (GraphImage))))) ------------------------------------------------------------------------ initializing stationary directory for ViewportPackage compiling into /tmp/oa-OEO7Gf importing ViewDefaultsPackage importing DrawOptionFunctions0 compiling exported graphCurves : List List Point DoubleFloat -> GraphImage Time: 0.06 SEC. compiling exported graphCurves : (List List Point DoubleFloat,List DrawOption) -> GraphImage Time: 0.01 SEC. compiling exported graphCurves : (List List Point DoubleFloat,Palette,Palette,PositiveInteger,List DrawOption) -> GraphImage Time: 0.04 SEC. compiling exported drawCurves : (List List Point DoubleFloat,List DrawOption) -> TwoDimensionalViewport Time: 0.02 SEC. compiling exported drawCurves : (List List Point DoubleFloat,Palette,Palette,PositiveInteger,List DrawOption) -> TwoDimensionalViewport Time: 0.02 SEC. compiling exported coerce : GraphImage -> TwoDimensionalViewport Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor ViewportPackage Time: 0.16 seconds finalizing NRLIB VIEW Processing ViewportPackage for Browser database: -- graphCurves : (L L P,PAL,PAL,PI,L DROP) -> GRIMAGE -- graphCurves : L L P -> GRIMAGE -- graphCurves : (L L P,L DROP) -> GRIMAGE -- drawCurves : (L L P,PAL,PAL,PI,L DROP) -> VIEW2D -- drawCurves : (L L P,L DROP) -> VIEW2D -- coerce : GRIMAGE -> VIEW2D -- constructor ; compiling file "/tmp/oa-OEO7Gf/code.lsp" (written 01 FEB 2016 11:12:10 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |VIEW;graphCurves;LGi;1| ...) ; compiling (DEFUN |VIEW;graphCurves;LLGi;2| ...) ; compiling (DEFUN |VIEW;graphCurves;L2PPiLGi;3| ...) ; compiling (DEFUN |VIEW;drawCurves;LLTdv;4| ...) ; compiling (DEFUN |VIEW;drawCurves;L2PPiLTdv;5| ...) ; compiling (DEFUN |VIEW;coerce;GiTdv;6| ...) ; compiling (DEFUN |ViewportPackage| ...) ; compiling (DEFUN |ViewportPackage;| ...) ; compiling (MAKEPROP (QUOTE |ViewportPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-OEO7Gf/code.fasl written ; compilation finished in 0:00:00.030 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PLOTTOOL.spad && cp PLOTTOOL.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PLOTTOOL.fasl \ && if test -f PLOTTOOL-.NRLIB/code.fasl; then \ cp PLOTTOOL-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PLOTTOOL-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PLOTTOOL.spad using Spad compiler. PLOTTOOL abbreviates package PlotTools debug: compDefine1 lhs: (PlotTools) signature (pre-evaluate): ((CATEGORY package (SIGNATURE calcRanges ((List (Segment (DoubleFloat))) (List (List (Point (DoubleFloat)))))))) debug: evaluateType form: (CATEGORY package (SIGNATURE calcRanges ((List (Segment (DoubleFloat))) (List (List (Point (DoubleFloat))))))) $param: NIL debug: evaluateType form: (List (Segment (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Segment (DoubleFloat))) debug: evaluateType1 x: (Segment (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evalCategory d: (Segment (DoubleFloat)) c: (Type) debug: evaluateType form: (List (List (Point (DoubleFloat)))) $param: NIL Debug: evaluateType1 form: (List (List (Point (DoubleFloat)))) debug: evaluateType1 x: (List (Point (DoubleFloat))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Point (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Point (DoubleFloat))) debug: evaluateType1 x: (Point (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evalCategory d: (Point (DoubleFloat)) c: (Type) debug: evalCategory d: (List (Point (DoubleFloat))) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE calcRanges ((List (Segment (DoubleFloat))) (List (List (Point (DoubleFloat)))))))) ------------------------------------------------------------------------ initializing stationary directory for PlotTools compiling into /tmp/oa-dtGmuB importing GraphicsDefaults importing Plot importing TwoDimensionalPlotClipping importing DrawOptionFunctions0 importing ViewportPackage importing POINT importing PointPackage DoubleFloat compiling local drawToScaleRanges : (Segment DoubleFloat,Segment DoubleFloat) -> List Segment DoubleFloat Time: 0.04 SEC. compiling local select : (List Point DoubleFloat,Point DoubleFloat -> DoubleFloat,(DoubleFloat,DoubleFloat) -> DoubleFloat) -> DoubleFloat Time: 0.03 SEC. compiling local xRange0 : List Point DoubleFloat -> Segment DoubleFloat Time: 0.01 SEC. compiling local yRange0 : List Point DoubleFloat -> Segment DoubleFloat Time: 0.00 SEC. compiling local select2 : (List List Point DoubleFloat,List Point DoubleFloat -> DoubleFloat,(DoubleFloat,DoubleFloat) -> DoubleFloat) -> DoubleFloat Time: 0.02 SEC. compiling local xRange : List List Point DoubleFloat -> Segment DoubleFloat Time: 0.02 SEC. compiling local yRange : List List Point DoubleFloat -> Segment DoubleFloat Time: 0.02 SEC. compiling exported calcRanges : List List Point DoubleFloat -> List Segment DoubleFloat Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] drawToScaleRanges: - has no value Cumulative Statistics for Constructor PlotTools Time: 0.16 seconds finalizing NRLIB PLOTTOOL Processing PlotTools for Browser database: -- calcRanges : L L Pt -> L SEG SF -- constructor ; compiling file "/tmp/oa-dtGmuB/code.lsp" (written 01 FEB 2016 11:12:10 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PLOTTOOL;drawToScaleRanges| ...) ; compiling (DEFUN |PLOTTOOL;select| ...) ; file: /tmp/oa-dtGmuB/code.lsp ; in: DEFUN |PLOTTOOL;select| ; (DEFUN BOOT::|PLOTTOOL;select| (BOOT::|l| BOOT::|f| BOOT::|g| BOOT::$) ; (LET ((BOOT::|m| (FUNCALL # # #))) ; (PROGN ; (LET (#) ; (LOOP # ; #)) ; BOOT::|m|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PLOTTOOL;select| ; (BOOT::|l| BOOT::|f| BOOT::|g| BOOT::$) ; (BLOCK BOOT::|PLOTTOOL;select| ; (LET ((BOOT::|m| #)) ; (PROGN ; (LET # ; #) ; BOOT::|m|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PLOTTOOL;xRange0| ...) ; file: /tmp/oa-dtGmuB/code.lsp ; in: DEFUN |PLOTTOOL;xRange0| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MIN BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PLOTTOOL;yRange0| ...) ; file: /tmp/oa-dtGmuB/code.lsp ; in: DEFUN |PLOTTOOL;yRange0| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MIN BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PLOTTOOL;select2| ...) ; file: /tmp/oa-dtGmuB/code.lsp ; in: DEFUN |PLOTTOOL;select2| ; (DEFUN BOOT::|PLOTTOOL;select2| (BOOT::|l| BOOT::|f| BOOT::|g| BOOT::$) ; (LET ((BOOT::|m| (FUNCALL # # #))) ; (PROGN ; (LET (#) ; (LOOP # ; #)) ; BOOT::|m|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PLOTTOOL;select2| ; (BOOT::|l| BOOT::|f| BOOT::|g| BOOT::$) ; (BLOCK BOOT::|PLOTTOOL;select2| ; (LET ((BOOT::|m| #)) ; (PROGN ; (LET # ; #) ; BOOT::|m|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PLOTTOOL;xRange| ...) ; file: /tmp/oa-dtGmuB/code.lsp ; in: DEFUN |PLOTTOOL;xRange| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MIN BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PLOTTOOL;xRange!1| ...) ; compiling (DEFUN |PLOTTOOL;xRange!0| ...) ; compiling (DEFUN |PLOTTOOL;yRange| ...) ; file: /tmp/oa-dtGmuB/code.lsp ; in: DEFUN |PLOTTOOL;yRange| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MIN BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PLOTTOOL;yRange!1| ...) ; compiling (DEFUN |PLOTTOOL;yRange!0| ...) ; compiling (DEFUN |PLOTTOOL;calcRanges;LL;8| ...) ; compiling (DEFUN |PlotTools| ...) ; compiling (DEFUN |PlotTools;| ...) ; compiling (MAKEPROP (QUOTE |PlotTools|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 10 STYLE-WARNING conditions ; /tmp/oa-dtGmuB/code.fasl written ; compilation finished in 0:00:00.044 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile GRIMAGE.spad && cp GRIMAGE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GRIMAGE.fasl \ && if test -f GRIMAGE-.NRLIB/code.fasl; then \ cp GRIMAGE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GRIMAGE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GRIMAGE.spad using Spad compiler. GRIMAGE abbreviates domain GraphImage debug: compDefine1 lhs: (GraphImage) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE graphImage ($)) (SIGNATURE makeGraphImage ($ $)) (SIGNATURE makeGraphImage ($ (List (List (Point (DoubleFloat)))))) (SIGNATURE makeGraphImage ($ (List (List (Point (DoubleFloat)))) (List (Palette)) (List (Palette)) (List (PositiveInteger)))) (SIGNATURE makeGraphImage ($ (List (List (Point (DoubleFloat)))) (List (Palette)) (List (Palette)) (List (PositiveInteger)) (List (DrawOption)))) (SIGNATURE pointLists ((List (List (Point (DoubleFloat)))) $)) (SIGNATURE key ((Integer) $)) (SIGNATURE ranges ((List (Segment (Float))) $)) (SIGNATURE ranges ((List (Segment (Float))) $ (List (Segment (Float))))) (SIGNATURE units ((List (Float)) $)) (SIGNATURE units ((List (Float)) $ (List (Float)))) (SIGNATURE component ((Void) $ (List (Point (DoubleFloat))) (Palette) (Palette) (PositiveInteger))) (SIGNATURE component ((Void) $ (Point (DoubleFloat)))) (SIGNATURE component ((Void) $ (Point (DoubleFloat)) (Palette) (Palette) (PositiveInteger))) (SIGNATURE appendPoint ((Void) $ (Point (DoubleFloat)))) (SIGNATURE point ((Void) $ (Point (DoubleFloat)) (Palette))) (SIGNATURE coerce ($ (List (List (Point (DoubleFloat)))))) (SIGNATURE putColorInfo ((List (List (Point (DoubleFloat)))) (List (List (Point (DoubleFloat)))) (List (Palette)))) (SIGNATURE figureUnits ((List (DoubleFloat)) (List (List (Point (DoubleFloat))))))))) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (SIGNATURE graphImage ($)) (SIGNATURE makeGraphImage ($ $)) (SIGNATURE makeGraphImage ($ (List (List (Point (DoubleFloat)))))) (SIGNATURE makeGraphImage ($ (List (List (Point (DoubleFloat)))) (List (Palette)) (List (Palette)) (List (PositiveInteger)))) (SIGNATURE makeGraphImage ($ (List (List (Point (DoubleFloat)))) (List (Palette)) (List (Palette)) (List (PositiveInteger)) (List (DrawOption)))) (SIGNATURE pointLists ((List (List (Point (DoubleFloat)))) $)) (SIGNATURE key ((Integer) $)) (SIGNATURE ranges ((List (Segment (Float))) $)) (SIGNATURE ranges ((List (Segment (Float))) $ (List (Segment (Float))))) (SIGNATURE units ((List (Float)) $)) (SIGNATURE units ((List (Float)) $ (List (Float)))) (SIGNATURE component ((Void) $ (List (Point (DoubleFloat))) (Palette) (Palette) (PositiveInteger))) (SIGNATURE component ((Void) $ (Point (DoubleFloat)))) (SIGNATURE component ((Void) $ (Point (DoubleFloat)) (Palette) (Palette) (PositiveInteger))) (SIGNATURE appendPoint ((Void) $ (Point (DoubleFloat)))) (SIGNATURE point ((Void) $ (Point (DoubleFloat)) (Palette))) (SIGNATURE coerce ($ (List (List (Point (DoubleFloat)))))) (SIGNATURE putColorInfo ((List (List (Point (DoubleFloat)))) (List (List (Point (DoubleFloat)))) (List (Palette)))) (SIGNATURE figureUnits ((List (DoubleFloat)) (List (List (Point (DoubleFloat)))))))) $param: NIL debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE graphImage ($)) (SIGNATURE makeGraphImage ($ $)) (SIGNATURE makeGraphImage ($ (List (List (Point (DoubleFloat)))))) (SIGNATURE makeGraphImage ($ (List (List (Point (DoubleFloat)))) (List (Palette)) (List (Palette)) (List (PositiveInteger)))) (SIGNATURE makeGraphImage ($ (List (List (Point (DoubleFloat)))) (List (Palette)) (List (Palette)) (List (PositiveInteger)) (List (DrawOption)))) (SIGNATURE pointLists ((List (List (Point (DoubleFloat)))) $)) (SIGNATURE key ((Integer) $)) (SIGNATURE ranges ((List (Segment (Float))) $)) (SIGNATURE ranges ((List (Segment (Float))) $ (List (Segment (Float))))) (SIGNATURE units ((List (Float)) $)) (SIGNATURE units ((List (Float)) $ (List (Float)))) (SIGNATURE component ((Void) $ (List (Point (DoubleFloat))) (Palette) (Palette) (PositiveInteger))) (SIGNATURE component ((Void) $ (Point (DoubleFloat)))) (SIGNATURE component ((Void) $ (Point (DoubleFloat)) (Palette) (Palette) (PositiveInteger))) (SIGNATURE appendPoint ((Void) $ (Point (DoubleFloat)))) (SIGNATURE point ((Void) $ (Point (DoubleFloat)) (Palette))) (SIGNATURE coerce ($ (List (List (Point (DoubleFloat)))))) (SIGNATURE putColorInfo ((List (List (Point (DoubleFloat)))) (List (List (Point (DoubleFloat)))) (List (Palette)))) (SIGNATURE figureUnits ((List (DoubleFloat)) (List (List (Point (DoubleFloat))))))) $param: NIL debug: evaluateType form: (List (List (Point (DoubleFloat)))) $param: NIL Debug: evaluateType1 form: (List (List (Point (DoubleFloat)))) debug: evaluateType1 x: (List (Point (DoubleFloat))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Point (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Point (DoubleFloat))) debug: evaluateType1 x: (Point (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evalCategory d: (Point (DoubleFloat)) c: (Type) debug: evalCategory d: (List (Point (DoubleFloat))) c: (Type) debug: evaluateType form: (List (List (Point (DoubleFloat)))) $param: NIL Debug: evaluateType1 form: (List (List (Point (DoubleFloat)))) debug: evaluateType1 x: (List (Point (DoubleFloat))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Point (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Point (DoubleFloat))) debug: evaluateType1 x: (Point (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evalCategory d: (Point (DoubleFloat)) c: (Type) debug: evalCategory d: (List (Point (DoubleFloat))) c: (Type) debug: evaluateType form: (List (Palette)) $param: NIL Debug: evaluateType1 form: (List (Palette)) debug: evaluateType1 x: (Palette) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evalCategory d: (Palette) c: (Type) debug: evaluateType form: (List (Palette)) $param: NIL Debug: evaluateType1 form: (List (Palette)) debug: evaluateType1 x: (Palette) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evalCategory d: (Palette) c: (Type) debug: evaluateType form: (List (PositiveInteger)) $param: NIL Debug: evaluateType1 form: (List (PositiveInteger)) debug: evaluateType1 x: (PositiveInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evalCategory d: (PositiveInteger) c: (Type) debug: evaluateType form: (List (List (Point (DoubleFloat)))) $param: NIL Debug: evaluateType1 form: (List (List (Point (DoubleFloat)))) debug: evaluateType1 x: (List (Point (DoubleFloat))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Point (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Point (DoubleFloat))) debug: evaluateType1 x: (Point (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evalCategory d: (Point (DoubleFloat)) c: (Type) debug: evalCategory d: (List (Point (DoubleFloat))) c: (Type) debug: evaluateType form: (List (Palette)) $param: NIL Debug: evaluateType1 form: (List (Palette)) debug: evaluateType1 x: (Palette) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evalCategory d: (Palette) c: (Type) debug: evaluateType form: (List (Palette)) $param: NIL Debug: evaluateType1 form: (List (Palette)) debug: evaluateType1 x: (Palette) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evalCategory d: (Palette) c: (Type) debug: evaluateType form: (List (PositiveInteger)) $param: NIL Debug: evaluateType1 form: (List (PositiveInteger)) debug: evaluateType1 x: (PositiveInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evalCategory d: (PositiveInteger) c: (Type) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (List (List (Point (DoubleFloat)))) $param: NIL Debug: evaluateType1 form: (List (List (Point (DoubleFloat)))) debug: evaluateType1 x: (List (Point (DoubleFloat))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Point (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Point (DoubleFloat))) debug: evaluateType1 x: (Point (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evalCategory d: (Point (DoubleFloat)) c: (Type) debug: evalCategory d: (List (Point (DoubleFloat))) c: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (List (Segment (Float))) $param: NIL Debug: evaluateType1 form: (List (Segment (Float))) debug: evaluateType1 x: (Segment (Float)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Segment (Float)) $param: NIL Debug: evaluateType1 form: (Segment (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evalCategory d: (Segment (Float)) c: (Type) debug: evaluateType form: (List (Segment (Float))) $param: NIL Debug: evaluateType1 form: (List (Segment (Float))) debug: evaluateType1 x: (Segment (Float)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Segment (Float)) $param: NIL Debug: evaluateType1 form: (Segment (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evalCategory d: (Segment (Float)) c: (Type) debug: evaluateType form: (List (Segment (Float))) $param: NIL Debug: evaluateType1 form: (List (Segment (Float))) debug: evaluateType1 x: (Segment (Float)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Segment (Float)) $param: NIL Debug: evaluateType1 form: (Segment (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evalCategory d: (Segment (Float)) c: (Type) debug: evaluateType form: (List (Float)) $param: NIL Debug: evaluateType1 form: (List (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (List (Float)) $param: NIL Debug: evaluateType1 form: (List (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (List (Float)) $param: NIL Debug: evaluateType1 form: (List (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (List (Point (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Point (DoubleFloat))) debug: evaluateType1 x: (Point (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evalCategory d: (Point (DoubleFloat)) c: (Type) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evaluateType form: (List (List (Point (DoubleFloat)))) $param: NIL Debug: evaluateType1 form: (List (List (Point (DoubleFloat)))) debug: evaluateType1 x: (List (Point (DoubleFloat))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Point (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Point (DoubleFloat))) debug: evaluateType1 x: (Point (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evalCategory d: (Point (DoubleFloat)) c: (Type) debug: evalCategory d: (List (Point (DoubleFloat))) c: (Type) debug: evaluateType form: (List (List (Point (DoubleFloat)))) $param: NIL Debug: evaluateType1 form: (List (List (Point (DoubleFloat)))) debug: evaluateType1 x: (List (Point (DoubleFloat))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Point (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Point (DoubleFloat))) debug: evaluateType1 x: (Point (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evalCategory d: (Point (DoubleFloat)) c: (Type) debug: evalCategory d: (List (Point (DoubleFloat))) c: (Type) debug: evaluateType form: (List (List (Point (DoubleFloat)))) $param: NIL Debug: evaluateType1 form: (List (List (Point (DoubleFloat)))) debug: evaluateType1 x: (List (Point (DoubleFloat))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Point (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Point (DoubleFloat))) debug: evaluateType1 x: (Point (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evalCategory d: (Point (DoubleFloat)) c: (Type) debug: evalCategory d: (List (Point (DoubleFloat))) c: (Type) debug: evaluateType form: (List (Palette)) $param: NIL Debug: evaluateType1 form: (List (Palette)) debug: evaluateType1 x: (Palette) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Palette) $param: NIL Debug: evaluateType1 form: (Palette) debug: evalCategory d: (Palette) c: (Type) debug: evaluateType form: (List (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (List (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (List (List (Point (DoubleFloat)))) $param: NIL Debug: evaluateType1 form: (List (List (Point (DoubleFloat)))) debug: evaluateType1 x: (List (Point (DoubleFloat))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Point (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Point (DoubleFloat))) debug: evaluateType1 x: (Point (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evalCategory d: (Point (DoubleFloat)) c: (Type) debug: evalCategory d: (List (Point (DoubleFloat))) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE graphImage ($)) (SIGNATURE makeGraphImage ($ $)) (SIGNATURE makeGraphImage ($ (List (List (Point (DoubleFloat)))))) (SIGNATURE makeGraphImage ($ (List (List (Point (DoubleFloat)))) (List (Palette)) (List (Palette)) (List (PositiveInteger)))) (SIGNATURE makeGraphImage ($ (List (List (Point (DoubleFloat)))) (List (Palette)) (List (Palette)) (List (PositiveInteger)) (List (DrawOption)))) (SIGNATURE pointLists ((List (List (Point (DoubleFloat)))) $)) (SIGNATURE key ((Integer) $)) (SIGNATURE ranges ((List (Segment (Float))) $)) (SIGNATURE ranges ((List (Segment (Float))) $ (List (Segment (Float))))) (SIGNATURE units ((List (Float)) $)) (SIGNATURE units ((List (Float)) $ (List (Float)))) (SIGNATURE component ((Void) $ (List (Point (DoubleFloat))) (Palette) (Palette) (PositiveInteger))) (SIGNATURE component ((Void) $ (Point (DoubleFloat)))) (SIGNATURE component ((Void) $ (Point (DoubleFloat)) (Palette) (Palette) (PositiveInteger))) (SIGNATURE appendPoint ((Void) $ (Point (DoubleFloat)))) (SIGNATURE point ((Void) $ (Point (DoubleFloat)) (Palette))) (SIGNATURE coerce ($ (List (List (Point (DoubleFloat)))))) (SIGNATURE putColorInfo ((List (List (Point (DoubleFloat)))) (List (List (Point (DoubleFloat)))) (List (Palette)))) (SIGNATURE figureUnits ((List (DoubleFloat)) (List (List (Point (DoubleFloat))))))))) ------------------------------------------------------------------------ initializing stationary directory for GraphImage compiling into /tmp/oa-NgAS9O importing Color importing Palette importing ViewDefaultsPackage importing PlotTools importing DrawOptionFunctions0 importing Point DoubleFloat importing PointPackage DoubleFloat importing CoordinateSystems DoubleFloat compiling local numberCheck : Point DoubleFloat -> Void Time: 0.09 SEC. compiling local doOptions : Rep -> Void Time: 0.24 SEC. compiling exported putColorInfo : (List List Point DoubleFloat,List Palette) -> List List Point DoubleFloat Time: 0.09 SEC. compiling local graph : List Segment Float -> % Time: 0.33 SEC. compiling local scaleStep : DoubleFloat -> DoubleFloat Time: 0.06 SEC. compiling exported figureUnits : List List Point DoubleFloat -> List DoubleFloat Time: 0.08 SEC. compiling local plotLists : (Rep,List List Point DoubleFloat,List Palette,List Palette,List PositiveInteger) -> % Time: 0.11 SEC. compiling local makeGraph : % -> % Time: 0.54 SEC. compiling exported makeGraphImage : % -> % Time: 0 SEC. compiling exported key : % -> Integer GRIMAGE;key;$I;10 graf is replaced by %vref(graf,0) Time: 0.01 SEC. compiling exported pointLists : % -> List List Point DoubleFloat GRIMAGE;pointLists;$L;11 graf is replaced by %vref(graf,3) Time: 0.00 SEC. compiling exported ranges : % -> List Segment Float Time: 0.06 SEC. compiling exported ranges : (%,List Segment Float) -> List Segment Float Time: 0.11 SEC. compiling exported units : % -> List Float Time: 0.03 SEC. compiling exported units : (%,List Float) -> List Float Time: 0.05 SEC. compiling exported graphImage : () -> % Time: 0.00 SEC. compiling exported makeGraphImage : List List Point DoubleFloat -> % Time: 0.03 SEC. compiling exported makeGraphImage : (List List Point DoubleFloat,List Palette,List Palette,List PositiveInteger) -> % Time: 0.03 SEC. compiling exported makeGraphImage : (List List Point DoubleFloat,List Palette,List Palette,List PositiveInteger,List DrawOption) -> % Time: 0.08 SEC. compiling exported component : (%,List Point DoubleFloat,Palette,Palette,PositiveInteger) -> Void Time: 0.04 SEC. compiling exported component : (%,Point DoubleFloat) -> Void Time: 0.01 SEC. compiling exported component : (%,Point DoubleFloat,Palette,Palette,PositiveInteger) -> Void Time: 0.01 SEC. compiling exported appendPoint : (%,Point DoubleFloat) -> Void Time: 0.04 SEC. compiling exported point : (%,Point DoubleFloat,Palette) -> Void Time: 0.01 SEC. compiling exported coerce : List List Point DoubleFloat -> % Time: 0.06 SEC. compiling exported coerce : % -> OutputForm Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] Type Integer is not in scope. Import it [2] Type List Segment DoubleFloat is not in scope. Import it [3] Type List DoubleFloat is not in scope. Import it [4] Type List List Point DoubleFloat is not in scope. Import it [5] Type List Palette is not in scope. Import it [6] Type List PositiveInteger is not in scope. Import it [7] Type List DrawOption is not in scope. Import it [8] makeGraph: lo has no value Cumulative Statistics for Constructor GraphImage Time: 2.14 seconds finalizing NRLIB GRIMAGE Processing GraphImage for Browser database: -- graphImage : () -> % -- makeGraphImage : % -> % -- makeGraphImage : L L P -> % -- makeGraphImage : (L L P,L PAL,L PAL,L PI) -> % -- makeGraphImage : (L L P,L PAL,L PAL,L PI,L DROP) -> % -- pointLists : % -> L L P -- key : % -> I -- ranges : % -> RANGEF -- ranges : (%,RANGEF) -> RANGEF -- units : % -> UNITF -- units : (%,UNITF) -> UNITF -- component : (%,L P,PAL,PAL,PI) -> Void -- component : (%,P) -> Void -- component : (%,P,PAL,PAL,PI) -> Void -- appendPoint : (%,P) -> Void -- point : (%,P,PAL) -> Void -- coerce : L L P -> % -- putColorInfo : (L L P,L PAL) -> L L P --->../../x86_64-unknown-linux-gnu/src/algebra/view2D.spad-->GraphImage((figureUnits (UNITSF (L (L P))))): Not documented!!!! -- constructor ; compiling file "/tmp/oa-NgAS9O/code.lsp" (written 01 FEB 2016 11:12:13 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |GRIMAGE;key;$I;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |GRIMAGE;pointLists;$L;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |GRIMAGE;numberCheck| ...) ; compiling (DEFUN |GRIMAGE;doOptions| ...) ; compiling (DEFUN |GRIMAGE;putColorInfo;LLL;3| ...) ; file: /tmp/oa-NgAS9O/code.lsp ; in: DEFUN |GRIMAGE;putColorInfo;LLL;3| ; (DEFUN BOOT::|GRIMAGE;putColorInfo;LLL;3| ; (BOOT::|llp| BOOT::|listOfPalettes| BOOT::$) ; (PROG (BOOT::|daShade| BOOT::|daHue| BOOT::|lp2| BOOT::|d|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GRIMAGE;putColorInfo;LLL;3| ; (BOOT::|llp| BOOT::|listOfPalettes| BOOT::$) ; (BLOCK BOOT::|GRIMAGE;putColorInfo;LLL;3| ; (PROG (BOOT::|daShade| BOOT::|daHue| BOOT::|lp2| BOOT::|d|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; compiling (DEFUN |GRIMAGE;graph| ...) ; compiling (DEFUN |GRIMAGE;scaleStep| ...) ; file: /tmp/oa-NgAS9O/code.lsp ; in: DEFUN |GRIMAGE;scaleStep| ; (DEFUN BOOT::|GRIMAGE;scaleStep| (BOOT::|range| BOOT::$) ; (LET ((BOOT::|adjust| NIL) ; (BOOT::|tryStep| NIL) ; (BOOT::|scaleDown| NIL) ; (BOOT::|numerals| NIL)) ; (BOOT::SEQ (SETQ BOOT::|adjust| 0) (LOOP (COND # #)) ; (SETQ BOOT::|tryStep| #) (SETQ BOOT::|numerals| #) ; (SETQ BOOT::|scaleDown| #) (BOOT::EXIT (/ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GRIMAGE;scaleStep| ; (BOOT::|range| BOOT::$) ; (BLOCK BOOT::|GRIMAGE;scaleStep| ; (LET ((BOOT::|adjust| NIL) ; (BOOT::|tryStep| NIL) ; (BOOT::|scaleDown| NIL) ; (BOOT::|numerals| NIL)) ; (BOOT::SEQ (SETQ #) (LOOP #) (SETQ #) (SETQ #) (SETQ #) ; (BOOT::EXIT #))))) ; ; note: Assignment to argument: |range| ; prevents use of assertion from function type proclamation: ; DOUBLE-FLOAT ; ; compiling (DEFUN |GRIMAGE;figureUnits;LL;6| ...) ; compiling (DEFUN |GRIMAGE;plotLists| ...) ; file: /tmp/oa-NgAS9O/code.lsp ; in: DEFUN |GRIMAGE;plotLists| ; (DEFUN BOOT::|GRIMAGE;plotLists| ; (BOOT::|graf| BOOT::|listOfListsOfPoints| BOOT::|listOfPointColors| ; BOOT::|listOfLineColors| BOOT::|listOfPointSizes| BOOT::$) ; (PROG (BOOT::|len|) ; (RETURN ; (LET (#) ; (PROGN # # # # # # # # # # # ...))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GRIMAGE;plotLists| ; (BOOT::|graf| BOOT::|listOfListsOfPoints| BOOT::|listOfPointColors| ; BOOT::|listOfLineColors| BOOT::|listOfPointSizes| BOOT::$) ; (BLOCK BOOT::|GRIMAGE;plotLists| ; (PROG (BOOT::|len|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |listOfListsOfPoints| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS LIST T)) ; ; compiling (DEFUN |GRIMAGE;makeGraph| ...) ; file: /tmp/oa-NgAS9O/code.lsp ; in: DEFUN |GRIMAGE;makeGraph| ; (DEFUN BOOT::|GRIMAGE;makeGraph| (BOOT::|graf| BOOT::$) ; (PROG (BOOT::|tonto| BOOT::|transform| BOOT::|n| BOOT::|hueShade| ; BOOT::|aPoint|) ; (RETURN ; (BOOT::SEQ (BOOT::|GRIMAGE;doOptions| BOOT::|graf| BOOT::$) ; (BOOT::LETT BOOT::|n| # BOOT::|GRIMAGE;makeGraph|) ; (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GRIMAGE;makeGraph| ; (BOOT::|graf| BOOT::$) ; (BLOCK BOOT::|GRIMAGE;makeGraph| ; (PROG (BOOT::|tonto| BOOT::|transform| BOOT::|n| BOOT::|hueShade| ; BOOT::|aPoint|) ; (RETURN (BOOT::SEQ # # #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |GRIMAGE;makeGraphImage;2$;9| ...) ; compiling (DEFUN |GRIMAGE;key;$I;10| ...) ; compiling (DEFUN |GRIMAGE;pointLists;$L;11| ...) ; compiling (DEFUN |GRIMAGE;ranges;$L;12| ...) ; compiling (DEFUN |GRIMAGE;ranges;$2L;13| ...) ; compiling (DEFUN |GRIMAGE;units;$L;14| ...) ; compiling (DEFUN |GRIMAGE;units;$2L;15| ...) ; compiling (DEFUN |GRIMAGE;graphImage;$;16| ...) ; compiling (DEFUN |GRIMAGE;makeGraphImage;L$;17| ...) ; compiling (DEFUN |GRIMAGE;makeGraphImage;L2LL$;18| ...) ; compiling (DEFUN |GRIMAGE;makeGraphImage;L2LLL$;19| ...) ; compiling (DEFUN |GRIMAGE;component;$L2PPiV;20| ...) ; file: /tmp/oa-NgAS9O/code.lsp ; in: DEFUN |GRIMAGE;component;$L2PPiV;20| ; (DEFUN BOOT::|GRIMAGE;component;$L2PPiV;20| ; (BOOT::|graf| BOOT::|ListOfPoints| BOOT::|PointColor| ; BOOT::|LineColor| BOOT::|PointSize| BOOT::$) ; (PROGN ; (SETF (SVREF BOOT::|graf| 3) (APPEND # #)) ; (SETF (SVREF BOOT::|graf| 4) (APPEND # #)) ; (SETF (SVREF BOOT::|graf| 5) (APPEND # #)) ; (SETF (SVREF BOOT::|graf| 6) (APPEND # #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GRIMAGE;component;$L2PPiV;20| ; (BOOT::|graf| BOOT::|ListOfPoints| BOOT::|PointColor| BOOT::|LineColor| ; BOOT::|PointSize| BOOT::$) ; (BLOCK BOOT::|GRIMAGE;component;$L2PPiV;20| ; (PROGN (SETF # #) (SETF # #) (SETF # #) (SETF # #)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |GRIMAGE;component;$PV;21| ...) ; compiling (DEFUN |GRIMAGE;component;$P2PPiV;22| ...) ; compiling (DEFUN |GRIMAGE;appendPoint;$PV;23| ...) ; compiling (DEFUN |GRIMAGE;point;$PPV;24| ...) ; compiling (DEFUN |GRIMAGE;coerce;L$;25| ...) ; compiling (DEFUN |GRIMAGE;coerce;$Of;26| ...) ; compiling (DEFUN |GraphImage| ...) ; compiling (DEFUN |GraphImage;| ...) ; compiling (MAKEPROP (QUOTE |GraphImage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 4 notes ; /tmp/oa-NgAS9O/code.fasl written ; compilation finished in 0:00:00.131 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PLOT.spad && cp PLOT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PLOT.fasl \ && if test -f PLOT-.NRLIB/code.fasl; then \ cp PLOT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PLOT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PLOT.spad using Spad compiler. PLOT abbreviates domain Plot debug: compDefine1 lhs: (Plot) signature (pre-evaluate): ((Join (PlottablePlaneCurveCategory) (CATEGORY domain (SIGNATURE plot ($ (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (List (Mapping (DoubleFloat) (DoubleFloat))) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (List (Mapping (DoubleFloat) (DoubleFloat))) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (Mapping (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (Mapping (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE pointPlot ($ (Mapping (Point (DoubleFloat)) (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE pointPlot ($ (Mapping (Point (DoubleFloat)) (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plotPolar ($ (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plotPolar ($ (Mapping (DoubleFloat) (DoubleFloat)))) (SIGNATURE plot ($ $ (Segment (DoubleFloat)))) (SIGNATURE parametric? ((Boolean) $)) (SIGNATURE zoom ($ $ (Segment (DoubleFloat)))) (SIGNATURE zoom ($ $ (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE refine ($ $ (Segment (DoubleFloat)))) (SIGNATURE refine ($ $)) (SIGNATURE tRange ((Segment (DoubleFloat)) $)) (SIGNATURE minPoints ((Integer))) (SIGNATURE setMinPoints ((Integer) (Integer))) (SIGNATURE maxPoints ((Integer))) (SIGNATURE setMaxPoints ((Integer) (Integer))) (SIGNATURE screenResolution ((Integer))) (SIGNATURE setScreenResolution ((Integer) (Integer))) (SIGNATURE adaptive? ((Boolean))) (SIGNATURE setAdaptive ((Boolean) (Boolean))) (SIGNATURE numFunEvals ((Integer))) (SIGNATURE debug ((Boolean) (Boolean)))))) debug: evaluateType form: (Join (PlottablePlaneCurveCategory) (CATEGORY domain (SIGNATURE plot ($ (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (List (Mapping (DoubleFloat) (DoubleFloat))) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (List (Mapping (DoubleFloat) (DoubleFloat))) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (Mapping (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (Mapping (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE pointPlot ($ (Mapping (Point (DoubleFloat)) (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE pointPlot ($ (Mapping (Point (DoubleFloat)) (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plotPolar ($ (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plotPolar ($ (Mapping (DoubleFloat) (DoubleFloat)))) (SIGNATURE plot ($ $ (Segment (DoubleFloat)))) (SIGNATURE parametric? ((Boolean) $)) (SIGNATURE zoom ($ $ (Segment (DoubleFloat)))) (SIGNATURE zoom ($ $ (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE refine ($ $ (Segment (DoubleFloat)))) (SIGNATURE refine ($ $)) (SIGNATURE tRange ((Segment (DoubleFloat)) $)) (SIGNATURE minPoints ((Integer))) (SIGNATURE setMinPoints ((Integer) (Integer))) (SIGNATURE maxPoints ((Integer))) (SIGNATURE setMaxPoints ((Integer) (Integer))) (SIGNATURE screenResolution ((Integer))) (SIGNATURE setScreenResolution ((Integer) (Integer))) (SIGNATURE adaptive? ((Boolean))) (SIGNATURE setAdaptive ((Boolean) (Boolean))) (SIGNATURE numFunEvals ((Integer))) (SIGNATURE debug ((Boolean) (Boolean))))) $param: NIL debug: evaluateType form: (PlottablePlaneCurveCategory) $param: NIL Debug: evaluateType1 form: (PlottablePlaneCurveCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE plot ($ (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (List (Mapping (DoubleFloat) (DoubleFloat))) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (List (Mapping (DoubleFloat) (DoubleFloat))) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (Mapping (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (Mapping (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE pointPlot ($ (Mapping (Point (DoubleFloat)) (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE pointPlot ($ (Mapping (Point (DoubleFloat)) (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plotPolar ($ (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plotPolar ($ (Mapping (DoubleFloat) (DoubleFloat)))) (SIGNATURE plot ($ $ (Segment (DoubleFloat)))) (SIGNATURE parametric? ((Boolean) $)) (SIGNATURE zoom ($ $ (Segment (DoubleFloat)))) (SIGNATURE zoom ($ $ (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE refine ($ $ (Segment (DoubleFloat)))) (SIGNATURE refine ($ $)) (SIGNATURE tRange ((Segment (DoubleFloat)) $)) (SIGNATURE minPoints ((Integer))) (SIGNATURE setMinPoints ((Integer) (Integer))) (SIGNATURE maxPoints ((Integer))) (SIGNATURE setMaxPoints ((Integer) (Integer))) (SIGNATURE screenResolution ((Integer))) (SIGNATURE setScreenResolution ((Integer) (Integer))) (SIGNATURE adaptive? ((Boolean))) (SIGNATURE setAdaptive ((Boolean) (Boolean))) (SIGNATURE numFunEvals ((Integer))) (SIGNATURE debug ((Boolean) (Boolean)))) $param: NIL debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (List (Mapping (DoubleFloat) (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Mapping (DoubleFloat) (DoubleFloat))) debug: evaluateType1 x: (Mapping (DoubleFloat) (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (Mapping (DoubleFloat) (DoubleFloat)) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (List (Mapping (DoubleFloat) (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Mapping (DoubleFloat) (DoubleFloat))) debug: evaluateType1 x: (Mapping (DoubleFloat) (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (Mapping (DoubleFloat) (DoubleFloat)) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Mapping (Point (DoubleFloat)) (DoubleFloat)) $param: NIL debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Mapping (Point (DoubleFloat)) (DoubleFloat)) $param: NIL debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: compDefine1 signature (post evaluate): ((Join (PlottablePlaneCurveCategory) (CATEGORY domain (SIGNATURE plot ($ (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (List (Mapping (DoubleFloat) (DoubleFloat))) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (List (Mapping (DoubleFloat) (DoubleFloat))) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (Mapping (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plot ($ (Mapping (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE pointPlot ($ (Mapping (Point (DoubleFloat)) (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE pointPlot ($ (Mapping (Point (DoubleFloat)) (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plotPolar ($ (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE plotPolar ($ (Mapping (DoubleFloat) (DoubleFloat)))) (SIGNATURE plot ($ $ (Segment (DoubleFloat)))) (SIGNATURE parametric? ((Boolean) $)) (SIGNATURE zoom ($ $ (Segment (DoubleFloat)))) (SIGNATURE zoom ($ $ (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE refine ($ $ (Segment (DoubleFloat)))) (SIGNATURE refine ($ $)) (SIGNATURE tRange ((Segment (DoubleFloat)) $)) (SIGNATURE minPoints ((Integer))) (SIGNATURE setMinPoints ((Integer) (Integer))) (SIGNATURE maxPoints ((Integer))) (SIGNATURE setMaxPoints ((Integer) (Integer))) (SIGNATURE screenResolution ((Integer))) (SIGNATURE setScreenResolution ((Integer) (Integer))) (SIGNATURE adaptive? ((Boolean))) (SIGNATURE setAdaptive ((Boolean) (Boolean))) (SIGNATURE numFunEvals ((Integer))) (SIGNATURE debug ((Boolean) (Boolean)))))) ------------------------------------------------------------------------ initializing stationary directory for Plot compiling into /tmp/oa-lMU8Sm importing PointPackage DoubleFloat compiling local Pnan? : Point DoubleFloat -> Boolean Time: 0.06 SEC. compiling exported listBranches : % -> List List Point DoubleFloat Time: 0.05 SEC. compiling local checkRange : Segment DoubleFloat -> Segment DoubleFloat Time: 0.00 SEC. compiling local intersect : (Segment DoubleFloat,Segment DoubleFloat) -> Segment DoubleFloat Time: 0.00 SEC. compiling local union : (Segment DoubleFloat,Segment DoubleFloat) -> Segment DoubleFloat Time: 0 SEC. compiling local join : (List Record(source: DoubleFloat -> Point DoubleFloat,ranges: List Segment DoubleFloat,knots: List DoubleFloat,points: List Point DoubleFloat),Integer) -> Segment DoubleFloat Time: 0.03 SEC. compiling local parametricRange : % -> Segment DoubleFloat PLOT;parametricRange r is replaced by SPADfirst %vref(r,2) Time: 0.00 SEC. compiling exported minPoints : () -> Integer Time: 0 SEC. compiling exported setMinPoints : Integer -> Integer Time: 0.01 SEC. compiling exported maxPoints : () -> Integer Time: 0 SEC. compiling exported setMaxPoints : Integer -> Integer Time: 0.00 SEC. compiling exported screenResolution : () -> Integer Time: 0 SEC. compiling exported setScreenResolution : Integer -> Integer Time: 0.00 SEC. compiling exported adaptive? : () -> Boolean Time: 0 SEC. compiling exported setAdaptive : Boolean -> Boolean Time: 0 SEC. compiling exported parametric? : % -> Boolean PLOT;parametric?;$B;16 p is replaced by %vref(p,0) Time: 0.00 SEC. compiling exported numFunEvals : () -> Integer Time: 0 SEC. compiling exported debug : Boolean -> Boolean Time: 0 SEC. compiling exported xRange : % -> Segment DoubleFloat Time: 0.01 SEC. compiling exported yRange : % -> Segment DoubleFloat Time: 0.00 SEC. compiling exported tRange : % -> Segment DoubleFloat PLOT;tRange;$S;21 plot is replaced by SPADfirst %vref(plot,2) Time: 0.01 SEC. compiling local select : (List Point DoubleFloat,Point DoubleFloat -> DoubleFloat,(DoubleFloat,DoubleFloat) -> DoubleFloat) -> DoubleFloat Time: 0.02 SEC. compiling local rangeRefine : (Record(source: DoubleFloat -> Point DoubleFloat,ranges: List Segment DoubleFloat,knots: List DoubleFloat,points: List Point DoubleFloat),Segment DoubleFloat) -> Record(source: DoubleFloat -> Point DoubleFloat,ranges: List Segment DoubleFloat,knots: List DoubleFloat,points: List Point DoubleFloat) Time: 0.32 SEC. compiling local adaptivePlot : (Record(source: DoubleFloat -> Point DoubleFloat,ranges: List Segment DoubleFloat,knots: List DoubleFloat,points: List Point DoubleFloat),Segment DoubleFloat,Segment DoubleFloat,Segment DoubleFloat,Integer) -> Record(source: DoubleFloat -> Point DoubleFloat,ranges: List Segment DoubleFloat,knots: List DoubleFloat,points: List Point DoubleFloat) Time: 1.71 SEC. compiling local basicPlot : (DoubleFloat -> Point DoubleFloat,Segment DoubleFloat) -> Record(source: DoubleFloat -> Point DoubleFloat,ranges: List Segment DoubleFloat,knots: List DoubleFloat,points: List Point DoubleFloat) Time: 0.16 SEC. compiling exported zoom : (%,Segment DoubleFloat) -> % Time: 0.02 SEC. compiling exported zoom : (%,Segment DoubleFloat,Segment DoubleFloat) -> % Time: 0.02 SEC. compiling local basicRefine : (Record(source: DoubleFloat -> Point DoubleFloat,ranges: List Segment DoubleFloat,knots: List DoubleFloat,points: List Point DoubleFloat),Segment DoubleFloat) -> Record(source: DoubleFloat -> Point DoubleFloat,ranges: List Segment DoubleFloat,knots: List DoubleFloat,points: List Point DoubleFloat) Time: 0.28 SEC. compiling exported refine : % -> % Time: 0 SEC. compiling exported refine : (%,Segment DoubleFloat) -> % Time: 0.03 SEC. compiling exported plot : (%,Segment DoubleFloat) -> % Time: 0.03 SEC. compiling local pt : (DoubleFloat,DoubleFloat) -> Point DoubleFloat Time: 0.01 SEC. compiling local myTrap : (DoubleFloat -> DoubleFloat,DoubleFloat) -> DoubleFloat Time: 0.02 SEC. compiling exported plot : (DoubleFloat -> DoubleFloat,Segment DoubleFloat) -> % Time: 0.04 SEC. compiling exported plot : (DoubleFloat -> DoubleFloat,Segment DoubleFloat,Segment DoubleFloat) -> % Time: 0.02 SEC. compiling exported plot : (DoubleFloat -> DoubleFloat,DoubleFloat -> DoubleFloat,Segment DoubleFloat) -> % Time: 0.07 SEC. compiling exported plot : (DoubleFloat -> DoubleFloat,DoubleFloat -> DoubleFloat,Segment DoubleFloat,Segment DoubleFloat,Segment DoubleFloat) -> % Time: 0.03 SEC. compiling exported pointPlot : (DoubleFloat -> Point DoubleFloat,Segment DoubleFloat) -> % Time: 0.06 SEC. compiling exported pointPlot : (DoubleFloat -> Point DoubleFloat,Segment DoubleFloat,Segment DoubleFloat,Segment DoubleFloat) -> % Time: 0.02 SEC. compiling exported plot : (List DoubleFloat -> DoubleFloat,Segment DoubleFloat) -> % Time: 0.09 SEC. compiling exported plot : (List DoubleFloat -> DoubleFloat,Segment DoubleFloat,Segment DoubleFloat) -> % Time: 0.02 SEC. compiling exported plotPolar : (DoubleFloat -> DoubleFloat,Segment DoubleFloat) -> % Time: 0.02 SEC. compiling exported plotPolar : DoubleFloat -> DoubleFloat -> % Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Time: 0.12 SEC. (time taken in buildFunctor: 0) Time: 0.03 SEC. Warnings: [1] Type Boolean is not in scope. Import it [2] Type List Segment DoubleFloat is not in scope. Import it [3] Type List String is not in scope. Import it [4] Type List Record(source: (DoubleFloat -> Point DoubleFloat),ranges: List Segment DoubleFloat,knots: List DoubleFloat,points: List Point DoubleFloat) is not in scope. Import it [5] parametricRange: first has no value [6] xRange: second has no value [7] yRange: third has no value [8] tRange: first has no value [9] rangeRefine: c has no value [10] rangeRefine: q has no value [11] rangeRefine: NUMFUNEVALS has no value [12] basicRefine: first has no value [13] refine: curves has no value [14] plot: curves has no value [15] plot: t has no value [16] coerce: l has no value Cumulative Statistics for Constructor Plot Time: 3.33 seconds finalizing NRLIB PLOT Processing Plot for Browser database: -- plot : ((F -> F),R) -> % -- plot : ((F -> F),R,R) -> % -- plot : (L (F -> F),R) -> % -- plot : (L (F -> F),R,R) -> % -- plot : ((F -> F),(F -> F),R) -> % -- plot : ((F -> F),(F -> F),R,R,R) -> % -- pointPlot : ((F -> P),R) -> % -- pointPlot : ((F -> P),R,R,R) -> % -- plotPolar : ((F -> F),R) -> % -- plotPolar : (F -> F) -> % -- plot : (%,R) -> % -- parametric? : % -> B -- zoom : (%,R) -> % -- zoom : (%,R,R) -> % -- refine : (%,R) -> % -- refine : % -> % -- tRange : % -> R -- minPoints : () -> I -- setMinPoints : I -> I -- maxPoints : () -> I -- setMaxPoints : I -> I -- screenResolution : () -> I -- setScreenResolution : I -> I -- adaptive? : () -> B -- setAdaptive : B -> B -- numFunEvals : () -> I -- debug : B -> B -- constructor ; compiling file "/tmp/oa-lMU8Sm/code.lsp" (written 01 FEB 2016 11:12:16 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PLOT;parametricRange|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PLOT;parametric?;$B;16|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PLOT;tRange;$S;21|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PLOT;checkRange|) ...) ; compiling (PUT (QUOTE |PLOT;union|) ...) ; compiling (PUT (QUOTE |PLOT;minPoints;I;8|) ...) ; compiling (PUT (QUOTE |PLOT;maxPoints;I;10|) ...) ; compiling (PUT (QUOTE |PLOT;screenResolution;I;12|) ...) ; compiling (PUT (QUOTE |PLOT;adaptive?;B;14|) ...) ; compiling (PUT (QUOTE |PLOT;numFunEvals;I;17|) ...) ; compiling (PUT (QUOTE |PLOT;zoom;$2S$;27|) ...) ; compiling (DEFUN |PLOT;Pnan?| ...) ; file: /tmp/oa-lMU8Sm/code.lsp ; in: DEFUN |PLOT;Pnan?| ; #'(LAMBDA (BOOT::|#1| BOOT::$) (|AxiomCore|:|%fNaN?| BOOT::|#1|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; (DEFUN BOOT::|PLOT;Pnan?| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL ; (CONS #'(LAMBDA (BOOT::|#1| BOOT::$) (|AxiomCore|:|%fNaN?| BOOT::|#1|)) ; NIL) ; BOOT::|x| (BOOT::|shellEntry| BOOT::$ 26))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PLOT;Pnan?| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|PLOT;Pnan?| ; (BOOT::SPADCALL (CONS #'(LAMBDA # #) NIL) BOOT::|x| ; (BOOT::|shellEntry| BOOT::$ 26)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |PLOT;listBranches;$L;2| ...) ; compiling (DEFUN |PLOT;checkRange| ...) ; file: /tmp/oa-lMU8Sm/code.lsp ; in: DEFUN |PLOT;checkRange| ; (DEFUN BOOT::|PLOT;checkRange| (BOOT::|r| BOOT::$) ; (COND ; ((< (SVREF BOOT::|r| 1) (SVREF BOOT::|r| 0)) ; (BOOT::|error| "ranges cannot be negative")) ; (T BOOT::|r|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PLOT;checkRange| ; (BOOT::|r| BOOT::$) ; (BLOCK BOOT::|PLOT;checkRange| ; (COND ((< # #) (BOOT::|error| "ranges cannot be negative")) ; (T BOOT::|r|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PLOT;intersect| ...) ; file: /tmp/oa-lMU8Sm/code.lsp ; in: DEFUN |PLOT;intersect| ; (DEFUN BOOT::|PLOT;intersect| (BOOT::|s| BOOT::|t| BOOT::$) ; (LET ((#:G1009 (VECTOR # # 1))) ; (COND ((< # #) (BOOT::|error| "ranges cannot be negative")) (T #:G1009)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PLOT;intersect| ; (BOOT::|s| BOOT::|t| BOOT::$) ; (BLOCK BOOT::|PLOT;intersect| ; (LET ((#:G1009 #)) ; (COND (# #) (T #:G1009))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PLOT;union| ...) ; file: /tmp/oa-lMU8Sm/code.lsp ; in: DEFUN |PLOT;union| ; (DEFUN BOOT::|PLOT;union| (BOOT::|s| BOOT::|t| BOOT::$) ; (VECTOR (MIN (SVREF BOOT::|s| 0) (SVREF BOOT::|t| 0)) ; (MAX (SVREF BOOT::|s| 1) (SVREF BOOT::|t| 1)) 1)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PLOT;union| ; (BOOT::|s| BOOT::|t| BOOT::$) ; (BLOCK BOOT::|PLOT;union| ; (VECTOR (MIN (SVREF BOOT::|s| 0) (SVREF BOOT::|t| 0)) ; (MAX (SVREF BOOT::|s| 1) (SVREF BOOT::|t| 1)) 1))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PLOT;join| ...) ; compiling (DEFUN |PLOT;parametricRange| ...) ; compiling (DEFUN |PLOT;minPoints;I;8| ...) ; compiling (DEFUN |PLOT;setMinPoints;2I;9| ...) ; compiling (DEFUN |PLOT;maxPoints;I;10| ...) ; compiling (DEFUN |PLOT;setMaxPoints;2I;11| ...) ; compiling (DEFUN |PLOT;screenResolution;I;12| ...) ; compiling (DEFUN |PLOT;setScreenResolution;2I;13| ...) ; compiling (DEFUN |PLOT;adaptive?;B;14| ...) ; compiling (DEFUN |PLOT;setAdaptive;2B;15| ...) ; compiling (DEFUN |PLOT;parametric?;$B;16| ...) ; compiling (DEFUN |PLOT;numFunEvals;I;17| ...) ; compiling (DEFUN |PLOT;debug;2B;18| ...) ; compiling (DEFUN |PLOT;xRange;$S;19| ...) ; compiling (DEFUN |PLOT;yRange;$S;20| ...) ; compiling (DEFUN |PLOT;tRange;$S;21| ...) ; compiling (DEFUN |PLOT;select| ...) ; file: /tmp/oa-lMU8Sm/code.lsp ; in: DEFUN |PLOT;select| ; (DEFUN BOOT::|PLOT;select| (BOOT::|l| BOOT::|f| BOOT::|g| BOOT::$) ; (PROG (BOOT::|n|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PLOT;select| ; (BOOT::|l| BOOT::|f| BOOT::|g| BOOT::$) ; (BLOCK BOOT::|PLOT;select| ; (PROG (BOOT::|n|) ; (RETURN ; (LET # ; #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PLOT;rangeRefine| ...) ; file: /tmp/oa-lMU8Sm/code.lsp ; in: DEFUN |PLOT;rangeRefine| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MIN BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MIN BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PLOT;adaptivePlot| ...) ; file: /tmp/oa-lMU8Sm/code.lsp ; in: DEFUN |PLOT;adaptivePlot| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MIN BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MIN BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PLOT;basicPlot| ...) ; file: /tmp/oa-lMU8Sm/code.lsp ; in: DEFUN |PLOT;basicPlot| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MIN BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MIN BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PLOT;zoom;$S$;26| ...) ; compiling (DEFUN |PLOT;zoom;$2S$;27| ...) ; file: /tmp/oa-lMU8Sm/code.lsp ; in: DEFUN |PLOT;zoom;$2S$;27| ; (DEFUN BOOT::|PLOT;zoom;$2S$;27| ; (BOOT::|p| BOOT::|xRange| BOOT::|yRange| BOOT::$) ; (VECTOR (SVREF BOOT::|p| 0) (LIST BOOT::|xRange| BOOT::|yRange|) ; (SVREF BOOT::|p| 2) (SVREF BOOT::|p| 3) (SVREF BOOT::|p| 4))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PLOT;zoom;$2S$;27| ; (BOOT::|p| BOOT::|xRange| BOOT::|yRange| BOOT::$) ; (BLOCK BOOT::|PLOT;zoom;$2S$;27| ; (VECTOR (SVREF BOOT::|p| 0) (LIST BOOT::|xRange| BOOT::|yRange|) ; (SVREF BOOT::|p| 2) (SVREF BOOT::|p| 3) (SVREF BOOT::|p| 4)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PLOT;basicRefine| ...) ; file: /tmp/oa-lMU8Sm/code.lsp ; in: DEFUN |PLOT;basicRefine| ; (DEFUN BOOT::|PLOT;basicRefine| (BOOT::|curve| BOOT::|nRange| BOOT::$) ; (PROG (BOOT::|yRange| BOOT::|xRange| BOOT::|pm| BOOT::|tm| BOOT::|f| ; BOOT::|h| BOOT::|l| BOOT::|p| BOOT::|t|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # # # # # # # # # ...))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PLOT;basicRefine| ; (BOOT::|curve| BOOT::|nRange| BOOT::$) ; (BLOCK BOOT::|PLOT;basicRefine| ; (PROG (BOOT::|yRange| BOOT::|xRange| BOOT::|pm| BOOT::|tm| BOOT::|f| ; BOOT::|h| BOOT::|l| BOOT::|p| BOOT::|t|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |curve| ; prevents use of assertion from function type proclamation: ; SIMPLE-VECTOR ; ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MIN BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MIN BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PLOT;refine;2$;29| ...) ; compiling (DEFUN |PLOT;refine;$S$;30| ...) ; compiling (DEFUN |PLOT;plot;$S$;31| ...) ; compiling (DEFUN |PLOT;pt| ...) ; compiling (DEFUN |PLOT;myTrap| ...) ; file: /tmp/oa-lMU8Sm/code.lsp ; in: DEFUN |PLOT;myTrap| ; (DEFUN BOOT::|PLOT;myTrap| (BOOT::|ff| BOOT::|f| BOOT::$) ; (PROG (BOOT::|r|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PLOT;myTrap| ; (BOOT::|ff| BOOT::|f| BOOT::$) ; (BLOCK BOOT::|PLOT;myTrap| ; (PROG (BOOT::|r|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PLOT;plot;MS$;34| ...) ; compiling (DEFUN |PLOT;plot;MS$;34!0| ...) ; compiling (DEFUN |PLOT;plot;M2S$;35| ...) ; compiling (DEFUN |PLOT;plot;2MS$;36| ...) ; compiling (DEFUN |PLOT;plot;2MS$;36!0| ...) ; compiling (DEFUN |PLOT;plot;2M3S$;37| ...) ; compiling (DEFUN |PLOT;pointPlot;MS$;38| ...) ; compiling (DEFUN |PLOT;pointPlot;M3S$;39| ...) ; compiling (DEFUN |PLOT;plot;LS$;40| ...) ; compiling (DEFUN |PLOT;plot;LS$;40!0| ...) ; compiling (DEFUN |PLOT;plot;L2S$;41| ...) ; compiling (DEFUN |PLOT;plotPolar;MS$;42| ...) ; compiling (DEFUN |PLOT;plotPolar;MS$;42!1| ...) ; compiling (DEFUN |PLOT;plotPolar;MS$;42!0| ...) ; compiling (DEFUN |PLOT;plotPolar;M$;43| ...) ; compiling (DEFUN |PLOT;coerce;$Of;44| ...) ; file: /tmp/oa-lMU8Sm/code.lsp ; in: DEFUN |PLOT;coerce;$Of;44| ; (LET ((BOOT::|spaces| ; (BOOT::SPADCALL " " (BOOT::|shellEntry| BOOT::$ 162))) ; (BOOT::|xSymbol| "x = ") ; (BOOT::|ySymbol| "y = ") ; (BOOT::|tSymbol| "t = ") ; (BOOT::|plotSymbol| "PLOT") ; (BOOT::|tRange| ; (BOOT::SPADCALL (BOOT::|SPADfirst| #) ; (BOOT::|shellEntry| BOOT::$ 163))) ; (BOOT::|f| NIL)) ; (BOOT::SEQ ; (LET ((#:G1061 #)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::EXIT ; (BOOT::SPADCALL "PLOT" (BOOTTRAN:|reverse!| BOOT::|f|) ; (BOOT::|shellEntry| BOOT::$ 173))))) ; ; caught STYLE-WARNING: ; The variable |plotSymbol| is defined but never used. ; compiling (DEFUN |Plot| ...) ; compiling (DEFUN |Plot;| ...) ; compiling (MAKEPROP (QUOTE |Plot|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 24 STYLE-WARNING conditions ; printed 3 notes ; /tmp/oa-lMU8Sm/code.fasl written ; compilation finished in 0:00:00.352 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile RMCAT2.spad && cp RMCAT2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RMCAT2.fasl \ && if test -f RMCAT2-.NRLIB/code.fasl; then \ cp RMCAT2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RMCAT2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RMCAT2.spad using Spad compiler. RMCAT2 abbreviates package RectangularMatrixCategoryFunctions2 debug: compDefine1 lhs: (RectangularMatrixCategoryFunctions2 m n R1 Row1 Col1 M1 R2 Row2 Col2 M2) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map (M2 (Mapping R2 R1) M1)) (SIGNATURE reduce (R2 (Mapping R2 R1 R2) M1 R2))) NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map (M2 (Mapping R2 R1) M1)) (SIGNATURE reduce (R2 (Mapping R2 R1 R2) M1 R2))) $param: (m n R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: M2 $param: (m n R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: (Mapping R2 R1) $param: (m n R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: R2 $param: (m n R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: R1 $param: (m n R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: M1 $param: (m n R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: R2 $param: (m n R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: (Mapping R2 R1 R2) $param: (m n R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: R2 $param: (m n R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: R1 $param: (m n R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: R2 $param: (m n R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: M1 $param: (m n R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: evaluateType form: R2 $param: (m n R1 Row1 Col1 M1 R2 Row2 Col2 M2) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map (M2 (Mapping R2 R1) M1)) (SIGNATURE reduce (R2 (Mapping R2 R1 R2) M1 R2))) NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for RectangularMatrixCategoryFunctions2 compiling into /tmp/oa-qkiHVm compiling exported map : (R1 -> R2,M1) -> M2 Time: 0.12 SEC. compiling exported reduce : ((R1,R2) -> R2,M1,R2) -> R2 Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor RectangularMatrixCategoryFunctions2 Time: 0.12 seconds finalizing NRLIB RMCAT2 Processing RectangularMatrixCategoryFunctions2 for Browser database: -- map : ((R1 -> R2),M1) -> M2 -- reduce : (((R1,R2) -> R2),M1,R2) -> R2 -- constructor ; compiling file "/tmp/oa-qkiHVm/code.lsp" (written 01 FEB 2016 11:12:17 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RMCAT2;map;MM1M2;1| ...) ; compiling (DEFUN |RMCAT2;reduce;MM12R2;2| ...) ; compiling (DEFUN |RectangularMatrixCategoryFunctions2| ...) ; compiling (DEFUN |RectangularMatrixCategoryFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |RectangularMatrixCategoryFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-qkiHVm/code.fasl written ; compilation finished in 0:00:00.022 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ROIRC.spad && cp ROIRC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ROIRC.fasl \ && if test -f ROIRC-.NRLIB/code.fasl; then \ cp ROIRC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ROIRC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ROIRC.spad using Spad compiler. ROIRC abbreviates domain RightOpenIntervalRootCharacterization debug: compDefine1 lhs: (RightOpenIntervalRootCharacterization TheField ThePolDom) signature (pre-evaluate): ((Join (RealRootCharacterizationCategory TheField ThePolDom) (CATEGORY domain (SIGNATURE left (TheField $)) (SIGNATURE right (TheField $)) (SIGNATURE size (TheField $)) (SIGNATURE middle (TheField $)) (SIGNATURE refine ($ $)) (SIGNATURE mightHaveRoots ((Boolean) ThePolDom $)) (SIGNATURE relativeApprox (TheField ThePolDom $ TheField)))) NIL NIL) debug: evaluateType form: (Join (RealRootCharacterizationCategory TheField ThePolDom) (CATEGORY domain (SIGNATURE left (TheField $)) (SIGNATURE right (TheField $)) (SIGNATURE size (TheField $)) (SIGNATURE middle (TheField $)) (SIGNATURE refine ($ $)) (SIGNATURE mightHaveRoots ((Boolean) ThePolDom $)) (SIGNATURE relativeApprox (TheField ThePolDom $ TheField)))) $param: (TheField ThePolDom) debug: evaluateType form: (RealRootCharacterizationCategory TheField ThePolDom) $param: (TheField ThePolDom) Debug: evaluateType1 form: (RealRootCharacterizationCategory TheField ThePolDom) debug: evaluateType1 x: TheField m: (Join (OrderedRing) (Field)) debug: evaluateType1 x: ThePolDom m: (UnivariatePolynomialCategory TheField) debug: evaluateType form: (CATEGORY domain (SIGNATURE left (TheField $)) (SIGNATURE right (TheField $)) (SIGNATURE size (TheField $)) (SIGNATURE middle (TheField $)) (SIGNATURE refine ($ $)) (SIGNATURE mightHaveRoots ((Boolean) ThePolDom $)) (SIGNATURE relativeApprox (TheField ThePolDom $ TheField))) $param: (TheField ThePolDom) debug: evaluateType form: TheField $param: (TheField ThePolDom) debug: evaluateType form: TheField $param: (TheField ThePolDom) debug: evaluateType form: TheField $param: (TheField ThePolDom) debug: evaluateType form: TheField $param: (TheField ThePolDom) debug: evaluateType form: (Boolean) $param: (TheField ThePolDom) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: ThePolDom $param: (TheField ThePolDom) debug: evaluateType form: TheField $param: (TheField ThePolDom) debug: evaluateType form: ThePolDom $param: (TheField ThePolDom) debug: evaluateType form: TheField $param: (TheField ThePolDom) debug: compDefine1 signature (post evaluate): ((Join (RealRootCharacterizationCategory TheField ThePolDom) (CATEGORY domain (SIGNATURE left (TheField $)) (SIGNATURE right (TheField $)) (SIGNATURE size (TheField $)) (SIGNATURE middle (TheField $)) (SIGNATURE refine ($ $)) (SIGNATURE mightHaveRoots ((Boolean) ThePolDom $)) (SIGNATURE relativeApprox (TheField ThePolDom $ TheField)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for RightOpenIntervalRootCharacterization compiling into /tmp/oa-qPF7RE compiling exported size : % -> TheField Time: 0.05 SEC. compiling exported relativeApprox : (ThePolDom,%,TheField) -> TheField Time: 0.04 SEC. compiling exported approximate : (ThePolDom,%,TheField) -> TheField Time: 0.03 SEC. compiling local addOne : ThePolDom -> ThePolDom Time: 0.00 SEC. compiling local minus : ThePolDom -> ThePolDom Time: 0.01 SEC. compiling local translate : (ThePolDom,TheField) -> ThePolDom Time: 0.01 SEC. compiling local dilate : (ThePolDom,TheField) -> ThePolDom Time: 0.00 SEC. compiling local evalOne : ThePolDom -> TheField Time: 0.01 SEC. compiling local invert : ThePolDom -> ThePolDom Time: 0.01 SEC. compiling local rootBound : ThePolDom -> TheField Time: 0.01 SEC. compiling local sturmNthRoot : (List ThePolDom,TheField,TheField,NonNegativeInteger,NonNegativeInteger,NonNegativeInteger) -> Union(Record(low: TheField,high: TheField),failed) Time: 0.04 SEC. compiling local sturmIsolate : (List ThePolDom,TheField,TheField,NonNegativeInteger,NonNegativeInteger) -> List Record(low: TheField,high: TheField) Time: 0.05 SEC. compiling local isolate : List ThePolDom -> List Record(low: TheField,high: TheField) Time: 0.06 SEC. compiling exported rootOf : (ThePolDom,PositiveInteger) -> Union(%,failed) Time: 0.06 SEC. compiling exported allRootsOf : ThePolDom -> List % Time: 0.06 SEC. compiling local hasVarsl : List TheField -> Boolean Time: 0.01 SEC. compiling local hasVars : ThePolDom -> Boolean Time: 0.02 SEC. compiling exported mightHaveRoots : (ThePolDom,%) -> Boolean Time: 0.19 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. compiling exported = : (%,%) -> Boolean Time: 0.09 SEC. compiling local makeChar : (TheField,TheField,ThePolDom) -> % Time: 0.02 SEC. compiling exported definingPolynomial : % -> ThePolDom ROIRC;definingPolynomial;$ThePolDom;22 rootChar is replaced by %vref(rootChar,2) Time: 0 SEC. compiling local linearRecip : (ThePolDom,%) -> Union(ThePolDom,failed) Time: 0.14 SEC. compiling exported recip : (ThePolDom,%) -> Union(ThePolDom,failed) Time: 0.14 SEC. compiling local linearSign : (ThePolDom,%) -> Integer Time: 0.05 SEC. compiling exported sign : (ThePolDom,%) -> Integer Time: 0.08 SEC. compiling local linearZero? : (TheField,%) -> Boolean Time: 0.02 SEC. compiling exported zero? : (ThePolDom,%) -> Boolean Time: 0.06 SEC. compiling local refine! : % -> % Time: 0.02 SEC. compiling exported refine : % -> % Time: 0.02 SEC. compiling exported left : % -> TheField ROIRC;left;$TheField;31 rootChar is replaced by %vref(rootChar,0) Time: 0 SEC. compiling exported right : % -> TheField ROIRC;right;$TheField;32 rootChar is replaced by %vref(rootChar,1) Time: 0 SEC. compiling exported middle : % -> TheField Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.03 SEC. Warnings: [1] approximate: a has no value [2] approximate: b has no value [3] isolate: odd? has no value Cumulative Statistics for Constructor RightOpenIntervalRootCharacterization Time: 1.35 seconds finalizing NRLIB ROIRC Processing RightOpenIntervalRootCharacterization for Browser database: -- left : % -> TheField -- right : % -> TheField -- size : % -> TheField --->../../x86_64-unknown-linux-gnu/src/algebra/reclos.spad-->RightOpenIntervalRootCharacterization((size (TheField $))): Improper first word in comments: The "The size of the isolating interval" -- middle : % -> TheField -- refine : % -> % -- mightHaveRoots : (P,%) -> B -- relativeApprox : (P,%,TheField) -> TheField -- constructor ; compiling file "/tmp/oa-qPF7RE/code.lsp" (written 01 FEB 2016 11:12:18 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ROIRC;definingPolynomial;$ThePolDom;22|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ROIRC;left;$TheField;31|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ROIRC;right;$TheField;32|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ROIRC;size;$TheField;1| ...) ; compiling (DEFUN |ROIRC;relativeApprox;ThePolDom$2TheField;2| ...) ; file: /tmp/oa-qPF7RE/code.lsp ; in: DEFUN |ROIRC;relativeApprox;ThePolDom$2TheField;2| ; (DEFUN BOOT::|ROIRC;relativeApprox;ThePolDom$2TheField;2| ; (BOOT::|pval| BOOT::|rootCode| BOOT::|prec| BOOT::$) ; (PROG (BOOT::|b| BOOT::|a| BOOT::|r| BOOT::|l| BOOT::|dpval| BOOT::|c|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ROIRC;relativeApprox;ThePolDom$2TheField;2| ; (BOOT::|pval| BOOT::|rootCode| BOOT::|prec| BOOT::$) ; (BLOCK BOOT::|ROIRC;relativeApprox;ThePolDom$2TheField;2| ; (PROG (BOOT::|b| BOOT::|a| BOOT::|r| BOOT::|l| BOOT::|dpval| BOOT::|c|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |rootCode| ; prevents use of assertion from function type proclamation: ; SIMPLE-VECTOR ; ; compiling (DEFUN |ROIRC;approximate;ThePolDom$2TheField;3| ...) ; file: /tmp/oa-qPF7RE/code.lsp ; in: DEFUN |ROIRC;approximate;ThePolDom$2TheField;3| ; (DEFUN BOOT::|ROIRC;approximate;ThePolDom$2TheField;3| ; (BOOT::|pval| BOOT::|rootCode| BOOT::|prec| BOOT::$) ; (PROG (BOOT::|r| BOOT::|l| BOOT::|b| BOOT::|a| BOOT::|dpval| BOOT::|c|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ROIRC;approximate;ThePolDom$2TheField;3| ; (BOOT::|pval| BOOT::|rootCode| BOOT::|prec| BOOT::$) ; (BLOCK BOOT::|ROIRC;approximate;ThePolDom$2TheField;3| ; (PROG (BOOT::|r| BOOT::|l| BOOT::|b| BOOT::|a| BOOT::|dpval| BOOT::|c|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |rootCode| ; prevents use of assertion from function type proclamation: ; SIMPLE-VECTOR ; ; compiling (DEFUN |ROIRC;addOne| ...) ; compiling (DEFUN |ROIRC;minus| ...) ; compiling (DEFUN |ROIRC;translate| ...) ; compiling (DEFUN |ROIRC;dilate| ...) ; compiling (DEFUN |ROIRC;evalOne| ...) ; compiling (DEFUN |ROIRC;invert| ...) ; compiling (DEFUN |ROIRC;invert!0| ...) ; compiling (DEFUN |ROIRC;rootBound| ...) ; compiling (DEFUN |ROIRC;sturmNthRoot| ...) ; compiling (DEFUN |ROIRC;sturmIsolate| ...) ; file: /tmp/oa-qPF7RE/code.lsp ; in: DEFUN |ROIRC;sturmIsolate| ; (DEFUN BOOT::|ROIRC;sturmIsolate| ; (BOOT::|lp| BOOT::|l| BOOT::|r| BOOT::|vl| BOOT::|vr| BOOT::$) ; (PROG (BOOT::|vi| BOOT::|int|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ROIRC;sturmIsolate| ; (BOOT::|lp| BOOT::|l| BOOT::|r| BOOT::|vl| BOOT::|vr| BOOT::$) ; (BLOCK BOOT::|ROIRC;sturmIsolate| ; (PROG (BOOT::|vi| BOOT::|int|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |ROIRC;isolate| ...) ; compiling (DEFUN |ROIRC;rootOf;ThePolDomPiU;14| ...) ; compiling (DEFUN |ROIRC;allRootsOf;ThePolDomL;15| ...) ; file: /tmp/oa-qPF7RE/code.lsp ; in: DEFUN |ROIRC;allRootsOf;ThePolDomL;15| ; (DEFUN BOOT::|ROIRC;allRootsOf;ThePolDomL;15| (BOOT::|pol| BOOT::$) ; (LET ((BOOT::|ls| (BOOT::SPADCALL # #))) ; (PROGN (SETQ BOOT::|pol| #) (COND (# NIL) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ROIRC;allRootsOf;ThePolDomL;15| ; (BOOT::|pol| BOOT::$) ; (BLOCK BOOT::|ROIRC;allRootsOf;ThePolDomL;15| ; (LET ((BOOT::|ls| #)) ; (PROGN (SETQ #) (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ROIRC;hasVarsl| ...) ; compiling (DEFUN |ROIRC;hasVars| ...) ; file: /tmp/oa-qPF7RE/code.lsp ; in: DEFUN |ROIRC;hasVars| ; (DEFUN BOOT::|ROIRC;hasVars| (BOOT::|p| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 87)) ; (BOOT::|error| "ROIRC: hasVars: null polynonial")) ; ((BOOT::SPADCALL (BOOT::SPADCALL BOOT::|p| 0 #) ; (BOOT::|shellEntry| BOOT::$ 88)) ; T) ; (T (BOOT::|ROIRC;hasVarsl| (BOOT::SPADCALL BOOT::|p| #) BOOT::$)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ROIRC;hasVars| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|ROIRC;hasVars| ; (COND ; ((BOOT::SPADCALL BOOT::|p| #) ; (BOOT::|error| "ROIRC: hasVars: null polynonial")) ; ((BOOT::SPADCALL # #) T) (T (BOOT::|ROIRC;hasVarsl| # BOOT::$))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |ROIRC;mightHaveRoots;ThePolDom$B;18| ...) ; compiling (DEFUN |ROIRC;coerce;$Of;19| ...) ; compiling (DEFUN |ROIRC;=;2$B;20| ...) ; compiling (DEFUN |ROIRC;makeChar| ...) ; compiling (DEFUN |ROIRC;definingPolynomial;$ThePolDom;22| ...) ; compiling (DEFUN |ROIRC;linearRecip| ...) ; compiling (DEFUN |ROIRC;recip;ThePolDom$U;24| ...) ; file: /tmp/oa-qPF7RE/code.lsp ; in: DEFUN |ROIRC;recip;ThePolDom$U;24| ; (DEFUN BOOT::|ROIRC;recip;ThePolDom$U;24| ; (BOOT::|toTest| BOOT::|rootChar| BOOT::$) ; (PROG (BOOT::|c| BOOT::|newPol|) (RETURN (COND (# #) (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ROIRC;recip;ThePolDom$U;24| ; (BOOT::|toTest| BOOT::|rootChar| BOOT::$) ; (BLOCK BOOT::|ROIRC;recip;ThePolDom$U;24| ; (PROG (BOOT::|c| BOOT::|newPol|) (RETURN (COND # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |ROIRC;linearSign| ...) ; file: /tmp/oa-qPF7RE/code.lsp ; in: DEFUN |ROIRC;linearSign| ; (DEFUN BOOT::|ROIRC;linearSign| (BOOT::|toTest| BOOT::|rootChar| BOOT::$) ; (LET* ((BOOT::|c| (BOOT::SPADCALL # #)) (BOOT::|ev| (BOOT::SPADCALL # #))) ; (COND ((ZEROP BOOT::|ev|) (COND # #)) ((NOT #) (BOOT::SPADCALL # #)) ; (T (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ROIRC;linearSign| ; (BOOT::|toTest| BOOT::|rootChar| BOOT::$) ; (BLOCK BOOT::|ROIRC;linearSign| ; (LET* ((BOOT::|c| #) (BOOT::|ev| #)) ; (COND (# #) (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |ROIRC;sign;ThePolDom$I;26| ...) ; file: /tmp/oa-qPF7RE/code.lsp ; in: DEFUN |ROIRC;sign;ThePolDom$I;26| ; (DEFUN BOOT::|ROIRC;sign;ThePolDom$I;26| ; (BOOT::|toTest| BOOT::|rootChar| BOOT::$) ; (PROG (BOOT::|newChar| BOOT::|delta|) ; (RETURN (COND (# #) (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ROIRC;sign;ThePolDom$I;26| ; (BOOT::|toTest| BOOT::|rootChar| BOOT::$) ; (BLOCK BOOT::|ROIRC;sign;ThePolDom$I;26| ; (PROG (BOOT::|newChar| BOOT::|delta|) (RETURN (COND # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |ROIRC;linearZero?| ...) ; file: /tmp/oa-qPF7RE/code.lsp ; in: DEFUN |ROIRC;linearZero?| ; (DEFUN BOOT::|ROIRC;linearZero?| (BOOT::|c| BOOT::|rootChar| BOOT::$) ; (AND ; (BOOT::SPADCALL ; (BOOT::SPADCALL (SVREF BOOT::|rootChar| 2) BOOT::|c| ; (BOOT::|shellEntry| BOOT::$ 24)) ; (BOOT::|shellEntry| BOOT::$ 88)) ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|c| # #) ; (BOOT::SPADCALL BOOT::|c| # #) ; (BOOT::|shellEntry| BOOT::$ 102)) ; (BOOT::|spadConstant| BOOT::$ 17) (BOOT::|shellEntry| BOOT::$ 61)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ROIRC;linearZero?| ; (BOOT::|c| BOOT::|rootChar| BOOT::$) ; (BLOCK BOOT::|ROIRC;linearZero?| ; (AND ; (BOOT::SPADCALL (BOOT::SPADCALL # BOOT::|c| #) ; (BOOT::|shellEntry| BOOT::$ 88)) ; (BOOT::SPADCALL (BOOT::SPADCALL # # #) ; (BOOT::|spadConstant| BOOT::$ 17) ; (BOOT::|shellEntry| BOOT::$ 61))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |ROIRC;zero?;ThePolDom$B;28| ...) ; file: /tmp/oa-qPF7RE/code.lsp ; in: DEFUN |ROIRC;zero?;ThePolDom$B;28| ; (DEFUN BOOT::|ROIRC;zero?;ThePolDom$B;28| ; (BOOT::|toTest| BOOT::|rootChar| BOOT::$) ; (PROG (BOOT::|delta|) (RETURN (COND (# #) (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ROIRC;zero?;ThePolDom$B;28| ; (BOOT::|toTest| BOOT::|rootChar| BOOT::$) ; (BLOCK BOOT::|ROIRC;zero?;ThePolDom$B;28| ; (PROG (BOOT::|delta|) (RETURN (COND # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |ROIRC;refine!| ...) ; compiling (DEFUN |ROIRC;refine;2$;30| ...) ; compiling (DEFUN |ROIRC;left;$TheField;31| ...) ; compiling (DEFUN |ROIRC;right;$TheField;32| ...) ; compiling (DEFUN |ROIRC;middle;$TheField;33| ...) ; compiling (DEFUN |RightOpenIntervalRootCharacterization| ...) ; compiling (DEFUN |RightOpenIntervalRootCharacterization;| ...) ; compiling (MAKEPROP (QUOTE |RightOpenIntervalRootCharacterization|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 10 notes ; /tmp/oa-qPF7RE/code.fasl written ; compilation finished in 0:00:00.206 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SDPOL.spad && cp SDPOL.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SDPOL.fasl \ && if test -f SDPOL-.NRLIB/code.fasl; then \ cp SDPOL-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SDPOL-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SDPOL.spad using Spad compiler. SDPOL abbreviates domain SequentialDifferentialPolynomial debug: compDefine1 lhs: (SequentialDifferentialPolynomial R) signature (pre-evaluate): ((Join (DifferentialPolynomialCategory R (Symbol) (SequentialDifferentialVariable (Symbol)) (IndexedExponents (SequentialDifferentialVariable (Symbol)))) (RetractableTo (SparseMultivariatePolynomial R (Symbol)))) NIL) debug: evaluateType form: (Join (DifferentialPolynomialCategory R (Symbol) (SequentialDifferentialVariable (Symbol)) (IndexedExponents (SequentialDifferentialVariable (Symbol)))) (RetractableTo (SparseMultivariatePolynomial R (Symbol)))) $param: (R) debug: evaluateType form: (DifferentialPolynomialCategory R (Symbol) (SequentialDifferentialVariable (Symbol)) (IndexedExponents (SequentialDifferentialVariable (Symbol)))) $param: (R) Debug: evaluateType1 form: (DifferentialPolynomialCategory R (Symbol) (SequentialDifferentialVariable (Symbol)) (IndexedExponents (SequentialDifferentialVariable (Symbol)))) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: (Symbol) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (OrderedSet) debug: evaluateType1 x: (SequentialDifferentialVariable (Symbol)) m: (DifferentialVariableCategory (Symbol)) debug: evaluateType1 categoryForm: (DifferentialVariableCategory (Symbol)) debug: evaluateType form: (DifferentialVariableCategory (Symbol)) $param: (R) Debug: evaluateType1 form: (DifferentialVariableCategory (Symbol)) debug: evaluateType1 x: (Symbol) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (OrderedSet) debug: evaluateType form: (SequentialDifferentialVariable (Symbol)) $param: (R) Debug: evaluateType1 form: (SequentialDifferentialVariable (Symbol)) debug: evaluateType1 x: (Symbol) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (OrderedSet) debug: evalCategory d: (SequentialDifferentialVariable (Symbol)) c: (DifferentialVariableCategory (Symbol)) debug: evaluateType1 x: (IndexedExponents (SequentialDifferentialVariable (Symbol))) m: (OrderedAbelianMonoidSup) debug: evaluateType1 categoryForm: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (R) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (IndexedExponents (SequentialDifferentialVariable (Symbol))) $param: (R) Debug: evaluateType1 form: (IndexedExponents (SequentialDifferentialVariable (Symbol))) debug: evaluateType1 x: (SequentialDifferentialVariable (Symbol)) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (SequentialDifferentialVariable (Symbol)) $param: (R) Debug: evaluateType1 form: (SequentialDifferentialVariable (Symbol)) debug: evaluateType1 x: (Symbol) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (OrderedSet) debug: evalCategory d: (SequentialDifferentialVariable (Symbol)) c: (OrderedSet) debug: evalCategory d: (IndexedExponents (SequentialDifferentialVariable (Symbol))) c: (OrderedAbelianMonoidSup) debug: evaluateType form: (RetractableTo (SparseMultivariatePolynomial R (Symbol))) $param: (R) Debug: evaluateType1 form: (RetractableTo (SparseMultivariatePolynomial R (Symbol))) debug: evaluateType1 x: (SparseMultivariatePolynomial R (Symbol)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseMultivariatePolynomial R (Symbol)) $param: (R) Debug: evaluateType1 form: (SparseMultivariatePolynomial R (Symbol)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: (Symbol) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (OrderedSet) debug: evalCategory d: (SparseMultivariatePolynomial R (Symbol)) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (DifferentialPolynomialCategory R (Symbol) (SequentialDifferentialVariable (Symbol)) (IndexedExponents (SequentialDifferentialVariable (Symbol)))) (RetractableTo (SparseMultivariatePolynomial R (Symbol)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for SequentialDifferentialPolynomial compiling into /tmp/oa-dICqIl (time taken in buildFunctor: 144) Time: 0.30 SEC. Cumulative Statistics for Constructor SequentialDifferentialPolynomial Time: 0.30 seconds finalizing NRLIB SDPOL Processing SequentialDifferentialPolynomial for Browser database: -- constructor ; compiling file "/tmp/oa-dICqIl/code.lsp" (written 01 FEB 2016 11:12:19 PM): ; compiling (DEFUN |SequentialDifferentialPolynomial| ...) ; compiling (DEFUN |SequentialDifferentialPolynomial;| ...) ; compiling (MAKEPROP (QUOTE |SequentialDifferentialPolynomial|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-dICqIl/code.fasl written ; compilation finished in 0:00:00.021 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FRAC2.spad && cp FRAC2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FRAC2.fasl \ && if test -f FRAC2-.NRLIB/code.fasl; then \ cp FRAC2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FRAC2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FRAC2.spad using Spad compiler. FRAC2 abbreviates package FractionFunctions2 debug: compDefine1 lhs: (FractionFunctions2 A B) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((Fraction B) (Mapping B A) (Fraction A)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((Fraction B) (Mapping B A) (Fraction A)))) $param: (A B) debug: evaluateType form: (Fraction B) $param: (A B) Debug: evaluateType1 form: (Fraction B) debug: evaluateType1 x: B m: (IntegralDomain) debug: evaluateType form: (Mapping B A) $param: (A B) debug: evaluateType form: B $param: (A B) debug: evaluateType form: A $param: (A B) debug: evaluateType form: (Fraction A) $param: (A B) Debug: evaluateType1 form: (Fraction A) debug: evaluateType1 x: A m: (IntegralDomain) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((Fraction B) (Mapping B A) (Fraction A)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FractionFunctions2 compiling into /tmp/oa-hClZNV compiling exported map : (A -> B,Fraction A) -> Fraction B Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor FractionFunctions2 Time: 0.04 seconds finalizing NRLIB FRAC2 Processing FractionFunctions2 for Browser database: -- map : ((A -> B),R) -> S -- constructor ; compiling file "/tmp/oa-hClZNV/code.lsp" (written 01 FEB 2016 11:12:19 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FRAC2;map;MFF;1| ...) ; compiling (DEFUN |FractionFunctions2| ...) ; compiling (DEFUN |FractionFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |FractionFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-hClZNV/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile TUBETOOL.spad && cp TUBETOOL.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/TUBETOOL.fasl \ && if test -f TUBETOOL-.NRLIB/code.fasl; then \ cp TUBETOOL-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/TUBETOOL-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TUBETOOL.spad using Spad compiler. TUBETOOL abbreviates package TubePlotTools debug: compDefine1 lhs: (TubePlotTools) signature (pre-evaluate): ((CATEGORY package (SIGNATURE point ((Point (DoubleFloat)) (DoubleFloat) (DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE * ((Point (DoubleFloat)) (DoubleFloat) (Point (DoubleFloat)))) (SIGNATURE + ((Point (DoubleFloat)) (Point (DoubleFloat)) (Point (DoubleFloat)))) (SIGNATURE - ((Point (DoubleFloat)) (Point (DoubleFloat)) (Point (DoubleFloat)))) (SIGNATURE dot ((DoubleFloat) (Point (DoubleFloat)) (Point (DoubleFloat)))) (SIGNATURE cross ((Point (DoubleFloat)) (Point (DoubleFloat)) (Point (DoubleFloat)))) (SIGNATURE unitVector ((Point (DoubleFloat)) (Point (DoubleFloat)))) (SIGNATURE cosSinInfo ((List (List (DoubleFloat))) (Integer))) (SIGNATURE loopPoints ((List (Point (DoubleFloat))) (Point (DoubleFloat)) (Point (DoubleFloat)) (Point (DoubleFloat)) (DoubleFloat) (List (List (DoubleFloat))))))) debug: evaluateType form: (CATEGORY package (SIGNATURE point ((Point (DoubleFloat)) (DoubleFloat) (DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE * ((Point (DoubleFloat)) (DoubleFloat) (Point (DoubleFloat)))) (SIGNATURE + ((Point (DoubleFloat)) (Point (DoubleFloat)) (Point (DoubleFloat)))) (SIGNATURE - ((Point (DoubleFloat)) (Point (DoubleFloat)) (Point (DoubleFloat)))) (SIGNATURE dot ((DoubleFloat) (Point (DoubleFloat)) (Point (DoubleFloat)))) (SIGNATURE cross ((Point (DoubleFloat)) (Point (DoubleFloat)) (Point (DoubleFloat)))) (SIGNATURE unitVector ((Point (DoubleFloat)) (Point (DoubleFloat)))) (SIGNATURE cosSinInfo ((List (List (DoubleFloat))) (Integer))) (SIGNATURE loopPoints ((List (Point (DoubleFloat))) (Point (DoubleFloat)) (Point (DoubleFloat)) (Point (DoubleFloat)) (DoubleFloat) (List (List (DoubleFloat)))))) $param: NIL debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (List (List (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (List (DoubleFloat))) debug: evaluateType1 x: (List (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (List (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evalCategory d: (List (DoubleFloat)) c: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (List (Point (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Point (DoubleFloat))) debug: evaluateType1 x: (Point (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evalCategory d: (Point (DoubleFloat)) c: (Type) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (List (List (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (List (DoubleFloat))) debug: evaluateType1 x: (List (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (List (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evalCategory d: (List (DoubleFloat)) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE point ((Point (DoubleFloat)) (DoubleFloat) (DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE * ((Point (DoubleFloat)) (DoubleFloat) (Point (DoubleFloat)))) (SIGNATURE + ((Point (DoubleFloat)) (Point (DoubleFloat)) (Point (DoubleFloat)))) (SIGNATURE - ((Point (DoubleFloat)) (Point (DoubleFloat)) (Point (DoubleFloat)))) (SIGNATURE dot ((DoubleFloat) (Point (DoubleFloat)) (Point (DoubleFloat)))) (SIGNATURE cross ((Point (DoubleFloat)) (Point (DoubleFloat)) (Point (DoubleFloat)))) (SIGNATURE unitVector ((Point (DoubleFloat)) (Point (DoubleFloat)))) (SIGNATURE cosSinInfo ((List (List (DoubleFloat))) (Integer))) (SIGNATURE loopPoints ((List (Point (DoubleFloat))) (Point (DoubleFloat)) (Point (DoubleFloat)) (Point (DoubleFloat)) (DoubleFloat) (List (List (DoubleFloat))))))) ------------------------------------------------------------------------ initializing stationary directory for TubePlotTools compiling into /tmp/oa-n9KON2 importing PointPackage DoubleFloat compiling exported point : (DoubleFloat,DoubleFloat,DoubleFloat,DoubleFloat) -> Point DoubleFloat Time: 0.04 SEC. compiling local getColor : Point DoubleFloat -> DoubleFloat Time: 0.02 SEC. compiling local getColor2 : (Point DoubleFloat,Point DoubleFloat) -> DoubleFloat Time: 0.01 SEC. compiling exported * : (DoubleFloat,Point DoubleFloat) -> Point DoubleFloat Time: 0.02 SEC. compiling exported + : (Point DoubleFloat,Point DoubleFloat) -> Point DoubleFloat Time: 0.01 SEC. compiling exported - : (Point DoubleFloat,Point DoubleFloat) -> Point DoubleFloat Time: 0.01 SEC. compiling exported dot : (Point DoubleFloat,Point DoubleFloat) -> DoubleFloat Time: 0.01 SEC. compiling exported cross : (Point DoubleFloat,Point DoubleFloat) -> Point DoubleFloat Time: 0.01 SEC. compiling exported unitVector : Point DoubleFloat -> Point DoubleFloat Time: 0.01 SEC. compiling exported cosSinInfo : Integer -> List List DoubleFloat Time: 0.04 SEC. compiling exported loopPoints : (Point DoubleFloat,Point DoubleFloat,Point DoubleFloat,DoubleFloat,List List DoubleFloat) -> List Point DoubleFloat Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor TubePlotTools Time: 0.22 seconds finalizing NRLIB TUBETOOL Processing TubePlotTools for Browser database: -- point : (SF,SF,SF,SF) -> Pt -- ?*? : (SF,Pt) -> Pt -- ?+? : (Pt,Pt) -> Pt -- ?-? : (Pt,Pt) -> Pt -- dot : (Pt,Pt) -> SF -- cross : (Pt,Pt) -> Pt -- unitVector : Pt -> Pt -- cosSinInfo : I -> L L SF -- loopPoints : (Pt,Pt,Pt,SF,L L SF) -> L Pt -- constructor ; compiling file "/tmp/oa-n9KON2/code.lsp" (written 01 FEB 2016 11:12:20 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |TUBETOOL;point;4DfP;1| ...) ; compiling (DEFUN |TUBETOOL;getColor| ...) ; file: /tmp/oa-n9KON2/code.lsp ; in: DEFUN |TUBETOOL;getColor| ; (DEFUN BOOT::|TUBETOOL;getColor| (BOOT::|pt| BOOT::$) ; (COND ; ((< 3 (BOOT::SPADCALL BOOT::|pt| #)) ; (BOOT::SPADCALL BOOT::|pt| (BOOT::|shellEntry| BOOT::$ 16))) ; (T 0.0d0))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TUBETOOL;getColor| ; (BOOT::|pt| BOOT::$) ; (BLOCK BOOT::|TUBETOOL;getColor| ; (COND ((< 3 #) (BOOT::SPADCALL BOOT::|pt| #)) (T 0.0d0)))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |TUBETOOL;getColor2| ...) ; file: /tmp/oa-n9KON2/code.lsp ; in: DEFUN |TUBETOOL;getColor2| ; (DEFUN BOOT::|TUBETOOL;getColor2| (BOOT::|p0| BOOT::|p1| BOOT::$) ; (COND ; ((< 3 (BOOT::SPADCALL BOOT::|p0| #)) ; (BOOT::SPADCALL BOOT::|p0| (BOOT::|shellEntry| BOOT::$ 16))) ; ((< 3 (BOOT::SPADCALL BOOT::|p1| #)) ; (BOOT::SPADCALL BOOT::|p1| (BOOT::|shellEntry| BOOT::$ 16))) ; (T 0.0d0))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TUBETOOL;getColor2| ; (BOOT::|p0| BOOT::|p1| BOOT::$) ; (BLOCK BOOT::|TUBETOOL;getColor2| ; (COND ((< 3 #) (BOOT::SPADCALL BOOT::|p0| #)) ; ((< 3 #) (BOOT::SPADCALL BOOT::|p1| #)) (T 0.0d0)))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |TUBETOOL;*;Df2P;4| ...) ; compiling (DEFUN |TUBETOOL;+;3P;5| ...) ; compiling (DEFUN |TUBETOOL;-;3P;6| ...) ; compiling (DEFUN |TUBETOOL;dot;2PDf;7| ...) ; compiling (DEFUN |TUBETOOL;cross;3P;8| ...) ; compiling (DEFUN |TUBETOOL;unitVector;2P;9| ...) ; compiling (DEFUN |TUBETOOL;cosSinInfo;IL;10| ...) ; compiling (DEFUN |TUBETOOL;loopPoints;3PDfLL;11| ...) ; file: /tmp/oa-n9KON2/code.lsp ; in: DEFUN |TUBETOOL;loopPoints;3PDfLL;11| ; (DEFUN BOOT::|TUBETOOL;loopPoints;3PDfLL;11| ; (BOOT::|ctr| BOOT::|pNorm| BOOT::|bNorm| BOOT::|rad| BOOT::|cosSin| ; BOOT::$) ; (PROG (BOOT::|pt| BOOT::|sin| BOOT::|cos| BOOT::|cossin|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TUBETOOL;loopPoints;3PDfLL;11| ; (BOOT::|ctr| BOOT::|pNorm| BOOT::|bNorm| BOOT::|rad| BOOT::|cosSin| ; BOOT::$) ; (BLOCK BOOT::|TUBETOOL;loopPoints;3PDfLL;11| ; (PROG (BOOT::|pt| BOOT::|sin| BOOT::|cos| BOOT::|cossin|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |cosSin| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS (OR NULL (CONS DOUBLE-FLOAT T)) T)) ; ; compiling (DEFUN |TubePlotTools| ...) ; compiling (DEFUN |TubePlotTools;| ...) ; compiling (MAKEPROP (QUOTE |TubePlotTools|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 3 notes ; /tmp/oa-n9KON2/code.fasl written ; compilation finished in 0:00:00.042 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile JVMBCODE.spad && cp JVMBCODE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/JVMBCODE.fasl \ && if test -f JVMBCODE-.NRLIB/code.fasl; then \ cp JVMBCODE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/JVMBCODE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/JVMBCODE.spad using Spad compiler. JVMBCODE abbreviates domain JVMBytecode debug: compDefine1 lhs: (JVMBytecode) signature (pre-evaluate): ((Join (SetCategory) (HomotopicTo (Byte)))) debug: evaluateType form: (Join (SetCategory) (HomotopicTo (Byte))) $param: NIL debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (HomotopicTo (Byte)) $param: NIL Debug: evaluateType1 form: (HomotopicTo (Byte)) debug: evaluateType1 x: (Byte) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Byte) $param: NIL Debug: evaluateType1 form: (Byte) debug: evalCategory d: (Byte) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (HomotopicTo (Byte)))) ------------------------------------------------------------------------ initializing stationary directory for JVMBytecode compiling into /tmp/oa-pNG5rl compiling exported coerce : Byte -> % JVMBCODE;coerce;B$;1 b is replaced by b Time: 0.03 SEC. compiling exported coerce : % -> Byte JVMBCODE;coerce;$B;2 x is replaced by x Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor JVMBytecode Time: 0.04 seconds --------------non extending category---------------------- JVMBytecode of category Join(SetCategory,HomotopicTo Byte) has no OrderedFinite ---------------------------------------------------------- finalizing NRLIB JVMBCODE Processing JVMBytecode for Browser database: -- constructor ; compiling file "/tmp/oa-pNG5rl/code.lsp" (written 01 FEB 2016 11:12:20 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |JVMBCODE;coerce;B$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |JVMBCODE;coerce;$B;2|) ...) ; compiling (DEFUN |JVMBCODE;coerce;B$;1| ...) ; compiling (DEFUN |JVMBCODE;coerce;$B;2| ...) ; compiling (DEFUN |JVMBytecode| ...) ; compiling (DEFUN |JVMBytecode;| ...) ; compiling (MAKEPROP (QUOTE |JVMBytecode|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-pNG5rl/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MESH.spad && cp MESH.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MESH.fasl \ && if test -f MESH-.NRLIB/code.fasl; then \ cp MESH-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MESH-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MESH.spad using Spad compiler. MESH abbreviates package MeshCreationRoutinesForThreeDimensions debug: compDefine1 lhs: (MeshCreationRoutinesForThreeDimensions) signature (pre-evaluate): ((CATEGORY package (SIGNATURE meshPar2Var ((ThreeSpace (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) (Union (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat) (DoubleFloat)) undefined) (Segment (DoubleFloat)) (Segment (DoubleFloat)) (List (DrawOption)))) (SIGNATURE meshPar2Var ((ThreeSpace (DoubleFloat)) (Mapping (Point (DoubleFloat)) (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)) (List (DrawOption)))) (SIGNATURE meshPar2Var ((ThreeSpace (DoubleFloat)) (ThreeSpace (DoubleFloat)) (Mapping (Point (DoubleFloat)) (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)) (List (DrawOption)))) (SIGNATURE meshFun2Var ((ThreeSpace (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) (Union (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat) (DoubleFloat)) undefined) (Segment (DoubleFloat)) (Segment (DoubleFloat)) (List (DrawOption)))) (SIGNATURE meshPar1Var ((ThreeSpace (DoubleFloat)) (Expression (Integer)) (Expression (Integer)) (Expression (Integer)) (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)) (List (DrawOption)))) (SIGNATURE ptFunc ((Mapping (Point (DoubleFloat)) (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat) (DoubleFloat)))))) debug: evaluateType form: (CATEGORY package (SIGNATURE meshPar2Var ((ThreeSpace (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) (Union (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat) (DoubleFloat)) undefined) (Segment (DoubleFloat)) (Segment (DoubleFloat)) (List (DrawOption)))) (SIGNATURE meshPar2Var ((ThreeSpace (DoubleFloat)) (Mapping (Point (DoubleFloat)) (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)) (List (DrawOption)))) (SIGNATURE meshPar2Var ((ThreeSpace (DoubleFloat)) (ThreeSpace (DoubleFloat)) (Mapping (Point (DoubleFloat)) (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)) (List (DrawOption)))) (SIGNATURE meshFun2Var ((ThreeSpace (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) (Union (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat) (DoubleFloat)) undefined) (Segment (DoubleFloat)) (Segment (DoubleFloat)) (List (DrawOption)))) (SIGNATURE meshPar1Var ((ThreeSpace (DoubleFloat)) (Expression (Integer)) (Expression (Integer)) (Expression (Integer)) (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)) (List (DrawOption)))) (SIGNATURE ptFunc ((Mapping (Point (DoubleFloat)) (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat) (DoubleFloat))))) $param: NIL debug: evaluateType form: (ThreeSpace (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (ThreeSpace (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Union (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat) (DoubleFloat)) undefined) $param: NIL debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: undefined $param: NIL debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (ThreeSpace (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (ThreeSpace (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (Mapping (Point (DoubleFloat)) (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (ThreeSpace (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (ThreeSpace (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (ThreeSpace (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (ThreeSpace (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (Mapping (Point (DoubleFloat)) (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (ThreeSpace (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (ThreeSpace (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Union (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat) (DoubleFloat)) undefined) $param: NIL debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: undefined $param: NIL debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (ThreeSpace (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (ThreeSpace (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (Expression (Integer)) $param: NIL Debug: evaluateType1 form: (Expression (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (Expression (Integer)) $param: NIL Debug: evaluateType1 form: (Expression (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (Expression (Integer)) $param: NIL Debug: evaluateType1 form: (Expression (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (Mapping (Point (DoubleFloat)) (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE meshPar2Var ((ThreeSpace (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) (Union (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat) (DoubleFloat)) undefined) (Segment (DoubleFloat)) (Segment (DoubleFloat)) (List (DrawOption)))) (SIGNATURE meshPar2Var ((ThreeSpace (DoubleFloat)) (Mapping (Point (DoubleFloat)) (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)) (List (DrawOption)))) (SIGNATURE meshPar2Var ((ThreeSpace (DoubleFloat)) (ThreeSpace (DoubleFloat)) (Mapping (Point (DoubleFloat)) (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)) (Segment (DoubleFloat)) (List (DrawOption)))) (SIGNATURE meshFun2Var ((ThreeSpace (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) (Union (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat) (DoubleFloat)) undefined) (Segment (DoubleFloat)) (Segment (DoubleFloat)) (List (DrawOption)))) (SIGNATURE meshPar1Var ((ThreeSpace (DoubleFloat)) (Expression (Integer)) (Expression (Integer)) (Expression (Integer)) (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)) (List (DrawOption)))) (SIGNATURE ptFunc ((Mapping (Point (DoubleFloat)) (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat) (DoubleFloat)))))) ------------------------------------------------------------------------ initializing stationary directory for MeshCreationRoutinesForThreeDimensions compiling into /tmp/oa-fbUT9t importing ViewDefaultsPackage importing SubSpaceComponentProperty importing DrawOptionFunctions0 importing ThreeSpace DoubleFloat compiling local numberCheck : Point DoubleFloat -> Void Time: 0.08 SEC. compiling local makePt : (DoubleFloat,DoubleFloat,DoubleFloat,DoubleFloat) -> Point DoubleFloat Time: 0.01 SEC. compiling exported ptFunc : ((DoubleFloat,DoubleFloat) -> DoubleFloat,(DoubleFloat,DoubleFloat) -> DoubleFloat,(DoubleFloat,DoubleFloat) -> DoubleFloat,(DoubleFloat,DoubleFloat,DoubleFloat) -> DoubleFloat) -> (DoubleFloat,DoubleFloat) -> Point DoubleFloat Time: 0.01 SEC. compiling exported meshPar2Var : (ThreeSpace DoubleFloat,(DoubleFloat,DoubleFloat) -> Point DoubleFloat,Segment DoubleFloat,Segment DoubleFloat,List DrawOption) -> ThreeSpace DoubleFloat Time: 0.08 SEC. compiling exported meshPar2Var : ((DoubleFloat,DoubleFloat) -> Point DoubleFloat,Segment DoubleFloat,Segment DoubleFloat,List DrawOption) -> ThreeSpace DoubleFloat Time: 0.02 SEC. compiling local zCoord : (DoubleFloat,DoubleFloat,DoubleFloat) -> DoubleFloat MESH;zCoord(x,y,z) is replaced by z Time: 0 SEC. compiling exported meshPar2Var : ((DoubleFloat,DoubleFloat) -> DoubleFloat,(DoubleFloat,DoubleFloat) -> DoubleFloat,(DoubleFloat,DoubleFloat) -> DoubleFloat,Union((DoubleFloat,DoubleFloat,DoubleFloat) -> DoubleFloat,undefined),Segment DoubleFloat,Segment DoubleFloat,List DrawOption) -> ThreeSpace DoubleFloat Time: 0.03 SEC. compiling exported meshFun2Var : ((DoubleFloat,DoubleFloat) -> DoubleFloat,Union((DoubleFloat,DoubleFloat,DoubleFloat) -> DoubleFloat,undefined),Segment DoubleFloat,Segment DoubleFloat,List DrawOption) -> ThreeSpace DoubleFloat Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Warnings: [1] meshPar2Var: / has no value Cumulative Statistics for Constructor MeshCreationRoutinesForThreeDimensions Time: 0.24 seconds finalizing NRLIB MESH Processing MeshCreationRoutinesForThreeDimensions for Browser database: -- meshPar2Var : (Fn2,Fn2,Fn2,FnU,SEG SF,SEG SF,L DROP) -> SPACE3 -- meshPar2Var : (FnPt,SEG SF,SEG SF,L DROP) -> SPACE3 -- meshPar2Var : (SPACE3,FnPt,SEG SF,SEG SF,L DROP) -> SPACE3 -- meshFun2Var : (Fn2,FnU,SEG SF,SEG SF,L DROP) -> SPACE3 -- meshPar1Var : (EX I,EX I,EX I,Fn1,SEG SF,L DROP) -> SPACE3 -- ptFunc : (Fn2,Fn2,Fn2,Fn3) -> ((SF,SF) -> POINT) -- constructor ; compiling file "/tmp/oa-fbUT9t/code.lsp" (written 01 FEB 2016 11:12:20 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MESH;zCoord|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MESH;numberCheck| ...) ; compiling (DEFUN |MESH;makePt| ...) ; compiling (DEFUN |MESH;ptFunc;3MMM;3| ...) ; compiling (DEFUN |MESH;ptFunc;3MMM;3!0| ...) ; compiling (DEFUN |MESH;meshPar2Var;TsM2SLTs;4| ...) ; compiling (DEFUN |MESH;meshPar2Var;M2SLTs;5| ...) ; compiling (DEFUN |MESH;zCoord| ...) ; file: /tmp/oa-fbUT9t/code.lsp ; in: DEFUN |MESH;zCoord| ; (DEFUN BOOT::|MESH;zCoord| (BOOT::|x| BOOT::|y| BOOT::|z| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; BOOT::|z|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MESH;zCoord| ; (BOOT::|x| BOOT::|y| BOOT::|z| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|MESH;zCoord| BOOT::|z|)) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |y| is defined but never used. ; compiling (DEFUN |MESH;meshPar2Var;3MU2SLTs;7| ...) ; compiling (DEFUN |MESH;meshFun2Var;MU2SLTs;8| ...) ; compiling (DEFUN |MESH;meshFun2Var;MU2SLTs;8!1| ...) ; file: /tmp/oa-fbUT9t/code.lsp ; in: DEFUN |MESH;meshFun2Var;MU2SLTs;8!1| ; (DEFUN BOOT::|MESH;meshFun2Var;MU2SLTs;8!1| (BOOT::|#1| BOOT::|#2| BOOT::$$) ; BOOT::|#2|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MESH;meshFun2Var;MU2SLTs;8!1| ; (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (BLOCK BOOT::|MESH;meshFun2Var;MU2SLTs;8!1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable |#1| is defined but never used. ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |MESH;meshFun2Var;MU2SLTs;8!0| ...) ; file: /tmp/oa-fbUT9t/code.lsp ; in: DEFUN |MESH;meshFun2Var;MU2SLTs;8!0| ; (DEFUN BOOT::|MESH;meshFun2Var;MU2SLTs;8!0| (BOOT::|#1| BOOT::|#2| BOOT::$$) ; BOOT::|#1|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MESH;meshFun2Var;MU2SLTs;8!0| ; (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (BLOCK BOOT::|MESH;meshFun2Var;MU2SLTs;8!0| BOOT::|#1|)) ; ; caught STYLE-WARNING: ; The variable |#2| is defined but never used. ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |MeshCreationRoutinesForThreeDimensions| ...) ; compiling (DEFUN |MeshCreationRoutinesForThreeDimensions;| ...) ; compiling (MAKEPROP (QUOTE |MeshCreationRoutinesForThreeDimensions|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 6 STYLE-WARNING conditions ; /tmp/oa-fbUT9t/code.fasl written ; compilation finished in 0:00:00.037 ------------------------------------------------------------------------ ================================== === layer 15 of 24 complete ====== ================================== ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile DPMM.spad && cp DPMM.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DPMM.fasl \ && if test -f DPMM-.NRLIB/code.fasl; then \ cp DPMM-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DPMM-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DPMM.spad using Spad compiler. DPMM abbreviates domain DirectProductMatrixModule debug: compDefine1 lhs: (DirectProductMatrixModule n R M S) signature (pre-evaluate): ((Join (DirectProductCategory n S) (LeftModule R) (LeftModule M)) NIL NIL NIL NIL) debug: evaluateType form: (Join (DirectProductCategory n S) (LeftModule R) (LeftModule M)) $param: (n R M S) debug: evaluateType form: (DirectProductCategory n S) $param: (n R M S) Debug: evaluateType1 form: (DirectProductCategory n S) debug: evaluateType1 x: n m: (NonNegativeInteger) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (LeftModule R) $param: (n R M S) Debug: evaluateType1 form: (LeftModule R) debug: evaluateType1 x: R m: (Rng) debug: evaluateType form: (LeftModule M) $param: (n R M S) Debug: evaluateType1 form: (LeftModule M) debug: evaluateType1 x: M m: (Rng) debug: compDefine1 signature (post evaluate): ((Join (DirectProductCategory n S) (LeftModule R) (LeftModule M)) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for DirectProductMatrixModule compiling into /tmp/oa-svwkLV compiling exported * : (R,%) -> % Time: 0.07 SEC. compiling exported * : (M,%) -> % Time: 0.10 SEC. (time taken in buildFunctor: 168) Time: 0.24 SEC. Warnings: [1] Rep differs from the base domain Cumulative Statistics for Constructor DirectProductMatrixModule Time: 0.40 seconds finalizing NRLIB DPMM Processing DirectProductMatrixModule for Browser database: -- constructor ; compiling file "/tmp/oa-svwkLV/code.lsp" (written 01 FEB 2016 11:12:21 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DPMM;*;R2$;1| ...) ; compiling (DEFUN |DPMM;*;M2$;2| ...) ; compiling (DEFUN |DirectProductMatrixModule| ...) ; compiling (DEFUN |DirectProductMatrixModule;| ...) ; compiling (MAKEPROP (QUOTE |DirectProductMatrixModule|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-svwkLV/code.fasl written ; compilation finished in 0:00:00.050 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile UTS2.spad && cp UTS2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UTS2.fasl \ && if test -f UTS2-.NRLIB/code.fasl; then \ cp UTS2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UTS2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UTS2.spad using Spad compiler. UTS2 abbreviates package UnivariateTaylorSeriesFunctions2 debug: compDefine1 lhs: (UnivariateTaylorSeriesFunctions2 Coef1 Coef2 UTS1 UTS2) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map (UTS2 (Mapping Coef2 Coef1) UTS1))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map (UTS2 (Mapping Coef2 Coef1) UTS1))) $param: (Coef1 Coef2 UTS1 UTS2) debug: evaluateType form: UTS2 $param: (Coef1 Coef2 UTS1 UTS2) debug: evaluateType form: (Mapping Coef2 Coef1) $param: (Coef1 Coef2 UTS1 UTS2) debug: evaluateType form: Coef2 $param: (Coef1 Coef2 UTS1 UTS2) debug: evaluateType form: Coef1 $param: (Coef1 Coef2 UTS1 UTS2) debug: evaluateType form: UTS1 $param: (Coef1 Coef2 UTS1 UTS2) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map (UTS2 (Mapping Coef2 Coef1) UTS1))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for UnivariateTaylorSeriesFunctions2 compiling into /tmp/oa-3T3Uou compiling exported map : (Coef1 -> Coef2,UTS1) -> UTS2 Time: 0.05 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor UnivariateTaylorSeriesFunctions2 Time: 0.05 seconds finalizing NRLIB UTS2 Processing UnivariateTaylorSeriesFunctions2 for Browser database: -- map : ((Coef1 -> Coef2),UTS1) -> UTS2 -- constructor ; compiling file "/tmp/oa-3T3Uou/code.lsp" (written 01 FEB 2016 11:12:21 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |UTS2;map;MUTS1UTS2;1| ...) ; compiling (DEFUN |UnivariateTaylorSeriesFunctions2| ...) ; compiling (DEFUN |UnivariateTaylorSeriesFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |UnivariateTaylorSeriesFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-3T3Uou/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ULS2.spad && cp ULS2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ULS2.fasl \ && if test -f ULS2-.NRLIB/code.fasl; then \ cp ULS2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ULS2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ULS2.spad using Spad compiler. ULS2 abbreviates package UnivariateLaurentSeriesFunctions2 debug: compDefine1 lhs: (UnivariateLaurentSeriesFunctions2 Coef1 Coef2 var1 var2 cen1 cen2) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((UnivariateLaurentSeries Coef2 var2 cen2) (Mapping Coef2 Coef1) (UnivariateLaurentSeries Coef1 var1 cen1)))) NIL NIL NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((UnivariateLaurentSeries Coef2 var2 cen2) (Mapping Coef2 Coef1) (UnivariateLaurentSeries Coef1 var1 cen1)))) $param: (Coef1 Coef2 var1 var2 cen1 cen2) debug: evaluateType form: (UnivariateLaurentSeries Coef2 var2 cen2) $param: (Coef1 Coef2 var1 var2 cen1 cen2) Debug: evaluateType1 form: (UnivariateLaurentSeries Coef2 var2 cen2) debug: evaluateType1 x: Coef2 m: (Ring) debug: evaluateType1 x: var2 m: (Symbol) debug: evaluateType1 x: cen2 m: Coef2 debug: evaluateType form: (Mapping Coef2 Coef1) $param: (Coef1 Coef2 var1 var2 cen1 cen2) debug: evaluateType form: Coef2 $param: (Coef1 Coef2 var1 var2 cen1 cen2) debug: evaluateType form: Coef1 $param: (Coef1 Coef2 var1 var2 cen1 cen2) debug: evaluateType form: (UnivariateLaurentSeries Coef1 var1 cen1) $param: (Coef1 Coef2 var1 var2 cen1 cen2) Debug: evaluateType1 form: (UnivariateLaurentSeries Coef1 var1 cen1) debug: evaluateType1 x: Coef1 m: (Ring) debug: evaluateType1 x: var1 m: (Symbol) debug: evaluateType1 x: cen1 m: Coef1 debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((UnivariateLaurentSeries Coef2 var2 cen2) (Mapping Coef2 Coef1) (UnivariateLaurentSeries Coef1 var1 cen1)))) NIL NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for UnivariateLaurentSeriesFunctions2 compiling into /tmp/oa-YPoxME compiling exported map : (Coef1 -> Coef2,UnivariateLaurentSeries(Coef1,var1,cen1)) -> UnivariateLaurentSeries(Coef2,var2,cen2) Time: 0.07 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor UnivariateLaurentSeriesFunctions2 Time: 0.07 seconds finalizing NRLIB ULS2 Processing UnivariateLaurentSeriesFunctions2 for Browser database: -- map : ((Coef1 -> Coef2),ULS1) -> ULS2 -- constructor ; compiling file "/tmp/oa-YPoxME/code.lsp" (written 01 FEB 2016 11:12:21 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ULS2;map;MUlsUls;1| ...) ; compiling (DEFUN |UnivariateLaurentSeriesFunctions2| ...) ; compiling (DEFUN |UnivariateLaurentSeriesFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |UnivariateLaurentSeriesFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-YPoxME/code.fasl written ; compilation finished in 0:00:00.020 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile CARTEN2.spad && cp CARTEN2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CARTEN2.fasl \ && if test -f CARTEN2-.NRLIB/code.fasl; then \ cp CARTEN2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CARTEN2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CARTEN2.spad using Spad compiler. CARTEN2 abbreviates package CartesianTensorFunctions2 debug: compDefine1 lhs: (CartesianTensorFunctions2 minix dim S T$) signature (pre-evaluate): ((CATEGORY package (SIGNATURE reshape ((CartesianTensor minix dim T$) (List T$) (CartesianTensor minix dim S))) (SIGNATURE map ((CartesianTensor minix dim T$) (Mapping T$ S) (CartesianTensor minix dim S)))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE reshape ((CartesianTensor minix dim T$) (List T$) (CartesianTensor minix dim S))) (SIGNATURE map ((CartesianTensor minix dim T$) (Mapping T$ S) (CartesianTensor minix dim S)))) $param: (minix dim S T$) debug: evaluateType form: (CartesianTensor minix dim T$) $param: (minix dim S T$) Debug: evaluateType1 form: (CartesianTensor minix dim T$) debug: evaluateType1 x: minix m: (Integer) debug: evaluateType1 x: dim m: (NonNegativeInteger) debug: evaluateType1 x: T$ m: (CommutativeRing) debug: evaluateType form: (List T$) $param: (minix dim S T$) Debug: evaluateType1 form: (List T$) debug: evaluateType1 x: T$ m: (Type) debug: evaluateType form: (CartesianTensor minix dim S) $param: (minix dim S T$) Debug: evaluateType1 form: (CartesianTensor minix dim S) debug: evaluateType1 x: minix m: (Integer) debug: evaluateType1 x: dim m: (NonNegativeInteger) debug: evaluateType1 x: S m: (CommutativeRing) debug: evaluateType form: (CartesianTensor minix dim T$) $param: (minix dim S T$) Debug: evaluateType1 form: (CartesianTensor minix dim T$) debug: evaluateType1 x: minix m: (Integer) debug: evaluateType1 x: dim m: (NonNegativeInteger) debug: evaluateType1 x: T$ m: (CommutativeRing) debug: evaluateType form: (Mapping T$ S) $param: (minix dim S T$) debug: evaluateType form: T$ $param: (minix dim S T$) debug: evaluateType form: S $param: (minix dim S T$) debug: evaluateType form: (CartesianTensor minix dim S) $param: (minix dim S T$) Debug: evaluateType1 form: (CartesianTensor minix dim S) debug: evaluateType1 x: minix m: (Integer) debug: evaluateType1 x: dim m: (NonNegativeInteger) debug: evaluateType1 x: S m: (CommutativeRing) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE reshape ((CartesianTensor minix dim T$) (List T$) (CartesianTensor minix dim S))) (SIGNATURE map ((CartesianTensor minix dim T$) (Mapping T$ S) (CartesianTensor minix dim S)))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for CartesianTensorFunctions2 compiling into /tmp/oa-jmiBPT compiling exported reshape : (List T,CartesianTensor(minix,dim,S)) -> CartesianTensor(minix,dim,T) Time: 0.03 SEC. compiling exported map : (S -> T,CartesianTensor(minix,dim,S)) -> CartesianTensor(minix,dim,T) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor CartesianTensorFunctions2 Time: 0.04 seconds finalizing NRLIB CARTEN2 Processing CartesianTensorFunctions2 for Browser database: -- reshape : (List T,CS) -> CT -- map : ((S -> T),CS) -> CT -- constructor ; compiling file "/tmp/oa-jmiBPT/code.lsp" (written 01 FEB 2016 11:12:21 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |CARTEN2;reshape;LCtCt;1| ...) ; file: /tmp/oa-jmiBPT/code.lsp ; in: DEFUN |CARTEN2;reshape;LCtCt;1| ; (DEFUN BOOT::|CARTEN2;reshape;LCtCt;1| (BOOT::|l| BOOT::|s| BOOT::$) ; (BOOT::SPADCALL BOOT::|l| (BOOT::|shellEntry| BOOT::$ 12))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CARTEN2;reshape;LCtCt;1| ; (BOOT::|l| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|CARTEN2;reshape;LCtCt;1| ; (BOOT::SPADCALL BOOT::|l| (BOOT::|shellEntry| BOOT::$ 12)))) ; ; caught STYLE-WARNING: ; The variable |s| is defined but never used. ; compiling (DEFUN |CARTEN2;map;MCtCt;2| ...) ; compiling (DEFUN |CartesianTensorFunctions2| ...) ; compiling (DEFUN |CartesianTensorFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |CartesianTensorFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; /tmp/oa-jmiBPT/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile COMPLEX2.spad && cp COMPLEX2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/COMPLEX2.fasl \ && if test -f COMPLEX2-.NRLIB/code.fasl; then \ cp COMPLEX2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/COMPLEX2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/COMPLEX2.spad using Spad compiler. COMPLEX2 abbreviates package ComplexFunctions2 debug: compDefine1 lhs: (ComplexFunctions2 R S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((Complex S) (Mapping S R) (Complex R)))) (CommutativeRing) (CommutativeRing)) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((Complex S) (Mapping S R) (Complex R)))) $param: (R S) debug: evaluateType form: (Complex S) $param: (R S) Debug: evaluateType1 form: (Complex S) debug: evaluateType1 x: S m: (CommutativeRing) debug: evaluateType form: (Mapping S R) $param: (R S) debug: evaluateType form: S $param: (R S) debug: evaluateType form: R $param: (R S) debug: evaluateType form: (Complex R) $param: (R S) Debug: evaluateType1 form: (Complex R) debug: evaluateType1 x: R m: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: (R S) Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: (R S) Debug: evaluateType1 form: (CommutativeRing) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((Complex S) (Mapping S R) (Complex R)))) (CommutativeRing) (CommutativeRing)) debug: compDefine1 lhs: (ComplexFunctions2 R S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((Complex S) (Mapping S R) (Complex R)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((Complex S) (Mapping S R) (Complex R)))) $param: (R S) debug: evaluateType form: (Complex S) $param: (R S) Debug: evaluateType1 form: (Complex S) debug: evaluateType1 x: S m: (CommutativeRing) debug: evaluateType form: (Mapping S R) $param: (R S) debug: evaluateType form: S $param: (R S) debug: evaluateType form: R $param: (R S) debug: evaluateType form: (Complex R) $param: (R S) Debug: evaluateType1 form: (Complex R) debug: evaluateType1 x: R m: (CommutativeRing) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((Complex S) (Mapping S R) (Complex R)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ComplexFunctions2 compiling into /tmp/oa-fRnr0Z compiling exported map : (R -> S,Complex R) -> Complex S Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor ComplexFunctions2 Time: 0.02 seconds finalizing NRLIB COMPLEX2 Processing ComplexFunctions2 for Browser database: -- map : ((R -> S),Complex R) -> Complex S -- constructor ; compiling file "/tmp/oa-fRnr0Z/code.lsp" (written 01 FEB 2016 11:12:21 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |COMPLEX2;map;MCC;1| ...) ; compiling (DEFUN |ComplexFunctions2| ...) ; compiling (DEFUN |ComplexFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |ComplexFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-fRnr0Z/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile LMDICT.spad && cp LMDICT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LMDICT.fasl \ && if test -f LMDICT-.NRLIB/code.fasl; then \ cp LMDICT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LMDICT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LMDICT.spad using Spad compiler. LMDICT abbreviates domain ListMultiDictionary debug: compDefine1 lhs: (ListMultiDictionary S) signature (pre-evaluate): ((Join (MultiDictionary S) (FiniteAggregate S) (CATEGORY domain (SIGNATURE duplicates? ((Boolean) $)) (SIGNATURE substitute ($ S S $)))) (SetCategory)) debug: evaluateType form: (Join (MultiDictionary S) (FiniteAggregate S) (CATEGORY domain (SIGNATURE duplicates? ((Boolean) $)) (SIGNATURE substitute ($ S S $)))) $param: (S) debug: evaluateType form: (MultiDictionary S) $param: (S) Debug: evaluateType1 form: (MultiDictionary S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (FiniteAggregate S) $param: (S) Debug: evaluateType1 form: (FiniteAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE duplicates? ((Boolean) $)) (SIGNATURE substitute ($ S S $))) $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Join (MultiDictionary S) (FiniteAggregate S) (CATEGORY domain (SIGNATURE duplicates? ((Boolean) $)) (SIGNATURE substitute ($ S S $)))) (SetCategory)) debug: compDefine1 lhs: (ListMultiDictionary S) signature (pre-evaluate): ((Join (MultiDictionary S) (FiniteAggregate S) (CATEGORY domain (SIGNATURE duplicates? ((Boolean) $)) (SIGNATURE substitute ($ S S $)))) NIL) debug: evaluateType form: (Join (MultiDictionary S) (FiniteAggregate S) (CATEGORY domain (SIGNATURE duplicates? ((Boolean) $)) (SIGNATURE substitute ($ S S $)))) $param: (S) debug: evaluateType form: (MultiDictionary S) $param: (S) Debug: evaluateType1 form: (MultiDictionary S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (FiniteAggregate S) $param: (S) Debug: evaluateType1 form: (FiniteAggregate S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE duplicates? ((Boolean) $)) (SIGNATURE substitute ($ S S $))) $param: (S) debug: evaluateType form: (Boolean) $param: (S) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: compDefine1 signature (post evaluate): ((Join (MultiDictionary S) (FiniteAggregate S) (CATEGORY domain (SIGNATURE duplicates? ((Boolean) $)) (SIGNATURE substitute ($ S S $)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for ListMultiDictionary compiling into /tmp/oa-vqL1Sa compiling exported coerce : % -> OutputForm Time: 0.03 SEC. compiling exported # : % -> NonNegativeInteger Time: 0.03 SEC. compiling exported copy : % -> % Time: 0.00 SEC. compiling exported empty? : % -> Boolean Time: 0.00 SEC. compiling exported bag : List S -> % Time: 0.00 SEC. compiling exported dictionary : () -> % Time: 0.00 SEC. compiling exported empty : () -> % LMDICT;empty;$;7 is replaced by %list %nil Time: 0.00 SEC. compiling exported dictionary : List S -> % Time: 0.01 SEC. compiling exported convert : % -> InputForm Debug compQuote expr: (QUOTE dictionary) m: $EmptyMode Debug compQuote expr: (QUOTE dictionary) m: (Symbol) Debug compQuote expr: (QUOTE dictionary) m: $EmptyMode Debug compQuote expr: (QUOTE dictionary) m: (Symbol) Debug compQuote expr: (QUOTE dictionary) m: $EmptyMode Debug compQuote expr: (QUOTE dictionary) m: (Symbol) Debug compQuote expr: (QUOTE dictionary) m: $EmptyMode Debug compQuote expr: (QUOTE dictionary) m: (Symbol) Debug compQuote expr: (QUOTE dictionary) m: $EmptyMode Debug compQuote expr: (QUOTE dictionary) m: (Symbol) Debug compQuote expr: (QUOTE dictionary) m: $EmptyMode Debug compQuote expr: (QUOTE dictionary) m: (Symbol) Debug compQuote expr: (QUOTE dictionary) m: $EmptyMode Debug compQuote expr: (QUOTE dictionary) m: (Symbol) Debug compQuote expr: (QUOTE dictionary) m: $EmptyMode Debug compQuote expr: (QUOTE dictionary) m: (Symbol) Debug compQuote expr: (QUOTE dictionary) m: $EmptyMode Debug compQuote expr: (QUOTE dictionary) m: (Symbol) Debug compQuote expr: (QUOTE dictionary) m: $EmptyMode Debug compQuote expr: (QUOTE dictionary) m: (Symbol) Debug compQuote expr: (QUOTE dictionary) m: $EmptyMode Debug compQuote expr: (QUOTE dictionary) m: (Symbol) Debug compQuote expr: (QUOTE dictionary) m: $EmptyMode Debug compQuote expr: (QUOTE dictionary) m: (Symbol) Debug compQuote expr: (QUOTE dictionary) m: $EmptyMode Debug compQuote expr: (QUOTE dictionary) m: (Symbol) Debug compQuote expr: (QUOTE dictionary) m: $EmptyMode Debug compQuote expr: (QUOTE dictionary) m: (Symbol) Debug compQuote expr: (QUOTE dictionary) m: $EmptyMode Debug compQuote expr: (QUOTE dictionary) m: (Symbol) Debug compQuote expr: (QUOTE dictionary) m: $EmptyMode Debug compQuote expr: (QUOTE dictionary) m: (Symbol) Debug compQuote expr: (QUOTE dictionary) m: $EmptyMode Debug compQuote expr: (QUOTE dictionary) m: (Symbol) Debug compQuote expr: (QUOTE dictionary) m: $EmptyMode Debug compQuote expr: (QUOTE dictionary) m: (Symbol) Debug compQuote expr: (QUOTE dictionary) m: $EmptyMode Debug compQuote expr: (QUOTE dictionary) m: (Symbol) Debug compQuote expr: (QUOTE dictionary) m: $EmptyMode Debug compQuote expr: (QUOTE dictionary) m: (Symbol) Debug compQuote expr: (QUOTE dictionary) m: $EmptyMode Debug compQuote expr: (QUOTE dictionary) m: (Symbol) Debug compQuote expr: (QUOTE dictionary) m: $EmptyMode Debug compQuote expr: (QUOTE dictionary) m: (Symbol) Debug compQuote expr: (QUOTE dictionary) m: $EmptyMode Debug compQuote expr: (QUOTE dictionary) m: (Symbol) Debug compQuote expr: (QUOTE dictionary) m: $EmptyMode Debug compQuote expr: (QUOTE dictionary) m: (Symbol) Debug compQuote expr: (QUOTE dictionary) m: $EmptyMode Debug compQuote expr: (QUOTE dictionary) m: (Symbol) Time: 0.14 SEC. compiling exported map : (S -> S,%) -> % Time: 0.01 SEC. compiling exported map! : (S -> S,%) -> % Time: 0.00 SEC. compiling exported members : % -> List S LMDICT;members;$L;12 is replaced by %head Time: 0.00 SEC. compiling local sub : (S,S,S) -> S Time: 0.00 SEC. compiling exported insert! : (S,%,NonNegativeInteger) -> % Time: 0.01 SEC. compiling exported substitute : (S,S,%) -> % Time: 0.01 SEC. compiling exported removeDuplicates! : % -> % Time: 0.00 SEC. compiling exported inspect : % -> S Time: 0.01 SEC. compiling exported extract! : % -> S Time: 0.02 SEC. compiling exported duplicates? : % -> Boolean Time: 0.02 SEC. compiling exported remove! : (S -> Boolean,%) -> % Time: 0.02 SEC. compiling exported select! : (S -> Boolean,%) -> % Time: 0 SEC. compiling exported duplicates : % -> List Record(entry: S,count: NonNegativeInteger) Time: 0.05 SEC. compiling exported = : (%,%) -> Boolean Time: 0.02 SEC. compiling exported remove! : (S,%) -> % Time: 0.02 SEC. compiling exported insert! : (S,%) -> % Time: 0.04 SEC. compiling exported remove! : (S,%) -> % Time: 0.00 SEC. compiling exported = : (%,%) -> Boolean Time: 0.03 SEC. compiling exported insert! : (S,%) -> % Time: 0.02 SEC. (time taken in buildFunctor: 8) Time: 0.02 SEC. Warnings: [1] inspect: first has no value [2] extract!: first has no value Cumulative Statistics for Constructor ListMultiDictionary Time: 0.53 seconds finalizing NRLIB LMDICT Processing ListMultiDictionary for Browser database: -- duplicates? : % -> Boolean -- substitute : (S,S,%) -> % --->../../x86_64-unknown-linux-gnu/src/algebra/lmdict.spad-->ListMultiDictionary(constructor): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/lmdict.spad-->ListMultiDictionary: Missing Description ; compiling file "/tmp/oa-vqL1Sa/code.lsp" (written 01 FEB 2016 11:12:22 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LMDICT;empty;$;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LMDICT;members;$L;12|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LMDICT;#;$Nni;2|) ...) ; compiling (PUT (QUOTE |LMDICT;empty?;$B;4|) ...) ; compiling (PUT (QUOTE |LMDICT;inspect;$S;17|) ...) ; compiling (DEFUN |LMDICT;coerce;$Of;1| ...) ; compiling (DEFUN |LMDICT;#;$Nni;2| ...) ; compiling (DEFUN |LMDICT;copy;2$;3| ...) ; compiling (DEFUN |LMDICT;empty?;$B;4| ...) ; compiling (DEFUN |LMDICT;bag;L$;5| ...) ; compiling (DEFUN |LMDICT;dictionary;$;6| ...) ; compiling (DEFUN |LMDICT;empty;$;7| ...) ; compiling (DEFUN |LMDICT;dictionary;L$;8| ...) ; compiling (DEFUN |LMDICT;convert;$If;9| ...) ; compiling (DEFUN |LMDICT;map;M2$;10| ...) ; compiling (DEFUN |LMDICT;map!;M2$;11| ...) ; compiling (DEFUN |LMDICT;members;$L;12| ...) ; compiling (DEFUN |LMDICT;sub| ...) ; compiling (DEFUN |LMDICT;insert!;S$Nni$;14| ...) ; compiling (DEFUN |LMDICT;substitute;2S2$;15| ...) ; compiling (DEFUN |LMDICT;substitute;2S2$;15!0| ...) ; compiling (DEFUN |LMDICT;removeDuplicates!;2$;16| ...) ; compiling (DEFUN |LMDICT;inspect;$S;17| ...) ; file: /tmp/oa-vqL1Sa/code.lsp ; in: DEFUN |LMDICT;inspect;$S;17| ; (DEFUN BOOT::|LMDICT;inspect;$S;17| (BOOT::|s| BOOT::$) ; (COND ((NULL (CAR BOOT::|s|)) (BOOT::|error| "empty dictionary")) ; (T (BOOT::|SPADfirst| (CAR BOOT::|s|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LMDICT;inspect;$S;17| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|LMDICT;inspect;$S;17| ; (COND ((NULL #) (BOOT::|error| "empty dictionary")) ; (T (BOOT::|SPADfirst| #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |LMDICT;extract!;$S;18| ...) ; compiling (DEFUN |LMDICT;duplicates?;$B;19| ...) ; compiling (DEFUN |LMDICT;remove!;M2$;20| ...) ; compiling (DEFUN |LMDICT;select!;M2$;21| ...) ; compiling (DEFUN |LMDICT;select!;M2$;21!0| ...) ; compiling (DEFUN |LMDICT;duplicates;$L;22| ...) ; compiling (DEFUN |LMDICT;=;2$B;23| ...) ; file: /tmp/oa-vqL1Sa/code.lsp ; in: DEFUN |LMDICT;=;2$B;23| ; (DEFUN BOOT::|LMDICT;=;2$B;23| (BOOT::|s| BOOT::|t| BOOT::$) ; (BOOT::SPADCALL (CAR BOOT::|s|) (CAR BOOT::|t|) ; (BOOT::|shellEntry| BOOT::$ 70))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LMDICT;=;2$B;23| ; (BOOT::|s| BOOT::|t| BOOT::$) ; (BLOCK BOOT::|LMDICT;=;2$B;23| ; (BOOT::SPADCALL (CAR BOOT::|s|) (CAR BOOT::|t|) ; (BOOT::|shellEntry| BOOT::$ 70)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |LMDICT;remove!;S2$;24| ...) ; compiling (DEFUN |LMDICT;insert!;S2$;25| ...) ; compiling (DEFUN |LMDICT;remove!;S2$;26| ...) ; compiling (DEFUN |LMDICT;=;2$B;27| ...) ; compiling (DEFUN |LMDICT;insert!;S2$;28| ...) ; compiling (DEFUN |ListMultiDictionary| ...) ; compiling (DEFUN |ListMultiDictionary;| ...) ; compiling (MAKEPROP (QUOTE |ListMultiDictionary|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 1 note ; /tmp/oa-vqL1Sa/code.fasl written ; compilation finished in 0:00:00.091 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile INTFACT.spad && cp INTFACT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INTFACT.fasl \ && if test -f INTFACT-.NRLIB/code.fasl; then \ cp INTFACT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INTFACT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INTFACT.spad using Spad compiler. INTFACT abbreviates package IntegerFactorizationPackage debug: compDefine1 lhs: (IntegerFactorizationPackage I) signature (pre-evaluate): ((CATEGORY package (SIGNATURE factor ((Factored I) I)) (SIGNATURE squareFree ((Factored I) I)) (SIGNATURE BasicMethod ((Factored I) I)) (SIGNATURE PollardSmallFactor ((Union I failed) I))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE factor ((Factored I) I)) (SIGNATURE squareFree ((Factored I) I)) (SIGNATURE BasicMethod ((Factored I) I)) (SIGNATURE PollardSmallFactor ((Union I failed) I))) $param: (I) debug: evaluateType form: (Factored I) $param: (I) Debug: evaluateType1 form: (Factored I) debug: evaluateType1 x: I m: (IntegralDomain) debug: evaluateType form: I $param: (I) debug: evaluateType form: (Factored I) $param: (I) Debug: evaluateType1 form: (Factored I) debug: evaluateType1 x: I m: (IntegralDomain) debug: evaluateType form: I $param: (I) debug: evaluateType form: (Factored I) $param: (I) Debug: evaluateType1 form: (Factored I) debug: evaluateType1 x: I m: (IntegralDomain) debug: evaluateType form: I $param: (I) debug: evaluateType form: (Union I failed) $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: failed $param: (I) debug: evaluateType form: I $param: (I) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE factor ((Factored I) I)) (SIGNATURE squareFree ((Factored I) I)) (SIGNATURE BasicMethod ((Factored I) I)) (SIGNATURE PollardSmallFactor ((Union I failed) I))) NIL) ------------------------------------------------------------------------ initializing stationary directory for IntegerFactorizationPackage compiling into /tmp/oa-SYqvEU importing IntegerRoots I compiling exported squareFree : I -> Factored I Time: 0.10 SEC. compiling exported PollardSmallFactor : I -> Union(I,failed) Time: 0.02 SEC. compiling local PollardSmallFactor20 : I -> Union(I,failed) Time: 0.01 SEC. compiling local BasicSieve : (I,I) -> Factored I Time: 0.07 SEC. compiling exported BasicMethod : I -> Factored I Time: 0.02 SEC. compiling exported factor : I -> Factored I Time: 0.05 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] squareFree: sv has no value [2] squareFree: l has no value [3] PollardSmallFactor: k has no value [4] PollardSmallFactor: ys has no value [5] PollardSmallFactor: x has no value [6] PollardSmallFactor: G has no value [7] PollardSmallFactor20: r has no value [8] BasicSieve: m has no value [9] factor: m' has no value Cumulative Statistics for Constructor IntegerFactorizationPackage Time: 0.28 seconds finalizing NRLIB INTFACT Processing IntegerFactorizationPackage for Browser database: -- factor : I -> FF -- squareFree : I -> FF -- BasicMethod : I -> FF -- PollardSmallFactor : I -> Union(I,"failed") -- constructor ; compiling file "/tmp/oa-SYqvEU/code.lsp" (written 01 FEB 2016 11:12:22 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |INTFACT;squareFree;IF;1| ...) ; compiling (DEFUN |INTFACT;PollardSmallFactor;IU;2| ...) ; compiling (DEFUN |INTFACT;PollardSmallFactor20| ...) ; compiling (DEFUN |INTFACT;BasicSieve| ...) ; compiling (DEFUN |INTFACT;BasicMethod;IF;5| ...) ; compiling (DEFUN |INTFACT;factor;IF;6| ...) ; compiling (DEFUN |IntegerFactorizationPackage| ...) ; compiling (DEFUN |IntegerFactorizationPackage;| ...) ; compiling (MAKEPROP (QUOTE |IntegerFactorizationPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-SYqvEU/code.fasl written ; compilation finished in 0:00:00.150 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile DEGRED.spad && cp DEGRED.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DEGRED.fasl \ && if test -f DEGRED-.NRLIB/code.fasl; then \ cp DEGRED-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DEGRED-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DEGRED.spad using Spad compiler. DEGRED abbreviates package DegreeReductionPackage debug: compDefine1 lhs: (DegreeReductionPackage R1 R2) signature (pre-evaluate): ((CATEGORY package (SIGNATURE reduce ((Record (: pol (SparseUnivariatePolynomial R1)) (: deg (PositiveInteger))) (SparseUnivariatePolynomial R1))) (SIGNATURE expand ((List (Expression R2)) (Expression R2) (PositiveInteger)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE reduce ((Record (: pol (SparseUnivariatePolynomial R1)) (: deg (PositiveInteger))) (SparseUnivariatePolynomial R1))) (SIGNATURE expand ((List (Expression R2)) (Expression R2) (PositiveInteger)))) $param: (R1 R2) debug: evaluateType form: (Record (: pol (SparseUnivariatePolynomial R1)) (: deg (PositiveInteger))) $param: (R1 R2) debug: evaluateType form: (SparseUnivariatePolynomial R1) $param: (R1 R2) Debug: evaluateType1 form: (SparseUnivariatePolynomial R1) debug: evaluateType1 x: R1 m: (Ring) debug: evaluateType form: (PositiveInteger) $param: (R1 R2) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (SparseUnivariatePolynomial R1) $param: (R1 R2) Debug: evaluateType1 form: (SparseUnivariatePolynomial R1) debug: evaluateType1 x: R1 m: (Ring) debug: evaluateType form: (List (Expression R2)) $param: (R1 R2) Debug: evaluateType1 form: (List (Expression R2)) debug: evaluateType1 x: (Expression R2) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R1 R2) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Expression R2) $param: (R1 R2) Debug: evaluateType1 form: (Expression R2) debug: evaluateType1 x: R2 m: (SetCategory) debug: evalCategory d: (Expression R2) c: (Type) debug: evaluateType form: (Expression R2) $param: (R1 R2) Debug: evaluateType1 form: (Expression R2) debug: evaluateType1 x: R2 m: (SetCategory) debug: evaluateType form: (PositiveInteger) $param: (R1 R2) Debug: evaluateType1 form: (PositiveInteger) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE reduce ((Record (: pol (SparseUnivariatePolynomial R1)) (: deg (PositiveInteger))) (SparseUnivariatePolynomial R1))) (SIGNATURE expand ((List (Expression R2)) (Expression R2) (PositiveInteger)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for DegreeReductionPackage compiling into /tmp/oa-VMaqll compiling local degrees : SparseUnivariatePolynomial R1 -> List Integer Time: 0.04 SEC. compiling exported reduce : SparseUnivariatePolynomial R1 -> Record(pol: SparseUnivariatePolynomial R1,deg: PositiveInteger) Time: 0.02 SEC. importing Fraction Integer compiling local rootOfUnity : (Integer,Integer) -> Expression R2 Time: 0.09 SEC. compiling exported expand : (Expression R2,PositiveInteger) -> List Expression R2 Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] reduce: : PositiveInteger -- replace by pretend Cumulative Statistics for Constructor DegreeReductionPackage Time: 0.20 seconds finalizing NRLIB DEGRED Processing DegreeReductionPackage for Browser database: -- reduce : UP R1 -> Record(pol: UP R1,deg: PI) -- expand : (RE,PI) -> List RE -- constructor ; compiling file "/tmp/oa-VMaqll/code.lsp" (written 01 FEB 2016 11:12:23 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DEGRED;degrees| ...) ; compiling (DEFUN |DEGRED;reduce;SupR;2| ...) ; compiling (DEFUN |DEGRED;rootOfUnity| ...) ; compiling (DEFUN |DEGRED;expand;EPiL;4| ...) ; file: /tmp/oa-VMaqll/code.lsp ; in: DEFUN |DEGRED;expand;EPiL;4| ; (DEFUN BOOT::|DEGRED;expand;EPiL;4| (BOOT::|s| BOOT::|g| BOOT::$) ; (COND ((EQL BOOT::|g| 1) (LIST BOOT::|s|)) ; (T ; (LET (# # #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DEGRED;expand;EPiL;4| ; (BOOT::|s| BOOT::|g| BOOT::$) ; (BLOCK BOOT::|DEGRED;expand;EPiL;4| ; (COND ((EQL BOOT::|g| 1) (LIST BOOT::|s|)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |DegreeReductionPackage| ...) ; compiling (DEFUN |DegreeReductionPackage;| ...) ; compiling (MAKEPROP (QUOTE |DegreeReductionPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-VMaqll/code.fasl written ; compilation finished in 0:00:00.027 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PMPRED.spad && cp PMPRED.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PMPRED.fasl \ && if test -f PMPRED-.NRLIB/code.fasl; then \ cp PMPRED-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PMPRED-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PMPRED.spad using Spad compiler. PMPRED abbreviates package AttachPredicates debug: compDefine1 lhs: (AttachPredicates D) signature (pre-evaluate): ((CATEGORY package (SIGNATURE suchThat ((Expression (Integer)) (Symbol) (Mapping (Boolean) D))) (SIGNATURE suchThat ((Expression (Integer)) (Symbol) (List (Mapping (Boolean) D))))) (Type)) debug: evaluateType form: (CATEGORY package (SIGNATURE suchThat ((Expression (Integer)) (Symbol) (Mapping (Boolean) D))) (SIGNATURE suchThat ((Expression (Integer)) (Symbol) (List (Mapping (Boolean) D))))) $param: (D) debug: evaluateType form: (Expression (Integer)) $param: (D) Debug: evaluateType1 form: (Expression (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (D) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: (D) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (Symbol) $param: (D) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Mapping (Boolean) D) $param: (D) debug: evaluateType form: (Boolean) $param: (D) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: D $param: (D) debug: evaluateType form: (Expression (Integer)) $param: (D) Debug: evaluateType1 form: (Expression (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (D) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: (D) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (Symbol) $param: (D) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (List (Mapping (Boolean) D)) $param: (D) Debug: evaluateType1 form: (List (Mapping (Boolean) D)) debug: evaluateType1 x: (Mapping (Boolean) D) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (D) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Mapping (Boolean) D) $param: (D) debug: evaluateType form: (Boolean) $param: (D) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: D $param: (D) debug: evalCategory d: (Mapping (Boolean) D) c: (Type) debug: evaluateType form: (Type) $param: (D) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE suchThat ((Expression (Integer)) (Symbol) (Mapping (Boolean) D))) (SIGNATURE suchThat ((Expression (Integer)) (Symbol) (List (Mapping (Boolean) D))))) (Type)) debug: compDefine1 lhs: (AttachPredicates D) signature (pre-evaluate): ((CATEGORY package (SIGNATURE suchThat ((Expression (Integer)) (Symbol) (Mapping (Boolean) D))) (SIGNATURE suchThat ((Expression (Integer)) (Symbol) (List (Mapping (Boolean) D))))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE suchThat ((Expression (Integer)) (Symbol) (Mapping (Boolean) D))) (SIGNATURE suchThat ((Expression (Integer)) (Symbol) (List (Mapping (Boolean) D))))) $param: (D) debug: evaluateType form: (Expression (Integer)) $param: (D) Debug: evaluateType1 form: (Expression (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (D) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: (D) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (Symbol) $param: (D) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Mapping (Boolean) D) $param: (D) debug: evaluateType form: (Boolean) $param: (D) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: D $param: (D) debug: evaluateType form: (Expression (Integer)) $param: (D) Debug: evaluateType1 form: (Expression (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (D) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: (D) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (Symbol) $param: (D) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (List (Mapping (Boolean) D)) $param: (D) Debug: evaluateType1 form: (List (Mapping (Boolean) D)) debug: evaluateType1 x: (Mapping (Boolean) D) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (D) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Mapping (Boolean) D) $param: (D) debug: evaluateType form: (Boolean) $param: (D) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: D $param: (D) debug: evalCategory d: (Mapping (Boolean) D) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE suchThat ((Expression (Integer)) (Symbol) (Mapping (Boolean) D))) (SIGNATURE suchThat ((Expression (Integer)) (Symbol) (List (Mapping (Boolean) D))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for AttachPredicates compiling into /tmp/oa-YizhpJ importing FunctionSpaceAttachPredicates(Integer,Expression Integer,D) compiling exported suchThat : (Symbol,D -> Boolean) -> Expression Integer Time: 0.04 SEC. compiling exported suchThat : (Symbol,List D -> Boolean) -> Expression Integer Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor AttachPredicates Time: 0.06 seconds finalizing NRLIB PMPRED Processing AttachPredicates for Browser database: -- suchThat : (Symbol,(D -> Boolean)) -> FE -- suchThat : (Symbol,List (D -> Boolean)) -> FE -- constructor ; compiling file "/tmp/oa-YizhpJ/code.lsp" (written 01 FEB 2016 11:12:23 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PMPRED;suchThat;SME;1| ...) ; compiling (DEFUN |PMPRED;suchThat;SLE;2| ...) ; compiling (DEFUN |AttachPredicates| ...) ; compiling (DEFUN |AttachPredicates;| ...) ; compiling (MAKEPROP (QUOTE |AttachPredicates|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-YizhpJ/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile UPXS2.spad && cp UPXS2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UPXS2.fasl \ && if test -f UPXS2-.NRLIB/code.fasl; then \ cp UPXS2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/UPXS2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UPXS2.spad using Spad compiler. UPXS2 abbreviates package UnivariatePuiseuxSeriesFunctions2 debug: compDefine1 lhs: (UnivariatePuiseuxSeriesFunctions2 Coef1 Coef2 var1 var2 cen1 cen2) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((UnivariatePuiseuxSeries Coef2 var2 cen2) (Mapping Coef2 Coef1) (UnivariatePuiseuxSeries Coef1 var1 cen1)))) NIL NIL NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((UnivariatePuiseuxSeries Coef2 var2 cen2) (Mapping Coef2 Coef1) (UnivariatePuiseuxSeries Coef1 var1 cen1)))) $param: (Coef1 Coef2 var1 var2 cen1 cen2) debug: evaluateType form: (UnivariatePuiseuxSeries Coef2 var2 cen2) $param: (Coef1 Coef2 var1 var2 cen1 cen2) Debug: evaluateType1 form: (UnivariatePuiseuxSeries Coef2 var2 cen2) debug: evaluateType1 x: Coef2 m: (Ring) debug: evaluateType1 x: var2 m: (Symbol) debug: evaluateType1 x: cen2 m: Coef2 debug: evaluateType form: (Mapping Coef2 Coef1) $param: (Coef1 Coef2 var1 var2 cen1 cen2) debug: evaluateType form: Coef2 $param: (Coef1 Coef2 var1 var2 cen1 cen2) debug: evaluateType form: Coef1 $param: (Coef1 Coef2 var1 var2 cen1 cen2) debug: evaluateType form: (UnivariatePuiseuxSeries Coef1 var1 cen1) $param: (Coef1 Coef2 var1 var2 cen1 cen2) Debug: evaluateType1 form: (UnivariatePuiseuxSeries Coef1 var1 cen1) debug: evaluateType1 x: Coef1 m: (Ring) debug: evaluateType1 x: var1 m: (Symbol) debug: evaluateType1 x: cen1 m: Coef1 debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((UnivariatePuiseuxSeries Coef2 var2 cen2) (Mapping Coef2 Coef1) (UnivariatePuiseuxSeries Coef1 var1 cen1)))) NIL NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for UnivariatePuiseuxSeriesFunctions2 compiling into /tmp/oa-5jE4ES compiling exported map : (Coef1 -> Coef2,UnivariatePuiseuxSeries(Coef1,var1,cen1)) -> UnivariatePuiseuxSeries(Coef2,var2,cen2) Time: 0.09 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor UnivariatePuiseuxSeriesFunctions2 Time: 0.09 seconds finalizing NRLIB UPXS2 Processing UnivariatePuiseuxSeriesFunctions2 for Browser database: -- map : ((Coef1 -> Coef2),UPS1) -> UPS2 -- constructor ; compiling file "/tmp/oa-5jE4ES/code.lsp" (written 01 FEB 2016 11:12:23 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |UPXS2;map;MUpsUps;1| ...) ; compiling (DEFUN |UnivariatePuiseuxSeriesFunctions2| ...) ; compiling (DEFUN |UnivariatePuiseuxSeriesFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |UnivariatePuiseuxSeriesFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-5jE4ES/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile NUMTUBE.spad && cp NUMTUBE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/NUMTUBE.fasl \ && if test -f NUMTUBE-.NRLIB/code.fasl; then \ cp NUMTUBE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/NUMTUBE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NUMTUBE.spad using Spad compiler. NUMTUBE abbreviates package NumericTubePlot debug: compDefine1 lhs: (NumericTubePlot Curve) signature (pre-evaluate): ((CATEGORY package (SIGNATURE tube ((TubePlot Curve) Curve (DoubleFloat) (Integer)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE tube ((TubePlot Curve) Curve (DoubleFloat) (Integer)))) $param: (Curve) debug: evaluateType form: (TubePlot Curve) $param: (Curve) Debug: evaluateType1 form: (TubePlot Curve) debug: evaluateType1 x: Curve m: (PlottableSpaceCurveCategory) debug: evaluateType form: Curve $param: (Curve) debug: evaluateType form: (DoubleFloat) $param: (Curve) Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Integer) $param: (Curve) Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE tube ((TubePlot Curve) Curve (DoubleFloat) (Integer)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for NumericTubePlot compiling into /tmp/oa-hBIH74 importing TubePlotTools compiling local colinearity : (Point DoubleFloat,Point DoubleFloat) -> DoubleFloat Time: 0.12 SEC. compiling local orthog : (Point DoubleFloat,Point DoubleFloat) -> Point DoubleFloat Time: 0.01 SEC. compiling local poTriad : (Point DoubleFloat,Point DoubleFloat,Point DoubleFloat) -> Record(tang: Point DoubleFloat,norm: Point DoubleFloat,bin: Point DoubleFloat) Time: 0 SEC. compiling local curveTriads : List Point DoubleFloat -> List Record(tang: Point DoubleFloat,norm: Point DoubleFloat,bin: Point DoubleFloat) Time: 0.07 SEC. compiling local curveLoops : (List Point DoubleFloat,DoubleFloat,Integer) -> List List Point DoubleFloat Time: 0.07 SEC. compiling exported tube : (Curve,DoubleFloat,Integer) -> TubePlot Curve Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor NumericTubePlot Time: 0.30 seconds finalizing NRLIB NUMTUBE Processing NumericTubePlot for Browser database: -- tube : (Curve,SF,I) -> TUBE -- constructor ; compiling file "/tmp/oa-hBIH74/code.lsp" (written 01 FEB 2016 11:12:24 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |NUMTUBE;colinearity| ...) ; compiling (DEFUN |NUMTUBE;orthog| ...) ; compiling (DEFUN |NUMTUBE;poTriad| ...) ; compiling (DEFUN |NUMTUBE;curveTriads| ...) ; file: /tmp/oa-hBIH74/code.lsp ; in: DEFUN |NUMTUBE;curveTriads| ; (DEFUN BOOT::|NUMTUBE;curveTriads| (BOOT::|l| BOOT::$) ; (PROG (BOOT::|endtriad| BOOT::|begtriad| BOOT::|n| BOOT::|t| BOOT::|x| ; BOOT::|midtriads| BOOT::|triad| BOOT::|b|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NUMTUBE;curveTriads| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|NUMTUBE;curveTriads| ; (PROG (BOOT::|endtriad| BOOT::|begtriad| BOOT::|n| BOOT::|t| BOOT::|x| ; BOOT::|midtriads| BOOT::|triad| BOOT::|b|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS SIMPLE-VECTOR T)) &REST T). ; compiling (DEFUN |NUMTUBE;curveLoops| ...) ; file: /tmp/oa-hBIH74/code.lsp ; in: DEFUN |NUMTUBE;curveLoops| ; (DEFUN BOOT::|NUMTUBE;curveLoops| (BOOT::|pts| BOOT::|r| BOOT::|nn| BOOT::$) ; (PROG (BOOT::|b| BOOT::|n|) ; (RETURN ; (LET (# # #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NUMTUBE;curveLoops| ; (BOOT::|pts| BOOT::|r| BOOT::|nn| BOOT::$) ; (BLOCK BOOT::|NUMTUBE;curveLoops| ; (PROG (BOOT::|b| BOOT::|n|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; compiling (DEFUN |NUMTUBE;tube;CurveDfITp;6| ...) ; compiling (DEFUN |NumericTubePlot| ...) ; compiling (DEFUN |NumericTubePlot;| ...) ; compiling (MAKEPROP (QUOTE |NumericTubePlot|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-hBIH74/code.fasl written ; compilation finished in 0:00:00.044 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile NFINTBAS.spad && cp NFINTBAS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/NFINTBAS.fasl \ && if test -f NFINTBAS-.NRLIB/code.fasl; then \ cp NFINTBAS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/NFINTBAS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NFINTBAS.spad using Spad compiler. NFINTBAS abbreviates package NumberFieldIntegralBasis debug: compDefine1 lhs: (NumberFieldIntegralBasis UP F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE discriminant ((Integer))) (SIGNATURE integralBasis ((Record (: basis (Matrix (Integer))) (: basisDen (Integer)) (: basisInv (Matrix (Integer)))))) (SIGNATURE localIntegralBasis ((Record (: basis (Matrix (Integer))) (: basisDen (Integer)) (: basisInv (Matrix (Integer)))) (Integer)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE discriminant ((Integer))) (SIGNATURE integralBasis ((Record (: basis (Matrix (Integer))) (: basisDen (Integer)) (: basisInv (Matrix (Integer)))))) (SIGNATURE localIntegralBasis ((Record (: basis (Matrix (Integer))) (: basisDen (Integer)) (: basisInv (Matrix (Integer)))) (Integer)))) $param: (UP F) debug: evaluateType form: (Integer) $param: (UP F) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Record (: basis (Matrix (Integer))) (: basisDen (Integer)) (: basisInv (Matrix (Integer)))) $param: (UP F) debug: evaluateType form: (Matrix (Integer)) $param: (UP F) Debug: evaluateType1 form: (Matrix (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (UP F) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: (UP F) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evaluateType form: (Integer) $param: (UP F) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Matrix (Integer)) $param: (UP F) Debug: evaluateType1 form: (Matrix (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (UP F) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: (UP F) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evaluateType form: (Record (: basis (Matrix (Integer))) (: basisDen (Integer)) (: basisInv (Matrix (Integer)))) $param: (UP F) debug: evaluateType form: (Matrix (Integer)) $param: (UP F) Debug: evaluateType1 form: (Matrix (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (UP F) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: (UP F) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evaluateType form: (Integer) $param: (UP F) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Matrix (Integer)) $param: (UP F) Debug: evaluateType1 form: (Matrix (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (UP F) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: (UP F) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evaluateType form: (Integer) $param: (UP F) Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE discriminant ((Integer))) (SIGNATURE integralBasis ((Record (: basis (Matrix (Integer))) (: basisDen (Integer)) (: basisInv (Matrix (Integer)))))) (SIGNATURE localIntegralBasis ((Record (: basis (Matrix (Integer))) (: basisDen (Integer)) (: basisInv (Matrix (Integer)))) (Integer)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for NumberFieldIntegralBasis compiling into /tmp/oa-fmQaPs importing IntegralBasisTools(Integer,UP,F) importing ModularHermitianRowReduction Integer importing TriangularMatrixOperations(Integer,Vector Integer,Vector Integer,Matrix Integer) compiling local frobMatrix : (Matrix Integer,Matrix Integer,Integer,NonNegativeInteger) -> Matrix Integer Time: 0.14 SEC. compiling local wildPrimes : (Factored Integer,Integer) -> List Integer Time: 0.04 SEC. compiling local tameProduct : (Factored Integer,Integer) -> Integer Time: 0.02 SEC. compiling exported integralBasis : () -> Record(basis: Matrix Integer,basisDen: Integer,basisInv: Matrix Integer) Time: 0.06 SEC. compiling exported localIntegralBasis : Integer -> Record(basis: Matrix Integer,basisDen: Integer,basisInv: Matrix Integer) Time: 0.02 SEC. compiling local iTameLocalIntegralBasis : (Matrix Integer,Integer,Integer) -> Record(basis: Matrix Integer,basisDen: Integer,basisInv: Matrix Integer,discr: Integer) Time: 0.31 SEC. compiling local iWildLocalIntegralBasis : (Matrix Integer,Integer,Integer) -> Record(basis: Matrix Integer,basisDen: Integer,basisInv: Matrix Integer,discr: Integer) Time: 0.06 SEC. compiling exported discriminant : () -> Integer Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] integralBasis: discr has no value [2] integralBasis: runningRbden has no value [3] iWildLocalIntegralBasis: rbden has no value [4] discriminant: determinant has no value Cumulative Statistics for Constructor NumberFieldIntegralBasis Time: 0.68 seconds finalizing NRLIB NFINTBAS Processing NumberFieldIntegralBasis for Browser database: -- discriminant : () -> Integer -- integralBasis : () -> Record(basis: Mat,basisDen: I,basisInv: Mat) -- localIntegralBasis : I -> Record(basis: Mat,basisDen: I,basisInv: Mat) -- constructor ; compiling file "/tmp/oa-fmQaPs/code.lsp" (written 01 FEB 2016 11:12:24 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |NFINTBAS;frobMatrix| ...) ; compiling (DEFUN |NFINTBAS;wildPrimes| ...) ; compiling (DEFUN |NFINTBAS;tameProduct| ...) ; compiling (DEFUN |NFINTBAS;integralBasis;R;4| ...) ; compiling (DEFUN |NFINTBAS;localIntegralBasis;IR;5| ...) ; compiling (DEFUN |NFINTBAS;iTameLocalIntegralBasis| ...) ; file: /tmp/oa-fmQaPs/code.lsp ; in: DEFUN |NFINTBAS;iTameLocalIntegralBasis| ; (DEFUN BOOT::|NFINTBAS;iTameLocalIntegralBasis| ; (BOOT::|traceMat| BOOT::|disc| BOOT::|sing| BOOT::$) ; (PROG (BOOT::|indexChange| BOOT::|g| BOOT::|id| BOOT::|idinv|) ; (RETURN ; (LET* (# # # # # # # #) ; (LOOP #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NFINTBAS;iTameLocalIntegralBasis| ; (BOOT::|traceMat| BOOT::|disc| BOOT::|sing| BOOT::$) ; (BLOCK BOOT::|NFINTBAS;iTameLocalIntegralBasis| ; (PROG (BOOT::|indexChange| BOOT::|g| BOOT::|id| BOOT::|idinv|) ; (RETURN ; (LET* # ; #))))) ; ; note: Assignment to argument: |disc| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |NFINTBAS;iWildLocalIntegralBasis| ...) ; file: /tmp/oa-fmQaPs/code.lsp ; in: DEFUN |NFINTBAS;iWildLocalIntegralBasis| ; (DEFUN BOOT::|NFINTBAS;iWildLocalIntegralBasis| ; (BOOT::|matrixOut| BOOT::|disc| BOOT::|p| BOOT::$) ; (PROG (BOOT::|indexChange| BOOT::|id| BOOT::|idinv| BOOT::|tfm|) ; (RETURN ; (LET* (# # # # # # # # #) ; (LOOP #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NFINTBAS;iWildLocalIntegralBasis| ; (BOOT::|matrixOut| BOOT::|disc| BOOT::|p| BOOT::$) ; (BLOCK BOOT::|NFINTBAS;iWildLocalIntegralBasis| ; (PROG (BOOT::|indexChange| BOOT::|id| BOOT::|idinv| BOOT::|tfm|) ; (RETURN ; (LET* # ; #))))) ; ; note: Assignment to argument: |disc| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; (LET* ((BOOT::|n| (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 9))) ; (BOOT::|disc0| BOOT::|disc|) ; (BOOT::|rb| ; (BOOT::SPADCALL BOOT::|n| 1 (BOOT::|shellEntry| BOOT::$ 56))) ; (BOOT::|rbinv| ; (BOOT::SPADCALL BOOT::|n| 1 (BOOT::|shellEntry| BOOT::$ 56))) ; (BOOT::|rbden| 1) ; (BOOT::|index| 1) ; (BOOT::|oldIndex| 1) ; (BOOT::|p2| (* BOOT::|p| BOOT::|p|)) ; (BOOT::|lp| ; (BOOT::SPADCALL (COND # #) BOOT::|n| ; (BOOT::|shellEntry| BOOT::$ 80)))) ; (LOOP ; (PROGN ; (BOOT::LETT BOOT::|tfm| (BOOT::SPADCALL # BOOT::|lp| #) ; BOOT::|NFINTBAS;iWildLocalIntegralBasis|) ; (BOOT::LETT BOOT::|idinv| (BOOT::SPADCALL # #) ; BOOT::|NFINTBAS;iWildLocalIntegralBasis|) ; (BOOT::LETT BOOT::|id| (BOOT::SPADCALL # #) ; BOOT::|NFINTBAS;iWildLocalIntegralBasis|) ; (SETQ BOOT::|idinv| #) ; (SETQ BOOT::|rbinv| #) ; (SETQ BOOT::|index| #) ; (SETQ BOOT::|rb| #) ; (COND (# #) (T #)) ; (SETQ BOOT::|rbinv| #) ; (BOOT::LETT BOOT::|indexChange| (TRUNCATE BOOT::|index| BOOT::|oldIndex|) ; BOOT::|NFINTBAS;iWildLocalIntegralBasis|) ; (SETQ BOOT::|oldIndex| BOOT::|index|) ; ...))) ; ; caught STYLE-WARNING: ; The variable |disc0| is defined but never used. ; compiling (DEFUN |NFINTBAS;discriminant;I;8| ...) ; file: /tmp/oa-fmQaPs/code.lsp ; in: DEFUN |NFINTBAS;discriminant;I;8| ; (DEFUN BOOT::|NFINTBAS;discriminant;I;8| (BOOT::$) ; (LET* ((BOOT::|disc| (BOOT::SPADCALL # #)) ; (BOOT::|intBas| (BOOT::|NFINTBAS;integralBasis;R;4| BOOT::$)) ; (BOOT::|rb| (SVREF BOOT::|intBas| 0)) ; (BOOT::|rbden| (SVREF BOOT::|intBas| 1)) ; (BOOT::|index| ; (LET # ; #)) ; (#:G698 (BOOT::SPADCALL BOOT::|disc| # #))) ; (COND ((ZEROP #) (CDR #:G698)) (T (BOOT::|moanRetract| #:G698 '#))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NFINTBAS;discriminant;I;8| ; (BOOT::$) ; (BLOCK BOOT::|NFINTBAS;discriminant;I;8| ; (LET* ((BOOT::|disc| #) ; (BOOT::|intBas| #) ; (BOOT::|rb| #) ; (BOOT::|rbden| #) ; (BOOT::|index| #) ; (#:G698 #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |NumberFieldIntegralBasis| ...) ; compiling (DEFUN |NumberFieldIntegralBasis;| ...) ; compiling (MAKEPROP (QUOTE |NumberFieldIntegralBasis|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 3 notes ; /tmp/oa-fmQaPs/code.fasl written ; compilation finished in 0:00:00.070 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PMASS.spad && cp PMASS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PMASS.fasl \ && if test -f PMASS-.NRLIB/code.fasl; then \ cp PMASS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PMASS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PMASS.spad using Spad compiler. PMASS abbreviates package PatternMatchAssertions debug: compDefine1 lhs: (PatternMatchAssertions) signature (pre-evaluate): ((CATEGORY package (SIGNATURE assert ((Expression (Integer)) (Symbol) (Identifier))) (SIGNATURE constant ((Expression (Integer)) (Symbol))) (SIGNATURE optional ((Expression (Integer)) (Symbol))) (SIGNATURE multiple ((Expression (Integer)) (Symbol))))) debug: evaluateType form: (CATEGORY package (SIGNATURE assert ((Expression (Integer)) (Symbol) (Identifier))) (SIGNATURE constant ((Expression (Integer)) (Symbol))) (SIGNATURE optional ((Expression (Integer)) (Symbol))) (SIGNATURE multiple ((Expression (Integer)) (Symbol)))) $param: NIL debug: evaluateType form: (Expression (Integer)) $param: NIL Debug: evaluateType1 form: (Expression (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: (Expression (Integer)) $param: NIL Debug: evaluateType1 form: (Expression (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Expression (Integer)) $param: NIL Debug: evaluateType1 form: (Expression (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Expression (Integer)) $param: NIL Debug: evaluateType1 form: (Expression (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE assert ((Expression (Integer)) (Symbol) (Identifier))) (SIGNATURE constant ((Expression (Integer)) (Symbol))) (SIGNATURE optional ((Expression (Integer)) (Symbol))) (SIGNATURE multiple ((Expression (Integer)) (Symbol))))) ------------------------------------------------------------------------ initializing stationary directory for PatternMatchAssertions compiling into /tmp/oa-q7JVwl importing FunctionSpaceAssertions(Integer,Expression Integer) compiling exported constant : Symbol -> Expression Integer Time: 0.04 SEC. compiling exported multiple : Symbol -> Expression Integer Time: 0.01 SEC. compiling exported optional : Symbol -> Expression Integer Time: 0 SEC. compiling exported assert : (Symbol,Identifier) -> Expression Integer Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor PatternMatchAssertions Time: 0.06 seconds finalizing NRLIB PMASS Processing PatternMatchAssertions for Browser database: -- assert : (Symbol,Identifier) -> FE -- constant : Symbol -> FE -- optional : Symbol -> FE -- multiple : Symbol -> FE -- constructor ; compiling file "/tmp/oa-q7JVwl/code.lsp" (written 01 FEB 2016 11:12:25 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PMASS;constant;SE;1| ...) ; compiling (DEFUN |PMASS;multiple;SE;2| ...) ; compiling (DEFUN |PMASS;optional;SE;3| ...) ; compiling (DEFUN |PMASS;assert;SIE;4| ...) ; compiling (DEFUN |PatternMatchAssertions| ...) ; compiling (DEFUN |PatternMatchAssertions;| ...) ; compiling (MAKEPROP (QUOTE |PatternMatchAssertions|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-q7JVwl/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PADE.spad && cp PADE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PADE.fasl \ && if test -f PADE-.NRLIB/code.fasl; then \ cp PADE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PADE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PADE.spad using Spad compiler. PADE abbreviates package PadeApproximants debug: compDefine1 lhs: (PadeApproximants R PS UP) signature (pre-evaluate): ((CATEGORY package (SIGNATURE pade ((Union (Fraction UP) failed) (NonNegativeInteger) (NonNegativeInteger) PS PS)) (SIGNATURE padecf ((Union (ContinuedFraction UP) failed) (NonNegativeInteger) (NonNegativeInteger) PS PS))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE pade ((Union (Fraction UP) failed) (NonNegativeInteger) (NonNegativeInteger) PS PS)) (SIGNATURE padecf ((Union (ContinuedFraction UP) failed) (NonNegativeInteger) (NonNegativeInteger) PS PS))) $param: (R PS UP) debug: evaluateType form: (Union (Fraction UP) failed) $param: (R PS UP) debug: evaluateType form: (Fraction UP) $param: (R PS UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: failed $param: (R PS UP) debug: evaluateType form: (NonNegativeInteger) $param: (R PS UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (R PS UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: PS $param: (R PS UP) debug: evaluateType form: PS $param: (R PS UP) debug: evaluateType form: (Union (ContinuedFraction UP) failed) $param: (R PS UP) debug: evaluateType form: (ContinuedFraction UP) $param: (R PS UP) Debug: evaluateType1 form: (ContinuedFraction UP) debug: evaluateType1 x: UP m: (EuclideanDomain) debug: evaluateType form: failed $param: (R PS UP) debug: evaluateType form: (NonNegativeInteger) $param: (R PS UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (R PS UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: PS $param: (R PS UP) debug: evaluateType form: PS $param: (R PS UP) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE pade ((Union (Fraction UP) failed) (NonNegativeInteger) (NonNegativeInteger) PS PS)) (SIGNATURE padecf ((Union (ContinuedFraction UP) failed) (NonNegativeInteger) (NonNegativeInteger) PS PS))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PadeApproximants compiling into /tmp/oa-WsSdNx compiling local constInner : UP -> Union(Record(ais: List UP,degs: List NonNegativeInteger),failed) PADE;constInner up is replaced by %pair(0,%pair(%list up,%nil)) Time: 0.08 SEC. compiling local truncPoly : (UP,NonNegativeInteger) -> UP Time: 0.01 SEC. compiling local truncSeries : (PS,NonNegativeInteger) -> UP Time: 0.01 SEC. compiling local divOutDegree : (PS,NonNegativeInteger) -> PS Time: 0.01 SEC. compiling exported pade : (NonNegativeInteger,NonNegativeInteger,PS,PS) -> Union(Fraction UP,failed) Time: 0.06 SEC. compiling exported padecf : (NonNegativeInteger,NonNegativeInteger,PS,PS) -> Union(ContinuedFraction UP,failed) Time: 0.06 SEC. compiling local padeNormalize : (NonNegativeInteger,NonNegativeInteger,PS,PS) -> Union(Record(ais: List UP,degs: List NonNegativeInteger),failed) Time: 0.01 SEC. compiling local padeInner : (NonNegativeInteger,NonNegativeInteger,PS,PS) -> Union(Record(ais: List UP,degs: List NonNegativeInteger),failed) Time: 0.18 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] padecf: reverse has no value [2] padeInner: plist has no value [3] padeInner: alist has no value Cumulative Statistics for Constructor PadeApproximants Time: 0.42 seconds finalizing NRLIB PADE Processing PadeApproximants for Browser database: -- pade : (NNI,NNI,PS,PS) -> Union(QF,"failed") -- padecf : (NNI,NNI,PS,PS) -> Union(CF,"failed") -- constructor ; compiling file "/tmp/oa-WsSdNx/code.lsp" (written 01 FEB 2016 11:12:25 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PADE;constInner|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PADE;constInner| ...) ; compiling (DEFUN |PADE;truncPoly| ...) ; compiling (DEFUN |PADE;truncSeries| ...) ; compiling (DEFUN |PADE;divOutDegree| ...) ; compiling (DEFUN |PADE;pade;2Nni2PSU;5| ...) ; compiling (DEFUN |PADE;padecf;2Nni2PSU;6| ...) ; compiling (DEFUN |PADE;padeNormalize| ...) ; compiling (DEFUN |PADE;padeInner| ...) ; file: /tmp/oa-WsSdNx/code.lsp ; in: DEFUN |PADE;padeInner| ; (DEFUN BOOT::|PADE;padeInner| ; (BOOT::|l| BOOT::|m| BOOT::|gps| BOOT::|dps| BOOT::$) ; (PROG (BOOT::|d| BOOT::|g| BOOT::|degbd| BOOT::|alpha| BOOT::|h| BOOT::|s| ; BOOT::|p| BOOT::|d0| BOOT::|pk|) ; (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PADE;padeInner| ; (BOOT::|l| BOOT::|m| BOOT::|gps| BOOT::|dps| BOOT::$) ; (BLOCK BOOT::|PADE;padeInner| ; (PROG (BOOT::|d| BOOT::|g| BOOT::|degbd| BOOT::|alpha| BOOT::|h| ; BOOT::|s| BOOT::|p| BOOT::|d0| BOOT::|pk|) ; (RETURN (COND # #))))) ; ; note: Assignment to argument: |l| ; prevents use of assertion from function type proclamation: ; UNSIGNED-BYTE ; ; ; note: Assignment to argument: |m| ; prevents use of assertion from function type proclamation: ; UNSIGNED-BYTE ; ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; (DEFUN BOOT::|PADE;padeInner| ; (BOOT::|l| BOOT::|m| BOOT::|gps| BOOT::|dps| BOOT::$) ; (PROG (BOOT::|d| BOOT::|g| BOOT::|degbd| BOOT::|alpha| BOOT::|h| BOOT::|s| ; BOOT::|p| BOOT::|d0| BOOT::|pk|) ; (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PADE;padeInner| ; (BOOT::|l| BOOT::|m| BOOT::|gps| BOOT::|dps| BOOT::$) ; (BLOCK BOOT::|PADE;padeInner| ; (PROG (BOOT::|d| BOOT::|g| BOOT::|degbd| BOOT::|alpha| BOOT::|h| ; BOOT::|s| BOOT::|p| BOOT::|d0| BOOT::|pk|) ; (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |PadeApproximants| ...) ; compiling (DEFUN |PadeApproximants;| ...) ; compiling (MAKEPROP (QUOTE |PadeApproximants|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 4 notes ; /tmp/oa-WsSdNx/code.fasl written ; compilation finished in 0:00:00.066 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PADEPAC.spad && cp PADEPAC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PADEPAC.fasl \ && if test -f PADEPAC-.NRLIB/code.fasl; then \ cp PADEPAC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PADEPAC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PADEPAC.spad using Spad compiler. PADEPAC abbreviates package PadeApproximantPackage debug: compDefine1 lhs: (PadeApproximantPackage R x pt) signature (pre-evaluate): ((CATEGORY package (SIGNATURE pade ((Union (Fraction (UnivariatePolynomial x R)) failed) (NonNegativeInteger) (NonNegativeInteger) (UnivariateTaylorSeries R x pt) (UnivariateTaylorSeries R x pt))) (SIGNATURE pade ((Union (Fraction (UnivariatePolynomial x R)) failed) (NonNegativeInteger) (NonNegativeInteger) (UnivariateTaylorSeries R x pt)))) (Field) (Symbol) R) debug: evaluateType form: (CATEGORY package (SIGNATURE pade ((Union (Fraction (UnivariatePolynomial x R)) failed) (NonNegativeInteger) (NonNegativeInteger) (UnivariateTaylorSeries R x pt) (UnivariateTaylorSeries R x pt))) (SIGNATURE pade ((Union (Fraction (UnivariatePolynomial x R)) failed) (NonNegativeInteger) (NonNegativeInteger) (UnivariateTaylorSeries R x pt)))) $param: (R x pt) debug: evaluateType form: (Union (Fraction (UnivariatePolynomial x R)) failed) $param: (R x pt) debug: evaluateType form: (Fraction (UnivariatePolynomial x R)) $param: (R x pt) Debug: evaluateType1 form: (Fraction (UnivariatePolynomial x R)) debug: evaluateType1 x: (UnivariatePolynomial x R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R x pt) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (UnivariatePolynomial x R) $param: (R x pt) Debug: evaluateType1 form: (UnivariatePolynomial x R) debug: evaluateType1 x: x m: (Symbol) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (UnivariatePolynomial x R) c: (IntegralDomain) debug: evaluateType form: failed $param: (R x pt) debug: evaluateType form: (NonNegativeInteger) $param: (R x pt) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (R x pt) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (UnivariateTaylorSeries R x pt) $param: (R x pt) Debug: evaluateType1 form: (UnivariateTaylorSeries R x pt) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: x m: (Symbol) debug: evaluateType1 x: pt m: R debug: evaluateType form: (UnivariateTaylorSeries R x pt) $param: (R x pt) Debug: evaluateType1 form: (UnivariateTaylorSeries R x pt) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: x m: (Symbol) debug: evaluateType1 x: pt m: R debug: evaluateType form: (Union (Fraction (UnivariatePolynomial x R)) failed) $param: (R x pt) debug: evaluateType form: (Fraction (UnivariatePolynomial x R)) $param: (R x pt) Debug: evaluateType1 form: (Fraction (UnivariatePolynomial x R)) debug: evaluateType1 x: (UnivariatePolynomial x R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R x pt) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (UnivariatePolynomial x R) $param: (R x pt) Debug: evaluateType1 form: (UnivariatePolynomial x R) debug: evaluateType1 x: x m: (Symbol) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (UnivariatePolynomial x R) c: (IntegralDomain) debug: evaluateType form: failed $param: (R x pt) debug: evaluateType form: (NonNegativeInteger) $param: (R x pt) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (R x pt) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (UnivariateTaylorSeries R x pt) $param: (R x pt) Debug: evaluateType1 form: (UnivariateTaylorSeries R x pt) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: x m: (Symbol) debug: evaluateType1 x: pt m: R debug: evaluateType form: (Field) $param: (R x pt) Debug: evaluateType1 form: (Field) debug: evaluateType form: (Symbol) $param: (R x pt) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: R $param: (R x pt) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE pade ((Union (Fraction (UnivariatePolynomial x R)) failed) (NonNegativeInteger) (NonNegativeInteger) (UnivariateTaylorSeries R x pt) (UnivariateTaylorSeries R x pt))) (SIGNATURE pade ((Union (Fraction (UnivariatePolynomial x R)) failed) (NonNegativeInteger) (NonNegativeInteger) (UnivariateTaylorSeries R x pt)))) (Field) (Symbol) R) debug: compDefine1 lhs: (PadeApproximantPackage R x pt) signature (pre-evaluate): ((CATEGORY package (SIGNATURE pade ((Union (Fraction (UnivariatePolynomial x R)) failed) (NonNegativeInteger) (NonNegativeInteger) (UnivariateTaylorSeries R x pt) (UnivariateTaylorSeries R x pt))) (SIGNATURE pade ((Union (Fraction (UnivariatePolynomial x R)) failed) (NonNegativeInteger) (NonNegativeInteger) (UnivariateTaylorSeries R x pt)))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE pade ((Union (Fraction (UnivariatePolynomial x R)) failed) (NonNegativeInteger) (NonNegativeInteger) (UnivariateTaylorSeries R x pt) (UnivariateTaylorSeries R x pt))) (SIGNATURE pade ((Union (Fraction (UnivariatePolynomial x R)) failed) (NonNegativeInteger) (NonNegativeInteger) (UnivariateTaylorSeries R x pt)))) $param: (R x pt) debug: evaluateType form: (Union (Fraction (UnivariatePolynomial x R)) failed) $param: (R x pt) debug: evaluateType form: (Fraction (UnivariatePolynomial x R)) $param: (R x pt) Debug: evaluateType1 form: (Fraction (UnivariatePolynomial x R)) debug: evaluateType1 x: (UnivariatePolynomial x R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R x pt) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (UnivariatePolynomial x R) $param: (R x pt) Debug: evaluateType1 form: (UnivariatePolynomial x R) debug: evaluateType1 x: x m: (Symbol) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (UnivariatePolynomial x R) c: (IntegralDomain) debug: evaluateType form: failed $param: (R x pt) debug: evaluateType form: (NonNegativeInteger) $param: (R x pt) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (R x pt) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (UnivariateTaylorSeries R x pt) $param: (R x pt) Debug: evaluateType1 form: (UnivariateTaylorSeries R x pt) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: x m: (Symbol) debug: evaluateType1 x: pt m: R debug: evaluateType form: (UnivariateTaylorSeries R x pt) $param: (R x pt) Debug: evaluateType1 form: (UnivariateTaylorSeries R x pt) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: x m: (Symbol) debug: evaluateType1 x: pt m: R debug: evaluateType form: (Union (Fraction (UnivariatePolynomial x R)) failed) $param: (R x pt) debug: evaluateType form: (Fraction (UnivariatePolynomial x R)) $param: (R x pt) Debug: evaluateType1 form: (Fraction (UnivariatePolynomial x R)) debug: evaluateType1 x: (UnivariatePolynomial x R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R x pt) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (UnivariatePolynomial x R) $param: (R x pt) Debug: evaluateType1 form: (UnivariatePolynomial x R) debug: evaluateType1 x: x m: (Symbol) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (UnivariatePolynomial x R) c: (IntegralDomain) debug: evaluateType form: failed $param: (R x pt) debug: evaluateType form: (NonNegativeInteger) $param: (R x pt) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (R x pt) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (UnivariateTaylorSeries R x pt) $param: (R x pt) Debug: evaluateType1 form: (UnivariateTaylorSeries R x pt) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: x m: (Symbol) debug: evaluateType1 x: pt m: R debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE pade ((Union (Fraction (UnivariatePolynomial x R)) failed) (NonNegativeInteger) (NonNegativeInteger) (UnivariateTaylorSeries R x pt) (UnivariateTaylorSeries R x pt))) (SIGNATURE pade ((Union (Fraction (UnivariatePolynomial x R)) failed) (NonNegativeInteger) (NonNegativeInteger) (UnivariateTaylorSeries R x pt)))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PadeApproximantPackage compiling into /tmp/oa-5oPZbf compiling exported pade : (NonNegativeInteger,NonNegativeInteger,UnivariateTaylorSeries(R,x,pt),UnivariateTaylorSeries(R,x,pt)) -> Union(Fraction UnivariatePolynomial(x,R),failed) Time: 0.09 SEC. compiling exported pade : (NonNegativeInteger,NonNegativeInteger,UnivariateTaylorSeries(R,x,pt)) -> Union(Fraction UnivariatePolynomial(x,R),failed) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor PadeApproximantPackage Time: 0.10 seconds finalizing NRLIB PADEPAC Processing PadeApproximantPackage for Browser database: -- pade : (NNI,NNI,PS,PS) -> Union(QF,"failed") -- pade : (NNI,NNI,PS) -> Union(QF,"failed") -- constructor ; compiling file "/tmp/oa-5oPZbf/code.lsp" (written 01 FEB 2016 11:12:25 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PADEPAC;pade;2Nni2UtsU;1| ...) ; compiling (DEFUN |PADEPAC;pade;2NniUtsU;2| ...) ; compiling (DEFUN |PadeApproximantPackage| ...) ; compiling (DEFUN |PadeApproximantPackage;| ...) ; compiling (MAKEPROP (QUOTE |PadeApproximantPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-5oPZbf/code.fasl written ; compilation finished in 0:00:00.022 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MKFLCFN.spad && cp MKFLCFN.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MKFLCFN.fasl \ && if test -f MKFLCFN-.NRLIB/code.fasl; then \ cp MKFLCFN-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MKFLCFN-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MKFLCFN.spad using Spad compiler. MKFLCFN abbreviates package MakeFloatCompiledFunction debug: compDefine1 lhs: (MakeFloatCompiledFunction S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE makeFloatFunction ((Mapping (DoubleFloat) (DoubleFloat)) S (Symbol))) (SIGNATURE makeFloatFunction ((Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) S (Symbol) (Symbol)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE makeFloatFunction ((Mapping (DoubleFloat) (DoubleFloat)) S (Symbol))) (SIGNATURE makeFloatFunction ((Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) S (Symbol) (Symbol)))) $param: (S) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: (S) debug: evaluateType form: (DoubleFloat) $param: (S) Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: (S) Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) $param: (S) debug: evaluateType form: (DoubleFloat) $param: (S) Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: (S) Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: (S) Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE makeFloatFunction ((Mapping (DoubleFloat) (DoubleFloat)) S (Symbol))) (SIGNATURE makeFloatFunction ((Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) S (Symbol) (Symbol)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for MakeFloatCompiledFunction compiling into /tmp/oa-guz0Ql importing MakeUnaryCompiledFunction(S,DoubleFloat,DoubleFloat) importing MakeBinaryCompiledFunction(S,DoubleFloat,DoubleFloat,DoubleFloat) compiling local streq? : (InputForm,String) -> Boolean Time: 0.06 SEC. compiling local gencode : (String,List InputForm) -> InputForm Time: 0.01 SEC. compiling local streqlist? : (InputForm,List String) -> Boolean Time: 0.02 SEC. compiling local quote : InputForm -> InputForm Time: 0.00 SEC. compiling local coerceToSF : InputForm -> InputForm Time: 0.00 SEC. compiling local contained? : (InputForm,InputForm) -> Boolean Time: 0.00 SEC. compiling local mkPretend : InputForm -> InputForm Time: 0.00 SEC. compiling local mkCTOR : InputForm -> InputForm Time: 0.01 SEC. compiling local mkLispCall : InputForm -> InputForm Time: 0.02 SEC. compiling local mkDefun : (InputForm,List InputForm) -> InputForm Time: 0.07 SEC. compiling exported makeFloatFunction : (S,Symbol,Symbol) -> (DoubleFloat,DoubleFloat) -> DoubleFloat Time: 0.02 SEC. compiling exported makeFloatFunction : (S,Symbol) -> DoubleFloat -> DoubleFloat Time: 0.02 SEC. compiling local mkLispList : List InputForm -> Union(List InputForm,failed) Time: 0.01 SEC. compiling local mkLisp : InputForm -> Union(InputForm,failed) Time: 0.05 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] mkLisp: pretend InputForm -- should replace by @ Cumulative Statistics for Constructor MakeFloatCompiledFunction Time: 0.31 seconds finalizing NRLIB MKFLCFN Processing MakeFloatCompiledFunction for Browser database: -- makeFloatFunction : (S,Symbol) -> (SF -> SF) -- makeFloatFunction : (S,Symbol,Symbol) -> ((SF,SF) -> SF) -- constructor ; compiling file "/tmp/oa-guz0Ql/code.lsp" (written 01 FEB 2016 11:12:26 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MKFLCFN;streq?| ...) ; file: /tmp/oa-guz0Ql/code.lsp ; in: DEFUN |MKFLCFN;streq?| ; (DEFUN BOOT::|MKFLCFN;streq?| (BOOT::|s| BOOT::|st| BOOT::$) ; (BOOT::SPADCALL BOOT::|s| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|st| (BOOT::|shellEntry| BOOT::$ 9)) ; (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|shellEntry| BOOT::$ 16))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MKFLCFN;streq?| ; (BOOT::|s| BOOT::|st| BOOT::$) ; (BLOCK BOOT::|MKFLCFN;streq?| ; (BOOT::SPADCALL BOOT::|s| ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|st| #) ; (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|shellEntry| BOOT::$ 16)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |MKFLCFN;gencode| ...) ; compiling (DEFUN |MKFLCFN;streqlist?| ...) ; file: /tmp/oa-guz0Ql/code.lsp ; in: DEFUN |MKFLCFN;streqlist?| ; (DEFUN BOOT::|MKFLCFN;streqlist?| (BOOT::|s| BOOT::|l| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 19)) ; (BOOT::|shellEntry| BOOT::$ 20)) ; BOOT::|l| (BOOT::|shellEntry| BOOT::$ 22))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MKFLCFN;streqlist?| ; (BOOT::|s| BOOT::|l| BOOT::$) ; (BLOCK BOOT::|MKFLCFN;streqlist?| ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|s| #) ; (BOOT::|shellEntry| BOOT::$ 20)) ; BOOT::|l| (BOOT::|shellEntry| BOOT::$ 22)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |MKFLCFN;quote| ...) ; compiling (DEFUN |MKFLCFN;coerceToSF| ...) ; compiling (DEFUN |MKFLCFN;contained?| ...) ; file: /tmp/oa-guz0Ql/code.lsp ; in: DEFUN |MKFLCFN;contained?| ; (DEFUN BOOT::|MKFLCFN;contained?| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 23)) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 16))) ; ((BOOT::|MKFLCFN;contained?| BOOT::|x| (BOOT::SPADCALL BOOT::|y| #) ; BOOT::$) ; T) ; (T ; (BOOT::|MKFLCFN;contained?| BOOT::|x| (BOOT::SPADCALL BOOT::|y| #) ; BOOT::$)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MKFLCFN;contained?| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|MKFLCFN;contained?| ; (COND ; ((BOOT::SPADCALL BOOT::|y| #) (BOOT::SPADCALL BOOT::|x| BOOT::|y| #)) ; ((BOOT::|MKFLCFN;contained?| BOOT::|x| # BOOT::$) T) ; (T (BOOT::|MKFLCFN;contained?| BOOT::|x| # BOOT::$))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |MKFLCFN;mkPretend| ...) ; compiling (DEFUN |MKFLCFN;mkCTOR| ...) ; compiling (DEFUN |MKFLCFN;mkLispCall| ...) ; compiling (DEFUN |MKFLCFN;mkDefun| ...) ; compiling (DEFUN |MKFLCFN;makeFloatFunction;S2SM;11| ...) ; compiling (DEFUN |MKFLCFN;makeFloatFunction;SSM;12| ...) ; compiling (DEFUN |MKFLCFN;mkLispList| ...) ; compiling (DEFUN |MKFLCFN;mkLisp| ...) ; compiling (DEFUN |MakeFloatCompiledFunction| ...) ; compiling (DEFUN |MakeFloatCompiledFunction;| ...) ; compiling (MAKEPROP (QUOTE |MakeFloatCompiledFunction|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 3 notes ; /tmp/oa-guz0Ql/code.fasl written ; compilation finished in 0:00:00.067 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PLOT1.spad && cp PLOT1.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PLOT1.fasl \ && if test -f PLOT1-.NRLIB/code.fasl; then \ cp PLOT1-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PLOT1-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PLOT1.spad using Spad compiler. PLOT1 abbreviates package PlotFunctions1 debug: compDefine1 lhs: (PlotFunctions1 S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE plot ((Plot) S (Symbol) (Segment (DoubleFloat)))) (SIGNATURE plot ((Plot) S S (Symbol) (Segment (DoubleFloat)))) (SIGNATURE plotPolar ((Plot) S (Symbol) (Segment (DoubleFloat)))) (SIGNATURE plotPolar ((Plot) S (Symbol)))) (ConvertibleTo (InputForm))) debug: evaluateType form: (CATEGORY package (SIGNATURE plot ((Plot) S (Symbol) (Segment (DoubleFloat)))) (SIGNATURE plot ((Plot) S S (Symbol) (Segment (DoubleFloat)))) (SIGNATURE plotPolar ((Plot) S (Symbol) (Segment (DoubleFloat)))) (SIGNATURE plotPolar ((Plot) S (Symbol)))) $param: (S) debug: evaluateType form: (Plot) $param: (S) Debug: evaluateType1 form: (Plot) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Segment (DoubleFloat)) $param: (S) Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: (S) Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Plot) $param: (S) Debug: evaluateType1 form: (Plot) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Segment (DoubleFloat)) $param: (S) Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: (S) Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Plot) $param: (S) Debug: evaluateType1 form: (Plot) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Segment (DoubleFloat)) $param: (S) Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: (S) Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Plot) $param: (S) Debug: evaluateType1 form: (Plot) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (ConvertibleTo (InputForm)) $param: (S) Debug: evaluateType1 form: (ConvertibleTo (InputForm)) debug: evaluateType1 x: (InputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (InputForm) $param: (S) Debug: evaluateType1 form: (InputForm) debug: evalCategory d: (InputForm) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE plot ((Plot) S (Symbol) (Segment (DoubleFloat)))) (SIGNATURE plot ((Plot) S S (Symbol) (Segment (DoubleFloat)))) (SIGNATURE plotPolar ((Plot) S (Symbol) (Segment (DoubleFloat)))) (SIGNATURE plotPolar ((Plot) S (Symbol)))) (ConvertibleTo (InputForm))) debug: compDefine1 lhs: (PlotFunctions1 S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE plot ((Plot) S (Symbol) (Segment (DoubleFloat)))) (SIGNATURE plot ((Plot) S S (Symbol) (Segment (DoubleFloat)))) (SIGNATURE plotPolar ((Plot) S (Symbol) (Segment (DoubleFloat)))) (SIGNATURE plotPolar ((Plot) S (Symbol)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE plot ((Plot) S (Symbol) (Segment (DoubleFloat)))) (SIGNATURE plot ((Plot) S S (Symbol) (Segment (DoubleFloat)))) (SIGNATURE plotPolar ((Plot) S (Symbol) (Segment (DoubleFloat)))) (SIGNATURE plotPolar ((Plot) S (Symbol)))) $param: (S) debug: evaluateType form: (Plot) $param: (S) Debug: evaluateType1 form: (Plot) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Segment (DoubleFloat)) $param: (S) Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: (S) Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Plot) $param: (S) Debug: evaluateType1 form: (Plot) debug: evaluateType form: S $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Segment (DoubleFloat)) $param: (S) Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: (S) Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Plot) $param: (S) Debug: evaluateType1 form: (Plot) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Segment (DoubleFloat)) $param: (S) Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: (S) Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Plot) $param: (S) Debug: evaluateType1 form: (Plot) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE plot ((Plot) S (Symbol) (Segment (DoubleFloat)))) (SIGNATURE plot ((Plot) S S (Symbol) (Segment (DoubleFloat)))) (SIGNATURE plotPolar ((Plot) S (Symbol) (Segment (DoubleFloat)))) (SIGNATURE plotPolar ((Plot) S (Symbol)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for PlotFunctions1 compiling into /tmp/oa-a6rr4Y importing MakeFloatCompiledFunction S compiling exported plot : (S,Symbol,Segment DoubleFloat) -> Plot Time: 0.02 SEC. compiling exported plotPolar : (S,Symbol) -> Plot Time: 0 SEC. compiling exported plot : (S,S,Symbol,Segment DoubleFloat) -> Plot Time: 0 SEC. compiling exported plotPolar : (S,Symbol,Segment DoubleFloat) -> Plot Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor PlotFunctions1 Time: 0.02 seconds finalizing NRLIB PLOT1 Processing PlotFunctions1 for Browser database: -- plot : (S,Symbol,Segment DoubleFloat) -> Plot -- plot : (S,S,Symbol,Segment DoubleFloat) -> Plot -- plotPolar : (S,Symbol,Segment DoubleFloat) -> Plot -- plotPolar : (S,Symbol) -> Plot -- constructor ; compiling file "/tmp/oa-a6rr4Y/code.lsp" (written 01 FEB 2016 11:12:26 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PLOT1;plot;SSSP;1| ...) ; compiling (DEFUN |PLOT1;plotPolar;SSP;2| ...) ; compiling (DEFUN |PLOT1;plot;2SSSP;3| ...) ; compiling (DEFUN |PLOT1;plotPolar;SSSP;4| ...) ; compiling (DEFUN |PlotFunctions1| ...) ; compiling (DEFUN |PlotFunctions1;| ...) ; compiling (MAKEPROP (QUOTE |PlotFunctions1|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-a6rr4Y/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PTFUNC2.spad && cp PTFUNC2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PTFUNC2.fasl \ && if test -f PTFUNC2-.NRLIB/code.fasl; then \ cp PTFUNC2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PTFUNC2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PTFUNC2.spad using Spad compiler. PTFUNC2 abbreviates package PointFunctions2 debug: compDefine1 lhs: (PointFunctions2 R1 R2) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((Point R2) (Mapping R2 R1) (Point R1)))) (Ring) (Ring)) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((Point R2) (Mapping R2 R1) (Point R1)))) $param: (R1 R2) debug: evaluateType form: (Point R2) $param: (R1 R2) Debug: evaluateType1 form: (Point R2) debug: evaluateType1 x: R2 m: (Ring) debug: evaluateType form: (Mapping R2 R1) $param: (R1 R2) debug: evaluateType form: R2 $param: (R1 R2) debug: evaluateType form: R1 $param: (R1 R2) debug: evaluateType form: (Point R1) $param: (R1 R2) Debug: evaluateType1 form: (Point R1) debug: evaluateType1 x: R1 m: (Ring) debug: evaluateType form: (Ring) $param: (R1 R2) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Ring) $param: (R1 R2) Debug: evaluateType1 form: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((Point R2) (Mapping R2 R1) (Point R1)))) (Ring) (Ring)) debug: compDefine1 lhs: (PointFunctions2 R1 R2) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((Point R2) (Mapping R2 R1) (Point R1)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((Point R2) (Mapping R2 R1) (Point R1)))) $param: (R1 R2) debug: evaluateType form: (Point R2) $param: (R1 R2) Debug: evaluateType1 form: (Point R2) debug: evaluateType1 x: R2 m: (Ring) debug: evaluateType form: (Mapping R2 R1) $param: (R1 R2) debug: evaluateType form: R2 $param: (R1 R2) debug: evaluateType form: R1 $param: (R1 R2) debug: evaluateType form: (Point R1) $param: (R1 R2) Debug: evaluateType1 form: (Point R1) debug: evaluateType1 x: R1 m: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((Point R2) (Mapping R2 R1) (Point R1)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PointFunctions2 compiling into /tmp/oa-Vj2ly6 importing Point R1 importing Point R2 compiling exported map : (R1 -> R2,Point R1) -> Point R2 Time: 0.05 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor PointFunctions2 Time: 0.05 seconds finalizing NRLIB PTFUNC2 Processing PointFunctions2 for Browser database: -- map : ((R1 -> R2),Point R1) -> Point R2 -- constructor ; compiling file "/tmp/oa-Vj2ly6/code.lsp" (written 01 FEB 2016 11:12:26 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PTFUNC2;map;MPP;1| ...) ; compiling (DEFUN |PointFunctions2| ...) ; compiling (DEFUN |PointFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |PointFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-Vj2ly6/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile VIEW3D.spad && cp VIEW3D.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/VIEW3D.fasl \ && if test -f VIEW3D-.NRLIB/code.fasl; then \ cp VIEW3D-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/VIEW3D-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/VIEW3D.spad using Spad compiler. VIEW3D abbreviates domain ThreeDimensionalViewport debug: compDefine1 lhs: (ThreeDimensionalViewport) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE viewThetaDefault ((Float))) (SIGNATURE viewThetaDefault ((Float) (Float))) (SIGNATURE viewPhiDefault ((Float))) (SIGNATURE viewPhiDefault ((Float) (Float))) (SIGNATURE viewZoomDefault ((Float))) (SIGNATURE viewZoomDefault ((Float) (Float))) (SIGNATURE viewDeltaXDefault ((Float))) (SIGNATURE viewDeltaXDefault ((Float) (Float))) (SIGNATURE viewDeltaYDefault ((Float))) (SIGNATURE viewDeltaYDefault ((Float) (Float))) (SIGNATURE viewport3D ($)) (SIGNATURE makeViewport3D ($ $)) (SIGNATURE makeViewport3D ($ (ThreeSpace (DoubleFloat)) (String))) (SIGNATURE makeViewport3D ($ (ThreeSpace (DoubleFloat)) (List (DrawOption)))) (SIGNATURE subspace ((ThreeSpace (DoubleFloat)) $)) (SIGNATURE subspace ($ $ (ThreeSpace (DoubleFloat)))) (SIGNATURE modifyPointData ((Void) $ (NonNegativeInteger) (Point (DoubleFloat)))) (SIGNATURE options ((List (DrawOption)) $)) (SIGNATURE options ($ $ (List (DrawOption)))) (SIGNATURE move ((Void) $ (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE resize ((Void) $ (PositiveInteger) (PositiveInteger))) (SIGNATURE title ((Void) $ (String))) (SIGNATURE dimensions ((Void) $ (NonNegativeInteger) (NonNegativeInteger) (PositiveInteger) (PositiveInteger))) (SIGNATURE viewpoint ((Void) $ (Float) (Float) (Float) (Float) (Float))) (SIGNATURE viewpoint ((Record (: theta (DoubleFloat)) (: phi (DoubleFloat)) (: scale (DoubleFloat)) (: scaleX (DoubleFloat)) (: scaleY (DoubleFloat)) (: scaleZ (DoubleFloat)) (: deltaX (DoubleFloat)) (: deltaY (DoubleFloat))) $)) (SIGNATURE viewpoint ((Void) $ (Record (: theta (DoubleFloat)) (: phi (DoubleFloat)) (: scale (DoubleFloat)) (: scaleX (DoubleFloat)) (: scaleY (DoubleFloat)) (: scaleZ (DoubleFloat)) (: deltaX (DoubleFloat)) (: deltaY (DoubleFloat))))) (SIGNATURE viewpoint ((Void) $ (Integer) (Integer) (Float) (Float) (Float))) (SIGNATURE viewpoint ((Void) $ (Float) (Float))) (SIGNATURE viewpoint ((Void) $ (Float) (Float) (Float))) (SIGNATURE controlPanel ((Void) $ (String))) (SIGNATURE axes ((Void) $ (String))) (SIGNATURE diagonals ((Void) $ (String))) (SIGNATURE outlineRender ((Void) $ (String))) (SIGNATURE drawStyle ((Void) $ (String))) (SIGNATURE rotate ((Void) $ (Float) (Float))) (SIGNATURE rotate ((Void) $ (Integer) (Integer))) (SIGNATURE zoom ((Void) $ (Float))) (SIGNATURE zoom ((Void) $ (Float) (Float) (Float))) (SIGNATURE translate ((Void) $ (Float) (Float))) (SIGNATURE perspective ((Void) $ (String))) (SIGNATURE eyeDistance ((Void) $ (Float))) (SIGNATURE hitherPlane ((Void) $ (Float))) (SIGNATURE showRegion ((Void) $ (String))) (SIGNATURE showClipRegion ((Void) $ (String))) (SIGNATURE clipSurface ((Void) $ (String))) (SIGNATURE lighting ((Void) $ (Float) (Float) (Float))) (SIGNATURE intensity ((Void) $ (Float))) (SIGNATURE reset ((Void) $)) (SIGNATURE colorDef ((Void) $ (Color) (Color))) (SIGNATURE write ((String) $ (String))) (SIGNATURE write ((String) $ (String) (String))) (SIGNATURE write ((String) $ (String) (List (String)))) (SIGNATURE close ((Void) $)) (SIGNATURE key ((Integer) $))))) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (SIGNATURE viewThetaDefault ((Float))) (SIGNATURE viewThetaDefault ((Float) (Float))) (SIGNATURE viewPhiDefault ((Float))) (SIGNATURE viewPhiDefault ((Float) (Float))) (SIGNATURE viewZoomDefault ((Float))) (SIGNATURE viewZoomDefault ((Float) (Float))) (SIGNATURE viewDeltaXDefault ((Float))) (SIGNATURE viewDeltaXDefault ((Float) (Float))) (SIGNATURE viewDeltaYDefault ((Float))) (SIGNATURE viewDeltaYDefault ((Float) (Float))) (SIGNATURE viewport3D ($)) (SIGNATURE makeViewport3D ($ $)) (SIGNATURE makeViewport3D ($ (ThreeSpace (DoubleFloat)) (String))) (SIGNATURE makeViewport3D ($ (ThreeSpace (DoubleFloat)) (List (DrawOption)))) (SIGNATURE subspace ((ThreeSpace (DoubleFloat)) $)) (SIGNATURE subspace ($ $ (ThreeSpace (DoubleFloat)))) (SIGNATURE modifyPointData ((Void) $ (NonNegativeInteger) (Point (DoubleFloat)))) (SIGNATURE options ((List (DrawOption)) $)) (SIGNATURE options ($ $ (List (DrawOption)))) (SIGNATURE move ((Void) $ (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE resize ((Void) $ (PositiveInteger) (PositiveInteger))) (SIGNATURE title ((Void) $ (String))) (SIGNATURE dimensions ((Void) $ (NonNegativeInteger) (NonNegativeInteger) (PositiveInteger) (PositiveInteger))) (SIGNATURE viewpoint ((Void) $ (Float) (Float) (Float) (Float) (Float))) (SIGNATURE viewpoint ((Record (: theta (DoubleFloat)) (: phi (DoubleFloat)) (: scale (DoubleFloat)) (: scaleX (DoubleFloat)) (: scaleY (DoubleFloat)) (: scaleZ (DoubleFloat)) (: deltaX (DoubleFloat)) (: deltaY (DoubleFloat))) $)) (SIGNATURE viewpoint ((Void) $ (Record (: theta (DoubleFloat)) (: phi (DoubleFloat)) (: scale (DoubleFloat)) (: scaleX (DoubleFloat)) (: scaleY (DoubleFloat)) (: scaleZ (DoubleFloat)) (: deltaX (DoubleFloat)) (: deltaY (DoubleFloat))))) (SIGNATURE viewpoint ((Void) $ (Integer) (Integer) (Float) (Float) (Float))) (SIGNATURE viewpoint ((Void) $ (Float) (Float))) (SIGNATURE viewpoint ((Void) $ (Float) (Float) (Float))) (SIGNATURE controlPanel ((Void) $ (String))) (SIGNATURE axes ((Void) $ (String))) (SIGNATURE diagonals ((Void) $ (String))) (SIGNATURE outlineRender ((Void) $ (String))) (SIGNATURE drawStyle ((Void) $ (String))) (SIGNATURE rotate ((Void) $ (Float) (Float))) (SIGNATURE rotate ((Void) $ (Integer) (Integer))) (SIGNATURE zoom ((Void) $ (Float))) (SIGNATURE zoom ((Void) $ (Float) (Float) (Float))) (SIGNATURE translate ((Void) $ (Float) (Float))) (SIGNATURE perspective ((Void) $ (String))) (SIGNATURE eyeDistance ((Void) $ (Float))) (SIGNATURE hitherPlane ((Void) $ (Float))) (SIGNATURE showRegion ((Void) $ (String))) (SIGNATURE showClipRegion ((Void) $ (String))) (SIGNATURE clipSurface ((Void) $ (String))) (SIGNATURE lighting ((Void) $ (Float) (Float) (Float))) (SIGNATURE intensity ((Void) $ (Float))) (SIGNATURE reset ((Void) $)) (SIGNATURE colorDef ((Void) $ (Color) (Color))) (SIGNATURE write ((String) $ (String))) (SIGNATURE write ((String) $ (String) (String))) (SIGNATURE write ((String) $ (String) (List (String)))) (SIGNATURE close ((Void) $)) (SIGNATURE key ((Integer) $)))) $param: NIL debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE viewThetaDefault ((Float))) (SIGNATURE viewThetaDefault ((Float) (Float))) (SIGNATURE viewPhiDefault ((Float))) (SIGNATURE viewPhiDefault ((Float) (Float))) (SIGNATURE viewZoomDefault ((Float))) (SIGNATURE viewZoomDefault ((Float) (Float))) (SIGNATURE viewDeltaXDefault ((Float))) (SIGNATURE viewDeltaXDefault ((Float) (Float))) (SIGNATURE viewDeltaYDefault ((Float))) (SIGNATURE viewDeltaYDefault ((Float) (Float))) (SIGNATURE viewport3D ($)) (SIGNATURE makeViewport3D ($ $)) (SIGNATURE makeViewport3D ($ (ThreeSpace (DoubleFloat)) (String))) (SIGNATURE makeViewport3D ($ (ThreeSpace (DoubleFloat)) (List (DrawOption)))) (SIGNATURE subspace ((ThreeSpace (DoubleFloat)) $)) (SIGNATURE subspace ($ $ (ThreeSpace (DoubleFloat)))) (SIGNATURE modifyPointData ((Void) $ (NonNegativeInteger) (Point (DoubleFloat)))) (SIGNATURE options ((List (DrawOption)) $)) (SIGNATURE options ($ $ (List (DrawOption)))) (SIGNATURE move ((Void) $ (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE resize ((Void) $ (PositiveInteger) (PositiveInteger))) (SIGNATURE title ((Void) $ (String))) (SIGNATURE dimensions ((Void) $ (NonNegativeInteger) (NonNegativeInteger) (PositiveInteger) (PositiveInteger))) (SIGNATURE viewpoint ((Void) $ (Float) (Float) (Float) (Float) (Float))) (SIGNATURE viewpoint ((Record (: theta (DoubleFloat)) (: phi (DoubleFloat)) (: scale (DoubleFloat)) (: scaleX (DoubleFloat)) (: scaleY (DoubleFloat)) (: scaleZ (DoubleFloat)) (: deltaX (DoubleFloat)) (: deltaY (DoubleFloat))) $)) (SIGNATURE viewpoint ((Void) $ (Record (: theta (DoubleFloat)) (: phi (DoubleFloat)) (: scale (DoubleFloat)) (: scaleX (DoubleFloat)) (: scaleY (DoubleFloat)) (: scaleZ (DoubleFloat)) (: deltaX (DoubleFloat)) (: deltaY (DoubleFloat))))) (SIGNATURE viewpoint ((Void) $ (Integer) (Integer) (Float) (Float) (Float))) (SIGNATURE viewpoint ((Void) $ (Float) (Float))) (SIGNATURE viewpoint ((Void) $ (Float) (Float) (Float))) (SIGNATURE controlPanel ((Void) $ (String))) (SIGNATURE axes ((Void) $ (String))) (SIGNATURE diagonals ((Void) $ (String))) (SIGNATURE outlineRender ((Void) $ (String))) (SIGNATURE drawStyle ((Void) $ (String))) (SIGNATURE rotate ((Void) $ (Float) (Float))) (SIGNATURE rotate ((Void) $ (Integer) (Integer))) (SIGNATURE zoom ((Void) $ (Float))) (SIGNATURE zoom ((Void) $ (Float) (Float) (Float))) (SIGNATURE translate ((Void) $ (Float) (Float))) (SIGNATURE perspective ((Void) $ (String))) (SIGNATURE eyeDistance ((Void) $ (Float))) (SIGNATURE hitherPlane ((Void) $ (Float))) (SIGNATURE showRegion ((Void) $ (String))) (SIGNATURE showClipRegion ((Void) $ (String))) (SIGNATURE clipSurface ((Void) $ (String))) (SIGNATURE lighting ((Void) $ (Float) (Float) (Float))) (SIGNATURE intensity ((Void) $ (Float))) (SIGNATURE reset ((Void) $)) (SIGNATURE colorDef ((Void) $ (Color) (Color))) (SIGNATURE write ((String) $ (String))) (SIGNATURE write ((String) $ (String) (String))) (SIGNATURE write ((String) $ (String) (List (String)))) (SIGNATURE close ((Void) $)) (SIGNATURE key ((Integer) $))) $param: NIL debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (ThreeSpace (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (ThreeSpace (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (ThreeSpace (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (ThreeSpace (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (ThreeSpace (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (ThreeSpace (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (ThreeSpace (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (ThreeSpace (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Record (: theta (DoubleFloat)) (: phi (DoubleFloat)) (: scale (DoubleFloat)) (: scaleX (DoubleFloat)) (: scaleY (DoubleFloat)) (: scaleZ (DoubleFloat)) (: deltaX (DoubleFloat)) (: deltaY (DoubleFloat))) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Record (: theta (DoubleFloat)) (: phi (DoubleFloat)) (: scale (DoubleFloat)) (: scaleX (DoubleFloat)) (: scaleY (DoubleFloat)) (: scaleZ (DoubleFloat)) (: deltaX (DoubleFloat)) (: deltaY (DoubleFloat))) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Color) $param: NIL Debug: evaluateType1 form: (Color) debug: evaluateType form: (Color) $param: NIL Debug: evaluateType1 form: (Color) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (List (String)) $param: NIL Debug: evaluateType1 form: (List (String)) debug: evaluateType1 x: (String) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evalCategory d: (String) c: (Type) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE viewThetaDefault ((Float))) (SIGNATURE viewThetaDefault ((Float) (Float))) (SIGNATURE viewPhiDefault ((Float))) (SIGNATURE viewPhiDefault ((Float) (Float))) (SIGNATURE viewZoomDefault ((Float))) (SIGNATURE viewZoomDefault ((Float) (Float))) (SIGNATURE viewDeltaXDefault ((Float))) (SIGNATURE viewDeltaXDefault ((Float) (Float))) (SIGNATURE viewDeltaYDefault ((Float))) (SIGNATURE viewDeltaYDefault ((Float) (Float))) (SIGNATURE viewport3D ($)) (SIGNATURE makeViewport3D ($ $)) (SIGNATURE makeViewport3D ($ (ThreeSpace (DoubleFloat)) (String))) (SIGNATURE makeViewport3D ($ (ThreeSpace (DoubleFloat)) (List (DrawOption)))) (SIGNATURE subspace ((ThreeSpace (DoubleFloat)) $)) (SIGNATURE subspace ($ $ (ThreeSpace (DoubleFloat)))) (SIGNATURE modifyPointData ((Void) $ (NonNegativeInteger) (Point (DoubleFloat)))) (SIGNATURE options ((List (DrawOption)) $)) (SIGNATURE options ($ $ (List (DrawOption)))) (SIGNATURE move ((Void) $ (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE resize ((Void) $ (PositiveInteger) (PositiveInteger))) (SIGNATURE title ((Void) $ (String))) (SIGNATURE dimensions ((Void) $ (NonNegativeInteger) (NonNegativeInteger) (PositiveInteger) (PositiveInteger))) (SIGNATURE viewpoint ((Void) $ (Float) (Float) (Float) (Float) (Float))) (SIGNATURE viewpoint ((Record (: theta (DoubleFloat)) (: phi (DoubleFloat)) (: scale (DoubleFloat)) (: scaleX (DoubleFloat)) (: scaleY (DoubleFloat)) (: scaleZ (DoubleFloat)) (: deltaX (DoubleFloat)) (: deltaY (DoubleFloat))) $)) (SIGNATURE viewpoint ((Void) $ (Record (: theta (DoubleFloat)) (: phi (DoubleFloat)) (: scale (DoubleFloat)) (: scaleX (DoubleFloat)) (: scaleY (DoubleFloat)) (: scaleZ (DoubleFloat)) (: deltaX (DoubleFloat)) (: deltaY (DoubleFloat))))) (SIGNATURE viewpoint ((Void) $ (Integer) (Integer) (Float) (Float) (Float))) (SIGNATURE viewpoint ((Void) $ (Float) (Float))) (SIGNATURE viewpoint ((Void) $ (Float) (Float) (Float))) (SIGNATURE controlPanel ((Void) $ (String))) (SIGNATURE axes ((Void) $ (String))) (SIGNATURE diagonals ((Void) $ (String))) (SIGNATURE outlineRender ((Void) $ (String))) (SIGNATURE drawStyle ((Void) $ (String))) (SIGNATURE rotate ((Void) $ (Float) (Float))) (SIGNATURE rotate ((Void) $ (Integer) (Integer))) (SIGNATURE zoom ((Void) $ (Float))) (SIGNATURE zoom ((Void) $ (Float) (Float) (Float))) (SIGNATURE translate ((Void) $ (Float) (Float))) (SIGNATURE perspective ((Void) $ (String))) (SIGNATURE eyeDistance ((Void) $ (Float))) (SIGNATURE hitherPlane ((Void) $ (Float))) (SIGNATURE showRegion ((Void) $ (String))) (SIGNATURE showClipRegion ((Void) $ (String))) (SIGNATURE clipSurface ((Void) $ (String))) (SIGNATURE lighting ((Void) $ (Float) (Float) (Float))) (SIGNATURE intensity ((Void) $ (Float))) (SIGNATURE reset ((Void) $)) (SIGNATURE colorDef ((Void) $ (Color) (Color))) (SIGNATURE write ((String) $ (String))) (SIGNATURE write ((String) $ (String) (String))) (SIGNATURE write ((String) $ (String) (List (String)))) (SIGNATURE close ((Void) $)) (SIGNATURE key ((Integer) $))))) ------------------------------------------------------------------------ initializing stationary directory for ThreeDimensionalViewport compiling into /tmp/oa-TltdDk importing Color importing ViewDefaultsPackage importing Plot3D importing Point DoubleFloat importing PointPackage DoubleFloat importing SubSpaceComponentProperty importing ThreeSpace DoubleFloat importing MeshCreationRoutinesForThreeDimensions importing DrawOptionFunctions0 importing CoordinateSystems DoubleFloat importing Set PositiveInteger compiling local checkViewport : % -> Boolean Time: 0.17 SEC. compiling local arcsinTemp : DoubleFloat -> DoubleFloat Time: 0.02 SEC. compiling local arctanTemp : DoubleFloat -> DoubleFloat Time: 0.00 SEC. compiling local doOptions : Rep -> Void Time: 0.07 SEC. compiling exported viewport3D : () -> % Time: 0.24 SEC. compiling exported subspace : % -> ThreeSpace DoubleFloat VIEW3D;subspace;$Ts;6 viewport is replaced by %vref(viewport,11) Time: 0.00 SEC. compiling exported subspace : (%,ThreeSpace DoubleFloat) -> % Time: 0 SEC. compiling exported options : % -> List DrawOption VIEW3D;options;$L;8 viewport is replaced by %vref(viewport,12) Time: 0.01 SEC. compiling exported options : (%,List DrawOption) -> % Time: 0.02 SEC. compiling exported makeViewport3D : (ThreeSpace DoubleFloat,String) -> % Time: 0.03 SEC. compiling exported makeViewport3D : (ThreeSpace DoubleFloat,List DrawOption) -> % Time: 0.02 SEC. compiling exported makeViewport3D : % -> % Time: 1.06 SEC. compiling exported viewThetaDefault : () -> Float Time: 0 SEC. compiling exported viewThetaDefault : Float -> Float Time: 0 SEC. compiling exported viewPhiDefault : () -> Float Time: 0 SEC. compiling exported viewPhiDefault : Float -> Float Time: 0 SEC. compiling exported viewZoomDefault : () -> Float Time: 0 SEC. compiling exported viewZoomDefault : Float -> Float Time: 0.00 SEC. compiling exported viewDeltaXDefault : () -> Float Time: 0 SEC. compiling exported viewDeltaXDefault : Float -> Float Time: 0 SEC. compiling exported viewDeltaYDefault : () -> Float Time: 0 SEC. compiling exported viewDeltaYDefault : Float -> Float Time: 0.00 SEC. compiling exported lighting : (%,Float,Float,Float) -> Void Time: 0.02 SEC. compiling exported axes : (%,String) -> Void Time: 0.02 SEC. compiling exported diagonals : (%,String) -> Void Time: 0.02 SEC. compiling exported outlineRender : (%,String) -> Void Time: 0.02 SEC. compiling exported controlPanel : (%,String) -> Void Time: 0.02 SEC. compiling exported drawStyle : (%,String) -> Void Time: 0.04 SEC. compiling exported reset : % -> Void Time: 0.01 SEC. compiling exported close : % -> Void Time: 0.02 SEC. compiling exported viewpoint : % -> Record(theta: DoubleFloat,phi: DoubleFloat,scale: DoubleFloat,scaleX: DoubleFloat,scaleY: DoubleFloat,scaleZ: DoubleFloat,deltaX: DoubleFloat,deltaY: DoubleFloat) Time: 0.02 SEC. compiling exported viewpoint : (%,Record(theta: DoubleFloat,phi: DoubleFloat,scale: DoubleFloat,scaleX: DoubleFloat,scaleY: DoubleFloat,scaleZ: DoubleFloat,deltaX: DoubleFloat,deltaY: DoubleFloat)) -> Void Time: 0.01 SEC. compiling exported viewpoint : (%,Float,Float,Float,Float,Float) -> Void Time: 0.00 SEC. compiling exported viewpoint : (%,Integer,Integer,Float,Float,Float) -> Void Time: 0.01 SEC. compiling exported viewpoint : (%,Float,Float) -> Void Time: 0.02 SEC. compiling exported viewpoint : (%,Float,Float,Float) -> Void Time: 0.02 SEC. compiling exported title : (%,String) -> Void Time: 0.02 SEC. compiling exported colorDef : (%,Color,Color) -> Void Time: 0.03 SEC. compiling exported dimensions : (%,NonNegativeInteger,NonNegativeInteger,PositiveInteger,PositiveInteger) -> Void Time: 0.01 SEC. compiling exported move : (%,NonNegativeInteger,NonNegativeInteger) -> Void Time: 0.01 SEC. compiling exported resize : (%,PositiveInteger,PositiveInteger) -> Void Time: 0.02 SEC. compiling exported coerce : % -> OutputForm Time: 0.04 SEC. compiling exported key : % -> Integer VIEW3D;key;$I;43 viewport is replaced by %vref(viewport,0) Time: 0 SEC. compiling exported rotate : (%,Integer,Integer) -> Void Time: 0.02 SEC. compiling exported rotate : (%,Float,Float) -> Void Time: 0.02 SEC. compiling exported zoom : (%,Float) -> Void Time: 0.01 SEC. compiling exported zoom : (%,Float,Float,Float) -> Void Time: 0.01 SEC. compiling exported translate : (%,Float,Float) -> Void Time: 0.03 SEC. compiling exported intensity : (%,Float) -> Void Time: 0.04 SEC. compiling exported write : (%,String,String) -> String Time: 0.03 SEC. compiling exported write : (%,String) -> String Time: 0.02 SEC. compiling exported write : (%,String,List String) -> String Time: 0.09 SEC. compiling exported perspective : (%,String) -> Void Time: 0.05 SEC. compiling exported showRegion : (%,String) -> Void Time: 0.03 SEC. compiling exported showClipRegion : (%,String) -> Void Time: 0.02 SEC. compiling exported clipSurface : (%,String) -> Void Time: 0.04 SEC. compiling exported eyeDistance : (%,Float) -> Void Time: 0.02 SEC. compiling exported hitherPlane : (%,Float) -> Void Time: 0.02 SEC. compiling exported modifyPointData : (%,NonNegativeInteger,Point DoubleFloat) -> Void Time: 0.06 SEC. (time taken in buildFunctor: 0) Time: 0.03 SEC. Warnings: [1] Type Integer is not in scope. Import it [2] Type String is not in scope. Import it [3] Type NonNegativeInteger is not in scope. Import it [4] Type PositiveInteger is not in scope. Import it [5] Type DoubleFloat is not in scope. Import it [6] Type List DrawOption is not in scope. Import it [7] / has no value [8] viewpoint: Theta has no value Cumulative Statistics for Constructor ThreeDimensionalViewport Time: 2.55 seconds finalizing NRLIB VIEW3D Processing ThreeDimensionalViewport for Browser database: -- viewThetaDefault : () -> F -- viewThetaDefault : F -> F -- viewPhiDefault : () -> F -- viewPhiDefault : F -> F -- viewZoomDefault : () -> F -- viewZoomDefault : F -> F -- viewDeltaXDefault : () -> F -- viewDeltaXDefault : F -> F -- viewDeltaYDefault : () -> F -- viewDeltaYDefault : F -> F -- viewport3D : () -> % -- makeViewport3D : % -> % -- makeViewport3D : (SPACE3,S) -> % -- makeViewport3D : (SPACE3,L DROP) -> % -- subspace : % -> SPACE3 -- subspace : (%,SPACE3) -> % -- modifyPointData : (%,NNI,POINT) -> Void -- options : % -> L DROP -- options : (%,L DROP) -> % -- move : (%,NNI,NNI) -> Void -- resize : (%,PI,PI) -> Void -- title : (%,S) -> Void -- dimensions : (%,NNI,NNI,PI,PI) -> Void -- viewpoint : (%,F,F,F,F,F) -> Void -- viewpoint : % -> V -- viewpoint : (%,V) -> Void -- viewpoint : (%,I,I,F,F,F) -> Void -- viewpoint : (%,F,F) -> Void -- viewpoint : (%,F,F,F) -> Void -- controlPanel : (%,S) -> Void -- axes : (%,S) -> Void -- diagonals : (%,S) -> Void -- outlineRender : (%,S) -> Void -- drawStyle : (%,S) -> Void -- rotate : (%,F,F) -> Void -- rotate : (%,I,I) -> Void -- zoom : (%,F) -> Void -- zoom : (%,F,F,F) -> Void -- translate : (%,F,F) -> Void -- perspective : (%,S) -> Void -- eyeDistance : (%,F) -> Void -- hitherPlane : (%,F) -> Void -- showRegion : (%,S) -> Void -- showClipRegion : (%,S) -> Void -- clipSurface : (%,S) -> Void -- lighting : (%,F,F,F) -> Void -- intensity : (%,F) -> Void -- reset : % -> Void -- colorDef : (%,C,C) -> Void -- write : (%,S) -> S -- write : (%,S,S) -> S -- write : (%,S,L S) -> S -- close : % -> Void -- key : % -> I --->../../x86_64-unknown-linux-gnu/src/algebra/view3D.spad-->ThreeDimensionalViewport(constructor): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/view3D.spad-->ThreeDimensionalViewport: Missing Description ; compiling file "/tmp/oa-TltdDk/code.lsp" (written 01 FEB 2016 11:12:29 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |VIEW3D;subspace;$Ts;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |VIEW3D;options;$L;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |VIEW3D;key;$I;43|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |VIEW3D;checkViewport| ...) ; file: /tmp/oa-TltdDk/code.lsp ; in: DEFUN |VIEW3D;checkViewport| ; (DEFUN BOOT::|VIEW3D;checkViewport| (BOOT::|viewport| BOOT::$) ; (PROG (BOOT::|i|) ; (RETURN ; (BOOT::SEQ (BOOT::|sockSendInt| BOOT::|$ViewportServer| #) ; (BOOT::LETT BOOT::|i| # BOOT::|VIEW3D;checkViewport|) ; (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|VIEW3D;checkViewport| ; (BOOT::|viewport| BOOT::$) ; (BLOCK BOOT::|VIEW3D;checkViewport| ; (PROG (BOOT::|i|) (RETURN (BOOT::SEQ # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |VIEW3D;arcsinTemp| ...) ; file: /tmp/oa-TltdDk/code.lsp ; in: DEFUN |VIEW3D;arcsinTemp| ; (DEFUN BOOT::|VIEW3D;arcsinTemp| (BOOT::|x| BOOT::$) ; (COND ((>= BOOT::|x| 1.0d0) (/ (COERCE PI '|AxiomCore|:|%DoubleFloat|) 2)) ; ((<= BOOT::|x| (- 1.0d0)) (/ (BOOT::SPADCALL 3 # #) 2)) ; (T ; (BOOT::SPADCALL (BOOT::SPADCALL # #) ; (BOOT::|shellEntry| BOOT::$ 21))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|VIEW3D;arcsinTemp| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|VIEW3D;arcsinTemp| ; (COND ((>= BOOT::|x| 1.0d0) (/ # 2)) ((<= BOOT::|x| #) (/ # 2)) ; (T (BOOT::SPADCALL # #))))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |VIEW3D;arctanTemp| ...) ; file: /tmp/oa-TltdDk/code.lsp ; in: DEFUN |VIEW3D;arctanTemp| ; (DEFUN BOOT::|VIEW3D;arctanTemp| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 42)) ; (BOOT::|shellEntry| BOOT::$ 44)) ; (BOOT::|shellEntry| BOOT::$ 21))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|VIEW3D;arctanTemp| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|VIEW3D;arctanTemp| ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) ; (BOOT::|shellEntry| BOOT::$ 44)) ; (BOOT::|shellEntry| BOOT::$ 21)))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |VIEW3D;doOptions| ...) ; compiling (DEFUN |VIEW3D;viewport3D;$;5| ...) ; compiling (DEFUN |VIEW3D;subspace;$Ts;6| ...) ; compiling (DEFUN |VIEW3D;subspace;$Ts$;7| ...) ; file: /tmp/oa-TltdDk/code.lsp ; in: DEFUN |VIEW3D;subspace;$Ts$;7| ; (DEFUN BOOT::|VIEW3D;subspace;$Ts$;7| ; (BOOT::|viewport| BOOT::|space| BOOT::$) ; (PROGN (SETF (SVREF BOOT::|viewport| 11) BOOT::|space|) BOOT::|viewport|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|VIEW3D;subspace;$Ts$;7| ; (BOOT::|viewport| BOOT::|space| BOOT::$) ; (BLOCK BOOT::|VIEW3D;subspace;$Ts$;7| ; (PROGN (SETF # BOOT::|space|) BOOT::|viewport|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |VIEW3D;options;$L;8| ...) ; compiling (DEFUN |VIEW3D;options;$L$;9| ...) ; file: /tmp/oa-TltdDk/code.lsp ; in: DEFUN |VIEW3D;options;$L$;9| ; (DEFUN BOOT::|VIEW3D;options;$L$;9| (BOOT::|viewport| BOOT::|opts| BOOT::$) ; (PROGN (SETF (SVREF BOOT::|viewport| 12) BOOT::|opts|) BOOT::|viewport|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|VIEW3D;options;$L$;9| ; (BOOT::|viewport| BOOT::|opts| BOOT::$) ; (BLOCK BOOT::|VIEW3D;options;$L$;9| ; (PROGN (SETF # BOOT::|opts|) BOOT::|viewport|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |VIEW3D;makeViewport3D;TsS$;10| ...) ; compiling (DEFUN |VIEW3D;makeViewport3D;TsL$;11| ...) ; compiling (DEFUN |VIEW3D;makeViewport3D;2$;12| ...) ; file: /tmp/oa-TltdDk/code.lsp ; in: DEFUN |VIEW3D;makeViewport3D;2$;12| ; (DEFUN BOOT::|VIEW3D;makeViewport3D;2$;12| (BOOT::|viewport| BOOT::$) ; (PROG (BOOT::|n| BOOT::|s| BOOT::|lprops| BOOT::|llprops| BOOT::|lllipts| ; BOOT::|lpts| BOOT::|transform| BOOT::|aPoint|) ; (RETURN ; (BOOT::SEQ (BOOT::|VIEW3D;doOptions| BOOT::|viewport| BOOT::$) ; (BOOT::|sayBrightly| '#) ; (BOOT::LETT BOOT::|transform| # ; BOOT::|VIEW3D;makeViewport3D;2$;12|) ; (BOOT::SPADCALL # #) ; (BOOT::LETT BOOT::|lpts| # ; BOOT::|VIEW3D;makeViewport3D;2$;12|) ; (BOOT::LETT BOOT::|lllipts| # ; BOOT::|VIEW3D;makeViewport3D;2$;12|) ; (BOOT::LETT BOOT::|llprops| # ; BOOT::|VIEW3D;makeViewport3D;2$;12|) ; (BOOT::LETT BOOT::|lprops| # ; BOOT::|VIEW3D;makeViewport3D;2$;12|) ; (BOOT::LETT BOOT::|s| # BOOT::|VIEW3D;makeViewport3D;2$;12|) ; (LET # ; #) ; (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|VIEW3D;makeViewport3D;2$;12| ; (BOOT::|viewport| BOOT::$) ; (BLOCK BOOT::|VIEW3D;makeViewport3D;2$;12| ; (PROG (BOOT::|n| BOOT::|s| BOOT::|lprops| BOOT::|llprops| ; BOOT::|lllipts| BOOT::|lpts| BOOT::|transform| BOOT::|aPoint|) ; (RETURN (BOOT::SEQ # # # # # # # # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |VIEW3D;viewThetaDefault;F;13| ...) ; compiling (DEFUN |VIEW3D;viewThetaDefault;2F;14| ...) ; compiling (DEFUN |VIEW3D;viewPhiDefault;F;15| ...) ; compiling (DEFUN |VIEW3D;viewPhiDefault;2F;16| ...) ; compiling (DEFUN |VIEW3D;viewZoomDefault;F;17| ...) ; compiling (DEFUN |VIEW3D;viewZoomDefault;2F;18| ...) ; compiling (DEFUN |VIEW3D;viewDeltaXDefault;F;19| ...) ; compiling (DEFUN |VIEW3D;viewDeltaXDefault;2F;20| ...) ; compiling (DEFUN |VIEW3D;viewDeltaYDefault;F;21| ...) ; compiling (DEFUN |VIEW3D;viewDeltaYDefault;2F;22| ...) ; compiling (DEFUN |VIEW3D;lighting;$3FV;23| ...) ; compiling (DEFUN |VIEW3D;axes;$SV;24| ...) ; compiling (DEFUN |VIEW3D;diagonals;$SV;25| ...) ; compiling (DEFUN |VIEW3D;outlineRender;$SV;26| ...) ; compiling (DEFUN |VIEW3D;controlPanel;$SV;27| ...) ; compiling (DEFUN |VIEW3D;drawStyle;$SV;28| ...) ; compiling (DEFUN |VIEW3D;reset;$V;29| ...) ; compiling (DEFUN |VIEW3D;close;$V;30| ...) ; compiling (DEFUN |VIEW3D;viewpoint;$R;31| ...) ; compiling (DEFUN |VIEW3D;viewpoint;$RV;32| ...) ; compiling (DEFUN |VIEW3D;viewpoint;$5FV;33| ...) ; compiling (DEFUN |VIEW3D;viewpoint;$2I3FV;34| ...) ; compiling (DEFUN |VIEW3D;viewpoint;$2FV;35| ...) ; compiling (DEFUN |VIEW3D;viewpoint;$3FV;36| ...) ; compiling (DEFUN |VIEW3D;title;$SV;37| ...) ; compiling (DEFUN |VIEW3D;colorDef;$2CV;38| ...) ; compiling (DEFUN |VIEW3D;dimensions;$2Nni2PiV;39| ...) ; file: /tmp/oa-TltdDk/code.lsp ; in: DEFUN |VIEW3D;dimensions;$2Nni2PiV;39| ; (DEFUN BOOT::|VIEW3D;dimensions;$2Nni2PiV;39| ; (BOOT::|viewport| BOOT::|ViewX| BOOT::|ViewY| BOOT::|ViewWidth| ; BOOT::|ViewHeight| BOOT::$) ; (PROGN ; (SETF (SVREF BOOT::|viewport| 3) (CONS BOOT::|ViewX| BOOT::|ViewY|)) ; (SETF (SVREF BOOT::|viewport| 4) ; (CONS BOOT::|ViewWidth| BOOT::|ViewHeight|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|VIEW3D;dimensions;$2Nni2PiV;39| ; (BOOT::|viewport| BOOT::|ViewX| BOOT::|ViewY| BOOT::|ViewWidth| ; BOOT::|ViewHeight| BOOT::$) ; (BLOCK BOOT::|VIEW3D;dimensions;$2Nni2PiV;39| ; (PROGN (SETF # #) (SETF # #)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |VIEW3D;move;$2NniV;40| ...) ; compiling (DEFUN |VIEW3D;resize;$2PiV;41| ...) ; compiling (DEFUN |VIEW3D;coerce;$Of;42| ...) ; compiling (DEFUN |VIEW3D;key;$I;43| ...) ; compiling (DEFUN |VIEW3D;rotate;$2IV;44| ...) ; compiling (DEFUN |VIEW3D;rotate;$2FV;45| ...) ; compiling (DEFUN |VIEW3D;zoom;$FV;46| ...) ; compiling (DEFUN |VIEW3D;zoom;$3FV;47| ...) ; compiling (DEFUN |VIEW3D;translate;$2FV;48| ...) ; compiling (DEFUN |VIEW3D;intensity;$FV;49| ...) ; compiling (DEFUN |VIEW3D;write;$3S;50| ...) ; compiling (DEFUN |VIEW3D;write;$2S;51| ...) ; compiling (DEFUN |VIEW3D;write;$SLS;52| ...) ; file: /tmp/oa-TltdDk/code.lsp ; in: DEFUN |VIEW3D;write;$SLS;52| ; (LET ((BOOT::|stringToSend| "")) ; (COND ; ((BOOT::SPADCALL (SVREF BOOT::|viewport| 0) 0 ; (BOOT::|shellEntry| BOOT::$ 128)) ; (BOOT::SEQ (BOOT::|sockSendInt| BOOT::|$ViewportServer| 1) ; (BOOT::|sockSendInt| BOOT::|$ViewportServer| 110) ; (BOOT::EXIT #))) ; (T ""))) ; ; caught STYLE-WARNING: ; The variable |stringToSend| is defined but never used. ; compiling (DEFUN |VIEW3D;perspective;$SV;53| ...) ; compiling (DEFUN |VIEW3D;showRegion;$SV;54| ...) ; compiling (DEFUN |VIEW3D;showClipRegion;$SV;55| ...) ; compiling (DEFUN |VIEW3D;clipSurface;$SV;56| ...) ; compiling (DEFUN |VIEW3D;eyeDistance;$FV;57| ...) ; compiling (DEFUN |VIEW3D;hitherPlane;$FV;58| ...) ; compiling (DEFUN |VIEW3D;modifyPointData;$NniPV;59| ...) ; compiling (DEFUN |ThreeDimensionalViewport| ...) ; compiling (DEFUN |ThreeDimensionalViewport;| ...) ; compiling (MAKEPROP (QUOTE |ThreeDimensionalViewport|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 4 STYLE-WARNING conditions ; printed 4 notes ; /tmp/oa-TltdDk/code.fasl written ; compilation finished in 0:00:00.257 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile DRAWCX.spad && cp DRAWCX.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DRAWCX.fasl \ && if test -f DRAWCX-.NRLIB/code.fasl; then \ cp DRAWCX-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DRAWCX-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DRAWCX.spad using Spad compiler. DRAWCX abbreviates package DrawComplex debug: compDefine1 lhs: (DrawComplex) signature (pre-evaluate): ((CATEGORY package (SIGNATURE drawComplex ((ThreeDimensionalViewport) (Mapping (Complex (DoubleFloat)) (Complex (DoubleFloat))) (Segment (DoubleFloat)) (Segment (DoubleFloat)) (Boolean))) (SIGNATURE drawComplexVectorField ((ThreeDimensionalViewport) (Mapping (Complex (DoubleFloat)) (Complex (DoubleFloat))) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE setRealSteps ((Integer) (Integer))) (SIGNATURE setImagSteps ((Integer) (Integer))) (SIGNATURE setClipValue ((DoubleFloat) (DoubleFloat))))) debug: evaluateType form: (CATEGORY package (SIGNATURE drawComplex ((ThreeDimensionalViewport) (Mapping (Complex (DoubleFloat)) (Complex (DoubleFloat))) (Segment (DoubleFloat)) (Segment (DoubleFloat)) (Boolean))) (SIGNATURE drawComplexVectorField ((ThreeDimensionalViewport) (Mapping (Complex (DoubleFloat)) (Complex (DoubleFloat))) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE setRealSteps ((Integer) (Integer))) (SIGNATURE setImagSteps ((Integer) (Integer))) (SIGNATURE setClipValue ((DoubleFloat) (DoubleFloat)))) $param: NIL debug: evaluateType form: (ThreeDimensionalViewport) $param: NIL Debug: evaluateType1 form: (ThreeDimensionalViewport) debug: evaluateType form: (Mapping (Complex (DoubleFloat)) (Complex (DoubleFloat))) $param: NIL debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (ThreeDimensionalViewport) $param: NIL Debug: evaluateType1 form: (ThreeDimensionalViewport) debug: evaluateType form: (Mapping (Complex (DoubleFloat)) (Complex (DoubleFloat))) $param: NIL debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE drawComplex ((ThreeDimensionalViewport) (Mapping (Complex (DoubleFloat)) (Complex (DoubleFloat))) (Segment (DoubleFloat)) (Segment (DoubleFloat)) (Boolean))) (SIGNATURE drawComplexVectorField ((ThreeDimensionalViewport) (Mapping (Complex (DoubleFloat)) (Complex (DoubleFloat))) (Segment (DoubleFloat)) (Segment (DoubleFloat)))) (SIGNATURE setRealSteps ((Integer) (Integer))) (SIGNATURE setImagSteps ((Integer) (Integer))) (SIGNATURE setClipValue ((DoubleFloat) (DoubleFloat))))) ------------------------------------------------------------------------ initializing stationary directory for DrawComplex compiling into /tmp/oa-HduIYo compiling local makeArrow : (Point DoubleFloat,Point DoubleFloat,DoubleFloat,DoubleFloat) -> List List Point DoubleFloat Time: 0.14 SEC. compiling local clipFun : DoubleFloat -> DoubleFloat Time: 0 SEC. compiling exported drawComplex : (Complex DoubleFloat -> Complex DoubleFloat,Segment DoubleFloat,Segment DoubleFloat,Boolean) -> ThreeDimensionalViewport Time: 0.24 SEC. compiling exported drawComplexVectorField : (Complex DoubleFloat -> Complex DoubleFloat,Segment DoubleFloat,Segment DoubleFloat) -> ThreeDimensionalViewport Time: 0.17 SEC. compiling exported setRealSteps : Integer -> Integer Time: 0 SEC. compiling exported setImagSteps : Integer -> Integer Time: 0 SEC. compiling exported setClipValue : DoubleFloat -> DoubleFloat Time: 0 SEC. (time taken in buildFunctor: 4) Time: 0.01 SEC. Cumulative Statistics for Constructor DrawComplex Time: 0.55 seconds finalizing NRLIB DRAWCX Processing DrawComplex for Browser database: -- drawComplex : ((C -> C),S,S,Boolean) -> VIEW3D -- drawComplexVectorField : ((C -> C),S,S) -> VIEW3D -- setRealSteps : INT -> INT -- setImagSteps : INT -> INT -- setClipValue : SF -> SF --->../../x86_64-unknown-linux-gnu/src/algebra/drawpak.spad-->DrawComplex(constructor): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/drawpak.spad-->DrawComplex: Missing Description ; compiling file "/tmp/oa-HduIYo/code.lsp" (written 01 FEB 2016 11:12:30 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DRAWCX;clipFun|) ...) ; compiling (DEFUN |DRAWCX;makeArrow| ...) ; compiling (DEFUN |DRAWCX;clipFun| ...) ; compiling (DEFUN |DRAWCX;drawComplex;M2SBTdv;3| ...) ; compiling (DEFUN |DRAWCX;drawComplexVectorField;M2STdv;4| ...) ; compiling (DEFUN |DRAWCX;setRealSteps;2I;5| ...) ; compiling (DEFUN |DRAWCX;setImagSteps;2I;6| ...) ; compiling (DEFUN |DRAWCX;setClipValue;2Df;7| ...) ; compiling (DEFUN |DrawComplex| ...) ; compiling (DEFUN |DrawComplex;| ...) ; compiling (MAKEPROP (QUOTE |DrawComplex|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-HduIYo/code.fasl written ; compilation finished in 0:00:00.086 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile DRAWPT.spad && cp DRAWPT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DRAWPT.fasl \ && if test -f DRAWPT-.NRLIB/code.fasl; then \ cp DRAWPT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DRAWPT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DRAWPT.spad using Spad compiler. DRAWPT abbreviates package TopLevelDrawFunctionsForPoints debug: compDefine1 lhs: (TopLevelDrawFunctionsForPoints) signature (pre-evaluate): ((CATEGORY package (SIGNATURE draw ((TwoDimensionalViewport) (List (DoubleFloat)) (List (DoubleFloat)))) (SIGNATURE draw ((TwoDimensionalViewport) (List (DoubleFloat)) (List (DoubleFloat)) (List (DrawOption)))) (SIGNATURE draw ((TwoDimensionalViewport) (List (Point (DoubleFloat))))) (SIGNATURE draw ((TwoDimensionalViewport) (List (Point (DoubleFloat))) (List (DrawOption)))) (SIGNATURE draw ((ThreeDimensionalViewport) (List (DoubleFloat)) (List (DoubleFloat)) (List (DoubleFloat)))) (SIGNATURE draw ((ThreeDimensionalViewport) (List (DoubleFloat)) (List (DoubleFloat)) (List (DoubleFloat)) (List (DrawOption)))))) debug: evaluateType form: (CATEGORY package (SIGNATURE draw ((TwoDimensionalViewport) (List (DoubleFloat)) (List (DoubleFloat)))) (SIGNATURE draw ((TwoDimensionalViewport) (List (DoubleFloat)) (List (DoubleFloat)) (List (DrawOption)))) (SIGNATURE draw ((TwoDimensionalViewport) (List (Point (DoubleFloat))))) (SIGNATURE draw ((TwoDimensionalViewport) (List (Point (DoubleFloat))) (List (DrawOption)))) (SIGNATURE draw ((ThreeDimensionalViewport) (List (DoubleFloat)) (List (DoubleFloat)) (List (DoubleFloat)))) (SIGNATURE draw ((ThreeDimensionalViewport) (List (DoubleFloat)) (List (DoubleFloat)) (List (DoubleFloat)) (List (DrawOption))))) $param: NIL debug: evaluateType form: (TwoDimensionalViewport) $param: NIL Debug: evaluateType1 form: (TwoDimensionalViewport) debug: evaluateType form: (List (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (List (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (List (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (List (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (TwoDimensionalViewport) $param: NIL Debug: evaluateType1 form: (TwoDimensionalViewport) debug: evaluateType form: (List (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (List (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (List (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (List (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (TwoDimensionalViewport) $param: NIL Debug: evaluateType1 form: (TwoDimensionalViewport) debug: evaluateType form: (List (Point (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Point (DoubleFloat))) debug: evaluateType1 x: (Point (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evalCategory d: (Point (DoubleFloat)) c: (Type) debug: evaluateType form: (TwoDimensionalViewport) $param: NIL Debug: evaluateType1 form: (TwoDimensionalViewport) debug: evaluateType form: (List (Point (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (List (Point (DoubleFloat))) debug: evaluateType1 x: (Point (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evalCategory d: (Point (DoubleFloat)) c: (Type) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (ThreeDimensionalViewport) $param: NIL Debug: evaluateType1 form: (ThreeDimensionalViewport) debug: evaluateType form: (List (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (List (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (List (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (List (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (List (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (List (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (ThreeDimensionalViewport) $param: NIL Debug: evaluateType1 form: (ThreeDimensionalViewport) debug: evaluateType form: (List (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (List (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (List (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (List (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (List (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (List (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE draw ((TwoDimensionalViewport) (List (DoubleFloat)) (List (DoubleFloat)))) (SIGNATURE draw ((TwoDimensionalViewport) (List (DoubleFloat)) (List (DoubleFloat)) (List (DrawOption)))) (SIGNATURE draw ((TwoDimensionalViewport) (List (Point (DoubleFloat))))) (SIGNATURE draw ((TwoDimensionalViewport) (List (Point (DoubleFloat))) (List (DrawOption)))) (SIGNATURE draw ((ThreeDimensionalViewport) (List (DoubleFloat)) (List (DoubleFloat)) (List (DoubleFloat)))) (SIGNATURE draw ((ThreeDimensionalViewport) (List (DoubleFloat)) (List (DoubleFloat)) (List (DoubleFloat)) (List (DrawOption)))))) ------------------------------------------------------------------------ initializing stationary directory for TopLevelDrawFunctionsForPoints compiling into /tmp/oa-ANITr8 compiling exported draw : (List Point DoubleFloat,List DrawOption) -> TwoDimensionalViewport Time: 0.07 SEC. compiling exported draw : List Point DoubleFloat -> TwoDimensionalViewport Time: 0.01 SEC. compiling exported draw : (List DoubleFloat,List DoubleFloat,List DrawOption) -> TwoDimensionalViewport Time: 0.02 SEC. compiling exported draw : (List DoubleFloat,List DoubleFloat) -> TwoDimensionalViewport Time: 0.01 SEC. compiling exported draw : (List DoubleFloat,List DoubleFloat,List DoubleFloat) -> ThreeDimensionalViewport Time: 0.01 SEC. compiling exported draw : (List DoubleFloat,List DoubleFloat,List DoubleFloat,List DrawOption) -> ThreeDimensionalViewport Time: 0.12 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor TopLevelDrawFunctionsForPoints Time: 0.23 seconds finalizing NRLIB DRAWPT Processing TopLevelDrawFunctionsForPoints for Browser database: -- draw : (L SF,L SF) -> VIEW2 -- draw : (L SF,L SF,L DROP) -> VIEW2 -- draw : L Pt -> VIEW2 -- draw : (L Pt,L DROP) -> VIEW2 -- draw : (L SF,L SF,L SF) -> VIEW3 -- draw : (L SF,L SF,L SF,L DROP) -> VIEW3 -- constructor ; compiling file "/tmp/oa-ANITr8/code.lsp" (written 01 FEB 2016 11:12:30 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DRAWPT;draw;LLTdv;1| ...) ; compiling (DEFUN |DRAWPT;draw;LTdv;2| ...) ; compiling (DEFUN |DRAWPT;draw;2LLTdv;3| ...) ; compiling (DEFUN |DRAWPT;draw;2LTdv;4| ...) ; compiling (DEFUN |DRAWPT;draw;3LTdv;5| ...) ; compiling (DEFUN |DRAWPT;draw;3LLTdv;6| ...) ; compiling (DEFUN |TopLevelDrawFunctionsForPoints| ...) ; compiling (DEFUN |TopLevelDrawFunctionsForPoints;| ...) ; compiling (MAKEPROP (QUOTE |TopLevelDrawFunctionsForPoints|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-ANITr8/code.fasl written ; compilation finished in 0:00:00.043 ------------------------------------------------------------------------ ================================== === layer 16 of 24 complete ====== ================================== ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile CCLASS.spad && cp CCLASS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CCLASS.fasl \ && if test -f CCLASS-.NRLIB/code.fasl; then \ cp CCLASS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CCLASS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CCLASS.spad using Spad compiler. CCLASS abbreviates domain CharacterClass debug: compDefine1 lhs: (CharacterClass) signature (pre-evaluate): ((Join (SetCategory) (ConvertibleTo (String)) (FiniteSetAggregate (Character)) (ConvertibleTo (List (Character))) (CATEGORY domain (SIGNATURE charClass ($ (String))) (SIGNATURE charClass ($ (List (Character)))) (SIGNATURE digit ($) constant) (SIGNATURE hexDigit ($) constant) (SIGNATURE upperCase ($) constant) (SIGNATURE lowerCase ($) constant) (SIGNATURE alphabetic ($) constant) (SIGNATURE alphanumeric ($) constant)))) debug: evaluateType form: (Join (SetCategory) (ConvertibleTo (String)) (FiniteSetAggregate (Character)) (ConvertibleTo (List (Character))) (CATEGORY domain (SIGNATURE charClass ($ (String))) (SIGNATURE charClass ($ (List (Character)))) (SIGNATURE digit ($) constant) (SIGNATURE hexDigit ($) constant) (SIGNATURE upperCase ($) constant) (SIGNATURE lowerCase ($) constant) (SIGNATURE alphabetic ($) constant) (SIGNATURE alphanumeric ($) constant))) $param: NIL debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (ConvertibleTo (String)) $param: NIL Debug: evaluateType1 form: (ConvertibleTo (String)) debug: evaluateType1 x: (String) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evalCategory d: (String) c: (Type) debug: evaluateType form: (FiniteSetAggregate (Character)) $param: NIL Debug: evaluateType1 form: (FiniteSetAggregate (Character)) debug: evaluateType1 x: (Character) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Character) $param: NIL Debug: evaluateType1 form: (Character) debug: evalCategory d: (Character) c: (SetCategory) debug: evaluateType form: (ConvertibleTo (List (Character))) $param: NIL Debug: evaluateType1 form: (ConvertibleTo (List (Character))) debug: evaluateType1 x: (List (Character)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Character)) $param: NIL Debug: evaluateType1 form: (List (Character)) debug: evaluateType1 x: (Character) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Character) $param: NIL Debug: evaluateType1 form: (Character) debug: evalCategory d: (Character) c: (Type) debug: evalCategory d: (List (Character)) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE charClass ($ (String))) (SIGNATURE charClass ($ (List (Character)))) (SIGNATURE digit ($) constant) (SIGNATURE hexDigit ($) constant) (SIGNATURE upperCase ($) constant) (SIGNATURE lowerCase ($) constant) (SIGNATURE alphabetic ($) constant) (SIGNATURE alphanumeric ($) constant)) $param: NIL debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (List (Character)) $param: NIL Debug: evaluateType1 form: (List (Character)) debug: evaluateType1 x: (Character) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Character) $param: NIL Debug: evaluateType1 form: (Character) debug: evalCategory d: (Character) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (ConvertibleTo (String)) (FiniteSetAggregate (Character)) (ConvertibleTo (List (Character))) (CATEGORY domain (SIGNATURE charClass ($ (String))) (SIGNATURE charClass ($ (List (Character)))) (SIGNATURE digit ($) constant) (SIGNATURE hexDigit ($) constant) (SIGNATURE upperCase ($) constant) (SIGNATURE lowerCase ($) constant) (SIGNATURE alphabetic ($) constant) (SIGNATURE alphanumeric ($) constant)))) ------------------------------------------------------------------------ initializing stationary directory for CharacterClass compiling into /tmp/oa-yqGOrC compiling exported digit : () -> % Time: 0.04 SEC. compiling exported hexDigit : () -> % Time: 0 SEC. compiling exported upperCase : () -> % Time: 0 SEC. compiling exported lowerCase : () -> % Time: 0 SEC. compiling exported alphabetic : () -> % Time: 0 SEC. compiling exported alphanumeric : () -> % Time: 0 SEC. compiling exported = : (%,%) -> Boolean CCLASS;=;2$B;7 is replaced by %bitveceq Time: 0.01 SEC. compiling exported member? : (Character,%) -> Boolean Time: 0 SEC. compiling exported union : (%,%) -> % Time: 0 SEC. compiling exported intersect : (%,%) -> % Time: 0 SEC. compiling exported difference : (%,%) -> % Time: 0.01 SEC. compiling exported complement : % -> % CCLASS;complement;2$;12 is replaced by %bitvecnot Time: 0 SEC. compiling exported convert : % -> String Time: 0.02 SEC. compiling exported convert : % -> List Character Time: 0.01 SEC. compiling exported charClass : String -> % Time: 0.02 SEC. compiling exported charClass : List Character -> % Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Time: 0.00 SEC. compiling exported # : % -> NonNegativeInteger Time: 0.01 SEC. compiling exported empty : () -> % Time: 0.00 SEC. compiling exported brace : () -> % Time: 0.01 SEC. compiling exported insert! : (Character,%) -> % Time: 0 SEC. compiling exported remove! : (Character,%) -> % Time: 0 SEC. compiling exported inspect : % -> Character Time: 0.01 SEC. compiling exported extract! : % -> Character Time: 0.01 SEC. compiling exported map : (Character -> Character,%) -> % Time: 0.00 SEC. compiling exported map! : (Character -> Character,%) -> % Time: 0.00 SEC. compiling exported members : % -> List Character Time: 0.01 SEC. (time taken in buildFunctor: 4) Time: 0.01 SEC. Warnings: [1] charClass: false has no value [2] map: false has no value [3] false has no value Cumulative Statistics for Constructor CharacterClass Time: 0.19 seconds finalizing NRLIB CCLASS Processing CharacterClass for Browser database: -- charClass : String -> % -- charClass : List Character -> % -- digit : () -> % -- hexDigit : () -> % -- upperCase : () -> % -- lowerCase : () -> % -- alphabetic : () -> % -- alphanumeric : () -> % -- constructor ; compiling file "/tmp/oa-yqGOrC/code.lsp" (written 01 FEB 2016 11:12:31 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CCLASS;=;2$B;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CCLASS;complement;2$;12|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |CCLASS;digit;$;1| ...) ; compiling (DEFUN |CCLASS;hexDigit;$;2| ...) ; compiling (DEFUN |CCLASS;upperCase;$;3| ...) ; compiling (DEFUN |CCLASS;lowerCase;$;4| ...) ; compiling (DEFUN |CCLASS;alphabetic;$;5| ...) ; compiling (DEFUN |CCLASS;alphanumeric;$;6| ...) ; compiling (DEFUN |CCLASS;=;2$B;7| ...) ; compiling (DEFUN |CCLASS;member?;C$B;8| ...) ; file: /tmp/oa-yqGOrC/code.lsp ; in: DEFUN |CCLASS;member?;C$B;8| ; (DEFUN BOOT::|CCLASS;member?;C$B;8| (BOOT::|c| BOOT::|a| BOOT::$) ; (BOOT::SPADCALL BOOT::|a| ; (BOOT::SPADCALL BOOT::|c| (BOOT::|shellEntry| BOOT::$ 27)) ; (BOOT::|shellEntry| BOOT::$ 28))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CCLASS;member?;C$B;8| ; (BOOT::|c| BOOT::|a| BOOT::$) ; (BLOCK BOOT::|CCLASS;member?;C$B;8| ; (BOOT::SPADCALL BOOT::|a| ; (BOOT::SPADCALL BOOT::|c| ; (BOOT::|shellEntry| BOOT::$ 27)) ; (BOOT::|shellEntry| BOOT::$ 28)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |CCLASS;union;3$;9| ...) ; compiling (DEFUN |CCLASS;intersect;3$;10| ...) ; compiling (DEFUN |CCLASS;difference;3$;11| ...) ; compiling (DEFUN |CCLASS;complement;2$;12| ...) ; compiling (DEFUN |CCLASS;convert;$S;13| ...) ; file: /tmp/oa-yqGOrC/code.lsp ; in: DEFUN |CCLASS;convert;$S;13| ; (DEFUN BOOT::|CCLASS;convert;$S;13| (BOOT::|cl| BOOT::$) ; (BOOT::SPADCALL (BOOT::|CCLASS;convert;$L;14| BOOT::|cl| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 38))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CCLASS;convert;$S;13| ; (BOOT::|cl| BOOT::$) ; (BLOCK BOOT::|CCLASS;convert;$S;13| ; (BOOT::SPADCALL (BOOT::|CCLASS;convert;$L;14| BOOT::|cl| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 38)))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |CCLASS;convert;$L;14| ...) ; file: /tmp/oa-yqGOrC/code.lsp ; in: DEFUN |CCLASS;convert;$L;14| ; (DEFUN BOOT::|CCLASS;convert;$L;14| (BOOT::|cl| BOOT::$) ; (LET ((BOOT::|i| 0) (#:G599 (1- #)) (#:G553 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ BOOT::|i| #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CCLASS;convert;$L;14| ; (BOOT::|cl| BOOT::$) ; (BLOCK BOOT::|CCLASS;convert;$L;14| ; (LET ((BOOT::|i| 0) (#:G599 #) (#:G553 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CHARACTER T)) &REST T). ; compiling (DEFUN |CCLASS;charClass;S$;15| ...) ; compiling (DEFUN |CCLASS;charClass;L$;16| ...) ; compiling (DEFUN |CCLASS;coerce;$Of;17| ...) ; compiling (DEFUN |CCLASS;#;$Nni;18| ...) ; compiling (DEFUN |CCLASS;empty;$;19| ...) ; compiling (DEFUN |CCLASS;brace;$;20| ...) ; compiling (DEFUN |CCLASS;insert!;C2$;21| ...) ; compiling (DEFUN |CCLASS;remove!;C2$;22| ...) ; compiling (DEFUN |CCLASS;inspect;$C;23| ...) ; file: /tmp/oa-yqGOrC/code.lsp ; in: DEFUN |CCLASS;inspect;$C;23| ; (DEFUN BOOT::|CCLASS;inspect;$C;23| (BOOT::|a| BOOT::$) ; (PROGN ; (LET ((BOOT::|i| 0) (#:G603 #)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::|error| "Cannot take a character from an empty class."))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CCLASS;inspect;$C;23| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|CCLASS;inspect;$C;23| ; (PROGN ; (LET (# #) ; (LOOP # ; #)) ; (BOOT::|error| "Cannot take a character from an empty class.")))) ; ; note: type assertion too complex to check: ; (VALUES CHARACTER &REST T). ; compiling (DEFUN |CCLASS;extract!;$C;24| ...) ; file: /tmp/oa-yqGOrC/code.lsp ; in: DEFUN |CCLASS;extract!;$C;24| ; (DEFUN BOOT::|CCLASS;extract!;$C;24| (BOOT::|a| BOOT::$) ; (PROGN ; (LET ((BOOT::|i| 0) (#:G604 #)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::|error| "Cannot take a character from an empty class."))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CCLASS;extract!;$C;24| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|CCLASS;extract!;$C;24| ; (PROGN ; (LET (# #) ; (LOOP # ; #)) ; (BOOT::|error| "Cannot take a character from an empty class.")))) ; ; note: type assertion too complex to check: ; (VALUES CHARACTER &REST T). ; compiling (DEFUN |CCLASS;map;M2$;25| ...) ; compiling (DEFUN |CCLASS;map!;M2$;26| ...) ; compiling (DEFUN |CCLASS;members;$L;27| ...) ; file: /tmp/oa-yqGOrC/code.lsp ; in: DEFUN |CCLASS;members;$L;27| ; (DEFUN BOOT::|CCLASS;members;$L;27| (BOOT::|a| BOOT::$) ; (LET ((BOOT::|i| 0) (#:G607 (1- #)) (#:G593 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ BOOT::|i| #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CCLASS;members;$L;27| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|CCLASS;members;$L;27| ; (LET ((BOOT::|i| 0) (#:G607 #) (#:G593 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CHARACTER T)) &REST T). ; compiling (DEFUN |CharacterClass| ...) ; compiling (DEFUN |CharacterClass;| ...) ; compiling (MAKEPROP (QUOTE |CharacterClass|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 6 notes ; /tmp/oa-yqGOrC/code.fasl written ; compilation finished in 0:00:00.062 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FSAGG2.spad && cp FSAGG2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FSAGG2.fasl \ && if test -f FSAGG2-.NRLIB/code.fasl; then \ cp FSAGG2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FSAGG2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FSAGG2.spad using Spad compiler. FSAGG2 abbreviates package FiniteSetAggregateFunctions2 debug: compDefine1 lhs: (FiniteSetAggregateFunctions2 S A R B) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map (B (Mapping R S) A)) (SIGNATURE reduce (R (Mapping R S R) A R)) (SIGNATURE scan (B (Mapping R S R) A R))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map (B (Mapping R S) A)) (SIGNATURE reduce (R (Mapping R S R) A R)) (SIGNATURE scan (B (Mapping R S R) A R))) $param: (S A R B) debug: evaluateType form: B $param: (S A R B) debug: evaluateType form: (Mapping R S) $param: (S A R B) debug: evaluateType form: R $param: (S A R B) debug: evaluateType form: S $param: (S A R B) debug: evaluateType form: A $param: (S A R B) debug: evaluateType form: R $param: (S A R B) debug: evaluateType form: (Mapping R S R) $param: (S A R B) debug: evaluateType form: R $param: (S A R B) debug: evaluateType form: S $param: (S A R B) debug: evaluateType form: R $param: (S A R B) debug: evaluateType form: A $param: (S A R B) debug: evaluateType form: R $param: (S A R B) debug: evaluateType form: B $param: (S A R B) debug: evaluateType form: (Mapping R S R) $param: (S A R B) debug: evaluateType form: R $param: (S A R B) debug: evaluateType form: S $param: (S A R B) debug: evaluateType form: R $param: (S A R B) debug: evaluateType form: A $param: (S A R B) debug: evaluateType form: R $param: (S A R B) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map (B (Mapping R S) A)) (SIGNATURE reduce (R (Mapping R S R) A R)) (SIGNATURE scan (B (Mapping R S R) A R))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FiniteSetAggregateFunctions2 compiling into /tmp/oa-XDIdCO compiling exported map : (S -> R,A) -> B Time: 0.03 SEC. compiling exported reduce : ((S,R) -> R,A,R) -> R Time: 0 SEC. compiling exported scan : ((S,R) -> R,A,R) -> B Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor FiniteSetAggregateFunctions2 Time: 0.04 seconds finalizing NRLIB FSAGG2 Processing FiniteSetAggregateFunctions2 for Browser database: -- map : ((S -> R),A) -> B -- reduce : (((S,R) -> R),A,R) -> R -- scan : (((S,R) -> R),A,R) -> B -- constructor ; compiling file "/tmp/oa-XDIdCO/code.lsp" (written 01 FEB 2016 11:12:31 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FSAGG2;map;MAB;1| ...) ; compiling (DEFUN |FSAGG2;reduce;MA2R;2| ...) ; compiling (DEFUN |FSAGG2;scan;MARB;3| ...) ; compiling (DEFUN |FiniteSetAggregateFunctions2| ...) ; compiling (DEFUN |FiniteSetAggregateFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |FiniteSetAggregateFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-XDIdCO/code.fasl written ; compilation finished in 0:00:00.020 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile GALFACT.spad && cp GALFACT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GALFACT.fasl \ && if test -f GALFACT-.NRLIB/code.fasl; then \ cp GALFACT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GALFACT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GALFACT.spad using Spad compiler. GALFACT abbreviates package GaloisGroupFactorizer debug: compDefine1 lhs: (GaloisGroupFactorizer UP) signature (pre-evaluate): ((CATEGORY package (SIGNATURE makeFR ((Factored UP) (Record (: contp (Integer)) (: factors (List (Record (: irr UP) (: pow (Integer)))))))) (SIGNATURE degreePartition ((Multiset (NonNegativeInteger)) (List (Record (: factor UP) (: degree (Integer)))))) (SIGNATURE musserTrials ((PositiveInteger))) (SIGNATURE musserTrials ((PositiveInteger) (PositiveInteger))) (SIGNATURE stopMusserTrials ((PositiveInteger))) (SIGNATURE stopMusserTrials ((PositiveInteger) (PositiveInteger))) (SIGNATURE numberOfFactors ((NonNegativeInteger) (List (Record (: factor UP) (: degree (Integer)))))) (SIGNATURE modularFactor ((Record (: prime (Integer)) (: factors (List UP))) UP)) (SIGNATURE useSingleFactorBound? ((Boolean))) (SIGNATURE useSingleFactorBound ((Boolean) (Boolean))) (SIGNATURE useEisensteinCriterion? ((Boolean))) (SIGNATURE useEisensteinCriterion ((Boolean) (Boolean))) (SIGNATURE eisensteinIrreducible? ((Boolean) UP)) (SIGNATURE tryFunctionalDecomposition? ((Boolean))) (SIGNATURE tryFunctionalDecomposition ((Boolean) (Boolean))) (SIGNATURE factor ((Factored UP) UP)) (SIGNATURE factor ((Factored UP) UP (NonNegativeInteger))) (SIGNATURE factor ((Factored UP) UP (List (NonNegativeInteger)))) (SIGNATURE factor ((Factored UP) UP (List (NonNegativeInteger)) (NonNegativeInteger))) (SIGNATURE factor ((Factored UP) UP (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE factorSquareFree ((Factored UP) UP)) (SIGNATURE factorSquareFree ((Factored UP) UP (NonNegativeInteger))) (SIGNATURE factorSquareFree ((Factored UP) UP (List (NonNegativeInteger)))) (SIGNATURE factorSquareFree ((Factored UP) UP (List (NonNegativeInteger)) (NonNegativeInteger))) (SIGNATURE factorSquareFree ((Factored UP) UP (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE factorOfDegree ((Union UP failed) (PositiveInteger) UP)) (SIGNATURE factorOfDegree ((Union UP failed) (PositiveInteger) UP (NonNegativeInteger))) (SIGNATURE factorOfDegree ((Union UP failed) (PositiveInteger) UP (List (NonNegativeInteger)))) (SIGNATURE factorOfDegree ((Union UP failed) (PositiveInteger) UP (List (NonNegativeInteger)) (NonNegativeInteger))) (SIGNATURE factorOfDegree ((Union UP failed) (PositiveInteger) UP (List (NonNegativeInteger)) (NonNegativeInteger) (Boolean))) (SIGNATURE henselFact ((Record (: contp (Integer)) (: factors (List (Record (: irr UP) (: pow (Integer)))))) UP (Boolean))) (SIGNATURE btwFact ((Record (: contp (Integer)) (: factors (List (Record (: irr UP) (: pow (Integer)))))) UP (Boolean) (Set (NonNegativeInteger)) (NonNegativeInteger)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE makeFR ((Factored UP) (Record (: contp (Integer)) (: factors (List (Record (: irr UP) (: pow (Integer)))))))) (SIGNATURE degreePartition ((Multiset (NonNegativeInteger)) (List (Record (: factor UP) (: degree (Integer)))))) (SIGNATURE musserTrials ((PositiveInteger))) (SIGNATURE musserTrials ((PositiveInteger) (PositiveInteger))) (SIGNATURE stopMusserTrials ((PositiveInteger))) (SIGNATURE stopMusserTrials ((PositiveInteger) (PositiveInteger))) (SIGNATURE numberOfFactors ((NonNegativeInteger) (List (Record (: factor UP) (: degree (Integer)))))) (SIGNATURE modularFactor ((Record (: prime (Integer)) (: factors (List UP))) UP)) (SIGNATURE useSingleFactorBound? ((Boolean))) (SIGNATURE useSingleFactorBound ((Boolean) (Boolean))) (SIGNATURE useEisensteinCriterion? ((Boolean))) (SIGNATURE useEisensteinCriterion ((Boolean) (Boolean))) (SIGNATURE eisensteinIrreducible? ((Boolean) UP)) (SIGNATURE tryFunctionalDecomposition? ((Boolean))) (SIGNATURE tryFunctionalDecomposition ((Boolean) (Boolean))) (SIGNATURE factor ((Factored UP) UP)) (SIGNATURE factor ((Factored UP) UP (NonNegativeInteger))) (SIGNATURE factor ((Factored UP) UP (List (NonNegativeInteger)))) (SIGNATURE factor ((Factored UP) UP (List (NonNegativeInteger)) (NonNegativeInteger))) (SIGNATURE factor ((Factored UP) UP (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE factorSquareFree ((Factored UP) UP)) (SIGNATURE factorSquareFree ((Factored UP) UP (NonNegativeInteger))) (SIGNATURE factorSquareFree ((Factored UP) UP (List (NonNegativeInteger)))) (SIGNATURE factorSquareFree ((Factored UP) UP (List (NonNegativeInteger)) (NonNegativeInteger))) (SIGNATURE factorSquareFree ((Factored UP) UP (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE factorOfDegree ((Union UP failed) (PositiveInteger) UP)) (SIGNATURE factorOfDegree ((Union UP failed) (PositiveInteger) UP (NonNegativeInteger))) (SIGNATURE factorOfDegree ((Union UP failed) (PositiveInteger) UP (List (NonNegativeInteger)))) (SIGNATURE factorOfDegree ((Union UP failed) (PositiveInteger) UP (List (NonNegativeInteger)) (NonNegativeInteger))) (SIGNATURE factorOfDegree ((Union UP failed) (PositiveInteger) UP (List (NonNegativeInteger)) (NonNegativeInteger) (Boolean))) (SIGNATURE henselFact ((Record (: contp (Integer)) (: factors (List (Record (: irr UP) (: pow (Integer)))))) UP (Boolean))) (SIGNATURE btwFact ((Record (: contp (Integer)) (: factors (List (Record (: irr UP) (: pow (Integer)))))) UP (Boolean) (Set (NonNegativeInteger)) (NonNegativeInteger)))) $param: (UP) debug: evaluateType form: (Factored UP) $param: (UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Record (: contp (Integer)) (: factors (List (Record (: irr UP) (: pow (Integer)))))) $param: (UP) debug: evaluateType form: (Integer) $param: (UP) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (List (Record (: irr UP) (: pow (Integer)))) $param: (UP) Debug: evaluateType1 form: (List (Record (: irr UP) (: pow (Integer)))) debug: evaluateType1 x: (Record (: irr UP) (: pow (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: irr UP) (: pow (Integer))) $param: (UP) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (Integer) $param: (UP) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: irr UP) (: pow (Integer))) c: (Type) debug: evaluateType form: (Multiset (NonNegativeInteger)) $param: (UP) Debug: evaluateType1 form: (Multiset (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (UP) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (SetCategory) debug: evaluateType form: (List (Record (: factor UP) (: degree (Integer)))) $param: (UP) Debug: evaluateType1 form: (List (Record (: factor UP) (: degree (Integer)))) debug: evaluateType1 x: (Record (: factor UP) (: degree (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: factor UP) (: degree (Integer))) $param: (UP) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (Integer) $param: (UP) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: factor UP) (: degree (Integer))) c: (Type) debug: evaluateType form: (PositiveInteger) $param: (UP) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: (UP) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: (UP) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: (UP) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: (UP) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: (UP) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (List (Record (: factor UP) (: degree (Integer)))) $param: (UP) Debug: evaluateType1 form: (List (Record (: factor UP) (: degree (Integer)))) debug: evaluateType1 x: (Record (: factor UP) (: degree (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: factor UP) (: degree (Integer))) $param: (UP) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (Integer) $param: (UP) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: factor UP) (: degree (Integer))) c: (Type) debug: evaluateType form: (Record (: prime (Integer)) (: factors (List UP))) $param: (UP) debug: evaluateType form: (Integer) $param: (UP) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (List UP) $param: (UP) Debug: evaluateType1 form: (List UP) debug: evaluateType1 x: UP m: (Type) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (Boolean) $param: (UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (Boolean) $param: (UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Factored UP) $param: (UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (Factored UP) $param: (UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Factored UP) $param: (UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (List (NonNegativeInteger)) $param: (UP) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (Factored UP) $param: (UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (List (NonNegativeInteger)) $param: (UP) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Factored UP) $param: (UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Factored UP) $param: (UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (Factored UP) $param: (UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Factored UP) $param: (UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (List (NonNegativeInteger)) $param: (UP) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (Factored UP) $param: (UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (List (NonNegativeInteger)) $param: (UP) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Factored UP) $param: (UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Union UP failed) $param: (UP) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: failed $param: (UP) debug: evaluateType form: (PositiveInteger) $param: (UP) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (Union UP failed) $param: (UP) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: failed $param: (UP) debug: evaluateType form: (PositiveInteger) $param: (UP) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Union UP failed) $param: (UP) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: failed $param: (UP) debug: evaluateType form: (PositiveInteger) $param: (UP) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (List (NonNegativeInteger)) $param: (UP) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (Union UP failed) $param: (UP) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: failed $param: (UP) debug: evaluateType form: (PositiveInteger) $param: (UP) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (List (NonNegativeInteger)) $param: (UP) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Union UP failed) $param: (UP) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: failed $param: (UP) debug: evaluateType form: (PositiveInteger) $param: (UP) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (List (NonNegativeInteger)) $param: (UP) Debug: evaluateType1 form: (List (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Boolean) $param: (UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Record (: contp (Integer)) (: factors (List (Record (: irr UP) (: pow (Integer)))))) $param: (UP) debug: evaluateType form: (Integer) $param: (UP) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (List (Record (: irr UP) (: pow (Integer)))) $param: (UP) Debug: evaluateType1 form: (List (Record (: irr UP) (: pow (Integer)))) debug: evaluateType1 x: (Record (: irr UP) (: pow (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: irr UP) (: pow (Integer))) $param: (UP) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (Integer) $param: (UP) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: irr UP) (: pow (Integer))) c: (Type) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (Boolean) $param: (UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Record (: contp (Integer)) (: factors (List (Record (: irr UP) (: pow (Integer)))))) $param: (UP) debug: evaluateType form: (Integer) $param: (UP) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (List (Record (: irr UP) (: pow (Integer)))) $param: (UP) Debug: evaluateType1 form: (List (Record (: irr UP) (: pow (Integer)))) debug: evaluateType1 x: (Record (: irr UP) (: pow (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: irr UP) (: pow (Integer))) $param: (UP) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (Integer) $param: (UP) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: irr UP) (: pow (Integer))) c: (Type) debug: evaluateType form: UP $param: (UP) debug: evaluateType form: (Boolean) $param: (UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Set (NonNegativeInteger)) $param: (UP) Debug: evaluateType1 form: (Set (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (UP) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (SetCategory) debug: evaluateType form: (NonNegativeInteger) $param: (UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE makeFR ((Factored UP) (Record (: contp (Integer)) (: factors (List (Record (: irr UP) (: pow (Integer)))))))) (SIGNATURE degreePartition ((Multiset (NonNegativeInteger)) (List (Record (: factor UP) (: degree (Integer)))))) (SIGNATURE musserTrials ((PositiveInteger))) (SIGNATURE musserTrials ((PositiveInteger) (PositiveInteger))) (SIGNATURE stopMusserTrials ((PositiveInteger))) (SIGNATURE stopMusserTrials ((PositiveInteger) (PositiveInteger))) (SIGNATURE numberOfFactors ((NonNegativeInteger) (List (Record (: factor UP) (: degree (Integer)))))) (SIGNATURE modularFactor ((Record (: prime (Integer)) (: factors (List UP))) UP)) (SIGNATURE useSingleFactorBound? ((Boolean))) (SIGNATURE useSingleFactorBound ((Boolean) (Boolean))) (SIGNATURE useEisensteinCriterion? ((Boolean))) (SIGNATURE useEisensteinCriterion ((Boolean) (Boolean))) (SIGNATURE eisensteinIrreducible? ((Boolean) UP)) (SIGNATURE tryFunctionalDecomposition? ((Boolean))) (SIGNATURE tryFunctionalDecomposition ((Boolean) (Boolean))) (SIGNATURE factor ((Factored UP) UP)) (SIGNATURE factor ((Factored UP) UP (NonNegativeInteger))) (SIGNATURE factor ((Factored UP) UP (List (NonNegativeInteger)))) (SIGNATURE factor ((Factored UP) UP (List (NonNegativeInteger)) (NonNegativeInteger))) (SIGNATURE factor ((Factored UP) UP (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE factorSquareFree ((Factored UP) UP)) (SIGNATURE factorSquareFree ((Factored UP) UP (NonNegativeInteger))) (SIGNATURE factorSquareFree ((Factored UP) UP (List (NonNegativeInteger)))) (SIGNATURE factorSquareFree ((Factored UP) UP (List (NonNegativeInteger)) (NonNegativeInteger))) (SIGNATURE factorSquareFree ((Factored UP) UP (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE factorOfDegree ((Union UP failed) (PositiveInteger) UP)) (SIGNATURE factorOfDegree ((Union UP failed) (PositiveInteger) UP (NonNegativeInteger))) (SIGNATURE factorOfDegree ((Union UP failed) (PositiveInteger) UP (List (NonNegativeInteger)))) (SIGNATURE factorOfDegree ((Union UP failed) (PositiveInteger) UP (List (NonNegativeInteger)) (NonNegativeInteger))) (SIGNATURE factorOfDegree ((Union UP failed) (PositiveInteger) UP (List (NonNegativeInteger)) (NonNegativeInteger) (Boolean))) (SIGNATURE henselFact ((Record (: contp (Integer)) (: factors (List (Record (: irr UP) (: pow (Integer)))))) UP (Boolean))) (SIGNATURE btwFact ((Record (: contp (Integer)) (: factors (List (Record (: irr UP) (: pow (Integer)))))) UP (Boolean) (Set (NonNegativeInteger)) (NonNegativeInteger)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for GaloisGroupFactorizer compiling into /tmp/oa-M79H34 compiling exported useEisensteinCriterion? : () -> Boolean Time: 0.10 SEC. compiling exported useEisensteinCriterion : Boolean -> Boolean Time: 0 SEC. compiling exported tryFunctionalDecomposition? : () -> Boolean Time: 0 SEC. compiling exported tryFunctionalDecomposition : Boolean -> Boolean Time: 0 SEC. compiling exported useSingleFactorBound? : () -> Boolean Time: 0 SEC. compiling exported useSingleFactorBound : Boolean -> Boolean Time: 0.00 SEC. compiling exported stopMusserTrials : () -> PositiveInteger Time: 0 SEC. compiling exported stopMusserTrials : PositiveInteger -> PositiveInteger Time: 0 SEC. compiling exported musserTrials : () -> PositiveInteger Time: 0 SEC. compiling exported musserTrials : PositiveInteger -> PositiveInteger Time: 0 SEC. importing GaloisGroupFactorizationUtilities(Integer,UP,Float) importing GaloisGroupPolynomialUtilities(Integer,UP) importing IntegerPrimesPackage Integer importing IntegerFactorizationPackage Integer importing ModularDistinctDegreeFactorizer UP compiling exported eisensteinIrreducible? : UP -> Boolean Time: 0.05 SEC. compiling exported numberOfFactors : List Record(factor: UP,degree: Integer) -> NonNegativeInteger Time: 0.02 SEC. compiling local shiftSet : (Set NonNegativeInteger,NonNegativeInteger) -> Set NonNegativeInteger Time: 0.01 SEC. compiling local reductum : Integer -> Integer Time: 0.00 SEC. compiling local seed : Integer -> Integer GALFACT;seed level is replaced by %isub(ASH(1,level),1) Time: 0 SEC. compiling local nextRecNum : (NonNegativeInteger,Integer,Integer) -> Union(End of level,Integer) Time: 0.03 SEC. compiling local fullSet : NonNegativeInteger -> Set NonNegativeInteger Time: 0.00 SEC. compiling exported modularFactor : UP -> Record(prime: Integer,factors: List UP) Time: 0.13 SEC. compiling exported degreePartition : List Record(factor: UP,degree: Integer) -> Multiset NonNegativeInteger Time: 0.02 SEC. importing GeneralHenselPackage(Integer,UP) importing UnivariatePolynomialDecompositionPackage(Integer,UP) importing BrillhartTests UP compiling local henselfact : (UP,Boolean) -> List UP Time: 0.09 SEC. compiling local completeFactor : (UP,List UP,Integer,PositiveInteger,NonNegativeInteger,Set NonNegativeInteger) -> List UP Time: 0.40 SEC. compiling local divideSet : (Set NonNegativeInteger,NonNegativeInteger) -> Set NonNegativeInteger Time: 0.01 SEC. compiling local btwFactor : (UP,Set NonNegativeInteger,NonNegativeInteger,Boolean) -> List UP Time: 0.35 SEC. compiling exported makeFR : Record(contp: Integer,factors: List Record(irr: UP,pow: Integer)) -> Factored UP Time: 0.07 SEC. importing IntegerRoots Integer compiling local quadratic : UP -> List UP Time: 0.02 SEC. compiling local isPowerOf2 : Integer -> Boolean Time: 0.01 SEC. compiling local subMinusX : SparseUnivariatePolynomial Integer -> UP Time: 0.02 SEC. compiling exported henselFact : (UP,Boolean) -> Record(contp: Integer,factors: List Record(irr: UP,pow: Integer)) Time: 0.22 SEC. compiling exported btwFact : (UP,Boolean,Set NonNegativeInteger,NonNegativeInteger) -> Record(contp: Integer,factors: List Record(irr: UP,pow: Integer)) Time: 1.12 SEC. compiling exported factor : UP -> Factored UP Time: 0.01 SEC. compiling local errorsum? : (NonNegativeInteger,List NonNegativeInteger) -> Boolean Time: 0.01 SEC. compiling local makeSet : List NonNegativeInteger -> Set NonNegativeInteger Time: 0.01 SEC. compiling exported factor : (UP,List NonNegativeInteger,NonNegativeInteger) -> Factored UP Time: 0.03 SEC. compiling exported factor : (UP,NonNegativeInteger) -> Factored UP Time: 0.01 SEC. compiling exported factor : (UP,List NonNegativeInteger) -> Factored UP Time: 0.02 SEC. compiling exported factor : (UP,NonNegativeInteger,NonNegativeInteger) -> Factored UP Time: 0.03 SEC. compiling exported factorSquareFree : UP -> Factored UP Time: 0.01 SEC. compiling exported factorSquareFree : (UP,List NonNegativeInteger,NonNegativeInteger) -> Factored UP Time: 0.02 SEC. compiling exported factorSquareFree : (UP,NonNegativeInteger) -> Factored UP Time: 0.01 SEC. compiling exported factorSquareFree : (UP,List NonNegativeInteger) -> Factored UP Time: 0.01 SEC. compiling exported factorSquareFree : (UP,NonNegativeInteger,NonNegativeInteger) -> Factored UP Time: 0.03 SEC. compiling exported factorOfDegree : (PositiveInteger,UP,List NonNegativeInteger,NonNegativeInteger,Boolean) -> Union(UP,failed) Time: 0.06 SEC. compiling exported factorOfDegree : (PositiveInteger,UP,List NonNegativeInteger,NonNegativeInteger) -> Union(UP,failed) Time: 0.02 SEC. compiling exported factorOfDegree : (PositiveInteger,UP,NonNegativeInteger) -> Union(UP,failed) Time: 0.01 SEC. compiling exported factorOfDegree : (PositiveInteger,UP,List NonNegativeInteger) -> Union(UP,failed) Time: 0.01 SEC. compiling exported factorOfDegree : (PositiveInteger,UP) -> Union(UP,failed) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.04 SEC. Warnings: [1] eisensteinIrreducible?: not known that IntegralDomain is of mode CATEGORY(package,makeFR: Record(contp: Integer,factors: List Record(irr: UP,pow: Integer)) -> Factored UP,degreePartition: List Record(factor: UP,degree: Integer) -> Multiset NonNegativeInteger,musserTrials: () -> PositiveInteger,musserTrials: PositiveInteger -> PositiveInteger,stopMusserTrials: () -> PositiveInteger,stopMusserTrials: PositiveInteger -> PositiveInteger,numberOfFactors: List Record(factor: UP,degree: Integer) -> NonNegativeInteger,modularFactor: UP -> Record(prime: Integer,factors: List UP),useSingleFactorBound?: () -> Boolean,useSingleFactorBound: Boolean -> Boolean,useEisensteinCriterion?: () -> Boolean,useEisensteinCriterion: Boolean -> Boolean,eisensteinIrreducible?: UP -> Boolean,tryFunctionalDecomposition?: () -> Boolean,tryFunctionalDecomposition: Boolean -> Boolean,factor: UP -> Factored UP,factor: (UP,NonNegativeInteger) -> Factored UP,factor: (UP,List NonNegativeInteger) -> Factored UP,factor: (UP,List NonNegativeInteger,NonNegativeInteger) -> Factored UP,factor: (UP,NonNegativeInteger,NonNegativeInteger) -> Factored UP,factorSquareFree: UP -> Factored UP,factorSquareFree: (UP,NonNegativeInteger) -> Factored UP,factorSquareFree: (UP,List NonNegativeInteger) -> Factored UP,factorSquareFree: (UP,List NonNegativeInteger,NonNegativeInteger) -> Factored UP,factorSquareFree: (UP,NonNegativeInteger,NonNegativeInteger) -> Factored UP,factorOfDegree: (PositiveInteger,UP) -> Union(UP,"failed"),factorOfDegree: (PositiveInteger,UP,NonNegativeInteger) -> Union(UP,"failed"),factorOfDegree: (PositiveInteger,UP,List NonNegativeInteger) -> Union(UP,"failed"),factorOfDegree: (PositiveInteger,UP,List NonNegativeInteger,NonNegativeInteger) -> Union(UP,"failed"),factorOfDegree: (PositiveInteger,UP,List NonNegativeInteger,NonNegativeInteger,Boolean) -> Union(UP,"failed"),henselFact: (UP,Boolean) -> Record(contp: Integer,factors: List Record(irr: UP,pow: Integer)),btwFact: (UP,Boolean,Set NonNegativeInteger,NonNegativeInteger) -> Record(contp: Integer,factors: List Record(irr: UP,pow: Integer))) [2] nextRecNum: lr has no value [3] modularFactor: ddfactors has no value [4] completeFactor: ltrue has no value [5] completeFactor: level has no value [6] btwFactor: reverse? has no value [7] btwFactor: negativelc? has no value [8] btwFactor: lf has no value [9] henselFact: c has no value [10] henselFact: factorlist has no value [11] btwFact: c has no value [12] btwFact: factorlist has no value Cumulative Statistics for Constructor GaloisGroupFactorizer Time: 3.02 seconds finalizing NRLIB GALFACT Processing GaloisGroupFactorizer for Browser database: -- makeFR : FinalFact -> Factored UP -- degreePartition : DDList -> Multiset N -- musserTrials : () -> P -- musserTrials : P -> P -- stopMusserTrials : () -> P -- stopMusserTrials : P -> P -- numberOfFactors : DDList -> N -- modularFactor : UP -> MFact -- useSingleFactorBound? : () -> Boolean -- useSingleFactorBound : Boolean -> Boolean -- useEisensteinCriterion? : () -> Boolean -- useEisensteinCriterion : Boolean -> Boolean -- eisensteinIrreducible? : UP -> Boolean -- tryFunctionalDecomposition? : () -> Boolean -- tryFunctionalDecomposition : Boolean -> Boolean -- factor : UP -> Factored UP -- factor : (UP,N) -> Factored UP -- factor : (UP,List N) -> Factored UP -- factor : (UP,List N,N) -> Factored UP -- factor : (UP,N,N) -> Factored UP -- factorSquareFree : UP -> Factored UP -- factorSquareFree : (UP,N) -> Factored UP -- factorSquareFree : (UP,List N) -> Factored UP -- factorSquareFree : (UP,List N,N) -> Factored UP -- factorSquareFree : (UP,N,N) -> Factored UP -- factorOfDegree : (P,UP) -> Union(UP,"failed") -- factorOfDegree : (P,UP,N) -> Union(UP,"failed") -- factorOfDegree : (P,UP,List N) -> Union(UP,"failed") -- factorOfDegree : (P,UP,List N,N) -> Union(UP,"failed") -- factorOfDegree : (P,UP,List N,N,Boolean) -> Union(UP,"failed") -- henselFact : (UP,Boolean) -> FinalFact -- btwFact : (UP,Boolean,Set N,N) -> FinalFact -- constructor ; compiling file "/tmp/oa-M79H34/code.lsp" (written 01 FEB 2016 11:12:34 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |GALFACT;seed|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |GALFACT;useEisensteinCriterion?;B;1|) ...) ; compiling (PUT (QUOTE |GALFACT;tryFunctionalDecomposition?;B;3|) ...) ; compiling (PUT (QUOTE |GALFACT;useSingleFactorBound?;B;5|) ...) ; compiling (PUT (QUOTE |GALFACT;stopMusserTrials;Pi;7|) ...) ; compiling (PUT (QUOTE |GALFACT;musserTrials;Pi;9|) ...) ; compiling (PUT (QUOTE |GALFACT;reductum|) ...) ; compiling (DEFUN |GALFACT;useEisensteinCriterion?;B;1| ...) ; compiling (DEFUN |GALFACT;useEisensteinCriterion;2B;2| ...) ; file: /tmp/oa-M79H34/code.lsp ; in: DEFUN |GALFACT;useEisensteinCriterion;2B;2| ; (DEFUN BOOT::|GALFACT;useEisensteinCriterion;2B;2| (BOOT::|b| BOOT::$) ; (PROGN ; (LET ((BOOT::|#G4| BOOT::|b|)) ; (PROGN (SETF #) (SETQ #))) ; BOOT::|b|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALFACT;useEisensteinCriterion;2B;2| ; (BOOT::|b| BOOT::$) ; (BLOCK BOOT::|GALFACT;useEisensteinCriterion;2B;2| ; (PROGN ; (LET (#) ; (PROGN # #)) ; BOOT::|b|))) ; ; note: Assignment to argument: |b| ; prevents use of assertion from function type proclamation: ; (MEMBER T NIL) ; ; compiling (DEFUN |GALFACT;tryFunctionalDecomposition?;B;3| ...) ; compiling (DEFUN |GALFACT;tryFunctionalDecomposition;2B;4| ...) ; file: /tmp/oa-M79H34/code.lsp ; in: DEFUN |GALFACT;tryFunctionalDecomposition;2B;4| ; (DEFUN BOOT::|GALFACT;tryFunctionalDecomposition;2B;4| (BOOT::|b| BOOT::$) ; (PROGN ; (LET ((BOOT::|#G7| BOOT::|b|)) ; (PROGN (SETF #) (SETQ #))) ; BOOT::|b|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALFACT;tryFunctionalDecomposition;2B;4| ; (BOOT::|b| BOOT::$) ; (BLOCK BOOT::|GALFACT;tryFunctionalDecomposition;2B;4| ; (PROGN ; (LET (#) ; (PROGN # #)) ; BOOT::|b|))) ; ; note: Assignment to argument: |b| ; prevents use of assertion from function type proclamation: ; (MEMBER T NIL) ; ; compiling (DEFUN |GALFACT;useSingleFactorBound?;B;5| ...) ; compiling (DEFUN |GALFACT;useSingleFactorBound;2B;6| ...) ; file: /tmp/oa-M79H34/code.lsp ; in: DEFUN |GALFACT;useSingleFactorBound;2B;6| ; (DEFUN BOOT::|GALFACT;useSingleFactorBound;2B;6| (BOOT::|b| BOOT::$) ; (PROGN ; (LET ((BOOT::|#G10| BOOT::|b|)) ; (PROGN (SETF #) (SETQ #))) ; BOOT::|b|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALFACT;useSingleFactorBound;2B;6| ; (BOOT::|b| BOOT::$) ; (BLOCK BOOT::|GALFACT;useSingleFactorBound;2B;6| ; (PROGN ; (LET (#) ; (PROGN # #)) ; BOOT::|b|))) ; ; note: Assignment to argument: |b| ; prevents use of assertion from function type proclamation: ; (MEMBER T NIL) ; ; compiling (DEFUN |GALFACT;stopMusserTrials;Pi;7| ...) ; compiling (DEFUN |GALFACT;stopMusserTrials;2Pi;8| ...) ; file: /tmp/oa-M79H34/code.lsp ; in: DEFUN |GALFACT;stopMusserTrials;2Pi;8| ; (DEFUN BOOT::|GALFACT;stopMusserTrials;2Pi;8| (BOOT::|n| BOOT::$) ; (PROGN ; (LET ((BOOT::|#G13| BOOT::|n|)) ; (PROGN (SETF #) (SETQ #))) ; BOOT::|n|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALFACT;stopMusserTrials;2Pi;8| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|GALFACT;stopMusserTrials;2Pi;8| ; (PROGN ; (LET (#) ; (PROGN # #)) ; BOOT::|n|))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; (INTEGER 1) ; ; compiling (DEFUN |GALFACT;musserTrials;Pi;9| ...) ; compiling (DEFUN |GALFACT;musserTrials;2Pi;10| ...) ; file: /tmp/oa-M79H34/code.lsp ; in: DEFUN |GALFACT;musserTrials;2Pi;10| ; (DEFUN BOOT::|GALFACT;musserTrials;2Pi;10| (BOOT::|n| BOOT::$) ; (PROGN ; (LET ((BOOT::|#G16| BOOT::|n|)) ; (PROGN (SETF #) (SETQ #))) ; BOOT::|n|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALFACT;musserTrials;2Pi;10| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|GALFACT;musserTrials;2Pi;10| ; (PROGN ; (LET (#) ; (PROGN # #)) ; BOOT::|n|))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; (INTEGER 1) ; ; compiling (DEFUN |GALFACT;eisensteinIrreducible?;UPB;11| ...) ; compiling (DEFUN |GALFACT;numberOfFactors;LNni;12| ...) ; compiling (DEFUN |GALFACT;shiftSet| ...) ; compiling (DEFUN |GALFACT;reductum| ...) ; file: /tmp/oa-M79H34/code.lsp ; in: DEFUN |GALFACT;reductum| ; (DEFUN BOOT::|GALFACT;reductum| (BOOT::|n| BOOT::$) ; (- BOOT::|n| (ASH 1 (- (INTEGER-LENGTH BOOT::|n|) 1)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALFACT;reductum| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|GALFACT;reductum| (- BOOT::|n| (ASH 1 (- # 1))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |GALFACT;seed| ...) ; compiling (DEFUN |GALFACT;nextRecNum| ...) ; file: /tmp/oa-M79H34/code.lsp ; in: DEFUN |GALFACT;nextRecNum| ; (DEFUN BOOT::|GALFACT;nextRecNum| ; (BOOT::|levels| BOOT::|level| BOOT::|n| BOOT::$) ; (PROG (BOOT::|lr| BOOT::|b|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALFACT;nextRecNum| ; (BOOT::|levels| BOOT::|level| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|GALFACT;nextRecNum| ; (PROG (BOOT::|lr| BOOT::|b|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |GALFACT;fullSet| ...) ; compiling (DEFUN |GALFACT;modularFactor;UPR;18| ...) ; file: /tmp/oa-M79H34/code.lsp ; in: DEFUN |GALFACT;modularFactor;UPR;18| ; (DEFUN BOOT::|GALFACT;modularFactor;UPR;18| (BOOT::|p| BOOT::$) ; (PROG (BOOT::|nfc| BOOT::|choice| BOOT::|diffp| BOOT::|nf| BOOT::|degfact| ; BOOT::|ddlist| BOOT::|s| BOOT::|dirred| BOOT::|d| BOOT::|trials| ; BOOT::|cprime|) ; (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALFACT;modularFactor;UPR;18| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|GALFACT;modularFactor;UPR;18| ; (PROG (BOOT::|nfc| BOOT::|choice| BOOT::|diffp| BOOT::|nf| ; BOOT::|degfact| BOOT::|ddlist| BOOT::|s| BOOT::|dirred| ; BOOT::|d| BOOT::|trials| BOOT::|cprime|) ; (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |GALFACT;degreePartition;LM;19| ...) ; compiling (DEFUN |GALFACT;henselfact| ...) ; file: /tmp/oa-M79H34/code.lsp ; in: DEFUN |GALFACT;henselfact| ; (DEFUN BOOT::|GALFACT;henselfact| (BOOT::|f| BOOT::|pdecomp| BOOT::$) ; (PROG (BOOT::|lrf| BOOT::|b| BOOT::|cprime| BOOT::|m| BOOT::|cf|) ; (RETURN ; (BOOT::SEQ (COND # #) ; (BOOT::LETT BOOT::|cf| NIL BOOT::|GALFACT;henselfact|) ; (COND # #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALFACT;henselfact| ; (BOOT::|f| BOOT::|pdecomp| BOOT::$) ; (BLOCK BOOT::|GALFACT;henselfact| ; (PROG (BOOT::|lrf| BOOT::|b| BOOT::|cprime| BOOT::|m| BOOT::|cf|) ; (RETURN (BOOT::SEQ # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |GALFACT;completeFactor| ...) ; file: /tmp/oa-M79H34/code.lsp ; in: DEFUN |GALFACT;completeFactor| ; (DEFUN BOOT::|GALFACT;completeFactor| ; (BOOT::|f| BOOT::|lf| BOOT::|cprime| BOOT::|pk| BOOT::|r| BOOT::|d| ; BOOT::$) ; (PROG (BOOT::|gpk| BOOT::|f1|) ; (RETURN ; (LET (# # # # # # # # # # # # ...) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALFACT;completeFactor| ; (BOOT::|f| BOOT::|lf| BOOT::|cprime| BOOT::|pk| BOOT::|r| BOOT::|d| ; BOOT::$) ; (BLOCK BOOT::|GALFACT;completeFactor| ; (PROG (BOOT::|gpk| BOOT::|f1|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |lf| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |pk| ; prevents use of assertion from function type proclamation: ; (INTEGER 1) ; ; ; note: Assignment to argument: |r| ; prevents use of assertion from function type proclamation: ; UNSIGNED-BYTE ; ; compiling (DEFUN |GALFACT;completeFactor!1| ...) ; compiling (DEFUN |GALFACT;completeFactor!0| ...) ; compiling (DEFUN |GALFACT;divideSet| ...) ; compiling (DEFUN |GALFACT;btwFactor| ...) ; file: /tmp/oa-M79H34/code.lsp ; in: DEFUN |GALFACT;btwFactor| ; (DEFUN BOOT::|GALFACT;btwFactor| ; (BOOT::|f| BOOT::|d| BOOT::|r| BOOT::|pdecomp| BOOT::$) ; (PROG (BOOT::|lf| BOOT::|lg| BOOT::|dh| BOOT::|lrf| BOOT::|pk| BOOT::|lm| ; BOOT::|b| BOOT::|f0| BOOT::|lc| BOOT::|cprime| BOOT::|m| BOOT::|cf| ; ...) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALFACT;btwFactor| ; (BOOT::|f| BOOT::|d| BOOT::|r| BOOT::|pdecomp| BOOT::$) ; (BLOCK BOOT::|GALFACT;btwFactor| ; (PROG (BOOT::|lf| BOOT::|lg| BOOT::|dh| BOOT::|lrf| BOOT::|pk| ; BOOT::|lm| BOOT::|b| BOOT::|f0| BOOT::|lc| BOOT::|cprime| ; BOOT::|m| BOOT::|cf| ...) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |r| ; prevents use of assertion from function type proclamation: ; UNSIGNED-BYTE ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |GALFACT;btwFactor!0| ...) ; compiling (DEFUN |GALFACT;makeFR;RF;24| ...) ; compiling (DEFUN |GALFACT;quadratic| ...) ; compiling (DEFUN |GALFACT;isPowerOf2| ...) ; compiling (DEFUN |GALFACT;subMinusX| ...) ; compiling (DEFUN |GALFACT;henselFact;UPBR;28| ...) ; compiling (DEFUN |GALFACT;henselFact;UPBR;28!0| ...) ; compiling (DEFUN |GALFACT;btwFact;UPBSNniR;29| ...) ; file: /tmp/oa-M79H34/code.lsp ; in: DEFUN |GALFACT;btwFact;UPBSNniR;29| ; (DEFUN BOOT::|GALFACT;btwFact;UPBSNniR;29| ; (BOOT::|f| BOOT::|sqf| BOOT::|fd| BOOT::|r| BOOT::$) ; (PROG (BOOT::|sqfflist| BOOT::|lcPol| BOOT::|maxd| BOOT::|c| ; BOOT::|factorlist| BOOT::|fac| BOOT::|sqff| BOOT::|mult|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALFACT;btwFact;UPBSNniR;29| ; (BOOT::|f| BOOT::|sqf| BOOT::|fd| BOOT::|r| BOOT::$) ; (BLOCK BOOT::|GALFACT;btwFact;UPBSNniR;29| ; (PROG (BOOT::|sqfflist| BOOT::|lcPol| BOOT::|maxd| BOOT::|c| ; BOOT::|factorlist| BOOT::|fac| BOOT::|sqff| BOOT::|mult|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |r| ; prevents use of assertion from function type proclamation: ; UNSIGNED-BYTE ; ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; (DEFUN BOOT::|GALFACT;btwFact;UPBSNniR;29| ; (BOOT::|f| BOOT::|sqf| BOOT::|fd| BOOT::|r| BOOT::$) ; (PROG (BOOT::|sqfflist| BOOT::|lcPol| BOOT::|maxd| BOOT::|c| ; BOOT::|factorlist| BOOT::|fac| BOOT::|sqff| BOOT::|mult|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALFACT;btwFact;UPBSNniR;29| ; (BOOT::|f| BOOT::|sqf| BOOT::|fd| BOOT::|r| BOOT::$) ; (BLOCK BOOT::|GALFACT;btwFact;UPBSNniR;29| ; (PROG (BOOT::|sqfflist| BOOT::|lcPol| BOOT::|maxd| BOOT::|c| ; BOOT::|factorlist| BOOT::|fac| BOOT::|sqff| BOOT::|mult|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |GALFACT;btwFact;UPBSNniR;29!5| ...) ; compiling (DEFUN |GALFACT;btwFact;UPBSNniR;29!4| ...) ; compiling (DEFUN |GALFACT;btwFact;UPBSNniR;29!3| ...) ; compiling (DEFUN |GALFACT;btwFact;UPBSNniR;29!2| ...) ; compiling (DEFUN |GALFACT;btwFact;UPBSNniR;29!1| ...) ; compiling (DEFUN |GALFACT;btwFact;UPBSNniR;29!0| ...) ; compiling (DEFUN |GALFACT;factor;UPF;30| ...) ; compiling (DEFUN |GALFACT;errorsum?| ...) ; file: /tmp/oa-M79H34/code.lsp ; in: DEFUN |GALFACT;errorsum?| ; (DEFUN BOOT::|GALFACT;errorsum?| (BOOT::|d| BOOT::|ld| BOOT::$) ; (NOT ; (EQL BOOT::|d| ; (LET (# # #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALFACT;errorsum?| ; (BOOT::|d| BOOT::|ld| BOOT::$) ; (BLOCK BOOT::|GALFACT;errorsum?| ; (NOT ; (EQL BOOT::|d| ; (LET # ; #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |GALFACT;makeSet| ...) ; compiling (DEFUN |GALFACT;factor;UPLNniF;33| ...) ; compiling (DEFUN |GALFACT;factor;UPNniF;34| ...) ; compiling (DEFUN |GALFACT;factor;UPLF;35| ...) ; compiling (DEFUN |GALFACT;factor;UP2NniF;36| ...) ; compiling (DEFUN |GALFACT;factorSquareFree;UPF;37| ...) ; compiling (DEFUN |GALFACT;factorSquareFree;UPLNniF;38| ...) ; compiling (DEFUN |GALFACT;factorSquareFree;UPNniF;39| ...) ; compiling (DEFUN |GALFACT;factorSquareFree;UPLF;40| ...) ; compiling (DEFUN |GALFACT;factorSquareFree;UP2NniF;41| ...) ; compiling (DEFUN |GALFACT;factorOfDegree;PiUPLNniBU;42| ...) ; file: /tmp/oa-M79H34/code.lsp ; in: DEFUN |GALFACT;factorOfDegree;PiUPLNniBU;42| ; (DEFUN BOOT::|GALFACT;factorOfDegree;PiUPLNniBU;42| ; (BOOT::|d| BOOT::|p| BOOT::|ld| BOOT::|r| BOOT::|sqf| BOOT::$) ; (PROG (BOOT::|lf|) ; (RETURN ; (LET (#) ; (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GALFACT;factorOfDegree;PiUPLNniBU;42| ; (BOOT::|d| BOOT::|p| BOOT::|ld| BOOT::|r| BOOT::|sqf| BOOT::$) ; (BLOCK BOOT::|GALFACT;factorOfDegree;PiUPLNniBU;42| ; (PROG (BOOT::|lf|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |GALFACT;factorOfDegree;PiUPLNniU;43| ...) ; compiling (DEFUN |GALFACT;factorOfDegree;PiUPNniU;44| ...) ; compiling (DEFUN |GALFACT;factorOfDegree;PiUPLU;45| ...) ; compiling (DEFUN |GALFACT;factorOfDegree;PiUPU;46| ...) ; compiling (DEFUN |GaloisGroupFactorizer| ...) ; compiling (DEFUN |GaloisGroupFactorizer;| ...) ; compiling (MAKEPROP (QUOTE |GaloisGroupFactorizer|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; printed 17 notes ; /tmp/oa-M79H34/code.fasl written ; compilation finished in 0:00:00.337 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile TOPSP.spad && cp TOPSP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/TOPSP.fasl \ && if test -f TOPSP-.NRLIB/code.fasl; then \ cp TOPSP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/TOPSP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TOPSP.spad using Spad compiler. TOPSP abbreviates package TopLevelThreeSpace debug: compDefine1 lhs: (TopLevelThreeSpace) signature (pre-evaluate): ((CATEGORY package (SIGNATURE createThreeSpace ((ThreeSpace (DoubleFloat)))))) debug: evaluateType form: (CATEGORY package (SIGNATURE createThreeSpace ((ThreeSpace (DoubleFloat))))) $param: NIL debug: evaluateType form: (ThreeSpace (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (ThreeSpace (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE createThreeSpace ((ThreeSpace (DoubleFloat)))))) ------------------------------------------------------------------------ initializing stationary directory for TopLevelThreeSpace compiling into /tmp/oa-DJ7j8L compiling exported createThreeSpace : () -> ThreeSpace DoubleFloat Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor TopLevelThreeSpace Time: 0.03 seconds finalizing NRLIB TOPSP Processing TopLevelThreeSpace for Browser database: -- createThreeSpace : () -> ThreeSpace DoubleFloat -- constructor ; compiling file "/tmp/oa-DJ7j8L/code.lsp" (written 01 FEB 2016 11:12:34 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |TOPSP;createThreeSpace;Ts;1| ...) ; compiling (DEFUN |TopLevelThreeSpace| ...) ; compiling (DEFUN |TopLevelThreeSpace;| ...) ; compiling (MAKEPROP (QUOTE |TopLevelThreeSpace|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-DJ7j8L/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile BPADICRT.spad && cp BPADICRT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/BPADICRT.fasl \ && if test -f BPADICRT-.NRLIB/code.fasl; then \ cp BPADICRT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/BPADICRT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/BPADICRT.spad using Spad compiler. BPADICRT abbreviates domain BalancedPAdicRational debug: compDefine1 lhs: (BalancedPAdicRational p) signature (pre-evaluate): (NIL (Integer)) debug: evaluateType form: (Integer) $param: (p) Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): (NIL (Integer)) debug: compDefine1 lhs: (BalancedPAdicRational p) signature (pre-evaluate): (NIL NIL) debug: compDefine1 signature (post evaluate): (NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for BalancedPAdicRational compiling into /tmp/oa-LD7fsL (time taken in buildFunctor: 80) Time: 0.20 SEC. Cumulative Statistics for Constructor BalancedPAdicRational Time: 0.20 seconds finalizing NRLIB BPADICRT Processing BalancedPAdicRational for Browser database: -- constructor ; compiling file "/tmp/oa-LD7fsL/code.lsp" (written 01 FEB 2016 11:12:35 PM): ; compiling (DEFUN |BalancedPAdicRational| ...) ; compiling (DEFUN |BalancedPAdicRational;| ...) ; compiling (MAKEPROP (QUOTE |BalancedPAdicRational|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-LD7fsL/code.fasl written ; compilation finished in 0:00:00.020 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile IBACHIN.spad && cp IBACHIN.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IBACHIN.fasl \ && if test -f IBACHIN-.NRLIB/code.fasl; then \ cp IBACHIN-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IBACHIN-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IBACHIN.spad using Spad compiler. IBACHIN abbreviates package ChineseRemainderToolsForIntegralBases debug: compDefine1 lhs: (ChineseRemainderToolsForIntegralBases K R UP) signature (pre-evaluate): ((CATEGORY package (SIGNATURE factorList ((List (SparseUnivariatePolynomial K)) K (NonNegativeInteger) (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE listConjugateBases ((List (Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R)))) (Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R))) (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE chineseRemainder ((Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R))) (List UP) (List (Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R)))) (NonNegativeInteger)))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE factorList ((List (SparseUnivariatePolynomial K)) K (NonNegativeInteger) (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE listConjugateBases ((List (Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R)))) (Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R))) (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE chineseRemainder ((Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R))) (List UP) (List (Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R)))) (NonNegativeInteger)))) $param: (K R UP) debug: evaluateType form: (List (SparseUnivariatePolynomial K)) $param: (K R UP) Debug: evaluateType1 form: (List (SparseUnivariatePolynomial K)) debug: evaluateType1 x: (SparseUnivariatePolynomial K) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (K R UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariatePolynomial K) $param: (K R UP) Debug: evaluateType1 form: (SparseUnivariatePolynomial K) debug: evaluateType1 x: K m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial K) c: (Type) debug: evaluateType form: K $param: (K R UP) debug: evaluateType form: (NonNegativeInteger) $param: (K R UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (K R UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (K R UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (List (Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R)))) $param: (K R UP) Debug: evaluateType1 form: (List (Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R)))) debug: evaluateType1 x: (Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (K R UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R))) $param: (K R UP) debug: evaluateType form: (Matrix R) $param: (K R UP) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (K R UP) debug: evaluateType form: (Matrix R) $param: (K R UP) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R))) c: (Type) debug: evaluateType form: (Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R))) $param: (K R UP) debug: evaluateType form: (Matrix R) $param: (K R UP) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (K R UP) debug: evaluateType form: (Matrix R) $param: (K R UP) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (NonNegativeInteger) $param: (K R UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (K R UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R))) $param: (K R UP) debug: evaluateType form: (Matrix R) $param: (K R UP) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (K R UP) debug: evaluateType form: (Matrix R) $param: (K R UP) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (List UP) $param: (K R UP) Debug: evaluateType1 form: (List UP) debug: evaluateType1 x: UP m: (Type) debug: evaluateType form: (List (Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R)))) $param: (K R UP) Debug: evaluateType1 form: (List (Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R)))) debug: evaluateType1 x: (Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (K R UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R))) $param: (K R UP) debug: evaluateType form: (Matrix R) $param: (K R UP) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (K R UP) debug: evaluateType form: (Matrix R) $param: (K R UP) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R))) c: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (K R UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE factorList ((List (SparseUnivariatePolynomial K)) K (NonNegativeInteger) (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE listConjugateBases ((List (Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R)))) (Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R))) (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE chineseRemainder ((Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R))) (List UP) (List (Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R)))) (NonNegativeInteger)))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ChineseRemainderToolsForIntegralBases compiling into /tmp/oa-cLTkU9 importing ModularHermitianRowReduction R importing TriangularMatrixOperations(R,Vector R,Vector R,Matrix R) compiling local applyFrobToMatrix : (Matrix R,NonNegativeInteger) -> Matrix R Time: 0.10 SEC. compiling exported listConjugateBases : (Record(basis: Matrix R,basisDen: R,basisInv: Matrix R),NonNegativeInteger,NonNegativeInteger) -> List Record(basis: Matrix R,basisDen: R,basisInv: Matrix R) Time: 0.05 SEC. compiling exported factorList : (K,NonNegativeInteger,NonNegativeInteger,NonNegativeInteger) -> List SparseUnivariatePolynomial K Time: 0.06 SEC. compiling local basisInfoToPolys : (Matrix R,R,R) -> List UP Time: 0.04 SEC. compiling local basesToPolyLists : (List Record(basis: Matrix R,basisDen: R,basisInv: Matrix R),R) -> List List UP Time: 0.04 SEC. compiling local approximateExtendedEuclidean : (UP,UP,R,NonNegativeInteger) -> Record(coef1: UP,coef2: UP) Time: 0.75 SEC. compiling local mapChineseToList : (List UP,List UP,Integer,R) -> List UP Time: 0.19 SEC. compiling local polyListToMatrix : (List UP,NonNegativeInteger) -> Matrix R Time: 0.03 SEC. compiling exported chineseRemainder : (List UP,List Record(basis: Matrix R,basisDen: R,basisInv: Matrix R),NonNegativeInteger) -> Record(basis: Matrix R,basisDen: R,basisInv: Matrix R) Time: 0.08 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor ChineseRemainderToolsForIntegralBases Time: 1.34 seconds finalizing NRLIB IBACHIN Processing ChineseRemainderToolsForIntegralBases for Browser database: -- factorList : (K,NNI,NNI,NNI) -> L SUP K -- listConjugateBases : (Result,NNI,NNI) -> List Result -- chineseRemainder : (List UP,List Result,NNI) -> Result -- constructor ; compiling file "/tmp/oa-cLTkU9/code.lsp" (written 01 FEB 2016 11:12:36 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |IBACHIN;applyFrobToMatrix| ...) ; compiling (DEFUN |IBACHIN;applyFrobToMatrix!0| ...) ; compiling (DEFUN |IBACHIN;listConjugateBases;R2NniL;2| ...) ; file: /tmp/oa-cLTkU9/code.lsp ; in: DEFUN |IBACHIN;listConjugateBases;R2NniL;2| ; (DEFUN BOOT::|IBACHIN;listConjugateBases;R2NniL;2| ; (BOOT::|bas| BOOT::|q| BOOT::|n| BOOT::$) ; (PROG (BOOT::|newBasis|) ; (RETURN ; (LET (# # # #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IBACHIN;listConjugateBases;R2NniL;2| ; (BOOT::|bas| BOOT::|q| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|IBACHIN;listConjugateBases;R2NniL;2| ; (PROG (BOOT::|newBasis|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS SIMPLE-VECTOR T)) &REST T). ; compiling (DEFUN |IBACHIN;listConjugateBases;R2NniL;2!0| ...) ; compiling (DEFUN |IBACHIN;factorList;K3NniL;3| ...) ; file: /tmp/oa-cLTkU9/code.lsp ; in: DEFUN |IBACHIN;factorList;K3NniL;3| ; (DEFUN BOOT::|IBACHIN;factorList;K3NniL;3| ; (BOOT::|a| BOOT::|q| BOOT::|n| BOOT::|k| BOOT::$) ; (LET* ((BOOT::|coef| (BOOT::SPADCALL BOOT::|a| 0 #)) ; (BOOT::|xx| (BOOT::SPADCALL # 1 #)) ; (BOOT::|outList| (BOOT::SPADCALL # #))) ; (BOOT::SEQ ; (LET (# #) ; (LOOP # ; #)) ; (BOOT::EXIT (BOOTTRAN:|reverse!| BOOT::|outList|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IBACHIN;factorList;K3NniL;3| ; (BOOT::|a| BOOT::|q| BOOT::|n| BOOT::|k| BOOT::$) ; (BLOCK BOOT::|IBACHIN;factorList;K3NniL;3| ; (LET* ((BOOT::|coef| #) (BOOT::|xx| #) (BOOT::|outList| #)) ; (BOOT::SEQ ; (LET # ; #) ; (BOOT::EXIT #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |IBACHIN;basisInfoToPolys| ...) ; file: /tmp/oa-cLTkU9/code.lsp ; in: DEFUN |IBACHIN;basisInfoToPolys| ; (DEFUN BOOT::|IBACHIN;basisInfoToPolys| ; (BOOT::|mat| BOOT::|lcm| BOOT::|den| BOOT::$) ; (PROG (BOOT::|pp|) ; (RETURN ; (LET* (# # #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IBACHIN;basisInfoToPolys| ; (BOOT::|mat| BOOT::|lcm| BOOT::|den| BOOT::$) ; (BLOCK BOOT::|IBACHIN;basisInfoToPolys| ; (PROG (BOOT::|pp|) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |IBACHIN;basesToPolyLists| ...) ; file: /tmp/oa-cLTkU9/code.lsp ; in: DEFUN |IBACHIN;basesToPolyLists| ; (DEFUN BOOT::|IBACHIN;basesToPolyLists| ; (BOOT::|basisList| BOOT::|lcm| BOOT::$) ; (LET ((#:G648 BOOT::|basisList|) (#:G574 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G648 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IBACHIN;basesToPolyLists| ; (BOOT::|basisList| BOOT::|lcm| BOOT::$) ; (BLOCK BOOT::|IBACHIN;basesToPolyLists| ; (LET ((#:G648 BOOT::|basisList|) (#:G574 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; compiling (DEFUN |IBACHIN;approximateExtendedEuclidean| ...) ; file: /tmp/oa-cLTkU9/code.lsp ; in: DEFUN |IBACHIN;approximateExtendedEuclidean| ; (DEFUN BOOT::|IBACHIN;approximateExtendedEuclidean| ; (BOOT::|f| BOOT::|g| BOOT::|p| BOOT::|n| BOOT::$) ; (PROG (BOOT::|pPower| BOOT::|t| BOOT::|t1| BOOT::|s| BOOT::|s1| BOOT::|tt1| ; BOOT::|ss1| BOOT::|quorem| BOOT::|tau| BOOT::|sigma| BOOT::|rhs| ; BOOT::|num|) ; (RETURN ; (LET* (# # # # # #) ; (BOOT::SEQ # # # # # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IBACHIN;approximateExtendedEuclidean| ; (BOOT::|f| BOOT::|g| BOOT::|p| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|IBACHIN;approximateExtendedEuclidean| ; (PROG (BOOT::|pPower| BOOT::|t| BOOT::|t1| BOOT::|s| BOOT::|s1| ; BOOT::|tt1| BOOT::|ss1| BOOT::|quorem| BOOT::|tau| BOOT::|sigma| ; BOOT::|rhs| BOOT::|num|) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |IBACHIN;approximateExtendedEuclidean!7| ...) ; compiling (DEFUN |IBACHIN;approximateExtendedEuclidean!6| ...) ; compiling (DEFUN |IBACHIN;approximateExtendedEuclidean!5| ...) ; compiling (DEFUN |IBACHIN;approximateExtendedEuclidean!4| ...) ; compiling (DEFUN |IBACHIN;approximateExtendedEuclidean!3| ...) ; compiling (DEFUN |IBACHIN;approximateExtendedEuclidean!2| ...) ; compiling (DEFUN |IBACHIN;approximateExtendedEuclidean!1| ...) ; compiling (DEFUN |IBACHIN;approximateExtendedEuclidean!0| ...) ; compiling (DEFUN |IBACHIN;mapChineseToList| ...) ; file: /tmp/oa-cLTkU9/code.lsp ; in: DEFUN |IBACHIN;mapChineseToList| ; (DEFUN BOOT::|IBACHIN;mapChineseToList| ; (BOOT::|list| BOOT::|polyList| BOOT::|i| BOOT::|den| BOOT::$) ; (PROG (BOOT::|invPoly| BOOT::|n| BOOT::|prime| BOOT::|factoredDen| ; BOOT::|p|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IBACHIN;mapChineseToList| ; (BOOT::|list| BOOT::|polyList| BOOT::|i| BOOT::|den| BOOT::$) ; (BLOCK BOOT::|IBACHIN;mapChineseToList| ; (PROG (BOOT::|invPoly| BOOT::|n| BOOT::|prime| BOOT::|factoredDen| ; BOOT::|p|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |polyList| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |IBACHIN;polyListToMatrix| ...) ; compiling (DEFUN |IBACHIN;chineseRemainder;LLNniR;9| ...) ; compiling (DEFUN |ChineseRemainderToolsForIntegralBases| ...) ; compiling (DEFUN |ChineseRemainderToolsForIntegralBases;| ...) ; compiling (MAKEPROP (QUOTE |ChineseRemainderToolsForIntegralBases|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 7 notes ; /tmp/oa-cLTkU9/code.fasl written ; compilation finished in 0:00:00.092 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MMLFORM.spad && cp MMLFORM.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MMLFORM.fasl \ && if test -f MMLFORM-.NRLIB/code.fasl; then \ cp MMLFORM-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MMLFORM-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MMLFORM.spad using Spad compiler. MMLFORM abbreviates domain MathMLFormat debug: compDefine1 lhs: (MathMLFormat) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY package (SIGNATURE coerce ((String) (OutputForm))) (SIGNATURE coerceS ((String) (OutputForm))) (SIGNATURE coerceL ((String) (OutputForm))) (SIGNATURE exprex ((String) (OutputForm))) (SIGNATURE display ((Void) (String)))))) debug: evaluateType form: (Join (SetCategory) (CATEGORY package (SIGNATURE coerce ((String) (OutputForm))) (SIGNATURE coerceS ((String) (OutputForm))) (SIGNATURE coerceL ((String) (OutputForm))) (SIGNATURE exprex ((String) (OutputForm))) (SIGNATURE display ((Void) (String))))) $param: NIL debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY package (SIGNATURE coerce ((String) (OutputForm))) (SIGNATURE coerceS ((String) (OutputForm))) (SIGNATURE coerceL ((String) (OutputForm))) (SIGNATURE exprex ((String) (OutputForm))) (SIGNATURE display ((Void) (String)))) $param: NIL debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY package (SIGNATURE coerce ((String) (OutputForm))) (SIGNATURE coerceS ((String) (OutputForm))) (SIGNATURE coerceL ((String) (OutputForm))) (SIGNATURE exprex ((String) (OutputForm))) (SIGNATURE display ((Void) (String)))))) ------------------------------------------------------------------------ initializing stationary directory for MathMLFormat compiling into /tmp/oa-BoH2PS importing OutputForm importing Character importing Integer importing List OutputForm importing List String compiling exported coerce : OutputForm -> String Time: 0.08 SEC. compiling exported coerceS : OutputForm -> String Time: 0 SEC. compiling exported coerceL : OutputForm -> String Time: 0.00 SEC. compiling exported display : String -> Void Time: 0 SEC. compiling exported exprex : OutputForm -> String Time: 0.02 SEC. compiling local displayElt : String -> Void Time: 0.02 SEC. compiling local eltName : (Integer,String) -> String Time: 0.01 SEC. compiling local eltLimit : (String,Integer,String) -> Integer Time: 0.01 SEC. compiling local tagEnd : (String,Integer,String) -> Integer Time: 0.01 SEC. compiling local atomize : OutputForm -> List OutputForm Time: 0.02 SEC. compiling local ungroup : String -> String Time: 0.02 SEC. compiling local postcondition : String -> String Time: 0.01 SEC. compiling local stringify : OutputForm -> String MMLFORM;stringify is replaced by mathObject2String Time: 0 SEC. compiling local group : String -> String Time: 0 SEC. compiling local addBraces : String -> String Time: 0.00 SEC. compiling local addBrackets : String -> String Time: 0 SEC. compiling local parenthesize : String -> String Time: 0 SEC. compiling local precondition : OutputForm -> OutputForm MMLFORM;precondition is replaced by outputTran Time: 0 SEC. compiling local formatSpecial : (String,List OutputForm,Integer) -> String Time: 0.20 SEC. compiling local formatSub : (OutputForm,List OutputForm,Integer) -> String Time: 0.14 SEC. compiling local formatSub1 : (OutputForm,List OutputForm,Integer) -> String Time: 0.09 SEC. compiling local formatSuperSub : (OutputForm,List OutputForm,Integer) -> String Time: 0.04 SEC. compiling local formatSuperSub1 : (OutputForm,List OutputForm,Integer) -> String Time: 0.03 SEC. compiling local formatPlex : (String,List OutputForm,Integer) -> String Time: 0.07 SEC. compiling local formatIntSign : (List OutputForm,Integer) -> String Time: 0.06 SEC. compiling local formatMatrix : List OutputForm -> String Time: 0.00 SEC. compiling local formatFunction : (String,List OutputForm,Integer) -> String Time: 0 SEC. compiling local formatNullary : String -> String Time: 0.00 SEC. compiling local formatUnary : (String,OutputForm,Integer) -> String Time: 0.01 SEC. compiling local formatBinary : (String,List OutputForm,Integer) -> String Time: 0.07 SEC. compiling local formatNary : (String,List OutputForm,Integer) -> String Time: 0 SEC. compiling local formatNaryNoGroup : (String,List OutputForm,Integer) -> String Time: 0.16 SEC. compiling local formatZag : List OutputForm -> String Time: 0.08 SEC. compiling local formatZag1 : List OutputForm -> String Time: 0.06 SEC. compiling local formatMml : (OutputForm,Integer) -> String Time: 0.28 SEC. (time taken in buildFunctor: 0) Time: 0.03 SEC. Warnings: [1] formatPlex: checkarg has no value [2] formatPlex: s has no value [3] formatNaryNoGroup: checkargs has no value Cumulative Statistics for Constructor MathMLFormat Time: 1.53 seconds finalizing NRLIB MMLFORM Processing MathMLFormat for Browser database: -- coerce : E -> S --->../../x86_64-unknown-linux-gnu/src/algebra/mathml.spad-->MathMLFormat((coerce (S E))): Improper first word in comments: coerceS "coerceS(\\spad{o}) changes \\spad{o} in the standard output format to MathML format." -- coerceS : E -> S -- coerceL : E -> S --->../../x86_64-unknown-linux-gnu/src/algebra/mathml.spad-->MathMLFormat((coerceL (S E))): Improper first word in comments: coerceS "coerceS(\\spad{o}) changes \\spad{o} in the standard output format to MathML format and displays result as one long string." -- exprex : E -> S --->../../x86_64-unknown-linux-gnu/src/algebra/mathml.spad-->MathMLFormat((exprex (S E))): Improper first word in comments: coverts "coverts \\spadtype{OutputForm} to \\spadtype{String} with the structure preserved with braces. Actually this is not quite accurate. The function \\spadfun{precondition} is first applied to the \\spadtype{OutputForm} expression before \\spadfun{exprex}. The raw \\spadtype{OutputForm} and the nature of the \\spadfun{precondition} function is still obscure to me at the time of this writing (2007-02-14)." -- display : S -> Void --->../../x86_64-unknown-linux-gnu/src/algebra/mathml.spad-->MathMLFormat((display (Void S))): Improper first word in comments: prints "prints the string returned by coerce,{} adding tags." -- constructor -- constructor --->../../x86_64-unknown-linux-gnu/src/algebra/mathml.spad-->MathMLFormat: Spurious comments: finds closing ">" of start or end tag for mathML element ; compiling file "/tmp/oa-BoH2PS/code.lsp" (written 01 FEB 2016 11:12:38 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MMLFORM;stringify|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MMLFORM;precondition|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MMLFORM;coerce;OfS;1| ...) ; compiling (DEFUN |MMLFORM;coerceS;OfS;2| ...) ; compiling (DEFUN |MMLFORM;coerceL;OfS;3| ...) ; compiling (DEFUN |MMLFORM;display;SV;4| ...) ; file: /tmp/oa-BoH2PS/code.lsp ; in: DEFUN |MMLFORM;display;SV;4| ; (DEFUN BOOT::|MMLFORM;display;SV;4| (BOOT::|mathml| BOOT::$) ; (PROGN ; (BOOT::|sayTeX| ; "") ; (BOOT::|sayTeX| BOOT::|mathml|) ; (BOOT::|sayTeX| ""))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MMLFORM;display;SV;4| ; (BOOT::|mathml| BOOT::$) ; (BLOCK BOOT::|MMLFORM;display;SV;4| ; (PROGN ; (BOOT::|sayTeX| ; "") ; (BOOT::|sayTeX| BOOT::|mathml|) ; (BOOT::|sayTeX| "")))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |MMLFORM;exprex;OfS;5| ...) ; file: /tmp/oa-BoH2PS/code.lsp ; in: DEFUN |MMLFORM;exprex;OfS;5| ; (DEFUN BOOT::|MMLFORM;exprex;OfS;5| (BOOT::|expr| BOOT::$) ; (PROG (BOOT::|s| BOOT::|nargs| BOOT::|args| BOOT::|sop| BOOT::|op| ; BOOT::|le| BOOT::|s1|) ; (RETURN ; (BOOT::SEQ (SETQ #) (COND # #) ; (BOOT::LETT BOOT::|le| BOOT::|expr| ; BOOT::|MMLFORM;exprex;OfS;5|) ; (BOOT::LETT BOOT::|op| # BOOT::|MMLFORM;exprex;OfS;5|) ; (BOOT::LETT BOOT::|sop| # BOOT::|MMLFORM;exprex;OfS;5|) ; (BOOT::LETT BOOT::|args| # BOOT::|MMLFORM;exprex;OfS;5|) ; (BOOT::LETT BOOT::|nargs| # BOOT::|MMLFORM;exprex;OfS;5|) ; (BOOT::LETT BOOT::|s| # BOOT::|MMLFORM;exprex;OfS;5|) ; (COND #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MMLFORM;exprex;OfS;5| ; (BOOT::|expr| BOOT::$) ; (BLOCK BOOT::|MMLFORM;exprex;OfS;5| ; (PROG (BOOT::|s| BOOT::|nargs| BOOT::|args| BOOT::|sop| BOOT::|op| ; BOOT::|le| BOOT::|s1|) ; (RETURN (BOOT::SEQ # # # # # # # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |MMLFORM;displayElt| ...) ; compiling (DEFUN |MMLFORM;eltName| ...) ; compiling (DEFUN |MMLFORM;eltLimit| ...) ; compiling (DEFUN |MMLFORM;tagEnd| ...) ; file: /tmp/oa-BoH2PS/code.lsp ; in: DEFUN |MMLFORM;tagEnd| ; (DEFUN BOOT::|MMLFORM;tagEnd| ; (BOOT::|name| BOOT::|pos| BOOT::|mathML| BOOT::$) ; (PROG (BOOT::|u|) ; (RETURN ; (LET (#) ; (PROGN # # BOOT::|pI|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MMLFORM;tagEnd| ; (BOOT::|name| BOOT::|pos| BOOT::|mathML| BOOT::$) ; (BLOCK BOOT::|MMLFORM;tagEnd| ; (PROG (BOOT::|u|) ; (RETURN ; (LET # ; #))))) ; ; caught STYLE-WARNING: ; The variable |name| is defined but never used. ; compiling (DEFUN |MMLFORM;atomize| ...) ; compiling (DEFUN |MMLFORM;ungroup| ...) ; file: /tmp/oa-BoH2PS/code.lsp ; in: DEFUN |MMLFORM;ungroup| ; (DEFUN BOOT::|MMLFORM;ungroup| (BOOT::|str| BOOT::$) ; (PROG (BOOT::|u| BOOT::|u2| BOOT::|u1| BOOT::|rrow| BOOT::|lrow|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MMLFORM;ungroup| ; (BOOT::|str| BOOT::$) ; (BLOCK BOOT::|MMLFORM;ungroup| ; (PROG (BOOT::|u| BOOT::|u2| BOOT::|u1| BOOT::|rrow| BOOT::|lrow|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |str| ; prevents use of assertion from function type proclamation: ; STRING ; ; compiling (DEFUN |MMLFORM;postcondition| ...) ; file: /tmp/oa-BoH2PS/code.lsp ; in: DEFUN |MMLFORM;postcondition| ; (DEFUN BOOT::|MMLFORM;postcondition| (BOOT::|str| BOOT::$) ; (PROG (BOOT::|uend| BOOT::|ustart|) ; (RETURN ; (LET* (# # #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MMLFORM;postcondition| ; (BOOT::|str| BOOT::$) ; (BLOCK BOOT::|MMLFORM;postcondition| ; (PROG (BOOT::|uend| BOOT::|ustart|) ; (RETURN ; (LET* # ; #))))) ; ; note: Assignment to argument: |str| ; prevents use of assertion from function type proclamation: ; STRING ; ; compiling (DEFUN |MMLFORM;stringify| ...) ; file: /tmp/oa-BoH2PS/code.lsp ; in: DEFUN |MMLFORM;stringify| ; (DEFUN BOOT::|MMLFORM;stringify| (BOOT::|expr| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|mathObject2String| BOOT::|expr|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MMLFORM;stringify| ; (BOOT::|expr| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|MMLFORM;stringify| ; (BOOT::|mathObject2String| BOOT::|expr|))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |MMLFORM;group| ...) ; file: /tmp/oa-BoH2PS/code.lsp ; in: DEFUN |MMLFORM;group| ; (DEFUN BOOT::|MMLFORM;group| (BOOT::|str| BOOT::$) ; (BOOT::SPADCALL (LIST "" BOOT::|str| "") ; (BOOT::|shellEntry| BOOT::$ 33))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MMLFORM;group| ; (BOOT::|str| BOOT::$) ; (BLOCK BOOT::|MMLFORM;group| ; (BOOT::SPADCALL (LIST "" BOOT::|str| "") ; (BOOT::|shellEntry| BOOT::$ 33)))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |MMLFORM;addBraces| ...) ; file: /tmp/oa-BoH2PS/code.lsp ; in: DEFUN |MMLFORM;addBraces| ; (DEFUN BOOT::|MMLFORM;addBraces| (BOOT::|str| BOOT::$) ; (BOOT::SPADCALL (LIST "{" BOOT::|str| "}") ; (BOOT::|shellEntry| BOOT::$ 33))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MMLFORM;addBraces| ; (BOOT::|str| BOOT::$) ; (BLOCK BOOT::|MMLFORM;addBraces| ; (BOOT::SPADCALL (LIST "{" BOOT::|str| "}") ; (BOOT::|shellEntry| BOOT::$ 33)))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |MMLFORM;addBrackets| ...) ; file: /tmp/oa-BoH2PS/code.lsp ; in: DEFUN |MMLFORM;addBrackets| ; (DEFUN BOOT::|MMLFORM;addBrackets| (BOOT::|str| BOOT::$) ; (BOOT::SPADCALL (LIST "[" BOOT::|str| "]") ; (BOOT::|shellEntry| BOOT::$ 33))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MMLFORM;addBrackets| ; (BOOT::|str| BOOT::$) ; (BLOCK BOOT::|MMLFORM;addBrackets| ; (BOOT::SPADCALL (LIST "[" BOOT::|str| "]") ; (BOOT::|shellEntry| BOOT::$ 33)))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |MMLFORM;parenthesize| ...) ; file: /tmp/oa-BoH2PS/code.lsp ; in: DEFUN |MMLFORM;parenthesize| ; (DEFUN BOOT::|MMLFORM;parenthesize| (BOOT::|str| BOOT::$) ; (BOOT::SPADCALL (LIST "(" BOOT::|str| ")") ; (BOOT::|shellEntry| BOOT::$ 33))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MMLFORM;parenthesize| ; (BOOT::|str| BOOT::$) ; (BLOCK BOOT::|MMLFORM;parenthesize| ; (BOOT::SPADCALL (LIST "(" BOOT::|str| ")") ; (BOOT::|shellEntry| BOOT::$ 33)))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |MMLFORM;precondition| ...) ; compiling (DEFUN |MMLFORM;formatSpecial| ...) ; file: /tmp/oa-BoH2PS/code.lsp ; in: DEFUN |MMLFORM;formatSpecial| ; (DEFUN BOOT::|MMLFORM;formatSpecial| ; (BOOT::|op| BOOT::|args| BOOT::|prec| BOOT::$) ; (PROG (BOOT::|tmp| BOOT::|base|) ; (RETURN ; (LET (# #) ; (COND # # # # # # # # # # # ...))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MMLFORM;formatSpecial| ; (BOOT::|op| BOOT::|args| BOOT::|prec| BOOT::$) ; (BLOCK BOOT::|MMLFORM;formatSpecial| ; (PROG (BOOT::|tmp| BOOT::|base|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |args| ; prevents use of assertion from function type proclamation: ; LIST ; ; (LET ((BOOT::|arg| NIL) (BOOT::|prescript| NIL)) ; (COND ((NOT (NULL #)) "theMap(...)") ; ((NOT (NULL #)) ; (BOOT::|MMLFORM;formatNary| "," BOOT::|args| BOOT::|prec| BOOT::$)) ; ((NOT (NULL #)) ; (BOOT::|MMLFORM;formatNary| ";" BOOT::|args| BOOT::|prec| BOOT::$)) ; ((NOT (NULL #)) (BOOT::|MMLFORM;group| (BOOT::SPADCALL # #) BOOT::$)) ; ((NOT (NULL #)) ; (BOOT::|MMLFORM;group| (BOOT::STRCONC "" #) BOOT::$)) ; ((NOT (NULL #)) ; (BOOT::|MMLFORM;formatNary| " " BOOT::|args| BOOT::|prec| BOOT::$)) ; ((NOT (NULL #)) ; (BOOT::|MMLFORM;formatNary| "" BOOT::|args| ; (BOOT::|shellEntry| BOOT::$ 10) BOOT::$)) ; ((NOT (NULL #)) ; (BOOT::|MMLFORM;group| (BOOT::STRCONC "'" #) BOOT::$)) ; ((NOT (NULL #)) ; (BOOT::|MMLFORM;group| (BOOT::|MMLFORM;addBrackets| # BOOT::$) ; BOOT::$)) ; ((NOT (NULL #)) ; (BOOT::|MMLFORM;group| (BOOT::|MMLFORM;addBraces| # BOOT::$) ; BOOT::$)) ; ((NOT (NULL #)) ; (BOOT::|MMLFORM;group| (BOOT::|MMLFORM;parenthesize| # BOOT::$) ; BOOT::$)) ; ...)) ; ; caught STYLE-WARNING: ; The variable |arg| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |prescript| is defined but never used. ; (DEFUN BOOT::|MMLFORM;formatSpecial| ; (BOOT::|op| BOOT::|args| BOOT::|prec| BOOT::$) ; (PROG (BOOT::|tmp| BOOT::|base|) ; (RETURN ; (LET (# #) ; (COND # # # # # # # # # # # ...))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MMLFORM;formatSpecial| ; (BOOT::|op| BOOT::|args| BOOT::|prec| BOOT::$) ; (BLOCK BOOT::|MMLFORM;formatSpecial| ; (PROG (BOOT::|tmp| BOOT::|base|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |MMLFORM;formatSub| ...) ; file: /tmp/oa-BoH2PS/code.lsp ; in: DEFUN |MMLFORM;formatSub| ; (DEFUN BOOT::|MMLFORM;formatSub| ; (BOOT::|expr| BOOT::|args| BOOT::|opPrec| BOOT::$) ; (PROG (BOOT::|s| BOOT::|k| BOOT::|j| BOOT::|tmpS| BOOT::|posLS| BOOT::|i| ; BOOT::|numLS| BOOT::|tmpLE| BOOT::|ndiffs|) ; (RETURN ; (LET* (# #) ; (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MMLFORM;formatSub| ; (BOOT::|expr| BOOT::|args| BOOT::|opPrec| BOOT::$) ; (BLOCK BOOT::|MMLFORM;formatSub| ; (PROG (BOOT::|s| BOOT::|k| BOOT::|j| BOOT::|tmpS| BOOT::|posLS| ; BOOT::|i| BOOT::|numLS| BOOT::|tmpLE| BOOT::|ndiffs|) ; (RETURN ; (LET* # ; #))))) ; ; caught STYLE-WARNING: ; The variable |opPrec| is defined but never used. ; compiling (DEFUN |MMLFORM;formatSub1| ...) ; file: /tmp/oa-BoH2PS/code.lsp ; in: DEFUN |MMLFORM;formatSub1| ; (DEFUN BOOT::|MMLFORM;formatSub1| ; (BOOT::|expr| BOOT::|args| BOOT::|opPrec| BOOT::$) ; (PROG (BOOT::|tmpS| BOOT::|s| BOOT::|funcS| BOOT::|posLS| BOOT::|i| ; BOOT::|numLS| BOOT::|tmpLE| BOOT::|ndiffs|) ; (RETURN ; (LET* (# #) ; (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MMLFORM;formatSub1| ; (BOOT::|expr| BOOT::|args| BOOT::|opPrec| BOOT::$) ; (BLOCK BOOT::|MMLFORM;formatSub1| ; (PROG (BOOT::|tmpS| BOOT::|s| BOOT::|funcS| BOOT::|posLS| BOOT::|i| ; BOOT::|numLS| BOOT::|tmpLE| BOOT::|ndiffs|) ; (RETURN ; (LET* # ; #))))) ; ; note: Assignment to argument: |args| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; caught STYLE-WARNING: ; The variable |opPrec| is defined but never used. ; compiling (DEFUN |MMLFORM;formatSuperSub| ...) ; file: /tmp/oa-BoH2PS/code.lsp ; in: DEFUN |MMLFORM;formatSuperSub| ; (DEFUN BOOT::|MMLFORM;formatSuperSub| ; (BOOT::|expr| BOOT::|args| BOOT::|opPrec| BOOT::$) ; (PROG (BOOT::|j| BOOT::|s| BOOT::|i| BOOT::|commaTest| BOOT::|commaS| ; BOOT::|bvarS| BOOT::|funcS| BOOT::|var|) ; (RETURN ; (LET* (# #) ; (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MMLFORM;formatSuperSub| ; (BOOT::|expr| BOOT::|args| BOOT::|opPrec| BOOT::$) ; (BLOCK BOOT::|MMLFORM;formatSuperSub| ; (PROG (BOOT::|j| BOOT::|s| BOOT::|i| BOOT::|commaTest| BOOT::|commaS| ; BOOT::|bvarS| BOOT::|funcS| BOOT::|var|) ; (RETURN ; (LET* # ; #))))) ; ; caught STYLE-WARNING: ; The variable |opPrec| is defined but never used. ; compiling (DEFUN |MMLFORM;formatSuperSub1| ...) ; file: /tmp/oa-BoH2PS/code.lsp ; in: DEFUN |MMLFORM;formatSuperSub1| ; (DEFUN BOOT::|MMLFORM;formatSuperSub1| ; (BOOT::|expr| BOOT::|args| BOOT::|opPrec| BOOT::$) ; (PROG (BOOT::|s| BOOT::|ndiffs| BOOT::|commaTest| BOOT::|commaS| ; BOOT::|bvarS| BOOT::|funcS| BOOT::|var|) ; (RETURN ; (LET* (# #) ; (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MMLFORM;formatSuperSub1| ; (BOOT::|expr| BOOT::|args| BOOT::|opPrec| BOOT::$) ; (BLOCK BOOT::|MMLFORM;formatSuperSub1| ; (PROG (BOOT::|s| BOOT::|ndiffs| BOOT::|commaTest| BOOT::|commaS| ; BOOT::|bvarS| BOOT::|funcS| BOOT::|var|) ; (RETURN ; (LET* # ; #))))) ; ; caught STYLE-WARNING: ; The variable |opPrec| is defined but never used. ; compiling (DEFUN |MMLFORM;formatPlex| ...) ; file: /tmp/oa-BoH2PS/code.lsp ; in: DEFUN |MMLFORM;formatPlex| ; (DEFUN BOOT::|MMLFORM;formatPlex| ; (BOOT::|op| BOOT::|args| BOOT::|prec| BOOT::$) ; (PROG (BOOT::|opa| BOOT::|la| BOOT::|s| BOOT::|n| BOOT::|opPrec|) ; (RETURN ; (LET (# # #) ; (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MMLFORM;formatPlex| ; (BOOT::|op| BOOT::|args| BOOT::|prec| BOOT::$) ; (BLOCK BOOT::|MMLFORM;formatPlex| ; (PROG (BOOT::|opa| BOOT::|la| BOOT::|s| BOOT::|n| BOOT::|opPrec|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |args| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; ; caught STYLE-WARNING: ; The variable |prec| is defined but never used. ; compiling (DEFUN |MMLFORM;formatIntSign| ...) ; file: /tmp/oa-BoH2PS/code.lsp ; in: DEFUN |MMLFORM;formatIntSign| ; (LET* ((BOOT::|bvar| (BOOT::|SPADfirst| (CDR BOOT::|args|))) ; (BOOT::|bvarS| (BOOT::|mathObject2String| BOOT::|bvar|)) ; (BOOT::|tmpS| NIL) ; (BOOT::|i| 0) ; (BOOT::|u1| NIL) ; (BOOT::|u2| NIL) ; (BOOT::|atomE| ; (BOOT::|MMLFORM;atomize| (BOOT::|SPADfirst| #) BOOT::$)) ; (BOOT::|varRS| ; (BOOT::|mathObject2String| (BOOT::SPADCALL BOOT::|atomE| #))) ; (BOOT::|tmpLE| (BOOT::|SPADfirst| (CDR #))) ; (BOOT::|integrand| ; (BOOT::|MMLFORM;formatMml| (BOOT::|SPADfirst| #) ; (BOOT::|shellEntry| BOOT::$ 10) BOOT::$))) ; (BOOT::SEQ (LOOP (COND (# #) (T #))) ; (BOOT::EXIT ; (BOOT::SPADCALL (LIST #) (BOOT::|shellEntry| BOOT::$ 33))))) ; ; caught STYLE-WARNING: ; The variable |tmpS| is defined but never used. ; (DEFUN BOOT::|MMLFORM;formatIntSign| (BOOT::|args| BOOT::|opPrec| BOOT::$) ; (COND ; ((NOT (NULL #)) ; (LET* (# # # # # # # # # #) ; (BOOT::SEQ # #))) ; (T ; (LET* (# # # # # #) ; (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MMLFORM;formatIntSign| ; (BOOT::|args| BOOT::|opPrec| BOOT::$) ; (BLOCK BOOT::|MMLFORM;formatIntSign| ; (COND ; ((NOT #) ; (LET* # ; #)) ; (T ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; ; caught STYLE-WARNING: ; The variable |opPrec| is defined but never used. ; compiling (DEFUN |MMLFORM;formatMatrix| ...) ; compiling (DEFUN |MMLFORM;formatFunction| ...) ; file: /tmp/oa-BoH2PS/code.lsp ; in: DEFUN |MMLFORM;formatFunction| ; (DEFUN BOOT::|MMLFORM;formatFunction| ; (BOOT::|op| BOOT::|args| BOOT::|prec| BOOT::$) ; (BOOT::|MMLFORM;group| ; (BOOT::SPADCALL ; (LIST "" BOOT::|op| "" (BOOT::|MMLFORM;parenthesize| # BOOT::$)) ; (BOOT::|shellEntry| BOOT::$ 33)) ; BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MMLFORM;formatFunction| ; (BOOT::|op| BOOT::|args| BOOT::|prec| BOOT::$) ; (BLOCK BOOT::|MMLFORM;formatFunction| ; (BOOT::|MMLFORM;group| ; (BOOT::SPADCALL (LIST "" BOOT::|op| "" #) ; (BOOT::|shellEntry| BOOT::$ 33)) ; BOOT::$))) ; ; caught STYLE-WARNING: ; The variable |prec| is defined but never used. ; compiling (DEFUN |MMLFORM;formatNullary| ...) ; compiling (DEFUN |MMLFORM;formatUnary| ...) ; file: /tmp/oa-BoH2PS/code.lsp ; in: DEFUN |MMLFORM;formatUnary| ; (DEFUN BOOT::|MMLFORM;formatUnary| ; (BOOT::|op| BOOT::|arg| BOOT::|prec| BOOT::$) ; (PROG (BOOT::|s| BOOT::|opPrec|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MMLFORM;formatUnary| ; (BOOT::|op| BOOT::|arg| BOOT::|prec| BOOT::$) ; (BLOCK BOOT::|MMLFORM;formatUnary| ; (PROG (BOOT::|s| BOOT::|opPrec|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |MMLFORM;formatBinary| ...) ; file: /tmp/oa-BoH2PS/code.lsp ; in: DEFUN |MMLFORM;formatBinary| ; (DEFUN BOOT::|MMLFORM;formatBinary| ; (BOOT::|op| BOOT::|args| BOOT::|prec| BOOT::$) ; (PROG (BOOT::|s| BOOT::|s2| BOOT::|s1| BOOT::|opa| BOOT::|la| ; BOOT::|opPrec|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MMLFORM;formatBinary| ; (BOOT::|op| BOOT::|args| BOOT::|prec| BOOT::$) ; (BLOCK BOOT::|MMLFORM;formatBinary| ; (PROG (BOOT::|s| BOOT::|s2| BOOT::|s1| BOOT::|opa| BOOT::|la| ; BOOT::|opPrec|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |op| ; prevents use of assertion from function type proclamation: ; STRING ; ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; ; caught STYLE-WARNING: ; The variable |prec| is defined but never used. ; compiling (DEFUN |MMLFORM;formatNary| ...) ; compiling (DEFUN |MMLFORM;formatNaryNoGroup| ...) ; file: /tmp/oa-BoH2PS/code.lsp ; in: DEFUN |MMLFORM;formatNaryNoGroup| ; (DEFUN BOOT::|MMLFORM;formatNaryNoGroup| ; (BOOT::|op| BOOT::|args| BOOT::|prec| BOOT::$) ; (PROG (BOOT::|s| BOOT::|count| BOOT::|opPrec| BOOT::|l| BOOT::|tmpS| ; BOOT::|p| BOOT::|opa| BOOT::|la|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MMLFORM;formatNaryNoGroup| ; (BOOT::|op| BOOT::|args| BOOT::|prec| BOOT::$) ; (BLOCK BOOT::|MMLFORM;formatNaryNoGroup| ; (PROG (BOOT::|s| BOOT::|count| BOOT::|opPrec| BOOT::|l| BOOT::|tmpS| ; BOOT::|p| BOOT::|opa| BOOT::|la|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |op| ; prevents use of assertion from function type proclamation: ; STRING ; ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |MMLFORM;formatZag| ...) ; file: /tmp/oa-BoH2PS/code.lsp ; in: DEFUN |MMLFORM;formatZag| ; (DEFUN BOOT::|MMLFORM;formatZag| (BOOT::|args| BOOT::$) ; (PROG (BOOT::|op|) ; (RETURN ; (LET (#) ; (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MMLFORM;formatZag| ; (BOOT::|args| BOOT::$) ; (BLOCK BOOT::|MMLFORM;formatZag| ; (PROG (BOOT::|op|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |MMLFORM;formatZag1| ...) ; file: /tmp/oa-BoH2PS/code.lsp ; in: DEFUN |MMLFORM;formatZag1| ; (DEFUN BOOT::|MMLFORM;formatZag1| (BOOT::|args| BOOT::$) ; (LET ((BOOT::|tmpZag| (BOOT::|SPADfirst| BOOT::|args|))) ; (COND ((< 1 #) (BOOT::SPADCALL "" # #)) ; ((BOOT::SPADCALL # "..." #) "") ; (T (BOOT::|error| "formatZag1: Unexpected kind of ZAG"))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MMLFORM;formatZag1| ; (BOOT::|args| BOOT::$) ; (BLOCK BOOT::|MMLFORM;formatZag1| ; (LET ((BOOT::|tmpZag| #)) ; (COND (# #) (# "") (T #))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |MMLFORM;formatMml| ...) ; file: /tmp/oa-BoH2PS/code.lsp ; in: DEFUN |MMLFORM;formatMml| ; (DEFUN BOOT::|MMLFORM;formatMml| (BOOT::|expr| BOOT::|prec| BOOT::$) ; (PROG (BOOT::|nargs| BOOT::|args| BOOT::|op| BOOT::|l| BOOT::|nstr| ; BOOT::|str|) ; (RETURN ; (LET (# # #) ; (BOOT::SEQ # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|MMLFORM;formatMml| ; (BOOT::|expr| BOOT::|prec| BOOT::$) ; (BLOCK BOOT::|MMLFORM;formatMml| ; (PROG (BOOT::|nargs| BOOT::|args| BOOT::|op| BOOT::|l| BOOT::|nstr| ; BOOT::|str|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |MathMLFormat| ...) ; compiling (DEFUN |MathMLFormat;| ...) ; compiling (MAKEPROP (QUOTE |MathMLFormat|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 13 STYLE-WARNING conditions ; printed 22 notes ; /tmp/oa-BoH2PS/code.fasl written ; compilation finished in 0:00:00.349 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile NORMMA.spad && cp NORMMA.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/NORMMA.fasl \ && if test -f NORMMA-.NRLIB/code.fasl; then \ cp NORMMA-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/NORMMA-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NORMMA.spad using Spad compiler. NORMMA abbreviates package NormInMonogenicAlgebra debug: compDefine1 lhs: (NormInMonogenicAlgebra R PolR E PolE) signature (pre-evaluate): ((CATEGORY package (SIGNATURE norm (PolR PolE))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE norm (PolR PolE))) $param: (R PolR E PolE) debug: evaluateType form: PolR $param: (R PolR E PolE) debug: evaluateType form: PolE $param: (R PolR E PolE) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE norm (PolR PolE))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for NormInMonogenicAlgebra compiling into /tmp/oa-F9CHaV importing UnivariatePolynomialCategoryFunctions2(R,PolR,PolR,SparseUnivariatePolynomial PolR) compiling local PolR2SUP : PolR -> SparseUnivariatePolynomial PolR Time: 0.10 SEC. compiling exported norm : PolE -> PolR Time: 0.06 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor NormInMonogenicAlgebra Time: 0.16 seconds finalizing NRLIB NORMMA Processing NormInMonogenicAlgebra for Browser database: -- norm : PolE -> PolR -- constructor ; compiling file "/tmp/oa-F9CHaV/code.lsp" (written 01 FEB 2016 11:12:39 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |NORMMA;PolR2SUP| ...) ; compiling (DEFUN |NORMMA;PolR2SUP!0| ...) ; compiling (DEFUN |NORMMA;norm;PolEPolR;2| ...) ; compiling (DEFUN |NormInMonogenicAlgebra| ...) ; compiling (DEFUN |NormInMonogenicAlgebra;| ...) ; compiling (MAKEPROP (QUOTE |NormInMonogenicAlgebra|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-F9CHaV/code.fasl written ; compilation finished in 0:00:00.027 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile OMSAGG.spad && cp OMSAGG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/OMSAGG.fasl \ && if test -f OMSAGG-.NRLIB/code.fasl; then \ cp OMSAGG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/OMSAGG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OMSAGG.spad using Spad compiler. OMSAGG abbreviates category OrderedMultisetAggregate debug: compDefine1 lhs: (OrderedMultisetAggregate S) signature (pre-evaluate): ((Category) (OrderedSet)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (OrderedSet) $param: (S) Debug: evaluateType1 form: (OrderedSet) debug: compDefine1 signature (post evaluate): ((Category) (OrderedSet)) debug: compDefine1 lhs: (OrderedMultisetAggregate S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for OrderedMultisetAggregate compiling into /tmp/oa-V75ml7 STYLE-WARNING: redefining BOOT::|OrderedMultisetAggregate| in DEFUN Time: 0.01 SEC. finalizing NRLIB OMSAGG Processing OrderedMultisetAggregate for Browser database: -- min : % -> S -- constructor ; compiling file "/tmp/oa-V75ml7/code.lsp" (written 01 FEB 2016 11:12:39 PM): ; compiling (DEFPARAMETER |OrderedMultisetAggregate;AL| ...) ; compiling (DEFUN |OrderedMultisetAggregate;| ...) ; compiling (DEFUN |OrderedMultisetAggregate| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-V75ml7/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile OPSIG.spad && cp OPSIG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/OPSIG.fasl \ && if test -f OPSIG-.NRLIB/code.fasl; then \ cp OPSIG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/OPSIG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OPSIG.spad using Spad compiler. OPSIG abbreviates domain OperatorSignature debug: compDefine1 lhs: (OperatorSignature) signature (pre-evaluate): ((Join (OperatorCategory (Identifier)) (CATEGORY domain (SIGNATURE signature ((Signature) $)) (SIGNATURE construct ($ (Identifier) (Signature)))))) debug: evaluateType form: (Join (OperatorCategory (Identifier)) (CATEGORY domain (SIGNATURE signature ((Signature) $)) (SIGNATURE construct ($ (Identifier) (Signature))))) $param: NIL debug: evaluateType form: (OperatorCategory (Identifier)) $param: NIL Debug: evaluateType1 form: (OperatorCategory (Identifier)) debug: evaluateType1 x: (Identifier) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evalCategory d: (Identifier) c: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE signature ((Signature) $)) (SIGNATURE construct ($ (Identifier) (Signature)))) $param: NIL debug: evaluateType form: (Signature) $param: NIL Debug: evaluateType1 form: (Signature) debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: (Signature) $param: NIL Debug: evaluateType1 form: (Signature) debug: compDefine1 signature (post evaluate): ((Join (OperatorCategory (Identifier)) (CATEGORY domain (SIGNATURE signature ((Signature) $)) (SIGNATURE construct ($ (Identifier) (Signature)))))) ------------------------------------------------------------------------ initializing stationary directory for OperatorSignature compiling into /tmp/oa-5XTxof compiling exported construct : (Identifier,Signature) -> % OPSIG;construct;IS$;1 is replaced by %list Time: 0.00 SEC. compiling exported name : % -> Identifier OPSIG;name;$I;2 is replaced by %head Time: 0 SEC. compiling exported signature : % -> Signature OPSIG;signature;$S;3 is replaced by %lsecond Time: 0 SEC. compiling exported = : (%,%) -> Boolean OPSIG;=;2$B;4 is replaced by %equal Time: 0.00 SEC. compiling exported arity : % -> Arity Time: 0.04 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE :) m: (OutputForm) Debug compQuote expr: (QUOTE :) m: (OutputForm) Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] arity: # has no value [2] arity: source has no value Cumulative Statistics for Constructor OperatorSignature Time: 0.06 seconds finalizing NRLIB OPSIG Processing OperatorSignature for Browser database: -- signature : % -> Signature -- construct : (Identifier,Signature) -> % -- constructor ; compiling file "/tmp/oa-5XTxof/code.lsp" (written 01 FEB 2016 11:12:39 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OPSIG;construct;IS$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OPSIG;name;$I;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OPSIG;signature;$S;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OPSIG;=;2$B;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |OPSIG;construct;IS$;1| ...) ; compiling (DEFUN |OPSIG;name;$I;2| ...) ; compiling (DEFUN |OPSIG;signature;$S;3| ...) ; compiling (DEFUN |OPSIG;=;2$B;4| ...) ; compiling (DEFUN |OPSIG;arity;$A;5| ...) ; compiling (DEFUN |OPSIG;coerce;$Of;6| ...) ; compiling (DEFUN |OperatorSignature| ...) ; compiling (DEFUN |OperatorSignature;| ...) ; compiling (MAKEPROP (QUOTE |OperatorSignature|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-5XTxof/code.fasl written ; compilation finished in 0:00:00.022 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PRIMES.spad && cp PRIMES.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PRIMES.fasl \ && if test -f PRIMES-.NRLIB/code.fasl; then \ cp PRIMES-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PRIMES-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PRIMES.spad using Spad compiler. PRIMES abbreviates package IntegerPrimesPackage debug: compDefine1 lhs: (IntegerPrimesPackage I) signature (pre-evaluate): ((CATEGORY package (SIGNATURE prime? ((Boolean) I)) (SIGNATURE nextPrime (I I)) (SIGNATURE prevPrime (I I)) (SIGNATURE primes ((List I) I I))) (IntegerNumberSystem)) debug: evaluateType form: (CATEGORY package (SIGNATURE prime? ((Boolean) I)) (SIGNATURE nextPrime (I I)) (SIGNATURE prevPrime (I I)) (SIGNATURE primes ((List I) I I))) $param: (I) debug: evaluateType form: (Boolean) $param: (I) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: (List I) $param: (I) Debug: evaluateType1 form: (List I) debug: evaluateType1 x: I m: (Type) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: (IntegerNumberSystem) $param: (I) Debug: evaluateType1 form: (IntegerNumberSystem) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE prime? ((Boolean) I)) (SIGNATURE nextPrime (I I)) (SIGNATURE prevPrime (I I)) (SIGNATURE primes ((List I) I I))) (IntegerNumberSystem)) debug: compDefine1 lhs: (IntegerPrimesPackage I) signature (pre-evaluate): ((CATEGORY package (SIGNATURE prime? ((Boolean) I)) (SIGNATURE nextPrime (I I)) (SIGNATURE prevPrime (I I)) (SIGNATURE primes ((List I) I I))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE prime? ((Boolean) I)) (SIGNATURE nextPrime (I I)) (SIGNATURE prevPrime (I I)) (SIGNATURE primes ((List I) I I))) $param: (I) debug: evaluateType form: (Boolean) $param: (I) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: evaluateType form: (List I) $param: (I) Debug: evaluateType1 form: (List I) debug: evaluateType1 x: I m: (Type) debug: evaluateType form: I $param: (I) debug: evaluateType form: I $param: (I) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE prime? ((Boolean) I)) (SIGNATURE nextPrime (I I)) (SIGNATURE prevPrime (I I)) (SIGNATURE primes ((List I) I I))) NIL) ------------------------------------------------------------------------ initializing stationary directory for IntegerPrimesPackage compiling into /tmp/oa-WjrnIq compiling exported primes : (I,I) -> List I Time: 0.10 SEC. compiling local rabinProvesCompositeSmall : (I,I,I,I,NonNegativeInteger) -> Boolean Time: 0.00 SEC. compiling local rabinProvesComposite : (I,I,I,I,NonNegativeInteger) -> Boolean Time: 0.03 SEC. compiling exported prime? : I -> Boolean Time: 0.06 SEC. compiling exported nextPrime : I -> I Time: 0.01 SEC. compiling exported prevPrime : I -> I Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] rabinProvesComposite: rootsMinus1 has no value [2] prime?: k has no value Cumulative Statistics for Constructor IntegerPrimesPackage Time: 0.24 seconds finalizing NRLIB PRIMES Processing IntegerPrimesPackage for Browser database: -- prime? : I -> Boolean -- nextPrime : I -> I -- prevPrime : I -> I -- primes : (I,I) -> List I -- constructor ; compiling file "/tmp/oa-WjrnIq/code.lsp" (written 01 FEB 2016 11:12:39 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PRIMES;primes;2IL;1| ...) ; file: /tmp/oa-WjrnIq/code.lsp ; in: DEFUN |PRIMES;primes;2IL;1| ; (DEFUN BOOT::|PRIMES;primes;2IL;1| (BOOT::|m| BOOT::|n| BOOT::$) ; (PROG (BOOT::|ll|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRIMES;primes;2IL;1| ; (BOOT::|m| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|PRIMES;primes;2IL;1| ; (PROG (BOOT::|ll|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PRIMES;rabinProvesCompositeSmall| ...) ; compiling (DEFUN |PRIMES;rabinProvesComposite| ...) ; compiling (DEFUN |PRIMES;prime?;IB;4| ...) ; file: /tmp/oa-WjrnIq/code.lsp ; in: DEFUN |PRIMES;prime?;IB;4| ; (DEFUN BOOT::|PRIMES;prime?;IB;4| (BOOT::|n| BOOT::$) ; (PROG (BOOT::|probablySafe| BOOT::|currPrime| BOOT::|n9| BOOT::|mn|) ; (RETURN (COND (# NIL) (# #) (# NIL) (# T) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PRIMES;prime?;IB;4| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|PRIMES;prime?;IB;4| ; (PROG (BOOT::|probablySafe| BOOT::|currPrime| BOOT::|n9| BOOT::|mn|) ; (RETURN (COND # # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |PRIMES;nextPrime;2I;5| ...) ; compiling (DEFUN |PRIMES;prevPrime;2I;6| ...) ; compiling (DEFUN |IntegerPrimesPackage| ...) ; compiling (DEFUN |IntegerPrimesPackage;| ...) ; compiling (MAKEPROP (QUOTE |IntegerPrimesPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-WjrnIq/code.fasl written ; compilation finished in 0:00:00.137 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile WFFINTBS.spad && cp WFFINTBS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/WFFINTBS.fasl \ && if test -f WFFINTBS-.NRLIB/code.fasl; then \ cp WFFINTBS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/WFFINTBS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/WFFINTBS.spad using Spad compiler. WFFINTBS abbreviates package WildFunctionFieldIntegralBasis debug: compDefine1 lhs: (WildFunctionFieldIntegralBasis K R UP F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE integralBasis ((Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R))))) (SIGNATURE localIntegralBasis ((Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R))) R))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE integralBasis ((Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R))))) (SIGNATURE localIntegralBasis ((Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R))) R))) $param: (K R UP F) debug: evaluateType form: (Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R))) $param: (K R UP F) debug: evaluateType form: (Matrix R) $param: (K R UP F) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (K R UP F) debug: evaluateType form: (Matrix R) $param: (K R UP F) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R))) $param: (K R UP F) debug: evaluateType form: (Matrix R) $param: (K R UP F) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (K R UP F) debug: evaluateType form: (Matrix R) $param: (K R UP F) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (K R UP F) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE integralBasis ((Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R))))) (SIGNATURE localIntegralBasis ((Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R))) R))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for WildFunctionFieldIntegralBasis compiling into /tmp/oa-YSUQtY importing IntegralBasisTools(R,UP,F) importing ModularHermitianRowReduction R importing TriangularMatrixOperations(R,Vector R,Vector R,Matrix R) importing DistinctDegreeFactorize(K,R) compiling local listSquaredFactors : R -> List R Time: 0.14 SEC. compiling local iLocalIntegralBasis : (Vector F,Vector F,Matrix R,Matrix R,R,R) -> Record(basis: Matrix R,basisDen: R,basisInv: Matrix R,discr: R) Time: 0.24 SEC. compiling exported integralBasis : () -> Record(basis: Matrix R,basisDen: R,basisInv: Matrix R) Time: 0.08 SEC. compiling exported localIntegralBasis : R -> Record(basis: Matrix R,basisDen: R,basisInv: Matrix R) Time: 0.09 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] iLocalIntegralBasis: rbden has no value Cumulative Statistics for Constructor WildFunctionFieldIntegralBasis Time: 0.56 seconds finalizing NRLIB WFFINTBS Processing WildFunctionFieldIntegralBasis for Browser database: -- integralBasis : () -> RResult -- localIntegralBasis : R -> RResult -- constructor ; compiling file "/tmp/oa-YSUQtY/code.lsp" (written 01 FEB 2016 11:12:40 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |WFFINTBS;listSquaredFactors| ...) ; compiling (DEFUN |WFFINTBS;iLocalIntegralBasis| ...) ; compiling (DEFUN |WFFINTBS;integralBasis;R;3| ...) ; file: /tmp/oa-YSUQtY/code.lsp ; in: DEFUN |WFFINTBS;integralBasis;R;3| ; (DEFUN BOOT::|WFFINTBS;integralBasis;R;3| (BOOT::$) ; (PROG (BOOT::|matrixOut| BOOT::|tfm| BOOT::|pows| BOOT::|bas| ; BOOT::|runningRbden| BOOT::|runningRbinv| BOOT::|runningRb| ; BOOT::|singList| BOOT::|mat| BOOT::|rbden| BOOT::|rbinv| BOOT::|rb| ; ...) ; (RETURN ; (LET* (# # #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|WFFINTBS;integralBasis;R;3| ; (BOOT::$) ; (BLOCK BOOT::|WFFINTBS;integralBasis;R;3| ; (PROG (BOOT::|matrixOut| BOOT::|tfm| BOOT::|pows| BOOT::|bas| ; BOOT::|runningRbden| BOOT::|runningRbinv| BOOT::|runningRb| ; BOOT::|singList| BOOT::|mat| BOOT::|rbden| BOOT::|rbinv| ; BOOT::|rb| ...) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |WFFINTBS;localIntegralBasis;RR;4| ...) ; file: /tmp/oa-YSUQtY/code.lsp ; in: DEFUN |WFFINTBS;localIntegralBasis;RR;4| ; (DEFUN BOOT::|WFFINTBS;localIntegralBasis;RR;4| (BOOT::|prime| BOOT::$) ; (PROG (BOOT::|lb| BOOT::|matrixOut| BOOT::|tfm| BOOT::|pows| BOOT::|bas|) ; (RETURN ; (LET* (# # #) ; (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|WFFINTBS;localIntegralBasis;RR;4| ; (BOOT::|prime| BOOT::$) ; (BLOCK BOOT::|WFFINTBS;localIntegralBasis;RR;4| ; (PROG (BOOT::|lb| BOOT::|matrixOut| BOOT::|tfm| BOOT::|pows| ; BOOT::|bas|) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |WildFunctionFieldIntegralBasis| ...) ; compiling (DEFUN |WildFunctionFieldIntegralBasis;| ...) ; compiling (MAKEPROP (QUOTE |WildFunctionFieldIntegralBasis|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-YSUQtY/code.fasl written ; compilation finished in 0:00:00.099 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PWFFINTB.spad && cp PWFFINTB.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PWFFINTB.fasl \ && if test -f PWFFINTB-.NRLIB/code.fasl; then \ cp PWFFINTB-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PWFFINTB-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PWFFINTB.spad using Spad compiler. PWFFINTB abbreviates package PAdicWildFunctionFieldIntegralBasis debug: compDefine1 lhs: (PAdicWildFunctionFieldIntegralBasis K R UP F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE integralBasis ((Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R))))) (SIGNATURE localIntegralBasis ((Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R))) R)) (SIGNATURE reducedDiscriminant (R UP))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE integralBasis ((Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R))))) (SIGNATURE localIntegralBasis ((Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R))) R)) (SIGNATURE reducedDiscriminant (R UP))) $param: (K R UP F) debug: evaluateType form: (Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R))) $param: (K R UP F) debug: evaluateType form: (Matrix R) $param: (K R UP F) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (K R UP F) debug: evaluateType form: (Matrix R) $param: (K R UP F) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R))) $param: (K R UP F) debug: evaluateType form: (Matrix R) $param: (K R UP F) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (K R UP F) debug: evaluateType form: (Matrix R) $param: (K R UP F) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: R $param: (K R UP F) debug: evaluateType form: R $param: (K R UP F) debug: evaluateType form: UP $param: (K R UP F) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE integralBasis ((Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R))))) (SIGNATURE localIntegralBasis ((Record (: basis (Matrix R)) (: basisDen R) (: basisInv (Matrix R))) R)) (SIGNATURE reducedDiscriminant (R UP))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PAdicWildFunctionFieldIntegralBasis compiling into /tmp/oa-JgIRkJ importing IntegralBasisTools(R,UP,F) importing GeneralHenselPackage(R,UP) importing ModularHermitianRowReduction R importing TriangularMatrixOperations(R,Vector R,Vector R,Matrix R) compiling exported reducedDiscriminant : UP -> R Time: 0.24 SEC. compiling local compLocalBasis : (UP,R) -> Record(basis: Matrix R,basisDen: R,basisInv: Matrix R) Time: 0.04 SEC. compiling local compLocalBasisOverExt : (UP,R,UP,NonNegativeInteger) -> Record(basis: Matrix R,basisDen: R,basisInv: Matrix R) Time: 3.44 SEC. compiling local padicLocalIntegralBasis : (UP,R,R,R) -> Record(basis: Matrix R,basisDen: R,basisInv: Matrix R,discr: R) Time: 0.87 SEC. compiling exported localIntegralBasis : R -> Record(basis: Matrix R,basisDen: R,basisInv: Matrix R) Time: 0.01 SEC. compiling local listSquaredFactors : R -> List R Time: 0.04 SEC. compiling exported integralBasis : () -> Record(basis: Matrix R,basisDen: R,basisInv: Matrix R) Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] reducedDiscriminant: concat has no value [2] compLocalBasisOverExt: factors has no value [3] padicLocalIntegralBasis: factors has no value Cumulative Statistics for Constructor PAdicWildFunctionFieldIntegralBasis Time: 4.68 seconds finalizing NRLIB PWFFINTB Processing PAdicWildFunctionFieldIntegralBasis for Browser database: -- integralBasis : () -> Result -- localIntegralBasis : R -> Result -- reducedDiscriminant : UP -> R -- constructor ; compiling file "/tmp/oa-JgIRkJ/code.lsp" (written 01 FEB 2016 11:12:45 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PWFFINTB;reducedDiscriminant;UPR;1| ...) ; compiling (DEFUN |PWFFINTB;reducedDiscriminant;UPR;1!0| ...) ; compiling (DEFUN |PWFFINTB;compLocalBasis| ...) ; file: /tmp/oa-JgIRkJ/code.lsp ; in: DEFUN |PWFFINTB;compLocalBasis| ; (DEFUN BOOT::|PWFFINTB;compLocalBasis| (BOOT::|poly| BOOT::|prime| BOOT::$) ; (LET ((BOOT::|sae| (BOOT::|SimpleAlgebraicExtension| # # BOOT::|poly|))) ; (BOOT::SPADCALL BOOT::|prime| ; (BOOT::|compiledLookupCheck| 'BOOT::|localIntegralBasis| ; (LIST # #) ; (BOOT::|WildFunctionFieldIntegralBasis| ; # # # BOOT::|sae|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PWFFINTB;compLocalBasis| ; (BOOT::|poly| BOOT::|prime| BOOT::$) ; (BLOCK BOOT::|PWFFINTB;compLocalBasis| ; (LET ((BOOT::|sae| #)) ; (BOOT::SPADCALL BOOT::|prime| ; (BOOT::|compiledLookupCheck| ; 'BOOT::|localIntegralBasis| # #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |PWFFINTB;compLocalBasisOverExt| ...) ; compiling (DEFUN |PWFFINTB;compLocalBasisOverExt!3| ...) ; compiling (DEFUN |PWFFINTB;compLocalBasisOverExt!2| ...) ; compiling (DEFUN |PWFFINTB;compLocalBasisOverExt!1| ...) ; compiling (DEFUN |PWFFINTB;compLocalBasisOverExt!0| ...) ; compiling (DEFUN |PWFFINTB;padicLocalIntegralBasis| ...) ; compiling (DEFUN |PWFFINTB;localIntegralBasis;RR;5| ...) ; compiling (DEFUN |PWFFINTB;listSquaredFactors| ...) ; compiling (DEFUN |PWFFINTB;integralBasis;R;7| ...) ; compiling (DEFUN |PAdicWildFunctionFieldIntegralBasis| ...) ; compiling (DEFUN |PAdicWildFunctionFieldIntegralBasis;| ...) ; compiling (MAKEPROP (QUOTE |PAdicWildFunctionFieldIntegralBasis|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-JgIRkJ/code.fasl written ; compilation finished in 0:00:00.118 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile RDIST.spad && cp RDIST.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RDIST.fasl \ && if test -f RDIST-.NRLIB/code.fasl; then \ cp RDIST-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RDIST-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RDIST.spad using Spad compiler. RDIST abbreviates package RandomDistributions debug: compDefine1 lhs: (RandomDistributions S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE uniform ((Mapping S) (Set S))) (SIGNATURE weighted ((Mapping S) (List (Record (: value S) (: weight (Integer)))))) (SIGNATURE rdHack1 ((Mapping S) (Vector S) (Vector (Integer)) (Integer)))) (SetCategory)) debug: evaluateType form: (CATEGORY package (SIGNATURE uniform ((Mapping S) (Set S))) (SIGNATURE weighted ((Mapping S) (List (Record (: value S) (: weight (Integer)))))) (SIGNATURE rdHack1 ((Mapping S) (Vector S) (Vector (Integer)) (Integer)))) $param: (S) debug: evaluateType form: (Mapping S) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Set S) $param: (S) Debug: evaluateType1 form: (Set S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (Mapping S) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (List (Record (: value S) (: weight (Integer)))) $param: (S) Debug: evaluateType1 form: (List (Record (: value S) (: weight (Integer)))) debug: evaluateType1 x: (Record (: value S) (: weight (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: value S) (: weight (Integer))) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: value S) (: weight (Integer))) c: (Type) debug: evaluateType form: (Mapping S) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Vector S) $param: (S) Debug: evaluateType1 form: (Vector S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (Vector (Integer)) $param: (S) Debug: evaluateType1 form: (Vector (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE uniform ((Mapping S) (Set S))) (SIGNATURE weighted ((Mapping S) (List (Record (: value S) (: weight (Integer)))))) (SIGNATURE rdHack1 ((Mapping S) (Vector S) (Vector (Integer)) (Integer)))) (SetCategory)) debug: compDefine1 lhs: (RandomDistributions S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE uniform ((Mapping S) (Set S))) (SIGNATURE weighted ((Mapping S) (List (Record (: value S) (: weight (Integer)))))) (SIGNATURE rdHack1 ((Mapping S) (Vector S) (Vector (Integer)) (Integer)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE uniform ((Mapping S) (Set S))) (SIGNATURE weighted ((Mapping S) (List (Record (: value S) (: weight (Integer)))))) (SIGNATURE rdHack1 ((Mapping S) (Vector S) (Vector (Integer)) (Integer)))) $param: (S) debug: evaluateType form: (Mapping S) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Set S) $param: (S) Debug: evaluateType1 form: (Set S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (Mapping S) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (List (Record (: value S) (: weight (Integer)))) $param: (S) Debug: evaluateType1 form: (List (Record (: value S) (: weight (Integer)))) debug: evaluateType1 x: (Record (: value S) (: weight (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: value S) (: weight (Integer))) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Record (: value S) (: weight (Integer))) c: (Type) debug: evaluateType form: (Mapping S) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Vector S) $param: (S) Debug: evaluateType1 form: (Vector S) debug: evaluateType1 x: S m: (Type) debug: evaluateType form: (Vector (Integer)) $param: (S) Debug: evaluateType1 form: (Vector (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (Integer) $param: (S) Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE uniform ((Mapping S) (Set S))) (SIGNATURE weighted ((Mapping S) (List (Record (: value S) (: weight (Integer)))))) (SIGNATURE rdHack1 ((Mapping S) (Vector S) (Vector (Integer)) (Integer)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for RandomDistributions compiling into /tmp/oa-DKzBBS importing RandomNumberSource compiling exported weighted : List Record(value: S,weight: Integer) -> () -> S Time: 0.09 SEC. compiling exported rdHack1 : (Vector S,Vector Integer,Integer) -> () -> S Time: 0.01 SEC. compiling exported uniform : Set S -> () -> S Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor RandomDistributions Time: 0.12 seconds finalizing NRLIB RDIST Processing RandomDistributions for Browser database: -- uniform : Set S -> (() -> S) -- weighted : List Record(value: S,weight: Integer) -> (() -> S) -- rdHack1 : (Vector S,Vector Integer,Integer) -> (() -> S) -- constructor ; compiling file "/tmp/oa-DKzBBS/code.lsp" (written 01 FEB 2016 11:12:45 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RDIST;weighted;LM;1| ...) ; compiling (DEFUN |RDIST;rdHack1;VVIM;2| ...) ; file: /tmp/oa-DKzBBS/code.lsp ; in: DEFUN |RDIST;rdHack1;VVIM;2| ; (DEFUN BOOT::|RDIST;rdHack1;VVIM;2| ; (BOOT::|kv| BOOT::|wv| BOOT::|totwt| BOOT::$) ; (CONS #'BOOT::|RDIST;rdHack1;VVIM;2!0| ; (VECTOR BOOT::|kv| BOOT::$ BOOT::|totwt|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RDIST;rdHack1;VVIM;2| ; (BOOT::|kv| BOOT::|wv| BOOT::|totwt| BOOT::$) ; (BLOCK BOOT::|RDIST;rdHack1;VVIM;2| ; (CONS #'BOOT::|RDIST;rdHack1;VVIM;2!0| ; (VECTOR BOOT::|kv| BOOT::$ BOOT::|totwt|)))) ; ; caught STYLE-WARNING: ; The variable |wv| is defined but never used. ; compiling (DEFUN |RDIST;rdHack1;VVIM;2!0| ...) ; file: /tmp/oa-DKzBBS/code.lsp ; in: DEFUN |RDIST;rdHack1;VVIM;2!0| ; (LET ((BOOT::|w| ; (BOOT::SPADCALL (SVREF BOOT::$$ 2) (BOOT::|shellEntry| BOOT::$ 36)))) ; (BOOT::SPADCALL (SVREF BOOT::$$ 0) 1 (BOOT::|shellEntry| BOOT::$ 38))) ; ; caught STYLE-WARNING: ; The variable |w| is defined but never used. ; compiling (DEFUN |RDIST;uniform;SM;3| ...) ; compiling (DEFUN |RDIST;uniform;SM;3!0| ...) ; compiling (DEFUN |RandomDistributions| ...) ; compiling (DEFUN |RandomDistributions;| ...) ; compiling (MAKEPROP (QUOTE |RandomDistributions|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; /tmp/oa-DKzBBS/code.fasl written ; compilation finished in 0:00:00.034 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile RPOLCAT.spad && cp RPOLCAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RPOLCAT.fasl \ && if test -f RPOLCAT-.NRLIB/code.fasl; then \ cp RPOLCAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RPOLCAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RPOLCAT.spad using Spad compiler. RPOLCAT abbreviates category RecursivePolynomialCategory debug: compDefine1 lhs: (RecursivePolynomialCategory R E V) signature (pre-evaluate): ((Category) (Ring) (OrderedAbelianMonoidSup) (OrderedSet)) debug: evaluateType form: (Category) $param: (R E V) debug: evaluateType form: (Ring) $param: (R E V) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (R E V) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedSet) $param: (R E V) Debug: evaluateType1 form: (OrderedSet) debug: compDefine1 signature (post evaluate): ((Category) (Ring) (OrderedAbelianMonoidSup) (OrderedSet)) debug: compDefine1 lhs: (RecursivePolynomialCategory R E V) signature (pre-evaluate): ((Category) NIL NIL NIL) debug: evaluateType form: (Category) $param: (R E V) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for RecursivePolynomialCategory compiling into /tmp/oa-JN772d STYLE-WARNING: redefining BOOT::|RecursivePolynomialCategory| in DEFUN Time: 0.02 SEC. RPOLCAT- abbreviates package RecursivePolynomialCategory& ------------------------------------------------------------------------ initializing stationary directory for RecursivePolynomialCategory& compiling into /tmp/oa-vL0ONc compiling exported coerce : S -> OutputForm Time: 0.10 SEC. compiling exported mvar : S -> V Time: 0.01 SEC. compiling exported mdeg : S -> NonNegativeInteger Time: 0.01 SEC. compiling exported init : S -> S Time: 0.02 SEC. compiling exported leadingCoefficient : (S,V) -> S Time: 0.02 SEC. compiling exported head : S -> S Time: 0.02 SEC. compiling exported reductum : (S,V) -> S Time: 0.02 SEC. compiling exported tail : S -> S Time: 0 SEC. compiling exported deepestTail : S -> S Time: 0.01 SEC. compiling exported iteratedInitials : S -> List S Time: 0.01 SEC. compiling local localDeepestInitial : S -> S Time: 0 SEC. compiling exported deepestInitial : S -> S Time: 0.01 SEC. compiling exported monic? : S -> Boolean Time: 0.00 SEC. compiling exported quasiMonic? : S -> Boolean Time: 0.00 SEC. compiling exported mainMonomial : S -> S Time: 0.02 SEC. compiling exported leastMonomial : S -> S Time: 0.02 SEC. compiling exported mainCoefficients : S -> List S Time: 0.03 SEC. compiling exported mainMonomials : S -> List S Time: 0.06 SEC. compiling exported RittWuCompare : (S,S) -> Union(Boolean,failed) Time: 0.07 SEC. compiling exported infRittWu? : (S,S) -> Boolean Time: 0.00 SEC. compiling exported supRittWu? : (S,S) -> Boolean Time: 0 SEC. compiling exported prem : (S,S) -> S Time: 0.02 SEC. compiling exported pquo : (S,S) -> S Time: 0.00 SEC. compiling exported prem : (S,S,V) -> S Time: 0.01 SEC. compiling exported pquo : (S,S,V) -> S Time: 0.01 SEC. compiling exported lazyPrem : (S,S) -> S Time: 0.00 SEC. compiling exported lazyPquo : (S,S) -> S Time: 0 SEC. compiling exported lazyPrem : (S,S,V) -> S Time: 0.03 SEC. compiling exported lazyPquo : (S,S,V) -> S Time: 0.00 SEC. compiling exported headReduce : (S,S) -> S Time: 0.03 SEC. compiling exported initiallyReduce : (S,S) -> S Time: 0.05 SEC. compiling exported lazyPremWithDefault : (S,S) -> Record(coef: S,gap: NonNegativeInteger,remainder: S) Time: 0.08 SEC. compiling exported lazyPremWithDefault : (S,S,V) -> Record(coef: S,gap: NonNegativeInteger,remainder: S) Time: 0.07 SEC. compiling exported pseudoDivide : (S,S) -> Record(quotient: S,remainder: S) Time: 0.01 SEC. compiling exported lazyPseudoDivide : (S,S) -> Record(coef: S,gap: NonNegativeInteger,quotient: S,remainder: S) Time: 0.14 SEC. compiling exported lazyPseudoDivide : (S,S,V) -> Record(coef: S,gap: NonNegativeInteger,quotient: S,remainder: S) Time: 0.14 SEC. compiling exported monicModulo : (S,S) -> S Time: 0.02 SEC. compiling exported lazyResidueClass : (S,S) -> Record(polnum: S,polden: S,power: NonNegativeInteger) Time: 0.10 SEC. compiling exported reduced? : (S,S) -> Boolean Time: 0.01 SEC. compiling exported reduced? : (S,List S) -> Boolean Time: 0.01 SEC. compiling exported headReduced? : (S,S) -> Boolean Time: 0.01 SEC. compiling exported headReduced? : (S,List S) -> Boolean Time: 0.01 SEC. compiling exported initiallyReduced? : (S,S) -> Boolean Time: 0.02 SEC. compiling exported initiallyReduced? : (S,List S) -> Boolean Time: 0.02 SEC. compiling exported normalized? : (S,S) -> Boolean Time: 0.01 SEC. compiling exported normalized? : (S,List S) -> Boolean Time: 0.01 SEC. compiling local exactQuo : (R,R) -> R Time: 0.01 SEC. compiling exported exactQuotient : (S,R) -> S Time: 0.01 SEC. compiling exported exactQuotient : (S,S) -> S Time: 0.01 SEC. compiling exported exactQuotient! : (S,S) -> S Time: 0.01 SEC. compiling exported primPartElseUnitCanonical : S -> S Time: 0.00 SEC. compiling exported primPartElseUnitCanonical! : S -> S Time: 0.00 SEC. compiling exported primPartElseUnitCanonical : S -> S Time: 0 SEC. compiling exported primitivePart! : S -> S Time: 0.00 SEC. compiling exported primPartElseUnitCanonical! : S -> S Time: 0 SEC. compiling exported primPartElseUnitCanonical : S -> S Time: 0 SEC. compiling exported primPartElseUnitCanonical! : S -> S Time: 0.00 SEC. compiling exported gcd : (R,S) -> R Time: 0.02 SEC. compiling exported mainContent : S -> S Time: 0.01 SEC. compiling exported mainPrimitivePart : S -> S Time: 0.02 SEC. compiling exported mainSquareFreePart : S -> S Time: 0.01 SEC. compiling exported convert : S -> Polynomial R Time: 0.20 SEC. compiling exported coerce : S -> Polynomial R Time: 0.01 SEC. compiling local localRetract : Polynomial R -> S Time: 0.07 SEC. compiling local localRetractPQ : Polynomial Fraction Integer -> S Time: 0.06 SEC. compiling local localRetractPZ : Polynomial Integer -> S Time: 0.04 SEC. compiling local retractable? : Polynomial R -> Boolean Time: 0.01 SEC. compiling local retractablePQ? : Polynomial Fraction Integer -> Boolean Time: 0.01 SEC. compiling local retractablePZ? : Polynomial Integer -> Boolean Time: 0.01 SEC. compiling local localRetractIfCan : Polynomial R -> Union(S,failed) Time: 0.02 SEC. compiling local localRetractIfCanPQ : Polynomial Fraction Integer -> Union(S,failed) Time: 0.01 SEC. compiling local localRetractIfCanPZ : Polynomial Integer -> Union(S,failed) Time: 0.02 SEC. compiling exported retract : Polynomial Integer -> S Time: 0.02 SEC. compiling exported convert : Polynomial Integer -> S Time: 0.01 SEC. compiling exported retract : Polynomial Fraction Integer -> S Time: 0.01 SEC. compiling exported convert : Polynomial Fraction Integer -> S Time: 0.01 SEC. compiling local ZToQ : Integer -> Fraction Integer Time: 0.04 SEC. compiling local RToQ : R -> Fraction Integer Time: 0.01 SEC. compiling local PZToPQ : Polynomial Integer -> Polynomial Fraction Integer Time: 0.06 SEC. compiling local PRToPQ : Polynomial R -> Polynomial Fraction Integer Time: 0.03 SEC. compiling exported retractIfCan : Polynomial Integer -> Union(S,failed) Time: 0.02 SEC. compiling exported retractIfCan : Polynomial Fraction Integer -> Union(S,failed) Time: 0.00 SEC. compiling exported convert : Polynomial R -> S Time: 0.03 SEC. compiling exported convert : Polynomial R -> S Time: 0.02 SEC. compiling exported retractIfCan : Polynomial R -> Union(S,failed) Time: 0.01 SEC. compiling exported retractIfCan : Polynomial Fraction Integer -> Union(S,failed) Time: 0.01 SEC. compiling exported retractIfCan : Polynomial Fraction Integer -> Union(S,failed) Time: 0.03 SEC. compiling exported retractIfCan : Polynomial Integer -> Union(S,failed) Time: 0.02 SEC. compiling exported retract : Polynomial R -> S Time: 0.01 SEC. compiling exported convert : Polynomial R -> S Time: 0.01 SEC. compiling exported retract : Polynomial Integer -> S Time: 0.02 SEC. compiling exported convert : Polynomial Integer -> S Time: 0.02 SEC. compiling local RToZ : R -> Integer Time: 0.02 SEC. compiling local PRToPZ : Polynomial R -> Polynomial Integer Time: 0.04 SEC. compiling exported convert : Polynomial R -> S Time: 0.04 SEC. compiling exported retractIfCan : Polynomial Integer -> Union(S,failed) Time: 0 SEC. compiling exported convert : Polynomial R -> S Time: 0.03 SEC. compiling exported retractIfCan : Polynomial R -> Union(S,failed) Time: 0.01 SEC. compiling exported retractIfCan : Polynomial Integer -> Union(S,failed) Time: 0.01 SEC. compiling exported retractIfCan : Polynomial Integer -> Union(S,failed) Time: 0.02 SEC. compiling exported retract : Polynomial R -> S Time: 0.02 SEC. compiling exported convert : Polynomial R -> S Time: 0.02 SEC. compiling exported retractIfCan : Polynomial R -> Union(S,failed) Time: 0.01 SEC. compiling exported retract : Polynomial R -> S Time: 0.01 SEC. compiling exported convert : Polynomial R -> S Time: 0.02 SEC. compiling exported convert : S -> String Time: 0.34 SEC. (time taken in buildFunctor: 4) Time: 0.06 SEC. Warnings: [1] mainCoefficients: not known that Ring is of mode CATEGORY(package,coerce: S -> S,gcd: (S,S) -> S,gcd: List S -> S,coerce: Fraction Integer -> S,coerce: S -> Polynomial R,convert: S -> Polynomial R,convert: S -> String,mainSquareFreePart: S -> S,mainPrimitivePart: S -> S,mainContent: S -> S,primitivePart!: S -> S,gcd: (R,S) -> R,exactQuotient!: (S,S) -> S,exactQuotient: (S,S) -> S,exactQuotient!: (S,R) -> S,exactQuotient: (S,R) -> S,primPartElseUnitCanonical!: S -> S,primPartElseUnitCanonical: S -> S,convert: Polynomial R -> S,retract: Polynomial R -> S,retractIfCan: Polynomial R -> Union(S,"failed"),convert: Polynomial Integer -> S,retract: Polynomial Integer -> S,retractIfCan: Polynomial Integer -> Union(S,"failed"),convert: Polynomial Fraction Integer -> S,retract: Polynomial Fraction Integer -> S,retractIfCan: Polynomial Fraction Integer -> Union(S,"failed"),initiallyReduce: (S,S) -> S,headReduce: (S,S) -> S,lazyResidueClass: (S,S) -> Record(polnum: S,polden: S,power: NonNegativeInteger),monicModulo: (S,S) -> S,pseudoDivide: (S,S) -> Record(quotient: S,remainder: S),lazyPseudoDivide: (S,S,V) -> Record(coef: S,gap: NonNegativeInteger,quotient: S,remainder: S),lazyPseudoDivide: (S,S) -> Record(coef: S,gap: NonNegativeInteger,quotient: S,remainder: S),lazyPremWithDefault: (S,S,V) -> Record(coef: S,gap: NonNegativeInteger,remainder: S),lazyPremWithDefault: (S,S) -> Record(coef: S,gap: NonNegativeInteger,remainder: S),lazyPquo: (S,S,V) -> S,lazyPrem: (S,S,V) -> S,lazyPquo: (S,S) -> S,lazyPrem: (S,S) -> S,pquo: (S,S,V) -> S,prem: (S,S,V) -> S,pquo: (S,S) -> S,prem: (S,S) -> S,normalized?: (S,List S) -> Boolean,normalized?: (S,S) -> Boolean,initiallyReduced?: (S,List S) -> Boolean,initiallyReduced?: (S,S) -> Boolean,headReduced?: (S,List S) -> Boolean,headReduced?: (S,S) -> Boolean,reduced?: (S,List S) -> Boolean,reduced?: (S,S) -> Boolean,supRittWu?: (S,S) -> Boolean,infRittWu?: (S,S) -> Boolean,RittWuCompare: (S,S) -> Union(Boolean,"failed"),mainMonomials: S -> List S,mainCoefficients: S -> List S,leastMonomial: S -> S,mainMonomial: S -> S,quasiMonic?: S -> Boolean,monic?: S -> Boolean,reductum: (S,V) -> S,leadingCoefficient: (S,V) -> S,deepestInitial: S -> S,iteratedInitials: S -> List S,deepestTail: S -> S,tail: S -> S,head: S -> S,init: S -> S,mdeg: S -> NonNegativeInteger,mvar: S -> V,convert: S -> InputForm,convert: S -> Pattern Integer,convert: S -> Pattern Float,coerce: V -> S,retractIfCan: S -> Union(V,"failed"),retract: S -> V,leadingCoefficient: S -> R,reductum: S -> S,retractIfCan: S -> Union(Integer,"failed"),retract: S -> Integer,retractIfCan: S -> Union(Fraction Integer,"failed"),retract: S -> Fraction Integer,retract: S -> R,retractIfCan: S -> Union(R,"failed"),coerce: R -> S,coerce: Integer -> S,coerce: S -> OutputForm) [2] convert: stpol has no value Cumulative Statistics for Constructor RecursivePolynomialCategory& Time: 2.86 seconds finalizing NRLIB RPOLCAT- ; compiling file "/tmp/oa-vL0ONc/code.lsp" (written 01 FEB 2016 11:12:48 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RPOLCAT-;coerce;$Of;1| ...) ; compiling (DEFUN |RPOLCAT-;mvar;$V;2| ...) ; compiling (DEFUN |RPOLCAT-;mdeg;$Nni;3| ...) ; file: /tmp/oa-vL0ONc/code.lsp ; in: DEFUN |RPOLCAT-;mdeg;$Nni;3| ; (DEFUN BOOT::|RPOLCAT-;mdeg;$Nni;3| (BOOT::|p| BOOT::$) ; (COND ((BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 11)) 0) ; (T ; (BOOT::SPADCALL BOOT::|p| ; (LET # ; #) ; (BOOT::|shellEntry| BOOT::$ 34))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RPOLCAT-;mdeg;$Nni;3| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|RPOLCAT-;mdeg;$Nni;3| ; (COND ((BOOT::SPADCALL BOOT::|p| #) 0) ; (T (BOOT::SPADCALL BOOT::|p| # #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |RPOLCAT-;init;2$;4| ...) ; compiling (DEFUN |RPOLCAT-;leadingCoefficient;$V$;5| ...) ; compiling (DEFUN |RPOLCAT-;head;2$;6| ...) ; compiling (DEFUN |RPOLCAT-;reductum;$V$;7| ...) ; compiling (DEFUN |RPOLCAT-;tail;2$;8| ...) ; compiling (DEFUN |RPOLCAT-;deepestTail;2$;9| ...) ; compiling (DEFUN |RPOLCAT-;iteratedInitials;$L;10| ...) ; compiling (DEFUN |RPOLCAT-;localDeepestInitial| ...) ; compiling (DEFUN |RPOLCAT-;deepestInitial;2$;12| ...) ; compiling (DEFUN |RPOLCAT-;monic?;$B;13| ...) ; compiling (DEFUN |RPOLCAT-;quasiMonic?;$B;14| ...) ; file: /tmp/oa-vL0ONc/code.lsp ; in: DEFUN |RPOLCAT-;quasiMonic?;$B;14| ; (DEFUN BOOT::|RPOLCAT-;quasiMonic?;$B;14| (BOOT::|p| BOOT::$) ; (AND (NOT (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 11))) ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 15)) ; (BOOT::|shellEntry| BOOT::$ 11)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RPOLCAT-;quasiMonic?;$B;14| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|RPOLCAT-;quasiMonic?;$B;14| ; (AND (NOT (BOOT::SPADCALL BOOT::|p| #)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|p| #) ; (BOOT::|shellEntry| BOOT::$ 11))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |RPOLCAT-;mainMonomial;2$;15| ...) ; compiling (DEFUN |RPOLCAT-;leastMonomial;2$;16| ...) ; compiling (DEFUN |RPOLCAT-;mainCoefficients;$L;17| ...) ; file: /tmp/oa-vL0ONc/code.lsp ; in: DEFUN |RPOLCAT-;mainCoefficients;$L;17| ; (DEFUN BOOT::|RPOLCAT-;mainCoefficients;$L;17| (BOOT::|p| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 18)) ; (BOOT::|error| "Error in mainCoefficients from RPOLCAT : #1 is zero")) ; ((BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 11)) ; (LIST BOOT::|p|)) ; (T ; (LET (#) ; (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RPOLCAT-;mainCoefficients;$L;17| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|RPOLCAT-;mainCoefficients;$L;17| ; (COND ; ((BOOT::SPADCALL BOOT::|p| #) ; (BOOT::|error| ; "Error in mainCoefficients from RPOLCAT : #1 is zero")) ; ((BOOT::SPADCALL BOOT::|p| #) (LIST BOOT::|p|)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |RPOLCAT-;mainMonomials;$L;18| ...) ; file: /tmp/oa-vL0ONc/code.lsp ; in: DEFUN |RPOLCAT-;mainMonomials;$L;18| ; (DEFUN BOOT::|RPOLCAT-;mainMonomials;$L;18| (BOOT::|p| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 18)) ; (BOOT::|error| "Error in mainMonomials from RPOLCAT : #1 is zero")) ; ((BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 11)) ; (LIST (BOOT::|spadConstant| BOOT::$ 61))) ; (T ; (LET* (# #) ; (LET # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RPOLCAT-;mainMonomials;$L;18| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|RPOLCAT-;mainMonomials;$L;18| ; (COND ; ((BOOT::SPADCALL BOOT::|p| #) ; (BOOT::|error| "Error in mainMonomials from RPOLCAT : #1 is zero")) ; ((BOOT::SPADCALL BOOT::|p| #) (LIST #)) ; (T ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |RPOLCAT-;RittWuCompare;2$U;19| ...) ; file: /tmp/oa-vL0ONc/code.lsp ; in: DEFUN |RPOLCAT-;RittWuCompare;2$U;19| ; (DEFUN BOOT::|RPOLCAT-;RittWuCompare;2$U;19| (BOOT::|a| BOOT::|b| BOOT::$) ; (COND ; ((AND (BOOT::SPADCALL BOOT::|b| #) (BOOT::SPADCALL BOOT::|a| #)) ; (CONS 1 "failed")) ; ((BOOT::SPADCALL BOOT::|b| (BOOT::|shellEntry| BOOT::$ 11)) (CONS 0 NIL)) ; ((OR (BOOT::SPADCALL BOOT::|a| #) (BOOT::SPADCALL # # #)) (CONS 0 T)) ; ((BOOT::SPADCALL (BOOT::SPADCALL BOOT::|a| #) (BOOT::SPADCALL BOOT::|b| #) ; (BOOT::|shellEntry| BOOT::$ 47)) ; (CONS 0 NIL)) ; ((< (BOOT::SPADCALL BOOT::|a| #) (BOOT::SPADCALL BOOT::|b| #)) (CONS 0 T)) ; ((< (BOOT::SPADCALL BOOT::|b| #) (BOOT::SPADCALL BOOT::|a| #)) ; (CONS 0 NIL)) ; (T ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RPOLCAT-;RittWuCompare;2$U;19| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|RPOLCAT-;RittWuCompare;2$U;19| ; (COND ((AND # #) (CONS 1 "failed")) ; ((BOOT::SPADCALL BOOT::|b| #) (CONS 0 NIL)) ((OR # #) (CONS 0 T)) ; ((BOOT::SPADCALL # # #) (CONS 0 NIL)) ((< # #) (CONS 0 T)) ; ((< # #) (CONS 0 NIL)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |RPOLCAT-;infRittWu?;2$B;20| ...) ; compiling (DEFUN |RPOLCAT-;supRittWu?;2$B;21| ...) ; file: /tmp/oa-vL0ONc/code.lsp ; in: DEFUN |RPOLCAT-;supRittWu?;2$B;21| ; (DEFUN BOOT::|RPOLCAT-;supRittWu?;2$B;21| (BOOT::|a| BOOT::|b| BOOT::$) ; (BOOT::SPADCALL BOOT::|b| BOOT::|a| (BOOT::|shellEntry| BOOT::$ 81))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RPOLCAT-;supRittWu?;2$B;21| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|RPOLCAT-;supRittWu?;2$B;21| ; (BOOT::SPADCALL BOOT::|b| BOOT::|a| (BOOT::|shellEntry| BOOT::$ 81)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |RPOLCAT-;prem;3$;22| ...) ; compiling (DEFUN |RPOLCAT-;pquo;3$;23| ...) ; compiling (DEFUN |RPOLCAT-;prem;2$V$;24| ...) ; compiling (DEFUN |RPOLCAT-;pquo;2$V$;25| ...) ; compiling (DEFUN |RPOLCAT-;lazyPrem;3$;26| ...) ; compiling (DEFUN |RPOLCAT-;lazyPquo;3$;27| ...) ; compiling (DEFUN |RPOLCAT-;lazyPrem;2$V$;28| ...) ; compiling (DEFUN |RPOLCAT-;lazyPquo;2$V$;29| ...) ; compiling (DEFUN |RPOLCAT-;headReduce;3$;30| ...) ; compiling (DEFUN |RPOLCAT-;initiallyReduce;3$;31| ...) ; compiling (DEFUN |RPOLCAT-;lazyPremWithDefault;2$R;32| ...) ; file: /tmp/oa-vL0ONc/code.lsp ; in: DEFUN |RPOLCAT-;lazyPremWithDefault;2$R;32| ; (DEFUN BOOT::|RPOLCAT-;lazyPremWithDefault;2$R;32| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (PROG (BOOT::|term| BOOT::|delta| BOOT::|test| BOOT::|db| BOOT::|lcb|) ; (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RPOLCAT-;lazyPremWithDefault;2$R;32| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|RPOLCAT-;lazyPremWithDefault;2$R;32| ; (PROG (BOOT::|term| BOOT::|delta| BOOT::|test| BOOT::|db| BOOT::|lcb|) ; (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |RPOLCAT-;lazyPremWithDefault;2$VR;33| ...) ; file: /tmp/oa-vL0ONc/code.lsp ; in: DEFUN |RPOLCAT-;lazyPremWithDefault;2$VR;33| ; (DEFUN BOOT::|RPOLCAT-;lazyPremWithDefault;2$VR;33| ; (BOOT::|a| BOOT::|b| BOOT::|v| BOOT::$) ; (PROG (BOOT::|term| BOOT::|lcav| BOOT::|lcbv| BOOT::|delta| BOOT::|test| ; BOOT::|dav|) ; (RETURN (COND (# #) (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RPOLCAT-;lazyPremWithDefault;2$VR;33| ; (BOOT::|a| BOOT::|b| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|RPOLCAT-;lazyPremWithDefault;2$VR;33| ; (PROG (BOOT::|term| BOOT::|lcav| BOOT::|lcbv| BOOT::|delta| ; BOOT::|test| BOOT::|dav|) ; (RETURN (COND # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |RPOLCAT-;pseudoDivide;2$R;34| ...) ; compiling (DEFUN |RPOLCAT-;lazyPseudoDivide;2$R;35| ...) ; file: /tmp/oa-vL0ONc/code.lsp ; in: DEFUN |RPOLCAT-;lazyPseudoDivide;2$R;35| ; (DEFUN BOOT::|RPOLCAT-;lazyPseudoDivide;2$R;35| (BOOT::|a| BOOT::|b| BOOT::$) ; (PROG (BOOT::|term| BOOT::|delta| BOOT::|test| BOOT::|q| BOOT::|db| ; BOOT::|lcb|) ; (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RPOLCAT-;lazyPseudoDivide;2$R;35| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|RPOLCAT-;lazyPseudoDivide;2$R;35| ; (PROG (BOOT::|term| BOOT::|delta| BOOT::|test| BOOT::|q| BOOT::|db| ; BOOT::|lcb|) ; (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |RPOLCAT-;lazyPseudoDivide;2$VR;36| ...) ; file: /tmp/oa-vL0ONc/code.lsp ; in: DEFUN |RPOLCAT-;lazyPseudoDivide;2$VR;36| ; (DEFUN BOOT::|RPOLCAT-;lazyPseudoDivide;2$VR;36| ; (BOOT::|a| BOOT::|b| BOOT::|v| BOOT::$) ; (PROG (BOOT::|term| BOOT::|lcav| BOOT::|q| BOOT::|lcbv| BOOT::|delta| ; BOOT::|test| BOOT::|dav|) ; (RETURN (COND (# #) (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RPOLCAT-;lazyPseudoDivide;2$VR;36| ; (BOOT::|a| BOOT::|b| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|RPOLCAT-;lazyPseudoDivide;2$VR;36| ; (PROG (BOOT::|term| BOOT::|lcav| BOOT::|q| BOOT::|lcbv| BOOT::|delta| ; BOOT::|test| BOOT::|dav|) ; (RETURN (COND # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |RPOLCAT-;monicModulo;3$;37| ...) ; compiling (DEFUN |RPOLCAT-;lazyResidueClass;2$R;38| ...) ; compiling (DEFUN |RPOLCAT-;reduced?;2$B;39| ...) ; compiling (DEFUN |RPOLCAT-;reduced?;$LB;40| ...) ; file: /tmp/oa-vL0ONc/code.lsp ; in: DEFUN |RPOLCAT-;reduced?;$LB;40| ; (DEFUN BOOT::|RPOLCAT-;reduced?;$LB;40| (BOOT::|p| BOOT::|lq| BOOT::$) ; (OR (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 11)) ; (PROGN (LOOP (COND # #)) (NULL BOOT::|lq|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RPOLCAT-;reduced?;$LB;40| ; (BOOT::|p| BOOT::|lq| BOOT::$) ; (BLOCK BOOT::|RPOLCAT-;reduced?;$LB;40| ; (OR (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 11)) ; (PROGN (LOOP #) (NULL BOOT::|lq|))))) ; ; note: Assignment to argument: |lq| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |RPOLCAT-;headReduced?;2$B;41| ...) ; file: /tmp/oa-vL0ONc/code.lsp ; in: DEFUN |RPOLCAT-;headReduced?;2$B;41| ; (DEFUN BOOT::|RPOLCAT-;headReduced?;2$B;41| (BOOT::|a| BOOT::|b| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|a| (BOOT::|shellEntry| BOOT::$ 45)) ; BOOT::|b| (BOOT::|shellEntry| BOOT::$ 108))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RPOLCAT-;headReduced?;2$B;41| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|RPOLCAT-;headReduced?;2$B;41| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|a| (BOOT::|shellEntry| BOOT::$ 45)) BOOT::|b| ; (BOOT::|shellEntry| BOOT::$ 108)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |RPOLCAT-;headReduced?;$LB;42| ...) ; file: /tmp/oa-vL0ONc/code.lsp ; in: DEFUN |RPOLCAT-;headReduced?;$LB;42| ; (DEFUN BOOT::|RPOLCAT-;headReduced?;$LB;42| (BOOT::|p| BOOT::|lq| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 45)) ; BOOT::|lq| (BOOT::|shellEntry| BOOT::$ 137))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RPOLCAT-;headReduced?;$LB;42| ; (BOOT::|p| BOOT::|lq| BOOT::$) ; (BLOCK BOOT::|RPOLCAT-;headReduced?;$LB;42| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 45)) BOOT::|lq| ; (BOOT::|shellEntry| BOOT::$ 137)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |RPOLCAT-;initiallyReduced?;2$B;43| ...) ; file: /tmp/oa-vL0ONc/code.lsp ; in: DEFUN |RPOLCAT-;initiallyReduced?;2$B;43| ; (DEFUN BOOT::|RPOLCAT-;initiallyReduced?;2$B;43| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|b| (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|error| ; "Error in initiallyReduced? : ($,$) -> Bool. from RPOLCAT : #2 is constant")) ; ((OR (BOOT::SPADCALL BOOT::|a| #) (BOOT::SPADCALL # # #)) T) ; ((BOOT::SPADCALL (BOOT::SPADCALL BOOT::|a| #) (BOOT::SPADCALL BOOT::|b| #) ; (BOOT::|shellEntry| BOOT::$ 99)) ; (BOOT::SPADCALL BOOT::|a| BOOT::|b| (BOOT::|shellEntry| BOOT::$ 108))) ; (T ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|a| #) BOOT::|b| ; (BOOT::|shellEntry| BOOT::$ 139))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RPOLCAT-;initiallyReduced?;2$B;43| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|RPOLCAT-;initiallyReduced?;2$B;43| ; (COND ; ((BOOT::SPADCALL BOOT::|b| #) ; (BOOT::|error| ; "Error in initiallyReduced? : ($,$) -> Bool. from RPOLCAT : #2 is constant")) ; ((OR # #) T) ; ((BOOT::SPADCALL # # #) (BOOT::SPADCALL BOOT::|a| BOOT::|b| #)) ; (T (BOOT::SPADCALL # BOOT::|b| #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |RPOLCAT-;initiallyReduced?;$LB;44| ...) ; file: /tmp/oa-vL0ONc/code.lsp ; in: DEFUN |RPOLCAT-;initiallyReduced?;$LB;44| ; (DEFUN BOOT::|RPOLCAT-;initiallyReduced?;$LB;44| ; (BOOT::|p| BOOT::|lq| BOOT::$) ; (OR (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 11)) ; (PROGN (LOOP (COND # #)) (NULL BOOT::|lq|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RPOLCAT-;initiallyReduced?;$LB;44| ; (BOOT::|p| BOOT::|lq| BOOT::$) ; (BLOCK BOOT::|RPOLCAT-;initiallyReduced?;$LB;44| ; (OR (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 11)) ; (PROGN (LOOP #) (NULL BOOT::|lq|))))) ; ; note: Assignment to argument: |lq| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |RPOLCAT-;normalized?;2$B;45| ...) ; file: /tmp/oa-vL0ONc/code.lsp ; in: DEFUN |RPOLCAT-;normalized?;2$B;45| ; (DEFUN BOOT::|RPOLCAT-;normalized?;2$B;45| (BOOT::|a| BOOT::|b| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|b| (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|error| ; "Error in normalized? : ($,$) -> Boolean from TSETCAT : #2 is constant")) ; ((OR (BOOT::SPADCALL BOOT::|a| #) (BOOT::SPADCALL # # #)) T) ; ((BOOT::SPADCALL (BOOT::SPADCALL BOOT::|a| #) (BOOT::SPADCALL BOOT::|b| #) ; (BOOT::|shellEntry| BOOT::$ 99)) ; NIL) ; (T ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|a| #) BOOT::|b| ; (BOOT::|shellEntry| BOOT::$ 142))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RPOLCAT-;normalized?;2$B;45| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|RPOLCAT-;normalized?;2$B;45| ; (COND ; ((BOOT::SPADCALL BOOT::|b| #) ; (BOOT::|error| ; "Error in normalized? : ($,$) -> Boolean from TSETCAT : #2 is constant")) ; ((OR # #) T) ((BOOT::SPADCALL # # #) NIL) ; (T (BOOT::SPADCALL # BOOT::|b| #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |RPOLCAT-;normalized?;$LB;46| ...) ; file: /tmp/oa-vL0ONc/code.lsp ; in: DEFUN |RPOLCAT-;normalized?;$LB;46| ; (DEFUN BOOT::|RPOLCAT-;normalized?;$LB;46| (BOOT::|p| BOOT::|lq| BOOT::$) ; (PROGN (LOOP (COND (# #) (T #))) (NULL BOOT::|lq|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RPOLCAT-;normalized?;$LB;46| ; (BOOT::|p| BOOT::|lq| BOOT::$) ; (BLOCK BOOT::|RPOLCAT-;normalized?;$LB;46| ; (PROGN (LOOP (COND # #)) (NULL BOOT::|lq|)))) ; ; note: Assignment to argument: |lq| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |RPOLCAT-;exactQuo| ...) ; compiling (DEFUN |RPOLCAT-;exactQuotient;$R$;48| ...) ; compiling (DEFUN |RPOLCAT-;exactQuotient;3$;49| ...) ; compiling (DEFUN |RPOLCAT-;exactQuotient!;3$;50| ...) ; compiling (DEFUN |RPOLCAT-;primPartElseUnitCanonical;2$;51| ...) ; compiling (DEFUN |RPOLCAT-;primPartElseUnitCanonical!;2$;52| ...) ; compiling (DEFUN |RPOLCAT-;primPartElseUnitCanonical;2$;53| ...) ; compiling (DEFUN |RPOLCAT-;primitivePart!;2$;54| ...) ; compiling (DEFUN |RPOLCAT-;primPartElseUnitCanonical!;2$;55| ...) ; compiling (DEFUN |RPOLCAT-;primPartElseUnitCanonical;2$;56| ...) ; compiling (DEFUN |RPOLCAT-;primPartElseUnitCanonical!;2$;57| ...) ; compiling (DEFUN |RPOLCAT-;gcd;R$R;58| ...) ; compiling (DEFUN |RPOLCAT-;mainContent;2$;59| ...) ; compiling (DEFUN |RPOLCAT-;mainPrimitivePart;2$;60| ...) ; compiling (DEFUN |RPOLCAT-;mainSquareFreePart;2$;61| ...) ; compiling (DEFUN |RPOLCAT-;convert;$P;62| ...) ; compiling (DEFUN |RPOLCAT-;coerce;$P;63| ...) ; compiling (DEFUN |RPOLCAT-;localRetract| ...) ; compiling (DEFUN |RPOLCAT-;localRetractPQ| ...) ; compiling (DEFUN |RPOLCAT-;localRetractPZ| ...) ; compiling (DEFUN |RPOLCAT-;retractable?| ...) ; compiling (DEFUN |RPOLCAT-;retractablePQ?| ...) ; compiling (DEFUN |RPOLCAT-;retractablePZ?| ...) ; compiling (DEFUN |RPOLCAT-;localRetractIfCan| ...) ; compiling (DEFUN |RPOLCAT-;localRetractIfCanPQ| ...) ; compiling (DEFUN |RPOLCAT-;localRetractIfCanPZ| ...) ; compiling (DEFUN |RPOLCAT-;retract;P$;73| ...) ; compiling (DEFUN |RPOLCAT-;convert;P$;74| ...) ; compiling (DEFUN |RPOLCAT-;retract;P$;75| ...) ; compiling (DEFUN |RPOLCAT-;convert;P$;76| ...) ; compiling (DEFUN |RPOLCAT-;ZToQ| ...) ; compiling (DEFUN |RPOLCAT-;RToQ| ...) ; compiling (DEFUN |RPOLCAT-;PZToPQ| ...) ; compiling (DEFUN |RPOLCAT-;PRToPQ| ...) ; compiling (DEFUN |RPOLCAT-;retractIfCan;PU;81| ...) ; file: /tmp/oa-vL0ONc/code.lsp ; in: DEFUN |RPOLCAT-;retractIfCan;PU;81| ; (DEFUN BOOT::|RPOLCAT-;retractIfCan;PU;81| (BOOT::|pz| BOOT::$) ; (LET ((BOOT::|pq| (BOOT::|RPOLCAT-;PZToPQ| BOOT::|pz| BOOT::$))) ; (BOOT::SPADCALL BOOT::|pq| (BOOT::|shellEntry| BOOT::$ 234)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RPOLCAT-;retractIfCan;PU;81| ; (BOOT::|pz| BOOT::$) ; (BLOCK BOOT::|RPOLCAT-;retractIfCan;PU;81| ; (LET ((BOOT::|pq| #)) ; (BOOT::SPADCALL BOOT::|pq| (BOOT::|shellEntry| BOOT::$ 234))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |RPOLCAT-;retractIfCan;PU;82| ...) ; compiling (DEFUN |RPOLCAT-;convert;P$;83| ...) ; compiling (DEFUN |RPOLCAT-;convert;P$;84| ...) ; compiling (DEFUN |RPOLCAT-;retractIfCan;PU;85| ...) ; compiling (DEFUN |RPOLCAT-;retractIfCan;PU;86| ...) ; compiling (DEFUN |RPOLCAT-;retractIfCan;PU;87| ...) ; file: /tmp/oa-vL0ONc/code.lsp ; in: DEFUN |RPOLCAT-;retractIfCan;PU;87| ; (DEFUN BOOT::|RPOLCAT-;retractIfCan;PU;87| (BOOT::|pq| BOOT::$) ; (LET ((BOOT::|pr| (BOOT::SPADCALL # BOOT::|pq| #))) ; (BOOT::SPADCALL BOOT::|pr| (BOOT::|shellEntry| BOOT::$ 252)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RPOLCAT-;retractIfCan;PU;87| ; (BOOT::|pq| BOOT::$) ; (BLOCK BOOT::|RPOLCAT-;retractIfCan;PU;87| ; (LET ((BOOT::|pr| #)) ; (BOOT::SPADCALL BOOT::|pr| (BOOT::|shellEntry| BOOT::$ 252))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |RPOLCAT-;retractIfCan;PU;87!0| ...) ; compiling (DEFUN |RPOLCAT-;retractIfCan;PU;88| ...) ; file: /tmp/oa-vL0ONc/code.lsp ; in: DEFUN |RPOLCAT-;retractIfCan;PU;88| ; (DEFUN BOOT::|RPOLCAT-;retractIfCan;PU;88| (BOOT::|pz| BOOT::$) ; (LET ((BOOT::|pr| (BOOT::SPADCALL # BOOT::|pz| #))) ; (BOOT::SPADCALL BOOT::|pr| (BOOT::|shellEntry| BOOT::$ 252)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RPOLCAT-;retractIfCan;PU;88| ; (BOOT::|pz| BOOT::$) ; (BLOCK BOOT::|RPOLCAT-;retractIfCan;PU;88| ; (LET ((BOOT::|pr| #)) ; (BOOT::SPADCALL BOOT::|pr| (BOOT::|shellEntry| BOOT::$ 252))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |RPOLCAT-;retractIfCan;PU;88!0| ...) ; compiling (DEFUN |RPOLCAT-;retract;P$;89| ...) ; compiling (DEFUN |RPOLCAT-;convert;P$;90| ...) ; compiling (DEFUN |RPOLCAT-;retract;P$;91| ...) ; compiling (DEFUN |RPOLCAT-;convert;P$;92| ...) ; compiling (DEFUN |RPOLCAT-;RToZ| ...) ; file: /tmp/oa-vL0ONc/code.lsp ; in: DEFUN |RPOLCAT-;RToZ| ; (DEFUN BOOT::|RPOLCAT-;RToZ| (BOOT::|r| BOOT::$) ; (BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 258))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RPOLCAT-;RToZ| ; (BOOT::|r| BOOT::$) ; (BLOCK BOOT::|RPOLCAT-;RToZ| ; (BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 258)))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |RPOLCAT-;PRToPZ| ...) ; compiling (DEFUN |RPOLCAT-;convert;P$;95| ...) ; compiling (DEFUN |RPOLCAT-;retractIfCan;PU;96| ...) ; compiling (DEFUN |RPOLCAT-;convert;P$;97| ...) ; compiling (DEFUN |RPOLCAT-;retractIfCan;PU;98| ...) ; compiling (DEFUN |RPOLCAT-;retractIfCan;PU;99| ...) ; compiling (DEFUN |RPOLCAT-;retractIfCan;PU;100| ...) ; file: /tmp/oa-vL0ONc/code.lsp ; in: DEFUN |RPOLCAT-;retractIfCan;PU;100| ; (DEFUN BOOT::|RPOLCAT-;retractIfCan;PU;100| (BOOT::|pz| BOOT::$) ; (LET ((BOOT::|pr| (BOOT::SPADCALL # BOOT::|pz| #))) ; (BOOT::SPADCALL BOOT::|pr| (BOOT::|shellEntry| BOOT::$ 252)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RPOLCAT-;retractIfCan;PU;100| ; (BOOT::|pz| BOOT::$) ; (BLOCK BOOT::|RPOLCAT-;retractIfCan;PU;100| ; (LET ((BOOT::|pr| #)) ; (BOOT::SPADCALL BOOT::|pr| (BOOT::|shellEntry| BOOT::$ 252))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |RPOLCAT-;retractIfCan;PU;100!0| ...) ; compiling (DEFUN |RPOLCAT-;retract;P$;101| ...) ; compiling (DEFUN |RPOLCAT-;convert;P$;102| ...) ; compiling (DEFUN |RPOLCAT-;retractIfCan;PU;103| ...) ; compiling (DEFUN |RPOLCAT-;retract;P$;104| ...) ; compiling (DEFUN |RPOLCAT-;convert;P$;105| ...) ; compiling (DEFUN |RPOLCAT-;convert;$S;106| ...) ; file: /tmp/oa-vL0ONc/code.lsp ; in: DEFUN |RPOLCAT-;convert;$S;106| ; (DEFUN BOOT::|RPOLCAT-;convert;$S;106| (BOOT::|pol| BOOT::$) ; (PROG (BOOT::|n|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RPOLCAT-;convert;$S;106| ; (BOOT::|pol| BOOT::$) ; (BLOCK BOOT::|RPOLCAT-;convert;$S;106| ; (PROG (BOOT::|n|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |RecursivePolynomialCategory&| ...) ; compiling (MAKEPROP (QUOTE |RecursivePolynomialCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 23 notes ; /tmp/oa-vL0ONc/code.fasl written ; compilation finished in 0:00:00.481 ------------------------------------------------------------------------ finalizing NRLIB RPOLCAT Processing RecursivePolynomialCategory for Browser database: -- mvar : % -> V -- mdeg : % -> NonNegativeInteger -- init : % -> % -- head : % -> % -- tail : % -> % -- deepestTail : % -> % -- iteratedInitials : % -> List % -- deepestInitial : % -> % -- leadingCoefficient : (%,V) -> % -- reductum : (%,V) -> % -- monic? : % -> Boolean -- quasiMonic? : % -> Boolean -- mainMonomial : % -> % -- leastMonomial : % -> % -- mainCoefficients : % -> List % -- mainMonomials : % -> List % -- RittWuCompare : (%,%) -> Union(Boolean,"failed") -- infRittWu? : (%,%) -> Boolean -- supRittWu? : (%,%) -> Boolean -- reduced? : (%,%) -> Boolean -- reduced? : (%,List %) -> Boolean -- headReduced? : (%,%) -> Boolean -- headReduced? : (%,List %) -> Boolean -- initiallyReduced? : (%,%) -> Boolean -- initiallyReduced? : (%,List %) -> Boolean -- normalized? : (%,%) -> Boolean -- normalized? : (%,List %) -> Boolean -- prem : (%,%) -> % -- pquo : (%,%) -> % -- prem : (%,%,V) -> % -- pquo : (%,%,V) -> % -- lazyPrem : (%,%) -> % -- lazyPquo : (%,%) -> % -- lazyPrem : (%,%,V) -> % -- lazyPquo : (%,%,V) -> % -- lazyPremWithDefault : (%,%) -> Record(coef: %,gap: NonNegativeInteger,remainder: %) -- lazyPremWithDefault : (%,%,V) -> Record(coef: %,gap: NonNegativeInteger,remainder: %) -- lazyPseudoDivide : (%,%) -> Record(coef: %,gap: NonNegativeInteger,quotient: %,remainder: %) -- lazyPseudoDivide : (%,%,V) -> Record(coef: %,gap: NonNegativeInteger,quotient: %,remainder: %) -- pseudoDivide : (%,%) -> Record(quotient: %,remainder: %) -- monicModulo : (%,%) -> % -- lazyResidueClass : (%,%) -> Record(polnum: %,polden: %,power: NonNegativeInteger) -- headReduce : (%,%) -> % -- initiallyReduce : (%,%) -> % -- retractIfCan : Polynomial Fraction Integer -> Union(%,"failed") -- retract : Polynomial Fraction Integer -> % -- convert : Polynomial Fraction Integer -> % -- retractIfCan : Polynomial Integer -> Union(%,"failed") -- retract : Polynomial Integer -> % -- convert : Polynomial Integer -> % -- retractIfCan : Polynomial R -> Union(%,"failed") -- retract : Polynomial R -> % -- retractIfCan : Polynomial Integer -> Union(%,"failed") -- retract : Polynomial Integer -> % -- convert : Polynomial Integer -> % -- retractIfCan : Polynomial R -> Union(%,"failed") -- retract : Polynomial R -> % -- retractIfCan : Polynomial R -> Union(%,"failed") -- retract : Polynomial R -> % -- convert : Polynomial R -> % -- primPartElseUnitCanonical : % -> % -- primPartElseUnitCanonical! : % -> % -- exactQuotient : (%,R) -> % -- exactQuotient! : (%,R) -> % -- exactQuotient : (%,%) -> % -- exactQuotient! : (%,%) -> % -- subResultantGcd : (%,%) -> % -- extendedSubResultantGcd : (%,%) -> Record(gcd: %,coef1: %,coef2: %) -- halfExtendedSubResultantGcd1 : (%,%) -> Record(gcd: %,coef1: %) -- halfExtendedSubResultantGcd2 : (%,%) -> Record(gcd: %,coef2: %) -- resultant : (%,%) -> % -- subResultantChain : (%,%) -> List % -- lastSubResultant : (%,%) -> % -- LazardQuotient : (%,%,NonNegativeInteger) -> % -- LazardQuotient2 : (%,%,%,NonNegativeInteger) -> % -- nextsubResultant2 : (%,%,%,%) -> % -- gcd : (R,%) -> R -- primitivePart! : % -> % -- mainContent : % -> % -- mainPrimitivePart : % -> % -- mainSquareFreePart : % -> % -- constructor ; compiling file "/tmp/oa-JN772d/code.lsp" (written 01 FEB 2016 11:12:49 PM): ; compiling (DEFPARAMETER |RecursivePolynomialCategory;AL| ...) ; compiling (DEFUN |RecursivePolynomialCategory;| ...) ; compiling (DEFUN |RecursivePolynomialCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-JN772d/code.fasl written ; compilation finished in 0:00:00.036 ------------------------------------------------------------------------ ================================== === layer 17 of 24 complete ====== ================================== ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile KAFILE.spad && cp KAFILE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/KAFILE.fasl \ && if test -f KAFILE-.NRLIB/code.fasl; then \ cp KAFILE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/KAFILE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/KAFILE.spad using Spad compiler. KAFILE abbreviates domain KeyedAccessFile debug: compDefine1 lhs: (KeyedAccessFile Entry) signature (pre-evaluate): ((Join (FileCategory (FileName) (Record (: key (String)) (: entry Entry))) (TableAggregate (String) Entry) (CATEGORY domain (SIGNATURE pack! ($ $)))) NIL) debug: evaluateType form: (Join (FileCategory (FileName) (Record (: key (String)) (: entry Entry))) (TableAggregate (String) Entry) (CATEGORY domain (SIGNATURE pack! ($ $)))) $param: (Entry) debug: evaluateType form: (FileCategory (FileName) (Record (: key (String)) (: entry Entry))) $param: (Entry) Debug: evaluateType1 form: (FileCategory (FileName) (Record (: key (String)) (: entry Entry))) debug: evaluateType1 x: (FileName) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (Entry) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (FileName) $param: (Entry) Debug: evaluateType1 form: (FileName) debug: evalCategory d: (FileName) c: (SetCategory) debug: evaluateType1 x: (Record (: key (String)) (: entry Entry)) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (Entry) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Record (: key (String)) (: entry Entry)) $param: (Entry) debug: evaluateType form: (String) $param: (Entry) Debug: evaluateType1 form: (String) debug: evaluateType form: Entry $param: (Entry) debug: evalCategory d: (Record (: key (String)) (: entry Entry)) c: (SetCategory) debug: evaluateType form: (TableAggregate (String) Entry) $param: (Entry) Debug: evaluateType1 form: (TableAggregate (String) Entry) debug: evaluateType1 x: (String) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (Entry) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (String) $param: (Entry) Debug: evaluateType1 form: (String) debug: evalCategory d: (String) c: (SetCategory) debug: evaluateType1 x: Entry m: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE pack! ($ $))) $param: (Entry) debug: compDefine1 signature (post evaluate): ((Join (FileCategory (FileName) (Record (: key (String)) (: entry Entry))) (TableAggregate (String) Entry) (CATEGORY domain (SIGNATURE pack! ($ $)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for KeyedAccessFile compiling into /tmp/oa-S8NeA9 compiling local defstream : (FileName,String) -> SExpression Time: 0.06 SEC. compiling exported = : (%,%) -> Boolean KAFILE;=;2$B;2(f1,f2) is replaced by %equal(%vref(f1,0),%vref(f2,0)) Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Time: 0.00 SEC. compiling exported open : FileName -> % Time: 0 SEC. compiling exported open : (FileName,String) -> % Time: 0.01 SEC. compiling exported reopen! : (%,String) -> % Time: 0.02 SEC. compiling exported close! : % -> % Time: 0.01 SEC. compiling exported read! : % -> Record(key: String,entry: Entry) Time: 0.06 SEC. compiling exported write! : (%,Record(key: String,entry: Entry)) -> Record(key: String,entry: Entry) Time: 0.02 SEC. compiling exported name : % -> FileName KAFILE;name;$Fn;10 f is replaced by %vref(f,0) Time: 0 SEC. compiling exported iomode : % -> String KAFILE;iomode;$S;11 f is replaced by %vref(f,2) Time: 0.00 SEC. compiling exported empty : () -> % Time: 0.01 SEC. compiling exported keys : % -> List String Time: 0.02 SEC. compiling exported # : % -> NonNegativeInteger Time: 0.02 SEC. compiling exported elt : (%,String) -> Entry Time: 0.01 SEC. compiling exported setelt : (%,String,Entry) -> Entry Time: 0 SEC. compiling exported search : (String,%) -> Union(Entry,failed) Time: 0.02 SEC. compiling exported remove! : (String,%) -> Union(Entry,failed) Time: 0.00 SEC. compiling exported pack! : % -> % Time: 0 SEC. (time taken in buildFunctor: 8) Time: 0.02 SEC. Warnings: [1] Type String is not in scope. Import it [2] Type SExpression is not in scope. Import it Cumulative Statistics for Constructor KeyedAccessFile Time: 0.30 seconds finalizing NRLIB KAFILE Processing KeyedAccessFile for Browser database: -- pack! : % -> % -- constructor ; compiling file "/tmp/oa-S8NeA9/code.lsp" (written 01 FEB 2016 11:12:50 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |KAFILE;=;2$B;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |KAFILE;name;$Fn;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |KAFILE;iomode;$S;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |KAFILE;defstream| ...) ; compiling (DEFUN |KAFILE;=;2$B;2| ...) ; compiling (DEFUN |KAFILE;coerce;$Of;3| ...) ; compiling (DEFUN |KAFILE;open;Fn$;4| ...) ; compiling (DEFUN |KAFILE;open;FnS$;5| ...) ; file: /tmp/oa-S8NeA9/code.lsp ; in: DEFUN |KAFILE;open;FnS$;5| ; (DEFUN BOOT::|KAFILE;open;FnS$;5| (BOOT::|fname| BOOT::|mode| BOOT::$) ; (COND ((NOT (NULL #)) (COND (# #) (# #) (T #))) ; (T ; (VECTOR BOOT::|fname| ; (BOOT::|KAFILE;defstream| BOOT::|fname| BOOT::|mode| ; BOOT::$) ; BOOT::|mode|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|KAFILE;open;FnS$;5| ; (BOOT::|fname| BOOT::|mode| BOOT::$) ; (BLOCK BOOT::|KAFILE;open;FnS$;5| ; (COND ((NOT #) (COND # # #)) ; (T (VECTOR BOOT::|fname| # BOOT::|mode|))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |KAFILE;reopen!;$S$;6| ...) ; compiling (DEFUN |KAFILE;close!;2$;7| ...) ; compiling (DEFUN |KAFILE;read!;$R;8| ...) ; file: /tmp/oa-S8NeA9/code.lsp ; in: DEFUN |KAFILE;read!;$R;8| ; (DEFUN BOOT::|KAFILE;read!;$R;8| (BOOT::|f| BOOT::$) ; (PROG (BOOT::|k| BOOT::|ix|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|KAFILE;read!;$R;8| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|KAFILE;read!;$R;8| ; (PROG (BOOT::|k| BOOT::|ix|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |KAFILE;write!;$2R;9| ...) ; file: /tmp/oa-S8NeA9/code.lsp ; in: DEFUN |KAFILE;write!;$2R;9| ; (DEFUN BOOT::|KAFILE;write!;$2R;9| (BOOT::|f| BOOT::|pr| BOOT::$) ; (COND ; ((BOOT::SPADCALL (SVREF BOOT::|f| 2) "output" ; (BOOT::|shellEntry| BOOT::$ 27)) ; (BOOT::|error| (LIST "File not in write state" #))) ; (T (PROGN (BOOT::SPADRWRITE # # #) BOOT::|pr|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|KAFILE;write!;$2R;9| ; (BOOT::|f| BOOT::|pr| BOOT::$) ; (BLOCK BOOT::|KAFILE;write!;$2R;9| ; (COND ((BOOT::SPADCALL # "output" #) (BOOT::|error| #)) ; (T (PROGN # BOOT::|pr|))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |KAFILE;name;$Fn;10| ...) ; compiling (DEFUN |KAFILE;iomode;$S;11| ...) ; compiling (DEFUN |KAFILE;empty;$;12| ...) ; compiling (DEFUN |KAFILE;keys;$L;13| ...) ; file: /tmp/oa-S8NeA9/code.lsp ; in: DEFUN |KAFILE;keys;$L;13| ; (DEFUN BOOT::|KAFILE;keys;$L;13| (BOOT::|f| BOOT::$) ; (PROG (BOOT::|l|) ; (RETURN ; (PROGN ; (BOOT::|KAFILE;close!;2$;7| BOOT::|f| BOOT::$) ; (BOOT::LETT BOOT::|l| # BOOT::|KAFILE;keys;$L;13|) ; (LET # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|KAFILE;keys;$L;13| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|KAFILE;keys;$L;13| ; (PROG (BOOT::|l|) (RETURN (PROGN # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS STRING T)) &REST T). ; compiling (DEFUN |KAFILE;#;$Nni;14| ...) ; compiling (DEFUN |KAFILE;elt;$SEntry;15| ...) ; compiling (DEFUN |KAFILE;setelt;$S2Entry;16| ...) ; compiling (DEFUN |KAFILE;search;S$U;17| ...) ; compiling (DEFUN |KAFILE;remove!;S$U;18| ...) ; compiling (DEFUN |KAFILE;pack!;2$;19| ...) ; compiling (DEFUN |KeyedAccessFile| ...) ; compiling (DEFUN |KeyedAccessFile;| ...) ; compiling (MAKEPROP (QUOTE |KeyedAccessFile|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 4 notes ; /tmp/oa-S8NeA9/code.fasl written ; compilation finished in 0:00:00.058 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile IPRNTPK.spad && cp IPRNTPK.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IPRNTPK.fasl \ && if test -f IPRNTPK-.NRLIB/code.fasl; then \ cp IPRNTPK-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IPRNTPK-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IPRNTPK.spad using Spad compiler. IPRNTPK abbreviates package InternalPrintPackage debug: compDefine1 lhs: (InternalPrintPackage) signature (pre-evaluate): ((CATEGORY package (SIGNATURE iprint ((Void) (String))))) debug: evaluateType form: (CATEGORY package (SIGNATURE iprint ((Void) (String)))) $param: NIL debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE iprint ((Void) (String))))) ------------------------------------------------------------------------ initializing stationary directory for InternalPrintPackage compiling into /tmp/oa-GYoIyw compiling exported iprint : String -> Void Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor InternalPrintPackage Time: 0.02 seconds finalizing NRLIB IPRNTPK Processing InternalPrintPackage for Browser database: -- iprint : String -> Void -- constructor ; compiling file "/tmp/oa-GYoIyw/code.lsp" (written 01 FEB 2016 11:12:50 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |IPRNTPK;iprint;SV;1| ...) ; compiling (DEFUN |InternalPrintPackage| ...) ; compiling (DEFUN |InternalPrintPackage;| ...) ; compiling (MAKEPROP (QUOTE |InternalPrintPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-GYoIyw/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile TBCMPPK.spad && cp TBCMPPK.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/TBCMPPK.fasl \ && if test -f TBCMPPK-.NRLIB/code.fasl; then \ cp TBCMPPK-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/TBCMPPK-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TBCMPPK.spad using Spad compiler. TBCMPPK abbreviates package TabulatedComputationPackage debug: compDefine1 lhs: (TabulatedComputationPackage Key Entry) signature (pre-evaluate): ((CATEGORY package (SIGNATURE initTable! ((Void))) (SIGNATURE printInfo! ((Void) (String) (String))) (SIGNATURE startStats! ((Void) (String))) (SIGNATURE printStats! ((Void))) (SIGNATURE clearTable! ((Void))) (SIGNATURE usingTable? ((Boolean))) (SIGNATURE printingInfo? ((Boolean))) (SIGNATURE makingStats? ((Boolean))) (SIGNATURE extractIfCan ((Union Entry failed) Key)) (SIGNATURE insert! ((Void) Key Entry))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE initTable! ((Void))) (SIGNATURE printInfo! ((Void) (String) (String))) (SIGNATURE startStats! ((Void) (String))) (SIGNATURE printStats! ((Void))) (SIGNATURE clearTable! ((Void))) (SIGNATURE usingTable? ((Boolean))) (SIGNATURE printingInfo? ((Boolean))) (SIGNATURE makingStats? ((Boolean))) (SIGNATURE extractIfCan ((Union Entry failed) Key)) (SIGNATURE insert! ((Void) Key Entry))) $param: (Key Entry) debug: evaluateType form: (Void) $param: (Key Entry) Debug: evaluateType1 form: (Void) debug: evaluateType form: (Void) $param: (Key Entry) Debug: evaluateType1 form: (Void) debug: evaluateType form: (String) $param: (Key Entry) Debug: evaluateType1 form: (String) debug: evaluateType form: (String) $param: (Key Entry) Debug: evaluateType1 form: (String) debug: evaluateType form: (Void) $param: (Key Entry) Debug: evaluateType1 form: (Void) debug: evaluateType form: (String) $param: (Key Entry) Debug: evaluateType1 form: (String) debug: evaluateType form: (Void) $param: (Key Entry) Debug: evaluateType1 form: (Void) debug: evaluateType form: (Void) $param: (Key Entry) Debug: evaluateType1 form: (Void) debug: evaluateType form: (Boolean) $param: (Key Entry) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (Key Entry) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (Key Entry) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Union Entry failed) $param: (Key Entry) debug: evaluateType form: Entry $param: (Key Entry) debug: evaluateType form: failed $param: (Key Entry) debug: evaluateType form: Key $param: (Key Entry) debug: evaluateType form: (Void) $param: (Key Entry) Debug: evaluateType1 form: (Void) debug: evaluateType form: Key $param: (Key Entry) debug: evaluateType form: Entry $param: (Key Entry) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE initTable! ((Void))) (SIGNATURE printInfo! ((Void) (String) (String))) (SIGNATURE startStats! ((Void) (String))) (SIGNATURE printStats! ((Void))) (SIGNATURE clearTable! ((Void))) (SIGNATURE usingTable? ((Boolean))) (SIGNATURE printingInfo? ((Boolean))) (SIGNATURE makingStats? ((Boolean))) (SIGNATURE extractIfCan ((Union Entry failed) Key)) (SIGNATURE insert! ((Void) Key Entry))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for TabulatedComputationPackage compiling into /tmp/oa-GzgtGG compiling exported initTable! : () -> Void Time: 0.06 SEC. compiling exported printInfo! : (String,String) -> Void Time: 0.01 SEC. compiling exported startStats! : String -> Void Time: 0.00 SEC. compiling exported printStats! : () -> Void Time: 0.01 SEC. compiling exported clearTable! : () -> Void Time: 0.00 SEC. compiling exported usingTable? : () -> Boolean Time: 0 SEC. compiling exported printingInfo? : () -> Boolean Time: 0 SEC. compiling exported makingStats? : () -> Boolean Time: 0.00 SEC. compiling exported extractIfCan : Key -> Union(Entry,failed) Time: 0.00 SEC. compiling exported insert! : (Key,Entry) -> Void Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor TabulatedComputationPackage Time: 0.12 seconds finalizing NRLIB TBCMPPK Processing TabulatedComputationPackage for Browser database: -- initTable! : () -> Void -- printInfo! : (String,String) -> Void -- startStats! : String -> Void -- printStats! : () -> Void -- clearTable! : () -> Void -- usingTable? : () -> Boolean -- printingInfo? : () -> Boolean -- makingStats? : () -> Boolean -- extractIfCan : Key -> Union(Entry,"failed") -- insert! : (Key,Entry) -> Void -- constructor ; compiling file "/tmp/oa-GzgtGG/code.lsp" (written 01 FEB 2016 11:12:50 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |TBCMPPK;usingTable?;B;6|) ...) ; compiling (PUT (QUOTE |TBCMPPK;printingInfo?;B;7|) ...) ; compiling (PUT (QUOTE |TBCMPPK;makingStats?;B;8|) ...) ; compiling (DEFUN |TBCMPPK;initTable!;V;1| ...) ; compiling (DEFUN |TBCMPPK;printInfo!;2SV;2| ...) ; compiling (DEFUN |TBCMPPK;startStats!;SV;3| ...) ; compiling (DEFUN |TBCMPPK;printStats!;V;4| ...) ; compiling (DEFUN |TBCMPPK;clearTable!;V;5| ...) ; compiling (DEFUN |TBCMPPK;usingTable?;B;6| ...) ; compiling (DEFUN |TBCMPPK;printingInfo?;B;7| ...) ; compiling (DEFUN |TBCMPPK;makingStats?;B;8| ...) ; compiling (DEFUN |TBCMPPK;extractIfCan;KeyU;9| ...) ; compiling (DEFUN |TBCMPPK;insert!;KeyEntryV;10| ...) ; compiling (DEFUN |TabulatedComputationPackage| ...) ; compiling (DEFUN |TabulatedComputationPackage;| ...) ; compiling (MAKEPROP (QUOTE |TabulatedComputationPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-GzgtGG/code.fasl written ; compilation finished in 0:00:00.052 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PSETCAT.spad && cp PSETCAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PSETCAT.fasl \ && if test -f PSETCAT-.NRLIB/code.fasl; then \ cp PSETCAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PSETCAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PSETCAT.spad using Spad compiler. PSETCAT abbreviates category PolynomialSetCategory debug: compDefine1 lhs: (PolynomialSetCategory R E VarSet P) signature (pre-evaluate): ((Category) (Ring) (OrderedAbelianMonoidSup) (OrderedSet) (RecursivePolynomialCategory R E VarSet)) debug: evaluateType form: (Category) $param: (R E VarSet P) debug: evaluateType form: (Ring) $param: (R E VarSet P) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (R E VarSet P) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedSet) $param: (R E VarSet P) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (RecursivePolynomialCategory R E VarSet) $param: (R E VarSet P) Debug: evaluateType1 form: (RecursivePolynomialCategory R E VarSet) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: E m: (OrderedAbelianMonoidSup) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: compDefine1 signature (post evaluate): ((Category) (Ring) (OrderedAbelianMonoidSup) (OrderedSet) (RecursivePolynomialCategory R E VarSet)) debug: compDefine1 lhs: (PolynomialSetCategory R E VarSet P) signature (pre-evaluate): ((Category) NIL NIL NIL NIL) debug: evaluateType form: (Category) $param: (R E VarSet P) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PolynomialSetCategory compiling into /tmp/oa-WlIQ20 STYLE-WARNING: redefining BOOT::|PolynomialSetCategory| in DEFUN Time: 0.02 SEC. PSETCAT- abbreviates package PolynomialSetCategory& ------------------------------------------------------------------------ initializing stationary directory for PolynomialSetCategory& compiling into /tmp/oa-RKrAub compiling local elements : S -> List P Time: 0.07 SEC. compiling local variables1 : List P -> List VarSet Time: 0.04 SEC. compiling local variables2 : List P -> List VarSet Time: 0.00 SEC. compiling exported variables : S -> List VarSet Time: 0 SEC. compiling exported mainVariables : S -> List VarSet Time: 0.00 SEC. compiling exported mainVariable? : (VarSet,S) -> Boolean Time: 0.01 SEC. compiling exported collectUnder : (S,VarSet) -> S Time: 0.01 SEC. compiling exported collectUpper : (S,VarSet) -> S Time: 0.01 SEC. compiling exported collect : (S,VarSet) -> S Time: 0.01 SEC. compiling exported sort : (S,VarSet) -> Record(under: S,floor: S,upper: S) Time: 0.02 SEC. compiling exported = : (S,S) -> Boolean Time: 0.01 SEC. compiling local localInf? : (P,P) -> Boolean Time: 0.00 SEC. compiling local localTriangular? : List P -> Boolean Time: 0.02 SEC. compiling exported triangular? : S -> Boolean Time: 0 SEC. compiling exported trivialIdeal? : S -> Boolean Time: 0.00 SEC. compiling exported roughUnitIdeal? : S -> Boolean Time: 0.00 SEC. compiling local relativelyPrimeLeadingMonomials? : (P,P) -> Boolean Time: 0.01 SEC. compiling exported roughBase? : S -> Boolean Time: 0.01 SEC. compiling exported roughSubIdeal? : (S,S) -> Boolean Time: 0.01 SEC. compiling exported roughEqualIdeals? : (S,S) -> Boolean Time: 0.00 SEC. compiling local exactQuo : (R,R) -> R Time: 0.03 SEC. compiling exported headRemainder : (P,S) -> Record(num: P,den: R) Time: 0.10 SEC. compiling local makeIrreducible! : Record(num: P,den: R) -> Record(num: P,den: R) Time: 0.01 SEC. compiling exported remainder : (P,S) -> Record(rnum: R,polnum: P,den: R) Time: 0.12 SEC. compiling exported rewriteIdealWithHeadRemainder : (List P,S) -> List P Time: 0.02 SEC. compiling exported rewriteIdealWithRemainder : (List P,S) -> List P Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] localTriangular?: q has no value Cumulative Statistics for Constructor PolynomialSetCategory& Time: 0.59 seconds finalizing NRLIB PSETCAT- ; compiling file "/tmp/oa-RKrAub/code.lsp" (written 01 FEB 2016 11:12:51 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PSETCAT-;elements| ...) ; compiling (DEFUN |PSETCAT-;variables1| ...) ; file: /tmp/oa-RKrAub/code.lsp ; in: DEFUN |PSETCAT-;variables1| ; (DEFUN BOOT::|PSETCAT-;variables1| (BOOT::|lp| BOOT::$) ; (LET ((BOOT::|lvars| ; (LET # ; #))) ; (BOOT::SPADCALL (CONS #'BOOT::|PSETCAT-;variables1!0| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|lvars| #) ; (BOOT::|shellEntry| BOOT::$ 19)) ; (BOOT::|shellEntry| BOOT::$ 21)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PSETCAT-;variables1| ; (BOOT::|lp| BOOT::$) ; (BLOCK BOOT::|PSETCAT-;variables1| ; (LET ((BOOT::|lvars| #)) ; (BOOT::SPADCALL (CONS #'BOOT::|PSETCAT-;variables1!0| BOOT::$) ; (BOOT::SPADCALL # #) ; (BOOT::|shellEntry| BOOT::$ 21))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PSETCAT-;variables1!0| ...) ; compiling (DEFUN |PSETCAT-;variables2| ...) ; file: /tmp/oa-RKrAub/code.lsp ; in: DEFUN |PSETCAT-;variables2| ; (DEFUN BOOT::|PSETCAT-;variables2| (BOOT::|lp| BOOT::$) ; (LET ((BOOT::|lvars| ; (LET # ; #))) ; (BOOT::SPADCALL (CONS #'BOOT::|PSETCAT-;variables2!0| BOOT::$) ; (BOOT::SPADCALL BOOT::|lvars| ; (BOOT::|shellEntry| BOOT::$ 19)) ; (BOOT::|shellEntry| BOOT::$ 21)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PSETCAT-;variables2| ; (BOOT::|lp| BOOT::$) ; (BLOCK BOOT::|PSETCAT-;variables2| ; (LET ((BOOT::|lvars| #)) ; (BOOT::SPADCALL (CONS #'BOOT::|PSETCAT-;variables2!0| BOOT::$) ; (BOOT::SPADCALL BOOT::|lvars| #) ; (BOOT::|shellEntry| BOOT::$ 21))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PSETCAT-;variables2!0| ...) ; compiling (DEFUN |PSETCAT-;variables;$L;4| ...) ; compiling (DEFUN |PSETCAT-;mainVariables;$L;5| ...) ; compiling (DEFUN |PSETCAT-;mainVariable?;VarSet$B;6| ...) ; compiling (DEFUN |PSETCAT-;collectUnder;$VarSet$;7| ...) ; compiling (DEFUN |PSETCAT-;collectUpper;$VarSet$;8| ...) ; compiling (DEFUN |PSETCAT-;collect;$VarSet$;9| ...) ; compiling (DEFUN |PSETCAT-;sort;$VarSetR;10| ...) ; compiling (DEFUN |PSETCAT-;=;2$B;11| ...) ; file: /tmp/oa-RKrAub/code.lsp ; in: DEFUN |PSETCAT-;=;2$B;11| ; (DEFUN BOOT::|PSETCAT-;=;2$B;11| (BOOT::|ps1| BOOT::|ps2| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL ; (LET (# #) ; (LOOP # ; #)) ; (BOOT::|shellEntry| BOOT::$ 44)) ; (BOOT::SPADCALL ; (LET (# #) ; (LOOP # ; #)) ; (BOOT::|shellEntry| BOOT::$ 44)) ; (BOOT::|shellEntry| BOOT::$ 45))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PSETCAT-;=;2$B;11| ; (BOOT::|ps1| BOOT::|ps2| BOOT::$) ; (BLOCK BOOT::|PSETCAT-;=;2$B;11| ; (BOOT::SPADCALL ; (BOOT::SPADCALL ; (LET # ; #) ; (BOOT::|shellEntry| BOOT::$ 44)) ; (BOOT::SPADCALL ; (LET # ; #) ; (BOOT::|shellEntry| BOOT::$ 44)) ; (BOOT::|shellEntry| BOOT::$ 45)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |PSETCAT-;localInf?| ...) ; file: /tmp/oa-RKrAub/code.lsp ; in: DEFUN |PSETCAT-;localInf?| ; (DEFUN BOOT::|PSETCAT-;localInf?| (BOOT::|p| BOOT::|q| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 47)) ; (BOOT::SPADCALL BOOT::|q| (BOOT::|shellEntry| BOOT::$ 47)) ; (BOOT::|shellEntry| BOOT::$ 48))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PSETCAT-;localInf?| ; (BOOT::|p| BOOT::|q| BOOT::$) ; (BLOCK BOOT::|PSETCAT-;localInf?| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 47)) ; (BOOT::SPADCALL BOOT::|q| (BOOT::|shellEntry| BOOT::$ 47)) ; (BOOT::|shellEntry| BOOT::$ 48)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |PSETCAT-;localTriangular?| ...) ; file: /tmp/oa-RKrAub/code.lsp ; in: DEFUN |PSETCAT-;localTriangular?| ; (DEFUN BOOT::|PSETCAT-;localTriangular?| (BOOT::|lp| BOOT::$) ; (PROG (BOOT::|q| BOOT::|p|) (RETURN (BOOT::SEQ (SETQ #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PSETCAT-;localTriangular?| ; (BOOT::|lp| BOOT::$) ; (BLOCK BOOT::|PSETCAT-;localTriangular?| ; (PROG (BOOT::|q| BOOT::|p|) (RETURN (BOOT::SEQ # #))))) ; ; note: Assignment to argument: |lp| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |PSETCAT-;localTriangular?!0| ...) ; compiling (DEFUN |PSETCAT-;triangular?;$B;14| ...) ; compiling (DEFUN |PSETCAT-;trivialIdeal?;$B;15| ...) ; compiling (DEFUN |PSETCAT-;roughUnitIdeal?;$B;16| ...) ; file: /tmp/oa-RKrAub/code.lsp ; in: DEFUN |PSETCAT-;roughUnitIdeal?;$B;16| ; (DEFUN BOOT::|PSETCAT-;roughUnitIdeal?;$B;16| (BOOT::|ps| BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 24) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 49) ; (BOOT::|PSETCAT-;elements| BOOT::|ps| ; BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 26)) ; (BOOT::|shellEntry| BOOT::$ 51))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PSETCAT-;roughUnitIdeal?;$B;16| ; (BOOT::|ps| BOOT::$) ; (BLOCK BOOT::|PSETCAT-;roughUnitIdeal?;$B;16| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 24) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 49) ; (BOOT::|PSETCAT-;elements| BOOT::|ps| ; BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 26)) ; (BOOT::|shellEntry| BOOT::$ 51)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |PSETCAT-;relativelyPrimeLeadingMonomials?| ...) ; file: /tmp/oa-RKrAub/code.lsp ; in: DEFUN |PSETCAT-;relativelyPrimeLeadingMonomials?| ; (DEFUN BOOT::|PSETCAT-;relativelyPrimeLeadingMonomials?| ; (BOOT::|p| BOOT::|q| BOOT::$) ; (LET ((BOOT::|dp| (BOOT::SPADCALL BOOT::|p| #)) ; (BOOT::|dq| (BOOT::SPADCALL BOOT::|q| #))) ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|dp| BOOT::|dq| (BOOT::|shellEntry| BOOT::$ 57)) ; (BOOT::SPADCALL BOOT::|dp| BOOT::|dq| (BOOT::|shellEntry| BOOT::$ 58)) ; (BOOT::|shellEntry| BOOT::$ 59)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PSETCAT-;relativelyPrimeLeadingMonomials?| ; (BOOT::|p| BOOT::|q| BOOT::$) ; (BLOCK BOOT::|PSETCAT-;relativelyPrimeLeadingMonomials?| ; (LET ((BOOT::|dp| #) (BOOT::|dq| #)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|dp| BOOT::|dq| #) ; (BOOT::SPADCALL BOOT::|dp| BOOT::|dq| #) ; (BOOT::|shellEntry| BOOT::$ 59))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |PSETCAT-;roughBase?;$B;18| ...) ; compiling (DEFUN |PSETCAT-;roughSubIdeal?;2$B;19| ...) ; compiling (DEFUN |PSETCAT-;roughEqualIdeals?;2$B;20| ...) ; file: /tmp/oa-RKrAub/code.lsp ; in: DEFUN |PSETCAT-;roughEqualIdeals?;2$B;20| ; (DEFUN BOOT::|PSETCAT-;roughEqualIdeals?;2$B;20| ; (BOOT::|ps1| BOOT::|ps2| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|ps1| BOOT::|ps2| (BOOT::|shellEntry| BOOT::$ 63)) ; T) ; ((BOOT::SPADCALL BOOT::|ps1| BOOT::|ps2| (BOOT::|shellEntry| BOOT::$ 64)) ; (BOOT::SPADCALL BOOT::|ps2| BOOT::|ps1| (BOOT::|shellEntry| BOOT::$ 64))) ; (T NIL))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PSETCAT-;roughEqualIdeals?;2$B;20| ; (BOOT::|ps1| BOOT::|ps2| BOOT::$) ; (BLOCK BOOT::|PSETCAT-;roughEqualIdeals?;2$B;20| ; (COND ((BOOT::SPADCALL BOOT::|ps1| BOOT::|ps2| #) T) ; ((BOOT::SPADCALL BOOT::|ps1| BOOT::|ps2| #) ; (BOOT::SPADCALL BOOT::|ps2| BOOT::|ps1| #)) ; (T NIL)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |PSETCAT-;exactQuo| ...) ; compiling (DEFUN |PSETCAT-;headRemainder;P$R;22| ...) ; compiling (DEFUN |PSETCAT-;makeIrreducible!| ...) ; compiling (DEFUN |PSETCAT-;remainder;P$R;24| ...) ; compiling (DEFUN |PSETCAT-;rewriteIdealWithHeadRemainder;L$L;25| ...) ; file: /tmp/oa-RKrAub/code.lsp ; in: DEFUN |PSETCAT-;rewriteIdealWithHeadRemainder;L$L;25| ; (DEFUN BOOT::|PSETCAT-;rewriteIdealWithHeadRemainder;L$L;25| ; (BOOT::|ps| BOOT::|cs| BOOT::$) ; (PROG (BOOT::|p| BOOT::|rs|) (RETURN (COND (# BOOT::|ps|) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PSETCAT-;rewriteIdealWithHeadRemainder;L$L;25| ; (BOOT::|ps| BOOT::|cs| BOOT::$) ; (BLOCK BOOT::|PSETCAT-;rewriteIdealWithHeadRemainder;L$L;25| ; (PROG (BOOT::|p| BOOT::|rs|) (RETURN (COND # # #))))) ; ; note: Assignment to argument: |ps| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PSETCAT-;rewriteIdealWithRemainder;L$L;26| ...) ; file: /tmp/oa-RKrAub/code.lsp ; in: DEFUN |PSETCAT-;rewriteIdealWithRemainder;L$L;26| ; (DEFUN BOOT::|PSETCAT-;rewriteIdealWithRemainder;L$L;26| ; (BOOT::|ps| BOOT::|cs| BOOT::$) ; (PROG (BOOT::|p| BOOT::|rs|) (RETURN (COND (# BOOT::|ps|) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PSETCAT-;rewriteIdealWithRemainder;L$L;26| ; (BOOT::|ps| BOOT::|cs| BOOT::$) ; (BLOCK BOOT::|PSETCAT-;rewriteIdealWithRemainder;L$L;26| ; (PROG (BOOT::|p| BOOT::|rs|) (RETURN (COND # # #))))) ; ; note: Assignment to argument: |ps| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PolynomialSetCategory&| ...) ; compiling (MAKEPROP (QUOTE |PolynomialSetCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 12 notes ; /tmp/oa-RKrAub/code.fasl written ; compilation finished in 0:00:00.135 ------------------------------------------------------------------------ finalizing NRLIB PSETCAT Processing PolynomialSetCategory for Browser database: -- retractIfCan : List P -> Union(%,"failed") -- retract : List P -> % -- mvar : % -> VarSet -- variables : % -> List VarSet -- mainVariables : % -> List VarSet -- mainVariable? : (VarSet,%) -> Boolean -- collectUnder : (%,VarSet) -> % -- collect : (%,VarSet) -> % -- collectUpper : (%,VarSet) -> % -- sort : (%,VarSet) -> Record(under: %,floor: %,upper: %) -- trivialIdeal? : % -> Boolean -- roughBase? : % -> Boolean -- roughSubIdeal? : (%,%) -> Boolean -- roughEqualIdeals? : (%,%) -> Boolean -- roughUnitIdeal? : % -> Boolean -- headRemainder : (P,%) -> Record(num: P,den: R) -- remainder : (P,%) -> Record(rnum: R,polnum: P,den: R) -- rewriteIdealWithHeadRemainder : (List P,%) -> List P -- rewriteIdealWithRemainder : (List P,%) -> List P -- triangular? : % -> Boolean -- constructor ; compiling file "/tmp/oa-WlIQ20/code.lsp" (written 01 FEB 2016 11:12:51 PM): ; compiling (DEFPARAMETER |PolynomialSetCategory;AL| ...) ; compiling (DEFUN |PolynomialSetCategory;| ...) ; compiling (DEFUN |PolynomialSetCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-WlIQ20/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ================================== === layer 18 of 24 complete ====== ================================== ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ACPLOT.spad && cp ACPLOT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ACPLOT.fasl \ && if test -f ACPLOT-.NRLIB/code.fasl; then \ cp ACPLOT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ACPLOT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ACPLOT.spad using Spad compiler. ACPLOT abbreviates domain PlaneAlgebraicCurvePlot debug: compDefine1 lhs: (PlaneAlgebraicCurvePlot) signature (pre-evaluate): ((Join (PlottablePlaneCurveCategory) (CATEGORY domain (SIGNATURE makeSketch ($ (Polynomial (Integer)) (Symbol) (Symbol) (Segment (Fraction (Integer))) (Segment (Fraction (Integer))))) (SIGNATURE refine ($ $ (DoubleFloat)))))) debug: evaluateType form: (Join (PlottablePlaneCurveCategory) (CATEGORY domain (SIGNATURE makeSketch ($ (Polynomial (Integer)) (Symbol) (Symbol) (Segment (Fraction (Integer))) (Segment (Fraction (Integer))))) (SIGNATURE refine ($ $ (DoubleFloat))))) $param: NIL debug: evaluateType form: (PlottablePlaneCurveCategory) $param: NIL Debug: evaluateType1 form: (PlottablePlaneCurveCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE makeSketch ($ (Polynomial (Integer)) (Symbol) (Symbol) (Segment (Fraction (Integer))) (Segment (Fraction (Integer))))) (SIGNATURE refine ($ $ (DoubleFloat)))) $param: NIL debug: evaluateType form: (Polynomial (Integer)) $param: NIL Debug: evaluateType1 form: (Polynomial (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Segment (Fraction (Integer))) $param: NIL Debug: evaluateType1 form: (Segment (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Type) debug: evaluateType form: (Segment (Fraction (Integer))) $param: NIL Debug: evaluateType1 form: (Segment (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: compDefine1 signature (post evaluate): ((Join (PlottablePlaneCurveCategory) (CATEGORY domain (SIGNATURE makeSketch ($ (Polynomial (Integer)) (Symbol) (Symbol) (Segment (Fraction (Integer))) (Segment (Fraction (Integer))))) (SIGNATURE refine ($ $ (DoubleFloat)))))) ------------------------------------------------------------------------ initializing stationary directory for PlaneAlgebraicCurvePlot compiling into /tmp/oa-3pBD5g importing PointPackage DoubleFloat importing Plot importing RealSolvePackage compiling local NFtoSF : Float -> DoubleFloat Time: 0.16 SEC. compiling local makePt : (DoubleFloat,DoubleFloat) -> Point DoubleFloat Time: 0.04 SEC. compiling local swapCoords : Point DoubleFloat -> Point DoubleFloat Time: 0.01 SEC. compiling local samePlottedPt? : (Point DoubleFloat,Point DoubleFloat) -> Boolean Time: 0.02 SEC. compiling local findPtOnList : (Point DoubleFloat,List Point DoubleFloat) -> Union(Point DoubleFloat,failed) Time: 0.02 SEC. compiling local makeCorners : (DoubleFloat,DoubleFloat,DoubleFloat,DoubleFloat) -> Record(minXVal: DoubleFloat,maxXVal: DoubleFloat,minYVal: DoubleFloat,maxYVal: DoubleFloat) ACPLOT;makeCorners is replaced by %vector Time: 0.00 SEC. compiling local getXMin : Record(minXVal: DoubleFloat,maxXVal: DoubleFloat,minYVal: DoubleFloat,maxYVal: DoubleFloat) -> DoubleFloat ACPLOT;getXMin corners is replaced by %vref(corners,0) Time: 0 SEC. compiling local getXMax : Record(minXVal: DoubleFloat,maxXVal: DoubleFloat,minYVal: DoubleFloat,maxYVal: DoubleFloat) -> DoubleFloat ACPLOT;getXMax corners is replaced by %vref(corners,1) Time: 0.00 SEC. compiling local getYMin : Record(minXVal: DoubleFloat,maxXVal: DoubleFloat,minYVal: DoubleFloat,maxYVal: DoubleFloat) -> DoubleFloat ACPLOT;getYMin corners is replaced by %vref(corners,2) Time: 0 SEC. compiling local getYMax : Record(minXVal: DoubleFloat,maxXVal: DoubleFloat,minYVal: DoubleFloat,maxYVal: DoubleFloat) -> DoubleFloat ACPLOT;getYMax corners is replaced by %vref(corners,3) Time: 0.00 SEC. compiling local SFPolyToUPoly : Polynomial DoubleFloat -> SparseUnivariatePolynomial DoubleFloat Time: 0.05 SEC. compiling local RNPolyToUPoly : Polynomial Fraction Integer -> SparseUnivariatePolynomial Fraction Integer Time: 0.08 SEC. compiling local coerceCoefsToSFs : Polynomial Integer -> Polynomial DoubleFloat Time: 0.03 SEC. compiling local coerceCoefsToRNs : Polynomial Integer -> Polynomial Fraction Integer Time: 0.05 SEC. compiling local RNtoSF : Fraction Integer -> DoubleFloat Time: 0.02 SEC. compiling local RNtoNF : Fraction Integer -> Float Time: 0.02 SEC. compiling local SFtoNF : DoubleFloat -> Float Time: 0 SEC. compiling local listPtsOnHorizBdry : (Polynomial Fraction Integer,Symbol,Fraction Integer,Float,Float) -> List Point DoubleFloat Time: 0.09 SEC. compiling local listPtsOnVertBdry : (Polynomial Fraction Integer,Symbol,Fraction Integer,Float,Float) -> List Point DoubleFloat Time: 0.10 SEC. compiling local listPtsInRect : (List List Float,Float,Float,Float,Float) -> List Point DoubleFloat Time: 0.05 SEC. compiling local ptsSuchThat? : (List List Float,List Float -> Boolean) -> Boolean Time: 0.02 SEC. compiling local inRect? : (List Float,Float,Float,Float,Float) -> Boolean Time: 0.02 SEC. compiling local onHorzSeg? : (List Float,Float,Float,Float) -> Boolean Time: 0.01 SEC. compiling local onVertSeg? : (List Float,Float,Float,Float) -> Boolean Time: 0.00 SEC. compiling local newX : (List List Float,List List Float,Float,Float,Float,Fraction Integer,Fraction Integer) -> Fraction Integer Time: 0.04 SEC. compiling local newY : (List List Float,List List Float,Float,Float,Float,Fraction Integer,Fraction Integer) -> Fraction Integer Time: 0.03 SEC. compiling exported makeSketch : (Polynomial Integer,Symbol,Symbol,Segment Fraction Integer,Segment Fraction Integer) -> % Time: 0.09 SEC. compiling local makeOneVarSketch : (Polynomial Integer,Symbol,Symbol,Fraction Integer,Fraction Integer,Fraction Integer,Fraction Integer,Symbol) -> % Time: 0.18 SEC. compiling local makeLineSketch : (Polynomial Integer,Symbol,Symbol,Fraction Integer,Fraction Integer,Fraction Integer,Fraction Integer) -> % Time: 0.23 SEC. compiling local singValBetween? : (DoubleFloat,DoubleFloat,List DoubleFloat) -> Boolean Time: 0 SEC. compiling local segmentInfo : (DoubleFloat -> DoubleFloat,DoubleFloat,DoubleFloat,List DoubleFloat,List DoubleFloat,List DoubleFloat,DoubleFloat,DoubleFloat) -> Record(seg: Segment DoubleFloat,left: DoubleFloat,lowerVals: List DoubleFloat,upperVals: List DoubleFloat) Time: 0.04 SEC. compiling local makeRatFcnSketch : (Polynomial Integer,Symbol,Symbol,Fraction Integer,Fraction Integer,Fraction Integer,Fraction Integer,Symbol) -> % Time: 1.21 SEC. compiling local makeGeneralSketch : (Polynomial Integer,Symbol,Symbol,Fraction Integer,Fraction Integer,Fraction Integer,Fraction Integer) -> % Time: 0.62 SEC. compiling exported refine : (%,DoubleFloat) -> % Time: 0.10 SEC. compiling local traceBranches : (Polynomial DoubleFloat,Polynomial DoubleFloat,Polynomial DoubleFloat,Symbol,Symbol,Record(minXVal: DoubleFloat,maxXVal: DoubleFloat,minYVal: DoubleFloat,maxYVal: DoubleFloat),DoubleFloat,DoubleFloat,PositiveInteger,List Point DoubleFloat,Record(left: List Point DoubleFloat,right: List Point DoubleFloat,bottom: List Point DoubleFloat,top: List Point DoubleFloat)) -> List List Point DoubleFloat Time: 0.05 SEC. compiling local dummyFirstPt : (Point DoubleFloat,Polynomial DoubleFloat,Polynomial DoubleFloat,Symbol,Symbol,List Point DoubleFloat,List Point DoubleFloat,List Point DoubleFloat,List Point DoubleFloat) -> Point DoubleFloat Time: 0.26 SEC. compiling local listPtsOnSegment : (Polynomial DoubleFloat,Polynomial DoubleFloat,Polynomial DoubleFloat,Symbol,Symbol,Point DoubleFloat,Point DoubleFloat,Record(minXVal: DoubleFloat,maxXVal: DoubleFloat,minYVal: DoubleFloat,maxYVal: DoubleFloat),DoubleFloat,DoubleFloat,PositiveInteger,List Point DoubleFloat,List Point DoubleFloat) -> List List Point DoubleFloat Time: 0.23 SEC. compiling local listPtsOnLoop : (Polynomial DoubleFloat,Polynomial DoubleFloat,Polynomial DoubleFloat,Symbol,Symbol,Point DoubleFloat,Record(minXVal: DoubleFloat,maxXVal: DoubleFloat,minYVal: DoubleFloat,maxYVal: DoubleFloat),DoubleFloat,DoubleFloat,PositiveInteger,List Point DoubleFloat,List Point DoubleFloat) -> List List Point DoubleFloat Time: 0.42 SEC. compiling local computeNextPt : (Polynomial DoubleFloat,Polynomial DoubleFloat,Polynomial DoubleFloat,Symbol,Symbol,Point DoubleFloat,Point DoubleFloat,Record(minXVal: DoubleFloat,maxXVal: DoubleFloat,minYVal: DoubleFloat,maxYVal: DoubleFloat),DoubleFloat,DoubleFloat,PositiveInteger,List Point DoubleFloat,List Point DoubleFloat) -> Record(newPt: Point DoubleFloat,type: String) Time: 4.85 SEC. compiling local newtonApprox : (SparseUnivariatePolynomial DoubleFloat,DoubleFloat,DoubleFloat,PositiveInteger) -> Union(DoubleFloat,failed) Time: 0.04 SEC. compiling exported listBranches : % -> List List Point DoubleFloat ACPLOT;listBranches;$L;41 acplot is replaced by %vref(acplot,10) Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Time: 0.19 SEC. (time taken in buildFunctor: 0) Time: 0.06 SEC. Warnings: [1] Type Polynomial Integer is not in scope. Import it [2] Type Fraction Integer is not in scope. Import it [3] Type List Point DoubleFloat is not in scope. Import it [4] Type List List Point DoubleFloat is not in scope. Import it [5] makeLineSketch: branch has no value [6] makeLineSketch: lf has no value [7] makeLineSketch: rt has no value [8] makeLineSketch: bt has no value [9] makeLineSketch: tp has no value [10] makeRatFcnSketch: rt has no value [11] makeRatFcnSketch: tp has no value [12] makeRatFcnSketch: topList has no value [13] makeRatFcnSketch: botList has no value [14] refine: append has no value [15] listPtsOnLoop: pointList has no value Cumulative Statistics for Constructor PlaneAlgebraicCurvePlot Time: 9.42 seconds finalizing NRLIB ACPLOT Processing PlaneAlgebraicCurvePlot for Browser database: -- makeSketch : (P I,SE,SE,SEG RN,SEG RN) -> % -- refine : (%,SF) -> % --->../../x86_64-unknown-linux-gnu/src/algebra/acplot.spad-->PlaneAlgebraicCurvePlot(constructor): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/acplot.spad-->PlaneAlgebraicCurvePlot: Missing Description ; compiling file "/tmp/oa-3pBD5g/code.lsp" (written 01 FEB 2016 11:13:01 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ACPLOT;makeCorners|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ACPLOT;getXMin|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ACPLOT;getXMax|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ACPLOT;getYMin|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ACPLOT;getYMax|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ACPLOT;listBranches;$L;41|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ACPLOT;NFtoSF| ...) ; compiling (DEFUN |ACPLOT;makePt| ...) ; compiling (DEFUN |ACPLOT;swapCoords| ...) ; compiling (DEFUN |ACPLOT;samePlottedPt?| ...) ; compiling (DEFUN |ACPLOT;findPtOnList| ...) ; compiling (DEFUN |ACPLOT;makeCorners| ...) ; compiling (DEFUN |ACPLOT;getXMin| ...) ; compiling (DEFUN |ACPLOT;getXMax| ...) ; compiling (DEFUN |ACPLOT;getYMin| ...) ; compiling (DEFUN |ACPLOT;getYMax| ...) ; compiling (DEFUN |ACPLOT;SFPolyToUPoly| ...) ; compiling (DEFUN |ACPLOT;RNPolyToUPoly| ...) ; compiling (DEFUN |ACPLOT;coerceCoefsToSFs| ...) ; file: /tmp/oa-3pBD5g/code.lsp ; in: DEFUN |ACPLOT;coerceCoefsToSFs| ; #'(LAMBDA (BOOT::|#1| BOOT::$) (FLOAT BOOT::|#1| BOOT::|$DoubleFloatMaximum|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |ACPLOT;coerceCoefsToRNs| ...) ; compiling (DEFUN |ACPLOT;RNtoSF| ...) ; file: /tmp/oa-3pBD5g/code.lsp ; in: DEFUN |ACPLOT;RNtoSF| ; (DEFUN BOOT::|ACPLOT;RNtoSF| (BOOT::|r| BOOT::$) ; (BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 68))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ACPLOT;RNtoSF| ; (BOOT::|r| BOOT::$) ; (BLOCK BOOT::|ACPLOT;RNtoSF| ; (BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 68)))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |ACPLOT;RNtoNF| ...) ; compiling (DEFUN |ACPLOT;SFtoNF| ...) ; compiling (DEFUN |ACPLOT;listPtsOnHorizBdry| ...) ; compiling (DEFUN |ACPLOT;listPtsOnVertBdry| ...) ; compiling (DEFUN |ACPLOT;listPtsInRect| ...) ; compiling (DEFUN |ACPLOT;ptsSuchThat?| ...) ; file: /tmp/oa-3pBD5g/code.lsp ; in: DEFUN |ACPLOT;ptsSuchThat?| ; (DEFUN BOOT::|ACPLOT;ptsSuchThat?| (BOOT::|points| BOOT::|pred| BOOT::$) ; (PROGN ; (LET ((#:G1252 BOOT::|points|)) ; (LOOP (COND # #) ; (SETQ #))) ; NIL)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ACPLOT;ptsSuchThat?| ; (BOOT::|points| BOOT::|pred| BOOT::$) ; (BLOCK BOOT::|ACPLOT;ptsSuchThat?| ; (PROGN ; (LET (#) ; (LOOP # ; #)) ; NIL))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |ACPLOT;inRect?| ...) ; file: /tmp/oa-3pBD5g/code.lsp ; in: DEFUN |ACPLOT;inRect?| ; (DEFUN BOOT::|ACPLOT;inRect?| ; (BOOT::|point| BOOT::|xMinNF| BOOT::|xMaxNF| BOOT::|yMinNF| ; BOOT::|yMaxNF| BOOT::$) ; (LET ((BOOT::|xx| (BOOT::|SPADfirst| BOOT::|point|)) ; (BOOT::|yy| (BOOT::SPADCALL BOOT::|point| #))) ; (AND ; (BOOT::SPADCALL BOOT::|xMinNF| BOOT::|xx| ; (BOOT::|shellEntry| BOOT::$ 80)) ; (AND (BOOT::SPADCALL BOOT::|xx| BOOT::|xMaxNF| #) (AND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ACPLOT;inRect?| ; (BOOT::|point| BOOT::|xMinNF| BOOT::|xMaxNF| BOOT::|yMinNF| ; BOOT::|yMaxNF| BOOT::$) ; (BLOCK BOOT::|ACPLOT;inRect?| ; (LET ((BOOT::|xx| #) (BOOT::|yy| #)) ; (AND (BOOT::SPADCALL BOOT::|xMinNF| BOOT::|xx| #) (AND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |ACPLOT;onHorzSeg?| ...) ; file: /tmp/oa-3pBD5g/code.lsp ; in: DEFUN |ACPLOT;onHorzSeg?| ; (DEFUN BOOT::|ACPLOT;onHorzSeg?| ; (BOOT::|point| BOOT::|xMinNF| BOOT::|xMaxNF| BOOT::|yNF| BOOT::$) ; (LET ((BOOT::|xx| (BOOT::|SPADfirst| BOOT::|point|)) ; (BOOT::|yy| (BOOT::SPADCALL BOOT::|point| #))) ; (AND ; (BOOT::SPADCALL BOOT::|yy| BOOT::|yNF| (BOOT::|shellEntry| BOOT::$ 84)) ; (AND (BOOT::SPADCALL BOOT::|xMinNF| BOOT::|xx| #) ; (BOOT::SPADCALL BOOT::|xx| BOOT::|xMaxNF| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ACPLOT;onHorzSeg?| ; (BOOT::|point| BOOT::|xMinNF| BOOT::|xMaxNF| BOOT::|yNF| BOOT::$) ; (BLOCK BOOT::|ACPLOT;onHorzSeg?| ; (LET ((BOOT::|xx| #) (BOOT::|yy| #)) ; (AND (BOOT::SPADCALL BOOT::|yy| BOOT::|yNF| #) (AND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |ACPLOT;onVertSeg?| ...) ; file: /tmp/oa-3pBD5g/code.lsp ; in: DEFUN |ACPLOT;onVertSeg?| ; (DEFUN BOOT::|ACPLOT;onVertSeg?| ; (BOOT::|point| BOOT::|yMinNF| BOOT::|yMaxNF| BOOT::|xNF| BOOT::$) ; (LET ((BOOT::|xx| (BOOT::|SPADfirst| BOOT::|point|)) ; (BOOT::|yy| (BOOT::SPADCALL BOOT::|point| #))) ; (AND ; (BOOT::SPADCALL BOOT::|xx| BOOT::|xNF| (BOOT::|shellEntry| BOOT::$ 84)) ; (AND (BOOT::SPADCALL BOOT::|yMinNF| BOOT::|yy| #) ; (BOOT::SPADCALL BOOT::|yy| BOOT::|yMaxNF| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ACPLOT;onVertSeg?| ; (BOOT::|point| BOOT::|yMinNF| BOOT::|yMaxNF| BOOT::|xNF| BOOT::$) ; (BLOCK BOOT::|ACPLOT;onVertSeg?| ; (LET ((BOOT::|xx| #) (BOOT::|yy| #)) ; (AND (BOOT::SPADCALL BOOT::|xx| BOOT::|xNF| #) (AND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |ACPLOT;newX| ...) ; compiling (DEFUN |ACPLOT;newX!1| ...) ; compiling (DEFUN |ACPLOT;newX!0| ...) ; compiling (DEFUN |ACPLOT;newY| ...) ; compiling (DEFUN |ACPLOT;newY!1| ...) ; compiling (DEFUN |ACPLOT;newY!0| ...) ; compiling (DEFUN |ACPLOT;makeSketch;P2S2S$;27| ...) ; file: /tmp/oa-3pBD5g/code.lsp ; in: DEFUN |ACPLOT;makeSketch;P2S2S$;27| ; (DEFUN BOOT::|ACPLOT;makeSketch;P2S2S$;27| ; (BOOT::|p| BOOT::|x| BOOT::|y| BOOT::|xRange| BOOT::|yRange| BOOT::$) ; (PROG (BOOT::|varList|) ; (RETURN ; (LET (# # # #) ; (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ACPLOT;makeSketch;P2S2S$;27| ; (BOOT::|p| BOOT::|x| BOOT::|y| BOOT::|xRange| BOOT::|yRange| BOOT::$) ; (BLOCK BOOT::|ACPLOT;makeSketch;P2S2S$;27| ; (PROG (BOOT::|varList|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |ACPLOT;makeOneVarSketch| ...) ; compiling (DEFUN |ACPLOT;makeLineSketch| ...) ; compiling (DEFUN |ACPLOT;singValBetween?| ...) ; file: /tmp/oa-3pBD5g/code.lsp ; in: DEFUN |ACPLOT;singValBetween?| ; (DEFUN BOOT::|ACPLOT;singValBetween?| ; (BOOT::|xCurrent| BOOT::|xNext| BOOT::|xSingList| BOOT::$) ; (PROGN ; (LET ((#:G1256 BOOT::|xSingList|)) ; (LOOP (COND # #) ; (SETQ #))) ; NIL)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ACPLOT;singValBetween?| ; (BOOT::|xCurrent| BOOT::|xNext| BOOT::|xSingList| BOOT::$) ; (BLOCK BOOT::|ACPLOT;singValBetween?| ; (PROGN ; (LET (#) ; (LOOP # ; #)) ; NIL))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |ACPLOT;segmentInfo| ...) ; file: /tmp/oa-3pBD5g/code.lsp ; in: DEFUN |ACPLOT;segmentInfo| ; (DEFUN BOOT::|ACPLOT;segmentInfo| ; (BOOT::|f| BOOT::|lo| BOOT::|hi| BOOT::|botList| BOOT::|topList| ; BOOT::|singList| BOOT::|minSF| BOOT::|maxSF| BOOT::$) ; (PROG (BOOT::|val| BOOT::|nextFrom| BOOT::|nxt| BOOT::|top| BOOT::|bot| ; BOOT::|currentFrom| BOOT::|current|) ; (RETURN (LOOP (BOOT::SEQ # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ACPLOT;segmentInfo| ; (BOOT::|f| BOOT::|lo| BOOT::|hi| BOOT::|botList| BOOT::|topList| ; BOOT::|singList| BOOT::|minSF| BOOT::|maxSF| BOOT::$) ; (BLOCK BOOT::|ACPLOT;segmentInfo| ; (PROG (BOOT::|val| BOOT::|nextFrom| BOOT::|nxt| BOOT::|top| BOOT::|bot| ; BOOT::|currentFrom| BOOT::|current|) ; (RETURN (LOOP #))))) ; ; note: Assignment to argument: |botList| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS DOUBLE-FLOAT T)) ; ; ; note: Assignment to argument: |topList| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS DOUBLE-FLOAT T)) ; ; compiling (DEFUN |ACPLOT;makeRatFcnSketch| ...) ; file: /tmp/oa-3pBD5g/code.lsp ; in: DEFUN |ACPLOT;makeRatFcnSketch| ; (DEFUN BOOT::|ACPLOT;makeRatFcnSketch| ; (BOOT::|p| BOOT::|x| BOOT::|y| BOOT::|xMin| BOOT::|xMax| BOOT::|yMin| ; BOOT::|yMax| BOOT::|depVar| BOOT::$) ; (PROG (BOOT::|lo| BOOT::|segInfo| BOOT::|segList| BOOT::|maxSF| ; BOOT::|minSF| BOOT::|top| BOOT::|bot| BOOT::|hi| BOOT::|bran| ; BOOT::|rightVal| BOOT::|leftVal| BOOT::|denUPolyRN| ...) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ACPLOT;makeRatFcnSketch| ; (BOOT::|p| BOOT::|x| BOOT::|y| BOOT::|xMin| BOOT::|xMax| BOOT::|yMin| ; BOOT::|yMax| BOOT::|depVar| BOOT::$) ; (BLOCK BOOT::|ACPLOT;makeRatFcnSketch| ; (PROG (BOOT::|lo| BOOT::|segInfo| BOOT::|segList| BOOT::|maxSF| ; BOOT::|minSF| BOOT::|top| BOOT::|bot| BOOT::|hi| BOOT::|bran| ; BOOT::|rightVal| BOOT::|leftVal| BOOT::|denUPolyRN| ...) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |ACPLOT;makeRatFcnSketch!3| ...) ; file: /tmp/oa-3pBD5g/code.lsp ; in: DEFUN |ACPLOT;makeRatFcnSketch!3| ; (DEFUN BOOT::|ACPLOT;makeRatFcnSketch!3| (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (< BOOT::|#1| BOOT::|#2|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ACPLOT;makeRatFcnSketch!3| ; (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (BLOCK BOOT::|ACPLOT;makeRatFcnSketch!3| (< BOOT::|#1| BOOT::|#2|))) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |ACPLOT;makeRatFcnSketch!2| ...) ; file: /tmp/oa-3pBD5g/code.lsp ; in: DEFUN |ACPLOT;makeRatFcnSketch!2| ; (DEFUN BOOT::|ACPLOT;makeRatFcnSketch!2| (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (< BOOT::|#1| BOOT::|#2|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ACPLOT;makeRatFcnSketch!2| ; (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (BLOCK BOOT::|ACPLOT;makeRatFcnSketch!2| (< BOOT::|#1| BOOT::|#2|))) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |ACPLOT;makeRatFcnSketch!1| ...) ; file: /tmp/oa-3pBD5g/code.lsp ; in: DEFUN |ACPLOT;makeRatFcnSketch!1| ; (DEFUN BOOT::|ACPLOT;makeRatFcnSketch!1| (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (< BOOT::|#1| BOOT::|#2|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ACPLOT;makeRatFcnSketch!1| ; (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (BLOCK BOOT::|ACPLOT;makeRatFcnSketch!1| (< BOOT::|#1| BOOT::|#2|))) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |ACPLOT;makeRatFcnSketch!0| ...) ; compiling (DEFUN |ACPLOT;makeGeneralSketch| ...) ; file: /tmp/oa-3pBD5g/code.lsp ; in: DEFUN |ACPLOT;makeGeneralSketch| ; (DEFUN BOOT::|ACPLOT;makeGeneralSketch| ; (BOOT::|pol| BOOT::|x| BOOT::|y| BOOT::|xMin| BOOT::|xMax| ; BOOT::|yMin| BOOT::|yMax| BOOT::$) ; (PROG (BOOT::|bran| BOOT::|bdPts| BOOT::|tp| BOOT::|bt| BOOT::|rt| ; BOOT::|lf| BOOT::|pRN| BOOT::|bound| BOOT::|err| BOOT::|delta| ; BOOT::|dpdySF| BOOT::|dpdxSF| ...) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ACPLOT;makeGeneralSketch| ; (BOOT::|pol| BOOT::|x| BOOT::|y| BOOT::|xMin| BOOT::|xMax| BOOT::|yMin| ; BOOT::|yMax| BOOT::$) ; (BLOCK BOOT::|ACPLOT;makeGeneralSketch| ; (PROG (BOOT::|bran| BOOT::|bdPts| BOOT::|tp| BOOT::|bt| BOOT::|rt| ; BOOT::|lf| BOOT::|pRN| BOOT::|bound| BOOT::|err| BOOT::|delta| ; BOOT::|dpdySF| BOOT::|dpdxSF| ...) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |ACPLOT;makeGeneralSketch!4| ...) ; compiling (DEFUN |ACPLOT;makeGeneralSketch!3| ...) ; compiling (DEFUN |ACPLOT;makeGeneralSketch!2| ...) ; compiling (DEFUN |ACPLOT;makeGeneralSketch!1| ...) ; compiling (DEFUN |ACPLOT;makeGeneralSketch!0| ...) ; compiling (DEFUN |ACPLOT;refine;$Df$;34| ...) ; compiling (DEFUN |ACPLOT;traceBranches| ...) ; file: /tmp/oa-3pBD5g/code.lsp ; in: DEFUN |ACPLOT;traceBranches| ; (DEFUN BOOT::|ACPLOT;traceBranches| ; (BOOT::|pSF| BOOT::|dpdxSF| BOOT::|dpdySF| BOOT::|x| BOOT::|y| ; BOOT::|corners| BOOT::|delta| BOOT::|err| BOOT::|bound| BOOT::|crits| ; BOOT::|bdPts| BOOT::$) ; (PROG (BOOT::|segInfo| BOOT::|pt| BOOT::|p0|) ; (RETURN ; (LET* (# # # # # #) ; (BOOT::SEQ # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ACPLOT;traceBranches| ; (BOOT::|pSF| BOOT::|dpdxSF| BOOT::|dpdySF| BOOT::|x| BOOT::|y| ; BOOT::|corners| BOOT::|delta| BOOT::|err| BOOT::|bound| BOOT::|crits| ; BOOT::|bdPts| BOOT::$) ; (BLOCK BOOT::|ACPLOT;traceBranches| ; (PROG (BOOT::|segInfo| BOOT::|pt| BOOT::|p0|) ; (RETURN ; (LET* # ; #))))) ; ; note: Assignment to argument: |crits| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |ACPLOT;dummyFirstPt| ...) ; file: /tmp/oa-3pBD5g/code.lsp ; in: DEFUN |ACPLOT;dummyFirstPt| ; (DEFUN BOOT::|ACPLOT;dummyFirstPt| ; (BOOT::|p1| BOOT::|dpdxSF| BOOT::|dpdySF| BOOT::|x| BOOT::|y| ; BOOT::|lf| BOOT::|rt| BOOT::|bt| BOOT::|tp| BOOT::$) ; (LET* ((BOOT::|x1| (BOOT::SPADCALL BOOT::|p1| #)) ; (BOOT::|y1| (BOOT::SPADCALL BOOT::|p1| #)) ; (BOOT::|zero| 0.0d0) ; (BOOT::|one| 1.0d0) ; (BOOT::|px| (BOOT::SPADCALL # #)) ; (BOOT::|py| (BOOT::SPADCALL # #))) ; (COND ((< # BOOT::|zero|) (COND # #)) ; ((OR # #) (BOOT::|ACPLOT;makePt| # # BOOT::$)) ; (T (BOOT::|ACPLOT;makePt| # # BOOT::$))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ACPLOT;dummyFirstPt| ; (BOOT::|p1| BOOT::|dpdxSF| BOOT::|dpdySF| BOOT::|x| BOOT::|y| ; BOOT::|lf| BOOT::|rt| BOOT::|bt| BOOT::|tp| BOOT::$) ; (BLOCK BOOT::|ACPLOT;dummyFirstPt| ; (LET* ((BOOT::|x1| #) ; (BOOT::|y1| #) ; (BOOT::|zero| 0.0d0) ; (BOOT::|one| 1.0d0) ; (BOOT::|px| #) ; (BOOT::|py| #)) ; (COND (# #) (# #) (T #))))) ; ; caught STYLE-WARNING: ; The variable |rt| is defined but never used. ; compiling (DEFUN |ACPLOT;listPtsOnSegment| ...) ; file: /tmp/oa-3pBD5g/code.lsp ; in: DEFUN |ACPLOT;listPtsOnSegment| ; (DEFUN BOOT::|ACPLOT;listPtsOnSegment| ; (BOOT::|pSF| BOOT::|dpdxSF| BOOT::|dpdySF| BOOT::|x| BOOT::|y| ; BOOT::|p0| BOOT::|p1| BOOT::|corners| BOOT::|delta| BOOT::|err| ; BOOT::|bound| BOOT::|crits| ...) ; (PROG (BOOT::|pt1| BOOT::|pt0| BOOT::|p2| BOOT::|ptInfo| BOOT::|pointList|) ; (RETURN ; (BOOT::SEQ (SETQ #) ; (BOOT::LETT BOOT::|pointList| # ; BOOT::|ACPLOT;listPtsOnSegment|) ; (BOOT::LETT BOOT::|ptInfo| # BOOT::|ACPLOT;listPtsOnSegment|) ; (BOOT::LETT BOOT::|p2| # BOOT::|ACPLOT;listPtsOnSegment|) ; (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ACPLOT;listPtsOnSegment| ; (BOOT::|pSF| BOOT::|dpdxSF| BOOT::|dpdySF| BOOT::|x| BOOT::|y| ; BOOT::|p0| BOOT::|p1| BOOT::|corners| BOOT::|delta| BOOT::|err| ; BOOT::|bound| BOOT::|crits| ...) ; (BLOCK BOOT::|ACPLOT;listPtsOnSegment| ; (PROG (BOOT::|pt1| BOOT::|pt0| BOOT::|p2| BOOT::|ptInfo| ; BOOT::|pointList|) ; (RETURN (BOOT::SEQ # # # # #))))) ; ; note: Assignment to argument: |crits| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |bdry| ; prevents use of assertion from function type proclamation: ; LIST ; ; (LIST BOOT::|pointList| BOOT::|crits| BOOT::|bdry|) ; ==> ; BOOT::|pointList| ; ; note: deleting unreachable code ; compiling (DEFUN |ACPLOT;listPtsOnLoop| ...) ; file: /tmp/oa-3pBD5g/code.lsp ; in: DEFUN |ACPLOT;listPtsOnLoop| ; (DEFUN BOOT::|ACPLOT;listPtsOnLoop| ; (BOOT::|pSF| BOOT::|dpdxSF| BOOT::|dpdySF| BOOT::|x| BOOT::|y| ; BOOT::|p1| BOOT::|corners| BOOT::|delta| BOOT::|err| BOOT::|bound| ; BOOT::|crits| BOOT::|bdry| ...) ; (PROG (BOOT::|pt1| BOOT::|pt0|) ; (RETURN ; (LET* (# # # # # # # #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ACPLOT;listPtsOnLoop| ; (BOOT::|pSF| BOOT::|dpdxSF| BOOT::|dpdySF| BOOT::|x| BOOT::|y| ; BOOT::|p1| BOOT::|corners| BOOT::|delta| BOOT::|err| BOOT::|bound| ; BOOT::|crits| BOOT::|bdry| ...) ; (BLOCK BOOT::|ACPLOT;listPtsOnLoop| ; (PROG (BOOT::|pt1| BOOT::|pt0|) ; (RETURN ; (LET* # ; #))))) ; ; note: Assignment to argument: |crits| ; prevents use of assertion from function type proclamation: ; LIST ; ; (LIST BOOT::|pointList| BOOT::|crits| BOOT::|bdry|) ; ==> ; BOOT::|pointList| ; ; note: deleting unreachable code ; (LET* ((BOOT::|x1| ; (BOOT::SPADCALL BOOT::|p1| (BOOT::|shellEntry| BOOT::$ 34))) ; (BOOT::|y1| ; (BOOT::SPADCALL BOOT::|p1| (BOOT::|shellEntry| BOOT::$ 33))) ; (BOOT::|px| ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|dpdxSF| # # #) ; (BOOT::|shellEntry| BOOT::$ 171))) ; (BOOT::|py| ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|dpdySF| # # #) ; (BOOT::|shellEntry| BOOT::$ 171))) ; (BOOT::|p0| ; (BOOT::|ACPLOT;makePt| (- BOOT::|x1| 1.0d0) (- BOOT::|y1| 1.0d0) ; BOOT::$)) ; (BOOT::|pointList| (LIST BOOT::|p1|)) ; (BOOT::|ptInfo| ; (BOOT::|ACPLOT;computeNextPt| BOOT::|pSF| BOOT::|dpdxSF| ; BOOT::|dpdySF| BOOT::|x| BOOT::|y| BOOT::|p0| BOOT::|p1| ; BOOT::|corners| BOOT::|delta| BOOT::|err| BOOT::|bound| ...)) ; (BOOT::|p2| (CAR BOOT::|ptInfo|))) ; (COND ((NOT (NULL #)) (BOOT::|error| "boundary reached while on loop")) ; (T (BOOT::SEQ (COND #) (SETQ #) (LOOP #) (BOOT::EXIT #))))) ; ; caught STYLE-WARNING: ; The variable |px| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |py| is defined but never used. ; (DEFUN BOOT::|ACPLOT;listPtsOnLoop| ; (BOOT::|pSF| BOOT::|dpdxSF| BOOT::|dpdySF| BOOT::|x| BOOT::|y| ; BOOT::|p1| BOOT::|corners| BOOT::|delta| BOOT::|err| BOOT::|bound| ; BOOT::|crits| BOOT::|bdry| ...) ; (PROG (BOOT::|pt1| BOOT::|pt0|) ; (RETURN ; (LET* (# # # # # # # #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ACPLOT;listPtsOnLoop| ; (BOOT::|pSF| BOOT::|dpdxSF| BOOT::|dpdySF| BOOT::|x| BOOT::|y| ; BOOT::|p1| BOOT::|corners| BOOT::|delta| BOOT::|err| BOOT::|bound| ; BOOT::|crits| BOOT::|bdry| ...) ; (BLOCK BOOT::|ACPLOT;listPtsOnLoop| ; (PROG (BOOT::|pt1| BOOT::|pt0|) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; compiling (DEFUN |ACPLOT;computeNextPt| ...) ; file: /tmp/oa-3pBD5g/code.lsp ; in: DEFUN |ACPLOT;computeNextPt| ; (DEFUN BOOT::|ACPLOT;computeNextPt| ; (BOOT::|pSF| BOOT::|dpdxSF| BOOT::|dpdySF| BOOT::|x| BOOT::|y| ; BOOT::|p0| BOOT::|p1| BOOT::|corners| BOOT::|delta| BOOT::|err| ; BOOT::|bound| BOOT::|crits| ...) ; (PROG (BOOT::|critPt| BOOT::|bdryPt| BOOT::|pt| BOOT::|x2| BOOT::|x2New| ; BOOT::|f| BOOT::|y2| BOOT::|y2New| BOOT::|y2Approx| BOOT::|incVar| ; BOOT::|x2Approx| BOOT::|critPt2| ...) ; (RETURN ; (LET* (# # # # # # # # # #) ; (BOOT::SEQ # # # # # # # # # # # ...))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ACPLOT;computeNextPt| ; (BOOT::|pSF| BOOT::|dpdxSF| BOOT::|dpdySF| BOOT::|x| BOOT::|y| ; BOOT::|p0| BOOT::|p1| BOOT::|corners| BOOT::|delta| BOOT::|err| ; BOOT::|bound| BOOT::|crits| ...) ; (BLOCK BOOT::|ACPLOT;computeNextPt| ; (PROG (BOOT::|critPt| BOOT::|bdryPt| BOOT::|pt| BOOT::|x2| ; BOOT::|x2New| BOOT::|f| BOOT::|y2| BOOT::|y2New| ; BOOT::|y2Approx| BOOT::|incVar| BOOT::|x2Approx| BOOT::|critPt2| ; ...) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ACPLOT;newtonApprox| ...) ; compiling (DEFUN |ACPLOT;listBranches;$L;41| ...) ; compiling (DEFUN |ACPLOT;coerce;$Of;42| ...) ; compiling (DEFUN |PlaneAlgebraicCurvePlot| ...) ; compiling (DEFUN |PlaneAlgebraicCurvePlot;| ...) ; compiling (MAKEPROP (QUOTE |PlaneAlgebraicCurvePlot|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 9 STYLE-WARNING conditions ; printed 17 notes ; /tmp/oa-3pBD5g/code.fasl written ; compilation finished in 0:00:00.418 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ANTISYM.spad && cp ANTISYM.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ANTISYM.fasl \ && if test -f ANTISYM-.NRLIB/code.fasl; then \ cp ANTISYM-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ANTISYM-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ANTISYM.spad using Spad compiler. ANTISYM abbreviates domain AntiSymm debug: compDefine1 lhs: (AntiSymm R lVar) signature (pre-evaluate): ((Join (LeftAlgebra R) (RetractableTo R) (Functorial R) (CATEGORY domain (SIGNATURE leadingCoefficient (R $)) (SIGNATURE leadingBasisTerm ($ $)) (SIGNATURE reductum ($ $)) (SIGNATURE coefficient (R $ $)) (SIGNATURE generator ($ (NonNegativeInteger))) (SIGNATURE exp ($ (List (Integer)))) (SIGNATURE homogeneous? ((Boolean) $)) (SIGNATURE retractable? ((Boolean) $)) (SIGNATURE degree ((NonNegativeInteger) $)))) (Ring) (List (Symbol))) debug: evaluateType form: (Join (LeftAlgebra R) (RetractableTo R) (Functorial R) (CATEGORY domain (SIGNATURE leadingCoefficient (R $)) (SIGNATURE leadingBasisTerm ($ $)) (SIGNATURE reductum ($ $)) (SIGNATURE coefficient (R $ $)) (SIGNATURE generator ($ (NonNegativeInteger))) (SIGNATURE exp ($ (List (Integer)))) (SIGNATURE homogeneous? ((Boolean) $)) (SIGNATURE retractable? ((Boolean) $)) (SIGNATURE degree ((NonNegativeInteger) $)))) $param: (R lVar) debug: evaluateType form: (LeftAlgebra R) $param: (R lVar) Debug: evaluateType1 form: (LeftAlgebra R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (RetractableTo R) $param: (R lVar) Debug: evaluateType1 form: (RetractableTo R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (Functorial R) $param: (R lVar) Debug: evaluateType1 form: (Functorial R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE leadingCoefficient (R $)) (SIGNATURE leadingBasisTerm ($ $)) (SIGNATURE reductum ($ $)) (SIGNATURE coefficient (R $ $)) (SIGNATURE generator ($ (NonNegativeInteger))) (SIGNATURE exp ($ (List (Integer)))) (SIGNATURE homogeneous? ((Boolean) $)) (SIGNATURE retractable? ((Boolean) $)) (SIGNATURE degree ((NonNegativeInteger) $))) $param: (R lVar) debug: evaluateType form: R $param: (R lVar) debug: evaluateType form: R $param: (R lVar) debug: evaluateType form: (NonNegativeInteger) $param: (R lVar) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (List (Integer)) $param: (R lVar) Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R lVar) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (R lVar) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (Boolean) $param: (R lVar) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R lVar) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (NonNegativeInteger) $param: (R lVar) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Ring) $param: (R lVar) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (List (Symbol)) $param: (R lVar) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R lVar) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (R lVar) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (LeftAlgebra R) (RetractableTo R) (Functorial R) (CATEGORY domain (SIGNATURE leadingCoefficient (R $)) (SIGNATURE leadingBasisTerm ($ $)) (SIGNATURE reductum ($ $)) (SIGNATURE coefficient (R $ $)) (SIGNATURE generator ($ (NonNegativeInteger))) (SIGNATURE exp ($ (List (Integer)))) (SIGNATURE homogeneous? ((Boolean) $)) (SIGNATURE retractable? ((Boolean) $)) (SIGNATURE degree ((NonNegativeInteger) $)))) (Ring) (List (Symbol))) debug: compDefine1 lhs: (AntiSymm R lVar) signature (pre-evaluate): ((Join (LeftAlgebra R) (RetractableTo R) (Functorial R) (CATEGORY domain (SIGNATURE leadingCoefficient (R $)) (SIGNATURE leadingBasisTerm ($ $)) (SIGNATURE reductum ($ $)) (SIGNATURE coefficient (R $ $)) (SIGNATURE generator ($ (NonNegativeInteger))) (SIGNATURE exp ($ (List (Integer)))) (SIGNATURE homogeneous? ((Boolean) $)) (SIGNATURE retractable? ((Boolean) $)) (SIGNATURE degree ((NonNegativeInteger) $)))) NIL NIL) debug: evaluateType form: (Join (LeftAlgebra R) (RetractableTo R) (Functorial R) (CATEGORY domain (SIGNATURE leadingCoefficient (R $)) (SIGNATURE leadingBasisTerm ($ $)) (SIGNATURE reductum ($ $)) (SIGNATURE coefficient (R $ $)) (SIGNATURE generator ($ (NonNegativeInteger))) (SIGNATURE exp ($ (List (Integer)))) (SIGNATURE homogeneous? ((Boolean) $)) (SIGNATURE retractable? ((Boolean) $)) (SIGNATURE degree ((NonNegativeInteger) $)))) $param: (R lVar) debug: evaluateType form: (LeftAlgebra R) $param: (R lVar) Debug: evaluateType1 form: (LeftAlgebra R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (RetractableTo R) $param: (R lVar) Debug: evaluateType1 form: (RetractableTo R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (Functorial R) $param: (R lVar) Debug: evaluateType1 form: (Functorial R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE leadingCoefficient (R $)) (SIGNATURE leadingBasisTerm ($ $)) (SIGNATURE reductum ($ $)) (SIGNATURE coefficient (R $ $)) (SIGNATURE generator ($ (NonNegativeInteger))) (SIGNATURE exp ($ (List (Integer)))) (SIGNATURE homogeneous? ((Boolean) $)) (SIGNATURE retractable? ((Boolean) $)) (SIGNATURE degree ((NonNegativeInteger) $))) $param: (R lVar) debug: evaluateType form: R $param: (R lVar) debug: evaluateType form: R $param: (R lVar) debug: evaluateType form: (NonNegativeInteger) $param: (R lVar) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (List (Integer)) $param: (R lVar) Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R lVar) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (R lVar) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (Boolean) $param: (R lVar) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R lVar) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (NonNegativeInteger) $param: (R lVar) Debug: evaluateType1 form: (NonNegativeInteger) debug: compDefine1 signature (post evaluate): ((Join (LeftAlgebra R) (RetractableTo R) (Functorial R) (CATEGORY domain (SIGNATURE leadingCoefficient (R $)) (SIGNATURE leadingBasisTerm ($ $)) (SIGNATURE reductum ($ $)) (SIGNATURE coefficient (R $ $)) (SIGNATURE generator ($ (NonNegativeInteger))) (SIGNATURE exp ($ (List (Integer)))) (SIGNATURE homogeneous? ((Boolean) $)) (SIGNATURE retractable? ((Boolean) $)) (SIGNATURE degree ((NonNegativeInteger) $)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for AntiSymm compiling into /tmp/oa-Zp7w1F compiling exported One : () -> % Time: 0.04 SEC. compiling exported coefficient : (%,%) -> R Time: 0.03 SEC. compiling exported retractable? : % -> Boolean Time: 0.01 SEC. compiling exported retractIfCan : % -> Union(R,failed) Time: 0.02 SEC. compiling exported retract : % -> R Time: 0 SEC. compiling exported homogeneous? : % -> Boolean Time: 0.04 SEC. compiling exported degree : % -> NonNegativeInteger Time: 0.02 SEC. compiling local zo : (Integer,Integer) -> List Integer ANTISYM;zo(p,q) is replaced by %when( %list(1,q), %list(1,1),%otherwise %list(0,0)) Time: 0.01 SEC. compiling local getsgn : (ExtAlgBasis,ExtAlgBasis) -> Integer Time: 0.04 SEC. compiling local Nalpha : (ExtAlgBasis,ExtAlgBasis) -> List Integer Time: 0.06 SEC. compiling exported * : (%,%) -> % Time: 0.11 SEC. compiling exported coerce : R -> % Time: 0.04 SEC. compiling exported coerce : Integer -> % Time: 0.02 SEC. compiling exported characteristic : () -> NonNegativeInteger Time: 0 SEC. compiling exported generator : NonNegativeInteger -> % Time: 0.02 SEC. compiling exported exp : List Integer -> % Time: 0.01 SEC. compiling exported leadingBasisTerm : % -> % Time: 0.01 SEC. compiling local displayList : ExtAlgBasis -> OutputForm Time: 0.10 SEC. compiling local makeTerm : (R,ExtAlgBasis) -> OutputForm Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] Rep differs from the base domain [2] retractable?: k has no value [3] retractIfCan: k has no value [4] homogeneous?: k has no value [5] *: k has no value [6] *: c has no value [7] coerce: c has no value [8] coerce: k has no value Cumulative Statistics for Constructor AntiSymm Time: 0.63 seconds --------------non extending category---------------------- AntiSymm(#1,#2) of category Join(LeftAlgebra #1,RetractableTo #1, Functorial #1) with leadingCoefficient : % -> #1 leadingBasisTerm : % -> % reductum : % -> % coefficient : (%,%) -> #1 generator : NonNegativeInteger -> % exp : List Integer -> % homogeneous? : % -> Boolean retractable? : % -> Boolean degree : % -> NonNegativeInteger has no BiModule(#1,#1) ---------------------------------------------------------- finalizing NRLIB ANTISYM Processing AntiSymm for Browser database: -- leadingCoefficient : % -> R -- leadingBasisTerm : % -> % -- reductum : % -> % -- coefficient : (%,%) -> R -- generator : NNI -> % -- exp : L I -> % -- homogeneous? : % -> Boolean -- retractable? : % -> Boolean -- degree : % -> NNI -- constructor ; compiling file "/tmp/oa-Zp7w1F/code.lsp" (written 01 FEB 2016 11:13:02 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ANTISYM;zo|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ANTISYM;One;$;1| ...) ; compiling (DEFUN |ANTISYM;coefficient;2$R;2| ...) ; compiling (DEFUN |ANTISYM;retractable?;$B;3| ...) ; file: /tmp/oa-Zp7w1F/code.lsp ; in: DEFUN |ANTISYM;retractable?;$B;3| ; (DEFUN BOOT::|ANTISYM;retractable?;$B;3| (BOOT::|a| BOOT::$) ; (OR (NULL BOOT::|a|) ; (BOOT::SPADCALL (CAR (BOOT::|SPADfirst| BOOT::|a|)) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 13) ; (BOOT::|shellEntry| BOOT::$ 15)) ; (BOOT::|shellEntry| BOOT::$ 26)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ANTISYM;retractable?;$B;3| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|ANTISYM;retractable?;$B;3| ; (OR (NULL BOOT::|a|) ; (BOOT::SPADCALL (CAR #) (BOOT::SPADCALL # #) ; (BOOT::|shellEntry| BOOT::$ 26))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |ANTISYM;retractIfCan;$U;4| ...) ; compiling (DEFUN |ANTISYM;retract;$R;5| ...) ; compiling (DEFUN |ANTISYM;homogeneous?;$B;6| ...) ; compiling (DEFUN |ANTISYM;degree;$Nni;7| ...) ; file: /tmp/oa-Zp7w1F/code.lsp ; in: DEFUN |ANTISYM;degree;$Nni;7| ; (DEFUN BOOT::|ANTISYM;degree;$Nni;7| (BOOT::|a| BOOT::$) ; (COND ((NULL BOOT::|a|) 0) ; ((BOOT::|ANTISYM;homogeneous?;$B;6| BOOT::|a| BOOT::$) ; (LET (#) ; (COND # #))) ; (T (BOOT::|error| "not a homogeneous element")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ANTISYM;degree;$Nni;7| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|ANTISYM;degree;$Nni;7| ; (COND ((NULL BOOT::|a|) 0) ; ((BOOT::|ANTISYM;homogeneous?;$B;6| BOOT::|a| BOOT::$) ; (LET # ; #)) ; (T (BOOT::|error| "not a homogeneous element"))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |ANTISYM;zo| ...) ; compiling (DEFUN |ANTISYM;getsgn| ...) ; compiling (DEFUN |ANTISYM;Nalpha| ...) ; compiling (DEFUN |ANTISYM;*;3$;11| ...) ; file: /tmp/oa-Zp7w1F/code.lsp ; in: DEFUN |ANTISYM;*;3$;11| ; (DEFUN BOOT::|ANTISYM;*;3$;11| (BOOT::|a| BOOT::|b| BOOT::$) ; (PROG (BOOT::|r| BOOT::|stuff|) (RETURN (COND (# #) (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ANTISYM;*;3$;11| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|ANTISYM;*;3$;11| ; (PROG (BOOT::|r| BOOT::|stuff|) (RETURN (COND # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |ANTISYM;coerce;R$;12| ...) ; file: /tmp/oa-Zp7w1F/code.lsp ; in: DEFUN |ANTISYM;coerce;R$;12| ; (DEFUN BOOT::|ANTISYM;coerce;R$;12| (BOOT::|r| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|r| (BOOT::|spadConstant| BOOT::$ 28) ; (BOOT::|shellEntry| BOOT::$ 67)) ; (BOOT::|spadConstant| BOOT::$ 46)) ; (T (LIST (CONS # BOOT::|r|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ANTISYM;coerce;R$;12| ; (BOOT::|r| BOOT::$) ; (BLOCK BOOT::|ANTISYM;coerce;R$;12| ; (COND ; ((BOOT::SPADCALL BOOT::|r| # #) (BOOT::|spadConstant| BOOT::$ 46)) ; (T (LIST #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |ANTISYM;coerce;I$;13| ...) ; file: /tmp/oa-Zp7w1F/code.lsp ; in: DEFUN |ANTISYM;coerce;I$;13| ; (DEFUN BOOT::|ANTISYM;coerce;I$;13| (BOOT::|m| BOOT::$) ; (COND ((ZEROP BOOT::|m|) (BOOT::|spadConstant| BOOT::$ 46)) ; (T (LIST (CONS # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ANTISYM;coerce;I$;13| ; (BOOT::|m| BOOT::$) ; (BLOCK BOOT::|ANTISYM;coerce;I$;13| ; (COND ((ZEROP BOOT::|m|) (BOOT::|spadConstant| BOOT::$ 46)) ; (T (LIST #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |ANTISYM;characteristic;Nni;14| ...) ; file: /tmp/oa-Zp7w1F/code.lsp ; in: DEFUN |ANTISYM;characteristic;Nni;14| ; (DEFUN BOOT::|ANTISYM;characteristic;Nni;14| (BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 71)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ANTISYM;characteristic;Nni;14| ; (BOOT::$) ; (BLOCK BOOT::|ANTISYM;characteristic;Nni;14| ; (BOOT::|spadConstant| BOOT::$ 71))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |ANTISYM;generator;Nni$;15| ...) ; compiling (DEFUN |ANTISYM;exp;L$;16| ...) ; compiling (DEFUN |ANTISYM;leadingBasisTerm;2$;17| ...) ; compiling (DEFUN |ANTISYM;displayList| ...) ; compiling (DEFUN |ANTISYM;makeTerm| ...) ; compiling (DEFUN |ANTISYM;coerce;$Of;20| ...) ; compiling (DEFUN |AntiSymm| ...) ; compiling (DEFUN |AntiSymm;| ...) ; compiling (MAKEPROP (QUOTE |AntiSymm|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 6 notes ; /tmp/oa-Zp7w1F/code.fasl written ; compilation finished in 0:00:00.104 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile DRAWCFUN.spad && cp DRAWCFUN.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DRAWCFUN.fasl \ && if test -f DRAWCFUN-.NRLIB/code.fasl; then \ cp DRAWCFUN-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DRAWCFUN-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DRAWCFUN.spad using Spad compiler. DRAWCFUN abbreviates package TopLevelDrawFunctionsForCompiledFunctions debug: compDefine1 lhs: (TopLevelDrawFunctionsForCompiledFunctions) signature (pre-evaluate): ((CATEGORY package (SIGNATURE draw ((TwoDimensionalViewport) (Mapping (DoubleFloat) (DoubleFloat)) (Segment (Float)) (List (DrawOption)))) (SIGNATURE draw ((TwoDimensionalViewport) (Mapping (DoubleFloat) (DoubleFloat)) (Segment (Float)))) (SIGNATURE draw ((TwoDimensionalViewport) (ParametricPlaneCurve (Mapping (DoubleFloat) (DoubleFloat))) (Segment (Float)) (List (DrawOption)))) (SIGNATURE draw ((TwoDimensionalViewport) (ParametricPlaneCurve (Mapping (DoubleFloat) (DoubleFloat))) (Segment (Float)))) (SIGNATURE draw ((ThreeDimensionalViewport) (ParametricSpaceCurve (Mapping (DoubleFloat) (DoubleFloat))) (Segment (Float)) (List (DrawOption)))) (SIGNATURE draw ((ThreeDimensionalViewport) (ParametricSpaceCurve (Mapping (DoubleFloat) (DoubleFloat))) (Segment (Float)))) (SIGNATURE draw ((ThreeDimensionalViewport) (Mapping (Point (DoubleFloat)) (DoubleFloat)) (Segment (Float)) (List (DrawOption)))) (SIGNATURE draw ((ThreeDimensionalViewport) (Mapping (Point (DoubleFloat)) (DoubleFloat)) (Segment (Float)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) (ParametricSpaceCurve (Mapping (DoubleFloat) (DoubleFloat))) (Segment (Float)) (List (DrawOption)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) (ParametricSpaceCurve (Mapping (DoubleFloat) (DoubleFloat))) (Segment (Float)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) (Mapping (Point (DoubleFloat)) (DoubleFloat)) (Segment (Float)) (List (DrawOption)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) (Mapping (Point (DoubleFloat)) (DoubleFloat)) (Segment (Float)))) (SIGNATURE draw ((ThreeDimensionalViewport) (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) (Segment (Float)) (Segment (Float)) (List (DrawOption)))) (SIGNATURE draw ((ThreeDimensionalViewport) (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) (Segment (Float)) (Segment (Float)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) (Segment (Float)) (Segment (Float)) (List (DrawOption)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) (Segment (Float)) (Segment (Float)))) (SIGNATURE draw ((ThreeDimensionalViewport) (Mapping (Point (DoubleFloat)) (DoubleFloat) (DoubleFloat)) (Segment (Float)) (Segment (Float)) (List (DrawOption)))) (SIGNATURE draw ((ThreeDimensionalViewport) (Mapping (Point (DoubleFloat)) (DoubleFloat) (DoubleFloat)) (Segment (Float)) (Segment (Float)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) (Mapping (Point (DoubleFloat)) (DoubleFloat) (DoubleFloat)) (Segment (Float)) (Segment (Float)) (List (DrawOption)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) (Mapping (Point (DoubleFloat)) (DoubleFloat) (DoubleFloat)) (Segment (Float)) (Segment (Float)))) (SIGNATURE draw ((ThreeDimensionalViewport) (ParametricSurface (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat))) (Segment (Float)) (Segment (Float)) (List (DrawOption)))) (SIGNATURE draw ((ThreeDimensionalViewport) (ParametricSurface (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat))) (Segment (Float)) (Segment (Float)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) (ParametricSurface (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat))) (Segment (Float)) (Segment (Float)) (List (DrawOption)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) (ParametricSurface (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat))) (Segment (Float)) (Segment (Float)))) (SIGNATURE recolor ((Mapping (Point (DoubleFloat)) (DoubleFloat) (DoubleFloat)) (Mapping (Point (DoubleFloat)) (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat) (DoubleFloat)))))) debug: evaluateType form: (CATEGORY package (SIGNATURE draw ((TwoDimensionalViewport) (Mapping (DoubleFloat) (DoubleFloat)) (Segment (Float)) (List (DrawOption)))) (SIGNATURE draw ((TwoDimensionalViewport) (Mapping (DoubleFloat) (DoubleFloat)) (Segment (Float)))) (SIGNATURE draw ((TwoDimensionalViewport) (ParametricPlaneCurve (Mapping (DoubleFloat) (DoubleFloat))) (Segment (Float)) (List (DrawOption)))) (SIGNATURE draw ((TwoDimensionalViewport) (ParametricPlaneCurve (Mapping (DoubleFloat) (DoubleFloat))) (Segment (Float)))) (SIGNATURE draw ((ThreeDimensionalViewport) (ParametricSpaceCurve (Mapping (DoubleFloat) (DoubleFloat))) (Segment (Float)) (List (DrawOption)))) (SIGNATURE draw ((ThreeDimensionalViewport) (ParametricSpaceCurve (Mapping (DoubleFloat) (DoubleFloat))) (Segment (Float)))) (SIGNATURE draw ((ThreeDimensionalViewport) (Mapping (Point (DoubleFloat)) (DoubleFloat)) (Segment (Float)) (List (DrawOption)))) (SIGNATURE draw ((ThreeDimensionalViewport) (Mapping (Point (DoubleFloat)) (DoubleFloat)) (Segment (Float)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) (ParametricSpaceCurve (Mapping (DoubleFloat) (DoubleFloat))) (Segment (Float)) (List (DrawOption)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) (ParametricSpaceCurve (Mapping (DoubleFloat) (DoubleFloat))) (Segment (Float)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) (Mapping (Point (DoubleFloat)) (DoubleFloat)) (Segment (Float)) (List (DrawOption)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) (Mapping (Point (DoubleFloat)) (DoubleFloat)) (Segment (Float)))) (SIGNATURE draw ((ThreeDimensionalViewport) (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) (Segment (Float)) (Segment (Float)) (List (DrawOption)))) (SIGNATURE draw ((ThreeDimensionalViewport) (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) (Segment (Float)) (Segment (Float)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) (Segment (Float)) (Segment (Float)) (List (DrawOption)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) (Segment (Float)) (Segment (Float)))) (SIGNATURE draw ((ThreeDimensionalViewport) (Mapping (Point (DoubleFloat)) (DoubleFloat) (DoubleFloat)) (Segment (Float)) (Segment (Float)) (List (DrawOption)))) (SIGNATURE draw ((ThreeDimensionalViewport) (Mapping (Point (DoubleFloat)) (DoubleFloat) (DoubleFloat)) (Segment (Float)) (Segment (Float)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) (Mapping (Point (DoubleFloat)) (DoubleFloat) (DoubleFloat)) (Segment (Float)) (Segment (Float)) (List (DrawOption)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) (Mapping (Point (DoubleFloat)) (DoubleFloat) (DoubleFloat)) (Segment (Float)) (Segment (Float)))) (SIGNATURE draw ((ThreeDimensionalViewport) (ParametricSurface (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat))) (Segment (Float)) (Segment (Float)) (List (DrawOption)))) (SIGNATURE draw ((ThreeDimensionalViewport) (ParametricSurface (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat))) (Segment (Float)) (Segment (Float)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) (ParametricSurface (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat))) (Segment (Float)) (Segment (Float)) (List (DrawOption)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) (ParametricSurface (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat))) (Segment (Float)) (Segment (Float)))) (SIGNATURE recolor ((Mapping (Point (DoubleFloat)) (DoubleFloat) (DoubleFloat)) (Mapping (Point (DoubleFloat)) (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat) (DoubleFloat))))) $param: NIL debug: evaluateType form: (TwoDimensionalViewport) $param: NIL Debug: evaluateType1 form: (TwoDimensionalViewport) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Segment (Float)) $param: NIL Debug: evaluateType1 form: (Segment (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (TwoDimensionalViewport) $param: NIL Debug: evaluateType1 form: (TwoDimensionalViewport) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Segment (Float)) $param: NIL Debug: evaluateType1 form: (Segment (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (TwoDimensionalViewport) $param: NIL Debug: evaluateType1 form: (TwoDimensionalViewport) debug: evaluateType form: (ParametricPlaneCurve (Mapping (DoubleFloat) (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (ParametricPlaneCurve (Mapping (DoubleFloat) (DoubleFloat))) debug: evaluateType1 x: (Mapping (DoubleFloat) (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (Mapping (DoubleFloat) (DoubleFloat)) c: (Type) debug: evaluateType form: (Segment (Float)) $param: NIL Debug: evaluateType1 form: (Segment (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (TwoDimensionalViewport) $param: NIL Debug: evaluateType1 form: (TwoDimensionalViewport) debug: evaluateType form: (ParametricPlaneCurve (Mapping (DoubleFloat) (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (ParametricPlaneCurve (Mapping (DoubleFloat) (DoubleFloat))) debug: evaluateType1 x: (Mapping (DoubleFloat) (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (Mapping (DoubleFloat) (DoubleFloat)) c: (Type) debug: evaluateType form: (Segment (Float)) $param: NIL Debug: evaluateType1 form: (Segment (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (ThreeDimensionalViewport) $param: NIL Debug: evaluateType1 form: (ThreeDimensionalViewport) debug: evaluateType form: (ParametricSpaceCurve (Mapping (DoubleFloat) (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (ParametricSpaceCurve (Mapping (DoubleFloat) (DoubleFloat))) debug: evaluateType1 x: (Mapping (DoubleFloat) (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (Mapping (DoubleFloat) (DoubleFloat)) c: (Type) debug: evaluateType form: (Segment (Float)) $param: NIL Debug: evaluateType1 form: (Segment (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (ThreeDimensionalViewport) $param: NIL Debug: evaluateType1 form: (ThreeDimensionalViewport) debug: evaluateType form: (ParametricSpaceCurve (Mapping (DoubleFloat) (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (ParametricSpaceCurve (Mapping (DoubleFloat) (DoubleFloat))) debug: evaluateType1 x: (Mapping (DoubleFloat) (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (Mapping (DoubleFloat) (DoubleFloat)) c: (Type) debug: evaluateType form: (Segment (Float)) $param: NIL Debug: evaluateType1 form: (Segment (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (ThreeDimensionalViewport) $param: NIL Debug: evaluateType1 form: (ThreeDimensionalViewport) debug: evaluateType form: (Mapping (Point (DoubleFloat)) (DoubleFloat)) $param: NIL debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Segment (Float)) $param: NIL Debug: evaluateType1 form: (Segment (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (ThreeDimensionalViewport) $param: NIL Debug: evaluateType1 form: (ThreeDimensionalViewport) debug: evaluateType form: (Mapping (Point (DoubleFloat)) (DoubleFloat)) $param: NIL debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Segment (Float)) $param: NIL Debug: evaluateType1 form: (Segment (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (ThreeSpace (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (ThreeSpace (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (ParametricSpaceCurve (Mapping (DoubleFloat) (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (ParametricSpaceCurve (Mapping (DoubleFloat) (DoubleFloat))) debug: evaluateType1 x: (Mapping (DoubleFloat) (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (Mapping (DoubleFloat) (DoubleFloat)) c: (Type) debug: evaluateType form: (Segment (Float)) $param: NIL Debug: evaluateType1 form: (Segment (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (ThreeSpace (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (ThreeSpace (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (ParametricSpaceCurve (Mapping (DoubleFloat) (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (ParametricSpaceCurve (Mapping (DoubleFloat) (DoubleFloat))) debug: evaluateType1 x: (Mapping (DoubleFloat) (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (Mapping (DoubleFloat) (DoubleFloat)) c: (Type) debug: evaluateType form: (Segment (Float)) $param: NIL Debug: evaluateType1 form: (Segment (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (ThreeSpace (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (ThreeSpace (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (Mapping (Point (DoubleFloat)) (DoubleFloat)) $param: NIL debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Segment (Float)) $param: NIL Debug: evaluateType1 form: (Segment (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (ThreeSpace (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (ThreeSpace (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (Mapping (Point (DoubleFloat)) (DoubleFloat)) $param: NIL debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Segment (Float)) $param: NIL Debug: evaluateType1 form: (Segment (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (ThreeDimensionalViewport) $param: NIL Debug: evaluateType1 form: (ThreeDimensionalViewport) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Segment (Float)) $param: NIL Debug: evaluateType1 form: (Segment (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (Segment (Float)) $param: NIL Debug: evaluateType1 form: (Segment (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (ThreeDimensionalViewport) $param: NIL Debug: evaluateType1 form: (ThreeDimensionalViewport) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Segment (Float)) $param: NIL Debug: evaluateType1 form: (Segment (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (Segment (Float)) $param: NIL Debug: evaluateType1 form: (Segment (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (ThreeSpace (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (ThreeSpace (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Segment (Float)) $param: NIL Debug: evaluateType1 form: (Segment (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (Segment (Float)) $param: NIL Debug: evaluateType1 form: (Segment (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (ThreeSpace (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (ThreeSpace (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Segment (Float)) $param: NIL Debug: evaluateType1 form: (Segment (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (Segment (Float)) $param: NIL Debug: evaluateType1 form: (Segment (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (ThreeDimensionalViewport) $param: NIL Debug: evaluateType1 form: (ThreeDimensionalViewport) debug: evaluateType form: (Mapping (Point (DoubleFloat)) (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Segment (Float)) $param: NIL Debug: evaluateType1 form: (Segment (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (Segment (Float)) $param: NIL Debug: evaluateType1 form: (Segment (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (ThreeDimensionalViewport) $param: NIL Debug: evaluateType1 form: (ThreeDimensionalViewport) debug: evaluateType form: (Mapping (Point (DoubleFloat)) (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Segment (Float)) $param: NIL Debug: evaluateType1 form: (Segment (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (Segment (Float)) $param: NIL Debug: evaluateType1 form: (Segment (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (ThreeSpace (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (ThreeSpace (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (Mapping (Point (DoubleFloat)) (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Segment (Float)) $param: NIL Debug: evaluateType1 form: (Segment (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (Segment (Float)) $param: NIL Debug: evaluateType1 form: (Segment (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (ThreeSpace (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (ThreeSpace (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (Mapping (Point (DoubleFloat)) (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Segment (Float)) $param: NIL Debug: evaluateType1 form: (Segment (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (Segment (Float)) $param: NIL Debug: evaluateType1 form: (Segment (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (ThreeDimensionalViewport) $param: NIL Debug: evaluateType1 form: (ThreeDimensionalViewport) debug: evaluateType form: (ParametricSurface (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (ParametricSurface (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat))) debug: evaluateType1 x: (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) c: (Type) debug: evaluateType form: (Segment (Float)) $param: NIL Debug: evaluateType1 form: (Segment (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (Segment (Float)) $param: NIL Debug: evaluateType1 form: (Segment (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (ThreeDimensionalViewport) $param: NIL Debug: evaluateType1 form: (ThreeDimensionalViewport) debug: evaluateType form: (ParametricSurface (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (ParametricSurface (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat))) debug: evaluateType1 x: (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) c: (Type) debug: evaluateType form: (Segment (Float)) $param: NIL Debug: evaluateType1 form: (Segment (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (Segment (Float)) $param: NIL Debug: evaluateType1 form: (Segment (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (ThreeSpace (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (ThreeSpace (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (ParametricSurface (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (ParametricSurface (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat))) debug: evaluateType1 x: (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) c: (Type) debug: evaluateType form: (Segment (Float)) $param: NIL Debug: evaluateType1 form: (Segment (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (Segment (Float)) $param: NIL Debug: evaluateType1 form: (Segment (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (List (DrawOption)) $param: NIL Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: NIL Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (ThreeSpace (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (ThreeSpace (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (ParametricSurface (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat))) $param: NIL Debug: evaluateType1 form: (ParametricSurface (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat))) debug: evaluateType1 x: (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) c: (Type) debug: evaluateType form: (Segment (Float)) $param: NIL Debug: evaluateType1 form: (Segment (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (Segment (Float)) $param: NIL Debug: evaluateType1 form: (Segment (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (Mapping (Point (DoubleFloat)) (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Mapping (Point (DoubleFloat)) (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (Point (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Point (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE draw ((TwoDimensionalViewport) (Mapping (DoubleFloat) (DoubleFloat)) (Segment (Float)) (List (DrawOption)))) (SIGNATURE draw ((TwoDimensionalViewport) (Mapping (DoubleFloat) (DoubleFloat)) (Segment (Float)))) (SIGNATURE draw ((TwoDimensionalViewport) (ParametricPlaneCurve (Mapping (DoubleFloat) (DoubleFloat))) (Segment (Float)) (List (DrawOption)))) (SIGNATURE draw ((TwoDimensionalViewport) (ParametricPlaneCurve (Mapping (DoubleFloat) (DoubleFloat))) (Segment (Float)))) (SIGNATURE draw ((ThreeDimensionalViewport) (ParametricSpaceCurve (Mapping (DoubleFloat) (DoubleFloat))) (Segment (Float)) (List (DrawOption)))) (SIGNATURE draw ((ThreeDimensionalViewport) (ParametricSpaceCurve (Mapping (DoubleFloat) (DoubleFloat))) (Segment (Float)))) (SIGNATURE draw ((ThreeDimensionalViewport) (Mapping (Point (DoubleFloat)) (DoubleFloat)) (Segment (Float)) (List (DrawOption)))) (SIGNATURE draw ((ThreeDimensionalViewport) (Mapping (Point (DoubleFloat)) (DoubleFloat)) (Segment (Float)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) (ParametricSpaceCurve (Mapping (DoubleFloat) (DoubleFloat))) (Segment (Float)) (List (DrawOption)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) (ParametricSpaceCurve (Mapping (DoubleFloat) (DoubleFloat))) (Segment (Float)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) (Mapping (Point (DoubleFloat)) (DoubleFloat)) (Segment (Float)) (List (DrawOption)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) (Mapping (Point (DoubleFloat)) (DoubleFloat)) (Segment (Float)))) (SIGNATURE draw ((ThreeDimensionalViewport) (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) (Segment (Float)) (Segment (Float)) (List (DrawOption)))) (SIGNATURE draw ((ThreeDimensionalViewport) (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) (Segment (Float)) (Segment (Float)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) (Segment (Float)) (Segment (Float)) (List (DrawOption)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat)) (Segment (Float)) (Segment (Float)))) (SIGNATURE draw ((ThreeDimensionalViewport) (Mapping (Point (DoubleFloat)) (DoubleFloat) (DoubleFloat)) (Segment (Float)) (Segment (Float)) (List (DrawOption)))) (SIGNATURE draw ((ThreeDimensionalViewport) (Mapping (Point (DoubleFloat)) (DoubleFloat) (DoubleFloat)) (Segment (Float)) (Segment (Float)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) (Mapping (Point (DoubleFloat)) (DoubleFloat) (DoubleFloat)) (Segment (Float)) (Segment (Float)) (List (DrawOption)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) (Mapping (Point (DoubleFloat)) (DoubleFloat) (DoubleFloat)) (Segment (Float)) (Segment (Float)))) (SIGNATURE draw ((ThreeDimensionalViewport) (ParametricSurface (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat))) (Segment (Float)) (Segment (Float)) (List (DrawOption)))) (SIGNATURE draw ((ThreeDimensionalViewport) (ParametricSurface (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat))) (Segment (Float)) (Segment (Float)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) (ParametricSurface (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat))) (Segment (Float)) (Segment (Float)) (List (DrawOption)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) (ParametricSurface (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat))) (Segment (Float)) (Segment (Float)))) (SIGNATURE recolor ((Mapping (Point (DoubleFloat)) (DoubleFloat) (DoubleFloat)) (Mapping (Point (DoubleFloat)) (DoubleFloat) (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat) (DoubleFloat) (DoubleFloat)))))) ------------------------------------------------------------------------ initializing stationary directory for TopLevelDrawFunctionsForCompiledFunctions compiling into /tmp/oa-GLqfUB importing Plot importing TwoDimensionalPlotClipping importing GraphicsDefaults importing ViewportPackage importing ThreeDimensionalViewport importing DrawOptionFunctions0 importing MakeFloatCompiledFunction Ex importing MeshCreationRoutinesForThreeDimensions importing SegmentFunctions2(DoubleFloat,Float) importing ViewDefaultsPackage importing AnyFunctions1 Point DoubleFloat -> Point DoubleFloat importing AnyFunctions1 (DoubleFloat,DoubleFloat,DoubleFloat) -> DoubleFloat importing DrawOptionFunctions0 importing ThreeSpace DoubleFloat importing DrawOption compiling local drawToScaleRanges : (Segment DoubleFloat,Segment DoubleFloat) -> List Segment Float Time: 0.10 SEC. compiling local drawPlot : (Plot,List DrawOption) -> TwoDimensionalViewport Time: 0.18 SEC. compiling local normalize : Segment Float -> Segment DoubleFloat Time: 0.02 SEC. compiling local myTrap1 : (DoubleFloat -> DoubleFloat,DoubleFloat) -> DoubleFloat Time: 0.02 SEC. compiling local makePt2 : (DoubleFloat,DoubleFloat) -> Point DoubleFloat Time: 0.01 SEC. compiling exported draw : (DoubleFloat -> DoubleFloat,Segment Float,List DrawOption) -> TwoDimensionalViewport Time: 0.06 SEC. compiling exported draw : (DoubleFloat -> DoubleFloat,Segment Float) -> TwoDimensionalViewport Time: 0.01 SEC. compiling exported draw : (ParametricPlaneCurve DoubleFloat -> DoubleFloat,Segment Float,List DrawOption) -> TwoDimensionalViewport Time: 0.09 SEC. compiling exported draw : (ParametricPlaneCurve DoubleFloat -> DoubleFloat,Segment Float) -> TwoDimensionalViewport Time: 0.03 SEC. compiling local makePt4 : (DoubleFloat,DoubleFloat,DoubleFloat,DoubleFloat) -> Point DoubleFloat Time: 0.01 SEC. compiling local id : DoubleFloat -> DoubleFloat DRAWCFUN;id x is replaced by x Time: 0 SEC. compiling local zCoord : (DoubleFloat,DoubleFloat,DoubleFloat) -> DoubleFloat DRAWCFUN;zCoord(x,y,z) is replaced by z Time: 0 SEC. compiling local colorPoints : (List List Point DoubleFloat,(DoubleFloat,DoubleFloat,DoubleFloat) -> DoubleFloat) -> List List Point DoubleFloat Time: 0.04 SEC. compiling exported makeObject : (ParametricSpaceCurve DoubleFloat -> DoubleFloat,Segment Float,List DrawOption) -> ThreeSpace DoubleFloat Time: 0.16 SEC. compiling exported makeObject : (DoubleFloat -> Point DoubleFloat,Segment Float,List DrawOption) -> ThreeSpace DoubleFloat Time: 0.16 SEC. compiling exported makeObject : (ParametricSpaceCurve DoubleFloat -> DoubleFloat,Segment Float) -> ThreeSpace DoubleFloat Time: 0.00 SEC. compiling exported makeObject : (DoubleFloat -> Point DoubleFloat,Segment Float) -> ThreeSpace DoubleFloat Time: 0.01 SEC. compiling exported draw : (ParametricSpaceCurve DoubleFloat -> DoubleFloat,Segment Float,List DrawOption) -> ThreeDimensionalViewport Time: 0.01 SEC. compiling exported draw : (ParametricSpaceCurve DoubleFloat -> DoubleFloat,Segment Float) -> ThreeDimensionalViewport Time: 0.01 SEC. compiling exported draw : (DoubleFloat -> Point DoubleFloat,Segment Float,List DrawOption) -> ThreeDimensionalViewport Time: 0.02 SEC. compiling exported draw : (DoubleFloat -> Point DoubleFloat,Segment Float) -> ThreeDimensionalViewport Time: 0.01 SEC. compiling local myTrap2 : ((DoubleFloat,DoubleFloat) -> DoubleFloat,DoubleFloat,DoubleFloat) -> DoubleFloat Time: 0.00 SEC. compiling exported recolor : ((DoubleFloat,DoubleFloat) -> Point DoubleFloat,(DoubleFloat,DoubleFloat,DoubleFloat) -> DoubleFloat) -> (DoubleFloat,DoubleFloat) -> Point DoubleFloat Time: 0.01 SEC. compiling local xCoord : (DoubleFloat,DoubleFloat) -> DoubleFloat DRAWCFUN;xCoord(x,y) is replaced by x Time: 0.00 SEC. compiling exported makeObject : ((DoubleFloat,DoubleFloat) -> DoubleFloat,Segment Float,Segment Float,List DrawOption) -> ThreeSpace DoubleFloat Time: 0.10 SEC. compiling exported makeObject : ((DoubleFloat,DoubleFloat) -> DoubleFloat,Segment Float,Segment Float) -> ThreeSpace DoubleFloat Time: 0.01 SEC. compiling exported draw : ((DoubleFloat,DoubleFloat) -> DoubleFloat,Segment Float,Segment Float,List DrawOption) -> ThreeDimensionalViewport Time: 0.02 SEC. compiling exported draw : ((DoubleFloat,DoubleFloat) -> DoubleFloat,Segment Float,Segment Float) -> ThreeDimensionalViewport Time: 0.02 SEC. compiling exported makeObject : (ParametricSurface (DoubleFloat,DoubleFloat) -> DoubleFloat,Segment Float,Segment Float,List DrawOption) -> ThreeSpace DoubleFloat Time: 0.16 SEC. compiling exported makeObject : ((DoubleFloat,DoubleFloat) -> Point DoubleFloat,Segment Float,Segment Float,List DrawOption) -> ThreeSpace DoubleFloat Time: 0.11 SEC. compiling exported makeObject : (ParametricSurface (DoubleFloat,DoubleFloat) -> DoubleFloat,Segment Float,Segment Float) -> ThreeSpace DoubleFloat Time: 0.01 SEC. compiling exported draw : (ParametricSurface (DoubleFloat,DoubleFloat) -> DoubleFloat,Segment Float,Segment Float,List DrawOption) -> ThreeDimensionalViewport Time: 0.02 SEC. compiling exported draw : (ParametricSurface (DoubleFloat,DoubleFloat) -> DoubleFloat,Segment Float,Segment Float) -> ThreeDimensionalViewport Time: 0.02 SEC. compiling exported makeObject : ((DoubleFloat,DoubleFloat) -> Point DoubleFloat,Segment Float,Segment Float) -> ThreeSpace DoubleFloat Time: 0.01 SEC. compiling exported draw : ((DoubleFloat,DoubleFloat) -> Point DoubleFloat,Segment Float,Segment Float,List DrawOption) -> ThreeDimensionalViewport Time: 0.02 SEC. compiling exported draw : ((DoubleFloat,DoubleFloat) -> Point DoubleFloat,Segment Float,Segment Float) -> ThreeDimensionalViewport Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] drawPlot: brans has no value [2] drawPlot: xValues has no value [3] drawPlot: yValues has no value [4] draw: fcn has no value [5] makeObject: fcn has no value [6] makeObject: pointsColored? has no value [7] makeObject: col2 has no value [8] makeObject: col3 has no value Cumulative Statistics for Constructor TopLevelDrawFunctionsForCompiledFunctions Time: 1.50 seconds finalizing NRLIB DRAWCFUN Processing TopLevelDrawFunctionsForCompiledFunctions for Browser database: -- draw : ((SF -> SF),SEG,L DROP) -> VIEW2 -- draw : ((SF -> SF),SEG) -> VIEW2 -- draw : (PPC,SEG,L DROP) -> VIEW2 -- draw : (PPC,SEG) -> VIEW2 -- draw : (PSC,SEG,L DROP) -> VIEW3 -- draw : (PSC,SEG) -> VIEW3 -- draw : (PCFUN,SEG,L DROP) -> VIEW3 -- draw : (PCFUN,SEG) -> VIEW3 -- makeObject : (PSC,SEG,L DROP) -> SPACE3 -- makeObject : (PSC,SEG) -> SPACE3 -- makeObject : (PCFUN,SEG,L DROP) -> SPACE3 -- makeObject : (PCFUN,SEG) -> SPACE3 -- draw : (((SF,SF) -> SF),SEG,SEG,L DROP) -> VIEW3 -- draw : (((SF,SF) -> SF),SEG,SEG) -> VIEW3 -- makeObject : (((SF,SF) -> SF),SEG,SEG,L DROP) -> SPACE3 -- makeObject : (((SF,SF) -> SF),SEG,SEG) -> SPACE3 -- draw : (PSFUN,SEG,SEG,L DROP) -> VIEW3 -- draw : (PSFUN,SEG,SEG) -> VIEW3 -- makeObject : (PSFUN,SEG,SEG,L DROP) -> SPACE3 -- makeObject : (PSFUN,SEG,SEG) -> SPACE3 -- draw : (PSF,SEG,SEG,L DROP) -> VIEW3 -- draw : (PSF,SEG,SEG) -> VIEW3 -- makeObject : (PSF,SEG,SEG,L DROP) -> SPACE3 -- makeObject : (PSF,SEG,SEG) -> SPACE3 -- recolor : (((SF,SF) -> Pt),((SF,SF,SF) -> SF)) -> ((SF,SF) -> Pt) -- constructor ; compiling file "/tmp/oa-GLqfUB/code.lsp" (written 01 FEB 2016 11:13:04 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DRAWCFUN;id|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DRAWCFUN;zCoord|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DRAWCFUN;xCoord|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DRAWCFUN;drawToScaleRanges| ...) ; compiling (DEFUN |DRAWCFUN;drawToScaleRanges!1| ...) ; compiling (DEFUN |DRAWCFUN;drawToScaleRanges!0| ...) ; compiling (DEFUN |DRAWCFUN;drawPlot| ...) ; file: /tmp/oa-GLqfUB/code.lsp ; in: DEFUN |DRAWCFUN;drawPlot| ; (DEFUN BOOT::|DRAWCFUN;drawPlot| (BOOT::|plot| BOOT::|l| BOOT::$) ; (PROG (BOOT::|crCol| BOOT::|ptCol| BOOT::|ll| BOOT::|yRangeFloat| ; BOOT::|xRangeFloat| BOOT::|scaledRanges| BOOT::|clipInfo| ; BOOT::|yRangeF| BOOT::|xRangeF| BOOT::|yHi| BOOT::|yLo| BOOT::|xHi| ; ...) ; (RETURN ; (LET (# # # #) ; (BOOT::SEQ # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DRAWCFUN;drawPlot| ; (BOOT::|plot| BOOT::|l| BOOT::$) ; (BLOCK BOOT::|DRAWCFUN;drawPlot| ; (PROG (BOOT::|crCol| BOOT::|ptCol| BOOT::|ll| BOOT::|yRangeFloat| ; BOOT::|xRangeFloat| BOOT::|scaledRanges| BOOT::|clipInfo| ; BOOT::|yRangeF| BOOT::|xRangeF| BOOT::|yHi| BOOT::|yLo| ; BOOT::|xHi| ...) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |l| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |DRAWCFUN;drawPlot!1| ...) ; compiling (DEFUN |DRAWCFUN;drawPlot!0| ...) ; compiling (DEFUN |DRAWCFUN;normalize| ...) ; compiling (DEFUN |DRAWCFUN;myTrap1| ...) ; file: /tmp/oa-GLqfUB/code.lsp ; in: DEFUN |DRAWCFUN;myTrap1| ; (DEFUN BOOT::|DRAWCFUN;myTrap1| (BOOT::|ff| BOOT::|f| BOOT::$) ; (PROG (BOOT::|r|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DRAWCFUN;myTrap1| ; (BOOT::|ff| BOOT::|f| BOOT::$) ; (BLOCK BOOT::|DRAWCFUN;myTrap1| ; (PROG (BOOT::|r|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |DRAWCFUN;makePt2| ...) ; compiling (DEFUN |DRAWCFUN;draw;MSLTdv;6| ...) ; compiling (DEFUN |DRAWCFUN;draw;MSLTdv;6!2| ...) ; compiling (DEFUN |DRAWCFUN;draw;MSLTdv;6!1| ...) ; compiling (DEFUN |DRAWCFUN;draw;MSLTdv;6!0| ...) ; compiling (DEFUN |DRAWCFUN;draw;MSTdv;7| ...) ; compiling (DEFUN |DRAWCFUN;draw;PpcSLTdv;8| ...) ; compiling (DEFUN |DRAWCFUN;draw;PpcSLTdv;8!1| ...) ; compiling (DEFUN |DRAWCFUN;draw;PpcSLTdv;8!0| ...) ; compiling (DEFUN |DRAWCFUN;draw;PpcSTdv;9| ...) ; compiling (DEFUN |DRAWCFUN;makePt4| ...) ; compiling (DEFUN |DRAWCFUN;id| ...) ; compiling (DEFUN |DRAWCFUN;zCoord| ...) ; file: /tmp/oa-GLqfUB/code.lsp ; in: DEFUN |DRAWCFUN;zCoord| ; (DEFUN BOOT::|DRAWCFUN;zCoord| (BOOT::|x| BOOT::|y| BOOT::|z| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; BOOT::|z|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DRAWCFUN;zCoord| ; (BOOT::|x| BOOT::|y| BOOT::|z| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DRAWCFUN;zCoord| BOOT::|z|)) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |y| is defined but never used. ; compiling (DEFUN |DRAWCFUN;colorPoints| ...) ; compiling (DEFUN |DRAWCFUN;makeObject;PscSLTs;14| ...) ; compiling (DEFUN |DRAWCFUN;makeObject;PscSLTs;14!2| ...) ; compiling (DEFUN |DRAWCFUN;makeObject;PscSLTs;14!1| ...) ; compiling (DEFUN |DRAWCFUN;makeObject;PscSLTs;14!0| ...) ; compiling (DEFUN |DRAWCFUN;makeObject;MSLTs;15| ...) ; compiling (DEFUN |DRAWCFUN;makeObject;MSLTs;15!1| ...) ; compiling (DEFUN |DRAWCFUN;makeObject;MSLTs;15!0| ...) ; compiling (DEFUN |DRAWCFUN;makeObject;PscSTs;16| ...) ; compiling (DEFUN |DRAWCFUN;makeObject;MSTs;17| ...) ; compiling (DEFUN |DRAWCFUN;draw;PscSLTdv;18| ...) ; compiling (DEFUN |DRAWCFUN;draw;PscSTdv;19| ...) ; compiling (DEFUN |DRAWCFUN;draw;MSLTdv;20| ...) ; compiling (DEFUN |DRAWCFUN;draw;MSTdv;21| ...) ; compiling (DEFUN |DRAWCFUN;myTrap2| ...) ; file: /tmp/oa-GLqfUB/code.lsp ; in: DEFUN |DRAWCFUN;myTrap2| ; (DEFUN BOOT::|DRAWCFUN;myTrap2| (BOOT::|ff| BOOT::|u| BOOT::|v| BOOT::$) ; (PROG (BOOT::|r|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DRAWCFUN;myTrap2| ; (BOOT::|ff| BOOT::|u| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|DRAWCFUN;myTrap2| ; (PROG (BOOT::|r|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |DRAWCFUN;recolor;MMM;23| ...) ; compiling (DEFUN |DRAWCFUN;recolor;MMM;23!0| ...) ; compiling (DEFUN |DRAWCFUN;xCoord| ...) ; file: /tmp/oa-GLqfUB/code.lsp ; in: DEFUN |DRAWCFUN;xCoord| ; (DEFUN BOOT::|DRAWCFUN;xCoord| (BOOT::|x| BOOT::|y| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; BOOT::|x|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DRAWCFUN;xCoord| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DRAWCFUN;xCoord| BOOT::|x|)) ; ; caught STYLE-WARNING: ; The variable |y| is defined but never used. ; compiling (DEFUN |DRAWCFUN;makeObject;M2SLTs;25| ...) ; compiling (DEFUN |DRAWCFUN;makeObject;M2SLTs;25!2| ...) ; compiling (DEFUN |DRAWCFUN;makeObject;M2SLTs;25!1| ...) ; compiling (DEFUN |DRAWCFUN;makeObject;M2SLTs;25!0| ...) ; compiling (DEFUN |DRAWCFUN;makeObject;M2STs;26| ...) ; compiling (DEFUN |DRAWCFUN;draw;M2SLTdv;27| ...) ; compiling (DEFUN |DRAWCFUN;draw;M2STdv;28| ...) ; compiling (DEFUN |DRAWCFUN;makeObject;Ps2SLTs;29| ...) ; compiling (DEFUN |DRAWCFUN;makeObject;Ps2SLTs;29!1| ...) ; compiling (DEFUN |DRAWCFUN;makeObject;Ps2SLTs;29!0| ...) ; compiling (DEFUN |DRAWCFUN;makeObject;M2SLTs;30| ...) ; compiling (DEFUN |DRAWCFUN;makeObject;M2SLTs;30!1| ...) ; compiling (DEFUN |DRAWCFUN;makeObject;M2SLTs;30!0| ...) ; compiling (DEFUN |DRAWCFUN;makeObject;Ps2STs;31| ...) ; compiling (DEFUN |DRAWCFUN;draw;Ps2SLTdv;32| ...) ; compiling (DEFUN |DRAWCFUN;draw;Ps2STdv;33| ...) ; compiling (DEFUN |DRAWCFUN;makeObject;M2STs;34| ...) ; compiling (DEFUN |DRAWCFUN;draw;M2SLTdv;35| ...) ; compiling (DEFUN |DRAWCFUN;draw;M2STdv;36| ...) ; compiling (DEFUN |TopLevelDrawFunctionsForCompiledFunctions| ...) ; compiling (DEFUN |TopLevelDrawFunctionsForCompiledFunctions;| ...) ; compiling (MAKEPROP (QUOTE |TopLevelDrawFunctionsForCompiledFunctions|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 5 STYLE-WARNING conditions ; printed 3 notes ; /tmp/oa-GLqfUB/code.fasl written ; compilation finished in 0:00:00.154 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile DRAW.spad && cp DRAW.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DRAW.fasl \ && if test -f DRAW-.NRLIB/code.fasl; then \ cp DRAW-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DRAW-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DRAW.spad using Spad compiler. DRAW abbreviates package TopLevelDrawFunctions debug: compDefine1 lhs: (TopLevelDrawFunctions Ex) signature (pre-evaluate): ((CATEGORY package (SIGNATURE draw ((TwoDimensionalViewport) Ex (SegmentBinding (Float)) (List (DrawOption)))) (SIGNATURE draw ((TwoDimensionalViewport) Ex (SegmentBinding (Float)))) (SIGNATURE draw ((TwoDimensionalViewport) (ParametricPlaneCurve Ex) (SegmentBinding (Float)) (List (DrawOption)))) (SIGNATURE draw ((TwoDimensionalViewport) (ParametricPlaneCurve Ex) (SegmentBinding (Float)))) (SIGNATURE draw ((ThreeDimensionalViewport) (ParametricSpaceCurve Ex) (SegmentBinding (Float)) (List (DrawOption)))) (SIGNATURE draw ((ThreeDimensionalViewport) (ParametricSpaceCurve Ex) (SegmentBinding (Float)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) (ParametricSpaceCurve Ex) (SegmentBinding (Float)) (List (DrawOption)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) (ParametricSpaceCurve Ex) (SegmentBinding (Float)))) (SIGNATURE draw ((ThreeDimensionalViewport) Ex (SegmentBinding (Float)) (SegmentBinding (Float)) (List (DrawOption)))) (SIGNATURE draw ((ThreeDimensionalViewport) Ex (SegmentBinding (Float)) (SegmentBinding (Float)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) Ex (SegmentBinding (Float)) (SegmentBinding (Float)) (List (DrawOption)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) Ex (SegmentBinding (Float)) (SegmentBinding (Float)))) (SIGNATURE draw ((ThreeDimensionalViewport) (ParametricSurface Ex) (SegmentBinding (Float)) (SegmentBinding (Float)) (List (DrawOption)))) (SIGNATURE draw ((ThreeDimensionalViewport) (ParametricSurface Ex) (SegmentBinding (Float)) (SegmentBinding (Float)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) (ParametricSurface Ex) (SegmentBinding (Float)) (SegmentBinding (Float)) (List (DrawOption)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) (ParametricSurface Ex) (SegmentBinding (Float)) (SegmentBinding (Float))))) (Join (ConvertibleTo (InputForm)) (SetCategory))) debug: evaluateType form: (CATEGORY package (SIGNATURE draw ((TwoDimensionalViewport) Ex (SegmentBinding (Float)) (List (DrawOption)))) (SIGNATURE draw ((TwoDimensionalViewport) Ex (SegmentBinding (Float)))) (SIGNATURE draw ((TwoDimensionalViewport) (ParametricPlaneCurve Ex) (SegmentBinding (Float)) (List (DrawOption)))) (SIGNATURE draw ((TwoDimensionalViewport) (ParametricPlaneCurve Ex) (SegmentBinding (Float)))) (SIGNATURE draw ((ThreeDimensionalViewport) (ParametricSpaceCurve Ex) (SegmentBinding (Float)) (List (DrawOption)))) (SIGNATURE draw ((ThreeDimensionalViewport) (ParametricSpaceCurve Ex) (SegmentBinding (Float)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) (ParametricSpaceCurve Ex) (SegmentBinding (Float)) (List (DrawOption)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) (ParametricSpaceCurve Ex) (SegmentBinding (Float)))) (SIGNATURE draw ((ThreeDimensionalViewport) Ex (SegmentBinding (Float)) (SegmentBinding (Float)) (List (DrawOption)))) (SIGNATURE draw ((ThreeDimensionalViewport) Ex (SegmentBinding (Float)) (SegmentBinding (Float)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) Ex (SegmentBinding (Float)) (SegmentBinding (Float)) (List (DrawOption)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) Ex (SegmentBinding (Float)) (SegmentBinding (Float)))) (SIGNATURE draw ((ThreeDimensionalViewport) (ParametricSurface Ex) (SegmentBinding (Float)) (SegmentBinding (Float)) (List (DrawOption)))) (SIGNATURE draw ((ThreeDimensionalViewport) (ParametricSurface Ex) (SegmentBinding (Float)) (SegmentBinding (Float)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) (ParametricSurface Ex) (SegmentBinding (Float)) (SegmentBinding (Float)) (List (DrawOption)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) (ParametricSurface Ex) (SegmentBinding (Float)) (SegmentBinding (Float))))) $param: (Ex) debug: evaluateType form: (TwoDimensionalViewport) $param: (Ex) Debug: evaluateType1 form: (TwoDimensionalViewport) debug: evaluateType form: Ex $param: (Ex) debug: evaluateType form: (SegmentBinding (Float)) $param: (Ex) Debug: evaluateType1 form: (SegmentBinding (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: (Ex) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (List (DrawOption)) $param: (Ex) Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: (Ex) Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (TwoDimensionalViewport) $param: (Ex) Debug: evaluateType1 form: (TwoDimensionalViewport) debug: evaluateType form: Ex $param: (Ex) debug: evaluateType form: (SegmentBinding (Float)) $param: (Ex) Debug: evaluateType1 form: (SegmentBinding (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: (Ex) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (TwoDimensionalViewport) $param: (Ex) Debug: evaluateType1 form: (TwoDimensionalViewport) debug: evaluateType form: (ParametricPlaneCurve Ex) $param: (Ex) Debug: evaluateType1 form: (ParametricPlaneCurve Ex) debug: evaluateType1 x: Ex m: (Type) debug: evaluateType form: (SegmentBinding (Float)) $param: (Ex) Debug: evaluateType1 form: (SegmentBinding (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: (Ex) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (List (DrawOption)) $param: (Ex) Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: (Ex) Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (TwoDimensionalViewport) $param: (Ex) Debug: evaluateType1 form: (TwoDimensionalViewport) debug: evaluateType form: (ParametricPlaneCurve Ex) $param: (Ex) Debug: evaluateType1 form: (ParametricPlaneCurve Ex) debug: evaluateType1 x: Ex m: (Type) debug: evaluateType form: (SegmentBinding (Float)) $param: (Ex) Debug: evaluateType1 form: (SegmentBinding (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: (Ex) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (ThreeDimensionalViewport) $param: (Ex) Debug: evaluateType1 form: (ThreeDimensionalViewport) debug: evaluateType form: (ParametricSpaceCurve Ex) $param: (Ex) Debug: evaluateType1 form: (ParametricSpaceCurve Ex) debug: evaluateType1 x: Ex m: (Type) debug: evaluateType form: (SegmentBinding (Float)) $param: (Ex) Debug: evaluateType1 form: (SegmentBinding (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: (Ex) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (List (DrawOption)) $param: (Ex) Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: (Ex) Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (ThreeDimensionalViewport) $param: (Ex) Debug: evaluateType1 form: (ThreeDimensionalViewport) debug: evaluateType form: (ParametricSpaceCurve Ex) $param: (Ex) Debug: evaluateType1 form: (ParametricSpaceCurve Ex) debug: evaluateType1 x: Ex m: (Type) debug: evaluateType form: (SegmentBinding (Float)) $param: (Ex) Debug: evaluateType1 form: (SegmentBinding (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: (Ex) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (ThreeSpace (DoubleFloat)) $param: (Ex) Debug: evaluateType1 form: (ThreeSpace (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (Ex) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: (Ex) Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (ParametricSpaceCurve Ex) $param: (Ex) Debug: evaluateType1 form: (ParametricSpaceCurve Ex) debug: evaluateType1 x: Ex m: (Type) debug: evaluateType form: (SegmentBinding (Float)) $param: (Ex) Debug: evaluateType1 form: (SegmentBinding (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: (Ex) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (List (DrawOption)) $param: (Ex) Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: (Ex) Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (ThreeSpace (DoubleFloat)) $param: (Ex) Debug: evaluateType1 form: (ThreeSpace (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (Ex) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: (Ex) Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (ParametricSpaceCurve Ex) $param: (Ex) Debug: evaluateType1 form: (ParametricSpaceCurve Ex) debug: evaluateType1 x: Ex m: (Type) debug: evaluateType form: (SegmentBinding (Float)) $param: (Ex) Debug: evaluateType1 form: (SegmentBinding (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: (Ex) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (ThreeDimensionalViewport) $param: (Ex) Debug: evaluateType1 form: (ThreeDimensionalViewport) debug: evaluateType form: Ex $param: (Ex) debug: evaluateType form: (SegmentBinding (Float)) $param: (Ex) Debug: evaluateType1 form: (SegmentBinding (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: (Ex) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (SegmentBinding (Float)) $param: (Ex) Debug: evaluateType1 form: (SegmentBinding (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: (Ex) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (List (DrawOption)) $param: (Ex) Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: (Ex) Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (ThreeDimensionalViewport) $param: (Ex) Debug: evaluateType1 form: (ThreeDimensionalViewport) debug: evaluateType form: Ex $param: (Ex) debug: evaluateType form: (SegmentBinding (Float)) $param: (Ex) Debug: evaluateType1 form: (SegmentBinding (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: (Ex) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (SegmentBinding (Float)) $param: (Ex) Debug: evaluateType1 form: (SegmentBinding (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: (Ex) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (ThreeSpace (DoubleFloat)) $param: (Ex) Debug: evaluateType1 form: (ThreeSpace (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (Ex) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: (Ex) Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: Ex $param: (Ex) debug: evaluateType form: (SegmentBinding (Float)) $param: (Ex) Debug: evaluateType1 form: (SegmentBinding (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: (Ex) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (SegmentBinding (Float)) $param: (Ex) Debug: evaluateType1 form: (SegmentBinding (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: (Ex) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (List (DrawOption)) $param: (Ex) Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: (Ex) Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (ThreeSpace (DoubleFloat)) $param: (Ex) Debug: evaluateType1 form: (ThreeSpace (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (Ex) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: (Ex) Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: Ex $param: (Ex) debug: evaluateType form: (SegmentBinding (Float)) $param: (Ex) Debug: evaluateType1 form: (SegmentBinding (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: (Ex) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (SegmentBinding (Float)) $param: (Ex) Debug: evaluateType1 form: (SegmentBinding (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: (Ex) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (ThreeDimensionalViewport) $param: (Ex) Debug: evaluateType1 form: (ThreeDimensionalViewport) debug: evaluateType form: (ParametricSurface Ex) $param: (Ex) Debug: evaluateType1 form: (ParametricSurface Ex) debug: evaluateType1 x: Ex m: (Type) debug: evaluateType form: (SegmentBinding (Float)) $param: (Ex) Debug: evaluateType1 form: (SegmentBinding (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: (Ex) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (SegmentBinding (Float)) $param: (Ex) Debug: evaluateType1 form: (SegmentBinding (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: (Ex) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (List (DrawOption)) $param: (Ex) Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: (Ex) Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (ThreeDimensionalViewport) $param: (Ex) Debug: evaluateType1 form: (ThreeDimensionalViewport) debug: evaluateType form: (ParametricSurface Ex) $param: (Ex) Debug: evaluateType1 form: (ParametricSurface Ex) debug: evaluateType1 x: Ex m: (Type) debug: evaluateType form: (SegmentBinding (Float)) $param: (Ex) Debug: evaluateType1 form: (SegmentBinding (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: (Ex) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (SegmentBinding (Float)) $param: (Ex) Debug: evaluateType1 form: (SegmentBinding (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: (Ex) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (ThreeSpace (DoubleFloat)) $param: (Ex) Debug: evaluateType1 form: (ThreeSpace (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (Ex) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: (Ex) Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (ParametricSurface Ex) $param: (Ex) Debug: evaluateType1 form: (ParametricSurface Ex) debug: evaluateType1 x: Ex m: (Type) debug: evaluateType form: (SegmentBinding (Float)) $param: (Ex) Debug: evaluateType1 form: (SegmentBinding (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: (Ex) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (SegmentBinding (Float)) $param: (Ex) Debug: evaluateType1 form: (SegmentBinding (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: (Ex) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (List (DrawOption)) $param: (Ex) Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: (Ex) Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (ThreeSpace (DoubleFloat)) $param: (Ex) Debug: evaluateType1 form: (ThreeSpace (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (Ex) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: (Ex) Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (ParametricSurface Ex) $param: (Ex) Debug: evaluateType1 form: (ParametricSurface Ex) debug: evaluateType1 x: Ex m: (Type) debug: evaluateType form: (SegmentBinding (Float)) $param: (Ex) Debug: evaluateType1 form: (SegmentBinding (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: (Ex) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (SegmentBinding (Float)) $param: (Ex) Debug: evaluateType1 form: (SegmentBinding (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: (Ex) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (Join (ConvertibleTo (InputForm)) (SetCategory)) $param: (Ex) debug: evaluateType form: (ConvertibleTo (InputForm)) $param: (Ex) Debug: evaluateType1 form: (ConvertibleTo (InputForm)) debug: evaluateType1 x: (InputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (InputForm) $param: (Ex) Debug: evaluateType1 form: (InputForm) debug: evalCategory d: (InputForm) c: (Type) debug: evaluateType form: (SetCategory) $param: (Ex) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE draw ((TwoDimensionalViewport) Ex (SegmentBinding (Float)) (List (DrawOption)))) (SIGNATURE draw ((TwoDimensionalViewport) Ex (SegmentBinding (Float)))) (SIGNATURE draw ((TwoDimensionalViewport) (ParametricPlaneCurve Ex) (SegmentBinding (Float)) (List (DrawOption)))) (SIGNATURE draw ((TwoDimensionalViewport) (ParametricPlaneCurve Ex) (SegmentBinding (Float)))) (SIGNATURE draw ((ThreeDimensionalViewport) (ParametricSpaceCurve Ex) (SegmentBinding (Float)) (List (DrawOption)))) (SIGNATURE draw ((ThreeDimensionalViewport) (ParametricSpaceCurve Ex) (SegmentBinding (Float)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) (ParametricSpaceCurve Ex) (SegmentBinding (Float)) (List (DrawOption)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) (ParametricSpaceCurve Ex) (SegmentBinding (Float)))) (SIGNATURE draw ((ThreeDimensionalViewport) Ex (SegmentBinding (Float)) (SegmentBinding (Float)) (List (DrawOption)))) (SIGNATURE draw ((ThreeDimensionalViewport) Ex (SegmentBinding (Float)) (SegmentBinding (Float)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) Ex (SegmentBinding (Float)) (SegmentBinding (Float)) (List (DrawOption)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) Ex (SegmentBinding (Float)) (SegmentBinding (Float)))) (SIGNATURE draw ((ThreeDimensionalViewport) (ParametricSurface Ex) (SegmentBinding (Float)) (SegmentBinding (Float)) (List (DrawOption)))) (SIGNATURE draw ((ThreeDimensionalViewport) (ParametricSurface Ex) (SegmentBinding (Float)) (SegmentBinding (Float)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) (ParametricSurface Ex) (SegmentBinding (Float)) (SegmentBinding (Float)) (List (DrawOption)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) (ParametricSurface Ex) (SegmentBinding (Float)) (SegmentBinding (Float))))) (Join (ConvertibleTo (InputForm)) (SetCategory))) debug: compDefine1 lhs: (TopLevelDrawFunctions Ex) signature (pre-evaluate): ((CATEGORY package (SIGNATURE draw ((TwoDimensionalViewport) Ex (SegmentBinding (Float)) (List (DrawOption)))) (SIGNATURE draw ((TwoDimensionalViewport) Ex (SegmentBinding (Float)))) (SIGNATURE draw ((TwoDimensionalViewport) (ParametricPlaneCurve Ex) (SegmentBinding (Float)) (List (DrawOption)))) (SIGNATURE draw ((TwoDimensionalViewport) (ParametricPlaneCurve Ex) (SegmentBinding (Float)))) (SIGNATURE draw ((ThreeDimensionalViewport) (ParametricSpaceCurve Ex) (SegmentBinding (Float)) (List (DrawOption)))) (SIGNATURE draw ((ThreeDimensionalViewport) (ParametricSpaceCurve Ex) (SegmentBinding (Float)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) (ParametricSpaceCurve Ex) (SegmentBinding (Float)) (List (DrawOption)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) (ParametricSpaceCurve Ex) (SegmentBinding (Float)))) (SIGNATURE draw ((ThreeDimensionalViewport) Ex (SegmentBinding (Float)) (SegmentBinding (Float)) (List (DrawOption)))) (SIGNATURE draw ((ThreeDimensionalViewport) Ex (SegmentBinding (Float)) (SegmentBinding (Float)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) Ex (SegmentBinding (Float)) (SegmentBinding (Float)) (List (DrawOption)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) Ex (SegmentBinding (Float)) (SegmentBinding (Float)))) (SIGNATURE draw ((ThreeDimensionalViewport) (ParametricSurface Ex) (SegmentBinding (Float)) (SegmentBinding (Float)) (List (DrawOption)))) (SIGNATURE draw ((ThreeDimensionalViewport) (ParametricSurface Ex) (SegmentBinding (Float)) (SegmentBinding (Float)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) (ParametricSurface Ex) (SegmentBinding (Float)) (SegmentBinding (Float)) (List (DrawOption)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) (ParametricSurface Ex) (SegmentBinding (Float)) (SegmentBinding (Float))))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE draw ((TwoDimensionalViewport) Ex (SegmentBinding (Float)) (List (DrawOption)))) (SIGNATURE draw ((TwoDimensionalViewport) Ex (SegmentBinding (Float)))) (SIGNATURE draw ((TwoDimensionalViewport) (ParametricPlaneCurve Ex) (SegmentBinding (Float)) (List (DrawOption)))) (SIGNATURE draw ((TwoDimensionalViewport) (ParametricPlaneCurve Ex) (SegmentBinding (Float)))) (SIGNATURE draw ((ThreeDimensionalViewport) (ParametricSpaceCurve Ex) (SegmentBinding (Float)) (List (DrawOption)))) (SIGNATURE draw ((ThreeDimensionalViewport) (ParametricSpaceCurve Ex) (SegmentBinding (Float)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) (ParametricSpaceCurve Ex) (SegmentBinding (Float)) (List (DrawOption)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) (ParametricSpaceCurve Ex) (SegmentBinding (Float)))) (SIGNATURE draw ((ThreeDimensionalViewport) Ex (SegmentBinding (Float)) (SegmentBinding (Float)) (List (DrawOption)))) (SIGNATURE draw ((ThreeDimensionalViewport) Ex (SegmentBinding (Float)) (SegmentBinding (Float)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) Ex (SegmentBinding (Float)) (SegmentBinding (Float)) (List (DrawOption)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) Ex (SegmentBinding (Float)) (SegmentBinding (Float)))) (SIGNATURE draw ((ThreeDimensionalViewport) (ParametricSurface Ex) (SegmentBinding (Float)) (SegmentBinding (Float)) (List (DrawOption)))) (SIGNATURE draw ((ThreeDimensionalViewport) (ParametricSurface Ex) (SegmentBinding (Float)) (SegmentBinding (Float)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) (ParametricSurface Ex) (SegmentBinding (Float)) (SegmentBinding (Float)) (List (DrawOption)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) (ParametricSurface Ex) (SegmentBinding (Float)) (SegmentBinding (Float))))) $param: (Ex) debug: evaluateType form: (TwoDimensionalViewport) $param: (Ex) Debug: evaluateType1 form: (TwoDimensionalViewport) debug: evaluateType form: Ex $param: (Ex) debug: evaluateType form: (SegmentBinding (Float)) $param: (Ex) Debug: evaluateType1 form: (SegmentBinding (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: (Ex) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (List (DrawOption)) $param: (Ex) Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: (Ex) Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (TwoDimensionalViewport) $param: (Ex) Debug: evaluateType1 form: (TwoDimensionalViewport) debug: evaluateType form: Ex $param: (Ex) debug: evaluateType form: (SegmentBinding (Float)) $param: (Ex) Debug: evaluateType1 form: (SegmentBinding (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: (Ex) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (TwoDimensionalViewport) $param: (Ex) Debug: evaluateType1 form: (TwoDimensionalViewport) debug: evaluateType form: (ParametricPlaneCurve Ex) $param: (Ex) Debug: evaluateType1 form: (ParametricPlaneCurve Ex) debug: evaluateType1 x: Ex m: (Type) debug: evaluateType form: (SegmentBinding (Float)) $param: (Ex) Debug: evaluateType1 form: (SegmentBinding (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: (Ex) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (List (DrawOption)) $param: (Ex) Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: (Ex) Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (TwoDimensionalViewport) $param: (Ex) Debug: evaluateType1 form: (TwoDimensionalViewport) debug: evaluateType form: (ParametricPlaneCurve Ex) $param: (Ex) Debug: evaluateType1 form: (ParametricPlaneCurve Ex) debug: evaluateType1 x: Ex m: (Type) debug: evaluateType form: (SegmentBinding (Float)) $param: (Ex) Debug: evaluateType1 form: (SegmentBinding (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: (Ex) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (ThreeDimensionalViewport) $param: (Ex) Debug: evaluateType1 form: (ThreeDimensionalViewport) debug: evaluateType form: (ParametricSpaceCurve Ex) $param: (Ex) Debug: evaluateType1 form: (ParametricSpaceCurve Ex) debug: evaluateType1 x: Ex m: (Type) debug: evaluateType form: (SegmentBinding (Float)) $param: (Ex) Debug: evaluateType1 form: (SegmentBinding (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: (Ex) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (List (DrawOption)) $param: (Ex) Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: (Ex) Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (ThreeDimensionalViewport) $param: (Ex) Debug: evaluateType1 form: (ThreeDimensionalViewport) debug: evaluateType form: (ParametricSpaceCurve Ex) $param: (Ex) Debug: evaluateType1 form: (ParametricSpaceCurve Ex) debug: evaluateType1 x: Ex m: (Type) debug: evaluateType form: (SegmentBinding (Float)) $param: (Ex) Debug: evaluateType1 form: (SegmentBinding (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: (Ex) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (ThreeSpace (DoubleFloat)) $param: (Ex) Debug: evaluateType1 form: (ThreeSpace (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (Ex) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: (Ex) Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (ParametricSpaceCurve Ex) $param: (Ex) Debug: evaluateType1 form: (ParametricSpaceCurve Ex) debug: evaluateType1 x: Ex m: (Type) debug: evaluateType form: (SegmentBinding (Float)) $param: (Ex) Debug: evaluateType1 form: (SegmentBinding (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: (Ex) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (List (DrawOption)) $param: (Ex) Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: (Ex) Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (ThreeSpace (DoubleFloat)) $param: (Ex) Debug: evaluateType1 form: (ThreeSpace (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (Ex) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: (Ex) Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (ParametricSpaceCurve Ex) $param: (Ex) Debug: evaluateType1 form: (ParametricSpaceCurve Ex) debug: evaluateType1 x: Ex m: (Type) debug: evaluateType form: (SegmentBinding (Float)) $param: (Ex) Debug: evaluateType1 form: (SegmentBinding (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: (Ex) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (ThreeDimensionalViewport) $param: (Ex) Debug: evaluateType1 form: (ThreeDimensionalViewport) debug: evaluateType form: Ex $param: (Ex) debug: evaluateType form: (SegmentBinding (Float)) $param: (Ex) Debug: evaluateType1 form: (SegmentBinding (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: (Ex) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (SegmentBinding (Float)) $param: (Ex) Debug: evaluateType1 form: (SegmentBinding (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: (Ex) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (List (DrawOption)) $param: (Ex) Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: (Ex) Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (ThreeDimensionalViewport) $param: (Ex) Debug: evaluateType1 form: (ThreeDimensionalViewport) debug: evaluateType form: Ex $param: (Ex) debug: evaluateType form: (SegmentBinding (Float)) $param: (Ex) Debug: evaluateType1 form: (SegmentBinding (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: (Ex) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (SegmentBinding (Float)) $param: (Ex) Debug: evaluateType1 form: (SegmentBinding (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: (Ex) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (ThreeSpace (DoubleFloat)) $param: (Ex) Debug: evaluateType1 form: (ThreeSpace (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (Ex) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: (Ex) Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: Ex $param: (Ex) debug: evaluateType form: (SegmentBinding (Float)) $param: (Ex) Debug: evaluateType1 form: (SegmentBinding (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: (Ex) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (SegmentBinding (Float)) $param: (Ex) Debug: evaluateType1 form: (SegmentBinding (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: (Ex) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (List (DrawOption)) $param: (Ex) Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: (Ex) Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (ThreeSpace (DoubleFloat)) $param: (Ex) Debug: evaluateType1 form: (ThreeSpace (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (Ex) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: (Ex) Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: Ex $param: (Ex) debug: evaluateType form: (SegmentBinding (Float)) $param: (Ex) Debug: evaluateType1 form: (SegmentBinding (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: (Ex) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (SegmentBinding (Float)) $param: (Ex) Debug: evaluateType1 form: (SegmentBinding (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: (Ex) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (ThreeDimensionalViewport) $param: (Ex) Debug: evaluateType1 form: (ThreeDimensionalViewport) debug: evaluateType form: (ParametricSurface Ex) $param: (Ex) Debug: evaluateType1 form: (ParametricSurface Ex) debug: evaluateType1 x: Ex m: (Type) debug: evaluateType form: (SegmentBinding (Float)) $param: (Ex) Debug: evaluateType1 form: (SegmentBinding (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: (Ex) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (SegmentBinding (Float)) $param: (Ex) Debug: evaluateType1 form: (SegmentBinding (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: (Ex) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (List (DrawOption)) $param: (Ex) Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: (Ex) Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (ThreeDimensionalViewport) $param: (Ex) Debug: evaluateType1 form: (ThreeDimensionalViewport) debug: evaluateType form: (ParametricSurface Ex) $param: (Ex) Debug: evaluateType1 form: (ParametricSurface Ex) debug: evaluateType1 x: Ex m: (Type) debug: evaluateType form: (SegmentBinding (Float)) $param: (Ex) Debug: evaluateType1 form: (SegmentBinding (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: (Ex) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (SegmentBinding (Float)) $param: (Ex) Debug: evaluateType1 form: (SegmentBinding (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: (Ex) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (ThreeSpace (DoubleFloat)) $param: (Ex) Debug: evaluateType1 form: (ThreeSpace (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (Ex) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: (Ex) Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (ParametricSurface Ex) $param: (Ex) Debug: evaluateType1 form: (ParametricSurface Ex) debug: evaluateType1 x: Ex m: (Type) debug: evaluateType form: (SegmentBinding (Float)) $param: (Ex) Debug: evaluateType1 form: (SegmentBinding (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: (Ex) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (SegmentBinding (Float)) $param: (Ex) Debug: evaluateType1 form: (SegmentBinding (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: (Ex) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (List (DrawOption)) $param: (Ex) Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: (Ex) Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: evaluateType form: (ThreeSpace (DoubleFloat)) $param: (Ex) Debug: evaluateType1 form: (ThreeSpace (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (Ex) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (DoubleFloat) $param: (Ex) Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Ring) debug: evaluateType form: (ParametricSurface Ex) $param: (Ex) Debug: evaluateType1 form: (ParametricSurface Ex) debug: evaluateType1 x: Ex m: (Type) debug: evaluateType form: (SegmentBinding (Float)) $param: (Ex) Debug: evaluateType1 form: (SegmentBinding (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: (Ex) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (SegmentBinding (Float)) $param: (Ex) Debug: evaluateType1 form: (SegmentBinding (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: (Ex) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE draw ((TwoDimensionalViewport) Ex (SegmentBinding (Float)) (List (DrawOption)))) (SIGNATURE draw ((TwoDimensionalViewport) Ex (SegmentBinding (Float)))) (SIGNATURE draw ((TwoDimensionalViewport) (ParametricPlaneCurve Ex) (SegmentBinding (Float)) (List (DrawOption)))) (SIGNATURE draw ((TwoDimensionalViewport) (ParametricPlaneCurve Ex) (SegmentBinding (Float)))) (SIGNATURE draw ((ThreeDimensionalViewport) (ParametricSpaceCurve Ex) (SegmentBinding (Float)) (List (DrawOption)))) (SIGNATURE draw ((ThreeDimensionalViewport) (ParametricSpaceCurve Ex) (SegmentBinding (Float)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) (ParametricSpaceCurve Ex) (SegmentBinding (Float)) (List (DrawOption)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) (ParametricSpaceCurve Ex) (SegmentBinding (Float)))) (SIGNATURE draw ((ThreeDimensionalViewport) Ex (SegmentBinding (Float)) (SegmentBinding (Float)) (List (DrawOption)))) (SIGNATURE draw ((ThreeDimensionalViewport) Ex (SegmentBinding (Float)) (SegmentBinding (Float)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) Ex (SegmentBinding (Float)) (SegmentBinding (Float)) (List (DrawOption)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) Ex (SegmentBinding (Float)) (SegmentBinding (Float)))) (SIGNATURE draw ((ThreeDimensionalViewport) (ParametricSurface Ex) (SegmentBinding (Float)) (SegmentBinding (Float)) (List (DrawOption)))) (SIGNATURE draw ((ThreeDimensionalViewport) (ParametricSurface Ex) (SegmentBinding (Float)) (SegmentBinding (Float)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) (ParametricSurface Ex) (SegmentBinding (Float)) (SegmentBinding (Float)) (List (DrawOption)))) (SIGNATURE makeObject ((ThreeSpace (DoubleFloat)) (ParametricSurface Ex) (SegmentBinding (Float)) (SegmentBinding (Float))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for TopLevelDrawFunctions compiling into /tmp/oa-cxEn3t importing TopLevelDrawFunctionsForCompiledFunctions importing MakeFloatCompiledFunction Ex importing ParametricPlaneCurve DoubleFloat -> DoubleFloat importing ParametricSpaceCurve DoubleFloat -> DoubleFloat importing ParametricSurface (DoubleFloat,DoubleFloat) -> DoubleFloat importing ThreeSpace DoubleFloat compiling exported draw : (Ex,SegmentBinding Float,List DrawOption) -> TwoDimensionalViewport Time: 0.09 SEC. compiling exported draw : (Ex,SegmentBinding Float) -> TwoDimensionalViewport Time: 0.00 SEC. compiling exported draw : (ParametricPlaneCurve Ex,SegmentBinding Float,List DrawOption) -> TwoDimensionalViewport Time: 0.04 SEC. compiling exported draw : (ParametricPlaneCurve Ex,SegmentBinding Float) -> TwoDimensionalViewport Time: 0.01 SEC. compiling exported makeObject : (ParametricSpaceCurve Ex,SegmentBinding Float,List DrawOption) -> ThreeSpace DoubleFloat Time: 0.05 SEC. compiling exported makeObject : (ParametricSpaceCurve Ex,SegmentBinding Float) -> ThreeSpace DoubleFloat Time: 0.00 SEC. compiling exported draw : (ParametricSpaceCurve Ex,SegmentBinding Float,List DrawOption) -> ThreeDimensionalViewport Time: 0.06 SEC. compiling exported draw : (ParametricSpaceCurve Ex,SegmentBinding Float) -> ThreeDimensionalViewport Time: 0.01 SEC. compiling exported makeObject : (Ex,SegmentBinding Float,SegmentBinding Float,List DrawOption) -> ThreeSpace DoubleFloat Time: 0.04 SEC. compiling exported makeObject : (Ex,SegmentBinding Float,SegmentBinding Float) -> ThreeSpace DoubleFloat Time: 0.00 SEC. compiling exported draw : (Ex,SegmentBinding Float,SegmentBinding Float,List DrawOption) -> ThreeDimensionalViewport Time: 0.08 SEC. compiling exported draw : (Ex,SegmentBinding Float,SegmentBinding Float) -> ThreeDimensionalViewport Time: 0.01 SEC. compiling exported makeObject : (ParametricSurface Ex,SegmentBinding Float,SegmentBinding Float,List DrawOption) -> ThreeSpace DoubleFloat Time: 0.04 SEC. compiling exported makeObject : (ParametricSurface Ex,SegmentBinding Float,SegmentBinding Float) -> ThreeSpace DoubleFloat Time: 0.00 SEC. compiling exported draw : (ParametricSurface Ex,SegmentBinding Float,SegmentBinding Float,List DrawOption) -> ThreeDimensionalViewport Time: 0.08 SEC. compiling exported draw : (ParametricSurface Ex,SegmentBinding Float,SegmentBinding Float) -> ThreeDimensionalViewport Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] draw: unparse has no value [2] makeObject: unparse has no value Cumulative Statistics for Constructor TopLevelDrawFunctions Time: 0.53 seconds finalizing NRLIB DRAW Processing TopLevelDrawFunctions for Browser database: -- draw : (Ex,BIND,L DROP) -> VIEW2 -- draw : (Ex,BIND) -> VIEW2 -- draw : (PPC,BIND,L DROP) -> VIEW2 -- draw : (PPC,BIND) -> VIEW2 -- draw : (PSC,BIND,L DROP) -> VIEW3 -- draw : (PSC,BIND) -> VIEW3 -- makeObject : (PSC,BIND,L DROP) -> SPACE3 -- makeObject : (PSC,BIND) -> SPACE3 -- draw : (Ex,BIND,BIND,L DROP) -> VIEW3 -- draw : (Ex,BIND,BIND) -> VIEW3 -- makeObject : (Ex,BIND,BIND,L DROP) -> SPACE3 -- makeObject : (Ex,BIND,BIND) -> SPACE3 -- draw : (PSF,BIND,BIND,L DROP) -> VIEW3 -- draw : (PSF,BIND,BIND) -> VIEW3 -- makeObject : (PSF,BIND,BIND,L DROP) -> SPACE3 -- makeObject : (PSF,BIND,BIND) -> SPACE3 -- constructor ; compiling file "/tmp/oa-cxEn3t/code.lsp" (written 01 FEB 2016 11:13:05 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DRAW;draw;ExSbLTdv;1| ...) ; file: /tmp/oa-cxEn3t/code.lsp ; in: DEFUN |DRAW;draw;ExSbLTdv;1| ; (DEFUN BOOT::|DRAW;draw;ExSbLTdv;1| ; (BOOT::|f| BOOT::|bind| BOOT::|l| BOOT::$) ; (PROG (BOOT::|s|) (RETURN (BOOT::SEQ (COND #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DRAW;draw;ExSbLTdv;1| ; (BOOT::|f| BOOT::|bind| BOOT::|l| BOOT::$) ; (BLOCK BOOT::|DRAW;draw;ExSbLTdv;1| ; (PROG (BOOT::|s|) (RETURN (BOOT::SEQ # #))))) ; ; note: Assignment to argument: |l| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |DRAW;draw;ExSbTdv;2| ...) ; compiling (DEFUN |DRAW;draw;PpcSbLTdv;3| ...) ; file: /tmp/oa-cxEn3t/code.lsp ; in: DEFUN |DRAW;draw;PpcSbLTdv;3| ; (DEFUN BOOT::|DRAW;draw;PpcSbLTdv;3| ; (BOOT::|ppc| BOOT::|bind| BOOT::|l| BOOT::$) ; (PROG (BOOT::|curve| BOOT::|s|) ; (RETURN ; (LET (# #) ; (BOOT::SEQ # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DRAW;draw;PpcSbLTdv;3| ; (BOOT::|ppc| BOOT::|bind| BOOT::|l| BOOT::$) ; (BLOCK BOOT::|DRAW;draw;PpcSbLTdv;3| ; (PROG (BOOT::|curve| BOOT::|s|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |l| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |DRAW;draw;PpcSbTdv;4| ...) ; compiling (DEFUN |DRAW;makeObject;PscSbLTs;5| ...) ; file: /tmp/oa-cxEn3t/code.lsp ; in: DEFUN |DRAW;makeObject;PscSbLTs;5| ; (DEFUN BOOT::|DRAW;makeObject;PscSbLTs;5| ; (BOOT::|psc| BOOT::|tBind| BOOT::|l| BOOT::$) ; (PROG (BOOT::|curve| BOOT::|s|) ; (RETURN ; (LET (# # # # #) ; (BOOT::SEQ # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DRAW;makeObject;PscSbLTs;5| ; (BOOT::|psc| BOOT::|tBind| BOOT::|l| BOOT::$) ; (BLOCK BOOT::|DRAW;makeObject;PscSbLTs;5| ; (PROG (BOOT::|curve| BOOT::|s|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |l| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |DRAW;makeObject;PscSbTs;6| ...) ; compiling (DEFUN |DRAW;draw;PscSbLTdv;7| ...) ; file: /tmp/oa-cxEn3t/code.lsp ; in: DEFUN |DRAW;draw;PscSbLTdv;7| ; (DEFUN BOOT::|DRAW;draw;PscSbLTdv;7| ; (BOOT::|psc| BOOT::|tBind| BOOT::|l| BOOT::$) ; (PROG (BOOT::|curve| BOOT::|s|) ; (RETURN ; (LET (# # # # #) ; (BOOT::SEQ # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DRAW;draw;PscSbLTdv;7| ; (BOOT::|psc| BOOT::|tBind| BOOT::|l| BOOT::$) ; (BLOCK BOOT::|DRAW;draw;PscSbLTdv;7| ; (PROG (BOOT::|curve| BOOT::|s|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |l| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |DRAW;draw;PscSbTdv;8| ...) ; compiling (DEFUN |DRAW;makeObject;Ex2SbLTs;9| ...) ; file: /tmp/oa-cxEn3t/code.lsp ; in: DEFUN |DRAW;makeObject;Ex2SbLTs;9| ; (DEFUN BOOT::|DRAW;makeObject;Ex2SbLTs;9| ; (BOOT::|f| BOOT::|xBind| BOOT::|yBind| BOOT::|l| BOOT::$) ; (PROG (BOOT::|ySeg| BOOT::|y| BOOT::|xSeg| BOOT::|x| BOOT::|s|) ; (RETURN ; (BOOT::SEQ (COND #) (COND #) ; (BOOT::LETT BOOT::|x| # BOOT::|DRAW;makeObject;Ex2SbLTs;9|) ; (BOOT::LETT BOOT::|xSeg| # ; BOOT::|DRAW;makeObject;Ex2SbLTs;9|) ; (BOOT::LETT BOOT::|y| # BOOT::|DRAW;makeObject;Ex2SbLTs;9|) ; (BOOT::LETT BOOT::|ySeg| # ; BOOT::|DRAW;makeObject;Ex2SbLTs;9|) ; (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DRAW;makeObject;Ex2SbLTs;9| ; (BOOT::|f| BOOT::|xBind| BOOT::|yBind| BOOT::|l| BOOT::$) ; (BLOCK BOOT::|DRAW;makeObject;Ex2SbLTs;9| ; (PROG (BOOT::|ySeg| BOOT::|y| BOOT::|xSeg| BOOT::|x| BOOT::|s|) ; (RETURN (BOOT::SEQ # # # # # # #))))) ; ; note: Assignment to argument: |l| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |DRAW;makeObject;Ex2SbTs;10| ...) ; compiling (DEFUN |DRAW;draw;Ex2SbLTdv;11| ...) ; file: /tmp/oa-cxEn3t/code.lsp ; in: DEFUN |DRAW;draw;Ex2SbLTdv;11| ; (DEFUN BOOT::|DRAW;draw;Ex2SbLTdv;11| ; (BOOT::|f| BOOT::|xBind| BOOT::|yBind| BOOT::|l| BOOT::$) ; (PROG (BOOT::|ySeg| BOOT::|y| BOOT::|xSeg| BOOT::|x| BOOT::|s|) ; (RETURN ; (BOOT::SEQ (COND #) (COND #) ; (BOOT::LETT BOOT::|x| # BOOT::|DRAW;draw;Ex2SbLTdv;11|) ; (BOOT::LETT BOOT::|xSeg| # BOOT::|DRAW;draw;Ex2SbLTdv;11|) ; (BOOT::LETT BOOT::|y| # BOOT::|DRAW;draw;Ex2SbLTdv;11|) ; (BOOT::LETT BOOT::|ySeg| # BOOT::|DRAW;draw;Ex2SbLTdv;11|) ; (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DRAW;draw;Ex2SbLTdv;11| ; (BOOT::|f| BOOT::|xBind| BOOT::|yBind| BOOT::|l| BOOT::$) ; (BLOCK BOOT::|DRAW;draw;Ex2SbLTdv;11| ; (PROG (BOOT::|ySeg| BOOT::|y| BOOT::|xSeg| BOOT::|x| BOOT::|s|) ; (RETURN (BOOT::SEQ # # # # # # #))))) ; ; note: Assignment to argument: |l| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |DRAW;draw;Ex2SbTdv;12| ...) ; compiling (DEFUN |DRAW;makeObject;Ps2SbLTs;13| ...) ; file: /tmp/oa-cxEn3t/code.lsp ; in: DEFUN |DRAW;makeObject;Ps2SbLTs;13| ; (DEFUN BOOT::|DRAW;makeObject;Ps2SbLTs;13| ; (BOOT::|s| BOOT::|uBind| BOOT::|vBind| BOOT::|l| BOOT::$) ; (PROG (BOOT::|surf| BOOT::|vSeg| BOOT::|v| BOOT::|uSeg| BOOT::|u|) ; (RETURN ; (LET (# # #) ; (BOOT::SEQ # # # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DRAW;makeObject;Ps2SbLTs;13| ; (BOOT::|s| BOOT::|uBind| BOOT::|vBind| BOOT::|l| BOOT::$) ; (BLOCK BOOT::|DRAW;makeObject;Ps2SbLTs;13| ; (PROG (BOOT::|surf| BOOT::|vSeg| BOOT::|v| BOOT::|uSeg| BOOT::|u|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |l| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |DRAW;makeObject;Ps2SbTs;14| ...) ; compiling (DEFUN |DRAW;draw;Ps2SbLTdv;15| ...) ; file: /tmp/oa-cxEn3t/code.lsp ; in: DEFUN |DRAW;draw;Ps2SbLTdv;15| ; (DEFUN BOOT::|DRAW;draw;Ps2SbLTdv;15| ; (BOOT::|s| BOOT::|uBind| BOOT::|vBind| BOOT::|l| BOOT::$) ; (PROG (BOOT::|surf| BOOT::|vSeg| BOOT::|v| BOOT::|uSeg| BOOT::|u|) ; (RETURN ; (LET (# # #) ; (BOOT::SEQ # # # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DRAW;draw;Ps2SbLTdv;15| ; (BOOT::|s| BOOT::|uBind| BOOT::|vBind| BOOT::|l| BOOT::$) ; (BLOCK BOOT::|DRAW;draw;Ps2SbLTdv;15| ; (PROG (BOOT::|surf| BOOT::|vSeg| BOOT::|v| BOOT::|uSeg| BOOT::|u|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |l| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |DRAW;draw;Ps2SbTdv;16| ...) ; compiling (DEFUN |TopLevelDrawFunctions| ...) ; compiling (DEFUN |TopLevelDrawFunctions;| ...) ; compiling (MAKEPROP (QUOTE |TopLevelDrawFunctions|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 8 notes ; /tmp/oa-cxEn3t/code.fasl written ; compilation finished in 0:00:00.105 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile EP.spad && cp EP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/EP.fasl \ && if test -f EP-.NRLIB/code.fasl; then \ cp EP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/EP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/EP.spad using Spad compiler. EP abbreviates package EigenPackage debug: compDefine1 lhs: (EigenPackage R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE characteristicPolynomial ((Polynomial R) (Matrix (Fraction (Polynomial R))) (Symbol))) (SIGNATURE characteristicPolynomial ((Polynomial R) (Matrix (Fraction (Polynomial R))))) (SIGNATURE eigenvalues ((List (Union (Fraction (Polynomial R)) (SuchThat (Symbol) (Polynomial R)))) (Matrix (Fraction (Polynomial R))))) (SIGNATURE eigenvector ((List (Matrix (Fraction (Polynomial R)))) (Union (Fraction (Polynomial R)) (SuchThat (Symbol) (Polynomial R))) (Matrix (Fraction (Polynomial R))))) (SIGNATURE generalizedEigenvector ((List (Matrix (Fraction (Polynomial R)))) (Union (Fraction (Polynomial R)) (SuchThat (Symbol) (Polynomial R))) (Matrix (Fraction (Polynomial R))) (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE generalizedEigenvector ((List (Matrix (Fraction (Polynomial R)))) (Record (: eigval (Union (Fraction (Polynomial R)) (SuchThat (Symbol) (Polynomial R)))) (: eigmult (NonNegativeInteger)) (: eigvec (List (Matrix (Fraction (Polynomial R)))))) (Matrix (Fraction (Polynomial R))))) (SIGNATURE generalizedEigenvectors ((List (Record (: eigval (Union (Fraction (Polynomial R)) (SuchThat (Symbol) (Polynomial R)))) (: geneigvec (List (Matrix (Fraction (Polynomial R))))))) (Matrix (Fraction (Polynomial R))))) (SIGNATURE eigenvectors ((List (Record (: eigval (Union (Fraction (Polynomial R)) (SuchThat (Symbol) (Polynomial R)))) (: eigmult (NonNegativeInteger)) (: eigvec (List (Matrix (Fraction (Polynomial R))))))) (Matrix (Fraction (Polynomial R)))))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE characteristicPolynomial ((Polynomial R) (Matrix (Fraction (Polynomial R))) (Symbol))) (SIGNATURE characteristicPolynomial ((Polynomial R) (Matrix (Fraction (Polynomial R))))) (SIGNATURE eigenvalues ((List (Union (Fraction (Polynomial R)) (SuchThat (Symbol) (Polynomial R)))) (Matrix (Fraction (Polynomial R))))) (SIGNATURE eigenvector ((List (Matrix (Fraction (Polynomial R)))) (Union (Fraction (Polynomial R)) (SuchThat (Symbol) (Polynomial R))) (Matrix (Fraction (Polynomial R))))) (SIGNATURE generalizedEigenvector ((List (Matrix (Fraction (Polynomial R)))) (Union (Fraction (Polynomial R)) (SuchThat (Symbol) (Polynomial R))) (Matrix (Fraction (Polynomial R))) (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE generalizedEigenvector ((List (Matrix (Fraction (Polynomial R)))) (Record (: eigval (Union (Fraction (Polynomial R)) (SuchThat (Symbol) (Polynomial R)))) (: eigmult (NonNegativeInteger)) (: eigvec (List (Matrix (Fraction (Polynomial R)))))) (Matrix (Fraction (Polynomial R))))) (SIGNATURE generalizedEigenvectors ((List (Record (: eigval (Union (Fraction (Polynomial R)) (SuchThat (Symbol) (Polynomial R)))) (: geneigvec (List (Matrix (Fraction (Polynomial R))))))) (Matrix (Fraction (Polynomial R))))) (SIGNATURE eigenvectors ((List (Record (: eigval (Union (Fraction (Polynomial R)) (SuchThat (Symbol) (Polynomial R)))) (: eigmult (NonNegativeInteger)) (: eigvec (List (Matrix (Fraction (Polynomial R))))))) (Matrix (Fraction (Polynomial R)))))) $param: (R) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Matrix (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Ring) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Matrix (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Ring) debug: evaluateType form: (List (Union (Fraction (Polynomial R)) (SuchThat (Symbol) (Polynomial R)))) $param: (R) Debug: evaluateType1 form: (List (Union (Fraction (Polynomial R)) (SuchThat (Symbol) (Polynomial R)))) debug: evaluateType1 x: (Union (Fraction (Polynomial R)) (SuchThat (Symbol) (Polynomial R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Union (Fraction (Polynomial R)) (SuchThat (Symbol) (Polynomial R))) $param: (R) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (SuchThat (Symbol) (Polynomial R)) $param: (R) Debug: evaluateType1 form: (SuchThat (Symbol) (Polynomial R)) debug: evaluateType1 x: (Symbol) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (SetCategory) debug: evaluateType1 x: (Polynomial R) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (SetCategory) debug: evalCategory d: (Union (Fraction (Polynomial R)) (SuchThat (Symbol) (Polynomial R))) c: (Type) debug: evaluateType form: (Matrix (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Matrix (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Ring) debug: evaluateType form: (List (Matrix (Fraction (Polynomial R)))) $param: (R) Debug: evaluateType1 form: (List (Matrix (Fraction (Polynomial R)))) debug: evaluateType1 x: (Matrix (Fraction (Polynomial R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Matrix (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Ring) debug: evalCategory d: (Matrix (Fraction (Polynomial R))) c: (Type) debug: evaluateType form: (Union (Fraction (Polynomial R)) (SuchThat (Symbol) (Polynomial R))) $param: (R) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (SuchThat (Symbol) (Polynomial R)) $param: (R) Debug: evaluateType1 form: (SuchThat (Symbol) (Polynomial R)) debug: evaluateType1 x: (Symbol) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (SetCategory) debug: evaluateType1 x: (Polynomial R) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (SetCategory) debug: evaluateType form: (Matrix (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Matrix (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Ring) debug: evaluateType form: (List (Matrix (Fraction (Polynomial R)))) $param: (R) Debug: evaluateType1 form: (List (Matrix (Fraction (Polynomial R)))) debug: evaluateType1 x: (Matrix (Fraction (Polynomial R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Matrix (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Ring) debug: evalCategory d: (Matrix (Fraction (Polynomial R))) c: (Type) debug: evaluateType form: (Union (Fraction (Polynomial R)) (SuchThat (Symbol) (Polynomial R))) $param: (R) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (SuchThat (Symbol) (Polynomial R)) $param: (R) Debug: evaluateType1 form: (SuchThat (Symbol) (Polynomial R)) debug: evaluateType1 x: (Symbol) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (SetCategory) debug: evaluateType1 x: (Polynomial R) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (SetCategory) debug: evaluateType form: (Matrix (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Matrix (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Ring) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (List (Matrix (Fraction (Polynomial R)))) $param: (R) Debug: evaluateType1 form: (List (Matrix (Fraction (Polynomial R)))) debug: evaluateType1 x: (Matrix (Fraction (Polynomial R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Matrix (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Ring) debug: evalCategory d: (Matrix (Fraction (Polynomial R))) c: (Type) debug: evaluateType form: (Record (: eigval (Union (Fraction (Polynomial R)) (SuchThat (Symbol) (Polynomial R)))) (: eigmult (NonNegativeInteger)) (: eigvec (List (Matrix (Fraction (Polynomial R)))))) $param: (R) debug: evaluateType form: (Union (Fraction (Polynomial R)) (SuchThat (Symbol) (Polynomial R))) $param: (R) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (SuchThat (Symbol) (Polynomial R)) $param: (R) Debug: evaluateType1 form: (SuchThat (Symbol) (Polynomial R)) debug: evaluateType1 x: (Symbol) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (SetCategory) debug: evaluateType1 x: (Polynomial R) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (SetCategory) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (List (Matrix (Fraction (Polynomial R)))) $param: (R) Debug: evaluateType1 form: (List (Matrix (Fraction (Polynomial R)))) debug: evaluateType1 x: (Matrix (Fraction (Polynomial R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Matrix (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Ring) debug: evalCategory d: (Matrix (Fraction (Polynomial R))) c: (Type) debug: evaluateType form: (Matrix (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Matrix (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Ring) debug: evaluateType form: (List (Record (: eigval (Union (Fraction (Polynomial R)) (SuchThat (Symbol) (Polynomial R)))) (: geneigvec (List (Matrix (Fraction (Polynomial R))))))) $param: (R) Debug: evaluateType1 form: (List (Record (: eigval (Union (Fraction (Polynomial R)) (SuchThat (Symbol) (Polynomial R)))) (: geneigvec (List (Matrix (Fraction (Polynomial R))))))) debug: evaluateType1 x: (Record (: eigval (Union (Fraction (Polynomial R)) (SuchThat (Symbol) (Polynomial R)))) (: geneigvec (List (Matrix (Fraction (Polynomial R)))))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: eigval (Union (Fraction (Polynomial R)) (SuchThat (Symbol) (Polynomial R)))) (: geneigvec (List (Matrix (Fraction (Polynomial R)))))) $param: (R) debug: evaluateType form: (Union (Fraction (Polynomial R)) (SuchThat (Symbol) (Polynomial R))) $param: (R) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (SuchThat (Symbol) (Polynomial R)) $param: (R) Debug: evaluateType1 form: (SuchThat (Symbol) (Polynomial R)) debug: evaluateType1 x: (Symbol) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (SetCategory) debug: evaluateType1 x: (Polynomial R) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (SetCategory) debug: evaluateType form: (List (Matrix (Fraction (Polynomial R)))) $param: (R) Debug: evaluateType1 form: (List (Matrix (Fraction (Polynomial R)))) debug: evaluateType1 x: (Matrix (Fraction (Polynomial R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Matrix (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Ring) debug: evalCategory d: (Matrix (Fraction (Polynomial R))) c: (Type) debug: evalCategory d: (Record (: eigval (Union (Fraction (Polynomial R)) (SuchThat (Symbol) (Polynomial R)))) (: geneigvec (List (Matrix (Fraction (Polynomial R)))))) c: (Type) debug: evaluateType form: (Matrix (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Matrix (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Ring) debug: evaluateType form: (List (Record (: eigval (Union (Fraction (Polynomial R)) (SuchThat (Symbol) (Polynomial R)))) (: eigmult (NonNegativeInteger)) (: eigvec (List (Matrix (Fraction (Polynomial R))))))) $param: (R) Debug: evaluateType1 form: (List (Record (: eigval (Union (Fraction (Polynomial R)) (SuchThat (Symbol) (Polynomial R)))) (: eigmult (NonNegativeInteger)) (: eigvec (List (Matrix (Fraction (Polynomial R))))))) debug: evaluateType1 x: (Record (: eigval (Union (Fraction (Polynomial R)) (SuchThat (Symbol) (Polynomial R)))) (: eigmult (NonNegativeInteger)) (: eigvec (List (Matrix (Fraction (Polynomial R)))))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: eigval (Union (Fraction (Polynomial R)) (SuchThat (Symbol) (Polynomial R)))) (: eigmult (NonNegativeInteger)) (: eigvec (List (Matrix (Fraction (Polynomial R)))))) $param: (R) debug: evaluateType form: (Union (Fraction (Polynomial R)) (SuchThat (Symbol) (Polynomial R))) $param: (R) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (SuchThat (Symbol) (Polynomial R)) $param: (R) Debug: evaluateType1 form: (SuchThat (Symbol) (Polynomial R)) debug: evaluateType1 x: (Symbol) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (SetCategory) debug: evaluateType1 x: (Polynomial R) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (SetCategory) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (List (Matrix (Fraction (Polynomial R)))) $param: (R) Debug: evaluateType1 form: (List (Matrix (Fraction (Polynomial R)))) debug: evaluateType1 x: (Matrix (Fraction (Polynomial R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Matrix (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Ring) debug: evalCategory d: (Matrix (Fraction (Polynomial R))) c: (Type) debug: evalCategory d: (Record (: eigval (Union (Fraction (Polynomial R)) (SuchThat (Symbol) (Polynomial R)))) (: eigmult (NonNegativeInteger)) (: eigvec (List (Matrix (Fraction (Polynomial R)))))) c: (Type) debug: evaluateType form: (Matrix (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Matrix (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE characteristicPolynomial ((Polynomial R) (Matrix (Fraction (Polynomial R))) (Symbol))) (SIGNATURE characteristicPolynomial ((Polynomial R) (Matrix (Fraction (Polynomial R))))) (SIGNATURE eigenvalues ((List (Union (Fraction (Polynomial R)) (SuchThat (Symbol) (Polynomial R)))) (Matrix (Fraction (Polynomial R))))) (SIGNATURE eigenvector ((List (Matrix (Fraction (Polynomial R)))) (Union (Fraction (Polynomial R)) (SuchThat (Symbol) (Polynomial R))) (Matrix (Fraction (Polynomial R))))) (SIGNATURE generalizedEigenvector ((List (Matrix (Fraction (Polynomial R)))) (Union (Fraction (Polynomial R)) (SuchThat (Symbol) (Polynomial R))) (Matrix (Fraction (Polynomial R))) (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE generalizedEigenvector ((List (Matrix (Fraction (Polynomial R)))) (Record (: eigval (Union (Fraction (Polynomial R)) (SuchThat (Symbol) (Polynomial R)))) (: eigmult (NonNegativeInteger)) (: eigvec (List (Matrix (Fraction (Polynomial R)))))) (Matrix (Fraction (Polynomial R))))) (SIGNATURE generalizedEigenvectors ((List (Record (: eigval (Union (Fraction (Polynomial R)) (SuchThat (Symbol) (Polynomial R)))) (: geneigvec (List (Matrix (Fraction (Polynomial R))))))) (Matrix (Fraction (Polynomial R))))) (SIGNATURE eigenvectors ((List (Record (: eigval (Union (Fraction (Polynomial R)) (SuchThat (Symbol) (Polynomial R)))) (: eigmult (NonNegativeInteger)) (: eigvec (List (Matrix (Fraction (Polynomial R))))))) (Matrix (Fraction (Polynomial R)))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for EigenPackage compiling into /tmp/oa-MQfTZf compiling local reduction : (SparseUnivariatePolynomial Fraction Polynomial R,SparseUnivariatePolynomial Fraction Polynomial R) -> SparseUnivariatePolynomial Fraction Polynomial R Time: 0.08 SEC. compiling local merge : (SparseUnivariatePolynomial Fraction Polynomial R,SparseUnivariatePolynomial Fraction Polynomial R) -> Union(SparseUnivariatePolynomial Fraction Polynomial R,failed) Time: 0.00 SEC. compiling local exactquo : (SparseUnivariatePolynomial Fraction Polynomial R,SparseUnivariatePolynomial Fraction Polynomial R,SparseUnivariatePolynomial Fraction Polynomial R) -> Union(SparseUnivariatePolynomial Fraction Polynomial R,failed) Time: 0.01 SEC. compiling local fft : (SparseUnivariatePolynomial Fraction Polynomial R,Symbol) -> Fraction Polynomial R Time: 0.06 SEC. compiling local tff : (SparseUnivariatePolynomial Fraction Polynomial R,Symbol) -> Fraction Polynomial R Time: 0.01 SEC. compiling local genEigForm : (Record(eigval: Union(Fraction Polynomial R,SuchThat(Symbol,Polynomial R)),eigmult: NonNegativeInteger,eigvec: List Matrix Fraction Polynomial R),Matrix Fraction Polynomial R) -> Record(eigval: Union(Fraction Polynomial R,SuchThat(Symbol,Polynomial R)),geneigvec: List Matrix Fraction Polynomial R) Time: 0.03 SEC. compiling local charpol : (Matrix Fraction Polynomial R,Symbol) -> Fraction Polynomial R Time: 0.08 SEC. compiling exported characteristicPolynomial : Matrix Fraction Polynomial R -> Polynomial R Time: 0.02 SEC. compiling exported characteristicPolynomial : (Matrix Fraction Polynomial R,Symbol) -> Polynomial R Time: 0.02 SEC. compiling exported eigenvalues : Matrix Fraction Polynomial R -> List Union(Fraction Polynomial R,SuchThat(Symbol,Polynomial R)) Time: 0.17 SEC. compiling exported eigenvector : (Union(Fraction Polynomial R,SuchThat(Symbol,Polynomial R)),Matrix Fraction Polynomial R) -> List Matrix Fraction Polynomial R Time: 0.03 SEC. compiling local intRatEig : (Fraction Polynomial R,Matrix Fraction Polynomial R,NonNegativeInteger) -> List Matrix Fraction Polynomial R Time: 0.07 SEC. compiling local intAlgEig : (SuchThat(Symbol,Polynomial R),Matrix Fraction Polynomial R,NonNegativeInteger) -> List Matrix Fraction Polynomial R Time: 0.29 SEC. compiling exported generalizedEigenvector : (Union(Fraction Polynomial R,SuchThat(Symbol,Polynomial R)),Matrix Fraction Polynomial R,NonNegativeInteger,NonNegativeInteger) -> List Matrix Fraction Polynomial R Time: 0.10 SEC. compiling exported generalizedEigenvector : (Record(eigval: Union(Fraction Polynomial R,SuchThat(Symbol,Polynomial R)),eigmult: NonNegativeInteger,eigvec: List Matrix Fraction Polynomial R),Matrix Fraction Polynomial R) -> List Matrix Fraction Polynomial R Time: 0.02 SEC. compiling exported generalizedEigenvectors : Matrix Fraction Polynomial R -> List Record(eigval: Union(Fraction Polynomial R,SuchThat(Symbol,Polynomial R)),geneigvec: List Matrix Fraction Polynomial R) Time: 0.03 SEC. compiling exported eigenvectors : Matrix Fraction Polynomial R -> List Record(eigval: Union(Fraction Polynomial R,SuchThat(Symbol,Polynomial R)),eigmult: NonNegativeInteger,eigvec: List Matrix Fraction Polynomial R) Time: 0.21 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] not known that SIGNATUREvariable((Union $ failed) (Symbol)) is of mode CATEGORY(domain,new: () -> %,new: % -> %,resetNew: () -> Void,name: % -> %,scripted?: % -> Boolean,scripts: % -> Record(sub: List OutputForm,sup: List OutputForm,presup: List OutputForm,presub: List OutputForm,args: List OutputForm),script: (%,List List OutputForm) -> %,script: (%,Record(sub: List OutputForm,sup: List OutputForm,presup: List OutputForm,presub: List OutputForm,args: List OutputForm)) -> %,subscript: (%,List OutputForm) -> %,superscript: (%,List OutputForm) -> %,argscript: (%,List OutputForm) -> %,elt: (%,List OutputForm) -> %,string: % -> String,list: % -> List %,sample: () -> %) [2] charpol: : PositiveInteger -- replace by pretend [3] intAlgEig: not known that Ring is of mode CATEGORY(package,characteristicPolynomial: (Matrix Fraction Polynomial R,Symbol) -> Polynomial R,characteristicPolynomial: Matrix Fraction Polynomial R -> Polynomial R,eigenvalues: Matrix Fraction Polynomial R -> List Union(Fraction Polynomial R,SuchThat(Symbol,Polynomial R)),eigenvector: (Union(Fraction Polynomial R,SuchThat(Symbol,Polynomial R)),Matrix Fraction Polynomial R) -> List Matrix Fraction Polynomial R,generalizedEigenvector: (Union(Fraction Polynomial R,SuchThat(Symbol,Polynomial R)),Matrix Fraction Polynomial R,NonNegativeInteger,NonNegativeInteger) -> List Matrix Fraction Polynomial R,generalizedEigenvector: (Record(eigval: Union(Fraction Polynomial R,SuchThat(Symbol,Polynomial R)),eigmult: NonNegativeInteger,eigvec: List Matrix Fraction Polynomial R),Matrix Fraction Polynomial R) -> List Matrix Fraction Polynomial R,generalizedEigenvectors: Matrix Fraction Polynomial R -> List Record(eigval: Union(Fraction Polynomial R,SuchThat(Symbol,Polynomial R)),geneigvec: List Matrix Fraction Polynomial R),eigenvectors: Matrix Fraction Polynomial R -> List Record(eigval: Union(Fraction Polynomial R,SuchThat(Symbol,Polynomial R)),eigmult: NonNegativeInteger,eigvec: List Matrix Fraction Polynomial R)) [4] eigenvectors: factors has no value Cumulative Statistics for Constructor EigenPackage Time: 1.24 seconds finalizing NRLIB EP Processing EigenPackage for Browser database: -- characteristicPolynomial : (M,Symbol) -> P -- characteristicPolynomial : M -> P -- eigenvalues : M -> List Eigenvalue -- eigenvector : (Eigenvalue,M) -> List M -- generalizedEigenvector : (Eigenvalue,M,NNI,NNI) -> List M -- generalizedEigenvector : (EigenForm,M) -> List M -- generalizedEigenvectors : M -> List GenEigen -- eigenvectors : M -> List EigenForm -- constructor ; compiling file "/tmp/oa-MQfTZf/code.lsp" (written 01 FEB 2016 11:13:06 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |EP;reduction| ...) ; compiling (DEFUN |EP;merge| ...) ; compiling (DEFUN |EP;exactquo| ...) ; compiling (DEFUN |EP;fft| ...) ; compiling (DEFUN |EP;tff| ...) ; compiling (DEFUN |EP;genEigForm| ...) ; compiling (DEFUN |EP;charpol| ...) ; compiling (DEFUN |EP;characteristicPolynomial;MP;8| ...) ; compiling (DEFUN |EP;characteristicPolynomial;MSP;9| ...) ; compiling (DEFUN |EP;eigenvalues;ML;10| ...) ; compiling (DEFUN |EP;eigenvector;UML;11| ...) ; compiling (DEFUN |EP;intRatEig| ...) ; file: /tmp/oa-MQfTZf/code.lsp ; in: DEFUN |EP;intRatEig| ; (DEFUN BOOT::|EP;intRatEig| (BOOT::|alpha| BOOT::A BOOT::|m| BOOT::$) ; (LET* ((BOOT::|n| (BOOT::SPADCALL BOOT::A #)) ; (BOOT::B (BOOT::SPADCALL BOOT::|n| BOOT::|n| #))) ; (BOOT::SEQ ; (LET (#) ; (LOOP # ; #)) ; (BOOT::EXIT ; (LET # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EP;intRatEig| ; (BOOT::|alpha| BOOT::A BOOT::|m| BOOT::$) ; (BLOCK BOOT::|EP;intRatEig| ; (LET* ((BOOT::|n| #) (BOOT::B #)) ; (BOOT::SEQ ; (LET # ; #) ; (BOOT::EXIT #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |EP;intAlgEig| ...) ; compiling (DEFUN |EP;generalizedEigenvector;UM2NniL;14| ...) ; compiling (DEFUN |EP;generalizedEigenvector;RML;15| ...) ; compiling (DEFUN |EP;generalizedEigenvectors;ML;16| ...) ; file: /tmp/oa-MQfTZf/code.lsp ; in: DEFUN |EP;generalizedEigenvectors;ML;16| ; (LET ((BOOT::|n| (BOOT::SPADCALL BOOT::A (BOOT::|shellEntry| BOOT::$ 43))) ; (BOOT::|leig| (BOOT::|EP;eigenvectors;ML;17| BOOT::A BOOT::$))) ; (LET ((#:G691 BOOT::|leig|) (#:G653 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G691 #)))) ; ; caught STYLE-WARNING: ; The variable |n| is defined but never used. ; (DEFUN BOOT::|EP;generalizedEigenvectors;ML;16| (BOOT::A BOOT::$) ; (LET ((BOOT::|n| (BOOT::SPADCALL BOOT::A #)) ; (BOOT::|leig| (BOOT::|EP;eigenvectors;ML;17| BOOT::A BOOT::$))) ; (LET ((#:G691 BOOT::|leig|) (#:G653 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EP;generalizedEigenvectors;ML;16| ; (BOOT::A BOOT::$) ; (BLOCK BOOT::|EP;generalizedEigenvectors;ML;16| ; (LET ((BOOT::|n| #) (BOOT::|leig| #)) ; (LET (# #) ; (LOOP # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |EP;eigenvectors;ML;17| ...) ; file: /tmp/oa-MQfTZf/code.lsp ; in: DEFUN |EP;eigenvectors;ML;17| ; (LET* ((BOOT::|n| (BOOT::SPADCALL BOOT::A (BOOT::|shellEntry| BOOT::$ 43))) ; (BOOT::|x| (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 54))) ; (BOOT::|p| ; (BOOT::SPADCALL (BOOT::|EP;charpol| BOOT::A BOOT::|x| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 55))) ; (BOOT::MM ; (BOOT::|ModularField| (BOOT::|SparseUnivariatePolynomial| #) ; (BOOT::|SparseUnivariatePolynomial| #) ; (CONS #'BOOT::|EP;reduction| BOOT::$) ; (CONS #'BOOT::|EP;merge| BOOT::$) ; (CONS #'BOOT::|EP;exactquo| BOOT::$))) ; (BOOT::AM (BOOT::|Matrix| BOOT::MM)) ; (BOOT::|ratSol| NIL) ; (BOOT::|algSol| NIL) ; (BOOT::|lff| ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|p| #) ; (BOOT::|shellEntry| BOOT::$ 109)))) ; (BOOT::SEQ ; (LET ((#:G692 BOOT::|lff|)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::EXIT (APPEND BOOT::|ratSol| BOOT::|algSol|)))) ; ; caught STYLE-WARNING: ; The variable |n| is defined but never used. ; ; caught STYLE-WARNING: ; The variable AM is defined but never used. ; compiling (DEFUN |EigenPackage| ...) ; compiling (DEFUN |EigenPackage;| ...) ; compiling (MAKEPROP (QUOTE |EigenPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; printed 2 notes ; /tmp/oa-MQfTZf/code.fasl written ; compilation finished in 0:00:00.085 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FLOAT.spad && cp FLOAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FLOAT.fasl \ && if test -f FLOAT-.NRLIB/code.fasl; then \ cp FLOAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FLOAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FLOAT.spad using Spad compiler. FLOAT abbreviates domain Float debug: compDefine1 lhs: (Float) signature (pre-evaluate): ((Join (FloatingPointSystem) (DifferentialRing) (ConvertibleTo (String)) (CoercibleTo (DoubleFloat)) (TranscendentalFunctionCategory) (ConvertibleTo (InputForm)) (ConvertibleFrom (DoubleFloat)) (CATEGORY domain (SIGNATURE / ($ $ (Integer))) (SIGNATURE ** ($ $ $)) (SIGNATURE normalize ($ $)) (SIGNATURE relerror ((Integer) $ $)) (SIGNATURE shift ($ $ (Integer))) (SIGNATURE rationalApproximation ((Fraction (Integer)) $ (NonNegativeInteger))) (SIGNATURE rationalApproximation ((Fraction (Integer)) $ (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE log2 ($)) (SIGNATURE log10 ($)) (SIGNATURE exp1 ($)) (SIGNATURE atan ($ $ $)) (SIGNATURE log2 ($ $)) (SIGNATURE log10 ($ $)) (SIGNATURE outputFloating ((Void))) (SIGNATURE outputFloating ((Void) (NonNegativeInteger))) (SIGNATURE outputFixed ((Void))) (SIGNATURE outputFixed ((Void) (NonNegativeInteger))) (SIGNATURE outputGeneral ((Void))) (SIGNATURE outputGeneral ((Void) (NonNegativeInteger))) (SIGNATURE outputSpacing ((Void) (NonNegativeInteger))) (ATTRIBUTE arbitraryPrecision) (ATTRIBUTE arbitraryExponent)))) debug: evaluateType form: (Join (FloatingPointSystem) (DifferentialRing) (ConvertibleTo (String)) (CoercibleTo (DoubleFloat)) (TranscendentalFunctionCategory) (ConvertibleTo (InputForm)) (ConvertibleFrom (DoubleFloat)) (CATEGORY domain (SIGNATURE / ($ $ (Integer))) (SIGNATURE ** ($ $ $)) (SIGNATURE normalize ($ $)) (SIGNATURE relerror ((Integer) $ $)) (SIGNATURE shift ($ $ (Integer))) (SIGNATURE rationalApproximation ((Fraction (Integer)) $ (NonNegativeInteger))) (SIGNATURE rationalApproximation ((Fraction (Integer)) $ (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE log2 ($)) (SIGNATURE log10 ($)) (SIGNATURE exp1 ($)) (SIGNATURE atan ($ $ $)) (SIGNATURE log2 ($ $)) (SIGNATURE log10 ($ $)) (SIGNATURE outputFloating ((Void))) (SIGNATURE outputFloating ((Void) (NonNegativeInteger))) (SIGNATURE outputFixed ((Void))) (SIGNATURE outputFixed ((Void) (NonNegativeInteger))) (SIGNATURE outputGeneral ((Void))) (SIGNATURE outputGeneral ((Void) (NonNegativeInteger))) (SIGNATURE outputSpacing ((Void) (NonNegativeInteger))) (ATTRIBUTE arbitraryPrecision) (ATTRIBUTE arbitraryExponent))) $param: NIL debug: evaluateType form: (FloatingPointSystem) $param: NIL Debug: evaluateType1 form: (FloatingPointSystem) debug: evaluateType form: (DifferentialRing) $param: NIL Debug: evaluateType1 form: (DifferentialRing) debug: evaluateType form: (ConvertibleTo (String)) $param: NIL Debug: evaluateType1 form: (ConvertibleTo (String)) debug: evaluateType1 x: (String) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evalCategory d: (String) c: (Type) debug: evaluateType form: (CoercibleTo (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (CoercibleTo (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (TranscendentalFunctionCategory) $param: NIL Debug: evaluateType1 form: (TranscendentalFunctionCategory) debug: evaluateType form: (ConvertibleTo (InputForm)) $param: NIL Debug: evaluateType1 form: (ConvertibleTo (InputForm)) debug: evaluateType1 x: (InputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (InputForm) $param: NIL Debug: evaluateType1 form: (InputForm) debug: evalCategory d: (InputForm) c: (Type) debug: evaluateType form: (ConvertibleFrom (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (ConvertibleFrom (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE / ($ $ (Integer))) (SIGNATURE ** ($ $ $)) (SIGNATURE normalize ($ $)) (SIGNATURE relerror ((Integer) $ $)) (SIGNATURE shift ($ $ (Integer))) (SIGNATURE rationalApproximation ((Fraction (Integer)) $ (NonNegativeInteger))) (SIGNATURE rationalApproximation ((Fraction (Integer)) $ (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE log2 ($)) (SIGNATURE log10 ($)) (SIGNATURE exp1 ($)) (SIGNATURE atan ($ $ $)) (SIGNATURE log2 ($ $)) (SIGNATURE log10 ($ $)) (SIGNATURE outputFloating ((Void))) (SIGNATURE outputFloating ((Void) (NonNegativeInteger))) (SIGNATURE outputFixed ((Void))) (SIGNATURE outputFixed ((Void) (NonNegativeInteger))) (SIGNATURE outputGeneral ((Void))) (SIGNATURE outputGeneral ((Void) (NonNegativeInteger))) (SIGNATURE outputSpacing ((Void) (NonNegativeInteger))) (ATTRIBUTE arbitraryPrecision) (ATTRIBUTE arbitraryExponent)) $param: NIL debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: compDefine1 signature (post evaluate): ((Join (FloatingPointSystem) (DifferentialRing) (ConvertibleTo (String)) (CoercibleTo (DoubleFloat)) (TranscendentalFunctionCategory) (ConvertibleTo (InputForm)) (ConvertibleFrom (DoubleFloat)) (CATEGORY domain (SIGNATURE / ($ $ (Integer))) (SIGNATURE ** ($ $ $)) (SIGNATURE normalize ($ $)) (SIGNATURE relerror ((Integer) $ $)) (SIGNATURE shift ($ $ (Integer))) (SIGNATURE rationalApproximation ((Fraction (Integer)) $ (NonNegativeInteger))) (SIGNATURE rationalApproximation ((Fraction (Integer)) $ (NonNegativeInteger) (NonNegativeInteger))) (SIGNATURE log2 ($)) (SIGNATURE log10 ($)) (SIGNATURE exp1 ($)) (SIGNATURE atan ($ $ $)) (SIGNATURE log2 ($ $)) (SIGNATURE log10 ($ $)) (SIGNATURE outputFloating ((Void))) (SIGNATURE outputFloating ((Void) (NonNegativeInteger))) (SIGNATURE outputFixed ((Void))) (SIGNATURE outputFixed ((Void) (NonNegativeInteger))) (SIGNATURE outputGeneral ((Void))) (SIGNATURE outputGeneral ((Void) (NonNegativeInteger))) (SIGNATURE outputSpacing ((Void) (NonNegativeInteger))) (ATTRIBUTE arbitraryPrecision) (ATTRIBUTE arbitraryExponent)))) ------------------------------------------------------------------------ initializing stationary directory for Float compiling into /tmp/oa-yyiPdR compiling local shift2 : (Integer,Integer) -> Integer Time: 0.09 SEC. compiling exported asin : % -> % Time: 0.02 SEC. compiling exported acos : % -> % Time: 0.02 SEC. compiling exported atan : (%,%) -> % Time: 0.01 SEC. compiling exported atan : % -> % Time: 0.02 SEC. compiling local atanSeries : % -> % Time: 0.03 SEC. compiling local atanInverse : Integer -> % Time: 0.02 SEC. compiling exported sin : % -> % Time: 0.03 SEC. compiling local sinSeries : % -> % Time: 0.01 SEC. compiling exported cos : % -> % Time: 0.03 SEC. compiling local cosSeries : % -> % Time: 0.01 SEC. compiling exported tan : % -> % Time: 0.01 SEC. compiling exported pi : () -> % Time: 0.01 SEC. compiling local piRamanujan : () -> % Time: 0.28 SEC. compiling exported sinh : % -> % Time: 0.01 SEC. compiling exported cosh : % -> % Time: 0.00 SEC. compiling exported tanh : % -> % Time: 0.01 SEC. compiling exported asinh : % -> % Time: 0.02 SEC. compiling exported acosh : % -> % Time: 0.01 SEC. compiling exported atanh : % -> % Time: 0.02 SEC. compiling exported log : % -> % Time: 0.02 SEC. compiling local logSeries : % -> % Time: 0.01 SEC. compiling exported log2 : () -> % Time: 0.01 SEC. compiling exported log10 : () -> % Time: 0.04 SEC. compiling exported log2 : % -> % Time: 0.00 SEC. compiling exported log10 : % -> % Time: 0 SEC. compiling exported exp : % -> % Time: 0.04 SEC. compiling local expSeries : % -> % Time: 0.01 SEC. compiling local expInverse : Integer -> % Time: 0.04 SEC. compiling exported exp1 : () -> % Time: 0.01 SEC. compiling exported sqrt : % -> % Time: 0.02 SEC. compiling exported bits : () -> PositiveInteger Time: 0 SEC. compiling exported bits : PositiveInteger -> PositiveInteger Time: 0.00 SEC. compiling exported precision : () -> PositiveInteger Time: 0 SEC. compiling exported precision : PositiveInteger -> PositiveInteger Time: 0 SEC. compiling exported increasePrecision : Integer -> PositiveInteger Time: 0.00 SEC. compiling exported decreasePrecision : Integer -> PositiveInteger Time: 0.00 SEC. compiling local ceillog10base2 : PositiveInteger -> PositiveInteger Time: 0.02 SEC. compiling exported digits : () -> PositiveInteger Time: 0.15 SEC. compiling exported digits : PositiveInteger -> PositiveInteger Time: 0.00 SEC. compiling exported order : % -> Integer Time: 0.00 SEC. compiling exported relerror : (%,%) -> Integer Time: 0 SEC. compiling exported Zero : () -> % FLOAT;Zero;$;43 is replaced by %pair(0,0) Time: 0.00 SEC. compiling exported One : () -> % FLOAT;One;$;44 is replaced by %pair(1,0) Time: 0.00 SEC. compiling exported base : () -> PositiveInteger FLOAT;base;Pi;45 is replaced by 2 Time: 0 SEC. compiling exported mantissa : % -> Integer FLOAT;mantissa;$I;46 is replaced by %head Time: 0 SEC. compiling exported exponent : % -> Integer FLOAT;exponent;$I;47 is replaced by %tail Time: 0 SEC. compiling exported one? : % -> Boolean Time: 0.00 SEC. compiling exported zero? : % -> Boolean FLOAT;zero?;$B;49 a is replaced by %ieq(%head a,0) Time: 0.00 SEC. compiling exported negative? : % -> Boolean FLOAT;negative?;$B;50 a is replaced by %ilt(%head a,0) Time: 0 SEC. compiling exported positive? : % -> Boolean FLOAT;positive?;$B;51 a is replaced by %ilt(0,%head a) Time: 0.00 SEC. compiling local chop : (%,PositiveInteger) -> % Time: 0.01 SEC. compiling exported float : (Integer,Integer) -> % Time: 0.00 SEC. compiling exported float : (Integer,Integer,PositiveInteger) -> % Time: 0.02 SEC. compiling exported normalize : % -> % Time: 0.02 SEC. compiling exported shift : (%,Integer) -> % Time: 0.00 SEC. compiling exported = : (%,%) -> Boolean Time: 0.02 SEC. compiling exported < : (%,%) -> Boolean Time: 0.04 SEC. compiling exported abs : % -> % Time: 0.01 SEC. compiling exported ceiling : % -> % Time: 0.01 SEC. compiling exported wholePart : % -> Integer Time: 0.00 SEC. compiling exported floor : % -> % Time: 0.00 SEC. compiling exported round : % -> % Time: 0 SEC. compiling exported sign : % -> Integer FLOAT;sign;$I;64 x is replaced by %when( -1,%otherwise 1) Time: 0.00 SEC. compiling exported truncate : % -> % Time: 0.00 SEC. compiling exported recip : % -> Union(%,failed) Time: 0.01 SEC. compiling exported differentiate : % -> % Time: 0.00 SEC. compiling exported - : % -> % Time: 0 SEC. compiling local negate : % -> % Time: 0 SEC. compiling exported + : (%,%) -> % Time: 0.01 SEC. compiling exported - : (%,%) -> % Time: 0.00 SEC. compiling local sub : (%,%) -> % Time: 0 SEC. compiling local plus : (%,%) -> % Time: 0.02 SEC. compiling exported * : (%,%) -> % Time: 0.00 SEC. compiling exported * : (Integer,%) -> % Time: 0.04 SEC. compiling exported / : (%,%) -> % Time: 0.00 SEC. compiling exported / : (%,Integer) -> % Time: 0.02 SEC. compiling exported inv : % -> % Time: 0.00 SEC. compiling local times : (%,%) -> % Time: 0 SEC. compiling local itimes : (Integer,%) -> % Time: 0.00 SEC. compiling local dvide : (%,%) -> % Time: 0.02 SEC. compiling local square : (%,Integer) -> % Time: 0.00 SEC. compiling local power : (%,Integer) -> % Time: 0.01 SEC. compiling exported ** : (%,%) -> % Time: 0.08 SEC. compiling exported ** : (%,Fraction Integer) -> % Time: 0.14 SEC. compiling exported ** : (%,Integer) -> % Time: 0.07 SEC. compiling local convert10 : (%,Integer) -> % Time: 0.05 SEC. compiling local ceilLength10 : Integer -> Integer FLOAT;ceilLength10 n is replaced by %iadd(%iquo(%imul(146,%ilength n),485),1) Time: 0.00 SEC. compiling local floorLength10 : Integer -> Integer FLOAT;floorLength10 n is replaced by %iquo(%imul(643,%ilength n),2136) Time: 0.00 SEC. compiling local length10 : Integer -> Integer Time: 0.09 SEC. compiling local chop10 : (%,Integer) -> % Time: 0.01 SEC. compiling local normalize10 : (%,Integer) -> % Time: 0.03 SEC. compiling local times10 : (%,%,Integer) -> % Time: 0 SEC. compiling local quotient10 : (%,%,Integer) -> % Time: 0.04 SEC. compiling local power10 : (%,Integer,Integer) -> % Time: 0.02 SEC. compiling local padFromLeft : String -> String Time: 0.11 SEC. compiling local padFromRight : String -> String Time: 0.12 SEC. compiling local fixed : % -> String Time: 0.26 SEC. compiling local floating : % -> String Time: 0.10 SEC. compiling local general : % -> String Time: 0.34 SEC. compiling exported outputSpacing : NonNegativeInteger -> Void Time: 0 SEC. compiling exported outputFixed : () -> Void Time: 0.01 SEC. compiling exported outputFixed : NonNegativeInteger -> Void Time: 0.00 SEC. compiling exported outputGeneral : () -> Void Time: 0.01 SEC. compiling exported outputGeneral : NonNegativeInteger -> Void Time: 0 SEC. compiling exported outputFloating : () -> Void Time: 0.00 SEC. compiling exported outputFloating : NonNegativeInteger -> Void Time: 0.00 SEC. compiling exported convert : % -> String Time: 0.08 SEC. compiling exported coerce : % -> OutputForm Time: 0.03 SEC. compiling exported convert : % -> InputForm Debug compQuote expr: (QUOTE float) m: $EmptyMode Debug compQuote expr: (QUOTE float) m: (Symbol) Debug compQuote expr: (QUOTE float) m: $EmptyMode Debug compQuote expr: (QUOTE float) m: (Symbol) Debug compQuote expr: (QUOTE float) m: $EmptyMode Debug compQuote expr: (QUOTE float) m: (Symbol) Debug compQuote expr: (QUOTE float) m: $EmptyMode Debug compQuote expr: (QUOTE float) m: (Symbol) Debug compQuote expr: (QUOTE float) m: $EmptyMode Debug compQuote expr: (QUOTE float) m: (Symbol) Debug compQuote expr: (QUOTE float) m: $EmptyMode Debug compQuote expr: (QUOTE float) m: (Symbol) Time: 0.12 SEC. compiling exported convert : % -> Float FLOAT;convert;$F;111 x is replaced by x Time: 0.00 SEC. compiling exported convert : % -> DoubleFloat Time: 0.01 SEC. compiling exported coerce : % -> DoubleFloat Time: 0.01 SEC. compiling exported convert : DoubleFloat -> % Time: 0.01 SEC. compiling exported retract : % -> Fraction Integer Time: 0.01 SEC. compiling exported retractIfCan : % -> Union(Fraction Integer,failed) Time: 0.01 SEC. compiling exported retract : % -> Integer Time: 0.01 SEC. compiling exported retractIfCan : % -> Union(Integer,failed) Time: 0.01 SEC. compiling exported rationalApproximation : (%,NonNegativeInteger) -> Fraction Integer Time: 0.00 SEC. compiling exported rationalApproximation : (%,NonNegativeInteger,NonNegativeInteger) -> Fraction Integer Time: 0.32 SEC. Predicate: (|has| $ (ATTRIBUTE |arbitraryPrecision|)) replaced by: T Predicate: (|has| $ (ATTRIBUTE |arbitraryExponent|)) replaced by: T Predicate: (|has| $ (ATTRIBUTE |arbitraryPrecision|)) replaced by: T (time taken in buildFunctor: 4) Time: 0.06 SEC. Warnings: [1] cos: s has no value [2] log: l has no value [3] exp: e1 has no value [4] exp1: E has no value [5] normalize: e has no value [6] power: y has no value [7] power10: y has no value [8] fixed: SEGMENT has no value [9] general: SEGMENT has no value [10] convert: pretend Float -- should replace by @ Cumulative Statistics for Constructor Float Time: 3.54 seconds finalizing NRLIB FLOAT Processing Float for Browser database: -- ?/? : (%,I) -> % -- ?**? : (%,%) -> % -- normalize : % -> % -- relerror : (%,%) -> I -- shift : (%,I) -> % -- rationalApproximation : (%,N) -> RN -- rationalApproximation : (%,N,N) -> RN -- log2 : () -> % -- log10 : () -> % -- exp1 : () -> % -- atan : (%,%) -> % -- log2 : % -> % -- log10 : % -> % -- outputFloating : () -> Void -- outputFloating : N -> Void -- outputFixed : () -> Void -- outputFixed : N -> Void -- outputGeneral : () -> Void -- outputGeneral : N -> Void -- outputSpacing : N -> Void --->../../x86_64-unknown-linux-gnu/src/algebra/float.spad-->Float(constructor): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/float.spad-->Float: Missing Description ; compiling file "/tmp/oa-yyiPdR/code.lsp" (written 01 FEB 2016 11:13:10 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FLOAT;Zero;$;43|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FLOAT;One;$;44|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FLOAT;base;Pi;45|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FLOAT;mantissa;$I;46|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FLOAT;exponent;$I;47|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FLOAT;zero?;$B;49|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FLOAT;negative?;$B;50|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FLOAT;positive?;$B;51|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FLOAT;sign;$I;64|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FLOAT;ceilLength10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FLOAT;floorLength10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FLOAT;convert;$F;111|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FLOAT;order;$I;41|) ...) ; compiling (PUT (QUOTE |FLOAT;shift;$I$;56|) ...) ; compiling (PUT (QUOTE |FLOAT;times|) ...) ; compiling (PUT (QUOTE |FLOAT;itimes|) ...) ; compiling (DEFUN |FLOAT;shift2| ...) ; compiling (DEFUN |FLOAT;asin;2$;2| ...) ; file: /tmp/oa-yyiPdR/code.lsp ; in: DEFUN |FLOAT;asin;2$;2| ; (DEFUN BOOT::|FLOAT;asin;2$;2| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|r|) (RETURN (COND (# #) (# #) (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;asin;2$;2| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FLOAT;asin;2$;2| ; (PROG (BOOT::|r|) (RETURN (COND # # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FLOAT;acos;2$;3| ...) ; file: /tmp/oa-yyiPdR/code.lsp ; in: DEFUN |FLOAT;acos;2$;3| ; (DEFUN BOOT::|FLOAT;acos;2$;3| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|r|) (RETURN (COND (# #) (# #) (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;acos;2$;3| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FLOAT;acos;2$;3| ; (PROG (BOOT::|r|) (RETURN (COND # # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FLOAT;atan;3$;4| ...) ; file: /tmp/oa-yyiPdR/code.lsp ; in: DEFUN |FLOAT;atan;3$;4| ; (DEFUN BOOT::|FLOAT;atan;3$;4| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ; ((BOOT::|FLOAT;=;2$B;57| BOOT::|x| (BOOT::|spadConstant| BOOT::$ 17) ; BOOT::$) ; (COND (# #) (# #) (T #))) ; (T ; (LET (#) ; (PROGN # # BOOT::|theta|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;atan;3$;4| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|FLOAT;atan;3$;4| ; (COND ((BOOT::|FLOAT;=;2$B;57| BOOT::|x| # BOOT::$) (COND # # #)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FLOAT;atan;2$;5| ...) ; file: /tmp/oa-yyiPdR/code.lsp ; in: DEFUN |FLOAT;atan;2$;5| ; (DEFUN BOOT::|FLOAT;atan;2$;5| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|t| BOOT::|k| BOOT::|r|) (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;atan;2$;5| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FLOAT;atan;2$;5| ; (PROG (BOOT::|t| BOOT::|k| BOOT::|r|) (RETURN (COND # # #))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; CONS ; ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FLOAT;atanSeries| ...) ; compiling (DEFUN |FLOAT;atanInverse| ...) ; compiling (DEFUN |FLOAT;sin;2$;8| ...) ; file: /tmp/oa-yyiPdR/code.lsp ; in: DEFUN |FLOAT;sin;2$;8| ; (DEFUN BOOT::|FLOAT;sin;2$;8| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|r| BOOT::|k| BOOT::|p|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # # # # # # # # # ...))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;sin;2$;8| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FLOAT;sin;2$;8| ; (PROG (BOOT::|r| BOOT::|k| BOOT::|p|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; CONS ; ; (BOOT::|moanRetract| BOOT::|k| '(BOOT::|NonNegativeInteger|)) ; ==> ; BOOT::|k| ; ; note: deleting unreachable code ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |FLOAT;sinSeries| ...) ; compiling (DEFUN |FLOAT;cos;2$;10| ...) ; file: /tmp/oa-yyiPdR/code.lsp ; in: DEFUN |FLOAT;cos;2$;10| ; (DEFUN BOOT::|FLOAT;cos;2$;10| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|r| BOOT::|k| BOOT::|p|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # # # # # # # # # ...))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;cos;2$;10| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FLOAT;cos;2$;10| ; (PROG (BOOT::|r| BOOT::|k| BOOT::|p|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; CONS ; ; compiling (DEFUN |FLOAT;cosSeries| ...) ; compiling (DEFUN |FLOAT;tan;2$;12| ...) ; file: /tmp/oa-yyiPdR/code.lsp ; in: DEFUN |FLOAT;tan;2$;12| ; (DEFUN BOOT::|FLOAT;tan;2$;12| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|t| BOOT::|c| BOOT::|p|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;tan;2$;12| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FLOAT;tan;2$;12| ; (PROG (BOOT::|t| BOOT::|c| BOOT::|p|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; CONS ; ; compiling (DEFUN |FLOAT;pi;$;13| ...) ; compiling (DEFUN |FLOAT;piRamanujan| ...) ; compiling (DEFUN |FLOAT;sinh;2$;15| ...) ; file: /tmp/oa-yyiPdR/code.lsp ; in: DEFUN |FLOAT;sinh;2$;15| ; (DEFUN BOOT::|FLOAT;sinh;2$;15| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|s| BOOT::|e|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;sinh;2$;15| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FLOAT;sinh;2$;15| ; (PROG (BOOT::|s| BOOT::|e|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FLOAT;cosh;2$;16| ...) ; compiling (DEFUN |FLOAT;tanh;2$;17| ...) ; file: /tmp/oa-yyiPdR/code.lsp ; in: DEFUN |FLOAT;tanh;2$;17| ; (DEFUN BOOT::|FLOAT;tanh;2$;17| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|t| BOOT::|e|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;tanh;2$;17| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FLOAT;tanh;2$;17| ; (PROG (BOOT::|t| BOOT::|e|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FLOAT;asinh;2$;18| ...) ; compiling (DEFUN |FLOAT;acosh;2$;19| ...) ; compiling (DEFUN |FLOAT;atanh;2$;20| ...) ; compiling (DEFUN |FLOAT;log;2$;21| ...) ; file: /tmp/oa-yyiPdR/code.lsp ; in: DEFUN |FLOAT;log;2$;21| ; (DEFUN BOOT::|FLOAT;log;2$;21| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|m| BOOT::|ek| BOOT::|k| BOOT::|l| BOOT::|n|) ; (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;log;2$;21| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FLOAT;log;2$;21| ; (PROG (BOOT::|m| BOOT::|ek| BOOT::|k| BOOT::|l| BOOT::|n|) ; (RETURN (COND # # #))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; CONS ; ; (BOOT::|moanRetract| BOOT::|k| '(BOOT::|NonNegativeInteger|)) ; ==> ; BOOT::|k| ; ; note: deleting unreachable code ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; (DEFUN BOOT::|FLOAT;log;2$;21| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|m| BOOT::|ek| BOOT::|k| BOOT::|l| BOOT::|n|) ; (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;log;2$;21| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FLOAT;log;2$;21| ; (PROG (BOOT::|m| BOOT::|ek| BOOT::|k| BOOT::|l| BOOT::|n|) ; (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FLOAT;logSeries| ...) ; compiling (DEFUN |FLOAT;log2;$;23| ...) ; compiling (DEFUN |FLOAT;log10;$;24| ...) ; compiling (DEFUN |FLOAT;log2;2$;25| ...) ; compiling (DEFUN |FLOAT;log10;2$;26| ...) ; compiling (DEFUN |FLOAT;exp;2$;27| ...) ; file: /tmp/oa-yyiPdR/code.lsp ; in: DEFUN |FLOAT;exp;2$;27| ; (DEFUN BOOT::|FLOAT;exp;2$;27| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|e| BOOT::|k| BOOT::|n| BOOT::|e1|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # # # # # # # # # ...))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;exp;2$;27| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FLOAT;exp;2$;27| ; (PROG (BOOT::|e| BOOT::|k| BOOT::|n| BOOT::|e1|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; CONS ; ; compiling (DEFUN |FLOAT;expSeries| ...) ; compiling (DEFUN |FLOAT;expInverse| ...) ; compiling (DEFUN |FLOAT;exp1;$;30| ...) ; compiling (DEFUN |FLOAT;sqrt;2$;31| ...) ; file: /tmp/oa-yyiPdR/code.lsp ; in: DEFUN |FLOAT;sqrt;2$;31| ; (DEFUN BOOT::|FLOAT;sqrt;2$;31| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|i|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;sqrt;2$;31| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FLOAT;sqrt;2$;31| (PROG (BOOT::|i|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FLOAT;bits;Pi;32| ...) ; file: /tmp/oa-yyiPdR/code.lsp ; in: DEFUN |FLOAT;bits;Pi;32| ; (DEFUN BOOT::|FLOAT;bits;Pi;32| (BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 9) ; (BOOT::|shellEntry| BOOT::$ 104))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;bits;Pi;32| ; (BOOT::$) ; (BLOCK BOOT::|FLOAT;bits;Pi;32| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 9) ; (BOOT::|shellEntry| BOOT::$ 104)))) ; ; note: type assertion too complex to check: ; (VALUES (INTEGER 1) &REST T). ; compiling (DEFUN |FLOAT;bits;2Pi;33| ...) ; compiling (DEFUN |FLOAT;precision;Pi;34| ...) ; compiling (DEFUN |FLOAT;precision;2Pi;35| ...) ; compiling (DEFUN |FLOAT;increasePrecision;IPi;36| ...) ; compiling (DEFUN |FLOAT;decreasePrecision;IPi;37| ...) ; compiling (DEFUN |FLOAT;ceillog10base2| ...) ; file: /tmp/oa-yyiPdR/code.lsp ; in: DEFUN |FLOAT;ceillog10base2| ; '(BOOT::|PositiveInteger|) ; ; note: deleting unreachable code ; (DEFUN BOOT::|FLOAT;ceillog10base2| (BOOT::|n| BOOT::$) ; (LET ((#:G969 (TRUNCATE # 4004))) ; (COND ((PLUSP #:G969) #:G969) (T (BOOT::|moanRetract| #:G969 '#))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;ceillog10base2| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|FLOAT;ceillog10base2| ; (LET ((#:G969 #)) ; (COND (# #:G969) (T #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |FLOAT;digits;Pi;39| ...) ; file: /tmp/oa-yyiPdR/code.lsp ; in: DEFUN |FLOAT;digits;Pi;39| ; '(BOOT::|PositiveInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |FLOAT;digits;2Pi;40| ...) ; compiling (DEFUN |FLOAT;order;$I;41| ...) ; file: /tmp/oa-yyiPdR/code.lsp ; in: DEFUN |FLOAT;order;$I;41| ; (DEFUN BOOT::|FLOAT;order;$I;41| (BOOT::|a| BOOT::$) ; (- (+ (INTEGER-LENGTH (CAR BOOT::|a|)) (CDR BOOT::|a|)) 1)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;order;$I;41| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|FLOAT;order;$I;41| ; (- (+ (INTEGER-LENGTH #) (CDR BOOT::|a|)) 1))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |FLOAT;relerror;2$I;42| ...) ; compiling (DEFUN |FLOAT;Zero;$;43| ...) ; compiling (DEFUN |FLOAT;One;$;44| ...) ; compiling (DEFUN |FLOAT;base;Pi;45| ...) ; compiling (DEFUN |FLOAT;mantissa;$I;46| ...) ; compiling (DEFUN |FLOAT;exponent;$I;47| ...) ; compiling (DEFUN |FLOAT;one?;$B;48| ...) ; compiling (DEFUN |FLOAT;zero?;$B;49| ...) ; compiling (DEFUN |FLOAT;negative?;$B;50| ...) ; compiling (DEFUN |FLOAT;positive?;$B;51| ...) ; compiling (DEFUN |FLOAT;chop| ...) ; file: /tmp/oa-yyiPdR/code.lsp ; in: DEFUN |FLOAT;chop| ; (DEFUN BOOT::|FLOAT;chop| (BOOT::|x| BOOT::|p| BOOT::$) ; (LET ((BOOT::|e| (- # BOOT::|p|))) ; (PROGN (COND (# #)) BOOT::|x|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;chop| ; (BOOT::|x| BOOT::|p| BOOT::$) ; (BLOCK BOOT::|FLOAT;chop| ; (LET ((BOOT::|e| #)) ; (PROGN (COND #) BOOT::|x|)))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; CONS ; ; compiling (DEFUN |FLOAT;float;2I$;53| ...) ; compiling (DEFUN |FLOAT;float;2IPi$;54| ...) ; file: /tmp/oa-yyiPdR/code.lsp ; in: DEFUN |FLOAT;float;2IPi$;54| ; (DEFUN BOOT::|FLOAT;float;2IPi$;54| (BOOT::|m| BOOT::|e| BOOT::|b| BOOT::$) ; (PROG (BOOT::|r|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;float;2IPi$;54| ; (BOOT::|m| BOOT::|e| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|FLOAT;float;2IPi$;54| ; (PROG (BOOT::|r|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FLOAT;normalize;2$;55| ...) ; file: /tmp/oa-yyiPdR/code.lsp ; in: DEFUN |FLOAT;normalize;2$;55| ; (DEFUN BOOT::|FLOAT;normalize;2$;55| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|y| BOOT::|e|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;normalize;2$;55| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FLOAT;normalize;2$;55| ; (PROG (BOOT::|y| BOOT::|e|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; CONS ; ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FLOAT;shift;$I$;56| ...) ; file: /tmp/oa-yyiPdR/code.lsp ; in: DEFUN |FLOAT;shift;$I$;56| ; (DEFUN BOOT::|FLOAT;shift;$I$;56| (BOOT::|x| BOOT::|n| BOOT::$) ; (CONS (CAR BOOT::|x|) (+ (CDR BOOT::|x|) BOOT::|n|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;shift;$I$;56| ; (BOOT::|x| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|FLOAT;shift;$I$;56| ; (CONS (CAR BOOT::|x|) (+ (CDR BOOT::|x|) BOOT::|n|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |FLOAT;=;2$B;57| ...) ; compiling (DEFUN |FLOAT;<;2$B;58| ...) ; compiling (DEFUN |FLOAT;abs;2$;59| ...) ; compiling (DEFUN |FLOAT;ceiling;2$;60| ...) ; compiling (DEFUN |FLOAT;wholePart;$I;61| ...) ; compiling (DEFUN |FLOAT;floor;2$;62| ...) ; compiling (DEFUN |FLOAT;round;2$;63| ...) ; compiling (DEFUN |FLOAT;sign;$I;64| ...) ; compiling (DEFUN |FLOAT;truncate;2$;65| ...) ; compiling (DEFUN |FLOAT;recip;$U;66| ...) ; compiling (DEFUN |FLOAT;differentiate;2$;67| ...) ; file: /tmp/oa-yyiPdR/code.lsp ; in: DEFUN |FLOAT;differentiate;2$;67| ; (DEFUN BOOT::|FLOAT;differentiate;2$;67| (BOOT::|x| BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 17)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;differentiate;2$;67| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FLOAT;differentiate;2$;67| ; (BOOT::|spadConstant| BOOT::$ 17))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |FLOAT;-;2$;68| ...) ; compiling (DEFUN |FLOAT;negate| ...) ; file: /tmp/oa-yyiPdR/code.lsp ; in: DEFUN |FLOAT;negate| ; (DEFUN BOOT::|FLOAT;negate| (BOOT::|x| BOOT::$) ; (CONS (- (CAR BOOT::|x|)) (CDR BOOT::|x|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;negate| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FLOAT;negate| (CONS (- (CAR BOOT::|x|)) (CDR BOOT::|x|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |FLOAT;+;3$;70| ...) ; compiling (DEFUN |FLOAT;-;3$;71| ...) ; compiling (DEFUN |FLOAT;sub| ...) ; compiling (DEFUN |FLOAT;plus| ...) ; compiling (DEFUN |FLOAT;*;3$;74| ...) ; compiling (DEFUN |FLOAT;*;I2$;75| ...) ; compiling (DEFUN |FLOAT;/;3$;76| ...) ; compiling (DEFUN |FLOAT;/;$I$;77| ...) ; compiling (DEFUN |FLOAT;inv;2$;78| ...) ; compiling (DEFUN |FLOAT;times| ...) ; file: /tmp/oa-yyiPdR/code.lsp ; in: DEFUN |FLOAT;times| ; (DEFUN BOOT::|FLOAT;times| (BOOT::|x| BOOT::|y| BOOT::$) ; (CONS (* (CAR BOOT::|x|) (CAR BOOT::|y|)) ; (+ (CDR BOOT::|x|) (CDR BOOT::|y|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;times| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|FLOAT;times| ; (CONS (* (CAR BOOT::|x|) (CAR BOOT::|y|)) ; (+ (CDR BOOT::|x|) (CDR BOOT::|y|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |FLOAT;itimes| ...) ; file: /tmp/oa-yyiPdR/code.lsp ; in: DEFUN |FLOAT;itimes| ; (DEFUN BOOT::|FLOAT;itimes| (BOOT::|n| BOOT::|y| BOOT::$) ; (CONS (* BOOT::|n| (CAR BOOT::|y|)) (CDR BOOT::|y|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;itimes| ; (BOOT::|n| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|FLOAT;itimes| ; (CONS (* BOOT::|n| (CAR BOOT::|y|)) (CDR BOOT::|y|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |FLOAT;dvide| ...) ; compiling (DEFUN |FLOAT;square| ...) ; compiling (DEFUN |FLOAT;power| ...) ; file: /tmp/oa-yyiPdR/code.lsp ; in: DEFUN |FLOAT;power| ; (DEFUN BOOT::|FLOAT;power| (BOOT::|x| BOOT::|n| BOOT::$) ; (LET ((BOOT::|y| (BOOT::|spadConstant| BOOT::$ 24)) (BOOT::|z| BOOT::|x|)) ; (LOOP (PROGN (COND #) (SETQ #) (COND #) (SETQ #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;power| ; (BOOT::|x| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|FLOAT;power| ; (LET ((BOOT::|y| #) (BOOT::|z| BOOT::|x|)) ; (LOOP (PROGN # # # #))))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |FLOAT;**;3$;84| ...) ; file: /tmp/oa-yyiPdR/code.lsp ; in: DEFUN |FLOAT;**;3$;84| ; (DEFUN BOOT::|FLOAT;**;3$;84| (BOOT::|x| BOOT::|y| BOOT::$) ; (PROG (BOOT::|r|) (RETURN (COND (# #) (# #) (# BOOT::|x|) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;**;3$;84| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|FLOAT;**;3$;84| ; (PROG (BOOT::|r|) (RETURN (COND # # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FLOAT;**;$F$;85| ...) ; file: /tmp/oa-yyiPdR/code.lsp ; in: DEFUN |FLOAT;**;$F$;85| ; (DEFUN BOOT::|FLOAT;**;$F$;85| (BOOT::|x| BOOT::|r| BOOT::$) ; (PROG (BOOT::|y|) (RETURN (COND (# #) (# #) (# BOOT::|x|) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;**;$F$;85| ; (BOOT::|x| BOOT::|r| BOOT::$) ; (BLOCK BOOT::|FLOAT;**;$F$;85| ; (PROG (BOOT::|y|) (RETURN (COND # # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FLOAT;**;$I$;86| ...) ; file: /tmp/oa-yyiPdR/code.lsp ; in: DEFUN |FLOAT;**;$I$;86| ; (DEFUN BOOT::|FLOAT;**;$I$;86| (BOOT::|x| BOOT::|n| BOOT::$) ; (PROG (BOOT::|y|) (RETURN (COND (# #) (# #) (# BOOT::|x|) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;**;$I$;86| ; (BOOT::|x| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|FLOAT;**;$I$;86| ; (PROG (BOOT::|y|) (RETURN (COND # # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FLOAT;convert10| ...) ; compiling (DEFUN |FLOAT;ceilLength10| ...) ; compiling (DEFUN |FLOAT;floorLength10| ...) ; compiling (DEFUN |FLOAT;length10| ...) ; file: /tmp/oa-yyiPdR/code.lsp ; in: DEFUN |FLOAT;length10| ; (DEFUN BOOT::|FLOAT;length10| (BOOT::|n| BOOT::$) ; (LET* ((BOOT::|ln| (INTEGER-LENGTH #)) ; (BOOT::|upper| (TRUNCATE # 254370)) ; (BOOT::|lower| (TRUNCATE # 70777))) ; (COND ((EQL BOOT::|upper| BOOT::|lower|) (+ BOOT::|upper| 1)) ; (T (BOOT::SEQ # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;length10| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|FLOAT;length10| ; (LET* ((BOOT::|ln| #) (BOOT::|upper| #) (BOOT::|lower| #)) ; (COND (# #) (T #))))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |FLOAT;chop10| ...) ; file: /tmp/oa-yyiPdR/code.lsp ; in: DEFUN |FLOAT;chop10| ; (DEFUN BOOT::|FLOAT;chop10| (BOOT::|x| BOOT::|p| BOOT::$) ; (LET ((BOOT::|e| (- # BOOT::|p|))) ; (PROGN (COND (# #)) BOOT::|x|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;chop10| ; (BOOT::|x| BOOT::|p| BOOT::$) ; (BLOCK BOOT::|FLOAT;chop10| ; (LET ((BOOT::|e| #)) ; (PROGN (COND #) BOOT::|x|)))) ; ; note: Assignment to argument: |x| ; prevents use of assertion from function type proclamation: ; CONS ; ; (BOOT::|moanRetract| BOOT::|e| '(BOOT::|NonNegativeInteger|)) ; ==> ; BOOT::|e| ; ; note: deleting unreachable code ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; (DEFUN BOOT::|FLOAT;chop10| (BOOT::|x| BOOT::|p| BOOT::$) ; (LET ((BOOT::|e| (- # BOOT::|p|))) ; (PROGN (COND (# #)) BOOT::|x|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;chop10| ; (BOOT::|x| BOOT::|p| BOOT::$) ; (BLOCK BOOT::|FLOAT;chop10| ; (LET ((BOOT::|e| #)) ; (PROGN (COND #) BOOT::|x|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |FLOAT;normalize10| ...) ; file: /tmp/oa-yyiPdR/code.lsp ; in: DEFUN |FLOAT;normalize10| ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |FLOAT;times10| ...) ; compiling (DEFUN |FLOAT;quotient10| ...) ; compiling (DEFUN |FLOAT;power10| ...) ; file: /tmp/oa-yyiPdR/code.lsp ; in: DEFUN |FLOAT;power10| ; (DEFUN BOOT::|FLOAT;power10| (BOOT::|x| BOOT::|n| BOOT::|d| BOOT::$) ; (COND ; ((BOOT::|FLOAT;=;2$B;57| BOOT::|x| (BOOT::|spadConstant| BOOT::$ 17) ; BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 17)) ; ((ZEROP BOOT::|n|) (BOOT::|spadConstant| BOOT::$ 24)) ; ((EQL BOOT::|n| 1) BOOT::|x|) ; ((BOOT::|FLOAT;=;2$B;57| BOOT::|x| (BOOT::|spadConstant| BOOT::$ 24) ; BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 24)) ; (T ; (LET (# # # #) ; (LOOP #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;power10| ; (BOOT::|x| BOOT::|n| BOOT::|d| BOOT::$) ; (BLOCK BOOT::|FLOAT;power10| ; (COND ; ((BOOT::|FLOAT;=;2$B;57| BOOT::|x| # BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 17)) ; ((ZEROP BOOT::|n|) (BOOT::|spadConstant| BOOT::$ 24)) ; ((EQL BOOT::|n| 1) BOOT::|x|) ; ((BOOT::|FLOAT;=;2$B;57| BOOT::|x| # BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 24)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |FLOAT;padFromLeft| ...) ; compiling (DEFUN |FLOAT;padFromRight| ...) ; compiling (DEFUN |FLOAT;fixed| ...) ; file: /tmp/oa-yyiPdR/code.lsp ; in: DEFUN |FLOAT;fixed| ; (DEFUN BOOT::|FLOAT;fixed| (BOOT::|f| BOOT::$) ; (PROG (BOOT::|t| BOOT::|p| BOOT::|o| BOOT::|n| BOOT::|s| BOOT::|l|) ; (RETURN (COND (# "0.0") (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;fixed| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|FLOAT;fixed| ; (PROG (BOOT::|t| BOOT::|p| BOOT::|o| BOOT::|n| BOOT::|s| BOOT::|l|) ; (RETURN (COND # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |FLOAT;floating| ...) ; file: /tmp/oa-yyiPdR/code.lsp ; in: DEFUN |FLOAT;floating| ; (DEFUN BOOT::|FLOAT;floating| (BOOT::|f| BOOT::$) ; (PROG (BOOT::|o| BOOT::|n| BOOT::|s| BOOT::|e| BOOT::|m| BOOT::|g| ; BOOT::|d|) ; (RETURN (COND (# "0.0") (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;floating| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|FLOAT;floating| ; (PROG (BOOT::|o| BOOT::|n| BOOT::|s| BOOT::|e| BOOT::|m| BOOT::|g| ; BOOT::|d|) ; (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |FLOAT;general| ...) ; file: /tmp/oa-yyiPdR/code.lsp ; in: DEFUN |FLOAT;general| ; (DEFUN BOOT::|FLOAT;general| (BOOT::|f| BOOT::$) ; (PROG (BOOT::|t| BOOT::|o| BOOT::|n| BOOT::|s| BOOT::|e| BOOT::|m| ; BOOT::|g| #:G1449) ; (RETURN (COND (# "0.0") (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;general| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|FLOAT;general| ; (PROG (BOOT::|t| BOOT::|o| BOOT::|n| BOOT::|s| BOOT::|e| BOOT::|m| ; BOOT::|g| #:G1449) ; (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |FLOAT;outputSpacing;NniV;101| ...) ; compiling (DEFUN |FLOAT;outputFixed;V;102| ...) ; compiling (DEFUN |FLOAT;outputFixed;NniV;103| ...) ; compiling (DEFUN |FLOAT;outputGeneral;V;104| ...) ; compiling (DEFUN |FLOAT;outputGeneral;NniV;105| ...) ; compiling (DEFUN |FLOAT;outputFloating;V;106| ...) ; compiling (DEFUN |FLOAT;outputFloating;NniV;107| ...) ; compiling (DEFUN |FLOAT;convert;$S;108| ...) ; file: /tmp/oa-yyiPdR/code.lsp ; in: DEFUN |FLOAT;convert;$S;108| ; (BOOT::|moanRetract| BOOT::|b| '(BOOT::|PositiveInteger|)) ; ==> ; BOOT::|b| ; ; note: deleting unreachable code ; '(BOOT::|PositiveInteger|) ; ; note: deleting unreachable code ; (DEFUN BOOT::|FLOAT;convert;$S;108| (BOOT::|f| BOOT::$) ; (LET ((BOOT::|b| (COND # #)) (BOOT::|s| (COND # # # #))) ; (PROGN (COND (# #)) (COND (# #) (T BOOT::|s|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;convert;$S;108| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|FLOAT;convert;$S;108| ; (LET ((BOOT::|b| #) (BOOT::|s| #)) ; (PROGN (COND #) (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |FLOAT;coerce;$Of;109| ...) ; compiling (DEFUN |FLOAT;convert;$If;110| ...) ; compiling (DEFUN |FLOAT;convert;$F;111| ...) ; compiling (DEFUN |FLOAT;convert;$Df;112| ...) ; file: /tmp/oa-yyiPdR/code.lsp ; in: DEFUN |FLOAT;convert;$Df;112| ; (DEFUN BOOT::|FLOAT;convert;$Df;112| (BOOT::|x| BOOT::$) ; (BOOT::|makeSF| (CAR BOOT::|x|) (CDR BOOT::|x|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;convert;$Df;112| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FLOAT;convert;$Df;112| ; (BOOT::|makeSF| (CAR BOOT::|x|) (CDR BOOT::|x|)))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |FLOAT;coerce;$Df;113| ...) ; compiling (DEFUN |FLOAT;convert;Df$;114| ...) ; compiling (DEFUN |FLOAT;retract;$F;115| ...) ; file: /tmp/oa-yyiPdR/code.lsp ; in: DEFUN |FLOAT;retract;$F;115| ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |FLOAT;retractIfCan;$U;116| ...) ; file: /tmp/oa-yyiPdR/code.lsp ; in: DEFUN |FLOAT;retractIfCan;$U;116| ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |FLOAT;retract;$I;117| ...) ; file: /tmp/oa-yyiPdR/code.lsp ; in: DEFUN |FLOAT;retract;$I;117| ; (DEFUN BOOT::|FLOAT;retract;$I;117| (BOOT::|f| BOOT::$) ; (LET ((BOOT::|n| (BOOT::|FLOAT;wholePart;$I;61| BOOT::|f| BOOT::$))) ; (COND ((BOOT::|FLOAT;=;2$B;57| BOOT::|f| # BOOT::$) BOOT::|n|) ; (T (BOOT::|error| "Not an integer"))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOAT;retract;$I;117| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|FLOAT;retract;$I;117| ; (LET ((BOOT::|n| #)) ; (COND (# BOOT::|n|) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |FLOAT;retractIfCan;$U;118| ...) ; compiling (DEFUN |FLOAT;rationalApproximation;$NniF;119| ...) ; compiling (DEFUN |FLOAT;rationalApproximation;$2NniF;120| ...) ; compiling (DEFUN |Float| ...) ; compiling (DEFUN |Float;| ...) ; compiling (MAKEPROP (QUOTE |Float|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 9 STYLE-WARNING conditions ; printed 46 notes ; /tmp/oa-yyiPdR/code.fasl written ; compilation finished in 0:00:00.429 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FPARFRAC.spad && cp FPARFRAC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FPARFRAC.fasl \ && if test -f FPARFRAC-.NRLIB/code.fasl; then \ cp FPARFRAC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FPARFRAC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FPARFRAC.spad using Spad compiler. FPARFRAC abbreviates domain FullPartialFractionExpansion debug: compDefine1 lhs: (FullPartialFractionExpansion F UP) signature (pre-evaluate): ((Join (SetCategory) (DifferentialSpace) (ConvertibleTo (Fraction UP)) (CATEGORY domain (SIGNATURE + ($ UP $)) (SIGNATURE fullPartialFraction ($ (Fraction UP))) (SIGNATURE polyPart (UP $)) (SIGNATURE fracPart ((List (Record (: exponent (NonNegativeInteger)) (: center UP) (: num UP))) $)) (SIGNATURE construct ($ (List (Record (: exponent (NonNegativeInteger)) (: center UP) (: num UP))))))) NIL NIL) debug: evaluateType form: (Join (SetCategory) (DifferentialSpace) (ConvertibleTo (Fraction UP)) (CATEGORY domain (SIGNATURE + ($ UP $)) (SIGNATURE fullPartialFraction ($ (Fraction UP))) (SIGNATURE polyPart (UP $)) (SIGNATURE fracPart ((List (Record (: exponent (NonNegativeInteger)) (: center UP) (: num UP))) $)) (SIGNATURE construct ($ (List (Record (: exponent (NonNegativeInteger)) (: center UP) (: num UP))))))) $param: (F UP) debug: evaluateType form: (SetCategory) $param: (F UP) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (DifferentialSpace) $param: (F UP) Debug: evaluateType1 form: (DifferentialSpace) debug: evaluateType form: (ConvertibleTo (Fraction UP)) $param: (F UP) Debug: evaluateType1 form: (ConvertibleTo (Fraction UP)) debug: evaluateType1 x: (Fraction UP) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evalCategory d: (Fraction UP) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE + ($ UP $)) (SIGNATURE fullPartialFraction ($ (Fraction UP))) (SIGNATURE polyPart (UP $)) (SIGNATURE fracPart ((List (Record (: exponent (NonNegativeInteger)) (: center UP) (: num UP))) $)) (SIGNATURE construct ($ (List (Record (: exponent (NonNegativeInteger)) (: center UP) (: num UP)))))) $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: (List (Record (: exponent (NonNegativeInteger)) (: center UP) (: num UP))) $param: (F UP) Debug: evaluateType1 form: (List (Record (: exponent (NonNegativeInteger)) (: center UP) (: num UP))) debug: evaluateType1 x: (Record (: exponent (NonNegativeInteger)) (: center UP) (: num UP)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: exponent (NonNegativeInteger)) (: center UP) (: num UP)) $param: (F UP) debug: evaluateType form: (NonNegativeInteger) $param: (F UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evalCategory d: (Record (: exponent (NonNegativeInteger)) (: center UP) (: num UP)) c: (Type) debug: evaluateType form: (List (Record (: exponent (NonNegativeInteger)) (: center UP) (: num UP))) $param: (F UP) Debug: evaluateType1 form: (List (Record (: exponent (NonNegativeInteger)) (: center UP) (: num UP))) debug: evaluateType1 x: (Record (: exponent (NonNegativeInteger)) (: center UP) (: num UP)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: exponent (NonNegativeInteger)) (: center UP) (: num UP)) $param: (F UP) debug: evaluateType form: (NonNegativeInteger) $param: (F UP) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evalCategory d: (Record (: exponent (NonNegativeInteger)) (: center UP) (: num UP)) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (DifferentialSpace) (ConvertibleTo (Fraction UP)) (CATEGORY domain (SIGNATURE + ($ UP $)) (SIGNATURE fullPartialFraction ($ (Fraction UP))) (SIGNATURE polyPart (UP $)) (SIGNATURE fracPart ((List (Record (: exponent (NonNegativeInteger)) (: center UP) (: num UP))) $)) (SIGNATURE construct ($ (List (Record (: exponent (NonNegativeInteger)) (: center UP) (: num UP))))))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FullPartialFractionExpansion compiling into /tmp/oa-Q85nzd compiling exported construct : List Record(exponent: NonNegativeInteger,center: UP,num: UP) -> % Time: 0.09 SEC. compiling exported D : % -> % Time: 0 SEC. compiling exported D : (%,NonNegativeInteger) -> % Time: 0 SEC. compiling exported polyPart : % -> UP FPARFRAC;polyPart;$UP;4 is replaced by %head Time: 0 SEC. compiling exported fracPart : % -> List Record(exponent: NonNegativeInteger,center: UP,num: UP) FPARFRAC;fracPart;$L;5 is replaced by %tail Time: 0.01 SEC. compiling exported + : (UP,%) -> % Time: 0 SEC. compiling exported differentiate : % -> % Time: 0.02 SEC. compiling exported differentiate : (%,NonNegativeInteger) -> % Time: 0 SEC. compiling local diffrec : Record(exponent: NonNegativeInteger,center: UP,num: UP) -> Record(exponent: NonNegativeInteger,center: UP,num: UP) Time: 0.00 SEC. compiling exported convert : % -> Fraction UP Time: 0.02 SEC. compiling local UP2SUP : UP -> SparseUnivariatePolynomial Fraction UP Time: 0.06 SEC. compiling local REC2RF : (UP,UP,NonNegativeInteger) -> Fraction UP Time: 1.10 SEC. compiling exported fullPartialFraction : Fraction UP -> % Time: 0.08 SEC. compiling local fullParFrac : (UP,UP,UP,NonNegativeInteger) -> List Record(exponent: NonNegativeInteger,center: UP,num: UP) Time: 1.59 SEC. compiling exported coerce : % -> OutputForm Time: 0.02 SEC. compiling local FP2O : List Record(exponent: NonNegativeInteger,center: UP,num: UP) -> OutputForm Time: 0.02 SEC. compiling local output : (NonNegativeInteger,UP,UP) -> OutputForm Time: 0.02 SEC. compiling local outputexp : (OutputForm,NonNegativeInteger) -> OutputForm Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] Type List Record(exponent: NonNegativeInteger,center: UP,num: UP) is not in scope. Import it [2] fullPartialFraction: factors has no value [3] fullPartialFraction: not known that IntegralDomain is of mode CATEGORY(domain,+: (UP,%) -> %,fullPartialFraction: Fraction UP -> %,polyPart: % -> UP,fracPart: % -> List Record(exponent: NonNegativeInteger,center: UP,num: UP),construct: List Record(exponent: NonNegativeInteger,center: UP,num: UP) -> %) Cumulative Statistics for Constructor FullPartialFractionExpansion Time: 3.04 seconds finalizing NRLIB FPARFRAC Processing FullPartialFractionExpansion for Browser database: -- ?+? : (UP,%) -> % -- fullPartialFraction : RF -> % --->../../x86_64-unknown-linux-gnu/src/algebra/fparfrac.spad-->FullPartialFractionExpansion((fullPartialFraction ($ RF))): Unexpected HT command: \sum_ --->../../x86_64-unknown-linux-gnu/src/algebra/fparfrac.spad-->FullPartialFractionExpansion((fullPartialFraction ($ RF))): Unexpected HT command: \sum_ "\\spad{fullPartialFraction(f)} returns \\spad{[p, [[j, Dj, Hj]...]]} such that \\spad{f = p(x) + \\sum_{[j,Dj,Hj] in l} \\sum_{Dj(a)=0} Hj(a)/(x - a)\\^j}." -- polyPart : % -> UP -- fracPart : % -> List REC -- construct : List REC -> % -- constructor ; compiling file "/tmp/oa-Q85nzd/code.lsp" (written 01 FEB 2016 11:13:13 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FPARFRAC;polyPart;$UP;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FPARFRAC;fracPart;$L;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FPARFRAC;construct;L$;1| ...) ; compiling (DEFUN |FPARFRAC;D;2$;2| ...) ; compiling (DEFUN |FPARFRAC;D;$Nni$;3| ...) ; compiling (DEFUN |FPARFRAC;polyPart;$UP;4| ...) ; compiling (DEFUN |FPARFRAC;fracPart;$L;5| ...) ; compiling (DEFUN |FPARFRAC;+;UP2$;6| ...) ; compiling (DEFUN |FPARFRAC;differentiate;2$;7| ...) ; compiling (DEFUN |FPARFRAC;differentiate;$Nni$;8| ...) ; file: /tmp/oa-Q85nzd/code.lsp ; in: DEFUN |FPARFRAC;differentiate;$Nni$;8| ; (DEFUN BOOT::|FPARFRAC;differentiate;$Nni$;8| (BOOT::|r| BOOT::|n| BOOT::$) ; (PROGN ; (LET ((BOOT::|i| 1)) ; (LOOP (COND # #) ; (SETQ #))) ; BOOT::|r|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FPARFRAC;differentiate;$Nni$;8| ; (BOOT::|r| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|FPARFRAC;differentiate;$Nni$;8| ; (PROGN ; (LET (#) ; (LOOP # ; #)) ; BOOT::|r|))) ; ; note: Assignment to argument: |r| ; prevents use of assertion from function type proclamation: ; CONS ; ; compiling (DEFUN |FPARFRAC;diffrec| ...) ; compiling (DEFUN |FPARFRAC;convert;$F;10| ...) ; compiling (DEFUN |FPARFRAC;UP2SUP| ...) ; compiling (DEFUN |FPARFRAC;UP2SUP!0| ...) ; compiling (DEFUN |FPARFRAC;REC2RF| ...) ; compiling (DEFUN |FPARFRAC;fullPartialFraction;F$;13| ...) ; compiling (DEFUN |FPARFRAC;fullParFrac| ...) ; compiling (DEFUN |FPARFRAC;coerce;$Of;15| ...) ; compiling (DEFUN |FPARFRAC;FP2O| ...) ; compiling (DEFUN |FPARFRAC;output| ...) ; compiling (DEFUN |FPARFRAC;outputexp| ...) ; compiling (DEFUN |FullPartialFractionExpansion| ...) ; compiling (DEFUN |FullPartialFractionExpansion;| ...) ; compiling (MAKEPROP (QUOTE |FullPartialFractionExpansion|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-Q85nzd/code.fasl written ; compilation finished in 0:00:00.089 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FUNCTION.spad && cp FUNCTION.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FUNCTION.fasl \ && if test -f FUNCTION-.NRLIB/code.fasl; then \ cp FUNCTION-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FUNCTION-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FUNCTION.spad using Spad compiler. FUNCTION abbreviates domain FunctionCalled debug: compDefine1 lhs: (FunctionCalled f) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE name ((Symbol) $)))) (Symbol)) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (SIGNATURE name ((Symbol) $)))) $param: (f) debug: evaluateType form: (SetCategory) $param: (f) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE name ((Symbol) $))) $param: (f) debug: evaluateType form: (Symbol) $param: (f) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Symbol) $param: (f) Debug: evaluateType1 form: (Symbol) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE name ((Symbol) $)))) (Symbol)) debug: compDefine1 lhs: (FunctionCalled f) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE name ((Symbol) $)))) NIL) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (SIGNATURE name ((Symbol) $)))) $param: (f) debug: evaluateType form: (SetCategory) $param: (f) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE name ((Symbol) $))) $param: (f) debug: evaluateType form: (Symbol) $param: (f) Debug: evaluateType1 form: (Symbol) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE name ((Symbol) $)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for FunctionCalled compiling into /tmp/oa-ieAaEu compiling exported name : % -> Symbol Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Time: 0.02 SEC. compiling exported = : (%,%) -> Boolean FUNCTION;=;2$B;3(x,y) is replaced by %true Time: 0.00 SEC. compiling exported latex : % -> String Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor FunctionCalled Time: 0.03 seconds finalizing NRLIB FUNCTION Processing FunctionCalled for Browser database: -- name : % -> Symbol -- constructor ; compiling file "/tmp/oa-ieAaEu/code.lsp" (written 01 FEB 2016 11:13:14 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FUNCTION;=;2$B;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |FUNCTION;name;$S;1|) ...) ; compiling (DEFUN |FUNCTION;name;$S;1| ...) ; file: /tmp/oa-ieAaEu/code.lsp ; in: DEFUN |FUNCTION;name;$S;1| ; (DEFUN BOOT::|FUNCTION;name;$S;1| (BOOT::|r| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 6)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FUNCTION;name;$S;1| ; (BOOT::|r| BOOT::$) ; (BLOCK BOOT::|FUNCTION;name;$S;1| (BOOT::|shellEntry| BOOT::$ 6))) ; ; caught STYLE-WARNING: ; The variable |r| is defined but never used. ; compiling (DEFUN |FUNCTION;coerce;$Of;2| ...) ; file: /tmp/oa-ieAaEu/code.lsp ; in: DEFUN |FUNCTION;coerce;$Of;2| ; (DEFUN BOOT::|FUNCTION;coerce;$Of;2| (BOOT::|r| BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 6) ; (BOOT::|shellEntry| BOOT::$ 10))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FUNCTION;coerce;$Of;2| ; (BOOT::|r| BOOT::$) ; (BLOCK BOOT::|FUNCTION;coerce;$Of;2| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 6) ; (BOOT::|shellEntry| BOOT::$ 10)))) ; ; caught STYLE-WARNING: ; The variable |r| is defined but never used. ; compiling (DEFUN |FUNCTION;=;2$B;3| ...) ; file: /tmp/oa-ieAaEu/code.lsp ; in: DEFUN |FUNCTION;=;2$B;3| ; (DEFUN BOOT::|FUNCTION;=;2$B;3| (BOOT::|x| BOOT::|y| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; T) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FUNCTION;=;2$B;3| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|FUNCTION;=;2$B;3| T)) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |y| is defined but never used. ; compiling (DEFUN |FUNCTION;latex;$S;4| ...) ; file: /tmp/oa-ieAaEu/code.lsp ; in: DEFUN |FUNCTION;latex;$S;4| ; (DEFUN BOOT::|FUNCTION;latex;$S;4| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 6) ; (BOOT::|shellEntry| BOOT::$ 16))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FUNCTION;latex;$S;4| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|FUNCTION;latex;$S;4| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 6) ; (BOOT::|shellEntry| BOOT::$ 16)))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |FunctionCalled| ...) ; compiling (DEFUN |FunctionCalled;| ...) ; compiling (MAKEPROP (QUOTE |FunctionCalled|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 5 STYLE-WARNING conditions ; printed 1 note ; /tmp/oa-ieAaEu/code.fasl written ; compilation finished in 0:00:00.021 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile HACKPI.spad && cp HACKPI.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/HACKPI.fasl \ && if test -f HACKPI-.NRLIB/code.fasl; then \ cp HACKPI-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/HACKPI-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/HACKPI.spad using Spad compiler. HACKPI abbreviates domain Pi debug: compDefine1 lhs: (Pi) signature (pre-evaluate): ((Join (Field) (CharacteristicZero) (RetractableTo (Integer)) (RetractableTo (Fraction (Integer))) (RealConstant) (CoercibleTo (DoubleFloat)) (CoercibleTo (Float)) (ConvertibleTo (Fraction (SparseUnivariatePolynomial (Integer)))) (ConvertibleTo (InputForm)) (CATEGORY domain (SIGNATURE pi ($))))) debug: evaluateType form: (Join (Field) (CharacteristicZero) (RetractableTo (Integer)) (RetractableTo (Fraction (Integer))) (RealConstant) (CoercibleTo (DoubleFloat)) (CoercibleTo (Float)) (ConvertibleTo (Fraction (SparseUnivariatePolynomial (Integer)))) (ConvertibleTo (InputForm)) (CATEGORY domain (SIGNATURE pi ($)))) $param: NIL debug: evaluateType form: (Field) $param: NIL Debug: evaluateType1 form: (Field) debug: evaluateType form: (CharacteristicZero) $param: NIL Debug: evaluateType1 form: (CharacteristicZero) debug: evaluateType form: (RetractableTo (Integer)) $param: NIL Debug: evaluateType1 form: (RetractableTo (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (RetractableTo (Fraction (Integer))) $param: NIL Debug: evaluateType1 form: (RetractableTo (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Integer)) $param: NIL Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Type) debug: evaluateType form: (RealConstant) $param: NIL Debug: evaluateType1 form: (RealConstant) debug: evaluateType form: (CoercibleTo (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (CoercibleTo (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (CoercibleTo (Float)) $param: NIL Debug: evaluateType1 form: (CoercibleTo (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (ConvertibleTo (Fraction (SparseUnivariatePolynomial (Integer)))) $param: NIL Debug: evaluateType1 form: (ConvertibleTo (Fraction (SparseUnivariatePolynomial (Integer)))) debug: evaluateType1 x: (Fraction (SparseUnivariatePolynomial (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (SparseUnivariatePolynomial (Integer))) $param: NIL Debug: evaluateType1 form: (Fraction (SparseUnivariatePolynomial (Integer))) debug: evaluateType1 x: (SparseUnivariatePolynomial (Integer)) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial (Integer)) $param: NIL Debug: evaluateType1 form: (SparseUnivariatePolynomial (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial (Integer)) c: (IntegralDomain) debug: evalCategory d: (Fraction (SparseUnivariatePolynomial (Integer))) c: (Type) debug: evaluateType form: (ConvertibleTo (InputForm)) $param: NIL Debug: evaluateType1 form: (ConvertibleTo (InputForm)) debug: evaluateType1 x: (InputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (InputForm) $param: NIL Debug: evaluateType1 form: (InputForm) debug: evalCategory d: (InputForm) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE pi ($))) $param: NIL debug: compDefine1 signature (post evaluate): ((Join (Field) (CharacteristicZero) (RetractableTo (Integer)) (RetractableTo (Fraction (Integer))) (RealConstant) (CoercibleTo (DoubleFloat)) (CoercibleTo (Float)) (ConvertibleTo (Fraction (SparseUnivariatePolynomial (Integer)))) (ConvertibleTo (InputForm)) (CATEGORY domain (SIGNATURE pi ($))))) ------------------------------------------------------------------------ initializing stationary directory for Pi compiling into /tmp/oa-Wh9owD Debug compQuote expr: (QUOTE %pi) m: $EmptyMode compiling exported pi : () -> % Time: 0.13 SEC. compiling exported convert : % -> Fraction SparseUnivariatePolynomial Integer HACKPI;convert;$F;2 x is replaced by x Time: 0.01 SEC. compiling exported convert : % -> Float Time: 0 SEC. compiling exported convert : % -> DoubleFloat Time: 0.01 SEC. compiling exported coerce : % -> DoubleFloat Time: 0.02 SEC. compiling exported coerce : % -> Float Time: 0.02 SEC. compiling local p2o : SparseUnivariatePolynomial Integer -> OutputForm Time: 0.02 SEC. compiling local p2i : SparseUnivariatePolynomial Integer -> InputForm Time: 0.14 SEC. compiling local p2p : SparseUnivariatePolynomial Integer -> Polynomial Integer Time: 0.04 SEC. compiling exported coerce : % -> OutputForm Time: 0.02 SEC. compiling exported convert : % -> InputForm Time: 0.01 SEC. compiling local p2sf : SparseUnivariatePolynomial Integer -> DoubleFloat Time: 0.08 SEC. compiling local p2f : SparseUnivariatePolynomial Integer -> Float Time: 0.08 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] OpenAxiom suggests removing assignment to Rep [2] pi: pretend $ -- should replace by @ Cumulative Statistics for Constructor Pi Time: 0.58 seconds --------------non extending category---------------------- Pi of category Join(Field,CharacteristicZero,RetractableTo Integer, RetractableTo Fraction Integer,RealConstant,CoercibleTo DoubleFloat,CoercibleTo Float,ConvertibleTo Fraction SparseUnivariatePolynomial Integer,ConvertibleTo InputForm) with pi : () -> % has no QuotientFieldCategory SparseUnivariatePolynomial Integer ---------------------------------------------------------- finalizing NRLIB HACKPI Processing Pi for Browser database: -- pi : () -> % -- constructor ; compiling file "/tmp/oa-Wh9owD/code.lsp" (written 01 FEB 2016 11:13:14 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |HACKPI;convert;$F;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |HACKPI;pi;$;1| ...) ; compiling (DEFUN |HACKPI;convert;$F;2| ...) ; compiling (DEFUN |HACKPI;convert;$F;3| ...) ; compiling (DEFUN |HACKPI;convert;$Df;4| ...) ; compiling (DEFUN |HACKPI;coerce;$Df;5| ...) ; compiling (DEFUN |HACKPI;coerce;$F;6| ...) ; compiling (DEFUN |HACKPI;p2o| ...) ; compiling (DEFUN |HACKPI;p2i| ...) ; compiling (DEFUN |HACKPI;p2p| ...) ; compiling (DEFUN |HACKPI;coerce;$Of;10| ...) ; compiling (DEFUN |HACKPI;convert;$If;11| ...) ; compiling (DEFUN |HACKPI;p2sf| ...) ; file: /tmp/oa-Wh9owD/code.lsp ; in: DEFUN |HACKPI;p2sf| ; (DEFUN BOOT::|HACKPI;p2sf| (BOOT::|p| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL (CONS #'BOOT::|HACKPI;p2sf!0| NIL) BOOT::|p| ; (BOOT::|shellEntry| BOOT::$ 58)) ; (COERCE PI '|AxiomCore|:|%DoubleFloat|) (BOOT::|shellEntry| BOOT::$ 60))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|HACKPI;p2sf| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|HACKPI;p2sf| ; (BOOT::SPADCALL ; (BOOT::SPADCALL (CONS #'BOOT::|HACKPI;p2sf!0| NIL) BOOT::|p| ; (BOOT::|shellEntry| BOOT::$ 58)) ; (COERCE PI '|AxiomCore|:|%DoubleFloat|) ; (BOOT::|shellEntry| BOOT::$ 60)))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |HACKPI;p2sf!0| ...) ; file: /tmp/oa-Wh9owD/code.lsp ; in: DEFUN |HACKPI;p2sf!0| ; (DEFUN BOOT::|HACKPI;p2sf!0| (BOOT::|#1| BOOT::$$) ; (FLOAT BOOT::|#1| BOOT::|$DoubleFloatMaximum|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|HACKPI;p2sf!0| ; (BOOT::|#1| BOOT::$$) ; (BLOCK BOOT::|HACKPI;p2sf!0| ; (FLOAT BOOT::|#1| BOOT::|$DoubleFloatMaximum|))) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |HACKPI;p2f| ...) ; compiling (DEFUN |HACKPI;p2f!0| ...) ; compiling (DEFUN |Pi| ...) ; compiling (DEFUN |Pi;| ...) ; compiling (MAKEPROP (QUOTE |Pi|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 1 note ; /tmp/oa-Wh9owD/code.fasl written ; compilation finished in 0:00:00.064 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ISUPS.spad && cp ISUPS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ISUPS.fasl \ && if test -f ISUPS-.NRLIB/code.fasl; then \ cp ISUPS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ISUPS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ISUPS.spad using Spad compiler. ISUPS abbreviates domain InnerSparseUnivariatePowerSeries debug: compDefine1 lhs: (InnerSparseUnivariatePowerSeries Coef) signature (pre-evaluate): ((Join (UnivariatePowerSeriesCategory Coef (Integer)) (CATEGORY domain (SIGNATURE makeSeries ($ (Reference (OrderedCompletion (Integer))) (Stream (Record (: k (Integer)) (: c Coef))))) (SIGNATURE getRef ((Reference (OrderedCompletion (Integer))) $)) (SIGNATURE getStream ((Stream (Record (: k (Integer)) (: c Coef))) $)) (SIGNATURE series ($ (Stream (Record (: k (Integer)) (: c Coef))))) (SIGNATURE monomial? ((Boolean) $)) (SIGNATURE multiplyCoefficients ($ (Mapping Coef (Integer)) $)) (SIGNATURE iExquo ((Union $ failed) $ $ (Boolean))) (SIGNATURE taylorQuoByVar ($ $)) (SIGNATURE iCompose ($ $ $)) (SIGNATURE seriesToOutputForm ((OutputForm) (Stream (Record (: k (Integer)) (: c Coef))) (Reference (OrderedCompletion (Integer))) (Symbol) Coef (Fraction (Integer)))) (IF (has Coef (Algebra (Fraction (Integer)))) (PROGN (SIGNATURE integrate ($ $)) (SIGNATURE cPower ($ $ Coef)) (SIGNATURE cRationalPower ($ $ (Fraction (Integer)))) (SIGNATURE cExp ($ $)) (SIGNATURE cLog ($ $)) (SIGNATURE cSin ($ $)) (SIGNATURE cCos ($ $)) (SIGNATURE cTan ($ $)) (SIGNATURE cCot ($ $)) (SIGNATURE cSec ($ $)) (SIGNATURE cCsc ($ $)) (SIGNATURE cAsin ($ $)) (SIGNATURE cAcos ($ $)) (SIGNATURE cAtan ($ $)) (SIGNATURE cAcot ($ $)) (SIGNATURE cAsec ($ $)) (SIGNATURE cAcsc ($ $)) (SIGNATURE cSinh ($ $)) (SIGNATURE cCosh ($ $)) (SIGNATURE cTanh ($ $)) (SIGNATURE cCoth ($ $)) (SIGNATURE cSech ($ $)) (SIGNATURE cCsch ($ $)) (SIGNATURE cAsinh ($ $)) (SIGNATURE cAcosh ($ $)) (SIGNATURE cAtanh ($ $)) (SIGNATURE cAcoth ($ $)) (SIGNATURE cAsech ($ $)) (SIGNATURE cAcsch ($ $))) %noBranch))) NIL) debug: evaluateType form: (Join (UnivariatePowerSeriesCategory Coef (Integer)) (CATEGORY domain (SIGNATURE makeSeries ($ (Reference (OrderedCompletion (Integer))) (Stream (Record (: k (Integer)) (: c Coef))))) (SIGNATURE getRef ((Reference (OrderedCompletion (Integer))) $)) (SIGNATURE getStream ((Stream (Record (: k (Integer)) (: c Coef))) $)) (SIGNATURE series ($ (Stream (Record (: k (Integer)) (: c Coef))))) (SIGNATURE monomial? ((Boolean) $)) (SIGNATURE multiplyCoefficients ($ (Mapping Coef (Integer)) $)) (SIGNATURE iExquo ((Union $ failed) $ $ (Boolean))) (SIGNATURE taylorQuoByVar ($ $)) (SIGNATURE iCompose ($ $ $)) (SIGNATURE seriesToOutputForm ((OutputForm) (Stream (Record (: k (Integer)) (: c Coef))) (Reference (OrderedCompletion (Integer))) (Symbol) Coef (Fraction (Integer)))) (IF (has Coef (Algebra (Fraction (Integer)))) (PROGN (SIGNATURE integrate ($ $)) (SIGNATURE cPower ($ $ Coef)) (SIGNATURE cRationalPower ($ $ (Fraction (Integer)))) (SIGNATURE cExp ($ $)) (SIGNATURE cLog ($ $)) (SIGNATURE cSin ($ $)) (SIGNATURE cCos ($ $)) (SIGNATURE cTan ($ $)) (SIGNATURE cCot ($ $)) (SIGNATURE cSec ($ $)) (SIGNATURE cCsc ($ $)) (SIGNATURE cAsin ($ $)) (SIGNATURE cAcos ($ $)) (SIGNATURE cAtan ($ $)) (SIGNATURE cAcot ($ $)) (SIGNATURE cAsec ($ $)) (SIGNATURE cAcsc ($ $)) (SIGNATURE cSinh ($ $)) (SIGNATURE cCosh ($ $)) (SIGNATURE cTanh ($ $)) (SIGNATURE cCoth ($ $)) (SIGNATURE cSech ($ $)) (SIGNATURE cCsch ($ $)) (SIGNATURE cAsinh ($ $)) (SIGNATURE cAcosh ($ $)) (SIGNATURE cAtanh ($ $)) (SIGNATURE cAcoth ($ $)) (SIGNATURE cAsech ($ $)) (SIGNATURE cAcsch ($ $))) %noBranch))) $param: (Coef) debug: evaluateType form: (UnivariatePowerSeriesCategory Coef (Integer)) $param: (Coef) Debug: evaluateType1 form: (UnivariatePowerSeriesCategory Coef (Integer)) debug: evaluateType1 x: Coef m: (Ring) debug: evaluateType1 x: (Integer) m: (OrderedAbelianMonoid) debug: evaluateType1 categoryForm: (OrderedAbelianMonoid) debug: evaluateType form: (OrderedAbelianMonoid) $param: (Coef) Debug: evaluateType1 form: (OrderedAbelianMonoid) debug: evaluateType form: (Integer) $param: (Coef) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (OrderedAbelianMonoid) debug: evaluateType form: (CATEGORY domain (SIGNATURE makeSeries ($ (Reference (OrderedCompletion (Integer))) (Stream (Record (: k (Integer)) (: c Coef))))) (SIGNATURE getRef ((Reference (OrderedCompletion (Integer))) $)) (SIGNATURE getStream ((Stream (Record (: k (Integer)) (: c Coef))) $)) (SIGNATURE series ($ (Stream (Record (: k (Integer)) (: c Coef))))) (SIGNATURE monomial? ((Boolean) $)) (SIGNATURE multiplyCoefficients ($ (Mapping Coef (Integer)) $)) (SIGNATURE iExquo ((Union $ failed) $ $ (Boolean))) (SIGNATURE taylorQuoByVar ($ $)) (SIGNATURE iCompose ($ $ $)) (SIGNATURE seriesToOutputForm ((OutputForm) (Stream (Record (: k (Integer)) (: c Coef))) (Reference (OrderedCompletion (Integer))) (Symbol) Coef (Fraction (Integer)))) (IF (has Coef (Algebra (Fraction (Integer)))) (PROGN (SIGNATURE integrate ($ $)) (SIGNATURE cPower ($ $ Coef)) (SIGNATURE cRationalPower ($ $ (Fraction (Integer)))) (SIGNATURE cExp ($ $)) (SIGNATURE cLog ($ $)) (SIGNATURE cSin ($ $)) (SIGNATURE cCos ($ $)) (SIGNATURE cTan ($ $)) (SIGNATURE cCot ($ $)) (SIGNATURE cSec ($ $)) (SIGNATURE cCsc ($ $)) (SIGNATURE cAsin ($ $)) (SIGNATURE cAcos ($ $)) (SIGNATURE cAtan ($ $)) (SIGNATURE cAcot ($ $)) (SIGNATURE cAsec ($ $)) (SIGNATURE cAcsc ($ $)) (SIGNATURE cSinh ($ $)) (SIGNATURE cCosh ($ $)) (SIGNATURE cTanh ($ $)) (SIGNATURE cCoth ($ $)) (SIGNATURE cSech ($ $)) (SIGNATURE cCsch ($ $)) (SIGNATURE cAsinh ($ $)) (SIGNATURE cAcosh ($ $)) (SIGNATURE cAtanh ($ $)) (SIGNATURE cAcoth ($ $)) (SIGNATURE cAsech ($ $)) (SIGNATURE cAcsch ($ $))) %noBranch)) $param: (Coef) debug: evaluateType form: (Reference (OrderedCompletion (Integer))) $param: (Coef) Debug: evaluateType1 form: (Reference (OrderedCompletion (Integer))) debug: evaluateType1 x: (OrderedCompletion (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Coef) Debug: evaluateType1 form: (Type) debug: evaluateType form: (OrderedCompletion (Integer)) $param: (Coef) Debug: evaluateType1 form: (OrderedCompletion (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (Coef) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: (Coef) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evalCategory d: (OrderedCompletion (Integer)) c: (Type) debug: evaluateType form: (Stream (Record (: k (Integer)) (: c Coef))) $param: (Coef) Debug: evaluateType1 form: (Stream (Record (: k (Integer)) (: c Coef))) debug: evaluateType1 x: (Record (: k (Integer)) (: c Coef)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Coef) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: k (Integer)) (: c Coef)) $param: (Coef) debug: evaluateType form: (Integer) $param: (Coef) Debug: evaluateType1 form: (Integer) debug: evaluateType form: Coef $param: (Coef) debug: evalCategory d: (Record (: k (Integer)) (: c Coef)) c: (Type) debug: evaluateType form: (Reference (OrderedCompletion (Integer))) $param: (Coef) Debug: evaluateType1 form: (Reference (OrderedCompletion (Integer))) debug: evaluateType1 x: (OrderedCompletion (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Coef) Debug: evaluateType1 form: (Type) debug: evaluateType form: (OrderedCompletion (Integer)) $param: (Coef) Debug: evaluateType1 form: (OrderedCompletion (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (Coef) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: (Coef) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evalCategory d: (OrderedCompletion (Integer)) c: (Type) debug: evaluateType form: (Stream (Record (: k (Integer)) (: c Coef))) $param: (Coef) Debug: evaluateType1 form: (Stream (Record (: k (Integer)) (: c Coef))) debug: evaluateType1 x: (Record (: k (Integer)) (: c Coef)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Coef) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: k (Integer)) (: c Coef)) $param: (Coef) debug: evaluateType form: (Integer) $param: (Coef) Debug: evaluateType1 form: (Integer) debug: evaluateType form: Coef $param: (Coef) debug: evalCategory d: (Record (: k (Integer)) (: c Coef)) c: (Type) debug: evaluateType form: (Stream (Record (: k (Integer)) (: c Coef))) $param: (Coef) Debug: evaluateType1 form: (Stream (Record (: k (Integer)) (: c Coef))) debug: evaluateType1 x: (Record (: k (Integer)) (: c Coef)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Coef) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: k (Integer)) (: c Coef)) $param: (Coef) debug: evaluateType form: (Integer) $param: (Coef) Debug: evaluateType1 form: (Integer) debug: evaluateType form: Coef $param: (Coef) debug: evalCategory d: (Record (: k (Integer)) (: c Coef)) c: (Type) debug: evaluateType form: (Boolean) $param: (Coef) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Mapping Coef (Integer)) $param: (Coef) debug: evaluateType form: Coef $param: (Coef) debug: evaluateType form: (Integer) $param: (Coef) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Union $ failed) $param: (Coef) debug: evaluateType form: $ $param: (Coef) debug: evaluateType form: failed $param: (Coef) debug: evaluateType form: (Boolean) $param: (Coef) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (OutputForm) $param: (Coef) Debug: evaluateType1 form: (OutputForm) debug: evaluateType form: (Stream (Record (: k (Integer)) (: c Coef))) $param: (Coef) Debug: evaluateType1 form: (Stream (Record (: k (Integer)) (: c Coef))) debug: evaluateType1 x: (Record (: k (Integer)) (: c Coef)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Coef) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: k (Integer)) (: c Coef)) $param: (Coef) debug: evaluateType form: (Integer) $param: (Coef) Debug: evaluateType1 form: (Integer) debug: evaluateType form: Coef $param: (Coef) debug: evalCategory d: (Record (: k (Integer)) (: c Coef)) c: (Type) debug: evaluateType form: (Reference (OrderedCompletion (Integer))) $param: (Coef) Debug: evaluateType1 form: (Reference (OrderedCompletion (Integer))) debug: evaluateType1 x: (OrderedCompletion (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Coef) Debug: evaluateType1 form: (Type) debug: evaluateType form: (OrderedCompletion (Integer)) $param: (Coef) Debug: evaluateType1 form: (OrderedCompletion (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (Coef) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: (Coef) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evalCategory d: (OrderedCompletion (Integer)) c: (Type) debug: evaluateType form: (Symbol) $param: (Coef) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: Coef $param: (Coef) debug: evaluateType form: (Fraction (Integer)) $param: (Coef) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Coef) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Coef) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: compDefine1 signature (post evaluate): ((Join (UnivariatePowerSeriesCategory Coef (Integer)) (CATEGORY domain (SIGNATURE makeSeries ($ (Reference (OrderedCompletion (Integer))) (Stream (Record (: k (Integer)) (: c Coef))))) (SIGNATURE getRef ((Reference (OrderedCompletion (Integer))) $)) (SIGNATURE getStream ((Stream (Record (: k (Integer)) (: c Coef))) $)) (SIGNATURE series ($ (Stream (Record (: k (Integer)) (: c Coef))))) (SIGNATURE monomial? ((Boolean) $)) (SIGNATURE multiplyCoefficients ($ (Mapping Coef (Integer)) $)) (SIGNATURE iExquo ((Union $ failed) $ $ (Boolean))) (SIGNATURE taylorQuoByVar ($ $)) (SIGNATURE iCompose ($ $ $)) (SIGNATURE seriesToOutputForm ((OutputForm) (Stream (Record (: k (Integer)) (: c Coef))) (Reference (OrderedCompletion (Integer))) (Symbol) Coef (Fraction (Integer)))) (IF (has Coef (Algebra (Fraction (Integer)))) (PROGN (SIGNATURE integrate ($ $)) (SIGNATURE cPower ($ $ Coef)) (SIGNATURE cRationalPower ($ $ (Fraction (Integer)))) (SIGNATURE cExp ($ $)) (SIGNATURE cLog ($ $)) (SIGNATURE cSin ($ $)) (SIGNATURE cCos ($ $)) (SIGNATURE cTan ($ $)) (SIGNATURE cCot ($ $)) (SIGNATURE cSec ($ $)) (SIGNATURE cCsc ($ $)) (SIGNATURE cAsin ($ $)) (SIGNATURE cAcos ($ $)) (SIGNATURE cAtan ($ $)) (SIGNATURE cAcot ($ $)) (SIGNATURE cAsec ($ $)) (SIGNATURE cAcsc ($ $)) (SIGNATURE cSinh ($ $)) (SIGNATURE cCosh ($ $)) (SIGNATURE cTanh ($ $)) (SIGNATURE cCoth ($ $)) (SIGNATURE cSech ($ $)) (SIGNATURE cCsch ($ $)) (SIGNATURE cAsinh ($ $)) (SIGNATURE cAcosh ($ $)) (SIGNATURE cAtanh ($ $)) (SIGNATURE cAcoth ($ $)) (SIGNATURE cAsech ($ $)) (SIGNATURE cAcsch ($ $))) %noBranch))) NIL) ------------------------------------------------------------------------ initializing stationary directory for InnerSparseUnivariatePowerSeries compiling into /tmp/oa-Is6epz importing Reference OrderedCompletion Integer compiling local makeTerm : (Integer,Coef) -> Record(k: Integer,c: Coef) ISUPS;makeTerm is replaced by %pair Time: 0.10 SEC. compiling local getCoef : Record(k: Integer,c: Coef) -> Coef ISUPS;getCoef is replaced by %tail Time: 0.00 SEC. compiling local getExpon : Record(k: Integer,c: Coef) -> Integer ISUPS;getExpon is replaced by %head Time: 0.00 SEC. compiling exported makeSeries : (Reference OrderedCompletion Integer,Stream Record(k: Integer,c: Coef)) -> % ISUPS;makeSeries;RS$;4 is replaced by %pair Time: 0.01 SEC. compiling exported getRef : % -> Reference OrderedCompletion Integer ISUPS;getRef;$R;5 is replaced by %head Time: 0 SEC. compiling exported getStream : % -> Stream Record(k: Integer,c: Coef) ISUPS;getStream;$S;6 is replaced by %tail Time: 0.01 SEC. compiling exported monomial : (Coef,Integer) -> % Time: 0.01 SEC. compiling exported monomial? : % -> Boolean Time: 0.01 SEC. compiling exported coerce : Integer -> % Time: 0.00 SEC. compiling exported coerce : Coef -> % Time: 0.00 SEC. compiling local iSeries : (Stream Record(k: Integer,c: Coef),Reference OrderedCompletion Integer) -> Stream Record(k: Integer,c: Coef) Time: 0.02 SEC. compiling exported series : Stream Record(k: Integer,c: Coef) -> % Time: 0.02 SEC. compiling exported characteristic : () -> NonNegativeInteger Time: 0.00 SEC. compiling exported Zero : () -> % Time: 0.01 SEC. compiling exported One : () -> % Time: 0.00 SEC. compiling local iExtend : (Stream Record(k: Integer,c: Coef),OrderedCompletion Integer,Reference OrderedCompletion Integer) -> Stream Record(k: Integer,c: Coef) Time: 0.02 SEC. compiling exported extend : (%,Integer) -> % Time: 0.01 SEC. compiling exported complete : % -> % Time: 0.01 SEC. compiling local iTruncate0 : (Stream Record(k: Integer,c: Coef),Reference OrderedCompletion Integer,Reference OrderedCompletion Integer,OrderedCompletion Integer,Integer,Integer) -> Stream Record(k: Integer,c: Coef) Time: 0.12 SEC. compiling local iTruncate : (%,OrderedCompletion Integer,Integer) -> % Time: 0.02 SEC. compiling exported truncate : (%,Integer) -> % Time: 0.01 SEC. compiling exported truncate : (%,Integer,Integer) -> % Time: 0.00 SEC. compiling local iCoefficient : (Stream Record(k: Integer,c: Coef),Integer) -> Coef Time: 0.02 SEC. compiling exported coefficient : (%,Integer) -> Coef Time: 0.01 SEC. compiling exported elt : (%,Integer) -> Coef Time: 0.00 SEC. compiling local iOrder : (Stream Record(k: Integer,c: Coef),OrderedCompletion Integer,Reference OrderedCompletion Integer) -> Integer Time: 0.03 SEC. compiling exported order : % -> Integer Time: 0.01 SEC. compiling exported order : (%,Integer) -> Integer Time: 0.01 SEC. compiling exported terms : % -> Stream Record(k: Integer,c: Coef) ISUPS;terms;$S;29 is replaced by %tail Time: 0.00 SEC. compiling exported zero? : % -> Boolean Time: 0.02 SEC. compiling exported = : (%,%) -> Boolean Time: 0.00 SEC. compiling local iMap1 : ((Coef,Integer) -> Coef,Integer -> Integer,Boolean,Stream Record(k: Integer,c: Coef),Reference OrderedCompletion Integer,Reference OrderedCompletion Integer,Integer) -> Stream Record(k: Integer,c: Coef) Time: 0.41 SEC. compiling local iMap2 : ((Coef,Integer) -> Coef,Integer -> Integer,Boolean,%) -> % Time: 0.06 SEC. compiling exported map : (Coef -> Coef,%) -> % Time: 0.00 SEC. compiling exported differentiate : % -> % Time: 0.01 SEC. compiling exported multiplyCoefficients : (Integer -> Coef,%) -> % Time: 0.01 SEC. compiling exported multiplyExponents : (%,PositiveInteger) -> % Time: 0.02 SEC. compiling local iPlus1 : ((Coef,Coef) -> Coef,Stream Record(k: Integer,c: Coef),Reference OrderedCompletion Integer,Stream Record(k: Integer,c: Coef),Reference OrderedCompletion Integer,Reference OrderedCompletion Integer,Integer) -> Stream Record(k: Integer,c: Coef) Time: 1.32 SEC. compiling local iPlus2 : ((Coef,Coef) -> Coef,%,%) -> % Time: 0.09 SEC. compiling exported + : (%,%) -> % Time: 0.01 SEC. compiling exported - : (%,%) -> % Time: 0.00 SEC. compiling exported - : % -> % Time: 0.01 SEC. compiling exported * : (Integer,%) -> % Time: 0.02 SEC. compiling exported * : (NonNegativeInteger,%) -> % Time: 0.02 SEC. compiling exported * : (PositiveInteger,%) -> % Time: 0.02 SEC. compiling local productByTerm : (Coef,Integer,Stream Record(k: Integer,c: Coef),Reference OrderedCompletion Integer,Reference OrderedCompletion Integer,Integer) -> Stream Record(k: Integer,c: Coef) Time: 0.01 SEC. compiling local productLazyEval : (Stream Record(k: Integer,c: Coef),Reference OrderedCompletion Integer,Stream Record(k: Integer,c: Coef),Reference OrderedCompletion Integer,OrderedCompletion Integer) -> Void Time: 0.04 SEC. compiling local iTimes : (Stream Record(k: Integer,c: Coef),Reference OrderedCompletion Integer,Stream Record(k: Integer,c: Coef),Reference OrderedCompletion Integer,Reference OrderedCompletion Integer,Integer) -> Stream Record(k: Integer,c: Coef) Time: 0.90 SEC. compiling exported * : (%,%) -> % Time: 0.24 SEC. compiling local iDivide : (Stream Record(k: Integer,c: Coef),Reference OrderedCompletion Integer,Stream Record(k: Integer,c: Coef),Reference OrderedCompletion Integer,Coef,Integer,Reference OrderedCompletion Integer,Integer) -> Stream Record(k: Integer,c: Coef) Time: 2.19 SEC. compiling local divide : (%,Integer,%,Integer,Coef) -> % Time: 0.06 SEC. compiling exported iExquo : (%,%,Boolean) -> Union(%,failed) Time: 0.14 SEC. compiling exported taylorQuoByVar : % -> % Time: 0.01 SEC. compiling local compose0 : (Stream Record(k: Integer,c: Coef),Reference OrderedCompletion Integer,Stream Record(k: Integer,c: Coef),Reference OrderedCompletion Integer,Integer,%,%,Integer,Reference OrderedCompletion Integer,Integer) -> Stream Record(k: Integer,c: Coef) Time: 2.97 SEC. compiling exported iCompose : (%,%) -> % Time: 0.13 SEC. compiling exported integrate : % -> % Time: 0.04 SEC. compiling local integ0 : (Stream Record(k: Integer,c: Coef),Reference OrderedCompletion Integer,Reference OrderedCompletion Integer,Integer) -> Stream Record(k: Integer,c: Coef) Time: 0.99 SEC. compiling local integ1 : (Stream Record(k: Integer,c: Coef),Reference OrderedCompletion Integer,Reference OrderedCompletion Integer) -> Stream Record(k: Integer,c: Coef) Time: 0.01 SEC. compiling local lazyInteg : (Coef,() -> Stream Record(k: Integer,c: Coef),Reference OrderedCompletion Integer,Reference OrderedCompletion Integer) -> Stream Record(k: Integer,c: Coef) Time: 0.03 SEC. compiling exported cPower : (%,Coef) -> % Time: 0.14 SEC. compiling local iExp : (%,Coef) -> % Time: 0.08 SEC. compiling local sincos0 : (Coef,Coef,List Stream Record(k: Integer,c: Coef),Reference OrderedCompletion Integer,Reference OrderedCompletion Integer,Stream Record(k: Integer,c: Coef),Reference OrderedCompletion Integer,Stream Record(k: Integer,c: Coef),Reference OrderedCompletion Integer) -> List Stream Record(k: Integer,c: Coef) Time: 0.06 SEC. compiling local iSincos : (%,Coef,Coef,Integer) -> Record(%sin: %,%cos: %) Time: 0.15 SEC. compiling local tan0 : (Coef,Stream Record(k: Integer,c: Coef),Reference OrderedCompletion Integer,Stream Record(k: Integer,c: Coef),Reference OrderedCompletion Integer,Integer) -> Stream Record(k: Integer,c: Coef) Time: 0.04 SEC. compiling local iTan : (%,%,Coef,Integer) -> % Time: 0.04 SEC. compiling local orderOrFailed : % -> Union(Integer,failed) Time: 0.04 SEC. compiling exported cRationalPower : (%,Fraction Integer) -> % Time: 0.30 SEC. compiling exported cExp : % -> % Time: 0.10 SEC. compiling exported cLog : % -> % Time: 0.24 SEC. compiling local sincos : % -> Record(%sin: %,%cos: %) Time: 0.04 SEC. compiling exported cSin : % -> % Time: 0.00 SEC. compiling exported cCos : % -> % Time: 0.00 SEC. compiling exported cTan : % -> % Time: 0.11 SEC. compiling exported cCot : % -> % Time: 0.13 SEC. compiling exported cSec : % -> % Time: 0.27 SEC. compiling exported cCsc : % -> % Time: 0.13 SEC. compiling exported cAsin : % -> % Time: 1.83 SEC. compiling exported cAcos : % -> % Time: 1.50 SEC. compiling exported cAtan : % -> % Time: 0.29 SEC. compiling exported cAcot : % -> % Time: 0.10 SEC. compiling exported cAsec : % -> % Time: 1.56 SEC. compiling exported cAcsc : % -> % Time: 1.66 SEC. compiling local sinhcosh : % -> Record(%sinh: %,%cosh: %) Time: 0.02 SEC. compiling exported cSinh : % -> % Time: 0.00 SEC. compiling exported cCosh : % -> % Time: 0 SEC. compiling exported cTanh : % -> % Time: 0.14 SEC. compiling exported cCoth : % -> % Time: 0.13 SEC. compiling exported cSech : % -> % Time: 0.12 SEC. compiling exported cCsch : % -> % Time: 0.13 SEC. compiling exported cAsinh : % -> % Time: 0.31 SEC. compiling exported cAcosh : % -> % Time: 0.56 SEC. compiling exported cAtanh : % -> % Time: 0.28 SEC. compiling exported cAcoth : % -> % Time: 0.22 SEC. compiling exported cAsech : % -> % Time: 1.82 SEC. compiling exported cAcsch : % -> % Time: 0.77 SEC. compiling local factorials? : () -> Boolean ISUPS;factorials? is replaced by %false Time: 0 SEC. compiling local termOutput : (Fraction Integer,Coef,OutputForm) -> OutputForm Time: 0.02 SEC. compiling local showAll? : () -> Boolean ISUPS;showAll? is replaced by %true Time: 0 SEC. compiling exported seriesToOutputForm : (Stream Record(k: Integer,c: Coef),Reference OrderedCompletion Integer,Symbol,Coef,Fraction Integer) -> OutputForm Time: 2.57 SEC. (time taken in buildFunctor: 32) Time: 0.10 SEC. Warnings: [1] String syntax for ** in signature is deprecated. [2] Type Stream Record(k: Integer,c: Coef) is not in scope. Import it [3] monomial?: empty? has no value [4] zero?: whatInfinity has no value [5] integ0: inv has no value [6] sinhcosh: %sin has no value [7] sinhcosh: %cos has no value [8] cAtanh: inv has no value [9] cAcoth: inv has no value Cumulative Statistics for Constructor InnerSparseUnivariatePowerSeries Time: 26.31 seconds finalizing NRLIB ISUPS Processing InnerSparseUnivariatePowerSeries for Browser database: -- makeSeries : (REF,ST) -> % -- getRef : % -> REF -- getStream : % -> ST -- series : ST -> % -- monomial? : % -> B -- multiplyCoefficients : ((I -> Coef),%) -> % -- iExquo : (%,%,B) -> Union(%,"failed") -- taylorQuoByVar : % -> % -- iCompose : (%,%) -> % -- seriesToOutputForm : (ST,REF,Symbol,Coef,RN) -> OutputForm -- integrate : % -> % -- cPower : (%,Coef) -> % -- cRationalPower : (%,RN) -> % -- cExp : % -> % -- cLog : % -> % -- cSin : % -> % -- cCos : % -> % -- cTan : % -> % -- cCot : % -> % -- cSec : % -> % -- cCsc : % -> % -- cAsin : % -> % -- cAcos : % -> % -- cAtan : % -> % -- cAcot : % -> % -- cAsec : % -> % -- cAcsc : % -> % -- cSinh : % -> % -- cCosh : % -> % -- cTanh : % -> % -- cCoth : % -> % -- cSech : % -> % -- cCsch : % -> % -- cAsinh : % -> % -- cAcosh : % -> % -- cAtanh : % -> % -- cAcoth : % -> % -- cAsech : % -> % -- cAcsch : % -> % -- constructor ; compiling file "/tmp/oa-Is6epz/code.lsp" (written 01 FEB 2016 11:13:41 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ISUPS;makeTerm|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ISUPS;getCoef|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ISUPS;getExpon|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ISUPS;makeSeries;RS$;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ISUPS;getRef;$R;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ISUPS;getStream;$S;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ISUPS;terms;$S;29|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ISUPS;factorials?|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ISUPS;showAll?|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ISUPS;makeTerm| ...) ; compiling (DEFUN |ISUPS;getCoef| ...) ; compiling (DEFUN |ISUPS;getExpon| ...) ; compiling (DEFUN |ISUPS;makeSeries;RS$;4| ...) ; compiling (DEFUN |ISUPS;getRef;$R;5| ...) ; compiling (DEFUN |ISUPS;getStream;$S;6| ...) ; compiling (DEFUN |ISUPS;monomial;CoefI$;7| ...) ; compiling (DEFUN |ISUPS;monomial?;$B;8| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;monomial?;$B;8| ; (DEFUN BOOT::|ISUPS;monomial?;$B;8| (BOOT::|ups| BOOT::$) ; (AND ; (NOT (BOOT::SPADCALL (CDR BOOT::|ups|) (BOOT::|shellEntry| BOOT::$ 23))) ; (BOOT::SPADCALL (CDR (CDR BOOT::|ups|)) (BOOT::|shellEntry| BOOT::$ 23)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;monomial?;$B;8| ; (BOOT::|ups| BOOT::$) ; (BLOCK BOOT::|ISUPS;monomial?;$B;8| ; (AND (NOT (BOOT::SPADCALL # #)) ; (BOOT::SPADCALL (CDR #) (BOOT::|shellEntry| BOOT::$ 23))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |ISUPS;coerce;I$;9| ...) ; compiling (DEFUN |ISUPS;coerce;Coef$;10| ...) ; compiling (DEFUN |ISUPS;iSeries| ...) ; compiling (DEFUN |ISUPS;series;S$;12| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;series;S$;12| ; (DEFUN BOOT::|ISUPS;series;S$;12| (BOOT::|x| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 23)) ; (BOOT::|spadConstant| BOOT::$ 30)) ; (T ; (LET* (# #) ; (CONS BOOT::|refer| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;series;S$;12| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ISUPS;series;S$;12| ; (COND ((BOOT::SPADCALL BOOT::|x| #) (BOOT::|spadConstant| BOOT::$ 30)) ; (T ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ISUPS;characteristic;Nni;13| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;characteristic;Nni;13| ; (DEFUN BOOT::|ISUPS;characteristic;Nni;13| (BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 38)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;characteristic;Nni;13| ; (BOOT::$) ; (BLOCK BOOT::|ISUPS;characteristic;Nni;13| ; (BOOT::|spadConstant| BOOT::$ 38))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |ISUPS;Zero;$;14| ...) ; compiling (DEFUN |ISUPS;One;$;15| ...) ; compiling (DEFUN |ISUPS;iExtend| ...) ; compiling (DEFUN |ISUPS;extend;$I$;17| ...) ; compiling (DEFUN |ISUPS;complete;2$;18| ...) ; compiling (DEFUN |ISUPS;iTruncate0| ...) ; compiling (DEFUN |ISUPS;iTruncate0!0| ...) ; compiling (DEFUN |ISUPS;iTruncate| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;iTruncate| ; (DEFUN BOOT::|ISUPS;iTruncate| ; (BOOT::|ups| BOOT::|minExp| BOOT::|maxExp| BOOT::$) ; (PROG (BOOT::|refer| BOOT::|degr| BOOT::|deg|) ; (RETURN ; (LET (# #) ; (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;iTruncate| ; (BOOT::|ups| BOOT::|minExp| BOOT::|maxExp| BOOT::$) ; (BLOCK BOOT::|ISUPS;iTruncate| ; (PROG (BOOT::|refer| BOOT::|degr| BOOT::|deg|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ISUPS;truncate;$I$;21| ...) ; compiling (DEFUN |ISUPS;truncate;$2I$;22| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;truncate;$2I$;22| ; (DEFUN BOOT::|ISUPS;truncate;$2I$;22| ; (BOOT::|ups| BOOT::|n1| BOOT::|n2| BOOT::$) ; (PROGN ; (COND ; ((< BOOT::|n2| BOOT::|n1|) ; (LET # ; #))) ; (BOOT::|ISUPS;iTruncate| BOOT::|ups| ; (BOOT::SPADCALL BOOT::|n1| (BOOT::|shellEntry| BOOT::$ 35)) BOOT::|n2| ; BOOT::$))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;truncate;$2I$;22| ; (BOOT::|ups| BOOT::|n1| BOOT::|n2| BOOT::$) ; (BLOCK BOOT::|ISUPS;truncate;$2I$;22| ; (PROGN ; (COND (# #)) ; (BOOT::|ISUPS;iTruncate| BOOT::|ups| (BOOT::SPADCALL BOOT::|n1| #) ; BOOT::|n2| BOOT::$)))) ; ; note: Assignment to argument: |n1| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; ; note: Assignment to argument: |n2| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |ISUPS;iCoefficient| ...) ; compiling (DEFUN |ISUPS;coefficient;$ICoef;24| ...) ; compiling (DEFUN |ISUPS;elt;$ICoef;25| ...) ; compiling (DEFUN |ISUPS;iOrder| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;iOrder| ; (DEFUN BOOT::|ISUPS;iOrder| (BOOT::|st| BOOT::|n| BOOT::|refer| BOOT::$) ; (COND ; ((EQ (CAR BOOT::|st|) |AxiomCore|:|%nullStream|) ; (BOOT::|error| "order: series has infinite order")) ; ((BOOT::SPADCALL BOOT::|st| (BOOT::|shellEntry| BOOT::$ 45)) ; (LET (#) ; (COND # #))) ; (T ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;iOrder| ; (BOOT::|st| BOOT::|n| BOOT::|refer| BOOT::$) ; (BLOCK BOOT::|ISUPS;iOrder| ; (COND ; ((EQ # |AxiomCore|:|%nullStream|) ; (BOOT::|error| "order: series has infinite order")) ; ((BOOT::SPADCALL BOOT::|st| #) ; (LET # ; #)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |ISUPS;order;$I;27| ...) ; compiling (DEFUN |ISUPS;order;$2I;28| ...) ; compiling (DEFUN |ISUPS;terms;$S;29| ...) ; compiling (DEFUN |ISUPS;zero?;$B;30| ...) ; compiling (DEFUN |ISUPS;=;2$B;31| ...) ; compiling (DEFUN |ISUPS;iMap1| ...) ; compiling (DEFUN |ISUPS;iMap1!0| ...) ; compiling (DEFUN |ISUPS;iMap2| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;iMap2| ; (DEFUN BOOT::|ISUPS;iMap2| ; (BOOT::|cFcn| BOOT::|eFcn| BOOT::|check?| BOOT::|ups| BOOT::$) ; (PROG (BOOT::|refer| BOOT::|degr| BOOT::|deg|) ; (RETURN ; (LET (# #) ; (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;iMap2| ; (BOOT::|cFcn| BOOT::|eFcn| BOOT::|check?| BOOT::|ups| BOOT::$) ; (BLOCK BOOT::|ISUPS;iMap2| ; (PROG (BOOT::|refer| BOOT::|degr| BOOT::|deg|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ISUPS;map;M2$;34| ...) ; compiling (DEFUN |ISUPS;map;M2$;34!1| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;map;M2$;34!1| ; (DEFUN BOOT::|ISUPS;map;M2$;34!1| (BOOT::|#1| BOOT::$$) BOOT::|#1|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;map;M2$;34!1| ; (BOOT::|#1| BOOT::$$) ; (BLOCK BOOT::|ISUPS;map;M2$;34!1| BOOT::|#1|)) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |ISUPS;map;M2$;34!0| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;map;M2$;34!0| ; (DEFUN BOOT::|ISUPS;map;M2$;34!0| (BOOT::|#1| BOOT::|#2| BOOT::|fcn|) ; (FUNCALL (CAR BOOT::|fcn|) BOOT::|#1| (CDR BOOT::|fcn|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;map;M2$;34!0| ; (BOOT::|#1| BOOT::|#2| BOOT::|fcn|) ; (BLOCK BOOT::|ISUPS;map;M2$;34!0| ; (FUNCALL (CAR BOOT::|fcn|) BOOT::|#1| (CDR BOOT::|fcn|)))) ; ; caught STYLE-WARNING: ; The variable |#2| is defined but never used. ; compiling (DEFUN |ISUPS;differentiate;2$;35| ...) ; compiling (DEFUN |ISUPS;differentiate;2$;35!1| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;differentiate;2$;35!1| ; (DEFUN BOOT::|ISUPS;differentiate;2$;35!1| (BOOT::|#1| BOOT::$$) ; (- BOOT::|#1| 1)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;differentiate;2$;35!1| ; (BOOT::|#1| BOOT::$$) ; (BLOCK BOOT::|ISUPS;differentiate;2$;35!1| (- BOOT::|#1| 1))) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |ISUPS;differentiate;2$;35!0| ...) ; compiling (DEFUN |ISUPS;multiplyCoefficients;M2$;36| ...) ; compiling (DEFUN |ISUPS;multiplyCoefficients;M2$;36!1| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;multiplyCoefficients;M2$;36!1| ; (DEFUN BOOT::|ISUPS;multiplyCoefficients;M2$;36!1| (BOOT::|#1| BOOT::$$) ; BOOT::|#1|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;multiplyCoefficients;M2$;36!1| ; (BOOT::|#1| BOOT::$$) ; (BLOCK BOOT::|ISUPS;multiplyCoefficients;M2$;36!1| BOOT::|#1|)) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |ISUPS;multiplyCoefficients;M2$;36!0| ...) ; compiling (DEFUN |ISUPS;multiplyExponents;$Pi$;37| ...) ; compiling (DEFUN |ISUPS;multiplyExponents;$Pi$;37!1| ...) ; compiling (DEFUN |ISUPS;multiplyExponents;$Pi$;37!0| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;multiplyExponents;$Pi$;37!0| ; (DEFUN BOOT::|ISUPS;multiplyExponents;$Pi$;37!0| ; (BOOT::|#1| BOOT::|#2| BOOT::$$) ; BOOT::|#1|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;multiplyExponents;$Pi$;37!0| ; (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (BLOCK BOOT::|ISUPS;multiplyExponents;$Pi$;37!0| BOOT::|#1|)) ; ; caught STYLE-WARNING: ; The variable |#2| is defined but never used. ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |ISUPS;iPlus1| ...) ; compiling (DEFUN |ISUPS;iPlus1!8| ...) ; compiling (DEFUN |ISUPS;iPlus1!7| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;iPlus1!7| ; (DEFUN BOOT::|ISUPS;iPlus1!7| (BOOT::|#1| BOOT::$$) BOOT::|#1|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;iPlus1!7| ; (BOOT::|#1| BOOT::$$) ; (BLOCK BOOT::|ISUPS;iPlus1!7| BOOT::|#1|)) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |ISUPS;iPlus1!6| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;iPlus1!6| ; (DEFUN BOOT::|ISUPS;iPlus1!6| (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (LET ((BOOT::|op| (SVREF BOOT::$$ 1))) ; (FUNCALL (CAR BOOT::|op|) BOOT::|#1| ; (BOOT::|spadConstant| (SVREF BOOT::$$ 0) 31) (CDR BOOT::|op|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;iPlus1!6| ; (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (BLOCK BOOT::|ISUPS;iPlus1!6| ; (LET ((BOOT::|op| #)) ; (FUNCALL (CAR BOOT::|op|) BOOT::|#1| (BOOT::|spadConstant| # 31) ; (CDR BOOT::|op|))))) ; ; caught STYLE-WARNING: ; The variable |#2| is defined but never used. ; compiling (DEFUN |ISUPS;iPlus1!5| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;iPlus1!5| ; (DEFUN BOOT::|ISUPS;iPlus1!5| (BOOT::|#1| BOOT::$$) BOOT::|#1|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;iPlus1!5| ; (BOOT::|#1| BOOT::$$) ; (BLOCK BOOT::|ISUPS;iPlus1!5| BOOT::|#1|)) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |ISUPS;iPlus1!4| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;iPlus1!4| ; (DEFUN BOOT::|ISUPS;iPlus1!4| (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (LET ((BOOT::|op| (SVREF BOOT::$$ 1))) ; (FUNCALL (CAR BOOT::|op|) (BOOT::|spadConstant| (SVREF BOOT::$$ 0) 31) ; BOOT::|#1| (CDR BOOT::|op|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;iPlus1!4| ; (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (BLOCK BOOT::|ISUPS;iPlus1!4| ; (LET ((BOOT::|op| #)) ; (FUNCALL (CAR BOOT::|op|) (BOOT::|spadConstant| # 31) BOOT::|#1| ; (CDR BOOT::|op|))))) ; ; caught STYLE-WARNING: ; The variable |#2| is defined but never used. ; compiling (DEFUN |ISUPS;iPlus1!3| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;iPlus1!3| ; (DEFUN BOOT::|ISUPS;iPlus1!3| (BOOT::|#1| BOOT::$$) BOOT::|#1|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;iPlus1!3| ; (BOOT::|#1| BOOT::$$) ; (BLOCK BOOT::|ISUPS;iPlus1!3| BOOT::|#1|)) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |ISUPS;iPlus1!2| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;iPlus1!2| ; (DEFUN BOOT::|ISUPS;iPlus1!2| (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (LET ((BOOT::|op| (SVREF BOOT::$$ 1))) ; (FUNCALL (CAR BOOT::|op|) BOOT::|#1| ; (BOOT::|spadConstant| (SVREF BOOT::$$ 0) 31) (CDR BOOT::|op|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;iPlus1!2| ; (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (BLOCK BOOT::|ISUPS;iPlus1!2| ; (LET ((BOOT::|op| #)) ; (FUNCALL (CAR BOOT::|op|) BOOT::|#1| (BOOT::|spadConstant| # 31) ; (CDR BOOT::|op|))))) ; ; caught STYLE-WARNING: ; The variable |#2| is defined but never used. ; compiling (DEFUN |ISUPS;iPlus1!1| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;iPlus1!1| ; (DEFUN BOOT::|ISUPS;iPlus1!1| (BOOT::|#1| BOOT::$$) BOOT::|#1|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;iPlus1!1| ; (BOOT::|#1| BOOT::$$) ; (BLOCK BOOT::|ISUPS;iPlus1!1| BOOT::|#1|)) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |ISUPS;iPlus1!0| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;iPlus1!0| ; (DEFUN BOOT::|ISUPS;iPlus1!0| (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (LET ((BOOT::|op| (SVREF BOOT::$$ 1))) ; (FUNCALL (CAR BOOT::|op|) (BOOT::|spadConstant| (SVREF BOOT::$$ 0) 31) ; BOOT::|#1| (CDR BOOT::|op|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;iPlus1!0| ; (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (BLOCK BOOT::|ISUPS;iPlus1!0| ; (LET ((BOOT::|op| #)) ; (FUNCALL (CAR BOOT::|op|) (BOOT::|spadConstant| # 31) BOOT::|#1| ; (CDR BOOT::|op|))))) ; ; caught STYLE-WARNING: ; The variable |#2| is defined but never used. ; compiling (DEFUN |ISUPS;iPlus2| ...) ; compiling (DEFUN |ISUPS;iPlus2!1| ...) ; compiling (DEFUN |ISUPS;iPlus2!0| ...) ; compiling (DEFUN |ISUPS;+;3$;40| ...) ; compiling (DEFUN |ISUPS;+;3$;40!0| ...) ; compiling (DEFUN |ISUPS;-;3$;41| ...) ; compiling (DEFUN |ISUPS;-;3$;41!0| ...) ; compiling (DEFUN |ISUPS;-;2$;42| ...) ; compiling (DEFUN |ISUPS;-;2$;42!1| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;-;2$;42!1| ; (DEFUN BOOT::|ISUPS;-;2$;42!1| (BOOT::|#1| BOOT::$$) BOOT::|#1|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;-;2$;42!1| ; (BOOT::|#1| BOOT::$$) ; (BLOCK BOOT::|ISUPS;-;2$;42!1| BOOT::|#1|)) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |ISUPS;-;2$;42!0| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;-;2$;42!0| ; (DEFUN BOOT::|ISUPS;-;2$;42!0| (BOOT::|#1| BOOT::|#2| BOOT::$) ; (BOOT::SPADCALL BOOT::|#1| (BOOT::|shellEntry| BOOT::$ 90))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;-;2$;42!0| ; (BOOT::|#1| BOOT::|#2| BOOT::$) ; (BLOCK BOOT::|ISUPS;-;2$;42!0| ; (BOOT::SPADCALL BOOT::|#1| (BOOT::|shellEntry| BOOT::$ 90)))) ; ; caught STYLE-WARNING: ; The variable |#2| is defined but never used. ; compiling (DEFUN |ISUPS;*;I2$;43| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;*;I2$;43| ; (DEFUN BOOT::|ISUPS;*;I2$;43| (BOOT::|n| BOOT::|x| BOOT::$) ; (COND ((ZEROP BOOT::|n|) (BOOT::|spadConstant| BOOT::$ 30)) ; (T ; (BOOT::|ISUPS;map;M2$;34| (CONS #'BOOT::|ISUPS;*;I2$;43!0| #) ; BOOT::|x| BOOT::$)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;*;I2$;43| ; (BOOT::|n| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ISUPS;*;I2$;43| ; (COND ((ZEROP BOOT::|n|) (BOOT::|spadConstant| BOOT::$ 30)) ; (T (BOOT::|ISUPS;map;M2$;34| # BOOT::|x| BOOT::$))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ISUPS;*;I2$;43!0| ...) ; compiling (DEFUN |ISUPS;*;Nni2$;44| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;*;Nni2$;44| ; (DEFUN BOOT::|ISUPS;*;Nni2$;44| (BOOT::|n| BOOT::|x| BOOT::$) ; (COND ((ZEROP BOOT::|n|) (BOOT::|spadConstant| BOOT::$ 30)) ; (T ; (BOOT::|ISUPS;map;M2$;34| (CONS #'BOOT::|ISUPS;*;Nni2$;44!0| #) ; BOOT::|x| BOOT::$)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;*;Nni2$;44| ; (BOOT::|n| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ISUPS;*;Nni2$;44| ; (COND ((ZEROP BOOT::|n|) (BOOT::|spadConstant| BOOT::$ 30)) ; (T (BOOT::|ISUPS;map;M2$;34| # BOOT::|x| BOOT::$))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ISUPS;*;Nni2$;44!0| ...) ; compiling (DEFUN |ISUPS;*;Pi2$;45| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;*;Pi2$;45| ; (BOOT::|spadConstant| BOOT::$ 30) ; --> BOOT::SPADCALL LET SVREF LET ; ==> ; BOOT::$ ; ; note: deleting unreachable code ; compiling (DEFUN |ISUPS;*;Pi2$;45!0| ...) ; compiling (DEFUN |ISUPS;productByTerm| ...) ; compiling (DEFUN |ISUPS;productByTerm!1| ...) ; compiling (DEFUN |ISUPS;productByTerm!0| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;productByTerm!0| ; (DEFUN BOOT::|ISUPS;productByTerm!0| (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (BOOT::SPADCALL (SVREF BOOT::$$ 1) BOOT::|#1| ; (BOOT::|shellEntry| (SVREF BOOT::$$ 0) 78))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;productByTerm!0| ; (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (BLOCK BOOT::|ISUPS;productByTerm!0| ; (BOOT::SPADCALL (SVREF BOOT::$$ 1) BOOT::|#1| ; (BOOT::|shellEntry| (SVREF BOOT::$$ 0) 78)))) ; ; caught STYLE-WARNING: ; The variable |#2| is defined but never used. ; compiling (DEFUN |ISUPS;productLazyEval| ...) ; compiling (DEFUN |ISUPS;iTimes| ...) ; compiling (DEFUN |ISUPS;iTimes!1| ...) ; compiling (DEFUN |ISUPS;iTimes!0| ...) ; compiling (DEFUN |ISUPS;*;3$;49| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;*;3$;49| ; (DEFUN BOOT::|ISUPS;*;3$;49| (BOOT::|ups1| BOOT::|ups2| BOOT::$) ; (LET* ((BOOT::|xRefer| (CAR BOOT::|ups1|)) ; (BOOT::|x| (CDR BOOT::|ups1|)) ; (BOOT::|xDeg| (COND # # #)) ; (BOOT::|yRefer| (CAR BOOT::|ups2|)) ; (BOOT::|y| (CDR BOOT::|ups2|)) ; (BOOT::|yDeg| (COND # # #)) ; (BOOT::|deg| (+ # 1)) ; (BOOT::|refer| (LIST #))) ; (CONS BOOT::|refer| ; (BOOT::|ISUPS;iTimes| BOOT::|x| BOOT::|xRefer| BOOT::|y| ; BOOT::|yRefer| BOOT::|refer| (+ BOOT::|deg| 1) BOOT::$)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;*;3$;49| ; (BOOT::|ups1| BOOT::|ups2| BOOT::$) ; (BLOCK BOOT::|ISUPS;*;3$;49| ; (LET* ((BOOT::|xRefer| #) ; (BOOT::|x| #) ; (BOOT::|xDeg| #) ; (BOOT::|yRefer| #) ; (BOOT::|y| #) ; (BOOT::|yDeg| #) ; (BOOT::|deg| #) ; (BOOT::|refer| #)) ; (CONS BOOT::|refer| ; (BOOT::|ISUPS;iTimes| BOOT::|x| BOOT::|xRefer| BOOT::|y| ; BOOT::|yRefer| BOOT::|refer| # BOOT::$))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ISUPS;iDivide| ...) ; compiling (DEFUN |ISUPS;iDivide!1| ...) ; compiling (DEFUN |ISUPS;iDivide!0| ...) ; compiling (DEFUN |ISUPS;divide| ...) ; compiling (DEFUN |ISUPS;iExquo;2$BU;52| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;iExquo;2$BU;52| ; (LET ((BOOT::|xRefer| (CAR BOOT::|ups1|)) ; (BOOT::|x| (CDR BOOT::|ups1|)) ; (BOOT::|yRefer| (CAR BOOT::|ups2|)) ; (BOOT::|y| (CDR BOOT::|ups2|)) ; (BOOT::|n| 0)) ; (BOOT::SEQ (LOOP (COND (# #) (T #))) ; (BOOT::LETT BOOT::|yTerm| (CAR BOOT::|y|) ; BOOT::|ISUPS;iExquo;2$BU;52|) ; (BOOT::LETT BOOT::|yCoef| (CDR BOOT::|yTerm|) ; BOOT::|ISUPS;iExquo;2$BU;52|) ; (BOOT::LETT BOOT::|ny| (CAR BOOT::|yTerm|) ; BOOT::|ISUPS;iExquo;2$BU;52|) ; (BOOT::LETT BOOT::|ry| ; (BOOT::SPADCALL BOOT::|yCoef| ; (BOOT::|shellEntry| BOOT::$ 107)) ; BOOT::|ISUPS;iExquo;2$BU;52|) ; (BOOT::EXIT (COND (# #) (T #))))) ; ; caught STYLE-WARNING: ; The variable |yRefer| is defined but never used. ; compiling (DEFUN |ISUPS;iExquo;2$BU;52!1| ...) ; compiling (DEFUN |ISUPS;iExquo;2$BU;52!0| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;iExquo;2$BU;52!0| ; (DEFUN BOOT::|ISUPS;iExquo;2$BU;52!0| (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (BOOT::SPADCALL BOOT::|#1| (CDR (SVREF BOOT::$$ 1)) ; (BOOT::|shellEntry| (SVREF BOOT::$$ 0) 78))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;iExquo;2$BU;52!0| ; (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (BLOCK BOOT::|ISUPS;iExquo;2$BU;52!0| ; (BOOT::SPADCALL BOOT::|#1| (CDR (SVREF BOOT::$$ 1)) ; (BOOT::|shellEntry| (SVREF BOOT::$$ 0) 78)))) ; ; caught STYLE-WARNING: ; The variable |#2| is defined but never used. ; compiling (DEFUN |ISUPS;taylorQuoByVar;2$;53| ...) ; compiling (DEFUN |ISUPS;taylorQuoByVar;2$;53!1| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;taylorQuoByVar;2$;53!1| ; (DEFUN BOOT::|ISUPS;taylorQuoByVar;2$;53!1| (BOOT::|#1| BOOT::$$) ; (- BOOT::|#1| 1)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;taylorQuoByVar;2$;53!1| ; (BOOT::|#1| BOOT::$$) ; (BLOCK BOOT::|ISUPS;taylorQuoByVar;2$;53!1| (- BOOT::|#1| 1))) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |ISUPS;taylorQuoByVar;2$;53!0| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;taylorQuoByVar;2$;53!0| ; (DEFUN BOOT::|ISUPS;taylorQuoByVar;2$;53!0| (BOOT::|#1| BOOT::|#2| BOOT::$$) ; BOOT::|#1|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;taylorQuoByVar;2$;53!0| ; (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (BLOCK BOOT::|ISUPS;taylorQuoByVar;2$;53!0| BOOT::|#1|)) ; ; caught STYLE-WARNING: ; The variable |#2| is defined but never used. ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |ISUPS;compose0| ...) ; compiling (DEFUN |ISUPS;compose0!3| ...) ; compiling (DEFUN |ISUPS;compose0!2| ...) ; compiling (DEFUN |ISUPS;compose0!1| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;compose0!1| ; (DEFUN BOOT::|ISUPS;compose0!1| (BOOT::|#1| BOOT::$$) BOOT::|#1|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;compose0!1| ; (BOOT::|#1| BOOT::$$) ; (BLOCK BOOT::|ISUPS;compose0!1| BOOT::|#1|)) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |ISUPS;compose0!0| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;compose0!0| ; (DEFUN BOOT::|ISUPS;compose0!0| (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (BOOT::SPADCALL (SVREF BOOT::$$ 1) BOOT::|#1| ; (BOOT::|shellEntry| (SVREF BOOT::$$ 0) 78))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;compose0!0| ; (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (BLOCK BOOT::|ISUPS;compose0!0| ; (BOOT::SPADCALL (SVREF BOOT::$$ 1) BOOT::|#1| ; (BOOT::|shellEntry| (SVREF BOOT::$$ 0) 78)))) ; ; caught STYLE-WARNING: ; The variable |#2| is defined but never used. ; compiling (DEFUN |ISUPS;iCompose;3$;55| ...) ; compiling (DEFUN |ISUPS;integrate;2$;56| ...) ; compiling (DEFUN |ISUPS;integrate;2$;56!1| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;integrate;2$;56!1| ; (DEFUN BOOT::|ISUPS;integrate;2$;56!1| (BOOT::|#1| BOOT::$$) (+ BOOT::|#1| 1)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;integrate;2$;56!1| ; (BOOT::|#1| BOOT::$$) ; (BLOCK BOOT::|ISUPS;integrate;2$;56!1| (+ BOOT::|#1| 1))) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |ISUPS;integrate;2$;56!0| ...) ; compiling (DEFUN |ISUPS;integ0| ...) ; compiling (DEFUN |ISUPS;integ0!0| ...) ; compiling (DEFUN |ISUPS;integ1| ...) ; compiling (DEFUN |ISUPS;lazyInteg| ...) ; compiling (DEFUN |ISUPS;cPower;$Coef$;60| ...) ; compiling (DEFUN |ISUPS;cPower;$Coef$;60!1| ...) ; compiling (DEFUN |ISUPS;cPower;$Coef$;60!0| ...) ; compiling (DEFUN |ISUPS;iExp| ...) ; compiling (DEFUN |ISUPS;iExp!1| ...) ; compiling (DEFUN |ISUPS;iExp!0| ...) ; compiling (DEFUN |ISUPS;sincos0| ...) ; compiling (DEFUN |ISUPS;sincos0!1| ...) ; compiling (DEFUN |ISUPS;sincos0!0| ...) ; compiling (DEFUN |ISUPS;iSincos| ...) ; compiling (DEFUN |ISUPS;iSincos!0| ...) ; compiling (DEFUN |ISUPS;tan0| ...) ; compiling (DEFUN |ISUPS;tan0!2| ...) ; compiling (DEFUN |ISUPS;tan0!1| ...) ; compiling (DEFUN |ISUPS;tan0!0| ...) ; compiling (DEFUN |ISUPS;iTan| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;iTan| ; (DEFUN BOOT::|ISUPS;iTan| ; (BOOT::|f| BOOT::|fp| BOOT::|cc| BOOT::|sign| BOOT::$) ; (LET* ((BOOT::|fpRef| (CAR BOOT::|fp|)) ; (BOOT::|fpStr| (CDR BOOT::|fp|)) ; (BOOT::|ansRef| (LIST #)) ; (BOOT::|ansStr| (BOOT::SPADCALL # #))) ; (COND ((BOOT::SPADCALL BOOT::|cc| #) (CONS BOOT::|ansRef| #)) ; (T (CONS BOOT::|ansRef| BOOT::|ansStr|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;iTan| ; (BOOT::|f| BOOT::|fp| BOOT::|cc| BOOT::|sign| BOOT::$) ; (BLOCK BOOT::|ISUPS;iTan| ; (LET* ((BOOT::|fpRef| #) ; (BOOT::|fpStr| #) ; (BOOT::|ansRef| #) ; (BOOT::|ansStr| #)) ; (COND (# #) (T #))))) ; ; caught STYLE-WARNING: ; The variable |f| is defined but never used. ; compiling (DEFUN |ISUPS;iTan!0| ...) ; compiling (DEFUN |ISUPS;orderOrFailed| ...) ; compiling (DEFUN |ISUPS;cRationalPower;$F$;67| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;cRationalPower;$F$;67| ; (DEFUN BOOT::|ISUPS;cRationalPower;$F$;67| (BOOT::|uts| BOOT::|r| BOOT::$) ; (PROG (BOOT::|uts2| BOOT::|uts1| BOOT::|ccPow| BOOT::|num| BOOT::|ccInv| ; BOOT::|cc| BOOT::|n| BOOT::|order|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;cRationalPower;$F$;67| ; (BOOT::|uts| BOOT::|r| BOOT::$) ; (BLOCK BOOT::|ISUPS;cRationalPower;$F$;67| ; (PROG (BOOT::|uts2| BOOT::|uts1| BOOT::|ccPow| BOOT::|num| ; BOOT::|ccInv| BOOT::|cc| BOOT::|n| BOOT::|order|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ISUPS;cExp;2$;68| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;cExp;2$;68| ; (DEFUN BOOT::|ISUPS;cExp;2$;68| (BOOT::|uts| BOOT::$) ; (LET ((BOOT::|cc| ; (BOOT::|ISUPS;coefficient;$ICoef;24| BOOT::|uts| 0 BOOT::$))) ; (COND ; ((BOOT::SPADCALL BOOT::|cc| #) ; (BOOT::|ISUPS;iExp| BOOT::|uts| # BOOT::$)) ; ((BOOT::|shellEntry| BOOT::$ 144) ; (BOOT::|ISUPS;iExp| BOOT::|uts| # BOOT::$)) ; (T (BOOT::|error| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;cExp;2$;68| ; (BOOT::|uts| BOOT::$) ; (BLOCK BOOT::|ISUPS;cExp;2$;68| ; (LET ((BOOT::|cc| #)) ; (COND (# #) (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ISUPS;cLog;2$;69| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;cLog;2$;69| ; (DEFUN BOOT::|ISUPS;cLog;2$;69| (BOOT::|uts| BOOT::$) ; (PROG (BOOT::|y|) ; (RETURN ; (LET (#) ; (COND # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;cLog;2$;69| ; (BOOT::|uts| BOOT::$) ; (BLOCK BOOT::|ISUPS;cLog;2$;69| ; (PROG (BOOT::|y|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ISUPS;sincos| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;sincos| ; (DEFUN BOOT::|ISUPS;sincos| (BOOT::|uts| BOOT::$) ; (LET ((BOOT::|cc| ; (BOOT::|ISUPS;coefficient;$ICoef;24| BOOT::|uts| 0 BOOT::$))) ; (COND ; ((BOOT::SPADCALL BOOT::|cc| #) ; (BOOT::|ISUPS;iSincos| BOOT::|uts| # # -1 BOOT::$)) ; ((BOOT::|shellEntry| BOOT::$ 144) ; (BOOT::|ISUPS;iSincos| BOOT::|uts| # # -1 BOOT::$)) ; (T (BOOT::|error| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;sincos| ; (BOOT::|uts| BOOT::$) ; (BLOCK BOOT::|ISUPS;sincos| ; (LET ((BOOT::|cc| #)) ; (COND (# #) (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ISUPS;cSin;2$;71| ...) ; compiling (DEFUN |ISUPS;cCos;2$;72| ...) ; compiling (DEFUN |ISUPS;cTan;2$;73| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;cTan;2$;73| ; (DEFUN BOOT::|ISUPS;cTan;2$;73| (BOOT::|uts| BOOT::$) ; (LET ((BOOT::|cc| ; (BOOT::|ISUPS;coefficient;$ICoef;24| BOOT::|uts| 0 BOOT::$))) ; (COND ; ((BOOT::SPADCALL BOOT::|cc| #) ; (BOOT::|ISUPS;iTan| BOOT::|uts| # # 1 BOOT::$)) ; ((BOOT::|shellEntry| BOOT::$ 144) ; (BOOT::|ISUPS;iTan| BOOT::|uts| # # 1 BOOT::$)) ; (T (BOOT::|error| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;cTan;2$;73| ; (BOOT::|uts| BOOT::$) ; (BLOCK BOOT::|ISUPS;cTan;2$;73| ; (LET ((BOOT::|cc| #)) ; (COND (# #) (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ISUPS;cCot;2$;74| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;cCot;2$;74| ; (DEFUN BOOT::|ISUPS;cCot;2$;74| (BOOT::|uts| BOOT::$) ; (COND ; ((BOOT::|ISUPS;zero?;$B;30| BOOT::|uts| BOOT::$) ; (BOOT::|error| "cot: cot(0) is undefined")) ; (T ; (LET (#) ; (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;cCot;2$;74| ; (BOOT::|uts| BOOT::$) ; (BLOCK BOOT::|ISUPS;cCot;2$;74| ; (COND ; ((BOOT::|ISUPS;zero?;$B;30| BOOT::|uts| BOOT::$) ; (BOOT::|error| "cot: cot(0) is undefined")) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ISUPS;cSec;2$;75| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;cSec;2$;75| ; (DEFUN BOOT::|ISUPS;cSec;2$;75| (BOOT::|uts| BOOT::$) ; (PROG (BOOT::|cosUts|) ; (RETURN ; (LET (#) ; (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;cSec;2$;75| ; (BOOT::|uts| BOOT::$) ; (BLOCK BOOT::|ISUPS;cSec;2$;75| ; (PROG (BOOT::|cosUts|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ISUPS;cCsc;2$;76| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;cCsc;2$;76| ; (DEFUN BOOT::|ISUPS;cCsc;2$;76| (BOOT::|uts| BOOT::$) ; (COND ; ((BOOT::|ISUPS;zero?;$B;30| BOOT::|uts| BOOT::$) ; (BOOT::|error| "csc: csc(0) is undefined")) ; ((BOOT::|shellEntry| BOOT::$ 144) ; (LET (#) ; (COND # #))) ; (T (BOOT::|error| (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;cCsc;2$;76| ; (BOOT::|uts| BOOT::$) ; (BLOCK BOOT::|ISUPS;cCsc;2$;76| ; (COND ; ((BOOT::|ISUPS;zero?;$B;30| BOOT::|uts| BOOT::$) ; (BOOT::|error| "csc: csc(0) is undefined")) ; ((BOOT::|shellEntry| BOOT::$ 144) ; (LET # ; #)) ; (T (BOOT::|error| #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ISUPS;cAsin;2$;77| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;cAsin;2$;77| ; (DEFUN BOOT::|ISUPS;cAsin;2$;77| (BOOT::|uts| BOOT::$) ; (PROG (BOOT::|c0| BOOT::|order| BOOT::|ord| BOOT::|x|) ; (RETURN ; (LET (#) ; (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;cAsin;2$;77| ; (BOOT::|uts| BOOT::$) ; (BLOCK BOOT::|ISUPS;cAsin;2$;77| ; (PROG (BOOT::|c0| BOOT::|order| BOOT::|ord| BOOT::|x|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ISUPS;cAcos;2$;78| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;cAcos;2$;78| ; (DEFUN BOOT::|ISUPS;cAcos;2$;78| (BOOT::|uts| BOOT::$) ; (PROG (BOOT::|c0| BOOT::|order| BOOT::|ord|) ; (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;cAcos;2$;78| ; (BOOT::|uts| BOOT::$) ; (BLOCK BOOT::|ISUPS;cAcos;2$;78| ; (PROG (BOOT::|c0| BOOT::|order| BOOT::|ord|) (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ISUPS;cAtan;2$;79| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;cAtan;2$;79| ; (DEFUN BOOT::|ISUPS;cAtan;2$;79| (BOOT::|uts| BOOT::$) ; (PROG (BOOT::|y|) ; (RETURN ; (LET (#) ; (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;cAtan;2$;79| ; (BOOT::|uts| BOOT::$) ; (BLOCK BOOT::|ISUPS;cAtan;2$;79| ; (PROG (BOOT::|y|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ISUPS;cAcot;2$;80| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;cAcot;2$;80| ; (DEFUN BOOT::|ISUPS;cAcot;2$;80| (BOOT::|uts| BOOT::$) ; (PROG (BOOT::|cc|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;cAcot;2$;80| ; (BOOT::|uts| BOOT::$) ; (BLOCK BOOT::|ISUPS;cAcot;2$;80| (PROG (BOOT::|cc|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ISUPS;cAsec;2$;81| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;cAsec;2$;81| ; (DEFUN BOOT::|ISUPS;cAsec;2$;81| (BOOT::|uts| BOOT::$) ; (PROG (BOOT::|z| BOOT::|y| BOOT::|order| BOOT::|ord| BOOT::|x|) ; (RETURN ; (LET (#) ; (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;cAsec;2$;81| ; (BOOT::|uts| BOOT::$) ; (BLOCK BOOT::|ISUPS;cAsec;2$;81| ; (PROG (BOOT::|z| BOOT::|y| BOOT::|order| BOOT::|ord| BOOT::|x|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ISUPS;cAcsc;2$;82| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;cAcsc;2$;82| ; (DEFUN BOOT::|ISUPS;cAcsc;2$;82| (BOOT::|uts| BOOT::$) ; (PROG (BOOT::|z| BOOT::|y| BOOT::|order| BOOT::|ord| BOOT::|x|) ; (RETURN ; (LET (#) ; (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;cAcsc;2$;82| ; (BOOT::|uts| BOOT::$) ; (BLOCK BOOT::|ISUPS;cAcsc;2$;82| ; (PROG (BOOT::|z| BOOT::|y| BOOT::|order| BOOT::|ord| BOOT::|x|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ISUPS;sinhcosh| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;sinhcosh| ; (DEFUN BOOT::|ISUPS;sinhcosh| (BOOT::|uts| BOOT::$) ; (PROG (BOOT::|tmp|) ; (RETURN ; (LET (#) ; (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;sinhcosh| ; (BOOT::|uts| BOOT::$) ; (BLOCK BOOT::|ISUPS;sinhcosh| ; (PROG (BOOT::|tmp|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ISUPS;cSinh;2$;84| ...) ; compiling (DEFUN |ISUPS;cCosh;2$;85| ...) ; compiling (DEFUN |ISUPS;cTanh;2$;86| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;cTanh;2$;86| ; (DEFUN BOOT::|ISUPS;cTanh;2$;86| (BOOT::|uts| BOOT::$) ; (LET ((BOOT::|cc| ; (BOOT::|ISUPS;coefficient;$ICoef;24| BOOT::|uts| 0 BOOT::$))) ; (COND ; ((BOOT::SPADCALL BOOT::|cc| #) ; (BOOT::|ISUPS;iTan| BOOT::|uts| # # -1 BOOT::$)) ; ((BOOT::|shellEntry| BOOT::$ 144) ; (BOOT::|ISUPS;iTan| BOOT::|uts| # # -1 BOOT::$)) ; (T (BOOT::|error| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;cTanh;2$;86| ; (BOOT::|uts| BOOT::$) ; (BLOCK BOOT::|ISUPS;cTanh;2$;86| ; (LET ((BOOT::|cc| #)) ; (COND (# #) (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ISUPS;cCoth;2$;87| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;cCoth;2$;87| ; (DEFUN BOOT::|ISUPS;cCoth;2$;87| (BOOT::|uts| BOOT::$) ; (LET ((BOOT::|tanhUts| (BOOT::SPADCALL BOOT::|uts| #))) ; (COND ; ((BOOT::|ISUPS;zero?;$B;30| BOOT::|tanhUts| BOOT::$) ; (BOOT::|error| "coth: coth(0) is undefined")) ; ((BOOT::SPADCALL # #) (BOOT::|error| #)) ; (T ; (LET # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;cCoth;2$;87| ; (BOOT::|uts| BOOT::$) ; (BLOCK BOOT::|ISUPS;cCoth;2$;87| ; (LET ((BOOT::|tanhUts| #)) ; (COND (# #) (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ISUPS;cSech;2$;88| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;cSech;2$;88| ; (DEFUN BOOT::|ISUPS;cSech;2$;88| (BOOT::|uts| BOOT::$) ; (LET ((BOOT::|coshUts| (BOOT::SPADCALL BOOT::|uts| #))) ; (COND ((BOOT::SPADCALL # #) (BOOT::|error| #)) ; (T ; (LET # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;cSech;2$;88| ; (BOOT::|uts| BOOT::$) ; (BLOCK BOOT::|ISUPS;cSech;2$;88| ; (LET ((BOOT::|coshUts| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ISUPS;cCsch;2$;89| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;cCsch;2$;89| ; (DEFUN BOOT::|ISUPS;cCsch;2$;89| (BOOT::|uts| BOOT::$) ; (LET ((BOOT::|sinhUts| (BOOT::SPADCALL BOOT::|uts| #))) ; (COND ((BOOT::SPADCALL # #) (BOOT::|error| #)) ; (T ; (LET # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;cCsch;2$;89| ; (BOOT::|uts| BOOT::$) ; (BLOCK BOOT::|ISUPS;cCsch;2$;89| ; (LET ((BOOT::|sinhUts| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ISUPS;cAsinh;2$;90| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;cAsinh;2$;90| ; (DEFUN BOOT::|ISUPS;cAsinh;2$;90| (BOOT::|uts| BOOT::$) ; (PROG (BOOT::|order| BOOT::|ord|) ; (RETURN ; (LET (# #) ; (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;cAsinh;2$;90| ; (BOOT::|uts| BOOT::$) ; (BLOCK BOOT::|ISUPS;cAsinh;2$;90| ; (PROG (BOOT::|order| BOOT::|ord|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ISUPS;cAcosh;2$;91| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;cAcosh;2$;91| ; (DEFUN BOOT::|ISUPS;cAcosh;2$;91| (BOOT::|uts| BOOT::$) ; (PROG (BOOT::|order| BOOT::|ord|) (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;cAcosh;2$;91| ; (BOOT::|uts| BOOT::$) ; (BLOCK BOOT::|ISUPS;cAcosh;2$;91| ; (PROG (BOOT::|order| BOOT::|ord|) (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ISUPS;cAtanh;2$;92| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;cAtanh;2$;92| ; (DEFUN BOOT::|ISUPS;cAtanh;2$;92| (BOOT::|uts| BOOT::$) ; (LET ((BOOT::|half| (BOOT::SPADCALL # #)) ; (BOOT::|cc| ; (BOOT::|ISUPS;coefficient;$ICoef;24| BOOT::|uts| 0 BOOT::$))) ; (COND ((BOOT::SPADCALL BOOT::|cc| #) (BOOT::SPADCALL BOOT::|half| # #)) ; ((BOOT::|shellEntry| BOOT::$ 144) (COND # #)) ; (T (BOOT::|error| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;cAtanh;2$;92| ; (BOOT::|uts| BOOT::$) ; (BLOCK BOOT::|ISUPS;cAtanh;2$;92| ; (LET ((BOOT::|half| #) (BOOT::|cc| #)) ; (COND (# #) (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ISUPS;cAcoth;2$;93| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;cAcoth;2$;93| ; (DEFUN BOOT::|ISUPS;cAcoth;2$;93| (BOOT::|uts| BOOT::$) ; (COND ((BOOT::|ISUPS;zero?;$B;30| BOOT::|uts| BOOT::$) (COND (# #) (T #))) ; ((BOOT::|shellEntry| BOOT::$ 144) ; (LET (# #) ; (COND # #))) ; (T (BOOT::|error| (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;cAcoth;2$;93| ; (BOOT::|uts| BOOT::$) ; (BLOCK BOOT::|ISUPS;cAcoth;2$;93| ; (COND ((BOOT::|ISUPS;zero?;$B;30| BOOT::|uts| BOOT::$) (COND # #)) ; ((BOOT::|shellEntry| BOOT::$ 144) ; (LET # ; #)) ; (T (BOOT::|error| #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ISUPS;cAsech;2$;94| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;cAsech;2$;94| ; (DEFUN BOOT::|ISUPS;cAsech;2$;94| (BOOT::|uts| BOOT::$) ; (PROG (BOOT::|utsInv| BOOT::|order| BOOT::|ord| BOOT::|x|) ; (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;cAsech;2$;94| ; (BOOT::|uts| BOOT::$) ; (BLOCK BOOT::|ISUPS;cAsech;2$;94| ; (PROG (BOOT::|utsInv| BOOT::|order| BOOT::|ord| BOOT::|x|) ; (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ISUPS;cAcsch;2$;95| ...) ; file: /tmp/oa-Is6epz/code.lsp ; in: DEFUN |ISUPS;cAcsch;2$;95| ; (DEFUN BOOT::|ISUPS;cAcsch;2$;95| (BOOT::|uts| BOOT::$) ; (PROG (BOOT::|utsInv| BOOT::|order| BOOT::|ord| BOOT::|x|) ; (RETURN (COND (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ISUPS;cAcsch;2$;95| ; (BOOT::|uts| BOOT::$) ; (BLOCK BOOT::|ISUPS;cAcsch;2$;95| ; (PROG (BOOT::|utsInv| BOOT::|order| BOOT::|ord| BOOT::|x|) ; (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ISUPS;factorials?| ...) ; compiling (DEFUN |ISUPS;termOutput| ...) ; compiling (DEFUN |ISUPS;showAll?| ...) ; compiling (DEFUN |ISUPS;seriesToOutputForm;SRSCoefFOf;99| ...) ; compiling (DEFUN |InnerSparseUnivariatePowerSeries| ...) ; compiling (DEFUN |InnerSparseUnivariatePowerSeries;| ...) ; compiling (MAKEPROP (QUOTE |InnerSparseUnivariatePowerSeries|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 26 STYLE-WARNING conditions ; printed 37 notes ; /tmp/oa-Is6epz/code.fasl written ; compilation finished in 0:00:00.738 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile LIB.spad && cp LIB.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LIB.fasl \ && if test -f LIB-.NRLIB/code.fasl; then \ cp LIB-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LIB-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LIB.spad using Spad compiler. LIB abbreviates domain Library debug: compDefine1 lhs: (Library) signature (pre-evaluate): ((Join (TableAggregate (String) (Any)) (Eltable (Symbol) (Any)) (CATEGORY domain (SIGNATURE library ($ (FileName))) (SIGNATURE pack! ($ $)) (SIGNATURE setelt ((Any) $ (Symbol) (Any)))))) debug: evaluateType form: (Join (TableAggregate (String) (Any)) (Eltable (Symbol) (Any)) (CATEGORY domain (SIGNATURE library ($ (FileName))) (SIGNATURE pack! ($ $)) (SIGNATURE setelt ((Any) $ (Symbol) (Any))))) $param: NIL debug: evaluateType form: (TableAggregate (String) (Any)) $param: NIL Debug: evaluateType1 form: (TableAggregate (String) (Any)) debug: evaluateType1 x: (String) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evalCategory d: (String) c: (SetCategory) debug: evaluateType1 x: (Any) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Any) $param: NIL Debug: evaluateType1 form: (Any) debug: evalCategory d: (Any) c: (SetCategory) debug: evaluateType form: (Eltable (Symbol) (Any)) $param: NIL Debug: evaluateType1 form: (Eltable (Symbol) (Any)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType1 x: (Any) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Any) $param: NIL Debug: evaluateType1 form: (Any) debug: evalCategory d: (Any) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE library ($ (FileName))) (SIGNATURE pack! ($ $)) (SIGNATURE setelt ((Any) $ (Symbol) (Any)))) $param: NIL debug: evaluateType form: (FileName) $param: NIL Debug: evaluateType1 form: (FileName) debug: evaluateType form: (Any) $param: NIL Debug: evaluateType1 form: (Any) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Any) $param: NIL Debug: evaluateType1 form: (Any) debug: compDefine1 signature (post evaluate): ((Join (TableAggregate (String) (Any)) (Eltable (Symbol) (Any)) (CATEGORY domain (SIGNATURE library ($ (FileName))) (SIGNATURE pack! ($ $)) (SIGNATURE setelt ((Any) $ (Symbol) (Any)))))) ------------------------------------------------------------------------ initializing stationary directory for Library compiling into /tmp/oa-PioDQm compiling exported library : FileName -> % Time: 0.03 SEC. compiling exported elt : (%,Symbol) -> Any Time: 0.02 SEC. compiling exported setelt : (%,Symbol,Any) -> Any Time: 0.01 SEC. (time taken in buildFunctor: 60) Time: 0.08 SEC. Cumulative Statistics for Constructor Library Time: 0.14 seconds --------------non extending category---------------------- Library of category Join(TableAggregate(String,Any),Eltable(Symbol, Any)) with library : FileName -> % pack! : % -> % setelt : (%,Symbol,Any) -> Any has no FileCategory(FileName,Record(key: String,entry: Any)) ---------------------------------------------------------- finalizing NRLIB LIB Processing Library for Browser database: -- library : FileName -> % -- pack! : % -> % -- setelt : (%,Symbol,Any) -> Any -- constructor ; compiling file "/tmp/oa-PioDQm/code.lsp" (written 01 FEB 2016 11:13:43 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LIB;library;Fn$;1| ...) ; compiling (DEFUN |LIB;elt;$SA;2| ...) ; compiling (DEFUN |LIB;setelt;$S2A;3| ...) ; compiling (DEFUN |Library| ...) ; compiling (DEFUN |Library;| ...) ; compiling (MAKEPROP (QUOTE |Library|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-PioDQm/code.fasl written ; compilation finished in 0:00:00.025 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile INEP.spad && cp INEP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INEP.fasl \ && if test -f INEP-.NRLIB/code.fasl; then \ cp INEP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INEP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INEP.spad using Spad compiler. INEP abbreviates package InnerNumericEigenPackage debug: compDefine1 lhs: (InnerNumericEigenPackage K F Par) signature (pre-evaluate): ((CATEGORY package (SIGNATURE charpol ((SparseUnivariatePolynomial K) (Matrix K))) (SIGNATURE solve1 ((List F) (SparseUnivariatePolynomial K) Par)) (SIGNATURE innerEigenvectors ((List (Record (: outval F) (: outmult (Integer)) (: outvect (List (Matrix F))))) (Matrix K) Par (Mapping (Factored (SparseUnivariatePolynomial K)) (SparseUnivariatePolynomial K))))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE charpol ((SparseUnivariatePolynomial K) (Matrix K))) (SIGNATURE solve1 ((List F) (SparseUnivariatePolynomial K) Par)) (SIGNATURE innerEigenvectors ((List (Record (: outval F) (: outmult (Integer)) (: outvect (List (Matrix F))))) (Matrix K) Par (Mapping (Factored (SparseUnivariatePolynomial K)) (SparseUnivariatePolynomial K))))) $param: (K F Par) debug: evaluateType form: (SparseUnivariatePolynomial K) $param: (K F Par) Debug: evaluateType1 form: (SparseUnivariatePolynomial K) debug: evaluateType1 x: K m: (Ring) debug: evaluateType form: (Matrix K) $param: (K F Par) Debug: evaluateType1 form: (Matrix K) debug: evaluateType1 x: K m: (Ring) debug: evaluateType form: (List F) $param: (K F Par) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (SparseUnivariatePolynomial K) $param: (K F Par) Debug: evaluateType1 form: (SparseUnivariatePolynomial K) debug: evaluateType1 x: K m: (Ring) debug: evaluateType form: Par $param: (K F Par) debug: evaluateType form: (List (Record (: outval F) (: outmult (Integer)) (: outvect (List (Matrix F))))) $param: (K F Par) Debug: evaluateType1 form: (List (Record (: outval F) (: outmult (Integer)) (: outvect (List (Matrix F))))) debug: evaluateType1 x: (Record (: outval F) (: outmult (Integer)) (: outvect (List (Matrix F)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (K F Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: outval F) (: outmult (Integer)) (: outvect (List (Matrix F)))) $param: (K F Par) debug: evaluateType form: F $param: (K F Par) debug: evaluateType form: (Integer) $param: (K F Par) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (List (Matrix F)) $param: (K F Par) Debug: evaluateType1 form: (List (Matrix F)) debug: evaluateType1 x: (Matrix F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (K F Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix F) $param: (K F Par) Debug: evaluateType1 form: (Matrix F) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (Matrix F) c: (Type) debug: evalCategory d: (Record (: outval F) (: outmult (Integer)) (: outvect (List (Matrix F)))) c: (Type) debug: evaluateType form: (Matrix K) $param: (K F Par) Debug: evaluateType1 form: (Matrix K) debug: evaluateType1 x: K m: (Ring) debug: evaluateType form: Par $param: (K F Par) debug: evaluateType form: (Mapping (Factored (SparseUnivariatePolynomial K)) (SparseUnivariatePolynomial K)) $param: (K F Par) debug: evaluateType form: (Factored (SparseUnivariatePolynomial K)) $param: (K F Par) Debug: evaluateType1 form: (Factored (SparseUnivariatePolynomial K)) debug: evaluateType1 x: (SparseUnivariatePolynomial K) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (K F Par) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial K) $param: (K F Par) Debug: evaluateType1 form: (SparseUnivariatePolynomial K) debug: evaluateType1 x: K m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial K) c: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial K) $param: (K F Par) Debug: evaluateType1 form: (SparseUnivariatePolynomial K) debug: evaluateType1 x: K m: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE charpol ((SparseUnivariatePolynomial K) (Matrix K))) (SIGNATURE solve1 ((List F) (SparseUnivariatePolynomial K) Par)) (SIGNATURE innerEigenvectors ((List (Record (: outval F) (: outmult (Integer)) (: outvect (List (Matrix F))))) (Matrix K) Par (Mapping (Factored (SparseUnivariatePolynomial K)) (SparseUnivariatePolynomial K))))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for InnerNumericEigenPackage compiling into /tmp/oa-MoW9jD compiling local numeric : K -> F Time: 0.14 SEC. compiling local monicize : SparseUnivariatePolynomial K -> SparseUnivariatePolynomial K Time: 0.01 SEC. compiling local reduction : (SparseUnivariatePolynomial K,SparseUnivariatePolynomial K) -> SparseUnivariatePolynomial K Time: 0 SEC. compiling local merge : (SparseUnivariatePolynomial K,SparseUnivariatePolynomial K) -> Union(SparseUnivariatePolynomial K,failed) Time: 0.00 SEC. compiling local exactquo : (SparseUnivariatePolynomial K,SparseUnivariatePolynomial K,SparseUnivariatePolynomial K) -> Union(SparseUnivariatePolynomial K,failed) Time: 0.01 SEC. compiling local evalvect : (Matrix SparseUnivariatePolynomial K,F) -> Matrix F Time: 0.08 SEC. compiling local inteigen : (Matrix K,SparseUnivariatePolynomial K,SparseUnivariatePolynomial K -> Factored SparseUnivariatePolynomial K) -> List Union(Record(outval: F,outmult: Integer,outvect: List Matrix F),Record(algpol: SparseUnivariatePolynomial K,almult: Integer,poleigen: List Matrix SparseUnivariatePolynomial K)) Time: 0.94 SEC. compiling exported solve1 : (SparseUnivariatePolynomial K,Par) -> List F Time: 0.12 SEC. compiling exported solve1 : (SparseUnivariatePolynomial K,Par) -> List F Time: 0.22 SEC. compiling exported innerEigenvectors : (Matrix K,Par,SparseUnivariatePolynomial K -> Factored SparseUnivariatePolynomial K) -> List Record(outval: F,outmult: Integer,outvect: List Matrix F) Time: 0.13 SEC. compiling exported charpol : Matrix K -> SparseUnivariatePolynomial K Time: 0.06 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] inteigen: factors has no value [2] solve1: denom has no value [3] solve1: real has no value [4] charpol: : PositiveInteger -- replace by pretend [5] unknown Functor code: errorunsupported matrix type Cumulative Statistics for Constructor InnerNumericEigenPackage Time: 1.73 seconds finalizing NRLIB INEP Processing InnerNumericEigenPackage for Browser database: -- charpol : MK -> SUK -- solve1 : (SUK,Par) -> List F -- innerEigenvectors : (MK,Par,UFactor) -> List outForm -- constructor ; compiling file "/tmp/oa-MoW9jD/code.lsp" (written 01 FEB 2016 11:13:44 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |INEP;numeric| ...) ; compiling (DEFUN |INEP;monicize| ...) ; compiling (DEFUN |INEP;reduction| ...) ; compiling (DEFUN |INEP;merge| ...) ; compiling (DEFUN |INEP;exactquo| ...) ; compiling (DEFUN |INEP;evalvect| ...) ; compiling (DEFUN |INEP;inteigen| ...) ; compiling (DEFUN |INEP;solve1;SupParL;8| ...) ; file: /tmp/oa-MoW9jD/code.lsp ; in: DEFUN |INEP;solve1;SupParL;8| ; (DEFUN BOOT::|INEP;solve1;SupParL;8| (BOOT::|up| BOOT::|eps| BOOT::$) ; (PROG (BOOT::|upi|) ; (RETURN ; (LET (#) ; (PROGN # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INEP;solve1;SupParL;8| ; (BOOT::|up| BOOT::|eps| BOOT::$) ; (BLOCK BOOT::|INEP;solve1;SupParL;8| ; (PROG (BOOT::|upi|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |INEP;solve1;SupParL;9| ...) ; file: /tmp/oa-MoW9jD/code.lsp ; in: DEFUN |INEP;solve1;SupParL;9| ; (DEFUN BOOT::|INEP;solve1;SupParL;9| (BOOT::|up| BOOT::|eps| BOOT::$) ; (PROG (BOOT::|upgi|) ; (RETURN ; (LET (#) ; (PROGN # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INEP;solve1;SupParL;9| ; (BOOT::|up| BOOT::|eps| BOOT::$) ; (BLOCK BOOT::|INEP;solve1;SupParL;9| ; (PROG (BOOT::|upgi|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |INEP;solve1;SupParL;9!0| ...) ; compiling (DEFUN |INEP;innerEigenvectors;MParML;10| ...) ; file: /tmp/oa-MoW9jD/code.lsp ; in: DEFUN |INEP;innerEigenvectors;MParML;10| ; (LET* ((BOOT::|pol| (BOOT::|INEP;charpol;MSup;11| BOOT::A BOOT::$)) ; (BOOT::|sln1| ; (BOOT::|INEP;inteigen| BOOT::A BOOT::|pol| BOOT::|fact| BOOT::$)) ; (BOOT::|n| (BOOT::SPADCALL BOOT::A (BOOT::|shellEntry| BOOT::$ 51))) ; (BOOT::|sln| NIL)) ; (BOOT::SEQ ; (LET ((#:G664 BOOT::|sln1|)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::EXIT BOOT::|sln|))) ; ; caught STYLE-WARNING: ; The variable |n| is defined but never used. ; compiling (DEFUN |INEP;charpol;MSup;11| ...) ; compiling (DEFUN |InnerNumericEigenPackage| ...) ; compiling (DEFUN |InnerNumericEigenPackage;| ...) ; compiling (MAKEPROP (QUOTE |InnerNumericEigenPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 2 notes ; /tmp/oa-MoW9jD/code.fasl written ; compilation finished in 0:00:00.079 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile NREP.spad && cp NREP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/NREP.fasl \ && if test -f NREP-.NRLIB/code.fasl; then \ cp NREP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/NREP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NREP.spad using Spad compiler. NREP abbreviates package NumericRealEigenPackage debug: compDefine1 lhs: (NumericRealEigenPackage Par) signature (pre-evaluate): ((CATEGORY package (SIGNATURE characteristicPolynomial ((Polynomial (Fraction (Integer))) (Matrix (Fraction (Integer))))) (SIGNATURE characteristicPolynomial ((Polynomial (Fraction (Integer))) (Matrix (Fraction (Integer))) (Symbol))) (SIGNATURE realEigenvalues ((List Par) (Matrix (Fraction (Integer))) Par)) (SIGNATURE realEigenvectors ((List (Record (: outval Par) (: outmult (Integer)) (: outvect (List (Matrix Par))))) (Matrix (Fraction (Integer))) Par))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE characteristicPolynomial ((Polynomial (Fraction (Integer))) (Matrix (Fraction (Integer))))) (SIGNATURE characteristicPolynomial ((Polynomial (Fraction (Integer))) (Matrix (Fraction (Integer))) (Symbol))) (SIGNATURE realEigenvalues ((List Par) (Matrix (Fraction (Integer))) Par)) (SIGNATURE realEigenvectors ((List (Record (: outval Par) (: outmult (Integer)) (: outvect (List (Matrix Par))))) (Matrix (Fraction (Integer))) Par))) $param: (Par) debug: evaluateType form: (Polynomial (Fraction (Integer))) $param: (Par) Debug: evaluateType1 form: (Polynomial (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (Par) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: (Par) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Par) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Par) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evaluateType form: (Matrix (Fraction (Integer))) $param: (Par) Debug: evaluateType1 form: (Matrix (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (Par) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: (Par) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Par) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Par) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evaluateType form: (Polynomial (Fraction (Integer))) $param: (Par) Debug: evaluateType1 form: (Polynomial (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (Par) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: (Par) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Par) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Par) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evaluateType form: (Matrix (Fraction (Integer))) $param: (Par) Debug: evaluateType1 form: (Matrix (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (Par) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: (Par) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Par) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Par) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evaluateType form: (Symbol) $param: (Par) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (List Par) $param: (Par) Debug: evaluateType1 form: (List Par) debug: evaluateType1 x: Par m: (Type) debug: evaluateType form: (Matrix (Fraction (Integer))) $param: (Par) Debug: evaluateType1 form: (Matrix (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (Par) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: (Par) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Par) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Par) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evaluateType form: Par $param: (Par) debug: evaluateType form: (List (Record (: outval Par) (: outmult (Integer)) (: outvect (List (Matrix Par))))) $param: (Par) Debug: evaluateType1 form: (List (Record (: outval Par) (: outmult (Integer)) (: outvect (List (Matrix Par))))) debug: evaluateType1 x: (Record (: outval Par) (: outmult (Integer)) (: outvect (List (Matrix Par)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: outval Par) (: outmult (Integer)) (: outvect (List (Matrix Par)))) $param: (Par) debug: evaluateType form: Par $param: (Par) debug: evaluateType form: (Integer) $param: (Par) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (List (Matrix Par)) $param: (Par) Debug: evaluateType1 form: (List (Matrix Par)) debug: evaluateType1 x: (Matrix Par) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix Par) $param: (Par) Debug: evaluateType1 form: (Matrix Par) debug: evaluateType1 x: Par m: (Ring) debug: evalCategory d: (Matrix Par) c: (Type) debug: evalCategory d: (Record (: outval Par) (: outmult (Integer)) (: outvect (List (Matrix Par)))) c: (Type) debug: evaluateType form: (Matrix (Fraction (Integer))) $param: (Par) Debug: evaluateType1 form: (Matrix (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (Par) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: (Par) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Par) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Par) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evaluateType form: Par $param: (Par) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE characteristicPolynomial ((Polynomial (Fraction (Integer))) (Matrix (Fraction (Integer))))) (SIGNATURE characteristicPolynomial ((Polynomial (Fraction (Integer))) (Matrix (Fraction (Integer))) (Symbol))) (SIGNATURE realEigenvalues ((List Par) (Matrix (Fraction (Integer))) Par)) (SIGNATURE realEigenvectors ((List (Record (: outval Par) (: outmult (Integer)) (: outvect (List (Matrix Par))))) (Matrix (Fraction (Integer))) Par))) NIL) ------------------------------------------------------------------------ initializing stationary directory for NumericRealEigenPackage compiling into /tmp/oa-fShSUA importing InnerNumericEigenPackage(Fraction Integer,Par,Par) compiling exported characteristicPolynomial : Matrix Fraction Integer -> Polynomial Fraction Integer Time: 0.12 SEC. compiling exported characteristicPolynomial : (Matrix Fraction Integer,Symbol) -> Polynomial Fraction Integer Time: 0.02 SEC. compiling exported realEigenvalues : (Matrix Fraction Integer,Par) -> List Par Time: 0.01 SEC. compiling exported realEigenvectors : (Matrix Fraction Integer,Par) -> List Record(outval: Par,outmult: Integer,outvect: List Matrix Par) Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor NumericRealEigenPackage Time: 0.19 seconds finalizing NRLIB NREP Processing NumericRealEigenPackage for Browser database: -- characteristicPolynomial : MRN -> Polynomial RN -- characteristicPolynomial : (MRN,SE) -> Polynomial RN -- realEigenvalues : (MRN,Par) -> List Par -- realEigenvectors : (MRN,Par) -> List outForm -- constructor ; compiling file "/tmp/oa-fShSUA/code.lsp" (written 01 FEB 2016 11:13:45 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |NREP;characteristicPolynomial;MP;1| ...) ; compiling (DEFUN |NREP;characteristicPolynomial;MSP;2| ...) ; compiling (DEFUN |NREP;realEigenvalues;MParL;3| ...) ; file: /tmp/oa-fShSUA/code.lsp ; in: DEFUN |NREP;realEigenvalues;MParL;3| ; (DEFUN BOOT::|NREP;realEigenvalues;MParL;3| (BOOT::|m| BOOT::|eps| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|m| (BOOT::|shellEntry| BOOT::$ 14)) ; BOOT::|eps| (BOOT::|shellEntry| BOOT::$ 20))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NREP;realEigenvalues;MParL;3| ; (BOOT::|m| BOOT::|eps| BOOT::$) ; (BLOCK BOOT::|NREP;realEigenvalues;MParL;3| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|m| (BOOT::|shellEntry| BOOT::$ 14)) BOOT::|eps| ; (BOOT::|shellEntry| BOOT::$ 20)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |NREP;realEigenvectors;MParL;4| ...) ; file: /tmp/oa-fShSUA/code.lsp ; in: DEFUN |NREP;realEigenvectors;MParL;4| ; (DEFUN BOOT::|NREP;realEigenvectors;MParL;4| (BOOT::|m| BOOT::|eps| BOOT::$) ; (BOOT::SPADCALL BOOT::|m| BOOT::|eps| (BOOT::|shellEntry| BOOT::$ 24) ; (BOOT::|shellEntry| BOOT::$ 30))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NREP;realEigenvectors;MParL;4| ; (BOOT::|m| BOOT::|eps| BOOT::$) ; (BLOCK BOOT::|NREP;realEigenvectors;MParL;4| ; (BOOT::SPADCALL BOOT::|m| BOOT::|eps| (BOOT::|shellEntry| BOOT::$ 24) ; (BOOT::|shellEntry| BOOT::$ 30)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS SIMPLE-VECTOR T)) &REST T). ; compiling (DEFUN |NumericRealEigenPackage| ...) ; compiling (DEFUN |NumericRealEigenPackage;| ...) ; compiling (MAKEPROP (QUOTE |NumericRealEigenPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-fShSUA/code.fasl written ; compilation finished in 0:00:00.023 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile NUMFMT.spad && cp NUMFMT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/NUMFMT.fasl \ && if test -f NUMFMT-.NRLIB/code.fasl; then \ cp NUMFMT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/NUMFMT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NUMFMT.spad using Spad compiler. NUMFMT abbreviates package NumberFormats debug: compDefine1 lhs: (NumberFormats) signature (pre-evaluate): ((CATEGORY package (SIGNATURE FormatArabic ((String) (PositiveInteger))) (SIGNATURE ScanArabic ((PositiveInteger) (String))) (SIGNATURE FormatRoman ((String) (PositiveInteger))) (SIGNATURE ScanRoman ((PositiveInteger) (String))) (SIGNATURE ScanFloatIgnoreSpaces ((Float) (String))) (SIGNATURE ScanFloatIgnoreSpacesIfCan ((Union (Float) failed) (String))))) debug: evaluateType form: (CATEGORY package (SIGNATURE FormatArabic ((String) (PositiveInteger))) (SIGNATURE ScanArabic ((PositiveInteger) (String))) (SIGNATURE FormatRoman ((String) (PositiveInteger))) (SIGNATURE ScanRoman ((PositiveInteger) (String))) (SIGNATURE ScanFloatIgnoreSpaces ((Float) (String))) (SIGNATURE ScanFloatIgnoreSpacesIfCan ((Union (Float) failed) (String)))) $param: NIL debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Union (Float) failed) $param: NIL debug: evaluateType form: (Float) $param: NIL Debug: evaluateType1 form: (Float) debug: evaluateType form: failed $param: NIL debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE FormatArabic ((String) (PositiveInteger))) (SIGNATURE ScanArabic ((PositiveInteger) (String))) (SIGNATURE FormatRoman ((String) (PositiveInteger))) (SIGNATURE ScanRoman ((PositiveInteger) (String))) (SIGNATURE ScanFloatIgnoreSpaces ((Float) (String))) (SIGNATURE ScanFloatIgnoreSpacesIfCan ((Union (Float) failed) (String))))) ------------------------------------------------------------------------ initializing stationary directory for NumberFormats compiling into /tmp/oa-6eDCaX importing SExpression importing Symbol compiling local replaceD : Character -> Character Time: 0.02 SEC. compiling local replaced : Character -> Character Time: 0.00 SEC. compiling local contract : String -> String Time: 0.02 SEC. compiling local check : String -> Boolean Time: 0.00 SEC. compiling exported ScanFloatIgnoreSpaces : String -> Float Time: 0.05 SEC. compiling exported ScanFloatIgnoreSpacesIfCan : String -> Union(Float,failed) Time: 0.02 SEC. compiling exported FormatArabic : PositiveInteger -> String NUMFMT;FormatArabic;PiS;7 is replaced by %i2s Time: 0.09 SEC. compiling exported ScanArabic : String -> PositiveInteger NUMFMT;ScanArabic;SPi;8 is replaced by PARSE-INTEGER Time: 0 SEC. compiling exported FormatRoman : PositiveInteger -> String Time: 0.03 SEC. compiling exported ScanRoman : String -> PositiveInteger Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] ord has no value Cumulative Statistics for Constructor NumberFormats Time: 0.30 seconds finalizing NRLIB NUMFMT Processing NumberFormats for Browser database: -- FormatArabic : PI -> S -- ScanArabic : S -> PI -- FormatRoman : PI -> S -- ScanRoman : S -> PI -- ScanFloatIgnoreSpaces : S -> F -- ScanFloatIgnoreSpacesIfCan : S -> Union(F,"failed") -- constructor ; compiling file "/tmp/oa-6eDCaX/code.lsp" (written 01 FEB 2016 11:13:45 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |NUMFMT;FormatArabic;PiS;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |NUMFMT;ScanArabic;SPi;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |NUMFMT;replaceD| ...) ; file: /tmp/oa-6eDCaX/code.lsp ; in: DEFUN |NUMFMT;replaceD| ; (DEFUN BOOT::|NUMFMT;replaceD| (BOOT::|c| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|c| (BOOT::SPADCALL "D" #) ; (BOOT::|shellEntry| BOOT::$ 10)) ; (BOOT::SPADCALL "E" (BOOT::|shellEntry| BOOT::$ 8))) ; (T BOOT::|c|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NUMFMT;replaceD| ; (BOOT::|c| BOOT::$) ; (BLOCK BOOT::|NUMFMT;replaceD| ; (COND ((BOOT::SPADCALL BOOT::|c| # #) (BOOT::SPADCALL "E" #)) ; (T BOOT::|c|)))) ; ; note: type assertion too complex to check: ; (VALUES CHARACTER &REST T). ; compiling (DEFUN |NUMFMT;replaced| ...) ; file: /tmp/oa-6eDCaX/code.lsp ; in: DEFUN |NUMFMT;replaced| ; (DEFUN BOOT::|NUMFMT;replaced| (BOOT::|c| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|c| (BOOT::SPADCALL "d" #) ; (BOOT::|shellEntry| BOOT::$ 10)) ; (BOOT::SPADCALL "E" (BOOT::|shellEntry| BOOT::$ 8))) ; (T BOOT::|c|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NUMFMT;replaced| ; (BOOT::|c| BOOT::$) ; (BLOCK BOOT::|NUMFMT;replaced| ; (COND ((BOOT::SPADCALL BOOT::|c| # #) (BOOT::SPADCALL "E" #)) ; (T BOOT::|c|)))) ; ; note: type assertion too complex to check: ; (VALUES CHARACTER &REST T). ; compiling (DEFUN |NUMFMT;contract| ...) ; file: /tmp/oa-6eDCaX/code.lsp ; in: DEFUN |NUMFMT;contract| ; (DEFUN BOOT::|NUMFMT;contract| (BOOT::|s| BOOT::$) ; (PROG (BOOT::|ls|) ; (RETURN ; (PROGN ; (SETQ #) ; (SETQ #) ; (BOOT::LETT BOOT::|ls| # BOOT::|NUMFMT;contract|) ; (SETQ #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NUMFMT;contract| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|NUMFMT;contract| ; (PROG (BOOT::|ls|) (RETURN (PROGN # # # #))))) ; ; note: Assignment to argument: |s| ; prevents use of assertion from function type proclamation: ; STRING ; ; compiling (DEFUN |NUMFMT;check| ...) ; compiling (DEFUN |NUMFMT;check!1| ...) ; compiling (DEFUN |NUMFMT;check!0| ...) ; compiling (DEFUN |NUMFMT;ScanFloatIgnoreSpaces;SF;5| ...) ; file: /tmp/oa-6eDCaX/code.lsp ; in: DEFUN |NUMFMT;ScanFloatIgnoreSpaces;SF;5| ; (DEFUN BOOT::|NUMFMT;ScanFloatIgnoreSpaces;SF;5| (BOOT::|s| BOOT::$) ; (PROG (BOOT::|f| BOOT::|sCheck| BOOT::|sex|) ; (RETURN ; (BOOT::SEQ (SETQ #) (COND #) ; (BOOT::LETT BOOT::|sex| # ; BOOT::|NUMFMT;ScanFloatIgnoreSpaces;SF;5|) ; (BOOT::LETT BOOT::|sCheck| # ; BOOT::|NUMFMT;ScanFloatIgnoreSpaces;SF;5|) ; (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NUMFMT;ScanFloatIgnoreSpaces;SF;5| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|NUMFMT;ScanFloatIgnoreSpaces;SF;5| ; (PROG (BOOT::|f| BOOT::|sCheck| BOOT::|sex|) ; (RETURN (BOOT::SEQ # # # # #))))) ; ; note: Assignment to argument: |s| ; prevents use of assertion from function type proclamation: ; STRING ; ; compiling (DEFUN |NUMFMT;ScanFloatIgnoreSpacesIfCan;SU;6| ...) ; file: /tmp/oa-6eDCaX/code.lsp ; in: DEFUN |NUMFMT;ScanFloatIgnoreSpacesIfCan;SU;6| ; (DEFUN BOOT::|NUMFMT;ScanFloatIgnoreSpacesIfCan;SU;6| (BOOT::|s| BOOT::$) ; (PROG (BOOT::|f| BOOT::|sCheck| BOOT::|sex|) ; (RETURN ; (BOOT::SEQ (SETQ #) (COND #) ; (BOOT::LETT BOOT::|sex| # ; BOOT::|NUMFMT;ScanFloatIgnoreSpacesIfCan;SU;6|) ; (BOOT::LETT BOOT::|sCheck| # ; BOOT::|NUMFMT;ScanFloatIgnoreSpacesIfCan;SU;6|) ; (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NUMFMT;ScanFloatIgnoreSpacesIfCan;SU;6| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|NUMFMT;ScanFloatIgnoreSpacesIfCan;SU;6| ; (PROG (BOOT::|f| BOOT::|sCheck| BOOT::|sex|) ; (RETURN (BOOT::SEQ # # # # #))))) ; ; note: Assignment to argument: |s| ; prevents use of assertion from function type proclamation: ; STRING ; ; compiling (DEFUN |NUMFMT;FormatArabic;PiS;7| ...) ; compiling (DEFUN |NUMFMT;ScanArabic;SPi;8| ...) ; compiling (DEFUN |NUMFMT;FormatRoman;PiS;9| ...) ; file: /tmp/oa-6eDCaX/code.lsp ; in: DEFUN |NUMFMT;FormatRoman;PiS;9| ; (BOOT::|moanRetract| BOOT::|d| '(BOOT::|NonNegativeInteger|)) ; ==> ; BOOT::|d| ; ; note: deleting unreachable code ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |NUMFMT;ScanRoman;SPi;10| ...) ; file: /tmp/oa-6eDCaX/code.lsp ; in: DEFUN |NUMFMT;ScanRoman;SPi;10| ; (DEFUN BOOT::|NUMFMT;ScanRoman;SPi;10| (BOOT::|s| BOOT::$) ; (PROG (BOOT::|nprens| BOOT::|n| BOOT::|c| BOOT::|i| BOOT::|Max| ; BOOT::|tot|) ; (RETURN ; (BOOT::SEQ (SETQ #) ; (BOOT::LETT BOOT::|tot| 0 BOOT::|NUMFMT;ScanRoman;SPi;10|) ; (BOOT::LETT BOOT::|Max| 0 BOOT::|NUMFMT;ScanRoman;SPi;10|) ; (BOOT::LETT BOOT::|i| # BOOT::|NUMFMT;ScanRoman;SPi;10|) ; (LOOP #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NUMFMT;ScanRoman;SPi;10| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|NUMFMT;ScanRoman;SPi;10| ; (PROG (BOOT::|nprens| BOOT::|n| BOOT::|c| BOOT::|i| BOOT::|Max| ; BOOT::|tot|) ; (RETURN (BOOT::SEQ # # # # # #))))) ; ; note: Assignment to argument: |s| ; prevents use of assertion from function type proclamation: ; STRING ; ; ; note: type assertion too complex to check: ; (VALUES (INTEGER 1) &REST T). ; compiling (DEFUN |NumberFormats| ...) ; compiling (DEFUN |NumberFormats;| ...) ; compiling (MAKEPROP (QUOTE |NumberFormats|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 9 notes ; /tmp/oa-6eDCaX/code.fasl written ; compilation finished in 0:00:00.088 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile OC.spad && cp OC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/OC.fasl \ && if test -f OC-.NRLIB/code.fasl; then \ cp OC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/OC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OC.spad using Spad compiler. OC abbreviates category OctonionCategory debug: compDefine1 lhs: (OctonionCategory R) signature (pre-evaluate): ((Category) (CommutativeRing)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (CommutativeRing) $param: (R) Debug: evaluateType1 form: (CommutativeRing) debug: compDefine1 signature (post evaluate): ((Category) (CommutativeRing)) debug: compDefine1 lhs: (OctonionCategory R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for OctonionCategory compiling into /tmp/oa-PDINmx STYLE-WARNING: redefining BOOT::|OctonionCategory| in DEFUN Time: 0.02 SEC. OC- abbreviates package OctonionCategory& ------------------------------------------------------------------------ initializing stationary directory for OctonionCategory& compiling into /tmp/oa-X88crW compiling exported characteristic : () -> NonNegativeInteger Time: 0.04 SEC. compiling exported conjugate : S -> S Time: 0 SEC. compiling exported map : (R -> R,S) -> S Time: 0 SEC. compiling exported norm : S -> R Time: 0.01 SEC. compiling exported = : (S,S) -> Boolean Time: 0.01 SEC. compiling exported + : (S,S) -> S Time: 0.00 SEC. compiling exported - : S -> S Time: 0 SEC. compiling exported * : (R,S) -> S Time: 0.00 SEC. compiling exported * : (Integer,S) -> S Time: 0.01 SEC. compiling exported coerce : R -> S Time: 0.00 SEC. compiling exported coerce : Integer -> S Time: 0.01 SEC. compiling exported zero? : S -> Boolean Time: 0.00 SEC. compiling exported retract : S -> R Time: 0.01 SEC. compiling exported retractIfCan : S -> Union(R,failed) Time: 0.01 SEC. compiling exported coerce : S -> OutputForm Debug compQuote expr: (QUOTE i) m: (OutputForm) Debug compQuote expr: (QUOTE j) m: (OutputForm) Debug compQuote expr: (QUOTE k) m: (OutputForm) Debug compQuote expr: (QUOTE E) m: (OutputForm) Debug compQuote expr: (QUOTE I) m: (OutputForm) Debug compQuote expr: (QUOTE J) m: (OutputForm) Debug compQuote expr: (QUOTE K) m: (OutputForm) Time: 0.06 SEC. compiling exported inv : S -> S Time: 0.03 SEC. compiling exported convert : S -> InputForm Time: 0.02 SEC. compiling exported < : (S,S) -> Boolean Time: 0.02 SEC. compiling exported abs : S -> R Time: 0.00 SEC. compiling exported rational? : S -> Boolean Time: 0.01 SEC. compiling exported rational : S -> Fraction Integer Time: 0.01 SEC. compiling exported rationalIfCan : S -> Union(Fraction Integer,failed) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Cumulative Statistics for Constructor OctonionCategory& Time: 0.30 seconds finalizing NRLIB OC- ; compiling file "/tmp/oa-X88crW/code.lsp" (written 01 FEB 2016 11:13:46 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |OC-;characteristic;Nni;1| ...) ; file: /tmp/oa-X88crW/code.lsp ; in: DEFUN |OC-;characteristic;Nni;1| ; (DEFUN BOOT::|OC-;characteristic;Nni;1| (BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 9)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|OC-;characteristic;Nni;1| ; (BOOT::$) ; (BLOCK BOOT::|OC-;characteristic;Nni;1| (BOOT::|spadConstant| BOOT::$ 9))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |OC-;conjugate;2$;2| ...) ; compiling (DEFUN |OC-;map;M2$;3| ...) ; compiling (DEFUN |OC-;norm;$R;4| ...) ; compiling (DEFUN |OC-;=;2$B;5| ...) ; file: /tmp/oa-X88crW/code.lsp ; in: DEFUN |OC-;=;2$B;5| ; (DEFUN BOOT::|OC-;=;2$B;5| (BOOT::|x| BOOT::|y| BOOT::$) ; (AND ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|shellEntry| BOOT::$ 28)) ; (AND ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) (BOOT::SPADCALL BOOT::|y| #) ; (BOOT::|shellEntry| BOOT::$ 28)) ; (AND (BOOT::SPADCALL # # #) (AND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|OC-;=;2$B;5| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|OC-;=;2$B;5| ; (AND ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) ; (BOOT::SPADCALL BOOT::|y| #) ; (BOOT::|shellEntry| BOOT::$ 28)) ; (AND (BOOT::SPADCALL # # #) (AND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |OC-;+;3$;6| ...) ; compiling (DEFUN |OC-;-;2$;7| ...) ; compiling (DEFUN |OC-;*;R2$;8| ...) ; compiling (DEFUN |OC-;*;I2$;9| ...) ; compiling (DEFUN |OC-;coerce;R$;10| ...) ; compiling (DEFUN |OC-;coerce;I$;11| ...) ; compiling (DEFUN |OC-;zero?;$B;12| ...) ; file: /tmp/oa-X88crW/code.lsp ; in: DEFUN |OC-;zero?;$B;12| ; (DEFUN BOOT::|OC-;zero?;$B;12| (BOOT::|x| BOOT::$) ; (AND ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|shellEntry| BOOT::$ 41)) ; (AND ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) ; (BOOT::|shellEntry| BOOT::$ 41)) ; (AND (BOOT::SPADCALL # #) (AND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|OC-;zero?;$B;12| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|OC-;zero?;$B;12| ; (AND ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) ; (BOOT::|shellEntry| BOOT::$ 41)) ; (AND (BOOT::SPADCALL # #) (AND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |OC-;retract;$R;13| ...) ; compiling (DEFUN |OC-;retractIfCan;$U;14| ...) ; compiling (DEFUN |OC-;coerce;$Of;15| ...) ; compiling (DEFUN |OC-;inv;2$;16| ...) ; compiling (DEFUN |OC-;convert;$If;17| ...) ; compiling (DEFUN |OC-;<;2$B;18| ...) ; file: /tmp/oa-X88crW/code.lsp ; in: DEFUN |OC-;<;2$B;18| ; (DEFUN BOOT::|OC-;<;2$B;18| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ; ((BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) (BOOT::SPADCALL BOOT::|y| #) ; (BOOT::|shellEntry| BOOT::$ 28)) ; (COND (# #) (T #))) ; (T ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) (BOOT::SPADCALL BOOT::|y| #) ; (BOOT::|shellEntry| BOOT::$ 68))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|OC-;<;2$B;18| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|OC-;<;2$B;18| ; (COND ((BOOT::SPADCALL # # #) (COND # #)) (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |OC-;abs;$R;19| ...) ; compiling (DEFUN |OC-;rational?;$B;20| ...) ; file: /tmp/oa-X88crW/code.lsp ; in: DEFUN |OC-;rational?;$B;20| ; (DEFUN BOOT::|OC-;rational?;$B;20| (BOOT::|x| BOOT::$) ; (AND ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 12)) ; (BOOT::|shellEntry| BOOT::$ 41)) ; (AND ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) ; (BOOT::|shellEntry| BOOT::$ 41)) ; (AND (BOOT::SPADCALL # #) (AND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|OC-;rational?;$B;20| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|OC-;rational?;$B;20| ; (AND ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) ; (BOOT::|shellEntry| BOOT::$ 41)) ; (AND (BOOT::SPADCALL # #) (AND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |OC-;rational;$F;21| ...) ; compiling (DEFUN |OC-;rationalIfCan;$U;22| ...) ; compiling (DEFUN |OctonionCategory&| ...) ; compiling (MAKEPROP (QUOTE |OctonionCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 5 notes ; /tmp/oa-X88crW/code.fasl written ; compilation finished in 0:00:00.178 ------------------------------------------------------------------------ finalizing NRLIB OC Processing OctonionCategory for Browser database: -- conjugate : % -> % -- real : % -> R -- imagi : % -> R -- imagj : % -> R -- imagk : % -> R -- imagE : % -> R -- imagI : % -> R -- imagJ : % -> R -- imagK : % -> R -- norm : % -> R -- octon : (R,R,R,R,R,R,R,R) -> % -- abs : % -> R -- rational? : % -> Boolean -- rational : % -> Fraction Integer -- rationalIfCan : % -> Union(Fraction Integer,"failed") -- inv : % -> % -- constructor ; compiling file "/tmp/oa-PDINmx/code.lsp" (written 01 FEB 2016 11:13:46 PM): ; compiling (DEFPARAMETER |OctonionCategory;AL| ...) ; compiling (DEFUN |OctonionCategory;| ...) ; compiling (DEFUN |OctonionCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-PDINmx/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PATTERN.spad && cp PATTERN.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PATTERN.fasl \ && if test -f PATTERN-.NRLIB/code.fasl; then \ cp PATTERN-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PATTERN-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PATTERN.spad using Spad compiler. PATTERN abbreviates domain Pattern debug: compDefine1 lhs: (Pattern R) signature (pre-evaluate): ((Join (SetCategory) (RetractableTo R) (RetractableTo (Symbol)) (CATEGORY domain (SIGNATURE Zero ($) constant) (SIGNATURE One ($) constant) (SIGNATURE isPlus ((Union (List $) failed) $)) (SIGNATURE isTimes ((Union (List $) failed) $)) (SIGNATURE isOp ((Union (List $) failed) $ (BasicOperator))) (SIGNATURE isOp ((Union (Record (: op (BasicOperator)) (: arg (List $))) failed) $)) (SIGNATURE isExpt ((Union (Record (: val $) (: exponent (NonNegativeInteger))) failed) $)) (SIGNATURE isQuotient ((Union (Record (: num $) (: den $)) failed) $)) (SIGNATURE isList ((Union (List $) failed) $)) (SIGNATURE isPower ((Union (Record (: val $) (: exponent $)) failed) $)) (SIGNATURE elt ($ (BasicOperator) (List $))) (SIGNATURE + ($ $ $)) (SIGNATURE * ($ $ $)) (SIGNATURE ** ($ $ (NonNegativeInteger))) (SIGNATURE ** ($ $ $)) (SIGNATURE / ($ $ $)) (SIGNATURE depth ((NonNegativeInteger) $)) (SIGNATURE convert ($ (List $))) (SIGNATURE copy ($ $)) (SIGNATURE inR? ((Boolean) $)) (SIGNATURE quoted? ((Boolean) $)) (SIGNATURE symbol? ((Boolean) $)) (SIGNATURE constant? ((Boolean) $)) (SIGNATURE generic? ((Boolean) $)) (SIGNATURE multiple? ((Boolean) $)) (SIGNATURE optional? ((Boolean) $)) (SIGNATURE hasPredicate? ((Boolean) $)) (SIGNATURE predicates ((List (Any)) $)) (SIGNATURE setPredicates ($ $ (List (Any)))) (SIGNATURE withPredicates ($ $ (List (Any)))) (SIGNATURE patternVariable ($ (Symbol) (Boolean) (Boolean) (Boolean))) (SIGNATURE setTopPredicate ($ $ (List (Symbol)) (Any))) (SIGNATURE topPredicate ((Record (: var (List (Symbol))) (: pred (Any))) $)) (SIGNATURE hasTopPredicate? ((Boolean) $)) (SIGNATURE resetBadValues ($ $)) (SIGNATURE addBadValue ($ $ (Any))) (SIGNATURE getBadValues ((List (Any)) $)) (SIGNATURE variables ((List $) $)) (SIGNATURE optpair ((Union (List $) failed) (List $))))) (SetCategory)) debug: evaluateType form: (Join (SetCategory) (RetractableTo R) (RetractableTo (Symbol)) (CATEGORY domain (SIGNATURE Zero ($) constant) (SIGNATURE One ($) constant) (SIGNATURE isPlus ((Union (List $) failed) $)) (SIGNATURE isTimes ((Union (List $) failed) $)) (SIGNATURE isOp ((Union (List $) failed) $ (BasicOperator))) (SIGNATURE isOp ((Union (Record (: op (BasicOperator)) (: arg (List $))) failed) $)) (SIGNATURE isExpt ((Union (Record (: val $) (: exponent (NonNegativeInteger))) failed) $)) (SIGNATURE isQuotient ((Union (Record (: num $) (: den $)) failed) $)) (SIGNATURE isList ((Union (List $) failed) $)) (SIGNATURE isPower ((Union (Record (: val $) (: exponent $)) failed) $)) (SIGNATURE elt ($ (BasicOperator) (List $))) (SIGNATURE + ($ $ $)) (SIGNATURE * ($ $ $)) (SIGNATURE ** ($ $ (NonNegativeInteger))) (SIGNATURE ** ($ $ $)) (SIGNATURE / ($ $ $)) (SIGNATURE depth ((NonNegativeInteger) $)) (SIGNATURE convert ($ (List $))) (SIGNATURE copy ($ $)) (SIGNATURE inR? ((Boolean) $)) (SIGNATURE quoted? ((Boolean) $)) (SIGNATURE symbol? ((Boolean) $)) (SIGNATURE constant? ((Boolean) $)) (SIGNATURE generic? ((Boolean) $)) (SIGNATURE multiple? ((Boolean) $)) (SIGNATURE optional? ((Boolean) $)) (SIGNATURE hasPredicate? ((Boolean) $)) (SIGNATURE predicates ((List (Any)) $)) (SIGNATURE setPredicates ($ $ (List (Any)))) (SIGNATURE withPredicates ($ $ (List (Any)))) (SIGNATURE patternVariable ($ (Symbol) (Boolean) (Boolean) (Boolean))) (SIGNATURE setTopPredicate ($ $ (List (Symbol)) (Any))) (SIGNATURE topPredicate ((Record (: var (List (Symbol))) (: pred (Any))) $)) (SIGNATURE hasTopPredicate? ((Boolean) $)) (SIGNATURE resetBadValues ($ $)) (SIGNATURE addBadValue ($ $ (Any))) (SIGNATURE getBadValues ((List (Any)) $)) (SIGNATURE variables ((List $) $)) (SIGNATURE optpair ((Union (List $) failed) (List $))))) $param: (R) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (RetractableTo R) $param: (R) Debug: evaluateType1 form: (RetractableTo R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (RetractableTo (Symbol)) $param: (R) Debug: evaluateType1 form: (RetractableTo (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE Zero ($) constant) (SIGNATURE One ($) constant) (SIGNATURE isPlus ((Union (List $) failed) $)) (SIGNATURE isTimes ((Union (List $) failed) $)) (SIGNATURE isOp ((Union (List $) failed) $ (BasicOperator))) (SIGNATURE isOp ((Union (Record (: op (BasicOperator)) (: arg (List $))) failed) $)) (SIGNATURE isExpt ((Union (Record (: val $) (: exponent (NonNegativeInteger))) failed) $)) (SIGNATURE isQuotient ((Union (Record (: num $) (: den $)) failed) $)) (SIGNATURE isList ((Union (List $) failed) $)) (SIGNATURE isPower ((Union (Record (: val $) (: exponent $)) failed) $)) (SIGNATURE elt ($ (BasicOperator) (List $))) (SIGNATURE + ($ $ $)) (SIGNATURE * ($ $ $)) (SIGNATURE ** ($ $ (NonNegativeInteger))) (SIGNATURE ** ($ $ $)) (SIGNATURE / ($ $ $)) (SIGNATURE depth ((NonNegativeInteger) $)) (SIGNATURE convert ($ (List $))) (SIGNATURE copy ($ $)) (SIGNATURE inR? ((Boolean) $)) (SIGNATURE quoted? ((Boolean) $)) (SIGNATURE symbol? ((Boolean) $)) (SIGNATURE constant? ((Boolean) $)) (SIGNATURE generic? ((Boolean) $)) (SIGNATURE multiple? ((Boolean) $)) (SIGNATURE optional? ((Boolean) $)) (SIGNATURE hasPredicate? ((Boolean) $)) (SIGNATURE predicates ((List (Any)) $)) (SIGNATURE setPredicates ($ $ (List (Any)))) (SIGNATURE withPredicates ($ $ (List (Any)))) (SIGNATURE patternVariable ($ (Symbol) (Boolean) (Boolean) (Boolean))) (SIGNATURE setTopPredicate ($ $ (List (Symbol)) (Any))) (SIGNATURE topPredicate ((Record (: var (List (Symbol))) (: pred (Any))) $)) (SIGNATURE hasTopPredicate? ((Boolean) $)) (SIGNATURE resetBadValues ($ $)) (SIGNATURE addBadValue ($ $ (Any))) (SIGNATURE getBadValues ((List (Any)) $)) (SIGNATURE variables ((List $) $)) (SIGNATURE optpair ((Union (List $) failed) (List $)))) $param: (R) debug: evaluateType form: (Union (List $) failed) $param: (R) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Union (List $) failed) $param: (R) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Union (List $) failed) $param: (R) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (BasicOperator) $param: (R) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (Union (Record (: op (BasicOperator)) (: arg (List $))) failed) $param: (R) debug: evaluateType form: (Record (: op (BasicOperator)) (: arg (List $))) $param: (R) debug: evaluateType form: (BasicOperator) $param: (R) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Union (Record (: val $) (: exponent (NonNegativeInteger))) failed) $param: (R) debug: evaluateType form: (Record (: val $) (: exponent (NonNegativeInteger))) $param: (R) debug: evaluateType form: $ $param: (R) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Union (Record (: num $) (: den $)) failed) $param: (R) debug: evaluateType form: (Record (: num $) (: den $)) $param: (R) debug: evaluateType form: $ $param: (R) debug: evaluateType form: $ $param: (R) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Union (List $) failed) $param: (R) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Union (Record (: val $) (: exponent $)) failed) $param: (R) debug: evaluateType form: (Record (: val $) (: exponent $)) $param: (R) debug: evaluateType form: $ $param: (R) debug: evaluateType form: $ $param: (R) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (BasicOperator) $param: (R) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List (Any)) $param: (R) Debug: evaluateType1 form: (List (Any)) debug: evaluateType1 x: (Any) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Any) $param: (R) Debug: evaluateType1 form: (Any) debug: evalCategory d: (Any) c: (Type) debug: evaluateType form: (List (Any)) $param: (R) Debug: evaluateType1 form: (List (Any)) debug: evaluateType1 x: (Any) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Any) $param: (R) Debug: evaluateType1 form: (Any) debug: evalCategory d: (Any) c: (Type) debug: evaluateType form: (List (Any)) $param: (R) Debug: evaluateType1 form: (List (Any)) debug: evaluateType1 x: (Any) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Any) $param: (R) Debug: evaluateType1 form: (Any) debug: evalCategory d: (Any) c: (Type) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List (Symbol)) $param: (R) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (Any) $param: (R) Debug: evaluateType1 form: (Any) debug: evaluateType form: (Record (: var (List (Symbol))) (: pred (Any))) $param: (R) debug: evaluateType form: (List (Symbol)) $param: (R) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (Any) $param: (R) Debug: evaluateType1 form: (Any) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Any) $param: (R) Debug: evaluateType1 form: (Any) debug: evaluateType form: (List (Any)) $param: (R) Debug: evaluateType1 form: (List (Any)) debug: evaluateType1 x: (Any) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Any) $param: (R) Debug: evaluateType1 form: (Any) debug: evalCategory d: (Any) c: (Type) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (Union (List $) failed) $param: (R) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (RetractableTo R) (RetractableTo (Symbol)) (CATEGORY domain (SIGNATURE Zero ($) constant) (SIGNATURE One ($) constant) (SIGNATURE isPlus ((Union (List $) failed) $)) (SIGNATURE isTimes ((Union (List $) failed) $)) (SIGNATURE isOp ((Union (List $) failed) $ (BasicOperator))) (SIGNATURE isOp ((Union (Record (: op (BasicOperator)) (: arg (List $))) failed) $)) (SIGNATURE isExpt ((Union (Record (: val $) (: exponent (NonNegativeInteger))) failed) $)) (SIGNATURE isQuotient ((Union (Record (: num $) (: den $)) failed) $)) (SIGNATURE isList ((Union (List $) failed) $)) (SIGNATURE isPower ((Union (Record (: val $) (: exponent $)) failed) $)) (SIGNATURE elt ($ (BasicOperator) (List $))) (SIGNATURE + ($ $ $)) (SIGNATURE * ($ $ $)) (SIGNATURE ** ($ $ (NonNegativeInteger))) (SIGNATURE ** ($ $ $)) (SIGNATURE / ($ $ $)) (SIGNATURE depth ((NonNegativeInteger) $)) (SIGNATURE convert ($ (List $))) (SIGNATURE copy ($ $)) (SIGNATURE inR? ((Boolean) $)) (SIGNATURE quoted? ((Boolean) $)) (SIGNATURE symbol? ((Boolean) $)) (SIGNATURE constant? ((Boolean) $)) (SIGNATURE generic? ((Boolean) $)) (SIGNATURE multiple? ((Boolean) $)) (SIGNATURE optional? ((Boolean) $)) (SIGNATURE hasPredicate? ((Boolean) $)) (SIGNATURE predicates ((List (Any)) $)) (SIGNATURE setPredicates ($ $ (List (Any)))) (SIGNATURE withPredicates ($ $ (List (Any)))) (SIGNATURE patternVariable ($ (Symbol) (Boolean) (Boolean) (Boolean))) (SIGNATURE setTopPredicate ($ $ (List (Symbol)) (Any))) (SIGNATURE topPredicate ((Record (: var (List (Symbol))) (: pred (Any))) $)) (SIGNATURE hasTopPredicate? ((Boolean) $)) (SIGNATURE resetBadValues ($ $)) (SIGNATURE addBadValue ($ $ (Any))) (SIGNATURE getBadValues ((List (Any)) $)) (SIGNATURE variables ((List $) $)) (SIGNATURE optpair ((Union (List $) failed) (List $))))) (SetCategory)) debug: compDefine1 lhs: (Pattern R) signature (pre-evaluate): ((Join (SetCategory) (RetractableTo R) (RetractableTo (Symbol)) (CATEGORY domain (SIGNATURE Zero ($) constant) (SIGNATURE One ($) constant) (SIGNATURE isPlus ((Union (List $) failed) $)) (SIGNATURE isTimes ((Union (List $) failed) $)) (SIGNATURE isOp ((Union (List $) failed) $ (BasicOperator))) (SIGNATURE isOp ((Union (Record (: op (BasicOperator)) (: arg (List $))) failed) $)) (SIGNATURE isExpt ((Union (Record (: val $) (: exponent (NonNegativeInteger))) failed) $)) (SIGNATURE isQuotient ((Union (Record (: num $) (: den $)) failed) $)) (SIGNATURE isList ((Union (List $) failed) $)) (SIGNATURE isPower ((Union (Record (: val $) (: exponent $)) failed) $)) (SIGNATURE elt ($ (BasicOperator) (List $))) (SIGNATURE + ($ $ $)) (SIGNATURE * ($ $ $)) (SIGNATURE ** ($ $ (NonNegativeInteger))) (SIGNATURE ** ($ $ $)) (SIGNATURE / ($ $ $)) (SIGNATURE depth ((NonNegativeInteger) $)) (SIGNATURE convert ($ (List $))) (SIGNATURE copy ($ $)) (SIGNATURE inR? ((Boolean) $)) (SIGNATURE quoted? ((Boolean) $)) (SIGNATURE symbol? ((Boolean) $)) (SIGNATURE constant? ((Boolean) $)) (SIGNATURE generic? ((Boolean) $)) (SIGNATURE multiple? ((Boolean) $)) (SIGNATURE optional? ((Boolean) $)) (SIGNATURE hasPredicate? ((Boolean) $)) (SIGNATURE predicates ((List (Any)) $)) (SIGNATURE setPredicates ($ $ (List (Any)))) (SIGNATURE withPredicates ($ $ (List (Any)))) (SIGNATURE patternVariable ($ (Symbol) (Boolean) (Boolean) (Boolean))) (SIGNATURE setTopPredicate ($ $ (List (Symbol)) (Any))) (SIGNATURE topPredicate ((Record (: var (List (Symbol))) (: pred (Any))) $)) (SIGNATURE hasTopPredicate? ((Boolean) $)) (SIGNATURE resetBadValues ($ $)) (SIGNATURE addBadValue ($ $ (Any))) (SIGNATURE getBadValues ((List (Any)) $)) (SIGNATURE variables ((List $) $)) (SIGNATURE optpair ((Union (List $) failed) (List $))))) NIL) debug: evaluateType form: (Join (SetCategory) (RetractableTo R) (RetractableTo (Symbol)) (CATEGORY domain (SIGNATURE Zero ($) constant) (SIGNATURE One ($) constant) (SIGNATURE isPlus ((Union (List $) failed) $)) (SIGNATURE isTimes ((Union (List $) failed) $)) (SIGNATURE isOp ((Union (List $) failed) $ (BasicOperator))) (SIGNATURE isOp ((Union (Record (: op (BasicOperator)) (: arg (List $))) failed) $)) (SIGNATURE isExpt ((Union (Record (: val $) (: exponent (NonNegativeInteger))) failed) $)) (SIGNATURE isQuotient ((Union (Record (: num $) (: den $)) failed) $)) (SIGNATURE isList ((Union (List $) failed) $)) (SIGNATURE isPower ((Union (Record (: val $) (: exponent $)) failed) $)) (SIGNATURE elt ($ (BasicOperator) (List $))) (SIGNATURE + ($ $ $)) (SIGNATURE * ($ $ $)) (SIGNATURE ** ($ $ (NonNegativeInteger))) (SIGNATURE ** ($ $ $)) (SIGNATURE / ($ $ $)) (SIGNATURE depth ((NonNegativeInteger) $)) (SIGNATURE convert ($ (List $))) (SIGNATURE copy ($ $)) (SIGNATURE inR? ((Boolean) $)) (SIGNATURE quoted? ((Boolean) $)) (SIGNATURE symbol? ((Boolean) $)) (SIGNATURE constant? ((Boolean) $)) (SIGNATURE generic? ((Boolean) $)) (SIGNATURE multiple? ((Boolean) $)) (SIGNATURE optional? ((Boolean) $)) (SIGNATURE hasPredicate? ((Boolean) $)) (SIGNATURE predicates ((List (Any)) $)) (SIGNATURE setPredicates ($ $ (List (Any)))) (SIGNATURE withPredicates ($ $ (List (Any)))) (SIGNATURE patternVariable ($ (Symbol) (Boolean) (Boolean) (Boolean))) (SIGNATURE setTopPredicate ($ $ (List (Symbol)) (Any))) (SIGNATURE topPredicate ((Record (: var (List (Symbol))) (: pred (Any))) $)) (SIGNATURE hasTopPredicate? ((Boolean) $)) (SIGNATURE resetBadValues ($ $)) (SIGNATURE addBadValue ($ $ (Any))) (SIGNATURE getBadValues ((List (Any)) $)) (SIGNATURE variables ((List $) $)) (SIGNATURE optpair ((Union (List $) failed) (List $))))) $param: (R) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (RetractableTo R) $param: (R) Debug: evaluateType1 form: (RetractableTo R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (RetractableTo (Symbol)) $param: (R) Debug: evaluateType1 form: (RetractableTo (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE Zero ($) constant) (SIGNATURE One ($) constant) (SIGNATURE isPlus ((Union (List $) failed) $)) (SIGNATURE isTimes ((Union (List $) failed) $)) (SIGNATURE isOp ((Union (List $) failed) $ (BasicOperator))) (SIGNATURE isOp ((Union (Record (: op (BasicOperator)) (: arg (List $))) failed) $)) (SIGNATURE isExpt ((Union (Record (: val $) (: exponent (NonNegativeInteger))) failed) $)) (SIGNATURE isQuotient ((Union (Record (: num $) (: den $)) failed) $)) (SIGNATURE isList ((Union (List $) failed) $)) (SIGNATURE isPower ((Union (Record (: val $) (: exponent $)) failed) $)) (SIGNATURE elt ($ (BasicOperator) (List $))) (SIGNATURE + ($ $ $)) (SIGNATURE * ($ $ $)) (SIGNATURE ** ($ $ (NonNegativeInteger))) (SIGNATURE ** ($ $ $)) (SIGNATURE / ($ $ $)) (SIGNATURE depth ((NonNegativeInteger) $)) (SIGNATURE convert ($ (List $))) (SIGNATURE copy ($ $)) (SIGNATURE inR? ((Boolean) $)) (SIGNATURE quoted? ((Boolean) $)) (SIGNATURE symbol? ((Boolean) $)) (SIGNATURE constant? ((Boolean) $)) (SIGNATURE generic? ((Boolean) $)) (SIGNATURE multiple? ((Boolean) $)) (SIGNATURE optional? ((Boolean) $)) (SIGNATURE hasPredicate? ((Boolean) $)) (SIGNATURE predicates ((List (Any)) $)) (SIGNATURE setPredicates ($ $ (List (Any)))) (SIGNATURE withPredicates ($ $ (List (Any)))) (SIGNATURE patternVariable ($ (Symbol) (Boolean) (Boolean) (Boolean))) (SIGNATURE setTopPredicate ($ $ (List (Symbol)) (Any))) (SIGNATURE topPredicate ((Record (: var (List (Symbol))) (: pred (Any))) $)) (SIGNATURE hasTopPredicate? ((Boolean) $)) (SIGNATURE resetBadValues ($ $)) (SIGNATURE addBadValue ($ $ (Any))) (SIGNATURE getBadValues ((List (Any)) $)) (SIGNATURE variables ((List $) $)) (SIGNATURE optpair ((Union (List $) failed) (List $)))) $param: (R) debug: evaluateType form: (Union (List $) failed) $param: (R) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Union (List $) failed) $param: (R) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Union (List $) failed) $param: (R) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (BasicOperator) $param: (R) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (Union (Record (: op (BasicOperator)) (: arg (List $))) failed) $param: (R) debug: evaluateType form: (Record (: op (BasicOperator)) (: arg (List $))) $param: (R) debug: evaluateType form: (BasicOperator) $param: (R) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Union (Record (: val $) (: exponent (NonNegativeInteger))) failed) $param: (R) debug: evaluateType form: (Record (: val $) (: exponent (NonNegativeInteger))) $param: (R) debug: evaluateType form: $ $param: (R) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Union (Record (: num $) (: den $)) failed) $param: (R) debug: evaluateType form: (Record (: num $) (: den $)) $param: (R) debug: evaluateType form: $ $param: (R) debug: evaluateType form: $ $param: (R) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Union (List $) failed) $param: (R) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (Union (Record (: val $) (: exponent $)) failed) $param: (R) debug: evaluateType form: (Record (: val $) (: exponent $)) $param: (R) debug: evaluateType form: $ $param: (R) debug: evaluateType form: $ $param: (R) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (BasicOperator) $param: (R) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List (Any)) $param: (R) Debug: evaluateType1 form: (List (Any)) debug: evaluateType1 x: (Any) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Any) $param: (R) Debug: evaluateType1 form: (Any) debug: evalCategory d: (Any) c: (Type) debug: evaluateType form: (List (Any)) $param: (R) Debug: evaluateType1 form: (List (Any)) debug: evaluateType1 x: (Any) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Any) $param: (R) Debug: evaluateType1 form: (Any) debug: evalCategory d: (Any) c: (Type) debug: evaluateType form: (List (Any)) $param: (R) Debug: evaluateType1 form: (List (Any)) debug: evaluateType1 x: (Any) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Any) $param: (R) Debug: evaluateType1 form: (Any) debug: evalCategory d: (Any) c: (Type) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List (Symbol)) $param: (R) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (Any) $param: (R) Debug: evaluateType1 form: (Any) debug: evaluateType form: (Record (: var (List (Symbol))) (: pred (Any))) $param: (R) debug: evaluateType form: (List (Symbol)) $param: (R) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (Any) $param: (R) Debug: evaluateType1 form: (Any) debug: evaluateType form: (Boolean) $param: (R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Any) $param: (R) Debug: evaluateType1 form: (Any) debug: evaluateType form: (List (Any)) $param: (R) Debug: evaluateType1 form: (List (Any)) debug: evaluateType1 x: (Any) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Any) $param: (R) Debug: evaluateType1 form: (Any) debug: evalCategory d: (Any) c: (Type) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (Union (List $) failed) $param: (R) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: failed $param: (R) debug: evaluateType form: (List $) $param: (R) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (RetractableTo R) (RetractableTo (Symbol)) (CATEGORY domain (SIGNATURE Zero ($) constant) (SIGNATURE One ($) constant) (SIGNATURE isPlus ((Union (List $) failed) $)) (SIGNATURE isTimes ((Union (List $) failed) $)) (SIGNATURE isOp ((Union (List $) failed) $ (BasicOperator))) (SIGNATURE isOp ((Union (Record (: op (BasicOperator)) (: arg (List $))) failed) $)) (SIGNATURE isExpt ((Union (Record (: val $) (: exponent (NonNegativeInteger))) failed) $)) (SIGNATURE isQuotient ((Union (Record (: num $) (: den $)) failed) $)) (SIGNATURE isList ((Union (List $) failed) $)) (SIGNATURE isPower ((Union (Record (: val $) (: exponent $)) failed) $)) (SIGNATURE elt ($ (BasicOperator) (List $))) (SIGNATURE + ($ $ $)) (SIGNATURE * ($ $ $)) (SIGNATURE ** ($ $ (NonNegativeInteger))) (SIGNATURE ** ($ $ $)) (SIGNATURE / ($ $ $)) (SIGNATURE depth ((NonNegativeInteger) $)) (SIGNATURE convert ($ (List $))) (SIGNATURE copy ($ $)) (SIGNATURE inR? ((Boolean) $)) (SIGNATURE quoted? ((Boolean) $)) (SIGNATURE symbol? ((Boolean) $)) (SIGNATURE constant? ((Boolean) $)) (SIGNATURE generic? ((Boolean) $)) (SIGNATURE multiple? ((Boolean) $)) (SIGNATURE optional? ((Boolean) $)) (SIGNATURE hasPredicate? ((Boolean) $)) (SIGNATURE predicates ((List (Any)) $)) (SIGNATURE setPredicates ($ $ (List (Any)))) (SIGNATURE withPredicates ($ $ (List (Any)))) (SIGNATURE patternVariable ($ (Symbol) (Boolean) (Boolean) (Boolean))) (SIGNATURE setTopPredicate ($ $ (List (Symbol)) (Any))) (SIGNATURE topPredicate ((Record (: var (List (Symbol))) (: pred (Any))) $)) (SIGNATURE hasTopPredicate? ((Boolean) $)) (SIGNATURE resetBadValues ($ $)) (SIGNATURE addBadValue ($ $ (Any))) (SIGNATURE getBadValues ((List (Any)) $)) (SIGNATURE variables ((List $) $)) (SIGNATURE optpair ((Union (List $) failed) (List $))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for Pattern compiling into /tmp/oa-yhoRJb compiling exported coerce : R -> % Time: 0.05 SEC. compiling local mkPat : (Boolean,Union(ret: R,ker: Record(tag: SingleInteger,op: BasicOperator,arg: List %),exp: Record(val: %,exponent: NonNegativeInteger),qot: Record(num: %,den: %),sym: Record(tag: SingleInteger,val: Symbol,pred: List Any,bad: List Any)),NonNegativeInteger) -> % Time: 0.02 SEC. compiling exported hasTopPredicate? : % -> Boolean PATTERN;hasTopPredicate?;$B;3 x is replaced by %not %lempty? %vref(x,3) Time: 0.01 SEC. compiling exported topPredicate : % -> Record(var: List Symbol,pred: Any) Time: 0.01 SEC. compiling exported setTopPredicate : (%,List Symbol,Any) -> % Time: 0 SEC. compiling exported constant? : % -> Boolean PATTERN;constant?;$B;6 p is replaced by %vref(p,0) Time: 0.00 SEC. compiling exported depth : % -> NonNegativeInteger PATTERN;depth;$Nni;7 p is replaced by %vref(p,2) Time: 0 SEC. compiling exported inR? : % -> Boolean PATTERN;inR?;$B;8 p is replaced by %ieq(%head %vref(p,1),0) Time: 0.01 SEC. compiling exported symbol? : % -> Boolean PATTERN;symbol?;$B;9 p is replaced by %ieq(%head %vref(p,1),4) Time: 0.00 SEC. compiling exported isPlus : % -> Union(List %,failed) Time: 0.01 SEC. compiling exported isTimes : % -> Union(List %,failed) Time: 0.01 SEC. compiling exported isList : % -> Union(List %,failed) Time: 0.01 SEC. compiling exported isExpt : % -> Union(Record(val: %,exponent: NonNegativeInteger),failed) Time: 0.01 SEC. compiling exported isQuotient : % -> Union(Record(num: %,den: %),failed) Time: 0.01 SEC. compiling exported hasPredicate? : % -> Boolean Time: 0.01 SEC. compiling exported quoted? : % -> Boolean Time: 0.01 SEC. compiling exported generic? : % -> Boolean Time: 0.02 SEC. compiling exported multiple? : % -> Boolean Time: 0.02 SEC. compiling exported optional? : % -> Boolean Time: 0.01 SEC. compiling local bitSet? : (SingleInteger,SingleInteger) -> Boolean Time: 0.02 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. compiling exported ** : (%,%) -> % Time: 0.01 SEC. compiling local LPAT2O : ((OutputForm,OutputForm) -> OutputForm,List %) -> OutputForm Time: 0.02 SEC. compiling exported retract : % -> R Time: 0.01 SEC. compiling exported convert : List % -> % Time: 0.01 SEC. compiling exported retractIfCan : % -> Union(R,failed) Time: 0.01 SEC. compiling exported withPredicates : (%,List Any) -> % Time: 0.00 SEC. compiling exported coerce : Symbol -> % Time: 0.00 SEC. compiling exported copy : % -> % Time: 0.02 SEC. compiling exported optpair : List % -> Union(List %,failed) Time: 0.02 SEC. compiling local incmax : List % -> NonNegativeInteger Time: 0.02 SEC. compiling exported = : (%,%) -> Boolean Time: 0.06 SEC. compiling exported isPower : % -> Union(Record(val: %,exponent: %),failed) Time: 0.02 SEC. compiling local taggedElt : (SingleInteger,List %) -> % Time: 0.02 SEC. compiling exported elt : (BasicOperator,List %) -> % Debug compQuote expr: (QUOTE %power) m: $EmptyMode Debug compQuote expr: (QUOTE %power) m: (Symbol) Time: 0.04 SEC. compiling exported isOp : % -> Union(Record(op: BasicOperator,arg: List %),failed) Time: 0.02 SEC. compiling local isTaggedOp : (%,SingleInteger) -> Union(List %,failed) Time: 0.04 SEC. compiling exported One : () -> % Time: 0.01 SEC. compiling exported One : () -> % Time: 0.01 SEC. compiling exported Zero : () -> % Time: 0.01 SEC. compiling exported Zero : () -> % Time: 0.01 SEC. compiling exported ** : (%,NonNegativeInteger) -> % Time: 0.04 SEC. compiling exported / : (%,%) -> % Time: 0.02 SEC. compiling exported + : (%,%) -> % Time: 0.06 SEC. compiling exported * : (%,%) -> % Time: 0.08 SEC. compiling exported isOp : (%,BasicOperator) -> Union(List %,failed) Time: 0.04 SEC. compiling exported predicates : % -> List Any Time: 0.01 SEC. compiling exported setPredicates : (%,List Any) -> % Time: 0.01 SEC. compiling exported resetBadValues : % -> % Time: 0.01 SEC. compiling exported addBadValue : (%,Any) -> % Time: 0.03 SEC. compiling exported getBadValues : % -> List Any Time: 0.02 SEC. compiling local SYM2O : Record(tag: SingleInteger,val: Symbol,pred: List Any,bad: List Any) -> OutputForm Time: 0.10 SEC. compiling exported variables : % -> List % Time: 0.03 SEC. compiling local PAT2O : Union(ret: R,ker: Record(tag: SingleInteger,op: BasicOperator,arg: List %),exp: Record(val: %,exponent: NonNegativeInteger),qot: Record(num: %,den: %),sym: Record(tag: SingleInteger,val: Symbol,pred: List Any,bad: List Any)) -> OutputForm Time: 0.85 SEC. compiling local patcopy : Union(ret: R,ker: Record(tag: SingleInteger,op: BasicOperator,arg: List %),exp: Record(val: %,exponent: NonNegativeInteger),qot: Record(num: %,den: %),sym: Record(tag: SingleInteger,val: Symbol,pred: List Any,bad: List Any)) -> Union(ret: R,ker: Record(tag: SingleInteger,op: BasicOperator,arg: List %),exp: Record(val: %,exponent: NonNegativeInteger),qot: Record(num: %,den: %),sym: Record(tag: SingleInteger,val: Symbol,pred: List Any,bad: List Any)) Time: 0.11 SEC. compiling local pateq? : (Union(ret: R,ker: Record(tag: SingleInteger,op: BasicOperator,arg: List %),exp: Record(val: %,exponent: NonNegativeInteger),qot: Record(num: %,den: %),sym: Record(tag: SingleInteger,val: Symbol,pred: List Any,bad: List Any)),Union(ret: R,ker: Record(tag: SingleInteger,op: BasicOperator,arg: List %),exp: Record(val: %,exponent: NonNegativeInteger),qot: Record(num: %,den: %),sym: Record(tag: SingleInteger,val: Symbol,pred: List Any,bad: List Any))) -> Boolean Time: 0.30 SEC. compiling exported retractIfCan : % -> Union(Symbol,failed) Time: 0.01 SEC. compiling local mkrsy : (Symbol,Boolean,Boolean,Boolean) -> Record(tag: SingleInteger,val: Symbol,pred: List Any,bad: List Any) Time: 0.06 SEC. compiling exported patternVariable : (Symbol,Boolean,Boolean,Boolean) -> % Time: 0.01 SEC. (time taken in buildFunctor: 4) Time: 0.04 SEC. Warnings: [1] Type Boolean is not in scope. Import it [2] Type SingleInteger is not in scope. Import it [3] Type BasicOperator is not in scope. Import it [4] Type List $ is not in scope. Import it [5] Type NonNegativeInteger is not in scope. Import it [6] Type List Any is not in scope. Import it [7] Type List Symbol is not in scope. Import it [8] Type Any is not in scope. Import it [9] hasTopPredicate?: empty? has no value [10] hasPredicate?: empty? has no value [11] quoted?: sym has no value [12] generic?: sym has no value [13] multiple?: sym has no value [14] optional?: sym has no value [15] coerce: false has no value [16] =: pretend Boolean -- should replace by @ [17] isOp: ker has no value [18] addBadValue: member? has no value [19] SYM2O: empty? has no value [20] variables: exp has no value [21] variables: qot has no value [22] variables: ker has no value [23] PAT2O: ret has no value [24] PAT2O: sym has no value [25] PAT2O: exp has no value [26] PAT2O: qot has no value [27] PAT2O: ker has no value [28] patcopy: ret has no value [29] patcopy: sym has no value [30] patcopy: ker has no value [31] patcopy: qot has no value [32] patcopy: exp has no value [33] pateq?: ret has no value [34] pateq?: qot has no value [35] pateq?: sym has no value [36] pateq?: ker has no value [37] pateq?: exp has no value Cumulative Statistics for Constructor Pattern Time: 2.42 seconds finalizing NRLIB PATTERN Processing Pattern for Browser database: -- 0 : () -> % -- 1 : () -> % -- isPlus : % -> Union(List %,"failed") -- isTimes : % -> Union(List %,"failed") -- isOp : (%,BOP) -> Union(List %,"failed") -- isOp : % -> Union(Record(op: BOP,arg: List %),"failed") -- isExpt : % -> Union(REC,"failed") -- isQuotient : % -> Union(QOT,"failed") -- isList : % -> Union(List %,"failed") -- isPower : % -> Union(Record(val: %,exponent: %),"failed") -- elt : (BOP,List %) -> % -- ?+? : (%,%) -> % -- ?*? : (%,%) -> % -- ?**? : (%,NonNegativeInteger) -> % -- ?**? : (%,%) -> % -- ?/? : (%,%) -> % -- depth : % -> NonNegativeInteger -- convert : List % -> % -- copy : % -> % -- inR? : % -> B -- quoted? : % -> B -- symbol? : % -> B -- constant? : % -> B -- generic? : % -> B -- multiple? : % -> B -- optional? : % -> B -- hasPredicate? : % -> B -- predicates : % -> List Any -- setPredicates : (%,List Any) -> % -- withPredicates : (%,List Any) -> % -- patternVariable : (SY,B,B,B) -> % -- setTopPredicate : (%,List SY,Any) -> % -- topPredicate : % -> Record(var: List SY,pred: Any) -- hasTopPredicate? : % -> B -- resetBadValues : % -> % -- addBadValue : (%,Any) -> % -- getBadValues : % -> List Any -- variables : % -> List % -- optpair : List % -> Union(List %,"failed") -- constructor ; compiling file "/tmp/oa-yhoRJb/code.lsp" (written 01 FEB 2016 11:13:49 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PATTERN;hasTopPredicate?;$B;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PATTERN;constant?;$B;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PATTERN;depth;$Nni;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PATTERN;inR?;$B;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PATTERN;symbol?;$B;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PATTERN;mkPat|) ...) ; compiling (PUT (QUOTE |PATTERN;topPredicate;$R;4|) ...) ; compiling (DEFUN |PATTERN;coerce;R$;1| ...) ; compiling (DEFUN |PATTERN;mkPat| ...) ; compiling (DEFUN |PATTERN;hasTopPredicate?;$B;3| ...) ; compiling (DEFUN |PATTERN;topPredicate;$R;4| ...) ; file: /tmp/oa-yhoRJb/code.lsp ; in: DEFUN |PATTERN;topPredicate;$R;4| ; (DEFUN BOOT::|PATTERN;topPredicate;$R;4| (BOOT::|x| BOOT::$) ; (CONS (SVREF BOOT::|x| 3) (SVREF BOOT::|x| 4))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATTERN;topPredicate;$R;4| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|PATTERN;topPredicate;$R;4| ; (CONS (SVREF BOOT::|x| 3) (SVREF BOOT::|x| 4)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PATTERN;setTopPredicate;$LA$;5| ...) ; file: /tmp/oa-yhoRJb/code.lsp ; in: DEFUN |PATTERN;setTopPredicate;$LA$;5| ; (DEFUN BOOT::|PATTERN;setTopPredicate;$LA$;5| ; (BOOT::|x| BOOT::|l| BOOT::|f| BOOT::$) ; (PROGN ; (SETF (SVREF BOOT::|x| 3) BOOT::|l|) ; (SETF (SVREF BOOT::|x| 4) BOOT::|f|) ; BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATTERN;setTopPredicate;$LA$;5| ; (BOOT::|x| BOOT::|l| BOOT::|f| BOOT::$) ; (BLOCK BOOT::|PATTERN;setTopPredicate;$LA$;5| ; (PROGN (SETF # BOOT::|l|) (SETF # BOOT::|f|) BOOT::|x|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PATTERN;constant?;$B;6| ...) ; compiling (DEFUN |PATTERN;depth;$Nni;7| ...) ; compiling (DEFUN |PATTERN;inR?;$B;8| ...) ; compiling (DEFUN |PATTERN;symbol?;$B;9| ...) ; compiling (DEFUN |PATTERN;isPlus;$U;10| ...) ; compiling (DEFUN |PATTERN;isTimes;$U;11| ...) ; compiling (DEFUN |PATTERN;isList;$U;12| ...) ; compiling (DEFUN |PATTERN;isExpt;$U;13| ...) ; compiling (DEFUN |PATTERN;isQuotient;$U;14| ...) ; compiling (DEFUN |PATTERN;hasPredicate?;$B;15| ...) ; compiling (DEFUN |PATTERN;quoted?;$B;16| ...) ; file: /tmp/oa-yhoRJb/code.lsp ; in: DEFUN |PATTERN;quoted?;$B;16| ; (DEFUN BOOT::|PATTERN;quoted?;$B;16| (BOOT::|p| BOOT::$) ; (AND (EQL (CAR (SVREF BOOT::|p| 1)) 4) ; (ZEROP ; (SVREF ; (LET # ; #) ; 0)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATTERN;quoted?;$B;16| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|PATTERN;quoted?;$B;16| ; (AND (EQL (CAR #) 4) (ZEROP (SVREF # 0))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PATTERN;generic?;$B;17| ...) ; compiling (DEFUN |PATTERN;multiple?;$B;18| ...) ; compiling (DEFUN |PATTERN;optional?;$B;19| ...) ; compiling (DEFUN |PATTERN;bitSet?| ...) ; file: /tmp/oa-yhoRJb/code.lsp ; in: DEFUN |PATTERN;bitSet?| ; (DEFUN BOOT::|PATTERN;bitSet?| (BOOT::|a| BOOT::|b| BOOT::$) ; (BOOT::SPADCALL (LOGAND BOOT::|a| BOOT::|b|) 0 ; (BOOT::|shellEntry| BOOT::$ 61))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATTERN;bitSet?| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|PATTERN;bitSet?| ; (BOOT::SPADCALL (LOGAND BOOT::|a| BOOT::|b|) 0 ; (BOOT::|shellEntry| BOOT::$ 61)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |PATTERN;coerce;$Of;21| ...) ; compiling (DEFUN |PATTERN;**;3$;22| ...) ; compiling (DEFUN |PATTERN;LPAT2O| ...) ; compiling (DEFUN |PATTERN;retract;$R;24| ...) ; compiling (DEFUN |PATTERN;convert;L$;25| ...) ; compiling (DEFUN |PATTERN;retractIfCan;$U;26| ...) ; compiling (DEFUN |PATTERN;withPredicates;$L$;27| ...) ; compiling (DEFUN |PATTERN;coerce;S$;28| ...) ; compiling (DEFUN |PATTERN;copy;2$;29| ...) ; compiling (DEFUN |PATTERN;optpair;LU;30| ...) ; compiling (DEFUN |PATTERN;incmax| ...) ; file: /tmp/oa-yhoRJb/code.lsp ; in: DEFUN |PATTERN;incmax| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PATTERN;=;2$B;32| ...) ; compiling (DEFUN |PATTERN;isPower;$U;33| ...) ; compiling (DEFUN |PATTERN;taggedElt| ...) ; compiling (DEFUN |PATTERN;elt;BoL$;35| ...) ; compiling (DEFUN |PATTERN;isOp;$U;36| ...) ; compiling (DEFUN |PATTERN;isTaggedOp| ...) ; compiling (DEFUN |PATTERN;One;$;38| ...) ; compiling (DEFUN |PATTERN;One;$;39| ...) ; compiling (DEFUN |PATTERN;Zero;$;40| ...) ; compiling (DEFUN |PATTERN;Zero;$;41| ...) ; compiling (DEFUN |PATTERN;**;$Nni$;42| ...) ; file: /tmp/oa-yhoRJb/code.lsp ; in: DEFUN |PATTERN;**;$Nni$;42| ; (DEFUN BOOT::|PATTERN;**;$Nni$;42| (BOOT::|p| BOOT::|n| BOOT::$) ; (COND ; ((AND (BOOT::|PATTERN;=;2$B;32| BOOT::|p| # BOOT::$) (PLUSP BOOT::|n|)) ; (BOOT::|spadConstant| BOOT::$ 103)) ; ((OR (BOOT::|PATTERN;=;2$B;32| BOOT::|p| # BOOT::$) (ZEROP BOOT::|n|)) ; (BOOT::|spadConstant| BOOT::$ 83)) ; ((EQL BOOT::|n| 1) BOOT::|p|) ; (T ; (VECTOR (SVREF BOOT::|p| 0) (CONS 2 #) (+ 1 #) NIL ; (BOOT::|shellEntry| BOOT::$ 18))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATTERN;**;$Nni$;42| ; (BOOT::|p| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|PATTERN;**;$Nni$;42| ; (COND ((AND # #) (BOOT::|spadConstant| BOOT::$ 103)) ; ((OR # #) (BOOT::|spadConstant| BOOT::$ 83)) ; ((EQL BOOT::|n| 1) BOOT::|p|) (T (VECTOR # # # NIL #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |PATTERN;/;3$;43| ...) ; compiling (DEFUN |PATTERN;+;3$;44| ...) ; compiling (DEFUN |PATTERN;*;3$;45| ...) ; file: /tmp/oa-yhoRJb/code.lsp ; in: DEFUN |PATTERN;*;3$;45| ; (DEFUN BOOT::|PATTERN;*;3$;45| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (PROG (BOOT::|u2|) ; (RETURN (COND (# #) (# BOOT::|p2|) (# BOOT::|p1|) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATTERN;*;3$;45| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|PATTERN;*;3$;45| ; (PROG (BOOT::|u2|) (RETURN (COND # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |PATTERN;isOp;$BoU;46| ...) ; compiling (DEFUN |PATTERN;predicates;$L;47| ...) ; file: /tmp/oa-yhoRJb/code.lsp ; in: DEFUN |PATTERN;predicates;$L;47| ; (DEFUN BOOT::|PATTERN;predicates;$L;47| (BOOT::|p| BOOT::$) ; (COND ; ((EQL (CAR #) 4) ; (SVREF ; (LET # ; #) ; 2)) ; (T NIL))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATTERN;predicates;$L;47| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|PATTERN;predicates;$L;47| ; (COND ((EQL # 4) (SVREF # 2)) (T NIL)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PATTERN;setPredicates;$L$;48| ...) ; file: /tmp/oa-yhoRJb/code.lsp ; in: DEFUN |PATTERN;setPredicates;$L$;48| ; (DEFUN BOOT::|PATTERN;setPredicates;$L$;48| (BOOT::|p| BOOT::|l| BOOT::$) ; (COND ; ((BOOT::|PATTERN;generic?;$B;17| BOOT::|p| BOOT::$) ; (PROGN (SETF #) BOOT::|p|)) ; (T (BOOT::|error| "Can only attach predicates to generic symbol")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATTERN;setPredicates;$L$;48| ; (BOOT::|p| BOOT::|l| BOOT::$) ; (BLOCK BOOT::|PATTERN;setPredicates;$L$;48| ; (COND ; ((BOOT::|PATTERN;generic?;$B;17| BOOT::|p| BOOT::$) ; (PROGN # BOOT::|p|)) ; (T (BOOT::|error| "Can only attach predicates to generic symbol"))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |PATTERN;resetBadValues;2$;49| ...) ; file: /tmp/oa-yhoRJb/code.lsp ; in: DEFUN |PATTERN;resetBadValues;2$;49| ; (DEFUN BOOT::|PATTERN;resetBadValues;2$;49| (BOOT::|p| BOOT::$) ; (COND ; ((BOOT::|PATTERN;generic?;$B;17| BOOT::|p| BOOT::$) ; (PROGN (SETF #) BOOT::|p|)) ; (T (BOOT::|error| "Can only attach bad values to generic symbol")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATTERN;resetBadValues;2$;49| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|PATTERN;resetBadValues;2$;49| ; (COND ; ((BOOT::|PATTERN;generic?;$B;17| BOOT::|p| BOOT::$) ; (PROGN # BOOT::|p|)) ; (T (BOOT::|error| "Can only attach bad values to generic symbol"))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |PATTERN;addBadValue;$A$;50| ...) ; file: /tmp/oa-yhoRJb/code.lsp ; in: DEFUN |PATTERN;addBadValue;$A$;50| ; (DEFUN BOOT::|PATTERN;addBadValue;$A$;50| (BOOT::|p| BOOT::|a| BOOT::$) ; (COND ; ((BOOT::|PATTERN;generic?;$B;17| BOOT::|p| BOOT::$) ; (PROGN (COND #) BOOT::|p|)) ; (T (BOOT::|error| "Can only attach bad values to generic symbol")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATTERN;addBadValue;$A$;50| ; (BOOT::|p| BOOT::|a| BOOT::$) ; (BLOCK BOOT::|PATTERN;addBadValue;$A$;50| ; (COND ; ((BOOT::|PATTERN;generic?;$B;17| BOOT::|p| BOOT::$) ; (PROGN # BOOT::|p|)) ; (T (BOOT::|error| "Can only attach bad values to generic symbol"))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |PATTERN;getBadValues;$L;51| ...) ; file: /tmp/oa-yhoRJb/code.lsp ; in: DEFUN |PATTERN;getBadValues;$L;51| ; (DEFUN BOOT::|PATTERN;getBadValues;$L;51| (BOOT::|p| BOOT::$) ; (COND ; ((BOOT::|PATTERN;generic?;$B;17| BOOT::|p| BOOT::$) ; (SVREF ; (LET # ; #) ; 3)) ; (T (BOOT::|error| "Not a generic symbol")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATTERN;getBadValues;$L;51| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|PATTERN;getBadValues;$L;51| ; (COND ((BOOT::|PATTERN;generic?;$B;17| BOOT::|p| BOOT::$) (SVREF # 3)) ; (T (BOOT::|error| "Not a generic symbol"))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PATTERN;SYM2O| ...) ; compiling (DEFUN |PATTERN;variables;$L;53| ...) ; file: /tmp/oa-yhoRJb/code.lsp ; in: DEFUN |PATTERN;variables;$L;53| ; (DEFUN BOOT::|PATTERN;variables;$L;53| (BOOT::|p| BOOT::$) ; (COND ((SVREF BOOT::|p| 0) NIL) ; ((BOOT::|PATTERN;generic?;$B;17| BOOT::|p| BOOT::$) (LIST BOOT::|p|)) ; (T ; (LET (#) ; (COND # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATTERN;variables;$L;53| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|PATTERN;variables;$L;53| ; (COND ((SVREF BOOT::|p| 0) NIL) ; ((BOOT::|PATTERN;generic?;$B;17| BOOT::|p| BOOT::$) ; (LIST BOOT::|p|)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PATTERN;PAT2O| ...) ; compiling (DEFUN |PATTERN;patcopy| ...) ; compiling (DEFUN |PATTERN;pateq?| ...) ; file: /tmp/oa-yhoRJb/code.lsp ; in: DEFUN |PATTERN;pateq?| ; (DEFUN BOOT::|PATTERN;pateq?| (BOOT::|p1| BOOT::|p2| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|p1|)) (AND (ZEROP #) (BOOT::SPADCALL # # #))) ; ((EQL (CAR BOOT::|p1|) 3) (AND (EQL # 3) (AND # #))) ; ((EQL (CAR BOOT::|p1|) 4) (AND (EQL # 4) (AND # #))) ; ((EQL (CAR BOOT::|p1|) 1) (AND (EQL # 1) (AND # #))) ; ((EQL (CAR BOOT::|p2|) 2) ; (AND (EQL # #) (BOOT::|PATTERN;=;2$B;32| # # BOOT::$))) ; (T NIL))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATTERN;pateq?| ; (BOOT::|p1| BOOT::|p2| BOOT::$) ; (BLOCK BOOT::|PATTERN;pateq?| ; (COND ((ZEROP #) (AND # #)) ((EQL # 3) (AND # #)) ((EQL # 4) (AND # #)) ; ((EQL # 1) (AND # #)) ((EQL # 2) (AND # #)) (T NIL)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |PATTERN;retractIfCan;$U;57| ...) ; file: /tmp/oa-yhoRJb/code.lsp ; in: DEFUN |PATTERN;retractIfCan;$U;57| ; (DEFUN BOOT::|PATTERN;retractIfCan;$U;57| (BOOT::|p| BOOT::$) ; (COND ((EQL (CAR #) 4) (CONS 0 (SVREF # 1))) (T (CONS 1 "failed")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATTERN;retractIfCan;$U;57| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|PATTERN;retractIfCan;$U;57| ; (COND ((EQL # 4) (CONS 0 #)) (T (CONS 1 "failed"))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PATTERN;mkrsy| ...) ; file: /tmp/oa-yhoRJb/code.lsp ; in: DEFUN |PATTERN;mkrsy| ; (DEFUN BOOT::|PATTERN;mkrsy| ; (BOOT::|t| BOOT::|c?| BOOT::|o?| BOOT::|m?| BOOT::$) ; (COND (BOOT::|c?| (VECTOR 0 BOOT::|t| NIL NIL)) ; (T ; (LET (# #) ; (VECTOR # BOOT::|t| NIL NIL))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PATTERN;mkrsy| ; (BOOT::|t| BOOT::|c?| BOOT::|o?| BOOT::|m?| BOOT::$) ; (BLOCK BOOT::|PATTERN;mkrsy| ; (COND (BOOT::|c?| (VECTOR 0 BOOT::|t| NIL NIL)) ; (T ; (LET # ; #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |PATTERN;patternVariable;S3B$;59| ...) ; compiling (DEFUN |Pattern| ...) ; compiling (DEFUN |Pattern;| ...) ; compiling (MAKEPROP (QUOTE |Pattern|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 7 STYLE-WARNING conditions ; printed 9 notes ; /tmp/oa-yhoRJb/code.fasl written ; compilation finished in 0:00:00.209 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PMKERNEL.spad && cp PMKERNEL.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PMKERNEL.fasl \ && if test -f PMKERNEL-.NRLIB/code.fasl; then \ cp PMKERNEL-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PMKERNEL-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PMKERNEL.spad using Spad compiler. PMKERNEL abbreviates package PatternMatchKernel debug: compDefine1 lhs: (PatternMatchKernel S E) signature (pre-evaluate): ((CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult S E) (Kernel E) (Pattern S) (PatternMatchResult S E)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult S E) (Kernel E) (Pattern S) (PatternMatchResult S E)))) $param: (S E) debug: evaluateType form: (PatternMatchResult S E) $param: (S E) Debug: evaluateType1 form: (PatternMatchResult S E) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: E m: (SetCategory) debug: evaluateType form: (Kernel E) $param: (S E) Debug: evaluateType1 form: (Kernel E) debug: evaluateType1 x: E m: (SetCategory) debug: evaluateType form: (Pattern S) $param: (S E) Debug: evaluateType1 form: (Pattern S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (PatternMatchResult S E) $param: (S E) Debug: evaluateType1 form: (PatternMatchResult S E) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: E m: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult S E) (Kernel E) (Pattern S) (PatternMatchResult S E)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PatternMatchKernel compiling into /tmp/oa-Uul7k9 compiling local patternMatchArg : (List E,List Pattern S,PatternMatchResult(S,E)) -> PatternMatchResult(S,E) Time: 0.07 SEC. compiling local patternMatchInner : (Kernel E,Pattern S,PatternMatchResult(S,E)) -> Union(PatternMatchResult(S,E),failed) Time: 0.06 SEC. compiling local patternMatchOpt : (E,List Pattern S,PatternMatchResult(S,E),E) -> PatternMatchResult(S,E) Time: 0.01 SEC. compiling local patternMatchMonoid : (Kernel E,Pattern S,PatternMatchResult(S,E)) -> Union(PatternMatchResult(S,E),failed) Debug compQuote expr: (QUOTE %power) m: $EmptyMode Debug compQuote expr: (QUOTE %power) m: (Symbol) Debug compQuote expr: (QUOTE nthRoot) m: $EmptyMode Debug compQuote expr: (QUOTE nthRoot) m: (Symbol) Time: 0.04 SEC. compiling exported patternMatch : (Kernel E,Pattern S,PatternMatchResult(S,E)) -> PatternMatchResult(S,E) Time: 0.01 SEC. compiling exported patternMatch : (Kernel E,Pattern S,PatternMatchResult(S,E)) -> PatternMatchResult(S,E) Time: 0.00 SEC. compiling exported patternMatch : (Kernel E,Pattern S,PatternMatchResult(S,E)) -> PatternMatchResult(S,E) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] patternMatchArg: not known that SetCategory is of mode CATEGORY(package,patternMatch: (Kernel E,Pattern S,PatternMatchResult(S,E)) -> PatternMatchResult(S,E)) [2] patternMatchInner: not known that SetCategory is of mode CATEGORY(package,patternMatch: (Kernel E,Pattern S,PatternMatchResult(S,E)) -> PatternMatchResult(S,E)) Cumulative Statistics for Constructor PatternMatchKernel Time: 0.21 seconds finalizing NRLIB PMKERNEL Processing PatternMatchKernel for Browser database: -- patternMatch : (Kernel E,PAT,PRS) -> PRS -- constructor ; compiling file "/tmp/oa-Uul7k9/code.lsp" (written 01 FEB 2016 11:13:49 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PMKERNEL;patternMatchArg| ...) ; compiling (DEFUN |PMKERNEL;patternMatchInner| ...) ; compiling (DEFUN |PMKERNEL;patternMatchOpt| ...) ; compiling (DEFUN |PMKERNEL;patternMatchMonoid| ...) ; compiling (DEFUN |PMKERNEL;patternMatch;KP2Pmr;5| ...) ; compiling (DEFUN |PMKERNEL;patternMatch;KP2Pmr;6| ...) ; compiling (DEFUN |PMKERNEL;patternMatch;KP2Pmr;7| ...) ; compiling (DEFUN |PatternMatchKernel| ...) ; compiling (DEFUN |PatternMatchKernel;| ...) ; compiling (MAKEPROP (QUOTE |PatternMatchKernel|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-Uul7k9/code.fasl written ; compilation finished in 0:00:00.054 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PMSYM.spad && cp PMSYM.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PMSYM.fasl \ && if test -f PMSYM-.NRLIB/code.fasl; then \ cp PMSYM-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PMSYM-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PMSYM.spad using Spad compiler. PMSYM abbreviates package PatternMatchSymbol debug: compDefine1 lhs: (PatternMatchSymbol S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult S (Symbol)) (Symbol) (Pattern S) (PatternMatchResult S (Symbol))))) (SetCategory)) debug: evaluateType form: (CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult S (Symbol)) (Symbol) (Pattern S) (PatternMatchResult S (Symbol))))) $param: (S) debug: evaluateType form: (PatternMatchResult S (Symbol)) $param: (S) Debug: evaluateType1 form: (PatternMatchResult S (Symbol)) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: (Symbol) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (SetCategory) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Pattern S) $param: (S) Debug: evaluateType1 form: (Pattern S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (PatternMatchResult S (Symbol)) $param: (S) Debug: evaluateType1 form: (PatternMatchResult S (Symbol)) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: (Symbol) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (SetCategory) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult S (Symbol)) (Symbol) (Pattern S) (PatternMatchResult S (Symbol))))) (SetCategory)) debug: compDefine1 lhs: (PatternMatchSymbol S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult S (Symbol)) (Symbol) (Pattern S) (PatternMatchResult S (Symbol))))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult S (Symbol)) (Symbol) (Pattern S) (PatternMatchResult S (Symbol))))) $param: (S) debug: evaluateType form: (PatternMatchResult S (Symbol)) $param: (S) Debug: evaluateType1 form: (PatternMatchResult S (Symbol)) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: (Symbol) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (SetCategory) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Pattern S) $param: (S) Debug: evaluateType1 form: (Pattern S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (PatternMatchResult S (Symbol)) $param: (S) Debug: evaluateType1 form: (PatternMatchResult S (Symbol)) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: (Symbol) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Symbol) $param: (S) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult S (Symbol)) (Symbol) (Pattern S) (PatternMatchResult S (Symbol))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for PatternMatchSymbol compiling into /tmp/oa-wQ9bTz importing TopLevelPatternMatchControl compiling exported patternMatch : (Symbol,Pattern S,PatternMatchResult(S,Symbol)) -> PatternMatchResult(S,Symbol) Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor PatternMatchSymbol Time: 0.04 seconds finalizing NRLIB PMSYM Processing PatternMatchSymbol for Browser database: -- patternMatch : (Symbol,Pattern S,PatternMatchResult(S,Symbol)) -> PatternMatchResult(S,Symbol) -- constructor ; compiling file "/tmp/oa-wQ9bTz/code.lsp" (written 01 FEB 2016 11:13:49 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PMSYM;patternMatch;SP2Pmr;1| ...) ; compiling (DEFUN |PatternMatchSymbol| ...) ; compiling (DEFUN |PatternMatchSymbol;| ...) ; compiling (MAKEPROP (QUOTE |PatternMatchSymbol|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-wQ9bTz/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile QALGSET2.spad && cp QALGSET2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/QALGSET2.fasl \ && if test -f QALGSET2-.NRLIB/code.fasl; then \ cp QALGSET2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/QALGSET2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/QALGSET2.spad using Spad compiler. QALGSET2 abbreviates package QuasiAlgebraicSet2 debug: compDefine1 lhs: (QuasiAlgebraicSet2 vl nv) signature (pre-evaluate): ((CATEGORY package (SIGNATURE radicalSimplify ((QuasiAlgebraicSet (Fraction (Integer)) (OrderedVariableList vl) (DirectProduct nv (NonNegativeInteger)) (DistributedMultivariatePolynomial vl (Fraction (Integer)))) (QuasiAlgebraicSet (Fraction (Integer)) (OrderedVariableList vl) (DirectProduct nv (NonNegativeInteger)) (DistributedMultivariatePolynomial vl (Fraction (Integer))))))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE radicalSimplify ((QuasiAlgebraicSet (Fraction (Integer)) (OrderedVariableList vl) (DirectProduct nv (NonNegativeInteger)) (DistributedMultivariatePolynomial vl (Fraction (Integer)))) (QuasiAlgebraicSet (Fraction (Integer)) (OrderedVariableList vl) (DirectProduct nv (NonNegativeInteger)) (DistributedMultivariatePolynomial vl (Fraction (Integer))))))) $param: (vl nv) debug: evaluateType form: (QuasiAlgebraicSet (Fraction (Integer)) (OrderedVariableList vl) (DirectProduct nv (NonNegativeInteger)) (DistributedMultivariatePolynomial vl (Fraction (Integer)))) $param: (vl nv) Debug: evaluateType1 form: (QuasiAlgebraicSet (Fraction (Integer)) (OrderedVariableList vl) (DirectProduct nv (NonNegativeInteger)) (DistributedMultivariatePolynomial vl (Fraction (Integer)))) debug: evaluateType1 x: (Fraction (Integer)) m: (GcdDomain) debug: evaluateType1 categoryForm: (GcdDomain) debug: evaluateType form: (GcdDomain) $param: (vl nv) Debug: evaluateType1 form: (GcdDomain) debug: evaluateType form: (Fraction (Integer)) $param: (vl nv) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (vl nv) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (vl nv) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (GcdDomain) debug: evaluateType1 x: (OrderedVariableList vl) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (vl nv) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList vl) $param: (vl nv) Debug: evaluateType1 form: (OrderedVariableList vl) debug: evaluateType1 x: vl m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList vl) c: (OrderedSet) debug: evaluateType1 x: (DirectProduct nv (NonNegativeInteger)) m: (OrderedAbelianMonoidSup) debug: evaluateType1 categoryForm: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (vl nv) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (DirectProduct nv (NonNegativeInteger)) $param: (vl nv) Debug: evaluateType1 form: (DirectProduct nv (NonNegativeInteger)) debug: evaluateType1 x: nv m: (NonNegativeInteger) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (vl nv) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (vl nv) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evalCategory d: (DirectProduct nv (NonNegativeInteger)) c: (OrderedAbelianMonoidSup) debug: evaluateType1 x: (DistributedMultivariatePolynomial vl (Fraction (Integer))) m: (PolynomialCategory (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl)) debug: evaluateType1 categoryForm: (PolynomialCategory (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl)) debug: evaluateType form: (PolynomialCategory (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl)) $param: (vl nv) Debug: evaluateType1 form: (PolynomialCategory (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl)) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (vl nv) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: (vl nv) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (vl nv) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (vl nv) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evaluateType1 x: (DirectProduct nv (NonNegativeInteger)) m: (OrderedAbelianMonoidSup) debug: evaluateType1 categoryForm: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (vl nv) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (DirectProduct nv (NonNegativeInteger)) $param: (vl nv) Debug: evaluateType1 form: (DirectProduct nv (NonNegativeInteger)) debug: evaluateType1 x: nv m: (NonNegativeInteger) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (vl nv) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (vl nv) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evalCategory d: (DirectProduct nv (NonNegativeInteger)) c: (OrderedAbelianMonoidSup) debug: evaluateType1 x: (OrderedVariableList vl) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (vl nv) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList vl) $param: (vl nv) Debug: evaluateType1 form: (OrderedVariableList vl) debug: evaluateType1 x: vl m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList vl) c: (OrderedSet) debug: evaluateType form: (DistributedMultivariatePolynomial vl (Fraction (Integer))) $param: (vl nv) Debug: evaluateType1 form: (DistributedMultivariatePolynomial vl (Fraction (Integer))) debug: evaluateType1 x: vl m: (List (Symbol)) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (vl nv) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: (vl nv) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (vl nv) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (vl nv) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evalCategory d: (DistributedMultivariatePolynomial vl (Fraction (Integer))) c: (PolynomialCategory (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl)) debug: evaluateType form: (QuasiAlgebraicSet (Fraction (Integer)) (OrderedVariableList vl) (DirectProduct nv (NonNegativeInteger)) (DistributedMultivariatePolynomial vl (Fraction (Integer)))) $param: (vl nv) Debug: evaluateType1 form: (QuasiAlgebraicSet (Fraction (Integer)) (OrderedVariableList vl) (DirectProduct nv (NonNegativeInteger)) (DistributedMultivariatePolynomial vl (Fraction (Integer)))) debug: evaluateType1 x: (Fraction (Integer)) m: (GcdDomain) debug: evaluateType1 categoryForm: (GcdDomain) debug: evaluateType form: (GcdDomain) $param: (vl nv) Debug: evaluateType1 form: (GcdDomain) debug: evaluateType form: (Fraction (Integer)) $param: (vl nv) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (vl nv) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (vl nv) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (GcdDomain) debug: evaluateType1 x: (OrderedVariableList vl) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (vl nv) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList vl) $param: (vl nv) Debug: evaluateType1 form: (OrderedVariableList vl) debug: evaluateType1 x: vl m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList vl) c: (OrderedSet) debug: evaluateType1 x: (DirectProduct nv (NonNegativeInteger)) m: (OrderedAbelianMonoidSup) debug: evaluateType1 categoryForm: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (vl nv) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (DirectProduct nv (NonNegativeInteger)) $param: (vl nv) Debug: evaluateType1 form: (DirectProduct nv (NonNegativeInteger)) debug: evaluateType1 x: nv m: (NonNegativeInteger) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (vl nv) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (vl nv) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evalCategory d: (DirectProduct nv (NonNegativeInteger)) c: (OrderedAbelianMonoidSup) debug: evaluateType1 x: (DistributedMultivariatePolynomial vl (Fraction (Integer))) m: (PolynomialCategory (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl)) debug: evaluateType1 categoryForm: (PolynomialCategory (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl)) debug: evaluateType form: (PolynomialCategory (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl)) $param: (vl nv) Debug: evaluateType1 form: (PolynomialCategory (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl)) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (vl nv) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: (vl nv) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (vl nv) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (vl nv) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evaluateType1 x: (DirectProduct nv (NonNegativeInteger)) m: (OrderedAbelianMonoidSup) debug: evaluateType1 categoryForm: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (vl nv) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (DirectProduct nv (NonNegativeInteger)) $param: (vl nv) Debug: evaluateType1 form: (DirectProduct nv (NonNegativeInteger)) debug: evaluateType1 x: nv m: (NonNegativeInteger) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (vl nv) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (vl nv) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evalCategory d: (DirectProduct nv (NonNegativeInteger)) c: (OrderedAbelianMonoidSup) debug: evaluateType1 x: (OrderedVariableList vl) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (vl nv) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList vl) $param: (vl nv) Debug: evaluateType1 form: (OrderedVariableList vl) debug: evaluateType1 x: vl m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList vl) c: (OrderedSet) debug: evaluateType form: (DistributedMultivariatePolynomial vl (Fraction (Integer))) $param: (vl nv) Debug: evaluateType1 form: (DistributedMultivariatePolynomial vl (Fraction (Integer))) debug: evaluateType1 x: vl m: (List (Symbol)) debug: evaluateType1 x: (Fraction (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (vl nv) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Integer)) $param: (vl nv) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (vl nv) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (vl nv) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Ring) debug: evalCategory d: (DistributedMultivariatePolynomial vl (Fraction (Integer))) c: (PolynomialCategory (Fraction (Integer)) (DirectProduct nv (NonNegativeInteger)) (OrderedVariableList vl)) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE radicalSimplify ((QuasiAlgebraicSet (Fraction (Integer)) (OrderedVariableList vl) (DirectProduct nv (NonNegativeInteger)) (DistributedMultivariatePolynomial vl (Fraction (Integer)))) (QuasiAlgebraicSet (Fraction (Integer)) (OrderedVariableList vl) (DirectProduct nv (NonNegativeInteger)) (DistributedMultivariatePolynomial vl (Fraction (Integer))))))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for QuasiAlgebraicSet2 compiling into /tmp/oa-0sTIGM importing PolynomialIdeals(Fraction Integer,DirectProduct(# newvl,NonNegativeInteger),OrderedVariableList newvl,DistributedMultivariatePolynomial(newvl,Fraction Integer)) importing GroebnerPackage(Fraction Integer,DirectProduct(nv,NonNegativeInteger),OrderedVariableList vl,DistributedMultivariatePolynomial(vl,Fraction Integer)) importing GroebnerPackage(Fraction Integer,DirectProduct(# newvl,NonNegativeInteger),OrderedVariableList newvl,DistributedMultivariatePolynomial(newvl,Fraction Integer)) importing IdealDecompositionPackage(newvl,# newvl) importing QuasiAlgebraicSet(Fraction Integer,OrderedVariableList vl,DirectProduct(nv,NonNegativeInteger),DistributedMultivariatePolynomial(vl,Fraction Integer)) importing PolynomialCategoryLifting(DirectProduct(nv,NonNegativeInteger),OrderedVariableList vl,Fraction Integer,DistributedMultivariatePolynomial(vl,Fraction Integer),DistributedMultivariatePolynomial(newvl,Fraction Integer)) importing PolynomialCategoryLifting(DirectProduct(# newvl,NonNegativeInteger),OrderedVariableList newvl,Fraction Integer,DistributedMultivariatePolynomial(newvl,Fraction Integer),DistributedMultivariatePolynomial(vl,Fraction Integer)) compiling local f : OrderedVariableList vl -> DistributedMultivariatePolynomial(newvl,Fraction Integer) Time: 0.13 SEC. compiling local g : OrderedVariableList newvl -> DistributedMultivariatePolynomial(vl,Fraction Integer) Time: 0.02 SEC. compiling local npoly : DistributedMultivariatePolynomial(vl,Fraction Integer) -> DistributedMultivariatePolynomial(newvl,Fraction Integer) Time: 0.04 SEC. compiling local oldpoly : DistributedMultivariatePolynomial(newvl,Fraction Integer) -> Union(DistributedMultivariatePolynomial(vl,Fraction Integer),failed) Time: 0.02 SEC. compiling exported radicalSimplify : QuasiAlgebraicSet(Fraction Integer,OrderedVariableList vl,DirectProduct(nv,NonNegativeInteger),DistributedMultivariatePolynomial(vl,Fraction Integer)) -> QuasiAlgebraicSet(Fraction Integer,OrderedVariableList vl,DirectProduct(nv,NonNegativeInteger),DistributedMultivariatePolynomial(vl,Fraction Integer)) Time: 0.08 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] npoly: not known that PolynomialCategory(Fraction (Integer))(DirectProduct nv (NonNegativeInteger))(OrderedVariableList vl) is of mode CATEGORY(domain,reorder: (%,List Integer) -> %) [2] radicalSimplify: not known that PolynomialCategory(Fraction (Integer))(DirectProduct nv (NonNegativeInteger))(OrderedVariableList vl) is of mode CATEGORY(domain,reorder: (%,List Integer) -> %) Cumulative Statistics for Constructor QuasiAlgebraicSet2 Time: 0.30 seconds finalizing NRLIB QALGSET2 Processing QuasiAlgebraicSet2 for Browser database: -- radicalSimplify : QALG -> QALG -- constructor ; compiling file "/tmp/oa-0sTIGM/code.lsp" (written 01 FEB 2016 11:13:50 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |QALGSET2;f| ...) ; compiling (DEFUN |QALGSET2;g| ...) ; compiling (DEFUN |QALGSET2;npoly| ...) ; compiling (DEFUN |QALGSET2;npoly!1| ...) ; compiling (DEFUN |QALGSET2;npoly!0| ...) ; compiling (DEFUN |QALGSET2;oldpoly| ...) ; compiling (DEFUN |QALGSET2;oldpoly!1| ...) ; compiling (DEFUN |QALGSET2;oldpoly!0| ...) ; compiling (DEFUN |QALGSET2;radicalSimplify;2Qas;5| ...) ; compiling (DEFUN |QuasiAlgebraicSet2| ...) ; compiling (DEFUN |QuasiAlgebraicSet2;| ...) ; compiling (MAKEPROP (QUOTE |QuasiAlgebraicSet2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-0sTIGM/code.fasl written ; compilation finished in 0:00:00.043 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile RECLOS.spad && cp RECLOS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RECLOS.fasl \ && if test -f RECLOS-.NRLIB/code.fasl; then \ cp RECLOS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RECLOS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RECLOS.spad using Spad compiler. RECLOS abbreviates domain RealClosure debug: compDefine1 lhs: (RealClosure TheField) signature (pre-evaluate): ((Join (RealClosedField) (FullyRetractableTo TheField) (Algebra TheField) (CATEGORY domain (SIGNATURE algebraicOf ($ (RightOpenIntervalRootCharacterization $ (SparseUnivariatePolynomial $)) (OutputForm))) (SIGNATURE mainCharacterization ((Union (RightOpenIntervalRootCharacterization $ (SparseUnivariatePolynomial $)) failed) $)) (SIGNATURE relativeApprox ((Fraction (Integer)) $ $)))) NIL) debug: evaluateType form: (Join (RealClosedField) (FullyRetractableTo TheField) (Algebra TheField) (CATEGORY domain (SIGNATURE algebraicOf ($ (RightOpenIntervalRootCharacterization $ (SparseUnivariatePolynomial $)) (OutputForm))) (SIGNATURE mainCharacterization ((Union (RightOpenIntervalRootCharacterization $ (SparseUnivariatePolynomial $)) failed) $)) (SIGNATURE relativeApprox ((Fraction (Integer)) $ $)))) $param: (TheField) debug: evaluateType form: (RealClosedField) $param: (TheField) Debug: evaluateType1 form: (RealClosedField) debug: evaluateType form: (FullyRetractableTo TheField) $param: (TheField) Debug: evaluateType1 form: (FullyRetractableTo TheField) debug: evaluateType1 x: TheField m: (Type) debug: evaluateType form: (Algebra TheField) $param: (TheField) Debug: evaluateType1 form: (Algebra TheField) debug: evaluateType1 x: TheField m: (CommutativeRing) debug: evaluateType form: (CATEGORY domain (SIGNATURE algebraicOf ($ (RightOpenIntervalRootCharacterization $ (SparseUnivariatePolynomial $)) (OutputForm))) (SIGNATURE mainCharacterization ((Union (RightOpenIntervalRootCharacterization $ (SparseUnivariatePolynomial $)) failed) $)) (SIGNATURE relativeApprox ((Fraction (Integer)) $ $))) $param: (TheField) debug: evaluateType form: (RightOpenIntervalRootCharacterization $ (SparseUnivariatePolynomial $)) $param: (TheField) Debug: evaluateType1 form: (RightOpenIntervalRootCharacterization $ (SparseUnivariatePolynomial $)) debug: evaluateType1 x: $ m: (Join (OrderedRing) (Field)) debug: evaluateType1 x: (SparseUnivariatePolynomial $) m: (UnivariatePolynomialCategory $) debug: evaluateType1 categoryForm: (UnivariatePolynomialCategory $) debug: evaluateType form: (UnivariatePolynomialCategory (SparseUnivariatePolynomial $)) $param: (TheField) Debug: evaluateType1 form: (UnivariatePolynomialCategory (SparseUnivariatePolynomial $)) debug: evaluateType1 x: (SparseUnivariatePolynomial $) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (TheField) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial $) $param: (TheField) Debug: evaluateType1 form: (SparseUnivariatePolynomial $) debug: evaluateType1 x: $ m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial $) c: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial $) $param: (TheField) Debug: evaluateType1 form: (SparseUnivariatePolynomial $) debug: evaluateType1 x: $ m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial $) c: (UnivariatePolynomialCategory (SparseUnivariatePolynomial $)) debug: evaluateType form: (OutputForm) $param: (TheField) Debug: evaluateType1 form: (OutputForm) debug: evaluateType form: (Union (RightOpenIntervalRootCharacterization $ (SparseUnivariatePolynomial $)) failed) $param: (TheField) debug: evaluateType form: (RightOpenIntervalRootCharacterization $ (SparseUnivariatePolynomial $)) $param: (TheField) Debug: evaluateType1 form: (RightOpenIntervalRootCharacterization $ (SparseUnivariatePolynomial $)) debug: evaluateType1 x: $ m: (Join (OrderedRing) (Field)) debug: evaluateType1 x: (SparseUnivariatePolynomial $) m: (UnivariatePolynomialCategory $) debug: evaluateType1 categoryForm: (UnivariatePolynomialCategory $) debug: evaluateType form: (UnivariatePolynomialCategory (SparseUnivariatePolynomial $)) $param: (TheField) Debug: evaluateType1 form: (UnivariatePolynomialCategory (SparseUnivariatePolynomial $)) debug: evaluateType1 x: (SparseUnivariatePolynomial $) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (TheField) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial $) $param: (TheField) Debug: evaluateType1 form: (SparseUnivariatePolynomial $) debug: evaluateType1 x: $ m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial $) c: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial $) $param: (TheField) Debug: evaluateType1 form: (SparseUnivariatePolynomial $) debug: evaluateType1 x: $ m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial $) c: (UnivariatePolynomialCategory (SparseUnivariatePolynomial $)) debug: evaluateType form: failed $param: (TheField) debug: evaluateType form: (Fraction (Integer)) $param: (TheField) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (TheField) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (TheField) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: compDefine1 signature (post evaluate): ((Join (RealClosedField) (FullyRetractableTo TheField) (Algebra TheField) (CATEGORY domain (SIGNATURE algebraicOf ($ (RightOpenIntervalRootCharacterization $ (SparseUnivariatePolynomial $)) (OutputForm))) (SIGNATURE mainCharacterization ((Union (RightOpenIntervalRootCharacterization $ (SparseUnivariatePolynomial $)) failed) $)) (SIGNATURE relativeApprox ((Fraction (Integer)) $ $)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for RealClosure compiling into /tmp/oa-Cp3Sw9 compiling exported relativeApprox : (%,%) -> Fraction Integer Time: 0.13 SEC. compiling exported approximate : (%,%) -> Fraction Integer Time: 0.04 SEC. compiling local newElementIfneeded : (RightOpenIntervalRootCharacterization(%,SparseUnivariatePolynomial %),OutputForm) -> % Time: 0.04 SEC. compiling exported algebraicOf : (RightOpenIntervalRootCharacterization(%,SparseUnivariatePolynomial %),OutputForm) -> % Time: 0.05 SEC. compiling exported rename! : (%,OutputForm) -> % Time: 0.01 SEC. compiling exported rename : (%,OutputForm) -> % Time: 0.02 SEC. compiling exported rootOf : (SparseUnivariatePolynomial %,PositiveInteger) -> Union(%,failed) Time: 0.04 SEC. compiling exported allRootsOf : SparseUnivariatePolynomial % -> List % Time: 0.07 SEC. compiling exported coerce : % -> % Time: 0.02 SEC. compiling exported positive? : % -> Boolean Time: 0.02 SEC. compiling exported negative? : % -> Boolean Time: 0.02 SEC. compiling exported abs : % -> % Time: 0.00 SEC. compiling exported sign : % -> Integer Time: 0.02 SEC. compiling exported < : (%,%) -> Boolean Time: 0.00 SEC. compiling exported = : (%,%) -> Boolean Time: 0.00 SEC. compiling exported mainCharacterization : % -> Union(RightOpenIntervalRootCharacterization(%,SparseUnivariatePolynomial %),failed) RECLOS;mainCharacterization;$U;16 x is replaced by %when( %pair(1,"failed"),%otherwise %pair(0,%vref(%tail x,0))) Time: 0.00 SEC. compiling exported mainDefiningPolynomial : % -> Union(SparseUnivariatePolynomial %,failed) Time: 0.02 SEC. compiling exported mainForm : % -> Union(OutputForm,failed) RECLOS;mainForm;$U;18 x is replaced by %when( %pair(1,"failed"),%otherwise %pair(0,%vref(%tail x,2))) Time: 0.01 SEC. compiling exported mainValue : % -> Union(SparseUnivariatePolynomial %,failed) RECLOS;mainValue;$U;19 x is replaced by %when( %pair(1,"failed"),%otherwise %pair(0,%vref(%tail x,1))) Time: 0.02 SEC. compiling exported coerce : % -> OutputForm Time: 0.03 SEC. compiling exported inv : % -> % Time: 0.03 SEC. compiling exported recip : % -> Union(%,failed) Time: 0.03 SEC. compiling exported * : (Integer,%) -> % Time: 0.06 SEC. compiling exported * : (TheField,%) -> % Time: 0.06 SEC. compiling exported * : (%,%) -> % Time: 0.10 SEC. compiling local nonNull : Rec -> % Time: 0.02 SEC. compiling exported zero? : % -> Boolean Time: 0.00 SEC. compiling exported + : (%,%) -> % Time: 0.09 SEC. compiling exported - : % -> % Time: 0.02 SEC. compiling exported retractIfCan : % -> Union(TheField,failed) Time: 0.00 SEC. compiling exported retract : % -> TheField Time: 0.01 SEC. compiling local lessAlgebraic : % -> % Time: 0.04 SEC. compiling exported Zero : () -> % Time: 0.00 SEC. compiling exported One : () -> % Time: 0 SEC. compiling exported coerce : TheField -> % RECLOS;coerce;TheField$;35 rn is replaced by %pair(0,rn) Time: 0 SEC. (time taken in buildFunctor: 8) Time: 0.04 SEC. Warnings: [1] Type RightOpenIntervalRootCharacterization($,SparseUnivariatePolynomial $) is not in scope. Import it [2] Type SparseUnivariatePolynomial $ is not in scope. Import it [3] Type OutputForm is not in scope. Import it [4] Type PositiveInteger is not in scope. Import it [5] mainDefiningPolynomial: definingPolynomial has no value [6] nonNull: degree has no value [7] lessAlgebraic: degree has no value [8] lessAlgebraic: definingPolynomial has no value Cumulative Statistics for Constructor RealClosure Time: 1.08 seconds finalizing NRLIB RECLOS Processing RealClosure for Browser database: -- algebraicOf : (SEG,E) -> % -- mainCharacterization : % -> Union(SEG,"failed") -- relativeApprox : (%,%) -> RN -- constructor ; compiling file "/tmp/oa-Cp3Sw9/code.lsp" (written 01 FEB 2016 11:13:51 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |RECLOS;mainCharacterization;$U;16|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |RECLOS;mainForm;$U;18|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |RECLOS;mainValue;$U;19|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |RECLOS;coerce;TheField$;35|) ...) ; compiling (PUT (QUOTE |RECLOS;rename;$Of$;6|) ...) ; compiling (DEFUN |RECLOS;relativeApprox;2$F;1| ...) ; compiling (DEFUN |RECLOS;approximate;2$F;2| ...) ; compiling (DEFUN |RECLOS;newElementIfneeded| ...) ; compiling (DEFUN |RECLOS;algebraicOf;RoircOf$;4| ...) ; compiling (DEFUN |RECLOS;rename!;$Of$;5| ...) ; file: /tmp/oa-Cp3Sw9/code.lsp ; in: DEFUN |RECLOS;rename!;$Of$;5| ; (DEFUN BOOT::|RECLOS;rename!;$Of$;5| (BOOT::|x| BOOT::|o| BOOT::$) ; (PROGN (SETF (SVREF # 2) BOOT::|o|) BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RECLOS;rename!;$Of$;5| ; (BOOT::|x| BOOT::|o| BOOT::$) ; (BLOCK BOOT::|RECLOS;rename!;$Of$;5| ; (PROGN (SETF # BOOT::|o|) BOOT::|x|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |RECLOS;rename;$Of$;6| ...) ; file: /tmp/oa-Cp3Sw9/code.lsp ; in: DEFUN |RECLOS;rename;$Of$;6| ; (DEFUN BOOT::|RECLOS;rename;$Of$;6| (BOOT::|x| BOOT::|o| BOOT::$) ; (CONS 1 ; (VECTOR (SVREF (CDR BOOT::|x|) 0) (SVREF (CDR BOOT::|x|) 1) BOOT::|o| ; (SVREF (CDR BOOT::|x|) 3)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RECLOS;rename;$Of$;6| ; (BOOT::|x| BOOT::|o| BOOT::$) ; (BLOCK BOOT::|RECLOS;rename;$Of$;6| ; (CONS 1 (VECTOR (SVREF # 0) (SVREF # 1) BOOT::|o| (SVREF # 3))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |RECLOS;rootOf;SupPiU;7| ...) ; compiling (DEFUN |RECLOS;allRootsOf;SupL;8| ...) ; file: /tmp/oa-Cp3Sw9/code.lsp ; in: DEFUN |RECLOS;allRootsOf;SupL;8| ; (DEFUN BOOT::|RECLOS;allRootsOf;SupL;8| (BOOT::|pol| BOOT::$) ; (PROG (BOOT::|o|) (RETURN (COND (# NIL) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RECLOS;allRootsOf;SupL;8| ; (BOOT::|pol| BOOT::$) ; (BLOCK BOOT::|RECLOS;allRootsOf;SupL;8| ; (PROG (BOOT::|o|) (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |RECLOS;coerce;2$;9| ...) ; compiling (DEFUN |RECLOS;positive?;$B;10| ...) ; file: /tmp/oa-Cp3Sw9/code.lsp ; in: DEFUN |RECLOS;positive?;$B;10| ; (DEFUN BOOT::|RECLOS;positive?;$B;10| (BOOT::|x| BOOT::$) ; (COND ; ((ZEROP (CAR BOOT::|x|)) ; (BOOT::SPADCALL (CDR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 64))) ; (T ; (BOOT::SPADCALL (SVREF # 1) (SVREF # 0) ; (BOOT::|shellEntry| BOOT::$ 65))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RECLOS;positive?;$B;10| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|RECLOS;positive?;$B;10| ; (COND ((ZEROP #) (BOOT::SPADCALL # #)) (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |RECLOS;negative?;$B;11| ...) ; file: /tmp/oa-Cp3Sw9/code.lsp ; in: DEFUN |RECLOS;negative?;$B;11| ; (DEFUN BOOT::|RECLOS;negative?;$B;11| (BOOT::|x| BOOT::$) ; (COND ; ((ZEROP (CAR BOOT::|x|)) ; (BOOT::SPADCALL (CDR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 67))) ; (T ; (BOOT::SPADCALL (SVREF # 1) (SVREF # 0) ; (BOOT::|shellEntry| BOOT::$ 68))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RECLOS;negative?;$B;11| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|RECLOS;negative?;$B;11| ; (COND ((ZEROP #) (BOOT::SPADCALL # #)) (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |RECLOS;abs;2$;12| ...) ; compiling (DEFUN |RECLOS;sign;$I;13| ...) ; file: /tmp/oa-Cp3Sw9/code.lsp ; in: DEFUN |RECLOS;sign;$I;13| ; (DEFUN BOOT::|RECLOS;sign;$I;13| (BOOT::|x| BOOT::$) ; (COND ; ((ZEROP (CAR BOOT::|x|)) ; (BOOT::SPADCALL (CDR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 72))) ; (T ; (BOOT::SPADCALL (SVREF # 1) (SVREF # 0) ; (BOOT::|shellEntry| BOOT::$ 73))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RECLOS;sign;$I;13| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|RECLOS;sign;$I;13| ; (COND ((ZEROP #) (BOOT::SPADCALL # #)) (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |RECLOS;<;2$B;14| ...) ; compiling (DEFUN |RECLOS;=;2$B;15| ...) ; compiling (DEFUN |RECLOS;mainCharacterization;$U;16| ...) ; compiling (DEFUN |RECLOS;mainDefiningPolynomial;$U;17| ...) ; compiling (DEFUN |RECLOS;mainForm;$U;18| ...) ; compiling (DEFUN |RECLOS;mainValue;$U;19| ...) ; compiling (DEFUN |RECLOS;coerce;$Of;20| ...) ; compiling (DEFUN |RECLOS;inv;2$;21| ...) ; file: /tmp/oa-Cp3Sw9/code.lsp ; in: DEFUN |RECLOS;inv;2$;21| ; (DEFUN BOOT::|RECLOS;inv;2$;21| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|res| (BOOT::|RECLOS;recip;$U;22| BOOT::|x| BOOT::$))) ; (COND ((EQL # 1) (BOOT::|error| "Division by 0")) (T (CDR BOOT::|res|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RECLOS;inv;2$;21| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|RECLOS;inv;2$;21| ; (LET ((BOOT::|res| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |RECLOS;recip;$U;22| ...) ; compiling (DEFUN |RECLOS;*;I2$;23| ...) ; file: /tmp/oa-Cp3Sw9/code.lsp ; in: DEFUN |RECLOS;*;I2$;23| ; (DEFUN BOOT::|RECLOS;*;I2$;23| (BOOT::|n| BOOT::|x| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|x|)) (CONS 0 (BOOT::SPADCALL BOOT::|n| # #))) ; ((ZEROP BOOT::|n|) (BOOT::|spadConstant| BOOT::$ 32)) ; ((EQL BOOT::|n| 1) BOOT::|x|) (T (CONS 1 (VECTOR # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RECLOS;*;I2$;23| ; (BOOT::|n| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|RECLOS;*;I2$;23| ; (COND ((ZEROP #) (CONS 0 #)) ; ((ZEROP BOOT::|n|) (BOOT::|spadConstant| BOOT::$ 32)) ; ((EQL BOOT::|n| 1) BOOT::|x|) (T (CONS 1 #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |RECLOS;*;I2$;23!0| ...) ; compiling (DEFUN |RECLOS;*;TheField2$;24| ...) ; file: /tmp/oa-Cp3Sw9/code.lsp ; in: DEFUN |RECLOS;*;TheField2$;24| ; (DEFUN BOOT::|RECLOS;*;TheField2$;24| (BOOT::|rn| BOOT::|x| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|x|)) (CONS 0 (BOOT::SPADCALL BOOT::|rn| # #))) ; ((BOOT::SPADCALL BOOT::|rn| (BOOT::|shellEntry| BOOT::$ 99)) ; (BOOT::|spadConstant| BOOT::$ 32)) ; ((BOOT::SPADCALL BOOT::|rn| (BOOT::|shellEntry| BOOT::$ 100)) ; BOOT::|x|) ; (T (CONS 1 (VECTOR # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RECLOS;*;TheField2$;24| ; (BOOT::|rn| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|RECLOS;*;TheField2$;24| ; (COND ((ZEROP #) (CONS 0 #)) ; ((BOOT::SPADCALL BOOT::|rn| #) (BOOT::|spadConstant| BOOT::$ 32)) ; ((BOOT::SPADCALL BOOT::|rn| #) BOOT::|x|) (T (CONS 1 #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |RECLOS;*;TheField2$;24!0| ...) ; compiling (DEFUN |RECLOS;*;3$;25| ...) ; compiling (DEFUN |RECLOS;*;3$;25!1| ...) ; compiling (DEFUN |RECLOS;*;3$;25!0| ...) ; compiling (DEFUN |RECLOS;nonNull| ...) ; file: /tmp/oa-Cp3Sw9/code.lsp ; in: DEFUN |RECLOS;nonNull| ; (DEFUN BOOT::|RECLOS;nonNull| (BOOT::|r| BOOT::$) ; (COND ; ((ZEROP (BOOT::SPADCALL # #)) ; (BOOT::SPADCALL (SVREF BOOT::|r| 1) (BOOT::|shellEntry| BOOT::$ 36))) ; ((EQL (BOOT::SPADCALL # #) 1) (CONS 1 BOOT::|r|)) ; ((BOOT::SPADCALL (SVREF BOOT::|r| 1) (SVREF BOOT::|r| 0) ; (BOOT::|shellEntry| BOOT::$ 106)) ; (BOOT::|spadConstant| BOOT::$ 32)) ; (T (CONS 1 BOOT::|r|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RECLOS;nonNull| ; (BOOT::|r| BOOT::$) ; (BLOCK BOOT::|RECLOS;nonNull| ; (COND ((ZEROP #) (BOOT::SPADCALL # #)) ((EQL # 1) (CONS 1 BOOT::|r|)) ; ((BOOT::SPADCALL # # #) (BOOT::|spadConstant| BOOT::$ 32)) ; (T (CONS 1 BOOT::|r|))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |RECLOS;zero?;$B;27| ...) ; file: /tmp/oa-Cp3Sw9/code.lsp ; in: DEFUN |RECLOS;zero?;$B;27| ; (DEFUN BOOT::|RECLOS;zero?;$B;27| (BOOT::|x| BOOT::$) ; (AND (ZEROP (CAR BOOT::|x|)) ; (BOOT::SPADCALL (CDR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 99)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RECLOS;zero?;$B;27| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|RECLOS;zero?;$B;27| ; (AND (ZEROP (CAR BOOT::|x|)) ; (BOOT::SPADCALL (CDR BOOT::|x|) (BOOT::|shellEntry| BOOT::$ 99))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |RECLOS;+;3$;28| ...) ; compiling (DEFUN |RECLOS;-;2$;29| ...) ; compiling (DEFUN |RECLOS;retractIfCan;$U;30| ...) ; compiling (DEFUN |RECLOS;retract;$TheField;31| ...) ; compiling (DEFUN |RECLOS;lessAlgebraic| ...) ; file: /tmp/oa-Cp3Sw9/code.lsp ; in: DEFUN |RECLOS;lessAlgebraic| ; (DEFUN BOOT::|RECLOS;lessAlgebraic| (BOOT::|x| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|x|)) BOOT::|x|) ; ((ZEROP (BOOT::SPADCALL # #)) ; (BOOT::SPADCALL (SVREF # 1) (BOOT::|shellEntry| BOOT::$ 36))) ; (T ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RECLOS;lessAlgebraic| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|RECLOS;lessAlgebraic| ; (COND ((ZEROP #) BOOT::|x|) ((ZEROP #) (BOOT::SPADCALL # #)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |RECLOS;Zero;$;33| ...) ; compiling (DEFUN |RECLOS;One;$;34| ...) ; compiling (DEFUN |RECLOS;coerce;TheField$;35| ...) ; compiling (DEFUN |RealClosure| ...) ; compiling (DEFUN |RealClosure;| ...) ; compiling (MAKEPROP (QUOTE |RealClosure|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 10 notes ; /tmp/oa-Cp3Sw9/code.fasl written ; compilation finished in 0:00:00.162 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile REP1.spad && cp REP1.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/REP1.fasl \ && if test -f REP1-.NRLIB/code.fasl; then \ cp REP1-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/REP1-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/REP1.spad using Spad compiler. REP1 abbreviates package RepresentationPackage1 debug: compDefine1 lhs: (RepresentationPackage1 R) signature (pre-evaluate): ((CATEGORY package (IF (has R (ATTRIBUTE (commutative *))) (SIGNATURE antisymmetricTensors ((Matrix R) (Matrix R) (PositiveInteger))) %noBranch) (IF (has R (ATTRIBUTE (commutative *))) (SIGNATURE antisymmetricTensors ((List (Matrix R)) (List (Matrix R)) (PositiveInteger))) %noBranch) (SIGNATURE createGenericMatrix ((Matrix (Polynomial R)) (NonNegativeInteger))) (SIGNATURE symmetricTensors ((Matrix R) (Matrix R) (PositiveInteger))) (SIGNATURE symmetricTensors ((List (Matrix R)) (List (Matrix R)) (PositiveInteger))) (SIGNATURE tensorProduct ((Matrix R) (Matrix R) (Matrix R))) (SIGNATURE tensorProduct ((List (Matrix R)) (List (Matrix R)) (List (Matrix R)))) (SIGNATURE tensorProduct ((Matrix R) (Matrix R))) (SIGNATURE tensorProduct ((List (Matrix R)) (List (Matrix R)))) (SIGNATURE permutationRepresentation ((Matrix (Integer)) (Permutation (Integer)) (Integer))) (SIGNATURE permutationRepresentation ((Matrix (Integer)) (List (Integer)))) (SIGNATURE permutationRepresentation ((List (Matrix (Integer))) (List (Permutation (Integer))) (Integer))) (SIGNATURE permutationRepresentation ((List (Matrix (Integer))) (List (List (Integer)))))) NIL) debug: evaluateType form: (CATEGORY package (IF (has R (ATTRIBUTE (commutative *))) (SIGNATURE antisymmetricTensors ((Matrix R) (Matrix R) (PositiveInteger))) %noBranch) (IF (has R (ATTRIBUTE (commutative *))) (SIGNATURE antisymmetricTensors ((List (Matrix R)) (List (Matrix R)) (PositiveInteger))) %noBranch) (SIGNATURE createGenericMatrix ((Matrix (Polynomial R)) (NonNegativeInteger))) (SIGNATURE symmetricTensors ((Matrix R) (Matrix R) (PositiveInteger))) (SIGNATURE symmetricTensors ((List (Matrix R)) (List (Matrix R)) (PositiveInteger))) (SIGNATURE tensorProduct ((Matrix R) (Matrix R) (Matrix R))) (SIGNATURE tensorProduct ((List (Matrix R)) (List (Matrix R)) (List (Matrix R)))) (SIGNATURE tensorProduct ((Matrix R) (Matrix R))) (SIGNATURE tensorProduct ((List (Matrix R)) (List (Matrix R)))) (SIGNATURE permutationRepresentation ((Matrix (Integer)) (Permutation (Integer)) (Integer))) (SIGNATURE permutationRepresentation ((Matrix (Integer)) (List (Integer)))) (SIGNATURE permutationRepresentation ((List (Matrix (Integer))) (List (Permutation (Integer))) (Integer))) (SIGNATURE permutationRepresentation ((List (Matrix (Integer))) (List (List (Integer)))))) $param: (R) debug: evaluateType form: (Matrix (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Matrix (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Ring) debug: evaluateType form: (NonNegativeInteger) $param: (R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (PositiveInteger) $param: (R) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (List (Matrix R)) $param: (R) Debug: evaluateType1 form: (List (Matrix R)) debug: evaluateType1 x: (Matrix R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Matrix R) c: (Type) debug: evaluateType form: (List (Matrix R)) $param: (R) Debug: evaluateType1 form: (List (Matrix R)) debug: evaluateType1 x: (Matrix R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Matrix R) c: (Type) debug: evaluateType form: (PositiveInteger) $param: (R) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (List (Matrix R)) $param: (R) Debug: evaluateType1 form: (List (Matrix R)) debug: evaluateType1 x: (Matrix R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Matrix R) c: (Type) debug: evaluateType form: (List (Matrix R)) $param: (R) Debug: evaluateType1 form: (List (Matrix R)) debug: evaluateType1 x: (Matrix R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Matrix R) c: (Type) debug: evaluateType form: (List (Matrix R)) $param: (R) Debug: evaluateType1 form: (List (Matrix R)) debug: evaluateType1 x: (Matrix R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Matrix R) c: (Type) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (List (Matrix R)) $param: (R) Debug: evaluateType1 form: (List (Matrix R)) debug: evaluateType1 x: (Matrix R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Matrix R) c: (Type) debug: evaluateType form: (List (Matrix R)) $param: (R) Debug: evaluateType1 form: (List (Matrix R)) debug: evaluateType1 x: (Matrix R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix R) $param: (R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Matrix R) c: (Type) debug: evaluateType form: (Matrix (Integer)) $param: (R) Debug: evaluateType1 form: (Matrix (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evaluateType form: (Permutation (Integer)) $param: (R) Debug: evaluateType1 form: (Permutation (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Matrix (Integer)) $param: (R) Debug: evaluateType1 form: (Matrix (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evaluateType form: (List (Integer)) $param: (R) Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (List (Matrix (Integer))) $param: (R) Debug: evaluateType1 form: (List (Matrix (Integer))) debug: evaluateType1 x: (Matrix (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix (Integer)) $param: (R) Debug: evaluateType1 form: (Matrix (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evalCategory d: (Matrix (Integer)) c: (Type) debug: evaluateType form: (List (Permutation (Integer))) $param: (R) Debug: evaluateType1 form: (List (Permutation (Integer))) debug: evaluateType1 x: (Permutation (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Permutation (Integer)) $param: (R) Debug: evaluateType1 form: (Permutation (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evalCategory d: (Permutation (Integer)) c: (Type) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (List (Matrix (Integer))) $param: (R) Debug: evaluateType1 form: (List (Matrix (Integer))) debug: evaluateType1 x: (Matrix (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix (Integer)) $param: (R) Debug: evaluateType1 form: (Matrix (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evalCategory d: (Matrix (Integer)) c: (Type) debug: evaluateType form: (List (List (Integer))) $param: (R) Debug: evaluateType1 form: (List (List (Integer))) debug: evaluateType1 x: (List (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Integer)) $param: (R) Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evalCategory d: (List (Integer)) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (IF (has R (ATTRIBUTE (commutative *))) (SIGNATURE antisymmetricTensors ((Matrix R) (Matrix R) (PositiveInteger))) %noBranch) (IF (has R (ATTRIBUTE (commutative *))) (SIGNATURE antisymmetricTensors ((List (Matrix R)) (List (Matrix R)) (PositiveInteger))) %noBranch) (SIGNATURE createGenericMatrix ((Matrix (Polynomial R)) (NonNegativeInteger))) (SIGNATURE symmetricTensors ((Matrix R) (Matrix R) (PositiveInteger))) (SIGNATURE symmetricTensors ((List (Matrix R)) (List (Matrix R)) (PositiveInteger))) (SIGNATURE tensorProduct ((Matrix R) (Matrix R) (Matrix R))) (SIGNATURE tensorProduct ((List (Matrix R)) (List (Matrix R)) (List (Matrix R)))) (SIGNATURE tensorProduct ((Matrix R) (Matrix R))) (SIGNATURE tensorProduct ((List (Matrix R)) (List (Matrix R)))) (SIGNATURE permutationRepresentation ((Matrix (Integer)) (Permutation (Integer)) (Integer))) (SIGNATURE permutationRepresentation ((Matrix (Integer)) (List (Integer)))) (SIGNATURE permutationRepresentation ((List (Matrix (Integer))) (List (Permutation (Integer))) (Integer))) (SIGNATURE permutationRepresentation ((List (Matrix (Integer))) (List (List (Integer)))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for RepresentationPackage1 compiling into /tmp/oa-o8Imnz importing OutputForm compiling local calcCoef : (List Integer,Matrix Integer) -> Integer Time: 0.06 SEC. compiling local invContent : List Integer -> Vector Integer Time: 0.02 SEC. compiling exported antisymmetricTensors : (Matrix R,PositiveInteger) -> Matrix R Time: 0.03 SEC. compiling exported antisymmetricTensors : (List Matrix R,PositiveInteger) -> List Matrix R Time: 0.02 SEC. compiling exported symmetricTensors : (Matrix R,PositiveInteger) -> Matrix R Time: 0.06 SEC. compiling exported symmetricTensors : (List Matrix R,PositiveInteger) -> List Matrix R Time: 0.01 SEC. compiling exported tensorProduct : (Matrix R,Matrix R) -> Matrix R Time: 0.01 SEC. compiling exported tensorProduct : (List Matrix R,List Matrix R) -> List Matrix R Time: 0.02 SEC. compiling exported tensorProduct : Matrix R -> Matrix R Time: 0 SEC. compiling exported tensorProduct : List Matrix R -> List Matrix R Time: 0.00 SEC. compiling exported permutationRepresentation : (Permutation Integer,Integer) -> Matrix Integer Time: 0.02 SEC. compiling exported permutationRepresentation : List Integer -> Matrix Integer Time: 0.02 SEC. compiling exported permutationRepresentation : (List Permutation Integer,Integer) -> List Matrix Integer Time: 0.02 SEC. compiling exported permutationRepresentation : List List Integer -> List Matrix Integer Time: 0.02 SEC. compiling exported createGenericMatrix : NonNegativeInteger -> Matrix Polynomial R Time: 0.06 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] antisymmetricTensors: not known that Ring is of mode CATEGORY(package,commutative "*") Cumulative Statistics for Constructor RepresentationPackage1 Time: 0.38 seconds finalizing NRLIB REP1 Processing RepresentationPackage1 for Browser database: -- antisymmetricTensors : (M R,PI) -> M R -- antisymmetricTensors : (L M R,PI) -> L M R -- createGenericMatrix : NNI -> M P R -- symmetricTensors : (M R,PI) -> M R -- symmetricTensors : (L M R,PI) -> L M R -- tensorProduct : (M R,M R) -> M R -- tensorProduct : (L M R,L M R) -> L M R -- tensorProduct : M R -> M R -- tensorProduct : L M R -> L M R -- permutationRepresentation : (PERM I,I) -> M I -- permutationRepresentation : L I -> M I -- permutationRepresentation : (L PERM I,I) -> L M I -- permutationRepresentation : L L I -> L M I -- constructor ; compiling file "/tmp/oa-o8Imnz/code.lsp" (written 01 FEB 2016 11:13:52 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |REP1;calcCoef| ...) ; compiling (DEFUN |REP1;invContent| ...) ; compiling (DEFUN |REP1;antisymmetricTensors;MPiM;3| ...) ; compiling (DEFUN |REP1;antisymmetricTensors;LPiL;4| ...) ; file: /tmp/oa-o8Imnz/code.lsp ; in: DEFUN |REP1;antisymmetricTensors;LPiL;4| ; (DEFUN BOOT::|REP1;antisymmetricTensors;LPiL;4| ; (BOOT::|la| BOOT::|k| BOOT::$) ; (LET ((#:G624 BOOT::|la|) (#:G571 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G624 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|REP1;antisymmetricTensors;LPiL;4| ; (BOOT::|la| BOOT::|k| BOOT::$) ; (BLOCK BOOT::|REP1;antisymmetricTensors;LPiL;4| ; (LET ((#:G624 BOOT::|la|) (#:G571 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |REP1;symmetricTensors;MPiM;5| ...) ; compiling (DEFUN |REP1;symmetricTensors;LPiL;6| ...) ; file: /tmp/oa-o8Imnz/code.lsp ; in: DEFUN |REP1;symmetricTensors;LPiL;6| ; (DEFUN BOOT::|REP1;symmetricTensors;LPiL;6| (BOOT::|la| BOOT::|k| BOOT::$) ; (LET ((#:G625 BOOT::|la|) (#:G587 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G625 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|REP1;symmetricTensors;LPiL;6| ; (BOOT::|la| BOOT::|k| BOOT::$) ; (BLOCK BOOT::|REP1;symmetricTensors;LPiL;6| ; (LET ((#:G625 BOOT::|la|) (#:G587 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |REP1;tensorProduct;3M;7| ...) ; compiling (DEFUN |REP1;tensorProduct;3L;8| ...) ; file: /tmp/oa-o8Imnz/code.lsp ; in: DEFUN |REP1;tensorProduct;3L;8| ; (DEFUN BOOT::|REP1;tensorProduct;3L;8| (BOOT::|la| BOOT::|lb| BOOT::$) ; (LET ((BOOT::|i| 1) (#:G626 (BOOT::SPADCALL BOOT::|la| #)) (#:G598 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ BOOT::|i| #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|REP1;tensorProduct;3L;8| ; (BOOT::|la| BOOT::|lb| BOOT::$) ; (BLOCK BOOT::|REP1;tensorProduct;3L;8| ; (LET ((BOOT::|i| 1) (#:G626 #) (#:G598 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |REP1;tensorProduct;2M;9| ...) ; compiling (DEFUN |REP1;tensorProduct;2L;10| ...) ; compiling (DEFUN |REP1;permutationRepresentation;PIM;11| ...) ; compiling (DEFUN |REP1;permutationRepresentation;LM;12| ...) ; file: /tmp/oa-o8Imnz/code.lsp ; in: DEFUN |REP1;permutationRepresentation;LM;12| ; (BOOT::|moanRetract| BOOT::|n| '(BOOT::|NonNegativeInteger|)) ; ==> ; BOOT::|n| ; ; note: deleting unreachable code ; ; note: deleting unreachable code ; compiling (DEFUN |REP1;permutationRepresentation;LIL;13| ...) ; file: /tmp/oa-o8Imnz/code.lsp ; in: DEFUN |REP1;permutationRepresentation;LIL;13| ; (DEFUN BOOT::|REP1;permutationRepresentation;LIL;13| ; (BOOT::|listperm| BOOT::|n| BOOT::$) ; (LET ((#:G627 BOOT::|listperm|) (#:G609 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G627 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|REP1;permutationRepresentation;LIL;13| ; (BOOT::|listperm| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|REP1;permutationRepresentation;LIL;13| ; (LET ((#:G627 BOOT::|listperm|) (#:G609 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |REP1;permutationRepresentation;LL;14| ...) ; file: /tmp/oa-o8Imnz/code.lsp ; in: DEFUN |REP1;permutationRepresentation;LL;14| ; (DEFUN BOOT::|REP1;permutationRepresentation;LL;14| ; (BOOT::|listperm| BOOT::$) ; (LET ((#:G628 BOOT::|listperm|) (#:G612 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G628 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|REP1;permutationRepresentation;LL;14| ; (BOOT::|listperm| BOOT::$) ; (BLOCK BOOT::|REP1;permutationRepresentation;LL;14| ; (LET ((#:G628 BOOT::|listperm|) (#:G612 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |REP1;createGenericMatrix;NniM;15| ...) ; compiling (DEFUN |RepresentationPackage1| ...) ; compiling (DEFUN |RepresentationPackage1;| ...) ; compiling (MAKEPROP (QUOTE |RepresentationPackage1|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 7 notes ; /tmp/oa-o8Imnz/code.fasl written ; compilation finished in 0:00:00.101 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile QUATCAT.spad && cp QUATCAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/QUATCAT.fasl \ && if test -f QUATCAT-.NRLIB/code.fasl; then \ cp QUATCAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/QUATCAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/QUATCAT.spad using Spad compiler. QUATCAT abbreviates category QuaternionCategory debug: compDefine1 lhs: (QuaternionCategory R) signature (pre-evaluate): ((Category) (CommutativeRing)) debug: evaluateType form: (Category) $param: (R) debug: evaluateType form: (CommutativeRing) $param: (R) Debug: evaluateType1 form: (CommutativeRing) debug: compDefine1 signature (post evaluate): ((Category) (CommutativeRing)) debug: compDefine1 lhs: (QuaternionCategory R) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (R) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for QuaternionCategory compiling into /tmp/oa-omwzGb STYLE-WARNING: redefining BOOT::|QuaternionCategory| in DEFUN Time: 0.03 SEC. QUATCAT- abbreviates package QuaternionCategory& ------------------------------------------------------------------------ initializing stationary directory for QuaternionCategory& compiling into /tmp/oa-aT2r8Q compiling exported characteristic : () -> NonNegativeInteger Time: 0.05 SEC. compiling exported conjugate : S -> S Time: 0 SEC. compiling exported map : (R -> R,S) -> S Time: 0 SEC. compiling exported norm : S -> R Time: 0.01 SEC. compiling exported = : (S,S) -> Boolean Time: 0.00 SEC. compiling exported + : (S,S) -> S Time: 0.00 SEC. compiling exported - : (S,S) -> S Time: 0.00 SEC. compiling exported - : S -> S Time: 0 SEC. compiling exported * : (R,S) -> S Time: 0.00 SEC. compiling exported * : (Integer,S) -> S Time: 0.01 SEC. compiling exported differentiate : (S,R -> R) -> S Time: 0.00 SEC. compiling exported coerce : R -> S Time: 0 SEC. compiling exported coerce : Integer -> S Time: 0.01 SEC. compiling exported one? : S -> Boolean Time: 0 SEC. compiling exported zero? : S -> Boolean Time: 0.00 SEC. compiling exported retract : S -> R Time: 0.00 SEC. compiling exported retractIfCan : S -> Union(R,failed) Time: 0.00 SEC. compiling exported coerce : S -> OutputForm Debug compQuote expr: (QUOTE i) m: (OutputForm) Debug compQuote expr: (QUOTE j) m: (OutputForm) Debug compQuote expr: (QUOTE k) m: (OutputForm) Time: 0.03 SEC. compiling exported inv : S -> S Time: 0.02 SEC. compiling exported convert : S -> InputForm Time: 0.03 SEC. compiling exported < : (S,S) -> Boolean Time: 0.01 SEC. compiling exported abs : S -> R Time: 0.01 SEC. compiling exported rational? : S -> Boolean Time: 0.00 SEC. compiling exported rational : S -> Fraction Integer Time: 0.02 SEC. compiling exported rationalIfCan : S -> Union(Fraction Integer,failed) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Cumulative Statistics for Constructor QuaternionCategory& Time: 0.26 seconds finalizing NRLIB QUATCAT- ; compiling file "/tmp/oa-aT2r8Q/code.lsp" (written 01 FEB 2016 11:13:52 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |QUATCAT-;characteristic;Nni;1| ...) ; file: /tmp/oa-aT2r8Q/code.lsp ; in: DEFUN |QUATCAT-;characteristic;Nni;1| ; (DEFUN BOOT::|QUATCAT-;characteristic;Nni;1| (BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 9)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|QUATCAT-;characteristic;Nni;1| ; (BOOT::$) ; (BLOCK BOOT::|QUATCAT-;characteristic;Nni;1| ; (BOOT::|spadConstant| BOOT::$ 9))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |QUATCAT-;conjugate;2$;2| ...) ; compiling (DEFUN |QUATCAT-;map;M2$;3| ...) ; compiling (DEFUN |QUATCAT-;norm;$R;4| ...) ; compiling (DEFUN |QUATCAT-;=;2$B;5| ...) ; file: /tmp/oa-aT2r8Q/code.lsp ; in: DEFUN |QUATCAT-;=;2$B;5| ; (DEFUN BOOT::|QUATCAT-;=;2$B;5| (BOOT::|x| BOOT::|y| BOOT::$) ; (AND ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::SPADCALL BOOT::|y| (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|shellEntry| BOOT::$ 24)) ; (AND ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) (BOOT::SPADCALL BOOT::|y| #) ; (BOOT::|shellEntry| BOOT::$ 24)) ; (AND (BOOT::SPADCALL # # #) (BOOT::SPADCALL # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|QUATCAT-;=;2$B;5| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|QUATCAT-;=;2$B;5| ; (AND ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) ; (BOOT::SPADCALL BOOT::|y| #) ; (BOOT::|shellEntry| BOOT::$ 24)) ; (AND (BOOT::SPADCALL # # #) (AND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |QUATCAT-;+;3$;6| ...) ; compiling (DEFUN |QUATCAT-;-;3$;7| ...) ; compiling (DEFUN |QUATCAT-;-;2$;8| ...) ; compiling (DEFUN |QUATCAT-;*;R2$;9| ...) ; compiling (DEFUN |QUATCAT-;*;I2$;10| ...) ; compiling (DEFUN |QUATCAT-;differentiate;$M$;11| ...) ; compiling (DEFUN |QUATCAT-;coerce;R$;12| ...) ; compiling (DEFUN |QUATCAT-;coerce;I$;13| ...) ; compiling (DEFUN |QUATCAT-;one?;$B;14| ...) ; file: /tmp/oa-aT2r8Q/code.lsp ; in: DEFUN |QUATCAT-;one?;$B;14| ; (DEFUN BOOT::|QUATCAT-;one?;$B;14| (BOOT::|x| BOOT::$) ; (AND ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|shellEntry| BOOT::$ 40)) ; (AND ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) ; (BOOT::|shellEntry| BOOT::$ 41)) ; (AND (BOOT::SPADCALL # #) (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|QUATCAT-;one?;$B;14| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|QUATCAT-;one?;$B;14| ; (AND ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) ; (BOOT::|shellEntry| BOOT::$ 40)) ; (AND (BOOT::SPADCALL # #) (AND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |QUATCAT-;zero?;$B;15| ...) ; file: /tmp/oa-aT2r8Q/code.lsp ; in: DEFUN |QUATCAT-;zero?;$B;15| ; (DEFUN BOOT::|QUATCAT-;zero?;$B;15| (BOOT::|x| BOOT::$) ; (AND ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 11)) ; (BOOT::|shellEntry| BOOT::$ 41)) ; (AND ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) ; (BOOT::|shellEntry| BOOT::$ 41)) ; (AND (BOOT::SPADCALL # #) (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|QUATCAT-;zero?;$B;15| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|QUATCAT-;zero?;$B;15| ; (AND ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) ; (BOOT::|shellEntry| BOOT::$ 41)) ; (AND (BOOT::SPADCALL # #) (AND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |QUATCAT-;retract;$R;16| ...) ; compiling (DEFUN |QUATCAT-;retractIfCan;$U;17| ...) ; compiling (DEFUN |QUATCAT-;coerce;$Of;18| ...) ; compiling (DEFUN |QUATCAT-;inv;2$;19| ...) ; compiling (DEFUN |QUATCAT-;convert;$If;20| ...) ; compiling (DEFUN |QUATCAT-;<;2$B;21| ...) ; file: /tmp/oa-aT2r8Q/code.lsp ; in: DEFUN |QUATCAT-;<;2$B;21| ; (DEFUN BOOT::|QUATCAT-;<;2$B;21| (BOOT::|x| BOOT::|y| BOOT::$) ; (COND ; ((BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) (BOOT::SPADCALL BOOT::|y| #) ; (BOOT::|shellEntry| BOOT::$ 24)) ; (COND (# #) (T #))) ; (T ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) (BOOT::SPADCALL BOOT::|y| #) ; (BOOT::|shellEntry| BOOT::$ 68))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|QUATCAT-;<;2$B;21| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|QUATCAT-;<;2$B;21| ; (COND ((BOOT::SPADCALL # # #) (COND # #)) (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |QUATCAT-;abs;$R;22| ...) ; compiling (DEFUN |QUATCAT-;rational?;$B;23| ...) ; file: /tmp/oa-aT2r8Q/code.lsp ; in: DEFUN |QUATCAT-;rational?;$B;23| ; (DEFUN BOOT::|QUATCAT-;rational?;$B;23| (BOOT::|x| BOOT::$) ; (AND ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 12)) ; (BOOT::|shellEntry| BOOT::$ 41)) ; (AND ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) ; (BOOT::|shellEntry| BOOT::$ 41)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) ; (BOOT::|shellEntry| BOOT::$ 41))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|QUATCAT-;rational?;$B;23| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|QUATCAT-;rational?;$B;23| ; (AND ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| #) ; (BOOT::|shellEntry| BOOT::$ 41)) ; (AND (BOOT::SPADCALL # #) (BOOT::SPADCALL # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |QUATCAT-;rational;$F;24| ...) ; compiling (DEFUN |QUATCAT-;rationalIfCan;$U;25| ...) ; compiling (DEFUN |QuaternionCategory&| ...) ; compiling (MAKEPROP (QUOTE |QuaternionCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 6 notes ; /tmp/oa-aT2r8Q/code.fasl written ; compilation finished in 0:00:00.109 ------------------------------------------------------------------------ finalizing NRLIB QUATCAT Processing QuaternionCategory for Browser database: -- conjugate : % -> % -- imagI : % -> R -- imagJ : % -> R -- imagK : % -> R -- norm : % -> R -- quatern : (R,R,R,R) -> % -- real : % -> R -- abs : % -> R -- rational? : % -> Boolean -- rational : % -> Fraction Integer -- rationalIfCan : % -> Union(Fraction Integer,"failed") -- constructor ; compiling file "/tmp/oa-omwzGb/code.lsp" (written 01 FEB 2016 11:13:52 PM): ; compiling (DEFPARAMETER |QuaternionCategory;AL| ...) ; compiling (DEFUN |QuaternionCategory;| ...) ; compiling (DEFUN |QuaternionCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-omwzGb/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ROMAN.spad && cp ROMAN.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ROMAN.fasl \ && if test -f ROMAN-.NRLIB/code.fasl; then \ cp ROMAN-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ROMAN-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ROMAN.spad using Spad compiler. ROMAN abbreviates domain RomanNumeral debug: compDefine1 lhs: (RomanNumeral) signature (pre-evaluate): ((Join (IntegerNumberSystem) (ConvertibleFrom (Symbol)) (CATEGORY domain (ATTRIBUTE canonical) (SIGNATURE roman ($ (Symbol))) (SIGNATURE roman ($ (Integer)))))) debug: evaluateType form: (Join (IntegerNumberSystem) (ConvertibleFrom (Symbol)) (CATEGORY domain (ATTRIBUTE canonical) (SIGNATURE roman ($ (Symbol))) (SIGNATURE roman ($ (Integer))))) $param: NIL debug: evaluateType form: (IntegerNumberSystem) $param: NIL Debug: evaluateType1 form: (IntegerNumberSystem) debug: evaluateType form: (ConvertibleFrom (Symbol)) $param: NIL Debug: evaluateType1 form: (ConvertibleFrom (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (CATEGORY domain (ATTRIBUTE canonical) (SIGNATURE roman ($ (Symbol))) (SIGNATURE roman ($ (Integer)))) $param: NIL debug: evaluateType form: (Symbol) $param: NIL Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((Join (IntegerNumberSystem) (ConvertibleFrom (Symbol)) (CATEGORY domain (ATTRIBUTE canonical) (SIGNATURE roman ($ (Symbol))) (SIGNATURE roman ($ (Integer)))))) ------------------------------------------------------------------------ initializing stationary directory for RomanNumeral compiling into /tmp/oa-J5BakO importing NumberFormats compiling exported roman : Integer -> % Time: 0.04 SEC. compiling exported roman : Symbol -> % Time: 0.00 SEC. compiling exported convert : Symbol -> % Time: 0.02 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.03 SEC. Cumulative Statistics for Constructor RomanNumeral Time: 0.11 seconds finalizing NRLIB ROMAN Processing RomanNumeral for Browser database: -- canonical : () -> attribute -- roman : Symbol -> % -- roman : Integer -> % -- constructor ; compiling file "/tmp/oa-J5BakO/code.lsp" (written 01 FEB 2016 11:13:52 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ROMAN;roman;I$;1| ...) ; file: /tmp/oa-J5BakO/code.lsp ; in: DEFUN |ROMAN;roman;I$;1| ; (DEFUN BOOT::|ROMAN;roman;I$;1| (BOOT::|n| BOOT::$) ; (BOOT::SPADCALL BOOT::|n| (BOOT::|shellEntry| BOOT::$ 6))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ROMAN;roman;I$;1| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|ROMAN;roman;I$;1| ; (BOOT::SPADCALL BOOT::|n| (BOOT::|shellEntry| BOOT::$ 6)))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |ROMAN;roman;S$;2| ...) ; compiling (DEFUN |ROMAN;convert;S$;3| ...) ; file: /tmp/oa-J5BakO/code.lsp ; in: DEFUN |ROMAN;convert;S$;3| ; (DEFUN BOOT::|ROMAN;convert;S$;3| (BOOT::|sy| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|sy| (BOOT::|shellEntry| BOOT::$ 12)) ; (BOOT::|shellEntry| BOOT::$ 15)) ; (BOOT::|shellEntry| BOOT::$ 6))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ROMAN;convert;S$;3| ; (BOOT::|sy| BOOT::$) ; (BLOCK BOOT::|ROMAN;convert;S$;3| ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|sy| #) ; (BOOT::|shellEntry| BOOT::$ 15)) ; (BOOT::|shellEntry| BOOT::$ 6)))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |ROMAN;coerce;$Of;4| ...) ; compiling (DEFUN |RomanNumeral| ...) ; compiling (DEFUN |RomanNumeral;| ...) ; compiling (MAKEPROP (QUOTE |RomanNumeral|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-J5BakO/code.fasl written ; compilation finished in 0:00:00.023 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile RULECOLD.spad && cp RULECOLD.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RULECOLD.fasl \ && if test -f RULECOLD-.NRLIB/code.fasl; then \ cp RULECOLD-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RULECOLD-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RULECOLD.spad using Spad compiler. RULECOLD abbreviates domain RuleCalled debug: compDefine1 lhs: (RuleCalled f) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE name ((Symbol) $)))) (Symbol)) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (SIGNATURE name ((Symbol) $)))) $param: (f) debug: evaluateType form: (SetCategory) $param: (f) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE name ((Symbol) $))) $param: (f) debug: evaluateType form: (Symbol) $param: (f) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Symbol) $param: (f) Debug: evaluateType1 form: (Symbol) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE name ((Symbol) $)))) (Symbol)) debug: compDefine1 lhs: (RuleCalled f) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE name ((Symbol) $)))) NIL) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (SIGNATURE name ((Symbol) $)))) $param: (f) debug: evaluateType form: (SetCategory) $param: (f) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE name ((Symbol) $))) $param: (f) debug: evaluateType form: (Symbol) $param: (f) Debug: evaluateType1 form: (Symbol) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE name ((Symbol) $)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for RuleCalled compiling into /tmp/oa-wZioUT compiling exported name : % -> Symbol Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Time: 0.02 SEC. compiling exported = : (%,%) -> Boolean RULECOLD;=;2$B;3(x,y) is replaced by %true Time: 0.00 SEC. compiling exported latex : % -> String Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor RuleCalled Time: 0.03 seconds finalizing NRLIB RULECOLD Processing RuleCalled for Browser database: -- name : % -> Symbol -- constructor ; compiling file "/tmp/oa-wZioUT/code.lsp" (written 01 FEB 2016 11:13:53 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |RULECOLD;=;2$B;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |RULECOLD;name;$S;1|) ...) ; compiling (DEFUN |RULECOLD;name;$S;1| ...) ; file: /tmp/oa-wZioUT/code.lsp ; in: DEFUN |RULECOLD;name;$S;1| ; (DEFUN BOOT::|RULECOLD;name;$S;1| (BOOT::|r| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 6)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RULECOLD;name;$S;1| ; (BOOT::|r| BOOT::$) ; (BLOCK BOOT::|RULECOLD;name;$S;1| (BOOT::|shellEntry| BOOT::$ 6))) ; ; caught STYLE-WARNING: ; The variable |r| is defined but never used. ; compiling (DEFUN |RULECOLD;coerce;$Of;2| ...) ; file: /tmp/oa-wZioUT/code.lsp ; in: DEFUN |RULECOLD;coerce;$Of;2| ; (DEFUN BOOT::|RULECOLD;coerce;$Of;2| (BOOT::|r| BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 6) ; (BOOT::|shellEntry| BOOT::$ 10))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RULECOLD;coerce;$Of;2| ; (BOOT::|r| BOOT::$) ; (BLOCK BOOT::|RULECOLD;coerce;$Of;2| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 6) ; (BOOT::|shellEntry| BOOT::$ 10)))) ; ; caught STYLE-WARNING: ; The variable |r| is defined but never used. ; compiling (DEFUN |RULECOLD;=;2$B;3| ...) ; file: /tmp/oa-wZioUT/code.lsp ; in: DEFUN |RULECOLD;=;2$B;3| ; (DEFUN BOOT::|RULECOLD;=;2$B;3| (BOOT::|x| BOOT::|y| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; T) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RULECOLD;=;2$B;3| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|RULECOLD;=;2$B;3| T)) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |y| is defined but never used. ; compiling (DEFUN |RULECOLD;latex;$S;4| ...) ; file: /tmp/oa-wZioUT/code.lsp ; in: DEFUN |RULECOLD;latex;$S;4| ; (DEFUN BOOT::|RULECOLD;latex;$S;4| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 6) ; (BOOT::|shellEntry| BOOT::$ 16))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RULECOLD;latex;$S;4| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|RULECOLD;latex;$S;4| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 6) ; (BOOT::|shellEntry| BOOT::$ 16)))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |RuleCalled| ...) ; compiling (DEFUN |RuleCalled;| ...) ; compiling (MAKEPROP (QUOTE |RuleCalled|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 5 STYLE-WARNING conditions ; printed 1 note ; /tmp/oa-wZioUT/code.fasl written ; compilation finished in 0:00:00.023 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SPECOUT.spad && cp SPECOUT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SPECOUT.fasl \ && if test -f SPECOUT-.NRLIB/code.fasl; then \ cp SPECOUT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SPECOUT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SPECOUT.spad using Spad compiler. SPECOUT abbreviates package SpecialOutputPackage debug: compDefine1 lhs: (SpecialOutputPackage) signature (pre-evaluate): ((CATEGORY package (SIGNATURE outputAsFortran ((Void) (String) (OutputForm))) (SIGNATURE outputAsFortran ((Void) (OutputForm))) (SIGNATURE outputAsScript ((Void) (OutputForm))) (SIGNATURE outputAsTex ((Void) (OutputForm))) (SIGNATURE outputAsFortran ((Void) (List (OutputForm)))) (SIGNATURE outputAsScript ((Void) (List (OutputForm)))) (SIGNATURE outputAsTex ((Void) (List (OutputForm)))))) debug: evaluateType form: (CATEGORY package (SIGNATURE outputAsFortran ((Void) (String) (OutputForm))) (SIGNATURE outputAsFortran ((Void) (OutputForm))) (SIGNATURE outputAsScript ((Void) (OutputForm))) (SIGNATURE outputAsTex ((Void) (OutputForm))) (SIGNATURE outputAsFortran ((Void) (List (OutputForm)))) (SIGNATURE outputAsScript ((Void) (List (OutputForm)))) (SIGNATURE outputAsTex ((Void) (List (OutputForm))))) $param: NIL debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (List (OutputForm)) $param: NIL Debug: evaluateType1 form: (List (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (List (OutputForm)) $param: NIL Debug: evaluateType1 form: (List (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (List (OutputForm)) $param: NIL Debug: evaluateType1 form: (List (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE outputAsFortran ((Void) (String) (OutputForm))) (SIGNATURE outputAsFortran ((Void) (OutputForm))) (SIGNATURE outputAsScript ((Void) (OutputForm))) (SIGNATURE outputAsTex ((Void) (OutputForm))) (SIGNATURE outputAsFortran ((Void) (List (OutputForm)))) (SIGNATURE outputAsScript ((Void) (List (OutputForm)))) (SIGNATURE outputAsTex ((Void) (List (OutputForm)))))) ------------------------------------------------------------------------ initializing stationary directory for SpecialOutputPackage compiling into /tmp/oa-mhk5U3 compiling local juxtaposeTerms : List OutputForm -> OutputForm Time: 0.02 SEC. compiling exported outputAsFortran : OutputForm -> Void SPECOUT;outputAsFortran;OfV;2 is replaced by dispfortexp Time: 0 SEC. compiling exported outputAsFortran : (String,OutputForm) -> Void Time: 0.02 SEC. compiling exported outputAsFortran : List OutputForm -> Void Time: 0 SEC. compiling exported outputAsScript : OutputForm -> Void SPECOUT;outputAsScript;OfV;5 is replaced by formulaFormat Time: 0 SEC. compiling exported outputAsScript : List OutputForm -> Void Time: 0 SEC. compiling exported outputAsTex : OutputForm -> Void SPECOUT;outputAsTex;OfV;7 is replaced by texFormat Time: 0 SEC. compiling exported outputAsTex : List OutputForm -> Void Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor SpecialOutputPackage Time: 0.04 seconds finalizing NRLIB SPECOUT Processing SpecialOutputPackage for Browser database: -- outputAsFortran : (String,OutputForm) -> Void -- outputAsFortran : OutputForm -> Void -- outputAsScript : OutputForm -> Void -- outputAsTex : OutputForm -> Void -- outputAsFortran : List OutputForm -> Void -- outputAsScript : List OutputForm -> Void -- outputAsTex : List OutputForm -> Void -- constructor ; compiling file "/tmp/oa-mhk5U3/code.lsp" (written 01 FEB 2016 11:13:53 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPECOUT;outputAsFortran;OfV;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPECOUT;outputAsScript;OfV;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPECOUT;outputAsTex;OfV;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SPECOUT;juxtaposeTerms| ...) ; compiling (DEFUN |SPECOUT;outputAsFortran;OfV;2| ...) ; compiling (DEFUN |SPECOUT;outputAsFortran;SOfV;3| ...) ; compiling (DEFUN |SPECOUT;outputAsFortran;LV;4| ...) ; compiling (DEFUN |SPECOUT;outputAsScript;OfV;5| ...) ; compiling (DEFUN |SPECOUT;outputAsScript;LV;6| ...) ; compiling (DEFUN |SPECOUT;outputAsTex;OfV;7| ...) ; compiling (DEFUN |SPECOUT;outputAsTex;LV;8| ...) ; compiling (DEFUN |SpecialOutputPackage| ...) ; compiling (DEFUN |SpecialOutputPackage;| ...) ; compiling (MAKEPROP (QUOTE |SpecialOutputPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; file: /tmp/oa-mhk5U3/code.lsp ; in: DEFUN |SPECOUT;outputAsScript;LV;6| ; (BOOT::|formulaFormat| (BOOT::|SPECOUT;juxtaposeTerms| BOOT::|l| BOOT::$)) ; ; caught STYLE-WARNING: ; undefined function: |formulaFormat| ; in: DEFUN |SPECOUT;outputAsScript;OfV;5| ; (BOOT::|formulaFormat| BOOT::|e|) ; ; caught STYLE-WARNING: ; undefined function: |formulaFormat| ; ; compilation unit finished ; Undefined function: ; |formulaFormat| ; caught 2 STYLE-WARNING conditions ; /tmp/oa-mhk5U3/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SPADPRSR.spad && cp SPADPRSR.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SPADPRSR.fasl \ && if test -f SPADPRSR-.NRLIB/code.fasl; then \ cp SPADPRSR-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SPADPRSR-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SPADPRSR.spad using Spad compiler. SPADPRSR abbreviates package SpadParser debug: compDefine1 lhs: (SpadParser) signature (pre-evaluate): ((CATEGORY package (SIGNATURE parse ((List (Syntax)) (String))))) debug: evaluateType form: (CATEGORY package (SIGNATURE parse ((List (Syntax)) (String)))) $param: NIL debug: evaluateType form: (List (Syntax)) $param: NIL Debug: evaluateType1 form: (List (Syntax)) debug: evaluateType1 x: (Syntax) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Syntax) $param: NIL Debug: evaluateType1 form: (Syntax) debug: evalCategory d: (Syntax) c: (Type) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE parse ((List (Syntax)) (String))))) ------------------------------------------------------------------------ initializing stationary directory for SpadParser compiling into /tmp/oa-B6b1re compiling exported parse : String -> List Syntax SPADPRSR;parse;SL;1 is replaced by parseSpadFile Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Warnings: [1] parse: : List Syntax -- replace by pretend Cumulative Statistics for Constructor SpadParser Time: 0.01 seconds finalizing NRLIB SPADPRSR Processing SpadParser for Browser database: -- parse : String -> List Syntax -- constructor ; compiling file "/tmp/oa-B6b1re/code.lsp" (written 01 FEB 2016 11:13:53 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADPRSR;parse;SL;1|) ...) ; compiling (DEFUN |SPADPRSR;parse;SL;1| ...) ; file: /tmp/oa-B6b1re/code.lsp ; in: DEFUN |SPADPRSR;parse;SL;1| ; (DEFUN BOOT::|SPADPRSR;parse;SL;1| (BOOT::|f| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|parseSpadFile| BOOT::|f|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADPRSR;parse;SL;1| ; (BOOT::|f| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|SPADPRSR;parse;SL;1| (BOOT::|parseSpadFile| BOOT::|f|))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SpadParser| ...) ; compiling (DEFUN |SpadParser;| ...) ; compiling (MAKEPROP (QUOTE |SpadParser|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-B6b1re/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PARSER.spad && cp PARSER.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PARSER.fasl \ && if test -f PARSER-.NRLIB/code.fasl; then \ cp PARSER-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PARSER-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PARSER.spad using Spad compiler. PARSER abbreviates package Parser debug: compDefine1 lhs: (Parser) signature (pre-evaluate): ((CATEGORY package (SIGNATURE getSyntaxFormsFromFile ((List (Syntax)) (String))))) debug: evaluateType form: (CATEGORY package (SIGNATURE getSyntaxFormsFromFile ((List (Syntax)) (String)))) $param: NIL debug: evaluateType form: (List (Syntax)) $param: NIL Debug: evaluateType1 form: (List (Syntax)) debug: evaluateType1 x: (Syntax) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Syntax) $param: NIL Debug: evaluateType1 form: (Syntax) debug: evalCategory d: (Syntax) c: (Type) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE getSyntaxFormsFromFile ((List (Syntax)) (String))))) ------------------------------------------------------------------------ initializing stationary directory for Parser compiling into /tmp/oa-7BcG9h compiling exported getSyntaxFormsFromFile : String -> List Syntax PARSER;getSyntaxFormsFromFile;SL;1 is replaced by getParseFormsFromFile Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Warnings: [1] getSyntaxFormsFromFile: : List Syntax -- replace by pretend Cumulative Statistics for Constructor Parser Time: 0.01 seconds finalizing NRLIB PARSER Processing Parser for Browser database: -- getSyntaxFormsFromFile : String -> List Syntax -- constructor ; compiling file "/tmp/oa-7BcG9h/code.lsp" (written 01 FEB 2016 11:13:53 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PARSER;getSyntaxFormsFromFile;SL;1|) ...) ; compiling (DEFUN |PARSER;getSyntaxFormsFromFile;SL;1| ...) ; file: /tmp/oa-7BcG9h/code.lsp ; in: DEFUN |PARSER;getSyntaxFormsFromFile;SL;1| ; (DEFUN BOOT::|PARSER;getSyntaxFormsFromFile;SL;1| (BOOT::|f| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|getParseFormsFromFile| BOOT::|f|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PARSER;getSyntaxFormsFromFile;SL;1| ; (BOOT::|f| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|PARSER;getSyntaxFormsFromFile;SL;1| ; (BOOT::|getParseFormsFromFile| BOOT::|f|))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |Parser| ...) ; compiling (DEFUN |Parser;| ...) ; compiling (MAKEPROP (QUOTE |Parser|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-7BcG9h/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile TSETCAT.spad && cp TSETCAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/TSETCAT.fasl \ && if test -f TSETCAT-.NRLIB/code.fasl; then \ cp TSETCAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/TSETCAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TSETCAT.spad using Spad compiler. TSETCAT abbreviates category TriangularSetCategory debug: compDefine1 lhs: (TriangularSetCategory R E V P) signature (pre-evaluate): ((Category) (IntegralDomain) (OrderedAbelianMonoidSup) (OrderedSet) (RecursivePolynomialCategory R E V)) debug: evaluateType form: (Category) $param: (R E V P) debug: evaluateType form: (IntegralDomain) $param: (R E V P) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (R E V P) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedSet) $param: (R E V P) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (RecursivePolynomialCategory R E V) $param: (R E V P) Debug: evaluateType1 form: (RecursivePolynomialCategory R E V) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: E m: (OrderedAbelianMonoidSup) debug: evaluateType1 x: V m: (OrderedSet) debug: compDefine1 signature (post evaluate): ((Category) (IntegralDomain) (OrderedAbelianMonoidSup) (OrderedSet) (RecursivePolynomialCategory R E V)) debug: compDefine1 lhs: (TriangularSetCategory R E V P) signature (pre-evaluate): ((Category) NIL NIL NIL NIL) debug: evaluateType form: (Category) $param: (R E V P) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for TriangularSetCategory compiling into /tmp/oa-7ZrRfv STYLE-WARNING: redefining BOOT::|TriangularSetCategory| in DEFUN Time: 0.02 SEC. TSETCAT- abbreviates package TriangularSetCategory& ------------------------------------------------------------------------ initializing stationary directory for TriangularSetCategory& compiling into /tmp/oa-0CuwFd compiling exported = : (S,S) -> Boolean Time: 0.06 SEC. compiling exported infRittWu? : (S,S) -> Boolean Time: 0.01 SEC. compiling exported reduced? : (P,S,(P,P) -> Boolean) -> Boolean Time: 0.01 SEC. compiling exported basicSet : (List P,(P,P) -> Boolean) -> Union(Record(bas: S,top: List P),failed) Time: 0.02 SEC. compiling exported basicSet : (List P,P -> Boolean,(P,P) -> Boolean) -> Union(Record(bas: S,top: List P),failed) Time: 0.03 SEC. compiling exported initials : S -> List P Time: 0.01 SEC. compiling exported degree : S -> NonNegativeInteger Time: 0.01 SEC. compiling exported quasiComponent : S -> Record(close: List P,open: List P) Time: 0.01 SEC. compiling exported normalized? : (P,S) -> Boolean Time: 0.01 SEC. compiling exported stronglyReduced? : (P,S) -> Boolean Time: 0.01 SEC. compiling exported headReduced? : (P,S) -> Boolean Time: 0 SEC. compiling exported initiallyReduced? : (P,S) -> Boolean Time: 0.03 SEC. compiling exported reduce : (P,S,(P,P) -> P,(P,P) -> Boolean) -> P Time: 0.01 SEC. compiling exported rewriteSetWithReduction : (List P,S,(P,P) -> P,(P,P) -> Boolean) -> List P Time: 0.02 SEC. compiling exported stronglyReduce : (P,S) -> P Time: 0 SEC. compiling exported headReduce : (P,S) -> P Time: 0.00 SEC. compiling exported initiallyReduce : (P,S) -> P Time: 0 SEC. compiling exported removeZero : (P,S) -> P Time: 0.02 SEC. compiling exported reduceByQuasiMonic : (P,S) -> P Time: 0.00 SEC. compiling exported autoReduced? : (S,(P,List P) -> Boolean) -> Boolean Time: 0.02 SEC. compiling exported stronglyReduced? : S -> Boolean Time: 0.01 SEC. compiling exported normalized? : S -> Boolean Time: 0.01 SEC. compiling exported headReduced? : S -> Boolean Time: 0.01 SEC. compiling exported initiallyReduced? : S -> Boolean Time: 0.00 SEC. compiling exported mvar : S -> V Time: 0.02 SEC. compiling exported first : S -> Union(P,failed) Time: 0.01 SEC. compiling exported last : S -> Union(P,failed) Time: 0.01 SEC. compiling exported rest : S -> Union(S,failed) Time: 0.01 SEC. compiling exported coerce : S -> List P Time: 0.00 SEC. compiling exported algebraicVariables : S -> List V Time: 0.01 SEC. compiling exported algebraic? : (V,S) -> Boolean Time: 0.01 SEC. compiling exported select : (S,V) -> Union(P,failed) Time: 0.00 SEC. compiling exported collectQuasiMonic : S -> S Time: 0.02 SEC. compiling exported collectUnder : (S,V) -> S Time: 0.01 SEC. compiling exported collectUpper : (S,V) -> S Time: 0.02 SEC. compiling exported construct : List P -> S Time: 0.01 SEC. compiling exported retractIfCan : List P -> Union(S,failed) Time: 0.01 SEC. compiling exported extend : (S,P) -> S Time: 0 SEC. compiling exported coHeight : S -> NonNegativeInteger Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] basicSet: p has no value Cumulative Statistics for Constructor TriangularSetCategory& Time: 0.48 seconds finalizing NRLIB TSETCAT- ; compiling file "/tmp/oa-0CuwFd/code.lsp" (written 01 FEB 2016 11:13:54 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |TSETCAT-;=;2$B;1| ...) ; file: /tmp/oa-0CuwFd/code.lsp ; in: DEFUN |TSETCAT-;=;2$B;1| ; (DEFUN BOOT::|TSETCAT-;=;2$B;1| (BOOT::|ts| BOOT::|us| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|ts| (BOOT::|shellEntry| BOOT::$ 12)) ; (BOOT::SPADCALL BOOT::|us| (BOOT::|shellEntry| BOOT::$ 12))) ; ((BOOT::SPADCALL BOOT::|us| (BOOT::|shellEntry| BOOT::$ 12)) NIL) ; ((BOOT::SPADCALL ; (LET # ; #) ; (LET # ; #) ; (BOOT::|shellEntry| BOOT::$ 16)) ; (BOOT::SPADCALL ; (LET # ; #) ; (LET # ; #) ; (BOOT::|shellEntry| BOOT::$ 19))) ; (T NIL))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TSETCAT-;=;2$B;1| ; (BOOT::|ts| BOOT::|us| BOOT::$) ; (BLOCK BOOT::|TSETCAT-;=;2$B;1| ; (COND ((BOOT::SPADCALL BOOT::|ts| #) (BOOT::SPADCALL BOOT::|us| #)) ; ((BOOT::SPADCALL BOOT::|us| #) NIL) ; ((BOOT::SPADCALL # # #) (BOOT::SPADCALL # # #)) (T NIL)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |TSETCAT-;infRittWu?;2$B;2| ...) ; file: /tmp/oa-0CuwFd/code.lsp ; in: DEFUN |TSETCAT-;infRittWu?;2$B;2| ; (DEFUN BOOT::|TSETCAT-;infRittWu?;2$B;2| (BOOT::|ts| BOOT::|us| BOOT::$) ; (PROG (BOOT::|v|) (RETURN (COND (# #) (# NIL) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TSETCAT-;infRittWu?;2$B;2| ; (BOOT::|ts| BOOT::|us| BOOT::$) ; (BLOCK BOOT::|TSETCAT-;infRittWu?;2$B;2| ; (PROG (BOOT::|v|) (RETURN (COND # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |TSETCAT-;reduced?;P$MB;3| ...) ; compiling (DEFUN |TSETCAT-;basicSet;LMU;4| ...) ; file: /tmp/oa-0CuwFd/code.lsp ; in: DEFUN |TSETCAT-;basicSet;LMU;4| ; (DEFUN BOOT::|TSETCAT-;basicSet;LMU;4| (BOOT::|ps| BOOT::|redOp?| BOOT::$) ; (PROG (BOOT::|ts| BOOT::|bs| BOOT::|b| BOOT::|p|) ; (RETURN (BOOT::SEQ (SETQ #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TSETCAT-;basicSet;LMU;4| ; (BOOT::|ps| BOOT::|redOp?| BOOT::$) ; (BLOCK BOOT::|TSETCAT-;basicSet;LMU;4| ; (PROG (BOOT::|ts| BOOT::|bs| BOOT::|b| BOOT::|p|) ; (RETURN (BOOT::SEQ # #))))) ; ; note: Assignment to argument: |ps| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |TSETCAT-;basicSet;LMMU;5| ...) ; file: /tmp/oa-0CuwFd/code.lsp ; in: DEFUN |TSETCAT-;basicSet;LMMU;5| ; (DEFUN BOOT::|TSETCAT-;basicSet;LMMU;5| ; (BOOT::|ps| BOOT::|pred?| BOOT::|redOp?| BOOT::$) ; (PROG (BOOT::|ts| BOOT::|bs| BOOT::|b| BOOT::|p| BOOT::|bps| BOOT::|gps|) ; (RETURN (BOOT::SEQ (SETQ #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TSETCAT-;basicSet;LMMU;5| ; (BOOT::|ps| BOOT::|pred?| BOOT::|redOp?| BOOT::$) ; (BLOCK BOOT::|TSETCAT-;basicSet;LMMU;5| ; (PROG (BOOT::|ts| BOOT::|bs| BOOT::|b| BOOT::|p| BOOT::|bps| ; BOOT::|gps|) ; (RETURN (BOOT::SEQ # #))))) ; ; note: Assignment to argument: |ps| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |TSETCAT-;initials;$L;6| ...) ; file: /tmp/oa-0CuwFd/code.lsp ; in: DEFUN |TSETCAT-;initials;$L;6| ; (DEFUN BOOT::|TSETCAT-;initials;$L;6| (BOOT::|ts| BOOT::$) ; (PROG (BOOT::|ip| BOOT::|p| BOOT::|lp|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TSETCAT-;initials;$L;6| ; (BOOT::|ts| BOOT::$) ; (BLOCK BOOT::|TSETCAT-;initials;$L;6| ; (PROG (BOOT::|ip| BOOT::|p| BOOT::|lp|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |TSETCAT-;degree;$Nni;7| ...) ; compiling (DEFUN |TSETCAT-;quasiComponent;$R;8| ...) ; compiling (DEFUN |TSETCAT-;normalized?;P$B;9| ...) ; file: /tmp/oa-0CuwFd/code.lsp ; in: DEFUN |TSETCAT-;normalized?;P$B;9| ; (DEFUN BOOT::|TSETCAT-;normalized?;P$B;9| (BOOT::|p| BOOT::|ts| BOOT::$) ; (BOOT::SPADCALL BOOT::|p| ; (BOOT::SPADCALL BOOT::|ts| (BOOT::|shellEntry| BOOT::$ 31)) ; (BOOT::|shellEntry| BOOT::$ 65))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TSETCAT-;normalized?;P$B;9| ; (BOOT::|p| BOOT::|ts| BOOT::$) ; (BLOCK BOOT::|TSETCAT-;normalized?;P$B;9| ; (BOOT::SPADCALL BOOT::|p| ; (BOOT::SPADCALL BOOT::|ts| ; (BOOT::|shellEntry| BOOT::$ 31)) ; (BOOT::|shellEntry| BOOT::$ 65)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |TSETCAT-;stronglyReduced?;P$B;10| ...) ; file: /tmp/oa-0CuwFd/code.lsp ; in: DEFUN |TSETCAT-;stronglyReduced?;P$B;10| ; (DEFUN BOOT::|TSETCAT-;stronglyReduced?;P$B;10| ; (BOOT::|p| BOOT::|ts| BOOT::$) ; (BOOT::SPADCALL BOOT::|p| ; (BOOT::SPADCALL BOOT::|ts| (BOOT::|shellEntry| BOOT::$ 31)) ; (BOOT::|shellEntry| BOOT::$ 67))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TSETCAT-;stronglyReduced?;P$B;10| ; (BOOT::|p| BOOT::|ts| BOOT::$) ; (BLOCK BOOT::|TSETCAT-;stronglyReduced?;P$B;10| ; (BOOT::SPADCALL BOOT::|p| ; (BOOT::SPADCALL BOOT::|ts| ; (BOOT::|shellEntry| BOOT::$ 31)) ; (BOOT::|shellEntry| BOOT::$ 67)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |TSETCAT-;headReduced?;P$B;11| ...) ; file: /tmp/oa-0CuwFd/code.lsp ; in: DEFUN |TSETCAT-;headReduced?;P$B;11| ; (DEFUN BOOT::|TSETCAT-;headReduced?;P$B;11| (BOOT::|p| BOOT::|ts| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 69)) ; BOOT::|ts| (BOOT::|shellEntry| BOOT::$ 70))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TSETCAT-;headReduced?;P$B;11| ; (BOOT::|p| BOOT::|ts| BOOT::$) ; (BLOCK BOOT::|TSETCAT-;headReduced?;P$B;11| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 69)) BOOT::|ts| ; (BOOT::|shellEntry| BOOT::$ 70)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |TSETCAT-;initiallyReduced?;P$B;12| ...) ; compiling (DEFUN |TSETCAT-;reduce;P$MMP;13| ...) ; compiling (DEFUN |TSETCAT-;rewriteSetWithReduction;L$MML;14| ...) ; file: /tmp/oa-0CuwFd/code.lsp ; in: DEFUN |TSETCAT-;rewriteSetWithReduction;L$MML;14| ; (DEFUN BOOT::|TSETCAT-;rewriteSetWithReduction;L$MML;14| ; (BOOT::|lp| BOOT::|ts| BOOT::|redOp| BOOT::|redOp?| BOOT::$) ; (PROG (BOOT::|p| BOOT::|rs|) (RETURN (COND (# BOOT::|lp|) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TSETCAT-;rewriteSetWithReduction;L$MML;14| ; (BOOT::|lp| BOOT::|ts| BOOT::|redOp| BOOT::|redOp?| BOOT::$) ; (BLOCK BOOT::|TSETCAT-;rewriteSetWithReduction;L$MML;14| ; (PROG (BOOT::|p| BOOT::|rs|) (RETURN (COND # #))))) ; ; note: Assignment to argument: |lp| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |TSETCAT-;stronglyReduce;P$P;15| ...) ; compiling (DEFUN |TSETCAT-;headReduce;P$P;16| ...) ; compiling (DEFUN |TSETCAT-;initiallyReduce;P$P;17| ...) ; compiling (DEFUN |TSETCAT-;removeZero;P$P;18| ...) ; compiling (DEFUN |TSETCAT-;reduceByQuasiMonic;P$P;19| ...) ; compiling (DEFUN |TSETCAT-;autoReduced?;$MB;20| ...) ; compiling (DEFUN |TSETCAT-;stronglyReduced?;$B;21| ...) ; file: /tmp/oa-0CuwFd/code.lsp ; in: DEFUN |TSETCAT-;stronglyReduced?;$B;21| ; (DEFUN BOOT::|TSETCAT-;stronglyReduced?;$B;21| (BOOT::|ts| BOOT::$) ; (BOOT::SPADCALL BOOT::|ts| (BOOT::|shellEntry| BOOT::$ 67) ; (BOOT::|shellEntry| BOOT::$ 108))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TSETCAT-;stronglyReduced?;$B;21| ; (BOOT::|ts| BOOT::$) ; (BLOCK BOOT::|TSETCAT-;stronglyReduced?;$B;21| ; (BOOT::SPADCALL BOOT::|ts| (BOOT::|shellEntry| BOOT::$ 67) ; (BOOT::|shellEntry| BOOT::$ 108)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |TSETCAT-;normalized?;$B;22| ...) ; file: /tmp/oa-0CuwFd/code.lsp ; in: DEFUN |TSETCAT-;normalized?;$B;22| ; (DEFUN BOOT::|TSETCAT-;normalized?;$B;22| (BOOT::|ts| BOOT::$) ; (BOOT::SPADCALL BOOT::|ts| (BOOT::|shellEntry| BOOT::$ 65) ; (BOOT::|shellEntry| BOOT::$ 108))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TSETCAT-;normalized?;$B;22| ; (BOOT::|ts| BOOT::$) ; (BLOCK BOOT::|TSETCAT-;normalized?;$B;22| ; (BOOT::SPADCALL BOOT::|ts| (BOOT::|shellEntry| BOOT::$ 65) ; (BOOT::|shellEntry| BOOT::$ 108)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |TSETCAT-;headReduced?;$B;23| ...) ; file: /tmp/oa-0CuwFd/code.lsp ; in: DEFUN |TSETCAT-;headReduced?;$B;23| ; (DEFUN BOOT::|TSETCAT-;headReduced?;$B;23| (BOOT::|ts| BOOT::$) ; (BOOT::SPADCALL BOOT::|ts| (BOOT::|shellEntry| BOOT::$ 111) ; (BOOT::|shellEntry| BOOT::$ 108))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TSETCAT-;headReduced?;$B;23| ; (BOOT::|ts| BOOT::$) ; (BLOCK BOOT::|TSETCAT-;headReduced?;$B;23| ; (BOOT::SPADCALL BOOT::|ts| (BOOT::|shellEntry| BOOT::$ 111) ; (BOOT::|shellEntry| BOOT::$ 108)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |TSETCAT-;initiallyReduced?;$B;24| ...) ; file: /tmp/oa-0CuwFd/code.lsp ; in: DEFUN |TSETCAT-;initiallyReduced?;$B;24| ; (DEFUN BOOT::|TSETCAT-;initiallyReduced?;$B;24| (BOOT::|ts| BOOT::$) ; (BOOT::SPADCALL BOOT::|ts| (BOOT::|shellEntry| BOOT::$ 113) ; (BOOT::|shellEntry| BOOT::$ 108))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TSETCAT-;initiallyReduced?;$B;24| ; (BOOT::|ts| BOOT::$) ; (BLOCK BOOT::|TSETCAT-;initiallyReduced?;$B;24| ; (BOOT::SPADCALL BOOT::|ts| (BOOT::|shellEntry| BOOT::$ 113) ; (BOOT::|shellEntry| BOOT::$ 108)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |TSETCAT-;mvar;$V;25| ...) ; compiling (DEFUN |TSETCAT-;first;$U;26| ...) ; compiling (DEFUN |TSETCAT-;last;$U;27| ...) ; compiling (DEFUN |TSETCAT-;rest;$U;28| ...) ; compiling (DEFUN |TSETCAT-;coerce;$L;29| ...) ; file: /tmp/oa-0CuwFd/code.lsp ; in: DEFUN |TSETCAT-;coerce;$L;29| ; (DEFUN BOOT::|TSETCAT-;coerce;$L;29| (BOOT::|ts| BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 25) ; (BOOT::SPADCALL BOOT::|ts| (BOOT::|shellEntry| BOOT::$ 31)) ; (BOOT::|shellEntry| BOOT::$ 42))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TSETCAT-;coerce;$L;29| ; (BOOT::|ts| BOOT::$) ; (BLOCK BOOT::|TSETCAT-;coerce;$L;29| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 25) ; (BOOT::SPADCALL BOOT::|ts| ; (BOOT::|shellEntry| BOOT::$ 31)) ; (BOOT::|shellEntry| BOOT::$ 42)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |TSETCAT-;algebraicVariables;$L;30| ...) ; file: /tmp/oa-0CuwFd/code.lsp ; in: DEFUN |TSETCAT-;algebraicVariables;$L;30| ; (DEFUN BOOT::|TSETCAT-;algebraicVariables;$L;30| (BOOT::|ts| BOOT::$) ; (LET ((#:G820 (BOOT::SPADCALL BOOT::|ts| #)) (#:G773 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G820 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TSETCAT-;algebraicVariables;$L;30| ; (BOOT::|ts| BOOT::$) ; (BLOCK BOOT::|TSETCAT-;algebraicVariables;$L;30| ; (LET ((#:G820 #) (#:G773 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |TSETCAT-;algebraic?;V$B;31| ...) ; file: /tmp/oa-0CuwFd/code.lsp ; in: DEFUN |TSETCAT-;algebraic?;V$B;31| ; (DEFUN BOOT::|TSETCAT-;algebraic?;V$B;31| (BOOT::|v| BOOT::|ts| BOOT::$) ; (BOOT::SPADCALL BOOT::|v| ; (BOOT::SPADCALL BOOT::|ts| ; (BOOT::|shellEntry| BOOT::$ 123)) ; (BOOT::|shellEntry| BOOT::$ 124))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TSETCAT-;algebraic?;V$B;31| ; (BOOT::|v| BOOT::|ts| BOOT::$) ; (BLOCK BOOT::|TSETCAT-;algebraic?;V$B;31| ; (BOOT::SPADCALL BOOT::|v| ; (BOOT::SPADCALL BOOT::|ts| ; (BOOT::|shellEntry| BOOT::$ 123)) ; (BOOT::|shellEntry| BOOT::$ 124)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |TSETCAT-;select;$VU;32| ...) ; compiling (DEFUN |TSETCAT-;collectQuasiMonic;2$;33| ...) ; compiling (DEFUN |TSETCAT-;collectUnder;$V$;34| ...) ; compiling (DEFUN |TSETCAT-;collectUpper;$V$;35| ...) ; compiling (DEFUN |TSETCAT-;construct;L$;36| ...) ; compiling (DEFUN |TSETCAT-;retractIfCan;LU;37| ...) ; file: /tmp/oa-0CuwFd/code.lsp ; in: DEFUN |TSETCAT-;retractIfCan;LU;37| ; (DEFUN BOOT::|TSETCAT-;retractIfCan;LU;37| (BOOT::|lp| BOOT::$) ; (PROG (BOOT::|rif|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TSETCAT-;retractIfCan;LU;37| ; (BOOT::|lp| BOOT::$) ; (BLOCK BOOT::|TSETCAT-;retractIfCan;LU;37| ; (PROG (BOOT::|rif|) (RETURN (COND # #))))) ; ; note: Assignment to argument: |lp| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |TSETCAT-;extend;$P$;38| ...) ; compiling (DEFUN |TSETCAT-;coHeight;$Nni;39| ...) ; file: /tmp/oa-0CuwFd/code.lsp ; in: DEFUN |TSETCAT-;coHeight;$Nni;39| ; (DEFUN BOOT::|TSETCAT-;coHeight;$Nni;39| (BOOT::|ts| BOOT::$) ; (LET ((BOOT::|n| (BOOT::SPADCALL #)) (BOOT::|m| (LIST-LENGTH #))) ; (BOOT::SPADCALL BOOT::|n| BOOT::|m| (BOOT::|shellEntry| BOOT::$ 139)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|TSETCAT-;coHeight;$Nni;39| ; (BOOT::|ts| BOOT::$) ; (BLOCK BOOT::|TSETCAT-;coHeight;$Nni;39| ; (LET ((BOOT::|n| #) (BOOT::|m| #)) ; (BOOT::SPADCALL BOOT::|n| BOOT::|m| ; (BOOT::|shellEntry| BOOT::$ 139))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |TriangularSetCategory&| ...) ; compiling (MAKEPROP (QUOTE |TriangularSetCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 20 notes ; /tmp/oa-0CuwFd/code.fasl written ; compilation finished in 0:00:00.129 ------------------------------------------------------------------------ finalizing NRLIB TSETCAT Processing TriangularSetCategory for Browser database: -- infRittWu? : (%,%) -> Boolean -- basicSet : (List P,((P,P) -> Boolean)) -> Union(Record(bas: %,top: List P),"failed") -- basicSet : (List P,(P -> Boolean),((P,P) -> Boolean)) -> Union(Record(bas: %,top: List P),"failed") -- initials : % -> List P -- degree : % -> NonNegativeInteger -- quasiComponent : % -> Record(close: List P,open: List P) -- normalized? : (P,%) -> Boolean -- normalized? : % -> Boolean -- reduced? : (P,%,((P,P) -> Boolean)) -> Boolean -- stronglyReduced? : (P,%) -> Boolean -- headReduced? : (P,%) -> Boolean -- initiallyReduced? : (P,%) -> Boolean -- autoReduced? : (%,((P,List P) -> Boolean)) -> Boolean -- stronglyReduced? : % -> Boolean -- headReduced? : % -> Boolean -- initiallyReduced? : % -> Boolean -- reduce : (P,%,((P,P) -> P),((P,P) -> Boolean)) -> P -- rewriteSetWithReduction : (List P,%,((P,P) -> P),((P,P) -> Boolean)) -> List P -- stronglyReduce : (P,%) -> P -- headReduce : (P,%) -> P -- initiallyReduce : (P,%) -> P -- removeZero : (P,%) -> P -- collectQuasiMonic : % -> % -- reduceByQuasiMonic : (P,%) -> P -- zeroSetSplit : List P -> List % -- zeroSetSplitIntoTriangularSystems : List P -> List Record(close: %,open: List P) -- first : % -> Union(P,"failed") -- last : % -> Union(P,"failed") -- rest : % -> Union(%,"failed") -- algebraicVariables : % -> List V -- algebraic? : (V,%) -> Boolean -- select : (%,V) -> Union(P,"failed") -- extendIfCan : (%,P) -> Union(%,"failed") -- extend : (%,P) -> % -- coHeight : % -> NonNegativeInteger -- constructor ; compiling file "/tmp/oa-7ZrRfv/code.lsp" (written 01 FEB 2016 11:13:54 PM): ; compiling (DEFPARAMETER |TriangularSetCategory;AL| ...) ; compiling (DEFUN |TriangularSetCategory;| ...) ; compiling (DEFUN |TriangularSetCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-7ZrRfv/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ================================== === layer 19 of 24 complete ====== ================================== ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ALGMFACT.spad && cp ALGMFACT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ALGMFACT.fasl \ && if test -f ALGMFACT-.NRLIB/code.fasl; then \ cp ALGMFACT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ALGMFACT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ALGMFACT.spad using Spad compiler. ALGMFACT abbreviates package AlgebraicMultFact debug: compDefine1 lhs: (AlgebraicMultFact OV E P) signature (pre-evaluate): ((CATEGORY package (SIGNATURE factor ((Factored P) P (List (AlgebraicNumber)))) (SIGNATURE factor ((Factored (SparseUnivariatePolynomial P)) (SparseUnivariatePolynomial P) (List (AlgebraicNumber))))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE factor ((Factored P) P (List (AlgebraicNumber)))) (SIGNATURE factor ((Factored (SparseUnivariatePolynomial P)) (SparseUnivariatePolynomial P) (List (AlgebraicNumber))))) $param: (OV E P) debug: evaluateType form: (Factored P) $param: (OV E P) Debug: evaluateType1 form: (Factored P) debug: evaluateType1 x: P m: (IntegralDomain) debug: evaluateType form: P $param: (OV E P) debug: evaluateType form: (List (AlgebraicNumber)) $param: (OV E P) Debug: evaluateType1 form: (List (AlgebraicNumber)) debug: evaluateType1 x: (AlgebraicNumber) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (OV E P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (AlgebraicNumber) $param: (OV E P) Debug: evaluateType1 form: (AlgebraicNumber) debug: evalCategory d: (AlgebraicNumber) c: (Type) debug: evaluateType form: (Factored (SparseUnivariatePolynomial P)) $param: (OV E P) Debug: evaluateType1 form: (Factored (SparseUnivariatePolynomial P)) debug: evaluateType1 x: (SparseUnivariatePolynomial P) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (OV E P) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (OV E P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial P) c: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial P) $param: (OV E P) Debug: evaluateType1 form: (SparseUnivariatePolynomial P) debug: evaluateType1 x: P m: (Ring) debug: evaluateType form: (List (AlgebraicNumber)) $param: (OV E P) Debug: evaluateType1 form: (List (AlgebraicNumber)) debug: evaluateType1 x: (AlgebraicNumber) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (OV E P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (AlgebraicNumber) $param: (OV E P) Debug: evaluateType1 form: (AlgebraicNumber) debug: evalCategory d: (AlgebraicNumber) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE factor ((Factored P) P (List (AlgebraicNumber)))) (SIGNATURE factor ((Factored (SparseUnivariatePolynomial P)) (SparseUnivariatePolynomial P) (List (AlgebraicNumber))))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for AlgebraicMultFact compiling into /tmp/oa-1CcdJm compiling exported factor : (P,List AlgebraicNumber) -> Factored P Time: 0.10 SEC. compiling exported factor : (SparseUnivariatePolynomial P,List AlgebraicNumber) -> Factored SparseUnivariatePolynomial P Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor AlgebraicMultFact Time: 0.15 seconds finalizing NRLIB ALGMFACT Processing AlgebraicMultFact for Browser database: -- factor : (P,L AN) -> Factored P -- factor : (USP,L AN) -> Factored USP -- constructor ; compiling file "/tmp/oa-1CcdJm/code.lsp" (written 01 FEB 2016 11:13:54 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ALGMFACT;factor;PLF;1| ...) ; compiling (DEFUN |ALGMFACT;factor;PLF;1!0| ...) ; compiling (DEFUN |ALGMFACT;factor;SupLF;2| ...) ; compiling (DEFUN |ALGMFACT;factor;SupLF;2!0| ...) ; compiling (DEFUN |AlgebraicMultFact| ...) ; compiling (DEFUN |AlgebraicMultFact;| ...) ; compiling (MAKEPROP (QUOTE |AlgebraicMultFact|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-1CcdJm/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ALGPKG.spad && cp ALGPKG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ALGPKG.fasl \ && if test -f ALGPKG-.NRLIB/code.fasl; then \ cp ALGPKG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ALGPKG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ALGPKG.spad using Spad compiler. ALGPKG abbreviates package AlgebraPackage debug: compDefine1 lhs: (AlgebraPackage R A) signature (pre-evaluate): ((CATEGORY package (SIGNATURE leftRank ((NonNegativeInteger) A)) (SIGNATURE rightRank ((NonNegativeInteger) A)) (SIGNATURE doubleRank ((NonNegativeInteger) A)) (SIGNATURE weakBiRank ((NonNegativeInteger) A)) (SIGNATURE biRank ((NonNegativeInteger) A)) (SIGNATURE basisOfCommutingElements ((List A))) (SIGNATURE basisOfLeftAnnihilator ((List A) A)) (SIGNATURE basisOfRightAnnihilator ((List A) A)) (SIGNATURE basisOfLeftNucleus ((List A))) (SIGNATURE basisOfRightNucleus ((List A))) (SIGNATURE basisOfMiddleNucleus ((List A))) (SIGNATURE basisOfNucleus ((List A))) (SIGNATURE basisOfCenter ((List A))) (SIGNATURE basisOfLeftNucloid ((List (Matrix R)))) (SIGNATURE basisOfRightNucloid ((List (Matrix R)))) (SIGNATURE basisOfCentroid ((List (Matrix R)))) (SIGNATURE radicalOfLeftTraceForm ((List A))) (IF (has R (EuclideanDomain)) (SIGNATURE basis ((Vector A) (Vector A))) %noBranch)) (IntegralDomain) (FramedNonAssociativeAlgebra R)) debug: evaluateType form: (CATEGORY package (SIGNATURE leftRank ((NonNegativeInteger) A)) (SIGNATURE rightRank ((NonNegativeInteger) A)) (SIGNATURE doubleRank ((NonNegativeInteger) A)) (SIGNATURE weakBiRank ((NonNegativeInteger) A)) (SIGNATURE biRank ((NonNegativeInteger) A)) (SIGNATURE basisOfCommutingElements ((List A))) (SIGNATURE basisOfLeftAnnihilator ((List A) A)) (SIGNATURE basisOfRightAnnihilator ((List A) A)) (SIGNATURE basisOfLeftNucleus ((List A))) (SIGNATURE basisOfRightNucleus ((List A))) (SIGNATURE basisOfMiddleNucleus ((List A))) (SIGNATURE basisOfNucleus ((List A))) (SIGNATURE basisOfCenter ((List A))) (SIGNATURE basisOfLeftNucloid ((List (Matrix R)))) (SIGNATURE basisOfRightNucloid ((List (Matrix R)))) (SIGNATURE basisOfCentroid ((List (Matrix R)))) (SIGNATURE radicalOfLeftTraceForm ((List A))) (IF (has R (EuclideanDomain)) (SIGNATURE basis ((Vector A) (Vector A))) %noBranch)) $param: (R A) debug: evaluateType form: (NonNegativeInteger) $param: (R A) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: A $param: (R A) debug: evaluateType form: (NonNegativeInteger) $param: (R A) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: A $param: (R A) debug: evaluateType form: (NonNegativeInteger) $param: (R A) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: A $param: (R A) debug: evaluateType form: (NonNegativeInteger) $param: (R A) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: A $param: (R A) debug: evaluateType form: (NonNegativeInteger) $param: (R A) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: A $param: (R A) debug: evaluateType form: (List A) $param: (R A) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (List A) $param: (R A) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: A $param: (R A) debug: evaluateType form: (List A) $param: (R A) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: A $param: (R A) debug: evaluateType form: (List A) $param: (R A) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (List A) $param: (R A) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (List A) $param: (R A) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (List A) $param: (R A) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (List A) $param: (R A) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (List (Matrix R)) $param: (R A) Debug: evaluateType1 form: (List (Matrix R)) debug: evaluateType1 x: (Matrix R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R A) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix R) $param: (R A) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Matrix R) c: (Type) debug: evaluateType form: (List (Matrix R)) $param: (R A) Debug: evaluateType1 form: (List (Matrix R)) debug: evaluateType1 x: (Matrix R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R A) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix R) $param: (R A) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Matrix R) c: (Type) debug: evaluateType form: (List (Matrix R)) $param: (R A) Debug: evaluateType1 form: (List (Matrix R)) debug: evaluateType1 x: (Matrix R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R A) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix R) $param: (R A) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Matrix R) c: (Type) debug: evaluateType form: (List A) $param: (R A) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (IntegralDomain) $param: (R A) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (FramedNonAssociativeAlgebra R) $param: (R A) Debug: evaluateType1 form: (FramedNonAssociativeAlgebra R) debug: evaluateType1 x: R m: (CommutativeRing) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE leftRank ((NonNegativeInteger) A)) (SIGNATURE rightRank ((NonNegativeInteger) A)) (SIGNATURE doubleRank ((NonNegativeInteger) A)) (SIGNATURE weakBiRank ((NonNegativeInteger) A)) (SIGNATURE biRank ((NonNegativeInteger) A)) (SIGNATURE basisOfCommutingElements ((List A))) (SIGNATURE basisOfLeftAnnihilator ((List A) A)) (SIGNATURE basisOfRightAnnihilator ((List A) A)) (SIGNATURE basisOfLeftNucleus ((List A))) (SIGNATURE basisOfRightNucleus ((List A))) (SIGNATURE basisOfMiddleNucleus ((List A))) (SIGNATURE basisOfNucleus ((List A))) (SIGNATURE basisOfCenter ((List A))) (SIGNATURE basisOfLeftNucloid ((List (Matrix R)))) (SIGNATURE basisOfRightNucloid ((List (Matrix R)))) (SIGNATURE basisOfCentroid ((List (Matrix R)))) (SIGNATURE radicalOfLeftTraceForm ((List A))) (IF (has R (EuclideanDomain)) (SIGNATURE basis ((Vector A) (Vector A))) %noBranch)) (IntegralDomain) (FramedNonAssociativeAlgebra R)) debug: compDefine1 lhs: (AlgebraPackage R A) signature (pre-evaluate): ((CATEGORY package (SIGNATURE leftRank ((NonNegativeInteger) A)) (SIGNATURE rightRank ((NonNegativeInteger) A)) (SIGNATURE doubleRank ((NonNegativeInteger) A)) (SIGNATURE weakBiRank ((NonNegativeInteger) A)) (SIGNATURE biRank ((NonNegativeInteger) A)) (SIGNATURE basisOfCommutingElements ((List A))) (SIGNATURE basisOfLeftAnnihilator ((List A) A)) (SIGNATURE basisOfRightAnnihilator ((List A) A)) (SIGNATURE basisOfLeftNucleus ((List A))) (SIGNATURE basisOfRightNucleus ((List A))) (SIGNATURE basisOfMiddleNucleus ((List A))) (SIGNATURE basisOfNucleus ((List A))) (SIGNATURE basisOfCenter ((List A))) (SIGNATURE basisOfLeftNucloid ((List (Matrix R)))) (SIGNATURE basisOfRightNucloid ((List (Matrix R)))) (SIGNATURE basisOfCentroid ((List (Matrix R)))) (SIGNATURE radicalOfLeftTraceForm ((List A))) (IF (has R (EuclideanDomain)) (SIGNATURE basis ((Vector A) (Vector A))) %noBranch)) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE leftRank ((NonNegativeInteger) A)) (SIGNATURE rightRank ((NonNegativeInteger) A)) (SIGNATURE doubleRank ((NonNegativeInteger) A)) (SIGNATURE weakBiRank ((NonNegativeInteger) A)) (SIGNATURE biRank ((NonNegativeInteger) A)) (SIGNATURE basisOfCommutingElements ((List A))) (SIGNATURE basisOfLeftAnnihilator ((List A) A)) (SIGNATURE basisOfRightAnnihilator ((List A) A)) (SIGNATURE basisOfLeftNucleus ((List A))) (SIGNATURE basisOfRightNucleus ((List A))) (SIGNATURE basisOfMiddleNucleus ((List A))) (SIGNATURE basisOfNucleus ((List A))) (SIGNATURE basisOfCenter ((List A))) (SIGNATURE basisOfLeftNucloid ((List (Matrix R)))) (SIGNATURE basisOfRightNucloid ((List (Matrix R)))) (SIGNATURE basisOfCentroid ((List (Matrix R)))) (SIGNATURE radicalOfLeftTraceForm ((List A))) (IF (has R (EuclideanDomain)) (SIGNATURE basis ((Vector A) (Vector A))) %noBranch)) $param: (R A) debug: evaluateType form: (NonNegativeInteger) $param: (R A) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: A $param: (R A) debug: evaluateType form: (NonNegativeInteger) $param: (R A) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: A $param: (R A) debug: evaluateType form: (NonNegativeInteger) $param: (R A) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: A $param: (R A) debug: evaluateType form: (NonNegativeInteger) $param: (R A) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: A $param: (R A) debug: evaluateType form: (NonNegativeInteger) $param: (R A) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: A $param: (R A) debug: evaluateType form: (List A) $param: (R A) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (List A) $param: (R A) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: A $param: (R A) debug: evaluateType form: (List A) $param: (R A) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: A $param: (R A) debug: evaluateType form: (List A) $param: (R A) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (List A) $param: (R A) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (List A) $param: (R A) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (List A) $param: (R A) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (List A) $param: (R A) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (List (Matrix R)) $param: (R A) Debug: evaluateType1 form: (List (Matrix R)) debug: evaluateType1 x: (Matrix R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R A) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix R) $param: (R A) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Matrix R) c: (Type) debug: evaluateType form: (List (Matrix R)) $param: (R A) Debug: evaluateType1 form: (List (Matrix R)) debug: evaluateType1 x: (Matrix R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R A) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix R) $param: (R A) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Matrix R) c: (Type) debug: evaluateType form: (List (Matrix R)) $param: (R A) Debug: evaluateType1 form: (List (Matrix R)) debug: evaluateType1 x: (Matrix R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R A) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix R) $param: (R A) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Matrix R) c: (Type) debug: evaluateType form: (List A) $param: (R A) Debug: evaluateType1 form: (List A) debug: evaluateType1 x: A m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE leftRank ((NonNegativeInteger) A)) (SIGNATURE rightRank ((NonNegativeInteger) A)) (SIGNATURE doubleRank ((NonNegativeInteger) A)) (SIGNATURE weakBiRank ((NonNegativeInteger) A)) (SIGNATURE biRank ((NonNegativeInteger) A)) (SIGNATURE basisOfCommutingElements ((List A))) (SIGNATURE basisOfLeftAnnihilator ((List A) A)) (SIGNATURE basisOfRightAnnihilator ((List A) A)) (SIGNATURE basisOfLeftNucleus ((List A))) (SIGNATURE basisOfRightNucleus ((List A))) (SIGNATURE basisOfMiddleNucleus ((List A))) (SIGNATURE basisOfNucleus ((List A))) (SIGNATURE basisOfCenter ((List A))) (SIGNATURE basisOfLeftNucloid ((List (Matrix R)))) (SIGNATURE basisOfRightNucloid ((List (Matrix R)))) (SIGNATURE basisOfCentroid ((List (Matrix R)))) (SIGNATURE radicalOfLeftTraceForm ((List A))) (IF (has R (EuclideanDomain)) (SIGNATURE basis ((Vector A) (Vector A))) %noBranch)) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for AlgebraPackage compiling into /tmp/oa-5DLCbF compiling local convVM : Vector R -> Matrix R Time: 0.06 SEC. compiling exported radicalOfLeftTraceForm : () -> List A Time: 0.03 SEC. compiling exported basisOfLeftAnnihilator : A -> List A Time: 0.06 SEC. compiling exported basisOfRightAnnihilator : A -> List A Time: 0.05 SEC. compiling exported basisOfLeftNucloid : () -> List Matrix R Time: 0.04 SEC. compiling exported basisOfCommutingElements : () -> List A Time: 0.03 SEC. compiling exported basisOfLeftNucleus : () -> List A Time: 0.06 SEC. compiling exported basisOfRightNucleus : () -> List A Time: 0.06 SEC. compiling exported basisOfMiddleNucleus : () -> List A Time: 0.06 SEC. compiling exported basisOfNucleus : () -> List A Time: 0.09 SEC. compiling exported basisOfCenter : () -> List A Time: 0.08 SEC. compiling exported basisOfRightNucloid : () -> List Matrix R Time: 0.03 SEC. compiling exported basisOfCentroid : () -> List Matrix R Time: 0.04 SEC. compiling exported doubleRank : A -> NonNegativeInteger Time: 0.01 SEC. compiling exported weakBiRank : A -> NonNegativeInteger Time: 0.03 SEC. compiling exported biRank : A -> NonNegativeInteger Time: 0.04 SEC. compiling exported leftRank : A -> NonNegativeInteger Time: 0.01 SEC. compiling exported rightRank : A -> NonNegativeInteger Time: 0.01 SEC. compiling exported basis : Vector A -> Vector A Time: 0.08 SEC. (time taken in buildFunctor: 0) Time: 0.03 SEC. Cumulative Statistics for Constructor AlgebraPackage Time: 0.91 seconds finalizing NRLIB ALGPKG Processing AlgebraPackage for Browser database: -- leftRank : A -> NonNegativeInteger -- rightRank : A -> NonNegativeInteger -- doubleRank : A -> NonNegativeInteger -- weakBiRank : A -> NonNegativeInteger -- biRank : A -> NonNegativeInteger -- basisOfCommutingElements : () -> List A -- basisOfLeftAnnihilator : A -> List A -- basisOfRightAnnihilator : A -> List A -- basisOfLeftNucleus : () -> List A -- basisOfRightNucleus : () -> List A -- basisOfMiddleNucleus : () -> List A -- basisOfNucleus : () -> List A -- basisOfCenter : () -> List A -- basisOfLeftNucloid : () -> List Matrix R -- basisOfRightNucloid : () -> List Matrix R -- basisOfCentroid : () -> List Matrix R -- radicalOfLeftTraceForm : () -> List A -- basis : V A -> V A -- constructor ; compiling file "/tmp/oa-5DLCbF/code.lsp" (written 01 FEB 2016 11:13:55 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ALGPKG;convVM| ...) ; compiling (DEFUN |ALGPKG;radicalOfLeftTraceForm;L;2| ...) ; file: /tmp/oa-5DLCbF/code.lsp ; in: DEFUN |ALGPKG;radicalOfLeftTraceForm;L;2| ; (DEFUN BOOT::|ALGPKG;radicalOfLeftTraceForm;L;2| (BOOT::$) ; (LET ((BOOT::|ma| (BOOT::SPADCALL #))) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 30) ; (BOOT::SPADCALL BOOT::|ma| ; (BOOT::|shellEntry| BOOT::$ 32)) ; (BOOT::|shellEntry| BOOT::$ 36)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ALGPKG;radicalOfLeftTraceForm;L;2| ; (BOOT::$) ; (BLOCK BOOT::|ALGPKG;radicalOfLeftTraceForm;L;2| ; (LET ((BOOT::|ma| #)) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 30) ; (BOOT::SPADCALL BOOT::|ma| #) ; (BOOT::|shellEntry| BOOT::$ 36))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ALGPKG;basisOfLeftAnnihilator;AL;3| ...) ; file: /tmp/oa-5DLCbF/code.lsp ; in: DEFUN |ALGPKG;basisOfLeftAnnihilator;AL;3| ; (DEFUN BOOT::|ALGPKG;basisOfLeftAnnihilator;AL;3| (BOOT::|a| BOOT::$) ; (LET* ((BOOT::|ca| (BOOT::SPADCALL # #)) ; (BOOT::|cond| (BOOT::SPADCALL # # #))) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 30) ; (BOOT::SPADCALL BOOT::|cond| ; (BOOT::|shellEntry| BOOT::$ 32)) ; (BOOT::|shellEntry| BOOT::$ 36)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ALGPKG;basisOfLeftAnnihilator;AL;3| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|ALGPKG;basisOfLeftAnnihilator;AL;3| ; (LET* ((BOOT::|ca| #) (BOOT::|cond| #)) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 30) ; (BOOT::SPADCALL BOOT::|cond| #) ; (BOOT::|shellEntry| BOOT::$ 36))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ALGPKG;basisOfRightAnnihilator;AL;4| ...) ; file: /tmp/oa-5DLCbF/code.lsp ; in: DEFUN |ALGPKG;basisOfRightAnnihilator;AL;4| ; (DEFUN BOOT::|ALGPKG;basisOfRightAnnihilator;AL;4| (BOOT::|a| BOOT::$) ; (LET* ((BOOT::|ca| (BOOT::SPADCALL # #)) ; (BOOT::|cond| (BOOT::SPADCALL # # #))) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 30) ; (BOOT::SPADCALL BOOT::|cond| ; (BOOT::|shellEntry| BOOT::$ 32)) ; (BOOT::|shellEntry| BOOT::$ 36)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ALGPKG;basisOfRightAnnihilator;AL;4| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|ALGPKG;basisOfRightAnnihilator;AL;4| ; (LET* ((BOOT::|ca| #) (BOOT::|cond| #)) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 30) ; (BOOT::SPADCALL BOOT::|cond| #) ; (BOOT::|shellEntry| BOOT::$ 36))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ALGPKG;basisOfLeftNucloid;L;5| ...) ; file: /tmp/oa-5DLCbF/code.lsp ; in: DEFUN |ALGPKG;basisOfLeftNucloid;L;5| ; (DEFUN BOOT::|ALGPKG;basisOfLeftNucloid;L;5| (BOOT::$) ; (PROG (BOOT::|r1| BOOT::|r2|) ; (RETURN ; (LET (# # #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ALGPKG;basisOfLeftNucloid;L;5| ; (BOOT::$) ; (BLOCK BOOT::|ALGPKG;basisOfLeftNucloid;L;5| ; (PROG (BOOT::|r1| BOOT::|r2|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ALGPKG;basisOfCommutingElements;L;6| ...) ; file: /tmp/oa-5DLCbF/code.lsp ; in: DEFUN |ALGPKG;basisOfCommutingElements;L;6| ; (DEFUN BOOT::|ALGPKG;basisOfCommutingElements;L;6| (BOOT::$) ; (PROG (BOOT::|cond| BOOT::|gam|) ; (RETURN ; (PROGN ; (BOOT::LETT BOOT::|cond| # BOOT::|ALGPKG;basisOfCommutingElements;L;6|) ; (BOOT::SPADCALL # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ALGPKG;basisOfCommutingElements;L;6| ; (BOOT::$) ; (BLOCK BOOT::|ALGPKG;basisOfCommutingElements;L;6| ; (PROG (BOOT::|cond| BOOT::|gam|) (RETURN (PROGN # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ALGPKG;basisOfLeftNucleus;L;7| ...) ; file: /tmp/oa-5DLCbF/code.lsp ; in: DEFUN |ALGPKG;basisOfLeftNucleus;L;7| ; (DEFUN BOOT::|ALGPKG;basisOfLeftNucleus;L;7| (BOOT::$) ; (PROG (BOOT::|entry|) ; (RETURN ; (LET (# #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ALGPKG;basisOfLeftNucleus;L;7| ; (BOOT::$) ; (BLOCK BOOT::|ALGPKG;basisOfLeftNucleus;L;7| ; (PROG (BOOT::|entry|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ALGPKG;basisOfRightNucleus;L;8| ...) ; file: /tmp/oa-5DLCbF/code.lsp ; in: DEFUN |ALGPKG;basisOfRightNucleus;L;8| ; (DEFUN BOOT::|ALGPKG;basisOfRightNucleus;L;8| (BOOT::$) ; (PROG (BOOT::|entry|) ; (RETURN ; (LET (# #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ALGPKG;basisOfRightNucleus;L;8| ; (BOOT::$) ; (BLOCK BOOT::|ALGPKG;basisOfRightNucleus;L;8| ; (PROG (BOOT::|entry|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ALGPKG;basisOfMiddleNucleus;L;9| ...) ; file: /tmp/oa-5DLCbF/code.lsp ; in: DEFUN |ALGPKG;basisOfMiddleNucleus;L;9| ; (DEFUN BOOT::|ALGPKG;basisOfMiddleNucleus;L;9| (BOOT::$) ; (PROG (BOOT::|entry|) ; (RETURN ; (LET (# #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ALGPKG;basisOfMiddleNucleus;L;9| ; (BOOT::$) ; (BLOCK BOOT::|ALGPKG;basisOfMiddleNucleus;L;9| ; (PROG (BOOT::|entry|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ALGPKG;basisOfNucleus;L;10| ...) ; file: /tmp/oa-5DLCbF/code.lsp ; in: DEFUN |ALGPKG;basisOfNucleus;L;10| ; (DEFUN BOOT::|ALGPKG;basisOfNucleus;L;10| (BOOT::$) ; (PROG (BOOT::|ent| BOOT::|enter| BOOT::|entry|) ; (RETURN ; (LET (# # # #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ALGPKG;basisOfNucleus;L;10| ; (BOOT::$) ; (BLOCK BOOT::|ALGPKG;basisOfNucleus;L;10| ; (PROG (BOOT::|ent| BOOT::|enter| BOOT::|entry|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ALGPKG;basisOfCenter;L;11| ...) ; file: /tmp/oa-5DLCbF/code.lsp ; in: DEFUN |ALGPKG;basisOfCenter;L;11| ; (DEFUN BOOT::|ALGPKG;basisOfCenter;L;11| (BOOT::$) ; (PROG (BOOT::D BOOT::|u| BOOT::|z| BOOT::|condi| BOOT::B BOOT::|cond| ; BOOT::|gammak| BOOT::|enter| BOOT::|entry|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # # # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ALGPKG;basisOfCenter;L;11| ; (BOOT::$) ; (BLOCK BOOT::|ALGPKG;basisOfCenter;L;11| ; (PROG (BOOT::D BOOT::|u| BOOT::|z| BOOT::|condi| BOOT::B BOOT::|cond| ; BOOT::|gammak| BOOT::|enter| BOOT::|entry|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ALGPKG;basisOfRightNucloid;L;12| ...) ; file: /tmp/oa-5DLCbF/code.lsp ; in: DEFUN |ALGPKG;basisOfRightNucloid;L;12| ; (DEFUN BOOT::|ALGPKG;basisOfRightNucloid;L;12| (BOOT::$) ; (PROG (BOOT::|r1| BOOT::|r2|) ; (RETURN ; (LET (# # #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ALGPKG;basisOfRightNucloid;L;12| ; (BOOT::$) ; (BLOCK BOOT::|ALGPKG;basisOfRightNucloid;L;12| ; (PROG (BOOT::|r1| BOOT::|r2|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ALGPKG;basisOfCentroid;L;13| ...) ; file: /tmp/oa-5DLCbF/code.lsp ; in: DEFUN |ALGPKG;basisOfCentroid;L;13| ; (DEFUN BOOT::|ALGPKG;basisOfCentroid;L;13| (BOOT::$) ; (PROG (BOOT::|r1| BOOT::|r2|) ; (RETURN ; (LET (# # # #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ALGPKG;basisOfCentroid;L;13| ; (BOOT::$) ; (BLOCK BOOT::|ALGPKG;basisOfCentroid;L;13| ; (PROG (BOOT::|r1| BOOT::|r2|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ALGPKG;doubleRank;ANni;14| ...) ; file: /tmp/oa-5DLCbF/code.lsp ; in: DEFUN |ALGPKG;doubleRank;ANni;14| ; (DEFUN BOOT::|ALGPKG;doubleRank;ANni;14| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|u| BOOT::|z| BOOT::|enter| BOOT::|entry|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ALGPKG;doubleRank;ANni;14| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ALGPKG;doubleRank;ANni;14| ; (PROG (BOOT::|u| BOOT::|z| BOOT::|enter| BOOT::|entry|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |ALGPKG;weakBiRank;ANni;15| ...) ; file: /tmp/oa-5DLCbF/code.lsp ; in: DEFUN |ALGPKG;weakBiRank;ANni;15| ; (DEFUN BOOT::|ALGPKG;weakBiRank;ANni;15| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|entry|) ; (RETURN ; (LET (# #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ALGPKG;weakBiRank;ANni;15| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ALGPKG;weakBiRank;ANni;15| ; (PROG (BOOT::|entry|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |ALGPKG;biRank;ANni;16| ...) ; file: /tmp/oa-5DLCbF/code.lsp ; in: DEFUN |ALGPKG;biRank;ANni;16| ; (DEFUN BOOT::|ALGPKG;biRank;ANni;16| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|c| BOOT::|w| BOOT::|u| BOOT::|entry| BOOT::|enter|) ; (RETURN ; (LET (# #) ; (BOOT::SEQ # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ALGPKG;biRank;ANni;16| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ALGPKG;biRank;ANni;16| ; (PROG (BOOT::|c| BOOT::|w| BOOT::|u| BOOT::|entry| BOOT::|enter|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |ALGPKG;leftRank;ANni;17| ...) ; file: /tmp/oa-5DLCbF/code.lsp ; in: DEFUN |ALGPKG;leftRank;ANni;17| ; (DEFUN BOOT::|ALGPKG;leftRank;ANni;17| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|entry|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ALGPKG;leftRank;ANni;17| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ALGPKG;leftRank;ANni;17| ; (PROG (BOOT::|entry|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |ALGPKG;rightRank;ANni;18| ...) ; file: /tmp/oa-5DLCbF/code.lsp ; in: DEFUN |ALGPKG;rightRank;ANni;18| ; (DEFUN BOOT::|ALGPKG;rightRank;ANni;18| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|entry|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ALGPKG;rightRank;ANni;18| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ALGPKG;rightRank;ANni;18| ; (PROG (BOOT::|entry|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |ALGPKG;basis;2V;19| ...) ; compiling (DEFUN |AlgebraPackage| ...) ; compiling (DEFUN |AlgebraPackage;| ...) ; compiling (MAKEPROP (QUOTE |AlgebraPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 17 notes ; /tmp/oa-5DLCbF/code.fasl written ; compilation finished in 0:00:00.265 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ALGSC.spad && cp ALGSC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ALGSC.fasl \ && if test -f ALGSC-.NRLIB/code.fasl; then \ cp ALGSC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ALGSC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ALGSC.spad using Spad compiler. ALGSC abbreviates domain AlgebraGivenByStructuralConstants debug: compDefine1 lhs: (AlgebraGivenByStructuralConstants R n ls gamma) signature (pre-evaluate): ((Join (FramedNonAssociativeAlgebra R) (LeftModule (SquareMatrix n R)) (CATEGORY domain (SIGNATURE coerce ($ (Vector R))))) (Field) (PositiveInteger) (List (Symbol)) (Vector (Matrix R))) debug: evaluateType form: (Join (FramedNonAssociativeAlgebra R) (LeftModule (SquareMatrix n R)) (CATEGORY domain (SIGNATURE coerce ($ (Vector R))))) $param: (R n ls gamma) debug: evaluateType form: (FramedNonAssociativeAlgebra R) $param: (R n ls gamma) Debug: evaluateType1 form: (FramedNonAssociativeAlgebra R) debug: evaluateType1 x: R m: (CommutativeRing) debug: evaluateType form: (LeftModule (SquareMatrix n R)) $param: (R n ls gamma) Debug: evaluateType1 form: (LeftModule (SquareMatrix n R)) debug: evaluateType1 x: (SquareMatrix n R) m: (Rng) debug: evaluateType1 categoryForm: (Rng) debug: evaluateType form: (Rng) $param: (R n ls gamma) Debug: evaluateType1 form: (Rng) debug: evaluateType form: (SquareMatrix n R) $param: (R n ls gamma) Debug: evaluateType1 form: (SquareMatrix n R) debug: evaluateType1 x: n m: (NonNegativeInteger) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (SquareMatrix n R) c: (Rng) debug: evaluateType form: (CATEGORY domain (SIGNATURE coerce ($ (Vector R)))) $param: (R n ls gamma) debug: evaluateType form: (Vector R) $param: (R n ls gamma) Debug: evaluateType1 form: (Vector R) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (Field) $param: (R n ls gamma) Debug: evaluateType1 form: (Field) debug: evaluateType form: (PositiveInteger) $param: (R n ls gamma) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (List (Symbol)) $param: (R n ls gamma) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R n ls gamma) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (R n ls gamma) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (Vector (Matrix R)) $param: (R n ls gamma) Debug: evaluateType1 form: (Vector (Matrix R)) debug: evaluateType1 x: (Matrix R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R n ls gamma) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix R) $param: (R n ls gamma) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Matrix R) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (FramedNonAssociativeAlgebra R) (LeftModule (SquareMatrix n R)) (CATEGORY domain (SIGNATURE coerce ($ (Vector R))))) (Field) (PositiveInteger) (List (Symbol)) (Vector (Matrix R))) debug: compDefine1 lhs: (AlgebraGivenByStructuralConstants R n ls gamma) signature (pre-evaluate): ((Join (FramedNonAssociativeAlgebra R) (LeftModule (SquareMatrix n R)) (CATEGORY domain (SIGNATURE coerce ($ (Vector R))))) NIL NIL NIL NIL) debug: evaluateType form: (Join (FramedNonAssociativeAlgebra R) (LeftModule (SquareMatrix n R)) (CATEGORY domain (SIGNATURE coerce ($ (Vector R))))) $param: (R n ls gamma) debug: evaluateType form: (FramedNonAssociativeAlgebra R) $param: (R n ls gamma) Debug: evaluateType1 form: (FramedNonAssociativeAlgebra R) debug: evaluateType1 x: R m: (CommutativeRing) debug: evaluateType form: (LeftModule (SquareMatrix n R)) $param: (R n ls gamma) Debug: evaluateType1 form: (LeftModule (SquareMatrix n R)) debug: evaluateType1 x: (SquareMatrix n R) m: (Rng) debug: evaluateType1 categoryForm: (Rng) debug: evaluateType form: (Rng) $param: (R n ls gamma) Debug: evaluateType1 form: (Rng) debug: evaluateType form: (SquareMatrix n R) $param: (R n ls gamma) Debug: evaluateType1 form: (SquareMatrix n R) debug: evaluateType1 x: n m: (NonNegativeInteger) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (SquareMatrix n R) c: (Rng) debug: evaluateType form: (CATEGORY domain (SIGNATURE coerce ($ (Vector R)))) $param: (R n ls gamma) debug: evaluateType form: (Vector R) $param: (R n ls gamma) Debug: evaluateType1 form: (Vector R) debug: evaluateType1 x: R m: (Type) debug: compDefine1 signature (post evaluate): ((Join (FramedNonAssociativeAlgebra R) (LeftModule (SquareMatrix n R)) (CATEGORY domain (SIGNATURE coerce ($ (Vector R))))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for AlgebraGivenByStructuralConstants compiling into /tmp/oa-gvD1w8 compiling exported recip : % -> Union(%,failed) Time: 0.11 SEC. compiling exported * : (SquareMatrix(n,R),%) -> % Time: 0.03 SEC. compiling exported coerce : Vector R -> % Time: 0 SEC. compiling exported structuralConstants : () -> Vector Matrix R Time: 0 SEC. compiling exported coordinates : % -> Vector R Time: 0.02 SEC. compiling exported coordinates : (%,Vector %) -> Vector R Time: 0.08 SEC. compiling exported basis : () -> Vector % Time: 0.01 SEC. compiling exported someBasis : () -> Vector % Time: 0.01 SEC. compiling exported rank : () -> PositiveInteger Time: 0 SEC. compiling exported elt : (%,Integer) -> R Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Time: 0.05 SEC. compiling exported * : (%,%) -> % Time: 0.06 SEC. compiling exported alternative? : () -> Boolean Time: 0.92 SEC. compiling exported associative? : () -> Boolean Time: 0.04 SEC. compiling exported antiAssociative? : () -> Boolean Time: 0.05 SEC. compiling exported commutative? : () -> Boolean Time: 0.04 SEC. compiling exported antiCommutative? : () -> Boolean Time: 0.05 SEC. compiling exported leftAlternative? : () -> Boolean Time: 0.18 SEC. compiling exported rightAlternative? : () -> Boolean Time: 0.20 SEC. compiling exported flexible? : () -> Boolean Time: 0.08 SEC. compiling exported lieAdmissible? : () -> Boolean Time: 0.34 SEC. compiling exported jordanAdmissible? : () -> Boolean Time: 5.83 SEC. compiling exported jordanAlgebra? : () -> Boolean Time: 1.00 SEC. compiling exported jacobiIdentity? : () -> Boolean Time: 0.06 SEC. (time taken in buildFunctor: 4) Time: 0.10 SEC. Warnings: [1] OpenAxiom suggests removing assignment to Rep [2] elt: : Rep -- replace by pretend Cumulative Statistics for Constructor AlgebraGivenByStructuralConstants Time: 9.27 seconds --------------non extending category---------------------- AlgebraGivenByStructuralConstants(#1,#2,#3,#4) of category Join( FramedNonAssociativeAlgebra #1,LeftModule SquareMatrix(#2,#1)) with coerce : Vector #1 -> % has no DirectProductCategory(#2,#1) ---------------------------------------------------------- finalizing NRLIB ALGSC Processing AlgebraGivenByStructuralConstants for Browser database: -- coerce : Vector R -> % -- constructor ; compiling file "/tmp/oa-gvD1w8/code.lsp" (written 01 FEB 2016 11:14:05 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ALGSC;structuralConstants;V;4|) ...) ; compiling (PUT (QUOTE |ALGSC;rank;Pi;9|) ...) ; compiling (DEFUN |ALGSC;recip;$U;1| ...) ; file: /tmp/oa-gvD1w8/code.lsp ; in: DEFUN |ALGSC;recip;$U;1| ; (DEFUN BOOT::|ALGSC;recip;$U;1| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 13))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ALGSC;recip;$U;1| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ALGSC;recip;$U;1| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 13)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |ALGSC;*;Sm2$;2| ...) ; compiling (DEFUN |ALGSC;coerce;V$;3| ...) ; compiling (DEFUN |ALGSC;structuralConstants;V;4| ...) ; compiling (DEFUN |ALGSC;coordinates;$V;5| ...) ; file: /tmp/oa-gvD1w8/code.lsp ; in: DEFUN |ALGSC;coordinates;$V;5| ; (DEFUN BOOT::|ALGSC;coordinates;$V;5| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 26)) ; (BOOT::|shellEntry| BOOT::$ 27))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ALGSC;coordinates;$V;5| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ALGSC;coordinates;$V;5| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 26)) ; (BOOT::|shellEntry| BOOT::$ 27)))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |ALGSC;coordinates;$VV;6| ...) ; file: /tmp/oa-gvD1w8/code.lsp ; in: DEFUN |ALGSC;coordinates;$VV;6| ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; (DEFUN BOOT::|ALGSC;coordinates;$VV;6| (BOOT::|x| BOOT::|b| BOOT::$) ; (PROG (BOOT::|res|) ; (RETURN ; (LET* (# #) ; (PROGN # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ALGSC;coordinates;$VV;6| ; (BOOT::|x| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|ALGSC;coordinates;$VV;6| ; (PROG (BOOT::|res|) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES VECTOR &REST T). ; compiling (DEFUN |ALGSC;basis;V;7| ...) ; compiling (DEFUN |ALGSC;someBasis;V;8| ...) ; compiling (DEFUN |ALGSC;rank;Pi;9| ...) ; compiling (DEFUN |ALGSC;elt;$IR;10| ...) ; compiling (DEFUN |ALGSC;coerce;$Of;11| ...) ; compiling (DEFUN |ALGSC;*;3$;12| ...) ; compiling (DEFUN |ALGSC;alternative?;B;13| ...) ; compiling (DEFUN |ALGSC;associative?;B;14| ...) ; compiling (DEFUN |ALGSC;antiAssociative?;B;15| ...) ; compiling (DEFUN |ALGSC;commutative?;B;16| ...) ; compiling (DEFUN |ALGSC;antiCommutative?;B;17| ...) ; compiling (DEFUN |ALGSC;leftAlternative?;B;18| ...) ; compiling (DEFUN |ALGSC;rightAlternative?;B;19| ...) ; compiling (DEFUN |ALGSC;flexible?;B;20| ...) ; compiling (DEFUN |ALGSC;lieAdmissible?;B;21| ...) ; compiling (DEFUN |ALGSC;jordanAdmissible?;B;22| ...) ; compiling (DEFUN |ALGSC;jordanAlgebra?;B;23| ...) ; compiling (DEFUN |ALGSC;jacobiIdentity?;B;24| ...) ; compiling (DEFUN |AlgebraGivenByStructuralConstants| ...) ; compiling (DEFUN |AlgebraGivenByStructuralConstants;| ...) ; compiling (MAKEPROP (QUOTE |AlgebraGivenByStructuralConstants|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 4 notes ; /tmp/oa-gvD1w8/code.fasl written ; compilation finished in 0:00:00.604 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile CRFP.spad && cp CRFP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CRFP.fasl \ && if test -f CRFP-.NRLIB/code.fasl; then \ cp CRFP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CRFP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CRFP.spad using Spad compiler. CRFP abbreviates package ComplexRootFindingPackage debug: compDefine1 lhs: (ComplexRootFindingPackage R UP) signature (pre-evaluate): ((CATEGORY package (SIGNATURE complexZeros ((List (Complex R)) UP)) (SIGNATURE complexZeros ((List (Complex R)) UP R)) (SIGNATURE divisorCascade ((List (Record (: factors (List UP)) (: error R))) UP UP (Boolean))) (SIGNATURE divisorCascade ((List (Record (: factors (List UP)) (: error R))) UP UP)) (SIGNATURE factor ((Factored UP) UP R (Boolean))) (SIGNATURE factor ((Factored UP) UP R)) (SIGNATURE factor ((Factored UP) UP)) (SIGNATURE graeffe (UP UP)) (SIGNATURE norm (R UP)) (SIGNATURE pleskenSplit ((Factored UP) UP R (Boolean))) (SIGNATURE pleskenSplit ((Factored UP) UP R)) (SIGNATURE reciprocalPolynomial (UP UP)) (SIGNATURE rootRadius (R UP R)) (SIGNATURE rootRadius (R UP)) (SIGNATURE schwerpunkt ((Complex R) UP)) (SIGNATURE setErrorBound (R R)) (SIGNATURE startPolynomial ((Record (: start UP) (: factors (Factored UP))) UP))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE complexZeros ((List (Complex R)) UP)) (SIGNATURE complexZeros ((List (Complex R)) UP R)) (SIGNATURE divisorCascade ((List (Record (: factors (List UP)) (: error R))) UP UP (Boolean))) (SIGNATURE divisorCascade ((List (Record (: factors (List UP)) (: error R))) UP UP)) (SIGNATURE factor ((Factored UP) UP R (Boolean))) (SIGNATURE factor ((Factored UP) UP R)) (SIGNATURE factor ((Factored UP) UP)) (SIGNATURE graeffe (UP UP)) (SIGNATURE norm (R UP)) (SIGNATURE pleskenSplit ((Factored UP) UP R (Boolean))) (SIGNATURE pleskenSplit ((Factored UP) UP R)) (SIGNATURE reciprocalPolynomial (UP UP)) (SIGNATURE rootRadius (R UP R)) (SIGNATURE rootRadius (R UP)) (SIGNATURE schwerpunkt ((Complex R) UP)) (SIGNATURE setErrorBound (R R)) (SIGNATURE startPolynomial ((Record (: start UP) (: factors (Factored UP))) UP))) $param: (R UP) debug: evaluateType form: (List (Complex R)) $param: (R UP) Debug: evaluateType1 form: (List (Complex R)) debug: evaluateType1 x: (Complex R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Complex R) $param: (R UP) Debug: evaluateType1 form: (Complex R) debug: evaluateType1 x: R m: (CommutativeRing) debug: evalCategory d: (Complex R) c: (Type) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: (List (Complex R)) $param: (R UP) Debug: evaluateType1 form: (List (Complex R)) debug: evaluateType1 x: (Complex R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Complex R) $param: (R UP) Debug: evaluateType1 form: (Complex R) debug: evaluateType1 x: R m: (CommutativeRing) debug: evalCategory d: (Complex R) c: (Type) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: R $param: (R UP) debug: evaluateType form: (List (Record (: factors (List UP)) (: error R))) $param: (R UP) Debug: evaluateType1 form: (List (Record (: factors (List UP)) (: error R))) debug: evaluateType1 x: (Record (: factors (List UP)) (: error R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: factors (List UP)) (: error R)) $param: (R UP) debug: evaluateType form: (List UP) $param: (R UP) Debug: evaluateType1 form: (List UP) debug: evaluateType1 x: UP m: (Type) debug: evaluateType form: R $param: (R UP) debug: evalCategory d: (Record (: factors (List UP)) (: error R)) c: (Type) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: (Boolean) $param: (R UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List (Record (: factors (List UP)) (: error R))) $param: (R UP) Debug: evaluateType1 form: (List (Record (: factors (List UP)) (: error R))) debug: evaluateType1 x: (Record (: factors (List UP)) (: error R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: factors (List UP)) (: error R)) $param: (R UP) debug: evaluateType form: (List UP) $param: (R UP) Debug: evaluateType1 form: (List UP) debug: evaluateType1 x: UP m: (Type) debug: evaluateType form: R $param: (R UP) debug: evalCategory d: (Record (: factors (List UP)) (: error R)) c: (Type) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: (Factored UP) $param: (R UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: R $param: (R UP) debug: evaluateType form: (Boolean) $param: (R UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Factored UP) $param: (R UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: R $param: (R UP) debug: evaluateType form: (Factored UP) $param: (R UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: R $param: (R UP) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: (Factored UP) $param: (R UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: R $param: (R UP) debug: evaluateType form: (Boolean) $param: (R UP) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Factored UP) $param: (R UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: R $param: (R UP) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: R $param: (R UP) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: R $param: (R UP) debug: evaluateType form: R $param: (R UP) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: (Complex R) $param: (R UP) Debug: evaluateType1 form: (Complex R) debug: evaluateType1 x: R m: (CommutativeRing) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: R $param: (R UP) debug: evaluateType form: R $param: (R UP) debug: evaluateType form: (Record (: start UP) (: factors (Factored UP))) $param: (R UP) debug: evaluateType form: UP $param: (R UP) debug: evaluateType form: (Factored UP) $param: (R UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (R UP) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE complexZeros ((List (Complex R)) UP)) (SIGNATURE complexZeros ((List (Complex R)) UP R)) (SIGNATURE divisorCascade ((List (Record (: factors (List UP)) (: error R))) UP UP (Boolean))) (SIGNATURE divisorCascade ((List (Record (: factors (List UP)) (: error R))) UP UP)) (SIGNATURE factor ((Factored UP) UP R (Boolean))) (SIGNATURE factor ((Factored UP) UP R)) (SIGNATURE factor ((Factored UP) UP)) (SIGNATURE graeffe (UP UP)) (SIGNATURE norm (R UP)) (SIGNATURE pleskenSplit ((Factored UP) UP R (Boolean))) (SIGNATURE pleskenSplit ((Factored UP) UP R)) (SIGNATURE reciprocalPolynomial (UP UP)) (SIGNATURE rootRadius (R UP R)) (SIGNATURE rootRadius (R UP)) (SIGNATURE schwerpunkt ((Complex R) UP)) (SIGNATURE setErrorBound (R R)) (SIGNATURE startPolynomial ((Record (: start UP) (: factors (Factored UP))) UP))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ComplexRootFindingPackage compiling into /tmp/oa-AOkEXt compiling exported complexZeros : (UP,R) -> List Complex R Time: 0.25 SEC. compiling exported complexZeros : UP -> List Complex R Time: 0.01 SEC. compiling exported setErrorBound : R -> R Time: 0.08 SEC. compiling exported pleskenSplit : (UP,R,Boolean) -> Factored UP Time: 0.29 SEC. compiling exported startPolynomial : UP -> Record(start: UP,factors: Factored UP) Time: 0.80 SEC. compiling exported norm : UP -> R Time: 0.02 SEC. compiling exported pleskenSplit : (UP,R) -> Factored UP Time: 0.01 SEC. compiling exported graeffe : UP -> UP Time: 0.10 SEC. compiling exported rootRadius : (UP,R) -> R Time: 0.03 SEC. compiling exported rootRadius : UP -> R Time: 0 SEC. compiling exported schwerpunkt : UP -> Complex R Time: 0.20 SEC. compiling exported reciprocalPolynomial : UP -> UP Time: 0.06 SEC. compiling exported divisorCascade : (UP,UP,Boolean) -> List Record(factors: List UP,error: R) Time: 0.05 SEC. compiling exported divisorCascade : (UP,UP) -> List Record(factors: List UP,error: R) Time: 0.01 SEC. compiling exported factor : (UP,R) -> Factored UP Time: 0.01 SEC. compiling exported factor : UP -> Factored UP Time: 0.01 SEC. compiling exported factor : (UP,R,Boolean) -> Factored UP Time: 0.16 SEC. compiling local absC : Complex R -> R Time: 0.02 SEC. compiling local absR : R -> R Time: 0.00 SEC. compiling local min : (Record(factors: List UP,error: R),Record(factors: List UP,error: R)) -> Record(factors: List UP,error: R) Time: 0.01 SEC. compiling local calculateScale : UP -> R Time: 0.04 SEC. compiling local makeMonic : UP -> UP Time: 0.02 SEC. compiling local scale : (UP,Complex R) -> UP Time: 0.02 SEC. compiling local shift : (UP,Complex R) -> UP Time: 0.04 SEC. compiling local nthRoot : (R,NonNegativeInteger) -> R Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] pleskenSplit: split has no value [2] pleskenSplit: false has no value [3] divisorCascade: false has no value [4] factor: false has no value [5] calculateScale: rest has no value Cumulative Statistics for Constructor ComplexRootFindingPackage Time: 2.30 seconds finalizing NRLIB CRFP Processing ComplexRootFindingPackage for Browser database: -- complexZeros : UP -> L C -- complexZeros : (UP,R) -> L C -- divisorCascade : (UP,UP,Boolean) -> L FAE -- divisorCascade : (UP,UP) -> L FAE -- factor : (UP,R,Boolean) -> FR UP -- factor : (UP,R) -> FR UP -- factor : UP -> FR UP -- graeffe : UP -> UP -- norm : UP -> R -- pleskenSplit : (UP,R,Boolean) -> FR UP -- pleskenSplit : (UP,R) -> FR UP -- reciprocalPolynomial : UP -> UP -- rootRadius : (UP,R) -> R -- rootRadius : UP -> R -- schwerpunkt : UP -> C -- setErrorBound : R -> R -- startPolynomial : UP -> Record(start: UP,factors: FR UP) -- constructor ; compiling file "/tmp/oa-AOkEXt/code.lsp" (written 01 FEB 2016 11:14:08 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |CRFP;complexZeros;UPRL;1| ...) ; file: /tmp/oa-AOkEXt/code.lsp ; in: DEFUN |CRFP;complexZeros;UPRL;1| ; (DEFUN BOOT::|CRFP;complexZeros;UPRL;1| (BOOT::|p| BOOT::|eps| BOOT::$) ; (LET* ((BOOT::|eps0| (BOOT::SPADCALL BOOT::|eps| # #)) ; (BOOT::|facs| ; (BOOT::|CRFP;factor;UPRF;15| BOOT::|p| BOOT::|eps0| BOOT::$))) ; (LET ((#:G746 #) (#:G562 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CRFP;complexZeros;UPRL;1| ; (BOOT::|p| BOOT::|eps| BOOT::$) ; (BLOCK BOOT::|CRFP;complexZeros;UPRL;1| ; (LET* ((BOOT::|eps0| #) (BOOT::|facs| #)) ; (LET (# #) ; (LOOP # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |CRFP;complexZeros;UPL;2| ...) ; compiling (DEFUN |CRFP;setErrorBound;2R;3| ...) ; compiling (DEFUN |CRFP;pleskenSplit;UPRBF;4| ...) ; compiling (DEFUN |CRFP;startPolynomial;UPR;5| ...) ; compiling (DEFUN |CRFP;norm;UPR;6| ...) ; compiling (DEFUN |CRFP;pleskenSplit;UPRF;7| ...) ; compiling (DEFUN |CRFP;graeffe;2UP;8| ...) ; compiling (DEFUN |CRFP;rootRadius;UP2R;9| ...) ; compiling (DEFUN |CRFP;rootRadius;UPR;10| ...) ; compiling (DEFUN |CRFP;schwerpunkt;UPC;11| ...) ; compiling (DEFUN |CRFP;reciprocalPolynomial;2UP;12| ...) ; compiling (DEFUN |CRFP;divisorCascade;2UPBL;13| ...) ; file: /tmp/oa-AOkEXt/code.lsp ; in: DEFUN |CRFP;divisorCascade;2UPBL;13| ; (DEFUN BOOT::|CRFP;divisorCascade;2UPBL;13| ; (BOOT::|p| BOOT::|tp| BOOT::|info| BOOT::$) ; (PROG (BOOT::|lof| BOOT::|listOfFactors| BOOT::|nm| BOOT::|factor2| ; BOOT::|factor1| BOOT::|qr|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CRFP;divisorCascade;2UPBL;13| ; (BOOT::|p| BOOT::|tp| BOOT::|info| BOOT::$) ; (BLOCK BOOT::|CRFP;divisorCascade;2UPBL;13| ; (PROG (BOOT::|lof| BOOT::|listOfFactors| BOOT::|nm| BOOT::|factor2| ; BOOT::|factor1| BOOT::|qr|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |CRFP;divisorCascade;2UPL;14| ...) ; compiling (DEFUN |CRFP;factor;UPRF;15| ...) ; compiling (DEFUN |CRFP;factor;UPF;16| ...) ; compiling (DEFUN |CRFP;factor;UPRBF;17| ...) ; compiling (DEFUN |CRFP;absC| ...) ; compiling (DEFUN |CRFP;absR| ...) ; compiling (DEFUN |CRFP;min| ...) ; compiling (DEFUN |CRFP;calculateScale| ...) ; compiling (DEFUN |CRFP;makeMonic| ...) ; compiling (DEFUN |CRFP;scale| ...) ; compiling (DEFUN |CRFP;shift| ...) ; compiling (DEFUN |CRFP;nthRoot| ...) ; compiling (DEFUN |ComplexRootFindingPackage| ...) ; compiling (DEFUN |ComplexRootFindingPackage;| ...) ; compiling (MAKEPROP (QUOTE |ComplexRootFindingPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-AOkEXt/code.fasl written ; compilation finished in 0:00:00.164 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile CTRIGMNP.spad && cp CTRIGMNP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CTRIGMNP.fasl \ && if test -f CTRIGMNP-.NRLIB/code.fasl; then \ cp CTRIGMNP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CTRIGMNP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CTRIGMNP.spad using Spad compiler. CTRIGMNP abbreviates package ComplexTrigonometricManipulations debug: compDefine1 lhs: (ComplexTrigonometricManipulations R F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE complexNormalize (F F)) (SIGNATURE complexNormalize (F F (Symbol))) (SIGNATURE complexElementary (F F)) (SIGNATURE complexElementary (F F (Symbol))) (SIGNATURE real ((Expression R) F)) (SIGNATURE imag ((Expression R) F)) (SIGNATURE real? ((Boolean) F)) (SIGNATURE trigs (F F)) (SIGNATURE complexForm ((Complex (Expression R)) F))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE complexNormalize (F F)) (SIGNATURE complexNormalize (F F (Symbol))) (SIGNATURE complexElementary (F F)) (SIGNATURE complexElementary (F F (Symbol))) (SIGNATURE real ((Expression R) F)) (SIGNATURE imag ((Expression R) F)) (SIGNATURE real? ((Boolean) F)) (SIGNATURE trigs (F F)) (SIGNATURE complexForm ((Complex (Expression R)) F))) $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Expression R) $param: (R F) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Expression R) $param: (R F) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Boolean) $param: (R F) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Complex (Expression R)) $param: (R F) Debug: evaluateType1 form: (Complex (Expression R)) debug: evaluateType1 x: (Expression R) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: (R F) Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (Expression R) $param: (R F) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: evalCategory d: (Expression R) c: (CommutativeRing) debug: evaluateType form: F $param: (R F) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE complexNormalize (F F)) (SIGNATURE complexNormalize (F F (Symbol))) (SIGNATURE complexElementary (F F)) (SIGNATURE complexElementary (F F (Symbol))) (SIGNATURE real ((Expression R) F)) (SIGNATURE imag ((Expression R) F)) (SIGNATURE real? ((Boolean) F)) (SIGNATURE trigs (F F)) (SIGNATURE complexForm ((Complex (Expression R)) F))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ComplexTrigonometricManipulations compiling into /tmp/oa-oFvfuh importing InnerTrigonometricManipulations(R,Expression R,F) importing ElementaryFunctionStructurePackage(Complex R,F) compiling exported real : F -> Expression R Time: 0.08 SEC. compiling exported imag : F -> Expression R Time: 0.03 SEC. compiling local rreal? : Complex R -> Boolean Time: 0.01 SEC. compiling local kreal? : Kernel F -> Boolean Time: 0.01 SEC. compiling exported complexForm : F -> Complex Expression R Time: 0.02 SEC. compiling exported trigs : F -> F Time: 0.01 SEC. compiling exported real? : F -> Boolean Time: 0.07 SEC. compiling local localexplogs : (F,F,List Symbol) -> F Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (Symbol) Debug compQuote expr: (QUOTE cot) m: $EmptyMode Debug compQuote expr: (QUOTE cot) m: (Symbol) Time: 0.02 SEC. compiling exported complexElementary : F -> F Debug compQuote expr: (QUOTE rtrig) m: $EmptyMode Debug compQuote expr: (QUOTE rtrig) m: (Identifier) Time: 0.02 SEC. compiling exported complexElementary : (F,Symbol) -> F Debug compQuote expr: (QUOTE rtrig) m: $EmptyMode Debug compQuote expr: (QUOTE rtrig) m: (Identifier) Time: 0.03 SEC. compiling exported complexNormalize : (F,Symbol) -> F Debug compQuote expr: (QUOTE rtrig) m: $EmptyMode Debug compQuote expr: (QUOTE rtrig) m: (Identifier) Time: 0.04 SEC. compiling exported complexNormalize : F -> F Debug compQuote expr: (QUOTE rtrig) m: $EmptyMode Debug compQuote expr: (QUOTE rtrig) m: (Identifier) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] complexForm: not known that RadicalCategory is of mode CATEGORY(domain,IF(hasRIntegralDomain(),PROGN(AlgebraicallyClosedFunctionSpace R,TranscendentalFunctionCategory,CombinatorialOpsCategory,LiouvillianFunctionCategory,SpecialFunctionCategory,reduce: % -> %,number?: % -> Boolean,simplifyPower: (%,Integer) -> %,IF(hasRGcdDomain(),PROGN(factorPolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %,squareFreePolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %),%noBranch),IF(hasRRetractableTo(Integer()),RetractableTo AlgebraicNumber,%noBranch)),%noBranch)) [2] complexForm: not known that TranscendentalFunctionCategory is of mode CATEGORY(domain,IF(hasRIntegralDomain(),PROGN(AlgebraicallyClosedFunctionSpace R,TranscendentalFunctionCategory,CombinatorialOpsCategory,LiouvillianFunctionCategory,SpecialFunctionCategory,reduce: % -> %,number?: % -> Boolean,simplifyPower: (%,Integer) -> %,IF(hasRGcdDomain(),PROGN(factorPolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %,squareFreePolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %),%noBranch),IF(hasRRetractableTo(Integer()),RetractableTo AlgebraicNumber,%noBranch)),%noBranch)) [3] real?: every? has no value [4] real?: coefficients has no value [5] real?: not known that SetCategory is of mode CATEGORY(package,complexNormalize: F -> F,complexNormalize: (F,Symbol) -> F,complexElementary: F -> F,complexElementary: (F,Symbol) -> F,real: F -> Expression R,imag: F -> Expression R,real?: F -> Boolean,trigs: F -> F,complexForm: F -> Complex Expression R) [6] complexElementary: has? has no value [7] complexElementary: g has no value [8] complexNormalize: has? has no value [9] complexNormalize: g has no value Cumulative Statistics for Constructor ComplexTrigonometricManipulations Time: 0.37 seconds finalizing NRLIB CTRIGMNP Processing ComplexTrigonometricManipulations for Browser database: -- complexNormalize : F -> F -- complexNormalize : (F,SY) -> F -- complexElementary : F -> F -- complexElementary : (F,SY) -> F -- real : F -> FR -- imag : F -> FR -- real? : F -> Boolean -- trigs : F -> F -- complexForm : F -> Complex FR -- constructor ; compiling file "/tmp/oa-oFvfuh/code.lsp" (written 01 FEB 2016 11:14:09 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |CTRIGMNP;real;FE;1| ...) ; compiling (DEFUN |CTRIGMNP;imag;FE;2| ...) ; compiling (DEFUN |CTRIGMNP;rreal?| ...) ; file: /tmp/oa-oFvfuh/code.lsp ; in: DEFUN |CTRIGMNP;rreal?| ; (DEFUN BOOT::|CTRIGMNP;rreal?| (BOOT::|r| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 16)) ; (BOOT::|shellEntry| BOOT::$ 18))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CTRIGMNP;rreal?| ; (BOOT::|r| BOOT::$) ; (BLOCK BOOT::|CTRIGMNP;rreal?| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|r| (BOOT::|shellEntry| BOOT::$ 16)) ; (BOOT::|shellEntry| BOOT::$ 18)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |CTRIGMNP;kreal?| ...) ; file: /tmp/oa-oFvfuh/code.lsp ; in: DEFUN |CTRIGMNP;kreal?| ; (DEFUN BOOT::|CTRIGMNP;kreal?| (BOOT::|k| BOOT::$) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 19) ; (BOOT::SPADCALL BOOT::|k| (BOOT::|shellEntry| BOOT::$ 22)) ; (BOOT::|shellEntry| BOOT::$ 24))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CTRIGMNP;kreal?| ; (BOOT::|k| BOOT::$) ; (BLOCK BOOT::|CTRIGMNP;kreal?| ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 19) ; (BOOT::SPADCALL BOOT::|k| ; (BOOT::|shellEntry| BOOT::$ 22)) ; (BOOT::|shellEntry| BOOT::$ 24)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |CTRIGMNP;complexForm;FC;5| ...) ; compiling (DEFUN |CTRIGMNP;trigs;2F;6| ...) ; compiling (DEFUN |CTRIGMNP;real?;FB;7| ...) ; file: /tmp/oa-oFvfuh/code.lsp ; in: DEFUN |CTRIGMNP;real?;FB;7| ; (DEFUN BOOT::|CTRIGMNP;real?;FB;7| (BOOT::|f| BOOT::$) ; (AND ; (BOOT::SPADCALL (CONS #'BOOT::|CTRIGMNP;rreal?| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|f| #) ; (BOOT::|shellEntry| BOOT::$ 34)) ; (BOOT::|shellEntry| BOOT::$ 36)) ; (AND ; (BOOT::SPADCALL (CONS #'BOOT::|CTRIGMNP;rreal?| BOOT::$) ; (BOOT::SPADCALL # #) (BOOT::|shellEntry| BOOT::$ 36)) ; (BOOT::SPADCALL (CONS #'BOOT::|CTRIGMNP;kreal?| BOOT::$) ; (BOOT::SPADCALL BOOT::|f| #) ; (BOOT::|shellEntry| BOOT::$ 42))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CTRIGMNP;real?;FB;7| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|CTRIGMNP;real?;FB;7| ; (AND ; (BOOT::SPADCALL (CONS #'BOOT::|CTRIGMNP;rreal?| BOOT::$) ; (BOOT::SPADCALL # #) (BOOT::|shellEntry| BOOT::$ 36)) ; (AND (BOOT::SPADCALL # # #) (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |CTRIGMNP;localexplogs| ...) ; compiling (DEFUN |CTRIGMNP;complexElementary;2F;9| ...) ; compiling (DEFUN |CTRIGMNP;complexElementary;2F;9!0| ...) ; compiling (DEFUN |CTRIGMNP;complexElementary;FSF;10| ...) ; compiling (DEFUN |CTRIGMNP;complexElementary;FSF;10!0| ...) ; compiling (DEFUN |CTRIGMNP;complexNormalize;FSF;11| ...) ; compiling (DEFUN |CTRIGMNP;complexNormalize;FSF;11!0| ...) ; compiling (DEFUN |CTRIGMNP;complexNormalize;2F;12| ...) ; compiling (DEFUN |CTRIGMNP;complexNormalize;2F;12!0| ...) ; compiling (DEFUN |ComplexTrigonometricManipulations| ...) ; compiling (DEFUN |ComplexTrigonometricManipulations;| ...) ; compiling (MAKEPROP (QUOTE |ComplexTrigonometricManipulations|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 3 notes ; /tmp/oa-oFvfuh/code.fasl written ; compilation finished in 0:00:00.043 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile DERHAM.spad && cp DERHAM.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DERHAM.fasl \ && if test -f DERHAM-.NRLIB/code.fasl; then \ cp DERHAM-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DERHAM-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DERHAM.spad using Spad compiler. DERHAM abbreviates domain DeRhamComplex debug: compDefine1 lhs: (DeRhamComplex CoefRing listIndVar) signature (pre-evaluate): ((Join (LeftAlgebra (Expression CoefRing)) (RetractableTo (Expression CoefRing)) (Functorial (Expression CoefRing)) (CATEGORY domain (SIGNATURE leadingCoefficient ((Expression CoefRing) $)) (SIGNATURE leadingBasisTerm ($ $)) (SIGNATURE reductum ($ $)) (SIGNATURE coefficient ((Expression CoefRing) $ $)) (SIGNATURE generator ($ (NonNegativeInteger))) (SIGNATURE homogeneous? ((Boolean) $)) (SIGNATURE retractable? ((Boolean) $)) (SIGNATURE degree ((Integer) $)) (SIGNATURE totalDifferential ($ (Expression CoefRing))) (SIGNATURE exteriorDifferential ($ $)))) NIL (List (Symbol))) debug: evaluateType form: (Join (LeftAlgebra (Expression CoefRing)) (RetractableTo (Expression CoefRing)) (Functorial (Expression CoefRing)) (CATEGORY domain (SIGNATURE leadingCoefficient ((Expression CoefRing) $)) (SIGNATURE leadingBasisTerm ($ $)) (SIGNATURE reductum ($ $)) (SIGNATURE coefficient ((Expression CoefRing) $ $)) (SIGNATURE generator ($ (NonNegativeInteger))) (SIGNATURE homogeneous? ((Boolean) $)) (SIGNATURE retractable? ((Boolean) $)) (SIGNATURE degree ((Integer) $)) (SIGNATURE totalDifferential ($ (Expression CoefRing))) (SIGNATURE exteriorDifferential ($ $)))) $param: (CoefRing listIndVar) debug: evaluateType form: (LeftAlgebra (Expression CoefRing)) $param: (CoefRing listIndVar) Debug: evaluateType1 form: (LeftAlgebra (Expression CoefRing)) debug: evaluateType1 x: (Expression CoefRing) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (CoefRing listIndVar) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Expression CoefRing) $param: (CoefRing listIndVar) Debug: evaluateType1 form: (Expression CoefRing) debug: evaluateType1 x: CoefRing m: (SetCategory) debug: evalCategory d: (Expression CoefRing) c: (Ring) debug: evaluateType form: (RetractableTo (Expression CoefRing)) $param: (CoefRing listIndVar) Debug: evaluateType1 form: (RetractableTo (Expression CoefRing)) debug: evaluateType1 x: (Expression CoefRing) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (CoefRing listIndVar) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Expression CoefRing) $param: (CoefRing listIndVar) Debug: evaluateType1 form: (Expression CoefRing) debug: evaluateType1 x: CoefRing m: (SetCategory) debug: evalCategory d: (Expression CoefRing) c: (Type) debug: evaluateType form: (Functorial (Expression CoefRing)) $param: (CoefRing listIndVar) Debug: evaluateType1 form: (Functorial (Expression CoefRing)) debug: evaluateType1 x: (Expression CoefRing) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (CoefRing listIndVar) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Expression CoefRing) $param: (CoefRing listIndVar) Debug: evaluateType1 form: (Expression CoefRing) debug: evaluateType1 x: CoefRing m: (SetCategory) debug: evalCategory d: (Expression CoefRing) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE leadingCoefficient ((Expression CoefRing) $)) (SIGNATURE leadingBasisTerm ($ $)) (SIGNATURE reductum ($ $)) (SIGNATURE coefficient ((Expression CoefRing) $ $)) (SIGNATURE generator ($ (NonNegativeInteger))) (SIGNATURE homogeneous? ((Boolean) $)) (SIGNATURE retractable? ((Boolean) $)) (SIGNATURE degree ((Integer) $)) (SIGNATURE totalDifferential ($ (Expression CoefRing))) (SIGNATURE exteriorDifferential ($ $))) $param: (CoefRing listIndVar) debug: evaluateType form: (Expression CoefRing) $param: (CoefRing listIndVar) Debug: evaluateType1 form: (Expression CoefRing) debug: evaluateType1 x: CoefRing m: (SetCategory) debug: evaluateType form: (Expression CoefRing) $param: (CoefRing listIndVar) Debug: evaluateType1 form: (Expression CoefRing) debug: evaluateType1 x: CoefRing m: (SetCategory) debug: evaluateType form: (NonNegativeInteger) $param: (CoefRing listIndVar) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Boolean) $param: (CoefRing listIndVar) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (CoefRing listIndVar) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Integer) $param: (CoefRing listIndVar) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Expression CoefRing) $param: (CoefRing listIndVar) Debug: evaluateType1 form: (Expression CoefRing) debug: evaluateType1 x: CoefRing m: (SetCategory) debug: evaluateType form: (List (Symbol)) $param: (CoefRing listIndVar) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (CoefRing listIndVar) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (CoefRing listIndVar) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (LeftAlgebra (Expression CoefRing)) (RetractableTo (Expression CoefRing)) (Functorial (Expression CoefRing)) (CATEGORY domain (SIGNATURE leadingCoefficient ((Expression CoefRing) $)) (SIGNATURE leadingBasisTerm ($ $)) (SIGNATURE reductum ($ $)) (SIGNATURE coefficient ((Expression CoefRing) $ $)) (SIGNATURE generator ($ (NonNegativeInteger))) (SIGNATURE homogeneous? ((Boolean) $)) (SIGNATURE retractable? ((Boolean) $)) (SIGNATURE degree ((Integer) $)) (SIGNATURE totalDifferential ($ (Expression CoefRing))) (SIGNATURE exteriorDifferential ($ $)))) NIL (List (Symbol))) debug: compDefine1 lhs: (DeRhamComplex CoefRing listIndVar) signature (pre-evaluate): ((Join (LeftAlgebra (Expression CoefRing)) (RetractableTo (Expression CoefRing)) (Functorial (Expression CoefRing)) (CATEGORY domain (SIGNATURE leadingCoefficient ((Expression CoefRing) $)) (SIGNATURE leadingBasisTerm ($ $)) (SIGNATURE reductum ($ $)) (SIGNATURE coefficient ((Expression CoefRing) $ $)) (SIGNATURE generator ($ (NonNegativeInteger))) (SIGNATURE homogeneous? ((Boolean) $)) (SIGNATURE retractable? ((Boolean) $)) (SIGNATURE degree ((Integer) $)) (SIGNATURE totalDifferential ($ (Expression CoefRing))) (SIGNATURE exteriorDifferential ($ $)))) NIL NIL) debug: evaluateType form: (Join (LeftAlgebra (Expression CoefRing)) (RetractableTo (Expression CoefRing)) (Functorial (Expression CoefRing)) (CATEGORY domain (SIGNATURE leadingCoefficient ((Expression CoefRing) $)) (SIGNATURE leadingBasisTerm ($ $)) (SIGNATURE reductum ($ $)) (SIGNATURE coefficient ((Expression CoefRing) $ $)) (SIGNATURE generator ($ (NonNegativeInteger))) (SIGNATURE homogeneous? ((Boolean) $)) (SIGNATURE retractable? ((Boolean) $)) (SIGNATURE degree ((Integer) $)) (SIGNATURE totalDifferential ($ (Expression CoefRing))) (SIGNATURE exteriorDifferential ($ $)))) $param: (CoefRing listIndVar) debug: evaluateType form: (LeftAlgebra (Expression CoefRing)) $param: (CoefRing listIndVar) Debug: evaluateType1 form: (LeftAlgebra (Expression CoefRing)) debug: evaluateType1 x: (Expression CoefRing) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (CoefRing listIndVar) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Expression CoefRing) $param: (CoefRing listIndVar) Debug: evaluateType1 form: (Expression CoefRing) debug: evaluateType1 x: CoefRing m: (SetCategory) debug: evalCategory d: (Expression CoefRing) c: (Ring) debug: evaluateType form: (RetractableTo (Expression CoefRing)) $param: (CoefRing listIndVar) Debug: evaluateType1 form: (RetractableTo (Expression CoefRing)) debug: evaluateType1 x: (Expression CoefRing) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (CoefRing listIndVar) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Expression CoefRing) $param: (CoefRing listIndVar) Debug: evaluateType1 form: (Expression CoefRing) debug: evaluateType1 x: CoefRing m: (SetCategory) debug: evalCategory d: (Expression CoefRing) c: (Type) debug: evaluateType form: (Functorial (Expression CoefRing)) $param: (CoefRing listIndVar) Debug: evaluateType1 form: (Functorial (Expression CoefRing)) debug: evaluateType1 x: (Expression CoefRing) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (CoefRing listIndVar) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Expression CoefRing) $param: (CoefRing listIndVar) Debug: evaluateType1 form: (Expression CoefRing) debug: evaluateType1 x: CoefRing m: (SetCategory) debug: evalCategory d: (Expression CoefRing) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE leadingCoefficient ((Expression CoefRing) $)) (SIGNATURE leadingBasisTerm ($ $)) (SIGNATURE reductum ($ $)) (SIGNATURE coefficient ((Expression CoefRing) $ $)) (SIGNATURE generator ($ (NonNegativeInteger))) (SIGNATURE homogeneous? ((Boolean) $)) (SIGNATURE retractable? ((Boolean) $)) (SIGNATURE degree ((Integer) $)) (SIGNATURE totalDifferential ($ (Expression CoefRing))) (SIGNATURE exteriorDifferential ($ $))) $param: (CoefRing listIndVar) debug: evaluateType form: (Expression CoefRing) $param: (CoefRing listIndVar) Debug: evaluateType1 form: (Expression CoefRing) debug: evaluateType1 x: CoefRing m: (SetCategory) debug: evaluateType form: (Expression CoefRing) $param: (CoefRing listIndVar) Debug: evaluateType1 form: (Expression CoefRing) debug: evaluateType1 x: CoefRing m: (SetCategory) debug: evaluateType form: (NonNegativeInteger) $param: (CoefRing listIndVar) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Boolean) $param: (CoefRing listIndVar) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (CoefRing listIndVar) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Integer) $param: (CoefRing listIndVar) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Expression CoefRing) $param: (CoefRing listIndVar) Debug: evaluateType1 form: (Expression CoefRing) debug: evaluateType1 x: CoefRing m: (SetCategory) debug: compDefine1 signature (post evaluate): ((Join (LeftAlgebra (Expression CoefRing)) (RetractableTo (Expression CoefRing)) (Functorial (Expression CoefRing)) (CATEGORY domain (SIGNATURE leadingCoefficient ((Expression CoefRing) $)) (SIGNATURE leadingBasisTerm ($ $)) (SIGNATURE reductum ($ $)) (SIGNATURE coefficient ((Expression CoefRing) $ $)) (SIGNATURE generator ($ (NonNegativeInteger))) (SIGNATURE homogeneous? ((Boolean) $)) (SIGNATURE retractable? ((Boolean) $)) (SIGNATURE degree ((Integer) $)) (SIGNATURE totalDifferential ($ (Expression CoefRing))) (SIGNATURE exteriorDifferential ($ $)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for DeRhamComplex compiling into /tmp/oa-y1AWZH compiling exported totalDifferential : Expression CoefRing -> % Time: 0.10 SEC. compiling local termDiff : (Expression CoefRing,%) -> % Time: 0.01 SEC. compiling exported exteriorDifferential : % -> % Time: 0.02 SEC. compiling local displayList : ExtAlgBasis -> OutputForm Time: 0.09 SEC. compiling local makeTerm : (Expression CoefRing,ExtAlgBasis) -> OutputForm Time: 0.02 SEC. compiling local terms : % -> List Record(k: ExtAlgBasis,c: Expression CoefRing) DERHAM;terms a is replaced by a Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Time: 0.05 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] OpenAxiom suggests removing assignment to Rep [2] coerce: c has no value [3] coerce: k has no value Cumulative Statistics for Constructor DeRhamComplex Time: 0.30 seconds --------------non extending category---------------------- DeRhamComplex(#1,#2) of category Join(LeftAlgebra Expression #1, RetractableTo Expression #1,Functorial Expression #1) with leadingCoefficient : % -> Expression #1 leadingBasisTerm : % -> % reductum : % -> % coefficient : (%,%) -> Expression #1 generator : NonNegativeInteger -> % homogeneous? : % -> Boolean retractable? : % -> Boolean degree : % -> Integer totalDifferential : Expression #1 -> % exteriorDifferential : % -> % has no exp : List Integer -> % ---------------------------------------------------------- finalizing NRLIB DERHAM Processing DeRhamComplex for Browser database: -- leadingCoefficient : % -> R -- leadingBasisTerm : % -> % -- reductum : % -> % -- coefficient : (%,%) -> R -- generator : NNI -> % -- homogeneous? : % -> Boolean -- retractable? : % -> Boolean -- degree : % -> I -- totalDifferential : R -> % -- exteriorDifferential : % -> % -- constructor ; compiling file "/tmp/oa-y1AWZH/code.lsp" (written 01 FEB 2016 11:14:09 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DERHAM;terms|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DERHAM;totalDifferential;E$;1| ...) ; compiling (DEFUN |DERHAM;termDiff| ...) ; compiling (DEFUN |DERHAM;exteriorDifferential;2$;3| ...) ; compiling (DEFUN |DERHAM;displayList| ...) ; compiling (DEFUN |DERHAM;makeTerm| ...) ; compiling (DEFUN |DERHAM;terms| ...) ; compiling (DEFUN |DERHAM;coerce;$Of;7| ...) ; compiling (DEFUN |DeRhamComplex| ...) ; compiling (DEFUN |DeRhamComplex;| ...) ; compiling (MAKEPROP (QUOTE |DeRhamComplex|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-y1AWZH/code.fasl written ; compilation finished in 0:00:00.033 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile DFSFUN.spad && cp DFSFUN.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DFSFUN.fasl \ && if test -f DFSFUN-.NRLIB/code.fasl; then \ cp DFSFUN-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DFSFUN-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DFSFUN.spad using Spad compiler. DFSFUN abbreviates package DoubleFloatSpecialFunctions debug: compDefine1 lhs: (DoubleFloatSpecialFunctions) signature (pre-evaluate): ((CATEGORY package (SIGNATURE Gamma ((DoubleFloat) (DoubleFloat))) (SIGNATURE Gamma ((Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE Beta ((DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE Beta ((Complex (DoubleFloat)) (Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE logGamma ((DoubleFloat) (DoubleFloat))) (SIGNATURE logGamma ((Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE digamma ((DoubleFloat) (DoubleFloat))) (SIGNATURE digamma ((Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE polygamma ((DoubleFloat) (NonNegativeInteger) (DoubleFloat))) (SIGNATURE polygamma ((Complex (DoubleFloat)) (NonNegativeInteger) (Complex (DoubleFloat)))) (SIGNATURE besselJ ((DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE besselJ ((Complex (DoubleFloat)) (Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE besselY ((DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE besselY ((Complex (DoubleFloat)) (Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE besselI ((DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE besselI ((Complex (DoubleFloat)) (Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE besselK ((DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE besselK ((Complex (DoubleFloat)) (Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE airyAi ((Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE airyAi ((DoubleFloat) (DoubleFloat))) (SIGNATURE airyBi ((DoubleFloat) (DoubleFloat))) (SIGNATURE airyBi ((Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE hypergeometric0F1 ((DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE hypergeometric0F1 ((Complex (DoubleFloat)) (Complex (DoubleFloat)) (Complex (DoubleFloat)))))) debug: evaluateType form: (CATEGORY package (SIGNATURE Gamma ((DoubleFloat) (DoubleFloat))) (SIGNATURE Gamma ((Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE Beta ((DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE Beta ((Complex (DoubleFloat)) (Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE logGamma ((DoubleFloat) (DoubleFloat))) (SIGNATURE logGamma ((Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE digamma ((DoubleFloat) (DoubleFloat))) (SIGNATURE digamma ((Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE polygamma ((DoubleFloat) (NonNegativeInteger) (DoubleFloat))) (SIGNATURE polygamma ((Complex (DoubleFloat)) (NonNegativeInteger) (Complex (DoubleFloat)))) (SIGNATURE besselJ ((DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE besselJ ((Complex (DoubleFloat)) (Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE besselY ((DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE besselY ((Complex (DoubleFloat)) (Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE besselI ((DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE besselI ((Complex (DoubleFloat)) (Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE besselK ((DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE besselK ((Complex (DoubleFloat)) (Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE airyAi ((Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE airyAi ((DoubleFloat) (DoubleFloat))) (SIGNATURE airyBi ((DoubleFloat) (DoubleFloat))) (SIGNATURE airyBi ((Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE hypergeometric0F1 ((DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE hypergeometric0F1 ((Complex (DoubleFloat)) (Complex (DoubleFloat)) (Complex (DoubleFloat))))) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (NonNegativeInteger) $param: NIL Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: evaluateType form: (Complex (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Complex (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (CommutativeRing) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE Gamma ((DoubleFloat) (DoubleFloat))) (SIGNATURE Gamma ((Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE Beta ((DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE Beta ((Complex (DoubleFloat)) (Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE logGamma ((DoubleFloat) (DoubleFloat))) (SIGNATURE logGamma ((Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE digamma ((DoubleFloat) (DoubleFloat))) (SIGNATURE digamma ((Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE polygamma ((DoubleFloat) (NonNegativeInteger) (DoubleFloat))) (SIGNATURE polygamma ((Complex (DoubleFloat)) (NonNegativeInteger) (Complex (DoubleFloat)))) (SIGNATURE besselJ ((DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE besselJ ((Complex (DoubleFloat)) (Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE besselY ((DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE besselY ((Complex (DoubleFloat)) (Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE besselI ((DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE besselI ((Complex (DoubleFloat)) (Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE besselK ((DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE besselK ((Complex (DoubleFloat)) (Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE airyAi ((Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE airyAi ((DoubleFloat) (DoubleFloat))) (SIGNATURE airyBi ((DoubleFloat) (DoubleFloat))) (SIGNATURE airyBi ((Complex (DoubleFloat)) (Complex (DoubleFloat)))) (SIGNATURE hypergeometric0F1 ((DoubleFloat) (DoubleFloat) (DoubleFloat))) (SIGNATURE hypergeometric0F1 ((Complex (DoubleFloat)) (Complex (DoubleFloat)) (Complex (DoubleFloat)))))) ------------------------------------------------------------------------ initializing stationary directory for DoubleFloatSpecialFunctions compiling into /tmp/oa-3W3E7e compiling exported Gamma : Complex DoubleFloat -> Complex DoubleFloat DFSFUN;Gamma;2C;1 is replaced by CGAMMA Time: 0.03 SEC. compiling exported Gamma : DoubleFloat -> DoubleFloat DFSFUN;Gamma;2Df;2 is replaced by RGAMMA Time: 0 SEC. compiling exported polygamma : (NonNegativeInteger,Complex DoubleFloat) -> Complex DoubleFloat DFSFUN;polygamma;Nni2C;3 is replaced by CPSI Time: 0.01 SEC. compiling exported polygamma : (NonNegativeInteger,DoubleFloat) -> DoubleFloat DFSFUN;polygamma;Nni2Df;4 is replaced by RPSI Time: 0.01 SEC. compiling exported logGamma : Complex DoubleFloat -> Complex DoubleFloat DFSFUN;logGamma;2C;5 is replaced by CLNGAMMA Time: 0 SEC. compiling exported logGamma : DoubleFloat -> DoubleFloat DFSFUN;logGamma;2Df;6 is replaced by RLNGAMMA Time: 0 SEC. compiling exported besselJ : (Complex DoubleFloat,Complex DoubleFloat) -> Complex DoubleFloat DFSFUN;besselJ;3C;7 is replaced by CBESSELJ Time: 0 SEC. compiling exported besselJ : (DoubleFloat,DoubleFloat) -> DoubleFloat DFSFUN;besselJ;3Df;8 is replaced by RBESSELJ Time: 0.00 SEC. compiling exported besselI : (Complex DoubleFloat,Complex DoubleFloat) -> Complex DoubleFloat DFSFUN;besselI;3C;9 is replaced by CBESSELI Time: 0 SEC. compiling exported besselI : (DoubleFloat,DoubleFloat) -> DoubleFloat DFSFUN;besselI;3Df;10 is replaced by RBESSELI Time: 0 SEC. compiling exported hypergeometric0F1 : (Complex DoubleFloat,Complex DoubleFloat) -> Complex DoubleFloat DFSFUN;hypergeometric0F1;3C;11 is replaced by CHYPER0F1 Time: 0 SEC. compiling exported hypergeometric0F1 : (DoubleFloat,DoubleFloat) -> DoubleFloat Time: 0.01 SEC. compiling exported digamma : DoubleFloat -> DoubleFloat DFSFUN;digamma;2Df;13 x is replaced by RPSI(0,x) Time: 0.00 SEC. compiling exported digamma : Complex DoubleFloat -> Complex DoubleFloat DFSFUN;digamma;2C;14 z is replaced by CPSI(0,z) Time: 0.01 SEC. compiling exported Beta : (DoubleFloat,DoubleFloat) -> DoubleFloat Time: 0.02 SEC. compiling exported Beta : (Complex DoubleFloat,Complex DoubleFloat) -> Complex DoubleFloat Time: 0.02 SEC. importing IntegerRetractions DoubleFloat importing IntegerRetractions Complex DoubleFloat compiling exported besselY : (DoubleFloat,DoubleFloat) -> DoubleFloat Time: 0.04 SEC. compiling exported besselY : (Complex DoubleFloat,Complex DoubleFloat) -> Complex DoubleFloat Time: 0.05 SEC. compiling exported besselK : (DoubleFloat,DoubleFloat) -> DoubleFloat Time: 0.04 SEC. compiling exported besselK : (Complex DoubleFloat,Complex DoubleFloat) -> Complex DoubleFloat Time: 0.05 SEC. compiling exported airyAi : DoubleFloat -> DoubleFloat Time: 0.13 SEC. compiling exported airyAi : Complex DoubleFloat -> Complex DoubleFloat Time: 0.15 SEC. compiling exported airyBi : DoubleFloat -> DoubleFloat Time: 0.06 SEC. compiling exported airyBi : Complex DoubleFloat -> Complex DoubleFloat Time: 0.10 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Cumulative Statistics for Constructor DoubleFloatSpecialFunctions Time: 0.77 seconds finalizing NRLIB DFSFUN Processing DoubleFloatSpecialFunctions for Browser database: -- Gamma : R -> R -- Gamma : C -> C -- Beta : (R,R) -> R -- Beta : (C,C) -> C -- logGamma : R -> R -- logGamma : C -> C -- digamma : R -> R -- digamma : C -> C -- polygamma : (NNI,R) -> R -- polygamma : (NNI,C) -> C -- besselJ : (R,R) -> R -- besselJ : (C,C) -> C -- besselY : (R,R) -> R -- besselY : (C,C) -> C -- besselI : (R,R) -> R -- besselI : (C,C) -> C -- besselK : (R,R) -> R -- besselK : (C,C) -> C -- airyAi : C -> C -- airyAi : R -> R -- airyBi : R -> R -- airyBi : C -> C -- hypergeometric0F1 : (R,R) -> R -- hypergeometric0F1 : (C,C) -> C -- constructor ; compiling file "/tmp/oa-3W3E7e/code.lsp" (written 01 FEB 2016 11:14:10 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFSFUN;Gamma;2C;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFSFUN;Gamma;2Df;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFSFUN;polygamma;Nni2C;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFSFUN;polygamma;Nni2Df;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFSFUN;logGamma;2C;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFSFUN;logGamma;2Df;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFSFUN;besselJ;3C;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFSFUN;besselJ;3Df;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFSFUN;besselI;3C;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFSFUN;besselI;3Df;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFSFUN;hypergeometric0F1;3C;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFSFUN;digamma;2Df;13|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFSFUN;digamma;2C;14|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DFSFUN;Gamma;2C;1| ...) ; compiling (DEFUN |DFSFUN;Gamma;2Df;2| ...) ; file: /tmp/oa-3W3E7e/code.lsp ; in: DEFUN |DFSFUN;Gamma;2Df;2| ; (DEFUN BOOT::|DFSFUN;Gamma;2Df;2| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::RGAMMA BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFSFUN;Gamma;2Df;2| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFSFUN;Gamma;2Df;2| (BOOT::RGAMMA BOOT::|x|))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFSFUN;polygamma;Nni2C;3| ...) ; compiling (DEFUN |DFSFUN;polygamma;Nni2Df;4| ...) ; file: /tmp/oa-3W3E7e/code.lsp ; in: DEFUN |DFSFUN;polygamma;Nni2Df;4| ; (DEFUN BOOT::|DFSFUN;polygamma;Nni2Df;4| (BOOT::|k| BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::RPSI BOOT::|k| BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFSFUN;polygamma;Nni2Df;4| ; (BOOT::|k| BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFSFUN;polygamma;Nni2Df;4| ; (BOOT::RPSI BOOT::|k| BOOT::|x|))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFSFUN;logGamma;2C;5| ...) ; compiling (DEFUN |DFSFUN;logGamma;2Df;6| ...) ; file: /tmp/oa-3W3E7e/code.lsp ; in: DEFUN |DFSFUN;logGamma;2Df;6| ; (DEFUN BOOT::|DFSFUN;logGamma;2Df;6| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::RLNGAMMA BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFSFUN;logGamma;2Df;6| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFSFUN;logGamma;2Df;6| (BOOT::RLNGAMMA BOOT::|x|))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFSFUN;besselJ;3C;7| ...) ; compiling (DEFUN |DFSFUN;besselJ;3Df;8| ...) ; file: /tmp/oa-3W3E7e/code.lsp ; in: DEFUN |DFSFUN;besselJ;3Df;8| ; (DEFUN BOOT::|DFSFUN;besselJ;3Df;8| (BOOT::|n| BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::RBESSELJ BOOT::|n| BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFSFUN;besselJ;3Df;8| ; (BOOT::|n| BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFSFUN;besselJ;3Df;8| (BOOT::RBESSELJ BOOT::|n| BOOT::|x|))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFSFUN;besselI;3C;9| ...) ; compiling (DEFUN |DFSFUN;besselI;3Df;10| ...) ; file: /tmp/oa-3W3E7e/code.lsp ; in: DEFUN |DFSFUN;besselI;3Df;10| ; (DEFUN BOOT::|DFSFUN;besselI;3Df;10| (BOOT::|n| BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::RBESSELI BOOT::|n| BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFSFUN;besselI;3Df;10| ; (BOOT::|n| BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFSFUN;besselI;3Df;10| ; (BOOT::RBESSELI BOOT::|n| BOOT::|x|))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFSFUN;hypergeometric0F1;3C;11| ...) ; compiling (DEFUN |DFSFUN;hypergeometric0F1;3Df;12| ...) ; file: /tmp/oa-3W3E7e/code.lsp ; in: DEFUN |DFSFUN;hypergeometric0F1;3Df;12| ; (DEFUN BOOT::|DFSFUN;hypergeometric0F1;3Df;12| (BOOT::|n| BOOT::|x| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::CHYPER0F1 ; (BOOT::SPADCALL BOOT::|n| (BOOT::|shellEntry| BOOT::$ 20)) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 20))) ; (BOOT::|shellEntry| BOOT::$ 21))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFSFUN;hypergeometric0F1;3Df;12| ; (BOOT::|n| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|DFSFUN;hypergeometric0F1;3Df;12| ; (BOOT::SPADCALL ; (BOOT::CHYPER0F1 (BOOT::SPADCALL BOOT::|n| #) ; (BOOT::SPADCALL BOOT::|x| #)) ; (BOOT::|shellEntry| BOOT::$ 21)))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFSFUN;digamma;2Df;13| ...) ; file: /tmp/oa-3W3E7e/code.lsp ; in: DEFUN |DFSFUN;digamma;2Df;13| ; (DEFUN BOOT::|DFSFUN;digamma;2Df;13| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::RPSI 0 BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFSFUN;digamma;2Df;13| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|DFSFUN;digamma;2Df;13| (BOOT::RPSI 0 BOOT::|x|))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |DFSFUN;digamma;2C;14| ...) ; compiling (DEFUN |DFSFUN;Beta;3Df;15| ...) ; file: /tmp/oa-3W3E7e/code.lsp ; in: DEFUN |DFSFUN;Beta;3Df;15| ; (DEFUN BOOT::|DFSFUN;Beta;3Df;15| (BOOT::|x| BOOT::|y| BOOT::$) ; (/ (* (BOOT::RGAMMA BOOT::|x|) (BOOT::RGAMMA BOOT::|y|)) ; (BOOT::RGAMMA (+ BOOT::|x| BOOT::|y|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFSFUN;Beta;3Df;15| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|DFSFUN;Beta;3Df;15| ; (/ (* (BOOT::RGAMMA BOOT::|x|) (BOOT::RGAMMA BOOT::|y|)) ; (BOOT::RGAMMA (+ BOOT::|x| BOOT::|y|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |DFSFUN;Beta;3C;16| ...) ; compiling (DEFUN |DFSFUN;besselY;3Df;17| ...) ; file: /tmp/oa-3W3E7e/code.lsp ; in: DEFUN |DFSFUN;besselY;3Df;17| ; (DEFUN BOOT::|DFSFUN;besselY;3Df;17| (BOOT::|n| BOOT::|x| BOOT::$) ; (PROG (BOOT::|vp|) ; (RETURN ; (PROGN ; (COND #) ; (BOOT::LETT BOOT::|vp| # BOOT::|DFSFUN;besselY;3Df;17|) ; (/ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFSFUN;besselY;3Df;17| ; (BOOT::|n| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|DFSFUN;besselY;3Df;17| ; (PROG (BOOT::|vp|) (RETURN (PROGN # # #))))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; DOUBLE-FLOAT ; ; compiling (DEFUN |DFSFUN;besselY;3C;18| ...) ; compiling (DEFUN |DFSFUN;besselK;3Df;19| ...) ; file: /tmp/oa-3W3E7e/code.lsp ; in: DEFUN |DFSFUN;besselK;3Df;19| ; (DEFUN BOOT::|DFSFUN;besselK;3Df;19| (BOOT::|n| BOOT::|x| BOOT::$) ; (PROG (BOOT::|ahalf| BOOT::|vp| BOOT::|p|) ; (RETURN ; (PROGN ; (COND #) ; (BOOT::LETT BOOT::|p| # BOOT::|DFSFUN;besselK;3Df;19|) ; (BOOT::LETT BOOT::|vp| # BOOT::|DFSFUN;besselK;3Df;19|) ; (BOOT::LETT BOOT::|ahalf| # BOOT::|DFSFUN;besselK;3Df;19|) ; (/ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFSFUN;besselK;3Df;19| ; (BOOT::|n| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|DFSFUN;besselK;3Df;19| ; (PROG (BOOT::|ahalf| BOOT::|vp| BOOT::|p|) (RETURN (PROGN # # # # #))))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; DOUBLE-FLOAT ; ; compiling (DEFUN |DFSFUN;besselK;3C;20| ...) ; compiling (DEFUN |DFSFUN;airyAi;2Df;21| ...) ; file: /tmp/oa-3W3E7e/code.lsp ; in: DEFUN |DFSFUN;airyAi;2Df;21| ; (CONS 1 "failed") ; ==> ; "failed" ; ; note: deleting unreachable code ; ; note: deleting unreachable code ; compiling (DEFUN |DFSFUN;airyAi;2C;22| ...) ; compiling (DEFUN |DFSFUN;airyBi;2Df;23| ...) ; file: /tmp/oa-3W3E7e/code.lsp ; in: DEFUN |DFSFUN;airyBi;2Df;23| ; (CONS 1 "failed") ; ==> ; "failed" ; ; note: deleting unreachable code ; ; note: deleting unreachable code ; compiling (DEFUN |DFSFUN;airyBi;2C;24| ...) ; compiling (DEFUN |DoubleFloatSpecialFunctions| ...) ; compiling (DEFUN |DoubleFloatSpecialFunctions;| ...) ; compiling (MAKEPROP (QUOTE |DoubleFloatSpecialFunctions|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 13 notes ; /tmp/oa-3W3E7e/code.fasl written ; compilation finished in 0:00:00.081 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile DRAWCURV.spad && cp DRAWCURV.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DRAWCURV.fasl \ && if test -f DRAWCURV-.NRLIB/code.fasl; then \ cp DRAWCURV-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DRAWCURV-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DRAWCURV.spad using Spad compiler. DRAWCURV abbreviates package TopLevelDrawFunctionsForAlgebraicCurves debug: compDefine1 lhs: (TopLevelDrawFunctionsForAlgebraicCurves R Ex) signature (pre-evaluate): ((CATEGORY package (SIGNATURE draw ((TwoDimensionalViewport) (Equation Ex) (Symbol) (Symbol) (List (DrawOption))))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE draw ((TwoDimensionalViewport) (Equation Ex) (Symbol) (Symbol) (List (DrawOption))))) $param: (R Ex) debug: evaluateType form: (TwoDimensionalViewport) $param: (R Ex) Debug: evaluateType1 form: (TwoDimensionalViewport) debug: evaluateType form: (Equation Ex) $param: (R Ex) Debug: evaluateType1 form: (Equation Ex) debug: evaluateType1 x: Ex m: (Type) debug: evaluateType form: (Symbol) $param: (R Ex) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Symbol) $param: (R Ex) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (List (DrawOption)) $param: (R Ex) Debug: evaluateType1 form: (List (DrawOption)) debug: evaluateType1 x: (DrawOption) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R Ex) Debug: evaluateType1 form: (Type) debug: evaluateType form: (DrawOption) $param: (R Ex) Debug: evaluateType1 form: (DrawOption) debug: evalCategory d: (DrawOption) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE draw ((TwoDimensionalViewport) (Equation Ex) (Symbol) (Symbol) (List (DrawOption))))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for TopLevelDrawFunctionsForAlgebraicCurves compiling into /tmp/oa-gYYRCh importing ViewportPackage importing PlaneAlgebraicCurvePlot importing ViewDefaultsPackage importing GraphicsDefaults importing DrawOptionFunctions0 importing SegmentFunctions2(Fraction Integer,Float) importing SegmentFunctions2(Float,Fraction Integer) importing AnyFunctions1 List Segment Fraction Integer importing DrawOption compiling local drawToScaleRanges : (Segment Float,Segment Float) -> List Segment Float Time: 0.10 SEC. compiling local intConvert : R -> Integer Time: 0.01 SEC. compiling local polyEquation : Equation Ex -> Polynomial Integer Time: 0.10 SEC. compiling exported draw : (Equation Ex,Symbol,Symbol,List DrawOption) -> TwoDimensionalViewport Time: 0.38 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] draw: xRangeFloat has no value [2] draw: yRangeFloat has no value [3] draw: floatRanges has no value Cumulative Statistics for Constructor TopLevelDrawFunctionsForAlgebraicCurves Time: 0.60 seconds finalizing NRLIB DRAWCURV Processing TopLevelDrawFunctionsForAlgebraicCurves for Browser database: -- draw : (EQ Ex,SY,SY,L DROP) -> VIEW2 -- constructor ; compiling file "/tmp/oa-gYYRCh/code.lsp" (written 01 FEB 2016 11:14:11 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DRAWCURV;drawToScaleRanges| ...) ; compiling (DEFUN |DRAWCURV;intConvert| ...) ; file: /tmp/oa-gYYRCh/code.lsp ; in: DEFUN |DRAWCURV;intConvert| ; (DEFUN BOOT::|DRAWCURV;intConvert| (BOOT::|r| BOOT::$) ; (LET ((BOOT::|nn| (BOOT::SPADCALL BOOT::|r| #))) ; (COND ; ((EQL # 1) ; (BOOT::|error| "draw: polynomial must have rational coefficients")) ; (T (CDR BOOT::|nn|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DRAWCURV;intConvert| ; (BOOT::|r| BOOT::$) ; (BLOCK BOOT::|DRAWCURV;intConvert| ; (LET ((BOOT::|nn| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |DRAWCURV;polyEquation| ...) ; compiling (DEFUN |DRAWCURV;draw;E2SLTdv;4| ...) ; file: /tmp/oa-gYYRCh/code.lsp ; in: DEFUN |DRAWCURV;draw;E2SLTdv;4| ; (DEFUN BOOT::|DRAWCURV;draw;E2SLTdv;4| ; (BOOT::|eq| BOOT::|x| BOOT::|y| BOOT::|l| BOOT::$) ; (PROG (BOOT::|crCol| BOOT::|ptCol| BOOT::|scaledRanges| BOOT::|acplot| ; BOOT::|yRangeFloat| BOOT::|xRangeFloat| BOOT::|yRange| ; BOOT::|xRange| BOOT::|floatRanges| BOOT::|ranges|) ; (RETURN ; (LET (# # #) ; (BOOT::SEQ # # # # # # # # # # # ...))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DRAWCURV;draw;E2SLTdv;4| ; (BOOT::|eq| BOOT::|x| BOOT::|y| BOOT::|l| BOOT::$) ; (BLOCK BOOT::|DRAWCURV;draw;E2SLTdv;4| ; (PROG (BOOT::|crCol| BOOT::|ptCol| BOOT::|scaledRanges| BOOT::|acplot| ; BOOT::|yRangeFloat| BOOT::|xRangeFloat| BOOT::|yRange| ; BOOT::|xRange| BOOT::|floatRanges| BOOT::|ranges|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |l| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |DRAWCURV;draw;E2SLTdv;4!3| ...) ; compiling (DEFUN |DRAWCURV;draw;E2SLTdv;4!2| ...) ; compiling (DEFUN |DRAWCURV;draw;E2SLTdv;4!1| ...) ; compiling (DEFUN |DRAWCURV;draw;E2SLTdv;4!0| ...) ; compiling (DEFUN |TopLevelDrawFunctionsForAlgebraicCurves| ...) ; compiling (DEFUN |TopLevelDrawFunctionsForAlgebraicCurves;| ...) ; compiling (MAKEPROP (QUOTE |TopLevelDrawFunctionsForAlgebraicCurves|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-gYYRCh/code.fasl written ; compilation finished in 0:00:00.061 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ELFUTS.spad && cp ELFUTS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ELFUTS.fasl \ && if test -f ELFUTS-.NRLIB/code.fasl; then \ cp ELFUTS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ELFUTS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ELFUTS.spad using Spad compiler. ELFUTS abbreviates package EllipticFunctionsUnivariateTaylorSeries debug: compDefine1 lhs: (EllipticFunctionsUnivariateTaylorSeries Coef UTS) signature (pre-evaluate): ((CATEGORY package (SIGNATURE sn (UTS UTS Coef)) (SIGNATURE cn (UTS UTS Coef)) (SIGNATURE dn (UTS UTS Coef)) (SIGNATURE sncndn ((List (Stream Coef)) (Stream Coef) Coef))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE sn (UTS UTS Coef)) (SIGNATURE cn (UTS UTS Coef)) (SIGNATURE dn (UTS UTS Coef)) (SIGNATURE sncndn ((List (Stream Coef)) (Stream Coef) Coef))) $param: (Coef UTS) debug: evaluateType form: UTS $param: (Coef UTS) debug: evaluateType form: UTS $param: (Coef UTS) debug: evaluateType form: Coef $param: (Coef UTS) debug: evaluateType form: UTS $param: (Coef UTS) debug: evaluateType form: UTS $param: (Coef UTS) debug: evaluateType form: Coef $param: (Coef UTS) debug: evaluateType form: UTS $param: (Coef UTS) debug: evaluateType form: UTS $param: (Coef UTS) debug: evaluateType form: Coef $param: (Coef UTS) debug: evaluateType form: (List (Stream Coef)) $param: (Coef UTS) Debug: evaluateType1 form: (List (Stream Coef)) debug: evaluateType1 x: (Stream Coef) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Coef UTS) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef UTS) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evalCategory d: (Stream Coef) c: (Type) debug: evaluateType form: (Stream Coef) $param: (Coef UTS) Debug: evaluateType1 form: (Stream Coef) debug: evaluateType1 x: Coef m: (Type) debug: evaluateType form: Coef $param: (Coef UTS) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE sn (UTS UTS Coef)) (SIGNATURE cn (UTS UTS Coef)) (SIGNATURE dn (UTS UTS Coef)) (SIGNATURE sncndn ((List (Stream Coef)) (Stream Coef) Coef))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for EllipticFunctionsUnivariateTaylorSeries compiling into /tmp/oa-elXrR5 importing StreamTaylorSeriesOperations Coef compiling local sncndnre : (Coef,List Stream Coef,Stream Coef,Coef) -> List Stream Coef Time: 0.11 SEC. compiling exported sncndn : (Stream Coef,Coef) -> List Stream Coef Time: 0.04 SEC. compiling exported sn : (UTS,Coef) -> UTS Time: 0.03 SEC. compiling exported cn : (UTS,Coef) -> UTS Time: 0.04 SEC. compiling exported dn : (UTS,Coef) -> UTS Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor EllipticFunctionsUnivariateTaylorSeries Time: 0.26 seconds finalizing NRLIB ELFUTS Processing EllipticFunctionsUnivariateTaylorSeries for Browser database: -- sn : (UTS,Coef) -> UTS -- cn : (UTS,Coef) -> UTS -- dn : (UTS,Coef) -> UTS -- sncndn : (ST,Coef) -> L ST -- constructor ; compiling file "/tmp/oa-elXrR5/code.lsp" (written 01 FEB 2016 11:14:11 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ELFUTS;sncndnre| ...) ; compiling (DEFUN |ELFUTS;sncndnre!2| ...) ; compiling (DEFUN |ELFUTS;sncndnre!1| ...) ; compiling (DEFUN |ELFUTS;sncndnre!0| ...) ; compiling (DEFUN |ELFUTS;sncndn;SCoefL;2| ...) ; file: /tmp/oa-elXrR5/code.lsp ; in: DEFUN |ELFUTS;sncndn;SCoefL;2| ; (DEFUN BOOT::|ELFUTS;sncndn;SCoefL;2| (BOOT::|z| BOOT::|k| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|z| (BOOT::|shellEntry| BOOT::$ 26)) ; (LIST (BOOT::SPADCALL # #) (BOOT::SPADCALL # #) (BOOT::SPADCALL # #))) ; ((BOOT::SPADCALL (BOOT::SPADCALL BOOT::|z| #) ; (BOOT::|spadConstant| BOOT::$ 8) ; (BOOT::|shellEntry| BOOT::$ 29)) ; (BOOT::SPADCALL (CONS #'BOOT::|ELFUTS;sncndn;SCoefL;2!0| #) 3 ; (BOOT::|shellEntry| BOOT::$ 34))) ; (T (BOOT::|error| "ELFUTS:sncndn: constant coefficient should be 0")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ELFUTS;sncndn;SCoefL;2| ; (BOOT::|z| BOOT::|k| BOOT::$) ; (BLOCK BOOT::|ELFUTS;sncndn;SCoefL;2| ; (COND ((BOOT::SPADCALL BOOT::|z| #) (LIST # # #)) ; ((BOOT::SPADCALL # # #) (BOOT::SPADCALL # 3 #)) ; (T ; (BOOT::|error| ; "ELFUTS:sncndn: constant coefficient should be 0"))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ELFUTS;sncndn;SCoefL;2!0| ...) ; compiling (DEFUN |ELFUTS;sn;UTSCoefUTS;3| ...) ; compiling (DEFUN |ELFUTS;cn;UTSCoefUTS;4| ...) ; compiling (DEFUN |ELFUTS;dn;UTSCoefUTS;5| ...) ; compiling (DEFUN |EllipticFunctionsUnivariateTaylorSeries| ...) ; compiling (DEFUN |EllipticFunctionsUnivariateTaylorSeries;| ...) ; compiling (MAKEPROP (QUOTE |EllipticFunctionsUnivariateTaylorSeries|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-elXrR5/code.fasl written ; compilation finished in 0:00:00.048 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile EXPRODE.spad && cp EXPRODE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/EXPRODE.fasl \ && if test -f EXPRODE-.NRLIB/code.fasl; then \ cp EXPRODE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/EXPRODE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/EXPRODE.spad using Spad compiler. EXPRODE abbreviates package ExpressionSpaceODESolver debug: compDefine1 lhs: (ExpressionSpaceODESolver R F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE seriesSolve ((Any) (Equation F) (BasicOperator) (Equation F) (Equation F))) (SIGNATURE seriesSolve ((Any) (Equation F) (BasicOperator) (Equation F) (List F))) (SIGNATURE seriesSolve ((Any) (List (Equation F)) (List (BasicOperator)) (Equation F) (List (Equation F)))) (SIGNATURE seriesSolve ((Any) (List (Equation F)) (List (BasicOperator)) (Equation F) (List F))) (SIGNATURE seriesSolve ((Any) (List F) (List (BasicOperator)) (Equation F) (List F))) (SIGNATURE seriesSolve ((Any) (List F) (List (BasicOperator)) (Equation F) (List (Equation F)))) (SIGNATURE seriesSolve ((Any) (Equation F) (BasicOperator) (Equation F) F)) (SIGNATURE seriesSolve ((Any) F (BasicOperator) (Equation F) F)) (SIGNATURE seriesSolve ((Any) F (BasicOperator) (Equation F) (Equation F))) (SIGNATURE seriesSolve ((Any) F (BasicOperator) (Equation F) (List F)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE seriesSolve ((Any) (Equation F) (BasicOperator) (Equation F) (Equation F))) (SIGNATURE seriesSolve ((Any) (Equation F) (BasicOperator) (Equation F) (List F))) (SIGNATURE seriesSolve ((Any) (List (Equation F)) (List (BasicOperator)) (Equation F) (List (Equation F)))) (SIGNATURE seriesSolve ((Any) (List (Equation F)) (List (BasicOperator)) (Equation F) (List F))) (SIGNATURE seriesSolve ((Any) (List F) (List (BasicOperator)) (Equation F) (List F))) (SIGNATURE seriesSolve ((Any) (List F) (List (BasicOperator)) (Equation F) (List (Equation F)))) (SIGNATURE seriesSolve ((Any) (Equation F) (BasicOperator) (Equation F) F)) (SIGNATURE seriesSolve ((Any) F (BasicOperator) (Equation F) F)) (SIGNATURE seriesSolve ((Any) F (BasicOperator) (Equation F) (Equation F))) (SIGNATURE seriesSolve ((Any) F (BasicOperator) (Equation F) (List F)))) $param: (R F) debug: evaluateType form: (Any) $param: (R F) Debug: evaluateType1 form: (Any) debug: evaluateType form: (Equation F) $param: (R F) Debug: evaluateType1 form: (Equation F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (BasicOperator) $param: (R F) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (Equation F) $param: (R F) Debug: evaluateType1 form: (Equation F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (Equation F) $param: (R F) Debug: evaluateType1 form: (Equation F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (Any) $param: (R F) Debug: evaluateType1 form: (Any) debug: evaluateType form: (Equation F) $param: (R F) Debug: evaluateType1 form: (Equation F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (BasicOperator) $param: (R F) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (Equation F) $param: (R F) Debug: evaluateType1 form: (Equation F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (List F) $param: (R F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (Any) $param: (R F) Debug: evaluateType1 form: (Any) debug: evaluateType form: (List (Equation F)) $param: (R F) Debug: evaluateType1 form: (List (Equation F)) debug: evaluateType1 x: (Equation F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation F) $param: (R F) Debug: evaluateType1 form: (Equation F) debug: evaluateType1 x: F m: (Type) debug: evalCategory d: (Equation F) c: (Type) debug: evaluateType form: (List (BasicOperator)) $param: (R F) Debug: evaluateType1 form: (List (BasicOperator)) debug: evaluateType1 x: (BasicOperator) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (BasicOperator) $param: (R F) Debug: evaluateType1 form: (BasicOperator) debug: evalCategory d: (BasicOperator) c: (Type) debug: evaluateType form: (Equation F) $param: (R F) Debug: evaluateType1 form: (Equation F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (List (Equation F)) $param: (R F) Debug: evaluateType1 form: (List (Equation F)) debug: evaluateType1 x: (Equation F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation F) $param: (R F) Debug: evaluateType1 form: (Equation F) debug: evaluateType1 x: F m: (Type) debug: evalCategory d: (Equation F) c: (Type) debug: evaluateType form: (Any) $param: (R F) Debug: evaluateType1 form: (Any) debug: evaluateType form: (List (Equation F)) $param: (R F) Debug: evaluateType1 form: (List (Equation F)) debug: evaluateType1 x: (Equation F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation F) $param: (R F) Debug: evaluateType1 form: (Equation F) debug: evaluateType1 x: F m: (Type) debug: evalCategory d: (Equation F) c: (Type) debug: evaluateType form: (List (BasicOperator)) $param: (R F) Debug: evaluateType1 form: (List (BasicOperator)) debug: evaluateType1 x: (BasicOperator) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (BasicOperator) $param: (R F) Debug: evaluateType1 form: (BasicOperator) debug: evalCategory d: (BasicOperator) c: (Type) debug: evaluateType form: (Equation F) $param: (R F) Debug: evaluateType1 form: (Equation F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (List F) $param: (R F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (Any) $param: (R F) Debug: evaluateType1 form: (Any) debug: evaluateType form: (List F) $param: (R F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (List (BasicOperator)) $param: (R F) Debug: evaluateType1 form: (List (BasicOperator)) debug: evaluateType1 x: (BasicOperator) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (BasicOperator) $param: (R F) Debug: evaluateType1 form: (BasicOperator) debug: evalCategory d: (BasicOperator) c: (Type) debug: evaluateType form: (Equation F) $param: (R F) Debug: evaluateType1 form: (Equation F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (List F) $param: (R F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (Any) $param: (R F) Debug: evaluateType1 form: (Any) debug: evaluateType form: (List F) $param: (R F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (List (BasicOperator)) $param: (R F) Debug: evaluateType1 form: (List (BasicOperator)) debug: evaluateType1 x: (BasicOperator) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (BasicOperator) $param: (R F) Debug: evaluateType1 form: (BasicOperator) debug: evalCategory d: (BasicOperator) c: (Type) debug: evaluateType form: (Equation F) $param: (R F) Debug: evaluateType1 form: (Equation F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (List (Equation F)) $param: (R F) Debug: evaluateType1 form: (List (Equation F)) debug: evaluateType1 x: (Equation F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation F) $param: (R F) Debug: evaluateType1 form: (Equation F) debug: evaluateType1 x: F m: (Type) debug: evalCategory d: (Equation F) c: (Type) debug: evaluateType form: (Any) $param: (R F) Debug: evaluateType1 form: (Any) debug: evaluateType form: (Equation F) $param: (R F) Debug: evaluateType1 form: (Equation F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (BasicOperator) $param: (R F) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (Equation F) $param: (R F) Debug: evaluateType1 form: (Equation F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Any) $param: (R F) Debug: evaluateType1 form: (Any) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (BasicOperator) $param: (R F) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (Equation F) $param: (R F) Debug: evaluateType1 form: (Equation F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Any) $param: (R F) Debug: evaluateType1 form: (Any) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (BasicOperator) $param: (R F) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (Equation F) $param: (R F) Debug: evaluateType1 form: (Equation F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (Equation F) $param: (R F) Debug: evaluateType1 form: (Equation F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (Any) $param: (R F) Debug: evaluateType1 form: (Any) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (BasicOperator) $param: (R F) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (Equation F) $param: (R F) Debug: evaluateType1 form: (Equation F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (List F) $param: (R F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE seriesSolve ((Any) (Equation F) (BasicOperator) (Equation F) (Equation F))) (SIGNATURE seriesSolve ((Any) (Equation F) (BasicOperator) (Equation F) (List F))) (SIGNATURE seriesSolve ((Any) (List (Equation F)) (List (BasicOperator)) (Equation F) (List (Equation F)))) (SIGNATURE seriesSolve ((Any) (List (Equation F)) (List (BasicOperator)) (Equation F) (List F))) (SIGNATURE seriesSolve ((Any) (List F) (List (BasicOperator)) (Equation F) (List F))) (SIGNATURE seriesSolve ((Any) (List F) (List (BasicOperator)) (Equation F) (List (Equation F)))) (SIGNATURE seriesSolve ((Any) (Equation F) (BasicOperator) (Equation F) F)) (SIGNATURE seriesSolve ((Any) F (BasicOperator) (Equation F) F)) (SIGNATURE seriesSolve ((Any) F (BasicOperator) (Equation F) (Equation F))) (SIGNATURE seriesSolve ((Any) F (BasicOperator) (Equation F) (List F)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ExpressionSpaceODESolver compiling into /tmp/oa-LItD5w Debug compQuote expr: (QUOTE elt) m: $EmptyMode Debug compQuote expr: (QUOTE elt) m: (Symbol) Debug compQuote expr: (QUOTE fixedPointExquo) m: $EmptyMode Debug compQuote expr: (QUOTE fixedPointExquo) m: (Symbol) Debug compQuote expr: (QUOTE integer) m: $EmptyMode Debug compQuote expr: (QUOTE integer) m: (Symbol) compiling local localInteger : F -> F Time: 0.05 SEC. compiling local diffRhs : (F,F) -> F Time: 0.00 SEC. compiling local k2exquo : Kernel F -> F Debug compQuote expr: (QUOTE %diff) m: (Symbol) Time: 0.02 SEC. compiling local smp2exquo : SparseMultivariatePolynomial(R,Kernel F) -> F Time: 0.02 SEC. compiling local div2exquo : F -> F Time: 0.02 SEC. compiling local diffRhsK : (Kernel F,F) -> F Time: 0.13 SEC. compiling local checkCompat : (BasicOperator,Equation F,Equation F) -> F Time: 0.01 SEC. compiling local findCompat : (F,List Equation F) -> F Time: 0.02 SEC. compiling local findEq : (Kernel F,Symbol,List F) -> F Time: 0.02 SEC. compiling local checkOrder1 : (F,BasicOperator,Kernel F,Symbol,F) -> F Time: 0.02 SEC. compiling local checkOrderN : (F,BasicOperator,Kernel F,Symbol,F,NonNegativeInteger) -> F Time: 0.09 SEC. compiling local checkSystem : (F,List Kernel F,List F) -> F Debug compQuote expr: (QUOTE %diff) m: $EmptyMode Debug compQuote expr: (QUOTE %diff) m: (Symbol) Time: 0.02 SEC. compiling exported seriesSolve : (List Equation F,List BasicOperator,Equation F,List Equation F) -> Any Time: 0.06 SEC. compiling exported seriesSolve : (List Equation F,List BasicOperator,Equation F,List F) -> Any Time: 0.09 SEC. compiling exported seriesSolve : (List F,List BasicOperator,Equation F,List Equation F) -> Any Time: 0.04 SEC. compiling exported seriesSolve : (Equation F,BasicOperator,Equation F,Equation F) -> Any Time: 0.02 SEC. compiling exported seriesSolve : (Equation F,BasicOperator,Equation F,F) -> Any Time: 0.01 SEC. compiling exported seriesSolve : (Equation F,BasicOperator,Equation F,List F) -> Any Time: 0.02 SEC. compiling exported seriesSolve : (F,BasicOperator,Equation F,Equation F) -> Any Time: 0.01 SEC. compiling exported seriesSolve : (F,BasicOperator,Equation F,F) -> Any Time: 0.02 SEC. compiling exported seriesSolve : (F,BasicOperator,Equation F,List F) -> Any Time: 0.05 SEC. compiling exported seriesSolve : (List F,List BasicOperator,Equation F,List F) -> Any Time: 0.10 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] diffRhs: not known that SetCategory is of mode CATEGORY(package,seriesSolve: (Equation F,BasicOperator,Equation F,Equation F) -> Any,seriesSolve: (Equation F,BasicOperator,Equation F,List F) -> Any,seriesSolve: (List Equation F,List BasicOperator,Equation F,List Equation F) -> Any,seriesSolve: (List Equation F,List BasicOperator,Equation F,List F) -> Any,seriesSolve: (List F,List BasicOperator,Equation F,List F) -> Any,seriesSolve: (List F,List BasicOperator,Equation F,List Equation F) -> Any,seriesSolve: (Equation F,BasicOperator,Equation F,F) -> Any,seriesSolve: (F,BasicOperator,Equation F,F) -> Any,seriesSolve: (F,BasicOperator,Equation F,Equation F) -> Any,seriesSolve: (F,BasicOperator,Equation F,List F) -> Any) [2] k2exquo: IN has no value [3] k2exquo: f has no value [4] div2exquo: not known that SetCategory is of mode CATEGORY(package,seriesSolve: (Equation F,BasicOperator,Equation F,Equation F) -> Any,seriesSolve: (Equation F,BasicOperator,Equation F,List F) -> Any,seriesSolve: (List Equation F,List BasicOperator,Equation F,List Equation F) -> Any,seriesSolve: (List Equation F,List BasicOperator,Equation F,List F) -> Any,seriesSolve: (List F,List BasicOperator,Equation F,List F) -> Any,seriesSolve: (List F,List BasicOperator,Equation F,List Equation F) -> Any,seriesSolve: (Equation F,BasicOperator,Equation F,F) -> Any,seriesSolve: (F,BasicOperator,Equation F,F) -> Any,seriesSolve: (F,BasicOperator,Equation F,Equation F) -> Any,seriesSolve: (F,BasicOperator,Equation F,List F) -> Any) [5] diffRhsK: not known that Ring is of mode CATEGORY(package,seriesSolve: (Equation F,BasicOperator,Equation F,Equation F) -> Any,seriesSolve: (Equation F,BasicOperator,Equation F,List F) -> Any,seriesSolve: (List Equation F,List BasicOperator,Equation F,List Equation F) -> Any,seriesSolve: (List Equation F,List BasicOperator,Equation F,List F) -> Any,seriesSolve: (List F,List BasicOperator,Equation F,List F) -> Any,seriesSolve: (List F,List BasicOperator,Equation F,List Equation F) -> Any,seriesSolve: (Equation F,BasicOperator,Equation F,F) -> Any,seriesSolve: (F,BasicOperator,Equation F,F) -> Any,seriesSolve: (F,BasicOperator,Equation F,Equation F) -> Any,seriesSolve: (F,BasicOperator,Equation F,List F) -> Any) [6] diffRhsK: degree has no value [7] findEq: not known that SetCategory is of mode CATEGORY(package,seriesSolve: (Equation F,BasicOperator,Equation F,Equation F) -> Any,seriesSolve: (Equation F,BasicOperator,Equation F,List F) -> Any,seriesSolve: (List Equation F,List BasicOperator,Equation F,List Equation F) -> Any,seriesSolve: (List Equation F,List BasicOperator,Equation F,List F) -> Any,seriesSolve: (List F,List BasicOperator,Equation F,List F) -> Any,seriesSolve: (List F,List BasicOperator,Equation F,List Equation F) -> Any,seriesSolve: (Equation F,BasicOperator,Equation F,F) -> Any,seriesSolve: (F,BasicOperator,Equation F,F) -> Any,seriesSolve: (F,BasicOperator,Equation F,Equation F) -> Any,seriesSolve: (F,BasicOperator,Equation F,List F) -> Any) [8] checkOrderN: minIndex has no value [9] seriesSolve: IN has no value [10] seriesSolve: deq has no value [11] seriesSolve: y has no value [12] seriesSolve: symbolIfCan has no value Cumulative Statistics for Constructor ExpressionSpaceODESolver Time: 0.85 seconds finalizing NRLIB EXPRODE Processing ExpressionSpaceODESolver for Browser database: -- seriesSolve : (EQ,OP,EQ,EQ) -> Any -- seriesSolve : (EQ,OP,EQ,List F) -> Any -- seriesSolve : (List EQ,List OP,EQ,List EQ) -> Any -- seriesSolve : (List EQ,List OP,EQ,List F) -> Any -- seriesSolve : (List F,List OP,EQ,List F) -> Any -- seriesSolve : (List F,List OP,EQ,List EQ) -> Any -- seriesSolve : (EQ,OP,EQ,F) -> Any -- seriesSolve : (F,OP,EQ,F) -> Any -- seriesSolve : (F,OP,EQ,EQ) -> Any -- seriesSolve : (F,OP,EQ,List F) -> Any -- constructor ; compiling file "/tmp/oa-LItD5w/code.lsp" (written 01 FEB 2016 11:14:12 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |EXPRODE;localInteger| ...) ; compiling (DEFUN |EXPRODE;diffRhs| ...) ; compiling (DEFUN |EXPRODE;k2exquo| ...) ; compiling (DEFUN |EXPRODE;smp2exquo| ...) ; compiling (DEFUN |EXPRODE;smp2exquo!0| ...) ; compiling (DEFUN |EXPRODE;div2exquo| ...) ; compiling (DEFUN |EXPRODE;diffRhsK| ...) ; compiling (DEFUN |EXPRODE;checkCompat| ...) ; compiling (DEFUN |EXPRODE;findCompat| ...) ; compiling (DEFUN |EXPRODE;findEq| ...) ; compiling (DEFUN |EXPRODE;checkOrder1| ...) ; file: /tmp/oa-LItD5w/code.lsp ; in: DEFUN |EXPRODE;checkOrder1| ; (DEFUN BOOT::|EXPRODE;checkOrder1| ; (BOOT::|diffeq| BOOT::|y| BOOT::|yx| BOOT::|x| BOOT::|sy| BOOT::$) ; (BOOT::|EXPRODE;div2exquo| ; (BOOT::SPADCALL ; (BOOT::|EXPRODE;diffRhs| (BOOT::SPADCALL # BOOT::|x| #) BOOT::|diffeq| ; BOOT::$) ; (LIST BOOT::|yx|) (LIST BOOT::|sy|) (BOOT::|shellEntry| BOOT::$ 66)) ; BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EXPRODE;checkOrder1| ; (BOOT::|diffeq| BOOT::|y| BOOT::|yx| BOOT::|x| BOOT::|sy| BOOT::$) ; (BLOCK BOOT::|EXPRODE;checkOrder1| ; (BOOT::|EXPRODE;div2exquo| ; (BOOT::SPADCALL (BOOT::|EXPRODE;diffRhs| # BOOT::|diffeq| BOOT::$) ; (LIST BOOT::|yx|) (LIST BOOT::|sy|) ; (BOOT::|shellEntry| BOOT::$ 66)) ; BOOT::$))) ; ; caught STYLE-WARNING: ; The variable |y| is defined but never used. ; compiling (DEFUN |EXPRODE;checkOrderN| ...) ; file: /tmp/oa-LItD5w/code.lsp ; in: DEFUN |EXPRODE;checkOrderN| ; (LET ((#:G584 (BOOT::LETT BOOT::|l| (LIST #) BOOT::|EXPRODE;checkOrderN|))) ; 1) ; ; caught STYLE-WARNING: ; The variable #:G584 is defined but never used. ; (DEFUN BOOT::|EXPRODE;checkOrderN| ; (BOOT::|diffeq| BOOT::|y| BOOT::|yx| BOOT::|x| BOOT::|sy| BOOT::|n| ; BOOT::$) ; (PROG (BOOT::|lv| BOOT::|m| BOOT::|l| BOOT::|f|) ; (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EXPRODE;checkOrderN| ; (BOOT::|diffeq| BOOT::|y| BOOT::|yx| BOOT::|x| BOOT::|sy| BOOT::|n| ; BOOT::$) ; (BLOCK BOOT::|EXPRODE;checkOrderN| ; (PROG (BOOT::|lv| BOOT::|m| BOOT::|l| BOOT::|f|) (RETURN (COND # #))))) ; ; caught STYLE-WARNING: ; The variable |y| is defined but never used. ; compiling (DEFUN |EXPRODE;checkSystem| ...) ; compiling (DEFUN |EXPRODE;seriesSolve;LLELA;13| ...) ; compiling (DEFUN |EXPRODE;seriesSolve;LLELA;14| ...) ; compiling (DEFUN |EXPRODE;seriesSolve;LLELA;15| ...) ; compiling (DEFUN |EXPRODE;seriesSolve;EBo2EA;16| ...) ; compiling (DEFUN |EXPRODE;seriesSolve;EBoEFA;17| ...) ; compiling (DEFUN |EXPRODE;seriesSolve;EBoELA;18| ...) ; compiling (DEFUN |EXPRODE;seriesSolve;FBo2EA;19| ...) ; compiling (DEFUN |EXPRODE;seriesSolve;FBoEFA;20| ...) ; compiling (DEFUN |EXPRODE;seriesSolve;FBoELA;21| ...) ; compiling (DEFUN |EXPRODE;seriesSolve;LLELA;22| ...) ; file: /tmp/oa-LItD5w/code.lsp ; in: DEFUN |EXPRODE;seriesSolve;LLELA;22| ; (DEFUN BOOT::|EXPRODE;seriesSolve;LLELA;22| ; (BOOT::|sys| BOOT::|ly| BOOT::|eqx| BOOT::|l0| BOOT::$) ; (PROG (BOOT::|center| BOOT::|l| BOOT::|lelt| BOOT::|yx| BOOT::|m| ; BOOT::|fsy| BOOT::|sy| BOOT::|x| BOOT::|kx|) ; (RETURN ; (PROGN ; (BOOT::LETT BOOT::|x| # BOOT::|EXPRODE;seriesSolve;LLELA;22|) ; (BOOT::LETT BOOT::|sy| # BOOT::|EXPRODE;seriesSolve;LLELA;22|) ; (BOOT::LETT BOOT::|fsy| # BOOT::|EXPRODE;seriesSolve;LLELA;22|) ; (BOOT::LETT BOOT::|m| # BOOT::|EXPRODE;seriesSolve;LLELA;22|) ; (BOOT::LETT BOOT::|yx| # BOOT::|EXPRODE;seriesSolve;LLELA;22|) ; (BOOT::LETT BOOT::|lelt| # BOOT::|EXPRODE;seriesSolve;LLELA;22|) ; (SETQ #) ; (BOOT::LETT BOOT::|l| # BOOT::|EXPRODE;seriesSolve;LLELA;22|) ; (BOOT::LETT BOOT::|center| # BOOT::|EXPRODE;seriesSolve;LLELA;22|) ; (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EXPRODE;seriesSolve;LLELA;22| ; (BOOT::|sys| BOOT::|ly| BOOT::|eqx| BOOT::|l0| BOOT::$) ; (BLOCK BOOT::|EXPRODE;seriesSolve;LLELA;22| ; (PROG (BOOT::|center| BOOT::|l| BOOT::|lelt| BOOT::|yx| BOOT::|m| ; BOOT::|fsy| BOOT::|sy| BOOT::|x| BOOT::|kx|) ; (RETURN (PROGN # # # # # # # # # #))))) ; ; note: Assignment to argument: |sys| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |ExpressionSpaceODESolver| ...) ; compiling (DEFUN |ExpressionSpaceODESolver;| ...) ; compiling (MAKEPROP (QUOTE |ExpressionSpaceODESolver|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; printed 1 note ; /tmp/oa-LItD5w/code.fasl written ; compilation finished in 0:00:00.124 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile EXPRTUBE.spad && cp EXPRTUBE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/EXPRTUBE.fasl \ && if test -f EXPRTUBE-.NRLIB/code.fasl; then \ cp EXPRTUBE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/EXPRTUBE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/EXPRTUBE.spad using Spad compiler. EXPRTUBE abbreviates package ExpressionTubePlot debug: compDefine1 lhs: (ExpressionTubePlot) signature (pre-evaluate): ((CATEGORY package (SIGNATURE constantToUnaryFunction ((Mapping (DoubleFloat) (DoubleFloat)) (DoubleFloat))) (SIGNATURE tubePlot ((TubePlot (Plot3D)) (Expression (Integer)) (Expression (Integer)) (Expression (Integer)) (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat)) (Integer))) (SIGNATURE tubePlot ((TubePlot (Plot3D)) (Expression (Integer)) (Expression (Integer)) (Expression (Integer)) (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat)) (Integer) (String))) (SIGNATURE tubePlot ((TubePlot (Plot3D)) (Expression (Integer)) (Expression (Integer)) (Expression (Integer)) (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)) (DoubleFloat) (Integer))) (SIGNATURE tubePlot ((TubePlot (Plot3D)) (Expression (Integer)) (Expression (Integer)) (Expression (Integer)) (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)) (DoubleFloat) (Integer) (String))))) debug: evaluateType form: (CATEGORY package (SIGNATURE constantToUnaryFunction ((Mapping (DoubleFloat) (DoubleFloat)) (DoubleFloat))) (SIGNATURE tubePlot ((TubePlot (Plot3D)) (Expression (Integer)) (Expression (Integer)) (Expression (Integer)) (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat)) (Integer))) (SIGNATURE tubePlot ((TubePlot (Plot3D)) (Expression (Integer)) (Expression (Integer)) (Expression (Integer)) (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat)) (Integer) (String))) (SIGNATURE tubePlot ((TubePlot (Plot3D)) (Expression (Integer)) (Expression (Integer)) (Expression (Integer)) (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)) (DoubleFloat) (Integer))) (SIGNATURE tubePlot ((TubePlot (Plot3D)) (Expression (Integer)) (Expression (Integer)) (Expression (Integer)) (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)) (DoubleFloat) (Integer) (String)))) $param: NIL debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (TubePlot (Plot3D)) $param: NIL Debug: evaluateType1 form: (TubePlot (Plot3D)) debug: evaluateType1 x: (Plot3D) m: (PlottableSpaceCurveCategory) debug: evaluateType1 categoryForm: (PlottableSpaceCurveCategory) debug: evaluateType form: (PlottableSpaceCurveCategory) $param: NIL Debug: evaluateType1 form: (PlottableSpaceCurveCategory) debug: evaluateType form: (Plot3D) $param: NIL Debug: evaluateType1 form: (Plot3D) debug: evalCategory d: (Plot3D) c: (PlottableSpaceCurveCategory) debug: evaluateType form: (Expression (Integer)) $param: NIL Debug: evaluateType1 form: (Expression (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (Expression (Integer)) $param: NIL Debug: evaluateType1 form: (Expression (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (Expression (Integer)) $param: NIL Debug: evaluateType1 form: (Expression (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (TubePlot (Plot3D)) $param: NIL Debug: evaluateType1 form: (TubePlot (Plot3D)) debug: evaluateType1 x: (Plot3D) m: (PlottableSpaceCurveCategory) debug: evaluateType1 categoryForm: (PlottableSpaceCurveCategory) debug: evaluateType form: (PlottableSpaceCurveCategory) $param: NIL Debug: evaluateType1 form: (PlottableSpaceCurveCategory) debug: evaluateType form: (Plot3D) $param: NIL Debug: evaluateType1 form: (Plot3D) debug: evalCategory d: (Plot3D) c: (PlottableSpaceCurveCategory) debug: evaluateType form: (Expression (Integer)) $param: NIL Debug: evaluateType1 form: (Expression (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (Expression (Integer)) $param: NIL Debug: evaluateType1 form: (Expression (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (Expression (Integer)) $param: NIL Debug: evaluateType1 form: (Expression (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (TubePlot (Plot3D)) $param: NIL Debug: evaluateType1 form: (TubePlot (Plot3D)) debug: evaluateType1 x: (Plot3D) m: (PlottableSpaceCurveCategory) debug: evaluateType1 categoryForm: (PlottableSpaceCurveCategory) debug: evaluateType form: (PlottableSpaceCurveCategory) $param: NIL Debug: evaluateType1 form: (PlottableSpaceCurveCategory) debug: evaluateType form: (Plot3D) $param: NIL Debug: evaluateType1 form: (Plot3D) debug: evalCategory d: (Plot3D) c: (PlottableSpaceCurveCategory) debug: evaluateType form: (Expression (Integer)) $param: NIL Debug: evaluateType1 form: (Expression (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (Expression (Integer)) $param: NIL Debug: evaluateType1 form: (Expression (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (Expression (Integer)) $param: NIL Debug: evaluateType1 form: (Expression (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (TubePlot (Plot3D)) $param: NIL Debug: evaluateType1 form: (TubePlot (Plot3D)) debug: evaluateType1 x: (Plot3D) m: (PlottableSpaceCurveCategory) debug: evaluateType1 categoryForm: (PlottableSpaceCurveCategory) debug: evaluateType form: (PlottableSpaceCurveCategory) $param: NIL Debug: evaluateType1 form: (PlottableSpaceCurveCategory) debug: evaluateType form: (Plot3D) $param: NIL Debug: evaluateType1 form: (Plot3D) debug: evalCategory d: (Plot3D) c: (PlottableSpaceCurveCategory) debug: evaluateType form: (Expression (Integer)) $param: NIL Debug: evaluateType1 form: (Expression (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (Expression (Integer)) $param: NIL Debug: evaluateType1 form: (Expression (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (Expression (Integer)) $param: NIL Debug: evaluateType1 form: (Expression (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (Mapping (DoubleFloat) (DoubleFloat)) $param: NIL debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Segment (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (Segment (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE constantToUnaryFunction ((Mapping (DoubleFloat) (DoubleFloat)) (DoubleFloat))) (SIGNATURE tubePlot ((TubePlot (Plot3D)) (Expression (Integer)) (Expression (Integer)) (Expression (Integer)) (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat)) (Integer))) (SIGNATURE tubePlot ((TubePlot (Plot3D)) (Expression (Integer)) (Expression (Integer)) (Expression (Integer)) (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)) (Mapping (DoubleFloat) (DoubleFloat)) (Integer) (String))) (SIGNATURE tubePlot ((TubePlot (Plot3D)) (Expression (Integer)) (Expression (Integer)) (Expression (Integer)) (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)) (DoubleFloat) (Integer))) (SIGNATURE tubePlot ((TubePlot (Plot3D)) (Expression (Integer)) (Expression (Integer)) (Expression (Integer)) (Mapping (DoubleFloat) (DoubleFloat)) (Segment (DoubleFloat)) (DoubleFloat) (Integer) (String))))) ------------------------------------------------------------------------ initializing stationary directory for ExpressionTubePlot compiling into /tmp/oa-FyIZvN importing Plot3D importing MakeFloatCompiledFunction Expression Integer importing TubePlotTools compiling local getVariable : (Expression Integer,Expression Integer,Expression Integer) -> Symbol Time: 0.13 SEC. compiling exported tubePlot : (Expression Integer,Expression Integer,Expression Integer,DoubleFloat -> DoubleFloat,Segment DoubleFloat,DoubleFloat -> DoubleFloat,Integer,String) -> TubePlot Plot3D Time: 0.27 SEC. compiling exported tubePlot : (Expression Integer,Expression Integer,Expression Integer,DoubleFloat -> DoubleFloat,Segment DoubleFloat,DoubleFloat -> DoubleFloat,Integer) -> TubePlot Plot3D Time: 0.03 SEC. compiling local project : (DoubleFloat,DoubleFloat) -> DoubleFloat EXPRTUBE;project(x,y) is replaced by x Time: 0.01 SEC. compiling exported constantToUnaryFunction : DoubleFloat -> DoubleFloat -> DoubleFloat Time: 0 SEC. compiling exported tubePlot : (Expression Integer,Expression Integer,Expression Integer,DoubleFloat -> DoubleFloat,Segment DoubleFloat,DoubleFloat,Integer,String) -> TubePlot Plot3D Time: 0.04 SEC. compiling exported tubePlot : (Expression Integer,Expression Integer,Expression Integer,DoubleFloat -> DoubleFloat,Segment DoubleFloat,DoubleFloat,Integer) -> TubePlot Plot3D Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor ExpressionTubePlot Time: 0.52 seconds finalizing NRLIB EXPRTUBE Processing ExpressionTubePlot for Browser database: -- constantToUnaryFunction : SF -> (SF -> SF) -- tubePlot : (FE,FE,FE,(SF -> SF),SEG SF,(SF -> SF),I) -> TUBE -- tubePlot : (FE,FE,FE,(SF -> SF),SEG SF,(SF -> SF),I,S) -> TUBE -- tubePlot : (FE,FE,FE,(SF -> SF),SEG SF,SF,I) -> TUBE -- tubePlot : (FE,FE,FE,(SF -> SF),SEG SF,SF,I,S) -> TUBE -- constructor ; compiling file "/tmp/oa-FyIZvN/code.lsp" (written 01 FEB 2016 11:14:13 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |EXPRTUBE;project|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |EXPRTUBE;getVariable| ...) ; compiling (DEFUN |EXPRTUBE;tubePlot;3EMSMISTp;2| ...) ; compiling (DEFUN |EXPRTUBE;tubePlot;3EMSMITp;3| ...) ; compiling (DEFUN |EXPRTUBE;project| ...) ; file: /tmp/oa-FyIZvN/code.lsp ; in: DEFUN |EXPRTUBE;project| ; (DEFUN BOOT::|EXPRTUBE;project| (BOOT::|x| BOOT::|y| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; BOOT::|x|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EXPRTUBE;project| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|EXPRTUBE;project| BOOT::|x|)) ; ; caught STYLE-WARNING: ; The variable |y| is defined but never used. ; compiling (DEFUN |EXPRTUBE;constantToUnaryFunction;DfM;5| ...) ; compiling (DEFUN |EXPRTUBE;constantToUnaryFunction;DfM;5!0| ...) ; file: /tmp/oa-FyIZvN/code.lsp ; in: DEFUN |EXPRTUBE;constantToUnaryFunction;DfM;5!0| ; (DEFUN BOOT::|EXPRTUBE;constantToUnaryFunction;DfM;5!0| (BOOT::|#1| BOOT::$$) ; (SVREF BOOT::$$ 1)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EXPRTUBE;constantToUnaryFunction;DfM;5!0| ; (BOOT::|#1| BOOT::$$) ; (BLOCK BOOT::|EXPRTUBE;constantToUnaryFunction;DfM;5!0| ; (SVREF BOOT::$$ 1))) ; ; caught STYLE-WARNING: ; The variable |#1| is defined but never used. ; compiling (DEFUN |EXPRTUBE;tubePlot;3EMSDfISTp;6| ...) ; compiling (DEFUN |EXPRTUBE;tubePlot;3EMSDfITp;7| ...) ; compiling (DEFUN |ExpressionTubePlot| ...) ; compiling (DEFUN |ExpressionTubePlot;| ...) ; compiling (MAKEPROP (QUOTE |ExpressionTubePlot|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; /tmp/oa-FyIZvN/code.fasl written ; compilation finished in 0:00:00.109 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile EXPR2.spad && cp EXPR2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/EXPR2.fasl \ && if test -f EXPR2-.NRLIB/code.fasl; then \ cp EXPR2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/EXPR2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/EXPR2.spad using Spad compiler. EXPR2 abbreviates package ExpressionFunctions2 debug: compDefine1 lhs: (ExpressionFunctions2 R S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((Expression S) (Mapping S R) (Expression R)))) (SetCategory) (SetCategory)) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((Expression S) (Mapping S R) (Expression R)))) $param: (R S) debug: evaluateType form: (Expression S) $param: (R S) Debug: evaluateType1 form: (Expression S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (Mapping S R) $param: (R S) debug: evaluateType form: S $param: (R S) debug: evaluateType form: R $param: (R S) debug: evaluateType form: (Expression R) $param: (R S) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R S) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((Expression S) (Mapping S R) (Expression R)))) (SetCategory) (SetCategory)) debug: compDefine1 lhs: (ExpressionFunctions2 R S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map ((Expression S) (Mapping S R) (Expression R)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map ((Expression S) (Mapping S R) (Expression R)))) $param: (R S) debug: evaluateType form: (Expression S) $param: (R S) Debug: evaluateType1 form: (Expression S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (Mapping S R) $param: (R S) debug: evaluateType form: S $param: (R S) debug: evaluateType form: R $param: (R S) debug: evaluateType form: (Expression R) $param: (R S) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map ((Expression S) (Mapping S R) (Expression R)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ExpressionFunctions2 compiling into /tmp/oa-3kJxYu compiling exported map : (R -> S,Expression R) -> Expression S Time: 0.05 SEC. compiling exported map : (R -> S,Expression R) -> Expression S Time: 0.07 SEC. compiling exported map : (R -> S,Expression R) -> Expression S Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] map: not known that SetCategory is of mode CATEGORY(package,map: ((R -> S),Expression R) -> Expression S) Cumulative Statistics for Constructor ExpressionFunctions2 Time: 0.16 seconds finalizing NRLIB EXPR2 Processing ExpressionFunctions2 for Browser database: -- map : ((R -> S),Expression R) -> Expression S -- constructor ; compiling file "/tmp/oa-3kJxYu/code.lsp" (written 01 FEB 2016 11:14:13 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |EXPR2;map;MEE;1| ...) ; compiling (DEFUN |EXPR2;map;MEE;2| ...) ; compiling (DEFUN |EXPR2;map;MEE;2!0| ...) ; compiling (DEFUN |EXPR2;map;MEE;3| ...) ; compiling (DEFUN |EXPR2;map;MEE;3!0| ...) ; compiling (DEFUN |ExpressionFunctions2| ...) ; compiling (DEFUN |ExpressionFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |ExpressionFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-3kJxYu/code.fasl written ; compilation finished in 0:00:00.023 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FLOATCP.spad && cp FLOATCP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FLOATCP.fasl \ && if test -f FLOATCP-.NRLIB/code.fasl; then \ cp FLOATCP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FLOATCP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FLOATCP.spad using Spad compiler. FLOATCP abbreviates package FloatingComplexPackage debug: compDefine1 lhs: (FloatingComplexPackage Par) signature (pre-evaluate): ((CATEGORY package (SIGNATURE complexSolve ((List (List (Equation (Polynomial (Complex Par))))) (List (Fraction (Polynomial (Complex (Integer))))) Par)) (SIGNATURE complexSolve ((List (List (Equation (Polynomial (Complex Par))))) (List (Equation (Fraction (Polynomial (Complex (Integer)))))) Par)) (SIGNATURE complexSolve ((List (Equation (Polynomial (Complex Par)))) (Fraction (Polynomial (Complex (Integer)))) Par)) (SIGNATURE complexSolve ((List (Equation (Polynomial (Complex Par)))) (Equation (Fraction (Polynomial (Complex (Integer))))) Par)) (SIGNATURE complexRoots ((List (Complex Par)) (Fraction (Polynomial (Complex (Integer)))) Par)) (SIGNATURE complexRoots ((List (List (Complex Par))) (List (Fraction (Polynomial (Complex (Integer))))) (List (Symbol)) Par))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE complexSolve ((List (List (Equation (Polynomial (Complex Par))))) (List (Fraction (Polynomial (Complex (Integer))))) Par)) (SIGNATURE complexSolve ((List (List (Equation (Polynomial (Complex Par))))) (List (Equation (Fraction (Polynomial (Complex (Integer)))))) Par)) (SIGNATURE complexSolve ((List (Equation (Polynomial (Complex Par)))) (Fraction (Polynomial (Complex (Integer)))) Par)) (SIGNATURE complexSolve ((List (Equation (Polynomial (Complex Par)))) (Equation (Fraction (Polynomial (Complex (Integer))))) Par)) (SIGNATURE complexRoots ((List (Complex Par)) (Fraction (Polynomial (Complex (Integer)))) Par)) (SIGNATURE complexRoots ((List (List (Complex Par))) (List (Fraction (Polynomial (Complex (Integer))))) (List (Symbol)) Par))) $param: (Par) debug: evaluateType form: (List (List (Equation (Polynomial (Complex Par))))) $param: (Par) Debug: evaluateType1 form: (List (List (Equation (Polynomial (Complex Par))))) debug: evaluateType1 x: (List (Equation (Polynomial (Complex Par)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Equation (Polynomial (Complex Par)))) $param: (Par) Debug: evaluateType1 form: (List (Equation (Polynomial (Complex Par)))) debug: evaluateType1 x: (Equation (Polynomial (Complex Par))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation (Polynomial (Complex Par))) $param: (Par) Debug: evaluateType1 form: (Equation (Polynomial (Complex Par))) debug: evaluateType1 x: (Polynomial (Complex Par)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial (Complex Par)) $param: (Par) Debug: evaluateType1 form: (Polynomial (Complex Par)) debug: evaluateType1 x: (Complex Par) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (Par) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Complex Par) $param: (Par) Debug: evaluateType1 form: (Complex Par) debug: evaluateType1 x: Par m: (CommutativeRing) debug: evalCategory d: (Complex Par) c: (Ring) debug: evalCategory d: (Polynomial (Complex Par)) c: (Type) debug: evalCategory d: (Equation (Polynomial (Complex Par))) c: (Type) debug: evalCategory d: (List (Equation (Polynomial (Complex Par)))) c: (Type) debug: evaluateType form: (List (Fraction (Polynomial (Complex (Integer))))) $param: (Par) Debug: evaluateType1 form: (List (Fraction (Polynomial (Complex (Integer))))) debug: evaluateType1 x: (Fraction (Polynomial (Complex (Integer)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial (Complex (Integer)))) $param: (Par) Debug: evaluateType1 form: (Fraction (Polynomial (Complex (Integer)))) debug: evaluateType1 x: (Polynomial (Complex (Integer))) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Par) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial (Complex (Integer))) $param: (Par) Debug: evaluateType1 form: (Polynomial (Complex (Integer))) debug: evaluateType1 x: (Complex (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (Par) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Complex (Integer)) $param: (Par) Debug: evaluateType1 form: (Complex (Integer)) debug: evaluateType1 x: (Integer) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: (Par) Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (Integer) $param: (Par) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (CommutativeRing) debug: evalCategory d: (Complex (Integer)) c: (Ring) debug: evalCategory d: (Polynomial (Complex (Integer))) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial (Complex (Integer)))) c: (Type) debug: evaluateType form: Par $param: (Par) debug: evaluateType form: (List (List (Equation (Polynomial (Complex Par))))) $param: (Par) Debug: evaluateType1 form: (List (List (Equation (Polynomial (Complex Par))))) debug: evaluateType1 x: (List (Equation (Polynomial (Complex Par)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Equation (Polynomial (Complex Par)))) $param: (Par) Debug: evaluateType1 form: (List (Equation (Polynomial (Complex Par)))) debug: evaluateType1 x: (Equation (Polynomial (Complex Par))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation (Polynomial (Complex Par))) $param: (Par) Debug: evaluateType1 form: (Equation (Polynomial (Complex Par))) debug: evaluateType1 x: (Polynomial (Complex Par)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial (Complex Par)) $param: (Par) Debug: evaluateType1 form: (Polynomial (Complex Par)) debug: evaluateType1 x: (Complex Par) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (Par) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Complex Par) $param: (Par) Debug: evaluateType1 form: (Complex Par) debug: evaluateType1 x: Par m: (CommutativeRing) debug: evalCategory d: (Complex Par) c: (Ring) debug: evalCategory d: (Polynomial (Complex Par)) c: (Type) debug: evalCategory d: (Equation (Polynomial (Complex Par))) c: (Type) debug: evalCategory d: (List (Equation (Polynomial (Complex Par)))) c: (Type) debug: evaluateType form: (List (Equation (Fraction (Polynomial (Complex (Integer)))))) $param: (Par) Debug: evaluateType1 form: (List (Equation (Fraction (Polynomial (Complex (Integer)))))) debug: evaluateType1 x: (Equation (Fraction (Polynomial (Complex (Integer))))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation (Fraction (Polynomial (Complex (Integer))))) $param: (Par) Debug: evaluateType1 form: (Equation (Fraction (Polynomial (Complex (Integer))))) debug: evaluateType1 x: (Fraction (Polynomial (Complex (Integer)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial (Complex (Integer)))) $param: (Par) Debug: evaluateType1 form: (Fraction (Polynomial (Complex (Integer)))) debug: evaluateType1 x: (Polynomial (Complex (Integer))) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Par) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial (Complex (Integer))) $param: (Par) Debug: evaluateType1 form: (Polynomial (Complex (Integer))) debug: evaluateType1 x: (Complex (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (Par) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Complex (Integer)) $param: (Par) Debug: evaluateType1 form: (Complex (Integer)) debug: evaluateType1 x: (Integer) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: (Par) Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (Integer) $param: (Par) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (CommutativeRing) debug: evalCategory d: (Complex (Integer)) c: (Ring) debug: evalCategory d: (Polynomial (Complex (Integer))) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial (Complex (Integer)))) c: (Type) debug: evalCategory d: (Equation (Fraction (Polynomial (Complex (Integer))))) c: (Type) debug: evaluateType form: Par $param: (Par) debug: evaluateType form: (List (Equation (Polynomial (Complex Par)))) $param: (Par) Debug: evaluateType1 form: (List (Equation (Polynomial (Complex Par)))) debug: evaluateType1 x: (Equation (Polynomial (Complex Par))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation (Polynomial (Complex Par))) $param: (Par) Debug: evaluateType1 form: (Equation (Polynomial (Complex Par))) debug: evaluateType1 x: (Polynomial (Complex Par)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial (Complex Par)) $param: (Par) Debug: evaluateType1 form: (Polynomial (Complex Par)) debug: evaluateType1 x: (Complex Par) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (Par) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Complex Par) $param: (Par) Debug: evaluateType1 form: (Complex Par) debug: evaluateType1 x: Par m: (CommutativeRing) debug: evalCategory d: (Complex Par) c: (Ring) debug: evalCategory d: (Polynomial (Complex Par)) c: (Type) debug: evalCategory d: (Equation (Polynomial (Complex Par))) c: (Type) debug: evaluateType form: (Fraction (Polynomial (Complex (Integer)))) $param: (Par) Debug: evaluateType1 form: (Fraction (Polynomial (Complex (Integer)))) debug: evaluateType1 x: (Polynomial (Complex (Integer))) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Par) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial (Complex (Integer))) $param: (Par) Debug: evaluateType1 form: (Polynomial (Complex (Integer))) debug: evaluateType1 x: (Complex (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (Par) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Complex (Integer)) $param: (Par) Debug: evaluateType1 form: (Complex (Integer)) debug: evaluateType1 x: (Integer) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: (Par) Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (Integer) $param: (Par) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (CommutativeRing) debug: evalCategory d: (Complex (Integer)) c: (Ring) debug: evalCategory d: (Polynomial (Complex (Integer))) c: (IntegralDomain) debug: evaluateType form: Par $param: (Par) debug: evaluateType form: (List (Equation (Polynomial (Complex Par)))) $param: (Par) Debug: evaluateType1 form: (List (Equation (Polynomial (Complex Par)))) debug: evaluateType1 x: (Equation (Polynomial (Complex Par))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation (Polynomial (Complex Par))) $param: (Par) Debug: evaluateType1 form: (Equation (Polynomial (Complex Par))) debug: evaluateType1 x: (Polynomial (Complex Par)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial (Complex Par)) $param: (Par) Debug: evaluateType1 form: (Polynomial (Complex Par)) debug: evaluateType1 x: (Complex Par) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (Par) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Complex Par) $param: (Par) Debug: evaluateType1 form: (Complex Par) debug: evaluateType1 x: Par m: (CommutativeRing) debug: evalCategory d: (Complex Par) c: (Ring) debug: evalCategory d: (Polynomial (Complex Par)) c: (Type) debug: evalCategory d: (Equation (Polynomial (Complex Par))) c: (Type) debug: evaluateType form: (Equation (Fraction (Polynomial (Complex (Integer))))) $param: (Par) Debug: evaluateType1 form: (Equation (Fraction (Polynomial (Complex (Integer))))) debug: evaluateType1 x: (Fraction (Polynomial (Complex (Integer)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial (Complex (Integer)))) $param: (Par) Debug: evaluateType1 form: (Fraction (Polynomial (Complex (Integer)))) debug: evaluateType1 x: (Polynomial (Complex (Integer))) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Par) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial (Complex (Integer))) $param: (Par) Debug: evaluateType1 form: (Polynomial (Complex (Integer))) debug: evaluateType1 x: (Complex (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (Par) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Complex (Integer)) $param: (Par) Debug: evaluateType1 form: (Complex (Integer)) debug: evaluateType1 x: (Integer) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: (Par) Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (Integer) $param: (Par) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (CommutativeRing) debug: evalCategory d: (Complex (Integer)) c: (Ring) debug: evalCategory d: (Polynomial (Complex (Integer))) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial (Complex (Integer)))) c: (Type) debug: evaluateType form: Par $param: (Par) debug: evaluateType form: (List (Complex Par)) $param: (Par) Debug: evaluateType1 form: (List (Complex Par)) debug: evaluateType1 x: (Complex Par) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Complex Par) $param: (Par) Debug: evaluateType1 form: (Complex Par) debug: evaluateType1 x: Par m: (CommutativeRing) debug: evalCategory d: (Complex Par) c: (Type) debug: evaluateType form: (Fraction (Polynomial (Complex (Integer)))) $param: (Par) Debug: evaluateType1 form: (Fraction (Polynomial (Complex (Integer)))) debug: evaluateType1 x: (Polynomial (Complex (Integer))) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Par) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial (Complex (Integer))) $param: (Par) Debug: evaluateType1 form: (Polynomial (Complex (Integer))) debug: evaluateType1 x: (Complex (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (Par) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Complex (Integer)) $param: (Par) Debug: evaluateType1 form: (Complex (Integer)) debug: evaluateType1 x: (Integer) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: (Par) Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (Integer) $param: (Par) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (CommutativeRing) debug: evalCategory d: (Complex (Integer)) c: (Ring) debug: evalCategory d: (Polynomial (Complex (Integer))) c: (IntegralDomain) debug: evaluateType form: Par $param: (Par) debug: evaluateType form: (List (List (Complex Par))) $param: (Par) Debug: evaluateType1 form: (List (List (Complex Par))) debug: evaluateType1 x: (List (Complex Par)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Complex Par)) $param: (Par) Debug: evaluateType1 form: (List (Complex Par)) debug: evaluateType1 x: (Complex Par) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Complex Par) $param: (Par) Debug: evaluateType1 form: (Complex Par) debug: evaluateType1 x: Par m: (CommutativeRing) debug: evalCategory d: (Complex Par) c: (Type) debug: evalCategory d: (List (Complex Par)) c: (Type) debug: evaluateType form: (List (Fraction (Polynomial (Complex (Integer))))) $param: (Par) Debug: evaluateType1 form: (List (Fraction (Polynomial (Complex (Integer))))) debug: evaluateType1 x: (Fraction (Polynomial (Complex (Integer)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial (Complex (Integer)))) $param: (Par) Debug: evaluateType1 form: (Fraction (Polynomial (Complex (Integer)))) debug: evaluateType1 x: (Polynomial (Complex (Integer))) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Par) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial (Complex (Integer))) $param: (Par) Debug: evaluateType1 form: (Polynomial (Complex (Integer))) debug: evaluateType1 x: (Complex (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (Par) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Complex (Integer)) $param: (Par) Debug: evaluateType1 form: (Complex (Integer)) debug: evaluateType1 x: (Integer) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: (Par) Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (Integer) $param: (Par) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (CommutativeRing) debug: evalCategory d: (Complex (Integer)) c: (Ring) debug: evalCategory d: (Polynomial (Complex (Integer))) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial (Complex (Integer)))) c: (Type) debug: evaluateType form: (List (Symbol)) $param: (Par) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (Par) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: Par $param: (Par) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE complexSolve ((List (List (Equation (Polynomial (Complex Par))))) (List (Fraction (Polynomial (Complex (Integer))))) Par)) (SIGNATURE complexSolve ((List (List (Equation (Polynomial (Complex Par))))) (List (Equation (Fraction (Polynomial (Complex (Integer)))))) Par)) (SIGNATURE complexSolve ((List (Equation (Polynomial (Complex Par)))) (Fraction (Polynomial (Complex (Integer)))) Par)) (SIGNATURE complexSolve ((List (Equation (Polynomial (Complex Par)))) (Equation (Fraction (Polynomial (Complex (Integer))))) Par)) (SIGNATURE complexRoots ((List (Complex Par)) (Fraction (Polynomial (Complex (Integer)))) Par)) (SIGNATURE complexRoots ((List (List (Complex Par))) (List (Fraction (Polynomial (Complex (Integer))))) (List (Symbol)) Par))) NIL) ------------------------------------------------------------------------ initializing stationary directory for FloatingComplexPackage compiling into /tmp/oa-pCWfvJ compiling exported complexRoots : (Fraction Polynomial Complex Integer,Par) -> List Complex Par Time: 0.14 SEC. compiling exported complexRoots : (List Fraction Polynomial Complex Integer,List Symbol,Par) -> List List Complex Par Time: 0.06 SEC. compiling exported complexSolve : (List Fraction Polynomial Complex Integer,Par) -> List List Equation Polynomial Complex Par Time: 0.29 SEC. compiling exported complexSolve : (List Equation Fraction Polynomial Complex Integer,Par) -> List List Equation Polynomial Complex Par Time: 0.38 SEC. compiling exported complexSolve : (Fraction Polynomial Complex Integer,Par) -> List Equation Polynomial Complex Par Time: 0.10 SEC. compiling exported complexSolve : (Equation Fraction Polynomial Complex Integer,Par) -> List Equation Polynomial Complex Par Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] complexSolve: mainVariable has no value Cumulative Statistics for Constructor FloatingComplexPackage Time: 0.99 seconds finalizing NRLIB FLOATCP Processing FloatingComplexPackage for Browser database: -- complexSolve : (L FPK,Par) -> L L EQ P C Par -- complexSolve : (L EQ FPK,Par) -> L L EQ P C Par -- complexSolve : (FPK,Par) -> L EQ P C Par -- complexSolve : (EQ FPK,Par) -> L EQ P C Par -- complexRoots : (FPK,Par) -> L C Par -- complexRoots : (L FPK,L SE,Par) -> L L C Par -- constructor ; compiling file "/tmp/oa-pCWfvJ/code.lsp" (written 01 FEB 2016 11:14:14 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FLOATCP;complexRoots;FParL;1| ...) ; file: /tmp/oa-pCWfvJ/code.lsp ; in: DEFUN |FLOATCP;complexRoots;FParL;1| ; (DEFUN BOOT::|FLOATCP;complexRoots;FParL;1| (BOOT::|q| BOOT::|eps| BOOT::$) ; (LET ((BOOT::|p| (BOOT::SPADCALL BOOT::|q| #))) ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 13)) BOOT::|eps| ; (BOOT::|shellEntry| BOOT::$ 17)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOATCP;complexRoots;FParL;1| ; (BOOT::|q| BOOT::|eps| BOOT::$) ; (BLOCK BOOT::|FLOATCP;complexRoots;FParL;1| ; (LET ((BOOT::|p| #)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|p| #) BOOT::|eps| ; (BOOT::|shellEntry| BOOT::$ 17))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |FLOATCP;complexRoots;LLParL;2| ...) ; file: /tmp/oa-pCWfvJ/code.lsp ; in: DEFUN |FLOATCP;complexRoots;LLParL;2| ; (DEFUN BOOT::|FLOATCP;complexRoots;LLParL;2| ; (BOOT::|lp| BOOT::|lv| BOOT::|eps| BOOT::$) ; (PROG (BOOT::|lden| BOOT::|dp|) ; (RETURN ; (LET (#) ; (PROGN # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOATCP;complexRoots;LLParL;2| ; (BOOT::|lp| BOOT::|lv| BOOT::|eps| BOOT::$) ; (BLOCK BOOT::|FLOATCP;complexRoots;LLParL;2| ; (PROG (BOOT::|lden| BOOT::|dp|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; compiling (DEFUN |FLOATCP;complexSolve;LParL;3| ...) ; file: /tmp/oa-pCWfvJ/code.lsp ; in: DEFUN |FLOATCP;complexSolve;LParL;3| ; (DEFUN BOOT::|FLOATCP;complexSolve;LParL;3| (BOOT::|lp| BOOT::|eps| BOOT::$) ; (PROG (BOOT::|lv| BOOT::|lden| BOOT::|dp|) ; (RETURN ; (LET (#) ; (PROGN # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOATCP;complexSolve;LParL;3| ; (BOOT::|lp| BOOT::|eps| BOOT::$) ; (BLOCK BOOT::|FLOATCP;complexSolve;LParL;3| ; (PROG (BOOT::|lv| BOOT::|lden| BOOT::|dp|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; compiling (DEFUN |FLOATCP;complexSolve;LParL;4| ...) ; file: /tmp/oa-pCWfvJ/code.lsp ; in: DEFUN |FLOATCP;complexSolve;LParL;4| ; (DEFUN BOOT::|FLOATCP;complexSolve;LParL;4| (BOOT::|le| BOOT::|eps| BOOT::$) ; (PROG (BOOT::|lv| BOOT::|lden| BOOT::|dp|) ; (RETURN ; (LET* (# #) ; (PROGN # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOATCP;complexSolve;LParL;4| ; (BOOT::|le| BOOT::|eps| BOOT::$) ; (BLOCK BOOT::|FLOATCP;complexSolve;LParL;4| ; (PROG (BOOT::|lv| BOOT::|lden| BOOT::|dp|) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; compiling (DEFUN |FLOATCP;complexSolve;FParL;5| ...) ; file: /tmp/oa-pCWfvJ/code.lsp ; in: DEFUN |FLOATCP;complexSolve;FParL;5| ; (DEFUN BOOT::|FLOATCP;complexSolve;FParL;5| (BOOT::|p| BOOT::|eps| BOOT::$) ; (PROG (BOOT::|x|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|FLOATCP;complexSolve;FParL;5| ; (BOOT::|p| BOOT::|eps| BOOT::$) ; (BLOCK BOOT::|FLOATCP;complexSolve;FParL;5| ; (PROG (BOOT::|x|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |FLOATCP;complexSolve;EParL;6| ...) ; compiling (DEFUN |FloatingComplexPackage| ...) ; compiling (DEFUN |FloatingComplexPackage;| ...) ; compiling (MAKEPROP (QUOTE |FloatingComplexPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 5 notes ; /tmp/oa-pCWfvJ/code.fasl written ; compilation finished in 0:00:00.073 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile FRNAAF2.spad && cp FRNAAF2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FRNAAF2.fasl \ && if test -f FRNAAF2-.NRLIB/code.fasl; then \ cp FRNAAF2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/FRNAAF2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FRNAAF2.spad using Spad compiler. FRNAAF2 abbreviates package FramedNonAssociativeAlgebraFunctions2 debug: compDefine1 lhs: (FramedNonAssociativeAlgebraFunctions2 AR R AS S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map (AS (Mapping S R) AR))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map (AS (Mapping S R) AR))) $param: (AR R AS S) debug: evaluateType form: AS $param: (AR R AS S) debug: evaluateType form: (Mapping S R) $param: (AR R AS S) debug: evaluateType form: S $param: (AR R AS S) debug: evaluateType form: R $param: (AR R AS S) debug: evaluateType form: AR $param: (AR R AS S) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map (AS (Mapping S R) AR))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FramedNonAssociativeAlgebraFunctions2 compiling into /tmp/oa-zCY1fY compiling exported map : (R -> S,AR) -> AS Time: 0.06 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor FramedNonAssociativeAlgebraFunctions2 Time: 0.06 seconds finalizing NRLIB FRNAAF2 Processing FramedNonAssociativeAlgebraFunctions2 for Browser database: -- map : ((R -> S),AR) -> AS -- constructor ; compiling file "/tmp/oa-zCY1fY/code.lsp" (written 01 FEB 2016 11:14:15 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |FRNAAF2;map;MARAS;1| ...) ; compiling (DEFUN |FramedNonAssociativeAlgebraFunctions2| ...) ; compiling (DEFUN |FramedNonAssociativeAlgebraFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |FramedNonAssociativeAlgebraFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-zCY1fY/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile GAUSSFAC.spad && cp GAUSSFAC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GAUSSFAC.fasl \ && if test -f GAUSSFAC-.NRLIB/code.fasl; then \ cp GAUSSFAC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GAUSSFAC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GAUSSFAC.spad using Spad compiler. GAUSSFAC abbreviates package GaussianFactorizationPackage debug: compDefine1 lhs: (GaussianFactorizationPackage) signature (pre-evaluate): ((CATEGORY package (SIGNATURE factor ((Factored (Complex (Integer))) (Complex (Integer)))) (SIGNATURE sumSquares ((List (Integer)) (Integer))) (SIGNATURE prime? ((Boolean) (Complex (Integer)))))) debug: evaluateType form: (CATEGORY package (SIGNATURE factor ((Factored (Complex (Integer))) (Complex (Integer)))) (SIGNATURE sumSquares ((List (Integer)) (Integer))) (SIGNATURE prime? ((Boolean) (Complex (Integer))))) $param: NIL debug: evaluateType form: (Factored (Complex (Integer))) $param: NIL Debug: evaluateType1 form: (Factored (Complex (Integer))) debug: evaluateType1 x: (Complex (Integer)) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Complex (Integer)) $param: NIL Debug: evaluateType1 form: (Complex (Integer)) debug: evaluateType1 x: (Integer) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (CommutativeRing) debug: evalCategory d: (Complex (Integer)) c: (IntegralDomain) debug: evaluateType form: (Complex (Integer)) $param: NIL Debug: evaluateType1 form: (Complex (Integer)) debug: evaluateType1 x: (Integer) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (CommutativeRing) debug: evaluateType form: (List (Integer)) $param: NIL Debug: evaluateType1 form: (List (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Complex (Integer)) $param: NIL Debug: evaluateType1 form: (Complex (Integer)) debug: evaluateType1 x: (Integer) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: NIL Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (CommutativeRing) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE factor ((Factored (Complex (Integer))) (Complex (Integer)))) (SIGNATURE sumSquares ((List (Integer)) (Integer))) (SIGNATURE prime? ((Boolean) (Complex (Integer)))))) ------------------------------------------------------------------------ initializing stationary directory for GaussianFactorizationPackage compiling into /tmp/oa-T5yJva importing IntegerFactorizationPackage Integer compiling local reduction : (Integer,Integer) -> Integer Time: 0.02 SEC. compiling local merge : (Integer,Integer) -> Union(Integer,failed) GAUSSFAC;merge(p,q) is replaced by %when( %pair(0,p), %pair(0,q), %pair(0,p),%otherwise %pair(1,"failed")) Time: 0.00 SEC. compiling local exactquo : (Integer,Integer,Integer) -> Union(Integer,failed) Time: 0.01 SEC. compiling local findelt : Integer -> Integer Time: 0.04 SEC. compiling local sumsq1 : Integer -> List Integer Time: 0.01 SEC. compiling local intfactor : Integer -> Factored Complex Integer Time: 0.15 SEC. compiling exported factor : Complex Integer -> Factored Complex Integer Time: 0.11 SEC. compiling exported sumSquares : Integer -> List Integer Time: 0.01 SEC. compiling exported prime? : Complex Integer -> Boolean Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] factor: : NonNegativeInteger -- replace by pretend [2] factor: result has no value [3] factor: unity has no value Cumulative Statistics for Constructor GaussianFactorizationPackage Time: 0.36 seconds finalizing NRLIB GAUSSFAC Processing GaussianFactorizationPackage for Browser database: -- factor : ZI -> FRZ -- sumSquares : Z -> List Z -- prime? : ZI -> Boolean -- constructor ; compiling file "/tmp/oa-T5yJva/code.lsp" (written 01 FEB 2016 11:14:15 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |GAUSSFAC;merge|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |GAUSSFAC;reduction| ...) ; file: /tmp/oa-T5yJva/code.lsp ; in: DEFUN |GAUSSFAC;reduction| ; (DEFUN BOOT::|GAUSSFAC;reduction| (BOOT::|u| BOOT::|p| BOOT::$) ; (COND ((ZEROP BOOT::|p|) BOOT::|u|) ; (T ; (BOOT::SPADCALL BOOT::|u| BOOT::|p| ; (BOOT::|shellEntry| BOOT::$ 10))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GAUSSFAC;reduction| ; (BOOT::|u| BOOT::|p| BOOT::$) ; (BLOCK BOOT::|GAUSSFAC;reduction| ; (COND ((ZEROP BOOT::|p|) BOOT::|u|) ; (T (BOOT::SPADCALL BOOT::|u| BOOT::|p| #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |GAUSSFAC;merge| ...) ; compiling (DEFUN |GAUSSFAC;exactquo| ...) ; file: /tmp/oa-T5yJva/code.lsp ; in: DEFUN |GAUSSFAC;exactquo| ; (DEFUN BOOT::|GAUSSFAC;exactquo| (BOOT::|u| BOOT::|v| BOOT::|p| BOOT::$) ; (COND ; ((ZEROP BOOT::|p|) ; (BOOT::SPADCALL BOOT::|u| BOOT::|v| (BOOT::|shellEntry| BOOT::$ 12))) ; ((ZEROP (REM BOOT::|v| BOOT::|p|)) (CONS 1 "failed")) ; (T (CONS 0 (BOOT::SPADCALL # BOOT::|p| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GAUSSFAC;exactquo| ; (BOOT::|u| BOOT::|v| BOOT::|p| BOOT::$) ; (BLOCK BOOT::|GAUSSFAC;exactquo| ; (COND ((ZEROP BOOT::|p|) (BOOT::SPADCALL BOOT::|u| BOOT::|v| #)) ; ((ZEROP #) (CONS 1 "failed")) (T (CONS 0 #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |GAUSSFAC;findelt| ...) ; file: /tmp/oa-T5yJva/code.lsp ; in: DEFUN |GAUSSFAC;findelt| ; (DEFUN BOOT::|GAUSSFAC;findelt| (BOOT::|q| BOOT::$) ; (PROG (BOOT::|t| BOOT::|qq1| BOOT::|s|) ; (RETURN ; (LET* (# # #) ; (BOOT::SEQ # # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GAUSSFAC;findelt| ; (BOOT::|q| BOOT::$) ; (BLOCK BOOT::|GAUSSFAC;findelt| ; (PROG (BOOT::|t| BOOT::|qq1| BOOT::|s|) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |GAUSSFAC;sumsq1| ...) ; compiling (DEFUN |GAUSSFAC;intfactor| ...) ; file: /tmp/oa-T5yJva/code.lsp ; in: DEFUN |GAUSSFAC;intfactor| ; (DEFUN BOOT::|GAUSSFAC;intfactor| (BOOT::|n| BOOT::$) ; (PROG (BOOT::|z| BOOT::|sz| BOOT::|exp|) ; (RETURN ; (LET* (# # #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GAUSSFAC;intfactor| ; (BOOT::|n| BOOT::$) ; (BLOCK BOOT::|GAUSSFAC;intfactor| ; (PROG (BOOT::|z| BOOT::|sz| BOOT::|exp|) ; (RETURN ; (LET* # ; #))))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; compiling (DEFUN |GAUSSFAC;factor;CF;7| ...) ; compiling (DEFUN |GAUSSFAC;sumSquares;IL;8| ...) ; file: /tmp/oa-T5yJva/code.lsp ; in: DEFUN |GAUSSFAC;sumSquares;IL;8| ; (DEFUN BOOT::|GAUSSFAC;sumSquares;IL;8| (BOOT::|p| BOOT::$) ; (COND ((EQL BOOT::|p| 2) '(1 1)) ; ((NOT (EQL # 1)) (BOOT::|error| "no solutions")) ; (T (BOOT::|GAUSSFAC;sumsq1| BOOT::|p| BOOT::$)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GAUSSFAC;sumSquares;IL;8| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|GAUSSFAC;sumSquares;IL;8| ; (COND ((EQL BOOT::|p| 2) '(1 1)) ; ((NOT #) (BOOT::|error| "no solutions")) ; (T (BOOT::|GAUSSFAC;sumsq1| BOOT::|p| BOOT::$))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS INTEGER T)) &REST T). ; compiling (DEFUN |GAUSSFAC;prime?;CB;9| ...) ; file: /tmp/oa-T5yJva/code.lsp ; in: DEFUN |GAUSSFAC;prime?;CB;9| ; (DEFUN BOOT::|GAUSSFAC;prime?;CB;9| (BOOT::|a| BOOT::$) ; (PROG (BOOT::|p| BOOT::|im| BOOT::|re|) ; (RETURN ; (LET (#) ; (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GAUSSFAC;prime?;CB;9| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|GAUSSFAC;prime?;CB;9| ; (PROG (BOOT::|p| BOOT::|im| BOOT::|re|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |GaussianFactorizationPackage| ...) ; compiling (DEFUN |GaussianFactorizationPackage;| ...) ; compiling (MAKEPROP (QUOTE |GaussianFactorizationPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 6 notes ; /tmp/oa-T5yJva/code.fasl written ; compilation finished in 0:00:00.064 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile GCNAALG.spad && cp GCNAALG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GCNAALG.fasl \ && if test -f GCNAALG-.NRLIB/code.fasl; then \ cp GCNAALG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GCNAALG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GCNAALG.spad using Spad compiler. GCNAALG abbreviates domain GenericNonAssociativeAlgebra debug: compDefine1 lhs: (GenericNonAssociativeAlgebra R n ls gamma) signature (pre-evaluate): ((Join (FramedNonAssociativeAlgebra (Fraction (Polynomial R))) (LeftModule (SquareMatrix n (Fraction (Polynomial R)))) (CATEGORY domain (SIGNATURE coerce ($ (Vector (Fraction (Polynomial R))))) (SIGNATURE leftUnits ((Union (Record (: particular $) (: basis (List $))) failed))) (SIGNATURE rightUnits ((Union (Record (: particular $) (: basis (List $))) failed))) (SIGNATURE generic ($)) (SIGNATURE generic ($ (Symbol))) (SIGNATURE generic ($ (Vector (Symbol)))) (SIGNATURE generic ($ (Vector $))) (SIGNATURE generic ($ (Symbol) (Vector $))) (SIGNATURE generic ($ (Vector (Symbol)) (Vector $))) (IF (has R (IntegralDomain)) (PROGN (SIGNATURE leftRankPolynomial ((SparseUnivariatePolynomial (Fraction (Polynomial R))))) (SIGNATURE genericLeftMinimalPolynomial ((SparseUnivariatePolynomial (Fraction (Polynomial R))) $)) (SIGNATURE genericLeftTrace ((Fraction (Polynomial R)) $)) (SIGNATURE genericLeftNorm ((Fraction (Polynomial R)) $)) (SIGNATURE rightRankPolynomial ((SparseUnivariatePolynomial (Fraction (Polynomial R))))) (SIGNATURE genericRightMinimalPolynomial ((SparseUnivariatePolynomial (Fraction (Polynomial R))) $)) (SIGNATURE genericRightTrace ((Fraction (Polynomial R)) $)) (SIGNATURE genericRightNorm ((Fraction (Polynomial R)) $)) (SIGNATURE genericLeftTraceForm ((Fraction (Polynomial R)) $ $)) (SIGNATURE genericLeftDiscriminant ((Fraction (Polynomial R)))) (SIGNATURE genericRightTraceForm ((Fraction (Polynomial R)) $ $)) (SIGNATURE genericRightDiscriminant ((Fraction (Polynomial R)))) (SIGNATURE conditionsForIdempotents ((List (Polynomial R)) (Vector $))) (SIGNATURE conditionsForIdempotents ((List (Polynomial R))))) %noBranch))) (CommutativeRing) (PositiveInteger) (List (Symbol)) (Vector (Matrix R))) debug: evaluateType form: (Join (FramedNonAssociativeAlgebra (Fraction (Polynomial R))) (LeftModule (SquareMatrix n (Fraction (Polynomial R)))) (CATEGORY domain (SIGNATURE coerce ($ (Vector (Fraction (Polynomial R))))) (SIGNATURE leftUnits ((Union (Record (: particular $) (: basis (List $))) failed))) (SIGNATURE rightUnits ((Union (Record (: particular $) (: basis (List $))) failed))) (SIGNATURE generic ($)) (SIGNATURE generic ($ (Symbol))) (SIGNATURE generic ($ (Vector (Symbol)))) (SIGNATURE generic ($ (Vector $))) (SIGNATURE generic ($ (Symbol) (Vector $))) (SIGNATURE generic ($ (Vector (Symbol)) (Vector $))) (IF (has R (IntegralDomain)) (PROGN (SIGNATURE leftRankPolynomial ((SparseUnivariatePolynomial (Fraction (Polynomial R))))) (SIGNATURE genericLeftMinimalPolynomial ((SparseUnivariatePolynomial (Fraction (Polynomial R))) $)) (SIGNATURE genericLeftTrace ((Fraction (Polynomial R)) $)) (SIGNATURE genericLeftNorm ((Fraction (Polynomial R)) $)) (SIGNATURE rightRankPolynomial ((SparseUnivariatePolynomial (Fraction (Polynomial R))))) (SIGNATURE genericRightMinimalPolynomial ((SparseUnivariatePolynomial (Fraction (Polynomial R))) $)) (SIGNATURE genericRightTrace ((Fraction (Polynomial R)) $)) (SIGNATURE genericRightNorm ((Fraction (Polynomial R)) $)) (SIGNATURE genericLeftTraceForm ((Fraction (Polynomial R)) $ $)) (SIGNATURE genericLeftDiscriminant ((Fraction (Polynomial R)))) (SIGNATURE genericRightTraceForm ((Fraction (Polynomial R)) $ $)) (SIGNATURE genericRightDiscriminant ((Fraction (Polynomial R)))) (SIGNATURE conditionsForIdempotents ((List (Polynomial R)) (Vector $))) (SIGNATURE conditionsForIdempotents ((List (Polynomial R))))) %noBranch))) $param: (R n ls gamma) debug: evaluateType form: (FramedNonAssociativeAlgebra (Fraction (Polynomial R))) $param: (R n ls gamma) Debug: evaluateType1 form: (FramedNonAssociativeAlgebra (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: (R n ls gamma) Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R n ls gamma) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R n ls gamma) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R n ls gamma) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (CommutativeRing) debug: evaluateType form: (LeftModule (SquareMatrix n (Fraction (Polynomial R)))) $param: (R n ls gamma) Debug: evaluateType1 form: (LeftModule (SquareMatrix n (Fraction (Polynomial R)))) debug: evaluateType1 x: (SquareMatrix n (Fraction (Polynomial R))) m: (Rng) debug: evaluateType1 categoryForm: (Rng) debug: evaluateType form: (Rng) $param: (R n ls gamma) Debug: evaluateType1 form: (Rng) debug: evaluateType form: (SquareMatrix n (Fraction (Polynomial R))) $param: (R n ls gamma) Debug: evaluateType1 form: (SquareMatrix n (Fraction (Polynomial R))) debug: evaluateType1 x: n m: (NonNegativeInteger) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R n ls gamma) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R n ls gamma) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R n ls gamma) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R n ls gamma) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Ring) debug: evalCategory d: (SquareMatrix n (Fraction (Polynomial R))) c: (Rng) debug: evaluateType form: (CATEGORY domain (SIGNATURE coerce ($ (Vector (Fraction (Polynomial R))))) (SIGNATURE leftUnits ((Union (Record (: particular $) (: basis (List $))) failed))) (SIGNATURE rightUnits ((Union (Record (: particular $) (: basis (List $))) failed))) (SIGNATURE generic ($)) (SIGNATURE generic ($ (Symbol))) (SIGNATURE generic ($ (Vector (Symbol)))) (SIGNATURE generic ($ (Vector $))) (SIGNATURE generic ($ (Symbol) (Vector $))) (SIGNATURE generic ($ (Vector (Symbol)) (Vector $))) (IF (has R (IntegralDomain)) (PROGN (SIGNATURE leftRankPolynomial ((SparseUnivariatePolynomial (Fraction (Polynomial R))))) (SIGNATURE genericLeftMinimalPolynomial ((SparseUnivariatePolynomial (Fraction (Polynomial R))) $)) (SIGNATURE genericLeftTrace ((Fraction (Polynomial R)) $)) (SIGNATURE genericLeftNorm ((Fraction (Polynomial R)) $)) (SIGNATURE rightRankPolynomial ((SparseUnivariatePolynomial (Fraction (Polynomial R))))) (SIGNATURE genericRightMinimalPolynomial ((SparseUnivariatePolynomial (Fraction (Polynomial R))) $)) (SIGNATURE genericRightTrace ((Fraction (Polynomial R)) $)) (SIGNATURE genericRightNorm ((Fraction (Polynomial R)) $)) (SIGNATURE genericLeftTraceForm ((Fraction (Polynomial R)) $ $)) (SIGNATURE genericLeftDiscriminant ((Fraction (Polynomial R)))) (SIGNATURE genericRightTraceForm ((Fraction (Polynomial R)) $ $)) (SIGNATURE genericRightDiscriminant ((Fraction (Polynomial R)))) (SIGNATURE conditionsForIdempotents ((List (Polynomial R)) (Vector $))) (SIGNATURE conditionsForIdempotents ((List (Polynomial R))))) %noBranch)) $param: (R n ls gamma) debug: evaluateType form: (Vector (Fraction (Polynomial R))) $param: (R n ls gamma) Debug: evaluateType1 form: (Vector (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R n ls gamma) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R n ls gamma) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R n ls gamma) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R n ls gamma) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evaluateType form: (Union (Record (: particular $) (: basis (List $))) failed) $param: (R n ls gamma) debug: evaluateType form: (Record (: particular $) (: basis (List $))) $param: (R n ls gamma) debug: evaluateType form: $ $param: (R n ls gamma) debug: evaluateType form: (List $) $param: (R n ls gamma) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: failed $param: (R n ls gamma) debug: evaluateType form: (Union (Record (: particular $) (: basis (List $))) failed) $param: (R n ls gamma) debug: evaluateType form: (Record (: particular $) (: basis (List $))) $param: (R n ls gamma) debug: evaluateType form: $ $param: (R n ls gamma) debug: evaluateType form: (List $) $param: (R n ls gamma) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: failed $param: (R n ls gamma) debug: evaluateType form: (Symbol) $param: (R n ls gamma) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Vector (Symbol)) $param: (R n ls gamma) Debug: evaluateType1 form: (Vector (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R n ls gamma) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (R n ls gamma) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (Vector $) $param: (R n ls gamma) Debug: evaluateType1 form: (Vector $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (Symbol) $param: (R n ls gamma) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Vector $) $param: (R n ls gamma) Debug: evaluateType1 form: (Vector $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (Vector (Symbol)) $param: (R n ls gamma) Debug: evaluateType1 form: (Vector (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R n ls gamma) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (R n ls gamma) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (Vector $) $param: (R n ls gamma) Debug: evaluateType1 form: (Vector $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (CommutativeRing) $param: (R n ls gamma) Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (PositiveInteger) $param: (R n ls gamma) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (List (Symbol)) $param: (R n ls gamma) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R n ls gamma) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (R n ls gamma) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (Vector (Matrix R)) $param: (R n ls gamma) Debug: evaluateType1 form: (Vector (Matrix R)) debug: evaluateType1 x: (Matrix R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R n ls gamma) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix R) $param: (R n ls gamma) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Matrix R) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (FramedNonAssociativeAlgebra (Fraction (Polynomial R))) (LeftModule (SquareMatrix n (Fraction (Polynomial R)))) (CATEGORY domain (SIGNATURE coerce ($ (Vector (Fraction (Polynomial R))))) (SIGNATURE leftUnits ((Union (Record (: particular $) (: basis (List $))) failed))) (SIGNATURE rightUnits ((Union (Record (: particular $) (: basis (List $))) failed))) (SIGNATURE generic ($)) (SIGNATURE generic ($ (Symbol))) (SIGNATURE generic ($ (Vector (Symbol)))) (SIGNATURE generic ($ (Vector $))) (SIGNATURE generic ($ (Symbol) (Vector $))) (SIGNATURE generic ($ (Vector (Symbol)) (Vector $))) (IF (has R (IntegralDomain)) (PROGN (SIGNATURE leftRankPolynomial ((SparseUnivariatePolynomial (Fraction (Polynomial R))))) (SIGNATURE genericLeftMinimalPolynomial ((SparseUnivariatePolynomial (Fraction (Polynomial R))) $)) (SIGNATURE genericLeftTrace ((Fraction (Polynomial R)) $)) (SIGNATURE genericLeftNorm ((Fraction (Polynomial R)) $)) (SIGNATURE rightRankPolynomial ((SparseUnivariatePolynomial (Fraction (Polynomial R))))) (SIGNATURE genericRightMinimalPolynomial ((SparseUnivariatePolynomial (Fraction (Polynomial R))) $)) (SIGNATURE genericRightTrace ((Fraction (Polynomial R)) $)) (SIGNATURE genericRightNorm ((Fraction (Polynomial R)) $)) (SIGNATURE genericLeftTraceForm ((Fraction (Polynomial R)) $ $)) (SIGNATURE genericLeftDiscriminant ((Fraction (Polynomial R)))) (SIGNATURE genericRightTraceForm ((Fraction (Polynomial R)) $ $)) (SIGNATURE genericRightDiscriminant ((Fraction (Polynomial R)))) (SIGNATURE conditionsForIdempotents ((List (Polynomial R)) (Vector $))) (SIGNATURE conditionsForIdempotents ((List (Polynomial R))))) %noBranch))) (CommutativeRing) (PositiveInteger) (List (Symbol)) (Vector (Matrix R))) debug: compDefine1 lhs: (GenericNonAssociativeAlgebra R n ls gamma) signature (pre-evaluate): ((Join (FramedNonAssociativeAlgebra (Fraction (Polynomial R))) (LeftModule (SquareMatrix n (Fraction (Polynomial R)))) (CATEGORY domain (SIGNATURE coerce ($ (Vector (Fraction (Polynomial R))))) (SIGNATURE leftUnits ((Union (Record (: particular $) (: basis (List $))) failed))) (SIGNATURE rightUnits ((Union (Record (: particular $) (: basis (List $))) failed))) (SIGNATURE generic ($)) (SIGNATURE generic ($ (Symbol))) (SIGNATURE generic ($ (Vector (Symbol)))) (SIGNATURE generic ($ (Vector $))) (SIGNATURE generic ($ (Symbol) (Vector $))) (SIGNATURE generic ($ (Vector (Symbol)) (Vector $))) (IF (has R (IntegralDomain)) (PROGN (SIGNATURE leftRankPolynomial ((SparseUnivariatePolynomial (Fraction (Polynomial R))))) (SIGNATURE genericLeftMinimalPolynomial ((SparseUnivariatePolynomial (Fraction (Polynomial R))) $)) (SIGNATURE genericLeftTrace ((Fraction (Polynomial R)) $)) (SIGNATURE genericLeftNorm ((Fraction (Polynomial R)) $)) (SIGNATURE rightRankPolynomial ((SparseUnivariatePolynomial (Fraction (Polynomial R))))) (SIGNATURE genericRightMinimalPolynomial ((SparseUnivariatePolynomial (Fraction (Polynomial R))) $)) (SIGNATURE genericRightTrace ((Fraction (Polynomial R)) $)) (SIGNATURE genericRightNorm ((Fraction (Polynomial R)) $)) (SIGNATURE genericLeftTraceForm ((Fraction (Polynomial R)) $ $)) (SIGNATURE genericLeftDiscriminant ((Fraction (Polynomial R)))) (SIGNATURE genericRightTraceForm ((Fraction (Polynomial R)) $ $)) (SIGNATURE genericRightDiscriminant ((Fraction (Polynomial R)))) (SIGNATURE conditionsForIdempotents ((List (Polynomial R)) (Vector $))) (SIGNATURE conditionsForIdempotents ((List (Polynomial R))))) %noBranch))) NIL NIL NIL NIL) debug: evaluateType form: (Join (FramedNonAssociativeAlgebra (Fraction (Polynomial R))) (LeftModule (SquareMatrix n (Fraction (Polynomial R)))) (CATEGORY domain (SIGNATURE coerce ($ (Vector (Fraction (Polynomial R))))) (SIGNATURE leftUnits ((Union (Record (: particular $) (: basis (List $))) failed))) (SIGNATURE rightUnits ((Union (Record (: particular $) (: basis (List $))) failed))) (SIGNATURE generic ($)) (SIGNATURE generic ($ (Symbol))) (SIGNATURE generic ($ (Vector (Symbol)))) (SIGNATURE generic ($ (Vector $))) (SIGNATURE generic ($ (Symbol) (Vector $))) (SIGNATURE generic ($ (Vector (Symbol)) (Vector $))) (IF (has R (IntegralDomain)) (PROGN (SIGNATURE leftRankPolynomial ((SparseUnivariatePolynomial (Fraction (Polynomial R))))) (SIGNATURE genericLeftMinimalPolynomial ((SparseUnivariatePolynomial (Fraction (Polynomial R))) $)) (SIGNATURE genericLeftTrace ((Fraction (Polynomial R)) $)) (SIGNATURE genericLeftNorm ((Fraction (Polynomial R)) $)) (SIGNATURE rightRankPolynomial ((SparseUnivariatePolynomial (Fraction (Polynomial R))))) (SIGNATURE genericRightMinimalPolynomial ((SparseUnivariatePolynomial (Fraction (Polynomial R))) $)) (SIGNATURE genericRightTrace ((Fraction (Polynomial R)) $)) (SIGNATURE genericRightNorm ((Fraction (Polynomial R)) $)) (SIGNATURE genericLeftTraceForm ((Fraction (Polynomial R)) $ $)) (SIGNATURE genericLeftDiscriminant ((Fraction (Polynomial R)))) (SIGNATURE genericRightTraceForm ((Fraction (Polynomial R)) $ $)) (SIGNATURE genericRightDiscriminant ((Fraction (Polynomial R)))) (SIGNATURE conditionsForIdempotents ((List (Polynomial R)) (Vector $))) (SIGNATURE conditionsForIdempotents ((List (Polynomial R))))) %noBranch))) $param: (R n ls gamma) debug: evaluateType form: (FramedNonAssociativeAlgebra (Fraction (Polynomial R))) $param: (R n ls gamma) Debug: evaluateType1 form: (FramedNonAssociativeAlgebra (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: (R n ls gamma) Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R n ls gamma) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R n ls gamma) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R n ls gamma) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (CommutativeRing) debug: evaluateType form: (LeftModule (SquareMatrix n (Fraction (Polynomial R)))) $param: (R n ls gamma) Debug: evaluateType1 form: (LeftModule (SquareMatrix n (Fraction (Polynomial R)))) debug: evaluateType1 x: (SquareMatrix n (Fraction (Polynomial R))) m: (Rng) debug: evaluateType1 categoryForm: (Rng) debug: evaluateType form: (Rng) $param: (R n ls gamma) Debug: evaluateType1 form: (Rng) debug: evaluateType form: (SquareMatrix n (Fraction (Polynomial R))) $param: (R n ls gamma) Debug: evaluateType1 form: (SquareMatrix n (Fraction (Polynomial R))) debug: evaluateType1 x: n m: (NonNegativeInteger) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R n ls gamma) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R n ls gamma) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R n ls gamma) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R n ls gamma) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Ring) debug: evalCategory d: (SquareMatrix n (Fraction (Polynomial R))) c: (Rng) debug: evaluateType form: (CATEGORY domain (SIGNATURE coerce ($ (Vector (Fraction (Polynomial R))))) (SIGNATURE leftUnits ((Union (Record (: particular $) (: basis (List $))) failed))) (SIGNATURE rightUnits ((Union (Record (: particular $) (: basis (List $))) failed))) (SIGNATURE generic ($)) (SIGNATURE generic ($ (Symbol))) (SIGNATURE generic ($ (Vector (Symbol)))) (SIGNATURE generic ($ (Vector $))) (SIGNATURE generic ($ (Symbol) (Vector $))) (SIGNATURE generic ($ (Vector (Symbol)) (Vector $))) (IF (has R (IntegralDomain)) (PROGN (SIGNATURE leftRankPolynomial ((SparseUnivariatePolynomial (Fraction (Polynomial R))))) (SIGNATURE genericLeftMinimalPolynomial ((SparseUnivariatePolynomial (Fraction (Polynomial R))) $)) (SIGNATURE genericLeftTrace ((Fraction (Polynomial R)) $)) (SIGNATURE genericLeftNorm ((Fraction (Polynomial R)) $)) (SIGNATURE rightRankPolynomial ((SparseUnivariatePolynomial (Fraction (Polynomial R))))) (SIGNATURE genericRightMinimalPolynomial ((SparseUnivariatePolynomial (Fraction (Polynomial R))) $)) (SIGNATURE genericRightTrace ((Fraction (Polynomial R)) $)) (SIGNATURE genericRightNorm ((Fraction (Polynomial R)) $)) (SIGNATURE genericLeftTraceForm ((Fraction (Polynomial R)) $ $)) (SIGNATURE genericLeftDiscriminant ((Fraction (Polynomial R)))) (SIGNATURE genericRightTraceForm ((Fraction (Polynomial R)) $ $)) (SIGNATURE genericRightDiscriminant ((Fraction (Polynomial R)))) (SIGNATURE conditionsForIdempotents ((List (Polynomial R)) (Vector $))) (SIGNATURE conditionsForIdempotents ((List (Polynomial R))))) %noBranch)) $param: (R n ls gamma) debug: evaluateType form: (Vector (Fraction (Polynomial R))) $param: (R n ls gamma) Debug: evaluateType1 form: (Vector (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R n ls gamma) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R n ls gamma) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R n ls gamma) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R n ls gamma) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evaluateType form: (Union (Record (: particular $) (: basis (List $))) failed) $param: (R n ls gamma) debug: evaluateType form: (Record (: particular $) (: basis (List $))) $param: (R n ls gamma) debug: evaluateType form: $ $param: (R n ls gamma) debug: evaluateType form: (List $) $param: (R n ls gamma) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: failed $param: (R n ls gamma) debug: evaluateType form: (Union (Record (: particular $) (: basis (List $))) failed) $param: (R n ls gamma) debug: evaluateType form: (Record (: particular $) (: basis (List $))) $param: (R n ls gamma) debug: evaluateType form: $ $param: (R n ls gamma) debug: evaluateType form: (List $) $param: (R n ls gamma) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: failed $param: (R n ls gamma) debug: evaluateType form: (Symbol) $param: (R n ls gamma) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Vector (Symbol)) $param: (R n ls gamma) Debug: evaluateType1 form: (Vector (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R n ls gamma) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (R n ls gamma) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (Vector $) $param: (R n ls gamma) Debug: evaluateType1 form: (Vector $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (Symbol) $param: (R n ls gamma) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Vector $) $param: (R n ls gamma) Debug: evaluateType1 form: (Vector $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (Vector (Symbol)) $param: (R n ls gamma) Debug: evaluateType1 form: (Vector (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R n ls gamma) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (R n ls gamma) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (Vector $) $param: (R n ls gamma) Debug: evaluateType1 form: (Vector $) debug: evaluateType1 x: $ m: (Type) debug: compDefine1 signature (post evaluate): ((Join (FramedNonAssociativeAlgebra (Fraction (Polynomial R))) (LeftModule (SquareMatrix n (Fraction (Polynomial R)))) (CATEGORY domain (SIGNATURE coerce ($ (Vector (Fraction (Polynomial R))))) (SIGNATURE leftUnits ((Union (Record (: particular $) (: basis (List $))) failed))) (SIGNATURE rightUnits ((Union (Record (: particular $) (: basis (List $))) failed))) (SIGNATURE generic ($)) (SIGNATURE generic ($ (Symbol))) (SIGNATURE generic ($ (Vector (Symbol)))) (SIGNATURE generic ($ (Vector $))) (SIGNATURE generic ($ (Symbol) (Vector $))) (SIGNATURE generic ($ (Vector (Symbol)) (Vector $))) (IF (has R (IntegralDomain)) (PROGN (SIGNATURE leftRankPolynomial ((SparseUnivariatePolynomial (Fraction (Polynomial R))))) (SIGNATURE genericLeftMinimalPolynomial ((SparseUnivariatePolynomial (Fraction (Polynomial R))) $)) (SIGNATURE genericLeftTrace ((Fraction (Polynomial R)) $)) (SIGNATURE genericLeftNorm ((Fraction (Polynomial R)) $)) (SIGNATURE rightRankPolynomial ((SparseUnivariatePolynomial (Fraction (Polynomial R))))) (SIGNATURE genericRightMinimalPolynomial ((SparseUnivariatePolynomial (Fraction (Polynomial R))) $)) (SIGNATURE genericRightTrace ((Fraction (Polynomial R)) $)) (SIGNATURE genericRightNorm ((Fraction (Polynomial R)) $)) (SIGNATURE genericLeftTraceForm ((Fraction (Polynomial R)) $ $)) (SIGNATURE genericLeftDiscriminant ((Fraction (Polynomial R)))) (SIGNATURE genericRightTraceForm ((Fraction (Polynomial R)) $ $)) (SIGNATURE genericRightDiscriminant ((Fraction (Polynomial R)))) (SIGNATURE conditionsForIdempotents ((List (Polynomial R)) (Vector $))) (SIGNATURE conditionsForIdempotents ((List (Polynomial R))))) %noBranch))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for GenericNonAssociativeAlgebra compiling into /tmp/oa-OocgeO compiling local eval : (Fraction Polynomial R,%) -> Fraction Polynomial R Time: 0.76 SEC. compiling exported genericLeftTraceForm : (%,%) -> Fraction Polynomial R Time: 0.04 SEC. compiling exported genericLeftDiscriminant : () -> Fraction Polynomial R Time: 0.28 SEC. compiling exported genericRightTraceForm : (%,%) -> Fraction Polynomial R Time: 0.02 SEC. compiling exported genericRightDiscriminant : () -> Fraction Polynomial R Time: 0.33 SEC. compiling local initializeLeft : () -> Void Time: 0.04 SEC. compiling local initializeRight : () -> Void Time: 0.01 SEC. compiling exported leftRankPolynomial : () -> SparseUnivariatePolynomial Fraction Polynomial R Time: 0.00 SEC. compiling exported rightRankPolynomial : () -> SparseUnivariatePolynomial Fraction Polynomial R Time: 0 SEC. compiling exported genericLeftMinimalPolynomial : % -> SparseUnivariatePolynomial Fraction Polynomial R Time: 0.04 SEC. compiling exported genericRightMinimalPolynomial : % -> SparseUnivariatePolynomial Fraction Polynomial R Time: 0.04 SEC. compiling exported genericLeftTrace : % -> Fraction Polynomial R Time: 0.04 SEC. compiling exported genericRightTrace : % -> Fraction Polynomial R Time: 0.04 SEC. compiling exported genericLeftNorm : % -> Fraction Polynomial R Time: 0.04 SEC. compiling exported genericRightNorm : % -> Fraction Polynomial R Time: 0.03 SEC. compiling exported conditionsForIdempotents : Vector % -> List Polynomial R Time: 0.09 SEC. compiling exported conditionsForIdempotents : () -> List Polynomial R Time: 0.05 SEC. compiling exported generic : () -> % Time: 0.00 SEC. compiling exported generic : (Vector Symbol,Vector %) -> % Time: 0.06 SEC. compiling exported generic : (Symbol,Vector %) -> % Time: 0.10 SEC. compiling exported generic : Vector % -> % Time: 0.14 SEC. compiling exported generic : Vector Symbol -> % Time: 0.01 SEC. compiling exported generic : Symbol -> % Time: 0.01 SEC. (time taken in buildFunctor: 8) Time: 0.03 SEC. Warnings: [1] genericLeftNorm: rf has no value [2] genericRightNorm: rf has no value [3] conditionsForIdempotents: numer has no value Cumulative Statistics for Constructor GenericNonAssociativeAlgebra Time: 2.21 seconds (|Module| (|Fraction| (|Polynomial| |#1|))) extends (|LeftModule| (|Fraction| (|Polynomial| |#1|))) but not (|LeftModule| (|SquareMatrix| |#2| (|Fraction| (|Polynomial| |#1|)))) finalizing NRLIB GCNAALG Processing GenericNonAssociativeAlgebra for Browser database: -- coerce : Vector FPR -> % -- leftUnits : () -> Union(Record(particular: %,basis: List %),"failed") -- rightUnits : () -> Union(Record(particular: %,basis: List %),"failed") -- generic : () -> % -- generic : Symbol -> % -- generic : Vector Symbol -> % -- generic : Vector % -> % -- generic : (Symbol,Vector %) -> % -- generic : (Vector Symbol,Vector %) -> % -- leftRankPolynomial : () -> SparseUnivariatePolynomial FPR -- genericLeftMinimalPolynomial : % -> SparseUnivariatePolynomial FPR -- genericLeftTrace : % -> FPR -- genericLeftNorm : % -> FPR -- rightRankPolynomial : () -> SparseUnivariatePolynomial FPR -- genericRightMinimalPolynomial : % -> SparseUnivariatePolynomial FPR -- genericRightTrace : % -> FPR -- genericRightNorm : % -> FPR -- genericLeftTraceForm : (%,%) -> FPR -- genericLeftDiscriminant : () -> FPR -- genericRightTraceForm : (%,%) -> FPR -- genericRightDiscriminant : () -> FPR -- conditionsForIdempotents : Vector % -> List Polynomial R -- conditionsForIdempotents : () -> List Polynomial R -- constructor ; compiling file "/tmp/oa-OocgeO/code.lsp" (written 01 FEB 2016 11:14:18 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |GCNAALG;generic;$;18|) ...) ; compiling (DEFUN |GCNAALG;eval| ...) ; file: /tmp/oa-OocgeO/code.lsp ; in: DEFUN |GCNAALG;eval| ; #'(LAMBDA (BOOT::|#1| BOOT::$) (CAR BOOT::|#1|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |GCNAALG;genericLeftTraceForm;2$F;2| ...) ; compiling (DEFUN |GCNAALG;genericLeftDiscriminant;F;3| ...) ; compiling (DEFUN |GCNAALG;genericRightTraceForm;2$F;4| ...) ; compiling (DEFUN |GCNAALG;genericRightDiscriminant;F;5| ...) ; compiling (DEFUN |GCNAALG;initializeLeft| ...) ; compiling (DEFUN |GCNAALG;initializeRight| ...) ; compiling (DEFUN |GCNAALG;leftRankPolynomial;Sup;8| ...) ; compiling (DEFUN |GCNAALG;rightRankPolynomial;Sup;9| ...) ; compiling (DEFUN |GCNAALG;genericLeftMinimalPolynomial;$Sup;10| ...) ; compiling (DEFUN |GCNAALG;genericLeftMinimalPolynomial;$Sup;10!0| ...) ; compiling (DEFUN |GCNAALG;genericRightMinimalPolynomial;$Sup;11| ...) ; compiling (DEFUN |GCNAALG;genericRightMinimalPolynomial;$Sup;11!0| ...) ; compiling (DEFUN |GCNAALG;genericLeftTrace;$F;12| ...) ; compiling (DEFUN |GCNAALG;genericRightTrace;$F;13| ...) ; compiling (DEFUN |GCNAALG;genericLeftNorm;$F;14| ...) ; file: /tmp/oa-OocgeO/code.lsp ; in: DEFUN |GCNAALG;genericLeftNorm;$F;14| ; (DEFUN BOOT::|GCNAALG;genericLeftNorm;$F;14| (BOOT::|a| BOOT::$) ; (PROG (BOOT::|rf|) ; (RETURN ; (PROGN ; (COND #) ; (BOOT::LETT BOOT::|rf| # BOOT::|GCNAALG;genericLeftNorm;$F;14|) ; (COND #) ; BOOT::|rf|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GCNAALG;genericLeftNorm;$F;14| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|GCNAALG;genericLeftNorm;$F;14| ; (PROG (BOOT::|rf|) (RETURN (PROGN # # # BOOT::|rf|))))) ; ; caught STYLE-WARNING: ; The variable |a| is defined but never used. ; compiling (DEFUN |GCNAALG;genericRightNorm;$F;15| ...) ; file: /tmp/oa-OocgeO/code.lsp ; in: DEFUN |GCNAALG;genericRightNorm;$F;15| ; (DEFUN BOOT::|GCNAALG;genericRightNorm;$F;15| (BOOT::|a| BOOT::$) ; (PROG (BOOT::|rf|) ; (RETURN ; (PROGN ; (COND #) ; (BOOT::LETT BOOT::|rf| # BOOT::|GCNAALG;genericRightNorm;$F;15|) ; (COND #) ; BOOT::|rf|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GCNAALG;genericRightNorm;$F;15| ; (BOOT::|a| BOOT::$) ; (BLOCK BOOT::|GCNAALG;genericRightNorm;$F;15| ; (PROG (BOOT::|rf|) (RETURN (PROGN # # # BOOT::|rf|))))) ; ; caught STYLE-WARNING: ; The variable |a| is defined but never used. ; compiling (DEFUN |GCNAALG;conditionsForIdempotents;VL;16| ...) ; file: /tmp/oa-OocgeO/code.lsp ; in: DEFUN |GCNAALG;conditionsForIdempotents;VL;16| ; #'(LAMBDA (BOOT::|#1| BOOT::$) (CAR BOOT::|#1|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; (DEFUN BOOT::|GCNAALG;conditionsForIdempotents;VL;16| (BOOT::|b| BOOT::$) ; (LET ((BOOT::|x| (BOOT::|GCNAALG;generic;V$;21| BOOT::|b| BOOT::$))) ; (BOOT::SPADCALL (CONS #'(LAMBDA # #) NIL) ; (BOOT::SPADCALL (BOOT::SPADCALL # BOOT::|b| #) ; (BOOT::|shellEntry| BOOT::$ 46)) ; (BOOT::|shellEntry| BOOT::$ 50)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GCNAALG;conditionsForIdempotents;VL;16| ; (BOOT::|b| BOOT::$) ; (BLOCK BOOT::|GCNAALG;conditionsForIdempotents;VL;16| ; (LET ((BOOT::|x| #)) ; (BOOT::SPADCALL (CONS #'# NIL) (BOOT::SPADCALL # #) ; (BOOT::|shellEntry| BOOT::$ 50))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |GCNAALG;conditionsForIdempotents;L;17| ...) ; file: /tmp/oa-OocgeO/code.lsp ; in: DEFUN |GCNAALG;conditionsForIdempotents;L;17| ; #'(LAMBDA (BOOT::|#1| BOOT::$) (CAR BOOT::|#1|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; (DEFUN BOOT::|GCNAALG;conditionsForIdempotents;L;17| (BOOT::$) ; (LET ((BOOT::|x| (BOOT::|shellEntry| BOOT::$ 42))) ; (BOOT::SPADCALL (CONS #'(LAMBDA # #) NIL) ; (BOOT::SPADCALL (BOOT::SPADCALL # #) ; (BOOT::|shellEntry| BOOT::$ 46)) ; (BOOT::|shellEntry| BOOT::$ 50)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GCNAALG;conditionsForIdempotents;L;17| ; (BOOT::$) ; (BLOCK BOOT::|GCNAALG;conditionsForIdempotents;L;17| ; (LET ((BOOT::|x| #)) ; (BOOT::SPADCALL (CONS #'# NIL) (BOOT::SPADCALL # #) ; (BOOT::|shellEntry| BOOT::$ 50))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |GCNAALG;generic;$;18| ...) ; compiling (DEFUN |GCNAALG;generic;VV$;19| ...) ; compiling (DEFUN |GCNAALG;generic;SV$;20| ...) ; compiling (DEFUN |GCNAALG;generic;V$;21| ...) ; compiling (DEFUN |GCNAALG;generic;V$;22| ...) ; compiling (DEFUN |GCNAALG;generic;S$;23| ...) ; compiling (DEFUN |GenericNonAssociativeAlgebra| ...) ; compiling (DEFUN |GenericNonAssociativeAlgebra;| ...) ; compiling (MAKEPROP (QUOTE |GenericNonAssociativeAlgebra|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 5 STYLE-WARNING conditions ; printed 2 notes ; /tmp/oa-OocgeO/code.fasl written ; compilation finished in 0:00:00.123 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile GENUPS.spad && cp GENUPS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GENUPS.fasl \ && if test -f GENUPS-.NRLIB/code.fasl; then \ cp GENUPS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GENUPS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GENUPS.spad using Spad compiler. GENUPS abbreviates package GenerateUnivariatePowerSeries debug: compDefine1 lhs: (GenerateUnivariatePowerSeries R FE) signature (pre-evaluate): ((CATEGORY package (SIGNATURE taylor ((Any) (Mapping FE (Integer)) (Equation FE))) (SIGNATURE taylor ((Any) FE (Symbol) (Equation FE))) (SIGNATURE taylor ((Any) (Mapping FE (Integer)) (Equation FE) (UniversalSegment (NonNegativeInteger)))) (SIGNATURE taylor ((Any) FE (Symbol) (Equation FE) (UniversalSegment (NonNegativeInteger)))) (SIGNATURE laurent ((Any) (Mapping FE (Integer)) (Equation FE) (UniversalSegment (Integer)))) (SIGNATURE laurent ((Any) FE (Symbol) (Equation FE) (UniversalSegment (Integer)))) (SIGNATURE puiseux ((Any) (Mapping FE (Fraction (Integer))) (Equation FE) (UniversalSegment (Fraction (Integer))) (Fraction (Integer)))) (SIGNATURE puiseux ((Any) FE (Symbol) (Equation FE) (UniversalSegment (Fraction (Integer))) (Fraction (Integer)))) (SIGNATURE series ((Any) (Mapping FE (Integer)) (Equation FE))) (SIGNATURE series ((Any) FE (Symbol) (Equation FE))) (SIGNATURE series ((Any) (Mapping FE (Integer)) (Equation FE) (UniversalSegment (Integer)))) (SIGNATURE series ((Any) FE (Symbol) (Equation FE) (UniversalSegment (Integer)))) (SIGNATURE series ((Any) (Mapping FE (Fraction (Integer))) (Equation FE) (UniversalSegment (Fraction (Integer))) (Fraction (Integer)))) (SIGNATURE series ((Any) FE (Symbol) (Equation FE) (UniversalSegment (Fraction (Integer))) (Fraction (Integer))))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE taylor ((Any) (Mapping FE (Integer)) (Equation FE))) (SIGNATURE taylor ((Any) FE (Symbol) (Equation FE))) (SIGNATURE taylor ((Any) (Mapping FE (Integer)) (Equation FE) (UniversalSegment (NonNegativeInteger)))) (SIGNATURE taylor ((Any) FE (Symbol) (Equation FE) (UniversalSegment (NonNegativeInteger)))) (SIGNATURE laurent ((Any) (Mapping FE (Integer)) (Equation FE) (UniversalSegment (Integer)))) (SIGNATURE laurent ((Any) FE (Symbol) (Equation FE) (UniversalSegment (Integer)))) (SIGNATURE puiseux ((Any) (Mapping FE (Fraction (Integer))) (Equation FE) (UniversalSegment (Fraction (Integer))) (Fraction (Integer)))) (SIGNATURE puiseux ((Any) FE (Symbol) (Equation FE) (UniversalSegment (Fraction (Integer))) (Fraction (Integer)))) (SIGNATURE series ((Any) (Mapping FE (Integer)) (Equation FE))) (SIGNATURE series ((Any) FE (Symbol) (Equation FE))) (SIGNATURE series ((Any) (Mapping FE (Integer)) (Equation FE) (UniversalSegment (Integer)))) (SIGNATURE series ((Any) FE (Symbol) (Equation FE) (UniversalSegment (Integer)))) (SIGNATURE series ((Any) (Mapping FE (Fraction (Integer))) (Equation FE) (UniversalSegment (Fraction (Integer))) (Fraction (Integer)))) (SIGNATURE series ((Any) FE (Symbol) (Equation FE) (UniversalSegment (Fraction (Integer))) (Fraction (Integer))))) $param: (R FE) debug: evaluateType form: (Any) $param: (R FE) Debug: evaluateType1 form: (Any) debug: evaluateType form: (Mapping FE (Integer)) $param: (R FE) debug: evaluateType form: FE $param: (R FE) debug: evaluateType form: (Integer) $param: (R FE) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Equation FE) $param: (R FE) Debug: evaluateType1 form: (Equation FE) debug: evaluateType1 x: FE m: (Type) debug: evaluateType form: (Any) $param: (R FE) Debug: evaluateType1 form: (Any) debug: evaluateType form: FE $param: (R FE) debug: evaluateType form: (Symbol) $param: (R FE) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Equation FE) $param: (R FE) Debug: evaluateType1 form: (Equation FE) debug: evaluateType1 x: FE m: (Type) debug: evaluateType form: (Any) $param: (R FE) Debug: evaluateType1 form: (Any) debug: evaluateType form: (Mapping FE (Integer)) $param: (R FE) debug: evaluateType form: FE $param: (R FE) debug: evaluateType form: (Integer) $param: (R FE) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Equation FE) $param: (R FE) Debug: evaluateType1 form: (Equation FE) debug: evaluateType1 x: FE m: (Type) debug: evaluateType form: (UniversalSegment (NonNegativeInteger)) $param: (R FE) Debug: evaluateType1 form: (UniversalSegment (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R FE) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (R FE) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (Any) $param: (R FE) Debug: evaluateType1 form: (Any) debug: evaluateType form: FE $param: (R FE) debug: evaluateType form: (Symbol) $param: (R FE) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Equation FE) $param: (R FE) Debug: evaluateType1 form: (Equation FE) debug: evaluateType1 x: FE m: (Type) debug: evaluateType form: (UniversalSegment (NonNegativeInteger)) $param: (R FE) Debug: evaluateType1 form: (UniversalSegment (NonNegativeInteger)) debug: evaluateType1 x: (NonNegativeInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R FE) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (R FE) Debug: evaluateType1 form: (NonNegativeInteger) debug: evalCategory d: (NonNegativeInteger) c: (Type) debug: evaluateType form: (Any) $param: (R FE) Debug: evaluateType1 form: (Any) debug: evaluateType form: (Mapping FE (Integer)) $param: (R FE) debug: evaluateType form: FE $param: (R FE) debug: evaluateType form: (Integer) $param: (R FE) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Equation FE) $param: (R FE) Debug: evaluateType1 form: (Equation FE) debug: evaluateType1 x: FE m: (Type) debug: evaluateType form: (UniversalSegment (Integer)) $param: (R FE) Debug: evaluateType1 form: (UniversalSegment (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R FE) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (R FE) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (Any) $param: (R FE) Debug: evaluateType1 form: (Any) debug: evaluateType form: FE $param: (R FE) debug: evaluateType form: (Symbol) $param: (R FE) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Equation FE) $param: (R FE) Debug: evaluateType1 form: (Equation FE) debug: evaluateType1 x: FE m: (Type) debug: evaluateType form: (UniversalSegment (Integer)) $param: (R FE) Debug: evaluateType1 form: (UniversalSegment (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R FE) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (R FE) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (Any) $param: (R FE) Debug: evaluateType1 form: (Any) debug: evaluateType form: (Mapping FE (Fraction (Integer))) $param: (R FE) debug: evaluateType form: FE $param: (R FE) debug: evaluateType form: (Fraction (Integer)) $param: (R FE) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R FE) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (R FE) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Equation FE) $param: (R FE) Debug: evaluateType1 form: (Equation FE) debug: evaluateType1 x: FE m: (Type) debug: evaluateType form: (UniversalSegment (Fraction (Integer))) $param: (R FE) Debug: evaluateType1 form: (UniversalSegment (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R FE) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Integer)) $param: (R FE) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R FE) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (R FE) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Type) debug: evaluateType form: (Fraction (Integer)) $param: (R FE) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R FE) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (R FE) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Any) $param: (R FE) Debug: evaluateType1 form: (Any) debug: evaluateType form: FE $param: (R FE) debug: evaluateType form: (Symbol) $param: (R FE) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Equation FE) $param: (R FE) Debug: evaluateType1 form: (Equation FE) debug: evaluateType1 x: FE m: (Type) debug: evaluateType form: (UniversalSegment (Fraction (Integer))) $param: (R FE) Debug: evaluateType1 form: (UniversalSegment (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R FE) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Integer)) $param: (R FE) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R FE) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (R FE) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Type) debug: evaluateType form: (Fraction (Integer)) $param: (R FE) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R FE) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (R FE) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Any) $param: (R FE) Debug: evaluateType1 form: (Any) debug: evaluateType form: (Mapping FE (Integer)) $param: (R FE) debug: evaluateType form: FE $param: (R FE) debug: evaluateType form: (Integer) $param: (R FE) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Equation FE) $param: (R FE) Debug: evaluateType1 form: (Equation FE) debug: evaluateType1 x: FE m: (Type) debug: evaluateType form: (Any) $param: (R FE) Debug: evaluateType1 form: (Any) debug: evaluateType form: FE $param: (R FE) debug: evaluateType form: (Symbol) $param: (R FE) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Equation FE) $param: (R FE) Debug: evaluateType1 form: (Equation FE) debug: evaluateType1 x: FE m: (Type) debug: evaluateType form: (Any) $param: (R FE) Debug: evaluateType1 form: (Any) debug: evaluateType form: (Mapping FE (Integer)) $param: (R FE) debug: evaluateType form: FE $param: (R FE) debug: evaluateType form: (Integer) $param: (R FE) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Equation FE) $param: (R FE) Debug: evaluateType1 form: (Equation FE) debug: evaluateType1 x: FE m: (Type) debug: evaluateType form: (UniversalSegment (Integer)) $param: (R FE) Debug: evaluateType1 form: (UniversalSegment (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R FE) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (R FE) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (Any) $param: (R FE) Debug: evaluateType1 form: (Any) debug: evaluateType form: FE $param: (R FE) debug: evaluateType form: (Symbol) $param: (R FE) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Equation FE) $param: (R FE) Debug: evaluateType1 form: (Equation FE) debug: evaluateType1 x: FE m: (Type) debug: evaluateType form: (UniversalSegment (Integer)) $param: (R FE) Debug: evaluateType1 form: (UniversalSegment (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R FE) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: (R FE) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (Any) $param: (R FE) Debug: evaluateType1 form: (Any) debug: evaluateType form: (Mapping FE (Fraction (Integer))) $param: (R FE) debug: evaluateType form: FE $param: (R FE) debug: evaluateType form: (Fraction (Integer)) $param: (R FE) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R FE) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (R FE) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Equation FE) $param: (R FE) Debug: evaluateType1 form: (Equation FE) debug: evaluateType1 x: FE m: (Type) debug: evaluateType form: (UniversalSegment (Fraction (Integer))) $param: (R FE) Debug: evaluateType1 form: (UniversalSegment (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R FE) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Integer)) $param: (R FE) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R FE) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (R FE) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Type) debug: evaluateType form: (Fraction (Integer)) $param: (R FE) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R FE) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (R FE) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Any) $param: (R FE) Debug: evaluateType1 form: (Any) debug: evaluateType form: FE $param: (R FE) debug: evaluateType form: (Symbol) $param: (R FE) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Equation FE) $param: (R FE) Debug: evaluateType1 form: (Equation FE) debug: evaluateType1 x: FE m: (Type) debug: evaluateType form: (UniversalSegment (Fraction (Integer))) $param: (R FE) Debug: evaluateType1 form: (UniversalSegment (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R FE) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Integer)) $param: (R FE) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R FE) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (R FE) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Type) debug: evaluateType form: (Fraction (Integer)) $param: (R FE) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R FE) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (R FE) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE taylor ((Any) (Mapping FE (Integer)) (Equation FE))) (SIGNATURE taylor ((Any) FE (Symbol) (Equation FE))) (SIGNATURE taylor ((Any) (Mapping FE (Integer)) (Equation FE) (UniversalSegment (NonNegativeInteger)))) (SIGNATURE taylor ((Any) FE (Symbol) (Equation FE) (UniversalSegment (NonNegativeInteger)))) (SIGNATURE laurent ((Any) (Mapping FE (Integer)) (Equation FE) (UniversalSegment (Integer)))) (SIGNATURE laurent ((Any) FE (Symbol) (Equation FE) (UniversalSegment (Integer)))) (SIGNATURE puiseux ((Any) (Mapping FE (Fraction (Integer))) (Equation FE) (UniversalSegment (Fraction (Integer))) (Fraction (Integer)))) (SIGNATURE puiseux ((Any) FE (Symbol) (Equation FE) (UniversalSegment (Fraction (Integer))) (Fraction (Integer)))) (SIGNATURE series ((Any) (Mapping FE (Integer)) (Equation FE))) (SIGNATURE series ((Any) FE (Symbol) (Equation FE))) (SIGNATURE series ((Any) (Mapping FE (Integer)) (Equation FE) (UniversalSegment (Integer)))) (SIGNATURE series ((Any) FE (Symbol) (Equation FE) (UniversalSegment (Integer)))) (SIGNATURE series ((Any) (Mapping FE (Fraction (Integer))) (Equation FE) (UniversalSegment (Fraction (Integer))) (Fraction (Integer)))) (SIGNATURE series ((Any) FE (Symbol) (Equation FE) (UniversalSegment (Fraction (Integer))) (Fraction (Integer))))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for GenerateUnivariatePowerSeries compiling into /tmp/oa-2cA4Zw compiling local genStream : (Integer -> FE,Integer) -> Stream FE Time: 0.08 SEC. compiling local genFiniteStream : (Integer -> FE,Integer,Integer) -> Stream FE Time: 0.02 SEC. compiling exported taylor : (Integer -> FE,Equation FE) -> Any Time: 0.06 SEC. compiling exported taylor : (FE,Symbol,Equation FE) -> Any Time: 0.02 SEC. compiling exported taylor : (Integer -> FE,Equation FE,UniversalSegment NonNegativeInteger) -> Any Time: 0.09 SEC. compiling exported taylor : (FE,Symbol,Equation FE,UniversalSegment NonNegativeInteger) -> Any Time: 0.03 SEC. compiling exported laurent : (Integer -> FE,Equation FE,UniversalSegment Integer) -> Any Time: 0.10 SEC. compiling exported laurent : (FE,Symbol,Equation FE,UniversalSegment Integer) -> Any Time: 0.04 SEC. compiling local modifyFcn : (Fraction Integer -> FE,Integer,Integer,Integer,Integer) -> FE Time: 0.05 SEC. compiling exported puiseux : (Fraction Integer -> FE,Equation FE,UniversalSegment Fraction Integer,Fraction Integer) -> Any Time: 0.20 SEC. compiling exported puiseux : (FE,Symbol,Equation FE,UniversalSegment Fraction Integer,Fraction Integer) -> Any Time: 0.04 SEC. compiling exported series : (Integer -> FE,Equation FE) -> Any Time: 0.01 SEC. compiling exported series : (FE,Symbol,Equation FE) -> Any Time: 0.01 SEC. compiling exported series : (Integer -> FE,Equation FE,UniversalSegment Integer) -> Any Time: 0.02 SEC. compiling exported series : (FE,Symbol,Equation FE,UniversalSegment Integer) -> Any Time: 0.03 SEC. compiling exported series : (Fraction Integer -> FE,Equation FE,UniversalSegment Fraction Integer,Fraction Integer) -> Any Time: 0.02 SEC. compiling exported series : (FE,Symbol,Equation FE,UniversalSegment Fraction Integer,Fraction Integer) -> Any Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor GenerateUnivariatePowerSeries Time: 0.85 seconds finalizing NRLIB GENUPS Processing GenerateUnivariatePowerSeries for Browser database: -- taylor : ((I -> FE),EQ FE) -> Any -- taylor : (FE,SY,EQ FE) -> Any -- taylor : ((I -> FE),EQ FE,SEG NNI) -> Any -- taylor : (FE,SY,EQ FE,SEG NNI) -> Any -- laurent : ((I -> FE),EQ FE,SEG I) -> Any -- laurent : (FE,SY,EQ FE,SEG I) -> Any -- puiseux : ((RN -> FE),EQ FE,SEG RN,RN) -> Any -- puiseux : (FE,SY,EQ FE,SEG RN,RN) -> Any -- series : ((I -> FE),EQ FE) -> Any -- series : (FE,SY,EQ FE) -> Any -- series : ((I -> FE),EQ FE,SEG I) -> Any -- series : (FE,SY,EQ FE,SEG I) -> Any -- series : ((RN -> FE),EQ FE,SEG RN,RN) -> Any -- series : (FE,SY,EQ FE,SEG RN,RN) -> Any -- constructor ; compiling file "/tmp/oa-2cA4Zw/code.lsp" (written 01 FEB 2016 11:14:19 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |GENUPS;genStream| ...) ; compiling (DEFUN |GENUPS;genStream!0| ...) ; compiling (DEFUN |GENUPS;genFiniteStream| ...) ; compiling (DEFUN |GENUPS;genFiniteStream!0| ...) ; compiling (DEFUN |GENUPS;taylor;MEA;3| ...) ; compiling (DEFUN |GENUPS;taylor;FESEA;4| ...) ; compiling (DEFUN |GENUPS;taylor;FESEA;4!0| ...) ; compiling (DEFUN |GENUPS;taylor;MEUsA;5| ...) ; compiling (DEFUN |GENUPS;taylor;FESEUsA;6| ...) ; compiling (DEFUN |GENUPS;taylor;FESEUsA;6!0| ...) ; compiling (DEFUN |GENUPS;laurent;MEUsA;7| ...) ; compiling (DEFUN |GENUPS;laurent;FESEUsA;8| ...) ; compiling (DEFUN |GENUPS;laurent;FESEUsA;8!0| ...) ; compiling (DEFUN |GENUPS;modifyFcn| ...) ; compiling (DEFUN |GENUPS;puiseux;MEUsFA;10| ...) ; compiling (DEFUN |GENUPS;puiseux;MEUsFA;10!1| ...) ; compiling (DEFUN |GENUPS;puiseux;MEUsFA;10!0| ...) ; compiling (DEFUN |GENUPS;puiseux;FESEUsFA;11| ...) ; compiling (DEFUN |GENUPS;puiseux;FESEUsFA;11!0| ...) ; compiling (DEFUN |GENUPS;series;MEA;12| ...) ; compiling (DEFUN |GENUPS;series;MEA;12!0| ...) ; compiling (DEFUN |GENUPS;series;FESEA;13| ...) ; compiling (DEFUN |GENUPS;series;MEUsA;14| ...) ; compiling (DEFUN |GENUPS;series;MEUsA;14!1| ...) ; compiling (DEFUN |GENUPS;series;MEUsA;14!0| ...) ; compiling (DEFUN |GENUPS;series;FESEUsA;15| ...) ; compiling (DEFUN |GENUPS;series;FESEUsA;15!0| ...) ; compiling (DEFUN |GENUPS;series;MEUsFA;16| ...) ; compiling (DEFUN |GENUPS;series;FESEUsFA;17| ...) ; compiling (DEFUN |GenerateUnivariatePowerSeries| ...) ; compiling (DEFUN |GenerateUnivariatePowerSeries;| ...) ; compiling (MAKEPROP (QUOTE |GenerateUnivariatePowerSeries|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-2cA4Zw/code.fasl written ; compilation finished in 0:00:00.120 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile GTSET.spad && cp GTSET.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GTSET.fasl \ && if test -f GTSET-.NRLIB/code.fasl; then \ cp GTSET-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GTSET-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GTSET.spad using Spad compiler. GTSET abbreviates domain GeneralTriangularSet debug: compDefine1 lhs: (GeneralTriangularSet R E V P) signature (pre-evaluate): ((TriangularSetCategory R E V P) NIL NIL NIL NIL) debug: evaluateType form: (TriangularSetCategory R E V P) $param: (R E V P) Debug: evaluateType1 form: (TriangularSetCategory R E V P) debug: evaluateType1 x: R m: (IntegralDomain) debug: evaluateType1 x: E m: (OrderedAbelianMonoidSup) debug: evaluateType1 x: V m: (OrderedSet) debug: evaluateType1 x: P m: (RecursivePolynomialCategory R E V) debug: compDefine1 signature (post evaluate): ((TriangularSetCategory R E V P) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for GeneralTriangularSet compiling into /tmp/oa-csuLyF compiling exported copy : % -> % GTSET;copy;2$;1 is replaced by %lcopy Time: 0.06 SEC. compiling exported empty : () -> % GTSET;empty;$;2 is replaced by %nil Time: 0.01 SEC. compiling exported empty? : % -> Boolean GTSET;empty?;$B;3 is replaced by %lempty? Time: 0.00 SEC. compiling exported members : % -> List P GTSET;members;$L;4 ts is replaced by ts Time: 0.01 SEC. compiling exported map : (P -> P,%) -> % Time: 0.01 SEC. compiling exported map! : (P -> P,%) -> % Time: 0.01 SEC. compiling exported member? : (P,%) -> Boolean Time: 0.01 SEC. compiling exported roughUnitIdeal? : % -> Boolean GTSET;roughUnitIdeal?;$B;8 ts is replaced by %false Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Time: 0.02 SEC. compiling exported mvar : % -> V Time: 0.01 SEC. compiling exported first : % -> Union(P,failed) GTSET;first;$U;11 ts is replaced by %when( %pair(1,"failed"),%otherwise %pair(0,SPADfirst ts)) Time: 0 SEC. compiling exported last : % -> Union(P,failed) Time: 0.01 SEC. compiling exported rest : % -> Union(%,failed) GTSET;rest;$U;13 ts is replaced by %when( %pair(1,"failed"),%otherwise %pair(0,%tail ts)) Time: 0.01 SEC. compiling exported coerce : % -> List P GTSET;coerce;$L;14 ts is replaced by ts Time: 0.01 SEC. compiling exported collectUpper : (%,V) -> % Time: 0.02 SEC. compiling exported collectUnder : (%,V) -> % Time: 0.01 SEC. compiling exported extendIfCan : (%,P) -> Union(%,failed) Time: 0.02 SEC. (time taken in buildFunctor: 4) Time: 0.02 SEC. Cumulative Statistics for Constructor GeneralTriangularSet Time: 0.23 seconds finalizing NRLIB GTSET Processing GeneralTriangularSet for Browser database: -- constructor ; compiling file "/tmp/oa-csuLyF/code.lsp" (written 01 FEB 2016 11:14:19 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |GTSET;copy;2$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |GTSET;empty;$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |GTSET;empty?;$B;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |GTSET;members;$L;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |GTSET;roughUnitIdeal?;$B;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |GTSET;first;$U;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |GTSET;rest;$U;13|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |GTSET;coerce;$L;14|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |GTSET;copy;2$;1| ...) ; compiling (DEFUN |GTSET;empty;$;2| ...) ; compiling (DEFUN |GTSET;empty?;$B;3| ...) ; compiling (DEFUN |GTSET;members;$L;4| ...) ; compiling (DEFUN |GTSET;map;M2$;5| ...) ; file: /tmp/oa-csuLyF/code.lsp ; in: DEFUN |GTSET;map;M2$;5| ; (DEFUN BOOT::|GTSET;map;M2$;5| (BOOT::|f| BOOT::|ts| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|f| BOOT::|ts| (BOOT::|shellEntry| BOOT::$ 20)) ; (BOOT::|shellEntry| BOOT::$ 21))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GTSET;map;M2$;5| ; (BOOT::|f| BOOT::|ts| BOOT::$) ; (BLOCK BOOT::|GTSET;map;M2$;5| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|f| BOOT::|ts| (BOOT::|shellEntry| BOOT::$ 20)) ; (BOOT::|shellEntry| BOOT::$ 21)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |GTSET;map!;M2$;6| ...) ; file: /tmp/oa-csuLyF/code.lsp ; in: DEFUN |GTSET;map!;M2$;6| ; (DEFUN BOOT::|GTSET;map!;M2$;6| (BOOT::|f| BOOT::|ts| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|f| BOOT::|ts| (BOOT::|shellEntry| BOOT::$ 23)) ; (BOOT::|shellEntry| BOOT::$ 21))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GTSET;map!;M2$;6| ; (BOOT::|f| BOOT::|ts| BOOT::$) ; (BLOCK BOOT::|GTSET;map!;M2$;6| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|f| BOOT::|ts| (BOOT::|shellEntry| BOOT::$ 23)) ; (BOOT::|shellEntry| BOOT::$ 21)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |GTSET;member?;P$B;7| ...) ; file: /tmp/oa-csuLyF/code.lsp ; in: DEFUN |GTSET;member?;P$B;7| ; (DEFUN BOOT::|GTSET;member?;P$B;7| (BOOT::|p| BOOT::|ts| BOOT::$) ; (BOOT::SPADCALL BOOT::|p| BOOT::|ts| (BOOT::|shellEntry| BOOT::$ 25))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GTSET;member?;P$B;7| ; (BOOT::|p| BOOT::|ts| BOOT::$) ; (BLOCK BOOT::|GTSET;member?;P$B;7| ; (BOOT::SPADCALL BOOT::|p| BOOT::|ts| (BOOT::|shellEntry| BOOT::$ 25)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |GTSET;roughUnitIdeal?;$B;8| ...) ; file: /tmp/oa-csuLyF/code.lsp ; in: DEFUN |GTSET;roughUnitIdeal?;$B;8| ; (DEFUN BOOT::|GTSET;roughUnitIdeal?;$B;8| (BOOT::|ts| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; NIL) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GTSET;roughUnitIdeal?;$B;8| ; (BOOT::|ts| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|GTSET;roughUnitIdeal?;$B;8| NIL)) ; ; caught STYLE-WARNING: ; The variable |ts| is defined but never used. ; compiling (DEFUN |GTSET;coerce;$Of;9| ...) ; compiling (DEFUN |GTSET;mvar;$V;10| ...) ; compiling (DEFUN |GTSET;first;$U;11| ...) ; compiling (DEFUN |GTSET;last;$U;12| ...) ; compiling (DEFUN |GTSET;rest;$U;13| ...) ; compiling (DEFUN |GTSET;coerce;$L;14| ...) ; compiling (DEFUN |GTSET;collectUpper;$V$;15| ...) ; file: /tmp/oa-csuLyF/code.lsp ; in: DEFUN |GTSET;collectUpper;$V$;15| ; (DEFUN BOOT::|GTSET;collectUpper;$V$;15| (BOOT::|ts| BOOT::|v| BOOT::$) ; (COND ((NULL BOOT::|ts|) BOOT::|ts|) ; (T ; (LET (# #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GTSET;collectUpper;$V$;15| ; (BOOT::|ts| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|GTSET;collectUpper;$V$;15| ; (COND ((NULL BOOT::|ts|) BOOT::|ts|) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |GTSET;collectUnder;$V$;16| ...) ; compiling (DEFUN |GTSET;extendIfCan;$PU;17| ...) ; compiling (DEFUN |GeneralTriangularSet| ...) ; compiling (DEFUN |GeneralTriangularSet;| ...) ; compiling (MAKEPROP (QUOTE |GeneralTriangularSet|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 4 notes ; /tmp/oa-csuLyF/code.fasl written ; compilation finished in 0:00:00.060 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile GPOLSET.spad && cp GPOLSET.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GPOLSET.fasl \ && if test -f GPOLSET-.NRLIB/code.fasl; then \ cp GPOLSET-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GPOLSET-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GPOLSET.spad using Spad compiler. GPOLSET abbreviates domain GeneralPolynomialSet debug: compDefine1 lhs: (GeneralPolynomialSet R E VarSet P) signature (pre-evaluate): ((Join (PolynomialSetCategory R E VarSet P) (ShallowlyMutableAggregate P) (CATEGORY domain (SIGNATURE convert ($ (List P))))) NIL NIL NIL NIL) debug: evaluateType form: (Join (PolynomialSetCategory R E VarSet P) (ShallowlyMutableAggregate P) (CATEGORY domain (SIGNATURE convert ($ (List P))))) $param: (R E VarSet P) debug: evaluateType form: (PolynomialSetCategory R E VarSet P) $param: (R E VarSet P) Debug: evaluateType1 form: (PolynomialSetCategory R E VarSet P) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: E m: (OrderedAbelianMonoidSup) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evaluateType1 x: P m: (RecursivePolynomialCategory R E VarSet) debug: evaluateType form: (ShallowlyMutableAggregate P) $param: (R E VarSet P) Debug: evaluateType1 form: (ShallowlyMutableAggregate P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE convert ($ (List P)))) $param: (R E VarSet P) debug: evaluateType form: (List P) $param: (R E VarSet P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: compDefine1 signature (post evaluate): ((Join (PolynomialSetCategory R E VarSet P) (ShallowlyMutableAggregate P) (CATEGORY domain (SIGNATURE convert ($ (List P))))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for GeneralPolynomialSet compiling into /tmp/oa-WQfOt8 compiling exported construct : List P -> % Time: 0.07 SEC. compiling exported copy : % -> % Time: 0.01 SEC. compiling exported empty : () -> % GPOLSET;empty;$;3 is replaced by %nil Time: 0.01 SEC. compiling exported members : % -> List P GPOLSET;members;$L;4 ps is replaced by ps Time: 0.01 SEC. compiling exported map : (P -> P,%) -> % Time: 0.01 SEC. compiling exported map! : (P -> P,%) -> % Time: 0.00 SEC. compiling exported member? : (P,%) -> Boolean Time: 0.01 SEC. compiling exported = : (%,%) -> Boolean Time: 0.02 SEC. compiling exported coerce : % -> OutputForm Time: 0.03 SEC. compiling exported mvar : % -> VarSet Time: 0.02 SEC. compiling exported retractIfCan : List P -> Union(%,failed) Time: 0.01 SEC. compiling exported coerce : % -> List P GPOLSET;coerce;$L;12 ps is replaced by ps Time: 0.01 SEC. compiling exported convert : List P -> % Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.03 SEC. Cumulative Statistics for Constructor GeneralPolynomialSet Time: 0.24 seconds finalizing NRLIB GPOLSET Processing GeneralPolynomialSet for Browser database: -- convert : LP -> % -- constructor ; compiling file "/tmp/oa-WQfOt8/code.lsp" (written 01 FEB 2016 11:14:20 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |GPOLSET;empty;$;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |GPOLSET;members;$L;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |GPOLSET;coerce;$L;12|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |GPOLSET;construct;L$;1| ...) ; file: /tmp/oa-WQfOt8/code.lsp ; in: DEFUN |GPOLSET;construct;L$;1| ; (DEFUN BOOT::|GPOLSET;construct;L$;1| (BOOT::|lp| BOOT::$) ; (BOOT::SPADCALL BOOT::|lp| (BOOT::|shellEntry| BOOT::$ 12))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GPOLSET;construct;L$;1| ; (BOOT::|lp| BOOT::$) ; (BLOCK BOOT::|GPOLSET;construct;L$;1| ; (BOOT::SPADCALL BOOT::|lp| (BOOT::|shellEntry| BOOT::$ 12)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |GPOLSET;copy;2$;2| ...) ; compiling (DEFUN |GPOLSET;empty;$;3| ...) ; compiling (DEFUN |GPOLSET;members;$L;4| ...) ; compiling (DEFUN |GPOLSET;map;M2$;5| ...) ; compiling (DEFUN |GPOLSET;map!;M2$;6| ...) ; compiling (DEFUN |GPOLSET;member?;P$B;7| ...) ; file: /tmp/oa-WQfOt8/code.lsp ; in: DEFUN |GPOLSET;member?;P$B;7| ; (DEFUN BOOT::|GPOLSET;member?;P$B;7| (BOOT::|p| BOOT::|ps| BOOT::$) ; (BOOT::SPADCALL BOOT::|p| BOOT::|ps| (BOOT::|shellEntry| BOOT::$ 24))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GPOLSET;member?;P$B;7| ; (BOOT::|p| BOOT::|ps| BOOT::$) ; (BLOCK BOOT::|GPOLSET;member?;P$B;7| ; (BOOT::SPADCALL BOOT::|p| BOOT::|ps| (BOOT::|shellEntry| BOOT::$ 24)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |GPOLSET;=;2$B;8| ...) ; file: /tmp/oa-WQfOt8/code.lsp ; in: DEFUN |GPOLSET;=;2$B;8| ; (DEFUN BOOT::|GPOLSET;=;2$B;8| (BOOT::|ps1| BOOT::|ps2| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL ; (LET (# #) ; (LOOP # ; #)) ; (BOOT::|shellEntry| BOOT::$ 27)) ; (BOOT::SPADCALL ; (LET (# #) ; (LOOP # ; #)) ; (BOOT::|shellEntry| BOOT::$ 27)) ; (BOOT::|shellEntry| BOOT::$ 28))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GPOLSET;=;2$B;8| ; (BOOT::|ps1| BOOT::|ps2| BOOT::$) ; (BLOCK BOOT::|GPOLSET;=;2$B;8| ; (BOOT::SPADCALL ; (BOOT::SPADCALL ; (LET # ; #) ; (BOOT::|shellEntry| BOOT::$ 27)) ; (BOOT::SPADCALL ; (LET # ; #) ; (BOOT::|shellEntry| BOOT::$ 27)) ; (BOOT::|shellEntry| BOOT::$ 28)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |GPOLSET;coerce;$Of;9| ...) ; compiling (DEFUN |GPOLSET;mvar;$VarSet;10| ...) ; compiling (DEFUN |GPOLSET;retractIfCan;LU;11| ...) ; compiling (DEFUN |GPOLSET;coerce;$L;12| ...) ; compiling (DEFUN |GPOLSET;convert;L$;13| ...) ; compiling (DEFUN |GeneralPolynomialSet| ...) ; compiling (DEFUN |GeneralPolynomialSet;| ...) ; compiling (MAKEPROP (QUOTE |GeneralPolynomialSet|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 3 notes ; /tmp/oa-WQfOt8/code.fasl written ; compilation finished in 0:00:00.047 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile INFPROD0.spad && cp INFPROD0.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INFPROD0.fasl \ && if test -f INFPROD0-.NRLIB/code.fasl; then \ cp INFPROD0-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INFPROD0-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INFPROD0.spad using Spad compiler. INFPROD0 abbreviates package InfiniteProductCharacteristicZero debug: compDefine1 lhs: (InfiniteProductCharacteristicZero Coef UTS) signature (pre-evaluate): ((CATEGORY package (SIGNATURE infiniteProduct (UTS UTS)) (SIGNATURE evenInfiniteProduct (UTS UTS)) (SIGNATURE oddInfiniteProduct (UTS UTS)) (SIGNATURE generalInfiniteProduct (UTS UTS (Integer) (Integer)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE infiniteProduct (UTS UTS)) (SIGNATURE evenInfiniteProduct (UTS UTS)) (SIGNATURE oddInfiniteProduct (UTS UTS)) (SIGNATURE generalInfiniteProduct (UTS UTS (Integer) (Integer)))) $param: (Coef UTS) debug: evaluateType form: UTS $param: (Coef UTS) debug: evaluateType form: UTS $param: (Coef UTS) debug: evaluateType form: UTS $param: (Coef UTS) debug: evaluateType form: UTS $param: (Coef UTS) debug: evaluateType form: UTS $param: (Coef UTS) debug: evaluateType form: UTS $param: (Coef UTS) debug: evaluateType form: UTS $param: (Coef UTS) debug: evaluateType form: UTS $param: (Coef UTS) debug: evaluateType form: (Integer) $param: (Coef UTS) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (Coef UTS) Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE infiniteProduct (UTS UTS)) (SIGNATURE evenInfiniteProduct (UTS UTS)) (SIGNATURE oddInfiniteProduct (UTS UTS)) (SIGNATURE generalInfiniteProduct (UTS UTS (Integer) (Integer)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for InfiniteProductCharacteristicZero compiling into /tmp/oa-HCIf3x importing StreamInfiniteProduct Coef compiling exported infiniteProduct : UTS -> UTS Time: 0.05 SEC. compiling exported evenInfiniteProduct : UTS -> UTS Time: 0.00 SEC. compiling exported oddInfiniteProduct : UTS -> UTS Time: 0.01 SEC. compiling exported generalInfiniteProduct : (UTS,Integer,Integer) -> UTS Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor InfiniteProductCharacteristicZero Time: 0.07 seconds finalizing NRLIB INFPROD0 Processing InfiniteProductCharacteristicZero for Browser database: -- infiniteProduct : UTS -> UTS -- evenInfiniteProduct : UTS -> UTS -- oddInfiniteProduct : UTS -> UTS -- generalInfiniteProduct : (UTS,I,I) -> UTS -- constructor ; compiling file "/tmp/oa-HCIf3x/code.lsp" (written 01 FEB 2016 11:14:20 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |INFPROD0;infiniteProduct;2UTS;1| ...) ; compiling (DEFUN |INFPROD0;evenInfiniteProduct;2UTS;2| ...) ; compiling (DEFUN |INFPROD0;oddInfiniteProduct;2UTS;3| ...) ; compiling (DEFUN |INFPROD0;generalInfiniteProduct;UTS2IUTS;4| ...) ; compiling (DEFUN |InfiniteProductCharacteristicZero| ...) ; compiling (DEFUN |InfiniteProductCharacteristicZero;| ...) ; compiling (MAKEPROP (QUOTE |InfiniteProductCharacteristicZero|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-HCIf3x/code.fasl written ; compilation finished in 0:00:00.024 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile INPRODFF.spad && cp INPRODFF.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INPRODFF.fasl \ && if test -f INPRODFF-.NRLIB/code.fasl; then \ cp INPRODFF-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INPRODFF-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INPRODFF.spad using Spad compiler. INPRODFF abbreviates package InfiniteProductFiniteField debug: compDefine1 lhs: (InfiniteProductFiniteField K UP Coef UTS) signature (pre-evaluate): ((CATEGORY package (SIGNATURE infiniteProduct (UTS UTS)) (SIGNATURE evenInfiniteProduct (UTS UTS)) (SIGNATURE oddInfiniteProduct (UTS UTS)) (SIGNATURE generalInfiniteProduct (UTS UTS (Integer) (Integer)))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE infiniteProduct (UTS UTS)) (SIGNATURE evenInfiniteProduct (UTS UTS)) (SIGNATURE oddInfiniteProduct (UTS UTS)) (SIGNATURE generalInfiniteProduct (UTS UTS (Integer) (Integer)))) $param: (K UP Coef UTS) debug: evaluateType form: UTS $param: (K UP Coef UTS) debug: evaluateType form: UTS $param: (K UP Coef UTS) debug: evaluateType form: UTS $param: (K UP Coef UTS) debug: evaluateType form: UTS $param: (K UP Coef UTS) debug: evaluateType form: UTS $param: (K UP Coef UTS) debug: evaluateType form: UTS $param: (K UP Coef UTS) debug: evaluateType form: UTS $param: (K UP Coef UTS) debug: evaluateType form: UTS $param: (K UP Coef UTS) debug: evaluateType form: (Integer) $param: (K UP Coef UTS) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (K UP Coef UTS) Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE infiniteProduct (UTS UTS)) (SIGNATURE evenInfiniteProduct (UTS UTS)) (SIGNATURE oddInfiniteProduct (UTS UTS)) (SIGNATURE generalInfiniteProduct (UTS UTS (Integer) (Integer)))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for InfiniteProductFiniteField compiling into /tmp/oa-IY215P compiling local liftPoly : UP -> SparseUnivariatePolynomial Fraction Integer Time: 0.18 SEC. compiling local reducePoly : SparseUnivariatePolynomial Fraction Integer -> UP Time: 0.06 SEC. compiling exported infiniteProduct : UTS -> UTS Time: 0.15 SEC. compiling exported evenInfiniteProduct : UTS -> UTS Time: 0.10 SEC. compiling exported oddInfiniteProduct : UTS -> UTS Time: 0.10 SEC. compiling exported generalInfiniteProduct : (UTS,Integer,Integer) -> UTS Time: 0.12 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] reducePoly: numer has no value Cumulative Statistics for Constructor InfiniteProductFiniteField Time: 0.72 seconds finalizing NRLIB INPRODFF Processing InfiniteProductFiniteField for Browser database: -- infiniteProduct : UTS -> UTS -- evenInfiniteProduct : UTS -> UTS -- oddInfiniteProduct : UTS -> UTS -- generalInfiniteProduct : (UTS,I,I) -> UTS -- constructor ; compiling file "/tmp/oa-IY215P/code.lsp" (written 01 FEB 2016 11:14:21 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |INPRODFF;liftPoly| ...) ; compiling (DEFUN |INPRODFF;reducePoly| ...) ; compiling (DEFUN |INPRODFF;infiniteProduct;2UTS;3| ...) ; compiling (DEFUN |INPRODFF;evenInfiniteProduct;2UTS;4| ...) ; compiling (DEFUN |INPRODFF;oddInfiniteProduct;2UTS;5| ...) ; compiling (DEFUN |INPRODFF;generalInfiniteProduct;UTS2IUTS;6| ...) ; compiling (DEFUN |InfiniteProductFiniteField| ...) ; compiling (DEFUN |InfiniteProductFiniteField;| ...) ; compiling (MAKEPROP (QUOTE |InfiniteProductFiniteField|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-IY215P/code.fasl written ; compilation finished in 0:00:00.052 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile INPRODPF.spad && cp INPRODPF.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INPRODPF.fasl \ && if test -f INPRODPF-.NRLIB/code.fasl; then \ cp INPRODPF-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INPRODPF-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INPRODPF.spad using Spad compiler. INPRODPF abbreviates package InfiniteProductPrimeField debug: compDefine1 lhs: (InfiniteProductPrimeField Coef UTS) signature (pre-evaluate): ((CATEGORY package (SIGNATURE infiniteProduct (UTS UTS)) (SIGNATURE evenInfiniteProduct (UTS UTS)) (SIGNATURE oddInfiniteProduct (UTS UTS)) (SIGNATURE generalInfiniteProduct (UTS UTS (Integer) (Integer)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE infiniteProduct (UTS UTS)) (SIGNATURE evenInfiniteProduct (UTS UTS)) (SIGNATURE oddInfiniteProduct (UTS UTS)) (SIGNATURE generalInfiniteProduct (UTS UTS (Integer) (Integer)))) $param: (Coef UTS) debug: evaluateType form: UTS $param: (Coef UTS) debug: evaluateType form: UTS $param: (Coef UTS) debug: evaluateType form: UTS $param: (Coef UTS) debug: evaluateType form: UTS $param: (Coef UTS) debug: evaluateType form: UTS $param: (Coef UTS) debug: evaluateType form: UTS $param: (Coef UTS) debug: evaluateType form: UTS $param: (Coef UTS) debug: evaluateType form: UTS $param: (Coef UTS) debug: evaluateType form: (Integer) $param: (Coef UTS) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: (Coef UTS) Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE infiniteProduct (UTS UTS)) (SIGNATURE evenInfiniteProduct (UTS UTS)) (SIGNATURE oddInfiniteProduct (UTS UTS)) (SIGNATURE generalInfiniteProduct (UTS UTS (Integer) (Integer)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for InfiniteProductPrimeField compiling into /tmp/oa-Ny0AfN importing StreamInfiniteProduct Integer compiling local applyOverZ : (Stream Integer -> Stream Integer,Stream Coef) -> Stream Coef Time: 0.05 SEC. compiling exported infiniteProduct : UTS -> UTS Time: 0.03 SEC. compiling exported evenInfiniteProduct : UTS -> UTS Time: 0.02 SEC. compiling exported oddInfiniteProduct : UTS -> UTS Time: 0.01 SEC. compiling exported generalInfiniteProduct : (UTS,Integer,Integer) -> UTS Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor InfiniteProductPrimeField Time: 0.14 seconds finalizing NRLIB INPRODPF Processing InfiniteProductPrimeField for Browser database: -- infiniteProduct : UTS -> UTS -- evenInfiniteProduct : UTS -> UTS -- oddInfiniteProduct : UTS -> UTS -- generalInfiniteProduct : (UTS,I,I) -> UTS -- constructor ; compiling file "/tmp/oa-Ny0AfN/code.lsp" (written 01 FEB 2016 11:14:21 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |INPRODPF;applyOverZ| ...) ; compiling (DEFUN |INPRODPF;applyOverZ!1| ...) ; compiling (DEFUN |INPRODPF;applyOverZ!0| ...) ; compiling (DEFUN |INPRODPF;infiniteProduct;2UTS;2| ...) ; compiling (DEFUN |INPRODPF;evenInfiniteProduct;2UTS;3| ...) ; compiling (DEFUN |INPRODPF;oddInfiniteProduct;2UTS;4| ...) ; compiling (DEFUN |INPRODPF;generalInfiniteProduct;UTS2IUTS;5| ...) ; compiling (DEFUN |INPRODPF;generalInfiniteProduct;UTS2IUTS;5!0| ...) ; compiling (DEFUN |InfiniteProductPrimeField| ...) ; compiling (DEFUN |InfiniteProductPrimeField;| ...) ; compiling (MAKEPROP (QUOTE |InfiniteProductPrimeField|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-Ny0AfN/code.fasl written ; compilation finished in 0:00:00.026 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile JORDAN.spad && cp JORDAN.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/JORDAN.fasl \ && if test -f JORDAN-.NRLIB/code.fasl; then \ cp JORDAN-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/JORDAN-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/JORDAN.spad using Spad compiler. JORDAN abbreviates domain AssociatedJordanAlgebra debug: compDefine1 lhs: (AssociatedJordanAlgebra R A) signature (pre-evaluate): ((Join (NonAssociativeAlgebra R) (CoercibleTo A) (CATEGORY domain (SIGNATURE coerce ($ A)) (IF (has A (FramedNonAssociativeAlgebra R)) (ATTRIBUTE (FramedNonAssociativeAlgebra R)) %noBranch) (IF (has A (FiniteRankNonAssociativeAlgebra R)) (ATTRIBUTE (FiniteRankNonAssociativeAlgebra R)) %noBranch))) (CommutativeRing) (NonAssociativeAlgebra R)) debug: evaluateType form: (Join (NonAssociativeAlgebra R) (CoercibleTo A) (CATEGORY domain (SIGNATURE coerce ($ A)) (IF (has A (FramedNonAssociativeAlgebra R)) (ATTRIBUTE (FramedNonAssociativeAlgebra R)) %noBranch) (IF (has A (FiniteRankNonAssociativeAlgebra R)) (ATTRIBUTE (FiniteRankNonAssociativeAlgebra R)) %noBranch))) $param: (R A) debug: evaluateType form: (NonAssociativeAlgebra R) $param: (R A) Debug: evaluateType1 form: (NonAssociativeAlgebra R) debug: evaluateType1 x: R m: (CommutativeRing) debug: evaluateType form: (CoercibleTo A) $param: (R A) Debug: evaluateType1 form: (CoercibleTo A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE coerce ($ A)) (IF (has A (FramedNonAssociativeAlgebra R)) (ATTRIBUTE (FramedNonAssociativeAlgebra R)) %noBranch) (IF (has A (FiniteRankNonAssociativeAlgebra R)) (ATTRIBUTE (FiniteRankNonAssociativeAlgebra R)) %noBranch)) $param: (R A) debug: evaluateType form: A $param: (R A) debug: evaluateType form: (CommutativeRing) $param: (R A) Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (NonAssociativeAlgebra R) $param: (R A) Debug: evaluateType1 form: (NonAssociativeAlgebra R) debug: evaluateType1 x: R m: (CommutativeRing) debug: compDefine1 signature (post evaluate): ((Join (NonAssociativeAlgebra R) (CoercibleTo A) (CATEGORY domain (SIGNATURE coerce ($ A)) (IF (has A (FramedNonAssociativeAlgebra R)) (ATTRIBUTE (FramedNonAssociativeAlgebra R)) %noBranch) (IF (has A (FiniteRankNonAssociativeAlgebra R)) (ATTRIBUTE (FiniteRankNonAssociativeAlgebra R)) %noBranch))) (CommutativeRing) (NonAssociativeAlgebra R)) debug: compDefine1 lhs: (AssociatedJordanAlgebra R A) signature (pre-evaluate): ((Join (NonAssociativeAlgebra R) (CoercibleTo A) (CATEGORY domain (SIGNATURE coerce ($ A)) (IF (has A (FramedNonAssociativeAlgebra R)) (ATTRIBUTE (FramedNonAssociativeAlgebra R)) %noBranch) (IF (has A (FiniteRankNonAssociativeAlgebra R)) (ATTRIBUTE (FiniteRankNonAssociativeAlgebra R)) %noBranch))) NIL NIL) debug: evaluateType form: (Join (NonAssociativeAlgebra R) (CoercibleTo A) (CATEGORY domain (SIGNATURE coerce ($ A)) (IF (has A (FramedNonAssociativeAlgebra R)) (ATTRIBUTE (FramedNonAssociativeAlgebra R)) %noBranch) (IF (has A (FiniteRankNonAssociativeAlgebra R)) (ATTRIBUTE (FiniteRankNonAssociativeAlgebra R)) %noBranch))) $param: (R A) debug: evaluateType form: (NonAssociativeAlgebra R) $param: (R A) Debug: evaluateType1 form: (NonAssociativeAlgebra R) debug: evaluateType1 x: R m: (CommutativeRing) debug: evaluateType form: (CoercibleTo A) $param: (R A) Debug: evaluateType1 form: (CoercibleTo A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE coerce ($ A)) (IF (has A (FramedNonAssociativeAlgebra R)) (ATTRIBUTE (FramedNonAssociativeAlgebra R)) %noBranch) (IF (has A (FiniteRankNonAssociativeAlgebra R)) (ATTRIBUTE (FiniteRankNonAssociativeAlgebra R)) %noBranch)) $param: (R A) debug: evaluateType form: A $param: (R A) debug: compDefine1 signature (post evaluate): ((Join (NonAssociativeAlgebra R) (CoercibleTo A) (CATEGORY domain (SIGNATURE coerce ($ A)) (IF (has A (FramedNonAssociativeAlgebra R)) (ATTRIBUTE (FramedNonAssociativeAlgebra R)) %noBranch) (IF (has A (FiniteRankNonAssociativeAlgebra R)) (ATTRIBUTE (FiniteRankNonAssociativeAlgebra R)) %noBranch))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for AssociatedJordanAlgebra compiling into /tmp/oa-WEJEi3 compiling exported * : (%,%) -> % Time: 0.09 SEC. compiling exported coerce : % -> A JORDAN;coerce;$A;2 a is replaced by a Time: 0 SEC. compiling exported coerce : A -> % JORDAN;coerce;A$;3 a is replaced by a Time: 0 SEC. compiling exported ** : (%,PositiveInteger) -> % JORDAN;**;$Pi$;4(a,n) is replaced by a Time: 0.01 SEC. (time taken in buildFunctor: 4) Time: 0.06 SEC. Cumulative Statistics for Constructor AssociatedJordanAlgebra Time: 0.16 seconds finalizing NRLIB JORDAN Processing AssociatedJordanAlgebra for Browser database: -- coerce : A -> % -- constructor ; compiling file "/tmp/oa-WEJEi3/code.lsp" (written 01 FEB 2016 11:14:22 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |JORDAN;coerce;$A;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |JORDAN;coerce;A$;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |JORDAN;**;$Pi$;4|) ...) ; compiling (DEFUN |JORDAN;*;3$;1| ...) ; compiling (DEFUN |JORDAN;coerce;$A;2| ...) ; compiling (DEFUN |JORDAN;coerce;A$;3| ...) ; compiling (DEFUN |JORDAN;**;$Pi$;4| ...) ; file: /tmp/oa-WEJEi3/code.lsp ; in: DEFUN |JORDAN;**;$Pi$;4| ; (DEFUN BOOT::|JORDAN;**;$Pi$;4| (BOOT::|a| BOOT::|n| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; BOOT::|a|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|JORDAN;**;$Pi$;4| ; (BOOT::|a| BOOT::|n| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|JORDAN;**;$Pi$;4| BOOT::|a|)) ; ; caught STYLE-WARNING: ; The variable |n| is defined but never used. ; compiling (DEFUN |AssociatedJordanAlgebra| ...) ; compiling (DEFUN |AssociatedJordanAlgebra;| ...) ; compiling (MAKEPROP (QUOTE |AssociatedJordanAlgebra|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; /tmp/oa-WEJEi3/code.fasl written ; compilation finished in 0:00:00.037 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile NLINSOL.spad && cp NLINSOL.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/NLINSOL.fasl \ && if test -f NLINSOL-.NRLIB/code.fasl; then \ cp NLINSOL-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/NLINSOL-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NLINSOL.spad using Spad compiler. NLINSOL abbreviates package NonLinearSolvePackage debug: compDefine1 lhs: (NonLinearSolvePackage R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE solveInField ((List (List (Equation (Fraction (Polynomial R))))) (List (Polynomial R)) (List (Symbol)))) (SIGNATURE solveInField ((List (List (Equation (Fraction (Polynomial R))))) (List (Polynomial R)))) (SIGNATURE solve ((List (List (Equation (Fraction (Polynomial R))))) (List (Polynomial R)) (List (Symbol)))) (SIGNATURE solve ((List (List (Equation (Fraction (Polynomial R))))) (List (Polynomial R))))) (IntegralDomain)) debug: evaluateType form: (CATEGORY package (SIGNATURE solveInField ((List (List (Equation (Fraction (Polynomial R))))) (List (Polynomial R)) (List (Symbol)))) (SIGNATURE solveInField ((List (List (Equation (Fraction (Polynomial R))))) (List (Polynomial R)))) (SIGNATURE solve ((List (List (Equation (Fraction (Polynomial R))))) (List (Polynomial R)) (List (Symbol)))) (SIGNATURE solve ((List (List (Equation (Fraction (Polynomial R))))) (List (Polynomial R))))) $param: (R) debug: evaluateType form: (List (List (Equation (Fraction (Polynomial R))))) $param: (R) Debug: evaluateType1 form: (List (List (Equation (Fraction (Polynomial R))))) debug: evaluateType1 x: (List (Equation (Fraction (Polynomial R)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Equation (Fraction (Polynomial R)))) $param: (R) Debug: evaluateType1 form: (List (Equation (Fraction (Polynomial R)))) debug: evaluateType1 x: (Equation (Fraction (Polynomial R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Equation (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evalCategory d: (Equation (Fraction (Polynomial R))) c: (Type) debug: evalCategory d: (List (Equation (Fraction (Polynomial R)))) c: (Type) debug: evaluateType form: (List (Polynomial R)) $param: (R) Debug: evaluateType1 form: (List (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evaluateType form: (List (Symbol)) $param: (R) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (List (List (Equation (Fraction (Polynomial R))))) $param: (R) Debug: evaluateType1 form: (List (List (Equation (Fraction (Polynomial R))))) debug: evaluateType1 x: (List (Equation (Fraction (Polynomial R)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Equation (Fraction (Polynomial R)))) $param: (R) Debug: evaluateType1 form: (List (Equation (Fraction (Polynomial R)))) debug: evaluateType1 x: (Equation (Fraction (Polynomial R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Equation (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evalCategory d: (Equation (Fraction (Polynomial R))) c: (Type) debug: evalCategory d: (List (Equation (Fraction (Polynomial R)))) c: (Type) debug: evaluateType form: (List (Polynomial R)) $param: (R) Debug: evaluateType1 form: (List (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evaluateType form: (List (List (Equation (Fraction (Polynomial R))))) $param: (R) Debug: evaluateType1 form: (List (List (Equation (Fraction (Polynomial R))))) debug: evaluateType1 x: (List (Equation (Fraction (Polynomial R)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Equation (Fraction (Polynomial R)))) $param: (R) Debug: evaluateType1 form: (List (Equation (Fraction (Polynomial R)))) debug: evaluateType1 x: (Equation (Fraction (Polynomial R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Equation (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evalCategory d: (Equation (Fraction (Polynomial R))) c: (Type) debug: evalCategory d: (List (Equation (Fraction (Polynomial R)))) c: (Type) debug: evaluateType form: (List (Polynomial R)) $param: (R) Debug: evaluateType1 form: (List (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evaluateType form: (List (Symbol)) $param: (R) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (List (List (Equation (Fraction (Polynomial R))))) $param: (R) Debug: evaluateType1 form: (List (List (Equation (Fraction (Polynomial R))))) debug: evaluateType1 x: (List (Equation (Fraction (Polynomial R)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Equation (Fraction (Polynomial R)))) $param: (R) Debug: evaluateType1 form: (List (Equation (Fraction (Polynomial R)))) debug: evaluateType1 x: (Equation (Fraction (Polynomial R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Equation (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evalCategory d: (Equation (Fraction (Polynomial R))) c: (Type) debug: evalCategory d: (List (Equation (Fraction (Polynomial R)))) c: (Type) debug: evaluateType form: (List (Polynomial R)) $param: (R) Debug: evaluateType1 form: (List (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE solveInField ((List (List (Equation (Fraction (Polynomial R))))) (List (Polynomial R)) (List (Symbol)))) (SIGNATURE solveInField ((List (List (Equation (Fraction (Polynomial R))))) (List (Polynomial R)))) (SIGNATURE solve ((List (List (Equation (Fraction (Polynomial R))))) (List (Polynomial R)) (List (Symbol)))) (SIGNATURE solve ((List (List (Equation (Fraction (Polynomial R))))) (List (Polynomial R))))) (IntegralDomain)) debug: compDefine1 lhs: (NonLinearSolvePackage R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE solveInField ((List (List (Equation (Fraction (Polynomial R))))) (List (Polynomial R)) (List (Symbol)))) (SIGNATURE solveInField ((List (List (Equation (Fraction (Polynomial R))))) (List (Polynomial R)))) (SIGNATURE solve ((List (List (Equation (Fraction (Polynomial R))))) (List (Polynomial R)) (List (Symbol)))) (SIGNATURE solve ((List (List (Equation (Fraction (Polynomial R))))) (List (Polynomial R))))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE solveInField ((List (List (Equation (Fraction (Polynomial R))))) (List (Polynomial R)) (List (Symbol)))) (SIGNATURE solveInField ((List (List (Equation (Fraction (Polynomial R))))) (List (Polynomial R)))) (SIGNATURE solve ((List (List (Equation (Fraction (Polynomial R))))) (List (Polynomial R)) (List (Symbol)))) (SIGNATURE solve ((List (List (Equation (Fraction (Polynomial R))))) (List (Polynomial R))))) $param: (R) debug: evaluateType form: (List (List (Equation (Fraction (Polynomial R))))) $param: (R) Debug: evaluateType1 form: (List (List (Equation (Fraction (Polynomial R))))) debug: evaluateType1 x: (List (Equation (Fraction (Polynomial R)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Equation (Fraction (Polynomial R)))) $param: (R) Debug: evaluateType1 form: (List (Equation (Fraction (Polynomial R)))) debug: evaluateType1 x: (Equation (Fraction (Polynomial R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Equation (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evalCategory d: (Equation (Fraction (Polynomial R))) c: (Type) debug: evalCategory d: (List (Equation (Fraction (Polynomial R)))) c: (Type) debug: evaluateType form: (List (Polynomial R)) $param: (R) Debug: evaluateType1 form: (List (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evaluateType form: (List (Symbol)) $param: (R) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (List (List (Equation (Fraction (Polynomial R))))) $param: (R) Debug: evaluateType1 form: (List (List (Equation (Fraction (Polynomial R))))) debug: evaluateType1 x: (List (Equation (Fraction (Polynomial R)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Equation (Fraction (Polynomial R)))) $param: (R) Debug: evaluateType1 form: (List (Equation (Fraction (Polynomial R)))) debug: evaluateType1 x: (Equation (Fraction (Polynomial R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Equation (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evalCategory d: (Equation (Fraction (Polynomial R))) c: (Type) debug: evalCategory d: (List (Equation (Fraction (Polynomial R)))) c: (Type) debug: evaluateType form: (List (Polynomial R)) $param: (R) Debug: evaluateType1 form: (List (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evaluateType form: (List (List (Equation (Fraction (Polynomial R))))) $param: (R) Debug: evaluateType1 form: (List (List (Equation (Fraction (Polynomial R))))) debug: evaluateType1 x: (List (Equation (Fraction (Polynomial R)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Equation (Fraction (Polynomial R)))) $param: (R) Debug: evaluateType1 form: (List (Equation (Fraction (Polynomial R)))) debug: evaluateType1 x: (Equation (Fraction (Polynomial R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Equation (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evalCategory d: (Equation (Fraction (Polynomial R))) c: (Type) debug: evalCategory d: (List (Equation (Fraction (Polynomial R)))) c: (Type) debug: evaluateType form: (List (Polynomial R)) $param: (R) Debug: evaluateType1 form: (List (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evaluateType form: (List (Symbol)) $param: (R) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (List (List (Equation (Fraction (Polynomial R))))) $param: (R) Debug: evaluateType1 form: (List (List (Equation (Fraction (Polynomial R))))) debug: evaluateType1 x: (List (Equation (Fraction (Polynomial R)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Equation (Fraction (Polynomial R)))) $param: (R) Debug: evaluateType1 form: (List (Equation (Fraction (Polynomial R)))) debug: evaluateType1 x: (Equation (Fraction (Polynomial R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Equation (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evalCategory d: (Equation (Fraction (Polynomial R))) c: (Type) debug: evalCategory d: (List (Equation (Fraction (Polynomial R)))) c: (Type) debug: evaluateType form: (List (Polynomial R)) $param: (R) Debug: evaluateType1 form: (List (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE solveInField ((List (List (Equation (Fraction (Polynomial R))))) (List (Polynomial R)) (List (Symbol)))) (SIGNATURE solveInField ((List (List (Equation (Fraction (Polynomial R))))) (List (Polynomial R)))) (SIGNATURE solve ((List (List (Equation (Fraction (Polynomial R))))) (List (Polynomial R)) (List (Symbol)))) (SIGNATURE solve ((List (List (Equation (Fraction (Polynomial R))))) (List (Polynomial R))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for NonLinearSolvePackage compiling into /tmp/oa-DctU3k compiling exported solveInField : List Polynomial R -> List List Equation Fraction Polynomial R Time: 0.08 SEC. importing RationalFunction R compiling exported solve : List Polynomial R -> List List Equation Fraction Polynomial R Time: 0.03 SEC. compiling exported solve : (List Polynomial R,List Symbol) -> List List Equation Fraction Polynomial R Time: 0.05 SEC. compiling local addRoot : (Equation Fraction Polynomial R,List List Equation Fraction Polynomial R) -> List List Equation Fraction Polynomial R Time: 0.01 SEC. compiling local evalSol : (List Equation Fraction Polynomial R,List Equation Fraction Polynomial R) -> List Equation Fraction Polynomial R Time: 0.01 SEC. compiling local allRoots : List Polynomial R -> List List Equation Fraction Polynomial R Time: 0.16 SEC. compiling local expandSol : List Equation Fraction Polynomial R -> List List Equation Fraction Polynomial R Time: 0.17 SEC. compiling local RIfCan : Fraction Polynomial R -> Union(R,failed) Time: 0.03 SEC. compiling exported solve : List Polynomial R -> List List Equation Fraction Polynomial R Time: 0.01 SEC. compiling exported solve : (List Polynomial R,List Symbol) -> List List Equation Fraction Polynomial R Time: 0.04 SEC. compiling exported solveInField : (List Polynomial R,List Symbol) -> List List Equation Fraction Polynomial R Time: 0.04 SEC. compiling exported solveInField : (List Polynomial R,List Symbol) -> List List Equation Fraction Polynomial R Time: 0.02 SEC. compiling exported solveInField : (List Polynomial R,List Symbol) -> List List Equation Fraction Polynomial R Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] allRoots: not known that Ring is of mode CATEGORY(package,solveInField: (List Polynomial R,List Symbol) -> List List Equation Fraction Polynomial R,solveInField: List Polynomial R -> List List Equation Fraction Polynomial R,solve: (List Polynomial R,List Symbol) -> List List Equation Fraction Polynomial R,solve: List Polynomial R -> List List Equation Fraction Polynomial R) Cumulative Statistics for Constructor NonLinearSolvePackage Time: 0.70 seconds finalizing NRLIB NLINSOL Processing NonLinearSolvePackage for Browser database: -- solveInField : (List P,List SY) -> List List EQ -- solveInField : List P -> List List EQ -- solve : (List P,List SY) -> List List EQ -- solve : List P -> List List EQ -- constructor ; compiling file "/tmp/oa-DctU3k/code.lsp" (written 01 FEB 2016 11:14:22 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |NLINSOL;solveInField;LL;1| ...) ; file: /tmp/oa-DctU3k/code.lsp ; in: DEFUN |NLINSOL;solveInField;LL;1| ; (DEFUN BOOT::|NLINSOL;solveInField;LL;1| (BOOT::|l| BOOT::$) ; (BOOT::SPADCALL BOOT::|l| ; (LET ((#:G547 NIL) (#:G548 T) (#:G619 BOOT::|l|)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::|shellEntry| BOOT::$ 18))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NLINSOL;solveInField;LL;1| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|NLINSOL;solveInField;LL;1| ; (BOOT::SPADCALL BOOT::|l| ; (LET (# # #) ; (LOOP # ; #)) ; (BOOT::|shellEntry| BOOT::$ 18)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; compiling (DEFUN |NLINSOL;solve;LL;2| ...) ; file: /tmp/oa-DctU3k/code.lsp ; in: DEFUN |NLINSOL;solve;LL;2| ; (DEFUN BOOT::|NLINSOL;solve;LL;2| (BOOT::|l| BOOT::$) ; (BOOT::SPADCALL BOOT::|l| ; (LET ((#:G551 NIL) (#:G552 T) (#:G620 BOOT::|l|)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::|shellEntry| BOOT::$ 20))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NLINSOL;solve;LL;2| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|NLINSOL;solve;LL;2| ; (BOOT::SPADCALL BOOT::|l| ; (LET (# # #) ; (LOOP # ; #)) ; (BOOT::|shellEntry| BOOT::$ 20)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; compiling (DEFUN |NLINSOL;solve;LLL;3| ...) ; file: /tmp/oa-DctU3k/code.lsp ; in: DEFUN |NLINSOL;solve;LLL;3| ; (DEFUN BOOT::|NLINSOL;solve;LLL;3| (BOOT::|lp| BOOT::|lv| BOOT::$) ; (BOOT::SPADCALL ; (LET ((#:G621 #) (#:G554 NIL)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::|shellEntry| BOOT::$ 23))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NLINSOL;solve;LLL;3| ; (BOOT::|lp| BOOT::|lv| BOOT::$) ; (BLOCK BOOT::|NLINSOL;solve;LLL;3| ; (BOOT::SPADCALL ; (LET (# #) ; (LOOP # ; #)) ; (BOOT::|shellEntry| BOOT::$ 23)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; compiling (DEFUN |NLINSOL;addRoot| ...) ; file: /tmp/oa-DctU3k/code.lsp ; in: DEFUN |NLINSOL;addRoot| ; (DEFUN BOOT::|NLINSOL;addRoot| (BOOT::|eq| BOOT::|l| BOOT::$) ; (LET ((#:G622 BOOT::|l|) (#:G557 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G622 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NLINSOL;addRoot| ; (BOOT::|eq| BOOT::|l| BOOT::$) ; (BLOCK BOOT::|NLINSOL;addRoot| ; (LET ((#:G622 BOOT::|l|) (#:G557 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |NLINSOL;evalSol| ...) ; file: /tmp/oa-DctU3k/code.lsp ; in: DEFUN |NLINSOL;evalSol| ; (DEFUN BOOT::|NLINSOL;evalSol| (BOOT::|ls| BOOT::|l| BOOT::$) ; (LET ((#:G623 BOOT::|ls|) (#:G560 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G623 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NLINSOL;evalSol| ; (BOOT::|ls| BOOT::|l| BOOT::$) ; (BLOCK BOOT::|NLINSOL;evalSol| ; (LET ((#:G623 BOOT::|ls|) (#:G560 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |NLINSOL;allRoots| ...) ; file: /tmp/oa-DctU3k/code.lsp ; in: DEFUN |NLINSOL;allRoots| ; (DEFUN BOOT::|NLINSOL;allRoots| (BOOT::|l| BOOT::$) ; (PROG (BOOT::|s| BOOT::|p|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NLINSOL;allRoots| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|NLINSOL;allRoots| ; (PROG (BOOT::|s| BOOT::|p|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; compiling (DEFUN |NLINSOL;expandSol| ...) ; file: /tmp/oa-DctU3k/code.lsp ; in: DEFUN |NLINSOL;expandSol| ; (DEFUN BOOT::|NLINSOL;expandSol| (BOOT::|l| BOOT::$) ; (PROG (BOOT::|r| BOOT::|u|) ; (RETURN ; (LET* (# # #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NLINSOL;expandSol| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|NLINSOL;expandSol| ; (PROG (BOOT::|r| BOOT::|u|) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; compiling (DEFUN |NLINSOL;RIfCan| ...) ; compiling (DEFUN |NLINSOL;solve;LL;9| ...) ; compiling (DEFUN |NLINSOL;solve;LLL;10| ...) ; file: /tmp/oa-DctU3k/code.lsp ; in: DEFUN |NLINSOL;solve;LLL;10| ; (DEFUN BOOT::|NLINSOL;solve;LLL;10| (BOOT::|lp| BOOT::|lv| BOOT::$) ; (BOOT::SPADCALL BOOT::|lp| BOOT::|lv| (BOOT::|shellEntry| BOOT::$ 18))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NLINSOL;solve;LLL;10| ; (BOOT::|lp| BOOT::|lv| BOOT::$) ; (BLOCK BOOT::|NLINSOL;solve;LLL;10| ; (BOOT::SPADCALL BOOT::|lp| BOOT::|lv| (BOOT::|shellEntry| BOOT::$ 18)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; compiling (DEFUN |NLINSOL;solveInField;LLL;11| ...) ; file: /tmp/oa-DctU3k/code.lsp ; in: DEFUN |NLINSOL;solveInField;LLL;11| ; (DEFUN BOOT::|NLINSOL;solveInField;LLL;11| (BOOT::|lp| BOOT::|lv| BOOT::$) ; (BOOT::SPADCALL BOOT::|lp| BOOT::|lv| (BOOT::|shellEntry| BOOT::$ 62))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NLINSOL;solveInField;LLL;11| ; (BOOT::|lp| BOOT::|lv| BOOT::$) ; (BLOCK BOOT::|NLINSOL;solveInField;LLL;11| ; (BOOT::SPADCALL BOOT::|lp| BOOT::|lv| (BOOT::|shellEntry| BOOT::$ 62)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; compiling (DEFUN |NLINSOL;solveInField;LLL;12| ...) ; file: /tmp/oa-DctU3k/code.lsp ; in: DEFUN |NLINSOL;solveInField;LLL;12| ; (DEFUN BOOT::|NLINSOL;solveInField;LLL;12| (BOOT::|lp| BOOT::|lv| BOOT::$) ; (BOOT::SPADCALL BOOT::|lp| BOOT::|lv| (BOOT::|shellEntry| BOOT::$ 64))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NLINSOL;solveInField;LLL;12| ; (BOOT::|lp| BOOT::|lv| BOOT::$) ; (BLOCK BOOT::|NLINSOL;solveInField;LLL;12| ; (BOOT::SPADCALL BOOT::|lp| BOOT::|lv| (BOOT::|shellEntry| BOOT::$ 64)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; compiling (DEFUN |NLINSOL;solveInField;LLL;13| ...) ; file: /tmp/oa-DctU3k/code.lsp ; in: DEFUN |NLINSOL;solveInField;LLL;13| ; (DEFUN BOOT::|NLINSOL;solveInField;LLL;13| (BOOT::|lp| BOOT::|lv| BOOT::$) ; (BOOT::SPADCALL ; (LET ((#:G627 BOOT::|lp|) (#:G616 NIL)) ; (LOOP (COND # #) ; (SETQ #))) ; BOOT::|lv| (BOOT::|shellEntry| BOOT::$ 67))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NLINSOL;solveInField;LLL;13| ; (BOOT::|lp| BOOT::|lv| BOOT::$) ; (BLOCK BOOT::|NLINSOL;solveInField;LLL;13| ; (BOOT::SPADCALL ; (LET (# #) ; (LOOP # ; #)) ; BOOT::|lv| (BOOT::|shellEntry| BOOT::$ 67)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; compiling (DEFUN |NonLinearSolvePackage| ...) ; compiling (DEFUN |NonLinearSolvePackage;| ...) ; compiling (MAKEPROP (QUOTE |NonLinearSolvePackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 11 notes ; /tmp/oa-DctU3k/code.fasl written ; compilation finished in 0:00:00.054 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ODERTRIC.spad && cp ODERTRIC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ODERTRIC.fasl \ && if test -f ODERTRIC-.NRLIB/code.fasl; then \ cp ODERTRIC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ODERTRIC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ODERTRIC.spad using Spad compiler. ODERTRIC abbreviates package RationalRicDE debug: compDefine1 lhs: (RationalRicDE F UP) signature (pre-evaluate): ((CATEGORY package (SIGNATURE ricDsolve ((List (Fraction UP)) (LinearOrdinaryDifferentialOperator1 (Fraction UP)) (Mapping (List F) UP))) (SIGNATURE ricDsolve ((List (Fraction UP)) (LinearOrdinaryDifferentialOperator1 (Fraction UP)) (Mapping (List F) UP) (Mapping (Factored UP) UP))) (SIGNATURE ricDsolve ((List (Fraction UP)) (LinearOrdinaryDifferentialOperator2 UP (Fraction UP)) (Mapping (List F) UP))) (SIGNATURE ricDsolve ((List (Fraction UP)) (LinearOrdinaryDifferentialOperator2 UP (Fraction UP)) (Mapping (List F) UP) (Mapping (Factored UP) UP))) (SIGNATURE singRicDE ((List (Record (: frac (Fraction UP)) (: eq (LinearOrdinaryDifferentialOperator2 UP (Fraction UP))))) (LinearOrdinaryDifferentialOperator2 UP (Fraction UP)) (Mapping (Factored UP) UP))) (SIGNATURE polyRicDE ((List (Record (: poly UP) (: eq (LinearOrdinaryDifferentialOperator2 UP (Fraction UP))))) (LinearOrdinaryDifferentialOperator2 UP (Fraction UP)) (Mapping (List F) UP))) (IF (has F (AlgebraicallyClosedField)) (PROGN (SIGNATURE ricDsolve ((List (Fraction UP)) (LinearOrdinaryDifferentialOperator1 (Fraction UP)))) (SIGNATURE ricDsolve ((List (Fraction UP)) (LinearOrdinaryDifferentialOperator1 (Fraction UP)) (Mapping (Factored UP) UP))) (SIGNATURE ricDsolve ((List (Fraction UP)) (LinearOrdinaryDifferentialOperator2 UP (Fraction UP)))) (SIGNATURE ricDsolve ((List (Fraction UP)) (LinearOrdinaryDifferentialOperator2 UP (Fraction UP)) (Mapping (Factored UP) UP)))) %noBranch)) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE ricDsolve ((List (Fraction UP)) (LinearOrdinaryDifferentialOperator1 (Fraction UP)) (Mapping (List F) UP))) (SIGNATURE ricDsolve ((List (Fraction UP)) (LinearOrdinaryDifferentialOperator1 (Fraction UP)) (Mapping (List F) UP) (Mapping (Factored UP) UP))) (SIGNATURE ricDsolve ((List (Fraction UP)) (LinearOrdinaryDifferentialOperator2 UP (Fraction UP)) (Mapping (List F) UP))) (SIGNATURE ricDsolve ((List (Fraction UP)) (LinearOrdinaryDifferentialOperator2 UP (Fraction UP)) (Mapping (List F) UP) (Mapping (Factored UP) UP))) (SIGNATURE singRicDE ((List (Record (: frac (Fraction UP)) (: eq (LinearOrdinaryDifferentialOperator2 UP (Fraction UP))))) (LinearOrdinaryDifferentialOperator2 UP (Fraction UP)) (Mapping (Factored UP) UP))) (SIGNATURE polyRicDE ((List (Record (: poly UP) (: eq (LinearOrdinaryDifferentialOperator2 UP (Fraction UP))))) (LinearOrdinaryDifferentialOperator2 UP (Fraction UP)) (Mapping (List F) UP))) (IF (has F (AlgebraicallyClosedField)) (PROGN (SIGNATURE ricDsolve ((List (Fraction UP)) (LinearOrdinaryDifferentialOperator1 (Fraction UP)))) (SIGNATURE ricDsolve ((List (Fraction UP)) (LinearOrdinaryDifferentialOperator1 (Fraction UP)) (Mapping (Factored UP) UP))) (SIGNATURE ricDsolve ((List (Fraction UP)) (LinearOrdinaryDifferentialOperator2 UP (Fraction UP)))) (SIGNATURE ricDsolve ((List (Fraction UP)) (LinearOrdinaryDifferentialOperator2 UP (Fraction UP)) (Mapping (Factored UP) UP)))) %noBranch)) $param: (F UP) debug: evaluateType form: (List (Fraction UP)) $param: (F UP) Debug: evaluateType1 form: (List (Fraction UP)) debug: evaluateType1 x: (Fraction UP) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evalCategory d: (Fraction UP) c: (Type) debug: evaluateType form: (LinearOrdinaryDifferentialOperator1 (Fraction UP)) $param: (F UP) Debug: evaluateType1 form: (LinearOrdinaryDifferentialOperator1 (Fraction UP)) debug: evaluateType1 x: (Fraction UP) m: (DifferentialRing) debug: evaluateType1 categoryForm: (DifferentialRing) debug: evaluateType form: (DifferentialRing) $param: (F UP) Debug: evaluateType1 form: (DifferentialRing) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evalCategory d: (Fraction UP) c: (DifferentialRing) debug: evaluateType form: (Mapping (List F) UP) $param: (F UP) debug: evaluateType form: (List F) $param: (F UP) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: (List (Fraction UP)) $param: (F UP) Debug: evaluateType1 form: (List (Fraction UP)) debug: evaluateType1 x: (Fraction UP) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evalCategory d: (Fraction UP) c: (Type) debug: evaluateType form: (LinearOrdinaryDifferentialOperator1 (Fraction UP)) $param: (F UP) Debug: evaluateType1 form: (LinearOrdinaryDifferentialOperator1 (Fraction UP)) debug: evaluateType1 x: (Fraction UP) m: (DifferentialRing) debug: evaluateType1 categoryForm: (DifferentialRing) debug: evaluateType form: (DifferentialRing) $param: (F UP) Debug: evaluateType1 form: (DifferentialRing) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evalCategory d: (Fraction UP) c: (DifferentialRing) debug: evaluateType form: (Mapping (List F) UP) $param: (F UP) debug: evaluateType form: (List F) $param: (F UP) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: (Mapping (Factored UP) UP) $param: (F UP) debug: evaluateType form: (Factored UP) $param: (F UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: (List (Fraction UP)) $param: (F UP) Debug: evaluateType1 form: (List (Fraction UP)) debug: evaluateType1 x: (Fraction UP) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evalCategory d: (Fraction UP) c: (Type) debug: evaluateType form: (LinearOrdinaryDifferentialOperator2 UP (Fraction UP)) $param: (F UP) Debug: evaluateType1 form: (LinearOrdinaryDifferentialOperator2 UP (Fraction UP)) debug: evaluateType1 x: UP m: (DifferentialRing) debug: evaluateType1 x: (Fraction UP) m: (Join (LeftModule UP) (CATEGORY domain (SIGNATURE differentiate ($ $)))) debug: evaluateType1 categoryForm: (Join (LeftModule UP) (CATEGORY domain (SIGNATURE differentiate ($ $)))) debug: evaluateType form: (Join (LeftModule UP) (CATEGORY domain (SIGNATURE differentiate ((Fraction UP) (Fraction UP))))) $param: (F UP) debug: evaluateType form: (LeftModule UP) $param: (F UP) Debug: evaluateType1 form: (LeftModule UP) debug: evaluateType1 x: UP m: (Rng) debug: evaluateType form: (CATEGORY domain (SIGNATURE differentiate ((Fraction UP) (Fraction UP)))) $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evalCategory d: (Fraction UP) c: (Join (LeftModule UP) (CATEGORY domain (SIGNATURE differentiate ((Fraction UP) (Fraction UP))))) debug: evaluateType form: (Mapping (List F) UP) $param: (F UP) debug: evaluateType form: (List F) $param: (F UP) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: (List (Fraction UP)) $param: (F UP) Debug: evaluateType1 form: (List (Fraction UP)) debug: evaluateType1 x: (Fraction UP) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evalCategory d: (Fraction UP) c: (Type) debug: evaluateType form: (LinearOrdinaryDifferentialOperator2 UP (Fraction UP)) $param: (F UP) Debug: evaluateType1 form: (LinearOrdinaryDifferentialOperator2 UP (Fraction UP)) debug: evaluateType1 x: UP m: (DifferentialRing) debug: evaluateType1 x: (Fraction UP) m: (Join (LeftModule UP) (CATEGORY domain (SIGNATURE differentiate ($ $)))) debug: evaluateType1 categoryForm: (Join (LeftModule UP) (CATEGORY domain (SIGNATURE differentiate ($ $)))) debug: evaluateType form: (Join (LeftModule UP) (CATEGORY domain (SIGNATURE differentiate ((Fraction UP) (Fraction UP))))) $param: (F UP) debug: evaluateType form: (LeftModule UP) $param: (F UP) Debug: evaluateType1 form: (LeftModule UP) debug: evaluateType1 x: UP m: (Rng) debug: evaluateType form: (CATEGORY domain (SIGNATURE differentiate ((Fraction UP) (Fraction UP)))) $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evalCategory d: (Fraction UP) c: (Join (LeftModule UP) (CATEGORY domain (SIGNATURE differentiate ((Fraction UP) (Fraction UP))))) debug: evaluateType form: (Mapping (List F) UP) $param: (F UP) debug: evaluateType form: (List F) $param: (F UP) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: (Mapping (Factored UP) UP) $param: (F UP) debug: evaluateType form: (Factored UP) $param: (F UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: (List (Record (: frac (Fraction UP)) (: eq (LinearOrdinaryDifferentialOperator2 UP (Fraction UP))))) $param: (F UP) Debug: evaluateType1 form: (List (Record (: frac (Fraction UP)) (: eq (LinearOrdinaryDifferentialOperator2 UP (Fraction UP))))) debug: evaluateType1 x: (Record (: frac (Fraction UP)) (: eq (LinearOrdinaryDifferentialOperator2 UP (Fraction UP)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: frac (Fraction UP)) (: eq (LinearOrdinaryDifferentialOperator2 UP (Fraction UP)))) $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (LinearOrdinaryDifferentialOperator2 UP (Fraction UP)) $param: (F UP) Debug: evaluateType1 form: (LinearOrdinaryDifferentialOperator2 UP (Fraction UP)) debug: evaluateType1 x: UP m: (DifferentialRing) debug: evaluateType1 x: (Fraction UP) m: (Join (LeftModule UP) (CATEGORY domain (SIGNATURE differentiate ($ $)))) debug: evaluateType1 categoryForm: (Join (LeftModule UP) (CATEGORY domain (SIGNATURE differentiate ($ $)))) debug: evaluateType form: (Join (LeftModule UP) (CATEGORY domain (SIGNATURE differentiate ((Fraction UP) (Fraction UP))))) $param: (F UP) debug: evaluateType form: (LeftModule UP) $param: (F UP) Debug: evaluateType1 form: (LeftModule UP) debug: evaluateType1 x: UP m: (Rng) debug: evaluateType form: (CATEGORY domain (SIGNATURE differentiate ((Fraction UP) (Fraction UP)))) $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evalCategory d: (Fraction UP) c: (Join (LeftModule UP) (CATEGORY domain (SIGNATURE differentiate ((Fraction UP) (Fraction UP))))) debug: evalCategory d: (Record (: frac (Fraction UP)) (: eq (LinearOrdinaryDifferentialOperator2 UP (Fraction UP)))) c: (Type) debug: evaluateType form: (LinearOrdinaryDifferentialOperator2 UP (Fraction UP)) $param: (F UP) Debug: evaluateType1 form: (LinearOrdinaryDifferentialOperator2 UP (Fraction UP)) debug: evaluateType1 x: UP m: (DifferentialRing) debug: evaluateType1 x: (Fraction UP) m: (Join (LeftModule UP) (CATEGORY domain (SIGNATURE differentiate ($ $)))) debug: evaluateType1 categoryForm: (Join (LeftModule UP) (CATEGORY domain (SIGNATURE differentiate ($ $)))) debug: evaluateType form: (Join (LeftModule UP) (CATEGORY domain (SIGNATURE differentiate ((Fraction UP) (Fraction UP))))) $param: (F UP) debug: evaluateType form: (LeftModule UP) $param: (F UP) Debug: evaluateType1 form: (LeftModule UP) debug: evaluateType1 x: UP m: (Rng) debug: evaluateType form: (CATEGORY domain (SIGNATURE differentiate ((Fraction UP) (Fraction UP)))) $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evalCategory d: (Fraction UP) c: (Join (LeftModule UP) (CATEGORY domain (SIGNATURE differentiate ((Fraction UP) (Fraction UP))))) debug: evaluateType form: (Mapping (Factored UP) UP) $param: (F UP) debug: evaluateType form: (Factored UP) $param: (F UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: (List (Record (: poly UP) (: eq (LinearOrdinaryDifferentialOperator2 UP (Fraction UP))))) $param: (F UP) Debug: evaluateType1 form: (List (Record (: poly UP) (: eq (LinearOrdinaryDifferentialOperator2 UP (Fraction UP))))) debug: evaluateType1 x: (Record (: poly UP) (: eq (LinearOrdinaryDifferentialOperator2 UP (Fraction UP)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: poly UP) (: eq (LinearOrdinaryDifferentialOperator2 UP (Fraction UP)))) $param: (F UP) debug: evaluateType form: UP $param: (F UP) debug: evaluateType form: (LinearOrdinaryDifferentialOperator2 UP (Fraction UP)) $param: (F UP) Debug: evaluateType1 form: (LinearOrdinaryDifferentialOperator2 UP (Fraction UP)) debug: evaluateType1 x: UP m: (DifferentialRing) debug: evaluateType1 x: (Fraction UP) m: (Join (LeftModule UP) (CATEGORY domain (SIGNATURE differentiate ($ $)))) debug: evaluateType1 categoryForm: (Join (LeftModule UP) (CATEGORY domain (SIGNATURE differentiate ($ $)))) debug: evaluateType form: (Join (LeftModule UP) (CATEGORY domain (SIGNATURE differentiate ((Fraction UP) (Fraction UP))))) $param: (F UP) debug: evaluateType form: (LeftModule UP) $param: (F UP) Debug: evaluateType1 form: (LeftModule UP) debug: evaluateType1 x: UP m: (Rng) debug: evaluateType form: (CATEGORY domain (SIGNATURE differentiate ((Fraction UP) (Fraction UP)))) $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evalCategory d: (Fraction UP) c: (Join (LeftModule UP) (CATEGORY domain (SIGNATURE differentiate ((Fraction UP) (Fraction UP))))) debug: evalCategory d: (Record (: poly UP) (: eq (LinearOrdinaryDifferentialOperator2 UP (Fraction UP)))) c: (Type) debug: evaluateType form: (LinearOrdinaryDifferentialOperator2 UP (Fraction UP)) $param: (F UP) Debug: evaluateType1 form: (LinearOrdinaryDifferentialOperator2 UP (Fraction UP)) debug: evaluateType1 x: UP m: (DifferentialRing) debug: evaluateType1 x: (Fraction UP) m: (Join (LeftModule UP) (CATEGORY domain (SIGNATURE differentiate ($ $)))) debug: evaluateType1 categoryForm: (Join (LeftModule UP) (CATEGORY domain (SIGNATURE differentiate ($ $)))) debug: evaluateType form: (Join (LeftModule UP) (CATEGORY domain (SIGNATURE differentiate ((Fraction UP) (Fraction UP))))) $param: (F UP) debug: evaluateType form: (LeftModule UP) $param: (F UP) Debug: evaluateType1 form: (LeftModule UP) debug: evaluateType1 x: UP m: (Rng) debug: evaluateType form: (CATEGORY domain (SIGNATURE differentiate ((Fraction UP) (Fraction UP)))) $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evalCategory d: (Fraction UP) c: (Join (LeftModule UP) (CATEGORY domain (SIGNATURE differentiate ((Fraction UP) (Fraction UP))))) debug: evaluateType form: (Mapping (List F) UP) $param: (F UP) debug: evaluateType form: (List F) $param: (F UP) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: UP $param: (F UP) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE ricDsolve ((List (Fraction UP)) (LinearOrdinaryDifferentialOperator1 (Fraction UP)) (Mapping (List F) UP))) (SIGNATURE ricDsolve ((List (Fraction UP)) (LinearOrdinaryDifferentialOperator1 (Fraction UP)) (Mapping (List F) UP) (Mapping (Factored UP) UP))) (SIGNATURE ricDsolve ((List (Fraction UP)) (LinearOrdinaryDifferentialOperator2 UP (Fraction UP)) (Mapping (List F) UP))) (SIGNATURE ricDsolve ((List (Fraction UP)) (LinearOrdinaryDifferentialOperator2 UP (Fraction UP)) (Mapping (List F) UP) (Mapping (Factored UP) UP))) (SIGNATURE singRicDE ((List (Record (: frac (Fraction UP)) (: eq (LinearOrdinaryDifferentialOperator2 UP (Fraction UP))))) (LinearOrdinaryDifferentialOperator2 UP (Fraction UP)) (Mapping (Factored UP) UP))) (SIGNATURE polyRicDE ((List (Record (: poly UP) (: eq (LinearOrdinaryDifferentialOperator2 UP (Fraction UP))))) (LinearOrdinaryDifferentialOperator2 UP (Fraction UP)) (Mapping (List F) UP))) (IF (has F (AlgebraicallyClosedField)) (PROGN (SIGNATURE ricDsolve ((List (Fraction UP)) (LinearOrdinaryDifferentialOperator1 (Fraction UP)))) (SIGNATURE ricDsolve ((List (Fraction UP)) (LinearOrdinaryDifferentialOperator1 (Fraction UP)) (Mapping (Factored UP) UP))) (SIGNATURE ricDsolve ((List (Fraction UP)) (LinearOrdinaryDifferentialOperator2 UP (Fraction UP)))) (SIGNATURE ricDsolve ((List (Fraction UP)) (LinearOrdinaryDifferentialOperator2 UP (Fraction UP)) (Mapping (Factored UP) UP)))) %noBranch)) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for RationalRicDE compiling into /tmp/oa-tyz54c importing RationalLODE(F,UP) importing NonLinearSolvePackage F importing PrimitiveRatDE(F,UP,LinearOrdinaryDifferentialOperator2(UP,Fraction UP),LinearOrdinaryDifferentialOperator1 Fraction UP) importing PrimitiveRatRicDE(F,UP,LinearOrdinaryDifferentialOperator2(UP,Fraction UP),LinearOrdinaryDifferentialOperator1 Fraction UP) compiling local UP2SUP : UP -> SparseUnivariatePolynomial Polynomial F Time: 0.12 SEC. compiling local logDerOnly : LinearOrdinaryDifferentialOperator2(UP,Fraction UP) -> List Fraction UP Time: 0.04 SEC. compiling exported ricDsolve : (LinearOrdinaryDifferentialOperator1 Fraction UP,UP -> List F) -> List Fraction UP Time: 0.02 SEC. compiling exported ricDsolve : (LinearOrdinaryDifferentialOperator2(UP,Fraction UP),UP -> List F) -> List Fraction UP Time: 0.03 SEC. compiling exported singRicDE : (LinearOrdinaryDifferentialOperator2(UP,Fraction UP),UP -> Factored UP) -> List Record(frac: Fraction UP,eq: LinearOrdinaryDifferentialOperator2(UP,Fraction UP)) Time: 0.06 SEC. compiling exported ricDsolve : (LinearOrdinaryDifferentialOperator1 Fraction UP,UP -> List F,UP -> Factored UP) -> List Fraction UP Time: 0.04 SEC. compiling local mapeval : (SparseUnivariatePolynomial Polynomial F,List Symbol,List F) -> UP Time: 0.06 SEC. compiling local FifCan : Fraction Polynomial F -> Union(F,failed) Time: 0.04 SEC. compiling local genericPolynomial : (Symbol,Integer) -> Record(poly: SparseUnivariatePolynomial Polynomial F,vars: List Symbol) Time: 0.10 SEC. compiling local ratsln : List Equation Fraction Polynomial F -> Union(Record(var: List Symbol,val: List F),failed) Time: 0.09 SEC. compiling local ratsol : List List Equation Fraction Polynomial F -> List Record(var: List Symbol,val: List F) Time: 0.04 SEC. compiling exported polyRicDE : (LinearOrdinaryDifferentialOperator2(UP,Fraction UP),UP -> List F) -> List Record(poly: UP,eq: LinearOrdinaryDifferentialOperator2(UP,Fraction UP)) Time: 0.10 SEC. compiling local reverseUP : UP -> UnivariateTaylorSeries(F,dummy,Zero) Time: 0.03 SEC. compiling local reverseUTS : (UnivariateTaylorSeries(F,dummy,Zero),NonNegativeInteger) -> UP Time: 0.01 SEC. compiling local newtonSolution : (LinearOrdinaryDifferentialOperator2(UP,Fraction UP),F,NonNegativeInteger,UP -> List F) -> UP Time: 0.41 SEC. compiling local newtonSolve : (SparseUnivariatePolynomial UnivariateTaylorSeries(F,dummy,Zero),F,NonNegativeInteger) -> Union(UnivariateTaylorSeries(F,dummy,Zero),failed) Time: 0.11 SEC. compiling exported ricDsolve : (LinearOrdinaryDifferentialOperator2(UP,Fraction UP),UP -> List F,UP -> Factored UP) -> List Fraction UP Time: 0.08 SEC. compiling local nonSingSolve : (NonNegativeInteger,LinearOrdinaryDifferentialOperator2(UP,Fraction UP),UP -> List F) -> List Fraction UP Time: 0.08 SEC. compiling local constantRic : (UP,UP -> List F) -> List F Time: 0.03 SEC. compiling local nopoly : (NonNegativeInteger,UP,LinearOrdinaryDifferentialOperator2(UP,Fraction UP),UP -> List F) -> List Fraction UP Time: 0.10 SEC. compiling local solveModulo : (UP,SparseUnivariatePolynomial UP) -> List UP Time: 0.29 SEC. compiling exported ricDsolve : LinearOrdinaryDifferentialOperator2(UP,Fraction UP) -> List Fraction UP Time: 0.02 SEC. compiling exported ricDsolve : LinearOrdinaryDifferentialOperator1 Fraction UP -> List Fraction UP Time: 0.02 SEC. compiling exported ricDsolve : (LinearOrdinaryDifferentialOperator2(UP,Fraction UP),UP -> Factored UP) -> List Fraction UP Time: 0.03 SEC. compiling exported ricDsolve : (LinearOrdinaryDifferentialOperator1 Fraction UP,UP -> Factored UP) -> List Fraction UP Time: 0.03 SEC. compiling local zro : (UP,UP -> Factored UP) -> List F Time: 0.04 SEC. compiling local zro1 : UP -> List F Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.08 SEC. Warnings: [1] ricDsolve: not known that IntegralDomain is of mode CATEGORY(package,ricDsolve: (LinearOrdinaryDifferentialOperator1 Fraction UP,(UP -> List F)) -> List Fraction UP,ricDsolve: (LinearOrdinaryDifferentialOperator1 Fraction UP,(UP -> List F),(UP -> Factored UP)) -> List Fraction UP,ricDsolve: (LinearOrdinaryDifferentialOperator2(UP,Fraction UP),(UP -> List F)) -> List Fraction UP,ricDsolve: (LinearOrdinaryDifferentialOperator2(UP,Fraction UP),(UP -> List F),(UP -> Factored UP)) -> List Fraction UP,singRicDE: (LinearOrdinaryDifferentialOperator2(UP,Fraction UP),(UP -> Factored UP)) -> List Record(frac: Fraction UP,eq: LinearOrdinaryDifferentialOperator2(UP,Fraction UP)),polyRicDE: (LinearOrdinaryDifferentialOperator2(UP,Fraction UP),(UP -> List F)) -> List Record(poly: UP,eq: LinearOrdinaryDifferentialOperator2(UP,Fraction UP)),IF(hasFAlgebraicallyClosedField(),PROGN(ricDsolve: LinearOrdinaryDifferentialOperator1 Fraction UP -> List Fraction UP,ricDsolve: (LinearOrdinaryDifferentialOperator1 Fraction UP,(UP -> Factored UP)) -> List Fraction UP,ricDsolve: LinearOrdinaryDifferentialOperator2(UP,Fraction UP) -> List Fraction UP,ricDsolve: (LinearOrdinaryDifferentialOperator2(UP,Fraction UP),(UP -> Factored UP)) -> List Fraction UP),%noBranch)) [2] zro: factors has no value [3] zro1: not known that Ring is of mode CATEGORY(package,ricDsolve: (LinearOrdinaryDifferentialOperator2(UP,Fraction UP),(UP -> Factored UP)) -> List Fraction UP) Cumulative Statistics for Constructor RationalRicDE Time: 2.15 seconds finalizing NRLIB ODERTRIC Processing RationalRicDE for Browser database: -- ricDsolve : (LQ,(UP -> List F)) -> List QF -- ricDsolve : (LQ,(UP -> List F),(UP -> Factored UP)) -> List QF -- ricDsolve : (L,(UP -> List F)) -> List QF -- ricDsolve : (L,(UP -> List F),(UP -> Factored UP)) -> List QF -- singRicDE : (L,(UP -> Factored UP)) -> List FRC -- polyRicDE : (L,(UP -> List F)) -> List POL -- ricDsolve : LQ -> List QF -- ricDsolve : (LQ,(UP -> Factored UP)) -> List QF -- ricDsolve : L -> List QF -- ricDsolve : (L,(UP -> Factored UP)) -> List QF -- constructor ; compiling file "/tmp/oa-tyz54c/code.lsp" (written 01 FEB 2016 11:14:25 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ODERTRIC;UP2SUP| ...) ; compiling (DEFUN |ODERTRIC;UP2SUP!0| ...) ; compiling (DEFUN |ODERTRIC;logDerOnly| ...) ; file: /tmp/oa-tyz54c/code.lsp ; in: DEFUN |ODERTRIC;logDerOnly| ; (DEFUN BOOT::|ODERTRIC;logDerOnly| (BOOT::|l| BOOT::$) ; (LET ((#:G762 (CDR #)) (#:G555 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G762 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ODERTRIC;logDerOnly| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|ODERTRIC;logDerOnly| ; (LET ((#:G762 #) (#:G555 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ODERTRIC;ricDsolve;LodoML;3| ...) ; compiling (DEFUN |ODERTRIC;ricDsolve;LodoML;4| ...) ; compiling (DEFUN |ODERTRIC;singRicDE;LodoML;5| ...) ; file: /tmp/oa-tyz54c/code.lsp ; in: DEFUN |ODERTRIC;singRicDE;LodoML;5| ; (DEFUN BOOT::|ODERTRIC;singRicDE;LodoML;5| ; (BOOT::|l| BOOT::|ezfactor| BOOT::$) ; (BOOT::SPADCALL BOOT::|l| (CONS #'BOOT::|ODERTRIC;solveModulo| BOOT::$) ; BOOT::|ezfactor| (BOOT::|shellEntry| BOOT::$ 46))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ODERTRIC;singRicDE;LodoML;5| ; (BOOT::|l| BOOT::|ezfactor| BOOT::$) ; (BLOCK BOOT::|ODERTRIC;singRicDE;LodoML;5| ; (BOOT::SPADCALL BOOT::|l| (CONS #'BOOT::|ODERTRIC;solveModulo| BOOT::$) ; BOOT::|ezfactor| (BOOT::|shellEntry| BOOT::$ 46)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |ODERTRIC;ricDsolve;LodoMML;6| ...) ; compiling (DEFUN |ODERTRIC;mapeval| ...) ; compiling (DEFUN |ODERTRIC;mapeval!0| ...) ; compiling (DEFUN |ODERTRIC;FifCan| ...) ; compiling (DEFUN |ODERTRIC;genericPolynomial| ...) ; compiling (DEFUN |ODERTRIC;ratsln| ...) ; compiling (DEFUN |ODERTRIC;ratsol| ...) ; compiling (DEFUN |ODERTRIC;polyRicDE;LodoML;12| ...) ; compiling (DEFUN |ODERTRIC;reverseUP| ...) ; compiling (DEFUN |ODERTRIC;reverseUTS| ...) ; compiling (DEFUN |ODERTRIC;newtonSolution| ...) ; file: /tmp/oa-tyz54c/code.lsp ; in: DEFUN |ODERTRIC;newtonSolution| ; (LET ((BOOT::|i| NIL) ; (BOOT::|m| 0) ; (BOOT::|aeq| (BOOT::|spadConstant| BOOT::$ 111)) ; (BOOT::|op| BOOT::|l|)) ; (BOOT::SEQ (LOOP (COND (# #) (T #))) (LOOP (COND (# #) (T #))) ; (BOOT::LETT BOOT::|u| ; (BOOT::|ODERTRIC;newtonSolve| BOOT::|aeq| BOOT::|a| ; BOOT::|n| BOOT::$) ; BOOT::|ODERTRIC;newtonSolution|) ; (BOOT::EXIT (COND (# #) (T #))))) ; ; caught STYLE-WARNING: ; The variable |i| is defined but never used. ; compiling (DEFUN |ODERTRIC;newtonSolve| ...) ; compiling (DEFUN |ODERTRIC;ricDsolve;LodoMML;17| ...) ; compiling (DEFUN |ODERTRIC;nonSingSolve| ...) ; compiling (DEFUN |ODERTRIC;constantRic| ...) ; file: /tmp/oa-tyz54c/code.lsp ; in: DEFUN |ODERTRIC;constantRic| ; (DEFUN BOOT::|ODERTRIC;constantRic| (BOOT::|p| BOOT::|zeros| BOOT::$) ; (COND ((ZEROP (BOOT::SPADCALL BOOT::|p| #)) NIL) ; (T ; (FUNCALL (CAR BOOT::|zeros|) (BOOT::SPADCALL BOOT::|p| #) ; (CDR BOOT::|zeros|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ODERTRIC;constantRic| ; (BOOT::|p| BOOT::|zeros| BOOT::$) ; (BLOCK BOOT::|ODERTRIC;constantRic| ; (COND ((ZEROP #) NIL) (T (FUNCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ODERTRIC;nopoly| ...) ; compiling (DEFUN |ODERTRIC;nopoly!0| ...) ; compiling (DEFUN |ODERTRIC;solveModulo| ...) ; file: /tmp/oa-tyz54c/code.lsp ; in: DEFUN |ODERTRIC;solveModulo| ; (DEFUN BOOT::|ODERTRIC;solveModulo| (BOOT::|c| BOOT::|h| BOOT::$) ; (PROG (BOOT::|sol|) ; (RETURN ; (LET (# #) ; (BOOT::SEQ # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ODERTRIC;solveModulo| ; (BOOT::|c| BOOT::|h| BOOT::$) ; (BLOCK BOOT::|ODERTRIC;solveModulo| ; (PROG (BOOT::|sol|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ODERTRIC;ricDsolve;LodoL;22| ...) ; file: /tmp/oa-tyz54c/code.lsp ; in: DEFUN |ODERTRIC;ricDsolve;LodoL;22| ; (DEFUN BOOT::|ODERTRIC;ricDsolve;LodoL;22| (BOOT::|l| BOOT::$) ; (BOOT::SPADCALL BOOT::|l| (BOOT::|shellEntry| BOOT::$ 30) ; (BOOT::|shellEntry| BOOT::$ 163))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ODERTRIC;ricDsolve;LodoL;22| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|ODERTRIC;ricDsolve;LodoL;22| ; (BOOT::SPADCALL BOOT::|l| (BOOT::|shellEntry| BOOT::$ 30) ; (BOOT::|shellEntry| BOOT::$ 163)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ODERTRIC;ricDsolve;LodoL;23| ...) ; file: /tmp/oa-tyz54c/code.lsp ; in: DEFUN |ODERTRIC;ricDsolve;LodoL;23| ; (DEFUN BOOT::|ODERTRIC;ricDsolve;LodoL;23| (BOOT::|l| BOOT::$) ; (BOOT::SPADCALL BOOT::|l| (BOOT::|shellEntry| BOOT::$ 30) ; (BOOT::|shellEntry| BOOT::$ 165))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ODERTRIC;ricDsolve;LodoL;23| ; (BOOT::|l| BOOT::$) ; (BLOCK BOOT::|ODERTRIC;ricDsolve;LodoL;23| ; (BOOT::SPADCALL BOOT::|l| (BOOT::|shellEntry| BOOT::$ 30) ; (BOOT::|shellEntry| BOOT::$ 165)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ODERTRIC;ricDsolve;LodoML;24| ...) ; compiling (DEFUN |ODERTRIC;ricDsolve;LodoML;24!0| ...) ; compiling (DEFUN |ODERTRIC;ricDsolve;LodoML;25| ...) ; compiling (DEFUN |ODERTRIC;ricDsolve;LodoML;25!0| ...) ; compiling (DEFUN |ODERTRIC;zro| ...) ; file: /tmp/oa-tyz54c/code.lsp ; in: DEFUN |ODERTRIC;zro| ; (DEFUN BOOT::|ODERTRIC;zro| (BOOT::|p| BOOT::|ezfactor| BOOT::$) ; (BOOT::SPADCALL ; (LET ((#:G773 #) (#:G755 NIL)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::|shellEntry| BOOT::$ 171))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ODERTRIC;zro| ; (BOOT::|p| BOOT::|ezfactor| BOOT::$) ; (BLOCK BOOT::|ODERTRIC;zro| ; (BOOT::SPADCALL ; (LET (# #) ; (LOOP # ; #)) ; (BOOT::|shellEntry| BOOT::$ 171)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ODERTRIC;zro1| ...) ; compiling (DEFUN |ODERTRIC;zro1!0| ...) ; file: /tmp/oa-tyz54c/code.lsp ; in: DEFUN |ODERTRIC;zro1!0| ; (DEFUN BOOT::|ODERTRIC;zro1!0| (BOOT::|#1| BOOT::$$) BOOT::|#1|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ODERTRIC;zro1!0| ; (BOOT::|#1| BOOT::$$) ; (BLOCK BOOT::|ODERTRIC;zro1!0| BOOT::|#1|)) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |RationalRicDE| ...) ; compiling (DEFUN |RationalRicDE;| ...) ; compiling (MAKEPROP (QUOTE |RationalRicDE|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 7 notes ; /tmp/oa-tyz54c/code.fasl written ; compilation finished in 0:00:00.131 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile KOVACIC.spad && cp KOVACIC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/KOVACIC.fasl \ && if test -f KOVACIC-.NRLIB/code.fasl; then \ cp KOVACIC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/KOVACIC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/KOVACIC.spad using Spad compiler. KOVACIC abbreviates package Kovacic debug: compDefine1 lhs: (Kovacic F UP) signature (pre-evaluate): ((CATEGORY package (SIGNATURE kovacic ((Union (SparseUnivariatePolynomial (Fraction UP)) failed) (Fraction UP) (Fraction UP) (Fraction UP))) (SIGNATURE kovacic ((Union (SparseUnivariatePolynomial (Fraction UP)) failed) (Fraction UP) (Fraction UP) (Fraction UP) (Mapping (Factored UP) UP)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE kovacic ((Union (SparseUnivariatePolynomial (Fraction UP)) failed) (Fraction UP) (Fraction UP) (Fraction UP))) (SIGNATURE kovacic ((Union (SparseUnivariatePolynomial (Fraction UP)) failed) (Fraction UP) (Fraction UP) (Fraction UP) (Mapping (Factored UP) UP)))) $param: (F UP) debug: evaluateType form: (Union (SparseUnivariatePolynomial (Fraction UP)) failed) $param: (F UP) debug: evaluateType form: (SparseUnivariatePolynomial (Fraction UP)) $param: (F UP) Debug: evaluateType1 form: (SparseUnivariatePolynomial (Fraction UP)) debug: evaluateType1 x: (Fraction UP) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (F UP) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evalCategory d: (Fraction UP) c: (Ring) debug: evaluateType form: failed $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Union (SparseUnivariatePolynomial (Fraction UP)) failed) $param: (F UP) debug: evaluateType form: (SparseUnivariatePolynomial (Fraction UP)) $param: (F UP) Debug: evaluateType1 form: (SparseUnivariatePolynomial (Fraction UP)) debug: evaluateType1 x: (Fraction UP) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (F UP) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evalCategory d: (Fraction UP) c: (Ring) debug: evaluateType form: failed $param: (F UP) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: (Mapping (Factored UP) UP) $param: (F UP) debug: evaluateType form: (Factored UP) $param: (F UP) Debug: evaluateType1 form: (Factored UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evaluateType form: UP $param: (F UP) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE kovacic ((Union (SparseUnivariatePolynomial (Fraction UP)) failed) (Fraction UP) (Fraction UP) (Fraction UP))) (SIGNATURE kovacic ((Union (SparseUnivariatePolynomial (Fraction UP)) failed) (Fraction UP) (Fraction UP) (Fraction UP) (Mapping (Factored UP) UP)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for Kovacic compiling into /tmp/oa-fQendW importing RationalRicDE(F,UP) compiling exported kovacic : (Fraction UP,Fraction UP,Fraction UP) -> Union(SparseUnivariatePolynomial Fraction UP,failed) Time: 0.13 SEC. compiling exported kovacic : (Fraction UP,Fraction UP,Fraction UP,UP -> Factored UP) -> Union(SparseUnivariatePolynomial Fraction UP,failed) Time: 0.15 SEC. compiling local case2 : (Fraction UP,List Record(factor: UP,exponent: Integer),UP -> Factored UP) -> Union(SparseUnivariatePolynomial Fraction UP,failed) Time: 0.31 SEC. compiling local cannotCase2? : List Record(factor: UP,exponent: Integer) -> Boolean Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] kovacic: not known that IntegralDomain is of mode CATEGORY(package,kovacic: (Fraction UP,Fraction UP,Fraction UP) -> Union(SparseUnivariatePolynomial Fraction UP,"failed"),kovacic: (Fraction UP,Fraction UP,Fraction UP,(UP -> Factored UP)) -> Union(SparseUnivariatePolynomial Fraction UP,"failed")) [2] kovacic: factors has no value Cumulative Statistics for Constructor Kovacic Time: 0.62 seconds finalizing NRLIB KOVACIC Processing Kovacic for Browser database: -- kovacic : (RF,RF,RF) -> Union(SUP,"failed") -- kovacic : (RF,RF,RF,(UP -> Factored UP)) -> Union(SUP,"failed") -- constructor ; compiling file "/tmp/oa-fQendW/code.lsp" (written 01 FEB 2016 11:14:26 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |KOVACIC;kovacic;3FU;1| ...) ; compiling (DEFUN |KOVACIC;kovacic;3FMU;2| ...) ; compiling (DEFUN |KOVACIC;case2| ...) ; compiling (DEFUN |KOVACIC;cannotCase2?| ...) ; file: /tmp/oa-fQendW/code.lsp ; in: DEFUN |KOVACIC;cannotCase2?| ; (DEFUN BOOT::|KOVACIC;cannotCase2?| (BOOT::|lf| BOOT::$) ; (PROGN ; (LET ((#:G579 BOOT::|lf|)) ; (LOOP (COND # #) ; (SETQ #))) ; T)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|KOVACIC;cannotCase2?| ; (BOOT::|lf| BOOT::$) ; (BLOCK BOOT::|KOVACIC;cannotCase2?| ; (PROGN ; (LET (#) ; (LOOP # ; #)) ; T))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |Kovacic| ...) ; compiling (DEFUN |Kovacic;| ...) ; compiling (MAKEPROP (QUOTE |Kovacic|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; /tmp/oa-fQendW/code.fasl written ; compilation finished in 0:00:00.061 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile LIE.spad && cp LIE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LIE.fasl \ && if test -f LIE-.NRLIB/code.fasl; then \ cp LIE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LIE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LIE.spad using Spad compiler. LIE abbreviates domain AssociatedLieAlgebra debug: compDefine1 lhs: (AssociatedLieAlgebra R A) signature (pre-evaluate): ((Join (NonAssociativeAlgebra R) (CoercibleTo A) (CATEGORY domain (SIGNATURE coerce ($ A)) (IF (has A (FramedNonAssociativeAlgebra R)) (ATTRIBUTE (FramedNonAssociativeAlgebra R)) %noBranch) (IF (has A (FiniteRankNonAssociativeAlgebra R)) (ATTRIBUTE (FiniteRankNonAssociativeAlgebra R)) %noBranch))) (CommutativeRing) (NonAssociativeAlgebra R)) debug: evaluateType form: (Join (NonAssociativeAlgebra R) (CoercibleTo A) (CATEGORY domain (SIGNATURE coerce ($ A)) (IF (has A (FramedNonAssociativeAlgebra R)) (ATTRIBUTE (FramedNonAssociativeAlgebra R)) %noBranch) (IF (has A (FiniteRankNonAssociativeAlgebra R)) (ATTRIBUTE (FiniteRankNonAssociativeAlgebra R)) %noBranch))) $param: (R A) debug: evaluateType form: (NonAssociativeAlgebra R) $param: (R A) Debug: evaluateType1 form: (NonAssociativeAlgebra R) debug: evaluateType1 x: R m: (CommutativeRing) debug: evaluateType form: (CoercibleTo A) $param: (R A) Debug: evaluateType1 form: (CoercibleTo A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE coerce ($ A)) (IF (has A (FramedNonAssociativeAlgebra R)) (ATTRIBUTE (FramedNonAssociativeAlgebra R)) %noBranch) (IF (has A (FiniteRankNonAssociativeAlgebra R)) (ATTRIBUTE (FiniteRankNonAssociativeAlgebra R)) %noBranch)) $param: (R A) debug: evaluateType form: A $param: (R A) debug: evaluateType form: (CommutativeRing) $param: (R A) Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (NonAssociativeAlgebra R) $param: (R A) Debug: evaluateType1 form: (NonAssociativeAlgebra R) debug: evaluateType1 x: R m: (CommutativeRing) debug: compDefine1 signature (post evaluate): ((Join (NonAssociativeAlgebra R) (CoercibleTo A) (CATEGORY domain (SIGNATURE coerce ($ A)) (IF (has A (FramedNonAssociativeAlgebra R)) (ATTRIBUTE (FramedNonAssociativeAlgebra R)) %noBranch) (IF (has A (FiniteRankNonAssociativeAlgebra R)) (ATTRIBUTE (FiniteRankNonAssociativeAlgebra R)) %noBranch))) (CommutativeRing) (NonAssociativeAlgebra R)) debug: compDefine1 lhs: (AssociatedLieAlgebra R A) signature (pre-evaluate): ((Join (NonAssociativeAlgebra R) (CoercibleTo A) (CATEGORY domain (SIGNATURE coerce ($ A)) (IF (has A (FramedNonAssociativeAlgebra R)) (ATTRIBUTE (FramedNonAssociativeAlgebra R)) %noBranch) (IF (has A (FiniteRankNonAssociativeAlgebra R)) (ATTRIBUTE (FiniteRankNonAssociativeAlgebra R)) %noBranch))) NIL NIL) debug: evaluateType form: (Join (NonAssociativeAlgebra R) (CoercibleTo A) (CATEGORY domain (SIGNATURE coerce ($ A)) (IF (has A (FramedNonAssociativeAlgebra R)) (ATTRIBUTE (FramedNonAssociativeAlgebra R)) %noBranch) (IF (has A (FiniteRankNonAssociativeAlgebra R)) (ATTRIBUTE (FiniteRankNonAssociativeAlgebra R)) %noBranch))) $param: (R A) debug: evaluateType form: (NonAssociativeAlgebra R) $param: (R A) Debug: evaluateType1 form: (NonAssociativeAlgebra R) debug: evaluateType1 x: R m: (CommutativeRing) debug: evaluateType form: (CoercibleTo A) $param: (R A) Debug: evaluateType1 form: (CoercibleTo A) debug: evaluateType1 x: A m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE coerce ($ A)) (IF (has A (FramedNonAssociativeAlgebra R)) (ATTRIBUTE (FramedNonAssociativeAlgebra R)) %noBranch) (IF (has A (FiniteRankNonAssociativeAlgebra R)) (ATTRIBUTE (FiniteRankNonAssociativeAlgebra R)) %noBranch)) $param: (R A) debug: evaluateType form: A $param: (R A) debug: compDefine1 signature (post evaluate): ((Join (NonAssociativeAlgebra R) (CoercibleTo A) (CATEGORY domain (SIGNATURE coerce ($ A)) (IF (has A (FramedNonAssociativeAlgebra R)) (ATTRIBUTE (FramedNonAssociativeAlgebra R)) %noBranch) (IF (has A (FiniteRankNonAssociativeAlgebra R)) (ATTRIBUTE (FiniteRankNonAssociativeAlgebra R)) %noBranch))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for AssociatedLieAlgebra compiling into /tmp/oa-vyGoJH compiling exported * : (%,%) -> % Time: 0.04 SEC. compiling exported coerce : % -> A LIE;coerce;$A;2 a is replaced by a Time: 0 SEC. compiling exported coerce : A -> % LIE;coerce;A$;3 a is replaced by a Time: 0 SEC. compiling exported ** : (%,PositiveInteger) -> % Time: 0.01 SEC. (time taken in buildFunctor: 4) Time: 0.06 SEC. Cumulative Statistics for Constructor AssociatedLieAlgebra Time: 0.11 seconds finalizing NRLIB LIE Processing AssociatedLieAlgebra for Browser database: -- coerce : A -> % -- constructor ; compiling file "/tmp/oa-vyGoJH/code.lsp" (written 01 FEB 2016 11:14:26 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIE;coerce;$A;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LIE;coerce;A$;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LIE;*;3$;1| ...) ; compiling (DEFUN |LIE;coerce;$A;2| ...) ; compiling (DEFUN |LIE;coerce;A$;3| ...) ; compiling (DEFUN |LIE;**;$Pi$;4| ...) ; compiling (DEFUN |AssociatedLieAlgebra| ...) ; compiling (DEFUN |AssociatedLieAlgebra;| ...) ; compiling (MAKEPROP (QUOTE |AssociatedLieAlgebra|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-vyGoJH/code.fasl written ; compilation finished in 0:00:00.019 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile LODOF.spad && cp LODOF.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LODOF.fasl \ && if test -f LODOF-.NRLIB/code.fasl; then \ cp LODOF-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LODOF-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LODOF.spad using Spad compiler. LODOF abbreviates package LinearOrdinaryDifferentialOperatorFactorizer debug: compDefine1 lhs: (LinearOrdinaryDifferentialOperatorFactorizer F UP) signature (pre-evaluate): ((CATEGORY package (SIGNATURE factor ((List (LinearOrdinaryDifferentialOperator1 (Fraction UP))) (LinearOrdinaryDifferentialOperator1 (Fraction UP)) (Mapping (List F) UP))) (IF (has F (AlgebraicallyClosedField)) (PROGN (SIGNATURE factor ((List (LinearOrdinaryDifferentialOperator1 (Fraction UP))) (LinearOrdinaryDifferentialOperator1 (Fraction UP)))) (SIGNATURE factor1 ((List (LinearOrdinaryDifferentialOperator1 (Fraction UP))) (LinearOrdinaryDifferentialOperator1 (Fraction UP))))) %noBranch)) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE factor ((List (LinearOrdinaryDifferentialOperator1 (Fraction UP))) (LinearOrdinaryDifferentialOperator1 (Fraction UP)) (Mapping (List F) UP))) (IF (has F (AlgebraicallyClosedField)) (PROGN (SIGNATURE factor ((List (LinearOrdinaryDifferentialOperator1 (Fraction UP))) (LinearOrdinaryDifferentialOperator1 (Fraction UP)))) (SIGNATURE factor1 ((List (LinearOrdinaryDifferentialOperator1 (Fraction UP))) (LinearOrdinaryDifferentialOperator1 (Fraction UP))))) %noBranch)) $param: (F UP) debug: evaluateType form: (List (LinearOrdinaryDifferentialOperator1 (Fraction UP))) $param: (F UP) Debug: evaluateType1 form: (List (LinearOrdinaryDifferentialOperator1 (Fraction UP))) debug: evaluateType1 x: (LinearOrdinaryDifferentialOperator1 (Fraction UP)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (F UP) Debug: evaluateType1 form: (Type) debug: evaluateType form: (LinearOrdinaryDifferentialOperator1 (Fraction UP)) $param: (F UP) Debug: evaluateType1 form: (LinearOrdinaryDifferentialOperator1 (Fraction UP)) debug: evaluateType1 x: (Fraction UP) m: (DifferentialRing) debug: evaluateType1 categoryForm: (DifferentialRing) debug: evaluateType form: (DifferentialRing) $param: (F UP) Debug: evaluateType1 form: (DifferentialRing) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evalCategory d: (Fraction UP) c: (DifferentialRing) debug: evalCategory d: (LinearOrdinaryDifferentialOperator1 (Fraction UP)) c: (Type) debug: evaluateType form: (LinearOrdinaryDifferentialOperator1 (Fraction UP)) $param: (F UP) Debug: evaluateType1 form: (LinearOrdinaryDifferentialOperator1 (Fraction UP)) debug: evaluateType1 x: (Fraction UP) m: (DifferentialRing) debug: evaluateType1 categoryForm: (DifferentialRing) debug: evaluateType form: (DifferentialRing) $param: (F UP) Debug: evaluateType1 form: (DifferentialRing) debug: evaluateType form: (Fraction UP) $param: (F UP) Debug: evaluateType1 form: (Fraction UP) debug: evaluateType1 x: UP m: (IntegralDomain) debug: evalCategory d: (Fraction UP) c: (DifferentialRing) debug: evaluateType form: (Mapping (List F) UP) $param: (F UP) debug: evaluateType form: (List F) $param: (F UP) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: UP $param: (F UP) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE factor ((List (LinearOrdinaryDifferentialOperator1 (Fraction UP))) (LinearOrdinaryDifferentialOperator1 (Fraction UP)) (Mapping (List F) UP))) (IF (has F (AlgebraicallyClosedField)) (PROGN (SIGNATURE factor ((List (LinearOrdinaryDifferentialOperator1 (Fraction UP))) (LinearOrdinaryDifferentialOperator1 (Fraction UP)))) (SIGNATURE factor1 ((List (LinearOrdinaryDifferentialOperator1 (Fraction UP))) (LinearOrdinaryDifferentialOperator1 (Fraction UP))))) %noBranch)) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for LinearOrdinaryDifferentialOperatorFactorizer compiling into /tmp/oa-OkCCk5 importing RationalLODE(F,UP) importing RationalRicDE(F,UP) compiling exported factor : (LinearOrdinaryDifferentialOperator1 Fraction UP,UP -> List F) -> List LinearOrdinaryDifferentialOperator1 Fraction UP Time: 0.11 SEC. compiling local expsol : (LinearOrdinaryDifferentialOperator1 Fraction UP,UP -> List F,UP -> Factored UP) -> Union(Fraction UP,failed) Time: 0.04 SEC. compiling local expsols : (LinearOrdinaryDifferentialOperator1 Fraction UP,UP -> List F,UP -> Factored UP,Boolean) -> List Fraction UP Time: 0.05 SEC. compiling local opeval : (LinearOrdinaryDifferentialOperator1 Fraction UP,LinearOrdinaryDifferentialOperator1 Fraction UP) -> LinearOrdinaryDifferentialOperator1 Fraction UP Time: 0.03 SEC. compiling local recurfactor : (LinearOrdinaryDifferentialOperator1 Fraction UP,LinearOrdinaryDifferentialOperator1 Fraction UP,UP -> List F,UP -> Factored UP,Boolean) -> List LinearOrdinaryDifferentialOperator1 Fraction UP Time: 0.04 SEC. compiling local rfactor : (LinearOrdinaryDifferentialOperator1 Fraction UP,LinearOrdinaryDifferentialOperator1 Fraction UP,UP -> List F,UP -> Factored UP,Boolean) -> List LinearOrdinaryDifferentialOperator1 Fraction UP Time: 0.07 SEC. compiling local innerFactor : (LinearOrdinaryDifferentialOperator1 Fraction UP,UP -> List F,UP -> Factored UP,Boolean) -> List LinearOrdinaryDifferentialOperator1 Fraction UP Time: 0.08 SEC. compiling local rightFactor : (LinearOrdinaryDifferentialOperator1 Fraction UP,NonNegativeInteger,UP -> List F,UP -> Factored UP) -> Union(LinearOrdinaryDifferentialOperator1 Fraction UP,failed) Time: 0.06 SEC. compiling local zro : (UP,UP -> Factored UP) -> List F Time: 0.06 SEC. compiling local zro1 : UP -> List F Time: 0.04 SEC. importing AlgFactor UP compiling exported factor : LinearOrdinaryDifferentialOperator1 Fraction UP -> List LinearOrdinaryDifferentialOperator1 Fraction UP Time: 0.04 SEC. compiling exported factor1 : LinearOrdinaryDifferentialOperator1 Fraction UP -> List LinearOrdinaryDifferentialOperator1 Fraction UP Time: 0.04 SEC. compiling exported factor : LinearOrdinaryDifferentialOperator1 Fraction UP -> List LinearOrdinaryDifferentialOperator1 Fraction UP Time: 0.03 SEC. compiling exported factor1 : LinearOrdinaryDifferentialOperator1 Fraction UP -> List LinearOrdinaryDifferentialOperator1 Fraction UP Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] factor: not known that IntegralDomain is of mode CATEGORY(package,factor: (LinearOrdinaryDifferentialOperator1 Fraction UP,(UP -> List F)) -> List LinearOrdinaryDifferentialOperator1 Fraction UP,IF(hasFAlgebraicallyClosedField(),PROGN(factor: LinearOrdinaryDifferentialOperator1 Fraction UP -> List LinearOrdinaryDifferentialOperator1 Fraction UP,factor1: LinearOrdinaryDifferentialOperator1 Fraction UP -> List LinearOrdinaryDifferentialOperator1 Fraction UP),%noBranch)) [2] expsol: empty? has no value [3] zro: factors has no value [4] zro1: not known that Ring is of mode CATEGORY(package,factor1: LinearOrdinaryDifferentialOperator1 Fraction UP -> List LinearOrdinaryDifferentialOperator1 Fraction UP) Cumulative Statistics for Constructor LinearOrdinaryDifferentialOperatorFactorizer Time: 0.73 seconds finalizing NRLIB LODOF Processing LinearOrdinaryDifferentialOperatorFactorizer for Browser database: -- factor : (L,(UP -> List F)) -> List L -- factor : L -> List L -- factor1 : L -> List L -- constructor ; compiling file "/tmp/oa-OkCCk5/code.lsp" (written 01 FEB 2016 11:14:27 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LODOF;factor;LodoML;1| ...) ; compiling (DEFUN |LODOF;expsol| ...) ; compiling (DEFUN |LODOF;expsols| ...) ; file: /tmp/oa-OkCCk5/code.lsp ; in: DEFUN |LODOF;expsols| ; (DEFUN BOOT::|LODOF;expsols| ; (BOOT::|l| BOOT::|zeros| BOOT::|ezfactor| BOOT::|all?| BOOT::$) ; (LET ((BOOT::|sol| ; (LET # ; #))) ; (BOOT::SEQ (COND (# #)) (BOOT::EXIT (BOOT::SPADCALL BOOT::|sol| # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LODOF;expsols| ; (BOOT::|l| BOOT::|zeros| BOOT::|ezfactor| BOOT::|all?| BOOT::$) ; (BLOCK BOOT::|LODOF;expsols| ; (LET ((BOOT::|sol| #)) ; (BOOT::SEQ (COND #) (BOOT::EXIT #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |LODOF;opeval| ...) ; compiling (DEFUN |LODOF;recurfactor| ...) ; compiling (DEFUN |LODOF;rfactor| ...) ; file: /tmp/oa-OkCCk5/code.lsp ; in: DEFUN |LODOF;rfactor| ; (DEFUN BOOT::|LODOF;rfactor| ; (BOOT::|op| BOOT::|r| BOOT::|zeros| BOOT::|ezfactor| BOOT::|adj?| ; BOOT::$) ; (COND ; ((OR (< 1 #) (NOT #)) ; (BOOT::|LODOF;recurfactor| BOOT::|op| BOOT::|r| BOOT::|zeros| ; BOOT::|ezfactor| BOOT::|adj?| BOOT::$)) ; (T ; (LET (#) ; (BOOT::SPADCALL # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LODOF;rfactor| ; (BOOT::|op| BOOT::|r| BOOT::|zeros| BOOT::|ezfactor| BOOT::|adj?| ; BOOT::$) ; (BLOCK BOOT::|LODOF;rfactor| ; (COND ; ((OR # #) ; (BOOT::|LODOF;recurfactor| BOOT::|op| BOOT::|r| BOOT::|zeros| ; BOOT::|ezfactor| BOOT::|adj?| BOOT::$)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |LODOF;rfactor!0| ...) ; compiling (DEFUN |LODOF;innerFactor| ...) ; file: /tmp/oa-OkCCk5/code.lsp ; in: DEFUN |LODOF;innerFactor| ; (DEFUN BOOT::|LODOF;innerFactor| ; (BOOT::|l| BOOT::|zeros| BOOT::|ezfactor| BOOT::|r1?| BOOT::$) ; (PROG (BOOT::|ll| BOOT::|u|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LODOF;innerFactor| ; (BOOT::|l| BOOT::|zeros| BOOT::|ezfactor| BOOT::|r1?| BOOT::$) ; (BLOCK BOOT::|LODOF;innerFactor| ; (PROG (BOOT::|ll| BOOT::|u|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |LODOF;rightFactor| ...) ; compiling (DEFUN |LODOF;zro| ...) ; file: /tmp/oa-OkCCk5/code.lsp ; in: DEFUN |LODOF;zro| ; (DEFUN BOOT::|LODOF;zro| (BOOT::|p| BOOT::|ezfactor| BOOT::$) ; (BOOT::SPADCALL ; (LET ((#:G636 #) (#:G622 NIL)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::|shellEntry| BOOT::$ 76))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LODOF;zro| ; (BOOT::|p| BOOT::|ezfactor| BOOT::$) ; (BLOCK BOOT::|LODOF;zro| ; (BOOT::SPADCALL ; (LET (# #) ; (LOOP # ; #)) ; (BOOT::|shellEntry| BOOT::$ 76)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |LODOF;zro1| ...) ; compiling (DEFUN |LODOF;zro1!0| ...) ; file: /tmp/oa-OkCCk5/code.lsp ; in: DEFUN |LODOF;zro1!0| ; (DEFUN BOOT::|LODOF;zro1!0| (BOOT::|#1| BOOT::$$) BOOT::|#1|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LODOF;zro1!0| ; (BOOT::|#1| BOOT::$$) ; (BLOCK BOOT::|LODOF;zro1!0| BOOT::|#1|)) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |LODOF;factor;LodoL;11| ...) ; compiling (DEFUN |LODOF;factor;LodoL;11!0| ...) ; compiling (DEFUN |LODOF;factor1;LodoL;12| ...) ; compiling (DEFUN |LODOF;factor1;LodoL;12!0| ...) ; compiling (DEFUN |LODOF;factor;LodoL;13| ...) ; compiling (DEFUN |LODOF;factor;LodoL;13!0| ...) ; compiling (DEFUN |LODOF;factor1;LodoL;14| ...) ; compiling (DEFUN |LODOF;factor1;LodoL;14!0| ...) ; compiling (DEFUN |LinearOrdinaryDifferentialOperatorFactorizer| ...) ; compiling (DEFUN |LinearOrdinaryDifferentialOperatorFactorizer;| ...) ; compiling (MAKEPROP (QUOTE |LinearOrdinaryDifferentialOperatorFactorizer|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 4 notes ; /tmp/oa-OkCCk5/code.fasl written ; compilation finished in 0:00:00.077 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile LSQM.spad && cp LSQM.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LSQM.fasl \ && if test -f LSQM-.NRLIB/code.fasl; then \ cp LSQM-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LSQM-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LSQM.spad using Spad compiler. LSQM abbreviates domain LieSquareMatrix debug: compDefine1 lhs: (LieSquareMatrix n R) signature (pre-evaluate): ((Join (SquareMatrixCategory n R (DirectProduct n R) (DirectProduct n R)) (CoercibleTo (Matrix R)) (FramedNonAssociativeAlgebra R)) NIL NIL) debug: evaluateType form: (Join (SquareMatrixCategory n R (DirectProduct n R) (DirectProduct n R)) (CoercibleTo (Matrix R)) (FramedNonAssociativeAlgebra R)) $param: (n R) debug: evaluateType form: (SquareMatrixCategory n R (DirectProduct n R) (DirectProduct n R)) $param: (n R) Debug: evaluateType1 form: (SquareMatrixCategory n R (DirectProduct n R) (DirectProduct n R)) debug: evaluateType1 x: n m: (NonNegativeInteger) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: (DirectProduct n R) m: (DirectProductCategory n R) debug: evaluateType1 categoryForm: (DirectProductCategory n R) debug: evaluateType form: (DirectProductCategory n R) $param: (n R) Debug: evaluateType1 form: (DirectProductCategory n R) debug: evaluateType1 x: n m: (NonNegativeInteger) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (DirectProduct n R) $param: (n R) Debug: evaluateType1 form: (DirectProduct n R) debug: evaluateType1 x: n m: (NonNegativeInteger) debug: evaluateType1 x: R m: (Type) debug: evalCategory d: (DirectProduct n R) c: (DirectProductCategory n R) debug: evaluateType1 x: (DirectProduct n R) m: (DirectProductCategory n R) debug: evaluateType1 categoryForm: (DirectProductCategory n R) debug: evaluateType form: (DirectProductCategory n R) $param: (n R) Debug: evaluateType1 form: (DirectProductCategory n R) debug: evaluateType1 x: n m: (NonNegativeInteger) debug: evaluateType1 x: R m: (Type) debug: evaluateType form: (DirectProduct n R) $param: (n R) Debug: evaluateType1 form: (DirectProduct n R) debug: evaluateType1 x: n m: (NonNegativeInteger) debug: evaluateType1 x: R m: (Type) debug: evalCategory d: (DirectProduct n R) c: (DirectProductCategory n R) debug: evaluateType form: (CoercibleTo (Matrix R)) $param: (n R) Debug: evaluateType1 form: (CoercibleTo (Matrix R)) debug: evaluateType1 x: (Matrix R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (n R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix R) $param: (n R) Debug: evaluateType1 form: (Matrix R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Matrix R) c: (Type) debug: evaluateType form: (FramedNonAssociativeAlgebra R) $param: (n R) Debug: evaluateType1 form: (FramedNonAssociativeAlgebra R) debug: evaluateType1 x: R m: (CommutativeRing) debug: compDefine1 signature (post evaluate): ((Join (SquareMatrixCategory n R (DirectProduct n R) (DirectProduct n R)) (CoercibleTo (Matrix R)) (FramedNonAssociativeAlgebra R)) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for LieSquareMatrix compiling into /tmp/oa-3bApD5 compiling local conv : DirectProduct(n2,R) -> SquareMatrix(n,R) Time: 0.10 SEC. compiling exported coordinates : (%,Vector %) -> Vector R Time: 0.02 SEC. compiling local convDM : DirectProduct(n2,R) -> % Time: 0.03 SEC. compiling exported basis : () -> Vector % Time: 0.04 SEC. compiling exported someBasis : () -> Vector % Time: 0.00 SEC. compiling exported rank : () -> PositiveInteger Time: 0 SEC. (time taken in buildFunctor: 40) Time: 0.08 SEC. Warnings: [1] not known that NonAssociativeAlgebraR is of mode CATEGORY(domain,new: R -> %,transpose: % -> %,squareMatrix: Matrix R -> %,IF(hasRConvertibleTo(InputForm()),ConvertibleTo InputForm,%noBranch)) Cumulative Statistics for Constructor LieSquareMatrix Time: 0.27 seconds --------------non extending category---------------------- LieSquareMatrix(#1,#2) of category Join(SquareMatrixCategory(#1,#2, DirectProduct(#1,#2),DirectProduct(#1,#2)),CoercibleTo Matrix #2, FramedNonAssociativeAlgebra #2) has no CoercibleTo SquareMatrix(#1,#2) ---------------------------------------------------------- finalizing NRLIB LSQM Processing LieSquareMatrix for Browser database: -- constructor ; compiling file "/tmp/oa-3bApD5/code.lsp" (written 01 FEB 2016 11:14:27 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LSQM;rank;Pi;6|) ...) ; compiling (DEFUN |LSQM;conv| ...) ; compiling (DEFUN |LSQM;coordinates;$VV;2| ...) ; file: /tmp/oa-3bApD5/code.lsp ; in: DEFUN |LSQM;coordinates;$VV;2| ; (DEFUN BOOT::|LSQM;coordinates;$VV;2| (BOOT::|a| BOOT::|b| BOOT::$) ; (LET ((BOOT::|res| (BOOT::SPADCALL # # #)) (BOOT::|z| 0)) ; (BOOT::SEQ ; (LET (# #) ; (LOOP # ; #)) ; (BOOT::EXIT BOOT::|res|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LSQM;coordinates;$VV;2| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|LSQM;coordinates;$VV;2| ; (LET ((BOOT::|res| #) (BOOT::|z| 0)) ; (BOOT::SEQ ; (LET # ; #) ; (BOOT::EXIT BOOT::|res|))))) ; ; caught STYLE-WARNING: ; The variable |b| is defined but never used. ; compiling (DEFUN |LSQM;convDM| ...) ; compiling (DEFUN |LSQM;basis;V;4| ...) ; compiling (DEFUN |LSQM;someBasis;V;5| ...) ; compiling (DEFUN |LSQM;rank;Pi;6| ...) ; compiling (DEFUN |LieSquareMatrix| ...) ; compiling (DEFUN |LieSquareMatrix;| ...) ; compiling (MAKEPROP (QUOTE |LieSquareMatrix|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; /tmp/oa-3bApD5/code.fasl written ; compilation finished in 0:00:00.047 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile NCEP.spad && cp NCEP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/NCEP.fasl \ && if test -f NCEP-.NRLIB/code.fasl; then \ cp NCEP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/NCEP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NCEP.spad using Spad compiler. NCEP abbreviates package NumericComplexEigenPackage debug: compDefine1 lhs: (NumericComplexEigenPackage Par) signature (pre-evaluate): ((CATEGORY package (SIGNATURE characteristicPolynomial ((Polynomial (Complex (Fraction (Integer)))) (Matrix (Complex (Fraction (Integer)))))) (SIGNATURE characteristicPolynomial ((Polynomial (Complex (Fraction (Integer)))) (Matrix (Complex (Fraction (Integer)))) (Symbol))) (SIGNATURE complexEigenvalues ((List (Complex Par)) (Matrix (Complex (Fraction (Integer)))) Par)) (SIGNATURE complexEigenvectors ((List (Record (: outval (Complex Par)) (: outmult (Integer)) (: outvect (List (Matrix (Complex Par)))))) (Matrix (Complex (Fraction (Integer)))) Par))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE characteristicPolynomial ((Polynomial (Complex (Fraction (Integer)))) (Matrix (Complex (Fraction (Integer)))))) (SIGNATURE characteristicPolynomial ((Polynomial (Complex (Fraction (Integer)))) (Matrix (Complex (Fraction (Integer)))) (Symbol))) (SIGNATURE complexEigenvalues ((List (Complex Par)) (Matrix (Complex (Fraction (Integer)))) Par)) (SIGNATURE complexEigenvectors ((List (Record (: outval (Complex Par)) (: outmult (Integer)) (: outvect (List (Matrix (Complex Par)))))) (Matrix (Complex (Fraction (Integer)))) Par))) $param: (Par) debug: evaluateType form: (Polynomial (Complex (Fraction (Integer)))) $param: (Par) Debug: evaluateType1 form: (Polynomial (Complex (Fraction (Integer)))) debug: evaluateType1 x: (Complex (Fraction (Integer))) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (Par) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Complex (Fraction (Integer))) $param: (Par) Debug: evaluateType1 form: (Complex (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: (Par) Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (Fraction (Integer)) $param: (Par) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Par) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Par) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (CommutativeRing) debug: evalCategory d: (Complex (Fraction (Integer))) c: (Ring) debug: evaluateType form: (Matrix (Complex (Fraction (Integer)))) $param: (Par) Debug: evaluateType1 form: (Matrix (Complex (Fraction (Integer)))) debug: evaluateType1 x: (Complex (Fraction (Integer))) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (Par) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Complex (Fraction (Integer))) $param: (Par) Debug: evaluateType1 form: (Complex (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: (Par) Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (Fraction (Integer)) $param: (Par) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Par) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Par) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (CommutativeRing) debug: evalCategory d: (Complex (Fraction (Integer))) c: (Ring) debug: evaluateType form: (Polynomial (Complex (Fraction (Integer)))) $param: (Par) Debug: evaluateType1 form: (Polynomial (Complex (Fraction (Integer)))) debug: evaluateType1 x: (Complex (Fraction (Integer))) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (Par) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Complex (Fraction (Integer))) $param: (Par) Debug: evaluateType1 form: (Complex (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: (Par) Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (Fraction (Integer)) $param: (Par) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Par) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Par) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (CommutativeRing) debug: evalCategory d: (Complex (Fraction (Integer))) c: (Ring) debug: evaluateType form: (Matrix (Complex (Fraction (Integer)))) $param: (Par) Debug: evaluateType1 form: (Matrix (Complex (Fraction (Integer)))) debug: evaluateType1 x: (Complex (Fraction (Integer))) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (Par) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Complex (Fraction (Integer))) $param: (Par) Debug: evaluateType1 form: (Complex (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: (Par) Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (Fraction (Integer)) $param: (Par) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Par) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Par) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (CommutativeRing) debug: evalCategory d: (Complex (Fraction (Integer))) c: (Ring) debug: evaluateType form: (Symbol) $param: (Par) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (List (Complex Par)) $param: (Par) Debug: evaluateType1 form: (List (Complex Par)) debug: evaluateType1 x: (Complex Par) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Complex Par) $param: (Par) Debug: evaluateType1 form: (Complex Par) debug: evaluateType1 x: Par m: (CommutativeRing) debug: evalCategory d: (Complex Par) c: (Type) debug: evaluateType form: (Matrix (Complex (Fraction (Integer)))) $param: (Par) Debug: evaluateType1 form: (Matrix (Complex (Fraction (Integer)))) debug: evaluateType1 x: (Complex (Fraction (Integer))) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (Par) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Complex (Fraction (Integer))) $param: (Par) Debug: evaluateType1 form: (Complex (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: (Par) Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (Fraction (Integer)) $param: (Par) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Par) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Par) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (CommutativeRing) debug: evalCategory d: (Complex (Fraction (Integer))) c: (Ring) debug: evaluateType form: Par $param: (Par) debug: evaluateType form: (List (Record (: outval (Complex Par)) (: outmult (Integer)) (: outvect (List (Matrix (Complex Par)))))) $param: (Par) Debug: evaluateType1 form: (List (Record (: outval (Complex Par)) (: outmult (Integer)) (: outvect (List (Matrix (Complex Par)))))) debug: evaluateType1 x: (Record (: outval (Complex Par)) (: outmult (Integer)) (: outvect (List (Matrix (Complex Par))))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: outval (Complex Par)) (: outmult (Integer)) (: outvect (List (Matrix (Complex Par))))) $param: (Par) debug: evaluateType form: (Complex Par) $param: (Par) Debug: evaluateType1 form: (Complex Par) debug: evaluateType1 x: Par m: (CommutativeRing) debug: evaluateType form: (Integer) $param: (Par) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (List (Matrix (Complex Par))) $param: (Par) Debug: evaluateType1 form: (List (Matrix (Complex Par))) debug: evaluateType1 x: (Matrix (Complex Par)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Par) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix (Complex Par)) $param: (Par) Debug: evaluateType1 form: (Matrix (Complex Par)) debug: evaluateType1 x: (Complex Par) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (Par) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Complex Par) $param: (Par) Debug: evaluateType1 form: (Complex Par) debug: evaluateType1 x: Par m: (CommutativeRing) debug: evalCategory d: (Complex Par) c: (Ring) debug: evalCategory d: (Matrix (Complex Par)) c: (Type) debug: evalCategory d: (Record (: outval (Complex Par)) (: outmult (Integer)) (: outvect (List (Matrix (Complex Par))))) c: (Type) debug: evaluateType form: (Matrix (Complex (Fraction (Integer)))) $param: (Par) Debug: evaluateType1 form: (Matrix (Complex (Fraction (Integer)))) debug: evaluateType1 x: (Complex (Fraction (Integer))) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (Par) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Complex (Fraction (Integer))) $param: (Par) Debug: evaluateType1 form: (Complex (Fraction (Integer))) debug: evaluateType1 x: (Fraction (Integer)) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: (Par) Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (Fraction (Integer)) $param: (Par) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (Par) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (Par) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (CommutativeRing) debug: evalCategory d: (Complex (Fraction (Integer))) c: (Ring) debug: evaluateType form: Par $param: (Par) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE characteristicPolynomial ((Polynomial (Complex (Fraction (Integer)))) (Matrix (Complex (Fraction (Integer)))))) (SIGNATURE characteristicPolynomial ((Polynomial (Complex (Fraction (Integer)))) (Matrix (Complex (Fraction (Integer)))) (Symbol))) (SIGNATURE complexEigenvalues ((List (Complex Par)) (Matrix (Complex (Fraction (Integer)))) Par)) (SIGNATURE complexEigenvectors ((List (Record (: outval (Complex Par)) (: outmult (Integer)) (: outvect (List (Matrix (Complex Par)))))) (Matrix (Complex (Fraction (Integer)))) Par))) NIL) ------------------------------------------------------------------------ initializing stationary directory for NumericComplexEigenPackage compiling into /tmp/oa-2k8otr importing InnerNumericEigenPackage(Complex Fraction Integer,Complex Par,Par) compiling exported characteristicPolynomial : Matrix Complex Fraction Integer -> Polynomial Complex Fraction Integer Time: 0.14 SEC. compiling exported characteristicPolynomial : (Matrix Complex Fraction Integer,Symbol) -> Polynomial Complex Fraction Integer Time: 0.03 SEC. compiling exported complexEigenvalues : (Matrix Complex Fraction Integer,Par) -> List Complex Par Time: 0.02 SEC. compiling exported complexEigenvectors : (Matrix Complex Fraction Integer,Par) -> List Record(outval: Complex Par,outmult: Integer,outvect: List Matrix Complex Par) Time: 0.05 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor NumericComplexEigenPackage Time: 0.23 seconds finalizing NRLIB NCEP Processing NumericComplexEigenPackage for Browser database: -- characteristicPolynomial : MGRN -> Polynomial GRN -- characteristicPolynomial : (MGRN,SE) -> Polynomial GRN -- complexEigenvalues : (MGRN,Par) -> List Complex Par -- complexEigenvectors : (MGRN,Par) -> List outForm -- constructor ; compiling file "/tmp/oa-2k8otr/code.lsp" (written 01 FEB 2016 11:14:28 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |NCEP;characteristicPolynomial;MP;1| ...) ; compiling (DEFUN |NCEP;characteristicPolynomial;MSP;2| ...) ; compiling (DEFUN |NCEP;complexEigenvalues;MParL;3| ...) ; file: /tmp/oa-2k8otr/code.lsp ; in: DEFUN |NCEP;complexEigenvalues;MParL;3| ; (DEFUN BOOT::|NCEP;complexEigenvalues;MParL;3| ; (BOOT::|m| BOOT::|eps| BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|m| (BOOT::|shellEntry| BOOT::$ 16)) ; BOOT::|eps| (BOOT::|shellEntry| BOOT::$ 22))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NCEP;complexEigenvalues;MParL;3| ; (BOOT::|m| BOOT::|eps| BOOT::$) ; (BLOCK BOOT::|NCEP;complexEigenvalues;MParL;3| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|m| (BOOT::|shellEntry| BOOT::$ 16)) BOOT::|eps| ; (BOOT::|shellEntry| BOOT::$ 22)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |NCEP;complexEigenvectors;MParL;4| ...) ; file: /tmp/oa-2k8otr/code.lsp ; in: DEFUN |NCEP;complexEigenvectors;MParL;4| ; (DEFUN BOOT::|NCEP;complexEigenvectors;MParL;4| ; (BOOT::|m| BOOT::|eps| BOOT::$) ; (BOOT::SPADCALL BOOT::|m| BOOT::|eps| (BOOT::|shellEntry| BOOT::$ 26) ; (BOOT::|shellEntry| BOOT::$ 32))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NCEP;complexEigenvectors;MParL;4| ; (BOOT::|m| BOOT::|eps| BOOT::$) ; (BLOCK BOOT::|NCEP;complexEigenvectors;MParL;4| ; (BOOT::SPADCALL BOOT::|m| BOOT::|eps| (BOOT::|shellEntry| BOOT::$ 26) ; (BOOT::|shellEntry| BOOT::$ 32)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS SIMPLE-VECTOR T)) &REST T). ; compiling (DEFUN |NumericComplexEigenPackage| ...) ; compiling (DEFUN |NumericComplexEigenPackage;| ...) ; compiling (MAKEPROP (QUOTE |NumericComplexEigenPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-2k8otr/code.fasl written ; compilation finished in 0:00:00.019 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile NSMP.spad && cp NSMP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/NSMP.fasl \ && if test -f NSMP-.NRLIB/code.fasl; then \ cp NSMP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/NSMP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NSMP.spad using Spad compiler. NSMP abbreviates domain NewSparseMultivariatePolynomial debug: compDefine1 lhs: (NewSparseMultivariatePolynomial R VarSet) signature (pre-evaluate): ((Join (RecursivePolynomialCategory R (IndexedExponents VarSet) VarSet) (CoercibleTo (SparseMultivariatePolynomial R VarSet)) (RetractableTo (SparseMultivariatePolynomial R VarSet))) NIL NIL) debug: evaluateType form: (Join (RecursivePolynomialCategory R (IndexedExponents VarSet) VarSet) (CoercibleTo (SparseMultivariatePolynomial R VarSet)) (RetractableTo (SparseMultivariatePolynomial R VarSet))) $param: (R VarSet) debug: evaluateType form: (RecursivePolynomialCategory R (IndexedExponents VarSet) VarSet) $param: (R VarSet) Debug: evaluateType1 form: (RecursivePolynomialCategory R (IndexedExponents VarSet) VarSet) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: (IndexedExponents VarSet) m: (OrderedAbelianMonoidSup) debug: evaluateType1 categoryForm: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (R VarSet) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (IndexedExponents VarSet) $param: (R VarSet) Debug: evaluateType1 form: (IndexedExponents VarSet) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evalCategory d: (IndexedExponents VarSet) c: (OrderedAbelianMonoidSup) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evaluateType form: (CoercibleTo (SparseMultivariatePolynomial R VarSet)) $param: (R VarSet) Debug: evaluateType1 form: (CoercibleTo (SparseMultivariatePolynomial R VarSet)) debug: evaluateType1 x: (SparseMultivariatePolynomial R VarSet) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R VarSet) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseMultivariatePolynomial R VarSet) $param: (R VarSet) Debug: evaluateType1 form: (SparseMultivariatePolynomial R VarSet) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evalCategory d: (SparseMultivariatePolynomial R VarSet) c: (Type) debug: evaluateType form: (RetractableTo (SparseMultivariatePolynomial R VarSet)) $param: (R VarSet) Debug: evaluateType1 form: (RetractableTo (SparseMultivariatePolynomial R VarSet)) debug: evaluateType1 x: (SparseMultivariatePolynomial R VarSet) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R VarSet) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseMultivariatePolynomial R VarSet) $param: (R VarSet) Debug: evaluateType1 form: (SparseMultivariatePolynomial R VarSet) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: VarSet m: (OrderedSet) debug: evalCategory d: (SparseMultivariatePolynomial R VarSet) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (RecursivePolynomialCategory R (IndexedExponents VarSet) VarSet) (CoercibleTo (SparseMultivariatePolynomial R VarSet)) (RetractableTo (SparseMultivariatePolynomial R VarSet))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for NewSparseMultivariatePolynomial compiling into /tmp/oa-FQEHvS compiling local PSimp : (D,VarSet) -> % Time: 0.12 SEC. compiling exported coerce : % -> SparseMultivariatePolynomial(R,VarSet) NSMP;coerce;$Smp;2 p is replaced by p Time: 0.01 SEC. compiling exported coerce : SparseMultivariatePolynomial(R,VarSet) -> % NSMP;coerce;Smp$;3 p is replaced by p Time: 0.01 SEC. compiling exported retractIfCan : % -> Union(SparseMultivariatePolynomial(R,VarSet),failed) NSMP;retractIfCan;$U;4 p is replaced by %pair(0,p) Time: 0.00 SEC. compiling exported mvar : % -> VarSet Time: 0.01 SEC. compiling exported mdeg : % -> NonNegativeInteger Time: 0.01 SEC. compiling exported init : % -> % Time: 0.01 SEC. compiling exported head : % -> % Time: 0.00 SEC. compiling exported tail : % -> % Time: 0.00 SEC. compiling exported iteratedInitials : % -> List % Time: 0.01 SEC. compiling local localDeepestInitial : % -> % Time: 0.00 SEC. compiling exported deepestInitial : % -> % Time: 0.00 SEC. compiling exported mainMonomial : % -> % Time: 0.02 SEC. compiling exported leastMonomial : % -> % Time: 0.02 SEC. compiling exported mainCoefficients : % -> List % Time: 0.02 SEC. compiling exported leadingCoefficient : (%,VarSet) -> % Time: 0.03 SEC. compiling local localMonicModulo : (%,%) -> % Time: 0.02 SEC. compiling exported monicModulo : (%,%) -> % Time: 0.01 SEC. compiling exported prem : (%,%) -> % Time: 0.07 SEC. compiling exported pquo : (%,%) -> % Time: 0.01 SEC. compiling exported pseudoDivide : (%,%) -> Record(quotient: %,remainder: %) Time: 0.01 SEC. compiling exported lazyPrem : (%,%) -> % Time: 0.06 SEC. compiling exported lazyPquo : (%,%) -> % Time: 0.03 SEC. compiling exported lazyPseudoDivide : (%,%) -> Record(coef: %,gap: NonNegativeInteger,quotient: %,remainder: %) Time: 0.12 SEC. compiling exported lazyResidueClass : (%,%) -> Record(polnum: %,polden: %,power: NonNegativeInteger) Time: 0.09 SEC. compiling local exactQuo : (%,%) -> % Time: 0.03 SEC. compiling exported LazardQuotient : (%,%,NonNegativeInteger) -> % Time: 0.07 SEC. compiling exported LazardQuotient2 : (%,%,%,NonNegativeInteger) -> % Time: 0.06 SEC. compiling exported nextsubResultant2 : (%,%,%,%) -> % Time: 0.00 SEC. compiling exported subResultantGcd : (%,%) -> % Time: 0.01 SEC. compiling exported halfExtendedSubResultantGcd1 : (%,%) -> Record(gcd: %,coef1: %) Time: 0.03 SEC. compiling exported halfExtendedSubResultantGcd2 : (%,%) -> Record(gcd: %,coef2: %) Time: 0.04 SEC. compiling exported extendedSubResultantGcd : (%,%) -> Record(gcd: %,coef1: %,coef2: %) Time: 0.04 SEC. compiling exported resultant : (%,%) -> % Time: 0.02 SEC. compiling exported subResultantChain : (%,%) -> List % Time: 0.03 SEC. compiling exported lastSubResultant : (%,%) -> % Time: 0.05 SEC. compiling exported exactQuotient : (%,R) -> % Time: 0.03 SEC. compiling exported exactQuotient! : (%,R) -> % Time: 0.02 SEC. compiling exported exactQuotient : (%,R) -> % Time: 0.03 SEC. compiling exported exactQuotient! : (%,R) -> % Time: 0.02 SEC. compiling local localGcd : (R,%) -> R Time: 0.01 SEC. compiling exported gcd : (R,%) -> R Time: 0.00 SEC. compiling exported content : % -> R Time: 0.02 SEC. compiling exported primitivePart! : % -> % Time: 0.01 SEC. (time taken in buildFunctor: 184) Time: 0.30 SEC. Warnings: [1] Rep differs from the base domain [2] monicModulo: mM has no value Cumulative Statistics for Constructor NewSparseMultivariatePolynomial Time: 1.52 seconds finalizing NRLIB NSMP Processing NewSparseMultivariatePolynomial for Browser database: -- constructor ; compiling file "/tmp/oa-FQEHvS/code.lsp" (written 01 FEB 2016 11:14:30 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |NSMP;coerce;$Smp;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |NSMP;coerce;Smp$;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |NSMP;retractIfCan;$U;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |NSMP;mvar;$VarSet;5|) ...) ; compiling (DEFUN |NSMP;PSimp| ...) ; file: /tmp/oa-FQEHvS/code.lsp ; in: DEFUN |NSMP;PSimp| ; (DEFUN BOOT::|NSMP;PSimp| (BOOT::|up| BOOT::|mv| BOOT::$) ; (COND ; ((ZEROP (BOOT::SPADCALL BOOT::|up| #)) ; (BOOT::SPADCALL BOOT::|up| (BOOT::|shellEntry| BOOT::$ 17))) ; (T (CONS 1 (CONS BOOT::|mv| BOOT::|up|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NSMP;PSimp| ; (BOOT::|up| BOOT::|mv| BOOT::$) ; (BLOCK BOOT::|NSMP;PSimp| ; (COND ((ZEROP #) (BOOT::SPADCALL BOOT::|up| #)) (T (CONS 1 #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |NSMP;coerce;$Smp;2| ...) ; compiling (DEFUN |NSMP;coerce;Smp$;3| ...) ; compiling (DEFUN |NSMP;retractIfCan;$U;4| ...) ; compiling (DEFUN |NSMP;mvar;$VarSet;5| ...) ; file: /tmp/oa-FQEHvS/code.lsp ; in: DEFUN |NSMP;mvar;$VarSet;5| ; (DEFUN BOOT::|NSMP;mvar;$VarSet;5| (BOOT::|p| BOOT::$) ; (COND ; ((ZEROP (CAR BOOT::|p|)) ; (BOOT::|error| " Error in mvar from NSMP : #1 has no variables.")) ; (T (CAR (CDR BOOT::|p|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NSMP;mvar;$VarSet;5| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|NSMP;mvar;$VarSet;5| ; (COND ; ((ZEROP #) ; (BOOT::|error| " Error in mvar from NSMP : #1 has no variables.")) ; (T (CAR #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |NSMP;mdeg;$Nni;6| ...) ; file: /tmp/oa-FQEHvS/code.lsp ; in: DEFUN |NSMP;mdeg;$Nni;6| ; (DEFUN BOOT::|NSMP;mdeg;$Nni;6| (BOOT::|p| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|p|)) 0) ; (T (BOOT::SPADCALL (CDR #) (BOOT::|shellEntry| BOOT::$ 12))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NSMP;mdeg;$Nni;6| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|NSMP;mdeg;$Nni;6| ; (COND ((ZEROP #) 0) (T (BOOT::SPADCALL # #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |NSMP;init;2$;7| ...) ; file: /tmp/oa-FQEHvS/code.lsp ; in: DEFUN |NSMP;init;2$;7| ; (DEFUN BOOT::|NSMP;init;2$;7| (BOOT::|p| BOOT::$) ; (COND ; ((ZEROP (CAR BOOT::|p|)) ; (BOOT::|error| " Error in init from NSMP : #1 has no variables.")) ; (T (BOOT::SPADCALL (CDR #) (BOOT::|shellEntry| BOOT::$ 17))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NSMP;init;2$;7| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|NSMP;init;2$;7| ; (COND ; ((ZEROP #) ; (BOOT::|error| " Error in init from NSMP : #1 has no variables.")) ; (T (BOOT::SPADCALL # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |NSMP;head;2$;8| ...) ; compiling (DEFUN |NSMP;tail;2$;9| ...) ; file: /tmp/oa-FQEHvS/code.lsp ; in: DEFUN |NSMP;tail;2$;9| ; (DEFUN BOOT::|NSMP;tail;2$;9| (BOOT::|p| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|p|)) (BOOT::|spadConstant| BOOT::$ 13)) ; (T ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NSMP;tail;2$;9| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|NSMP;tail;2$;9| ; (COND ((ZEROP #) (BOOT::|spadConstant| BOOT::$ 13)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |NSMP;iteratedInitials;$L;10| ...) ; file: /tmp/oa-FQEHvS/code.lsp ; in: DEFUN |NSMP;iteratedInitials;$L;10| ; (DEFUN BOOT::|NSMP;iteratedInitials;$L;10| (BOOT::|p| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|p|)) NIL) ; (T (PROGN (SETQ #) (CONS BOOT::|p| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NSMP;iteratedInitials;$L;10| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|NSMP;iteratedInitials;$L;10| ; (COND ((ZEROP #) NIL) (T (PROGN # #))))) ; ; note: Assignment to argument: |p| ; prevents use of assertion from function type proclamation: ; (CONS FIXNUM T) ; ; compiling (DEFUN |NSMP;localDeepestInitial| ...) ; compiling (DEFUN |NSMP;deepestInitial;2$;12| ...) ; file: /tmp/oa-FQEHvS/code.lsp ; in: DEFUN |NSMP;deepestInitial;2$;12| ; (DEFUN BOOT::|NSMP;deepestInitial;2$;12| (BOOT::|p| BOOT::$) ; (COND ; ((ZEROP (CAR BOOT::|p|)) ; (BOOT::|error| ; "Error in deepestInitial from NSMP : #1 has no variables.")) ; (T (BOOT::|NSMP;localDeepestInitial| (BOOT::SPADCALL # #) BOOT::$)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NSMP;deepestInitial;2$;12| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|NSMP;deepestInitial;2$;12| ; (COND ; ((ZEROP #) ; (BOOT::|error| ; "Error in deepestInitial from NSMP : #1 has no variables.")) ; (T (BOOT::|NSMP;localDeepestInitial| # BOOT::$))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |NSMP;mainMonomial;2$;13| ...) ; file: /tmp/oa-FQEHvS/code.lsp ; in: DEFUN |NSMP;mainMonomial;2$;13| ; (DEFUN BOOT::|NSMP;mainMonomial;2$;13| (BOOT::|p| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 36)) ; (BOOT::|error| "Error in mainMonomial from NSMP : the argument is zero")) ; ((ZEROP (CAR BOOT::|p|)) (BOOT::|spadConstant| BOOT::$ 37)) ; (T ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 37) (CAR #) ; (BOOT::SPADCALL # #) (BOOT::|shellEntry| BOOT::$ 38))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NSMP;mainMonomial;2$;13| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|NSMP;mainMonomial;2$;13| ; (COND ; ((BOOT::SPADCALL BOOT::|p| #) ; (BOOT::|error| ; "Error in mainMonomial from NSMP : the argument is zero")) ; ((ZEROP #) (BOOT::|spadConstant| BOOT::$ 37)) ; (T (BOOT::SPADCALL # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |NSMP;leastMonomial;2$;14| ...) ; file: /tmp/oa-FQEHvS/code.lsp ; in: DEFUN |NSMP;leastMonomial;2$;14| ; (DEFUN BOOT::|NSMP;leastMonomial;2$;14| (BOOT::|p| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 36)) ; (BOOT::|error| ; "Error in leastMonomial from NSMP : the argument is zero")) ; ((ZEROP (CAR BOOT::|p|)) (BOOT::|spadConstant| BOOT::$ 37)) ; (T ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 37) (CAR #) ; (BOOT::SPADCALL # #) (BOOT::|shellEntry| BOOT::$ 38))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NSMP;leastMonomial;2$;14| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|NSMP;leastMonomial;2$;14| ; (COND ; ((BOOT::SPADCALL BOOT::|p| #) ; (BOOT::|error| ; "Error in leastMonomial from NSMP : the argument is zero")) ; ((ZEROP #) (BOOT::|spadConstant| BOOT::$ 37)) ; (T (BOOT::SPADCALL # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |NSMP;mainCoefficients;$L;15| ...) ; file: /tmp/oa-FQEHvS/code.lsp ; in: DEFUN |NSMP;mainCoefficients;$L;15| ; (DEFUN BOOT::|NSMP;mainCoefficients;$L;15| (BOOT::|p| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 36)) ; (BOOT::|error| ; "Error in mainCoefficients from NSMP : the argument is zero")) ; ((ZEROP (CAR BOOT::|p|)) (LIST BOOT::|p|)) ; (T (BOOT::SPADCALL (CDR #) (BOOT::|shellEntry| BOOT::$ 42))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NSMP;mainCoefficients;$L;15| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|NSMP;mainCoefficients;$L;15| ; (COND ; ((BOOT::SPADCALL BOOT::|p| #) ; (BOOT::|error| ; "Error in mainCoefficients from NSMP : the argument is zero")) ; ((ZEROP #) (LIST BOOT::|p|)) (T (BOOT::SPADCALL # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |NSMP;leadingCoefficient;$VarSet$;16| ...) ; file: /tmp/oa-FQEHvS/code.lsp ; in: DEFUN |NSMP;leadingCoefficient;$VarSet$;16| ; (DEFUN BOOT::|NSMP;leadingCoefficient;$VarSet$;16| ; (BOOT::|p| BOOT::|x| BOOT::$) ; (COND ((ZEROP (CAR BOOT::|p|)) BOOT::|p|) ; ((BOOT::SPADCALL (CAR #) BOOT::|x| (BOOT::|shellEntry| BOOT::$ 44)) ; (BOOT::SPADCALL (CDR #) (BOOT::|shellEntry| BOOT::$ 17))) ; (T ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NSMP;leadingCoefficient;$VarSet$;16| ; (BOOT::|p| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|NSMP;leadingCoefficient;$VarSet$;16| ; (COND ((ZEROP #) BOOT::|p|) ; ((BOOT::SPADCALL # BOOT::|x| #) (BOOT::SPADCALL # #)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |NSMP;localMonicModulo| ...) ; compiling (DEFUN |NSMP;localMonicModulo!0| ...) ; compiling (DEFUN |NSMP;monicModulo;3$;18| ...) ; file: /tmp/oa-FQEHvS/code.lsp ; in: DEFUN |NSMP;monicModulo;3$;18| ; (DEFUN BOOT::|NSMP;monicModulo;3$;18| (BOOT::|a| BOOT::|b| BOOT::$) ; (PROG (BOOT::|rec| BOOT::|r| BOOT::|mM|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NSMP;monicModulo;3$;18| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|NSMP;monicModulo;3$;18| ; (PROG (BOOT::|rec| BOOT::|r| BOOT::|mM|) (RETURN (COND # #))))) ; ; note: Assignment to argument: |a| ; prevents use of assertion from function type proclamation: ; (CONS FIXNUM T) ; ; ; note: Assignment to argument: |b| ; prevents use of assertion from function type proclamation: ; (CONS FIXNUM T) ; ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |NSMP;prem;3$;19| ...) ; file: /tmp/oa-FQEHvS/code.lsp ; in: DEFUN |NSMP;prem;3$;19| ; (DEFUN BOOT::|NSMP;prem;3$;19| (BOOT::|a| BOOT::|b| BOOT::$) ; (PROG (BOOT::|term| BOOT::|r|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NSMP;prem;3$;19| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|NSMP;prem;3$;19| ; (PROG (BOOT::|term| BOOT::|r|) (RETURN (COND # #))))) ; ; note: Assignment to argument: |a| ; prevents use of assertion from function type proclamation: ; (CONS FIXNUM T) ; ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |NSMP;pquo;3$;20| ...) ; file: /tmp/oa-FQEHvS/code.lsp ; in: DEFUN |NSMP;pquo;3$;20| ; (DEFUN BOOT::|NSMP;pquo;3$;20| (BOOT::|a| BOOT::|b| BOOT::$) ; (LET* ((BOOT::|cPS| ; (BOOT::|NSMP;lazyPseudoDivide;2$R;24| BOOT::|a| BOOT::|b| BOOT::$)) ; (BOOT::|c| (BOOT::SPADCALL # # #))) ; (BOOT::SPADCALL BOOT::|c| (SVREF BOOT::|cPS| 2) ; (BOOT::|shellEntry| BOOT::$ 62)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NSMP;pquo;3$;20| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|NSMP;pquo;3$;20| ; (LET* ((BOOT::|cPS| #) (BOOT::|c| #)) ; (BOOT::SPADCALL BOOT::|c| (SVREF BOOT::|cPS| 2) ; (BOOT::|shellEntry| BOOT::$ 62))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |NSMP;pseudoDivide;2$R;21| ...) ; compiling (DEFUN |NSMP;lazyPrem;3$;22| ...) ; file: /tmp/oa-FQEHvS/code.lsp ; in: DEFUN |NSMP;lazyPrem;3$;22| ; (DEFUN BOOT::|NSMP;lazyPrem;3$;22| (BOOT::|a| BOOT::|b| BOOT::$) ; (PROG (BOOT::|term|) (RETURN (COND (# #) (# BOOT::|a|) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NSMP;lazyPrem;3$;22| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|NSMP;lazyPrem;3$;22| ; (PROG (BOOT::|term|) (RETURN (COND # # # #))))) ; ; note: Assignment to argument: |a| ; prevents use of assertion from function type proclamation: ; (CONS FIXNUM T) ; ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |NSMP;lazyPquo;3$;23| ...) ; file: /tmp/oa-FQEHvS/code.lsp ; in: DEFUN |NSMP;lazyPquo;3$;23| ; (DEFUN BOOT::|NSMP;lazyPquo;3$;23| (BOOT::|a| BOOT::|b| BOOT::$) ; (PROG (BOOT::|term|) (RETURN (COND (# #) (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NSMP;lazyPquo;3$;23| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|NSMP;lazyPquo;3$;23| ; (PROG (BOOT::|term|) (RETURN (COND # # # #))))) ; ; note: Assignment to argument: |a| ; prevents use of assertion from function type proclamation: ; (CONS FIXNUM T) ; ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |NSMP;lazyPseudoDivide;2$R;24| ...) ; file: /tmp/oa-FQEHvS/code.lsp ; in: DEFUN |NSMP;lazyPseudoDivide;2$R;24| ; (DEFUN BOOT::|NSMP;lazyPseudoDivide;2$R;24| (BOOT::|a| BOOT::|b| BOOT::$) ; (PROG (BOOT::|term|) (RETURN (COND (# #) (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NSMP;lazyPseudoDivide;2$R;24| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|NSMP;lazyPseudoDivide;2$R;24| ; (PROG (BOOT::|term|) (RETURN (COND # # # #))))) ; ; note: Assignment to argument: |a| ; prevents use of assertion from function type proclamation: ; (CONS FIXNUM T) ; ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |NSMP;lazyResidueClass;2$R;25| ...) ; file: /tmp/oa-FQEHvS/code.lsp ; in: DEFUN |NSMP;lazyResidueClass;2$R;25| ; (DEFUN BOOT::|NSMP;lazyResidueClass;2$R;25| (BOOT::|a| BOOT::|b| BOOT::$) ; (PROG (BOOT::|term| BOOT::|pow| BOOT::|test| BOOT::|db| BOOT::|lrc|) ; (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NSMP;lazyResidueClass;2$R;25| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|NSMP;lazyResidueClass;2$R;25| ; (PROG (BOOT::|term| BOOT::|pow| BOOT::|test| BOOT::|db| BOOT::|lrc|) ; (RETURN (COND # #))))) ; ; note: Assignment to argument: |a| ; prevents use of assertion from function type proclamation: ; (CONS FIXNUM T) ; ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |NSMP;exactQuo| ...) ; file: /tmp/oa-FQEHvS/code.lsp ; in: DEFUN |NSMP;exactQuo| ; (DEFUN BOOT::|NSMP;exactQuo| (BOOT::|x| BOOT::|y| BOOT::$) ; (LET ((BOOT::|ex| (BOOT::SPADCALL BOOT::|x| BOOT::|y| #))) ; (COND ((ZEROP #) (CDR BOOT::|ex|)) ; (T (BOOT::|error| "in exactQuotient$NSMP: bad args"))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NSMP;exactQuo| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|NSMP;exactQuo| ; (LET ((BOOT::|ex| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |NSMP;LazardQuotient;2$Nni$;27| ...) ; file: /tmp/oa-FQEHvS/code.lsp ; in: DEFUN |NSMP;LazardQuotient;2$Nni$;27| ; (DEFUN BOOT::|NSMP;LazardQuotient;2$Nni$;27| ; (BOOT::|x| BOOT::|y| BOOT::|n| BOOT::$) ; (PROG (BOOT::|c| BOOT::|b|) (RETURN (COND (# #) (# BOOT::|x|) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NSMP;LazardQuotient;2$Nni$;27| ; (BOOT::|x| BOOT::|y| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|NSMP;LazardQuotient;2$Nni$;27| ; (PROG (BOOT::|c| BOOT::|b|) (RETURN (COND # # #))))) ; ; note: Assignment to argument: |n| ; prevents use of assertion from function type proclamation: ; UNSIGNED-BYTE ; ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |NSMP;LazardQuotient2;3$Nni$;28| ...) ; file: /tmp/oa-FQEHvS/code.lsp ; in: DEFUN |NSMP;LazardQuotient2;3$Nni$;28| ; (DEFUN BOOT::|NSMP;LazardQuotient2;3$Nni$;28| ; (BOOT::|p| BOOT::|a| BOOT::|b| BOOT::|n| BOOT::$) ; (COND ; ((ZEROP BOOT::|n|) (BOOT::|error| " in LazardQuotient2$NSMP: bad #4")) ; ((EQL BOOT::|n| 1) BOOT::|p|) ; (T ; (LET (#) ; (BOOT::|NSMP;exactQuo| # BOOT::|b| BOOT::$))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NSMP;LazardQuotient2;3$Nni$;28| ; (BOOT::|p| BOOT::|a| BOOT::|b| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|NSMP;LazardQuotient2;3$Nni$;28| ; (COND ; ((ZEROP BOOT::|n|) (BOOT::|error| " in LazardQuotient2$NSMP: bad #4")) ; ((EQL BOOT::|n| 1) BOOT::|p|) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |NSMP;nextsubResultant2;5$;29| ...) ; compiling (DEFUN |NSMP;subResultantGcd;3$;30| ...) ; file: /tmp/oa-FQEHvS/code.lsp ; in: DEFUN |NSMP;subResultantGcd;3$;30| ; (DEFUN BOOT::|NSMP;subResultantGcd;3$;30| (BOOT::|a| BOOT::|b| BOOT::$) ; (COND ; ((OR (ZEROP #) (ZEROP #)) ; (BOOT::|error| "subResultantGcd$NSMP: one arg is constant")) ; ((BOOT::SPADCALL (CAR #) (CAR #) (BOOT::|shellEntry| BOOT::$ 108)) ; (BOOT::|error| "subResultantGcd$NSMP: mvar(#1) ~= mvar(#2)")) ; (T (BOOT::|NSMP;PSimp| (BOOT::SPADCALL # # #) (CAR #) BOOT::$)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NSMP;subResultantGcd;3$;30| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|NSMP;subResultantGcd;3$;30| ; (COND ; ((OR # #) (BOOT::|error| "subResultantGcd$NSMP: one arg is constant")) ; ((BOOT::SPADCALL # # #) ; (BOOT::|error| "subResultantGcd$NSMP: mvar(#1) ~= mvar(#2)")) ; (T (BOOT::|NSMP;PSimp| # # BOOT::$))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |NSMP;halfExtendedSubResultantGcd1;2$R;31| ...) ; file: /tmp/oa-FQEHvS/code.lsp ; in: DEFUN |NSMP;halfExtendedSubResultantGcd1;2$R;31| ; (DEFUN BOOT::|NSMP;halfExtendedSubResultantGcd1;2$R;31| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (COND ; ((OR (ZEROP #) (ZEROP #)) ; (BOOT::|error| "halfExtendedSubResultantGcd1$NSMP: one arg is constant")) ; ((BOOT::SPADCALL (CAR #) (CAR #) (BOOT::|shellEntry| BOOT::$ 108)) ; (BOOT::|error| ; "halfExtendedSubResultantGcd1$NSMP: mvar(#1) ~= mvar(#2)")) ; (T ; (LET (#) ; (CONS # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NSMP;halfExtendedSubResultantGcd1;2$R;31| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|NSMP;halfExtendedSubResultantGcd1;2$R;31| ; (COND ; ((OR # #) ; (BOOT::|error| ; "halfExtendedSubResultantGcd1$NSMP: one arg is constant")) ; ((BOOT::SPADCALL # # #) ; (BOOT::|error| ; "halfExtendedSubResultantGcd1$NSMP: mvar(#1) ~= mvar(#2)")) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |NSMP;halfExtendedSubResultantGcd2;2$R;32| ...) ; file: /tmp/oa-FQEHvS/code.lsp ; in: DEFUN |NSMP;halfExtendedSubResultantGcd2;2$R;32| ; (DEFUN BOOT::|NSMP;halfExtendedSubResultantGcd2;2$R;32| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (COND ; ((OR (ZEROP #) (ZEROP #)) ; (BOOT::|error| "halfExtendedSubResultantGcd2$NSMP: one arg is constant")) ; ((BOOT::SPADCALL (CAR #) (CAR #) (BOOT::|shellEntry| BOOT::$ 108)) ; (BOOT::|error| ; "halfExtendedSubResultantGcd2$NSMP: mvar(#1) ~= mvar(#2)")) ; (T ; (LET (#) ; (CONS # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NSMP;halfExtendedSubResultantGcd2;2$R;32| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|NSMP;halfExtendedSubResultantGcd2;2$R;32| ; (COND ; ((OR # #) ; (BOOT::|error| ; "halfExtendedSubResultantGcd2$NSMP: one arg is constant")) ; ((BOOT::SPADCALL # # #) ; (BOOT::|error| ; "halfExtendedSubResultantGcd2$NSMP: mvar(#1) ~= mvar(#2)")) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |NSMP;extendedSubResultantGcd;2$R;33| ...) ; file: /tmp/oa-FQEHvS/code.lsp ; in: DEFUN |NSMP;extendedSubResultantGcd;2$R;33| ; (DEFUN BOOT::|NSMP;extendedSubResultantGcd;2$R;33| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (COND ; ((OR (ZEROP #) (ZEROP #)) ; (BOOT::|error| "extendedSubResultantGcd$NSMP: one arg is constant")) ; ((BOOT::SPADCALL (CAR #) (CAR #) (BOOT::|shellEntry| BOOT::$ 108)) ; (BOOT::|error| "extendedSubResultantGcd$NSMP: mvar(#1) ~= mvar(#2)")) ; (T ; (LET (#) ; (VECTOR # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NSMP;extendedSubResultantGcd;2$R;33| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|NSMP;extendedSubResultantGcd;2$R;33| ; (COND ; ((OR # #) ; (BOOT::|error| "extendedSubResultantGcd$NSMP: one arg is constant")) ; ((BOOT::SPADCALL # # #) ; (BOOT::|error| "extendedSubResultantGcd$NSMP: mvar(#1) ~= mvar(#2)")) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES SIMPLE-VECTOR &REST T). ; compiling (DEFUN |NSMP;resultant;3$;34| ...) ; file: /tmp/oa-FQEHvS/code.lsp ; in: DEFUN |NSMP;resultant;3$;34| ; (DEFUN BOOT::|NSMP;resultant;3$;34| (BOOT::|a| BOOT::|b| BOOT::$) ; (COND ; ((OR (ZEROP #) (ZEROP #)) ; (BOOT::|error| "resultant$NSMP: one arg is constant")) ; ((BOOT::SPADCALL (CAR #) (CAR #) (BOOT::|shellEntry| BOOT::$ 108)) ; (BOOT::|error| "resultant$NSMP: mvar(#1) ~= mvar(#2)")) ; (T (BOOT::SPADCALL (CDR #) (CDR #) (BOOT::|shellEntry| BOOT::$ 120))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NSMP;resultant;3$;34| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|NSMP;resultant;3$;34| ; (COND ((OR # #) (BOOT::|error| "resultant$NSMP: one arg is constant")) ; ((BOOT::SPADCALL # # #) ; (BOOT::|error| "resultant$NSMP: mvar(#1) ~= mvar(#2)")) ; (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |NSMP;subResultantChain;2$L;35| ...) ; file: /tmp/oa-FQEHvS/code.lsp ; in: DEFUN |NSMP;subResultantChain;2$L;35| ; (DEFUN BOOT::|NSMP;subResultantChain;2$L;35| (BOOT::|a| BOOT::|b| BOOT::$) ; (COND ; ((OR (ZEROP #) (ZEROP #)) ; (BOOT::|error| "subResultantChain$NSMP: one arg is constant")) ; ((BOOT::SPADCALL (CAR #) (CAR #) (BOOT::|shellEntry| BOOT::$ 108)) ; (BOOT::|error| "subResultantChain$NSMP: mvar(#1) ~= mvar(#2)")) ; (T ; (LET (# #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NSMP;subResultantChain;2$L;35| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|NSMP;subResultantChain;2$L;35| ; (COND ; ((OR # #) ; (BOOT::|error| "subResultantChain$NSMP: one arg is constant")) ; ((BOOT::SPADCALL # # #) ; (BOOT::|error| "subResultantChain$NSMP: mvar(#1) ~= mvar(#2)")) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |NSMP;lastSubResultant;3$;36| ...) ; file: /tmp/oa-FQEHvS/code.lsp ; in: DEFUN |NSMP;lastSubResultant;3$;36| ; (DEFUN BOOT::|NSMP;lastSubResultant;3$;36| (BOOT::|a| BOOT::|b| BOOT::$) ; (COND ; ((OR (ZEROP #) (ZEROP #)) ; (BOOT::|error| "lastSubResultant$NSMP: one arg is constant")) ; ((BOOT::SPADCALL (CAR #) (CAR #) (BOOT::|shellEntry| BOOT::$ 108)) ; (BOOT::|error| "lastSubResultant$NSMP: mvar(#1) ~= mvar(#2)")) ; (T (BOOT::|NSMP;PSimp| (BOOT::SPADCALL # # #) (CAR #) BOOT::$)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NSMP;lastSubResultant;3$;36| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|NSMP;lastSubResultant;3$;36| ; (COND ; ((OR # #) ; (BOOT::|error| "lastSubResultant$NSMP: one arg is constant")) ; ((BOOT::SPADCALL # # #) ; (BOOT::|error| "lastSubResultant$NSMP: mvar(#1) ~= mvar(#2)")) ; (T (BOOT::|NSMP;PSimp| # # BOOT::$))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |NSMP;exactQuotient;$R$;37| ...) ; compiling (DEFUN |NSMP;exactQuotient;$R$;37!0| ...) ; compiling (DEFUN |NSMP;exactQuotient!;$R$;38| ...) ; compiling (DEFUN |NSMP;exactQuotient!;$R$;38!0| ...) ; compiling (DEFUN |NSMP;exactQuotient;$R$;39| ...) ; compiling (DEFUN |NSMP;exactQuotient;$R$;39!0| ...) ; compiling (DEFUN |NSMP;exactQuotient!;$R$;40| ...) ; compiling (DEFUN |NSMP;exactQuotient!;$R$;40!0| ...) ; compiling (DEFUN |NSMP;localGcd| ...) ; compiling (DEFUN |NSMP;gcd;R$R;42| ...) ; compiling (DEFUN |NSMP;content;$R;43| ...) ; compiling (DEFUN |NSMP;primitivePart!;2$;44| ...) ; file: /tmp/oa-FQEHvS/code.lsp ; in: DEFUN |NSMP;primitivePart!;2$;44| ; (DEFUN BOOT::|NSMP;primitivePart!;2$;44| (BOOT::|p| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 36)) BOOT::|p|) ; ((ZEROP (CAR BOOT::|p|)) (BOOT::|spadConstant| BOOT::$ 37)) ; (T ; (LET (#) ; (PROGN # BOOT::|p|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NSMP;primitivePart!;2$;44| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|NSMP;primitivePart!;2$;44| ; (COND ((BOOT::SPADCALL BOOT::|p| #) BOOT::|p|) ; ((ZEROP #) (BOOT::|spadConstant| BOOT::$ 37)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |NSMP;primitivePart!;2$;44!0| ...) ; compiling (DEFUN |NewSparseMultivariatePolynomial| ...) ; compiling (DEFUN |NewSparseMultivariatePolynomial;| ...) ; compiling (MAKEPROP (QUOTE |NewSparseMultivariatePolynomial|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 36 notes ; /tmp/oa-FQEHvS/code.fasl written ; compilation finished in 0:00:00.397 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile NUMERIC.spad && cp NUMERIC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/NUMERIC.fasl \ && if test -f NUMERIC-.NRLIB/code.fasl; then \ cp NUMERIC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/NUMERIC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NUMERIC.spad using Spad compiler. NUMERIC abbreviates package Numeric debug: compDefine1 lhs: (Numeric S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE numeric ((Float) S)) (SIGNATURE numeric ((Float) S (PositiveInteger))) (SIGNATURE complexNumeric ((Complex (Float)) S)) (SIGNATURE complexNumeric ((Complex (Float)) S (PositiveInteger))) (IF (has S (CommutativeRing)) (PROGN (SIGNATURE complexNumeric ((Complex (Float)) (Complex S))) (SIGNATURE complexNumeric ((Complex (Float)) (Complex S) (PositiveInteger))) (SIGNATURE complexNumeric ((Complex (Float)) (Polynomial (Complex S)))) (SIGNATURE complexNumeric ((Complex (Float)) (Polynomial (Complex S)) (PositiveInteger)))) %noBranch) (IF (has S (Ring)) (PROGN (SIGNATURE numeric ((Float) (Polynomial S))) (SIGNATURE numeric ((Float) (Polynomial S) (PositiveInteger))) (SIGNATURE complexNumeric ((Complex (Float)) (Polynomial S))) (SIGNATURE complexNumeric ((Complex (Float)) (Polynomial S) (PositiveInteger)))) %noBranch) (IF (has S (IntegralDomain)) (PROGN (SIGNATURE numeric ((Float) (Fraction (Polynomial S)))) (SIGNATURE numeric ((Float) (Fraction (Polynomial S)) (PositiveInteger))) (SIGNATURE complexNumeric ((Complex (Float)) (Fraction (Polynomial S)))) (SIGNATURE complexNumeric ((Complex (Float)) (Fraction (Polynomial S)) (PositiveInteger))) (SIGNATURE complexNumeric ((Complex (Float)) (Fraction (Polynomial (Complex S))))) (SIGNATURE complexNumeric ((Complex (Float)) (Fraction (Polynomial (Complex S))) (PositiveInteger))) (IF (has S (OrderedSet)) (PROGN (SIGNATURE numeric ((Float) (Expression S))) (SIGNATURE numeric ((Float) (Expression S) (PositiveInteger))) (SIGNATURE complexNumeric ((Complex (Float)) (Expression S))) (SIGNATURE complexNumeric ((Complex (Float)) (Expression S) (PositiveInteger))) (SIGNATURE complexNumeric ((Complex (Float)) (Expression (Complex S)))) (SIGNATURE complexNumeric ((Complex (Float)) (Expression (Complex S)) (PositiveInteger)))) %noBranch)) %noBranch) (IF (has S (CommutativeRing)) (PROGN (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Polynomial (Complex S)))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Polynomial (Complex S)) (PositiveInteger)))) %noBranch) (IF (has S (Ring)) (PROGN (SIGNATURE numericIfCan ((Union (Float) failed) (Polynomial S))) (SIGNATURE numericIfCan ((Union (Float) failed) (Polynomial S) (PositiveInteger))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Polynomial S))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Polynomial S) (PositiveInteger)))) %noBranch) (IF (has S (IntegralDomain)) (PROGN (SIGNATURE numericIfCan ((Union (Float) failed) (Fraction (Polynomial S)))) (SIGNATURE numericIfCan ((Union (Float) failed) (Fraction (Polynomial S)) (PositiveInteger))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Fraction (Polynomial S)))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Fraction (Polynomial S)) (PositiveInteger))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Fraction (Polynomial (Complex S))))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Fraction (Polynomial (Complex S))) (PositiveInteger))) (IF (has S (OrderedSet)) (PROGN (SIGNATURE numericIfCan ((Union (Float) failed) (Expression S))) (SIGNATURE numericIfCan ((Union (Float) failed) (Expression S) (PositiveInteger))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Expression S))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Expression S) (PositiveInteger))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Expression (Complex S)))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Expression (Complex S)) (PositiveInteger)))) %noBranch)) %noBranch)) (ConvertibleTo (Float))) debug: evaluateType form: (CATEGORY package (SIGNATURE numeric ((Float) S)) (SIGNATURE numeric ((Float) S (PositiveInteger))) (SIGNATURE complexNumeric ((Complex (Float)) S)) (SIGNATURE complexNumeric ((Complex (Float)) S (PositiveInteger))) (IF (has S (CommutativeRing)) (PROGN (SIGNATURE complexNumeric ((Complex (Float)) (Complex S))) (SIGNATURE complexNumeric ((Complex (Float)) (Complex S) (PositiveInteger))) (SIGNATURE complexNumeric ((Complex (Float)) (Polynomial (Complex S)))) (SIGNATURE complexNumeric ((Complex (Float)) (Polynomial (Complex S)) (PositiveInteger)))) %noBranch) (IF (has S (Ring)) (PROGN (SIGNATURE numeric ((Float) (Polynomial S))) (SIGNATURE numeric ((Float) (Polynomial S) (PositiveInteger))) (SIGNATURE complexNumeric ((Complex (Float)) (Polynomial S))) (SIGNATURE complexNumeric ((Complex (Float)) (Polynomial S) (PositiveInteger)))) %noBranch) (IF (has S (IntegralDomain)) (PROGN (SIGNATURE numeric ((Float) (Fraction (Polynomial S)))) (SIGNATURE numeric ((Float) (Fraction (Polynomial S)) (PositiveInteger))) (SIGNATURE complexNumeric ((Complex (Float)) (Fraction (Polynomial S)))) (SIGNATURE complexNumeric ((Complex (Float)) (Fraction (Polynomial S)) (PositiveInteger))) (SIGNATURE complexNumeric ((Complex (Float)) (Fraction (Polynomial (Complex S))))) (SIGNATURE complexNumeric ((Complex (Float)) (Fraction (Polynomial (Complex S))) (PositiveInteger))) (IF (has S (OrderedSet)) (PROGN (SIGNATURE numeric ((Float) (Expression S))) (SIGNATURE numeric ((Float) (Expression S) (PositiveInteger))) (SIGNATURE complexNumeric ((Complex (Float)) (Expression S))) (SIGNATURE complexNumeric ((Complex (Float)) (Expression S) (PositiveInteger))) (SIGNATURE complexNumeric ((Complex (Float)) (Expression (Complex S)))) (SIGNATURE complexNumeric ((Complex (Float)) (Expression (Complex S)) (PositiveInteger)))) %noBranch)) %noBranch) (IF (has S (CommutativeRing)) (PROGN (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Polynomial (Complex S)))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Polynomial (Complex S)) (PositiveInteger)))) %noBranch) (IF (has S (Ring)) (PROGN (SIGNATURE numericIfCan ((Union (Float) failed) (Polynomial S))) (SIGNATURE numericIfCan ((Union (Float) failed) (Polynomial S) (PositiveInteger))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Polynomial S))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Polynomial S) (PositiveInteger)))) %noBranch) (IF (has S (IntegralDomain)) (PROGN (SIGNATURE numericIfCan ((Union (Float) failed) (Fraction (Polynomial S)))) (SIGNATURE numericIfCan ((Union (Float) failed) (Fraction (Polynomial S)) (PositiveInteger))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Fraction (Polynomial S)))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Fraction (Polynomial S)) (PositiveInteger))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Fraction (Polynomial (Complex S))))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Fraction (Polynomial (Complex S))) (PositiveInteger))) (IF (has S (OrderedSet)) (PROGN (SIGNATURE numericIfCan ((Union (Float) failed) (Expression S))) (SIGNATURE numericIfCan ((Union (Float) failed) (Expression S) (PositiveInteger))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Expression S))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Expression S) (PositiveInteger))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Expression (Complex S)))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Expression (Complex S)) (PositiveInteger)))) %noBranch)) %noBranch)) $param: (S) debug: evaluateType form: (Float) $param: (S) Debug: evaluateType1 form: (Float) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Float) $param: (S) Debug: evaluateType1 form: (Float) debug: evaluateType form: S $param: (S) debug: evaluateType form: (PositiveInteger) $param: (S) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (Complex (Float)) $param: (S) Debug: evaluateType1 form: (Complex (Float)) debug: evaluateType1 x: (Float) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: (S) Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (Float) $param: (S) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (CommutativeRing) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Complex (Float)) $param: (S) Debug: evaluateType1 form: (Complex (Float)) debug: evaluateType1 x: (Float) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: (S) Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (Float) $param: (S) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (CommutativeRing) debug: evaluateType form: S $param: (S) debug: evaluateType form: (PositiveInteger) $param: (S) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (ConvertibleTo (Float)) $param: (S) Debug: evaluateType1 form: (ConvertibleTo (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: (S) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE numeric ((Float) S)) (SIGNATURE numeric ((Float) S (PositiveInteger))) (SIGNATURE complexNumeric ((Complex (Float)) S)) (SIGNATURE complexNumeric ((Complex (Float)) S (PositiveInteger))) (IF (has S (CommutativeRing)) (PROGN (SIGNATURE complexNumeric ((Complex (Float)) (Complex S))) (SIGNATURE complexNumeric ((Complex (Float)) (Complex S) (PositiveInteger))) (SIGNATURE complexNumeric ((Complex (Float)) (Polynomial (Complex S)))) (SIGNATURE complexNumeric ((Complex (Float)) (Polynomial (Complex S)) (PositiveInteger)))) %noBranch) (IF (has S (Ring)) (PROGN (SIGNATURE numeric ((Float) (Polynomial S))) (SIGNATURE numeric ((Float) (Polynomial S) (PositiveInteger))) (SIGNATURE complexNumeric ((Complex (Float)) (Polynomial S))) (SIGNATURE complexNumeric ((Complex (Float)) (Polynomial S) (PositiveInteger)))) %noBranch) (IF (has S (IntegralDomain)) (PROGN (SIGNATURE numeric ((Float) (Fraction (Polynomial S)))) (SIGNATURE numeric ((Float) (Fraction (Polynomial S)) (PositiveInteger))) (SIGNATURE complexNumeric ((Complex (Float)) (Fraction (Polynomial S)))) (SIGNATURE complexNumeric ((Complex (Float)) (Fraction (Polynomial S)) (PositiveInteger))) (SIGNATURE complexNumeric ((Complex (Float)) (Fraction (Polynomial (Complex S))))) (SIGNATURE complexNumeric ((Complex (Float)) (Fraction (Polynomial (Complex S))) (PositiveInteger))) (IF (has S (OrderedSet)) (PROGN (SIGNATURE numeric ((Float) (Expression S))) (SIGNATURE numeric ((Float) (Expression S) (PositiveInteger))) (SIGNATURE complexNumeric ((Complex (Float)) (Expression S))) (SIGNATURE complexNumeric ((Complex (Float)) (Expression S) (PositiveInteger))) (SIGNATURE complexNumeric ((Complex (Float)) (Expression (Complex S)))) (SIGNATURE complexNumeric ((Complex (Float)) (Expression (Complex S)) (PositiveInteger)))) %noBranch)) %noBranch) (IF (has S (CommutativeRing)) (PROGN (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Polynomial (Complex S)))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Polynomial (Complex S)) (PositiveInteger)))) %noBranch) (IF (has S (Ring)) (PROGN (SIGNATURE numericIfCan ((Union (Float) failed) (Polynomial S))) (SIGNATURE numericIfCan ((Union (Float) failed) (Polynomial S) (PositiveInteger))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Polynomial S))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Polynomial S) (PositiveInteger)))) %noBranch) (IF (has S (IntegralDomain)) (PROGN (SIGNATURE numericIfCan ((Union (Float) failed) (Fraction (Polynomial S)))) (SIGNATURE numericIfCan ((Union (Float) failed) (Fraction (Polynomial S)) (PositiveInteger))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Fraction (Polynomial S)))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Fraction (Polynomial S)) (PositiveInteger))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Fraction (Polynomial (Complex S))))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Fraction (Polynomial (Complex S))) (PositiveInteger))) (IF (has S (OrderedSet)) (PROGN (SIGNATURE numericIfCan ((Union (Float) failed) (Expression S))) (SIGNATURE numericIfCan ((Union (Float) failed) (Expression S) (PositiveInteger))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Expression S))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Expression S) (PositiveInteger))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Expression (Complex S)))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Expression (Complex S)) (PositiveInteger)))) %noBranch)) %noBranch)) (ConvertibleTo (Float))) debug: compDefine1 lhs: (Numeric S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE numeric ((Float) S)) (SIGNATURE numeric ((Float) S (PositiveInteger))) (SIGNATURE complexNumeric ((Complex (Float)) S)) (SIGNATURE complexNumeric ((Complex (Float)) S (PositiveInteger))) (IF (has S (CommutativeRing)) (PROGN (SIGNATURE complexNumeric ((Complex (Float)) (Complex S))) (SIGNATURE complexNumeric ((Complex (Float)) (Complex S) (PositiveInteger))) (SIGNATURE complexNumeric ((Complex (Float)) (Polynomial (Complex S)))) (SIGNATURE complexNumeric ((Complex (Float)) (Polynomial (Complex S)) (PositiveInteger)))) %noBranch) (IF (has S (Ring)) (PROGN (SIGNATURE numeric ((Float) (Polynomial S))) (SIGNATURE numeric ((Float) (Polynomial S) (PositiveInteger))) (SIGNATURE complexNumeric ((Complex (Float)) (Polynomial S))) (SIGNATURE complexNumeric ((Complex (Float)) (Polynomial S) (PositiveInteger)))) %noBranch) (IF (has S (IntegralDomain)) (PROGN (SIGNATURE numeric ((Float) (Fraction (Polynomial S)))) (SIGNATURE numeric ((Float) (Fraction (Polynomial S)) (PositiveInteger))) (SIGNATURE complexNumeric ((Complex (Float)) (Fraction (Polynomial S)))) (SIGNATURE complexNumeric ((Complex (Float)) (Fraction (Polynomial S)) (PositiveInteger))) (SIGNATURE complexNumeric ((Complex (Float)) (Fraction (Polynomial (Complex S))))) (SIGNATURE complexNumeric ((Complex (Float)) (Fraction (Polynomial (Complex S))) (PositiveInteger))) (IF (has S (OrderedSet)) (PROGN (SIGNATURE numeric ((Float) (Expression S))) (SIGNATURE numeric ((Float) (Expression S) (PositiveInteger))) (SIGNATURE complexNumeric ((Complex (Float)) (Expression S))) (SIGNATURE complexNumeric ((Complex (Float)) (Expression S) (PositiveInteger))) (SIGNATURE complexNumeric ((Complex (Float)) (Expression (Complex S)))) (SIGNATURE complexNumeric ((Complex (Float)) (Expression (Complex S)) (PositiveInteger)))) %noBranch)) %noBranch) (IF (has S (CommutativeRing)) (PROGN (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Polynomial (Complex S)))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Polynomial (Complex S)) (PositiveInteger)))) %noBranch) (IF (has S (Ring)) (PROGN (SIGNATURE numericIfCan ((Union (Float) failed) (Polynomial S))) (SIGNATURE numericIfCan ((Union (Float) failed) (Polynomial S) (PositiveInteger))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Polynomial S))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Polynomial S) (PositiveInteger)))) %noBranch) (IF (has S (IntegralDomain)) (PROGN (SIGNATURE numericIfCan ((Union (Float) failed) (Fraction (Polynomial S)))) (SIGNATURE numericIfCan ((Union (Float) failed) (Fraction (Polynomial S)) (PositiveInteger))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Fraction (Polynomial S)))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Fraction (Polynomial S)) (PositiveInteger))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Fraction (Polynomial (Complex S))))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Fraction (Polynomial (Complex S))) (PositiveInteger))) (IF (has S (OrderedSet)) (PROGN (SIGNATURE numericIfCan ((Union (Float) failed) (Expression S))) (SIGNATURE numericIfCan ((Union (Float) failed) (Expression S) (PositiveInteger))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Expression S))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Expression S) (PositiveInteger))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Expression (Complex S)))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Expression (Complex S)) (PositiveInteger)))) %noBranch)) %noBranch)) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE numeric ((Float) S)) (SIGNATURE numeric ((Float) S (PositiveInteger))) (SIGNATURE complexNumeric ((Complex (Float)) S)) (SIGNATURE complexNumeric ((Complex (Float)) S (PositiveInteger))) (IF (has S (CommutativeRing)) (PROGN (SIGNATURE complexNumeric ((Complex (Float)) (Complex S))) (SIGNATURE complexNumeric ((Complex (Float)) (Complex S) (PositiveInteger))) (SIGNATURE complexNumeric ((Complex (Float)) (Polynomial (Complex S)))) (SIGNATURE complexNumeric ((Complex (Float)) (Polynomial (Complex S)) (PositiveInteger)))) %noBranch) (IF (has S (Ring)) (PROGN (SIGNATURE numeric ((Float) (Polynomial S))) (SIGNATURE numeric ((Float) (Polynomial S) (PositiveInteger))) (SIGNATURE complexNumeric ((Complex (Float)) (Polynomial S))) (SIGNATURE complexNumeric ((Complex (Float)) (Polynomial S) (PositiveInteger)))) %noBranch) (IF (has S (IntegralDomain)) (PROGN (SIGNATURE numeric ((Float) (Fraction (Polynomial S)))) (SIGNATURE numeric ((Float) (Fraction (Polynomial S)) (PositiveInteger))) (SIGNATURE complexNumeric ((Complex (Float)) (Fraction (Polynomial S)))) (SIGNATURE complexNumeric ((Complex (Float)) (Fraction (Polynomial S)) (PositiveInteger))) (SIGNATURE complexNumeric ((Complex (Float)) (Fraction (Polynomial (Complex S))))) (SIGNATURE complexNumeric ((Complex (Float)) (Fraction (Polynomial (Complex S))) (PositiveInteger))) (IF (has S (OrderedSet)) (PROGN (SIGNATURE numeric ((Float) (Expression S))) (SIGNATURE numeric ((Float) (Expression S) (PositiveInteger))) (SIGNATURE complexNumeric ((Complex (Float)) (Expression S))) (SIGNATURE complexNumeric ((Complex (Float)) (Expression S) (PositiveInteger))) (SIGNATURE complexNumeric ((Complex (Float)) (Expression (Complex S)))) (SIGNATURE complexNumeric ((Complex (Float)) (Expression (Complex S)) (PositiveInteger)))) %noBranch)) %noBranch) (IF (has S (CommutativeRing)) (PROGN (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Polynomial (Complex S)))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Polynomial (Complex S)) (PositiveInteger)))) %noBranch) (IF (has S (Ring)) (PROGN (SIGNATURE numericIfCan ((Union (Float) failed) (Polynomial S))) (SIGNATURE numericIfCan ((Union (Float) failed) (Polynomial S) (PositiveInteger))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Polynomial S))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Polynomial S) (PositiveInteger)))) %noBranch) (IF (has S (IntegralDomain)) (PROGN (SIGNATURE numericIfCan ((Union (Float) failed) (Fraction (Polynomial S)))) (SIGNATURE numericIfCan ((Union (Float) failed) (Fraction (Polynomial S)) (PositiveInteger))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Fraction (Polynomial S)))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Fraction (Polynomial S)) (PositiveInteger))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Fraction (Polynomial (Complex S))))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Fraction (Polynomial (Complex S))) (PositiveInteger))) (IF (has S (OrderedSet)) (PROGN (SIGNATURE numericIfCan ((Union (Float) failed) (Expression S))) (SIGNATURE numericIfCan ((Union (Float) failed) (Expression S) (PositiveInteger))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Expression S))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Expression S) (PositiveInteger))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Expression (Complex S)))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Expression (Complex S)) (PositiveInteger)))) %noBranch)) %noBranch)) $param: (S) debug: evaluateType form: (Float) $param: (S) Debug: evaluateType1 form: (Float) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Float) $param: (S) Debug: evaluateType1 form: (Float) debug: evaluateType form: S $param: (S) debug: evaluateType form: (PositiveInteger) $param: (S) Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType form: (Complex (Float)) $param: (S) Debug: evaluateType1 form: (Complex (Float)) debug: evaluateType1 x: (Float) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: (S) Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (Float) $param: (S) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (CommutativeRing) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Complex (Float)) $param: (S) Debug: evaluateType1 form: (Complex (Float)) debug: evaluateType1 x: (Float) m: (CommutativeRing) debug: evaluateType1 categoryForm: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: (S) Debug: evaluateType1 form: (CommutativeRing) debug: evaluateType form: (Float) $param: (S) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (CommutativeRing) debug: evaluateType form: S $param: (S) debug: evaluateType form: (PositiveInteger) $param: (S) Debug: evaluateType1 form: (PositiveInteger) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE numeric ((Float) S)) (SIGNATURE numeric ((Float) S (PositiveInteger))) (SIGNATURE complexNumeric ((Complex (Float)) S)) (SIGNATURE complexNumeric ((Complex (Float)) S (PositiveInteger))) (IF (has S (CommutativeRing)) (PROGN (SIGNATURE complexNumeric ((Complex (Float)) (Complex S))) (SIGNATURE complexNumeric ((Complex (Float)) (Complex S) (PositiveInteger))) (SIGNATURE complexNumeric ((Complex (Float)) (Polynomial (Complex S)))) (SIGNATURE complexNumeric ((Complex (Float)) (Polynomial (Complex S)) (PositiveInteger)))) %noBranch) (IF (has S (Ring)) (PROGN (SIGNATURE numeric ((Float) (Polynomial S))) (SIGNATURE numeric ((Float) (Polynomial S) (PositiveInteger))) (SIGNATURE complexNumeric ((Complex (Float)) (Polynomial S))) (SIGNATURE complexNumeric ((Complex (Float)) (Polynomial S) (PositiveInteger)))) %noBranch) (IF (has S (IntegralDomain)) (PROGN (SIGNATURE numeric ((Float) (Fraction (Polynomial S)))) (SIGNATURE numeric ((Float) (Fraction (Polynomial S)) (PositiveInteger))) (SIGNATURE complexNumeric ((Complex (Float)) (Fraction (Polynomial S)))) (SIGNATURE complexNumeric ((Complex (Float)) (Fraction (Polynomial S)) (PositiveInteger))) (SIGNATURE complexNumeric ((Complex (Float)) (Fraction (Polynomial (Complex S))))) (SIGNATURE complexNumeric ((Complex (Float)) (Fraction (Polynomial (Complex S))) (PositiveInteger))) (IF (has S (OrderedSet)) (PROGN (SIGNATURE numeric ((Float) (Expression S))) (SIGNATURE numeric ((Float) (Expression S) (PositiveInteger))) (SIGNATURE complexNumeric ((Complex (Float)) (Expression S))) (SIGNATURE complexNumeric ((Complex (Float)) (Expression S) (PositiveInteger))) (SIGNATURE complexNumeric ((Complex (Float)) (Expression (Complex S)))) (SIGNATURE complexNumeric ((Complex (Float)) (Expression (Complex S)) (PositiveInteger)))) %noBranch)) %noBranch) (IF (has S (CommutativeRing)) (PROGN (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Polynomial (Complex S)))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Polynomial (Complex S)) (PositiveInteger)))) %noBranch) (IF (has S (Ring)) (PROGN (SIGNATURE numericIfCan ((Union (Float) failed) (Polynomial S))) (SIGNATURE numericIfCan ((Union (Float) failed) (Polynomial S) (PositiveInteger))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Polynomial S))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Polynomial S) (PositiveInteger)))) %noBranch) (IF (has S (IntegralDomain)) (PROGN (SIGNATURE numericIfCan ((Union (Float) failed) (Fraction (Polynomial S)))) (SIGNATURE numericIfCan ((Union (Float) failed) (Fraction (Polynomial S)) (PositiveInteger))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Fraction (Polynomial S)))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Fraction (Polynomial S)) (PositiveInteger))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Fraction (Polynomial (Complex S))))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Fraction (Polynomial (Complex S))) (PositiveInteger))) (IF (has S (OrderedSet)) (PROGN (SIGNATURE numericIfCan ((Union (Float) failed) (Expression S))) (SIGNATURE numericIfCan ((Union (Float) failed) (Expression S) (PositiveInteger))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Expression S))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Expression S) (PositiveInteger))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Expression (Complex S)))) (SIGNATURE complexNumericIfCan ((Union (Complex (Float)) failed) (Expression (Complex S)) (PositiveInteger)))) %noBranch)) %noBranch)) NIL) ------------------------------------------------------------------------ initializing stationary directory for Numeric compiling into /tmp/oa-J2hrtm compiling exported complexNumericIfCan : Polynomial Complex S -> Union(Complex Float,failed) Time: 0.08 SEC. compiling exported complexNumericIfCan : (Polynomial Complex S,PositiveInteger) -> Union(Complex Float,failed) Time: 0.04 SEC. compiling exported numericIfCan : Polynomial S -> Union(Float,failed) Time: 0.04 SEC. compiling exported complexNumericIfCan : Polynomial S -> Union(Complex Float,failed) Time: 0.20 SEC. compiling exported complexNumericIfCan : (Polynomial S,PositiveInteger) -> Union(Complex Float,failed) Time: 0.26 SEC. compiling exported numericIfCan : (Polynomial S,PositiveInteger) -> Union(Float,failed) Time: 0.02 SEC. compiling exported numericIfCan : Fraction Polynomial S -> Union(Float,failed) Time: 0.06 SEC. compiling exported complexNumericIfCan : Fraction Polynomial S -> Union(Complex Float,failed) Time: 0.12 SEC. compiling exported complexNumericIfCan : (Fraction Polynomial S,PositiveInteger) -> Union(Complex Float,failed) Time: 0.15 SEC. compiling exported numericIfCan : (Fraction Polynomial S,PositiveInteger) -> Union(Float,failed) Time: 0.03 SEC. compiling exported complexNumericIfCan : Fraction Polynomial Complex S -> Union(Complex Float,failed) Time: 0.16 SEC. compiling exported complexNumericIfCan : (Fraction Polynomial Complex S,PositiveInteger) -> Union(Complex Float,failed) Time: 0.20 SEC. compiling exported numericIfCan : Expression S -> Union(Float,failed) Time: 0.04 SEC. compiling exported complexNumericIfCan : Expression S -> Union(Complex Float,failed) Time: 0.07 SEC. compiling exported numericIfCan : (Expression S,PositiveInteger) -> Union(Float,failed) Time: 0.06 SEC. compiling exported complexNumericIfCan : (Expression S,PositiveInteger) -> Union(Complex Float,failed) Time: 0.13 SEC. compiling exported complexNumericIfCan : Expression Complex S -> Union(Complex Float,failed) Time: 0.08 SEC. compiling exported complexNumericIfCan : (Expression Complex S,PositiveInteger) -> Union(Complex Float,failed) Time: 0.13 SEC. compiling local convert : Complex S -> Complex Float Time: 0.03 SEC. compiling exported complexNumericIfCan : Expression Complex S -> Union(Complex Float,failed) Time: 0.07 SEC. compiling exported complexNumericIfCan : (Expression Complex S,PositiveInteger) -> Union(Complex Float,failed) Time: 0.11 SEC. compiling exported numeric : S -> Float Time: 0.00 SEC. compiling exported complexNumeric : S -> Complex Float Time: 0.01 SEC. compiling exported complexNumeric : (S,PositiveInteger) -> Complex Float Time: 0.02 SEC. compiling exported complexNumeric : S -> Complex Float Time: 0.02 SEC. compiling exported complexNumeric : (S,PositiveInteger) -> Complex Float Time: 0.02 SEC. compiling exported complexNumeric : Polynomial Complex S -> Complex Float Time: 0.03 SEC. compiling exported complexNumeric : (Polynomial Complex S,PositiveInteger) -> Complex Float Time: 0.04 SEC. compiling exported complexNumeric : Complex S -> Complex Float Time: 0.01 SEC. compiling exported complexNumeric : (Complex S,PositiveInteger) -> Complex Float Time: 0.04 SEC. compiling exported complexNumeric : Complex S -> Complex Float Time: 0.01 SEC. compiling exported complexNumeric : (Complex S,PositiveInteger) -> Complex Float Time: 0.03 SEC. compiling exported complexNumeric : Complex S -> Complex Float Time: 0.18 SEC. compiling exported complexNumeric : (Complex S,PositiveInteger) -> Complex Float Time: 0.36 SEC. compiling exported numeric : (S,PositiveInteger) -> Float Time: 0.01 SEC. compiling exported numeric : Polynomial S -> Float Time: 0.05 SEC. compiling exported complexNumeric : Polynomial S -> Complex Float Time: 0.27 SEC. compiling exported complexNumeric : (Polynomial S,PositiveInteger) -> Complex Float Time: 0.32 SEC. compiling exported numeric : (Polynomial S,PositiveInteger) -> Float Time: 0.02 SEC. compiling exported numeric : Fraction Polynomial S -> Float Time: 0.05 SEC. compiling exported complexNumeric : Fraction Polynomial S -> Complex Float Time: 0.12 SEC. compiling exported complexNumeric : (Fraction Polynomial S,PositiveInteger) -> Complex Float Time: 0.15 SEC. compiling exported numeric : (Fraction Polynomial S,PositiveInteger) -> Float Time: 0.03 SEC. compiling exported complexNumeric : Fraction Polynomial Complex S -> Complex Float Time: 0.15 SEC. compiling exported complexNumeric : (Fraction Polynomial Complex S,PositiveInteger) -> Complex Float Time: 0.20 SEC. compiling exported numeric : Expression S -> Float Time: 0.04 SEC. compiling exported complexNumeric : Expression S -> Complex Float Time: 0.07 SEC. compiling exported numeric : (Expression S,PositiveInteger) -> Float Time: 0.07 SEC. compiling exported complexNumeric : (Expression S,PositiveInteger) -> Complex Float Time: 0.09 SEC. compiling exported complexNumeric : Expression Complex S -> Complex Float Time: 0.08 SEC. compiling exported complexNumeric : (Expression Complex S,PositiveInteger) -> Complex Float Time: 0.15 SEC. (time taken in buildFunctor: 4) Time: 0.02 SEC. Cumulative Statistics for Constructor Numeric Time: 4.73 seconds finalizing NRLIB NUMERIC Processing Numeric for Browser database: -- numeric : S -> Float -- numeric : (S,PositiveInteger) -> Float -- complexNumeric : S -> Complex Float -- complexNumeric : (S,PositiveInteger) -> Complex Float -- complexNumeric : Complex S -> Complex Float -- complexNumeric : (Complex S,PositiveInteger) -> Complex Float -- complexNumeric : Polynomial Complex S -> Complex Float -- complexNumeric : (Polynomial Complex S,PositiveInteger) -> Complex Float -- numeric : Polynomial S -> Float -- numeric : (Polynomial S,PositiveInteger) -> Float -- complexNumeric : Polynomial S -> Complex Float -- complexNumeric : (Polynomial S,PositiveInteger) -> Complex Float -- numeric : Fraction Polynomial S -> Float -- numeric : (Fraction Polynomial S,PositiveInteger) -> Float -- complexNumeric : Fraction Polynomial S -> Complex Float -- complexNumeric : (Fraction Polynomial S,PositiveInteger) -> Complex Float -- complexNumeric : Fraction Polynomial Complex S -> Complex Float -- complexNumeric : (Fraction Polynomial Complex S,PositiveInteger) -> Complex Float -- numeric : Expression S -> Float -- numeric : (Expression S,PositiveInteger) -> Float -- complexNumeric : Expression S -> Complex Float -- complexNumeric : (Expression S,PositiveInteger) -> Complex Float -- complexNumeric : Expression Complex S -> Complex Float -- complexNumeric : (Expression Complex S,PositiveInteger) -> Complex Float -- complexNumericIfCan : Polynomial Complex S -> Union(Complex Float,"failed") -- complexNumericIfCan : (Polynomial Complex S,PositiveInteger) -> Union(Complex Float,"failed") -- numericIfCan : Polynomial S -> Union(Float,"failed") -- numericIfCan : (Polynomial S,PositiveInteger) -> Union(Float,"failed") -- complexNumericIfCan : Polynomial S -> Union(Complex Float,"failed") -- complexNumericIfCan : (Polynomial S,PositiveInteger) -> Union(Complex Float,"failed") -- numericIfCan : Fraction Polynomial S -> Union(Float,"failed") -- numericIfCan : (Fraction Polynomial S,PositiveInteger) -> Union(Float,"failed") -- complexNumericIfCan : Fraction Polynomial S -> Union(Complex Float,"failed") -- complexNumericIfCan : (Fraction Polynomial S,PositiveInteger) -> Union(Complex Float,"failed") -- complexNumericIfCan : Fraction Polynomial Complex S -> Union(Complex Float,"failed") -- complexNumericIfCan : (Fraction Polynomial Complex S,PositiveInteger) -> Union(Complex Float,"failed") -- numericIfCan : Expression S -> Union(Float,"failed") -- numericIfCan : (Expression S,PositiveInteger) -> Union(Float,"failed") -- complexNumericIfCan : Expression S -> Union(Complex Float,"failed") -- complexNumericIfCan : (Expression S,PositiveInteger) -> Union(Complex Float,"failed") -- complexNumericIfCan : Expression Complex S -> Union(Complex Float,"failed") -- complexNumericIfCan : (Expression Complex S,PositiveInteger) -> Union(Complex Float,"failed") -- constructor ; compiling file "/tmp/oa-J2hrtm/code.lsp" (written 01 FEB 2016 11:14:35 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |NUMERIC;complexNumericIfCan;PU;1| ...) ; compiling (DEFUN |NUMERIC;complexNumericIfCan;PPiU;2| ...) ; compiling (DEFUN |NUMERIC;numericIfCan;PU;3| ...) ; compiling (DEFUN |NUMERIC;complexNumericIfCan;PU;4| ...) ; compiling (DEFUN |NUMERIC;complexNumericIfCan;PPiU;5| ...) ; compiling (DEFUN |NUMERIC;numericIfCan;PPiU;6| ...) ; compiling (DEFUN |NUMERIC;numericIfCan;FU;7| ...) ; compiling (DEFUN |NUMERIC;complexNumericIfCan;FU;8| ...) ; compiling (DEFUN |NUMERIC;complexNumericIfCan;FPiU;9| ...) ; compiling (DEFUN |NUMERIC;numericIfCan;FPiU;10| ...) ; compiling (DEFUN |NUMERIC;complexNumericIfCan;FU;11| ...) ; compiling (DEFUN |NUMERIC;complexNumericIfCan;FPiU;12| ...) ; compiling (DEFUN |NUMERIC;numericIfCan;EU;13| ...) ; file: /tmp/oa-J2hrtm/code.lsp ; in: DEFUN |NUMERIC;numericIfCan;EU;13| ; (DEFUN BOOT::|NUMERIC;numericIfCan;EU;13| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 45) BOOT::|x| ; (BOOT::|shellEntry| BOOT::$ 50)) ; (BOOT::|shellEntry| BOOT::$ 51))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NUMERIC;numericIfCan;EU;13| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|NUMERIC;numericIfCan;EU;13| ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 45) BOOT::|x| ; (BOOT::|shellEntry| BOOT::$ 50)) ; (BOOT::|shellEntry| BOOT::$ 51)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |NUMERIC;complexNumericIfCan;EU;14| ...) ; file: /tmp/oa-J2hrtm/code.lsp ; in: DEFUN |NUMERIC;complexNumericIfCan;EU;14| ; (DEFUN BOOT::|NUMERIC;complexNumericIfCan;EU;14| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 53) BOOT::|x| ; (BOOT::|shellEntry| BOOT::$ 57)) ; (BOOT::|shellEntry| BOOT::$ 58))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NUMERIC;complexNumericIfCan;EU;14| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|NUMERIC;complexNumericIfCan;EU;14| ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 53) BOOT::|x| ; (BOOT::|shellEntry| BOOT::$ 57)) ; (BOOT::|shellEntry| BOOT::$ 58)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |NUMERIC;numericIfCan;EPiU;15| ...) ; compiling (DEFUN |NUMERIC;complexNumericIfCan;EPiU;16| ...) ; compiling (DEFUN |NUMERIC;complexNumericIfCan;EU;17| ...) ; file: /tmp/oa-J2hrtm/code.lsp ; in: DEFUN |NUMERIC;complexNumericIfCan;EU;17| ; (DEFUN BOOT::|NUMERIC;complexNumericIfCan;EU;17| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 62) BOOT::|x| ; (BOOT::|shellEntry| BOOT::$ 66)) ; (BOOT::|shellEntry| BOOT::$ 67))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NUMERIC;complexNumericIfCan;EU;17| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|NUMERIC;complexNumericIfCan;EU;17| ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 62) BOOT::|x| ; (BOOT::|shellEntry| BOOT::$ 66)) ; (BOOT::|shellEntry| BOOT::$ 67)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |NUMERIC;complexNumericIfCan;EPiU;18| ...) ; compiling (DEFUN |NUMERIC;convert| ...) ; compiling (DEFUN |NUMERIC;complexNumericIfCan;EU;20| ...) ; file: /tmp/oa-J2hrtm/code.lsp ; in: DEFUN |NUMERIC;complexNumericIfCan;EU;20| ; (DEFUN BOOT::|NUMERIC;complexNumericIfCan;EU;20| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL (CONS #'BOOT::|NUMERIC;convert| BOOT::$) BOOT::|x| ; (BOOT::|shellEntry| BOOT::$ 66)) ; (BOOT::|shellEntry| BOOT::$ 67))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NUMERIC;complexNumericIfCan;EU;20| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|NUMERIC;complexNumericIfCan;EU;20| ; (BOOT::SPADCALL ; (BOOT::SPADCALL (CONS #'BOOT::|NUMERIC;convert| BOOT::$) BOOT::|x| ; (BOOT::|shellEntry| BOOT::$ 66)) ; (BOOT::|shellEntry| BOOT::$ 67)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |NUMERIC;complexNumericIfCan;EPiU;21| ...) ; compiling (DEFUN |NUMERIC;numeric;SF;22| ...) ; compiling (DEFUN |NUMERIC;complexNumeric;SC;23| ...) ; compiling (DEFUN |NUMERIC;complexNumeric;SPiC;24| ...) ; compiling (DEFUN |NUMERIC;complexNumeric;SC;25| ...) ; compiling (DEFUN |NUMERIC;complexNumeric;SPiC;26| ...) ; compiling (DEFUN |NUMERIC;complexNumeric;PC;27| ...) ; compiling (DEFUN |NUMERIC;complexNumeric;PPiC;28| ...) ; compiling (DEFUN |NUMERIC;complexNumeric;CC;29| ...) ; compiling (DEFUN |NUMERIC;complexNumeric;CPiC;30| ...) ; compiling (DEFUN |NUMERIC;complexNumeric;CC;31| ...) ; compiling (DEFUN |NUMERIC;complexNumeric;CPiC;32| ...) ; compiling (DEFUN |NUMERIC;complexNumeric;CC;33| ...) ; compiling (DEFUN |NUMERIC;complexNumeric;CPiC;34| ...) ; compiling (DEFUN |NUMERIC;numeric;SPiF;35| ...) ; compiling (DEFUN |NUMERIC;numeric;PF;36| ...) ; compiling (DEFUN |NUMERIC;complexNumeric;PC;37| ...) ; compiling (DEFUN |NUMERIC;complexNumeric;PPiC;38| ...) ; compiling (DEFUN |NUMERIC;numeric;PPiF;39| ...) ; compiling (DEFUN |NUMERIC;numeric;FF;40| ...) ; compiling (DEFUN |NUMERIC;complexNumeric;FC;41| ...) ; compiling (DEFUN |NUMERIC;complexNumeric;FPiC;42| ...) ; compiling (DEFUN |NUMERIC;numeric;FPiF;43| ...) ; compiling (DEFUN |NUMERIC;complexNumeric;FC;44| ...) ; compiling (DEFUN |NUMERIC;complexNumeric;FPiC;45| ...) ; compiling (DEFUN |NUMERIC;numeric;EF;46| ...) ; compiling (DEFUN |NUMERIC;complexNumeric;EC;47| ...) ; compiling (DEFUN |NUMERIC;numeric;EPiF;48| ...) ; compiling (DEFUN |NUMERIC;complexNumeric;EPiC;49| ...) ; compiling (DEFUN |NUMERIC;complexNumeric;EC;50| ...) ; compiling (DEFUN |NUMERIC;complexNumeric;EPiC;51| ...) ; compiling (DEFUN |Numeric| ...) ; compiling (DEFUN |Numeric;| ...) ; compiling (MAKEPROP (QUOTE |Numeric|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 4 notes ; /tmp/oa-J2hrtm/code.fasl written ; compilation finished in 0:00:00.171 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile QUAT.spad && cp QUAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/QUAT.fasl \ && if test -f QUAT-.NRLIB/code.fasl; then \ cp QUAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/QUAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/QUAT.spad using Spad compiler. QUAT abbreviates domain Quaternion debug: compDefine1 lhs: (Quaternion R) signature (pre-evaluate): ((QuaternionCategory R) (CommutativeRing)) debug: evaluateType form: (QuaternionCategory R) $param: (R) Debug: evaluateType1 form: (QuaternionCategory R) debug: evaluateType1 x: R m: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: (R) Debug: evaluateType1 form: (CommutativeRing) debug: compDefine1 signature (post evaluate): ((QuaternionCategory R) (CommutativeRing)) debug: compDefine1 lhs: (Quaternion R) signature (pre-evaluate): ((QuaternionCategory R) NIL) debug: evaluateType form: (QuaternionCategory R) $param: (R) Debug: evaluateType1 form: (QuaternionCategory R) debug: evaluateType1 x: R m: (CommutativeRing) debug: compDefine1 signature (post evaluate): ((QuaternionCategory R) NIL) ------------------------------------------------------------------------ initializing stationary directory for Quaternion compiling into /tmp/oa-SaKvrJ compiling exported Zero : () -> % Time: 0.04 SEC. compiling exported One : () -> % Time: 0 SEC. compiling exported real : % -> R QUAT;real;$R;3 x is replaced by %vref(x,0) Time: 0 SEC. compiling exported imagI : % -> R QUAT;imagI;$R;4 x is replaced by %vref(x,1) Time: 0 SEC. compiling exported imagJ : % -> R QUAT;imagJ;$R;5 x is replaced by %vref(x,2) Time: 0 SEC. compiling exported imagK : % -> R QUAT;imagK;$R;6 x is replaced by %vref(x,3) Time: 0 SEC. compiling exported quatern : (R,R,R,R) -> % QUAT;quatern;4R$;7 is replaced by %vector Time: 0.00 SEC. compiling exported * : (%,%) -> % Time: 0.03 SEC. (time taken in buildFunctor: 60) Time: 0.10 SEC. Cumulative Statistics for Constructor Quaternion Time: 0.17 seconds finalizing NRLIB QUAT Processing Quaternion for Browser database: -- constructor ; compiling file "/tmp/oa-SaKvrJ/code.lsp" (written 01 FEB 2016 11:14:36 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |QUAT;real;$R;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |QUAT;imagI;$R;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |QUAT;imagJ;$R;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |QUAT;imagK;$R;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |QUAT;quatern;4R$;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |QUAT;Zero;$;1| ...) ; compiling (DEFUN |QUAT;One;$;2| ...) ; compiling (DEFUN |QUAT;real;$R;3| ...) ; compiling (DEFUN |QUAT;imagI;$R;4| ...) ; compiling (DEFUN |QUAT;imagJ;$R;5| ...) ; compiling (DEFUN |QUAT;imagK;$R;6| ...) ; compiling (DEFUN |QUAT;quatern;4R$;7| ...) ; compiling (DEFUN |QUAT;*;3$;8| ...) ; compiling (DEFUN |Quaternion| ...) ; compiling (DEFUN |Quaternion;| ...) ; compiling (MAKEPROP (QUOTE |Quaternion|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-SaKvrJ/code.fasl written ; compilation finished in 0:00:00.043 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile OCT.spad && cp OCT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/OCT.fasl \ && if test -f OCT-.NRLIB/code.fasl; then \ cp OCT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/OCT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OCT.spad using Spad compiler. OCT abbreviates domain Octonion debug: compDefine1 lhs: (Octonion R) signature (pre-evaluate): ((Join (OctonionCategory R) (FullyRetractableTo (Quaternion R)) (CATEGORY domain (SIGNATURE octon ($ (Quaternion R) (Quaternion R))))) (CommutativeRing)) debug: evaluateType form: (Join (OctonionCategory R) (FullyRetractableTo (Quaternion R)) (CATEGORY domain (SIGNATURE octon ($ (Quaternion R) (Quaternion R))))) $param: (R) debug: evaluateType form: (OctonionCategory R) $param: (R) Debug: evaluateType1 form: (OctonionCategory R) debug: evaluateType1 x: R m: (CommutativeRing) debug: evaluateType form: (FullyRetractableTo (Quaternion R)) $param: (R) Debug: evaluateType1 form: (FullyRetractableTo (Quaternion R)) debug: evaluateType1 x: (Quaternion R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Quaternion R) $param: (R) Debug: evaluateType1 form: (Quaternion R) debug: evaluateType1 x: R m: (CommutativeRing) debug: evalCategory d: (Quaternion R) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE octon ($ (Quaternion R) (Quaternion R)))) $param: (R) debug: evaluateType form: (Quaternion R) $param: (R) Debug: evaluateType1 form: (Quaternion R) debug: evaluateType1 x: R m: (CommutativeRing) debug: evaluateType form: (Quaternion R) $param: (R) Debug: evaluateType1 form: (Quaternion R) debug: evaluateType1 x: R m: (CommutativeRing) debug: evaluateType form: (CommutativeRing) $param: (R) Debug: evaluateType1 form: (CommutativeRing) debug: compDefine1 signature (post evaluate): ((Join (OctonionCategory R) (FullyRetractableTo (Quaternion R)) (CATEGORY domain (SIGNATURE octon ($ (Quaternion R) (Quaternion R))))) (CommutativeRing)) debug: compDefine1 lhs: (Octonion R) signature (pre-evaluate): ((Join (OctonionCategory R) (FullyRetractableTo (Quaternion R)) (CATEGORY domain (SIGNATURE octon ($ (Quaternion R) (Quaternion R))))) NIL) debug: evaluateType form: (Join (OctonionCategory R) (FullyRetractableTo (Quaternion R)) (CATEGORY domain (SIGNATURE octon ($ (Quaternion R) (Quaternion R))))) $param: (R) debug: evaluateType form: (OctonionCategory R) $param: (R) Debug: evaluateType1 form: (OctonionCategory R) debug: evaluateType1 x: R m: (CommutativeRing) debug: evaluateType form: (FullyRetractableTo (Quaternion R)) $param: (R) Debug: evaluateType1 form: (FullyRetractableTo (Quaternion R)) debug: evaluateType1 x: (Quaternion R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Quaternion R) $param: (R) Debug: evaluateType1 form: (Quaternion R) debug: evaluateType1 x: R m: (CommutativeRing) debug: evalCategory d: (Quaternion R) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE octon ($ (Quaternion R) (Quaternion R)))) $param: (R) debug: evaluateType form: (Quaternion R) $param: (R) Debug: evaluateType1 form: (Quaternion R) debug: evaluateType1 x: R m: (CommutativeRing) debug: evaluateType form: (Quaternion R) $param: (R) Debug: evaluateType1 form: (Quaternion R) debug: evaluateType1 x: R m: (CommutativeRing) debug: compDefine1 signature (post evaluate): ((Join (OctonionCategory R) (FullyRetractableTo (Quaternion R)) (CATEGORY domain (SIGNATURE octon ($ (Quaternion R) (Quaternion R))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for Octonion compiling into /tmp/oa-XmgCk9 compiling exported Zero : () -> % Time: 0.02 SEC. compiling exported One : () -> % Time: 0 SEC. compiling exported real : % -> R OCT;real;$R;3 x is replaced by %vref(%head x,0) Time: 0.00 SEC. compiling exported imagi : % -> R OCT;imagi;$R;4 x is replaced by %vref(%head x,1) Time: 0.00 SEC. compiling exported imagj : % -> R OCT;imagj;$R;5 x is replaced by %vref(%head x,2) Time: 0 SEC. compiling exported imagk : % -> R OCT;imagk;$R;6 x is replaced by %vref(%head x,3) Time: 0 SEC. compiling exported imagE : % -> R OCT;imagE;$R;7 x is replaced by %vref(%tail x,0) Time: 0.00 SEC. compiling exported imagI : % -> R OCT;imagI;$R;8 x is replaced by %vref(%tail x,1) Time: 0 SEC. compiling exported imagJ : % -> R OCT;imagJ;$R;9 x is replaced by %vref(%tail x,2) Time: 0.00 SEC. compiling exported imagK : % -> R OCT;imagK;$R;10 x is replaced by %vref(%tail x,3) Time: 0 SEC. compiling exported octon : (R,R,R,R,R,R,R,R) -> % OCT;octon;8R$;11(a,b,c,d,f,g,h,i) is replaced by %pair(%vector(a,b,c,d),%vector(f,g,h,i)) Time: 0.00 SEC. compiling exported octon : (Quaternion R,Quaternion R) -> % OCT;octon;2Q$;12 is replaced by %pair Time: 0 SEC. compiling exported coerce : Quaternion R -> % Time: 0 SEC. compiling exported retract : % -> Quaternion R Time: 0.02 SEC. compiling exported retractIfCan : % -> Union(Quaternion R,failed) Time: 0.00 SEC. compiling exported * : (%,%) -> % Time: 0.02 SEC. (time taken in buildFunctor: 52) Time: 0.10 SEC. Cumulative Statistics for Constructor Octonion Time: 0.19 seconds finalizing NRLIB OCT Processing Octonion for Browser database: -- octon : (QR,QR) -> % -- constructor ; compiling file "/tmp/oa-XmgCk9/code.lsp" (written 01 FEB 2016 11:14:36 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OCT;real;$R;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OCT;imagi;$R;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OCT;imagj;$R;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OCT;imagk;$R;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OCT;imagE;$R;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OCT;imagI;$R;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OCT;imagJ;$R;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OCT;imagK;$R;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OCT;octon;8R$;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OCT;octon;2Q$;12|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |OCT;Zero;$;1| ...) ; compiling (DEFUN |OCT;One;$;2| ...) ; compiling (DEFUN |OCT;real;$R;3| ...) ; compiling (DEFUN |OCT;imagi;$R;4| ...) ; compiling (DEFUN |OCT;imagj;$R;5| ...) ; compiling (DEFUN |OCT;imagk;$R;6| ...) ; compiling (DEFUN |OCT;imagE;$R;7| ...) ; compiling (DEFUN |OCT;imagI;$R;8| ...) ; compiling (DEFUN |OCT;imagJ;$R;9| ...) ; compiling (DEFUN |OCT;imagK;$R;10| ...) ; compiling (DEFUN |OCT;octon;8R$;11| ...) ; compiling (DEFUN |OCT;octon;2Q$;12| ...) ; compiling (DEFUN |OCT;coerce;Q$;13| ...) ; compiling (DEFUN |OCT;retract;$Q;14| ...) ; compiling (DEFUN |OCT;retractIfCan;$U;15| ...) ; compiling (DEFUN |OCT;*;3$;16| ...) ; compiling (DEFUN |Octonion| ...) ; compiling (DEFUN |Octonion;| ...) ; compiling (MAKEPROP (QUOTE |Octonion|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-XmgCk9/code.fasl written ; compilation finished in 0:00:00.063 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile OCTCT2.spad && cp OCTCT2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/OCTCT2.fasl \ && if test -f OCTCT2-.NRLIB/code.fasl; then \ cp OCTCT2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/OCTCT2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OCTCT2.spad using Spad compiler. OCTCT2 abbreviates package OctonionCategoryFunctions2 debug: compDefine1 lhs: (OctonionCategoryFunctions2 OR R OS S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map (OS (Mapping S R) OR))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map (OS (Mapping S R) OR))) $param: (OR R OS S) debug: evaluateType form: OS $param: (OR R OS S) debug: evaluateType form: (Mapping S R) $param: (OR R OS S) debug: evaluateType form: S $param: (OR R OS S) debug: evaluateType form: R $param: (OR R OS S) debug: evaluateType form: OR $param: (OR R OS S) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map (OS (Mapping S R) OR))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for OctonionCategoryFunctions2 compiling into /tmp/oa-HVGtwA compiling exported map : (R -> S,OR) -> OS Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor OctonionCategoryFunctions2 Time: 0.02 seconds finalizing NRLIB OCTCT2 Processing OctonionCategoryFunctions2 for Browser database: -- map : ((R -> S),OR) -> OS -- constructor ; compiling file "/tmp/oa-HVGtwA/code.lsp" (written 01 FEB 2016 11:14:36 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |OCTCT2;map;MOROS;1| ...) ; compiling (DEFUN |OctonionCategoryFunctions2| ...) ; compiling (DEFUN |OctonionCategoryFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |OctonionCategoryFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-HVGtwA/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PAN2EXPR.spad && cp PAN2EXPR.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PAN2EXPR.fasl \ && if test -f PAN2EXPR-.NRLIB/code.fasl; then \ cp PAN2EXPR-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PAN2EXPR-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PAN2EXPR.spad using Spad compiler. PAN2EXPR abbreviates package PolynomialAN2Expression debug: compDefine1 lhs: (PolynomialAN2Expression) signature (pre-evaluate): ((CATEGORY package (SIGNATURE coerce ((Expression (Integer)) (Polynomial (AlgebraicNumber)))) (SIGNATURE coerce ((Expression (Integer)) (Fraction (Polynomial (AlgebraicNumber))))))) debug: evaluateType form: (CATEGORY package (SIGNATURE coerce ((Expression (Integer)) (Polynomial (AlgebraicNumber)))) (SIGNATURE coerce ((Expression (Integer)) (Fraction (Polynomial (AlgebraicNumber)))))) $param: NIL debug: evaluateType form: (Expression (Integer)) $param: NIL Debug: evaluateType1 form: (Expression (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (Polynomial (AlgebraicNumber)) $param: NIL Debug: evaluateType1 form: (Polynomial (AlgebraicNumber)) debug: evaluateType1 x: (AlgebraicNumber) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (AlgebraicNumber) $param: NIL Debug: evaluateType1 form: (AlgebraicNumber) debug: evalCategory d: (AlgebraicNumber) c: (Ring) debug: evaluateType form: (Expression (Integer)) $param: NIL Debug: evaluateType1 form: (Expression (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (Fraction (Polynomial (AlgebraicNumber))) $param: NIL Debug: evaluateType1 form: (Fraction (Polynomial (AlgebraicNumber))) debug: evaluateType1 x: (Polynomial (AlgebraicNumber)) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial (AlgebraicNumber)) $param: NIL Debug: evaluateType1 form: (Polynomial (AlgebraicNumber)) debug: evaluateType1 x: (AlgebraicNumber) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (AlgebraicNumber) $param: NIL Debug: evaluateType1 form: (AlgebraicNumber) debug: evalCategory d: (AlgebraicNumber) c: (Ring) debug: evalCategory d: (Polynomial (AlgebraicNumber)) c: (IntegralDomain) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE coerce ((Expression (Integer)) (Polynomial (AlgebraicNumber)))) (SIGNATURE coerce ((Expression (Integer)) (Fraction (Polynomial (AlgebraicNumber))))))) ------------------------------------------------------------------------ initializing stationary directory for PolynomialAN2Expression compiling into /tmp/oa-owHK7E compiling exported coerce : Polynomial AlgebraicNumber -> Expression Integer Time: 0.10 SEC. compiling exported coerce : Fraction Polynomial AlgebraicNumber -> Expression Integer Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor PolynomialAN2Expression Time: 0.14 seconds finalizing NRLIB PAN2EXPR Processing PolynomialAN2Expression for Browser database: -- coerce : Polynomial AlgebraicNumber -> Expression Integer -- coerce : Fraction Polynomial AlgebraicNumber -> Expression Integer -- constructor ; compiling file "/tmp/oa-owHK7E/code.lsp" (written 01 FEB 2016 11:14:37 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PAN2EXPR;coerce;PE;1| ...) ; compiling (DEFUN |PAN2EXPR;coerce;PE;1!1| ...) ; compiling (DEFUN |PAN2EXPR;coerce;PE;1!0| ...) ; compiling (DEFUN |PAN2EXPR;coerce;FE;2| ...) ; compiling (DEFUN |PolynomialAN2Expression| ...) ; compiling (DEFUN |PolynomialAN2Expression;| ...) ; compiling (MAKEPROP (QUOTE |PolynomialAN2Expression|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-owHK7E/code.fasl written ; compilation finished in 0:00:00.020 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PFOQ.spad && cp PFOQ.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PFOQ.fasl \ && if test -f PFOQ-.NRLIB/code.fasl; then \ cp PFOQ-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PFOQ-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PFOQ.spad using Spad compiler. PFOQ abbreviates package PointsOfFiniteOrderRational debug: compDefine1 lhs: (PointsOfFiniteOrderRational UP UPUP R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE order ((Union (NonNegativeInteger) failed) (FiniteDivisor (Fraction (Integer)) UP UPUP R))) (SIGNATURE torsion? ((Boolean) (FiniteDivisor (Fraction (Integer)) UP UPUP R))) (SIGNATURE torsionIfCan ((Union (Record (: order (NonNegativeInteger)) (: function R)) failed) (FiniteDivisor (Fraction (Integer)) UP UPUP R)))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE order ((Union (NonNegativeInteger) failed) (FiniteDivisor (Fraction (Integer)) UP UPUP R))) (SIGNATURE torsion? ((Boolean) (FiniteDivisor (Fraction (Integer)) UP UPUP R))) (SIGNATURE torsionIfCan ((Union (Record (: order (NonNegativeInteger)) (: function R)) failed) (FiniteDivisor (Fraction (Integer)) UP UPUP R)))) $param: (UP UPUP R) debug: evaluateType form: (Union (NonNegativeInteger) failed) $param: (UP UPUP R) debug: evaluateType form: (NonNegativeInteger) $param: (UP UPUP R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: failed $param: (UP UPUP R) debug: evaluateType form: (FiniteDivisor (Fraction (Integer)) UP UPUP R) $param: (UP UPUP R) Debug: evaluateType1 form: (FiniteDivisor (Fraction (Integer)) UP UPUP R) debug: evaluateType1 x: (Fraction (Integer)) m: (Field) debug: evaluateType1 categoryForm: (Field) debug: evaluateType form: (Field) $param: (UP UPUP R) Debug: evaluateType1 form: (Field) debug: evaluateType form: (Fraction (Integer)) $param: (UP UPUP R) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (UP UPUP R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (UP UPUP R) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Field) debug: evaluateType1 x: UP m: (UnivariatePolynomialCategory (Fraction (Integer))) debug: evaluateType1 x: UPUP m: (UnivariatePolynomialCategory (Fraction UP)) debug: evaluateType1 x: R m: (FunctionFieldCategory (Fraction (Integer)) UP UPUP) debug: evaluateType form: (Boolean) $param: (UP UPUP R) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (FiniteDivisor (Fraction (Integer)) UP UPUP R) $param: (UP UPUP R) Debug: evaluateType1 form: (FiniteDivisor (Fraction (Integer)) UP UPUP R) debug: evaluateType1 x: (Fraction (Integer)) m: (Field) debug: evaluateType1 categoryForm: (Field) debug: evaluateType form: (Field) $param: (UP UPUP R) Debug: evaluateType1 form: (Field) debug: evaluateType form: (Fraction (Integer)) $param: (UP UPUP R) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (UP UPUP R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (UP UPUP R) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Field) debug: evaluateType1 x: UP m: (UnivariatePolynomialCategory (Fraction (Integer))) debug: evaluateType1 x: UPUP m: (UnivariatePolynomialCategory (Fraction UP)) debug: evaluateType1 x: R m: (FunctionFieldCategory (Fraction (Integer)) UP UPUP) debug: evaluateType form: (Union (Record (: order (NonNegativeInteger)) (: function R)) failed) $param: (UP UPUP R) debug: evaluateType form: (Record (: order (NonNegativeInteger)) (: function R)) $param: (UP UPUP R) debug: evaluateType form: (NonNegativeInteger) $param: (UP UPUP R) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: R $param: (UP UPUP R) debug: evaluateType form: failed $param: (UP UPUP R) debug: evaluateType form: (FiniteDivisor (Fraction (Integer)) UP UPUP R) $param: (UP UPUP R) Debug: evaluateType1 form: (FiniteDivisor (Fraction (Integer)) UP UPUP R) debug: evaluateType1 x: (Fraction (Integer)) m: (Field) debug: evaluateType1 categoryForm: (Field) debug: evaluateType form: (Field) $param: (UP UPUP R) Debug: evaluateType1 form: (Field) debug: evaluateType form: (Fraction (Integer)) $param: (UP UPUP R) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (UP UPUP R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (UP UPUP R) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evalCategory d: (Fraction (Integer)) c: (Field) debug: evaluateType1 x: UP m: (UnivariatePolynomialCategory (Fraction (Integer))) debug: evaluateType1 x: UPUP m: (UnivariatePolynomialCategory (Fraction UP)) debug: evaluateType1 x: R m: (FunctionFieldCategory (Fraction (Integer)) UP UPUP) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE order ((Union (NonNegativeInteger) failed) (FiniteDivisor (Fraction (Integer)) UP UPUP R))) (SIGNATURE torsion? ((Boolean) (FiniteDivisor (Fraction (Integer)) UP UPUP R))) (SIGNATURE torsionIfCan ((Union (Record (: order (NonNegativeInteger)) (: function R)) failed) (FiniteDivisor (Fraction (Integer)) UP UPUP R)))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PointsOfFiniteOrderRational compiling into /tmp/oa-MtyWlV importing PointsOfFiniteOrderTools(UP,UPUP) compiling exported torsion? : FiniteDivisor(Fraction Integer,UP,UPUP,R) -> Boolean Time: 0.15 SEC. compiling local ratcurve : (FiniteDivisor(Fraction Integer,UP,UPUP,R),UPUP,Integer) -> NonNegativeInteger Time: 0.39 SEC. compiling local rat : (UPUP,FiniteDivisor(Fraction Integer,UP,UPUP,R),PositiveInteger) -> NonNegativeInteger Time: 0.10 SEC. compiling local possibleOrder : FiniteDivisor(Fraction Integer,UP,UPUP,R) -> NonNegativeInteger Time: 0.04 SEC. compiling exported order : FiniteDivisor(Fraction Integer,UP,UPUP,R) -> Union(NonNegativeInteger,failed) Time: 0.06 SEC. compiling exported torsionIfCan : FiniteDivisor(Fraction Integer,UP,UPUP,R) -> Union(Record(order: NonNegativeInteger,function: R),failed) Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] ratcurve: minIndex has no value [2] ratcurve: numer has no value [3] possibleOrder: # has no value [4] possibleOrder: numer has no value Cumulative Statistics for Constructor PointsOfFiniteOrderRational Time: 0.78 seconds finalizing NRLIB PFOQ Processing PointsOfFiniteOrderRational for Browser database: -- order : FD -> Union(N,"failed") -- torsion? : FD -> Boolean -- torsionIfCan : FD -> Union(Record(order: N,function: R),"failed") -- constructor ; compiling file "/tmp/oa-MtyWlV/code.lsp" (written 01 FEB 2016 11:14:38 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PFOQ;torsion?;FdB;1| ...) ; compiling (DEFUN |PFOQ;ratcurve| ...) ; compiling (DEFUN |PFOQ;rat| ...) ; file: /tmp/oa-MtyWlV/code.lsp ; in: DEFUN |PFOQ;rat| ; (DEFUN BOOT::|PFOQ;rat| (BOOT::|pp| BOOT::|d| BOOT::|p| BOOT::$) ; (LET ((BOOT::|gf| (BOOT::|InnerPrimeField| BOOT::|p|))) ; (BOOT::SPADCALL BOOT::|d| BOOT::|pp| ; (CONS #'BOOT::|PFOQ;rat!0| (VECTOR BOOT::|gf| BOOT::$)) ; (BOOT::|compiledLookupCheck| 'BOOT::|order| ; (LIST '# # # #) ; (BOOT::|ReducedDivisor| # # ; # # ; BOOT::|gf|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PFOQ;rat| ; (BOOT::|pp| BOOT::|d| BOOT::|p| BOOT::$) ; (BLOCK BOOT::|PFOQ;rat| ; (LET ((BOOT::|gf| #)) ; (BOOT::SPADCALL BOOT::|d| BOOT::|pp| (CONS #'BOOT::|PFOQ;rat!0| #) ; (BOOT::|compiledLookupCheck| 'BOOT::|order| # #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |PFOQ;rat!0| ...) ; compiling (DEFUN |PFOQ;possibleOrder| ...) ; compiling (DEFUN |PFOQ;order;FdU;5| ...) ; compiling (DEFUN |PFOQ;torsionIfCan;FdU;6| ...) ; compiling (DEFUN |PointsOfFiniteOrderRational| ...) ; compiling (DEFUN |PointsOfFiniteOrderRational;| ...) ; compiling (MAKEPROP (QUOTE |PointsOfFiniteOrderRational|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-MtyWlV/code.fasl written ; compilation finished in 0:00:00.042 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PICOERCE.spad && cp PICOERCE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PICOERCE.fasl \ && if test -f PICOERCE-.NRLIB/code.fasl; then \ cp PICOERCE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PICOERCE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PICOERCE.spad using Spad compiler. PICOERCE abbreviates package PiCoercions debug: compDefine1 lhs: (PiCoercions R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE coerce ((Expression R) (Pi)))) (IntegralDomain)) debug: evaluateType form: (CATEGORY package (SIGNATURE coerce ((Expression R) (Pi)))) $param: (R) debug: evaluateType form: (Expression R) $param: (R) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (Pi) $param: (R) Debug: evaluateType1 form: (Pi) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE coerce ((Expression R) (Pi)))) (IntegralDomain)) debug: compDefine1 lhs: (PiCoercions R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE coerce ((Expression R) (Pi)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE coerce ((Expression R) (Pi)))) $param: (R) debug: evaluateType form: (Expression R) $param: (R) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (Pi) $param: (R) Debug: evaluateType1 form: (Pi) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE coerce ((Expression R) (Pi)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for PiCoercions compiling into /tmp/oa-dcwC3S compiling exported coerce : Pi -> Expression R Time: 0.11 SEC. compiling local p2e : SparseUnivariatePolynomial Integer -> Expression R Time: 0.09 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor PiCoercions Time: 0.21 seconds finalizing NRLIB PICOERCE Processing PiCoercions for Browser database: -- coerce : Pi -> Expression R -- constructor ; compiling file "/tmp/oa-dcwC3S/code.lsp" (written 01 FEB 2016 11:14:38 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PICOERCE;coerce;PE;1| ...) ; compiling (DEFUN |PICOERCE;p2e| ...) ; compiling (DEFUN |PICOERCE;p2e!0| ...) ; compiling (DEFUN |PiCoercions| ...) ; compiling (DEFUN |PiCoercions;| ...) ; compiling (MAKEPROP (QUOTE |PiCoercions|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-dcwC3S/code.fasl written ; compilation finished in 0:00:00.019 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PMFS.spad && cp PMFS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PMFS.fasl \ && if test -f PMFS-.NRLIB/code.fasl; then \ cp PMFS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PMFS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PMFS.spad using Spad compiler. PMFS abbreviates package PatternMatchFunctionSpace debug: compDefine1 lhs: (PatternMatchFunctionSpace S R F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult S F) F (Pattern S) (PatternMatchResult S F)))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult S F) F (Pattern S) (PatternMatchResult S F)))) $param: (S R F) debug: evaluateType form: (PatternMatchResult S F) $param: (S R F) Debug: evaluateType1 form: (PatternMatchResult S F) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: F $param: (S R F) debug: evaluateType form: (Pattern S) $param: (S R F) Debug: evaluateType1 form: (Pattern S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (PatternMatchResult S F) $param: (S R F) Debug: evaluateType1 form: (PatternMatchResult S F) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType1 x: F m: (SetCategory) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE patternMatch ((PatternMatchResult S F) F (Pattern S) (PatternMatchResult S F)))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PatternMatchFunctionSpace compiling into /tmp/oa-cfFZ7o importing PatternMatchKernel(S,F) importing PatternMatchTools(S,R,F) importing PatternMatchPushDown(S,R,F) compiling exported patternMatch : (F,Pattern S,PatternMatchResult(S,F)) -> PatternMatchResult(S,F) Time: 0.23 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] patternMatch: not known that SetCategory is of mode CATEGORY(package,patternMatch: (F,Pattern S,PatternMatchResult(S,F)) -> PatternMatchResult(S,F)) [2] patternMatch: var has no value Cumulative Statistics for Constructor PatternMatchFunctionSpace Time: 0.24 seconds finalizing NRLIB PMFS Processing PatternMatchFunctionSpace for Browser database: -- patternMatch : (F,PAT,PRS) -> PRS -- constructor ; compiling file "/tmp/oa-cfFZ7o/code.lsp" (written 01 FEB 2016 11:14:38 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PMFS;patternMatch;FP2Pmr;1| ...) ; compiling (DEFUN |PMFS;patternMatch;FP2Pmr;1!0| ...) ; compiling (DEFUN |PatternMatchFunctionSpace| ...) ; compiling (DEFUN |PatternMatchFunctionSpace;| ...) ; compiling (MAKEPROP (QUOTE |PatternMatchFunctionSpace|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-cfFZ7o/code.fasl written ; compilation finished in 0:00:00.070 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PSETPK.spad && cp PSETPK.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PSETPK.fasl \ && if test -f PSETPK-.NRLIB/code.fasl; then \ cp PSETPK-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PSETPK-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PSETPK.spad using Spad compiler. PSETPK abbreviates package PolynomialSetUtilitiesPackage debug: compDefine1 lhs: (PolynomialSetUtilitiesPackage R E V P) signature (pre-evaluate): ((CATEGORY package (SIGNATURE removeRedundantFactors ((List P) (List P))) (SIGNATURE removeRedundantFactors ((List P) P P)) (SIGNATURE removeSquaresIfCan ((List P) (List P))) (SIGNATURE unprotectedRemoveRedundantFactors ((List P) P P)) (SIGNATURE removeRedundantFactors ((List P) (List P) P)) (SIGNATURE removeRedundantFactors ((List P) (List P) (List P))) (SIGNATURE removeRedundantFactors ((List P) (List P) (List P) (Mapping (List P) (List P)))) (SIGNATURE certainlySubVariety? ((Boolean) (List P) (List P))) (SIGNATURE possiblyNewVariety? ((Boolean) (List P) (List (List P)))) (SIGNATURE probablyZeroDim? ((Boolean) (List P))) (SIGNATURE selectPolynomials ((Record (: goodPols (List P)) (: badPols (List P))) (Mapping (Boolean) P) (List P))) (SIGNATURE selectOrPolynomials ((Record (: goodPols (List P)) (: badPols (List P))) (List (Mapping (Boolean) P)) (List P))) (SIGNATURE selectAndPolynomials ((Record (: goodPols (List P)) (: badPols (List P))) (List (Mapping (Boolean) P)) (List P))) (SIGNATURE quasiMonicPolynomials ((Record (: goodPols (List P)) (: badPols (List P))) (List P))) (SIGNATURE univariate? ((Boolean) P)) (SIGNATURE univariatePolynomials ((Record (: goodPols (List P)) (: badPols (List P))) (List P))) (SIGNATURE linear? ((Boolean) P)) (SIGNATURE linearPolynomials ((Record (: goodPols (List P)) (: badPols (List P))) (List P))) (SIGNATURE bivariate? ((Boolean) P)) (SIGNATURE bivariatePolynomials ((Record (: goodPols (List P)) (: badPols (List P))) (List P))) (SIGNATURE removeRoughlyRedundantFactorsInPols ((List P) (List P) (List P))) (SIGNATURE removeRoughlyRedundantFactorsInPols ((List P) (List P) (List P) (Boolean))) (SIGNATURE removeRoughlyRedundantFactorsInPol (P P (List P))) (SIGNATURE interReduce ((List P) (List P))) (SIGNATURE roughBasicSet ((Union (Record (: bas (GeneralTriangularSet R E V P)) (: top (List P))) failed) (List P))) (SIGNATURE crushedSet ((List P) (List P))) (SIGNATURE rewriteSetByReducingWithParticularGenerators ((List P) (List P) (Mapping (Boolean) P) (Mapping (Boolean) P P) (Mapping P P P))) (SIGNATURE rewriteIdealWithQuasiMonicGenerators ((List P) (List P) (Mapping (Boolean) P P) (Mapping P P P))) (IF (has R (GcdDomain)) (PROGN (SIGNATURE squareFreeFactors ((List P) P)) (SIGNATURE univariatePolynomialsGcds ((List P) (List P))) (SIGNATURE univariatePolynomialsGcds ((List P) (List P) (Boolean))) (SIGNATURE removeRoughlyRedundantFactorsInContents ((List P) (List P) (List P))) (SIGNATURE removeRedundantFactorsInContents ((List P) (List P) (List P))) (SIGNATURE removeRedundantFactorsInPols ((List P) (List P) (List P)))) %noBranch) (IF (has R (EuclideanDomain)) (IF (has R (CharacteristicZero)) (PROGN (SIGNATURE irreducibleFactors ((List P) (List P))) (SIGNATURE lazyIrreducibleFactors ((List P) (List P))) (SIGNATURE removeIrreducibleRedundantFactors ((List P) (List P) (List P)))) %noBranch) %noBranch)) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE removeRedundantFactors ((List P) (List P))) (SIGNATURE removeRedundantFactors ((List P) P P)) (SIGNATURE removeSquaresIfCan ((List P) (List P))) (SIGNATURE unprotectedRemoveRedundantFactors ((List P) P P)) (SIGNATURE removeRedundantFactors ((List P) (List P) P)) (SIGNATURE removeRedundantFactors ((List P) (List P) (List P))) (SIGNATURE removeRedundantFactors ((List P) (List P) (List P) (Mapping (List P) (List P)))) (SIGNATURE certainlySubVariety? ((Boolean) (List P) (List P))) (SIGNATURE possiblyNewVariety? ((Boolean) (List P) (List (List P)))) (SIGNATURE probablyZeroDim? ((Boolean) (List P))) (SIGNATURE selectPolynomials ((Record (: goodPols (List P)) (: badPols (List P))) (Mapping (Boolean) P) (List P))) (SIGNATURE selectOrPolynomials ((Record (: goodPols (List P)) (: badPols (List P))) (List (Mapping (Boolean) P)) (List P))) (SIGNATURE selectAndPolynomials ((Record (: goodPols (List P)) (: badPols (List P))) (List (Mapping (Boolean) P)) (List P))) (SIGNATURE quasiMonicPolynomials ((Record (: goodPols (List P)) (: badPols (List P))) (List P))) (SIGNATURE univariate? ((Boolean) P)) (SIGNATURE univariatePolynomials ((Record (: goodPols (List P)) (: badPols (List P))) (List P))) (SIGNATURE linear? ((Boolean) P)) (SIGNATURE linearPolynomials ((Record (: goodPols (List P)) (: badPols (List P))) (List P))) (SIGNATURE bivariate? ((Boolean) P)) (SIGNATURE bivariatePolynomials ((Record (: goodPols (List P)) (: badPols (List P))) (List P))) (SIGNATURE removeRoughlyRedundantFactorsInPols ((List P) (List P) (List P))) (SIGNATURE removeRoughlyRedundantFactorsInPols ((List P) (List P) (List P) (Boolean))) (SIGNATURE removeRoughlyRedundantFactorsInPol (P P (List P))) (SIGNATURE interReduce ((List P) (List P))) (SIGNATURE roughBasicSet ((Union (Record (: bas (GeneralTriangularSet R E V P)) (: top (List P))) failed) (List P))) (SIGNATURE crushedSet ((List P) (List P))) (SIGNATURE rewriteSetByReducingWithParticularGenerators ((List P) (List P) (Mapping (Boolean) P) (Mapping (Boolean) P P) (Mapping P P P))) (SIGNATURE rewriteIdealWithQuasiMonicGenerators ((List P) (List P) (Mapping (Boolean) P P) (Mapping P P P))) (IF (has R (GcdDomain)) (PROGN (SIGNATURE squareFreeFactors ((List P) P)) (SIGNATURE univariatePolynomialsGcds ((List P) (List P))) (SIGNATURE univariatePolynomialsGcds ((List P) (List P) (Boolean))) (SIGNATURE removeRoughlyRedundantFactorsInContents ((List P) (List P) (List P))) (SIGNATURE removeRedundantFactorsInContents ((List P) (List P) (List P))) (SIGNATURE removeRedundantFactorsInPols ((List P) (List P) (List P)))) %noBranch) (IF (has R (EuclideanDomain)) (IF (has R (CharacteristicZero)) (PROGN (SIGNATURE irreducibleFactors ((List P) (List P))) (SIGNATURE lazyIrreducibleFactors ((List P) (List P))) (SIGNATURE removeIrreducibleRedundantFactors ((List P) (List P) (List P)))) %noBranch) %noBranch)) $param: (R E V P) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: P $param: (R E V P) debug: evaluateType form: P $param: (R E V P) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: P $param: (R E V P) debug: evaluateType form: P $param: (R E V P) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: P $param: (R E V P) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (Mapping (List P) (List P)) $param: (R E V P) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (Boolean) $param: (R E V P) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (Boolean) $param: (R E V P) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List (List P)) $param: (R E V P) Debug: evaluateType1 form: (List (List P)) debug: evaluateType1 x: (List P) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E V P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evalCategory d: (List P) c: (Type) debug: evaluateType form: (Boolean) $param: (R E V P) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (Record (: goodPols (List P)) (: badPols (List P))) $param: (R E V P) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (Mapping (Boolean) P) $param: (R E V P) debug: evaluateType form: (Boolean) $param: (R E V P) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: P $param: (R E V P) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (Record (: goodPols (List P)) (: badPols (List P))) $param: (R E V P) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List (Mapping (Boolean) P)) $param: (R E V P) Debug: evaluateType1 form: (List (Mapping (Boolean) P)) debug: evaluateType1 x: (Mapping (Boolean) P) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E V P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Mapping (Boolean) P) $param: (R E V P) debug: evaluateType form: (Boolean) $param: (R E V P) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: P $param: (R E V P) debug: evalCategory d: (Mapping (Boolean) P) c: (Type) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (Record (: goodPols (List P)) (: badPols (List P))) $param: (R E V P) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List (Mapping (Boolean) P)) $param: (R E V P) Debug: evaluateType1 form: (List (Mapping (Boolean) P)) debug: evaluateType1 x: (Mapping (Boolean) P) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E V P) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Mapping (Boolean) P) $param: (R E V P) debug: evaluateType form: (Boolean) $param: (R E V P) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: P $param: (R E V P) debug: evalCategory d: (Mapping (Boolean) P) c: (Type) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (Record (: goodPols (List P)) (: badPols (List P))) $param: (R E V P) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (Boolean) $param: (R E V P) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: P $param: (R E V P) debug: evaluateType form: (Record (: goodPols (List P)) (: badPols (List P))) $param: (R E V P) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (Boolean) $param: (R E V P) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: P $param: (R E V P) debug: evaluateType form: (Record (: goodPols (List P)) (: badPols (List P))) $param: (R E V P) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (Boolean) $param: (R E V P) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: P $param: (R E V P) debug: evaluateType form: (Record (: goodPols (List P)) (: badPols (List P))) $param: (R E V P) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (Boolean) $param: (R E V P) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: P $param: (R E V P) debug: evaluateType form: P $param: (R E V P) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (Union (Record (: bas (GeneralTriangularSet R E V P)) (: top (List P))) failed) $param: (R E V P) debug: evaluateType form: (Record (: bas (GeneralTriangularSet R E V P)) (: top (List P))) $param: (R E V P) debug: evaluateType form: (GeneralTriangularSet R E V P) $param: (R E V P) Debug: evaluateType1 form: (GeneralTriangularSet R E V P) debug: evaluateType1 x: R m: (IntegralDomain) debug: evaluateType1 x: E m: (OrderedAbelianMonoidSup) debug: evaluateType1 x: V m: (OrderedSet) debug: evaluateType1 x: P m: (RecursivePolynomialCategory R E V) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: failed $param: (R E V P) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (Mapping (Boolean) P) $param: (R E V P) debug: evaluateType form: (Boolean) $param: (R E V P) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: P $param: (R E V P) debug: evaluateType form: (Mapping (Boolean) P P) $param: (R E V P) debug: evaluateType form: (Boolean) $param: (R E V P) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: P $param: (R E V P) debug: evaluateType form: P $param: (R E V P) debug: evaluateType form: (Mapping P P P) $param: (R E V P) debug: evaluateType form: P $param: (R E V P) debug: evaluateType form: P $param: (R E V P) debug: evaluateType form: P $param: (R E V P) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (Mapping (Boolean) P P) $param: (R E V P) debug: evaluateType form: (Boolean) $param: (R E V P) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: P $param: (R E V P) debug: evaluateType form: P $param: (R E V P) debug: evaluateType form: (Mapping P P P) $param: (R E V P) debug: evaluateType form: P $param: (R E V P) debug: evaluateType form: P $param: (R E V P) debug: evaluateType form: P $param: (R E V P) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE removeRedundantFactors ((List P) (List P))) (SIGNATURE removeRedundantFactors ((List P) P P)) (SIGNATURE removeSquaresIfCan ((List P) (List P))) (SIGNATURE unprotectedRemoveRedundantFactors ((List P) P P)) (SIGNATURE removeRedundantFactors ((List P) (List P) P)) (SIGNATURE removeRedundantFactors ((List P) (List P) (List P))) (SIGNATURE removeRedundantFactors ((List P) (List P) (List P) (Mapping (List P) (List P)))) (SIGNATURE certainlySubVariety? ((Boolean) (List P) (List P))) (SIGNATURE possiblyNewVariety? ((Boolean) (List P) (List (List P)))) (SIGNATURE probablyZeroDim? ((Boolean) (List P))) (SIGNATURE selectPolynomials ((Record (: goodPols (List P)) (: badPols (List P))) (Mapping (Boolean) P) (List P))) (SIGNATURE selectOrPolynomials ((Record (: goodPols (List P)) (: badPols (List P))) (List (Mapping (Boolean) P)) (List P))) (SIGNATURE selectAndPolynomials ((Record (: goodPols (List P)) (: badPols (List P))) (List (Mapping (Boolean) P)) (List P))) (SIGNATURE quasiMonicPolynomials ((Record (: goodPols (List P)) (: badPols (List P))) (List P))) (SIGNATURE univariate? ((Boolean) P)) (SIGNATURE univariatePolynomials ((Record (: goodPols (List P)) (: badPols (List P))) (List P))) (SIGNATURE linear? ((Boolean) P)) (SIGNATURE linearPolynomials ((Record (: goodPols (List P)) (: badPols (List P))) (List P))) (SIGNATURE bivariate? ((Boolean) P)) (SIGNATURE bivariatePolynomials ((Record (: goodPols (List P)) (: badPols (List P))) (List P))) (SIGNATURE removeRoughlyRedundantFactorsInPols ((List P) (List P) (List P))) (SIGNATURE removeRoughlyRedundantFactorsInPols ((List P) (List P) (List P) (Boolean))) (SIGNATURE removeRoughlyRedundantFactorsInPol (P P (List P))) (SIGNATURE interReduce ((List P) (List P))) (SIGNATURE roughBasicSet ((Union (Record (: bas (GeneralTriangularSet R E V P)) (: top (List P))) failed) (List P))) (SIGNATURE crushedSet ((List P) (List P))) (SIGNATURE rewriteSetByReducingWithParticularGenerators ((List P) (List P) (Mapping (Boolean) P) (Mapping (Boolean) P P) (Mapping P P P))) (SIGNATURE rewriteIdealWithQuasiMonicGenerators ((List P) (List P) (Mapping (Boolean) P P) (Mapping P P P))) (IF (has R (GcdDomain)) (PROGN (SIGNATURE squareFreeFactors ((List P) P)) (SIGNATURE univariatePolynomialsGcds ((List P) (List P))) (SIGNATURE univariatePolynomialsGcds ((List P) (List P) (Boolean))) (SIGNATURE removeRoughlyRedundantFactorsInContents ((List P) (List P) (List P))) (SIGNATURE removeRedundantFactorsInContents ((List P) (List P) (List P))) (SIGNATURE removeRedundantFactorsInPols ((List P) (List P) (List P)))) %noBranch) (IF (has R (EuclideanDomain)) (IF (has R (CharacteristicZero)) (PROGN (SIGNATURE irreducibleFactors ((List P) (List P))) (SIGNATURE lazyIrreducibleFactors ((List P) (List P))) (SIGNATURE removeIrreducibleRedundantFactors ((List P) (List P) (List P)))) %noBranch) %noBranch)) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for PolynomialSetUtilitiesPackage compiling into /tmp/oa-6c57jM compiling local removeAssociates : List P -> List P Time: 0.10 SEC. compiling exported selectPolynomials : (P -> Boolean,List P) -> Record(goodPols: List P,badPols: List P) Time: 0.01 SEC. compiling exported selectOrPolynomials : (List P -> Boolean,List P) -> Record(goodPols: List P,badPols: List P) Time: 0.02 SEC. compiling exported selectAndPolynomials : (List P -> Boolean,List P) -> Record(goodPols: List P,badPols: List P) Time: 0.03 SEC. compiling exported linear? : P -> Boolean Time: 0.03 SEC. compiling exported linearPolynomials : List P -> Record(goodPols: List P,badPols: List P) Time: 0.00 SEC. compiling exported univariate? : P -> Boolean Time: 0.00 SEC. compiling exported univariatePolynomials : List P -> Record(goodPols: List P,badPols: List P) Time: 0.01 SEC. compiling exported bivariate? : P -> Boolean Time: 0.06 SEC. compiling exported bivariatePolynomials : List P -> Record(goodPols: List P,badPols: List P) Time: 0.00 SEC. compiling exported quasiMonicPolynomials : List P -> Record(goodPols: List P,badPols: List P) Time: 0 SEC. compiling exported removeRoughlyRedundantFactorsInPols : (List P,List P,Boolean) -> List P Time: 0.05 SEC. compiling exported removeRoughlyRedundantFactorsInPol : (P,List P) -> P Time: 0.01 SEC. compiling exported removeRoughlyRedundantFactorsInPols : (List P,List P) -> List P Time: 0.00 SEC. compiling exported possiblyNewVariety? : (List P,List List P) -> Boolean Time: 0.02 SEC. compiling exported certainlySubVariety? : (List P,List P) -> Boolean Time: 0.07 SEC. compiling exported probablyZeroDim? : List P -> Boolean Time: 0.04 SEC. compiling exported interReduce : List P -> List P Time: 0.04 SEC. compiling local roughRed? : (P,P) -> Boolean Time: 0.01 SEC. compiling exported roughBasicSet : List P -> Union(Record(bas: GeneralTriangularSet(R,E,V,P),top: List P),failed) Time: 0.01 SEC. compiling local autoRemainder : GeneralTriangularSet(R,E,V,P) -> List P Time: 0.07 SEC. compiling exported crushedSet : List P -> List P Time: 0.08 SEC. compiling exported rewriteSetByReducingWithParticularGenerators : (List P,P -> Boolean,(P,P) -> Boolean,(P,P) -> P) -> List P Time: 0.08 SEC. compiling exported removeRedundantFactors : (List P,List P,List P -> List P) -> List P Time: 0.01 SEC. compiling exported removeRedundantFactors : (List P,List P) -> List P Time: 0.01 SEC. compiling exported irreducibleFactors : List P -> List P Time: 0.06 SEC. compiling exported lazyIrreducibleFactors : List P -> List P Time: 0.04 SEC. compiling exported removeIrreducibleRedundantFactors : (List P,List P) -> List P Time: 0.02 SEC. compiling exported squareFreeFactors : P -> List P Time: 0.02 SEC. compiling exported univariatePolynomialsGcds : (List P,Boolean) -> List P Time: 0 SEC. compiling exported univariatePolynomialsGcds : List P -> List P Time: 0.01 SEC. compiling exported removeSquaresIfCan : List P -> List P Time: 0 SEC. compiling exported rewriteIdealWithQuasiMonicGenerators : (List P,(P,P) -> Boolean,(P,P) -> P) -> List P Time: 0.02 SEC. compiling exported removeRoughlyRedundantFactorsInContents : (List P,List P) -> List P Time: 0.06 SEC. compiling exported removeRedundantFactorsInContents : (List P,List P) -> List P Time: 0.09 SEC. compiling exported removeRedundantFactorsInPols : (List P,List P) -> List P Time: 0.08 SEC. compiling exported removeRedundantFactors : (P,P) -> List P Time: 0.03 SEC. compiling exported unprotectedRemoveRedundantFactors : (P,P) -> List P Time: 0.01 SEC. compiling exported removeSquaresIfCan : List P -> List P PSETPK;removeSquaresIfCan;2L;39 lp is replaced by lp Time: 0 SEC. compiling exported rewriteIdealWithQuasiMonicGenerators : (List P,(P,P) -> Boolean,(P,P) -> P) -> List P Time: 0.01 SEC. compiling exported removeRedundantFactors : (P,P) -> List P Time: 0.02 SEC. compiling exported unprotectedRemoveRedundantFactors : (P,P) -> List P Time: 0 SEC. compiling exported removeRedundantFactors : List P -> List P Time: 0.07 SEC. compiling exported removeRedundantFactors : (List P,P) -> List P Time: 0.11 SEC. (time taken in buildFunctor: 0) Time: 0.05 SEC. Warnings: [1] certainlySubVariety?: polnum has no value [2] interReduce: remainder has no value [3] crushedSet: rs has no value [4] rewriteSetByReducingWithParticularGenerators: rs has no value [5] squareFreeFactors: not known that IntegralDomain is of mode CATEGORY(package,removeRedundantFactorsInPols: (List P,List P) -> List P) [6] univariatePolynomialsGcds: p has no value [7] removeRedundantFactors: toSee has no value [8] removeRedundantFactors: toSave has no value Cumulative Statistics for Constructor PolynomialSetUtilitiesPackage Time: 1.47 seconds finalizing NRLIB PSETPK Processing PolynomialSetUtilitiesPackage for Browser database: -- removeRedundantFactors : LP -> LP -- removeRedundantFactors : (P,P) -> LP -- removeSquaresIfCan : LP -> LP -- unprotectedRemoveRedundantFactors : (P,P) -> LP -- removeRedundantFactors : (LP,P) -> LP -- removeRedundantFactors : (LP,LP) -> LP -- removeRedundantFactors : (LP,LP,(LP -> LP)) -> LP -- certainlySubVariety? : (LP,LP) -> B -- possiblyNewVariety? : (LP,List LP) -> B -- probablyZeroDim? : LP -> B -- selectPolynomials : ((P -> B),LP) -> Record(goodPols: LP,badPols: LP) -- selectOrPolynomials : (List (P -> B),LP) -> Record(goodPols: LP,badPols: LP) -- selectAndPolynomials : (List (P -> B),LP) -> Record(goodPols: LP,badPols: LP) -- quasiMonicPolynomials : LP -> Record(goodPols: LP,badPols: LP) -- univariate? : P -> B -- univariatePolynomials : LP -> Record(goodPols: LP,badPols: LP) -- linear? : P -> B -- linearPolynomials : LP -> Record(goodPols: LP,badPols: LP) -- bivariate? : P -> B -- bivariatePolynomials : LP -> Record(goodPols: LP,badPols: LP) -- removeRoughlyRedundantFactorsInPols : (LP,LP) -> LP -- removeRoughlyRedundantFactorsInPols : (LP,LP,B) -> LP -- removeRoughlyRedundantFactorsInPol : (P,LP) -> P -- interReduce : LP -> LP -- roughBasicSet : LP -> Union(Record(bas: T,top: LP),"failed") -- crushedSet : LP -> LP -- rewriteSetByReducingWithParticularGenerators : (LP,(P -> B),((P,P) -> B),((P,P) -> P)) -> LP -- rewriteIdealWithQuasiMonicGenerators : (LP,((P,P) -> B),((P,P) -> P)) -> LP -- squareFreeFactors : P -> LP -- univariatePolynomialsGcds : LP -> LP -- univariatePolynomialsGcds : (LP,B) -> LP -- removeRoughlyRedundantFactorsInContents : (LP,LP) -> LP -- removeRedundantFactorsInContents : (LP,LP) -> LP -- removeRedundantFactorsInPols : (LP,LP) -> LP -- irreducibleFactors : LP -> LP -- lazyIrreducibleFactors : LP -> LP -- removeIrreducibleRedundantFactors : (LP,LP) -> LP -- constructor ; compiling file "/tmp/oa-6c57jM/code.lsp" (written 01 FEB 2016 11:14:40 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PSETPK;removeSquaresIfCan;2L;39|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PSETPK;removeAssociates| ...) ; file: /tmp/oa-6c57jM/code.lsp ; in: DEFUN |PSETPK;removeAssociates| ; (DEFUN BOOT::|PSETPK;removeAssociates| (BOOT::|lp| BOOT::$) ; (BOOT::SPADCALL ; (LET ((#:G978 BOOT::|lp|) (#:G627 NIL)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::|shellEntry| BOOT::$ 12))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PSETPK;removeAssociates| ; (BOOT::|lp| BOOT::$) ; (BLOCK BOOT::|PSETPK;removeAssociates| ; (BOOT::SPADCALL ; (LET (# #) ; (LOOP # ; #)) ; (BOOT::|shellEntry| BOOT::$ 12)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PSETPK;selectPolynomials;MLR;2| ...) ; file: /tmp/oa-6c57jM/code.lsp ; in: DEFUN |PSETPK;selectPolynomials;MLR;2| ; (DEFUN BOOT::|PSETPK;selectPolynomials;MLR;2| ; (BOOT::|pred?| BOOT::|ps| BOOT::$) ; (PROG (BOOT::|p|) ; (RETURN ; (LET (# #) ; (BOOT::SEQ # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PSETPK;selectPolynomials;MLR;2| ; (BOOT::|pred?| BOOT::|ps| BOOT::$) ; (BLOCK BOOT::|PSETPK;selectPolynomials;MLR;2| ; (PROG (BOOT::|p|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |ps| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |PSETPK;selectOrPolynomials;LLR;3| ...) ; file: /tmp/oa-6c57jM/code.lsp ; in: DEFUN |PSETPK;selectOrPolynomials;LLR;3| ; (DEFUN BOOT::|PSETPK;selectOrPolynomials;LLR;3| ; (BOOT::|lpred?| BOOT::|ps| BOOT::$) ; (PROG (BOOT::|clpred?| BOOT::|p|) ; (RETURN ; (LET (# #) ; (BOOT::SEQ # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PSETPK;selectOrPolynomials;LLR;3| ; (BOOT::|lpred?| BOOT::|ps| BOOT::$) ; (BLOCK BOOT::|PSETPK;selectOrPolynomials;LLR;3| ; (PROG (BOOT::|clpred?| BOOT::|p|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |ps| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |PSETPK;selectAndPolynomials;LLR;4| ...) ; file: /tmp/oa-6c57jM/code.lsp ; in: DEFUN |PSETPK;selectAndPolynomials;LLR;4| ; (DEFUN BOOT::|PSETPK;selectAndPolynomials;LLR;4| ; (BOOT::|lpred?| BOOT::|ps| BOOT::$) ; (PROG (BOOT::|clpred?| BOOT::|p|) ; (RETURN ; (LET (# #) ; (BOOT::SEQ # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PSETPK;selectAndPolynomials;LLR;4| ; (BOOT::|lpred?| BOOT::|ps| BOOT::$) ; (BLOCK BOOT::|PSETPK;selectAndPolynomials;LLR;4| ; (PROG (BOOT::|clpred?| BOOT::|p|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |ps| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |PSETPK;linear?;PB;5| ...) ; compiling (DEFUN |PSETPK;linearPolynomials;LR;6| ...) ; compiling (DEFUN |PSETPK;univariate?;PB;7| ...) ; compiling (DEFUN |PSETPK;univariatePolynomials;LR;8| ...) ; compiling (DEFUN |PSETPK;bivariate?;PB;9| ...) ; compiling (DEFUN |PSETPK;bivariatePolynomials;LR;10| ...) ; compiling (DEFUN |PSETPK;quasiMonicPolynomials;LR;11| ...) ; compiling (DEFUN |PSETPK;removeRoughlyRedundantFactorsInPols;2LBL;12| ...) ; file: /tmp/oa-6c57jM/code.lsp ; in: DEFUN |PSETPK;removeRoughlyRedundantFactorsInPols;2LBL;12| ; (DEFUN BOOT::|PSETPK;removeRoughlyRedundantFactorsInPols;2LBL;12| ; (BOOT::|lp| BOOT::|lf| BOOT::|opt| BOOT::$) ; (PROG (BOOT::|f| BOOT::|copylf| BOOT::|p| BOOT::|test|) ; (RETURN (COND (# BOOT::|lp|) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PSETPK;removeRoughlyRedundantFactorsInPols;2LBL;12| ; (BOOT::|lp| BOOT::|lf| BOOT::|opt| BOOT::$) ; (BLOCK BOOT::|PSETPK;removeRoughlyRedundantFactorsInPols;2LBL;12| ; (PROG (BOOT::|f| BOOT::|copylf| BOOT::|p| BOOT::|test|) ; (RETURN (COND # #))))) ; ; note: Assignment to argument: |lp| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |lf| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |PSETPK;removeRoughlyRedundantFactorsInPol;PLP;13| ...) ; compiling (DEFUN |PSETPK;removeRoughlyRedundantFactorsInPols;3L;14| ...) ; compiling (DEFUN |PSETPK;possiblyNewVariety?;LLB;15| ...) ; file: /tmp/oa-6c57jM/code.lsp ; in: DEFUN |PSETPK;possiblyNewVariety?;LLB;15| ; (DEFUN BOOT::|PSETPK;possiblyNewVariety?;LLB;15| ; (BOOT::|newlp| BOOT::|llp| BOOT::$) ; (PROGN (LOOP (COND (# #) (T #))) (NULL BOOT::|llp|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PSETPK;possiblyNewVariety?;LLB;15| ; (BOOT::|newlp| BOOT::|llp| BOOT::$) ; (BLOCK BOOT::|PSETPK;possiblyNewVariety?;LLB;15| ; (PROGN (LOOP (COND # #)) (NULL BOOT::|llp|)))) ; ; note: Assignment to argument: |llp| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS LIST T)) ; ; compiling (DEFUN |PSETPK;certainlySubVariety?;2LB;16| ...) ; file: /tmp/oa-6c57jM/code.lsp ; in: DEFUN |PSETPK;certainlySubVariety?;2LB;16| ; (DEFUN BOOT::|PSETPK;certainlySubVariety?;2LB;16| ; (BOOT::|lp| BOOT::|lq| BOOT::$) ; (LET ((BOOT::|gs| (BOOT::SPADCALL BOOT::|lp| #))) ; (PROGN (LOOP (COND # #)) (NULL BOOT::|lq|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PSETPK;certainlySubVariety?;2LB;16| ; (BOOT::|lp| BOOT::|lq| BOOT::$) ; (BLOCK BOOT::|PSETPK;certainlySubVariety?;2LB;16| ; (LET ((BOOT::|gs| #)) ; (PROGN (LOOP #) (NULL BOOT::|lq|))))) ; ; note: Assignment to argument: |lq| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |PSETPK;probablyZeroDim?;LB;17| ...) ; file: /tmp/oa-6c57jM/code.lsp ; in: DEFUN |PSETPK;probablyZeroDim?;LB;17| ; (DEFUN BOOT::|PSETPK;probablyZeroDim?;LB;17| (BOOT::|lp| BOOT::$) ; (PROG (BOOT::|n|) ; (RETURN ; (LET (# #) ; (PROGN # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PSETPK;probablyZeroDim?;LB;17| ; (BOOT::|lp| BOOT::$) ; (BLOCK BOOT::|PSETPK;probablyZeroDim?;LB;17| ; (PROG (BOOT::|n|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |lp| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |PSETPK;interReduce;2L;18| ...) ; compiling (DEFUN |PSETPK;roughRed?| ...) ; file: /tmp/oa-6c57jM/code.lsp ; in: DEFUN |PSETPK;roughRed?| ; (DEFUN BOOT::|PSETPK;roughRed?| (BOOT::|p| BOOT::|q| BOOT::$) ; (COND ((BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 32)) NIL) ; ((BOOT::SPADCALL BOOT::|q| (BOOT::|shellEntry| BOOT::$ 32)) T) ; (T ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|p| #) ; (BOOT::SPADCALL BOOT::|q| #) ; (BOOT::|shellEntry| BOOT::$ 46))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PSETPK;roughRed?| ; (BOOT::|p| BOOT::|q| BOOT::$) ; (BLOCK BOOT::|PSETPK;roughRed?| ; (COND ((BOOT::SPADCALL BOOT::|p| #) NIL) ; ((BOOT::SPADCALL BOOT::|q| #) T) (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |PSETPK;roughBasicSet;LU;20| ...) ; file: /tmp/oa-6c57jM/code.lsp ; in: DEFUN |PSETPK;roughBasicSet;LU;20| ; (DEFUN BOOT::|PSETPK;roughBasicSet;LU;20| (BOOT::|lp| BOOT::$) ; (BOOT::SPADCALL BOOT::|lp| (CONS #'BOOT::|PSETPK;roughRed?| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 87))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PSETPK;roughBasicSet;LU;20| ; (BOOT::|lp| BOOT::$) ; (BLOCK BOOT::|PSETPK;roughBasicSet;LU;20| ; (BOOT::SPADCALL BOOT::|lp| (CONS #'BOOT::|PSETPK;roughRed?| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 87)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |PSETPK;autoRemainder| ...) ; file: /tmp/oa-6c57jM/code.lsp ; in: DEFUN |PSETPK;autoRemainder| ; (DEFUN BOOT::|PSETPK;autoRemainder| (BOOT::|ts| BOOT::$) ; (PROG (BOOT::|p|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PSETPK;autoRemainder| ; (BOOT::|ts| BOOT::$) ; (BLOCK BOOT::|PSETPK;autoRemainder| ; (PROG (BOOT::|p|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PSETPK;crushedSet;2L;22| ...) ; compiling (DEFUN |PSETPK;rewriteSetByReducingWithParticularGenerators;LMMML;23| ...) ; compiling (DEFUN |PSETPK;removeRedundantFactors;2LML;24| ...) ; file: /tmp/oa-6c57jM/code.lsp ; in: DEFUN |PSETPK;removeRedundantFactors;2LML;24| ; (DEFUN BOOT::|PSETPK;removeRedundantFactors;2LML;24| ; (BOOT::|lp| BOOT::|lq| BOOT::|remOp| BOOT::$) ; (PROGN ; (SETQ BOOT::|lq| ; (BOOT::|PSETPK;removeRoughlyRedundantFactorsInPols;2LBL;12| ; BOOT::|lq| BOOT::|lp| NIL BOOT::$)) ; (SETQ BOOT::|lq| (FUNCALL # BOOT::|lq| #)) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 19) ; (BOOT::SPADCALL BOOT::|lp| BOOT::|lq| ; (BOOT::|shellEntry| BOOT::$ 82)) ; (BOOT::|shellEntry| BOOT::$ 21)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PSETPK;removeRedundantFactors;2LML;24| ; (BOOT::|lp| BOOT::|lq| BOOT::|remOp| BOOT::$) ; (BLOCK BOOT::|PSETPK;removeRedundantFactors;2LML;24| ; (PROGN ; (SETQ BOOT::|lq| #) ; (SETQ BOOT::|lq| #) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 19) ; (BOOT::SPADCALL BOOT::|lp| BOOT::|lq| #) ; (BOOT::|shellEntry| BOOT::$ 21))))) ; ; note: Assignment to argument: |lq| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PSETPK;removeRedundantFactors;3L;25| ...) ; file: /tmp/oa-6c57jM/code.lsp ; in: DEFUN |PSETPK;removeRedundantFactors;3L;25| ; (DEFUN BOOT::|PSETPK;removeRedundantFactors;3L;25| ; (BOOT::|lp| BOOT::|lq| BOOT::$) ; (PROGN ; (SETQ BOOT::|lq| ; (BOOT::|PSETPK;removeRoughlyRedundantFactorsInPols;2LBL;12| ; BOOT::|lq| BOOT::|lp| NIL BOOT::$)) ; (SETQ BOOT::|lq| ; (BOOT::|PSETPK;removeRedundantFactors;2L;43| BOOT::|lq| BOOT::$)) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 19) ; (BOOT::SPADCALL BOOT::|lp| BOOT::|lq| ; (BOOT::|shellEntry| BOOT::$ 82)) ; (BOOT::|shellEntry| BOOT::$ 21)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PSETPK;removeRedundantFactors;3L;25| ; (BOOT::|lp| BOOT::|lq| BOOT::$) ; (BLOCK BOOT::|PSETPK;removeRedundantFactors;3L;25| ; (PROGN ; (SETQ BOOT::|lq| #) ; (SETQ BOOT::|lq| #) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 19) ; (BOOT::SPADCALL BOOT::|lp| BOOT::|lq| #) ; (BOOT::|shellEntry| BOOT::$ 21))))) ; ; note: Assignment to argument: |lq| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PSETPK;irreducibleFactors;2L;26| ...) ; file: /tmp/oa-6c57jM/code.lsp ; in: DEFUN |PSETPK;irreducibleFactors;2L;26| ; (DEFUN BOOT::|PSETPK;irreducibleFactors;2L;26| (BOOT::|lp| BOOT::$) ; (PROG (BOOT::|lf| BOOT::|p|) ; (RETURN ; (LET (# # # #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PSETPK;irreducibleFactors;2L;26| ; (BOOT::|lp| BOOT::$) ; (BLOCK BOOT::|PSETPK;irreducibleFactors;2L;26| ; (PROG (BOOT::|lf| BOOT::|p|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |lp| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; (LET ((BOOT::|newlp| NIL) ; (BOOT::|lrrz| NIL) ; (BOOT::|rrz| NIL) ; (BOOT::|fp| NIL)) ; (BOOT::SEQ (LOOP (COND (# #) (T #))) ; (BOOT::EXIT ; (BOOT::SPADCALL BOOT::|newlp| ; (BOOT::|shellEntry| BOOT::$ 12))))) ; ; caught STYLE-WARNING: ; The variable |rrz| is defined but never used. ; compiling (DEFUN |PSETPK;lazyIrreducibleFactors;2L;27| ...) ; file: /tmp/oa-6c57jM/code.lsp ; in: DEFUN |PSETPK;lazyIrreducibleFactors;2L;27| ; (DEFUN BOOT::|PSETPK;lazyIrreducibleFactors;2L;27| (BOOT::|lp| BOOT::$) ; (PROG (BOOT::|lf| BOOT::|p| BOOT::|fp| BOOT::|rrz| BOOT::|lrrz| ; BOOT::|newlp|) ; (RETURN ; (BOOT::SEQ (SETQ #) ; (BOOT::LETT BOOT::|newlp| NIL ; BOOT::|PSETPK;lazyIrreducibleFactors;2L;27|) ; (BOOT::LETT BOOT::|lrrz| NIL ; BOOT::|PSETPK;lazyIrreducibleFactors;2L;27|) ; (BOOT::LETT BOOT::|rrz| NIL ; BOOT::|PSETPK;lazyIrreducibleFactors;2L;27|) ; (BOOT::LETT BOOT::|fp| NIL ; BOOT::|PSETPK;lazyIrreducibleFactors;2L;27|) ; (LOOP #) (BOOT::EXIT BOOT::|newlp|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PSETPK;lazyIrreducibleFactors;2L;27| ; (BOOT::|lp| BOOT::$) ; (BLOCK BOOT::|PSETPK;lazyIrreducibleFactors;2L;27| ; (PROG (BOOT::|lf| BOOT::|p| BOOT::|fp| BOOT::|rrz| BOOT::|lrrz| ; BOOT::|newlp|) ; (RETURN (BOOT::SEQ # # # # # # #))))) ; ; note: Assignment to argument: |lp| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |PSETPK;removeIrreducibleRedundantFactors;3L;28| ...) ; file: /tmp/oa-6c57jM/code.lsp ; in: DEFUN |PSETPK;removeIrreducibleRedundantFactors;3L;28| ; (DEFUN BOOT::|PSETPK;removeIrreducibleRedundantFactors;3L;28| ; (BOOT::|lp| BOOT::|lq| BOOT::$) ; (PROGN ; (SETQ BOOT::|lq| ; (BOOT::|PSETPK;removeRoughlyRedundantFactorsInPols;2LBL;12| ; BOOT::|lq| BOOT::|lp| NIL BOOT::$)) ; (SETQ BOOT::|lq| (BOOT::SPADCALL BOOT::|lq| #)) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 19) ; (BOOT::SPADCALL BOOT::|lp| BOOT::|lq| ; (BOOT::|shellEntry| BOOT::$ 82)) ; (BOOT::|shellEntry| BOOT::$ 21)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PSETPK;removeIrreducibleRedundantFactors;3L;28| ; (BOOT::|lp| BOOT::|lq| BOOT::$) ; (BLOCK BOOT::|PSETPK;removeIrreducibleRedundantFactors;3L;28| ; (PROGN ; (SETQ BOOT::|lq| #) ; (SETQ BOOT::|lq| #) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 19) ; (BOOT::SPADCALL BOOT::|lp| BOOT::|lq| #) ; (BOOT::|shellEntry| BOOT::$ 21))))) ; ; note: Assignment to argument: |lq| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PSETPK;squareFreeFactors;PL;29| ...) ; compiling (DEFUN |PSETPK;univariatePolynomialsGcds;LBL;30| ...) ; file: /tmp/oa-6c57jM/code.lsp ; in: DEFUN |PSETPK;univariatePolynomialsGcds;LBL;30| ; (DEFUN BOOT::|PSETPK;univariatePolynomialsGcds;LBL;30| ; (BOOT::|ps| BOOT::|opt| BOOT::$) ; (PROG (BOOT::|v| BOOT::|g| BOOT::|p|) ; (RETURN ; (LET (# # #) ; (BOOT::SEQ # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PSETPK;univariatePolynomialsGcds;LBL;30| ; (BOOT::|ps| BOOT::|opt| BOOT::$) ; (BLOCK BOOT::|PSETPK;univariatePolynomialsGcds;LBL;30| ; (PROG (BOOT::|v| BOOT::|g| BOOT::|p|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |ps| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |PSETPK;univariatePolynomialsGcds;2L;31| ...) ; file: /tmp/oa-6c57jM/code.lsp ; in: DEFUN |PSETPK;univariatePolynomialsGcds;2L;31| ; (DEFUN BOOT::|PSETPK;univariatePolynomialsGcds;2L;31| (BOOT::|ps| BOOT::$) ; (BOOT::SPADCALL BOOT::|ps| NIL (BOOT::|shellEntry| BOOT::$ 123))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PSETPK;univariatePolynomialsGcds;2L;31| ; (BOOT::|ps| BOOT::$) ; (BLOCK BOOT::|PSETPK;univariatePolynomialsGcds;2L;31| ; (BOOT::SPADCALL BOOT::|ps| NIL (BOOT::|shellEntry| BOOT::$ 123)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PSETPK;removeSquaresIfCan;2L;32| ...) ; file: /tmp/oa-6c57jM/code.lsp ; in: DEFUN |PSETPK;removeSquaresIfCan;2L;32| ; (DEFUN BOOT::|PSETPK;removeSquaresIfCan;2L;32| (BOOT::|lp| BOOT::$) ; (COND ((NULL BOOT::|lp|) BOOT::|lp|) ; (T ; (BOOT::SPADCALL ; (LET # ; #) ; (BOOT::|shellEntry| BOOT::$ 12))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PSETPK;removeSquaresIfCan;2L;32| ; (BOOT::|lp| BOOT::$) ; (BLOCK BOOT::|PSETPK;removeSquaresIfCan;2L;32| ; (COND ((NULL BOOT::|lp|) BOOT::|lp|) (T (BOOT::SPADCALL # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PSETPK;rewriteIdealWithQuasiMonicGenerators;LMML;33| ...) ; file: /tmp/oa-6c57jM/code.lsp ; in: DEFUN |PSETPK;rewriteIdealWithQuasiMonicGenerators;LMML;33| ; (DEFUN BOOT::|PSETPK;rewriteIdealWithQuasiMonicGenerators;LMML;33| ; (BOOT::|ps| BOOT::|redOp?| BOOT::|redOp| BOOT::$) ; (LET ((BOOT::|ups| (BOOT::SPADCALL # #))) ; (PROGN ; (SETQ BOOT::|ps| #) ; (BOOT::|PSETPK;rewriteSetByReducingWithParticularGenerators;LMMML;23| ; BOOT::|ps| (BOOT::|shellEntry| BOOT::$ 51) BOOT::|redOp?| BOOT::|redOp| ; BOOT::$)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PSETPK;rewriteIdealWithQuasiMonicGenerators;LMML;33| ; (BOOT::|ps| BOOT::|redOp?| BOOT::|redOp| BOOT::$) ; (BLOCK BOOT::|PSETPK;rewriteIdealWithQuasiMonicGenerators;LMML;33| ; (LET ((BOOT::|ups| #)) ; (PROGN ; (SETQ #) ; (BOOT::|PSETPK;rewriteSetByReducingWithParticularGenerators;LMMML;23| ; BOOT::|ps| # BOOT::|redOp?| BOOT::|redOp| BOOT::$))))) ; ; note: Assignment to argument: |ps| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |PSETPK;removeRoughlyRedundantFactorsInContents;3L;34| ...) ; file: /tmp/oa-6c57jM/code.lsp ; in: DEFUN |PSETPK;removeRoughlyRedundantFactorsInContents;3L;34| ; (DEFUN BOOT::|PSETPK;removeRoughlyRedundantFactorsInContents;3L;34| ; (BOOT::|ps| BOOT::|lf| BOOT::$) ; (COND ((NULL BOOT::|ps|) BOOT::|ps|) ; (T ; (LET (# # # # # # # # #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PSETPK;removeRoughlyRedundantFactorsInContents;3L;34| ; (BOOT::|ps| BOOT::|lf| BOOT::$) ; (BLOCK BOOT::|PSETPK;removeRoughlyRedundantFactorsInContents;3L;34| ; (COND ((NULL BOOT::|ps|) BOOT::|ps|) ; (T ; (LET # ; #))))) ; ; note: Assignment to argument: |ps| ; prevents use of assertion from function type proclamation: ; LIST ; ; (LET ((BOOT::|newps| NIL) ; (BOOT::|p| NIL) ; (BOOT::|newp| NIL) ; (BOOT::|cp| NIL) ; (BOOT::|newcp| NIL) ; (BOOT::|f| NIL) ; (BOOT::|g| NIL) ; (BOOT::|test| NIL) ; (BOOT::|copylf| NIL)) ; (BOOT::SEQ (LOOP (COND (# #) (T #))) (BOOT::EXIT BOOT::|newps|))) ; ; caught STYLE-WARNING: ; The variable |g| is defined but never used. ; compiling (DEFUN |PSETPK;removeRedundantFactorsInContents;3L;35| ...) ; file: /tmp/oa-6c57jM/code.lsp ; in: DEFUN |PSETPK;removeRedundantFactorsInContents;3L;35| ; (DEFUN BOOT::|PSETPK;removeRedundantFactorsInContents;3L;35| ; (BOOT::|ps| BOOT::|lf| BOOT::$) ; (PROG (BOOT::|copylf|) (RETURN (COND (# BOOT::|ps|) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PSETPK;removeRedundantFactorsInContents;3L;35| ; (BOOT::|ps| BOOT::|lf| BOOT::$) ; (BLOCK BOOT::|PSETPK;removeRedundantFactorsInContents;3L;35| ; (PROG (BOOT::|copylf|) (RETURN (COND # #))))) ; ; note: Assignment to argument: |ps| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |PSETPK;removeRedundantFactorsInPols;3L;36| ...) ; file: /tmp/oa-6c57jM/code.lsp ; in: DEFUN |PSETPK;removeRedundantFactorsInPols;3L;36| ; (DEFUN BOOT::|PSETPK;removeRedundantFactorsInPols;3L;36| ; (BOOT::|ps| BOOT::|lf| BOOT::$) ; (PROG (BOOT::|copylf|) (RETURN (COND (# BOOT::|ps|) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PSETPK;removeRedundantFactorsInPols;3L;36| ; (BOOT::|ps| BOOT::|lf| BOOT::$) ; (BLOCK BOOT::|PSETPK;removeRedundantFactorsInPols;3L;36| ; (PROG (BOOT::|copylf|) (RETURN (COND # #))))) ; ; note: Assignment to argument: |ps| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |PSETPK;removeRedundantFactors;2PL;37| ...) ; file: /tmp/oa-6c57jM/code.lsp ; in: DEFUN |PSETPK;removeRedundantFactors;2PL;37| ; (DEFUN BOOT::|PSETPK;removeRedundantFactors;2PL;37| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (PROGN ; (SETQ BOOT::|a| (BOOT::SPADCALL # #)) ; (SETQ BOOT::|b| (BOOT::SPADCALL # #)) ; (COND ; ((NOT #) ; (LET # ; #))) ; (COND ((BOOT::SPADCALL BOOT::|a| #) (COND # #)) ; ((BOOT::SPADCALL BOOT::|b| #) ; (RETURN-FROM BOOT::|PSETPK;removeRedundantFactors;2PL;37| #)) ; (T (RETURN-FROM BOOT::|PSETPK;removeRedundantFactors;2PL;37| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PSETPK;removeRedundantFactors;2PL;37| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|PSETPK;removeRedundantFactors;2PL;37| ; (PROGN ; (SETQ BOOT::|a| #) ; (SETQ BOOT::|b| #) ; (COND (# #)) ; (COND (# #) (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PSETPK;unprotectedRemoveRedundantFactors;2PL;38| ...) ; compiling (DEFUN |PSETPK;removeSquaresIfCan;2L;39| ...) ; compiling (DEFUN |PSETPK;rewriteIdealWithQuasiMonicGenerators;LMML;40| ...) ; compiling (DEFUN |PSETPK;removeRedundantFactors;2PL;41| ...) ; file: /tmp/oa-6c57jM/code.lsp ; in: DEFUN |PSETPK;removeRedundantFactors;2PL;41| ; (DEFUN BOOT::|PSETPK;removeRedundantFactors;2PL;41| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (PROGN ; (SETQ BOOT::|a| (BOOT::SPADCALL BOOT::|a| #)) ; (SETQ BOOT::|b| (BOOT::SPADCALL BOOT::|b| #)) ; (COND ; ((NOT #) ; (LET # ; #))) ; (COND ((BOOT::SPADCALL BOOT::|a| #) (COND # #)) ; ((BOOT::SPADCALL BOOT::|b| #) ; (RETURN-FROM BOOT::|PSETPK;removeRedundantFactors;2PL;41| #)) ; (T (RETURN-FROM BOOT::|PSETPK;removeRedundantFactors;2PL;41| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PSETPK;removeRedundantFactors;2PL;41| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|PSETPK;removeRedundantFactors;2PL;41| ; (PROGN ; (SETQ BOOT::|a| #) ; (SETQ BOOT::|b| #) ; (COND (# #)) ; (COND (# #) (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PSETPK;unprotectedRemoveRedundantFactors;2PL;42| ...) ; file: /tmp/oa-6c57jM/code.lsp ; in: DEFUN |PSETPK;unprotectedRemoveRedundantFactors;2PL;42| ; (DEFUN BOOT::|PSETPK;unprotectedRemoveRedundantFactors;2PL;42| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (PROG (BOOT::|d|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PSETPK;unprotectedRemoveRedundantFactors;2PL;42| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|PSETPK;unprotectedRemoveRedundantFactors;2PL;42| ; (PROG (BOOT::|d|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |PSETPK;removeRedundantFactors;2L;43| ...) ; file: /tmp/oa-6c57jM/code.lsp ; in: DEFUN |PSETPK;removeRedundantFactors;2L;43| ; (DEFUN BOOT::|PSETPK;removeRedundantFactors;2L;43| (BOOT::|lp| BOOT::$) ; (PROG (BOOT::|top| BOOT::|base| BOOT::|p|) ; (RETURN (BOOT::SEQ (SETQ #) (SETQ #) (SETQ #) (SETQ #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PSETPK;removeRedundantFactors;2L;43| ; (BOOT::|lp| BOOT::$) ; (BLOCK BOOT::|PSETPK;removeRedundantFactors;2L;43| ; (PROG (BOOT::|top| BOOT::|base| BOOT::|p|) ; (RETURN (BOOT::SEQ # # # # #))))) ; ; note: Assignment to argument: |lp| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |PSETPK;removeRedundantFactors;LPL;44| ...) ; file: /tmp/oa-6c57jM/code.lsp ; in: DEFUN |PSETPK;removeRedundantFactors;LPL;44| ; (DEFUN BOOT::|PSETPK;removeRedundantFactors;LPL;44| ; (BOOT::|lp| BOOT::|a| BOOT::$) ; (PROG (BOOT::|e| BOOT::|rrf| BOOT::|d| BOOT::|c| BOOT::|#G110| BOOT::|b| ; BOOT::|toSave| BOOT::|toSee|) ; (RETURN (BOOT::SEQ (SETQ #) (SETQ #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PSETPK;removeRedundantFactors;LPL;44| ; (BOOT::|lp| BOOT::|a| BOOT::$) ; (BLOCK BOOT::|PSETPK;removeRedundantFactors;LPL;44| ; (PROG (BOOT::|e| BOOT::|rrf| BOOT::|d| BOOT::|c| BOOT::|#G110| ; BOOT::|b| BOOT::|toSave| BOOT::|toSee|) ; (RETURN (BOOT::SEQ # # #))))) ; ; note: Assignment to argument: |lp| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |PolynomialSetUtilitiesPackage| ...) ; compiling (DEFUN |PolynomialSetUtilitiesPackage;| ...) ; compiling (MAKEPROP (QUOTE |PolynomialSetUtilitiesPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 33 notes ; /tmp/oa-6c57jM/code.fasl written ; compilation finished in 0:00:00.229 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile QUATCT2.spad && cp QUATCT2.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/QUATCT2.fasl \ && if test -f QUATCT2-.NRLIB/code.fasl; then \ cp QUATCT2-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/QUATCT2-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/QUATCT2.spad using Spad compiler. QUATCT2 abbreviates package QuaternionCategoryFunctions2 debug: compDefine1 lhs: (QuaternionCategoryFunctions2 QR R QS S) signature (pre-evaluate): ((CATEGORY package (SIGNATURE map (QS (Mapping S R) QR))) NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE map (QS (Mapping S R) QR))) $param: (QR R QS S) debug: evaluateType form: QS $param: (QR R QS S) debug: evaluateType form: (Mapping S R) $param: (QR R QS S) debug: evaluateType form: S $param: (QR R QS S) debug: evaluateType form: R $param: (QR R QS S) debug: evaluateType form: QR $param: (QR R QS S) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE map (QS (Mapping S R) QR))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for QuaternionCategoryFunctions2 compiling into /tmp/oa-SvNWaY compiling exported map : (R -> S,QR) -> QS Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor QuaternionCategoryFunctions2 Time: 0.04 seconds finalizing NRLIB QUATCT2 Processing QuaternionCategoryFunctions2 for Browser database: -- map : ((R -> S),QR) -> QS -- constructor ; compiling file "/tmp/oa-SvNWaY/code.lsp" (written 01 FEB 2016 11:14:41 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |QUATCT2;map;MQRQS;1| ...) ; compiling (DEFUN |QuaternionCategoryFunctions2| ...) ; compiling (DEFUN |QuaternionCategoryFunctions2;| ...) ; compiling (MAKEPROP (QUOTE |QuaternionCategoryFunctions2|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-SvNWaY/code.fasl written ; compilation finished in 0:00:00.018 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile RSETCAT.spad && cp RSETCAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RSETCAT.fasl \ && if test -f RSETCAT-.NRLIB/code.fasl; then \ cp RSETCAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RSETCAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RSETCAT.spad using Spad compiler. RSETCAT abbreviates category RegularTriangularSetCategory debug: compDefine1 lhs: (RegularTriangularSetCategory R E V P) signature (pre-evaluate): ((Category) (GcdDomain) (OrderedAbelianMonoidSup) (OrderedSet) (RecursivePolynomialCategory R E V)) debug: evaluateType form: (Category) $param: (R E V P) debug: evaluateType form: (GcdDomain) $param: (R E V P) Debug: evaluateType1 form: (GcdDomain) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (R E V P) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedSet) $param: (R E V P) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (RecursivePolynomialCategory R E V) $param: (R E V P) Debug: evaluateType1 form: (RecursivePolynomialCategory R E V) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: E m: (OrderedAbelianMonoidSup) debug: evaluateType1 x: V m: (OrderedSet) debug: compDefine1 signature (post evaluate): ((Category) (GcdDomain) (OrderedAbelianMonoidSup) (OrderedSet) (RecursivePolynomialCategory R E V)) debug: compDefine1 lhs: (RegularTriangularSetCategory R E V P) signature (pre-evaluate): ((Category) NIL NIL NIL NIL) debug: evaluateType form: (Category) $param: (R E V P) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for RegularTriangularSetCategory compiling into /tmp/oa-fRMEz1 STYLE-WARNING: redefining BOOT::|RegularTriangularSetCategory| in DEFUN Time: 0.04 SEC. RSETCAT- abbreviates package RegularTriangularSetCategory& ------------------------------------------------------------------------ initializing stationary directory for RegularTriangularSetCategory& compiling into /tmp/oa-cKNOCF compiling exported purelyAlgebraic? : (P,S) -> Boolean Time: 0.06 SEC. compiling exported purelyTranscendental? : (P,S) -> Boolean Time: 0.01 SEC. compiling exported purelyAlgebraicLeadingMonomial? : (P,S) -> Boolean Time: 0.00 SEC. compiling exported algebraicCoefficients? : (P,S) -> Boolean Time: 0.01 SEC. compiling exported purelyAlgebraic? : S -> Boolean Time: 0.06 SEC. compiling exported purelyAlgebraic? : S -> Boolean Time: 0.02 SEC. compiling exported augment : (P,List S) -> List S Time: 0.01 SEC. compiling exported augment : (List P,S) -> List S Time: 0.02 SEC. compiling exported augment : (List P,List S) -> List S Time: 0.02 SEC. compiling exported extend : (P,List S) -> List S Time: 0.01 SEC. compiling exported extend : (List P,S) -> List S Time: 0.02 SEC. compiling exported extend : (List P,List S) -> List S Time: 0.03 SEC. compiling exported intersect : (List P,List S) -> List S Time: 0.06 SEC. compiling exported intersect : (List P,S) -> List S Time: 0.02 SEC. compiling exported intersect : (P,List S) -> List S Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] intersect: val has no value [2] intersect: tower has no value Cumulative Statistics for Constructor RegularTriangularSetCategory& Time: 0.38 seconds finalizing NRLIB RSETCAT- ; compiling file "/tmp/oa-cKNOCF/code.lsp" (written 01 FEB 2016 11:14:41 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RSETCAT-;purelyAlgebraic?;P$B;1| ...) ; file: /tmp/oa-cKNOCF/code.lsp ; in: DEFUN |RSETCAT-;purelyAlgebraic?;P$B;1| ; (DEFUN BOOT::|RSETCAT-;purelyAlgebraic?;P$B;1| (BOOT::|p| BOOT::|ts| BOOT::$) ; (COND ((BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 12)) T) ; ((NOT (BOOT::SPADCALL # BOOT::|ts| #)) NIL) ; (T ; (BOOT::SPADCALL BOOT::|p| BOOT::|ts| ; (BOOT::|shellEntry| BOOT::$ 17))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RSETCAT-;purelyAlgebraic?;P$B;1| ; (BOOT::|p| BOOT::|ts| BOOT::$) ; (BLOCK BOOT::|RSETCAT-;purelyAlgebraic?;P$B;1| ; (COND ((BOOT::SPADCALL BOOT::|p| #) T) ((NOT #) NIL) ; (T (BOOT::SPADCALL BOOT::|p| BOOT::|ts| #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |RSETCAT-;purelyTranscendental?;P$B;2| ...) ; compiling (DEFUN |RSETCAT-;purelyAlgebraicLeadingMonomial?;P$B;3| ...) ; file: /tmp/oa-cKNOCF/code.lsp ; in: DEFUN |RSETCAT-;purelyAlgebraicLeadingMonomial?;P$B;3| ; (DEFUN BOOT::|RSETCAT-;purelyAlgebraicLeadingMonomial?;P$B;3| ; (BOOT::|p| BOOT::|ts| BOOT::$) ; (COND ((BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 12)) T) ; ((BOOT::SPADCALL (BOOT::SPADCALL BOOT::|p| #) BOOT::|ts| ; (BOOT::|shellEntry| BOOT::$ 15)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|p| #) BOOT::|ts| ; (BOOT::|shellEntry| BOOT::$ 28))) ; (T NIL))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RSETCAT-;purelyAlgebraicLeadingMonomial?;P$B;3| ; (BOOT::|p| BOOT::|ts| BOOT::$) ; (BLOCK BOOT::|RSETCAT-;purelyAlgebraicLeadingMonomial?;P$B;3| ; (COND ((BOOT::SPADCALL BOOT::|p| #) T) ; ((BOOT::SPADCALL # BOOT::|ts| #) (BOOT::SPADCALL # BOOT::|ts| #)) ; (T NIL)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |RSETCAT-;algebraicCoefficients?;P$B;4| ...) ; file: /tmp/oa-cKNOCF/code.lsp ; in: DEFUN |RSETCAT-;algebraicCoefficients?;P$B;4| ; (DEFUN BOOT::|RSETCAT-;algebraicCoefficients?;P$B;4| ; (BOOT::|p| BOOT::|ts| BOOT::$) ; (COND ((BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 12)) T) ; ((AND (NOT #) (NOT #)) NIL) ; ((BOOT::SPADCALL (BOOT::SPADCALL BOOT::|p| #) BOOT::|ts| ; (BOOT::|shellEntry| BOOT::$ 17)) ; (COND (# T) (# #) (T NIL))) ; (T NIL))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RSETCAT-;algebraicCoefficients?;P$B;4| ; (BOOT::|p| BOOT::|ts| BOOT::$) ; (BLOCK BOOT::|RSETCAT-;algebraicCoefficients?;P$B;4| ; (COND ((BOOT::SPADCALL BOOT::|p| #) T) ((AND # #) NIL) ; ((BOOT::SPADCALL # BOOT::|ts| #) (COND # # #)) (T NIL)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |RSETCAT-;purelyAlgebraic?;$B;5| ...) ; compiling (DEFUN |RSETCAT-;purelyAlgebraic?;$B;6| ...) ; file: /tmp/oa-cKNOCF/code.lsp ; in: DEFUN |RSETCAT-;purelyAlgebraic?;$B;6| ; (DEFUN BOOT::|RSETCAT-;purelyAlgebraic?;$B;6| (BOOT::|ts| BOOT::$) ; (PROG (BOOT::|p| BOOT::|v|) ; (RETURN (OR (BOOT::SPADCALL BOOT::|ts| #) (PROGN # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RSETCAT-;purelyAlgebraic?;$B;6| ; (BOOT::|ts| BOOT::$) ; (BLOCK BOOT::|RSETCAT-;purelyAlgebraic?;$B;6| ; (PROG (BOOT::|p| BOOT::|v|) (RETURN (OR # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |RSETCAT-;augment;P2L;7| ...) ; file: /tmp/oa-cKNOCF/code.lsp ; in: DEFUN |RSETCAT-;augment;P2L;7| ; (DEFUN BOOT::|RSETCAT-;augment;P2L;7| (BOOT::|p| BOOT::|lts| BOOT::$) ; (PROG (BOOT::|ts|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RSETCAT-;augment;P2L;7| ; (BOOT::|p| BOOT::|lts| BOOT::$) ; (BLOCK BOOT::|RSETCAT-;augment;P2L;7| ; (PROG (BOOT::|ts|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |lts| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |RSETCAT-;augment;L$L;8| ...) ; file: /tmp/oa-cKNOCF/code.lsp ; in: DEFUN |RSETCAT-;augment;L$L;8| ; (DEFUN BOOT::|RSETCAT-;augment;L$L;8| (BOOT::|lp| BOOT::|ts| BOOT::$) ; (PROG (BOOT::|p|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RSETCAT-;augment;L$L;8| ; (BOOT::|lp| BOOT::|ts| BOOT::$) ; (BLOCK BOOT::|RSETCAT-;augment;L$L;8| ; (PROG (BOOT::|p|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |lp| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |RSETCAT-;augment;L2L;9| ...) ; file: /tmp/oa-cKNOCF/code.lsp ; in: DEFUN |RSETCAT-;augment;L2L;9| ; (DEFUN BOOT::|RSETCAT-;augment;L2L;9| (BOOT::|lp| BOOT::|lts| BOOT::$) ; (PROG (BOOT::|ts|) (RETURN (COND (# BOOT::|lts|) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RSETCAT-;augment;L2L;9| ; (BOOT::|lp| BOOT::|lts| BOOT::$) ; (BLOCK BOOT::|RSETCAT-;augment;L2L;9| ; (PROG (BOOT::|ts|) (RETURN (COND # #))))) ; ; note: Assignment to argument: |lts| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |RSETCAT-;extend;P2L;10| ...) ; file: /tmp/oa-cKNOCF/code.lsp ; in: DEFUN |RSETCAT-;extend;P2L;10| ; (DEFUN BOOT::|RSETCAT-;extend;P2L;10| (BOOT::|p| BOOT::|lts| BOOT::$) ; (PROG (BOOT::|ts|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RSETCAT-;extend;P2L;10| ; (BOOT::|p| BOOT::|lts| BOOT::$) ; (BLOCK BOOT::|RSETCAT-;extend;P2L;10| ; (PROG (BOOT::|ts|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |lts| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |RSETCAT-;extend;L$L;11| ...) ; file: /tmp/oa-cKNOCF/code.lsp ; in: DEFUN |RSETCAT-;extend;L$L;11| ; (DEFUN BOOT::|RSETCAT-;extend;L$L;11| (BOOT::|lp| BOOT::|ts| BOOT::$) ; (PROG (BOOT::|p|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RSETCAT-;extend;L$L;11| ; (BOOT::|lp| BOOT::|ts| BOOT::$) ; (BLOCK BOOT::|RSETCAT-;extend;L$L;11| ; (PROG (BOOT::|p|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |lp| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |RSETCAT-;extend;L2L;12| ...) ; file: /tmp/oa-cKNOCF/code.lsp ; in: DEFUN |RSETCAT-;extend;L2L;12| ; (DEFUN BOOT::|RSETCAT-;extend;L2L;12| (BOOT::|lp| BOOT::|lts| BOOT::$) ; (PROG (BOOT::|ts|) (RETURN (COND (# BOOT::|lts|) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RSETCAT-;extend;L2L;12| ; (BOOT::|lp| BOOT::|lts| BOOT::$) ; (BLOCK BOOT::|RSETCAT-;extend;L2L;12| ; (PROG (BOOT::|ts|) (RETURN (COND # #))))) ; ; note: Assignment to argument: |lts| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |RSETCAT-;intersect;L2L;13| ...) ; file: /tmp/oa-cKNOCF/code.lsp ; in: DEFUN |RSETCAT-;intersect;L2L;13| ; (DEFUN BOOT::|RSETCAT-;intersect;L2L;13| (BOOT::|lp| BOOT::|lts| BOOT::$) ; (PROG (BOOT::|lpwt| BOOT::|lus| BOOT::|ts| BOOT::|p| BOOT::|toSave| ; BOOT::|toSee|) ; (RETURN (COND (# BOOT::|lts|) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RSETCAT-;intersect;L2L;13| ; (BOOT::|lp| BOOT::|lts| BOOT::$) ; (BLOCK BOOT::|RSETCAT-;intersect;L2L;13| ; (PROG (BOOT::|lpwt| BOOT::|lus| BOOT::|ts| BOOT::|p| BOOT::|toSave| ; BOOT::|toSee|) ; (RETURN (COND # #))))) ; ; note: Assignment to argument: |lp| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |RSETCAT-;intersect;L$L;14| ...) ; file: /tmp/oa-cKNOCF/code.lsp ; in: DEFUN |RSETCAT-;intersect;L$L;14| ; (DEFUN BOOT::|RSETCAT-;intersect;L$L;14| (BOOT::|lp| BOOT::|ts| BOOT::$) ; (BOOT::SPADCALL BOOT::|lp| (LIST BOOT::|ts|) ; (BOOT::|shellEntry| BOOT::$ 95))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RSETCAT-;intersect;L$L;14| ; (BOOT::|lp| BOOT::|ts| BOOT::$) ; (BLOCK BOOT::|RSETCAT-;intersect;L$L;14| ; (BOOT::SPADCALL BOOT::|lp| (LIST BOOT::|ts|) ; (BOOT::|shellEntry| BOOT::$ 95)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |RSETCAT-;intersect;P2L;15| ...) ; file: /tmp/oa-cKNOCF/code.lsp ; in: DEFUN |RSETCAT-;intersect;P2L;15| ; (DEFUN BOOT::|RSETCAT-;intersect;P2L;15| (BOOT::|p| BOOT::|lts| BOOT::$) ; (BOOT::SPADCALL (LIST BOOT::|p|) BOOT::|lts| ; (BOOT::|shellEntry| BOOT::$ 95))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RSETCAT-;intersect;P2L;15| ; (BOOT::|p| BOOT::|lts| BOOT::$) ; (BLOCK BOOT::|RSETCAT-;intersect;P2L;15| ; (BOOT::SPADCALL (LIST BOOT::|p|) BOOT::|lts| ; (BOOT::|shellEntry| BOOT::$ 95)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |RegularTriangularSetCategory&| ...) ; compiling (MAKEPROP (QUOTE |RegularTriangularSetCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 13 notes ; /tmp/oa-cKNOCF/code.fasl written ; compilation finished in 0:00:00.109 ------------------------------------------------------------------------ finalizing NRLIB RSETCAT Processing RegularTriangularSetCategory for Browser database: -- purelyAlgebraic? : (P,%) -> Boolean -- purelyTranscendental? : (P,%) -> Boolean -- algebraicCoefficients? : (P,%) -> Boolean -- purelyAlgebraic? : % -> Boolean -- purelyAlgebraicLeadingMonomial? : (P,%) -> Boolean -- invertibleElseSplit? : (P,%) -> Union(Boolean,List %) -- invertible? : (P,%) -> List Record(val: Boolean,tower: %) -- invertible? : (P,%) -> Boolean -- invertibleSet : (P,%) -> List % -- lastSubResultantElseSplit : (P,P,%) -> Union(P,List %) -- lastSubResultant : (P,P,%) -> List Record(val: P,tower: %) -- squareFreePart : (P,%) -> List Record(val: P,tower: %) -- intersect : (P,%) -> List % -- intersect : (List P,%) -> List % -- intersect : (List P,List %) -> List % -- intersect : (P,List %) -> List % -- augment : (P,%) -> List % -- augment : (P,List %) -> List % -- augment : (List P,%) -> List % -- augment : (List P,List %) -> List % -- internalAugment : (P,%) -> % -- internalAugment : (List P,%) -> % -- extend : (P,%) -> List % -- extend : (P,List %) -> List % -- extend : (List P,%) -> List % -- extend : (List P,List %) -> List % -- zeroSetSplit : (List P,Boolean) -> List % -- constructor ; compiling file "/tmp/oa-fRMEz1/code.lsp" (written 01 FEB 2016 11:14:41 PM): ; compiling (DEFPARAMETER |RegularTriangularSetCategory;AL| ...) ; compiling (DEFUN |RegularTriangularSetCategory;| ...) ; compiling (DEFUN |RegularTriangularSetCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-fRMEz1/code.fasl written ; compilation finished in 0:00:00.020 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile RULESET.spad && cp RULESET.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RULESET.fasl \ && if test -f RULESET-.NRLIB/code.fasl; then \ cp RULESET-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RULESET-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RULESET.spad using Spad compiler. RULESET abbreviates domain Ruleset debug: compDefine1 lhs: (Ruleset Base R F) signature (pre-evaluate): ((Join (SetCategory) (Eltable F F) (CATEGORY domain (SIGNATURE ruleset ($ (List (RewriteRule Base R F)))) (SIGNATURE rules ((List (RewriteRule Base R F)) $)) (SIGNATURE elt (F $ F (PositiveInteger))))) NIL NIL NIL) debug: evaluateType form: (Join (SetCategory) (Eltable F F) (CATEGORY domain (SIGNATURE ruleset ($ (List (RewriteRule Base R F)))) (SIGNATURE rules ((List (RewriteRule Base R F)) $)) (SIGNATURE elt (F $ F (PositiveInteger))))) $param: (Base R F) debug: evaluateType form: (SetCategory) $param: (Base R F) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Eltable F F) $param: (Base R F) Debug: evaluateType1 form: (Eltable F F) debug: evaluateType1 x: F m: (Type) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE ruleset ($ (List (RewriteRule Base R F)))) (SIGNATURE rules ((List (RewriteRule Base R F)) $)) (SIGNATURE elt (F $ F (PositiveInteger)))) $param: (Base R F) debug: evaluateType form: (List (RewriteRule Base R F)) $param: (Base R F) Debug: evaluateType1 form: (List (RewriteRule Base R F)) debug: evaluateType1 x: (RewriteRule Base R F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Base R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (RewriteRule Base R F) $param: (Base R F) Debug: evaluateType1 form: (RewriteRule Base R F) debug: evaluateType1 x: Base m: (SetCategory) debug: evaluateType1 x: R m: (Join (Ring) (PatternMatchable Base) (ConvertibleTo (Pattern Base))) debug: evaluateType1 x: F m: (Join (FunctionSpace R) (PatternMatchable Base) (ConvertibleTo (Pattern Base))) debug: evalCategory d: (RewriteRule Base R F) c: (Type) debug: evaluateType form: (List (RewriteRule Base R F)) $param: (Base R F) Debug: evaluateType1 form: (List (RewriteRule Base R F)) debug: evaluateType1 x: (RewriteRule Base R F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Base R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (RewriteRule Base R F) $param: (Base R F) Debug: evaluateType1 form: (RewriteRule Base R F) debug: evaluateType1 x: Base m: (SetCategory) debug: evaluateType1 x: R m: (Join (Ring) (PatternMatchable Base) (ConvertibleTo (Pattern Base))) debug: evaluateType1 x: F m: (Join (FunctionSpace R) (PatternMatchable Base) (ConvertibleTo (Pattern Base))) debug: evalCategory d: (RewriteRule Base R F) c: (Type) debug: evaluateType form: F $param: (Base R F) debug: evaluateType form: F $param: (Base R F) debug: evaluateType form: (PositiveInteger) $param: (Base R F) Debug: evaluateType1 form: (PositiveInteger) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (Eltable F F) (CATEGORY domain (SIGNATURE ruleset ($ (List (RewriteRule Base R F)))) (SIGNATURE rules ((List (RewriteRule Base R F)) $)) (SIGNATURE elt (F $ F (PositiveInteger))))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for Ruleset compiling into /tmp/oa-ecZdEU importing ApplyRules(Base,R,F) compiling exported ruleset : List RewriteRule(Base,R,F) -> % Time: 0.05 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. compiling exported = : (%,%) -> Boolean Time: 0 SEC. compiling exported elt : (%,F) -> F Time: 0.01 SEC. compiling exported elt : (%,F,PositiveInteger) -> F Time: 0.02 SEC. compiling exported rules : % -> List RewriteRule(Base,R,F) Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor Ruleset Time: 0.09 seconds finalizing NRLIB RULESET Processing Ruleset for Browser database: -- ruleset : List RR -> % -- rules : % -> List RR -- elt : (%,F,PositiveInteger) -> F -- constructor ; compiling file "/tmp/oa-ecZdEU/code.lsp" (written 01 FEB 2016 11:14:42 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RULESET;ruleset;L$;1| ...) ; compiling (DEFUN |RULESET;coerce;$Of;2| ...) ; compiling (DEFUN |RULESET;=;2$B;3| ...) ; file: /tmp/oa-ecZdEU/code.lsp ; in: DEFUN |RULESET;=;2$B;3| ; (DEFUN BOOT::|RULESET;=;2$B;3| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 20))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RULESET;=;2$B;3| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|RULESET;=;2$B;3| ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 20)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |RULESET;elt;$2F;4| ...) ; compiling (DEFUN |RULESET;elt;$FPiF;5| ...) ; compiling (DEFUN |RULESET;rules;$L;6| ...) ; file: /tmp/oa-ecZdEU/code.lsp ; in: DEFUN |RULESET;rules;$L;6| ; (DEFUN BOOT::|RULESET;rules;$L;6| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 29))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RULESET;rules;$L;6| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|RULESET;rules;$L;6| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 29)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |Ruleset| ...) ; compiling (DEFUN |Ruleset;| ...) ; compiling (MAKEPROP (QUOTE |Ruleset|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-ecZdEU/code.fasl written ; compilation finished in 0:00:00.025 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SIMPAN.spad && cp SIMPAN.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SIMPAN.fasl \ && if test -f SIMPAN-.NRLIB/code.fasl; then \ cp SIMPAN-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SIMPAN-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SIMPAN.spad using Spad compiler. SIMPAN abbreviates package SimplifyAlgebraicNumberConvertPackage debug: compDefine1 lhs: (SimplifyAlgebraicNumberConvertPackage) signature (pre-evaluate): ((CATEGORY package (SIGNATURE simplify ((Expression (Integer)) (AlgebraicNumber))))) debug: evaluateType form: (CATEGORY package (SIGNATURE simplify ((Expression (Integer)) (AlgebraicNumber)))) $param: NIL debug: evaluateType form: (Expression (Integer)) $param: NIL Debug: evaluateType1 form: (Expression (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (AlgebraicNumber) $param: NIL Debug: evaluateType1 form: (AlgebraicNumber) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE simplify ((Expression (Integer)) (AlgebraicNumber))))) ------------------------------------------------------------------------ initializing stationary directory for SimplifyAlgebraicNumberConvertPackage compiling into /tmp/oa-n6JO7Z compiling exported simplify : AlgebraicNumber -> Expression Integer Time: 0.06 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Warnings: [1] simplify: not known that TranscendentalFunctionCategory is of mode CATEGORY(domain,IF(hasInteger()IntegralDomain(),PROGN(AlgebraicallyClosedFunctionSpace Integer,TranscendentalFunctionCategory,CombinatorialOpsCategory,LiouvillianFunctionCategory,SpecialFunctionCategory,reduce: % -> %,number?: % -> Boolean,simplifyPower: (%,Integer) -> %,IF(hasInteger()GcdDomain(),PROGN(factorPolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %,squareFreePolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %),%noBranch),IF(hasInteger()RetractableTo(Integer()),RetractableTo AlgebraicNumber,%noBranch)),%noBranch)) Cumulative Statistics for Constructor SimplifyAlgebraicNumberConvertPackage Time: 0.06 seconds finalizing NRLIB SIMPAN Processing SimplifyAlgebraicNumberConvertPackage for Browser database: -- simplify : AlgebraicNumber -> Expression Integer -- constructor ; compiling file "/tmp/oa-n6JO7Z/code.lsp" (written 01 FEB 2016 11:14:42 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SIMPAN;simplify;AnE;1| ...) ; compiling (DEFUN |SimplifyAlgebraicNumberConvertPackage| ...) ; compiling (DEFUN |SimplifyAlgebraicNumberConvertPackage;| ...) ; compiling (MAKEPROP (QUOTE |SimplifyAlgebraicNumberConvertPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-n6JO7Z/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile DRAWHACK.spad && cp DRAWHACK.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DRAWHACK.fasl \ && if test -f DRAWHACK-.NRLIB/code.fasl; then \ cp DRAWHACK-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DRAWHACK-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DRAWHACK.spad using Spad compiler. DRAWHACK abbreviates package DrawNumericHack debug: compDefine1 lhs: (DrawNumericHack R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE coerce ((SegmentBinding (Float)) (SegmentBinding (Expression R))))) (Join (OrderedSet) (IntegralDomain) (ConvertibleTo (Float)))) debug: evaluateType form: (CATEGORY package (SIGNATURE coerce ((SegmentBinding (Float)) (SegmentBinding (Expression R))))) $param: (R) debug: evaluateType form: (SegmentBinding (Float)) $param: (R) Debug: evaluateType1 form: (SegmentBinding (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: (R) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (SegmentBinding (Expression R)) $param: (R) Debug: evaluateType1 form: (SegmentBinding (Expression R)) debug: evaluateType1 x: (Expression R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Expression R) $param: (R) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: evalCategory d: (Expression R) c: (Type) debug: evaluateType form: (Join (OrderedSet) (IntegralDomain) (ConvertibleTo (Float))) $param: (R) debug: evaluateType form: (OrderedSet) $param: (R) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (ConvertibleTo (Float)) $param: (R) Debug: evaluateType1 form: (ConvertibleTo (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: (R) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE coerce ((SegmentBinding (Float)) (SegmentBinding (Expression R))))) (Join (OrderedSet) (IntegralDomain) (ConvertibleTo (Float)))) debug: compDefine1 lhs: (DrawNumericHack R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE coerce ((SegmentBinding (Float)) (SegmentBinding (Expression R))))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE coerce ((SegmentBinding (Float)) (SegmentBinding (Expression R))))) $param: (R) debug: evaluateType form: (SegmentBinding (Float)) $param: (R) Debug: evaluateType1 form: (SegmentBinding (Float)) debug: evaluateType1 x: (Float) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Float) $param: (R) Debug: evaluateType1 form: (Float) debug: evalCategory d: (Float) c: (Type) debug: evaluateType form: (SegmentBinding (Expression R)) $param: (R) Debug: evaluateType1 form: (SegmentBinding (Expression R)) debug: evaluateType1 x: (Expression R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Expression R) $param: (R) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: evalCategory d: (Expression R) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE coerce ((SegmentBinding (Float)) (SegmentBinding (Expression R))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for DrawNumericHack compiling into /tmp/oa-JEGfKc compiling exported coerce : SegmentBinding Expression R -> SegmentBinding Float Time: 0.06 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor DrawNumericHack Time: 0.06 seconds finalizing NRLIB DRAWHACK Processing DrawNumericHack for Browser database: -- coerce : SegmentBinding Expression R -> SegmentBinding Float -- constructor ; compiling file "/tmp/oa-JEGfKc/code.lsp" (written 01 FEB 2016 11:14:42 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DRAWHACK;coerce;SbSb;1| ...) ; compiling (DEFUN |DrawNumericHack| ...) ; compiling (DEFUN |DrawNumericHack;| ...) ; compiling (MAKEPROP (QUOTE |DrawNumericHack|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-JEGfKc/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SOLVESER.spad && cp SOLVESER.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SOLVESER.fasl \ && if test -f SOLVESER-.NRLIB/code.fasl; then \ cp SOLVESER-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SOLVESER-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SOLVESER.spad using Spad compiler. SOLVESER abbreviates package TransSolvePackageService debug: compDefine1 lhs: (TransSolvePackageService R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE decomposeFunc ((Fraction (SparseUnivariatePolynomial (Expression R))) (Fraction (SparseUnivariatePolynomial (Expression R))) (Fraction (SparseUnivariatePolynomial (Expression R))) (Fraction (SparseUnivariatePolynomial (Expression R))))) (SIGNATURE unvectorise ((Fraction (SparseUnivariatePolynomial (Expression R))) (Vector (Expression R)) (Fraction (SparseUnivariatePolynomial (Expression R))) (Integer)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE decomposeFunc ((Fraction (SparseUnivariatePolynomial (Expression R))) (Fraction (SparseUnivariatePolynomial (Expression R))) (Fraction (SparseUnivariatePolynomial (Expression R))) (Fraction (SparseUnivariatePolynomial (Expression R))))) (SIGNATURE unvectorise ((Fraction (SparseUnivariatePolynomial (Expression R))) (Vector (Expression R)) (Fraction (SparseUnivariatePolynomial (Expression R))) (Integer)))) $param: (R) debug: evaluateType form: (Fraction (SparseUnivariatePolynomial (Expression R))) $param: (R) Debug: evaluateType1 form: (Fraction (SparseUnivariatePolynomial (Expression R))) debug: evaluateType1 x: (SparseUnivariatePolynomial (Expression R)) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial (Expression R)) $param: (R) Debug: evaluateType1 form: (SparseUnivariatePolynomial (Expression R)) debug: evaluateType1 x: (Expression R) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Expression R) $param: (R) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: evalCategory d: (Expression R) c: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial (Expression R)) c: (IntegralDomain) debug: evaluateType form: (Fraction (SparseUnivariatePolynomial (Expression R))) $param: (R) Debug: evaluateType1 form: (Fraction (SparseUnivariatePolynomial (Expression R))) debug: evaluateType1 x: (SparseUnivariatePolynomial (Expression R)) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial (Expression R)) $param: (R) Debug: evaluateType1 form: (SparseUnivariatePolynomial (Expression R)) debug: evaluateType1 x: (Expression R) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Expression R) $param: (R) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: evalCategory d: (Expression R) c: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial (Expression R)) c: (IntegralDomain) debug: evaluateType form: (Fraction (SparseUnivariatePolynomial (Expression R))) $param: (R) Debug: evaluateType1 form: (Fraction (SparseUnivariatePolynomial (Expression R))) debug: evaluateType1 x: (SparseUnivariatePolynomial (Expression R)) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial (Expression R)) $param: (R) Debug: evaluateType1 form: (SparseUnivariatePolynomial (Expression R)) debug: evaluateType1 x: (Expression R) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Expression R) $param: (R) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: evalCategory d: (Expression R) c: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial (Expression R)) c: (IntegralDomain) debug: evaluateType form: (Fraction (SparseUnivariatePolynomial (Expression R))) $param: (R) Debug: evaluateType1 form: (Fraction (SparseUnivariatePolynomial (Expression R))) debug: evaluateType1 x: (SparseUnivariatePolynomial (Expression R)) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial (Expression R)) $param: (R) Debug: evaluateType1 form: (SparseUnivariatePolynomial (Expression R)) debug: evaluateType1 x: (Expression R) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Expression R) $param: (R) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: evalCategory d: (Expression R) c: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial (Expression R)) c: (IntegralDomain) debug: evaluateType form: (Fraction (SparseUnivariatePolynomial (Expression R))) $param: (R) Debug: evaluateType1 form: (Fraction (SparseUnivariatePolynomial (Expression R))) debug: evaluateType1 x: (SparseUnivariatePolynomial (Expression R)) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial (Expression R)) $param: (R) Debug: evaluateType1 form: (SparseUnivariatePolynomial (Expression R)) debug: evaluateType1 x: (Expression R) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Expression R) $param: (R) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: evalCategory d: (Expression R) c: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial (Expression R)) c: (IntegralDomain) debug: evaluateType form: (Vector (Expression R)) $param: (R) Debug: evaluateType1 form: (Vector (Expression R)) debug: evaluateType1 x: (Expression R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Expression R) $param: (R) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: evalCategory d: (Expression R) c: (Type) debug: evaluateType form: (Fraction (SparseUnivariatePolynomial (Expression R))) $param: (R) Debug: evaluateType1 form: (Fraction (SparseUnivariatePolynomial (Expression R))) debug: evaluateType1 x: (SparseUnivariatePolynomial (Expression R)) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (SparseUnivariatePolynomial (Expression R)) $param: (R) Debug: evaluateType1 form: (SparseUnivariatePolynomial (Expression R)) debug: evaluateType1 x: (Expression R) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Expression R) $param: (R) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: evalCategory d: (Expression R) c: (Ring) debug: evalCategory d: (SparseUnivariatePolynomial (Expression R)) c: (IntegralDomain) debug: evaluateType form: (Integer) $param: (R) Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE decomposeFunc ((Fraction (SparseUnivariatePolynomial (Expression R))) (Fraction (SparseUnivariatePolynomial (Expression R))) (Fraction (SparseUnivariatePolynomial (Expression R))) (Fraction (SparseUnivariatePolynomial (Expression R))))) (SIGNATURE unvectorise ((Fraction (SparseUnivariatePolynomial (Expression R))) (Vector (Expression R)) (Fraction (SparseUnivariatePolynomial (Expression R))) (Integer)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for TransSolvePackageService compiling into /tmp/oa-Yu6qKo importing AlgebraicallyClosedField importing TranscendentalManipulations(R,Expression R) importing ElementaryFunctionStructurePackage(R,Expression R) importing SparseUnivariatePolynomial R importing LinearSystemMatrixPackage(Expression R,Vector Expression R,Vector Expression R,Matrix Expression R) importing HomogeneousAggregate R compiling exported unvectorise : (Vector Expression R,Fraction SparseUnivariatePolynomial Expression R,Integer) -> Fraction SparseUnivariatePolynomial Expression R Time: 0.36 SEC. compiling exported decomposeFunc : (Fraction SparseUnivariatePolynomial Expression R,Fraction SparseUnivariatePolynomial Expression R,Fraction SparseUnivariatePolynomial Expression R) -> Fraction SparseUnivariatePolynomial Expression R Time: 0.06 SEC. compiling local subsSolve : (SparseUnivariatePolynomial Expression R,NonNegativeInteger,SparseUnivariatePolynomial Expression R,SparseUnivariatePolynomial Expression R,Integer,Fraction SparseUnivariatePolynomial Expression R) -> Union(SparseUnivariatePolynomial Expression R,failed) Time: 0.27 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] unvectorise: not known that SetCategory is of mode CATEGORY(package,decomposeFunc: (Fraction SparseUnivariatePolynomial Expression R,Fraction SparseUnivariatePolynomial Expression R,Fraction SparseUnivariatePolynomial Expression R) -> Fraction SparseUnivariatePolynomial Expression R,unvectorise: (Vector Expression R,Fraction SparseUnivariatePolynomial Expression R,Integer) -> Fraction SparseUnivariatePolynomial Expression R) [2] unvectorise: not known that Ring is of mode CATEGORY(package,decomposeFunc: (Fraction SparseUnivariatePolynomial Expression R,Fraction SparseUnivariatePolynomial Expression R,Fraction SparseUnivariatePolynomial Expression R) -> Fraction SparseUnivariatePolynomial Expression R,unvectorise: (Vector Expression R,Fraction SparseUnivariatePolynomial Expression R,Integer) -> Fraction SparseUnivariatePolynomial Expression R) Cumulative Statistics for Constructor TransSolvePackageService Time: 0.69 seconds finalizing NRLIB SOLVESER Processing TransSolvePackageService for Browser database: -- decomposeFunc : (Fraction SUP RE,Fraction SUP RE,Fraction SUP RE) -> Fraction SUP RE -- unvectorise : (Vector RE,Fraction SUP RE,Integer) -> Fraction SUP RE -- constructor ; compiling file "/tmp/oa-Yu6qKo/code.lsp" (written 01 FEB 2016 11:14:43 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SOLVESER;unvectorise;VFIF;1| ...) ; compiling (DEFUN |SOLVESER;decomposeFunc;4F;2| ...) ; compiling (DEFUN |SOLVESER;subsSolve| ...) ; compiling (DEFUN |TransSolvePackageService| ...) ; compiling (DEFUN |TransSolvePackageService;| ...) ; compiling (MAKEPROP (QUOTE |TransSolvePackageService|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-Yu6qKo/code.fasl written ; compilation finished in 0:00:00.055 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SUMFS.spad && cp SUMFS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SUMFS.fasl \ && if test -f SUMFS-.NRLIB/code.fasl; then \ cp SUMFS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SUMFS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SUMFS.spad using Spad compiler. SUMFS abbreviates package FunctionSpaceSum debug: compDefine1 lhs: (FunctionSpaceSum R F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE sum (F F (Symbol))) (SIGNATURE sum (F F (SegmentBinding F)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE sum (F F (Symbol))) (SIGNATURE sum (F F (SegmentBinding F)))) $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (SegmentBinding F) $param: (R F) Debug: evaluateType1 form: (SegmentBinding F) debug: evaluateType1 x: F m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE sum (F F (Symbol))) (SIGNATURE sum (F F (SegmentBinding F)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for FunctionSpaceSum compiling into /tmp/oa-7WTHOg importing ElementaryFunctionStructurePackage(R,F) importing GosperSummationMethod(IndexedExponents Kernel F,Kernel F,R,SparseMultivariatePolynomial(R,Kernel F),F) compiling local newk : () -> Kernel F Time: 0.07 SEC. compiling exported sum : (F,SegmentBinding F) -> F Time: 0.01 SEC. compiling exported sum : (F,Symbol) -> F Time: 0.01 SEC. compiling local notRF? : (F,Kernel F) -> Boolean Time: 0.02 SEC. compiling local innersum : (F,Kernel F) -> Union(F,failed) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Warnings: [1] sum: hi has no value [2] sum: not known that SetCategory is of mode CATEGORY(package,sum: (F,Symbol) -> F,sum: (F,SegmentBinding F) -> F) [3] notRF?: not known that SetCategory is of mode CATEGORY(package,sum: (F,Symbol) -> F,sum: (F,SegmentBinding F) -> F) Cumulative Statistics for Constructor FunctionSpaceSum Time: 0.13 seconds finalizing NRLIB SUMFS Processing FunctionSpaceSum for Browser database: -- sum : (F,SE) -> F -- sum : (F,SegmentBinding F) -> F -- constructor ; compiling file "/tmp/oa-7WTHOg/code.lsp" (written 01 FEB 2016 11:14:43 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SUMFS;newk| ...) ; compiling (DEFUN |SUMFS;sum;FSbF;2| ...) ; compiling (DEFUN |SUMFS;sum;FSF;3| ...) ; compiling (DEFUN |SUMFS;notRF?| ...) ; compiling (DEFUN |SUMFS;innersum| ...) ; compiling (DEFUN |FunctionSpaceSum| ...) ; compiling (DEFUN |FunctionSpaceSum;| ...) ; compiling (MAKEPROP (QUOTE |FunctionSpaceSum|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-7WTHOg/code.fasl written ; compilation finished in 0:00:00.025 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SUTS.spad && cp SUTS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SUTS.fasl \ && if test -f SUTS-.NRLIB/code.fasl; then \ cp SUTS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SUTS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SUTS.spad using Spad compiler. SUTS abbreviates domain SparseUnivariateTaylorSeries debug: compDefine1 lhs: (SparseUnivariateTaylorSeries Coef var cen) signature (pre-evaluate): ((Join (UnivariateTaylorSeriesCategory Coef) (PartialDifferentialDomain $ (Variable var)) (CATEGORY domain (SIGNATURE coerce ($ (UnivariatePolynomial var Coef))) (SIGNATURE univariatePolynomial ((UnivariatePolynomial var Coef) $ (NonNegativeInteger))) (SIGNATURE coerce ($ (Variable var))) (IF (has Coef (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Variable var))) %noBranch))) NIL NIL NIL) debug: evaluateType form: (Join (UnivariateTaylorSeriesCategory Coef) (PartialDifferentialDomain $ (Variable var)) (CATEGORY domain (SIGNATURE coerce ($ (UnivariatePolynomial var Coef))) (SIGNATURE univariatePolynomial ((UnivariatePolynomial var Coef) $ (NonNegativeInteger))) (SIGNATURE coerce ($ (Variable var))) (IF (has Coef (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Variable var))) %noBranch))) $param: (Coef var cen) debug: evaluateType form: (UnivariateTaylorSeriesCategory Coef) $param: (Coef var cen) Debug: evaluateType1 form: (UnivariateTaylorSeriesCategory Coef) debug: evaluateType1 x: Coef m: (Ring) debug: evaluateType form: (PartialDifferentialDomain $ (Variable var)) $param: (Coef var cen) Debug: evaluateType1 form: (PartialDifferentialDomain $ (Variable var)) debug: evaluateType1 x: $ m: (Type) debug: evaluateType1 x: (Variable var) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Coef var cen) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Variable var) $param: (Coef var cen) Debug: evaluateType1 form: (Variable var) debug: evaluateType1 x: var m: (Symbol) debug: evalCategory d: (Variable var) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE coerce ($ (UnivariatePolynomial var Coef))) (SIGNATURE univariatePolynomial ((UnivariatePolynomial var Coef) $ (NonNegativeInteger))) (SIGNATURE coerce ($ (Variable var))) (IF (has Coef (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Variable var))) %noBranch)) $param: (Coef var cen) debug: evaluateType form: (UnivariatePolynomial var Coef) $param: (Coef var cen) Debug: evaluateType1 form: (UnivariatePolynomial var Coef) debug: evaluateType1 x: var m: (Symbol) debug: evaluateType1 x: Coef m: (Ring) debug: evaluateType form: (UnivariatePolynomial var Coef) $param: (Coef var cen) Debug: evaluateType1 form: (UnivariatePolynomial var Coef) debug: evaluateType1 x: var m: (Symbol) debug: evaluateType1 x: Coef m: (Ring) debug: evaluateType form: (NonNegativeInteger) $param: (Coef var cen) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Variable var) $param: (Coef var cen) Debug: evaluateType1 form: (Variable var) debug: evaluateType1 x: var m: (Symbol) debug: compDefine1 signature (post evaluate): ((Join (UnivariateTaylorSeriesCategory Coef) (PartialDifferentialDomain $ (Variable var)) (CATEGORY domain (SIGNATURE coerce ($ (UnivariatePolynomial var Coef))) (SIGNATURE univariatePolynomial ((UnivariatePolynomial var Coef) $ (NonNegativeInteger))) (SIGNATURE coerce ($ (Variable var))) (IF (has Coef (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Variable var))) %noBranch))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for SparseUnivariateTaylorSeries compiling into /tmp/oa-NG16Qz importing Reference OrderedCompletion Integer compiling local makeTerm : (Integer,Coef) -> Record(k: Integer,c: Coef) SUTS;makeTerm is replaced by %pair Time: 0.06 SEC. compiling local getCoef : Record(k: Integer,c: Coef) -> Coef SUTS;getCoef is replaced by %tail Time: 0 SEC. compiling local getExpon : Record(k: Integer,c: Coef) -> Integer SUTS;getExpon is replaced by %head Time: 0.01 SEC. compiling exported monomial : (Coef,NonNegativeInteger) -> % Time: 0.01 SEC. compiling exported extend : (%,NonNegativeInteger) -> % Time: 0.01 SEC. compiling exported Zero : () -> % Time: 0.01 SEC. compiling exported One : () -> % Time: 0.01 SEC. compiling exported recip : % -> Union(%,failed) Time: 0.00 SEC. compiling exported exquo : (%,%) -> Union(%,failed) Time: 0.01 SEC. compiling exported quoByVar : % -> % Time: 0 SEC. compiling exported differentiate : (%,Variable var) -> % Time: 0 SEC. compiling exported coerce : Variable var -> % Time: 0.02 SEC. compiling exported coerce : UnivariatePolynomial(var,Coef) -> % Time: 0.08 SEC. compiling exported univariatePolynomial : (%,NonNegativeInteger) -> UnivariatePolynomial(var,Coef) Time: 0.10 SEC. compiling exported polynomial : (%,NonNegativeInteger) -> Polynomial Coef Time: 0.08 SEC. compiling exported polynomial : (%,NonNegativeInteger,NonNegativeInteger) -> Polynomial Coef Time: 0.02 SEC. compiling exported truncate : (%,NonNegativeInteger) -> % Time: 0.01 SEC. compiling exported truncate : (%,NonNegativeInteger,NonNegativeInteger) -> % Time: 0.01 SEC. compiling local iCoefficients : (Stream Record(k: Integer,c: Coef),Reference OrderedCompletion Integer,Integer) -> Stream Coef Time: 0.22 SEC. compiling exported coefficients : % -> Stream Coef Time: 0.03 SEC. compiling exported terms : % -> Stream Record(k: NonNegativeInteger,c: Coef) SUTS;terms;$S;21 is replaced by %tail Time: 0.01 SEC. compiling local iSeries : (Stream Coef,Integer,Reference OrderedCompletion Integer) -> Stream Record(k: Integer,c: Coef) Time: 0.13 SEC. compiling exported series : Stream Coef -> % Time: 0.03 SEC. compiling local nniToI : Stream Record(k: NonNegativeInteger,c: Coef) -> Stream Record(k: Integer,c: Coef) Time: 0.02 SEC. compiling exported series : Stream Record(k: NonNegativeInteger,c: Coef) -> % Time: 0.01 SEC. compiling exported variable : % -> Symbol Time: 0 SEC. compiling exported center : % -> Coef Time: 0.00 SEC. compiling exported coefficient : (%,NonNegativeInteger) -> Coef Time: 0.01 SEC. compiling exported elt : (%,NonNegativeInteger) -> Coef Time: 0.01 SEC. compiling exported pole? : % -> Boolean SUTS;pole?;$B;30 x is replaced by %false Time: 0.00 SEC. compiling exported order : % -> NonNegativeInteger Time: 0.01 SEC. compiling exported order : (%,NonNegativeInteger) -> NonNegativeInteger Time: 0.01 SEC. compiling exported elt : (%,%) -> % Time: 0.06 SEC. compiling exported integrate : (%,Variable var) -> % Time: 0.01 SEC. compiling exported ** : (%,%) -> % Time: 0.02 SEC. compiling exported ** : (%,Fraction Integer) -> % Time: 0.02 SEC. compiling exported exp : % -> % Time: 0.00 SEC. compiling exported log : % -> % Time: 0 SEC. compiling exported sin : % -> % Time: 0.00 SEC. compiling exported cos : % -> % Time: 0 SEC. compiling exported tan : % -> % Time: 0.00 SEC. compiling exported cot : % -> % Time: 0 SEC. compiling exported sec : % -> % Time: 0.00 SEC. compiling exported csc : % -> % Time: 0 SEC. compiling exported asin : % -> % Time: 0.01 SEC. compiling exported acos : % -> % Time: 0 SEC. compiling exported atan : % -> % Time: 0.01 SEC. compiling exported acot : % -> % Time: 0 SEC. compiling exported asec : % -> % Time: 0.01 SEC. compiling exported acsc : % -> % Time: 0 SEC. compiling exported sinh : % -> % Time: 0 SEC. compiling exported cosh : % -> % Time: 0.01 SEC. compiling exported tanh : % -> % Time: 0 SEC. compiling exported coth : % -> % Time: 0 SEC. compiling exported sech : % -> % Time: 0.00 SEC. compiling exported csch : % -> % Time: 0 SEC. compiling exported asinh : % -> % Time: 0.01 SEC. compiling exported acosh : % -> % Time: 0.00 SEC. compiling exported atanh : % -> % Time: 0.00 SEC. compiling exported acoth : % -> % Time: 0.00 SEC. compiling exported asech : % -> % Time: 0.01 SEC. compiling exported acsch : % -> % Time: 0 SEC. compiling exported ** : (%,Fraction Integer) -> % Time: 0.14 SEC. compiling exported exp : % -> % Time: 0.02 SEC. compiling exported log : % -> % Time: 0.03 SEC. compiling exported sin : % -> % Time: 0.02 SEC. compiling exported cos : % -> % Time: 0.04 SEC. compiling exported tan : % -> % Time: 0.02 SEC. compiling exported cot : % -> % Time: 0.05 SEC. compiling exported sec : % -> % Time: 0.02 SEC. compiling exported csc : % -> % Time: 0.04 SEC. compiling exported asin : % -> % Time: 0.05 SEC. compiling exported atan : % -> % Time: 0.05 SEC. compiling exported acos : % -> % SUTS;acos;2$;74 z is replaced by error "acos: acos undefined on this coefficient domain" Time: 0.01 SEC. compiling exported acot : % -> % SUTS;acot;2$;75 z is replaced by error "acot: acot undefined on this coefficient domain" Time: 0.01 SEC. compiling exported asec : % -> % SUTS;asec;2$;76 z is replaced by error "asec: asec undefined on this coefficient domain" Time: 0.00 SEC. compiling exported acsc : % -> % SUTS;acsc;2$;77 z is replaced by error "acsc: acsc undefined on this coefficient domain" Time: 0.01 SEC. compiling exported sinh : % -> % Time: 0.02 SEC. compiling exported cosh : % -> % Time: 0.04 SEC. compiling exported tanh : % -> % Time: 0.03 SEC. compiling exported coth : % -> % Time: 0.04 SEC. compiling exported sech : % -> % Time: 0.02 SEC. compiling exported csch : % -> % Time: 0.02 SEC. compiling exported asinh : % -> % Time: 0.03 SEC. compiling exported atanh : % -> % Time: 0.03 SEC. compiling exported acosh : % -> % SUTS;acosh;2$;86 uts is replaced by error "acosh: acosh undefined on this coefficient domain" Time: 0.00 SEC. compiling exported acoth : % -> % SUTS;acoth;2$;87 uts is replaced by error "acoth: acoth undefined on this coefficient domain" Time: 0.00 SEC. compiling exported asech : % -> % SUTS;asech;2$;88 uts is replaced by error "asech: asech undefined on this coefficient domain" Time: 0.00 SEC. compiling exported acsch : % -> % SUTS;acsch;2$;89 uts is replaced by error "acsch: acsch undefined on this coefficient domain" Time: 0.00 SEC. compiling exported ** : (%,Coef) -> % Time: 0.03 SEC. compiling exported coerce : % -> OutputForm Time: 0.03 SEC. (time taken in buildFunctor: 28) Time: 0.11 SEC. Warnings: [1] OpenAxiom suggests removing assignment to Rep Cumulative Statistics for Constructor SparseUnivariateTaylorSeries Time: 2.04 seconds (|UnivariateTaylorSeriesCategory| |#1|) extends (|UnivariatePowerSeriesCategory| |#1| (|NonNegativeInteger|)) but not (|UnivariatePowerSeriesCategory| |#1| (|Integer|)) --------------non extending category---------------------- SparseUnivariateTaylorSeries(#1,#2,#3) of category Join( UnivariateTaylorSeriesCategory #1,PartialDifferentialDomain($, Variable #2)) with coerce : UnivariatePolynomial(#2,#1) -> % univariatePolynomial : (%,NonNegativeInteger) -> UnivariatePolynomial(#2,#1) coerce : Variable #2 -> %IF(has #1 (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Variable #2)))%noBranch has no UnivariatePowerSeriesCategory(#1,Integer) ---------------------------------------------------------- finalizing NRLIB SUTS Processing SparseUnivariateTaylorSeries for Browser database: -- coerce : UP -> % -- univariatePolynomial : (%,NNI) -> UP -- coerce : Variable var -> % -- integrate : (%,Variable var) -> % -- constructor ; compiling file "/tmp/oa-NG16Qz/code.lsp" (written 01 FEB 2016 11:14:45 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SUTS;makeTerm|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SUTS;getCoef|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SUTS;getExpon|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SUTS;terms;$S;21|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SUTS;pole?;$B;30|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SUTS;acos;2$;74|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SUTS;acot;2$;75|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SUTS;asec;2$;76|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SUTS;acsc;2$;77|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SUTS;acosh;2$;86|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SUTS;acoth;2$;87|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SUTS;asech;2$;88|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SUTS;acsch;2$;89|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SUTS;variable;$S;26|) ...) ; compiling (PUT (QUOTE |SUTS;center;$Coef;27|) ...) ; compiling (DEFUN |SUTS;makeTerm| ...) ; compiling (DEFUN |SUTS;getCoef| ...) ; compiling (DEFUN |SUTS;getExpon| ...) ; compiling (DEFUN |SUTS;monomial;CoefNni$;4| ...) ; compiling (DEFUN |SUTS;extend;$Nni$;5| ...) ; compiling (DEFUN |SUTS;Zero;$;6| ...) ; compiling (DEFUN |SUTS;One;$;7| ...) ; compiling (DEFUN |SUTS;recip;$U;8| ...) ; file: /tmp/oa-NG16Qz/code.lsp ; in: DEFUN |SUTS;recip;$U;8| ; (DEFUN BOOT::|SUTS;recip;$U;8| (BOOT::|uts| BOOT::$) ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 20) BOOT::|uts| T ; (BOOT::|shellEntry| BOOT::$ 24))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUTS;recip;$U;8| ; (BOOT::|uts| BOOT::$) ; (BLOCK BOOT::|SUTS;recip;$U;8| ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 20) BOOT::|uts| T ; (BOOT::|shellEntry| BOOT::$ 24)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SUTS;exquo;2$U;9| ...) ; file: /tmp/oa-NG16Qz/code.lsp ; in: DEFUN |SUTS;exquo;2$U;9| ; (DEFUN BOOT::|SUTS;exquo;2$U;9| (BOOT::|uts1| BOOT::|uts2| BOOT::$) ; (BOOT::SPADCALL BOOT::|uts1| BOOT::|uts2| T ; (BOOT::|shellEntry| BOOT::$ 24))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUTS;exquo;2$U;9| ; (BOOT::|uts1| BOOT::|uts2| BOOT::$) ; (BLOCK BOOT::|SUTS;exquo;2$U;9| ; (BOOT::SPADCALL BOOT::|uts1| BOOT::|uts2| T ; (BOOT::|shellEntry| BOOT::$ 24)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SUTS;quoByVar;2$;10| ...) ; compiling (DEFUN |SUTS;differentiate;$V$;11| ...) ; file: /tmp/oa-NG16Qz/code.lsp ; in: DEFUN |SUTS;differentiate;$V$;11| ; (DEFUN BOOT::|SUTS;differentiate;$V$;11| (BOOT::|x| BOOT::|v| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 29))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUTS;differentiate;$V$;11| ; (BOOT::|x| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|SUTS;differentiate;$V$;11| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 29)))) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |SUTS;coerce;V$;12| ...) ; file: /tmp/oa-NG16Qz/code.lsp ; in: DEFUN |SUTS;coerce;V$;12| ; (DEFUN BOOT::|SUTS;coerce;V$;12| (BOOT::|v| BOOT::$) ; (COND ; ((BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 8) ; (BOOT::|shellEntry| BOOT::$ 32)) ; (BOOT::|SUTS;monomial;CoefNni$;4| (BOOT::|spadConstant| BOOT::$ 19) 1 ; BOOT::$)) ; (T ; (BOOT::SPADCALL (BOOT::|SUTS;monomial;CoefNni$;4| # 1 BOOT::$) ; (BOOT::|SUTS;monomial;CoefNni$;4| # 0 BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 35))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUTS;coerce;V$;12| ; (BOOT::|v| BOOT::$) ; (BLOCK BOOT::|SUTS;coerce;V$;12| ; (COND ; ((BOOT::SPADCALL # #) (BOOT::|SUTS;monomial;CoefNni$;4| # 1 BOOT::$)) ; (T (BOOT::SPADCALL # # #))))) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |SUTS;coerce;Up$;13| ...) ; compiling (DEFUN |SUTS;univariatePolynomial;$NniUp;14| ...) ; compiling (DEFUN |SUTS;polynomial;$NniP;15| ...) ; compiling (DEFUN |SUTS;polynomial;$2NniP;16| ...) ; compiling (DEFUN |SUTS;truncate;$Nni$;17| ...) ; compiling (DEFUN |SUTS;truncate;$2Nni$;18| ...) ; compiling (DEFUN |SUTS;iCoefficients| ...) ; compiling (DEFUN |SUTS;iCoefficients!0| ...) ; compiling (DEFUN |SUTS;coefficients;$S;20| ...) ; compiling (DEFUN |SUTS;terms;$S;21| ...) ; compiling (DEFUN |SUTS;iSeries| ...) ; compiling (DEFUN |SUTS;iSeries!0| ...) ; compiling (DEFUN |SUTS;series;S$;23| ...) ; compiling (DEFUN |SUTS;nniToI| ...) ; compiling (DEFUN |SUTS;series;S$;25| ...) ; compiling (DEFUN |SUTS;variable;$S;26| ...) ; file: /tmp/oa-NG16Qz/code.lsp ; in: DEFUN |SUTS;variable;$S;26| ; (DEFUN BOOT::|SUTS;variable;$S;26| (BOOT::|x| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 7)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUTS;variable;$S;26| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|SUTS;variable;$S;26| (BOOT::|shellEntry| BOOT::$ 7))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |SUTS;center;$Coef;27| ...) ; file: /tmp/oa-NG16Qz/code.lsp ; in: DEFUN |SUTS;center;$Coef;27| ; (DEFUN BOOT::|SUTS;center;$Coef;27| (BOOT::|x| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 8)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUTS;center;$Coef;27| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|SUTS;center;$Coef;27| (BOOT::|shellEntry| BOOT::$ 8))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |SUTS;coefficient;$NniCoef;28| ...) ; compiling (DEFUN |SUTS;elt;$NniCoef;29| ...) ; compiling (DEFUN |SUTS;pole?;$B;30| ...) ; file: /tmp/oa-NG16Qz/code.lsp ; in: DEFUN |SUTS;pole?;$B;30| ; (DEFUN BOOT::|SUTS;pole?;$B;30| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; NIL) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUTS;pole?;$B;30| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|SUTS;pole?;$B;30| NIL)) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |SUTS;order;$Nni;31| ...) ; file: /tmp/oa-NG16Qz/code.lsp ; in: DEFUN |SUTS;order;$Nni;31| ; (DEFUN BOOT::|SUTS;order;$Nni;31| (BOOT::|x| BOOT::$) ; (LET ((#:G681 (BOOT::SPADCALL BOOT::|x| #))) ; (COND ((NOT #) #:G681) (T (BOOT::|moanRetract| #:G681 '#))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUTS;order;$Nni;31| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|SUTS;order;$Nni;31| ; (LET ((#:G681 #)) ; (COND (# #:G681) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |SUTS;order;$2Nni;32| ...) ; file: /tmp/oa-NG16Qz/code.lsp ; in: DEFUN |SUTS;order;$2Nni;32| ; (DEFUN BOOT::|SUTS;order;$2Nni;32| (BOOT::|x| BOOT::|n| BOOT::$) ; (LET ((#:G683 (BOOT::SPADCALL BOOT::|x| BOOT::|n| #))) ; (COND ((NOT #) #:G683) (T (BOOT::|moanRetract| #:G683 '#))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUTS;order;$2Nni;32| ; (BOOT::|x| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|SUTS;order;$2Nni;32| ; (LET ((#:G683 #)) ; (COND (# #:G683) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |SUTS;elt;3$;33| ...) ; compiling (DEFUN |SUTS;integrate;$V$;34| ...) ; file: /tmp/oa-NG16Qz/code.lsp ; in: DEFUN |SUTS;integrate;$V$;34| ; (DEFUN BOOT::|SUTS;integrate;$V$;34| (BOOT::|x| BOOT::|v| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 133))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUTS;integrate;$V$;34| ; (BOOT::|x| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|SUTS;integrate;$V$;34| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 133)))) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |SUTS;**;3$;35| ...) ; compiling (DEFUN |SUTS;**;$F$;36| ...) ; compiling (DEFUN |SUTS;exp;2$;37| ...) ; compiling (DEFUN |SUTS;log;2$;38| ...) ; compiling (DEFUN |SUTS;sin;2$;39| ...) ; compiling (DEFUN |SUTS;cos;2$;40| ...) ; compiling (DEFUN |SUTS;tan;2$;41| ...) ; compiling (DEFUN |SUTS;cot;2$;42| ...) ; compiling (DEFUN |SUTS;sec;2$;43| ...) ; compiling (DEFUN |SUTS;csc;2$;44| ...) ; compiling (DEFUN |SUTS;asin;2$;45| ...) ; compiling (DEFUN |SUTS;acos;2$;46| ...) ; compiling (DEFUN |SUTS;atan;2$;47| ...) ; compiling (DEFUN |SUTS;acot;2$;48| ...) ; compiling (DEFUN |SUTS;asec;2$;49| ...) ; compiling (DEFUN |SUTS;acsc;2$;50| ...) ; compiling (DEFUN |SUTS;sinh;2$;51| ...) ; compiling (DEFUN |SUTS;cosh;2$;52| ...) ; compiling (DEFUN |SUTS;tanh;2$;53| ...) ; compiling (DEFUN |SUTS;coth;2$;54| ...) ; compiling (DEFUN |SUTS;sech;2$;55| ...) ; compiling (DEFUN |SUTS;csch;2$;56| ...) ; compiling (DEFUN |SUTS;asinh;2$;57| ...) ; compiling (DEFUN |SUTS;acosh;2$;58| ...) ; compiling (DEFUN |SUTS;atanh;2$;59| ...) ; compiling (DEFUN |SUTS;acoth;2$;60| ...) ; compiling (DEFUN |SUTS;asech;2$;61| ...) ; compiling (DEFUN |SUTS;acsch;2$;62| ...) ; compiling (DEFUN |SUTS;**;$F$;63| ...) ; file: /tmp/oa-NG16Qz/code.lsp ; in: DEFUN |SUTS;**;$F$;63| ; (LET ((BOOT::|onePlusX| ; (BOOT::SPADCALL (BOOT::|SUTS;monomial;CoefNni$;4| # 0 BOOT::$) ; (BOOT::|SUTS;monomial;CoefNni$;4| # 1 BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 35))) ; (BOOT::|ratPow| ; (BOOT::SPADCALL BOOT::|uts| (BOOT::SPADCALL BOOT::|r| #) ; (BOOT::|shellEntry| BOOT::$ 197)))) ; (BOOT::SPADCALL BOOT::|ratPow| ; (BOOT::SPADCALL BOOT::|uts| ; (BOOT::|spadConstant| BOOT::$ 20) ; (BOOT::|shellEntry| BOOT::$ 198)) ; (BOOT::|shellEntry| BOOT::$ 131))) ; ; caught STYLE-WARNING: ; The variable |onePlusX| is defined but never used. ; compiling (DEFUN |SUTS;exp;2$;64| ...) ; compiling (DEFUN |SUTS;log;2$;65| ...) ; compiling (DEFUN |SUTS;sin;2$;66| ...) ; compiling (DEFUN |SUTS;cos;2$;67| ...) ; compiling (DEFUN |SUTS;tan;2$;68| ...) ; compiling (DEFUN |SUTS;cot;2$;69| ...) ; compiling (DEFUN |SUTS;sec;2$;70| ...) ; compiling (DEFUN |SUTS;csc;2$;71| ...) ; compiling (DEFUN |SUTS;asin;2$;72| ...) ; compiling (DEFUN |SUTS;atan;2$;73| ...) ; compiling (DEFUN |SUTS;acos;2$;74| ...) ; file: /tmp/oa-NG16Qz/code.lsp ; in: DEFUN |SUTS;acos;2$;74| ; (DEFUN BOOT::|SUTS;acos;2$;74| (BOOT::|z| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|error| "acos: acos undefined on this coefficient domain")) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUTS;acos;2$;74| ; (BOOT::|z| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|SUTS;acos;2$;74| ; (BOOT::|error| "acos: acos undefined on this coefficient domain"))) ; ; caught STYLE-WARNING: ; The variable |z| is defined but never used. ; compiling (DEFUN |SUTS;acot;2$;75| ...) ; file: /tmp/oa-NG16Qz/code.lsp ; in: DEFUN |SUTS;acot;2$;75| ; (DEFUN BOOT::|SUTS;acot;2$;75| (BOOT::|z| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|error| "acot: acot undefined on this coefficient domain")) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUTS;acot;2$;75| ; (BOOT::|z| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|SUTS;acot;2$;75| ; (BOOT::|error| "acot: acot undefined on this coefficient domain"))) ; ; caught STYLE-WARNING: ; The variable |z| is defined but never used. ; compiling (DEFUN |SUTS;asec;2$;76| ...) ; file: /tmp/oa-NG16Qz/code.lsp ; in: DEFUN |SUTS;asec;2$;76| ; (DEFUN BOOT::|SUTS;asec;2$;76| (BOOT::|z| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|error| "asec: asec undefined on this coefficient domain")) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUTS;asec;2$;76| ; (BOOT::|z| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|SUTS;asec;2$;76| ; (BOOT::|error| "asec: asec undefined on this coefficient domain"))) ; ; caught STYLE-WARNING: ; The variable |z| is defined but never used. ; compiling (DEFUN |SUTS;acsc;2$;77| ...) ; file: /tmp/oa-NG16Qz/code.lsp ; in: DEFUN |SUTS;acsc;2$;77| ; (DEFUN BOOT::|SUTS;acsc;2$;77| (BOOT::|z| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|error| "acsc: acsc undefined on this coefficient domain")) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUTS;acsc;2$;77| ; (BOOT::|z| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|SUTS;acsc;2$;77| ; (BOOT::|error| "acsc: acsc undefined on this coefficient domain"))) ; ; caught STYLE-WARNING: ; The variable |z| is defined but never used. ; compiling (DEFUN |SUTS;sinh;2$;78| ...) ; compiling (DEFUN |SUTS;cosh;2$;79| ...) ; compiling (DEFUN |SUTS;tanh;2$;80| ...) ; compiling (DEFUN |SUTS;coth;2$;81| ...) ; compiling (DEFUN |SUTS;sech;2$;82| ...) ; compiling (DEFUN |SUTS;csch;2$;83| ...) ; compiling (DEFUN |SUTS;asinh;2$;84| ...) ; compiling (DEFUN |SUTS;atanh;2$;85| ...) ; compiling (DEFUN |SUTS;acosh;2$;86| ...) ; file: /tmp/oa-NG16Qz/code.lsp ; in: DEFUN |SUTS;acosh;2$;86| ; (DEFUN BOOT::|SUTS;acosh;2$;86| (BOOT::|uts| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|error| "acosh: acosh undefined on this coefficient domain")) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUTS;acosh;2$;86| ; (BOOT::|uts| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|SUTS;acosh;2$;86| ; (BOOT::|error| "acosh: acosh undefined on this coefficient domain"))) ; ; caught STYLE-WARNING: ; The variable |uts| is defined but never used. ; compiling (DEFUN |SUTS;acoth;2$;87| ...) ; file: /tmp/oa-NG16Qz/code.lsp ; in: DEFUN |SUTS;acoth;2$;87| ; (DEFUN BOOT::|SUTS;acoth;2$;87| (BOOT::|uts| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|error| "acoth: acoth undefined on this coefficient domain")) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUTS;acoth;2$;87| ; (BOOT::|uts| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|SUTS;acoth;2$;87| ; (BOOT::|error| "acoth: acoth undefined on this coefficient domain"))) ; ; caught STYLE-WARNING: ; The variable |uts| is defined but never used. ; compiling (DEFUN |SUTS;asech;2$;88| ...) ; file: /tmp/oa-NG16Qz/code.lsp ; in: DEFUN |SUTS;asech;2$;88| ; (DEFUN BOOT::|SUTS;asech;2$;88| (BOOT::|uts| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|error| "asech: asech undefined on this coefficient domain")) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUTS;asech;2$;88| ; (BOOT::|uts| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|SUTS;asech;2$;88| ; (BOOT::|error| "asech: asech undefined on this coefficient domain"))) ; ; caught STYLE-WARNING: ; The variable |uts| is defined but never used. ; compiling (DEFUN |SUTS;acsch;2$;89| ...) ; file: /tmp/oa-NG16Qz/code.lsp ; in: DEFUN |SUTS;acsch;2$;89| ; (DEFUN BOOT::|SUTS;acsch;2$;89| (BOOT::|uts| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|error| "acsch: acsch undefined on this coefficient domain")) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUTS;acsch;2$;89| ; (BOOT::|uts| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|SUTS;acsch;2$;89| ; (BOOT::|error| "acsch: acsch undefined on this coefficient domain"))) ; ; caught STYLE-WARNING: ; The variable |uts| is defined but never used. ; compiling (DEFUN |SUTS;**;$Coef$;90| ...) ; compiling (DEFUN |SUTS;coerce;$Of;91| ...) ; compiling (DEFUN |SparseUnivariateTaylorSeries| ...) ; compiling (DEFUN |SparseUnivariateTaylorSeries;| ...) ; compiling (MAKEPROP (QUOTE |SparseUnivariateTaylorSeries|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 15 STYLE-WARNING conditions ; printed 4 notes ; /tmp/oa-NG16Qz/code.fasl written ; compilation finished in 0:00:00.326 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile WUTSET.spad && cp WUTSET.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/WUTSET.fasl \ && if test -f WUTSET-.NRLIB/code.fasl; then \ cp WUTSET-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/WUTSET-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/WUTSET.spad using Spad compiler. WUTSET abbreviates domain WuWenTsunTriangularSet debug: compDefine1 lhs: (WuWenTsunTriangularSet R E V P) signature (pre-evaluate): ((Join (TriangularSetCategory R E V P) (CATEGORY domain (SIGNATURE medialSet ((Union $ failed) (List P) (Mapping (Boolean) P P) (Mapping P P P))) (SIGNATURE medialSet ((Union $ failed) (List P))) (SIGNATURE characteristicSet ((Union $ failed) (List P) (Mapping (Boolean) P P) (Mapping P P P))) (SIGNATURE characteristicSet ((Union $ failed) (List P))) (SIGNATURE characteristicSerie ((List $) (List P) (Mapping (Boolean) P P) (Mapping P P P))) (SIGNATURE characteristicSerie ((List $) (List P))))) NIL NIL NIL NIL) debug: evaluateType form: (Join (TriangularSetCategory R E V P) (CATEGORY domain (SIGNATURE medialSet ((Union $ failed) (List P) (Mapping (Boolean) P P) (Mapping P P P))) (SIGNATURE medialSet ((Union $ failed) (List P))) (SIGNATURE characteristicSet ((Union $ failed) (List P) (Mapping (Boolean) P P) (Mapping P P P))) (SIGNATURE characteristicSet ((Union $ failed) (List P))) (SIGNATURE characteristicSerie ((List $) (List P) (Mapping (Boolean) P P) (Mapping P P P))) (SIGNATURE characteristicSerie ((List $) (List P))))) $param: (R E V P) debug: evaluateType form: (TriangularSetCategory R E V P) $param: (R E V P) Debug: evaluateType1 form: (TriangularSetCategory R E V P) debug: evaluateType1 x: R m: (IntegralDomain) debug: evaluateType1 x: E m: (OrderedAbelianMonoidSup) debug: evaluateType1 x: V m: (OrderedSet) debug: evaluateType1 x: P m: (RecursivePolynomialCategory R E V) debug: evaluateType form: (CATEGORY domain (SIGNATURE medialSet ((Union $ failed) (List P) (Mapping (Boolean) P P) (Mapping P P P))) (SIGNATURE medialSet ((Union $ failed) (List P))) (SIGNATURE characteristicSet ((Union $ failed) (List P) (Mapping (Boolean) P P) (Mapping P P P))) (SIGNATURE characteristicSet ((Union $ failed) (List P))) (SIGNATURE characteristicSerie ((List $) (List P) (Mapping (Boolean) P P) (Mapping P P P))) (SIGNATURE characteristicSerie ((List $) (List P)))) $param: (R E V P) debug: evaluateType form: (Union $ failed) $param: (R E V P) debug: evaluateType form: $ $param: (R E V P) debug: evaluateType form: failed $param: (R E V P) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (Mapping (Boolean) P P) $param: (R E V P) debug: evaluateType form: (Boolean) $param: (R E V P) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: P $param: (R E V P) debug: evaluateType form: P $param: (R E V P) debug: evaluateType form: (Mapping P P P) $param: (R E V P) debug: evaluateType form: P $param: (R E V P) debug: evaluateType form: P $param: (R E V P) debug: evaluateType form: P $param: (R E V P) debug: evaluateType form: (Union $ failed) $param: (R E V P) debug: evaluateType form: $ $param: (R E V P) debug: evaluateType form: failed $param: (R E V P) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (Union $ failed) $param: (R E V P) debug: evaluateType form: $ $param: (R E V P) debug: evaluateType form: failed $param: (R E V P) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (Mapping (Boolean) P P) $param: (R E V P) debug: evaluateType form: (Boolean) $param: (R E V P) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: P $param: (R E V P) debug: evaluateType form: P $param: (R E V P) debug: evaluateType form: (Mapping P P P) $param: (R E V P) debug: evaluateType form: P $param: (R E V P) debug: evaluateType form: P $param: (R E V P) debug: evaluateType form: P $param: (R E V P) debug: evaluateType form: (Union $ failed) $param: (R E V P) debug: evaluateType form: $ $param: (R E V P) debug: evaluateType form: failed $param: (R E V P) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List $) $param: (R E V P) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (Mapping (Boolean) P P) $param: (R E V P) debug: evaluateType form: (Boolean) $param: (R E V P) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: P $param: (R E V P) debug: evaluateType form: P $param: (R E V P) debug: evaluateType form: (Mapping P P P) $param: (R E V P) debug: evaluateType form: P $param: (R E V P) debug: evaluateType form: P $param: (R E V P) debug: evaluateType form: P $param: (R E V P) debug: evaluateType form: (List $) $param: (R E V P) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: compDefine1 signature (post evaluate): ((Join (TriangularSetCategory R E V P) (CATEGORY domain (SIGNATURE medialSet ((Union $ failed) (List P) (Mapping (Boolean) P P) (Mapping P P P))) (SIGNATURE medialSet ((Union $ failed) (List P))) (SIGNATURE characteristicSet ((Union $ failed) (List P) (Mapping (Boolean) P P) (Mapping P P P))) (SIGNATURE characteristicSet ((Union $ failed) (List P))) (SIGNATURE characteristicSerie ((List $) (List P) (Mapping (Boolean) P P) (Mapping P P P))) (SIGNATURE characteristicSerie ((List $) (List P))))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for WuWenTsunTriangularSet compiling into /tmp/oa-yf8LLa compiling local removeAssociates : List P -> List P Time: 0.12 SEC. compiling local medialSetWithTrace : (List P,(P,P) -> Boolean,(P,P) -> P) -> Union(Record(bas: %,top: List P),failed) Time: 0.06 SEC. compiling exported medialSet : (List P,(P,P) -> Boolean,(P,P) -> P) -> Union(%,failed) Time: 0.01 SEC. compiling exported medialSet : List P -> Union(%,failed) Time: 0.01 SEC. compiling local characteristicSetUsingTrace : (List P,(P,P) -> Boolean,(P,P) -> P) -> Union(%,failed) Time: 0.06 SEC. compiling exported characteristicSet : (List P,(P,P) -> Boolean,(P,P) -> P) -> Union(%,failed) Time: 0.00 SEC. compiling exported characteristicSet : List P -> Union(%,failed) Time: 0.01 SEC. compiling exported characteristicSerie : (List P,(P,P) -> Boolean,(P,P) -> P) -> List % Time: 0.15 SEC. compiling exported characteristicSerie : List P -> List % Time: 0.02 SEC. compiling local removeSquares : % -> Union(%,failed) Time: 0.03 SEC. compiling exported zeroSetSplit : List P -> List % Time: 0.02 SEC. compiling exported zeroSetSplit : List P -> List % Time: 0.02 SEC. (time taken in buildFunctor: 4) Time: 0.06 SEC. Warnings: [1] medialSetWithTrace: rs has no value [2] medialSetWithTrace: contradiction has no value [3] medialSetWithTrace: bs has no value [4] characteristicSetUsingTrace: contradiction has no value [5] characteristicSetUsingTrace: rs has no value [6] characteristicSetUsingTrace: ms has no value Cumulative Statistics for Constructor WuWenTsunTriangularSet Time: 0.56 seconds finalizing NRLIB WUTSET Processing WuWenTsunTriangularSet for Browser database: -- medialSet : (LP,((P,P) -> B),((P,P) -> P)) -> Union(%,"failed") -- medialSet : LP -> Union(%,"failed") -- characteristicSet : (LP,((P,P) -> B),((P,P) -> P)) -> Union(%,"failed") -- characteristicSet : LP -> Union(%,"failed") -- characteristicSerie : (LP,((P,P) -> B),((P,P) -> P)) -> List % -- characteristicSerie : LP -> List % -- constructor ; compiling file "/tmp/oa-yf8LLa/code.lsp" (written 01 FEB 2016 11:14:46 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |WUTSET;removeAssociates| ...) ; file: /tmp/oa-yf8LLa/code.lsp ; in: DEFUN |WUTSET;removeAssociates| ; (DEFUN BOOT::|WUTSET;removeAssociates| (BOOT::|lp| BOOT::$) ; (BOOT::SPADCALL ; (LET ((#:G696 BOOT::|lp|) (#:G559 NIL)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::|shellEntry| BOOT::$ 13))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|WUTSET;removeAssociates| ; (BOOT::|lp| BOOT::$) ; (BLOCK BOOT::|WUTSET;removeAssociates| ; (BOOT::SPADCALL ; (LET (# #) ; (LOOP # ; #)) ; (BOOT::|shellEntry| BOOT::$ 13)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |WUTSET;medialSetWithTrace| ...) ; compiling (DEFUN |WUTSET;medialSet;LMMU;3| ...) ; compiling (DEFUN |WUTSET;medialSet;LU;4| ...) ; compiling (DEFUN |WUTSET;characteristicSetUsingTrace| ...) ; file: /tmp/oa-yf8LLa/code.lsp ; in: DEFUN |WUTSET;characteristicSetUsingTrace| ; (DEFUN BOOT::|WUTSET;characteristicSetUsingTrace| ; (BOOT::|ps| BOOT::|redOp?| BOOT::|redOp| BOOT::$) ; (PROG (BOOT::|rec| BOOT::|ms| BOOT::|qs| BOOT::|rs| BOOT::|contradiction|) ; (RETURN ; (BOOT::SEQ (SETQ #) (SETQ #) ; (BOOT::LETT BOOT::|contradiction| # ; BOOT::|WUTSET;characteristicSetUsingTrace|) ; (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|WUTSET;characteristicSetUsingTrace| ; (BOOT::|ps| BOOT::|redOp?| BOOT::|redOp| BOOT::$) ; (BLOCK BOOT::|WUTSET;characteristicSetUsingTrace| ; (PROG (BOOT::|rec| BOOT::|ms| BOOT::|qs| BOOT::|rs| ; BOOT::|contradiction|) ; (RETURN (BOOT::SEQ # # # #))))) ; ; note: Assignment to argument: |ps| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |WUTSET;characteristicSet;LMMU;6| ...) ; compiling (DEFUN |WUTSET;characteristicSet;LU;7| ...) ; compiling (DEFUN |WUTSET;characteristicSerie;LMML;8| ...) ; file: /tmp/oa-yf8LLa/code.lsp ; in: DEFUN |WUTSET;characteristicSerie;LMML;8| ; (DEFUN BOOT::|WUTSET;characteristicSerie;LMML;8| ; (BOOT::|ps| BOOT::|redOp?| BOOT::|redOp| BOOT::$) ; (PROG (BOOT::|newps| BOOT::|ln| BOOT::|lics| BOOT::|cs| BOOT::|charSet?| ; BOOT::|esl|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|WUTSET;characteristicSerie;LMML;8| ; (BOOT::|ps| BOOT::|redOp?| BOOT::|redOp| BOOT::$) ; (BLOCK BOOT::|WUTSET;characteristicSerie;LMML;8| ; (PROG (BOOT::|newps| BOOT::|ln| BOOT::|lics| BOOT::|cs| ; BOOT::|charSet?| BOOT::|esl|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |ps| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |WUTSET;characteristicSerie;LL;9| ...) ; compiling (DEFUN |WUTSET;removeSquares| ...) ; compiling (DEFUN |WUTSET;zeroSetSplit;LL;11| ...) ; file: /tmp/oa-yf8LLa/code.lsp ; in: DEFUN |WUTSET;zeroSetSplit;LL;11| ; (DEFUN BOOT::|WUTSET;zeroSetSplit;LL;11| (BOOT::|lp| BOOT::$) ; (PROG (BOOT::|iic| BOOT::|ts| BOOT::|newlts|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|WUTSET;zeroSetSplit;LL;11| ; (BOOT::|lp| BOOT::$) ; (BLOCK BOOT::|WUTSET;zeroSetSplit;LL;11| ; (PROG (BOOT::|iic| BOOT::|ts| BOOT::|newlts|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |WUTSET;zeroSetSplit;LL;12| ...) ; file: /tmp/oa-yf8LLa/code.lsp ; in: DEFUN |WUTSET;zeroSetSplit;LL;12| ; (DEFUN BOOT::|WUTSET;zeroSetSplit;LL;12| (BOOT::|lp| BOOT::$) ; (LET ((BOOT::|lts| ; (BOOT::|WUTSET;characteristicSerie;LMML;8| BOOT::|lp| # # BOOT::$))) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 92) ; (BOOT::SPADCALL BOOT::|lts| ; (BOOT::|shellEntry| BOOT::$ 87)) ; (BOOT::|shellEntry| BOOT::$ 94)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|WUTSET;zeroSetSplit;LL;12| ; (BOOT::|lp| BOOT::$) ; (BLOCK BOOT::|WUTSET;zeroSetSplit;LL;12| ; (LET ((BOOT::|lts| #)) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 92) ; (BOOT::SPADCALL BOOT::|lts| #) ; (BOOT::|shellEntry| BOOT::$ 94))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |WuWenTsunTriangularSet| ...) ; compiling (DEFUN |WuWenTsunTriangularSet;| ...) ; compiling (MAKEPROP (QUOTE |WuWenTsunTriangularSet|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 6 notes ; /tmp/oa-yf8LLa/code.fasl written ; compilation finished in 0:00:00.124 ------------------------------------------------------------------------ ================================== === layer 20 of 24 complete ====== ================================== ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile DFINTTLS.spad && cp DFINTTLS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DFINTTLS.fasl \ && if test -f DFINTTLS-.NRLIB/code.fasl; then \ cp DFINTTLS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DFINTTLS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DFINTTLS.spad using Spad compiler. DFINTTLS abbreviates package DefiniteIntegrationTools debug: compDefine1 lhs: (DefiniteIntegrationTools R F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE ignore? ((Boolean) (String))) (SIGNATURE computeInt ((Union (OrderedCompletion F) failed) (Kernel F) F (OrderedCompletion F) (OrderedCompletion F) (Boolean))) (SIGNATURE checkForZero ((Union (Boolean) failed) (Polynomial R) (Symbol) (OrderedCompletion F) (OrderedCompletion F) (Boolean))) (SIGNATURE checkForZero ((Union (Boolean) failed) (SparseUnivariatePolynomial F) (OrderedCompletion F) (OrderedCompletion F) (Boolean)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE ignore? ((Boolean) (String))) (SIGNATURE computeInt ((Union (OrderedCompletion F) failed) (Kernel F) F (OrderedCompletion F) (OrderedCompletion F) (Boolean))) (SIGNATURE checkForZero ((Union (Boolean) failed) (Polynomial R) (Symbol) (OrderedCompletion F) (OrderedCompletion F) (Boolean))) (SIGNATURE checkForZero ((Union (Boolean) failed) (SparseUnivariatePolynomial F) (OrderedCompletion F) (OrderedCompletion F) (Boolean)))) $param: (R F) debug: evaluateType form: (Boolean) $param: (R F) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (String) $param: (R F) Debug: evaluateType1 form: (String) debug: evaluateType form: (Union (OrderedCompletion F) failed) $param: (R F) debug: evaluateType form: (OrderedCompletion F) $param: (R F) Debug: evaluateType1 form: (OrderedCompletion F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: failed $param: (R F) debug: evaluateType form: (Kernel F) $param: (R F) Debug: evaluateType1 form: (Kernel F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (OrderedCompletion F) $param: (R F) Debug: evaluateType1 form: (OrderedCompletion F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: (OrderedCompletion F) $param: (R F) Debug: evaluateType1 form: (OrderedCompletion F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: (Boolean) $param: (R F) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Union (Boolean) failed) $param: (R F) debug: evaluateType form: (Boolean) $param: (R F) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: failed $param: (R F) debug: evaluateType form: (Polynomial R) $param: (R F) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (OrderedCompletion F) $param: (R F) Debug: evaluateType1 form: (OrderedCompletion F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: (OrderedCompletion F) $param: (R F) Debug: evaluateType1 form: (OrderedCompletion F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: (Boolean) $param: (R F) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Union (Boolean) failed) $param: (R F) debug: evaluateType form: (Boolean) $param: (R F) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: failed $param: (R F) debug: evaluateType form: (SparseUnivariatePolynomial F) $param: (R F) Debug: evaluateType1 form: (SparseUnivariatePolynomial F) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (OrderedCompletion F) $param: (R F) Debug: evaluateType1 form: (OrderedCompletion F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: (OrderedCompletion F) $param: (R F) Debug: evaluateType1 form: (OrderedCompletion F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: (Boolean) $param: (R F) Debug: evaluateType1 form: (Boolean) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE ignore? ((Boolean) (String))) (SIGNATURE computeInt ((Union (OrderedCompletion F) failed) (Kernel F) F (OrderedCompletion F) (OrderedCompletion F) (Boolean))) (SIGNATURE checkForZero ((Union (Boolean) failed) (Polynomial R) (Symbol) (OrderedCompletion F) (OrderedCompletion F) (Boolean))) (SIGNATURE checkForZero ((Union (Boolean) failed) (SparseUnivariatePolynomial F) (OrderedCompletion F) (OrderedCompletion F) (Boolean)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for DefiniteIntegrationTools compiling into /tmp/oa-wZTwTi importing RealZeroPackage SparseUnivariatePolynomial Integer importing InnerPolySign(F,SparseUnivariatePolynomial F) importing ElementaryFunctionSign(R,F) importing PowerSeriesLimitPackage(R,F) importing UnivariatePolynomialCommonDenominator(Integer,Fraction Integer,SparseUnivariatePolynomial Fraction Integer) compiling local variation : (SparseUnivariatePolynomial F,F) -> Union(Integer,failed) Time: 0.15 SEC. compiling local keeprec? : (Fraction Integer,Record(left: Fraction Integer,right: Fraction Integer)) -> Boolean Time: 0.03 SEC. compiling local checkHalfAx : (SparseUnivariatePolynomial F,F,Integer,Boolean) -> Union(Boolean,failed) Time: 0.03 SEC. compiling exported ignore? : String -> Boolean Time: 0.02 SEC. compiling exported computeInt : (Kernel F,F,OrderedCompletion F,OrderedCompletion F,Boolean) -> Union(OrderedCompletion F,failed) Debug compQuote expr: (QUOTE integral) m: $EmptyMode Debug compQuote expr: (QUOTE integral) m: (Symbol) Time: 0.04 SEC. compiling local findLimit : (F,Kernel F,OrderedCompletion F,String,Boolean) -> Union(OrderedCompletion F,failed) Time: 0.06 SEC. compiling local mkLogPos : F -> F Debug compQuote expr: (QUOTE log) m: $EmptyMode Debug compQuote expr: (QUOTE log) m: (Symbol) Time: 0.03 SEC. compiling local mkKerPos : Kernel F -> Union(F,positive) Time: 0.03 SEC. compiling local negative : F -> Union(Boolean,failed) Time: 0.01 SEC. compiling exported checkForZero : (Polynomial R,Symbol,OrderedCompletion F,OrderedCompletion F,Boolean) -> Union(Boolean,failed) Time: 0.09 SEC. compiling exported checkForZero : (SparseUnivariatePolynomial F,OrderedCompletion F,OrderedCompletion F,Boolean) -> Union(Boolean,failed) Time: 0.09 SEC. compiling local maprat : SparseUnivariatePolynomial F -> Union(SparseUnivariatePolynomial Integer,failed) Time: 0.15 SEC. compiling local intrat : (OrderedCompletion F,OrderedCompletion F) -> Union(fin: Record(left: Fraction Integer,right: Fraction Integer),halfinf: Record(endpoint: Fraction Integer,dir: Integer),all: all,failed: failed) Time: 0.17 SEC. compiling local findRealZero : (SparseUnivariatePolynomial Integer,Union(fin: Record(left: Fraction Integer,right: Fraction Integer),halfinf: Record(endpoint: Fraction Integer,dir: Integer),all: all,failed: failed),Boolean) -> List Record(left: Fraction Integer,right: Fraction Integer) Time: 0.15 SEC. compiling local checkBudan : (SparseUnivariatePolynomial F,OrderedCompletion F,OrderedCompletion F,Boolean) -> Union(Boolean,failed) Time: 0.36 SEC. compiling local checkDeriv : (SparseUnivariatePolynomial F,OrderedCompletion F,OrderedCompletion F) -> Union(Boolean,failed) Time: 0.06 SEC. compiling local realRoot : SparseUnivariatePolynomial F -> Union(Boolean,failed) Time: 0.02 SEC. compiling local sameSign : (SparseUnivariatePolynomial F,OrderedCompletion F,OrderedCompletion F) -> Union(Boolean,failed) Time: 0.02 SEC. compiling local posRoot : (SparseUnivariatePolynomial F,Boolean) -> Union(Boolean,failed) Time: 0.02 SEC. compiling local infeval : (SparseUnivariatePolynomial F,OrderedCompletion F) -> Union(F,failed) Time: 0.06 SEC. compiling local var : SparseUnivariatePolynomial F -> Union(Integer,failed) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] findLimit: not known that SetCategory is of mode CATEGORY(package,ignore?: String -> Boolean,computeInt: (Kernel F,F,OrderedCompletion F,OrderedCompletion F,Boolean) -> Union(OrderedCompletion F,"failed"),checkForZero: (Polynomial R,Symbol,OrderedCompletion F,OrderedCompletion F,Boolean) -> Union(Boolean,"failed"),checkForZero: (SparseUnivariatePolynomial F,OrderedCompletion F,OrderedCompletion F,Boolean) -> Union(Boolean,"failed")) [2] mkLogPos: not known that SetCategory is of mode CATEGORY(package,ignore?: String -> Boolean,computeInt: (Kernel F,F,OrderedCompletion F,OrderedCompletion F,Boolean) -> Union(OrderedCompletion F,"failed"),checkForZero: (Polynomial R,Symbol,OrderedCompletion F,OrderedCompletion F,Boolean) -> Union(Boolean,"failed"),checkForZero: (SparseUnivariatePolynomial F,OrderedCompletion F,OrderedCompletion F,Boolean) -> Union(Boolean,"failed")) [3] mkKerPos: first has no value [4] checkForZero: not known that Ring is of mode CATEGORY(package,ignore?: String -> Boolean,computeInt: (Kernel F,F,OrderedCompletion F,OrderedCompletion F,Boolean) -> Union(OrderedCompletion F,"failed"),checkForZero: (Polynomial R,Symbol,OrderedCompletion F,OrderedCompletion F,Boolean) -> Union(Boolean,"failed"),checkForZero: (SparseUnivariatePolynomial F,OrderedCompletion F,OrderedCompletion F,Boolean) -> Union(Boolean,"failed")) [5] checkForZero: empty? has no value [6] findRealZero: fin has no value [7] findRealZero: halfinf has no value Cumulative Statistics for Constructor DefiniteIntegrationTools Time: 1.64 seconds finalizing NRLIB DFINTTLS Processing DefiniteIntegrationTools for Browser database: -- ignore? : String -> B -- computeInt : (K,F,OFE,OFE,B) -> Union(OFE,"failed") -- checkForZero : (P,SE,OFE,OFE,B) -> Union(B,"failed") -- checkForZero : (UP,OFE,OFE,B) -> Union(B,"failed") -- constructor ; compiling file "/tmp/oa-wZTwTi/code.lsp" (written 01 FEB 2016 11:14:48 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |DFINTTLS;ignore?;SB;4|) ...) ; compiling (DEFUN |DFINTTLS;variation| ...) ; compiling (DEFUN |DFINTTLS;keeprec?| ...) ; file: /tmp/oa-wZTwTi/code.lsp ; in: DEFUN |DFINTTLS;keeprec?| ; (DEFUN BOOT::|DFINTTLS;keeprec?| (BOOT::|a| BOOT::|rec| BOOT::$) ; (OR ; (BOOT::SPADCALL BOOT::|a| (CDR BOOT::|rec|) ; (BOOT::|shellEntry| BOOT::$ 20)) ; (BOOT::SPADCALL BOOT::|a| (CAR BOOT::|rec|) ; (BOOT::|shellEntry| BOOT::$ 22)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFINTTLS;keeprec?| ; (BOOT::|a| BOOT::|rec| BOOT::$) ; (BLOCK BOOT::|DFINTTLS;keeprec?| ; (OR ; (BOOT::SPADCALL BOOT::|a| (CDR BOOT::|rec|) ; (BOOT::|shellEntry| BOOT::$ 20)) ; (BOOT::SPADCALL BOOT::|a| (CAR BOOT::|rec|) ; (BOOT::|shellEntry| BOOT::$ 22))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |DFINTTLS;checkHalfAx| ...) ; compiling (DEFUN |DFINTTLS;ignore?;SB;4| ...) ; file: /tmp/oa-wZTwTi/code.lsp ; in: DEFUN |DFINTTLS;ignore?;SB;4| ; (DEFUN BOOT::|DFINTTLS;ignore?;SB;4| (BOOT::|str| BOOT::$) ; (OR (NOT (NULL (STRING= BOOT::|str| "noPole"))) ; (BOOT::|error| "integrate: last argument must be 'noPole'"))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFINTTLS;ignore?;SB;4| ; (BOOT::|str| BOOT::$) ; (BLOCK BOOT::|DFINTTLS;ignore?;SB;4| ; (OR (NOT (NULL #)) ; (BOOT::|error| "integrate: last argument must be 'noPole'")))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |DFINTTLS;computeInt;KF2OcBU;5| ...) ; compiling (DEFUN |DFINTTLS;findLimit| ...) ; compiling (DEFUN |DFINTTLS;mkLogPos| ...) ; compiling (DEFUN |DFINTTLS;mkKerPos| ...) ; compiling (DEFUN |DFINTTLS;negative| ...) ; compiling (DEFUN |DFINTTLS;checkForZero;PS2OcBU;10| ...) ; compiling (DEFUN |DFINTTLS;checkForZero;PS2OcBU;10!0| ...) ; compiling (DEFUN |DFINTTLS;checkForZero;Sup2OcBU;11| ...) ; compiling (DEFUN |DFINTTLS;maprat| ...) ; compiling (DEFUN |DFINTTLS;intrat| ...) ; compiling (DEFUN |DFINTTLS;findRealZero| ...) ; file: /tmp/oa-wZTwTi/code.lsp ; in: DEFUN |DFINTTLS;findRealZero| ; (DEFUN BOOT::|DFINTTLS;findRealZero| ; (BOOT::|p| BOOT::|i| BOOT::|incl?| BOOT::$) ; (PROG (BOOT::|bounds| BOOT::|l| BOOT::|r| BOOT::|u|) ; (RETURN (BOOT::SEQ (SETQ #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DFINTTLS;findRealZero| ; (BOOT::|p| BOOT::|i| BOOT::|incl?| BOOT::$) ; (BLOCK BOOT::|DFINTTLS;findRealZero| ; (PROG (BOOT::|bounds| BOOT::|l| BOOT::|r| BOOT::|u|) ; (RETURN (BOOT::SEQ # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |DFINTTLS;findRealZero!1| ...) ; compiling (DEFUN |DFINTTLS;findRealZero!0| ...) ; compiling (DEFUN |DFINTTLS;checkBudan| ...) ; compiling (DEFUN |DFINTTLS;checkDeriv| ...) ; compiling (DEFUN |DFINTTLS;realRoot| ...) ; compiling (DEFUN |DFINTTLS;sameSign| ...) ; compiling (DEFUN |DFINTTLS;posRoot| ...) ; compiling (DEFUN |DFINTTLS;infeval| ...) ; compiling (DEFUN |DFINTTLS;var| ...) ; compiling (DEFUN |DefiniteIntegrationTools| ...) ; compiling (DEFUN |DefiniteIntegrationTools;| ...) ; compiling (MAKEPROP (QUOTE |DefiniteIntegrationTools|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 3 notes ; /tmp/oa-wZTwTi/code.fasl written ; compilation finished in 0:00:00.135 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile DEFINTEF.spad && cp DEFINTEF.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DEFINTEF.fasl \ && if test -f DEFINTEF-.NRLIB/code.fasl; then \ cp DEFINTEF-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DEFINTEF-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DEFINTEF.spad using Spad compiler. DEFINTEF abbreviates package ElementaryFunctionDefiniteIntegration debug: compDefine1 lhs: (ElementaryFunctionDefiniteIntegration R F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE integrate ((Union (: f1 (OrderedCompletion F)) (: f2 (List (OrderedCompletion F))) (: fail failed) (: pole potentialPole)) F (SegmentBinding (OrderedCompletion F)))) (SIGNATURE integrate ((Union (: f1 (OrderedCompletion F)) (: f2 (List (OrderedCompletion F))) (: fail failed) (: pole potentialPole)) F (SegmentBinding (OrderedCompletion F)) (String))) (SIGNATURE innerint ((Union (: f1 (OrderedCompletion F)) (: f2 (List (OrderedCompletion F))) (: fail failed) (: pole potentialPole)) F (Symbol) (OrderedCompletion F) (OrderedCompletion F) (Boolean)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE integrate ((Union (: f1 (OrderedCompletion F)) (: f2 (List (OrderedCompletion F))) (: fail failed) (: pole potentialPole)) F (SegmentBinding (OrderedCompletion F)))) (SIGNATURE integrate ((Union (: f1 (OrderedCompletion F)) (: f2 (List (OrderedCompletion F))) (: fail failed) (: pole potentialPole)) F (SegmentBinding (OrderedCompletion F)) (String))) (SIGNATURE innerint ((Union (: f1 (OrderedCompletion F)) (: f2 (List (OrderedCompletion F))) (: fail failed) (: pole potentialPole)) F (Symbol) (OrderedCompletion F) (OrderedCompletion F) (Boolean)))) $param: (R F) debug: evaluateType form: (Union (: f1 (OrderedCompletion F)) (: f2 (List (OrderedCompletion F))) (: fail failed) (: pole potentialPole)) $param: (R F) debug: evaluateType form: (OrderedCompletion F) $param: (R F) Debug: evaluateType1 form: (OrderedCompletion F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: (List (OrderedCompletion F)) $param: (R F) Debug: evaluateType1 form: (List (OrderedCompletion F)) debug: evaluateType1 x: (OrderedCompletion F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (OrderedCompletion F) $param: (R F) Debug: evaluateType1 form: (OrderedCompletion F) debug: evaluateType1 x: F m: (SetCategory) debug: evalCategory d: (OrderedCompletion F) c: (Type) debug: evaluateType form: failed $param: (R F) debug: evaluateType form: potentialPole $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (SegmentBinding (OrderedCompletion F)) $param: (R F) Debug: evaluateType1 form: (SegmentBinding (OrderedCompletion F)) debug: evaluateType1 x: (OrderedCompletion F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (OrderedCompletion F) $param: (R F) Debug: evaluateType1 form: (OrderedCompletion F) debug: evaluateType1 x: F m: (SetCategory) debug: evalCategory d: (OrderedCompletion F) c: (Type) debug: evaluateType form: (Union (: f1 (OrderedCompletion F)) (: f2 (List (OrderedCompletion F))) (: fail failed) (: pole potentialPole)) $param: (R F) debug: evaluateType form: (OrderedCompletion F) $param: (R F) Debug: evaluateType1 form: (OrderedCompletion F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: (List (OrderedCompletion F)) $param: (R F) Debug: evaluateType1 form: (List (OrderedCompletion F)) debug: evaluateType1 x: (OrderedCompletion F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (OrderedCompletion F) $param: (R F) Debug: evaluateType1 form: (OrderedCompletion F) debug: evaluateType1 x: F m: (SetCategory) debug: evalCategory d: (OrderedCompletion F) c: (Type) debug: evaluateType form: failed $param: (R F) debug: evaluateType form: potentialPole $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (SegmentBinding (OrderedCompletion F)) $param: (R F) Debug: evaluateType1 form: (SegmentBinding (OrderedCompletion F)) debug: evaluateType1 x: (OrderedCompletion F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (OrderedCompletion F) $param: (R F) Debug: evaluateType1 form: (OrderedCompletion F) debug: evaluateType1 x: F m: (SetCategory) debug: evalCategory d: (OrderedCompletion F) c: (Type) debug: evaluateType form: (String) $param: (R F) Debug: evaluateType1 form: (String) debug: evaluateType form: (Union (: f1 (OrderedCompletion F)) (: f2 (List (OrderedCompletion F))) (: fail failed) (: pole potentialPole)) $param: (R F) debug: evaluateType form: (OrderedCompletion F) $param: (R F) Debug: evaluateType1 form: (OrderedCompletion F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: (List (OrderedCompletion F)) $param: (R F) Debug: evaluateType1 form: (List (OrderedCompletion F)) debug: evaluateType1 x: (OrderedCompletion F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (OrderedCompletion F) $param: (R F) Debug: evaluateType1 form: (OrderedCompletion F) debug: evaluateType1 x: F m: (SetCategory) debug: evalCategory d: (OrderedCompletion F) c: (Type) debug: evaluateType form: failed $param: (R F) debug: evaluateType form: potentialPole $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (OrderedCompletion F) $param: (R F) Debug: evaluateType1 form: (OrderedCompletion F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: (OrderedCompletion F) $param: (R F) Debug: evaluateType1 form: (OrderedCompletion F) debug: evaluateType1 x: F m: (SetCategory) debug: evaluateType form: (Boolean) $param: (R F) Debug: evaluateType1 form: (Boolean) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE integrate ((Union (: f1 (OrderedCompletion F)) (: f2 (List (OrderedCompletion F))) (: fail failed) (: pole potentialPole)) F (SegmentBinding (OrderedCompletion F)))) (SIGNATURE integrate ((Union (: f1 (OrderedCompletion F)) (: f2 (List (OrderedCompletion F))) (: fail failed) (: pole potentialPole)) F (SegmentBinding (OrderedCompletion F)) (String))) (SIGNATURE innerint ((Union (: f1 (OrderedCompletion F)) (: f2 (List (OrderedCompletion F))) (: fail failed) (: pole potentialPole)) F (Symbol) (OrderedCompletion F) (OrderedCompletion F) (Boolean)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ElementaryFunctionDefiniteIntegration compiling into /tmp/oa-F4W3Ni importing ElementaryFunctionSign(R,F) importing DefiniteIntegrationTools(R,F) importing FunctionSpaceIntegration(R,F) importing PatternMatchIntegration(R,F) compiling exported innerint : (F,Symbol,OrderedCompletion F,OrderedCompletion F,Boolean) -> Union(f1: OrderedCompletion F,f2: List OrderedCompletion F,fail: failed,pole: potentialPole) Time: 0.14 SEC. compiling exported innerint : (F,Symbol,OrderedCompletion F,OrderedCompletion F,Boolean) -> Union(f1: OrderedCompletion F,f2: List OrderedCompletion F,fail: failed,pole: potentialPole) Time: 0.01 SEC. compiling exported innerint : (F,Symbol,OrderedCompletion F,OrderedCompletion F,Boolean) -> Union(f1: OrderedCompletion F,f2: List OrderedCompletion F,fail: failed,pole: potentialPole) Time: 0.01 SEC. compiling exported integrate : (F,SegmentBinding OrderedCompletion F) -> Union(f1: OrderedCompletion F,f2: List OrderedCompletion F,fail: failed,pole: potentialPole) Time: 0.02 SEC. compiling exported integrate : (F,SegmentBinding OrderedCompletion F,String) -> Union(f1: OrderedCompletion F,f2: List OrderedCompletion F,fail: failed,pole: potentialPole) Time: 0.03 SEC. compiling local int : (F,Symbol,OrderedCompletion F,OrderedCompletion F,Boolean) -> Union(f1: OrderedCompletion F,f2: List OrderedCompletion F,fail: failed,pole: potentialPole) Time: 0.06 SEC. compiling local checkForPole : (F,Symbol,Kernel F,OrderedCompletion F,OrderedCompletion F) -> Union(Boolean,failed) Time: 0.05 SEC. compiling local checkFor0 : (SparseMultivariatePolynomial(R,Kernel F),Kernel F,OrderedCompletion F,OrderedCompletion F) -> Union(Boolean,failed) Debug compQuote expr: (QUOTE exp) m: $EmptyMode Debug compQuote expr: (QUOTE exp) m: (Symbol) Debug compQuote expr: (QUOTE acot) m: $EmptyMode Debug compQuote expr: (QUOTE acot) m: (Symbol) Debug compQuote expr: (QUOTE cosh) m: $EmptyMode Debug compQuote expr: (QUOTE cosh) m: (Symbol) Debug compQuote expr: (QUOTE log) m: $EmptyMode Debug compQuote expr: (QUOTE log) m: (Symbol) Time: 0.16 SEC. compiling local moreThan : (OrderedCompletion F,Fraction Integer) -> Union(Boolean,failed) Time: 0.04 SEC. compiling local checkSMP : (SparseMultivariatePolynomial(R,Kernel F),Symbol,Kernel F,OrderedCompletion F,OrderedCompletion F) -> Union(Boolean,failed) Debug compQuote expr: (QUOTE exp) m: $EmptyMode Debug compQuote expr: (QUOTE exp) m: (Symbol) Debug compQuote expr: (QUOTE sin) m: $EmptyMode Debug compQuote expr: (QUOTE sin) m: (Symbol) Debug compQuote expr: (QUOTE cos) m: $EmptyMode Debug compQuote expr: (QUOTE cos) m: (Symbol) Debug compQuote expr: (QUOTE sinh) m: $EmptyMode Debug compQuote expr: (QUOTE sinh) m: (Symbol) Debug compQuote expr: (QUOTE cosh) m: $EmptyMode Debug compQuote expr: (QUOTE cosh) m: (Symbol) Debug compQuote expr: (QUOTE tanh) m: $EmptyMode Debug compQuote expr: (QUOTE tanh) m: (Symbol) Debug compQuote expr: (QUOTE sech) m: $EmptyMode Debug compQuote expr: (QUOTE sech) m: (Symbol) Debug compQuote expr: (QUOTE atan) m: $EmptyMode Debug compQuote expr: (QUOTE atan) m: (Symbol) Debug compQuote expr: (QUOTE acot) m: $EmptyMode Debug compQuote expr: (QUOTE acot) m: (Symbol) Debug compQuote expr: (QUOTE asinh) m: $EmptyMode Debug compQuote expr: (QUOTE asinh) m: (Symbol) Debug compQuote expr: (QUOTE asin) m: $EmptyMode Debug compQuote expr: (QUOTE asin) m: (Symbol) Debug compQuote expr: (QUOTE acos) m: $EmptyMode Debug compQuote expr: (QUOTE acos) m: (Symbol) Debug compQuote expr: (QUOTE atanh) m: $EmptyMode Debug compQuote expr: (QUOTE atanh) m: (Symbol) Debug compQuote expr: (QUOTE acosh) m: $EmptyMode Debug compQuote expr: (QUOTE acosh) m: (Symbol) Debug compQuote expr: (QUOTE log) m: $EmptyMode Debug compQuote expr: (QUOTE log) m: (Symbol) Time: 0.23 SEC. compiling local posit : (F,Symbol,Kernel F,OrderedCompletion F,OrderedCompletion F) -> Union(Boolean,failed) Time: 0.04 SEC. compiling local negat : (F,Symbol,Kernel F,OrderedCompletion F,OrderedCompletion F) -> Union(Boolean,failed) Time: 0.04 SEC. compiling local polyIfCan : (SparseMultivariatePolynomial(R,Kernel F),Kernel F) -> Union(SparseUnivariatePolynomial F,failed) Time: 0.07 SEC. compiling local nopole : (F,Symbol,Kernel F,OrderedCompletion F,OrderedCompletion F) -> Union(f1: OrderedCompletion F,f2: List OrderedCompletion F,fail: failed,pole: potentialPole) Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] integrate: lo has no value [2] checkForPole: not known that SetCategory is of mode CATEGORY(package,integrate: (F,SegmentBinding OrderedCompletion F) -> Union(f1: OrderedCompletion F,f2: List OrderedCompletion F,fail: "failed",pole: "potentialPole"),integrate: (F,SegmentBinding OrderedCompletion F,String) -> Union(f1: OrderedCompletion F,f2: List OrderedCompletion F,fail: "failed",pole: "potentialPole"),innerint: (F,Symbol,OrderedCompletion F,OrderedCompletion F,Boolean) -> Union(f1: OrderedCompletion F,f2: List OrderedCompletion F,fail: "failed",pole: "potentialPole")) [3] checkSMP: nullary? has no value [4] polyIfCan: not known that Ring is of mode CATEGORY(package,integrate: (F,SegmentBinding OrderedCompletion F) -> Union(f1: OrderedCompletion F,f2: List OrderedCompletion F,fail: "failed",pole: "potentialPole"),integrate: (F,SegmentBinding OrderedCompletion F,String) -> Union(f1: OrderedCompletion F,f2: List OrderedCompletion F,fail: "failed",pole: "potentialPole"),innerint: (F,Symbol,OrderedCompletion F,OrderedCompletion F,Boolean) -> Union(f1: OrderedCompletion F,f2: List OrderedCompletion F,fail: "failed",pole: "potentialPole")) [5] polyIfCan: member? has no value [6] polyIfCan: not known that SetCategory is of mode CATEGORY(package,integrate: (F,SegmentBinding OrderedCompletion F) -> Union(f1: OrderedCompletion F,f2: List OrderedCompletion F,fail: "failed",pole: "potentialPole"),integrate: (F,SegmentBinding OrderedCompletion F,String) -> Union(f1: OrderedCompletion F,f2: List OrderedCompletion F,fail: "failed",pole: "potentialPole"),innerint: (F,Symbol,OrderedCompletion F,OrderedCompletion F,Boolean) -> Union(f1: OrderedCompletion F,f2: List OrderedCompletion F,fail: "failed",pole: "potentialPole")) Cumulative Statistics for Constructor ElementaryFunctionDefiniteIntegration Time: 0.94 seconds finalizing NRLIB DEFINTEF Processing ElementaryFunctionDefiniteIntegration for Browser database: -- integrate : (F,SegmentBinding OFE) -> U -- integrate : (F,SegmentBinding OFE,String) -> U -- innerint : (F,SE,OFE,OFE,B) -> U -- constructor ; compiling file "/tmp/oa-F4W3Ni/code.lsp" (written 01 FEB 2016 11:14:50 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DEFINTEF;innerint;FS2OcBU;1| ...) ; compiling (DEFUN |DEFINTEF;innerint;FS2OcBU;2| ...) ; compiling (DEFUN |DEFINTEF;innerint;FS2OcBU;3| ...) ; compiling (DEFUN |DEFINTEF;integrate;FSbU;4| ...) ; file: /tmp/oa-F4W3Ni/code.lsp ; in: DEFUN |DEFINTEF;integrate;FSbU;4| ; (DEFUN BOOT::|DEFINTEF;integrate;FSbU;4| (BOOT::|f| BOOT::|s| BOOT::$) ; (BOOT::SPADCALL BOOT::|f| ; (BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 19)) ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 21)) ; (BOOT::|shellEntry| BOOT::$ 22)) ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 21)) ; (BOOT::|shellEntry| BOOT::$ 23)) ; NIL (BOOT::|shellEntry| BOOT::$ 17))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DEFINTEF;integrate;FSbU;4| ; (BOOT::|f| BOOT::|s| BOOT::$) ; (BLOCK BOOT::|DEFINTEF;integrate;FSbU;4| ; (BOOT::SPADCALL BOOT::|f| ; (BOOT::SPADCALL BOOT::|s| ; (BOOT::|shellEntry| BOOT::$ 19)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|s| #) ; (BOOT::|shellEntry| BOOT::$ 22)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|s| #) ; (BOOT::|shellEntry| BOOT::$ 23)) ; NIL (BOOT::|shellEntry| BOOT::$ 17)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |DEFINTEF;integrate;FSbSU;5| ...) ; file: /tmp/oa-F4W3Ni/code.lsp ; in: DEFUN |DEFINTEF;integrate;FSbSU;5| ; (DEFUN BOOT::|DEFINTEF;integrate;FSbSU;5| ; (BOOT::|f| BOOT::|s| BOOT::|str| BOOT::$) ; (BOOT::SPADCALL BOOT::|f| ; (BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 19)) ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 21)) ; (BOOT::|shellEntry| BOOT::$ 22)) ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 21)) ; (BOOT::|shellEntry| BOOT::$ 23)) ; (BOOT::SPADCALL BOOT::|str| ; (BOOT::|shellEntry| BOOT::$ 28)) ; (BOOT::|shellEntry| BOOT::$ 17))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DEFINTEF;integrate;FSbSU;5| ; (BOOT::|f| BOOT::|s| BOOT::|str| BOOT::$) ; (BLOCK BOOT::|DEFINTEF;integrate;FSbSU;5| ; (BOOT::SPADCALL BOOT::|f| ; (BOOT::SPADCALL BOOT::|s| ; (BOOT::|shellEntry| BOOT::$ 19)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|s| #) ; (BOOT::|shellEntry| BOOT::$ 22)) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|s| #) ; (BOOT::|shellEntry| BOOT::$ 23)) ; (BOOT::SPADCALL BOOT::|str| ; (BOOT::|shellEntry| BOOT::$ 28)) ; (BOOT::|shellEntry| BOOT::$ 17)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |DEFINTEF;int| ...) ; file: /tmp/oa-F4W3Ni/code.lsp ; in: DEFUN |DEFINTEF;int| ; (DEFUN BOOT::|DEFINTEF;int| ; (BOOT::|f| BOOT::|x| BOOT::|a| BOOT::|b| BOOT::|ignor?| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|a| BOOT::|b| (BOOT::|shellEntry| BOOT::$ 30)) ; (CONS 0 (BOOT::|spadConstant| BOOT::$ 31))) ; (T ; (LET* (# #) ; (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DEFINTEF;int| ; (BOOT::|f| BOOT::|x| BOOT::|a| BOOT::|b| BOOT::|ignor?| BOOT::$) ; (BLOCK BOOT::|DEFINTEF;int| ; (COND ((BOOT::SPADCALL BOOT::|a| BOOT::|b| #) (CONS 0 #)) ; (T ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |DEFINTEF;checkForPole| ...) ; compiling (DEFUN |DEFINTEF;checkFor0| ...) ; file: /tmp/oa-F4W3Ni/code.lsp ; in: DEFUN |DEFINTEF;checkFor0| ; (DEFUN BOOT::|DEFINTEF;checkFor0| ; (BOOT::|p| BOOT::|x| BOOT::|a| BOOT::|b| BOOT::$) ; (PROG (BOOT::|w| BOOT::|k| BOOT::|z| BOOT::|v|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DEFINTEF;checkFor0| ; (BOOT::|p| BOOT::|x| BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|DEFINTEF;checkFor0| ; (PROG (BOOT::|w| BOOT::|k| BOOT::|z| BOOT::|v|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |DEFINTEF;moreThan| ...) ; compiling (DEFUN |DEFINTEF;checkSMP| ...) ; compiling (DEFUN |DEFINTEF;posit| ...) ; compiling (DEFUN |DEFINTEF;negat| ...) ; compiling (DEFUN |DEFINTEF;polyIfCan| ...) ; compiling (DEFUN |DEFINTEF;nopole| ...) ; compiling (DEFUN |ElementaryFunctionDefiniteIntegration| ...) ; compiling (DEFUN |ElementaryFunctionDefiniteIntegration;| ...) ; compiling (MAKEPROP (QUOTE |ElementaryFunctionDefiniteIntegration|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 4 notes ; /tmp/oa-F4W3Ni/code.fasl written ; compilation finished in 0:00:00.150 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile IRRF2F.spad && cp IRRF2F.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IRRF2F.fasl \ && if test -f IRRF2F-.NRLIB/code.fasl; then \ cp IRRF2F-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IRRF2F-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IRRF2F.spad using Spad compiler. IRRF2F abbreviates package IntegrationResultRFToFunction debug: compDefine1 lhs: (IntegrationResultRFToFunction R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE split ((IntegrationResult (Fraction (Polynomial R))) (IntegrationResult (Fraction (Polynomial R))))) (SIGNATURE expand ((List (Expression R)) (IntegrationResult (Fraction (Polynomial R))))) (SIGNATURE complexExpand ((Expression R) (IntegrationResult (Fraction (Polynomial R))))) (IF (has R (CharacteristicZero)) (PROGN (SIGNATURE integrate ((Union (Expression R) (List (Expression R))) (Fraction (Polynomial R)) (Symbol))) (SIGNATURE complexIntegrate ((Expression R) (Fraction (Polynomial R)) (Symbol)))) %noBranch)) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE split ((IntegrationResult (Fraction (Polynomial R))) (IntegrationResult (Fraction (Polynomial R))))) (SIGNATURE expand ((List (Expression R)) (IntegrationResult (Fraction (Polynomial R))))) (SIGNATURE complexExpand ((Expression R) (IntegrationResult (Fraction (Polynomial R))))) (IF (has R (CharacteristicZero)) (PROGN (SIGNATURE integrate ((Union (Expression R) (List (Expression R))) (Fraction (Polynomial R)) (Symbol))) (SIGNATURE complexIntegrate ((Expression R) (Fraction (Polynomial R)) (Symbol)))) %noBranch)) $param: (R) debug: evaluateType form: (IntegrationResult (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (IntegrationResult (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Field) debug: evaluateType1 categoryForm: (Field) debug: evaluateType form: (Field) $param: (R) Debug: evaluateType1 form: (Field) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Field) debug: evaluateType form: (IntegrationResult (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (IntegrationResult (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Field) debug: evaluateType1 categoryForm: (Field) debug: evaluateType form: (Field) $param: (R) Debug: evaluateType1 form: (Field) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Field) debug: evaluateType form: (List (Expression R)) $param: (R) Debug: evaluateType1 form: (List (Expression R)) debug: evaluateType1 x: (Expression R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Expression R) $param: (R) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: evalCategory d: (Expression R) c: (Type) debug: evaluateType form: (IntegrationResult (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (IntegrationResult (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Field) debug: evaluateType1 categoryForm: (Field) debug: evaluateType form: (Field) $param: (R) Debug: evaluateType1 form: (Field) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Field) debug: evaluateType form: (Expression R) $param: (R) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (IntegrationResult (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (IntegrationResult (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Field) debug: evaluateType1 categoryForm: (Field) debug: evaluateType form: (Field) $param: (R) Debug: evaluateType1 form: (Field) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Field) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE split ((IntegrationResult (Fraction (Polynomial R))) (IntegrationResult (Fraction (Polynomial R))))) (SIGNATURE expand ((List (Expression R)) (IntegrationResult (Fraction (Polynomial R))))) (SIGNATURE complexExpand ((Expression R) (IntegrationResult (Fraction (Polynomial R))))) (IF (has R (CharacteristicZero)) (PROGN (SIGNATURE integrate ((Union (Expression R) (List (Expression R))) (Fraction (Polynomial R)) (Symbol))) (SIGNATURE complexIntegrate ((Expression R) (Fraction (Polynomial R)) (Symbol)))) %noBranch)) NIL) ------------------------------------------------------------------------ initializing stationary directory for IntegrationResultRFToFunction compiling into /tmp/oa-33sLfA importing IntegrationTools(R,Expression R) importing TrigonometricManipulations(R,Expression R) importing IntegrationResultToFunction(R,Expression R) compiling local toEF : IntegrationResult Fraction Polynomial R -> IntegrationResult Expression R Time: 0.08 SEC. compiling exported expand : IntegrationResult Fraction Polynomial R -> List Expression R Time: 0.01 SEC. compiling exported complexExpand : IntegrationResult Fraction Polynomial R -> Expression R Time: 0.01 SEC. compiling exported split : IntegrationResult Fraction Polynomial R -> IntegrationResult Fraction Polynomial R Time: 0.02 SEC. importing RationalFunctionIntegration R compiling exported complexIntegrate : (Fraction Polynomial R,Symbol) -> Expression R Time: 0.03 SEC. compiling exported integrate : (Fraction Polynomial R,Symbol) -> Union(Expression R,List Expression R) Time: 0.03 SEC. compiling exported integrate : (Fraction Polynomial R,Symbol) -> Union(Expression R,List Expression R) Time: 0.08 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] expand: not known that AlgebraicallyClosedFunctionSpaceR is of mode CATEGORY(domain,IF(hasRIntegralDomain(),PROGN(AlgebraicallyClosedFunctionSpace R,TranscendentalFunctionCategory,CombinatorialOpsCategory,LiouvillianFunctionCategory,SpecialFunctionCategory,reduce: % -> %,number?: % -> Boolean,simplifyPower: (%,Integer) -> %,IF(hasRGcdDomain(),PROGN(factorPolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %,squareFreePolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %),%noBranch),IF(hasRRetractableTo(Integer()),RetractableTo AlgebraicNumber,%noBranch)),%noBranch)) [2] expand: not known that TranscendentalFunctionCategory is of mode CATEGORY(domain,IF(hasRIntegralDomain(),PROGN(AlgebraicallyClosedFunctionSpace R,TranscendentalFunctionCategory,CombinatorialOpsCategory,LiouvillianFunctionCategory,SpecialFunctionCategory,reduce: % -> %,number?: % -> Boolean,simplifyPower: (%,Integer) -> %,IF(hasRGcdDomain(),PROGN(factorPolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %,squareFreePolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %),%noBranch),IF(hasRRetractableTo(Integer()),RetractableTo AlgebraicNumber,%noBranch)),%noBranch)) [3] integrate: not known that AlgebraicallyClosedField is of mode CATEGORY(domain,IF(hasRIntegralDomain(),PROGN(AlgebraicallyClosedFunctionSpace R,TranscendentalFunctionCategory,CombinatorialOpsCategory,LiouvillianFunctionCategory,SpecialFunctionCategory,reduce: % -> %,number?: % -> Boolean,simplifyPower: (%,Integer) -> %,IF(hasRGcdDomain(),PROGN(factorPolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %,squareFreePolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %),%noBranch),IF(hasRRetractableTo(Integer()),RetractableTo AlgebraicNumber,%noBranch)),%noBranch)) [4] integrate: not known that TranscendentalFunctionCategory is of mode CATEGORY(domain,IF(hasRIntegralDomain(),PROGN(AlgebraicallyClosedFunctionSpace R,TranscendentalFunctionCategory,CombinatorialOpsCategory,LiouvillianFunctionCategory,SpecialFunctionCategory,reduce: % -> %,number?: % -> Boolean,simplifyPower: (%,Integer) -> %,IF(hasRGcdDomain(),PROGN(factorPolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %,squareFreePolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %),%noBranch),IF(hasRRetractableTo(Integer()),RetractableTo AlgebraicNumber,%noBranch)),%noBranch)) Cumulative Statistics for Constructor IntegrationResultRFToFunction Time: 0.28 seconds finalizing NRLIB IRRF2F Processing IntegrationResultRFToFunction for Browser database: -- split : IR -> IR -- expand : IR -> List F -- complexExpand : IR -> F -- integrate : (RF,Symbol) -> Union(F,List F) -- complexIntegrate : (RF,Symbol) -> F -- constructor ; compiling file "/tmp/oa-33sLfA/code.lsp" (written 01 FEB 2016 11:14:50 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |IRRF2F;toEF| ...) ; compiling (DEFUN |IRRF2F;toEF!0| ...) ; compiling (DEFUN |IRRF2F;expand;IrL;2| ...) ; file: /tmp/oa-33sLfA/code.lsp ; in: DEFUN |IRRF2F;expand;IrL;2| ; (DEFUN BOOT::|IRRF2F;expand;IrL;2| (BOOT::|i| BOOT::$) ; (BOOT::SPADCALL (BOOT::|IRRF2F;toEF| BOOT::|i| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 18))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IRRF2F;expand;IrL;2| ; (BOOT::|i| BOOT::$) ; (BLOCK BOOT::|IRRF2F;expand;IrL;2| ; (BOOT::SPADCALL (BOOT::|IRRF2F;toEF| BOOT::|i| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 18)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |IRRF2F;complexExpand;IrE;3| ...) ; compiling (DEFUN |IRRF2F;split;2Ir;4| ...) ; compiling (DEFUN |IRRF2F;complexIntegrate;FSE;5| ...) ; compiling (DEFUN |IRRF2F;integrate;FSU;6| ...) ; compiling (DEFUN |IRRF2F;integrate;FSU;7| ...) ; compiling (DEFUN |IntegrationResultRFToFunction| ...) ; compiling (DEFUN |IntegrationResultRFToFunction;| ...) ; compiling (MAKEPROP (QUOTE |IntegrationResultRFToFunction|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-33sLfA/code.fasl written ; compilation finished in 0:00:00.039 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile DEFINTRF.spad && cp DEFINTRF.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DEFINTRF.fasl \ && if test -f DEFINTRF-.NRLIB/code.fasl; then \ cp DEFINTRF-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DEFINTRF-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DEFINTRF.spad using Spad compiler. DEFINTRF abbreviates package RationalFunctionDefiniteIntegration debug: compDefine1 lhs: (RationalFunctionDefiniteIntegration R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE integrate ((Union (: f1 (OrderedCompletion (Expression R))) (: f2 (List (OrderedCompletion (Expression R)))) (: fail failed) (: pole potentialPole)) (Fraction (Polynomial R)) (SegmentBinding (OrderedCompletion (Expression R))))) (SIGNATURE integrate ((Union (: f1 (OrderedCompletion (Expression R))) (: f2 (List (OrderedCompletion (Expression R)))) (: fail failed) (: pole potentialPole)) (Fraction (Polynomial R)) (SegmentBinding (OrderedCompletion (Expression R))) (String))) (SIGNATURE integrate ((Union (: f1 (OrderedCompletion (Expression R))) (: f2 (List (OrderedCompletion (Expression R)))) (: fail failed) (: pole potentialPole)) (Fraction (Polynomial R)) (SegmentBinding (OrderedCompletion (Fraction (Polynomial R)))))) (SIGNATURE integrate ((Union (: f1 (OrderedCompletion (Expression R))) (: f2 (List (OrderedCompletion (Expression R)))) (: fail failed) (: pole potentialPole)) (Fraction (Polynomial R)) (SegmentBinding (OrderedCompletion (Fraction (Polynomial R)))) (String)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE integrate ((Union (: f1 (OrderedCompletion (Expression R))) (: f2 (List (OrderedCompletion (Expression R)))) (: fail failed) (: pole potentialPole)) (Fraction (Polynomial R)) (SegmentBinding (OrderedCompletion (Expression R))))) (SIGNATURE integrate ((Union (: f1 (OrderedCompletion (Expression R))) (: f2 (List (OrderedCompletion (Expression R)))) (: fail failed) (: pole potentialPole)) (Fraction (Polynomial R)) (SegmentBinding (OrderedCompletion (Expression R))) (String))) (SIGNATURE integrate ((Union (: f1 (OrderedCompletion (Expression R))) (: f2 (List (OrderedCompletion (Expression R)))) (: fail failed) (: pole potentialPole)) (Fraction (Polynomial R)) (SegmentBinding (OrderedCompletion (Fraction (Polynomial R)))))) (SIGNATURE integrate ((Union (: f1 (OrderedCompletion (Expression R))) (: f2 (List (OrderedCompletion (Expression R)))) (: fail failed) (: pole potentialPole)) (Fraction (Polynomial R)) (SegmentBinding (OrderedCompletion (Fraction (Polynomial R)))) (String)))) $param: (R) debug: evaluateType form: (Union (: f1 (OrderedCompletion (Expression R))) (: f2 (List (OrderedCompletion (Expression R)))) (: fail failed) (: pole potentialPole)) $param: (R) debug: evaluateType form: (OrderedCompletion (Expression R)) $param: (R) Debug: evaluateType1 form: (OrderedCompletion (Expression R)) debug: evaluateType1 x: (Expression R) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Expression R) $param: (R) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: evalCategory d: (Expression R) c: (SetCategory) debug: evaluateType form: (List (OrderedCompletion (Expression R))) $param: (R) Debug: evaluateType1 form: (List (OrderedCompletion (Expression R))) debug: evaluateType1 x: (OrderedCompletion (Expression R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (OrderedCompletion (Expression R)) $param: (R) Debug: evaluateType1 form: (OrderedCompletion (Expression R)) debug: evaluateType1 x: (Expression R) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Expression R) $param: (R) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: evalCategory d: (Expression R) c: (SetCategory) debug: evalCategory d: (OrderedCompletion (Expression R)) c: (Type) debug: evaluateType form: failed $param: (R) debug: evaluateType form: potentialPole $param: (R) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (SegmentBinding (OrderedCompletion (Expression R))) $param: (R) Debug: evaluateType1 form: (SegmentBinding (OrderedCompletion (Expression R))) debug: evaluateType1 x: (OrderedCompletion (Expression R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (OrderedCompletion (Expression R)) $param: (R) Debug: evaluateType1 form: (OrderedCompletion (Expression R)) debug: evaluateType1 x: (Expression R) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Expression R) $param: (R) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: evalCategory d: (Expression R) c: (SetCategory) debug: evalCategory d: (OrderedCompletion (Expression R)) c: (Type) debug: evaluateType form: (Union (: f1 (OrderedCompletion (Expression R))) (: f2 (List (OrderedCompletion (Expression R)))) (: fail failed) (: pole potentialPole)) $param: (R) debug: evaluateType form: (OrderedCompletion (Expression R)) $param: (R) Debug: evaluateType1 form: (OrderedCompletion (Expression R)) debug: evaluateType1 x: (Expression R) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Expression R) $param: (R) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: evalCategory d: (Expression R) c: (SetCategory) debug: evaluateType form: (List (OrderedCompletion (Expression R))) $param: (R) Debug: evaluateType1 form: (List (OrderedCompletion (Expression R))) debug: evaluateType1 x: (OrderedCompletion (Expression R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (OrderedCompletion (Expression R)) $param: (R) Debug: evaluateType1 form: (OrderedCompletion (Expression R)) debug: evaluateType1 x: (Expression R) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Expression R) $param: (R) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: evalCategory d: (Expression R) c: (SetCategory) debug: evalCategory d: (OrderedCompletion (Expression R)) c: (Type) debug: evaluateType form: failed $param: (R) debug: evaluateType form: potentialPole $param: (R) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (SegmentBinding (OrderedCompletion (Expression R))) $param: (R) Debug: evaluateType1 form: (SegmentBinding (OrderedCompletion (Expression R))) debug: evaluateType1 x: (OrderedCompletion (Expression R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (OrderedCompletion (Expression R)) $param: (R) Debug: evaluateType1 form: (OrderedCompletion (Expression R)) debug: evaluateType1 x: (Expression R) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Expression R) $param: (R) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: evalCategory d: (Expression R) c: (SetCategory) debug: evalCategory d: (OrderedCompletion (Expression R)) c: (Type) debug: evaluateType form: (String) $param: (R) Debug: evaluateType1 form: (String) debug: evaluateType form: (Union (: f1 (OrderedCompletion (Expression R))) (: f2 (List (OrderedCompletion (Expression R)))) (: fail failed) (: pole potentialPole)) $param: (R) debug: evaluateType form: (OrderedCompletion (Expression R)) $param: (R) Debug: evaluateType1 form: (OrderedCompletion (Expression R)) debug: evaluateType1 x: (Expression R) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Expression R) $param: (R) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: evalCategory d: (Expression R) c: (SetCategory) debug: evaluateType form: (List (OrderedCompletion (Expression R))) $param: (R) Debug: evaluateType1 form: (List (OrderedCompletion (Expression R))) debug: evaluateType1 x: (OrderedCompletion (Expression R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (OrderedCompletion (Expression R)) $param: (R) Debug: evaluateType1 form: (OrderedCompletion (Expression R)) debug: evaluateType1 x: (Expression R) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Expression R) $param: (R) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: evalCategory d: (Expression R) c: (SetCategory) debug: evalCategory d: (OrderedCompletion (Expression R)) c: (Type) debug: evaluateType form: failed $param: (R) debug: evaluateType form: potentialPole $param: (R) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (SegmentBinding (OrderedCompletion (Fraction (Polynomial R)))) $param: (R) Debug: evaluateType1 form: (SegmentBinding (OrderedCompletion (Fraction (Polynomial R)))) debug: evaluateType1 x: (OrderedCompletion (Fraction (Polynomial R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (OrderedCompletion (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (OrderedCompletion (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (SetCategory) debug: evalCategory d: (OrderedCompletion (Fraction (Polynomial R))) c: (Type) debug: evaluateType form: (Union (: f1 (OrderedCompletion (Expression R))) (: f2 (List (OrderedCompletion (Expression R)))) (: fail failed) (: pole potentialPole)) $param: (R) debug: evaluateType form: (OrderedCompletion (Expression R)) $param: (R) Debug: evaluateType1 form: (OrderedCompletion (Expression R)) debug: evaluateType1 x: (Expression R) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Expression R) $param: (R) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: evalCategory d: (Expression R) c: (SetCategory) debug: evaluateType form: (List (OrderedCompletion (Expression R))) $param: (R) Debug: evaluateType1 form: (List (OrderedCompletion (Expression R))) debug: evaluateType1 x: (OrderedCompletion (Expression R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (OrderedCompletion (Expression R)) $param: (R) Debug: evaluateType1 form: (OrderedCompletion (Expression R)) debug: evaluateType1 x: (Expression R) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Expression R) $param: (R) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: evalCategory d: (Expression R) c: (SetCategory) debug: evalCategory d: (OrderedCompletion (Expression R)) c: (Type) debug: evaluateType form: failed $param: (R) debug: evaluateType form: potentialPole $param: (R) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (SegmentBinding (OrderedCompletion (Fraction (Polynomial R)))) $param: (R) Debug: evaluateType1 form: (SegmentBinding (OrderedCompletion (Fraction (Polynomial R)))) debug: evaluateType1 x: (OrderedCompletion (Fraction (Polynomial R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (OrderedCompletion (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (OrderedCompletion (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (SetCategory) debug: evalCategory d: (OrderedCompletion (Fraction (Polynomial R))) c: (Type) debug: evaluateType form: (String) $param: (R) Debug: evaluateType1 form: (String) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE integrate ((Union (: f1 (OrderedCompletion (Expression R))) (: f2 (List (OrderedCompletion (Expression R)))) (: fail failed) (: pole potentialPole)) (Fraction (Polynomial R)) (SegmentBinding (OrderedCompletion (Expression R))))) (SIGNATURE integrate ((Union (: f1 (OrderedCompletion (Expression R))) (: f2 (List (OrderedCompletion (Expression R)))) (: fail failed) (: pole potentialPole)) (Fraction (Polynomial R)) (SegmentBinding (OrderedCompletion (Expression R))) (String))) (SIGNATURE integrate ((Union (: f1 (OrderedCompletion (Expression R))) (: f2 (List (OrderedCompletion (Expression R)))) (: fail failed) (: pole potentialPole)) (Fraction (Polynomial R)) (SegmentBinding (OrderedCompletion (Fraction (Polynomial R)))))) (SIGNATURE integrate ((Union (: f1 (OrderedCompletion (Expression R))) (: f2 (List (OrderedCompletion (Expression R)))) (: fail failed) (: pole potentialPole)) (Fraction (Polynomial R)) (SegmentBinding (OrderedCompletion (Fraction (Polynomial R)))) (String)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for RationalFunctionDefiniteIntegration compiling into /tmp/oa-y7Mwf8 importing DefiniteIntegrationTools(R,Expression R) importing IntegrationResultRFToFunction R importing OrderedCompletionFunctions2(Fraction Polynomial R,Expression R) compiling exported integrate : (Fraction Polynomial R,SegmentBinding OrderedCompletion Expression R) -> Union(f1: OrderedCompletion Expression R,f2: List OrderedCompletion Expression R,fail: failed,pole: potentialPole) Time: 0.10 SEC. compiling local nopole : (Fraction Polynomial R,Symbol,OrderedCompletion Expression R,OrderedCompletion Expression R) -> Union(f1: OrderedCompletion Expression R,f2: List OrderedCompletion Expression R,fail: failed,pole: potentialPole) Time: 0.08 SEC. compiling exported integrate : (Fraction Polynomial R,SegmentBinding OrderedCompletion Fraction Polynomial R) -> Union(f1: OrderedCompletion Expression R,f2: List OrderedCompletion Expression R,fail: failed,pole: potentialPole) Time: 0.07 SEC. compiling exported integrate : (Fraction Polynomial R,SegmentBinding OrderedCompletion Fraction Polynomial R,String) -> Union(f1: OrderedCompletion Expression R,f2: List OrderedCompletion Expression R,fail: failed,pole: potentialPole) Time: 0.05 SEC. compiling exported integrate : (Fraction Polynomial R,SegmentBinding OrderedCompletion Expression R,String) -> Union(f1: OrderedCompletion Expression R,f2: List OrderedCompletion Expression R,fail: failed,pole: potentialPole) Time: 0.02 SEC. compiling local int : (Fraction Polynomial R,Symbol,OrderedCompletion Expression R,OrderedCompletion Expression R,Boolean) -> Union(f1: OrderedCompletion Expression R,f2: List OrderedCompletion Expression R,fail: failed,pole: potentialPole) Time: 0.08 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] integrate: lo has no value [2] nopole: not known that TranscendentalFunctionCategory is of mode CATEGORY(domain,IF(hasRIntegralDomain(),PROGN(AlgebraicallyClosedFunctionSpace R,TranscendentalFunctionCategory,CombinatorialOpsCategory,LiouvillianFunctionCategory,SpecialFunctionCategory,reduce: % -> %,number?: % -> Boolean,simplifyPower: (%,Integer) -> %,IF(hasRGcdDomain(),PROGN(factorPolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %,squareFreePolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %),%noBranch),IF(hasRRetractableTo(Integer()),RetractableTo AlgebraicNumber,%noBranch)),%noBranch)) [3] nopole: not known that AlgebraicallyClosedFunctionSpaceR is of mode CATEGORY(domain,IF(hasRIntegralDomain(),PROGN(AlgebraicallyClosedFunctionSpace R,TranscendentalFunctionCategory,CombinatorialOpsCategory,LiouvillianFunctionCategory,SpecialFunctionCategory,reduce: % -> %,number?: % -> Boolean,simplifyPower: (%,Integer) -> %,IF(hasRGcdDomain(),PROGN(factorPolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %,squareFreePolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %),%noBranch),IF(hasRRetractableTo(Integer()),RetractableTo AlgebraicNumber,%noBranch)),%noBranch)) Cumulative Statistics for Constructor RationalFunctionDefiniteIntegration Time: 0.42 seconds finalizing NRLIB DEFINTRF Processing RationalFunctionDefiniteIntegration for Browser database: -- integrate : (RF,SegmentBinding OFE) -> U -- integrate : (RF,SegmentBinding OFE,String) -> U -- integrate : (RF,SegmentBinding ORF) -> U -- integrate : (RF,SegmentBinding ORF,String) -> U -- constructor ; compiling file "/tmp/oa-y7Mwf8/code.lsp" (written 01 FEB 2016 11:14:51 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DEFINTRF;integrate;FSbU;1| ...) ; compiling (DEFUN |DEFINTRF;nopole| ...) ; compiling (DEFUN |DEFINTRF;integrate;FSbU;3| ...) ; compiling (DEFUN |DEFINTRF;integrate;FSbU;3!1| ...) ; compiling (DEFUN |DEFINTRF;integrate;FSbU;3!0| ...) ; compiling (DEFUN |DEFINTRF;integrate;FSbSU;4| ...) ; compiling (DEFUN |DEFINTRF;integrate;FSbSU;4!1| ...) ; compiling (DEFUN |DEFINTRF;integrate;FSbSU;4!0| ...) ; compiling (DEFUN |DEFINTRF;integrate;FSbSU;5| ...) ; compiling (DEFUN |DEFINTRF;int| ...) ; file: /tmp/oa-y7Mwf8/code.lsp ; in: DEFUN |DEFINTRF;int| ; (DEFUN BOOT::|DEFINTRF;int| ; (BOOT::|f| BOOT::|x| BOOT::|a| BOOT::|b| BOOT::|ignor?| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|a| BOOT::|b| (BOOT::|shellEntry| BOOT::$ 51)) ; (CONS 0 (BOOT::|spadConstant| BOOT::$ 52))) ; (T ; (LET (#) ; (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|DEFINTRF;int| ; (BOOT::|f| BOOT::|x| BOOT::|a| BOOT::|b| BOOT::|ignor?| BOOT::$) ; (BLOCK BOOT::|DEFINTRF;int| ; (COND ((BOOT::SPADCALL BOOT::|a| BOOT::|b| #) (CONS 0 #)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |RationalFunctionDefiniteIntegration| ...) ; compiling (DEFUN |RationalFunctionDefiniteIntegration;| ...) ; compiling (MAKEPROP (QUOTE |RationalFunctionDefiniteIntegration|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-y7Mwf8/code.fasl written ; compilation finished in 0:00:00.046 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile GSERIES.spad && cp GSERIES.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GSERIES.fasl \ && if test -f GSERIES-.NRLIB/code.fasl; then \ cp GSERIES-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/GSERIES-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GSERIES.spad using Spad compiler. GSERIES abbreviates domain GeneralUnivariatePowerSeries debug: compDefine1 lhs: (GeneralUnivariatePowerSeries Coef var cen) signature (pre-evaluate): ((Join (UnivariatePuiseuxSeriesCategory Coef) (PartialDifferentialDomain $ (Variable var)) (CATEGORY domain (SIGNATURE coerce ($ (Variable var))) (SIGNATURE coerce ($ (UnivariatePuiseuxSeries Coef var cen))) (IF (has Coef (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Variable var))) %noBranch))) NIL NIL NIL) debug: evaluateType form: (Join (UnivariatePuiseuxSeriesCategory Coef) (PartialDifferentialDomain $ (Variable var)) (CATEGORY domain (SIGNATURE coerce ($ (Variable var))) (SIGNATURE coerce ($ (UnivariatePuiseuxSeries Coef var cen))) (IF (has Coef (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Variable var))) %noBranch))) $param: (Coef var cen) debug: evaluateType form: (UnivariatePuiseuxSeriesCategory Coef) $param: (Coef var cen) Debug: evaluateType1 form: (UnivariatePuiseuxSeriesCategory Coef) debug: evaluateType1 x: Coef m: (Ring) debug: evaluateType form: (PartialDifferentialDomain $ (Variable var)) $param: (Coef var cen) Debug: evaluateType1 form: (PartialDifferentialDomain $ (Variable var)) debug: evaluateType1 x: $ m: (Type) debug: evaluateType1 x: (Variable var) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Coef var cen) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Variable var) $param: (Coef var cen) Debug: evaluateType1 form: (Variable var) debug: evaluateType1 x: var m: (Symbol) debug: evalCategory d: (Variable var) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE coerce ($ (Variable var))) (SIGNATURE coerce ($ (UnivariatePuiseuxSeries Coef var cen))) (IF (has Coef (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Variable var))) %noBranch)) $param: (Coef var cen) debug: evaluateType form: (Variable var) $param: (Coef var cen) Debug: evaluateType1 form: (Variable var) debug: evaluateType1 x: var m: (Symbol) debug: evaluateType form: (UnivariatePuiseuxSeries Coef var cen) $param: (Coef var cen) Debug: evaluateType1 form: (UnivariatePuiseuxSeries Coef var cen) debug: evaluateType1 x: Coef m: (Ring) debug: evaluateType1 x: var m: (Symbol) debug: evaluateType1 x: cen m: Coef debug: compDefine1 signature (post evaluate): ((Join (UnivariatePuiseuxSeriesCategory Coef) (PartialDifferentialDomain $ (Variable var)) (CATEGORY domain (SIGNATURE coerce ($ (Variable var))) (SIGNATURE coerce ($ (UnivariatePuiseuxSeries Coef var cen))) (IF (has Coef (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Variable var))) %noBranch))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for GeneralUnivariatePowerSeries compiling into /tmp/oa-6CYU3C compiling exported coerce : UnivariatePuiseuxSeries(Coef,var,cen) -> % GSERIES;coerce;Ups$;1 upxs is replaced by upxs Time: 0.07 SEC. compiling local puiseux : % -> UnivariatePuiseuxSeries(Coef,var,cen) GSERIES;puiseux f is replaced by f Time: 0.01 SEC. compiling exported differentiate : % -> % Time: 0.03 SEC. compiling exported differentiate : (%,Variable var) -> % Time: 0 SEC. compiling exported differentiate : (%,Symbol) -> % Time: 0.06 SEC. compiling exported integrate : % -> % Time: 0.01 SEC. compiling exported integrate : (%,Variable var) -> % Time: 0.00 SEC. compiling exported integrate : (%,Symbol) -> % Time: 0.04 SEC. compiling local integrateWithOneAnswer : (Coef,Symbol) -> Coef Time: 0.07 SEC. compiling exported integrate : (%,Symbol) -> % Time: 0.03 SEC. (time taken in buildFunctor: 44) Time: 0.14 SEC. Cumulative Statistics for Constructor GeneralUnivariatePowerSeries Time: 0.48 seconds --------------non extending category---------------------- GeneralUnivariatePowerSeries(#1,#2,#3) of category Join( UnivariatePuiseuxSeriesCategory #1,PartialDifferentialDomain($, Variable #2)) with coerce : Variable #2 -> % coerce : UnivariatePuiseuxSeries(#1,#2,#3) -> %IF (has #1 (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Variable #2)))%noBranch has no UnivariatePuiseuxSeriesConstructorCategory(#1, UnivariateLaurentSeries(#1,#2,#3)) ---------------------------------------------------------- finalizing NRLIB GSERIES Processing GeneralUnivariatePowerSeries for Browser database: -- coerce : Variable var -> % -- coerce : UPXS(Coef,var,cen) -> % -- integrate : (%,Variable var) -> % -- constructor ; compiling file "/tmp/oa-6CYU3C/code.lsp" (written 01 FEB 2016 11:14:51 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |GSERIES;coerce;Ups$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |GSERIES;puiseux|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |GSERIES;coerce;Ups$;1| ...) ; compiling (DEFUN |GSERIES;puiseux| ...) ; compiling (DEFUN |GSERIES;differentiate;2$;3| ...) ; file: /tmp/oa-6CYU3C/code.lsp ; in: DEFUN |GSERIES;differentiate;2$;3| ; (DEFUN BOOT::|GSERIES;differentiate;2$;3| (BOOT::|f| BOOT::$) ; (LET ((BOOT::|str1| "'differentiate' unavailable on this domain; ") ; (BOOT::|str2| "use 'approximate' first")) ; (BOOT::|error| ; (BOOT::SPADCALL (BOOT::STRCONC BOOT::|str1| BOOT::|str2|) ; (BOOT::|shellEntry| BOOT::$ 13))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GSERIES;differentiate;2$;3| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|GSERIES;differentiate;2$;3| ; (LET ((BOOT::|str1| "'differentiate' unavailable on this domain; ") ; (BOOT::|str2| "use 'approximate' first")) ; (BOOT::|error| (BOOT::SPADCALL # #))))) ; ; caught STYLE-WARNING: ; The variable |f| is defined but never used. ; compiling (DEFUN |GSERIES;differentiate;$V$;4| ...) ; file: /tmp/oa-6CYU3C/code.lsp ; in: DEFUN |GSERIES;differentiate;$V$;4| ; (DEFUN BOOT::|GSERIES;differentiate;$V$;4| (BOOT::|f| BOOT::|v| BOOT::$) ; (BOOT::SPADCALL BOOT::|f| (BOOT::|shellEntry| BOOT::$ 14))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GSERIES;differentiate;$V$;4| ; (BOOT::|f| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|GSERIES;differentiate;$V$;4| ; (BOOT::SPADCALL BOOT::|f| (BOOT::|shellEntry| BOOT::$ 14)))) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |GSERIES;differentiate;$S$;5| ...) ; compiling (DEFUN |GSERIES;differentiate;$S$;5!0| ...) ; compiling (DEFUN |GSERIES;integrate;2$;6| ...) ; file: /tmp/oa-6CYU3C/code.lsp ; in: DEFUN |GSERIES;integrate;2$;6| ; (DEFUN BOOT::|GSERIES;integrate;2$;6| (BOOT::|f| BOOT::$) ; (LET ((BOOT::|str1| "'integrate' unavailable on this domain; ") ; (BOOT::|str2| "use 'approximate' first")) ; (BOOT::|error| ; (BOOT::SPADCALL (BOOT::STRCONC BOOT::|str1| BOOT::|str2|) ; (BOOT::|shellEntry| BOOT::$ 13))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GSERIES;integrate;2$;6| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|GSERIES;integrate;2$;6| ; (LET ((BOOT::|str1| "'integrate' unavailable on this domain; ") ; (BOOT::|str2| "use 'approximate' first")) ; (BOOT::|error| (BOOT::SPADCALL # #))))) ; ; caught STYLE-WARNING: ; The variable |f| is defined but never used. ; compiling (DEFUN |GSERIES;integrate;$V$;7| ...) ; file: /tmp/oa-6CYU3C/code.lsp ; in: DEFUN |GSERIES;integrate;$V$;7| ; (DEFUN BOOT::|GSERIES;integrate;$V$;7| (BOOT::|f| BOOT::|v| BOOT::$) ; (BOOT::SPADCALL BOOT::|f| (BOOT::|shellEntry| BOOT::$ 29))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|GSERIES;integrate;$V$;7| ; (BOOT::|f| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|GSERIES;integrate;$V$;7| ; (BOOT::SPADCALL BOOT::|f| (BOOT::|shellEntry| BOOT::$ 29)))) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |GSERIES;integrate;$S$;8| ...) ; compiling (DEFUN |GSERIES;integrate;$S$;8!0| ...) ; compiling (DEFUN |GSERIES;integrateWithOneAnswer| ...) ; compiling (DEFUN |GSERIES;integrate;$S$;10| ...) ; compiling (DEFUN |GSERIES;integrate;$S$;10!0| ...) ; compiling (DEFUN |GeneralUnivariatePowerSeries| ...) ; compiling (DEFUN |GeneralUnivariatePowerSeries;| ...) ; compiling (MAKEPROP (QUOTE |GeneralUnivariatePowerSeries|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 4 STYLE-WARNING conditions ; /tmp/oa-6CYU3C/code.fasl written ; compilation finished in 0:00:00.047 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile EXPR2UPS.spad && cp EXPR2UPS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/EXPR2UPS.fasl \ && if test -f EXPR2UPS-.NRLIB/code.fasl; then \ cp EXPR2UPS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/EXPR2UPS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/EXPR2UPS.spad using Spad compiler. EXPR2UPS abbreviates package ExpressionToUnivariatePowerSeries debug: compDefine1 lhs: (ExpressionToUnivariatePowerSeries R FE) signature (pre-evaluate): ((CATEGORY package (SIGNATURE taylor ((Any) (Symbol))) (SIGNATURE taylor ((Any) FE)) (SIGNATURE taylor ((Any) FE (NonNegativeInteger))) (SIGNATURE taylor ((Any) FE (Equation FE))) (SIGNATURE taylor ((Any) FE (Equation FE) (NonNegativeInteger))) (SIGNATURE laurent ((Any) (Symbol))) (SIGNATURE laurent ((Any) FE)) (SIGNATURE laurent ((Any) FE (Integer))) (SIGNATURE laurent ((Any) FE (Equation FE))) (SIGNATURE laurent ((Any) FE (Equation FE) (Integer))) (SIGNATURE puiseux ((Any) (Symbol))) (SIGNATURE puiseux ((Any) FE)) (SIGNATURE puiseux ((Any) FE (Fraction (Integer)))) (SIGNATURE puiseux ((Any) FE (Equation FE))) (SIGNATURE puiseux ((Any) FE (Equation FE) (Fraction (Integer)))) (SIGNATURE series ((Any) (Symbol))) (SIGNATURE series ((Any) FE)) (SIGNATURE series ((Any) FE (Fraction (Integer)))) (SIGNATURE series ((Any) FE (Equation FE))) (SIGNATURE series ((Any) FE (Equation FE) (Fraction (Integer))))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE taylor ((Any) (Symbol))) (SIGNATURE taylor ((Any) FE)) (SIGNATURE taylor ((Any) FE (NonNegativeInteger))) (SIGNATURE taylor ((Any) FE (Equation FE))) (SIGNATURE taylor ((Any) FE (Equation FE) (NonNegativeInteger))) (SIGNATURE laurent ((Any) (Symbol))) (SIGNATURE laurent ((Any) FE)) (SIGNATURE laurent ((Any) FE (Integer))) (SIGNATURE laurent ((Any) FE (Equation FE))) (SIGNATURE laurent ((Any) FE (Equation FE) (Integer))) (SIGNATURE puiseux ((Any) (Symbol))) (SIGNATURE puiseux ((Any) FE)) (SIGNATURE puiseux ((Any) FE (Fraction (Integer)))) (SIGNATURE puiseux ((Any) FE (Equation FE))) (SIGNATURE puiseux ((Any) FE (Equation FE) (Fraction (Integer)))) (SIGNATURE series ((Any) (Symbol))) (SIGNATURE series ((Any) FE)) (SIGNATURE series ((Any) FE (Fraction (Integer)))) (SIGNATURE series ((Any) FE (Equation FE))) (SIGNATURE series ((Any) FE (Equation FE) (Fraction (Integer))))) $param: (R FE) debug: evaluateType form: (Any) $param: (R FE) Debug: evaluateType1 form: (Any) debug: evaluateType form: (Symbol) $param: (R FE) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Any) $param: (R FE) Debug: evaluateType1 form: (Any) debug: evaluateType form: FE $param: (R FE) debug: evaluateType form: (Any) $param: (R FE) Debug: evaluateType1 form: (Any) debug: evaluateType form: FE $param: (R FE) debug: evaluateType form: (NonNegativeInteger) $param: (R FE) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Any) $param: (R FE) Debug: evaluateType1 form: (Any) debug: evaluateType form: FE $param: (R FE) debug: evaluateType form: (Equation FE) $param: (R FE) Debug: evaluateType1 form: (Equation FE) debug: evaluateType1 x: FE m: (Type) debug: evaluateType form: (Any) $param: (R FE) Debug: evaluateType1 form: (Any) debug: evaluateType form: FE $param: (R FE) debug: evaluateType form: (Equation FE) $param: (R FE) Debug: evaluateType1 form: (Equation FE) debug: evaluateType1 x: FE m: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (R FE) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Any) $param: (R FE) Debug: evaluateType1 form: (Any) debug: evaluateType form: (Symbol) $param: (R FE) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Any) $param: (R FE) Debug: evaluateType1 form: (Any) debug: evaluateType form: FE $param: (R FE) debug: evaluateType form: (Any) $param: (R FE) Debug: evaluateType1 form: (Any) debug: evaluateType form: FE $param: (R FE) debug: evaluateType form: (Integer) $param: (R FE) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Any) $param: (R FE) Debug: evaluateType1 form: (Any) debug: evaluateType form: FE $param: (R FE) debug: evaluateType form: (Equation FE) $param: (R FE) Debug: evaluateType1 form: (Equation FE) debug: evaluateType1 x: FE m: (Type) debug: evaluateType form: (Any) $param: (R FE) Debug: evaluateType1 form: (Any) debug: evaluateType form: FE $param: (R FE) debug: evaluateType form: (Equation FE) $param: (R FE) Debug: evaluateType1 form: (Equation FE) debug: evaluateType1 x: FE m: (Type) debug: evaluateType form: (Integer) $param: (R FE) Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Any) $param: (R FE) Debug: evaluateType1 form: (Any) debug: evaluateType form: (Symbol) $param: (R FE) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Any) $param: (R FE) Debug: evaluateType1 form: (Any) debug: evaluateType form: FE $param: (R FE) debug: evaluateType form: (Any) $param: (R FE) Debug: evaluateType1 form: (Any) debug: evaluateType form: FE $param: (R FE) debug: evaluateType form: (Fraction (Integer)) $param: (R FE) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R FE) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (R FE) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Any) $param: (R FE) Debug: evaluateType1 form: (Any) debug: evaluateType form: FE $param: (R FE) debug: evaluateType form: (Equation FE) $param: (R FE) Debug: evaluateType1 form: (Equation FE) debug: evaluateType1 x: FE m: (Type) debug: evaluateType form: (Any) $param: (R FE) Debug: evaluateType1 form: (Any) debug: evaluateType form: FE $param: (R FE) debug: evaluateType form: (Equation FE) $param: (R FE) Debug: evaluateType1 form: (Equation FE) debug: evaluateType1 x: FE m: (Type) debug: evaluateType form: (Fraction (Integer)) $param: (R FE) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R FE) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (R FE) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Any) $param: (R FE) Debug: evaluateType1 form: (Any) debug: evaluateType form: (Symbol) $param: (R FE) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Any) $param: (R FE) Debug: evaluateType1 form: (Any) debug: evaluateType form: FE $param: (R FE) debug: evaluateType form: (Any) $param: (R FE) Debug: evaluateType1 form: (Any) debug: evaluateType form: FE $param: (R FE) debug: evaluateType form: (Fraction (Integer)) $param: (R FE) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R FE) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (R FE) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: evaluateType form: (Any) $param: (R FE) Debug: evaluateType1 form: (Any) debug: evaluateType form: FE $param: (R FE) debug: evaluateType form: (Equation FE) $param: (R FE) Debug: evaluateType1 form: (Equation FE) debug: evaluateType1 x: FE m: (Type) debug: evaluateType form: (Any) $param: (R FE) Debug: evaluateType1 form: (Any) debug: evaluateType form: FE $param: (R FE) debug: evaluateType form: (Equation FE) $param: (R FE) Debug: evaluateType1 form: (Equation FE) debug: evaluateType1 x: FE m: (Type) debug: evaluateType form: (Fraction (Integer)) $param: (R FE) Debug: evaluateType1 form: (Fraction (Integer)) debug: evaluateType1 x: (Integer) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R FE) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Integer) $param: (R FE) Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (IntegralDomain) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE taylor ((Any) (Symbol))) (SIGNATURE taylor ((Any) FE)) (SIGNATURE taylor ((Any) FE (NonNegativeInteger))) (SIGNATURE taylor ((Any) FE (Equation FE))) (SIGNATURE taylor ((Any) FE (Equation FE) (NonNegativeInteger))) (SIGNATURE laurent ((Any) (Symbol))) (SIGNATURE laurent ((Any) FE)) (SIGNATURE laurent ((Any) FE (Integer))) (SIGNATURE laurent ((Any) FE (Equation FE))) (SIGNATURE laurent ((Any) FE (Equation FE) (Integer))) (SIGNATURE puiseux ((Any) (Symbol))) (SIGNATURE puiseux ((Any) FE)) (SIGNATURE puiseux ((Any) FE (Fraction (Integer)))) (SIGNATURE puiseux ((Any) FE (Equation FE))) (SIGNATURE puiseux ((Any) FE (Equation FE) (Fraction (Integer)))) (SIGNATURE series ((Any) (Symbol))) (SIGNATURE series ((Any) FE)) (SIGNATURE series ((Any) FE (Fraction (Integer)))) (SIGNATURE series ((Any) FE (Equation FE))) (SIGNATURE series ((Any) FE (Equation FE) (Fraction (Integer))))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ExpressionToUnivariatePowerSeries compiling into /tmp/oa-ApPDKk compiling local performSubstitution : (FE,Symbol,FE) -> FE Time: 0.12 SEC. compiling local iTaylor : (FE,Symbol,FE) -> Any Time: 0.15 SEC. compiling exported taylor : Symbol -> Any Time: 0.02 SEC. compiling exported taylor : FE -> Any Time: 0.02 SEC. compiling exported taylor : (FE,NonNegativeInteger) -> Any Time: 0.06 SEC. compiling exported taylor : (FE,Equation FE) -> Any Time: 0.02 SEC. compiling exported taylor : (FE,Equation FE,NonNegativeInteger) -> Any Time: 0.04 SEC. compiling local iLaurent : (FE,Symbol,FE) -> Any Time: 0.06 SEC. compiling exported laurent : Symbol -> Any Time: 0.03 SEC. compiling exported laurent : FE -> Any Time: 0.02 SEC. compiling exported laurent : (FE,Integer) -> Any Time: 0.07 SEC. compiling exported laurent : (FE,Equation FE) -> Any Time: 0.02 SEC. compiling exported laurent : (FE,Equation FE,Integer) -> Any Time: 0.05 SEC. compiling local iPuiseux : (FE,Symbol,FE) -> Any Time: 0.05 SEC. compiling exported puiseux : Symbol -> Any Time: 0.02 SEC. compiling exported puiseux : FE -> Any Time: 0.02 SEC. compiling exported puiseux : (FE,Fraction Integer) -> Any Time: 0.05 SEC. compiling exported puiseux : (FE,Equation FE) -> Any Time: 0.01 SEC. compiling exported puiseux : (FE,Equation FE,Fraction Integer) -> Any Time: 0.04 SEC. compiling local iSeries : (FE,Symbol,FE) -> Any Time: 0.07 SEC. compiling exported series : Symbol -> Any Time: 0.02 SEC. compiling exported series : FE -> Any Time: 0.02 SEC. compiling exported series : (FE,Fraction Integer) -> Any Time: 0.06 SEC. compiling exported series : (FE,Equation FE) -> Any Time: 0.01 SEC. compiling exported series : (FE,Equation FE,Fraction Integer) -> Any Time: 0.03 SEC. (time taken in buildFunctor: 4) Time: 0.02 SEC. Warnings: [1] iTaylor: false has no value [2] iTaylor: %problem has no value [3] iTaylor: %series has no value [4] taylor: more than 1 modemap for: Zero with dc = FE ===> ((FE FE) ((has R (AbelianSemiGroup)) (CONST FE ($))))((FE FE) (T (CONST FE ($)))) [5] iLaurent: false has no value [6] iLaurent: %problem has no value [7] iLaurent: %series has no value [8] laurent: more than 1 modemap for: Zero with dc = FE ===> ((FE FE) ((has R (AbelianSemiGroup)) (CONST FE ($))))((FE FE) (T (CONST FE ($)))) [9] iPuiseux: false has no value [10] iPuiseux: %problem has no value [11] iPuiseux: %series has no value [12] puiseux: more than 1 modemap for: Zero with dc = FE ===> ((FE FE) ((has R (AbelianSemiGroup)) (CONST FE ($))))((FE FE) (T (CONST FE ($)))) [13] iSeries: false has no value [14] iSeries: %problem has no value [15] iSeries: %series has no value [16] series: more than 1 modemap for: Zero with dc = FE ===> ((FE FE) ((has R (AbelianSemiGroup)) (CONST FE ($))))((FE FE) (T (CONST FE ($)))) Cumulative Statistics for Constructor ExpressionToUnivariatePowerSeries Time: 1.06 seconds finalizing NRLIB EXPR2UPS Processing ExpressionToUnivariatePowerSeries for Browser database: -- taylor : SY -> Any -- taylor : FE -> Any -- taylor : (FE,NNI) -> Any -- taylor : (FE,EQ FE) -> Any -- taylor : (FE,EQ FE,NNI) -> Any -- laurent : SY -> Any -- laurent : FE -> Any -- laurent : (FE,I) -> Any -- laurent : (FE,EQ FE) -> Any -- laurent : (FE,EQ FE,I) -> Any -- puiseux : SY -> Any -- puiseux : FE -> Any -- puiseux : (FE,RN) -> Any -- puiseux : (FE,EQ FE) -> Any -- puiseux : (FE,EQ FE,RN) -> Any -- series : SY -> Any -- series : FE -> Any -- series : (FE,RN) -> Any -- series : (FE,EQ FE) -> Any -- series : (FE,EQ FE,RN) -> Any -- constructor ; compiling file "/tmp/oa-ApPDKk/code.lsp" (written 01 FEB 2016 11:14:53 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |EXPR2UPS;performSubstitution| ...) ; compiling (DEFUN |EXPR2UPS;iTaylor| ...) ; compiling (DEFUN |EXPR2UPS;taylor;SA;3| ...) ; compiling (DEFUN |EXPR2UPS;taylor;FEA;4| ...) ; compiling (DEFUN |EXPR2UPS;taylor;FENniA;5| ...) ; compiling (DEFUN |EXPR2UPS;taylor;FEEA;6| ...) ; compiling (DEFUN |EXPR2UPS;taylor;FEENniA;7| ...) ; compiling (DEFUN |EXPR2UPS;iLaurent| ...) ; compiling (DEFUN |EXPR2UPS;laurent;SA;9| ...) ; compiling (DEFUN |EXPR2UPS;laurent;FEA;10| ...) ; compiling (DEFUN |EXPR2UPS;laurent;FEIA;11| ...) ; compiling (DEFUN |EXPR2UPS;laurent;FEEA;12| ...) ; compiling (DEFUN |EXPR2UPS;laurent;FEEIA;13| ...) ; compiling (DEFUN |EXPR2UPS;iPuiseux| ...) ; compiling (DEFUN |EXPR2UPS;puiseux;SA;15| ...) ; compiling (DEFUN |EXPR2UPS;puiseux;FEA;16| ...) ; compiling (DEFUN |EXPR2UPS;puiseux;FEFA;17| ...) ; compiling (DEFUN |EXPR2UPS;puiseux;FEEA;18| ...) ; compiling (DEFUN |EXPR2UPS;puiseux;FEEFA;19| ...) ; compiling (DEFUN |EXPR2UPS;iSeries| ...) ; compiling (DEFUN |EXPR2UPS;series;SA;21| ...) ; compiling (DEFUN |EXPR2UPS;series;FEA;22| ...) ; compiling (DEFUN |EXPR2UPS;series;FEFA;23| ...) ; compiling (DEFUN |EXPR2UPS;series;FEEA;24| ...) ; compiling (DEFUN |EXPR2UPS;series;FEEFA;25| ...) ; compiling (DEFUN |ExpressionToUnivariatePowerSeries| ...) ; compiling (DEFUN |ExpressionToUnivariatePowerSeries;| ...) ; compiling (MAKEPROP (QUOTE |ExpressionToUnivariatePowerSeries|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-ApPDKk/code.fasl written ; compilation finished in 0:00:00.103 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile INVLAPLA.spad && cp INVLAPLA.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INVLAPLA.fasl \ && if test -f INVLAPLA-.NRLIB/code.fasl; then \ cp INVLAPLA-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INVLAPLA-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INVLAPLA.spad using Spad compiler. INVLAPLA abbreviates package InverseLaplaceTransform debug: compDefine1 lhs: (InverseLaplaceTransform R F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE inverseLaplace ((Union F failed) F (Symbol) (Symbol)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE inverseLaplace ((Union F failed) F (Symbol) (Symbol)))) $param: (R F) debug: evaluateType form: (Union F failed) $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: failed $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE inverseLaplace ((Union F failed) F (Symbol) (Symbol)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for InverseLaplaceTransform compiling into /tmp/oa-7pj4aR compiling exported inverseLaplace : (F,Symbol,Symbol) -> Union(F,failed) Time: 0.05 SEC. compiling local freeOf? : (SparseUnivariatePolynomial F,Symbol) -> Boolean Time: 0.02 SEC. compiling local ilt : (F,Symbol,Symbol) -> Union(F,failed) Time: 0.09 SEC. compiling local ilt1 : (Fraction SparseUnivariatePolynomial F,F) -> F Time: 0.03 SEC. compiling local iltsqfr : (Fraction SparseUnivariatePolynomial F,F) -> F Time: 0.15 SEC. compiling local iltirred : (SparseUnivariatePolynomial F,SparseUnivariatePolynomial F,F) -> F Time: 0.19 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] ilt: not known that Ring is of mode CATEGORY(package,inverseLaplace: (F,Symbol,Symbol) -> Union(F,"failed")) [2] ilt: not known that SetCategory is of mode CATEGORY(package,inverseLaplace: (F,Symbol,Symbol) -> Union(F,"failed")) [3] iltsqfr: factors has no value [4] iltsqfr: not known that IntegralDomain is of mode CATEGORY(package,inverseLaplace: (F,Symbol,Symbol) -> Union(F,"failed")) Cumulative Statistics for Constructor InverseLaplaceTransform Time: 0.53 seconds finalizing NRLIB INVLAPLA Processing InverseLaplaceTransform for Browser database: -- inverseLaplace : (F,SE,SE) -> Union(F,"failed") -- constructor ; compiling file "/tmp/oa-7pj4aR/code.lsp" (written 01 FEB 2016 11:14:53 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |INVLAPLA;inverseLaplace;F2SU;1| ...) ; compiling (DEFUN |INVLAPLA;freeOf?| ...) ; compiling (DEFUN |INVLAPLA;ilt| ...) ; compiling (DEFUN |INVLAPLA;ilt1| ...) ; compiling (DEFUN |INVLAPLA;iltsqfr| ...) ; compiling (DEFUN |INVLAPLA;iltirred| ...) ; compiling (DEFUN |InverseLaplaceTransform| ...) ; compiling (DEFUN |InverseLaplaceTransform;| ...) ; compiling (MAKEPROP (QUOTE |InverseLaplaceTransform|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-7pj4aR/code.fasl written ; compilation finished in 0:00:00.067 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile LAPLACE.spad && cp LAPLACE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LAPLACE.fasl \ && if test -f LAPLACE-.NRLIB/code.fasl; then \ cp LAPLACE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LAPLACE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LAPLACE.spad using Spad compiler. LAPLACE abbreviates package LaplaceTransform debug: compDefine1 lhs: (LaplaceTransform R F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE laplace (F F (Symbol) (Symbol)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE laplace (F F (Symbol) (Symbol)))) $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE laplace (F F (Symbol) (Symbol)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for LaplaceTransform compiling into /tmp/oa-6fEIqu importing IntegrationTools(R,F) importing ElementaryIntegration(R,F) importing PatternMatchIntegration(R,F) importing PowerSeriesLimitPackage(R,F) importing FunctionSpaceIntegration(R,F) importing TrigonometricManipulations(R,F) Debug compQuote expr: (QUOTE laplace) m: $EmptyMode Debug compQuote expr: (QUOTE laplace) m: (Symbol) Debug compQuote expr: (QUOTE laplace) m: (Symbol) compiling exported laplace : (F,Symbol,Symbol) -> F Time: 0.09 SEC. compiling local algebraic? : (F,Symbol) -> Boolean Debug compQuote expr: (QUOTE %alg) m: (Identifier) Time: 0.04 SEC. compiling local dvlap : (List F,Symbol) -> F Time: 0.04 SEC. compiling local isLinear : (F,Symbol) -> Union(Record(const: F,nconst: F),failed) Time: 0.08 SEC. compiling local atn : (F,Symbol) -> Union(Record(coef: F,deg: PositiveInteger),failed) Time: 0.05 SEC. compiling local aexp : (F,Symbol) -> Union(Record(coef: F,coef1: F,coef0: F),failed) Debug compQuote expr: (QUOTE exp) m: $EmptyMode Debug compQuote expr: (QUOTE exp) m: (Symbol) Time: 0.08 SEC. compiling local mkPlus : F -> Union(List F,failed) Time: 0.05 SEC. compiling local tdenom : (F,F) -> Union(F,failed) Time: 0.02 SEC. compiling local intlaplace : (F,F,F,Symbol,F) -> Union(F,failed) Time: 0.08 SEC. compiling local lapkernel : (F,Symbol,F,F) -> Union(F,failed) Debug compQuote expr: (QUOTE %diff) m: (Symbol) Debug compQuote expr: (QUOTE Si) m: (Symbol) Debug compQuote expr: (QUOTE Ci) m: $EmptyMode Debug compQuote expr: (QUOTE Ci) m: (Symbol) Debug compQuote expr: (QUOTE Ei) m: $EmptyMode Debug compQuote expr: (QUOTE Ei) m: (Symbol) Debug compQuote expr: (QUOTE log) m: $EmptyMode Debug compQuote expr: (QUOTE log) m: (Symbol) Time: 0.14 SEC. compiling local locallaplace : (F,Symbol,F,Symbol,F) -> F Time: 0.10 SEC. Debug compQuote expr: (QUOTE %specialDiff) m: $EmptyMode Debug compQuote expr: (QUOTE %specialDiff) m: (Identifier) (time taken in buildFunctor: 4) Time: 0.02 SEC. Warnings: [1] algebraic?: not known that SetCategory is of mode CATEGORY(package,laplace: (F,Symbol,Symbol) -> F) [2] isLinear: not known that Ring is of mode CATEGORY(package,laplace: (F,Symbol,Symbol) -> F) [3] atn: symbolIfCan has no value [4] aexp: first has no value [5] aexp: argument has no value [6] mkPlus: not known that SetCategory is of mode CATEGORY(package,laplace: (F,Symbol,Symbol) -> F) [7] lapkernel: empty? has no value [8] locallaplace: const has no value [9] locallaplace: nconst has no value [10] locallaplace: elem? has no value Cumulative Statistics for Constructor LaplaceTransform Time: 0.78 seconds finalizing NRLIB LAPLACE Processing LaplaceTransform for Browser database: -- laplace : (F,SE,SE) -> F -- constructor ; compiling file "/tmp/oa-6fEIqu/code.lsp" (written 01 FEB 2016 11:14:55 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LAPLACE;laplace;F2SF;1| ...) ; compiling (DEFUN |LAPLACE;algebraic?| ...) ; file: /tmp/oa-6fEIqu/code.lsp ; in: DEFUN |LAPLACE;algebraic?| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |LAPLACE;dvlap| ...) ; compiling (DEFUN |LAPLACE;isLinear| ...) ; compiling (DEFUN |LAPLACE;atn| ...) ; compiling (DEFUN |LAPLACE;aexp| ...) ; compiling (DEFUN |LAPLACE;mkPlus| ...) ; compiling (DEFUN |LAPLACE;tdenom| ...) ; compiling (DEFUN |LAPLACE;intlaplace| ...) ; file: /tmp/oa-6fEIqu/code.lsp ; in: DEFUN |LAPLACE;intlaplace| ; (DEFUN BOOT::|LAPLACE;intlaplace| ; (BOOT::|f| BOOT::|ss| BOOT::|g| BOOT::|v| BOOT::|vv| BOOT::$) ; (PROG (BOOT::|l| BOOT::|u|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LAPLACE;intlaplace| ; (BOOT::|f| BOOT::|ss| BOOT::|g| BOOT::|v| BOOT::|vv| BOOT::$) ; (BLOCK BOOT::|LAPLACE;intlaplace| ; (PROG (BOOT::|l| BOOT::|u|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; ; caught STYLE-WARNING: ; The variable |f| is defined but never used. ; compiling (DEFUN |LAPLACE;lapkernel| ...) ; compiling (DEFUN |LAPLACE;locallaplace| ...) ; compiling (DEFUN |LaplaceTransform| ...) ; compiling (DEFUN |LaplaceTransform;| ...) ; compiling (MAKEPROP (QUOTE |LaplaceTransform|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 1 note ; /tmp/oa-6fEIqu/code.fasl written ; compilation finished in 0:00:00.112 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ODEINT.spad && cp ODEINT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ODEINT.fasl \ && if test -f ODEINT-.NRLIB/code.fasl; then \ cp ODEINT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ODEINT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ODEINT.spad using Spad compiler. ODEINT abbreviates package ODEIntegration debug: compDefine1 lhs: (ODEIntegration R F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE int (F F (Symbol))) (SIGNATURE expint (F F (Symbol))) (SIGNATURE diff ((Mapping F F) (Symbol)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE int (F F (Symbol))) (SIGNATURE expint (F F (Symbol))) (SIGNATURE diff ((Mapping F F) (Symbol)))) $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Mapping F F) $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE int (F F (Symbol))) (SIGNATURE expint (F F (Symbol))) (SIGNATURE diff ((Mapping F F) (Symbol)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ODEIntegration compiling into /tmp/oa-YAlg5E importing FunctionSpaceIntegration(R,F) importing ElementaryFunctionStructurePackage(R,F) compiling exported diff : Symbol -> F -> F Time: 0.05 SEC. compiling exported int : (F,Symbol) -> F Time: 0.02 SEC. compiling local mkprod : List Record(coef: Fraction Integer,logand: F) -> F Time: 0.09 SEC. compiling exported expint : (F,Symbol) -> F Time: 0.09 SEC. compiling local isQ : List F -> Union(Fraction Integer,failed) Time: 0.02 SEC. compiling local isQlog : F -> Union(Record(coef: Fraction Integer,logand: F),failed) Debug compQuote expr: (QUOTE log) m: $EmptyMode Debug compQuote expr: (QUOTE log) m: (Symbol) Debug compQuote expr: (QUOTE log) m: (Symbol) Time: 0.06 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] expint: not known that SetCategory is of mode CATEGORY(package,int: (F,Symbol) -> F,expint: (F,Symbol) -> F,diff: Symbol -> (F -> F)) [2] isQlog: first has no value [3] isQlog: argument has no value Cumulative Statistics for Constructor ODEIntegration Time: 0.33 seconds finalizing NRLIB ODEINT Processing ODEIntegration for Browser database: -- int : (F,SY) -> F -- expint : (F,SY) -> F -- diff : SY -> (F -> F) -- constructor ; compiling file "/tmp/oa-YAlg5E/code.lsp" (written 01 FEB 2016 11:14:55 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ODEINT;diff;SM;1| ...) ; compiling (DEFUN |ODEINT;diff;SM;1!0| ...) ; compiling (DEFUN |ODEINT;int;FSF;2| ...) ; compiling (DEFUN |ODEINT;mkprod| ...) ; compiling (DEFUN |ODEINT;mkprod!0| ...) ; compiling (DEFUN |ODEINT;expint;FSF;4| ...) ; compiling (DEFUN |ODEINT;isQ| ...) ; compiling (DEFUN |ODEINT;isQlog| ...) ; compiling (DEFUN |ODEIntegration| ...) ; compiling (DEFUN |ODEIntegration;| ...) ; compiling (MAKEPROP (QUOTE |ODEIntegration|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-YAlg5E/code.fasl written ; compilation finished in 0:00:00.036 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ODECONST.spad && cp ODECONST.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ODECONST.fasl \ && if test -f ODECONST-.NRLIB/code.fasl; then \ cp ODECONST-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ODECONST-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ODECONST.spad using Spad compiler. ODECONST abbreviates package ConstantLODE debug: compDefine1 lhs: (ConstantLODE R F L) signature (pre-evaluate): ((CATEGORY package (SIGNATURE constDsolve ((Record (: particular F) (: basis (List F))) L F (Symbol)))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE constDsolve ((Record (: particular F) (: basis (List F))) L F (Symbol)))) $param: (R F L) debug: evaluateType form: (Record (: particular F) (: basis (List F))) $param: (R F L) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: (List F) $param: (R F L) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: L $param: (R F L) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: (Symbol) $param: (R F L) Debug: evaluateType1 form: (Symbol) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE constDsolve ((Record (: particular F) (: basis (List F))) L F (Symbol)))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ConstantLODE compiling into /tmp/oa-JSUUR9 importing ODETools(F,L) importing ODEIntegration(R,F) importing ElementaryFunctionSign(R,F) importing AlgebraicManipulations(R,F) importing FunctionSpaceIntegration(R,F) importing FunctionSpaceUnivariatePolynomialFactor(R,F,SparseUnivariatePolynomial F) compiling exported constDsolve : (L,F,Symbol) -> Record(particular: F,basis: List F) Time: 0.08 SEC. compiling local homoBasis : (L,F) -> List F Time: 0.10 SEC. compiling local basisSol : (SparseUnivariatePolynomial F,Integer,F) -> List F Time: 0.04 SEC. compiling local basisSqfr : (SparseUnivariatePolynomial F,F) -> List F Time: 0.05 SEC. compiling local quadSol : (SparseUnivariatePolynomial F,F) -> List F Time: 0.08 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] homoBasis: factors has no value [2] basisSqfr: not known that Ring is of mode CATEGORY(package,constDsolve: (L,F,Symbol) -> Record(particular: F,basis: List F)) Cumulative Statistics for Constructor ConstantLODE Time: 0.35 seconds finalizing NRLIB ODECONST Processing ConstantLODE for Browser database: -- constDsolve : (L,F,SY) -> Record(particular: F,basis: List F) -- constructor ; compiling file "/tmp/oa-JSUUR9/code.lsp" (written 01 FEB 2016 11:14:56 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ODECONST;constDsolve;LFSR;1| ...) ; compiling (DEFUN |ODECONST;constDsolve;LFSR;1!0| ...) ; compiling (DEFUN |ODECONST;homoBasis| ...) ; compiling (DEFUN |ODECONST;basisSol| ...) ; compiling (DEFUN |ODECONST;basisSqfr| ...) ; file: /tmp/oa-JSUUR9/code.lsp ; in: DEFUN |ODECONST;basisSqfr| ; (DEFUN BOOT::|ODECONST;basisSqfr| (BOOT::|p| BOOT::|x| BOOT::$) ; (LET ((BOOT::|d| (BOOT::SPADCALL BOOT::|p| #))) ; (COND ((EQL BOOT::|d| 1) (LIST #)) ; ((EQL BOOT::|d| 2) ; (BOOT::|ODECONST;quadSol| BOOT::|p| BOOT::|x| BOOT::$)) ; (T ; (LET # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ODECONST;basisSqfr| ; (BOOT::|p| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ODECONST;basisSqfr| ; (LET ((BOOT::|d| #)) ; (COND (# #) (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ODECONST;quadSol| ...) ; file: /tmp/oa-JSUUR9/code.lsp ; in: DEFUN |ODECONST;quadSol| ; (DEFUN BOOT::|ODECONST;quadSol| (BOOT::|p| BOOT::|x| BOOT::$) ; (PROG (BOOT::|i| BOOT::|r| BOOT::|y| BOOT::|u| BOOT::|delta| BOOT::|c| ; BOOT::|a| BOOT::|b|) ; (RETURN ; (BOOT::SEQ (BOOT::LETT BOOT::|delta| # BOOT::|ODECONST;quadSol|) ; (BOOT::LETT BOOT::|u| # BOOT::|ODECONST;quadSol|) (COND #) ; (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ODECONST;quadSol| ; (BOOT::|p| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ODECONST;quadSol| ; (PROG (BOOT::|i| BOOT::|r| BOOT::|y| BOOT::|u| BOOT::|delta| BOOT::|c| ; BOOT::|a| BOOT::|b|) ; (RETURN (BOOT::SEQ # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ConstantLODE| ...) ; compiling (DEFUN |ConstantLODE;| ...) ; compiling (MAKEPROP (QUOTE |ConstantLODE|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-JSUUR9/code.fasl written ; compilation finished in 0:00:00.038 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile LODEEF.spad && cp LODEEF.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LODEEF.fasl \ && if test -f LODEEF-.NRLIB/code.fasl; then \ cp LODEEF-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LODEEF-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LODEEF.spad using Spad compiler. LODEEF abbreviates package ElementaryFunctionLODESolver debug: compDefine1 lhs: (ElementaryFunctionLODESolver R F L) signature (pre-evaluate): ((CATEGORY package (SIGNATURE solve ((Union (Record (: particular F) (: basis (List F))) failed) L F (Symbol))) (SIGNATURE solve ((Union F failed) L F (Symbol) F (List F)))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE solve ((Union (Record (: particular F) (: basis (List F))) failed) L F (Symbol))) (SIGNATURE solve ((Union F failed) L F (Symbol) F (List F)))) $param: (R F L) debug: evaluateType form: (Union (Record (: particular F) (: basis (List F))) failed) $param: (R F L) debug: evaluateType form: (Record (: particular F) (: basis (List F))) $param: (R F L) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: (List F) $param: (R F L) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: failed $param: (R F L) debug: evaluateType form: L $param: (R F L) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: (Symbol) $param: (R F L) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Union F failed) $param: (R F L) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: failed $param: (R F L) debug: evaluateType form: L $param: (R F L) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: (Symbol) $param: (R F L) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: F $param: (R F L) debug: evaluateType form: (List F) $param: (R F L) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE solve ((Union (Record (: particular F) (: basis (List F))) failed) L F (Symbol))) (SIGNATURE solve ((Union F failed) L F (Symbol) F (List F)))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ElementaryFunctionLODESolver compiling into /tmp/oa-wdWKGz importing Kovacic(F,SparseUnivariatePolynomial F) importing ODETools(F,L) importing RationalLODE(F,SparseUnivariatePolynomial F) importing RationalRicDE(F,SparseUnivariatePolynomial F) importing ODEIntegration(R,F) importing ConstantLODE(R,F,L) importing IntegrationTools(R,F) importing ReductionOfOrder(F,L) importing ReductionOfOrder(Fraction SparseUnivariatePolynomial F,LinearOrdinaryDifferentialOperator1 Fraction SparseUnivariatePolynomial F) importing PureAlgebraicIntegration(R,F,L) importing FunctionSpacePrimitiveElement(R,F) importing LinearSystemMatrixPackage(F,Vector F,Vector F,Matrix F) importing SparseUnivariatePolynomialFunctions2(Fraction SparseUnivariatePolynomial F,F) importing FunctionSpaceUnivariatePolynomialFactor(R,F,SparseUnivariatePolynomial F) importing LinearOrdinaryDifferentialOperatorFactorizer(F,SparseUnivariatePolynomial F) importing PolynomialCategoryQuotientFunctions(IndexedExponents Kernel F,Kernel F,R,SparseMultivariatePolynomial(R,Kernel F),F) compiling local smpxpart : (SparseMultivariatePolynomial(R,Kernel F),Symbol,List Kernel F,List SparseMultivariatePolynomial(R,Kernel F)) -> SparseMultivariatePolynomial(R,Kernel F) Time: 0.13 SEC. compiling local downmp : (SparseMultivariatePolynomial(SparseMultivariatePolynomial(R,Kernel F),Kernel F),List Kernel F,List SparseMultivariatePolynomial(R,Kernel F)) -> SparseMultivariatePolynomial(R,Kernel F) Time: 0.04 SEC. compiling local homosolve : (L,LinearOrdinaryDifferentialOperator1 Fraction SparseUnivariatePolynomial F,List Fraction SparseUnivariatePolynomial F,Kernel F,Symbol) -> List F Time: 0.02 SEC. compiling local algSolve : (L,F,Kernel F,List Kernel F,Symbol) -> Union(Record(particular: F,basis: List F),failed) Debug compQuote expr: (QUOTE %alg) m: $EmptyMode Debug compQuote expr: (QUOTE %alg) m: (Identifier) Time: 0.24 SEC. compiling local doVarParams : (L,F,List F,Symbol) -> Union(Record(particular: F,basis: List F),failed) Time: 0.02 SEC. compiling local lastChance : (L,F,Symbol) -> Union(Record(particular: F,basis: List F),failed) Time: 0.02 SEC. compiling local firstOrder : (F,F,F,Symbol) -> Record(particular: F,basis: List F) Time: 0.01 SEC. compiling local xpart : (F,Symbol) -> F Time: 0.05 SEC. compiling local upmp : (SparseMultivariatePolynomial(R,Kernel F),List Kernel F) -> SparseMultivariatePolynomial(SparseMultivariatePolynomial(R,Kernel F),Kernel F) Time: 0.10 SEC. compiling local multint : (F,List F,Symbol) -> F Time: 0.01 SEC. compiling local expsols : (LinearOrdinaryDifferentialOperator1 Fraction SparseUnivariatePolynomial F,Kernel F,Symbol) -> List F Time: 0.18 SEC. compiling local ratlogsol : (LinearOrdinaryDifferentialOperator1 Fraction SparseUnivariatePolynomial F,List Fraction SparseUnivariatePolynomial F,Kernel F,Symbol) -> List F Time: 0.06 SEC. compiling local homosolve1 : (L,List F,Kernel F,Symbol) -> List F Time: 0.10 SEC. compiling local norf1 : (L,Kernel F,Symbol,NonNegativeInteger) -> List F Time: 0.07 SEC. compiling local kovode : (LinearOrdinaryDifferentialOperator1 Fraction SparseUnivariatePolynomial F,Kernel F,Symbol) -> List F Time: 0.18 SEC. compiling exported solve : (L,F,Symbol) -> Union(Record(particular: F,basis: List F),failed) Debug compQuote expr: (QUOTE %alg) m: $EmptyMode Debug compQuote expr: (QUOTE %alg) m: (Identifier) Time: 0.02 SEC. compiling local ulodo : (L,Kernel F) -> LinearOrdinaryDifferentialOperator1 Fraction SparseUnivariatePolynomial F Time: 0.03 SEC. compiling local rfSolve : (L,F,Kernel F,Symbol) -> Union(Record(particular: F,basis: List F),failed) Time: 0.09 SEC. compiling exported solve : (L,F,Symbol,F,List F) -> Union(F,failed) Time: 0.09 SEC. compiling local localmap : (F -> F,L) -> L Time: 0.02 SEC. compiling local palgSolve : (L,F,Kernel F,Kernel F,Symbol) -> Union(Record(particular: F,basis: List F),failed) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] algSolve: has? has no value [2] algSolve: not known that SetCategory is of mode CATEGORY(package,solve: (L,F,Symbol) -> Union(Record(particular: F,basis: List F),"failed"),solve: (L,F,Symbol,F,List F) -> Union(F,"failed")) [3] algSolve: not known that Ring is of mode CATEGORY(package,solve: (L,F,Symbol) -> Union(Record(particular: F,basis: List F),"failed"),solve: (L,F,Symbol,F,List F) -> Union(F,"failed")) [4] xpart: reverse! has no value [5] xpart: not known that SetCategory is of mode CATEGORY(package,solve: (L,F,Symbol) -> Union(Record(particular: F,basis: List F),"failed"),solve: (L,F,Symbol,F,List F) -> Union(F,"failed")) [6] solve: empty? has no value [7] solve: symbolIfCan has no value [8] solve: has? has no value [9] ulodo: not known that Ring is of mode CATEGORY(package,solve: (L,F,Symbol) -> Union(Record(particular: F,basis: List F),"failed"),solve: (L,F,Symbol,F,List F) -> Union(F,"failed")) [10] rfSolve: empty? has no value [11] rfSolve: remove! has no value Cumulative Statistics for Constructor ElementaryFunctionLODESolver Time: 1.53 seconds finalizing NRLIB LODEEF Processing ElementaryFunctionLODESolver for Browser database: -- solve : (L,F,SY) -> U -- solve : (L,F,SY,F,List F) -> Union(F,"failed") -- constructor ; compiling file "/tmp/oa-wdWKGz/code.lsp" (written 01 FEB 2016 11:14:57 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LODEEF;smpxpart| ...) ; file: /tmp/oa-wdWKGz/code.lsp ; in: DEFUN |LODEEF;smpxpart| ; (DEFUN BOOT::|LODEEF;smpxpart| ; (BOOT::|p| BOOT::|x| BOOT::|l| BOOT::|lp| BOOT::$) ; (BOOT::|LODEEF;downmp| ; (BOOT::SPADCALL (BOOT::|LODEEF;upmp| BOOT::|p| BOOT::|l| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 14)) ; BOOT::|l| BOOT::|lp| BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LODEEF;smpxpart| ; (BOOT::|p| BOOT::|x| BOOT::|l| BOOT::|lp| BOOT::$) ; (BLOCK BOOT::|LODEEF;smpxpart| ; (BOOT::|LODEEF;downmp| ; (BOOT::SPADCALL (BOOT::|LODEEF;upmp| BOOT::|p| BOOT::|l| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 14)) ; BOOT::|l| BOOT::|lp| BOOT::$))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |LODEEF;downmp| ...) ; compiling (DEFUN |LODEEF;homosolve| ...) ; compiling (DEFUN |LODEEF;algSolve| ...) ; compiling (DEFUN |LODEEF;algSolve!0| ...) ; compiling (DEFUN |LODEEF;doVarParams| ...) ; compiling (DEFUN |LODEEF;doVarParams!0| ...) ; compiling (DEFUN |LODEEF;lastChance| ...) ; compiling (DEFUN |LODEEF;firstOrder| ...) ; compiling (DEFUN |LODEEF;xpart| ...) ; compiling (DEFUN |LODEEF;upmp| ...) ; file: /tmp/oa-wdWKGz/code.lsp ; in: DEFUN |LODEEF;upmp| ; (DEFUN BOOT::|LODEEF;upmp| (BOOT::|p| BOOT::|l| BOOT::$) ; (PROG (BOOT::|ans|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LODEEF;upmp| ; (BOOT::|p| BOOT::|l| BOOT::$) ; (BLOCK BOOT::|LODEEF;upmp| (PROG (BOOT::|ans|) (RETURN (COND # #))))) ; ; note: Assignment to argument: |l| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |LODEEF;multint| ...) ; compiling (DEFUN |LODEEF;expsols| ...) ; file: /tmp/oa-wdWKGz/code.lsp ; in: DEFUN |LODEEF;expsols| ; (DEFUN BOOT::|LODEEF;expsols| (BOOT::|op| BOOT::|k| BOOT::|x| BOOT::$) ; (COND ; ((EQL (BOOT::SPADCALL BOOT::|op| #) 1) ; (CDR (BOOT::|LODEEF;firstOrder| # # # BOOT::|x| BOOT::$))) ; (T ; (LET (# #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LODEEF;expsols| ; (BOOT::|op| BOOT::|k| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|LODEEF;expsols| ; (COND ((EQL # 1) (CDR #)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |LODEEF;ratlogsol| ...) ; file: /tmp/oa-wdWKGz/code.lsp ; in: DEFUN |LODEEF;ratlogsol| ; (DEFUN BOOT::|LODEEF;ratlogsol| ; (BOOT::|oper| BOOT::|sols| BOOT::|k| BOOT::|x| BOOT::$) ; (PROG (BOOT::|int| BOOT::|le| BOOT::|rec|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LODEEF;ratlogsol| ; (BOOT::|oper| BOOT::|sols| BOOT::|k| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|LODEEF;ratlogsol| ; (PROG (BOOT::|int| BOOT::|le| BOOT::|rec|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |LODEEF;homosolve1| ...) ; file: /tmp/oa-wdWKGz/code.lsp ; in: DEFUN |LODEEF;homosolve1| ; (DEFUN BOOT::|LODEEF;homosolve1| ; (BOOT::|oper| BOOT::|sols| BOOT::|k| BOOT::|x| BOOT::$) ; (PROG (BOOT::|int| BOOT::|rec|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LODEEF;homosolve1| ; (BOOT::|oper| BOOT::|sols| BOOT::|k| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|LODEEF;homosolve1| ; (PROG (BOOT::|int| BOOT::|rec|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |LODEEF;norf1| ...) ; compiling (DEFUN |LODEEF;kovode| ...) ; file: /tmp/oa-wdWKGz/code.lsp ; in: DEFUN |LODEEF;kovode| ; (DEFUN BOOT::|LODEEF;kovode| (BOOT::|op| BOOT::|k| BOOT::|x| BOOT::$) ; (PROG (BOOT::|y1| BOOT::|ba| BOOT::|p|) ; (RETURN ; (LET* (# # #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LODEEF;kovode| ; (BOOT::|op| BOOT::|k| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|LODEEF;kovode| ; (PROG (BOOT::|y1| BOOT::|ba| BOOT::|p|) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |LODEEF;kovode!0| ...) ; compiling (DEFUN |LODEEF;solve;LFSU;16| ...) ; compiling (DEFUN |LODEEF;ulodo| ...) ; compiling (DEFUN |LODEEF;rfSolve| ...) ; compiling (DEFUN |LODEEF;solve;LFSFLU;19| ...) ; compiling (DEFUN |LODEEF;solve;LFSFLU;19!0| ...) ; compiling (DEFUN |LODEEF;localmap| ...) ; compiling (DEFUN |LODEEF;palgSolve| ...) ; compiling (DEFUN |ElementaryFunctionLODESolver| ...) ; compiling (DEFUN |ElementaryFunctionLODESolver;| ...) ; compiling (MAKEPROP (QUOTE |ElementaryFunctionLODESolver|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 5 notes ; /tmp/oa-wdWKGz/code.fasl written ; compilation finished in 0:00:00.102 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/ODEINT.fasl --optimize=3 ODEINT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ODEINT.spad using Spad compiler. ODEINT abbreviates package ODEIntegration debug: compDefine1 lhs: (ODEIntegration R F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE int (F F (Symbol))) (SIGNATURE expint (F F (Symbol))) (SIGNATURE diff ((Mapping F F) (Symbol)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE int (F F (Symbol))) (SIGNATURE expint (F F (Symbol))) (SIGNATURE diff ((Mapping F F) (Symbol)))) $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Mapping F F) $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE int (F F (Symbol))) (SIGNATURE expint (F F (Symbol))) (SIGNATURE diff ((Mapping F F) (Symbol)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ODEIntegration compiling into /tmp/oa-lDpygt importing FunctionSpaceIntegration(R,F) importing ElementaryFunctionStructurePackage(R,F) compiling exported diff : Symbol -> F -> F Time: 0.06 SEC. compiling exported int : (F,Symbol) -> F Time: 0.02 SEC. compiling local mkprod : List Record(coef: Fraction Integer,logand: F) -> F Time: 0.08 SEC. compiling exported expint : (F,Symbol) -> F Time: 0.08 SEC. compiling local isQ : List F -> Union(Fraction Integer,failed) Time: 0.02 SEC. compiling local isQlog : F -> Union(Record(coef: Fraction Integer,logand: F),failed) Debug compQuote expr: (QUOTE log) m: $EmptyMode Debug compQuote expr: (QUOTE log) m: (Symbol) Debug compQuote expr: (QUOTE log) m: (Symbol) Time: 0.05 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] expint: not known that SetCategory is of mode CATEGORY(package,int: (F,Symbol) -> F,expint: (F,Symbol) -> F,diff: Symbol -> (F -> F)) [2] isQlog: first has no value [3] isQlog: argument has no value Cumulative Statistics for Constructor ODEIntegration Time: 0.31 seconds finalizing NRLIB ODEINT Processing ODEIntegration for Browser database: -- int : (F,SY) -> F -- expint : (F,SY) -> F -- diff : SY -> (F -> F) -- constructor ; compiling file "/tmp/oa-lDpygt/code.lsp" (written 01 FEB 2016 11:14:58 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ODEINT;diff;SM;1| ...) ; compiling (DEFUN |ODEINT;diff;SM;1!0| ...) ; compiling (DEFUN |ODEINT;int;FSF;2| ...) ; compiling (DEFUN |ODEINT;mkprod| ...) ; compiling (DEFUN |ODEINT;mkprod!0| ...) ; compiling (DEFUN |ODEINT;expint;FSF;4| ...) ; compiling (DEFUN |ODEINT;isQ| ...) ; compiling (DEFUN |ODEINT;isQlog| ...) ; compiling (DEFUN |ODEIntegration| ...) ; compiling (DEFUN |ODEIntegration;| ...) ; compiling (MAKEPROP (QUOTE |ODEIntegration|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-lDpygt/code.fasl written ; compilation finished in 0:00:00.041 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/NODE1.fasl --bootstrap NODE1.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NODE1.spad using Spad compiler. NODE1 abbreviates package NonLinearFirstOrderODESolver ------------------------------------------------------------------------ initializing stationary directory for NonLinearFirstOrderODESolver compiling into /tmp/oa-hfOs9Q Time: 0.08 SEC. Cumulative Statistics for Constructor NonLinearFirstOrderODESolver Time: 0.08 seconds finalizing NRLIB NODE1 ; compiling file "/tmp/oa-hfOs9Q/code.lsp" (written 01 FEB 2016 11:14:58 PM): ; compiling (DEFUN |NonLinearFirstOrderODESolver| ...) ; compiling (DEFUN |NonLinearFirstOrderODESolver;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-hfOs9Q/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/OREPCAT.fasl --bootstrap OREPCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OREPCAT.spad using Spad compiler. OREPCAT abbreviates category UnivariateSkewPolynomialCategory ------------------------------------------------------------------------ initializing stationary directory for UnivariateSkewPolynomialCategory compiling into /tmp/oa-aCIV24 STYLE-WARNING: redefining BOOT::|UnivariateSkewPolynomialCategory| in DEFUN Time: 0.02 SEC. finalizing NRLIB OREPCAT ; compiling file "/tmp/oa-aCIV24/code.lsp" (written 01 FEB 2016 11:14:58 PM): ; compiling (DEFPARAMETER |UnivariateSkewPolynomialCategory;AL| ...) ; compiling (DEFUN |UnivariateSkewPolynomialCategory;| ...) ; compiling (DEFUN |UnivariateSkewPolynomialCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-aCIV24/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/LODOCAT.fasl --bootstrap LODOCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LODOCAT.spad using Spad compiler. LODOCAT abbreviates category LinearOrdinaryDifferentialOperatorCategory ------------------------------------------------------------------------ initializing stationary directory for LinearOrdinaryDifferentialOperatorCategory compiling into /tmp/oa-RKgN3f STYLE-WARNING: redefining BOOT::|LinearOrdinaryDifferentialOperatorCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB LODOCAT ; compiling file "/tmp/oa-RKgN3f/code.lsp" (written 01 FEB 2016 11:14:58 PM): ; compiling (DEFPARAMETER |LinearOrdinaryDifferentialOperatorCategory;AL| ...) ; compiling (DEFUN |LinearOrdinaryDifferentialOperatorCategory;| ...) ; compiling (DEFUN |LinearOrdinaryDifferentialOperatorCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-RKgN3f/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/LODO.fasl --bootstrap LODO.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LODO.spad using Spad compiler. LODO abbreviates domain LinearOrdinaryDifferentialOperator ------------------------------------------------------------------------ initializing stationary directory for LinearOrdinaryDifferentialOperator compiling into /tmp/oa-LCMdok Time: 0.01 SEC. Cumulative Statistics for Constructor LinearOrdinaryDifferentialOperator Time: 0.01 seconds finalizing NRLIB LODO ; compiling file "/tmp/oa-LCMdok/code.lsp" (written 01 FEB 2016 11:14:58 PM): ; compiling (DEFUN |LinearOrdinaryDifferentialOperator| ...) ; compiling (DEFUN |LinearOrdinaryDifferentialOperator;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-LCMdok/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/ODESYS.fasl --bootstrap ODESYS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ODESYS.spad using Spad compiler. ODESYS abbreviates package SystemODESolver ------------------------------------------------------------------------ initializing stationary directory for SystemODESolver compiling into /tmp/oa-MuB57q Time: 0.02 SEC. Cumulative Statistics for Constructor SystemODESolver Time: 0.02 seconds finalizing NRLIB ODESYS ; compiling file "/tmp/oa-MuB57q/code.lsp" (written 01 FEB 2016 11:14:58 PM): ; compiling (DEFUN |SystemODESolver| ...) ; compiling (DEFUN |SystemODESolver;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-MuB57q/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/LODEEF.fasl --bootstrap LODEEF.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LODEEF.spad using Spad compiler. LODEEF abbreviates package ElementaryFunctionLODESolver ------------------------------------------------------------------------ initializing stationary directory for ElementaryFunctionLODESolver compiling into /tmp/oa-A5QDcy Time: 0.04 SEC. Cumulative Statistics for Constructor ElementaryFunctionLODESolver Time: 0.04 seconds finalizing NRLIB LODEEF ; compiling file "/tmp/oa-A5QDcy/code.lsp" (written 01 FEB 2016 11:14:58 PM): ; compiling (DEFUN |ElementaryFunctionLODESolver| ...) ; compiling (DEFUN |ElementaryFunctionLODESolver;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-A5QDcy/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/ODEEF.fasl --optimize=3 ODEEF.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ODEEF.spad using Spad compiler. ODEEF abbreviates package ElementaryFunctionODESolver debug: compDefine1 lhs: (ElementaryFunctionODESolver R F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE solve ((Union (Record (: particular (Vector F)) (: basis (List (Vector F)))) failed) (Matrix F) (Vector F) (Symbol))) (SIGNATURE solve ((Union (List (Vector F)) failed) (Matrix F) (Symbol))) (SIGNATURE solve ((Union (Record (: particular (Vector F)) (: basis (List (Vector F)))) failed) (List (Equation F)) (List (BasicOperator)) (Symbol))) (SIGNATURE solve ((Union (Record (: particular (Vector F)) (: basis (List (Vector F)))) failed) (List F) (List (BasicOperator)) (Symbol))) (SIGNATURE solve ((Union (Record (: particular F) (: basis (List F))) F failed) (Equation F) (BasicOperator) (Symbol))) (SIGNATURE solve ((Union (Record (: particular F) (: basis (List F))) F failed) F (BasicOperator) (Symbol))) (SIGNATURE solve ((Union F failed) (Equation F) (BasicOperator) (Equation F) (List F))) (SIGNATURE solve ((Union F failed) F (BasicOperator) (Equation F) (List F)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE solve ((Union (Record (: particular (Vector F)) (: basis (List (Vector F)))) failed) (Matrix F) (Vector F) (Symbol))) (SIGNATURE solve ((Union (List (Vector F)) failed) (Matrix F) (Symbol))) (SIGNATURE solve ((Union (Record (: particular (Vector F)) (: basis (List (Vector F)))) failed) (List (Equation F)) (List (BasicOperator)) (Symbol))) (SIGNATURE solve ((Union (Record (: particular (Vector F)) (: basis (List (Vector F)))) failed) (List F) (List (BasicOperator)) (Symbol))) (SIGNATURE solve ((Union (Record (: particular F) (: basis (List F))) F failed) (Equation F) (BasicOperator) (Symbol))) (SIGNATURE solve ((Union (Record (: particular F) (: basis (List F))) F failed) F (BasicOperator) (Symbol))) (SIGNATURE solve ((Union F failed) (Equation F) (BasicOperator) (Equation F) (List F))) (SIGNATURE solve ((Union F failed) F (BasicOperator) (Equation F) (List F)))) $param: (R F) debug: evaluateType form: (Union (Record (: particular (Vector F)) (: basis (List (Vector F)))) failed) $param: (R F) debug: evaluateType form: (Record (: particular (Vector F)) (: basis (List (Vector F)))) $param: (R F) debug: evaluateType form: (Vector F) $param: (R F) Debug: evaluateType1 form: (Vector F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (List (Vector F)) $param: (R F) Debug: evaluateType1 form: (List (Vector F)) debug: evaluateType1 x: (Vector F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Vector F) $param: (R F) Debug: evaluateType1 form: (Vector F) debug: evaluateType1 x: F m: (Type) debug: evalCategory d: (Vector F) c: (Type) debug: evaluateType form: failed $param: (R F) debug: evaluateType form: (Matrix F) $param: (R F) Debug: evaluateType1 form: (Matrix F) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (Vector F) $param: (R F) Debug: evaluateType1 form: (Vector F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Union (List (Vector F)) failed) $param: (R F) debug: evaluateType form: (List (Vector F)) $param: (R F) Debug: evaluateType1 form: (List (Vector F)) debug: evaluateType1 x: (Vector F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Vector F) $param: (R F) Debug: evaluateType1 form: (Vector F) debug: evaluateType1 x: F m: (Type) debug: evalCategory d: (Vector F) c: (Type) debug: evaluateType form: failed $param: (R F) debug: evaluateType form: (Matrix F) $param: (R F) Debug: evaluateType1 form: (Matrix F) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Union (Record (: particular (Vector F)) (: basis (List (Vector F)))) failed) $param: (R F) debug: evaluateType form: (Record (: particular (Vector F)) (: basis (List (Vector F)))) $param: (R F) debug: evaluateType form: (Vector F) $param: (R F) Debug: evaluateType1 form: (Vector F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (List (Vector F)) $param: (R F) Debug: evaluateType1 form: (List (Vector F)) debug: evaluateType1 x: (Vector F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Vector F) $param: (R F) Debug: evaluateType1 form: (Vector F) debug: evaluateType1 x: F m: (Type) debug: evalCategory d: (Vector F) c: (Type) debug: evaluateType form: failed $param: (R F) debug: evaluateType form: (List (Equation F)) $param: (R F) Debug: evaluateType1 form: (List (Equation F)) debug: evaluateType1 x: (Equation F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation F) $param: (R F) Debug: evaluateType1 form: (Equation F) debug: evaluateType1 x: F m: (Type) debug: evalCategory d: (Equation F) c: (Type) debug: evaluateType form: (List (BasicOperator)) $param: (R F) Debug: evaluateType1 form: (List (BasicOperator)) debug: evaluateType1 x: (BasicOperator) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (BasicOperator) $param: (R F) Debug: evaluateType1 form: (BasicOperator) debug: evalCategory d: (BasicOperator) c: (Type) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Union (Record (: particular (Vector F)) (: basis (List (Vector F)))) failed) $param: (R F) debug: evaluateType form: (Record (: particular (Vector F)) (: basis (List (Vector F)))) $param: (R F) debug: evaluateType form: (Vector F) $param: (R F) Debug: evaluateType1 form: (Vector F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (List (Vector F)) $param: (R F) Debug: evaluateType1 form: (List (Vector F)) debug: evaluateType1 x: (Vector F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Vector F) $param: (R F) Debug: evaluateType1 form: (Vector F) debug: evaluateType1 x: F m: (Type) debug: evalCategory d: (Vector F) c: (Type) debug: evaluateType form: failed $param: (R F) debug: evaluateType form: (List F) $param: (R F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (List (BasicOperator)) $param: (R F) Debug: evaluateType1 form: (List (BasicOperator)) debug: evaluateType1 x: (BasicOperator) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (BasicOperator) $param: (R F) Debug: evaluateType1 form: (BasicOperator) debug: evalCategory d: (BasicOperator) c: (Type) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Union (Record (: particular F) (: basis (List F))) F failed) $param: (R F) debug: evaluateType form: (Record (: particular F) (: basis (List F))) $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (List F) $param: (R F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: F $param: (R F) debug: evaluateType form: failed $param: (R F) debug: evaluateType form: (Equation F) $param: (R F) Debug: evaluateType1 form: (Equation F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (BasicOperator) $param: (R F) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Union (Record (: particular F) (: basis (List F))) F failed) $param: (R F) debug: evaluateType form: (Record (: particular F) (: basis (List F))) $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (List F) $param: (R F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: F $param: (R F) debug: evaluateType form: failed $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (BasicOperator) $param: (R F) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Union F failed) $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: failed $param: (R F) debug: evaluateType form: (Equation F) $param: (R F) Debug: evaluateType1 form: (Equation F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (BasicOperator) $param: (R F) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (Equation F) $param: (R F) Debug: evaluateType1 form: (Equation F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (List F) $param: (R F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (Union F failed) $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: failed $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (BasicOperator) $param: (R F) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (Equation F) $param: (R F) Debug: evaluateType1 form: (Equation F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (List F) $param: (R F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE solve ((Union (Record (: particular (Vector F)) (: basis (List (Vector F)))) failed) (Matrix F) (Vector F) (Symbol))) (SIGNATURE solve ((Union (List (Vector F)) failed) (Matrix F) (Symbol))) (SIGNATURE solve ((Union (Record (: particular (Vector F)) (: basis (List (Vector F)))) failed) (List (Equation F)) (List (BasicOperator)) (Symbol))) (SIGNATURE solve ((Union (Record (: particular (Vector F)) (: basis (List (Vector F)))) failed) (List F) (List (BasicOperator)) (Symbol))) (SIGNATURE solve ((Union (Record (: particular F) (: basis (List F))) F failed) (Equation F) (BasicOperator) (Symbol))) (SIGNATURE solve ((Union (Record (: particular F) (: basis (List F))) F failed) F (BasicOperator) (Symbol))) (SIGNATURE solve ((Union F failed) (Equation F) (BasicOperator) (Equation F) (List F))) (SIGNATURE solve ((Union F failed) F (BasicOperator) (Equation F) (List F)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ElementaryFunctionODESolver compiling into /tmp/oa-FQJ1oB importing ODEIntegration(R,F) importing IntegrationTools(R,F) importing NonLinearFirstOrderODESolver(R,F) compiling exported solve : (Equation F,BasicOperator,Symbol) -> Union(Record(particular: F,basis: List F),F,failed) Time: 0.06 SEC. compiling exported solve : (List Equation F,List BasicOperator,Symbol) -> Union(Record(particular: Vector F,basis: List Vector F),failed) Time: 0.03 SEC. compiling exported solve : (Equation F,BasicOperator,Equation F,List F) -> Union(F,failed) Time: 0.01 SEC. compiling exported solve : (Matrix F,Symbol) -> Union(List Vector F,failed) Time: 0.05 SEC. compiling exported solve : (Matrix F,Vector F,Symbol) -> Union(Record(particular: Vector F,basis: List Vector F),failed) Time: 0.06 SEC. compiling exported solve : (F,BasicOperator,Equation F,List F) -> Union(F,failed) Time: 0.27 SEC. compiling exported solve : (List F,List BasicOperator,Symbol) -> Union(Record(particular: Vector F,basis: List Vector F),failed) Time: 0.09 SEC. compiling exported solve : (F,BasicOperator,Symbol) -> Union(Record(particular: F,basis: List F),F,failed) Time: 0.07 SEC. compiling local parseSYS : (List F,List BasicOperator,Symbol) -> Union(Record(mat: Matrix F,vec: Vector F),failed) Time: 0.20 SEC. compiling local parseSYSeq : (F,List Kernel F,List Kernel F,List F,Symbol) -> Union(Record(index: Integer,row: Vector F,rh: F),failed) Debug compQuote expr: (QUOTE %diff) m: $EmptyMode Debug compQuote expr: (QUOTE %diff) m: (Symbol) Time: 0.36 SEC. compiling local parseODE : (F,BasicOperator,Symbol) -> Union(Record(left: SparseUnivariatePolynomial F,right: F),Record(dx: F,dy: F),failed) Debug compQuote expr: (QUOTE %diff) m: $EmptyMode Debug compQuote expr: (QUOTE %diff) m: (Symbol) Time: 0.26 SEC. compiling local parseLODE : (F,List Kernel F,SparseUnivariatePolynomial F,Symbol) -> Record(left: SparseUnivariatePolynomial F,right: F) Time: 0.15 SEC. compiling local getfreelincoeff : (F,Kernel F,Symbol) -> F Time: 0.01 SEC. compiling local getfreelincoeff1 : (F,Kernel F,List F) -> F Time: 0.02 SEC. compiling local getlincoeff : (F,Kernel F) -> F Time: 0.01 SEC. compiling local getcoeff : (F,Kernel F) -> Union(F,failed) Time: 0.10 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] solve: not known that SetCategory is of mode CATEGORY(package,solve: (Matrix F,Vector F,Symbol) -> Union(Record(particular: Vector F,basis: List Vector F),"failed"),solve: (Matrix F,Symbol) -> Union(List Vector F,"failed"),solve: (List Equation F,List BasicOperator,Symbol) -> Union(Record(particular: Vector F,basis: List Vector F),"failed"),solve: (List F,List BasicOperator,Symbol) -> Union(Record(particular: Vector F,basis: List Vector F),"failed"),solve: (Equation F,BasicOperator,Symbol) -> Union(Record(particular: F,basis: List F),F,"failed"),solve: (F,BasicOperator,Symbol) -> Union(Record(particular: F,basis: List F),F,"failed"),solve: (Equation F,BasicOperator,Equation F,List F) -> Union(F,"failed"),solve: (F,BasicOperator,Equation F,List F) -> Union(F,"failed")) [2] parseODE: c has no value [3] parseODE: k has no value [4] getcoeff: not known that SetCategory is of mode CATEGORY(package,solve: (Matrix F,Vector F,Symbol) -> Union(Record(particular: Vector F,basis: List Vector F),"failed"),solve: (Matrix F,Symbol) -> Union(List Vector F,"failed"),solve: (List Equation F,List BasicOperator,Symbol) -> Union(Record(particular: Vector F,basis: List Vector F),"failed"),solve: (List F,List BasicOperator,Symbol) -> Union(Record(particular: Vector F,basis: List Vector F),"failed"),solve: (Equation F,BasicOperator,Symbol) -> Union(Record(particular: F,basis: List F),F,"failed"),solve: (F,BasicOperator,Symbol) -> Union(Record(particular: F,basis: List F),F,"failed"),solve: (Equation F,BasicOperator,Equation F,List F) -> Union(F,"failed"),solve: (F,BasicOperator,Equation F,List F) -> Union(F,"failed")) [5] getcoeff: not known that Ring is of mode CATEGORY(package,solve: (Matrix F,Vector F,Symbol) -> Union(Record(particular: Vector F,basis: List Vector F),"failed"),solve: (Matrix F,Symbol) -> Union(List Vector F,"failed"),solve: (List Equation F,List BasicOperator,Symbol) -> Union(Record(particular: Vector F,basis: List Vector F),"failed"),solve: (List F,List BasicOperator,Symbol) -> Union(Record(particular: Vector F,basis: List Vector F),"failed"),solve: (Equation F,BasicOperator,Symbol) -> Union(Record(particular: F,basis: List F),F,"failed"),solve: (F,BasicOperator,Symbol) -> Union(Record(particular: F,basis: List F),F,"failed"),solve: (Equation F,BasicOperator,Equation F,List F) -> Union(F,"failed"),solve: (F,BasicOperator,Equation F,List F) -> Union(F,"failed")) Cumulative Statistics for Constructor ElementaryFunctionODESolver Time: 1.76 seconds finalizing NRLIB ODEEF Processing ElementaryFunctionODESolver for Browser database: -- solve : (M,V,SY) -> Union(VEC,"failed") -- solve : (M,SY) -> Union(List V,"failed") -- solve : (List EQ,List OP,SY) -> Union(VEC,"failed") -- solve : (List F,List OP,SY) -> Union(VEC,"failed") -- solve : (EQ,OP,SY) -> U -- solve : (F,OP,SY) -> U -- solve : (EQ,OP,EQ,List F) -> UU -- solve : (F,OP,EQ,List F) -> UU -- constructor ; compiling file "/tmp/oa-FQJ1oB/code.lsp" (written 01 FEB 2016 11:15:00 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ODEEF;solve;EBoSU;1| ...) ; compiling (DEFUN |ODEEF;solve;LLSU;2| ...) ; compiling (DEFUN |ODEEF;solve;EBoELU;3| ...) ; compiling (DEFUN |ODEEF;solve;MSU;4| ...) ; compiling (DEFUN |ODEEF;solve;MVSU;5| ...) ; compiling (DEFUN |ODEEF;solve;MVSU;5!0| ...) ; compiling (DEFUN |ODEEF;solve;FBoELU;6| ...) ; file: /tmp/oa-FQJ1oB/code.lsp ; in: DEFUN |ODEEF;solve;FBoELU;6| ; (DEFUN BOOT::|ODEEF;solve;FBoELU;6| ; (BOOT::|diffeq| BOOT::|y| BOOT::|center| BOOT::|y0| BOOT::$) ; (PROG (BOOT::|op| BOOT::|Lx| BOOT::|p| BOOT::|rec| BOOT::|u| BOOT::|rc|) ; (RETURN ; (LET* (# # # #) ; (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ODEEF;solve;FBoELU;6| ; (BOOT::|diffeq| BOOT::|y| BOOT::|center| BOOT::|y0| BOOT::$) ; (BLOCK BOOT::|ODEEF;solve;FBoELU;6| ; (PROG (BOOT::|op| BOOT::|Lx| BOOT::|p| BOOT::|rec| BOOT::|u| ; BOOT::|rc|) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |ODEEF;solve;LLSU;7| ...) ; file: /tmp/oa-FQJ1oB/code.lsp ; in: DEFUN |ODEEF;solve;LLSU;7| ; (DEFUN BOOT::|ODEEF;solve;LLSU;7| (BOOT::|leq| BOOT::|lop| BOOT::|x| BOOT::$) ; (PROG (BOOT::|rec|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ODEEF;solve;LLSU;7| ; (BOOT::|leq| BOOT::|lop| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ODEEF;solve;LLSU;7| ; (PROG (BOOT::|rec|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |ODEEF;solve;FBoSU;8| ...) ; compiling (DEFUN |ODEEF;parseSYS| ...) ; compiling (DEFUN |ODEEF;parseSYSeq| ...) ; compiling (DEFUN |ODEEF;parseODE| ...) ; compiling (DEFUN |ODEEF;parseLODE| ...) ; file: /tmp/oa-FQJ1oB/code.lsp ; in: DEFUN |ODEEF;parseLODE| ; (DEFUN BOOT::|ODEEF;parseLODE| ; (BOOT::|diffeq| BOOT::|l| BOOT::|p| BOOT::|y| BOOT::$) ; (PROG (BOOT::|c|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ODEEF;parseLODE| ; (BOOT::|diffeq| BOOT::|l| BOOT::|p| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|ODEEF;parseLODE| (PROG (BOOT::|c|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ODEEF;getfreelincoeff| ...) ; compiling (DEFUN |ODEEF;getfreelincoeff1| ...) ; compiling (DEFUN |ODEEF;getlincoeff| ...) ; compiling (DEFUN |ODEEF;getcoeff| ...) ; compiling (DEFUN |ElementaryFunctionODESolver| ...) ; compiling (DEFUN |ElementaryFunctionODESolver;| ...) ; compiling (MAKEPROP (QUOTE |ElementaryFunctionODESolver|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 3 notes ; /tmp/oa-FQJ1oB/code.fasl written ; compilation finished in 0:00:00.121 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/NODE1.fasl --optimize=3 NODE1.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NODE1.spad using Spad compiler. NODE1 abbreviates package NonLinearFirstOrderODESolver debug: compDefine1 lhs: (NonLinearFirstOrderODESolver R F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE solve ((Union F failed) F F (BasicOperator) (Symbol)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE solve ((Union F failed) F F (BasicOperator) (Symbol)))) $param: (R F) debug: evaluateType form: (Union F failed) $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: failed $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (BasicOperator) $param: (R F) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE solve ((Union F failed) F F (BasicOperator) (Symbol)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for NonLinearFirstOrderODESolver compiling into /tmp/oa-28fwJC importing ODEIntegration(R,F) importing ElementaryFunctionODESolver(R,F) compiling exported solve : (F,F,BasicOperator,Symbol) -> Union(F,failed) Time: 0.20 SEC. compiling local integratingFactor : (F,F,Symbol,Symbol) -> Union(F,failed) Time: 0.03 SEC. compiling local checkBernoulli : (F,F,Kernel F) -> Union(Record(coef1: F,coefn: F,exponent: NonNegativeInteger),failed) Time: 0.15 SEC. compiling local solveBernoulli : (Record(coef1: F,coefn: F,exponent: NonNegativeInteger),BasicOperator,Symbol,F) -> Union(F,failed) Time: 0.27 SEC. compiling local checkRiccati : (F,F,Kernel F) -> Union(List F,failed) Time: 0.15 SEC. compiling local solveRiccati : (List F,BasicOperator,Symbol,F) -> Union(F,failed) Time: 1.90 SEC. compiling local partSolRiccati : (List F,BasicOperator,Symbol,F) -> Union(F,failed) Time: 0.08 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] solve: not known that SetCategory is of mode CATEGORY(package,solve: (F,F,BasicOperator,Symbol) -> Union(F,"failed")) [2] integratingFactor: member? has no value [3] checkBernoulli: not known that Ring is of mode CATEGORY(package,solve: (F,F,BasicOperator,Symbol) -> Union(F,"failed")) [4] solveBernoulli: first has no value Cumulative Statistics for Constructor NonLinearFirstOrderODESolver Time: 2.80 seconds finalizing NRLIB NODE1 Processing NonLinearFirstOrderODESolver for Browser database: -- solve : (F,F,OP,SY) -> U -- constructor ; compiling file "/tmp/oa-28fwJC/code.lsp" (written 01 FEB 2016 11:15:03 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |NODE1;solve;2FBoSU;1| ...) ; compiling (DEFUN |NODE1;integratingFactor| ...) ; compiling (DEFUN |NODE1;checkBernoulli| ...) ; compiling (DEFUN |NODE1;solveBernoulli| ...) ; compiling (DEFUN |NODE1;checkRiccati| ...) ; compiling (DEFUN |NODE1;solveRiccati| ...) ; compiling (DEFUN |NODE1;partSolRiccati| ...) ; compiling (DEFUN |NonLinearFirstOrderODESolver| ...) ; compiling (DEFUN |NonLinearFirstOrderODESolver;| ...) ; compiling (MAKEPROP (QUOTE |NonLinearFirstOrderODESolver|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-28fwJC/code.fasl written ; compilation finished in 0:00:00.090 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ODEEF.spad && cp ODEEF.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ODEEF.fasl \ && if test -f ODEEF-.NRLIB/code.fasl; then \ cp ODEEF-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ODEEF-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ODEEF.spad using Spad compiler. ODEEF abbreviates package ElementaryFunctionODESolver debug: compDefine1 lhs: (ElementaryFunctionODESolver R F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE solve ((Union (Record (: particular (Vector F)) (: basis (List (Vector F)))) failed) (Matrix F) (Vector F) (Symbol))) (SIGNATURE solve ((Union (List (Vector F)) failed) (Matrix F) (Symbol))) (SIGNATURE solve ((Union (Record (: particular (Vector F)) (: basis (List (Vector F)))) failed) (List (Equation F)) (List (BasicOperator)) (Symbol))) (SIGNATURE solve ((Union (Record (: particular (Vector F)) (: basis (List (Vector F)))) failed) (List F) (List (BasicOperator)) (Symbol))) (SIGNATURE solve ((Union (Record (: particular F) (: basis (List F))) F failed) (Equation F) (BasicOperator) (Symbol))) (SIGNATURE solve ((Union (Record (: particular F) (: basis (List F))) F failed) F (BasicOperator) (Symbol))) (SIGNATURE solve ((Union F failed) (Equation F) (BasicOperator) (Equation F) (List F))) (SIGNATURE solve ((Union F failed) F (BasicOperator) (Equation F) (List F)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE solve ((Union (Record (: particular (Vector F)) (: basis (List (Vector F)))) failed) (Matrix F) (Vector F) (Symbol))) (SIGNATURE solve ((Union (List (Vector F)) failed) (Matrix F) (Symbol))) (SIGNATURE solve ((Union (Record (: particular (Vector F)) (: basis (List (Vector F)))) failed) (List (Equation F)) (List (BasicOperator)) (Symbol))) (SIGNATURE solve ((Union (Record (: particular (Vector F)) (: basis (List (Vector F)))) failed) (List F) (List (BasicOperator)) (Symbol))) (SIGNATURE solve ((Union (Record (: particular F) (: basis (List F))) F failed) (Equation F) (BasicOperator) (Symbol))) (SIGNATURE solve ((Union (Record (: particular F) (: basis (List F))) F failed) F (BasicOperator) (Symbol))) (SIGNATURE solve ((Union F failed) (Equation F) (BasicOperator) (Equation F) (List F))) (SIGNATURE solve ((Union F failed) F (BasicOperator) (Equation F) (List F)))) $param: (R F) debug: evaluateType form: (Union (Record (: particular (Vector F)) (: basis (List (Vector F)))) failed) $param: (R F) debug: evaluateType form: (Record (: particular (Vector F)) (: basis (List (Vector F)))) $param: (R F) debug: evaluateType form: (Vector F) $param: (R F) Debug: evaluateType1 form: (Vector F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (List (Vector F)) $param: (R F) Debug: evaluateType1 form: (List (Vector F)) debug: evaluateType1 x: (Vector F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Vector F) $param: (R F) Debug: evaluateType1 form: (Vector F) debug: evaluateType1 x: F m: (Type) debug: evalCategory d: (Vector F) c: (Type) debug: evaluateType form: failed $param: (R F) debug: evaluateType form: (Matrix F) $param: (R F) Debug: evaluateType1 form: (Matrix F) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (Vector F) $param: (R F) Debug: evaluateType1 form: (Vector F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Union (List (Vector F)) failed) $param: (R F) debug: evaluateType form: (List (Vector F)) $param: (R F) Debug: evaluateType1 form: (List (Vector F)) debug: evaluateType1 x: (Vector F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Vector F) $param: (R F) Debug: evaluateType1 form: (Vector F) debug: evaluateType1 x: F m: (Type) debug: evalCategory d: (Vector F) c: (Type) debug: evaluateType form: failed $param: (R F) debug: evaluateType form: (Matrix F) $param: (R F) Debug: evaluateType1 form: (Matrix F) debug: evaluateType1 x: F m: (Ring) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Union (Record (: particular (Vector F)) (: basis (List (Vector F)))) failed) $param: (R F) debug: evaluateType form: (Record (: particular (Vector F)) (: basis (List (Vector F)))) $param: (R F) debug: evaluateType form: (Vector F) $param: (R F) Debug: evaluateType1 form: (Vector F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (List (Vector F)) $param: (R F) Debug: evaluateType1 form: (List (Vector F)) debug: evaluateType1 x: (Vector F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Vector F) $param: (R F) Debug: evaluateType1 form: (Vector F) debug: evaluateType1 x: F m: (Type) debug: evalCategory d: (Vector F) c: (Type) debug: evaluateType form: failed $param: (R F) debug: evaluateType form: (List (Equation F)) $param: (R F) Debug: evaluateType1 form: (List (Equation F)) debug: evaluateType1 x: (Equation F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation F) $param: (R F) Debug: evaluateType1 form: (Equation F) debug: evaluateType1 x: F m: (Type) debug: evalCategory d: (Equation F) c: (Type) debug: evaluateType form: (List (BasicOperator)) $param: (R F) Debug: evaluateType1 form: (List (BasicOperator)) debug: evaluateType1 x: (BasicOperator) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (BasicOperator) $param: (R F) Debug: evaluateType1 form: (BasicOperator) debug: evalCategory d: (BasicOperator) c: (Type) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Union (Record (: particular (Vector F)) (: basis (List (Vector F)))) failed) $param: (R F) debug: evaluateType form: (Record (: particular (Vector F)) (: basis (List (Vector F)))) $param: (R F) debug: evaluateType form: (Vector F) $param: (R F) Debug: evaluateType1 form: (Vector F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (List (Vector F)) $param: (R F) Debug: evaluateType1 form: (List (Vector F)) debug: evaluateType1 x: (Vector F) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Vector F) $param: (R F) Debug: evaluateType1 form: (Vector F) debug: evaluateType1 x: F m: (Type) debug: evalCategory d: (Vector F) c: (Type) debug: evaluateType form: failed $param: (R F) debug: evaluateType form: (List F) $param: (R F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (List (BasicOperator)) $param: (R F) Debug: evaluateType1 form: (List (BasicOperator)) debug: evaluateType1 x: (BasicOperator) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R F) Debug: evaluateType1 form: (Type) debug: evaluateType form: (BasicOperator) $param: (R F) Debug: evaluateType1 form: (BasicOperator) debug: evalCategory d: (BasicOperator) c: (Type) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Union (Record (: particular F) (: basis (List F))) F failed) $param: (R F) debug: evaluateType form: (Record (: particular F) (: basis (List F))) $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (List F) $param: (R F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: F $param: (R F) debug: evaluateType form: failed $param: (R F) debug: evaluateType form: (Equation F) $param: (R F) Debug: evaluateType1 form: (Equation F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (BasicOperator) $param: (R F) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Union (Record (: particular F) (: basis (List F))) F failed) $param: (R F) debug: evaluateType form: (Record (: particular F) (: basis (List F))) $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (List F) $param: (R F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: F $param: (R F) debug: evaluateType form: failed $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (BasicOperator) $param: (R F) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (Union F failed) $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: failed $param: (R F) debug: evaluateType form: (Equation F) $param: (R F) Debug: evaluateType1 form: (Equation F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (BasicOperator) $param: (R F) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (Equation F) $param: (R F) Debug: evaluateType1 form: (Equation F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (List F) $param: (R F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (Union F failed) $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: failed $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (BasicOperator) $param: (R F) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (Equation F) $param: (R F) Debug: evaluateType1 form: (Equation F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (List F) $param: (R F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE solve ((Union (Record (: particular (Vector F)) (: basis (List (Vector F)))) failed) (Matrix F) (Vector F) (Symbol))) (SIGNATURE solve ((Union (List (Vector F)) failed) (Matrix F) (Symbol))) (SIGNATURE solve ((Union (Record (: particular (Vector F)) (: basis (List (Vector F)))) failed) (List (Equation F)) (List (BasicOperator)) (Symbol))) (SIGNATURE solve ((Union (Record (: particular (Vector F)) (: basis (List (Vector F)))) failed) (List F) (List (BasicOperator)) (Symbol))) (SIGNATURE solve ((Union (Record (: particular F) (: basis (List F))) F failed) (Equation F) (BasicOperator) (Symbol))) (SIGNATURE solve ((Union (Record (: particular F) (: basis (List F))) F failed) F (BasicOperator) (Symbol))) (SIGNATURE solve ((Union F failed) (Equation F) (BasicOperator) (Equation F) (List F))) (SIGNATURE solve ((Union F failed) F (BasicOperator) (Equation F) (List F)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ElementaryFunctionODESolver compiling into /tmp/oa-6SCgBO importing ODEIntegration(R,F) importing IntegrationTools(R,F) importing NonLinearFirstOrderODESolver(R,F) compiling exported solve : (Equation F,BasicOperator,Symbol) -> Union(Record(particular: F,basis: List F),F,failed) Time: 0.10 SEC. compiling exported solve : (List Equation F,List BasicOperator,Symbol) -> Union(Record(particular: Vector F,basis: List Vector F),failed) Time: 0.04 SEC. compiling exported solve : (Equation F,BasicOperator,Equation F,List F) -> Union(F,failed) Time: 0.02 SEC. compiling exported solve : (Matrix F,Symbol) -> Union(List Vector F,failed) Time: 0.06 SEC. compiling exported solve : (Matrix F,Vector F,Symbol) -> Union(Record(particular: Vector F,basis: List Vector F),failed) Time: 0.08 SEC. compiling exported solve : (F,BasicOperator,Equation F,List F) -> Union(F,failed) Time: 0.24 SEC. compiling exported solve : (List F,List BasicOperator,Symbol) -> Union(Record(particular: Vector F,basis: List Vector F),failed) Time: 0.07 SEC. compiling exported solve : (F,BasicOperator,Symbol) -> Union(Record(particular: F,basis: List F),F,failed) Time: 0.09 SEC. compiling local parseSYS : (List F,List BasicOperator,Symbol) -> Union(Record(mat: Matrix F,vec: Vector F),failed) Time: 0.21 SEC. compiling local parseSYSeq : (F,List Kernel F,List Kernel F,List F,Symbol) -> Union(Record(index: Integer,row: Vector F,rh: F),failed) Debug compQuote expr: (QUOTE %diff) m: $EmptyMode Debug compQuote expr: (QUOTE %diff) m: (Symbol) Time: 0.32 SEC. compiling local parseODE : (F,BasicOperator,Symbol) -> Union(Record(left: SparseUnivariatePolynomial F,right: F),Record(dx: F,dy: F),failed) Debug compQuote expr: (QUOTE %diff) m: $EmptyMode Debug compQuote expr: (QUOTE %diff) m: (Symbol) Time: 0.28 SEC. compiling local parseLODE : (F,List Kernel F,SparseUnivariatePolynomial F,Symbol) -> Record(left: SparseUnivariatePolynomial F,right: F) Time: 0.10 SEC. compiling local getfreelincoeff : (F,Kernel F,Symbol) -> F Time: 0.01 SEC. compiling local getfreelincoeff1 : (F,Kernel F,List F) -> F Time: 0.02 SEC. compiling local getlincoeff : (F,Kernel F) -> F Time: 0.01 SEC. compiling local getcoeff : (F,Kernel F) -> Union(F,failed) Time: 0.13 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] solve: not known that SetCategory is of mode CATEGORY(package,solve: (Matrix F,Vector F,Symbol) -> Union(Record(particular: Vector F,basis: List Vector F),"failed"),solve: (Matrix F,Symbol) -> Union(List Vector F,"failed"),solve: (List Equation F,List BasicOperator,Symbol) -> Union(Record(particular: Vector F,basis: List Vector F),"failed"),solve: (List F,List BasicOperator,Symbol) -> Union(Record(particular: Vector F,basis: List Vector F),"failed"),solve: (Equation F,BasicOperator,Symbol) -> Union(Record(particular: F,basis: List F),F,"failed"),solve: (F,BasicOperator,Symbol) -> Union(Record(particular: F,basis: List F),F,"failed"),solve: (Equation F,BasicOperator,Equation F,List F) -> Union(F,"failed"),solve: (F,BasicOperator,Equation F,List F) -> Union(F,"failed")) [2] parseODE: c has no value [3] parseODE: k has no value [4] getcoeff: not known that SetCategory is of mode CATEGORY(package,solve: (Matrix F,Vector F,Symbol) -> Union(Record(particular: Vector F,basis: List Vector F),"failed"),solve: (Matrix F,Symbol) -> Union(List Vector F,"failed"),solve: (List Equation F,List BasicOperator,Symbol) -> Union(Record(particular: Vector F,basis: List Vector F),"failed"),solve: (List F,List BasicOperator,Symbol) -> Union(Record(particular: Vector F,basis: List Vector F),"failed"),solve: (Equation F,BasicOperator,Symbol) -> Union(Record(particular: F,basis: List F),F,"failed"),solve: (F,BasicOperator,Symbol) -> Union(Record(particular: F,basis: List F),F,"failed"),solve: (Equation F,BasicOperator,Equation F,List F) -> Union(F,"failed"),solve: (F,BasicOperator,Equation F,List F) -> Union(F,"failed")) [5] getcoeff: not known that Ring is of mode CATEGORY(package,solve: (Matrix F,Vector F,Symbol) -> Union(Record(particular: Vector F,basis: List Vector F),"failed"),solve: (Matrix F,Symbol) -> Union(List Vector F,"failed"),solve: (List Equation F,List BasicOperator,Symbol) -> Union(Record(particular: Vector F,basis: List Vector F),"failed"),solve: (List F,List BasicOperator,Symbol) -> Union(Record(particular: Vector F,basis: List Vector F),"failed"),solve: (Equation F,BasicOperator,Symbol) -> Union(Record(particular: F,basis: List F),F,"failed"),solve: (F,BasicOperator,Symbol) -> Union(Record(particular: F,basis: List F),F,"failed"),solve: (Equation F,BasicOperator,Equation F,List F) -> Union(F,"failed"),solve: (F,BasicOperator,Equation F,List F) -> Union(F,"failed")) Cumulative Statistics for Constructor ElementaryFunctionODESolver Time: 1.80 seconds finalizing NRLIB ODEEF Processing ElementaryFunctionODESolver for Browser database: -- solve : (M,V,SY) -> Union(VEC,"failed") -- solve : (M,SY) -> Union(List V,"failed") -- solve : (List EQ,List OP,SY) -> Union(VEC,"failed") -- solve : (List F,List OP,SY) -> Union(VEC,"failed") -- solve : (EQ,OP,SY) -> U -- solve : (F,OP,SY) -> U -- solve : (EQ,OP,EQ,List F) -> UU -- solve : (F,OP,EQ,List F) -> UU -- constructor ; compiling file "/tmp/oa-6SCgBO/code.lsp" (written 01 FEB 2016 11:15:05 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ODEEF;solve;EBoSU;1| ...) ; compiling (DEFUN |ODEEF;solve;LLSU;2| ...) ; compiling (DEFUN |ODEEF;solve;EBoELU;3| ...) ; compiling (DEFUN |ODEEF;solve;MSU;4| ...) ; compiling (DEFUN |ODEEF;solve;MVSU;5| ...) ; compiling (DEFUN |ODEEF;solve;MVSU;5!0| ...) ; compiling (DEFUN |ODEEF;solve;FBoELU;6| ...) ; file: /tmp/oa-6SCgBO/code.lsp ; in: DEFUN |ODEEF;solve;FBoELU;6| ; (DEFUN BOOT::|ODEEF;solve;FBoELU;6| ; (BOOT::|diffeq| BOOT::|y| BOOT::|center| BOOT::|y0| BOOT::$) ; (PROG (BOOT::|op| BOOT::|Lx| BOOT::|p| BOOT::|rec| BOOT::|u| BOOT::|rc|) ; (RETURN ; (LET* (# # # #) ; (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ODEEF;solve;FBoELU;6| ; (BOOT::|diffeq| BOOT::|y| BOOT::|center| BOOT::|y0| BOOT::$) ; (BLOCK BOOT::|ODEEF;solve;FBoELU;6| ; (PROG (BOOT::|op| BOOT::|Lx| BOOT::|p| BOOT::|rec| BOOT::|u| ; BOOT::|rc|) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |ODEEF;solve;LLSU;7| ...) ; file: /tmp/oa-6SCgBO/code.lsp ; in: DEFUN |ODEEF;solve;LLSU;7| ; (DEFUN BOOT::|ODEEF;solve;LLSU;7| (BOOT::|leq| BOOT::|lop| BOOT::|x| BOOT::$) ; (PROG (BOOT::|rec|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ODEEF;solve;LLSU;7| ; (BOOT::|leq| BOOT::|lop| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|ODEEF;solve;LLSU;7| ; (PROG (BOOT::|rec|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |ODEEF;solve;FBoSU;8| ...) ; compiling (DEFUN |ODEEF;parseSYS| ...) ; compiling (DEFUN |ODEEF;parseSYSeq| ...) ; compiling (DEFUN |ODEEF;parseODE| ...) ; compiling (DEFUN |ODEEF;parseLODE| ...) ; file: /tmp/oa-6SCgBO/code.lsp ; in: DEFUN |ODEEF;parseLODE| ; (DEFUN BOOT::|ODEEF;parseLODE| ; (BOOT::|diffeq| BOOT::|l| BOOT::|p| BOOT::|y| BOOT::$) ; (PROG (BOOT::|c|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ODEEF;parseLODE| ; (BOOT::|diffeq| BOOT::|l| BOOT::|p| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|ODEEF;parseLODE| (PROG (BOOT::|c|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |ODEEF;getfreelincoeff| ...) ; compiling (DEFUN |ODEEF;getfreelincoeff1| ...) ; compiling (DEFUN |ODEEF;getlincoeff| ...) ; compiling (DEFUN |ODEEF;getcoeff| ...) ; compiling (DEFUN |ElementaryFunctionODESolver| ...) ; compiling (DEFUN |ElementaryFunctionODESolver;| ...) ; compiling (MAKEPROP (QUOTE |ElementaryFunctionODESolver|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 3 notes ; /tmp/oa-6SCgBO/code.fasl written ; compilation finished in 0:00:00.152 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile NODE1.spad && cp NODE1.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/NODE1.fasl \ && if test -f NODE1-.NRLIB/code.fasl; then \ cp NODE1-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/NODE1-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NODE1.spad using Spad compiler. NODE1 abbreviates package NonLinearFirstOrderODESolver debug: compDefine1 lhs: (NonLinearFirstOrderODESolver R F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE solve ((Union F failed) F F (BasicOperator) (Symbol)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE solve ((Union F failed) F F (BasicOperator) (Symbol)))) $param: (R F) debug: evaluateType form: (Union F failed) $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: failed $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: F $param: (R F) debug: evaluateType form: (BasicOperator) $param: (R F) Debug: evaluateType1 form: (BasicOperator) debug: evaluateType form: (Symbol) $param: (R F) Debug: evaluateType1 form: (Symbol) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE solve ((Union F failed) F F (BasicOperator) (Symbol)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for NonLinearFirstOrderODESolver compiling into /tmp/oa-5zzVL1 importing ODEIntegration(R,F) importing ElementaryFunctionODESolver(R,F) compiling exported solve : (F,F,BasicOperator,Symbol) -> Union(F,failed) Time: 0.23 SEC. compiling local integratingFactor : (F,F,Symbol,Symbol) -> Union(F,failed) Time: 0.03 SEC. compiling local checkBernoulli : (F,F,Kernel F) -> Union(Record(coef1: F,coefn: F,exponent: NonNegativeInteger),failed) Time: 0.12 SEC. compiling local solveBernoulli : (Record(coef1: F,coefn: F,exponent: NonNegativeInteger),BasicOperator,Symbol,F) -> Union(F,failed) Time: 0.12 SEC. compiling local checkRiccati : (F,F,Kernel F) -> Union(List F,failed) Time: 0.13 SEC. compiling local solveRiccati : (List F,BasicOperator,Symbol,F) -> Union(F,failed) Time: 1.83 SEC. compiling local partSolRiccati : (List F,BasicOperator,Symbol,F) -> Union(F,failed) Time: 0.09 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] solve: not known that SetCategory is of mode CATEGORY(package,solve: (F,F,BasicOperator,Symbol) -> Union(F,"failed")) [2] integratingFactor: member? has no value [3] checkBernoulli: not known that Ring is of mode CATEGORY(package,solve: (F,F,BasicOperator,Symbol) -> Union(F,"failed")) [4] solveBernoulli: first has no value Cumulative Statistics for Constructor NonLinearFirstOrderODESolver Time: 2.55 seconds finalizing NRLIB NODE1 Processing NonLinearFirstOrderODESolver for Browser database: -- solve : (F,F,OP,SY) -> U -- constructor ; compiling file "/tmp/oa-5zzVL1/code.lsp" (written 01 FEB 2016 11:15:08 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |NODE1;solve;2FBoSU;1| ...) ; compiling (DEFUN |NODE1;integratingFactor| ...) ; compiling (DEFUN |NODE1;checkBernoulli| ...) ; compiling (DEFUN |NODE1;solveBernoulli| ...) ; compiling (DEFUN |NODE1;checkRiccati| ...) ; compiling (DEFUN |NODE1;solveRiccati| ...) ; compiling (DEFUN |NODE1;partSolRiccati| ...) ; compiling (DEFUN |NonLinearFirstOrderODESolver| ...) ; compiling (DEFUN |NonLinearFirstOrderODESolver;| ...) ; compiling (MAKEPROP (QUOTE |NonLinearFirstOrderODESolver|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-5zzVL1/code.fasl written ; compilation finished in 0:00:00.084 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SOLVERAD.spad && cp SOLVERAD.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SOLVERAD.fasl \ && if test -f SOLVERAD-.NRLIB/code.fasl; then \ cp SOLVERAD-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SOLVERAD-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SOLVERAD.spad using Spad compiler. SOLVERAD abbreviates package RadicalSolvePackage debug: compDefine1 lhs: (RadicalSolvePackage R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE radicalSolve ((List (Equation (Expression R))) (Fraction (Polynomial R)) (Symbol))) (SIGNATURE radicalSolve ((List (Equation (Expression R))) (Fraction (Polynomial R)))) (SIGNATURE radicalSolve ((List (Equation (Expression R))) (Equation (Fraction (Polynomial R))) (Symbol))) (SIGNATURE radicalSolve ((List (Equation (Expression R))) (Equation (Fraction (Polynomial R))))) (SIGNATURE radicalSolve ((List (List (Equation (Expression R)))) (List (Fraction (Polynomial R))) (List (Symbol)))) (SIGNATURE radicalSolve ((List (List (Equation (Expression R)))) (List (Fraction (Polynomial R))))) (SIGNATURE radicalSolve ((List (List (Equation (Expression R)))) (List (Equation (Fraction (Polynomial R)))) (List (Symbol)))) (SIGNATURE radicalSolve ((List (List (Equation (Expression R)))) (List (Equation (Fraction (Polynomial R)))))) (SIGNATURE radicalRoots ((List (Expression R)) (Fraction (Polynomial R)) (Symbol))) (SIGNATURE radicalRoots ((List (List (Expression R))) (List (Fraction (Polynomial R))) (List (Symbol)))) (SIGNATURE contractSolve ((SuchThat (List (Expression R)) (List (Equation (Expression R)))) (Equation (Fraction (Polynomial R))) (Symbol))) (SIGNATURE contractSolve ((SuchThat (List (Expression R)) (List (Equation (Expression R)))) (Fraction (Polynomial R)) (Symbol)))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE radicalSolve ((List (Equation (Expression R))) (Fraction (Polynomial R)) (Symbol))) (SIGNATURE radicalSolve ((List (Equation (Expression R))) (Fraction (Polynomial R)))) (SIGNATURE radicalSolve ((List (Equation (Expression R))) (Equation (Fraction (Polynomial R))) (Symbol))) (SIGNATURE radicalSolve ((List (Equation (Expression R))) (Equation (Fraction (Polynomial R))))) (SIGNATURE radicalSolve ((List (List (Equation (Expression R)))) (List (Fraction (Polynomial R))) (List (Symbol)))) (SIGNATURE radicalSolve ((List (List (Equation (Expression R)))) (List (Fraction (Polynomial R))))) (SIGNATURE radicalSolve ((List (List (Equation (Expression R)))) (List (Equation (Fraction (Polynomial R)))) (List (Symbol)))) (SIGNATURE radicalSolve ((List (List (Equation (Expression R)))) (List (Equation (Fraction (Polynomial R)))))) (SIGNATURE radicalRoots ((List (Expression R)) (Fraction (Polynomial R)) (Symbol))) (SIGNATURE radicalRoots ((List (List (Expression R))) (List (Fraction (Polynomial R))) (List (Symbol)))) (SIGNATURE contractSolve ((SuchThat (List (Expression R)) (List (Equation (Expression R)))) (Equation (Fraction (Polynomial R))) (Symbol))) (SIGNATURE contractSolve ((SuchThat (List (Expression R)) (List (Equation (Expression R)))) (Fraction (Polynomial R)) (Symbol)))) $param: (R) debug: evaluateType form: (List (Equation (Expression R))) $param: (R) Debug: evaluateType1 form: (List (Equation (Expression R))) debug: evaluateType1 x: (Equation (Expression R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation (Expression R)) $param: (R) Debug: evaluateType1 form: (Equation (Expression R)) debug: evaluateType1 x: (Expression R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Expression R) $param: (R) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: evalCategory d: (Expression R) c: (Type) debug: evalCategory d: (Equation (Expression R)) c: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (List (Equation (Expression R))) $param: (R) Debug: evaluateType1 form: (List (Equation (Expression R))) debug: evaluateType1 x: (Equation (Expression R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation (Expression R)) $param: (R) Debug: evaluateType1 form: (Equation (Expression R)) debug: evaluateType1 x: (Expression R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Expression R) $param: (R) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: evalCategory d: (Expression R) c: (Type) debug: evalCategory d: (Equation (Expression R)) c: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (List (Equation (Expression R))) $param: (R) Debug: evaluateType1 form: (List (Equation (Expression R))) debug: evaluateType1 x: (Equation (Expression R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation (Expression R)) $param: (R) Debug: evaluateType1 form: (Equation (Expression R)) debug: evaluateType1 x: (Expression R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Expression R) $param: (R) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: evalCategory d: (Expression R) c: (Type) debug: evalCategory d: (Equation (Expression R)) c: (Type) debug: evaluateType form: (Equation (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Equation (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (List (Equation (Expression R))) $param: (R) Debug: evaluateType1 form: (List (Equation (Expression R))) debug: evaluateType1 x: (Equation (Expression R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation (Expression R)) $param: (R) Debug: evaluateType1 form: (Equation (Expression R)) debug: evaluateType1 x: (Expression R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Expression R) $param: (R) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: evalCategory d: (Expression R) c: (Type) debug: evalCategory d: (Equation (Expression R)) c: (Type) debug: evaluateType form: (Equation (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Equation (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evaluateType form: (List (List (Equation (Expression R)))) $param: (R) Debug: evaluateType1 form: (List (List (Equation (Expression R)))) debug: evaluateType1 x: (List (Equation (Expression R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Equation (Expression R))) $param: (R) Debug: evaluateType1 form: (List (Equation (Expression R))) debug: evaluateType1 x: (Equation (Expression R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation (Expression R)) $param: (R) Debug: evaluateType1 form: (Equation (Expression R)) debug: evaluateType1 x: (Expression R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Expression R) $param: (R) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: evalCategory d: (Expression R) c: (Type) debug: evalCategory d: (Equation (Expression R)) c: (Type) debug: evalCategory d: (List (Equation (Expression R))) c: (Type) debug: evaluateType form: (List (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (List (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evaluateType form: (List (Symbol)) $param: (R) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (List (List (Equation (Expression R)))) $param: (R) Debug: evaluateType1 form: (List (List (Equation (Expression R)))) debug: evaluateType1 x: (List (Equation (Expression R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Equation (Expression R))) $param: (R) Debug: evaluateType1 form: (List (Equation (Expression R))) debug: evaluateType1 x: (Equation (Expression R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation (Expression R)) $param: (R) Debug: evaluateType1 form: (Equation (Expression R)) debug: evaluateType1 x: (Expression R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Expression R) $param: (R) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: evalCategory d: (Expression R) c: (Type) debug: evalCategory d: (Equation (Expression R)) c: (Type) debug: evalCategory d: (List (Equation (Expression R))) c: (Type) debug: evaluateType form: (List (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (List (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evaluateType form: (List (List (Equation (Expression R)))) $param: (R) Debug: evaluateType1 form: (List (List (Equation (Expression R)))) debug: evaluateType1 x: (List (Equation (Expression R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Equation (Expression R))) $param: (R) Debug: evaluateType1 form: (List (Equation (Expression R))) debug: evaluateType1 x: (Equation (Expression R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation (Expression R)) $param: (R) Debug: evaluateType1 form: (Equation (Expression R)) debug: evaluateType1 x: (Expression R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Expression R) $param: (R) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: evalCategory d: (Expression R) c: (Type) debug: evalCategory d: (Equation (Expression R)) c: (Type) debug: evalCategory d: (List (Equation (Expression R))) c: (Type) debug: evaluateType form: (List (Equation (Fraction (Polynomial R)))) $param: (R) Debug: evaluateType1 form: (List (Equation (Fraction (Polynomial R)))) debug: evaluateType1 x: (Equation (Fraction (Polynomial R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Equation (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evalCategory d: (Equation (Fraction (Polynomial R))) c: (Type) debug: evaluateType form: (List (Symbol)) $param: (R) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (List (List (Equation (Expression R)))) $param: (R) Debug: evaluateType1 form: (List (List (Equation (Expression R)))) debug: evaluateType1 x: (List (Equation (Expression R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Equation (Expression R))) $param: (R) Debug: evaluateType1 form: (List (Equation (Expression R))) debug: evaluateType1 x: (Equation (Expression R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation (Expression R)) $param: (R) Debug: evaluateType1 form: (Equation (Expression R)) debug: evaluateType1 x: (Expression R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Expression R) $param: (R) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: evalCategory d: (Expression R) c: (Type) debug: evalCategory d: (Equation (Expression R)) c: (Type) debug: evalCategory d: (List (Equation (Expression R))) c: (Type) debug: evaluateType form: (List (Equation (Fraction (Polynomial R)))) $param: (R) Debug: evaluateType1 form: (List (Equation (Fraction (Polynomial R)))) debug: evaluateType1 x: (Equation (Fraction (Polynomial R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Equation (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evalCategory d: (Equation (Fraction (Polynomial R))) c: (Type) debug: evaluateType form: (List (Expression R)) $param: (R) Debug: evaluateType1 form: (List (Expression R)) debug: evaluateType1 x: (Expression R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Expression R) $param: (R) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: evalCategory d: (Expression R) c: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (List (List (Expression R))) $param: (R) Debug: evaluateType1 form: (List (List (Expression R))) debug: evaluateType1 x: (List (Expression R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Expression R)) $param: (R) Debug: evaluateType1 form: (List (Expression R)) debug: evaluateType1 x: (Expression R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Expression R) $param: (R) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: evalCategory d: (Expression R) c: (Type) debug: evalCategory d: (List (Expression R)) c: (Type) debug: evaluateType form: (List (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (List (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evaluateType form: (List (Symbol)) $param: (R) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: evaluateType form: (SuchThat (List (Expression R)) (List (Equation (Expression R)))) $param: (R) Debug: evaluateType1 form: (SuchThat (List (Expression R)) (List (Equation (Expression R)))) debug: evaluateType1 x: (List (Expression R)) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (List (Expression R)) $param: (R) Debug: evaluateType1 form: (List (Expression R)) debug: evaluateType1 x: (Expression R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Expression R) $param: (R) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: evalCategory d: (Expression R) c: (Type) debug: evalCategory d: (List (Expression R)) c: (SetCategory) debug: evaluateType1 x: (List (Equation (Expression R))) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (List (Equation (Expression R))) $param: (R) Debug: evaluateType1 form: (List (Equation (Expression R))) debug: evaluateType1 x: (Equation (Expression R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation (Expression R)) $param: (R) Debug: evaluateType1 form: (Equation (Expression R)) debug: evaluateType1 x: (Expression R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Expression R) $param: (R) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: evalCategory d: (Expression R) c: (Type) debug: evalCategory d: (Equation (Expression R)) c: (Type) debug: evalCategory d: (List (Equation (Expression R))) c: (SetCategory) debug: evaluateType form: (Equation (Fraction (Polynomial R))) $param: (R) Debug: evaluateType1 form: (Equation (Fraction (Polynomial R))) debug: evaluateType1 x: (Fraction (Polynomial R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial R)) c: (Type) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (SuchThat (List (Expression R)) (List (Equation (Expression R)))) $param: (R) Debug: evaluateType1 form: (SuchThat (List (Expression R)) (List (Equation (Expression R)))) debug: evaluateType1 x: (List (Expression R)) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (List (Expression R)) $param: (R) Debug: evaluateType1 form: (List (Expression R)) debug: evaluateType1 x: (Expression R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Expression R) $param: (R) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: evalCategory d: (Expression R) c: (Type) debug: evalCategory d: (List (Expression R)) c: (SetCategory) debug: evaluateType1 x: (List (Equation (Expression R))) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: (R) Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (List (Equation (Expression R))) $param: (R) Debug: evaluateType1 form: (List (Equation (Expression R))) debug: evaluateType1 x: (Equation (Expression R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation (Expression R)) $param: (R) Debug: evaluateType1 form: (Equation (Expression R)) debug: evaluateType1 x: (Expression R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Expression R) $param: (R) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: evalCategory d: (Expression R) c: (Type) debug: evalCategory d: (Equation (Expression R)) c: (Type) debug: evalCategory d: (List (Equation (Expression R))) c: (SetCategory) debug: evaluateType form: (Fraction (Polynomial R)) $param: (R) Debug: evaluateType1 form: (Fraction (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (R) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial R) $param: (R) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (IntegralDomain) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE radicalSolve ((List (Equation (Expression R))) (Fraction (Polynomial R)) (Symbol))) (SIGNATURE radicalSolve ((List (Equation (Expression R))) (Fraction (Polynomial R)))) (SIGNATURE radicalSolve ((List (Equation (Expression R))) (Equation (Fraction (Polynomial R))) (Symbol))) (SIGNATURE radicalSolve ((List (Equation (Expression R))) (Equation (Fraction (Polynomial R))))) (SIGNATURE radicalSolve ((List (List (Equation (Expression R)))) (List (Fraction (Polynomial R))) (List (Symbol)))) (SIGNATURE radicalSolve ((List (List (Equation (Expression R)))) (List (Fraction (Polynomial R))))) (SIGNATURE radicalSolve ((List (List (Equation (Expression R)))) (List (Equation (Fraction (Polynomial R)))) (List (Symbol)))) (SIGNATURE radicalSolve ((List (List (Equation (Expression R)))) (List (Equation (Fraction (Polynomial R)))))) (SIGNATURE radicalRoots ((List (Expression R)) (Fraction (Polynomial R)) (Symbol))) (SIGNATURE radicalRoots ((List (List (Expression R))) (List (Fraction (Polynomial R))) (List (Symbol)))) (SIGNATURE contractSolve ((SuchThat (List (Expression R)) (List (Equation (Expression R)))) (Equation (Fraction (Polynomial R))) (Symbol))) (SIGNATURE contractSolve ((SuchThat (List (Expression R)) (List (Equation (Expression R)))) (Fraction (Polynomial R)) (Symbol)))) NIL) ------------------------------------------------------------------------ initializing stationary directory for RadicalSolvePackage compiling into /tmp/oa-oS6hq0 importing DegreeReductionPackage(Polynomial R,R) importing PolynomialSolveByFormulas(SparseUnivariatePolynomial Expression R,Expression R) compiling local New : Expression R -> Expression R Time: 0.13 SEC. compiling local linear : SparseUnivariatePolynomial Polynomial R -> List Expression R Time: 0.08 SEC. compiling local quadratic : SparseUnivariatePolynomial Polynomial R -> List Expression R Time: 0.10 SEC. compiling local cubic : SparseUnivariatePolynomial Polynomial R -> List Expression R Time: 0.09 SEC. compiling local quartic : SparseUnivariatePolynomial Polynomial R -> List Expression R Time: 0.08 SEC. compiling local rad : PositiveInteger -> Expression R Time: 0.02 SEC. compiling local wrap : Expression R -> Expression R Time: 0.02 SEC. compiling local findGenZeros : (List Polynomial R,List Symbol) -> List List Expression R Time: 0.39 SEC. compiling local findZeros : (List Polynomial R,List Symbol) -> List List Expression R Time: 0.19 SEC. compiling exported radicalSolve : (Fraction Polynomial R,Symbol) -> List Equation Expression R Time: 0.03 SEC. compiling exported radicalSolve : Fraction Polynomial R -> List Equation Expression R Time: 0.09 SEC. compiling exported radicalSolve : Equation Fraction Polynomial R -> List Equation Expression R Time: 0.01 SEC. compiling exported radicalSolve : (Equation Fraction Polynomial R,Symbol) -> List Equation Expression R Time: 0.02 SEC. compiling exported radicalRoots : (List Fraction Polynomial R,List Symbol) -> List List Expression R Time: 0.08 SEC. compiling exported radicalSolve : (List Fraction Polynomial R,List Symbol) -> List List Equation Expression R Time: 0.03 SEC. compiling exported radicalSolve : List Fraction Polynomial R -> List List Equation Expression R Time: 0.06 SEC. compiling exported radicalSolve : (List Equation Fraction Polynomial R,List Symbol) -> List List Equation Expression R Time: 0.10 SEC. compiling exported radicalSolve : List Equation Fraction Polynomial R -> List List Equation Expression R Time: 0.16 SEC. compiling exported contractSolve : (Equation Fraction Polynomial R,Symbol) -> SuchThat(List Expression R,List Equation Expression R) Time: 0.03 SEC. compiling exported contractSolve : (Fraction Polynomial R,Symbol) -> SuchThat(List Expression R,List Equation Expression R) Time: 0.02 SEC. compiling exported radicalRoots : (Fraction Polynomial R,Symbol) -> List Expression R Time: 0.02 SEC. compiling local isGeneric? : (List Polynomial R,List Symbol) -> Boolean Time: 0.05 SEC. compiling local select : List List Expression R -> List List Expression R Time: 0.04 SEC. compiling local makeEq : (List Expression R,List Symbol) -> List Equation Expression R Time: 0.04 SEC. compiling local solveInner : (Polynomial R,Symbol,Boolean) -> SuchThat(List Expression R,List Equation Expression R) Time: 0.21 SEC. (time taken in buildFunctor: 4) Time: 0.02 SEC. Warnings: [1] quadratic: not known that SIGNATURE**($ $ (Fraction (Integer))) is of mode CATEGORY(domain,IF(hasRIntegralDomain(),PROGN(AlgebraicallyClosedFunctionSpace R,TranscendentalFunctionCategory,CombinatorialOpsCategory,LiouvillianFunctionCategory,SpecialFunctionCategory,reduce: % -> %,number?: % -> Boolean,simplifyPower: (%,Integer) -> %,IF(hasRGcdDomain(),PROGN(factorPolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %,squareFreePolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %),%noBranch),IF(hasRRetractableTo(Integer()),RetractableTo AlgebraicNumber,%noBranch)),%noBranch)) [2] findGenZeros: not known that Ring is of mode CATEGORY(package,radicalSolve: (Fraction Polynomial R,Symbol) -> List Equation Expression R,radicalSolve: Fraction Polynomial R -> List Equation Expression R,radicalSolve: (Equation Fraction Polynomial R,Symbol) -> List Equation Expression R,radicalSolve: Equation Fraction Polynomial R -> List Equation Expression R,radicalSolve: (List Fraction Polynomial R,List Symbol) -> List List Equation Expression R,radicalSolve: List Fraction Polynomial R -> List List Equation Expression R,radicalSolve: (List Equation Fraction Polynomial R,List Symbol) -> List List Equation Expression R,radicalSolve: List Equation Fraction Polynomial R -> List List Equation Expression R,radicalRoots: (Fraction Polynomial R,Symbol) -> List Expression R,radicalRoots: (List Fraction Polynomial R,List Symbol) -> List List Expression R,contractSolve: (Equation Fraction Polynomial R,Symbol) -> SuchThat(List Expression R,List Equation Expression R),contractSolve: (Fraction Polynomial R,Symbol) -> SuchThat(List Expression R,List Equation Expression R)) [3] findGenZeros: not known that SetCategory is of mode CATEGORY(package,radicalSolve: (Fraction Polynomial R,Symbol) -> List Equation Expression R,radicalSolve: Fraction Polynomial R -> List Equation Expression R,radicalSolve: (Equation Fraction Polynomial R,Symbol) -> List Equation Expression R,radicalSolve: Equation Fraction Polynomial R -> List Equation Expression R,radicalSolve: (List Fraction Polynomial R,List Symbol) -> List List Equation Expression R,radicalSolve: List Fraction Polynomial R -> List List Equation Expression R,radicalSolve: (List Equation Fraction Polynomial R,List Symbol) -> List List Equation Expression R,radicalSolve: List Equation Fraction Polynomial R -> List List Equation Expression R,radicalRoots: (Fraction Polynomial R,Symbol) -> List Expression R,radicalRoots: (List Fraction Polynomial R,List Symbol) -> List List Expression R,contractSolve: (Equation Fraction Polynomial R,Symbol) -> SuchThat(List Expression R,List Equation Expression R),contractSolve: (Fraction Polynomial R,Symbol) -> SuchThat(List Expression R,List Equation Expression R)) [4] findZeros: not known that SetCategory is of mode CATEGORY(package,radicalSolve: (Fraction Polynomial R,Symbol) -> List Equation Expression R,radicalSolve: Fraction Polynomial R -> List Equation Expression R,radicalSolve: (Equation Fraction Polynomial R,Symbol) -> List Equation Expression R,radicalSolve: Equation Fraction Polynomial R -> List Equation Expression R,radicalSolve: (List Fraction Polynomial R,List Symbol) -> List List Equation Expression R,radicalSolve: List Fraction Polynomial R -> List List Equation Expression R,radicalSolve: (List Equation Fraction Polynomial R,List Symbol) -> List List Equation Expression R,radicalSolve: List Equation Fraction Polynomial R -> List List Equation Expression R,radicalRoots: (Fraction Polynomial R,Symbol) -> List Expression R,radicalRoots: (List Fraction Polynomial R,List Symbol) -> List List Expression R,contractSolve: (Equation Fraction Polynomial R,Symbol) -> SuchThat(List Expression R,List Equation Expression R),contractSolve: (Fraction Polynomial R,Symbol) -> SuchThat(List Expression R,List Equation Expression R)) [5] radicalSolve: variables has no value [6] radicalRoots: result has no value [7] contractSolve: numer has no value [8] radicalRoots: lhs has no value [9] solveInner: factors has no value Cumulative Statistics for Constructor RadicalSolvePackage Time: 2.09 seconds finalizing NRLIB SOLVERAD Processing RadicalSolvePackage for Browser database: -- radicalSolve : (RF,SY) -> L EQ RE -- radicalSolve : RF -> L EQ RE -- radicalSolve : (EQ RF,SY) -> L EQ RE -- radicalSolve : EQ RF -> L EQ RE -- radicalSolve : (L RF,L SY) -> L L EQ RE -- radicalSolve : L RF -> L L EQ RE -- radicalSolve : (L EQ RF,L SY) -> L L EQ RE -- radicalSolve : L EQ RF -> L L EQ RE -- radicalRoots : (RF,SY) -> L RE -- radicalRoots : (L RF,L SY) -> L L RE -- contractSolve : (EQ RF,SY) -> SU -- contractSolve : (RF,SY) -> SU -- constructor ; compiling file "/tmp/oa-oS6hq0/code.lsp" (written 01 FEB 2016 11:15:11 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SOLVERAD;New| ...) ; compiling (DEFUN |SOLVERAD;linear| ...) ; compiling (DEFUN |SOLVERAD;quadratic| ...) ; file: /tmp/oa-oS6hq0/code.lsp ; in: DEFUN |SOLVERAD;quadratic| ; (DEFUN BOOT::|SOLVERAD;quadratic| (BOOT::|u| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 32) BOOT::|u| ; (BOOT::|shellEntry| BOOT::$ 40)) ; (BOOT::|shellEntry| BOOT::$ 43))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SOLVERAD;quadratic| ; (BOOT::|u| BOOT::$) ; (BLOCK BOOT::|SOLVERAD;quadratic| ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 32) BOOT::|u| ; (BOOT::|shellEntry| BOOT::$ 40)) ; (BOOT::|shellEntry| BOOT::$ 43)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SOLVERAD;cubic| ...) ; file: /tmp/oa-oS6hq0/code.lsp ; in: DEFUN |SOLVERAD;cubic| ; (DEFUN BOOT::|SOLVERAD;cubic| (BOOT::|u| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 32) BOOT::|u| ; (BOOT::|shellEntry| BOOT::$ 40)) ; (BOOT::|shellEntry| BOOT::$ 44))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SOLVERAD;cubic| ; (BOOT::|u| BOOT::$) ; (BLOCK BOOT::|SOLVERAD;cubic| ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 32) BOOT::|u| ; (BOOT::|shellEntry| BOOT::$ 40)) ; (BOOT::|shellEntry| BOOT::$ 44)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SOLVERAD;quartic| ...) ; file: /tmp/oa-oS6hq0/code.lsp ; in: DEFUN |SOLVERAD;quartic| ; (DEFUN BOOT::|SOLVERAD;quartic| (BOOT::|u| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 32) BOOT::|u| ; (BOOT::|shellEntry| BOOT::$ 40)) ; (BOOT::|shellEntry| BOOT::$ 45))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SOLVERAD;quartic| ; (BOOT::|u| BOOT::$) ; (BLOCK BOOT::|SOLVERAD;quartic| ; (BOOT::SPADCALL ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 32) BOOT::|u| ; (BOOT::|shellEntry| BOOT::$ 40)) ; (BOOT::|shellEntry| BOOT::$ 45)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SOLVERAD;rad| ...) ; compiling (DEFUN |SOLVERAD;wrap| ...) ; compiling (DEFUN |SOLVERAD;findGenZeros| ...) ; file: /tmp/oa-oS6hq0/code.lsp ; in: DEFUN |SOLVERAD;findGenZeros| ; (DEFUN BOOT::|SOLVERAD;findGenZeros| (BOOT::|rlp| BOOT::|rlv| BOOT::$) ; (PROG (BOOT::|res|) ; (RETURN ; (LET (# #) ; (PROGN # # # BOOT::|res|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SOLVERAD;findGenZeros| ; (BOOT::|rlp| BOOT::|rlv| BOOT::$) ; (BLOCK BOOT::|SOLVERAD;findGenZeros| ; (PROG (BOOT::|res|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |rlv| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |SOLVERAD;findZeros| ...) ; compiling (DEFUN |SOLVERAD;radicalSolve;FSL;10| ...) ; file: /tmp/oa-oS6hq0/code.lsp ; in: DEFUN |SOLVERAD;radicalSolve;FSL;10| ; (DEFUN BOOT::|SOLVERAD;radicalSolve;FSL;10| (BOOT::|pol| BOOT::|v| BOOT::$) ; (LET ((#:G698 ; (BOOT::|SOLVERAD;radicalRoots;FSL;21| BOOT::|pol| BOOT::|v| ; BOOT::$)) ; (#:G591 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G698 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SOLVERAD;radicalSolve;FSL;10| ; (BOOT::|pol| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|SOLVERAD;radicalSolve;FSL;10| ; (LET ((#:G698 #) (#:G591 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SOLVERAD;radicalSolve;FL;11| ...) ; file: /tmp/oa-oS6hq0/code.lsp ; in: DEFUN |SOLVERAD;radicalSolve;FL;11| ; (DEFUN BOOT::|SOLVERAD;radicalSolve;FL;11| (BOOT::|p| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 83)) ; (BOOT::|error| "equation is always satisfied")) ; (T ; (LET (#) ; (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SOLVERAD;radicalSolve;FL;11| ; (BOOT::|p| BOOT::$) ; (BLOCK BOOT::|SOLVERAD;radicalSolve;FL;11| ; (COND ; ((BOOT::SPADCALL BOOT::|p| #) ; (BOOT::|error| "equation is always satisfied")) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SOLVERAD;radicalSolve;EL;12| ...) ; compiling (DEFUN |SOLVERAD;radicalSolve;ESL;13| ...) ; compiling (DEFUN |SOLVERAD;radicalRoots;LLL;14| ...) ; compiling (DEFUN |SOLVERAD;radicalSolve;LLL;15| ...) ; file: /tmp/oa-oS6hq0/code.lsp ; in: DEFUN |SOLVERAD;radicalSolve;LLL;15| ; (DEFUN BOOT::|SOLVERAD;radicalSolve;LLL;15| (BOOT::|lp| BOOT::|lv| BOOT::$) ; (LET ((#:G704 ; (BOOT::|SOLVERAD;radicalRoots;LLL;14| BOOT::|lp| BOOT::|lv| ; BOOT::$)) ; (#:G620 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G704 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SOLVERAD;radicalSolve;LLL;15| ; (BOOT::|lp| BOOT::|lv| BOOT::$) ; (BLOCK BOOT::|SOLVERAD;radicalSolve;LLL;15| ; (LET ((#:G704 #) (#:G620 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; compiling (DEFUN |SOLVERAD;radicalSolve;LL;16| ...) ; file: /tmp/oa-oS6hq0/code.lsp ; in: DEFUN |SOLVERAD;radicalSolve;LL;16| ; (DEFUN BOOT::|SOLVERAD;radicalSolve;LL;16| (BOOT::|lp| BOOT::$) ; (LET ((BOOT::|lv| ; (LET # ; #))) ; (LET ((#:G705 #) (#:G626 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SOLVERAD;radicalSolve;LL;16| ; (BOOT::|lp| BOOT::$) ; (BLOCK BOOT::|SOLVERAD;radicalSolve;LL;16| ; (LET ((BOOT::|lv| #)) ; (LET (# #) ; (LOOP # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; compiling (DEFUN |SOLVERAD;radicalSolve;LLL;17| ...) ; file: /tmp/oa-oS6hq0/code.lsp ; in: DEFUN |SOLVERAD;radicalSolve;LLL;17| ; (DEFUN BOOT::|SOLVERAD;radicalSolve;LLL;17| (BOOT::|le| BOOT::|lv| BOOT::$) ; (LET ((BOOT::|lp| ; (LET # ; #))) ; (LET ((#:G707 #) (#:G632 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SOLVERAD;radicalSolve;LLL;17| ; (BOOT::|le| BOOT::|lv| BOOT::$) ; (BLOCK BOOT::|SOLVERAD;radicalSolve;LLL;17| ; (LET ((BOOT::|lp| #)) ; (LET (# #) ; (LOOP # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; compiling (DEFUN |SOLVERAD;radicalSolve;LL;18| ...) ; file: /tmp/oa-oS6hq0/code.lsp ; in: DEFUN |SOLVERAD;radicalSolve;LL;18| ; (DEFUN BOOT::|SOLVERAD;radicalSolve;LL;18| (BOOT::|le| BOOT::$) ; (LET* ((BOOT::|lp| ; (LET # ; #)) ; (BOOT::|lv| ; (LET # ; #))) ; (LET ((#:G709 #) (#:G641 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SOLVERAD;radicalSolve;LL;18| ; (BOOT::|le| BOOT::$) ; (BLOCK BOOT::|SOLVERAD;radicalSolve;LL;18| ; (LET* ((BOOT::|lp| #) (BOOT::|lv| #)) ; (LET (# #) ; (LOOP # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; compiling (DEFUN |SOLVERAD;contractSolve;ESSt;19| ...) ; compiling (DEFUN |SOLVERAD;contractSolve;FSSt;20| ...) ; compiling (DEFUN |SOLVERAD;radicalRoots;FSL;21| ...) ; file: /tmp/oa-oS6hq0/code.lsp ; in: DEFUN |SOLVERAD;radicalRoots;FSL;21| ; (DEFUN BOOT::|SOLVERAD;radicalRoots;FSL;21| (BOOT::|pq| BOOT::|v| BOOT::$) ; (BOOT::SPADCALL ; (BOOT::|SOLVERAD;solveInner| ; (BOOT::SPADCALL BOOT::|pq| (BOOT::|shellEntry| BOOT::$ 84)) BOOT::|v| NIL ; BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 124))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SOLVERAD;radicalRoots;FSL;21| ; (BOOT::|pq| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|SOLVERAD;radicalRoots;FSL;21| ; (BOOT::SPADCALL ; (BOOT::|SOLVERAD;solveInner| (BOOT::SPADCALL BOOT::|pq| #) BOOT::|v| ; NIL BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 124)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SOLVERAD;isGeneric?| ...) ; compiling (DEFUN |SOLVERAD;select| ...) ; file: /tmp/oa-oS6hq0/code.lsp ; in: DEFUN |SOLVERAD;select| ; (DEFUN BOOT::|SOLVERAD;select| (BOOT::|lp| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|lp| NIL (BOOT::|shellEntry| BOOT::$ 129)) ; (BOOT::SPADCALL NIL (BOOT::|shellEntry| BOOT::$ 130))) ; (T ; (LET (# # #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SOLVERAD;select| ; (BOOT::|lp| BOOT::$) ; (BLOCK BOOT::|SOLVERAD;select| ; (COND ((BOOT::SPADCALL BOOT::|lp| NIL #) (BOOT::SPADCALL NIL #)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; compiling (DEFUN |SOLVERAD;makeEq| ...) ; file: /tmp/oa-oS6hq0/code.lsp ; in: DEFUN |SOLVERAD;makeEq| ; (DEFUN BOOT::|SOLVERAD;makeEq| (BOOT::|nres| BOOT::|lv| BOOT::$) ; (LET ((#:G716 BOOT::|lv|) (#:G717 BOOT::|nres|) (#:G662 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G716 #) ; (SETQ #:G717 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SOLVERAD;makeEq| ; (BOOT::|nres| BOOT::|lv| BOOT::$) ; (BLOCK BOOT::|SOLVERAD;makeEq| ; (LET ((#:G716 BOOT::|lv|) (#:G717 BOOT::|nres|) (#:G662 NIL)) ; (LOOP (COND # #) ; (SETQ #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SOLVERAD;solveInner| ...) ; compiling (DEFUN |RadicalSolvePackage| ...) ; compiling (DEFUN |RadicalSolvePackage;| ...) ; compiling (MAKEPROP (QUOTE |RadicalSolvePackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 13 notes ; /tmp/oa-oS6hq0/code.fasl written ; compilation finished in 0:00:00.142 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile REP.spad && cp REP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/REP.fasl \ && if test -f REP-.NRLIB/code.fasl; then \ cp REP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/REP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/REP.spad using Spad compiler. REP abbreviates package RadicalEigenPackage debug: compDefine1 lhs: (RadicalEigenPackage) signature (pre-evaluate): ((CATEGORY package (SIGNATURE radicalEigenvectors ((List (Record (: radval (Expression (Integer))) (: radmult (Integer)) (: radvect (List (Matrix (Expression (Integer))))))) (Matrix (Fraction (Polynomial (Integer)))))) (SIGNATURE radicalEigenvector ((List (Matrix (Expression (Integer)))) (Expression (Integer)) (Matrix (Fraction (Polynomial (Integer)))))) (SIGNATURE radicalEigenvalues ((List (Expression (Integer))) (Matrix (Fraction (Polynomial (Integer)))))) (SIGNATURE eigenMatrix ((Union (Matrix (Expression (Integer))) failed) (Matrix (Fraction (Polynomial (Integer)))))) (SIGNATURE normalise ((Matrix (Expression (Integer))) (Matrix (Expression (Integer))))) (SIGNATURE gramschmidt ((List (Matrix (Expression (Integer)))) (List (Matrix (Expression (Integer)))))) (SIGNATURE orthonormalBasis ((List (Matrix (Expression (Integer)))) (Matrix (Fraction (Polynomial (Integer)))))))) debug: evaluateType form: (CATEGORY package (SIGNATURE radicalEigenvectors ((List (Record (: radval (Expression (Integer))) (: radmult (Integer)) (: radvect (List (Matrix (Expression (Integer))))))) (Matrix (Fraction (Polynomial (Integer)))))) (SIGNATURE radicalEigenvector ((List (Matrix (Expression (Integer)))) (Expression (Integer)) (Matrix (Fraction (Polynomial (Integer)))))) (SIGNATURE radicalEigenvalues ((List (Expression (Integer))) (Matrix (Fraction (Polynomial (Integer)))))) (SIGNATURE eigenMatrix ((Union (Matrix (Expression (Integer))) failed) (Matrix (Fraction (Polynomial (Integer)))))) (SIGNATURE normalise ((Matrix (Expression (Integer))) (Matrix (Expression (Integer))))) (SIGNATURE gramschmidt ((List (Matrix (Expression (Integer)))) (List (Matrix (Expression (Integer)))))) (SIGNATURE orthonormalBasis ((List (Matrix (Expression (Integer)))) (Matrix (Fraction (Polynomial (Integer))))))) $param: NIL debug: evaluateType form: (List (Record (: radval (Expression (Integer))) (: radmult (Integer)) (: radvect (List (Matrix (Expression (Integer))))))) $param: NIL Debug: evaluateType1 form: (List (Record (: radval (Expression (Integer))) (: radmult (Integer)) (: radvect (List (Matrix (Expression (Integer))))))) debug: evaluateType1 x: (Record (: radval (Expression (Integer))) (: radmult (Integer)) (: radvect (List (Matrix (Expression (Integer)))))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: radval (Expression (Integer))) (: radmult (Integer)) (: radvect (List (Matrix (Expression (Integer)))))) $param: NIL debug: evaluateType form: (Expression (Integer)) $param: NIL Debug: evaluateType1 form: (Expression (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (List (Matrix (Expression (Integer)))) $param: NIL Debug: evaluateType1 form: (List (Matrix (Expression (Integer)))) debug: evaluateType1 x: (Matrix (Expression (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix (Expression (Integer))) $param: NIL Debug: evaluateType1 form: (Matrix (Expression (Integer))) debug: evaluateType1 x: (Expression (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Expression (Integer)) $param: NIL Debug: evaluateType1 form: (Expression (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evalCategory d: (Expression (Integer)) c: (Ring) debug: evalCategory d: (Matrix (Expression (Integer))) c: (Type) debug: evalCategory d: (Record (: radval (Expression (Integer))) (: radmult (Integer)) (: radvect (List (Matrix (Expression (Integer)))))) c: (Type) debug: evaluateType form: (Matrix (Fraction (Polynomial (Integer)))) $param: NIL Debug: evaluateType1 form: (Matrix (Fraction (Polynomial (Integer)))) debug: evaluateType1 x: (Fraction (Polynomial (Integer))) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Polynomial (Integer))) $param: NIL Debug: evaluateType1 form: (Fraction (Polynomial (Integer))) debug: evaluateType1 x: (Polynomial (Integer)) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial (Integer)) $param: NIL Debug: evaluateType1 form: (Polynomial (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evalCategory d: (Polynomial (Integer)) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial (Integer))) c: (Ring) debug: evaluateType form: (List (Matrix (Expression (Integer)))) $param: NIL Debug: evaluateType1 form: (List (Matrix (Expression (Integer)))) debug: evaluateType1 x: (Matrix (Expression (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix (Expression (Integer))) $param: NIL Debug: evaluateType1 form: (Matrix (Expression (Integer))) debug: evaluateType1 x: (Expression (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Expression (Integer)) $param: NIL Debug: evaluateType1 form: (Expression (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evalCategory d: (Expression (Integer)) c: (Ring) debug: evalCategory d: (Matrix (Expression (Integer))) c: (Type) debug: evaluateType form: (Expression (Integer)) $param: NIL Debug: evaluateType1 form: (Expression (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evaluateType form: (Matrix (Fraction (Polynomial (Integer)))) $param: NIL Debug: evaluateType1 form: (Matrix (Fraction (Polynomial (Integer)))) debug: evaluateType1 x: (Fraction (Polynomial (Integer))) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Polynomial (Integer))) $param: NIL Debug: evaluateType1 form: (Fraction (Polynomial (Integer))) debug: evaluateType1 x: (Polynomial (Integer)) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial (Integer)) $param: NIL Debug: evaluateType1 form: (Polynomial (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evalCategory d: (Polynomial (Integer)) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial (Integer))) c: (Ring) debug: evaluateType form: (List (Expression (Integer))) $param: NIL Debug: evaluateType1 form: (List (Expression (Integer))) debug: evaluateType1 x: (Expression (Integer)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Expression (Integer)) $param: NIL Debug: evaluateType1 form: (Expression (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evalCategory d: (Expression (Integer)) c: (Type) debug: evaluateType form: (Matrix (Fraction (Polynomial (Integer)))) $param: NIL Debug: evaluateType1 form: (Matrix (Fraction (Polynomial (Integer)))) debug: evaluateType1 x: (Fraction (Polynomial (Integer))) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Polynomial (Integer))) $param: NIL Debug: evaluateType1 form: (Fraction (Polynomial (Integer))) debug: evaluateType1 x: (Polynomial (Integer)) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial (Integer)) $param: NIL Debug: evaluateType1 form: (Polynomial (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evalCategory d: (Polynomial (Integer)) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial (Integer))) c: (Ring) debug: evaluateType form: (Union (Matrix (Expression (Integer))) failed) $param: NIL debug: evaluateType form: (Matrix (Expression (Integer))) $param: NIL Debug: evaluateType1 form: (Matrix (Expression (Integer))) debug: evaluateType1 x: (Expression (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Expression (Integer)) $param: NIL Debug: evaluateType1 form: (Expression (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evalCategory d: (Expression (Integer)) c: (Ring) debug: evaluateType form: failed $param: NIL debug: evaluateType form: (Matrix (Fraction (Polynomial (Integer)))) $param: NIL Debug: evaluateType1 form: (Matrix (Fraction (Polynomial (Integer)))) debug: evaluateType1 x: (Fraction (Polynomial (Integer))) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Polynomial (Integer))) $param: NIL Debug: evaluateType1 form: (Fraction (Polynomial (Integer))) debug: evaluateType1 x: (Polynomial (Integer)) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial (Integer)) $param: NIL Debug: evaluateType1 form: (Polynomial (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evalCategory d: (Polynomial (Integer)) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial (Integer))) c: (Ring) debug: evaluateType form: (Matrix (Expression (Integer))) $param: NIL Debug: evaluateType1 form: (Matrix (Expression (Integer))) debug: evaluateType1 x: (Expression (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Expression (Integer)) $param: NIL Debug: evaluateType1 form: (Expression (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evalCategory d: (Expression (Integer)) c: (Ring) debug: evaluateType form: (Matrix (Expression (Integer))) $param: NIL Debug: evaluateType1 form: (Matrix (Expression (Integer))) debug: evaluateType1 x: (Expression (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Expression (Integer)) $param: NIL Debug: evaluateType1 form: (Expression (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evalCategory d: (Expression (Integer)) c: (Ring) debug: evaluateType form: (List (Matrix (Expression (Integer)))) $param: NIL Debug: evaluateType1 form: (List (Matrix (Expression (Integer)))) debug: evaluateType1 x: (Matrix (Expression (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix (Expression (Integer))) $param: NIL Debug: evaluateType1 form: (Matrix (Expression (Integer))) debug: evaluateType1 x: (Expression (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Expression (Integer)) $param: NIL Debug: evaluateType1 form: (Expression (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evalCategory d: (Expression (Integer)) c: (Ring) debug: evalCategory d: (Matrix (Expression (Integer))) c: (Type) debug: evaluateType form: (List (Matrix (Expression (Integer)))) $param: NIL Debug: evaluateType1 form: (List (Matrix (Expression (Integer)))) debug: evaluateType1 x: (Matrix (Expression (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix (Expression (Integer))) $param: NIL Debug: evaluateType1 form: (Matrix (Expression (Integer))) debug: evaluateType1 x: (Expression (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Expression (Integer)) $param: NIL Debug: evaluateType1 form: (Expression (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evalCategory d: (Expression (Integer)) c: (Ring) debug: evalCategory d: (Matrix (Expression (Integer))) c: (Type) debug: evaluateType form: (List (Matrix (Expression (Integer)))) $param: NIL Debug: evaluateType1 form: (List (Matrix (Expression (Integer)))) debug: evaluateType1 x: (Matrix (Expression (Integer))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Matrix (Expression (Integer))) $param: NIL Debug: evaluateType1 form: (Matrix (Expression (Integer))) debug: evaluateType1 x: (Expression (Integer)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Expression (Integer)) $param: NIL Debug: evaluateType1 form: (Expression (Integer)) debug: evaluateType1 x: (Integer) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (SetCategory) debug: evalCategory d: (Expression (Integer)) c: (Ring) debug: evalCategory d: (Matrix (Expression (Integer))) c: (Type) debug: evaluateType form: (Matrix (Fraction (Polynomial (Integer)))) $param: NIL Debug: evaluateType1 form: (Matrix (Fraction (Polynomial (Integer)))) debug: evaluateType1 x: (Fraction (Polynomial (Integer))) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Fraction (Polynomial (Integer))) $param: NIL Debug: evaluateType1 form: (Fraction (Polynomial (Integer))) debug: evaluateType1 x: (Polynomial (Integer)) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: NIL Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial (Integer)) $param: NIL Debug: evaluateType1 form: (Polynomial (Integer)) debug: evaluateType1 x: (Integer) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: NIL Debug: evaluateType1 form: (Ring) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Ring) debug: evalCategory d: (Polynomial (Integer)) c: (IntegralDomain) debug: evalCategory d: (Fraction (Polynomial (Integer))) c: (Ring) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE radicalEigenvectors ((List (Record (: radval (Expression (Integer))) (: radmult (Integer)) (: radvect (List (Matrix (Expression (Integer))))))) (Matrix (Fraction (Polynomial (Integer)))))) (SIGNATURE radicalEigenvector ((List (Matrix (Expression (Integer)))) (Expression (Integer)) (Matrix (Fraction (Polynomial (Integer)))))) (SIGNATURE radicalEigenvalues ((List (Expression (Integer))) (Matrix (Fraction (Polynomial (Integer)))))) (SIGNATURE eigenMatrix ((Union (Matrix (Expression (Integer))) failed) (Matrix (Fraction (Polynomial (Integer)))))) (SIGNATURE normalise ((Matrix (Expression (Integer))) (Matrix (Expression (Integer))))) (SIGNATURE gramschmidt ((List (Matrix (Expression (Integer)))) (List (Matrix (Expression (Integer)))))) (SIGNATURE orthonormalBasis ((List (Matrix (Expression (Integer)))) (Matrix (Fraction (Polynomial (Integer)))))))) ------------------------------------------------------------------------ initializing stationary directory for RadicalEigenPackage compiling into /tmp/oa-DIgNNn importing EigenPackage Integer compiling local evalvect : (Matrix Fraction Polynomial Integer,Expression Integer,Symbol) -> Matrix Expression Integer Time: 0.30 SEC. compiling local innerprod : (Matrix Expression Integer,Matrix Expression Integer) -> Expression Integer Time: 0.01 SEC. compiling exported normalise : Matrix Expression Integer -> Matrix Expression Integer Time: 0.01 SEC. compiling exported radicalEigenvalues : Matrix Fraction Polynomial Integer -> List Expression Integer Time: 0.05 SEC. compiling exported radicalEigenvector : (Expression Integer,Matrix Fraction Polynomial Integer) -> List Matrix Expression Integer Time: 0.11 SEC. compiling exported radicalEigenvectors : Matrix Fraction Polynomial Integer -> List Record(radval: Expression Integer,radmult: Integer,radvect: List Matrix Expression Integer) Time: 0.19 SEC. compiling exported gramschmidt : List Matrix Expression Integer -> List Matrix Expression Integer Time: 0.05 SEC. compiling exported eigenMatrix : Matrix Fraction Polynomial Integer -> Union(Matrix Expression Integer,failed) Time: 0.04 SEC. compiling exported orthonormalBasis : Matrix Fraction Polynomial Integer -> List Matrix Expression Integer Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] evalvect: not known that SetCategory is of mode CATEGORY(package,radicalEigenvectors: Matrix Fraction Polynomial Integer -> List Record(radval: Expression Integer,radmult: Integer,radvect: List Matrix Expression Integer),radicalEigenvector: (Expression Integer,Matrix Fraction Polynomial Integer) -> List Matrix Expression Integer,radicalEigenvalues: Matrix Fraction Polynomial Integer -> List Expression Integer,eigenMatrix: Matrix Fraction Polynomial Integer -> Union(Matrix Expression Integer,"failed"),normalise: Matrix Expression Integer -> Matrix Expression Integer,gramschmidt: List Matrix Expression Integer -> List Matrix Expression Integer,orthonormalBasis: Matrix Fraction Polynomial Integer -> List Matrix Expression Integer) [2] gramschmidt: : PositiveInteger -- replace by pretend [3] gramschmidt: : RMR -- replace by pretend [4] gramschmidt: : Matrix Expression Integer -- replace by pretend Cumulative Statistics for Constructor RadicalEigenPackage Time: 0.82 seconds finalizing NRLIB REP Processing RadicalEigenPackage for Browser database: -- radicalEigenvectors : M -> List RadicalForm -- radicalEigenvector : (RE,M) -> List MRE -- radicalEigenvalues : M -> List RE -- eigenMatrix : M -> Union(MRE,"failed") -- normalise : MRE -> MRE -- gramschmidt : List MRE -> List MRE -- orthonormalBasis : M -> List MRE -- constructor ; compiling file "/tmp/oa-DIgNNn/code.lsp" (written 01 FEB 2016 11:15:12 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |REP;evalvect| ...) ; compiling (DEFUN |REP;innerprod| ...) ; compiling (DEFUN |REP;normalise;2M;3| ...) ; compiling (DEFUN |REP;radicalEigenvalues;ML;4| ...) ; file: /tmp/oa-DIgNNn/code.lsp ; in: DEFUN |REP;radicalEigenvalues;ML;4| ; (DEFUN BOOT::|REP;radicalEigenvalues;ML;4| (BOOT::A BOOT::$) ; (LET* ((BOOT::|x| (BOOT::SPADCALL #)) (BOOT::|pol| (BOOT::SPADCALL # #))) ; (BOOT::SPADCALL BOOT::|pol| BOOT::|x| (BOOT::|shellEntry| BOOT::$ 44)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|REP;radicalEigenvalues;ML;4| ; (BOOT::A BOOT::$) ; (BLOCK BOOT::|REP;radicalEigenvalues;ML;4| ; (LET* ((BOOT::|x| #) (BOOT::|pol| #)) ; (BOOT::SPADCALL BOOT::|pol| BOOT::|x| ; (BOOT::|shellEntry| BOOT::$ 44))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |REP;radicalEigenvector;EML;5| ...) ; file: /tmp/oa-DIgNNn/code.lsp ; in: DEFUN |REP;radicalEigenvector;EML;5| ; (DEFUN BOOT::|REP;radicalEigenvector;EML;5| (BOOT::|alpha| BOOT::A BOOT::$) ; (LET* ((BOOT::|n| (BOOT::SPADCALL BOOT::A #)) ; (BOOT::B (BOOT::SPADCALL BOOT::|n| BOOT::|n| #))) ; (BOOT::SEQ ; (LET (#) ; (LOOP # ; #)) ; (BOOT::EXIT ; (LET # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|REP;radicalEigenvector;EML;5| ; (BOOT::|alpha| BOOT::A BOOT::$) ; (BLOCK BOOT::|REP;radicalEigenvector;EML;5| ; (LET* ((BOOT::|n| #) (BOOT::B #)) ; (BOOT::SEQ ; (LET # ; #) ; (BOOT::EXIT #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |REP;radicalEigenvectors;ML;6| ...) ; compiling (DEFUN |REP;gramschmidt;2L;7| ...) ; compiling (DEFUN |REP;eigenMatrix;MU;8| ...) ; compiling (DEFUN |REP;orthonormalBasis;ML;9| ...) ; file: /tmp/oa-DIgNNn/code.lsp ; in: DEFUN |REP;orthonormalBasis;ML;9| ; (DEFUN BOOT::|REP;orthonormalBasis;ML;9| (BOOT::A BOOT::$) ; (COND ; ((NOT (BOOT::SPADCALL BOOT::A #)) ; (BOOT::|error| "the matrix is not symmetric")) ; (T ; (LET (# # # #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|REP;orthonormalBasis;ML;9| ; (BOOT::A BOOT::$) ; (BLOCK BOOT::|REP;orthonormalBasis;ML;9| ; (COND ((NOT #) (BOOT::|error| "the matrix is not symmetric")) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; (LET ((BOOT::|basis| NIL) ; (BOOT::|lvec| NIL) ; (BOOT::|alglist| ; (BOOT::|REP;radicalEigenvectors;ML;6| BOOT::A BOOT::$)) ; (BOOT::|n| (BOOT::SPADCALL BOOT::A (BOOT::|shellEntry| BOOT::$ 12)))) ; (BOOT::SEQ ; (LET ((#:G660 BOOT::|alglist|)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::EXIT BOOT::|basis|))) ; ; caught STYLE-WARNING: ; The variable |n| is defined but never used. ; compiling (DEFUN |RadicalEigenPackage| ...) ; compiling (DEFUN |RadicalEigenPackage;| ...) ; compiling (MAKEPROP (QUOTE |RadicalEigenPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 3 notes ; /tmp/oa-DIgNNn/code.fasl written ; compilation finished in 0:00:00.054 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SULS.spad && cp SULS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SULS.fasl \ && if test -f SULS-.NRLIB/code.fasl; then \ cp SULS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SULS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SULS.spad using Spad compiler. SULS abbreviates domain SparseUnivariateLaurentSeries debug: compDefine1 lhs: (SparseUnivariateLaurentSeries Coef var cen) signature (pre-evaluate): ((Join (UnivariateLaurentSeriesConstructorCategory Coef (SparseUnivariateTaylorSeries Coef var cen)) (PartialDifferentialDomain $ (Variable var)) (CATEGORY domain (SIGNATURE coerce ($ (Variable var))) (IF (has Coef (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Variable var))) %noBranch))) NIL NIL NIL) debug: evaluateType form: (Join (UnivariateLaurentSeriesConstructorCategory Coef (SparseUnivariateTaylorSeries Coef var cen)) (PartialDifferentialDomain $ (Variable var)) (CATEGORY domain (SIGNATURE coerce ($ (Variable var))) (IF (has Coef (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Variable var))) %noBranch))) $param: (Coef var cen) debug: evaluateType form: (UnivariateLaurentSeriesConstructorCategory Coef (SparseUnivariateTaylorSeries Coef var cen)) $param: (Coef var cen) Debug: evaluateType1 form: (UnivariateLaurentSeriesConstructorCategory Coef (SparseUnivariateTaylorSeries Coef var cen)) debug: evaluateType1 x: Coef m: (Ring) debug: evaluateType1 x: (SparseUnivariateTaylorSeries Coef var cen) m: (UnivariateTaylorSeriesCategory Coef) debug: evaluateType1 categoryForm: (UnivariateTaylorSeriesCategory Coef) debug: evaluateType form: (UnivariateTaylorSeriesCategory Coef) $param: (Coef var cen) Debug: evaluateType1 form: (UnivariateTaylorSeriesCategory Coef) debug: evaluateType1 x: Coef m: (Ring) debug: evaluateType form: (SparseUnivariateTaylorSeries Coef var cen) $param: (Coef var cen) Debug: evaluateType1 form: (SparseUnivariateTaylorSeries Coef var cen) debug: evaluateType1 x: Coef m: (Ring) debug: evaluateType1 x: var m: (Symbol) debug: evaluateType1 x: cen m: Coef debug: evalCategory d: (SparseUnivariateTaylorSeries Coef var cen) c: (UnivariateTaylorSeriesCategory Coef) debug: evaluateType form: (PartialDifferentialDomain $ (Variable var)) $param: (Coef var cen) Debug: evaluateType1 form: (PartialDifferentialDomain $ (Variable var)) debug: evaluateType1 x: $ m: (Type) debug: evaluateType1 x: (Variable var) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Coef var cen) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Variable var) $param: (Coef var cen) Debug: evaluateType1 form: (Variable var) debug: evaluateType1 x: var m: (Symbol) debug: evalCategory d: (Variable var) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE coerce ($ (Variable var))) (IF (has Coef (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Variable var))) %noBranch)) $param: (Coef var cen) debug: evaluateType form: (Variable var) $param: (Coef var cen) Debug: evaluateType1 form: (Variable var) debug: evaluateType1 x: var m: (Symbol) debug: compDefine1 signature (post evaluate): ((Join (UnivariateLaurentSeriesConstructorCategory Coef (SparseUnivariateTaylorSeries Coef var cen)) (PartialDifferentialDomain $ (Variable var)) (CATEGORY domain (SIGNATURE coerce ($ (Variable var))) (IF (has Coef (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Variable var))) %noBranch))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for SparseUnivariateLaurentSeries compiling into /tmp/oa-0MJlen compiling exported variable : % -> Symbol Time: 0.08 SEC. compiling exported center : % -> Coef Time: 0 SEC. compiling exported coerce : Variable var -> % Time: 0.01 SEC. compiling exported pole? : % -> Boolean Time: 0.01 SEC. compiling exported coerce : SparseUnivariateTaylorSeries(Coef,var,cen) -> % SULS;coerce;Suts$;5 uts is replaced by uts Time: 0.02 SEC. compiling exported taylorIfCan : % -> Union(SparseUnivariateTaylorSeries(Coef,var,cen),failed) Time: 0.01 SEC. compiling exported taylor : % -> SparseUnivariateTaylorSeries(Coef,var,cen) Time: 0.02 SEC. compiling exported retractIfCan : % -> Union(SparseUnivariateTaylorSeries(Coef,var,cen),failed) Time: 0.01 SEC. compiling exported laurent : (Integer,SparseUnivariateTaylorSeries(Coef,var,cen)) -> % Time: 0.04 SEC. compiling exported removeZeroes : % -> % SULS;removeZeroes;2$;10 uls is replaced by uls Time: 0 SEC. compiling exported removeZeroes : (Integer,%) -> % SULS;removeZeroes;I2$;11(n,uls) is replaced by uls Time: 0.01 SEC. compiling exported taylorRep : % -> SparseUnivariateTaylorSeries(Coef,var,cen) Time: 0.05 SEC. compiling exported degree : % -> Integer Time: 0.00 SEC. compiling exported numer : % -> SparseUnivariateTaylorSeries(Coef,var,cen) Time: 0.01 SEC. compiling exported denom : % -> SparseUnivariateTaylorSeries(Coef,var,cen) Time: 0.06 SEC. compiling exported * : (SparseUnivariateTaylorSeries(Coef,var,cen),%) -> % Time: 0.02 SEC. compiling exported * : (%,SparseUnivariateTaylorSeries(Coef,var,cen)) -> % Time: 0.02 SEC. compiling exported / : (SparseUnivariateTaylorSeries(Coef,var,cen),SparseUnivariateTaylorSeries(Coef,var,cen)) -> % Time: 0.02 SEC. compiling exported recip : % -> Union(%,failed) Time: 0.00 SEC. compiling exported exquo : (%,%) -> Union(%,failed) Time: 0.01 SEC. compiling exported / : (%,%) -> % Time: 0.01 SEC. compiling exported differentiate : (%,Variable var) -> % Time: 0.00 SEC. compiling exported elt : (%,%) -> % Time: 0.09 SEC. compiling exported rationalFunction : (%,Integer) -> Fraction Polynomial Coef Time: 0.16 SEC. compiling exported rationalFunction : (%,Integer,Integer) -> Fraction Polynomial Coef Time: 0.01 SEC. compiling exported integrate : % -> % Time: 0.01 SEC. compiling exported integrate : (%,Variable var) -> % Time: 0.00 SEC. compiling exported ** : (%,%) -> % Time: 0.01 SEC. compiling exported exp : % -> % Time: 0.01 SEC. compiling exported log : % -> % Time: 0 SEC. compiling exported sin : % -> % Time: 0.00 SEC. compiling exported cos : % -> % Time: 0.00 SEC. compiling exported tan : % -> % Time: 0 SEC. compiling exported cot : % -> % Time: 0.00 SEC. compiling exported sec : % -> % Time: 0.00 SEC. compiling exported csc : % -> % Time: 0.00 SEC. compiling exported asin : % -> % Time: 0.00 SEC. compiling exported acos : % -> % Time: 0.01 SEC. compiling exported atan : % -> % Time: 0.00 SEC. compiling exported acot : % -> % Time: 0.00 SEC. compiling exported asec : % -> % Time: 0.00 SEC. compiling exported acsc : % -> % Time: 0.00 SEC. compiling exported sinh : % -> % Time: 0.00 SEC. compiling exported cosh : % -> % Time: 0.00 SEC. compiling exported tanh : % -> % Time: 0.00 SEC. compiling exported coth : % -> % Time: 0.00 SEC. compiling exported sech : % -> % Time: 0.00 SEC. compiling exported csch : % -> % Time: 0.00 SEC. compiling exported asinh : % -> % Time: 0.00 SEC. compiling exported acosh : % -> % Time: 0.00 SEC. compiling exported atanh : % -> % Time: 0.01 SEC. compiling exported acoth : % -> % Time: 0.00 SEC. compiling exported asech : % -> % Time: 0.00 SEC. compiling exported acsch : % -> % Time: 0.00 SEC. compiling exported ** : (%,Fraction Integer) -> % Time: 0.02 SEC. compiling exported ** : (%,Fraction Integer) -> % Time: 0.37 SEC. compiling exported coerce : % -> OutputForm Time: 0.14 SEC. (time taken in buildFunctor: 2132) Time: 2.42 SEC. Warnings: [1] OpenAxiom suggests removing assignment to Rep [2] rationalFunction: polynomial has no value [3] exp: not known that UnivariateLaurentSeriesConstructorCategoryCoef(SparseUnivariateTaylorSeries Coef var cen) is of mode CATEGORY(domain,integrate: (%,Variable var) -> %) [4] coerce: deref has no value Cumulative Statistics for Constructor SparseUnivariateLaurentSeries Time: 3.78 seconds --------------non extending category---------------------- SparseUnivariateLaurentSeries(#1,#2,#3) of category Join( UnivariateLaurentSeriesConstructorCategory(#1, SparseUnivariateTaylorSeries(#1,#2,#3)),PartialDifferentialDomain ($,Variable #2)) with coerce : Variable #2 -> %IF(has #1 (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Variable #2)))%noBranch has no makeSeries : (Reference OrderedCompletion Integer,Stream Record(k: Integer,c: #1)) -> % ---------------------------------------------------------- finalizing NRLIB SULS Processing SparseUnivariateLaurentSeries for Browser database: -- coerce : Variable var -> % -- integrate : (%,Variable var) -> % -- constructor ; compiling file "/tmp/oa-0MJlen/code.lsp" (written 01 FEB 2016 11:15:16 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SULS;coerce;Suts$;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SULS;removeZeroes;2$;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SULS;removeZeroes;I2$;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SULS;variable;$S;1|) ...) ; compiling (PUT (QUOTE |SULS;center;$Coef;2|) ...) ; compiling (DEFUN |SULS;variable;$S;1| ...) ; file: /tmp/oa-0MJlen/code.lsp ; in: DEFUN |SULS;variable;$S;1| ; (DEFUN BOOT::|SULS;variable;$S;1| (BOOT::|x| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 7)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SULS;variable;$S;1| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|SULS;variable;$S;1| (BOOT::|shellEntry| BOOT::$ 7))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |SULS;center;$Coef;2| ...) ; file: /tmp/oa-0MJlen/code.lsp ; in: DEFUN |SULS;center;$Coef;2| ; (DEFUN BOOT::|SULS;center;$Coef;2| (BOOT::|x| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 8)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SULS;center;$Coef;2| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|SULS;center;$Coef;2| (BOOT::|shellEntry| BOOT::$ 8))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |SULS;coerce;V$;3| ...) ; file: /tmp/oa-0MJlen/code.lsp ; in: DEFUN |SULS;coerce;V$;3| ; (DEFUN BOOT::|SULS;coerce;V$;3| (BOOT::|v| BOOT::$) ; (COND ; ((BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 8) ; (BOOT::|shellEntry| BOOT::$ 14)) ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 15) 1 ; (BOOT::|shellEntry| BOOT::$ 19))) ; (T ; (BOOT::SPADCALL (BOOT::SPADCALL # 1 #) (BOOT::SPADCALL # 0 #) ; (BOOT::|shellEntry| BOOT::$ 23))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SULS;coerce;V$;3| ; (BOOT::|v| BOOT::$) ; (BLOCK BOOT::|SULS;coerce;V$;3| ; (COND ((BOOT::SPADCALL # #) (BOOT::SPADCALL # 1 #)) ; (T (BOOT::SPADCALL # # #))))) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |SULS;pole?;$B;4| ...) ; compiling (DEFUN |SULS;coerce;Suts$;5| ...) ; compiling (DEFUN |SULS;taylorIfCan;$U;6| ...) ; compiling (DEFUN |SULS;taylor;$Suts;7| ...) ; compiling (DEFUN |SULS;retractIfCan;$U;8| ...) ; compiling (DEFUN |SULS;laurent;ISuts$;9| ...) ; compiling (DEFUN |SULS;removeZeroes;2$;10| ...) ; compiling (DEFUN |SULS;removeZeroes;I2$;11| ...) ; file: /tmp/oa-0MJlen/code.lsp ; in: DEFUN |SULS;removeZeroes;I2$;11| ; (DEFUN BOOT::|SULS;removeZeroes;I2$;11| (BOOT::|n| BOOT::|uls| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; BOOT::|uls|) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SULS;removeZeroes;I2$;11| ; (BOOT::|n| BOOT::|uls| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|SULS;removeZeroes;I2$;11| BOOT::|uls|)) ; ; caught STYLE-WARNING: ; The variable |n| is defined but never used. ; compiling (DEFUN |SULS;taylorRep;$Suts;12| ...) ; compiling (DEFUN |SULS;degree;$I;13| ...) ; file: /tmp/oa-0MJlen/code.lsp ; in: DEFUN |SULS;degree;$I;13| ; (DEFUN BOOT::|SULS;degree;$I;13| (BOOT::|uls| BOOT::$) ; (BOOT::SPADCALL BOOT::|uls| 0 (BOOT::|shellEntry| BOOT::$ 26))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SULS;degree;$I;13| ; (BOOT::|uls| BOOT::$) ; (BLOCK BOOT::|SULS;degree;$I;13| ; (BOOT::SPADCALL BOOT::|uls| 0 (BOOT::|shellEntry| BOOT::$ 26)))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |SULS;numer;$Suts;14| ...) ; compiling (DEFUN |SULS;denom;$Suts;15| ...) ; compiling (DEFUN |SULS;*;Suts2$;16| ...) ; compiling (DEFUN |SULS;*;$Suts$;17| ...) ; compiling (DEFUN |SULS;/;2Suts$;18| ...) ; compiling (DEFUN |SULS;recip;$U;19| ...) ; file: /tmp/oa-0MJlen/code.lsp ; in: DEFUN |SULS;recip;$U;19| ; (DEFUN BOOT::|SULS;recip;$U;19| (BOOT::|uls| BOOT::$) ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 16) BOOT::|uls| NIL ; (BOOT::|shellEntry| BOOT::$ 53))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SULS;recip;$U;19| ; (BOOT::|uls| BOOT::$) ; (BLOCK BOOT::|SULS;recip;$U;19| ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 16) BOOT::|uls| NIL ; (BOOT::|shellEntry| BOOT::$ 53)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SULS;exquo;2$U;20| ...) ; file: /tmp/oa-0MJlen/code.lsp ; in: DEFUN |SULS;exquo;2$U;20| ; (DEFUN BOOT::|SULS;exquo;2$U;20| (BOOT::|uls1| BOOT::|uls2| BOOT::$) ; (BOOT::SPADCALL BOOT::|uls1| BOOT::|uls2| NIL ; (BOOT::|shellEntry| BOOT::$ 53))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SULS;exquo;2$U;20| ; (BOOT::|uls1| BOOT::|uls2| BOOT::$) ; (BLOCK BOOT::|SULS;exquo;2$U;20| ; (BOOT::SPADCALL BOOT::|uls1| BOOT::|uls2| NIL ; (BOOT::|shellEntry| BOOT::$ 53)))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SULS;/;3$;21| ...) ; compiling (DEFUN |SULS;differentiate;$V$;22| ...) ; file: /tmp/oa-0MJlen/code.lsp ; in: DEFUN |SULS;differentiate;$V$;22| ; (DEFUN BOOT::|SULS;differentiate;$V$;22| (BOOT::|uls| BOOT::|v| BOOT::$) ; (BOOT::SPADCALL BOOT::|uls| (BOOT::|shellEntry| BOOT::$ 56))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SULS;differentiate;$V$;22| ; (BOOT::|uls| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|SULS;differentiate;$V$;22| ; (BOOT::SPADCALL BOOT::|uls| (BOOT::|shellEntry| BOOT::$ 56)))) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |SULS;elt;3$;23| ...) ; compiling (DEFUN |SULS;rationalFunction;$IF;24| ...) ; file: /tmp/oa-0MJlen/code.lsp ; in: DEFUN |SULS;rationalFunction;$IF;24| ; (BOOT::|moanRetract| BOOT::|n| '(BOOT::|NonNegativeInteger|)) ; ==> ; BOOT::|n| ; ; note: deleting unreachable code ; '(BOOT::|NonNegativeInteger|) ; ; note: deleting unreachable code ; compiling (DEFUN |SULS;rationalFunction;$2IF;25| ...) ; compiling (DEFUN |SULS;integrate;2$;26| ...) ; compiling (DEFUN |SULS;integrate;$V$;27| ...) ; file: /tmp/oa-0MJlen/code.lsp ; in: DEFUN |SULS;integrate;$V$;27| ; (DEFUN BOOT::|SULS;integrate;$V$;27| (BOOT::|uls| BOOT::|v| BOOT::$) ; (BOOT::SPADCALL BOOT::|uls| (BOOT::|shellEntry| BOOT::$ 79))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SULS;integrate;$V$;27| ; (BOOT::|uls| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|SULS;integrate;$V$;27| ; (BOOT::SPADCALL BOOT::|uls| (BOOT::|shellEntry| BOOT::$ 79)))) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |SULS;**;3$;28| ...) ; compiling (DEFUN |SULS;exp;2$;29| ...) ; compiling (DEFUN |SULS;log;2$;30| ...) ; compiling (DEFUN |SULS;sin;2$;31| ...) ; compiling (DEFUN |SULS;cos;2$;32| ...) ; compiling (DEFUN |SULS;tan;2$;33| ...) ; compiling (DEFUN |SULS;cot;2$;34| ...) ; compiling (DEFUN |SULS;sec;2$;35| ...) ; compiling (DEFUN |SULS;csc;2$;36| ...) ; compiling (DEFUN |SULS;asin;2$;37| ...) ; compiling (DEFUN |SULS;acos;2$;38| ...) ; compiling (DEFUN |SULS;atan;2$;39| ...) ; compiling (DEFUN |SULS;acot;2$;40| ...) ; compiling (DEFUN |SULS;asec;2$;41| ...) ; compiling (DEFUN |SULS;acsc;2$;42| ...) ; compiling (DEFUN |SULS;sinh;2$;43| ...) ; compiling (DEFUN |SULS;cosh;2$;44| ...) ; compiling (DEFUN |SULS;tanh;2$;45| ...) ; compiling (DEFUN |SULS;coth;2$;46| ...) ; compiling (DEFUN |SULS;sech;2$;47| ...) ; compiling (DEFUN |SULS;csch;2$;48| ...) ; compiling (DEFUN |SULS;asinh;2$;49| ...) ; compiling (DEFUN |SULS;acosh;2$;50| ...) ; compiling (DEFUN |SULS;atanh;2$;51| ...) ; compiling (DEFUN |SULS;acoth;2$;52| ...) ; compiling (DEFUN |SULS;asech;2$;53| ...) ; compiling (DEFUN |SULS;acsch;2$;54| ...) ; compiling (DEFUN |SULS;**;$F$;55| ...) ; compiling (DEFUN |SULS;**;$F$;56| ...) ; compiling (DEFUN |SULS;coerce;$Of;57| ...) ; compiling (DEFUN |SparseUnivariateLaurentSeries| ...) ; compiling (DEFUN |SparseUnivariateLaurentSeries;| ...) ; compiling (MAKEPROP (QUOTE |SparseUnivariateLaurentSeries|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 6 STYLE-WARNING conditions ; printed 5 notes ; /tmp/oa-0MJlen/code.fasl written ; compilation finished in 0:00:00.161 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SUPXS.spad && cp SUPXS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SUPXS.fasl \ && if test -f SUPXS-.NRLIB/code.fasl; then \ cp SUPXS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SUPXS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SUPXS.spad using Spad compiler. SUPXS abbreviates domain SparseUnivariatePuiseuxSeries debug: compDefine1 lhs: (SparseUnivariatePuiseuxSeries Coef var cen) signature (pre-evaluate): ((Join (UnivariatePuiseuxSeriesConstructorCategory Coef (SparseUnivariateLaurentSeries Coef var cen)) (PartialDifferentialDomain $ (Variable var)) (RetractableTo (SparseUnivariateTaylorSeries Coef var cen)) (CoercibleFrom (Variable var)) (CATEGORY domain (IF (has Coef (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Variable var))) %noBranch))) NIL NIL NIL) debug: evaluateType form: (Join (UnivariatePuiseuxSeriesConstructorCategory Coef (SparseUnivariateLaurentSeries Coef var cen)) (PartialDifferentialDomain $ (Variable var)) (RetractableTo (SparseUnivariateTaylorSeries Coef var cen)) (CoercibleFrom (Variable var)) (CATEGORY domain (IF (has Coef (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Variable var))) %noBranch))) $param: (Coef var cen) debug: evaluateType form: (UnivariatePuiseuxSeriesConstructorCategory Coef (SparseUnivariateLaurentSeries Coef var cen)) $param: (Coef var cen) Debug: evaluateType1 form: (UnivariatePuiseuxSeriesConstructorCategory Coef (SparseUnivariateLaurentSeries Coef var cen)) debug: evaluateType1 x: Coef m: (Ring) debug: evaluateType1 x: (SparseUnivariateLaurentSeries Coef var cen) m: (UnivariateLaurentSeriesCategory Coef) debug: evaluateType1 categoryForm: (UnivariateLaurentSeriesCategory Coef) debug: evaluateType form: (UnivariateLaurentSeriesCategory Coef) $param: (Coef var cen) Debug: evaluateType1 form: (UnivariateLaurentSeriesCategory Coef) debug: evaluateType1 x: Coef m: (Ring) debug: evaluateType form: (SparseUnivariateLaurentSeries Coef var cen) $param: (Coef var cen) Debug: evaluateType1 form: (SparseUnivariateLaurentSeries Coef var cen) debug: evaluateType1 x: Coef m: (Ring) debug: evaluateType1 x: var m: (Symbol) debug: evaluateType1 x: cen m: Coef debug: evalCategory d: (SparseUnivariateLaurentSeries Coef var cen) c: (UnivariateLaurentSeriesCategory Coef) debug: evaluateType form: (PartialDifferentialDomain $ (Variable var)) $param: (Coef var cen) Debug: evaluateType1 form: (PartialDifferentialDomain $ (Variable var)) debug: evaluateType1 x: $ m: (Type) debug: evaluateType1 x: (Variable var) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Coef var cen) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Variable var) $param: (Coef var cen) Debug: evaluateType1 form: (Variable var) debug: evaluateType1 x: var m: (Symbol) debug: evalCategory d: (Variable var) c: (Type) debug: evaluateType form: (RetractableTo (SparseUnivariateTaylorSeries Coef var cen)) $param: (Coef var cen) Debug: evaluateType1 form: (RetractableTo (SparseUnivariateTaylorSeries Coef var cen)) debug: evaluateType1 x: (SparseUnivariateTaylorSeries Coef var cen) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Coef var cen) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SparseUnivariateTaylorSeries Coef var cen) $param: (Coef var cen) Debug: evaluateType1 form: (SparseUnivariateTaylorSeries Coef var cen) debug: evaluateType1 x: Coef m: (Ring) debug: evaluateType1 x: var m: (Symbol) debug: evaluateType1 x: cen m: Coef debug: evalCategory d: (SparseUnivariateTaylorSeries Coef var cen) c: (Type) debug: evaluateType form: (CoercibleFrom (Variable var)) $param: (Coef var cen) Debug: evaluateType1 form: (CoercibleFrom (Variable var)) debug: evaluateType1 x: (Variable var) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (Coef var cen) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Variable var) $param: (Coef var cen) Debug: evaluateType1 form: (Variable var) debug: evaluateType1 x: var m: (Symbol) debug: evalCategory d: (Variable var) c: (Type) debug: evaluateType form: (CATEGORY domain (IF (has Coef (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Variable var))) %noBranch)) $param: (Coef var cen) debug: compDefine1 signature (post evaluate): ((Join (UnivariatePuiseuxSeriesConstructorCategory Coef (SparseUnivariateLaurentSeries Coef var cen)) (PartialDifferentialDomain $ (Variable var)) (RetractableTo (SparseUnivariateTaylorSeries Coef var cen)) (CoercibleFrom (Variable var)) (CATEGORY domain (IF (has Coef (Algebra (Fraction (Integer)))) (SIGNATURE integrate ($ $ (Variable var))) %noBranch))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for SparseUnivariatePuiseuxSeries compiling into /tmp/oa-H4BRdr compiling local getExpon : % -> Fraction Integer SUPXS;getExpon is replaced by %head Time: 0.08 SEC. compiling exported variable : % -> Symbol Time: 0 SEC. compiling exported center : % -> Coef Time: 0 SEC. compiling exported coerce : Variable var -> % Time: 0.01 SEC. compiling exported coerce : SparseUnivariateTaylorSeries(Coef,var,cen) -> % Time: 0.02 SEC. compiling exported retractIfCan : % -> Union(SparseUnivariateTaylorSeries(Coef,var,cen),failed) Time: 0.02 SEC. compiling exported differentiate : (%,Variable var) -> % Time: 0.00 SEC. compiling exported integrate : (%,Variable var) -> % Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Time: 0.10 SEC. (time taken in buildFunctor: 48) Time: 0.14 SEC. Warnings: [1] String syntax for * in signature is deprecated. [2] Rep differs from the base domain [3] Type Fraction Integer is not in scope. Import it Cumulative Statistics for Constructor SparseUnivariatePuiseuxSeries Time: 0.38 seconds finalizing NRLIB SUPXS Processing SparseUnivariatePuiseuxSeries for Browser database: -- integrate : (%,Variable var) -> % -- constructor ; compiling file "/tmp/oa-H4BRdr/code.lsp" (written 01 FEB 2016 11:15:17 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SUPXS;getExpon|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SUPXS;variable;$S;2|) ...) ; compiling (PUT (QUOTE |SUPXS;center;$Coef;3|) ...) ; compiling (DEFUN |SUPXS;getExpon| ...) ; compiling (DEFUN |SUPXS;variable;$S;2| ...) ; file: /tmp/oa-H4BRdr/code.lsp ; in: DEFUN |SUPXS;variable;$S;2| ; (DEFUN BOOT::|SUPXS;variable;$S;2| (BOOT::|x| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 7)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUPXS;variable;$S;2| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|SUPXS;variable;$S;2| (BOOT::|shellEntry| BOOT::$ 7))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |SUPXS;center;$Coef;3| ...) ; file: /tmp/oa-H4BRdr/code.lsp ; in: DEFUN |SUPXS;center;$Coef;3| ; (DEFUN BOOT::|SUPXS;center;$Coef;3| (BOOT::|x| BOOT::$) ; (BOOT::|shellEntry| BOOT::$ 8)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUPXS;center;$Coef;3| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|SUPXS;center;$Coef;3| (BOOT::|shellEntry| BOOT::$ 8))) ; ; caught STYLE-WARNING: ; The variable |x| is defined but never used. ; compiling (DEFUN |SUPXS;coerce;V$;4| ...) ; file: /tmp/oa-H4BRdr/code.lsp ; in: DEFUN |SUPXS;coerce;V$;4| ; (DEFUN BOOT::|SUPXS;coerce;V$;4| (BOOT::|v| BOOT::$) ; (COND ; ((BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 8) ; (BOOT::|shellEntry| BOOT::$ 14)) ; (BOOT::SPADCALL (BOOT::|spadConstant| BOOT::$ 15) ; (BOOT::|spadConstant| BOOT::$ 19) ; (BOOT::|shellEntry| BOOT::$ 20))) ; (T ; (BOOT::SPADCALL (BOOT::SPADCALL # # #) (BOOT::SPADCALL # # #) ; (BOOT::|shellEntry| BOOT::$ 24))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUPXS;coerce;V$;4| ; (BOOT::|v| BOOT::$) ; (BLOCK BOOT::|SUPXS;coerce;V$;4| ; (COND ((BOOT::SPADCALL # #) (BOOT::SPADCALL # # #)) ; (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |SUPXS;coerce;Suts$;5| ...) ; file: /tmp/oa-H4BRdr/code.lsp ; in: DEFUN |SUPXS;coerce;Suts$;5| ; (DEFUN BOOT::|SUPXS;coerce;Suts$;5| (BOOT::|uts| BOOT::$) ; (BOOT::SPADCALL BOOT::|uts| (BOOT::|shellEntry| BOOT::$ 30))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUPXS;coerce;Suts$;5| ; (BOOT::|uts| BOOT::$) ; (BLOCK BOOT::|SUPXS;coerce;Suts$;5| ; (BOOT::SPADCALL BOOT::|uts| (BOOT::|shellEntry| BOOT::$ 30)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |SUPXS;retractIfCan;$U;6| ...) ; file: /tmp/oa-H4BRdr/code.lsp ; in: DEFUN |SUPXS;retractIfCan;$U;6| ; (DEFUN BOOT::|SUPXS;retractIfCan;$U;6| (BOOT::|upxs| BOOT::$) ; (LET ((BOOT::|uls| (BOOT::SPADCALL BOOT::|upxs| #))) ; (COND ((EQL # 1) (CONS 1 "failed")) (T (BOOT::SPADCALL # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUPXS;retractIfCan;$U;6| ; (BOOT::|upxs| BOOT::$) ; (BLOCK BOOT::|SUPXS;retractIfCan;$U;6| ; (LET ((BOOT::|uls| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |SUPXS;differentiate;$V$;7| ...) ; file: /tmp/oa-H4BRdr/code.lsp ; in: DEFUN |SUPXS;differentiate;$V$;7| ; (DEFUN BOOT::|SUPXS;differentiate;$V$;7| (BOOT::|upxs| BOOT::|v| BOOT::$) ; (BOOT::SPADCALL BOOT::|upxs| (BOOT::|shellEntry| BOOT::$ 37))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUPXS;differentiate;$V$;7| ; (BOOT::|upxs| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|SUPXS;differentiate;$V$;7| ; (BOOT::SPADCALL BOOT::|upxs| (BOOT::|shellEntry| BOOT::$ 37)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |SUPXS;integrate;$V$;8| ...) ; file: /tmp/oa-H4BRdr/code.lsp ; in: DEFUN |SUPXS;integrate;$V$;8| ; (DEFUN BOOT::|SUPXS;integrate;$V$;8| (BOOT::|upxs| BOOT::|v| BOOT::$) ; (BOOT::SPADCALL BOOT::|upxs| (BOOT::|shellEntry| BOOT::$ 39))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SUPXS;integrate;$V$;8| ; (BOOT::|upxs| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|SUPXS;integrate;$V$;8| ; (BOOT::SPADCALL BOOT::|upxs| (BOOT::|shellEntry| BOOT::$ 39)))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |SUPXS;coerce;$Of;9| ...) ; compiling (DEFUN |SparseUnivariatePuiseuxSeries| ...) ; compiling (DEFUN |SparseUnivariatePuiseuxSeries;| ...) ; compiling (MAKEPROP (QUOTE |SparseUnivariatePuiseuxSeries|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 5 STYLE-WARNING conditions ; printed 5 notes ; /tmp/oa-H4BRdr/code.fasl written ; compilation finished in 0:00:00.043 ------------------------------------------------------------------------ ================================== === layer 21 of 24 complete ====== ================================== ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile NTSCAT.spad && cp NTSCAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/NTSCAT.fasl \ && if test -f NTSCAT-.NRLIB/code.fasl; then \ cp NTSCAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/NTSCAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NTSCAT.spad using Spad compiler. NTSCAT abbreviates category NormalizedTriangularSetCategory debug: compDefine1 lhs: (NormalizedTriangularSetCategory R E V P) signature (pre-evaluate): ((Category) (GcdDomain) (OrderedAbelianMonoidSup) (OrderedSet) (RecursivePolynomialCategory R E V)) debug: evaluateType form: (Category) $param: (R E V P) debug: evaluateType form: (GcdDomain) $param: (R E V P) Debug: evaluateType1 form: (GcdDomain) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (R E V P) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedSet) $param: (R E V P) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (RecursivePolynomialCategory R E V) $param: (R E V P) Debug: evaluateType1 form: (RecursivePolynomialCategory R E V) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: E m: (OrderedAbelianMonoidSup) debug: evaluateType1 x: V m: (OrderedSet) debug: compDefine1 signature (post evaluate): ((Category) (GcdDomain) (OrderedAbelianMonoidSup) (OrderedSet) (RecursivePolynomialCategory R E V)) debug: compDefine1 lhs: (NormalizedTriangularSetCategory R E V P) signature (pre-evaluate): ((Category) NIL NIL NIL NIL) debug: evaluateType form: (Category) $param: (R E V P) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for NormalizedTriangularSetCategory compiling into /tmp/oa-4Io5Z2 STYLE-WARNING: redefining BOOT::|NormalizedTriangularSetCategory| in DEFUN Time: 0.02 SEC. finalizing NRLIB NTSCAT Processing NormalizedTriangularSetCategory for Browser database: -- constructor ; compiling file "/tmp/oa-4Io5Z2/code.lsp" (written 01 FEB 2016 11:15:17 PM): ; compiling (DEFPARAMETER |NormalizedTriangularSetCategory;AL| ...) ; compiling (DEFUN |NormalizedTriangularSetCategory;| ...) ; compiling (DEFUN |NormalizedTriangularSetCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-4Io5Z2/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile QCMPACK.spad && cp QCMPACK.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/QCMPACK.fasl \ && if test -f QCMPACK-.NRLIB/code.fasl; then \ cp QCMPACK-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/QCMPACK-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/QCMPACK.spad using Spad compiler. QCMPACK abbreviates package QuasiComponentPackage debug: compDefine1 lhs: (QuasiComponentPackage R E V P TS) signature (pre-evaluate): ((CATEGORY package (SIGNATURE startTable! ((Void) (String) (String) (String))) (SIGNATURE stopTable! ((Void))) (SIGNATURE supDimElseRittWu? ((Boolean) TS TS)) (SIGNATURE algebraicSort ((List TS) (List TS))) (SIGNATURE moreAlgebraic? ((Boolean) TS TS)) (SIGNATURE subTriSet? ((Boolean) TS TS)) (SIGNATURE subPolSet? ((Boolean) (List P) (List P))) (SIGNATURE internalSubPolSet? ((Boolean) (List P) (List P))) (SIGNATURE internalInfRittWu? ((Boolean) (List P) (List P))) (SIGNATURE infRittWu? ((Boolean) (List P) (List P))) (SIGNATURE internalSubQuasiComponent? ((Union (Boolean) failed) TS TS)) (SIGNATURE subQuasiComponent? ((Boolean) TS TS)) (SIGNATURE subQuasiComponent? ((Boolean) TS (List TS))) (SIGNATURE removeSuperfluousQuasiComponents ((List TS) (List TS))) (SIGNATURE subCase? ((Boolean) (Record (: val (List P)) (: tower TS)) (Record (: val (List P)) (: tower TS)))) (SIGNATURE removeSuperfluousCases ((List (Record (: val (List P)) (: tower TS))) (List (Record (: val (List P)) (: tower TS))))) (SIGNATURE prepareDecompose ((List (Record (: eq (List P)) (: tower TS) (: ineq (List P)))) (List P) (List TS) (Boolean) (Boolean))) (SIGNATURE branchIfCan ((Union (Record (: eq (List P)) (: tower TS) (: ineq (List P))) failed) (List P) TS (List P) (Boolean) (Boolean) (Boolean) (Boolean) (Boolean)))) NIL NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE startTable! ((Void) (String) (String) (String))) (SIGNATURE stopTable! ((Void))) (SIGNATURE supDimElseRittWu? ((Boolean) TS TS)) (SIGNATURE algebraicSort ((List TS) (List TS))) (SIGNATURE moreAlgebraic? ((Boolean) TS TS)) (SIGNATURE subTriSet? ((Boolean) TS TS)) (SIGNATURE subPolSet? ((Boolean) (List P) (List P))) (SIGNATURE internalSubPolSet? ((Boolean) (List P) (List P))) (SIGNATURE internalInfRittWu? ((Boolean) (List P) (List P))) (SIGNATURE infRittWu? ((Boolean) (List P) (List P))) (SIGNATURE internalSubQuasiComponent? ((Union (Boolean) failed) TS TS)) (SIGNATURE subQuasiComponent? ((Boolean) TS TS)) (SIGNATURE subQuasiComponent? ((Boolean) TS (List TS))) (SIGNATURE removeSuperfluousQuasiComponents ((List TS) (List TS))) (SIGNATURE subCase? ((Boolean) (Record (: val (List P)) (: tower TS)) (Record (: val (List P)) (: tower TS)))) (SIGNATURE removeSuperfluousCases ((List (Record (: val (List P)) (: tower TS))) (List (Record (: val (List P)) (: tower TS))))) (SIGNATURE prepareDecompose ((List (Record (: eq (List P)) (: tower TS) (: ineq (List P)))) (List P) (List TS) (Boolean) (Boolean))) (SIGNATURE branchIfCan ((Union (Record (: eq (List P)) (: tower TS) (: ineq (List P))) failed) (List P) TS (List P) (Boolean) (Boolean) (Boolean) (Boolean) (Boolean)))) $param: (R E V P TS) debug: evaluateType form: (Void) $param: (R E V P TS) Debug: evaluateType1 form: (Void) debug: evaluateType form: (String) $param: (R E V P TS) Debug: evaluateType1 form: (String) debug: evaluateType form: (String) $param: (R E V P TS) Debug: evaluateType1 form: (String) debug: evaluateType form: (String) $param: (R E V P TS) Debug: evaluateType1 form: (String) debug: evaluateType form: (Void) $param: (R E V P TS) Debug: evaluateType1 form: (Void) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (List TS) $param: (R E V P TS) Debug: evaluateType1 form: (List TS) debug: evaluateType1 x: TS m: (Type) debug: evaluateType form: (List TS) $param: (R E V P TS) Debug: evaluateType1 form: (List TS) debug: evaluateType1 x: TS m: (Type) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (Union (Boolean) failed) $param: (R E V P TS) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: failed $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (List TS) $param: (R E V P TS) Debug: evaluateType1 form: (List TS) debug: evaluateType1 x: TS m: (Type) debug: evaluateType form: (List TS) $param: (R E V P TS) Debug: evaluateType1 form: (List TS) debug: evaluateType1 x: TS m: (Type) debug: evaluateType form: (List TS) $param: (R E V P TS) Debug: evaluateType1 form: (List TS) debug: evaluateType1 x: TS m: (Type) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Record (: val (List P)) (: tower TS)) $param: (R E V P TS) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (Record (: val (List P)) (: tower TS)) $param: (R E V P TS) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (List (Record (: val (List P)) (: tower TS))) $param: (R E V P TS) Debug: evaluateType1 form: (List (Record (: val (List P)) (: tower TS))) debug: evaluateType1 x: (Record (: val (List P)) (: tower TS)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E V P TS) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: val (List P)) (: tower TS)) $param: (R E V P TS) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: TS $param: (R E V P TS) debug: evalCategory d: (Record (: val (List P)) (: tower TS)) c: (Type) debug: evaluateType form: (List (Record (: val (List P)) (: tower TS))) $param: (R E V P TS) Debug: evaluateType1 form: (List (Record (: val (List P)) (: tower TS))) debug: evaluateType1 x: (Record (: val (List P)) (: tower TS)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E V P TS) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: val (List P)) (: tower TS)) $param: (R E V P TS) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: TS $param: (R E V P TS) debug: evalCategory d: (Record (: val (List P)) (: tower TS)) c: (Type) debug: evaluateType form: (List (Record (: eq (List P)) (: tower TS) (: ineq (List P)))) $param: (R E V P TS) Debug: evaluateType1 form: (List (Record (: eq (List P)) (: tower TS) (: ineq (List P)))) debug: evaluateType1 x: (Record (: eq (List P)) (: tower TS) (: ineq (List P))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E V P TS) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: eq (List P)) (: tower TS) (: ineq (List P))) $param: (R E V P TS) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evalCategory d: (Record (: eq (List P)) (: tower TS) (: ineq (List P))) c: (Type) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List TS) $param: (R E V P TS) Debug: evaluateType1 form: (List TS) debug: evaluateType1 x: TS m: (Type) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Union (Record (: eq (List P)) (: tower TS) (: ineq (List P))) failed) $param: (R E V P TS) debug: evaluateType form: (Record (: eq (List P)) (: tower TS) (: ineq (List P))) $param: (R E V P TS) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: failed $param: (R E V P TS) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE startTable! ((Void) (String) (String) (String))) (SIGNATURE stopTable! ((Void))) (SIGNATURE supDimElseRittWu? ((Boolean) TS TS)) (SIGNATURE algebraicSort ((List TS) (List TS))) (SIGNATURE moreAlgebraic? ((Boolean) TS TS)) (SIGNATURE subTriSet? ((Boolean) TS TS)) (SIGNATURE subPolSet? ((Boolean) (List P) (List P))) (SIGNATURE internalSubPolSet? ((Boolean) (List P) (List P))) (SIGNATURE internalInfRittWu? ((Boolean) (List P) (List P))) (SIGNATURE infRittWu? ((Boolean) (List P) (List P))) (SIGNATURE internalSubQuasiComponent? ((Union (Boolean) failed) TS TS)) (SIGNATURE subQuasiComponent? ((Boolean) TS TS)) (SIGNATURE subQuasiComponent? ((Boolean) TS (List TS))) (SIGNATURE removeSuperfluousQuasiComponents ((List TS) (List TS))) (SIGNATURE subCase? ((Boolean) (Record (: val (List P)) (: tower TS)) (Record (: val (List P)) (: tower TS)))) (SIGNATURE removeSuperfluousCases ((List (Record (: val (List P)) (: tower TS))) (List (Record (: val (List P)) (: tower TS))))) (SIGNATURE prepareDecompose ((List (Record (: eq (List P)) (: tower TS) (: ineq (List P)))) (List P) (List TS) (Boolean) (Boolean))) (SIGNATURE branchIfCan ((Union (Record (: eq (List P)) (: tower TS) (: ineq (List P))) failed) (List P) TS (List P) (Boolean) (Boolean) (Boolean) (Boolean) (Boolean)))) NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for QuasiComponentPackage compiling into /tmp/oa-RmASZc compiling local squareFreeFactors : List P -> List P Time: 0.08 SEC. compiling exported startTable! : (String,String,String) -> Void Time: 0.02 SEC. compiling exported stopTable! : () -> Void Time: 0 SEC. compiling exported supDimElseRittWu? : (TS,TS) -> Boolean Time: 0.02 SEC. compiling exported algebraicSort : List TS -> List TS Time: 0.01 SEC. compiling exported moreAlgebraic? : (TS,TS) -> Boolean Time: 0.02 SEC. compiling exported subTriSet? : (TS,TS) -> Boolean Time: 0.02 SEC. compiling exported internalSubPolSet? : (List P,List P) -> Boolean Time: 0.01 SEC. compiling exported subPolSet? : (List P,List P) -> Boolean Time: 0.00 SEC. compiling exported infRittWu? : (List P,List P) -> Boolean Time: 0.00 SEC. compiling exported internalInfRittWu? : (List P,List P) -> Boolean Time: 0.01 SEC. compiling exported subCase? : (Record(val: List P,tower: TS),Record(val: List P,tower: TS)) -> Boolean Time: 0.02 SEC. compiling exported internalSubQuasiComponent? : (TS,TS) -> Union(Boolean,failed) Time: 0.03 SEC. compiling exported subQuasiComponent? : (TS,TS) -> Boolean Time: 0.01 SEC. compiling exported subQuasiComponent? : (TS,List TS) -> Boolean Time: 0.01 SEC. compiling exported removeSuperfluousCases : List Record(val: List P,tower: TS) -> List Record(val: List P,tower: TS) Time: 0.07 SEC. compiling exported removeSuperfluousQuasiComponents : List TS -> List TS Time: 0.06 SEC. compiling local removeAssociates : List P -> List P Time: 0 SEC. compiling exported branchIfCan : (List P,TS,List P,Boolean,Boolean,Boolean,Boolean,Boolean) -> Union(Record(eq: List P,tower: TS,ineq: List P),failed) Time: 0.24 SEC. compiling exported prepareDecompose : (List P,List TS,Boolean,Boolean) -> List Record(eq: List P,tower: TS,ineq: List P) Time: 0.20 SEC. (time taken in buildFunctor: 0) Time: 0.03 SEC. Warnings: [1] removeSuperfluousCases: tower has no value [2] removeSuperfluousCases: maxcases has no value [3] removeSuperfluousCases: headmaxcases has no value [4] removeSuperfluousQuasiComponents: maxlts has no value [5] removeSuperfluousQuasiComponents: headmaxlts has no value [6] branchIfCan: polnum has no value [7] prepareDecompose: eq has no value [8] prepareDecompose: tower has no value [9] prepareDecompose: ineq has no value Cumulative Statistics for Constructor QuasiComponentPackage Time: 0.86 seconds finalizing NRLIB QCMPACK Processing QuasiComponentPackage for Browser database: -- startTable! : (S,S,S) -> Void -- stopTable! : () -> Void -- supDimElseRittWu? : (TS,TS) -> Boolean -- algebraicSort : Split -> Split -- moreAlgebraic? : (TS,TS) -> Boolean -- subTriSet? : (TS,TS) -> Boolean -- subPolSet? : (LP,LP) -> Boolean -- internalSubPolSet? : (LP,LP) -> Boolean -- internalInfRittWu? : (LP,LP) -> Boolean -- infRittWu? : (LP,LP) -> Boolean -- internalSubQuasiComponent? : (TS,TS) -> Union(Boolean,"failed") -- subQuasiComponent? : (TS,TS) -> Boolean -- subQuasiComponent? : (TS,Split) -> Boolean -- removeSuperfluousQuasiComponents : Split -> Split -- subCase? : (LpWT,LpWT) -> Boolean -- removeSuperfluousCases : List LpWT -> List LpWT -- prepareDecompose : (LP,List TS,B,B) -> List Branch -- branchIfCan : (LP,TS,LP,B,B,B,B,B) -> Union(Branch,"failed") -- constructor ; compiling file "/tmp/oa-RmASZc/code.lsp" (written 01 FEB 2016 11:15:18 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |QCMPACK;squareFreeFactors| ...) ; file: /tmp/oa-RmASZc/code.lsp ; in: DEFUN |QCMPACK;squareFreeFactors| ; (DEFUN BOOT::|QCMPACK;squareFreeFactors| (BOOT::|lp| BOOT::$) ; (PROG (BOOT::|lsfp|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|QCMPACK;squareFreeFactors| ; (BOOT::|lp| BOOT::$) ; (BLOCK BOOT::|QCMPACK;squareFreeFactors| ; (PROG (BOOT::|lsfp|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |QCMPACK;startTable!;3SV;2| ...) ; compiling (DEFUN |QCMPACK;stopTable!;V;3| ...) ; compiling (DEFUN |QCMPACK;supDimElseRittWu?;2TSB;4| ...) ; compiling (DEFUN |QCMPACK;algebraicSort;2L;5| ...) ; file: /tmp/oa-RmASZc/code.lsp ; in: DEFUN |QCMPACK;algebraicSort;2L;5| ; (DEFUN BOOT::|QCMPACK;algebraicSort;2L;5| (BOOT::|lts| BOOT::$) ; (PROGN ; (SETQ BOOT::|lts| (BOOT::SPADCALL BOOT::|lts| #)) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 44) BOOT::|lts| ; (BOOT::|shellEntry| BOOT::$ 48)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|QCMPACK;algebraicSort;2L;5| ; (BOOT::|lts| BOOT::$) ; (BLOCK BOOT::|QCMPACK;algebraicSort;2L;5| ; (PROGN ; (SETQ BOOT::|lts| #) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 44) BOOT::|lts| ; (BOOT::|shellEntry| BOOT::$ 48))))) ; ; note: Assignment to argument: |lts| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |QCMPACK;moreAlgebraic?;2TSB;6| ...) ; file: /tmp/oa-RmASZc/code.lsp ; in: DEFUN |QCMPACK;moreAlgebraic?;2TSB;6| ; (DEFUN BOOT::|QCMPACK;moreAlgebraic?;2TSB;6| (BOOT::|ts| BOOT::|us| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|ts| (BOOT::|shellEntry| BOOT::$ 50)) ; (BOOT::SPADCALL BOOT::|us| (BOOT::|shellEntry| BOOT::$ 50))) ; ((BOOT::SPADCALL BOOT::|us| (BOOT::|shellEntry| BOOT::$ 50)) T) ; ((< (BOOT::SPADCALL BOOT::|ts| #) (BOOT::SPADCALL BOOT::|us| #)) NIL) ; (T ; (PROGN ; (LET # ; #) ; T)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|QCMPACK;moreAlgebraic?;2TSB;6| ; (BOOT::|ts| BOOT::|us| BOOT::$) ; (BLOCK BOOT::|QCMPACK;moreAlgebraic?;2TSB;6| ; (COND ((BOOT::SPADCALL BOOT::|ts| #) (BOOT::SPADCALL BOOT::|us| #)) ; ((BOOT::SPADCALL BOOT::|us| #) T) ((< # #) NIL) (T (PROGN # T))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |QCMPACK;subTriSet?;2TSB;7| ...) ; compiling (DEFUN |QCMPACK;internalSubPolSet?;2LB;8| ...) ; compiling (DEFUN |QCMPACK;subPolSet?;2LB;9| ...) ; file: /tmp/oa-RmASZc/code.lsp ; in: DEFUN |QCMPACK;subPolSet?;2LB;9| ; (DEFUN BOOT::|QCMPACK;subPolSet?;2LB;9| (BOOT::|lp1| BOOT::|lp2| BOOT::$) ; (PROGN ; (SETQ BOOT::|lp1| (BOOT::SPADCALL # BOOT::|lp1| #)) ; (SETQ BOOT::|lp2| (BOOT::SPADCALL # BOOT::|lp2| #)) ; (BOOT::|QCMPACK;internalSubPolSet?;2LB;8| BOOT::|lp1| BOOT::|lp2| ; BOOT::$))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|QCMPACK;subPolSet?;2LB;9| ; (BOOT::|lp1| BOOT::|lp2| BOOT::$) ; (BLOCK BOOT::|QCMPACK;subPolSet?;2LB;9| ; (PROGN ; (SETQ BOOT::|lp1| #) ; (SETQ BOOT::|lp2| #) ; (BOOT::|QCMPACK;internalSubPolSet?;2LB;8| BOOT::|lp1| BOOT::|lp2| ; BOOT::$)))) ; ; note: Assignment to argument: |lp1| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |lp2| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |QCMPACK;infRittWu?;2LB;10| ...) ; file: /tmp/oa-RmASZc/code.lsp ; in: DEFUN |QCMPACK;infRittWu?;2LB;10| ; (DEFUN BOOT::|QCMPACK;infRittWu?;2LB;10| (BOOT::|lp1| BOOT::|lp2| BOOT::$) ; (PROGN ; (SETQ BOOT::|lp1| (BOOT::SPADCALL # BOOT::|lp1| #)) ; (SETQ BOOT::|lp2| (BOOT::SPADCALL # BOOT::|lp2| #)) ; (BOOT::|QCMPACK;internalInfRittWu?;2LB;11| BOOT::|lp1| BOOT::|lp2| ; BOOT::$))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|QCMPACK;infRittWu?;2LB;10| ; (BOOT::|lp1| BOOT::|lp2| BOOT::$) ; (BLOCK BOOT::|QCMPACK;infRittWu?;2LB;10| ; (PROGN ; (SETQ BOOT::|lp1| #) ; (SETQ BOOT::|lp2| #) ; (BOOT::|QCMPACK;internalInfRittWu?;2LB;11| BOOT::|lp1| BOOT::|lp2| ; BOOT::$)))) ; ; note: Assignment to argument: |lp1| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |lp2| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |QCMPACK;internalInfRittWu?;2LB;11| ...) ; compiling (DEFUN |QCMPACK;subCase?;2RB;12| ...) ; compiling (DEFUN |QCMPACK;internalSubQuasiComponent?;2TSU;13| ...) ; compiling (DEFUN |QCMPACK;subQuasiComponent?;2TSB;14| ...) ; compiling (DEFUN |QCMPACK;subQuasiComponent?;TSLB;15| ...) ; compiling (DEFUN |QCMPACK;removeSuperfluousCases;2L;16| ...) ; compiling (DEFUN |QCMPACK;removeSuperfluousCases;2L;16!0| ...) ; compiling (DEFUN |QCMPACK;removeSuperfluousQuasiComponents;2L;17| ...) ; file: /tmp/oa-RmASZc/code.lsp ; in: DEFUN |QCMPACK;removeSuperfluousQuasiComponents;2L;17| ; (DEFUN BOOT::|QCMPACK;removeSuperfluousQuasiComponents;2L;17| ; (BOOT::|lts| BOOT::$) ; (PROG (BOOT::|ts| BOOT::|copymaxlts| BOOT::|maxlts| BOOT::|headmaxlts| ; BOOT::|toSave| BOOT::|toSee|) ; (RETURN (BOOT::SEQ (SETQ #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|QCMPACK;removeSuperfluousQuasiComponents;2L;17| ; (BOOT::|lts| BOOT::$) ; (BLOCK BOOT::|QCMPACK;removeSuperfluousQuasiComponents;2L;17| ; (PROG (BOOT::|ts| BOOT::|copymaxlts| BOOT::|maxlts| BOOT::|headmaxlts| ; BOOT::|toSave| BOOT::|toSee|) ; (RETURN (BOOT::SEQ # #))))) ; ; note: Assignment to argument: |lts| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |QCMPACK;removeAssociates| ...) ; file: /tmp/oa-RmASZc/code.lsp ; in: DEFUN |QCMPACK;removeAssociates| ; (DEFUN BOOT::|QCMPACK;removeAssociates| (BOOT::|lp| BOOT::$) ; (BOOT::SPADCALL ; (LET ((#:G861 BOOT::|lp|) (#:G750 NIL)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::|shellEntry| BOOT::$ 17))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|QCMPACK;removeAssociates| ; (BOOT::|lp| BOOT::$) ; (BLOCK BOOT::|QCMPACK;removeAssociates| ; (BOOT::SPADCALL ; (LET (# #) ; (LOOP # ; #)) ; (BOOT::|shellEntry| BOOT::$ 17)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |QCMPACK;branchIfCan;LTSL5BU;19| ...) ; file: /tmp/oa-RmASZc/code.lsp ; in: DEFUN |QCMPACK;branchIfCan;LTSL5BU;19| ; (DEFUN BOOT::|QCMPACK;branchIfCan;LTSL5BU;19| ; (BOOT::|leq| BOOT::|ts| BOOT::|lineq| BOOT::|b1| BOOT::|b2| BOOT::|b3| ; BOOT::|b4| BOOT::|b5| BOOT::$) ; (PROG (BOOT::|newleq| BOOT::|ps| BOOT::|newp| BOOT::|g|) ; (RETURN ; (BOOT::SEQ (COND #) (COND #) (COND #) (COND #) (COND #) (COND #) ; (COND #) (SETQ #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|QCMPACK;branchIfCan;LTSL5BU;19| ; (BOOT::|leq| BOOT::|ts| BOOT::|lineq| BOOT::|b1| BOOT::|b2| BOOT::|b3| ; BOOT::|b4| BOOT::|b5| BOOT::$) ; (BLOCK BOOT::|QCMPACK;branchIfCan;LTSL5BU;19| ; (PROG (BOOT::|newleq| BOOT::|ps| BOOT::|newp| BOOT::|g|) ; (RETURN (BOOT::SEQ # # # # # # # # #))))) ; ; note: Assignment to argument: |leq| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |lineq| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |QCMPACK;prepareDecompose;LL2BL;20| ...) ; file: /tmp/oa-RmASZc/code.lsp ; in: DEFUN |QCMPACK;prepareDecompose;LL2BL;20| ; (DEFUN BOOT::|QCMPACK;prepareDecompose;LL2BL;20| ; (BOOT::|lp| BOOT::|lts| BOOT::|b1| BOOT::|b2| BOOT::$) ; (PROG (BOOT::|lq| BOOT::|toSee| BOOT::|branches| BOOT::|lsfp| ; BOOT::|newBranch| BOOT::|ubf2| BOOT::|ubf1| BOOT::|lineq| BOOT::|ts| ; BOOT::|leq|) ; (RETURN (BOOT::SEQ (SETQ #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|QCMPACK;prepareDecompose;LL2BL;20| ; (BOOT::|lp| BOOT::|lts| BOOT::|b1| BOOT::|b2| BOOT::$) ; (BLOCK BOOT::|QCMPACK;prepareDecompose;LL2BL;20| ; (PROG (BOOT::|lq| BOOT::|toSee| BOOT::|branches| BOOT::|lsfp| ; BOOT::|newBranch| BOOT::|ubf2| BOOT::|ubf1| BOOT::|lineq| ; BOOT::|ts| BOOT::|leq|) ; (RETURN (BOOT::SEQ # #))))) ; ; note: Assignment to argument: |lp| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |lts| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS SIMPLE-VECTOR T)) &REST T). ; compiling (DEFUN |QCMPACK;prepareDecompose;LL2BL;20!0| ...) ; compiling (DEFUN |QuasiComponentPackage| ...) ; compiling (DEFUN |QuasiComponentPackage;| ...) ; compiling (MAKEPROP (QUOTE |QuasiComponentPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 15 notes ; /tmp/oa-RmASZc/code.fasl written ; compilation finished in 0:00:00.205 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile RSETGCD.spad && cp RSETGCD.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RSETGCD.fasl \ && if test -f RSETGCD-.NRLIB/code.fasl; then \ cp RSETGCD-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RSETGCD-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RSETGCD.spad using Spad compiler. RSETGCD abbreviates package RegularTriangularSetGcdPackage debug: compDefine1 lhs: (RegularTriangularSetGcdPackage R E V P TS) signature (pre-evaluate): ((CATEGORY package (SIGNATURE startTableGcd! ((Void) (String) (String) (String))) (SIGNATURE stopTableGcd! ((Void))) (SIGNATURE startTableInvSet! ((Void) (String) (String) (String))) (SIGNATURE stopTableInvSet! ((Void))) (SIGNATURE prepareSubResAlgo ((List (Record (: val (List P)) (: tower TS))) P P TS)) (SIGNATURE internalLastSubResultant ((List (Record (: val P) (: tower TS))) P P TS (Boolean) (Boolean))) (SIGNATURE internalLastSubResultant ((List (Record (: val P) (: tower TS))) (List (Record (: val (List P)) (: tower TS))) V (Boolean))) (SIGNATURE integralLastSubResultant ((List (Record (: val P) (: tower TS))) P P TS)) (SIGNATURE toseLastSubResultant ((List (Record (: val P) (: tower TS))) P P TS)) (SIGNATURE toseInvertible? ((Boolean) P TS)) (SIGNATURE toseInvertible? ((List (Record (: val (Boolean)) (: tower TS))) P TS)) (SIGNATURE toseInvertibleSet ((List TS) P TS)) (SIGNATURE toseSquareFreePart ((List (Record (: val P) (: tower TS))) P TS))) NIL NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE startTableGcd! ((Void) (String) (String) (String))) (SIGNATURE stopTableGcd! ((Void))) (SIGNATURE startTableInvSet! ((Void) (String) (String) (String))) (SIGNATURE stopTableInvSet! ((Void))) (SIGNATURE prepareSubResAlgo ((List (Record (: val (List P)) (: tower TS))) P P TS)) (SIGNATURE internalLastSubResultant ((List (Record (: val P) (: tower TS))) P P TS (Boolean) (Boolean))) (SIGNATURE internalLastSubResultant ((List (Record (: val P) (: tower TS))) (List (Record (: val (List P)) (: tower TS))) V (Boolean))) (SIGNATURE integralLastSubResultant ((List (Record (: val P) (: tower TS))) P P TS)) (SIGNATURE toseLastSubResultant ((List (Record (: val P) (: tower TS))) P P TS)) (SIGNATURE toseInvertible? ((Boolean) P TS)) (SIGNATURE toseInvertible? ((List (Record (: val (Boolean)) (: tower TS))) P TS)) (SIGNATURE toseInvertibleSet ((List TS) P TS)) (SIGNATURE toseSquareFreePart ((List (Record (: val P) (: tower TS))) P TS))) $param: (R E V P TS) debug: evaluateType form: (Void) $param: (R E V P TS) Debug: evaluateType1 form: (Void) debug: evaluateType form: (String) $param: (R E V P TS) Debug: evaluateType1 form: (String) debug: evaluateType form: (String) $param: (R E V P TS) Debug: evaluateType1 form: (String) debug: evaluateType form: (String) $param: (R E V P TS) Debug: evaluateType1 form: (String) debug: evaluateType form: (Void) $param: (R E V P TS) Debug: evaluateType1 form: (Void) debug: evaluateType form: (Void) $param: (R E V P TS) Debug: evaluateType1 form: (Void) debug: evaluateType form: (String) $param: (R E V P TS) Debug: evaluateType1 form: (String) debug: evaluateType form: (String) $param: (R E V P TS) Debug: evaluateType1 form: (String) debug: evaluateType form: (String) $param: (R E V P TS) Debug: evaluateType1 form: (String) debug: evaluateType form: (Void) $param: (R E V P TS) Debug: evaluateType1 form: (Void) debug: evaluateType form: (List (Record (: val (List P)) (: tower TS))) $param: (R E V P TS) Debug: evaluateType1 form: (List (Record (: val (List P)) (: tower TS))) debug: evaluateType1 x: (Record (: val (List P)) (: tower TS)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E V P TS) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: val (List P)) (: tower TS)) $param: (R E V P TS) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: TS $param: (R E V P TS) debug: evalCategory d: (Record (: val (List P)) (: tower TS)) c: (Type) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (List (Record (: val P) (: tower TS))) $param: (R E V P TS) Debug: evaluateType1 form: (List (Record (: val P) (: tower TS))) debug: evaluateType1 x: (Record (: val P) (: tower TS)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E V P TS) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: val P) (: tower TS)) $param: (R E V P TS) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evalCategory d: (Record (: val P) (: tower TS)) c: (Type) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List (Record (: val P) (: tower TS))) $param: (R E V P TS) Debug: evaluateType1 form: (List (Record (: val P) (: tower TS))) debug: evaluateType1 x: (Record (: val P) (: tower TS)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E V P TS) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: val P) (: tower TS)) $param: (R E V P TS) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evalCategory d: (Record (: val P) (: tower TS)) c: (Type) debug: evaluateType form: (List (Record (: val (List P)) (: tower TS))) $param: (R E V P TS) Debug: evaluateType1 form: (List (Record (: val (List P)) (: tower TS))) debug: evaluateType1 x: (Record (: val (List P)) (: tower TS)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E V P TS) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: val (List P)) (: tower TS)) $param: (R E V P TS) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: TS $param: (R E V P TS) debug: evalCategory d: (Record (: val (List P)) (: tower TS)) c: (Type) debug: evaluateType form: V $param: (R E V P TS) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List (Record (: val P) (: tower TS))) $param: (R E V P TS) Debug: evaluateType1 form: (List (Record (: val P) (: tower TS))) debug: evaluateType1 x: (Record (: val P) (: tower TS)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E V P TS) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: val P) (: tower TS)) $param: (R E V P TS) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evalCategory d: (Record (: val P) (: tower TS)) c: (Type) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (List (Record (: val P) (: tower TS))) $param: (R E V P TS) Debug: evaluateType1 form: (List (Record (: val P) (: tower TS))) debug: evaluateType1 x: (Record (: val P) (: tower TS)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E V P TS) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: val P) (: tower TS)) $param: (R E V P TS) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evalCategory d: (Record (: val P) (: tower TS)) c: (Type) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (List (Record (: val (Boolean)) (: tower TS))) $param: (R E V P TS) Debug: evaluateType1 form: (List (Record (: val (Boolean)) (: tower TS))) debug: evaluateType1 x: (Record (: val (Boolean)) (: tower TS)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E V P TS) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: val (Boolean)) (: tower TS)) $param: (R E V P TS) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: TS $param: (R E V P TS) debug: evalCategory d: (Record (: val (Boolean)) (: tower TS)) c: (Type) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (List TS) $param: (R E V P TS) Debug: evaluateType1 form: (List TS) debug: evaluateType1 x: TS m: (Type) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (List (Record (: val P) (: tower TS))) $param: (R E V P TS) Debug: evaluateType1 form: (List (Record (: val P) (: tower TS))) debug: evaluateType1 x: (Record (: val P) (: tower TS)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E V P TS) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: val P) (: tower TS)) $param: (R E V P TS) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evalCategory d: (Record (: val P) (: tower TS)) c: (Type) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE startTableGcd! ((Void) (String) (String) (String))) (SIGNATURE stopTableGcd! ((Void))) (SIGNATURE startTableInvSet! ((Void) (String) (String) (String))) (SIGNATURE stopTableInvSet! ((Void))) (SIGNATURE prepareSubResAlgo ((List (Record (: val (List P)) (: tower TS))) P P TS)) (SIGNATURE internalLastSubResultant ((List (Record (: val P) (: tower TS))) P P TS (Boolean) (Boolean))) (SIGNATURE internalLastSubResultant ((List (Record (: val P) (: tower TS))) (List (Record (: val (List P)) (: tower TS))) V (Boolean))) (SIGNATURE integralLastSubResultant ((List (Record (: val P) (: tower TS))) P P TS)) (SIGNATURE toseLastSubResultant ((List (Record (: val P) (: tower TS))) P P TS)) (SIGNATURE toseInvertible? ((Boolean) P TS)) (SIGNATURE toseInvertible? ((List (Record (: val (Boolean)) (: tower TS))) P TS)) (SIGNATURE toseInvertibleSet ((List TS) P TS)) (SIGNATURE toseSquareFreePart ((List (Record (: val P) (: tower TS))) P TS))) NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for RegularTriangularSetGcdPackage compiling into /tmp/oa-wqdjLr compiling exported startTableGcd! : (String,String,String) -> Void Time: 0.07 SEC. compiling exported stopTableGcd! : () -> Void Time: 0 SEC. compiling exported startTableInvSet! : (String,String,String) -> Void Time: 0.01 SEC. compiling exported stopTableInvSet! : () -> Void Time: 0 SEC. compiling exported toseInvertible? : (P,TS) -> Boolean Time: 0.04 SEC. compiling exported toseInvertible? : (P,TS) -> List Record(val: Boolean,tower: TS) Time: 0.07 SEC. compiling exported toseInvertibleSet : (P,TS) -> List TS Time: 0.09 SEC. compiling local toseSquareFreePartwip : (P,TS) -> List Record(val: P,tower: TS) Time: 0.03 SEC. compiling local toseSquareFreePartbase : (P,TS) -> List Record(val: P,tower: TS) RSETGCD;toseSquareFreePartbase(p,ts) is replaced by %list %pair(p,ts) Time: 0 SEC. compiling exported toseSquareFreePart : (P,TS) -> List Record(val: P,tower: TS) Time: 0.00 SEC. compiling exported prepareSubResAlgo : (P,P,TS) -> List Record(val: List P,tower: TS) Time: 0.13 SEC. compiling exported integralLastSubResultant : (P,P,TS) -> List Record(val: P,tower: TS) Time: 0.02 SEC. compiling exported internalLastSubResultant : (P,P,TS,Boolean,Boolean) -> List Record(val: P,tower: TS) Time: 0.08 SEC. compiling exported internalLastSubResultant : (List Record(val: List P,tower: TS),V,Boolean) -> List Record(val: P,tower: TS) Time: 0.15 SEC. compiling exported toseLastSubResultant : (P,P,TS) -> List Record(val: P,tower: TS) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] toseInvertible?: val has no value [2] toseInvertible?: tower has no value [3] toseSquareFreePartwip: val has no value [4] toseSquareFreePartwip: tower has no value [5] internalLastSubResultant: val has no value [6] internalLastSubResultant: tower has no value Cumulative Statistics for Constructor RegularTriangularSetGcdPackage Time: 0.73 seconds finalizing NRLIB RSETGCD Processing RegularTriangularSetGcdPackage for Browser database: -- startTableGcd! : (S,S,S) -> Void -- stopTableGcd! : () -> Void -- startTableInvSet! : (S,S,S) -> Void -- stopTableInvSet! : () -> Void -- prepareSubResAlgo : (P,P,TS) -> List LpWT -- internalLastSubResultant : (P,P,TS,B,B) -> List PWT -- internalLastSubResultant : (List LpWT,V,B) -> List PWT -- integralLastSubResultant : (P,P,TS) -> List PWT -- toseLastSubResultant : (P,P,TS) -> List PWT -- toseInvertible? : (P,TS) -> B -- toseInvertible? : (P,TS) -> List BWT -- toseInvertibleSet : (P,TS) -> Split -- toseSquareFreePart : (P,TS) -> List PWT -- constructor ; compiling file "/tmp/oa-wqdjLr/code.lsp" (written 01 FEB 2016 11:15:19 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |RSETGCD;toseSquareFreePartbase|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RSETGCD;startTableGcd!;3SV;1| ...) ; compiling (DEFUN |RSETGCD;stopTableGcd!;V;2| ...) ; compiling (DEFUN |RSETGCD;startTableInvSet!;3SV;3| ...) ; compiling (DEFUN |RSETGCD;stopTableInvSet!;V;4| ...) ; compiling (DEFUN |RSETGCD;toseInvertible?;PTSB;5| ...) ; compiling (DEFUN |RSETGCD;toseInvertible?;PTSL;6| ...) ; file: /tmp/oa-wqdjLr/code.lsp ; in: DEFUN |RSETGCD;toseInvertible?;PTSL;6| ; (DEFUN BOOT::|RSETGCD;toseInvertible?;PTSL;6| (BOOT::|p| BOOT::|ts| BOOT::$) ; (PROG (BOOT::|lbwt| BOOT::|lgwt| BOOT::|tsv+| BOOT::|tsv-| BOOT::|tsv| ; BOOT::|toCheck| BOOT::|v| BOOT::|newq| BOOT::|inv| BOOT::|tsh| ; BOOT::|h| BOOT::|tsg| ...) ; (RETURN ; (LET (#) ; (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RSETGCD;toseInvertible?;PTSL;6| ; (BOOT::|p| BOOT::|ts| BOOT::$) ; (BLOCK BOOT::|RSETGCD;toseInvertible?;PTSL;6| ; (PROG (BOOT::|lbwt| BOOT::|lgwt| BOOT::|tsv+| BOOT::|tsv-| BOOT::|tsv| ; BOOT::|toCheck| BOOT::|v| BOOT::|newq| BOOT::|inv| BOOT::|tsh| ; BOOT::|h| BOOT::|tsg| ...) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |RSETGCD;toseInvertible?;PTSL;6!0| ...) ; file: /tmp/oa-wqdjLr/code.lsp ; in: DEFUN |RSETGCD;toseInvertible?;PTSL;6!0| ; (DEFUN BOOT::|RSETGCD;toseInvertible?;PTSL;6!0| ; (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (AND (CAR BOOT::|#2|) (NOT (CAR BOOT::|#1|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RSETGCD;toseInvertible?;PTSL;6!0| ; (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (BLOCK BOOT::|RSETGCD;toseInvertible?;PTSL;6!0| ; (AND (CAR BOOT::|#2|) (NOT (CAR BOOT::|#1|))))) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |RSETGCD;toseInvertibleSet;PTSL;7| ...) ; file: /tmp/oa-wqdjLr/code.lsp ; in: DEFUN |RSETGCD;toseInvertibleSet;PTSL;7| ; (DEFUN BOOT::|RSETGCD;toseInvertibleSet;PTSL;7| ; (BOOT::|p| BOOT::|ts| BOOT::$) ; (PROG (BOOT::|lgwt| BOOT::|tsv+| BOOT::|tsv-| BOOT::|tsv| BOOT::|toCheck| ; BOOT::|toSave| BOOT::|v| BOOT::|q| BOOT::|newq| BOOT::|inv| ; BOOT::|tsh| BOOT::|h| ...) ; (RETURN ; (LET* (# #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RSETGCD;toseInvertibleSet;PTSL;7| ; (BOOT::|p| BOOT::|ts| BOOT::$) ; (BLOCK BOOT::|RSETGCD;toseInvertibleSet;PTSL;7| ; (PROG (BOOT::|lgwt| BOOT::|tsv+| BOOT::|tsv-| BOOT::|tsv| ; BOOT::|toCheck| BOOT::|toSave| BOOT::|v| BOOT::|q| BOOT::|newq| ; BOOT::|inv| BOOT::|tsh| BOOT::|h| ...) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |RSETGCD;toseSquareFreePartwip| ...) ; compiling (DEFUN |RSETGCD;toseSquareFreePartbase| ...) ; compiling (DEFUN |RSETGCD;toseSquareFreePart;PTSL;10| ...) ; compiling (DEFUN |RSETGCD;prepareSubResAlgo;2PTSL;11| ...) ; compiling (DEFUN |RSETGCD;integralLastSubResultant;2PTSL;12| ...) ; compiling (DEFUN |RSETGCD;internalLastSubResultant;2PTS2BL;13| ...) ; compiling (DEFUN |RSETGCD;internalLastSubResultant;LVBL;14| ...) ; file: /tmp/oa-wqdjLr/code.lsp ; in: DEFUN |RSETGCD;internalLastSubResultant;LVBL;14| ; (DEFUN BOOT::|RSETGCD;internalLastSubResultant;LVBL;14| ; (BOOT::|llpwt| BOOT::|v| BOOT::|b2| BOOT::$) ; (PROG (BOOT::|p3| BOOT::|delta| BOOT::|s| BOOT::|p2| BOOT::|p1| ; BOOT::|lpwt| BOOT::|lbwt| BOOT::|ts|) ; (RETURN ; (LET (# #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RSETGCD;internalLastSubResultant;LVBL;14| ; (BOOT::|llpwt| BOOT::|v| BOOT::|b2| BOOT::$) ; (BLOCK BOOT::|RSETGCD;internalLastSubResultant;LVBL;14| ; (PROG (BOOT::|p3| BOOT::|delta| BOOT::|s| BOOT::|p2| BOOT::|p1| ; BOOT::|lpwt| BOOT::|lbwt| BOOT::|ts|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |llpwt| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS CONS T)) ; ; compiling (DEFUN |RSETGCD;toseLastSubResultant;2PTSL;15| ...) ; file: /tmp/oa-wqdjLr/code.lsp ; in: DEFUN |RSETGCD;toseLastSubResultant;2PTSL;15| ; (DEFUN BOOT::|RSETGCD;toseLastSubResultant;2PTSL;15| ; (BOOT::|p1| BOOT::|p2| BOOT::|ts| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|p1| (BOOT::|shellEntry| BOOT::$ 53)) ; (BOOT::|error| "in toseLastSubResultantElseSplit$TOSEGCD : bad #1")) ; ((OR (BOOT::SPADCALL BOOT::|p2| #) (NOT #)) ; (BOOT::|error| "in toseLastSubResultantElseSplit$TOSEGCD : bad #2")) ; ((OR (BOOT::SPADCALL # BOOT::|ts| #) (NOT #)) ; (BOOT::|error| "in toseLastSubResultantElseSplit$TOSEGCD : bad #1")) ; ((NOT (BOOT::SPADCALL BOOT::|p2| BOOT::|ts| #)) ; (BOOT::|error| "in toseLastSubResultantElseSplit$TOSEGCD : bad #2")) ; ((AND (BOOT::SPADCALL BOOT::|p1| BOOT::|ts| #) ; (BOOT::SPADCALL BOOT::|p2| BOOT::|ts| #)) ; (BOOT::|RSETGCD;integralLastSubResultant;2PTSL;12| BOOT::|p1| BOOT::|p2| ; BOOT::|ts| BOOT::$)) ; (T (BOOT::SEQ (COND #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RSETGCD;toseLastSubResultant;2PTSL;15| ; (BOOT::|p1| BOOT::|p2| BOOT::|ts| BOOT::$) ; (BLOCK BOOT::|RSETGCD;toseLastSubResultant;2PTSL;15| ; (COND ; ((BOOT::SPADCALL BOOT::|p1| #) ; (BOOT::|error| "in toseLastSubResultantElseSplit$TOSEGCD : bad #1")) ; ((OR # #) ; (BOOT::|error| "in toseLastSubResultantElseSplit$TOSEGCD : bad #2")) ; ((OR # #) ; (BOOT::|error| "in toseLastSubResultantElseSplit$TOSEGCD : bad #1")) ; ((NOT #) ; (BOOT::|error| "in toseLastSubResultantElseSplit$TOSEGCD : bad #2")) ; ((AND # #) ; (BOOT::|RSETGCD;integralLastSubResultant;2PTSL;12| BOOT::|p1| ; BOOT::|p2| BOOT::|ts| BOOT::$)) ; (T (BOOT::SEQ # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |RegularTriangularSetGcdPackage| ...) ; compiling (DEFUN |RegularTriangularSetGcdPackage;| ...) ; compiling (MAKEPROP (QUOTE |RegularTriangularSetGcdPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 4 notes ; /tmp/oa-wqdjLr/code.fasl written ; compilation finished in 0:00:00.141 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile RSDCMPK.spad && cp RSDCMPK.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RSDCMPK.fasl \ && if test -f RSDCMPK-.NRLIB/code.fasl; then \ cp RSDCMPK-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RSDCMPK-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RSDCMPK.spad using Spad compiler. RSDCMPK abbreviates package RegularSetDecompositionPackage debug: compDefine1 lhs: (RegularSetDecompositionPackage R E V P TS) signature (pre-evaluate): ((CATEGORY package (SIGNATURE KrullNumber ((NonNegativeInteger) (List P) (List TS))) (SIGNATURE numberOfVariables ((NonNegativeInteger) (List P) (List TS))) (SIGNATURE algebraicDecompose ((Record (: done (List TS)) (: todo (List (Record (: val (List P)) (: tower TS))))) P TS (Boolean))) (SIGNATURE transcendentalDecompose ((Record (: done (List TS)) (: todo (List (Record (: val (List P)) (: tower TS))))) P TS (NonNegativeInteger))) (SIGNATURE transcendentalDecompose ((Record (: done (List TS)) (: todo (List (Record (: val (List P)) (: tower TS))))) P TS)) (SIGNATURE internalDecompose ((Record (: done (List TS)) (: todo (List (Record (: val (List P)) (: tower TS))))) P TS (NonNegativeInteger) (Boolean))) (SIGNATURE internalDecompose ((Record (: done (List TS)) (: todo (List (Record (: val (List P)) (: tower TS))))) P TS (NonNegativeInteger))) (SIGNATURE internalDecompose ((Record (: done (List TS)) (: todo (List (Record (: val (List P)) (: tower TS))))) P TS)) (SIGNATURE decompose ((List TS) (List P) (List TS) (Boolean) (Boolean))) (SIGNATURE decompose ((List TS) (List P) (List TS) (Boolean) (Boolean) (Boolean) (Boolean) (Boolean))) (SIGNATURE upDateBranches ((List (Record (: val (List P)) (: tower TS))) (List P) (List TS) (List (Record (: val (List P)) (: tower TS))) (Record (: done (List TS)) (: todo (List (Record (: val (List P)) (: tower TS))))) (NonNegativeInteger))) (SIGNATURE convert ((String) (Record (: val (List P)) (: tower TS)))) (SIGNATURE printInfo ((Void) (List (Record (: val (List P)) (: tower TS))) (NonNegativeInteger)))) NIL NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE KrullNumber ((NonNegativeInteger) (List P) (List TS))) (SIGNATURE numberOfVariables ((NonNegativeInteger) (List P) (List TS))) (SIGNATURE algebraicDecompose ((Record (: done (List TS)) (: todo (List (Record (: val (List P)) (: tower TS))))) P TS (Boolean))) (SIGNATURE transcendentalDecompose ((Record (: done (List TS)) (: todo (List (Record (: val (List P)) (: tower TS))))) P TS (NonNegativeInteger))) (SIGNATURE transcendentalDecompose ((Record (: done (List TS)) (: todo (List (Record (: val (List P)) (: tower TS))))) P TS)) (SIGNATURE internalDecompose ((Record (: done (List TS)) (: todo (List (Record (: val (List P)) (: tower TS))))) P TS (NonNegativeInteger) (Boolean))) (SIGNATURE internalDecompose ((Record (: done (List TS)) (: todo (List (Record (: val (List P)) (: tower TS))))) P TS (NonNegativeInteger))) (SIGNATURE internalDecompose ((Record (: done (List TS)) (: todo (List (Record (: val (List P)) (: tower TS))))) P TS)) (SIGNATURE decompose ((List TS) (List P) (List TS) (Boolean) (Boolean))) (SIGNATURE decompose ((List TS) (List P) (List TS) (Boolean) (Boolean) (Boolean) (Boolean) (Boolean))) (SIGNATURE upDateBranches ((List (Record (: val (List P)) (: tower TS))) (List P) (List TS) (List (Record (: val (List P)) (: tower TS))) (Record (: done (List TS)) (: todo (List (Record (: val (List P)) (: tower TS))))) (NonNegativeInteger))) (SIGNATURE convert ((String) (Record (: val (List P)) (: tower TS)))) (SIGNATURE printInfo ((Void) (List (Record (: val (List P)) (: tower TS))) (NonNegativeInteger)))) $param: (R E V P TS) debug: evaluateType form: (NonNegativeInteger) $param: (R E V P TS) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List TS) $param: (R E V P TS) Debug: evaluateType1 form: (List TS) debug: evaluateType1 x: TS m: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (R E V P TS) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List TS) $param: (R E V P TS) Debug: evaluateType1 form: (List TS) debug: evaluateType1 x: TS m: (Type) debug: evaluateType form: (Record (: done (List TS)) (: todo (List (Record (: val (List P)) (: tower TS))))) $param: (R E V P TS) debug: evaluateType form: (List TS) $param: (R E V P TS) Debug: evaluateType1 form: (List TS) debug: evaluateType1 x: TS m: (Type) debug: evaluateType form: (List (Record (: val (List P)) (: tower TS))) $param: (R E V P TS) Debug: evaluateType1 form: (List (Record (: val (List P)) (: tower TS))) debug: evaluateType1 x: (Record (: val (List P)) (: tower TS)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E V P TS) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: val (List P)) (: tower TS)) $param: (R E V P TS) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: TS $param: (R E V P TS) debug: evalCategory d: (Record (: val (List P)) (: tower TS)) c: (Type) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Record (: done (List TS)) (: todo (List (Record (: val (List P)) (: tower TS))))) $param: (R E V P TS) debug: evaluateType form: (List TS) $param: (R E V P TS) Debug: evaluateType1 form: (List TS) debug: evaluateType1 x: TS m: (Type) debug: evaluateType form: (List (Record (: val (List P)) (: tower TS))) $param: (R E V P TS) Debug: evaluateType1 form: (List (Record (: val (List P)) (: tower TS))) debug: evaluateType1 x: (Record (: val (List P)) (: tower TS)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E V P TS) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: val (List P)) (: tower TS)) $param: (R E V P TS) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: TS $param: (R E V P TS) debug: evalCategory d: (Record (: val (List P)) (: tower TS)) c: (Type) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (NonNegativeInteger) $param: (R E V P TS) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Record (: done (List TS)) (: todo (List (Record (: val (List P)) (: tower TS))))) $param: (R E V P TS) debug: evaluateType form: (List TS) $param: (R E V P TS) Debug: evaluateType1 form: (List TS) debug: evaluateType1 x: TS m: (Type) debug: evaluateType form: (List (Record (: val (List P)) (: tower TS))) $param: (R E V P TS) Debug: evaluateType1 form: (List (Record (: val (List P)) (: tower TS))) debug: evaluateType1 x: (Record (: val (List P)) (: tower TS)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E V P TS) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: val (List P)) (: tower TS)) $param: (R E V P TS) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: TS $param: (R E V P TS) debug: evalCategory d: (Record (: val (List P)) (: tower TS)) c: (Type) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (Record (: done (List TS)) (: todo (List (Record (: val (List P)) (: tower TS))))) $param: (R E V P TS) debug: evaluateType form: (List TS) $param: (R E V P TS) Debug: evaluateType1 form: (List TS) debug: evaluateType1 x: TS m: (Type) debug: evaluateType form: (List (Record (: val (List P)) (: tower TS))) $param: (R E V P TS) Debug: evaluateType1 form: (List (Record (: val (List P)) (: tower TS))) debug: evaluateType1 x: (Record (: val (List P)) (: tower TS)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E V P TS) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: val (List P)) (: tower TS)) $param: (R E V P TS) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: TS $param: (R E V P TS) debug: evalCategory d: (Record (: val (List P)) (: tower TS)) c: (Type) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (NonNegativeInteger) $param: (R E V P TS) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Record (: done (List TS)) (: todo (List (Record (: val (List P)) (: tower TS))))) $param: (R E V P TS) debug: evaluateType form: (List TS) $param: (R E V P TS) Debug: evaluateType1 form: (List TS) debug: evaluateType1 x: TS m: (Type) debug: evaluateType form: (List (Record (: val (List P)) (: tower TS))) $param: (R E V P TS) Debug: evaluateType1 form: (List (Record (: val (List P)) (: tower TS))) debug: evaluateType1 x: (Record (: val (List P)) (: tower TS)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E V P TS) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: val (List P)) (: tower TS)) $param: (R E V P TS) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: TS $param: (R E V P TS) debug: evalCategory d: (Record (: val (List P)) (: tower TS)) c: (Type) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (NonNegativeInteger) $param: (R E V P TS) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Record (: done (List TS)) (: todo (List (Record (: val (List P)) (: tower TS))))) $param: (R E V P TS) debug: evaluateType form: (List TS) $param: (R E V P TS) Debug: evaluateType1 form: (List TS) debug: evaluateType1 x: TS m: (Type) debug: evaluateType form: (List (Record (: val (List P)) (: tower TS))) $param: (R E V P TS) Debug: evaluateType1 form: (List (Record (: val (List P)) (: tower TS))) debug: evaluateType1 x: (Record (: val (List P)) (: tower TS)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E V P TS) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: val (List P)) (: tower TS)) $param: (R E V P TS) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: TS $param: (R E V P TS) debug: evalCategory d: (Record (: val (List P)) (: tower TS)) c: (Type) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (List TS) $param: (R E V P TS) Debug: evaluateType1 form: (List TS) debug: evaluateType1 x: TS m: (Type) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List TS) $param: (R E V P TS) Debug: evaluateType1 form: (List TS) debug: evaluateType1 x: TS m: (Type) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List TS) $param: (R E V P TS) Debug: evaluateType1 form: (List TS) debug: evaluateType1 x: TS m: (Type) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List TS) $param: (R E V P TS) Debug: evaluateType1 form: (List TS) debug: evaluateType1 x: TS m: (Type) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List (Record (: val (List P)) (: tower TS))) $param: (R E V P TS) Debug: evaluateType1 form: (List (Record (: val (List P)) (: tower TS))) debug: evaluateType1 x: (Record (: val (List P)) (: tower TS)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E V P TS) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: val (List P)) (: tower TS)) $param: (R E V P TS) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: TS $param: (R E V P TS) debug: evalCategory d: (Record (: val (List P)) (: tower TS)) c: (Type) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List TS) $param: (R E V P TS) Debug: evaluateType1 form: (List TS) debug: evaluateType1 x: TS m: (Type) debug: evaluateType form: (List (Record (: val (List P)) (: tower TS))) $param: (R E V P TS) Debug: evaluateType1 form: (List (Record (: val (List P)) (: tower TS))) debug: evaluateType1 x: (Record (: val (List P)) (: tower TS)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E V P TS) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: val (List P)) (: tower TS)) $param: (R E V P TS) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: TS $param: (R E V P TS) debug: evalCategory d: (Record (: val (List P)) (: tower TS)) c: (Type) debug: evaluateType form: (Record (: done (List TS)) (: todo (List (Record (: val (List P)) (: tower TS))))) $param: (R E V P TS) debug: evaluateType form: (List TS) $param: (R E V P TS) Debug: evaluateType1 form: (List TS) debug: evaluateType1 x: TS m: (Type) debug: evaluateType form: (List (Record (: val (List P)) (: tower TS))) $param: (R E V P TS) Debug: evaluateType1 form: (List (Record (: val (List P)) (: tower TS))) debug: evaluateType1 x: (Record (: val (List P)) (: tower TS)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E V P TS) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: val (List P)) (: tower TS)) $param: (R E V P TS) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: TS $param: (R E V P TS) debug: evalCategory d: (Record (: val (List P)) (: tower TS)) c: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (R E V P TS) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (String) $param: (R E V P TS) Debug: evaluateType1 form: (String) debug: evaluateType form: (Record (: val (List P)) (: tower TS)) $param: (R E V P TS) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (Void) $param: (R E V P TS) Debug: evaluateType1 form: (Void) debug: evaluateType form: (List (Record (: val (List P)) (: tower TS))) $param: (R E V P TS) Debug: evaluateType1 form: (List (Record (: val (List P)) (: tower TS))) debug: evaluateType1 x: (Record (: val (List P)) (: tower TS)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E V P TS) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: val (List P)) (: tower TS)) $param: (R E V P TS) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: TS $param: (R E V P TS) debug: evalCategory d: (Record (: val (List P)) (: tower TS)) c: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (R E V P TS) Debug: evaluateType1 form: (NonNegativeInteger) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE KrullNumber ((NonNegativeInteger) (List P) (List TS))) (SIGNATURE numberOfVariables ((NonNegativeInteger) (List P) (List TS))) (SIGNATURE algebraicDecompose ((Record (: done (List TS)) (: todo (List (Record (: val (List P)) (: tower TS))))) P TS (Boolean))) (SIGNATURE transcendentalDecompose ((Record (: done (List TS)) (: todo (List (Record (: val (List P)) (: tower TS))))) P TS (NonNegativeInteger))) (SIGNATURE transcendentalDecompose ((Record (: done (List TS)) (: todo (List (Record (: val (List P)) (: tower TS))))) P TS)) (SIGNATURE internalDecompose ((Record (: done (List TS)) (: todo (List (Record (: val (List P)) (: tower TS))))) P TS (NonNegativeInteger) (Boolean))) (SIGNATURE internalDecompose ((Record (: done (List TS)) (: todo (List (Record (: val (List P)) (: tower TS))))) P TS (NonNegativeInteger))) (SIGNATURE internalDecompose ((Record (: done (List TS)) (: todo (List (Record (: val (List P)) (: tower TS))))) P TS)) (SIGNATURE decompose ((List TS) (List P) (List TS) (Boolean) (Boolean))) (SIGNATURE decompose ((List TS) (List P) (List TS) (Boolean) (Boolean) (Boolean) (Boolean) (Boolean))) (SIGNATURE upDateBranches ((List (Record (: val (List P)) (: tower TS))) (List P) (List TS) (List (Record (: val (List P)) (: tower TS))) (Record (: done (List TS)) (: todo (List (Record (: val (List P)) (: tower TS))))) (NonNegativeInteger))) (SIGNATURE convert ((String) (Record (: val (List P)) (: tower TS)))) (SIGNATURE printInfo ((Void) (List (Record (: val (List P)) (: tower TS))) (NonNegativeInteger)))) NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for RegularSetDecompositionPackage compiling into /tmp/oa-M0EB3y compiling exported KrullNumber : (List P,List TS) -> NonNegativeInteger Time: 0.11 SEC. compiling exported numberOfVariables : (List P,List TS) -> NonNegativeInteger Time: 0.05 SEC. compiling exported algebraicDecompose : (P,TS,Boolean) -> Record(done: List TS,todo: List Record(val: List P,tower: TS)) Time: 0.11 SEC. compiling exported transcendentalDecompose : (P,TS,NonNegativeInteger) -> Record(done: List TS,todo: List Record(val: List P,tower: TS)) Time: 0.02 SEC. compiling exported transcendentalDecompose : (P,TS) -> Record(done: List TS,todo: List Record(val: List P,tower: TS)) Time: 0.01 SEC. compiling exported internalDecompose : (P,TS,NonNegativeInteger,Boolean) -> Record(done: List TS,todo: List Record(val: List P,tower: TS)) Time: 0.01 SEC. compiling exported internalDecompose : (P,TS,NonNegativeInteger) -> Record(done: List TS,todo: List Record(val: List P,tower: TS)) Time: 0.10 SEC. compiling exported internalDecompose : (P,TS) -> Record(done: List TS,todo: List Record(val: List P,tower: TS)) Time: 0.08 SEC. compiling exported decompose : (List P,List TS,Boolean,Boolean) -> List TS Time: 0.02 SEC. compiling exported convert : Record(val: List P,tower: TS) -> String Time: 0.06 SEC. compiling exported printInfo : (List Record(val: List P,tower: TS),NonNegativeInteger) -> Void Time: 0.05 SEC. compiling exported decompose : (List P,List TS,Boolean,Boolean,Boolean,Boolean,Boolean) -> List TS Time: 0.10 SEC. compiling exported upDateBranches : (List P,List TS,List Record(val: List P,tower: TS),Record(done: List TS,todo: List Record(val: List P,tower: TS)),NonNegativeInteger) -> List Record(val: List P,tower: TS) Time: 0.06 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] internalDecompose: llpwt has no value [2] decompose: val has no value [3] decompose: tower has no value Cumulative Statistics for Constructor RegularSetDecompositionPackage Time: 0.80 seconds finalizing NRLIB RSDCMPK Processing RegularSetDecompositionPackage for Browser database: --->../../x86_64-unknown-linux-gnu/src/algebra/regset.spad-->RegularSetDecompositionPackage((KrullNumber (N LP Split))): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/regset.spad-->RegularSetDecompositionPackage((numberOfVariables (N LP Split))): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/regset.spad-->RegularSetDecompositionPackage((algebraicDecompose ((Record (: done Split) (: todo (List LpWT))) P TS B))): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/regset.spad-->RegularSetDecompositionPackage((transcendentalDecompose ((Record (: done Split) (: todo (List LpWT))) P TS N))): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/regset.spad-->RegularSetDecompositionPackage((transcendentalDecompose ((Record (: done Split) (: todo (List LpWT))) P TS))): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/regset.spad-->RegularSetDecompositionPackage((internalDecompose ((Record (: done Split) (: todo (List LpWT))) P TS N B))): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/regset.spad-->RegularSetDecompositionPackage((internalDecompose ((Record (: done Split) (: todo (List LpWT))) P TS N))): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/regset.spad-->RegularSetDecompositionPackage((internalDecompose ((Record (: done Split) (: todo (List LpWT))) P TS))): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/regset.spad-->RegularSetDecompositionPackage((decompose (Split LP Split B B))): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/regset.spad-->RegularSetDecompositionPackage((decompose (Split LP Split B B B B B))): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/regset.spad-->RegularSetDecompositionPackage((upDateBranches ((List LpWT) LP Split (List LpWT) Wip N))): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/regset.spad-->RegularSetDecompositionPackage((convert (String (Record (: val (List P)) (: tower TS))))): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/regset.spad-->RegularSetDecompositionPackage((printInfo (Void (List (Record (: val (List P)) (: tower TS))) N))): Not documented!!!! -- constructor ; compiling file "/tmp/oa-M0EB3y/code.lsp" (written 01 FEB 2016 11:15:20 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RSDCMPK;KrullNumber;LLNni;1| ...) ; file: /tmp/oa-M0EB3y/code.lsp ; in: DEFUN |RSDCMPK;KrullNumber;LLNni;1| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |RSDCMPK;numberOfVariables;LLNni;2| ...) ; compiling (DEFUN |RSDCMPK;algebraicDecompose;PTSBR;3| ...) ; file: /tmp/oa-M0EB3y/code.lsp ; in: DEFUN |RSDCMPK;algebraicDecompose;PTSBR;3| ; (LET* ((BOOT::|v| (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 33))) ; (BOOT::|n| ; (BOOT::SPADCALL BOOT::|ts| (BOOT::|shellEntry| BOOT::$ 12))) ; (BOOT::|tsv-| ; (BOOT::SPADCALL BOOT::|ts| BOOT::|v| ; (BOOT::|shellEntry| BOOT::$ 34))) ; (BOOT::|tsv+| ; (BOOT::SPADCALL BOOT::|ts| BOOT::|v| ; (BOOT::|shellEntry| BOOT::$ 35))) ; (BOOT::|tsv| ; (LET (#) ; (COND # #)))) ; (BOOT::SEQ ; (COND ; ((< # #) ; (BOOT::LETT BOOT::|lgwt| # BOOT::|RSDCMPK;algebraicDecompose;PTSBR;3|)) ; (T ; (BOOT::LETT BOOT::|lgwt| # BOOT::|RSDCMPK;algebraicDecompose;PTSBR;3|))) ; (BOOT::LETT BOOT::|lts| NIL BOOT::|RSDCMPK;algebraicDecompose;PTSBR;3|) ; (BOOT::LETT BOOT::|llpwt| NIL BOOT::|RSDCMPK;algebraicDecompose;PTSBR;3|) ; (LET ((#:G849 BOOT::|lgwt|)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::EXIT (CONS BOOT::|lts| BOOT::|llpwt|)))) ; ; caught STYLE-WARNING: ; The variable |n| is defined but never used. ; (DEFUN BOOT::|RSDCMPK;algebraicDecompose;PTSBR;3| ; (BOOT::|p| BOOT::|ts| BOOT::|clos?| BOOT::$) ; (PROG (BOOT::|llpwt| BOOT::|lts| BOOT::|lgwt| BOOT::|lus| BOOT::|lsfp| ; BOOT::|b| BOOT::|h| BOOT::|us| BOOT::|g|) ; (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RSDCMPK;algebraicDecompose;PTSBR;3| ; (BOOT::|p| BOOT::|ts| BOOT::|clos?| BOOT::$) ; (BLOCK BOOT::|RSDCMPK;algebraicDecompose;PTSBR;3| ; (PROG (BOOT::|llpwt| BOOT::|lts| BOOT::|lgwt| BOOT::|lus| BOOT::|lsfp| ; BOOT::|b| BOOT::|h| BOOT::|us| BOOT::|g|) ; (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; ; caught STYLE-WARNING: ; The variable |clos?| is defined but never used. ; compiling (DEFUN |RSDCMPK;transcendentalDecompose;PTSNniR;4| ...) ; compiling (DEFUN |RSDCMPK;transcendentalDecompose;PTSR;5| ...) ; compiling (DEFUN |RSDCMPK;internalDecompose;PTSNniBR;6| ...) ; compiling (DEFUN |RSDCMPK;internalDecompose;PTSNniR;7| ...) ; compiling (DEFUN |RSDCMPK;internalDecompose;PTSR;8| ...) ; compiling (DEFUN |RSDCMPK;decompose;LL2BL;9| ...) ; compiling (DEFUN |RSDCMPK;convert;RS;10| ...) ; file: /tmp/oa-M0EB3y/code.lsp ; in: DEFUN |RSDCMPK;convert;RS;10| ; (DEFUN BOOT::|RSDCMPK;convert;RS;10| (BOOT::|lpwt| BOOT::$) ; (LET ((BOOT::|ls| (LIST "<" # "," # ">"))) ; (BOOT::SPADCALL BOOT::|ls| (BOOT::|shellEntry| BOOT::$ 91)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RSDCMPK;convert;RS;10| ; (BOOT::|lpwt| BOOT::$) ; (BLOCK BOOT::|RSDCMPK;convert;RS;10| ; (LET ((BOOT::|ls| #)) ; (BOOT::SPADCALL BOOT::|ls| (BOOT::|shellEntry| BOOT::$ 91))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |RSDCMPK;printInfo;LNniV;11| ...) ; file: /tmp/oa-M0EB3y/code.lsp ; in: DEFUN |RSDCMPK;printInfo;LNniV;11| ; (DEFUN BOOT::|RSDCMPK;printInfo;LNniV;11| (BOOT::|toSee| BOOT::|n| BOOT::$) ; (LET* ((BOOT::|lpwt| (BOOT::|SPADfirst| BOOT::|toSee|)) ; (BOOT::|s| (BOOT::SPADCALL # #)) ; (BOOT::|m| (LIST-LENGTH #))) ; (BOOT::SEQ (SETQ BOOT::|toSee| #) ; (LET (#) ; (LOOP # ; #)) ; (SETQ BOOT::|s| #) (BOOT::EXIT (BOOT::SPADCALL BOOT::|s| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RSDCMPK;printInfo;LNniV;11| ; (BOOT::|toSee| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|RSDCMPK;printInfo;LNniV;11| ; (LET* ((BOOT::|lpwt| #) (BOOT::|s| #) (BOOT::|m| #)) ; (BOOT::SEQ (SETQ #) ; (LET # ; #) ; (SETQ #) (BOOT::EXIT #))))) ; ; note: Assignment to argument: |toSee| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS CONS T)) ; ; compiling (DEFUN |RSDCMPK;decompose;LL5BL;12| ...) ; file: /tmp/oa-M0EB3y/code.lsp ; in: DEFUN |RSDCMPK;decompose;LL5BL;12| ; (DEFUN BOOT::|RSDCMPK;decompose;LL5BL;12| ; (BOOT::|lp| BOOT::|lts| BOOT::|cleanW?| BOOT::|sqfr?| BOOT::|clos?| ; BOOT::|rem?| BOOT::|info?| BOOT::$) ; (PROG (BOOT::|rsl| BOOT::|p| BOOT::|ts| BOOT::|lpwt| BOOT::|bound| ; BOOT::|toSave| BOOT::|toSee|) ; (RETURN (COND (# BOOT::|lts|) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RSDCMPK;decompose;LL5BL;12| ; (BOOT::|lp| BOOT::|lts| BOOT::|cleanW?| BOOT::|sqfr?| BOOT::|clos?| ; BOOT::|rem?| BOOT::|info?| BOOT::$) ; (BLOCK BOOT::|RSDCMPK;decompose;LL5BL;12| ; (PROG (BOOT::|rsl| BOOT::|p| BOOT::|ts| BOOT::|lpwt| BOOT::|bound| ; BOOT::|toSave| BOOT::|toSee|) ; (RETURN (COND # #))))) ; ; note: Assignment to argument: |lp| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |RSDCMPK;upDateBranches;LLLRNniL;13| ...) ; file: /tmp/oa-M0EB3y/code.lsp ; in: DEFUN |RSDCMPK;upDateBranches;LLLRNniL;13| ; (DEFUN BOOT::|RSDCMPK;upDateBranches;LLLRNniL;13| ; (BOOT::|leq| BOOT::|lts| BOOT::|current| BOOT::|wip| BOOT::|n| ; BOOT::$) ; (PROG (BOOT::|branches| BOOT::|newleq| BOOT::|us|) ; (RETURN ; (LET (# # # #) ; (BOOT::SEQ # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RSDCMPK;upDateBranches;LLLRNniL;13| ; (BOOT::|leq| BOOT::|lts| BOOT::|current| BOOT::|wip| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|RSDCMPK;upDateBranches;LLLRNniL;13| ; (PROG (BOOT::|branches| BOOT::|newleq| BOOT::|us|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |RegularSetDecompositionPackage| ...) ; compiling (DEFUN |RegularSetDecompositionPackage;| ...) ; compiling (MAKEPROP (QUOTE |RegularSetDecompositionPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; printed 6 notes ; /tmp/oa-M0EB3y/code.fasl written ; compilation finished in 0:00:00.112 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile REGSET.spad && cp REGSET.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/REGSET.fasl \ && if test -f REGSET-.NRLIB/code.fasl; then \ cp REGSET-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/REGSET-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/REGSET.spad using Spad compiler. REGSET abbreviates domain RegularTriangularSet debug: compDefine1 lhs: (RegularTriangularSet R E V P) signature (pre-evaluate): ((Join (RegularTriangularSetCategory R E V P) (CATEGORY domain (SIGNATURE internalAugment ((List $) P $ (Boolean) (Boolean) (Boolean) (Boolean) (Boolean))) (SIGNATURE zeroSetSplit ((List $) (List P) (Boolean) (Boolean))) (SIGNATURE zeroSetSplit ((List $) (List P) (Boolean) (Boolean) (Boolean) (Boolean))) (SIGNATURE internalZeroSetSplit ((List $) (List P) (Boolean) (Boolean) (Boolean))) (SIGNATURE preprocess ((Record (: val (List P)) (: towers (List $))) (List P) (Boolean) (Boolean))))) NIL NIL NIL NIL) debug: evaluateType form: (Join (RegularTriangularSetCategory R E V P) (CATEGORY domain (SIGNATURE internalAugment ((List $) P $ (Boolean) (Boolean) (Boolean) (Boolean) (Boolean))) (SIGNATURE zeroSetSplit ((List $) (List P) (Boolean) (Boolean))) (SIGNATURE zeroSetSplit ((List $) (List P) (Boolean) (Boolean) (Boolean) (Boolean))) (SIGNATURE internalZeroSetSplit ((List $) (List P) (Boolean) (Boolean) (Boolean))) (SIGNATURE preprocess ((Record (: val (List P)) (: towers (List $))) (List P) (Boolean) (Boolean))))) $param: (R E V P) debug: evaluateType form: (RegularTriangularSetCategory R E V P) $param: (R E V P) Debug: evaluateType1 form: (RegularTriangularSetCategory R E V P) debug: evaluateType1 x: R m: (GcdDomain) debug: evaluateType1 x: E m: (OrderedAbelianMonoidSup) debug: evaluateType1 x: V m: (OrderedSet) debug: evaluateType1 x: P m: (RecursivePolynomialCategory R E V) debug: evaluateType form: (CATEGORY domain (SIGNATURE internalAugment ((List $) P $ (Boolean) (Boolean) (Boolean) (Boolean) (Boolean))) (SIGNATURE zeroSetSplit ((List $) (List P) (Boolean) (Boolean))) (SIGNATURE zeroSetSplit ((List $) (List P) (Boolean) (Boolean) (Boolean) (Boolean))) (SIGNATURE internalZeroSetSplit ((List $) (List P) (Boolean) (Boolean) (Boolean))) (SIGNATURE preprocess ((Record (: val (List P)) (: towers (List $))) (List P) (Boolean) (Boolean)))) $param: (R E V P) debug: evaluateType form: (List $) $param: (R E V P) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: P $param: (R E V P) debug: evaluateType form: (Boolean) $param: (R E V P) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R E V P) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R E V P) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R E V P) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R E V P) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List $) $param: (R E V P) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (Boolean) $param: (R E V P) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R E V P) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List $) $param: (R E V P) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (Boolean) $param: (R E V P) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R E V P) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R E V P) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R E V P) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List $) $param: (R E V P) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (Boolean) $param: (R E V P) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R E V P) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R E V P) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Record (: val (List P)) (: towers (List $))) $param: (R E V P) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List $) $param: (R E V P) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (Boolean) $param: (R E V P) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R E V P) Debug: evaluateType1 form: (Boolean) debug: compDefine1 signature (post evaluate): ((Join (RegularTriangularSetCategory R E V P) (CATEGORY domain (SIGNATURE internalAugment ((List $) P $ (Boolean) (Boolean) (Boolean) (Boolean) (Boolean))) (SIGNATURE zeroSetSplit ((List $) (List P) (Boolean) (Boolean))) (SIGNATURE zeroSetSplit ((List $) (List P) (Boolean) (Boolean) (Boolean) (Boolean))) (SIGNATURE internalZeroSetSplit ((List $) (List P) (Boolean) (Boolean) (Boolean))) (SIGNATURE preprocess ((Record (: val (List P)) (: towers (List $))) (List P) (Boolean) (Boolean))))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for RegularTriangularSet compiling into /tmp/oa-yV5vTD compiling exported copy : % -> % REGSET;copy;2$;1 is replaced by %lcopy Time: 0.06 SEC. compiling exported empty : () -> % REGSET;empty;$;2 is replaced by %nil Time: 0.01 SEC. compiling exported empty? : % -> Boolean REGSET;empty?;$B;3 is replaced by %lempty? Time: 0 SEC. compiling exported members : % -> List P REGSET;members;$L;4 ts is replaced by ts Time: 0.01 SEC. compiling exported map : (P -> P,%) -> % Time: 0 SEC. compiling exported map! : (P -> P,%) -> % Time: 0.01 SEC. compiling exported member? : (P,%) -> Boolean Time: 0.01 SEC. compiling exported roughUnitIdeal? : % -> Boolean REGSET;roughUnitIdeal?;$B;8 ts is replaced by %false Time: 0 SEC. compiling exported coerce : % -> OutputForm Time: 0.02 SEC. compiling exported mvar : % -> V Time: 0.01 SEC. compiling exported first : % -> Union(P,failed) REGSET;first;$U;11 ts is replaced by %when( %pair(1,"failed"),%otherwise %pair(0,SPADfirst ts)) Time: 0 SEC. compiling exported last : % -> Union(P,failed) Time: 0.01 SEC. compiling exported rest : % -> Union(%,failed) REGSET;rest;$U;13 ts is replaced by %when( %pair(1,"failed"),%otherwise %pair(0,%tail ts)) Time: 0.01 SEC. compiling exported coerce : % -> List P REGSET;coerce;$L;14 ts is replaced by ts Time: 0.00 SEC. compiling exported collectUpper : (%,V) -> % Time: 0.02 SEC. compiling exported collectUnder : (%,V) -> % Time: 0.02 SEC. compiling exported construct : List P -> % Time: 0.03 SEC. compiling exported extendIfCan : (%,P) -> Union(%,failed) Time: 0.02 SEC. compiling exported removeZero : (P,%) -> P Time: 0.04 SEC. compiling exported internalAugment : (P,%) -> % Time: 0.02 SEC. compiling exported internalAugment : (List P,%) -> % Time: 0.02 SEC. compiling exported internalAugment : (P,%,Boolean,Boolean,Boolean,Boolean,Boolean) -> List % Time: 0.05 SEC. compiling exported augment : (P,%) -> List % Time: 0.02 SEC. compiling exported extend : (P,%) -> List % Time: 0.02 SEC. compiling exported invertible? : (P,%) -> Boolean Time: 0 SEC. compiling exported invertible? : (P,%) -> List Record(val: Boolean,tower: %) Time: 0.01 SEC. compiling exported invertibleSet : (P,%) -> List % Time: 0.00 SEC. compiling exported lastSubResultant : (P,P,%) -> List Record(val: P,tower: %) Time: 0.00 SEC. compiling exported squareFreePart : (P,%) -> List Record(val: P,tower: %) Time: 0.00 SEC. compiling exported intersect : (P,%) -> List % Time: 0.02 SEC. compiling exported intersect : (List P,List %) -> List % Time: 0.02 SEC. compiling exported zeroSetSplit : List P -> List % Time: 0.01 SEC. compiling exported zeroSetSplit : (List P,Boolean) -> List % Time: 0.01 SEC. compiling exported zeroSetSplit : (List P,Boolean,Boolean) -> List % Time: 0.01 SEC. compiling exported zeroSetSplit : (List P,Boolean,Boolean,Boolean,Boolean) -> List % Time: 0.03 SEC. compiling exported internalZeroSetSplit : (List P,Boolean,Boolean,Boolean) -> List % Time: 0.05 SEC. compiling local largeSystem? : List P -> Boolean Time: 0.05 SEC. compiling local smallSystem? : List P -> Boolean REGSET;smallSystem? lp is replaced by %ilt(%llength lp,5) Time: 0.02 SEC. compiling local mediumSystem? : List P -> Boolean Time: 0.05 SEC. compiling local lin? : P -> Boolean Time: 0.01 SEC. compiling exported preprocess : (List P,Boolean,Boolean) -> Record(val: List P,towers: List %) Time: 0.09 SEC. (time taken in buildFunctor: 8) Time: 0.04 SEC. Warnings: [1] intersect: false has no value [2] zeroSetSplit: true has no value [3] zeroSetSplit: s1 has no value [4] zeroSetSplit: dom1 has no value [5] zeroSetSplit: s2 has no value [6] zeroSetSplit: dom2 has no value [7] zeroSetSplit: s3 has no value [8] zeroSetSplit: dom3 has no value [9] preprocess: lts has no value Cumulative Statistics for Constructor RegularTriangularSet Time: 0.81 seconds finalizing NRLIB REGSET Processing RegularTriangularSet for Browser database: -- internalAugment : (P,%,B,B,B,B,B) -> List % -- zeroSetSplit : (LP,B,B) -> Split -- zeroSetSplit : (LP,B,B,B,B) -> Split -- internalZeroSetSplit : (LP,B,B,B) -> Split -- preprocess : (LP,B,B) -> Record(val: LP,towers: Split) -- constructor ; compiling file "/tmp/oa-yV5vTD/code.lsp" (written 01 FEB 2016 11:15:22 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |REGSET;copy;2$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |REGSET;empty;$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |REGSET;empty?;$B;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |REGSET;members;$L;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |REGSET;roughUnitIdeal?;$B;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |REGSET;first;$U;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |REGSET;rest;$U;13|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |REGSET;coerce;$L;14|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |REGSET;smallSystem?|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |REGSET;copy;2$;1| ...) ; compiling (DEFUN |REGSET;empty;$;2| ...) ; compiling (DEFUN |REGSET;empty?;$B;3| ...) ; compiling (DEFUN |REGSET;members;$L;4| ...) ; compiling (DEFUN |REGSET;map;M2$;5| ...) ; compiling (DEFUN |REGSET;map!;M2$;6| ...) ; compiling (DEFUN |REGSET;member?;P$B;7| ...) ; file: /tmp/oa-yV5vTD/code.lsp ; in: DEFUN |REGSET;member?;P$B;7| ; (DEFUN BOOT::|REGSET;member?;P$B;7| (BOOT::|p| BOOT::|ts| BOOT::$) ; (BOOT::SPADCALL BOOT::|p| BOOT::|ts| (BOOT::|shellEntry| BOOT::$ 25))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|REGSET;member?;P$B;7| ; (BOOT::|p| BOOT::|ts| BOOT::$) ; (BLOCK BOOT::|REGSET;member?;P$B;7| ; (BOOT::SPADCALL BOOT::|p| BOOT::|ts| (BOOT::|shellEntry| BOOT::$ 25)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |REGSET;roughUnitIdeal?;$B;8| ...) ; file: /tmp/oa-yV5vTD/code.lsp ; in: DEFUN |REGSET;roughUnitIdeal?;$B;8| ; (DEFUN BOOT::|REGSET;roughUnitIdeal?;$B;8| (BOOT::|ts| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; NIL) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|REGSET;roughUnitIdeal?;$B;8| ; (BOOT::|ts| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|REGSET;roughUnitIdeal?;$B;8| NIL)) ; ; caught STYLE-WARNING: ; The variable |ts| is defined but never used. ; compiling (DEFUN |REGSET;coerce;$Of;9| ...) ; compiling (DEFUN |REGSET;mvar;$V;10| ...) ; compiling (DEFUN |REGSET;first;$U;11| ...) ; compiling (DEFUN |REGSET;last;$U;12| ...) ; compiling (DEFUN |REGSET;rest;$U;13| ...) ; compiling (DEFUN |REGSET;coerce;$L;14| ...) ; compiling (DEFUN |REGSET;collectUpper;$V$;15| ...) ; file: /tmp/oa-yV5vTD/code.lsp ; in: DEFUN |REGSET;collectUpper;$V$;15| ; (DEFUN BOOT::|REGSET;collectUpper;$V$;15| (BOOT::|ts| BOOT::|v| BOOT::$) ; (COND ((NULL BOOT::|ts|) BOOT::|ts|) ; (T ; (LET (# #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|REGSET;collectUpper;$V$;15| ; (BOOT::|ts| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|REGSET;collectUpper;$V$;15| ; (COND ((NULL BOOT::|ts|) BOOT::|ts|) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |REGSET;collectUnder;$V$;16| ...) ; compiling (DEFUN |REGSET;construct;L$;17| ...) ; file: /tmp/oa-yV5vTD/code.lsp ; in: DEFUN |REGSET;construct;L$;17| ; (DEFUN BOOT::|REGSET;construct;L$;17| (BOOT::|lp| BOOT::$) ; (PROG (BOOT::|eif|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|REGSET;construct;L$;17| ; (BOOT::|lp| BOOT::$) ; (BLOCK BOOT::|REGSET;construct;L$;17| ; (PROG (BOOT::|eif|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |lp| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |REGSET;extendIfCan;$PU;18| ...) ; compiling (DEFUN |REGSET;removeZero;P$P;19| ...) ; compiling (DEFUN |REGSET;internalAugment;P2$;20| ...) ; file: /tmp/oa-yV5vTD/code.lsp ; in: DEFUN |REGSET;internalAugment;P2$;20| ; (DEFUN BOOT::|REGSET;internalAugment;P2$;20| (BOOT::|p| BOOT::|ts| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 56)) ; (BOOT::|error| "in internalAugment$REGSET: ground? #1")) ; (T ; (BOOT::|SPADfirst| ; (BOOT::|REGSET;internalAugment;P$5BL;22| BOOT::|p| BOOT::|ts| NIL NIL ; NIL NIL NIL BOOT::$))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|REGSET;internalAugment;P2$;20| ; (BOOT::|p| BOOT::|ts| BOOT::$) ; (BLOCK BOOT::|REGSET;internalAugment;P2$;20| ; (COND ; ((BOOT::SPADCALL BOOT::|p| #) ; (BOOT::|error| "in internalAugment$REGSET: ground? #1")) ; (T (BOOT::|SPADfirst| #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |REGSET;internalAugment;L2$;21| ...) ; compiling (DEFUN |REGSET;internalAugment;P$5BL;22| ...) ; file: /tmp/oa-yV5vTD/code.lsp ; in: DEFUN |REGSET;internalAugment;P$5BL;22| ; (DEFUN BOOT::|REGSET;internalAugment;P$5BL;22| ; (BOOT::|p| BOOT::|ts| BOOT::|rem?| BOOT::|red?| BOOT::|prim?| ; BOOT::|sqfr?| BOOT::|extend?| BOOT::$) ; (PROG (BOOT::|lts| BOOT::|lsfp|) ; (RETURN ; (LET* (# # #) ; (BOOT::SEQ # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|REGSET;internalAugment;P$5BL;22| ; (BOOT::|p| BOOT::|ts| BOOT::|rem?| BOOT::|red?| BOOT::|prim?| ; BOOT::|sqfr?| BOOT::|extend?| BOOT::$) ; (BLOCK BOOT::|REGSET;internalAugment;P$5BL;22| ; (PROG (BOOT::|lts| BOOT::|lsfp|) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |REGSET;augment;P$L;23| ...) ; file: /tmp/oa-yV5vTD/code.lsp ; in: DEFUN |REGSET;augment;P$L;23| ; (DEFUN BOOT::|REGSET;augment;P$L;23| (BOOT::|p| BOOT::|ts| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 56)) ; (BOOT::|error| "in augment$REGSET: ground? #1")) ; ((BOOT::SPADCALL (BOOT::SPADCALL BOOT::|p| #) BOOT::|ts| ; (BOOT::|shellEntry| BOOT::$ 61)) ; (BOOT::|error| "in augment$REGSET: bad #1")) ; (T ; (BOOT::|REGSET;internalAugment;P$5BL;22| BOOT::|p| BOOT::|ts| T T T T T ; BOOT::$)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|REGSET;augment;P$L;23| ; (BOOT::|p| BOOT::|ts| BOOT::$) ; (BLOCK BOOT::|REGSET;augment;P$L;23| ; (COND ; ((BOOT::SPADCALL BOOT::|p| #) ; (BOOT::|error| "in augment$REGSET: ground? #1")) ; ((BOOT::SPADCALL # BOOT::|ts| #) ; (BOOT::|error| "in augment$REGSET: bad #1")) ; (T ; (BOOT::|REGSET;internalAugment;P$5BL;22| BOOT::|p| BOOT::|ts| T T T T ; T BOOT::$))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |REGSET;extend;P$L;24| ...) ; file: /tmp/oa-yV5vTD/code.lsp ; in: DEFUN |REGSET;extend;P$L;24| ; (LET ((BOOT::|v| (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 36)))) ; (BOOT::SEQ (COND ((NOT #) (BOOT::EXIT #))) ; (BOOT::LETT BOOT::|lts| NIL BOOT::|REGSET;extend;P$L;24|) ; (BOOT::LETT BOOT::|split| ; (BOOT::|REGSET;invertibleSet;P$L;27| ; (BOOT::SPADCALL BOOT::|p| #) BOOT::|ts| BOOT::$) ; BOOT::|REGSET;extend;P$L;24|) ; (LET ((#:G801 BOOT::|split|)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::EXIT BOOT::|lts|))) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; (DEFUN BOOT::|REGSET;extend;P$L;24| (BOOT::|p| BOOT::|ts| BOOT::$) ; (PROG (BOOT::|split| BOOT::|lts|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|REGSET;extend;P$L;24| ; (BOOT::|p| BOOT::|ts| BOOT::$) ; (BLOCK BOOT::|REGSET;extend;P$L;24| ; (PROG (BOOT::|split| BOOT::|lts|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |REGSET;invertible?;P$B;25| ...) ; file: /tmp/oa-yV5vTD/code.lsp ; in: DEFUN |REGSET;invertible?;P$B;25| ; (DEFUN BOOT::|REGSET;invertible?;P$B;25| (BOOT::|p| BOOT::|ts| BOOT::$) ; (BOOT::SPADCALL BOOT::|p| BOOT::|ts| (BOOT::|shellEntry| BOOT::$ 92))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|REGSET;invertible?;P$B;25| ; (BOOT::|p| BOOT::|ts| BOOT::$) ; (BLOCK BOOT::|REGSET;invertible?;P$B;25| ; (BOOT::SPADCALL BOOT::|p| BOOT::|ts| (BOOT::|shellEntry| BOOT::$ 92)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |REGSET;invertible?;P$L;26| ...) ; file: /tmp/oa-yV5vTD/code.lsp ; in: DEFUN |REGSET;invertible?;P$L;26| ; (DEFUN BOOT::|REGSET;invertible?;P$L;26| (BOOT::|p| BOOT::|ts| BOOT::$) ; (BOOT::SPADCALL BOOT::|p| BOOT::|ts| (BOOT::|shellEntry| BOOT::$ 95))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|REGSET;invertible?;P$L;26| ; (BOOT::|p| BOOT::|ts| BOOT::$) ; (BLOCK BOOT::|REGSET;invertible?;P$L;26| ; (BOOT::SPADCALL BOOT::|p| BOOT::|ts| (BOOT::|shellEntry| BOOT::$ 95)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |REGSET;invertibleSet;P$L;27| ...) ; file: /tmp/oa-yV5vTD/code.lsp ; in: DEFUN |REGSET;invertibleSet;P$L;27| ; (DEFUN BOOT::|REGSET;invertibleSet;P$L;27| (BOOT::|p| BOOT::|ts| BOOT::$) ; (BOOT::SPADCALL BOOT::|p| BOOT::|ts| (BOOT::|shellEntry| BOOT::$ 99))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|REGSET;invertibleSet;P$L;27| ; (BOOT::|p| BOOT::|ts| BOOT::$) ; (BLOCK BOOT::|REGSET;invertibleSet;P$L;27| ; (BOOT::SPADCALL BOOT::|p| BOOT::|ts| (BOOT::|shellEntry| BOOT::$ 99)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |REGSET;lastSubResultant;2P$L;28| ...) ; file: /tmp/oa-yV5vTD/code.lsp ; in: DEFUN |REGSET;lastSubResultant;2P$L;28| ; (DEFUN BOOT::|REGSET;lastSubResultant;2P$L;28| ; (BOOT::|p1| BOOT::|p2| BOOT::|ts| BOOT::$) ; (BOOT::SPADCALL BOOT::|p1| BOOT::|p2| BOOT::|ts| ; (BOOT::|shellEntry| BOOT::$ 102))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|REGSET;lastSubResultant;2P$L;28| ; (BOOT::|p1| BOOT::|p2| BOOT::|ts| BOOT::$) ; (BLOCK BOOT::|REGSET;lastSubResultant;2P$L;28| ; (BOOT::SPADCALL BOOT::|p1| BOOT::|p2| BOOT::|ts| ; (BOOT::|shellEntry| BOOT::$ 102)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |REGSET;squareFreePart;P$L;29| ...) ; file: /tmp/oa-yV5vTD/code.lsp ; in: DEFUN |REGSET;squareFreePart;P$L;29| ; (DEFUN BOOT::|REGSET;squareFreePart;P$L;29| (BOOT::|p| BOOT::|ts| BOOT::$) ; (BOOT::SPADCALL BOOT::|p| BOOT::|ts| (BOOT::|shellEntry| BOOT::$ 106))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|REGSET;squareFreePart;P$L;29| ; (BOOT::|p| BOOT::|ts| BOOT::$) ; (BLOCK BOOT::|REGSET;squareFreePart;P$L;29| ; (BOOT::SPADCALL BOOT::|p| BOOT::|ts| (BOOT::|shellEntry| BOOT::$ 106)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |REGSET;intersect;P$L;30| ...) ; file: /tmp/oa-yV5vTD/code.lsp ; in: DEFUN |REGSET;intersect;P$L;30| ; (DEFUN BOOT::|REGSET;intersect;P$L;30| (BOOT::|p| BOOT::|ts| BOOT::$) ; (BOOT::SPADCALL (LIST BOOT::|p|) (LIST BOOT::|ts|) NIL NIL ; (BOOT::|shellEntry| BOOT::$ 109))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|REGSET;intersect;P$L;30| ; (BOOT::|p| BOOT::|ts| BOOT::$) ; (BLOCK BOOT::|REGSET;intersect;P$L;30| ; (BOOT::SPADCALL (LIST BOOT::|p|) (LIST BOOT::|ts|) NIL NIL ; (BOOT::|shellEntry| BOOT::$ 109)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |REGSET;intersect;L2L;31| ...) ; file: /tmp/oa-yV5vTD/code.lsp ; in: DEFUN |REGSET;intersect;L2L;31| ; (DEFUN BOOT::|REGSET;intersect;L2L;31| (BOOT::|lp| BOOT::|lts| BOOT::$) ; (BOOT::SPADCALL BOOT::|lp| BOOT::|lts| NIL NIL ; (BOOT::|shellEntry| BOOT::$ 109))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|REGSET;intersect;L2L;31| ; (BOOT::|lp| BOOT::|lts| BOOT::$) ; (BLOCK BOOT::|REGSET;intersect;L2L;31| ; (BOOT::SPADCALL BOOT::|lp| BOOT::|lts| NIL NIL ; (BOOT::|shellEntry| BOOT::$ 109)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |REGSET;zeroSetSplit;LL;32| ...) ; compiling (DEFUN |REGSET;zeroSetSplit;LBL;33| ...) ; compiling (DEFUN |REGSET;zeroSetSplit;L2BL;34| ...) ; compiling (DEFUN |REGSET;zeroSetSplit;L4BL;35| ...) ; compiling (DEFUN |REGSET;internalZeroSetSplit;L3BL;36| ...) ; file: /tmp/oa-yV5vTD/code.lsp ; in: DEFUN |REGSET;internalZeroSetSplit;L3BL;36| ; (DEFUN BOOT::|REGSET;internalZeroSetSplit;L3BL;36| ; (BOOT::|lp| BOOT::|clos?| BOOT::|info?| BOOT::|prep?| BOOT::$) ; (PROG (BOOT::|lts| BOOT::|ts| BOOT::|pp|) ; (RETURN (BOOT::SEQ (COND # #) (SETQ #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|REGSET;internalZeroSetSplit;L3BL;36| ; (BOOT::|lp| BOOT::|clos?| BOOT::|info?| BOOT::|prep?| BOOT::$) ; (BLOCK BOOT::|REGSET;internalZeroSetSplit;L3BL;36| ; (PROG (BOOT::|lts| BOOT::|ts| BOOT::|pp|) (RETURN (BOOT::SEQ # # #))))) ; ; note: Assignment to argument: |lp| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |REGSET;largeSystem?| ...) ; compiling (DEFUN |REGSET;smallSystem?| ...) ; compiling (DEFUN |REGSET;mediumSystem?| ...) ; compiling (DEFUN |REGSET;lin?| ...) ; compiling (DEFUN |REGSET;preprocess;L2BR;41| ...) ; compiling (DEFUN |RegularTriangularSet| ...) ; compiling (DEFUN |RegularTriangularSet;| ...) ; compiling (MAKEPROP (QUOTE |RegularTriangularSet|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 16 notes ; /tmp/oa-yV5vTD/code.fasl written ; compilation finished in 0:00:00.178 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile RGCHAIN.spad && cp RGCHAIN.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RGCHAIN.fasl \ && if test -f RGCHAIN-.NRLIB/code.fasl; then \ cp RGCHAIN-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RGCHAIN-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RGCHAIN.spad using Spad compiler. RGCHAIN abbreviates domain RegularChain debug: compDefine1 lhs: (RegularChain R ls) signature (pre-evaluate): ((Join (RegularTriangularSetCategory R (IndexedExponents (OrderedVariableList ls)) (OrderedVariableList ls) (NewSparseMultivariatePolynomial R (OrderedVariableList ls))) (CATEGORY domain (SIGNATURE zeroSetSplit ((List $) (List (NewSparseMultivariatePolynomial R (OrderedVariableList ls))) (Boolean) (Boolean))))) NIL NIL) debug: evaluateType form: (Join (RegularTriangularSetCategory R (IndexedExponents (OrderedVariableList ls)) (OrderedVariableList ls) (NewSparseMultivariatePolynomial R (OrderedVariableList ls))) (CATEGORY domain (SIGNATURE zeroSetSplit ((List $) (List (NewSparseMultivariatePolynomial R (OrderedVariableList ls))) (Boolean) (Boolean))))) $param: (R ls) debug: evaluateType form: (RegularTriangularSetCategory R (IndexedExponents (OrderedVariableList ls)) (OrderedVariableList ls) (NewSparseMultivariatePolynomial R (OrderedVariableList ls))) $param: (R ls) Debug: evaluateType1 form: (RegularTriangularSetCategory R (IndexedExponents (OrderedVariableList ls)) (OrderedVariableList ls) (NewSparseMultivariatePolynomial R (OrderedVariableList ls))) debug: evaluateType1 x: R m: (GcdDomain) debug: evaluateType1 x: (IndexedExponents (OrderedVariableList ls)) m: (OrderedAbelianMonoidSup) debug: evaluateType1 categoryForm: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (R ls) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (IndexedExponents (OrderedVariableList ls)) $param: (R ls) Debug: evaluateType1 form: (IndexedExponents (OrderedVariableList ls)) debug: evaluateType1 x: (OrderedVariableList ls) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R ls) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList ls) $param: (R ls) Debug: evaluateType1 form: (OrderedVariableList ls) debug: evaluateType1 x: ls m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList ls) c: (OrderedSet) debug: evalCategory d: (IndexedExponents (OrderedVariableList ls)) c: (OrderedAbelianMonoidSup) debug: evaluateType1 x: (OrderedVariableList ls) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R ls) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList ls) $param: (R ls) Debug: evaluateType1 form: (OrderedVariableList ls) debug: evaluateType1 x: ls m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList ls) c: (OrderedSet) debug: evaluateType1 x: (NewSparseMultivariatePolynomial R (OrderedVariableList ls)) m: (RecursivePolynomialCategory R (IndexedExponents (OrderedVariableList ls)) (OrderedVariableList ls)) debug: evaluateType1 categoryForm: (RecursivePolynomialCategory R (IndexedExponents (OrderedVariableList ls)) (OrderedVariableList ls)) debug: evaluateType form: (RecursivePolynomialCategory R (IndexedExponents (OrderedVariableList ls)) (OrderedVariableList ls)) $param: (R ls) Debug: evaluateType1 form: (RecursivePolynomialCategory R (IndexedExponents (OrderedVariableList ls)) (OrderedVariableList ls)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: (IndexedExponents (OrderedVariableList ls)) m: (OrderedAbelianMonoidSup) debug: evaluateType1 categoryForm: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (R ls) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (IndexedExponents (OrderedVariableList ls)) $param: (R ls) Debug: evaluateType1 form: (IndexedExponents (OrderedVariableList ls)) debug: evaluateType1 x: (OrderedVariableList ls) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R ls) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList ls) $param: (R ls) Debug: evaluateType1 form: (OrderedVariableList ls) debug: evaluateType1 x: ls m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList ls) c: (OrderedSet) debug: evalCategory d: (IndexedExponents (OrderedVariableList ls)) c: (OrderedAbelianMonoidSup) debug: evaluateType1 x: (OrderedVariableList ls) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R ls) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList ls) $param: (R ls) Debug: evaluateType1 form: (OrderedVariableList ls) debug: evaluateType1 x: ls m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList ls) c: (OrderedSet) debug: evaluateType form: (NewSparseMultivariatePolynomial R (OrderedVariableList ls)) $param: (R ls) Debug: evaluateType1 form: (NewSparseMultivariatePolynomial R (OrderedVariableList ls)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: (OrderedVariableList ls) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R ls) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList ls) $param: (R ls) Debug: evaluateType1 form: (OrderedVariableList ls) debug: evaluateType1 x: ls m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList ls) c: (OrderedSet) debug: evalCategory d: (NewSparseMultivariatePolynomial R (OrderedVariableList ls)) c: (RecursivePolynomialCategory R (IndexedExponents (OrderedVariableList ls)) (OrderedVariableList ls)) debug: evaluateType form: (CATEGORY domain (SIGNATURE zeroSetSplit ((List $) (List (NewSparseMultivariatePolynomial R (OrderedVariableList ls))) (Boolean) (Boolean)))) $param: (R ls) debug: evaluateType form: (List $) $param: (R ls) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List (NewSparseMultivariatePolynomial R (OrderedVariableList ls))) $param: (R ls) Debug: evaluateType1 form: (List (NewSparseMultivariatePolynomial R (OrderedVariableList ls))) debug: evaluateType1 x: (NewSparseMultivariatePolynomial R (OrderedVariableList ls)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NewSparseMultivariatePolynomial R (OrderedVariableList ls)) $param: (R ls) Debug: evaluateType1 form: (NewSparseMultivariatePolynomial R (OrderedVariableList ls)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: (OrderedVariableList ls) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R ls) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList ls) $param: (R ls) Debug: evaluateType1 form: (OrderedVariableList ls) debug: evaluateType1 x: ls m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList ls) c: (OrderedSet) debug: evalCategory d: (NewSparseMultivariatePolynomial R (OrderedVariableList ls)) c: (Type) debug: evaluateType form: (Boolean) $param: (R ls) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R ls) Debug: evaluateType1 form: (Boolean) debug: compDefine1 signature (post evaluate): ((Join (RegularTriangularSetCategory R (IndexedExponents (OrderedVariableList ls)) (OrderedVariableList ls) (NewSparseMultivariatePolynomial R (OrderedVariableList ls))) (CATEGORY domain (SIGNATURE zeroSetSplit ((List $) (List (NewSparseMultivariatePolynomial R (OrderedVariableList ls))) (Boolean) (Boolean))))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for RegularChain compiling into /tmp/oa-w7UrdN (time taken in buildFunctor: 4) Time: 0.09 SEC. Cumulative Statistics for Constructor RegularChain Time: 0.09 seconds --------------non extending category---------------------- RegularChain(#1,#2) of category RegularTriangularSetCategory(#1, IndexedExponents OrderedVariableList #2,OrderedVariableList #2, NewSparseMultivariatePolynomial(#1,OrderedVariableList #2)) with zeroSetSplit : (List NewSparseMultivariatePolynomial(#1, OrderedVariableList #2),Boolean,Boolean) -> List % has no internalAugment : (NewSparseMultivariatePolynomial(#1, OrderedVariableList #2),%,Boolean,Boolean,Boolean,Boolean, Boolean) -> List % ---------------------------------------------------------- finalizing NRLIB RGCHAIN Processing RegularChain for Browser database: -- zeroSetSplit : (List P,Boolean,Boolean) -> List % -- constructor ; compiling file "/tmp/oa-w7UrdN/code.lsp" (written 01 FEB 2016 11:15:22 PM): ; compiling (DEFUN |RegularChain| ...) ; compiling (DEFUN |RegularChain;| ...) ; compiling (MAKEPROP (QUOTE |RegularChain|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-w7UrdN/code.fasl written ; compilation finished in 0:00:00.020 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SFRTCAT.spad && cp SFRTCAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SFRTCAT.fasl \ && if test -f SFRTCAT-.NRLIB/code.fasl; then \ cp SFRTCAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SFRTCAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SFRTCAT.spad using Spad compiler. SFRTCAT abbreviates category SquareFreeRegularTriangularSetCategory debug: compDefine1 lhs: (SquareFreeRegularTriangularSetCategory R E V P) signature (pre-evaluate): ((Category) (GcdDomain) (OrderedAbelianMonoidSup) (OrderedSet) (RecursivePolynomialCategory R E V)) debug: evaluateType form: (Category) $param: (R E V P) debug: evaluateType form: (GcdDomain) $param: (R E V P) Debug: evaluateType1 form: (GcdDomain) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (R E V P) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedSet) $param: (R E V P) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (RecursivePolynomialCategory R E V) $param: (R E V P) Debug: evaluateType1 form: (RecursivePolynomialCategory R E V) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: E m: (OrderedAbelianMonoidSup) debug: evaluateType1 x: V m: (OrderedSet) debug: compDefine1 signature (post evaluate): ((Category) (GcdDomain) (OrderedAbelianMonoidSup) (OrderedSet) (RecursivePolynomialCategory R E V)) debug: compDefine1 lhs: (SquareFreeRegularTriangularSetCategory R E V P) signature (pre-evaluate): ((Category) NIL NIL NIL NIL) debug: evaluateType form: (Category) $param: (R E V P) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for SquareFreeRegularTriangularSetCategory compiling into /tmp/oa-APblw1 STYLE-WARNING: redefining BOOT::|SquareFreeRegularTriangularSetCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB SFRTCAT Processing SquareFreeRegularTriangularSetCategory for Browser database: -- constructor ; compiling file "/tmp/oa-APblw1/code.lsp" (written 01 FEB 2016 11:15:22 PM): ; compiling (DEFPARAMETER |SquareFreeRegularTriangularSetCategory;AL| ...) ; compiling (DEFUN |SquareFreeRegularTriangularSetCategory;| ...) ; compiling (DEFUN |SquareFreeRegularTriangularSetCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-APblw1/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SNTSCAT.spad && cp SNTSCAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SNTSCAT.fasl \ && if test -f SNTSCAT-.NRLIB/code.fasl; then \ cp SNTSCAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SNTSCAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SNTSCAT.spad using Spad compiler. SNTSCAT abbreviates category SquareFreeNormalizedTriangularSetCategory debug: compDefine1 lhs: (SquareFreeNormalizedTriangularSetCategory R E V P) signature (pre-evaluate): ((Category) (GcdDomain) (OrderedAbelianMonoidSup) (OrderedSet) (RecursivePolynomialCategory R E V)) debug: evaluateType form: (Category) $param: (R E V P) debug: evaluateType form: (GcdDomain) $param: (R E V P) Debug: evaluateType1 form: (GcdDomain) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (R E V P) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedSet) $param: (R E V P) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (RecursivePolynomialCategory R E V) $param: (R E V P) Debug: evaluateType1 form: (RecursivePolynomialCategory R E V) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: E m: (OrderedAbelianMonoidSup) debug: evaluateType1 x: V m: (OrderedSet) debug: compDefine1 signature (post evaluate): ((Category) (GcdDomain) (OrderedAbelianMonoidSup) (OrderedSet) (RecursivePolynomialCategory R E V)) debug: compDefine1 lhs: (SquareFreeNormalizedTriangularSetCategory R E V P) signature (pre-evaluate): ((Category) NIL NIL NIL NIL) debug: evaluateType form: (Category) $param: (R E V P) debug: compDefine1 signature (post evaluate): ((Category) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for SquareFreeNormalizedTriangularSetCategory compiling into /tmp/oa-TBXjvb STYLE-WARNING: redefining BOOT::|SquareFreeNormalizedTriangularSetCategory| in DEFUN Time: 0.02 SEC. finalizing NRLIB SNTSCAT Processing SquareFreeNormalizedTriangularSetCategory for Browser database: -- constructor ; compiling file "/tmp/oa-TBXjvb/code.lsp" (written 01 FEB 2016 11:15:22 PM): ; compiling (DEFPARAMETER |SquareFreeNormalizedTriangularSetCategory;AL| ...) ; compiling (DEFUN |SquareFreeNormalizedTriangularSetCategory;| ...) ; compiling (DEFUN |SquareFreeNormalizedTriangularSetCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-TBXjvb/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SOLVETRA.spad && cp SOLVETRA.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SOLVETRA.fasl \ && if test -f SOLVETRA-.NRLIB/code.fasl; then \ cp SOLVETRA-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SOLVETRA-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SOLVETRA.spad using Spad compiler. SOLVETRA abbreviates package TransSolvePackage debug: compDefine1 lhs: (TransSolvePackage R) signature (pre-evaluate): ((CATEGORY package (SIGNATURE solve ((List (Equation (Expression R))) (Expression R))) (SIGNATURE solve ((List (Equation (Expression R))) (Equation (Expression R)))) (SIGNATURE solve ((List (Equation (Expression R))) (Equation (Expression R)) (Symbol))) (SIGNATURE solve ((List (Equation (Expression R))) (Expression R) (Symbol))) (SIGNATURE solve ((List (List (Equation (Expression R)))) (List (Equation (Expression R))) (List (Symbol))))) NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE solve ((List (Equation (Expression R))) (Expression R))) (SIGNATURE solve ((List (Equation (Expression R))) (Equation (Expression R)))) (SIGNATURE solve ((List (Equation (Expression R))) (Equation (Expression R)) (Symbol))) (SIGNATURE solve ((List (Equation (Expression R))) (Expression R) (Symbol))) (SIGNATURE solve ((List (List (Equation (Expression R)))) (List (Equation (Expression R))) (List (Symbol))))) $param: (R) debug: evaluateType form: (List (Equation (Expression R))) $param: (R) Debug: evaluateType1 form: (List (Equation (Expression R))) debug: evaluateType1 x: (Equation (Expression R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation (Expression R)) $param: (R) Debug: evaluateType1 form: (Equation (Expression R)) debug: evaluateType1 x: (Expression R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Expression R) $param: (R) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: evalCategory d: (Expression R) c: (Type) debug: evalCategory d: (Equation (Expression R)) c: (Type) debug: evaluateType form: (Expression R) $param: (R) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (List (Equation (Expression R))) $param: (R) Debug: evaluateType1 form: (List (Equation (Expression R))) debug: evaluateType1 x: (Equation (Expression R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation (Expression R)) $param: (R) Debug: evaluateType1 form: (Equation (Expression R)) debug: evaluateType1 x: (Expression R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Expression R) $param: (R) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: evalCategory d: (Expression R) c: (Type) debug: evalCategory d: (Equation (Expression R)) c: (Type) debug: evaluateType form: (Equation (Expression R)) $param: (R) Debug: evaluateType1 form: (Equation (Expression R)) debug: evaluateType1 x: (Expression R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Expression R) $param: (R) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: evalCategory d: (Expression R) c: (Type) debug: evaluateType form: (List (Equation (Expression R))) $param: (R) Debug: evaluateType1 form: (List (Equation (Expression R))) debug: evaluateType1 x: (Equation (Expression R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation (Expression R)) $param: (R) Debug: evaluateType1 form: (Equation (Expression R)) debug: evaluateType1 x: (Expression R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Expression R) $param: (R) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: evalCategory d: (Expression R) c: (Type) debug: evalCategory d: (Equation (Expression R)) c: (Type) debug: evaluateType form: (Equation (Expression R)) $param: (R) Debug: evaluateType1 form: (Equation (Expression R)) debug: evaluateType1 x: (Expression R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Expression R) $param: (R) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: evalCategory d: (Expression R) c: (Type) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (List (Equation (Expression R))) $param: (R) Debug: evaluateType1 form: (List (Equation (Expression R))) debug: evaluateType1 x: (Equation (Expression R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation (Expression R)) $param: (R) Debug: evaluateType1 form: (Equation (Expression R)) debug: evaluateType1 x: (Expression R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Expression R) $param: (R) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: evalCategory d: (Expression R) c: (Type) debug: evalCategory d: (Equation (Expression R)) c: (Type) debug: evaluateType form: (Expression R) $param: (R) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evaluateType form: (List (List (Equation (Expression R)))) $param: (R) Debug: evaluateType1 form: (List (List (Equation (Expression R)))) debug: evaluateType1 x: (List (Equation (Expression R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (Equation (Expression R))) $param: (R) Debug: evaluateType1 form: (List (Equation (Expression R))) debug: evaluateType1 x: (Equation (Expression R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation (Expression R)) $param: (R) Debug: evaluateType1 form: (Equation (Expression R)) debug: evaluateType1 x: (Expression R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Expression R) $param: (R) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: evalCategory d: (Expression R) c: (Type) debug: evalCategory d: (Equation (Expression R)) c: (Type) debug: evalCategory d: (List (Equation (Expression R))) c: (Type) debug: evaluateType form: (List (Equation (Expression R))) $param: (R) Debug: evaluateType1 form: (List (Equation (Expression R))) debug: evaluateType1 x: (Equation (Expression R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Equation (Expression R)) $param: (R) Debug: evaluateType1 form: (Equation (Expression R)) debug: evaluateType1 x: (Expression R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Expression R) $param: (R) Debug: evaluateType1 form: (Expression R) debug: evaluateType1 x: R m: (SetCategory) debug: evalCategory d: (Expression R) c: (Type) debug: evalCategory d: (Equation (Expression R)) c: (Type) debug: evaluateType form: (List (Symbol)) $param: (R) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (R) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE solve ((List (Equation (Expression R))) (Expression R))) (SIGNATURE solve ((List (Equation (Expression R))) (Equation (Expression R)))) (SIGNATURE solve ((List (Equation (Expression R))) (Equation (Expression R)) (Symbol))) (SIGNATURE solve ((List (Equation (Expression R))) (Expression R) (Symbol))) (SIGNATURE solve ((List (List (Equation (Expression R)))) (List (Equation (Expression R))) (List (Symbol))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for TransSolvePackage compiling into /tmp/oa-ZW0rsq importing ACF importing HomogeneousAggregate R importing AlgebraicManipulations(R,Expression R) importing TranscendentalManipulations(R,Expression R) importing TrigonometricManipulations(R,Expression R) importing ElementaryFunctionStructurePackage(R,Expression R) importing SparseUnivariatePolynomial R importing LinearSystemMatrixPackage(Expression R,Vector Expression R,Vector Expression R,Matrix Expression R) importing TransSolvePackageService R importing MultivariateFactorize(Kernel Expression R,IndexedExponents Kernel Expression R,R,SparseMultivariatePolynomial(R,Kernel Expression R)) compiling exported solve : Expression R -> List Equation Expression R Time: 0.11 SEC. compiling exported solve : Equation Expression R -> List Equation Expression R Time: 0.03 SEC. compiling exported solve : (Equation Expression R,Symbol) -> List Equation Expression R Time: 0.02 SEC. compiling local testZero? : (Expression R,Equation Expression R) -> Boolean Time: 0.08 SEC. compiling exported solve : (Expression R,Symbol) -> List Equation Expression R Time: 0.03 SEC. compiling local solveInner : (Expression R,Symbol) -> List Equation Expression R Time: 0.75 SEC. compiling local simplifyingLog : Expression R -> Expression R Debug compQuote expr: (QUOTE exp) m: $EmptyMode Debug compQuote expr: (QUOTE exp) m: (Symbol) Time: 0.04 SEC. compiling local testkernel : (Expression R,Symbol) -> Boolean Time: 0.05 SEC. compiling local solveRetract : (List Expression R,List Symbol) -> Union(List List Equation Expression R,failed) Time: 0.07 SEC. compiling local tryToTrans : (Expression R,Symbol) -> Expression R Time: 0.06 SEC. compiling local subsTan : (Expression R,Symbol) -> Expression R Time: 0.37 SEC. compiling local eliminateKernRoot : (Expression R,Kernel Expression R) -> Expression R Time: 0.36 SEC. compiling local eliminateRoot : (Expression R,Symbol) -> Expression R Debug compQuote expr: (QUOTE nthRoot) m: $EmptyMode Debug compQuote expr: (QUOTE nthRoot) m: (Symbol) Time: 0.03 SEC. compiling local logsumtolog : Expression R -> Expression R Time: 0.14 SEC. compiling local testLog : (Expression R,Symbol) -> Boolean Time: 0.10 SEC. compiling local splitExpr : Expression R -> List Expression R Time: 0.05 SEC. compiling local buildnexpr : (Expression R,Symbol) -> List Expression R Time: 0.10 SEC. compiling local logexpp : (Expression R,Expression R) -> Expression R Time: 0.06 SEC. compiling local combineLog : (Expression R,Symbol) -> Expression R Time: 0.14 SEC. compiling local testRootk : (Expression R,Symbol) -> Boolean Time: 0.08 SEC. compiling local tableXkernels : (Expression R,Symbol) -> List Expression R Time: 0.02 SEC. compiling local testTrig : (Expression R,Symbol) -> Boolean Time: 0.07 SEC. compiling local testHTrig : (Expression R,Symbol) -> Boolean Time: 0.09 SEC. compiling local makeInterval : R -> Complex Interval Float Time: 0.08 SEC. compiling local funcinv : (Expression R,Expression R) -> Union(Expression R,failed) Debug compQuote expr: (QUOTE sin) m: $EmptyMode Debug compQuote expr: (QUOTE sin) m: (Symbol) Debug compQuote expr: (QUOTE cos) m: $EmptyMode Debug compQuote expr: (QUOTE cos) m: (Symbol) Debug compQuote expr: (QUOTE tan) m: $EmptyMode Debug compQuote expr: (QUOTE tan) m: (Symbol) Debug compQuote expr: (QUOTE cot) m: $EmptyMode Debug compQuote expr: (QUOTE cot) m: (Symbol) Debug compQuote expr: (QUOTE sec) m: $EmptyMode Debug compQuote expr: (QUOTE sec) m: (Symbol) Debug compQuote expr: (QUOTE csc) m: $EmptyMode Debug compQuote expr: (QUOTE csc) m: (Symbol) Debug compQuote expr: (QUOTE sinh) m: $EmptyMode Debug compQuote expr: (QUOTE sinh) m: (Symbol) Debug compQuote expr: (QUOTE cosh) m: $EmptyMode Debug compQuote expr: (QUOTE cosh) m: (Symbol) Debug compQuote expr: (QUOTE tanh) m: $EmptyMode Debug compQuote expr: (QUOTE tanh) m: (Symbol) Debug compQuote expr: (QUOTE coth) m: $EmptyMode Debug compQuote expr: (QUOTE coth) m: (Symbol) Debug compQuote expr: (QUOTE sech) m: $EmptyMode Debug compQuote expr: (QUOTE sech) m: (Symbol) Debug compQuote expr: (QUOTE csch) m: $EmptyMode Debug compQuote expr: (QUOTE csch) m: (Symbol) Debug compQuote expr: (QUOTE atan) m: $EmptyMode Debug compQuote expr: (QUOTE atan) m: (Symbol) Debug compQuote expr: (QUOTE acot) m: $EmptyMode Debug compQuote expr: (QUOTE acot) m: (Symbol) Debug compQuote expr: (QUOTE asin) m: $EmptyMode Debug compQuote expr: (QUOTE asin) m: (Symbol) Debug compQuote expr: (QUOTE acos) m: $EmptyMode Debug compQuote expr: (QUOTE acos) m: (Symbol) Debug compQuote expr: (QUOTE asec) m: $EmptyMode Debug compQuote expr: (QUOTE asec) m: (Symbol) Debug compQuote expr: (QUOTE acsc) m: $EmptyMode Debug compQuote expr: (QUOTE acsc) m: (Symbol) Debug compQuote expr: (QUOTE asinh) m: $EmptyMode Debug compQuote expr: (QUOTE asinh) m: (Symbol) Debug compQuote expr: (QUOTE acosh) m: $EmptyMode Debug compQuote expr: (QUOTE acosh) m: (Symbol) Debug compQuote expr: (QUOTE atanh) m: $EmptyMode Debug compQuote expr: (QUOTE atanh) m: (Symbol) Debug compQuote expr: (QUOTE acoth) m: $EmptyMode Debug compQuote expr: (QUOTE acoth) m: (Symbol) Debug compQuote expr: (QUOTE asech) m: $EmptyMode Debug compQuote expr: (QUOTE asech) m: (Symbol) Debug compQuote expr: (QUOTE acsch) m: $EmptyMode Debug compQuote expr: (QUOTE acsch) m: (Symbol) Debug compQuote expr: (QUOTE exp) m: $EmptyMode Debug compQuote expr: (QUOTE exp) m: (Symbol) Debug compQuote expr: (QUOTE log) m: $EmptyMode Debug compQuote expr: (QUOTE log) m: (Symbol) Debug compQuote expr: (QUOTE %power) m: $EmptyMode Debug compQuote expr: (QUOTE %power) m: (Symbol) Time: 0.34 SEC. importing SystemSolvePackage Expression R compiling local ker2Poly : (Kernel Expression R,List Symbol) -> Polynomial Expression R Time: 0.07 SEC. compiling local smp2Poly : (SparseMultivariatePolynomial(R,Kernel Expression R),List Symbol) -> Polynomial Expression R Time: 0.04 SEC. compiling local makeFracPoly : (Expression R,List Symbol) -> Fraction Polynomial Expression R Time: 0.07 SEC. compiling local makeREpol : Polynomial Expression R -> Expression R Time: 0.03 SEC. compiling local makeRE : Fraction Polynomial Expression R -> Expression R Time: 0.00 SEC. compiling local solve1Pol : (Polynomial Expression R,Symbol,List Equation Expression R) -> List List Equation Expression R Time: 0.04 SEC. compiling local solve1Sys : (List Polynomial Expression R,List Symbol) -> List List Equation Expression R Time: 0.06 SEC. compiling local solveList : (List Expression R,List Symbol) -> List List Equation Expression R Time: 0.10 SEC. compiling exported solve : (List Equation Expression R,List Symbol) -> List List Equation Expression R Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0.03 SEC. Warnings: [1] solveInner: not known that SetCategory is of mode CATEGORY(package,solve: Expression R -> List Equation Expression R,solve: Equation Expression R -> List Equation Expression R,solve: (Equation Expression R,Symbol) -> List Equation Expression R,solve: (Expression R,Symbol) -> List Equation Expression R,solve: (List Equation Expression R,List Symbol) -> List List Equation Expression R) [2] solveInner: not known that Ring is of mode CATEGORY(package,solve: Expression R -> List Equation Expression R,solve: Equation Expression R -> List Equation Expression R,solve: (Equation Expression R,Symbol) -> List Equation Expression R,solve: (Expression R,Symbol) -> List Equation Expression R,solve: (List Equation Expression R,List Symbol) -> List List Equation Expression R) [3] solveInner: factors has no value [4] simplifyingLog: argument has no value [5] tryToTrans: not known that TranscendentalFunctionCategory is of mode CATEGORY(domain,IF(hasRIntegralDomain(),PROGN(AlgebraicallyClosedFunctionSpace R,TranscendentalFunctionCategory,CombinatorialOpsCategory,LiouvillianFunctionCategory,SpecialFunctionCategory,reduce: % -> %,number?: % -> Boolean,simplifyPower: (%,Integer) -> %,IF(hasRGcdDomain(),PROGN(factorPolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %,squareFreePolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %),%noBranch),IF(hasRRetractableTo(Integer()),RetractableTo AlgebraicNumber,%noBranch)),%noBranch)) [6] tryToTrans: not known that AlgebraicallyClosedField is of mode CATEGORY(domain,IF(hasRIntegralDomain(),PROGN(AlgebraicallyClosedFunctionSpace R,TranscendentalFunctionCategory,CombinatorialOpsCategory,LiouvillianFunctionCategory,SpecialFunctionCategory,reduce: % -> %,number?: % -> Boolean,simplifyPower: (%,Integer) -> %,IF(hasRGcdDomain(),PROGN(factorPolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %,squareFreePolynomial: SparseUnivariatePolynomial % -> Factored SparseUnivariatePolynomial %),%noBranch),IF(hasRRetractableTo(Integer()),RetractableTo AlgebraicNumber,%noBranch)),%noBranch)) [7] subsTan: argument has no value [8] subsTan: not known that IntegralDomain is of mode CATEGORY(package,solve: Expression R -> List Equation Expression R,solve: Equation Expression R -> List Equation Expression R,solve: (Equation Expression R,Symbol) -> List Equation Expression R,solve: (Expression R,Symbol) -> List Equation Expression R,solve: (List Equation Expression R,List Symbol) -> List List Equation Expression R) [9] logexpp: argument has no value [10] funcinv: not known that SetCategory is of mode CATEGORY(package,complex) [11] ker2Poly: name has no value Cumulative Statistics for Constructor TransSolvePackage Time: 3.72 seconds finalizing NRLIB SOLVETRA Processing TransSolvePackage for Browser database: -- solve : RE -> L EQ RE -- solve : EQ RE -> L EQ RE -- solve : (EQ RE,S) -> L EQ RE -- solve : (RE,S) -> L EQ RE -- solve : (L EQ RE,L S) -> L L EQ RE -- constructor ; compiling file "/tmp/oa-ZW0rsq/code.lsp" (written 01 FEB 2016 11:15:26 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SOLVETRA;solve;EL;1| ...) ; file: /tmp/oa-ZW0rsq/code.lsp ; in: DEFUN |SOLVETRA;solve;EL;1| ; (DEFUN BOOT::|SOLVETRA;solve;EL;1| (BOOT::|oside| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|oside| (BOOT::|shellEntry| BOOT::$ 9)) ; (BOOT::|error| "equation is always satisfied")) ; (T ; (LET (#) ; (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SOLVETRA;solve;EL;1| ; (BOOT::|oside| BOOT::$) ; (BLOCK BOOT::|SOLVETRA;solve;EL;1| ; (COND ; ((BOOT::SPADCALL BOOT::|oside| #) ; (BOOT::|error| "equation is always satisfied")) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SOLVETRA;solve;EL;2| ...) ; compiling (DEFUN |SOLVETRA;solve;ESL;3| ...) ; compiling (DEFUN |SOLVETRA;testZero?| ...) ; file: /tmp/oa-ZW0rsq/code.lsp ; in: DEFUN |SOLVETRA;testZero?| ; (DEFUN BOOT::|SOLVETRA;testZero?| (BOOT::|lside| BOOT::|sol| BOOT::$) ; (BOOT::SEQ ; (COND ((BOOT::|HasCategory| # '#) (COND #)) ((EQL # 1) (BOOT::EXIT T))) ; (BOOT::EXIT ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|lside| BOOT::|sol| #) ; (BOOT::|shellEntry| BOOT::$ 9))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SOLVETRA;testZero?| ; (BOOT::|lside| BOOT::|sol| BOOT::$) ; (BLOCK BOOT::|SOLVETRA;testZero?| ; (BOOT::SEQ (COND (# #) (# #)) (BOOT::EXIT (BOOT::SPADCALL # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |SOLVETRA;solve;ESL;5| ...) ; file: /tmp/oa-ZW0rsq/code.lsp ; in: DEFUN |SOLVETRA;solve;ESL;5| ; (DEFUN BOOT::|SOLVETRA;solve;ESL;5| (BOOT::|lside| BOOT::|x| BOOT::$) ; (LET ((#:G938 ; (BOOT::|SOLVETRA;solveInner| BOOT::|lside| BOOT::|x| BOOT::$)) ; (#:G634 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G938 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SOLVETRA;solve;ESL;5| ; (BOOT::|lside| BOOT::|x| BOOT::$) ; (BLOCK BOOT::|SOLVETRA;solve;ESL;5| ; (LET ((#:G938 #) (#:G634 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SOLVETRA;solveInner| ...) ; compiling (DEFUN |SOLVETRA;simplifyingLog| ...) ; compiling (DEFUN |SOLVETRA;testkernel| ...) ; compiling (DEFUN |SOLVETRA;solveRetract| ...) ; compiling (DEFUN |SOLVETRA;tryToTrans| ...) ; compiling (DEFUN |SOLVETRA;subsTan| ...) ; compiling (DEFUN |SOLVETRA;eliminateKernRoot| ...) ; compiling (DEFUN |SOLVETRA;eliminateRoot| ...) ; compiling (DEFUN |SOLVETRA;logsumtolog| ...) ; compiling (DEFUN |SOLVETRA;testLog| ...) ; compiling (DEFUN |SOLVETRA;splitExpr| ...) ; compiling (DEFUN |SOLVETRA;buildnexpr| ...) ; compiling (DEFUN |SOLVETRA;logexpp| ...) ; compiling (DEFUN |SOLVETRA;combineLog| ...) ; compiling (DEFUN |SOLVETRA;testRootk| ...) ; compiling (DEFUN |SOLVETRA;tableXkernels| ...) ; compiling (DEFUN |SOLVETRA;testTrig| ...) ; compiling (DEFUN |SOLVETRA;testHTrig| ...) ; compiling (DEFUN |SOLVETRA;makeInterval| ...) ; compiling (DEFUN |SOLVETRA;funcinv| ...) ; compiling (DEFUN |SOLVETRA;ker2Poly| ...) ; compiling (DEFUN |SOLVETRA;smp2Poly| ...) ; compiling (DEFUN |SOLVETRA;smp2Poly!1| ...) ; compiling (DEFUN |SOLVETRA;smp2Poly!0| ...) ; compiling (DEFUN |SOLVETRA;makeFracPoly| ...) ; compiling (DEFUN |SOLVETRA;makeREpol| ...) ; compiling (DEFUN |SOLVETRA;makeRE| ...) ; compiling (DEFUN |SOLVETRA;solve1Pol| ...) ; file: /tmp/oa-ZW0rsq/code.lsp ; in: DEFUN |SOLVETRA;solve1Pol| ; (DEFUN BOOT::|SOLVETRA;solve1Pol| ; (BOOT::|pol| BOOT::|var| BOOT::|sol| BOOT::$) ; (LET* ((BOOT::|repol| (BOOT::SPADCALL # BOOT::|sol| #)) ; (BOOT::|vsols| ; (BOOT::|SOLVETRA;solve;ESL;5| BOOT::|repol| BOOT::|var| BOOT::$))) ; (LET ((#:G959 BOOT::|vsols|) (#:G913 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SOLVETRA;solve1Pol| ; (BOOT::|pol| BOOT::|var| BOOT::|sol| BOOT::$) ; (BLOCK BOOT::|SOLVETRA;solve1Pol| ; (LET* ((BOOT::|repol| #) (BOOT::|vsols| #)) ; (LET (# #) ; (LOOP # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; compiling (DEFUN |SOLVETRA;solve1Sys| ...) ; compiling (DEFUN |SOLVETRA;solveList| ...) ; file: /tmp/oa-ZW0rsq/code.lsp ; in: DEFUN |SOLVETRA;solveList| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (APPEND BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; (DEFUN BOOT::|SOLVETRA;solveList| (BOOT::|lexpr| BOOT::|lvar| BOOT::$) ; (PROG (BOOT::|l| BOOT::|trianglist| BOOT::|lfrac|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SOLVETRA;solveList| ; (BOOT::|lexpr| BOOT::|lvar| BOOT::$) ; (BLOCK BOOT::|SOLVETRA;solveList| ; (PROG (BOOT::|l| BOOT::|trianglist| BOOT::|lfrac|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS LIST T)) &REST T). ; compiling (DEFUN |SOLVETRA;solve;LLL;34| ...) ; compiling (DEFUN |TransSolvePackage| ...) ; compiling (DEFUN |TransSolvePackage;| ...) ; compiling (MAKEPROP (QUOTE |TransSolvePackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 5 notes ; /tmp/oa-ZW0rsq/code.fasl written ; compilation finished in 0:00:00.210 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SFQCMPK.spad && cp SFQCMPK.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SFQCMPK.fasl \ && if test -f SFQCMPK-.NRLIB/code.fasl; then \ cp SFQCMPK-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SFQCMPK-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SFQCMPK.spad using Spad compiler. SFQCMPK abbreviates package SquareFreeQuasiComponentPackage debug: compDefine1 lhs: (SquareFreeQuasiComponentPackage R E V P TS) signature (pre-evaluate): ((CATEGORY package (SIGNATURE startTable! ((Void) (String) (String) (String))) (SIGNATURE stopTable! ((Void))) (SIGNATURE supDimElseRittWu? ((Boolean) TS TS)) (SIGNATURE algebraicSort ((List TS) (List TS))) (SIGNATURE moreAlgebraic? ((Boolean) TS TS)) (SIGNATURE subTriSet? ((Boolean) TS TS)) (SIGNATURE subPolSet? ((Boolean) (List P) (List P))) (SIGNATURE internalSubPolSet? ((Boolean) (List P) (List P))) (SIGNATURE internalInfRittWu? ((Boolean) (List P) (List P))) (SIGNATURE infRittWu? ((Boolean) (List P) (List P))) (SIGNATURE internalSubQuasiComponent? ((Union (Boolean) failed) TS TS)) (SIGNATURE subQuasiComponent? ((Boolean) TS TS)) (SIGNATURE subQuasiComponent? ((Boolean) TS (List TS))) (SIGNATURE removeSuperfluousQuasiComponents ((List TS) (List TS))) (SIGNATURE subCase? ((Boolean) (Record (: val (List P)) (: tower TS)) (Record (: val (List P)) (: tower TS)))) (SIGNATURE removeSuperfluousCases ((List (Record (: val (List P)) (: tower TS))) (List (Record (: val (List P)) (: tower TS))))) (SIGNATURE prepareDecompose ((List (Record (: eq (List P)) (: tower TS) (: ineq (List P)))) (List P) (List TS) (Boolean) (Boolean))) (SIGNATURE branchIfCan ((Union (Record (: eq (List P)) (: tower TS) (: ineq (List P))) failed) (List P) TS (List P) (Boolean) (Boolean) (Boolean) (Boolean) (Boolean)))) NIL NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE startTable! ((Void) (String) (String) (String))) (SIGNATURE stopTable! ((Void))) (SIGNATURE supDimElseRittWu? ((Boolean) TS TS)) (SIGNATURE algebraicSort ((List TS) (List TS))) (SIGNATURE moreAlgebraic? ((Boolean) TS TS)) (SIGNATURE subTriSet? ((Boolean) TS TS)) (SIGNATURE subPolSet? ((Boolean) (List P) (List P))) (SIGNATURE internalSubPolSet? ((Boolean) (List P) (List P))) (SIGNATURE internalInfRittWu? ((Boolean) (List P) (List P))) (SIGNATURE infRittWu? ((Boolean) (List P) (List P))) (SIGNATURE internalSubQuasiComponent? ((Union (Boolean) failed) TS TS)) (SIGNATURE subQuasiComponent? ((Boolean) TS TS)) (SIGNATURE subQuasiComponent? ((Boolean) TS (List TS))) (SIGNATURE removeSuperfluousQuasiComponents ((List TS) (List TS))) (SIGNATURE subCase? ((Boolean) (Record (: val (List P)) (: tower TS)) (Record (: val (List P)) (: tower TS)))) (SIGNATURE removeSuperfluousCases ((List (Record (: val (List P)) (: tower TS))) (List (Record (: val (List P)) (: tower TS))))) (SIGNATURE prepareDecompose ((List (Record (: eq (List P)) (: tower TS) (: ineq (List P)))) (List P) (List TS) (Boolean) (Boolean))) (SIGNATURE branchIfCan ((Union (Record (: eq (List P)) (: tower TS) (: ineq (List P))) failed) (List P) TS (List P) (Boolean) (Boolean) (Boolean) (Boolean) (Boolean)))) $param: (R E V P TS) debug: evaluateType form: (Void) $param: (R E V P TS) Debug: evaluateType1 form: (Void) debug: evaluateType form: (String) $param: (R E V P TS) Debug: evaluateType1 form: (String) debug: evaluateType form: (String) $param: (R E V P TS) Debug: evaluateType1 form: (String) debug: evaluateType form: (String) $param: (R E V P TS) Debug: evaluateType1 form: (String) debug: evaluateType form: (Void) $param: (R E V P TS) Debug: evaluateType1 form: (Void) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (List TS) $param: (R E V P TS) Debug: evaluateType1 form: (List TS) debug: evaluateType1 x: TS m: (Type) debug: evaluateType form: (List TS) $param: (R E V P TS) Debug: evaluateType1 form: (List TS) debug: evaluateType1 x: TS m: (Type) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (Union (Boolean) failed) $param: (R E V P TS) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: failed $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (List TS) $param: (R E V P TS) Debug: evaluateType1 form: (List TS) debug: evaluateType1 x: TS m: (Type) debug: evaluateType form: (List TS) $param: (R E V P TS) Debug: evaluateType1 form: (List TS) debug: evaluateType1 x: TS m: (Type) debug: evaluateType form: (List TS) $param: (R E V P TS) Debug: evaluateType1 form: (List TS) debug: evaluateType1 x: TS m: (Type) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Record (: val (List P)) (: tower TS)) $param: (R E V P TS) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (Record (: val (List P)) (: tower TS)) $param: (R E V P TS) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (List (Record (: val (List P)) (: tower TS))) $param: (R E V P TS) Debug: evaluateType1 form: (List (Record (: val (List P)) (: tower TS))) debug: evaluateType1 x: (Record (: val (List P)) (: tower TS)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E V P TS) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: val (List P)) (: tower TS)) $param: (R E V P TS) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: TS $param: (R E V P TS) debug: evalCategory d: (Record (: val (List P)) (: tower TS)) c: (Type) debug: evaluateType form: (List (Record (: val (List P)) (: tower TS))) $param: (R E V P TS) Debug: evaluateType1 form: (List (Record (: val (List P)) (: tower TS))) debug: evaluateType1 x: (Record (: val (List P)) (: tower TS)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E V P TS) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: val (List P)) (: tower TS)) $param: (R E V P TS) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: TS $param: (R E V P TS) debug: evalCategory d: (Record (: val (List P)) (: tower TS)) c: (Type) debug: evaluateType form: (List (Record (: eq (List P)) (: tower TS) (: ineq (List P)))) $param: (R E V P TS) Debug: evaluateType1 form: (List (Record (: eq (List P)) (: tower TS) (: ineq (List P)))) debug: evaluateType1 x: (Record (: eq (List P)) (: tower TS) (: ineq (List P))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E V P TS) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: eq (List P)) (: tower TS) (: ineq (List P))) $param: (R E V P TS) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evalCategory d: (Record (: eq (List P)) (: tower TS) (: ineq (List P))) c: (Type) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List TS) $param: (R E V P TS) Debug: evaluateType1 form: (List TS) debug: evaluateType1 x: TS m: (Type) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Union (Record (: eq (List P)) (: tower TS) (: ineq (List P))) failed) $param: (R E V P TS) debug: evaluateType form: (Record (: eq (List P)) (: tower TS) (: ineq (List P))) $param: (R E V P TS) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: failed $param: (R E V P TS) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE startTable! ((Void) (String) (String) (String))) (SIGNATURE stopTable! ((Void))) (SIGNATURE supDimElseRittWu? ((Boolean) TS TS)) (SIGNATURE algebraicSort ((List TS) (List TS))) (SIGNATURE moreAlgebraic? ((Boolean) TS TS)) (SIGNATURE subTriSet? ((Boolean) TS TS)) (SIGNATURE subPolSet? ((Boolean) (List P) (List P))) (SIGNATURE internalSubPolSet? ((Boolean) (List P) (List P))) (SIGNATURE internalInfRittWu? ((Boolean) (List P) (List P))) (SIGNATURE infRittWu? ((Boolean) (List P) (List P))) (SIGNATURE internalSubQuasiComponent? ((Union (Boolean) failed) TS TS)) (SIGNATURE subQuasiComponent? ((Boolean) TS TS)) (SIGNATURE subQuasiComponent? ((Boolean) TS (List TS))) (SIGNATURE removeSuperfluousQuasiComponents ((List TS) (List TS))) (SIGNATURE subCase? ((Boolean) (Record (: val (List P)) (: tower TS)) (Record (: val (List P)) (: tower TS)))) (SIGNATURE removeSuperfluousCases ((List (Record (: val (List P)) (: tower TS))) (List (Record (: val (List P)) (: tower TS))))) (SIGNATURE prepareDecompose ((List (Record (: eq (List P)) (: tower TS) (: ineq (List P)))) (List P) (List TS) (Boolean) (Boolean))) (SIGNATURE branchIfCan ((Union (Record (: eq (List P)) (: tower TS) (: ineq (List P))) failed) (List P) TS (List P) (Boolean) (Boolean) (Boolean) (Boolean) (Boolean)))) NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for SquareFreeQuasiComponentPackage compiling into /tmp/oa-f5SVYF compiling local squareFreeFactors : List P -> List P Time: 0.07 SEC. compiling exported startTable! : (String,String,String) -> Void Time: 0.02 SEC. compiling exported stopTable! : () -> Void Time: 0.00 SEC. compiling exported supDimElseRittWu? : (TS,TS) -> Boolean Time: 0.02 SEC. compiling exported algebraicSort : List TS -> List TS Time: 0.01 SEC. compiling exported moreAlgebraic? : (TS,TS) -> Boolean Time: 0.02 SEC. compiling exported subTriSet? : (TS,TS) -> Boolean Time: 0.02 SEC. compiling exported internalSubPolSet? : (List P,List P) -> Boolean Time: 0.01 SEC. compiling exported subPolSet? : (List P,List P) -> Boolean Time: 0.00 SEC. compiling exported infRittWu? : (List P,List P) -> Boolean Time: 0.00 SEC. compiling exported internalInfRittWu? : (List P,List P) -> Boolean Time: 0.01 SEC. compiling exported subCase? : (Record(val: List P,tower: TS),Record(val: List P,tower: TS)) -> Boolean Time: 0.01 SEC. compiling exported internalSubQuasiComponent? : (TS,TS) -> Union(Boolean,failed) Time: 0.05 SEC. compiling exported internalSubQuasiComponent? : (TS,TS) -> Union(Boolean,failed) Time: 0.03 SEC. compiling exported subQuasiComponent? : (TS,TS) -> Boolean Time: 0.01 SEC. compiling exported subQuasiComponent? : (TS,List TS) -> Boolean Time: 0.01 SEC. compiling exported removeSuperfluousCases : List Record(val: List P,tower: TS) -> List Record(val: List P,tower: TS) Time: 0.08 SEC. compiling exported removeSuperfluousQuasiComponents : List TS -> List TS Time: 0.03 SEC. compiling local removeAssociates : List P -> List P Time: 0.00 SEC. compiling exported branchIfCan : (List P,TS,List P,Boolean,Boolean,Boolean,Boolean,Boolean) -> Union(Record(eq: List P,tower: TS,ineq: List P),failed) Time: 0.14 SEC. compiling exported prepareDecompose : (List P,List TS,Boolean,Boolean) -> List Record(eq: List P,tower: TS,ineq: List P) Time: 0.12 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] removeSuperfluousCases: tower has no value [2] removeSuperfluousCases: maxcases has no value [3] removeSuperfluousCases: headmaxcases has no value [4] removeSuperfluousQuasiComponents: maxlts has no value [5] removeSuperfluousQuasiComponents: headmaxlts has no value [6] branchIfCan: polnum has no value [7] prepareDecompose: eq has no value [8] prepareDecompose: tower has no value [9] prepareDecompose: ineq has no value Cumulative Statistics for Constructor SquareFreeQuasiComponentPackage Time: 0.69 seconds finalizing NRLIB SFQCMPK Processing SquareFreeQuasiComponentPackage for Browser database: -- startTable! : (S,S,S) -> Void -- stopTable! : () -> Void -- supDimElseRittWu? : (TS,TS) -> Boolean -- algebraicSort : Split -> Split -- moreAlgebraic? : (TS,TS) -> Boolean -- subTriSet? : (TS,TS) -> Boolean -- subPolSet? : (LP,LP) -> Boolean -- internalSubPolSet? : (LP,LP) -> Boolean -- internalInfRittWu? : (LP,LP) -> Boolean -- infRittWu? : (LP,LP) -> Boolean -- internalSubQuasiComponent? : (TS,TS) -> Union(Boolean,"failed") -- subQuasiComponent? : (TS,TS) -> Boolean -- subQuasiComponent? : (TS,Split) -> Boolean -- removeSuperfluousQuasiComponents : Split -> Split -- subCase? : (LpWT,LpWT) -> Boolean -- removeSuperfluousCases : List LpWT -> List LpWT -- prepareDecompose : (LP,List TS,B,B) -> List Branch -- branchIfCan : (LP,TS,LP,B,B,B,B,B) -> Union(Branch,"failed") -- constructor ; compiling file "/tmp/oa-f5SVYF/code.lsp" (written 01 FEB 2016 11:15:27 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SFQCMPK;squareFreeFactors| ...) ; file: /tmp/oa-f5SVYF/code.lsp ; in: DEFUN |SFQCMPK;squareFreeFactors| ; (DEFUN BOOT::|SFQCMPK;squareFreeFactors| (BOOT::|lp| BOOT::$) ; (PROG (BOOT::|lsfp|) ; (RETURN ; (LET (#) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SFQCMPK;squareFreeFactors| ; (BOOT::|lp| BOOT::$) ; (BLOCK BOOT::|SFQCMPK;squareFreeFactors| ; (PROG (BOOT::|lsfp|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SFQCMPK;startTable!;3SV;2| ...) ; compiling (DEFUN |SFQCMPK;stopTable!;V;3| ...) ; compiling (DEFUN |SFQCMPK;supDimElseRittWu?;2TSB;4| ...) ; compiling (DEFUN |SFQCMPK;algebraicSort;2L;5| ...) ; file: /tmp/oa-f5SVYF/code.lsp ; in: DEFUN |SFQCMPK;algebraicSort;2L;5| ; (DEFUN BOOT::|SFQCMPK;algebraicSort;2L;5| (BOOT::|lts| BOOT::$) ; (PROGN ; (SETQ BOOT::|lts| (BOOT::SPADCALL BOOT::|lts| #)) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 44) BOOT::|lts| ; (BOOT::|shellEntry| BOOT::$ 48)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SFQCMPK;algebraicSort;2L;5| ; (BOOT::|lts| BOOT::$) ; (BLOCK BOOT::|SFQCMPK;algebraicSort;2L;5| ; (PROGN ; (SETQ BOOT::|lts| #) ; (BOOT::SPADCALL (BOOT::|shellEntry| BOOT::$ 44) BOOT::|lts| ; (BOOT::|shellEntry| BOOT::$ 48))))) ; ; note: Assignment to argument: |lts| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SFQCMPK;moreAlgebraic?;2TSB;6| ...) ; file: /tmp/oa-f5SVYF/code.lsp ; in: DEFUN |SFQCMPK;moreAlgebraic?;2TSB;6| ; (DEFUN BOOT::|SFQCMPK;moreAlgebraic?;2TSB;6| (BOOT::|ts| BOOT::|us| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|ts| (BOOT::|shellEntry| BOOT::$ 50)) ; (BOOT::SPADCALL BOOT::|us| (BOOT::|shellEntry| BOOT::$ 50))) ; ((BOOT::SPADCALL BOOT::|us| (BOOT::|shellEntry| BOOT::$ 50)) T) ; ((< (BOOT::SPADCALL BOOT::|ts| #) (BOOT::SPADCALL BOOT::|us| #)) NIL) ; (T ; (PROGN ; (LET # ; #) ; T)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SFQCMPK;moreAlgebraic?;2TSB;6| ; (BOOT::|ts| BOOT::|us| BOOT::$) ; (BLOCK BOOT::|SFQCMPK;moreAlgebraic?;2TSB;6| ; (COND ((BOOT::SPADCALL BOOT::|ts| #) (BOOT::SPADCALL BOOT::|us| #)) ; ((BOOT::SPADCALL BOOT::|us| #) T) ((< # #) NIL) (T (PROGN # T))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |SFQCMPK;subTriSet?;2TSB;7| ...) ; compiling (DEFUN |SFQCMPK;internalSubPolSet?;2LB;8| ...) ; compiling (DEFUN |SFQCMPK;subPolSet?;2LB;9| ...) ; file: /tmp/oa-f5SVYF/code.lsp ; in: DEFUN |SFQCMPK;subPolSet?;2LB;9| ; (DEFUN BOOT::|SFQCMPK;subPolSet?;2LB;9| (BOOT::|lp1| BOOT::|lp2| BOOT::$) ; (PROGN ; (SETQ BOOT::|lp1| (BOOT::SPADCALL # BOOT::|lp1| #)) ; (SETQ BOOT::|lp2| (BOOT::SPADCALL # BOOT::|lp2| #)) ; (BOOT::|SFQCMPK;internalSubPolSet?;2LB;8| BOOT::|lp1| BOOT::|lp2| ; BOOT::$))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SFQCMPK;subPolSet?;2LB;9| ; (BOOT::|lp1| BOOT::|lp2| BOOT::$) ; (BLOCK BOOT::|SFQCMPK;subPolSet?;2LB;9| ; (PROGN ; (SETQ BOOT::|lp1| #) ; (SETQ BOOT::|lp2| #) ; (BOOT::|SFQCMPK;internalSubPolSet?;2LB;8| BOOT::|lp1| BOOT::|lp2| ; BOOT::$)))) ; ; note: Assignment to argument: |lp1| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |lp2| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |SFQCMPK;infRittWu?;2LB;10| ...) ; file: /tmp/oa-f5SVYF/code.lsp ; in: DEFUN |SFQCMPK;infRittWu?;2LB;10| ; (DEFUN BOOT::|SFQCMPK;infRittWu?;2LB;10| (BOOT::|lp1| BOOT::|lp2| BOOT::$) ; (PROGN ; (SETQ BOOT::|lp1| (BOOT::SPADCALL # BOOT::|lp1| #)) ; (SETQ BOOT::|lp2| (BOOT::SPADCALL # BOOT::|lp2| #)) ; (BOOT::|SFQCMPK;internalInfRittWu?;2LB;11| BOOT::|lp1| BOOT::|lp2| ; BOOT::$))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SFQCMPK;infRittWu?;2LB;10| ; (BOOT::|lp1| BOOT::|lp2| BOOT::$) ; (BLOCK BOOT::|SFQCMPK;infRittWu?;2LB;10| ; (PROGN ; (SETQ BOOT::|lp1| #) ; (SETQ BOOT::|lp2| #) ; (BOOT::|SFQCMPK;internalInfRittWu?;2LB;11| BOOT::|lp1| BOOT::|lp2| ; BOOT::$)))) ; ; note: Assignment to argument: |lp1| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |lp2| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |SFQCMPK;internalInfRittWu?;2LB;11| ...) ; compiling (DEFUN |SFQCMPK;subCase?;2RB;12| ...) ; compiling (DEFUN |SFQCMPK;internalSubQuasiComponent?;2TSU;13| ...) ; compiling (DEFUN |SFQCMPK;internalSubQuasiComponent?;2TSU;14| ...) ; compiling (DEFUN |SFQCMPK;subQuasiComponent?;2TSB;15| ...) ; compiling (DEFUN |SFQCMPK;subQuasiComponent?;TSLB;16| ...) ; compiling (DEFUN |SFQCMPK;removeSuperfluousCases;2L;17| ...) ; compiling (DEFUN |SFQCMPK;removeSuperfluousCases;2L;17!0| ...) ; compiling (DEFUN |SFQCMPK;removeSuperfluousQuasiComponents;2L;18| ...) ; file: /tmp/oa-f5SVYF/code.lsp ; in: DEFUN |SFQCMPK;removeSuperfluousQuasiComponents;2L;18| ; (DEFUN BOOT::|SFQCMPK;removeSuperfluousQuasiComponents;2L;18| ; (BOOT::|lts| BOOT::$) ; (PROG (BOOT::|ts| BOOT::|copymaxlts| BOOT::|maxlts| BOOT::|headmaxlts| ; BOOT::|toSave| BOOT::|toSee|) ; (RETURN (BOOT::SEQ (SETQ #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SFQCMPK;removeSuperfluousQuasiComponents;2L;18| ; (BOOT::|lts| BOOT::$) ; (BLOCK BOOT::|SFQCMPK;removeSuperfluousQuasiComponents;2L;18| ; (PROG (BOOT::|ts| BOOT::|copymaxlts| BOOT::|maxlts| BOOT::|headmaxlts| ; BOOT::|toSave| BOOT::|toSee|) ; (RETURN (BOOT::SEQ # #))))) ; ; note: Assignment to argument: |lts| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |SFQCMPK;removeAssociates| ...) ; file: /tmp/oa-f5SVYF/code.lsp ; in: DEFUN |SFQCMPK;removeAssociates| ; (DEFUN BOOT::|SFQCMPK;removeAssociates| (BOOT::|lp| BOOT::$) ; (BOOT::SPADCALL ; (LET ((#:G883 BOOT::|lp|) (#:G770 NIL)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::|shellEntry| BOOT::$ 17))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SFQCMPK;removeAssociates| ; (BOOT::|lp| BOOT::$) ; (BLOCK BOOT::|SFQCMPK;removeAssociates| ; (BOOT::SPADCALL ; (LET (# #) ; (LOOP # ; #)) ; (BOOT::|shellEntry| BOOT::$ 17)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SFQCMPK;branchIfCan;LTSL5BU;20| ...) ; file: /tmp/oa-f5SVYF/code.lsp ; in: DEFUN |SFQCMPK;branchIfCan;LTSL5BU;20| ; (DEFUN BOOT::|SFQCMPK;branchIfCan;LTSL5BU;20| ; (BOOT::|leq| BOOT::|ts| BOOT::|lineq| BOOT::|b1| BOOT::|b2| BOOT::|b3| ; BOOT::|b4| BOOT::|b5| BOOT::$) ; (PROG (BOOT::|newleq| BOOT::|ps| BOOT::|newp| BOOT::|g|) ; (RETURN ; (BOOT::SEQ (COND #) (COND #) (COND #) (COND #) (COND #) (COND #) ; (COND #) (SETQ #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SFQCMPK;branchIfCan;LTSL5BU;20| ; (BOOT::|leq| BOOT::|ts| BOOT::|lineq| BOOT::|b1| BOOT::|b2| BOOT::|b3| ; BOOT::|b4| BOOT::|b5| BOOT::$) ; (BLOCK BOOT::|SFQCMPK;branchIfCan;LTSL5BU;20| ; (PROG (BOOT::|newleq| BOOT::|ps| BOOT::|newp| BOOT::|g|) ; (RETURN (BOOT::SEQ # # # # # # # # #))))) ; ; note: Assignment to argument: |leq| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |lineq| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |SFQCMPK;prepareDecompose;LL2BL;21| ...) ; file: /tmp/oa-f5SVYF/code.lsp ; in: DEFUN |SFQCMPK;prepareDecompose;LL2BL;21| ; (DEFUN BOOT::|SFQCMPK;prepareDecompose;LL2BL;21| ; (BOOT::|lp| BOOT::|lts| BOOT::|b1| BOOT::|b2| BOOT::$) ; (PROG (BOOT::|lq| BOOT::|toSee| BOOT::|branches| BOOT::|lsfp| ; BOOT::|newBranch| BOOT::|ubf2| BOOT::|ubf1| BOOT::|lineq| BOOT::|ts| ; BOOT::|leq|) ; (RETURN (BOOT::SEQ (SETQ #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SFQCMPK;prepareDecompose;LL2BL;21| ; (BOOT::|lp| BOOT::|lts| BOOT::|b1| BOOT::|b2| BOOT::$) ; (BLOCK BOOT::|SFQCMPK;prepareDecompose;LL2BL;21| ; (PROG (BOOT::|lq| BOOT::|toSee| BOOT::|branches| BOOT::|lsfp| ; BOOT::|newBranch| BOOT::|ubf2| BOOT::|ubf1| BOOT::|lineq| ; BOOT::|ts| BOOT::|leq|) ; (RETURN (BOOT::SEQ # #))))) ; ; note: Assignment to argument: |lp| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: Assignment to argument: |lts| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS SIMPLE-VECTOR T)) &REST T). ; compiling (DEFUN |SFQCMPK;prepareDecompose;LL2BL;21!0| ...) ; compiling (DEFUN |SquareFreeQuasiComponentPackage| ...) ; compiling (DEFUN |SquareFreeQuasiComponentPackage;| ...) ; compiling (MAKEPROP (QUOTE |SquareFreeQuasiComponentPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 15 notes ; /tmp/oa-f5SVYF/code.fasl written ; compilation finished in 0:00:00.138 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SFRGCD.spad && cp SFRGCD.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SFRGCD.fasl \ && if test -f SFRGCD-.NRLIB/code.fasl; then \ cp SFRGCD-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SFRGCD-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SFRGCD.spad using Spad compiler. SFRGCD abbreviates package SquareFreeRegularTriangularSetGcdPackage debug: compDefine1 lhs: (SquareFreeRegularTriangularSetGcdPackage R E V P TS) signature (pre-evaluate): ((CATEGORY package (SIGNATURE startTableGcd! ((Void) (String) (String) (String))) (SIGNATURE stopTableGcd! ((Void))) (SIGNATURE startTableInvSet! ((Void) (String) (String) (String))) (SIGNATURE stopTableInvSet! ((Void))) (SIGNATURE stosePrepareSubResAlgo ((List (Record (: val (List P)) (: tower TS))) P P TS)) (SIGNATURE stoseInternalLastSubResultant ((List (Record (: val P) (: tower TS))) P P TS (Boolean) (Boolean))) (SIGNATURE stoseInternalLastSubResultant ((List (Record (: val P) (: tower TS))) (List (Record (: val (List P)) (: tower TS))) V (Boolean))) (SIGNATURE stoseIntegralLastSubResultant ((List (Record (: val P) (: tower TS))) P P TS)) (SIGNATURE stoseLastSubResultant ((List (Record (: val P) (: tower TS))) P P TS)) (SIGNATURE stoseInvertible? ((Boolean) P TS)) (SIGNATURE stoseInvertible?sqfreg ((List (Record (: val (Boolean)) (: tower TS))) P TS)) (SIGNATURE stoseInvertibleSetsqfreg ((List TS) P TS)) (SIGNATURE stoseInvertible?reg ((List (Record (: val (Boolean)) (: tower TS))) P TS)) (SIGNATURE stoseInvertibleSetreg ((List TS) P TS)) (SIGNATURE stoseInvertible? ((List (Record (: val (Boolean)) (: tower TS))) P TS)) (SIGNATURE stoseInvertibleSet ((List TS) P TS)) (SIGNATURE stoseSquareFreePart ((List (Record (: val P) (: tower TS))) P TS))) NIL NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE startTableGcd! ((Void) (String) (String) (String))) (SIGNATURE stopTableGcd! ((Void))) (SIGNATURE startTableInvSet! ((Void) (String) (String) (String))) (SIGNATURE stopTableInvSet! ((Void))) (SIGNATURE stosePrepareSubResAlgo ((List (Record (: val (List P)) (: tower TS))) P P TS)) (SIGNATURE stoseInternalLastSubResultant ((List (Record (: val P) (: tower TS))) P P TS (Boolean) (Boolean))) (SIGNATURE stoseInternalLastSubResultant ((List (Record (: val P) (: tower TS))) (List (Record (: val (List P)) (: tower TS))) V (Boolean))) (SIGNATURE stoseIntegralLastSubResultant ((List (Record (: val P) (: tower TS))) P P TS)) (SIGNATURE stoseLastSubResultant ((List (Record (: val P) (: tower TS))) P P TS)) (SIGNATURE stoseInvertible? ((Boolean) P TS)) (SIGNATURE stoseInvertible?sqfreg ((List (Record (: val (Boolean)) (: tower TS))) P TS)) (SIGNATURE stoseInvertibleSetsqfreg ((List TS) P TS)) (SIGNATURE stoseInvertible?reg ((List (Record (: val (Boolean)) (: tower TS))) P TS)) (SIGNATURE stoseInvertibleSetreg ((List TS) P TS)) (SIGNATURE stoseInvertible? ((List (Record (: val (Boolean)) (: tower TS))) P TS)) (SIGNATURE stoseInvertibleSet ((List TS) P TS)) (SIGNATURE stoseSquareFreePart ((List (Record (: val P) (: tower TS))) P TS))) $param: (R E V P TS) debug: evaluateType form: (Void) $param: (R E V P TS) Debug: evaluateType1 form: (Void) debug: evaluateType form: (String) $param: (R E V P TS) Debug: evaluateType1 form: (String) debug: evaluateType form: (String) $param: (R E V P TS) Debug: evaluateType1 form: (String) debug: evaluateType form: (String) $param: (R E V P TS) Debug: evaluateType1 form: (String) debug: evaluateType form: (Void) $param: (R E V P TS) Debug: evaluateType1 form: (Void) debug: evaluateType form: (Void) $param: (R E V P TS) Debug: evaluateType1 form: (Void) debug: evaluateType form: (String) $param: (R E V P TS) Debug: evaluateType1 form: (String) debug: evaluateType form: (String) $param: (R E V P TS) Debug: evaluateType1 form: (String) debug: evaluateType form: (String) $param: (R E V P TS) Debug: evaluateType1 form: (String) debug: evaluateType form: (Void) $param: (R E V P TS) Debug: evaluateType1 form: (Void) debug: evaluateType form: (List (Record (: val (List P)) (: tower TS))) $param: (R E V P TS) Debug: evaluateType1 form: (List (Record (: val (List P)) (: tower TS))) debug: evaluateType1 x: (Record (: val (List P)) (: tower TS)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E V P TS) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: val (List P)) (: tower TS)) $param: (R E V P TS) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: TS $param: (R E V P TS) debug: evalCategory d: (Record (: val (List P)) (: tower TS)) c: (Type) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (List (Record (: val P) (: tower TS))) $param: (R E V P TS) Debug: evaluateType1 form: (List (Record (: val P) (: tower TS))) debug: evaluateType1 x: (Record (: val P) (: tower TS)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E V P TS) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: val P) (: tower TS)) $param: (R E V P TS) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evalCategory d: (Record (: val P) (: tower TS)) c: (Type) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List (Record (: val P) (: tower TS))) $param: (R E V P TS) Debug: evaluateType1 form: (List (Record (: val P) (: tower TS))) debug: evaluateType1 x: (Record (: val P) (: tower TS)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E V P TS) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: val P) (: tower TS)) $param: (R E V P TS) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evalCategory d: (Record (: val P) (: tower TS)) c: (Type) debug: evaluateType form: (List (Record (: val (List P)) (: tower TS))) $param: (R E V P TS) Debug: evaluateType1 form: (List (Record (: val (List P)) (: tower TS))) debug: evaluateType1 x: (Record (: val (List P)) (: tower TS)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E V P TS) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: val (List P)) (: tower TS)) $param: (R E V P TS) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: TS $param: (R E V P TS) debug: evalCategory d: (Record (: val (List P)) (: tower TS)) c: (Type) debug: evaluateType form: V $param: (R E V P TS) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List (Record (: val P) (: tower TS))) $param: (R E V P TS) Debug: evaluateType1 form: (List (Record (: val P) (: tower TS))) debug: evaluateType1 x: (Record (: val P) (: tower TS)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E V P TS) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: val P) (: tower TS)) $param: (R E V P TS) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evalCategory d: (Record (: val P) (: tower TS)) c: (Type) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (List (Record (: val P) (: tower TS))) $param: (R E V P TS) Debug: evaluateType1 form: (List (Record (: val P) (: tower TS))) debug: evaluateType1 x: (Record (: val P) (: tower TS)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E V P TS) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: val P) (: tower TS)) $param: (R E V P TS) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evalCategory d: (Record (: val P) (: tower TS)) c: (Type) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (List (Record (: val (Boolean)) (: tower TS))) $param: (R E V P TS) Debug: evaluateType1 form: (List (Record (: val (Boolean)) (: tower TS))) debug: evaluateType1 x: (Record (: val (Boolean)) (: tower TS)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E V P TS) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: val (Boolean)) (: tower TS)) $param: (R E V P TS) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: TS $param: (R E V P TS) debug: evalCategory d: (Record (: val (Boolean)) (: tower TS)) c: (Type) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (List TS) $param: (R E V P TS) Debug: evaluateType1 form: (List TS) debug: evaluateType1 x: TS m: (Type) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (List (Record (: val (Boolean)) (: tower TS))) $param: (R E V P TS) Debug: evaluateType1 form: (List (Record (: val (Boolean)) (: tower TS))) debug: evaluateType1 x: (Record (: val (Boolean)) (: tower TS)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E V P TS) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: val (Boolean)) (: tower TS)) $param: (R E V P TS) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: TS $param: (R E V P TS) debug: evalCategory d: (Record (: val (Boolean)) (: tower TS)) c: (Type) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (List TS) $param: (R E V P TS) Debug: evaluateType1 form: (List TS) debug: evaluateType1 x: TS m: (Type) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (List (Record (: val (Boolean)) (: tower TS))) $param: (R E V P TS) Debug: evaluateType1 form: (List (Record (: val (Boolean)) (: tower TS))) debug: evaluateType1 x: (Record (: val (Boolean)) (: tower TS)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E V P TS) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: val (Boolean)) (: tower TS)) $param: (R E V P TS) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: TS $param: (R E V P TS) debug: evalCategory d: (Record (: val (Boolean)) (: tower TS)) c: (Type) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (List TS) $param: (R E V P TS) Debug: evaluateType1 form: (List TS) debug: evaluateType1 x: TS m: (Type) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (List (Record (: val P) (: tower TS))) $param: (R E V P TS) Debug: evaluateType1 form: (List (Record (: val P) (: tower TS))) debug: evaluateType1 x: (Record (: val P) (: tower TS)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E V P TS) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: val P) (: tower TS)) $param: (R E V P TS) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evalCategory d: (Record (: val P) (: tower TS)) c: (Type) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE startTableGcd! ((Void) (String) (String) (String))) (SIGNATURE stopTableGcd! ((Void))) (SIGNATURE startTableInvSet! ((Void) (String) (String) (String))) (SIGNATURE stopTableInvSet! ((Void))) (SIGNATURE stosePrepareSubResAlgo ((List (Record (: val (List P)) (: tower TS))) P P TS)) (SIGNATURE stoseInternalLastSubResultant ((List (Record (: val P) (: tower TS))) P P TS (Boolean) (Boolean))) (SIGNATURE stoseInternalLastSubResultant ((List (Record (: val P) (: tower TS))) (List (Record (: val (List P)) (: tower TS))) V (Boolean))) (SIGNATURE stoseIntegralLastSubResultant ((List (Record (: val P) (: tower TS))) P P TS)) (SIGNATURE stoseLastSubResultant ((List (Record (: val P) (: tower TS))) P P TS)) (SIGNATURE stoseInvertible? ((Boolean) P TS)) (SIGNATURE stoseInvertible?sqfreg ((List (Record (: val (Boolean)) (: tower TS))) P TS)) (SIGNATURE stoseInvertibleSetsqfreg ((List TS) P TS)) (SIGNATURE stoseInvertible?reg ((List (Record (: val (Boolean)) (: tower TS))) P TS)) (SIGNATURE stoseInvertibleSetreg ((List TS) P TS)) (SIGNATURE stoseInvertible? ((List (Record (: val (Boolean)) (: tower TS))) P TS)) (SIGNATURE stoseInvertibleSet ((List TS) P TS)) (SIGNATURE stoseSquareFreePart ((List (Record (: val P) (: tower TS))) P TS))) NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for SquareFreeRegularTriangularSetGcdPackage compiling into /tmp/oa-vo8QBE compiling exported startTableGcd! : (String,String,String) -> Void Time: 0.07 SEC. compiling exported stopTableGcd! : () -> Void Time: 0.00 SEC. compiling exported startTableInvSet! : (String,String,String) -> Void Time: 0.01 SEC. compiling exported stopTableInvSet! : () -> Void Time: 0.00 SEC. compiling exported stoseInvertible? : (P,TS) -> Boolean Time: 0.04 SEC. compiling exported stosePrepareSubResAlgo : (P,P,TS) -> List Record(val: List P,tower: TS) Time: 0.09 SEC. compiling exported stoseIntegralLastSubResultant : (P,P,TS) -> List Record(val: P,tower: TS) Time: 0.01 SEC. compiling exported stoseInternalLastSubResultant : (P,P,TS,Boolean,Boolean) -> List Record(val: P,tower: TS) Time: 0.06 SEC. compiling exported stoseInternalLastSubResultant : (List Record(val: List P,tower: TS),V,Boolean) -> List Record(val: P,tower: TS) Time: 0.15 SEC. compiling exported stoseLastSubResultant : (P,P,TS) -> List Record(val: P,tower: TS) Time: 0.03 SEC. compiling local stoseSquareFreePartwip : (P,TS) -> List Record(val: P,tower: TS) Time: 0.02 SEC. compiling local stoseSquareFreePartbase : (P,TS) -> List Record(val: P,tower: TS) SFRGCD;stoseSquareFreePartbase(p,ts) is replaced by %list %pair(p,ts) Time: 0.00 SEC. compiling exported stoseSquareFreePart : (P,TS) -> List Record(val: P,tower: TS) Time: 0 SEC. compiling exported stoseInvertible?sqfreg : (P,TS) -> List Record(val: Boolean,tower: TS) Time: 0.12 SEC. compiling exported stoseInvertibleSetsqfreg : (P,TS) -> List TS Time: 0.06 SEC. compiling exported stoseInvertible?reg : (P,TS) -> List Record(val: Boolean,tower: TS) Time: 0.09 SEC. compiling exported stoseInvertibleSetreg : (P,TS) -> List TS Time: 0.07 SEC. compiling exported stoseInvertible? : (P,TS) -> List Record(val: Boolean,tower: TS) Time: 0.02 SEC. compiling exported stoseInvertibleSet : (P,TS) -> List TS Time: 0.00 SEC. compiling exported stoseInvertible? : (P,TS) -> List Record(val: Boolean,tower: TS) Time: 0.01 SEC. compiling exported stoseInvertibleSet : (P,TS) -> List TS Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.03 SEC. Warnings: [1] stoseInternalLastSubResultant: val has no value [2] stoseInternalLastSubResultant: tower has no value [3] stoseSquareFreePartwip: val has no value [4] stoseSquareFreePartwip: tower has no value [5] stoseInvertible?sqfreg: val has no value [6] stoseInvertible?sqfreg: tower has no value [7] stoseInvertible?reg: val has no value [8] stoseInvertible?reg: tower has no value Cumulative Statistics for Constructor SquareFreeRegularTriangularSetGcdPackage Time: 0.90 seconds finalizing NRLIB SFRGCD Processing SquareFreeRegularTriangularSetGcdPackage for Browser database: --->../../x86_64-unknown-linux-gnu/src/algebra/sregset.spad-->SquareFreeRegularTriangularSetGcdPackage((startTableGcd! (Void S S S))): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/sregset.spad-->SquareFreeRegularTriangularSetGcdPackage((stopTableGcd! (Void))): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/sregset.spad-->SquareFreeRegularTriangularSetGcdPackage((startTableInvSet! (Void S S S))): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/sregset.spad-->SquareFreeRegularTriangularSetGcdPackage((stopTableInvSet! (Void))): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/sregset.spad-->SquareFreeRegularTriangularSetGcdPackage((stosePrepareSubResAlgo ((List LpWT) P P TS))): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/sregset.spad-->SquareFreeRegularTriangularSetGcdPackage((stoseInternalLastSubResultant ((List PWT) P P TS B B))): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/sregset.spad-->SquareFreeRegularTriangularSetGcdPackage((stoseInternalLastSubResultant ((List PWT) (List LpWT) V B))): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/sregset.spad-->SquareFreeRegularTriangularSetGcdPackage((stoseIntegralLastSubResultant ((List PWT) P P TS))): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/sregset.spad-->SquareFreeRegularTriangularSetGcdPackage((stoseLastSubResultant ((List PWT) P P TS))): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/sregset.spad-->SquareFreeRegularTriangularSetGcdPackage((stoseInvertible? (B P TS))): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/sregset.spad-->SquareFreeRegularTriangularSetGcdPackage((stoseInvertible?sqfreg ((List BWT) P TS))): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/sregset.spad-->SquareFreeRegularTriangularSetGcdPackage((stoseInvertibleSetsqfreg (Split P TS))): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/sregset.spad-->SquareFreeRegularTriangularSetGcdPackage((stoseInvertible?reg ((List BWT) P TS))): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/sregset.spad-->SquareFreeRegularTriangularSetGcdPackage((stoseInvertibleSetreg (Split P TS))): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/sregset.spad-->SquareFreeRegularTriangularSetGcdPackage((stoseInvertible? ((List BWT) P TS))): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/sregset.spad-->SquareFreeRegularTriangularSetGcdPackage((stoseInvertibleSet (Split P TS))): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/sregset.spad-->SquareFreeRegularTriangularSetGcdPackage((stoseSquareFreePart ((List PWT) P TS))): Not documented!!!! -- constructor ; compiling file "/tmp/oa-vo8QBE/code.lsp" (written 01 FEB 2016 11:15:28 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SFRGCD;stoseSquareFreePartbase|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SFRGCD;startTableGcd!;3SV;1| ...) ; compiling (DEFUN |SFRGCD;stopTableGcd!;V;2| ...) ; compiling (DEFUN |SFRGCD;startTableInvSet!;3SV;3| ...) ; compiling (DEFUN |SFRGCD;stopTableInvSet!;V;4| ...) ; compiling (DEFUN |SFRGCD;stoseInvertible?;PTSB;5| ...) ; compiling (DEFUN |SFRGCD;stosePrepareSubResAlgo;2PTSL;6| ...) ; compiling (DEFUN |SFRGCD;stoseIntegralLastSubResultant;2PTSL;7| ...) ; compiling (DEFUN |SFRGCD;stoseInternalLastSubResultant;2PTS2BL;8| ...) ; compiling (DEFUN |SFRGCD;stoseInternalLastSubResultant;LVBL;9| ...) ; file: /tmp/oa-vo8QBE/code.lsp ; in: DEFUN |SFRGCD;stoseInternalLastSubResultant;LVBL;9| ; (DEFUN BOOT::|SFRGCD;stoseInternalLastSubResultant;LVBL;9| ; (BOOT::|llpwt| BOOT::|v| BOOT::|b2| BOOT::$) ; (PROG (BOOT::|p3| BOOT::|delta| BOOT::|s| BOOT::|p2| BOOT::|p1| ; BOOT::|lpwt| BOOT::|lbwt| BOOT::|ts|) ; (RETURN ; (LET (# #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SFRGCD;stoseInternalLastSubResultant;LVBL;9| ; (BOOT::|llpwt| BOOT::|v| BOOT::|b2| BOOT::$) ; (BLOCK BOOT::|SFRGCD;stoseInternalLastSubResultant;LVBL;9| ; (PROG (BOOT::|p3| BOOT::|delta| BOOT::|s| BOOT::|p2| BOOT::|p1| ; BOOT::|lpwt| BOOT::|lbwt| BOOT::|ts|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |llpwt| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS CONS T)) ; ; compiling (DEFUN |SFRGCD;stoseLastSubResultant;2PTSL;10| ...) ; file: /tmp/oa-vo8QBE/code.lsp ; in: DEFUN |SFRGCD;stoseLastSubResultant;2PTSL;10| ; (DEFUN BOOT::|SFRGCD;stoseLastSubResultant;2PTSL;10| ; (BOOT::|p1| BOOT::|p2| BOOT::|ts| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|p1| (BOOT::|shellEntry| BOOT::$ 53)) ; (BOOT::|error| "in stoseLastSubResultantElseSplit$SFRGCD : bad #1")) ; ((OR (BOOT::SPADCALL BOOT::|p2| #) (NOT #)) ; (BOOT::|error| "in stoseLastSubResultantElseSplit$SFRGCD : bad #2")) ; ((OR (BOOT::SPADCALL # BOOT::|ts| #) (NOT #)) ; (BOOT::|error| "in stoseLastSubResultantElseSplit$SFRGCD : bad #1")) ; ((NOT (BOOT::SPADCALL BOOT::|p2| BOOT::|ts| #)) ; (BOOT::|error| "in stoseLastSubResultantElseSplit$SFRGCD : bad #2")) ; ((AND (BOOT::SPADCALL BOOT::|p1| BOOT::|ts| #) ; (BOOT::SPADCALL BOOT::|p2| BOOT::|ts| #)) ; (BOOT::|SFRGCD;stoseIntegralLastSubResultant;2PTSL;7| BOOT::|p1| ; BOOT::|p2| BOOT::|ts| BOOT::$)) ; (T (BOOT::SEQ (COND #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SFRGCD;stoseLastSubResultant;2PTSL;10| ; (BOOT::|p1| BOOT::|p2| BOOT::|ts| BOOT::$) ; (BLOCK BOOT::|SFRGCD;stoseLastSubResultant;2PTSL;10| ; (COND ; ((BOOT::SPADCALL BOOT::|p1| #) ; (BOOT::|error| "in stoseLastSubResultantElseSplit$SFRGCD : bad #1")) ; ((OR # #) ; (BOOT::|error| "in stoseLastSubResultantElseSplit$SFRGCD : bad #2")) ; ((OR # #) ; (BOOT::|error| "in stoseLastSubResultantElseSplit$SFRGCD : bad #1")) ; ((NOT #) ; (BOOT::|error| "in stoseLastSubResultantElseSplit$SFRGCD : bad #2")) ; ((AND # #) ; (BOOT::|SFRGCD;stoseIntegralLastSubResultant;2PTSL;7| BOOT::|p1| ; BOOT::|p2| BOOT::|ts| BOOT::$)) ; (T (BOOT::SEQ # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |SFRGCD;stoseSquareFreePartwip| ...) ; compiling (DEFUN |SFRGCD;stoseSquareFreePartbase| ...) ; compiling (DEFUN |SFRGCD;stoseSquareFreePart;PTSL;13| ...) ; compiling (DEFUN |SFRGCD;stoseInvertible?sqfreg;PTSL;14| ...) ; file: /tmp/oa-vo8QBE/code.lsp ; in: DEFUN |SFRGCD;stoseInvertible?sqfreg;PTSL;14| ; (DEFUN BOOT::|SFRGCD;stoseInvertible?sqfreg;PTSL;14| ; (BOOT::|p| BOOT::|ts| BOOT::$) ; (PROG (BOOT::|ltsh| BOOT::|ltsg| BOOT::|lts| BOOT::|lbwt| BOOT::|lgwt| ; BOOT::|tsv+| BOOT::|tsv-| BOOT::|tsv| BOOT::|toCheck| BOOT::|v| ; BOOT::|newq| BOOT::|h| ...) ; (RETURN ; (LET (#) ; (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SFRGCD;stoseInvertible?sqfreg;PTSL;14| ; (BOOT::|p| BOOT::|ts| BOOT::$) ; (BLOCK BOOT::|SFRGCD;stoseInvertible?sqfreg;PTSL;14| ; (PROG (BOOT::|ltsh| BOOT::|ltsg| BOOT::|lts| BOOT::|lbwt| BOOT::|lgwt| ; BOOT::|tsv+| BOOT::|tsv-| BOOT::|tsv| BOOT::|toCheck| BOOT::|v| ; BOOT::|newq| BOOT::|h| ...) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |SFRGCD;stoseInvertible?sqfreg;PTSL;14!0| ...) ; file: /tmp/oa-vo8QBE/code.lsp ; in: DEFUN |SFRGCD;stoseInvertible?sqfreg;PTSL;14!0| ; (DEFUN BOOT::|SFRGCD;stoseInvertible?sqfreg;PTSL;14!0| ; (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (AND (CAR BOOT::|#2|) (NOT (CAR BOOT::|#1|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SFRGCD;stoseInvertible?sqfreg;PTSL;14!0| ; (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (BLOCK BOOT::|SFRGCD;stoseInvertible?sqfreg;PTSL;14!0| ; (AND (CAR BOOT::|#2|) (NOT (CAR BOOT::|#1|))))) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |SFRGCD;stoseInvertibleSetsqfreg;PTSL;15| ...) ; file: /tmp/oa-vo8QBE/code.lsp ; in: DEFUN |SFRGCD;stoseInvertibleSetsqfreg;PTSL;15| ; (DEFUN BOOT::|SFRGCD;stoseInvertibleSetsqfreg;PTSL;15| ; (BOOT::|p| BOOT::|ts| BOOT::$) ; (PROG (BOOT::|ltsh| BOOT::|lts| BOOT::|lgwt| BOOT::|tsv+| BOOT::|tsv-| ; BOOT::|tsv| BOOT::|toCheck| BOOT::|toSave| BOOT::|v| BOOT::|q| ; BOOT::|newq| BOOT::|h| ...) ; (RETURN ; (LET* (# #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SFRGCD;stoseInvertibleSetsqfreg;PTSL;15| ; (BOOT::|p| BOOT::|ts| BOOT::$) ; (BLOCK BOOT::|SFRGCD;stoseInvertibleSetsqfreg;PTSL;15| ; (PROG (BOOT::|ltsh| BOOT::|lts| BOOT::|lgwt| BOOT::|tsv+| BOOT::|tsv-| ; BOOT::|tsv| BOOT::|toCheck| BOOT::|toSave| BOOT::|v| BOOT::|q| ; BOOT::|newq| BOOT::|h| ...) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SFRGCD;stoseInvertible?reg;PTSL;16| ...) ; file: /tmp/oa-vo8QBE/code.lsp ; in: DEFUN |SFRGCD;stoseInvertible?reg;PTSL;16| ; (DEFUN BOOT::|SFRGCD;stoseInvertible?reg;PTSL;16| ; (BOOT::|p| BOOT::|ts| BOOT::$) ; (PROG (BOOT::|ltsh| BOOT::|ltsg| BOOT::|lts| BOOT::|lbwt| BOOT::|lgwt| ; BOOT::|tsv+| BOOT::|tsv-| BOOT::|tsv| BOOT::|toCheck| BOOT::|v| ; BOOT::|newq| BOOT::|h| ...) ; (RETURN ; (LET (#) ; (COND # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SFRGCD;stoseInvertible?reg;PTSL;16| ; (BOOT::|p| BOOT::|ts| BOOT::$) ; (BLOCK BOOT::|SFRGCD;stoseInvertible?reg;PTSL;16| ; (PROG (BOOT::|ltsh| BOOT::|ltsg| BOOT::|lts| BOOT::|lbwt| BOOT::|lgwt| ; BOOT::|tsv+| BOOT::|tsv-| BOOT::|tsv| BOOT::|toCheck| BOOT::|v| ; BOOT::|newq| BOOT::|h| ...) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |SFRGCD;stoseInvertible?reg;PTSL;16!0| ...) ; file: /tmp/oa-vo8QBE/code.lsp ; in: DEFUN |SFRGCD;stoseInvertible?reg;PTSL;16!0| ; (DEFUN BOOT::|SFRGCD;stoseInvertible?reg;PTSL;16!0| ; (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (AND (CAR BOOT::|#2|) (NOT (CAR BOOT::|#1|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SFRGCD;stoseInvertible?reg;PTSL;16!0| ; (BOOT::|#1| BOOT::|#2| BOOT::$$) ; (BLOCK BOOT::|SFRGCD;stoseInvertible?reg;PTSL;16!0| ; (AND (CAR BOOT::|#2|) (NOT (CAR BOOT::|#1|))))) ; ; caught STYLE-WARNING: ; The variable $$ is defined but never used. ; compiling (DEFUN |SFRGCD;stoseInvertibleSetreg;PTSL;17| ...) ; file: /tmp/oa-vo8QBE/code.lsp ; in: DEFUN |SFRGCD;stoseInvertibleSetreg;PTSL;17| ; (DEFUN BOOT::|SFRGCD;stoseInvertibleSetreg;PTSL;17| ; (BOOT::|p| BOOT::|ts| BOOT::$) ; (PROG (BOOT::|ltsh| BOOT::|lts| BOOT::|lgwt| BOOT::|tsv+| BOOT::|tsv-| ; BOOT::|tsv| BOOT::|toCheck| BOOT::|toSave| BOOT::|v| BOOT::|q| ; BOOT::|newq| BOOT::|h| ...) ; (RETURN ; (LET* (# #) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SFRGCD;stoseInvertibleSetreg;PTSL;17| ; (BOOT::|p| BOOT::|ts| BOOT::$) ; (BLOCK BOOT::|SFRGCD;stoseInvertibleSetreg;PTSL;17| ; (PROG (BOOT::|ltsh| BOOT::|lts| BOOT::|lgwt| BOOT::|tsv+| BOOT::|tsv-| ; BOOT::|tsv| BOOT::|toCheck| BOOT::|toSave| BOOT::|v| BOOT::|q| ; BOOT::|newq| BOOT::|h| ...) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SFRGCD;stoseInvertible?;PTSL;18| ...) ; compiling (DEFUN |SFRGCD;stoseInvertibleSet;PTSL;19| ...) ; compiling (DEFUN |SFRGCD;stoseInvertible?;PTSL;20| ...) ; compiling (DEFUN |SFRGCD;stoseInvertibleSet;PTSL;21| ...) ; compiling (DEFUN |SquareFreeRegularTriangularSetGcdPackage| ...) ; compiling (DEFUN |SquareFreeRegularTriangularSetGcdPackage;| ...) ; compiling (MAKEPROP (QUOTE |SquareFreeRegularTriangularSetGcdPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 6 notes ; /tmp/oa-vo8QBE/code.fasl written ; compilation finished in 0:00:00.168 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SRDCMPK.spad && cp SRDCMPK.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SRDCMPK.fasl \ && if test -f SRDCMPK-.NRLIB/code.fasl; then \ cp SRDCMPK-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SRDCMPK-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SRDCMPK.spad using Spad compiler. SRDCMPK abbreviates package SquareFreeRegularSetDecompositionPackage debug: compDefine1 lhs: (SquareFreeRegularSetDecompositionPackage R E V P TS) signature (pre-evaluate): ((CATEGORY package (SIGNATURE KrullNumber ((NonNegativeInteger) (List P) (List TS))) (SIGNATURE numberOfVariables ((NonNegativeInteger) (List P) (List TS))) (SIGNATURE algebraicDecompose ((Record (: done (List TS)) (: todo (List (Record (: val (List P)) (: tower TS))))) P TS)) (SIGNATURE transcendentalDecompose ((Record (: done (List TS)) (: todo (List (Record (: val (List P)) (: tower TS))))) P TS (NonNegativeInteger))) (SIGNATURE transcendentalDecompose ((Record (: done (List TS)) (: todo (List (Record (: val (List P)) (: tower TS))))) P TS)) (SIGNATURE internalDecompose ((Record (: done (List TS)) (: todo (List (Record (: val (List P)) (: tower TS))))) P TS (NonNegativeInteger) (Boolean))) (SIGNATURE internalDecompose ((Record (: done (List TS)) (: todo (List (Record (: val (List P)) (: tower TS))))) P TS (NonNegativeInteger))) (SIGNATURE internalDecompose ((Record (: done (List TS)) (: todo (List (Record (: val (List P)) (: tower TS))))) P TS)) (SIGNATURE decompose ((List TS) (List P) (List TS) (Boolean) (Boolean))) (SIGNATURE decompose ((List TS) (List P) (List TS) (Boolean) (Boolean) (Boolean) (Boolean) (Boolean))) (SIGNATURE upDateBranches ((List (Record (: val (List P)) (: tower TS))) (List P) (List TS) (List (Record (: val (List P)) (: tower TS))) (Record (: done (List TS)) (: todo (List (Record (: val (List P)) (: tower TS))))) (NonNegativeInteger))) (SIGNATURE convert ((String) (Record (: val (List P)) (: tower TS)))) (SIGNATURE printInfo ((Void) (List (Record (: val (List P)) (: tower TS))) (NonNegativeInteger)))) NIL NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE KrullNumber ((NonNegativeInteger) (List P) (List TS))) (SIGNATURE numberOfVariables ((NonNegativeInteger) (List P) (List TS))) (SIGNATURE algebraicDecompose ((Record (: done (List TS)) (: todo (List (Record (: val (List P)) (: tower TS))))) P TS)) (SIGNATURE transcendentalDecompose ((Record (: done (List TS)) (: todo (List (Record (: val (List P)) (: tower TS))))) P TS (NonNegativeInteger))) (SIGNATURE transcendentalDecompose ((Record (: done (List TS)) (: todo (List (Record (: val (List P)) (: tower TS))))) P TS)) (SIGNATURE internalDecompose ((Record (: done (List TS)) (: todo (List (Record (: val (List P)) (: tower TS))))) P TS (NonNegativeInteger) (Boolean))) (SIGNATURE internalDecompose ((Record (: done (List TS)) (: todo (List (Record (: val (List P)) (: tower TS))))) P TS (NonNegativeInteger))) (SIGNATURE internalDecompose ((Record (: done (List TS)) (: todo (List (Record (: val (List P)) (: tower TS))))) P TS)) (SIGNATURE decompose ((List TS) (List P) (List TS) (Boolean) (Boolean))) (SIGNATURE decompose ((List TS) (List P) (List TS) (Boolean) (Boolean) (Boolean) (Boolean) (Boolean))) (SIGNATURE upDateBranches ((List (Record (: val (List P)) (: tower TS))) (List P) (List TS) (List (Record (: val (List P)) (: tower TS))) (Record (: done (List TS)) (: todo (List (Record (: val (List P)) (: tower TS))))) (NonNegativeInteger))) (SIGNATURE convert ((String) (Record (: val (List P)) (: tower TS)))) (SIGNATURE printInfo ((Void) (List (Record (: val (List P)) (: tower TS))) (NonNegativeInteger)))) $param: (R E V P TS) debug: evaluateType form: (NonNegativeInteger) $param: (R E V P TS) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List TS) $param: (R E V P TS) Debug: evaluateType1 form: (List TS) debug: evaluateType1 x: TS m: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (R E V P TS) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List TS) $param: (R E V P TS) Debug: evaluateType1 form: (List TS) debug: evaluateType1 x: TS m: (Type) debug: evaluateType form: (Record (: done (List TS)) (: todo (List (Record (: val (List P)) (: tower TS))))) $param: (R E V P TS) debug: evaluateType form: (List TS) $param: (R E V P TS) Debug: evaluateType1 form: (List TS) debug: evaluateType1 x: TS m: (Type) debug: evaluateType form: (List (Record (: val (List P)) (: tower TS))) $param: (R E V P TS) Debug: evaluateType1 form: (List (Record (: val (List P)) (: tower TS))) debug: evaluateType1 x: (Record (: val (List P)) (: tower TS)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E V P TS) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: val (List P)) (: tower TS)) $param: (R E V P TS) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: TS $param: (R E V P TS) debug: evalCategory d: (Record (: val (List P)) (: tower TS)) c: (Type) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (Record (: done (List TS)) (: todo (List (Record (: val (List P)) (: tower TS))))) $param: (R E V P TS) debug: evaluateType form: (List TS) $param: (R E V P TS) Debug: evaluateType1 form: (List TS) debug: evaluateType1 x: TS m: (Type) debug: evaluateType form: (List (Record (: val (List P)) (: tower TS))) $param: (R E V P TS) Debug: evaluateType1 form: (List (Record (: val (List P)) (: tower TS))) debug: evaluateType1 x: (Record (: val (List P)) (: tower TS)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E V P TS) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: val (List P)) (: tower TS)) $param: (R E V P TS) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: TS $param: (R E V P TS) debug: evalCategory d: (Record (: val (List P)) (: tower TS)) c: (Type) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (NonNegativeInteger) $param: (R E V P TS) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Record (: done (List TS)) (: todo (List (Record (: val (List P)) (: tower TS))))) $param: (R E V P TS) debug: evaluateType form: (List TS) $param: (R E V P TS) Debug: evaluateType1 form: (List TS) debug: evaluateType1 x: TS m: (Type) debug: evaluateType form: (List (Record (: val (List P)) (: tower TS))) $param: (R E V P TS) Debug: evaluateType1 form: (List (Record (: val (List P)) (: tower TS))) debug: evaluateType1 x: (Record (: val (List P)) (: tower TS)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E V P TS) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: val (List P)) (: tower TS)) $param: (R E V P TS) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: TS $param: (R E V P TS) debug: evalCategory d: (Record (: val (List P)) (: tower TS)) c: (Type) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (Record (: done (List TS)) (: todo (List (Record (: val (List P)) (: tower TS))))) $param: (R E V P TS) debug: evaluateType form: (List TS) $param: (R E V P TS) Debug: evaluateType1 form: (List TS) debug: evaluateType1 x: TS m: (Type) debug: evaluateType form: (List (Record (: val (List P)) (: tower TS))) $param: (R E V P TS) Debug: evaluateType1 form: (List (Record (: val (List P)) (: tower TS))) debug: evaluateType1 x: (Record (: val (List P)) (: tower TS)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E V P TS) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: val (List P)) (: tower TS)) $param: (R E V P TS) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: TS $param: (R E V P TS) debug: evalCategory d: (Record (: val (List P)) (: tower TS)) c: (Type) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (NonNegativeInteger) $param: (R E V P TS) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Record (: done (List TS)) (: todo (List (Record (: val (List P)) (: tower TS))))) $param: (R E V P TS) debug: evaluateType form: (List TS) $param: (R E V P TS) Debug: evaluateType1 form: (List TS) debug: evaluateType1 x: TS m: (Type) debug: evaluateType form: (List (Record (: val (List P)) (: tower TS))) $param: (R E V P TS) Debug: evaluateType1 form: (List (Record (: val (List P)) (: tower TS))) debug: evaluateType1 x: (Record (: val (List P)) (: tower TS)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E V P TS) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: val (List P)) (: tower TS)) $param: (R E V P TS) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: TS $param: (R E V P TS) debug: evalCategory d: (Record (: val (List P)) (: tower TS)) c: (Type) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (NonNegativeInteger) $param: (R E V P TS) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (Record (: done (List TS)) (: todo (List (Record (: val (List P)) (: tower TS))))) $param: (R E V P TS) debug: evaluateType form: (List TS) $param: (R E V P TS) Debug: evaluateType1 form: (List TS) debug: evaluateType1 x: TS m: (Type) debug: evaluateType form: (List (Record (: val (List P)) (: tower TS))) $param: (R E V P TS) Debug: evaluateType1 form: (List (Record (: val (List P)) (: tower TS))) debug: evaluateType1 x: (Record (: val (List P)) (: tower TS)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E V P TS) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: val (List P)) (: tower TS)) $param: (R E V P TS) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: TS $param: (R E V P TS) debug: evalCategory d: (Record (: val (List P)) (: tower TS)) c: (Type) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (List TS) $param: (R E V P TS) Debug: evaluateType1 form: (List TS) debug: evaluateType1 x: TS m: (Type) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List TS) $param: (R E V P TS) Debug: evaluateType1 form: (List TS) debug: evaluateType1 x: TS m: (Type) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List TS) $param: (R E V P TS) Debug: evaluateType1 form: (List TS) debug: evaluateType1 x: TS m: (Type) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List TS) $param: (R E V P TS) Debug: evaluateType1 form: (List TS) debug: evaluateType1 x: TS m: (Type) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List (Record (: val (List P)) (: tower TS))) $param: (R E V P TS) Debug: evaluateType1 form: (List (Record (: val (List P)) (: tower TS))) debug: evaluateType1 x: (Record (: val (List P)) (: tower TS)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E V P TS) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: val (List P)) (: tower TS)) $param: (R E V P TS) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: TS $param: (R E V P TS) debug: evalCategory d: (Record (: val (List P)) (: tower TS)) c: (Type) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List TS) $param: (R E V P TS) Debug: evaluateType1 form: (List TS) debug: evaluateType1 x: TS m: (Type) debug: evaluateType form: (List (Record (: val (List P)) (: tower TS))) $param: (R E V P TS) Debug: evaluateType1 form: (List (Record (: val (List P)) (: tower TS))) debug: evaluateType1 x: (Record (: val (List P)) (: tower TS)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E V P TS) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: val (List P)) (: tower TS)) $param: (R E V P TS) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: TS $param: (R E V P TS) debug: evalCategory d: (Record (: val (List P)) (: tower TS)) c: (Type) debug: evaluateType form: (Record (: done (List TS)) (: todo (List (Record (: val (List P)) (: tower TS))))) $param: (R E V P TS) debug: evaluateType form: (List TS) $param: (R E V P TS) Debug: evaluateType1 form: (List TS) debug: evaluateType1 x: TS m: (Type) debug: evaluateType form: (List (Record (: val (List P)) (: tower TS))) $param: (R E V P TS) Debug: evaluateType1 form: (List (Record (: val (List P)) (: tower TS))) debug: evaluateType1 x: (Record (: val (List P)) (: tower TS)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E V P TS) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: val (List P)) (: tower TS)) $param: (R E V P TS) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: TS $param: (R E V P TS) debug: evalCategory d: (Record (: val (List P)) (: tower TS)) c: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (R E V P TS) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (String) $param: (R E V P TS) Debug: evaluateType1 form: (String) debug: evaluateType form: (Record (: val (List P)) (: tower TS)) $param: (R E V P TS) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (Void) $param: (R E V P TS) Debug: evaluateType1 form: (Void) debug: evaluateType form: (List (Record (: val (List P)) (: tower TS))) $param: (R E V P TS) Debug: evaluateType1 form: (List (Record (: val (List P)) (: tower TS))) debug: evaluateType1 x: (Record (: val (List P)) (: tower TS)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E V P TS) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: val (List P)) (: tower TS)) $param: (R E V P TS) debug: evaluateType form: (List P) $param: (R E V P TS) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: TS $param: (R E V P TS) debug: evalCategory d: (Record (: val (List P)) (: tower TS)) c: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (R E V P TS) Debug: evaluateType1 form: (NonNegativeInteger) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE KrullNumber ((NonNegativeInteger) (List P) (List TS))) (SIGNATURE numberOfVariables ((NonNegativeInteger) (List P) (List TS))) (SIGNATURE algebraicDecompose ((Record (: done (List TS)) (: todo (List (Record (: val (List P)) (: tower TS))))) P TS)) (SIGNATURE transcendentalDecompose ((Record (: done (List TS)) (: todo (List (Record (: val (List P)) (: tower TS))))) P TS (NonNegativeInteger))) (SIGNATURE transcendentalDecompose ((Record (: done (List TS)) (: todo (List (Record (: val (List P)) (: tower TS))))) P TS)) (SIGNATURE internalDecompose ((Record (: done (List TS)) (: todo (List (Record (: val (List P)) (: tower TS))))) P TS (NonNegativeInteger) (Boolean))) (SIGNATURE internalDecompose ((Record (: done (List TS)) (: todo (List (Record (: val (List P)) (: tower TS))))) P TS (NonNegativeInteger))) (SIGNATURE internalDecompose ((Record (: done (List TS)) (: todo (List (Record (: val (List P)) (: tower TS))))) P TS)) (SIGNATURE decompose ((List TS) (List P) (List TS) (Boolean) (Boolean))) (SIGNATURE decompose ((List TS) (List P) (List TS) (Boolean) (Boolean) (Boolean) (Boolean) (Boolean))) (SIGNATURE upDateBranches ((List (Record (: val (List P)) (: tower TS))) (List P) (List TS) (List (Record (: val (List P)) (: tower TS))) (Record (: done (List TS)) (: todo (List (Record (: val (List P)) (: tower TS))))) (NonNegativeInteger))) (SIGNATURE convert ((String) (Record (: val (List P)) (: tower TS)))) (SIGNATURE printInfo ((Void) (List (Record (: val (List P)) (: tower TS))) (NonNegativeInteger)))) NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for SquareFreeRegularSetDecompositionPackage compiling into /tmp/oa-Oj27CO compiling exported KrullNumber : (List P,List TS) -> NonNegativeInteger Time: 0.11 SEC. compiling exported numberOfVariables : (List P,List TS) -> NonNegativeInteger Time: 0.05 SEC. compiling exported algebraicDecompose : (P,TS) -> Record(done: List TS,todo: List Record(val: List P,tower: TS)) Time: 0.11 SEC. compiling exported transcendentalDecompose : (P,TS,NonNegativeInteger) -> Record(done: List TS,todo: List Record(val: List P,tower: TS)) Time: 0.02 SEC. compiling exported transcendentalDecompose : (P,TS) -> Record(done: List TS,todo: List Record(val: List P,tower: TS)) Time: 0.01 SEC. compiling exported internalDecompose : (P,TS,NonNegativeInteger,Boolean) -> Record(done: List TS,todo: List Record(val: List P,tower: TS)) Time: 0.01 SEC. compiling exported internalDecompose : (P,TS,NonNegativeInteger) -> Record(done: List TS,todo: List Record(val: List P,tower: TS)) Time: 0.10 SEC. compiling exported internalDecompose : (P,TS) -> Record(done: List TS,todo: List Record(val: List P,tower: TS)) Time: 0.08 SEC. compiling exported decompose : (List P,List TS,Boolean,Boolean) -> List TS Time: 0.02 SEC. compiling exported convert : Record(val: List P,tower: TS) -> String Time: 0.06 SEC. compiling exported printInfo : (List Record(val: List P,tower: TS),NonNegativeInteger) -> Void Time: 0.06 SEC. compiling exported decompose : (List P,List TS,Boolean,Boolean,Boolean,Boolean,Boolean) -> List TS Time: 0.10 SEC. compiling exported upDateBranches : (List P,List TS,List Record(val: List P,tower: TS),Record(done: List TS,todo: List Record(val: List P,tower: TS)),NonNegativeInteger) -> List Record(val: List P,tower: TS) Time: 0.06 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] internalDecompose: llpwt has no value [2] decompose: val has no value [3] decompose: tower has no value Cumulative Statistics for Constructor SquareFreeRegularSetDecompositionPackage Time: 0.80 seconds finalizing NRLIB SRDCMPK Processing SquareFreeRegularSetDecompositionPackage for Browser database: --->../../x86_64-unknown-linux-gnu/src/algebra/sregset.spad-->SquareFreeRegularSetDecompositionPackage((KrullNumber (N LP Split))): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/sregset.spad-->SquareFreeRegularSetDecompositionPackage((numberOfVariables (N LP Split))): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/sregset.spad-->SquareFreeRegularSetDecompositionPackage((algebraicDecompose ((Record (: done Split) (: todo (List LpWT))) P TS))): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/sregset.spad-->SquareFreeRegularSetDecompositionPackage((transcendentalDecompose ((Record (: done Split) (: todo (List LpWT))) P TS N))): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/sregset.spad-->SquareFreeRegularSetDecompositionPackage((transcendentalDecompose ((Record (: done Split) (: todo (List LpWT))) P TS))): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/sregset.spad-->SquareFreeRegularSetDecompositionPackage((internalDecompose ((Record (: done Split) (: todo (List LpWT))) P TS N B))): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/sregset.spad-->SquareFreeRegularSetDecompositionPackage((internalDecompose ((Record (: done Split) (: todo (List LpWT))) P TS N))): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/sregset.spad-->SquareFreeRegularSetDecompositionPackage((internalDecompose ((Record (: done Split) (: todo (List LpWT))) P TS))): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/sregset.spad-->SquareFreeRegularSetDecompositionPackage((decompose (Split LP Split B B))): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/sregset.spad-->SquareFreeRegularSetDecompositionPackage((decompose (Split LP Split B B B B B))): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/sregset.spad-->SquareFreeRegularSetDecompositionPackage((upDateBranches ((List LpWT) LP Split (List LpWT) Wip N))): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/sregset.spad-->SquareFreeRegularSetDecompositionPackage((convert (String (Record (: val (List P)) (: tower TS))))): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/sregset.spad-->SquareFreeRegularSetDecompositionPackage((printInfo (Void (List (Record (: val (List P)) (: tower TS))) N))): Not documented!!!! -- constructor ; compiling file "/tmp/oa-Oj27CO/code.lsp" (written 01 FEB 2016 11:15:29 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SRDCMPK;KrullNumber;LLNni;1| ...) ; file: /tmp/oa-Oj27CO/code.lsp ; in: DEFUN |SRDCMPK;KrullNumber;LLNni;1| ; #'(LAMBDA (BOOT::|#1| BOOT::|#2| BOOT::$) (MAX BOOT::|#1| BOOT::|#2|)) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SRDCMPK;numberOfVariables;LLNni;2| ...) ; compiling (DEFUN |SRDCMPK;algebraicDecompose;PTSR;3| ...) ; file: /tmp/oa-Oj27CO/code.lsp ; in: DEFUN |SRDCMPK;algebraicDecompose;PTSR;3| ; (DEFUN BOOT::|SRDCMPK;algebraicDecompose;PTSR;3| ; (BOOT::|p| BOOT::|ts| BOOT::$) ; (PROG (BOOT::|llpwt| BOOT::|lts| BOOT::|lsfp| BOOT::|lus| BOOT::|h| ; BOOT::|us| BOOT::|g|) ; (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SRDCMPK;algebraicDecompose;PTSR;3| ; (BOOT::|p| BOOT::|ts| BOOT::$) ; (BLOCK BOOT::|SRDCMPK;algebraicDecompose;PTSR;3| ; (PROG (BOOT::|llpwt| BOOT::|lts| BOOT::|lsfp| BOOT::|lus| BOOT::|h| ; BOOT::|us| BOOT::|g|) ; (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |SRDCMPK;transcendentalDecompose;PTSNniR;4| ...) ; compiling (DEFUN |SRDCMPK;transcendentalDecompose;PTSR;5| ...) ; compiling (DEFUN |SRDCMPK;internalDecompose;PTSNniBR;6| ...) ; compiling (DEFUN |SRDCMPK;internalDecompose;PTSNniR;7| ...) ; compiling (DEFUN |SRDCMPK;internalDecompose;PTSR;8| ...) ; compiling (DEFUN |SRDCMPK;decompose;LL2BL;9| ...) ; compiling (DEFUN |SRDCMPK;convert;RS;10| ...) ; file: /tmp/oa-Oj27CO/code.lsp ; in: DEFUN |SRDCMPK;convert;RS;10| ; (DEFUN BOOT::|SRDCMPK;convert;RS;10| (BOOT::|lpwt| BOOT::$) ; (LET ((BOOT::|ls| (LIST "<" # "," # ">"))) ; (BOOT::SPADCALL BOOT::|ls| (BOOT::|shellEntry| BOOT::$ 89)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SRDCMPK;convert;RS;10| ; (BOOT::|lpwt| BOOT::$) ; (BLOCK BOOT::|SRDCMPK;convert;RS;10| ; (LET ((BOOT::|ls| #)) ; (BOOT::SPADCALL BOOT::|ls| (BOOT::|shellEntry| BOOT::$ 89))))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |SRDCMPK;printInfo;LNniV;11| ...) ; file: /tmp/oa-Oj27CO/code.lsp ; in: DEFUN |SRDCMPK;printInfo;LNniV;11| ; (DEFUN BOOT::|SRDCMPK;printInfo;LNniV;11| (BOOT::|toSee| BOOT::|n| BOOT::$) ; (LET* ((BOOT::|lpwt| (BOOT::|SPADfirst| BOOT::|toSee|)) ; (BOOT::|s| (BOOT::SPADCALL # #)) ; (BOOT::|m| (LIST-LENGTH #))) ; (BOOT::SEQ (SETQ BOOT::|toSee| #) ; (LET (#) ; (LOOP # ; #)) ; (SETQ BOOT::|s| #) (BOOT::EXIT (BOOT::SPADCALL BOOT::|s| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SRDCMPK;printInfo;LNniV;11| ; (BOOT::|toSee| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|SRDCMPK;printInfo;LNniV;11| ; (LET* ((BOOT::|lpwt| #) (BOOT::|s| #) (BOOT::|m| #)) ; (BOOT::SEQ (SETQ #) ; (LET # ; #) ; (SETQ #) (BOOT::EXIT #))))) ; ; note: Assignment to argument: |toSee| ; prevents use of assertion from function type proclamation: ; (OR NULL (CONS CONS T)) ; ; compiling (DEFUN |SRDCMPK;decompose;LL5BL;12| ...) ; file: /tmp/oa-Oj27CO/code.lsp ; in: DEFUN |SRDCMPK;decompose;LL5BL;12| ; (DEFUN BOOT::|SRDCMPK;decompose;LL5BL;12| ; (BOOT::|lp| BOOT::|lts| BOOT::|cleanW?| BOOT::|sqfr?| BOOT::|clos?| ; BOOT::|rem?| BOOT::|info?| BOOT::$) ; (PROG (BOOT::|rsl| BOOT::|p| BOOT::|ts| BOOT::|lpwt| BOOT::|bound| ; BOOT::|toSave| BOOT::|toSee|) ; (RETURN (COND (# BOOT::|lts|) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SRDCMPK;decompose;LL5BL;12| ; (BOOT::|lp| BOOT::|lts| BOOT::|cleanW?| BOOT::|sqfr?| BOOT::|clos?| ; BOOT::|rem?| BOOT::|info?| BOOT::$) ; (BLOCK BOOT::|SRDCMPK;decompose;LL5BL;12| ; (PROG (BOOT::|rsl| BOOT::|p| BOOT::|ts| BOOT::|lpwt| BOOT::|bound| ; BOOT::|toSave| BOOT::|toSee|) ; (RETURN (COND # #))))) ; ; note: Assignment to argument: |lp| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SRDCMPK;upDateBranches;LLLRNniL;13| ...) ; file: /tmp/oa-Oj27CO/code.lsp ; in: DEFUN |SRDCMPK;upDateBranches;LLLRNniL;13| ; (DEFUN BOOT::|SRDCMPK;upDateBranches;LLLRNniL;13| ; (BOOT::|leq| BOOT::|lts| BOOT::|current| BOOT::|wip| BOOT::|n| ; BOOT::$) ; (PROG (BOOT::|branches| BOOT::|newleq| BOOT::|us|) ; (RETURN ; (LET (# # # #) ; (BOOT::SEQ # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SRDCMPK;upDateBranches;LLLRNniL;13| ; (BOOT::|leq| BOOT::|lts| BOOT::|current| BOOT::|wip| BOOT::|n| BOOT::$) ; (BLOCK BOOT::|SRDCMPK;upDateBranches;LLLRNniL;13| ; (PROG (BOOT::|branches| BOOT::|newleq| BOOT::|us|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |SquareFreeRegularSetDecompositionPackage| ...) ; compiling (DEFUN |SquareFreeRegularSetDecompositionPackage;| ...) ; compiling (MAKEPROP (QUOTE |SquareFreeRegularSetDecompositionPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 6 notes ; /tmp/oa-Oj27CO/code.fasl written ; compilation finished in 0:00:00.115 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SREGSET.spad && cp SREGSET.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SREGSET.fasl \ && if test -f SREGSET-.NRLIB/code.fasl; then \ cp SREGSET-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SREGSET-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SREGSET.spad using Spad compiler. SREGSET abbreviates domain SquareFreeRegularTriangularSet debug: compDefine1 lhs: (SquareFreeRegularTriangularSet R E V P) signature (pre-evaluate): ((Join (SquareFreeRegularTriangularSetCategory R E V P) (CATEGORY domain (SIGNATURE internalAugment ((List $) P $ (Boolean) (Boolean) (Boolean) (Boolean) (Boolean))) (SIGNATURE zeroSetSplit ((List $) (List P) (Boolean) (Boolean))) (SIGNATURE zeroSetSplit ((List $) (List P) (Boolean) (Boolean) (Boolean) (Boolean))) (SIGNATURE internalZeroSetSplit ((List $) (List P) (Boolean) (Boolean) (Boolean))) (SIGNATURE preprocess ((Record (: val (List P)) (: towers (List $))) (List P) (Boolean) (Boolean))))) NIL NIL NIL NIL) debug: evaluateType form: (Join (SquareFreeRegularTriangularSetCategory R E V P) (CATEGORY domain (SIGNATURE internalAugment ((List $) P $ (Boolean) (Boolean) (Boolean) (Boolean) (Boolean))) (SIGNATURE zeroSetSplit ((List $) (List P) (Boolean) (Boolean))) (SIGNATURE zeroSetSplit ((List $) (List P) (Boolean) (Boolean) (Boolean) (Boolean))) (SIGNATURE internalZeroSetSplit ((List $) (List P) (Boolean) (Boolean) (Boolean))) (SIGNATURE preprocess ((Record (: val (List P)) (: towers (List $))) (List P) (Boolean) (Boolean))))) $param: (R E V P) debug: evaluateType form: (SquareFreeRegularTriangularSetCategory R E V P) $param: (R E V P) Debug: evaluateType1 form: (SquareFreeRegularTriangularSetCategory R E V P) debug: evaluateType1 x: R m: (GcdDomain) debug: evaluateType1 x: E m: (OrderedAbelianMonoidSup) debug: evaluateType1 x: V m: (OrderedSet) debug: evaluateType1 x: P m: (RecursivePolynomialCategory R E V) debug: evaluateType form: (CATEGORY domain (SIGNATURE internalAugment ((List $) P $ (Boolean) (Boolean) (Boolean) (Boolean) (Boolean))) (SIGNATURE zeroSetSplit ((List $) (List P) (Boolean) (Boolean))) (SIGNATURE zeroSetSplit ((List $) (List P) (Boolean) (Boolean) (Boolean) (Boolean))) (SIGNATURE internalZeroSetSplit ((List $) (List P) (Boolean) (Boolean) (Boolean))) (SIGNATURE preprocess ((Record (: val (List P)) (: towers (List $))) (List P) (Boolean) (Boolean)))) $param: (R E V P) debug: evaluateType form: (List $) $param: (R E V P) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: P $param: (R E V P) debug: evaluateType form: (Boolean) $param: (R E V P) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R E V P) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R E V P) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R E V P) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R E V P) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List $) $param: (R E V P) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (Boolean) $param: (R E V P) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R E V P) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List $) $param: (R E V P) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (Boolean) $param: (R E V P) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R E V P) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R E V P) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R E V P) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List $) $param: (R E V P) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (Boolean) $param: (R E V P) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R E V P) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R E V P) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Record (: val (List P)) (: towers (List $))) $param: (R E V P) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (List $) $param: (R E V P) Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List P) $param: (R E V P) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (Boolean) $param: (R E V P) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R E V P) Debug: evaluateType1 form: (Boolean) debug: compDefine1 signature (post evaluate): ((Join (SquareFreeRegularTriangularSetCategory R E V P) (CATEGORY domain (SIGNATURE internalAugment ((List $) P $ (Boolean) (Boolean) (Boolean) (Boolean) (Boolean))) (SIGNATURE zeroSetSplit ((List $) (List P) (Boolean) (Boolean))) (SIGNATURE zeroSetSplit ((List $) (List P) (Boolean) (Boolean) (Boolean) (Boolean))) (SIGNATURE internalZeroSetSplit ((List $) (List P) (Boolean) (Boolean) (Boolean))) (SIGNATURE preprocess ((Record (: val (List P)) (: towers (List $))) (List P) (Boolean) (Boolean))))) NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for SquareFreeRegularTriangularSet compiling into /tmp/oa-a0AbmS compiling exported copy : % -> % SREGSET;copy;2$;1 is replaced by %lcopy Time: 0.06 SEC. compiling exported empty : () -> % SREGSET;empty;$;2 is replaced by %nil Time: 0.00 SEC. compiling exported empty? : % -> Boolean SREGSET;empty?;$B;3 is replaced by %lempty? Time: 0.00 SEC. compiling exported members : % -> List P SREGSET;members;$L;4 ts is replaced by ts Time: 0.00 SEC. compiling exported map : (P -> P,%) -> % Time: 0.01 SEC. compiling exported map! : (P -> P,%) -> % Time: 0.01 SEC. compiling exported member? : (P,%) -> Boolean Time: 0.01 SEC. compiling exported roughUnitIdeal? : % -> Boolean SREGSET;roughUnitIdeal?;$B;8 ts is replaced by %false Time: 0 SEC. compiling exported coerce : % -> OutputForm Time: 0.03 SEC. compiling exported mvar : % -> V Time: 0.01 SEC. compiling exported first : % -> Union(P,failed) SREGSET;first;$U;11 ts is replaced by %when( %pair(1,"failed"),%otherwise %pair(0,SPADfirst ts)) Time: 0.01 SEC. compiling exported last : % -> Union(P,failed) Time: 0.00 SEC. compiling exported rest : % -> Union(%,failed) SREGSET;rest;$U;13 ts is replaced by %when( %pair(1,"failed"),%otherwise %pair(0,%tail ts)) Time: 0.01 SEC. compiling exported coerce : % -> List P SREGSET;coerce;$L;14 ts is replaced by ts Time: 0.01 SEC. compiling exported collectUpper : (%,V) -> % Time: 0.02 SEC. compiling exported collectUnder : (%,V) -> % Time: 0.01 SEC. compiling exported construct : List P -> % Time: 0.02 SEC. compiling exported extendIfCan : (%,P) -> Union(%,failed) Time: 0.05 SEC. compiling exported removeZero : (P,%) -> P Time: 0.02 SEC. compiling exported internalAugment : (P,%) -> % Time: 0.02 SEC. compiling exported internalAugment : (List P,%) -> % Time: 0.01 SEC. compiling exported internalAugment : (P,%,Boolean,Boolean,Boolean,Boolean,Boolean) -> List % Time: 0.07 SEC. compiling exported augment : (P,%) -> List % Time: 0.02 SEC. compiling exported extend : (P,%) -> List % Time: 0.02 SEC. compiling exported invertible? : (P,%) -> Boolean Time: 0.01 SEC. compiling exported invertible? : (P,%) -> List Record(val: Boolean,tower: %) Time: 0.00 SEC. compiling exported invertibleSet : (P,%) -> List % Time: 0.00 SEC. compiling exported lastSubResultant : (P,P,%) -> List Record(val: P,tower: %) Time: 0.01 SEC. compiling exported squareFreePart : (P,%) -> List Record(val: P,tower: %) Time: 0.00 SEC. compiling exported intersect : (P,%) -> List % Time: 0.01 SEC. compiling exported intersect : (List P,List %) -> List % Time: 0.02 SEC. compiling exported zeroSetSplit : List P -> List % Time: 0.01 SEC. compiling exported zeroSetSplit : (List P,Boolean) -> List % Time: 0.02 SEC. compiling exported zeroSetSplit : (List P,Boolean,Boolean) -> List % Time: 0.01 SEC. compiling exported zeroSetSplit : (List P,Boolean,Boolean,Boolean,Boolean) -> List % Time: 0.04 SEC. compiling exported internalZeroSetSplit : (List P,Boolean,Boolean,Boolean) -> List % Time: 0.04 SEC. compiling local largeSystem? : List P -> Boolean Time: 0.05 SEC. compiling local smallSystem? : List P -> Boolean SREGSET;smallSystem? lp is replaced by %ilt(%llength lp,5) Time: 0.02 SEC. compiling local mediumSystem? : List P -> Boolean Time: 0.04 SEC. compiling local lin? : P -> Boolean Time: 0.01 SEC. compiling exported preprocess : (List P,Boolean,Boolean) -> Record(val: List P,towers: List %) Time: 0.09 SEC. (time taken in buildFunctor: 4) Time: 0.03 SEC. Warnings: [1] intersect: false has no value [2] zeroSetSplit: true has no value [3] zeroSetSplit: s1 has no value [4] zeroSetSplit: dom1 has no value [5] zeroSetSplit: s2 has no value [6] zeroSetSplit: dom2 has no value [7] zeroSetSplit: s3 has no value [8] zeroSetSplit: dom3 has no value [9] preprocess: lts has no value Cumulative Statistics for Constructor SquareFreeRegularTriangularSet Time: 0.83 seconds finalizing NRLIB SREGSET Processing SquareFreeRegularTriangularSet for Browser database: -- internalAugment : (P,%,B,B,B,B,B) -> List % -- zeroSetSplit : (LP,B,B) -> Split -- zeroSetSplit : (LP,B,B,B,B) -> Split -- internalZeroSetSplit : (LP,B,B,B) -> Split -- preprocess : (LP,B,B) -> Record(val: LP,towers: Split) -- constructor ; compiling file "/tmp/oa-a0AbmS/code.lsp" (written 01 FEB 2016 11:15:30 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SREGSET;copy;2$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SREGSET;empty;$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SREGSET;empty?;$B;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SREGSET;members;$L;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SREGSET;roughUnitIdeal?;$B;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SREGSET;first;$U;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SREGSET;rest;$U;13|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SREGSET;coerce;$L;14|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SREGSET;smallSystem?|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SREGSET;copy;2$;1| ...) ; compiling (DEFUN |SREGSET;empty;$;2| ...) ; compiling (DEFUN |SREGSET;empty?;$B;3| ...) ; compiling (DEFUN |SREGSET;members;$L;4| ...) ; compiling (DEFUN |SREGSET;map;M2$;5| ...) ; compiling (DEFUN |SREGSET;map!;M2$;6| ...) ; compiling (DEFUN |SREGSET;member?;P$B;7| ...) ; file: /tmp/oa-a0AbmS/code.lsp ; in: DEFUN |SREGSET;member?;P$B;7| ; (DEFUN BOOT::|SREGSET;member?;P$B;7| (BOOT::|p| BOOT::|ts| BOOT::$) ; (BOOT::SPADCALL BOOT::|p| BOOT::|ts| (BOOT::|shellEntry| BOOT::$ 25))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SREGSET;member?;P$B;7| ; (BOOT::|p| BOOT::|ts| BOOT::$) ; (BLOCK BOOT::|SREGSET;member?;P$B;7| ; (BOOT::SPADCALL BOOT::|p| BOOT::|ts| (BOOT::|shellEntry| BOOT::$ 25)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |SREGSET;roughUnitIdeal?;$B;8| ...) ; file: /tmp/oa-a0AbmS/code.lsp ; in: DEFUN |SREGSET;roughUnitIdeal?;$B;8| ; (DEFUN BOOT::|SREGSET;roughUnitIdeal?;$B;8| (BOOT::|ts| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; NIL) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SREGSET;roughUnitIdeal?;$B;8| ; (BOOT::|ts| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|SREGSET;roughUnitIdeal?;$B;8| NIL)) ; ; caught STYLE-WARNING: ; The variable |ts| is defined but never used. ; compiling (DEFUN |SREGSET;coerce;$Of;9| ...) ; compiling (DEFUN |SREGSET;mvar;$V;10| ...) ; compiling (DEFUN |SREGSET;first;$U;11| ...) ; compiling (DEFUN |SREGSET;last;$U;12| ...) ; compiling (DEFUN |SREGSET;rest;$U;13| ...) ; compiling (DEFUN |SREGSET;coerce;$L;14| ...) ; compiling (DEFUN |SREGSET;collectUpper;$V$;15| ...) ; file: /tmp/oa-a0AbmS/code.lsp ; in: DEFUN |SREGSET;collectUpper;$V$;15| ; (DEFUN BOOT::|SREGSET;collectUpper;$V$;15| (BOOT::|ts| BOOT::|v| BOOT::$) ; (COND ((NULL BOOT::|ts|) BOOT::|ts|) ; (T ; (LET (# #) ; (BOOT::SEQ # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SREGSET;collectUpper;$V$;15| ; (BOOT::|ts| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|SREGSET;collectUpper;$V$;15| ; (COND ((NULL BOOT::|ts|) BOOT::|ts|) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SREGSET;collectUnder;$V$;16| ...) ; compiling (DEFUN |SREGSET;construct;L$;17| ...) ; file: /tmp/oa-a0AbmS/code.lsp ; in: DEFUN |SREGSET;construct;L$;17| ; (DEFUN BOOT::|SREGSET;construct;L$;17| (BOOT::|lp| BOOT::$) ; (PROG (BOOT::|eif|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SREGSET;construct;L$;17| ; (BOOT::|lp| BOOT::$) ; (BLOCK BOOT::|SREGSET;construct;L$;17| ; (PROG (BOOT::|eif|) ; (RETURN ; (LET # ; #))))) ; ; note: Assignment to argument: |lp| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |SREGSET;extendIfCan;$PU;18| ...) ; compiling (DEFUN |SREGSET;removeZero;P$P;19| ...) ; compiling (DEFUN |SREGSET;internalAugment;P2$;20| ...) ; file: /tmp/oa-a0AbmS/code.lsp ; in: DEFUN |SREGSET;internalAugment;P2$;20| ; (DEFUN BOOT::|SREGSET;internalAugment;P2$;20| (BOOT::|p| BOOT::|ts| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 56)) ; (BOOT::|error| "in internalAugment$SREGSET: ground? #1")) ; (T ; (BOOT::|SPADfirst| ; (BOOT::|SREGSET;internalAugment;P$5BL;22| BOOT::|p| BOOT::|ts| NIL NIL ; NIL NIL NIL BOOT::$))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SREGSET;internalAugment;P2$;20| ; (BOOT::|p| BOOT::|ts| BOOT::$) ; (BLOCK BOOT::|SREGSET;internalAugment;P2$;20| ; (COND ; ((BOOT::SPADCALL BOOT::|p| #) ; (BOOT::|error| "in internalAugment$SREGSET: ground? #1")) ; (T (BOOT::|SPADfirst| #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SREGSET;internalAugment;L2$;21| ...) ; compiling (DEFUN |SREGSET;internalAugment;P$5BL;22| ...) ; file: /tmp/oa-a0AbmS/code.lsp ; in: DEFUN |SREGSET;internalAugment;P$5BL;22| ; (DEFUN BOOT::|SREGSET;internalAugment;P$5BL;22| ; (BOOT::|p| BOOT::|ts| BOOT::|rem?| BOOT::|red?| BOOT::|prim?| ; BOOT::|sqfr?| BOOT::|extend?| BOOT::$) ; (PROG (BOOT::|lsfp| BOOT::|lts| BOOT::|lpwt| BOOT::|us| BOOT::|sfp|) ; (RETURN ; (LET* (# # #) ; (BOOT::SEQ # # # # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SREGSET;internalAugment;P$5BL;22| ; (BOOT::|p| BOOT::|ts| BOOT::|rem?| BOOT::|red?| BOOT::|prim?| ; BOOT::|sqfr?| BOOT::|extend?| BOOT::$) ; (BLOCK BOOT::|SREGSET;internalAugment;P$5BL;22| ; (PROG (BOOT::|lsfp| BOOT::|lts| BOOT::|lpwt| BOOT::|us| BOOT::|sfp|) ; (RETURN ; (LET* # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SREGSET;augment;P$L;23| ...) ; file: /tmp/oa-a0AbmS/code.lsp ; in: DEFUN |SREGSET;augment;P$L;23| ; (DEFUN BOOT::|SREGSET;augment;P$L;23| (BOOT::|p| BOOT::|ts| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 56)) ; (BOOT::|error| "in augment$SREGSET: ground? #1")) ; ((BOOT::SPADCALL (BOOT::SPADCALL BOOT::|p| #) BOOT::|ts| ; (BOOT::|shellEntry| BOOT::$ 68)) ; (BOOT::|error| "in augment$SREGSET: bad #1")) ; (T ; (BOOT::|SREGSET;internalAugment;P$5BL;22| BOOT::|p| BOOT::|ts| T T T T T ; BOOT::$)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SREGSET;augment;P$L;23| ; (BOOT::|p| BOOT::|ts| BOOT::$) ; (BLOCK BOOT::|SREGSET;augment;P$L;23| ; (COND ; ((BOOT::SPADCALL BOOT::|p| #) ; (BOOT::|error| "in augment$SREGSET: ground? #1")) ; ((BOOT::SPADCALL # BOOT::|ts| #) ; (BOOT::|error| "in augment$SREGSET: bad #1")) ; (T ; (BOOT::|SREGSET;internalAugment;P$5BL;22| BOOT::|p| BOOT::|ts| T T T ; T T BOOT::$))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SREGSET;extend;P$L;24| ...) ; file: /tmp/oa-a0AbmS/code.lsp ; in: DEFUN |SREGSET;extend;P$L;24| ; (LET ((BOOT::|v| (BOOT::SPADCALL BOOT::|p| (BOOT::|shellEntry| BOOT::$ 36)))) ; (BOOT::SEQ (COND ((NOT #) (BOOT::EXIT #))) ; (BOOT::LETT BOOT::|split| ; (BOOT::|SREGSET;invertibleSet;P$L;27| ; (BOOT::SPADCALL BOOT::|p| #) BOOT::|ts| BOOT::$) ; BOOT::|SREGSET;extend;P$L;24|) ; (BOOT::LETT BOOT::|lts| NIL BOOT::|SREGSET;extend;P$L;24|) ; (LET ((#:G822 BOOT::|split|)) ; (LOOP (COND # #) ; (SETQ #))) ; (BOOT::EXIT BOOT::|lts|))) ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; (DEFUN BOOT::|SREGSET;extend;P$L;24| (BOOT::|p| BOOT::|ts| BOOT::$) ; (PROG (BOOT::|lts| BOOT::|split|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SREGSET;extend;P$L;24| ; (BOOT::|p| BOOT::|ts| BOOT::$) ; (BLOCK BOOT::|SREGSET;extend;P$L;24| ; (PROG (BOOT::|lts| BOOT::|split|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SREGSET;invertible?;P$B;25| ...) ; file: /tmp/oa-a0AbmS/code.lsp ; in: DEFUN |SREGSET;invertible?;P$B;25| ; (DEFUN BOOT::|SREGSET;invertible?;P$B;25| (BOOT::|p| BOOT::|ts| BOOT::$) ; (BOOT::SPADCALL BOOT::|p| BOOT::|ts| (BOOT::|shellEntry| BOOT::$ 99))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SREGSET;invertible?;P$B;25| ; (BOOT::|p| BOOT::|ts| BOOT::$) ; (BLOCK BOOT::|SREGSET;invertible?;P$B;25| ; (BOOT::SPADCALL BOOT::|p| BOOT::|ts| (BOOT::|shellEntry| BOOT::$ 99)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |SREGSET;invertible?;P$L;26| ...) ; file: /tmp/oa-a0AbmS/code.lsp ; in: DEFUN |SREGSET;invertible?;P$L;26| ; (DEFUN BOOT::|SREGSET;invertible?;P$L;26| (BOOT::|p| BOOT::|ts| BOOT::$) ; (BOOT::SPADCALL BOOT::|p| BOOT::|ts| (BOOT::|shellEntry| BOOT::$ 102))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SREGSET;invertible?;P$L;26| ; (BOOT::|p| BOOT::|ts| BOOT::$) ; (BLOCK BOOT::|SREGSET;invertible?;P$L;26| ; (BOOT::SPADCALL BOOT::|p| BOOT::|ts| (BOOT::|shellEntry| BOOT::$ 102)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |SREGSET;invertibleSet;P$L;27| ...) ; file: /tmp/oa-a0AbmS/code.lsp ; in: DEFUN |SREGSET;invertibleSet;P$L;27| ; (DEFUN BOOT::|SREGSET;invertibleSet;P$L;27| (BOOT::|p| BOOT::|ts| BOOT::$) ; (BOOT::SPADCALL BOOT::|p| BOOT::|ts| (BOOT::|shellEntry| BOOT::$ 106))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SREGSET;invertibleSet;P$L;27| ; (BOOT::|p| BOOT::|ts| BOOT::$) ; (BLOCK BOOT::|SREGSET;invertibleSet;P$L;27| ; (BOOT::SPADCALL BOOT::|p| BOOT::|ts| (BOOT::|shellEntry| BOOT::$ 106)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SREGSET;lastSubResultant;2P$L;28| ...) ; file: /tmp/oa-a0AbmS/code.lsp ; in: DEFUN |SREGSET;lastSubResultant;2P$L;28| ; (DEFUN BOOT::|SREGSET;lastSubResultant;2P$L;28| ; (BOOT::|p1| BOOT::|p2| BOOT::|ts| BOOT::$) ; (BOOT::SPADCALL BOOT::|p1| BOOT::|p2| BOOT::|ts| ; (BOOT::|shellEntry| BOOT::$ 109))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SREGSET;lastSubResultant;2P$L;28| ; (BOOT::|p1| BOOT::|p2| BOOT::|ts| BOOT::$) ; (BLOCK BOOT::|SREGSET;lastSubResultant;2P$L;28| ; (BOOT::SPADCALL BOOT::|p1| BOOT::|p2| BOOT::|ts| ; (BOOT::|shellEntry| BOOT::$ 109)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |SREGSET;squareFreePart;P$L;29| ...) ; file: /tmp/oa-a0AbmS/code.lsp ; in: DEFUN |SREGSET;squareFreePart;P$L;29| ; (DEFUN BOOT::|SREGSET;squareFreePart;P$L;29| (BOOT::|p| BOOT::|ts| BOOT::$) ; (BOOT::SPADCALL BOOT::|p| BOOT::|ts| (BOOT::|shellEntry| BOOT::$ 111))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SREGSET;squareFreePart;P$L;29| ; (BOOT::|p| BOOT::|ts| BOOT::$) ; (BLOCK BOOT::|SREGSET;squareFreePart;P$L;29| ; (BOOT::SPADCALL BOOT::|p| BOOT::|ts| (BOOT::|shellEntry| BOOT::$ 111)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |SREGSET;intersect;P$L;30| ...) ; file: /tmp/oa-a0AbmS/code.lsp ; in: DEFUN |SREGSET;intersect;P$L;30| ; (DEFUN BOOT::|SREGSET;intersect;P$L;30| (BOOT::|p| BOOT::|ts| BOOT::$) ; (BOOT::SPADCALL (LIST BOOT::|p|) (LIST BOOT::|ts|) NIL NIL ; (BOOT::|shellEntry| BOOT::$ 113))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SREGSET;intersect;P$L;30| ; (BOOT::|p| BOOT::|ts| BOOT::$) ; (BLOCK BOOT::|SREGSET;intersect;P$L;30| ; (BOOT::SPADCALL (LIST BOOT::|p|) (LIST BOOT::|ts|) NIL NIL ; (BOOT::|shellEntry| BOOT::$ 113)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SREGSET;intersect;L2L;31| ...) ; file: /tmp/oa-a0AbmS/code.lsp ; in: DEFUN |SREGSET;intersect;L2L;31| ; (DEFUN BOOT::|SREGSET;intersect;L2L;31| (BOOT::|lp| BOOT::|lts| BOOT::$) ; (BOOT::SPADCALL BOOT::|lp| BOOT::|lts| NIL NIL ; (BOOT::|shellEntry| BOOT::$ 113))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SREGSET;intersect;L2L;31| ; (BOOT::|lp| BOOT::|lts| BOOT::$) ; (BLOCK BOOT::|SREGSET;intersect;L2L;31| ; (BOOT::SPADCALL BOOT::|lp| BOOT::|lts| NIL NIL ; (BOOT::|shellEntry| BOOT::$ 113)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SREGSET;zeroSetSplit;LL;32| ...) ; compiling (DEFUN |SREGSET;zeroSetSplit;LBL;33| ...) ; compiling (DEFUN |SREGSET;zeroSetSplit;L2BL;34| ...) ; compiling (DEFUN |SREGSET;zeroSetSplit;L4BL;35| ...) ; compiling (DEFUN |SREGSET;internalZeroSetSplit;L3BL;36| ...) ; file: /tmp/oa-a0AbmS/code.lsp ; in: DEFUN |SREGSET;internalZeroSetSplit;L3BL;36| ; (DEFUN BOOT::|SREGSET;internalZeroSetSplit;L3BL;36| ; (BOOT::|lp| BOOT::|clos?| BOOT::|info?| BOOT::|prep?| BOOT::$) ; (PROG (BOOT::|lts| BOOT::|ts| BOOT::|pp|) ; (RETURN (BOOT::SEQ (COND # #) (SETQ #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SREGSET;internalZeroSetSplit;L3BL;36| ; (BOOT::|lp| BOOT::|clos?| BOOT::|info?| BOOT::|prep?| BOOT::$) ; (BLOCK BOOT::|SREGSET;internalZeroSetSplit;L3BL;36| ; (PROG (BOOT::|lts| BOOT::|ts| BOOT::|pp|) (RETURN (BOOT::SEQ # # #))))) ; ; note: Assignment to argument: |lp| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |SREGSET;largeSystem?| ...) ; compiling (DEFUN |SREGSET;smallSystem?| ...) ; compiling (DEFUN |SREGSET;mediumSystem?| ...) ; compiling (DEFUN |SREGSET;lin?| ...) ; compiling (DEFUN |SREGSET;preprocess;L2BR;41| ...) ; compiling (DEFUN |SquareFreeRegularTriangularSet| ...) ; compiling (DEFUN |SquareFreeRegularTriangularSet;| ...) ; compiling (MAKEPROP (QUOTE |SquareFreeRegularTriangularSet|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 16 notes ; /tmp/oa-a0AbmS/code.fasl written ; compilation finished in 0:00:00.142 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile NORMPK.spad && cp NORMPK.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/NORMPK.fasl \ && if test -f NORMPK-.NRLIB/code.fasl; then \ cp NORMPK-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/NORMPK-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NORMPK.spad using Spad compiler. NORMPK abbreviates package NormalizationPackage debug: compDefine1 lhs: (NormalizationPackage R E V P TS) signature (pre-evaluate): ((CATEGORY package (SIGNATURE recip ((Record (: num P) (: den P)) P TS)) (SIGNATURE normalizedAssociate (P P TS)) (SIGNATURE normalize ((List (Record (: val P) (: tower TS))) P TS)) (SIGNATURE outputArgs ((Void) (String) (String) P TS)) (SIGNATURE normInvertible? ((List (Record (: val (Boolean)) (: tower TS))) P TS))) NIL NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE recip ((Record (: num P) (: den P)) P TS)) (SIGNATURE normalizedAssociate (P P TS)) (SIGNATURE normalize ((List (Record (: val P) (: tower TS))) P TS)) (SIGNATURE outputArgs ((Void) (String) (String) P TS)) (SIGNATURE normInvertible? ((List (Record (: val (Boolean)) (: tower TS))) P TS))) $param: (R E V P TS) debug: evaluateType form: (Record (: num P) (: den P)) $param: (R E V P TS) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (List (Record (: val P) (: tower TS))) $param: (R E V P TS) Debug: evaluateType1 form: (List (Record (: val P) (: tower TS))) debug: evaluateType1 x: (Record (: val P) (: tower TS)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E V P TS) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: val P) (: tower TS)) $param: (R E V P TS) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evalCategory d: (Record (: val P) (: tower TS)) c: (Type) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (Void) $param: (R E V P TS) Debug: evaluateType1 form: (Void) debug: evaluateType form: (String) $param: (R E V P TS) Debug: evaluateType1 form: (String) debug: evaluateType form: (String) $param: (R E V P TS) Debug: evaluateType1 form: (String) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (List (Record (: val (Boolean)) (: tower TS))) $param: (R E V P TS) Debug: evaluateType1 form: (List (Record (: val (Boolean)) (: tower TS))) debug: evaluateType1 x: (Record (: val (Boolean)) (: tower TS)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R E V P TS) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: val (Boolean)) (: tower TS)) $param: (R E V P TS) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: TS $param: (R E V P TS) debug: evalCategory d: (Record (: val (Boolean)) (: tower TS)) c: (Type) debug: evaluateType form: P $param: (R E V P TS) debug: evaluateType form: TS $param: (R E V P TS) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE recip ((Record (: num P) (: den P)) P TS)) (SIGNATURE normalizedAssociate (P P TS)) (SIGNATURE normalize ((List (Record (: val P) (: tower TS))) P TS)) (SIGNATURE outputArgs ((Void) (String) (String) P TS)) (SIGNATURE normInvertible? ((List (Record (: val (Boolean)) (: tower TS))) P TS))) NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for NormalizationPackage compiling into /tmp/oa-I2Njv1 compiling exported normInvertible? : (P,TS) -> List Record(val: Boolean,tower: TS) Time: 0.06 SEC. compiling exported normInvertible? : (P,TS) -> List Record(val: Boolean,tower: TS) Time: 0.01 SEC. compiling exported outputArgs : (String,String,P,TS) -> Void Time: 0.03 SEC. compiling exported outputArgs : (String,String,P,TS) -> Void Time: 0.01 SEC. compiling exported outputArgs : (String,String,P,TS) -> Void Time: 0.02 SEC. compiling exported recip : (P,TS) -> Record(num: P,den: P) Time: 0.05 SEC. compiling exported normalizedAssociate : (P,TS) -> P Time: 0.04 SEC. compiling exported normalize : (P,TS) -> List Record(val: P,tower: TS) Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor NormalizationPackage Time: 0.27 seconds finalizing NRLIB NORMPK Processing NormalizationPackage for Browser database: -- recip : (P,TS) -> Record(num: P,den: P) -- normalizedAssociate : (P,TS) -> P -- normalize : (P,TS) -> List PWT -- outputArgs : (S,S,P,TS) -> Void -- normInvertible? : (P,TS) -> List BWT -- constructor ; compiling file "/tmp/oa-I2Njv1/code.lsp" (written 01 FEB 2016 11:15:31 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |NORMPK;normInvertible?;PTSL;1| ...) ; file: /tmp/oa-I2Njv1/code.lsp ; in: DEFUN |NORMPK;normInvertible?;PTSL;1| ; (DEFUN BOOT::|NORMPK;normInvertible?;PTSL;1| (BOOT::|p| BOOT::|ts| BOOT::$) ; (BOOT::SPADCALL BOOT::|p| BOOT::|ts| (BOOT::|shellEntry| BOOT::$ 15))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NORMPK;normInvertible?;PTSL;1| ; (BOOT::|p| BOOT::|ts| BOOT::$) ; (BLOCK BOOT::|NORMPK;normInvertible?;PTSL;1| ; (BOOT::SPADCALL BOOT::|p| BOOT::|ts| (BOOT::|shellEntry| BOOT::$ 15)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |NORMPK;normInvertible?;PTSL;2| ...) ; file: /tmp/oa-I2Njv1/code.lsp ; in: DEFUN |NORMPK;normInvertible?;PTSL;2| ; (DEFUN BOOT::|NORMPK;normInvertible?;PTSL;2| (BOOT::|p| BOOT::|ts| BOOT::$) ; (BOOT::SPADCALL BOOT::|p| BOOT::|ts| (BOOT::|shellEntry| BOOT::$ 17))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NORMPK;normInvertible?;PTSL;2| ; (BOOT::|p| BOOT::|ts| BOOT::$) ; (BLOCK BOOT::|NORMPK;normInvertible?;PTSL;2| ; (BOOT::SPADCALL BOOT::|p| BOOT::|ts| (BOOT::|shellEntry| BOOT::$ 17)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |NORMPK;outputArgs;2SPTSV;3| ...) ; compiling (DEFUN |NORMPK;outputArgs;2SPTSV;4| ...) ; compiling (DEFUN |NORMPK;outputArgs;2SPTSV;5| ...) ; compiling (DEFUN |NORMPK;recip;PTSR;6| ...) ; compiling (DEFUN |NORMPK;normalizedAssociate;PTSP;7| ...) ; compiling (DEFUN |NORMPK;normalize;PTSL;8| ...) ; file: /tmp/oa-I2Njv1/code.lsp ; in: DEFUN |NORMPK;normalize;PTSL;8| ; (DEFUN BOOT::|NORMPK;normalize;PTSL;8| (BOOT::|p| BOOT::|ts| BOOT::$) ; (PROG (BOOT::|q| BOOT::|us|) (RETURN (COND (# #) (# #) (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|NORMPK;normalize;PTSL;8| ; (BOOT::|p| BOOT::|ts| BOOT::$) ; (BLOCK BOOT::|NORMPK;normalize;PTSL;8| ; (PROG (BOOT::|q| BOOT::|us|) (RETURN (COND # # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |NormalizationPackage| ...) ; compiling (DEFUN |NormalizationPackage;| ...) ; compiling (MAKEPROP (QUOTE |NormalizationPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 3 notes ; /tmp/oa-I2Njv1/code.fasl written ; compilation finished in 0:00:00.063 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile LEXTRIPK.spad && cp LEXTRIPK.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LEXTRIPK.fasl \ && if test -f LEXTRIPK-.NRLIB/code.fasl; then \ cp LEXTRIPK-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LEXTRIPK-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LEXTRIPK.spad using Spad compiler. LEXTRIPK abbreviates package LexTriangularPackage debug: compDefine1 lhs: (LexTriangularPackage R ls) signature (pre-evaluate): ((CATEGORY package (SIGNATURE zeroDimensional? ((Boolean) (List (NewSparseMultivariatePolynomial R (OrderedVariableList ls))))) (SIGNATURE fglmIfCan ((Union (List (NewSparseMultivariatePolynomial R (OrderedVariableList ls))) failed) (List (NewSparseMultivariatePolynomial R (OrderedVariableList ls))))) (SIGNATURE groebner ((List (NewSparseMultivariatePolynomial R (OrderedVariableList ls))) (List (NewSparseMultivariatePolynomial R (OrderedVariableList ls))))) (SIGNATURE lexTriangular ((List (RegularChain R ls)) (List (NewSparseMultivariatePolynomial R (OrderedVariableList ls))) (Boolean))) (SIGNATURE squareFreeLexTriangular ((List (SquareFreeRegularTriangularSet R (IndexedExponents (OrderedVariableList ls)) (OrderedVariableList ls) (NewSparseMultivariatePolynomial R (OrderedVariableList ls)))) (List (NewSparseMultivariatePolynomial R (OrderedVariableList ls))) (Boolean))) (SIGNATURE zeroSetSplit ((List (RegularChain R ls)) (List (NewSparseMultivariatePolynomial R (OrderedVariableList ls))) (Boolean))) (SIGNATURE zeroSetSplit ((List (SquareFreeRegularTriangularSet R (IndexedExponents (OrderedVariableList ls)) (OrderedVariableList ls) (NewSparseMultivariatePolynomial R (OrderedVariableList ls)))) (List (NewSparseMultivariatePolynomial R (OrderedVariableList ls))) (Boolean)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE zeroDimensional? ((Boolean) (List (NewSparseMultivariatePolynomial R (OrderedVariableList ls))))) (SIGNATURE fglmIfCan ((Union (List (NewSparseMultivariatePolynomial R (OrderedVariableList ls))) failed) (List (NewSparseMultivariatePolynomial R (OrderedVariableList ls))))) (SIGNATURE groebner ((List (NewSparseMultivariatePolynomial R (OrderedVariableList ls))) (List (NewSparseMultivariatePolynomial R (OrderedVariableList ls))))) (SIGNATURE lexTriangular ((List (RegularChain R ls)) (List (NewSparseMultivariatePolynomial R (OrderedVariableList ls))) (Boolean))) (SIGNATURE squareFreeLexTriangular ((List (SquareFreeRegularTriangularSet R (IndexedExponents (OrderedVariableList ls)) (OrderedVariableList ls) (NewSparseMultivariatePolynomial R (OrderedVariableList ls)))) (List (NewSparseMultivariatePolynomial R (OrderedVariableList ls))) (Boolean))) (SIGNATURE zeroSetSplit ((List (RegularChain R ls)) (List (NewSparseMultivariatePolynomial R (OrderedVariableList ls))) (Boolean))) (SIGNATURE zeroSetSplit ((List (SquareFreeRegularTriangularSet R (IndexedExponents (OrderedVariableList ls)) (OrderedVariableList ls) (NewSparseMultivariatePolynomial R (OrderedVariableList ls)))) (List (NewSparseMultivariatePolynomial R (OrderedVariableList ls))) (Boolean)))) $param: (R ls) debug: evaluateType form: (Boolean) $param: (R ls) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List (NewSparseMultivariatePolynomial R (OrderedVariableList ls))) $param: (R ls) Debug: evaluateType1 form: (List (NewSparseMultivariatePolynomial R (OrderedVariableList ls))) debug: evaluateType1 x: (NewSparseMultivariatePolynomial R (OrderedVariableList ls)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NewSparseMultivariatePolynomial R (OrderedVariableList ls)) $param: (R ls) Debug: evaluateType1 form: (NewSparseMultivariatePolynomial R (OrderedVariableList ls)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: (OrderedVariableList ls) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R ls) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList ls) $param: (R ls) Debug: evaluateType1 form: (OrderedVariableList ls) debug: evaluateType1 x: ls m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList ls) c: (OrderedSet) debug: evalCategory d: (NewSparseMultivariatePolynomial R (OrderedVariableList ls)) c: (Type) debug: evaluateType form: (Union (List (NewSparseMultivariatePolynomial R (OrderedVariableList ls))) failed) $param: (R ls) debug: evaluateType form: (List (NewSparseMultivariatePolynomial R (OrderedVariableList ls))) $param: (R ls) Debug: evaluateType1 form: (List (NewSparseMultivariatePolynomial R (OrderedVariableList ls))) debug: evaluateType1 x: (NewSparseMultivariatePolynomial R (OrderedVariableList ls)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NewSparseMultivariatePolynomial R (OrderedVariableList ls)) $param: (R ls) Debug: evaluateType1 form: (NewSparseMultivariatePolynomial R (OrderedVariableList ls)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: (OrderedVariableList ls) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R ls) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList ls) $param: (R ls) Debug: evaluateType1 form: (OrderedVariableList ls) debug: evaluateType1 x: ls m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList ls) c: (OrderedSet) debug: evalCategory d: (NewSparseMultivariatePolynomial R (OrderedVariableList ls)) c: (Type) debug: evaluateType form: failed $param: (R ls) debug: evaluateType form: (List (NewSparseMultivariatePolynomial R (OrderedVariableList ls))) $param: (R ls) Debug: evaluateType1 form: (List (NewSparseMultivariatePolynomial R (OrderedVariableList ls))) debug: evaluateType1 x: (NewSparseMultivariatePolynomial R (OrderedVariableList ls)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NewSparseMultivariatePolynomial R (OrderedVariableList ls)) $param: (R ls) Debug: evaluateType1 form: (NewSparseMultivariatePolynomial R (OrderedVariableList ls)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: (OrderedVariableList ls) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R ls) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList ls) $param: (R ls) Debug: evaluateType1 form: (OrderedVariableList ls) debug: evaluateType1 x: ls m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList ls) c: (OrderedSet) debug: evalCategory d: (NewSparseMultivariatePolynomial R (OrderedVariableList ls)) c: (Type) debug: evaluateType form: (List (NewSparseMultivariatePolynomial R (OrderedVariableList ls))) $param: (R ls) Debug: evaluateType1 form: (List (NewSparseMultivariatePolynomial R (OrderedVariableList ls))) debug: evaluateType1 x: (NewSparseMultivariatePolynomial R (OrderedVariableList ls)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NewSparseMultivariatePolynomial R (OrderedVariableList ls)) $param: (R ls) Debug: evaluateType1 form: (NewSparseMultivariatePolynomial R (OrderedVariableList ls)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: (OrderedVariableList ls) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R ls) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList ls) $param: (R ls) Debug: evaluateType1 form: (OrderedVariableList ls) debug: evaluateType1 x: ls m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList ls) c: (OrderedSet) debug: evalCategory d: (NewSparseMultivariatePolynomial R (OrderedVariableList ls)) c: (Type) debug: evaluateType form: (List (NewSparseMultivariatePolynomial R (OrderedVariableList ls))) $param: (R ls) Debug: evaluateType1 form: (List (NewSparseMultivariatePolynomial R (OrderedVariableList ls))) debug: evaluateType1 x: (NewSparseMultivariatePolynomial R (OrderedVariableList ls)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NewSparseMultivariatePolynomial R (OrderedVariableList ls)) $param: (R ls) Debug: evaluateType1 form: (NewSparseMultivariatePolynomial R (OrderedVariableList ls)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: (OrderedVariableList ls) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R ls) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList ls) $param: (R ls) Debug: evaluateType1 form: (OrderedVariableList ls) debug: evaluateType1 x: ls m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList ls) c: (OrderedSet) debug: evalCategory d: (NewSparseMultivariatePolynomial R (OrderedVariableList ls)) c: (Type) debug: evaluateType form: (List (RegularChain R ls)) $param: (R ls) Debug: evaluateType1 form: (List (RegularChain R ls)) debug: evaluateType1 x: (RegularChain R ls) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls) Debug: evaluateType1 form: (Type) debug: evaluateType form: (RegularChain R ls) $param: (R ls) Debug: evaluateType1 form: (RegularChain R ls) debug: evaluateType1 x: R m: (GcdDomain) debug: evaluateType1 x: ls m: (List (Symbol)) debug: evalCategory d: (RegularChain R ls) c: (Type) debug: evaluateType form: (List (NewSparseMultivariatePolynomial R (OrderedVariableList ls))) $param: (R ls) Debug: evaluateType1 form: (List (NewSparseMultivariatePolynomial R (OrderedVariableList ls))) debug: evaluateType1 x: (NewSparseMultivariatePolynomial R (OrderedVariableList ls)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NewSparseMultivariatePolynomial R (OrderedVariableList ls)) $param: (R ls) Debug: evaluateType1 form: (NewSparseMultivariatePolynomial R (OrderedVariableList ls)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: (OrderedVariableList ls) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R ls) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList ls) $param: (R ls) Debug: evaluateType1 form: (OrderedVariableList ls) debug: evaluateType1 x: ls m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList ls) c: (OrderedSet) debug: evalCategory d: (NewSparseMultivariatePolynomial R (OrderedVariableList ls)) c: (Type) debug: evaluateType form: (Boolean) $param: (R ls) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List (SquareFreeRegularTriangularSet R (IndexedExponents (OrderedVariableList ls)) (OrderedVariableList ls) (NewSparseMultivariatePolynomial R (OrderedVariableList ls)))) $param: (R ls) Debug: evaluateType1 form: (List (SquareFreeRegularTriangularSet R (IndexedExponents (OrderedVariableList ls)) (OrderedVariableList ls) (NewSparseMultivariatePolynomial R (OrderedVariableList ls)))) debug: evaluateType1 x: (SquareFreeRegularTriangularSet R (IndexedExponents (OrderedVariableList ls)) (OrderedVariableList ls) (NewSparseMultivariatePolynomial R (OrderedVariableList ls))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SquareFreeRegularTriangularSet R (IndexedExponents (OrderedVariableList ls)) (OrderedVariableList ls) (NewSparseMultivariatePolynomial R (OrderedVariableList ls))) $param: (R ls) Debug: evaluateType1 form: (SquareFreeRegularTriangularSet R (IndexedExponents (OrderedVariableList ls)) (OrderedVariableList ls) (NewSparseMultivariatePolynomial R (OrderedVariableList ls))) debug: evaluateType1 x: R m: (GcdDomain) debug: evaluateType1 x: (IndexedExponents (OrderedVariableList ls)) m: (OrderedAbelianMonoidSup) debug: evaluateType1 categoryForm: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (R ls) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (IndexedExponents (OrderedVariableList ls)) $param: (R ls) Debug: evaluateType1 form: (IndexedExponents (OrderedVariableList ls)) debug: evaluateType1 x: (OrderedVariableList ls) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R ls) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList ls) $param: (R ls) Debug: evaluateType1 form: (OrderedVariableList ls) debug: evaluateType1 x: ls m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList ls) c: (OrderedSet) debug: evalCategory d: (IndexedExponents (OrderedVariableList ls)) c: (OrderedAbelianMonoidSup) debug: evaluateType1 x: (OrderedVariableList ls) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R ls) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList ls) $param: (R ls) Debug: evaluateType1 form: (OrderedVariableList ls) debug: evaluateType1 x: ls m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList ls) c: (OrderedSet) debug: evaluateType1 x: (NewSparseMultivariatePolynomial R (OrderedVariableList ls)) m: (RecursivePolynomialCategory R (IndexedExponents (OrderedVariableList ls)) (OrderedVariableList ls)) debug: evaluateType1 categoryForm: (RecursivePolynomialCategory R (IndexedExponents (OrderedVariableList ls)) (OrderedVariableList ls)) debug: evaluateType form: (RecursivePolynomialCategory R (IndexedExponents (OrderedVariableList ls)) (OrderedVariableList ls)) $param: (R ls) Debug: evaluateType1 form: (RecursivePolynomialCategory R (IndexedExponents (OrderedVariableList ls)) (OrderedVariableList ls)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: (IndexedExponents (OrderedVariableList ls)) m: (OrderedAbelianMonoidSup) debug: evaluateType1 categoryForm: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (R ls) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (IndexedExponents (OrderedVariableList ls)) $param: (R ls) Debug: evaluateType1 form: (IndexedExponents (OrderedVariableList ls)) debug: evaluateType1 x: (OrderedVariableList ls) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R ls) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList ls) $param: (R ls) Debug: evaluateType1 form: (OrderedVariableList ls) debug: evaluateType1 x: ls m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList ls) c: (OrderedSet) debug: evalCategory d: (IndexedExponents (OrderedVariableList ls)) c: (OrderedAbelianMonoidSup) debug: evaluateType1 x: (OrderedVariableList ls) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R ls) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList ls) $param: (R ls) Debug: evaluateType1 form: (OrderedVariableList ls) debug: evaluateType1 x: ls m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList ls) c: (OrderedSet) debug: evaluateType form: (NewSparseMultivariatePolynomial R (OrderedVariableList ls)) $param: (R ls) Debug: evaluateType1 form: (NewSparseMultivariatePolynomial R (OrderedVariableList ls)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: (OrderedVariableList ls) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R ls) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList ls) $param: (R ls) Debug: evaluateType1 form: (OrderedVariableList ls) debug: evaluateType1 x: ls m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList ls) c: (OrderedSet) debug: evalCategory d: (NewSparseMultivariatePolynomial R (OrderedVariableList ls)) c: (RecursivePolynomialCategory R (IndexedExponents (OrderedVariableList ls)) (OrderedVariableList ls)) debug: evalCategory d: (SquareFreeRegularTriangularSet R (IndexedExponents (OrderedVariableList ls)) (OrderedVariableList ls) (NewSparseMultivariatePolynomial R (OrderedVariableList ls))) c: (Type) debug: evaluateType form: (List (NewSparseMultivariatePolynomial R (OrderedVariableList ls))) $param: (R ls) Debug: evaluateType1 form: (List (NewSparseMultivariatePolynomial R (OrderedVariableList ls))) debug: evaluateType1 x: (NewSparseMultivariatePolynomial R (OrderedVariableList ls)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NewSparseMultivariatePolynomial R (OrderedVariableList ls)) $param: (R ls) Debug: evaluateType1 form: (NewSparseMultivariatePolynomial R (OrderedVariableList ls)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: (OrderedVariableList ls) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R ls) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList ls) $param: (R ls) Debug: evaluateType1 form: (OrderedVariableList ls) debug: evaluateType1 x: ls m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList ls) c: (OrderedSet) debug: evalCategory d: (NewSparseMultivariatePolynomial R (OrderedVariableList ls)) c: (Type) debug: evaluateType form: (Boolean) $param: (R ls) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List (RegularChain R ls)) $param: (R ls) Debug: evaluateType1 form: (List (RegularChain R ls)) debug: evaluateType1 x: (RegularChain R ls) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls) Debug: evaluateType1 form: (Type) debug: evaluateType form: (RegularChain R ls) $param: (R ls) Debug: evaluateType1 form: (RegularChain R ls) debug: evaluateType1 x: R m: (GcdDomain) debug: evaluateType1 x: ls m: (List (Symbol)) debug: evalCategory d: (RegularChain R ls) c: (Type) debug: evaluateType form: (List (NewSparseMultivariatePolynomial R (OrderedVariableList ls))) $param: (R ls) Debug: evaluateType1 form: (List (NewSparseMultivariatePolynomial R (OrderedVariableList ls))) debug: evaluateType1 x: (NewSparseMultivariatePolynomial R (OrderedVariableList ls)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NewSparseMultivariatePolynomial R (OrderedVariableList ls)) $param: (R ls) Debug: evaluateType1 form: (NewSparseMultivariatePolynomial R (OrderedVariableList ls)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: (OrderedVariableList ls) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R ls) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList ls) $param: (R ls) Debug: evaluateType1 form: (OrderedVariableList ls) debug: evaluateType1 x: ls m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList ls) c: (OrderedSet) debug: evalCategory d: (NewSparseMultivariatePolynomial R (OrderedVariableList ls)) c: (Type) debug: evaluateType form: (Boolean) $param: (R ls) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List (SquareFreeRegularTriangularSet R (IndexedExponents (OrderedVariableList ls)) (OrderedVariableList ls) (NewSparseMultivariatePolynomial R (OrderedVariableList ls)))) $param: (R ls) Debug: evaluateType1 form: (List (SquareFreeRegularTriangularSet R (IndexedExponents (OrderedVariableList ls)) (OrderedVariableList ls) (NewSparseMultivariatePolynomial R (OrderedVariableList ls)))) debug: evaluateType1 x: (SquareFreeRegularTriangularSet R (IndexedExponents (OrderedVariableList ls)) (OrderedVariableList ls) (NewSparseMultivariatePolynomial R (OrderedVariableList ls))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SquareFreeRegularTriangularSet R (IndexedExponents (OrderedVariableList ls)) (OrderedVariableList ls) (NewSparseMultivariatePolynomial R (OrderedVariableList ls))) $param: (R ls) Debug: evaluateType1 form: (SquareFreeRegularTriangularSet R (IndexedExponents (OrderedVariableList ls)) (OrderedVariableList ls) (NewSparseMultivariatePolynomial R (OrderedVariableList ls))) debug: evaluateType1 x: R m: (GcdDomain) debug: evaluateType1 x: (IndexedExponents (OrderedVariableList ls)) m: (OrderedAbelianMonoidSup) debug: evaluateType1 categoryForm: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (R ls) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (IndexedExponents (OrderedVariableList ls)) $param: (R ls) Debug: evaluateType1 form: (IndexedExponents (OrderedVariableList ls)) debug: evaluateType1 x: (OrderedVariableList ls) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R ls) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList ls) $param: (R ls) Debug: evaluateType1 form: (OrderedVariableList ls) debug: evaluateType1 x: ls m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList ls) c: (OrderedSet) debug: evalCategory d: (IndexedExponents (OrderedVariableList ls)) c: (OrderedAbelianMonoidSup) debug: evaluateType1 x: (OrderedVariableList ls) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R ls) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList ls) $param: (R ls) Debug: evaluateType1 form: (OrderedVariableList ls) debug: evaluateType1 x: ls m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList ls) c: (OrderedSet) debug: evaluateType1 x: (NewSparseMultivariatePolynomial R (OrderedVariableList ls)) m: (RecursivePolynomialCategory R (IndexedExponents (OrderedVariableList ls)) (OrderedVariableList ls)) debug: evaluateType1 categoryForm: (RecursivePolynomialCategory R (IndexedExponents (OrderedVariableList ls)) (OrderedVariableList ls)) debug: evaluateType form: (RecursivePolynomialCategory R (IndexedExponents (OrderedVariableList ls)) (OrderedVariableList ls)) $param: (R ls) Debug: evaluateType1 form: (RecursivePolynomialCategory R (IndexedExponents (OrderedVariableList ls)) (OrderedVariableList ls)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: (IndexedExponents (OrderedVariableList ls)) m: (OrderedAbelianMonoidSup) debug: evaluateType1 categoryForm: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (R ls) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (IndexedExponents (OrderedVariableList ls)) $param: (R ls) Debug: evaluateType1 form: (IndexedExponents (OrderedVariableList ls)) debug: evaluateType1 x: (OrderedVariableList ls) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R ls) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList ls) $param: (R ls) Debug: evaluateType1 form: (OrderedVariableList ls) debug: evaluateType1 x: ls m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList ls) c: (OrderedSet) debug: evalCategory d: (IndexedExponents (OrderedVariableList ls)) c: (OrderedAbelianMonoidSup) debug: evaluateType1 x: (OrderedVariableList ls) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R ls) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList ls) $param: (R ls) Debug: evaluateType1 form: (OrderedVariableList ls) debug: evaluateType1 x: ls m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList ls) c: (OrderedSet) debug: evaluateType form: (NewSparseMultivariatePolynomial R (OrderedVariableList ls)) $param: (R ls) Debug: evaluateType1 form: (NewSparseMultivariatePolynomial R (OrderedVariableList ls)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: (OrderedVariableList ls) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R ls) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList ls) $param: (R ls) Debug: evaluateType1 form: (OrderedVariableList ls) debug: evaluateType1 x: ls m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList ls) c: (OrderedSet) debug: evalCategory d: (NewSparseMultivariatePolynomial R (OrderedVariableList ls)) c: (RecursivePolynomialCategory R (IndexedExponents (OrderedVariableList ls)) (OrderedVariableList ls)) debug: evalCategory d: (SquareFreeRegularTriangularSet R (IndexedExponents (OrderedVariableList ls)) (OrderedVariableList ls) (NewSparseMultivariatePolynomial R (OrderedVariableList ls))) c: (Type) debug: evaluateType form: (List (NewSparseMultivariatePolynomial R (OrderedVariableList ls))) $param: (R ls) Debug: evaluateType1 form: (List (NewSparseMultivariatePolynomial R (OrderedVariableList ls))) debug: evaluateType1 x: (NewSparseMultivariatePolynomial R (OrderedVariableList ls)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NewSparseMultivariatePolynomial R (OrderedVariableList ls)) $param: (R ls) Debug: evaluateType1 form: (NewSparseMultivariatePolynomial R (OrderedVariableList ls)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: (OrderedVariableList ls) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R ls) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList ls) $param: (R ls) Debug: evaluateType1 form: (OrderedVariableList ls) debug: evaluateType1 x: ls m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList ls) c: (OrderedSet) debug: evalCategory d: (NewSparseMultivariatePolynomial R (OrderedVariableList ls)) c: (Type) debug: evaluateType form: (Boolean) $param: (R ls) Debug: evaluateType1 form: (Boolean) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE zeroDimensional? ((Boolean) (List (NewSparseMultivariatePolynomial R (OrderedVariableList ls))))) (SIGNATURE fglmIfCan ((Union (List (NewSparseMultivariatePolynomial R (OrderedVariableList ls))) failed) (List (NewSparseMultivariatePolynomial R (OrderedVariableList ls))))) (SIGNATURE groebner ((List (NewSparseMultivariatePolynomial R (OrderedVariableList ls))) (List (NewSparseMultivariatePolynomial R (OrderedVariableList ls))))) (SIGNATURE lexTriangular ((List (RegularChain R ls)) (List (NewSparseMultivariatePolynomial R (OrderedVariableList ls))) (Boolean))) (SIGNATURE squareFreeLexTriangular ((List (SquareFreeRegularTriangularSet R (IndexedExponents (OrderedVariableList ls)) (OrderedVariableList ls) (NewSparseMultivariatePolynomial R (OrderedVariableList ls)))) (List (NewSparseMultivariatePolynomial R (OrderedVariableList ls))) (Boolean))) (SIGNATURE zeroSetSplit ((List (RegularChain R ls)) (List (NewSparseMultivariatePolynomial R (OrderedVariableList ls))) (Boolean))) (SIGNATURE zeroSetSplit ((List (SquareFreeRegularTriangularSet R (IndexedExponents (OrderedVariableList ls)) (OrderedVariableList ls) (NewSparseMultivariatePolynomial R (OrderedVariableList ls)))) (List (NewSparseMultivariatePolynomial R (OrderedVariableList ls))) (Boolean)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for LexTriangularPackage compiling into /tmp/oa-m8rw3D compiling local trueVariables : List NewSparseMultivariatePolynomial(R,OrderedVariableList ls) -> List Symbol Time: 0.08 SEC. compiling exported zeroDimensional? : List NewSparseMultivariatePolynomial(R,OrderedVariableList ls) -> Boolean Time: 0.04 SEC. compiling exported fglmIfCan : List NewSparseMultivariatePolynomial(R,OrderedVariableList ls) -> Union(List NewSparseMultivariatePolynomial(R,OrderedVariableList ls),failed) Time: 0.04 SEC. compiling exported groebner : List NewSparseMultivariatePolynomial(R,OrderedVariableList ls) -> List NewSparseMultivariatePolynomial(R,OrderedVariableList ls) Time: 0.02 SEC. compiling exported lexTriangular : (List NewSparseMultivariatePolynomial(R,OrderedVariableList ls),Boolean) -> List RegularChain(R,ls) Time: 0.14 SEC. compiling exported zeroSetSplit : (List NewSparseMultivariatePolynomial(R,OrderedVariableList ls),Boolean) -> List RegularChain(R,ls) Time: 0.01 SEC. compiling exported squareFreeLexTriangular : (List NewSparseMultivariatePolynomial(R,OrderedVariableList ls),Boolean) -> List SquareFreeRegularTriangularSet(R,IndexedExponents OrderedVariableList ls,OrderedVariableList ls,NewSparseMultivariatePolynomial(R,OrderedVariableList ls)) Time: 0.17 SEC. compiling exported zeroSetSplit : (List NewSparseMultivariatePolynomial(R,OrderedVariableList ls),Boolean) -> List SquareFreeRegularTriangularSet(R,IndexedExponents OrderedVariableList ls,OrderedVariableList ls,NewSparseMultivariatePolynomial(R,OrderedVariableList ls)) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] trueVariables: variables has no value [2] lexTriangular: infRittWu? has no value [3] lexTriangular: polnum has no value [4] squareFreeLexTriangular: infRittWu? has no value [5] squareFreeLexTriangular: polnum has no value Cumulative Statistics for Constructor LexTriangularPackage Time: 0.52 seconds finalizing NRLIB LEXTRIPK Processing LexTriangularPackage for Browser database: -- zeroDimensional? : LP -> B -- fglmIfCan : LP -> Union(LP,"failed") -- groebner : LP -> LP -- lexTriangular : (LP,B) -> List TS -- squareFreeLexTriangular : (LP,B) -> List ST -- zeroSetSplit : (LP,B) -> List TS -- zeroSetSplit : (LP,B) -> List ST -- constructor ; compiling file "/tmp/oa-m8rw3D/code.lsp" (written 01 FEB 2016 11:15:32 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LEXTRIPK;trueVariables| ...) ; file: /tmp/oa-m8rw3D/code.lsp ; in: DEFUN |LEXTRIPK;trueVariables| ; (DEFUN BOOT::|LEXTRIPK;trueVariables| (BOOT::|lp| BOOT::$) ; (LET ((BOOT::|lv| (BOOT::SPADCALL # #)) (BOOT::|truels| NIL)) ; (PROGN ; (LET (#) ; (LOOP # ; #)) ; (BOOTTRAN:|reverse| BOOT::|truels|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LEXTRIPK;trueVariables| ; (BOOT::|lp| BOOT::$) ; (BLOCK BOOT::|LEXTRIPK;trueVariables| ; (LET ((BOOT::|lv| #) (BOOT::|truels| NIL)) ; (PROGN ; (LET # ; #) ; (BOOTTRAN:|reverse| BOOT::|truels|))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |LEXTRIPK;zeroDimensional?;LB;2| ...) ; file: /tmp/oa-m8rw3D/code.lsp ; in: DEFUN |LEXTRIPK;zeroDimensional?;LB;2| ; (DEFUN BOOT::|LEXTRIPK;zeroDimensional?;LB;2| (BOOT::|lp| BOOT::$) ; (LET* ((BOOT::|truels| (BOOT::|LEXTRIPK;trueVariables| BOOT::|lp| BOOT::$)) ; (BOOT::|fglmpack| (BOOT::|FGLMIfCanPackage| # BOOT::|truels|)) ; (BOOT::|lq1| ; (LET # ; #))) ; (BOOT::SPADCALL BOOT::|lq1| ; (BOOT::|compiledLookupCheck| 'BOOT::|zeroDimensional?| ; (LIST '# #) ; BOOT::|fglmpack|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LEXTRIPK;zeroDimensional?;LB;2| ; (BOOT::|lp| BOOT::$) ; (BLOCK BOOT::|LEXTRIPK;zeroDimensional?;LB;2| ; (LET* ((BOOT::|truels| #) (BOOT::|fglmpack| #) (BOOT::|lq1| #)) ; (BOOT::SPADCALL BOOT::|lq1| ; (BOOT::|compiledLookupCheck| ; 'BOOT::|zeroDimensional?| # BOOT::|fglmpack|))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |LEXTRIPK;fglmIfCan;LU;3| ...) ; file: /tmp/oa-m8rw3D/code.lsp ; in: DEFUN |LEXTRIPK;fglmIfCan;LU;3| ; (DEFUN BOOT::|LEXTRIPK;fglmIfCan;LU;3| (BOOT::|lp| BOOT::$) ; (LET* ((BOOT::|truels| (BOOT::|LEXTRIPK;trueVariables| BOOT::|lp| BOOT::$)) ; (BOOT::|fglmpack| (BOOT::|FGLMIfCanPackage| # BOOT::|truels|)) ; (BOOT::|lq1| ; (LET # ; #)) ; (BOOT::|foo| (BOOT::SPADCALL BOOT::|lq1| #))) ; (COND ((EQL # 1) (RETURN-FROM BOOT::|LEXTRIPK;fglmIfCan;LU;3| #)) ; (T (PROGN # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LEXTRIPK;fglmIfCan;LU;3| ; (BOOT::|lp| BOOT::$) ; (BLOCK BOOT::|LEXTRIPK;fglmIfCan;LU;3| ; (LET* ((BOOT::|truels| #) ; (BOOT::|fglmpack| #) ; (BOOT::|lq1| #) ; (BOOT::|foo| #)) ; (COND (# #) (T #))))) ; ; note: Assignment to argument: |lp| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |LEXTRIPK;groebner;2L;4| ...) ; file: /tmp/oa-m8rw3D/code.lsp ; in: DEFUN |LEXTRIPK;groebner;2L;4| ; (DEFUN BOOT::|LEXTRIPK;groebner;2L;4| (BOOT::|lp| BOOT::$) ; (LET* ((BOOT::|truels| (BOOT::|LEXTRIPK;trueVariables| BOOT::|lp| BOOT::$)) ; (BOOT::|fglmpack| (BOOT::|FGLMIfCanPackage| # BOOT::|truels|)) ; (BOOT::|lq1| ; (LET # ; #))) ; (PROGN (SETQ BOOT::|lq1| #) (SETQ BOOT::|lp| #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LEXTRIPK;groebner;2L;4| ; (BOOT::|lp| BOOT::$) ; (BLOCK BOOT::|LEXTRIPK;groebner;2L;4| ; (LET* ((BOOT::|truels| #) (BOOT::|fglmpack| #) (BOOT::|lq1| #)) ; (PROGN (SETQ #) (SETQ #))))) ; ; note: Assignment to argument: |lp| ; prevents use of assertion from function type proclamation: ; LIST ; ; compiling (DEFUN |LEXTRIPK;lexTriangular;LBL;5| ...) ; file: /tmp/oa-m8rw3D/code.lsp ; in: DEFUN |LEXTRIPK;lexTriangular;LBL;5| ; (DEFUN BOOT::|LEXTRIPK;lexTriangular;LBL;5| ; (BOOT::|base| BOOT::|norm?| BOOT::$) ; (PROG (BOOT::|newlp| BOOT::|newp| BOOT::|lus| BOOT::|us| BOOT::|b| ; BOOT::|bwt| BOOT::|lbwt| BOOT::|v| BOOT::|p| BOOT::|lp| BOOT::|lpwt| ; BOOT::|toSave| ...) ; (RETURN (BOOT::SEQ (SETQ #) (SETQ #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LEXTRIPK;lexTriangular;LBL;5| ; (BOOT::|base| BOOT::|norm?| BOOT::$) ; (BLOCK BOOT::|LEXTRIPK;lexTriangular;LBL;5| ; (PROG (BOOT::|newlp| BOOT::|newp| BOOT::|lus| BOOT::|us| BOOT::|b| ; BOOT::|bwt| BOOT::|lbwt| BOOT::|v| BOOT::|p| BOOT::|lp| ; BOOT::|lpwt| BOOT::|toSave| ...) ; (RETURN (BOOT::SEQ # # #))))) ; ; note: Assignment to argument: |base| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |LEXTRIPK;zeroSetSplit;LBL;6| ...) ; file: /tmp/oa-m8rw3D/code.lsp ; in: DEFUN |LEXTRIPK;zeroSetSplit;LBL;6| ; (DEFUN BOOT::|LEXTRIPK;zeroSetSplit;LBL;6| (BOOT::|lp| BOOT::|norm?| BOOT::$) ; (LET ((BOOT::|bar| (BOOT::|LEXTRIPK;fglmIfCan;LU;3| BOOT::|lp| BOOT::$))) ; (COND ; ((EQL # 1) ; (BOOT::|error| "zeroSetSplit$LEXTRIPK: #1 not zero-dimensional")) ; (T (BOOT::|LEXTRIPK;lexTriangular;LBL;5| # BOOT::|norm?| BOOT::$))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LEXTRIPK;zeroSetSplit;LBL;6| ; (BOOT::|lp| BOOT::|norm?| BOOT::$) ; (BLOCK BOOT::|LEXTRIPK;zeroSetSplit;LBL;6| ; (LET ((BOOT::|bar| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |LEXTRIPK;squareFreeLexTriangular;LBL;7| ...) ; file: /tmp/oa-m8rw3D/code.lsp ; in: DEFUN |LEXTRIPK;squareFreeLexTriangular;LBL;7| ; (DEFUN BOOT::|LEXTRIPK;squareFreeLexTriangular;LBL;7| ; (BOOT::|base| BOOT::|norm?| BOOT::$) ; (PROG (BOOT::|newlp| BOOT::|newp| BOOT::|lus| BOOT::|us| BOOT::|b| ; BOOT::|bwt| BOOT::|lbwt| BOOT::|v| BOOT::|p| BOOT::|lp| BOOT::|lpwt| ; BOOT::|toSave| ...) ; (RETURN (BOOT::SEQ (SETQ #) (SETQ #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LEXTRIPK;squareFreeLexTriangular;LBL;7| ; (BOOT::|base| BOOT::|norm?| BOOT::$) ; (BLOCK BOOT::|LEXTRIPK;squareFreeLexTriangular;LBL;7| ; (PROG (BOOT::|newlp| BOOT::|newp| BOOT::|lus| BOOT::|us| BOOT::|b| ; BOOT::|bwt| BOOT::|lbwt| BOOT::|v| BOOT::|p| BOOT::|lp| ; BOOT::|lpwt| BOOT::|toSave| ...) ; (RETURN (BOOT::SEQ # # #))))) ; ; note: Assignment to argument: |base| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |LEXTRIPK;zeroSetSplit;LBL;8| ...) ; file: /tmp/oa-m8rw3D/code.lsp ; in: DEFUN |LEXTRIPK;zeroSetSplit;LBL;8| ; (DEFUN BOOT::|LEXTRIPK;zeroSetSplit;LBL;8| (BOOT::|lp| BOOT::|norm?| BOOT::$) ; (LET ((BOOT::|bar| (BOOT::|LEXTRIPK;fglmIfCan;LU;3| BOOT::|lp| BOOT::$))) ; (COND ; ((EQL # 1) ; (BOOT::|error| "zeroSetSplit$LEXTRIPK: #1 not zero-dimensional")) ; (T ; (BOOT::|LEXTRIPK;squareFreeLexTriangular;LBL;7| # BOOT::|norm?| ; BOOT::$))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LEXTRIPK;zeroSetSplit;LBL;8| ; (BOOT::|lp| BOOT::|norm?| BOOT::$) ; (BLOCK BOOT::|LEXTRIPK;zeroSetSplit;LBL;8| ; (LET ((BOOT::|bar| #)) ; (COND (# #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |LexTriangularPackage| ...) ; compiling (DEFUN |LexTriangularPackage;| ...) ; compiling (MAKEPROP (QUOTE |LexTriangularPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 10 notes ; /tmp/oa-m8rw3D/code.fasl written ; compilation finished in 0:00:00.090 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile IRURPK.spad && cp IRURPK.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IRURPK.fasl \ && if test -f IRURPK-.NRLIB/code.fasl; then \ cp IRURPK-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IRURPK-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IRURPK.spad using Spad compiler. IRURPK abbreviates package InternalRationalUnivariateRepresentationPackage debug: compDefine1 lhs: (InternalRationalUnivariateRepresentationPackage R E V P TS) signature (pre-evaluate): ((CATEGORY package (SIGNATURE rur ((List TS) TS (Boolean))) (SIGNATURE checkRur ((Boolean) TS (List TS)))) NIL NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE rur ((List TS) TS (Boolean))) (SIGNATURE checkRur ((Boolean) TS (List TS)))) $param: (R E V P TS) debug: evaluateType form: (List TS) $param: (R E V P TS) Debug: evaluateType1 form: (List TS) debug: evaluateType1 x: TS m: (Type) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R E V P TS) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: TS $param: (R E V P TS) debug: evaluateType form: (List TS) $param: (R E V P TS) Debug: evaluateType1 form: (List TS) debug: evaluateType1 x: TS m: (Type) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE rur ((List TS) TS (Boolean))) (SIGNATURE checkRur ((Boolean) TS (List TS)))) NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for InternalRationalUnivariateRepresentationPackage compiling into /tmp/oa-aDqxcm compiling exported checkRur : (TS,List TS) -> Boolean Time: 0.13 SEC. compiling local convert : (P,Boolean) -> TS Time: 0.00 SEC. compiling local prepareRur : TS -> List Record(val: List P,tower: TS) Time: 0.06 SEC. compiling local makeMonic : (V,P,P,TS,P,Boolean) -> TS Time: 0.02 SEC. compiling local next : Integer -> Integer Time: 0.01 SEC. compiling local makeLinearAndMonic : (P,V,TS,Boolean,Boolean,Boolean) -> List TS Time: 0.14 SEC. compiling exported rur : (TS,Boolean) -> List TS Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor InternalRationalUnivariateRepresentationPackage Time: 0.40 seconds finalizing NRLIB IRURPK Processing InternalRationalUnivariateRepresentationPackage for Browser database: -- rur : (TS,B) -> List TS -- checkRur : (TS,List TS) -> Boolean -- constructor ; compiling file "/tmp/oa-aDqxcm/code.lsp" (written 01 FEB 2016 11:15:32 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |IRURPK;checkRur;TSLB;1| ...) ; compiling (DEFUN |IRURPK;convert| ...) ; compiling (DEFUN |IRURPK;prepareRur| ...) ; file: /tmp/oa-aDqxcm/code.lsp ; in: DEFUN |IRURPK;prepareRur| ; (DEFUN BOOT::|IRURPK;prepareRur| (BOOT::|ts| BOOT::$) ; (PROG (BOOT::|toSave| BOOT::|newf1| BOOT::|x1| BOOT::|f1| BOOT::|z| ; BOOT::|f0| BOOT::|newf0|) ; (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IRURPK;prepareRur| ; (BOOT::|ts| BOOT::$) ; (BLOCK BOOT::|IRURPK;prepareRur| ; (PROG (BOOT::|toSave| BOOT::|newf1| BOOT::|x1| BOOT::|f1| BOOT::|z| ; BOOT::|f0| BOOT::|newf0|) ; (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |IRURPK;makeMonic| ...) ; compiling (DEFUN |IRURPK;next| ...) ; file: /tmp/oa-aDqxcm/code.lsp ; in: DEFUN |IRURPK;next| ; (DEFUN BOOT::|IRURPK;next| (BOOT::|lambda| BOOT::$) ; (COND ((MINUSP BOOT::|lambda|) (SETQ BOOT::|lambda| #)) ; (T (SETQ BOOT::|lambda| #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|IRURPK;next| ; (BOOT::|lambda| BOOT::$) ; (BLOCK BOOT::|IRURPK;next| ; (COND ((MINUSP BOOT::|lambda|) (SETQ #)) (T (SETQ #))))) ; ; note: Assignment to argument: |lambda| ; prevents use of assertion from function type proclamation: ; INTEGER ; ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |IRURPK;makeLinearAndMonic| ...) ; compiling (DEFUN |IRURPK;rur;TSBL;7| ...) ; compiling (DEFUN |InternalRationalUnivariateRepresentationPackage| ...) ; compiling (DEFUN |InternalRationalUnivariateRepresentationPackage;| ...) ; compiling (MAKEPROP (QUOTE |InternalRationalUnivariateRepresentationPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 2 notes ; /tmp/oa-aDqxcm/code.fasl written ; compilation finished in 0:00:00.068 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ZDSOLVE.spad && cp ZDSOLVE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ZDSOLVE.fasl \ && if test -f ZDSOLVE-.NRLIB/code.fasl; then \ cp ZDSOLVE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ZDSOLVE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ZDSOLVE.spad using Spad compiler. ZDSOLVE abbreviates package ZeroDimensionalSolvePackage debug: compDefine1 lhs: (ZeroDimensionalSolvePackage R ls ls2) signature (pre-evaluate): ((CATEGORY package (SIGNATURE triangSolve ((List (RegularChain R ls)) (List (Polynomial R)) (Boolean) (Boolean))) (SIGNATURE triangSolve ((List (RegularChain R ls)) (List (Polynomial R)) (Boolean))) (SIGNATURE triangSolve ((List (RegularChain R ls)) (List (Polynomial R)))) (SIGNATURE univariateSolve ((List (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R))))) (RegularChain R ls))) (SIGNATURE univariateSolve ((List (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R))))) (List (Polynomial R)) (Boolean) (Boolean) (Boolean))) (SIGNATURE univariateSolve ((List (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R))))) (List (Polynomial R)) (Boolean) (Boolean))) (SIGNATURE univariateSolve ((List (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R))))) (List (Polynomial R)) (Boolean))) (SIGNATURE univariateSolve ((List (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R))))) (List (Polynomial R)))) (SIGNATURE realSolve ((List (List (RealClosure (Fraction R)))) (RegularChain R ls))) (SIGNATURE realSolve ((List (List (RealClosure (Fraction R)))) (List (Polynomial R)) (Boolean) (Boolean) (Boolean))) (SIGNATURE realSolve ((List (List (RealClosure (Fraction R)))) (List (Polynomial R)) (Boolean) (Boolean))) (SIGNATURE realSolve ((List (List (RealClosure (Fraction R)))) (List (Polynomial R)) (Boolean))) (SIGNATURE realSolve ((List (List (RealClosure (Fraction R)))) (List (Polynomial R)))) (SIGNATURE positiveSolve ((List (List (RealClosure (Fraction R)))) (RegularChain R ls))) (SIGNATURE positiveSolve ((List (List (RealClosure (Fraction R)))) (List (Polynomial R)) (Boolean) (Boolean))) (SIGNATURE positiveSolve ((List (List (RealClosure (Fraction R)))) (List (Polynomial R)) (Boolean))) (SIGNATURE positiveSolve ((List (List (RealClosure (Fraction R)))) (List (Polynomial R)))) (SIGNATURE squareFree ((List (SquareFreeRegularTriangularSet R (IndexedExponents (OrderedVariableList ls2)) (OrderedVariableList ls2) (NewSparseMultivariatePolynomial R (OrderedVariableList ls2)))) (RegularChain R ls))) (SIGNATURE convert ((NewSparseMultivariatePolynomial R (OrderedVariableList ls2)) (NewSparseMultivariatePolynomial R (OrderedVariableList ls)))) (SIGNATURE convert ((Polynomial (RealClosure (Fraction R))) (Polynomial R))) (SIGNATURE convert ((Polynomial (RealClosure (Fraction R))) (NewSparseMultivariatePolynomial R (OrderedVariableList ls2)))) (SIGNATURE convert ((SparseUnivariatePolynomial (RealClosure (Fraction R))) (SparseUnivariatePolynomial R))) (SIGNATURE convert ((List (NewSparseMultivariatePolynomial R (OrderedVariableList ls2))) (SquareFreeRegularTriangularSet R (IndexedExponents (OrderedVariableList ls2)) (OrderedVariableList ls2) (NewSparseMultivariatePolynomial R (OrderedVariableList ls2)))))) NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE triangSolve ((List (RegularChain R ls)) (List (Polynomial R)) (Boolean) (Boolean))) (SIGNATURE triangSolve ((List (RegularChain R ls)) (List (Polynomial R)) (Boolean))) (SIGNATURE triangSolve ((List (RegularChain R ls)) (List (Polynomial R)))) (SIGNATURE univariateSolve ((List (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R))))) (RegularChain R ls))) (SIGNATURE univariateSolve ((List (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R))))) (List (Polynomial R)) (Boolean) (Boolean) (Boolean))) (SIGNATURE univariateSolve ((List (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R))))) (List (Polynomial R)) (Boolean) (Boolean))) (SIGNATURE univariateSolve ((List (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R))))) (List (Polynomial R)) (Boolean))) (SIGNATURE univariateSolve ((List (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R))))) (List (Polynomial R)))) (SIGNATURE realSolve ((List (List (RealClosure (Fraction R)))) (RegularChain R ls))) (SIGNATURE realSolve ((List (List (RealClosure (Fraction R)))) (List (Polynomial R)) (Boolean) (Boolean) (Boolean))) (SIGNATURE realSolve ((List (List (RealClosure (Fraction R)))) (List (Polynomial R)) (Boolean) (Boolean))) (SIGNATURE realSolve ((List (List (RealClosure (Fraction R)))) (List (Polynomial R)) (Boolean))) (SIGNATURE realSolve ((List (List (RealClosure (Fraction R)))) (List (Polynomial R)))) (SIGNATURE positiveSolve ((List (List (RealClosure (Fraction R)))) (RegularChain R ls))) (SIGNATURE positiveSolve ((List (List (RealClosure (Fraction R)))) (List (Polynomial R)) (Boolean) (Boolean))) (SIGNATURE positiveSolve ((List (List (RealClosure (Fraction R)))) (List (Polynomial R)) (Boolean))) (SIGNATURE positiveSolve ((List (List (RealClosure (Fraction R)))) (List (Polynomial R)))) (SIGNATURE squareFree ((List (SquareFreeRegularTriangularSet R (IndexedExponents (OrderedVariableList ls2)) (OrderedVariableList ls2) (NewSparseMultivariatePolynomial R (OrderedVariableList ls2)))) (RegularChain R ls))) (SIGNATURE convert ((NewSparseMultivariatePolynomial R (OrderedVariableList ls2)) (NewSparseMultivariatePolynomial R (OrderedVariableList ls)))) (SIGNATURE convert ((Polynomial (RealClosure (Fraction R))) (Polynomial R))) (SIGNATURE convert ((Polynomial (RealClosure (Fraction R))) (NewSparseMultivariatePolynomial R (OrderedVariableList ls2)))) (SIGNATURE convert ((SparseUnivariatePolynomial (RealClosure (Fraction R))) (SparseUnivariatePolynomial R))) (SIGNATURE convert ((List (NewSparseMultivariatePolynomial R (OrderedVariableList ls2))) (SquareFreeRegularTriangularSet R (IndexedExponents (OrderedVariableList ls2)) (OrderedVariableList ls2) (NewSparseMultivariatePolynomial R (OrderedVariableList ls2)))))) $param: (R ls ls2) debug: evaluateType form: (List (RegularChain R ls)) $param: (R ls ls2) Debug: evaluateType1 form: (List (RegularChain R ls)) debug: evaluateType1 x: (RegularChain R ls) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls ls2) Debug: evaluateType1 form: (Type) debug: evaluateType form: (RegularChain R ls) $param: (R ls ls2) Debug: evaluateType1 form: (RegularChain R ls) debug: evaluateType1 x: R m: (GcdDomain) debug: evaluateType1 x: ls m: (List (Symbol)) debug: evalCategory d: (RegularChain R ls) c: (Type) debug: evaluateType form: (List (Polynomial R)) $param: (R ls ls2) Debug: evaluateType1 form: (List (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls ls2) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R ls ls2) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evaluateType form: (Boolean) $param: (R ls ls2) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R ls ls2) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List (RegularChain R ls)) $param: (R ls ls2) Debug: evaluateType1 form: (List (RegularChain R ls)) debug: evaluateType1 x: (RegularChain R ls) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls ls2) Debug: evaluateType1 form: (Type) debug: evaluateType form: (RegularChain R ls) $param: (R ls ls2) Debug: evaluateType1 form: (RegularChain R ls) debug: evaluateType1 x: R m: (GcdDomain) debug: evaluateType1 x: ls m: (List (Symbol)) debug: evalCategory d: (RegularChain R ls) c: (Type) debug: evaluateType form: (List (Polynomial R)) $param: (R ls ls2) Debug: evaluateType1 form: (List (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls ls2) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R ls ls2) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evaluateType form: (Boolean) $param: (R ls ls2) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List (RegularChain R ls)) $param: (R ls ls2) Debug: evaluateType1 form: (List (RegularChain R ls)) debug: evaluateType1 x: (RegularChain R ls) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls ls2) Debug: evaluateType1 form: (Type) debug: evaluateType form: (RegularChain R ls) $param: (R ls ls2) Debug: evaluateType1 form: (RegularChain R ls) debug: evaluateType1 x: R m: (GcdDomain) debug: evaluateType1 x: ls m: (List (Symbol)) debug: evalCategory d: (RegularChain R ls) c: (Type) debug: evaluateType form: (List (Polynomial R)) $param: (R ls ls2) Debug: evaluateType1 form: (List (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls ls2) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R ls ls2) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evaluateType form: (List (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R))))) $param: (R ls ls2) Debug: evaluateType1 form: (List (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R))))) debug: evaluateType1 x: (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls ls2) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R)))) $param: (R ls ls2) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (R ls ls2) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (List (Polynomial R)) $param: (R ls ls2) Debug: evaluateType1 form: (List (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls ls2) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R ls ls2) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evalCategory d: (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R)))) c: (Type) debug: evaluateType form: (RegularChain R ls) $param: (R ls ls2) Debug: evaluateType1 form: (RegularChain R ls) debug: evaluateType1 x: R m: (GcdDomain) debug: evaluateType1 x: ls m: (List (Symbol)) debug: evaluateType form: (List (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R))))) $param: (R ls ls2) Debug: evaluateType1 form: (List (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R))))) debug: evaluateType1 x: (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls ls2) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R)))) $param: (R ls ls2) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (R ls ls2) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (List (Polynomial R)) $param: (R ls ls2) Debug: evaluateType1 form: (List (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls ls2) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R ls ls2) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evalCategory d: (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R)))) c: (Type) debug: evaluateType form: (List (Polynomial R)) $param: (R ls ls2) Debug: evaluateType1 form: (List (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls ls2) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R ls ls2) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evaluateType form: (Boolean) $param: (R ls ls2) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R ls ls2) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R ls ls2) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R))))) $param: (R ls ls2) Debug: evaluateType1 form: (List (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R))))) debug: evaluateType1 x: (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls ls2) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R)))) $param: (R ls ls2) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (R ls ls2) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (List (Polynomial R)) $param: (R ls ls2) Debug: evaluateType1 form: (List (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls ls2) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R ls ls2) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evalCategory d: (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R)))) c: (Type) debug: evaluateType form: (List (Polynomial R)) $param: (R ls ls2) Debug: evaluateType1 form: (List (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls ls2) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R ls ls2) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evaluateType form: (Boolean) $param: (R ls ls2) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R ls ls2) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R))))) $param: (R ls ls2) Debug: evaluateType1 form: (List (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R))))) debug: evaluateType1 x: (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls ls2) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R)))) $param: (R ls ls2) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (R ls ls2) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (List (Polynomial R)) $param: (R ls ls2) Debug: evaluateType1 form: (List (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls ls2) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R ls ls2) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evalCategory d: (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R)))) c: (Type) debug: evaluateType form: (List (Polynomial R)) $param: (R ls ls2) Debug: evaluateType1 form: (List (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls ls2) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R ls ls2) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evaluateType form: (Boolean) $param: (R ls ls2) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R))))) $param: (R ls ls2) Debug: evaluateType1 form: (List (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R))))) debug: evaluateType1 x: (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls ls2) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R)))) $param: (R ls ls2) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (R ls ls2) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (List (Polynomial R)) $param: (R ls ls2) Debug: evaluateType1 form: (List (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls ls2) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R ls ls2) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evalCategory d: (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R)))) c: (Type) debug: evaluateType form: (List (Polynomial R)) $param: (R ls ls2) Debug: evaluateType1 form: (List (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls ls2) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R ls ls2) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evaluateType form: (List (List (RealClosure (Fraction R)))) $param: (R ls ls2) Debug: evaluateType1 form: (List (List (RealClosure (Fraction R)))) debug: evaluateType1 x: (List (RealClosure (Fraction R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls ls2) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (RealClosure (Fraction R))) $param: (R ls ls2) Debug: evaluateType1 form: (List (RealClosure (Fraction R))) debug: evaluateType1 x: (RealClosure (Fraction R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls ls2) Debug: evaluateType1 form: (Type) debug: evaluateType form: (RealClosure (Fraction R)) $param: (R ls ls2) Debug: evaluateType1 form: (RealClosure (Fraction R)) debug: evaluateType1 x: (Fraction R) m: (Join (OrderedRing) (Field) (RealConstant)) debug: evaluateType1 categoryForm: (Join (OrderedRing) (Field) (RealConstant)) debug: evaluateType form: (Join (OrderedRing) (Field) (RealConstant)) $param: (R ls ls2) debug: evaluateType form: (OrderedRing) $param: (R ls ls2) Debug: evaluateType1 form: (OrderedRing) debug: evaluateType form: (Field) $param: (R ls ls2) Debug: evaluateType1 form: (Field) debug: evaluateType form: (RealConstant) $param: (R ls ls2) Debug: evaluateType1 form: (RealConstant) debug: evaluateType form: (Fraction R) $param: (R ls ls2) Debug: evaluateType1 form: (Fraction R) debug: evaluateType1 x: R m: (IntegralDomain) debug: evalCategory d: (Fraction R) c: (Join (OrderedRing) (Field) (RealConstant)) debug: evalCategory d: (RealClosure (Fraction R)) c: (Type) debug: evalCategory d: (List (RealClosure (Fraction R))) c: (Type) debug: evaluateType form: (RegularChain R ls) $param: (R ls ls2) Debug: evaluateType1 form: (RegularChain R ls) debug: evaluateType1 x: R m: (GcdDomain) debug: evaluateType1 x: ls m: (List (Symbol)) debug: evaluateType form: (List (List (RealClosure (Fraction R)))) $param: (R ls ls2) Debug: evaluateType1 form: (List (List (RealClosure (Fraction R)))) debug: evaluateType1 x: (List (RealClosure (Fraction R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls ls2) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (RealClosure (Fraction R))) $param: (R ls ls2) Debug: evaluateType1 form: (List (RealClosure (Fraction R))) debug: evaluateType1 x: (RealClosure (Fraction R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls ls2) Debug: evaluateType1 form: (Type) debug: evaluateType form: (RealClosure (Fraction R)) $param: (R ls ls2) Debug: evaluateType1 form: (RealClosure (Fraction R)) debug: evaluateType1 x: (Fraction R) m: (Join (OrderedRing) (Field) (RealConstant)) debug: evaluateType1 categoryForm: (Join (OrderedRing) (Field) (RealConstant)) debug: evaluateType form: (Join (OrderedRing) (Field) (RealConstant)) $param: (R ls ls2) debug: evaluateType form: (OrderedRing) $param: (R ls ls2) Debug: evaluateType1 form: (OrderedRing) debug: evaluateType form: (Field) $param: (R ls ls2) Debug: evaluateType1 form: (Field) debug: evaluateType form: (RealConstant) $param: (R ls ls2) Debug: evaluateType1 form: (RealConstant) debug: evaluateType form: (Fraction R) $param: (R ls ls2) Debug: evaluateType1 form: (Fraction R) debug: evaluateType1 x: R m: (IntegralDomain) debug: evalCategory d: (Fraction R) c: (Join (OrderedRing) (Field) (RealConstant)) debug: evalCategory d: (RealClosure (Fraction R)) c: (Type) debug: evalCategory d: (List (RealClosure (Fraction R))) c: (Type) debug: evaluateType form: (List (Polynomial R)) $param: (R ls ls2) Debug: evaluateType1 form: (List (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls ls2) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R ls ls2) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evaluateType form: (Boolean) $param: (R ls ls2) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R ls ls2) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R ls ls2) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List (List (RealClosure (Fraction R)))) $param: (R ls ls2) Debug: evaluateType1 form: (List (List (RealClosure (Fraction R)))) debug: evaluateType1 x: (List (RealClosure (Fraction R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls ls2) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (RealClosure (Fraction R))) $param: (R ls ls2) Debug: evaluateType1 form: (List (RealClosure (Fraction R))) debug: evaluateType1 x: (RealClosure (Fraction R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls ls2) Debug: evaluateType1 form: (Type) debug: evaluateType form: (RealClosure (Fraction R)) $param: (R ls ls2) Debug: evaluateType1 form: (RealClosure (Fraction R)) debug: evaluateType1 x: (Fraction R) m: (Join (OrderedRing) (Field) (RealConstant)) debug: evaluateType1 categoryForm: (Join (OrderedRing) (Field) (RealConstant)) debug: evaluateType form: (Join (OrderedRing) (Field) (RealConstant)) $param: (R ls ls2) debug: evaluateType form: (OrderedRing) $param: (R ls ls2) Debug: evaluateType1 form: (OrderedRing) debug: evaluateType form: (Field) $param: (R ls ls2) Debug: evaluateType1 form: (Field) debug: evaluateType form: (RealConstant) $param: (R ls ls2) Debug: evaluateType1 form: (RealConstant) debug: evaluateType form: (Fraction R) $param: (R ls ls2) Debug: evaluateType1 form: (Fraction R) debug: evaluateType1 x: R m: (IntegralDomain) debug: evalCategory d: (Fraction R) c: (Join (OrderedRing) (Field) (RealConstant)) debug: evalCategory d: (RealClosure (Fraction R)) c: (Type) debug: evalCategory d: (List (RealClosure (Fraction R))) c: (Type) debug: evaluateType form: (List (Polynomial R)) $param: (R ls ls2) Debug: evaluateType1 form: (List (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls ls2) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R ls ls2) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evaluateType form: (Boolean) $param: (R ls ls2) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R ls ls2) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List (List (RealClosure (Fraction R)))) $param: (R ls ls2) Debug: evaluateType1 form: (List (List (RealClosure (Fraction R)))) debug: evaluateType1 x: (List (RealClosure (Fraction R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls ls2) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (RealClosure (Fraction R))) $param: (R ls ls2) Debug: evaluateType1 form: (List (RealClosure (Fraction R))) debug: evaluateType1 x: (RealClosure (Fraction R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls ls2) Debug: evaluateType1 form: (Type) debug: evaluateType form: (RealClosure (Fraction R)) $param: (R ls ls2) Debug: evaluateType1 form: (RealClosure (Fraction R)) debug: evaluateType1 x: (Fraction R) m: (Join (OrderedRing) (Field) (RealConstant)) debug: evaluateType1 categoryForm: (Join (OrderedRing) (Field) (RealConstant)) debug: evaluateType form: (Join (OrderedRing) (Field) (RealConstant)) $param: (R ls ls2) debug: evaluateType form: (OrderedRing) $param: (R ls ls2) Debug: evaluateType1 form: (OrderedRing) debug: evaluateType form: (Field) $param: (R ls ls2) Debug: evaluateType1 form: (Field) debug: evaluateType form: (RealConstant) $param: (R ls ls2) Debug: evaluateType1 form: (RealConstant) debug: evaluateType form: (Fraction R) $param: (R ls ls2) Debug: evaluateType1 form: (Fraction R) debug: evaluateType1 x: R m: (IntegralDomain) debug: evalCategory d: (Fraction R) c: (Join (OrderedRing) (Field) (RealConstant)) debug: evalCategory d: (RealClosure (Fraction R)) c: (Type) debug: evalCategory d: (List (RealClosure (Fraction R))) c: (Type) debug: evaluateType form: (List (Polynomial R)) $param: (R ls ls2) Debug: evaluateType1 form: (List (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls ls2) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R ls ls2) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evaluateType form: (Boolean) $param: (R ls ls2) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List (List (RealClosure (Fraction R)))) $param: (R ls ls2) Debug: evaluateType1 form: (List (List (RealClosure (Fraction R)))) debug: evaluateType1 x: (List (RealClosure (Fraction R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls ls2) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (RealClosure (Fraction R))) $param: (R ls ls2) Debug: evaluateType1 form: (List (RealClosure (Fraction R))) debug: evaluateType1 x: (RealClosure (Fraction R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls ls2) Debug: evaluateType1 form: (Type) debug: evaluateType form: (RealClosure (Fraction R)) $param: (R ls ls2) Debug: evaluateType1 form: (RealClosure (Fraction R)) debug: evaluateType1 x: (Fraction R) m: (Join (OrderedRing) (Field) (RealConstant)) debug: evaluateType1 categoryForm: (Join (OrderedRing) (Field) (RealConstant)) debug: evaluateType form: (Join (OrderedRing) (Field) (RealConstant)) $param: (R ls ls2) debug: evaluateType form: (OrderedRing) $param: (R ls ls2) Debug: evaluateType1 form: (OrderedRing) debug: evaluateType form: (Field) $param: (R ls ls2) Debug: evaluateType1 form: (Field) debug: evaluateType form: (RealConstant) $param: (R ls ls2) Debug: evaluateType1 form: (RealConstant) debug: evaluateType form: (Fraction R) $param: (R ls ls2) Debug: evaluateType1 form: (Fraction R) debug: evaluateType1 x: R m: (IntegralDomain) debug: evalCategory d: (Fraction R) c: (Join (OrderedRing) (Field) (RealConstant)) debug: evalCategory d: (RealClosure (Fraction R)) c: (Type) debug: evalCategory d: (List (RealClosure (Fraction R))) c: (Type) debug: evaluateType form: (List (Polynomial R)) $param: (R ls ls2) Debug: evaluateType1 form: (List (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls ls2) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R ls ls2) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evaluateType form: (List (List (RealClosure (Fraction R)))) $param: (R ls ls2) Debug: evaluateType1 form: (List (List (RealClosure (Fraction R)))) debug: evaluateType1 x: (List (RealClosure (Fraction R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls ls2) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (RealClosure (Fraction R))) $param: (R ls ls2) Debug: evaluateType1 form: (List (RealClosure (Fraction R))) debug: evaluateType1 x: (RealClosure (Fraction R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls ls2) Debug: evaluateType1 form: (Type) debug: evaluateType form: (RealClosure (Fraction R)) $param: (R ls ls2) Debug: evaluateType1 form: (RealClosure (Fraction R)) debug: evaluateType1 x: (Fraction R) m: (Join (OrderedRing) (Field) (RealConstant)) debug: evaluateType1 categoryForm: (Join (OrderedRing) (Field) (RealConstant)) debug: evaluateType form: (Join (OrderedRing) (Field) (RealConstant)) $param: (R ls ls2) debug: evaluateType form: (OrderedRing) $param: (R ls ls2) Debug: evaluateType1 form: (OrderedRing) debug: evaluateType form: (Field) $param: (R ls ls2) Debug: evaluateType1 form: (Field) debug: evaluateType form: (RealConstant) $param: (R ls ls2) Debug: evaluateType1 form: (RealConstant) debug: evaluateType form: (Fraction R) $param: (R ls ls2) Debug: evaluateType1 form: (Fraction R) debug: evaluateType1 x: R m: (IntegralDomain) debug: evalCategory d: (Fraction R) c: (Join (OrderedRing) (Field) (RealConstant)) debug: evalCategory d: (RealClosure (Fraction R)) c: (Type) debug: evalCategory d: (List (RealClosure (Fraction R))) c: (Type) debug: evaluateType form: (RegularChain R ls) $param: (R ls ls2) Debug: evaluateType1 form: (RegularChain R ls) debug: evaluateType1 x: R m: (GcdDomain) debug: evaluateType1 x: ls m: (List (Symbol)) debug: evaluateType form: (List (List (RealClosure (Fraction R)))) $param: (R ls ls2) Debug: evaluateType1 form: (List (List (RealClosure (Fraction R)))) debug: evaluateType1 x: (List (RealClosure (Fraction R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls ls2) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (RealClosure (Fraction R))) $param: (R ls ls2) Debug: evaluateType1 form: (List (RealClosure (Fraction R))) debug: evaluateType1 x: (RealClosure (Fraction R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls ls2) Debug: evaluateType1 form: (Type) debug: evaluateType form: (RealClosure (Fraction R)) $param: (R ls ls2) Debug: evaluateType1 form: (RealClosure (Fraction R)) debug: evaluateType1 x: (Fraction R) m: (Join (OrderedRing) (Field) (RealConstant)) debug: evaluateType1 categoryForm: (Join (OrderedRing) (Field) (RealConstant)) debug: evaluateType form: (Join (OrderedRing) (Field) (RealConstant)) $param: (R ls ls2) debug: evaluateType form: (OrderedRing) $param: (R ls ls2) Debug: evaluateType1 form: (OrderedRing) debug: evaluateType form: (Field) $param: (R ls ls2) Debug: evaluateType1 form: (Field) debug: evaluateType form: (RealConstant) $param: (R ls ls2) Debug: evaluateType1 form: (RealConstant) debug: evaluateType form: (Fraction R) $param: (R ls ls2) Debug: evaluateType1 form: (Fraction R) debug: evaluateType1 x: R m: (IntegralDomain) debug: evalCategory d: (Fraction R) c: (Join (OrderedRing) (Field) (RealConstant)) debug: evalCategory d: (RealClosure (Fraction R)) c: (Type) debug: evalCategory d: (List (RealClosure (Fraction R))) c: (Type) debug: evaluateType form: (List (Polynomial R)) $param: (R ls ls2) Debug: evaluateType1 form: (List (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls ls2) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R ls ls2) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evaluateType form: (Boolean) $param: (R ls ls2) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R ls ls2) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List (List (RealClosure (Fraction R)))) $param: (R ls ls2) Debug: evaluateType1 form: (List (List (RealClosure (Fraction R)))) debug: evaluateType1 x: (List (RealClosure (Fraction R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls ls2) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (RealClosure (Fraction R))) $param: (R ls ls2) Debug: evaluateType1 form: (List (RealClosure (Fraction R))) debug: evaluateType1 x: (RealClosure (Fraction R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls ls2) Debug: evaluateType1 form: (Type) debug: evaluateType form: (RealClosure (Fraction R)) $param: (R ls ls2) Debug: evaluateType1 form: (RealClosure (Fraction R)) debug: evaluateType1 x: (Fraction R) m: (Join (OrderedRing) (Field) (RealConstant)) debug: evaluateType1 categoryForm: (Join (OrderedRing) (Field) (RealConstant)) debug: evaluateType form: (Join (OrderedRing) (Field) (RealConstant)) $param: (R ls ls2) debug: evaluateType form: (OrderedRing) $param: (R ls ls2) Debug: evaluateType1 form: (OrderedRing) debug: evaluateType form: (Field) $param: (R ls ls2) Debug: evaluateType1 form: (Field) debug: evaluateType form: (RealConstant) $param: (R ls ls2) Debug: evaluateType1 form: (RealConstant) debug: evaluateType form: (Fraction R) $param: (R ls ls2) Debug: evaluateType1 form: (Fraction R) debug: evaluateType1 x: R m: (IntegralDomain) debug: evalCategory d: (Fraction R) c: (Join (OrderedRing) (Field) (RealConstant)) debug: evalCategory d: (RealClosure (Fraction R)) c: (Type) debug: evalCategory d: (List (RealClosure (Fraction R))) c: (Type) debug: evaluateType form: (List (Polynomial R)) $param: (R ls ls2) Debug: evaluateType1 form: (List (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls ls2) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R ls ls2) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evaluateType form: (Boolean) $param: (R ls ls2) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List (List (RealClosure (Fraction R)))) $param: (R ls ls2) Debug: evaluateType1 form: (List (List (RealClosure (Fraction R)))) debug: evaluateType1 x: (List (RealClosure (Fraction R))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls ls2) Debug: evaluateType1 form: (Type) debug: evaluateType form: (List (RealClosure (Fraction R))) $param: (R ls ls2) Debug: evaluateType1 form: (List (RealClosure (Fraction R))) debug: evaluateType1 x: (RealClosure (Fraction R)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls ls2) Debug: evaluateType1 form: (Type) debug: evaluateType form: (RealClosure (Fraction R)) $param: (R ls ls2) Debug: evaluateType1 form: (RealClosure (Fraction R)) debug: evaluateType1 x: (Fraction R) m: (Join (OrderedRing) (Field) (RealConstant)) debug: evaluateType1 categoryForm: (Join (OrderedRing) (Field) (RealConstant)) debug: evaluateType form: (Join (OrderedRing) (Field) (RealConstant)) $param: (R ls ls2) debug: evaluateType form: (OrderedRing) $param: (R ls ls2) Debug: evaluateType1 form: (OrderedRing) debug: evaluateType form: (Field) $param: (R ls ls2) Debug: evaluateType1 form: (Field) debug: evaluateType form: (RealConstant) $param: (R ls ls2) Debug: evaluateType1 form: (RealConstant) debug: evaluateType form: (Fraction R) $param: (R ls ls2) Debug: evaluateType1 form: (Fraction R) debug: evaluateType1 x: R m: (IntegralDomain) debug: evalCategory d: (Fraction R) c: (Join (OrderedRing) (Field) (RealConstant)) debug: evalCategory d: (RealClosure (Fraction R)) c: (Type) debug: evalCategory d: (List (RealClosure (Fraction R))) c: (Type) debug: evaluateType form: (List (Polynomial R)) $param: (R ls ls2) Debug: evaluateType1 form: (List (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls ls2) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R ls ls2) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evaluateType form: (List (SquareFreeRegularTriangularSet R (IndexedExponents (OrderedVariableList ls2)) (OrderedVariableList ls2) (NewSparseMultivariatePolynomial R (OrderedVariableList ls2)))) $param: (R ls ls2) Debug: evaluateType1 form: (List (SquareFreeRegularTriangularSet R (IndexedExponents (OrderedVariableList ls2)) (OrderedVariableList ls2) (NewSparseMultivariatePolynomial R (OrderedVariableList ls2)))) debug: evaluateType1 x: (SquareFreeRegularTriangularSet R (IndexedExponents (OrderedVariableList ls2)) (OrderedVariableList ls2) (NewSparseMultivariatePolynomial R (OrderedVariableList ls2))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls ls2) Debug: evaluateType1 form: (Type) debug: evaluateType form: (SquareFreeRegularTriangularSet R (IndexedExponents (OrderedVariableList ls2)) (OrderedVariableList ls2) (NewSparseMultivariatePolynomial R (OrderedVariableList ls2))) $param: (R ls ls2) Debug: evaluateType1 form: (SquareFreeRegularTriangularSet R (IndexedExponents (OrderedVariableList ls2)) (OrderedVariableList ls2) (NewSparseMultivariatePolynomial R (OrderedVariableList ls2))) debug: evaluateType1 x: R m: (GcdDomain) debug: evaluateType1 x: (IndexedExponents (OrderedVariableList ls2)) m: (OrderedAbelianMonoidSup) debug: evaluateType1 categoryForm: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (R ls ls2) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (IndexedExponents (OrderedVariableList ls2)) $param: (R ls ls2) Debug: evaluateType1 form: (IndexedExponents (OrderedVariableList ls2)) debug: evaluateType1 x: (OrderedVariableList ls2) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R ls ls2) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList ls2) $param: (R ls ls2) Debug: evaluateType1 form: (OrderedVariableList ls2) debug: evaluateType1 x: ls2 m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList ls2) c: (OrderedSet) debug: evalCategory d: (IndexedExponents (OrderedVariableList ls2)) c: (OrderedAbelianMonoidSup) debug: evaluateType1 x: (OrderedVariableList ls2) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R ls ls2) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList ls2) $param: (R ls ls2) Debug: evaluateType1 form: (OrderedVariableList ls2) debug: evaluateType1 x: ls2 m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList ls2) c: (OrderedSet) debug: evaluateType1 x: (NewSparseMultivariatePolynomial R (OrderedVariableList ls2)) m: (RecursivePolynomialCategory R (IndexedExponents (OrderedVariableList ls2)) (OrderedVariableList ls2)) debug: evaluateType1 categoryForm: (RecursivePolynomialCategory R (IndexedExponents (OrderedVariableList ls2)) (OrderedVariableList ls2)) debug: evaluateType form: (RecursivePolynomialCategory R (IndexedExponents (OrderedVariableList ls2)) (OrderedVariableList ls2)) $param: (R ls ls2) Debug: evaluateType1 form: (RecursivePolynomialCategory R (IndexedExponents (OrderedVariableList ls2)) (OrderedVariableList ls2)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: (IndexedExponents (OrderedVariableList ls2)) m: (OrderedAbelianMonoidSup) debug: evaluateType1 categoryForm: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (R ls ls2) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (IndexedExponents (OrderedVariableList ls2)) $param: (R ls ls2) Debug: evaluateType1 form: (IndexedExponents (OrderedVariableList ls2)) debug: evaluateType1 x: (OrderedVariableList ls2) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R ls ls2) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList ls2) $param: (R ls ls2) Debug: evaluateType1 form: (OrderedVariableList ls2) debug: evaluateType1 x: ls2 m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList ls2) c: (OrderedSet) debug: evalCategory d: (IndexedExponents (OrderedVariableList ls2)) c: (OrderedAbelianMonoidSup) debug: evaluateType1 x: (OrderedVariableList ls2) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R ls ls2) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList ls2) $param: (R ls ls2) Debug: evaluateType1 form: (OrderedVariableList ls2) debug: evaluateType1 x: ls2 m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList ls2) c: (OrderedSet) debug: evaluateType form: (NewSparseMultivariatePolynomial R (OrderedVariableList ls2)) $param: (R ls ls2) Debug: evaluateType1 form: (NewSparseMultivariatePolynomial R (OrderedVariableList ls2)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: (OrderedVariableList ls2) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R ls ls2) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList ls2) $param: (R ls ls2) Debug: evaluateType1 form: (OrderedVariableList ls2) debug: evaluateType1 x: ls2 m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList ls2) c: (OrderedSet) debug: evalCategory d: (NewSparseMultivariatePolynomial R (OrderedVariableList ls2)) c: (RecursivePolynomialCategory R (IndexedExponents (OrderedVariableList ls2)) (OrderedVariableList ls2)) debug: evalCategory d: (SquareFreeRegularTriangularSet R (IndexedExponents (OrderedVariableList ls2)) (OrderedVariableList ls2) (NewSparseMultivariatePolynomial R (OrderedVariableList ls2))) c: (Type) debug: evaluateType form: (RegularChain R ls) $param: (R ls ls2) Debug: evaluateType1 form: (RegularChain R ls) debug: evaluateType1 x: R m: (GcdDomain) debug: evaluateType1 x: ls m: (List (Symbol)) debug: evaluateType form: (NewSparseMultivariatePolynomial R (OrderedVariableList ls2)) $param: (R ls ls2) Debug: evaluateType1 form: (NewSparseMultivariatePolynomial R (OrderedVariableList ls2)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: (OrderedVariableList ls2) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R ls ls2) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList ls2) $param: (R ls ls2) Debug: evaluateType1 form: (OrderedVariableList ls2) debug: evaluateType1 x: ls2 m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList ls2) c: (OrderedSet) debug: evaluateType form: (NewSparseMultivariatePolynomial R (OrderedVariableList ls)) $param: (R ls ls2) Debug: evaluateType1 form: (NewSparseMultivariatePolynomial R (OrderedVariableList ls)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: (OrderedVariableList ls) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R ls ls2) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList ls) $param: (R ls ls2) Debug: evaluateType1 form: (OrderedVariableList ls) debug: evaluateType1 x: ls m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList ls) c: (OrderedSet) debug: evaluateType form: (Polynomial (RealClosure (Fraction R))) $param: (R ls ls2) Debug: evaluateType1 form: (Polynomial (RealClosure (Fraction R))) debug: evaluateType1 x: (RealClosure (Fraction R)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R ls ls2) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (RealClosure (Fraction R)) $param: (R ls ls2) Debug: evaluateType1 form: (RealClosure (Fraction R)) debug: evaluateType1 x: (Fraction R) m: (Join (OrderedRing) (Field) (RealConstant)) debug: evaluateType1 categoryForm: (Join (OrderedRing) (Field) (RealConstant)) debug: evaluateType form: (Join (OrderedRing) (Field) (RealConstant)) $param: (R ls ls2) debug: evaluateType form: (OrderedRing) $param: (R ls ls2) Debug: evaluateType1 form: (OrderedRing) debug: evaluateType form: (Field) $param: (R ls ls2) Debug: evaluateType1 form: (Field) debug: evaluateType form: (RealConstant) $param: (R ls ls2) Debug: evaluateType1 form: (RealConstant) debug: evaluateType form: (Fraction R) $param: (R ls ls2) Debug: evaluateType1 form: (Fraction R) debug: evaluateType1 x: R m: (IntegralDomain) debug: evalCategory d: (Fraction R) c: (Join (OrderedRing) (Field) (RealConstant)) debug: evalCategory d: (RealClosure (Fraction R)) c: (Ring) debug: evaluateType form: (Polynomial R) $param: (R ls ls2) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (Polynomial (RealClosure (Fraction R))) $param: (R ls ls2) Debug: evaluateType1 form: (Polynomial (RealClosure (Fraction R))) debug: evaluateType1 x: (RealClosure (Fraction R)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R ls ls2) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (RealClosure (Fraction R)) $param: (R ls ls2) Debug: evaluateType1 form: (RealClosure (Fraction R)) debug: evaluateType1 x: (Fraction R) m: (Join (OrderedRing) (Field) (RealConstant)) debug: evaluateType1 categoryForm: (Join (OrderedRing) (Field) (RealConstant)) debug: evaluateType form: (Join (OrderedRing) (Field) (RealConstant)) $param: (R ls ls2) debug: evaluateType form: (OrderedRing) $param: (R ls ls2) Debug: evaluateType1 form: (OrderedRing) debug: evaluateType form: (Field) $param: (R ls ls2) Debug: evaluateType1 form: (Field) debug: evaluateType form: (RealConstant) $param: (R ls ls2) Debug: evaluateType1 form: (RealConstant) debug: evaluateType form: (Fraction R) $param: (R ls ls2) Debug: evaluateType1 form: (Fraction R) debug: evaluateType1 x: R m: (IntegralDomain) debug: evalCategory d: (Fraction R) c: (Join (OrderedRing) (Field) (RealConstant)) debug: evalCategory d: (RealClosure (Fraction R)) c: (Ring) debug: evaluateType form: (NewSparseMultivariatePolynomial R (OrderedVariableList ls2)) $param: (R ls ls2) Debug: evaluateType1 form: (NewSparseMultivariatePolynomial R (OrderedVariableList ls2)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: (OrderedVariableList ls2) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R ls ls2) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList ls2) $param: (R ls ls2) Debug: evaluateType1 form: (OrderedVariableList ls2) debug: evaluateType1 x: ls2 m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList ls2) c: (OrderedSet) debug: evaluateType form: (SparseUnivariatePolynomial (RealClosure (Fraction R))) $param: (R ls ls2) Debug: evaluateType1 form: (SparseUnivariatePolynomial (RealClosure (Fraction R))) debug: evaluateType1 x: (RealClosure (Fraction R)) m: (Ring) debug: evaluateType1 categoryForm: (Ring) debug: evaluateType form: (Ring) $param: (R ls ls2) Debug: evaluateType1 form: (Ring) debug: evaluateType form: (RealClosure (Fraction R)) $param: (R ls ls2) Debug: evaluateType1 form: (RealClosure (Fraction R)) debug: evaluateType1 x: (Fraction R) m: (Join (OrderedRing) (Field) (RealConstant)) debug: evaluateType1 categoryForm: (Join (OrderedRing) (Field) (RealConstant)) debug: evaluateType form: (Join (OrderedRing) (Field) (RealConstant)) $param: (R ls ls2) debug: evaluateType form: (OrderedRing) $param: (R ls ls2) Debug: evaluateType1 form: (OrderedRing) debug: evaluateType form: (Field) $param: (R ls ls2) Debug: evaluateType1 form: (Field) debug: evaluateType form: (RealConstant) $param: (R ls ls2) Debug: evaluateType1 form: (RealConstant) debug: evaluateType form: (Fraction R) $param: (R ls ls2) Debug: evaluateType1 form: (Fraction R) debug: evaluateType1 x: R m: (IntegralDomain) debug: evalCategory d: (Fraction R) c: (Join (OrderedRing) (Field) (RealConstant)) debug: evalCategory d: (RealClosure (Fraction R)) c: (Ring) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (R ls ls2) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (List (NewSparseMultivariatePolynomial R (OrderedVariableList ls2))) $param: (R ls ls2) Debug: evaluateType1 form: (List (NewSparseMultivariatePolynomial R (OrderedVariableList ls2))) debug: evaluateType1 x: (NewSparseMultivariatePolynomial R (OrderedVariableList ls2)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls ls2) Debug: evaluateType1 form: (Type) debug: evaluateType form: (NewSparseMultivariatePolynomial R (OrderedVariableList ls2)) $param: (R ls ls2) Debug: evaluateType1 form: (NewSparseMultivariatePolynomial R (OrderedVariableList ls2)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: (OrderedVariableList ls2) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R ls ls2) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList ls2) $param: (R ls ls2) Debug: evaluateType1 form: (OrderedVariableList ls2) debug: evaluateType1 x: ls2 m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList ls2) c: (OrderedSet) debug: evalCategory d: (NewSparseMultivariatePolynomial R (OrderedVariableList ls2)) c: (Type) debug: evaluateType form: (SquareFreeRegularTriangularSet R (IndexedExponents (OrderedVariableList ls2)) (OrderedVariableList ls2) (NewSparseMultivariatePolynomial R (OrderedVariableList ls2))) $param: (R ls ls2) Debug: evaluateType1 form: (SquareFreeRegularTriangularSet R (IndexedExponents (OrderedVariableList ls2)) (OrderedVariableList ls2) (NewSparseMultivariatePolynomial R (OrderedVariableList ls2))) debug: evaluateType1 x: R m: (GcdDomain) debug: evaluateType1 x: (IndexedExponents (OrderedVariableList ls2)) m: (OrderedAbelianMonoidSup) debug: evaluateType1 categoryForm: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (R ls ls2) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (IndexedExponents (OrderedVariableList ls2)) $param: (R ls ls2) Debug: evaluateType1 form: (IndexedExponents (OrderedVariableList ls2)) debug: evaluateType1 x: (OrderedVariableList ls2) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R ls ls2) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList ls2) $param: (R ls ls2) Debug: evaluateType1 form: (OrderedVariableList ls2) debug: evaluateType1 x: ls2 m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList ls2) c: (OrderedSet) debug: evalCategory d: (IndexedExponents (OrderedVariableList ls2)) c: (OrderedAbelianMonoidSup) debug: evaluateType1 x: (OrderedVariableList ls2) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R ls ls2) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList ls2) $param: (R ls ls2) Debug: evaluateType1 form: (OrderedVariableList ls2) debug: evaluateType1 x: ls2 m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList ls2) c: (OrderedSet) debug: evaluateType1 x: (NewSparseMultivariatePolynomial R (OrderedVariableList ls2)) m: (RecursivePolynomialCategory R (IndexedExponents (OrderedVariableList ls2)) (OrderedVariableList ls2)) debug: evaluateType1 categoryForm: (RecursivePolynomialCategory R (IndexedExponents (OrderedVariableList ls2)) (OrderedVariableList ls2)) debug: evaluateType form: (RecursivePolynomialCategory R (IndexedExponents (OrderedVariableList ls2)) (OrderedVariableList ls2)) $param: (R ls ls2) Debug: evaluateType1 form: (RecursivePolynomialCategory R (IndexedExponents (OrderedVariableList ls2)) (OrderedVariableList ls2)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: (IndexedExponents (OrderedVariableList ls2)) m: (OrderedAbelianMonoidSup) debug: evaluateType1 categoryForm: (OrderedAbelianMonoidSup) debug: evaluateType form: (OrderedAbelianMonoidSup) $param: (R ls ls2) Debug: evaluateType1 form: (OrderedAbelianMonoidSup) debug: evaluateType form: (IndexedExponents (OrderedVariableList ls2)) $param: (R ls ls2) Debug: evaluateType1 form: (IndexedExponents (OrderedVariableList ls2)) debug: evaluateType1 x: (OrderedVariableList ls2) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R ls ls2) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList ls2) $param: (R ls ls2) Debug: evaluateType1 form: (OrderedVariableList ls2) debug: evaluateType1 x: ls2 m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList ls2) c: (OrderedSet) debug: evalCategory d: (IndexedExponents (OrderedVariableList ls2)) c: (OrderedAbelianMonoidSup) debug: evaluateType1 x: (OrderedVariableList ls2) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R ls ls2) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList ls2) $param: (R ls ls2) Debug: evaluateType1 form: (OrderedVariableList ls2) debug: evaluateType1 x: ls2 m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList ls2) c: (OrderedSet) debug: evaluateType form: (NewSparseMultivariatePolynomial R (OrderedVariableList ls2)) $param: (R ls ls2) Debug: evaluateType1 form: (NewSparseMultivariatePolynomial R (OrderedVariableList ls2)) debug: evaluateType1 x: R m: (Ring) debug: evaluateType1 x: (OrderedVariableList ls2) m: (OrderedSet) debug: evaluateType1 categoryForm: (OrderedSet) debug: evaluateType form: (OrderedSet) $param: (R ls ls2) Debug: evaluateType1 form: (OrderedSet) debug: evaluateType form: (OrderedVariableList ls2) $param: (R ls ls2) Debug: evaluateType1 form: (OrderedVariableList ls2) debug: evaluateType1 x: ls2 m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList ls2) c: (OrderedSet) debug: evalCategory d: (NewSparseMultivariatePolynomial R (OrderedVariableList ls2)) c: (RecursivePolynomialCategory R (IndexedExponents (OrderedVariableList ls2)) (OrderedVariableList ls2)) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE triangSolve ((List (RegularChain R ls)) (List (Polynomial R)) (Boolean) (Boolean))) (SIGNATURE triangSolve ((List (RegularChain R ls)) (List (Polynomial R)) (Boolean))) (SIGNATURE triangSolve ((List (RegularChain R ls)) (List (Polynomial R)))) (SIGNATURE univariateSolve ((List (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R))))) (RegularChain R ls))) (SIGNATURE univariateSolve ((List (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R))))) (List (Polynomial R)) (Boolean) (Boolean) (Boolean))) (SIGNATURE univariateSolve ((List (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R))))) (List (Polynomial R)) (Boolean) (Boolean))) (SIGNATURE univariateSolve ((List (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R))))) (List (Polynomial R)) (Boolean))) (SIGNATURE univariateSolve ((List (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R))))) (List (Polynomial R)))) (SIGNATURE realSolve ((List (List (RealClosure (Fraction R)))) (RegularChain R ls))) (SIGNATURE realSolve ((List (List (RealClosure (Fraction R)))) (List (Polynomial R)) (Boolean) (Boolean) (Boolean))) (SIGNATURE realSolve ((List (List (RealClosure (Fraction R)))) (List (Polynomial R)) (Boolean) (Boolean))) (SIGNATURE realSolve ((List (List (RealClosure (Fraction R)))) (List (Polynomial R)) (Boolean))) (SIGNATURE realSolve ((List (List (RealClosure (Fraction R)))) (List (Polynomial R)))) (SIGNATURE positiveSolve ((List (List (RealClosure (Fraction R)))) (RegularChain R ls))) (SIGNATURE positiveSolve ((List (List (RealClosure (Fraction R)))) (List (Polynomial R)) (Boolean) (Boolean))) (SIGNATURE positiveSolve ((List (List (RealClosure (Fraction R)))) (List (Polynomial R)) (Boolean))) (SIGNATURE positiveSolve ((List (List (RealClosure (Fraction R)))) (List (Polynomial R)))) (SIGNATURE squareFree ((List (SquareFreeRegularTriangularSet R (IndexedExponents (OrderedVariableList ls2)) (OrderedVariableList ls2) (NewSparseMultivariatePolynomial R (OrderedVariableList ls2)))) (RegularChain R ls))) (SIGNATURE convert ((NewSparseMultivariatePolynomial R (OrderedVariableList ls2)) (NewSparseMultivariatePolynomial R (OrderedVariableList ls)))) (SIGNATURE convert ((Polynomial (RealClosure (Fraction R))) (Polynomial R))) (SIGNATURE convert ((Polynomial (RealClosure (Fraction R))) (NewSparseMultivariatePolynomial R (OrderedVariableList ls2)))) (SIGNATURE convert ((SparseUnivariatePolynomial (RealClosure (Fraction R))) (SparseUnivariatePolynomial R))) (SIGNATURE convert ((List (NewSparseMultivariatePolynomial R (OrderedVariableList ls2))) (SquareFreeRegularTriangularSet R (IndexedExponents (OrderedVariableList ls2)) (OrderedVariableList ls2) (NewSparseMultivariatePolynomial R (OrderedVariableList ls2)))))) NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for ZeroDimensionalSolvePackage compiling into /tmp/oa-NrdMRU compiling exported convert : NewSparseMultivariatePolynomial(R,OrderedVariableList ls) -> NewSparseMultivariatePolynomial(R,OrderedVariableList ls2) Time: 0.12 SEC. compiling exported squareFree : RegularChain(R,ls) -> List SquareFreeRegularTriangularSet(R,IndexedExponents OrderedVariableList ls2,OrderedVariableList ls2,NewSparseMultivariatePolynomial(R,OrderedVariableList ls2)) Time: 0.19 SEC. compiling exported triangSolve : (List Polynomial R,Boolean,Boolean) -> List RegularChain(R,ls) Time: 0.08 SEC. compiling exported triangSolve : (List Polynomial R,Boolean) -> List RegularChain(R,ls) Time: 0.02 SEC. compiling exported triangSolve : List Polynomial R -> List RegularChain(R,ls) Time: 0.02 SEC. compiling exported convert : SparseUnivariatePolynomial R -> SparseUnivariatePolynomial RealClosure Fraction R Time: 0.11 SEC. compiling local coerceFromRtoRC : R -> RealClosure Fraction R Time: 0.02 SEC. compiling exported convert : Polynomial R -> Polynomial RealClosure Fraction R Time: 0.02 SEC. compiling exported convert : NewSparseMultivariatePolynomial(R,OrderedVariableList ls2) -> Polynomial RealClosure Fraction R Time: 0.02 SEC. compiling exported convert : SquareFreeRegularTriangularSet(R,IndexedExponents OrderedVariableList ls2,OrderedVariableList ls2,NewSparseMultivariatePolynomial(R,OrderedVariableList ls2)) -> List NewSparseMultivariatePolynomial(R,OrderedVariableList ls2) Time: 0.02 SEC. compiling exported realSolve : RegularChain(R,ls) -> List List RealClosure Fraction R Time: 0.17 SEC. compiling exported realSolve : (List Polynomial R,Boolean,Boolean,Boolean) -> List List RealClosure Fraction R Time: 0.61 SEC. compiling exported realSolve : (List Polynomial R,Boolean,Boolean) -> List List RealClosure Fraction R Time: 0.02 SEC. compiling exported realSolve : (List Polynomial R,Boolean) -> List List RealClosure Fraction R Time: 0.01 SEC. compiling exported realSolve : List Polynomial R -> List List RealClosure Fraction R Time: 0.02 SEC. compiling exported positiveSolve : RegularChain(R,ls) -> List List RealClosure Fraction R Time: 0.18 SEC. compiling exported positiveSolve : (List Polynomial R,Boolean,Boolean) -> List List RealClosure Fraction R Time: 0.40 SEC. compiling exported positiveSolve : (List Polynomial R,Boolean) -> List List RealClosure Fraction R Time: 0.02 SEC. compiling exported positiveSolve : List Polynomial R -> List List RealClosure Fraction R Time: 0.01 SEC. compiling exported univariateSolve : RegularChain(R,ls) -> List Record(complexRoots: SparseUnivariatePolynomial R,coordinates: List Polynomial R) Time: 0.12 SEC. compiling exported univariateSolve : (List Polynomial R,Boolean,Boolean,Boolean) -> List Record(complexRoots: SparseUnivariatePolynomial R,coordinates: List Polynomial R) Time: 0.36 SEC. compiling exported univariateSolve : (List Polynomial R,Boolean,Boolean) -> List Record(complexRoots: SparseUnivariatePolynomial R,coordinates: List Polynomial R) Time: 0.02 SEC. compiling exported univariateSolve : (List Polynomial R,Boolean) -> List Record(complexRoots: SparseUnivariatePolynomial R,coordinates: List Polynomial R) Time: 0.01 SEC. compiling exported univariateSolve : List Polynomial R -> List Record(complexRoots: SparseUnivariatePolynomial R,coordinates: List Polynomial R) Time: 0.01 SEC. (time taken in buildFunctor: 4) Time: 0.02 SEC. Warnings: [1] squareFree: val has no value [2] squareFree: tower has no value [3] triangSolve: false has no value [4] realSolve: reals has no value [5] realSolve: vars has no value [6] realSolve: pols has no value [7] realSolve: not known that Ring is of mode CATEGORY(package,triangSolve: (List Polynomial R,Boolean,Boolean) -> List RegularChain(R,ls),triangSolve: (List Polynomial R,Boolean) -> List RegularChain(R,ls),triangSolve: List Polynomial R -> List RegularChain(R,ls),univariateSolve: RegularChain(R,ls) -> List Record(complexRoots: SparseUnivariatePolynomial R,coordinates: List Polynomial R),univariateSolve: (List Polynomial R,Boolean,Boolean,Boolean) -> List Record(complexRoots: SparseUnivariatePolynomial R,coordinates: List Polynomial R),univariateSolve: (List Polynomial R,Boolean,Boolean) -> List Record(complexRoots: SparseUnivariatePolynomial R,coordinates: List Polynomial R),univariateSolve: (List Polynomial R,Boolean) -> List Record(complexRoots: SparseUnivariatePolynomial R,coordinates: List Polynomial R),univariateSolve: List Polynomial R -> List Record(complexRoots: SparseUnivariatePolynomial R,coordinates: List Polynomial R),realSolve: RegularChain(R,ls) -> List List RealClosure Fraction R,realSolve: (List Polynomial R,Boolean,Boolean,Boolean) -> List List RealClosure Fraction R,realSolve: (List Polynomial R,Boolean,Boolean) -> List List RealClosure Fraction R,realSolve: (List Polynomial R,Boolean) -> List List RealClosure Fraction R,realSolve: List Polynomial R -> List List RealClosure Fraction R,positiveSolve: RegularChain(R,ls) -> List List RealClosure Fraction R,positiveSolve: (List Polynomial R,Boolean,Boolean) -> List List RealClosure Fraction R,positiveSolve: (List Polynomial R,Boolean) -> List List RealClosure Fraction R,positiveSolve: List Polynomial R -> List List RealClosure Fraction R,squareFree: RegularChain(R,ls) -> List SquareFreeRegularTriangularSet(R,IndexedExponents OrderedVariableList ls2,OrderedVariableList ls2,NewSparseMultivariatePolynomial(R,OrderedVariableList ls2)),convert: NewSparseMultivariatePolynomial(R,OrderedVariableList ls) -> NewSparseMultivariatePolynomial(R,OrderedVariableList ls2),convert: Polynomial R -> Polynomial RealClosure Fraction R,convert: NewSparseMultivariatePolynomial(R,OrderedVariableList ls2) -> Polynomial RealClosure Fraction R,convert: SparseUnivariatePolynomial R -> SparseUnivariatePolynomial RealClosure Fraction R,convert: SquareFreeRegularTriangularSet(R,IndexedExponents OrderedVariableList ls2,OrderedVariableList ls2,NewSparseMultivariatePolynomial(R,OrderedVariableList ls2)) -> List NewSparseMultivariatePolynomial(R,OrderedVariableList ls2)) [8] realSolve: false has no value [9] positiveSolve: reals has no value [10] positiveSolve: vars has no value [11] positiveSolve: pols has no value [12] positiveSolve: false has no value [13] univariateSolve: true has no value [14] univariateSolve: lq2 has no value [15] univariateSolve: false has no value Cumulative Statistics for Constructor ZeroDimensionalSolvePackage Time: 2.60 seconds finalizing NRLIB ZDSOLVE Processing ZeroDimensionalSolvePackage for Browser database: -- triangSolve : (LP,B,B) -> List RegularChain(R,ls) -- triangSolve : (LP,B) -> List RegularChain(R,ls) -- triangSolve : LP -> List RegularChain(R,ls) -- univariateSolve : RegularChain(R,ls) -> List Record(complexRoots: U,coordinates: LP) -- univariateSolve : (LP,B,B,B) -> List RUR -- univariateSolve : (LP,B,B) -> List RUR -- univariateSolve : (LP,B) -> List RUR -- univariateSolve : LP -> List RUR -- realSolve : RegularChain(R,ls) -> List REALSOL -- realSolve : (LP,B,B,B) -> List REALSOL -- realSolve : (LP,B,B) -> List REALSOL -- realSolve : (LP,B) -> List REALSOL -- realSolve : LP -> List REALSOL -- positiveSolve : RegularChain(R,ls) -> List REALSOL -- positiveSolve : (LP,B,B) -> List REALSOL -- positiveSolve : (LP,B) -> List REALSOL -- positiveSolve : LP -> List REALSOL -- squareFree : TS -> List ST -- convert : Q -> Q2 -- convert : P -> PRC -- convert : Q2 -> PRC -- convert : U -> URC -- convert : ST -> List Q2 -- constructor ; compiling file "/tmp/oa-NrdMRU/code.lsp" (written 01 FEB 2016 11:15:35 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ZDSOLVE;convert;NsmpNsmp;1| ...) ; compiling (DEFUN |ZDSOLVE;squareFree;RcL;2| ...) ; file: /tmp/oa-NrdMRU/code.lsp ; in: DEFUN |ZDSOLVE;squareFree;RcL;2| ; (BOOT::|shellEntry| BOOT::$ 51) ; --> SVREF LET ; ==> ; BOOT::$ ; ; note: deleting unreachable code ; (CDR BOOT::|lq|) ; ==> ; BOOT::|lq| ; ; note: deleting unreachable code ; (CONSP #:G801) ; ; note: deleting unreachable code ; (CAR #:G801) ; ; note: deleting unreachable code ; (CDR #:G801) ; ; note: deleting unreachable code ; (LET ((#:G801 BOOT::|lf|)) ; (LOOP (COND ((NOT #) (RETURN NIL)) (T (SETQ #))) ; (SETQ #:G801 (CDR #:G801)))) ; ; note: deleting unreachable code ; (BOOT::|SPADfirst| BOOT::|lq|) ; --> LET ; ==> ; BOOT::|lq| ; ; note: deleting unreachable code ; compiling (DEFUN |ZDSOLVE;triangSolve;L2BL;3| ...) ; file: /tmp/oa-NrdMRU/code.lsp ; in: DEFUN |ZDSOLVE;triangSolve;L2BL;3| ; (DEFUN BOOT::|ZDSOLVE;triangSolve;L2BL;3| ; (BOOT::|lp| BOOT::|info?| BOOT::|lextri?| BOOT::$) ; (LET ((BOOT::|lq| ; (LET # ; #))) ; (COND (BOOT::|lextri?| (BOOT::SPADCALL BOOT::|lq| NIL #)) ; (T (BOOT::SPADCALL BOOT::|lq| T BOOT::|info?| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|ZDSOLVE;triangSolve;L2BL;3| ; (BOOT::|lp| BOOT::|info?| BOOT::|lextri?| BOOT::$) ; (BLOCK BOOT::|ZDSOLVE;triangSolve;L2BL;3| ; (LET ((BOOT::|lq| #)) ; (COND (BOOT::|lextri?| #) (T #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |ZDSOLVE;triangSolve;LBL;4| ...) ; compiling (DEFUN |ZDSOLVE;triangSolve;LL;5| ...) ; compiling (DEFUN |ZDSOLVE;convert;SupSup;6| ...) ; compiling (DEFUN |ZDSOLVE;coerceFromRtoRC| ...) ; compiling (DEFUN |ZDSOLVE;convert;PP;8| ...) ; compiling (DEFUN |ZDSOLVE;convert;NsmpP;9| ...) ; compiling (DEFUN |ZDSOLVE;convert;SfrtsL;10| ...) ; compiling (DEFUN |ZDSOLVE;realSolve;RcL;11| ...) ; compiling (DEFUN |ZDSOLVE;realSolve;L3BL;12| ...) ; compiling (DEFUN |ZDSOLVE;realSolve;L2BL;13| ...) ; compiling (DEFUN |ZDSOLVE;realSolve;LBL;14| ...) ; compiling (DEFUN |ZDSOLVE;realSolve;LL;15| ...) ; compiling (DEFUN |ZDSOLVE;positiveSolve;RcL;16| ...) ; compiling (DEFUN |ZDSOLVE;positiveSolve;L2BL;17| ...) ; compiling (DEFUN |ZDSOLVE;positiveSolve;LBL;18| ...) ; compiling (DEFUN |ZDSOLVE;positiveSolve;LL;19| ...) ; compiling (DEFUN |ZDSOLVE;univariateSolve;RcL;20| ...) ; compiling (DEFUN |ZDSOLVE;univariateSolve;L3BL;21| ...) ; compiling (DEFUN |ZDSOLVE;univariateSolve;L2BL;22| ...) ; compiling (DEFUN |ZDSOLVE;univariateSolve;LBL;23| ...) ; compiling (DEFUN |ZDSOLVE;univariateSolve;LL;24| ...) ; compiling (DEFUN |ZeroDimensionalSolvePackage| ...) ; compiling (DEFUN |ZeroDimensionalSolvePackage;| ...) ; compiling (MAKEPROP (QUOTE |ZeroDimensionalSolvePackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 8 notes ; /tmp/oa-NrdMRU/code.fasl written ; compilation finished in 0:00:00.180 ------------------------------------------------------------------------ ================================== === layer 22 of 24 complete ====== ================================== ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile LAZM3PK.spad && cp LAZM3PK.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LAZM3PK.fasl \ && if test -f LAZM3PK-.NRLIB/code.fasl; then \ cp LAZM3PK-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LAZM3PK-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LAZM3PK.spad using Spad compiler. LAZM3PK abbreviates package LazardSetSolvingPackage debug: compDefine1 lhs: (LazardSetSolvingPackage R E V P TS ST) signature (pre-evaluate): ((CATEGORY package (SIGNATURE normalizeIfCan (ST ST)) (SIGNATURE zeroSetSplit ((List ST) (List P) (Boolean)))) NIL NIL NIL NIL NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE normalizeIfCan (ST ST)) (SIGNATURE zeroSetSplit ((List ST) (List P) (Boolean)))) $param: (R E V P TS ST) debug: evaluateType form: ST $param: (R E V P TS ST) debug: evaluateType form: ST $param: (R E V P TS ST) debug: evaluateType form: (List ST) $param: (R E V P TS ST) Debug: evaluateType1 form: (List ST) debug: evaluateType1 x: ST m: (Type) debug: evaluateType form: (List P) $param: (R E V P TS ST) Debug: evaluateType1 form: (List P) debug: evaluateType1 x: P m: (Type) debug: evaluateType form: (Boolean) $param: (R E V P TS ST) Debug: evaluateType1 form: (Boolean) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE normalizeIfCan (ST ST)) (SIGNATURE zeroSetSplit ((List ST) (List P) (Boolean)))) NIL NIL NIL NIL NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for LazardSetSolvingPackage compiling into /tmp/oa-udh2k8 compiling local convert : ST -> TS Time: 0.07 SEC. compiling local squareFree : TS -> List ST Time: 0.04 SEC. compiling exported normalizeIfCan : ST -> ST Time: 0.04 SEC. compiling exported zeroSetSplit : (List P,Boolean) -> List ST Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] squareFree: toSave has no value Cumulative Statistics for Constructor LazardSetSolvingPackage Time: 0.20 seconds finalizing NRLIB LAZM3PK Processing LazardSetSolvingPackage for Browser database: -- normalizeIfCan : ST -> ST -- zeroSetSplit : (LP,B) -> List ST -- constructor ; compiling file "/tmp/oa-udh2k8/code.lsp" (written 01 FEB 2016 11:15:36 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LAZM3PK;convert| ...) ; compiling (DEFUN |LAZM3PK;squareFree| ...) ; compiling (DEFUN |LAZM3PK;normalizeIfCan;2ST;3| ...) ; compiling (DEFUN |LAZM3PK;zeroSetSplit;LBL;4| ...) ; file: /tmp/oa-udh2k8/code.lsp ; in: DEFUN |LAZM3PK;zeroSetSplit;LBL;4| ; (DEFUN BOOT::|LAZM3PK;zeroSetSplit;LBL;4| (BOOT::|lp| BOOT::|clos?| BOOT::$) ; (LET ((BOOT::|toSee| (BOOT::SPADCALL BOOT::|lp| BOOT::|clos?| #)) ; (BOOT::|toSave| NIL)) ; (PROGN ; (LET (#) ; (LOOP # ; #)) ; (SETQ BOOT::|toSave| #) ; (LET (# #) ; (LOOP # ; #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|LAZM3PK;zeroSetSplit;LBL;4| ; (BOOT::|lp| BOOT::|clos?| BOOT::$) ; (BLOCK BOOT::|LAZM3PK;zeroSetSplit;LBL;4| ; (LET ((BOOT::|toSee| #) (BOOT::|toSave| NIL)) ; (PROGN ; (LET # ; #) ; (SETQ #) ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |LazardSetSolvingPackage| ...) ; compiling (DEFUN |LazardSetSolvingPackage;| ...) ; compiling (MAKEPROP (QUOTE |LazardSetSolvingPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-udh2k8/code.fasl written ; compilation finished in 0:00:00.041 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile RURPK.spad && cp RURPK.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RURPK.fasl \ && if test -f RURPK-.NRLIB/code.fasl; then \ cp RURPK-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RURPK-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RURPK.spad using Spad compiler. RURPK abbreviates package RationalUnivariateRepresentationPackage debug: compDefine1 lhs: (RationalUnivariateRepresentationPackage R ls) signature (pre-evaluate): ((CATEGORY package (SIGNATURE rur ((List (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R))))) (List (Polynomial R)) (Boolean))) (SIGNATURE rur ((List (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R))))) (List (Polynomial R)))) (SIGNATURE rur ((List (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R))))) (List (Polynomial R)) (Boolean) (Boolean)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE rur ((List (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R))))) (List (Polynomial R)) (Boolean))) (SIGNATURE rur ((List (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R))))) (List (Polynomial R)))) (SIGNATURE rur ((List (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R))))) (List (Polynomial R)) (Boolean) (Boolean)))) $param: (R ls) debug: evaluateType form: (List (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R))))) $param: (R ls) Debug: evaluateType1 form: (List (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R))))) debug: evaluateType1 x: (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R)))) $param: (R ls) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (R ls) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (List (Polynomial R)) $param: (R ls) Debug: evaluateType1 form: (List (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R ls) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evalCategory d: (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R)))) c: (Type) debug: evaluateType form: (List (Polynomial R)) $param: (R ls) Debug: evaluateType1 form: (List (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R ls) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evaluateType form: (Boolean) $param: (R ls) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (List (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R))))) $param: (R ls) Debug: evaluateType1 form: (List (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R))))) debug: evaluateType1 x: (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R)))) $param: (R ls) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (R ls) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (List (Polynomial R)) $param: (R ls) Debug: evaluateType1 form: (List (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R ls) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evalCategory d: (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R)))) c: (Type) debug: evaluateType form: (List (Polynomial R)) $param: (R ls) Debug: evaluateType1 form: (List (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R ls) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evaluateType form: (List (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R))))) $param: (R ls) Debug: evaluateType1 form: (List (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R))))) debug: evaluateType1 x: (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R)))) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R)))) $param: (R ls) debug: evaluateType form: (SparseUnivariatePolynomial R) $param: (R ls) Debug: evaluateType1 form: (SparseUnivariatePolynomial R) debug: evaluateType1 x: R m: (Ring) debug: evaluateType form: (List (Polynomial R)) $param: (R ls) Debug: evaluateType1 form: (List (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R ls) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evalCategory d: (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R)))) c: (Type) debug: evaluateType form: (List (Polynomial R)) $param: (R ls) Debug: evaluateType1 form: (List (Polynomial R)) debug: evaluateType1 x: (Polynomial R) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (R ls) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Polynomial R) $param: (R ls) Debug: evaluateType1 form: (Polynomial R) debug: evaluateType1 x: R m: (Ring) debug: evalCategory d: (Polynomial R) c: (Type) debug: evaluateType form: (Boolean) $param: (R ls) Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: (R ls) Debug: evaluateType1 form: (Boolean) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE rur ((List (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R))))) (List (Polynomial R)) (Boolean))) (SIGNATURE rur ((List (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R))))) (List (Polynomial R)))) (SIGNATURE rur ((List (Record (: complexRoots (SparseUnivariatePolynomial R)) (: coordinates (List (Polynomial R))))) (List (Polynomial R)) (Boolean) (Boolean)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for RationalUnivariateRepresentationPackage compiling into /tmp/oa-u1sXHo compiling exported rur : (List Polynomial R,Boolean,Boolean) -> List Record(complexRoots: SparseUnivariatePolynomial R,coordinates: List Polynomial R) Time: 0.50 SEC. compiling exported rur : (List Polynomial R,Boolean) -> List Record(complexRoots: SparseUnivariatePolynomial R,coordinates: List Polynomial R) Time: 0.02 SEC. compiling exported rur : List Polynomial R -> List Record(complexRoots: SparseUnivariatePolynomial R,coordinates: List Polynomial R) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] rur: true has no value Cumulative Statistics for Constructor RationalUnivariateRepresentationPackage Time: 0.55 seconds finalizing NRLIB RURPK Processing RationalUnivariateRepresentationPackage for Browser database: -- rur : (LP,Boolean) -> List RUR -- rur : LP -> List RUR -- rur : (LP,Boolean,Boolean) -> List RUR -- constructor ; compiling file "/tmp/oa-u1sXHo/code.lsp" (written 01 FEB 2016 11:15:36 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RURPK;rur;L2BL;1| ...) ; file: /tmp/oa-u1sXHo/code.lsp ; in: DEFUN |RURPK;rur;L2BL;1| ; (DEFUN BOOT::|RURPK;rur;L2BL;1| ; (BOOT::|lp| BOOT::|univ?| BOOT::|check?| BOOT::$) ; (PROG (BOOT::|toReturn| BOOT::|lsfqwt| BOOT::|lfq| BOOT::|q| BOOT::|lqwt| ; BOOT::|toSave| BOOT::|toSee| BOOT::|lq| BOOT::|ts| BOOT::|rif| ; BOOT::|newlq| BOOT::|newts| ...) ; (RETURN (BOOT::SEQ (SETQ #) (BOOT::EXIT #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RURPK;rur;L2BL;1| ; (BOOT::|lp| BOOT::|univ?| BOOT::|check?| BOOT::$) ; (BLOCK BOOT::|RURPK;rur;L2BL;1| ; (PROG (BOOT::|toReturn| BOOT::|lsfqwt| BOOT::|lfq| BOOT::|q| ; BOOT::|lqwt| BOOT::|toSave| BOOT::|toSee| BOOT::|lq| BOOT::|ts| ; BOOT::|rif| BOOT::|newlq| BOOT::|newts| ...) ; (RETURN (BOOT::SEQ # #))))) ; ; note: Assignment to argument: |lp| ; prevents use of assertion from function type proclamation: ; LIST ; ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (OR NULL (CONS CONS T)) &REST T). ; compiling (DEFUN |RURPK;rur;LBL;2| ...) ; compiling (DEFUN |RURPK;rur;LL;3| ...) ; compiling (DEFUN |RationalUnivariateRepresentationPackage| ...) ; compiling (DEFUN |RationalUnivariateRepresentationPackage;| ...) ; compiling (MAKEPROP (QUOTE |RationalUnivariateRepresentationPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...); ; compilation unit finished ; printed 2 notes ; /tmp/oa-u1sXHo/code.fasl written ; compilation finished in 0:00:00.073 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile INTRVL.spad && cp INTRVL.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INTRVL.fasl \ && if test -f INTRVL-.NRLIB/code.fasl; then \ cp INTRVL-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INTRVL-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INTRVL.spad using Spad compiler. INTRVL abbreviates domain Interval debug: compDefine1 lhs: (Interval R) signature (pre-evaluate): ((IntervalCategory R) (Join (FloatingPointSystem) (TranscendentalFunctionCategory))) debug: evaluateType form: (IntervalCategory R) $param: (R) Debug: evaluateType1 form: (IntervalCategory R) debug: evaluateType1 x: R m: (Join (FloatingPointSystem) (TranscendentalFunctionCategory)) debug: evaluateType form: (Join (FloatingPointSystem) (TranscendentalFunctionCategory)) $param: (R) debug: evaluateType form: (FloatingPointSystem) $param: (R) Debug: evaluateType1 form: (FloatingPointSystem) debug: evaluateType form: (TranscendentalFunctionCategory) $param: (R) Debug: evaluateType1 form: (TranscendentalFunctionCategory) debug: compDefine1 signature (post evaluate): ((IntervalCategory R) (Join (FloatingPointSystem) (TranscendentalFunctionCategory))) debug: compDefine1 lhs: (Interval R) signature (pre-evaluate): ((IntervalCategory R) NIL) debug: evaluateType form: (IntervalCategory R) $param: (R) Debug: evaluateType1 form: (IntervalCategory R) debug: evaluateType1 x: R m: (Join (FloatingPointSystem) (TranscendentalFunctionCategory)) debug: compDefine1 signature (post evaluate): ((IntervalCategory R) NIL) ------------------------------------------------------------------------ initializing stationary directory for Interval compiling into /tmp/oa-fPx9va importing Integer compiling local roundDown : R -> R Time: 0.06 SEC. compiling local roundUp : R -> R Time: 0.00 SEC. compiling local normaliseFloat : R -> R Time: 0.01 SEC. compiling exported interval : (R,R) -> % Time: 0 SEC. compiling exported interval : R -> % Time: 0.00 SEC. compiling exported qinterval : (R,R) -> % Time: 0 SEC. compiling local exactInterval : (R,R) -> % INTRVL;exactInterval is replaced by %pair Time: 0.00 SEC. compiling local exactSupInterval : (R,R) -> % Time: 0 SEC. compiling local exactInfInterval : (R,R) -> % Time: 0 SEC. compiling exported inf : % -> R INTRVL;inf;$R;10 is replaced by %head Time: 0 SEC. compiling exported sup : % -> R INTRVL;sup;$R;11 is replaced by %tail Time: 0.00 SEC. compiling exported width : % -> R Time: 0 SEC. compiling exported contains? : (%,R) -> Boolean Time: 0.00 SEC. compiling exported positive? : % -> Boolean Time: 0.00 SEC. compiling exported negative? : % -> Boolean Time: 0.00 SEC. compiling exported < : (%,%) -> Boolean Time: 0.01 SEC. compiling exported + : (%,%) -> % Time: 0.02 SEC. compiling exported - : (%,%) -> % Time: 0.01 SEC. compiling exported * : (%,%) -> % Time: 0.03 SEC. compiling exported * : (Integer,%) -> % Time: 0.02 SEC. compiling exported * : (PositiveInteger,%) -> % Time: 0.01 SEC. compiling exported ** : (%,PositiveInteger) -> % Time: 0.02 SEC. compiling exported - : % -> % Time: 0.00 SEC. compiling exported = : (%,%) -> Boolean Time: 0.02 SEC. compiling exported ~= : (%,%) -> Boolean Time: 0 SEC. compiling exported One : () -> % Time: 0.00 SEC. compiling exported Zero : () -> % Time: 0 SEC. compiling exported recip : % -> Union(%,failed) Time: 0.01 SEC. compiling exported unit? : % -> Boolean Time: 0 SEC. compiling exported exquo : (%,%) -> Union(%,failed) Time: 0.03 SEC. compiling exported gcd : (%,%) -> % Time: 0 SEC. compiling exported coerce : Integer -> % Time: 0.01 SEC. compiling exported interval : Fraction Integer -> % Time: 0.08 SEC. compiling exported retractIfCan : % -> Union(Integer,failed) Time: 0.00 SEC. compiling exported retract : % -> Integer Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Time: 0.02 SEC. compiling exported characteristic : () -> NonNegativeInteger INTRVL;characteristic;Nni;37 is replaced by 0 Time: 0.00 SEC. compiling exported pi : () -> % Time: 0.00 SEC. compiling exported log : % -> % Time: 0.01 SEC. compiling exported exp : % -> % Time: 0.00 SEC. compiling exported ** : (%,%) -> % Time: 0.04 SEC. compiling local hasTwoPiMultiple : (R,R,%) -> Boolean Time: 0.04 SEC. compiling local hasPiMultiple : (R,R,%) -> Boolean Time: 0.01 SEC. compiling exported sin : % -> % Time: 0.02 SEC. compiling exported cos : % -> % Time: 0.04 SEC. compiling exported tan : % -> % Time: 0.01 SEC. compiling exported csc : % -> % Time: 0.04 SEC. compiling exported sec : % -> % Time: 0.02 SEC. compiling exported cot : % -> % Time: 0.01 SEC. compiling exported asin : % -> % Time: 0.03 SEC. compiling exported acos : % -> % Time: 0.03 SEC. compiling exported atan : % -> % Time: 0.01 SEC. compiling exported acot : % -> % Time: 0.01 SEC. compiling exported acsc : % -> % Time: 0.04 SEC. compiling exported asec : % -> % Time: 0.04 SEC. compiling exported tanh : % -> % Time: 0.00 SEC. compiling exported sinh : % -> % Time: 0 SEC. compiling exported sech : % -> % Time: 0.01 SEC. compiling exported cosh : % -> % Time: 0.02 SEC. compiling exported csch : % -> % Time: 0.01 SEC. compiling exported coth : % -> % Time: 0.01 SEC. compiling exported acosh : % -> % Time: 0.02 SEC. compiling exported acoth : % -> % Time: 0.07 SEC. compiling exported acsch : % -> % Time: 0.02 SEC. compiling exported asech : % -> % Time: 0.03 SEC. compiling exported asinh : % -> % Time: 0.01 SEC. compiling exported atanh : % -> % Time: 0.03 SEC. compiling exported ** : (%,Fraction Integer) -> % Time: 0.05 SEC. (time taken in buildFunctor: 0) Time: 0.05 SEC. Warnings: [1] roundDown: pretend Integer -- should replace by @ [2] roundUp: pretend Integer -- should replace by @ [3] normaliseFloat: pretend Integer -- should replace by @ [4] **: pretend Integer -- should replace by @ [5] interval: log2 has no value [6] interval: pretend Integer -- should replace by @ Cumulative Statistics for Constructor Interval Time: 1.10 seconds finalizing NRLIB INTRVL Processing Interval for Browser database: -- constructor ; compiling file "/tmp/oa-fPx9va/code.lsp" (written 01 FEB 2016 11:15:38 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INTRVL;exactInterval|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INTRVL;inf;$R;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INTRVL;sup;$R;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INTRVL;characteristic;Nni;37|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |INTRVL;roundDown| ...) ; compiling (DEFUN |INTRVL;roundUp| ...) ; compiling (DEFUN |INTRVL;normaliseFloat| ...) ; compiling (DEFUN |INTRVL;interval;2R$;4| ...) ; compiling (DEFUN |INTRVL;interval;R$;5| ...) ; file: /tmp/oa-fPx9va/code.lsp ; in: DEFUN |INTRVL;interval;R$;5| ; (DEFUN BOOT::|INTRVL;interval;R$;5| (BOOT::|f| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|f| (BOOT::|shellEntry| BOOT::$ 9)) ; (BOOT::|spadConstant| BOOT::$ 30)) ; ((BOOT::SPADCALL BOOT::|f| (BOOT::|shellEntry| BOOT::$ 31)) ; (BOOT::|spadConstant| BOOT::$ 10)) ; (T ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTRVL;interval;R$;5| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|INTRVL;interval;R$;5| ; (COND ((BOOT::SPADCALL BOOT::|f| #) (BOOT::|spadConstant| BOOT::$ 30)) ; ((BOOT::SPADCALL BOOT::|f| #) (BOOT::|spadConstant| BOOT::$ 10)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |INTRVL;qinterval;2R$;6| ...) ; compiling (DEFUN |INTRVL;exactInterval| ...) ; compiling (DEFUN |INTRVL;exactSupInterval| ...) ; compiling (DEFUN |INTRVL;exactInfInterval| ...) ; compiling (DEFUN |INTRVL;inf;$R;10| ...) ; compiling (DEFUN |INTRVL;sup;$R;11| ...) ; compiling (DEFUN |INTRVL;width;$R;12| ...) ; compiling (DEFUN |INTRVL;contains?;$RB;13| ...) ; file: /tmp/oa-fPx9va/code.lsp ; in: DEFUN |INTRVL;contains?;$RB;13| ; (DEFUN BOOT::|INTRVL;contains?;$RB;13| (BOOT::|u| BOOT::|f| BOOT::$) ; (AND ; (BOOT::SPADCALL BOOT::|f| (CAR BOOT::|u|) (BOOT::|shellEntry| BOOT::$ 28)) ; (BOOT::SPADCALL BOOT::|f| (CDR BOOT::|u|) ; (BOOT::|shellEntry| BOOT::$ 40)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTRVL;contains?;$RB;13| ; (BOOT::|u| BOOT::|f| BOOT::$) ; (BLOCK BOOT::|INTRVL;contains?;$RB;13| ; (AND ; (BOOT::SPADCALL BOOT::|f| (CAR BOOT::|u|) ; (BOOT::|shellEntry| BOOT::$ 28)) ; (BOOT::SPADCALL BOOT::|f| (CDR BOOT::|u|) ; (BOOT::|shellEntry| BOOT::$ 40))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |INTRVL;positive?;$B;14| ...) ; file: /tmp/oa-fPx9va/code.lsp ; in: DEFUN |INTRVL;positive?;$B;14| ; (DEFUN BOOT::|INTRVL;positive?;$B;14| (BOOT::|u| BOOT::$) ; (BOOT::SPADCALL (CAR BOOT::|u|) (BOOT::|shellEntry| BOOT::$ 43))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTRVL;positive?;$B;14| ; (BOOT::|u| BOOT::$) ; (BLOCK BOOT::|INTRVL;positive?;$B;14| ; (BOOT::SPADCALL (CAR BOOT::|u|) (BOOT::|shellEntry| BOOT::$ 43)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |INTRVL;negative?;$B;15| ...) ; file: /tmp/oa-fPx9va/code.lsp ; in: DEFUN |INTRVL;negative?;$B;15| ; (DEFUN BOOT::|INTRVL;negative?;$B;15| (BOOT::|u| BOOT::$) ; (BOOT::SPADCALL (CDR BOOT::|u|) (BOOT::|shellEntry| BOOT::$ 45))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTRVL;negative?;$B;15| ; (BOOT::|u| BOOT::$) ; (BLOCK BOOT::|INTRVL;negative?;$B;15| ; (BOOT::SPADCALL (CDR BOOT::|u|) (BOOT::|shellEntry| BOOT::$ 45)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |INTRVL;<;2$B;16| ...) ; file: /tmp/oa-fPx9va/code.lsp ; in: DEFUN |INTRVL;<;2$B;16| ; (DEFUN BOOT::|INTRVL;<;2$B;16| (BOOT::|a| BOOT::|b| BOOT::$) ; (COND ; ((BOOT::SPADCALL (CAR BOOT::|a|) (CAR BOOT::|b|) ; (BOOT::|shellEntry| BOOT::$ 40)) ; T) ; ((BOOT::SPADCALL (CAR BOOT::|a|) (CAR BOOT::|b|) ; (BOOT::|shellEntry| BOOT::$ 28)) ; NIL) ; (T ; (BOOT::SPADCALL (CDR BOOT::|a|) (CDR BOOT::|b|) ; (BOOT::|shellEntry| BOOT::$ 40))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTRVL;<;2$B;16| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|INTRVL;<;2$B;16| ; (COND ((BOOT::SPADCALL # # #) T) ((BOOT::SPADCALL # # #) NIL) ; (T (BOOT::SPADCALL # # #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |INTRVL;+;3$;17| ...) ; compiling (DEFUN |INTRVL;-;3$;18| ...) ; file: /tmp/oa-fPx9va/code.lsp ; in: DEFUN |INTRVL;-;3$;18| ; (DEFUN BOOT::|INTRVL;-;3$;18| (BOOT::|a| BOOT::|b| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|a| (BOOT::|shellEntry| BOOT::$ 49)) ; (BOOT::|INTRVL;-;2$;23| BOOT::|b| BOOT::$)) ; ((BOOT::SPADCALL BOOT::|b| (BOOT::|shellEntry| BOOT::$ 49)) BOOT::|a|) ; ((BOOT::|INTRVL;=;2$B;24| BOOT::|a| BOOT::|b| BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 30)) ; (T ; (BOOT::|INTRVL;qinterval;2R$;6| (BOOT::SPADCALL # # #) ; (BOOT::SPADCALL # # #) BOOT::$)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTRVL;-;3$;18| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|INTRVL;-;3$;18| ; (COND ; ((BOOT::SPADCALL BOOT::|a| #) ; (BOOT::|INTRVL;-;2$;23| BOOT::|b| BOOT::$)) ; ((BOOT::SPADCALL BOOT::|b| #) BOOT::|a|) ; ((BOOT::|INTRVL;=;2$B;24| BOOT::|a| BOOT::|b| BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 30)) ; (T (BOOT::|INTRVL;qinterval;2R$;6| # # BOOT::$))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |INTRVL;*;3$;19| ...) ; file: /tmp/oa-fPx9va/code.lsp ; in: DEFUN |INTRVL;*;3$;19| ; (DEFUN BOOT::|INTRVL;*;3$;19| (BOOT::|a| BOOT::|b| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|a| (BOOT::|shellEntry| BOOT::$ 56)) BOOT::|b|) ; ((BOOT::SPADCALL BOOT::|b| (BOOT::|shellEntry| BOOT::$ 56)) BOOT::|a|) ; ((OR (BOOT::SPADCALL BOOT::|a| #) (BOOT::SPADCALL BOOT::|b| #)) ; (BOOT::|spadConstant| BOOT::$ 30)) ; (T ; (LET (#) ; (BOOT::|INTRVL;qinterval;2R$;6| # # BOOT::$))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTRVL;*;3$;19| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|INTRVL;*;3$;19| ; (COND ((BOOT::SPADCALL BOOT::|a| #) BOOT::|b|) ; ((BOOT::SPADCALL BOOT::|b| #) BOOT::|a|) ; ((OR # #) (BOOT::|spadConstant| BOOT::$ 30)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |INTRVL;*;I2$;20| ...) ; file: /tmp/oa-fPx9va/code.lsp ; in: DEFUN |INTRVL;*;I2$;20| ; (DEFUN BOOT::|INTRVL;*;I2$;20| (BOOT::|a| BOOT::|b| BOOT::$) ; (COND ; ((PLUSP BOOT::|a|) ; (BOOT::|INTRVL;qinterval;2R$;6| (BOOT::SPADCALL BOOT::|a| # #) ; (BOOT::SPADCALL BOOT::|a| # #) BOOT::$)) ; ((MINUSP BOOT::|a|) ; (BOOT::|INTRVL;qinterval;2R$;6| (BOOT::SPADCALL BOOT::|a| # #) ; (BOOT::SPADCALL BOOT::|a| # #) BOOT::$)) ; (T (BOOT::|spadConstant| BOOT::$ 30)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTRVL;*;I2$;20| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|INTRVL;*;I2$;20| ; (COND ((PLUSP BOOT::|a|) (BOOT::|INTRVL;qinterval;2R$;6| # # BOOT::$)) ; ((MINUSP BOOT::|a|) (BOOT::|INTRVL;qinterval;2R$;6| # # BOOT::$)) ; (T (BOOT::|spadConstant| BOOT::$ 30))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |INTRVL;*;Pi2$;21| ...) ; compiling (DEFUN |INTRVL;**;$Pi$;22| ...) ; compiling (DEFUN |INTRVL;-;2$;23| ...) ; compiling (DEFUN |INTRVL;=;2$B;24| ...) ; file: /tmp/oa-fPx9va/code.lsp ; in: DEFUN |INTRVL;=;2$B;24| ; (DEFUN BOOT::|INTRVL;=;2$B;24| (BOOT::|a| BOOT::|b| BOOT::$) ; (AND ; (BOOT::SPADCALL (CAR BOOT::|a|) (CAR BOOT::|b|) ; (BOOT::|shellEntry| BOOT::$ 75)) ; (BOOT::SPADCALL (CDR BOOT::|a|) (CDR BOOT::|b|) ; (BOOT::|shellEntry| BOOT::$ 75)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTRVL;=;2$B;24| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|INTRVL;=;2$B;24| ; (AND ; (BOOT::SPADCALL (CAR BOOT::|a|) (CAR BOOT::|b|) ; (BOOT::|shellEntry| BOOT::$ 75)) ; (BOOT::SPADCALL (CDR BOOT::|a|) (CDR BOOT::|b|) ; (BOOT::|shellEntry| BOOT::$ 75))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |INTRVL;~=;2$B;25| ...) ; file: /tmp/oa-fPx9va/code.lsp ; in: DEFUN |INTRVL;~=;2$B;25| ; (DEFUN BOOT::|INTRVL;~=;2$B;25| (BOOT::|a| BOOT::|b| BOOT::$) ; (OR ; (BOOT::SPADCALL (CAR BOOT::|a|) (CAR BOOT::|b|) ; (BOOT::|shellEntry| BOOT::$ 76)) ; (BOOT::SPADCALL (CDR BOOT::|a|) (CDR BOOT::|b|) ; (BOOT::|shellEntry| BOOT::$ 76)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTRVL;~=;2$B;25| ; (BOOT::|a| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|INTRVL;~=;2$B;25| ; (OR ; (BOOT::SPADCALL (CAR BOOT::|a|) (CAR BOOT::|b|) ; (BOOT::|shellEntry| BOOT::$ 76)) ; (BOOT::SPADCALL (CDR BOOT::|a|) (CDR BOOT::|b|) ; (BOOT::|shellEntry| BOOT::$ 76))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |INTRVL;One;$;26| ...) ; compiling (DEFUN |INTRVL;Zero;$;27| ...) ; compiling (DEFUN |INTRVL;recip;$U;28| ...) ; compiling (DEFUN |INTRVL;unit?;$B;29| ...) ; compiling (DEFUN |INTRVL;exquo;2$U;30| ...) ; compiling (DEFUN |INTRVL;gcd;3$;31| ...) ; file: /tmp/oa-fPx9va/code.lsp ; in: DEFUN |INTRVL;gcd;3$;31| ; (DEFUN BOOT::|INTRVL;gcd;3$;31| (BOOT::|u| BOOT::|v| BOOT::$) ; (BOOT::|spadConstant| BOOT::$ 10)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTRVL;gcd;3$;31| ; (BOOT::|u| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|INTRVL;gcd;3$;31| (BOOT::|spadConstant| BOOT::$ 10))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; ; caught STYLE-WARNING: ; The variable |u| is defined but never used. ; ; caught STYLE-WARNING: ; The variable |v| is defined but never used. ; compiling (DEFUN |INTRVL;coerce;I$;32| ...) ; compiling (DEFUN |INTRVL;interval;F$;33| ...) ; compiling (DEFUN |INTRVL;retractIfCan;$U;34| ...) ; file: /tmp/oa-fPx9va/code.lsp ; in: DEFUN |INTRVL;retractIfCan;$U;34| ; (DEFUN BOOT::|INTRVL;retractIfCan;$U;34| (BOOT::|u| BOOT::$) ; (COND ((NOT (BOOT::SPADCALL # #)) (CONS 1 "failed")) ; (T (BOOT::SPADCALL (CAR BOOT::|u|) (BOOT::|shellEntry| BOOT::$ 33))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTRVL;retractIfCan;$U;34| ; (BOOT::|u| BOOT::$) ; (BLOCK BOOT::|INTRVL;retractIfCan;$U;34| ; (COND ((NOT #) (CONS 1 "failed")) (T (BOOT::SPADCALL # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; compiling (DEFUN |INTRVL;retract;$I;35| ...) ; file: /tmp/oa-fPx9va/code.lsp ; in: DEFUN |INTRVL;retract;$I;35| ; (DEFUN BOOT::|INTRVL;retract;$I;35| (BOOT::|u| BOOT::$) ; (COND ; ((NOT (BOOT::SPADCALL # #)) ; (BOOT::|error| ; "attempt to retract a non-Integer interval to an Integer")) ; (T (BOOT::SPADCALL (CAR BOOT::|u|) (BOOT::|shellEntry| BOOT::$ 96))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTRVL;retract;$I;35| ; (BOOT::|u| BOOT::$) ; (BLOCK BOOT::|INTRVL;retract;$I;35| ; (COND ; ((NOT #) ; (BOOT::|error| ; "attempt to retract a non-Integer interval to an Integer")) ; (T (BOOT::SPADCALL # #))))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |INTRVL;coerce;$Of;36| ...) ; compiling (DEFUN |INTRVL;characteristic;Nni;37| ...) ; compiling (DEFUN |INTRVL;pi;$;38| ...) ; compiling (DEFUN |INTRVL;log;2$;39| ...) ; file: /tmp/oa-fPx9va/code.lsp ; in: DEFUN |INTRVL;log;2$;39| ; (DEFUN BOOT::|INTRVL;log;2$;39| (BOOT::|u| BOOT::$) ; (COND ; ((BOOT::|INTRVL;positive?;$B;14| BOOT::|u| BOOT::$) ; (BOOT::|INTRVL;qinterval;2R$;6| (BOOT::SPADCALL # #) (BOOT::SPADCALL # #) ; BOOT::$)) ; (T (BOOT::|error| "negative logs in interval")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTRVL;log;2$;39| ; (BOOT::|u| BOOT::$) ; (BLOCK BOOT::|INTRVL;log;2$;39| ; (COND ; ((BOOT::|INTRVL;positive?;$B;14| BOOT::|u| BOOT::$) ; (BOOT::|INTRVL;qinterval;2R$;6| # # BOOT::$)) ; (T (BOOT::|error| "negative logs in interval"))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |INTRVL;exp;2$;40| ...) ; compiling (DEFUN |INTRVL;**;3$;41| ...) ; file: /tmp/oa-fPx9va/code.lsp ; in: DEFUN |INTRVL;**;3$;41| ; (DEFUN BOOT::|INTRVL;**;3$;41| (BOOT::|u| BOOT::|v| BOOT::$) ; (COND ; ((BOOT::SPADCALL BOOT::|v| (BOOT::|shellEntry| BOOT::$ 49)) ; (COND (# #) (T #))) ; ((BOOT::SPADCALL BOOT::|u| (BOOT::|shellEntry| BOOT::$ 56)) ; (BOOT::|spadConstant| BOOT::$ 10)) ; (T ; (LET (#) ; (BOOT::|INTRVL;qinterval;2R$;6| # # BOOT::$))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTRVL;**;3$;41| ; (BOOT::|u| BOOT::|v| BOOT::$) ; (BLOCK BOOT::|INTRVL;**;3$;41| ; (COND ((BOOT::SPADCALL BOOT::|v| #) (COND # #)) ; ((BOOT::SPADCALL BOOT::|u| #) (BOOT::|spadConstant| BOOT::$ 10)) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |INTRVL;hasTwoPiMultiple| ...) ; compiling (DEFUN |INTRVL;hasPiMultiple| ...) ; compiling (DEFUN |INTRVL;sin;2$;44| ...) ; file: /tmp/oa-fPx9va/code.lsp ; in: DEFUN |INTRVL;sin;2$;44| ; (BOOT::SPADCALL BOOT::|vals| (BOOT::|shellEntry| BOOT::$ 61)) ; --> LET THE FUNCALL SB-C::%FUNCALL ; ==> ; BOOT::|vals| ; ; note: deleting unreachable code ; (BOOT::|SPADfirst| BOOT::|vals|) ; --> LET ; ==> ; BOOT::|vals| ; ; note: deleting unreachable code ; (BOOT::SPADCALL BOOT::|vals| (BOOT::|shellEntry| BOOT::$ 61)) ; --> LET THE FUNCALL SB-C::%FUNCALL ; ==> ; BOOT::|vals| ; ; note: deleting unreachable code ; (BOOT::|SPADfirst| BOOT::|vals|) ; --> LET ; ==> ; BOOT::|vals| ; ; note: deleting unreachable code ; (BOOT::|INTRVL;exactSupInterval| (BOOT::|SPADfirst| BOOT::|vals|) ; (BOOT::|spadConstant| BOOT::$ 11) BOOT::$) ; ==> ; BOOT::$ ; ; note: deleting unreachable code ; compiling (DEFUN |INTRVL;cos;2$;45| ...) ; file: /tmp/oa-fPx9va/code.lsp ; in: DEFUN |INTRVL;cos;2$;45| ; (BOOT::SPADCALL BOOT::|vals| (BOOT::|shellEntry| BOOT::$ 61)) ; --> LET THE FUNCALL SB-C::%FUNCALL ; ==> ; BOOT::|vals| ; ; note: deleting unreachable code ; (BOOT::|SPADfirst| BOOT::|vals|) ; --> LET ; ==> ; BOOT::|vals| ; ; note: deleting unreachable code ; (BOOT::SPADCALL BOOT::|vals| (BOOT::|shellEntry| BOOT::$ 61)) ; --> LET THE FUNCALL SB-C::%FUNCALL ; ==> ; BOOT::|vals| ; ; note: deleting unreachable code ; (BOOT::|SPADfirst| BOOT::|vals|) ; --> LET ; ==> ; BOOT::|vals| ; ; note: deleting unreachable code ; (BOOT::|INTRVL;exactSupInterval| (BOOT::|SPADfirst| BOOT::|vals|) ; (BOOT::|spadConstant| BOOT::$ 11) BOOT::$) ; ==> ; BOOT::$ ; ; note: deleting unreachable code ; compiling (DEFUN |INTRVL;tan;2$;46| ...) ; file: /tmp/oa-fPx9va/code.lsp ; in: DEFUN |INTRVL;tan;2$;46| ; (DEFUN BOOT::|INTRVL;tan;2$;46| (BOOT::|u| BOOT::$) ; (PROG (BOOT::|hi| BOOT::|lo|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTRVL;tan;2$;46| ; (BOOT::|u| BOOT::$) ; (BLOCK BOOT::|INTRVL;tan;2$;46| ; (PROG (BOOT::|hi| BOOT::|lo|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |INTRVL;csc;2$;47| ...) ; file: /tmp/oa-fPx9va/code.lsp ; in: DEFUN |INTRVL;csc;2$;47| ; (DEFUN BOOT::|INTRVL;csc;2$;47| (BOOT::|u| BOOT::$) ; (PROG (BOOT::|vals|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTRVL;csc;2$;47| ; (BOOT::|u| BOOT::$) ; (BLOCK BOOT::|INTRVL;csc;2$;47| ; (PROG (BOOT::|vals|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |INTRVL;sec;2$;48| ...) ; file: /tmp/oa-fPx9va/code.lsp ; in: DEFUN |INTRVL;sec;2$;48| ; (DEFUN BOOT::|INTRVL;sec;2$;48| (BOOT::|u| BOOT::$) ; (PROG (BOOT::|vals|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTRVL;sec;2$;48| ; (BOOT::|u| BOOT::$) ; (BLOCK BOOT::|INTRVL;sec;2$;48| ; (PROG (BOOT::|vals|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |INTRVL;cot;2$;49| ...) ; file: /tmp/oa-fPx9va/code.lsp ; in: DEFUN |INTRVL;cot;2$;49| ; (DEFUN BOOT::|INTRVL;cot;2$;49| (BOOT::|u| BOOT::$) ; (PROG (BOOT::|lo| BOOT::|hi|) ; (RETURN ; (LET (#) ; (COND # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTRVL;cot;2$;49| ; (BOOT::|u| BOOT::$) ; (BLOCK BOOT::|INTRVL;cot;2$;49| ; (PROG (BOOT::|lo| BOOT::|hi|) ; (RETURN ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |INTRVL;asin;2$;50| ...) ; compiling (DEFUN |INTRVL;acos;2$;51| ...) ; compiling (DEFUN |INTRVL;atan;2$;52| ...) ; compiling (DEFUN |INTRVL;acot;2$;53| ...) ; compiling (DEFUN |INTRVL;acsc;2$;54| ...) ; compiling (DEFUN |INTRVL;asec;2$;55| ...) ; compiling (DEFUN |INTRVL;tanh;2$;56| ...) ; compiling (DEFUN |INTRVL;sinh;2$;57| ...) ; compiling (DEFUN |INTRVL;sech;2$;58| ...) ; compiling (DEFUN |INTRVL;cosh;2$;59| ...) ; compiling (DEFUN |INTRVL;csch;2$;60| ...) ; file: /tmp/oa-fPx9va/code.lsp ; in: DEFUN |INTRVL;csch;2$;60| ; (DEFUN BOOT::|INTRVL;csch;2$;60| (BOOT::|u| BOOT::$) ; (COND ; ((BOOT::|INTRVL;contains?;$RB;13| BOOT::|u| ; (BOOT::|spadConstant| BOOT::$ 68) BOOT::$) ; (BOOT::|error| "csch: singularity at zero")) ; (T ; (BOOT::|INTRVL;qinterval;2R$;6| (BOOT::SPADCALL # #) (BOOT::SPADCALL # #) ; BOOT::$)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTRVL;csch;2$;60| ; (BOOT::|u| BOOT::$) ; (BLOCK BOOT::|INTRVL;csch;2$;60| ; (COND ; ((BOOT::|INTRVL;contains?;$RB;13| BOOT::|u| # BOOT::$) ; (BOOT::|error| "csch: singularity at zero")) ; (T (BOOT::|INTRVL;qinterval;2R$;6| # # BOOT::$))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |INTRVL;coth;2$;61| ...) ; file: /tmp/oa-fPx9va/code.lsp ; in: DEFUN |INTRVL;coth;2$;61| ; (DEFUN BOOT::|INTRVL;coth;2$;61| (BOOT::|u| BOOT::$) ; (COND ; ((BOOT::|INTRVL;contains?;$RB;13| BOOT::|u| ; (BOOT::|spadConstant| BOOT::$ 68) BOOT::$) ; (BOOT::|error| "coth: singularity at zero")) ; (T ; (BOOT::|INTRVL;qinterval;2R$;6| (BOOT::SPADCALL # #) (BOOT::SPADCALL # #) ; BOOT::$)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTRVL;coth;2$;61| ; (BOOT::|u| BOOT::$) ; (BLOCK BOOT::|INTRVL;coth;2$;61| ; (COND ; ((BOOT::|INTRVL;contains?;$RB;13| BOOT::|u| # BOOT::$) ; (BOOT::|error| "coth: singularity at zero")) ; (T (BOOT::|INTRVL;qinterval;2R$;6| # # BOOT::$))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |INTRVL;acosh;2$;62| ...) ; file: /tmp/oa-fPx9va/code.lsp ; in: DEFUN |INTRVL;acosh;2$;62| ; (DEFUN BOOT::|INTRVL;acosh;2$;62| (BOOT::|u| BOOT::$) ; (COND ; ((BOOT::SPADCALL (CAR BOOT::|u|) (BOOT::|spadConstant| BOOT::$ 11) ; (BOOT::|shellEntry| BOOT::$ 40)) ; (BOOT::|error| "invalid argument: acosh only defined on the region 1..")) ; (T ; (BOOT::|INTRVL;qinterval;2R$;6| (BOOT::SPADCALL # #) (BOOT::SPADCALL # #) ; BOOT::$)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTRVL;acosh;2$;62| ; (BOOT::|u| BOOT::$) ; (BLOCK BOOT::|INTRVL;acosh;2$;62| ; (COND ; ((BOOT::SPADCALL # # #) ; (BOOT::|error| ; "invalid argument: acosh only defined on the region 1..")) ; (T (BOOT::|INTRVL;qinterval;2R$;6| # # BOOT::$))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |INTRVL;acoth;2$;63| ...) ; compiling (DEFUN |INTRVL;acsch;2$;64| ...) ; file: /tmp/oa-fPx9va/code.lsp ; in: DEFUN |INTRVL;acsch;2$;64| ; (DEFUN BOOT::|INTRVL;acsch;2$;64| (BOOT::|u| BOOT::$) ; (COND ; ((BOOT::|INTRVL;contains?;$RB;13| BOOT::|u| ; (BOOT::|spadConstant| BOOT::$ 68) BOOT::$) ; (BOOT::|error| "acsch: singularity at zero")) ; (T ; (BOOT::|INTRVL;qinterval;2R$;6| (BOOT::SPADCALL # #) (BOOT::SPADCALL # #) ; BOOT::$)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INTRVL;acsch;2$;64| ; (BOOT::|u| BOOT::$) ; (BLOCK BOOT::|INTRVL;acsch;2$;64| ; (COND ; ((BOOT::|INTRVL;contains?;$RB;13| BOOT::|u| # BOOT::$) ; (BOOT::|error| "acsch: singularity at zero")) ; (T (BOOT::|INTRVL;qinterval;2R$;6| # # BOOT::$))))) ; ; note: type assertion too complex to check: ; (VALUES CONS &REST T). ; compiling (DEFUN |INTRVL;asech;2$;65| ...) ; compiling (DEFUN |INTRVL;asinh;2$;66| ...) ; compiling (DEFUN |INTRVL;atanh;2$;67| ...) ; compiling (DEFUN |INTRVL;**;$F$;68| ...) ; compiling (DEFUN |Interval| ...) ; compiling (DEFUN |Interval;| ...) ; compiling (MAKEPROP (QUOTE |Interval|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAttributes| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 33 notes ; /tmp/oa-fPx9va/code.fasl written ; compilation finished in 0:00:00.242 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile CATEGORY.spad && cp CATEGORY.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CATEGORY.fasl \ && if test -f CATEGORY-.NRLIB/code.fasl; then \ cp CATEGORY-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CATEGORY-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CATEGORY.spad using Spad compiler. CATEGORY abbreviates domain Category debug: compDefine1 lhs: (Category) signature (pre-evaluate): ((Join (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE constructor ((CategoryConstructor) $)) (SIGNATURE exportedOperators ((List (OperatorSignature)) $)) (SIGNATURE principalAncestors ((List (ConstructorCall (CategoryConstructor))) $)) (SIGNATURE parents ((List (ConstructorCall (CategoryConstructor))) $))))) debug: evaluateType form: (Join (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE constructor ((CategoryConstructor) $)) (SIGNATURE exportedOperators ((List (OperatorSignature)) $)) (SIGNATURE principalAncestors ((List (ConstructorCall (CategoryConstructor))) $)) (SIGNATURE parents ((List (ConstructorCall (CategoryConstructor))) $)))) $param: NIL debug: evaluateType form: (CoercibleTo (OutputForm)) $param: NIL Debug: evaluateType1 form: (CoercibleTo (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE constructor ((CategoryConstructor) $)) (SIGNATURE exportedOperators ((List (OperatorSignature)) $)) (SIGNATURE principalAncestors ((List (ConstructorCall (CategoryConstructor))) $)) (SIGNATURE parents ((List (ConstructorCall (CategoryConstructor))) $))) $param: NIL debug: evaluateType form: (CategoryConstructor) $param: NIL Debug: evaluateType1 form: (CategoryConstructor) debug: evaluateType form: (List (OperatorSignature)) $param: NIL Debug: evaluateType1 form: (List (OperatorSignature)) debug: evaluateType1 x: (OperatorSignature) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OperatorSignature) $param: NIL Debug: evaluateType1 form: (OperatorSignature) debug: evalCategory d: (OperatorSignature) c: (Type) debug: evaluateType form: (List (ConstructorCall (CategoryConstructor))) $param: NIL Debug: evaluateType1 form: (List (ConstructorCall (CategoryConstructor))) debug: evaluateType1 x: (ConstructorCall (CategoryConstructor)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (ConstructorCall (CategoryConstructor)) $param: NIL Debug: evaluateType1 form: (ConstructorCall (CategoryConstructor)) debug: evaluateType1 x: (CategoryConstructor) m: (ConstructorCategory) debug: evaluateType1 categoryForm: (ConstructorCategory) debug: evaluateType form: (ConstructorCategory) $param: NIL Debug: evaluateType1 form: (ConstructorCategory) debug: evaluateType form: (CategoryConstructor) $param: NIL Debug: evaluateType1 form: (CategoryConstructor) debug: evalCategory d: (CategoryConstructor) c: (ConstructorCategory) debug: evalCategory d: (ConstructorCall (CategoryConstructor)) c: (Type) debug: evaluateType form: (List (ConstructorCall (CategoryConstructor))) $param: NIL Debug: evaluateType1 form: (List (ConstructorCall (CategoryConstructor))) debug: evaluateType1 x: (ConstructorCall (CategoryConstructor)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (ConstructorCall (CategoryConstructor)) $param: NIL Debug: evaluateType1 form: (ConstructorCall (CategoryConstructor)) debug: evaluateType1 x: (CategoryConstructor) m: (ConstructorCategory) debug: evaluateType1 categoryForm: (ConstructorCategory) debug: evaluateType form: (ConstructorCategory) $param: NIL Debug: evaluateType1 form: (ConstructorCategory) debug: evaluateType form: (CategoryConstructor) $param: NIL Debug: evaluateType1 form: (CategoryConstructor) debug: evalCategory d: (CategoryConstructor) c: (ConstructorCategory) debug: evalCategory d: (ConstructorCall (CategoryConstructor)) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE constructor ((CategoryConstructor) $)) (SIGNATURE exportedOperators ((List (OperatorSignature)) $)) (SIGNATURE principalAncestors ((List (ConstructorCall (CategoryConstructor))) $)) (SIGNATURE parents ((List (ConstructorCall (CategoryConstructor))) $))))) ------------------------------------------------------------------------ initializing stationary directory for Category compiling into /tmp/oa-zL3BwU compiling exported constructor : % -> CategoryConstructor Time: 0.02 SEC. compiling exported exportedOperators : % -> List OperatorSignature Time: 0.02 SEC. compiling exported principalAncestors : % -> List ConstructorCall CategoryConstructor CATEGORY;principalAncestors;$L;3 is replaced by categoryPrincipals Time: 0.00 SEC. compiling exported parents : % -> List ConstructorCall CategoryConstructor Time: 0.01 SEC. compiling exported coerce : % -> OutputForm CATEGORY;coerce;$Of;5 is replaced by outputDomainConstructor Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor Category Time: 0.05 seconds finalizing NRLIB CATEGORY Processing Category for Browser database: -- constructor : % -> CategoryConstructor -- exportedOperators : % -> List OperatorSignature -- principalAncestors : % -> List ConstructorCall CategoryConstructor -- parents : % -> List ConstructorCall CategoryConstructor -- constructor ; compiling file "/tmp/oa-zL3BwU/code.lsp" (written 01 FEB 2016 11:15:38 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CATEGORY;principalAncestors;$L;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CATEGORY;coerce;$Of;5|) ...) ; compiling (DEFUN |CATEGORY;constructor;$Cc;1| ...) ; file: /tmp/oa-zL3BwU/code.lsp ; in: DEFUN |CATEGORY;constructor;$Cc;1| ; (DEFUN BOOT::|CATEGORY;constructor;$Cc;1| (BOOT::|x| BOOT::$) ; (CAR (BOOT::|devaluate| BOOT::|x|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CATEGORY;constructor;$Cc;1| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|CATEGORY;constructor;$Cc;1| ; (CAR (BOOT::|devaluate| BOOT::|x|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |CATEGORY;exportedOperators;$L;2| ...) ; file: /tmp/oa-zL3BwU/code.lsp ; in: DEFUN |CATEGORY;exportedOperators;$L;2| ; (DEFUN BOOT::|CATEGORY;exportedOperators;$L;2| (BOOT::|c| BOOT::$) ; (LET ((#:G550 (BOOT::|categoryExports| BOOT::|c|)) (#:G542 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G550 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CATEGORY;exportedOperators;$L;2| ; (BOOT::|c| BOOT::$) ; (BLOCK BOOT::|CATEGORY;exportedOperators;$L;2| ; (LET ((#:G550 #) (#:G542 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |CATEGORY;principalAncestors;$L;3| ...) ; compiling (DEFUN |CATEGORY;parents;$L;4| ...) ; file: /tmp/oa-zL3BwU/code.lsp ; in: DEFUN |CATEGORY;parents;$L;4| ; (DEFUN BOOT::|CATEGORY;parents;$L;4| (BOOT::|c| BOOT::$) ; (LET ((#:G551 (BOOT::|categoryAncestors| BOOT::|c|)) (#:G546 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G551 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CATEGORY;parents;$L;4| ; (BOOT::|c| BOOT::$) ; (BLOCK BOOT::|CATEGORY;parents;$L;4| ; (LET ((#:G551 #) (#:G546 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |CATEGORY;coerce;$Of;5| ...) ; compiling (DEFUN |Category| ...) ; compiling (DEFUN |Category;| ...) ; compiling (MAKEPROP (QUOTE |Category|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 3 STYLE-WARNING conditions ; printed 2 notes ; /tmp/oa-zL3BwU/code.fasl written ; compilation finished in 0:00:00.041 ------------------------------------------------------------------------ ================================== === layer 23 of 24 complete ====== ================================== ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile RINTERP.spad && cp RINTERP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RINTERP.fasl \ && if test -f RINTERP-.NRLIB/code.fasl; then \ cp RINTERP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RINTERP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RINTERP.spad using Spad compiler. RINTERP abbreviates package RationalInterpolation debug: compDefine1 lhs: (RationalInterpolation xx F) signature (pre-evaluate): ((CATEGORY package (SIGNATURE interpolate ((Fraction (Polynomial F)) (List F) (List F) (NonNegativeInteger) (NonNegativeInteger)))) NIL NIL) debug: evaluateType form: (CATEGORY package (SIGNATURE interpolate ((Fraction (Polynomial F)) (List F) (List F) (NonNegativeInteger) (NonNegativeInteger)))) $param: (xx F) debug: evaluateType form: (Fraction (Polynomial F)) $param: (xx F) Debug: evaluateType1 form: (Fraction (Polynomial F)) debug: evaluateType1 x: (Polynomial F) m: (IntegralDomain) debug: evaluateType1 categoryForm: (IntegralDomain) debug: evaluateType form: (IntegralDomain) $param: (xx F) Debug: evaluateType1 form: (IntegralDomain) debug: evaluateType form: (Polynomial F) $param: (xx F) Debug: evaluateType1 form: (Polynomial F) debug: evaluateType1 x: F m: (Ring) debug: evalCategory d: (Polynomial F) c: (IntegralDomain) debug: evaluateType form: (List F) $param: (xx F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (List F) $param: (xx F) Debug: evaluateType1 form: (List F) debug: evaluateType1 x: F m: (Type) debug: evaluateType form: (NonNegativeInteger) $param: (xx F) Debug: evaluateType1 form: (NonNegativeInteger) debug: evaluateType form: (NonNegativeInteger) $param: (xx F) Debug: evaluateType1 form: (NonNegativeInteger) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE interpolate ((Fraction (Polynomial F)) (List F) (List F) (NonNegativeInteger) (NonNegativeInteger)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for RationalInterpolation compiling into /tmp/oa-gCr4w9 compiling exported interpolate : (List F,List F,NonNegativeInteger,NonNegativeInteger) -> Fraction Polynomial F Time: 0.64 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Warnings: [1] interpolate: nullSpace has no value Cumulative Statistics for Constructor RationalInterpolation Time: 0.64 seconds finalizing NRLIB RINTERP Processing RationalInterpolation for Browser database: --->../../x86_64-unknown-linux-gnu/src/algebra/rinterp.spad-->RationalInterpolation((interpolate ((Fraction (Polynomial F)) (List F) (List F) NonNegativeInteger NonNegativeInteger))): Not documented!!!! -- constructor ; compiling file "/tmp/oa-gCr4w9/code.lsp" (written 01 FEB 2016 11:15:39 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RINTERP;interpolate;2L2NniF;1| ...) ; compiling (DEFUN |RationalInterpolation| ...) ; compiling (DEFUN |RationalInterpolation;| ...) ; compiling (MAKEPROP (QUOTE |RationalInterpolation|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-gCr4w9/code.fasl written ; compilation finished in 0:00:00.057 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ASTCAT.spad && cp ASTCAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ASTCAT.fasl \ && if test -f ASTCAT-.NRLIB/code.fasl; then \ cp ASTCAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ASTCAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ASTCAT.spad using Spad compiler. ASTCAT abbreviates category AbstractSyntaxCategory debug: compDefine1 lhs: (AbstractSyntaxCategory) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for AbstractSyntaxCategory compiling into /tmp/oa-ygEgLV STYLE-WARNING: redefining BOOT::|AbstractSyntaxCategory| in DEFUN Time: 0.01 SEC. ASTCAT- abbreviates package AbstractSyntaxCategory& ------------------------------------------------------------------------ initializing stationary directory for AbstractSyntaxCategory& compiling into /tmp/oa-CLmkwW compiling exported coerce : S -> Syntax ASTCAT-;coerce;$S;1 x is replaced by x Time: 0.00 SEC. compiling exported coerce : Syntax -> S ASTCAT-;coerce;S$;2 x is replaced by x Time: 0 SEC. compiling exported coerce : S -> OutputForm Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor AbstractSyntaxCategory& Time: 0.03 seconds finalizing NRLIB ASTCAT- ; compiling file "/tmp/oa-CLmkwW/code.lsp" (written 01 FEB 2016 11:15:39 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ASTCAT-;coerce;$S;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ASTCAT-;coerce;S$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ASTCAT-;coerce;$S;1| ...) ; compiling (DEFUN |ASTCAT-;coerce;S$;2| ...) ; compiling (DEFUN |ASTCAT-;coerce;$Of;3| ...) ; compiling (DEFUN |AbstractSyntaxCategory&| ...) ; compiling (MAKEPROP (QUOTE |AbstractSyntaxCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-CLmkwW/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ finalizing NRLIB ASTCAT Processing AbstractSyntaxCategory for Browser database: -- constructor ; compiling file "/tmp/oa-ygEgLV/code.lsp" (written 01 FEB 2016 11:15:39 PM): ; compiling (DEFPARAMETER |AbstractSyntaxCategory;AL| ...) ; compiling (DEFUN |AbstractSyntaxCategory;| ...) ; compiling (DEFUN |AbstractSyntaxCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-ygEgLV/code.fasl written ; compilation finished in 0:00:00.004 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SASTCAT.spad && cp SASTCAT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SASTCAT.fasl \ && if test -f SASTCAT-.NRLIB/code.fasl; then \ cp SASTCAT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SASTCAT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SASTCAT.spad using Spad compiler. SASTCAT abbreviates category SpadSyntaxCategory debug: compDefine1 lhs: (SpadSyntaxCategory) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for SpadSyntaxCategory compiling into /tmp/oa-AKe376 STYLE-WARNING: redefining BOOT::|SpadSyntaxCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB SASTCAT Processing SpadSyntaxCategory for Browser database: -- constructor ; compiling file "/tmp/oa-AKe376/code.lsp" (written 01 FEB 2016 11:15:39 PM): ; compiling (DEFPARAMETER |SpadSyntaxCategory;AL| ...) ; compiling (DEFUN |SpadSyntaxCategory;| ...) ; compiling (DEFUN |SpadSyntaxCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-AKe376/code.fasl written ; compilation finished in 0:00:00.006 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PARAMAST.spad && cp PARAMAST.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PARAMAST.fasl \ && if test -f PARAMAST-.NRLIB/code.fasl; then \ cp PARAMAST-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PARAMAST-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PARAMAST.spad using Spad compiler. PARAMAST abbreviates domain ParameterAst debug: compDefine1 lhs: (ParameterAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (UnionType) (CATEGORY domain (SIGNATURE case ((Boolean) $ ([||] (Identifier)))) (SIGNATURE autoCoerce ((Identifier) $)) (SIGNATURE case ((Boolean) $ ([||] (String)))) (SIGNATURE autoCoerce ((String) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (UnionType) (CATEGORY domain (SIGNATURE case ((Boolean) $ ([||] (Identifier)))) (SIGNATURE autoCoerce ((Identifier) $)) (SIGNATURE case ((Boolean) $ ([||] (String)))) (SIGNATURE autoCoerce ((String) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (UnionType) $param: NIL Debug: evaluateType1 form: (UnionType) debug: evaluateType form: (CATEGORY domain (SIGNATURE case ((Boolean) $ ([||] (Identifier)))) (SIGNATURE autoCoerce ((Identifier) $)) (SIGNATURE case ((Boolean) $ ([||] (String)))) (SIGNATURE autoCoerce ((String) $))) $param: NIL debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: ([||] (Identifier)) $param: NIL debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: ([||] (String)) $param: NIL debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (UnionType) (CATEGORY domain (SIGNATURE case ((Boolean) $ ([||] (Identifier)))) (SIGNATURE autoCoerce ((Identifier) $)) (SIGNATURE case ((Boolean) $ ([||] (String)))) (SIGNATURE autoCoerce ((String) $))))) ------------------------------------------------------------------------ initializing stationary directory for ParameterAst compiling into /tmp/oa-Xyihkb compiling exported case : (%,[||] Identifier) -> Boolean PARAMAST;case;$_B;1(x,T1) is replaced by %ident? x Time: 0.01 SEC. compiling exported autoCoerce : % -> Identifier PARAMAST;autoCoerce;$I;2 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] String) -> Boolean PARAMAST;case;$_B;3(x,T1) is replaced by %string? x Time: 0.00 SEC. compiling exported autoCoerce : % -> String PARAMAST;autoCoerce;$S;4 x is replaced by x Time: 0 SEC. compiling exported = : (%,%) -> Boolean PARAMAST;=;2$B;5 is replaced by %equal Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] autoCoerce: : Identifier -- replace by pretend [2] autoCoerce: : String -- replace by pretend Cumulative Statistics for Constructor ParameterAst Time: 0.03 seconds finalizing NRLIB PARAMAST Processing ParameterAst for Browser database: -- ?case? : (%,[|"Identifier"|]) -> Boolean -- autoCoerce : % -> Identifier -- ?case? : (%,[|"String"|]) -> Boolean -- autoCoerce : % -> String -- constructor ; compiling file "/tmp/oa-Xyihkb/code.lsp" (written 01 FEB 2016 11:15:39 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PARAMAST;case;$_B;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PARAMAST;autoCoerce;$I;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PARAMAST;case;$_B;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PARAMAST;autoCoerce;$S;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |PARAMAST;=;2$B;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PARAMAST;case;$_B;1| ...) ; file: /tmp/oa-Xyihkb/code.lsp ; in: DEFUN |PARAMAST;case;$_B;1| ; (DEFUN BOOT::|PARAMAST;case;$_B;1| (BOOT::|x| BOOT::T1 BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (|AxiomCore|:|ident?| BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PARAMAST;case;$_B;1| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|PARAMAST;case;$_B;1| (|AxiomCore|:|ident?| BOOT::|x|))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |PARAMAST;autoCoerce;$I;2| ...) ; compiling (DEFUN |PARAMAST;case;$_B;3| ...) ; file: /tmp/oa-Xyihkb/code.lsp ; in: DEFUN |PARAMAST;case;$_B;3| ; (DEFUN BOOT::|PARAMAST;case;$_B;3| (BOOT::|x| BOOT::T1 BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (STRINGP BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|PARAMAST;case;$_B;3| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|PARAMAST;case;$_B;3| (STRINGP BOOT::|x|))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |PARAMAST;autoCoerce;$S;4| ...) ; compiling (DEFUN |PARAMAST;=;2$B;5| ...) ; compiling (DEFUN |PARAMAST;coerce;$Of;6| ...) ; compiling (DEFUN |ParameterAst| ...) ; compiling (DEFUN |ParameterAst;| ...) ; compiling (MAKEPROP (QUOTE |ParameterAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; printed 1 note ; /tmp/oa-Xyihkb/code.fasl written ; compilation finished in 0:00:00.020 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile HEADAST.spad && cp HEADAST.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/HEADAST.fasl \ && if test -f HEADAST-.NRLIB/code.fasl; then \ cp HEADAST-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/HEADAST-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/HEADAST.spad using Spad compiler. HEADAST abbreviates domain HeadAst debug: compDefine1 lhs: (HeadAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE headAst ($ (Identifier) (List (ParameterAst)))) (SIGNATURE name ((Identifier) $)) (SIGNATURE parameters ((List (ParameterAst)) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE headAst ($ (Identifier) (List (ParameterAst)))) (SIGNATURE name ((Identifier) $)) (SIGNATURE parameters ((List (ParameterAst)) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE headAst ($ (Identifier) (List (ParameterAst)))) (SIGNATURE name ((Identifier) $)) (SIGNATURE parameters ((List (ParameterAst)) $))) $param: NIL debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: (List (ParameterAst)) $param: NIL Debug: evaluateType1 form: (List (ParameterAst)) debug: evaluateType1 x: (ParameterAst) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (ParameterAst) $param: NIL Debug: evaluateType1 form: (ParameterAst) debug: evalCategory d: (ParameterAst) c: (Type) debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: (List (ParameterAst)) $param: NIL Debug: evaluateType1 form: (List (ParameterAst)) debug: evaluateType1 x: (ParameterAst) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (ParameterAst) $param: NIL Debug: evaluateType1 form: (ParameterAst) debug: evalCategory d: (ParameterAst) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE headAst ($ (Identifier) (List (ParameterAst)))) (SIGNATURE name ((Identifier) $)) (SIGNATURE parameters ((List (ParameterAst)) $))))) ------------------------------------------------------------------------ initializing stationary directory for HeadAst compiling into /tmp/oa-kN0ISc compiling exported headAst : (Identifier,List ParameterAst) -> % HEADAST;headAst;IL$;1 is replaced by %pair Time: 0.02 SEC. compiling exported name : % -> Identifier HEADAST;name;$I;2 is replaced by %head Time: 0 SEC. compiling exported parameters : % -> List ParameterAst HEADAST;parameters;$L;3 is replaced by %tail Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE HeadAst) m: (OutputForm) Debug compQuote expr: (QUOTE HeadAst) m: (OutputForm) Debug compQuote expr: (QUOTE name) m: (OutputForm) Debug compQuote expr: (QUOTE name) m: (OutputForm) Debug compQuote expr: (QUOTE parameters) m: (OutputForm) Debug compQuote expr: (QUOTE parameters) m: (OutputForm) Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor HeadAst Time: 0.05 seconds finalizing NRLIB HEADAST Processing HeadAst for Browser database: -- headAst : (Identifier,List ParameterAst) -> % -- name : % -> Identifier -- parameters : % -> List ParameterAst -- constructor ; compiling file "/tmp/oa-kN0ISc/code.lsp" (written 01 FEB 2016 11:15:40 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |HEADAST;headAst;IL$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |HEADAST;name;$I;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |HEADAST;parameters;$L;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |HEADAST;headAst;IL$;1| ...) ; compiling (DEFUN |HEADAST;name;$I;2| ...) ; compiling (DEFUN |HEADAST;parameters;$L;3| ...) ; compiling (DEFUN |HEADAST;coerce;$Of;4| ...) ; compiling (DEFUN |HeadAst| ...) ; compiling (DEFUN |HeadAst;| ...) ; compiling (MAKEPROP (QUOTE |HeadAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-kN0ISc/code.fasl written ; compilation finished in 0:00:00.022 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile LITERAL.spad && cp LITERAL.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LITERAL.fasl \ && if test -f LITERAL-.NRLIB/code.fasl; then \ cp LITERAL-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LITERAL-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LITERAL.spad using Spad compiler. LITERAL abbreviates domain Literal debug: compDefine1 lhs: (Literal T$) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CoercibleTo T$)) (SetCategory)) debug: evaluateType form: (Join (SpadSyntaxCategory) (CoercibleTo T$)) $param: (T$) debug: evaluateType form: (SpadSyntaxCategory) $param: (T$) Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CoercibleTo T$) $param: (T$) Debug: evaluateType1 form: (CoercibleTo T$) debug: evaluateType1 x: T$ m: (Type) debug: evaluateType form: (SetCategory) $param: (T$) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CoercibleTo T$)) (SetCategory)) debug: compDefine1 lhs: (Literal T$) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CoercibleTo T$)) NIL) debug: evaluateType form: (Join (SpadSyntaxCategory) (CoercibleTo T$)) $param: (T$) debug: evaluateType form: (SpadSyntaxCategory) $param: (T$) Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CoercibleTo T$) $param: (T$) Debug: evaluateType1 form: (CoercibleTo T$) debug: evaluateType1 x: T$ m: (Type) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CoercibleTo T$)) NIL) ------------------------------------------------------------------------ initializing stationary directory for Literal compiling into /tmp/oa-LCNjLo compiling exported coerce : % -> T LITERAL;coerce;$T$;1 x is replaced by x Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor Literal Time: 0.03 seconds finalizing NRLIB LITERAL Processing Literal for Browser database: -- constructor ; compiling file "/tmp/oa-LCNjLo/code.lsp" (written 01 FEB 2016 11:15:40 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LITERAL;coerce;$T$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LITERAL;coerce;$T$;1| ...) ; compiling (DEFUN |LITERAL;coerce;$Of;2| ...) ; compiling (DEFUN |Literal| ...) ; compiling (DEFUN |Literal;| ...) ; compiling (MAKEPROP (QUOTE |Literal|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-LCNjLo/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/HOMOTOP.fasl --optimize=3 HOMOTOP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/HOMOTOP.spad using Spad compiler. HOMOTOP abbreviates category HomotopicTo debug: compDefine1 lhs: (HomotopicTo S) signature (pre-evaluate): ((Category) (Type)) debug: evaluateType form: (Category) $param: (S) debug: evaluateType form: (Type) $param: (S) Debug: evaluateType1 form: (Type) debug: compDefine1 signature (post evaluate): ((Category) (Type)) debug: compDefine1 lhs: (HomotopicTo S) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (S) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for HomotopicTo compiling into /tmp/oa-UJvtlC STYLE-WARNING: redefining BOOT::|HomotopicTo| in DEFUN Time: 0.01 SEC. finalizing NRLIB HOMOTOP Processing HomotopicTo for Browser database: -- constructor ; compiling file "/tmp/oa-UJvtlC/code.lsp" (written 01 FEB 2016 11:15:40 PM): ; compiling (DEFPARAMETER |HomotopicTo;AL| ...) ; compiling (DEFUN |HomotopicTo;| ...) ; compiling (DEFUN |HomotopicTo| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-UJvtlC/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/SYNTAX.fasl --bootstrap SYNTAX.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SYNTAX.spad using Spad compiler. SYNTAX abbreviates domain Syntax ------------------------------------------------------------------------ initializing stationary directory for Syntax compiling into /tmp/oa-ohsVuI Time: 0 SEC. Cumulative Statistics for Constructor Syntax Time: 0 seconds finalizing NRLIB SYNTAX ; compiling file "/tmp/oa-ohsVuI/code.lsp" (written 01 FEB 2016 11:15:40 PM): ; compiling (DEFUN |Syntax| ...) ; compiling (DEFUN |Syntax;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-ohsVuI/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/HOMOTOP.fasl --bootstrap HOMOTOP.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/HOMOTOP.spad using Spad compiler. HOMOTOP abbreviates category HomotopicTo ------------------------------------------------------------------------ initializing stationary directory for HomotopicTo compiling into /tmp/oa-nb2bIS STYLE-WARNING: redefining BOOT::|HomotopicTo| in DEFUN Time: 0.01 SEC. finalizing NRLIB HOMOTOP ; compiling file "/tmp/oa-nb2bIS/code.lsp" (written 01 FEB 2016 11:15:40 PM): ; compiling (DEFPARAMETER |HomotopicTo;AL| ...) ; compiling (DEFUN |HomotopicTo;| ...) ; compiling (DEFUN |HomotopicTo| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-nb2bIS/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/ASTCAT.fasl --optimize=3 ASTCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ASTCAT.spad using Spad compiler. ASTCAT abbreviates category AbstractSyntaxCategory debug: compDefine1 lhs: (AbstractSyntaxCategory) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for AbstractSyntaxCategory compiling into /tmp/oa-XuGuFZ STYLE-WARNING: redefining BOOT::|AbstractSyntaxCategory| in DEFUN Time: 0.01 SEC. ASTCAT- abbreviates package AbstractSyntaxCategory& ------------------------------------------------------------------------ initializing stationary directory for AbstractSyntaxCategory& compiling into /tmp/oa-b1W4Z2 compiling exported coerce : S -> Syntax ASTCAT-;coerce;$S;1 x is replaced by x Time: 0.00 SEC. compiling exported coerce : Syntax -> S ASTCAT-;coerce;S$;2 x is replaced by x Time: 0 SEC. compiling exported coerce : S -> OutputForm Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor AbstractSyntaxCategory& Time: 0.02 seconds finalizing NRLIB ASTCAT- ; compiling file "/tmp/oa-b1W4Z2/code.lsp" (written 01 FEB 2016 11:15:40 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ASTCAT-;coerce;$S;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ASTCAT-;coerce;S$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ASTCAT-;coerce;$S;1| ...) ; compiling (DEFUN |ASTCAT-;coerce;S$;2| ...) ; compiling (DEFUN |ASTCAT-;coerce;$Of;3| ...) ; compiling (DEFUN |AbstractSyntaxCategory&| ...) ; compiling (MAKEPROP (QUOTE |AbstractSyntaxCategory&|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-b1W4Z2/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ finalizing NRLIB ASTCAT Processing AbstractSyntaxCategory for Browser database: -- constructor ; compiling file "/tmp/oa-XuGuFZ/code.lsp" (written 01 FEB 2016 11:15:40 PM): ; compiling (DEFPARAMETER |AbstractSyntaxCategory;AL| ...) ; compiling (DEFUN |AbstractSyntaxCategory;| ...) ; compiling (DEFUN |AbstractSyntaxCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-XuGuFZ/code.fasl written ; compilation finished in 0:00:00.005 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/SYNTAX.fasl --optimize=3 SYNTAX.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SYNTAX.spad using Spad compiler. SYNTAX abbreviates domain Syntax debug: compDefine1 lhs: (Syntax) signature (pre-evaluate): ((Join (UnionType) (SetCategory) (RetractableTo (Integer)) (RetractableTo (DoubleFloat)) (RetractableTo (Identifier)) (RetractableTo (String)) (CoercibleTo (InputForm)) (CATEGORY domain (SIGNATURE convert ((SExpression) $)) (SIGNATURE convert ($ (SExpression))) (SIGNATURE coerce ((Integer) $)) (SIGNATURE autoCoerce ((Integer) $)) (SIGNATURE coerce ((DoubleFloat) $)) (SIGNATURE autoCoerce ((DoubleFloat) $)) (SIGNATURE coerce ((Identifier) $)) (SIGNATURE autoCoerce ((Identifier) $)) (SIGNATURE coerce ((String) $)) (SIGNATURE autoCoerce ((String) $)) (SIGNATURE buildSyntax ($ (Identifier) (List $))) (SIGNATURE buildSyntax ($ $ (List $))) (SIGNATURE nil? ((Boolean) $)) (SIGNATURE getOperator ((Union (Integer) (DoubleFloat) (Identifier) (String) $) $)) (SIGNATURE getOperands ((List $) $)) (SIGNATURE compound? ((Boolean) $)) (SIGNATURE case ((Boolean) $ ([||] (Integer)))) (SIGNATURE case ((Boolean) $ ([||] (DoubleFloat)))) (SIGNATURE case ((Boolean) $ ([||] (Identifier)))) (SIGNATURE case ((Boolean) $ ([||] (String))))))) debug: evaluateType form: (Join (UnionType) (SetCategory) (RetractableTo (Integer)) (RetractableTo (DoubleFloat)) (RetractableTo (Identifier)) (RetractableTo (String)) (CoercibleTo (InputForm)) (CATEGORY domain (SIGNATURE convert ((SExpression) $)) (SIGNATURE convert ($ (SExpression))) (SIGNATURE coerce ((Integer) $)) (SIGNATURE autoCoerce ((Integer) $)) (SIGNATURE coerce ((DoubleFloat) $)) (SIGNATURE autoCoerce ((DoubleFloat) $)) (SIGNATURE coerce ((Identifier) $)) (SIGNATURE autoCoerce ((Identifier) $)) (SIGNATURE coerce ((String) $)) (SIGNATURE autoCoerce ((String) $)) (SIGNATURE buildSyntax ($ (Identifier) (List $))) (SIGNATURE buildSyntax ($ $ (List $))) (SIGNATURE nil? ((Boolean) $)) (SIGNATURE getOperator ((Union (Integer) (DoubleFloat) (Identifier) (String) $) $)) (SIGNATURE getOperands ((List $) $)) (SIGNATURE compound? ((Boolean) $)) (SIGNATURE case ((Boolean) $ ([||] (Integer)))) (SIGNATURE case ((Boolean) $ ([||] (DoubleFloat)))) (SIGNATURE case ((Boolean) $ ([||] (Identifier)))) (SIGNATURE case ((Boolean) $ ([||] (String)))))) $param: NIL debug: evaluateType form: (UnionType) $param: NIL Debug: evaluateType1 form: (UnionType) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (RetractableTo (Integer)) $param: NIL Debug: evaluateType1 form: (RetractableTo (Integer)) debug: evaluateType1 x: (Integer) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evalCategory d: (Integer) c: (Type) debug: evaluateType form: (RetractableTo (DoubleFloat)) $param: NIL Debug: evaluateType1 form: (RetractableTo (DoubleFloat)) debug: evaluateType1 x: (DoubleFloat) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evalCategory d: (DoubleFloat) c: (Type) debug: evaluateType form: (RetractableTo (Identifier)) $param: NIL Debug: evaluateType1 form: (RetractableTo (Identifier)) debug: evaluateType1 x: (Identifier) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evalCategory d: (Identifier) c: (Type) debug: evaluateType form: (RetractableTo (String)) $param: NIL Debug: evaluateType1 form: (RetractableTo (String)) debug: evaluateType1 x: (String) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evalCategory d: (String) c: (Type) debug: evaluateType form: (CoercibleTo (InputForm)) $param: NIL Debug: evaluateType1 form: (CoercibleTo (InputForm)) debug: evaluateType1 x: (InputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (InputForm) $param: NIL Debug: evaluateType1 form: (InputForm) debug: evalCategory d: (InputForm) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE convert ((SExpression) $)) (SIGNATURE convert ($ (SExpression))) (SIGNATURE coerce ((Integer) $)) (SIGNATURE autoCoerce ((Integer) $)) (SIGNATURE coerce ((DoubleFloat) $)) (SIGNATURE autoCoerce ((DoubleFloat) $)) (SIGNATURE coerce ((Identifier) $)) (SIGNATURE autoCoerce ((Identifier) $)) (SIGNATURE coerce ((String) $)) (SIGNATURE autoCoerce ((String) $)) (SIGNATURE buildSyntax ($ (Identifier) (List $))) (SIGNATURE buildSyntax ($ $ (List $))) (SIGNATURE nil? ((Boolean) $)) (SIGNATURE getOperator ((Union (Integer) (DoubleFloat) (Identifier) (String) $) $)) (SIGNATURE getOperands ((List $) $)) (SIGNATURE compound? ((Boolean) $)) (SIGNATURE case ((Boolean) $ ([||] (Integer)))) (SIGNATURE case ((Boolean) $ ([||] (DoubleFloat)))) (SIGNATURE case ((Boolean) $ ([||] (Identifier)))) (SIGNATURE case ((Boolean) $ ([||] (String))))) $param: NIL debug: evaluateType form: (SExpression) $param: NIL Debug: evaluateType1 form: (SExpression) debug: evaluateType form: (SExpression) $param: NIL Debug: evaluateType1 form: (SExpression) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Union (Integer) (DoubleFloat) (Identifier) (String) $) $param: NIL debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: evaluateType form: (DoubleFloat) $param: NIL Debug: evaluateType1 form: (DoubleFloat) debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: $ $param: NIL debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: ([||] (Integer)) $param: NIL debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: ([||] (DoubleFloat)) $param: NIL debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: ([||] (Identifier)) $param: NIL debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: ([||] (String)) $param: NIL debug: compDefine1 signature (post evaluate): ((Join (UnionType) (SetCategory) (RetractableTo (Integer)) (RetractableTo (DoubleFloat)) (RetractableTo (Identifier)) (RetractableTo (String)) (CoercibleTo (InputForm)) (CATEGORY domain (SIGNATURE convert ((SExpression) $)) (SIGNATURE convert ($ (SExpression))) (SIGNATURE coerce ((Integer) $)) (SIGNATURE autoCoerce ((Integer) $)) (SIGNATURE coerce ((DoubleFloat) $)) (SIGNATURE autoCoerce ((DoubleFloat) $)) (SIGNATURE coerce ((Identifier) $)) (SIGNATURE autoCoerce ((Identifier) $)) (SIGNATURE coerce ((String) $)) (SIGNATURE autoCoerce ((String) $)) (SIGNATURE buildSyntax ($ (Identifier) (List $))) (SIGNATURE buildSyntax ($ $ (List $))) (SIGNATURE nil? ((Boolean) $)) (SIGNATURE getOperator ((Union (Integer) (DoubleFloat) (Identifier) (String) $) $)) (SIGNATURE getOperands ((List $) $)) (SIGNATURE compound? ((Boolean) $)) (SIGNATURE case ((Boolean) $ ([||] (Integer)))) (SIGNATURE case ((Boolean) $ ([||] (DoubleFloat)))) (SIGNATURE case ((Boolean) $ ([||] (Identifier)))) (SIGNATURE case ((Boolean) $ ([||] (String))))))) ------------------------------------------------------------------------ initializing stationary directory for Syntax compiling into /tmp/oa-SeyE1b compiling exported = : (%,%) -> Boolean SYNTAX;=;2$B;1 is replaced by %equal Time: 0.02 SEC. compiling exported case : (%,[||] Integer) -> Boolean SYNTAX;case;$_B;2(s,T1) is replaced by %integer? s Time: 0 SEC. compiling exported case : (%,[||] DoubleFloat) -> Boolean SYNTAX;case;$_B;3(s,T1) is replaced by %float? s Time: 0.00 SEC. compiling exported case : (%,[||] String) -> Boolean SYNTAX;case;$_B;4(s,T1) is replaced by %string? s Time: 0 SEC. compiling exported case : (%,[||] Identifier) -> Boolean SYNTAX;case;$_B;5(s,T1) is replaced by %ident? s Time: 0 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. compiling exported convert : % -> SExpression SYNTAX;convert;$Se;7 x is replaced by x Time: 0 SEC. compiling exported convert : SExpression -> % SYNTAX;convert;Se$;8 x is replaced by x Time: 0 SEC. compiling exported coerce : Integer -> % SYNTAX;coerce;I$;9 i is replaced by i Time: 0 SEC. compiling exported autoCoerce : % -> Integer SYNTAX;autoCoerce;$I;10 i is replaced by i Time: 0 SEC. compiling exported retractIfCan : % -> Union(Integer,failed) SYNTAX;retractIfCan;$U;11 x is replaced by %when( %pair(0,x),%otherwise %pair(1,"failed")) Time: 0.00 SEC. compiling exported coerce : % -> Integer Time: 0 SEC. compiling exported coerce : DoubleFloat -> % SYNTAX;coerce;Df$;13 f is replaced by f Time: 0 SEC. compiling exported autoCoerce : % -> DoubleFloat SYNTAX;autoCoerce;$Df;14 f is replaced by f Time: 0 SEC. compiling exported retractIfCan : % -> Union(DoubleFloat,failed) SYNTAX;retractIfCan;$U;15 x is replaced by %when( %pair(0,x),%otherwise %pair(1,"failed")) Time: 0.00 SEC. compiling exported coerce : % -> DoubleFloat Time: 0 SEC. compiling exported coerce : Identifier -> % SYNTAX;coerce;I$;17 s is replaced by s Time: 0 SEC. compiling exported autoCoerce : % -> Identifier SYNTAX;autoCoerce;$I;18 s is replaced by s Time: 0.00 SEC. compiling exported coerce : % -> Identifier Time: 0 SEC. compiling exported retractIfCan : % -> Union(Identifier,failed) SYNTAX;retractIfCan;$U;20 x is replaced by %when( %pair(0,x),%otherwise %pair(1,"failed")) Time: 0 SEC. compiling exported coerce : String -> % SYNTAX;coerce;S$;21 s is replaced by s Time: 0.00 SEC. compiling exported autoCoerce : % -> String SYNTAX;autoCoerce;$S;22 s is replaced by s Time: 0.00 SEC. compiling exported retractIfCan : % -> Union(String,failed) SYNTAX;retractIfCan;$U;23 x is replaced by %when( %pair(0,x),%otherwise %pair(1,"failed")) Time: 0.00 SEC. compiling exported coerce : % -> String Time: 0.00 SEC. compiling exported buildSyntax : (Identifier,List %) -> % SYNTAX;buildSyntax;IL$;25 is replaced by %pair Time: 0.00 SEC. compiling exported buildSyntax : (%,List %) -> % SYNTAX;buildSyntax;$L$;26 is replaced by %pair Time: 0.01 SEC. compiling exported nil? : % -> Boolean SYNTAX;nil?;$B;27 x is replaced by %peq(x,%nil) Time: 0 SEC. compiling local atom? : % -> Boolean SYNTAX;atom? x is replaced by %not %pair? x Time: 0 SEC. compiling exported getOperator : % -> Union(Integer,DoubleFloat,Identifier,String,%) Time: 0.01 SEC. compiling exported compound? : % -> Boolean SYNTAX;compound?;$B;30 is replaced by %pair? Time: 0 SEC. compiling exported getOperands : % -> List % SYNTAX;getOperands;$L;31 x is replaced by %when( %nil,%otherwise %tail x) Time: 0.00 SEC. compiling exported coerce : % -> InputForm SYNTAX;coerce;$If;32 x is replaced by x Time: 0.00 SEC. (time taken in buildFunctor: 4) Time: 0.00 SEC. Warnings: [1] convert: : SExpression -- replace by pretend [2] autoCoerce: : Integer -- replace by pretend [3] autoCoerce: : DoubleFloat -- replace by pretend [4] autoCoerce: : Identifier -- replace by pretend [5] autoCoerce: : String -- replace by pretend [6] coerce: : InputForm -- replace by pretend Cumulative Statistics for Constructor Syntax Time: 0.10 seconds finalizing NRLIB SYNTAX Processing Syntax for Browser database: -- convert : % -> SExpression -- convert : SExpression -> % -- coerce : % -> Integer -- autoCoerce : % -> Integer -- coerce : % -> DoubleFloat -- autoCoerce : % -> DoubleFloat -- coerce : % -> Identifier -- autoCoerce : % -> Identifier -- coerce : % -> String -- autoCoerce : % -> String -- buildSyntax : (Identifier,List %) -> % -- buildSyntax : (%,List %) -> % -- nil? : % -> Boolean -- getOperator : % -> Union(Integer,DoubleFloat,Identifier,String,%) -- getOperands : % -> List % -- compound? : % -> Boolean -- ?case? : (%,[|"Integer"|]) -> Boolean -- ?case? : (%,[|"DoubleFloat"|]) -> Boolean -- ?case? : (%,[|"Identifier"|]) -> Boolean -- ?case? : (%,[|"String"|]) -> Boolean -- constructor ; compiling file "/tmp/oa-SeyE1b/code.lsp" (written 01 FEB 2016 11:15:40 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYNTAX;=;2$B;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYNTAX;case;$_B;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYNTAX;case;$_B;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYNTAX;case;$_B;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYNTAX;case;$_B;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYNTAX;convert;$Se;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYNTAX;convert;Se$;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYNTAX;coerce;I$;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYNTAX;autoCoerce;$I;10|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYNTAX;retractIfCan;$U;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYNTAX;coerce;Df$;13|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYNTAX;autoCoerce;$Df;14|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYNTAX;retractIfCan;$U;15|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYNTAX;coerce;I$;17|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYNTAX;autoCoerce;$I;18|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYNTAX;retractIfCan;$U;20|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYNTAX;coerce;S$;21|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYNTAX;autoCoerce;$S;22|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYNTAX;retractIfCan;$U;23|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYNTAX;buildSyntax;IL$;25|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYNTAX;buildSyntax;$L$;26|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYNTAX;nil?;$B;27|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYNTAX;atom?|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYNTAX;compound?;$B;30|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYNTAX;getOperands;$L;31|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SYNTAX;coerce;$If;32|) ...) ; compiling (DEFUN |SYNTAX;=;2$B;1| ...) ; compiling (DEFUN |SYNTAX;case;$_B;2| ...) ; file: /tmp/oa-SeyE1b/code.lsp ; in: DEFUN |SYNTAX;case;$_B;2| ; (DEFUN BOOT::|SYNTAX;case;$_B;2| (BOOT::|s| BOOT::T1 BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (INTEGERP BOOT::|s|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYNTAX;case;$_B;2| ; (BOOT::|s| BOOT::T1 BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|SYNTAX;case;$_B;2| (INTEGERP BOOT::|s|))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SYNTAX;case;$_B;3| ...) ; file: /tmp/oa-SeyE1b/code.lsp ; in: DEFUN |SYNTAX;case;$_B;3| ; (DEFUN BOOT::|SYNTAX;case;$_B;3| (BOOT::|s| BOOT::T1 BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (FLOATP BOOT::|s|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYNTAX;case;$_B;3| ; (BOOT::|s| BOOT::T1 BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|SYNTAX;case;$_B;3| (FLOATP BOOT::|s|))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SYNTAX;case;$_B;4| ...) ; file: /tmp/oa-SeyE1b/code.lsp ; in: DEFUN |SYNTAX;case;$_B;4| ; (DEFUN BOOT::|SYNTAX;case;$_B;4| (BOOT::|s| BOOT::T1 BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (STRINGP BOOT::|s|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYNTAX;case;$_B;4| ; (BOOT::|s| BOOT::T1 BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|SYNTAX;case;$_B;4| (STRINGP BOOT::|s|))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SYNTAX;case;$_B;5| ...) ; file: /tmp/oa-SeyE1b/code.lsp ; in: DEFUN |SYNTAX;case;$_B;5| ; (DEFUN BOOT::|SYNTAX;case;$_B;5| (BOOT::|s| BOOT::T1 BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (|AxiomCore|:|ident?| BOOT::|s|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYNTAX;case;$_B;5| ; (BOOT::|s| BOOT::T1 BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|SYNTAX;case;$_B;5| (|AxiomCore|:|ident?| BOOT::|s|))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SYNTAX;coerce;$Of;6| ...) ; compiling (DEFUN |SYNTAX;convert;$Se;7| ...) ; compiling (DEFUN |SYNTAX;convert;Se$;8| ...) ; compiling (DEFUN |SYNTAX;coerce;I$;9| ...) ; compiling (DEFUN |SYNTAX;autoCoerce;$I;10| ...) ; compiling (DEFUN |SYNTAX;retractIfCan;$U;11| ...) ; compiling (DEFUN |SYNTAX;coerce;$I;12| ...) ; file: /tmp/oa-SeyE1b/code.lsp ; in: DEFUN |SYNTAX;coerce;$I;12| ; (DEFUN BOOT::|SYNTAX;coerce;$I;12| (BOOT::|i| BOOT::$) ; (BOOT::SPADCALL BOOT::|i| (BOOT::|shellEntry| BOOT::$ 30))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYNTAX;coerce;$I;12| ; (BOOT::|i| BOOT::$) ; (BLOCK BOOT::|SYNTAX;coerce;$I;12| ; (BOOT::SPADCALL BOOT::|i| (BOOT::|shellEntry| BOOT::$ 30)))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |SYNTAX;coerce;Df$;13| ...) ; compiling (DEFUN |SYNTAX;autoCoerce;$Df;14| ...) ; compiling (DEFUN |SYNTAX;retractIfCan;$U;15| ...) ; compiling (DEFUN |SYNTAX;coerce;$Df;16| ...) ; file: /tmp/oa-SeyE1b/code.lsp ; in: DEFUN |SYNTAX;coerce;$Df;16| ; (DEFUN BOOT::|SYNTAX;coerce;$Df;16| (BOOT::|f| BOOT::$) ; (BOOT::SPADCALL BOOT::|f| (BOOT::|shellEntry| BOOT::$ 36))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYNTAX;coerce;$Df;16| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|SYNTAX;coerce;$Df;16| ; (BOOT::SPADCALL BOOT::|f| (BOOT::|shellEntry| BOOT::$ 36)))) ; ; note: type assertion too complex to check: ; (VALUES DOUBLE-FLOAT &REST T). ; compiling (DEFUN |SYNTAX;coerce;I$;17| ...) ; compiling (DEFUN |SYNTAX;autoCoerce;$I;18| ...) ; compiling (DEFUN |SYNTAX;coerce;$I;19| ...) ; file: /tmp/oa-SeyE1b/code.lsp ; in: DEFUN |SYNTAX;coerce;$I;19| ; (DEFUN BOOT::|SYNTAX;coerce;$I;19| (BOOT::|s| BOOT::$) ; (BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 40))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYNTAX;coerce;$I;19| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|SYNTAX;coerce;$I;19| ; (BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 40)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL SYMBOL &REST T). ; compiling (DEFUN |SYNTAX;retractIfCan;$U;20| ...) ; compiling (DEFUN |SYNTAX;coerce;S$;21| ...) ; compiling (DEFUN |SYNTAX;autoCoerce;$S;22| ...) ; compiling (DEFUN |SYNTAX;retractIfCan;$U;23| ...) ; compiling (DEFUN |SYNTAX;coerce;$S;24| ...) ; file: /tmp/oa-SeyE1b/code.lsp ; in: DEFUN |SYNTAX;coerce;$S;24| ; (DEFUN BOOT::|SYNTAX;coerce;$S;24| (BOOT::|s| BOOT::$) ; (BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 48))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYNTAX;coerce;$S;24| ; (BOOT::|s| BOOT::$) ; (BLOCK BOOT::|SYNTAX;coerce;$S;24| ; (BOOT::SPADCALL BOOT::|s| (BOOT::|shellEntry| BOOT::$ 48)))) ; ; note: type assertion too complex to check: ; (VALUES STRING &REST T). ; compiling (DEFUN |SYNTAX;buildSyntax;IL$;25| ...) ; compiling (DEFUN |SYNTAX;buildSyntax;$L$;26| ...) ; compiling (DEFUN |SYNTAX;nil?;$B;27| ...) ; compiling (DEFUN |SYNTAX;atom?| ...) ; compiling (DEFUN |SYNTAX;getOperator;$U;29| ...) ; file: /tmp/oa-SeyE1b/code.lsp ; in: DEFUN |SYNTAX;getOperator;$U;29| ; (DEFUN BOOT::|SYNTAX;getOperator;$U;29| (BOOT::|x| BOOT::$) ; (PROG (BOOT::|op|) (RETURN (COND (# #) (T #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SYNTAX;getOperator;$U;29| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|SYNTAX;getOperator;$U;29| ; (PROG (BOOT::|op|) (RETURN (COND # #))))) ; ; note: type assertion too complex to check: ; (VALUES (CONS FIXNUM T) &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |SYNTAX;compound?;$B;30| ...) ; compiling (DEFUN |SYNTAX;getOperands;$L;31| ...) ; compiling (DEFUN |SYNTAX;coerce;$If;32| ...) ; compiling (DEFUN |Syntax| ...) ; compiling (DEFUN |Syntax;| ...) ; compiling (MAKEPROP (QUOTE |Syntax|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 5 STYLE-WARNING conditions ; printed 6 notes ; /tmp/oa-SeyE1b/code.fasl written ; compilation finished in 0:00:00.093 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/SASTCAT.fasl --optimize=3 SASTCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SASTCAT.spad using Spad compiler. SASTCAT abbreviates category SpadSyntaxCategory debug: compDefine1 lhs: (SpadSyntaxCategory) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for SpadSyntaxCategory compiling into /tmp/oa-QBcPMp STYLE-WARNING: redefining BOOT::|SpadSyntaxCategory| in DEFUN Time: 0.00 SEC. finalizing NRLIB SASTCAT Processing SpadSyntaxCategory for Browser database: -- constructor ; compiling file "/tmp/oa-QBcPMp/code.lsp" (written 01 FEB 2016 11:15:41 PM): ; compiling (DEFPARAMETER |SpadSyntaxCategory;AL| ...) ; compiling (DEFUN |SpadSyntaxCategory;| ...) ; compiling (DEFUN |SpadSyntaxCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-QBcPMp/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/SPADXPT.fasl --optimize=3 SPADXPT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SPADXPT.spad using Spad compiler. SPADXPT abbreviates category SpadAstExports debug: compDefine1 lhs: (SpadAstExports) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for SpadAstExports compiling into /tmp/oa-Llclft STYLE-WARNING: redefining BOOT::|SpadAstExports| in DEFUN Time: 0.01 SEC. finalizing NRLIB SPADXPT Processing SpadAstExports for Browser database: -- ?case? : (%,[|"ImportAst"|]) -> Boolean -- autoCoerce : % -> ImportAst -- ?case? : (%,[|"DefinitionAst"|]) -> Boolean -- autoCoerce : % -> DefinitionAst -- ?case? : (%,[|"MacroAst"|]) -> Boolean -- autoCoerce : % -> MacroAst -- ?case? : (%,[|"WhereAst"|]) -> Boolean -- autoCoerce : % -> WhereAst -- ?case? : (%,[|"CategoryAst"|]) -> Boolean -- autoCoerce : % -> CategoryAst -- ?case? : (%,[|"JoinAst"|]) -> Boolean -- autoCoerce : % -> JoinAst --->../../x86_64-unknown-linux-gnu/src/algebra/syntax.spad-->SpadAstExports((autoCoerce (JoinAst %))): Unexpected HT command: \spadype "\\spad{autoCoerce(s)} returns the \\spadype{JoinAst} view of of the AST object \\spad{s}. Left at the discretion of the compiler." -- ?case? : (%,[|"CapsuleAst"|]) -> Boolean -- autoCoerce : % -> CapsuleAst -- ?case? : (%,[|"SignatureAst"|]) -> Boolean -- autoCoerce : % -> SignatureAst -- ?case? : (%,[|"AttributeAst"|]) -> Boolean -- autoCoerce : % -> AttributeAst -- ?case? : (%,[|"MappingAst"|]) -> Boolean -- autoCoerce : % -> MappingAst -- ?case? : (%,[|"IfAst"|]) -> Boolean -- autoCoerce : % -> IfAst -- ?case? : (%,[|"RepeatAst"|]) -> Boolean -- autoCoerce : % -> RepeatAst -- ?case? : (%,[|"WhileAst"|]) -> Boolean -- autoCoerce : % -> WhileAst -- ?case? : (%,[|"InAst"|]) -> Boolean -- autoCoerce : % -> InAst -- ?case? : (%,[|"StepAst"|]) -> Boolean -- autoCoerce : % -> StepAst -- ?case? : (%,[|"CollectAst"|]) -> Boolean -- autoCoerce : % -> CollectAst -- ?case? : (%,[|"ConstructAst"|]) -> Boolean -- autoCoerce : % -> ConstructAst -- ?case? : (%,[|"ExitAst"|]) -> Boolean -- autoCoerce : % -> ExitAst -- ?case? : (%,[|"ReturnAst"|]) -> Boolean -- autoCoerce : % -> ReturnAst -- ?case? : (%,[|"CoerceAst"|]) -> Boolean -- autoCoerce : % -> CoerceAst -- ?case? : (%,[|"PretendAst"|]) -> Boolean -- autoCoerce : % -> PretendAst -- ?case? : (%,[|"RestrictAst"|]) -> Boolean -- autoCoerce : % -> RestrictAst -- ?case? : (%,[|"SegmentAst"|]) -> Boolean -- autoCoerce : % -> SegmentAst -- ?case? : (%,[|"SequenceAst"|]) -> Boolean -- autoCoerce : % -> SequenceAst -- ?case? : (%,[|"LetAst"|]) -> Boolean -- autoCoerce : % -> LetAst -- ?case? : (%,[|"SuchThatAst"|]) -> Boolean -- autoCoerce : % -> SuchThatAst -- ?case? : (%,[|"ColonAst"|]) -> Boolean -- autoCoerce : % -> ColonAst -- ?case? : (%,[|"CaseAst"|]) -> Boolean -- autoCoerce : % -> CaseAst -- ?case? : (%,[|"HasAst"|]) -> Boolean -- autoCoerce : % -> HasAst -- ?case? : (%,[|"IsAst"|]) -> Boolean -- autoCoerce : % -> IsAst -- ?case? : (%,[|"Identifier"|]) -> Boolean -- autoCoerce : % -> Identifier -- ?case? : (%,[|"String"|]) -> Boolean -- autoCoerce : % -> String -- ?case? : (%,[|"Integer"|]) -> Boolean -- autoCoerce : % -> Integer -- constructor ; compiling file "/tmp/oa-Llclft/code.lsp" (written 01 FEB 2016 11:15:41 PM): ; compiling (DEFPARAMETER |SpadAstExports;AL| ...) ; compiling (DEFUN |SpadAstExports;| ...) ; compiling (DEFUN |SpadAstExports| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Llclft/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/ASTCAT.fasl --bootstrap ASTCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ASTCAT.spad using Spad compiler. ASTCAT abbreviates category AbstractSyntaxCategory ------------------------------------------------------------------------ initializing stationary directory for AbstractSyntaxCategory compiling into /tmp/oa-8bAZaG STYLE-WARNING: redefining BOOT::|AbstractSyntaxCategory| in DEFUN Time: 0.01 SEC. finalizing NRLIB ASTCAT ; compiling file "/tmp/oa-8bAZaG/code.lsp" (written 01 FEB 2016 11:15:41 PM): ; compiling (DEFPARAMETER |AbstractSyntaxCategory;AL| ...) ; compiling (DEFUN |AbstractSyntaxCategory;| ...) ; compiling (DEFUN |AbstractSyntaxCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-8bAZaG/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/SASTCAT.fasl --bootstrap SASTCAT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SASTCAT.spad using Spad compiler. SASTCAT abbreviates category SpadSyntaxCategory ------------------------------------------------------------------------ initializing stationary directory for SpadSyntaxCategory compiling into /tmp/oa-fIue1M STYLE-WARNING: redefining BOOT::|SpadSyntaxCategory| in DEFUN Time: 0 SEC. finalizing NRLIB SASTCAT ; compiling file "/tmp/oa-fIue1M/code.lsp" (written 01 FEB 2016 11:15:41 PM): ; compiling (DEFPARAMETER |SpadSyntaxCategory;AL| ...) ; compiling (DEFUN |SpadSyntaxCategory;| ...) ; compiling (DEFUN |SpadSyntaxCategory| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-fIue1M/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/SPADXPT.fasl --bootstrap SPADXPT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SPADXPT.spad using Spad compiler. SPADXPT abbreviates category SpadAstExports ------------------------------------------------------------------------ initializing stationary directory for SpadAstExports compiling into /tmp/oa-uN2NpU STYLE-WARNING: redefining BOOT::|SpadAstExports| in DEFUN Time: 0.01 SEC. finalizing NRLIB SPADXPT ; compiling file "/tmp/oa-uN2NpU/code.lsp" (written 01 FEB 2016 11:15:41 PM): ; compiling (DEFPARAMETER |SpadAstExports;AL| ...) ; compiling (DEFUN |SpadAstExports;| ...) ; compiling (DEFUN |SpadAstExports| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-uN2NpU/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/TYPEAST.fasl --bootstrap TYPEAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TYPEAST.spad using Spad compiler. TYPEAST abbreviates domain TypeAst ------------------------------------------------------------------------ initializing stationary directory for TypeAst compiling into /tmp/oa-x5dVq4 Time: 0.00 SEC. Cumulative Statistics for Constructor TypeAst Time: 0.00 seconds finalizing NRLIB TYPEAST ; compiling file "/tmp/oa-x5dVq4/code.lsp" (written 01 FEB 2016 11:15:41 PM): ; compiling (DEFUN |TypeAst| ...) ; compiling (DEFUN |TypeAst;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-x5dVq4/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/IMPTAST.fasl --bootstrap IMPTAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IMPTAST.spad using Spad compiler. IMPTAST abbreviates domain ImportAst TYPEAST abbreviates domain TypeAst ------------------------------------------------------------------------ initializing stationary directory for ImportAst compiling into /tmp/oa-E8BONa Time: 0.00 SEC. Cumulative Statistics for Constructor ImportAst Time: 0.00 seconds finalizing NRLIB IMPTAST ; compiling file "/tmp/oa-E8BONa/code.lsp" (written 01 FEB 2016 11:15:41 PM): ; compiling (DEFUN |ImportAst| ...) ; compiling (DEFUN |ImportAst;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-E8BONa/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/DEFAST.fasl --bootstrap DEFAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DEFAST.spad using Spad compiler. DEFAST abbreviates domain DefinitionAst ------------------------------------------------------------------------ initializing stationary directory for DefinitionAst compiling into /tmp/oa-sFbCYh Time: 0.00 SEC. Cumulative Statistics for Constructor DefinitionAst Time: 0.00 seconds finalizing NRLIB DEFAST ; compiling file "/tmp/oa-sFbCYh/code.lsp" (written 01 FEB 2016 11:15:41 PM): ; compiling (DEFUN |DefinitionAst| ...) ; compiling (DEFUN |DefinitionAst;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-sFbCYh/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/MACROAST.fasl --bootstrap MACROAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MACROAST.spad using Spad compiler. MACROAST abbreviates domain MacroAst ------------------------------------------------------------------------ initializing stationary directory for MacroAst compiling into /tmp/oa-gSxmli Time: 0.00 SEC. Cumulative Statistics for Constructor MacroAst Time: 0.00 seconds finalizing NRLIB MACROAST ; compiling file "/tmp/oa-gSxmli/code.lsp" (written 01 FEB 2016 11:15:42 PM): ; compiling (DEFUN |MacroAst| ...) ; compiling (DEFUN |MacroAst;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-gSxmli/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/WHEREAST.fasl --bootstrap WHEREAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/WHEREAST.spad using Spad compiler. WHEREAST abbreviates domain WhereAst ------------------------------------------------------------------------ initializing stationary directory for WhereAst compiling into /tmp/oa-iOIQhm Time: 0 SEC. Cumulative Statistics for Constructor WhereAst Time: 0 seconds finalizing NRLIB WHEREAST ; compiling file "/tmp/oa-iOIQhm/code.lsp" (written 01 FEB 2016 11:15:42 PM): ; compiling (DEFUN |WhereAst| ...) ; compiling (DEFUN |WhereAst;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-iOIQhm/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/CATAST.fasl --bootstrap CATAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CATAST.spad using Spad compiler. CATAST abbreviates domain CategoryAst ------------------------------------------------------------------------ initializing stationary directory for CategoryAst compiling into /tmp/oa-1MR15t Time: 0.00 SEC. Cumulative Statistics for Constructor CategoryAst Time: 0.00 seconds finalizing NRLIB CATAST ; compiling file "/tmp/oa-1MR15t/code.lsp" (written 01 FEB 2016 11:15:42 PM): ; compiling (DEFUN |CategoryAst| ...) ; compiling (DEFUN |CategoryAst;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-1MR15t/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/JOINAST.fasl --bootstrap JOINAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/JOINAST.spad using Spad compiler. JOINAST abbreviates domain JoinAst ------------------------------------------------------------------------ initializing stationary directory for JoinAst compiling into /tmp/oa-eDnQVD Time: 0.01 SEC. Cumulative Statistics for Constructor JoinAst Time: 0.01 seconds finalizing NRLIB JOINAST ; compiling file "/tmp/oa-eDnQVD/code.lsp" (written 01 FEB 2016 11:15:42 PM): ; compiling (DEFUN |JoinAst| ...) ; compiling (DEFUN |JoinAst;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-eDnQVD/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/CAPSLAST.fasl --bootstrap CAPSLAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CAPSLAST.spad using Spad compiler. CAPSLAST abbreviates domain CapsuleAst ------------------------------------------------------------------------ initializing stationary directory for CapsuleAst compiling into /tmp/oa-CihS0L Time: 0.00 SEC. Cumulative Statistics for Constructor CapsuleAst Time: 0.00 seconds finalizing NRLIB CAPSLAST ; compiling file "/tmp/oa-CihS0L/code.lsp" (written 01 FEB 2016 11:15:42 PM): ; compiling (DEFUN |CapsuleAst| ...) ; compiling (DEFUN |CapsuleAst;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-CihS0L/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/SIGAST.fasl --bootstrap SIGAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SIGAST.spad using Spad compiler. SIGAST abbreviates domain SignatureAst ------------------------------------------------------------------------ initializing stationary directory for SignatureAst compiling into /tmp/oa-wd945S Time: 0.00 SEC. Cumulative Statistics for Constructor SignatureAst Time: 0.00 seconds finalizing NRLIB SIGAST ; compiling file "/tmp/oa-wd945S/code.lsp" (written 01 FEB 2016 11:15:42 PM): ; compiling (DEFUN |SignatureAst| ...) ; compiling (DEFUN |SignatureAst;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-wd945S/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/ATTRAST.fasl --bootstrap ATTRAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ATTRAST.spad using Spad compiler. ATTRAST abbreviates domain AttributeAst ------------------------------------------------------------------------ initializing stationary directory for AttributeAst compiling into /tmp/oa-2LtRAY Time: 0.01 SEC. Cumulative Statistics for Constructor AttributeAst Time: 0.01 seconds finalizing NRLIB ATTRAST ; compiling file "/tmp/oa-2LtRAY/code.lsp" (written 01 FEB 2016 11:15:42 PM): ; compiling (DEFUN |AttributeAst| ...) ; compiling (DEFUN |AttributeAst;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-2LtRAY/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/MAPPAST.fasl --bootstrap MAPPAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MAPPAST.spad using Spad compiler. MAPPAST abbreviates domain MappingAst ------------------------------------------------------------------------ initializing stationary directory for MappingAst compiling into /tmp/oa-tgnxPc Time: 0.01 SEC. Cumulative Statistics for Constructor MappingAst Time: 0.01 seconds finalizing NRLIB MAPPAST ; compiling file "/tmp/oa-tgnxPc/code.lsp" (written 01 FEB 2016 11:15:42 PM): ; compiling (DEFUN |MappingAst| ...) ; compiling (DEFUN |MappingAst;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-tgnxPc/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/IFAST.fasl --bootstrap IFAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IFAST.spad using Spad compiler. IFAST abbreviates domain IfAst ------------------------------------------------------------------------ initializing stationary directory for IfAst compiling into /tmp/oa-BmPXQl Time: 0.00 SEC. Cumulative Statistics for Constructor IfAst Time: 0.00 seconds finalizing NRLIB IFAST ; compiling file "/tmp/oa-BmPXQl/code.lsp" (written 01 FEB 2016 11:15:42 PM): ; compiling (DEFUN |IfAst| ...) ; compiling (DEFUN |IfAst;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-BmPXQl/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/RPTAST.fasl --bootstrap RPTAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RPTAST.spad using Spad compiler. RPTAST abbreviates domain RepeatAst ------------------------------------------------------------------------ initializing stationary directory for RepeatAst compiling into /tmp/oa-Uw7vUp Time: 0.00 SEC. Cumulative Statistics for Constructor RepeatAst Time: 0.00 seconds finalizing NRLIB RPTAST ; compiling file "/tmp/oa-Uw7vUp/code.lsp" (written 01 FEB 2016 11:15:42 PM): ; compiling (DEFUN |RepeatAst| ...) ; compiling (DEFUN |RepeatAst;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Uw7vUp/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/WHILEAST.fasl --bootstrap WHILEAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/WHILEAST.spad using Spad compiler. WHILEAST abbreviates domain WhileAst ------------------------------------------------------------------------ initializing stationary directory for WhileAst compiling into /tmp/oa-iRe7Jp Time: 0.00 SEC. Cumulative Statistics for Constructor WhileAst Time: 0.00 seconds finalizing NRLIB WHILEAST ; compiling file "/tmp/oa-iRe7Jp/code.lsp" (written 01 FEB 2016 11:15:43 PM): ; compiling (DEFUN |WhileAst| ...) ; compiling (DEFUN |WhileAst;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-iRe7Jp/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/INAST.fasl --bootstrap INAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INAST.spad using Spad compiler. INAST abbreviates domain InAst ------------------------------------------------------------------------ initializing stationary directory for InAst compiling into /tmp/oa-YM38iu Time: 0.00 SEC. Cumulative Statistics for Constructor InAst Time: 0.00 seconds finalizing NRLIB INAST ; compiling file "/tmp/oa-YM38iu/code.lsp" (written 01 FEB 2016 11:15:43 PM): ; compiling (DEFUN |InAst| ...) ; compiling (DEFUN |InAst;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-YM38iu/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/STEPAST.fasl --bootstrap STEPAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/STEPAST.spad using Spad compiler. STEPAST abbreviates domain StepAst ------------------------------------------------------------------------ initializing stationary directory for StepAst compiling into /tmp/oa-luvmJz Time: 0.00 SEC. Cumulative Statistics for Constructor StepAst Time: 0.00 seconds finalizing NRLIB STEPAST ; compiling file "/tmp/oa-luvmJz/code.lsp" (written 01 FEB 2016 11:15:43 PM): ; compiling (DEFUN |StepAst| ...) ; compiling (DEFUN |StepAst;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-luvmJz/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/CLLCTAST.fasl --bootstrap CLLCTAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CLLCTAST.spad using Spad compiler. CLLCTAST abbreviates domain CollectAst ------------------------------------------------------------------------ initializing stationary directory for CollectAst compiling into /tmp/oa-sFsuqD Time: 0.00 SEC. Cumulative Statistics for Constructor CollectAst Time: 0.00 seconds finalizing NRLIB CLLCTAST ; compiling file "/tmp/oa-sFsuqD/code.lsp" (written 01 FEB 2016 11:15:43 PM): ; compiling (DEFUN |CollectAst| ...) ; compiling (DEFUN |CollectAst;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-sFsuqD/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/LSTAST.fasl --bootstrap LSTAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LSTAST.spad using Spad compiler. LSTAST abbreviates domain ConstructAst ------------------------------------------------------------------------ initializing stationary directory for ConstructAst compiling into /tmp/oa-VmuXNN Time: 0.00 SEC. Cumulative Statistics for Constructor ConstructAst Time: 0.00 seconds finalizing NRLIB LSTAST ; compiling file "/tmp/oa-VmuXNN/code.lsp" (written 01 FEB 2016 11:15:43 PM): ; compiling (DEFUN |ConstructAst| ...) ; compiling (DEFUN |ConstructAst;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-VmuXNN/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/EXITAST.fasl --bootstrap EXITAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/EXITAST.spad using Spad compiler. EXITAST abbreviates domain ExitAst ------------------------------------------------------------------------ initializing stationary directory for ExitAst compiling into /tmp/oa-gaaE3T Time: 0.01 SEC. Cumulative Statistics for Constructor ExitAst Time: 0.01 seconds finalizing NRLIB EXITAST ; compiling file "/tmp/oa-gaaE3T/code.lsp" (written 01 FEB 2016 11:15:43 PM): ; compiling (DEFUN |ExitAst| ...) ; compiling (DEFUN |ExitAst;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-gaaE3T/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/RETAST.fasl --bootstrap RETAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RETAST.spad using Spad compiler. RETAST abbreviates domain ReturnAst ------------------------------------------------------------------------ initializing stationary directory for ReturnAst compiling into /tmp/oa-M0tQH2 Time: 0 SEC. Cumulative Statistics for Constructor ReturnAst Time: 0 seconds finalizing NRLIB RETAST ; compiling file "/tmp/oa-M0tQH2/code.lsp" (written 01 FEB 2016 11:15:43 PM): ; compiling (DEFUN |ReturnAst| ...) ; compiling (DEFUN |ReturnAst;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-M0tQH2/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/CRCEAST.fasl --bootstrap CRCEAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CRCEAST.spad using Spad compiler. CRCEAST abbreviates domain CoerceAst ------------------------------------------------------------------------ initializing stationary directory for CoerceAst compiling into /tmp/oa-szWm27 Time: 0.00 SEC. Cumulative Statistics for Constructor CoerceAst Time: 0.00 seconds finalizing NRLIB CRCEAST ; compiling file "/tmp/oa-szWm27/code.lsp" (written 01 FEB 2016 11:15:43 PM): ; compiling (DEFUN |CoerceAst| ...) ; compiling (DEFUN |CoerceAst;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-szWm27/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/PRTDAST.fasl --bootstrap PRTDAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PRTDAST.spad using Spad compiler. PRTDAST abbreviates domain PretendAst ------------------------------------------------------------------------ initializing stationary directory for PretendAst compiling into /tmp/oa-C3xWif Time: 0.00 SEC. Cumulative Statistics for Constructor PretendAst Time: 0.00 seconds finalizing NRLIB PRTDAST ; compiling file "/tmp/oa-C3xWif/code.lsp" (written 01 FEB 2016 11:15:43 PM): ; compiling (DEFUN |PretendAst| ...) ; compiling (DEFUN |PretendAst;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-C3xWif/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/RSTRCAST.fasl --bootstrap RSTRCAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RSTRCAST.spad using Spad compiler. RSTRCAST abbreviates domain RestrictAst ------------------------------------------------------------------------ initializing stationary directory for RestrictAst compiling into /tmp/oa-UwWS0i Time: 0.00 SEC. Cumulative Statistics for Constructor RestrictAst Time: 0.00 seconds finalizing NRLIB RSTRCAST ; compiling file "/tmp/oa-UwWS0i/code.lsp" (written 01 FEB 2016 11:15:43 PM): ; compiling (DEFUN |RestrictAst| ...) ; compiling (DEFUN |RestrictAst;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-UwWS0i/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/SEGAST.fasl --bootstrap SEGAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SEGAST.spad using Spad compiler. SEGAST abbreviates domain SegmentAst ------------------------------------------------------------------------ initializing stationary directory for SegmentAst compiling into /tmp/oa-6rT3ar Time: 0.00 SEC. Cumulative Statistics for Constructor SegmentAst Time: 0.00 seconds finalizing NRLIB SEGAST ; compiling file "/tmp/oa-6rT3ar/code.lsp" (written 01 FEB 2016 11:15:43 PM): ; compiling (DEFUN |SegmentAst| ...) ; compiling (DEFUN |SegmentAst;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-6rT3ar/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/SEQAST.fasl --bootstrap SEQAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SEQAST.spad using Spad compiler. SEQAST abbreviates domain SequenceAst ------------------------------------------------------------------------ initializing stationary directory for SequenceAst compiling into /tmp/oa-J5AdLp Time: 0.00 SEC. Cumulative Statistics for Constructor SequenceAst Time: 0.00 seconds finalizing NRLIB SEQAST ; compiling file "/tmp/oa-J5AdLp/code.lsp" (written 01 FEB 2016 11:15:44 PM): ; compiling (DEFUN |SequenceAst| ...) ; compiling (DEFUN |SequenceAst;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-J5AdLp/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/LETAST.fasl --bootstrap LETAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LETAST.spad using Spad compiler. LETAST abbreviates domain LetAst ------------------------------------------------------------------------ initializing stationary directory for LetAst compiling into /tmp/oa-iBJ86v Time: 0.00 SEC. Cumulative Statistics for Constructor LetAst Time: 0.00 seconds finalizing NRLIB LETAST ; compiling file "/tmp/oa-iBJ86v/code.lsp" (written 01 FEB 2016 11:15:44 PM): ; compiling (DEFUN |LetAst| ...) ; compiling (DEFUN |LetAst;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-iBJ86v/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/SUCHTAST.fasl --bootstrap SUCHTAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SUCHTAST.spad using Spad compiler. SUCHTAST abbreviates domain SuchThatAst ------------------------------------------------------------------------ initializing stationary directory for SuchThatAst compiling into /tmp/oa-qlffvE Time: 0 SEC. Cumulative Statistics for Constructor SuchThatAst Time: 0 seconds finalizing NRLIB SUCHTAST ; compiling file "/tmp/oa-qlffvE/code.lsp" (written 01 FEB 2016 11:15:44 PM): ; compiling (DEFUN |SuchThatAst| ...) ; compiling (DEFUN |SuchThatAst;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-qlffvE/code.fasl written ; compilation finished in 0:00:00.007 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/COLONAST.fasl --bootstrap COLONAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/COLONAST.spad using Spad compiler. COLONAST abbreviates domain ColonAst ------------------------------------------------------------------------ initializing stationary directory for ColonAst compiling into /tmp/oa-W5MhWI Time: 0.00 SEC. Cumulative Statistics for Constructor ColonAst Time: 0.00 seconds finalizing NRLIB COLONAST ; compiling file "/tmp/oa-W5MhWI/code.lsp" (written 01 FEB 2016 11:15:44 PM): ; compiling (DEFUN |ColonAst| ...) ; compiling (DEFUN |ColonAst;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-W5MhWI/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/ADDAST.fasl --bootstrap ADDAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ADDAST.spad using Spad compiler. ADDAST abbreviates domain AddAst ------------------------------------------------------------------------ initializing stationary directory for AddAst compiling into /tmp/oa-NAS3UM Time: 0.00 SEC. Cumulative Statistics for Constructor AddAst Time: 0.00 seconds finalizing NRLIB ADDAST ; compiling file "/tmp/oa-NAS3UM/code.lsp" (written 01 FEB 2016 11:15:44 PM): ; compiling (DEFUN |AddAst| ...) ; compiling (DEFUN |AddAst;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-NAS3UM/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/CASEAST.fasl --bootstrap CASEAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CASEAST.spad using Spad compiler. CASEAST abbreviates domain CaseAst ------------------------------------------------------------------------ initializing stationary directory for CaseAst compiling into /tmp/oa-d4nmXT Time: 0.00 SEC. Cumulative Statistics for Constructor CaseAst Time: 0.00 seconds finalizing NRLIB CASEAST ; compiling file "/tmp/oa-d4nmXT/code.lsp" (written 01 FEB 2016 11:15:44 PM): ; compiling (DEFUN |CaseAst| ...) ; compiling (DEFUN |CaseAst;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-d4nmXT/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/HASAST.fasl --bootstrap HASAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/HASAST.spad using Spad compiler. HASAST abbreviates domain HasAst ------------------------------------------------------------------------ initializing stationary directory for HasAst compiling into /tmp/oa-QRyZe3 Time: 0.00 SEC. Cumulative Statistics for Constructor HasAst Time: 0.00 seconds finalizing NRLIB HASAST ; compiling file "/tmp/oa-QRyZe3/code.lsp" (written 01 FEB 2016 11:15:44 PM): ; compiling (DEFUN |HasAst| ...) ; compiling (DEFUN |HasAst;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-QRyZe3/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/ISAST.fasl --bootstrap ISAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ISAST.spad using Spad compiler. ISAST abbreviates domain IsAst ------------------------------------------------------------------------ initializing stationary directory for IsAst compiling into /tmp/oa-eqxeY6 Time: 0.00 SEC. Cumulative Statistics for Constructor IsAst Time: 0.00 seconds finalizing NRLIB ISAST ; compiling file "/tmp/oa-eqxeY6/code.lsp" (written 01 FEB 2016 11:15:44 PM): ; compiling (DEFUN |IsAst| ...) ; compiling (DEFUN |IsAst;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-eqxeY6/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/COMMAAST.fasl --bootstrap COMMAAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/COMMAAST.spad using Spad compiler. COMMAAST abbreviates domain CommaAst ------------------------------------------------------------------------ initializing stationary directory for CommaAst compiling into /tmp/oa-NruNnf Time: 0.00 SEC. Cumulative Statistics for Constructor CommaAst Time: 0.00 seconds finalizing NRLIB COMMAAST ; compiling file "/tmp/oa-NruNnf/code.lsp" (written 01 FEB 2016 11:15:44 PM): ; compiling (DEFUN |CommaAst| ...) ; compiling (DEFUN |CommaAst;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-NruNnf/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/QQUTAST.fasl --bootstrap QQUTAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/QQUTAST.spad using Spad compiler. QQUTAST abbreviates domain QuasiquoteAst ------------------------------------------------------------------------ initializing stationary directory for QuasiquoteAst compiling into /tmp/oa-mNAjBm Time: 0.00 SEC. Cumulative Statistics for Constructor QuasiquoteAst Time: 0.00 seconds finalizing NRLIB QQUTAST ; compiling file "/tmp/oa-mNAjBm/code.lsp" (written 01 FEB 2016 11:15:44 PM): ; compiling (DEFUN |QuasiquoteAst| ...) ; compiling (DEFUN |QuasiquoteAst;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-mNAjBm/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/SPADAST.fasl --optimize=3 SPADAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SPADAST.spad using Spad compiler. SPADAST abbreviates domain SpadAst debug: compDefine1 lhs: (SpadAst) signature (pre-evaluate): ((SpadAstExports)) debug: evaluateType form: (SpadAstExports) $param: NIL Debug: evaluateType1 form: (SpadAstExports) debug: compDefine1 signature (post evaluate): ((SpadAstExports)) ------------------------------------------------------------------------ initializing stationary directory for SpadAst compiling into /tmp/oa-UwQAjq compiling local isAst : (%,Identifier) -> Boolean Time: 0.04 SEC. compiling exported case : (%,[||] ImportAst) -> Boolean Debug compQuote expr: (QUOTE import) m: (Identifier) Time: 0.00 SEC. compiling exported autoCoerce : % -> ImportAst SPADAST;autoCoerce;$Ia;3 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] DefinitionAst) -> Boolean Debug compQuote expr: (QUOTE DEF) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> DefinitionAst SPADAST;autoCoerce;$Da;5 x is replaced by x Time: 0.00 SEC. compiling exported case : (%,[||] MacroAst) -> Boolean Debug compQuote expr: (QUOTE MDEF) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> MacroAst SPADAST;autoCoerce;$Ma;7 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] WhereAst) -> Boolean Debug compQuote expr: (QUOTE where) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> WhereAst SPADAST;autoCoerce;$Wa;9 x is replaced by x Time: 0.00 SEC. compiling exported case : (%,[||] CategoryAst) -> Boolean Debug compQuote expr: (QUOTE CATEGORY) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> CategoryAst SPADAST;autoCoerce;$Ca;11 x is replaced by x Time: 0.00 SEC. compiling exported case : (%,[||] JoinAst) -> Boolean Debug compQuote expr: (QUOTE Join) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> JoinAst SPADAST;autoCoerce;$Ja;13 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] CapsuleAst) -> Boolean Debug compQuote expr: (QUOTE CAPSULE) m: (Identifier) Time: 0.00 SEC. compiling exported autoCoerce : % -> CapsuleAst SPADAST;autoCoerce;$Ca;15 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] SignatureAst) -> Boolean Debug compQuote expr: (QUOTE SIGNATURE) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> SignatureAst SPADAST;autoCoerce;$Sa;17 x is replaced by x Time: 0.00 SEC. compiling exported case : (%,[||] AttributeAst) -> Boolean Debug compQuote expr: (QUOTE ATTRIBUTE) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> AttributeAst SPADAST;autoCoerce;$Aa;19 x is replaced by x Time: 0.00 SEC. compiling exported case : (%,[||] MappingAst) -> Boolean Debug compQuote expr: (QUOTE Mapping) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> MappingAst SPADAST;autoCoerce;$Ma;21 x is replaced by x Time: 0.00 SEC. compiling exported case : (%,[||] IfAst) -> Boolean Debug compQuote expr: (QUOTE IF) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> IfAst SPADAST;autoCoerce;$Ia;23 x is replaced by x Time: 0.00 SEC. compiling exported case : (%,[||] RepeatAst) -> Boolean Debug compQuote expr: (QUOTE REPEAT) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> RepeatAst SPADAST;autoCoerce;$Ra;25 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] WhileAst) -> Boolean Debug compQuote expr: (QUOTE WHILE) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> WhileAst SPADAST;autoCoerce;$Wa;27 x is replaced by x Time: 0.00 SEC. compiling exported case : (%,[||] InAst) -> Boolean Debug compQuote expr: (QUOTE IN) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> InAst SPADAST;autoCoerce;$Ia;29 x is replaced by x Time: 0.00 SEC. compiling exported case : (%,[||] StepAst) -> Boolean Debug compQuote expr: (QUOTE STEP) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> StepAst SPADAST;autoCoerce;$Sa;31 x is replaced by x Time: 0.00 SEC. compiling exported case : (%,[||] CollectAst) -> Boolean Debug compQuote expr: (QUOTE COLLECT) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> CollectAst SPADAST;autoCoerce;$Ca;33 x is replaced by x Time: 0.00 SEC. compiling exported case : (%,[||] ConstructAst) -> Boolean Debug compQuote expr: (QUOTE construct) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> ConstructAst SPADAST;autoCoerce;$Ca;35 x is replaced by x Time: 0.00 SEC. compiling exported case : (%,[||] ExitAst) -> Boolean Debug compQuote expr: (QUOTE exit) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> ExitAst SPADAST;autoCoerce;$Ea;37 x is replaced by x Time: 0.00 SEC. compiling exported case : (%,[||] ReturnAst) -> Boolean Debug compQuote expr: (QUOTE return) m: (Identifier) Time: 0.00 SEC. compiling exported autoCoerce : % -> ReturnAst SPADAST;autoCoerce;$Ra;39 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] CoerceAst) -> Boolean Debug compQuote expr: (QUOTE ::) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> CoerceAst SPADAST;autoCoerce;$Ca;41 x is replaced by x Time: 0.00 SEC. compiling exported case : (%,[||] PretendAst) -> Boolean Debug compQuote expr: (QUOTE pretend) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> PretendAst SPADAST;autoCoerce;$Pa;43 x is replaced by x Time: 0.00 SEC. compiling exported case : (%,[||] RestrictAst) -> Boolean Debug compQuote expr: (QUOTE @) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> RestrictAst SPADAST;autoCoerce;$Ra;45 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] SegmentAst) -> Boolean Debug compQuote expr: (QUOTE SEGMENT) m: (Identifier) Time: 0.00 SEC. compiling exported autoCoerce : % -> SegmentAst SPADAST;autoCoerce;$Sa;47 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] SequenceAst) -> Boolean Debug compQuote expr: (QUOTE SEQ) m: (Identifier) Time: 0.00 SEC. compiling exported autoCoerce : % -> SequenceAst SPADAST;autoCoerce;$Sa;49 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] LetAst) -> Boolean Debug compQuote expr: (QUOTE %LET) m: (Identifier) Debug compQuote expr: (QUOTE :=) m: (Identifier) Time: 0.00 SEC. compiling exported autoCoerce : % -> LetAst SPADAST;autoCoerce;$La;51 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] SuchThatAst) -> Boolean Debug compQuote expr: (QUOTE |) m: (Identifier) Time: 0.00 SEC. compiling exported autoCoerce : % -> SuchThatAst SPADAST;autoCoerce;$Sta;53 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] ColonAst) -> Boolean Debug compQuote expr: (QUOTE :) m: (Identifier) Time: 0.00 SEC. compiling exported autoCoerce : % -> ColonAst SPADAST;autoCoerce;$Ca;55 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] CaseAst) -> Boolean Debug compQuote expr: (QUOTE case) m: (Identifier) Time: 0.00 SEC. compiling exported autoCoerce : % -> CaseAst SPADAST;autoCoerce;$Ca;57 x is replaced by x Time: 0.00 SEC. compiling exported case : (%,[||] HasAst) -> Boolean Debug compQuote expr: (QUOTE has) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> HasAst SPADAST;autoCoerce;$Ha;59 x is replaced by x Time: 0.00 SEC. compiling exported case : (%,[||] IsAst) -> Boolean Debug compQuote expr: (QUOTE is) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> IsAst SPADAST;autoCoerce;$Ia;61 x is replaced by x Time: 0.00 SEC. compiling exported case : (%,[||] Identifier) -> Boolean Time: 0.00 SEC. compiling exported autoCoerce : % -> Identifier SPADAST;autoCoerce;$I;63 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] String) -> Boolean Time: 0.00 SEC. compiling exported autoCoerce : % -> String SPADAST;autoCoerce;$S;65 x is replaced by x Time: 0.01 SEC. compiling exported case : (%,[||] Integer) -> Boolean Time: 0.00 SEC. compiling exported autoCoerce : % -> Integer SPADAST;autoCoerce;$I;67 x is replaced by x Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE IF) m: $EmptyMode Debug compQuote expr: (QUOTE IF) m: (Identifier) Debug compQuote expr: (QUOTE REPEAT) m: $EmptyMode Debug compQuote expr: (QUOTE REPEAT) m: (Identifier) Debug compQuote expr: (QUOTE WHILE) m: $EmptyMode Debug compQuote expr: (QUOTE WHILE) m: (Identifier) Debug compQuote expr: (QUOTE IN) m: $EmptyMode Debug compQuote expr: (QUOTE IN) m: (Identifier) Debug compQuote expr: (QUOTE STEP) m: $EmptyMode Debug compQuote expr: (QUOTE STEP) m: (Identifier) Debug compQuote expr: (QUOTE COLLECT) m: $EmptyMode Debug compQuote expr: (QUOTE COLLECT) m: (Identifier) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Identifier) Debug compQuote expr: (QUOTE exit) m: $EmptyMode Debug compQuote expr: (QUOTE exit) m: (Identifier) Debug compQuote expr: (QUOTE return) m: $EmptyMode Debug compQuote expr: (QUOTE return) m: (Identifier) Debug compQuote expr: (QUOTE SEQ) m: $EmptyMode Debug compQuote expr: (QUOTE SEQ) m: (Identifier) Debug compQuote expr: (QUOTE %LET) m: $EmptyMode Debug compQuote expr: (QUOTE %LET) m: (Identifier) Debug compQuote expr: (QUOTE :=) m: $EmptyMode Debug compQuote expr: (QUOTE :=) m: (Identifier) Debug compQuote expr: (QUOTE pretend) m: $EmptyMode Debug compQuote expr: (QUOTE pretend) m: (Identifier) Debug compQuote expr: (QUOTE ::) m: $EmptyMode Debug compQuote expr: (QUOTE ::) m: (Identifier) Debug compQuote expr: (QUOTE @) m: $EmptyMode Debug compQuote expr: (QUOTE @) m: (Identifier) Debug compQuote expr: (QUOTE SEGMENT) m: $EmptyMode Debug compQuote expr: (QUOTE SEGMENT) m: (Identifier) Debug compQuote expr: (QUOTE |) m: $EmptyMode Debug compQuote expr: (QUOTE |) m: (Identifier) Debug compQuote expr: (QUOTE :) m: $EmptyMode Debug compQuote expr: (QUOTE :) m: (Identifier) Debug compQuote expr: (QUOTE add) m: $EmptyMode Debug compQuote expr: (QUOTE add) m: (Identifier) Debug compQuote expr: (QUOTE case) m: $EmptyMode Debug compQuote expr: (QUOTE case) m: (Identifier) Debug compQuote expr: (QUOTE has) m: $EmptyMode Debug compQuote expr: (QUOTE has) m: (Identifier) Debug compQuote expr: (QUOTE is) m: $EmptyMode Debug compQuote expr: (QUOTE is) m: (Identifier) Debug compQuote expr: (QUOTE where) m: $EmptyMode Debug compQuote expr: (QUOTE where) m: (Identifier) Debug compQuote expr: (QUOTE %Comma) m: $EmptyMode Debug compQuote expr: (QUOTE %Comma) m: (Identifier) Debug compQuote expr: (QUOTE Mapping) m: $EmptyMode Debug compQuote expr: (QUOTE Mapping) m: (Identifier) Debug compQuote expr: (QUOTE DEF) m: $EmptyMode Debug compQuote expr: (QUOTE DEF) m: (Identifier) Debug compQuote expr: (QUOTE MDEF) m: $EmptyMode Debug compQuote expr: (QUOTE MDEF) m: (Identifier) Debug compQuote expr: (QUOTE SIGNATURE) m: $EmptyMode Debug compQuote expr: (QUOTE SIGNATURE) m: (Identifier) Debug compQuote expr: (QUOTE ATTRIBUTE) m: $EmptyMode Debug compQuote expr: (QUOTE ATTRIBUTE) m: (Identifier) Debug compQuote expr: (QUOTE CATEGORY) m: $EmptyMode Debug compQuote expr: (QUOTE CATEGORY) m: (Identifier) Debug compQuote expr: (QUOTE Join) m: $EmptyMode Debug compQuote expr: (QUOTE Join) m: (Identifier) Debug compQuote expr: (QUOTE CAPSULE) m: $EmptyMode Debug compQuote expr: (QUOTE CAPSULE) m: (Identifier) Debug compQuote expr: (QUOTE import) m: $EmptyMode Debug compQuote expr: (QUOTE import) m: (Identifier) Time: 0.23 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Warnings: [1] isAst: getOperator has no value [2] autoCoerce: : ImportAst -- replace by pretend [3] autoCoerce: : DefinitionAst -- replace by pretend [4] autoCoerce: : MacroAst -- replace by pretend [5] autoCoerce: : WhereAst -- replace by pretend [6] autoCoerce: : CategoryAst -- replace by pretend [7] autoCoerce: : JoinAst -- replace by pretend [8] autoCoerce: : CapsuleAst -- replace by pretend [9] autoCoerce: : SignatureAst -- replace by pretend [10] autoCoerce: : AttributeAst -- replace by pretend [11] autoCoerce: : MappingAst -- replace by pretend [12] autoCoerce: : IfAst -- replace by pretend [13] autoCoerce: : RepeatAst -- replace by pretend [14] autoCoerce: : WhileAst -- replace by pretend [15] autoCoerce: : InAst -- replace by pretend [16] autoCoerce: : StepAst -- replace by pretend [17] autoCoerce: : CollectAst -- replace by pretend [18] autoCoerce: : ConstructAst -- replace by pretend [19] autoCoerce: : ExitAst -- replace by pretend [20] autoCoerce: : ReturnAst -- replace by pretend [21] autoCoerce: : CoerceAst -- replace by pretend [22] autoCoerce: : PretendAst -- replace by pretend [23] autoCoerce: : RestrictAst -- replace by pretend [24] autoCoerce: : SegmentAst -- replace by pretend [25] autoCoerce: : SequenceAst -- replace by pretend [26] autoCoerce: : LetAst -- replace by pretend [27] autoCoerce: : SuchThatAst -- replace by pretend [28] autoCoerce: : ColonAst -- replace by pretend [29] autoCoerce: : CaseAst -- replace by pretend [30] autoCoerce: : HasAst -- replace by pretend [31] autoCoerce: : IsAst -- replace by pretend [32] autoCoerce: : Identifier -- replace by pretend [33] autoCoerce: : String -- replace by pretend [34] autoCoerce: : Integer -- replace by pretend [35] coerce: : Syntax -- replace by pretend [36] coerce: : IfAst -- replace by pretend [37] coerce: : RepeatAst -- replace by pretend [38] coerce: : WhileAst -- replace by pretend [39] coerce: : InAst -- replace by pretend [40] coerce: : StepAst -- replace by pretend [41] coerce: : CollectAst -- replace by pretend [42] coerce: : ConstructAst -- replace by pretend [43] coerce: : ExitAst -- replace by pretend [44] coerce: : ReturnAst -- replace by pretend [45] coerce: : SequenceAst -- replace by pretend [46] coerce: : LetAst -- replace by pretend [47] coerce: : PretendAst -- replace by pretend [48] coerce: : CoerceAst -- replace by pretend [49] coerce: : RestrictAst -- replace by pretend [50] coerce: : SegmentAst -- replace by pretend [51] coerce: : SuchThatAst -- replace by pretend [52] coerce: : ColonAst -- replace by pretend [53] coerce: : AddAst -- replace by pretend [54] coerce: : CaseAst -- replace by pretend [55] coerce: : WhereAst -- replace by pretend [56] coerce: : CommaAst -- replace by pretend [57] coerce: : MappingAst -- replace by pretend [58] coerce: : DefinitionAst -- replace by pretend [59] coerce: : MacroAst -- replace by pretend [60] coerce: : SignatureAst -- replace by pretend [61] coerce: : AttributeAst -- replace by pretend [62] coerce: : CategoryAst -- replace by pretend [63] coerce: : JoinAst -- replace by pretend [64] coerce: : CapsuleAst -- replace by pretend [65] coerce: : ImportAst -- replace by pretend Cumulative Statistics for Constructor SpadAst Time: 0.42 seconds finalizing NRLIB SPADAST Processing SpadAst for Browser database: -- constructor ; compiling file "/tmp/oa-UwQAjq/code.lsp" (written 01 FEB 2016 11:15:45 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ia;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Da;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ma;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Wa;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ca;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ja;13|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ca;15|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Sa;17|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Aa;19|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ma;21|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ia;23|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ra;25|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Wa;27|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ia;29|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Sa;31|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ca;33|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ca;35|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ea;37|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ra;39|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ca;41|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Pa;43|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ra;45|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Sa;47|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Sa;49|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$La;51|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Sta;53|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ca;55|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ca;57|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ha;59|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ia;61|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$I;63|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$S;65|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$I;67|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SPADAST;isAst| ...) ; compiling (DEFUN |SPADAST;case;$_B;2| ...) ; file: /tmp/oa-UwQAjq/code.lsp ; in: DEFUN |SPADAST;case;$_B;2| ; (DEFUN BOOT::|SPADAST;case;$_B;2| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|import| BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;2| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;2| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|import| BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ia;3| ...) ; compiling (DEFUN |SPADAST;case;$_B;4| ...) ; file: /tmp/oa-UwQAjq/code.lsp ; in: DEFUN |SPADAST;case;$_B;4| ; (DEFUN BOOT::|SPADAST;case;$_B;4| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::DEF BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;4| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;4| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::DEF BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Da;5| ...) ; compiling (DEFUN |SPADAST;case;$_B;6| ...) ; file: /tmp/oa-UwQAjq/code.lsp ; in: DEFUN |SPADAST;case;$_B;6| ; (DEFUN BOOT::|SPADAST;case;$_B;6| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::MDEF BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;6| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;6| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::MDEF BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ma;7| ...) ; compiling (DEFUN |SPADAST;case;$_B;8| ...) ; file: /tmp/oa-UwQAjq/code.lsp ; in: DEFUN |SPADAST;case;$_B;8| ; (DEFUN BOOT::|SPADAST;case;$_B;8| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|where| BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;8| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;8| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|where| BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Wa;9| ...) ; compiling (DEFUN |SPADAST;case;$_B;10| ...) ; file: /tmp/oa-UwQAjq/code.lsp ; in: DEFUN |SPADAST;case;$_B;10| ; (DEFUN BOOT::|SPADAST;case;$_B;10| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::CATEGORY BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;10| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;10| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::CATEGORY BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ca;11| ...) ; compiling (DEFUN |SPADAST;case;$_B;12| ...) ; file: /tmp/oa-UwQAjq/code.lsp ; in: DEFUN |SPADAST;case;$_B;12| ; (DEFUN BOOT::|SPADAST;case;$_B;12| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|Join| BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;12| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;12| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|Join| BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ja;13| ...) ; compiling (DEFUN |SPADAST;case;$_B;14| ...) ; file: /tmp/oa-UwQAjq/code.lsp ; in: DEFUN |SPADAST;case;$_B;14| ; (DEFUN BOOT::|SPADAST;case;$_B;14| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::CAPSULE BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;14| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;14| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::CAPSULE BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ca;15| ...) ; compiling (DEFUN |SPADAST;case;$_B;16| ...) ; file: /tmp/oa-UwQAjq/code.lsp ; in: DEFUN |SPADAST;case;$_B;16| ; (DEFUN BOOT::|SPADAST;case;$_B;16| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::SIGNATURE BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;16| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;16| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::SIGNATURE BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Sa;17| ...) ; compiling (DEFUN |SPADAST;case;$_B;18| ...) ; file: /tmp/oa-UwQAjq/code.lsp ; in: DEFUN |SPADAST;case;$_B;18| ; (DEFUN BOOT::|SPADAST;case;$_B;18| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::ATTRIBUTE BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;18| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;18| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::ATTRIBUTE BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Aa;19| ...) ; compiling (DEFUN |SPADAST;case;$_B;20| ...) ; file: /tmp/oa-UwQAjq/code.lsp ; in: DEFUN |SPADAST;case;$_B;20| ; (DEFUN BOOT::|SPADAST;case;$_B;20| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|Mapping| BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;20| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;20| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|Mapping| BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ma;21| ...) ; compiling (DEFUN |SPADAST;case;$_B;22| ...) ; file: /tmp/oa-UwQAjq/code.lsp ; in: DEFUN |SPADAST;case;$_B;22| ; (DEFUN BOOT::|SPADAST;case;$_B;22| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'IF BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;22| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;22| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'IF BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ia;23| ...) ; compiling (DEFUN |SPADAST;case;$_B;24| ...) ; file: /tmp/oa-UwQAjq/code.lsp ; in: DEFUN |SPADAST;case;$_B;24| ; (DEFUN BOOT::|SPADAST;case;$_B;24| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::REPEAT BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;24| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;24| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::REPEAT BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ra;25| ...) ; compiling (DEFUN |SPADAST;case;$_B;26| ...) ; file: /tmp/oa-UwQAjq/code.lsp ; in: DEFUN |SPADAST;case;$_B;26| ; (DEFUN BOOT::|SPADAST;case;$_B;26| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::WHILE BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;26| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;26| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::WHILE BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Wa;27| ...) ; compiling (DEFUN |SPADAST;case;$_B;28| ...) ; file: /tmp/oa-UwQAjq/code.lsp ; in: DEFUN |SPADAST;case;$_B;28| ; (DEFUN BOOT::|SPADAST;case;$_B;28| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::IN BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;28| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;28| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::IN BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ia;29| ...) ; compiling (DEFUN |SPADAST;case;$_B;30| ...) ; file: /tmp/oa-UwQAjq/code.lsp ; in: DEFUN |SPADAST;case;$_B;30| ; (DEFUN BOOT::|SPADAST;case;$_B;30| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'STEP BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;30| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;30| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'STEP BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Sa;31| ...) ; compiling (DEFUN |SPADAST;case;$_B;32| ...) ; file: /tmp/oa-UwQAjq/code.lsp ; in: DEFUN |SPADAST;case;$_B;32| ; (DEFUN BOOT::|SPADAST;case;$_B;32| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::COLLECT BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;32| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;32| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::COLLECT BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ca;33| ...) ; compiling (DEFUN |SPADAST;case;$_B;34| ...) ; file: /tmp/oa-UwQAjq/code.lsp ; in: DEFUN |SPADAST;case;$_B;34| ; (DEFUN BOOT::|SPADAST;case;$_B;34| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|construct| BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;34| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;34| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|construct| BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ca;35| ...) ; compiling (DEFUN |SPADAST;case;$_B;36| ...) ; file: /tmp/oa-UwQAjq/code.lsp ; in: DEFUN |SPADAST;case;$_B;36| ; (DEFUN BOOT::|SPADAST;case;$_B;36| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|exit| BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;36| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;36| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|exit| BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ea;37| ...) ; compiling (DEFUN |SPADAST;case;$_B;38| ...) ; file: /tmp/oa-UwQAjq/code.lsp ; in: DEFUN |SPADAST;case;$_B;38| ; (DEFUN BOOT::|SPADAST;case;$_B;38| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|return| BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;38| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;38| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|return| BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ra;39| ...) ; compiling (DEFUN |SPADAST;case;$_B;40| ...) ; file: /tmp/oa-UwQAjq/code.lsp ; in: DEFUN |SPADAST;case;$_B;40| ; (DEFUN BOOT::|SPADAST;case;$_B;40| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|::| BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;40| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;40| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|::| BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ca;41| ...) ; compiling (DEFUN |SPADAST;case;$_B;42| ...) ; file: /tmp/oa-UwQAjq/code.lsp ; in: DEFUN |SPADAST;case;$_B;42| ; (DEFUN BOOT::|SPADAST;case;$_B;42| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|pretend| BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;42| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;42| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|pretend| BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Pa;43| ...) ; compiling (DEFUN |SPADAST;case;$_B;44| ...) ; file: /tmp/oa-UwQAjq/code.lsp ; in: DEFUN |SPADAST;case;$_B;44| ; (DEFUN BOOT::|SPADAST;case;$_B;44| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::@ BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;44| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;44| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::@ BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ra;45| ...) ; compiling (DEFUN |SPADAST;case;$_B;46| ...) ; file: /tmp/oa-UwQAjq/code.lsp ; in: DEFUN |SPADAST;case;$_B;46| ; (DEFUN BOOT::|SPADAST;case;$_B;46| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::SEGMENT BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;46| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;46| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::SEGMENT BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Sa;47| ...) ; compiling (DEFUN |SPADAST;case;$_B;48| ...) ; file: /tmp/oa-UwQAjq/code.lsp ; in: DEFUN |SPADAST;case;$_B;48| ; (DEFUN BOOT::|SPADAST;case;$_B;48| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::SEQ BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;48| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;48| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::SEQ BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Sa;49| ...) ; compiling (DEFUN |SPADAST;case;$_B;50| ...) ; file: /tmp/oa-UwQAjq/code.lsp ; in: DEFUN |SPADAST;case;$_B;50| ; (DEFUN BOOT::|SPADAST;case;$_B;50| (BOOT::|x| BOOT::T1 BOOT::$) ; (OR (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::%LET BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|:=| BOOT::$))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;50| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;50| ; (OR (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::%LET BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|:=| BOOT::$)))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$La;51| ...) ; compiling (DEFUN |SPADAST;case;$_B;52| ...) ; file: /tmp/oa-UwQAjq/code.lsp ; in: DEFUN |SPADAST;case;$_B;52| ; (DEFUN BOOT::|SPADAST;case;$_B;52| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|\|| BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;52| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;52| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|\|| BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Sta;53| ...) ; compiling (DEFUN |SPADAST;case;$_B;54| ...) ; file: /tmp/oa-UwQAjq/code.lsp ; in: DEFUN |SPADAST;case;$_B;54| ; (DEFUN BOOT::|SPADAST;case;$_B;54| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|:| BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;54| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;54| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|:| BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ca;55| ...) ; compiling (DEFUN |SPADAST;case;$_B;56| ...) ; file: /tmp/oa-UwQAjq/code.lsp ; in: DEFUN |SPADAST;case;$_B;56| ; (DEFUN BOOT::|SPADAST;case;$_B;56| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|case| BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;56| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;56| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|case| BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ca;57| ...) ; compiling (DEFUN |SPADAST;case;$_B;58| ...) ; file: /tmp/oa-UwQAjq/code.lsp ; in: DEFUN |SPADAST;case;$_B;58| ; (DEFUN BOOT::|SPADAST;case;$_B;58| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|has| BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;58| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;58| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|has| BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ha;59| ...) ; compiling (DEFUN |SPADAST;case;$_B;60| ...) ; file: /tmp/oa-UwQAjq/code.lsp ; in: DEFUN |SPADAST;case;$_B;60| ; (DEFUN BOOT::|SPADAST;case;$_B;60| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|is| BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;60| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;60| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|is| BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ia;61| ...) ; compiling (DEFUN |SPADAST;case;$_B;62| ...) ; file: /tmp/oa-UwQAjq/code.lsp ; in: DEFUN |SPADAST;case;$_B;62| ; (DEFUN BOOT::|SPADAST;case;$_B;62| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 7)) ; '(BOOT::|Identifier|) (BOOT::|shellEntry| BOOT::$ 139))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;62| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;62| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 7)) ; '(BOOT::|Identifier|) (BOOT::|shellEntry| BOOT::$ 139)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$I;63| ...) ; compiling (DEFUN |SPADAST;case;$_B;64| ...) ; file: /tmp/oa-UwQAjq/code.lsp ; in: DEFUN |SPADAST;case;$_B;64| ; (DEFUN BOOT::|SPADAST;case;$_B;64| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 7)) ; '(BOOT::|String|) (BOOT::|shellEntry| BOOT::$ 143))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;64| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;64| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 7)) ; '(BOOT::|String|) (BOOT::|shellEntry| BOOT::$ 143)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$S;65| ...) ; compiling (DEFUN |SPADAST;case;$_B;66| ...) ; file: /tmp/oa-UwQAjq/code.lsp ; in: DEFUN |SPADAST;case;$_B;66| ; (DEFUN BOOT::|SPADAST;case;$_B;66| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 7)) ; '(BOOT::|Integer|) (BOOT::|shellEntry| BOOT::$ 147))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;66| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;66| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 7)) ; '(BOOT::|Integer|) (BOOT::|shellEntry| BOOT::$ 147)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$I;67| ...) ; compiling (DEFUN |SPADAST;coerce;$Of;68| ...) ; compiling (DEFUN |SpadAst| ...) ; compiling (DEFUN |SpadAst;| ...) ; compiling (MAKEPROP (QUOTE |SpadAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 33 STYLE-WARNING conditions ; printed 3 notes ; /tmp/oa-UwQAjq/code.fasl written ; compilation finished in 0:00:00.123 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/TYPEAST.fasl --optimize=3 TYPEAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TYPEAST.spad using Spad compiler. TYPEAST abbreviates domain TypeAst debug: compDefine1 lhs: (TypeAst) signature (pre-evaluate): ((SpadSyntaxCategory)) debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: compDefine1 signature (post evaluate): ((SpadSyntaxCategory)) ------------------------------------------------------------------------ initializing stationary directory for TypeAst compiling into /tmp/oa-8S5n31 importing SpadAst compiling exported coerce : % -> OutputForm Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Warnings: [1] coerce: : SpadAst -- replace by pretend Cumulative Statistics for Constructor TypeAst Time: 0.02 seconds finalizing NRLIB TYPEAST Processing TypeAst for Browser database: -- constructor ; compiling file "/tmp/oa-8S5n31/code.lsp" (written 01 FEB 2016 11:15:45 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |TYPEAST;coerce;$Of;1| ...) ; compiling (DEFUN |TypeAst| ...) ; compiling (DEFUN |TypeAst;| ...) ; compiling (MAKEPROP (QUOTE |TypeAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-8S5n31/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/IMPTAST.fasl --optimize=3 IMPTAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IMPTAST.spad using Spad compiler. IMPTAST abbreviates domain ImportAst TYPEAST abbreviates domain TypeAst debug: compDefine1 lhs: (ImportAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE coerce ($ (List (TypeAst)))) (SIGNATURE imports ((List (TypeAst)) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE coerce ($ (List (TypeAst)))) (SIGNATURE imports ((List (TypeAst)) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE coerce ($ (List (TypeAst)))) (SIGNATURE imports ((List (TypeAst)) $))) $param: NIL debug: evaluateType form: (List (TypeAst)) $param: NIL Debug: evaluateType1 form: (List (TypeAst)) debug: evaluateType1 x: (TypeAst) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (TypeAst) $param: NIL Debug: evaluateType1 form: (TypeAst) debug: evalCategory d: (TypeAst) c: (Type) debug: evaluateType form: (List (TypeAst)) $param: NIL Debug: evaluateType1 form: (List (TypeAst)) debug: evaluateType1 x: (TypeAst) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (TypeAst) $param: NIL Debug: evaluateType1 form: (TypeAst) debug: evalCategory d: (TypeAst) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE coerce ($ (List (TypeAst)))) (SIGNATURE imports ((List (TypeAst)) $))))) ------------------------------------------------------------------------ initializing stationary directory for ImportAst compiling into /tmp/oa-XKmoH8 compiling exported coerce : List TypeAst -> % Debug compQuote expr: (QUOTE import) m: $EmptyMode Debug compQuote expr: (QUOTE import) m: (Identifier) IMPTAST;coerce;L$;1 ts is replaced by %pair(import,ts) Time: 0.02 SEC. compiling exported imports : % -> List TypeAst IMPTAST;imports;$L;2 is replaced by %tail Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE ImportAst) m: (OutputForm) Debug compQuote expr: (QUOTE ImportAst) m: (OutputForm) Debug compQuote expr: (QUOTE imports) m: (OutputForm) Debug compQuote expr: (QUOTE imports) m: (OutputForm) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor ImportAst Time: 0.04 seconds finalizing NRLIB IMPTAST Processing ImportAst for Browser database: -- coerce : List TypeAst -> % --->../../x86_64-unknown-linux-gnu/src/algebra/syntax.spad-->ImportAst((coerce (% (List TypeAst)))): Improper initial operator in comments: :: "ts::ImportAst constructs an ImportAst for the list if types `ts'." -- imports : % -> List TypeAst -- constructor ; compiling file "/tmp/oa-XKmoH8/code.lsp" (written 01 FEB 2016 11:15:45 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IMPTAST;coerce;L$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IMPTAST;imports;$L;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |IMPTAST;coerce;L$;1| ...) ; compiling (DEFUN |IMPTAST;imports;$L;2| ...) ; compiling (DEFUN |IMPTAST;coerce;$Of;3| ...) ; compiling (DEFUN |ImportAst| ...) ; compiling (DEFUN |ImportAst;| ...) ; compiling (MAKEPROP (QUOTE |ImportAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-XKmoH8/code.fasl written ; compilation finished in 0:00:00.020 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/PARAMAST.fasl --bootstrap PARAMAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PARAMAST.spad using Spad compiler. PARAMAST abbreviates domain ParameterAst ------------------------------------------------------------------------ initializing stationary directory for ParameterAst compiling into /tmp/oa-k9zEoi Time: 0.00 SEC. Cumulative Statistics for Constructor ParameterAst Time: 0.00 seconds finalizing NRLIB PARAMAST ; compiling file "/tmp/oa-k9zEoi/code.lsp" (written 01 FEB 2016 11:15:45 PM): ; compiling (DEFUN |ParameterAst| ...) ; compiling (DEFUN |ParameterAst;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-k9zEoi/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/HEADAST.fasl --optimize=3 HEADAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/HEADAST.spad using Spad compiler. HEADAST abbreviates domain HeadAst debug: compDefine1 lhs: (HeadAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE headAst ($ (Identifier) (List (ParameterAst)))) (SIGNATURE name ((Identifier) $)) (SIGNATURE parameters ((List (ParameterAst)) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE headAst ($ (Identifier) (List (ParameterAst)))) (SIGNATURE name ((Identifier) $)) (SIGNATURE parameters ((List (ParameterAst)) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE headAst ($ (Identifier) (List (ParameterAst)))) (SIGNATURE name ((Identifier) $)) (SIGNATURE parameters ((List (ParameterAst)) $))) $param: NIL debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: (List (ParameterAst)) $param: NIL Debug: evaluateType1 form: (List (ParameterAst)) debug: evaluateType1 x: (ParameterAst) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (ParameterAst) $param: NIL Debug: evaluateType1 form: (ParameterAst) debug: evalCategory d: (ParameterAst) c: (Type) debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: (List (ParameterAst)) $param: NIL Debug: evaluateType1 form: (List (ParameterAst)) debug: evaluateType1 x: (ParameterAst) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (ParameterAst) $param: NIL Debug: evaluateType1 form: (ParameterAst) debug: evalCategory d: (ParameterAst) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE headAst ($ (Identifier) (List (ParameterAst)))) (SIGNATURE name ((Identifier) $)) (SIGNATURE parameters ((List (ParameterAst)) $))))) ------------------------------------------------------------------------ initializing stationary directory for HeadAst compiling into /tmp/oa-NlE0Xp compiling exported headAst : (Identifier,List ParameterAst) -> % HEADAST;headAst;IL$;1 is replaced by %pair Time: 0.01 SEC. compiling exported name : % -> Identifier HEADAST;name;$I;2 is replaced by %head Time: 0 SEC. compiling exported parameters : % -> List ParameterAst HEADAST;parameters;$L;3 is replaced by %tail Time: 0 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE HeadAst) m: (OutputForm) Debug compQuote expr: (QUOTE HeadAst) m: (OutputForm) Debug compQuote expr: (QUOTE name) m: (OutputForm) Debug compQuote expr: (QUOTE name) m: (OutputForm) Debug compQuote expr: (QUOTE parameters) m: (OutputForm) Debug compQuote expr: (QUOTE parameters) m: (OutputForm) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor HeadAst Time: 0.04 seconds finalizing NRLIB HEADAST Processing HeadAst for Browser database: -- headAst : (Identifier,List ParameterAst) -> % -- name : % -> Identifier -- parameters : % -> List ParameterAst -- constructor ; compiling file "/tmp/oa-NlE0Xp/code.lsp" (written 01 FEB 2016 11:15:45 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |HEADAST;headAst;IL$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |HEADAST;name;$I;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |HEADAST;parameters;$L;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |HEADAST;headAst;IL$;1| ...) ; compiling (DEFUN |HEADAST;name;$I;2| ...) ; compiling (DEFUN |HEADAST;parameters;$L;3| ...) ; compiling (DEFUN |HEADAST;coerce;$Of;4| ...) ; compiling (DEFUN |HeadAst| ...) ; compiling (DEFUN |HeadAst;| ...) ; compiling (MAKEPROP (QUOTE |HeadAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-NlE0Xp/code.fasl written ; compilation finished in 0:00:00.019 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/SIG.fasl --optimize=3 SIG.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SIG.spad using Spad compiler. SIG abbreviates domain Signature debug: compDefine1 lhs: (Signature) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE signature ($ (List (Syntax)) (Syntax))) (SIGNATURE target ((Syntax) $)) (SIGNATURE source ((List (Syntax)) $))))) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (SIGNATURE signature ($ (List (Syntax)) (Syntax))) (SIGNATURE target ((Syntax) $)) (SIGNATURE source ((List (Syntax)) $)))) $param: NIL debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE signature ($ (List (Syntax)) (Syntax))) (SIGNATURE target ((Syntax) $)) (SIGNATURE source ((List (Syntax)) $))) $param: NIL debug: evaluateType form: (List (Syntax)) $param: NIL Debug: evaluateType1 form: (List (Syntax)) debug: evaluateType1 x: (Syntax) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Syntax) $param: NIL Debug: evaluateType1 form: (Syntax) debug: evalCategory d: (Syntax) c: (Type) debug: evaluateType form: (Syntax) $param: NIL Debug: evaluateType1 form: (Syntax) debug: evaluateType form: (Syntax) $param: NIL Debug: evaluateType1 form: (Syntax) debug: evaluateType form: (List (Syntax)) $param: NIL Debug: evaluateType1 form: (List (Syntax)) debug: evaluateType1 x: (Syntax) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Syntax) $param: NIL Debug: evaluateType1 form: (Syntax) debug: evalCategory d: (Syntax) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE signature ($ (List (Syntax)) (Syntax))) (SIGNATURE target ((Syntax) $)) (SIGNATURE source ((List (Syntax)) $))))) ------------------------------------------------------------------------ initializing stationary directory for Signature compiling into /tmp/oa-cPbkpB compiling exported signature : (List Syntax,Syntax) -> % SIG;signature;LS$;1(s,t) is replaced by %pair(t,s) Time: 0.01 SEC. compiling exported target : % -> Syntax SIG;target;$S;2 is replaced by SPADfirst Time: 0 SEC. compiling exported source : % -> List Syntax SIG;source;$L;3 is replaced by %tail Time: 0.00 SEC. compiling exported = : (%,%) -> Boolean Time: 0.00 SEC. compiling local printType : Syntax -> OutputForm Time: 0.02 SEC. compiling exported coerce : % -> OutputForm Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor Signature Time: 0.06 seconds finalizing NRLIB SIG Processing Signature for Browser database: -- signature : (List Syntax,Syntax) -> % -- target : % -> Syntax -- source : % -> List Syntax -- constructor ; compiling file "/tmp/oa-cPbkpB/code.lsp" (written 01 FEB 2016 11:15:46 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SIG;signature;LS$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SIG;target;$S;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SIG;source;$L;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SIG;signature;LS$;1| ...) ; compiling (DEFUN |SIG;target;$S;2| ...) ; compiling (DEFUN |SIG;source;$L;3| ...) ; compiling (DEFUN |SIG;=;2$B;4| ...) ; file: /tmp/oa-cPbkpB/code.lsp ; in: DEFUN |SIG;=;2$B;4| ; (DEFUN BOOT::|SIG;=;2$B;4| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 16))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SIG;=;2$B;4| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|SIG;=;2$B;4| ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 16)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |SIG;printType| ...) ; compiling (DEFUN |SIG;coerce;$Of;6| ...) ; compiling (DEFUN |Signature| ...) ; compiling (DEFUN |Signature;| ...) ; compiling (MAKEPROP (QUOTE |Signature|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-cPbkpB/code.fasl written ; compilation finished in 0:00:00.025 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/DEFAST.fasl --optimize=3 DEFAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DEFAST.spad using Spad compiler. DEFAST abbreviates domain DefinitionAst debug: compDefine1 lhs: (DefinitionAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE head ((HeadAst) $)) (SIGNATURE signature ((Signature) $)) (SIGNATURE body ((SpadAst) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE head ((HeadAst) $)) (SIGNATURE signature ((Signature) $)) (SIGNATURE body ((SpadAst) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE head ((HeadAst) $)) (SIGNATURE signature ((Signature) $)) (SIGNATURE body ((SpadAst) $))) $param: NIL debug: evaluateType form: (HeadAst) $param: NIL Debug: evaluateType1 form: (HeadAst) debug: evaluateType form: (Signature) $param: NIL Debug: evaluateType1 form: (Signature) debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE head ((HeadAst) $)) (SIGNATURE signature ((Signature) $)) (SIGNATURE body ((SpadAst) $))))) ------------------------------------------------------------------------ initializing stationary directory for DefinitionAst compiling into /tmp/oa-IAcKxB compiling exported head : % -> HeadAst Time: 0.02 SEC. compiling exported signature : % -> Signature Time: 0.00 SEC. compiling exported body : % -> SpadAst Time: 0 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE DefinitionAst) m: (OutputForm) Debug compQuote expr: (QUOTE DefinitionAst) m: (OutputForm) Debug compQuote expr: (QUOTE head) m: (OutputForm) Debug compQuote expr: (QUOTE head) m: (OutputForm) Debug compQuote expr: (QUOTE signature) m: (OutputForm) Debug compQuote expr: (QUOTE signature) m: (OutputForm) Debug compQuote expr: (QUOTE body) m: (OutputForm) Debug compQuote expr: (QUOTE body) m: (OutputForm) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] head: : HeadAst -- replace by pretend [2] signature: : Signature -- replace by pretend Cumulative Statistics for Constructor DefinitionAst Time: 0.04 seconds finalizing NRLIB DEFAST Processing DefinitionAst for Browser database: -- head : % -> HeadAst -- signature : % -> Signature -- body : % -> SpadAst -- constructor ; compiling file "/tmp/oa-IAcKxB/code.lsp" (written 01 FEB 2016 11:15:46 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DEFAST;head;$Ha;1| ...) ; compiling (DEFUN |DEFAST;signature;$S;2| ...) ; compiling (DEFUN |DEFAST;body;$Sa;3| ...) ; compiling (DEFUN |DEFAST;coerce;$Of;4| ...) ; compiling (DEFUN |DefinitionAst| ...) ; compiling (DEFUN |DefinitionAst;| ...) ; compiling (MAKEPROP (QUOTE |DefinitionAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-IAcKxB/code.fasl written ; compilation finished in 0:00:00.023 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/MACROAST.fasl --optimize=3 MACROAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MACROAST.spad using Spad compiler. MACROAST abbreviates domain MacroAst debug: compDefine1 lhs: (MacroAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE head ((HeadAst) $)) (SIGNATURE body ((SpadAst) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE head ((HeadAst) $)) (SIGNATURE body ((SpadAst) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE head ((HeadAst) $)) (SIGNATURE body ((SpadAst) $))) $param: NIL debug: evaluateType form: (HeadAst) $param: NIL Debug: evaluateType1 form: (HeadAst) debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE head ((HeadAst) $)) (SIGNATURE body ((SpadAst) $))))) ------------------------------------------------------------------------ initializing stationary directory for MacroAst compiling into /tmp/oa-4Sh1hL compiling exported head : % -> HeadAst Time: 0.02 SEC. compiling exported body : % -> SpadAst Time: 0 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE MacroAst) m: (OutputForm) Debug compQuote expr: (QUOTE MacroAst) m: (OutputForm) Debug compQuote expr: (QUOTE head) m: (OutputForm) Debug compQuote expr: (QUOTE head) m: (OutputForm) Debug compQuote expr: (QUOTE body) m: (OutputForm) Debug compQuote expr: (QUOTE body) m: (OutputForm) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] head: : HeadAst -- replace by pretend Cumulative Statistics for Constructor MacroAst Time: 0.05 seconds finalizing NRLIB MACROAST Processing MacroAst for Browser database: -- head : % -> HeadAst -- body : % -> SpadAst -- constructor ; compiling file "/tmp/oa-4Sh1hL/code.lsp" (written 01 FEB 2016 11:15:46 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MACROAST;head;$Ha;1| ...) ; compiling (DEFUN |MACROAST;body;$Sa;2| ...) ; compiling (DEFUN |MACROAST;coerce;$Of;3| ...) ; compiling (DEFUN |MacroAst| ...) ; compiling (DEFUN |MacroAst;| ...) ; compiling (MAKEPROP (QUOTE |MacroAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-4Sh1hL/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/WHEREAST.fasl --optimize=3 WHEREAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/WHEREAST.spad using Spad compiler. WHEREAST abbreviates domain WhereAst debug: compDefine1 lhs: (WhereAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE mainExpression ((SpadAst) $)) (SIGNATURE qualifier ((SpadAst) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE mainExpression ((SpadAst) $)) (SIGNATURE qualifier ((SpadAst) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE mainExpression ((SpadAst) $)) (SIGNATURE qualifier ((SpadAst) $))) $param: NIL debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE mainExpression ((SpadAst) $)) (SIGNATURE qualifier ((SpadAst) $))))) ------------------------------------------------------------------------ initializing stationary directory for WhereAst compiling into /tmp/oa-MXTb9T compiling exported mainExpression : % -> SpadAst Time: 0.02 SEC. compiling exported qualifier : % -> SpadAst Time: 0 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE WhereAst) m: (OutputForm) Debug compQuote expr: (QUOTE WhereAst) m: (OutputForm) Debug compQuote expr: (QUOTE mainExpression) m: (OutputForm) Debug compQuote expr: (QUOTE mainExpression) m: (OutputForm) Debug compQuote expr: (QUOTE qualifier) m: (OutputForm) Debug compQuote expr: (QUOTE qualifier) m: (OutputForm) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor WhereAst Time: 0.04 seconds finalizing NRLIB WHEREAST Processing WhereAst for Browser database: -- mainExpression : % -> SpadAst -- qualifier : % -> SpadAst -- constructor ; compiling file "/tmp/oa-MXTb9T/code.lsp" (written 01 FEB 2016 11:15:46 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |WHEREAST;mainExpression;$Sa;1| ...) ; compiling (DEFUN |WHEREAST;qualifier;$Sa;2| ...) ; compiling (DEFUN |WHEREAST;coerce;$Of;3| ...) ; compiling (DEFUN |WhereAst| ...) ; compiling (DEFUN |WhereAst;| ...) ; compiling (MAKEPROP (QUOTE |WhereAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-MXTb9T/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/CTORKIND.fasl --optimize=3 CTORKIND.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CTORKIND.spad using Spad compiler. CTORKIND abbreviates domain ConstructorKind debug: compDefine1 lhs: (ConstructorKind) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE category ($) constant) (SIGNATURE domain ($) constant) (SIGNATURE package ($) constant)))) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (SIGNATURE category ($) constant) (SIGNATURE domain ($) constant) (SIGNATURE package ($) constant))) $param: NIL debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE category ($) constant) (SIGNATURE domain ($) constant) (SIGNATURE package ($) constant)) $param: NIL debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE category ($) constant) (SIGNATURE domain ($) constant) (SIGNATURE package ($) constant)))) ------------------------------------------------------------------------ initializing stationary directory for ConstructorKind compiling into /tmp/oa-CpRnV4 compiling exported category : () -> % CTORKIND;category;$;1 is replaced by %categoryKind Time: 0 SEC. compiling exported domain : () -> % CTORKIND;domain;$;2 is replaced by %domainKind Time: 0 SEC. compiling exported package : () -> % CTORKIND;package;$;3 is replaced by %packageKind Time: 0 SEC. compiling exported = : (%,%) -> Boolean CTORKIND;=;2$B;4 is replaced by %peq Time: 0.00 SEC. compiling exported coerce : % -> OutputForm CTORKIND;coerce;$Of;5 k is replaced by k Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] coerce: : OutputForm -- replace by pretend Cumulative Statistics for Constructor ConstructorKind Time: 0.01 seconds finalizing NRLIB CTORKIND Processing ConstructorKind for Browser database: -- category : () -> % --->../../x86_64-unknown-linux-gnu/src/algebra/domain.spad-->ConstructorKind((category (%) constant)): Improper first word in comments: ` "`category' is the kind of category constructors" -- domain : () -> % --->../../x86_64-unknown-linux-gnu/src/algebra/domain.spad-->ConstructorKind((domain (%) constant)): Improper first word in comments: ` "`domain' is the kind of domain constructors" -- package : () -> % --->../../x86_64-unknown-linux-gnu/src/algebra/domain.spad-->ConstructorKind((package (%) constant)): Improper first word in comments: ` "`package' is the kind of package constructors." -- constructor ; compiling file "/tmp/oa-CpRnV4/code.lsp" (written 01 FEB 2016 11:15:46 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CTORKIND;category;$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CTORKIND;domain;$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CTORKIND;package;$;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CTORKIND;=;2$B;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CTORKIND;coerce;$Of;5|) ...) ; compiling (DEFUN |CTORKIND;category;$;1| ...) ; compiling (DEFUN |CTORKIND;domain;$;2| ...) ; compiling (DEFUN |CTORKIND;package;$;3| ...) ; compiling (DEFUN |CTORKIND;=;2$B;4| ...) ; compiling (DEFUN |CTORKIND;coerce;$Of;5| ...) ; compiling (DEFUN |ConstructorKind| ...) ; compiling (DEFUN |ConstructorKind;| ...) ; compiling (MAKEPROP (QUOTE |ConstructorKind|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-CpRnV4/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/CATAST.fasl --optimize=3 CATAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CATAST.spad using Spad compiler. CATAST abbreviates domain CategoryAst debug: compDefine1 lhs: (CategoryAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE kind ((ConstructorKind) $)) (SIGNATURE body ((List (SpadAst)) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE kind ((ConstructorKind) $)) (SIGNATURE body ((List (SpadAst)) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE kind ((ConstructorKind) $)) (SIGNATURE body ((List (SpadAst)) $))) $param: NIL debug: evaluateType form: (ConstructorKind) $param: NIL Debug: evaluateType1 form: (ConstructorKind) debug: evaluateType form: (List (SpadAst)) $param: NIL Debug: evaluateType1 form: (List (SpadAst)) debug: evaluateType1 x: (SpadAst) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: evalCategory d: (SpadAst) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE kind ((ConstructorKind) $)) (SIGNATURE body ((List (SpadAst)) $))))) ------------------------------------------------------------------------ initializing stationary directory for CategoryAst compiling into /tmp/oa-aNuNgd compiling exported kind : % -> ConstructorKind Time: 0.02 SEC. compiling exported body : % -> List SpadAst CATAST;body;$L;2 x is replaced by %tail %tail x Time: 0 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE CategoryAst) m: (OutputForm) Debug compQuote expr: (QUOTE CategoryAst) m: (OutputForm) Debug compQuote expr: (QUOTE kind) m: (OutputForm) Debug compQuote expr: (QUOTE kind) m: (OutputForm) Debug compQuote expr: (QUOTE body) m: (OutputForm) Debug compQuote expr: (QUOTE body) m: (OutputForm) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] kind: : ConstructorKind -- replace by pretend Cumulative Statistics for Constructor CategoryAst Time: 0.04 seconds finalizing NRLIB CATAST Processing CategoryAst for Browser database: -- kind : % -> ConstructorKind -- body : % -> List SpadAst -- constructor ; compiling file "/tmp/oa-aNuNgd/code.lsp" (written 01 FEB 2016 11:15:46 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CATAST;body;$L;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |CATAST;kind;$Ck;1| ...) ; compiling (DEFUN |CATAST;body;$L;2| ...) ; compiling (DEFUN |CATAST;coerce;$Of;3| ...) ; compiling (DEFUN |CategoryAst| ...) ; compiling (DEFUN |CategoryAst;| ...) ; compiling (MAKEPROP (QUOTE |CategoryAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-aNuNgd/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/JOINAST.fasl --optimize=3 JOINAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/JOINAST.spad using Spad compiler. JOINAST abbreviates domain JoinAst debug: compDefine1 lhs: (JoinAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CoercibleTo (TypeAst)) (CATEGORY domain (SIGNATURE coerce ($ (List (TypeAst)))) (SIGNATURE categories ((List (TypeAst)) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CoercibleTo (TypeAst)) (CATEGORY domain (SIGNATURE coerce ($ (List (TypeAst)))) (SIGNATURE categories ((List (TypeAst)) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CoercibleTo (TypeAst)) $param: NIL Debug: evaluateType1 form: (CoercibleTo (TypeAst)) debug: evaluateType1 x: (TypeAst) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (TypeAst) $param: NIL Debug: evaluateType1 form: (TypeAst) debug: evalCategory d: (TypeAst) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE coerce ($ (List (TypeAst)))) (SIGNATURE categories ((List (TypeAst)) $))) $param: NIL debug: evaluateType form: (List (TypeAst)) $param: NIL Debug: evaluateType1 form: (List (TypeAst)) debug: evaluateType1 x: (TypeAst) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (TypeAst) $param: NIL Debug: evaluateType1 form: (TypeAst) debug: evalCategory d: (TypeAst) c: (Type) debug: evaluateType form: (List (TypeAst)) $param: NIL Debug: evaluateType1 form: (List (TypeAst)) debug: evaluateType1 x: (TypeAst) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (TypeAst) $param: NIL Debug: evaluateType1 form: (TypeAst) debug: evalCategory d: (TypeAst) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CoercibleTo (TypeAst)) (CATEGORY domain (SIGNATURE coerce ($ (List (TypeAst)))) (SIGNATURE categories ((List (TypeAst)) $))))) ------------------------------------------------------------------------ initializing stationary directory for JoinAst compiling into /tmp/oa-kdlRnj compiling exported categories : % -> List TypeAst JOINAST;categories;$L;1 is replaced by %tail Time: 0.01 SEC. compiling exported coerce : List TypeAst -> % Debug compQuote expr: (QUOTE Join) m: $EmptyMode Debug compQuote expr: (QUOTE Join) m: (Identifier) JOINAST;coerce;L$;2 cats is replaced by %pair(Join,cats) Time: 0.01 SEC. compiling exported coerce : % -> TypeAst JOINAST;coerce;$Ta;3 x is replaced by x Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] coerce: : TypeAst -- replace by pretend Cumulative Statistics for Constructor JoinAst Time: 0.03 seconds finalizing NRLIB JOINAST Processing JoinAst for Browser database: -- coerce : List TypeAst -> % --->../../x86_64-unknown-linux-gnu/src/algebra/syntax.spad-->JoinAst((coerce (% (List TypeAst)))): Improper initial operator in comments: :: "ts::JoinAst construct the AST for a join of the types `ts'." -- categories : % -> List TypeAst --->../../x86_64-unknown-linux-gnu/src/algebra/syntax.spad-->JoinAst((categories ((List TypeAst) %))): Improper first word in comments: catehories "catehories(\\spad{x}) returns the types in the join `x'." -- constructor ; compiling file "/tmp/oa-kdlRnj/code.lsp" (written 01 FEB 2016 11:15:46 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |JOINAST;categories;$L;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |JOINAST;coerce;L$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |JOINAST;coerce;$Ta;3|) ...) ; compiling (DEFUN |JOINAST;categories;$L;1| ...) ; compiling (DEFUN |JOINAST;coerce;L$;2| ...) ; compiling (DEFUN |JOINAST;coerce;$Ta;3| ...) ; compiling (DEFUN |JoinAst| ...) ; compiling (DEFUN |JoinAst;| ...) ; compiling (MAKEPROP (QUOTE |JoinAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-kdlRnj/code.fasl written ; compilation finished in 0:00:00.019 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/CAPSLAST.fasl --optimize=3 CAPSLAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CAPSLAST.spad using Spad compiler. CAPSLAST abbreviates domain CapsuleAst debug: compDefine1 lhs: (CapsuleAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE body ((List (SpadAst)) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE body ((List (SpadAst)) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE body ((List (SpadAst)) $))) $param: NIL debug: evaluateType form: (List (SpadAst)) $param: NIL Debug: evaluateType1 form: (List (SpadAst)) debug: evaluateType1 x: (SpadAst) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: evalCategory d: (SpadAst) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE body ((List (SpadAst)) $))))) ------------------------------------------------------------------------ initializing stationary directory for CapsuleAst compiling into /tmp/oa-8mxXfs compiling exported body : % -> List SpadAst CAPSLAST;body;$L;1 is replaced by %tail Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE CapsuleAst) m: (OutputForm) Debug compQuote expr: (QUOTE CapsuleAst) m: (OutputForm) Debug compQuote expr: (QUOTE body) m: (OutputForm) Debug compQuote expr: (QUOTE body) m: (OutputForm) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor CapsuleAst Time: 0.03 seconds finalizing NRLIB CAPSLAST Processing CapsuleAst for Browser database: -- body : % -> List SpadAst -- constructor ; compiling file "/tmp/oa-8mxXfs/code.lsp" (written 01 FEB 2016 11:15:46 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CAPSLAST;body;$L;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |CAPSLAST;body;$L;1| ...) ; compiling (DEFUN |CAPSLAST;coerce;$Of;2| ...) ; compiling (DEFUN |CapsuleAst| ...) ; compiling (DEFUN |CapsuleAst;| ...) ; compiling (MAKEPROP (QUOTE |CapsuleAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-8mxXfs/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/SIGAST.fasl --optimize=3 SIGAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SIGAST.spad using Spad compiler. SIGAST abbreviates domain SignatureAst debug: compDefine1 lhs: (SignatureAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE signatureAst ($ (Identifier) (Signature))) (SIGNATURE name ((Identifier) $)) (SIGNATURE signature ((Signature) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE signatureAst ($ (Identifier) (Signature))) (SIGNATURE name ((Identifier) $)) (SIGNATURE signature ((Signature) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE signatureAst ($ (Identifier) (Signature))) (SIGNATURE name ((Identifier) $)) (SIGNATURE signature ((Signature) $))) $param: NIL debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: (Signature) $param: NIL Debug: evaluateType1 form: (Signature) debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: (Signature) $param: NIL Debug: evaluateType1 form: (Signature) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE signatureAst ($ (Identifier) (Signature))) (SIGNATURE name ((Identifier) $)) (SIGNATURE signature ((Signature) $))))) ------------------------------------------------------------------------ initializing stationary directory for SignatureAst compiling into /tmp/oa-GVin1u compiling exported signatureAst : (Identifier,Signature) -> % Debug compQuote expr: (QUOTE SIGNATURE) m: $EmptyMode Debug compQuote expr: (QUOTE SIGNATURE) m: (Identifier) SIGAST;signatureAst;IS$;1(n,sig) is replaced by %pair(SIGNATURE,%pair(n,%list sig)) Time: 0.02 SEC. compiling exported name : % -> Identifier SIGAST;name;$I;2 x is replaced by %head %tail x Time: 0 SEC. compiling exported signature : % -> Signature Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE SignatureAst) m: (OutputForm) Debug compQuote expr: (QUOTE SignatureAst) m: (OutputForm) Debug compQuote expr: (QUOTE name) m: (OutputForm) Debug compQuote expr: (QUOTE name) m: (OutputForm) Debug compQuote expr: (QUOTE signature) m: (OutputForm) Debug compQuote expr: (QUOTE signature) m: (OutputForm) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] signature: value has no value Cumulative Statistics for Constructor SignatureAst Time: 0.05 seconds finalizing NRLIB SIGAST Processing SignatureAst for Browser database: -- signatureAst : (Identifier,Signature) -> % -- name : % -> Identifier -- signature : % -> Signature -- constructor ; compiling file "/tmp/oa-GVin1u/code.lsp" (written 01 FEB 2016 11:15:47 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SIGAST;signatureAst;IS$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SIGAST;name;$I;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SIGAST;signatureAst;IS$;1| ...) ; compiling (DEFUN |SIGAST;name;$I;2| ...) ; compiling (DEFUN |SIGAST;signature;$S;3| ...) ; compiling (DEFUN |SIGAST;coerce;$Of;4| ...) ; compiling (DEFUN |SignatureAst| ...) ; compiling (DEFUN |SignatureAst;| ...) ; compiling (MAKEPROP (QUOTE |SignatureAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-GVin1u/code.fasl written ; compilation finished in 0:00:00.019 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/ATTRAST.fasl --optimize=3 ATTRAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ATTRAST.spad using Spad compiler. ATTRAST abbreviates domain AttributeAst debug: compDefine1 lhs: (AttributeAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE name ((SpadAst) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE name ((SpadAst) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE name ((SpadAst) $))) $param: NIL debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE name ((SpadAst) $))))) ------------------------------------------------------------------------ initializing stationary directory for AttributeAst compiling into /tmp/oa-3e6ZrF compiling exported name : % -> SpadAst ATTRAST;name;$Sa;1 is replaced by %tail Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE AttributeAst) m: (OutputForm) Debug compQuote expr: (QUOTE AttributeAst) m: (OutputForm) Debug compQuote expr: (QUOTE name) m: (OutputForm) Debug compQuote expr: (QUOTE name) m: (OutputForm) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor AttributeAst Time: 0.03 seconds finalizing NRLIB ATTRAST Processing AttributeAst for Browser database: -- name : % -> SpadAst -- constructor ; compiling file "/tmp/oa-3e6ZrF/code.lsp" (written 01 FEB 2016 11:15:47 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ATTRAST;name;$Sa;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ATTRAST;name;$Sa;1| ...) ; compiling (DEFUN |ATTRAST;coerce;$Of;2| ...) ; compiling (DEFUN |AttributeAst| ...) ; compiling (DEFUN |AttributeAst;| ...) ; compiling (MAKEPROP (QUOTE |AttributeAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-3e6ZrF/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/MAPPAST.fasl --optimize=3 MAPPAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MAPPAST.spad using Spad compiler. MAPPAST abbreviates domain MappingAst debug: compDefine1 lhs: (MappingAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CoercibleTo (TypeAst)) (CATEGORY domain (SIGNATURE coerce ($ (Signature))) (SIGNATURE mappingAst ($ (List (TypeAst)) (TypeAst))) (SIGNATURE source ((List (TypeAst)) $)) (SIGNATURE target ((TypeAst) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CoercibleTo (TypeAst)) (CATEGORY domain (SIGNATURE coerce ($ (Signature))) (SIGNATURE mappingAst ($ (List (TypeAst)) (TypeAst))) (SIGNATURE source ((List (TypeAst)) $)) (SIGNATURE target ((TypeAst) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CoercibleTo (TypeAst)) $param: NIL Debug: evaluateType1 form: (CoercibleTo (TypeAst)) debug: evaluateType1 x: (TypeAst) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (TypeAst) $param: NIL Debug: evaluateType1 form: (TypeAst) debug: evalCategory d: (TypeAst) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE coerce ($ (Signature))) (SIGNATURE mappingAst ($ (List (TypeAst)) (TypeAst))) (SIGNATURE source ((List (TypeAst)) $)) (SIGNATURE target ((TypeAst) $))) $param: NIL debug: evaluateType form: (Signature) $param: NIL Debug: evaluateType1 form: (Signature) debug: evaluateType form: (List (TypeAst)) $param: NIL Debug: evaluateType1 form: (List (TypeAst)) debug: evaluateType1 x: (TypeAst) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (TypeAst) $param: NIL Debug: evaluateType1 form: (TypeAst) debug: evalCategory d: (TypeAst) c: (Type) debug: evaluateType form: (TypeAst) $param: NIL Debug: evaluateType1 form: (TypeAst) debug: evaluateType form: (List (TypeAst)) $param: NIL Debug: evaluateType1 form: (List (TypeAst)) debug: evaluateType1 x: (TypeAst) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (TypeAst) $param: NIL Debug: evaluateType1 form: (TypeAst) debug: evalCategory d: (TypeAst) c: (Type) debug: evaluateType form: (TypeAst) $param: NIL Debug: evaluateType1 form: (TypeAst) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CoercibleTo (TypeAst)) (CATEGORY domain (SIGNATURE coerce ($ (Signature))) (SIGNATURE mappingAst ($ (List (TypeAst)) (TypeAst))) (SIGNATURE source ((List (TypeAst)) $)) (SIGNATURE target ((TypeAst) $))))) ------------------------------------------------------------------------ initializing stationary directory for MappingAst compiling into /tmp/oa-DlYgQK compiling exported coerce : Signature -> % Debug compQuote expr: (QUOTE Mapping) m: $EmptyMode Debug compQuote expr: (QUOTE Mapping) m: (Identifier) MAPPAST;coerce;S$;1 sig is replaced by %pair(Mapping,sig) Time: 0.02 SEC. compiling exported mappingAst : (List TypeAst,TypeAst) -> % Debug compQuote expr: (QUOTE Mapping) m: $EmptyMode Debug compQuote expr: (QUOTE Mapping) m: (Identifier) MAPPAST;mappingAst;LTa$;2(s,t) is replaced by %pair(Mapping,%pair(t,s)) Time: 0.00 SEC. compiling exported source : % -> List TypeAst MAPPAST;source;$L;3 x is replaced by %tail %tail x Time: 0.01 SEC. compiling exported target : % -> TypeAst MAPPAST;target;$Ta;4 x is replaced by SPADfirst %tail x Time: 0.00 SEC. compiling exported coerce : % -> TypeAst MAPPAST;coerce;$Ta;5 x is replaced by x Time: 0 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE MappingAst) m: (OutputForm) Debug compQuote expr: (QUOTE MappingAst) m: (OutputForm) Debug compQuote expr: (QUOTE source) m: (OutputForm) Debug compQuote expr: (QUOTE source) m: (OutputForm) Debug compQuote expr: (QUOTE target) m: (OutputForm) Debug compQuote expr: (QUOTE target) m: (OutputForm) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] mappingAst: : Signature -- replace by pretend [2] source: : List TypeAst -- replace by pretend [3] target: : TypeAst -- replace by pretend [4] coerce: : TypeAst -- replace by pretend Cumulative Statistics for Constructor MappingAst Time: 0.05 seconds finalizing NRLIB MAPPAST Processing MappingAst for Browser database: -- coerce : Signature -> % --->../../x86_64-unknown-linux-gnu/src/algebra/syntax.spad-->MappingAst((coerce (% Signature))): Improper initial operator in comments: :: "sig::MappingAst builds a MappingAst from the Signature `sig'." -- mappingAst : (List TypeAst,TypeAst) -> % -- source : % -> List TypeAst -- target : % -> TypeAst -- constructor ; compiling file "/tmp/oa-DlYgQK/code.lsp" (written 01 FEB 2016 11:15:47 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MAPPAST;coerce;S$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MAPPAST;mappingAst;LTa$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MAPPAST;source;$L;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MAPPAST;target;$Ta;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MAPPAST;coerce;$Ta;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MAPPAST;coerce;S$;1| ...) ; compiling (DEFUN |MAPPAST;mappingAst;LTa$;2| ...) ; compiling (DEFUN |MAPPAST;source;$L;3| ...) ; compiling (DEFUN |MAPPAST;target;$Ta;4| ...) ; compiling (DEFUN |MAPPAST;coerce;$Ta;5| ...) ; compiling (DEFUN |MAPPAST;coerce;$Of;6| ...) ; compiling (DEFUN |MappingAst| ...) ; compiling (DEFUN |MappingAst;| ...) ; compiling (MAKEPROP (QUOTE |MappingAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-DlYgQK/code.fasl written ; compilation finished in 0:00:00.027 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/IFAST.fasl --optimize=3 IFAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IFAST.spad using Spad compiler. IFAST abbreviates domain IfAst debug: compDefine1 lhs: (IfAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE condition ((SpadAst) $)) (SIGNATURE thenBranch ((SpadAst) $)) (SIGNATURE elseBranch ((SpadAst) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE condition ((SpadAst) $)) (SIGNATURE thenBranch ((SpadAst) $)) (SIGNATURE elseBranch ((SpadAst) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE condition ((SpadAst) $)) (SIGNATURE thenBranch ((SpadAst) $)) (SIGNATURE elseBranch ((SpadAst) $))) $param: NIL debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE condition ((SpadAst) $)) (SIGNATURE thenBranch ((SpadAst) $)) (SIGNATURE elseBranch ((SpadAst) $))))) ------------------------------------------------------------------------ initializing stationary directory for IfAst compiling into /tmp/oa-Q40KgU compiling exported condition : % -> SpadAst Time: 0.01 SEC. compiling exported thenBranch : % -> SpadAst Time: 0 SEC. compiling exported elseBranch : % -> SpadAst Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE IfAst) m: (OutputForm) Debug compQuote expr: (QUOTE IfAst) m: (OutputForm) Debug compQuote expr: (QUOTE condition) m: (OutputForm) Debug compQuote expr: (QUOTE condition) m: (OutputForm) Debug compQuote expr: (QUOTE thenBranch) m: (OutputForm) Debug compQuote expr: (QUOTE thenBranch) m: (OutputForm) Debug compQuote expr: (QUOTE elseBranch) m: (OutputForm) Debug compQuote expr: (QUOTE elseBranch) m: (OutputForm) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor IfAst Time: 0.04 seconds finalizing NRLIB IFAST Processing IfAst for Browser database: -- condition : % -> SpadAst -- thenBranch : % -> SpadAst -- elseBranch : % -> SpadAst --->../../x86_64-unknown-linux-gnu/src/algebra/syntax.spad-->IfAst((elseBranch (SpadAst %))): Improper first word in comments: thenBranch "thenBranch(\\spad{e}) returns the `else-branch' of `e'." -- constructor ; compiling file "/tmp/oa-Q40KgU/code.lsp" (written 01 FEB 2016 11:15:47 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |IFAST;condition;$Sa;1| ...) ; compiling (DEFUN |IFAST;thenBranch;$Sa;2| ...) ; compiling (DEFUN |IFAST;elseBranch;$Sa;3| ...) ; compiling (DEFUN |IFAST;coerce;$Of;4| ...) ; compiling (DEFUN |IfAst| ...) ; compiling (DEFUN |IfAst;| ...) ; compiling (MAKEPROP (QUOTE |IfAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Q40KgU/code.fasl written ; compilation finished in 0:00:00.018 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/RPTAST.fasl --optimize=3 RPTAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RPTAST.spad using Spad compiler. RPTAST abbreviates domain RepeatAst debug: compDefine1 lhs: (RepeatAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE iterators ((List (SpadAst)) $)) (SIGNATURE body ((SpadAst) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE iterators ((List (SpadAst)) $)) (SIGNATURE body ((SpadAst) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE iterators ((List (SpadAst)) $)) (SIGNATURE body ((SpadAst) $))) $param: NIL debug: evaluateType form: (List (SpadAst)) $param: NIL Debug: evaluateType1 form: (List (SpadAst)) debug: evaluateType1 x: (SpadAst) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: evalCategory d: (SpadAst) c: (Type) debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE iterators ((List (SpadAst)) $)) (SIGNATURE body ((SpadAst) $))))) ------------------------------------------------------------------------ initializing stationary directory for RepeatAst compiling into /tmp/oa-bqhYR5 compiling exported iterators : % -> List SpadAst Time: 0.04 SEC. compiling exported body : % -> SpadAst Time: 0 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE RepeatAst) m: (OutputForm) Debug compQuote expr: (QUOTE RepeatAst) m: (OutputForm) Debug compQuote expr: (QUOTE iterators) m: (OutputForm) Debug compQuote expr: (QUOTE iterators) m: (OutputForm) Debug compQuote expr: (QUOTE body) m: (OutputForm) Debug compQuote expr: (QUOTE body) m: (OutputForm) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor RepeatAst Time: 0.06 seconds finalizing NRLIB RPTAST Processing RepeatAst for Browser database: -- iterators : % -> List SpadAst -- body : % -> SpadAst -- constructor ; compiling file "/tmp/oa-bqhYR5/code.lsp" (written 01 FEB 2016 11:15:47 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RPTAST;iterators;$L;1| ...) ; file: /tmp/oa-bqhYR5/code.lsp ; in: DEFUN |RPTAST;iterators;$L;1| ; (DEFUN BOOT::|RPTAST;iterators;$L;1| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|s| BOOT::|x|)) ; (BOOT::SPADCALL BOOT::|s| ; (BOOT::SPADCALL 2 (- # 1) ; (BOOT::|shellEntry| BOOT::$ 16)) ; (BOOT::|shellEntry| BOOT::$ 17)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RPTAST;iterators;$L;1| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|RPTAST;iterators;$L;1| ; (LET ((BOOT::|s| BOOT::|x|)) ; (BOOT::SPADCALL BOOT::|s| (BOOT::SPADCALL 2 # #) ; (BOOT::|shellEntry| BOOT::$ 17))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |RPTAST;body;$Sa;2| ...) ; compiling (DEFUN |RPTAST;coerce;$Of;3| ...) ; compiling (DEFUN |RepeatAst| ...) ; compiling (DEFUN |RepeatAst;| ...) ; compiling (MAKEPROP (QUOTE |RepeatAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-bqhYR5/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/WHILEAST.fasl --optimize=3 WHILEAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/WHILEAST.spad using Spad compiler. WHILEAST abbreviates domain WhileAst debug: compDefine1 lhs: (WhileAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE condition ((SpadAst) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE condition ((SpadAst) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE condition ((SpadAst) $))) $param: NIL debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE condition ((SpadAst) $))))) ------------------------------------------------------------------------ initializing stationary directory for WhileAst compiling into /tmp/oa-im9JJd compiling exported condition : % -> SpadAst WHILEAST;condition;$Sa;1 is replaced by %tail Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE WhileAst) m: (OutputForm) Debug compQuote expr: (QUOTE WhileAst) m: (OutputForm) Debug compQuote expr: (QUOTE condition) m: (OutputForm) Debug compQuote expr: (QUOTE condition) m: (OutputForm) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor WhileAst Time: 0.02 seconds finalizing NRLIB WHILEAST Processing WhileAst for Browser database: -- condition : % -> SpadAst -- constructor ; compiling file "/tmp/oa-im9JJd/code.lsp" (written 01 FEB 2016 11:15:47 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |WHILEAST;condition;$Sa;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |WHILEAST;condition;$Sa;1| ...) ; compiling (DEFUN |WHILEAST;coerce;$Of;2| ...) ; compiling (DEFUN |WhileAst| ...) ; compiling (DEFUN |WhileAst;| ...) ; compiling (MAKEPROP (QUOTE |WhileAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-im9JJd/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/INAST.fasl --optimize=3 INAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INAST.spad using Spad compiler. INAST abbreviates domain InAst debug: compDefine1 lhs: (InAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE iterationVar ((Identifier) $)) (SIGNATURE sequence ((SpadAst) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE iterationVar ((Identifier) $)) (SIGNATURE sequence ((SpadAst) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE iterationVar ((Identifier) $)) (SIGNATURE sequence ((SpadAst) $))) $param: NIL debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE iterationVar ((Identifier) $)) (SIGNATURE sequence ((SpadAst) $))))) ------------------------------------------------------------------------ initializing stationary directory for InAst compiling into /tmp/oa-lFIwCl compiling exported iterationVar : % -> Identifier Time: 0.02 SEC. compiling exported sequence : % -> SpadAst Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE InAst) m: (OutputForm) Debug compQuote expr: (QUOTE InAst) m: (OutputForm) Debug compQuote expr: (QUOTE iterationVar) m: (OutputForm) Debug compQuote expr: (QUOTE iterationVar) m: (OutputForm) Debug compQuote expr: (QUOTE sequence) m: (OutputForm) Debug compQuote expr: (QUOTE sequence) m: (OutputForm) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] sequence: : SpadAst -- replace by pretend Cumulative Statistics for Constructor InAst Time: 0.04 seconds finalizing NRLIB INAST Processing InAst for Browser database: -- iterationVar : % -> Identifier -- sequence : % -> SpadAst -- constructor ; compiling file "/tmp/oa-lFIwCl/code.lsp" (written 01 FEB 2016 11:15:47 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |INAST;iterationVar;$I;1| ...) ; file: /tmp/oa-lFIwCl/code.lsp ; in: DEFUN |INAST;iterationVar;$I;1| ; (DEFUN BOOT::|INAST;iterationVar;$I;1| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 9))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INAST;iterationVar;$I;1| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|INAST;iterationVar;$I;1| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 9)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL SYMBOL &REST T). ; compiling (DEFUN |INAST;sequence;$Sa;2| ...) ; compiling (DEFUN |INAST;coerce;$Of;3| ...) ; compiling (DEFUN |InAst| ...) ; compiling (DEFUN |InAst;| ...) ; compiling (MAKEPROP (QUOTE |InAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-lFIwCl/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/STEPAST.fasl --optimize=3 STEPAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/STEPAST.spad using Spad compiler. STEPAST abbreviates domain StepAst debug: compDefine1 lhs: (StepAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE iterationVar ((Identifier) $)) (SIGNATURE lowerBound ((SpadAst) $)) (SIGNATURE upperBound ((Maybe (SpadAst)) $)) (SIGNATURE step ((SpadAst) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE iterationVar ((Identifier) $)) (SIGNATURE lowerBound ((SpadAst) $)) (SIGNATURE upperBound ((Maybe (SpadAst)) $)) (SIGNATURE step ((SpadAst) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE iterationVar ((Identifier) $)) (SIGNATURE lowerBound ((SpadAst) $)) (SIGNATURE upperBound ((Maybe (SpadAst)) $)) (SIGNATURE step ((SpadAst) $))) $param: NIL debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: evaluateType form: (Maybe (SpadAst)) $param: NIL Debug: evaluateType1 form: (Maybe (SpadAst)) debug: evaluateType1 x: (SpadAst) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: evalCategory d: (SpadAst) c: (Type) debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE iterationVar ((Identifier) $)) (SIGNATURE lowerBound ((SpadAst) $)) (SIGNATURE upperBound ((Maybe (SpadAst)) $)) (SIGNATURE step ((SpadAst) $))))) ------------------------------------------------------------------------ initializing stationary directory for StepAst compiling into /tmp/oa-j8OuAu importing List SpadAst compiling exported iterationVar : % -> Identifier STEPAST;iterationVar;$I;1 x is replaced by SPADfirst %tail x Time: 0.02 SEC. compiling exported step : % -> SpadAst Time: 0 SEC. compiling exported lowerBound : % -> SpadAst Time: 0.00 SEC. compiling exported upperBound : % -> Maybe SpadAst Time: 0.03 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE StepAst) m: (OutputForm) Debug compQuote expr: (QUOTE StepAst) m: (OutputForm) Debug compQuote expr: (QUOTE iterationVar) m: (OutputForm) Debug compQuote expr: (QUOTE iterationVar) m: (OutputForm) Debug compQuote expr: (QUOTE step) m: (OutputForm) Debug compQuote expr: (QUOTE step) m: (OutputForm) Debug compQuote expr: (QUOTE lowerBound) m: (OutputForm) Debug compQuote expr: (QUOTE lowerBound) m: (OutputForm) Debug compQuote expr: (QUOTE StepAst) m: (OutputForm) Debug compQuote expr: (QUOTE StepAst) m: (OutputForm) Debug compQuote expr: (QUOTE iterationVar) m: (OutputForm) Debug compQuote expr: (QUOTE iterationVar) m: (OutputForm) Debug compQuote expr: (QUOTE step) m: (OutputForm) Debug compQuote expr: (QUOTE step) m: (OutputForm) Debug compQuote expr: (QUOTE lowerBound) m: (OutputForm) Debug compQuote expr: (QUOTE lowerBound) m: (OutputForm) Debug compQuote expr: (QUOTE upperBound) m: (OutputForm) Debug compQuote expr: (QUOTE upperBound) m: (OutputForm) Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor StepAst Time: 0.08 seconds finalizing NRLIB STEPAST Processing StepAst for Browser database: -- iterationVar : % -> Identifier -- lowerBound : % -> SpadAst -- upperBound : % -> Maybe SpadAst --->../../x86_64-unknown-linux-gnu/src/algebra/syntax.spad-->StepAst((upperBound ((Maybe SpadAst) %))): Improper first word in comments: If "If the set of values assumed by the iteration variable is bounded from above,{} \\spad{upperBound(i)} returns the upper bound. Otherwise,{} its returns \\spad{nothing}." -- step : % -> SpadAst -- constructor ; compiling file "/tmp/oa-j8OuAu/code.lsp" (written 01 FEB 2016 11:15:47 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STEPAST;iterationVar;$I;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |STEPAST;iterationVar;$I;1| ...) ; file: /tmp/oa-j8OuAu/code.lsp ; in: DEFUN |STEPAST;iterationVar;$I;1| ; (DEFUN BOOT::|STEPAST;iterationVar;$I;1| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|SPADfirst| (CDR BOOT::|x|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STEPAST;iterationVar;$I;1| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|STEPAST;iterationVar;$I;1| ; (BOOT::|SPADfirst| (CDR BOOT::|x|)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL SYMBOL &REST T). ; compiling (DEFUN |STEPAST;step;$Sa;2| ...) ; compiling (DEFUN |STEPAST;lowerBound;$Sa;3| ...) ; compiling (DEFUN |STEPAST;upperBound;$M;4| ...) ; compiling (DEFUN |STEPAST;coerce;$Of;5| ...) ; compiling (DEFUN |StepAst| ...) ; compiling (DEFUN |StepAst;| ...) ; compiling (MAKEPROP (QUOTE |StepAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-j8OuAu/code.fasl written ; compilation finished in 0:00:00.024 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/CLLCTAST.fasl --optimize=3 CLLCTAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CLLCTAST.spad using Spad compiler. CLLCTAST abbreviates domain CollectAst debug: compDefine1 lhs: (CollectAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE iterators ((List (SpadAst)) $)) (SIGNATURE body ((SpadAst) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE iterators ((List (SpadAst)) $)) (SIGNATURE body ((SpadAst) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE iterators ((List (SpadAst)) $)) (SIGNATURE body ((SpadAst) $))) $param: NIL debug: evaluateType form: (List (SpadAst)) $param: NIL Debug: evaluateType1 form: (List (SpadAst)) debug: evaluateType1 x: (SpadAst) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: evalCategory d: (SpadAst) c: (Type) debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE iterators ((List (SpadAst)) $)) (SIGNATURE body ((SpadAst) $))))) ------------------------------------------------------------------------ initializing stationary directory for CollectAst compiling into /tmp/oa-BDvpxz compiling exported body : % -> SpadAst Time: 0.01 SEC. compiling exported iterators : % -> List SpadAst Time: 0.03 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE CollectAst) m: (OutputForm) Debug compQuote expr: (QUOTE CollectAst) m: (OutputForm) Debug compQuote expr: (QUOTE iterators) m: (OutputForm) Debug compQuote expr: (QUOTE iterators) m: (OutputForm) Debug compQuote expr: (QUOTE body) m: (OutputForm) Debug compQuote expr: (QUOTE body) m: (OutputForm) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor CollectAst Time: 0.07 seconds finalizing NRLIB CLLCTAST Processing CollectAst for Browser database: -- iterators : % -> List SpadAst -- body : % -> SpadAst -- constructor ; compiling file "/tmp/oa-BDvpxz/code.lsp" (written 01 FEB 2016 11:15:48 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |CLLCTAST;body;$Sa;1| ...) ; compiling (DEFUN |CLLCTAST;iterators;$L;2| ...) ; file: /tmp/oa-BDvpxz/code.lsp ; in: DEFUN |CLLCTAST;iterators;$L;2| ; (DEFUN BOOT::|CLLCTAST;iterators;$L;2| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|s| BOOT::|x|)) ; (BOOT::SPADCALL BOOT::|s| ; (BOOT::SPADCALL 2 (- # 1) ; (BOOT::|shellEntry| BOOT::$ 18)) ; (BOOT::|shellEntry| BOOT::$ 19)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CLLCTAST;iterators;$L;2| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|CLLCTAST;iterators;$L;2| ; (LET ((BOOT::|s| BOOT::|x|)) ; (BOOT::SPADCALL BOOT::|s| (BOOT::SPADCALL 2 # #) ; (BOOT::|shellEntry| BOOT::$ 19))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |CLLCTAST;coerce;$Of;3| ...) ; compiling (DEFUN |CollectAst| ...) ; compiling (DEFUN |CollectAst;| ...) ; compiling (MAKEPROP (QUOTE |CollectAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-BDvpxz/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/LSTAST.fasl --optimize=3 LSTAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LSTAST.spad using Spad compiler. LSTAST abbreviates domain ConstructAst debug: compDefine1 lhs: (ConstructAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE elements ((List (SpadAst)) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE elements ((List (SpadAst)) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE elements ((List (SpadAst)) $))) $param: NIL debug: evaluateType form: (List (SpadAst)) $param: NIL Debug: evaluateType1 form: (List (SpadAst)) debug: evaluateType1 x: (SpadAst) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: evalCategory d: (SpadAst) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE elements ((List (SpadAst)) $))))) ------------------------------------------------------------------------ initializing stationary directory for ConstructAst compiling into /tmp/oa-TNC9pM compiling exported elements : % -> List SpadAst LSTAST;elements;$L;1 is replaced by %tail Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE ConstructAst) m: (OutputForm) Debug compQuote expr: (QUOTE ConstructAst) m: (OutputForm) Debug compQuote expr: (QUOTE elements) m: (OutputForm) Debug compQuote expr: (QUOTE elements) m: (OutputForm) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor ConstructAst Time: 0.03 seconds finalizing NRLIB LSTAST Processing ConstructAst for Browser database: -- elements : % -> List SpadAst -- constructor ; compiling file "/tmp/oa-TNC9pM/code.lsp" (written 01 FEB 2016 11:15:48 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LSTAST;elements;$L;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LSTAST;elements;$L;1| ...) ; compiling (DEFUN |LSTAST;coerce;$Of;2| ...) ; compiling (DEFUN |ConstructAst| ...) ; compiling (DEFUN |ConstructAst;| ...) ; compiling (MAKEPROP (QUOTE |ConstructAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-TNC9pM/code.fasl written ; compilation finished in 0:00:00.019 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/EXITAST.fasl --optimize=3 EXITAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/EXITAST.spad using Spad compiler. EXITAST abbreviates domain ExitAst debug: compDefine1 lhs: (ExitAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE expression ((SpadAst) $)) (SIGNATURE level ((Integer) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE expression ((SpadAst) $)) (SIGNATURE level ((Integer) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE expression ((SpadAst) $)) (SIGNATURE level ((Integer) $))) $param: NIL debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE expression ((SpadAst) $)) (SIGNATURE level ((Integer) $))))) ------------------------------------------------------------------------ initializing stationary directory for ExitAst compiling into /tmp/oa-wztYKV compiling exported expression : % -> SpadAst Time: 0.02 SEC. compiling exported level : % -> Integer Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE ExitAst) m: (OutputForm) Debug compQuote expr: (QUOTE ExitAst) m: (OutputForm) Debug compQuote expr: (QUOTE level) m: (OutputForm) Debug compQuote expr: (QUOTE level) m: (OutputForm) Debug compQuote expr: (QUOTE expression) m: (OutputForm) Debug compQuote expr: (QUOTE expression) m: (OutputForm) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] level: : Integer -- replace by pretend Cumulative Statistics for Constructor ExitAst Time: 0.04 seconds finalizing NRLIB EXITAST Processing ExitAst for Browser database: -- expression : % -> SpadAst -- level : % -> Integer -- constructor ; compiling file "/tmp/oa-wztYKV/code.lsp" (written 01 FEB 2016 11:15:48 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |EXITAST;expression;$Sa;1| ...) ; compiling (DEFUN |EXITAST;level;$I;2| ...) ; file: /tmp/oa-wztYKV/code.lsp ; in: DEFUN |EXITAST;level;$I;2| ; (DEFUN BOOT::|EXITAST;level;$I;2| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 11))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EXITAST;level;$I;2| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|EXITAST;level;$I;2| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 11)))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |EXITAST;coerce;$Of;3| ...) ; compiling (DEFUN |ExitAst| ...) ; compiling (DEFUN |ExitAst;| ...) ; compiling (MAKEPROP (QUOTE |ExitAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-wztYKV/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/RETAST.fasl --optimize=3 RETAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RETAST.spad using Spad compiler. RETAST abbreviates domain ReturnAst debug: compDefine1 lhs: (ReturnAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE expression ((SpadAst) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE expression ((SpadAst) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE expression ((SpadAst) $))) $param: NIL debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE expression ((SpadAst) $))))) ------------------------------------------------------------------------ initializing stationary directory for ReturnAst compiling into /tmp/oa-NNH1L3 compiling exported expression : % -> SpadAst RETAST;expression;$Sa;1 is replaced by %tail Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE ReturnAst) m: (OutputForm) Debug compQuote expr: (QUOTE ReturnAst) m: (OutputForm) Debug compQuote expr: (QUOTE expression) m: (OutputForm) Debug compQuote expr: (QUOTE expression) m: (OutputForm) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor ReturnAst Time: 0.03 seconds finalizing NRLIB RETAST Processing ReturnAst for Browser database: -- expression : % -> SpadAst -- constructor ; compiling file "/tmp/oa-NNH1L3/code.lsp" (written 01 FEB 2016 11:15:48 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |RETAST;expression;$Sa;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RETAST;expression;$Sa;1| ...) ; compiling (DEFUN |RETAST;coerce;$Of;2| ...) ; compiling (DEFUN |ReturnAst| ...) ; compiling (DEFUN |ReturnAst;| ...) ; compiling (MAKEPROP (QUOTE |ReturnAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-NNH1L3/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/CRCEAST.fasl --optimize=3 CRCEAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CRCEAST.spad using Spad compiler. CRCEAST abbreviates domain CoerceAst debug: compDefine1 lhs: (CoerceAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE expression ((SpadAst) $)) (SIGNATURE target ((TypeAst) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE expression ((SpadAst) $)) (SIGNATURE target ((TypeAst) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE expression ((SpadAst) $)) (SIGNATURE target ((TypeAst) $))) $param: NIL debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: evaluateType form: (TypeAst) $param: NIL Debug: evaluateType1 form: (TypeAst) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE expression ((SpadAst) $)) (SIGNATURE target ((TypeAst) $))))) ------------------------------------------------------------------------ initializing stationary directory for CoerceAst compiling into /tmp/oa-TWono9 compiling exported expression : % -> SpadAst Time: 0.02 SEC. compiling exported target : % -> TypeAst Time: 0 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE CoerceAst) m: (OutputForm) Debug compQuote expr: (QUOTE CoerceAst) m: (OutputForm) Debug compQuote expr: (QUOTE expression) m: (OutputForm) Debug compQuote expr: (QUOTE expression) m: (OutputForm) Debug compQuote expr: (QUOTE target) m: (OutputForm) Debug compQuote expr: (QUOTE target) m: (OutputForm) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] expression: : SpadAst -- replace by pretend [2] target: : TypeAst -- replace by pretend Cumulative Statistics for Constructor CoerceAst Time: 0.03 seconds finalizing NRLIB CRCEAST Processing CoerceAst for Browser database: -- expression : % -> SpadAst -- target : % -> TypeAst -- constructor ; compiling file "/tmp/oa-TWono9/code.lsp" (written 01 FEB 2016 11:15:48 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |CRCEAST;expression;$Sa;1| ...) ; compiling (DEFUN |CRCEAST;target;$Ta;2| ...) ; compiling (DEFUN |CRCEAST;coerce;$Of;3| ...) ; compiling (DEFUN |CoerceAst| ...) ; compiling (DEFUN |CoerceAst;| ...) ; compiling (MAKEPROP (QUOTE |CoerceAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-TWono9/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/PRTDAST.fasl --optimize=3 PRTDAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PRTDAST.spad using Spad compiler. PRTDAST abbreviates domain PretendAst debug: compDefine1 lhs: (PretendAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE expression ((SpadAst) $)) (SIGNATURE target ((TypeAst) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE expression ((SpadAst) $)) (SIGNATURE target ((TypeAst) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE expression ((SpadAst) $)) (SIGNATURE target ((TypeAst) $))) $param: NIL debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: evaluateType form: (TypeAst) $param: NIL Debug: evaluateType1 form: (TypeAst) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE expression ((SpadAst) $)) (SIGNATURE target ((TypeAst) $))))) ------------------------------------------------------------------------ initializing stationary directory for PretendAst compiling into /tmp/oa-LTheIi compiling exported expression : % -> SpadAst Time: 0.02 SEC. compiling exported target : % -> TypeAst Time: 0 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE PretendAst) m: (OutputForm) Debug compQuote expr: (QUOTE PretendAst) m: (OutputForm) Debug compQuote expr: (QUOTE expression) m: (OutputForm) Debug compQuote expr: (QUOTE expression) m: (OutputForm) Debug compQuote expr: (QUOTE target) m: (OutputForm) Debug compQuote expr: (QUOTE target) m: (OutputForm) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] expression: : SpadAst -- replace by pretend [2] target: : TypeAst -- replace by pretend Cumulative Statistics for Constructor PretendAst Time: 0.04 seconds finalizing NRLIB PRTDAST Processing PretendAst for Browser database: -- expression : % -> SpadAst -- target : % -> TypeAst -- constructor ; compiling file "/tmp/oa-LTheIi/code.lsp" (written 01 FEB 2016 11:15:48 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PRTDAST;expression;$Sa;1| ...) ; compiling (DEFUN |PRTDAST;target;$Ta;2| ...) ; compiling (DEFUN |PRTDAST;coerce;$Of;3| ...) ; compiling (DEFUN |PretendAst| ...) ; compiling (DEFUN |PretendAst;| ...) ; compiling (MAKEPROP (QUOTE |PretendAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-LTheIi/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/RSTRCAST.fasl --optimize=3 RSTRCAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RSTRCAST.spad using Spad compiler. RSTRCAST abbreviates domain RestrictAst debug: compDefine1 lhs: (RestrictAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE expression ((SpadAst) $)) (SIGNATURE target ((TypeAst) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE expression ((SpadAst) $)) (SIGNATURE target ((TypeAst) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE expression ((SpadAst) $)) (SIGNATURE target ((TypeAst) $))) $param: NIL debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: evaluateType form: (TypeAst) $param: NIL Debug: evaluateType1 form: (TypeAst) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE expression ((SpadAst) $)) (SIGNATURE target ((TypeAst) $))))) ------------------------------------------------------------------------ initializing stationary directory for RestrictAst compiling into /tmp/oa-M7k8ut compiling exported expression : % -> SpadAst Time: 0.02 SEC. compiling exported target : % -> TypeAst Time: 0 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE RestrictAst) m: (OutputForm) Debug compQuote expr: (QUOTE RestrictAst) m: (OutputForm) Debug compQuote expr: (QUOTE expression) m: (OutputForm) Debug compQuote expr: (QUOTE expression) m: (OutputForm) Debug compQuote expr: (QUOTE target) m: (OutputForm) Debug compQuote expr: (QUOTE target) m: (OutputForm) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] expression: : SpadAst -- replace by pretend [2] target: : TypeAst -- replace by pretend Cumulative Statistics for Constructor RestrictAst Time: 0.04 seconds finalizing NRLIB RSTRCAST Processing RestrictAst for Browser database: -- expression : % -> SpadAst -- target : % -> TypeAst -- constructor ; compiling file "/tmp/oa-M7k8ut/code.lsp" (written 01 FEB 2016 11:15:48 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RSTRCAST;expression;$Sa;1| ...) ; compiling (DEFUN |RSTRCAST;target;$Ta;2| ...) ; compiling (DEFUN |RSTRCAST;coerce;$Of;3| ...) ; compiling (DEFUN |RestrictAst| ...) ; compiling (DEFUN |RestrictAst;| ...) ; compiling (MAKEPROP (QUOTE |RestrictAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-M7k8ut/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/SEGAST.fasl --optimize=3 SEGAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SEGAST.spad using Spad compiler. SEGAST abbreviates domain SegmentAst debug: compDefine1 lhs: (SegmentAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE bounds ((List (SpadAst)) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE bounds ((List (SpadAst)) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE bounds ((List (SpadAst)) $))) $param: NIL debug: evaluateType form: (List (SpadAst)) $param: NIL Debug: evaluateType1 form: (List (SpadAst)) debug: evaluateType1 x: (SpadAst) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: evalCategory d: (SpadAst) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE bounds ((List (SpadAst)) $))))) ------------------------------------------------------------------------ initializing stationary directory for SegmentAst compiling into /tmp/oa-MQoNuD compiling exported bounds : % -> List SpadAst SEGAST;bounds;$L;1 is replaced by %tail Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE SegmentAst) m: (OutputForm) Debug compQuote expr: (QUOTE SegmentAst) m: (OutputForm) Debug compQuote expr: (QUOTE bounds) m: (OutputForm) Debug compQuote expr: (QUOTE bounds) m: (OutputForm) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor SegmentAst Time: 0.04 seconds finalizing NRLIB SEGAST Processing SegmentAst for Browser database: -- bounds : % -> List SpadAst -- constructor ; compiling file "/tmp/oa-MQoNuD/code.lsp" (written 01 FEB 2016 11:15:48 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEGAST;bounds;$L;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SEGAST;bounds;$L;1| ...) ; compiling (DEFUN |SEGAST;coerce;$Of;2| ...) ; compiling (DEFUN |SegmentAst| ...) ; compiling (DEFUN |SegmentAst;| ...) ; compiling (MAKEPROP (QUOTE |SegmentAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-MQoNuD/code.fasl written ; compilation finished in 0:00:00.018 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/SEQAST.fasl --optimize=3 SEQAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SEQAST.spad using Spad compiler. SEQAST abbreviates domain SequenceAst debug: compDefine1 lhs: (SequenceAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE body ((List (SpadAst)) $)) (SIGNATURE last ((SpadAst) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE body ((List (SpadAst)) $)) (SIGNATURE last ((SpadAst) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE body ((List (SpadAst)) $)) (SIGNATURE last ((SpadAst) $))) $param: NIL debug: evaluateType form: (List (SpadAst)) $param: NIL Debug: evaluateType1 form: (List (SpadAst)) debug: evaluateType1 x: (SpadAst) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: evalCategory d: (SpadAst) c: (Type) debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE body ((List (SpadAst)) $)) (SIGNATURE last ((SpadAst) $))))) ------------------------------------------------------------------------ initializing stationary directory for SequenceAst compiling into /tmp/oa-qyTlVC compiling exported body : % -> List SpadAst SEQAST;body;$L;1 is replaced by %tail Time: 0.01 SEC. compiling exported last : % -> SpadAst Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE SequenceAst) m: (OutputForm) Debug compQuote expr: (QUOTE SequenceAst) m: (OutputForm) Debug compQuote expr: (QUOTE body) m: (OutputForm) Debug compQuote expr: (QUOTE body) m: (OutputForm) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor SequenceAst Time: 0.04 seconds finalizing NRLIB SEQAST Processing SequenceAst for Browser database: -- body : % -> List SpadAst -- last : % -> SpadAst -- constructor ; compiling file "/tmp/oa-qyTlVC/code.lsp" (written 01 FEB 2016 11:15:49 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEQAST;body;$L;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SEQAST;body;$L;1| ...) ; compiling (DEFUN |SEQAST;last;$Sa;2| ...) ; compiling (DEFUN |SEQAST;coerce;$Of;3| ...) ; compiling (DEFUN |SequenceAst| ...) ; compiling (DEFUN |SequenceAst;| ...) ; compiling (MAKEPROP (QUOTE |SequenceAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-qyTlVC/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/LETAST.fasl --optimize=3 LETAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LETAST.spad using Spad compiler. LETAST abbreviates domain LetAst debug: compDefine1 lhs: (LetAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE lhs ((SpadAst) $)) (SIGNATURE rhs ((SpadAst) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE lhs ((SpadAst) $)) (SIGNATURE rhs ((SpadAst) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE lhs ((SpadAst) $)) (SIGNATURE rhs ((SpadAst) $))) $param: NIL debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE lhs ((SpadAst) $)) (SIGNATURE rhs ((SpadAst) $))))) ------------------------------------------------------------------------ initializing stationary directory for LetAst compiling into /tmp/oa-iugp5J compiling exported lhs : % -> SpadAst Time: 0.02 SEC. compiling exported rhs : % -> SpadAst Time: 0 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE LetAst) m: (OutputForm) Debug compQuote expr: (QUOTE LetAst) m: (OutputForm) Debug compQuote expr: (QUOTE lhs) m: (OutputForm) Debug compQuote expr: (QUOTE lhs) m: (OutputForm) Debug compQuote expr: (QUOTE rhs) m: (OutputForm) Debug compQuote expr: (QUOTE rhs) m: (OutputForm) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor LetAst Time: 0.03 seconds finalizing NRLIB LETAST Processing LetAst for Browser database: -- lhs : % -> SpadAst -- rhs : % -> SpadAst -- constructor ; compiling file "/tmp/oa-iugp5J/code.lsp" (written 01 FEB 2016 11:15:49 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LETAST;lhs;$Sa;1| ...) ; compiling (DEFUN |LETAST;rhs;$Sa;2| ...) ; compiling (DEFUN |LETAST;coerce;$Of;3| ...) ; compiling (DEFUN |LetAst| ...) ; compiling (DEFUN |LetAst;| ...) ; compiling (MAKEPROP (QUOTE |LetAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-iugp5J/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/SUCHTAST.fasl --optimize=3 SUCHTAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SUCHTAST.spad using Spad compiler. SUCHTAST abbreviates domain SuchThatAst debug: compDefine1 lhs: (SuchThatAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE predicate ((SpadAst) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE predicate ((SpadAst) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE predicate ((SpadAst) $))) $param: NIL debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE predicate ((SpadAst) $))))) ------------------------------------------------------------------------ initializing stationary directory for SuchThatAst compiling into /tmp/oa-1E81vT compiling exported predicate : % -> SpadAst Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE SuchThatAst) m: (OutputForm) Debug compQuote expr: (QUOTE SuchThatAst) m: (OutputForm) Debug compQuote expr: (QUOTE predicate) m: (OutputForm) Debug compQuote expr: (QUOTE predicate) m: (OutputForm) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor SuchThatAst Time: 0.03 seconds finalizing NRLIB SUCHTAST Processing SuchThatAst for Browser database: -- predicate : % -> SpadAst -- constructor ; compiling file "/tmp/oa-1E81vT/code.lsp" (written 01 FEB 2016 11:15:49 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SUCHTAST;predicate;$Sa;1| ...) ; compiling (DEFUN |SUCHTAST;coerce;$Of;2| ...) ; compiling (DEFUN |SuchThatAst| ...) ; compiling (DEFUN |SuchThatAst;| ...) ; compiling (MAKEPROP (QUOTE |SuchThatAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-1E81vT/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/COLONAST.fasl --optimize=3 COLONAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/COLONAST.spad using Spad compiler. COLONAST abbreviates domain ColonAst debug: compDefine1 lhs: (ColonAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE lhs ((SpadAst) $)) (SIGNATURE rhs ((TypeAst) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE lhs ((SpadAst) $)) (SIGNATURE rhs ((TypeAst) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE lhs ((SpadAst) $)) (SIGNATURE rhs ((TypeAst) $))) $param: NIL debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: evaluateType form: (TypeAst) $param: NIL Debug: evaluateType1 form: (TypeAst) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE lhs ((SpadAst) $)) (SIGNATURE rhs ((TypeAst) $))))) ------------------------------------------------------------------------ initializing stationary directory for ColonAst compiling into /tmp/oa-UCwQcZ compiling exported lhs : % -> SpadAst Time: 0.01 SEC. compiling exported rhs : % -> TypeAst Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE ColonAst) m: (OutputForm) Debug compQuote expr: (QUOTE ColonAst) m: (OutputForm) Debug compQuote expr: (QUOTE lhs) m: (OutputForm) Debug compQuote expr: (QUOTE lhs) m: (OutputForm) Debug compQuote expr: (QUOTE rhs) m: (OutputForm) Debug compQuote expr: (QUOTE rhs) m: (OutputForm) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] lhs: : SpadAst -- should replace by @ [2] rhs: : TypeAst -- replace by pretend Cumulative Statistics for Constructor ColonAst Time: 0.03 seconds finalizing NRLIB COLONAST Processing ColonAst for Browser database: -- lhs : % -> SpadAst -- rhs : % -> TypeAst -- constructor ; compiling file "/tmp/oa-UCwQcZ/code.lsp" (written 01 FEB 2016 11:15:49 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |COLONAST;lhs;$Sa;1| ...) ; compiling (DEFUN |COLONAST;rhs;$Ta;2| ...) ; compiling (DEFUN |COLONAST;coerce;$Of;3| ...) ; compiling (DEFUN |ColonAst| ...) ; compiling (DEFUN |ColonAst;| ...) ; compiling (MAKEPROP (QUOTE |ColonAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-UCwQcZ/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/ADDAST.fasl --optimize=3 ADDAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ADDAST.spad using Spad compiler. ADDAST abbreviates domain AddAst debug: compDefine1 lhs: (AddAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE base ((SpadAst) $)) (SIGNATURE body ((SpadAst) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE base ((SpadAst) $)) (SIGNATURE body ((SpadAst) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE base ((SpadAst) $)) (SIGNATURE body ((SpadAst) $))) $param: NIL debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE base ((SpadAst) $)) (SIGNATURE body ((SpadAst) $))))) ------------------------------------------------------------------------ initializing stationary directory for AddAst compiling into /tmp/oa-mQ0nha compiling exported base : % -> SpadAst Time: 0.01 SEC. compiling exported body : % -> SpadAst Time: 0 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE AddAst) m: (OutputForm) Debug compQuote expr: (QUOTE AddAst) m: (OutputForm) Debug compQuote expr: (QUOTE base) m: (OutputForm) Debug compQuote expr: (QUOTE base) m: (OutputForm) Debug compQuote expr: (QUOTE body) m: (OutputForm) Debug compQuote expr: (QUOTE body) m: (OutputForm) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor AddAst Time: 0.03 seconds finalizing NRLIB ADDAST Processing AddAst for Browser database: -- base : % -> SpadAst -- body : % -> SpadAst --->../../x86_64-unknown-linux-gnu/src/algebra/syntax.spad-->AddAst((body (SpadAst %))): Improper first word in comments: base "base(\\spad{d}) returns the actual body of the add-domain expression `d'." -- constructor ; compiling file "/tmp/oa-mQ0nha/code.lsp" (written 01 FEB 2016 11:15:49 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ADDAST;base;$Sa;1| ...) ; compiling (DEFUN |ADDAST;body;$Sa;2| ...) ; compiling (DEFUN |ADDAST;coerce;$Of;3| ...) ; compiling (DEFUN |AddAst| ...) ; compiling (DEFUN |AddAst;| ...) ; compiling (MAKEPROP (QUOTE |AddAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-mQ0nha/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/CASEAST.fasl --optimize=3 CASEAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CASEAST.spad using Spad compiler. CASEAST abbreviates domain CaseAst debug: compDefine1 lhs: (CaseAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE lhs ((SpadAst) $)) (SIGNATURE rhs ((SpadAst) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE lhs ((SpadAst) $)) (SIGNATURE rhs ((SpadAst) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE lhs ((SpadAst) $)) (SIGNATURE rhs ((SpadAst) $))) $param: NIL debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE lhs ((SpadAst) $)) (SIGNATURE rhs ((SpadAst) $))))) ------------------------------------------------------------------------ initializing stationary directory for CaseAst compiling into /tmp/oa-uuELZh compiling exported lhs : % -> SpadAst Time: 0.01 SEC. compiling exported rhs : % -> SpadAst Time: 0 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE CaseAst) m: (OutputForm) Debug compQuote expr: (QUOTE CaseAst) m: (OutputForm) Debug compQuote expr: (QUOTE lhs) m: (OutputForm) Debug compQuote expr: (QUOTE lhs) m: (OutputForm) Debug compQuote expr: (QUOTE rhs) m: (OutputForm) Debug compQuote expr: (QUOTE rhs) m: (OutputForm) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor CaseAst Time: 0.03 seconds finalizing NRLIB CASEAST Processing CaseAst for Browser database: -- lhs : % -> SpadAst -- rhs : % -> SpadAst -- constructor ; compiling file "/tmp/oa-uuELZh/code.lsp" (written 01 FEB 2016 11:15:49 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |CASEAST;lhs;$Sa;1| ...) ; compiling (DEFUN |CASEAST;rhs;$Sa;2| ...) ; compiling (DEFUN |CASEAST;coerce;$Of;3| ...) ; compiling (DEFUN |CaseAst| ...) ; compiling (DEFUN |CaseAst;| ...) ; compiling (MAKEPROP (QUOTE |CaseAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-uuELZh/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/HASAST.fasl --optimize=3 HASAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/HASAST.spad using Spad compiler. HASAST abbreviates domain HasAst debug: compDefine1 lhs: (HasAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE lhs ((SpadAst) $)) (SIGNATURE rhs ((SpadAst) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE lhs ((SpadAst) $)) (SIGNATURE rhs ((SpadAst) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE lhs ((SpadAst) $)) (SIGNATURE rhs ((SpadAst) $))) $param: NIL debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE lhs ((SpadAst) $)) (SIGNATURE rhs ((SpadAst) $))))) ------------------------------------------------------------------------ initializing stationary directory for HasAst compiling into /tmp/oa-aLL9Un compiling exported lhs : % -> SpadAst Time: 0.02 SEC. compiling exported rhs : % -> SpadAst Time: 0 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE HasAst) m: (OutputForm) Debug compQuote expr: (QUOTE HasAst) m: (OutputForm) Debug compQuote expr: (QUOTE lhs) m: (OutputForm) Debug compQuote expr: (QUOTE lhs) m: (OutputForm) Debug compQuote expr: (QUOTE rhs) m: (OutputForm) Debug compQuote expr: (QUOTE rhs) m: (OutputForm) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor HasAst Time: 0.04 seconds finalizing NRLIB HASAST Processing HasAst for Browser database: -- lhs : % -> SpadAst -- rhs : % -> SpadAst -- constructor ; compiling file "/tmp/oa-aLL9Un/code.lsp" (written 01 FEB 2016 11:15:49 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |HASAST;lhs;$Sa;1| ...) ; compiling (DEFUN |HASAST;rhs;$Sa;2| ...) ; compiling (DEFUN |HASAST;coerce;$Of;3| ...) ; compiling (DEFUN |HasAst| ...) ; compiling (DEFUN |HasAst;| ...) ; compiling (MAKEPROP (QUOTE |HasAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-aLL9Un/code.fasl written ; compilation finished in 0:00:00.021 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/ISAST.fasl --optimize=3 ISAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ISAST.spad using Spad compiler. ISAST abbreviates domain IsAst debug: compDefine1 lhs: (IsAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE lhs ((SpadAst) $)) (SIGNATURE rhs ((SpadAst) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE lhs ((SpadAst) $)) (SIGNATURE rhs ((SpadAst) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE lhs ((SpadAst) $)) (SIGNATURE rhs ((SpadAst) $))) $param: NIL debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE lhs ((SpadAst) $)) (SIGNATURE rhs ((SpadAst) $))))) ------------------------------------------------------------------------ initializing stationary directory for IsAst compiling into /tmp/oa-0Z4wiz compiling exported lhs : % -> SpadAst Time: 0.02 SEC. compiling exported rhs : % -> SpadAst Time: 0 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE IsAst) m: (OutputForm) Debug compQuote expr: (QUOTE IsAst) m: (OutputForm) Debug compQuote expr: (QUOTE lhs) m: (OutputForm) Debug compQuote expr: (QUOTE lhs) m: (OutputForm) Debug compQuote expr: (QUOTE rhs) m: (OutputForm) Debug compQuote expr: (QUOTE rhs) m: (OutputForm) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor IsAst Time: 0.03 seconds finalizing NRLIB ISAST Processing IsAst for Browser database: -- lhs : % -> SpadAst -- rhs : % -> SpadAst -- constructor ; compiling file "/tmp/oa-0Z4wiz/code.lsp" (written 01 FEB 2016 11:15:49 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ISAST;lhs;$Sa;1| ...) ; compiling (DEFUN |ISAST;rhs;$Sa;2| ...) ; compiling (DEFUN |ISAST;coerce;$Of;3| ...) ; compiling (DEFUN |IsAst| ...) ; compiling (DEFUN |IsAst;| ...) ; compiling (MAKEPROP (QUOTE |IsAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-0Z4wiz/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/COMMAAST.fasl --optimize=3 COMMAAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/COMMAAST.spad using Spad compiler. COMMAAST abbreviates domain CommaAst debug: compDefine1 lhs: (CommaAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE body ((List (SpadAst)) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE body ((List (SpadAst)) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE body ((List (SpadAst)) $))) $param: NIL debug: evaluateType form: (List (SpadAst)) $param: NIL Debug: evaluateType1 form: (List (SpadAst)) debug: evaluateType1 x: (SpadAst) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: evalCategory d: (SpadAst) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE body ((List (SpadAst)) $))))) ------------------------------------------------------------------------ initializing stationary directory for CommaAst compiling into /tmp/oa-kW0vnI compiling exported body : % -> List SpadAst COMMAAST;body;$L;1 is replaced by %tail Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE CommaAst) m: (OutputForm) Debug compQuote expr: (QUOTE CommaAst) m: (OutputForm) Debug compQuote expr: (QUOTE body) m: (OutputForm) Debug compQuote expr: (QUOTE body) m: (OutputForm) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor CommaAst Time: 0.03 seconds finalizing NRLIB COMMAAST Processing CommaAst for Browser database: -- body : % -> List SpadAst -- constructor ; compiling file "/tmp/oa-kW0vnI/code.lsp" (written 01 FEB 2016 11:15:49 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMMAAST;body;$L;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |COMMAAST;body;$L;1| ...) ; compiling (DEFUN |COMMAAST;coerce;$Of;2| ...) ; compiling (DEFUN |CommaAst| ...) ; compiling (DEFUN |CommaAst;| ...) ; compiling (MAKEPROP (QUOTE |CommaAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-kW0vnI/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/QQUTAST.fasl --optimize=3 QQUTAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/QQUTAST.spad using Spad compiler. QQUTAST abbreviates domain QuasiquoteAst debug: compDefine1 lhs: (QuasiquoteAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE expression ((SpadAst) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE expression ((SpadAst) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE expression ((SpadAst) $))) $param: NIL debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE expression ((SpadAst) $))))) ------------------------------------------------------------------------ initializing stationary directory for QuasiquoteAst compiling into /tmp/oa-zUYGmE compiling exported expression : % -> SpadAst Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE QuasiquoteAst) m: (OutputForm) Debug compQuote expr: (QUOTE QuasiquoteAst) m: (OutputForm) Debug compQuote expr: (QUOTE expression) m: (OutputForm) Debug compQuote expr: (QUOTE expression) m: (OutputForm) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor QuasiquoteAst Time: 0.03 seconds finalizing NRLIB QQUTAST Processing QuasiquoteAst for Browser database: -- expression : % -> SpadAst -- constructor ; compiling file "/tmp/oa-zUYGmE/code.lsp" (written 01 FEB 2016 11:15:50 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |QQUTAST;expression;$Sa;1| ...) ; compiling (DEFUN |QQUTAST;coerce;$Of;2| ...) ; compiling (DEFUN |QuasiquoteAst| ...) ; compiling (DEFUN |QuasiquoteAst;| ...) ; compiling (MAKEPROP (QUOTE |QuasiquoteAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-zUYGmE/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/SPADAST.fasl --optimize=3 SPADAST.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SPADAST.spad using Spad compiler. SPADAST abbreviates domain SpadAst debug: compDefine1 lhs: (SpadAst) signature (pre-evaluate): ((SpadAstExports)) debug: evaluateType form: (SpadAstExports) $param: NIL Debug: evaluateType1 form: (SpadAstExports) debug: compDefine1 signature (post evaluate): ((SpadAstExports)) ------------------------------------------------------------------------ initializing stationary directory for SpadAst compiling into /tmp/oa-pvzOvO compiling local isAst : (%,Identifier) -> Boolean Time: 0.04 SEC. compiling exported case : (%,[||] ImportAst) -> Boolean Debug compQuote expr: (QUOTE import) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> ImportAst SPADAST;autoCoerce;$Ia;3 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] DefinitionAst) -> Boolean Debug compQuote expr: (QUOTE DEF) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> DefinitionAst SPADAST;autoCoerce;$Da;5 x is replaced by x Time: 0.00 SEC. compiling exported case : (%,[||] MacroAst) -> Boolean Debug compQuote expr: (QUOTE MDEF) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> MacroAst SPADAST;autoCoerce;$Ma;7 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] WhereAst) -> Boolean Debug compQuote expr: (QUOTE where) m: (Identifier) Time: 0.00 SEC. compiling exported autoCoerce : % -> WhereAst SPADAST;autoCoerce;$Wa;9 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] CategoryAst) -> Boolean Debug compQuote expr: (QUOTE CATEGORY) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> CategoryAst SPADAST;autoCoerce;$Ca;11 x is replaced by x Time: 0.00 SEC. compiling exported case : (%,[||] JoinAst) -> Boolean Debug compQuote expr: (QUOTE Join) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> JoinAst SPADAST;autoCoerce;$Ja;13 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] CapsuleAst) -> Boolean Debug compQuote expr: (QUOTE CAPSULE) m: (Identifier) Time: 0.00 SEC. compiling exported autoCoerce : % -> CapsuleAst SPADAST;autoCoerce;$Ca;15 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] SignatureAst) -> Boolean Debug compQuote expr: (QUOTE SIGNATURE) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> SignatureAst SPADAST;autoCoerce;$Sa;17 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] AttributeAst) -> Boolean Debug compQuote expr: (QUOTE ATTRIBUTE) m: (Identifier) Time: 0.00 SEC. compiling exported autoCoerce : % -> AttributeAst SPADAST;autoCoerce;$Aa;19 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] MappingAst) -> Boolean Debug compQuote expr: (QUOTE Mapping) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> MappingAst SPADAST;autoCoerce;$Ma;21 x is replaced by x Time: 0.00 SEC. compiling exported case : (%,[||] IfAst) -> Boolean Debug compQuote expr: (QUOTE IF) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> IfAst SPADAST;autoCoerce;$Ia;23 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] RepeatAst) -> Boolean Debug compQuote expr: (QUOTE REPEAT) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> RepeatAst SPADAST;autoCoerce;$Ra;25 x is replaced by x Time: 0.00 SEC. compiling exported case : (%,[||] WhileAst) -> Boolean Debug compQuote expr: (QUOTE WHILE) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> WhileAst SPADAST;autoCoerce;$Wa;27 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] InAst) -> Boolean Debug compQuote expr: (QUOTE IN) m: (Identifier) Time: 0.00 SEC. compiling exported autoCoerce : % -> InAst SPADAST;autoCoerce;$Ia;29 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] StepAst) -> Boolean Debug compQuote expr: (QUOTE STEP) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> StepAst SPADAST;autoCoerce;$Sa;31 x is replaced by x Time: 0.00 SEC. compiling exported case : (%,[||] CollectAst) -> Boolean Debug compQuote expr: (QUOTE COLLECT) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> CollectAst SPADAST;autoCoerce;$Ca;33 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] ConstructAst) -> Boolean Debug compQuote expr: (QUOTE construct) m: (Identifier) Time: 0.00 SEC. compiling exported autoCoerce : % -> ConstructAst SPADAST;autoCoerce;$Ca;35 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] ExitAst) -> Boolean Debug compQuote expr: (QUOTE exit) m: (Identifier) Time: 0.00 SEC. compiling exported autoCoerce : % -> ExitAst SPADAST;autoCoerce;$Ea;37 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] ReturnAst) -> Boolean Debug compQuote expr: (QUOTE return) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> ReturnAst SPADAST;autoCoerce;$Ra;39 x is replaced by x Time: 0.00 SEC. compiling exported case : (%,[||] CoerceAst) -> Boolean Debug compQuote expr: (QUOTE ::) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> CoerceAst SPADAST;autoCoerce;$Ca;41 x is replaced by x Time: 0.00 SEC. compiling exported case : (%,[||] PretendAst) -> Boolean Debug compQuote expr: (QUOTE pretend) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> PretendAst SPADAST;autoCoerce;$Pa;43 x is replaced by x Time: 0.00 SEC. compiling exported case : (%,[||] RestrictAst) -> Boolean Debug compQuote expr: (QUOTE @) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> RestrictAst SPADAST;autoCoerce;$Ra;45 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] SegmentAst) -> Boolean Debug compQuote expr: (QUOTE SEGMENT) m: (Identifier) Time: 0.00 SEC. compiling exported autoCoerce : % -> SegmentAst SPADAST;autoCoerce;$Sa;47 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] SequenceAst) -> Boolean Debug compQuote expr: (QUOTE SEQ) m: (Identifier) Time: 0.00 SEC. compiling exported autoCoerce : % -> SequenceAst SPADAST;autoCoerce;$Sa;49 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] LetAst) -> Boolean Debug compQuote expr: (QUOTE %LET) m: (Identifier) Debug compQuote expr: (QUOTE :=) m: (Identifier) Time: 0.00 SEC. compiling exported autoCoerce : % -> LetAst SPADAST;autoCoerce;$La;51 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] SuchThatAst) -> Boolean Debug compQuote expr: (QUOTE |) m: (Identifier) Time: 0.00 SEC. compiling exported autoCoerce : % -> SuchThatAst SPADAST;autoCoerce;$Sta;53 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] ColonAst) -> Boolean Debug compQuote expr: (QUOTE :) m: (Identifier) Time: 0.00 SEC. compiling exported autoCoerce : % -> ColonAst SPADAST;autoCoerce;$Ca;55 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] CaseAst) -> Boolean Debug compQuote expr: (QUOTE case) m: (Identifier) Time: 0.00 SEC. compiling exported autoCoerce : % -> CaseAst SPADAST;autoCoerce;$Ca;57 x is replaced by x Time: 0.00 SEC. compiling exported case : (%,[||] HasAst) -> Boolean Debug compQuote expr: (QUOTE has) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> HasAst SPADAST;autoCoerce;$Ha;59 x is replaced by x Time: 0.00 SEC. compiling exported case : (%,[||] IsAst) -> Boolean Debug compQuote expr: (QUOTE is) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> IsAst SPADAST;autoCoerce;$Ia;61 x is replaced by x Time: 0.00 SEC. compiling exported case : (%,[||] Identifier) -> Boolean Time: 0.00 SEC. compiling exported autoCoerce : % -> Identifier SPADAST;autoCoerce;$I;63 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] String) -> Boolean Time: 0.00 SEC. compiling exported autoCoerce : % -> String SPADAST;autoCoerce;$S;65 x is replaced by x Time: 0.01 SEC. compiling exported case : (%,[||] Integer) -> Boolean Time: 0.00 SEC. compiling exported autoCoerce : % -> Integer SPADAST;autoCoerce;$I;67 x is replaced by x Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE IF) m: $EmptyMode Debug compQuote expr: (QUOTE IF) m: (Identifier) Debug compQuote expr: (QUOTE REPEAT) m: $EmptyMode Debug compQuote expr: (QUOTE REPEAT) m: (Identifier) Debug compQuote expr: (QUOTE WHILE) m: $EmptyMode Debug compQuote expr: (QUOTE WHILE) m: (Identifier) Debug compQuote expr: (QUOTE IN) m: $EmptyMode Debug compQuote expr: (QUOTE IN) m: (Identifier) Debug compQuote expr: (QUOTE STEP) m: $EmptyMode Debug compQuote expr: (QUOTE STEP) m: (Identifier) Debug compQuote expr: (QUOTE COLLECT) m: $EmptyMode Debug compQuote expr: (QUOTE COLLECT) m: (Identifier) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Identifier) Debug compQuote expr: (QUOTE exit) m: $EmptyMode Debug compQuote expr: (QUOTE exit) m: (Identifier) Debug compQuote expr: (QUOTE return) m: $EmptyMode Debug compQuote expr: (QUOTE return) m: (Identifier) Debug compQuote expr: (QUOTE SEQ) m: $EmptyMode Debug compQuote expr: (QUOTE SEQ) m: (Identifier) Debug compQuote expr: (QUOTE %LET) m: $EmptyMode Debug compQuote expr: (QUOTE %LET) m: (Identifier) Debug compQuote expr: (QUOTE :=) m: $EmptyMode Debug compQuote expr: (QUOTE :=) m: (Identifier) Debug compQuote expr: (QUOTE pretend) m: $EmptyMode Debug compQuote expr: (QUOTE pretend) m: (Identifier) Debug compQuote expr: (QUOTE ::) m: $EmptyMode Debug compQuote expr: (QUOTE ::) m: (Identifier) Debug compQuote expr: (QUOTE @) m: $EmptyMode Debug compQuote expr: (QUOTE @) m: (Identifier) Debug compQuote expr: (QUOTE SEGMENT) m: $EmptyMode Debug compQuote expr: (QUOTE SEGMENT) m: (Identifier) Debug compQuote expr: (QUOTE |) m: $EmptyMode Debug compQuote expr: (QUOTE |) m: (Identifier) Debug compQuote expr: (QUOTE :) m: $EmptyMode Debug compQuote expr: (QUOTE :) m: (Identifier) Debug compQuote expr: (QUOTE add) m: $EmptyMode Debug compQuote expr: (QUOTE add) m: (Identifier) Debug compQuote expr: (QUOTE case) m: $EmptyMode Debug compQuote expr: (QUOTE case) m: (Identifier) Debug compQuote expr: (QUOTE has) m: $EmptyMode Debug compQuote expr: (QUOTE has) m: (Identifier) Debug compQuote expr: (QUOTE is) m: $EmptyMode Debug compQuote expr: (QUOTE is) m: (Identifier) Debug compQuote expr: (QUOTE where) m: $EmptyMode Debug compQuote expr: (QUOTE where) m: (Identifier) Debug compQuote expr: (QUOTE %Comma) m: $EmptyMode Debug compQuote expr: (QUOTE %Comma) m: (Identifier) Debug compQuote expr: (QUOTE Mapping) m: $EmptyMode Debug compQuote expr: (QUOTE Mapping) m: (Identifier) Debug compQuote expr: (QUOTE DEF) m: $EmptyMode Debug compQuote expr: (QUOTE DEF) m: (Identifier) Debug compQuote expr: (QUOTE MDEF) m: $EmptyMode Debug compQuote expr: (QUOTE MDEF) m: (Identifier) Debug compQuote expr: (QUOTE SIGNATURE) m: $EmptyMode Debug compQuote expr: (QUOTE SIGNATURE) m: (Identifier) Debug compQuote expr: (QUOTE ATTRIBUTE) m: $EmptyMode Debug compQuote expr: (QUOTE ATTRIBUTE) m: (Identifier) Debug compQuote expr: (QUOTE CATEGORY) m: $EmptyMode Debug compQuote expr: (QUOTE CATEGORY) m: (Identifier) Debug compQuote expr: (QUOTE Join) m: $EmptyMode Debug compQuote expr: (QUOTE Join) m: (Identifier) Debug compQuote expr: (QUOTE CAPSULE) m: $EmptyMode Debug compQuote expr: (QUOTE CAPSULE) m: (Identifier) Debug compQuote expr: (QUOTE import) m: $EmptyMode Debug compQuote expr: (QUOTE import) m: (Identifier) Time: 0.21 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] isAst: getOperator has no value [2] autoCoerce: : ImportAst -- replace by pretend [3] autoCoerce: : DefinitionAst -- replace by pretend [4] autoCoerce: : MacroAst -- replace by pretend [5] autoCoerce: : WhereAst -- replace by pretend [6] autoCoerce: : CategoryAst -- replace by pretend [7] autoCoerce: : JoinAst -- replace by pretend [8] autoCoerce: : CapsuleAst -- replace by pretend [9] autoCoerce: : SignatureAst -- replace by pretend [10] autoCoerce: : AttributeAst -- replace by pretend [11] autoCoerce: : MappingAst -- replace by pretend [12] autoCoerce: : IfAst -- replace by pretend [13] autoCoerce: : RepeatAst -- replace by pretend [14] autoCoerce: : WhileAst -- replace by pretend [15] autoCoerce: : InAst -- replace by pretend [16] autoCoerce: : StepAst -- replace by pretend [17] autoCoerce: : CollectAst -- replace by pretend [18] autoCoerce: : ConstructAst -- replace by pretend [19] autoCoerce: : ExitAst -- replace by pretend [20] autoCoerce: : ReturnAst -- replace by pretend [21] autoCoerce: : CoerceAst -- replace by pretend [22] autoCoerce: : PretendAst -- replace by pretend [23] autoCoerce: : RestrictAst -- replace by pretend [24] autoCoerce: : SegmentAst -- replace by pretend [25] autoCoerce: : SequenceAst -- replace by pretend [26] autoCoerce: : LetAst -- replace by pretend [27] autoCoerce: : SuchThatAst -- replace by pretend [28] autoCoerce: : ColonAst -- replace by pretend [29] autoCoerce: : CaseAst -- replace by pretend [30] autoCoerce: : HasAst -- replace by pretend [31] autoCoerce: : IsAst -- replace by pretend [32] autoCoerce: : Identifier -- replace by pretend [33] autoCoerce: : String -- replace by pretend [34] autoCoerce: : Integer -- replace by pretend [35] coerce: : Syntax -- replace by pretend [36] coerce: : IfAst -- replace by pretend [37] coerce: : RepeatAst -- replace by pretend [38] coerce: : WhileAst -- replace by pretend [39] coerce: : InAst -- replace by pretend [40] coerce: : StepAst -- replace by pretend [41] coerce: : CollectAst -- replace by pretend [42] coerce: : ConstructAst -- replace by pretend [43] coerce: : ExitAst -- replace by pretend [44] coerce: : ReturnAst -- replace by pretend [45] coerce: : SequenceAst -- replace by pretend [46] coerce: : LetAst -- replace by pretend [47] coerce: : PretendAst -- replace by pretend [48] coerce: : CoerceAst -- replace by pretend [49] coerce: : RestrictAst -- replace by pretend [50] coerce: : SegmentAst -- replace by pretend [51] coerce: : SuchThatAst -- replace by pretend [52] coerce: : ColonAst -- replace by pretend [53] coerce: : AddAst -- replace by pretend [54] coerce: : CaseAst -- replace by pretend [55] coerce: : WhereAst -- replace by pretend [56] coerce: : CommaAst -- replace by pretend [57] coerce: : MappingAst -- replace by pretend [58] coerce: : DefinitionAst -- replace by pretend [59] coerce: : MacroAst -- replace by pretend [60] coerce: : SignatureAst -- replace by pretend [61] coerce: : AttributeAst -- replace by pretend [62] coerce: : CategoryAst -- replace by pretend [63] coerce: : JoinAst -- replace by pretend [64] coerce: : CapsuleAst -- replace by pretend [65] coerce: : ImportAst -- replace by pretend Cumulative Statistics for Constructor SpadAst Time: 0.37 seconds finalizing NRLIB SPADAST Processing SpadAst for Browser database: -- constructor ; compiling file "/tmp/oa-pvzOvO/code.lsp" (written 01 FEB 2016 11:15:50 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ia;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Da;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ma;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Wa;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ca;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ja;13|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ca;15|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Sa;17|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Aa;19|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ma;21|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ia;23|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ra;25|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Wa;27|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ia;29|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Sa;31|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ca;33|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ca;35|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ea;37|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ra;39|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ca;41|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Pa;43|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ra;45|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Sa;47|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Sa;49|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$La;51|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Sta;53|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ca;55|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ca;57|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ha;59|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ia;61|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$I;63|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$S;65|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$I;67|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SPADAST;isAst| ...) ; compiling (DEFUN |SPADAST;case;$_B;2| ...) ; file: /tmp/oa-pvzOvO/code.lsp ; in: DEFUN |SPADAST;case;$_B;2| ; (DEFUN BOOT::|SPADAST;case;$_B;2| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|import| BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;2| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;2| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|import| BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ia;3| ...) ; compiling (DEFUN |SPADAST;case;$_B;4| ...) ; file: /tmp/oa-pvzOvO/code.lsp ; in: DEFUN |SPADAST;case;$_B;4| ; (DEFUN BOOT::|SPADAST;case;$_B;4| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::DEF BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;4| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;4| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::DEF BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Da;5| ...) ; compiling (DEFUN |SPADAST;case;$_B;6| ...) ; file: /tmp/oa-pvzOvO/code.lsp ; in: DEFUN |SPADAST;case;$_B;6| ; (DEFUN BOOT::|SPADAST;case;$_B;6| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::MDEF BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;6| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;6| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::MDEF BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ma;7| ...) ; compiling (DEFUN |SPADAST;case;$_B;8| ...) ; file: /tmp/oa-pvzOvO/code.lsp ; in: DEFUN |SPADAST;case;$_B;8| ; (DEFUN BOOT::|SPADAST;case;$_B;8| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|where| BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;8| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;8| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|where| BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Wa;9| ...) ; compiling (DEFUN |SPADAST;case;$_B;10| ...) ; file: /tmp/oa-pvzOvO/code.lsp ; in: DEFUN |SPADAST;case;$_B;10| ; (DEFUN BOOT::|SPADAST;case;$_B;10| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::CATEGORY BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;10| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;10| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::CATEGORY BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ca;11| ...) ; compiling (DEFUN |SPADAST;case;$_B;12| ...) ; file: /tmp/oa-pvzOvO/code.lsp ; in: DEFUN |SPADAST;case;$_B;12| ; (DEFUN BOOT::|SPADAST;case;$_B;12| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|Join| BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;12| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;12| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|Join| BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ja;13| ...) ; compiling (DEFUN |SPADAST;case;$_B;14| ...) ; file: /tmp/oa-pvzOvO/code.lsp ; in: DEFUN |SPADAST;case;$_B;14| ; (DEFUN BOOT::|SPADAST;case;$_B;14| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::CAPSULE BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;14| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;14| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::CAPSULE BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ca;15| ...) ; compiling (DEFUN |SPADAST;case;$_B;16| ...) ; file: /tmp/oa-pvzOvO/code.lsp ; in: DEFUN |SPADAST;case;$_B;16| ; (DEFUN BOOT::|SPADAST;case;$_B;16| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::SIGNATURE BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;16| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;16| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::SIGNATURE BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Sa;17| ...) ; compiling (DEFUN |SPADAST;case;$_B;18| ...) ; file: /tmp/oa-pvzOvO/code.lsp ; in: DEFUN |SPADAST;case;$_B;18| ; (DEFUN BOOT::|SPADAST;case;$_B;18| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::ATTRIBUTE BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;18| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;18| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::ATTRIBUTE BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Aa;19| ...) ; compiling (DEFUN |SPADAST;case;$_B;20| ...) ; file: /tmp/oa-pvzOvO/code.lsp ; in: DEFUN |SPADAST;case;$_B;20| ; (DEFUN BOOT::|SPADAST;case;$_B;20| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|Mapping| BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;20| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;20| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|Mapping| BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ma;21| ...) ; compiling (DEFUN |SPADAST;case;$_B;22| ...) ; file: /tmp/oa-pvzOvO/code.lsp ; in: DEFUN |SPADAST;case;$_B;22| ; (DEFUN BOOT::|SPADAST;case;$_B;22| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'IF BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;22| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;22| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'IF BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ia;23| ...) ; compiling (DEFUN |SPADAST;case;$_B;24| ...) ; file: /tmp/oa-pvzOvO/code.lsp ; in: DEFUN |SPADAST;case;$_B;24| ; (DEFUN BOOT::|SPADAST;case;$_B;24| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::REPEAT BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;24| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;24| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::REPEAT BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ra;25| ...) ; compiling (DEFUN |SPADAST;case;$_B;26| ...) ; file: /tmp/oa-pvzOvO/code.lsp ; in: DEFUN |SPADAST;case;$_B;26| ; (DEFUN BOOT::|SPADAST;case;$_B;26| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::WHILE BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;26| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;26| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::WHILE BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Wa;27| ...) ; compiling (DEFUN |SPADAST;case;$_B;28| ...) ; file: /tmp/oa-pvzOvO/code.lsp ; in: DEFUN |SPADAST;case;$_B;28| ; (DEFUN BOOT::|SPADAST;case;$_B;28| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::IN BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;28| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;28| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::IN BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ia;29| ...) ; compiling (DEFUN |SPADAST;case;$_B;30| ...) ; file: /tmp/oa-pvzOvO/code.lsp ; in: DEFUN |SPADAST;case;$_B;30| ; (DEFUN BOOT::|SPADAST;case;$_B;30| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'STEP BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;30| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;30| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'STEP BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Sa;31| ...) ; compiling (DEFUN |SPADAST;case;$_B;32| ...) ; file: /tmp/oa-pvzOvO/code.lsp ; in: DEFUN |SPADAST;case;$_B;32| ; (DEFUN BOOT::|SPADAST;case;$_B;32| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::COLLECT BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;32| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;32| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::COLLECT BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ca;33| ...) ; compiling (DEFUN |SPADAST;case;$_B;34| ...) ; file: /tmp/oa-pvzOvO/code.lsp ; in: DEFUN |SPADAST;case;$_B;34| ; (DEFUN BOOT::|SPADAST;case;$_B;34| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|construct| BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;34| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;34| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|construct| BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ca;35| ...) ; compiling (DEFUN |SPADAST;case;$_B;36| ...) ; file: /tmp/oa-pvzOvO/code.lsp ; in: DEFUN |SPADAST;case;$_B;36| ; (DEFUN BOOT::|SPADAST;case;$_B;36| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|exit| BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;36| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;36| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|exit| BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ea;37| ...) ; compiling (DEFUN |SPADAST;case;$_B;38| ...) ; file: /tmp/oa-pvzOvO/code.lsp ; in: DEFUN |SPADAST;case;$_B;38| ; (DEFUN BOOT::|SPADAST;case;$_B;38| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|return| BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;38| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;38| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|return| BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ra;39| ...) ; compiling (DEFUN |SPADAST;case;$_B;40| ...) ; file: /tmp/oa-pvzOvO/code.lsp ; in: DEFUN |SPADAST;case;$_B;40| ; (DEFUN BOOT::|SPADAST;case;$_B;40| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|::| BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;40| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;40| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|::| BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ca;41| ...) ; compiling (DEFUN |SPADAST;case;$_B;42| ...) ; file: /tmp/oa-pvzOvO/code.lsp ; in: DEFUN |SPADAST;case;$_B;42| ; (DEFUN BOOT::|SPADAST;case;$_B;42| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|pretend| BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;42| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;42| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|pretend| BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Pa;43| ...) ; compiling (DEFUN |SPADAST;case;$_B;44| ...) ; file: /tmp/oa-pvzOvO/code.lsp ; in: DEFUN |SPADAST;case;$_B;44| ; (DEFUN BOOT::|SPADAST;case;$_B;44| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::@ BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;44| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;44| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::@ BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ra;45| ...) ; compiling (DEFUN |SPADAST;case;$_B;46| ...) ; file: /tmp/oa-pvzOvO/code.lsp ; in: DEFUN |SPADAST;case;$_B;46| ; (DEFUN BOOT::|SPADAST;case;$_B;46| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::SEGMENT BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;46| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;46| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::SEGMENT BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Sa;47| ...) ; compiling (DEFUN |SPADAST;case;$_B;48| ...) ; file: /tmp/oa-pvzOvO/code.lsp ; in: DEFUN |SPADAST;case;$_B;48| ; (DEFUN BOOT::|SPADAST;case;$_B;48| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::SEQ BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;48| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;48| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::SEQ BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Sa;49| ...) ; compiling (DEFUN |SPADAST;case;$_B;50| ...) ; file: /tmp/oa-pvzOvO/code.lsp ; in: DEFUN |SPADAST;case;$_B;50| ; (DEFUN BOOT::|SPADAST;case;$_B;50| (BOOT::|x| BOOT::T1 BOOT::$) ; (OR (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::%LET BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|:=| BOOT::$))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;50| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;50| ; (OR (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::%LET BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|:=| BOOT::$)))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$La;51| ...) ; compiling (DEFUN |SPADAST;case;$_B;52| ...) ; file: /tmp/oa-pvzOvO/code.lsp ; in: DEFUN |SPADAST;case;$_B;52| ; (DEFUN BOOT::|SPADAST;case;$_B;52| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|\|| BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;52| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;52| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|\|| BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Sta;53| ...) ; compiling (DEFUN |SPADAST;case;$_B;54| ...) ; file: /tmp/oa-pvzOvO/code.lsp ; in: DEFUN |SPADAST;case;$_B;54| ; (DEFUN BOOT::|SPADAST;case;$_B;54| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|:| BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;54| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;54| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|:| BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ca;55| ...) ; compiling (DEFUN |SPADAST;case;$_B;56| ...) ; file: /tmp/oa-pvzOvO/code.lsp ; in: DEFUN |SPADAST;case;$_B;56| ; (DEFUN BOOT::|SPADAST;case;$_B;56| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|case| BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;56| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;56| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|case| BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ca;57| ...) ; compiling (DEFUN |SPADAST;case;$_B;58| ...) ; file: /tmp/oa-pvzOvO/code.lsp ; in: DEFUN |SPADAST;case;$_B;58| ; (DEFUN BOOT::|SPADAST;case;$_B;58| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|has| BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;58| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;58| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|has| BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ha;59| ...) ; compiling (DEFUN |SPADAST;case;$_B;60| ...) ; file: /tmp/oa-pvzOvO/code.lsp ; in: DEFUN |SPADAST;case;$_B;60| ; (DEFUN BOOT::|SPADAST;case;$_B;60| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|is| BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;60| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;60| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|is| BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ia;61| ...) ; compiling (DEFUN |SPADAST;case;$_B;62| ...) ; file: /tmp/oa-pvzOvO/code.lsp ; in: DEFUN |SPADAST;case;$_B;62| ; (DEFUN BOOT::|SPADAST;case;$_B;62| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 7)) ; '(BOOT::|Identifier|) (BOOT::|shellEntry| BOOT::$ 139))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;62| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;62| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 7)) ; '(BOOT::|Identifier|) (BOOT::|shellEntry| BOOT::$ 139)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$I;63| ...) ; compiling (DEFUN |SPADAST;case;$_B;64| ...) ; file: /tmp/oa-pvzOvO/code.lsp ; in: DEFUN |SPADAST;case;$_B;64| ; (DEFUN BOOT::|SPADAST;case;$_B;64| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 7)) ; '(BOOT::|String|) (BOOT::|shellEntry| BOOT::$ 143))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;64| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;64| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 7)) ; '(BOOT::|String|) (BOOT::|shellEntry| BOOT::$ 143)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$S;65| ...) ; compiling (DEFUN |SPADAST;case;$_B;66| ...) ; file: /tmp/oa-pvzOvO/code.lsp ; in: DEFUN |SPADAST;case;$_B;66| ; (DEFUN BOOT::|SPADAST;case;$_B;66| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 7)) ; '(BOOT::|Integer|) (BOOT::|shellEntry| BOOT::$ 147))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;66| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;66| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 7)) ; '(BOOT::|Integer|) (BOOT::|shellEntry| BOOT::$ 147)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$I;67| ...) ; compiling (DEFUN |SPADAST;coerce;$Of;68| ...) ; compiling (DEFUN |SpadAst| ...) ; compiling (DEFUN |SpadAst;| ...) ; compiling (MAKEPROP (QUOTE |SpadAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 33 STYLE-WARNING conditions ; printed 3 notes ; /tmp/oa-pvzOvO/code.fasl written ; compilation finished in 0:00:00.114 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile TYPEAST.spad && cp TYPEAST.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/TYPEAST.fasl \ && if test -f TYPEAST-.NRLIB/code.fasl; then \ cp TYPEAST-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/TYPEAST-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TYPEAST.spad using Spad compiler. TYPEAST abbreviates domain TypeAst debug: compDefine1 lhs: (TypeAst) signature (pre-evaluate): ((SpadSyntaxCategory)) debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: compDefine1 signature (post evaluate): ((SpadSyntaxCategory)) ------------------------------------------------------------------------ initializing stationary directory for TypeAst compiling into /tmp/oa-gxD7pw importing SpadAst compiling exported coerce : % -> OutputForm Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] coerce: : SpadAst -- replace by pretend Cumulative Statistics for Constructor TypeAst Time: 0.03 seconds finalizing NRLIB TYPEAST Processing TypeAst for Browser database: -- constructor ; compiling file "/tmp/oa-gxD7pw/code.lsp" (written 01 FEB 2016 11:15:50 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |TYPEAST;coerce;$Of;1| ...) ; compiling (DEFUN |TypeAst| ...) ; compiling (DEFUN |TypeAst;| ...) ; compiling (MAKEPROP (QUOTE |TypeAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-gxD7pw/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile IMPTAST.spad && cp IMPTAST.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IMPTAST.fasl \ && if test -f IMPTAST-.NRLIB/code.fasl; then \ cp IMPTAST-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IMPTAST-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IMPTAST.spad using Spad compiler. IMPTAST abbreviates domain ImportAst TYPEAST abbreviates domain TypeAst debug: compDefine1 lhs: (ImportAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE coerce ($ (List (TypeAst)))) (SIGNATURE imports ((List (TypeAst)) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE coerce ($ (List (TypeAst)))) (SIGNATURE imports ((List (TypeAst)) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE coerce ($ (List (TypeAst)))) (SIGNATURE imports ((List (TypeAst)) $))) $param: NIL debug: evaluateType form: (List (TypeAst)) $param: NIL Debug: evaluateType1 form: (List (TypeAst)) debug: evaluateType1 x: (TypeAst) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (TypeAst) $param: NIL Debug: evaluateType1 form: (TypeAst) debug: evalCategory d: (TypeAst) c: (Type) debug: evaluateType form: (List (TypeAst)) $param: NIL Debug: evaluateType1 form: (List (TypeAst)) debug: evaluateType1 x: (TypeAst) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (TypeAst) $param: NIL Debug: evaluateType1 form: (TypeAst) debug: evalCategory d: (TypeAst) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE coerce ($ (List (TypeAst)))) (SIGNATURE imports ((List (TypeAst)) $))))) ------------------------------------------------------------------------ initializing stationary directory for ImportAst compiling into /tmp/oa-H3PssC compiling exported coerce : List TypeAst -> % Debug compQuote expr: (QUOTE import) m: $EmptyMode Debug compQuote expr: (QUOTE import) m: (Identifier) IMPTAST;coerce;L$;1 ts is replaced by %pair(import,ts) Time: 0.01 SEC. compiling exported imports : % -> List TypeAst IMPTAST;imports;$L;2 is replaced by %tail Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE ImportAst) m: (OutputForm) Debug compQuote expr: (QUOTE ImportAst) m: (OutputForm) Debug compQuote expr: (QUOTE imports) m: (OutputForm) Debug compQuote expr: (QUOTE imports) m: (OutputForm) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor ImportAst Time: 0.04 seconds finalizing NRLIB IMPTAST Processing ImportAst for Browser database: -- coerce : List TypeAst -> % --->../../x86_64-unknown-linux-gnu/src/algebra/syntax.spad-->ImportAst((coerce (% (List TypeAst)))): Improper initial operator in comments: :: "ts::ImportAst constructs an ImportAst for the list if types `ts'." -- imports : % -> List TypeAst -- constructor ; compiling file "/tmp/oa-H3PssC/code.lsp" (written 01 FEB 2016 11:15:50 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IMPTAST;coerce;L$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IMPTAST;imports;$L;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |IMPTAST;coerce;L$;1| ...) ; compiling (DEFUN |IMPTAST;imports;$L;2| ...) ; compiling (DEFUN |IMPTAST;coerce;$Of;3| ...) ; compiling (DEFUN |ImportAst| ...) ; compiling (DEFUN |ImportAst;| ...) ; compiling (MAKEPROP (QUOTE |ImportAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-H3PssC/code.fasl written ; compilation finished in 0:00:00.018 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MAPPAST.spad && cp MAPPAST.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MAPPAST.fasl \ && if test -f MAPPAST-.NRLIB/code.fasl; then \ cp MAPPAST-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MAPPAST-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MAPPAST.spad using Spad compiler. MAPPAST abbreviates domain MappingAst debug: compDefine1 lhs: (MappingAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CoercibleTo (TypeAst)) (CATEGORY domain (SIGNATURE coerce ($ (Signature))) (SIGNATURE mappingAst ($ (List (TypeAst)) (TypeAst))) (SIGNATURE source ((List (TypeAst)) $)) (SIGNATURE target ((TypeAst) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CoercibleTo (TypeAst)) (CATEGORY domain (SIGNATURE coerce ($ (Signature))) (SIGNATURE mappingAst ($ (List (TypeAst)) (TypeAst))) (SIGNATURE source ((List (TypeAst)) $)) (SIGNATURE target ((TypeAst) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CoercibleTo (TypeAst)) $param: NIL Debug: evaluateType1 form: (CoercibleTo (TypeAst)) debug: evaluateType1 x: (TypeAst) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (TypeAst) $param: NIL Debug: evaluateType1 form: (TypeAst) debug: evalCategory d: (TypeAst) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE coerce ($ (Signature))) (SIGNATURE mappingAst ($ (List (TypeAst)) (TypeAst))) (SIGNATURE source ((List (TypeAst)) $)) (SIGNATURE target ((TypeAst) $))) $param: NIL debug: evaluateType form: (Signature) $param: NIL Debug: evaluateType1 form: (Signature) debug: evaluateType form: (List (TypeAst)) $param: NIL Debug: evaluateType1 form: (List (TypeAst)) debug: evaluateType1 x: (TypeAst) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (TypeAst) $param: NIL Debug: evaluateType1 form: (TypeAst) debug: evalCategory d: (TypeAst) c: (Type) debug: evaluateType form: (TypeAst) $param: NIL Debug: evaluateType1 form: (TypeAst) debug: evaluateType form: (List (TypeAst)) $param: NIL Debug: evaluateType1 form: (List (TypeAst)) debug: evaluateType1 x: (TypeAst) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (TypeAst) $param: NIL Debug: evaluateType1 form: (TypeAst) debug: evalCategory d: (TypeAst) c: (Type) debug: evaluateType form: (TypeAst) $param: NIL Debug: evaluateType1 form: (TypeAst) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CoercibleTo (TypeAst)) (CATEGORY domain (SIGNATURE coerce ($ (Signature))) (SIGNATURE mappingAst ($ (List (TypeAst)) (TypeAst))) (SIGNATURE source ((List (TypeAst)) $)) (SIGNATURE target ((TypeAst) $))))) ------------------------------------------------------------------------ initializing stationary directory for MappingAst compiling into /tmp/oa-0a2IbN compiling exported coerce : Signature -> % Debug compQuote expr: (QUOTE Mapping) m: $EmptyMode Debug compQuote expr: (QUOTE Mapping) m: (Identifier) MAPPAST;coerce;S$;1 sig is replaced by %pair(Mapping,sig) Time: 0.01 SEC. compiling exported mappingAst : (List TypeAst,TypeAst) -> % Debug compQuote expr: (QUOTE Mapping) m: $EmptyMode Debug compQuote expr: (QUOTE Mapping) m: (Identifier) MAPPAST;mappingAst;LTa$;2(s,t) is replaced by %pair(Mapping,%pair(t,s)) Time: 0.01 SEC. compiling exported source : % -> List TypeAst MAPPAST;source;$L;3 x is replaced by %tail %tail x Time: 0.01 SEC. compiling exported target : % -> TypeAst MAPPAST;target;$Ta;4 x is replaced by SPADfirst %tail x Time: 0.00 SEC. compiling exported coerce : % -> TypeAst MAPPAST;coerce;$Ta;5 x is replaced by x Time: 0 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE MappingAst) m: (OutputForm) Debug compQuote expr: (QUOTE MappingAst) m: (OutputForm) Debug compQuote expr: (QUOTE source) m: (OutputForm) Debug compQuote expr: (QUOTE source) m: (OutputForm) Debug compQuote expr: (QUOTE target) m: (OutputForm) Debug compQuote expr: (QUOTE target) m: (OutputForm) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] mappingAst: : Signature -- replace by pretend [2] source: : List TypeAst -- replace by pretend [3] target: : TypeAst -- replace by pretend [4] coerce: : TypeAst -- replace by pretend Cumulative Statistics for Constructor MappingAst Time: 0.06 seconds finalizing NRLIB MAPPAST Processing MappingAst for Browser database: -- coerce : Signature -> % --->../../x86_64-unknown-linux-gnu/src/algebra/syntax.spad-->MappingAst((coerce (% Signature))): Improper initial operator in comments: :: "sig::MappingAst builds a MappingAst from the Signature `sig'." -- mappingAst : (List TypeAst,TypeAst) -> % -- source : % -> List TypeAst -- target : % -> TypeAst -- constructor ; compiling file "/tmp/oa-0a2IbN/code.lsp" (written 01 FEB 2016 11:15:51 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MAPPAST;coerce;S$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MAPPAST;mappingAst;LTa$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MAPPAST;source;$L;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MAPPAST;target;$Ta;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MAPPAST;coerce;$Ta;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MAPPAST;coerce;S$;1| ...) ; compiling (DEFUN |MAPPAST;mappingAst;LTa$;2| ...) ; compiling (DEFUN |MAPPAST;source;$L;3| ...) ; compiling (DEFUN |MAPPAST;target;$Ta;4| ...) ; compiling (DEFUN |MAPPAST;coerce;$Ta;5| ...) ; compiling (DEFUN |MAPPAST;coerce;$Of;6| ...) ; compiling (DEFUN |MappingAst| ...) ; compiling (DEFUN |MappingAst;| ...) ; compiling (MAKEPROP (QUOTE |MappingAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-0a2IbN/code.fasl written ; compilation finished in 0:00:00.023 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ATTRAST.spad && cp ATTRAST.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ATTRAST.fasl \ && if test -f ATTRAST-.NRLIB/code.fasl; then \ cp ATTRAST-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ATTRAST-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ATTRAST.spad using Spad compiler. ATTRAST abbreviates domain AttributeAst debug: compDefine1 lhs: (AttributeAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE name ((SpadAst) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE name ((SpadAst) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE name ((SpadAst) $))) $param: NIL debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE name ((SpadAst) $))))) ------------------------------------------------------------------------ initializing stationary directory for AttributeAst compiling into /tmp/oa-cVrr5N compiling exported name : % -> SpadAst ATTRAST;name;$Sa;1 is replaced by %tail Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE AttributeAst) m: (OutputForm) Debug compQuote expr: (QUOTE AttributeAst) m: (OutputForm) Debug compQuote expr: (QUOTE name) m: (OutputForm) Debug compQuote expr: (QUOTE name) m: (OutputForm) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor AttributeAst Time: 0.03 seconds finalizing NRLIB ATTRAST Processing AttributeAst for Browser database: -- name : % -> SpadAst -- constructor ; compiling file "/tmp/oa-cVrr5N/code.lsp" (written 01 FEB 2016 11:15:51 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ATTRAST;name;$Sa;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ATTRAST;name;$Sa;1| ...) ; compiling (DEFUN |ATTRAST;coerce;$Of;2| ...) ; compiling (DEFUN |AttributeAst| ...) ; compiling (DEFUN |AttributeAst;| ...) ; compiling (MAKEPROP (QUOTE |AttributeAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-cVrr5N/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile JOINAST.spad && cp JOINAST.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/JOINAST.fasl \ && if test -f JOINAST-.NRLIB/code.fasl; then \ cp JOINAST-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/JOINAST-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/JOINAST.spad using Spad compiler. JOINAST abbreviates domain JoinAst debug: compDefine1 lhs: (JoinAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CoercibleTo (TypeAst)) (CATEGORY domain (SIGNATURE coerce ($ (List (TypeAst)))) (SIGNATURE categories ((List (TypeAst)) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CoercibleTo (TypeAst)) (CATEGORY domain (SIGNATURE coerce ($ (List (TypeAst)))) (SIGNATURE categories ((List (TypeAst)) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CoercibleTo (TypeAst)) $param: NIL Debug: evaluateType1 form: (CoercibleTo (TypeAst)) debug: evaluateType1 x: (TypeAst) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (TypeAst) $param: NIL Debug: evaluateType1 form: (TypeAst) debug: evalCategory d: (TypeAst) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE coerce ($ (List (TypeAst)))) (SIGNATURE categories ((List (TypeAst)) $))) $param: NIL debug: evaluateType form: (List (TypeAst)) $param: NIL Debug: evaluateType1 form: (List (TypeAst)) debug: evaluateType1 x: (TypeAst) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (TypeAst) $param: NIL Debug: evaluateType1 form: (TypeAst) debug: evalCategory d: (TypeAst) c: (Type) debug: evaluateType form: (List (TypeAst)) $param: NIL Debug: evaluateType1 form: (List (TypeAst)) debug: evaluateType1 x: (TypeAst) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (TypeAst) $param: NIL Debug: evaluateType1 form: (TypeAst) debug: evalCategory d: (TypeAst) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CoercibleTo (TypeAst)) (CATEGORY domain (SIGNATURE coerce ($ (List (TypeAst)))) (SIGNATURE categories ((List (TypeAst)) $))))) ------------------------------------------------------------------------ initializing stationary directory for JoinAst compiling into /tmp/oa-xraZ8U compiling exported categories : % -> List TypeAst JOINAST;categories;$L;1 is replaced by %tail Time: 0.01 SEC. compiling exported coerce : List TypeAst -> % Debug compQuote expr: (QUOTE Join) m: $EmptyMode Debug compQuote expr: (QUOTE Join) m: (Identifier) JOINAST;coerce;L$;2 cats is replaced by %pair(Join,cats) Time: 0.01 SEC. compiling exported coerce : % -> TypeAst JOINAST;coerce;$Ta;3 x is replaced by x Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] coerce: : TypeAst -- replace by pretend Cumulative Statistics for Constructor JoinAst Time: 0.02 seconds finalizing NRLIB JOINAST Processing JoinAst for Browser database: -- coerce : List TypeAst -> % --->../../x86_64-unknown-linux-gnu/src/algebra/syntax.spad-->JoinAst((coerce (% (List TypeAst)))): Improper initial operator in comments: :: "ts::JoinAst construct the AST for a join of the types `ts'." -- categories : % -> List TypeAst --->../../x86_64-unknown-linux-gnu/src/algebra/syntax.spad-->JoinAst((categories ((List TypeAst) %))): Improper first word in comments: catehories "catehories(\\spad{x}) returns the types in the join `x'." -- constructor ; compiling file "/tmp/oa-xraZ8U/code.lsp" (written 01 FEB 2016 11:15:51 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |JOINAST;categories;$L;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |JOINAST;coerce;L$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |JOINAST;coerce;$Ta;3|) ...) ; compiling (DEFUN |JOINAST;categories;$L;1| ...) ; compiling (DEFUN |JOINAST;coerce;L$;2| ...) ; compiling (DEFUN |JOINAST;coerce;$Ta;3| ...) ; compiling (DEFUN |JoinAst| ...) ; compiling (DEFUN |JoinAst;| ...) ; compiling (MAKEPROP (QUOTE |JoinAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-xraZ8U/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile IFAST.spad && cp IFAST.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IFAST.fasl \ && if test -f IFAST-.NRLIB/code.fasl; then \ cp IFAST-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IFAST-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IFAST.spad using Spad compiler. IFAST abbreviates domain IfAst debug: compDefine1 lhs: (IfAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE condition ((SpadAst) $)) (SIGNATURE thenBranch ((SpadAst) $)) (SIGNATURE elseBranch ((SpadAst) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE condition ((SpadAst) $)) (SIGNATURE thenBranch ((SpadAst) $)) (SIGNATURE elseBranch ((SpadAst) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE condition ((SpadAst) $)) (SIGNATURE thenBranch ((SpadAst) $)) (SIGNATURE elseBranch ((SpadAst) $))) $param: NIL debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE condition ((SpadAst) $)) (SIGNATURE thenBranch ((SpadAst) $)) (SIGNATURE elseBranch ((SpadAst) $))))) ------------------------------------------------------------------------ initializing stationary directory for IfAst compiling into /tmp/oa-gBIbl5 compiling exported condition : % -> SpadAst Time: 0.01 SEC. compiling exported thenBranch : % -> SpadAst Time: 0.00 SEC. compiling exported elseBranch : % -> SpadAst Time: 0 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE IfAst) m: (OutputForm) Debug compQuote expr: (QUOTE IfAst) m: (OutputForm) Debug compQuote expr: (QUOTE condition) m: (OutputForm) Debug compQuote expr: (QUOTE condition) m: (OutputForm) Debug compQuote expr: (QUOTE thenBranch) m: (OutputForm) Debug compQuote expr: (QUOTE thenBranch) m: (OutputForm) Debug compQuote expr: (QUOTE elseBranch) m: (OutputForm) Debug compQuote expr: (QUOTE elseBranch) m: (OutputForm) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor IfAst Time: 0.04 seconds finalizing NRLIB IFAST Processing IfAst for Browser database: -- condition : % -> SpadAst -- thenBranch : % -> SpadAst -- elseBranch : % -> SpadAst --->../../x86_64-unknown-linux-gnu/src/algebra/syntax.spad-->IfAst((elseBranch (SpadAst %))): Improper first word in comments: thenBranch "thenBranch(\\spad{e}) returns the `else-branch' of `e'." -- constructor ; compiling file "/tmp/oa-gBIbl5/code.lsp" (written 01 FEB 2016 11:15:51 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |IFAST;condition;$Sa;1| ...) ; compiling (DEFUN |IFAST;thenBranch;$Sa;2| ...) ; compiling (DEFUN |IFAST;elseBranch;$Sa;3| ...) ; compiling (DEFUN |IFAST;coerce;$Of;4| ...) ; compiling (DEFUN |IfAst| ...) ; compiling (DEFUN |IfAst;| ...) ; compiling (MAKEPROP (QUOTE |IfAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-gBIbl5/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile RPTAST.spad && cp RPTAST.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RPTAST.fasl \ && if test -f RPTAST-.NRLIB/code.fasl; then \ cp RPTAST-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RPTAST-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RPTAST.spad using Spad compiler. RPTAST abbreviates domain RepeatAst debug: compDefine1 lhs: (RepeatAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE iterators ((List (SpadAst)) $)) (SIGNATURE body ((SpadAst) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE iterators ((List (SpadAst)) $)) (SIGNATURE body ((SpadAst) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE iterators ((List (SpadAst)) $)) (SIGNATURE body ((SpadAst) $))) $param: NIL debug: evaluateType form: (List (SpadAst)) $param: NIL Debug: evaluateType1 form: (List (SpadAst)) debug: evaluateType1 x: (SpadAst) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: evalCategory d: (SpadAst) c: (Type) debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE iterators ((List (SpadAst)) $)) (SIGNATURE body ((SpadAst) $))))) ------------------------------------------------------------------------ initializing stationary directory for RepeatAst compiling into /tmp/oa-MOGrzc compiling exported iterators : % -> List SpadAst Time: 0.04 SEC. compiling exported body : % -> SpadAst Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE RepeatAst) m: (OutputForm) Debug compQuote expr: (QUOTE RepeatAst) m: (OutputForm) Debug compQuote expr: (QUOTE iterators) m: (OutputForm) Debug compQuote expr: (QUOTE iterators) m: (OutputForm) Debug compQuote expr: (QUOTE body) m: (OutputForm) Debug compQuote expr: (QUOTE body) m: (OutputForm) Time: 0.02 SEC. (time taken in buildFunctor: 4) Time: 0.01 SEC. Cumulative Statistics for Constructor RepeatAst Time: 0.07 seconds finalizing NRLIB RPTAST Processing RepeatAst for Browser database: -- iterators : % -> List SpadAst -- body : % -> SpadAst -- constructor ; compiling file "/tmp/oa-MOGrzc/code.lsp" (written 01 FEB 2016 11:15:51 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RPTAST;iterators;$L;1| ...) ; file: /tmp/oa-MOGrzc/code.lsp ; in: DEFUN |RPTAST;iterators;$L;1| ; (DEFUN BOOT::|RPTAST;iterators;$L;1| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|s| BOOT::|x|)) ; (BOOT::SPADCALL BOOT::|s| ; (BOOT::SPADCALL 2 (- # 1) ; (BOOT::|shellEntry| BOOT::$ 16)) ; (BOOT::|shellEntry| BOOT::$ 17)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|RPTAST;iterators;$L;1| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|RPTAST;iterators;$L;1| ; (LET ((BOOT::|s| BOOT::|x|)) ; (BOOT::SPADCALL BOOT::|s| (BOOT::SPADCALL 2 # #) ; (BOOT::|shellEntry| BOOT::$ 17))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |RPTAST;body;$Sa;2| ...) ; compiling (DEFUN |RPTAST;coerce;$Of;3| ...) ; compiling (DEFUN |RepeatAst| ...) ; compiling (DEFUN |RepeatAst;| ...) ; compiling (MAKEPROP (QUOTE |RepeatAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-MOGrzc/code.fasl written ; compilation finished in 0:00:00.018 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile WHILEAST.spad && cp WHILEAST.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/WHILEAST.fasl \ && if test -f WHILEAST-.NRLIB/code.fasl; then \ cp WHILEAST-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/WHILEAST-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/WHILEAST.spad using Spad compiler. WHILEAST abbreviates domain WhileAst debug: compDefine1 lhs: (WhileAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE condition ((SpadAst) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE condition ((SpadAst) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE condition ((SpadAst) $))) $param: NIL debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE condition ((SpadAst) $))))) ------------------------------------------------------------------------ initializing stationary directory for WhileAst compiling into /tmp/oa-lZiLop compiling exported condition : % -> SpadAst WHILEAST;condition;$Sa;1 is replaced by %tail Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE WhileAst) m: (OutputForm) Debug compQuote expr: (QUOTE WhileAst) m: (OutputForm) Debug compQuote expr: (QUOTE condition) m: (OutputForm) Debug compQuote expr: (QUOTE condition) m: (OutputForm) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor WhileAst Time: 0.03 seconds finalizing NRLIB WHILEAST Processing WhileAst for Browser database: -- condition : % -> SpadAst -- constructor ; compiling file "/tmp/oa-lZiLop/code.lsp" (written 01 FEB 2016 11:15:51 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |WHILEAST;condition;$Sa;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |WHILEAST;condition;$Sa;1| ...) ; compiling (DEFUN |WHILEAST;coerce;$Of;2| ...) ; compiling (DEFUN |WhileAst| ...) ; compiling (DEFUN |WhileAst;| ...) ; compiling (MAKEPROP (QUOTE |WhileAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-lZiLop/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile INAST.spad && cp INAST.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INAST.fasl \ && if test -f INAST-.NRLIB/code.fasl; then \ cp INAST-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INAST-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INAST.spad using Spad compiler. INAST abbreviates domain InAst debug: compDefine1 lhs: (InAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE iterationVar ((Identifier) $)) (SIGNATURE sequence ((SpadAst) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE iterationVar ((Identifier) $)) (SIGNATURE sequence ((SpadAst) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE iterationVar ((Identifier) $)) (SIGNATURE sequence ((SpadAst) $))) $param: NIL debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE iterationVar ((Identifier) $)) (SIGNATURE sequence ((SpadAst) $))))) ------------------------------------------------------------------------ initializing stationary directory for InAst compiling into /tmp/oa-JgAUVv compiling exported iterationVar : % -> Identifier Time: 0.02 SEC. compiling exported sequence : % -> SpadAst Time: 0 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE InAst) m: (OutputForm) Debug compQuote expr: (QUOTE InAst) m: (OutputForm) Debug compQuote expr: (QUOTE iterationVar) m: (OutputForm) Debug compQuote expr: (QUOTE iterationVar) m: (OutputForm) Debug compQuote expr: (QUOTE sequence) m: (OutputForm) Debug compQuote expr: (QUOTE sequence) m: (OutputForm) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] sequence: : SpadAst -- replace by pretend Cumulative Statistics for Constructor InAst Time: 0.04 seconds finalizing NRLIB INAST Processing InAst for Browser database: -- iterationVar : % -> Identifier -- sequence : % -> SpadAst -- constructor ; compiling file "/tmp/oa-JgAUVv/code.lsp" (written 01 FEB 2016 11:15:51 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |INAST;iterationVar;$I;1| ...) ; file: /tmp/oa-JgAUVv/code.lsp ; in: DEFUN |INAST;iterationVar;$I;1| ; (DEFUN BOOT::|INAST;iterationVar;$I;1| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 9))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INAST;iterationVar;$I;1| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|INAST;iterationVar;$I;1| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 9)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL SYMBOL &REST T). ; compiling (DEFUN |INAST;sequence;$Sa;2| ...) ; compiling (DEFUN |INAST;coerce;$Of;3| ...) ; compiling (DEFUN |InAst| ...) ; compiling (DEFUN |InAst;| ...) ; compiling (MAKEPROP (QUOTE |InAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-JgAUVv/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile CLLCTAST.spad && cp CLLCTAST.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CLLCTAST.fasl \ && if test -f CLLCTAST-.NRLIB/code.fasl; then \ cp CLLCTAST-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CLLCTAST-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CLLCTAST.spad using Spad compiler. CLLCTAST abbreviates domain CollectAst debug: compDefine1 lhs: (CollectAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE iterators ((List (SpadAst)) $)) (SIGNATURE body ((SpadAst) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE iterators ((List (SpadAst)) $)) (SIGNATURE body ((SpadAst) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE iterators ((List (SpadAst)) $)) (SIGNATURE body ((SpadAst) $))) $param: NIL debug: evaluateType form: (List (SpadAst)) $param: NIL Debug: evaluateType1 form: (List (SpadAst)) debug: evaluateType1 x: (SpadAst) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: evalCategory d: (SpadAst) c: (Type) debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE iterators ((List (SpadAst)) $)) (SIGNATURE body ((SpadAst) $))))) ------------------------------------------------------------------------ initializing stationary directory for CollectAst compiling into /tmp/oa-QuIJ4E compiling exported body : % -> SpadAst Time: 0.01 SEC. compiling exported iterators : % -> List SpadAst Time: 0.04 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE CollectAst) m: (OutputForm) Debug compQuote expr: (QUOTE CollectAst) m: (OutputForm) Debug compQuote expr: (QUOTE iterators) m: (OutputForm) Debug compQuote expr: (QUOTE iterators) m: (OutputForm) Debug compQuote expr: (QUOTE body) m: (OutputForm) Debug compQuote expr: (QUOTE body) m: (OutputForm) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor CollectAst Time: 0.07 seconds finalizing NRLIB CLLCTAST Processing CollectAst for Browser database: -- iterators : % -> List SpadAst -- body : % -> SpadAst -- constructor ; compiling file "/tmp/oa-QuIJ4E/code.lsp" (written 01 FEB 2016 11:15:51 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |CLLCTAST;body;$Sa;1| ...) ; compiling (DEFUN |CLLCTAST;iterators;$L;2| ...) ; file: /tmp/oa-QuIJ4E/code.lsp ; in: DEFUN |CLLCTAST;iterators;$L;2| ; (DEFUN BOOT::|CLLCTAST;iterators;$L;2| (BOOT::|x| BOOT::$) ; (LET ((BOOT::|s| BOOT::|x|)) ; (BOOT::SPADCALL BOOT::|s| ; (BOOT::SPADCALL 2 (- # 1) ; (BOOT::|shellEntry| BOOT::$ 18)) ; (BOOT::|shellEntry| BOOT::$ 19)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|CLLCTAST;iterators;$L;2| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|CLLCTAST;iterators;$L;2| ; (LET ((BOOT::|s| BOOT::|x|)) ; (BOOT::SPADCALL BOOT::|s| (BOOT::SPADCALL 2 # #) ; (BOOT::|shellEntry| BOOT::$ 19))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |CLLCTAST;coerce;$Of;3| ...) ; compiling (DEFUN |CollectAst| ...) ; compiling (DEFUN |CollectAst;| ...) ; compiling (MAKEPROP (QUOTE |CollectAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-QuIJ4E/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile LSTAST.spad && cp LSTAST.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LSTAST.fasl \ && if test -f LSTAST-.NRLIB/code.fasl; then \ cp LSTAST-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LSTAST-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LSTAST.spad using Spad compiler. LSTAST abbreviates domain ConstructAst debug: compDefine1 lhs: (ConstructAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE elements ((List (SpadAst)) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE elements ((List (SpadAst)) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE elements ((List (SpadAst)) $))) $param: NIL debug: evaluateType form: (List (SpadAst)) $param: NIL Debug: evaluateType1 form: (List (SpadAst)) debug: evaluateType1 x: (SpadAst) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: evalCategory d: (SpadAst) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE elements ((List (SpadAst)) $))))) ------------------------------------------------------------------------ initializing stationary directory for ConstructAst compiling into /tmp/oa-47d7wK compiling exported elements : % -> List SpadAst LSTAST;elements;$L;1 is replaced by %tail Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE ConstructAst) m: (OutputForm) Debug compQuote expr: (QUOTE ConstructAst) m: (OutputForm) Debug compQuote expr: (QUOTE elements) m: (OutputForm) Debug compQuote expr: (QUOTE elements) m: (OutputForm) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor ConstructAst Time: 0.03 seconds finalizing NRLIB LSTAST Processing ConstructAst for Browser database: -- elements : % -> List SpadAst -- constructor ; compiling file "/tmp/oa-47d7wK/code.lsp" (written 01 FEB 2016 11:15:52 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LSTAST;elements;$L;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LSTAST;elements;$L;1| ...) ; compiling (DEFUN |LSTAST;coerce;$Of;2| ...) ; compiling (DEFUN |ConstructAst| ...) ; compiling (DEFUN |ConstructAst;| ...) ; compiling (MAKEPROP (QUOTE |ConstructAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-47d7wK/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile EXITAST.spad && cp EXITAST.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/EXITAST.fasl \ && if test -f EXITAST-.NRLIB/code.fasl; then \ cp EXITAST-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/EXITAST-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/EXITAST.spad using Spad compiler. EXITAST abbreviates domain ExitAst debug: compDefine1 lhs: (ExitAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE expression ((SpadAst) $)) (SIGNATURE level ((Integer) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE expression ((SpadAst) $)) (SIGNATURE level ((Integer) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE expression ((SpadAst) $)) (SIGNATURE level ((Integer) $))) $param: NIL debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: evaluateType form: (Integer) $param: NIL Debug: evaluateType1 form: (Integer) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE expression ((SpadAst) $)) (SIGNATURE level ((Integer) $))))) ------------------------------------------------------------------------ initializing stationary directory for ExitAst compiling into /tmp/oa-cHKlMP compiling exported expression : % -> SpadAst Time: 0.01 SEC. compiling exported level : % -> Integer Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE ExitAst) m: (OutputForm) Debug compQuote expr: (QUOTE ExitAst) m: (OutputForm) Debug compQuote expr: (QUOTE level) m: (OutputForm) Debug compQuote expr: (QUOTE level) m: (OutputForm) Debug compQuote expr: (QUOTE expression) m: (OutputForm) Debug compQuote expr: (QUOTE expression) m: (OutputForm) Time: 0.02 SEC. (time taken in buildFunctor: 4) Time: 0.01 SEC. Warnings: [1] level: : Integer -- replace by pretend Cumulative Statistics for Constructor ExitAst Time: 0.05 seconds finalizing NRLIB EXITAST Processing ExitAst for Browser database: -- expression : % -> SpadAst -- level : % -> Integer -- constructor ; compiling file "/tmp/oa-cHKlMP/code.lsp" (written 01 FEB 2016 11:15:52 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |EXITAST;expression;$Sa;1| ...) ; compiling (DEFUN |EXITAST;level;$I;2| ...) ; file: /tmp/oa-cHKlMP/code.lsp ; in: DEFUN |EXITAST;level;$I;2| ; (DEFUN BOOT::|EXITAST;level;$I;2| (BOOT::|x| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 11))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|EXITAST;level;$I;2| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|EXITAST;level;$I;2| ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 11)))) ; ; note: type assertion too complex to check: ; (VALUES INTEGER &REST T). ; compiling (DEFUN |EXITAST;coerce;$Of;3| ...) ; compiling (DEFUN |ExitAst| ...) ; compiling (DEFUN |ExitAst;| ...) ; compiling (MAKEPROP (QUOTE |ExitAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-cHKlMP/code.fasl written ; compilation finished in 0:00:00.020 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile RETAST.spad && cp RETAST.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RETAST.fasl \ && if test -f RETAST-.NRLIB/code.fasl; then \ cp RETAST-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RETAST-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RETAST.spad using Spad compiler. RETAST abbreviates domain ReturnAst debug: compDefine1 lhs: (ReturnAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE expression ((SpadAst) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE expression ((SpadAst) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE expression ((SpadAst) $))) $param: NIL debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE expression ((SpadAst) $))))) ------------------------------------------------------------------------ initializing stationary directory for ReturnAst compiling into /tmp/oa-h62x3Z compiling exported expression : % -> SpadAst RETAST;expression;$Sa;1 is replaced by %tail Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE ReturnAst) m: (OutputForm) Debug compQuote expr: (QUOTE ReturnAst) m: (OutputForm) Debug compQuote expr: (QUOTE expression) m: (OutputForm) Debug compQuote expr: (QUOTE expression) m: (OutputForm) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor ReturnAst Time: 0.03 seconds finalizing NRLIB RETAST Processing ReturnAst for Browser database: -- expression : % -> SpadAst -- constructor ; compiling file "/tmp/oa-h62x3Z/code.lsp" (written 01 FEB 2016 11:15:52 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |RETAST;expression;$Sa;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RETAST;expression;$Sa;1| ...) ; compiling (DEFUN |RETAST;coerce;$Of;2| ...) ; compiling (DEFUN |ReturnAst| ...) ; compiling (DEFUN |ReturnAst;| ...) ; compiling (MAKEPROP (QUOTE |ReturnAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-h62x3Z/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SEGAST.spad && cp SEGAST.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SEGAST.fasl \ && if test -f SEGAST-.NRLIB/code.fasl; then \ cp SEGAST-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SEGAST-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SEGAST.spad using Spad compiler. SEGAST abbreviates domain SegmentAst debug: compDefine1 lhs: (SegmentAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE bounds ((List (SpadAst)) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE bounds ((List (SpadAst)) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE bounds ((List (SpadAst)) $))) $param: NIL debug: evaluateType form: (List (SpadAst)) $param: NIL Debug: evaluateType1 form: (List (SpadAst)) debug: evaluateType1 x: (SpadAst) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: evalCategory d: (SpadAst) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE bounds ((List (SpadAst)) $))))) ------------------------------------------------------------------------ initializing stationary directory for SegmentAst compiling into /tmp/oa-NsWaXa compiling exported bounds : % -> List SpadAst SEGAST;bounds;$L;1 is replaced by %tail Time: 0.02 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE SegmentAst) m: (OutputForm) Debug compQuote expr: (QUOTE SegmentAst) m: (OutputForm) Debug compQuote expr: (QUOTE bounds) m: (OutputForm) Debug compQuote expr: (QUOTE bounds) m: (OutputForm) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor SegmentAst Time: 0.04 seconds finalizing NRLIB SEGAST Processing SegmentAst for Browser database: -- bounds : % -> List SpadAst -- constructor ; compiling file "/tmp/oa-NsWaXa/code.lsp" (written 01 FEB 2016 11:15:52 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEGAST;bounds;$L;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SEGAST;bounds;$L;1| ...) ; compiling (DEFUN |SEGAST;coerce;$Of;2| ...) ; compiling (DEFUN |SegmentAst| ...) ; compiling (DEFUN |SegmentAst;| ...) ; compiling (MAKEPROP (QUOTE |SegmentAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-NsWaXa/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PRTDAST.spad && cp PRTDAST.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PRTDAST.fasl \ && if test -f PRTDAST-.NRLIB/code.fasl; then \ cp PRTDAST-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PRTDAST-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PRTDAST.spad using Spad compiler. PRTDAST abbreviates domain PretendAst debug: compDefine1 lhs: (PretendAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE expression ((SpadAst) $)) (SIGNATURE target ((TypeAst) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE expression ((SpadAst) $)) (SIGNATURE target ((TypeAst) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE expression ((SpadAst) $)) (SIGNATURE target ((TypeAst) $))) $param: NIL debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: evaluateType form: (TypeAst) $param: NIL Debug: evaluateType1 form: (TypeAst) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE expression ((SpadAst) $)) (SIGNATURE target ((TypeAst) $))))) ------------------------------------------------------------------------ initializing stationary directory for PretendAst compiling into /tmp/oa-2mDChh compiling exported expression : % -> SpadAst Time: 0.02 SEC. compiling exported target : % -> TypeAst Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE PretendAst) m: (OutputForm) Debug compQuote expr: (QUOTE PretendAst) m: (OutputForm) Debug compQuote expr: (QUOTE expression) m: (OutputForm) Debug compQuote expr: (QUOTE expression) m: (OutputForm) Debug compQuote expr: (QUOTE target) m: (OutputForm) Debug compQuote expr: (QUOTE target) m: (OutputForm) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] expression: : SpadAst -- replace by pretend [2] target: : TypeAst -- replace by pretend Cumulative Statistics for Constructor PretendAst Time: 0.04 seconds finalizing NRLIB PRTDAST Processing PretendAst for Browser database: -- expression : % -> SpadAst -- target : % -> TypeAst -- constructor ; compiling file "/tmp/oa-2mDChh/code.lsp" (written 01 FEB 2016 11:15:52 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PRTDAST;expression;$Sa;1| ...) ; compiling (DEFUN |PRTDAST;target;$Ta;2| ...) ; compiling (DEFUN |PRTDAST;coerce;$Of;3| ...) ; compiling (DEFUN |PretendAst| ...) ; compiling (DEFUN |PretendAst;| ...) ; compiling (MAKEPROP (QUOTE |PretendAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-2mDChh/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile CRCEAST.spad && cp CRCEAST.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CRCEAST.fasl \ && if test -f CRCEAST-.NRLIB/code.fasl; then \ cp CRCEAST-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CRCEAST-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CRCEAST.spad using Spad compiler. CRCEAST abbreviates domain CoerceAst debug: compDefine1 lhs: (CoerceAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE expression ((SpadAst) $)) (SIGNATURE target ((TypeAst) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE expression ((SpadAst) $)) (SIGNATURE target ((TypeAst) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE expression ((SpadAst) $)) (SIGNATURE target ((TypeAst) $))) $param: NIL debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: evaluateType form: (TypeAst) $param: NIL Debug: evaluateType1 form: (TypeAst) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE expression ((SpadAst) $)) (SIGNATURE target ((TypeAst) $))))) ------------------------------------------------------------------------ initializing stationary directory for CoerceAst compiling into /tmp/oa-pQrV3r compiling exported expression : % -> SpadAst Time: 0.02 SEC. compiling exported target : % -> TypeAst Time: 0 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE CoerceAst) m: (OutputForm) Debug compQuote expr: (QUOTE CoerceAst) m: (OutputForm) Debug compQuote expr: (QUOTE expression) m: (OutputForm) Debug compQuote expr: (QUOTE expression) m: (OutputForm) Debug compQuote expr: (QUOTE target) m: (OutputForm) Debug compQuote expr: (QUOTE target) m: (OutputForm) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] expression: : SpadAst -- replace by pretend [2] target: : TypeAst -- replace by pretend Cumulative Statistics for Constructor CoerceAst Time: 0.04 seconds finalizing NRLIB CRCEAST Processing CoerceAst for Browser database: -- expression : % -> SpadAst -- target : % -> TypeAst -- constructor ; compiling file "/tmp/oa-pQrV3r/code.lsp" (written 01 FEB 2016 11:15:52 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |CRCEAST;expression;$Sa;1| ...) ; compiling (DEFUN |CRCEAST;target;$Ta;2| ...) ; compiling (DEFUN |CRCEAST;coerce;$Of;3| ...) ; compiling (DEFUN |CoerceAst| ...) ; compiling (DEFUN |CoerceAst;| ...) ; compiling (MAKEPROP (QUOTE |CoerceAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-pQrV3r/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile LETAST.spad && cp LETAST.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LETAST.fasl \ && if test -f LETAST-.NRLIB/code.fasl; then \ cp LETAST-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LETAST-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LETAST.spad using Spad compiler. LETAST abbreviates domain LetAst debug: compDefine1 lhs: (LetAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE lhs ((SpadAst) $)) (SIGNATURE rhs ((SpadAst) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE lhs ((SpadAst) $)) (SIGNATURE rhs ((SpadAst) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE lhs ((SpadAst) $)) (SIGNATURE rhs ((SpadAst) $))) $param: NIL debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE lhs ((SpadAst) $)) (SIGNATURE rhs ((SpadAst) $))))) ------------------------------------------------------------------------ initializing stationary directory for LetAst compiling into /tmp/oa-nRFz8z compiling exported lhs : % -> SpadAst Time: 0.02 SEC. compiling exported rhs : % -> SpadAst Time: 0 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE LetAst) m: (OutputForm) Debug compQuote expr: (QUOTE LetAst) m: (OutputForm) Debug compQuote expr: (QUOTE lhs) m: (OutputForm) Debug compQuote expr: (QUOTE lhs) m: (OutputForm) Debug compQuote expr: (QUOTE rhs) m: (OutputForm) Debug compQuote expr: (QUOTE rhs) m: (OutputForm) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor LetAst Time: 0.03 seconds finalizing NRLIB LETAST Processing LetAst for Browser database: -- lhs : % -> SpadAst -- rhs : % -> SpadAst -- constructor ; compiling file "/tmp/oa-nRFz8z/code.lsp" (written 01 FEB 2016 11:15:52 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LETAST;lhs;$Sa;1| ...) ; compiling (DEFUN |LETAST;rhs;$Sa;2| ...) ; compiling (DEFUN |LETAST;coerce;$Of;3| ...) ; compiling (DEFUN |LetAst| ...) ; compiling (DEFUN |LetAst;| ...) ; compiling (MAKEPROP (QUOTE |LetAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-nRFz8z/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile RDUCEAST.spad && cp RDUCEAST.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RDUCEAST.fasl \ && if test -f RDUCEAST-.NRLIB/code.fasl; then \ cp RDUCEAST-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RDUCEAST-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RDUCEAST.spad using Spad compiler. RDUCEAST abbreviates domain ReduceAst debug: compDefine1 lhs: (ReduceAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE operator ((SpadAst) $)) (SIGNATURE body ((SpadAst) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE operator ((SpadAst) $)) (SIGNATURE body ((SpadAst) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE operator ((SpadAst) $)) (SIGNATURE body ((SpadAst) $))) $param: NIL debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE operator ((SpadAst) $)) (SIGNATURE body ((SpadAst) $))))) ------------------------------------------------------------------------ initializing stationary directory for ReduceAst compiling into /tmp/oa-iMdeiK compiling exported operator : % -> SpadAst Time: 0.02 SEC. compiling exported body : % -> SpadAst Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor ReduceAst Time: 0.03 seconds finalizing NRLIB RDUCEAST Processing ReduceAst for Browser database: -- operator : % -> SpadAst -- body : % -> SpadAst -- constructor ; compiling file "/tmp/oa-iMdeiK/code.lsp" (written 01 FEB 2016 11:15:52 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RDUCEAST;operator;$Sa;1| ...) ; compiling (DEFUN |RDUCEAST;body;$Sa;2| ...) ; compiling (DEFUN |ReduceAst| ...) ; compiling (DEFUN |ReduceAst;| ...) ; compiling (MAKEPROP (QUOTE |ReduceAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-iMdeiK/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile COLONAST.spad && cp COLONAST.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/COLONAST.fasl \ && if test -f COLONAST-.NRLIB/code.fasl; then \ cp COLONAST-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/COLONAST-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/COLONAST.spad using Spad compiler. COLONAST abbreviates domain ColonAst debug: compDefine1 lhs: (ColonAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE lhs ((SpadAst) $)) (SIGNATURE rhs ((TypeAst) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE lhs ((SpadAst) $)) (SIGNATURE rhs ((TypeAst) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE lhs ((SpadAst) $)) (SIGNATURE rhs ((TypeAst) $))) $param: NIL debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: evaluateType form: (TypeAst) $param: NIL Debug: evaluateType1 form: (TypeAst) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE lhs ((SpadAst) $)) (SIGNATURE rhs ((TypeAst) $))))) ------------------------------------------------------------------------ initializing stationary directory for ColonAst compiling into /tmp/oa-hVVmMM compiling exported lhs : % -> SpadAst Time: 0.02 SEC. compiling exported rhs : % -> TypeAst Time: 0 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE ColonAst) m: (OutputForm) Debug compQuote expr: (QUOTE ColonAst) m: (OutputForm) Debug compQuote expr: (QUOTE lhs) m: (OutputForm) Debug compQuote expr: (QUOTE lhs) m: (OutputForm) Debug compQuote expr: (QUOTE rhs) m: (OutputForm) Debug compQuote expr: (QUOTE rhs) m: (OutputForm) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] lhs: : SpadAst -- should replace by @ [2] rhs: : TypeAst -- replace by pretend Cumulative Statistics for Constructor ColonAst Time: 0.04 seconds finalizing NRLIB COLONAST Processing ColonAst for Browser database: -- lhs : % -> SpadAst -- rhs : % -> TypeAst -- constructor ; compiling file "/tmp/oa-hVVmMM/code.lsp" (written 01 FEB 2016 11:15:53 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |COLONAST;lhs;$Sa;1| ...) ; compiling (DEFUN |COLONAST;rhs;$Ta;2| ...) ; compiling (DEFUN |COLONAST;coerce;$Of;3| ...) ; compiling (DEFUN |ColonAst| ...) ; compiling (DEFUN |ColonAst;| ...) ; compiling (MAKEPROP (QUOTE |ColonAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-hVVmMM/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ADDAST.spad && cp ADDAST.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ADDAST.fasl \ && if test -f ADDAST-.NRLIB/code.fasl; then \ cp ADDAST-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ADDAST-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ADDAST.spad using Spad compiler. ADDAST abbreviates domain AddAst debug: compDefine1 lhs: (AddAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE base ((SpadAst) $)) (SIGNATURE body ((SpadAst) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE base ((SpadAst) $)) (SIGNATURE body ((SpadAst) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE base ((SpadAst) $)) (SIGNATURE body ((SpadAst) $))) $param: NIL debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE base ((SpadAst) $)) (SIGNATURE body ((SpadAst) $))))) ------------------------------------------------------------------------ initializing stationary directory for AddAst compiling into /tmp/oa-Ex3IZU compiling exported base : % -> SpadAst Time: 0.01 SEC. compiling exported body : % -> SpadAst Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE AddAst) m: (OutputForm) Debug compQuote expr: (QUOTE AddAst) m: (OutputForm) Debug compQuote expr: (QUOTE base) m: (OutputForm) Debug compQuote expr: (QUOTE base) m: (OutputForm) Debug compQuote expr: (QUOTE body) m: (OutputForm) Debug compQuote expr: (QUOTE body) m: (OutputForm) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor AddAst Time: 0.03 seconds finalizing NRLIB ADDAST Processing AddAst for Browser database: -- base : % -> SpadAst -- body : % -> SpadAst --->../../x86_64-unknown-linux-gnu/src/algebra/syntax.spad-->AddAst((body (SpadAst %))): Improper first word in comments: base "base(\\spad{d}) returns the actual body of the add-domain expression `d'." -- constructor ; compiling file "/tmp/oa-Ex3IZU/code.lsp" (written 01 FEB 2016 11:15:53 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ADDAST;base;$Sa;1| ...) ; compiling (DEFUN |ADDAST;body;$Sa;2| ...) ; compiling (DEFUN |ADDAST;coerce;$Of;3| ...) ; compiling (DEFUN |AddAst| ...) ; compiling (DEFUN |AddAst;| ...) ; compiling (MAKEPROP (QUOTE |AddAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Ex3IZU/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile CAPSLAST.spad && cp CAPSLAST.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CAPSLAST.fasl \ && if test -f CAPSLAST-.NRLIB/code.fasl; then \ cp CAPSLAST-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CAPSLAST-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CAPSLAST.spad using Spad compiler. CAPSLAST abbreviates domain CapsuleAst debug: compDefine1 lhs: (CapsuleAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE body ((List (SpadAst)) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE body ((List (SpadAst)) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE body ((List (SpadAst)) $))) $param: NIL debug: evaluateType form: (List (SpadAst)) $param: NIL Debug: evaluateType1 form: (List (SpadAst)) debug: evaluateType1 x: (SpadAst) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: evalCategory d: (SpadAst) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE body ((List (SpadAst)) $))))) ------------------------------------------------------------------------ initializing stationary directory for CapsuleAst compiling into /tmp/oa-kSKvL2 compiling exported body : % -> List SpadAst CAPSLAST;body;$L;1 is replaced by %tail Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE CapsuleAst) m: (OutputForm) Debug compQuote expr: (QUOTE CapsuleAst) m: (OutputForm) Debug compQuote expr: (QUOTE body) m: (OutputForm) Debug compQuote expr: (QUOTE body) m: (OutputForm) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor CapsuleAst Time: 0.02 seconds finalizing NRLIB CAPSLAST Processing CapsuleAst for Browser database: -- body : % -> List SpadAst -- constructor ; compiling file "/tmp/oa-kSKvL2/code.lsp" (written 01 FEB 2016 11:15:53 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CAPSLAST;body;$L;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |CAPSLAST;body;$L;1| ...) ; compiling (DEFUN |CAPSLAST;coerce;$Of;2| ...) ; compiling (DEFUN |CapsuleAst| ...) ; compiling (DEFUN |CapsuleAst;| ...) ; compiling (MAKEPROP (QUOTE |CapsuleAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-kSKvL2/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SUCHTAST.spad && cp SUCHTAST.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SUCHTAST.fasl \ && if test -f SUCHTAST-.NRLIB/code.fasl; then \ cp SUCHTAST-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SUCHTAST-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SUCHTAST.spad using Spad compiler. SUCHTAST abbreviates domain SuchThatAst debug: compDefine1 lhs: (SuchThatAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE predicate ((SpadAst) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE predicate ((SpadAst) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE predicate ((SpadAst) $))) $param: NIL debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE predicate ((SpadAst) $))))) ------------------------------------------------------------------------ initializing stationary directory for SuchThatAst compiling into /tmp/oa-LKYedd compiling exported predicate : % -> SpadAst Time: 0.02 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE SuchThatAst) m: (OutputForm) Debug compQuote expr: (QUOTE SuchThatAst) m: (OutputForm) Debug compQuote expr: (QUOTE predicate) m: (OutputForm) Debug compQuote expr: (QUOTE predicate) m: (OutputForm) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor SuchThatAst Time: 0.04 seconds finalizing NRLIB SUCHTAST Processing SuchThatAst for Browser database: -- predicate : % -> SpadAst -- constructor ; compiling file "/tmp/oa-LKYedd/code.lsp" (written 01 FEB 2016 11:15:53 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SUCHTAST;predicate;$Sa;1| ...) ; compiling (DEFUN |SUCHTAST;coerce;$Of;2| ...) ; compiling (DEFUN |SuchThatAst| ...) ; compiling (DEFUN |SuchThatAst;| ...) ; compiling (MAKEPROP (QUOTE |SuchThatAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-LKYedd/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile CASEAST.spad && cp CASEAST.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CASEAST.fasl \ && if test -f CASEAST-.NRLIB/code.fasl; then \ cp CASEAST-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CASEAST-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CASEAST.spad using Spad compiler. CASEAST abbreviates domain CaseAst debug: compDefine1 lhs: (CaseAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE lhs ((SpadAst) $)) (SIGNATURE rhs ((SpadAst) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE lhs ((SpadAst) $)) (SIGNATURE rhs ((SpadAst) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE lhs ((SpadAst) $)) (SIGNATURE rhs ((SpadAst) $))) $param: NIL debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE lhs ((SpadAst) $)) (SIGNATURE rhs ((SpadAst) $))))) ------------------------------------------------------------------------ initializing stationary directory for CaseAst compiling into /tmp/oa-zOvf2i compiling exported lhs : % -> SpadAst Time: 0.01 SEC. compiling exported rhs : % -> SpadAst Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE CaseAst) m: (OutputForm) Debug compQuote expr: (QUOTE CaseAst) m: (OutputForm) Debug compQuote expr: (QUOTE lhs) m: (OutputForm) Debug compQuote expr: (QUOTE lhs) m: (OutputForm) Debug compQuote expr: (QUOTE rhs) m: (OutputForm) Debug compQuote expr: (QUOTE rhs) m: (OutputForm) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor CaseAst Time: 0.03 seconds finalizing NRLIB CASEAST Processing CaseAst for Browser database: -- lhs : % -> SpadAst -- rhs : % -> SpadAst -- constructor ; compiling file "/tmp/oa-zOvf2i/code.lsp" (written 01 FEB 2016 11:15:53 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |CASEAST;lhs;$Sa;1| ...) ; compiling (DEFUN |CASEAST;rhs;$Sa;2| ...) ; compiling (DEFUN |CASEAST;coerce;$Of;3| ...) ; compiling (DEFUN |CaseAst| ...) ; compiling (DEFUN |CaseAst;| ...) ; compiling (MAKEPROP (QUOTE |CaseAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-zOvf2i/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile HASAST.spad && cp HASAST.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/HASAST.fasl \ && if test -f HASAST-.NRLIB/code.fasl; then \ cp HASAST-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/HASAST-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/HASAST.spad using Spad compiler. HASAST abbreviates domain HasAst debug: compDefine1 lhs: (HasAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE lhs ((SpadAst) $)) (SIGNATURE rhs ((SpadAst) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE lhs ((SpadAst) $)) (SIGNATURE rhs ((SpadAst) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE lhs ((SpadAst) $)) (SIGNATURE rhs ((SpadAst) $))) $param: NIL debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE lhs ((SpadAst) $)) (SIGNATURE rhs ((SpadAst) $))))) ------------------------------------------------------------------------ initializing stationary directory for HasAst compiling into /tmp/oa-NFRYNq compiling exported lhs : % -> SpadAst Time: 0.02 SEC. compiling exported rhs : % -> SpadAst Time: 0 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE HasAst) m: (OutputForm) Debug compQuote expr: (QUOTE HasAst) m: (OutputForm) Debug compQuote expr: (QUOTE lhs) m: (OutputForm) Debug compQuote expr: (QUOTE lhs) m: (OutputForm) Debug compQuote expr: (QUOTE rhs) m: (OutputForm) Debug compQuote expr: (QUOTE rhs) m: (OutputForm) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor HasAst Time: 0.04 seconds finalizing NRLIB HASAST Processing HasAst for Browser database: -- lhs : % -> SpadAst -- rhs : % -> SpadAst -- constructor ; compiling file "/tmp/oa-NFRYNq/code.lsp" (written 01 FEB 2016 11:15:53 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |HASAST;lhs;$Sa;1| ...) ; compiling (DEFUN |HASAST;rhs;$Sa;2| ...) ; compiling (DEFUN |HASAST;coerce;$Of;3| ...) ; compiling (DEFUN |HasAst| ...) ; compiling (DEFUN |HasAst;| ...) ; compiling (MAKEPROP (QUOTE |HasAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-NFRYNq/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ISAST.spad && cp ISAST.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ISAST.fasl \ && if test -f ISAST-.NRLIB/code.fasl; then \ cp ISAST-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ISAST-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ISAST.spad using Spad compiler. ISAST abbreviates domain IsAst debug: compDefine1 lhs: (IsAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE lhs ((SpadAst) $)) (SIGNATURE rhs ((SpadAst) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE lhs ((SpadAst) $)) (SIGNATURE rhs ((SpadAst) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE lhs ((SpadAst) $)) (SIGNATURE rhs ((SpadAst) $))) $param: NIL debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE lhs ((SpadAst) $)) (SIGNATURE rhs ((SpadAst) $))))) ------------------------------------------------------------------------ initializing stationary directory for IsAst compiling into /tmp/oa-xu455B compiling exported lhs : % -> SpadAst Time: 0.01 SEC. compiling exported rhs : % -> SpadAst Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE IsAst) m: (OutputForm) Debug compQuote expr: (QUOTE IsAst) m: (OutputForm) Debug compQuote expr: (QUOTE lhs) m: (OutputForm) Debug compQuote expr: (QUOTE lhs) m: (OutputForm) Debug compQuote expr: (QUOTE rhs) m: (OutputForm) Debug compQuote expr: (QUOTE rhs) m: (OutputForm) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor IsAst Time: 0.03 seconds finalizing NRLIB ISAST Processing IsAst for Browser database: -- lhs : % -> SpadAst -- rhs : % -> SpadAst -- constructor ; compiling file "/tmp/oa-xu455B/code.lsp" (written 01 FEB 2016 11:15:53 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ISAST;lhs;$Sa;1| ...) ; compiling (DEFUN |ISAST;rhs;$Sa;2| ...) ; compiling (DEFUN |ISAST;coerce;$Of;3| ...) ; compiling (DEFUN |IsAst| ...) ; compiling (DEFUN |IsAst;| ...) ; compiling (MAKEPROP (QUOTE |IsAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-xu455B/code.fasl written ; compilation finished in 0:00:00.018 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile CATAST.spad && cp CATAST.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CATAST.fasl \ && if test -f CATAST-.NRLIB/code.fasl; then \ cp CATAST-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/CATAST-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/CATAST.spad using Spad compiler. CATAST abbreviates domain CategoryAst debug: compDefine1 lhs: (CategoryAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE kind ((ConstructorKind) $)) (SIGNATURE body ((List (SpadAst)) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE kind ((ConstructorKind) $)) (SIGNATURE body ((List (SpadAst)) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE kind ((ConstructorKind) $)) (SIGNATURE body ((List (SpadAst)) $))) $param: NIL debug: evaluateType form: (ConstructorKind) $param: NIL Debug: evaluateType1 form: (ConstructorKind) debug: evaluateType form: (List (SpadAst)) $param: NIL Debug: evaluateType1 form: (List (SpadAst)) debug: evaluateType1 x: (SpadAst) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: evalCategory d: (SpadAst) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE kind ((ConstructorKind) $)) (SIGNATURE body ((List (SpadAst)) $))))) ------------------------------------------------------------------------ initializing stationary directory for CategoryAst compiling into /tmp/oa-vl1XQH compiling exported kind : % -> ConstructorKind Time: 0.01 SEC. compiling exported body : % -> List SpadAst CATAST;body;$L;2 x is replaced by %tail %tail x Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE CategoryAst) m: (OutputForm) Debug compQuote expr: (QUOTE CategoryAst) m: (OutputForm) Debug compQuote expr: (QUOTE kind) m: (OutputForm) Debug compQuote expr: (QUOTE kind) m: (OutputForm) Debug compQuote expr: (QUOTE body) m: (OutputForm) Debug compQuote expr: (QUOTE body) m: (OutputForm) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] kind: : ConstructorKind -- replace by pretend Cumulative Statistics for Constructor CategoryAst Time: 0.04 seconds finalizing NRLIB CATAST Processing CategoryAst for Browser database: -- kind : % -> ConstructorKind -- body : % -> List SpadAst -- constructor ; compiling file "/tmp/oa-vl1XQH/code.lsp" (written 01 FEB 2016 11:15:53 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |CATAST;body;$L;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |CATAST;kind;$Ck;1| ...) ; compiling (DEFUN |CATAST;body;$L;2| ...) ; compiling (DEFUN |CATAST;coerce;$Of;3| ...) ; compiling (DEFUN |CategoryAst| ...) ; compiling (DEFUN |CategoryAst;| ...) ; compiling (MAKEPROP (QUOTE |CategoryAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-vl1XQH/code.fasl written ; compilation finished in 0:00:00.018 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile WHEREAST.spad && cp WHEREAST.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/WHEREAST.fasl \ && if test -f WHEREAST-.NRLIB/code.fasl; then \ cp WHEREAST-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/WHEREAST-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/WHEREAST.spad using Spad compiler. WHEREAST abbreviates domain WhereAst debug: compDefine1 lhs: (WhereAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE mainExpression ((SpadAst) $)) (SIGNATURE qualifier ((SpadAst) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE mainExpression ((SpadAst) $)) (SIGNATURE qualifier ((SpadAst) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE mainExpression ((SpadAst) $)) (SIGNATURE qualifier ((SpadAst) $))) $param: NIL debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE mainExpression ((SpadAst) $)) (SIGNATURE qualifier ((SpadAst) $))))) ------------------------------------------------------------------------ initializing stationary directory for WhereAst compiling into /tmp/oa-BYWlLS compiling exported mainExpression : % -> SpadAst Time: 0.01 SEC. compiling exported qualifier : % -> SpadAst Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE WhereAst) m: (OutputForm) Debug compQuote expr: (QUOTE WhereAst) m: (OutputForm) Debug compQuote expr: (QUOTE mainExpression) m: (OutputForm) Debug compQuote expr: (QUOTE mainExpression) m: (OutputForm) Debug compQuote expr: (QUOTE qualifier) m: (OutputForm) Debug compQuote expr: (QUOTE qualifier) m: (OutputForm) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor WhereAst Time: 0.03 seconds finalizing NRLIB WHEREAST Processing WhereAst for Browser database: -- mainExpression : % -> SpadAst -- qualifier : % -> SpadAst -- constructor ; compiling file "/tmp/oa-BYWlLS/code.lsp" (written 01 FEB 2016 11:15:53 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |WHEREAST;mainExpression;$Sa;1| ...) ; compiling (DEFUN |WHEREAST;qualifier;$Sa;2| ...) ; compiling (DEFUN |WHEREAST;coerce;$Of;3| ...) ; compiling (DEFUN |WhereAst| ...) ; compiling (DEFUN |WhereAst;| ...) ; compiling (MAKEPROP (QUOTE |WhereAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-BYWlLS/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile COMMAAST.spad && cp COMMAAST.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/COMMAAST.fasl \ && if test -f COMMAAST-.NRLIB/code.fasl; then \ cp COMMAAST-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/COMMAAST-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/COMMAAST.spad using Spad compiler. COMMAAST abbreviates domain CommaAst debug: compDefine1 lhs: (CommaAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE body ((List (SpadAst)) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE body ((List (SpadAst)) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE body ((List (SpadAst)) $))) $param: NIL debug: evaluateType form: (List (SpadAst)) $param: NIL Debug: evaluateType1 form: (List (SpadAst)) debug: evaluateType1 x: (SpadAst) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: evalCategory d: (SpadAst) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE body ((List (SpadAst)) $))))) ------------------------------------------------------------------------ initializing stationary directory for CommaAst compiling into /tmp/oa-1L3wMR compiling exported body : % -> List SpadAst COMMAAST;body;$L;1 is replaced by %tail Time: 0.02 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE CommaAst) m: (OutputForm) Debug compQuote expr: (QUOTE CommaAst) m: (OutputForm) Debug compQuote expr: (QUOTE body) m: (OutputForm) Debug compQuote expr: (QUOTE body) m: (OutputForm) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor CommaAst Time: 0.04 seconds finalizing NRLIB COMMAAST Processing CommaAst for Browser database: -- body : % -> List SpadAst -- constructor ; compiling file "/tmp/oa-1L3wMR/code.lsp" (written 01 FEB 2016 11:15:54 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMMAAST;body;$L;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |COMMAAST;body;$L;1| ...) ; compiling (DEFUN |COMMAAST;coerce;$Of;2| ...) ; compiling (DEFUN |CommaAst| ...) ; compiling (DEFUN |CommaAst;| ...) ; compiling (MAKEPROP (QUOTE |CommaAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-1L3wMR/code.fasl written ; compilation finished in 0:00:00.019 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile QQUTAST.spad && cp QQUTAST.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/QQUTAST.fasl \ && if test -f QQUTAST-.NRLIB/code.fasl; then \ cp QQUTAST-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/QQUTAST-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/QQUTAST.spad using Spad compiler. QQUTAST abbreviates domain QuasiquoteAst debug: compDefine1 lhs: (QuasiquoteAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE expression ((SpadAst) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE expression ((SpadAst) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE expression ((SpadAst) $))) $param: NIL debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE expression ((SpadAst) $))))) ------------------------------------------------------------------------ initializing stationary directory for QuasiquoteAst compiling into /tmp/oa-BQfur1 compiling exported expression : % -> SpadAst Time: 0.02 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE QuasiquoteAst) m: (OutputForm) Debug compQuote expr: (QUOTE QuasiquoteAst) m: (OutputForm) Debug compQuote expr: (QUOTE expression) m: (OutputForm) Debug compQuote expr: (QUOTE expression) m: (OutputForm) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor QuasiquoteAst Time: 0.04 seconds finalizing NRLIB QQUTAST Processing QuasiquoteAst for Browser database: -- expression : % -> SpadAst -- constructor ; compiling file "/tmp/oa-BQfur1/code.lsp" (written 01 FEB 2016 11:15:54 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |QQUTAST;expression;$Sa;1| ...) ; compiling (DEFUN |QQUTAST;coerce;$Of;2| ...) ; compiling (DEFUN |QuasiquoteAst| ...) ; compiling (DEFUN |QuasiquoteAst;| ...) ; compiling (MAKEPROP (QUOTE |QuasiquoteAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-BQfur1/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile DEFAST.spad && cp DEFAST.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DEFAST.fasl \ && if test -f DEFAST-.NRLIB/code.fasl; then \ cp DEFAST-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DEFAST-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DEFAST.spad using Spad compiler. DEFAST abbreviates domain DefinitionAst debug: compDefine1 lhs: (DefinitionAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE head ((HeadAst) $)) (SIGNATURE signature ((Signature) $)) (SIGNATURE body ((SpadAst) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE head ((HeadAst) $)) (SIGNATURE signature ((Signature) $)) (SIGNATURE body ((SpadAst) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE head ((HeadAst) $)) (SIGNATURE signature ((Signature) $)) (SIGNATURE body ((SpadAst) $))) $param: NIL debug: evaluateType form: (HeadAst) $param: NIL Debug: evaluateType1 form: (HeadAst) debug: evaluateType form: (Signature) $param: NIL Debug: evaluateType1 form: (Signature) debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE head ((HeadAst) $)) (SIGNATURE signature ((Signature) $)) (SIGNATURE body ((SpadAst) $))))) ------------------------------------------------------------------------ initializing stationary directory for DefinitionAst compiling into /tmp/oa-vd5UY7 compiling exported head : % -> HeadAst Time: 0.01 SEC. compiling exported signature : % -> Signature Time: 0.00 SEC. compiling exported body : % -> SpadAst Time: 0 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE DefinitionAst) m: (OutputForm) Debug compQuote expr: (QUOTE DefinitionAst) m: (OutputForm) Debug compQuote expr: (QUOTE head) m: (OutputForm) Debug compQuote expr: (QUOTE head) m: (OutputForm) Debug compQuote expr: (QUOTE signature) m: (OutputForm) Debug compQuote expr: (QUOTE signature) m: (OutputForm) Debug compQuote expr: (QUOTE body) m: (OutputForm) Debug compQuote expr: (QUOTE body) m: (OutputForm) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] head: : HeadAst -- replace by pretend [2] signature: : Signature -- replace by pretend Cumulative Statistics for Constructor DefinitionAst Time: 0.04 seconds finalizing NRLIB DEFAST Processing DefinitionAst for Browser database: -- head : % -> HeadAst -- signature : % -> Signature -- body : % -> SpadAst -- constructor ; compiling file "/tmp/oa-vd5UY7/code.lsp" (written 01 FEB 2016 11:15:54 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DEFAST;head;$Ha;1| ...) ; compiling (DEFUN |DEFAST;signature;$S;2| ...) ; compiling (DEFUN |DEFAST;body;$Sa;3| ...) ; compiling (DEFUN |DEFAST;coerce;$Of;4| ...) ; compiling (DEFUN |DefinitionAst| ...) ; compiling (DEFUN |DefinitionAst;| ...) ; compiling (MAKEPROP (QUOTE |DefinitionAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-vd5UY7/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MACROAST.spad && cp MACROAST.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MACROAST.fasl \ && if test -f MACROAST-.NRLIB/code.fasl; then \ cp MACROAST-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MACROAST-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MACROAST.spad using Spad compiler. MACROAST abbreviates domain MacroAst debug: compDefine1 lhs: (MacroAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE head ((HeadAst) $)) (SIGNATURE body ((SpadAst) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE head ((HeadAst) $)) (SIGNATURE body ((SpadAst) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE head ((HeadAst) $)) (SIGNATURE body ((SpadAst) $))) $param: NIL debug: evaluateType form: (HeadAst) $param: NIL Debug: evaluateType1 form: (HeadAst) debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE head ((HeadAst) $)) (SIGNATURE body ((SpadAst) $))))) ------------------------------------------------------------------------ initializing stationary directory for MacroAst compiling into /tmp/oa-KEFjLi compiling exported head : % -> HeadAst Time: 0.02 SEC. compiling exported body : % -> SpadAst Time: 0 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE MacroAst) m: (OutputForm) Debug compQuote expr: (QUOTE MacroAst) m: (OutputForm) Debug compQuote expr: (QUOTE head) m: (OutputForm) Debug compQuote expr: (QUOTE head) m: (OutputForm) Debug compQuote expr: (QUOTE body) m: (OutputForm) Debug compQuote expr: (QUOTE body) m: (OutputForm) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] head: : HeadAst -- replace by pretend Cumulative Statistics for Constructor MacroAst Time: 0.04 seconds finalizing NRLIB MACROAST Processing MacroAst for Browser database: -- head : % -> HeadAst -- body : % -> SpadAst -- constructor ; compiling file "/tmp/oa-KEFjLi/code.lsp" (written 01 FEB 2016 11:15:54 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |MACROAST;head;$Ha;1| ...) ; compiling (DEFUN |MACROAST;body;$Sa;2| ...) ; compiling (DEFUN |MACROAST;coerce;$Of;3| ...) ; compiling (DEFUN |MacroAst| ...) ; compiling (DEFUN |MacroAst;| ...) ; compiling (MAKEPROP (QUOTE |MacroAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-KEFjLi/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SPADXPT.spad && cp SPADXPT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SPADXPT.fasl \ && if test -f SPADXPT-.NRLIB/code.fasl; then \ cp SPADXPT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SPADXPT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SPADXPT.spad using Spad compiler. SPADXPT abbreviates category SpadAstExports debug: compDefine1 lhs: (SpadAstExports) signature (pre-evaluate): ((Category)) debug: evaluateType form: (Category) $param: NIL debug: compDefine1 signature (post evaluate): ((Category)) ------------------------------------------------------------------------ initializing stationary directory for SpadAstExports compiling into /tmp/oa-DZw0so STYLE-WARNING: redefining BOOT::|SpadAstExports| in DEFUN Time: 0.01 SEC. finalizing NRLIB SPADXPT Processing SpadAstExports for Browser database: -- ?case? : (%,[|"ImportAst"|]) -> Boolean -- autoCoerce : % -> ImportAst -- ?case? : (%,[|"DefinitionAst"|]) -> Boolean -- autoCoerce : % -> DefinitionAst -- ?case? : (%,[|"MacroAst"|]) -> Boolean -- autoCoerce : % -> MacroAst -- ?case? : (%,[|"WhereAst"|]) -> Boolean -- autoCoerce : % -> WhereAst -- ?case? : (%,[|"CategoryAst"|]) -> Boolean -- autoCoerce : % -> CategoryAst -- ?case? : (%,[|"JoinAst"|]) -> Boolean -- autoCoerce : % -> JoinAst --->../../x86_64-unknown-linux-gnu/src/algebra/syntax.spad-->SpadAstExports((autoCoerce (JoinAst %))): Unexpected HT command: \spadype "\\spad{autoCoerce(s)} returns the \\spadype{JoinAst} view of of the AST object \\spad{s}. Left at the discretion of the compiler." -- ?case? : (%,[|"CapsuleAst"|]) -> Boolean -- autoCoerce : % -> CapsuleAst -- ?case? : (%,[|"SignatureAst"|]) -> Boolean -- autoCoerce : % -> SignatureAst -- ?case? : (%,[|"AttributeAst"|]) -> Boolean -- autoCoerce : % -> AttributeAst -- ?case? : (%,[|"MappingAst"|]) -> Boolean -- autoCoerce : % -> MappingAst -- ?case? : (%,[|"IfAst"|]) -> Boolean -- autoCoerce : % -> IfAst -- ?case? : (%,[|"RepeatAst"|]) -> Boolean -- autoCoerce : % -> RepeatAst -- ?case? : (%,[|"WhileAst"|]) -> Boolean -- autoCoerce : % -> WhileAst -- ?case? : (%,[|"InAst"|]) -> Boolean -- autoCoerce : % -> InAst -- ?case? : (%,[|"StepAst"|]) -> Boolean -- autoCoerce : % -> StepAst -- ?case? : (%,[|"CollectAst"|]) -> Boolean -- autoCoerce : % -> CollectAst -- ?case? : (%,[|"ConstructAst"|]) -> Boolean -- autoCoerce : % -> ConstructAst -- ?case? : (%,[|"ExitAst"|]) -> Boolean -- autoCoerce : % -> ExitAst -- ?case? : (%,[|"ReturnAst"|]) -> Boolean -- autoCoerce : % -> ReturnAst -- ?case? : (%,[|"CoerceAst"|]) -> Boolean -- autoCoerce : % -> CoerceAst -- ?case? : (%,[|"PretendAst"|]) -> Boolean -- autoCoerce : % -> PretendAst -- ?case? : (%,[|"RestrictAst"|]) -> Boolean -- autoCoerce : % -> RestrictAst -- ?case? : (%,[|"SegmentAst"|]) -> Boolean -- autoCoerce : % -> SegmentAst -- ?case? : (%,[|"SequenceAst"|]) -> Boolean -- autoCoerce : % -> SequenceAst -- ?case? : (%,[|"LetAst"|]) -> Boolean -- autoCoerce : % -> LetAst -- ?case? : (%,[|"SuchThatAst"|]) -> Boolean -- autoCoerce : % -> SuchThatAst -- ?case? : (%,[|"ColonAst"|]) -> Boolean -- autoCoerce : % -> ColonAst -- ?case? : (%,[|"CaseAst"|]) -> Boolean -- autoCoerce : % -> CaseAst -- ?case? : (%,[|"HasAst"|]) -> Boolean -- autoCoerce : % -> HasAst -- ?case? : (%,[|"IsAst"|]) -> Boolean -- autoCoerce : % -> IsAst -- ?case? : (%,[|"Identifier"|]) -> Boolean -- autoCoerce : % -> Identifier -- ?case? : (%,[|"String"|]) -> Boolean -- autoCoerce : % -> String -- ?case? : (%,[|"Integer"|]) -> Boolean -- autoCoerce : % -> Integer -- constructor ; compiling file "/tmp/oa-DZw0so/code.lsp" (written 01 FEB 2016 11:15:54 PM): ; compiling (DEFPARAMETER |SpadAstExports;AL| ...) ; compiling (DEFUN |SpadAstExports;| ...) ; compiling (DEFUN |SpadAstExports| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-DZw0so/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SPADAST.spad && cp SPADAST.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SPADAST.fasl \ && if test -f SPADAST-.NRLIB/code.fasl; then \ cp SPADAST-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SPADAST-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SPADAST.spad using Spad compiler. SPADAST abbreviates domain SpadAst debug: compDefine1 lhs: (SpadAst) signature (pre-evaluate): ((SpadAstExports)) debug: evaluateType form: (SpadAstExports) $param: NIL Debug: evaluateType1 form: (SpadAstExports) debug: compDefine1 signature (post evaluate): ((SpadAstExports)) ------------------------------------------------------------------------ initializing stationary directory for SpadAst compiling into /tmp/oa-YHiU6A compiling local isAst : (%,Identifier) -> Boolean Time: 0.04 SEC. compiling exported case : (%,[||] ImportAst) -> Boolean Debug compQuote expr: (QUOTE import) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> ImportAst SPADAST;autoCoerce;$Ia;3 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] DefinitionAst) -> Boolean Debug compQuote expr: (QUOTE DEF) m: (Identifier) Time: 0.00 SEC. compiling exported autoCoerce : % -> DefinitionAst SPADAST;autoCoerce;$Da;5 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] MacroAst) -> Boolean Debug compQuote expr: (QUOTE MDEF) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> MacroAst SPADAST;autoCoerce;$Ma;7 x is replaced by x Time: 0.00 SEC. compiling exported case : (%,[||] WhereAst) -> Boolean Debug compQuote expr: (QUOTE where) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> WhereAst SPADAST;autoCoerce;$Wa;9 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] CategoryAst) -> Boolean Debug compQuote expr: (QUOTE CATEGORY) m: (Identifier) Time: 0.00 SEC. compiling exported autoCoerce : % -> CategoryAst SPADAST;autoCoerce;$Ca;11 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] JoinAst) -> Boolean Debug compQuote expr: (QUOTE Join) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> JoinAst SPADAST;autoCoerce;$Ja;13 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] CapsuleAst) -> Boolean Debug compQuote expr: (QUOTE CAPSULE) m: (Identifier) Time: 0.00 SEC. compiling exported autoCoerce : % -> CapsuleAst SPADAST;autoCoerce;$Ca;15 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] SignatureAst) -> Boolean Debug compQuote expr: (QUOTE SIGNATURE) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> SignatureAst SPADAST;autoCoerce;$Sa;17 x is replaced by x Time: 0.00 SEC. compiling exported case : (%,[||] AttributeAst) -> Boolean Debug compQuote expr: (QUOTE ATTRIBUTE) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> AttributeAst SPADAST;autoCoerce;$Aa;19 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] MappingAst) -> Boolean Debug compQuote expr: (QUOTE Mapping) m: (Identifier) Time: 0.00 SEC. compiling exported autoCoerce : % -> MappingAst SPADAST;autoCoerce;$Ma;21 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] IfAst) -> Boolean Debug compQuote expr: (QUOTE IF) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> IfAst SPADAST;autoCoerce;$Ia;23 x is replaced by x Time: 0.00 SEC. compiling exported case : (%,[||] RepeatAst) -> Boolean Debug compQuote expr: (QUOTE REPEAT) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> RepeatAst SPADAST;autoCoerce;$Ra;25 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] WhileAst) -> Boolean Debug compQuote expr: (QUOTE WHILE) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> WhileAst SPADAST;autoCoerce;$Wa;27 x is replaced by x Time: 0.00 SEC. compiling exported case : (%,[||] InAst) -> Boolean Debug compQuote expr: (QUOTE IN) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> InAst SPADAST;autoCoerce;$Ia;29 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] StepAst) -> Boolean Debug compQuote expr: (QUOTE STEP) m: (Identifier) Time: 0.00 SEC. compiling exported autoCoerce : % -> StepAst SPADAST;autoCoerce;$Sa;31 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] CollectAst) -> Boolean Debug compQuote expr: (QUOTE COLLECT) m: (Identifier) Time: 0.00 SEC. compiling exported autoCoerce : % -> CollectAst SPADAST;autoCoerce;$Ca;33 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] ConstructAst) -> Boolean Debug compQuote expr: (QUOTE construct) m: (Identifier) Time: 0.00 SEC. compiling exported autoCoerce : % -> ConstructAst SPADAST;autoCoerce;$Ca;35 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] ExitAst) -> Boolean Debug compQuote expr: (QUOTE exit) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> ExitAst SPADAST;autoCoerce;$Ea;37 x is replaced by x Time: 0.00 SEC. compiling exported case : (%,[||] ReturnAst) -> Boolean Debug compQuote expr: (QUOTE return) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> ReturnAst SPADAST;autoCoerce;$Ra;39 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] CoerceAst) -> Boolean Debug compQuote expr: (QUOTE ::) m: (Identifier) Time: 0.00 SEC. compiling exported autoCoerce : % -> CoerceAst SPADAST;autoCoerce;$Ca;41 x is replaced by x Time: 0.00 SEC. compiling exported case : (%,[||] PretendAst) -> Boolean Debug compQuote expr: (QUOTE pretend) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> PretendAst SPADAST;autoCoerce;$Pa;43 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] RestrictAst) -> Boolean Debug compQuote expr: (QUOTE @) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> RestrictAst SPADAST;autoCoerce;$Ra;45 x is replaced by x Time: 0.00 SEC. compiling exported case : (%,[||] SegmentAst) -> Boolean Debug compQuote expr: (QUOTE SEGMENT) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> SegmentAst SPADAST;autoCoerce;$Sa;47 x is replaced by x Time: 0.00 SEC. compiling exported case : (%,[||] SequenceAst) -> Boolean Debug compQuote expr: (QUOTE SEQ) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> SequenceAst SPADAST;autoCoerce;$Sa;49 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] LetAst) -> Boolean Debug compQuote expr: (QUOTE %LET) m: (Identifier) Debug compQuote expr: (QUOTE :=) m: (Identifier) Time: 0.00 SEC. compiling exported autoCoerce : % -> LetAst SPADAST;autoCoerce;$La;51 x is replaced by x Time: 0.00 SEC. compiling exported case : (%,[||] SuchThatAst) -> Boolean Debug compQuote expr: (QUOTE |) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> SuchThatAst SPADAST;autoCoerce;$Sta;53 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] ColonAst) -> Boolean Debug compQuote expr: (QUOTE :) m: (Identifier) Time: 0.00 SEC. compiling exported autoCoerce : % -> ColonAst SPADAST;autoCoerce;$Ca;55 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] CaseAst) -> Boolean Debug compQuote expr: (QUOTE case) m: (Identifier) Time: 0.00 SEC. compiling exported autoCoerce : % -> CaseAst SPADAST;autoCoerce;$Ca;57 x is replaced by x Time: 0.00 SEC. compiling exported case : (%,[||] HasAst) -> Boolean Debug compQuote expr: (QUOTE has) m: (Identifier) Time: 0 SEC. compiling exported autoCoerce : % -> HasAst SPADAST;autoCoerce;$Ha;59 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] IsAst) -> Boolean Debug compQuote expr: (QUOTE is) m: (Identifier) Time: 0.00 SEC. compiling exported autoCoerce : % -> IsAst SPADAST;autoCoerce;$Ia;61 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] Identifier) -> Boolean Time: 0.01 SEC. compiling exported autoCoerce : % -> Identifier SPADAST;autoCoerce;$I;63 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] String) -> Boolean Time: 0.01 SEC. compiling exported autoCoerce : % -> String SPADAST;autoCoerce;$S;65 x is replaced by x Time: 0 SEC. compiling exported case : (%,[||] Integer) -> Boolean Time: 0.01 SEC. compiling exported autoCoerce : % -> Integer SPADAST;autoCoerce;$I;67 x is replaced by x Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE IF) m: $EmptyMode Debug compQuote expr: (QUOTE IF) m: (Identifier) Debug compQuote expr: (QUOTE REPEAT) m: $EmptyMode Debug compQuote expr: (QUOTE REPEAT) m: (Identifier) Debug compQuote expr: (QUOTE WHILE) m: $EmptyMode Debug compQuote expr: (QUOTE WHILE) m: (Identifier) Debug compQuote expr: (QUOTE IN) m: $EmptyMode Debug compQuote expr: (QUOTE IN) m: (Identifier) Debug compQuote expr: (QUOTE STEP) m: $EmptyMode Debug compQuote expr: (QUOTE STEP) m: (Identifier) Debug compQuote expr: (QUOTE COLLECT) m: $EmptyMode Debug compQuote expr: (QUOTE COLLECT) m: (Identifier) Debug compQuote expr: (QUOTE construct) m: $EmptyMode Debug compQuote expr: (QUOTE construct) m: (Identifier) Debug compQuote expr: (QUOTE exit) m: $EmptyMode Debug compQuote expr: (QUOTE exit) m: (Identifier) Debug compQuote expr: (QUOTE return) m: $EmptyMode Debug compQuote expr: (QUOTE return) m: (Identifier) Debug compQuote expr: (QUOTE SEQ) m: $EmptyMode Debug compQuote expr: (QUOTE SEQ) m: (Identifier) Debug compQuote expr: (QUOTE %LET) m: $EmptyMode Debug compQuote expr: (QUOTE %LET) m: (Identifier) Debug compQuote expr: (QUOTE :=) m: $EmptyMode Debug compQuote expr: (QUOTE :=) m: (Identifier) Debug compQuote expr: (QUOTE pretend) m: $EmptyMode Debug compQuote expr: (QUOTE pretend) m: (Identifier) Debug compQuote expr: (QUOTE ::) m: $EmptyMode Debug compQuote expr: (QUOTE ::) m: (Identifier) Debug compQuote expr: (QUOTE @) m: $EmptyMode Debug compQuote expr: (QUOTE @) m: (Identifier) Debug compQuote expr: (QUOTE SEGMENT) m: $EmptyMode Debug compQuote expr: (QUOTE SEGMENT) m: (Identifier) Debug compQuote expr: (QUOTE |) m: $EmptyMode Debug compQuote expr: (QUOTE |) m: (Identifier) Debug compQuote expr: (QUOTE :) m: $EmptyMode Debug compQuote expr: (QUOTE :) m: (Identifier) Debug compQuote expr: (QUOTE add) m: $EmptyMode Debug compQuote expr: (QUOTE add) m: (Identifier) Debug compQuote expr: (QUOTE case) m: $EmptyMode Debug compQuote expr: (QUOTE case) m: (Identifier) Debug compQuote expr: (QUOTE has) m: $EmptyMode Debug compQuote expr: (QUOTE has) m: (Identifier) Debug compQuote expr: (QUOTE is) m: $EmptyMode Debug compQuote expr: (QUOTE is) m: (Identifier) Debug compQuote expr: (QUOTE where) m: $EmptyMode Debug compQuote expr: (QUOTE where) m: (Identifier) Debug compQuote expr: (QUOTE %Comma) m: $EmptyMode Debug compQuote expr: (QUOTE %Comma) m: (Identifier) Debug compQuote expr: (QUOTE Mapping) m: $EmptyMode Debug compQuote expr: (QUOTE Mapping) m: (Identifier) Debug compQuote expr: (QUOTE DEF) m: $EmptyMode Debug compQuote expr: (QUOTE DEF) m: (Identifier) Debug compQuote expr: (QUOTE MDEF) m: $EmptyMode Debug compQuote expr: (QUOTE MDEF) m: (Identifier) Debug compQuote expr: (QUOTE SIGNATURE) m: $EmptyMode Debug compQuote expr: (QUOTE SIGNATURE) m: (Identifier) Debug compQuote expr: (QUOTE ATTRIBUTE) m: $EmptyMode Debug compQuote expr: (QUOTE ATTRIBUTE) m: (Identifier) Debug compQuote expr: (QUOTE CATEGORY) m: $EmptyMode Debug compQuote expr: (QUOTE CATEGORY) m: (Identifier) Debug compQuote expr: (QUOTE Join) m: $EmptyMode Debug compQuote expr: (QUOTE Join) m: (Identifier) Debug compQuote expr: (QUOTE CAPSULE) m: $EmptyMode Debug compQuote expr: (QUOTE CAPSULE) m: (Identifier) Debug compQuote expr: (QUOTE import) m: $EmptyMode Debug compQuote expr: (QUOTE import) m: (Identifier) Time: 0.21 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] isAst: getOperator has no value [2] autoCoerce: : ImportAst -- replace by pretend [3] autoCoerce: : DefinitionAst -- replace by pretend [4] autoCoerce: : MacroAst -- replace by pretend [5] autoCoerce: : WhereAst -- replace by pretend [6] autoCoerce: : CategoryAst -- replace by pretend [7] autoCoerce: : JoinAst -- replace by pretend [8] autoCoerce: : CapsuleAst -- replace by pretend [9] autoCoerce: : SignatureAst -- replace by pretend [10] autoCoerce: : AttributeAst -- replace by pretend [11] autoCoerce: : MappingAst -- replace by pretend [12] autoCoerce: : IfAst -- replace by pretend [13] autoCoerce: : RepeatAst -- replace by pretend [14] autoCoerce: : WhileAst -- replace by pretend [15] autoCoerce: : InAst -- replace by pretend [16] autoCoerce: : StepAst -- replace by pretend [17] autoCoerce: : CollectAst -- replace by pretend [18] autoCoerce: : ConstructAst -- replace by pretend [19] autoCoerce: : ExitAst -- replace by pretend [20] autoCoerce: : ReturnAst -- replace by pretend [21] autoCoerce: : CoerceAst -- replace by pretend [22] autoCoerce: : PretendAst -- replace by pretend [23] autoCoerce: : RestrictAst -- replace by pretend [24] autoCoerce: : SegmentAst -- replace by pretend [25] autoCoerce: : SequenceAst -- replace by pretend [26] autoCoerce: : LetAst -- replace by pretend [27] autoCoerce: : SuchThatAst -- replace by pretend [28] autoCoerce: : ColonAst -- replace by pretend [29] autoCoerce: : CaseAst -- replace by pretend [30] autoCoerce: : HasAst -- replace by pretend [31] autoCoerce: : IsAst -- replace by pretend [32] autoCoerce: : Identifier -- replace by pretend [33] autoCoerce: : String -- replace by pretend [34] autoCoerce: : Integer -- replace by pretend [35] coerce: : Syntax -- replace by pretend [36] coerce: : IfAst -- replace by pretend [37] coerce: : RepeatAst -- replace by pretend [38] coerce: : WhileAst -- replace by pretend [39] coerce: : InAst -- replace by pretend [40] coerce: : StepAst -- replace by pretend [41] coerce: : CollectAst -- replace by pretend [42] coerce: : ConstructAst -- replace by pretend [43] coerce: : ExitAst -- replace by pretend [44] coerce: : ReturnAst -- replace by pretend [45] coerce: : SequenceAst -- replace by pretend [46] coerce: : LetAst -- replace by pretend [47] coerce: : PretendAst -- replace by pretend [48] coerce: : CoerceAst -- replace by pretend [49] coerce: : RestrictAst -- replace by pretend [50] coerce: : SegmentAst -- replace by pretend [51] coerce: : SuchThatAst -- replace by pretend [52] coerce: : ColonAst -- replace by pretend [53] coerce: : AddAst -- replace by pretend [54] coerce: : CaseAst -- replace by pretend [55] coerce: : WhereAst -- replace by pretend [56] coerce: : CommaAst -- replace by pretend [57] coerce: : MappingAst -- replace by pretend [58] coerce: : DefinitionAst -- replace by pretend [59] coerce: : MacroAst -- replace by pretend [60] coerce: : SignatureAst -- replace by pretend [61] coerce: : AttributeAst -- replace by pretend [62] coerce: : CategoryAst -- replace by pretend [63] coerce: : JoinAst -- replace by pretend [64] coerce: : CapsuleAst -- replace by pretend [65] coerce: : ImportAst -- replace by pretend Cumulative Statistics for Constructor SpadAst Time: 0.38 seconds finalizing NRLIB SPADAST Processing SpadAst for Browser database: -- constructor ; compiling file "/tmp/oa-YHiU6A/code.lsp" (written 01 FEB 2016 11:15:55 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ia;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Da;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ma;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Wa;9|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ca;11|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ja;13|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ca;15|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Sa;17|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Aa;19|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ma;21|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ia;23|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ra;25|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Wa;27|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ia;29|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Sa;31|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ca;33|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ca;35|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ea;37|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ra;39|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ca;41|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Pa;43|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ra;45|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Sa;47|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Sa;49|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$La;51|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Sta;53|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ca;55|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ca;57|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ha;59|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$Ia;61|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$I;63|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$S;65|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SPADAST;autoCoerce;$I;67|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SPADAST;isAst| ...) ; compiling (DEFUN |SPADAST;case;$_B;2| ...) ; file: /tmp/oa-YHiU6A/code.lsp ; in: DEFUN |SPADAST;case;$_B;2| ; (DEFUN BOOT::|SPADAST;case;$_B;2| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|import| BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;2| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;2| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|import| BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ia;3| ...) ; compiling (DEFUN |SPADAST;case;$_B;4| ...) ; file: /tmp/oa-YHiU6A/code.lsp ; in: DEFUN |SPADAST;case;$_B;4| ; (DEFUN BOOT::|SPADAST;case;$_B;4| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::DEF BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;4| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;4| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::DEF BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Da;5| ...) ; compiling (DEFUN |SPADAST;case;$_B;6| ...) ; file: /tmp/oa-YHiU6A/code.lsp ; in: DEFUN |SPADAST;case;$_B;6| ; (DEFUN BOOT::|SPADAST;case;$_B;6| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::MDEF BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;6| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;6| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::MDEF BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ma;7| ...) ; compiling (DEFUN |SPADAST;case;$_B;8| ...) ; file: /tmp/oa-YHiU6A/code.lsp ; in: DEFUN |SPADAST;case;$_B;8| ; (DEFUN BOOT::|SPADAST;case;$_B;8| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|where| BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;8| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;8| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|where| BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Wa;9| ...) ; compiling (DEFUN |SPADAST;case;$_B;10| ...) ; file: /tmp/oa-YHiU6A/code.lsp ; in: DEFUN |SPADAST;case;$_B;10| ; (DEFUN BOOT::|SPADAST;case;$_B;10| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::CATEGORY BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;10| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;10| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::CATEGORY BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ca;11| ...) ; compiling (DEFUN |SPADAST;case;$_B;12| ...) ; file: /tmp/oa-YHiU6A/code.lsp ; in: DEFUN |SPADAST;case;$_B;12| ; (DEFUN BOOT::|SPADAST;case;$_B;12| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|Join| BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;12| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;12| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|Join| BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ja;13| ...) ; compiling (DEFUN |SPADAST;case;$_B;14| ...) ; file: /tmp/oa-YHiU6A/code.lsp ; in: DEFUN |SPADAST;case;$_B;14| ; (DEFUN BOOT::|SPADAST;case;$_B;14| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::CAPSULE BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;14| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;14| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::CAPSULE BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ca;15| ...) ; compiling (DEFUN |SPADAST;case;$_B;16| ...) ; file: /tmp/oa-YHiU6A/code.lsp ; in: DEFUN |SPADAST;case;$_B;16| ; (DEFUN BOOT::|SPADAST;case;$_B;16| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::SIGNATURE BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;16| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;16| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::SIGNATURE BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Sa;17| ...) ; compiling (DEFUN |SPADAST;case;$_B;18| ...) ; file: /tmp/oa-YHiU6A/code.lsp ; in: DEFUN |SPADAST;case;$_B;18| ; (DEFUN BOOT::|SPADAST;case;$_B;18| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::ATTRIBUTE BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;18| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;18| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::ATTRIBUTE BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Aa;19| ...) ; compiling (DEFUN |SPADAST;case;$_B;20| ...) ; file: /tmp/oa-YHiU6A/code.lsp ; in: DEFUN |SPADAST;case;$_B;20| ; (DEFUN BOOT::|SPADAST;case;$_B;20| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|Mapping| BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;20| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;20| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|Mapping| BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ma;21| ...) ; compiling (DEFUN |SPADAST;case;$_B;22| ...) ; file: /tmp/oa-YHiU6A/code.lsp ; in: DEFUN |SPADAST;case;$_B;22| ; (DEFUN BOOT::|SPADAST;case;$_B;22| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'IF BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;22| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;22| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'IF BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ia;23| ...) ; compiling (DEFUN |SPADAST;case;$_B;24| ...) ; file: /tmp/oa-YHiU6A/code.lsp ; in: DEFUN |SPADAST;case;$_B;24| ; (DEFUN BOOT::|SPADAST;case;$_B;24| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::REPEAT BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;24| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;24| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::REPEAT BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ra;25| ...) ; compiling (DEFUN |SPADAST;case;$_B;26| ...) ; file: /tmp/oa-YHiU6A/code.lsp ; in: DEFUN |SPADAST;case;$_B;26| ; (DEFUN BOOT::|SPADAST;case;$_B;26| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::WHILE BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;26| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;26| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::WHILE BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Wa;27| ...) ; compiling (DEFUN |SPADAST;case;$_B;28| ...) ; file: /tmp/oa-YHiU6A/code.lsp ; in: DEFUN |SPADAST;case;$_B;28| ; (DEFUN BOOT::|SPADAST;case;$_B;28| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::IN BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;28| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;28| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::IN BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ia;29| ...) ; compiling (DEFUN |SPADAST;case;$_B;30| ...) ; file: /tmp/oa-YHiU6A/code.lsp ; in: DEFUN |SPADAST;case;$_B;30| ; (DEFUN BOOT::|SPADAST;case;$_B;30| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'STEP BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;30| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;30| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'STEP BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Sa;31| ...) ; compiling (DEFUN |SPADAST;case;$_B;32| ...) ; file: /tmp/oa-YHiU6A/code.lsp ; in: DEFUN |SPADAST;case;$_B;32| ; (DEFUN BOOT::|SPADAST;case;$_B;32| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::COLLECT BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;32| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;32| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::COLLECT BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ca;33| ...) ; compiling (DEFUN |SPADAST;case;$_B;34| ...) ; file: /tmp/oa-YHiU6A/code.lsp ; in: DEFUN |SPADAST;case;$_B;34| ; (DEFUN BOOT::|SPADAST;case;$_B;34| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|construct| BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;34| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;34| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|construct| BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ca;35| ...) ; compiling (DEFUN |SPADAST;case;$_B;36| ...) ; file: /tmp/oa-YHiU6A/code.lsp ; in: DEFUN |SPADAST;case;$_B;36| ; (DEFUN BOOT::|SPADAST;case;$_B;36| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|exit| BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;36| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;36| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|exit| BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ea;37| ...) ; compiling (DEFUN |SPADAST;case;$_B;38| ...) ; file: /tmp/oa-YHiU6A/code.lsp ; in: DEFUN |SPADAST;case;$_B;38| ; (DEFUN BOOT::|SPADAST;case;$_B;38| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|return| BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;38| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;38| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|return| BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ra;39| ...) ; compiling (DEFUN |SPADAST;case;$_B;40| ...) ; file: /tmp/oa-YHiU6A/code.lsp ; in: DEFUN |SPADAST;case;$_B;40| ; (DEFUN BOOT::|SPADAST;case;$_B;40| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|::| BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;40| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;40| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|::| BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ca;41| ...) ; compiling (DEFUN |SPADAST;case;$_B;42| ...) ; file: /tmp/oa-YHiU6A/code.lsp ; in: DEFUN |SPADAST;case;$_B;42| ; (DEFUN BOOT::|SPADAST;case;$_B;42| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|pretend| BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;42| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;42| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|pretend| BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Pa;43| ...) ; compiling (DEFUN |SPADAST;case;$_B;44| ...) ; file: /tmp/oa-YHiU6A/code.lsp ; in: DEFUN |SPADAST;case;$_B;44| ; (DEFUN BOOT::|SPADAST;case;$_B;44| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::@ BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;44| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;44| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::@ BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ra;45| ...) ; compiling (DEFUN |SPADAST;case;$_B;46| ...) ; file: /tmp/oa-YHiU6A/code.lsp ; in: DEFUN |SPADAST;case;$_B;46| ; (DEFUN BOOT::|SPADAST;case;$_B;46| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::SEGMENT BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;46| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;46| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::SEGMENT BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Sa;47| ...) ; compiling (DEFUN |SPADAST;case;$_B;48| ...) ; file: /tmp/oa-YHiU6A/code.lsp ; in: DEFUN |SPADAST;case;$_B;48| ; (DEFUN BOOT::|SPADAST;case;$_B;48| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::SEQ BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;48| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;48| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::SEQ BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Sa;49| ...) ; compiling (DEFUN |SPADAST;case;$_B;50| ...) ; file: /tmp/oa-YHiU6A/code.lsp ; in: DEFUN |SPADAST;case;$_B;50| ; (DEFUN BOOT::|SPADAST;case;$_B;50| (BOOT::|x| BOOT::T1 BOOT::$) ; (OR (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::%LET BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|:=| BOOT::$))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;50| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;50| ; (OR (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::%LET BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|:=| BOOT::$)))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$La;51| ...) ; compiling (DEFUN |SPADAST;case;$_B;52| ...) ; file: /tmp/oa-YHiU6A/code.lsp ; in: DEFUN |SPADAST;case;$_B;52| ; (DEFUN BOOT::|SPADAST;case;$_B;52| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|\|| BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;52| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;52| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|\|| BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Sta;53| ...) ; compiling (DEFUN |SPADAST;case;$_B;54| ...) ; file: /tmp/oa-YHiU6A/code.lsp ; in: DEFUN |SPADAST;case;$_B;54| ; (DEFUN BOOT::|SPADAST;case;$_B;54| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|:| BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;54| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;54| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|:| BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ca;55| ...) ; compiling (DEFUN |SPADAST;case;$_B;56| ...) ; file: /tmp/oa-YHiU6A/code.lsp ; in: DEFUN |SPADAST;case;$_B;56| ; (DEFUN BOOT::|SPADAST;case;$_B;56| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|case| BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;56| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;56| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|case| BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ca;57| ...) ; compiling (DEFUN |SPADAST;case;$_B;58| ...) ; file: /tmp/oa-YHiU6A/code.lsp ; in: DEFUN |SPADAST;case;$_B;58| ; (DEFUN BOOT::|SPADAST;case;$_B;58| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|has| BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;58| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;58| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|has| BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ha;59| ...) ; compiling (DEFUN |SPADAST;case;$_B;60| ...) ; file: /tmp/oa-YHiU6A/code.lsp ; in: DEFUN |SPADAST;case;$_B;60| ; (DEFUN BOOT::|SPADAST;case;$_B;60| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|is| BOOT::$)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;60| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;60| ; (BOOT::|SPADAST;isAst| BOOT::|x| 'BOOT::|is| BOOT::$))) ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$Ia;61| ...) ; compiling (DEFUN |SPADAST;case;$_B;62| ...) ; file: /tmp/oa-YHiU6A/code.lsp ; in: DEFUN |SPADAST;case;$_B;62| ; (DEFUN BOOT::|SPADAST;case;$_B;62| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 7)) ; '(BOOT::|Identifier|) (BOOT::|shellEntry| BOOT::$ 139))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;62| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;62| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 7)) ; '(BOOT::|Identifier|) (BOOT::|shellEntry| BOOT::$ 139)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$I;63| ...) ; compiling (DEFUN |SPADAST;case;$_B;64| ...) ; file: /tmp/oa-YHiU6A/code.lsp ; in: DEFUN |SPADAST;case;$_B;64| ; (DEFUN BOOT::|SPADAST;case;$_B;64| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 7)) ; '(BOOT::|String|) (BOOT::|shellEntry| BOOT::$ 143))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;64| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;64| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 7)) ; '(BOOT::|String|) (BOOT::|shellEntry| BOOT::$ 143)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$S;65| ...) ; compiling (DEFUN |SPADAST;case;$_B;66| ...) ; file: /tmp/oa-YHiU6A/code.lsp ; in: DEFUN |SPADAST;case;$_B;66| ; (DEFUN BOOT::|SPADAST;case;$_B;66| (BOOT::|x| BOOT::T1 BOOT::$) ; (BOOT::SPADCALL (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 7)) ; '(BOOT::|Integer|) (BOOT::|shellEntry| BOOT::$ 147))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|SPADAST;case;$_B;66| ; (BOOT::|x| BOOT::T1 BOOT::$) ; (BLOCK BOOT::|SPADAST;case;$_B;66| ; (BOOT::SPADCALL ; (BOOT::SPADCALL BOOT::|x| (BOOT::|shellEntry| BOOT::$ 7)) ; '(BOOT::|Integer|) (BOOT::|shellEntry| BOOT::$ 147)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; ; caught STYLE-WARNING: ; The variable T1 is defined but never used. ; compiling (DEFUN |SPADAST;autoCoerce;$I;67| ...) ; compiling (DEFUN |SPADAST;coerce;$Of;68| ...) ; compiling (DEFUN |SpadAst| ...) ; compiling (DEFUN |SpadAst;| ...) ; compiling (MAKEPROP (QUOTE |SpadAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 33 STYLE-WARNING conditions ; printed 3 notes ; /tmp/oa-YHiU6A/code.fasl written ; compilation finished in 0:00:00.145 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SIGAST.spad && cp SIGAST.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SIGAST.fasl \ && if test -f SIGAST-.NRLIB/code.fasl; then \ cp SIGAST-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SIGAST-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SIGAST.spad using Spad compiler. SIGAST abbreviates domain SignatureAst debug: compDefine1 lhs: (SignatureAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE signatureAst ($ (Identifier) (Signature))) (SIGNATURE name ((Identifier) $)) (SIGNATURE signature ((Signature) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE signatureAst ($ (Identifier) (Signature))) (SIGNATURE name ((Identifier) $)) (SIGNATURE signature ((Signature) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE signatureAst ($ (Identifier) (Signature))) (SIGNATURE name ((Identifier) $)) (SIGNATURE signature ((Signature) $))) $param: NIL debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: (Signature) $param: NIL Debug: evaluateType1 form: (Signature) debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: (Signature) $param: NIL Debug: evaluateType1 form: (Signature) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE signatureAst ($ (Identifier) (Signature))) (SIGNATURE name ((Identifier) $)) (SIGNATURE signature ((Signature) $))))) ------------------------------------------------------------------------ initializing stationary directory for SignatureAst compiling into /tmp/oa-bvqF29 compiling exported signatureAst : (Identifier,Signature) -> % Debug compQuote expr: (QUOTE SIGNATURE) m: $EmptyMode Debug compQuote expr: (QUOTE SIGNATURE) m: (Identifier) SIGAST;signatureAst;IS$;1(n,sig) is replaced by %pair(SIGNATURE,%pair(n,%list sig)) Time: 0.02 SEC. compiling exported name : % -> Identifier SIGAST;name;$I;2 x is replaced by %head %tail x Time: 0.00 SEC. compiling exported signature : % -> Signature Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE SignatureAst) m: (OutputForm) Debug compQuote expr: (QUOTE SignatureAst) m: (OutputForm) Debug compQuote expr: (QUOTE name) m: (OutputForm) Debug compQuote expr: (QUOTE name) m: (OutputForm) Debug compQuote expr: (QUOTE signature) m: (OutputForm) Debug compQuote expr: (QUOTE signature) m: (OutputForm) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] signature: value has no value Cumulative Statistics for Constructor SignatureAst Time: 0.06 seconds finalizing NRLIB SIGAST Processing SignatureAst for Browser database: -- signatureAst : (Identifier,Signature) -> % -- name : % -> Identifier -- signature : % -> Signature -- constructor ; compiling file "/tmp/oa-bvqF29/code.lsp" (written 01 FEB 2016 11:15:55 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SIGAST;signatureAst;IS$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SIGAST;name;$I;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SIGAST;signatureAst;IS$;1| ...) ; compiling (DEFUN |SIGAST;name;$I;2| ...) ; compiling (DEFUN |SIGAST;signature;$S;3| ...) ; compiling (DEFUN |SIGAST;coerce;$Of;4| ...) ; compiling (DEFUN |SignatureAst| ...) ; compiling (DEFUN |SignatureAst;| ...) ; compiling (MAKEPROP (QUOTE |SignatureAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-bvqF29/code.fasl written ; compilation finished in 0:00:00.019 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile INBFILE.spad && cp INBFILE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INBFILE.fasl \ && if test -f INBFILE-.NRLIB/code.fasl; then \ cp INBFILE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INBFILE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INBFILE.spad using Spad compiler. INBFILE abbreviates domain InputBinaryFile debug: compDefine1 lhs: (InputBinaryFile) signature (pre-evaluate): ((Join (InputByteConduit) (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE inputBinaryFile ($ (FileName))) (SIGNATURE inputBinaryFile ($ (String))) (SIGNATURE eof? ((Boolean) $)) (SIGNATURE isOpen? ((Boolean) $)) (SIGNATURE position ((SingleInteger) $)) (SIGNATURE position! ((SingleInteger) $ (SingleInteger)))))) debug: evaluateType form: (Join (InputByteConduit) (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE inputBinaryFile ($ (FileName))) (SIGNATURE inputBinaryFile ($ (String))) (SIGNATURE eof? ((Boolean) $)) (SIGNATURE isOpen? ((Boolean) $)) (SIGNATURE position ((SingleInteger) $)) (SIGNATURE position! ((SingleInteger) $ (SingleInteger))))) $param: NIL debug: evaluateType form: (InputByteConduit) $param: NIL Debug: evaluateType1 form: (InputByteConduit) debug: evaluateType form: (CoercibleTo (OutputForm)) $param: NIL Debug: evaluateType1 form: (CoercibleTo (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE inputBinaryFile ($ (FileName))) (SIGNATURE inputBinaryFile ($ (String))) (SIGNATURE eof? ((Boolean) $)) (SIGNATURE isOpen? ((Boolean) $)) (SIGNATURE position ((SingleInteger) $)) (SIGNATURE position! ((SingleInteger) $ (SingleInteger)))) $param: NIL debug: evaluateType form: (FileName) $param: NIL Debug: evaluateType1 form: (FileName) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: evaluateType form: (SingleInteger) $param: NIL Debug: evaluateType1 form: (SingleInteger) debug: evaluateType form: (SingleInteger) $param: NIL Debug: evaluateType1 form: (SingleInteger) debug: evaluateType form: (SingleInteger) $param: NIL Debug: evaluateType1 form: (SingleInteger) debug: compDefine1 signature (post evaluate): ((Join (InputByteConduit) (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE inputBinaryFile ($ (FileName))) (SIGNATURE inputBinaryFile ($ (String))) (SIGNATURE eof? ((Boolean) $)) (SIGNATURE isOpen? ((Boolean) $)) (SIGNATURE position ((SingleInteger) $)) (SIGNATURE position! ((SingleInteger) $ (SingleInteger)))))) ------------------------------------------------------------------------ initializing stationary directory for InputBinaryFile compiling into /tmp/oa-oDRY2o compiling exported inputBinaryFile : FileName -> % Time: 0.03 SEC. compiling exported inputBinaryFile : String -> % Time: 0.01 SEC. compiling exported isOpen? : % -> Boolean INBFILE;isOpen?;$B;3 ifile is replaced by %not %peq(%vref(ifile,0),%nil) Time: 0.00 SEC. compiling exported readByte! : % -> Maybe Byte Time: 0.01 SEC. compiling exported eof? : % -> Boolean Time: 0.01 SEC. compiling exported close! : % -> % Time: 0 SEC. compiling exported position : % -> SingleInteger Time: 0.03 SEC. compiling exported position! : (%,SingleInteger) -> SingleInteger Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Time: 0.00 SEC. (time taken in buildFunctor: 4) Time: 0.01 SEC. Warnings: [1] Type SExpression is not in scope. Import it [2] Type FileName is not in scope. Import it [3] Type Boolean is not in scope. Import it [4] isOpen?: null? has no value Cumulative Statistics for Constructor InputBinaryFile Time: 0.11 seconds finalizing NRLIB INBFILE Processing InputBinaryFile for Browser database: -- inputBinaryFile : FileName -> % -- inputBinaryFile : String -> % -- eof? : % -> Boolean -- isOpen? : % -> Boolean -- position : % -> SingleInteger -- position! : (%,SingleInteger) -> SingleInteger --->../../x86_64-unknown-linux-gnu/src/algebra/net.spad-->InputBinaryFile((position! (SingleInteger % SingleInteger))): Improper first word in comments: position "position(\\spad{f},{}\\spad{p}) sets the current byte-position to `i'." -- constructor ; compiling file "/tmp/oa-oDRY2o/code.lsp" (written 01 FEB 2016 11:15:55 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INBFILE;isOpen?;$B;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INBFILE;eof?;$B;5|) ...) ; compiling (DEFUN |INBFILE;inputBinaryFile;Fn$;1| ...) ; compiling (DEFUN |INBFILE;inputBinaryFile;S$;2| ...) ; compiling (DEFUN |INBFILE;isOpen?;$B;3| ...) ; compiling (DEFUN |INBFILE;readByte!;$M;4| ...) ; file: /tmp/oa-oDRY2o/code.lsp ; in: DEFUN |INBFILE;readByte!;$M;4| ; (DEFUN BOOT::|INBFILE;readByte!;$M;4| (BOOT::|ifile| BOOT::$) ; (COND ; ((NOT (NULL #)) ; (LET (#) ; (PROGN # BOOT::|b|))) ; (T (BOOT::|error| "file is not open")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INBFILE;readByte!;$M;4| ; (BOOT::|ifile| BOOT::$) ; (BLOCK BOOT::|INBFILE;readByte!;$M;4| ; (COND ; ((NOT #) ; (LET # ; #)) ; (T (BOOT::|error| "file is not open"))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |INBFILE;eof?;$B;5| ...) ; file: /tmp/oa-oDRY2o/code.lsp ; in: DEFUN |INBFILE;eof?;$B;5| ; (DEFUN BOOT::|INBFILE;eof?;$B;5| (BOOT::|ifile| BOOT::$) ; (COND ((NOT (NULL #)) (SVREF BOOT::|ifile| 2)) ; (T (BOOT::|error| "file is not open")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INBFILE;eof?;$B;5| ; (BOOT::|ifile| BOOT::$) ; (BLOCK BOOT::|INBFILE;eof?;$B;5| ; (COND ((NOT #) (SVREF BOOT::|ifile| 2)) ; (T (BOOT::|error| "file is not open"))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |INBFILE;close!;2$;6| ...) ; file: /tmp/oa-oDRY2o/code.lsp ; in: DEFUN |INBFILE;close!;2$;6| ; (DEFUN BOOT::|INBFILE;close!;2$;6| (BOOT::|ifile| BOOT::$) ; (BOOT::SEQ (COND ((NOT #) (PROGN # #))) (BOOT::EXIT BOOT::|ifile|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INBFILE;close!;2$;6| ; (BOOT::|ifile| BOOT::$) ; (BLOCK BOOT::|INBFILE;close!;2$;6| ; (BOOT::SEQ (COND (# #)) (BOOT::EXIT BOOT::|ifile|)))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |INBFILE;position;$Si;7| ...) ; file: /tmp/oa-oDRY2o/code.lsp ; in: DEFUN |INBFILE;position;$Si;7| ; (DEFUN BOOT::|INBFILE;position;$Si;7| (BOOT::|ifile| BOOT::$) ; (COND ((NOT (NULL #)) (FILE-POSITION (SVREF BOOT::|ifile| 0))) ; (T (BOOT::|error| "file is not open")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INBFILE;position;$Si;7| ; (BOOT::|ifile| BOOT::$) ; (BLOCK BOOT::|INBFILE;position;$Si;7| ; (COND ((NOT #) (FILE-POSITION #)) ; (T (BOOT::|error| "file is not open"))))) ; ; note: type assertion too complex to check: ; (VALUES FIXNUM &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |INBFILE;position!;$2Si;8| ...) ; file: /tmp/oa-oDRY2o/code.lsp ; in: DEFUN |INBFILE;position!;$2Si;8| ; (DEFUN BOOT::|INBFILE;position!;$2Si;8| (BOOT::|ifile| BOOT::|p| BOOT::$) ; (COND ((NOT (NULL #)) (FILE-POSITION (SVREF BOOT::|ifile| 0) BOOT::|p|)) ; (T (BOOT::|error| "file is not open")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INBFILE;position!;$2Si;8| ; (BOOT::|ifile| BOOT::|p| BOOT::$) ; (BLOCK BOOT::|INBFILE;position!;$2Si;8| ; (COND ((NOT #) (FILE-POSITION # BOOT::|p|)) ; (T (BOOT::|error| "file is not open"))))) ; ; note: type assertion too complex to check: ; (VALUES FIXNUM &REST T). ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |INBFILE;coerce;$Of;9| ...) ; compiling (DEFUN |InputBinaryFile| ...) ; compiling (DEFUN |InputBinaryFile;| ...) ; compiling (MAKEPROP (QUOTE |InputBinaryFile|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; file: /tmp/oa-oDRY2o/code.lsp ; in: DEFUN |INBFILE;readByte!;$M;4| ; (BOOT::|readByte| (SVREF BOOT::|ifile| 0)) ; ; caught STYLE-WARNING: ; undefined function: |readByte| ; ; compilation unit finished ; Undefined function: ; |readByte| ; caught 6 STYLE-WARNING conditions ; printed 3 notes ; /tmp/oa-oDRY2o/code.fasl written ; compilation finished in 0:00:00.038 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile OUTBFILE.spad && cp OUTBFILE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/OUTBFILE.fasl \ && if test -f OUTBFILE-.NRLIB/code.fasl; then \ cp OUTBFILE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/OUTBFILE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OUTBFILE.spad using Spad compiler. OUTBFILE abbreviates domain OutputBinaryFile debug: compDefine1 lhs: (OutputBinaryFile) signature (pre-evaluate): ((Join (OutputByteConduit) (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE outputBinaryFile ($ (FileName))) (SIGNATURE outputBinaryFile ($ (String))) (SIGNATURE isOpen? ((Boolean) $))))) debug: evaluateType form: (Join (OutputByteConduit) (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE outputBinaryFile ($ (FileName))) (SIGNATURE outputBinaryFile ($ (String))) (SIGNATURE isOpen? ((Boolean) $)))) $param: NIL debug: evaluateType form: (OutputByteConduit) $param: NIL Debug: evaluateType1 form: (OutputByteConduit) debug: evaluateType form: (CoercibleTo (OutputForm)) $param: NIL Debug: evaluateType1 form: (CoercibleTo (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE outputBinaryFile ($ (FileName))) (SIGNATURE outputBinaryFile ($ (String))) (SIGNATURE isOpen? ((Boolean) $))) $param: NIL debug: evaluateType form: (FileName) $param: NIL Debug: evaluateType1 form: (FileName) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: compDefine1 signature (post evaluate): ((Join (OutputByteConduit) (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE outputBinaryFile ($ (FileName))) (SIGNATURE outputBinaryFile ($ (String))) (SIGNATURE isOpen? ((Boolean) $))))) ------------------------------------------------------------------------ initializing stationary directory for OutputBinaryFile compiling into /tmp/oa-R27ZvI compiling exported outputBinaryFile : FileName -> % Time: 0.02 SEC. compiling exported outputBinaryFile : String -> % Time: 0.01 SEC. compiling exported isOpen? : % -> Boolean OUTBFILE;isOpen?;$B;3 ifile is replaced by %not %peq(%head ifile,%nil) Time: 0.01 SEC. compiling exported writeByte! : (%,Byte) -> Maybe Byte Time: 0.04 SEC. compiling exported close! : % -> % Time: 0 SEC. compiling exported coerce : % -> OutputForm Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] Type SExpression is not in scope. Import it [2] Type FileName is not in scope. Import it [3] isOpen?: null? has no value Cumulative Statistics for Constructor OutputBinaryFile Time: 0.10 seconds finalizing NRLIB OUTBFILE Processing OutputBinaryFile for Browser database: -- outputBinaryFile : FileName -> % -- outputBinaryFile : String -> % -- isOpen? : % -> Boolean --->../../x86_64-unknown-linux-gnu/src/algebra/net.spad-->OutputBinaryFile((isOpen? (Boolean %))): Improper first word in comments: open? "open?(ifile) holds if `ifile' is in open state." -- constructor ; compiling file "/tmp/oa-R27ZvI/code.lsp" (written 01 FEB 2016 11:15:55 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |OUTBFILE;isOpen?;$B;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |OUTBFILE;outputBinaryFile;Fn$;1| ...) ; compiling (DEFUN |OUTBFILE;outputBinaryFile;S$;2| ...) ; compiling (DEFUN |OUTBFILE;isOpen?;$B;3| ...) ; compiling (DEFUN |OUTBFILE;writeByte!;$BM;4| ...) ; file: /tmp/oa-R27ZvI/code.lsp ; in: DEFUN |OUTBFILE;writeByte!;$BM;4| ; (DEFUN BOOT::|OUTBFILE;writeByte!;$BM;4| (BOOT::|ifile| BOOT::|b| BOOT::$) ; (COND ; ((NOT (NULL #)) (BOOT::|writeByteToFile| (CAR BOOT::|ifile|) BOOT::|b|)) ; (T (BOOT::|error| "file is not open")))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|OUTBFILE;writeByte!;$BM;4| ; (BOOT::|ifile| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|OUTBFILE;writeByte!;$BM;4| ; (COND ((NOT #) (BOOT::|writeByteToFile| # BOOT::|b|)) ; (T (BOOT::|error| "file is not open"))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |OUTBFILE;close!;2$;5| ...) ; file: /tmp/oa-R27ZvI/code.lsp ; in: DEFUN |OUTBFILE;close!;2$;5| ; (DEFUN BOOT::|OUTBFILE;close!;2$;5| (BOOT::|ifile| BOOT::$) ; (PROGN (COND ((NOT #) (PROGN # #))) BOOT::|ifile|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|OUTBFILE;close!;2$;5| ; (BOOT::|ifile| BOOT::$) ; (BLOCK BOOT::|OUTBFILE;close!;2$;5| (PROGN (COND (# #)) BOOT::|ifile|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |OUTBFILE;coerce;$Of;6| ...) ; compiling (DEFUN |OutputBinaryFile| ...) ; compiling (DEFUN |OutputBinaryFile;| ...) ; compiling (MAKEPROP (QUOTE |OutputBinaryFile|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 2 STYLE-WARNING conditions ; /tmp/oa-R27ZvI/code.fasl written ; compilation finished in 0:00:00.020 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile IOBFILE.spad && cp IOBFILE.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IOBFILE.fasl \ && if test -f IOBFILE-.NRLIB/code.fasl; then \ cp IOBFILE-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IOBFILE-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IOBFILE.spad using Spad compiler. IOBFILE abbreviates domain InputOutputBinaryFile debug: compDefine1 lhs: (InputOutputBinaryFile) signature (pre-evaluate): ((Join (InputOutputByteConduit) (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE inputOutputBinaryFile ($ (FileName))) (SIGNATURE inputOutputBinaryFile ($ (String))) (SIGNATURE isOpen? ((Boolean) $))))) debug: evaluateType form: (Join (InputOutputByteConduit) (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE inputOutputBinaryFile ($ (FileName))) (SIGNATURE inputOutputBinaryFile ($ (String))) (SIGNATURE isOpen? ((Boolean) $)))) $param: NIL debug: evaluateType form: (InputOutputByteConduit) $param: NIL Debug: evaluateType1 form: (InputOutputByteConduit) debug: evaluateType form: (CoercibleTo (OutputForm)) $param: NIL Debug: evaluateType1 form: (CoercibleTo (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE inputOutputBinaryFile ($ (FileName))) (SIGNATURE inputOutputBinaryFile ($ (String))) (SIGNATURE isOpen? ((Boolean) $))) $param: NIL debug: evaluateType form: (FileName) $param: NIL Debug: evaluateType1 form: (FileName) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (Boolean) $param: NIL Debug: evaluateType1 form: (Boolean) debug: compDefine1 signature (post evaluate): ((Join (InputOutputByteConduit) (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE inputOutputBinaryFile ($ (FileName))) (SIGNATURE inputOutputBinaryFile ($ (String))) (SIGNATURE isOpen? ((Boolean) $))))) ------------------------------------------------------------------------ initializing stationary directory for InputOutputBinaryFile compiling into /tmp/oa-lGEmIT compiling exported inputOutputBinaryFile : FileName -> % Time: 0.02 SEC. compiling exported inputOutputBinaryFile : String -> % Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] Type SExpression is not in scope. Import it [2] Type FileName is not in scope. Import it Cumulative Statistics for Constructor InputOutputBinaryFile Time: 0.03 seconds --------------non extending category---------------------- InputOutputBinaryFile of category Join(InputOutputByteConduit, CoercibleTo OutputForm) with inputOutputBinaryFile : FileName -> % inputOutputBinaryFile : String -> % isOpen? : % -> Boolean has no inputBinaryFile : FileName -> % ---------------------------------------------------------- finalizing NRLIB IOBFILE Processing InputOutputBinaryFile for Browser database: -- inputOutputBinaryFile : FileName -> % -- inputOutputBinaryFile : String -> % -- isOpen? : % -> Boolean -- constructor ; compiling file "/tmp/oa-lGEmIT/code.lsp" (written 01 FEB 2016 11:15:55 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |IOBFILE;inputOutputBinaryFile;Fn$;1| ...) ; compiling (DEFUN |IOBFILE;inputOutputBinaryFile;S$;2| ...) ; compiling (DEFUN |InputOutputBinaryFile| ...) ; compiling (DEFUN |InputOutputBinaryFile;| ...) ; compiling (MAKEPROP (QUOTE |InputOutputBinaryFile|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-lGEmIT/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile RGBCMDL.spad && cp RGBCMDL.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RGBCMDL.fasl \ && if test -f RGBCMDL-.NRLIB/code.fasl; then \ cp RGBCMDL-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RGBCMDL-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RGBCMDL.spad using Spad compiler. RGBCMDL abbreviates category RGBColorModel debug: compDefine1 lhs: (RGBColorModel T$) signature (pre-evaluate): ((Category) (AbelianMonoid)) debug: evaluateType form: (Category) $param: (T$) debug: evaluateType form: (AbelianMonoid) $param: (T$) Debug: evaluateType1 form: (AbelianMonoid) debug: compDefine1 signature (post evaluate): ((Category) (AbelianMonoid)) debug: compDefine1 lhs: (RGBColorModel T$) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (T$) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for RGBColorModel compiling into /tmp/oa-7LdV7W STYLE-WARNING: redefining BOOT::|RGBColorModel| in DEFUN Time: 0.01 SEC. finalizing NRLIB RGBCMDL Processing RGBColorModel for Browser database: -- red : % -> T -- green : % -> T -- blue : % -> T -- componentUpperBound : () -> T --->../../x86_64-unknown-linux-gnu/src/algebra/color.spad-->RGBColorModel((componentUpperBound (T$) constant)): Improper initial operator in comments: is "componentUpperBound is an upper bound for all component values." -- constructor ; compiling file "/tmp/oa-7LdV7W/code.lsp" (written 01 FEB 2016 11:15:56 PM): ; compiling (DEFPARAMETER |RGBColorModel;AL| ...) ; compiling (DEFUN |RGBColorModel;| ...) ; compiling (DEFUN |RGBColorModel| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-7LdV7W/code.fasl written ; compilation finished in 0:00:00.010 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile RGBCSPC.spad && cp RGBCSPC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RGBCSPC.fasl \ && if test -f RGBCSPC-.NRLIB/code.fasl; then \ cp RGBCSPC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RGBCSPC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RGBCSPC.spad using Spad compiler. RGBCSPC abbreviates category RGBColorSpace debug: compDefine1 lhs: (RGBColorSpace T$) signature (pre-evaluate): ((Category) (AbelianMonoid)) debug: evaluateType form: (Category) $param: (T$) debug: evaluateType form: (AbelianMonoid) $param: (T$) Debug: evaluateType1 form: (AbelianMonoid) debug: compDefine1 signature (post evaluate): ((Category) (AbelianMonoid)) debug: compDefine1 lhs: (RGBColorSpace T$) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (T$) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for RGBColorSpace compiling into /tmp/oa-kOC0R3 STYLE-WARNING: redefining BOOT::|RGBColorSpace| in DEFUN Time: 0.01 SEC. finalizing NRLIB RGBCSPC Processing RGBColorSpace for Browser database: -- whitePoint : () -> % --->../../x86_64-unknown-linux-gnu/src/algebra/color.spad-->RGBColorSpace((whitePoint (%) constant)): Improper initial operator in comments: is "whitePoint is the contant indicating the white point of this color space." -- constructor ; compiling file "/tmp/oa-kOC0R3/code.lsp" (written 01 FEB 2016 11:15:56 PM): ; compiling (DEFPARAMETER |RGBColorSpace;AL| ...) ; compiling (DEFUN |RGBColorSpace;| ...) ; compiling (DEFUN |RGBColorSpace| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-kOC0R3/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile STEPAST.spad && cp STEPAST.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/STEPAST.fasl \ && if test -f STEPAST-.NRLIB/code.fasl; then \ cp STEPAST-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/STEPAST-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/STEPAST.spad using Spad compiler. STEPAST abbreviates domain StepAst debug: compDefine1 lhs: (StepAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE iterationVar ((Identifier) $)) (SIGNATURE lowerBound ((SpadAst) $)) (SIGNATURE upperBound ((Maybe (SpadAst)) $)) (SIGNATURE step ((SpadAst) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE iterationVar ((Identifier) $)) (SIGNATURE lowerBound ((SpadAst) $)) (SIGNATURE upperBound ((Maybe (SpadAst)) $)) (SIGNATURE step ((SpadAst) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE iterationVar ((Identifier) $)) (SIGNATURE lowerBound ((SpadAst) $)) (SIGNATURE upperBound ((Maybe (SpadAst)) $)) (SIGNATURE step ((SpadAst) $))) $param: NIL debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: evaluateType form: (Maybe (SpadAst)) $param: NIL Debug: evaluateType1 form: (Maybe (SpadAst)) debug: evaluateType1 x: (SpadAst) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: evalCategory d: (SpadAst) c: (Type) debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE iterationVar ((Identifier) $)) (SIGNATURE lowerBound ((SpadAst) $)) (SIGNATURE upperBound ((Maybe (SpadAst)) $)) (SIGNATURE step ((SpadAst) $))))) ------------------------------------------------------------------------ initializing stationary directory for StepAst compiling into /tmp/oa-kSgnk7 importing List SpadAst compiling exported iterationVar : % -> Identifier STEPAST;iterationVar;$I;1 x is replaced by SPADfirst %tail x Time: 0.02 SEC. compiling exported step : % -> SpadAst Time: 0 SEC. compiling exported lowerBound : % -> SpadAst Time: 0.00 SEC. compiling exported upperBound : % -> Maybe SpadAst Time: 0.03 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE StepAst) m: (OutputForm) Debug compQuote expr: (QUOTE StepAst) m: (OutputForm) Debug compQuote expr: (QUOTE iterationVar) m: (OutputForm) Debug compQuote expr: (QUOTE iterationVar) m: (OutputForm) Debug compQuote expr: (QUOTE step) m: (OutputForm) Debug compQuote expr: (QUOTE step) m: (OutputForm) Debug compQuote expr: (QUOTE lowerBound) m: (OutputForm) Debug compQuote expr: (QUOTE lowerBound) m: (OutputForm) Debug compQuote expr: (QUOTE StepAst) m: (OutputForm) Debug compQuote expr: (QUOTE StepAst) m: (OutputForm) Debug compQuote expr: (QUOTE iterationVar) m: (OutputForm) Debug compQuote expr: (QUOTE iterationVar) m: (OutputForm) Debug compQuote expr: (QUOTE step) m: (OutputForm) Debug compQuote expr: (QUOTE step) m: (OutputForm) Debug compQuote expr: (QUOTE lowerBound) m: (OutputForm) Debug compQuote expr: (QUOTE lowerBound) m: (OutputForm) Debug compQuote expr: (QUOTE upperBound) m: (OutputForm) Debug compQuote expr: (QUOTE upperBound) m: (OutputForm) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor StepAst Time: 0.07 seconds finalizing NRLIB STEPAST Processing StepAst for Browser database: -- iterationVar : % -> Identifier -- lowerBound : % -> SpadAst -- upperBound : % -> Maybe SpadAst --->../../x86_64-unknown-linux-gnu/src/algebra/syntax.spad-->StepAst((upperBound ((Maybe SpadAst) %))): Improper first word in comments: If "If the set of values assumed by the iteration variable is bounded from above,{} \\spad{upperBound(i)} returns the upper bound. Otherwise,{} its returns \\spad{nothing}." -- step : % -> SpadAst -- constructor ; compiling file "/tmp/oa-kSgnk7/code.lsp" (written 01 FEB 2016 11:15:56 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |STEPAST;iterationVar;$I;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |STEPAST;iterationVar;$I;1| ...) ; file: /tmp/oa-kSgnk7/code.lsp ; in: DEFUN |STEPAST;iterationVar;$I;1| ; (DEFUN BOOT::|STEPAST;iterationVar;$I;1| (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BOOT::|SPADfirst| (CDR BOOT::|x|))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|STEPAST;iterationVar;$I;1| ; (BOOT::|x| BOOT::$) ; (DECLARE (IGNORE BOOT::$)) ; (BLOCK BOOT::|STEPAST;iterationVar;$I;1| ; (BOOT::|SPADfirst| (CDR BOOT::|x|)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL SYMBOL &REST T). ; compiling (DEFUN |STEPAST;step;$Sa;2| ...) ; compiling (DEFUN |STEPAST;lowerBound;$Sa;3| ...) ; compiling (DEFUN |STEPAST;upperBound;$M;4| ...) ; compiling (DEFUN |STEPAST;coerce;$Of;5| ...) ; compiling (DEFUN |StepAst| ...) ; compiling (DEFUN |StepAst;| ...) ; compiling (MAKEPROP (QUOTE |StepAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-kSgnk7/code.fasl written ; compilation finished in 0:00:00.024 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile IP4ADDR.spad && cp IP4ADDR.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IP4ADDR.fasl \ && if test -f IP4ADDR-.NRLIB/code.fasl; then \ cp IP4ADDR-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IP4ADDR-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IP4ADDR.spad using Spad compiler. IP4ADDR abbreviates domain IP4Address debug: compDefine1 lhs: (IP4Address) signature (pre-evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE ip4Address ($ (String))) (SIGNATURE bytes ((DataArray 4 (Byte)) $)) (SIGNATURE resolve ((Maybe $) (Hostname)))))) debug: evaluateType form: (Join (SetCategory) (CATEGORY domain (SIGNATURE ip4Address ($ (String))) (SIGNATURE bytes ((DataArray 4 (Byte)) $)) (SIGNATURE resolve ((Maybe $) (Hostname))))) $param: NIL debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE ip4Address ($ (String))) (SIGNATURE bytes ((DataArray 4 (Byte)) $)) (SIGNATURE resolve ((Maybe $) (Hostname)))) $param: NIL debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: evaluateType form: (DataArray 4 (Byte)) $param: NIL Debug: evaluateType1 form: (DataArray 4 (Byte)) debug: evaluateType1 x: 4 m: (PositiveInteger) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evaluateType1 z1: ((PositiveInteger) . 4) m: (PositiveInteger) m1: (PositiveInteger) debug: evaluateType1 x: (Byte) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Byte) $param: NIL Debug: evaluateType1 form: (Byte) debug: evalCategory d: (Byte) c: (SetCategory) debug: evaluateType form: (Maybe $) $param: NIL Debug: evaluateType1 form: (Maybe $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (Hostname) $param: NIL Debug: evaluateType1 form: (Hostname) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CATEGORY domain (SIGNATURE ip4Address ($ (String))) (SIGNATURE bytes ((DataArray 4 (Byte)) $)) (SIGNATURE resolve ((Maybe $) (Hostname)))))) ------------------------------------------------------------------------ initializing stationary directory for IP4Address compiling into /tmp/oa-dplqik compiling exported ip4Address : String -> % Time: 0.05 SEC. compiling exported resolve : Hostname -> Maybe % Time: 0.01 SEC. compiling exported bytes : % -> DataArray(4,Byte) IP4ADDR;bytes;$Da;3 x is replaced by x Time: 0 SEC. compiling exported = : (%,%) -> Boolean IP4ADDR;=;2$B;4 is replaced by %equal Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE .) m: (OutputForm) Debug compQuote expr: (QUOTE .) m: (OutputForm) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor IP4Address Time: 0.08 seconds finalizing NRLIB IP4ADDR Processing IP4Address for Browser database: -- ip4Address : String -> % -- bytes : % -> DataArray(4,Byte) -- resolve : Hostname -> Maybe % -- constructor ; compiling file "/tmp/oa-dplqik/code.lsp" (written 01 FEB 2016 11:15:56 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IP4ADDR;bytes;$Da;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IP4ADDR;=;2$B;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |IP4ADDR;ip4Address;S$;1| ...) ; compiling (DEFUN |IP4ADDR;resolve;HM;2| ...) ; compiling (DEFUN |IP4ADDR;bytes;$Da;3| ...) ; compiling (DEFUN |IP4ADDR;=;2$B;4| ...) ; compiling (DEFUN |IP4ADDR;coerce;$Of;5| ...) ; compiling (DEFUN |IP4Address| ...) ; compiling (DEFUN |IP4Address;| ...) ; compiling (MAKEPROP (QUOTE |IP4Address|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-dplqik/code.fasl written ; compilation finished in 0:00:00.019 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile NETCLT.spad && cp NETCLT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/NETCLT.fasl \ && if test -f NETCLT-.NRLIB/code.fasl; then \ cp NETCLT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/NETCLT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NETCLT.spad using Spad compiler. NETCLT abbreviates category NetworkClientSocket debug: compDefine1 lhs: (NetworkClientSocket T$) signature (pre-evaluate): ((Category) (SetCategory)) debug: evaluateType form: (Category) $param: (T$) debug: evaluateType form: (SetCategory) $param: (T$) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Category) (SetCategory)) debug: compDefine1 lhs: (NetworkClientSocket T$) signature (pre-evaluate): ((Category) NIL) debug: evaluateType form: (Category) $param: (T$) debug: compDefine1 signature (post evaluate): ((Category) NIL) ------------------------------------------------------------------------ initializing stationary directory for NetworkClientSocket compiling into /tmp/oa-EUQLjv STYLE-WARNING: redefining BOOT::|NetworkClientSocket| in DEFUN Time: 0.01 SEC. finalizing NRLIB NETCLT Processing NetworkClientSocket for Browser database: --->../../x86_64-unknown-linux-gnu/src/algebra/net.spad-->NetworkClientSocket((connectTo ((Maybe %) T$ PortNumber))): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/net.spad-->NetworkClientSocket((isConnected? (Boolean %))): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/net.spad-->NetworkClientSocket(constructor): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/net.spad-->NetworkClientSocket: Missing Description ; compiling file "/tmp/oa-EUQLjv/code.lsp" (written 01 FEB 2016 11:15:56 PM): ; compiling (DEFPARAMETER |NetworkClientSocket;AL| ...) ; compiling (DEFUN |NetworkClientSocket;| ...) ; compiling (DEFUN |NetworkClientSocket| ...) ; compiling (SETF (|dbConstructorDefault| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbCategory| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-EUQLjv/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile INETCLTS.spad && cp INETCLTS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INETCLTS.fasl \ && if test -f INETCLTS-.NRLIB/code.fasl; then \ cp INETCLTS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/INETCLTS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/INETCLTS.spad using Spad compiler. INETCLTS abbreviates domain InetClientStreamSocket debug: compDefine1 lhs: (InetClientStreamSocket) signature (pre-evaluate): ((Join (NetworkClientSocket (IP4Address)) (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE connectTo ((Maybe $) (Hostname) (PortNumber)))))) debug: evaluateType form: (Join (NetworkClientSocket (IP4Address)) (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE connectTo ((Maybe $) (Hostname) (PortNumber))))) $param: NIL debug: evaluateType form: (NetworkClientSocket (IP4Address)) $param: NIL Debug: evaluateType1 form: (NetworkClientSocket (IP4Address)) debug: evaluateType1 x: (IP4Address) m: (SetCategory) debug: evaluateType1 categoryForm: (SetCategory) debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (IP4Address) $param: NIL Debug: evaluateType1 form: (IP4Address) debug: evalCategory d: (IP4Address) c: (SetCategory) debug: evaluateType form: (CoercibleTo (OutputForm)) $param: NIL Debug: evaluateType1 form: (CoercibleTo (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE connectTo ((Maybe $) (Hostname) (PortNumber)))) $param: NIL debug: evaluateType form: (Maybe $) $param: NIL Debug: evaluateType1 form: (Maybe $) debug: evaluateType1 x: $ m: (Type) debug: evaluateType form: (Hostname) $param: NIL Debug: evaluateType1 form: (Hostname) debug: evaluateType form: (PortNumber) $param: NIL Debug: evaluateType1 form: (PortNumber) debug: compDefine1 signature (post evaluate): ((Join (NetworkClientSocket (IP4Address)) (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE connectTo ((Maybe $) (Hostname) (PortNumber)))))) ------------------------------------------------------------------------ initializing stationary directory for InetClientStreamSocket compiling into /tmp/oa-hdXhJD compiling exported connectTo : (IP4Address,PortNumber) -> Maybe % Time: 0.04 SEC. compiling exported connectTo : (Hostname,PortNumber) -> Maybe % Time: 0.01 SEC. compiling exported isConnected? : % -> Boolean INETCLTS;isConnected?;$B;3 s is replaced by %not %peq(%vref(s,2),%nothing) Time: 0.00 SEC. compiling exported readBytes! : (%,ByteBuffer) -> NonNegativeInteger Time: 0.02 SEC. compiling exported readByte! : % -> Maybe Byte Time: 0.00 SEC. compiling exported writeBytes! : (%,ByteBuffer) -> NonNegativeInteger Time: 0.01 SEC. compiling exported writeByte! : (%,Byte) -> Maybe Byte Time: 0.01 SEC. compiling exported close! : % -> % Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE :) m: (OutputForm) Debug compQuote expr: (QUOTE :) m: (OutputForm) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] Type Hostname is not in scope. Import it [2] Type PortNumber is not in scope. Import it [3] Type Maybe SingleInteger is not in scope. Import it Cumulative Statistics for Constructor InetClientStreamSocket Time: 0.12 seconds finalizing NRLIB INETCLTS Processing InetClientStreamSocket for Browser database: --->../../x86_64-unknown-linux-gnu/src/algebra/net.spad-->InetClientStreamSocket((connectTo ((Maybe %) Hostname PortNumber))): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/net.spad-->InetClientStreamSocket(constructor): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/net.spad-->InetClientStreamSocket: Missing Description ; compiling file "/tmp/oa-hdXhJD/code.lsp" (written 01 FEB 2016 11:15:56 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |INETCLTS;isConnected?;$B;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |INETCLTS;connectTo;IpaPnM;1| ...) ; file: /tmp/oa-hdXhJD/code.lsp ; in: DEFUN |INETCLTS;connectTo;IpaPnM;1| ; (DEFUN BOOT::|INETCLTS;connectTo;IpaPnM;1| (BOOT::|ip| BOOT::|p| BOOT::$) ; (LET ((BOOT::|s| (BOOT::|connectToHostAndPort| BOOT::|ip| 4 BOOT::|p|))) ; (COND ((EQ BOOT::|s| |AxiomCore|:|%nothing|) |AxiomCore|:|%nothing|) ; (T (VECTOR # BOOT::|p| BOOT::|s|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INETCLTS;connectTo;IpaPnM;1| ; (BOOT::|ip| BOOT::|p| BOOT::$) ; (BLOCK BOOT::|INETCLTS;connectTo;IpaPnM;1| ; (LET ((BOOT::|s| #)) ; (COND (# |AxiomCore|:|%nothing|) (T #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |INETCLTS;connectTo;HPnM;2| ...) ; compiling (DEFUN |INETCLTS;isConnected?;$B;3| ...) ; compiling (DEFUN |INETCLTS;readBytes!;$BbNni;4| ...) ; file: /tmp/oa-hdXhJD/code.lsp ; in: DEFUN |INETCLTS;readBytes!;$BbNni;4| ; (DEFUN BOOT::|INETCLTS;readBytes!;$BbNni;4| (BOOT::|x| BOOT::|b| BOOT::$) ; (COND ((NOT (NOT #)) (BOOT::|error| "socket is not connected")) ; (T ; (LET (#) ; (BOOT::SPADCALL BOOT::|b| BOOT::|n| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INETCLTS;readBytes!;$BbNni;4| ; (BOOT::|x| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|INETCLTS;readBytes!;$BbNni;4| ; (COND ((NOT #) (BOOT::|error| "socket is not connected")) ; (T ; (LET # ; #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |INETCLTS;readByte!;$M;5| ...) ; file: /tmp/oa-hdXhJD/code.lsp ; in: DEFUN |INETCLTS;readByte!;$M;5| ; (DEFUN BOOT::|INETCLTS;readByte!;$M;5| (BOOT::|x| BOOT::$) ; (COND ((NOT (NOT #)) (BOOT::|error| "socket is not connected")) ; (T (BOOT::|readByteFromStreamSocket| (SVREF BOOT::|x| 2))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INETCLTS;readByte!;$M;5| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|INETCLTS;readByte!;$M;5| ; (COND ((NOT #) (BOOT::|error| "socket is not connected")) ; (T (BOOT::|readByteFromStreamSocket| #))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |INETCLTS;writeBytes!;$BbNni;6| ...) ; file: /tmp/oa-hdXhJD/code.lsp ; in: DEFUN |INETCLTS;writeBytes!;$BbNni;6| ; (DEFUN BOOT::|INETCLTS;writeBytes!;$BbNni;6| (BOOT::|x| BOOT::|b| BOOT::$) ; (COND ((NOT (NOT #)) (BOOT::|error| "socket is not connected")) ; (T ; (BOOT::|writeToStreamSocket| (SVREF BOOT::|x| 2) ; (BOOT::SPADCALL BOOT::|b| #) ; (BOOT::SPADCALL BOOT::|b| #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INETCLTS;writeBytes!;$BbNni;6| ; (BOOT::|x| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|INETCLTS;writeBytes!;$BbNni;6| ; (COND ((NOT #) (BOOT::|error| "socket is not connected")) ; (T (BOOT::|writeToStreamSocket| # # #))))) ; ; note: type assertion too complex to check: ; (VALUES UNSIGNED-BYTE &REST T). ; compiling (DEFUN |INETCLTS;writeByte!;$BM;7| ...) ; file: /tmp/oa-hdXhJD/code.lsp ; in: DEFUN |INETCLTS;writeByte!;$BM;7| ; (DEFUN BOOT::|INETCLTS;writeByte!;$BM;7| (BOOT::|x| BOOT::|b| BOOT::$) ; (COND ((NOT (NOT #)) (BOOT::|error| "socket is not connected")) ; (T (BOOT::|writeByteToStreamSocket| (SVREF BOOT::|x| 2) BOOT::|b|)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INETCLTS;writeByte!;$BM;7| ; (BOOT::|x| BOOT::|b| BOOT::$) ; (BLOCK BOOT::|INETCLTS;writeByte!;$BM;7| ; (COND ((NOT #) (BOOT::|error| "socket is not connected")) ; (T (BOOT::|writeByteToStreamSocket| # BOOT::|b|))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |INETCLTS;close!;2$;8| ...) ; file: /tmp/oa-hdXhJD/code.lsp ; in: DEFUN |INETCLTS;close!;2$;8| ; (DEFUN BOOT::|INETCLTS;close!;2$;8| (BOOT::|x| BOOT::$) ; (PROGN ; (BOOT::|closeSocket| (SVREF BOOT::|x| 2)) ; (SETF (SVREF BOOT::|x| 2) |AxiomCore|:|%nothing|) ; BOOT::|x|)) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|INETCLTS;close!;2$;8| ; (BOOT::|x| BOOT::$) ; (BLOCK BOOT::|INETCLTS;close!;2$;8| ; (PROGN ; (BOOT::|closeSocket| (SVREF BOOT::|x| 2)) ; (SETF # |AxiomCore|:|%nothing|) ; BOOT::|x|))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |INETCLTS;coerce;$Of;9| ...) ; compiling (DEFUN |InetClientStreamSocket| ...) ; compiling (DEFUN |InetClientStreamSocket;| ...) ; compiling (MAKEPROP (QUOTE |InetClientStreamSocket|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 4 STYLE-WARNING conditions ; printed 2 notes ; /tmp/oa-hdXhJD/code.fasl written ; compilation finished in 0:00:00.033 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/IRFORM.fasl --bootstrap IRFORM.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IRFORM.spad using Spad compiler. IRFORM abbreviates domain InternalRepresentationForm ------------------------------------------------------------------------ initializing stationary directory for InternalRepresentationForm compiling into /tmp/oa-a4Z7vX Time: 0.00 SEC. Cumulative Statistics for Constructor InternalRepresentationForm Time: 0.00 seconds finalizing NRLIB IRFORM ; compiling file "/tmp/oa-a4Z7vX/code.lsp" (written 01 FEB 2016 11:15:56 PM): ; compiling (DEFUN |InternalRepresentationForm| ...) ; compiling (DEFUN |InternalRepresentationForm;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-a4Z7vX/code.fasl written ; compilation finished in 0:00:00.009 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/ITFORM.fasl --optimize=3 ITFORM.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ITFORM.spad using Spad compiler. ITFORM abbreviates domain InternalTypeForm debug: compDefine1 lhs: (InternalTypeForm) signature (pre-evaluate): ((Join (SetCategory) (HomotopicTo (Syntax)) (CATEGORY domain (SIGNATURE jokerMode ($) constant) (SIGNATURE noValueMode ($) constant) (SIGNATURE voidMode ($) constant) (SIGNATURE categoryMode ($) constant) (SIGNATURE mappingMode ($ $ (List $)))))) debug: evaluateType form: (Join (SetCategory) (HomotopicTo (Syntax)) (CATEGORY domain (SIGNATURE jokerMode ($) constant) (SIGNATURE noValueMode ($) constant) (SIGNATURE voidMode ($) constant) (SIGNATURE categoryMode ($) constant) (SIGNATURE mappingMode ($ $ (List $))))) $param: NIL debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (HomotopicTo (Syntax)) $param: NIL Debug: evaluateType1 form: (HomotopicTo (Syntax)) debug: evaluateType1 x: (Syntax) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Syntax) $param: NIL Debug: evaluateType1 form: (Syntax) debug: evalCategory d: (Syntax) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE jokerMode ($) constant) (SIGNATURE noValueMode ($) constant) (SIGNATURE voidMode ($) constant) (SIGNATURE categoryMode ($) constant) (SIGNATURE mappingMode ($ $ (List $)))) $param: NIL debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (HomotopicTo (Syntax)) (CATEGORY domain (SIGNATURE jokerMode ($) constant) (SIGNATURE noValueMode ($) constant) (SIGNATURE voidMode ($) constant) (SIGNATURE categoryMode ($) constant) (SIGNATURE mappingMode ($ $ (List $)))))) ------------------------------------------------------------------------ initializing stationary directory for InternalTypeForm compiling into /tmp/oa-4hyVb2 compiling exported jokerMode : () -> % ITFORM;jokerMode;$;1 is replaced by ? Time: 0.01 SEC. compiling exported noValueMode : () -> % ITFORM;noValueMode;$;2 is replaced by $NoValueMode Time: 0 SEC. compiling exported voidMode : () -> % ITFORM;voidMode;$;3 is replaced by $Void Time: 0 SEC. compiling exported mappingMode : (%,List %) -> % Debug compQuote expr: (QUOTE Mapping) m: $EmptyMode Debug compQuote expr: (QUOTE Mapping) m: $EmptyMode Debug compQuote expr: (QUOTE Mapping) m: $EmptyMode Debug compQuote expr: (QUOTE Mapping) m: $EmptyMode Debug compQuote expr: (QUOTE Mapping) m: $EmptyMode Debug compQuote expr: (QUOTE Mapping) m: $EmptyMode Debug compQuote expr: (QUOTE Mapping) m: (Syntax) Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] mappingMode: buildSyntax has no value [2] mappingMode: : List Syntax -- replace by pretend Cumulative Statistics for Constructor InternalTypeForm Time: 0.04 seconds --------------non extending category---------------------- InternalTypeForm of category Join(SetCategory,HomotopicTo Syntax) with jokerMode : () -> % noValueMode : () -> % voidMode : () -> % categoryMode : () -> % mappingMode : (%,List %) -> % has no irVar : (Identifier,InternalTypeForm) -> % ---------------------------------------------------------- finalizing NRLIB ITFORM Processing InternalTypeForm for Browser database: -- jokerMode : () -> % -- noValueMode : () -> % -- voidMode : () -> % -- categoryMode : () -> % -- mappingMode : (%,List %) -> % -- constructor ; compiling file "/tmp/oa-4hyVb2/code.lsp" (written 01 FEB 2016 11:15:57 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ITFORM;jokerMode;$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ITFORM;noValueMode;$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ITFORM;voidMode;$;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ITFORM;jokerMode;$;1| ...) ; compiling (DEFUN |ITFORM;noValueMode;$;2| ...) ; compiling (DEFUN |ITFORM;voidMode;$;3| ...) ; compiling (DEFUN |ITFORM;mappingMode;$L$;4| ...) ; compiling (DEFUN |InternalTypeForm| ...) ; compiling (DEFUN |InternalTypeForm;| ...) ; compiling (MAKEPROP (QUOTE |InternalTypeForm|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-4hyVb2/code.fasl written ; compilation finished in 0:00:00.021 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/IRFORM.fasl --optimize=3 IRFORM.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IRFORM.spad using Spad compiler. IRFORM abbreviates domain InternalRepresentationForm debug: compDefine1 lhs: (InternalRepresentationForm) signature (pre-evaluate): ((Join (SetCategory) (HomotopicTo (Syntax)) (CATEGORY domain (SIGNATURE irVar ($ (Identifier) (InternalTypeForm))) (SIGNATURE irCtor ($ (Identifier) (InternalTypeForm))) (SIGNATURE irDef ($ (Identifier) (InternalTypeForm) $))))) debug: evaluateType form: (Join (SetCategory) (HomotopicTo (Syntax)) (CATEGORY domain (SIGNATURE irVar ($ (Identifier) (InternalTypeForm))) (SIGNATURE irCtor ($ (Identifier) (InternalTypeForm))) (SIGNATURE irDef ($ (Identifier) (InternalTypeForm) $)))) $param: NIL debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (HomotopicTo (Syntax)) $param: NIL Debug: evaluateType1 form: (HomotopicTo (Syntax)) debug: evaluateType1 x: (Syntax) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Syntax) $param: NIL Debug: evaluateType1 form: (Syntax) debug: evalCategory d: (Syntax) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE irVar ($ (Identifier) (InternalTypeForm))) (SIGNATURE irCtor ($ (Identifier) (InternalTypeForm))) (SIGNATURE irDef ($ (Identifier) (InternalTypeForm) $))) $param: NIL debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: (InternalTypeForm) $param: NIL Debug: evaluateType1 form: (InternalTypeForm) debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: (InternalTypeForm) $param: NIL Debug: evaluateType1 form: (InternalTypeForm) debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: (InternalTypeForm) $param: NIL Debug: evaluateType1 form: (InternalTypeForm) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (HomotopicTo (Syntax)) (CATEGORY domain (SIGNATURE irVar ($ (Identifier) (InternalTypeForm))) (SIGNATURE irCtor ($ (Identifier) (InternalTypeForm))) (SIGNATURE irDef ($ (Identifier) (InternalTypeForm) $))))) ------------------------------------------------------------------------ initializing stationary directory for InternalRepresentationForm compiling into /tmp/oa-nf2JG0 compiling exported coerce : % -> Syntax IRFORM;coerce;$S;1 x is replaced by x Time: 0.01 SEC. compiling exported coerce : Syntax -> % IRFORM;coerce;S$;2 x is replaced by x Time: 0 SEC. compiling exported irVar : (Identifier,InternalTypeForm) -> % Debug compQuote expr: (QUOTE %irVar) m: $EmptyMode Debug compQuote expr: (QUOTE %irVar) m: (Syntax) Time: 0.02 SEC. compiling exported irCtor : (Identifier,InternalTypeForm) -> % Debug compQuote expr: (QUOTE %irCtor) m: $EmptyMode Debug compQuote expr: (QUOTE %irCtor) m: (Syntax) Time: 0.01 SEC. compiling exported irDef : (Identifier,InternalTypeForm,%) -> % Debug compQuote expr: (QUOTE %irDef) m: $EmptyMode Debug compQuote expr: (QUOTE %irDef) m: (Syntax) Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor InternalRepresentationForm Time: 0.04 seconds --------------non extending category---------------------- InternalRepresentationForm of category Join(SetCategory,HomotopicTo Syntax) with irVar : (Identifier,InternalTypeForm) -> % irCtor : (Identifier,InternalTypeForm) -> % irDef : (Identifier,InternalTypeForm,%) -> % has no UnionType ---------------------------------------------------------- finalizing NRLIB IRFORM Processing InternalRepresentationForm for Browser database: -- irVar : (Identifier,InternalTypeForm) -> % -- irCtor : (Identifier,InternalTypeForm) -> % -- irDef : (Identifier,InternalTypeForm,%) -> % -- constructor ; compiling file "/tmp/oa-nf2JG0/code.lsp" (written 01 FEB 2016 11:15:57 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IRFORM;coerce;$S;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IRFORM;coerce;S$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |IRFORM;coerce;$S;1| ...) ; compiling (DEFUN |IRFORM;coerce;S$;2| ...) ; compiling (DEFUN |IRFORM;irVar;IItf$;3| ...) ; compiling (DEFUN |IRFORM;irCtor;IItf$;4| ...) ; compiling (DEFUN |IRFORM;irDef;IItf2$;5| ...) ; compiling (DEFUN |InternalRepresentationForm| ...) ; compiling (DEFUN |InternalRepresentationForm;| ...) ; compiling (MAKEPROP (QUOTE |InternalRepresentationForm|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-nf2JG0/code.fasl written ; compilation finished in 0:00:00.016 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ITFORM.spad && cp ITFORM.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ITFORM.fasl \ && if test -f ITFORM-.NRLIB/code.fasl; then \ cp ITFORM-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ITFORM-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ITFORM.spad using Spad compiler. ITFORM abbreviates domain InternalTypeForm debug: compDefine1 lhs: (InternalTypeForm) signature (pre-evaluate): ((Join (SetCategory) (HomotopicTo (Syntax)) (CATEGORY domain (SIGNATURE jokerMode ($) constant) (SIGNATURE noValueMode ($) constant) (SIGNATURE voidMode ($) constant) (SIGNATURE categoryMode ($) constant) (SIGNATURE mappingMode ($ $ (List $)))))) debug: evaluateType form: (Join (SetCategory) (HomotopicTo (Syntax)) (CATEGORY domain (SIGNATURE jokerMode ($) constant) (SIGNATURE noValueMode ($) constant) (SIGNATURE voidMode ($) constant) (SIGNATURE categoryMode ($) constant) (SIGNATURE mappingMode ($ $ (List $))))) $param: NIL debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (HomotopicTo (Syntax)) $param: NIL Debug: evaluateType1 form: (HomotopicTo (Syntax)) debug: evaluateType1 x: (Syntax) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Syntax) $param: NIL Debug: evaluateType1 form: (Syntax) debug: evalCategory d: (Syntax) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE jokerMode ($) constant) (SIGNATURE noValueMode ($) constant) (SIGNATURE voidMode ($) constant) (SIGNATURE categoryMode ($) constant) (SIGNATURE mappingMode ($ $ (List $)))) $param: NIL debug: evaluateType form: (List $) $param: NIL Debug: evaluateType1 form: (List $) debug: evaluateType1 x: $ m: (Type) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (HomotopicTo (Syntax)) (CATEGORY domain (SIGNATURE jokerMode ($) constant) (SIGNATURE noValueMode ($) constant) (SIGNATURE voidMode ($) constant) (SIGNATURE categoryMode ($) constant) (SIGNATURE mappingMode ($ $ (List $)))))) ------------------------------------------------------------------------ initializing stationary directory for InternalTypeForm compiling into /tmp/oa-khYaba compiling exported jokerMode : () -> % ITFORM;jokerMode;$;1 is replaced by ? Time: 0.01 SEC. compiling exported noValueMode : () -> % ITFORM;noValueMode;$;2 is replaced by $NoValueMode Time: 0 SEC. compiling exported voidMode : () -> % ITFORM;voidMode;$;3 is replaced by $Void Time: 0.00 SEC. compiling exported mappingMode : (%,List %) -> % Debug compQuote expr: (QUOTE Mapping) m: $EmptyMode Debug compQuote expr: (QUOTE Mapping) m: $EmptyMode Debug compQuote expr: (QUOTE Mapping) m: $EmptyMode Debug compQuote expr: (QUOTE Mapping) m: $EmptyMode Debug compQuote expr: (QUOTE Mapping) m: $EmptyMode Debug compQuote expr: (QUOTE Mapping) m: $EmptyMode Debug compQuote expr: (QUOTE Mapping) m: (Syntax) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Warnings: [1] mappingMode: buildSyntax has no value [2] mappingMode: : List Syntax -- replace by pretend Cumulative Statistics for Constructor InternalTypeForm Time: 0.04 seconds --------------non extending category---------------------- InternalTypeForm of category Join(SetCategory,HomotopicTo Syntax) with jokerMode : () -> % noValueMode : () -> % voidMode : () -> % categoryMode : () -> % mappingMode : (%,List %) -> % has no irVar : (Identifier,InternalTypeForm) -> % ---------------------------------------------------------- finalizing NRLIB ITFORM Processing InternalTypeForm for Browser database: -- jokerMode : () -> % -- noValueMode : () -> % -- voidMode : () -> % -- categoryMode : () -> % -- mappingMode : (%,List %) -> % -- constructor ; compiling file "/tmp/oa-khYaba/code.lsp" (written 01 FEB 2016 11:15:57 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ITFORM;jokerMode;$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ITFORM;noValueMode;$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ITFORM;voidMode;$;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ITFORM;jokerMode;$;1| ...) ; compiling (DEFUN |ITFORM;noValueMode;$;2| ...) ; compiling (DEFUN |ITFORM;voidMode;$;3| ...) ; compiling (DEFUN |ITFORM;mappingMode;$L$;4| ...) ; compiling (DEFUN |InternalTypeForm| ...) ; compiling (DEFUN |InternalTypeForm;| ...) ; compiling (MAKEPROP (QUOTE |InternalTypeForm|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-khYaba/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile RSTRCAST.spad && cp RSTRCAST.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RSTRCAST.fasl \ && if test -f RSTRCAST-.NRLIB/code.fasl; then \ cp RSTRCAST-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/RSTRCAST-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/RSTRCAST.spad using Spad compiler. RSTRCAST abbreviates domain RestrictAst debug: compDefine1 lhs: (RestrictAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE expression ((SpadAst) $)) (SIGNATURE target ((TypeAst) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE expression ((SpadAst) $)) (SIGNATURE target ((TypeAst) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE expression ((SpadAst) $)) (SIGNATURE target ((TypeAst) $))) $param: NIL debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: evaluateType form: (TypeAst) $param: NIL Debug: evaluateType1 form: (TypeAst) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE expression ((SpadAst) $)) (SIGNATURE target ((TypeAst) $))))) ------------------------------------------------------------------------ initializing stationary directory for RestrictAst compiling into /tmp/oa-RG40ml compiling exported expression : % -> SpadAst Time: 0.02 SEC. compiling exported target : % -> TypeAst Time: 0 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE RestrictAst) m: (OutputForm) Debug compQuote expr: (QUOTE RestrictAst) m: (OutputForm) Debug compQuote expr: (QUOTE expression) m: (OutputForm) Debug compQuote expr: (QUOTE expression) m: (OutputForm) Debug compQuote expr: (QUOTE target) m: (OutputForm) Debug compQuote expr: (QUOTE target) m: (OutputForm) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] expression: : SpadAst -- replace by pretend [2] target: : TypeAst -- replace by pretend Cumulative Statistics for Constructor RestrictAst Time: 0.04 seconds finalizing NRLIB RSTRCAST Processing RestrictAst for Browser database: -- expression : % -> SpadAst -- target : % -> TypeAst -- constructor ; compiling file "/tmp/oa-RG40ml/code.lsp" (written 01 FEB 2016 11:15:57 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |RSTRCAST;expression;$Sa;1| ...) ; compiling (DEFUN |RSTRCAST;target;$Ta;2| ...) ; compiling (DEFUN |RSTRCAST;coerce;$Of;3| ...) ; compiling (DEFUN |RestrictAst| ...) ; compiling (DEFUN |RestrictAst;| ...) ; compiling (MAKEPROP (QUOTE |RestrictAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-RG40ml/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile SEQAST.spad && cp SEQAST.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SEQAST.fasl \ && if test -f SEQAST-.NRLIB/code.fasl; then \ cp SEQAST-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/SEQAST-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/SEQAST.spad using Spad compiler. SEQAST abbreviates domain SequenceAst debug: compDefine1 lhs: (SequenceAst) signature (pre-evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE body ((List (SpadAst)) $)) (SIGNATURE last ((SpadAst) $))))) debug: evaluateType form: (Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE body ((List (SpadAst)) $)) (SIGNATURE last ((SpadAst) $)))) $param: NIL debug: evaluateType form: (SpadSyntaxCategory) $param: NIL Debug: evaluateType1 form: (SpadSyntaxCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE body ((List (SpadAst)) $)) (SIGNATURE last ((SpadAst) $))) $param: NIL debug: evaluateType form: (List (SpadAst)) $param: NIL Debug: evaluateType1 form: (List (SpadAst)) debug: evaluateType1 x: (SpadAst) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: evalCategory d: (SpadAst) c: (Type) debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: compDefine1 signature (post evaluate): ((Join (SpadSyntaxCategory) (CATEGORY domain (SIGNATURE body ((List (SpadAst)) $)) (SIGNATURE last ((SpadAst) $))))) ------------------------------------------------------------------------ initializing stationary directory for SequenceAst compiling into /tmp/oa-zqSWBq compiling exported body : % -> List SpadAst SEQAST;body;$L;1 is replaced by %tail Time: 0.01 SEC. compiling exported last : % -> SpadAst Time: 0.01 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE SequenceAst) m: (OutputForm) Debug compQuote expr: (QUOTE SequenceAst) m: (OutputForm) Debug compQuote expr: (QUOTE body) m: (OutputForm) Debug compQuote expr: (QUOTE body) m: (OutputForm) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor SequenceAst Time: 0.04 seconds finalizing NRLIB SEQAST Processing SequenceAst for Browser database: -- body : % -> List SpadAst -- last : % -> SpadAst -- constructor ; compiling file "/tmp/oa-zqSWBq/code.lsp" (written 01 FEB 2016 11:15:57 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |SEQAST;body;$L;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |SEQAST;body;$L;1| ...) ; compiling (DEFUN |SEQAST;last;$Sa;2| ...) ; compiling (DEFUN |SEQAST;coerce;$Of;3| ...) ; compiling (DEFUN |SequenceAst| ...) ; compiling (DEFUN |SequenceAst;| ...) ; compiling (MAKEPROP (QUOTE |SequenceAst|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-zqSWBq/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile IRFORM.spad && cp IRFORM.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IRFORM.fasl \ && if test -f IRFORM-.NRLIB/code.fasl; then \ cp IRFORM-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/IRFORM-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/IRFORM.spad using Spad compiler. IRFORM abbreviates domain InternalRepresentationForm debug: compDefine1 lhs: (InternalRepresentationForm) signature (pre-evaluate): ((Join (SetCategory) (HomotopicTo (Syntax)) (CATEGORY domain (SIGNATURE irVar ($ (Identifier) (InternalTypeForm))) (SIGNATURE irCtor ($ (Identifier) (InternalTypeForm))) (SIGNATURE irDef ($ (Identifier) (InternalTypeForm) $))))) debug: evaluateType form: (Join (SetCategory) (HomotopicTo (Syntax)) (CATEGORY domain (SIGNATURE irVar ($ (Identifier) (InternalTypeForm))) (SIGNATURE irCtor ($ (Identifier) (InternalTypeForm))) (SIGNATURE irDef ($ (Identifier) (InternalTypeForm) $)))) $param: NIL debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (HomotopicTo (Syntax)) $param: NIL Debug: evaluateType1 form: (HomotopicTo (Syntax)) debug: evaluateType1 x: (Syntax) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Syntax) $param: NIL Debug: evaluateType1 form: (Syntax) debug: evalCategory d: (Syntax) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE irVar ($ (Identifier) (InternalTypeForm))) (SIGNATURE irCtor ($ (Identifier) (InternalTypeForm))) (SIGNATURE irDef ($ (Identifier) (InternalTypeForm) $))) $param: NIL debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: (InternalTypeForm) $param: NIL Debug: evaluateType1 form: (InternalTypeForm) debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: (InternalTypeForm) $param: NIL Debug: evaluateType1 form: (InternalTypeForm) debug: evaluateType form: (Identifier) $param: NIL Debug: evaluateType1 form: (Identifier) debug: evaluateType form: (InternalTypeForm) $param: NIL Debug: evaluateType1 form: (InternalTypeForm) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (HomotopicTo (Syntax)) (CATEGORY domain (SIGNATURE irVar ($ (Identifier) (InternalTypeForm))) (SIGNATURE irCtor ($ (Identifier) (InternalTypeForm))) (SIGNATURE irDef ($ (Identifier) (InternalTypeForm) $))))) ------------------------------------------------------------------------ initializing stationary directory for InternalRepresentationForm compiling into /tmp/oa-KoN1MA compiling exported coerce : % -> Syntax IRFORM;coerce;$S;1 x is replaced by x Time: 0.00 SEC. compiling exported coerce : Syntax -> % IRFORM;coerce;S$;2 x is replaced by x Time: 0.00 SEC. compiling exported irVar : (Identifier,InternalTypeForm) -> % Debug compQuote expr: (QUOTE %irVar) m: $EmptyMode Debug compQuote expr: (QUOTE %irVar) m: (Syntax) Time: 0.02 SEC. compiling exported irCtor : (Identifier,InternalTypeForm) -> % Debug compQuote expr: (QUOTE %irCtor) m: $EmptyMode Debug compQuote expr: (QUOTE %irCtor) m: (Syntax) Time: 0.00 SEC. compiling exported irDef : (Identifier,InternalTypeForm,%) -> % Debug compQuote expr: (QUOTE %irDef) m: $EmptyMode Debug compQuote expr: (QUOTE %irDef) m: (Syntax) Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor InternalRepresentationForm Time: 0.04 seconds --------------non extending category---------------------- InternalRepresentationForm of category Join(SetCategory,HomotopicTo Syntax) with irVar : (Identifier,InternalTypeForm) -> % irCtor : (Identifier,InternalTypeForm) -> % irDef : (Identifier,InternalTypeForm,%) -> % has no UnionType ---------------------------------------------------------- finalizing NRLIB IRFORM Processing InternalRepresentationForm for Browser database: -- irVar : (Identifier,InternalTypeForm) -> % -- irCtor : (Identifier,InternalTypeForm) -> % -- irDef : (Identifier,InternalTypeForm,%) -> % -- constructor ; compiling file "/tmp/oa-KoN1MA/code.lsp" (written 01 FEB 2016 11:15:57 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IRFORM;coerce;$S;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |IRFORM;coerce;S$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |IRFORM;coerce;$S;1| ...) ; compiling (DEFUN |IRFORM;coerce;S$;2| ...) ; compiling (DEFUN |IRFORM;irVar;IItf$;3| ...) ; compiling (DEFUN |IRFORM;irCtor;IItf$;4| ...) ; compiling (DEFUN |IRFORM;irDef;IItf2$;5| ...) ; compiling (DEFUN |InternalRepresentationForm| ...) ; compiling (DEFUN |InternalRepresentationForm;| ...) ; compiling (MAKEPROP (QUOTE |InternalRepresentationForm|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-KoN1MA/code.fasl written ; compilation finished in 0:00:00.015 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile ELABOR.spad && cp ELABOR.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ELABOR.fasl \ && if test -f ELABOR-.NRLIB/code.fasl; then \ cp ELABOR-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/ELABOR-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ELABOR.spad using Spad compiler. ELABOR abbreviates domain Elaboration debug: compDefine1 lhs: (Elaboration) signature (pre-evaluate): ((Join (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE elaboration ($ (InternalRepresentationForm) (InternalTypeForm) (Environment))) (SIGNATURE irForm ((InternalRepresentationForm) $)) (SIGNATURE typeForm ((InternalTypeForm) $)) (SIGNATURE environment ((Environment) $))))) debug: evaluateType form: (Join (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE elaboration ($ (InternalRepresentationForm) (InternalTypeForm) (Environment))) (SIGNATURE irForm ((InternalRepresentationForm) $)) (SIGNATURE typeForm ((InternalTypeForm) $)) (SIGNATURE environment ((Environment) $)))) $param: NIL debug: evaluateType form: (CoercibleTo (OutputForm)) $param: NIL Debug: evaluateType1 form: (CoercibleTo (OutputForm)) debug: evaluateType1 x: (OutputForm) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: evalCategory d: (OutputForm) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE elaboration ($ (InternalRepresentationForm) (InternalTypeForm) (Environment))) (SIGNATURE irForm ((InternalRepresentationForm) $)) (SIGNATURE typeForm ((InternalTypeForm) $)) (SIGNATURE environment ((Environment) $))) $param: NIL debug: evaluateType form: (InternalRepresentationForm) $param: NIL Debug: evaluateType1 form: (InternalRepresentationForm) debug: evaluateType form: (InternalTypeForm) $param: NIL Debug: evaluateType1 form: (InternalTypeForm) debug: evaluateType form: (Environment) $param: NIL Debug: evaluateType1 form: (Environment) debug: evaluateType form: (InternalRepresentationForm) $param: NIL Debug: evaluateType1 form: (InternalRepresentationForm) debug: evaluateType form: (InternalTypeForm) $param: NIL Debug: evaluateType1 form: (InternalTypeForm) debug: evaluateType form: (Environment) $param: NIL Debug: evaluateType1 form: (Environment) debug: compDefine1 signature (post evaluate): ((Join (CoercibleTo (OutputForm)) (CATEGORY domain (SIGNATURE elaboration ($ (InternalRepresentationForm) (InternalTypeForm) (Environment))) (SIGNATURE irForm ((InternalRepresentationForm) $)) (SIGNATURE typeForm ((InternalTypeForm) $)) (SIGNATURE environment ((Environment) $))))) ------------------------------------------------------------------------ initializing stationary directory for Elaboration compiling into /tmp/oa-Et1lTK compiling exported irForm : % -> InternalRepresentationForm ELABOR;irForm;$Irf;1 x is replaced by %vref(x,0) Time: 0.01 SEC. compiling exported typeForm : % -> InternalTypeForm ELABOR;typeForm;$Itf;2 x is replaced by %vref(x,1) Time: 0 SEC. compiling exported environment : % -> Environment ELABOR;environment;$E;3 x is replaced by %vref(x,2) Time: 0.00 SEC. compiling exported coerce : % -> OutputForm Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] Type InternalRepresentationForm is not in scope. Import it [2] Type InternalTypeForm is not in scope. Import it [3] Type Environment is not in scope. Import it Cumulative Statistics for Constructor Elaboration Time: 0.02 seconds finalizing NRLIB ELABOR Processing Elaboration for Browser database: -- elaboration : (InternalRepresentationForm,InternalTypeForm,Environment) -> % -- irForm : % -> InternalRepresentationForm -- typeForm : % -> InternalTypeForm -- environment : % -> Environment --->../../x86_64-unknown-linux-gnu/src/algebra/compiler.spad-->Elaboration(constructor): Not documented!!!! --->../../x86_64-unknown-linux-gnu/src/algebra/compiler.spad-->Elaboration: Missing Description ; compiling file "/tmp/oa-Et1lTK/code.lsp" (written 01 FEB 2016 11:15:57 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ELABOR;irForm;$Irf;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ELABOR;typeForm;$Itf;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |ELABOR;environment;$E;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |ELABOR;irForm;$Irf;1| ...) ; compiling (DEFUN |ELABOR;typeForm;$Itf;2| ...) ; compiling (DEFUN |ELABOR;environment;$E;3| ...) ; compiling (DEFUN |ELABOR;coerce;$Of;4| ...) ; compiling (DEFUN |Elaboration| ...) ; compiling (DEFUN |Elaboration;| ...) ; compiling (MAKEPROP (QUOTE |Elaboration|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-Et1lTK/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile COMPILER.spad && cp COMPILER.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/COMPILER.fasl \ && if test -f COMPILER-.NRLIB/code.fasl; then \ cp COMPILER-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/COMPILER-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/COMPILER.spad using Spad compiler. COMPILER abbreviates package CompilerPackage debug: compDefine1 lhs: (CompilerPackage) signature (pre-evaluate): ((Join (Type) (CATEGORY package (SIGNATURE macroExpand ((SpadAst) (SpadAst) (Environment))) (SIGNATURE elaborate ((Maybe (Elaboration)) (SpadAst))) (SIGNATURE elaborateFile ((List (Maybe (Elaboration))) (String)))))) debug: evaluateType form: (Join (Type) (CATEGORY package (SIGNATURE macroExpand ((SpadAst) (SpadAst) (Environment))) (SIGNATURE elaborate ((Maybe (Elaboration)) (SpadAst))) (SIGNATURE elaborateFile ((List (Maybe (Elaboration))) (String))))) $param: NIL debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (CATEGORY package (SIGNATURE macroExpand ((SpadAst) (SpadAst) (Environment))) (SIGNATURE elaborate ((Maybe (Elaboration)) (SpadAst))) (SIGNATURE elaborateFile ((List (Maybe (Elaboration))) (String)))) $param: NIL debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: evaluateType form: (Environment) $param: NIL Debug: evaluateType1 form: (Environment) debug: evaluateType form: (Maybe (Elaboration)) $param: NIL Debug: evaluateType1 form: (Maybe (Elaboration)) debug: evaluateType1 x: (Elaboration) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Elaboration) $param: NIL Debug: evaluateType1 form: (Elaboration) debug: evalCategory d: (Elaboration) c: (Type) debug: evaluateType form: (SpadAst) $param: NIL Debug: evaluateType1 form: (SpadAst) debug: evaluateType form: (List (Maybe (Elaboration))) $param: NIL Debug: evaluateType1 form: (List (Maybe (Elaboration))) debug: evaluateType1 x: (Maybe (Elaboration)) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Maybe (Elaboration)) $param: NIL Debug: evaluateType1 form: (Maybe (Elaboration)) debug: evaluateType1 x: (Elaboration) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Elaboration) $param: NIL Debug: evaluateType1 form: (Elaboration) debug: evalCategory d: (Elaboration) c: (Type) debug: evalCategory d: (Maybe (Elaboration)) c: (Type) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: compDefine1 signature (post evaluate): ((Join (Type) (CATEGORY package (SIGNATURE macroExpand ((SpadAst) (SpadAst) (Environment))) (SIGNATURE elaborate ((Maybe (Elaboration)) (SpadAst))) (SIGNATURE elaborateFile ((List (Maybe (Elaboration))) (String)))))) ------------------------------------------------------------------------ initializing stationary directory for CompilerPackage compiling into /tmp/oa-RlFd0U importing Environment importing InternalRepresentationForm importing Maybe Elaboration compiling exported macroExpand : (SpadAst,Environment) -> SpadAst COMPILER;macroExpand;SaESa;1 is replaced by macroExpand Time: 0.01 SEC. compiling local getValue : (Identifier,Environment) -> Maybe Elaboration Debug compQuote expr: (QUOTE value) m: $EmptyMode Debug compQuote expr: (QUOTE value) m: (Identifier) Time: 0.01 SEC. compiling local getMode : (Identifier,Environment) -> Maybe InternalTypeForm Debug compQuote expr: (QUOTE mode) m: $EmptyMode Debug compQuote expr: (QUOTE mode) m: (Identifier) Time: 0.01 SEC. compiling local coerceSimply : (Maybe Elaboration,InternalTypeForm) -> Maybe Elaboration Time: 0.00 SEC. compiling local coerceTo : (Maybe Elaboration,InternalTypeForm) -> Maybe Elaboration Time: 0.00 SEC. compiling local elaborateIdentifier : (Identifier,InternalTypeForm,Environment) -> Maybe Elaboration Time: 0.00 SEC. compiling local elaborateMode : (SpadAst,Environment) -> Maybe InternalTypeForm Time: 0.00 SEC. compiling local elaborateDefinition : (DefinitionAst,InternalTypeForm,Environment) -> Maybe Elaboration Time: 0.05 SEC. compiling local doElaborate : (SpadAst,InternalTypeForm,Environment) -> Maybe Elaboration Time: 0.00 SEC. compiling exported elaborate : SpadAst -> Maybe Elaboration Time: 0.00 SEC. compiling exported elaborateFile : String -> List Maybe Elaboration Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] getValue: : InternalRepresentationForm -- replace by pretend [2] getValue: : InternalTypeForm -- replace by pretend [3] getMode: : InternalTypeForm -- replace by pretend [4] getMode: typeForm has no value [5] coerceSimply: typeForm has no value [6] elaborateMode: : InternalTypeForm -- replace by pretend Cumulative Statistics for Constructor CompilerPackage Time: 0.14 seconds finalizing NRLIB COMPILER Processing CompilerPackage for Browser database: -- macroExpand : (SpadAst,Environment) -> SpadAst -- elaborate : SpadAst -> Maybe Elaboration --->../../x86_64-unknown-linux-gnu/src/algebra/compiler.spad-->CompilerPackage((elaborateFile ((List (Maybe Elaboration)) String))): Not documented!!!! -- constructor ; compiling file "/tmp/oa-RlFd0U/code.lsp" (written 01 FEB 2016 11:15:57 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |COMPILER;macroExpand;SaESa;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |COMPILER;macroExpand;SaESa;1| ...) ; compiling (DEFUN |COMPILER;getValue| ...) ; compiling (DEFUN |COMPILER;getMode| ...) ; compiling (DEFUN |COMPILER;coerceSimply| ...) ; compiling (DEFUN |COMPILER;coerceTo| ...) ; compiling (DEFUN |COMPILER;elaborateIdentifier| ...) ; compiling (DEFUN |COMPILER;elaborateMode| ...) ; compiling (DEFUN |COMPILER;elaborateDefinition| ...) ; file: /tmp/oa-RlFd0U/code.lsp ; in: DEFUN |COMPILER;elaborateDefinition| ; (DEFUN BOOT::|COMPILER;elaborateDefinition| ; (BOOT::|x| BOOT::|m| BOOT::|e| BOOT::$) ; (PROG (BOOT::|t| BOOT::|b| BOOT::|irRet| BOOT::|ret| BOOT::|irT|) ; (RETURN ; (LET (# # # # #) ; (BOOT::SEQ # # #))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COMPILER;elaborateDefinition| ; (BOOT::|x| BOOT::|m| BOOT::|e| BOOT::$) ; (BLOCK BOOT::|COMPILER;elaborateDefinition| ; (PROG (BOOT::|t| BOOT::|b| BOOT::|irRet| BOOT::|ret| BOOT::|irT|) ; (RETURN ; (LET # ; #))))) ; ; caught STYLE-WARNING: ; The variable |m| is defined but never used. ; compiling (DEFUN |COMPILER;doElaborate| ...) ; compiling (DEFUN |COMPILER;elaborate;SaM;10| ...) ; compiling (DEFUN |COMPILER;elaborateFile;SL;11| ...) ; file: /tmp/oa-RlFd0U/code.lsp ; in: DEFUN |COMPILER;elaborateFile;SL;11| ; (DEFUN BOOT::|COMPILER;elaborateFile;SL;11| (BOOT::|f| BOOT::$) ; (LET ((#:G605 (BOOT::SPADCALL BOOT::|f| #)) (#:G600 NIL)) ; (LOOP (COND (# #) (T #)) ; (SETQ #:G605 #)))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|COMPILER;elaborateFile;SL;11| ; (BOOT::|f| BOOT::$) ; (BLOCK BOOT::|COMPILER;elaborateFile;SL;11| ; (LET ((#:G605 #) (#:G600 NIL)) ; (LOOP (COND # #) ; (SETQ #))))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL LIST &REST T). ; compiling (DEFUN |CompilerPackage| ...) ; compiling (DEFUN |CompilerPackage;| ...) ; compiling (MAKEPROP (QUOTE |CompilerPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 1 note ; /tmp/oa-RlFd0U/code.fasl written ; compilation finished in 0:00:00.040 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile MSYSCMD.spad && cp MSYSCMD.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MSYSCMD.fasl \ && if test -f MSYSCMD-.NRLIB/code.fasl; then \ cp MSYSCMD-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/MSYSCMD-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MSYSCMD.spad using Spad compiler. MSYSCMD abbreviates package MoreSystemCommands debug: compDefine1 lhs: (MoreSystemCommands) signature (pre-evaluate): ((CATEGORY package (SIGNATURE systemCommand ((Void) (String))))) debug: evaluateType form: (CATEGORY package (SIGNATURE systemCommand ((Void) (String)))) $param: NIL debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (String) $param: NIL Debug: evaluateType1 form: (String) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE systemCommand ((Void) (String))))) ------------------------------------------------------------------------ initializing stationary directory for MoreSystemCommands compiling into /tmp/oa-QcrZT2 compiling exported systemCommand : String -> Void MSYSCMD;systemCommand;SV;1 is replaced by doSystemCommand Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor MoreSystemCommands Time: 0.00 seconds finalizing NRLIB MSYSCMD Processing MoreSystemCommands for Browser database: -- systemCommand : String -> Void -- constructor ; compiling file "/tmp/oa-QcrZT2/code.lsp" (written 01 FEB 2016 11:15:58 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |MSYSCMD;systemCommand;SV;1|) ...) ; compiling (DEFUN |MSYSCMD;systemCommand;SV;1| ...) ; compiling (DEFUN |MoreSystemCommands| ...) ; compiling (DEFUN |MoreSystemCommands;| ...) ; compiling (MAKEPROP (QUOTE |MoreSystemCommands|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-QcrZT2/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile PRINT.spad && cp PRINT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PRINT.fasl \ && if test -f PRINT-.NRLIB/code.fasl; then \ cp PRINT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/PRINT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/PRINT.spad using Spad compiler. PRINT abbreviates package PrintPackage debug: compDefine1 lhs: (PrintPackage) signature (pre-evaluate): ((CATEGORY package (SIGNATURE print ((Void) (OutputForm))))) debug: evaluateType form: (CATEGORY package (SIGNATURE print ((Void) (OutputForm)))) $param: NIL debug: evaluateType form: (Void) $param: NIL Debug: evaluateType1 form: (Void) debug: evaluateType form: (OutputForm) $param: NIL Debug: evaluateType1 form: (OutputForm) debug: compDefine1 signature (post evaluate): ((CATEGORY package (SIGNATURE print ((Void) (OutputForm))))) ------------------------------------------------------------------------ initializing stationary directory for PrintPackage compiling into /tmp/oa-ugQqPa compiling exported print : OutputForm -> Void Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Cumulative Statistics for Constructor PrintPackage Time: 0 seconds finalizing NRLIB PRINT Processing PrintPackage for Browser database: -- print : OutputForm -> Void -- constructor ; compiling file "/tmp/oa-ugQqPa/code.lsp" (written 01 FEB 2016 11:15:58 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |PRINT;print;OfV;1| ...) ; compiling (DEFUN |PrintPackage| ...) ; compiling (DEFUN |PrintPackage;| ...) ; compiling (MAKEPROP (QUOTE |PrintPackage|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; /tmp/oa-ugQqPa/code.fasl written ; compilation finished in 0:00:00.011 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile TALGOP.spad && cp TALGOP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/TALGOP.fasl \ && if test -f TALGOP-.NRLIB/code.fasl; then \ cp TALGOP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/TALGOP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TALGOP.spad using Spad compiler. TALGOP abbreviates domain TermAlgebraOperator debug: compDefine1 lhs: (TermAlgebraOperator S) signature (pre-evaluate): ((Join (OperatorCategory S) (CATEGORY domain (SIGNATURE operator ($ S (Arity))))) (SetCategory)) debug: evaluateType form: (Join (OperatorCategory S) (CATEGORY domain (SIGNATURE operator ($ S (Arity))))) $param: (S) debug: evaluateType form: (OperatorCategory S) $param: (S) Debug: evaluateType1 form: (OperatorCategory S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE operator ($ S (Arity)))) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Arity) $param: (S) Debug: evaluateType1 form: (Arity) debug: evaluateType form: (SetCategory) $param: (S) Debug: evaluateType1 form: (SetCategory) debug: compDefine1 signature (post evaluate): ((Join (OperatorCategory S) (CATEGORY domain (SIGNATURE operator ($ S (Arity))))) (SetCategory)) debug: compDefine1 lhs: (TermAlgebraOperator S) signature (pre-evaluate): ((Join (OperatorCategory S) (CATEGORY domain (SIGNATURE operator ($ S (Arity))))) NIL) debug: evaluateType form: (Join (OperatorCategory S) (CATEGORY domain (SIGNATURE operator ($ S (Arity))))) $param: (S) debug: evaluateType form: (OperatorCategory S) $param: (S) Debug: evaluateType1 form: (OperatorCategory S) debug: evaluateType1 x: S m: (SetCategory) debug: evaluateType form: (CATEGORY domain (SIGNATURE operator ($ S (Arity)))) $param: (S) debug: evaluateType form: S $param: (S) debug: evaluateType form: (Arity) $param: (S) Debug: evaluateType1 form: (Arity) debug: compDefine1 signature (post evaluate): ((Join (OperatorCategory S) (CATEGORY domain (SIGNATURE operator ($ S (Arity))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for TermAlgebraOperator compiling into /tmp/oa-fOYndf compiling exported operator : (S,Arity) -> % TALGOP;operator;SA$;1 is replaced by %pair Time: 0.01 SEC. compiling exported name : % -> S TALGOP;name;$S;2 is replaced by %head Time: 0 SEC. compiling exported arity : % -> Arity TALGOP;arity;$A;3 is replaced by %tail Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor TermAlgebraOperator Time: 0.02 seconds finalizing NRLIB TALGOP Processing TermAlgebraOperator for Browser database: -- operator : (S,Arity) -> % -- constructor ; compiling file "/tmp/oa-fOYndf/code.lsp" (written 01 FEB 2016 11:15:58 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |TALGOP;operator;SA$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |TALGOP;name;$S;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |TALGOP;arity;$A;3|) ...) ; compiling (DEFUN |TALGOP;operator;SA$;1| ...) ; compiling (DEFUN |TALGOP;name;$S;2| ...) ; compiling (DEFUN |TALGOP;arity;$A;3| ...) ; compiling (DEFUN |TermAlgebraOperator| ...) ; compiling (DEFUN |TermAlgebraOperator;| ...) ; compiling (MAKEPROP (QUOTE |TermAlgebraOperator|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-fOYndf/code.fasl written ; compilation finished in 0:00:00.013 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile YDIAGRAM.spad && cp YDIAGRAM.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/YDIAGRAM.fasl \ && if test -f YDIAGRAM-.NRLIB/code.fasl; then \ cp YDIAGRAM-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/YDIAGRAM-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/YDIAGRAM.spad using Spad compiler. YDIAGRAM abbreviates domain YoungDiagram debug: compDefine1 lhs: (YoungDiagram) signature (pre-evaluate): ((Join (SetCategory) (HomotopicTo (Partition)) (CATEGORY domain (SIGNATURE youngDiagram ($ (List (PositiveInteger)))) (SIGNATURE shape ((Partition) $))))) debug: evaluateType form: (Join (SetCategory) (HomotopicTo (Partition)) (CATEGORY domain (SIGNATURE youngDiagram ($ (List (PositiveInteger)))) (SIGNATURE shape ((Partition) $)))) $param: NIL debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (HomotopicTo (Partition)) $param: NIL Debug: evaluateType1 form: (HomotopicTo (Partition)) debug: evaluateType1 x: (Partition) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Partition) $param: NIL Debug: evaluateType1 form: (Partition) debug: evalCategory d: (Partition) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE youngDiagram ($ (List (PositiveInteger)))) (SIGNATURE shape ((Partition) $))) $param: NIL debug: evaluateType form: (List (PositiveInteger)) $param: NIL Debug: evaluateType1 form: (List (PositiveInteger)) debug: evaluateType1 x: (PositiveInteger) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (PositiveInteger) $param: NIL Debug: evaluateType1 form: (PositiveInteger) debug: evalCategory d: (PositiveInteger) c: (Type) debug: evaluateType form: (Partition) $param: NIL Debug: evaluateType1 form: (Partition) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (HomotopicTo (Partition)) (CATEGORY domain (SIGNATURE youngDiagram ($ (List (PositiveInteger)))) (SIGNATURE shape ((Partition) $))))) ------------------------------------------------------------------------ initializing stationary directory for YoungDiagram compiling into /tmp/oa-eTPqWp compiling exported youngDiagram : List PositiveInteger -> % Time: 0.01 SEC. compiling exported shape : % -> Partition YDIAGRAM;shape;$P;2 x is replaced by x Time: 0 SEC. compiling exported coerce : % -> Partition YDIAGRAM;coerce;$P;3 x is replaced by x Time: 0.00 SEC. compiling exported coerce : Partition -> % YDIAGRAM;coerce;P$;4 p is replaced by p Time: 0 SEC. compiling exported = : (%,%) -> Boolean Time: 0 SEC. compiling exported coerce : % -> OutputForm Time: 0.05 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor YoungDiagram Time: 0.07 seconds finalizing NRLIB YDIAGRAM Processing YoungDiagram for Browser database: -- youngDiagram : List PositiveInteger -> % -- shape : % -> Partition -- constructor ; compiling file "/tmp/oa-eTPqWp/code.lsp" (written 01 FEB 2016 11:15:58 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |YDIAGRAM;shape;$P;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |YDIAGRAM;coerce;$P;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |YDIAGRAM;coerce;P$;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |YDIAGRAM;youngDiagram;L$;1| ...) ; compiling (DEFUN |YDIAGRAM;shape;$P;2| ...) ; compiling (DEFUN |YDIAGRAM;coerce;$P;3| ...) ; compiling (DEFUN |YDIAGRAM;coerce;P$;4| ...) ; compiling (DEFUN |YDIAGRAM;=;2$B;5| ...) ; file: /tmp/oa-eTPqWp/code.lsp ; in: DEFUN |YDIAGRAM;=;2$B;5| ; (DEFUN BOOT::|YDIAGRAM;=;2$B;5| (BOOT::|x| BOOT::|y| BOOT::$) ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 16))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|YDIAGRAM;=;2$B;5| ; (BOOT::|x| BOOT::|y| BOOT::$) ; (BLOCK BOOT::|YDIAGRAM;=;2$B;5| ; (BOOT::SPADCALL BOOT::|x| BOOT::|y| (BOOT::|shellEntry| BOOT::$ 16)))) ; ; note: type assertion too complex to check: ; (VALUES &OPTIONAL (MEMBER T NIL) &REST T). ; compiling (DEFUN |YDIAGRAM;coerce;$Of;6| ...) ; compiling (DEFUN |YoungDiagram| ...) ; compiling (DEFUN |YoungDiagram;| ...) ; compiling (MAKEPROP (QUOTE |YoungDiagram|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 1 note ; /tmp/oa-eTPqWp/code.fasl written ; compilation finished in 0:00:00.020 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --sysalg=strap-0 --output=strap-0/DBASIS.fasl --bootstrap DBASIS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DBASIS.spad using Spad compiler. DBASIS abbreviates domain DualBasis ------------------------------------------------------------------------ initializing stationary directory for DualBasis compiling into /tmp/oa-UXkAnB Time: 0.01 SEC. Cumulative Statistics for Constructor DualBasis Time: 0.01 seconds finalizing NRLIB DBASIS ; compiling file "/tmp/oa-UXkAnB/code.lsp" (written 01 FEB 2016 11:15:58 PM): ; compiling (DEFUN |DualBasis| ...) ; compiling (DEFUN |DualBasis;| ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-UXkAnB/code.fasl written ; compilation finished in 0:00:00.008 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-0 --sysalg=strap-1 \ --output=strap-1/LINBASIS.fasl --optimize=3 LINBASIS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LINBASIS.spad using Spad compiler. LINBASIS abbreviates domain LinearBasis debug: compDefine1 lhs: (LinearBasis vars) signature (pre-evaluate): ((Join (OrderedFinite) (CoercibleFrom (OrderedVariableList vars)) (CATEGORY domain (SIGNATURE dual ($ (DualBasis vars))))) (List (Symbol))) debug: evaluateType form: (Join (OrderedFinite) (CoercibleFrom (OrderedVariableList vars)) (CATEGORY domain (SIGNATURE dual ($ (DualBasis vars))))) $param: (vars) debug: evaluateType form: (OrderedFinite) $param: (vars) Debug: evaluateType1 form: (OrderedFinite) debug: evaluateType form: (CoercibleFrom (OrderedVariableList vars)) $param: (vars) Debug: evaluateType1 form: (CoercibleFrom (OrderedVariableList vars)) debug: evaluateType1 x: (OrderedVariableList vars) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (vars) Debug: evaluateType1 form: (Type) debug: evaluateType form: (OrderedVariableList vars) $param: (vars) Debug: evaluateType1 form: (OrderedVariableList vars) debug: evaluateType1 x: vars m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList vars) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE dual ($ (DualBasis vars)))) $param: (vars) debug: evaluateType form: (DualBasis vars) $param: (vars) Debug: evaluateType1 form: (DualBasis vars) debug: evaluateType1 x: vars m: (List (Symbol)) debug: evaluateType form: (List (Symbol)) $param: (vars) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (vars) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (vars) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (OrderedFinite) (CoercibleFrom (OrderedVariableList vars)) (CATEGORY domain (SIGNATURE dual ($ (DualBasis vars))))) (List (Symbol))) debug: compDefine1 lhs: (LinearBasis vars) signature (pre-evaluate): ((Join (OrderedFinite) (CoercibleFrom (OrderedVariableList vars)) (CATEGORY domain (SIGNATURE dual ($ (DualBasis vars))))) NIL) debug: evaluateType form: (Join (OrderedFinite) (CoercibleFrom (OrderedVariableList vars)) (CATEGORY domain (SIGNATURE dual ($ (DualBasis vars))))) $param: (vars) debug: evaluateType form: (OrderedFinite) $param: (vars) Debug: evaluateType1 form: (OrderedFinite) debug: evaluateType form: (CoercibleFrom (OrderedVariableList vars)) $param: (vars) Debug: evaluateType1 form: (CoercibleFrom (OrderedVariableList vars)) debug: evaluateType1 x: (OrderedVariableList vars) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (vars) Debug: evaluateType1 form: (Type) debug: evaluateType form: (OrderedVariableList vars) $param: (vars) Debug: evaluateType1 form: (OrderedVariableList vars) debug: evaluateType1 x: vars m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList vars) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE dual ($ (DualBasis vars)))) $param: (vars) debug: evaluateType form: (DualBasis vars) $param: (vars) Debug: evaluateType1 form: (DualBasis vars) debug: evaluateType1 x: vars m: (List (Symbol)) debug: compDefine1 signature (post evaluate): ((Join (OrderedFinite) (CoercibleFrom (OrderedVariableList vars)) (CATEGORY domain (SIGNATURE dual ($ (DualBasis vars))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for LinearBasis compiling into /tmp/oa-CsRHVH compiling exported coerce : OrderedVariableList vars -> % LINBASIS;coerce;Ovl$;1 s is replaced by s Time: 0.01 SEC. compiling exported dual : DualBasis vars -> % Time: 0.03 SEC. (time taken in buildFunctor: 0) Time: 0.02 SEC. Cumulative Statistics for Constructor LinearBasis Time: 0.06 seconds --------------non extending category---------------------- LinearBasis #1 of category Join(OrderedFinite,CoercibleFrom OrderedVariableList #1) with dual : DualBasis #1 -> % has no ConvertibleTo Symbol ---------------------------------------------------------- finalizing NRLIB LINBASIS Processing LinearBasis for Browser database: -- dual : DualBasis vars -> % -- constructor ; compiling file "/tmp/oa-CsRHVH/code.lsp" (written 01 FEB 2016 11:15:58 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LINBASIS;coerce;Ovl$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LINBASIS;coerce;Ovl$;1| ...) ; compiling (DEFUN |LINBASIS;dual;Db$;2| ...) ; compiling (DEFUN |LinearBasis| ...) ; compiling (DEFUN |LinearBasis;| ...) ; compiling (MAKEPROP (QUOTE |LinearBasis|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-CsRHVH/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/LINELT.fasl --optimize=3 LINELT.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LINELT.spad using Spad compiler. LINELT abbreviates domain LinearElement debug: compDefine1 lhs: (LinearElement K B) signature (pre-evaluate): ((Join (VectorSpace K) (CoercibleFrom (LinearBasis B)) (IndexedDirectProductCategory K (LinearBasis B)) (CATEGORY domain (SIGNATURE linearElement ($ (List K))) (SIGNATURE coordinates ((Vector K) $)))) NIL NIL) debug: evaluateType form: (Join (VectorSpace K) (CoercibleFrom (LinearBasis B)) (IndexedDirectProductCategory K (LinearBasis B)) (CATEGORY domain (SIGNATURE linearElement ($ (List K))) (SIGNATURE coordinates ((Vector K) $)))) $param: (K B) debug: evaluateType form: (VectorSpace K) $param: (K B) Debug: evaluateType1 form: (VectorSpace K) debug: evaluateType1 x: K m: (Field) debug: evaluateType form: (CoercibleFrom (LinearBasis B)) $param: (K B) Debug: evaluateType1 form: (CoercibleFrom (LinearBasis B)) debug: evaluateType1 x: (LinearBasis B) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (K B) Debug: evaluateType1 form: (Type) debug: evaluateType form: (LinearBasis B) $param: (K B) Debug: evaluateType1 form: (LinearBasis B) debug: evaluateType1 x: B m: (List (Symbol)) debug: evalCategory d: (LinearBasis B) c: (Type) debug: evaluateType form: (IndexedDirectProductCategory K (LinearBasis B)) $param: (K B) Debug: evaluateType1 form: (IndexedDirectProductCategory K (LinearBasis B)) debug: evaluateType1 x: K m: (BasicType) debug: evaluateType1 x: (LinearBasis B) m: (OrderedType) debug: evaluateType1 categoryForm: (OrderedType) debug: evaluateType form: (OrderedType) $param: (K B) Debug: evaluateType1 form: (OrderedType) debug: evaluateType form: (LinearBasis B) $param: (K B) Debug: evaluateType1 form: (LinearBasis B) debug: evaluateType1 x: B m: (List (Symbol)) debug: evalCategory d: (LinearBasis B) c: (OrderedType) debug: evaluateType form: (CATEGORY domain (SIGNATURE linearElement ($ (List K))) (SIGNATURE coordinates ((Vector K) $))) $param: (K B) debug: evaluateType form: (List K) $param: (K B) Debug: evaluateType1 form: (List K) debug: evaluateType1 x: K m: (Type) debug: evaluateType form: (Vector K) $param: (K B) Debug: evaluateType1 form: (Vector K) debug: evaluateType1 x: K m: (Type) debug: compDefine1 signature (post evaluate): ((Join (VectorSpace K) (CoercibleFrom (LinearBasis B)) (IndexedDirectProductCategory K (LinearBasis B)) (CATEGORY domain (SIGNATURE linearElement ($ (List K))) (SIGNATURE coordinates ((Vector K) $)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for LinearElement compiling into /tmp/oa-YQdUzR compiling exported coerce : LinearBasis B -> % Time: 0.04 SEC. compiling exported dimension : () -> CardinalNumber Time: 0.02 SEC. compiling exported linearElement : List K -> % Time: 0.03 SEC. compiling exported coordinates : % -> Vector K Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Warnings: [1] coordinates: lookup has no value Cumulative Statistics for Constructor LinearElement Time: 0.14 seconds --------------non extending category---------------------- LinearElement(#1,#2) of category Join(VectorSpace #1,CoercibleFrom LinearBasis #2,IndexedDirectProductCategory(#1,LinearBasis #2)) with linearElement : List #1 -> % coordinates : % -> Vector #1 has no IF(has#1CommutativeRing(),Module #1,%noBranch) ---------------------------------------------------------- finalizing NRLIB LINELT Processing LinearElement for Browser database: -- linearElement : List K -> % -- coordinates : % -> Vector K -- constructor ; compiling file "/tmp/oa-YQdUzR/code.lsp" (written 01 FEB 2016 11:15:58 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LINELT;coerce;Lb$;1| ...) ; compiling (DEFUN |LINELT;dimension;Cn;2| ...) ; compiling (DEFUN |LINELT;linearElement;L$;3| ...) ; compiling (DEFUN |LINELT;coordinates;$V;4| ...) ; compiling (DEFUN |LinearElement| ...) ; compiling (DEFUN |LinearElement;| ...) ; compiling (MAKEPROP (QUOTE |LinearElement|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-YQdUzR/code.fasl written ; compilation finished in 0:00:00.023 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --system-algebra --compile --strap=strap-1 --sysalg=strap-2 \ --output=strap-2/DBASIS.fasl --optimize=3 DBASIS.spad Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DBASIS.spad using Spad compiler. DBASIS abbreviates domain DualBasis debug: compDefine1 lhs: (DualBasis vars) signature (pre-evaluate): ((Join (OrderedFinite) (CATEGORY domain (SIGNATURE dual ($ (LinearBasis vars))))) (List (Symbol))) debug: evaluateType form: (Join (OrderedFinite) (CATEGORY domain (SIGNATURE dual ($ (LinearBasis vars))))) $param: (vars) debug: evaluateType form: (OrderedFinite) $param: (vars) Debug: evaluateType1 form: (OrderedFinite) debug: evaluateType form: (CATEGORY domain (SIGNATURE dual ($ (LinearBasis vars)))) $param: (vars) debug: evaluateType form: (LinearBasis vars) $param: (vars) Debug: evaluateType1 form: (LinearBasis vars) debug: evaluateType1 x: vars m: (List (Symbol)) debug: evaluateType form: (List (Symbol)) $param: (vars) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (vars) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (vars) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (OrderedFinite) (CATEGORY domain (SIGNATURE dual ($ (LinearBasis vars))))) (List (Symbol))) debug: compDefine1 lhs: (DualBasis vars) signature (pre-evaluate): ((Join (OrderedFinite) (CATEGORY domain (SIGNATURE dual ($ (LinearBasis vars))))) NIL) debug: evaluateType form: (Join (OrderedFinite) (CATEGORY domain (SIGNATURE dual ($ (LinearBasis vars))))) $param: (vars) debug: evaluateType form: (OrderedFinite) $param: (vars) Debug: evaluateType1 form: (OrderedFinite) debug: evaluateType form: (CATEGORY domain (SIGNATURE dual ($ (LinearBasis vars)))) $param: (vars) debug: evaluateType form: (LinearBasis vars) $param: (vars) Debug: evaluateType1 form: (LinearBasis vars) debug: evaluateType1 x: vars m: (List (Symbol)) debug: compDefine1 signature (post evaluate): ((Join (OrderedFinite) (CATEGORY domain (SIGNATURE dual ($ (LinearBasis vars))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for DualBasis compiling into /tmp/oa-hJTlb2 compiling exported dual : LinearBasis vars -> % Time: 0.04 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE *) m: (OutputForm) Debug compQuote expr: (QUOTE *) m: (OutputForm) Debug compQuote expr: (QUOTE *) m: (OutputForm) Debug compQuote expr: (QUOTE *) m: (OutputForm) Debug compQuote expr: (QUOTE *) m: (OutputForm) Debug compQuote expr: (QUOTE *) m: (OutputForm) Debug compQuote expr: (QUOTE *) m: (OutputForm) Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] coerce: superscript has no value Cumulative Statistics for Constructor DualBasis Time: 0.08 seconds --------------non extending category---------------------- DualBasis #1 of category OrderedFinite with dual : LinearBasis #1 -> % has no ConvertibleTo Symbol ---------------------------------------------------------- finalizing NRLIB DBASIS Processing DualBasis for Browser database: -- dual : LinearBasis vars -> % -- constructor ; compiling file "/tmp/oa-hJTlb2/code.lsp" (written 01 FEB 2016 11:15:59 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DBASIS;dual;Lb$;1| ...) ; compiling (DEFUN |DBASIS;coerce;$Of;2| ...) ; compiling (DEFUN |DualBasis| ...) ; compiling (DEFUN |DualBasis;| ...) ; compiling (MAKEPROP (QUOTE |DualBasis|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-hJTlb2/code.fasl written ; compilation finished in 0:00:00.014 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile LINFORM.spad && cp LINFORM.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LINFORM.fasl \ && if test -f LINFORM-.NRLIB/code.fasl; then \ cp LINFORM-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LINFORM-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LINFORM.spad using Spad compiler. LINFORM abbreviates domain LinearForm debug: compDefine1 lhs: (LinearForm K B) signature (pre-evaluate): ((Join (VectorSpace K) (Eltable (LinearElement K B) K) (CATEGORY domain (SIGNATURE linearForm ($ (List K))) (SIGNATURE coordinates ((Vector K) $)))) NIL NIL) debug: evaluateType form: (Join (VectorSpace K) (Eltable (LinearElement K B) K) (CATEGORY domain (SIGNATURE linearForm ($ (List K))) (SIGNATURE coordinates ((Vector K) $)))) $param: (K B) debug: evaluateType form: (VectorSpace K) $param: (K B) Debug: evaluateType1 form: (VectorSpace K) debug: evaluateType1 x: K m: (Field) debug: evaluateType form: (Eltable (LinearElement K B) K) $param: (K B) Debug: evaluateType1 form: (Eltable (LinearElement K B) K) debug: evaluateType1 x: (LinearElement K B) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (K B) Debug: evaluateType1 form: (Type) debug: evaluateType form: (LinearElement K B) $param: (K B) Debug: evaluateType1 form: (LinearElement K B) debug: evaluateType1 x: K m: (Field) debug: evaluateType1 x: B m: (List (Symbol)) debug: evalCategory d: (LinearElement K B) c: (Type) debug: evaluateType1 x: K m: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE linearForm ($ (List K))) (SIGNATURE coordinates ((Vector K) $))) $param: (K B) debug: evaluateType form: (List K) $param: (K B) Debug: evaluateType1 form: (List K) debug: evaluateType1 x: K m: (Type) debug: evaluateType form: (Vector K) $param: (K B) Debug: evaluateType1 form: (Vector K) debug: evaluateType1 x: K m: (Type) debug: compDefine1 signature (post evaluate): ((Join (VectorSpace K) (Eltable (LinearElement K B) K) (CATEGORY domain (SIGNATURE linearForm ($ (List K))) (SIGNATURE coordinates ((Vector K) $)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for LinearForm compiling into /tmp/oa-nYbxpc compiling exported dimension : () -> CardinalNumber Time: 0.05 SEC. compiling exported linearForm : List K -> % Time: 0.02 SEC. compiling exported coordinates : % -> Vector K Time: 0.04 SEC. compiling exported elt : (%,LinearElement(K,B)) -> K Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Warnings: [1] coordinates: terms has no value [2] coordinates: lookup has no value Cumulative Statistics for Constructor LinearForm Time: 0.12 seconds --------------non extending category---------------------- LinearForm(#1,#2) of category Join(VectorSpace #1,Eltable( LinearElement(#1,#2),#1)) with linearForm : List #1 -> % coordinates : % -> Vector #1 has no IndexedDirectProductCategory(#1,DualBasis #2) ---------------------------------------------------------- finalizing NRLIB LINFORM Processing LinearForm for Browser database: -- linearForm : List K -> % -- coordinates : % -> Vector K -- constructor ; compiling file "/tmp/oa-nYbxpc/code.lsp" (written 01 FEB 2016 11:15:59 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LINFORM;dimension;Cn;1| ...) ; compiling (DEFUN |LINFORM;linearForm;L$;2| ...) ; compiling (DEFUN |LINFORM;coordinates;$V;3| ...) ; compiling (DEFUN |LINFORM;elt;$LeK;4| ...) ; compiling (DEFUN |LinearForm| ...) ; compiling (DEFUN |LinearForm;| ...) ; compiling (MAKEPROP (QUOTE |LinearForm|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-nYbxpc/code.fasl written ; compilation finished in 0:00:00.023 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile LINBASIS.spad && cp LINBASIS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LINBASIS.fasl \ && if test -f LINBASIS-.NRLIB/code.fasl; then \ cp LINBASIS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LINBASIS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LINBASIS.spad using Spad compiler. LINBASIS abbreviates domain LinearBasis debug: compDefine1 lhs: (LinearBasis vars) signature (pre-evaluate): ((Join (OrderedFinite) (CoercibleFrom (OrderedVariableList vars)) (CATEGORY domain (SIGNATURE dual ($ (DualBasis vars))))) (List (Symbol))) debug: evaluateType form: (Join (OrderedFinite) (CoercibleFrom (OrderedVariableList vars)) (CATEGORY domain (SIGNATURE dual ($ (DualBasis vars))))) $param: (vars) debug: evaluateType form: (OrderedFinite) $param: (vars) Debug: evaluateType1 form: (OrderedFinite) debug: evaluateType form: (CoercibleFrom (OrderedVariableList vars)) $param: (vars) Debug: evaluateType1 form: (CoercibleFrom (OrderedVariableList vars)) debug: evaluateType1 x: (OrderedVariableList vars) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (vars) Debug: evaluateType1 form: (Type) debug: evaluateType form: (OrderedVariableList vars) $param: (vars) Debug: evaluateType1 form: (OrderedVariableList vars) debug: evaluateType1 x: vars m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList vars) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE dual ($ (DualBasis vars)))) $param: (vars) debug: evaluateType form: (DualBasis vars) $param: (vars) Debug: evaluateType1 form: (DualBasis vars) debug: evaluateType1 x: vars m: (List (Symbol)) debug: evaluateType form: (List (Symbol)) $param: (vars) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (vars) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (vars) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (OrderedFinite) (CoercibleFrom (OrderedVariableList vars)) (CATEGORY domain (SIGNATURE dual ($ (DualBasis vars))))) (List (Symbol))) debug: compDefine1 lhs: (LinearBasis vars) signature (pre-evaluate): ((Join (OrderedFinite) (CoercibleFrom (OrderedVariableList vars)) (CATEGORY domain (SIGNATURE dual ($ (DualBasis vars))))) NIL) debug: evaluateType form: (Join (OrderedFinite) (CoercibleFrom (OrderedVariableList vars)) (CATEGORY domain (SIGNATURE dual ($ (DualBasis vars))))) $param: (vars) debug: evaluateType form: (OrderedFinite) $param: (vars) Debug: evaluateType1 form: (OrderedFinite) debug: evaluateType form: (CoercibleFrom (OrderedVariableList vars)) $param: (vars) Debug: evaluateType1 form: (CoercibleFrom (OrderedVariableList vars)) debug: evaluateType1 x: (OrderedVariableList vars) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (vars) Debug: evaluateType1 form: (Type) debug: evaluateType form: (OrderedVariableList vars) $param: (vars) Debug: evaluateType1 form: (OrderedVariableList vars) debug: evaluateType1 x: vars m: (List (Symbol)) debug: evalCategory d: (OrderedVariableList vars) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE dual ($ (DualBasis vars)))) $param: (vars) debug: evaluateType form: (DualBasis vars) $param: (vars) Debug: evaluateType1 form: (DualBasis vars) debug: evaluateType1 x: vars m: (List (Symbol)) debug: compDefine1 signature (post evaluate): ((Join (OrderedFinite) (CoercibleFrom (OrderedVariableList vars)) (CATEGORY domain (SIGNATURE dual ($ (DualBasis vars))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for LinearBasis compiling into /tmp/oa-5MpEAt compiling exported coerce : OrderedVariableList vars -> % LINBASIS;coerce;Ovl$;1 s is replaced by s Time: 0.02 SEC. compiling exported dual : DualBasis vars -> % Time: 0.04 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor LinearBasis Time: 0.06 seconds --------------non extending category---------------------- LinearBasis #1 of category Join(OrderedFinite,CoercibleFrom OrderedVariableList #1) with dual : DualBasis #1 -> % has no ConvertibleTo Symbol ---------------------------------------------------------- finalizing NRLIB LINBASIS Processing LinearBasis for Browser database: -- dual : DualBasis vars -> % -- constructor ; compiling file "/tmp/oa-5MpEAt/code.lsp" (written 01 FEB 2016 11:15:59 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |LINBASIS;coerce;Ovl$;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LINBASIS;coerce;Ovl$;1| ...) ; compiling (DEFUN |LINBASIS;dual;Db$;2| ...) ; compiling (DEFUN |LinearBasis| ...) ; compiling (DEFUN |LinearBasis;| ...) ; compiling (MAKEPROP (QUOTE |LinearBasis|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-5MpEAt/code.fasl written ; compilation finished in 0:00:00.018 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile DBASIS.spad && cp DBASIS.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DBASIS.fasl \ && if test -f DBASIS-.NRLIB/code.fasl; then \ cp DBASIS-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/DBASIS-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/DBASIS.spad using Spad compiler. DBASIS abbreviates domain DualBasis debug: compDefine1 lhs: (DualBasis vars) signature (pre-evaluate): ((Join (OrderedFinite) (CATEGORY domain (SIGNATURE dual ($ (LinearBasis vars))))) (List (Symbol))) debug: evaluateType form: (Join (OrderedFinite) (CATEGORY domain (SIGNATURE dual ($ (LinearBasis vars))))) $param: (vars) debug: evaluateType form: (OrderedFinite) $param: (vars) Debug: evaluateType1 form: (OrderedFinite) debug: evaluateType form: (CATEGORY domain (SIGNATURE dual ($ (LinearBasis vars)))) $param: (vars) debug: evaluateType form: (LinearBasis vars) $param: (vars) Debug: evaluateType1 form: (LinearBasis vars) debug: evaluateType1 x: vars m: (List (Symbol)) debug: evaluateType form: (List (Symbol)) $param: (vars) Debug: evaluateType1 form: (List (Symbol)) debug: evaluateType1 x: (Symbol) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (vars) Debug: evaluateType1 form: (Type) debug: evaluateType form: (Symbol) $param: (vars) Debug: evaluateType1 form: (Symbol) debug: evalCategory d: (Symbol) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (OrderedFinite) (CATEGORY domain (SIGNATURE dual ($ (LinearBasis vars))))) (List (Symbol))) debug: compDefine1 lhs: (DualBasis vars) signature (pre-evaluate): ((Join (OrderedFinite) (CATEGORY domain (SIGNATURE dual ($ (LinearBasis vars))))) NIL) debug: evaluateType form: (Join (OrderedFinite) (CATEGORY domain (SIGNATURE dual ($ (LinearBasis vars))))) $param: (vars) debug: evaluateType form: (OrderedFinite) $param: (vars) Debug: evaluateType1 form: (OrderedFinite) debug: evaluateType form: (CATEGORY domain (SIGNATURE dual ($ (LinearBasis vars)))) $param: (vars) debug: evaluateType form: (LinearBasis vars) $param: (vars) Debug: evaluateType1 form: (LinearBasis vars) debug: evaluateType1 x: vars m: (List (Symbol)) debug: compDefine1 signature (post evaluate): ((Join (OrderedFinite) (CATEGORY domain (SIGNATURE dual ($ (LinearBasis vars))))) NIL) ------------------------------------------------------------------------ initializing stationary directory for DualBasis compiling into /tmp/oa-jvq7yD compiling exported dual : LinearBasis vars -> % Time: 0.04 SEC. compiling exported coerce : % -> OutputForm Debug compQuote expr: (QUOTE *) m: (OutputForm) Debug compQuote expr: (QUOTE *) m: (OutputForm) Debug compQuote expr: (QUOTE *) m: (OutputForm) Debug compQuote expr: (QUOTE *) m: (OutputForm) Debug compQuote expr: (QUOTE *) m: (OutputForm) Debug compQuote expr: (QUOTE *) m: (OutputForm) Debug compQuote expr: (QUOTE *) m: (OutputForm) Time: 0.02 SEC. (time taken in buildFunctor: 0) Time: 0 SEC. Warnings: [1] coerce: superscript has no value Cumulative Statistics for Constructor DualBasis Time: 0.06 seconds --------------non extending category---------------------- DualBasis #1 of category OrderedFinite with dual : LinearBasis #1 -> % has no ConvertibleTo Symbol ---------------------------------------------------------- finalizing NRLIB DBASIS Processing DualBasis for Browser database: -- dual : LinearBasis vars -> % -- constructor ; compiling file "/tmp/oa-jvq7yD/code.lsp" (written 01 FEB 2016 11:15:59 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |DBASIS;dual;Lb$;1| ...) ; compiling (DEFUN |DBASIS;coerce;$Of;2| ...) ; compiling (DEFUN |DualBasis| ...) ; compiling (DEFUN |DualBasis;| ...) ; compiling (MAKEPROP (QUOTE |DualBasis|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-jvq7yD/code.fasl written ; compilation finished in 0:00:00.012 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile LINELT.spad && cp LINELT.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LINELT.fasl \ && if test -f LINELT-.NRLIB/code.fasl; then \ cp LINELT-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/LINELT-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/LINELT.spad using Spad compiler. LINELT abbreviates domain LinearElement debug: compDefine1 lhs: (LinearElement K B) signature (pre-evaluate): ((Join (VectorSpace K) (CoercibleFrom (LinearBasis B)) (IndexedDirectProductCategory K (LinearBasis B)) (CATEGORY domain (SIGNATURE linearElement ($ (List K))) (SIGNATURE coordinates ((Vector K) $)))) NIL NIL) debug: evaluateType form: (Join (VectorSpace K) (CoercibleFrom (LinearBasis B)) (IndexedDirectProductCategory K (LinearBasis B)) (CATEGORY domain (SIGNATURE linearElement ($ (List K))) (SIGNATURE coordinates ((Vector K) $)))) $param: (K B) debug: evaluateType form: (VectorSpace K) $param: (K B) Debug: evaluateType1 form: (VectorSpace K) debug: evaluateType1 x: K m: (Field) debug: evaluateType form: (CoercibleFrom (LinearBasis B)) $param: (K B) Debug: evaluateType1 form: (CoercibleFrom (LinearBasis B)) debug: evaluateType1 x: (LinearBasis B) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: (K B) Debug: evaluateType1 form: (Type) debug: evaluateType form: (LinearBasis B) $param: (K B) Debug: evaluateType1 form: (LinearBasis B) debug: evaluateType1 x: B m: (List (Symbol)) debug: evalCategory d: (LinearBasis B) c: (Type) debug: evaluateType form: (IndexedDirectProductCategory K (LinearBasis B)) $param: (K B) Debug: evaluateType1 form: (IndexedDirectProductCategory K (LinearBasis B)) debug: evaluateType1 x: K m: (BasicType) debug: evaluateType1 x: (LinearBasis B) m: (OrderedType) debug: evaluateType1 categoryForm: (OrderedType) debug: evaluateType form: (OrderedType) $param: (K B) Debug: evaluateType1 form: (OrderedType) debug: evaluateType form: (LinearBasis B) $param: (K B) Debug: evaluateType1 form: (LinearBasis B) debug: evaluateType1 x: B m: (List (Symbol)) debug: evalCategory d: (LinearBasis B) c: (OrderedType) debug: evaluateType form: (CATEGORY domain (SIGNATURE linearElement ($ (List K))) (SIGNATURE coordinates ((Vector K) $))) $param: (K B) debug: evaluateType form: (List K) $param: (K B) Debug: evaluateType1 form: (List K) debug: evaluateType1 x: K m: (Type) debug: evaluateType form: (Vector K) $param: (K B) Debug: evaluateType1 form: (Vector K) debug: evaluateType1 x: K m: (Type) debug: compDefine1 signature (post evaluate): ((Join (VectorSpace K) (CoercibleFrom (LinearBasis B)) (IndexedDirectProductCategory K (LinearBasis B)) (CATEGORY domain (SIGNATURE linearElement ($ (List K))) (SIGNATURE coordinates ((Vector K) $)))) NIL NIL) ------------------------------------------------------------------------ initializing stationary directory for LinearElement compiling into /tmp/oa-LjY3BQ compiling exported coerce : LinearBasis B -> % Time: 0.03 SEC. compiling exported dimension : () -> CardinalNumber Time: 0.02 SEC. compiling exported linearElement : List K -> % Time: 0.02 SEC. compiling exported coordinates : % -> Vector K Time: 0.03 SEC. (time taken in buildFunctor: 4) Time: 0.01 SEC. Warnings: [1] coordinates: lookup has no value Cumulative Statistics for Constructor LinearElement Time: 0.12 seconds --------------non extending category---------------------- LinearElement(#1,#2) of category Join(VectorSpace #1,CoercibleFrom LinearBasis #2,IndexedDirectProductCategory(#1,LinearBasis #2)) with linearElement : List #1 -> % coordinates : % -> Vector #1 has no IF(has#1CommutativeRing(),Module #1,%noBranch) ---------------------------------------------------------- finalizing NRLIB LINELT Processing LinearElement for Browser database: -- linearElement : List K -> % -- coordinates : % -> Vector K -- constructor ; compiling file "/tmp/oa-LjY3BQ/code.lsp" (written 01 FEB 2016 11:15:59 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |LINELT;coerce;Lb$;1| ...) ; compiling (DEFUN |LINELT;dimension;Cn;2| ...) ; compiling (DEFUN |LINELT;linearElement;L$;3| ...) ; compiling (DEFUN |LINELT;coordinates;$V;4| ...) ; compiling (DEFUN |LinearElement| ...) ; compiling (DEFUN |LinearElement;| ...) ; compiling (MAKEPROP (QUOTE |LinearElement|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbPredicates| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-LjY3BQ/code.fasl written ; compilation finished in 0:00:00.020 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile JVMOP.spad && cp JVMOP.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/JVMOP.fasl \ && if test -f JVMOP-.NRLIB/code.fasl; then \ cp JVMOP-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/JVMOP-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/JVMOP.spad using Spad compiler. JVMOP abbreviates domain JVMOpcode debug: compDefine1 lhs: (JVMOpcode) signature (pre-evaluate): ((Join (SetCategory) (HomotopicTo (JVMBytecode)) (HomotopicTo (Byte)))) debug: evaluateType form: (Join (SetCategory) (HomotopicTo (JVMBytecode)) (HomotopicTo (Byte))) $param: NIL debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (HomotopicTo (JVMBytecode)) $param: NIL Debug: evaluateType1 form: (HomotopicTo (JVMBytecode)) debug: evaluateType1 x: (JVMBytecode) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (JVMBytecode) $param: NIL Debug: evaluateType1 form: (JVMBytecode) debug: evalCategory d: (JVMBytecode) c: (Type) debug: evaluateType form: (HomotopicTo (Byte)) $param: NIL Debug: evaluateType1 form: (HomotopicTo (Byte)) debug: evaluateType1 x: (Byte) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Byte) $param: NIL Debug: evaluateType1 form: (Byte) debug: evalCategory d: (Byte) c: (Type) debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (HomotopicTo (JVMBytecode)) (HomotopicTo (Byte)))) ------------------------------------------------------------------------ initializing stationary directory for JVMOpcode compiling into /tmp/oa-eDVQu4 Debug compQuote expr: (QUOTE nop) m: (Symbol) Debug compQuote expr: (QUOTE aconst_null) m: (Symbol) Debug compQuote expr: (QUOTE iconst_m1) m: (Symbol) Debug compQuote expr: (QUOTE iconst_0) m: (Symbol) Debug compQuote expr: (QUOTE iconst_1) m: (Symbol) Debug compQuote expr: (QUOTE iconst_2) m: (Symbol) Debug compQuote expr: (QUOTE iconst_3) m: (Symbol) Debug compQuote expr: (QUOTE iconst_4) m: (Symbol) Debug compQuote expr: (QUOTE iconst_5) m: (Symbol) Debug compQuote expr: (QUOTE lconst_0) m: (Symbol) Debug compQuote expr: (QUOTE lconst_1) m: (Symbol) Debug compQuote expr: (QUOTE fconst_0) m: (Symbol) Debug compQuote expr: (QUOTE fconst_1) m: (Symbol) Debug compQuote expr: (QUOTE fconst_2) m: (Symbol) Debug compQuote expr: (QUOTE dconst_0) m: (Symbol) Debug compQuote expr: (QUOTE dconst_1) m: (Symbol) Debug compQuote expr: (QUOTE bipush) m: (Symbol) Debug compQuote expr: (QUOTE sipush) m: (Symbol) Debug compQuote expr: (QUOTE ldc) m: (Symbol) Debug compQuote expr: (QUOTE ldc2_w) m: (Symbol) Debug compQuote expr: (QUOTE iload) m: (Symbol) Debug compQuote expr: (QUOTE lload) m: (Symbol) Debug compQuote expr: (QUOTE fload) m: (Symbol) Debug compQuote expr: (QUOTE dload) m: (Symbol) Debug compQuote expr: (QUOTE aload) m: (Symbol) Debug compQuote expr: (QUOTE iload_0) m: (Symbol) Debug compQuote expr: (QUOTE iload_1) m: (Symbol) Debug compQuote expr: (QUOTE iload_2) m: (Symbol) Debug compQuote expr: (QUOTE iload_3) m: (Symbol) Debug compQuote expr: (QUOTE lload0) m: (Symbol) Debug compQuote expr: (QUOTE lload_1) m: (Symbol) Debug compQuote expr: (QUOTE lload_2) m: (Symbol) Debug compQuote expr: (QUOTE lload_3) m: (Symbol) Debug compQuote expr: (QUOTE fload_0) m: (Symbol) Debug compQuote expr: (QUOTE fload_1) m: (Symbol) Debug compQuote expr: (QUOTE fload_2) m: (Symbol) Debug compQuote expr: (QUOTE fload_3) m: (Symbol) Debug compQuote expr: (QUOTE dload_0) m: (Symbol) Debug compQuote expr: (QUOTE dload_1) m: (Symbol) Debug compQuote expr: (QUOTE dload_2) m: (Symbol) Debug compQuote expr: (QUOTE dload_3) m: (Symbol) Debug compQuote expr: (QUOTE aload_0) m: (Symbol) Debug compQuote expr: (QUOTE aload_1) m: (Symbol) Debug compQuote expr: (QUOTE aload_2) m: (Symbol) Debug compQuote expr: (QUOTE aload_3) m: (Symbol) Debug compQuote expr: (QUOTE iaload) m: (Symbol) Debug compQuote expr: (QUOTE laload) m: (Symbol) Debug compQuote expr: (QUOTE faload) m: (Symbol) Debug compQuote expr: (QUOTE daload) m: (Symbol) Debug compQuote expr: (QUOTE aaload) m: (Symbol) Debug compQuote expr: (QUOTE baload) m: (Symbol) Debug compQuote expr: (QUOTE caload) m: (Symbol) Debug compQuote expr: (QUOTE saload) m: (Symbol) Debug compQuote expr: (QUOTE istore) m: (Symbol) Debug compQuote expr: (QUOTE lstore) m: (Symbol) Debug compQuote expr: (QUOTE fstore) m: (Symbol) Debug compQuote expr: (QUOTE dstore) m: (Symbol) Debug compQuote expr: (QUOTE atore) m: (Symbol) Debug compQuote expr: (QUOTE istore_0) m: (Symbol) Debug compQuote expr: (QUOTE istore_1) m: (Symbol) Debug compQuote expr: (QUOTE istore_2) m: (Symbol) Debug compQuote expr: (QUOTE istore_3) m: (Symbol) Debug compQuote expr: (QUOTE lstore_0) m: (Symbol) Debug compQuote expr: (QUOTE lstore_1) m: (Symbol) Debug compQuote expr: (QUOTE lstore_2) m: (Symbol) Debug compQuote expr: (QUOTE lstore_3) m: (Symbol) Debug compQuote expr: (QUOTE fstore_0) m: (Symbol) Debug compQuote expr: (QUOTE fstore_1) m: (Symbol) Debug compQuote expr: (QUOTE fstore_2) m: (Symbol) Debug compQuote expr: (QUOTE fstore_3) m: (Symbol) Debug compQuote expr: (QUOTE dstore_0) m: (Symbol) Debug compQuote expr: (QUOTE dstore_1) m: (Symbol) Debug compQuote expr: (QUOTE dstore_2) m: (Symbol) Debug compQuote expr: (QUOTE dstore_3) m: (Symbol) Debug compQuote expr: (QUOTE astore_0) m: (Symbol) Debug compQuote expr: (QUOTE astore_1) m: (Symbol) Debug compQuote expr: (QUOTE astore_2) m: (Symbol) Debug compQuote expr: (QUOTE astore_3) m: (Symbol) Debug compQuote expr: (QUOTE iastore) m: (Symbol) Debug compQuote expr: (QUOTE lastore) m: (Symbol) Debug compQuote expr: (QUOTE fastore) m: (Symbol) Debug compQuote expr: (QUOTE dastore) m: (Symbol) Debug compQuote expr: (QUOTE aastore) m: (Symbol) Debug compQuote expr: (QUOTE bastore) m: (Symbol) Debug compQuote expr: (QUOTE castore) m: (Symbol) Debug compQuote expr: (QUOTE sastore) m: (Symbol) Debug compQuote expr: (QUOTE pop) m: (Symbol) Debug compQuote expr: (QUOTE pop2) m: (Symbol) Debug compQuote expr: (QUOTE dup) m: (Symbol) Debug compQuote expr: (QUOTE dup_x1) m: (Symbol) Debug compQuote expr: (QUOTE dup_x2) m: (Symbol) Debug compQuote expr: (QUOTE dup2) m: (Symbol) Debug compQuote expr: (QUOTE dup2_x1) m: (Symbol) Debug compQuote expr: (QUOTE dup2_x2) m: (Symbol) Debug compQuote expr: (QUOTE swap) m: (Symbol) Debug compQuote expr: (QUOTE iadd) m: (Symbol) Debug compQuote expr: (QUOTE ladd) m: (Symbol) Debug compQuote expr: (QUOTE fadd) m: (Symbol) Debug compQuote expr: (QUOTE dadd) m: (Symbol) Debug compQuote expr: (QUOTE isub) m: (Symbol) Debug compQuote expr: (QUOTE lsub) m: (Symbol) Debug compQuote expr: (QUOTE fsub) m: (Symbol) Debug compQuote expr: (QUOTE dsub) m: (Symbol) Debug compQuote expr: (QUOTE imul) m: (Symbol) Debug compQuote expr: (QUOTE lmul) m: (Symbol) Debug compQuote expr: (QUOTE fmul) m: (Symbol) Debug compQuote expr: (QUOTE dmul) m: (Symbol) Debug compQuote expr: (QUOTE idiv) m: (Symbol) Debug compQuote expr: (QUOTE ldiv) m: (Symbol) Debug compQuote expr: (QUOTE fdiv) m: (Symbol) Debug compQuote expr: (QUOTE ddiv) m: (Symbol) Debug compQuote expr: (QUOTE irem) m: (Symbol) Debug compQuote expr: (QUOTE lrem) m: (Symbol) Debug compQuote expr: (QUOTE frem) m: (Symbol) Debug compQuote expr: (QUOTE drem) m: (Symbol) Debug compQuote expr: (QUOTE ineg) m: (Symbol) Debug compQuote expr: (QUOTE lneg) m: (Symbol) Debug compQuote expr: (QUOTE fneg) m: (Symbol) Debug compQuote expr: (QUOTE dneg) m: (Symbol) Debug compQuote expr: (QUOTE ishl) m: (Symbol) Debug compQuote expr: (QUOTE lshl) m: (Symbol) Debug compQuote expr: (QUOTE ishr) m: (Symbol) Debug compQuote expr: (QUOTE lshr) m: (Symbol) Debug compQuote expr: (QUOTE iushr) m: (Symbol) Debug compQuote expr: (QUOTE lushr) m: (Symbol) Debug compQuote expr: (QUOTE iand) m: (Symbol) Debug compQuote expr: (QUOTE land) m: (Symbol) Debug compQuote expr: (QUOTE ior) m: (Symbol) Debug compQuote expr: (QUOTE lor) m: (Symbol) Debug compQuote expr: (QUOTE ixor) m: (Symbol) Debug compQuote expr: (QUOTE lxor) m: (Symbol) Debug compQuote expr: (QUOTE iinc) m: (Symbol) Debug compQuote expr: (QUOTE i2l) m: (Symbol) Debug compQuote expr: (QUOTE i2f) m: (Symbol) Debug compQuote expr: (QUOTE i2d) m: (Symbol) Debug compQuote expr: (QUOTE l2i) m: (Symbol) Debug compQuote expr: (QUOTE l2f) m: (Symbol) Debug compQuote expr: (QUOTE l2d) m: (Symbol) Debug compQuote expr: (QUOTE f2i) m: (Symbol) Debug compQuote expr: (QUOTE f2l) m: (Symbol) Debug compQuote expr: (QUOTE f2d) m: (Symbol) Debug compQuote expr: (QUOTE d2i) m: (Symbol) Debug compQuote expr: (QUOTE d2l) m: (Symbol) Debug compQuote expr: (QUOTE d2f) m: (Symbol) Debug compQuote expr: (QUOTE i2b) m: (Symbol) Debug compQuote expr: (QUOTE i2c) m: (Symbol) Debug compQuote expr: (QUOTE i2s) m: (Symbol) Debug compQuote expr: (QUOTE lcmp) m: (Symbol) Debug compQuote expr: (QUOTE fcmpl) m: (Symbol) Debug compQuote expr: (QUOTE fcmpg) m: (Symbol) Debug compQuote expr: (QUOTE dcmpl) m: (Symbol) Debug compQuote expr: (QUOTE dcompg) m: (Symbol) Debug compQuote expr: (QUOTE ifeq) m: (Symbol) Debug compQuote expr: (QUOTE ifne) m: (Symbol) Debug compQuote expr: (QUOTE iflt) m: (Symbol) Debug compQuote expr: (QUOTE ifge) m: (Symbol) Debug compQuote expr: (QUOTE ifle) m: (Symbol) Debug compQuote expr: (QUOTE if_icmpeq) m: (Symbol) Debug compQuote expr: (QUOTE if_icmpne) m: (Symbol) Debug compQuote expr: (QUOTE if_icmplt) m: (Symbol) Debug compQuote expr: (QUOTE if_cmpge) m: (Symbol) Debug compQuote expr: (QUOTE if_cmpgt) m: (Symbol) Debug compQuote expr: (QUOTE if_cmple) m: (Symbol) Debug compQuote expr: (QUOTE if_cmpeq) m: (Symbol) Debug compQuote expr: (QUOTE if_acmpeq) m: (Symbol) Debug compQuote expr: (QUOTE if_acmpne) m: (Symbol) Debug compQuote expr: (QUOTE goto) m: (Symbol) Debug compQuote expr: (QUOTE jsr) m: (Symbol) Debug compQuote expr: (QUOTE ret) m: (Symbol) Debug compQuote expr: (QUOTE tableswitch) m: (Symbol) Debug compQuote expr: (QUOTE lookupswitch) m: (Symbol) Debug compQuote expr: (QUOTE ireturn) m: (Symbol) Debug compQuote expr: (QUOTE lreturn) m: (Symbol) Debug compQuote expr: (QUOTE freturn) m: (Symbol) Debug compQuote expr: (QUOTE dreturn) m: (Symbol) Debug compQuote expr: (QUOTE areturn) m: (Symbol) Debug compQuote expr: (QUOTE return) m: (Symbol) Debug compQuote expr: (QUOTE getstatic) m: (Symbol) Debug compQuote expr: (QUOTE putstatic) m: (Symbol) Debug compQuote expr: (QUOTE getfield) m: (Symbol) Debug compQuote expr: (QUOTE putfield) m: (Symbol) Debug compQuote expr: (QUOTE invokevirtual) m: (Symbol) Debug compQuote expr: (QUOTE invokespecial) m: (Symbol) Debug compQuote expr: (QUOTE invokestatic) m: (Symbol) Debug compQuote expr: (QUOTE invokeinterface) m: (Symbol) Debug compQuote expr: (QUOTE xxxunusedxxx) m: (Symbol) Debug compQuote expr: (QUOTE new) m: (Symbol) Debug compQuote expr: (QUOTE newarray) m: (Symbol) Debug compQuote expr: (QUOTE anewarray) m: (Symbol) Debug compQuote expr: (QUOTE arraylength) m: (Symbol) Debug compQuote expr: (QUOTE athrow) m: (Symbol) Debug compQuote expr: (QUOTE checkcast) m: (Symbol) Debug compQuote expr: (QUOTE instanceof) m: (Symbol) Debug compQuote expr: (QUOTE monitorenter) m: (Symbol) Debug compQuote expr: (QUOTE monitorexit) m: (Symbol) Debug compQuote expr: (QUOTE wide) m: (Symbol) Debug compQuote expr: (QUOTE multianewarray) m: (Symbol) Debug compQuote expr: (QUOTE ifnull) m: (Symbol) Debug compQuote expr: (QUOTE ifnonnull) m: (Symbol) Debug compQuote expr: (QUOTE goto_w) m: (Symbol) Debug compQuote expr: (QUOTE jsr_w) m: (Symbol) Debug compQuote expr: (QUOTE breakpoint) m: (Symbol) Debug compQuote expr: (QUOTE unknownopcode0) m: (Symbol) Debug compQuote expr: (QUOTE unknownopcode1) m: (Symbol) Debug compQuote expr: (QUOTE unknownopcode2) m: (Symbol) Debug compQuote expr: (QUOTE unknownopcode3) m: (Symbol) Debug compQuote expr: (QUOTE unknownopcode4) m: (Symbol) Debug compQuote expr: (QUOTE unknownopcode5) m: (Symbol) Debug compQuote expr: (QUOTE unknownopcode6) m: (Symbol) Debug compQuote expr: (QUOTE unknownopcode7) m: (Symbol) Debug compQuote expr: (QUOTE unknownopcode8) m: (Symbol) Debug compQuote expr: (QUOTE unknownopcode9) m: (Symbol) Debug compQuote expr: (QUOTE unknownopcode10) m: (Symbol) Debug compQuote expr: (QUOTE unknownopcode11) m: (Symbol) Debug compQuote expr: (QUOTE unknownopcode12) m: (Symbol) Debug compQuote expr: (QUOTE unknownopcode13) m: (Symbol) Debug compQuote expr: (QUOTE unknownopcode14) m: (Symbol) Debug compQuote expr: (QUOTE unknownopcode15) m: (Symbol) Debug compQuote expr: (QUOTE unknownopcode16) m: (Symbol) Debug compQuote expr: (QUOTE unknownopcode17) m: (Symbol) Debug compQuote expr: (QUOTE unknownopcode18) m: (Symbol) Debug compQuote expr: (QUOTE unknownopcode19) m: (Symbol) Debug compQuote expr: (QUOTE unknownopcode20) m: (Symbol) Debug compQuote expr: (QUOTE unknownopcode21) m: (Symbol) Debug compQuote expr: (QUOTE unknownopcode22) m: (Symbol) Debug compQuote expr: (QUOTE unknownopcode23) m: (Symbol) Debug compQuote expr: (QUOTE unknownopcode24) m: (Symbol) Debug compQuote expr: (QUOTE unknownopcode25) m: (Symbol) Debug compQuote expr: (QUOTE unknownopcode26) m: (Symbol) Debug compQuote expr: (QUOTE unknownopcode27) m: (Symbol) Debug compQuote expr: (QUOTE unknownopcode28) m: (Symbol) Debug compQuote expr: (QUOTE unknownopcode29) m: (Symbol) Debug compQuote expr: (QUOTE unknownopcode30) m: (Symbol) Debug compQuote expr: (QUOTE unknownopcode31) m: (Symbol) Debug compQuote expr: (QUOTE unknownopcode32) m: (Symbol) Debug compQuote expr: (QUOTE unknownopcode33) m: (Symbol) Debug compQuote expr: (QUOTE unknownopcode34) m: (Symbol) Debug compQuote expr: (QUOTE unknownopcode35) m: (Symbol) Debug compQuote expr: (QUOTE unknownopcode36) m: (Symbol) Debug compQuote expr: (QUOTE unknownopcode37) m: (Symbol) Debug compQuote expr: (QUOTE unknownopcode38) m: (Symbol) Debug compQuote expr: (QUOTE unknownopcode39) m: (Symbol) Debug compQuote expr: (QUOTE unknownopcode40) m: (Symbol) Debug compQuote expr: (QUOTE unknownopcode41) m: (Symbol) Debug compQuote expr: (QUOTE unknownopcode42) m: (Symbol) Debug compQuote expr: (QUOTE unknownopcode43) m: (Symbol) Debug compQuote expr: (QUOTE unknownopcode44) m: (Symbol) Debug compQuote expr: (QUOTE unknownopcode45) m: (Symbol) Debug compQuote expr: (QUOTE unknownopcode46) m: (Symbol) Debug compQuote expr: (QUOTE unknownopcode47) m: (Symbol) Debug compQuote expr: (QUOTE unknownopcode48) m: (Symbol) Debug compQuote expr: (QUOTE unknownopcode49) m: (Symbol) Debug compQuote expr: (QUOTE unknownopcode50) m: (Symbol) Debug compQuote expr: (QUOTE impldep1) m: (Symbol) Debug compQuote expr: (QUOTE impldep2) m: (Symbol) compiling exported coerce : % -> JVMBytecode JVMOP;coerce;$Jvmb;1 x is replaced by x Time: 0.02 SEC. compiling exported coerce : JVMBytecode -> % JVMOP;coerce;Jvmb$;2 b is replaced by b Time: 0 SEC. compiling exported coerce : % -> OutputForm Time: 0.03 SEC. (time taken in buildFunctor: 4) Time: 0.01 SEC. Cumulative Statistics for Constructor JVMOpcode Time: 0.06 seconds finalizing NRLIB JVMOP Processing JVMOpcode for Browser database: -- constructor ; compiling file "/tmp/oa-eDVQu4/code.lsp" (written 01 FEB 2016 11:15:59 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |JVMOP;coerce;$Jvmb;1|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |JVMOP;coerce;Jvmb$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |JVMOP;coerce;$Jvmb;1| ...) ; compiling (DEFUN |JVMOP;coerce;Jvmb$;2| ...) ; compiling (DEFUN |JVMOP;coerce;$Of;3| ...) ; compiling (DEFUN |JVMOpcode| ...) ; compiling (DEFUN |JVMOpcode;| ...) ; compiling (MAKEPROP (QUOTE |JVMOpcode|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...) ; /tmp/oa-eDVQu4/code.fasl written ; compilation finished in 0:00:00.028 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile JVMCFACC.spad && cp JVMCFACC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/JVMCFACC.fasl \ && if test -f JVMCFACC-.NRLIB/code.fasl; then \ cp JVMCFACC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/JVMCFACC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/JVMCFACC.spad using Spad compiler. JVMCFACC abbreviates domain JVMClassFileAccess debug: compDefine1 lhs: (JVMClassFileAccess) signature (pre-evaluate): ((Join (SetCategory) (Logic) (CATEGORY domain (SIGNATURE jvmPublic ($) constant) (SIGNATURE jvmFinal ($) constant) (SIGNATURE jvmSuper ($) constant) (SIGNATURE jvmInterface ($) constant) (SIGNATURE jvmAbstract ($) constant)))) debug: evaluateType form: (Join (SetCategory) (Logic) (CATEGORY domain (SIGNATURE jvmPublic ($) constant) (SIGNATURE jvmFinal ($) constant) (SIGNATURE jvmSuper ($) constant) (SIGNATURE jvmInterface ($) constant) (SIGNATURE jvmAbstract ($) constant))) $param: NIL debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Logic) $param: NIL Debug: evaluateType1 form: (Logic) debug: evaluateType form: (CATEGORY domain (SIGNATURE jvmPublic ($) constant) (SIGNATURE jvmFinal ($) constant) (SIGNATURE jvmSuper ($) constant) (SIGNATURE jvmInterface ($) constant) (SIGNATURE jvmAbstract ($) constant)) $param: NIL debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (Logic) (CATEGORY domain (SIGNATURE jvmPublic ($) constant) (SIGNATURE jvmFinal ($) constant) (SIGNATURE jvmSuper ($) constant) (SIGNATURE jvmInterface ($) constant) (SIGNATURE jvmAbstract ($) constant)))) ------------------------------------------------------------------------ initializing stationary directory for JVMClassFileAccess compiling into /tmp/oa-cLBYA5 compiling exported jvmPublic : () -> % Time: 0.03 SEC. compiling exported jvmFinal : () -> % JVMCFACC;jvmFinal;$;2 is replaced by 16 Time: 0.00 SEC. compiling exported jvmSuper : () -> % JVMCFACC;jvmSuper;$;3 is replaced by 32 Time: 0.00 SEC. compiling exported jvmInterface : () -> % JVMCFACC;jvmInterface;$;4 is replaced by 512 Time: 0.00 SEC. compiling exported jvmAbstract : () -> % JVMCFACC;jvmAbstract;$;5 is replaced by 1024 Time: 0.01 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor JVMClassFileAccess Time: 0.06 seconds --------------non extending category---------------------- JVMClassFileAccess of category Join(SetCategory,Logic) with jvmPublic : () -> % jvmFinal : () -> % jvmSuper : () -> % jvmInterface : () -> % jvmAbstract : () -> % has no OrderedFinite ---------------------------------------------------------- finalizing NRLIB JVMCFACC Processing JVMClassFileAccess for Browser database: -- jvmPublic : () -> % --->../../x86_64-unknown-linux-gnu/src/algebra/java.spad-->JVMClassFileAccess((jvmPublic (%) constant)): Improper first word in comments: The "The class was declared public,{} therefore may be accessed from outside its package" -- jvmFinal : () -> % --->../../x86_64-unknown-linux-gnu/src/algebra/java.spad-->JVMClassFileAccess((jvmFinal (%) constant)): Improper first word in comments: The "The class was declared final; therefore no derived class allowed." -- jvmSuper : () -> % --->../../x86_64-unknown-linux-gnu/src/algebra/java.spad-->JVMClassFileAccess((jvmSuper (%) constant)): Improper first word in comments: Instruct "Instruct the JVM to treat base clss method invokation specially." -- jvmInterface : () -> % --->../../x86_64-unknown-linux-gnu/src/algebra/java.spad-->JVMClassFileAccess((jvmInterface (%) constant)): Improper first word in comments: The "The class file represents an interface,{} not a class." -- jvmAbstract : () -> % --->../../x86_64-unknown-linux-gnu/src/algebra/java.spad-->JVMClassFileAccess((jvmAbstract (%) constant)): Improper first word in comments: The "The class was declared abstract; therefore object of this class may not be created." -- constructor ; compiling file "/tmp/oa-cLBYA5/code.lsp" (written 01 FEB 2016 11:16:00 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |JVMCFACC;jvmFinal;$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |JVMCFACC;jvmSuper;$;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |JVMCFACC;jvmInterface;$;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |JVMCFACC;jvmAbstract;$;5|) ...) ; compiling (DEFUN |JVMCFACC;jvmPublic;$;1| ...) ; file: /tmp/oa-cLBYA5/code.lsp ; in: DEFUN |JVMCFACC;jvmPublic;$;1| ; '(BOOT::|UInt16|) ; ; note: deleting unreachable code ; (DEFUN BOOT::|JVMCFACC;jvmPublic;$;1| (BOOT::$) ; (COND ((NOT (< 16 #)) 1) (T (BOOT::|moanRetract| 1 '(BOOT::|UInt16|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|JVMCFACC;jvmPublic;$;1| ; (BOOT::$) ; (BLOCK BOOT::|JVMCFACC;jvmPublic;$;1| ; (COND ((NOT #) 1) (T (BOOT::|moanRetract| 1 '#))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |JVMCFACC;jvmFinal;$;2| ...) ; compiling (DEFUN |JVMCFACC;jvmSuper;$;3| ...) ; compiling (DEFUN |JVMCFACC;jvmInterface;$;4| ...) ; compiling (DEFUN |JVMCFACC;jvmAbstract;$;5| ...) ; compiling (DEFUN |JVMClassFileAccess| ...) ; compiling (DEFUN |JVMClassFileAccess;| ...) ; compiling (MAKEPROP (QUOTE |JVMClassFileAccess|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 1 note ; /tmp/oa-cLBYA5/code.fasl written ; compilation finished in 0:00:00.017 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile JVMFDACC.spad && cp JVMFDACC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/JVMFDACC.fasl \ && if test -f JVMFDACC-.NRLIB/code.fasl; then \ cp JVMFDACC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/JVMFDACC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/JVMFDACC.spad using Spad compiler. JVMFDACC abbreviates domain JVMFieldAccess debug: compDefine1 lhs: (JVMFieldAccess) signature (pre-evaluate): ((Join (SetCategory) (Logic) (CATEGORY domain (SIGNATURE jvmPublic ($) constant) (SIGNATURE jvmPrivate ($) constant) (SIGNATURE jvmProtected ($) constant) (SIGNATURE jvmStatic ($) constant) (SIGNATURE jvmFinal ($) constant) (SIGNATURE jvmVolatile ($) constant) (SIGNATURE jvmTransient ($) constant)))) debug: evaluateType form: (Join (SetCategory) (Logic) (CATEGORY domain (SIGNATURE jvmPublic ($) constant) (SIGNATURE jvmPrivate ($) constant) (SIGNATURE jvmProtected ($) constant) (SIGNATURE jvmStatic ($) constant) (SIGNATURE jvmFinal ($) constant) (SIGNATURE jvmVolatile ($) constant) (SIGNATURE jvmTransient ($) constant))) $param: NIL debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Logic) $param: NIL Debug: evaluateType1 form: (Logic) debug: evaluateType form: (CATEGORY domain (SIGNATURE jvmPublic ($) constant) (SIGNATURE jvmPrivate ($) constant) (SIGNATURE jvmProtected ($) constant) (SIGNATURE jvmStatic ($) constant) (SIGNATURE jvmFinal ($) constant) (SIGNATURE jvmVolatile ($) constant) (SIGNATURE jvmTransient ($) constant)) $param: NIL debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (Logic) (CATEGORY domain (SIGNATURE jvmPublic ($) constant) (SIGNATURE jvmPrivate ($) constant) (SIGNATURE jvmProtected ($) constant) (SIGNATURE jvmStatic ($) constant) (SIGNATURE jvmFinal ($) constant) (SIGNATURE jvmVolatile ($) constant) (SIGNATURE jvmTransient ($) constant)))) ------------------------------------------------------------------------ initializing stationary directory for JVMFieldAccess compiling into /tmp/oa-1wAOah compiling exported jvmPublic : () -> % Time: 0.03 SEC. compiling exported jvmPrivate : () -> % JVMFDACC;jvmPrivate;$;2 is replaced by 2 Time: 0.01 SEC. compiling exported jvmProtected : () -> % JVMFDACC;jvmProtected;$;3 is replaced by 4 Time: 0 SEC. compiling exported jvmStatic : () -> % JVMFDACC;jvmStatic;$;4 is replaced by 8 Time: 0.01 SEC. compiling exported jvmFinal : () -> % JVMFDACC;jvmFinal;$;5 is replaced by 16 Time: 0 SEC. compiling exported jvmVolatile : () -> % JVMFDACC;jvmVolatile;$;6 is replaced by 64 Time: 0.01 SEC. compiling exported jvmTransient : () -> % JVMFDACC;jvmTransient;$;7 is replaced by 128 Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor JVMFieldAccess Time: 0.06 seconds --------------non extending category---------------------- JVMFieldAccess of category Join(SetCategory,Logic) with jvmPublic : () -> % jvmPrivate : () -> % jvmProtected : () -> % jvmStatic : () -> % jvmFinal : () -> % jvmVolatile : () -> % jvmTransient : () -> % has no OrderedFinite ---------------------------------------------------------- finalizing NRLIB JVMFDACC Processing JVMFieldAccess for Browser database: -- jvmPublic : () -> % --->../../x86_64-unknown-linux-gnu/src/algebra/java.spad-->JVMFieldAccess((jvmPublic (%) constant)): Improper first word in comments: The "The field was declared public; therefore mey accessed from outside its package." -- jvmPrivate : () -> % --->../../x86_64-unknown-linux-gnu/src/algebra/java.spad-->JVMFieldAccess((jvmPrivate (%) constant)): Improper first word in comments: The "The field was declared private; threfore can be accessed only within the defining class." -- jvmProtected : () -> % --->../../x86_64-unknown-linux-gnu/src/algebra/java.spad-->JVMFieldAccess((jvmProtected (%) constant)): Improper first word in comments: The "The field was declared protected; therefore may be accessed withing derived classes." -- jvmStatic : () -> % --->../../x86_64-unknown-linux-gnu/src/algebra/java.spad-->JVMFieldAccess((jvmStatic (%) constant)): Improper first word in comments: The "The field was declared static." -- jvmFinal : () -> % --->../../x86_64-unknown-linux-gnu/src/algebra/java.spad-->JVMFieldAccess((jvmFinal (%) constant)): Improper first word in comments: The "The field was declared final; therefore may not be modified after initialization." -- jvmVolatile : () -> % --->../../x86_64-unknown-linux-gnu/src/algebra/java.spad-->JVMFieldAccess((jvmVolatile (%) constant)): Improper first word in comments: The "The field was declared volatile." -- jvmTransient : () -> % --->../../x86_64-unknown-linux-gnu/src/algebra/java.spad-->JVMFieldAccess((jvmTransient (%) constant)): Improper first word in comments: The "The field was declared transient." -- constructor ; compiling file "/tmp/oa-1wAOah/code.lsp" (written 01 FEB 2016 11:16:00 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |JVMFDACC;jvmPrivate;$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |JVMFDACC;jvmProtected;$;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |JVMFDACC;jvmStatic;$;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |JVMFDACC;jvmFinal;$;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |JVMFDACC;jvmVolatile;$;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |JVMFDACC;jvmTransient;$;7|) ...) ; compiling (DEFUN |JVMFDACC;jvmPublic;$;1| ...) ; file: /tmp/oa-1wAOah/code.lsp ; in: DEFUN |JVMFDACC;jvmPublic;$;1| ; '(BOOT::|UInt16|) ; ; note: deleting unreachable code ; (DEFUN BOOT::|JVMFDACC;jvmPublic;$;1| (BOOT::$) ; (COND ((NOT (< 16 #)) 1) (T (BOOT::|moanRetract| 1 '(BOOT::|UInt16|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|JVMFDACC;jvmPublic;$;1| ; (BOOT::$) ; (BLOCK BOOT::|JVMFDACC;jvmPublic;$;1| ; (COND ((NOT #) 1) (T (BOOT::|moanRetract| 1 '#))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |JVMFDACC;jvmPrivate;$;2| ...) ; compiling (DEFUN |JVMFDACC;jvmProtected;$;3| ...) ; compiling (DEFUN |JVMFDACC;jvmStatic;$;4| ...) ; compiling (DEFUN |JVMFDACC;jvmFinal;$;5| ...) ; compiling (DEFUN |JVMFDACC;jvmVolatile;$;6| ...) ; compiling (DEFUN |JVMFDACC;jvmTransient;$;7| ...) ; compiling (DEFUN |JVMFieldAccess| ...) ; compiling (DEFUN |JVMFieldAccess;| ...) ; compiling (MAKEPROP (QUOTE |JVMFieldAccess|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 1 note ; /tmp/oa-1wAOah/code.fasl written ; compilation finished in 0:00:00.020 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile JVMMDACC.spad && cp JVMMDACC.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/JVMMDACC.fasl \ && if test -f JVMMDACC-.NRLIB/code.fasl; then \ cp JVMMDACC-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/JVMMDACC-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/JVMMDACC.spad using Spad compiler. JVMMDACC abbreviates domain JVMMethodAccess JVMFDACC abbreviates domain JVMFieldAccess debug: compDefine1 lhs: (JVMMethodAccess) signature (pre-evaluate): ((Join (SetCategory) (Logic) (CATEGORY domain (SIGNATURE jvmPublic ($) constant) (SIGNATURE jvmPrivate ($) constant) (SIGNATURE jvmProtected ($) constant) (SIGNATURE jvmStatic ($) constant) (SIGNATURE jvmFinal ($) constant) (SIGNATURE jvmSynchronized ($) constant) (SIGNATURE jvmNative ($) constant) (SIGNATURE jvmAbstract ($) constant) (SIGNATURE jvmStrict ($) constant)))) debug: evaluateType form: (Join (SetCategory) (Logic) (CATEGORY domain (SIGNATURE jvmPublic ($) constant) (SIGNATURE jvmPrivate ($) constant) (SIGNATURE jvmProtected ($) constant) (SIGNATURE jvmStatic ($) constant) (SIGNATURE jvmFinal ($) constant) (SIGNATURE jvmSynchronized ($) constant) (SIGNATURE jvmNative ($) constant) (SIGNATURE jvmAbstract ($) constant) (SIGNATURE jvmStrict ($) constant))) $param: NIL debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (Logic) $param: NIL Debug: evaluateType1 form: (Logic) debug: evaluateType form: (CATEGORY domain (SIGNATURE jvmPublic ($) constant) (SIGNATURE jvmPrivate ($) constant) (SIGNATURE jvmProtected ($) constant) (SIGNATURE jvmStatic ($) constant) (SIGNATURE jvmFinal ($) constant) (SIGNATURE jvmSynchronized ($) constant) (SIGNATURE jvmNative ($) constant) (SIGNATURE jvmAbstract ($) constant) (SIGNATURE jvmStrict ($) constant)) $param: NIL debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (Logic) (CATEGORY domain (SIGNATURE jvmPublic ($) constant) (SIGNATURE jvmPrivate ($) constant) (SIGNATURE jvmProtected ($) constant) (SIGNATURE jvmStatic ($) constant) (SIGNATURE jvmFinal ($) constant) (SIGNATURE jvmSynchronized ($) constant) (SIGNATURE jvmNative ($) constant) (SIGNATURE jvmAbstract ($) constant) (SIGNATURE jvmStrict ($) constant)))) ------------------------------------------------------------------------ initializing stationary directory for JVMMethodAccess compiling into /tmp/oa-IW8U8w compiling exported jvmPublic : () -> % Time: 0.05 SEC. compiling exported jvmPrivate : () -> % JVMMDACC;jvmPrivate;$;2 is replaced by 2 Time: 0.01 SEC. compiling exported jvmProtected : () -> % JVMMDACC;jvmProtected;$;3 is replaced by 4 Time: 0.01 SEC. compiling exported jvmStatic : () -> % JVMMDACC;jvmStatic;$;4 is replaced by 8 Time: 0.00 SEC. compiling exported jvmFinal : () -> % JVMMDACC;jvmFinal;$;5 is replaced by 16 Time: 0.00 SEC. compiling exported jvmSynchronized : () -> % JVMMDACC;jvmSynchronized;$;6 is replaced by 32 Time: 0.00 SEC. compiling exported jvmNative : () -> % JVMMDACC;jvmNative;$;7 is replaced by 256 Time: 0.00 SEC. compiling exported jvmAbstract : () -> % JVMMDACC;jvmAbstract;$;8 is replaced by 1024 Time: 0.00 SEC. compiling exported jvmStrict : () -> % JVMMDACC;jvmStrict;$;9 is replaced by 2048 Time: 0.00 SEC. (time taken in buildFunctor: 0) Time: 0.00 SEC. Cumulative Statistics for Constructor JVMMethodAccess Time: 0.09 seconds --------------non extending category---------------------- JVMMethodAccess of category Join(SetCategory,Logic) with jvmPublic : () -> % jvmPrivate : () -> % jvmProtected : () -> % jvmStatic : () -> % jvmFinal : () -> % jvmSynchronized : () -> % jvmNative : () -> % jvmAbstract : () -> % jvmStrict : () -> % has no OrderedFinite ---------------------------------------------------------- finalizing NRLIB JVMMDACC Processing JVMMethodAccess for Browser database: -- jvmPublic : () -> % --->../../x86_64-unknown-linux-gnu/src/algebra/java.spad-->JVMMethodAccess((jvmPublic (%) constant)): Improper first word in comments: The "The method was declared public; therefore mey accessed from outside its package." -- jvmPrivate : () -> % --->../../x86_64-unknown-linux-gnu/src/algebra/java.spad-->JVMMethodAccess((jvmPrivate (%) constant)): Improper first word in comments: The "The method was declared private; threfore can be accessed only within the defining class." -- jvmProtected : () -> % --->../../x86_64-unknown-linux-gnu/src/algebra/java.spad-->JVMMethodAccess((jvmProtected (%) constant)): Improper first word in comments: The "The method was declared protected; therefore may be accessed withing derived classes." -- jvmStatic : () -> % --->../../x86_64-unknown-linux-gnu/src/algebra/java.spad-->JVMMethodAccess((jvmStatic (%) constant)): Improper first word in comments: The "The method was declared static." -- jvmFinal : () -> % --->../../x86_64-unknown-linux-gnu/src/algebra/java.spad-->JVMMethodAccess((jvmFinal (%) constant)): Improper first word in comments: The "The method was declared final; therefore may not be overriden. in derived classes." -- jvmSynchronized : () -> % --->../../x86_64-unknown-linux-gnu/src/algebra/java.spad-->JVMMethodAccess((jvmSynchronized (%) constant)): Improper first word in comments: The "The method was declared synchronized." -- jvmNative : () -> % --->../../x86_64-unknown-linux-gnu/src/algebra/java.spad-->JVMMethodAccess((jvmNative (%) constant)): Improper first word in comments: The "The method was declared native; therefore implemented in a language other than Java." -- jvmAbstract : () -> % --->../../x86_64-unknown-linux-gnu/src/algebra/java.spad-->JVMMethodAccess((jvmAbstract (%) constant)): Improper first word in comments: The "The method was declared abstract; therefore no implementation is provided." -- jvmStrict : () -> % --->../../x86_64-unknown-linux-gnu/src/algebra/java.spad-->JVMMethodAccess((jvmStrict (%) constant)): Improper first word in comments: The "The method was declared fpstrict; therefore floating-point mode is FP-strict." -- constructor ; compiling file "/tmp/oa-IW8U8w/code.lsp" (written 01 FEB 2016 11:16:00 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |JVMMDACC;jvmPrivate;$;2|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |JVMMDACC;jvmProtected;$;3|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |JVMMDACC;jvmStatic;$;4|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |JVMMDACC;jvmFinal;$;5|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |JVMMDACC;jvmSynchronized;$;6|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |JVMMDACC;jvmNative;$;7|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |JVMMDACC;jvmAbstract;$;8|) ...) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (PUT (QUOTE |JVMMDACC;jvmStrict;$;9|) ...) ; compiling (DEFUN |JVMMDACC;jvmPublic;$;1| ...) ; file: /tmp/oa-IW8U8w/code.lsp ; in: DEFUN |JVMMDACC;jvmPublic;$;1| ; '(BOOT::|UInt16|) ; ; note: deleting unreachable code ; (DEFUN BOOT::|JVMMDACC;jvmPublic;$;1| (BOOT::$) ; (COND ((NOT (< 16 #)) 1) (T (BOOT::|moanRetract| 1 '(BOOT::|UInt16|))))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|JVMMDACC;jvmPublic;$;1| ; (BOOT::$) ; (BLOCK BOOT::|JVMMDACC;jvmPublic;$;1| ; (COND ((NOT #) 1) (T (BOOT::|moanRetract| 1 '#))))) ; ; caught STYLE-WARNING: ; The variable $ is defined but never used. ; compiling (DEFUN |JVMMDACC;jvmPrivate;$;2| ...) ; compiling (DEFUN |JVMMDACC;jvmProtected;$;3| ...) ; compiling (DEFUN |JVMMDACC;jvmStatic;$;4| ...) ; compiling (DEFUN |JVMMDACC;jvmFinal;$;5| ...) ; compiling (DEFUN |JVMMDACC;jvmSynchronized;$;6| ...) ; compiling (DEFUN |JVMMDACC;jvmNative;$;7| ...) ; compiling (DEFUN |JVMMDACC;jvmAbstract;$;8| ...) ; compiling (DEFUN |JVMMDACC;jvmStrict;$;9| ...) ; compiling (DEFUN |JVMMethodAccess| ...) ; compiling (DEFUN |JVMMethodAccess;| ...) ; compiling (MAKEPROP (QUOTE |JVMMethodAccess|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; caught 1 STYLE-WARNING condition ; printed 1 note ; /tmp/oa-IW8U8w/code.fasl written ; compilation finished in 0:00:00.022 ------------------------------------------------------------------------ ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --initial-db=initdb.fasl --sysdb="../../../open-axiom/src/share/algebra/" --strap=strap-2 --optimize=3 --system-algebra --compile JVMCSTTG.spad && cp JVMCSTTG.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/JVMCSTTG.fasl \ && if test -f JVMCSTTG-.NRLIB/code.fasl; then \ cp JVMCSTTG-.NRLIB/code.fasl ../../x86_64-unknown-linux-gnu/algebra/JVMCSTTG-.fasl; \ else :; fi Compiling OpenAxiom source code from file /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/JVMCSTTG.spad using Spad compiler. JVMCSTTG abbreviates domain JVMConstantTag debug: compDefine1 lhs: (JVMConstantTag) signature (pre-evaluate): ((Join (SetCategory) (CoercibleTo (Byte)) (CATEGORY domain (SIGNATURE jvmUTF8ConstantTag ($) constant) (SIGNATURE jvmIntegerConstantTag ($) constant) (SIGNATURE jvmFloatConstantTag ($) constant) (SIGNATURE jvmLongConstantTag ($) constant) (SIGNATURE jvmDoubleConstantTag ($) constant) (SIGNATURE jvmClassConstantTag ($) constant) (SIGNATURE jvmStringConstantTag ($) constant) (SIGNATURE jvmFieldrefConstantTag ($) constant) (SIGNATURE jvmMethodrefConstantTag ($) constant) (SIGNATURE jvmInterfaceMethodConstantTag ($) constant) (SIGNATURE jvmNameAndTypeConstantTag ($) constant)))) debug: evaluateType form: (Join (SetCategory) (CoercibleTo (Byte)) (CATEGORY domain (SIGNATURE jvmUTF8ConstantTag ($) constant) (SIGNATURE jvmIntegerConstantTag ($) constant) (SIGNATURE jvmFloatConstantTag ($) constant) (SIGNATURE jvmLongConstantTag ($) constant) (SIGNATURE jvmDoubleConstantTag ($) constant) (SIGNATURE jvmClassConstantTag ($) constant) (SIGNATURE jvmStringConstantTag ($) constant) (SIGNATURE jvmFieldrefConstantTag ($) constant) (SIGNATURE jvmMethodrefConstantTag ($) constant) (SIGNATURE jvmInterfaceMethodConstantTag ($) constant) (SIGNATURE jvmNameAndTypeConstantTag ($) constant))) $param: NIL debug: evaluateType form: (SetCategory) $param: NIL Debug: evaluateType1 form: (SetCategory) debug: evaluateType form: (CoercibleTo (Byte)) $param: NIL Debug: evaluateType1 form: (CoercibleTo (Byte)) debug: evaluateType1 x: (Byte) m: (Type) debug: evaluateType1 categoryForm: (Type) debug: evaluateType form: (Type) $param: NIL Debug: evaluateType1 form: (Type) debug: evaluateType form: (Byte) $param: NIL Debug: evaluateType1 form: (Byte) debug: evalCategory d: (Byte) c: (Type) debug: evaluateType form: (CATEGORY domain (SIGNATURE jvmUTF8ConstantTag ($) constant) (SIGNATURE jvmIntegerConstantTag ($) constant) (SIGNATURE jvmFloatConstantTag ($) constant) (SIGNATURE jvmLongConstantTag ($) constant) (SIGNATURE jvmDoubleConstantTag ($) constant) (SIGNATURE jvmClassConstantTag ($) constant) (SIGNATURE jvmStringConstantTag ($) constant) (SIGNATURE jvmFieldrefConstantTag ($) constant) (SIGNATURE jvmMethodrefConstantTag ($) constant) (SIGNATURE jvmInterfaceMethodConstantTag ($) constant) (SIGNATURE jvmNameAndTypeConstantTag ($) constant)) $param: NIL debug: compDefine1 signature (post evaluate): ((Join (SetCategory) (CoercibleTo (Byte)) (CATEGORY domain (SIGNATURE jvmUTF8ConstantTag ($) constant) (SIGNATURE jvmIntegerConstantTag ($) constant) (SIGNATURE jvmFloatConstantTag ($) constant) (SIGNATURE jvmLongConstantTag ($) constant) (SIGNATURE jvmDoubleConstantTag ($) constant) (SIGNATURE jvmClassConstantTag ($) constant) (SIGNATURE jvmStringConstantTag ($) constant) (SIGNATURE jvmFieldrefConstantTag ($) constant) (SIGNATURE jvmMethodrefConstantTag ($) constant) (SIGNATURE jvmInterfaceMethodConstantTag ($) constant) (SIGNATURE jvmNameAndTypeConstantTag ($) constant)))) ------------------------------------------------------------------------ initializing stationary directory for JVMConstantTag compiling into /tmp/oa-UAKLFI compiling exported jvmUTF8ConstantTag : () -> % Time: 0.03 SEC. compiling exported jvmIntegerConstantTag : () -> % Time: 0.00 SEC. compiling exported jvmFloatConstantTag : () -> % Time: 0.00 SEC. compiling exported jvmLongConstantTag : () -> % Time: 0.00 SEC. compiling exported jvmDoubleConstantTag : () -> % Time: 0.00 SEC. compiling exported jvmClassConstantTag : () -> % Time: 0.00 SEC. compiling exported jvmStringConstantTag : () -> % Time: 0.00 SEC. compiling exported jvmFieldrefConstantTag : () -> % Time: 0.01 SEC. compiling exported jvmMethodrefConstantTag : () -> % Time: 0 SEC. compiling exported jvmInterfaceMethodConstantTag : () -> % Time: 0.01 SEC. compiling exported jvmNameAndTypeConstantTag : () -> % Time: 0 SEC. (time taken in buildFunctor: 0) Time: 0.01 SEC. Cumulative Statistics for Constructor JVMConstantTag Time: 0.08 seconds --------------non extending category---------------------- JVMConstantTag of category Join(SetCategory,CoercibleTo Byte) with jvmUTF8ConstantTag : () -> % jvmIntegerConstantTag : () -> % jvmFloatConstantTag : () -> % jvmLongConstantTag : () -> % jvmDoubleConstantTag : () -> % jvmClassConstantTag : () -> % jvmStringConstantTag : () -> % jvmFieldrefConstantTag : () -> % jvmMethodrefConstantTag : () -> % jvmInterfaceMethodConstantTag : () -> % jvmNameAndTypeConstantTag : () -> % has no OrderedFinite ---------------------------------------------------------- finalizing NRLIB JVMCSTTG Processing JVMConstantTag for Browser database: -- jvmUTF8ConstantTag : () -> % --->../../x86_64-unknown-linux-gnu/src/algebra/java.spad-->JVMConstantTag((jvmUTF8ConstantTag (%) constant)): Improper first word in comments: The "The corresponding constant pool entry is sequence of bytes representing Java \\spad{UTF8} string constant." -- jvmIntegerConstantTag : () -> % --->../../x86_64-unknown-linux-gnu/src/algebra/java.spad-->JVMConstantTag((jvmIntegerConstantTag (%) constant)): Improper first word in comments: The "The corresponding constant pool entry is an integer constant info." -- jvmFloatConstantTag : () -> % --->../../x86_64-unknown-linux-gnu/src/algebra/java.spad-->JVMConstantTag((jvmFloatConstantTag (%) constant)): Improper first word in comments: The "The corresponding constant pool entry is a float constant info." -- jvmLongConstantTag : () -> % --->../../x86_64-unknown-linux-gnu/src/algebra/java.spad-->JVMConstantTag((jvmLongConstantTag (%) constant)): Improper first word in comments: The "The corresponding constant pool entry is a long constant info." -- jvmDoubleConstantTag : () -> % --->../../x86_64-unknown-linux-gnu/src/algebra/java.spad-->JVMConstantTag((jvmDoubleConstantTag (%) constant)): Improper first word in comments: The "The corresponding constant pool entry is a double constant info." -- jvmClassConstantTag : () -> % --->../../x86_64-unknown-linux-gnu/src/algebra/java.spad-->JVMConstantTag((jvmClassConstantTag (%) constant)): Improper first word in comments: The "The corresponding constant pool entry represents a class or and interface." -- jvmStringConstantTag : () -> % --->../../x86_64-unknown-linux-gnu/src/algebra/java.spad-->JVMConstantTag((jvmStringConstantTag (%) constant)): Improper first word in comments: The "The corresponding constant pool entry is a string constant info." -- jvmFieldrefConstantTag : () -> % --->../../x86_64-unknown-linux-gnu/src/algebra/java.spad-->JVMConstantTag((jvmFieldrefConstantTag (%) constant)): Improper first word in comments: The "The corresponding constant pool entry represents a class field info." -- jvmMethodrefConstantTag : () -> % --->../../x86_64-unknown-linux-gnu/src/algebra/java.spad-->JVMConstantTag((jvmMethodrefConstantTag (%) constant)): Improper first word in comments: The "The correspondong constant pool entry represents a class method info." -- jvmInterfaceMethodConstantTag : () -> % --->../../x86_64-unknown-linux-gnu/src/algebra/java.spad-->JVMConstantTag((jvmInterfaceMethodConstantTag (%) constant)): Improper first word in comments: The "The correspondong constant pool entry represents an interface method info." -- jvmNameAndTypeConstantTag : () -> % --->../../x86_64-unknown-linux-gnu/src/algebra/java.spad-->JVMConstantTag((jvmNameAndTypeConstantTag (%) constant)): Improper first word in comments: The "The correspondong constant pool entry represents the name and type of a field or method info." -- constructor ; compiling file "/tmp/oa-UAKLFI/code.lsp" (written 01 FEB 2016 11:16:00 PM): ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DECLAIM (FTYPE # ...)) ; compiling (DEFUN |JVMCSTTG;jvmUTF8ConstantTag;$;1| ...) ; file: /tmp/oa-UAKLFI/code.lsp ; in: DEFUN |JVMCSTTG;jvmUTF8ConstantTag;$;1| ; (DEFUN BOOT::|JVMCSTTG;jvmUTF8ConstantTag;$;1| (BOOT::$) ; (BOOT::SPADCALL 1 (BOOT::|shellEntry| BOOT::$ 10))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|JVMCSTTG;jvmUTF8ConstantTag;$;1| ; (BOOT::$) ; (BLOCK BOOT::|JVMCSTTG;jvmUTF8ConstantTag;$;1| ; (BOOT::SPADCALL 1 (BOOT::|shellEntry| BOOT::$ 10)))) ; ; note: type assertion too complex to check: ; (VALUES (UNSIGNED-BYTE 8) &REST T). ; compiling (DEFUN |JVMCSTTG;jvmIntegerConstantTag;$;2| ...) ; file: /tmp/oa-UAKLFI/code.lsp ; in: DEFUN |JVMCSTTG;jvmIntegerConstantTag;$;2| ; (DEFUN BOOT::|JVMCSTTG;jvmIntegerConstantTag;$;2| (BOOT::$) ; (BOOT::SPADCALL 3 (BOOT::|shellEntry| BOOT::$ 10))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|JVMCSTTG;jvmIntegerConstantTag;$;2| ; (BOOT::$) ; (BLOCK BOOT::|JVMCSTTG;jvmIntegerConstantTag;$;2| ; (BOOT::SPADCALL 3 (BOOT::|shellEntry| BOOT::$ 10)))) ; ; note: type assertion too complex to check: ; (VALUES (UNSIGNED-BYTE 8) &REST T). ; compiling (DEFUN |JVMCSTTG;jvmFloatConstantTag;$;3| ...) ; file: /tmp/oa-UAKLFI/code.lsp ; in: DEFUN |JVMCSTTG;jvmFloatConstantTag;$;3| ; (DEFUN BOOT::|JVMCSTTG;jvmFloatConstantTag;$;3| (BOOT::$) ; (BOOT::SPADCALL 4 (BOOT::|shellEntry| BOOT::$ 10))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|JVMCSTTG;jvmFloatConstantTag;$;3| ; (BOOT::$) ; (BLOCK BOOT::|JVMCSTTG;jvmFloatConstantTag;$;3| ; (BOOT::SPADCALL 4 (BOOT::|shellEntry| BOOT::$ 10)))) ; ; note: type assertion too complex to check: ; (VALUES (UNSIGNED-BYTE 8) &REST T). ; compiling (DEFUN |JVMCSTTG;jvmLongConstantTag;$;4| ...) ; file: /tmp/oa-UAKLFI/code.lsp ; in: DEFUN |JVMCSTTG;jvmLongConstantTag;$;4| ; (DEFUN BOOT::|JVMCSTTG;jvmLongConstantTag;$;4| (BOOT::$) ; (BOOT::SPADCALL 5 (BOOT::|shellEntry| BOOT::$ 10))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|JVMCSTTG;jvmLongConstantTag;$;4| ; (BOOT::$) ; (BLOCK BOOT::|JVMCSTTG;jvmLongConstantTag;$;4| ; (BOOT::SPADCALL 5 (BOOT::|shellEntry| BOOT::$ 10)))) ; ; note: type assertion too complex to check: ; (VALUES (UNSIGNED-BYTE 8) &REST T). ; compiling (DEFUN |JVMCSTTG;jvmDoubleConstantTag;$;5| ...) ; file: /tmp/oa-UAKLFI/code.lsp ; in: DEFUN |JVMCSTTG;jvmDoubleConstantTag;$;5| ; (DEFUN BOOT::|JVMCSTTG;jvmDoubleConstantTag;$;5| (BOOT::$) ; (BOOT::SPADCALL 6 (BOOT::|shellEntry| BOOT::$ 10))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|JVMCSTTG;jvmDoubleConstantTag;$;5| ; (BOOT::$) ; (BLOCK BOOT::|JVMCSTTG;jvmDoubleConstantTag;$;5| ; (BOOT::SPADCALL 6 (BOOT::|shellEntry| BOOT::$ 10)))) ; ; note: type assertion too complex to check: ; (VALUES (UNSIGNED-BYTE 8) &REST T). ; compiling (DEFUN |JVMCSTTG;jvmClassConstantTag;$;6| ...) ; file: /tmp/oa-UAKLFI/code.lsp ; in: DEFUN |JVMCSTTG;jvmClassConstantTag;$;6| ; (DEFUN BOOT::|JVMCSTTG;jvmClassConstantTag;$;6| (BOOT::$) ; (BOOT::SPADCALL 7 (BOOT::|shellEntry| BOOT::$ 10))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|JVMCSTTG;jvmClassConstantTag;$;6| ; (BOOT::$) ; (BLOCK BOOT::|JVMCSTTG;jvmClassConstantTag;$;6| ; (BOOT::SPADCALL 7 (BOOT::|shellEntry| BOOT::$ 10)))) ; ; note: type assertion too complex to check: ; (VALUES (UNSIGNED-BYTE 8) &REST T). ; compiling (DEFUN |JVMCSTTG;jvmStringConstantTag;$;7| ...) ; file: /tmp/oa-UAKLFI/code.lsp ; in: DEFUN |JVMCSTTG;jvmStringConstantTag;$;7| ; (DEFUN BOOT::|JVMCSTTG;jvmStringConstantTag;$;7| (BOOT::$) ; (BOOT::SPADCALL 8 (BOOT::|shellEntry| BOOT::$ 10))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|JVMCSTTG;jvmStringConstantTag;$;7| ; (BOOT::$) ; (BLOCK BOOT::|JVMCSTTG;jvmStringConstantTag;$;7| ; (BOOT::SPADCALL 8 (BOOT::|shellEntry| BOOT::$ 10)))) ; ; note: type assertion too complex to check: ; (VALUES (UNSIGNED-BYTE 8) &REST T). ; compiling (DEFUN |JVMCSTTG;jvmFieldrefConstantTag;$;8| ...) ; file: /tmp/oa-UAKLFI/code.lsp ; in: DEFUN |JVMCSTTG;jvmFieldrefConstantTag;$;8| ; (DEFUN BOOT::|JVMCSTTG;jvmFieldrefConstantTag;$;8| (BOOT::$) ; (BOOT::SPADCALL 9 (BOOT::|shellEntry| BOOT::$ 10))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|JVMCSTTG;jvmFieldrefConstantTag;$;8| ; (BOOT::$) ; (BLOCK BOOT::|JVMCSTTG;jvmFieldrefConstantTag;$;8| ; (BOOT::SPADCALL 9 (BOOT::|shellEntry| BOOT::$ 10)))) ; ; note: type assertion too complex to check: ; (VALUES (UNSIGNED-BYTE 8) &REST T). ; compiling (DEFUN |JVMCSTTG;jvmMethodrefConstantTag;$;9| ...) ; file: /tmp/oa-UAKLFI/code.lsp ; in: DEFUN |JVMCSTTG;jvmMethodrefConstantTag;$;9| ; (DEFUN BOOT::|JVMCSTTG;jvmMethodrefConstantTag;$;9| (BOOT::$) ; (BOOT::SPADCALL 10 (BOOT::|shellEntry| BOOT::$ 10))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|JVMCSTTG;jvmMethodrefConstantTag;$;9| ; (BOOT::$) ; (BLOCK BOOT::|JVMCSTTG;jvmMethodrefConstantTag;$;9| ; (BOOT::SPADCALL 10 (BOOT::|shellEntry| BOOT::$ 10)))) ; ; note: type assertion too complex to check: ; (VALUES (UNSIGNED-BYTE 8) &REST T). ; compiling (DEFUN |JVMCSTTG;jvmInterfaceMethodConstantTag;$;10| ...) ; file: /tmp/oa-UAKLFI/code.lsp ; in: DEFUN |JVMCSTTG;jvmInterfaceMethodConstantTag;$;10| ; (DEFUN BOOT::|JVMCSTTG;jvmInterfaceMethodConstantTag;$;10| (BOOT::$) ; (BOOT::SPADCALL 11 (BOOT::|shellEntry| BOOT::$ 10))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|JVMCSTTG;jvmInterfaceMethodConstantTag;$;10| ; (BOOT::$) ; (BLOCK BOOT::|JVMCSTTG;jvmInterfaceMethodConstantTag;$;10| ; (BOOT::SPADCALL 11 (BOOT::|shellEntry| BOOT::$ 10)))) ; ; note: type assertion too complex to check: ; (VALUES (UNSIGNED-BYTE 8) &REST T). ; compiling (DEFUN |JVMCSTTG;jvmNameAndTypeConstantTag;$;11| ...) ; file: /tmp/oa-UAKLFI/code.lsp ; in: DEFUN |JVMCSTTG;jvmNameAndTypeConstantTag;$;11| ; (DEFUN BOOT::|JVMCSTTG;jvmNameAndTypeConstantTag;$;11| (BOOT::$) ; (BOOT::SPADCALL 12 (BOOT::|shellEntry| BOOT::$ 10))) ; --> PROGN SB-IMPL::%DEFUN SB-IMPL::%DEFUN SB-INT:NAMED-LAMBDA ; ==> ; #'(SB-INT:NAMED-LAMBDA BOOT::|JVMCSTTG;jvmNameAndTypeConstantTag;$;11| ; (BOOT::$) ; (BLOCK BOOT::|JVMCSTTG;jvmNameAndTypeConstantTag;$;11| ; (BOOT::SPADCALL 12 (BOOT::|shellEntry| BOOT::$ 10)))) ; ; note: type assertion too complex to check: ; (VALUES (UNSIGNED-BYTE 8) &REST T). ; compiling (DEFUN |JVMConstantTag| ...) ; compiling (DEFUN |JVMConstantTag;| ...) ; compiling (MAKEPROP (QUOTE |JVMConstantTag|) ...) ; compiling (SETF (|dbTemplate| #) ...) ; compiling (SETF (|dbLookupFunction| #) ...) ; compiling (SETF (|dbConstructorForm| #) ...) ; compiling (SETF (|dbConstructorKind| #) ...) ; compiling (SETF (|dbConstructorModemap| #) ...) ; compiling (SETF (|dbDualSignature| #) ...) ; compiling (SETF (|dbSourceFile| #) ...) ; compiling (SETF (|dbModemaps| #) ...) ; compiling (SETF (|dbOperations| #) ...) ; compiling (SETF (|dbOperationTable| #) ...) ; compiling (SETF (|dbCapsuleDefinitions| #) ...) ; compiling (SETF (|dbAbbreviation| #) ...) ; compiling (SETF (|dbPrincipals| #) ...) ; compiling (SETF (|dbAncestors| #) ...); ; compilation unit finished ; printed 11 notes ; /tmp/oa-UAKLFI/code.fasl written ; compilation finished in 0:00:00.034 ------------------------------------------------------------------------ ================================== === layer 24 of 24 complete ====== ================================== ../../src/utils/hammer --tangle='TEST INTHEORY' --output=../input/INTHEORY.input ../../../open-axiom/src/algebra/numtheor.spad.pamphlet ../../src/utils/hammer --tangle='TEST VIEW2D' --output=../input/VIEW2D.input ../../../open-axiom/src/algebra/view2D.spad.pamphlet ../../src/utils/hammer --tangle='TEST FR' --output=../input/TESTFR.input ../../../open-axiom/src/algebra/fr.spad.pamphlet rm -f stamp echo timestamp > stamp finished . make[2]: Leaving directory '/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra' cd doc && make all-doc make[2]: Entering directory '/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/doc' cp -p ../../../open-axiom/src/doc/help/trace.help ../../x86_64-unknown-linux-gnu/doc/help/trace.help cp -p ../../../open-axiom/src/doc/help/undo.help ../../x86_64-unknown-linux-gnu/doc/help/undo.help cp -p ../../../open-axiom/src/doc/help/read.help ../../x86_64-unknown-linux-gnu/doc/help/read.help cp -p ../../../open-axiom/src/doc/help/library.help ../../x86_64-unknown-linux-gnu/doc/help/library.help cp -p ../../../open-axiom/src/doc/help/display.help ../../x86_64-unknown-linux-gnu/doc/help/display.help cp -p ../../../open-axiom/src/doc/help/what.help ../../x86_64-unknown-linux-gnu/doc/help/what.help cp -p ../../../open-axiom/src/doc/help/pquit.help ../../x86_64-unknown-linux-gnu/doc/help/pquit.help cp -p ../../../open-axiom/src/doc/help/show.help ../../x86_64-unknown-linux-gnu/doc/help/show.help cp -p ../../../open-axiom/src/doc/help/savesystem.help ../../x86_64-unknown-linux-gnu/doc/help/savesystem.help cp -p ../../../open-axiom/src/doc/help/fin.help ../../x86_64-unknown-linux-gnu/doc/help/fin.help cp -p ../../../open-axiom/src/doc/help/synonym.help ../../x86_64-unknown-linux-gnu/doc/help/synonym.help cp -p ../../../open-axiom/src/doc/help/system.help ../../x86_64-unknown-linux-gnu/doc/help/system.help cp -p ../../../open-axiom/src/doc/help/abbreviation.help ../../x86_64-unknown-linux-gnu/doc/help/abbreviation.help cp -p ../../../open-axiom/src/doc/help/spool.help ../../x86_64-unknown-linux-gnu/doc/help/spool.help cp -p ../../../open-axiom/src/doc/help/boot.help ../../x86_64-unknown-linux-gnu/doc/help/boot.help cp -p ../../../open-axiom/src/doc/help/load.help ../../x86_64-unknown-linux-gnu/doc/help/load.help cp -p ../../../open-axiom/src/doc/help/help.help ../../x86_64-unknown-linux-gnu/doc/help/help.help cp -p ../../../open-axiom/src/doc/help/nclef.help ../../x86_64-unknown-linux-gnu/doc/help/nclef.help cp -p ../../../open-axiom/src/doc/help/edit.help ../../x86_64-unknown-linux-gnu/doc/help/edit.help cp -p ../../../open-axiom/src/doc/help/ltrace.help ../../x86_64-unknown-linux-gnu/doc/help/ltrace.help cp -p ../../../open-axiom/src/doc/help/close.help ../../x86_64-unknown-linux-gnu/doc/help/close.help cp -p ../../../open-axiom/src/doc/help/clear.help ../../x86_64-unknown-linux-gnu/doc/help/clear.help cp -p ../../../open-axiom/src/doc/help/frame.help ../../x86_64-unknown-linux-gnu/doc/help/frame.help cp -p ../../../open-axiom/src/doc/help/cd.help ../../x86_64-unknown-linux-gnu/doc/help/cd.help cp -p ../../../open-axiom/src/doc/help/lisp.help ../../x86_64-unknown-linux-gnu/doc/help/lisp.help cp -p ../../../open-axiom/src/doc/help/history.help ../../x86_64-unknown-linux-gnu/doc/help/history.help cp -p ../../../open-axiom/src/doc/help/set.help ../../x86_64-unknown-linux-gnu/doc/help/set.help cp -p ../../../open-axiom/src/doc/help/quit.help ../../x86_64-unknown-linux-gnu/doc/help/quit.help cp -p ../../../open-axiom/src/doc/gloss.text ../../x86_64-unknown-linux-gnu/doc/gloss.text rm -f stamp echo timestamp > stamp 9 finished . make[2]: Leaving directory '/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/doc' cd hyper && make all-hyper-post make[2]: Entering directory '/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/hyper' making ../../x86_64-unknown-linux-gnu/share/hypertex/pages from ../../../open-axiom/src/pages directory for f in `ls "../../x86_64-unknown-linux-gnu/share/hypertex"/pages/*.ht "../../x86_64-unknown-linux-gnu/share/hypertex"/pages/*.pht`; do \ AXIOM="../../x86_64-unknown-linux-gnu" ../../x86_64-unknown-linux-gnu/lib/htadd -s $f || exit 1; done Added 2 pages and/or macros from algebra.ht Added 3 pages and/or macros from ALIST.ht Added 20 pages and/or macros from ALIST.pht Added 19 pages and/or macros from ANNA-ES.ht Added 22 pages and/or macros from ANNA-ES.pht Added 3 pages and/or macros from ARRAY1.ht Added 18 pages and/or macros from ARRAY1.pht Added 3 pages and/or macros from ARRAY2.ht Added 40 pages and/or macros from ARRAY2.pht Added 29 pages and/or macros from aspex.ht Added 2 pages and/or macros from basic.ht Added 3 pages and/or macros from BBTREE.ht Added 20 pages and/or macros from BBTREE.pht Added 3 pages and/or macros from BINARY.ht Added 14 pages and/or macros from BINARY.pht Added 1 pages and/or macros from bmcat.ht Added 3 pages and/or macros from BOP.ht Added 36 pages and/or macros from BOP.pht Added 3 pages and/or macros from BSTREE.ht Added 24 pages and/or macros from BSTREE.pht Added 3 pages and/or macros from CARD.ht Added 40 pages and/or macros from CARD.pht Added 3 pages and/or macros from CARTEN.ht Added 96 pages and/or macros from CARTEN.pht Added 3 pages and/or macros from CCLASS.ht Added 32 pages and/or macros from CCLASS.pht Added 3 pages and/or macros from CHAR.ht Added 26 pages and/or macros from CHAR.pht Added 15 pages and/or macros from CLIF.ht Added 72 pages and/or macros from CLIF.pht Added 3 pages and/or macros from COMPLEX.ht Added 32 pages and/or macros from COMPLEX.pht Added 3 pages and/or macros from CONTFRAC.ht Added 44 pages and/or macros from CONTFRAC.pht Added 10 pages and/or macros from coverex.ht Added 180 pages and/or macros from coverex.pht Added 1 pages and/or macros from CPHelp.ht Added 3 pages and/or macros from CYCLES.ht Added 94 pages and/or macros from CYCLES.pht Added 3 pages and/or macros from DECIMAL.ht Added 14 pages and/or macros from DECIMAL.pht Added 3 pages and/or macros from DERHAM.ht Added 66 pages and/or macros from DERHAM.pht Added 3 pages and/or macros from DFLOAT.ht Added 20 pages and/or macros from DFLOAT.pht Added 3 pages and/or macros from DMP.ht Added 16 pages and/or macros from DMP.pht Added 3 pages and/or macros from EQ.ht Added 24 pages and/or macros from EQ.pht Added 3 pages and/or macros from EQTBL.ht Added 12 pages and/or macros from EQTBL.pht Added 2 pages and/or macros from evalex.ht Added 4 pages and/or macros from evalex.pht Added 6 pages and/or macros from exdiff.ht Added 20 pages and/or macros from exdiff.pht Added 10 pages and/or macros from exint.ht Added 24 pages and/or macros from exint.pht Added 3 pages and/or macros from EXIT.ht Added 12 pages and/or macros from EXIT.pht Added 6 pages and/or macros from exlap.ht Added 12 pages and/or macros from exlap.pht Added 7 pages and/or macros from exlimit.ht Added 26 pages and/or macros from exlimit.pht Added 6 pages and/or macros from exmatrix.ht Added 36 pages and/or macros from exmatrix.pht Added 4 pages and/or macros from explot2d.ht Added 8 pages and/or macros from explot2d.pht Added 3 pages and/or macros from explot3d.ht Added 10 pages and/or macros from explot3d.pht Added 4 pages and/or macros from expose.ht Added 3 pages and/or macros from EXPR.ht Added 46 pages and/or macros from EXPR.pht Added 4 pages and/or macros from exseries.ht Added 18 pages and/or macros from exseries.pht Added 8 pages and/or macros from exsum.ht Added 26 pages and/or macros from exsum.pht Added 3 pages and/or macros from FARRAY.ht Added 32 pages and/or macros from FARRAY.pht Added 3 pages and/or macros from FILE.ht Added 26 pages and/or macros from FILE.pht Added 15 pages and/or macros from FLOAT.ht Added 74 pages and/or macros from FLOAT.pht Added 3 pages and/or macros from FNAME.ht Added 36 pages and/or macros from FNAME.pht Added 3 pages and/or macros from FPARFRAC.ht Added 32 pages and/or macros from FPARFRAC.pht Added 3 pages and/or macros from FR2.ht Added 12 pages and/or macros from FR2.pht Added 3 pages and/or macros from FRAC.ht Added 24 pages and/or macros from FRAC.pht Added 18 pages and/or macros from FR.ht Added 76 pages and/or macros from FR.pht Added 5 pages and/or macros from function.ht Added 52 pages and/or macros from function.pht Added 3 pages and/or macros from GBF.ht Added 6 pages and/or macros from GBF.pht Added 1 pages and/or macros from gloss.ht Added 22 pages and/or macros from graphics.ht Added 272 pages and/or macros from graphics.pht Added 4 pages and/or macros from grpthry.ht Added 42 pages and/or macros from grpthry.pht Added 3 pages and/or macros from GSTBL.ht Added 14 pages and/or macros from GSTBL.pht Added 3 pages and/or macros from HEAP.ht Added 16 pages and/or macros from HEAP.pht Added 0 pages and/or macros from help.ht Added 3 pages and/or macros from HEXADEC.ht Added 14 pages and/or macros from HEXADEC.pht Added 5 pages and/or macros from HTXAdvPage1.ht Added 1 pages and/or macros from HTXAdvPage2.ht Added 1 pages and/or macros from HTXAdvPage3.ht Added 4 pages and/or macros from HTXAdvPage4.ht Added 1 pages and/or macros from HTXAdvPage5.ht Added 7 pages and/or macros from HTXAdvPage6.ht Added 1 pages and/or macros from HTXAdvTopPage.ht Added 5 pages and/or macros from HTXFormatPage1.ht Added 9 pages and/or macros from HTXFormatPage2.ht Added 9 pages and/or macros from HTXFormatPage3.ht Added 11 pages and/or macros from HTXFormatPage4.ht Added 7 pages and/or macros from HTXFormatPage5.ht Added 5 pages and/or macros from HTXFormatPage6.ht Added 7 pages and/or macros from HTXFormatPage7.ht Added 5 pages and/or macros from HTXFormatPage8.ht Added 1 pages and/or macros from HTXFormatTopPage.ht Added 1 pages and/or macros from HTXIntroPage1.ht Added 1 pages and/or macros from HTXIntroPage2.ht Added 1 pages and/or macros from HTXIntroPage3.ht Added 1 pages and/or macros from HTXIntroTopPage.ht Added 4 pages and/or macros from HTXLinkPage1.ht Added 3 pages and/or macros from HTXLinkPage2.ht Added 7 pages and/or macros from HTXLinkPage3.ht Added 11 pages and/or macros from HTXLinkPage4.ht Added 5 pages and/or macros from HTXLinkPage5.ht Added 5 pages and/or macros from HTXLinkPage6.ht Added 1 pages and/or macros from HTXLinkTopPage.ht Added 1 pages and/or macros from HTXplay.ht Added 1 pages and/or macros from HTXTopPage.ht Added 1 pages and/or macros from HTXTryPage.ht Added 1 pages and/or macros from hyperdoc.ht Added 3 pages and/or macros from INTHEORY.ht Added 44 pages and/or macros from INTHEORY.pht Added 12 pages and/or macros from INT.ht Added 94 pages and/or macros from INT.pht Added 3 pages and/or macros from KAFILE.ht Added 42 pages and/or macros from KAFILE.pht Added 3 pages and/or macros from KERNEL.ht Added 38 pages and/or macros from KERNEL.pht Added 3 pages and/or macros from LAZM3PK.ht Added 72 pages and/or macros from LAZM3PK.pht Added 3 pages and/or macros from LEXP.ht Added 26 pages and/or macros from LEXP.pht Added 3 pages and/or macros from LEXTRIPK.ht Added 44 pages and/or macros from LEXTRIPK.pht Added 3 pages and/or macros from LIB.ht Added 16 pages and/or macros from LIB.pht Added 16 pages and/or macros from Link.ht Added 18 pages and/or macros from LIST.ht Added 66 pages and/or macros from LIST.pht Added 6 pages and/or macros from LODO1.ht Added 40 pages and/or macros from LODO1.pht Added 9 pages and/or macros from LODO2.ht Added 52 pages and/or macros from LODO2.pht Added 6 pages and/or macros from LODO.ht Added 32 pages and/or macros from LODO.pht Added 3 pages and/or macros from LPOLY.ht Added 56 pages and/or macros from LPOLY.pht Added 3 pages and/or macros from LWORD.ht Added 44 pages and/or macros from LWORD.pht Added 3 pages and/or macros from MAGMA.ht Added 44 pages and/or macros from MAGMA.pht Added 3 pages and/or macros from man0.ht Added 2 pages and/or macros from mapping.ht Added 3 pages and/or macros from MAPPKG1.ht Added 52 pages and/or macros from MAPPKG1.pht Added 9 pages and/or macros from MATRIX.ht Added 76 pages and/or macros from MATRIX.pht Added 3 pages and/or macros from MKFUNC.ht Added 18 pages and/or macros from MKFUNC.pht Added 3 pages and/or macros from MPOLY.ht Added 20 pages and/or macros from MPOLY.pht Added 3 pages and/or macros from MSET.ht Added 24 pages and/or macros from MSET.pht Added 5 pages and/or macros from nagaux.ht Added 21 pages and/or macros from nagc.ht Added 26 pages and/or macros from nagd.ht Added 43 pages and/or macros from nage.ht Added 46 pages and/or macros from nagf.ht Added 7 pages and/or macros from nagm.ht Added 39 pages and/or macros from nags.ht Added 12 pages and/or macros from nagx.ht Added 2 pages and/or macros from newuser.ht Added 3 pages and/or macros from NONE.ht Added 6 pages and/or macros from NONE.pht Added 10 pages and/or macros from numbers.ht Added 66 pages and/or macros from numbers.pht Added 3 pages and/or macros from OCT.ht Added 30 pages and/or macros from OCT.pht Added 3 pages and/or macros from ODPOL.ht Added 72 pages and/or macros from ODPOL.pht Added 3 pages and/or macros from OP.ht Added 42 pages and/or macros from OP.pht Added 3 pages and/or macros from OVAR.ht Added 10 pages and/or macros from OVAR.pht Added 8 pages and/or macros from patch.ht Added 3 pages and/or macros from PERMAN.ht Added 6 pages and/or macros from PERMAN.pht Added 3 pages and/or macros from PFR.ht Added 20 pages and/or macros from PFR.pht Added 3 pages and/or macros from POLY.ht Added 92 pages and/or macros from POLY.pht Added 6 pages and/or macros from polys.ht Added 58 pages and/or macros from polys.pht Added 3 pages and/or macros from QUAT.ht Added 22 pages and/or macros from QUAT.pht Added 3 pages and/or macros from RADIX.ht Added 34 pages and/or macros from RADIX.pht Added 3 pages and/or macros from RECLOS.ht Added 134 pages and/or macros from RECLOS.pht Added 2 pages and/or macros from record.ht Added 3 pages and/or macros from REGSET.ht Added 68 pages and/or macros from REGSET.pht Added 8 pages and/or macros from releaseNotes.ht Added 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../algebra/topics.data rm -f ../../x86_64-unknown-linux-gnu/*.daase rm -f ../../x86_64-unknown-linux-gnu/libdb.text rm -f ../../x86_64-unknown-linux-gnu/comdb.text rm -rf ../../x86_64-unknown-linux-gnu/algebra/USERS.DAASE rm -rf ../../x86_64-unknown-linux-gnu/algebra/DEPENDENTS.DAASE cp ../../../open-axiom/src/doc/topics.data ../algebra (cd ../algebra && ../driver/open-axiom --execpath=../interp/interpsys --system="../../x86_64-unknown-linux-gnu" --sysdb="../../../open-axiom/src/share/algebra/" --build-databases) IntegerMod will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ZMOD.NRLIB/code.fasl IntegerLinearDependence will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ZLINDEP.NRLIB/code.fasl ZeroDimensionalSolvePackage will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ZDSOLVE.NRLIB/code.fasl ParadoxicalCombinatorsForStreams will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/YSTREAM.NRLIB/code.fasl YoungDiagram will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/YDIAGRAM.NRLIB/code.fasl XRecursivePolynomial will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/XRPOLY.NRLIB/code.fasl XPolynomialRing will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/XPR.NRLIB/code.fasl XPolynomialsCat will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/XPOLYC.NRLIB/code.fasl XPolynomial will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/XPOLY.NRLIB/code.fasl XPBWPolynomial will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/XPBWPOLY.NRLIB/code.fasl XFreeAlgebra will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/XFALG.NRLIB/code.fasl ExtensionField will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/XF.NRLIB/code.fasl ExtensionField& will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/XF-.NRLIB/code.fasl XExponentialPackage will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/XEXPPKG.NRLIB/code.fasl XDistributedPolynomial will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/XDPOLY.NRLIB/code.fasl XAlgebra will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/XALG.NRLIB/code.fasl WuWenTsunTriangularSet will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/WUTSET.NRLIB/code.fasl WeightedPolynomials will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/WP.NRLIB/code.fasl WhileAst will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/WHILEAST.NRLIB/code.fasl WhereAst will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/WHEREAST.NRLIB/code.fasl WildFunctionFieldIntegralBasis will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/WFFINTBS.NRLIB/code.fasl WeierstrassPreparation will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/WEIER.NRLIB/code.fasl VectorSpace will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/VSPACE.NRLIB/code.fasl VectorSpace& will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/VSPACE-.NRLIB/code.fasl Void will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/VOID.NRLIB/code.fasl ViewDefaultsPackage will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/VIEWDEF.NRLIB/code.fasl ThreeDimensionalViewport will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/VIEW3D.NRLIB/code.fasl TwoDimensionalViewport will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/VIEW2D.NRLIB/code.fasl ViewportPackage will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/VIEW.NRLIB/code.fasl VectorFunctions2 will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/VECTOR2.NRLIB/code.fasl Vector will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/VECTOR.NRLIB/code.fasl VectorCategory will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/VECTCAT.NRLIB/code.fasl VectorCategory& will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/VECTCAT-.NRLIB/code.fasl Variable will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/VARIABLE.NRLIB/code.fasl UnionType will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UTYPE.NRLIB/code.fasl UTSodetools will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UTSODETL.NRLIB/code.fasl UnivariateTaylorSeriesODESolver will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UTSODE.NRLIB/code.fasl UnivariateTaylorSeriesCategory will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UTSCAT.NRLIB/code.fasl UnivariateTaylorSeriesCategory& will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UTSCAT-.NRLIB/code.fasl UnivariateTaylorSeriesFunctions2 will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UTS2.NRLIB/code.fasl UnivariateTaylorSeries will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UTS.NRLIB/code.fasl UnaryRecursiveAggregate will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/URAGG.NRLIB/code.fasl UnaryRecursiveAggregate& will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/URAGG-.NRLIB/code.fasl UnivariatePuiseuxSeriesWithExponentialSingularity will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UPXSSING.NRLIB/code.fasl UnivariatePuiseuxSeriesConstructor will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UPXSCONS.NRLIB/code.fasl UnivariatePuiseuxSeriesConstructorCategory will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UPXSCCA.NRLIB/code.fasl UnivariatePuiseuxSeriesConstructorCategory& will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UPXSCCA-.NRLIB/code.fasl UnivariatePuiseuxSeriesCategory will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UPXSCAT.NRLIB/code.fasl UnivariatePuiseuxSeriesFunctions2 will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UPXS2.NRLIB/code.fasl UnivariatePuiseuxSeries will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UPXS.NRLIB/code.fasl UnivariatePolynomialSquareFree will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UPSQFREE.NRLIB/code.fasl UnivariatePowerSeriesCategory will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UPSCAT.NRLIB/code.fasl UnivariatePowerSeriesCategory& will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UPSCAT-.NRLIB/code.fasl UnivariatePolynomialCategoryFunctions2 will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UPOLYC2.NRLIB/code.fasl UnivariatePolynomialCategory will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UPOLYC.NRLIB/code.fasl UnivariatePolynomialCategory& will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UPOLYC-.NRLIB/code.fasl UnivariatePolynomialMultiplicationPackage will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UPMP.NRLIB/code.fasl UnivariatePolynomialDivisionPackage will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UPDIVP.NRLIB/code.fasl UnivariatePolynomialDecompositionPackage will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UPDECOMP.NRLIB/code.fasl UnivariatePolynomialCommonDenominator will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UPCDEN.NRLIB/code.fasl UnivariatePolynomialFunctions2 will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UP2.NRLIB/code.fasl UnivariatePolynomial will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UP.NRLIB/code.fasl UniversalSegmentFunctions2 will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UNISEG2.NRLIB/code.fasl UniversalSegment will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UNISEG.NRLIB/code.fasl UnivariateFactorize will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UNIFACT.NRLIB/code.fasl UnivariateLaurentSeriesConstructor will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ULSCONS.NRLIB/code.fasl UnivariateLaurentSeriesConstructorCategory will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ULSCCAT.NRLIB/code.fasl UnivariateLaurentSeriesConstructorCategory& will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ULSCCAT-.NRLIB/code.fasl UnivariateLaurentSeriesCategory will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ULSCAT.NRLIB/code.fasl UnivariateLaurentSeriesFunctions2 will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ULS2.NRLIB/code.fasl UnivariateLaurentSeries will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ULS.NRLIB/code.fasl UInt8 will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UINT8.NRLIB/code.fasl UInt64 will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UINT64.NRLIB/code.fasl UInt32 will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UINT32.NRLIB/code.fasl UInt16 will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UINT16.NRLIB/code.fasl UniqueFactorizationDomain will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UFD.NRLIB/code.fasl UniqueFactorizationDomain& will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UFD-.NRLIB/code.fasl UserDefinedVariableOrdering will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UDVO.NRLIB/code.fasl UserDefinedPartialOrdering will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/UDPO.NRLIB/code.fasl TypeAst will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TYPEAST.NRLIB/code.fasl Type will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TYPE.NRLIB/code.fasl TwoFactorize will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TWOFACT.NRLIB/code.fasl Tuple will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TUPLE.NRLIB/code.fasl TubePlotTools will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TUBETOOL.NRLIB/code.fasl TubePlot will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TUBE.NRLIB/code.fasl TriangularSetCategory will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TSETCAT.NRLIB/code.fasl TriangularSetCategory& will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TSETCAT-.NRLIB/code.fasl TaylorSeries will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TS.NRLIB/code.fasl TranscendentalManipulations will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TRMANIP.NRLIB/code.fasl TriangularMatrixOperations will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TRIMAT.NRLIB/code.fasl TrigonometricManipulations will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TRIGMNIP.NRLIB/code.fasl TrigonometricFunctionCategory will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TRIGCAT.NRLIB/code.fasl TrigonometricFunctionCategory& will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TRIGCAT-.NRLIB/code.fasl Tree will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TREE.NRLIB/code.fasl TranscendentalFunctionCategory will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TRANFUN.NRLIB/code.fasl TranscendentalFunctionCategory& will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/TRANFUN-.NRLIB/code.fasl TopLevelThreeSpace will be 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when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ORDRING.NRLIB/code.fasl OrderedMonoid will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ORDMON.NRLIB/code.fasl OrderingFunctions will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ORDFUNS.NRLIB/code.fasl OrderedFinite will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ORDFIN.NRLIB/code.fasl OrderedCompletionFunctions2 will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ORDCOMP2.NRLIB/code.fasl OrderedCompletion will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ORDCOMP.NRLIB/code.fasl OperatorSignature will be automatically loaded when needed 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/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ONECOMP.NRLIB/code.fasl OrderedMultisetAggregate will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OMSAGG.NRLIB/code.fasl OppositeMonogenicLinearOperator will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OMLO.NRLIB/code.fasl OrderedIntegralDomain will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OINTDOM.NRLIB/code.fasl OrderedFreeMonoid will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OFMONOID.NRLIB/code.fasl OrderlyDifferentialVariable will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ODVAR.NRLIB/code.fasl OrdinaryDifferentialRing will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ODR.NRLIB/code.fasl OrderlyDifferentialPolynomial will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ODPOL.NRLIB/code.fasl OrderedDirectProduct will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ODP.NRLIB/code.fasl ODETools will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ODETOOLS.NRLIB/code.fasl SystemODESolver will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ODESYS.NRLIB/code.fasl RationalRicDE will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ODERTRIC.NRLIB/code.fasl ReduceLODE will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ODERED.NRLIB/code.fasl RationalLODE will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ODERAT.NRLIB/code.fasl PrimitiveRatRicDE will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ODEPRRIC.NRLIB/code.fasl PrimitiveRatDE will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ODEPRIM.NRLIB/code.fasl PureAlgebraicLODE will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ODEPAL.NRLIB/code.fasl ODEIntegration will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ODEINT.NRLIB/code.fasl ElementaryFunctionODESolver will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ODEEF.NRLIB/code.fasl ConstantLODE will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ODECONST.NRLIB/code.fasl OctonionCategoryFunctions2 will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OCTCT2.NRLIB/code.fasl Octonion will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OCT.NRLIB/code.fasl OrderedCancellationAbelianMonoid will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OCAMON.NRLIB/code.fasl OctonionCategory will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OC.NRLIB/code.fasl OctonionCategory& will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OC-.NRLIB/code.fasl OrderedAbelianSemiGroup will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OASGP.NRLIB/code.fasl OrderedAbelianMonoidSup will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OAMONS.NRLIB/code.fasl OrderedAbelianMonoid will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OAMON.NRLIB/code.fasl OrderedAbelianMonoid& will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OAMON-.NRLIB/code.fasl OrderedAbelianGroup will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OAGROUP.NRLIB/code.fasl OrderedAbelianGroup& will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/OAGROUP-.NRLIB/code.fasl NumericTubePlot will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NUMTUBE.NRLIB/code.fasl NumericalQuadrature will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NUMQUAD.NRLIB/code.fasl NumericalOrdinaryDifferentialEquations will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NUMODE.NRLIB/code.fasl NumberFormats will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NUMFMT.NRLIB/code.fasl Numeric will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NUMERIC.NRLIB/code.fasl NormalizedTriangularSetCategory will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NTSCAT.NRLIB/code.fasl NumberTheoreticPolynomialFunctions will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NTPOLFN.NRLIB/code.fasl NewSparseUnivariatePolynomialFunctions2 will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NSUP2.NRLIB/code.fasl NewSparseUnivariatePolynomial will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NSUP.NRLIB/code.fasl NewSparseMultivariatePolynomial will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NSMP.NRLIB/code.fasl NumericRealEigenPackage will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NREP.NRLIB/code.fasl NPCoef will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NPCOEF.NRLIB/code.fasl NormRetractPackage will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NORMRETR.NRLIB/code.fasl NormalizationPackage will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NORMPK.NRLIB/code.fasl NormInMonogenicAlgebra will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NORMMA.NRLIB/code.fasl NoneFunctions1 will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NONE1.NRLIB/code.fasl None will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NONE.NRLIB/code.fasl NonLinearFirstOrderODESolver will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NODE1.NRLIB/code.fasl NonNegativeInteger will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NNI.NRLIB/code.fasl NonLinearSolvePackage will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NLINSOL.NRLIB/code.fasl NumberFieldIntegralBasis will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NFINTBAS.NRLIB/code.fasl NetworkClientSocket will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NETCLT.NRLIB/code.fasl NonCommutativeOperatorDivision will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NCODIV.NRLIB/code.fasl NumericContinuedFraction will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NCNTFRAC.NRLIB/code.fasl NumericComplexEigenPackage will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NCEP.NRLIB/code.fasl NonAssociativeRing will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NASRING.NRLIB/code.fasl NonAssociativeRing& will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NASRING-.NRLIB/code.fasl NonAssociativeRng will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NARNG.NRLIB/code.fasl NonAssociativeRng& will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NARNG-.NRLIB/code.fasl NonAssociativeAlgebra will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NAALG.NRLIB/code.fasl NonAssociativeAlgebra& will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/NAALG-.NRLIB/code.fasl MultivariateSquareFree will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MULTSQFR.NRLIB/code.fasl MultivariateFactorize will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MULTFACT.NRLIB/code.fasl MultivariateTaylorSeriesCategory will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MTSCAT.NRLIB/code.fasl MergeThing will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MTHING.NRLIB/code.fasl MoreSystemCommands will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MSYSCMD.NRLIB/code.fasl MultisetAggregate will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MSETAGG.NRLIB/code.fasl Multiset will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MSET.NRLIB/code.fasl MonoidRing will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MRING.NRLIB/code.fasl MonoidRingFunctions2 will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MRF2.NRLIB/code.fasl MRationalFactorize will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MRATFAC.NRLIB/code.fasl MPolyCatRationalFunctionFactorizer will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MPRFF.NRLIB/code.fasl MultivariatePolynomial will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MPOLY.NRLIB/code.fasl MPolyCatPolyFactorizer will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MPCPF.NRLIB/code.fasl MPolyCatFunctions3 will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MPC3.NRLIB/code.fasl MPolyCatFunctions2 will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MPC2.NRLIB/code.fasl MonomialExtensionTools will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MONOTOOL.NRLIB/code.fasl MonoidOperatorCategory will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MONOPC.NRLIB/code.fasl MonoidOperation will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MONOP.NRLIB/code.fasl Monoid will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MONOID.NRLIB/code.fasl Monoid& will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MONOID-.NRLIB/code.fasl MonogenicAlgebra will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MONOGEN.NRLIB/code.fasl MonogenicAlgebra& will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MONOGEN-.NRLIB/code.fasl MonadWithUnit will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MONADWU.NRLIB/code.fasl MonadWithUnit& will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MONADWU-.NRLIB/code.fasl Monad will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MONAD.NRLIB/code.fasl Monad& will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MONAD-.NRLIB/code.fasl MoebiusTransform will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MOEBIUS.NRLIB/code.fasl Module will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MODULE.NRLIB/code.fasl Module& will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MODULE-.NRLIB/code.fasl ModularRing will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MODRING.NRLIB/code.fasl ModuleOperator will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MODOP.NRLIB/code.fasl ModuleMonomial will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MODMONOM.NRLIB/code.fasl ModMonic will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MODMON.NRLIB/code.fasl ModularField will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MODFIELD.NRLIB/code.fasl MathMLFormat will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MMLFORM.NRLIB/code.fasl MultipleMap will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MMAP.NRLIB/code.fasl MonogenicLinearOperator will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MLO.NRLIB/code.fasl MultivariateLifting will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MLIFT.NRLIB/code.fasl MakeUnaryCompiledFunction will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MKUCFUNC.NRLIB/code.fasl MakeRecord will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MKRECORD.NRLIB/code.fasl MakeFunction will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MKFUNC.NRLIB/code.fasl MakeFloatCompiledFunction will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MKFLCFN.NRLIB/code.fasl MakeBinaryCompiledFunction will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MKBCFUNC.NRLIB/code.fasl ModularHermitianRowReduction will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MHROWRED.NRLIB/code.fasl MultFiniteFactorize will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MFINFACT.NRLIB/code.fasl MeshCreationRoutinesForThreeDimensions will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MESH.NRLIB/code.fasl ModularDistinctDegreeFactorizer will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MDDFACT.NRLIB/code.fasl MultiDictionary will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MDAGG.NRLIB/code.fasl MatrixCommonDenominator will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MCDEN.NRLIB/code.fasl Maybe will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MAYBE.NRLIB/code.fasl StorageEfficientMatrixOperations will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MATSTOR.NRLIB/code.fasl Matrix will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MATRIX.NRLIB/code.fasl MatrixLinearAlgebraFunctions will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MATLIN.NRLIB/code.fasl MatrixCategoryFunctions2 will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MATCAT2.NRLIB/code.fasl MatrixCategory will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MATCAT.NRLIB/code.fasl MatrixCategory& will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MATCAT-.NRLIB/code.fasl MappingPackage3 will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MAPPKG3.NRLIB/code.fasl MappingPackage2 will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/MAPPKG2.NRLIB/code.fasl 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will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GAUSSFAC.NRLIB/code.fasl GaloisGroupUtilities will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GALUTIL.NRLIB/code.fasl GaloisGroupPolynomialUtilities will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GALPOLYU.NRLIB/code.fasl GaloisGroupFactorizationUtilities will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GALFACTU.NRLIB/code.fasl GaloisGroupFactorizer will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/GALFACT.NRLIB/code.fasl FunctionDescriptor will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FUNDESC.NRLIB/code.fasl Functorial will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FUNCTOR.NRLIB/code.fasl FunctionCalled will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FUNCTION.NRLIB/code.fasl FortranType will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FT.NRLIB/code.fasl FunctionSpaceUnivariatePolynomialFactor will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FSUPFACT.NRLIB/code.fasl FortranScalarType will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FST.NRLIB/code.fasl FunctionSpaceReduce will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FSRED.NRLIB/code.fasl FunctionSpacePrimitiveElement will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FSPRMELT.NRLIB/code.fasl FunctionalSpecialFunction will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FSPECF.NRLIB/code.fasl FunctionSpaceIntegration will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FSINT.NRLIB/code.fasl FourierSeries will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FSERIES.NRLIB/code.fasl FunctionSpaceComplexIntegration will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FSCINT.NRLIB/code.fasl FiniteSetAggregateFunctions2 will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FSAGG2.NRLIB/code.fasl FiniteSetAggregate will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FSAGG.NRLIB/code.fasl FiniteSetAggregate& will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FSAGG-.NRLIB/code.fasl FunctionSpaceToUnivariatePowerSeries will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FS2UPS.NRLIB/code.fasl FunctionSpaceToExponentialExpansion will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FS2EXPXP.NRLIB/code.fasl FunctionSpaceFunctions2 will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FS2.NRLIB/code.fasl FunctionSpace will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FS.NRLIB/code.fasl FunctionSpace& will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FS-.NRLIB/code.fasl FactoredFunctionUtilities will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FRUTIL.NRLIB/code.fasl FramedNonAssociativeAlgebra will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FRNAALG.NRLIB/code.fasl FramedNonAssociativeAlgebra& will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FRNAALG-.NRLIB/code.fasl FramedNonAssociativeAlgebraFunctions2 will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FRNAAF2.NRLIB/code.fasl FramedModule will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FRMOD.NRLIB/code.fasl FractionalIdealFunctions2 will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FRIDEAL2.NRLIB/code.fasl FractionalIdeal will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FRIDEAL.NRLIB/code.fasl FullyRetractableTo will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FRETRCT.NRLIB/code.fasl FullyRetractableTo& will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FRETRCT-.NRLIB/code.fasl FramedAlgebra will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FRAMALG.NRLIB/code.fasl FramedAlgebra& will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FRAMALG-.NRLIB/code.fasl FractionFunctions2 will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FRAC2.NRLIB/code.fasl Fraction will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FRAC.NRLIB/code.fasl FactoredFunctions2 will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FR2.NRLIB/code.fasl Factored will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FR.NRLIB/code.fasl FloatingPointSystem will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FPS.NRLIB/code.fasl FloatingPointSystem& will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FPS-.NRLIB/code.fasl FieldOfPrimeCharacteristic will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FPC.NRLIB/code.fasl FieldOfPrimeCharacteristic& will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FPC-.NRLIB/code.fasl FullyPatternMatchable will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FPATMAB.NRLIB/code.fasl FullPartialFractionExpansion will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FPARFRAC.NRLIB/code.fasl FindOrderFinite will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FORDER.NRLIB/code.fasl FreeNilpotentLie will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FNLA.NRLIB/code.fasl FileNameCategory will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FNCAT.NRLIB/code.fasl FileName will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FNAME.NRLIB/code.fasl FreeMonoid will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FMONOID.NRLIB/code.fasl FreeMonoidCategory will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FMONCAT.NRLIB/code.fasl FreeModuleCat will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FMCAT.NRLIB/code.fasl FreeMagma will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FMAGMA.NRLIB/code.fasl FreeModule1 will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FM1.NRLIB/code.fasl FreeModule will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FM.NRLIB/code.fasl FloatingRealPackage will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FLOATRP.NRLIB/code.fasl FloatingComplexPackage will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FLOATCP.NRLIB/code.fasl Float will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FLOAT.NRLIB/code.fasl FullyLinearlyExplicitRingOver will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FLINEXP.NRLIB/code.fasl FullyLinearlyExplicitRingOver& will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FLINEXP-.NRLIB/code.fasl FiniteLinearAggregateSort will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FLASORT.NRLIB/code.fasl FreeLieAlgebra will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FLALG.NRLIB/code.fasl FiniteLinearAggregateFunctions2 will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FLAGG2.NRLIB/code.fasl FiniteLinearAggregate will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FLAGG.NRLIB/code.fasl FiniteLinearAggregate& will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FLAGG-.NRLIB/code.fasl FiniteRankAlgebra will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FINRALG.NRLIB/code.fasl FiniteRankAlgebra& will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FINRALG-.NRLIB/code.fasl Finite will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FINITE.NRLIB/code.fasl Finite& will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FINITE-.NRLIB/code.fasl FiniteAggregate will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FINAGG.NRLIB/code.fasl FiniteAggregate& will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FINAGG-.NRLIB/code.fasl FiniteRankNonAssociativeAlgebra will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FINAALG.NRLIB/code.fasl FiniteRankNonAssociativeAlgebra& will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FINAALG-.NRLIB/code.fasl FileCategory will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FILECAT.NRLIB/code.fasl File will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FILE.NRLIB/code.fasl Field will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FIELD.NRLIB/code.fasl Field& will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FIELD-.NRLIB/code.fasl FreeGroup will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FGROUP.NRLIB/code.fasl FGLMIfCanPackage will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FGLMICPK.NRLIB/code.fasl FiniteFieldExtension will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FFX.NRLIB/code.fasl FiniteFieldSolveLinearPolynomialEquation will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FFSLPE.NRLIB/code.fasl FiniteFieldPolynomialPackage2 will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FFPOLY2.NRLIB/code.fasl FiniteFieldPolynomialPackage will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FFPOLY.NRLIB/code.fasl FiniteFieldExtensionByPolynomial will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FFP.NRLIB/code.fasl FiniteFieldNormalBasisExtension will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FFNBX.NRLIB/code.fasl FiniteFieldNormalBasisExtensionByPolynomial will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FFNBP.NRLIB/code.fasl FiniteFieldNormalBasis will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FFNB.NRLIB/code.fasl FunctionFieldIntegralBasis will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FFINTBAS.NRLIB/code.fasl FiniteFieldCategory will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FFIELDC.NRLIB/code.fasl FiniteFieldCategory& will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FFIELDC-.NRLIB/code.fasl FiniteFieldHomomorphisms will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FFHOM.NRLIB/code.fasl FiniteFieldFunctions will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FFF.NRLIB/code.fasl FiniteFieldCyclicGroupExtension will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FFCGX.NRLIB/code.fasl FiniteFieldCyclicGroupExtensionByPolynomial will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FFCGP.NRLIB/code.fasl FiniteFieldCyclicGroup will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FFCG.NRLIB/code.fasl FunctionFieldCategoryFunctions2 will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FFCAT2.NRLIB/code.fasl FunctionFieldCategory will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FFCAT.NRLIB/code.fasl FunctionFieldCategory& will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FFCAT-.NRLIB/code.fasl FiniteField will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FF.NRLIB/code.fasl FullyEvalableOver will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FEVALAB.NRLIB/code.fasl FullyEvalableOver& will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FEVALAB-.NRLIB/code.fasl FiniteDivisorCategory will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FDIVCAT.NRLIB/code.fasl FiniteDivisorCategory& will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FDIVCAT-.NRLIB/code.fasl FiniteDivisorFunctions2 will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/FDIV2.NRLIB/code.fasl FiniteDivisor will be automatically loaded 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/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/AMR.NRLIB/code.fasl AbelianMonoidRing& will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/AMR-.NRLIB/code.fasl AssociationList will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ALIST.NRLIB/code.fasl AlgebraGivenByStructuralConstants will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ALGSC.NRLIB/code.fasl AlgebraPackage will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ALGPKG.NRLIB/code.fasl AlgebraicMultFact will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ALGMFACT.NRLIB/code.fasl AlgebraicManipulations will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ALGMANIP.NRLIB/code.fasl AlgebraicFunctionField will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ALGFF.NRLIB/code.fasl AlgFactor will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ALGFACT.NRLIB/code.fasl Algebra will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ALGEBRA.NRLIB/code.fasl Algebra& will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ALGEBRA-.NRLIB/code.fasl AssociationListAggregate will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ALAGG.NRLIB/code.fasl ArcHyperbolicFunctionCategory will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/AHYP.NRLIB/code.fasl Aggregate will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/AGG.NRLIB/code.fasl Aggregate& will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/AGG-.NRLIB/code.fasl AlgebraicFunction will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/AF.NRLIB/code.fasl AddAst will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ADDAST.NRLIB/code.fasl PlaneAlgebraicCurvePlot will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ACPLOT.NRLIB/code.fasl AlgebraicallyClosedFunctionSpace will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ACFS.NRLIB/code.fasl AlgebraicallyClosedFunctionSpace& will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ACFS-.NRLIB/code.fasl AlgebraicallyClosedField will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ACF.NRLIB/code.fasl AlgebraicallyClosedField& will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ACF-.NRLIB/code.fasl AbelianSemiGroup will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ABELSG.NRLIB/code.fasl AbelianSemiGroup& will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ABELSG-.NRLIB/code.fasl AbelianMonoid will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ABELMON.NRLIB/code.fasl AbelianMonoid& will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ABELMON-.NRLIB/code.fasl AbelianGroup will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ABELGRP.NRLIB/code.fasl AbelianGroup& will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/ABELGRP-.NRLIB/code.fasl OneDimensionalArrayAggregate will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/A1AGG.NRLIB/code.fasl OneDimensionalArrayAggregate& will be automatically loaded when needed from /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/algebra/A1AGG-.NRLIB/code.fasl -- cache Mismatch: left pren matches right pren Mismatch: left pren matches right pren "1. (noun) a mechanism for immediate retrieval of previously computed data. For example,{} a function which does a lengthy computation might store its values in a \\spadgloss{hash table} using argument as a key. The hash table then serves as a cache for the function (see also \\spadsyscom{)set function cache}). Also,{} when \\spadgloss{recurrence relations} which depend upon \\spad{n} previous values are compiled,{} the previous \\spad{n} values are normally cached (use \\spadsyscom{)set functions recurrence} to change this). 2. (verb) to save values in a cache." -- category hierarchy > Unknown \spadtype: Object -- compiler Mismatch: left pren matches right pren "a program that generates low-level code from a higher-level source language. \\Language{} has three compilers. A {\\em graphics compiler} converts graphical formulas to a compiled subroutine so that points can be rapidly produced for graphics commands. An {\\em interpreter compiler} optionally compiles \\spadgloss{user functions} when first \\spadglossSee{invoked}{invocation} (use \\spadsyscom{)set functions compile} to turn this feature on). A {\\em library compiler} compiles all constructors (not available in Release 1)" -- expose Mismatch: left pren matches right pren Mismatch: left pren matches right pren "some constructors are {\\em exposed},{} others {\\em unexposed}. Exposed domains and packages are recognized by the interpreter. Use \\spadsys{)set expose} to control change what is exposed. To see both exposed and unexposed constructors,{} use \\Browse{} with give the system command \\spadsyscom{)set hyperdoc browse exposure on}. Unexposed constructors will now appear prefixed by star(\\spad{*})." -- history Mismatch: left pren matches right pren "a mechanism which records the results for an interactive computation. Using the history facility,{} users can save computations,{} review previous steps of a computation,{} and restore a previous interactive session at some later time. For details,{} issue the system command {\\em )history ?} to the interpreter. See also \\spadgloss{frame}." -- system commands Mismatch: left pren matches right pren "top-level \\Language{} statements that begin with {\\em )}. System commands allow users to query the database,{} read files,{} trace functions,{} and so on." -- trace Mismatch: left pren matches right pren "use of system function \\spadsys{)trace} to track the arguments passed to a function and the values returned." "building browse.daase" "building category.daase" AlgebraicallyClosedFunctionSpace has a default domain of Expression AssociationListAggregate has a default domain of AssociationList CommutativeOperatorCategory has a default domain of CommutativeOperation ComplexCategory has a default domain of Complex DequeueAggregate has a default domain of Dequeue FreeLieAlgebra has a default domain of LiePolynomial FileNameCategory has a default domain of FileName FunctionSpace has a default domain of Expression IntervalCategory has a default domain of Interval LazyStreamAggregate has a default domain of Stream MonoidOperatorCategory has a default domain of MonoidOperation MultisetAggregate has a default domain of Multiset OctonionCategory has a default domain of Octonion PermutationCategory has a default domain of Permutation PriorityQueueAggregate has a default domain of Heap PlottableSpaceCurveCategory has a default domain of Plot3D PointCategory has a default domain of Point QuaternionCategory has a default domain of Quaternion RealRootCharacterizationCategory has a default domain of RightOpenIntervalRootCharacterization SquareFreeRegularTriangularSetCategory has a default domain of SquareFreeRegularTriangularSet ThreeSpaceCategory has a default domain of ThreeSpace SpadAstExports has a default domain of SpadAst StringAggregate has a default domain of String "building interp.daase" cp -p ../algebra/*.daase ../../x86_64-unknown-linux-gnu/algebra cp -p ../algebra/libdb.text ../../x86_64-unknown-linux-gnu/algebra cp -p ../algebra/comdb.text ../../x86_64-unknown-linux-gnu/algebra mkdir -p ../../x86_64-unknown-linux-gnu/algebra/USERS.DAASE cp -p ../algebra/USERS.DAASE/index.KAF \ ../../x86_64-unknown-linux-gnu/algebra/USERS.DAASE mkdir -p ../../x86_64-unknown-linux-gnu/algebra/DEPENDENTS.DAASE cp -p ../algebra/DEPENDENTS.DAASE/index.KAF \ ../../x86_64-unknown-linux-gnu/algebra/DEPENDENTS.DAASE cp -p ../algebra/glosskey.text ../../x86_64-unknown-linux-gnu/doc cp -p ../algebra/glossdef.text ../../x86_64-unknown-linux-gnu/doc ../../src/utils/hammer --tangle --output=asq.c ../../../open-axiom/src/etc/asq.c.pamphlet ../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -o asq.o asq.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config asq.c -fPIC -DPIC -o .libs/asq.o In file included from asq.c:110:0: ../../config/openaxiom-c-macros.h:199:0: warning: "VERSION" redefined #define VERSION "1.5.0-2016-01-24" ^ asq.c:36:0: note: this is the location of the previous definition #define VERSION 7 ^ asq.c: In function 'int printobject(int)': asq.c:435:8: warning: variable 'stripped' set but not used [-Wunused-but-set-variable] { char stripped[256]; ^ asq.c: In function 'int printhelp(const char*)': asq.c:1034:34: warning: format '%d' expects argument of type 'int', but argument 2 has type 'const char*' [-Wformat=] printf(" (Version %d)\n",VERSION); ^ asq.c: In function 'int main(int, char**)': asq.c:1074:29: warning: ignoring return value of 'int fscanf(FILE*, const char*, ...)', declared with attribute warn_unused_result [-Wunused-result] fscanf(compress,"%d",&Nct); ^ asq.c:1136:21: warning: ignoring return value of 'int system(const char*)', declared with attribute warn_unused_result [-Wunused-result] system(erasecmd);} ^ libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config asq.c -o asq.o >/dev/null 2>&1 ../../libtool --tag=CXX --mode=link g++ -static -m64 -o asq asq.o -L../../src/lib -lspad -L../../src/lib -lopen-axiom-core -lm libtool: link: g++ -m64 -o asq asq.o -L../../src/lib -lspad -lopen-axiom-core -lm ../../src/lib/libopen-axiom-core.a(cfuns-c.o): In function `oa_acquire_temporary_pathname': /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/lib/../../../open-axiom/src/lib/cfuns-c.c:511: warning: the use of `tempnam' is dangerous, better use `mkstemp' cp -p asq ../../x86_64-unknown-linux-gnu/bin cp -p ../../../open-axiom/src/etc/summary ../../x86_64-unknown-linux-gnu/lib/summary cp -p ../../../open-axiom/src/etc/copyright ../../x86_64-unknown-linux-gnu/lib/copyright rm -f stamp echo timestamp > stamp finished . make[2]: Leaving directory '/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/etc' cd interp && make all-axiomsys make[2]: Entering directory '/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp' ../../src/utils/hammer --tangle --output=exposed.lsp ../../../open-axiom/src/algebra/exposed.lsp.pamphlet mkdir -p ../../x86_64-unknown-linux-gnu/algebra ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=../../x86_64-unknown-linux-gnu/algebra/exposed.fasl --load-directory=. exposed.lsp ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/exposed.lsp" (written 01 FEB 2016 11:16:12 PM): ; compiling (IMPORT-MODULE "boot-pkg") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFPARAMETER |$globalExposureGroupAlist| ...) ; compiling (DEFPARAMETER |$localExposureDataDefault| ...) ; compiling (DEFPARAMETER |$localExposureData| ...) ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/../../x86_64-unknown-linux-gnu/algebra/exposed.fasl written ; compilation finished in 0:00:00.029 ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys --syslib=../../x86_64-unknown-linux-gnu/lib \ --compile --output=makeint.fasl --load-directory=. makeint.lisp ; compiling file "/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/makeint.lisp" (written 01 FEB 2016 11:16:12 PM): ; compiling (IMPORT-MODULE "util") ; compiling (IN-PACKAGE "BOOT") ; compiling (DEFCONSTANT TIMESTAMP ...) ; compiling (SETQ *BUILD-VERSION* ...) ; compiling (YEARWEEK) ; compiling (UNLESS (OR |$StandardLinking| ...) ...) ; file: /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/makeint.lisp ; in: UNLESS (OR |$StandardLinking| (|%basicSystemIsComplete|)) ; (BOOT::|clearClams|) ; ; caught STYLE-WARNING: ; undefined function: |clearClams| ; ; compilation unit finished ; Undefined function: ; |clearClams| ; caught 1 STYLE-WARNING condition ; /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/makeint.fasl written ; compilation finished in 0:00:00.034 warning: Lisp code contained warnings ../../src/driver/open-axiom --execpath=../../x86_64-unknown-linux-gnu/bin/bootsys \ --syslib=../../x86_64-unknown-linux-gnu/lib \ --system="../../x86_64-unknown-linux-gnu/" \ --sysalg="../../x86_64-unknown-linux-gnu/algebra/" \ --prologue="(pushnew :open-axiom-algebra-system *features*)" \ --make --output=../../x86_64-unknown-linux-gnu/bin/AXIOMsys --main="BOOT::|systemMain|" \ --load-directory=. boot-pkg.fasl types.fasl sys-driver.fasl sys-constants.fasl hash.fasl lisp-backend.fasl sys-globals.fasl vmlisp.fasl io.fasl sys-utility.fasl lexing.fasl diagnostics.fasl union.fasl sys-macros.fasl util.fasl unlisp.fasl g-util.fasl g-opt.fasl c-util.fasl astr.fasl ht-util.fasl bc-util.fasl br-search.fasl alql.fasl buildom.fasl simpbool.fasl g-timer.fasl cattable.fasl posit.fasl cformat.fasl clam.fasl clammed.fasl nlib.fasl daase.fasl pathname.fasl compat.fasl serror.fasl ptrees.fasl cparse.fasl cstream.fasl g-cndata.fasl database.fasl debug.fasl dq.fasl fname.fasl format.fasl g-error.fasl ggreater.fasl hypertex.fasl i-object.fasl i-analy.fasl i-resolv.fasl i-coerfn.fasl i-coerce.fasl i-eval.fasl i-funsel.fasl i-intern.fasl i-map.fasl i-output.fasl i-special.fasl i-syscmd.fasl i-toplev.fasl i-util.fasl incl.fasl int-top.fasl lisplib.fasl macex.fasl match.fasl monitor.fasl msg.fasl msgdb.fasl newfort.fasl nrunfast.fasl osyscmd.fasl packtran.fasl pf2sex.fasl scan.fasl pile.fasl postpar.fasl parse.fasl spad-parser.fasl record.fasl rulesets.fasl server.fasl setvars.fasl sfsfun-l.fasl sfsfun.fasl slam.fasl spad.fasl termrw.fasl trace.fasl word.fasl fortcall.fasl i-parser.fasl category.fasl define.fasl compiler.fasl c-doc.fasl profile.fasl functor.fasl nruncomp.fasl htcheck.fasl bc-matrix.fasl bc-misc.fasl bc-solve.fasl htsetvar.fasl ht-root.fasl br-con.fasl br-data.fasl showimp.fasl br-op1.fasl br-op2.fasl br-util.fasl topics.fasl br-prof.fasl br-saturn.fasl setvart.fasl ./../algebra/initdb.fasl makeint.fasl Re-reading interp.daase OpenAxiom initialization: interpreter OpenAxiom initialization: database OpenAxiom initialization: constructors OpenAxiom initialization: history OpenAxiom: The Open Scientific Computation Platform Version: OpenAxiom 1.5.0-2016-01-24 Built on Monday February 1, 2016 at 23:16:12 ----------------------------------------------------------------------------- Issue )copyright to view copyright notices. Issue )summary for a summary of useful system commands. Issue )quit to leave OpenAxiom and return to shell. ----------------------------------------------------------------------------- Re-reading interp.daase Re-reading operation.daase Re-reading browse.daase Re-reading category.daase [undoing binding stack and other enclosing state... done] [saving current Lisp image into /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp/../../x86_64-unknown-linux-gnu/bin/AXIOMsys: writing 4944 bytes from the read-only space at 0x20000000 writing 3168 bytes from the static space at 0x20100000 writing 106692608 bytes from the dynamic space at 0x1000000000 done] 6a ../../x86_64-unknown-linux-gnu/bin/AXIOMsys created make ../../x86_64-unknown-linux-gnu/bin/AXIOMsys make[3]: Entering directory '/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp' make[3]: '../../x86_64-unknown-linux-gnu/bin/AXIOMsys' is up to date. make[3]: Leaving directory '/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp' make[2]: Leaving directory '/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/interp' cd input && make all-input make[2]: Entering directory '/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/input' mkdir -p ../../x86_64-unknown-linux-gnu/input 1 finished ../../../open-axiom/src/input make[2]: Leaving directory '/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/input' cd sman && make all-sman make[2]: Entering directory '/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/sman' ../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -o session.lo -I../../../open-axiom/src/include -I../../config -I../../../open-axiom/src/sman ../../../open-axiom/src/sman/session.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I../../../open-axiom/src/sman ../../../open-axiom/src/sman/session.c -fPIC -DPIC -o .libs/session.o ../../../open-axiom/src/sman/session.c:109:1: warning: 'void pr()' defined but not used [-Wunused-function] pr() ^ libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I../../../open-axiom/src/sman ../../../open-axiom/src/sman/session.c -o session.o >/dev/null 2>&1 ../../libtool --tag=CXX --mode=link g++ -static -m64 -o ../../x86_64-unknown-linux-gnu/lib/session session.lo -L../../src/lib ../../src/lib/libspad.a -lopen-axiom-core -lutil -lm -lm libtool: link: g++ -m64 -o ../../x86_64-unknown-linux-gnu/lib/session .libs/session.o -L../../src/lib ../../src/lib/libspad.a -lopen-axiom-core -lutil -lm ../../src/lib/libopen-axiom-core.a(cfuns-c.o): In function `oa_acquire_temporary_pathname': /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/lib/../../../open-axiom/src/lib/cfuns-c.c:511: warning: the use of `tempnam' is dangerous, better use `mkstemp' ../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -o spadclient.lo -I../../../open-axiom/src/include -I../../config -I../../../open-axiom/src/sman ../../../open-axiom/src/sman/spadclient.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I../../../open-axiom/src/sman ../../../open-axiom/src/sman/spadclient.c -fPIC -DPIC -o .libs/spadclient.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I../../../open-axiom/src/sman ../../../open-axiom/src/sman/spadclient.c -o spadclient.o >/dev/null 2>&1 ../../libtool --tag=CXX --mode=link g++ -static -m64 -o ../../x86_64-unknown-linux-gnu/lib/spadclient spadclient.lo -L./../utils -lOpenAxiom -L../../src/lib ../../src/lib/libspad.a -lopen-axiom-core -lutil -lm -lm libtool: link: g++ -m64 -o ../../x86_64-unknown-linux-gnu/lib/spadclient .libs/spadclient.o -L./../utils -lOpenAxiom -L../../src/lib ../../src/lib/libspad.a -lopen-axiom-core -lutil -lm ../../src/lib/libopen-axiom-core.a(cfuns-c.o): In function `oa_acquire_temporary_pathname': /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/lib/../../../open-axiom/src/lib/cfuns-c.c:511: warning: the use of `tempnam' is dangerous, better use `mkstemp' ../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -o sman.lo -I../../../open-axiom/src/include -I../../config -I../../../open-axiom/src/sman ../../../open-axiom/src/sman/sman.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I../../../open-axiom/src/sman ../../../open-axiom/src/sman/sman.c -fPIC -DPIC -o .libs/sman.o ../../../open-axiom/src/sman/sman.c: In function 'void clean_up_old_sockets()': ../../../open-axiom/src/sman/sman.c:356:14: warning: ignoring return value of 'int system(const char*)', declared with attribute warn_unused_result [-Wunused-result] system(com); ^ libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config -I../../../open-axiom/src/sman ../../../open-axiom/src/sman/sman.c -o sman.o >/dev/null 2>&1 ../../libtool --tag=CXX --mode=link g++ -static -m64 -o ../../x86_64-unknown-linux-gnu/bin/sman sman.lo -L./../utils -lOpenAxiom -L../../src/lib ../../src/lib/libspad.a -lopen-axiom-core -lutil -lm -lm libtool: link: g++ -m64 -o ../../x86_64-unknown-linux-gnu/bin/sman .libs/sman.o -L./../utils -lOpenAxiom -L../../src/lib ../../src/lib/libspad.a -lopen-axiom-core -lutil -lm ../../src/lib/libopen-axiom-core.a(cfuns-c.o): In function `oa_acquire_temporary_pathname': /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/lib/../../../open-axiom/src/lib/cfuns-c.c:511: warning: the use of `tempnam' is dangerous, better use `mkstemp' rm -f stamp echo timestamp > stamp make[2]: Leaving directory '/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/sman' cd clef && make all-clef make[2]: Entering directory '/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/clef' ../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o edible.lo -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/clef/edible.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/clef/edible.c -fPIC -DPIC -o .libs/edible.o ../../../open-axiom/src/clef/edible.c: In function 'int main(int, char**)': ../../../open-axiom/src/clef/edible.c:308:38: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(1,out_buff, num_read); ^ ../../../open-axiom/src/clef/edible.c:311:41: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] else write(1,out_buff, num_read); ^ ../../../open-axiom/src/clef/edible.c:323:44: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(contNum, in_buff, num_read); ^ ../../../open-axiom/src/clef/edible.c: At global scope: ../../../open-axiom/src/clef/edible.c:72:13: warning: 'void check_flip()' declared 'static' but never defined [-Wunused-function] static void check_flip(void); ^ libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../open-axiom/src/include -I../../config ../../../open-axiom/src/clef/edible.c -o edible.o >/dev/null 2>&1 ../../libtool --tag=CXX --mode=link g++ -static -m64 -o ../../x86_64-unknown-linux-gnu/bin/clef edible.lo -L../../src/lib -lspad -lopen-axiom-core -lutil -lm libtool: link: g++ -m64 -o ../../x86_64-unknown-linux-gnu/bin/clef .libs/edible.o -L../../src/lib -lspad -lopen-axiom-core -lutil -lm ../../src/lib/libopen-axiom-core.a(cfuns-c.o): In function `oa_acquire_temporary_pathname': /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/lib/../../../open-axiom/src/lib/cfuns-c.c:511: warning: the use of `tempnam' is dangerous, better use `mkstemp' echo timestamp > stamp finished . make[2]: Leaving directory '/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/clef' cd graph && make all-graph make[2]: Entering directory '/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/graph' rm -f stamp mkdir -p parabola cd Gdraws && make make[3]: Entering directory '/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/graph/Gdraws' ../../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o Gfun.o -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/Gdraws -I../../../../open-axiom/src/hyper -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/Gdraws/Gfun.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/Gdraws -I../../../../open-axiom/src/hyper -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/Gdraws/Gfun.c -fPIC -DPIC -o .libs/Gfun.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/Gdraws -I../../../../open-axiom/src/hyper -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/Gdraws/Gfun.c -o Gfun.o >/dev/null 2>&1 echo timestamp > stamp finished making ../../../../open-axiom/src/Gdraws make[3]: Leaving directory '/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/graph/Gdraws' cd viewman && make make[3]: Entering directory '/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/graph/viewman' ../../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o cleanup.lo -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/viewman -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/viewman/cleanup.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/viewman -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/viewman/cleanup.c -fPIC -DPIC -o .libs/cleanup.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/viewman -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/viewman/cleanup.c -o cleanup.o >/dev/null 2>&1 ../../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o fun2D.lo -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/viewman -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/viewman/fun2D.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/viewman -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/viewman/fun2D.c -fPIC -DPIC -o .libs/fun2D.o ../../../../open-axiom/src/graph/viewman/fun2D.c: In function 'void funView2D(int)': ../../../../open-axiom/src/graph/viewman/fun2D.c:78:50: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&viewCommand,intSize); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:87:43: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&i1,intSize); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:88:43: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&i2,intSize); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:90:43: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&i3,intSize); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:99:43: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&i1,intSize); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:100:45: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&f1,floatSize); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:101:45: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&f2,floatSize); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:108:43: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&i1,intSize); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:109:45: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&f1,floatSize); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:110:45: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&f2,floatSize); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:115:43: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&i1,intSize); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:126:43: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&i1,intSize); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:127:43: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&i2,intSize); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:134:43: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&i1,intSize); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:135:43: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&i2,intSize); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:141:43: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&i1,intSize); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:142:37: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,s1,i1); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:148:43: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&i1,intSize); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:149:37: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,s1,i1); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:152:43: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&i2,intSize); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:155:45: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&i2,intSize); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:161:43: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&i1,intSize); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c: In function 'void forkView2D()': ../../../../open-axiom/src/graph/viewman/fun2D.c:271:44: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&i,sizeof(int)); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:273:60: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&doView2D,sizeof(view2DStruct)); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:275:40: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&i,intSize); /* send length of the title child */ ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:276:46: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,doView2D.title,i); /* send title to the child */ ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:279:46: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&there,intSize); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c: In function 'void sendGraphToView2D(int, int, viewManager*, graphStateStruct*)': ../../../../open-axiom/src/graph/viewman/fun2D.c:326:53: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&(gPtr->xmin),floatSize); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:327:53: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&(gPtr->xmax),floatSize); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:328:53: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&(gPtr->ymin),floatSize); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:329:53: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&(gPtr->ymax),floatSize); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:330:54: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&(gPtr->xNorm),floatSize); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:331:54: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&(gPtr->yNorm),floatSize); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:332:58: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&(gPtr->spadUnitX),floatSize); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:333:58: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&(gPtr->spadUnitY),floatSize); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:334:54: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&(gPtr->unitX),floatSize); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:335:54: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&(gPtr->unitY),floatSize); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:336:56: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&(gPtr->originX),floatSize); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:337:56: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&(gPtr->originY),floatSize); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:338:60: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&(gPtr->numberOfLists),intSize); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:345:64: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&(llPtr->numberOfPoints),intSize); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:348:51: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&(p->x),floatSize); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:349:51: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&(p->y),floatSize); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:350:53: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&(p->hue),floatSize); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:351:55: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&(p->shade),floatSize); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:354:60: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&(llPtr->pointColor),intSize); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:355:59: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&(llPtr->lineColor),intSize); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:356:59: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&(llPtr->pointSize),intSize); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:361:70: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&(doGraphStateArray[i].scaleX),floatSize); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:362:70: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&(doGraphStateArray[i].scaleY),floatSize); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:363:70: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&(doGraphStateArray[i].deltaX),floatSize); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:364:70: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&(doGraphStateArray[i].deltaY),floatSize); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:365:70: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&(doGraphStateArray[i].pointsOn),intSize); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:366:71: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&(doGraphStateArray[i].connectOn),intSize); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:367:70: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&(doGraphStateArray[i].splineOn),intSize); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:368:68: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&(doGraphStateArray[i].axesOn),intSize); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:369:71: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&(doGraphStateArray[i].axesColor),intSize); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:370:69: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&(doGraphStateArray[i].unitsOn),intSize); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:371:72: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&(doGraphStateArray[i].unitsColor),intSize); ^ ../../../../open-axiom/src/graph/viewman/fun2D.c:372:69: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&(doGraphStateArray[i].showing),intSize); ^ libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/viewman -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/viewman/fun2D.c -o fun2D.o >/dev/null 2>&1 ../../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o fun3D.lo -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/viewman -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/viewman/fun3D.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/viewman -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/viewman/fun3D.c -fPIC -DPIC -o .libs/fun3D.o ../../../../open-axiom/src/graph/viewman/fun3D.c: In function 'void funView3D(int)': ../../../../open-axiom/src/graph/viewman/fun3D.c:77:50: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&viewCommand,intSize); ^ ../../../../open-axiom/src/graph/viewman/fun3D.c:82:45: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&f1,floatSize); ^ ../../../../open-axiom/src/graph/viewman/fun3D.c:83:45: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&f2,floatSize); ^ ../../../../open-axiom/src/graph/viewman/fun3D.c:88:45: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&f1,floatSize); ^ ../../../../open-axiom/src/graph/viewman/fun3D.c:95:45: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&f1,floatSize); ^ ../../../../open-axiom/src/graph/viewman/fun3D.c:96:45: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&f2,floatSize); ^ ../../../../open-axiom/src/graph/viewman/fun3D.c:97:45: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&f3,floatSize); ^ ../../../../open-axiom/src/graph/viewman/fun3D.c:103:45: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&f1,floatSize); ^ ../../../../open-axiom/src/graph/viewman/fun3D.c:104:45: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&f2,floatSize); ^ ../../../../open-axiom/src/graph/viewman/fun3D.c:113:43: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&i1,intSize); ^ ../../../../open-axiom/src/graph/viewman/fun3D.c:114:45: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&f1,floatSize); ^ ../../../../open-axiom/src/graph/viewman/fun3D.c:115:45: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&f2,floatSize); ^ ../../../../open-axiom/src/graph/viewman/fun3D.c:116:45: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&f3,floatSize); ^ ../../../../open-axiom/src/graph/viewman/fun3D.c:117:45: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&f4,floatSize); ^ ../../../../open-axiom/src/graph/viewman/fun3D.c:122:43: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&i1,intSize); ^ ../../../../open-axiom/src/graph/viewman/fun3D.c:131:43: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&i1,intSize); ^ ../../../../open-axiom/src/graph/viewman/fun3D.c:137:45: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&f1,floatSize); ^ ../../../../open-axiom/src/graph/viewman/fun3D.c:143:43: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&i1,intSize); ^ ../../../../open-axiom/src/graph/viewman/fun3D.c:144:43: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&i2,intSize); ^ ../../../../open-axiom/src/graph/viewman/fun3D.c:150:43: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&i1,intSize); ^ ../../../../open-axiom/src/graph/viewman/fun3D.c:151:43: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&i2,intSize); ^ ../../../../open-axiom/src/graph/viewman/fun3D.c:157:43: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&i1,intSize); ^ ../../../../open-axiom/src/graph/viewman/fun3D.c:158:43: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&i2,intSize); ^ ../../../../open-axiom/src/graph/viewman/fun3D.c:170:45: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&f1,floatSize); ^ ../../../../open-axiom/src/graph/viewman/fun3D.c:171:45: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&f2,floatSize); ^ ../../../../open-axiom/src/graph/viewman/fun3D.c:172:45: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&f3,floatSize); ^ ../../../../open-axiom/src/graph/viewman/fun3D.c:177:45: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&f1,floatSize); ^ ../../../../open-axiom/src/graph/viewman/fun3D.c:184:43: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&i1,intSize); ^ ../../../../open-axiom/src/graph/viewman/fun3D.c:185:37: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,s1,i1); ^ ../../../../open-axiom/src/graph/viewman/fun3D.c:191:43: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&i1,intSize); ^ ../../../../open-axiom/src/graph/viewman/fun3D.c:192:37: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,s1,i1); ^ ../../../../open-axiom/src/graph/viewman/fun3D.c:195:43: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&i2,intSize); ^ ../../../../open-axiom/src/graph/viewman/fun3D.c:198:45: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&i2,intSize); ^ ../../../../open-axiom/src/graph/viewman/fun3D.c:204:43: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&i1,intSize); ^ ../../../../open-axiom/src/graph/viewman/fun3D.c:209:43: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&i1,intSize); ^ ../../../../open-axiom/src/graph/viewman/fun3D.c:214:43: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&i1,intSize); ^ ../../../../open-axiom/src/graph/viewman/fun3D.c: In function 'void forkView3D(int)': ../../../../open-axiom/src/graph/viewman/fun3D.c:322:44: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&i,sizeof(int)); ^ ../../../../open-axiom/src/graph/viewman/fun3D.c:324:60: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&doView3D,sizeof(view3DStruct)); ^ ../../../../open-axiom/src/graph/viewman/fun3D.c:327:40: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&i,intSize); /* tell the length of the title to child */ ^ ../../../../open-axiom/src/graph/viewman/fun3D.c:328:46: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,doView3D.title,i); /* tell the title to the child */ ^ ../../../../open-axiom/src/graph/viewman/fun3D.c:329:63: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&(doView3D.lightVec[0]),floatSize); ^ ../../../../open-axiom/src/graph/viewman/fun3D.c:330:63: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&(doView3D.lightVec[1]),floatSize); ^ ../../../../open-axiom/src/graph/viewman/fun3D.c:331:63: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&(doView3D.lightVec[2]),floatSize); ^ ../../../../open-axiom/src/graph/viewman/fun3D.c:334:61: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&(doView3D.numOfPoints),intSize); ^ ../../../../open-axiom/src/graph/viewman/fun3D.c:336:65: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&(refPt(doView3D,i)->x),floatSize); ^ ../../../../open-axiom/src/graph/viewman/fun3D.c:337:65: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&(refPt(doView3D,i)->y),floatSize); ^ ../../../../open-axiom/src/graph/viewman/fun3D.c:338:65: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&(refPt(doView3D,i)->z),floatSize); ^ ../../../../open-axiom/src/graph/viewman/fun3D.c:339:65: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&(refPt(doView3D,i)->c),floatSize); ^ ../../../../open-axiom/src/graph/viewman/fun3D.c:341:70: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&(doView3D.lllp.numOfComponents),intSize); ^ ../../../../open-axiom/src/graph/viewman/fun3D.c:344:65: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&(anLLPoint->prop.closed),intSize); ^ ../../../../open-axiom/src/graph/viewman/fun3D.c:345:64: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&(anLLPoint->prop.solid),intSize); ^ ../../../../open-axiom/src/graph/viewman/fun3D.c:346:64: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&(anLLPoint->numOfLists),intSize); ^ ../../../../open-axiom/src/graph/viewman/fun3D.c:349:66: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&(anLPoint->prop.closed),intSize); ^ ../../../../open-axiom/src/graph/viewman/fun3D.c:350:65: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&(anLPoint->prop.solid),intSize); ^ ../../../../open-axiom/src/graph/viewman/fun3D.c:351:66: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,&(anLPoint->numOfPoints),intSize); ^ ../../../../open-axiom/src/graph/viewman/fun3D.c:354:51: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewport->viewOut,anIndex,intSize); ^ libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/viewman -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/viewman/fun3D.c -o fun3D.o >/dev/null 2>&1 ../../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o make2D.lo -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/viewman -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/viewman/make2D.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/viewman -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/viewman/make2D.c -fPIC -DPIC -o .libs/make2D.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/viewman -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/viewman/make2D.c -o make2D.o >/dev/null 2>&1 ../../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o make3D.lo -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/viewman -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/viewman/make3D.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/viewman -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/viewman/make3D.c -fPIC -DPIC -o .libs/make3D.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/viewman -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/viewman/make3D.c -o make3D.o >/dev/null 2>&1 ../../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o makeGraph.lo -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/viewman -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/viewman/makeGraph.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/viewman -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/viewman/makeGraph.c -fPIC -DPIC -o .libs/makeGraph.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/viewman -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/viewman/makeGraph.c -o makeGraph.o >/dev/null 2>&1 ../../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o readView.lo -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/viewman -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/viewman/readView.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/viewman -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/viewman/readView.c -fPIC -DPIC -o .libs/readView.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/viewman -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/viewman/readView.c -o readView.o >/dev/null 2>&1 ../../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o sselect.lo -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/viewman -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/viewman/sselect.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/viewman -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/viewman/sselect.c -fPIC -DPIC -o .libs/sselect.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/viewman -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/viewman/sselect.c -o sselect.o >/dev/null 2>&1 ../../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o viewman.lo -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/viewman -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/viewman/viewman.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/viewman -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/viewman/viewman.c -fPIC -DPIC -o .libs/viewman.o ../../../../open-axiom/src/graph/viewman/viewman.c: In function 'int main()': ../../../../open-axiom/src/graph/viewman/viewman.c:161:51: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(slot->viewOut,&viewOkay,intSize); ^ ../../../../open-axiom/src/graph/viewman/viewman.c:162:55: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(slot->viewOut,¤tGraph,intSize); ^ ../../../../open-axiom/src/graph/viewman/viewman.c:165:52: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(slot->viewOut,&viewError,intSize); ^ libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/viewman -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/viewman/viewman.c -o viewman.o >/dev/null 2>&1 ../../../libtool --tag=CXX --mode=link g++ -static -m64 -o ../../../x86_64-unknown-linux-gnu/lib/viewman cleanup.lo fun2D.lo fun3D.lo make2D.lo make3D.lo makeGraph.lo readView.lo sselect.lo viewman.lo -L../../../src/lib -lspad -lXpm -lSM -lICE -lX11 -lopen-axiom-core -lutil -lm -lm libtool: link: g++ -m64 -o ../../../x86_64-unknown-linux-gnu/lib/viewman .libs/cleanup.o .libs/fun2D.o .libs/fun3D.o .libs/make2D.o .libs/make3D.o .libs/makeGraph.o .libs/readView.o .libs/sselect.o .libs/viewman.o -L../../../src/lib -lspad -lXpm -lSM -lICE -lX11 -lopen-axiom-core -lutil -lm ../../../src/lib/libopen-axiom-core.a(cfuns-c.o): In function `oa_acquire_temporary_pathname': /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/lib/../../../open-axiom/src/lib/cfuns-c.c:511: warning: the use of `tempnam' is dangerous, better use `mkstemp' echo timestamp > stamp 30 finished ../../../../open-axiom/src/graph/viewman make[3]: Leaving directory '/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/graph/viewman' cd view2D && make make[3]: Entering directory '/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/graph/view2D' ../../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o buttons2d.lo -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view2D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view2D/buttons2d.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view2D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view2D/buttons2d.c -fPIC -DPIC -o .libs/buttons2d.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view2D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view2D/buttons2d.c -o buttons2d.o >/dev/null 2>&1 ../../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o control2d.lo -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view2D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view2D/control2d.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view2D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view2D/control2d.c -fPIC -DPIC -o .libs/control2d.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view2D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view2D/control2d.c -o control2d.o >/dev/null 2>&1 ../../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o graph2d.lo -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view2D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view2D/graph2d.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view2D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view2D/graph2d.c -fPIC -DPIC -o .libs/graph2d.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view2D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view2D/graph2d.c -o graph2d.o >/dev/null 2>&1 ../../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o main2d.lo -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view2D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view2D/main2d.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view2D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view2D/main2d.c -fPIC -DPIC -o .libs/main2d.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view2D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view2D/main2d.c -o main2d.o >/dev/null 2>&1 ../../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o pot2d.lo -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view2D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view2D/pot2d.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view2D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view2D/pot2d.c -fPIC -DPIC -o .libs/pot2d.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view2D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view2D/pot2d.c -o pot2d.o >/dev/null 2>&1 ../../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o process2d.lo -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view2D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view2D/process2d.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view2D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view2D/process2d.c -fPIC -DPIC -o .libs/process2d.o ../../../../open-axiom/src/graph/view2D/process2d.c: In function 'void processEvents()': ../../../../open-axiom/src/graph/view2D/process2d.c:564:40: warning: comparison between signed and unsigned integer expressions [-Wsign-compare] if (event->xclient.data.l[0] == wm_delete_window) { ^ ../../../../open-axiom/src/graph/view2D/process2d.c:809:63: warning: 'mouseXY._mouseCoord::y' may be used uninitialized in this function [-Wmaybe-uninitialized] graphStateArray[i].scaleY *= (1 - mouseXY.y * 0.3); ^ libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view2D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view2D/process2d.c -o process2d.o >/dev/null 2>&1 ../../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o spadAction2d.lo -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view2D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view2D/spadAction2d.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view2D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view2D/spadAction2d.c -fPIC -DPIC -o .libs/spadAction2d.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view2D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view2D/spadAction2d.c -o spadAction2d.o >/dev/null 2>&1 ../../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o stuff2d.lo -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view2D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view2D/stuff2d.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view2D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view2D/stuff2d.c -fPIC -DPIC -o .libs/stuff2d.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view2D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view2D/stuff2d.c -o stuff2d.o >/dev/null 2>&1 ../../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o viewport2D.lo -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view2D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view2D/viewport2D.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view2D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view2D/viewport2D.c -fPIC -DPIC -o .libs/viewport2D.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view2D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view2D/viewport2D.c -o viewport2D.o >/dev/null 2>&1 ../../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o write2d.lo -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view2D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view2D/write2d.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view2D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view2D/write2d.c -fPIC -DPIC -o .libs/write2d.o ../../../../open-axiom/src/graph/view2D/write2d.c: In function 'int writeViewport(int)': ../../../../open-axiom/src/graph/view2D/write2d.c:141:18: warning: comparison between signed and unsigned integer expressions [-Wsign-compare] for (ii=1; ii/dev/null 2>&1 ../../../libtool --tag=CXX --mode=link g++ -static -m64 -o ../../../x86_64-unknown-linux-gnu/lib/view2D buttons2d.lo control2d.lo graph2d.lo main2d.lo pot2d.lo process2d.lo spadAction2d.lo stuff2d.lo viewport2D.lo write2d.lo ../Gdraws/Gfun.lo \ -L../../../src/lib -lspad -lopen-axiom-core -lXpm -lSM -lICE -lX11 -lm libtool: link: g++ -m64 -o ../../../x86_64-unknown-linux-gnu/lib/view2D .libs/buttons2d.o .libs/control2d.o .libs/graph2d.o .libs/main2d.o .libs/pot2d.o .libs/process2d.o .libs/spadAction2d.o .libs/stuff2d.o .libs/viewport2D.o .libs/write2d.o ../Gdraws/.libs/Gfun.o -L../../../src/lib -lspad -lopen-axiom-core -lXpm -lSM -lICE -lX11 -lm ../Gdraws/.libs/Gfun.o: In function `PSInit(unsigned long, unsigned long)': /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/graph/Gdraws/../../../../open-axiom/src/graph/Gdraws/Gfun.c:814: warning: the use of `tmpnam' is dangerous, better use `mkstemp' ../Gdraws/.libs/Gfun.o: In function `PSGlobalInit()': /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/graph/Gdraws/../../../../open-axiom/src/graph/Gdraws/Gfun.c:689: warning: the use of `tempnam' is dangerous, better use `mkstemp' echo timestamp > stamp finished . make[3]: Leaving directory '/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/graph/view2D' cd view3D && make make[3]: Entering directory '/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/graph/view3D' ../../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o buttons3d.lo -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/buttons3d.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/buttons3d.c -fPIC -DPIC -o .libs/buttons3d.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/buttons3d.c -o buttons3d.o >/dev/null 2>&1 ../../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o closeView3d.lo -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/closeView3d.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/closeView3d.c -fPIC -DPIC -o .libs/closeView3d.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/closeView3d.c -o closeView3d.o >/dev/null 2>&1 ../../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o component3d.lo -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/component3d.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/component3d.c -fPIC -DPIC -o .libs/component3d.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/component3d.c -o component3d.o >/dev/null 2>&1 ../../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o control3d.lo -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/control3d.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/control3d.c -fPIC -DPIC -o .libs/control3d.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/control3d.c -o control3d.o >/dev/null 2>&1 ../../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o illuminate3d.lo -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/illuminate3d.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/illuminate3d.c -fPIC -DPIC -o .libs/illuminate3d.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/illuminate3d.c -o illuminate3d.o >/dev/null 2>&1 ../../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o lightbut3d.lo -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/lightbut3d.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/lightbut3d.c -fPIC -DPIC -o .libs/lightbut3d.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/lightbut3d.c -o lightbut3d.o >/dev/null 2>&1 ../../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o lighting3d.lo -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/lighting3d.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/lighting3d.c -fPIC -DPIC -o .libs/lighting3d.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/lighting3d.c -o lighting3d.o >/dev/null 2>&1 ../../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o main3d.lo -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/main3d.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/main3d.c -fPIC -DPIC -o .libs/main3d.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/main3d.c -o main3d.o >/dev/null 2>&1 ../../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o mesh3d.lo -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/mesh3d.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/mesh3d.c -fPIC -DPIC -o .libs/mesh3d.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/mesh3d.c -o mesh3d.o >/dev/null 2>&1 ../../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o msort3d.lo -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/msort3d.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/msort3d.c -fPIC -DPIC -o .libs/msort3d.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/msort3d.c -o msort3d.o >/dev/null 2>&1 ../../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o pot3d.lo -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/pot3d.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/pot3d.c -fPIC -DPIC -o .libs/pot3d.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/pot3d.c -o pot3d.o >/dev/null 2>&1 ../../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o process3d.lo -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/process3d.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/process3d.c -fPIC -DPIC -o .libs/process3d.o ../../../../open-axiom/src/graph/view3D/process3d.c: In function 'void buttonAction(int)': ../../../../open-axiom/src/graph/view3D/process3d.c:748:50: warning: ISO C++ forbids converting a string constant to 'char*' [-Wwrite-strings] vwInfo.height+titleHeight); ^ ../../../../open-axiom/src/graph/view3D/process3d.c: In function 'void processEvents()': ../../../../open-axiom/src/graph/view3D/process3d.c:942:40: warning: comparison between signed and unsigned integer expressions [-Wsign-compare] if (event->xclient.data.l[0] == wm_delete_window) { ^ ../../../../open-axiom/src/graph/view3D/process3d.c:1486:25: warning: 'linearMouseXY._mouseCoord::y' may be used uninitialized in this function [-Wmaybe-uninitialized] if (lessThan(-linearMouseXY.x,linearMouseXY.y)) { ^ ../../../../open-axiom/src/graph/view3D/process3d.c:1486:25: warning: 'linearMouseXY._mouseCoord::x' may be used uninitialized in this function [-Wmaybe-uninitialized] ../../../../open-axiom/src/graph/view3D/process3d.c:1298:61: warning: 'mouseXY._mouseCoord::y' may be used uninitialized in this function [-Wmaybe-uninitialized] if (viewport->zoomZOn) viewport->scaleZ *= (1 - mouseXY.y); ^ ../../../../open-axiom/src/graph/view3D/process3d.c:1234:49: warning: 'mouseXY._mouseCoord::x' may be used uninitialized in this function [-Wmaybe-uninitialized] viewport->thetaObj += mouseXY.x * rotateFactor; ^ libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/process3d.c -o process3d.o >/dev/null 2>&1 ../../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o project3d.lo -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/project3d.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/project3d.c -fPIC -DPIC -o .libs/project3d.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/project3d.c -o project3d.o >/dev/null 2>&1 ../../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o quitbut3d.lo -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/quitbut3d.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/quitbut3d.c -fPIC -DPIC -o .libs/quitbut3d.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/quitbut3d.c -o quitbut3d.o >/dev/null 2>&1 ../../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o quit3d.lo -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/quit3d.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/quit3d.c -fPIC -DPIC -o .libs/quit3d.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/quit3d.c -o quit3d.o >/dev/null 2>&1 ../../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o save3d.lo -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/save3d.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/save3d.c -fPIC -DPIC -o .libs/save3d.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/save3d.c -o save3d.o >/dev/null 2>&1 ../../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o savebut3d.lo -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/savebut3d.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/savebut3d.c -fPIC -DPIC -o .libs/savebut3d.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/savebut3d.c -o savebut3d.o >/dev/null 2>&1 ../../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o smoothShade3d.lo -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/smoothShade3d.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/smoothShade3d.c -fPIC -DPIC -o .libs/smoothShade3d.o In file included from ../../../../open-axiom/src/graph/view3D/smoothShade3d.c:48:0: ../../../../open-axiom/src/include/spadcolors.h:46:0: warning: "hueStep" redefined #define hueStep 12 /* hueEnd/totalHuesConst */ ^ In file included from ../../../../open-axiom/src/graph/view3D/smoothShade3d.c:43:0: ../../../../open-axiom/src/graph/view3D/header.h:142:0: note: this is the location of the previous definition #define hueStep (hueEnd/totalHuesConst) ^ In file included from ../../../../open-axiom/src/graph/view3D/smoothShade3d.c:48:0: ../../../../open-axiom/src/include/spadcolors.h:59:0: warning: "saymem" redefined #define saymem(a,b,c) saymemWithLine(a,b,c,0) ^ In file included from ../../../../open-axiom/src/graph/view3D/header.h:46:0, from ../../../../open-axiom/src/graph/view3D/smoothShade3d.c:43: ../../../../open-axiom/src/graph/include/view.h:38:0: note: this is the location of the previous definition #define saymem(a,b,c) saymemWithLine(a,b,c,__LINE__) ^ In file included from ../../../../open-axiom/src/graph/view3D/smoothShade3d.c:48:0: ../../../../open-axiom/src/include/spadcolors.h:79:0: warning: "maxColors" redefined #define maxColors DisplayCells(dsply,scrn)-1 ^ In file included from ../../../../open-axiom/src/graph/view3D/smoothShade3d.c:43:0: ../../../../open-axiom/src/graph/view3D/header.h:149:0: note: this is the location of the previous definition #define maxColors (DisplayCells(dsply,scrn)-1) ^ ../../../../open-axiom/src/graph/view3D/smoothShade3d.c: In function 'void showAxesLabels(int)': ../../../../open-axiom/src/graph/view3D/smoothShade3d.c:756:42: warning: array subscript is above array bounds [-Warray-bounds] if ((int)axesZ[0][0] >= (int)axesZ[0][2]) { ^ libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/smoothShade3d.c -o smoothShade3d.o >/dev/null 2>&1 ../../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o spadAction3d.lo -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/spadAction3d.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/spadAction3d.c -fPIC -DPIC -o .libs/spadAction3d.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/spadAction3d.c -o spadAction3d.o >/dev/null 2>&1 ../../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o stuff3d.lo -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/stuff3d.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/stuff3d.c -fPIC -DPIC -o .libs/stuff3d.o In file included from ../../../../open-axiom/src/graph/view3D/stuff3d.c:48:0: ../../../../open-axiom/src/include/spadcolors.h:46:0: warning: "hueStep" redefined #define hueStep 12 /* hueEnd/totalHuesConst */ ^ In file included from ../../../../open-axiom/src/graph/view3D/stuff3d.c:39:0: ../../../../open-axiom/src/graph/view3D/header.h:142:0: note: this is the location of the previous definition #define hueStep (hueEnd/totalHuesConst) ^ In file included from ../../../../open-axiom/src/graph/view3D/stuff3d.c:48:0: ../../../../open-axiom/src/include/spadcolors.h:59:0: warning: "saymem" redefined #define saymem(a,b,c) saymemWithLine(a,b,c,0) ^ In file included from ../../../../open-axiom/src/graph/view3D/header.h:46:0, from ../../../../open-axiom/src/graph/view3D/stuff3d.c:39: ../../../../open-axiom/src/graph/include/view.h:38:0: note: this is the location of the previous definition #define saymem(a,b,c) saymemWithLine(a,b,c,__LINE__) ^ In file included from ../../../../open-axiom/src/graph/view3D/stuff3d.c:48:0: ../../../../open-axiom/src/include/spadcolors.h:79:0: warning: "maxColors" redefined #define maxColors DisplayCells(dsply,scrn)-1 ^ In file included from ../../../../open-axiom/src/graph/view3D/stuff3d.c:39:0: ../../../../open-axiom/src/graph/view3D/header.h:149:0: note: this is the location of the previous definition #define maxColors (DisplayCells(dsply,scrn)-1) ^ libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/stuff3d.c -o stuff3d.o >/dev/null 2>&1 ../../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o surface3d.lo -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/surface3d.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/surface3d.c -fPIC -DPIC -o .libs/surface3d.o ../../../../open-axiom/src/graph/view3D/surface3d.c: In function 'void drawRenderedPolygon(poly*, int)': ../../../../open-axiom/src/graph/view3D/surface3d.c:506:79: warning: 'col_rgb._RGB::b' may be used uninitialized in this function [-Wmaybe-uninitialized] PSColorPolygon(col_rgb.r,col_rgb.g,col_rgb.b,quadMesh,p->numpts+1); ^ ../../../../open-axiom/src/graph/view3D/surface3d.c:506:79: warning: 'col_rgb._RGB::g' may be used uninitialized in this function [-Wmaybe-uninitialized] ../../../../open-axiom/src/graph/view3D/surface3d.c:506:79: warning: 'col_rgb._RGB::r' may be used uninitialized in this function [-Wmaybe-uninitialized] libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/surface3d.c -o surface3d.o >/dev/null 2>&1 ../../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o transform3d.lo -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/transform3d.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/transform3d.c -fPIC -DPIC -o .libs/transform3d.o libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/transform3d.c -o transform3d.o >/dev/null 2>&1 ../../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o viewport3d.lo -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/viewport3d.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/viewport3d.c -fPIC -DPIC -o .libs/viewport3d.o In file included from ../../../../open-axiom/src/graph/view3D/viewport3d.c:56:0: ../../../../open-axiom/src/graph/view3D/static.h:44:14: warning: 'labels' defined but not used [-Wunused-variable] static float labels[basicScreen][7] = { ^ libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/viewport3d.c -o viewport3d.o >/dev/null 2>&1 ../../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o volume3d.lo -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/volume3d.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/volume3d.c -fPIC -DPIC -o .libs/volume3d.o ../../../../open-axiom/src/graph/view3D/volume3d.c: In function 'void drawVolumePanel()': ../../../../open-axiom/src/graph/view3D/volume3d.c:736:14: warning: comparison between signed and unsigned integer expressions [-Wsign-compare] for (i=0; i/dev/null 2>&1 ../../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o write3d.lo -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/write3d.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/graph/view3D -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/view3D/write3d.c -fPIC -DPIC -o .libs/write3d.o ../../../../open-axiom/src/graph/view3D/write3d.c: In function 'int writeViewport(int)': ../../../../open-axiom/src/graph/view3D/write3d.c:138:18: warning: comparison between signed and unsigned integer expressions [-Wsign-compare] for (ii=1; ii/dev/null 2>&1 ../../../libtool --tag=CXX --mode=link g++ -static -m64 -o ../../../x86_64-unknown-linux-gnu/lib/view3D ./buttons3d.lo ./closeView3d.lo ./component3d.lo ./control3d.lo ./illuminate3d.lo ./lightbut3d.lo ./lighting3d.lo ./main3d.lo ./mesh3d.lo ./msort3d.lo ./pot3d.lo ./process3d.lo ./project3d.lo ./quitbut3d.lo ./quit3d.lo ./save3d.lo ./savebut3d.lo ./smoothShade3d.lo ./spadAction3d.lo ./stuff3d.lo ./surface3d.lo ./transform3d.lo ./viewport3d.lo ./volume3d.lo ./write3d.lo ../Gdraws/Gfun.lo \ -L../../../src/lib -lspad -lopen-axiom-core -lXpm -lSM -lICE -lX11 -lm libtool: link: g++ -m64 -o ../../../x86_64-unknown-linux-gnu/lib/view3D ./.libs/buttons3d.o ./.libs/closeView3d.o ./.libs/component3d.o ./.libs/control3d.o ./.libs/illuminate3d.o ./.libs/lightbut3d.o ./.libs/lighting3d.o ./.libs/main3d.o ./.libs/mesh3d.o ./.libs/msort3d.o ./.libs/pot3d.o ./.libs/process3d.o ./.libs/project3d.o ./.libs/quitbut3d.o ./.libs/quit3d.o ./.libs/save3d.o ./.libs/savebut3d.o ./.libs/smoothShade3d.o ./.libs/spadAction3d.o ./.libs/stuff3d.o ./.libs/surface3d.o ./.libs/transform3d.o ./.libs/viewport3d.o ./.libs/volume3d.o ./.libs/write3d.o ../Gdraws/.libs/Gfun.o -L../../../src/lib -lspad -lopen-axiom-core -lXpm -lSM -lICE -lX11 -lm ../Gdraws/.libs/Gfun.o: In function `PSInit(unsigned long, unsigned long)': /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/graph/Gdraws/../../../../open-axiom/src/graph/Gdraws/Gfun.c:814: warning: the use of `tmpnam' is dangerous, better use `mkstemp' ../Gdraws/.libs/Gfun.o: In function `PSGlobalInit()': /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/graph/Gdraws/../../../../open-axiom/src/graph/Gdraws/Gfun.c:689: warning: the use of `tempnam' is dangerous, better use `mkstemp' echo timestamp > stamp finished ../../../../open-axiom/src/graph/view3D make[3]: Leaving directory '/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/graph/view3D' cd viewAlone && make make[3]: Entering directory '/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/graph/viewAlone' ../../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o viewAlone.lo -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/viewAlone -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/viewAlone/viewAlone.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/viewAlone -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/viewAlone/viewAlone.c -fPIC -DPIC -o .libs/viewAlone.o ../../../../open-axiom/src/graph/viewAlone/viewAlone.c: In function 'int main(int, char**)': ../../../../open-axiom/src/graph/viewAlone/viewAlone.c:95:42: warning: ignoring return value of 'int fscanf(FILE*, const char*, ...)', declared with attribute warn_unused_result [-Wunused-result] fscanf(viewFile,"%d\n",&viewType); ^ libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/viewAlone -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/viewAlone/viewAlone.c -o viewAlone.o >/dev/null 2>&1 ../../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o spoonComp.lo -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/viewAlone -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/viewAlone/spoonComp.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/viewAlone -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/viewAlone/spoonComp.c -fPIC -DPIC -o .libs/spoonComp.o ../../../../open-axiom/src/graph/viewAlone/spoonComp.c: In function 'void spoonView3D(int)': ../../../../open-axiom/src/graph/viewAlone/spoonComp.c:121:36: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP.viewOut,&i,intSize); ^ ../../../../open-axiom/src/graph/viewAlone/spoonComp.c:122:56: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP.viewOut,&doView3D,sizeof(view3DStruct)); ^ ../../../../open-axiom/src/graph/viewAlone/spoonComp.c:124:36: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP.viewOut,&i,intSize); /* tell the length of ^ ../../../../open-axiom/src/graph/viewAlone/spoonComp.c:126:42: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP.viewOut,doView3D.title,i); /* tell the title ^ ../../../../open-axiom/src/graph/viewAlone/spoonComp.c:128:59: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP.viewOut,&(doView3D.lightVec[0]),floatSize); ^ ../../../../open-axiom/src/graph/viewAlone/spoonComp.c:129:59: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP.viewOut,&(doView3D.lightVec[1]),floatSize); ^ ../../../../open-axiom/src/graph/viewAlone/spoonComp.c:130:59: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP.viewOut,&(doView3D.lightVec[2]),floatSize); ^ ../../../../open-axiom/src/graph/viewAlone/spoonComp.c:132:57: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP.viewOut,&(doView3D.numOfPoints),intSize); ^ ../../../../open-axiom/src/graph/viewAlone/spoonComp.c:134:61: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP.viewOut,&(refPt(doView3D,i)->x),floatSize); ^ ../../../../open-axiom/src/graph/viewAlone/spoonComp.c:135:61: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP.viewOut,&(refPt(doView3D,i)->y),floatSize); ^ ../../../../open-axiom/src/graph/viewAlone/spoonComp.c:136:61: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP.viewOut,&(refPt(doView3D,i)->z),floatSize); ^ ../../../../open-axiom/src/graph/viewAlone/spoonComp.c:137:61: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP.viewOut,&(refPt(doView3D,i)->c),floatSize); ^ ../../../../open-axiom/src/graph/viewAlone/spoonComp.c:141:66: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP.viewOut,&(doView3D.lllp.numOfComponents),intSize); ^ ../../../../open-axiom/src/graph/viewAlone/spoonComp.c:144:61: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP.viewOut,&(anLLPoint->prop.closed),intSize); ^ ../../../../open-axiom/src/graph/viewAlone/spoonComp.c:145:60: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP.viewOut,&(anLLPoint->prop.solid),intSize); ^ ../../../../open-axiom/src/graph/viewAlone/spoonComp.c:146:60: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP.viewOut,&(anLLPoint->numOfLists),intSize); ^ ../../../../open-axiom/src/graph/viewAlone/spoonComp.c:149:62: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP.viewOut,&(anLPoint->prop.closed),intSize); ^ ../../../../open-axiom/src/graph/viewAlone/spoonComp.c:150:61: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP.viewOut,&(anLPoint->prop.solid),intSize); ^ ../../../../open-axiom/src/graph/viewAlone/spoonComp.c:151:62: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP.viewOut,&(anLPoint->numOfPoints),intSize); ^ ../../../../open-axiom/src/graph/viewAlone/spoonComp.c:154:47: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP.viewOut,anIndex,intSize); ^ ../../../../open-axiom/src/graph/viewAlone/spoonComp.c: In function 'void makeView3DFromFileData(int)': ../../../../open-axiom/src/graph/viewAlone/spoonComp.c:190:27: warning: ignoring return value of 'int fscanf(FILE*, const char*, ...)', declared with attribute warn_unused_result [-Wunused-result] &(doView3D.zmax)); ^ ../../../../open-axiom/src/graph/viewAlone/spoonComp.c:192:28: warning: ignoring return value of 'char* fgets(char*, int, FILE*)', declared with attribute warn_unused_result [-Wunused-result] fgets(title,256,viewFile); ^ ../../../../open-axiom/src/graph/viewAlone/spoonComp.c:210:26: warning: ignoring return value of 'int fscanf(FILE*, const char*, ...)', declared with attribute warn_unused_result [-Wunused-result] &(doView3D.phi)); ^ ../../../../open-axiom/src/graph/viewAlone/spoonComp.c:216:25: warning: ignoring return value of 'int fscanf(FILE*, const char*, ...)', declared with attribute warn_unused_result [-Wunused-result] &(doView3D.vH)); ^ ../../../../open-axiom/src/graph/viewAlone/spoonComp.c:224:38: warning: ignoring return value of 'int fscanf(FILE*, const char*, ...)', declared with attribute warn_unused_result [-Wunused-result] &(doView3D.outlineRenderOn)); ^ ../../../../open-axiom/src/graph/viewAlone/spoonComp.c:229:35: warning: ignoring return value of 'int fscanf(FILE*, const char*, ...)', declared with attribute warn_unused_result [-Wunused-result] &(doView3D.translucency)); ^ ../../../../open-axiom/src/graph/viewAlone/spoonComp.c:232:34: warning: ignoring return value of 'int fscanf(FILE*, const char*, ...)', declared with attribute warn_unused_result [-Wunused-result] &(doView3D.eyeDistance)); ^ ../../../../open-axiom/src/graph/viewAlone/spoonComp.c:237:34: warning: ignoring return value of 'int fscanf(FILE*, const char*, ...)', declared with attribute warn_unused_result [-Wunused-result] &(doView3D.numOfPoints)); ^ ../../../../open-axiom/src/graph/viewAlone/spoonComp.c:245:25: warning: ignoring return value of 'int fscanf(FILE*, const char*, ...)', declared with attribute warn_unused_result [-Wunused-result] &(aPoint->c)); ^ ../../../../open-axiom/src/graph/viewAlone/spoonComp.c:247:43: warning: ignoring return value of 'int fscanf(FILE*, const char*, ...)', declared with attribute warn_unused_result [-Wunused-result] &(doView3D.lllp.numOfComponents)); ^ ../../../../open-axiom/src/graph/viewAlone/spoonComp.c:253:37: warning: ignoring return value of 'int fscanf(FILE*, const char*, ...)', declared with attribute warn_unused_result [-Wunused-result] &(anLLPoint->prop.solid)); ^ ../../../../open-axiom/src/graph/viewAlone/spoonComp.c:255:37: warning: ignoring return value of 'int fscanf(FILE*, const char*, ...)', declared with attribute warn_unused_result [-Wunused-result] &(anLLPoint->numOfLists)); ^ ../../../../open-axiom/src/graph/viewAlone/spoonComp.c:261:38: warning: ignoring return value of 'int fscanf(FILE*, const char*, ...)', declared with attribute warn_unused_result [-Wunused-result] &(anLPoint->prop.solid)); ^ ../../../../open-axiom/src/graph/viewAlone/spoonComp.c:263:39: warning: ignoring return value of 'int fscanf(FILE*, const char*, ...)', declared with attribute warn_unused_result [-Wunused-result] &(anLPoint->numOfPoints)); ^ ../../../../open-axiom/src/graph/viewAlone/spoonComp.c:267:39: warning: ignoring return value of 'int fscanf(FILE*, const char*, ...)', declared with attribute warn_unused_result [-Wunused-result] fscanf(viewFile,"%dn",anIndex); ^ libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/viewAlone -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/viewAlone/spoonComp.c -o spoonComp.o >/dev/null 2>&1 ../../../libtool --tag=CXX --mode=compile g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -o spoon2D.lo -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/viewAlone -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/viewAlone/spoon2D.c libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/viewAlone -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/viewAlone/spoon2D.c -fPIC -DPIC -o .libs/spoon2D.o ../../../../open-axiom/src/graph/viewAlone/spoon2D.c: In function 'void spoonView2D()': ../../../../open-axiom/src/graph/viewAlone/spoon2D.c:122:36: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP.viewOut,&i,intSize); ^ ../../../../open-axiom/src/graph/viewAlone/spoon2D.c:124:56: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP.viewOut,&doView2D,sizeof(view2DStruct)); ^ ../../../../open-axiom/src/graph/viewAlone/spoon2D.c:126:36: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP.viewOut,&i,intSize); /* tell the length of the title to child */ ^ ../../../../open-axiom/src/graph/viewAlone/spoon2D.c:127:42: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP.viewOut,doView2D.title,i); /* tell the title to the child, child */ ^ ../../../../open-axiom/src/graph/viewAlone/spoon2D.c:130:42: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP.viewOut,&there,intSize); ^ ../../../../open-axiom/src/graph/viewAlone/spoon2D.c: In function 'void sendGraphToView2D(int, int, viewManager*)': ../../../../open-axiom/src/graph/viewAlone/spoon2D.c:161:50: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP->viewOut,&(gPtr->xmin),floatSize); ^ ../../../../open-axiom/src/graph/viewAlone/spoon2D.c:162:50: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP->viewOut,&(gPtr->xmax),floatSize); ^ ../../../../open-axiom/src/graph/viewAlone/spoon2D.c:163:50: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP->viewOut,&(gPtr->ymin),floatSize); ^ ../../../../open-axiom/src/graph/viewAlone/spoon2D.c:164:50: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP->viewOut,&(gPtr->ymax),floatSize); ^ ../../../../open-axiom/src/graph/viewAlone/spoon2D.c:165:51: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP->viewOut,&(gPtr->xNorm),floatSize); ^ ../../../../open-axiom/src/graph/viewAlone/spoon2D.c:166:51: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP->viewOut,&(gPtr->yNorm),floatSize); ^ ../../../../open-axiom/src/graph/viewAlone/spoon2D.c:167:55: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP->viewOut,&(gPtr->spadUnitX),floatSize); ^ ../../../../open-axiom/src/graph/viewAlone/spoon2D.c:168:55: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP->viewOut,&(gPtr->spadUnitY),floatSize); ^ ../../../../open-axiom/src/graph/viewAlone/spoon2D.c:169:51: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP->viewOut,&(gPtr->unitX),floatSize); ^ ../../../../open-axiom/src/graph/viewAlone/spoon2D.c:170:51: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP->viewOut,&(gPtr->unitY),floatSize); ^ ../../../../open-axiom/src/graph/viewAlone/spoon2D.c:171:53: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP->viewOut,&(gPtr->originX),floatSize); ^ ../../../../open-axiom/src/graph/viewAlone/spoon2D.c:172:53: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP->viewOut,&(gPtr->originY),floatSize); ^ ../../../../open-axiom/src/graph/viewAlone/spoon2D.c:173:57: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP->viewOut,&(gPtr->numberOfLists),intSize); ^ ../../../../open-axiom/src/graph/viewAlone/spoon2D.c:177:61: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP->viewOut,&(llPtr->numberOfPoints),intSize); ^ ../../../../open-axiom/src/graph/viewAlone/spoon2D.c:180:48: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP->viewOut,&(p->x),floatSize); ^ ../../../../open-axiom/src/graph/viewAlone/spoon2D.c:181:48: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP->viewOut,&(p->y),floatSize); ^ ../../../../open-axiom/src/graph/viewAlone/spoon2D.c:182:50: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP->viewOut,&(p->hue),floatSize); ^ ../../../../open-axiom/src/graph/viewAlone/spoon2D.c:183:52: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP->viewOut,&(p->shade),floatSize); ^ ../../../../open-axiom/src/graph/viewAlone/spoon2D.c:186:57: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP->viewOut,&(llPtr->pointColor),intSize); ^ ../../../../open-axiom/src/graph/viewAlone/spoon2D.c:187:56: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP->viewOut,&(llPtr->lineColor),intSize); ^ ../../../../open-axiom/src/graph/viewAlone/spoon2D.c:188:56: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP->viewOut,&(llPtr->pointSize),intSize); ^ ../../../../open-axiom/src/graph/viewAlone/spoon2D.c:193:65: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP->viewOut,&(graphStateArray[i].scaleX),floatSize); ^ ../../../../open-axiom/src/graph/viewAlone/spoon2D.c:194:65: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP->viewOut,&(graphStateArray[i].scaleY),floatSize); ^ ../../../../open-axiom/src/graph/viewAlone/spoon2D.c:195:65: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP->viewOut,&(graphStateArray[i].deltaX),floatSize); ^ ../../../../open-axiom/src/graph/viewAlone/spoon2D.c:196:65: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP->viewOut,&(graphStateArray[i].deltaY),floatSize); ^ ../../../../open-axiom/src/graph/viewAlone/spoon2D.c:197:65: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP->viewOut,&(graphStateArray[i].pointsOn),intSize); ^ ../../../../open-axiom/src/graph/viewAlone/spoon2D.c:198:66: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP->viewOut,&(graphStateArray[i].connectOn),intSize); ^ ../../../../open-axiom/src/graph/viewAlone/spoon2D.c:199:65: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP->viewOut,&(graphStateArray[i].splineOn),intSize); ^ ../../../../open-axiom/src/graph/viewAlone/spoon2D.c:200:63: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP->viewOut,&(graphStateArray[i].axesOn),intSize); ^ ../../../../open-axiom/src/graph/viewAlone/spoon2D.c:201:66: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP->viewOut,&(graphStateArray[i].axesColor),intSize); ^ ../../../../open-axiom/src/graph/viewAlone/spoon2D.c:202:64: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP->viewOut,&(graphStateArray[i].unitsOn),intSize); ^ ../../../../open-axiom/src/graph/viewAlone/spoon2D.c:203:67: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP->viewOut,&(graphStateArray[i].unitsColor),intSize); ^ ../../../../open-axiom/src/graph/viewAlone/spoon2D.c:204:64: warning: ignoring return value of 'ssize_t write(int, const void*, size_t)', declared with attribute warn_unused_result [-Wunused-result] write(viewP->viewOut,&(graphStateArray[i].showing),intSize); ^ ../../../../open-axiom/src/graph/viewAlone/spoon2D.c: In function 'void makeView2DFromFileData(view2DStruct*)': ../../../../open-axiom/src/graph/viewAlone/spoon2D.c:222:28: warning: ignoring return value of 'char* fgets(char*, int, FILE*)', declared with attribute warn_unused_result [-Wunused-result] fgets(title,256,viewFile); ^ ../../../../open-axiom/src/graph/viewAlone/spoon2D.c:237:26: warning: ignoring return value of 'int fscanf(FILE*, const char*, ...)', declared with attribute warn_unused_result [-Wunused-result] &(doView2D->vH)); ^ ../../../../open-axiom/src/graph/viewAlone/spoon2D.c:242:33: warning: ignoring return value of 'int fscanf(FILE*, const char*, ...)', declared with attribute warn_unused_result [-Wunused-result] &(graphArray[i].key)); ^ ../../../../open-axiom/src/graph/viewAlone/spoon2D.c:247:41: warning: ignoring return value of 'int fscanf(FILE*, const char*, ...)', declared with attribute warn_unused_result [-Wunused-result] &(graphStateArray[i].scaleY)); ^ ../../../../open-axiom/src/graph/viewAlone/spoon2D.c:252:41: warning: ignoring return value of 'int fscanf(FILE*, const char*, ...)', declared with attribute warn_unused_result [-Wunused-result] &(graphStateArray[i].deltaY)); ^ ../../../../open-axiom/src/graph/viewAlone/spoon2D.c:257:42: warning: ignoring return value of 'int fscanf(FILE*, const char*, ...)', declared with attribute warn_unused_result [-Wunused-result] &(graphStateArray[i].centerY)); ^ ../../../../open-axiom/src/graph/viewAlone/spoon2D.c:267:45: warning: ignoring return value of 'int fscanf(FILE*, const char*, ...)', declared with attribute warn_unused_result [-Wunused-result] &(graphStateArray[i].unitsColor)); ^ ../../../../open-axiom/src/graph/viewAlone/spoon2D.c:275:43: warning: ignoring return value of 'int fscanf(FILE*, const char*, ...)', declared with attribute warn_unused_result [-Wunused-result] &(graphStateArray[i].selected)); ^ ../../../../open-axiom/src/graph/viewAlone/spoon2D.c:294:38: warning: ignoring return value of 'int fscanf(FILE*, const char*, ...)', declared with attribute warn_unused_result [-Wunused-result] &(graphArray[i].ymax)); ^ ../../../../open-axiom/src/graph/viewAlone/spoon2D.c:300:39: warning: ignoring return value of 'int fscanf(FILE*, const char*, ...)', declared with attribute warn_unused_result [-Wunused-result] &(graphArray[i].yNorm)); ^ ../../../../open-axiom/src/graph/viewAlone/spoon2D.c:305:41: warning: ignoring return value of 'int fscanf(FILE*, const char*, ...)', declared with attribute warn_unused_result [-Wunused-result] &(graphArray[i].originY)); ^ ../../../../open-axiom/src/graph/viewAlone/spoon2D.c:310:43: warning: ignoring return value of 'int fscanf(FILE*, const char*, ...)', declared with attribute warn_unused_result [-Wunused-result] &(graphArray[i].spadUnitY)); ^ ../../../../open-axiom/src/graph/viewAlone/spoon2D.c:315:39: warning: ignoring return value of 'int fscanf(FILE*, const char*, ...)', declared with attribute warn_unused_result [-Wunused-result] &(graphArray[i].unitY)); ^ ../../../../open-axiom/src/graph/viewAlone/spoon2D.c:319:47: warning: ignoring return value of 'int fscanf(FILE*, const char*, ...)', declared with attribute warn_unused_result [-Wunused-result] &(graphArray[i].numberOfLists)); ^ ../../../../open-axiom/src/graph/viewAlone/spoon2D.c:333:60: warning: ignoring return value of 'int fscanf(FILE*, const char*, ...)', declared with attribute warn_unused_result [-Wunused-result] fscanf(graphFile,"%d\n",&(aList->numberOfPoints)); ^ ../../../../open-axiom/src/graph/viewAlone/spoon2D.c:339:38: warning: ignoring return value of 'int fscanf(FILE*, const char*, ...)', declared with attribute warn_unused_result [-Wunused-result] &(aList->pointSize)); ^ ../../../../open-axiom/src/graph/viewAlone/spoon2D.c:355:37: warning: ignoring return value of 'int fscanf(FILE*, const char*, ...)', declared with attribute warn_unused_result [-Wunused-result] &(aPoint->shade)); ^ libtool: compile: g++ -c -m64 -D_GNU_SOURCE -std=c++11 -g -O2 -O2 -Wall -g -O2 -O2 -Wall -std=c++11 -g -O2 -O2 -Wall -I../../../../open-axiom/src/graph/viewAlone -I../../../../open-axiom/src/graph/include -I../../../../open-axiom/src/include -I../../../../open-axiom/src/include -I../../../config ../../../../open-axiom/src/graph/viewAlone/spoon2D.c -o spoon2D.o >/dev/null 2>&1 ../../../libtool --tag=CXX --mode=link g++ -static -m64 -o ../../../x86_64-unknown-linux-gnu/bin/viewAlone viewAlone.lo spoonComp.lo spoon2D.lo -L../../../src/lib -lspad -lXpm -lSM -lICE -lX11 -lopen-axiom-core -lutil -lm -lm libtool: link: g++ -m64 -o ../../../x86_64-unknown-linux-gnu/bin/viewAlone .libs/viewAlone.o .libs/spoonComp.o .libs/spoon2D.o -L../../../src/lib -lspad -lXpm -lSM -lICE -lX11 -lopen-axiom-core -lutil -lm ../../../src/lib/libopen-axiom-core.a(cfuns-c.o): In function `oa_acquire_temporary_pathname': /projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/lib/../../../open-axiom/src/lib/cfuns-c.c:511: warning: the use of `tempnam' is dangerous, better use `mkstemp' echo timestamp > stamp finished . make[3]: Leaving directory '/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/graph/viewAlone' cp -p ../../../open-axiom/src/graph/PS/*.ps ../../x86_64-unknown-linux-gnu/lib/graph/ ../../src/utils/hammer --tangle=`basename parabola/data` --output=parabola/data ../../../open-axiom/src/graph/fileformats.pamphlet ../../src/utils/hammer --tangle=`basename parabola/graph0` --output=parabola/graph0 ../../../open-axiom/src/graph/fileformats.pamphlet echo timestamp > stamp 24 finished make[2]: Leaving directory '/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/graph' cd gui && make make[2]: Entering directory '/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/gui' g++ -c -m64 -pipe -std=c++11 -Wno-mismatched-tags -Wno-string-plus-int -O2 -Wall -W -D_REENTRANT -DQT_NO_DEBUG -DQT_GUI_LIB -DQT_CORE_LIB -DQT_SHARED -I/usr/share/qt4/mkspecs/linux-g++-64 -I. -I/usr/include/qt4/QtCore -I/usr/include/qt4/QtGui -I/usr/include/qt4 -I../../x86_64-unknown-linux-gnu/include -I../../../open-axiom/src/gui -I../../../open-axiom/src/include -I../../config -I. -o server.o ../../../open-axiom/src/gui/server.cc g++ -c -m64 -pipe -std=c++11 -Wno-mismatched-tags -Wno-string-plus-int -O2 -Wall -W -D_REENTRANT -DQT_NO_DEBUG -DQT_GUI_LIB -DQT_CORE_LIB -DQT_SHARED -I/usr/share/qt4/mkspecs/linux-g++-64 -I. -I/usr/include/qt4/QtCore -I/usr/include/qt4/QtGui -I/usr/include/qt4 -I../../x86_64-unknown-linux-gnu/include -I../../../open-axiom/src/gui -I../../../open-axiom/src/include -I../../config -I. -o conversation.o ../../../open-axiom/src/gui/conversation.cc g++ -c -m64 -pipe -std=c++11 -Wno-mismatched-tags -Wno-string-plus-int -O2 -Wall -W -D_REENTRANT -DQT_NO_DEBUG -DQT_GUI_LIB -DQT_CORE_LIB -DQT_SHARED -I/usr/share/qt4/mkspecs/linux-g++-64 -I. -I/usr/include/qt4/QtCore -I/usr/include/qt4/QtGui -I/usr/include/qt4 -I../../x86_64-unknown-linux-gnu/include -I../../../open-axiom/src/gui -I../../../open-axiom/src/include -I../../config -I. -o main-window.o ../../../open-axiom/src/gui/main-window.cc g++ -c -m64 -pipe -std=c++11 -Wno-mismatched-tags -Wno-string-plus-int -O2 -Wall -W -D_REENTRANT -DQT_NO_DEBUG -DQT_GUI_LIB -DQT_CORE_LIB -DQT_SHARED -I/usr/share/qt4/mkspecs/linux-g++-64 -I. -I/usr/include/qt4/QtCore -I/usr/include/qt4/QtGui -I/usr/include/qt4 -I../../x86_64-unknown-linux-gnu/include -I../../../open-axiom/src/gui -I../../../open-axiom/src/include -I../../config -I. -o debate.o ../../../open-axiom/src/gui/debate.cc g++ -c -m64 -pipe -std=c++11 -Wno-mismatched-tags -Wno-string-plus-int -O2 -Wall -W -D_REENTRANT -DQT_NO_DEBUG -DQT_GUI_LIB -DQT_CORE_LIB -DQT_SHARED -I/usr/share/qt4/mkspecs/linux-g++-64 -I. -I/usr/include/qt4/QtCore -I/usr/include/qt4/QtGui -I/usr/include/qt4 -I../../x86_64-unknown-linux-gnu/include -I../../../open-axiom/src/gui -I../../../open-axiom/src/include -I../../config -I. -o main.o ../../../open-axiom/src/gui/main.cc /usr/lib/x86_64-linux-gnu/qt4/bin/moc -DQT_NO_DEBUG -DQT_GUI_LIB -DQT_CORE_LIB -DQT_SHARED -I/usr/share/qt4/mkspecs/linux-g++-64 -I. -I/usr/include/qt4/QtCore -I/usr/include/qt4/QtGui -I/usr/include/qt4 -I../../x86_64-unknown-linux-gnu/include -I../../../open-axiom/src/gui -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/gui/conversation.h -o moc_conversation.cpp g++ -c -m64 -pipe -std=c++11 -Wno-mismatched-tags -Wno-string-plus-int -O2 -Wall -W -D_REENTRANT -DQT_NO_DEBUG -DQT_GUI_LIB -DQT_CORE_LIB -DQT_SHARED -I/usr/share/qt4/mkspecs/linux-g++-64 -I. -I/usr/include/qt4/QtCore -I/usr/include/qt4/QtGui -I/usr/include/qt4 -I../../x86_64-unknown-linux-gnu/include -I../../../open-axiom/src/gui -I../../../open-axiom/src/include -I../../config -I. -o moc_conversation.o moc_conversation.cpp /usr/lib/x86_64-linux-gnu/qt4/bin/moc -DQT_NO_DEBUG -DQT_GUI_LIB -DQT_CORE_LIB -DQT_SHARED -I/usr/share/qt4/mkspecs/linux-g++-64 -I. -I/usr/include/qt4/QtCore -I/usr/include/qt4/QtGui -I/usr/include/qt4 -I../../x86_64-unknown-linux-gnu/include -I../../../open-axiom/src/gui -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/gui/main-window.h -o moc_main-window.cpp g++ -c -m64 -pipe -std=c++11 -Wno-mismatched-tags -Wno-string-plus-int -O2 -Wall -W -D_REENTRANT -DQT_NO_DEBUG -DQT_GUI_LIB -DQT_CORE_LIB -DQT_SHARED -I/usr/share/qt4/mkspecs/linux-g++-64 -I. -I/usr/include/qt4/QtCore -I/usr/include/qt4/QtGui -I/usr/include/qt4 -I../../x86_64-unknown-linux-gnu/include -I../../../open-axiom/src/gui -I../../../open-axiom/src/include -I../../config -I. -o moc_main-window.o moc_main-window.cpp /usr/lib/x86_64-linux-gnu/qt4/bin/moc -DQT_NO_DEBUG -DQT_GUI_LIB -DQT_CORE_LIB -DQT_SHARED -I/usr/share/qt4/mkspecs/linux-g++-64 -I. -I/usr/include/qt4/QtCore -I/usr/include/qt4/QtGui -I/usr/include/qt4 -I../../x86_64-unknown-linux-gnu/include -I../../../open-axiom/src/gui -I../../../open-axiom/src/include -I../../config -I. ../../../open-axiom/src/gui/debate.h -o moc_debate.cpp g++ -c -m64 -pipe -std=c++11 -Wno-mismatched-tags -Wno-string-plus-int -O2 -Wall -W -D_REENTRANT -DQT_NO_DEBUG -DQT_GUI_LIB -DQT_CORE_LIB -DQT_SHARED -I/usr/share/qt4/mkspecs/linux-g++-64 -I. -I/usr/include/qt4/QtCore -I/usr/include/qt4/QtGui -I/usr/include/qt4 -I../../x86_64-unknown-linux-gnu/include -I../../../open-axiom/src/gui -I../../../open-axiom/src/include -I../../config -I. -o moc_debate.o moc_debate.cpp g++ -m64 -Wl,-O1 -o ../../x86_64-unknown-linux-gnu/bin/open-axiom server.o conversation.o main-window.o debate.o main.o moc_conversation.o moc_main-window.o moc_debate.o -L/usr/lib/x86_64-linux-gnu -L../../x86_64-unknown-linux-gnu/lib -lOpenAxiom -lQtGui -lQtCore -lpthread make[2]: Leaving directory '/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src/gui' make[1]: Leaving directory '/projects/77750c71-ec7b-4962-bf55-a49ff5065fb6/open-axiom-build/src'